From bd61970a3e7441b6b299e5018cac35aaabd8b8ec Mon Sep 17 00:00:00 2001 From: Valerij Talagayev <82884038+talagayev@users.noreply.github.com> Date: Sun, 10 Nov 2024 17:17:47 +0100 Subject: [PATCH 01/12] Update fingerprint.py addition of run_bridged_analysis --- prolif/fingerprint.py | 49 +++++++++++++++++++++++++++++++++++++++++++ 1 file changed, 49 insertions(+) diff --git a/prolif/fingerprint.py b/prolif/fingerprint.py index 29c059e..b24fd47 100644 --- a/prolif/fingerprint.py +++ b/prolif/fingerprint.py @@ -210,6 +210,7 @@ def __init__( self.count = count self._set_interactions(interactions, parameters) self.vicinity_cutoff = vicinity_cutoff + self.parameters=parameters def _set_interactions(self, interactions, parameters): # read interactions to compute @@ -1062,3 +1063,51 @@ def plot_3d( only_interacting=only_interacting, remove_hydrogens=remove_hydrogens, ) + + def run_bridged_analysis(self, traj, lig, prot, water, **kwargs): + # run analysis twice, once on ligand-water, then on water-prot + ifp_stores = [] + for pair in [(lig, water), (water, prot)]: + fp = Fingerprint( + interactions=["HBDonor", "HBAcceptor"], parameters=self.parameters + ) + fp.run(traj, *pair, **kwargs) + ifp_stores.append(fp.ifp) + + # merge results from the 2 runs on matching water residues + combined = {} + for (frame1, ifp1), ifp2 in zip(ifp_stores[0].items(), ifp_stores[1].values()): + ifp = IFP() + + # For each ligand-water interaction in ifp1 + for (lig_res, water_res), interaction_data_ifp1 in ifp1.items(): + # Find matching water-protein interactions in ifp2 based on water residue + matching_entries = { + (lig_res, prot_res): interaction_data_ifp2 + for (water_res2, prot_res), interaction_data_ifp2 in ifp2.items() + if water_res2 == water_res + } + + # Merge data from ifp1 and ifp2 for each matching pair + for (lig_res, prot_res), interaction_data_ifp2 in matching_entries.items(): + # Combine keys from both ifp1 and ifp2 + all_keys = set(interaction_data_ifp1.keys()).union(interaction_data_ifp2.keys()) + combined_interaction_data = {} + + # Add merged values or single values if unique + for key in all_keys: + values_ifp1 = interaction_data_ifp1.get(key, "") + values_ifp2 = interaction_data_ifp2.get(key, "") + # Combine the values if both are present, otherwise take the single value + combined_interaction_data[key] = f"{values_ifp1};{values_ifp2}" if values_ifp1 and values_ifp2 else values_ifp1 or values_ifp2 + + # Store the combined interaction data + ifp.update({(lig_res, prot_res): combined_interaction_data}) + + combined[frame1] = ifp + + # Add to existing results if any + self.ifp = getattr(self, "ifp", {}) + self.ifp.update(combined) + + return self From df3c1bafe8abe135f13dfe5211b60aa5b76a3c57 Mon Sep 17 00:00:00 2001 From: Valerij Talagayev <82884038+talagayev@users.noreply.github.com> Date: Fri, 15 Nov 2024 00:24:21 +0100 Subject: [PATCH 02/12] Update fingerprint.py adjusted to have the metadata under the WaterBridge key with addition of _ligand_water and _water_protein additions --- prolif/fingerprint.py | 26 +++++++++++++++++--------- 1 file changed, 17 insertions(+), 9 deletions(-) diff --git a/prolif/fingerprint.py b/prolif/fingerprint.py index b24fd47..9aa36bb 100644 --- a/prolif/fingerprint.py +++ b/prolif/fingerprint.py @@ -1090,18 +1090,26 @@ def run_bridged_analysis(self, traj, lig, prot, water, **kwargs): # Merge data from ifp1 and ifp2 for each matching pair for (lig_res, prot_res), interaction_data_ifp2 in matching_entries.items(): - # Combine keys from both ifp1 and ifp2 - all_keys = set(interaction_data_ifp1.keys()).union(interaction_data_ifp2.keys()) combined_interaction_data = {} - # Add merged values or single values if unique - for key in all_keys: - values_ifp1 = interaction_data_ifp1.get(key, "") - values_ifp2 = interaction_data_ifp2.get(key, "") - # Combine the values if both are present, otherwise take the single value - combined_interaction_data[key] = f"{values_ifp1};{values_ifp2}" if values_ifp1 and values_ifp2 else values_ifp1 or values_ifp2 + # Prepare merged interaction data under a single key "WaterBridge" + combined_interaction_data["WaterBridge"] = {} - # Store the combined interaction data + # Collect and merge metadata for `ifp1` (ligand-water) interactions + for interaction_type, metadata_list in interaction_data_ifp1.items(): + for metadata in metadata_list: + for key, value in metadata.items(): + combined_key = f"{key}_ligand_water" + combined_interaction_data["WaterBridge"][combined_key] = value + + # Collect and merge metadata for `ifp2` (water-protein) interactions + for interaction_type, metadata_list in interaction_data_ifp2.items(): + for metadata in metadata_list: + for key, value in metadata.items(): + combined_key = f"{key}_water_protein" + combined_interaction_data["WaterBridge"][combined_key] = value + + # Store the combined interaction data for the (lig_res, prot_res) pair in `ifp` ifp.update({(lig_res, prot_res): combined_interaction_data}) combined[frame1] = ifp From 0583aac3255ff87c9aff1e2168ddc6be54ec3f94 Mon Sep 17 00:00:00 2001 From: Valerij Talagayev <82884038+talagayev@users.noreply.github.com> Date: Sat, 16 Nov 2024 00:58:05 +0100 Subject: [PATCH 03/12] Update fingerprint.py added suggested adjustments --- prolif/fingerprint.py | 6 ++++-- 1 file changed, 4 insertions(+), 2 deletions(-) diff --git a/prolif/fingerprint.py b/prolif/fingerprint.py index 9aa36bb..cc4018d 100644 --- a/prolif/fingerprint.py +++ b/prolif/fingerprint.py @@ -1066,6 +1066,7 @@ def plot_3d( def run_bridged_analysis(self, traj, lig, prot, water, **kwargs): # run analysis twice, once on ligand-water, then on water-prot + self.ifp = getattr(self, "ifp", {}) ifp_stores = [] for pair in [(lig, water), (water, prot)]: fp = Fingerprint( @@ -1112,10 +1113,11 @@ def run_bridged_analysis(self, traj, lig, prot, water, **kwargs): # Store the combined interaction data for the (lig_res, prot_res) pair in `ifp` ifp.update({(lig_res, prot_res): combined_interaction_data}) - combined[frame1] = ifp + if frame1 not in self.ifp: + self.ifp[frame1] = IFP() + self.ifp[frame1].update(ifp) # Add to existing results if any - self.ifp = getattr(self, "ifp", {}) self.ifp.update(combined) return self From f8bb5afd0b7f4af5e308e0d3c8631970f2560550 Mon Sep 17 00:00:00 2001 From: =?UTF-8?q?C=C3=A9dric=20Bouysset?= Date: Sat, 16 Nov 2024 22:26:00 +0000 Subject: [PATCH 04/12] fix and refactor merged data --- prolif/fingerprint.py | 119 +++++++++++++++++++++++++----------------- 1 file changed, 71 insertions(+), 48 deletions(-) diff --git a/prolif/fingerprint.py b/prolif/fingerprint.py index cc4018d..bf952b7 100644 --- a/prolif/fingerprint.py +++ b/prolif/fingerprint.py @@ -34,6 +34,7 @@ import dill import multiprocess as mp import numpy as np +from MDAnalysis.converters.RDKit import set_converter_cache_size from rdkit import Chem from tqdm.auto import tqdm @@ -210,7 +211,7 @@ def __init__( self.count = count self._set_interactions(interactions, parameters) self.vicinity_cutoff = vicinity_cutoff - self.parameters=parameters + self.parameters = parameters def _set_interactions(self, interactions, parameters): # read interactions to compute @@ -1065,59 +1066,81 @@ def plot_3d( ) def run_bridged_analysis(self, traj, lig, prot, water, **kwargs): + """ + TODO + """ + kwargs.pop("n_jobs", None) + set_converter_cache_size(3) + # run analysis twice, once on ligand-water, then on water-prot - self.ifp = getattr(self, "ifp", {}) - ifp_stores = [] + ifp_stores: list[dict[int, IFP]] = [] for pair in [(lig, water), (water, prot)]: fp = Fingerprint( interactions=["HBDonor", "HBAcceptor"], parameters=self.parameters ) - fp.run(traj, *pair, **kwargs) + fp.run(traj, *pair, n_jobs=1, **kwargs) ifp_stores.append(fp.ifp) # merge results from the 2 runs on matching water residues - combined = {} - for (frame1, ifp1), ifp2 in zip(ifp_stores[0].items(), ifp_stores[1].values()): - ifp = IFP() - - # For each ligand-water interaction in ifp1 - for (lig_res, water_res), interaction_data_ifp1 in ifp1.items(): - # Find matching water-protein interactions in ifp2 based on water residue - matching_entries = { - (lig_res, prot_res): interaction_data_ifp2 - for (water_res2, prot_res), interaction_data_ifp2 in ifp2.items() - if water_res2 == water_res - } - - # Merge data from ifp1 and ifp2 for each matching pair - for (lig_res, prot_res), interaction_data_ifp2 in matching_entries.items(): - combined_interaction_data = {} - - # Prepare merged interaction data under a single key "WaterBridge" - combined_interaction_data["WaterBridge"] = {} - - # Collect and merge metadata for `ifp1` (ligand-water) interactions - for interaction_type, metadata_list in interaction_data_ifp1.items(): - for metadata in metadata_list: - for key, value in metadata.items(): - combined_key = f"{key}_ligand_water" - combined_interaction_data["WaterBridge"][combined_key] = value - - # Collect and merge metadata for `ifp2` (water-protein) interactions - for interaction_type, metadata_list in interaction_data_ifp2.items(): - for metadata in metadata_list: - for key, value in metadata.items(): - combined_key = f"{key}_water_protein" - combined_interaction_data["WaterBridge"][combined_key] = value - - # Store the combined interaction data for the (lig_res, prot_res) pair in `ifp` - ifp.update({(lig_res, prot_res): combined_interaction_data}) - - if frame1 not in self.ifp: - self.ifp[frame1] = IFP() - self.ifp[frame1].update(ifp) - - # Add to existing results if any - self.ifp.update(combined) - + self.ifp = getattr(self, "ifp", {}) + for (frame, ifp1), ifp2 in zip(ifp_stores[0].items(), ifp_stores[1].values()): + # for each ligand-water interaction in ifp1 + for data1 in ifp1.interactions(): + # for each water-protein interaction in ifp2 where water1 == water2 + for data2 in [ + d2 for d2 in ifp2.interactions() if d2.ligand == data1.protein + ]: + # construct merged metadata + metadata = ( + { + "indices": { + "ligand": data1.metadata["indices"]["ligand"], + "protein": data2.metadata["indices"]["protein"], + "water": tuple( + set().union( + data1.metadata["indices"]["protein"], + data2.metadata["indices"]["ligand"], + ) + ), + }, + "parent_indices": { + "ligand": data1.metadata["parent_indices"]["ligand"], + "protein": data2.metadata["parent_indices"]["protein"], + "water": tuple( + set().union( + data1.metadata["parent_indices"]["protein"], + data2.metadata["parent_indices"]["ligand"], + ) + ), + }, + "water_residue": data1.protein, + "ligand_role": data1.interaction, + "protein_role": ( # invert role + "HBDonor" + if data2.interaction == "HBAcceptor" + else "HBAcceptor" + ), + **{ + f"{key}{suffix}": data.metadata[key] + for suffix, data in [ + ("_ligand_water", data1), + ("_water_protein", data2), + ] + for key in ["distance", "DHA_angle"] + }, + }, + ) + + # store metadata + if frame not in self.ifp: + ifp = self.ifp[frame] = IFP() + ifp = self.ifp[frame] + if int_data := ifp.get((data1.ligand, data2.protein)): + if "WaterBridge" in int_data: + int_data["WaterBridge"].append(metadata) + else: + int_data["WaterBridge"] = [metadata] + else: + ifp[data1.ligand, data2.protein] = {"WaterBridge": [metadata]} + return self From 8844af766ae605c2909ec5ac732d49ae93ccf8ba Mon Sep 17 00:00:00 2001 From: =?UTF-8?q?C=C3=A9dric=20Bouysset?= Date: Mon, 18 Nov 2024 18:25:18 +0000 Subject: [PATCH 05/12] chore: allow WaterBridge in interactions list --- prolif/fingerprint.py | 82 +++++++++++++++++++++++++++------------ tests/test_fingerprint.py | 6 +++ 2 files changed, 63 insertions(+), 25 deletions(-) diff --git a/prolif/fingerprint.py b/prolif/fingerprint.py index bf952b7..df15742 100644 --- a/prolif/fingerprint.py +++ b/prolif/fingerprint.py @@ -207,7 +207,6 @@ def __init__( "PiCation", "VdWContact", ] - self.interactions = interactions self.count = count self._set_interactions(interactions, parameters) self.vicinity_cutoff = vicinity_cutoff @@ -218,6 +217,19 @@ def _set_interactions(self, interactions, parameters): parameters = parameters or {} if interactions == "all": interactions = self.list_available() + # prepare water bridge interaction + try: + i = interactions.index("WaterBridge") + except ValueError: + pass + else: + interactions.pop(i) + if "WaterBridge" not in parameters: + raise ValueError( + "Must specify settings for the `WaterBridge` interaction: try " + '`parameters={"WaterBridge": {"water": }}`' + ) + self._water_bridge_parameters = parameters.pop("WaterBridge") # sanity check self._check_valid_interactions(interactions, "interactions") self._check_valid_interactions(parameters, "parameters") @@ -475,22 +487,49 @@ def run( if converter_kwargs is not None and len(converter_kwargs) != 2: raise ValueError("converter_kwargs must be a list of 2 dicts") + # setup defaults converter_kwargs = converter_kwargs or ({}, {}) if n_jobs is None: n_jobs = int(os.environ.get("PROLIF_N_JOBS", 0)) or None if residues == "all": residues = list(Molecule.from_mda(prot, **converter_kwargs[1]).residues) - if n_jobs != 1: - return self._run_parallel( + + if self.interactions: + if n_jobs == 1: + ifp = self._run_serial( + traj, + lig, + prot, + residues=residues, + converter_kwargs=converter_kwargs, + progress=progress, + ) + else: + ifp = self._run_parallel( + traj, + lig, + prot, + residues=residues, + converter_kwargs=converter_kwargs, + progress=progress, + n_jobs=n_jobs, + ) + self.ifp = ifp + + if water_bridge_params := getattr(self, "_water_bridge_parameters", None): + self.run_bridged_analysis( traj, lig, prot, + **water_bridge_params, residues=residues, converter_kwargs=converter_kwargs, progress=progress, - n_jobs=n_jobs, ) + return self + def _run_serial(self, traj, lig, prot, *, residues, converter_kwargs, progress): + """Serial implementation for trajectories.""" iterator = tqdm(traj) if progress else traj ifp = {} for ts in iterator: @@ -502,8 +541,7 @@ def run( residues=residues, metadata=True, ) - self.ifp = ifp - return self + return ifp def _run_parallel( self, @@ -539,8 +577,7 @@ def _run_parallel( for ifp_data_chunk in pool.process(args_iterable): ifp.update(ifp_data_chunk) - self.ifp = ifp - return self + return ifp def run_from_iterable( self, @@ -1070,16 +1107,17 @@ def run_bridged_analysis(self, traj, lig, prot, water, **kwargs): TODO """ kwargs.pop("n_jobs", None) + residues = kwargs.pop("residues", None) set_converter_cache_size(3) + fp = Fingerprint( + interactions=["HBDonor", "HBAcceptor"], parameters=self.parameters + ) # run analysis twice, once on ligand-water, then on water-prot - ifp_stores: list[dict[int, IFP]] = [] - for pair in [(lig, water), (water, prot)]: - fp = Fingerprint( - interactions=["HBDonor", "HBAcceptor"], parameters=self.parameters - ) - fp.run(traj, *pair, n_jobs=1, **kwargs) - ifp_stores.append(fp.ifp) + ifp_stores: list[dict[int, IFP]] = [ + fp._run_serial(traj, lig, water, residues=None, **kwargs), + fp._run_serial(traj, water, prot, residues=residues, **kwargs), + ] # merge results from the 2 runs on matching water residues self.ifp = getattr(self, "ifp", {}) @@ -1132,15 +1170,9 @@ def run_bridged_analysis(self, traj, lig, prot, water, **kwargs): ) # store metadata - if frame not in self.ifp: - ifp = self.ifp[frame] = IFP() - ifp = self.ifp[frame] - if int_data := ifp.get((data1.ligand, data2.protein)): - if "WaterBridge" in int_data: - int_data["WaterBridge"].append(metadata) - else: - int_data["WaterBridge"] = [metadata] - else: - ifp[data1.ligand, data2.protein] = {"WaterBridge": [metadata]} + ifp = self.ifp.setdefault(frame, IFP()) + ifp.setdefault((data1.ligand, data2.protein), {}).setdefault( + "WaterBridge", [] + ).append(metadata) return self diff --git a/tests/test_fingerprint.py b/tests/test_fingerprint.py index 41dea4e..e378b12 100644 --- a/tests/test_fingerprint.py +++ b/tests/test_fingerprint.py @@ -333,3 +333,9 @@ def test_interaction_params(self): assert fp.hydrophobic.distance == 1.0 fp = Fingerprint() assert fp.hydrophobic.distance == 4.5 + + def test_water_bridge_instance_without_params_raises_error(self): + with pytest.raises( + ValueError, match="Must specify settings for the `WaterBridge` interaction" + ): + Fingerprint(["WaterBridge"]) From 57665be8da8ced2844d9c82259b98860518e3022 Mon Sep 17 00:00:00 2001 From: =?UTF-8?q?C=C3=A9dric=20Bouysset?= Date: Fri, 22 Nov 2024 01:38:10 +0000 Subject: [PATCH 06/12] fix: include WaterBridge in list of interactions --- prolif/fingerprint.py | 19 +++++++++++++------ 1 file changed, 13 insertions(+), 6 deletions(-) diff --git a/prolif/fingerprint.py b/prolif/fingerprint.py index df15742..39dfdf5 100644 --- a/prolif/fingerprint.py +++ b/prolif/fingerprint.py @@ -221,7 +221,7 @@ def _set_interactions(self, interactions, parameters): try: i = interactions.index("WaterBridge") except ValueError: - pass + self._water_bridge_parameters = None else: interactions.pop(i) if "WaterBridge" not in parameters: @@ -254,7 +254,7 @@ def _check_valid_interactions(self, interactions_iterable, varname): def __repr__(self): # pragma: no cover name = ".".join([self.__class__.__module__, self.__class__.__name__]) - params = f"{self.n_interactions} interactions: {list(self.interactions.keys())}" + params = f"{self.n_interactions} interactions: {self._interactions_list}" return f"<{name}: {params} at {id(self):#x}>" @staticmethod @@ -271,9 +271,16 @@ def list_available(show_hidden=False): return sorted(_BASE_INTERACTIONS) + sorted(_INTERACTIONS) return sorted(_INTERACTIONS) + @property + def _interactions_list(self): + interactions = list(self.interactions) + if self._water_bridge_parameters: + interactions.append("WaterBridge") + return interactions + @property def n_interactions(self): - return len(self.interactions) + return len(self._interactions_list) def bitvector(self, res1, res2): """Generates the complete bitvector for the interactions between two @@ -516,12 +523,12 @@ def run( ) self.ifp = ifp - if water_bridge_params := getattr(self, "_water_bridge_parameters", None): + if self._water_bridge_parameters: self.run_bridged_analysis( traj, lig, prot, - **water_bridge_params, + **self._water_bridge_parameters, residues=residues, converter_kwargs=converter_kwargs, progress=progress, @@ -754,7 +761,7 @@ def to_dataframe( if hasattr(self, "ifp"): return to_dataframe( self.ifp, - self.interactions, + self._interactions_list, count=self.count if count is None else count, dtype=dtype, drop_empty=drop_empty, From f377538d5b986878a18ffb87680bf2c6dfbf4612 Mon Sep 17 00:00:00 2001 From: =?UTF-8?q?C=C3=A9dric=20Bouysset?= Date: Fri, 22 Nov 2024 01:51:42 +0000 Subject: [PATCH 07/12] tests: add files and basic unit tests --- prolif/data/water_m2.pdb | 104651 +++++++++++++++++++++++++++++++++++ prolif/data/water_m2.xtc | Bin 0 -> 3816192 bytes tests/test_fingerprint.py | 22 + 3 files changed, 104673 insertions(+) create mode 100644 prolif/data/water_m2.pdb create mode 100644 prolif/data/water_m2.xtc diff --git a/prolif/data/water_m2.pdb b/prolif/data/water_m2.pdb new file mode 100644 index 0000000..3f5ce44 --- /dev/null +++ b/prolif/data/water_m2.pdb @@ -0,0 +1,104651 @@ +TITLE MDANALYSIS FRAMES FROM 0, STEP 1: Created by PDBWriter +CRYST1 93.098 93.202 90.565 90.00 90.00 90.00 P 1 1 +MODEL 1 +ATOM 1 CAY LYS X 19 -10.740 23.310 16.490 1.00 0.00 P0 C +ATOM 2 HY1 LYS X 19 -11.490 23.210 15.680 1.00 0.00 P0 H +ATOM 3 HY2 LYS X 19 -9.820 23.810 16.110 1.00 0.00 P0 H +ATOM 4 HY3 LYS X 19 -11.250 24.020 17.170 1.00 0.00 P0 H +ATOM 5 CY LYS X 19 -10.620 22.030 17.070 1.00 0.00 P0 C +ATOM 6 OY LYS X 19 -11.050 21.050 16.460 1.00 0.00 P0 O +ATOM 7 N LYS X 19 -10.080 22.020 18.310 1.00 0.00 P0 N +ATOM 8 HN LYS X 19 -9.760 22.870 18.720 1.00 0.00 P0 H +ATOM 9 CA LYS X 19 -9.930 20.850 19.120 1.00 0.00 P0 C +ATOM 10 HA LYS X 19 -9.200 20.270 18.570 1.00 0.00 P0 H +ATOM 11 CB LYS X 19 -9.330 21.260 20.440 1.00 0.00 P0 C +ATOM 12 HB1 LYS X 19 -8.290 21.640 20.270 1.00 0.00 P0 H +ATOM 13 HB2 LYS X 19 -10.000 22.070 20.770 1.00 0.00 P0 H +ATOM 14 CG LYS X 19 -9.190 20.180 21.610 1.00 0.00 P0 C +ATOM 15 HG1 LYS X 19 -8.820 20.600 22.570 1.00 0.00 P0 H +ATOM 16 HG2 LYS X 19 -10.200 19.790 21.800 1.00 0.00 P0 H +ATOM 17 CD LYS X 19 -8.320 18.990 21.280 1.00 0.00 P0 C +ATOM 18 HD1 LYS X 19 -8.320 18.230 22.090 1.00 0.00 P0 H +ATOM 19 HD2 LYS X 19 -8.820 18.600 20.370 1.00 0.00 P0 H +ATOM 20 CE LYS X 19 -6.930 19.440 20.980 1.00 0.00 P0 C +ATOM 21 HE1 LYS X 19 -6.820 20.120 20.110 1.00 0.00 P0 H +ATOM 22 HE2 LYS X 19 -6.440 19.960 21.830 1.00 0.00 P0 H +ATOM 23 NZ LYS X 19 -6.130 18.190 20.630 1.00 0.00 P0 N +ATOM 24 HZ1 LYS X 19 -5.140 18.420 20.400 1.00 0.00 P0 H +ATOM 25 HZ2 LYS X 19 -6.090 17.470 21.380 1.00 0.00 P0 H +ATOM 26 HZ3 LYS X 19 -6.590 17.790 19.780 1.00 0.00 P0 H +ATOM 27 C LYS X 19 -11.180 19.890 19.190 1.00 0.00 P0 C +ATOM 28 O LYS X 19 -11.060 18.680 19.110 1.00 0.00 P0 O +ATOM 29 N THR X 20 -12.440 20.550 19.320 1.00 0.00 P0 N +ATOM 30 HN THR X 20 -12.490 21.500 19.640 1.00 0.00 P0 H +ATOM 31 CA THR X 20 -13.770 19.910 19.410 1.00 0.00 P0 C +ATOM 32 HA THR X 20 -13.770 19.330 20.320 1.00 0.00 P0 H +ATOM 33 CB THR X 20 -14.900 20.940 19.650 1.00 0.00 P0 C +ATOM 34 HB THR X 20 -15.060 21.610 18.780 1.00 0.00 P0 H +ATOM 35 OG1 THR X 20 -14.640 21.690 20.830 1.00 0.00 P0 O +ATOM 36 HG1 THR X 20 -13.960 22.330 20.600 1.00 0.00 P0 H +ATOM 37 CG2 THR X 20 -16.300 20.410 19.930 1.00 0.00 P0 C +ATOM 38 HG21 THR X 20 -16.770 20.120 18.980 1.00 0.00 P0 H +ATOM 39 HG22 THR X 20 -16.410 19.550 20.630 1.00 0.00 P0 H +ATOM 40 HG23 THR X 20 -16.990 21.230 20.220 1.00 0.00 P0 H +ATOM 41 C THR X 20 -13.980 19.130 18.130 1.00 0.00 P0 C +ATOM 42 O THR X 20 -14.620 18.080 18.080 1.00 0.00 P0 O +ATOM 43 N PHE X 21 -13.480 19.640 17.020 1.00 0.00 P0 N +ATOM 44 HN PHE X 21 -12.860 20.430 17.040 1.00 0.00 P0 H +ATOM 45 CA PHE X 21 -13.600 19.000 15.680 1.00 0.00 P0 C +ATOM 46 HA PHE X 21 -14.600 18.610 15.610 1.00 0.00 P0 H +ATOM 47 CB PHE X 21 -13.520 20.110 14.540 1.00 0.00 P0 C +ATOM 48 HB1 PHE X 21 -12.490 20.480 14.380 1.00 0.00 P0 H +ATOM 49 HB2 PHE X 21 -13.820 19.590 13.590 1.00 0.00 P0 H +ATOM 50 CG PHE X 21 -14.580 21.170 14.910 1.00 0.00 P0 C +ATOM 51 CD1 PHE X 21 -14.380 22.140 15.910 1.00 0.00 P0 C +ATOM 52 HD1 PHE X 21 -13.500 22.220 16.530 1.00 0.00 P0 H +ATOM 53 CE1 PHE X 21 -15.390 23.080 16.190 1.00 0.00 P0 C +ATOM 54 HE1 PHE X 21 -15.340 23.790 16.990 1.00 0.00 P0 H +ATOM 55 CZ PHE X 21 -16.570 23.160 15.430 1.00 0.00 P0 C +ATOM 56 HZ PHE X 21 -17.340 23.900 15.590 1.00 0.00 P0 H +ATOM 57 CD2 PHE X 21 -15.670 21.290 14.050 1.00 0.00 P0 C +ATOM 58 HD2 PHE X 21 -15.820 20.650 13.190 1.00 0.00 P0 H +ATOM 59 CE2 PHE X 21 -16.720 22.220 14.430 1.00 0.00 P0 C +ATOM 60 HE2 PHE X 21 -17.550 22.260 13.730 1.00 0.00 P0 H +ATOM 61 C PHE X 21 -12.610 17.910 15.320 1.00 0.00 P0 C +ATOM 62 O PHE X 21 -12.790 17.210 14.330 1.00 0.00 P0 O +ATOM 63 N GLU X 22 -11.500 17.810 16.050 1.00 0.00 P0 N +ATOM 64 HN GLU X 22 -11.380 18.320 16.900 1.00 0.00 P0 H +ATOM 65 CA GLU X 22 -10.280 17.040 15.680 1.00 0.00 P0 C +ATOM 66 HA GLU X 22 -9.840 17.450 14.780 1.00 0.00 P0 H +ATOM 67 CB GLU X 22 -9.020 17.340 16.660 1.00 0.00 P0 C +ATOM 68 HB1 GLU X 22 -8.750 18.420 16.700 1.00 0.00 P0 H +ATOM 69 HB2 GLU X 22 -9.420 17.120 17.660 1.00 0.00 P0 H +ATOM 70 CG GLU X 22 -7.820 16.510 16.370 1.00 0.00 P0 C +ATOM 71 HG1 GLU X 22 -7.930 15.410 16.440 1.00 0.00 P0 H +ATOM 72 HG2 GLU X 22 -7.380 16.640 15.360 1.00 0.00 P0 H +ATOM 73 CD GLU X 22 -6.730 16.870 17.420 1.00 0.00 P0 C +ATOM 74 OE1 GLU X 22 -5.730 17.530 17.030 1.00 0.00 P0 O +ATOM 75 OE2 GLU X 22 -6.890 16.450 18.590 1.00 0.00 P0 O +ATOM 76 C GLU X 22 -10.480 15.510 15.460 1.00 0.00 P0 C +ATOM 77 O GLU X 22 -9.840 14.930 14.540 1.00 0.00 P0 O +ATOM 78 N VAL X 23 -11.260 14.770 16.220 1.00 0.00 P0 N +ATOM 79 HN VAL X 23 -11.850 15.300 16.840 1.00 0.00 P0 H +ATOM 80 CA VAL X 23 -11.550 13.330 15.900 1.00 0.00 P0 C +ATOM 81 HA VAL X 23 -10.630 12.810 15.680 1.00 0.00 P0 H +ATOM 82 CB VAL X 23 -12.290 12.570 16.960 1.00 0.00 P0 C +ATOM 83 HB VAL X 23 -13.100 13.250 17.320 1.00 0.00 P0 H +ATOM 84 CG1 VAL X 23 -12.740 11.160 16.660 1.00 0.00 P0 C +ATOM 85 HG11 VAL X 23 -12.910 10.610 17.610 1.00 0.00 P0 H +ATOM 86 HG12 VAL X 23 -13.650 11.190 16.030 1.00 0.00 P0 H +ATOM 87 HG13 VAL X 23 -11.990 10.520 16.140 1.00 0.00 P0 H +ATOM 88 CG2 VAL X 23 -11.320 12.530 18.080 1.00 0.00 P0 C +ATOM 89 HG21 VAL X 23 -10.820 13.500 18.260 1.00 0.00 P0 H +ATOM 90 HG22 VAL X 23 -11.830 12.440 19.070 1.00 0.00 P0 H +ATOM 91 HG23 VAL X 23 -10.580 11.710 18.080 1.00 0.00 P0 H +ATOM 92 C VAL X 23 -12.230 13.130 14.540 1.00 0.00 P0 C +ATOM 93 O VAL X 23 -11.840 12.210 13.860 1.00 0.00 P0 O +ATOM 94 N VAL X 24 -13.270 13.930 14.270 1.00 0.00 P0 N +ATOM 95 HN VAL X 24 -13.570 14.590 14.960 1.00 0.00 P0 H +ATOM 96 CA VAL X 24 -14.010 13.910 13.050 1.00 0.00 P0 C +ATOM 97 HA VAL X 24 -14.250 12.870 12.900 1.00 0.00 P0 H +ATOM 98 CB VAL X 24 -15.280 14.730 12.950 1.00 0.00 P0 C +ATOM 99 HB VAL X 24 -14.960 15.770 13.200 1.00 0.00 P0 H +ATOM 100 CG1 VAL X 24 -15.970 14.790 11.500 1.00 0.00 P0 C +ATOM 101 HG11 VAL X 24 -16.840 15.460 11.310 1.00 0.00 P0 H +ATOM 102 HG12 VAL X 24 -15.270 15.050 10.680 1.00 0.00 P0 H +ATOM 103 HG13 VAL X 24 -16.360 13.790 11.220 1.00 0.00 P0 H +ATOM 104 CG2 VAL X 24 -16.320 14.150 13.900 1.00 0.00 P0 C +ATOM 105 HG21 VAL X 24 -16.510 13.070 13.750 1.00 0.00 P0 H +ATOM 106 HG22 VAL X 24 -15.930 14.330 14.930 1.00 0.00 P0 H +ATOM 107 HG23 VAL X 24 -17.290 14.690 13.820 1.00 0.00 P0 H +ATOM 108 C VAL X 24 -13.020 14.230 11.930 1.00 0.00 P0 C +ATOM 109 O VAL X 24 -13.000 13.550 10.910 1.00 0.00 P0 O +ATOM 110 N PHE X 25 -12.160 15.270 12.220 1.00 0.00 P0 N +ATOM 111 HN PHE X 25 -12.160 15.820 13.050 1.00 0.00 P0 H +ATOM 112 CA PHE X 25 -11.020 15.550 11.230 1.00 0.00 P0 C +ATOM 113 HA PHE X 25 -11.560 15.780 10.320 1.00 0.00 P0 H +ATOM 114 CB PHE X 25 -10.400 16.860 11.810 1.00 0.00 P0 C +ATOM 115 HB1 PHE X 25 -11.160 17.640 11.570 1.00 0.00 P0 H +ATOM 116 HB2 PHE X 25 -10.350 16.840 12.920 1.00 0.00 P0 H +ATOM 117 CG PHE X 25 -9.100 17.330 11.240 1.00 0.00 P0 C +ATOM 118 CD1 PHE X 25 -7.930 17.040 11.900 1.00 0.00 P0 C +ATOM 119 HD1 PHE X 25 -8.080 16.740 12.940 1.00 0.00 P0 H +ATOM 120 CE1 PHE X 25 -6.670 17.340 11.350 1.00 0.00 P0 C +ATOM 121 HE1 PHE X 25 -5.790 17.320 11.980 1.00 0.00 P0 H +ATOM 122 CZ PHE X 25 -6.590 18.270 10.240 1.00 0.00 P0 C +ATOM 123 HZ PHE X 25 -5.650 18.690 9.900 1.00 0.00 P0 H +ATOM 124 CD2 PHE X 25 -9.060 17.890 9.930 1.00 0.00 P0 C +ATOM 125 HD2 PHE X 25 -9.990 18.030 9.380 1.00 0.00 P0 H +ATOM 126 CE2 PHE X 25 -7.880 18.460 9.520 1.00 0.00 P0 C +ATOM 127 HE2 PHE X 25 -7.910 19.050 8.620 1.00 0.00 P0 H +ATOM 128 C PHE X 25 -10.020 14.420 10.900 1.00 0.00 P0 C +ATOM 129 O PHE X 25 -9.870 14.000 9.750 1.00 0.00 P0 O +ATOM 130 N ILE X 26 -9.490 13.770 11.960 1.00 0.00 P0 N +ATOM 131 HN ILE X 26 -9.480 14.130 12.880 1.00 0.00 P0 H +ATOM 132 CA ILE X 26 -8.560 12.630 11.840 1.00 0.00 P0 C +ATOM 133 HA ILE X 26 -7.700 13.060 11.360 1.00 0.00 P0 H +ATOM 134 CB ILE X 26 -7.990 12.130 13.200 1.00 0.00 P0 C +ATOM 135 HB ILE X 26 -8.390 12.860 13.940 1.00 0.00 P0 H +ATOM 136 CG2 ILE X 26 -8.530 10.710 13.590 1.00 0.00 P0 C +ATOM 137 HG21 ILE X 26 -9.630 10.850 13.730 1.00 0.00 P0 H +ATOM 138 HG22 ILE X 26 -8.300 9.830 12.940 1.00 0.00 P0 H +ATOM 139 HG23 ILE X 26 -8.130 10.430 14.590 1.00 0.00 P0 H +ATOM 140 CG1 ILE X 26 -6.490 12.130 13.340 1.00 0.00 P0 C +ATOM 141 HG11 ILE X 26 -6.200 11.420 14.150 1.00 0.00 P0 H +ATOM 142 HG12 ILE X 26 -5.940 11.900 12.410 1.00 0.00 P0 H +ATOM 143 CD ILE X 26 -5.960 13.540 13.660 1.00 0.00 P0 C +ATOM 144 HD1 ILE X 26 -6.290 13.770 14.710 1.00 0.00 P0 H +ATOM 145 HD2 ILE X 26 -4.860 13.530 13.600 1.00 0.00 P0 H +ATOM 146 HD3 ILE X 26 -6.350 14.340 12.980 1.00 0.00 P0 H +ATOM 147 C ILE X 26 -9.080 11.440 10.950 1.00 0.00 P0 C +ATOM 148 O ILE X 26 -8.400 10.940 10.080 1.00 0.00 P0 O +ATOM 149 N VAL X 27 -10.280 10.930 11.250 1.00 0.00 P0 N +ATOM 150 HN VAL X 27 -10.810 11.260 12.020 1.00 0.00 P0 H +ATOM 151 CA VAL X 27 -10.940 10.020 10.360 1.00 0.00 P0 C +ATOM 152 HA VAL X 27 -10.230 9.210 10.280 1.00 0.00 P0 H +ATOM 153 CB VAL X 27 -12.290 9.670 11.100 1.00 0.00 P0 C +ATOM 154 HB VAL X 27 -12.630 10.570 11.660 1.00 0.00 P0 H +ATOM 155 CG1 VAL X 27 -13.380 9.180 10.160 1.00 0.00 P0 C +ATOM 156 HG11 VAL X 27 -14.240 8.710 10.670 1.00 0.00 P0 H +ATOM 157 HG12 VAL X 27 -13.670 9.950 9.420 1.00 0.00 P0 H +ATOM 158 HG13 VAL X 27 -12.900 8.400 9.530 1.00 0.00 P0 H +ATOM 159 CG2 VAL X 27 -12.070 8.600 12.200 1.00 0.00 P0 C +ATOM 160 HG21 VAL X 27 -11.170 8.790 12.820 1.00 0.00 P0 H +ATOM 161 HG22 VAL X 27 -12.860 8.590 12.980 1.00 0.00 P0 H +ATOM 162 HG23 VAL X 27 -12.020 7.580 11.780 1.00 0.00 P0 H +ATOM 163 C VAL X 27 -11.270 10.610 9.000 1.00 0.00 P0 C +ATOM 164 O VAL X 27 -10.990 9.940 7.970 1.00 0.00 P0 O +ATOM 165 N LEU X 28 -11.800 11.840 8.840 1.00 0.00 P0 N +ATOM 166 HN LEU X 28 -12.310 12.250 9.590 1.00 0.00 P0 H +ATOM 167 CA LEU X 28 -12.100 12.290 7.510 1.00 0.00 P0 C +ATOM 168 HA LEU X 28 -12.870 11.710 7.010 1.00 0.00 P0 H +ATOM 169 CB LEU X 28 -12.720 13.660 7.720 1.00 0.00 P0 C +ATOM 170 HB1 LEU X 28 -13.480 13.560 8.520 1.00 0.00 P0 H +ATOM 171 HB2 LEU X 28 -11.970 14.400 8.080 1.00 0.00 P0 H +ATOM 172 CG LEU X 28 -13.280 14.390 6.490 1.00 0.00 P0 C +ATOM 173 HG LEU X 28 -12.380 14.630 5.870 1.00 0.00 P0 H +ATOM 174 CD1 LEU X 28 -14.330 13.630 5.580 1.00 0.00 P0 C +ATOM 175 HD11 LEU X 28 -15.240 13.430 6.190 1.00 0.00 P0 H +ATOM 176 HD12 LEU X 28 -14.610 14.210 4.680 1.00 0.00 P0 H +ATOM 177 HD13 LEU X 28 -13.880 12.720 5.130 1.00 0.00 P0 H +ATOM 178 CD2 LEU X 28 -13.850 15.740 7.020 1.00 0.00 P0 C +ATOM 179 HD21 LEU X 28 -14.760 15.560 7.620 1.00 0.00 P0 H +ATOM 180 HD22 LEU X 28 -13.080 16.150 7.700 1.00 0.00 P0 H +ATOM 181 HD23 LEU X 28 -14.070 16.440 6.180 1.00 0.00 P0 H +ATOM 182 C LEU X 28 -10.950 12.540 6.570 1.00 0.00 P0 C +ATOM 183 O LEU X 28 -11.010 12.490 5.300 1.00 0.00 P0 O +ATOM 184 N VAL X 29 -9.720 12.910 7.010 1.00 0.00 P0 N +ATOM 185 HN VAL X 29 -9.650 13.160 7.970 1.00 0.00 P0 H +ATOM 186 CA VAL X 29 -8.540 12.970 6.130 1.00 0.00 P0 C +ATOM 187 HA VAL X 29 -8.700 13.630 5.290 1.00 0.00 P0 H +ATOM 188 CB VAL X 29 -7.410 13.620 6.850 1.00 0.00 P0 C +ATOM 189 HB VAL X 29 -6.480 13.580 6.240 1.00 0.00 P0 H +ATOM 190 CG1 VAL X 29 -7.610 15.130 7.170 1.00 0.00 P0 C +ATOM 191 HG11 VAL X 29 -6.690 15.490 7.680 1.00 0.00 P0 H +ATOM 192 HG12 VAL X 29 -7.960 15.780 6.360 1.00 0.00 P0 H +ATOM 193 HG13 VAL X 29 -8.360 15.320 7.970 1.00 0.00 P0 H +ATOM 194 CG2 VAL X 29 -6.990 12.910 8.100 1.00 0.00 P0 C +ATOM 195 HG21 VAL X 29 -7.810 12.950 8.860 1.00 0.00 P0 H +ATOM 196 HG22 VAL X 29 -6.740 11.840 7.920 1.00 0.00 P0 H +ATOM 197 HG23 VAL X 29 -6.200 13.470 8.630 1.00 0.00 P0 H +ATOM 198 C VAL X 29 -8.240 11.630 5.490 1.00 0.00 P0 C +ATOM 199 O VAL X 29 -8.040 11.410 4.290 1.00 0.00 P0 O +ATOM 200 N ALA X 30 -8.290 10.590 6.370 1.00 0.00 P0 N +ATOM 201 HN ALA X 30 -8.630 10.760 7.290 1.00 0.00 P0 H +ATOM 202 CA ALA X 30 -8.150 9.190 5.950 1.00 0.00 P0 C +ATOM 203 HA ALA X 30 -7.190 9.230 5.460 1.00 0.00 P0 H +ATOM 204 CB ALA X 30 -8.280 8.210 7.190 1.00 0.00 P0 C +ATOM 205 HB1 ALA X 30 -9.290 7.790 7.350 1.00 0.00 P0 H +ATOM 206 HB2 ALA X 30 -7.690 7.280 7.020 1.00 0.00 P0 H +ATOM 207 HB3 ALA X 30 -7.880 8.690 8.110 1.00 0.00 P0 H +ATOM 208 C ALA X 30 -9.200 8.690 5.030 1.00 0.00 P0 C +ATOM 209 O ALA X 30 -8.900 7.880 4.100 1.00 0.00 P0 O +ATOM 210 N GLY X 31 -10.400 9.180 5.280 1.00 0.00 P0 N +ATOM 211 HN GLY X 31 -10.560 9.700 6.110 1.00 0.00 P0 H +ATOM 212 CA GLY X 31 -11.580 8.840 4.430 1.00 0.00 P0 C +ATOM 213 HA1 GLY X 31 -12.380 9.390 4.890 1.00 0.00 P0 H +ATOM 214 HA2 GLY X 31 -11.670 7.760 4.520 1.00 0.00 P0 H +ATOM 215 C GLY X 31 -11.500 9.410 3.080 1.00 0.00 P0 C +ATOM 216 O GLY X 31 -11.770 8.740 2.110 1.00 0.00 P0 O +ATOM 217 N SER X 32 -11.080 10.720 3.000 1.00 0.00 P0 N +ATOM 218 HN SER X 32 -11.100 11.260 3.840 1.00 0.00 P0 H +ATOM 219 CA SER X 32 -10.670 11.280 1.700 1.00 0.00 P0 C +ATOM 220 HA SER X 32 -11.560 11.430 1.110 1.00 0.00 P0 H +ATOM 221 CB SER X 32 -10.020 12.740 1.930 1.00 0.00 P0 C +ATOM 222 HB1 SER X 32 -9.150 12.640 2.610 1.00 0.00 P0 H +ATOM 223 HB2 SER X 32 -9.660 13.180 0.980 1.00 0.00 P0 H +ATOM 224 OG SER X 32 -11.020 13.520 2.550 1.00 0.00 P0 O +ATOM 225 HG1 SER X 32 -11.070 13.340 3.490 1.00 0.00 P0 H +ATOM 226 C SER X 32 -9.710 10.560 0.860 1.00 0.00 P0 C +ATOM 227 O SER X 32 -9.860 10.400 -0.340 1.00 0.00 P0 O +ATOM 228 N LEU X 33 -8.610 10.010 1.500 1.00 0.00 P0 N +ATOM 229 HN LEU X 33 -8.440 10.300 2.430 1.00 0.00 P0 H +ATOM 230 CA LEU X 33 -7.610 9.190 0.800 1.00 0.00 P0 C +ATOM 231 HA LEU X 33 -7.260 9.670 -0.110 1.00 0.00 P0 H +ATOM 232 CB LEU X 33 -6.360 8.970 1.650 1.00 0.00 P0 C +ATOM 233 HB1 LEU X 33 -6.680 8.510 2.610 1.00 0.00 P0 H +ATOM 234 HB2 LEU X 33 -5.680 8.260 1.130 1.00 0.00 P0 H +ATOM 235 CG LEU X 33 -5.510 10.260 2.060 1.00 0.00 P0 C +ATOM 236 HG LEU X 33 -6.210 11.050 2.410 1.00 0.00 P0 H +ATOM 237 CD1 LEU X 33 -4.560 10.010 3.350 1.00 0.00 P0 C +ATOM 238 HD11 LEU X 33 -4.130 10.990 3.640 1.00 0.00 P0 H +ATOM 239 HD12 LEU X 33 -5.040 9.540 4.230 1.00 0.00 P0 H +ATOM 240 HD13 LEU X 33 -3.760 9.270 3.150 1.00 0.00 P0 H +ATOM 241 CD2 LEU X 33 -4.670 10.610 0.870 1.00 0.00 P0 C +ATOM 242 HD21 LEU X 33 -3.970 9.850 0.460 1.00 0.00 P0 H +ATOM 243 HD22 LEU X 33 -5.280 10.910 0.000 1.00 0.00 P0 H +ATOM 244 HD23 LEU X 33 -3.940 11.380 1.190 1.00 0.00 P0 H +ATOM 245 C LEU X 33 -8.190 7.820 0.470 1.00 0.00 P0 C +ATOM 246 O LEU X 33 -7.990 7.410 -0.660 1.00 0.00 P0 O +ATOM 247 N SER X 34 -9.060 7.220 1.250 1.00 0.00 P0 N +ATOM 248 HN SER X 34 -9.210 7.590 2.160 1.00 0.00 P0 H +ATOM 249 CA SER X 34 -9.750 6.100 0.880 1.00 0.00 P0 C +ATOM 250 HA SER X 34 -9.130 5.310 0.490 1.00 0.00 P0 H +ATOM 251 CB SER X 34 -10.450 5.440 2.060 1.00 0.00 P0 C +ATOM 252 HB1 SER X 34 -9.650 4.980 2.690 1.00 0.00 P0 H +ATOM 253 HB2 SER X 34 -10.960 6.170 2.720 1.00 0.00 P0 H +ATOM 254 OG SER X 34 -11.390 4.470 1.760 1.00 0.00 P0 O +ATOM 255 HG1 SER X 34 -11.050 3.610 2.020 1.00 0.00 P0 H +ATOM 256 C SER X 34 -10.710 6.350 -0.280 1.00 0.00 P0 C +ATOM 257 O SER X 34 -10.760 5.660 -1.330 1.00 0.00 P0 O +ATOM 258 N LEU X 35 -11.560 7.390 -0.180 1.00 0.00 P0 N +ATOM 259 HN LEU X 35 -11.600 7.980 0.620 1.00 0.00 P0 H +ATOM 260 CA LEU X 35 -12.560 7.650 -1.230 1.00 0.00 P0 C +ATOM 261 HA LEU X 35 -13.120 6.740 -1.380 1.00 0.00 P0 H +ATOM 262 CB LEU X 35 -13.430 8.760 -0.860 1.00 0.00 P0 C +ATOM 263 HB1 LEU X 35 -13.780 8.320 0.090 1.00 0.00 P0 H +ATOM 264 HB2 LEU X 35 -12.800 9.650 -0.680 1.00 0.00 P0 H +ATOM 265 CG LEU X 35 -14.660 9.110 -1.810 1.00 0.00 P0 C +ATOM 266 HG LEU X 35 -14.430 9.310 -2.880 1.00 0.00 P0 H +ATOM 267 CD1 LEU X 35 -15.520 7.790 -1.870 1.00 0.00 P0 C +ATOM 268 HD11 LEU X 35 -16.060 7.510 -0.940 1.00 0.00 P0 H +ATOM 269 HD12 LEU X 35 -16.390 7.910 -2.560 1.00 0.00 P0 H +ATOM 270 HD13 LEU X 35 -14.890 6.950 -2.230 1.00 0.00 P0 H +ATOM 271 CD2 LEU X 35 -15.330 10.360 -1.220 1.00 0.00 P0 C +ATOM 272 HD21 LEU X 35 -14.600 11.190 -1.190 1.00 0.00 P0 H +ATOM 273 HD22 LEU X 35 -16.160 10.610 -1.910 1.00 0.00 P0 H +ATOM 274 HD23 LEU X 35 -15.700 10.250 -0.180 1.00 0.00 P0 H +ATOM 275 C LEU X 35 -11.850 8.040 -2.620 1.00 0.00 P0 C +ATOM 276 O LEU X 35 -12.240 7.480 -3.690 1.00 0.00 P0 O +ATOM 277 N VAL X 36 -10.700 8.780 -2.650 1.00 0.00 P0 N +ATOM 278 HN VAL X 36 -10.230 9.110 -1.840 1.00 0.00 P0 H +ATOM 279 CA VAL X 36 -9.990 9.030 -3.890 1.00 0.00 P0 C +ATOM 280 HA VAL X 36 -10.700 9.180 -4.690 1.00 0.00 P0 H +ATOM 281 CB VAL X 36 -9.120 10.280 -3.710 1.00 0.00 P0 C +ATOM 282 HB VAL X 36 -9.680 11.030 -3.110 1.00 0.00 P0 H +ATOM 283 CG1 VAL X 36 -7.640 10.190 -3.130 1.00 0.00 P0 C +ATOM 284 HG11 VAL X 36 -7.060 11.120 -3.260 1.00 0.00 P0 H +ATOM 285 HG12 VAL X 36 -7.670 9.850 -2.070 1.00 0.00 P0 H +ATOM 286 HG13 VAL X 36 -7.110 9.410 -3.710 1.00 0.00 P0 H +ATOM 287 CG2 VAL X 36 -9.010 10.900 -5.090 1.00 0.00 P0 C +ATOM 288 HG21 VAL X 36 -10.020 11.310 -5.340 1.00 0.00 P0 H +ATOM 289 HG22 VAL X 36 -8.290 11.750 -5.090 1.00 0.00 P0 H +ATOM 290 HG23 VAL X 36 -8.720 10.220 -5.920 1.00 0.00 P0 H +ATOM 291 C VAL X 36 -9.130 7.770 -4.300 1.00 0.00 P0 C +ATOM 292 O VAL X 36 -9.070 7.530 -5.550 1.00 0.00 P0 O +ATOM 293 N THR X 37 -8.630 6.910 -3.370 1.00 0.00 P0 N +ATOM 294 HN THR X 37 -8.740 7.050 -2.390 1.00 0.00 P0 H +ATOM 295 CA THR X 37 -8.010 5.650 -3.660 1.00 0.00 P0 C +ATOM 296 HA THR X 37 -7.180 5.770 -4.340 1.00 0.00 P0 H +ATOM 297 CB THR X 37 -7.350 4.820 -2.500 1.00 0.00 P0 C +ATOM 298 HB THR X 37 -8.120 4.540 -1.740 1.00 0.00 P0 H +ATOM 299 OG1 THR X 37 -6.350 5.640 -1.920 1.00 0.00 P0 O +ATOM 300 HG1 THR X 37 -6.810 6.390 -1.540 1.00 0.00 P0 H +ATOM 301 CG2 THR X 37 -6.620 3.490 -3.010 1.00 0.00 P0 C +ATOM 302 HG21 THR X 37 -7.360 2.740 -3.360 1.00 0.00 P0 H +ATOM 303 HG22 THR X 37 -5.920 3.610 -3.860 1.00 0.00 P0 H +ATOM 304 HG23 THR X 37 -6.040 3.110 -2.140 1.00 0.00 P0 H +ATOM 305 C THR X 37 -8.890 4.680 -4.440 1.00 0.00 P0 C +ATOM 306 O THR X 37 -8.490 4.090 -5.410 1.00 0.00 P0 O +ATOM 307 N ILE X 38 -10.200 4.480 -3.890 1.00 0.00 P0 N +ATOM 308 HN ILE X 38 -10.480 4.740 -2.970 1.00 0.00 P0 H +ATOM 309 CA ILE X 38 -11.130 3.440 -4.390 1.00 0.00 P0 C +ATOM 310 HA ILE X 38 -10.450 2.600 -4.490 1.00 0.00 P0 H +ATOM 311 CB ILE X 38 -12.310 3.060 -3.420 1.00 0.00 P0 C +ATOM 312 HB ILE X 38 -13.020 2.320 -3.870 1.00 0.00 P0 H +ATOM 313 CG2 ILE X 38 -11.640 2.480 -2.160 1.00 0.00 P0 C +ATOM 314 HG21 ILE X 38 -11.310 1.460 -2.440 1.00 0.00 P0 H +ATOM 315 HG22 ILE X 38 -10.730 3.010 -1.800 1.00 0.00 P0 H +ATOM 316 HG23 ILE X 38 -12.290 2.250 -1.290 1.00 0.00 P0 H +ATOM 317 CG1 ILE X 38 -13.150 4.260 -3.020 1.00 0.00 P0 C +ATOM 318 HG11 ILE X 38 -12.700 4.910 -2.240 1.00 0.00 P0 H +ATOM 319 HG12 ILE X 38 -13.270 4.930 -3.900 1.00 0.00 P0 H +ATOM 320 CD ILE X 38 -14.470 3.840 -2.360 1.00 0.00 P0 C +ATOM 321 HD1 ILE X 38 -15.270 4.590 -2.130 1.00 0.00 P0 H +ATOM 322 HD2 ILE X 38 -14.880 2.970 -2.910 1.00 0.00 P0 H +ATOM 323 HD3 ILE X 38 -14.210 3.440 -1.360 1.00 0.00 P0 H +ATOM 324 C ILE X 38 -11.580 3.830 -5.840 1.00 0.00 P0 C +ATOM 325 O ILE X 38 -11.490 3.050 -6.760 1.00 0.00 P0 O +ATOM 326 N ILE X 39 -11.980 5.120 -6.110 1.00 0.00 P0 N +ATOM 327 HN ILE X 39 -12.110 5.770 -5.370 1.00 0.00 P0 H +ATOM 328 CA ILE X 39 -12.390 5.510 -7.450 1.00 0.00 P0 C +ATOM 329 HA ILE X 39 -12.990 4.750 -7.930 1.00 0.00 P0 H +ATOM 330 CB ILE X 39 -13.130 6.840 -7.630 1.00 0.00 P0 C +ATOM 331 HB ILE X 39 -13.500 6.950 -8.680 1.00 0.00 P0 H +ATOM 332 CG2 ILE X 39 -14.470 6.610 -6.920 1.00 0.00 P0 C +ATOM 333 HG21 ILE X 39 -14.370 6.460 -5.820 1.00 0.00 P0 H +ATOM 334 HG22 ILE X 39 -15.220 7.370 -7.210 1.00 0.00 P0 H +ATOM 335 HG23 ILE X 39 -14.920 5.720 -7.420 1.00 0.00 P0 H +ATOM 336 CG1 ILE X 39 -12.360 8.120 -7.100 1.00 0.00 P0 C +ATOM 337 HG11 ILE X 39 -12.120 7.890 -6.050 1.00 0.00 P0 H +ATOM 338 HG12 ILE X 39 -11.400 8.140 -7.670 1.00 0.00 P0 H +ATOM 339 CD ILE X 39 -13.120 9.450 -7.250 1.00 0.00 P0 C +ATOM 340 HD1 ILE X 39 -12.550 10.300 -6.850 1.00 0.00 P0 H +ATOM 341 HD2 ILE X 39 -13.240 9.600 -8.350 1.00 0.00 P0 H +ATOM 342 HD3 ILE X 39 -14.120 9.420 -6.780 1.00 0.00 P0 H +ATOM 343 C ILE X 39 -11.160 5.620 -8.360 1.00 0.00 P0 C +ATOM 344 O ILE X 39 -11.300 5.150 -9.470 1.00 0.00 P0 O +ATOM 345 N GLY X 40 -9.890 6.130 -7.950 1.00 0.00 P0 N +ATOM 346 HN GLY X 40 -9.890 6.550 -7.040 1.00 0.00 P0 H +ATOM 347 CA GLY X 40 -8.730 6.160 -8.820 1.00 0.00 P0 C +ATOM 348 HA1 GLY X 40 -7.970 6.730 -8.290 1.00 0.00 P0 H +ATOM 349 HA2 GLY X 40 -8.960 6.610 -9.770 1.00 0.00 P0 H +ATOM 350 C GLY X 40 -8.310 4.830 -9.280 1.00 0.00 P0 C +ATOM 351 O GLY X 40 -7.950 4.590 -10.480 1.00 0.00 P0 O +ATOM 352 N ASN X 41 -8.460 3.830 -8.420 1.00 0.00 P0 N +ATOM 353 HN ASN X 41 -8.670 4.040 -7.470 1.00 0.00 P0 H +ATOM 354 CA ASN X 41 -8.350 2.430 -8.850 1.00 0.00 P0 C +ATOM 355 HA ASN X 41 -7.470 2.220 -9.430 1.00 0.00 P0 H +ATOM 356 CB ASN X 41 -8.160 1.510 -7.650 1.00 0.00 P0 C +ATOM 357 HB1 ASN X 41 -9.010 1.610 -6.950 1.00 0.00 P0 H +ATOM 358 HB2 ASN X 41 -8.130 0.490 -8.100 1.00 0.00 P0 H +ATOM 359 CG ASN X 41 -6.670 1.680 -7.300 1.00 0.00 P0 C +ATOM 360 OD1 ASN X 41 -5.770 1.260 -8.000 1.00 0.00 P0 O +ATOM 361 ND2 ASN X 41 -6.370 2.430 -6.260 1.00 0.00 P0 N +ATOM 362 HD21 ASN X 41 -5.410 2.680 -6.130 1.00 0.00 P0 H +ATOM 363 HD22 ASN X 41 -7.040 3.000 -5.790 1.00 0.00 P0 H +ATOM 364 C ASN X 41 -9.260 1.830 -9.790 1.00 0.00 P0 C +ATOM 365 O ASN X 41 -8.910 1.150 -10.730 1.00 0.00 P0 O +ATOM 366 N ILE X 42 -10.560 2.160 -9.650 1.00 0.00 P0 N +ATOM 367 HN ILE X 42 -10.840 2.800 -8.950 1.00 0.00 P0 H +ATOM 368 CA ILE X 42 -11.720 1.760 -10.460 1.00 0.00 P0 C +ATOM 369 HA ILE X 42 -11.630 0.720 -10.740 1.00 0.00 P0 H +ATOM 370 CB ILE X 42 -13.080 1.940 -9.780 1.00 0.00 P0 C +ATOM 371 HB ILE X 42 -13.160 3.010 -9.460 1.00 0.00 P0 H +ATOM 372 CG2 ILE X 42 -14.270 1.630 -10.770 1.00 0.00 P0 C +ATOM 373 HG21 ILE X 42 -14.330 2.320 -11.640 1.00 0.00 P0 H +ATOM 374 HG22 ILE X 42 -14.110 0.570 -11.080 1.00 0.00 P0 H +ATOM 375 HG23 ILE X 42 -15.200 1.690 -10.170 1.00 0.00 P0 H +ATOM 376 CG1 ILE X 42 -13.220 1.060 -8.500 1.00 0.00 P0 C +ATOM 377 HG11 ILE X 42 -13.330 0.000 -8.830 1.00 0.00 P0 H +ATOM 378 HG12 ILE X 42 -12.240 1.190 -8.010 1.00 0.00 P0 H +ATOM 379 CD ILE X 42 -14.410 1.440 -7.630 1.00 0.00 P0 C +ATOM 380 HD1 ILE X 42 -14.340 0.840 -6.690 1.00 0.00 P0 H +ATOM 381 HD2 ILE X 42 -14.510 2.520 -7.370 1.00 0.00 P0 H +ATOM 382 HD3 ILE X 42 -15.400 1.130 -8.000 1.00 0.00 P0 H +ATOM 383 C ILE X 42 -11.630 2.530 -11.810 1.00 0.00 P0 C +ATOM 384 O ILE X 42 -11.950 1.980 -12.880 1.00 0.00 P0 O +ATOM 385 N LEU X 43 -11.070 3.710 -11.800 1.00 0.00 P0 N +ATOM 386 HN LEU X 43 -10.810 4.150 -10.950 1.00 0.00 P0 H +ATOM 387 CA LEU X 43 -10.690 4.410 -12.950 1.00 0.00 P0 C +ATOM 388 HA LEU X 43 -11.590 4.640 -13.500 1.00 0.00 P0 H +ATOM 389 CB LEU X 43 -10.150 5.800 -12.530 1.00 0.00 P0 C +ATOM 390 HB1 LEU X 43 -10.910 6.310 -11.920 1.00 0.00 P0 H +ATOM 391 HB2 LEU X 43 -9.210 5.820 -11.950 1.00 0.00 P0 H +ATOM 392 CG LEU X 43 -9.780 6.770 -13.690 1.00 0.00 P0 C +ATOM 393 HG LEU X 43 -9.060 6.370 -14.440 1.00 0.00 P0 H +ATOM 394 CD1 LEU X 43 -11.050 7.140 -14.460 1.00 0.00 P0 C +ATOM 395 HD11 LEU X 43 -10.850 8.070 -15.050 1.00 0.00 P0 H +ATOM 396 HD12 LEU X 43 -11.380 6.270 -15.070 1.00 0.00 P0 H +ATOM 397 HD13 LEU X 43 -11.810 7.490 -13.720 1.00 0.00 P0 H +ATOM 398 CD2 LEU X 43 -9.200 8.000 -12.960 1.00 0.00 P0 C +ATOM 399 HD21 LEU X 43 -9.430 8.850 -13.630 1.00 0.00 P0 H +ATOM 400 HD22 LEU X 43 -9.810 8.250 -12.070 1.00 0.00 P0 H +ATOM 401 HD23 LEU X 43 -8.130 7.970 -12.690 1.00 0.00 P0 H +ATOM 402 C LEU X 43 -9.660 3.800 -13.790 1.00 0.00 P0 C +ATOM 403 O LEU X 43 -9.720 3.830 -15.000 1.00 0.00 P0 O +ATOM 404 N VAL X 44 -8.590 3.190 -13.050 1.00 0.00 P0 N +ATOM 405 HN VAL X 44 -8.540 3.310 -12.050 1.00 0.00 P0 H +ATOM 406 CA VAL X 44 -7.550 2.490 -13.810 1.00 0.00 P0 C +ATOM 407 HA VAL X 44 -7.060 3.140 -14.520 1.00 0.00 P0 H +ATOM 408 CB VAL X 44 -6.540 2.050 -12.770 1.00 0.00 P0 C +ATOM 409 HB VAL X 44 -6.900 1.550 -11.840 1.00 0.00 P0 H +ATOM 410 CG1 VAL X 44 -5.470 0.990 -13.310 1.00 0.00 P0 C +ATOM 411 HG11 VAL X 44 -4.860 1.510 -14.090 1.00 0.00 P0 H +ATOM 412 HG12 VAL X 44 -4.920 0.460 -12.500 1.00 0.00 P0 H +ATOM 413 HG13 VAL X 44 -6.140 0.220 -13.740 1.00 0.00 P0 H +ATOM 414 CG2 VAL X 44 -5.670 3.250 -12.390 1.00 0.00 P0 C +ATOM 415 HG21 VAL X 44 -6.330 4.120 -12.160 1.00 0.00 P0 H +ATOM 416 HG22 VAL X 44 -5.180 3.040 -11.420 1.00 0.00 P0 H +ATOM 417 HG23 VAL X 44 -5.040 3.720 -13.170 1.00 0.00 P0 H +ATOM 418 C VAL X 44 -8.150 1.290 -14.580 1.00 0.00 P0 C +ATOM 419 O VAL X 44 -7.880 1.150 -15.820 1.00 0.00 P0 O +ATOM 420 N MET X 45 -9.070 0.530 -13.890 1.00 0.00 P0 N +ATOM 421 HN MET X 45 -9.280 0.640 -12.930 1.00 0.00 P0 H +ATOM 422 CA MET X 45 -9.880 -0.550 -14.480 1.00 0.00 P0 C +ATOM 423 HA MET X 45 -9.210 -1.190 -15.060 1.00 0.00 P0 H +ATOM 424 CB MET X 45 -10.590 -1.320 -13.410 1.00 0.00 P0 C +ATOM 425 HB1 MET X 45 -11.250 -0.670 -12.810 1.00 0.00 P0 H +ATOM 426 HB2 MET X 45 -11.250 -1.990 -13.990 1.00 0.00 P0 H +ATOM 427 CG MET X 45 -9.680 -2.220 -12.520 1.00 0.00 P0 C +ATOM 428 HG1 MET X 45 -8.810 -2.670 -13.060 1.00 0.00 P0 H +ATOM 429 HG2 MET X 45 -9.220 -1.580 -11.730 1.00 0.00 P0 H +ATOM 430 SD MET X 45 -10.490 -3.560 -11.580 1.00 0.00 P0 S +ATOM 431 CE MET X 45 -11.700 -2.750 -10.410 1.00 0.00 P0 C +ATOM 432 HE1 MET X 45 -12.380 -3.570 -10.100 1.00 0.00 P0 H +ATOM 433 HE2 MET X 45 -11.170 -2.270 -9.550 1.00 0.00 P0 H +ATOM 434 HE3 MET X 45 -12.340 -2.030 -10.960 1.00 0.00 P0 H +ATOM 435 C MET X 45 -10.790 -0.030 -15.630 1.00 0.00 P0 C +ATOM 436 O MET X 45 -10.600 -0.710 -16.690 1.00 0.00 P0 O +ATOM 437 N VAL X 46 -11.570 1.060 -15.550 1.00 0.00 P0 N +ATOM 438 HN VAL X 46 -11.770 1.610 -14.740 1.00 0.00 P0 H +ATOM 439 CA VAL X 46 -12.600 1.320 -16.600 1.00 0.00 P0 C +ATOM 440 HA VAL X 46 -12.830 0.390 -17.100 1.00 0.00 P0 H +ATOM 441 CB VAL X 46 -13.920 1.880 -16.130 1.00 0.00 P0 C +ATOM 442 HB VAL X 46 -14.640 1.860 -17.000 1.00 0.00 P0 H +ATOM 443 CG1 VAL X 46 -14.460 0.970 -15.070 1.00 0.00 P0 C +ATOM 444 HG11 VAL X 46 -15.490 1.340 -14.840 1.00 0.00 P0 H +ATOM 445 HG12 VAL X 46 -14.470 -0.060 -15.470 1.00 0.00 P0 H +ATOM 446 HG13 VAL X 46 -13.810 0.960 -14.180 1.00 0.00 P0 H +ATOM 447 CG2 VAL X 46 -13.690 3.420 -15.810 1.00 0.00 P0 C +ATOM 448 HG21 VAL X 46 -13.510 4.030 -16.720 1.00 0.00 P0 H +ATOM 449 HG22 VAL X 46 -14.560 3.790 -15.220 1.00 0.00 P0 H +ATOM 450 HG23 VAL X 46 -12.860 3.390 -15.060 1.00 0.00 P0 H +ATOM 451 C VAL X 46 -11.960 2.130 -17.670 1.00 0.00 P0 C +ATOM 452 O VAL X 46 -12.440 2.160 -18.760 1.00 0.00 P0 O +ATOM 453 N SER X 47 -10.720 2.600 -17.450 1.00 0.00 P0 N +ATOM 454 HN SER X 47 -10.470 2.450 -16.490 1.00 0.00 P0 H +ATOM 455 CA SER X 47 -9.830 3.010 -18.520 1.00 0.00 P0 C +ATOM 456 HA SER X 47 -10.410 3.660 -19.160 1.00 0.00 P0 H +ATOM 457 CB SER X 47 -8.620 3.860 -18.010 1.00 0.00 P0 C +ATOM 458 HB1 SER X 47 -7.950 3.320 -17.310 1.00 0.00 P0 H +ATOM 459 HB2 SER X 47 -7.920 4.250 -18.770 1.00 0.00 P0 H +ATOM 460 OG SER X 47 -9.070 5.090 -17.370 1.00 0.00 P0 O +ATOM 461 HG1 SER X 47 -9.450 4.760 -16.560 1.00 0.00 P0 H +ATOM 462 C SER X 47 -9.450 1.860 -19.400 1.00 0.00 P0 C +ATOM 463 O SER X 47 -9.380 2.010 -20.630 1.00 0.00 P0 O +ATOM 464 N ILE X 48 -9.040 0.730 -18.810 1.00 0.00 P0 N +ATOM 465 HN ILE X 48 -8.990 0.740 -17.820 1.00 0.00 P0 H +ATOM 466 CA ILE X 48 -8.570 -0.350 -19.630 1.00 0.00 P0 C +ATOM 467 HA ILE X 48 -7.940 0.110 -20.380 1.00 0.00 P0 H +ATOM 468 CB ILE X 48 -7.730 -1.270 -18.850 1.00 0.00 P0 C +ATOM 469 HB ILE X 48 -8.340 -1.440 -17.940 1.00 0.00 P0 H +ATOM 470 CG2 ILE X 48 -7.390 -2.570 -19.560 1.00 0.00 P0 C +ATOM 471 HG21 ILE X 48 -6.700 -2.370 -20.410 1.00 0.00 P0 H +ATOM 472 HG22 ILE X 48 -6.810 -3.160 -18.820 1.00 0.00 P0 H +ATOM 473 HG23 ILE X 48 -8.290 -3.180 -19.820 1.00 0.00 P0 H +ATOM 474 CG1 ILE X 48 -6.340 -0.670 -18.380 1.00 0.00 P0 C +ATOM 475 HG11 ILE X 48 -5.590 -0.730 -19.190 1.00 0.00 P0 H +ATOM 476 HG12 ILE X 48 -6.330 0.440 -18.390 1.00 0.00 P0 H +ATOM 477 CD ILE X 48 -5.730 -0.990 -17.080 1.00 0.00 P0 C +ATOM 478 HD1 ILE X 48 -4.970 -1.800 -17.090 1.00 0.00 P0 H +ATOM 479 HD2 ILE X 48 -5.040 -0.190 -16.720 1.00 0.00 P0 H +ATOM 480 HD3 ILE X 48 -6.560 -1.240 -16.380 1.00 0.00 P0 H +ATOM 481 C ILE X 48 -9.730 -1.060 -20.350 1.00 0.00 P0 C +ATOM 482 O ILE X 48 -9.650 -1.370 -21.540 1.00 0.00 P0 O +ATOM 483 N LYS X 49 -10.880 -1.200 -19.620 1.00 0.00 P0 N +ATOM 484 HN LYS X 49 -10.930 -0.930 -18.660 1.00 0.00 P0 H +ATOM 485 CA LYS X 49 -12.070 -1.670 -20.260 1.00 0.00 P0 C +ATOM 486 HA LYS X 49 -11.830 -2.610 -20.710 1.00 0.00 P0 H +ATOM 487 CB LYS X 49 -13.260 -1.720 -19.310 1.00 0.00 P0 C +ATOM 488 HB1 LYS X 49 -13.600 -0.710 -18.970 1.00 0.00 P0 H +ATOM 489 HB2 LYS X 49 -14.160 -2.070 -19.850 1.00 0.00 P0 H +ATOM 490 CG LYS X 49 -13.230 -2.810 -18.220 1.00 0.00 P0 C +ATOM 491 HG1 LYS X 49 -12.220 -2.710 -17.770 1.00 0.00 P0 H +ATOM 492 HG2 LYS X 49 -13.890 -2.530 -17.380 1.00 0.00 P0 H +ATOM 493 CD LYS X 49 -13.430 -4.270 -18.770 1.00 0.00 P0 C +ATOM 494 HD1 LYS X 49 -12.870 -4.430 -19.720 1.00 0.00 P0 H +ATOM 495 HD2 LYS X 49 -13.210 -4.990 -17.940 1.00 0.00 P0 H +ATOM 496 CE LYS X 49 -14.910 -4.650 -19.230 1.00 0.00 P0 C +ATOM 497 HE1 LYS X 49 -15.570 -4.690 -18.340 1.00 0.00 P0 H +ATOM 498 HE2 LYS X 49 -15.240 -3.890 -19.970 1.00 0.00 P0 H +ATOM 499 NZ LYS X 49 -14.830 -5.980 -19.880 1.00 0.00 P0 N +ATOM 500 HZ1 LYS X 49 -14.220 -5.850 -20.720 1.00 0.00 P0 H +ATOM 501 HZ2 LYS X 49 -14.420 -6.600 -19.160 1.00 0.00 P0 H +ATOM 502 HZ3 LYS X 49 -15.800 -6.200 -20.170 1.00 0.00 P0 H +ATOM 503 C LYS X 49 -12.540 -0.680 -21.460 1.00 0.00 P0 C +ATOM 504 O LYS X 49 -12.750 -1.140 -22.580 1.00 0.00 P0 O +ATOM 505 N VAL X 50 -12.710 0.670 -21.290 1.00 0.00 P0 N +ATOM 506 HN VAL X 50 -12.500 1.170 -20.460 1.00 0.00 P0 H +ATOM 507 CA VAL X 50 -13.380 1.430 -22.390 1.00 0.00 P0 C +ATOM 508 HA VAL X 50 -14.250 0.900 -22.760 1.00 0.00 P0 H +ATOM 509 CB VAL X 50 -13.970 2.720 -21.880 1.00 0.00 P0 C +ATOM 510 HB VAL X 50 -13.210 3.360 -21.390 1.00 0.00 P0 H +ATOM 511 CG1 VAL X 50 -14.740 3.510 -23.010 1.00 0.00 P0 C +ATOM 512 HG11 VAL X 50 -13.900 4.110 -23.450 1.00 0.00 P0 H +ATOM 513 HG12 VAL X 50 -15.230 2.890 -23.780 1.00 0.00 P0 H +ATOM 514 HG13 VAL X 50 -15.450 4.310 -22.730 1.00 0.00 P0 H +ATOM 515 CG2 VAL X 50 -15.050 2.380 -20.830 1.00 0.00 P0 C +ATOM 516 HG21 VAL X 50 -14.670 2.140 -19.820 1.00 0.00 P0 H +ATOM 517 HG22 VAL X 50 -15.790 3.210 -20.890 1.00 0.00 P0 H +ATOM 518 HG23 VAL X 50 -15.680 1.560 -21.240 1.00 0.00 P0 H +ATOM 519 C VAL X 50 -12.490 1.690 -23.570 1.00 0.00 P0 C +ATOM 520 O VAL X 50 -12.970 1.660 -24.690 1.00 0.00 P0 O +ATOM 521 N ASN X 51 -11.090 1.770 -23.430 1.00 0.00 P0 N +ATOM 522 HN ASN X 51 -10.690 1.600 -22.530 1.00 0.00 P0 H +ATOM 523 CA ASN X 51 -10.250 2.180 -24.520 1.00 0.00 P0 C +ATOM 524 HA ASN X 51 -10.840 2.670 -25.280 1.00 0.00 P0 H +ATOM 525 CB ASN X 51 -9.220 3.190 -24.120 1.00 0.00 P0 C +ATOM 526 HB1 ASN X 51 -9.680 4.100 -23.670 1.00 0.00 P0 H +ATOM 527 HB2 ASN X 51 -8.460 2.800 -23.430 1.00 0.00 P0 H +ATOM 528 CG ASN X 51 -8.310 3.730 -25.300 1.00 0.00 P0 C +ATOM 529 OD1 ASN X 51 -8.410 3.220 -26.410 1.00 0.00 P0 O +ATOM 530 ND2 ASN X 51 -7.550 4.790 -25.040 1.00 0.00 P0 N +ATOM 531 HD21 ASN X 51 -7.070 5.250 -25.780 1.00 0.00 P0 H +ATOM 532 HD22 ASN X 51 -7.540 5.100 -24.090 1.00 0.00 P0 H +ATOM 533 C ASN X 51 -9.650 0.880 -25.010 1.00 0.00 P0 C +ATOM 534 O ASN X 51 -8.750 0.250 -24.540 1.00 0.00 P0 O +ATOM 535 N ARG X 52 -10.130 0.450 -26.230 1.00 0.00 P0 N +ATOM 536 HN ARG X 52 -10.850 0.970 -26.680 1.00 0.00 P0 H +ATOM 537 CA ARG X 52 -9.590 -0.790 -26.860 1.00 0.00 P0 C +ATOM 538 HA ARG X 52 -9.430 -1.540 -26.090 1.00 0.00 P0 H +ATOM 539 CB ARG X 52 -10.510 -1.350 -27.900 1.00 0.00 P0 C +ATOM 540 HB1 ARG X 52 -11.460 -1.480 -27.330 1.00 0.00 P0 H +ATOM 541 HB2 ARG X 52 -10.580 -0.520 -28.640 1.00 0.00 P0 H +ATOM 542 CG ARG X 52 -10.100 -2.580 -28.740 1.00 0.00 P0 C +ATOM 543 HG1 ARG X 52 -11.020 -2.710 -29.350 1.00 0.00 P0 H +ATOM 544 HG2 ARG X 52 -9.300 -2.300 -29.460 1.00 0.00 P0 H +ATOM 545 CD ARG X 52 -9.800 -3.910 -27.980 1.00 0.00 P0 C +ATOM 546 HD1 ARG X 52 -9.080 -3.780 -27.130 1.00 0.00 P0 H +ATOM 547 HD2 ARG X 52 -10.710 -4.380 -27.560 1.00 0.00 P0 H +ATOM 548 NE ARG X 52 -9.330 -5.000 -28.950 1.00 0.00 P0 N +ATOM 549 HE ARG X 52 -8.370 -5.040 -29.200 1.00 0.00 P0 H +ATOM 550 CZ ARG X 52 -10.170 -5.800 -29.590 1.00 0.00 P0 C +ATOM 551 NH1 ARG X 52 -11.470 -5.870 -29.370 1.00 0.00 P0 N +ATOM 552 HH11 ARG X 52 -11.950 -6.340 -30.110 1.00 0.00 P0 H +ATOM 553 HH12 ARG X 52 -12.040 -5.140 -28.990 1.00 0.00 P0 H +ATOM 554 NH2 ARG X 52 -9.610 -6.560 -30.520 1.00 0.00 P0 N +ATOM 555 HH21 ARG X 52 -10.230 -6.920 -31.220 1.00 0.00 P0 H +ATOM 556 HH22 ARG X 52 -8.630 -6.450 -30.720 1.00 0.00 P0 H +ATOM 557 C ARG X 52 -8.070 -0.670 -27.180 1.00 0.00 P0 C +ATOM 558 O ARG X 52 -7.360 -1.640 -27.360 1.00 0.00 P0 O +ATOM 559 N HSE X 53 -7.560 0.550 -27.330 1.00 0.00 P0 N +ATOM 560 HN HSE X 53 -8.140 1.360 -27.360 1.00 0.00 P0 H +ATOM 561 CA HSE X 53 -6.180 0.830 -27.580 1.00 0.00 P0 C +ATOM 562 HA HSE X 53 -5.910 0.220 -28.430 1.00 0.00 P0 H +ATOM 563 CB HSE X 53 -5.910 2.250 -27.850 1.00 0.00 P0 C +ATOM 564 HB1 HSE X 53 -6.250 2.970 -27.070 1.00 0.00 P0 H +ATOM 565 HB2 HSE X 53 -4.820 2.370 -27.980 1.00 0.00 P0 H +ATOM 566 ND1 HSE X 53 -7.970 2.530 -29.330 1.00 0.00 P0 N +ATOM 567 CG HSE X 53 -6.590 2.730 -29.130 1.00 0.00 P0 C +ATOM 568 CE1 HSE X 53 -8.230 3.190 -30.450 1.00 0.00 P0 C +ATOM 569 HE1 HSE X 53 -9.250 3.370 -30.780 1.00 0.00 P0 H +ATOM 570 NE2 HSE X 53 -7.180 3.830 -30.930 1.00 0.00 P0 N +ATOM 571 HE2 HSE X 53 -7.190 4.540 -31.640 1.00 0.00 P0 H +ATOM 572 CD2 HSE X 53 -6.090 3.540 -30.150 1.00 0.00 P0 C +ATOM 573 HD2 HSE X 53 -5.100 4.000 -30.260 1.00 0.00 P0 H +ATOM 574 C HSE X 53 -5.340 0.310 -26.410 1.00 0.00 P0 C +ATOM 575 O HSE X 53 -4.220 -0.160 -26.630 1.00 0.00 P0 O +ATOM 576 N LEU X 54 -5.800 0.440 -25.160 1.00 0.00 P0 N +ATOM 577 HN LEU X 54 -6.730 0.800 -25.000 1.00 0.00 P0 H +ATOM 578 CA LEU X 54 -4.950 0.060 -24.020 1.00 0.00 P0 C +ATOM 579 HA LEU X 54 -3.880 0.170 -24.180 1.00 0.00 P0 H +ATOM 580 CB LEU X 54 -5.240 0.870 -22.730 1.00 0.00 P0 C +ATOM 581 HB1 LEU X 54 -6.300 0.710 -22.430 1.00 0.00 P0 H +ATOM 582 HB2 LEU X 54 -4.670 0.620 -21.810 1.00 0.00 P0 H +ATOM 583 CG LEU X 54 -5.000 2.410 -22.900 1.00 0.00 P0 C +ATOM 584 HG LEU X 54 -5.570 2.730 -23.790 1.00 0.00 P0 H +ATOM 585 CD1 LEU X 54 -5.700 3.140 -21.710 1.00 0.00 P0 C +ATOM 586 HD11 LEU X 54 -6.800 2.990 -21.700 1.00 0.00 P0 H +ATOM 587 HD12 LEU X 54 -5.270 2.700 -20.790 1.00 0.00 P0 H +ATOM 588 HD13 LEU X 54 -5.440 4.220 -21.820 1.00 0.00 P0 H +ATOM 589 CD2 LEU X 54 -3.660 3.010 -23.020 1.00 0.00 P0 C +ATOM 590 HD21 LEU X 54 -2.900 2.610 -22.330 1.00 0.00 P0 H +ATOM 591 HD22 LEU X 54 -3.240 2.800 -24.030 1.00 0.00 P0 H +ATOM 592 HD23 LEU X 54 -3.690 4.110 -22.870 1.00 0.00 P0 H +ATOM 593 C LEU X 54 -5.090 -1.400 -23.600 1.00 0.00 P0 C +ATOM 594 O LEU X 54 -4.560 -1.790 -22.600 1.00 0.00 P0 O +ATOM 595 N GLN X 55 -5.890 -2.240 -24.300 1.00 0.00 P0 N +ATOM 596 HN GLN X 55 -6.330 -2.060 -25.190 1.00 0.00 P0 H +ATOM 597 CA GLN X 55 -6.000 -3.630 -23.860 1.00 0.00 P0 C +ATOM 598 HA GLN X 55 -6.020 -3.640 -22.780 1.00 0.00 P0 H +ATOM 599 CB GLN X 55 -7.340 -4.190 -24.210 1.00 0.00 P0 C +ATOM 600 HB1 GLN X 55 -7.470 -4.260 -25.310 1.00 0.00 P0 H +ATOM 601 HB2 GLN X 55 -7.410 -5.270 -23.940 1.00 0.00 P0 H +ATOM 602 CG GLN X 55 -8.580 -3.540 -23.520 1.00 0.00 P0 C +ATOM 603 HG1 GLN X 55 -8.410 -3.810 -22.450 1.00 0.00 P0 H +ATOM 604 HG2 GLN X 55 -8.490 -2.430 -23.500 1.00 0.00 P0 H +ATOM 605 CD GLN X 55 -9.910 -3.960 -24.070 1.00 0.00 P0 C +ATOM 606 OE1 GLN X 55 -9.960 -4.720 -25.000 1.00 0.00 P0 O +ATOM 607 NE2 GLN X 55 -11.020 -3.450 -23.490 1.00 0.00 P0 N +ATOM 608 HE21 GLN X 55 -11.920 -3.600 -23.900 1.00 0.00 P0 H +ATOM 609 HE22 GLN X 55 -10.920 -2.750 -22.780 1.00 0.00 P0 H +ATOM 610 C GLN X 55 -4.810 -4.480 -24.290 1.00 0.00 P0 C +ATOM 611 O GLN X 55 -4.960 -5.330 -25.130 1.00 0.00 P0 O +ATOM 612 N THR X 56 -3.610 -4.320 -23.750 1.00 0.00 P0 N +ATOM 613 HN THR X 56 -3.410 -3.590 -23.080 1.00 0.00 P0 H +ATOM 614 CA THR X 56 -2.420 -5.130 -24.020 1.00 0.00 P0 C +ATOM 615 HA THR X 56 -2.420 -5.510 -25.030 1.00 0.00 P0 H +ATOM 616 CB THR X 56 -1.240 -4.240 -24.020 1.00 0.00 P0 C +ATOM 617 HB THR X 56 -0.440 -4.720 -24.620 1.00 0.00 P0 H +ATOM 618 OG1 THR X 56 -0.630 -4.130 -22.740 1.00 0.00 P0 O +ATOM 619 HG1 THR X 56 0.260 -3.840 -22.920 1.00 0.00 P0 H +ATOM 620 CG2 THR X 56 -1.430 -2.810 -24.580 1.00 0.00 P0 C +ATOM 621 HG21 THR X 56 -1.830 -2.720 -25.610 1.00 0.00 P0 H +ATOM 622 HG22 THR X 56 -2.140 -2.250 -23.930 1.00 0.00 P0 H +ATOM 623 HG23 THR X 56 -0.460 -2.260 -24.480 1.00 0.00 P0 H +ATOM 624 C THR X 56 -2.410 -6.300 -23.050 1.00 0.00 P0 C +ATOM 625 O THR X 56 -3.040 -6.270 -22.020 1.00 0.00 P0 O +ATOM 626 N VAL X 57 -1.530 -7.310 -23.430 1.00 0.00 P0 N +ATOM 627 HN VAL X 57 -1.150 -7.350 -24.350 1.00 0.00 P0 H +ATOM 628 CA VAL X 57 -1.340 -8.410 -22.450 1.00 0.00 P0 C +ATOM 629 HA VAL X 57 -2.330 -8.790 -22.270 1.00 0.00 P0 H +ATOM 630 CB VAL X 57 -0.570 -9.550 -23.230 1.00 0.00 P0 C +ATOM 631 HB VAL X 57 -1.020 -9.810 -24.210 1.00 0.00 P0 H +ATOM 632 CG1 VAL X 57 0.900 -9.100 -23.580 1.00 0.00 P0 C +ATOM 633 HG11 VAL X 57 1.350 -9.890 -24.220 1.00 0.00 P0 H +ATOM 634 HG12 VAL X 57 0.970 -8.160 -24.160 1.00 0.00 P0 H +ATOM 635 HG13 VAL X 57 1.530 -9.040 -22.660 1.00 0.00 P0 H +ATOM 636 CG2 VAL X 57 -0.660 -10.810 -22.430 1.00 0.00 P0 C +ATOM 637 HG21 VAL X 57 -1.690 -11.010 -22.080 1.00 0.00 P0 H +ATOM 638 HG22 VAL X 57 -0.250 -11.710 -22.950 1.00 0.00 P0 H +ATOM 639 HG23 VAL X 57 -0.070 -10.550 -21.520 1.00 0.00 P0 H +ATOM 640 C VAL X 57 -0.660 -7.990 -21.150 1.00 0.00 P0 C +ATOM 641 O VAL X 57 -1.220 -8.410 -20.090 1.00 0.00 P0 O +ATOM 642 N ASN X 58 0.330 -6.990 -21.170 1.00 0.00 P0 N +ATOM 643 HN ASN X 58 0.620 -6.580 -22.030 1.00 0.00 P0 H +ATOM 644 CA ASN X 58 0.950 -6.510 -19.960 1.00 0.00 P0 C +ATOM 645 HA ASN X 58 1.180 -7.410 -19.410 1.00 0.00 P0 H +ATOM 646 CB ASN X 58 2.340 -5.880 -20.300 1.00 0.00 P0 C +ATOM 647 HB1 ASN X 58 2.190 -5.160 -21.130 1.00 0.00 P0 H +ATOM 648 HB2 ASN X 58 2.850 -5.340 -19.470 1.00 0.00 P0 H +ATOM 649 CG ASN X 58 3.300 -7.040 -20.680 1.00 0.00 P0 C +ATOM 650 OD1 ASN X 58 3.570 -7.310 -21.840 1.00 0.00 P0 O +ATOM 651 ND2 ASN X 58 3.810 -7.840 -19.700 1.00 0.00 P0 N +ATOM 652 HD21 ASN X 58 4.610 -8.420 -19.840 1.00 0.00 P0 H +ATOM 653 HD22 ASN X 58 3.630 -7.450 -18.800 1.00 0.00 P0 H +ATOM 654 C ASN X 58 0.040 -5.610 -19.080 1.00 0.00 P0 C +ATOM 655 O ASN X 58 0.200 -5.650 -17.850 1.00 0.00 P0 O +ATOM 656 N ASN X 59 -0.880 -4.930 -19.690 1.00 0.00 P0 N +ATOM 657 HN ASN X 59 -0.970 -4.880 -20.690 1.00 0.00 P0 H +ATOM 658 CA ASN X 59 -1.840 -4.030 -18.950 1.00 0.00 P0 C +ATOM 659 HA ASN X 59 -1.130 -3.480 -18.350 1.00 0.00 P0 H +ATOM 660 CB ASN X 59 -2.520 -3.010 -19.960 1.00 0.00 P0 C +ATOM 661 HB1 ASN X 59 -2.690 -3.570 -20.920 1.00 0.00 P0 H +ATOM 662 HB2 ASN X 59 -3.520 -2.710 -19.600 1.00 0.00 P0 H +ATOM 663 CG ASN X 59 -1.610 -1.780 -20.280 1.00 0.00 P0 C +ATOM 664 OD1 ASN X 59 -0.590 -1.550 -19.670 1.00 0.00 P0 O +ATOM 665 ND2 ASN X 59 -1.930 -1.070 -21.340 1.00 0.00 P0 N +ATOM 666 HD21 ASN X 59 -1.390 -0.240 -21.460 1.00 0.00 P0 H +ATOM 667 HD22 ASN X 59 -2.610 -1.360 -22.030 1.00 0.00 P0 H +ATOM 668 C ASN X 59 -2.810 -4.740 -18.040 1.00 0.00 P0 C +ATOM 669 O ASN X 59 -3.390 -4.210 -17.110 1.00 0.00 P0 O +ATOM 670 N TYR X 60 -3.050 -6.090 -18.200 1.00 0.00 P0 N +ATOM 671 HN TYR X 60 -2.610 -6.620 -18.920 1.00 0.00 P0 H +ATOM 672 CA TYR X 60 -3.930 -6.860 -17.310 1.00 0.00 P0 C +ATOM 673 HA TYR X 60 -4.710 -6.190 -16.970 1.00 0.00 P0 H +ATOM 674 CB TYR X 60 -4.410 -8.200 -17.870 1.00 0.00 P0 C +ATOM 675 HB1 TYR X 60 -3.530 -8.780 -18.230 1.00 0.00 P0 H +ATOM 676 HB2 TYR X 60 -5.030 -8.820 -17.190 1.00 0.00 P0 H +ATOM 677 CG TYR X 60 -5.400 -7.930 -18.970 1.00 0.00 P0 C +ATOM 678 CD1 TYR X 60 -5.120 -8.570 -20.220 1.00 0.00 P0 C +ATOM 679 HD1 TYR X 60 -4.200 -9.130 -20.250 1.00 0.00 P0 H +ATOM 680 CE1 TYR X 60 -5.820 -8.220 -21.340 1.00 0.00 P0 C +ATOM 681 HE1 TYR X 60 -5.530 -8.380 -22.370 1.00 0.00 P0 H +ATOM 682 CZ TYR X 60 -6.970 -7.420 -21.290 1.00 0.00 P0 C +ATOM 683 OH TYR X 60 -7.760 -7.120 -22.350 1.00 0.00 P0 O +ATOM 684 HH TYR X 60 -7.230 -7.190 -23.150 1.00 0.00 P0 H +ATOM 685 CD2 TYR X 60 -6.490 -7.030 -18.930 1.00 0.00 P0 C +ATOM 686 HD2 TYR X 60 -6.670 -6.510 -17.990 1.00 0.00 P0 H +ATOM 687 CE2 TYR X 60 -7.330 -6.860 -20.020 1.00 0.00 P0 C +ATOM 688 HE2 TYR X 60 -8.150 -6.170 -19.990 1.00 0.00 P0 H +ATOM 689 C TYR X 60 -3.340 -7.050 -15.950 1.00 0.00 P0 C +ATOM 690 O TYR X 60 -3.960 -7.100 -14.920 1.00 0.00 P0 O +ATOM 691 N PHE X 61 -1.960 -7.210 -15.950 1.00 0.00 P0 N +ATOM 692 HN PHE X 61 -1.520 -7.250 -16.840 1.00 0.00 P0 H +ATOM 693 CA PHE X 61 -1.190 -7.110 -14.730 1.00 0.00 P0 C +ATOM 694 HA PHE X 61 -1.360 -7.920 -14.050 1.00 0.00 P0 H +ATOM 695 CB PHE X 61 0.340 -7.210 -15.010 1.00 0.00 P0 C +ATOM 696 HB1 PHE X 61 0.660 -6.430 -15.740 1.00 0.00 P0 H +ATOM 697 HB2 PHE X 61 0.910 -7.120 -14.060 1.00 0.00 P0 H +ATOM 698 CG PHE X 61 0.580 -8.610 -15.450 1.00 0.00 P0 C +ATOM 699 CD1 PHE X 61 0.480 -9.700 -14.640 1.00 0.00 P0 C +ATOM 700 HD1 PHE X 61 0.610 -9.590 -13.580 1.00 0.00 P0 H +ATOM 701 CE1 PHE X 61 0.510 -11.010 -15.120 1.00 0.00 P0 C +ATOM 702 HE1 PHE X 61 0.420 -11.870 -14.480 1.00 0.00 P0 H +ATOM 703 CZ PHE X 61 0.610 -11.210 -16.480 1.00 0.00 P0 C +ATOM 704 HZ PHE X 61 0.690 -12.220 -16.850 1.00 0.00 P0 H +ATOM 705 CD2 PHE X 61 0.750 -8.860 -16.850 1.00 0.00 P0 C +ATOM 706 HD2 PHE X 61 0.780 -8.040 -17.530 1.00 0.00 P0 H +ATOM 707 CE2 PHE X 61 0.730 -10.120 -17.320 1.00 0.00 P0 C +ATOM 708 HE2 PHE X 61 0.740 -10.270 -18.390 1.00 0.00 P0 H +ATOM 709 C PHE X 61 -1.390 -5.770 -13.970 1.00 0.00 P0 C +ATOM 710 O PHE X 61 -1.550 -5.860 -12.720 1.00 0.00 P0 O +ATOM 711 N LEU X 62 -1.450 -4.580 -14.480 1.00 0.00 P0 N +ATOM 712 HN LEU X 62 -1.270 -4.510 -15.450 1.00 0.00 P0 H +ATOM 713 CA LEU X 62 -1.800 -3.270 -13.910 1.00 0.00 P0 C +ATOM 714 HA LEU X 62 -1.180 -2.910 -13.120 1.00 0.00 P0 H +ATOM 715 CB LEU X 62 -1.700 -2.190 -15.000 1.00 0.00 P0 C +ATOM 716 HB1 LEU X 62 -2.270 -2.270 -15.950 1.00 0.00 P0 H +ATOM 717 HB2 LEU X 62 -2.110 -1.240 -14.600 1.00 0.00 P0 H +ATOM 718 CG LEU X 62 -0.260 -1.990 -15.490 1.00 0.00 P0 C +ATOM 719 HG LEU X 62 -0.140 -2.740 -16.300 1.00 0.00 P0 H +ATOM 720 CD1 LEU X 62 -0.180 -0.510 -16.090 1.00 0.00 P0 C +ATOM 721 HD11 LEU X 62 -0.500 0.250 -15.340 1.00 0.00 P0 H +ATOM 722 HD12 LEU X 62 0.840 -0.190 -16.370 1.00 0.00 P0 H +ATOM 723 HD13 LEU X 62 -0.870 -0.400 -16.950 1.00 0.00 P0 H +ATOM 724 CD2 LEU X 62 0.790 -2.110 -14.380 1.00 0.00 P0 C +ATOM 725 HD21 LEU X 62 0.520 -1.450 -13.540 1.00 0.00 P0 H +ATOM 726 HD22 LEU X 62 0.930 -3.160 -14.040 1.00 0.00 P0 H +ATOM 727 HD23 LEU X 62 1.770 -1.760 -14.760 1.00 0.00 P0 H +ATOM 728 C LEU X 62 -3.270 -3.230 -13.330 1.00 0.00 P0 C +ATOM 729 O LEU X 62 -3.460 -2.810 -12.200 1.00 0.00 P0 O +ATOM 730 N PHE X 63 -4.220 -3.760 -14.070 1.00 0.00 P0 N +ATOM 731 HN PHE X 63 -4.000 -4.090 -14.990 1.00 0.00 P0 H +ATOM 732 CA PHE X 63 -5.640 -3.910 -13.690 1.00 0.00 P0 C +ATOM 733 HA PHE X 63 -5.980 -2.940 -13.350 1.00 0.00 P0 H +ATOM 734 CB PHE X 63 -6.290 -4.400 -15.030 1.00 0.00 P0 C +ATOM 735 HB1 PHE X 63 -6.110 -3.560 -15.740 1.00 0.00 P0 H +ATOM 736 HB2 PHE X 63 -5.790 -5.340 -15.300 1.00 0.00 P0 H +ATOM 737 CG PHE X 63 -7.710 -4.750 -15.070 1.00 0.00 P0 C +ATOM 738 CD1 PHE X 63 -8.490 -4.210 -16.150 1.00 0.00 P0 C +ATOM 739 HD1 PHE X 63 -8.010 -3.470 -16.780 1.00 0.00 P0 H +ATOM 740 CE1 PHE X 63 -9.810 -4.470 -16.260 1.00 0.00 P0 C +ATOM 741 HE1 PHE X 63 -10.380 -3.970 -17.030 1.00 0.00 P0 H +ATOM 742 CZ PHE X 63 -10.480 -5.340 -15.380 1.00 0.00 P0 C +ATOM 743 HZ PHE X 63 -11.540 -5.480 -15.500 1.00 0.00 P0 H +ATOM 744 CD2 PHE X 63 -8.260 -5.650 -14.180 1.00 0.00 P0 C +ATOM 745 HD2 PHE X 63 -7.740 -6.080 -13.340 1.00 0.00 P0 H +ATOM 746 CE2 PHE X 63 -9.690 -5.790 -14.250 1.00 0.00 P0 C +ATOM 747 HE2 PHE X 63 -10.080 -6.440 -13.480 1.00 0.00 P0 H +ATOM 748 C PHE X 63 -5.790 -4.750 -12.480 1.00 0.00 P0 C +ATOM 749 O PHE X 63 -6.600 -4.510 -11.560 1.00 0.00 P0 O +ATOM 750 N SER X 64 -5.030 -5.880 -12.480 1.00 0.00 P0 N +ATOM 751 HN SER X 64 -4.380 -6.100 -13.200 1.00 0.00 P0 H +ATOM 752 CA SER X 64 -4.940 -6.820 -11.340 1.00 0.00 P0 C +ATOM 753 HA SER X 64 -5.930 -7.030 -10.970 1.00 0.00 P0 H +ATOM 754 CB SER X 64 -4.130 -8.020 -11.660 1.00 0.00 P0 C +ATOM 755 HB1 SER X 64 -4.540 -8.560 -12.540 1.00 0.00 P0 H +ATOM 756 HB2 SER X 64 -3.080 -7.720 -11.880 1.00 0.00 P0 H +ATOM 757 OG SER X 64 -4.190 -9.090 -10.700 1.00 0.00 P0 O +ATOM 758 HG1 SER X 64 -3.320 -9.290 -10.350 1.00 0.00 P0 H +ATOM 759 C SER X 64 -4.270 -6.190 -10.110 1.00 0.00 P0 C +ATOM 760 O SER X 64 -4.790 -6.430 -9.000 1.00 0.00 P0 O +ATOM 761 N LEU X 65 -3.200 -5.390 -10.290 1.00 0.00 P0 N +ATOM 762 HN LEU X 65 -2.870 -5.390 -11.230 1.00 0.00 P0 H +ATOM 763 CA LEU X 65 -2.690 -4.550 -9.260 1.00 0.00 P0 C +ATOM 764 HA LEU X 65 -2.320 -5.230 -8.510 1.00 0.00 P0 H +ATOM 765 CB LEU X 65 -1.460 -3.880 -9.870 1.00 0.00 P0 C +ATOM 766 HB1 LEU X 65 -1.780 -3.540 -10.880 1.00 0.00 P0 H +ATOM 767 HB2 LEU X 65 -0.990 -3.000 -9.370 1.00 0.00 P0 H +ATOM 768 CG LEU X 65 -0.190 -4.750 -9.970 1.00 0.00 P0 C +ATOM 769 HG LEU X 65 -0.610 -5.760 -10.170 1.00 0.00 P0 H +ATOM 770 CD1 LEU X 65 0.770 -4.370 -11.180 1.00 0.00 P0 C +ATOM 771 HD11 LEU X 65 0.180 -4.170 -12.100 1.00 0.00 P0 H +ATOM 772 HD12 LEU X 65 1.480 -3.570 -10.880 1.00 0.00 P0 H +ATOM 773 HD13 LEU X 65 1.380 -5.270 -11.360 1.00 0.00 P0 H +ATOM 774 CD2 LEU X 65 0.670 -4.870 -8.690 1.00 0.00 P0 C +ATOM 775 HD21 LEU X 65 1.070 -3.880 -8.410 1.00 0.00 P0 H +ATOM 776 HD22 LEU X 65 0.080 -5.380 -7.890 1.00 0.00 P0 H +ATOM 777 HD23 LEU X 65 1.590 -5.450 -8.890 1.00 0.00 P0 H +ATOM 778 C LEU X 65 -3.650 -3.600 -8.630 1.00 0.00 P0 C +ATOM 779 O LEU X 65 -3.910 -3.570 -7.410 1.00 0.00 P0 O +ATOM 780 N ALA X 66 -4.360 -2.880 -9.510 1.00 0.00 P0 N +ATOM 781 HN ALA X 66 -4.080 -2.720 -10.460 1.00 0.00 P0 H +ATOM 782 CA ALA X 66 -5.520 -2.070 -9.170 1.00 0.00 P0 C +ATOM 783 HA ALA X 66 -5.110 -1.360 -8.460 1.00 0.00 P0 H +ATOM 784 CB ALA X 66 -6.220 -1.410 -10.430 1.00 0.00 P0 C +ATOM 785 HB1 ALA X 66 -6.910 -2.000 -11.070 1.00 0.00 P0 H +ATOM 786 HB2 ALA X 66 -6.840 -0.550 -10.090 1.00 0.00 P0 H +ATOM 787 HB3 ALA X 66 -5.360 -1.130 -11.060 1.00 0.00 P0 H +ATOM 788 C ALA X 66 -6.640 -2.710 -8.290 1.00 0.00 P0 C +ATOM 789 O ALA X 66 -7.170 -2.130 -7.410 1.00 0.00 P0 O +ATOM 790 N CYS X 67 -6.980 -3.990 -8.570 1.00 0.00 P0 N +ATOM 791 HN CYS X 67 -6.600 -4.480 -9.360 1.00 0.00 P0 H +ATOM 792 CA CYS X 67 -7.910 -4.840 -7.720 1.00 0.00 P0 C +ATOM 793 HA CYS X 67 -8.810 -4.250 -7.590 1.00 0.00 P0 H +ATOM 794 CB CYS X 67 -8.240 -6.300 -8.280 1.00 0.00 P0 C +ATOM 795 HB1 CYS X 67 -7.410 -6.950 -7.910 1.00 0.00 P0 H +ATOM 796 HB2 CYS X 67 -9.140 -6.740 -7.790 1.00 0.00 P0 H +ATOM 797 SG CYS X 67 -8.590 -6.540 -10.050 1.00 0.00 P0 S +ATOM 798 HG1 CYS X 67 -7.860 -5.610 -10.650 1.00 0.00 P0 H +ATOM 799 C CYS X 67 -7.400 -5.010 -6.300 1.00 0.00 P0 C +ATOM 800 O CYS X 67 -8.260 -5.000 -5.370 1.00 0.00 P0 O +ATOM 801 N ALA X 68 -6.070 -5.130 -6.040 1.00 0.00 P0 N +ATOM 802 HN ALA X 68 -5.380 -5.170 -6.760 1.00 0.00 P0 H +ATOM 803 CA ALA X 68 -5.490 -5.270 -4.710 1.00 0.00 P0 C +ATOM 804 HA ALA X 68 -6.180 -5.890 -4.180 1.00 0.00 P0 H +ATOM 805 CB ALA X 68 -4.040 -5.890 -4.710 1.00 0.00 P0 C +ATOM 806 HB1 ALA X 68 -3.300 -5.180 -5.110 1.00 0.00 P0 H +ATOM 807 HB2 ALA X 68 -3.770 -5.980 -3.640 1.00 0.00 P0 H +ATOM 808 HB3 ALA X 68 -3.960 -6.880 -5.210 1.00 0.00 P0 H +ATOM 809 C ALA X 68 -5.410 -3.910 -3.980 1.00 0.00 P0 C +ATOM 810 O ALA X 68 -5.810 -3.820 -2.830 1.00 0.00 P0 O +ATOM 811 N ASP X 69 -5.130 -2.820 -4.730 1.00 0.00 P0 N +ATOM 812 HN ASP X 69 -4.740 -2.970 -5.630 1.00 0.00 P0 H +ATOM 813 CA ASP X 69 -5.070 -1.500 -4.220 1.00 0.00 P0 C +ATOM 814 HA ASP X 69 -4.420 -1.540 -3.350 1.00 0.00 P0 H +ATOM 815 CB ASP X 69 -4.560 -0.560 -5.300 1.00 0.00 P0 C +ATOM 816 HB1 ASP X 69 -5.100 -0.880 -6.220 1.00 0.00 P0 H +ATOM 817 HB2 ASP X 69 -4.810 0.490 -5.070 1.00 0.00 P0 H +ATOM 818 CG ASP X 69 -3.100 -0.630 -5.410 1.00 0.00 P0 C +ATOM 819 OD1 ASP X 69 -2.340 -1.250 -4.540 1.00 0.00 P0 O +ATOM 820 OD2 ASP X 69 -2.650 -0.020 -6.420 1.00 0.00 P0 O +ATOM 821 C ASP X 69 -6.400 -0.950 -3.590 1.00 0.00 P0 C +ATOM 822 O ASP X 69 -6.520 -0.270 -2.590 1.00 0.00 P0 O +ATOM 823 N LEU X 70 -7.560 -1.320 -4.330 1.00 0.00 P0 N +ATOM 824 HN LEU X 70 -7.500 -1.860 -5.160 1.00 0.00 P0 H +ATOM 825 CA LEU X 70 -8.930 -1.090 -3.920 1.00 0.00 P0 C +ATOM 826 HA LEU X 70 -9.070 -0.030 -3.780 1.00 0.00 P0 H +ATOM 827 CB LEU X 70 -9.670 -1.520 -5.160 1.00 0.00 P0 C +ATOM 828 HB1 LEU X 70 -9.430 -0.740 -5.920 1.00 0.00 P0 H +ATOM 829 HB2 LEU X 70 -9.220 -2.460 -5.560 1.00 0.00 P0 H +ATOM 830 CG LEU X 70 -11.210 -1.730 -5.130 1.00 0.00 P0 C +ATOM 831 HG LEU X 70 -11.380 -2.510 -4.360 1.00 0.00 P0 H +ATOM 832 CD1 LEU X 70 -11.840 -0.440 -4.640 1.00 0.00 P0 C +ATOM 833 HD11 LEU X 70 -11.470 0.510 -5.080 1.00 0.00 P0 H +ATOM 834 HD12 LEU X 70 -12.950 -0.500 -4.780 1.00 0.00 P0 H +ATOM 835 HD13 LEU X 70 -11.590 -0.290 -3.570 1.00 0.00 P0 H +ATOM 836 CD2 LEU X 70 -11.730 -2.180 -6.530 1.00 0.00 P0 C +ATOM 837 HD21 LEU X 70 -11.580 -1.450 -7.350 1.00 0.00 P0 H +ATOM 838 HD22 LEU X 70 -11.350 -3.190 -6.780 1.00 0.00 P0 H +ATOM 839 HD23 LEU X 70 -12.810 -2.350 -6.370 1.00 0.00 P0 H +ATOM 840 C LEU X 70 -9.260 -1.680 -2.580 1.00 0.00 P0 C +ATOM 841 O LEU X 70 -9.950 -1.030 -1.790 1.00 0.00 P0 O +ATOM 842 N ILE X 71 -8.820 -2.940 -2.330 1.00 0.00 P0 N +ATOM 843 HN ILE X 71 -8.110 -3.320 -2.920 1.00 0.00 P0 H +ATOM 844 CA ILE X 71 -9.090 -3.680 -1.130 1.00 0.00 P0 C +ATOM 845 HA ILE X 71 -10.160 -3.660 -1.020 1.00 0.00 P0 H +ATOM 846 CB ILE X 71 -8.640 -5.100 -1.260 1.00 0.00 P0 C +ATOM 847 HB ILE X 71 -7.560 -5.190 -1.500 1.00 0.00 P0 H +ATOM 848 CG2 ILE X 71 -8.820 -5.880 0.080 1.00 0.00 P0 C +ATOM 849 HG21 ILE X 71 -8.470 -6.910 -0.170 1.00 0.00 P0 H +ATOM 850 HG22 ILE X 71 -8.240 -5.620 0.990 1.00 0.00 P0 H +ATOM 851 HG23 ILE X 71 -9.920 -5.880 0.270 1.00 0.00 P0 H +ATOM 852 CG1 ILE X 71 -9.520 -5.760 -2.350 1.00 0.00 P0 C +ATOM 853 HG11 ILE X 71 -10.580 -5.640 -2.040 1.00 0.00 P0 H +ATOM 854 HG12 ILE X 71 -9.540 -5.230 -3.330 1.00 0.00 P0 H +ATOM 855 CD ILE X 71 -9.170 -7.260 -2.790 1.00 0.00 P0 C +ATOM 856 HD1 ILE X 71 -9.220 -7.890 -1.880 1.00 0.00 P0 H +ATOM 857 HD2 ILE X 71 -9.840 -7.550 -3.620 1.00 0.00 P0 H +ATOM 858 HD3 ILE X 71 -8.140 -7.310 -3.210 1.00 0.00 P0 H +ATOM 859 C ILE X 71 -8.460 -2.990 0.070 1.00 0.00 P0 C +ATOM 860 O ILE X 71 -9.140 -2.650 1.050 1.00 0.00 P0 O +ATOM 861 N ILE X 72 -7.180 -2.610 -0.060 1.00 0.00 P0 N +ATOM 862 HN ILE X 72 -6.580 -2.980 -0.750 1.00 0.00 P0 H +ATOM 863 CA ILE X 72 -6.460 -1.730 0.860 1.00 0.00 P0 C +ATOM 864 HA ILE X 72 -6.350 -2.270 1.790 1.00 0.00 P0 H +ATOM 865 CB ILE X 72 -4.980 -1.560 0.300 1.00 0.00 P0 C +ATOM 866 HB ILE X 72 -5.100 -1.230 -0.760 1.00 0.00 P0 H +ATOM 867 CG2 ILE X 72 -4.070 -0.520 1.010 1.00 0.00 P0 C +ATOM 868 HG21 ILE X 72 -4.000 -0.900 2.060 1.00 0.00 P0 H +ATOM 869 HG22 ILE X 72 -3.030 -0.620 0.640 1.00 0.00 P0 H +ATOM 870 HG23 ILE X 72 -4.430 0.530 1.000 1.00 0.00 P0 H +ATOM 871 CG1 ILE X 72 -4.330 -2.940 0.070 1.00 0.00 P0 C +ATOM 872 HG11 ILE X 72 -4.830 -3.460 -0.760 1.00 0.00 P0 H +ATOM 873 HG12 ILE X 72 -3.260 -2.870 -0.200 1.00 0.00 P0 H +ATOM 874 CD ILE X 72 -4.400 -3.990 1.270 1.00 0.00 P0 C +ATOM 875 HD1 ILE X 72 -4.030 -3.460 2.170 1.00 0.00 P0 H +ATOM 876 HD2 ILE X 72 -5.450 -4.290 1.440 1.00 0.00 P0 H +ATOM 877 HD3 ILE X 72 -3.780 -4.890 1.050 1.00 0.00 P0 H +ATOM 878 C ILE X 72 -7.070 -0.370 1.240 1.00 0.00 P0 C +ATOM 879 O ILE X 72 -7.100 -0.050 2.370 1.00 0.00 P0 O +ATOM 880 N GLY X 73 -7.590 0.370 0.220 1.00 0.00 P0 N +ATOM 881 HN GLY X 73 -7.520 0.180 -0.750 1.00 0.00 P0 H +ATOM 882 CA GLY X 73 -8.370 1.540 0.470 1.00 0.00 P0 C +ATOM 883 HA1 GLY X 73 -8.560 1.900 -0.530 1.00 0.00 P0 H +ATOM 884 HA2 GLY X 73 -7.750 2.240 1.000 1.00 0.00 P0 H +ATOM 885 C GLY X 73 -9.760 1.490 1.030 1.00 0.00 P0 C +ATOM 886 O GLY X 73 -10.130 2.230 1.880 1.00 0.00 P0 O +ATOM 887 N VAL X 74 -10.550 0.430 0.570 1.00 0.00 P0 N +ATOM 888 HN VAL X 74 -10.270 -0.220 -0.130 1.00 0.00 P0 H +ATOM 889 CA VAL X 74 -11.770 -0.100 1.210 1.00 0.00 P0 C +ATOM 890 HA VAL X 74 -12.510 0.690 1.190 1.00 0.00 P0 H +ATOM 891 CB VAL X 74 -12.520 -1.200 0.420 1.00 0.00 P0 C +ATOM 892 HB VAL X 74 -11.820 -2.020 0.130 1.00 0.00 P0 H +ATOM 893 CG1 VAL X 74 -13.700 -1.920 1.140 1.00 0.00 P0 C +ATOM 894 HG11 VAL X 74 -14.550 -1.220 1.270 1.00 0.00 P0 H +ATOM 895 HG12 VAL X 74 -14.080 -2.780 0.540 1.00 0.00 P0 H +ATOM 896 HG13 VAL X 74 -13.400 -2.230 2.160 1.00 0.00 P0 H +ATOM 897 CG2 VAL X 74 -13.090 -0.580 -0.810 1.00 0.00 P0 C +ATOM 898 HG21 VAL X 74 -13.960 0.090 -0.660 1.00 0.00 P0 H +ATOM 899 HG22 VAL X 74 -12.390 0.060 -1.380 1.00 0.00 P0 H +ATOM 900 HG23 VAL X 74 -13.390 -1.370 -1.520 1.00 0.00 P0 H +ATOM 901 C VAL X 74 -11.640 -0.480 2.690 1.00 0.00 P0 C +ATOM 902 O VAL X 74 -12.460 -0.040 3.520 1.00 0.00 P0 O +ATOM 903 N PHE X 75 -10.700 -1.320 3.090 1.00 0.00 P0 N +ATOM 904 HN PHE X 75 -10.120 -1.680 2.370 1.00 0.00 P0 H +ATOM 905 CA PHE X 75 -10.480 -1.880 4.440 1.00 0.00 P0 C +ATOM 906 HA PHE X 75 -11.390 -1.630 4.970 1.00 0.00 P0 H +ATOM 907 CB PHE X 75 -10.250 -3.380 4.250 1.00 0.00 P0 C +ATOM 908 HB1 PHE X 75 -9.350 -3.550 3.630 1.00 0.00 P0 H +ATOM 909 HB2 PHE X 75 -10.050 -3.810 5.260 1.00 0.00 P0 H +ATOM 910 CG PHE X 75 -11.450 -4.130 3.770 1.00 0.00 P0 C +ATOM 911 CD1 PHE X 75 -11.360 -4.890 2.640 1.00 0.00 P0 C +ATOM 912 HD1 PHE X 75 -10.470 -4.820 2.040 1.00 0.00 P0 H +ATOM 913 CE1 PHE X 75 -12.560 -5.530 2.160 1.00 0.00 P0 C +ATOM 914 HE1 PHE X 75 -12.420 -6.200 1.320 1.00 0.00 P0 H +ATOM 915 CZ PHE X 75 -13.740 -5.550 2.960 1.00 0.00 P0 C +ATOM 916 HZ PHE X 75 -14.620 -6.060 2.590 1.00 0.00 P0 H +ATOM 917 CD2 PHE X 75 -12.660 -4.170 4.490 1.00 0.00 P0 C +ATOM 918 HD2 PHE X 75 -12.720 -3.700 5.460 1.00 0.00 P0 H +ATOM 919 CE2 PHE X 75 -13.820 -4.880 4.130 1.00 0.00 P0 C +ATOM 920 HE2 PHE X 75 -14.640 -4.880 4.840 1.00 0.00 P0 H +ATOM 921 C PHE X 75 -9.380 -1.230 5.240 1.00 0.00 P0 C +ATOM 922 O PHE X 75 -9.580 -0.500 6.190 1.00 0.00 P0 O +ATOM 923 N SER X 76 -8.160 -1.580 4.840 1.00 0.00 P0 N +ATOM 924 HN SER X 76 -7.940 -2.040 3.970 1.00 0.00 P0 H +ATOM 925 CA SER X 76 -6.970 -1.430 5.610 1.00 0.00 P0 C +ATOM 926 HA SER X 76 -7.050 -2.050 6.490 1.00 0.00 P0 H +ATOM 927 CB SER X 76 -5.760 -2.100 4.970 1.00 0.00 P0 C +ATOM 928 HB1 SER X 76 -5.350 -1.630 4.050 1.00 0.00 P0 H +ATOM 929 HB2 SER X 76 -4.900 -2.110 5.680 1.00 0.00 P0 H +ATOM 930 OG SER X 76 -6.150 -3.480 4.730 1.00 0.00 P0 O +ATOM 931 HG1 SER X 76 -5.320 -3.930 4.580 1.00 0.00 P0 H +ATOM 932 C SER X 76 -6.670 -0.090 6.100 1.00 0.00 P0 C +ATOM 933 O SER X 76 -6.410 0.060 7.310 1.00 0.00 P0 O +ATOM 934 N MET X 77 -6.810 0.990 5.330 1.00 0.00 P0 N +ATOM 935 HN MET X 77 -6.980 0.860 4.350 1.00 0.00 P0 H +ATOM 936 CA MET X 77 -6.710 2.420 5.720 1.00 0.00 P0 C +ATOM 937 HA MET X 77 -5.670 2.450 6.020 1.00 0.00 P0 H +ATOM 938 CB MET X 77 -7.010 3.420 4.510 1.00 0.00 P0 C +ATOM 939 HB1 MET X 77 -7.950 3.140 3.970 1.00 0.00 P0 H +ATOM 940 HB2 MET X 77 -7.100 4.480 4.840 1.00 0.00 P0 H +ATOM 941 CG MET X 77 -5.790 3.470 3.490 1.00 0.00 P0 C +ATOM 942 HG1 MET X 77 -5.000 4.020 4.050 1.00 0.00 P0 H +ATOM 943 HG2 MET X 77 -5.280 2.560 3.120 1.00 0.00 P0 H +ATOM 944 SD MET X 77 -6.030 4.600 2.090 1.00 0.00 P0 S +ATOM 945 CE MET X 77 -4.820 3.920 0.920 1.00 0.00 P0 C +ATOM 946 HE1 MET X 77 -3.830 4.380 1.100 1.00 0.00 P0 H +ATOM 947 HE2 MET X 77 -4.740 2.830 1.050 1.00 0.00 P0 H +ATOM 948 HE3 MET X 77 -5.130 4.130 -0.120 1.00 0.00 P0 H +ATOM 949 C MET X 77 -7.640 2.840 6.870 1.00 0.00 P0 C +ATOM 950 O MET X 77 -7.230 3.310 7.900 1.00 0.00 P0 O +ATOM 951 N ASN X 78 -8.920 2.660 6.640 1.00 0.00 P0 N +ATOM 952 HN ASN X 78 -9.190 2.110 5.850 1.00 0.00 P0 H +ATOM 953 CA ASN X 78 -10.040 3.080 7.490 1.00 0.00 P0 C +ATOM 954 HA ASN X 78 -9.970 4.140 7.570 1.00 0.00 P0 H +ATOM 955 CB ASN X 78 -11.350 3.000 6.710 1.00 0.00 P0 C +ATOM 956 HB1 ASN X 78 -11.460 1.960 6.380 1.00 0.00 P0 H +ATOM 957 HB2 ASN X 78 -12.170 3.210 7.430 1.00 0.00 P0 H +ATOM 958 CG ASN X 78 -11.530 4.040 5.650 1.00 0.00 P0 C +ATOM 959 OD1 ASN X 78 -11.020 5.190 5.750 1.00 0.00 P0 O +ATOM 960 ND2 ASN X 78 -12.260 3.640 4.650 1.00 0.00 P0 N +ATOM 961 HD21 ASN X 78 -12.320 4.220 3.840 1.00 0.00 P0 H +ATOM 962 HD22 ASN X 78 -12.360 2.670 4.480 1.00 0.00 P0 H +ATOM 963 C ASN X 78 -10.060 2.250 8.770 1.00 0.00 P0 C +ATOM 964 O ASN X 78 -10.180 2.830 9.870 1.00 0.00 P0 O +ATOM 965 N LEU X 79 -9.870 0.930 8.650 1.00 0.00 P0 N +ATOM 966 HN LEU X 79 -9.780 0.440 7.780 1.00 0.00 P0 H +ATOM 967 CA LEU X 79 -9.860 0.050 9.780 1.00 0.00 P0 C +ATOM 968 HA LEU X 79 -10.760 0.300 10.340 1.00 0.00 P0 H +ATOM 969 CB LEU X 79 -9.890 -1.390 9.290 1.00 0.00 P0 C +ATOM 970 HB1 LEU X 79 -9.460 -1.760 8.340 1.00 0.00 P0 H +ATOM 971 HB2 LEU X 79 -9.270 -2.010 9.970 1.00 0.00 P0 H +ATOM 972 CG LEU X 79 -11.320 -1.970 9.410 1.00 0.00 P0 C +ATOM 973 HG LEU X 79 -11.650 -1.890 10.470 1.00 0.00 P0 H +ATOM 974 CD1 LEU X 79 -12.260 -1.290 8.390 1.00 0.00 P0 C +ATOM 975 HD11 LEU X 79 -12.450 -0.230 8.660 1.00 0.00 P0 H +ATOM 976 HD12 LEU X 79 -11.850 -1.390 7.370 1.00 0.00 P0 H +ATOM 977 HD13 LEU X 79 -13.190 -1.890 8.360 1.00 0.00 P0 H +ATOM 978 CD2 LEU X 79 -11.140 -3.540 9.140 1.00 0.00 P0 C +ATOM 979 HD21 LEU X 79 -10.610 -4.180 9.870 1.00 0.00 P0 H +ATOM 980 HD22 LEU X 79 -12.200 -3.820 9.210 1.00 0.00 P0 H +ATOM 981 HD23 LEU X 79 -10.720 -3.700 8.120 1.00 0.00 P0 H +ATOM 982 C LEU X 79 -8.540 0.230 10.720 1.00 0.00 P0 C +ATOM 983 O LEU X 79 -8.650 0.190 12.000 1.00 0.00 P0 O +ATOM 984 N TYR X 80 -7.340 0.560 10.150 1.00 0.00 P0 N +ATOM 985 HN TYR X 80 -7.240 0.250 9.210 1.00 0.00 P0 H +ATOM 986 CA TYR X 80 -6.230 0.900 10.980 1.00 0.00 P0 C +ATOM 987 HA TYR X 80 -6.150 0.150 11.760 1.00 0.00 P0 H +ATOM 988 CB TYR X 80 -4.880 0.740 10.240 1.00 0.00 P0 C +ATOM 989 HB1 TYR X 80 -4.810 -0.240 9.720 1.00 0.00 P0 H +ATOM 990 HB2 TYR X 80 -4.940 1.490 9.420 1.00 0.00 P0 H +ATOM 991 CG TYR X 80 -3.700 1.070 11.120 1.00 0.00 P0 C +ATOM 992 CD1 TYR X 80 -3.330 0.170 12.120 1.00 0.00 P0 C +ATOM 993 HD1 TYR X 80 -3.810 -0.800 12.170 1.00 0.00 P0 H +ATOM 994 CE1 TYR X 80 -2.350 0.550 13.180 1.00 0.00 P0 C +ATOM 995 HE1 TYR X 80 -2.000 -0.190 13.880 1.00 0.00 P0 H +ATOM 996 CZ TYR X 80 -1.760 1.770 13.110 1.00 0.00 P0 C +ATOM 997 OH TYR X 80 -0.870 2.100 14.080 1.00 0.00 P0 O +ATOM 998 HH TYR X 80 -0.480 2.960 13.910 1.00 0.00 P0 H +ATOM 999 CD2 TYR X 80 -3.150 2.330 11.150 1.00 0.00 P0 C +ATOM 1000 HD2 TYR X 80 -3.440 2.970 10.330 1.00 0.00 P0 H +ATOM 1001 CE2 TYR X 80 -2.140 2.680 12.110 1.00 0.00 P0 C +ATOM 1002 HE2 TYR X 80 -1.730 3.670 12.190 1.00 0.00 P0 H +ATOM 1003 C TYR X 80 -6.340 2.230 11.690 1.00 0.00 P0 C +ATOM 1004 O TYR X 80 -6.050 2.390 12.890 1.00 0.00 P0 O +ATOM 1005 N THR X 81 -6.840 3.230 10.990 1.00 0.00 P0 N +ATOM 1006 HN THR X 81 -6.830 3.110 10.010 1.00 0.00 P0 H +ATOM 1007 CA THR X 81 -7.130 4.610 11.490 1.00 0.00 P0 C +ATOM 1008 HA THR X 81 -6.220 5.100 11.790 1.00 0.00 P0 H +ATOM 1009 CB THR X 81 -7.720 5.420 10.360 1.00 0.00 P0 C +ATOM 1010 HB THR X 81 -8.660 4.950 9.990 1.00 0.00 P0 H +ATOM 1011 OG1 THR X 81 -6.760 5.470 9.330 1.00 0.00 P0 O +ATOM 1012 HG1 THR X 81 -7.030 4.840 8.660 1.00 0.00 P0 H +ATOM 1013 CG2 THR X 81 -8.020 6.810 10.870 1.00 0.00 P0 C +ATOM 1014 HG21 THR X 81 -8.460 7.460 10.070 1.00 0.00 P0 H +ATOM 1015 HG22 THR X 81 -8.750 6.810 11.710 1.00 0.00 P0 H +ATOM 1016 HG23 THR X 81 -7.040 7.230 11.160 1.00 0.00 P0 H +ATOM 1017 C THR X 81 -8.070 4.550 12.680 1.00 0.00 P0 C +ATOM 1018 O THR X 81 -7.900 5.130 13.800 1.00 0.00 P0 O +ATOM 1019 N LEU X 82 -9.100 3.760 12.480 1.00 0.00 P0 N +ATOM 1020 HN LEU X 82 -9.320 3.420 11.570 1.00 0.00 P0 H +ATOM 1021 CA LEU X 82 -10.010 3.350 13.560 1.00 0.00 P0 C +ATOM 1022 HA LEU X 82 -10.490 4.260 13.880 1.00 0.00 P0 H +ATOM 1023 CB LEU X 82 -11.150 2.490 13.000 1.00 0.00 P0 C +ATOM 1024 HB1 LEU X 82 -11.540 3.100 12.160 1.00 0.00 P0 H +ATOM 1025 HB2 LEU X 82 -10.570 1.620 12.610 1.00 0.00 P0 H +ATOM 1026 CG LEU X 82 -12.240 2.030 13.930 1.00 0.00 P0 C +ATOM 1027 HG LEU X 82 -11.850 1.400 14.740 1.00 0.00 P0 H +ATOM 1028 CD1 LEU X 82 -12.910 3.150 14.700 1.00 0.00 P0 C +ATOM 1029 HD11 LEU X 82 -13.100 4.080 14.130 1.00 0.00 P0 H +ATOM 1030 HD12 LEU X 82 -13.850 2.840 15.190 1.00 0.00 P0 H +ATOM 1031 HD13 LEU X 82 -12.320 3.380 15.630 1.00 0.00 P0 H +ATOM 1032 CD2 LEU X 82 -13.330 1.170 13.240 1.00 0.00 P0 C +ATOM 1033 HD21 LEU X 82 -12.880 0.430 12.560 1.00 0.00 P0 H +ATOM 1034 HD22 LEU X 82 -13.910 0.700 14.070 1.00 0.00 P0 H +ATOM 1035 HD23 LEU X 82 -14.090 1.810 12.740 1.00 0.00 P0 H +ATOM 1036 C LEU X 82 -9.370 2.650 14.840 1.00 0.00 P0 C +ATOM 1037 O LEU X 82 -9.670 3.000 15.990 1.00 0.00 P0 O +ATOM 1038 N TYR X 83 -8.600 1.570 14.560 1.00 0.00 P0 N +ATOM 1039 HN TYR X 83 -8.470 1.220 13.640 1.00 0.00 P0 H +ATOM 1040 CA TYR X 83 -7.870 0.840 15.660 1.00 0.00 P0 C +ATOM 1041 HA TYR X 83 -8.590 0.540 16.410 1.00 0.00 P0 H +ATOM 1042 CB TYR X 83 -7.240 -0.310 14.960 1.00 0.00 P0 C +ATOM 1043 HB1 TYR X 83 -8.130 -0.860 14.560 1.00 0.00 P0 H +ATOM 1044 HB2 TYR X 83 -6.560 -0.080 14.110 1.00 0.00 P0 H +ATOM 1045 CG TYR X 83 -6.520 -1.500 15.810 1.00 0.00 P0 C +ATOM 1046 CD1 TYR X 83 -5.660 -2.480 15.210 1.00 0.00 P0 C +ATOM 1047 HD1 TYR X 83 -5.520 -2.450 14.140 1.00 0.00 P0 H +ATOM 1048 CE1 TYR X 83 -4.940 -3.420 16.000 1.00 0.00 P0 C +ATOM 1049 HE1 TYR X 83 -4.310 -4.170 15.560 1.00 0.00 P0 H +ATOM 1050 CZ TYR X 83 -4.940 -3.310 17.410 1.00 0.00 P0 C +ATOM 1051 OH TYR X 83 -4.260 -4.290 18.250 1.00 0.00 P0 O +ATOM 1052 HH TYR X 83 -3.630 -3.840 18.810 1.00 0.00 P0 H +ATOM 1053 CD2 TYR X 83 -6.620 -1.490 17.200 1.00 0.00 P0 C +ATOM 1054 HD2 TYR X 83 -7.380 -0.880 17.670 1.00 0.00 P0 H +ATOM 1055 CE2 TYR X 83 -5.830 -2.360 18.010 1.00 0.00 P0 C +ATOM 1056 HE2 TYR X 83 -5.860 -2.390 19.090 1.00 0.00 P0 H +ATOM 1057 C TYR X 83 -6.890 1.800 16.410 1.00 0.00 P0 C +ATOM 1058 O TYR X 83 -6.900 1.820 17.630 1.00 0.00 P0 O +ATOM 1059 N THR X 84 -6.100 2.650 15.750 1.00 0.00 P0 N +ATOM 1060 HN THR X 84 -6.100 2.680 14.750 1.00 0.00 P0 H +ATOM 1061 CA THR X 84 -5.070 3.420 16.360 1.00 0.00 P0 C +ATOM 1062 HA THR X 84 -4.600 2.790 17.100 1.00 0.00 P0 H +ATOM 1063 CB THR X 84 -3.970 3.810 15.440 1.00 0.00 P0 C +ATOM 1064 HB THR X 84 -3.740 3.000 14.710 1.00 0.00 P0 H +ATOM 1065 OG1 THR X 84 -2.800 4.110 16.120 1.00 0.00 P0 O +ATOM 1066 HG1 THR X 84 -2.130 4.460 15.530 1.00 0.00 P0 H +ATOM 1067 CG2 THR X 84 -4.320 5.110 14.720 1.00 0.00 P0 C +ATOM 1068 HG21 THR X 84 -5.280 5.000 14.180 1.00 0.00 P0 H +ATOM 1069 HG22 THR X 84 -4.540 5.990 15.350 1.00 0.00 P0 H +ATOM 1070 HG23 THR X 84 -3.570 5.400 13.960 1.00 0.00 P0 H +ATOM 1071 C THR X 84 -5.750 4.550 17.110 1.00 0.00 P0 C +ATOM 1072 O THR X 84 -5.190 5.100 18.030 1.00 0.00 P0 O +ATOM 1073 N VAL X 85 -6.920 5.160 16.610 1.00 0.00 P0 N +ATOM 1074 HN VAL X 85 -7.270 4.850 15.720 1.00 0.00 P0 H +ATOM 1075 CA VAL X 85 -7.350 6.420 17.120 1.00 0.00 P0 C +ATOM 1076 HA VAL X 85 -6.520 7.090 17.320 1.00 0.00 P0 H +ATOM 1077 CB VAL X 85 -8.090 7.200 16.020 1.00 0.00 P0 C +ATOM 1078 HB VAL X 85 -8.810 6.480 15.570 1.00 0.00 P0 H +ATOM 1079 CG1 VAL X 85 -8.860 8.390 16.570 1.00 0.00 P0 C +ATOM 1080 HG11 VAL X 85 -9.300 9.080 15.810 1.00 0.00 P0 H +ATOM 1081 HG12 VAL X 85 -9.760 7.970 17.080 1.00 0.00 P0 H +ATOM 1082 HG13 VAL X 85 -8.200 8.950 17.270 1.00 0.00 P0 H +ATOM 1083 CG2 VAL X 85 -7.240 7.730 14.880 1.00 0.00 P0 C +ATOM 1084 HG21 VAL X 85 -7.670 7.920 13.870 1.00 0.00 P0 H +ATOM 1085 HG22 VAL X 85 -6.650 8.590 15.250 1.00 0.00 P0 H +ATOM 1086 HG23 VAL X 85 -6.450 6.970 14.730 1.00 0.00 P0 H +ATOM 1087 C VAL X 85 -8.050 6.360 18.440 1.00 0.00 P0 C +ATOM 1088 O VAL X 85 -7.870 7.270 19.250 1.00 0.00 P0 O +ATOM 1089 N ILE X 86 -8.690 5.220 18.700 1.00 0.00 P0 N +ATOM 1090 HN ILE X 86 -8.840 4.570 17.970 1.00 0.00 P0 H +ATOM 1091 CA ILE X 86 -9.290 5.000 20.010 1.00 0.00 P0 C +ATOM 1092 HA ILE X 86 -9.310 5.790 20.740 1.00 0.00 P0 H +ATOM 1093 CB ILE X 86 -10.800 4.650 19.990 1.00 0.00 P0 C +ATOM 1094 HB ILE X 86 -11.200 4.550 21.020 1.00 0.00 P0 H +ATOM 1095 CG2 ILE X 86 -11.440 5.920 19.310 1.00 0.00 P0 C +ATOM 1096 HG21 ILE X 86 -11.090 6.140 18.280 1.00 0.00 P0 H +ATOM 1097 HG22 ILE X 86 -12.540 5.850 19.300 1.00 0.00 P0 H +ATOM 1098 HG23 ILE X 86 -11.260 6.790 19.990 1.00 0.00 P0 H +ATOM 1099 CG1 ILE X 86 -11.160 3.320 19.250 1.00 0.00 P0 C +ATOM 1100 HG11 ILE X 86 -10.630 3.220 18.280 1.00 0.00 P0 H +ATOM 1101 HG12 ILE X 86 -10.820 2.480 19.890 1.00 0.00 P0 H +ATOM 1102 CD ILE X 86 -12.650 3.210 19.060 1.00 0.00 P0 C +ATOM 1103 HD1 ILE X 86 -12.960 3.780 18.160 1.00 0.00 P0 H +ATOM 1104 HD2 ILE X 86 -13.140 2.220 19.050 1.00 0.00 P0 H +ATOM 1105 HD3 ILE X 86 -13.230 3.640 19.920 1.00 0.00 P0 H +ATOM 1106 C ILE X 86 -8.550 3.990 20.780 1.00 0.00 P0 C +ATOM 1107 O ILE X 86 -8.800 3.760 21.980 1.00 0.00 P0 O +ATOM 1108 N GLY X 87 -7.620 3.420 20.110 1.00 0.00 P0 N +ATOM 1109 HN GLY X 87 -7.480 3.640 19.150 1.00 0.00 P0 H +ATOM 1110 CA GLY X 87 -6.470 2.630 20.750 1.00 0.00 P0 C +ATOM 1111 HA1 GLY X 87 -6.030 3.110 21.610 1.00 0.00 P0 H +ATOM 1112 HA2 GLY X 87 -5.630 2.520 20.080 1.00 0.00 P0 H +ATOM 1113 C GLY X 87 -6.850 1.240 21.100 1.00 0.00 P0 C +ATOM 1114 O GLY X 87 -6.120 0.560 21.780 1.00 0.00 P0 O +ATOM 1115 N TYR X 88 -8.020 0.700 20.730 1.00 0.00 P0 N +ATOM 1116 HN TYR X 88 -8.790 1.110 20.250 1.00 0.00 P0 H +ATOM 1117 CA TYR X 88 -8.500 -0.670 20.870 1.00 0.00 P0 C +ATOM 1118 HA TYR X 88 -7.650 -1.300 21.060 1.00 0.00 P0 H +ATOM 1119 CB TYR X 88 -9.430 -0.820 22.100 1.00 0.00 P0 C +ATOM 1120 HB1 TYR X 88 -9.770 -1.860 22.240 1.00 0.00 P0 H +ATOM 1121 HB2 TYR X 88 -8.760 -0.670 22.980 1.00 0.00 P0 H +ATOM 1122 CG TYR X 88 -10.570 0.170 22.410 1.00 0.00 P0 C +ATOM 1123 CD1 TYR X 88 -10.280 1.330 23.210 1.00 0.00 P0 C +ATOM 1124 HD1 TYR X 88 -9.280 1.590 23.500 1.00 0.00 P0 H +ATOM 1125 CE1 TYR X 88 -11.330 2.270 23.440 1.00 0.00 P0 C +ATOM 1126 HE1 TYR X 88 -11.080 3.180 23.970 1.00 0.00 P0 H +ATOM 1127 CZ TYR X 88 -12.590 2.100 22.860 1.00 0.00 P0 C +ATOM 1128 OH TYR X 88 -13.660 2.980 23.110 1.00 0.00 P0 O +ATOM 1129 HH TYR X 88 -13.440 3.490 23.890 1.00 0.00 P0 H +ATOM 1130 CD2 TYR X 88 -11.900 -0.120 21.950 1.00 0.00 P0 C +ATOM 1131 HD2 TYR X 88 -12.040 -1.080 21.460 1.00 0.00 P0 H +ATOM 1132 CE2 TYR X 88 -12.810 0.940 22.110 1.00 0.00 P0 C +ATOM 1133 HE2 TYR X 88 -13.730 0.750 21.600 1.00 0.00 P0 H +ATOM 1134 C TYR X 88 -9.290 -0.990 19.650 1.00 0.00 P0 C +ATOM 1135 O TYR X 88 -9.840 -0.060 19.050 1.00 0.00 P0 O +ATOM 1136 N TRP X 89 -9.400 -2.310 19.360 1.00 0.00 P0 N +ATOM 1137 HN TRP X 89 -9.040 -2.970 20.010 1.00 0.00 P0 H +ATOM 1138 CA TRP X 89 -9.970 -2.840 18.190 1.00 0.00 P0 C +ATOM 1139 HA TRP X 89 -9.850 -2.050 17.470 1.00 0.00 P0 H +ATOM 1140 CB TRP X 89 -9.320 -4.170 17.700 1.00 0.00 P0 C +ATOM 1141 HB1 TRP X 89 -8.270 -3.920 17.410 1.00 0.00 P0 H +ATOM 1142 HB2 TRP X 89 -9.370 -4.850 18.580 1.00 0.00 P0 H +ATOM 1143 CG TRP X 89 -9.990 -4.980 16.550 1.00 0.00 P0 C +ATOM 1144 CD1 TRP X 89 -10.960 -5.900 16.610 1.00 0.00 P0 C +ATOM 1145 HD1 TRP X 89 -11.470 -6.240 17.500 1.00 0.00 P0 H +ATOM 1146 NE1 TRP X 89 -11.410 -6.170 15.330 1.00 0.00 P0 N +ATOM 1147 HE1 TRP X 89 -12.050 -6.860 15.080 1.00 0.00 P0 H +ATOM 1148 CE2 TRP X 89 -10.660 -5.460 14.420 1.00 0.00 P0 C +ATOM 1149 CD2 TRP X 89 -9.700 -4.730 15.160 1.00 0.00 P0 C +ATOM 1150 CE3 TRP X 89 -8.790 -3.830 14.480 1.00 0.00 P0 C +ATOM 1151 HE3 TRP X 89 -8.090 -3.250 15.060 1.00 0.00 P0 H +ATOM 1152 CZ3 TRP X 89 -8.740 -3.890 13.120 1.00 0.00 P0 C +ATOM 1153 HZ3 TRP X 89 -7.970 -3.370 12.560 1.00 0.00 P0 H +ATOM 1154 CZ2 TRP X 89 -10.570 -5.580 13.060 1.00 0.00 P0 C +ATOM 1155 HZ2 TRP X 89 -11.290 -6.130 12.450 1.00 0.00 P0 H +ATOM 1156 CH2 TRP X 89 -9.550 -4.850 12.390 1.00 0.00 P0 C +ATOM 1157 HH2 TRP X 89 -9.500 -4.980 11.320 1.00 0.00 P0 H +ATOM 1158 C TRP X 89 -11.410 -3.080 18.360 1.00 0.00 P0 C +ATOM 1159 O TRP X 89 -11.790 -4.000 19.090 1.00 0.00 P0 O +ATOM 1160 N PRO X 90 -12.390 -2.320 17.800 1.00 0.00 P0 N +ATOM 1161 CD PRO X 90 -12.160 -1.100 17.020 1.00 0.00 P0 C +ATOM 1162 HD1 PRO X 90 -11.720 -1.410 16.040 1.00 0.00 P0 H +ATOM 1163 HD2 PRO X 90 -11.500 -0.340 17.480 1.00 0.00 P0 H +ATOM 1164 CA PRO X 90 -13.790 -2.460 18.210 1.00 0.00 P0 C +ATOM 1165 HA PRO X 90 -13.870 -2.660 19.270 1.00 0.00 P0 H +ATOM 1166 CB PRO X 90 -14.330 -0.990 17.870 1.00 0.00 P0 C +ATOM 1167 HB1 PRO X 90 -13.970 -0.360 18.720 1.00 0.00 P0 H +ATOM 1168 HB2 PRO X 90 -15.440 -0.960 17.760 1.00 0.00 P0 H +ATOM 1169 CG PRO X 90 -13.490 -0.500 16.730 1.00 0.00 P0 C +ATOM 1170 HG1 PRO X 90 -13.430 0.600 16.630 1.00 0.00 P0 H +ATOM 1171 HG2 PRO X 90 -13.880 -0.910 15.770 1.00 0.00 P0 H +ATOM 1172 C PRO X 90 -14.650 -3.450 17.380 1.00 0.00 P0 C +ATOM 1173 O PRO X 90 -15.850 -3.560 17.650 1.00 0.00 P0 O +ATOM 1174 N LEU X 91 -14.080 -4.100 16.330 1.00 0.00 P0 N +ATOM 1175 HN LEU X 91 -13.130 -4.150 16.050 1.00 0.00 P0 H +ATOM 1176 CA LEU X 91 -14.830 -4.800 15.280 1.00 0.00 P0 C +ATOM 1177 HA LEU X 91 -15.860 -4.470 15.340 1.00 0.00 P0 H +ATOM 1178 CB LEU X 91 -14.260 -4.490 13.860 1.00 0.00 P0 C +ATOM 1179 HB1 LEU X 91 -13.250 -4.950 13.960 1.00 0.00 P0 H +ATOM 1180 HB2 LEU X 91 -14.990 -5.010 13.210 1.00 0.00 P0 H +ATOM 1181 CG LEU X 91 -14.160 -3.000 13.470 1.00 0.00 P0 C +ATOM 1182 HG LEU X 91 -13.390 -2.590 14.150 1.00 0.00 P0 H +ATOM 1183 CD1 LEU X 91 -13.610 -2.910 12.100 1.00 0.00 P0 C +ATOM 1184 HD11 LEU X 91 -14.300 -3.320 11.330 1.00 0.00 P0 H +ATOM 1185 HD12 LEU X 91 -13.450 -1.830 11.840 1.00 0.00 P0 H +ATOM 1186 HD13 LEU X 91 -12.600 -3.370 12.190 1.00 0.00 P0 H +ATOM 1187 CD2 LEU X 91 -15.450 -2.220 13.880 1.00 0.00 P0 C +ATOM 1188 HD21 LEU X 91 -15.480 -1.210 13.420 1.00 0.00 P0 H +ATOM 1189 HD22 LEU X 91 -16.320 -2.850 13.600 1.00 0.00 P0 H +ATOM 1190 HD23 LEU X 91 -15.470 -2.080 14.990 1.00 0.00 P0 H +ATOM 1191 C LEU X 91 -14.990 -6.300 15.660 1.00 0.00 P0 C +ATOM 1192 O LEU X 91 -15.540 -7.040 14.870 1.00 0.00 P0 O +ATOM 1193 N GLY X 92 -14.570 -6.830 16.830 1.00 0.00 P0 N +ATOM 1194 HN GLY X 92 -14.250 -6.150 17.500 1.00 0.00 P0 H +ATOM 1195 CA GLY X 92 -14.440 -8.240 17.270 1.00 0.00 P0 C +ATOM 1196 HA1 GLY X 92 -15.430 -8.660 17.210 1.00 0.00 P0 H +ATOM 1197 HA2 GLY X 92 -13.970 -8.130 18.240 1.00 0.00 P0 H +ATOM 1198 C GLY X 92 -13.470 -9.100 16.530 1.00 0.00 P0 C +ATOM 1199 O GLY X 92 -12.720 -8.700 15.610 1.00 0.00 P0 O +ATOM 1200 N PRO X 93 -13.420 -10.410 16.880 1.00 0.00 P0 N +ATOM 1201 CD PRO X 93 -13.980 -10.840 18.160 1.00 0.00 P0 C +ATOM 1202 HD1 PRO X 93 -15.080 -10.920 18.070 1.00 0.00 P0 H +ATOM 1203 HD2 PRO X 93 -13.760 -10.180 19.030 1.00 0.00 P0 H +ATOM 1204 CA PRO X 93 -12.470 -11.420 16.340 1.00 0.00 P0 C +ATOM 1205 HA PRO X 93 -11.490 -11.030 16.610 1.00 0.00 P0 H +ATOM 1206 CB PRO X 93 -12.830 -12.740 17.090 1.00 0.00 P0 C +ATOM 1207 HB1 PRO X 93 -11.890 -13.310 17.170 1.00 0.00 P0 H +ATOM 1208 HB2 PRO X 93 -13.650 -13.310 16.610 1.00 0.00 P0 H +ATOM 1209 CG PRO X 93 -13.260 -12.180 18.430 1.00 0.00 P0 C +ATOM 1210 HG1 PRO X 93 -12.360 -12.060 19.060 1.00 0.00 P0 H +ATOM 1211 HG2 PRO X 93 -14.020 -12.760 18.990 1.00 0.00 P0 H +ATOM 1212 C PRO X 93 -12.570 -11.800 14.960 1.00 0.00 P0 C +ATOM 1213 O PRO X 93 -11.560 -11.870 14.260 1.00 0.00 P0 O +ATOM 1214 N VAL X 94 -13.780 -12.120 14.540 1.00 0.00 P0 N +ATOM 1215 HN VAL X 94 -14.620 -11.980 15.060 1.00 0.00 P0 H +ATOM 1216 CA VAL X 94 -13.940 -12.690 13.220 1.00 0.00 P0 C +ATOM 1217 HA VAL X 94 -13.270 -13.530 13.120 1.00 0.00 P0 H +ATOM 1218 CB VAL X 94 -15.340 -13.340 12.960 1.00 0.00 P0 C +ATOM 1219 HB VAL X 94 -16.030 -12.670 13.510 1.00 0.00 P0 H +ATOM 1220 CG1 VAL X 94 -15.550 -13.520 11.440 1.00 0.00 P0 C +ATOM 1221 HG11 VAL X 94 -16.520 -14.050 11.310 1.00 0.00 P0 H +ATOM 1222 HG12 VAL X 94 -15.580 -12.580 10.850 1.00 0.00 P0 H +ATOM 1223 HG13 VAL X 94 -14.890 -14.320 11.040 1.00 0.00 P0 H +ATOM 1224 CG2 VAL X 94 -15.410 -14.780 13.600 1.00 0.00 P0 C +ATOM 1225 HG21 VAL X 94 -16.340 -15.310 13.290 1.00 0.00 P0 H +ATOM 1226 HG22 VAL X 94 -14.590 -15.350 13.130 1.00 0.00 P0 H +ATOM 1227 HG23 VAL X 94 -15.250 -14.820 14.710 1.00 0.00 P0 H +ATOM 1228 C VAL X 94 -13.520 -11.710 12.120 1.00 0.00 P0 C +ATOM 1229 O VAL X 94 -12.810 -12.020 11.210 1.00 0.00 P0 O +ATOM 1230 N VAL X 95 -13.980 -10.450 12.270 1.00 0.00 P0 N +ATOM 1231 HN VAL X 95 -14.690 -10.260 12.940 1.00 0.00 P0 H +ATOM 1232 CA VAL X 95 -13.670 -9.420 11.270 1.00 0.00 P0 C +ATOM 1233 HA VAL X 95 -13.780 -9.820 10.280 1.00 0.00 P0 H +ATOM 1234 CB VAL X 95 -14.640 -8.230 11.400 1.00 0.00 P0 C +ATOM 1235 HB VAL X 95 -14.540 -7.860 12.450 1.00 0.00 P0 H +ATOM 1236 CG1 VAL X 95 -14.280 -7.010 10.470 1.00 0.00 P0 C +ATOM 1237 HG11 VAL X 95 -14.990 -6.160 10.620 1.00 0.00 P0 H +ATOM 1238 HG12 VAL X 95 -13.240 -6.660 10.690 1.00 0.00 P0 H +ATOM 1239 HG13 VAL X 95 -14.390 -7.340 9.410 1.00 0.00 P0 H +ATOM 1240 CG2 VAL X 95 -16.090 -8.580 11.240 1.00 0.00 P0 C +ATOM 1241 HG21 VAL X 95 -16.840 -7.750 11.270 1.00 0.00 P0 H +ATOM 1242 HG22 VAL X 95 -16.420 -9.240 10.400 1.00 0.00 P0 H +ATOM 1243 HG23 VAL X 95 -16.350 -9.260 12.080 1.00 0.00 P0 H +ATOM 1244 C VAL X 95 -12.230 -8.970 11.290 1.00 0.00 P0 C +ATOM 1245 O VAL X 95 -11.660 -8.510 10.310 1.00 0.00 P0 O +ATOM 1246 N CYS X 96 -11.600 -9.060 12.460 1.00 0.00 P0 N +ATOM 1247 HN CYS X 96 -12.120 -9.370 13.250 1.00 0.00 P0 H +ATOM 1248 CA CYS X 96 -10.140 -8.880 12.580 1.00 0.00 P0 C +ATOM 1249 HA CYS X 96 -9.840 -7.990 12.040 1.00 0.00 P0 H +ATOM 1250 CB CYS X 96 -9.640 -8.950 14.020 1.00 0.00 P0 C +ATOM 1251 HB1 CYS X 96 -9.770 -7.900 14.390 1.00 0.00 P0 H +ATOM 1252 HB2 CYS X 96 -10.300 -9.560 14.670 1.00 0.00 P0 H +ATOM 1253 SG CYS X 96 -7.920 -9.260 14.270 1.00 0.00 P0 S +ATOM 1254 C CYS X 96 -9.350 -9.970 11.740 1.00 0.00 P0 C +ATOM 1255 O CYS X 96 -8.610 -9.590 10.810 1.00 0.00 P0 O +ATOM 1256 N ASP X 97 -9.650 -11.340 11.880 1.00 0.00 P0 N +ATOM 1257 HN ASP X 97 -10.320 -11.520 12.580 1.00 0.00 P0 H +ATOM 1258 CA ASP X 97 -9.020 -12.410 11.140 1.00 0.00 P0 C +ATOM 1259 HA ASP X 97 -7.970 -12.250 11.310 1.00 0.00 P0 H +ATOM 1260 CB ASP X 97 -9.250 -13.800 11.680 1.00 0.00 P0 C +ATOM 1261 HB1 ASP X 97 -10.230 -14.320 11.540 1.00 0.00 P0 H +ATOM 1262 HB2 ASP X 97 -8.450 -14.430 11.230 1.00 0.00 P0 H +ATOM 1263 CG ASP X 97 -8.820 -13.950 13.140 1.00 0.00 P0 C +ATOM 1264 OD1 ASP X 97 -8.040 -13.120 13.730 1.00 0.00 P0 O +ATOM 1265 OD2 ASP X 97 -9.240 -14.980 13.720 1.00 0.00 P0 O +ATOM 1266 C ASP X 97 -9.260 -12.460 9.640 1.00 0.00 P0 C +ATOM 1267 O ASP X 97 -8.290 -12.700 8.880 1.00 0.00 P0 O +ATOM 1268 N LEU X 98 -10.490 -12.070 9.110 1.00 0.00 P0 N +ATOM 1269 HN LEU X 98 -11.240 -11.940 9.740 1.00 0.00 P0 H +ATOM 1270 CA LEU X 98 -10.770 -11.820 7.700 1.00 0.00 P0 C +ATOM 1271 HA LEU X 98 -10.570 -12.700 7.110 1.00 0.00 P0 H +ATOM 1272 CB LEU X 98 -12.220 -11.300 7.520 1.00 0.00 P0 C +ATOM 1273 HB1 LEU X 98 -12.380 -10.440 8.200 1.00 0.00 P0 H +ATOM 1274 HB2 LEU X 98 -12.310 -10.830 6.510 1.00 0.00 P0 H +ATOM 1275 CG LEU X 98 -13.390 -12.290 7.670 1.00 0.00 P0 C +ATOM 1276 HG LEU X 98 -13.090 -12.890 8.570 1.00 0.00 P0 H +ATOM 1277 CD1 LEU X 98 -14.720 -11.560 7.940 1.00 0.00 P0 C +ATOM 1278 HD11 LEU X 98 -14.890 -10.790 7.160 1.00 0.00 P0 H +ATOM 1279 HD12 LEU X 98 -15.530 -12.290 7.690 1.00 0.00 P0 H +ATOM 1280 HD13 LEU X 98 -14.920 -11.140 8.940 1.00 0.00 P0 H +ATOM 1281 CD2 LEU X 98 -13.430 -13.330 6.510 1.00 0.00 P0 C +ATOM 1282 HD21 LEU X 98 -12.460 -13.830 6.290 1.00 0.00 P0 H +ATOM 1283 HD22 LEU X 98 -14.250 -14.050 6.720 1.00 0.00 P0 H +ATOM 1284 HD23 LEU X 98 -13.760 -12.920 5.520 1.00 0.00 P0 H +ATOM 1285 C LEU X 98 -9.910 -10.740 7.160 1.00 0.00 P0 C +ATOM 1286 O LEU X 98 -9.190 -10.860 6.210 1.00 0.00 P0 O +ATOM 1287 N TRP X 99 -9.970 -9.600 7.890 1.00 0.00 P0 N +ATOM 1288 HN TRP X 99 -10.620 -9.440 8.630 1.00 0.00 P0 H +ATOM 1289 CA TRP X 99 -9.100 -8.500 7.380 1.00 0.00 P0 C +ATOM 1290 HA TRP X 99 -9.510 -8.160 6.440 1.00 0.00 P0 H +ATOM 1291 CB TRP X 99 -9.470 -7.230 8.220 1.00 0.00 P0 C +ATOM 1292 HB1 TRP X 99 -10.520 -6.890 8.130 1.00 0.00 P0 H +ATOM 1293 HB2 TRP X 99 -9.540 -7.380 9.310 1.00 0.00 P0 H +ATOM 1294 CG TRP X 99 -8.570 -6.100 8.060 1.00 0.00 P0 C +ATOM 1295 CD1 TRP X 99 -8.530 -5.450 6.870 1.00 0.00 P0 C +ATOM 1296 HD1 TRP X 99 -9.160 -5.650 6.020 1.00 0.00 P0 H +ATOM 1297 NE1 TRP X 99 -7.620 -4.410 6.960 1.00 0.00 P0 N +ATOM 1298 HE1 TRP X 99 -7.160 -3.960 6.240 1.00 0.00 P0 H +ATOM 1299 CE2 TRP X 99 -6.990 -4.460 8.130 1.00 0.00 P0 C +ATOM 1300 CD2 TRP X 99 -7.540 -5.500 8.900 1.00 0.00 P0 C +ATOM 1301 CE3 TRP X 99 -6.950 -5.910 10.080 1.00 0.00 P0 C +ATOM 1302 HE3 TRP X 99 -7.320 -6.800 10.560 1.00 0.00 P0 H +ATOM 1303 CZ3 TRP X 99 -5.860 -5.130 10.500 1.00 0.00 P0 C +ATOM 1304 HZ3 TRP X 99 -5.310 -5.320 11.410 1.00 0.00 P0 H +ATOM 1305 CZ2 TRP X 99 -5.990 -3.650 8.550 1.00 0.00 P0 C +ATOM 1306 HZ2 TRP X 99 -5.760 -2.720 8.050 1.00 0.00 P0 H +ATOM 1307 CH2 TRP X 99 -5.400 -4.010 9.740 1.00 0.00 P0 C +ATOM 1308 HH2 TRP X 99 -4.560 -3.420 10.090 1.00 0.00 P0 H +ATOM 1309 C TRP X 99 -7.620 -8.790 7.260 1.00 0.00 P0 C +ATOM 1310 O TRP X 99 -6.990 -8.500 6.270 1.00 0.00 P0 O +ATOM 1311 N LEU X 100 -7.000 -9.420 8.270 1.00 0.00 P0 N +ATOM 1312 HN LEU X 100 -7.510 -9.580 9.120 1.00 0.00 P0 H +ATOM 1313 CA LEU X 100 -5.560 -9.770 8.230 1.00 0.00 P0 C +ATOM 1314 HA LEU X 100 -5.020 -8.860 8.080 1.00 0.00 P0 H +ATOM 1315 CB LEU X 100 -5.060 -10.400 9.590 1.00 0.00 P0 C +ATOM 1316 HB1 LEU X 100 -5.670 -11.300 9.790 1.00 0.00 P0 H +ATOM 1317 HB2 LEU X 100 -3.990 -10.710 9.470 1.00 0.00 P0 H +ATOM 1318 CG LEU X 100 -5.130 -9.350 10.790 1.00 0.00 P0 C +ATOM 1319 HG LEU X 100 -6.080 -8.770 10.810 1.00 0.00 P0 H +ATOM 1320 CD1 LEU X 100 -5.220 -10.170 12.070 1.00 0.00 P0 C +ATOM 1321 HD11 LEU X 100 -5.200 -9.450 12.910 1.00 0.00 P0 H +ATOM 1322 HD12 LEU X 100 -6.070 -10.890 12.110 1.00 0.00 P0 H +ATOM 1323 HD13 LEU X 100 -4.260 -10.710 12.200 1.00 0.00 P0 H +ATOM 1324 CD2 LEU X 100 -3.920 -8.550 10.750 1.00 0.00 P0 C +ATOM 1325 HD21 LEU X 100 -3.760 -8.020 9.780 1.00 0.00 P0 H +ATOM 1326 HD22 LEU X 100 -3.850 -7.800 11.570 1.00 0.00 P0 H +ATOM 1327 HD23 LEU X 100 -3.030 -9.170 10.920 1.00 0.00 P0 H +ATOM 1328 C LEU X 100 -5.160 -10.750 7.120 1.00 0.00 P0 C +ATOM 1329 O LEU X 100 -4.270 -10.600 6.260 1.00 0.00 P0 O +ATOM 1330 N ALA X 101 -6.030 -11.770 6.940 1.00 0.00 P0 N +ATOM 1331 HN ALA X 101 -6.750 -11.820 7.620 1.00 0.00 P0 H +ATOM 1332 CA ALA X 101 -5.940 -12.680 5.790 1.00 0.00 P0 C +ATOM 1333 HA ALA X 101 -4.930 -13.070 5.890 1.00 0.00 P0 H +ATOM 1334 CB ALA X 101 -6.880 -13.850 6.090 1.00 0.00 P0 C +ATOM 1335 HB1 ALA X 101 -6.690 -14.730 5.450 1.00 0.00 P0 H +ATOM 1336 HB2 ALA X 101 -6.760 -14.120 7.160 1.00 0.00 P0 H +ATOM 1337 HB3 ALA X 101 -7.950 -13.570 5.970 1.00 0.00 P0 H +ATOM 1338 C ALA X 101 -6.210 -12.190 4.360 1.00 0.00 P0 C +ATOM 1339 O ALA X 101 -5.440 -12.490 3.480 1.00 0.00 P0 O +ATOM 1340 N LEU X 102 -7.170 -11.280 4.260 1.00 0.00 P0 N +ATOM 1341 HN LEU X 102 -7.770 -11.100 5.050 1.00 0.00 P0 H +ATOM 1342 CA LEU X 102 -7.460 -10.590 3.070 1.00 0.00 P0 C +ATOM 1343 HA LEU X 102 -7.570 -11.390 2.350 1.00 0.00 P0 H +ATOM 1344 CB LEU X 102 -8.880 -9.920 3.300 1.00 0.00 P0 C +ATOM 1345 HB1 LEU X 102 -9.590 -10.730 3.570 1.00 0.00 P0 H +ATOM 1346 HB2 LEU X 102 -8.750 -9.290 4.210 1.00 0.00 P0 H +ATOM 1347 CG LEU X 102 -9.300 -9.110 2.060 1.00 0.00 P0 C +ATOM 1348 HG LEU X 102 -8.500 -8.340 1.960 1.00 0.00 P0 H +ATOM 1349 CD1 LEU X 102 -9.390 -9.950 0.800 1.00 0.00 P0 C +ATOM 1350 HD11 LEU X 102 -9.710 -9.300 -0.040 1.00 0.00 P0 H +ATOM 1351 HD12 LEU X 102 -8.480 -10.450 0.410 1.00 0.00 P0 H +ATOM 1352 HD13 LEU X 102 -10.140 -10.780 0.840 1.00 0.00 P0 H +ATOM 1353 CD2 LEU X 102 -10.670 -8.450 2.180 1.00 0.00 P0 C +ATOM 1354 HD21 LEU X 102 -11.400 -9.080 2.720 1.00 0.00 P0 H +ATOM 1355 HD22 LEU X 102 -10.630 -7.490 2.730 1.00 0.00 P0 H +ATOM 1356 HD23 LEU X 102 -11.200 -8.230 1.220 1.00 0.00 P0 H +ATOM 1357 C LEU X 102 -6.360 -9.680 2.590 1.00 0.00 P0 C +ATOM 1358 O LEU X 102 -5.830 -9.830 1.460 1.00 0.00 P0 O +ATOM 1359 N ASP X 103 -5.860 -8.820 3.490 1.00 0.00 P0 N +ATOM 1360 HN ASP X 103 -6.310 -8.720 4.370 1.00 0.00 P0 H +ATOM 1361 CA ASP X 103 -4.720 -7.980 3.240 1.00 0.00 P0 C +ATOM 1362 HA ASP X 103 -4.970 -7.400 2.360 1.00 0.00 P0 H +ATOM 1363 CB ASP X 103 -4.610 -7.030 4.520 1.00 0.00 P0 C +ATOM 1364 HB1 ASP X 103 -5.550 -6.500 4.770 1.00 0.00 P0 H +ATOM 1365 HB2 ASP X 103 -4.370 -7.670 5.400 1.00 0.00 P0 H +ATOM 1366 CG ASP X 103 -3.460 -6.040 4.490 1.00 0.00 P0 C +ATOM 1367 OD1 ASP X 103 -3.810 -4.790 4.590 1.00 0.00 P0 O +ATOM 1368 OD2 ASP X 103 -2.270 -6.360 4.490 1.00 0.00 P0 O +ATOM 1369 C ASP X 103 -3.380 -8.720 2.880 1.00 0.00 P0 C +ATOM 1370 O ASP X 103 -2.690 -8.350 1.910 1.00 0.00 P0 O +ATOM 1371 N TYR X 104 -3.000 -9.810 3.620 1.00 0.00 P0 N +ATOM 1372 HN TYR X 104 -3.470 -10.050 4.480 1.00 0.00 P0 H +ATOM 1373 CA TYR X 104 -1.900 -10.690 3.250 1.00 0.00 P0 C +ATOM 1374 HA TYR X 104 -1.160 -9.930 3.110 1.00 0.00 P0 H +ATOM 1375 CB TYR X 104 -1.660 -11.790 4.280 1.00 0.00 P0 C +ATOM 1376 HB1 TYR X 104 -2.600 -12.070 4.810 1.00 0.00 P0 H +ATOM 1377 HB2 TYR X 104 -1.170 -12.720 3.910 1.00 0.00 P0 H +ATOM 1378 CG TYR X 104 -0.580 -11.220 5.280 1.00 0.00 P0 C +ATOM 1379 CD1 TYR X 104 -1.050 -10.330 6.230 1.00 0.00 P0 C +ATOM 1380 HD1 TYR X 104 -2.080 -9.980 6.270 1.00 0.00 P0 H +ATOM 1381 CE1 TYR X 104 -0.220 -9.940 7.300 1.00 0.00 P0 C +ATOM 1382 HE1 TYR X 104 -0.540 -9.320 8.130 1.00 0.00 P0 H +ATOM 1383 CZ TYR X 104 1.120 -10.260 7.250 1.00 0.00 P0 C +ATOM 1384 OH TYR X 104 1.930 -9.760 8.150 1.00 0.00 P0 O +ATOM 1385 HH TYR X 104 1.450 -9.150 8.690 1.00 0.00 P0 H +ATOM 1386 CD2 TYR X 104 0.740 -11.750 5.400 1.00 0.00 P0 C +ATOM 1387 HD2 TYR X 104 1.160 -12.400 4.650 1.00 0.00 P0 H +ATOM 1388 CE2 TYR X 104 1.610 -11.090 6.300 1.00 0.00 P0 C +ATOM 1389 HE2 TYR X 104 2.630 -11.440 6.260 1.00 0.00 P0 H +ATOM 1390 C TYR X 104 -1.960 -11.240 1.870 1.00 0.00 P0 C +ATOM 1391 O TYR X 104 -0.930 -11.270 1.120 1.00 0.00 P0 O +ATOM 1392 N VAL X 105 -3.140 -11.780 1.500 1.00 0.00 P0 N +ATOM 1393 HN VAL X 105 -3.920 -11.840 2.120 1.00 0.00 P0 H +ATOM 1394 CA VAL X 105 -3.440 -12.300 0.130 1.00 0.00 P0 C +ATOM 1395 HA VAL X 105 -2.680 -13.040 -0.060 1.00 0.00 P0 H +ATOM 1396 CB VAL X 105 -4.870 -12.830 0.080 1.00 0.00 P0 C +ATOM 1397 HB VAL X 105 -5.510 -12.000 0.450 1.00 0.00 P0 H +ATOM 1398 CG1 VAL X 105 -5.340 -13.320 -1.290 1.00 0.00 P0 C +ATOM 1399 HG11 VAL X 105 -4.450 -13.780 -1.770 1.00 0.00 P0 H +ATOM 1400 HG12 VAL X 105 -6.140 -14.090 -1.270 1.00 0.00 P0 H +ATOM 1401 HG13 VAL X 105 -5.640 -12.460 -1.930 1.00 0.00 P0 H +ATOM 1402 CG2 VAL X 105 -4.810 -14.080 0.980 1.00 0.00 P0 C +ATOM 1403 HG21 VAL X 105 -4.070 -14.740 0.480 1.00 0.00 P0 H +ATOM 1404 HG22 VAL X 105 -4.500 -13.820 2.010 1.00 0.00 P0 H +ATOM 1405 HG23 VAL X 105 -5.870 -14.410 0.960 1.00 0.00 P0 H +ATOM 1406 C VAL X 105 -3.250 -11.320 -1.030 1.00 0.00 P0 C +ATOM 1407 O VAL X 105 -2.500 -11.610 -2.000 1.00 0.00 P0 O +ATOM 1408 N VAL X 106 -3.870 -10.180 -0.860 1.00 0.00 P0 N +ATOM 1409 HN VAL X 106 -4.240 -9.940 0.030 1.00 0.00 P0 H +ATOM 1410 CA VAL X 106 -3.870 -9.110 -1.860 1.00 0.00 P0 C +ATOM 1411 HA VAL X 106 -3.990 -9.650 -2.790 1.00 0.00 P0 H +ATOM 1412 CB VAL X 106 -4.930 -8.020 -1.720 1.00 0.00 P0 C +ATOM 1413 HB VAL X 106 -5.020 -7.380 -2.620 1.00 0.00 P0 H +ATOM 1414 CG1 VAL X 106 -6.310 -8.780 -1.530 1.00 0.00 P0 C +ATOM 1415 HG11 VAL X 106 -6.470 -9.310 -2.500 1.00 0.00 P0 H +ATOM 1416 HG12 VAL X 106 -6.280 -9.550 -0.730 1.00 0.00 P0 H +ATOM 1417 HG13 VAL X 106 -7.120 -8.020 -1.460 1.00 0.00 P0 H +ATOM 1418 CG2 VAL X 106 -4.650 -7.120 -0.490 1.00 0.00 P0 C +ATOM 1419 HG21 VAL X 106 -5.370 -6.280 -0.410 1.00 0.00 P0 H +ATOM 1420 HG22 VAL X 106 -4.670 -7.660 0.490 1.00 0.00 P0 H +ATOM 1421 HG23 VAL X 106 -3.650 -6.630 -0.470 1.00 0.00 P0 H +ATOM 1422 C VAL X 106 -2.490 -8.490 -1.970 1.00 0.00 P0 C +ATOM 1423 O VAL X 106 -2.090 -8.280 -3.120 1.00 0.00 P0 O +ATOM 1424 N SER X 107 -1.700 -8.290 -0.820 1.00 0.00 P0 N +ATOM 1425 HN SER X 107 -2.030 -8.410 0.110 1.00 0.00 P0 H +ATOM 1426 CA SER X 107 -0.270 -8.010 -0.970 1.00 0.00 P0 C +ATOM 1427 HA SER X 107 -0.160 -7.100 -1.530 1.00 0.00 P0 H +ATOM 1428 CB SER X 107 0.270 -7.870 0.450 1.00 0.00 P0 C +ATOM 1429 HB1 SER X 107 0.160 -8.840 0.980 1.00 0.00 P0 H +ATOM 1430 HB2 SER X 107 1.340 -7.620 0.320 1.00 0.00 P0 H +ATOM 1431 OG SER X 107 -0.540 -6.920 1.160 1.00 0.00 P0 O +ATOM 1432 HG1 SER X 107 -1.340 -7.370 1.420 1.00 0.00 P0 H +ATOM 1433 C SER X 107 0.560 -9.030 -1.700 1.00 0.00 P0 C +ATOM 1434 O SER X 107 1.290 -8.700 -2.680 1.00 0.00 P0 O +ATOM 1435 N ASN X 108 0.400 -10.320 -1.370 1.00 0.00 P0 N +ATOM 1436 HN ASN X 108 -0.240 -10.580 -0.660 1.00 0.00 P0 H +ATOM 1437 CA ASN X 108 1.050 -11.430 -1.950 1.00 0.00 P0 C +ATOM 1438 HA ASN X 108 2.100 -11.190 -1.830 1.00 0.00 P0 H +ATOM 1439 CB ASN X 108 0.790 -12.790 -1.130 1.00 0.00 P0 C +ATOM 1440 HB1 ASN X 108 0.920 -12.530 -0.060 1.00 0.00 P0 H +ATOM 1441 HB2 ASN X 108 -0.190 -13.230 -1.440 1.00 0.00 P0 H +ATOM 1442 CG ASN X 108 1.850 -13.830 -1.460 1.00 0.00 P0 C +ATOM 1443 OD1 ASN X 108 3.000 -13.660 -1.050 1.00 0.00 P0 O +ATOM 1444 ND2 ASN X 108 1.530 -14.970 -2.190 1.00 0.00 P0 N +ATOM 1445 HD21 ASN X 108 2.170 -15.710 -2.350 1.00 0.00 P0 H +ATOM 1446 HD22 ASN X 108 0.710 -14.940 -2.760 1.00 0.00 P0 H +ATOM 1447 C ASN X 108 0.770 -11.530 -3.410 1.00 0.00 P0 C +ATOM 1448 O ASN X 108 1.710 -11.620 -4.180 1.00 0.00 P0 O +ATOM 1449 N ALA X 109 -0.550 -11.480 -3.770 1.00 0.00 P0 N +ATOM 1450 HN ALA X 109 -1.320 -11.470 -3.140 1.00 0.00 P0 H +ATOM 1451 CA ALA X 109 -0.970 -11.440 -5.150 1.00 0.00 P0 C +ATOM 1452 HA ALA X 109 -0.710 -12.400 -5.570 1.00 0.00 P0 H +ATOM 1453 CB ALA X 109 -2.420 -11.020 -5.340 1.00 0.00 P0 C +ATOM 1454 HB1 ALA X 109 -2.720 -11.110 -6.410 1.00 0.00 P0 H +ATOM 1455 HB2 ALA X 109 -3.180 -11.620 -4.780 1.00 0.00 P0 H +ATOM 1456 HB3 ALA X 109 -2.580 -9.940 -5.160 1.00 0.00 P0 H +ATOM 1457 C ALA X 109 -0.210 -10.350 -5.960 1.00 0.00 P0 C +ATOM 1458 O ALA X 109 0.180 -10.640 -7.110 1.00 0.00 P0 O +ATOM 1459 N SER X 110 -0.050 -9.120 -5.470 1.00 0.00 P0 N +ATOM 1460 HN SER X 110 -0.440 -8.860 -4.590 1.00 0.00 P0 H +ATOM 1461 CA SER X 110 0.730 -8.120 -6.090 1.00 0.00 P0 C +ATOM 1462 HA SER X 110 0.400 -8.000 -7.120 1.00 0.00 P0 H +ATOM 1463 CB SER X 110 0.500 -6.730 -5.430 1.00 0.00 P0 C +ATOM 1464 HB1 SER X 110 0.660 -6.960 -4.350 1.00 0.00 P0 H +ATOM 1465 HB2 SER X 110 1.230 -5.930 -5.640 1.00 0.00 P0 H +ATOM 1466 OG SER X 110 -0.820 -6.180 -5.700 1.00 0.00 P0 O +ATOM 1467 HG1 SER X 110 -1.400 -6.770 -6.160 1.00 0.00 P0 H +ATOM 1468 C SER X 110 2.260 -8.340 -6.270 1.00 0.00 P0 C +ATOM 1469 O SER X 110 2.770 -8.140 -7.360 1.00 0.00 P0 O +ATOM 1470 N VAL X 111 2.950 -8.870 -5.190 1.00 0.00 P0 N +ATOM 1471 HN VAL X 111 2.430 -9.090 -4.380 1.00 0.00 P0 H +ATOM 1472 CA VAL X 111 4.350 -9.220 -5.300 1.00 0.00 P0 C +ATOM 1473 HA VAL X 111 4.860 -8.360 -5.730 1.00 0.00 P0 H +ATOM 1474 CB VAL X 111 5.030 -9.510 -3.940 1.00 0.00 P0 C +ATOM 1475 HB VAL X 111 4.450 -10.230 -3.320 1.00 0.00 P0 H +ATOM 1476 CG1 VAL X 111 6.430 -10.050 -4.040 1.00 0.00 P0 C +ATOM 1477 HG11 VAL X 111 6.900 -10.070 -3.030 1.00 0.00 P0 H +ATOM 1478 HG12 VAL X 111 6.530 -11.040 -4.510 1.00 0.00 P0 H +ATOM 1479 HG13 VAL X 111 7.100 -9.380 -4.610 1.00 0.00 P0 H +ATOM 1480 CG2 VAL X 111 5.010 -8.260 -3.120 1.00 0.00 P0 C +ATOM 1481 HG21 VAL X 111 5.520 -7.440 -3.670 1.00 0.00 P0 H +ATOM 1482 HG22 VAL X 111 4.040 -7.830 -2.790 1.00 0.00 P0 H +ATOM 1483 HG23 VAL X 111 5.640 -8.400 -2.200 1.00 0.00 P0 H +ATOM 1484 C VAL X 111 4.550 -10.310 -6.300 1.00 0.00 P0 C +ATOM 1485 O VAL X 111 5.440 -10.220 -7.180 1.00 0.00 P0 O +ATOM 1486 N MET X 112 3.760 -11.380 -6.340 1.00 0.00 P0 N +ATOM 1487 HN MET X 112 3.100 -11.400 -5.610 1.00 0.00 P0 H +ATOM 1488 CA MET X 112 3.620 -12.400 -7.360 1.00 0.00 P0 C +ATOM 1489 HA MET X 112 4.590 -12.870 -7.370 1.00 0.00 P0 H +ATOM 1490 CB MET X 112 2.530 -13.430 -6.880 1.00 0.00 P0 C +ATOM 1491 HB1 MET X 112 2.870 -13.910 -5.940 1.00 0.00 P0 H +ATOM 1492 HB2 MET X 112 1.490 -13.050 -6.810 1.00 0.00 P0 H +ATOM 1493 CG MET X 112 2.490 -14.510 -7.930 1.00 0.00 P0 C +ATOM 1494 HG1 MET X 112 1.680 -15.240 -7.690 1.00 0.00 P0 H +ATOM 1495 HG2 MET X 112 2.200 -14.140 -8.930 1.00 0.00 P0 H +ATOM 1496 SD MET X 112 4.130 -15.370 -8.170 1.00 0.00 P0 S +ATOM 1497 CE MET X 112 4.020 -16.400 -6.640 1.00 0.00 P0 C +ATOM 1498 HE1 MET X 112 4.410 -15.730 -5.830 1.00 0.00 P0 H +ATOM 1499 HE2 MET X 112 3.050 -16.930 -6.560 1.00 0.00 P0 H +ATOM 1500 HE3 MET X 112 4.840 -17.120 -6.890 1.00 0.00 P0 H +ATOM 1501 C MET X 112 3.260 -11.900 -8.770 1.00 0.00 P0 C +ATOM 1502 O MET X 112 3.930 -12.300 -9.730 1.00 0.00 P0 O +ATOM 1503 N ASN X 113 2.370 -10.970 -8.960 1.00 0.00 P0 N +ATOM 1504 HN ASN X 113 1.840 -10.610 -8.200 1.00 0.00 P0 H +ATOM 1505 CA ASN X 113 2.130 -10.220 -10.190 1.00 0.00 P0 C +ATOM 1506 HA ASN X 113 1.950 -10.930 -10.990 1.00 0.00 P0 H +ATOM 1507 CB ASN X 113 0.960 -9.200 -10.040 1.00 0.00 P0 C +ATOM 1508 HB1 ASN X 113 1.100 -8.490 -9.190 1.00 0.00 P0 H +ATOM 1509 HB2 ASN X 113 1.040 -8.530 -10.920 1.00 0.00 P0 H +ATOM 1510 CG ASN X 113 -0.450 -9.740 -10.140 1.00 0.00 P0 C +ATOM 1511 OD1 ASN X 113 -1.380 -8.990 -9.910 1.00 0.00 P0 O +ATOM 1512 ND2 ASN X 113 -0.680 -10.950 -10.610 1.00 0.00 P0 N +ATOM 1513 HD21 ASN X 113 -1.630 -11.240 -10.690 1.00 0.00 P0 H +ATOM 1514 HD22 ASN X 113 0.000 -11.690 -10.560 1.00 0.00 P0 H +ATOM 1515 C ASN X 113 3.380 -9.530 -10.670 1.00 0.00 P0 C +ATOM 1516 O ASN X 113 3.750 -9.690 -11.820 1.00 0.00 P0 O +ATOM 1517 N LEU X 114 4.010 -8.820 -9.770 1.00 0.00 P0 N +ATOM 1518 HN LEU X 114 3.650 -8.680 -8.860 1.00 0.00 P0 H +ATOM 1519 CA LEU X 114 5.350 -8.180 -9.990 1.00 0.00 P0 C +ATOM 1520 HA LEU X 114 5.150 -7.610 -10.880 1.00 0.00 P0 H +ATOM 1521 CB LEU X 114 5.740 -7.230 -8.890 1.00 0.00 P0 C +ATOM 1522 HB1 LEU X 114 5.760 -7.870 -7.980 1.00 0.00 P0 H +ATOM 1523 HB2 LEU X 114 6.730 -6.790 -9.140 1.00 0.00 P0 H +ATOM 1524 CG LEU X 114 4.780 -6.050 -8.570 1.00 0.00 P0 C +ATOM 1525 HG LEU X 114 3.700 -6.260 -8.640 1.00 0.00 P0 H +ATOM 1526 CD1 LEU X 114 5.090 -5.370 -7.230 1.00 0.00 P0 C +ATOM 1527 HD11 LEU X 114 6.030 -4.780 -7.330 1.00 0.00 P0 H +ATOM 1528 HD12 LEU X 114 4.250 -4.680 -7.000 1.00 0.00 P0 H +ATOM 1529 HD13 LEU X 114 5.090 -6.110 -6.400 1.00 0.00 P0 H +ATOM 1530 CD2 LEU X 114 4.750 -5.030 -9.820 1.00 0.00 P0 C +ATOM 1531 HD21 LEU X 114 3.950 -4.260 -9.700 1.00 0.00 P0 H +ATOM 1532 HD22 LEU X 114 5.740 -4.580 -9.990 1.00 0.00 P0 H +ATOM 1533 HD23 LEU X 114 4.550 -5.590 -10.760 1.00 0.00 P0 H +ATOM 1534 C LEU X 114 6.520 -9.130 -10.330 1.00 0.00 P0 C +ATOM 1535 O LEU X 114 7.230 -8.950 -11.260 1.00 0.00 P0 O +ATOM 1536 N LEU X 115 6.520 -10.320 -9.670 1.00 0.00 P0 N +ATOM 1537 HN LEU X 115 6.000 -10.440 -8.830 1.00 0.00 P0 H +ATOM 1538 CA LEU X 115 7.460 -11.460 -9.970 1.00 0.00 P0 C +ATOM 1539 HA LEU X 115 8.480 -11.100 -9.940 1.00 0.00 P0 H +ATOM 1540 CB LEU X 115 7.310 -12.410 -8.800 1.00 0.00 P0 C +ATOM 1541 HB1 LEU X 115 7.440 -11.760 -7.910 1.00 0.00 P0 H +ATOM 1542 HB2 LEU X 115 6.280 -12.840 -8.740 1.00 0.00 P0 H +ATOM 1543 CG LEU X 115 8.380 -13.490 -8.730 1.00 0.00 P0 C +ATOM 1544 HG LEU X 115 8.140 -14.210 -9.550 1.00 0.00 P0 H +ATOM 1545 CD1 LEU X 115 9.850 -13.050 -8.940 1.00 0.00 P0 C +ATOM 1546 HD11 LEU X 115 10.170 -12.290 -8.180 1.00 0.00 P0 H +ATOM 1547 HD12 LEU X 115 10.640 -13.820 -8.840 1.00 0.00 P0 H +ATOM 1548 HD13 LEU X 115 10.090 -12.730 -9.980 1.00 0.00 P0 H +ATOM 1549 CD2 LEU X 115 8.330 -14.240 -7.380 1.00 0.00 P0 C +ATOM 1550 HD21 LEU X 115 7.430 -14.900 -7.460 1.00 0.00 P0 H +ATOM 1551 HD22 LEU X 115 9.150 -14.990 -7.320 1.00 0.00 P0 H +ATOM 1552 HD23 LEU X 115 8.370 -13.680 -6.420 1.00 0.00 P0 H +ATOM 1553 C LEU X 115 7.260 -12.070 -11.330 1.00 0.00 P0 C +ATOM 1554 O LEU X 115 8.140 -12.300 -12.140 1.00 0.00 P0 O +ATOM 1555 N ILE X 116 5.960 -12.240 -11.750 1.00 0.00 P0 N +ATOM 1556 HN ILE X 116 5.210 -12.030 -11.120 1.00 0.00 P0 H +ATOM 1557 CA ILE X 116 5.550 -12.570 -13.100 1.00 0.00 P0 C +ATOM 1558 HA ILE X 116 6.060 -13.500 -13.290 1.00 0.00 P0 H +ATOM 1559 CB ILE X 116 4.060 -12.980 -13.140 1.00 0.00 P0 C +ATOM 1560 HB ILE X 116 3.460 -12.120 -12.790 1.00 0.00 P0 H +ATOM 1561 CG2 ILE X 116 3.760 -13.200 -14.570 1.00 0.00 P0 C +ATOM 1562 HG21 ILE X 116 4.380 -13.870 -15.210 1.00 0.00 P0 H +ATOM 1563 HG22 ILE X 116 2.730 -13.600 -14.700 1.00 0.00 P0 H +ATOM 1564 HG23 ILE X 116 3.650 -12.240 -15.110 1.00 0.00 P0 H +ATOM 1565 CG1 ILE X 116 3.820 -14.180 -12.300 1.00 0.00 P0 C +ATOM 1566 HG11 ILE X 116 4.040 -15.060 -12.920 1.00 0.00 P0 H +ATOM 1567 HG12 ILE X 116 4.420 -14.060 -11.380 1.00 0.00 P0 H +ATOM 1568 CD ILE X 116 2.340 -14.320 -11.840 1.00 0.00 P0 C +ATOM 1569 HD1 ILE X 116 2.150 -15.210 -11.210 1.00 0.00 P0 H +ATOM 1570 HD2 ILE X 116 2.000 -13.500 -11.160 1.00 0.00 P0 H +ATOM 1571 HD3 ILE X 116 1.720 -14.240 -12.750 1.00 0.00 P0 H +ATOM 1572 C ILE X 116 5.980 -11.600 -14.220 1.00 0.00 P0 C +ATOM 1573 O ILE X 116 6.370 -11.920 -15.300 1.00 0.00 P0 O +ATOM 1574 N ILE X 117 5.900 -10.270 -13.910 1.00 0.00 P0 N +ATOM 1575 HN ILE X 117 5.680 -9.940 -13.000 1.00 0.00 P0 H +ATOM 1576 CA ILE X 117 6.220 -9.230 -14.910 1.00 0.00 P0 C +ATOM 1577 HA ILE X 117 5.870 -9.560 -15.870 1.00 0.00 P0 H +ATOM 1578 CB ILE X 117 5.410 -7.900 -14.690 1.00 0.00 P0 C +ATOM 1579 HB ILE X 117 4.510 -8.100 -14.080 1.00 0.00 P0 H +ATOM 1580 CG2 ILE X 117 6.290 -6.850 -13.940 1.00 0.00 P0 C +ATOM 1581 HG21 ILE X 117 6.480 -7.180 -12.890 1.00 0.00 P0 H +ATOM 1582 HG22 ILE X 117 7.190 -6.730 -14.580 1.00 0.00 P0 H +ATOM 1583 HG23 ILE X 117 5.710 -5.900 -13.930 1.00 0.00 P0 H +ATOM 1584 CG1 ILE X 117 5.000 -7.500 -16.120 1.00 0.00 P0 C +ATOM 1585 HG11 ILE X 117 5.960 -7.270 -16.630 1.00 0.00 P0 H +ATOM 1586 HG12 ILE X 117 4.340 -8.270 -16.580 1.00 0.00 P0 H +ATOM 1587 CD ILE X 117 4.080 -6.230 -16.150 1.00 0.00 P0 C +ATOM 1588 HD1 ILE X 117 3.850 -6.010 -17.220 1.00 0.00 P0 H +ATOM 1589 HD2 ILE X 117 3.160 -6.280 -15.540 1.00 0.00 P0 H +ATOM 1590 HD3 ILE X 117 4.600 -5.310 -15.790 1.00 0.00 P0 H +ATOM 1591 C ILE X 117 7.790 -9.080 -15.070 1.00 0.00 P0 C +ATOM 1592 O ILE X 117 8.290 -8.680 -16.130 1.00 0.00 P0 O +ATOM 1593 N SER X 118 8.540 -9.480 -14.020 1.00 0.00 P0 N +ATOM 1594 HN SER X 118 8.220 -9.920 -13.190 1.00 0.00 P0 H +ATOM 1595 CA SER X 118 9.970 -9.390 -14.010 1.00 0.00 P0 C +ATOM 1596 HA SER X 118 10.380 -8.430 -14.300 1.00 0.00 P0 H +ATOM 1597 CB SER X 118 10.640 -9.630 -12.630 1.00 0.00 P0 C +ATOM 1598 HB1 SER X 118 10.110 -8.940 -11.930 1.00 0.00 P0 H +ATOM 1599 HB2 SER X 118 10.430 -10.620 -12.160 1.00 0.00 P0 H +ATOM 1600 OG SER X 118 12.010 -9.370 -12.520 1.00 0.00 P0 O +ATOM 1601 HG1 SER X 118 12.230 -8.600 -13.040 1.00 0.00 P0 H +ATOM 1602 C SER X 118 10.620 -10.480 -14.900 1.00 0.00 P0 C +ATOM 1603 O SER X 118 11.530 -10.190 -15.640 1.00 0.00 P0 O +ATOM 1604 N PHE X 119 10.000 -11.690 -14.930 1.00 0.00 P0 N +ATOM 1605 HN PHE X 119 9.340 -11.980 -14.240 1.00 0.00 P0 H +ATOM 1606 CA PHE X 119 10.360 -12.690 -15.890 1.00 0.00 P0 C +ATOM 1607 HA PHE X 119 11.430 -12.680 -16.000 1.00 0.00 P0 H +ATOM 1608 CB PHE X 119 9.830 -14.080 -15.490 1.00 0.00 P0 C +ATOM 1609 HB1 PHE X 119 8.820 -13.910 -15.040 1.00 0.00 P0 H +ATOM 1610 HB2 PHE X 119 9.710 -14.820 -16.310 1.00 0.00 P0 H +ATOM 1611 CG PHE X 119 10.780 -14.670 -14.430 1.00 0.00 P0 C +ATOM 1612 CD1 PHE X 119 11.900 -15.270 -14.910 1.00 0.00 P0 C +ATOM 1613 HD1 PHE X 119 12.020 -15.520 -15.950 1.00 0.00 P0 H +ATOM 1614 CE1 PHE X 119 12.820 -15.840 -14.010 1.00 0.00 P0 C +ATOM 1615 HE1 PHE X 119 13.750 -16.280 -14.370 1.00 0.00 P0 H +ATOM 1616 CZ PHE X 119 12.710 -15.710 -12.630 1.00 0.00 P0 C +ATOM 1617 HZ PHE X 119 13.320 -16.230 -11.920 1.00 0.00 P0 H +ATOM 1618 CD2 PHE X 119 10.540 -14.720 -13.030 1.00 0.00 P0 C +ATOM 1619 HD2 PHE X 119 9.730 -14.200 -12.530 1.00 0.00 P0 H +ATOM 1620 CE2 PHE X 119 11.430 -15.250 -12.150 1.00 0.00 P0 C +ATOM 1621 HE2 PHE X 119 11.130 -15.330 -11.120 1.00 0.00 P0 H +ATOM 1622 C PHE X 119 9.910 -12.280 -17.270 1.00 0.00 P0 C +ATOM 1623 O PHE X 119 10.680 -12.520 -18.200 1.00 0.00 P0 O +ATOM 1624 N ASP X 120 8.710 -11.760 -17.440 1.00 0.00 P0 N +ATOM 1625 HN ASP X 120 8.120 -11.570 -16.660 1.00 0.00 P0 H +ATOM 1626 CA ASP X 120 8.190 -11.380 -18.670 1.00 0.00 P0 C +ATOM 1627 HA ASP X 120 8.190 -12.210 -19.360 1.00 0.00 P0 H +ATOM 1628 CB ASP X 120 6.770 -10.810 -18.430 1.00 0.00 P0 C +ATOM 1629 HB1 ASP X 120 6.080 -11.580 -18.030 1.00 0.00 P0 H +ATOM 1630 HB2 ASP X 120 6.760 -9.920 -17.760 1.00 0.00 P0 H +ATOM 1631 CG ASP X 120 6.070 -10.240 -19.690 1.00 0.00 P0 C +ATOM 1632 OD1 ASP X 120 6.280 -9.030 -19.980 1.00 0.00 P0 O +ATOM 1633 OD2 ASP X 120 5.320 -11.010 -20.310 1.00 0.00 P0 O +ATOM 1634 C ASP X 120 8.990 -10.220 -19.510 1.00 0.00 P0 C +ATOM 1635 O ASP X 120 9.340 -10.330 -20.690 1.00 0.00 P0 O +ATOM 1636 N ARG X 121 9.430 -9.210 -18.770 1.00 0.00 P0 N +ATOM 1637 HN ARG X 121 9.210 -9.150 -17.790 1.00 0.00 P0 H +ATOM 1638 CA ARG X 121 10.410 -8.260 -19.230 1.00 0.00 P0 C +ATOM 1639 HA ARG X 121 10.150 -7.930 -20.220 1.00 0.00 P0 H +ATOM 1640 CB ARG X 121 10.560 -7.080 -18.270 1.00 0.00 P0 C +ATOM 1641 HB1 ARG X 121 10.880 -7.480 -17.280 1.00 0.00 P0 H +ATOM 1642 HB2 ARG X 121 11.280 -6.270 -18.530 1.00 0.00 P0 H +ATOM 1643 CG ARG X 121 9.290 -6.300 -17.920 1.00 0.00 P0 C +ATOM 1644 HG1 ARG X 121 8.400 -6.770 -17.450 1.00 0.00 P0 H +ATOM 1645 HG2 ARG X 121 9.570 -5.450 -17.260 1.00 0.00 P0 H +ATOM 1646 CD ARG X 121 8.600 -5.590 -19.160 1.00 0.00 P0 C +ATOM 1647 HD1 ARG X 121 7.790 -4.910 -18.810 1.00 0.00 P0 H +ATOM 1648 HD2 ARG X 121 9.400 -4.990 -19.620 1.00 0.00 P0 H +ATOM 1649 NE ARG X 121 8.070 -6.640 -20.070 1.00 0.00 P0 N +ATOM 1650 HE ARG X 121 7.580 -7.430 -19.700 1.00 0.00 P0 H +ATOM 1651 CZ ARG X 121 7.800 -6.490 -21.340 1.00 0.00 P0 C +ATOM 1652 NH1 ARG X 121 8.280 -5.460 -22.010 1.00 0.00 P0 N +ATOM 1653 HH11 ARG X 121 7.860 -5.430 -22.910 1.00 0.00 P0 H +ATOM 1654 HH12 ARG X 121 9.130 -5.000 -21.760 1.00 0.00 P0 H +ATOM 1655 NH2 ARG X 121 7.070 -7.420 -21.910 1.00 0.00 P0 N +ATOM 1656 HH21 ARG X 121 6.720 -7.300 -22.830 1.00 0.00 P0 H +ATOM 1657 HH22 ARG X 121 6.730 -8.100 -21.250 1.00 0.00 P0 H +ATOM 1658 C ARG X 121 11.800 -8.760 -19.570 1.00 0.00 P0 C +ATOM 1659 O ARG X 121 12.330 -8.390 -20.610 1.00 0.00 P0 O +ATOM 1660 N TYR X 122 12.320 -9.660 -18.650 1.00 0.00 P0 N +ATOM 1661 HN TYR X 122 11.880 -9.870 -17.780 1.00 0.00 P0 H +ATOM 1662 CA TYR X 122 13.570 -10.390 -18.870 1.00 0.00 P0 C +ATOM 1663 HA TYR X 122 14.240 -9.560 -19.040 1.00 0.00 P0 H +ATOM 1664 CB TYR X 122 13.960 -11.220 -17.600 1.00 0.00 P0 C +ATOM 1665 HB1 TYR X 122 14.030 -10.580 -16.700 1.00 0.00 P0 H +ATOM 1666 HB2 TYR X 122 13.120 -11.890 -17.330 1.00 0.00 P0 H +ATOM 1667 CG TYR X 122 15.220 -12.050 -17.830 1.00 0.00 P0 C +ATOM 1668 CD1 TYR X 122 16.450 -11.350 -17.940 1.00 0.00 P0 C +ATOM 1669 HD1 TYR X 122 16.520 -10.270 -18.020 1.00 0.00 P0 H +ATOM 1670 CE1 TYR X 122 17.670 -12.020 -18.120 1.00 0.00 P0 C +ATOM 1671 HE1 TYR X 122 18.540 -11.400 -18.250 1.00 0.00 P0 H +ATOM 1672 CZ TYR X 122 17.620 -13.390 -18.100 1.00 0.00 P0 C +ATOM 1673 OH TYR X 122 18.780 -14.120 -18.410 1.00 0.00 P0 O +ATOM 1674 HH TYR X 122 19.510 -13.490 -18.410 1.00 0.00 P0 H +ATOM 1675 CD2 TYR X 122 15.180 -13.380 -17.960 1.00 0.00 P0 C +ATOM 1676 HD2 TYR X 122 14.220 -13.880 -17.920 1.00 0.00 P0 H +ATOM 1677 CE2 TYR X 122 16.380 -14.100 -18.130 1.00 0.00 P0 C +ATOM 1678 HE2 TYR X 122 16.230 -15.170 -18.180 1.00 0.00 P0 H +ATOM 1679 C TYR X 122 13.520 -11.280 -20.140 1.00 0.00 P0 C +ATOM 1680 O TYR X 122 14.330 -11.100 -21.030 1.00 0.00 P0 O +ATOM 1681 N PHE X 123 12.510 -12.140 -20.230 1.00 0.00 P0 N +ATOM 1682 HN PHE X 123 11.830 -12.180 -19.500 1.00 0.00 P0 H +ATOM 1683 CA PHE X 123 12.210 -12.930 -21.400 1.00 0.00 P0 C +ATOM 1684 HA PHE X 123 13.050 -13.600 -21.550 1.00 0.00 P0 H +ATOM 1685 CB PHE X 123 10.890 -13.760 -21.090 1.00 0.00 P0 C +ATOM 1686 HB1 PHE X 123 10.100 -13.130 -20.630 1.00 0.00 P0 H +ATOM 1687 HB2 PHE X 123 10.460 -13.990 -22.100 1.00 0.00 P0 H +ATOM 1688 CG PHE X 123 11.170 -14.950 -20.300 1.00 0.00 P0 C +ATOM 1689 CD1 PHE X 123 10.380 -15.500 -19.250 1.00 0.00 P0 C +ATOM 1690 HD1 PHE X 123 9.580 -14.850 -18.920 1.00 0.00 P0 H +ATOM 1691 CE1 PHE X 123 10.830 -16.590 -18.520 1.00 0.00 P0 C +ATOM 1692 HE1 PHE X 123 10.200 -16.960 -17.720 1.00 0.00 P0 H +ATOM 1693 CZ PHE X 123 11.770 -17.510 -18.980 1.00 0.00 P0 C +ATOM 1694 HZ PHE X 123 12.030 -18.490 -18.600 1.00 0.00 P0 H +ATOM 1695 CD2 PHE X 123 12.270 -15.820 -20.710 1.00 0.00 P0 C +ATOM 1696 HD2 PHE X 123 12.770 -15.770 -21.660 1.00 0.00 P0 H +ATOM 1697 CE2 PHE X 123 12.580 -17.010 -20.050 1.00 0.00 P0 C +ATOM 1698 HE2 PHE X 123 13.340 -17.710 -20.370 1.00 0.00 P0 H +ATOM 1699 C PHE X 123 12.060 -12.190 -22.680 1.00 0.00 P0 C +ATOM 1700 O PHE X 123 12.580 -12.510 -23.740 1.00 0.00 P0 O +ATOM 1701 N CYS X 124 11.340 -11.050 -22.670 1.00 0.00 P0 N +ATOM 1702 HN CYS X 124 10.900 -10.680 -21.850 1.00 0.00 P0 H +ATOM 1703 CA CYS X 124 11.220 -10.170 -23.780 1.00 0.00 P0 C +ATOM 1704 HA CYS X 124 10.920 -10.850 -24.560 1.00 0.00 P0 H +ATOM 1705 CB CYS X 124 9.990 -9.320 -23.630 1.00 0.00 P0 C +ATOM 1706 HB1 CYS X 124 9.140 -10.030 -23.510 1.00 0.00 P0 H +ATOM 1707 HB2 CYS X 124 10.140 -8.850 -22.640 1.00 0.00 P0 H +ATOM 1708 SG CYS X 124 9.670 -7.970 -24.910 1.00 0.00 P0 S +ATOM 1709 HG1 CYS X 124 10.720 -7.260 -24.560 1.00 0.00 P0 H +ATOM 1710 C CYS X 124 12.490 -9.420 -24.230 1.00 0.00 P0 C +ATOM 1711 O CYS X 124 12.780 -9.530 -25.410 1.00 0.00 P0 O +ATOM 1712 N VAL X 125 13.310 -8.970 -23.250 1.00 0.00 P0 N +ATOM 1713 HN VAL X 125 13.030 -9.000 -22.290 1.00 0.00 P0 H +ATOM 1714 CA VAL X 125 14.680 -8.550 -23.540 1.00 0.00 P0 C +ATOM 1715 HA VAL X 125 14.600 -7.840 -24.350 1.00 0.00 P0 H +ATOM 1716 CB VAL X 125 15.270 -7.820 -22.300 1.00 0.00 P0 C +ATOM 1717 HB VAL X 125 14.960 -8.390 -21.400 1.00 0.00 P0 H +ATOM 1718 CG1 VAL X 125 16.800 -7.750 -22.290 1.00 0.00 P0 C +ATOM 1719 HG11 VAL X 125 17.180 -7.360 -21.320 1.00 0.00 P0 H +ATOM 1720 HG12 VAL X 125 17.190 -8.780 -22.410 1.00 0.00 P0 H +ATOM 1721 HG13 VAL X 125 17.050 -6.990 -23.080 1.00 0.00 P0 H +ATOM 1722 CG2 VAL X 125 14.770 -6.410 -22.270 1.00 0.00 P0 C +ATOM 1723 HG21 VAL X 125 15.190 -5.760 -23.060 1.00 0.00 P0 H +ATOM 1724 HG22 VAL X 125 13.680 -6.340 -22.490 1.00 0.00 P0 H +ATOM 1725 HG23 VAL X 125 15.080 -5.800 -21.390 1.00 0.00 P0 H +ATOM 1726 C VAL X 125 15.550 -9.700 -24.060 1.00 0.00 P0 C +ATOM 1727 O VAL X 125 16.320 -9.350 -24.970 1.00 0.00 P0 O +ATOM 1728 N THR X 126 15.480 -10.980 -23.620 1.00 0.00 P0 N +ATOM 1729 HN THR X 126 14.720 -11.250 -23.040 1.00 0.00 P0 H +ATOM 1730 CA THR X 126 16.420 -12.060 -24.050 1.00 0.00 P0 C +ATOM 1731 HA THR X 126 17.410 -11.660 -24.190 1.00 0.00 P0 H +ATOM 1732 CB THR X 126 16.650 -13.150 -22.940 1.00 0.00 P0 C +ATOM 1733 HB THR X 126 16.950 -14.130 -23.360 1.00 0.00 P0 H +ATOM 1734 OG1 THR X 126 15.510 -13.280 -22.070 1.00 0.00 P0 O +ATOM 1735 HG1 THR X 126 15.200 -12.460 -21.690 1.00 0.00 P0 H +ATOM 1736 CG2 THR X 126 17.720 -12.550 -22.120 1.00 0.00 P0 C +ATOM 1737 HG21 THR X 126 18.020 -13.190 -21.250 1.00 0.00 P0 H +ATOM 1738 HG22 THR X 126 18.680 -12.340 -22.660 1.00 0.00 P0 H +ATOM 1739 HG23 THR X 126 17.320 -11.600 -21.700 1.00 0.00 P0 H +ATOM 1740 C THR X 126 15.940 -12.770 -25.310 1.00 0.00 P0 C +ATOM 1741 O THR X 126 16.820 -13.310 -26.100 1.00 0.00 P0 O +ATOM 1742 N LYS X 127 14.600 -12.800 -25.640 1.00 0.00 P0 N +ATOM 1743 HN LYS X 127 13.920 -12.460 -25.000 1.00 0.00 P0 H +ATOM 1744 CA LYS X 127 14.100 -13.500 -26.740 1.00 0.00 P0 C +ATOM 1745 HA LYS X 127 14.920 -13.870 -27.330 1.00 0.00 P0 H +ATOM 1746 CB LYS X 127 13.310 -14.740 -26.120 1.00 0.00 P0 C +ATOM 1747 HB1 LYS X 127 12.650 -14.240 -25.380 1.00 0.00 P0 H +ATOM 1748 HB2 LYS X 127 12.720 -15.280 -26.880 1.00 0.00 P0 H +ATOM 1749 CG LYS X 127 14.190 -15.770 -25.350 1.00 0.00 P0 C +ATOM 1750 HG1 LYS X 127 14.920 -15.350 -24.620 1.00 0.00 P0 H +ATOM 1751 HG2 LYS X 127 13.560 -16.470 -24.780 1.00 0.00 P0 H +ATOM 1752 CD LYS X 127 14.950 -16.710 -26.360 1.00 0.00 P0 C +ATOM 1753 HD1 LYS X 127 15.140 -17.620 -25.750 1.00 0.00 P0 H +ATOM 1754 HD2 LYS X 127 14.200 -17.070 -27.090 1.00 0.00 P0 H +ATOM 1755 CE LYS X 127 16.220 -16.230 -27.070 1.00 0.00 P0 C +ATOM 1756 HE1 LYS X 127 16.000 -15.360 -27.720 1.00 0.00 P0 H +ATOM 1757 HE2 LYS X 127 16.930 -15.780 -26.350 1.00 0.00 P0 H +ATOM 1758 NZ LYS X 127 16.970 -17.360 -27.800 1.00 0.00 P0 N +ATOM 1759 HZ1 LYS X 127 16.390 -17.560 -28.630 1.00 0.00 P0 H +ATOM 1760 HZ2 LYS X 127 17.940 -17.160 -28.120 1.00 0.00 P0 H +ATOM 1761 HZ3 LYS X 127 17.020 -18.090 -27.060 1.00 0.00 P0 H +ATOM 1762 C LYS X 127 13.060 -12.660 -27.560 1.00 0.00 P0 C +ATOM 1763 O LYS X 127 11.860 -12.800 -27.440 1.00 0.00 P0 O +ATOM 1764 N PRO X 128 13.480 -11.710 -28.350 1.00 0.00 P0 N +ATOM 1765 CD PRO X 128 14.820 -11.560 -28.900 1.00 0.00 P0 C +ATOM 1766 HD1 PRO X 128 15.170 -12.550 -29.260 1.00 0.00 P0 H +ATOM 1767 HD2 PRO X 128 15.540 -11.330 -28.090 1.00 0.00 P0 H +ATOM 1768 CA PRO X 128 12.680 -10.640 -28.850 1.00 0.00 P0 C +ATOM 1769 HA PRO X 128 12.100 -10.120 -28.110 1.00 0.00 P0 H +ATOM 1770 CB PRO X 128 13.630 -9.640 -29.450 1.00 0.00 P0 C +ATOM 1771 HB1 PRO X 128 13.870 -8.900 -28.660 1.00 0.00 P0 H +ATOM 1772 HB2 PRO X 128 13.240 -9.090 -30.340 1.00 0.00 P0 H +ATOM 1773 CG PRO X 128 14.890 -10.340 -29.920 1.00 0.00 P0 C +ATOM 1774 HG1 PRO X 128 15.860 -9.820 -29.820 1.00 0.00 P0 H +ATOM 1775 HG2 PRO X 128 14.610 -10.610 -30.970 1.00 0.00 P0 H +ATOM 1776 C PRO X 128 11.720 -11.070 -29.920 1.00 0.00 P0 C +ATOM 1777 O PRO X 128 10.740 -10.380 -30.280 1.00 0.00 P0 O +ATOM 1778 N LEU X 129 12.040 -12.150 -30.650 1.00 0.00 P0 N +ATOM 1779 HN LEU X 129 12.950 -12.550 -30.500 1.00 0.00 P0 H +ATOM 1780 CA LEU X 129 11.320 -12.610 -31.780 1.00 0.00 P0 C +ATOM 1781 HA LEU X 129 10.480 -11.960 -31.950 1.00 0.00 P0 H +ATOM 1782 CB LEU X 129 12.220 -12.770 -33.070 1.00 0.00 P0 C +ATOM 1783 HB1 LEU X 129 12.690 -13.760 -32.930 1.00 0.00 P0 H +ATOM 1784 HB2 LEU X 129 11.690 -13.010 -34.020 1.00 0.00 P0 H +ATOM 1785 CG LEU X 129 13.210 -11.660 -33.440 1.00 0.00 P0 C +ATOM 1786 HG LEU X 129 14.030 -11.600 -32.690 1.00 0.00 P0 H +ATOM 1787 CD1 LEU X 129 13.910 -12.040 -34.750 1.00 0.00 P0 C +ATOM 1788 HD11 LEU X 129 13.260 -12.090 -35.640 1.00 0.00 P0 H +ATOM 1789 HD12 LEU X 129 14.760 -11.400 -35.070 1.00 0.00 P0 H +ATOM 1790 HD13 LEU X 129 14.390 -13.040 -34.600 1.00 0.00 P0 H +ATOM 1791 CD2 LEU X 129 12.290 -10.450 -33.720 1.00 0.00 P0 C +ATOM 1792 HD21 LEU X 129 12.910 -9.670 -34.220 1.00 0.00 P0 H +ATOM 1793 HD22 LEU X 129 11.380 -10.730 -34.300 1.00 0.00 P0 H +ATOM 1794 HD23 LEU X 129 11.950 -10.070 -32.740 1.00 0.00 P0 H +ATOM 1795 C LEU X 129 10.600 -13.860 -31.340 1.00 0.00 P0 C +ATOM 1796 O LEU X 129 9.590 -14.170 -32.020 1.00 0.00 P0 O +ATOM 1797 N THR X 130 10.950 -14.610 -30.300 1.00 0.00 P0 N +ATOM 1798 HN THR X 130 11.720 -14.480 -29.690 1.00 0.00 P0 H +ATOM 1799 CA THR X 130 10.220 -15.940 -30.070 1.00 0.00 P0 C +ATOM 1800 HA THR X 130 9.720 -16.320 -30.960 1.00 0.00 P0 H +ATOM 1801 CB THR X 130 11.100 -17.080 -29.760 1.00 0.00 P0 C +ATOM 1802 HB THR X 130 10.470 -17.980 -29.570 1.00 0.00 P0 H +ATOM 1803 OG1 THR X 130 12.040 -16.820 -28.700 1.00 0.00 P0 O +ATOM 1804 HG1 THR X 130 12.280 -17.650 -28.290 1.00 0.00 P0 H +ATOM 1805 CG2 THR X 130 11.930 -17.530 -30.890 1.00 0.00 P0 C +ATOM 1806 HG21 THR X 130 12.850 -16.950 -31.140 1.00 0.00 P0 H +ATOM 1807 HG22 THR X 130 12.190 -18.590 -30.750 1.00 0.00 P0 H +ATOM 1808 HG23 THR X 130 11.360 -17.440 -31.850 1.00 0.00 P0 H +ATOM 1809 C THR X 130 9.160 -15.850 -28.990 1.00 0.00 P0 C +ATOM 1810 O THR X 130 7.990 -16.180 -29.130 1.00 0.00 P0 O +ATOM 1811 N TYR X 131 9.480 -15.230 -27.930 1.00 0.00 P0 N +ATOM 1812 HN TYR X 131 10.380 -14.790 -27.960 1.00 0.00 P0 H +ATOM 1813 CA TYR X 131 8.640 -14.990 -26.730 1.00 0.00 P0 C +ATOM 1814 HA TYR X 131 8.370 -16.010 -26.460 1.00 0.00 P0 H +ATOM 1815 CB TYR X 131 9.440 -14.430 -25.510 1.00 0.00 P0 C +ATOM 1816 HB1 TYR X 131 10.150 -15.190 -25.150 1.00 0.00 P0 H +ATOM 1817 HB2 TYR X 131 9.840 -13.410 -25.710 1.00 0.00 P0 H +ATOM 1818 CG TYR X 131 8.530 -14.170 -24.250 1.00 0.00 P0 C +ATOM 1819 CD1 TYR X 131 8.050 -15.250 -23.430 1.00 0.00 P0 C +ATOM 1820 HD1 TYR X 131 8.220 -16.280 -23.710 1.00 0.00 P0 H +ATOM 1821 CE1 TYR X 131 7.320 -14.980 -22.260 1.00 0.00 P0 C +ATOM 1822 HE1 TYR X 131 6.880 -15.710 -21.590 1.00 0.00 P0 H +ATOM 1823 CZ TYR X 131 6.930 -13.690 -22.010 1.00 0.00 P0 C +ATOM 1824 OH TYR X 131 6.140 -13.370 -20.830 1.00 0.00 P0 O +ATOM 1825 HH TYR X 131 5.820 -12.470 -20.930 1.00 0.00 P0 H +ATOM 1826 CD2 TYR X 131 8.370 -12.860 -23.770 1.00 0.00 P0 C +ATOM 1827 HD2 TYR X 131 8.700 -12.020 -24.350 1.00 0.00 P0 H +ATOM 1828 CE2 TYR X 131 7.460 -12.600 -22.690 1.00 0.00 P0 C +ATOM 1829 HE2 TYR X 131 7.240 -11.570 -22.450 1.00 0.00 P0 H +ATOM 1830 C TYR X 131 7.300 -14.300 -26.930 1.00 0.00 P0 C +ATOM 1831 O TYR X 131 6.310 -14.930 -26.480 1.00 0.00 P0 O +ATOM 1832 N PRO X 132 7.160 -13.150 -27.630 1.00 0.00 P0 N +ATOM 1833 CD PRO X 132 8.290 -12.240 -27.920 1.00 0.00 P0 C +ATOM 1834 HD1 PRO X 132 9.210 -12.670 -28.360 1.00 0.00 P0 H +ATOM 1835 HD2 PRO X 132 8.630 -11.760 -26.980 1.00 0.00 P0 H +ATOM 1836 CA PRO X 132 5.890 -12.490 -27.990 1.00 0.00 P0 C +ATOM 1837 HA PRO X 132 5.410 -12.360 -27.040 1.00 0.00 P0 H +ATOM 1838 CB PRO X 132 6.300 -11.110 -28.510 1.00 0.00 P0 C +ATOM 1839 HB1 PRO X 132 6.190 -10.420 -27.650 1.00 0.00 P0 H +ATOM 1840 HB2 PRO X 132 5.840 -10.740 -29.450 1.00 0.00 P0 H +ATOM 1841 CG PRO X 132 7.690 -11.260 -28.940 1.00 0.00 P0 C +ATOM 1842 HG1 PRO X 132 8.250 -10.310 -28.780 1.00 0.00 P0 H +ATOM 1843 HG2 PRO X 132 7.710 -11.590 -30.000 1.00 0.00 P0 H +ATOM 1844 C PRO X 132 5.090 -13.270 -28.960 1.00 0.00 P0 C +ATOM 1845 O PRO X 132 3.850 -13.190 -28.970 1.00 0.00 P0 O +ATOM 1846 N VAL X 133 5.610 -14.140 -29.880 1.00 0.00 P0 N +ATOM 1847 HN VAL X 133 6.610 -14.180 -29.910 1.00 0.00 P0 H +ATOM 1848 CA VAL X 133 4.950 -15.170 -30.610 1.00 0.00 P0 C +ATOM 1849 HA VAL X 133 4.050 -14.770 -31.030 1.00 0.00 P0 H +ATOM 1850 CB VAL X 133 5.830 -15.820 -31.670 1.00 0.00 P0 C +ATOM 1851 HB VAL X 133 6.790 -16.290 -31.370 1.00 0.00 P0 H +ATOM 1852 CG1 VAL X 133 5.080 -16.730 -32.700 1.00 0.00 P0 C +ATOM 1853 HG11 VAL X 133 5.850 -17.110 -33.390 1.00 0.00 P0 H +ATOM 1854 HG12 VAL X 133 4.750 -17.650 -32.180 1.00 0.00 P0 H +ATOM 1855 HG13 VAL X 133 4.240 -16.210 -33.210 1.00 0.00 P0 H +ATOM 1856 CG2 VAL X 133 6.420 -14.760 -32.590 1.00 0.00 P0 C +ATOM 1857 HG21 VAL X 133 6.970 -13.980 -32.030 1.00 0.00 P0 H +ATOM 1858 HG22 VAL X 133 7.060 -15.160 -33.400 1.00 0.00 P0 H +ATOM 1859 HG23 VAL X 133 5.520 -14.230 -32.980 1.00 0.00 P0 H +ATOM 1860 C VAL X 133 4.380 -16.260 -29.740 1.00 0.00 P0 C +ATOM 1861 O VAL X 133 3.190 -16.660 -29.840 1.00 0.00 P0 O +ATOM 1862 N LYS X 134 5.200 -16.730 -28.810 1.00 0.00 P0 N +ATOM 1863 HN LYS X 134 6.110 -16.340 -28.660 1.00 0.00 P0 H +ATOM 1864 CA LYS X 134 4.800 -17.820 -27.850 1.00 0.00 P0 C +ATOM 1865 HA LYS X 134 4.310 -18.550 -28.480 1.00 0.00 P0 H +ATOM 1866 CB LYS X 134 5.970 -18.670 -27.250 1.00 0.00 P0 C +ATOM 1867 HB1 LYS X 134 6.580 -17.910 -26.720 1.00 0.00 P0 H +ATOM 1868 HB2 LYS X 134 5.550 -19.390 -26.520 1.00 0.00 P0 H +ATOM 1869 CG LYS X 134 6.880 -19.480 -28.230 1.00 0.00 P0 C +ATOM 1870 HG1 LYS X 134 7.090 -18.830 -29.090 1.00 0.00 P0 H +ATOM 1871 HG2 LYS X 134 7.820 -19.620 -27.640 1.00 0.00 P0 H +ATOM 1872 CD LYS X 134 6.260 -20.800 -28.620 1.00 0.00 P0 C +ATOM 1873 HD1 LYS X 134 5.460 -21.090 -27.910 1.00 0.00 P0 H +ATOM 1874 HD2 LYS X 134 5.870 -20.550 -29.630 1.00 0.00 P0 H +ATOM 1875 CE LYS X 134 7.270 -21.940 -28.650 1.00 0.00 P0 C +ATOM 1876 HE1 LYS X 134 7.830 -22.010 -27.690 1.00 0.00 P0 H +ATOM 1877 HE2 LYS X 134 6.870 -22.970 -28.760 1.00 0.00 P0 H +ATOM 1878 NZ LYS X 134 8.260 -21.760 -29.720 1.00 0.00 P0 N +ATOM 1879 HZ1 LYS X 134 7.820 -21.160 -30.450 1.00 0.00 P0 H +ATOM 1880 HZ2 LYS X 134 9.080 -21.230 -29.380 1.00 0.00 P0 H +ATOM 1881 HZ3 LYS X 134 8.440 -22.670 -30.180 1.00 0.00 P0 H +ATOM 1882 C LYS X 134 3.800 -17.540 -26.780 1.00 0.00 P0 C +ATOM 1883 O LYS X 134 3.140 -18.420 -26.260 1.00 0.00 P0 O +ATOM 1884 N ARG X 135 3.810 -16.290 -26.260 1.00 0.00 P0 N +ATOM 1885 HN ARG X 135 4.440 -15.610 -26.640 1.00 0.00 P0 H +ATOM 1886 CA ARG X 135 2.960 -15.680 -25.230 1.00 0.00 P0 C +ATOM 1887 HA ARG X 135 2.810 -16.400 -24.440 1.00 0.00 P0 H +ATOM 1888 CB ARG X 135 3.620 -14.350 -24.780 1.00 0.00 P0 C +ATOM 1889 HB1 ARG X 135 4.690 -14.550 -24.580 1.00 0.00 P0 H +ATOM 1890 HB2 ARG X 135 3.740 -13.760 -25.700 1.00 0.00 P0 H +ATOM 1891 CG ARG X 135 2.900 -13.750 -23.620 1.00 0.00 P0 C +ATOM 1892 HG1 ARG X 135 1.840 -13.550 -23.880 1.00 0.00 P0 H +ATOM 1893 HG2 ARG X 135 2.800 -14.580 -22.890 1.00 0.00 P0 H +ATOM 1894 CD ARG X 135 3.520 -12.430 -22.970 1.00 0.00 P0 C +ATOM 1895 HD1 ARG X 135 2.720 -12.140 -22.260 1.00 0.00 P0 H +ATOM 1896 HD2 ARG X 135 4.530 -12.490 -22.540 1.00 0.00 P0 H +ATOM 1897 NE ARG X 135 3.600 -11.490 -24.110 1.00 0.00 P0 N +ATOM 1898 HE ARG X 135 3.210 -11.850 -24.970 1.00 0.00 P0 H +ATOM 1899 CZ ARG X 135 4.110 -10.300 -24.160 1.00 0.00 P0 C +ATOM 1900 NH1 ARG X 135 4.810 -9.890 -23.130 1.00 0.00 P0 N +ATOM 1901 HH11 ARG X 135 5.000 -8.910 -23.080 1.00 0.00 P0 H +ATOM 1902 HH12 ARG X 135 4.570 -10.470 -22.350 1.00 0.00 P0 H +ATOM 1903 NH2 ARG X 135 3.930 -9.470 -25.150 1.00 0.00 P0 N +ATOM 1904 HH21 ARG X 135 4.360 -8.580 -24.980 1.00 0.00 P0 H +ATOM 1905 HH22 ARG X 135 3.420 -9.730 -25.960 1.00 0.00 P0 H +ATOM 1906 C ARG X 135 1.460 -15.450 -25.680 1.00 0.00 P0 C +ATOM 1907 O ARG X 135 1.190 -14.950 -26.770 1.00 0.00 P0 O +ATOM 1908 N THR X 136 0.480 -15.750 -24.830 1.00 0.00 P0 N +ATOM 1909 HN THR X 136 0.630 -16.060 -23.900 1.00 0.00 P0 H +ATOM 1910 CA THR X 136 -0.910 -15.590 -25.180 1.00 0.00 P0 C +ATOM 1911 HA THR X 136 -1.080 -14.900 -25.990 1.00 0.00 P0 H +ATOM 1912 CB THR X 136 -1.660 -16.860 -25.580 1.00 0.00 P0 C +ATOM 1913 HB THR X 136 -2.710 -16.640 -25.860 1.00 0.00 P0 H +ATOM 1914 OG1 THR X 136 -1.800 -17.790 -24.490 1.00 0.00 P0 O +ATOM 1915 HG1 THR X 136 -0.850 -18.010 -24.520 1.00 0.00 P0 H +ATOM 1916 CG2 THR X 136 -1.000 -17.530 -26.790 1.00 0.00 P0 C +ATOM 1917 HG21 THR X 136 0.100 -17.600 -26.710 1.00 0.00 P0 H +ATOM 1918 HG22 THR X 136 -1.470 -18.520 -26.890 1.00 0.00 P0 H +ATOM 1919 HG23 THR X 136 -1.210 -16.890 -27.670 1.00 0.00 P0 H +ATOM 1920 C THR X 136 -1.490 -14.960 -23.930 1.00 0.00 P0 C +ATOM 1921 O THR X 136 -0.980 -15.110 -22.830 1.00 0.00 P0 O +ATOM 1922 N THR X 137 -2.540 -14.280 -24.270 1.00 0.00 P0 N +ATOM 1923 HN THR X 137 -2.920 -14.300 -25.200 1.00 0.00 P0 H +ATOM 1924 CA THR X 137 -3.250 -13.370 -23.290 1.00 0.00 P0 C +ATOM 1925 HA THR X 137 -2.470 -12.880 -22.720 1.00 0.00 P0 H +ATOM 1926 CB THR X 137 -4.070 -12.330 -23.990 1.00 0.00 P0 C +ATOM 1927 HB THR X 137 -4.970 -12.740 -24.490 1.00 0.00 P0 H +ATOM 1928 OG1 THR X 137 -3.210 -11.560 -24.830 1.00 0.00 P0 O +ATOM 1929 HG1 THR X 137 -3.000 -12.300 -25.400 1.00 0.00 P0 H +ATOM 1930 CG2 THR X 137 -4.680 -11.360 -22.970 1.00 0.00 P0 C +ATOM 1931 HG21 THR X 137 -3.860 -10.810 -22.460 1.00 0.00 P0 H +ATOM 1932 HG22 THR X 137 -5.360 -10.550 -23.320 1.00 0.00 P0 H +ATOM 1933 HG23 THR X 137 -5.320 -11.810 -22.180 1.00 0.00 P0 H +ATOM 1934 C THR X 137 -4.170 -14.190 -22.380 1.00 0.00 P0 C +ATOM 1935 O THR X 137 -4.270 -13.930 -21.190 1.00 0.00 P0 O +ATOM 1936 N LYS X 138 -4.670 -15.330 -22.820 1.00 0.00 P0 N +ATOM 1937 HN LYS X 138 -4.580 -15.540 -23.800 1.00 0.00 P0 H +ATOM 1938 CA LYS X 138 -5.350 -16.340 -22.000 1.00 0.00 P0 C +ATOM 1939 HA LYS X 138 -6.250 -15.920 -21.570 1.00 0.00 P0 H +ATOM 1940 CB LYS X 138 -5.780 -17.500 -22.920 1.00 0.00 P0 C +ATOM 1941 HB1 LYS X 138 -6.520 -17.050 -23.600 1.00 0.00 P0 H +ATOM 1942 HB2 LYS X 138 -4.930 -17.940 -23.460 1.00 0.00 P0 H +ATOM 1943 CG LYS X 138 -6.420 -18.700 -22.200 1.00 0.00 P0 C +ATOM 1944 HG1 LYS X 138 -6.560 -19.590 -22.850 1.00 0.00 P0 H +ATOM 1945 HG2 LYS X 138 -5.760 -19.060 -21.380 1.00 0.00 P0 H +ATOM 1946 CD LYS X 138 -7.840 -18.360 -21.570 1.00 0.00 P0 C +ATOM 1947 HD1 LYS X 138 -8.240 -19.210 -20.990 1.00 0.00 P0 H +ATOM 1948 HD2 LYS X 138 -7.840 -17.520 -20.850 1.00 0.00 P0 H +ATOM 1949 CE LYS X 138 -8.890 -17.930 -22.640 1.00 0.00 P0 C +ATOM 1950 HE1 LYS X 138 -9.800 -17.450 -22.210 1.00 0.00 P0 H +ATOM 1951 HE2 LYS X 138 -8.530 -17.170 -23.350 1.00 0.00 P0 H +ATOM 1952 NZ LYS X 138 -9.350 -19.010 -23.580 1.00 0.00 P0 N +ATOM 1953 HZ1 LYS X 138 -10.190 -18.740 -24.150 1.00 0.00 P0 H +ATOM 1954 HZ2 LYS X 138 -8.600 -19.390 -24.200 1.00 0.00 P0 H +ATOM 1955 HZ3 LYS X 138 -9.640 -19.820 -23.010 1.00 0.00 P0 H +ATOM 1956 C LYS X 138 -4.500 -16.770 -20.900 1.00 0.00 P0 C +ATOM 1957 O LYS X 138 -4.910 -16.890 -19.800 1.00 0.00 P0 O +ATOM 1958 N MET X 139 -3.250 -17.190 -21.210 1.00 0.00 P0 N +ATOM 1959 HN MET X 139 -2.870 -17.010 -22.120 1.00 0.00 P0 H +ATOM 1960 CA MET X 139 -2.340 -17.900 -20.290 1.00 0.00 P0 C +ATOM 1961 HA MET X 139 -2.990 -18.570 -19.730 1.00 0.00 P0 H +ATOM 1962 CB MET X 139 -1.300 -18.680 -21.110 1.00 0.00 P0 C +ATOM 1963 HB1 MET X 139 -1.780 -19.230 -21.940 1.00 0.00 P0 H +ATOM 1964 HB2 MET X 139 -0.620 -17.900 -21.530 1.00 0.00 P0 H +ATOM 1965 CG MET X 139 -0.260 -19.580 -20.390 1.00 0.00 P0 C +ATOM 1966 HG1 MET X 139 0.440 -19.990 -21.130 1.00 0.00 P0 H +ATOM 1967 HG2 MET X 139 0.280 -18.930 -19.660 1.00 0.00 P0 H +ATOM 1968 SD MET X 139 -1.130 -20.920 -19.490 1.00 0.00 P0 S +ATOM 1969 CE MET X 139 0.070 -21.140 -18.160 1.00 0.00 P0 C +ATOM 1970 HE1 MET X 139 1.040 -21.660 -18.350 1.00 0.00 P0 H +ATOM 1971 HE2 MET X 139 0.420 -20.180 -17.730 1.00 0.00 P0 H +ATOM 1972 HE3 MET X 139 -0.510 -21.680 -17.390 1.00 0.00 P0 H +ATOM 1973 C MET X 139 -1.730 -16.890 -19.270 1.00 0.00 P0 C +ATOM 1974 O MET X 139 -1.430 -17.180 -18.100 1.00 0.00 P0 O +ATOM 1975 N ALA X 140 -1.600 -15.590 -19.740 1.00 0.00 P0 N +ATOM 1976 HN ALA X 140 -1.800 -15.270 -20.660 1.00 0.00 P0 H +ATOM 1977 CA ALA X 140 -1.400 -14.490 -18.800 1.00 0.00 P0 C +ATOM 1978 HA ALA X 140 -0.500 -14.600 -18.220 1.00 0.00 P0 H +ATOM 1979 CB ALA X 140 -1.240 -13.130 -19.560 1.00 0.00 P0 C +ATOM 1980 HB1 ALA X 140 -2.080 -12.820 -20.200 1.00 0.00 P0 H +ATOM 1981 HB2 ALA X 140 -1.060 -12.280 -18.880 1.00 0.00 P0 H +ATOM 1982 HB3 ALA X 140 -0.310 -13.190 -20.190 1.00 0.00 P0 H +ATOM 1983 C ALA X 140 -2.550 -14.330 -17.790 1.00 0.00 P0 C +ATOM 1984 O ALA X 140 -2.340 -14.350 -16.530 1.00 0.00 P0 O +ATOM 1985 N GLY X 141 -3.840 -14.320 -18.350 1.00 0.00 P0 N +ATOM 1986 HN GLY X 141 -3.840 -14.430 -19.350 1.00 0.00 P0 H +ATOM 1987 CA GLY X 141 -4.970 -14.360 -17.450 1.00 0.00 P0 C +ATOM 1988 HA1 GLY X 141 -5.770 -14.440 -18.160 1.00 0.00 P0 H +ATOM 1989 HA2 GLY X 141 -5.020 -13.510 -16.780 1.00 0.00 P0 H +ATOM 1990 C GLY X 141 -5.100 -15.560 -16.480 1.00 0.00 P0 C +ATOM 1991 O GLY X 141 -5.480 -15.390 -15.290 1.00 0.00 P0 O +ATOM 1992 N MET X 142 -4.690 -16.720 -16.910 1.00 0.00 P0 N +ATOM 1993 HN MET X 142 -4.440 -16.660 -17.870 1.00 0.00 P0 H +ATOM 1994 CA MET X 142 -4.450 -17.960 -16.190 1.00 0.00 P0 C +ATOM 1995 HA MET X 142 -5.300 -18.330 -15.660 1.00 0.00 P0 H +ATOM 1996 CB MET X 142 -4.210 -19.090 -17.270 1.00 0.00 P0 C +ATOM 1997 HB1 MET X 142 -5.070 -19.110 -17.980 1.00 0.00 P0 H +ATOM 1998 HB2 MET X 142 -3.330 -18.780 -17.870 1.00 0.00 P0 H +ATOM 1999 CG MET X 142 -3.810 -20.440 -16.610 1.00 0.00 P0 C +ATOM 2000 HG1 MET X 142 -3.410 -21.190 -17.330 1.00 0.00 P0 H +ATOM 2001 HG2 MET X 142 -2.920 -20.310 -15.960 1.00 0.00 P0 H +ATOM 2002 SD MET X 142 -5.170 -21.080 -15.610 1.00 0.00 P0 S +ATOM 2003 CE MET X 142 -6.230 -21.460 -17.070 1.00 0.00 P0 C +ATOM 2004 HE1 MET X 142 -6.740 -20.570 -17.520 1.00 0.00 P0 H +ATOM 2005 HE2 MET X 142 -5.780 -21.910 -17.990 1.00 0.00 P0 H +ATOM 2006 HE3 MET X 142 -7.050 -22.120 -16.700 1.00 0.00 P0 H +ATOM 2007 C MET X 142 -3.290 -17.810 -15.150 1.00 0.00 P0 C +ATOM 2008 O MET X 142 -3.440 -18.280 -14.060 1.00 0.00 P0 O +ATOM 2009 N MET X 143 -2.140 -17.170 -15.450 1.00 0.00 P0 N +ATOM 2010 HN MET X 143 -1.910 -17.050 -16.410 1.00 0.00 P0 H +ATOM 2011 CA MET X 143 -1.130 -16.730 -14.450 1.00 0.00 P0 C +ATOM 2012 HA MET X 143 -0.800 -17.600 -13.890 1.00 0.00 P0 H +ATOM 2013 CB MET X 143 0.150 -16.100 -15.110 1.00 0.00 P0 C +ATOM 2014 HB1 MET X 143 -0.140 -15.350 -15.880 1.00 0.00 P0 H +ATOM 2015 HB2 MET X 143 0.670 -15.480 -14.360 1.00 0.00 P0 H +ATOM 2016 CG MET X 143 1.220 -17.130 -15.630 1.00 0.00 P0 C +ATOM 2017 HG1 MET X 143 0.660 -17.630 -16.450 1.00 0.00 P0 H +ATOM 2018 HG2 MET X 143 2.090 -16.660 -16.120 1.00 0.00 P0 H +ATOM 2019 SD MET X 143 1.870 -18.400 -14.430 1.00 0.00 P0 S +ATOM 2020 CE MET X 143 3.350 -17.560 -13.680 1.00 0.00 P0 C +ATOM 2021 HE1 MET X 143 4.050 -18.390 -13.500 1.00 0.00 P0 H +ATOM 2022 HE2 MET X 143 3.850 -16.810 -14.340 1.00 0.00 P0 H +ATOM 2023 HE3 MET X 143 3.130 -17.060 -12.710 1.00 0.00 P0 H +ATOM 2024 C MET X 143 -1.620 -15.720 -13.390 1.00 0.00 P0 C +ATOM 2025 O MET X 143 -1.170 -15.770 -12.140 1.00 0.00 P0 O +ATOM 2026 N ILE X 144 -2.560 -14.820 -13.780 1.00 0.00 P0 N +ATOM 2027 HN ILE X 144 -2.670 -14.790 -14.770 1.00 0.00 P0 H +ATOM 2028 CA ILE X 144 -3.270 -13.850 -12.850 1.00 0.00 P0 C +ATOM 2029 HA ILE X 144 -2.570 -13.320 -12.230 1.00 0.00 P0 H +ATOM 2030 CB ILE X 144 -3.900 -12.740 -13.670 1.00 0.00 P0 C +ATOM 2031 HB ILE X 144 -4.580 -13.220 -14.400 1.00 0.00 P0 H +ATOM 2032 CG2 ILE X 144 -4.630 -11.790 -12.770 1.00 0.00 P0 C +ATOM 2033 HG21 ILE X 144 -5.380 -12.330 -12.150 1.00 0.00 P0 H +ATOM 2034 HG22 ILE X 144 -3.950 -11.130 -12.180 1.00 0.00 P0 H +ATOM 2035 HG23 ILE X 144 -5.190 -11.010 -13.320 1.00 0.00 P0 H +ATOM 2036 CG1 ILE X 144 -2.790 -12.000 -14.430 1.00 0.00 P0 C +ATOM 2037 HG11 ILE X 144 -2.140 -11.480 -13.680 1.00 0.00 P0 H +ATOM 2038 HG12 ILE X 144 -2.070 -12.710 -14.890 1.00 0.00 P0 H +ATOM 2039 CD ILE X 144 -3.310 -11.080 -15.510 1.00 0.00 P0 C +ATOM 2040 HD1 ILE X 144 -3.660 -10.090 -15.160 1.00 0.00 P0 H +ATOM 2041 HD2 ILE X 144 -2.640 -10.810 -16.350 1.00 0.00 P0 H +ATOM 2042 HD3 ILE X 144 -4.120 -11.650 -16.020 1.00 0.00 P0 H +ATOM 2043 C ILE X 144 -4.210 -14.610 -11.940 1.00 0.00 P0 C +ATOM 2044 O ILE X 144 -4.200 -14.500 -10.700 1.00 0.00 P0 O +ATOM 2045 N ALA X 145 -4.960 -15.540 -12.520 1.00 0.00 P0 N +ATOM 2046 HN ALA X 145 -5.030 -15.670 -13.510 1.00 0.00 P0 H +ATOM 2047 CA ALA X 145 -5.790 -16.400 -11.710 1.00 0.00 P0 C +ATOM 2048 HA ALA X 145 -6.590 -15.880 -11.200 1.00 0.00 P0 H +ATOM 2049 CB ALA X 145 -6.480 -17.330 -12.740 1.00 0.00 P0 C +ATOM 2050 HB1 ALA X 145 -5.810 -18.110 -13.190 1.00 0.00 P0 H +ATOM 2051 HB2 ALA X 145 -7.310 -17.890 -12.250 1.00 0.00 P0 H +ATOM 2052 HB3 ALA X 145 -6.980 -16.790 -13.580 1.00 0.00 P0 H +ATOM 2053 C ALA X 145 -5.070 -17.340 -10.720 1.00 0.00 P0 C +ATOM 2054 O ALA X 145 -5.390 -17.450 -9.520 1.00 0.00 P0 O +ATOM 2055 N ALA X 146 -3.940 -17.940 -11.220 1.00 0.00 P0 N +ATOM 2056 HN ALA X 146 -3.770 -18.030 -12.200 1.00 0.00 P0 H +ATOM 2057 CA ALA X 146 -2.990 -18.600 -10.310 1.00 0.00 P0 C +ATOM 2058 HA ALA X 146 -3.550 -19.340 -9.770 1.00 0.00 P0 H +ATOM 2059 CB ALA X 146 -1.830 -19.080 -11.260 1.00 0.00 P0 C +ATOM 2060 HB1 ALA X 146 -1.240 -19.660 -10.500 1.00 0.00 P0 H +ATOM 2061 HB2 ALA X 146 -2.150 -19.790 -12.050 1.00 0.00 P0 H +ATOM 2062 HB3 ALA X 146 -1.140 -18.240 -11.460 1.00 0.00 P0 H +ATOM 2063 C ALA X 146 -2.370 -17.730 -9.230 1.00 0.00 P0 C +ATOM 2064 O ALA X 146 -2.220 -18.220 -8.110 1.00 0.00 P0 O +ATOM 2065 N ALA X 147 -2.050 -16.510 -9.470 1.00 0.00 P0 N +ATOM 2066 HN ALA X 147 -2.070 -16.290 -10.440 1.00 0.00 P0 H +ATOM 2067 CA ALA X 147 -1.380 -15.550 -8.590 1.00 0.00 P0 C +ATOM 2068 HA ALA X 147 -0.550 -16.090 -8.180 1.00 0.00 P0 H +ATOM 2069 CB ALA X 147 -0.890 -14.320 -9.320 1.00 0.00 P0 C +ATOM 2070 HB1 ALA X 147 0.030 -14.540 -9.910 1.00 0.00 P0 H +ATOM 2071 HB2 ALA X 147 -1.650 -13.950 -10.040 1.00 0.00 P0 H +ATOM 2072 HB3 ALA X 147 -0.540 -13.620 -8.550 1.00 0.00 P0 H +ATOM 2073 C ALA X 147 -2.320 -15.150 -7.430 1.00 0.00 P0 C +ATOM 2074 O ALA X 147 -1.930 -15.170 -6.250 1.00 0.00 P0 O +ATOM 2075 N TRP X 148 -3.680 -14.910 -7.680 1.00 0.00 P0 N +ATOM 2076 HN TRP X 148 -4.050 -14.830 -8.600 1.00 0.00 P0 H +ATOM 2077 CA TRP X 148 -4.800 -14.870 -6.700 1.00 0.00 P0 C +ATOM 2078 HA TRP X 148 -4.470 -14.190 -5.930 1.00 0.00 P0 H +ATOM 2079 CB TRP X 148 -6.100 -14.470 -7.440 1.00 0.00 P0 C +ATOM 2080 HB1 TRP X 148 -6.070 -15.000 -8.420 1.00 0.00 P0 H +ATOM 2081 HB2 TRP X 148 -7.070 -14.760 -6.980 1.00 0.00 P0 H +ATOM 2082 CG TRP X 148 -6.020 -13.070 -7.880 1.00 0.00 P0 C +ATOM 2083 CD1 TRP X 148 -5.950 -12.360 -9.070 1.00 0.00 P0 C +ATOM 2084 HD1 TRP X 148 -5.840 -12.960 -9.960 1.00 0.00 P0 H +ATOM 2085 NE1 TRP X 148 -5.640 -11.020 -8.940 1.00 0.00 P0 N +ATOM 2086 HE1 TRP X 148 -5.410 -10.430 -9.680 1.00 0.00 P0 H +ATOM 2087 CE2 TRP X 148 -5.800 -10.730 -7.630 1.00 0.00 P0 C +ATOM 2088 CD2 TRP X 148 -6.060 -11.980 -6.950 1.00 0.00 P0 C +ATOM 2089 CE3 TRP X 148 -6.170 -11.930 -5.490 1.00 0.00 P0 C +ATOM 2090 HE3 TRP X 148 -6.280 -12.840 -4.930 1.00 0.00 P0 H +ATOM 2091 CZ3 TRP X 148 -6.170 -10.690 -4.900 1.00 0.00 P0 C +ATOM 2092 HZ3 TRP X 148 -6.290 -10.740 -3.830 1.00 0.00 P0 H +ATOM 2093 CZ2 TRP X 148 -5.780 -9.520 -7.050 1.00 0.00 P0 C +ATOM 2094 HZ2 TRP X 148 -5.670 -8.660 -7.700 1.00 0.00 P0 H +ATOM 2095 CH2 TRP X 148 -5.960 -9.500 -5.700 1.00 0.00 P0 C +ATOM 2096 HH2 TRP X 148 -6.110 -8.580 -5.160 1.00 0.00 P0 H +ATOM 2097 C TRP X 148 -5.080 -16.200 -5.970 1.00 0.00 P0 C +ATOM 2098 O TRP X 148 -5.080 -16.260 -4.730 1.00 0.00 P0 O +ATOM 2099 N VAL X 149 -5.310 -17.380 -6.680 1.00 0.00 P0 N +ATOM 2100 HN VAL X 149 -5.160 -17.380 -7.660 1.00 0.00 P0 H +ATOM 2101 CA VAL X 149 -5.720 -18.650 -6.050 1.00 0.00 P0 C +ATOM 2102 HA VAL X 149 -6.570 -18.370 -5.440 1.00 0.00 P0 H +ATOM 2103 CB VAL X 149 -5.920 -19.650 -7.180 1.00 0.00 P0 C +ATOM 2104 HB VAL X 149 -5.120 -19.690 -7.960 1.00 0.00 P0 H +ATOM 2105 CG1 VAL X 149 -6.130 -21.120 -6.600 1.00 0.00 P0 C +ATOM 2106 HG11 VAL X 149 -6.400 -21.680 -7.520 1.00 0.00 P0 H +ATOM 2107 HG12 VAL X 149 -5.180 -21.500 -6.180 1.00 0.00 P0 H +ATOM 2108 HG13 VAL X 149 -6.980 -21.110 -5.890 1.00 0.00 P0 H +ATOM 2109 CG2 VAL X 149 -7.260 -19.330 -7.940 1.00 0.00 P0 C +ATOM 2110 HG21 VAL X 149 -7.380 -18.390 -8.530 1.00 0.00 P0 H +ATOM 2111 HG22 VAL X 149 -7.510 -20.160 -8.650 1.00 0.00 P0 H +ATOM 2112 HG23 VAL X 149 -8.050 -19.190 -7.170 1.00 0.00 P0 H +ATOM 2113 C VAL X 149 -4.620 -19.210 -5.180 1.00 0.00 P0 C +ATOM 2114 O VAL X 149 -4.840 -19.470 -3.980 1.00 0.00 P0 O +ATOM 2115 N LEU X 150 -3.360 -19.280 -5.650 1.00 0.00 P0 N +ATOM 2116 HN LEU X 150 -3.190 -19.080 -6.610 1.00 0.00 P0 H +ATOM 2117 CA LEU X 150 -2.200 -19.580 -4.830 1.00 0.00 P0 C +ATOM 2118 HA LEU X 150 -2.260 -20.550 -4.370 1.00 0.00 P0 H +ATOM 2119 CB LEU X 150 -1.000 -19.640 -5.730 1.00 0.00 P0 C +ATOM 2120 HB1 LEU X 150 -1.240 -20.180 -6.670 1.00 0.00 P0 H +ATOM 2121 HB2 LEU X 150 -0.560 -18.670 -6.060 1.00 0.00 P0 H +ATOM 2122 CG LEU X 150 0.240 -20.360 -5.030 1.00 0.00 P0 C +ATOM 2123 HG LEU X 150 0.320 -20.070 -3.950 1.00 0.00 P0 H +ATOM 2124 CD1 LEU X 150 0.030 -21.880 -4.860 1.00 0.00 P0 C +ATOM 2125 HD11 LEU X 150 0.190 -22.460 -5.800 1.00 0.00 P0 H +ATOM 2126 HD12 LEU X 150 0.700 -22.250 -4.060 1.00 0.00 P0 H +ATOM 2127 HD13 LEU X 150 -0.980 -22.240 -4.550 1.00 0.00 P0 H +ATOM 2128 CD2 LEU X 150 1.530 -19.920 -5.670 1.00 0.00 P0 C +ATOM 2129 HD21 LEU X 150 1.470 -20.460 -6.640 1.00 0.00 P0 H +ATOM 2130 HD22 LEU X 150 1.460 -18.810 -5.690 1.00 0.00 P0 H +ATOM 2131 HD23 LEU X 150 2.350 -20.310 -5.030 1.00 0.00 P0 H +ATOM 2132 C LEU X 150 -2.010 -18.740 -3.640 1.00 0.00 P0 C +ATOM 2133 O LEU X 150 -1.750 -19.210 -2.520 1.00 0.00 P0 O +ATOM 2134 N SER X 151 -2.110 -17.400 -3.810 1.00 0.00 P0 N +ATOM 2135 HN SER X 151 -2.330 -17.080 -4.730 1.00 0.00 P0 H +ATOM 2136 CA SER X 151 -1.990 -16.510 -2.630 1.00 0.00 P0 C +ATOM 2137 HA SER X 151 -0.990 -16.700 -2.280 1.00 0.00 P0 H +ATOM 2138 CB SER X 151 -2.090 -14.980 -2.930 1.00 0.00 P0 C +ATOM 2139 HB1 SER X 151 -3.030 -14.710 -3.450 1.00 0.00 P0 H +ATOM 2140 HB2 SER X 151 -2.030 -14.550 -1.900 1.00 0.00 P0 H +ATOM 2141 OG SER X 151 -0.930 -14.670 -3.670 1.00 0.00 P0 O +ATOM 2142 HG1 SER X 151 -1.090 -14.950 -4.580 1.00 0.00 P0 H +ATOM 2143 C SER X 151 -2.900 -16.840 -1.470 1.00 0.00 P0 C +ATOM 2144 O SER X 151 -2.520 -16.980 -0.270 1.00 0.00 P0 O +ATOM 2145 N PHE X 152 -4.150 -17.260 -1.880 1.00 0.00 P0 N +ATOM 2146 HN PHE X 152 -4.360 -17.190 -2.850 1.00 0.00 P0 H +ATOM 2147 CA PHE X 152 -5.170 -17.860 -1.010 1.00 0.00 P0 C +ATOM 2148 HA PHE X 152 -5.120 -17.200 -0.150 1.00 0.00 P0 H +ATOM 2149 CB PHE X 152 -6.530 -17.820 -1.610 1.00 0.00 P0 C +ATOM 2150 HB1 PHE X 152 -6.810 -16.750 -1.640 1.00 0.00 P0 H +ATOM 2151 HB2 PHE X 152 -6.490 -18.200 -2.650 1.00 0.00 P0 H +ATOM 2152 CG PHE X 152 -7.510 -18.750 -0.880 1.00 0.00 P0 C +ATOM 2153 CD1 PHE X 152 -8.120 -18.250 0.270 1.00 0.00 P0 C +ATOM 2154 HD1 PHE X 152 -7.950 -17.230 0.570 1.00 0.00 P0 H +ATOM 2155 CE1 PHE X 152 -8.910 -19.090 1.040 1.00 0.00 P0 C +ATOM 2156 HE1 PHE X 152 -9.420 -18.750 1.930 1.00 0.00 P0 H +ATOM 2157 CZ PHE X 152 -9.140 -20.420 0.680 1.00 0.00 P0 C +ATOM 2158 HZ PHE X 152 -9.890 -20.980 1.240 1.00 0.00 P0 H +ATOM 2159 CD2 PHE X 152 -7.750 -20.060 -1.310 1.00 0.00 P0 C +ATOM 2160 HD2 PHE X 152 -7.250 -20.410 -2.210 1.00 0.00 P0 H +ATOM 2161 CE2 PHE X 152 -8.630 -20.860 -0.520 1.00 0.00 P0 C +ATOM 2162 HE2 PHE X 152 -8.790 -21.900 -0.770 1.00 0.00 P0 H +ATOM 2163 C PHE X 152 -4.640 -19.140 -0.320 1.00 0.00 P0 C +ATOM 2164 O PHE X 152 -4.660 -19.100 0.910 1.00 0.00 P0 O +ATOM 2165 N ILE X 153 -4.260 -20.160 -1.120 1.00 0.00 P0 N +ATOM 2166 HN ILE X 153 -4.200 -19.970 -2.090 1.00 0.00 P0 H +ATOM 2167 CA ILE X 153 -3.730 -21.440 -0.590 1.00 0.00 P0 C +ATOM 2168 HA ILE X 153 -4.540 -21.790 0.040 1.00 0.00 P0 H +ATOM 2169 CB ILE X 153 -3.560 -22.400 -1.700 1.00 0.00 P0 C +ATOM 2170 HB ILE X 153 -2.640 -22.050 -2.220 1.00 0.00 P0 H +ATOM 2171 CG2 ILE X 153 -3.060 -23.720 -1.180 1.00 0.00 P0 C +ATOM 2172 HG21 ILE X 153 -2.880 -24.390 -2.050 1.00 0.00 P0 H +ATOM 2173 HG22 ILE X 153 -2.060 -23.620 -0.700 1.00 0.00 P0 H +ATOM 2174 HG23 ILE X 153 -3.790 -24.310 -0.580 1.00 0.00 P0 H +ATOM 2175 CG1 ILE X 153 -4.690 -22.630 -2.720 1.00 0.00 P0 C +ATOM 2176 HG11 ILE X 153 -5.030 -21.640 -3.110 1.00 0.00 P0 H +ATOM 2177 HG12 ILE X 153 -4.350 -23.320 -3.510 1.00 0.00 P0 H +ATOM 2178 CD ILE X 153 -5.950 -23.330 -2.200 1.00 0.00 P0 C +ATOM 2179 HD1 ILE X 153 -6.190 -23.010 -1.160 1.00 0.00 P0 H +ATOM 2180 HD2 ILE X 153 -6.760 -23.090 -2.920 1.00 0.00 P0 H +ATOM 2181 HD3 ILE X 153 -5.750 -24.420 -2.210 1.00 0.00 P0 H +ATOM 2182 C ILE X 153 -2.530 -21.310 0.440 1.00 0.00 P0 C +ATOM 2183 O ILE X 153 -2.510 -21.970 1.480 1.00 0.00 P0 O +ATOM 2184 N LEU X 154 -1.570 -20.310 0.200 1.00 0.00 P0 N +ATOM 2185 HN LEU X 154 -1.510 -19.780 -0.640 1.00 0.00 P0 H +ATOM 2186 CA LEU X 154 -0.560 -19.940 1.100 1.00 0.00 P0 C +ATOM 2187 HA LEU X 154 -0.010 -20.840 1.360 1.00 0.00 P0 H +ATOM 2188 CB LEU X 154 0.480 -19.180 0.220 1.00 0.00 P0 C +ATOM 2189 HB1 LEU X 154 0.050 -18.350 -0.400 1.00 0.00 P0 H +ATOM 2190 HB2 LEU X 154 1.310 -18.720 0.810 1.00 0.00 P0 H +ATOM 2191 CG LEU X 154 1.190 -20.080 -0.880 1.00 0.00 P0 C +ATOM 2192 HG LEU X 154 0.460 -20.310 -1.680 1.00 0.00 P0 H +ATOM 2193 CD1 LEU X 154 2.130 -19.140 -1.620 1.00 0.00 P0 C +ATOM 2194 HD11 LEU X 154 2.990 -18.730 -1.030 1.00 0.00 P0 H +ATOM 2195 HD12 LEU X 154 2.530 -19.600 -2.550 1.00 0.00 P0 H +ATOM 2196 HD13 LEU X 154 1.760 -18.140 -1.930 1.00 0.00 P0 H +ATOM 2197 CD2 LEU X 154 1.810 -21.430 -0.530 1.00 0.00 P0 C +ATOM 2198 HD21 LEU X 154 1.870 -22.090 -1.410 1.00 0.00 P0 H +ATOM 2199 HD22 LEU X 154 2.780 -21.150 -0.060 1.00 0.00 P0 H +ATOM 2200 HD23 LEU X 154 1.200 -21.990 0.210 1.00 0.00 P0 H +ATOM 2201 C LEU X 154 -0.910 -19.360 2.430 1.00 0.00 P0 C +ATOM 2202 O LEU X 154 -0.290 -19.710 3.470 1.00 0.00 P0 O +ATOM 2203 N TRP X 155 -1.910 -18.470 2.530 1.00 0.00 P0 N +ATOM 2204 HN TRP X 155 -2.470 -18.220 1.740 1.00 0.00 P0 H +ATOM 2205 CA TRP X 155 -2.050 -17.610 3.720 1.00 0.00 P0 C +ATOM 2206 HA TRP X 155 -1.210 -17.670 4.400 1.00 0.00 P0 H +ATOM 2207 CB TRP X 155 -1.990 -16.130 3.310 1.00 0.00 P0 C +ATOM 2208 HB1 TRP X 155 -2.780 -16.040 2.530 1.00 0.00 P0 H +ATOM 2209 HB2 TRP X 155 -2.390 -15.500 4.140 1.00 0.00 P0 H +ATOM 2210 CG TRP X 155 -0.610 -15.560 2.970 1.00 0.00 P0 C +ATOM 2211 CD1 TRP X 155 -0.170 -15.270 1.690 1.00 0.00 P0 C +ATOM 2212 HD1 TRP X 155 -0.720 -15.640 0.840 1.00 0.00 P0 H +ATOM 2213 NE1 TRP X 155 1.150 -14.890 1.790 1.00 0.00 P0 N +ATOM 2214 HE1 TRP X 155 1.870 -14.860 1.120 1.00 0.00 P0 H +ATOM 2215 CE2 TRP X 155 1.570 -14.890 3.100 1.00 0.00 P0 C +ATOM 2216 CD2 TRP X 155 0.490 -15.390 3.890 1.00 0.00 P0 C +ATOM 2217 CE3 TRP X 155 0.510 -15.460 5.300 1.00 0.00 P0 C +ATOM 2218 HE3 TRP X 155 -0.370 -15.700 5.870 1.00 0.00 P0 H +ATOM 2219 CZ3 TRP X 155 1.740 -15.170 5.850 1.00 0.00 P0 C +ATOM 2220 HZ3 TRP X 155 1.880 -15.280 6.910 1.00 0.00 P0 H +ATOM 2221 CZ2 TRP X 155 2.780 -14.700 3.760 1.00 0.00 P0 C +ATOM 2222 HZ2 TRP X 155 3.630 -14.420 3.150 1.00 0.00 P0 H +ATOM 2223 CH2 TRP X 155 2.900 -14.820 5.160 1.00 0.00 P0 C +ATOM 2224 HH2 TRP X 155 3.880 -14.810 5.610 1.00 0.00 P0 H +ATOM 2225 C TRP X 155 -3.250 -17.810 4.580 1.00 0.00 P0 C +ATOM 2226 O TRP X 155 -3.310 -17.490 5.770 1.00 0.00 P0 O +ATOM 2227 N ALA X 156 -4.380 -18.320 3.930 1.00 0.00 P0 N +ATOM 2228 HN ALA X 156 -4.400 -18.620 2.990 1.00 0.00 P0 H +ATOM 2229 CA ALA X 156 -5.630 -18.660 4.610 1.00 0.00 P0 C +ATOM 2230 HA ALA X 156 -6.120 -17.770 4.980 1.00 0.00 P0 H +ATOM 2231 CB ALA X 156 -6.660 -19.150 3.580 1.00 0.00 P0 C +ATOM 2232 HB1 ALA X 156 -7.660 -19.240 4.050 1.00 0.00 P0 H +ATOM 2233 HB2 ALA X 156 -6.700 -18.340 2.830 1.00 0.00 P0 H +ATOM 2234 HB3 ALA X 156 -6.430 -20.130 3.110 1.00 0.00 P0 H +ATOM 2235 C ALA X 156 -5.500 -19.660 5.760 1.00 0.00 P0 C +ATOM 2236 O ALA X 156 -6.050 -19.440 6.810 1.00 0.00 P0 O +ATOM 2237 N PRO X 157 -4.710 -20.710 5.710 1.00 0.00 P0 N +ATOM 2238 CD PRO X 157 -4.110 -21.290 4.550 1.00 0.00 P0 C +ATOM 2239 HD1 PRO X 157 -3.560 -20.670 3.820 1.00 0.00 P0 H +ATOM 2240 HD2 PRO X 157 -4.980 -21.800 4.080 1.00 0.00 P0 H +ATOM 2241 CA PRO X 157 -4.540 -21.540 6.910 1.00 0.00 P0 C +ATOM 2242 HA PRO X 157 -5.510 -21.760 7.340 1.00 0.00 P0 H +ATOM 2243 CB PRO X 157 -3.970 -22.870 6.280 1.00 0.00 P0 C +ATOM 2244 HB1 PRO X 157 -4.850 -23.550 6.160 1.00 0.00 P0 H +ATOM 2245 HB2 PRO X 157 -3.280 -23.330 7.020 1.00 0.00 P0 H +ATOM 2246 CG PRO X 157 -3.220 -22.440 5.020 1.00 0.00 P0 C +ATOM 2247 HG1 PRO X 157 -3.170 -23.300 4.310 1.00 0.00 P0 H +ATOM 2248 HG2 PRO X 157 -2.170 -22.150 5.250 1.00 0.00 P0 H +ATOM 2249 C PRO X 157 -3.560 -20.950 7.880 1.00 0.00 P0 C +ATOM 2250 O PRO X 157 -3.610 -21.330 9.020 1.00 0.00 P0 O +ATOM 2251 N ALA X 158 -2.650 -20.020 7.470 1.00 0.00 P0 N +ATOM 2252 HN ALA X 158 -2.550 -19.770 6.510 1.00 0.00 P0 H +ATOM 2253 CA ALA X 158 -1.760 -19.400 8.490 1.00 0.00 P0 C +ATOM 2254 HA ALA X 158 -1.500 -20.160 9.220 1.00 0.00 P0 H +ATOM 2255 CB ALA X 158 -0.560 -18.720 7.650 1.00 0.00 P0 C +ATOM 2256 HB1 ALA X 158 -0.940 -17.840 7.080 1.00 0.00 P0 H +ATOM 2257 HB2 ALA X 158 0.190 -18.540 8.440 1.00 0.00 P0 H +ATOM 2258 HB3 ALA X 158 -0.220 -19.520 6.960 1.00 0.00 P0 H +ATOM 2259 C ALA X 158 -2.410 -18.330 9.300 1.00 0.00 P0 C +ATOM 2260 O ALA X 158 -1.890 -17.970 10.380 1.00 0.00 P0 O +ATOM 2261 N ILE X 159 -3.480 -17.740 8.690 1.00 0.00 P0 N +ATOM 2262 HN ILE X 159 -3.700 -17.910 7.730 1.00 0.00 P0 H +ATOM 2263 CA ILE X 159 -4.190 -16.660 9.410 1.00 0.00 P0 C +ATOM 2264 HA ILE X 159 -3.730 -16.490 10.360 1.00 0.00 P0 H +ATOM 2265 CB ILE X 159 -4.230 -15.320 8.740 1.00 0.00 P0 C +ATOM 2266 HB ILE X 159 -4.770 -15.350 7.770 1.00 0.00 P0 H +ATOM 2267 CG2 ILE X 159 -4.890 -14.270 9.650 1.00 0.00 P0 C +ATOM 2268 HG21 ILE X 159 -4.580 -13.210 9.510 1.00 0.00 P0 H +ATOM 2269 HG22 ILE X 159 -5.990 -14.230 9.520 1.00 0.00 P0 H +ATOM 2270 HG23 ILE X 159 -4.690 -14.620 10.680 1.00 0.00 P0 H +ATOM 2271 CG1 ILE X 159 -2.710 -14.960 8.420 1.00 0.00 P0 C +ATOM 2272 HG11 ILE X 159 -2.280 -14.970 9.450 1.00 0.00 P0 H +ATOM 2273 HG12 ILE X 159 -2.090 -15.620 7.780 1.00 0.00 P0 H +ATOM 2274 CD ILE X 159 -2.390 -13.570 7.760 1.00 0.00 P0 C +ATOM 2275 HD1 ILE X 159 -2.600 -12.640 8.350 1.00 0.00 P0 H +ATOM 2276 HD2 ILE X 159 -1.290 -13.630 7.640 1.00 0.00 P0 H +ATOM 2277 HD3 ILE X 159 -2.900 -13.590 6.760 1.00 0.00 P0 H +ATOM 2278 C ILE X 159 -5.680 -17.240 9.710 1.00 0.00 P0 C +ATOM 2279 O ILE X 159 -5.920 -17.700 10.790 1.00 0.00 P0 O +ATOM 2280 N LEU X 160 -6.560 -17.170 8.700 1.00 0.00 P0 N +ATOM 2281 HN LEU X 160 -6.220 -16.820 7.840 1.00 0.00 P0 H +ATOM 2282 CA LEU X 160 -8.000 -17.260 8.930 1.00 0.00 P0 C +ATOM 2283 HA LEU X 160 -8.310 -16.470 9.600 1.00 0.00 P0 H +ATOM 2284 CB LEU X 160 -8.660 -16.880 7.570 1.00 0.00 P0 C +ATOM 2285 HB1 LEU X 160 -8.490 -15.820 7.300 1.00 0.00 P0 H +ATOM 2286 HB2 LEU X 160 -8.250 -17.560 6.780 1.00 0.00 P0 H +ATOM 2287 CG LEU X 160 -10.260 -17.090 7.570 1.00 0.00 P0 C +ATOM 2288 HG LEU X 160 -10.560 -18.080 7.980 1.00 0.00 P0 H +ATOM 2289 CD1 LEU X 160 -10.870 -15.910 8.430 1.00 0.00 P0 C +ATOM 2290 HD11 LEU X 160 -10.880 -16.320 9.450 1.00 0.00 P0 H +ATOM 2291 HD12 LEU X 160 -10.170 -15.060 8.240 1.00 0.00 P0 H +ATOM 2292 HD13 LEU X 160 -11.900 -15.680 8.070 1.00 0.00 P0 H +ATOM 2293 CD2 LEU X 160 -10.950 -17.020 6.240 1.00 0.00 P0 C +ATOM 2294 HD21 LEU X 160 -10.360 -17.520 5.440 1.00 0.00 P0 H +ATOM 2295 HD22 LEU X 160 -12.010 -17.350 6.230 1.00 0.00 P0 H +ATOM 2296 HD23 LEU X 160 -10.910 -15.970 5.910 1.00 0.00 P0 H +ATOM 2297 C LEU X 160 -8.530 -18.580 9.560 1.00 0.00 P0 C +ATOM 2298 O LEU X 160 -9.500 -18.510 10.350 1.00 0.00 P0 O +ATOM 2299 N PHE X 161 -8.080 -19.710 9.090 1.00 0.00 P0 N +ATOM 2300 HN PHE X 161 -7.420 -19.650 8.350 1.00 0.00 P0 H +ATOM 2301 CA PHE X 161 -8.570 -20.990 9.540 1.00 0.00 P0 C +ATOM 2302 HA PHE X 161 -9.590 -20.900 9.870 1.00 0.00 P0 H +ATOM 2303 CB PHE X 161 -8.710 -22.050 8.340 1.00 0.00 P0 C +ATOM 2304 HB1 PHE X 161 -7.710 -22.250 7.890 1.00 0.00 P0 H +ATOM 2305 HB2 PHE X 161 -9.170 -22.990 8.720 1.00 0.00 P0 H +ATOM 2306 CG PHE X 161 -9.610 -21.510 7.260 1.00 0.00 P0 C +ATOM 2307 CD1 PHE X 161 -10.940 -21.390 7.620 1.00 0.00 P0 C +ATOM 2308 HD1 PHE X 161 -11.290 -21.590 8.620 1.00 0.00 P0 H +ATOM 2309 CE1 PHE X 161 -11.910 -21.080 6.640 1.00 0.00 P0 C +ATOM 2310 HE1 PHE X 161 -12.900 -20.760 6.920 1.00 0.00 P0 H +ATOM 2311 CZ PHE X 161 -11.540 -20.920 5.240 1.00 0.00 P0 C +ATOM 2312 HZ PHE X 161 -12.300 -20.830 4.470 1.00 0.00 P0 H +ATOM 2313 CD2 PHE X 161 -9.290 -21.470 5.960 1.00 0.00 P0 C +ATOM 2314 HD2 PHE X 161 -8.300 -21.650 5.560 1.00 0.00 P0 H +ATOM 2315 CE2 PHE X 161 -10.210 -21.160 4.900 1.00 0.00 P0 C +ATOM 2316 HE2 PHE X 161 -9.700 -21.120 3.950 1.00 0.00 P0 H +ATOM 2317 C PHE X 161 -7.650 -21.520 10.610 1.00 0.00 P0 C +ATOM 2318 O PHE X 161 -7.840 -22.720 11.030 1.00 0.00 P0 O +ATOM 2319 N TRP X 162 -6.660 -20.820 11.110 1.00 0.00 P0 N +ATOM 2320 HN TRP X 162 -6.650 -19.860 10.860 1.00 0.00 P0 H +ATOM 2321 CA TRP X 162 -5.670 -21.290 12.080 1.00 0.00 P0 C +ATOM 2322 HA TRP X 162 -5.140 -22.130 11.650 1.00 0.00 P0 H +ATOM 2323 CB TRP X 162 -4.570 -20.130 12.350 1.00 0.00 P0 C +ATOM 2324 HB1 TRP X 162 -4.160 -20.050 11.320 1.00 0.00 P0 H +ATOM 2325 HB2 TRP X 162 -5.060 -19.170 12.630 1.00 0.00 P0 H +ATOM 2326 CG TRP X 162 -3.490 -20.320 13.340 1.00 0.00 P0 C +ATOM 2327 CD1 TRP X 162 -3.450 -19.860 14.630 1.00 0.00 P0 C +ATOM 2328 HD1 TRP X 162 -4.020 -19.020 15.000 1.00 0.00 P0 H +ATOM 2329 NE1 TRP X 162 -2.470 -20.440 15.360 1.00 0.00 P0 N +ATOM 2330 HE1 TRP X 162 -2.110 -20.360 16.270 1.00 0.00 P0 H +ATOM 2331 CE2 TRP X 162 -1.880 -21.380 14.660 1.00 0.00 P0 C +ATOM 2332 CD2 TRP X 162 -2.550 -21.390 13.390 1.00 0.00 P0 C +ATOM 2333 CE3 TRP X 162 -2.210 -22.350 12.380 1.00 0.00 P0 C +ATOM 2334 HE3 TRP X 162 -2.700 -22.300 11.420 1.00 0.00 P0 H +ATOM 2335 CZ3 TRP X 162 -1.080 -23.080 12.560 1.00 0.00 P0 C +ATOM 2336 HZ3 TRP X 162 -0.860 -23.840 11.820 1.00 0.00 P0 H +ATOM 2337 CZ2 TRP X 162 -0.970 -22.310 15.020 1.00 0.00 P0 C +ATOM 2338 HZ2 TRP X 162 -0.490 -22.300 15.970 1.00 0.00 P0 H +ATOM 2339 CH2 TRP X 162 -0.490 -23.000 13.850 1.00 0.00 P0 C +ATOM 2340 HH2 TRP X 162 0.330 -23.690 13.960 1.00 0.00 P0 H +ATOM 2341 C TRP X 162 -6.290 -21.800 13.420 1.00 0.00 P0 C +ATOM 2342 O TRP X 162 -5.860 -22.880 13.860 1.00 0.00 P0 O +ATOM 2343 N GLN X 163 -7.360 -21.080 13.880 1.00 0.00 P0 N +ATOM 2344 HN GLN X 163 -7.460 -20.170 13.480 1.00 0.00 P0 H +ATOM 2345 CA GLN X 163 -8.240 -21.500 14.940 1.00 0.00 P0 C +ATOM 2346 HA GLN X 163 -7.660 -21.530 15.850 1.00 0.00 P0 H +ATOM 2347 CB GLN X 163 -9.420 -20.540 15.150 1.00 0.00 P0 C +ATOM 2348 HB1 GLN X 163 -10.150 -20.840 15.930 1.00 0.00 P0 H +ATOM 2349 HB2 GLN X 163 -9.080 -19.630 15.660 1.00 0.00 P0 H +ATOM 2350 CG GLN X 163 -10.200 -20.270 13.860 1.00 0.00 P0 C +ATOM 2351 HG1 GLN X 163 -9.590 -20.240 12.940 1.00 0.00 P0 H +ATOM 2352 HG2 GLN X 163 -11.060 -20.930 13.600 1.00 0.00 P0 H +ATOM 2353 CD GLN X 163 -11.070 -18.940 13.910 1.00 0.00 P0 C +ATOM 2354 OE1 GLN X 163 -11.720 -18.640 14.890 1.00 0.00 P0 O +ATOM 2355 NE2 GLN X 163 -10.940 -18.210 12.790 1.00 0.00 P0 N +ATOM 2356 HE21 GLN X 163 -11.260 -17.260 12.780 1.00 0.00 P0 H +ATOM 2357 HE22 GLN X 163 -10.350 -18.400 12.010 1.00 0.00 P0 H +ATOM 2358 C GLN X 163 -8.760 -22.920 14.810 1.00 0.00 P0 C +ATOM 2359 O GLN X 163 -9.010 -23.600 15.840 1.00 0.00 P0 O +ATOM 2360 N PHE X 164 -8.880 -23.610 13.650 1.00 0.00 P0 N +ATOM 2361 HN PHE X 164 -8.690 -23.180 12.780 1.00 0.00 P0 H +ATOM 2362 CA PHE X 164 -9.470 -24.950 13.470 1.00 0.00 P0 C +ATOM 2363 HA PHE X 164 -10.230 -24.990 14.240 1.00 0.00 P0 H +ATOM 2364 CB PHE X 164 -10.080 -25.180 12.120 1.00 0.00 P0 C +ATOM 2365 HB1 PHE X 164 -9.310 -24.860 11.380 1.00 0.00 P0 H +ATOM 2366 HB2 PHE X 164 -10.350 -26.250 12.010 1.00 0.00 P0 H +ATOM 2367 CG PHE X 164 -11.340 -24.370 11.990 1.00 0.00 P0 C +ATOM 2368 CD1 PHE X 164 -11.250 -23.090 11.530 1.00 0.00 P0 C +ATOM 2369 HD1 PHE X 164 -10.250 -22.680 11.440 1.00 0.00 P0 H +ATOM 2370 CE1 PHE X 164 -12.360 -22.330 11.300 1.00 0.00 P0 C +ATOM 2371 HE1 PHE X 164 -12.310 -21.340 10.860 1.00 0.00 P0 H +ATOM 2372 CZ PHE X 164 -13.650 -22.910 11.480 1.00 0.00 P0 C +ATOM 2373 HZ PHE X 164 -14.440 -22.220 11.230 1.00 0.00 P0 H +ATOM 2374 CD2 PHE X 164 -12.570 -24.990 12.230 1.00 0.00 P0 C +ATOM 2375 HD2 PHE X 164 -12.650 -25.990 12.630 1.00 0.00 P0 H +ATOM 2376 CE2 PHE X 164 -13.720 -24.230 11.960 1.00 0.00 P0 C +ATOM 2377 HE2 PHE X 164 -14.670 -24.660 12.260 1.00 0.00 P0 H +ATOM 2378 C PHE X 164 -8.460 -26.050 13.700 1.00 0.00 P0 C +ATOM 2379 O PHE X 164 -8.770 -27.220 13.890 1.00 0.00 P0 O +ATOM 2380 N ILE X 165 -7.160 -25.770 13.670 1.00 0.00 P0 N +ATOM 2381 HN ILE X 165 -6.830 -24.850 13.460 1.00 0.00 P0 H +ATOM 2382 CA ILE X 165 -6.060 -26.750 13.810 1.00 0.00 P0 C +ATOM 2383 HA ILE X 165 -6.370 -27.720 13.470 1.00 0.00 P0 H +ATOM 2384 CB ILE X 165 -4.870 -26.320 12.960 1.00 0.00 P0 C +ATOM 2385 HB ILE X 165 -4.670 -25.230 13.070 1.00 0.00 P0 H +ATOM 2386 CG2 ILE X 165 -3.590 -27.030 13.410 1.00 0.00 P0 C +ATOM 2387 HG21 ILE X 165 -2.790 -26.600 12.780 1.00 0.00 P0 H +ATOM 2388 HG22 ILE X 165 -3.200 -26.810 14.430 1.00 0.00 P0 H +ATOM 2389 HG23 ILE X 165 -3.740 -28.120 13.270 1.00 0.00 P0 H +ATOM 2390 CG1 ILE X 165 -5.140 -26.600 11.530 1.00 0.00 P0 C +ATOM 2391 HG11 ILE X 165 -4.630 -27.540 11.240 1.00 0.00 P0 H +ATOM 2392 HG12 ILE X 165 -6.220 -26.630 11.330 1.00 0.00 P0 H +ATOM 2393 CD ILE X 165 -4.550 -25.490 10.640 1.00 0.00 P0 C +ATOM 2394 HD1 ILE X 165 -4.820 -25.670 9.580 1.00 0.00 P0 H +ATOM 2395 HD2 ILE X 165 -4.970 -24.510 10.950 1.00 0.00 P0 H +ATOM 2396 HD3 ILE X 165 -3.440 -25.400 10.670 1.00 0.00 P0 H +ATOM 2397 C ILE X 165 -5.590 -26.830 15.240 1.00 0.00 P0 C +ATOM 2398 O ILE X 165 -5.540 -27.980 15.860 1.00 0.00 P0 O +ATOM 2399 N VAL X 166 -5.400 -25.670 16.000 1.00 0.00 P0 N +ATOM 2400 HN VAL X 166 -5.560 -24.760 15.600 1.00 0.00 P0 H +ATOM 2401 CA VAL X 166 -5.100 -25.700 17.420 1.00 0.00 P0 C +ATOM 2402 HA VAL X 166 -4.380 -26.490 17.590 1.00 0.00 P0 H +ATOM 2403 CB VAL X 166 -4.270 -24.420 17.950 1.00 0.00 P0 C +ATOM 2404 HB VAL X 166 -4.260 -24.440 19.060 1.00 0.00 P0 H +ATOM 2405 CG1 VAL X 166 -2.850 -24.490 17.500 1.00 0.00 P0 C +ATOM 2406 HG11 VAL X 166 -2.390 -23.580 17.940 1.00 0.00 P0 H +ATOM 2407 HG12 VAL X 166 -2.330 -25.400 17.900 1.00 0.00 P0 H +ATOM 2408 HG13 VAL X 166 -2.750 -24.490 16.400 1.00 0.00 P0 H +ATOM 2409 CG2 VAL X 166 -5.080 -23.100 17.590 1.00 0.00 P0 C +ATOM 2410 HG21 VAL X 166 -4.420 -22.260 17.910 1.00 0.00 P0 H +ATOM 2411 HG22 VAL X 166 -5.340 -23.130 16.510 1.00 0.00 P0 H +ATOM 2412 HG23 VAL X 166 -6.070 -23.110 18.110 1.00 0.00 P0 H +ATOM 2413 C VAL X 166 -6.320 -25.860 18.270 1.00 0.00 P0 C +ATOM 2414 O VAL X 166 -6.350 -26.420 19.370 1.00 0.00 P0 O +ATOM 2415 N GLY X 167 -7.470 -25.430 17.660 1.00 0.00 P0 N +ATOM 2416 HN GLY X 167 -7.430 -25.070 16.730 1.00 0.00 P0 H +ATOM 2417 CA GLY X 167 -8.820 -25.600 18.220 1.00 0.00 P0 C +ATOM 2418 HA1 GLY X 167 -8.950 -26.570 18.680 1.00 0.00 P0 H +ATOM 2419 HA2 GLY X 167 -9.500 -25.520 17.390 1.00 0.00 P0 H +ATOM 2420 C GLY X 167 -9.290 -24.440 19.110 1.00 0.00 P0 C +ATOM 2421 O GLY X 167 -10.140 -24.680 19.940 1.00 0.00 P0 O +ATOM 2422 N VAL X 168 -8.700 -23.250 18.930 1.00 0.00 P0 N +ATOM 2423 HN VAL X 168 -7.910 -23.170 18.330 1.00 0.00 P0 H +ATOM 2424 CA VAL X 168 -9.100 -22.110 19.670 1.00 0.00 P0 C +ATOM 2425 HA VAL X 168 -10.170 -22.020 19.650 1.00 0.00 P0 H +ATOM 2426 CB VAL X 168 -8.670 -22.100 21.130 1.00 0.00 P0 C +ATOM 2427 HB VAL X 168 -8.840 -23.160 21.470 1.00 0.00 P0 H +ATOM 2428 CG1 VAL X 168 -7.130 -21.900 21.340 1.00 0.00 P0 C +ATOM 2429 HG11 VAL X 168 -6.910 -22.040 22.420 1.00 0.00 P0 H +ATOM 2430 HG12 VAL X 168 -6.590 -22.710 20.800 1.00 0.00 P0 H +ATOM 2431 HG13 VAL X 168 -6.850 -20.890 20.970 1.00 0.00 P0 H +ATOM 2432 CG2 VAL X 168 -9.560 -21.260 22.120 1.00 0.00 P0 C +ATOM 2433 HG21 VAL X 168 -9.550 -20.220 21.740 1.00 0.00 P0 H +ATOM 2434 HG22 VAL X 168 -10.550 -21.770 22.180 1.00 0.00 P0 H +ATOM 2435 HG23 VAL X 168 -9.200 -21.340 23.170 1.00 0.00 P0 H +ATOM 2436 C VAL X 168 -8.450 -20.910 19.020 1.00 0.00 P0 C +ATOM 2437 O VAL X 168 -7.380 -20.970 18.450 1.00 0.00 P0 O +ATOM 2438 N ARG X 169 -9.040 -19.730 19.180 1.00 0.00 P0 N +ATOM 2439 HN ARG X 169 -9.760 -19.580 19.850 1.00 0.00 P0 H +ATOM 2440 CA ARG X 169 -8.370 -18.520 18.780 1.00 0.00 P0 C +ATOM 2441 HA ARG X 169 -7.880 -18.700 17.830 1.00 0.00 P0 H +ATOM 2442 CB ARG X 169 -9.480 -17.390 18.530 1.00 0.00 P0 C +ATOM 2443 HB1 ARG X 169 -10.210 -17.750 17.790 1.00 0.00 P0 H +ATOM 2444 HB2 ARG X 169 -9.930 -16.910 19.440 1.00 0.00 P0 H +ATOM 2445 CG ARG X 169 -8.910 -16.210 17.700 1.00 0.00 P0 C +ATOM 2446 HG1 ARG X 169 -8.340 -15.510 18.340 1.00 0.00 P0 H +ATOM 2447 HG2 ARG X 169 -8.340 -16.620 16.840 1.00 0.00 P0 H +ATOM 2448 CD ARG X 169 -10.000 -15.350 17.150 1.00 0.00 P0 C +ATOM 2449 HD1 ARG X 169 -10.580 -16.020 16.460 1.00 0.00 P0 H +ATOM 2450 HD2 ARG X 169 -10.620 -14.990 17.990 1.00 0.00 P0 H +ATOM 2451 NE ARG X 169 -9.430 -14.190 16.430 1.00 0.00 P0 N +ATOM 2452 HE ARG X 169 -9.230 -14.340 15.460 1.00 0.00 P0 H +ATOM 2453 CZ ARG X 169 -9.140 -12.980 16.960 1.00 0.00 P0 C +ATOM 2454 NH1 ARG X 169 -9.300 -12.690 18.250 1.00 0.00 P0 N +ATOM 2455 HH11 ARG X 169 -9.280 -11.770 18.620 1.00 0.00 P0 H +ATOM 2456 HH12 ARG X 169 -9.590 -13.490 18.790 1.00 0.00 P0 H +ATOM 2457 NH2 ARG X 169 -8.680 -11.970 16.160 1.00 0.00 P0 N +ATOM 2458 HH21 ARG X 169 -8.820 -11.040 16.500 1.00 0.00 P0 H +ATOM 2459 HH22 ARG X 169 -8.440 -12.200 15.210 1.00 0.00 P0 H +ATOM 2460 C ARG X 169 -7.480 -18.090 19.910 1.00 0.00 P0 C +ATOM 2461 O ARG X 169 -7.990 -17.950 21.040 1.00 0.00 P0 O +ATOM 2462 N THR X 170 -6.210 -17.860 19.640 1.00 0.00 P0 N +ATOM 2463 HN THR X 170 -5.890 -17.820 18.700 1.00 0.00 P0 H +ATOM 2464 CA THR X 170 -5.270 -17.500 20.620 1.00 0.00 P0 C +ATOM 2465 HA THR X 170 -5.530 -18.070 21.490 1.00 0.00 P0 H +ATOM 2466 CB THR X 170 -3.790 -17.900 20.200 1.00 0.00 P0 C +ATOM 2467 HB THR X 170 -3.400 -17.260 19.380 1.00 0.00 P0 H +ATOM 2468 OG1 THR X 170 -3.700 -19.230 19.780 1.00 0.00 P0 O +ATOM 2469 HG1 THR X 170 -4.310 -19.260 19.030 1.00 0.00 P0 H +ATOM 2470 CG2 THR X 170 -2.880 -17.880 21.470 1.00 0.00 P0 C +ATOM 2471 HG21 THR X 170 -2.840 -16.830 21.860 1.00 0.00 P0 H +ATOM 2472 HG22 THR X 170 -3.230 -18.640 22.190 1.00 0.00 P0 H +ATOM 2473 HG23 THR X 170 -1.830 -18.090 21.180 1.00 0.00 P0 H +ATOM 2474 C THR X 170 -5.280 -16.030 20.960 1.00 0.00 P0 C +ATOM 2475 O THR X 170 -5.130 -15.670 22.120 1.00 0.00 P0 O +ATOM 2476 N VAL X 171 -5.650 -15.140 20.000 1.00 0.00 P0 N +ATOM 2477 HN VAL X 171 -5.840 -15.430 19.060 1.00 0.00 P0 H +ATOM 2478 CA VAL X 171 -5.520 -13.720 20.210 1.00 0.00 P0 C +ATOM 2479 HA VAL X 171 -4.770 -13.550 20.970 1.00 0.00 P0 H +ATOM 2480 CB VAL X 171 -5.020 -13.100 18.890 1.00 0.00 P0 C +ATOM 2481 HB VAL X 171 -5.590 -13.510 18.040 1.00 0.00 P0 H +ATOM 2482 CG1 VAL X 171 -5.090 -11.530 18.910 1.00 0.00 P0 C +ATOM 2483 HG11 VAL X 171 -4.550 -11.190 18.000 1.00 0.00 P0 H +ATOM 2484 HG12 VAL X 171 -6.100 -11.110 18.700 1.00 0.00 P0 H +ATOM 2485 HG13 VAL X 171 -4.690 -11.120 19.860 1.00 0.00 P0 H +ATOM 2486 CG2 VAL X 171 -3.600 -13.640 18.590 1.00 0.00 P0 C +ATOM 2487 HG21 VAL X 171 -3.070 -13.020 17.840 1.00 0.00 P0 H +ATOM 2488 HG22 VAL X 171 -3.050 -13.760 19.540 1.00 0.00 P0 H +ATOM 2489 HG23 VAL X 171 -3.660 -14.700 18.260 1.00 0.00 P0 H +ATOM 2490 C VAL X 171 -6.740 -13.160 20.850 1.00 0.00 P0 C +ATOM 2491 O VAL X 171 -7.810 -13.790 20.760 1.00 0.00 P0 O +ATOM 2492 N GLU X 172 -6.660 -11.980 21.480 1.00 0.00 P0 N +ATOM 2493 HN GLU X 172 -5.840 -11.430 21.410 1.00 0.00 P0 H +ATOM 2494 CA GLU X 172 -7.780 -11.330 22.150 1.00 0.00 P0 C +ATOM 2495 HA GLU X 172 -8.370 -12.000 22.770 1.00 0.00 P0 H +ATOM 2496 CB GLU X 172 -7.200 -10.180 23.050 1.00 0.00 P0 C +ATOM 2497 HB1 GLU X 172 -6.690 -9.440 22.400 1.00 0.00 P0 H +ATOM 2498 HB2 GLU X 172 -8.120 -9.870 23.580 1.00 0.00 P0 H +ATOM 2499 CG GLU X 172 -6.180 -10.660 24.070 1.00 0.00 P0 C +ATOM 2500 HG1 GLU X 172 -6.650 -11.450 24.700 1.00 0.00 P0 H +ATOM 2501 HG2 GLU X 172 -5.270 -11.190 23.710 1.00 0.00 P0 H +ATOM 2502 CD GLU X 172 -5.810 -9.540 25.020 1.00 0.00 P0 C +ATOM 2503 OE1 GLU X 172 -4.580 -9.410 25.170 1.00 0.00 P0 O +ATOM 2504 OE2 GLU X 172 -6.630 -8.970 25.730 1.00 0.00 P0 O +ATOM 2505 C GLU X 172 -8.800 -10.740 21.140 1.00 0.00 P0 C +ATOM 2506 O GLU X 172 -8.540 -10.570 19.930 1.00 0.00 P0 O +ATOM 2507 N ASP X 173 -10.010 -10.420 21.650 1.00 0.00 P0 N +ATOM 2508 HN ASP X 173 -10.300 -10.510 22.600 1.00 0.00 P0 H +ATOM 2509 CA ASP X 173 -11.040 -9.700 20.940 1.00 0.00 P0 C +ATOM 2510 HA ASP X 173 -11.070 -9.960 19.890 1.00 0.00 P0 H +ATOM 2511 CB ASP X 173 -12.450 -10.020 21.660 1.00 0.00 P0 C +ATOM 2512 HB1 ASP X 173 -13.230 -9.480 21.100 1.00 0.00 P0 H +ATOM 2513 HB2 ASP X 173 -12.590 -11.120 21.750 1.00 0.00 P0 H +ATOM 2514 CG ASP X 173 -12.520 -9.480 23.080 1.00 0.00 P0 C +ATOM 2515 OD1 ASP X 173 -11.480 -9.450 23.740 1.00 0.00 P0 O +ATOM 2516 OD2 ASP X 173 -13.660 -9.300 23.610 1.00 0.00 P0 O +ATOM 2517 C ASP X 173 -10.730 -8.190 20.950 1.00 0.00 P0 C +ATOM 2518 O ASP X 173 -11.060 -7.490 20.000 1.00 0.00 P0 O +ATOM 2519 N GLY X 174 -10.110 -7.570 21.940 1.00 0.00 P0 N +ATOM 2520 HN GLY X 174 -10.210 -8.070 22.800 1.00 0.00 P0 H +ATOM 2521 CA GLY X 174 -9.700 -6.190 22.000 1.00 0.00 P0 C +ATOM 2522 HA1 GLY X 174 -9.360 -5.950 23.000 1.00 0.00 P0 H +ATOM 2523 HA2 GLY X 174 -10.560 -5.590 21.750 1.00 0.00 P0 H +ATOM 2524 C GLY X 174 -8.500 -5.790 21.230 1.00 0.00 P0 C +ATOM 2525 O GLY X 174 -8.330 -4.670 20.820 1.00 0.00 P0 O +ATOM 2526 N GLU X 175 -7.570 -6.690 20.810 1.00 0.00 P0 N +ATOM 2527 HN GLU X 175 -7.720 -7.660 20.930 1.00 0.00 P0 H +ATOM 2528 CA GLU X 175 -6.400 -6.340 20.040 1.00 0.00 P0 C +ATOM 2529 HA GLU X 175 -6.510 -5.340 19.660 1.00 0.00 P0 H +ATOM 2530 CB GLU X 175 -5.060 -6.450 20.890 1.00 0.00 P0 C +ATOM 2531 HB1 GLU X 175 -5.020 -7.380 21.500 1.00 0.00 P0 H +ATOM 2532 HB2 GLU X 175 -4.160 -6.450 20.260 1.00 0.00 P0 H +ATOM 2533 CG GLU X 175 -5.000 -5.160 21.810 1.00 0.00 P0 C +ATOM 2534 HG1 GLU X 175 -4.970 -4.310 21.090 1.00 0.00 P0 H +ATOM 2535 HG2 GLU X 175 -5.940 -4.900 22.360 1.00 0.00 P0 H +ATOM 2536 CD GLU X 175 -3.790 -5.240 22.680 1.00 0.00 P0 C +ATOM 2537 OE1 GLU X 175 -2.810 -4.530 22.320 1.00 0.00 P0 O +ATOM 2538 OE2 GLU X 175 -3.690 -5.970 23.720 1.00 0.00 P0 O +ATOM 2539 C GLU X 175 -6.130 -7.300 18.920 1.00 0.00 P0 C +ATOM 2540 O GLU X 175 -6.250 -8.520 19.140 1.00 0.00 P0 O +ATOM 2541 N CYS X 176 -5.830 -6.710 17.770 1.00 0.00 P0 N +ATOM 2542 HN CYS X 176 -5.480 -5.770 17.780 1.00 0.00 P0 H +ATOM 2543 CA CYS X 176 -5.880 -7.460 16.490 1.00 0.00 P0 C +ATOM 2544 HA CYS X 176 -6.280 -8.440 16.670 1.00 0.00 P0 H +ATOM 2545 CB CYS X 176 -6.860 -6.730 15.510 1.00 0.00 P0 C +ATOM 2546 HB1 CYS X 176 -7.880 -6.550 15.930 1.00 0.00 P0 H +ATOM 2547 HB2 CYS X 176 -6.500 -5.690 15.390 1.00 0.00 P0 H +ATOM 2548 SG CYS X 176 -6.910 -7.570 13.810 1.00 0.00 P0 S +ATOM 2549 C CYS X 176 -4.450 -7.660 15.930 1.00 0.00 P0 C +ATOM 2550 O CYS X 176 -3.760 -6.770 15.480 1.00 0.00 P0 O +ATOM 2551 N TYR X 177 -4.090 -8.930 15.770 1.00 0.00 P0 N +ATOM 2552 HN TYR X 177 -4.740 -9.680 15.860 1.00 0.00 P0 H +ATOM 2553 CA TYR X 177 -2.800 -9.340 15.300 1.00 0.00 P0 C +ATOM 2554 HA TYR X 177 -2.660 -8.730 14.420 1.00 0.00 P0 H +ATOM 2555 CB TYR X 177 -1.640 -9.040 16.230 1.00 0.00 P0 C +ATOM 2556 HB1 TYR X 177 -0.630 -9.400 15.960 1.00 0.00 P0 H +ATOM 2557 HB2 TYR X 177 -1.450 -7.940 16.260 1.00 0.00 P0 H +ATOM 2558 CG TYR X 177 -1.810 -9.530 17.640 1.00 0.00 P0 C +ATOM 2559 CD1 TYR X 177 -2.270 -8.520 18.630 1.00 0.00 P0 C +ATOM 2560 HD1 TYR X 177 -2.640 -7.550 18.360 1.00 0.00 P0 H +ATOM 2561 CE1 TYR X 177 -2.420 -8.910 19.980 1.00 0.00 P0 C +ATOM 2562 HE1 TYR X 177 -2.630 -8.160 20.740 1.00 0.00 P0 H +ATOM 2563 CZ TYR X 177 -2.050 -10.160 20.390 1.00 0.00 P0 C +ATOM 2564 OH TYR X 177 -2.000 -10.410 21.800 1.00 0.00 P0 O +ATOM 2565 HH TYR X 177 -2.360 -9.620 22.220 1.00 0.00 P0 H +ATOM 2566 CD2 TYR X 177 -1.330 -10.730 18.140 1.00 0.00 P0 C +ATOM 2567 HD2 TYR X 177 -0.970 -11.510 17.490 1.00 0.00 P0 H +ATOM 2568 CE2 TYR X 177 -1.420 -11.060 19.510 1.00 0.00 P0 C +ATOM 2569 HE2 TYR X 177 -1.010 -11.970 19.910 1.00 0.00 P0 H +ATOM 2570 C TYR X 177 -2.820 -10.790 14.840 1.00 0.00 P0 C +ATOM 2571 O TYR X 177 -3.790 -11.520 14.990 1.00 0.00 P0 O +ATOM 2572 N ILE X 178 -1.740 -11.290 14.230 1.00 0.00 P0 N +ATOM 2573 HN ILE X 178 -1.050 -10.620 13.970 1.00 0.00 P0 H +ATOM 2574 CA ILE X 178 -1.460 -12.640 13.820 1.00 0.00 P0 C +ATOM 2575 HA ILE X 178 -2.400 -13.120 13.610 1.00 0.00 P0 H +ATOM 2576 CB ILE X 178 -0.800 -12.740 12.460 1.00 0.00 P0 C +ATOM 2577 HB ILE X 178 0.150 -12.170 12.540 1.00 0.00 P0 H +ATOM 2578 CG2 ILE X 178 -0.520 -14.230 12.020 1.00 0.00 P0 C +ATOM 2579 HG21 ILE X 178 0.400 -14.630 12.510 1.00 0.00 P0 H +ATOM 2580 HG22 ILE X 178 -1.400 -14.850 12.280 1.00 0.00 P0 H +ATOM 2581 HG23 ILE X 178 -0.410 -14.320 10.920 1.00 0.00 P0 H +ATOM 2582 CG1 ILE X 178 -1.670 -12.030 11.400 1.00 0.00 P0 C +ATOM 2583 HG11 ILE X 178 -2.400 -12.790 11.020 1.00 0.00 P0 H +ATOM 2584 HG12 ILE X 178 -2.330 -11.220 11.790 1.00 0.00 P0 H +ATOM 2585 CD ILE X 178 -0.870 -11.460 10.190 1.00 0.00 P0 C +ATOM 2586 HD1 ILE X 178 -0.060 -10.720 10.340 1.00 0.00 P0 H +ATOM 2587 HD2 ILE X 178 -0.470 -12.270 9.530 1.00 0.00 P0 H +ATOM 2588 HD3 ILE X 178 -1.560 -10.890 9.530 1.00 0.00 P0 H +ATOM 2589 C ILE X 178 -0.610 -13.320 14.900 1.00 0.00 P0 C +ATOM 2590 O ILE X 178 0.390 -12.850 15.460 1.00 0.00 P0 O +ATOM 2591 N GLN X 179 -0.920 -14.590 15.260 1.00 0.00 P0 N +ATOM 2592 HN GLN X 179 -1.750 -15.030 14.920 1.00 0.00 P0 H +ATOM 2593 CA GLN X 179 -0.380 -15.350 16.380 1.00 0.00 P0 C +ATOM 2594 HA GLN X 179 -0.300 -14.780 17.280 1.00 0.00 P0 H +ATOM 2595 CB GLN X 179 -1.140 -16.670 16.710 1.00 0.00 P0 C +ATOM 2596 HB1 GLN X 179 -2.080 -16.260 17.140 1.00 0.00 P0 H +ATOM 2597 HB2 GLN X 179 -1.380 -17.200 15.770 1.00 0.00 P0 H +ATOM 2598 CG GLN X 179 -0.570 -17.680 17.730 1.00 0.00 P0 C +ATOM 2599 HG1 GLN X 179 -1.160 -18.610 17.850 1.00 0.00 P0 H +ATOM 2600 HG2 GLN X 179 0.430 -18.050 17.400 1.00 0.00 P0 H +ATOM 2601 CD GLN X 179 -0.400 -17.140 19.090 1.00 0.00 P0 C +ATOM 2602 OE1 GLN X 179 -0.900 -16.080 19.550 1.00 0.00 P0 O +ATOM 2603 NE2 GLN X 179 0.450 -17.880 19.800 1.00 0.00 P0 N +ATOM 2604 HE21 GLN X 179 0.690 -17.620 20.740 1.00 0.00 P0 H +ATOM 2605 HE22 GLN X 179 0.920 -18.630 19.340 1.00 0.00 P0 H +ATOM 2606 C GLN X 179 1.060 -15.640 16.230 1.00 0.00 P0 C +ATOM 2607 O GLN X 179 1.770 -15.810 17.250 1.00 0.00 P0 O +ATOM 2608 N PHE X 180 1.510 -15.860 14.960 1.00 0.00 P0 N +ATOM 2609 HN PHE X 180 0.890 -15.890 14.170 1.00 0.00 P0 H +ATOM 2610 CA PHE X 180 2.930 -16.000 14.720 1.00 0.00 P0 C +ATOM 2611 HA PHE X 180 3.380 -16.700 15.400 1.00 0.00 P0 H +ATOM 2612 CB PHE X 180 3.170 -16.490 13.250 1.00 0.00 P0 C +ATOM 2613 HB1 PHE X 180 2.820 -15.670 12.580 1.00 0.00 P0 H +ATOM 2614 HB2 PHE X 180 4.250 -16.720 13.060 1.00 0.00 P0 H +ATOM 2615 CG PHE X 180 2.370 -17.750 12.970 1.00 0.00 P0 C +ATOM 2616 CD1 PHE X 180 2.820 -18.940 13.670 1.00 0.00 P0 C +ATOM 2617 HD1 PHE X 180 3.720 -18.920 14.270 1.00 0.00 P0 H +ATOM 2618 CE1 PHE X 180 2.220 -20.130 13.460 1.00 0.00 P0 C +ATOM 2619 HE1 PHE X 180 2.470 -21.100 13.840 1.00 0.00 P0 H +ATOM 2620 CZ PHE X 180 1.150 -20.150 12.600 1.00 0.00 P0 C +ATOM 2621 HZ PHE X 180 0.620 -21.070 12.380 1.00 0.00 P0 H +ATOM 2622 CD2 PHE X 180 1.280 -17.820 12.110 1.00 0.00 P0 C +ATOM 2623 HD2 PHE X 180 0.910 -16.980 11.540 1.00 0.00 P0 H +ATOM 2624 CE2 PHE X 180 0.680 -19.030 11.980 1.00 0.00 P0 C +ATOM 2625 HE2 PHE X 180 -0.100 -19.310 11.290 1.00 0.00 P0 H +ATOM 2626 C PHE X 180 3.620 -14.750 14.970 1.00 0.00 P0 C +ATOM 2627 O PHE X 180 4.630 -14.590 15.630 1.00 0.00 P0 O +ATOM 2628 N PHE X 181 3.100 -13.600 14.450 1.00 0.00 P0 N +ATOM 2629 HN PHE X 181 2.120 -13.510 14.260 1.00 0.00 P0 H +ATOM 2630 CA PHE X 181 3.870 -12.340 14.250 1.00 0.00 P0 C +ATOM 2631 HA PHE X 181 4.900 -12.540 14.000 1.00 0.00 P0 H +ATOM 2632 CB PHE X 181 3.450 -11.600 12.920 1.00 0.00 P0 C +ATOM 2633 HB1 PHE X 181 2.390 -11.280 13.010 1.00 0.00 P0 H +ATOM 2634 HB2 PHE X 181 4.130 -10.760 12.650 1.00 0.00 P0 H +ATOM 2635 CG PHE X 181 3.530 -12.580 11.770 1.00 0.00 P0 C +ATOM 2636 CD1 PHE X 181 4.430 -13.770 11.730 1.00 0.00 P0 C +ATOM 2637 HD1 PHE X 181 5.210 -13.810 12.470 1.00 0.00 P0 H +ATOM 2638 CE1 PHE X 181 4.340 -14.630 10.590 1.00 0.00 P0 C +ATOM 2639 HE1 PHE X 181 5.140 -15.360 10.520 1.00 0.00 P0 H +ATOM 2640 CZ PHE X 181 3.440 -14.480 9.600 1.00 0.00 P0 C +ATOM 2641 HZ PHE X 181 3.380 -15.140 8.750 1.00 0.00 P0 H +ATOM 2642 CD2 PHE X 181 2.690 -12.460 10.580 1.00 0.00 P0 C +ATOM 2643 HD2 PHE X 181 2.090 -11.560 10.600 1.00 0.00 P0 H +ATOM 2644 CE2 PHE X 181 2.730 -13.270 9.520 1.00 0.00 P0 C +ATOM 2645 HE2 PHE X 181 2.080 -13.050 8.690 1.00 0.00 P0 H +ATOM 2646 C PHE X 181 3.740 -11.440 15.350 1.00 0.00 P0 C +ATOM 2647 O PHE X 181 4.040 -10.240 15.230 1.00 0.00 P0 O +ATOM 2648 N SER X 182 3.480 -11.970 16.590 1.00 0.00 P0 N +ATOM 2649 HN SER X 182 3.070 -12.880 16.540 1.00 0.00 P0 H +ATOM 2650 CA SER X 182 3.800 -11.380 17.880 1.00 0.00 P0 C +ATOM 2651 HA SER X 182 3.440 -10.370 17.980 1.00 0.00 P0 H +ATOM 2652 CB SER X 182 2.960 -11.970 19.070 1.00 0.00 P0 C +ATOM 2653 HB1 SER X 182 3.180 -11.490 20.050 1.00 0.00 P0 H +ATOM 2654 HB2 SER X 182 1.870 -11.880 18.880 1.00 0.00 P0 H +ATOM 2655 OG SER X 182 3.180 -13.350 19.360 1.00 0.00 P0 O +ATOM 2656 HG1 SER X 182 2.280 -13.640 19.550 1.00 0.00 P0 H +ATOM 2657 C SER X 182 5.310 -11.460 18.080 1.00 0.00 P0 C +ATOM 2658 O SER X 182 5.930 -10.770 18.840 1.00 0.00 P0 O +ATOM 2659 N ASN X 183 5.980 -12.490 17.430 1.00 0.00 P0 N +ATOM 2660 HN ASN X 183 5.500 -13.110 16.820 1.00 0.00 P0 H +ATOM 2661 CA ASN X 183 7.320 -12.780 17.690 1.00 0.00 P0 C +ATOM 2662 HA ASN X 183 7.740 -12.250 18.530 1.00 0.00 P0 H +ATOM 2663 CB ASN X 183 7.530 -14.280 17.900 1.00 0.00 P0 C +ATOM 2664 HB1 ASN X 183 6.790 -14.730 18.590 1.00 0.00 P0 H +ATOM 2665 HB2 ASN X 183 7.310 -14.810 16.940 1.00 0.00 P0 H +ATOM 2666 CG ASN X 183 8.940 -14.750 18.220 1.00 0.00 P0 C +ATOM 2667 OD1 ASN X 183 9.790 -14.770 17.280 1.00 0.00 P0 O +ATOM 2668 ND2 ASN X 183 9.310 -15.090 19.480 1.00 0.00 P0 N +ATOM 2669 HD21 ASN X 183 10.270 -15.360 19.550 1.00 0.00 P0 H +ATOM 2670 HD22 ASN X 183 8.600 -15.350 20.140 1.00 0.00 P0 H +ATOM 2671 C ASN X 183 8.180 -12.330 16.550 1.00 0.00 P0 C +ATOM 2672 O ASN X 183 8.070 -12.780 15.400 1.00 0.00 P0 O +ATOM 2673 N ALA X 184 9.140 -11.390 16.900 1.00 0.00 P0 N +ATOM 2674 HN ALA X 184 9.200 -11.060 17.850 1.00 0.00 P0 H +ATOM 2675 CA ALA X 184 9.970 -10.740 15.950 1.00 0.00 P0 C +ATOM 2676 HA ALA X 184 9.300 -10.380 15.180 1.00 0.00 P0 H +ATOM 2677 CB ALA X 184 10.660 -9.600 16.570 1.00 0.00 P0 C +ATOM 2678 HB1 ALA X 184 9.860 -8.900 16.870 1.00 0.00 P0 H +ATOM 2679 HB2 ALA X 184 11.190 -10.000 17.460 1.00 0.00 P0 H +ATOM 2680 HB3 ALA X 184 11.330 -9.040 15.890 1.00 0.00 P0 H +ATOM 2681 C ALA X 184 10.880 -11.670 15.170 1.00 0.00 P0 C +ATOM 2682 O ALA X 184 10.960 -11.530 13.960 1.00 0.00 P0 O +ATOM 2683 N ALA X 185 11.560 -12.720 15.800 1.00 0.00 P0 N +ATOM 2684 HN ALA X 185 11.420 -12.740 16.780 1.00 0.00 P0 H +ATOM 2685 CA ALA X 185 12.390 -13.760 15.100 1.00 0.00 P0 C +ATOM 2686 HA ALA X 185 13.120 -13.180 14.550 1.00 0.00 P0 H +ATOM 2687 CB ALA X 185 13.100 -14.740 16.110 1.00 0.00 P0 C +ATOM 2688 HB1 ALA X 185 13.530 -14.200 16.980 1.00 0.00 P0 H +ATOM 2689 HB2 ALA X 185 12.390 -15.460 16.570 1.00 0.00 P0 H +ATOM 2690 HB3 ALA X 185 13.830 -15.310 15.500 1.00 0.00 P0 H +ATOM 2691 C ALA X 185 11.630 -14.550 14.060 1.00 0.00 P0 C +ATOM 2692 O ALA X 185 12.100 -14.740 12.950 1.00 0.00 P0 O +ATOM 2693 N VAL X 186 10.380 -14.880 14.280 1.00 0.00 P0 N +ATOM 2694 HN VAL X 186 10.070 -14.810 15.230 1.00 0.00 P0 H +ATOM 2695 CA VAL X 186 9.440 -15.420 13.300 1.00 0.00 P0 C +ATOM 2696 HA VAL X 186 10.010 -16.140 12.730 1.00 0.00 P0 H +ATOM 2697 CB VAL X 186 8.260 -15.990 14.060 1.00 0.00 P0 C +ATOM 2698 HB VAL X 186 7.870 -15.190 14.730 1.00 0.00 P0 H +ATOM 2699 CG1 VAL X 186 7.180 -16.400 13.070 1.00 0.00 P0 C +ATOM 2700 HG11 VAL X 186 7.560 -16.760 12.090 1.00 0.00 P0 H +ATOM 2701 HG12 VAL X 186 6.580 -17.270 13.430 1.00 0.00 P0 H +ATOM 2702 HG13 VAL X 186 6.510 -15.550 12.820 1.00 0.00 P0 H +ATOM 2703 CG2 VAL X 186 8.540 -17.200 14.900 1.00 0.00 P0 C +ATOM 2704 HG21 VAL X 186 9.240 -16.810 15.680 1.00 0.00 P0 H +ATOM 2705 HG22 VAL X 186 7.640 -17.640 15.360 1.00 0.00 P0 H +ATOM 2706 HG23 VAL X 186 9.020 -18.040 14.350 1.00 0.00 P0 H +ATOM 2707 C VAL X 186 9.120 -14.430 12.300 1.00 0.00 P0 C +ATOM 2708 O VAL X 186 9.160 -14.650 11.080 1.00 0.00 P0 O +ATOM 2709 N THR X 187 8.790 -13.160 12.740 1.00 0.00 P0 N +ATOM 2710 HN THR X 187 8.860 -13.070 13.730 1.00 0.00 P0 H +ATOM 2711 CA THR X 187 8.290 -12.060 11.890 1.00 0.00 P0 C +ATOM 2712 HA THR X 187 7.410 -12.410 11.390 1.00 0.00 P0 H +ATOM 2713 CB THR X 187 7.800 -10.800 12.650 1.00 0.00 P0 C +ATOM 2714 HB THR X 187 8.700 -10.390 13.130 1.00 0.00 P0 H +ATOM 2715 OG1 THR X 187 6.860 -11.000 13.650 1.00 0.00 P0 O +ATOM 2716 HG1 THR X 187 7.280 -11.640 14.230 1.00 0.00 P0 H +ATOM 2717 CG2 THR X 187 7.140 -9.760 11.820 1.00 0.00 P0 C +ATOM 2718 HG21 THR X 187 6.260 -10.000 11.190 1.00 0.00 P0 H +ATOM 2719 HG22 THR X 187 6.840 -8.900 12.450 1.00 0.00 P0 H +ATOM 2720 HG23 THR X 187 7.890 -9.390 11.080 1.00 0.00 P0 H +ATOM 2721 C THR X 187 9.240 -11.680 10.820 1.00 0.00 P0 C +ATOM 2722 O THR X 187 8.950 -11.560 9.660 1.00 0.00 P0 O +ATOM 2723 N PHE X 188 10.530 -11.700 11.230 1.00 0.00 P0 N +ATOM 2724 HN PHE X 188 10.800 -11.950 12.150 1.00 0.00 P0 H +ATOM 2725 CA PHE X 188 11.620 -11.250 10.350 1.00 0.00 P0 C +ATOM 2726 HA PHE X 188 11.260 -10.380 9.820 1.00 0.00 P0 H +ATOM 2727 CB PHE X 188 12.820 -10.640 11.180 1.00 0.00 P0 C +ATOM 2728 HB1 PHE X 188 12.550 -9.790 11.840 1.00 0.00 P0 H +ATOM 2729 HB2 PHE X 188 13.100 -11.450 11.880 1.00 0.00 P0 H +ATOM 2730 CG PHE X 188 14.070 -10.270 10.350 1.00 0.00 P0 C +ATOM 2731 CD1 PHE X 188 13.940 -9.530 9.210 1.00 0.00 P0 C +ATOM 2732 HD1 PHE X 188 12.980 -9.260 8.790 1.00 0.00 P0 H +ATOM 2733 CE1 PHE X 188 15.050 -9.000 8.500 1.00 0.00 P0 C +ATOM 2734 HE1 PHE X 188 14.940 -8.480 7.560 1.00 0.00 P0 H +ATOM 2735 CZ PHE X 188 16.320 -9.290 9.000 1.00 0.00 P0 C +ATOM 2736 HZ PHE X 188 17.170 -9.000 8.410 1.00 0.00 P0 H +ATOM 2737 CD2 PHE X 188 15.380 -10.580 10.720 1.00 0.00 P0 C +ATOM 2738 HD2 PHE X 188 15.550 -11.200 11.590 1.00 0.00 P0 H +ATOM 2739 CE2 PHE X 188 16.540 -10.200 10.020 1.00 0.00 P0 C +ATOM 2740 HE2 PHE X 188 17.520 -10.480 10.370 1.00 0.00 P0 H +ATOM 2741 C PHE X 188 12.020 -12.310 9.410 1.00 0.00 P0 C +ATOM 2742 O PHE X 188 12.170 -12.150 8.170 1.00 0.00 P0 O +ATOM 2743 N GLY X 189 12.000 -13.580 9.940 1.00 0.00 P0 N +ATOM 2744 HN GLY X 189 11.740 -13.680 10.910 1.00 0.00 P0 H +ATOM 2745 CA GLY X 189 12.150 -14.750 9.080 1.00 0.00 P0 C +ATOM 2746 HA1 GLY X 189 11.980 -15.480 9.860 1.00 0.00 P0 H +ATOM 2747 HA2 GLY X 189 13.180 -14.830 8.790 1.00 0.00 P0 H +ATOM 2748 C GLY X 189 11.070 -14.850 8.020 1.00 0.00 P0 C +ATOM 2749 O GLY X 189 11.240 -15.310 6.920 1.00 0.00 P0 O +ATOM 2750 N THR X 190 9.830 -14.500 8.370 1.00 0.00 P0 N +ATOM 2751 HN THR X 190 9.620 -14.130 9.270 1.00 0.00 P0 H +ATOM 2752 CA THR X 190 8.710 -14.380 7.410 1.00 0.00 P0 C +ATOM 2753 HA THR X 190 8.450 -15.320 6.950 1.00 0.00 P0 H +ATOM 2754 CB THR X 190 7.440 -14.040 8.200 1.00 0.00 P0 C +ATOM 2755 HB THR X 190 7.270 -12.970 8.430 1.00 0.00 P0 H +ATOM 2756 OG1 THR X 190 7.260 -14.880 9.390 1.00 0.00 P0 O +ATOM 2757 HG1 THR X 190 8.050 -14.820 9.930 1.00 0.00 P0 H +ATOM 2758 CG2 THR X 190 6.220 -14.430 7.350 1.00 0.00 P0 C +ATOM 2759 HG21 THR X 190 5.310 -14.060 7.860 1.00 0.00 P0 H +ATOM 2760 HG22 THR X 190 6.220 -14.040 6.300 1.00 0.00 P0 H +ATOM 2761 HG23 THR X 190 6.260 -15.520 7.130 1.00 0.00 P0 H +ATOM 2762 C THR X 190 8.930 -13.180 6.440 1.00 0.00 P0 C +ATOM 2763 O THR X 190 8.760 -13.360 5.240 1.00 0.00 P0 O +ATOM 2764 N ALA X 191 9.460 -12.060 6.940 1.00 0.00 P0 N +ATOM 2765 HN ALA X 191 9.810 -11.890 7.860 1.00 0.00 P0 H +ATOM 2766 CA ALA X 191 9.540 -10.940 6.060 1.00 0.00 P0 C +ATOM 2767 HA ALA X 191 8.610 -10.770 5.530 1.00 0.00 P0 H +ATOM 2768 CB ALA X 191 9.660 -9.720 7.030 1.00 0.00 P0 C +ATOM 2769 HB1 ALA X 191 8.730 -9.600 7.630 1.00 0.00 P0 H +ATOM 2770 HB2 ALA X 191 10.520 -9.770 7.730 1.00 0.00 P0 H +ATOM 2771 HB3 ALA X 191 9.830 -8.740 6.520 1.00 0.00 P0 H +ATOM 2772 C ALA X 191 10.730 -11.040 5.060 1.00 0.00 P0 C +ATOM 2773 O ALA X 191 10.810 -10.510 3.960 1.00 0.00 P0 O +ATOM 2774 N ILE X 192 11.760 -11.860 5.400 1.00 0.00 P0 N +ATOM 2775 HN ILE X 192 11.810 -12.370 6.250 1.00 0.00 P0 H +ATOM 2776 CA ILE X 192 12.670 -12.310 4.420 1.00 0.00 P0 C +ATOM 2777 HA ILE X 192 13.090 -11.480 3.870 1.00 0.00 P0 H +ATOM 2778 CB ILE X 192 13.860 -12.930 5.130 1.00 0.00 P0 C +ATOM 2779 HB ILE X 192 13.590 -13.570 6.000 1.00 0.00 P0 H +ATOM 2780 CG2 ILE X 192 14.750 -13.670 4.160 1.00 0.00 P0 C +ATOM 2781 HG21 ILE X 192 14.100 -14.430 3.690 1.00 0.00 P0 H +ATOM 2782 HG22 ILE X 192 15.010 -13.010 3.310 1.00 0.00 P0 H +ATOM 2783 HG23 ILE X 192 15.660 -14.140 4.590 1.00 0.00 P0 H +ATOM 2784 CG1 ILE X 192 14.730 -11.790 5.830 1.00 0.00 P0 C +ATOM 2785 HG11 ILE X 192 15.040 -11.150 4.980 1.00 0.00 P0 H +ATOM 2786 HG12 ILE X 192 14.130 -11.180 6.540 1.00 0.00 P0 H +ATOM 2787 CD ILE X 192 15.890 -12.460 6.600 1.00 0.00 P0 C +ATOM 2788 HD1 ILE X 192 15.630 -13.290 7.280 1.00 0.00 P0 H +ATOM 2789 HD2 ILE X 192 16.730 -12.740 5.910 1.00 0.00 P0 H +ATOM 2790 HD3 ILE X 192 16.180 -11.720 7.370 1.00 0.00 P0 H +ATOM 2791 C ILE X 192 12.070 -13.140 3.280 1.00 0.00 P0 C +ATOM 2792 O ILE X 192 12.380 -12.960 2.090 1.00 0.00 P0 O +ATOM 2793 N ALA X 193 11.140 -14.020 3.710 1.00 0.00 P0 N +ATOM 2794 HN ALA X 193 10.990 -13.960 4.700 1.00 0.00 P0 H +ATOM 2795 CA ALA X 193 10.410 -15.050 2.900 1.00 0.00 P0 C +ATOM 2796 HA ALA X 193 11.180 -15.570 2.350 1.00 0.00 P0 H +ATOM 2797 CB ALA X 193 9.630 -16.130 3.670 1.00 0.00 P0 C +ATOM 2798 HB1 ALA X 193 10.310 -16.420 4.500 1.00 0.00 P0 H +ATOM 2799 HB2 ALA X 193 8.720 -15.730 4.160 1.00 0.00 P0 H +ATOM 2800 HB3 ALA X 193 9.360 -17.020 3.060 1.00 0.00 P0 H +ATOM 2801 C ALA X 193 9.410 -14.500 1.850 1.00 0.00 P0 C +ATOM 2802 O ALA X 193 9.430 -14.890 0.700 1.00 0.00 P0 O +ATOM 2803 N ALA X 194 8.670 -13.470 2.270 1.00 0.00 P0 N +ATOM 2804 HN ALA X 194 8.650 -13.380 3.270 1.00 0.00 P0 H +ATOM 2805 CA ALA X 194 7.520 -12.880 1.660 1.00 0.00 P0 C +ATOM 2806 HA ALA X 194 7.300 -13.590 0.880 1.00 0.00 P0 H +ATOM 2807 CB ALA X 194 6.360 -12.840 2.710 1.00 0.00 P0 C +ATOM 2808 HB1 ALA X 194 5.380 -12.630 2.240 1.00 0.00 P0 H +ATOM 2809 HB2 ALA X 194 6.220 -13.820 3.200 1.00 0.00 P0 H +ATOM 2810 HB3 ALA X 194 6.660 -12.140 3.520 1.00 0.00 P0 H +ATOM 2811 C ALA X 194 7.850 -11.470 1.100 1.00 0.00 P0 C +ATOM 2812 O ALA X 194 7.050 -10.870 0.470 1.00 0.00 P0 O +ATOM 2813 N PHE X 195 9.020 -10.840 1.280 1.00 0.00 P0 N +ATOM 2814 HN PHE X 195 9.760 -11.210 1.850 1.00 0.00 P0 H +ATOM 2815 CA PHE X 195 9.360 -9.570 0.670 1.00 0.00 P0 C +ATOM 2816 HA PHE X 195 8.900 -9.430 -0.300 1.00 0.00 P0 H +ATOM 2817 CB PHE X 195 9.100 -8.360 1.530 1.00 0.00 P0 C +ATOM 2818 HB1 PHE X 195 8.000 -8.350 1.730 1.00 0.00 P0 H +ATOM 2819 HB2 PHE X 195 9.540 -8.480 2.550 1.00 0.00 P0 H +ATOM 2820 CG PHE X 195 9.590 -7.110 1.000 1.00 0.00 P0 C +ATOM 2821 CD1 PHE X 195 8.820 -6.280 0.180 1.00 0.00 P0 C +ATOM 2822 HD1 PHE X 195 7.840 -6.650 -0.100 1.00 0.00 P0 H +ATOM 2823 CE1 PHE X 195 9.240 -5.050 -0.290 1.00 0.00 P0 C +ATOM 2824 HE1 PHE X 195 8.630 -4.450 -0.950 1.00 0.00 P0 H +ATOM 2825 CZ PHE X 195 10.510 -4.560 0.120 1.00 0.00 P0 C +ATOM 2826 HZ PHE X 195 11.000 -3.660 -0.210 1.00 0.00 P0 H +ATOM 2827 CD2 PHE X 195 10.750 -6.550 1.510 1.00 0.00 P0 C +ATOM 2828 HD2 PHE X 195 11.370 -7.070 2.220 1.00 0.00 P0 H +ATOM 2829 CE2 PHE X 195 11.250 -5.310 1.070 1.00 0.00 P0 C +ATOM 2830 HE2 PHE X 195 12.180 -4.940 1.470 1.00 0.00 P0 H +ATOM 2831 C PHE X 195 10.840 -9.560 0.150 1.00 0.00 P0 C +ATOM 2832 O PHE X 195 11.150 -9.410 -0.990 1.00 0.00 P0 O +ATOM 2833 N TYR X 196 11.820 -9.690 1.080 1.00 0.00 P0 N +ATOM 2834 HN TYR X 196 11.630 -9.890 2.040 1.00 0.00 P0 H +ATOM 2835 CA TYR X 196 13.290 -9.600 0.690 1.00 0.00 P0 C +ATOM 2836 HA TYR X 196 13.350 -8.610 0.260 1.00 0.00 P0 H +ATOM 2837 CB TYR X 196 14.320 -9.500 1.820 1.00 0.00 P0 C +ATOM 2838 HB1 TYR X 196 14.450 -10.350 2.520 1.00 0.00 P0 H +ATOM 2839 HB2 TYR X 196 15.330 -9.280 1.410 1.00 0.00 P0 H +ATOM 2840 CG TYR X 196 14.090 -8.260 2.690 1.00 0.00 P0 C +ATOM 2841 CD1 TYR X 196 14.560 -7.010 2.240 1.00 0.00 P0 C +ATOM 2842 HD1 TYR X 196 14.960 -6.890 1.250 1.00 0.00 P0 H +ATOM 2843 CE1 TYR X 196 14.310 -5.860 2.970 1.00 0.00 P0 C +ATOM 2844 HE1 TYR X 196 14.470 -4.870 2.590 1.00 0.00 P0 H +ATOM 2845 CZ TYR X 196 13.570 -5.950 4.130 1.00 0.00 P0 C +ATOM 2846 OH TYR X 196 13.350 -4.760 4.840 1.00 0.00 P0 O +ATOM 2847 HH TYR X 196 13.240 -4.930 5.780 1.00 0.00 P0 H +ATOM 2848 CD2 TYR X 196 13.590 -8.310 3.990 1.00 0.00 P0 C +ATOM 2849 HD2 TYR X 196 13.220 -9.260 4.340 1.00 0.00 P0 H +ATOM 2850 CE2 TYR X 196 13.180 -7.160 4.660 1.00 0.00 P0 C +ATOM 2851 HE2 TYR X 196 12.600 -7.140 5.580 1.00 0.00 P0 H +ATOM 2852 C TYR X 196 13.780 -10.600 -0.410 1.00 0.00 P0 C +ATOM 2853 O TYR X 196 14.520 -10.220 -1.290 1.00 0.00 P0 O +ATOM 2854 N LEU X 197 13.380 -11.840 -0.250 1.00 0.00 P0 N +ATOM 2855 HN LEU X 197 12.730 -12.050 0.470 1.00 0.00 P0 H +ATOM 2856 CA LEU X 197 13.650 -12.880 -1.210 1.00 0.00 P0 C +ATOM 2857 HA LEU X 197 14.710 -12.710 -1.350 1.00 0.00 P0 H +ATOM 2858 CB LEU X 197 13.400 -14.290 -0.640 1.00 0.00 P0 C +ATOM 2859 HB1 LEU X 197 14.000 -14.430 0.290 1.00 0.00 P0 H +ATOM 2860 HB2 LEU X 197 12.340 -14.370 -0.310 1.00 0.00 P0 H +ATOM 2861 CG LEU X 197 13.620 -15.450 -1.690 1.00 0.00 P0 C +ATOM 2862 HG LEU X 197 12.900 -15.360 -2.530 1.00 0.00 P0 H +ATOM 2863 CD1 LEU X 197 15.110 -15.480 -2.130 1.00 0.00 P0 C +ATOM 2864 HD11 LEU X 197 15.690 -16.000 -1.330 1.00 0.00 P0 H +ATOM 2865 HD12 LEU X 197 15.100 -15.990 -3.120 1.00 0.00 P0 H +ATOM 2866 HD13 LEU X 197 15.480 -14.440 -2.180 1.00 0.00 P0 H +ATOM 2867 CD2 LEU X 197 13.260 -16.830 -1.060 1.00 0.00 P0 C +ATOM 2868 HD21 LEU X 197 12.200 -16.860 -0.700 1.00 0.00 P0 H +ATOM 2869 HD22 LEU X 197 13.470 -17.660 -1.760 1.00 0.00 P0 H +ATOM 2870 HD23 LEU X 197 13.810 -16.970 -0.110 1.00 0.00 P0 H +ATOM 2871 C LEU X 197 13.030 -12.570 -2.600 1.00 0.00 P0 C +ATOM 2872 O LEU X 197 13.750 -12.680 -3.640 1.00 0.00 P0 O +ATOM 2873 N PRO X 198 11.740 -12.270 -2.830 1.00 0.00 P0 N +ATOM 2874 CD PRO X 198 10.640 -12.730 -2.030 1.00 0.00 P0 C +ATOM 2875 HD1 PRO X 198 10.420 -12.190 -1.090 1.00 0.00 P0 H +ATOM 2876 HD2 PRO X 198 10.680 -13.800 -1.760 1.00 0.00 P0 H +ATOM 2877 CA PRO X 198 11.240 -11.730 -4.170 1.00 0.00 P0 C +ATOM 2878 HA PRO X 198 11.400 -12.480 -4.920 1.00 0.00 P0 H +ATOM 2879 CB PRO X 198 9.760 -11.550 -3.930 1.00 0.00 P0 C +ATOM 2880 HB1 PRO X 198 9.210 -11.810 -4.870 1.00 0.00 P0 H +ATOM 2881 HB2 PRO X 198 9.410 -10.540 -3.620 1.00 0.00 P0 H +ATOM 2882 CG PRO X 198 9.450 -12.650 -2.960 1.00 0.00 P0 C +ATOM 2883 HG1 PRO X 198 9.390 -13.650 -3.420 1.00 0.00 P0 H +ATOM 2884 HG2 PRO X 198 8.560 -12.350 -2.360 1.00 0.00 P0 H +ATOM 2885 C PRO X 198 12.000 -10.540 -4.670 1.00 0.00 P0 C +ATOM 2886 O PRO X 198 12.390 -10.480 -5.830 1.00 0.00 P0 O +ATOM 2887 N VAL X 199 12.220 -9.590 -3.750 1.00 0.00 P0 N +ATOM 2888 HN VAL X 199 11.940 -9.690 -2.810 1.00 0.00 P0 H +ATOM 2889 CA VAL X 199 12.940 -8.380 -4.090 1.00 0.00 P0 C +ATOM 2890 HA VAL X 199 12.250 -8.030 -4.820 1.00 0.00 P0 H +ATOM 2891 CB VAL X 199 12.960 -7.370 -2.910 1.00 0.00 P0 C +ATOM 2892 HB VAL X 199 13.220 -7.890 -1.960 1.00 0.00 P0 H +ATOM 2893 CG1 VAL X 199 13.980 -6.240 -3.130 1.00 0.00 P0 C +ATOM 2894 HG11 VAL X 199 13.730 -5.540 -3.960 1.00 0.00 P0 H +ATOM 2895 HG12 VAL X 199 13.990 -5.720 -2.150 1.00 0.00 P0 H +ATOM 2896 HG13 VAL X 199 15.010 -6.600 -3.300 1.00 0.00 P0 H +ATOM 2897 CG2 VAL X 199 11.600 -6.800 -2.740 1.00 0.00 P0 C +ATOM 2898 HG21 VAL X 199 10.790 -7.540 -2.550 1.00 0.00 P0 H +ATOM 2899 HG22 VAL X 199 11.480 -6.040 -1.920 1.00 0.00 P0 H +ATOM 2900 HG23 VAL X 199 11.290 -6.190 -3.620 1.00 0.00 P0 H +ATOM 2901 C VAL X 199 14.360 -8.670 -4.600 1.00 0.00 P0 C +ATOM 2902 O VAL X 199 14.740 -8.130 -5.670 1.00 0.00 P0 O +ATOM 2903 N ILE X 200 15.140 -9.580 -3.960 1.00 0.00 P0 N +ATOM 2904 HN ILE X 200 14.790 -9.940 -3.110 1.00 0.00 P0 H +ATOM 2905 CA ILE X 200 16.520 -9.830 -4.330 1.00 0.00 P0 C +ATOM 2906 HA ILE X 200 16.940 -8.830 -4.380 1.00 0.00 P0 H +ATOM 2907 CB ILE X 200 17.250 -10.540 -3.230 1.00 0.00 P0 C +ATOM 2908 HB ILE X 200 16.720 -11.410 -2.770 1.00 0.00 P0 H +ATOM 2909 CG2 ILE X 200 18.630 -11.130 -3.740 1.00 0.00 P0 C +ATOM 2910 HG21 ILE X 200 19.050 -11.840 -2.990 1.00 0.00 P0 H +ATOM 2911 HG22 ILE X 200 18.620 -11.730 -4.670 1.00 0.00 P0 H +ATOM 2912 HG23 ILE X 200 19.370 -10.330 -3.940 1.00 0.00 P0 H +ATOM 2913 CG1 ILE X 200 17.660 -9.520 -2.110 1.00 0.00 P0 C +ATOM 2914 HG11 ILE X 200 18.340 -8.800 -2.600 1.00 0.00 P0 H +ATOM 2915 HG12 ILE X 200 16.770 -9.000 -1.700 1.00 0.00 P0 H +ATOM 2916 CD ILE X 200 18.430 -10.050 -0.930 1.00 0.00 P0 C +ATOM 2917 HD1 ILE X 200 17.880 -10.760 -0.280 1.00 0.00 P0 H +ATOM 2918 HD2 ILE X 200 19.370 -10.580 -1.190 1.00 0.00 P0 H +ATOM 2919 HD3 ILE X 200 18.700 -9.190 -0.280 1.00 0.00 P0 H +ATOM 2920 C ILE X 200 16.630 -10.560 -5.670 1.00 0.00 P0 C +ATOM 2921 O ILE X 200 17.290 -9.940 -6.550 1.00 0.00 P0 O +ATOM 2922 N ILE X 201 15.890 -11.670 -5.880 1.00 0.00 P0 N +ATOM 2923 HN ILE X 201 15.310 -12.090 -5.200 1.00 0.00 P0 H +ATOM 2924 CA ILE X 201 15.890 -12.400 -7.160 1.00 0.00 P0 C +ATOM 2925 HA ILE X 201 16.900 -12.770 -7.250 1.00 0.00 P0 H +ATOM 2926 CB ILE X 201 15.010 -13.670 -7.210 1.00 0.00 P0 C +ATOM 2927 HB ILE X 201 15.300 -14.310 -6.350 1.00 0.00 P0 H +ATOM 2928 CG2 ILE X 201 13.460 -13.360 -7.150 1.00 0.00 P0 C +ATOM 2929 HG21 ILE X 201 13.080 -12.880 -8.080 1.00 0.00 P0 H +ATOM 2930 HG22 ILE X 201 13.000 -14.320 -6.850 1.00 0.00 P0 H +ATOM 2931 HG23 ILE X 201 13.130 -12.770 -6.250 1.00 0.00 P0 H +ATOM 2932 CG1 ILE X 201 15.240 -14.520 -8.440 1.00 0.00 P0 C +ATOM 2933 HG11 ILE X 201 14.630 -14.100 -9.250 1.00 0.00 P0 H +ATOM 2934 HG12 ILE X 201 16.320 -14.620 -8.690 1.00 0.00 P0 H +ATOM 2935 CD ILE X 201 14.880 -15.990 -8.280 1.00 0.00 P0 C +ATOM 2936 HD1 ILE X 201 15.050 -16.600 -9.200 1.00 0.00 P0 H +ATOM 2937 HD2 ILE X 201 15.230 -16.510 -7.360 1.00 0.00 P0 H +ATOM 2938 HD3 ILE X 201 13.780 -16.090 -8.140 1.00 0.00 P0 H +ATOM 2939 C ILE X 201 15.460 -11.430 -8.300 1.00 0.00 P0 C +ATOM 2940 O ILE X 201 15.870 -11.470 -9.440 1.00 0.00 P0 O +ATOM 2941 N MET X 202 14.490 -10.570 -7.990 1.00 0.00 P0 N +ATOM 2942 HN MET X 202 13.860 -10.780 -7.240 1.00 0.00 P0 H +ATOM 2943 CA MET X 202 13.920 -9.480 -8.870 1.00 0.00 P0 C +ATOM 2944 HA MET X 202 13.680 -10.070 -9.740 1.00 0.00 P0 H +ATOM 2945 CB MET X 202 12.480 -8.860 -8.530 1.00 0.00 P0 C +ATOM 2946 HB1 MET X 202 12.270 -8.810 -7.440 1.00 0.00 P0 H +ATOM 2947 HB2 MET X 202 12.370 -7.850 -8.980 1.00 0.00 P0 H +ATOM 2948 CG MET X 202 11.260 -9.570 -9.070 1.00 0.00 P0 C +ATOM 2949 HG1 MET X 202 11.620 -10.120 -9.970 1.00 0.00 P0 H +ATOM 2950 HG2 MET X 202 11.040 -10.510 -8.500 1.00 0.00 P0 H +ATOM 2951 SD MET X 202 9.790 -8.540 -9.220 1.00 0.00 P0 S +ATOM 2952 CE MET X 202 9.310 -8.380 -7.470 1.00 0.00 P0 C +ATOM 2953 HE1 MET X 202 10.220 -8.020 -6.940 1.00 0.00 P0 H +ATOM 2954 HE2 MET X 202 8.460 -7.690 -7.320 1.00 0.00 P0 H +ATOM 2955 HE3 MET X 202 9.080 -9.330 -6.960 1.00 0.00 P0 H +ATOM 2956 C MET X 202 14.930 -8.330 -9.280 1.00 0.00 P0 C +ATOM 2957 O MET X 202 14.950 -7.790 -10.390 1.00 0.00 P0 O +ATOM 2958 N THR X 203 15.720 -7.850 -8.320 1.00 0.00 P0 N +ATOM 2959 HN THR X 203 15.580 -8.160 -7.370 1.00 0.00 P0 H +ATOM 2960 CA THR X 203 16.720 -6.840 -8.540 1.00 0.00 P0 C +ATOM 2961 HA THR X 203 16.260 -5.980 -9.010 1.00 0.00 P0 H +ATOM 2962 CB THR X 203 17.420 -6.350 -7.250 1.00 0.00 P0 C +ATOM 2963 HB THR X 203 17.870 -7.230 -6.750 1.00 0.00 P0 H +ATOM 2964 OG1 THR X 203 16.480 -5.700 -6.360 1.00 0.00 P0 O +ATOM 2965 HG1 THR X 203 15.880 -6.410 -6.120 1.00 0.00 P0 H +ATOM 2966 CG2 THR X 203 18.460 -5.260 -7.530 1.00 0.00 P0 C +ATOM 2967 HG21 THR X 203 19.340 -5.560 -8.120 1.00 0.00 P0 H +ATOM 2968 HG22 THR X 203 17.970 -4.410 -8.050 1.00 0.00 P0 H +ATOM 2969 HG23 THR X 203 18.870 -4.990 -6.540 1.00 0.00 P0 H +ATOM 2970 C THR X 203 17.870 -7.410 -9.420 1.00 0.00 P0 C +ATOM 2971 O THR X 203 18.400 -6.720 -10.300 1.00 0.00 P0 O +ATOM 2972 N VAL X 204 18.240 -8.680 -9.190 1.00 0.00 P0 N +ATOM 2973 HN VAL X 204 17.970 -9.160 -8.350 1.00 0.00 P0 H +ATOM 2974 CA VAL X 204 19.080 -9.490 -10.140 1.00 0.00 P0 C +ATOM 2975 HA VAL X 204 20.010 -8.950 -10.210 1.00 0.00 P0 H +ATOM 2976 CB VAL X 204 19.370 -10.830 -9.590 1.00 0.00 P0 C +ATOM 2977 HB VAL X 204 18.400 -11.240 -9.230 1.00 0.00 P0 H +ATOM 2978 CG1 VAL X 204 19.970 -11.820 -10.570 1.00 0.00 P0 C +ATOM 2979 HG11 VAL X 204 20.360 -12.710 -10.020 1.00 0.00 P0 H +ATOM 2980 HG12 VAL X 204 19.210 -12.110 -11.320 1.00 0.00 P0 H +ATOM 2981 HG13 VAL X 204 20.810 -11.270 -11.060 1.00 0.00 P0 H +ATOM 2982 CG2 VAL X 204 20.370 -10.560 -8.440 1.00 0.00 P0 C +ATOM 2983 HG21 VAL X 204 20.070 -9.680 -7.830 1.00 0.00 P0 H +ATOM 2984 HG22 VAL X 204 20.510 -11.440 -7.770 1.00 0.00 P0 H +ATOM 2985 HG23 VAL X 204 21.380 -10.350 -8.850 1.00 0.00 P0 H +ATOM 2986 C VAL X 204 18.550 -9.590 -11.580 1.00 0.00 P0 C +ATOM 2987 O VAL X 204 19.240 -9.420 -12.650 1.00 0.00 P0 O +ATOM 2988 N LEU X 205 17.240 -9.820 -11.760 1.00 0.00 P0 N +ATOM 2989 HN LEU X 205 16.710 -10.070 -10.950 1.00 0.00 P0 H +ATOM 2990 CA LEU X 205 16.570 -9.800 -13.080 1.00 0.00 P0 C +ATOM 2991 HA LEU X 205 17.210 -10.270 -13.810 1.00 0.00 P0 H +ATOM 2992 CB LEU X 205 15.180 -10.460 -12.940 1.00 0.00 P0 C +ATOM 2993 HB1 LEU X 205 14.530 -9.890 -12.240 1.00 0.00 P0 H +ATOM 2994 HB2 LEU X 205 14.620 -10.360 -13.890 1.00 0.00 P0 H +ATOM 2995 CG LEU X 205 15.110 -12.010 -12.670 1.00 0.00 P0 C +ATOM 2996 HG LEU X 205 15.800 -12.290 -11.840 1.00 0.00 P0 H +ATOM 2997 CD1 LEU X 205 13.710 -12.260 -12.190 1.00 0.00 P0 C +ATOM 2998 HD11 LEU X 205 13.000 -12.120 -13.020 1.00 0.00 P0 H +ATOM 2999 HD12 LEU X 205 13.580 -13.290 -11.780 1.00 0.00 P0 H +ATOM 3000 HD13 LEU X 205 13.480 -11.520 -11.390 1.00 0.00 P0 H +ATOM 3001 CD2 LEU X 205 15.490 -12.940 -13.900 1.00 0.00 P0 C +ATOM 3002 HD21 LEU X 205 14.850 -12.670 -14.770 1.00 0.00 P0 H +ATOM 3003 HD22 LEU X 205 16.570 -12.890 -14.180 1.00 0.00 P0 H +ATOM 3004 HD23 LEU X 205 15.320 -13.990 -13.610 1.00 0.00 P0 H +ATOM 3005 C LEU X 205 16.540 -8.400 -13.580 1.00 0.00 P0 C +ATOM 3006 O LEU X 205 16.900 -8.260 -14.740 1.00 0.00 P0 O +ATOM 3007 N TYR X 206 16.230 -7.390 -12.740 1.00 0.00 P0 N +ATOM 3008 HN TYR X 206 15.820 -7.610 -11.850 1.00 0.00 P0 H +ATOM 3009 CA TYR X 206 16.240 -6.030 -13.210 1.00 0.00 P0 C +ATOM 3010 HA TYR X 206 15.630 -6.010 -14.090 1.00 0.00 P0 H +ATOM 3011 CB TYR X 206 15.510 -5.050 -12.290 1.00 0.00 P0 C +ATOM 3012 HB1 TYR X 206 15.680 -5.170 -11.190 1.00 0.00 P0 H +ATOM 3013 HB2 TYR X 206 15.890 -4.010 -12.400 1.00 0.00 P0 H +ATOM 3014 CG TYR X 206 14.040 -5.040 -12.600 1.00 0.00 P0 C +ATOM 3015 CD1 TYR X 206 13.620 -4.700 -13.850 1.00 0.00 P0 C +ATOM 3016 HD1 TYR X 206 14.340 -4.260 -14.540 1.00 0.00 P0 H +ATOM 3017 CE1 TYR X 206 12.370 -4.910 -14.310 1.00 0.00 P0 C +ATOM 3018 HE1 TYR X 206 11.940 -4.620 -15.250 1.00 0.00 P0 H +ATOM 3019 CZ TYR X 206 11.510 -5.680 -13.500 1.00 0.00 P0 C +ATOM 3020 OH TYR X 206 10.200 -5.900 -13.980 1.00 0.00 P0 O +ATOM 3021 HH TYR X 206 9.660 -6.110 -13.210 1.00 0.00 P0 H +ATOM 3022 CD2 TYR X 206 13.190 -5.750 -11.750 1.00 0.00 P0 C +ATOM 3023 HD2 TYR X 206 13.440 -6.120 -10.760 1.00 0.00 P0 H +ATOM 3024 CE2 TYR X 206 11.900 -6.040 -12.170 1.00 0.00 P0 C +ATOM 3025 HE2 TYR X 206 11.250 -6.590 -11.500 1.00 0.00 P0 H +ATOM 3026 C TYR X 206 17.650 -5.540 -13.750 1.00 0.00 P0 C +ATOM 3027 O TYR X 206 17.790 -5.000 -14.830 1.00 0.00 P0 O +ATOM 3028 N TRP X 207 18.730 -5.820 -12.980 1.00 0.00 P0 N +ATOM 3029 HN TRP X 207 18.560 -6.340 -12.130 1.00 0.00 P0 H +ATOM 3030 CA TRP X 207 20.090 -5.600 -13.410 1.00 0.00 P0 C +ATOM 3031 HA TRP X 207 20.180 -4.550 -13.650 1.00 0.00 P0 H +ATOM 3032 CB TRP X 207 21.020 -6.140 -12.240 1.00 0.00 P0 C +ATOM 3033 HB1 TRP X 207 20.860 -5.630 -11.260 1.00 0.00 P0 H +ATOM 3034 HB2 TRP X 207 20.720 -7.150 -11.900 1.00 0.00 P0 H +ATOM 3035 CG TRP X 207 22.470 -6.100 -12.480 1.00 0.00 P0 C +ATOM 3036 CD1 TRP X 207 23.380 -7.200 -12.490 1.00 0.00 P0 C +ATOM 3037 HD1 TRP X 207 23.070 -8.210 -12.260 1.00 0.00 P0 H +ATOM 3038 NE1 TRP X 207 24.570 -6.720 -12.680 1.00 0.00 P0 N +ATOM 3039 HE1 TRP X 207 25.250 -7.380 -12.950 1.00 0.00 P0 H +ATOM 3040 CE2 TRP X 207 24.560 -5.380 -12.830 1.00 0.00 P0 C +ATOM 3041 CD2 TRP X 207 23.250 -4.940 -12.770 1.00 0.00 P0 C +ATOM 3042 CE3 TRP X 207 22.900 -3.630 -13.110 1.00 0.00 P0 C +ATOM 3043 HE3 TRP X 207 21.910 -3.200 -13.050 1.00 0.00 P0 H +ATOM 3044 CZ3 TRP X 207 23.990 -2.780 -13.300 1.00 0.00 P0 C +ATOM 3045 HZ3 TRP X 207 23.860 -1.710 -13.300 1.00 0.00 P0 H +ATOM 3046 CZ2 TRP X 207 25.620 -4.620 -13.060 1.00 0.00 P0 C +ATOM 3047 HZ2 TRP X 207 26.610 -4.990 -13.240 1.00 0.00 P0 H +ATOM 3048 CH2 TRP X 207 25.260 -3.310 -13.460 1.00 0.00 P0 C +ATOM 3049 HH2 TRP X 207 26.050 -2.600 -13.630 1.00 0.00 P0 H +ATOM 3050 C TRP X 207 20.460 -6.420 -14.720 1.00 0.00 P0 C +ATOM 3051 O TRP X 207 21.060 -5.860 -15.630 1.00 0.00 P0 O +ATOM 3052 N HSP X 208 20.040 -7.630 -14.830 1.00 0.00 P0 N +ATOM 3053 HN HSP X 208 19.430 -7.970 -14.120 1.00 0.00 P0 H +ATOM 3054 CA HSP X 208 20.160 -8.400 -16.050 1.00 0.00 P0 C +ATOM 3055 HA HSP X 208 21.190 -8.310 -16.360 1.00 0.00 P0 H +ATOM 3056 CB HSP X 208 19.860 -9.840 -15.820 1.00 0.00 P0 C +ATOM 3057 HB1 HSP X 208 18.940 -9.990 -15.200 1.00 0.00 P0 H +ATOM 3058 HB2 HSP X 208 19.550 -10.420 -16.710 1.00 0.00 P0 H +ATOM 3059 CD2 HSP X 208 21.080 -11.220 -14.000 1.00 0.00 P0 C +ATOM 3060 HD2 HSP X 208 20.360 -11.360 -13.200 1.00 0.00 P0 H +ATOM 3061 CG HSP X 208 21.040 -10.500 -15.180 1.00 0.00 P0 C +ATOM 3062 NE2 HSP X 208 22.350 -11.720 -13.870 1.00 0.00 P0 N +ATOM 3063 HE2 HSP X 208 22.800 -12.140 -13.080 1.00 0.00 P0 H +ATOM 3064 ND1 HSP X 208 22.250 -10.590 -15.740 1.00 0.00 P0 N +ATOM 3065 HD1 HSP X 208 22.520 -10.170 -16.600 1.00 0.00 P0 H +ATOM 3066 CE1 HSP X 208 23.000 -11.380 -14.980 1.00 0.00 P0 C +ATOM 3067 HE1 HSP X 208 23.990 -11.750 -15.150 1.00 0.00 P0 H +ATOM 3068 C HSP X 208 19.520 -7.820 -17.310 1.00 0.00 P0 C +ATOM 3069 O HSP X 208 20.030 -7.850 -18.380 1.00 0.00 P0 O +ATOM 3070 N ILE X 209 18.280 -7.380 -17.150 1.00 0.00 P0 N +ATOM 3071 HN ILE X 209 17.810 -7.430 -16.280 1.00 0.00 P0 H +ATOM 3072 CA ILE X 209 17.440 -6.670 -18.130 1.00 0.00 P0 C +ATOM 3073 HA ILE X 209 17.310 -7.350 -18.950 1.00 0.00 P0 H +ATOM 3074 CB ILE X 209 16.100 -6.250 -17.510 1.00 0.00 P0 C +ATOM 3075 HB ILE X 209 16.200 -5.780 -16.510 1.00 0.00 P0 H +ATOM 3076 CG2 ILE X 209 15.360 -5.190 -18.280 1.00 0.00 P0 C +ATOM 3077 HG21 ILE X 209 15.490 -4.200 -17.820 1.00 0.00 P0 H +ATOM 3078 HG22 ILE X 209 15.820 -5.260 -19.290 1.00 0.00 P0 H +ATOM 3079 HG23 ILE X 209 14.260 -5.280 -18.360 1.00 0.00 P0 H +ATOM 3080 CG1 ILE X 209 15.160 -7.510 -17.390 1.00 0.00 P0 C +ATOM 3081 HG11 ILE X 209 14.780 -7.820 -18.380 1.00 0.00 P0 H +ATOM 3082 HG12 ILE X 209 15.710 -8.410 -17.000 1.00 0.00 P0 H +ATOM 3083 CD ILE X 209 13.970 -7.390 -16.440 1.00 0.00 P0 C +ATOM 3084 HD1 ILE X 209 14.220 -7.380 -15.350 1.00 0.00 P0 H +ATOM 3085 HD2 ILE X 209 13.270 -6.580 -16.710 1.00 0.00 P0 H +ATOM 3086 HD3 ILE X 209 13.420 -8.360 -16.340 1.00 0.00 P0 H +ATOM 3087 C ILE X 209 18.220 -5.380 -18.510 1.00 0.00 P0 C +ATOM 3088 O ILE X 209 18.170 -4.940 -19.670 1.00 0.00 P0 O +ATOM 3089 N SER X 210 18.950 -4.670 -17.600 1.00 0.00 P0 N +ATOM 3090 HN SER X 210 18.780 -5.010 -16.680 1.00 0.00 P0 H +ATOM 3091 CA SER X 210 19.890 -3.580 -18.030 1.00 0.00 P0 C +ATOM 3092 HA SER X 210 19.350 -2.950 -18.720 1.00 0.00 P0 H +ATOM 3093 CB SER X 210 20.280 -2.710 -16.850 1.00 0.00 P0 C +ATOM 3094 HB1 SER X 210 19.330 -2.320 -16.410 1.00 0.00 P0 H +ATOM 3095 HB2 SER X 210 20.870 -3.300 -16.120 1.00 0.00 P0 H +ATOM 3096 OG SER X 210 21.000 -1.570 -17.190 1.00 0.00 P0 O +ATOM 3097 HG1 SER X 210 20.470 -0.960 -17.690 1.00 0.00 P0 H +ATOM 3098 C SER X 210 21.180 -4.030 -18.810 1.00 0.00 P0 C +ATOM 3099 O SER X 210 21.460 -3.710 -19.930 1.00 0.00 P0 O +ATOM 3100 N ARG X 211 21.920 -4.940 -18.190 1.00 0.00 P0 N +ATOM 3101 HN ARG X 211 21.710 -5.250 -17.270 1.00 0.00 P0 H +ATOM 3102 CA ARG X 211 23.230 -5.440 -18.650 1.00 0.00 P0 C +ATOM 3103 HA ARG X 211 23.920 -4.640 -18.870 1.00 0.00 P0 H +ATOM 3104 CB ARG X 211 23.990 -6.280 -17.470 1.00 0.00 P0 C +ATOM 3105 HB1 ARG X 211 23.190 -6.930 -17.050 1.00 0.00 P0 H +ATOM 3106 HB2 ARG X 211 24.660 -7.060 -17.900 1.00 0.00 P0 H +ATOM 3107 CG ARG X 211 24.690 -5.430 -16.400 1.00 0.00 P0 C +ATOM 3108 HG1 ARG X 211 23.940 -4.670 -16.060 1.00 0.00 P0 H +ATOM 3109 HG2 ARG X 211 24.840 -6.060 -15.490 1.00 0.00 P0 H +ATOM 3110 CD ARG X 211 26.110 -4.760 -16.710 1.00 0.00 P0 C +ATOM 3111 HD1 ARG X 211 26.740 -4.960 -15.810 1.00 0.00 P0 H +ATOM 3112 HD2 ARG X 211 26.590 -5.400 -17.470 1.00 0.00 P0 H +ATOM 3113 NE ARG X 211 25.950 -3.310 -17.200 1.00 0.00 P0 N +ATOM 3114 HE ARG X 211 25.090 -3.060 -17.670 1.00 0.00 P0 H +ATOM 3115 CZ ARG X 211 26.690 -2.330 -16.570 1.00 0.00 P0 C +ATOM 3116 NH1 ARG X 211 27.820 -2.520 -15.990 1.00 0.00 P0 N +ATOM 3117 HH11 ARG X 211 28.280 -1.680 -15.720 1.00 0.00 P0 H +ATOM 3118 HH12 ARG X 211 28.230 -3.420 -15.800 1.00 0.00 P0 H +ATOM 3119 NH2 ARG X 211 26.230 -1.120 -16.470 1.00 0.00 P0 N +ATOM 3120 HH21 ARG X 211 26.850 -0.380 -16.180 1.00 0.00 P0 H +ATOM 3121 HH22 ARG X 211 25.320 -0.840 -16.780 1.00 0.00 P0 H +ATOM 3122 C ARG X 211 23.170 -6.210 -20.000 1.00 0.00 P0 C +ATOM 3123 O ARG X 211 24.110 -5.990 -20.820 1.00 0.00 P0 O +ATOM 3124 N ALA X 212 22.120 -7.030 -20.240 1.00 0.00 P0 N +ATOM 3125 HN ALA X 212 21.350 -6.980 -19.610 1.00 0.00 P0 H +ATOM 3126 CA ALA X 212 21.880 -7.740 -21.540 1.00 0.00 P0 C +ATOM 3127 HA ALA X 212 22.770 -8.260 -21.870 1.00 0.00 P0 H +ATOM 3128 CB ALA X 212 20.760 -8.860 -21.360 1.00 0.00 P0 C +ATOM 3129 HB1 ALA X 212 21.180 -9.480 -20.530 1.00 0.00 P0 H +ATOM 3130 HB2 ALA X 212 19.770 -8.490 -21.010 1.00 0.00 P0 H +ATOM 3131 HB3 ALA X 212 20.540 -9.440 -22.280 1.00 0.00 P0 H +ATOM 3132 C ALA X 212 21.470 -6.740 -22.670 1.00 0.00 P0 C +ATOM 3133 O ALA X 212 21.990 -6.840 -23.800 1.00 0.00 P0 O +ATOM 3134 N SER X 213 20.630 -5.740 -22.280 1.00 0.00 P0 N +ATOM 3135 HN SER X 213 20.450 -5.610 -21.310 1.00 0.00 P0 H +ATOM 3136 CA SER X 213 20.240 -4.590 -23.150 1.00 0.00 P0 C +ATOM 3137 HA SER X 213 19.780 -5.010 -24.030 1.00 0.00 P0 H +ATOM 3138 CB SER X 213 19.200 -3.580 -22.470 1.00 0.00 P0 C +ATOM 3139 HB1 SER X 213 19.600 -3.350 -21.460 1.00 0.00 P0 H +ATOM 3140 HB2 SER X 213 19.080 -2.670 -23.080 1.00 0.00 P0 H +ATOM 3141 OG SER X 213 17.980 -4.230 -22.190 1.00 0.00 P0 O +ATOM 3142 HG1 SER X 213 18.010 -4.580 -21.300 1.00 0.00 P0 H +ATOM 3143 C SER X 213 21.490 -3.750 -23.560 1.00 0.00 P0 C +ATOM 3144 O SER X 213 21.600 -3.460 -24.760 1.00 0.00 P0 O +ATOM 3145 N LYS X 214 22.400 -3.350 -22.610 1.00 0.00 P0 N +ATOM 3146 HN LYS X 214 22.160 -3.530 -21.660 1.00 0.00 P0 H +ATOM 3147 CA LYS X 214 23.600 -2.630 -22.890 1.00 0.00 P0 C +ATOM 3148 HA LYS X 214 23.440 -1.650 -23.300 1.00 0.00 P0 H +ATOM 3149 CB LYS X 214 24.250 -2.350 -21.450 1.00 0.00 P0 C +ATOM 3150 HB1 LYS X 214 23.570 -1.760 -20.800 1.00 0.00 P0 H +ATOM 3151 HB2 LYS X 214 24.440 -3.270 -20.850 1.00 0.00 P0 H +ATOM 3152 CG LYS X 214 25.590 -1.510 -21.490 1.00 0.00 P0 C +ATOM 3153 HG1 LYS X 214 25.900 -1.480 -20.430 1.00 0.00 P0 H +ATOM 3154 HG2 LYS X 214 26.400 -2.070 -22.010 1.00 0.00 P0 H +ATOM 3155 CD LYS X 214 25.620 -0.130 -22.170 1.00 0.00 P0 C +ATOM 3156 HD1 LYS X 214 25.900 -0.100 -23.250 1.00 0.00 P0 H +ATOM 3157 HD2 LYS X 214 24.550 0.160 -22.150 1.00 0.00 P0 H +ATOM 3158 CE LYS X 214 26.490 0.860 -21.400 1.00 0.00 P0 C +ATOM 3159 HE1 LYS X 214 26.390 0.890 -20.290 1.00 0.00 P0 H +ATOM 3160 HE2 LYS X 214 27.600 0.800 -21.510 1.00 0.00 P0 H +ATOM 3161 NZ LYS X 214 26.220 2.170 -21.990 1.00 0.00 P0 N +ATOM 3162 HZ1 LYS X 214 26.580 2.920 -21.350 1.00 0.00 P0 H +ATOM 3163 HZ2 LYS X 214 26.760 2.360 -22.860 1.00 0.00 P0 H +ATOM 3164 HZ3 LYS X 214 25.200 2.260 -22.210 1.00 0.00 P0 H +ATOM 3165 C LYS X 214 24.530 -3.350 -23.850 1.00 0.00 P0 C +ATOM 3166 O LYS X 214 25.140 -2.840 -24.780 1.00 0.00 P0 O +ATOM 3167 N SER X 215 24.510 -4.700 -23.710 1.00 0.00 P0 N +ATOM 3168 HN SER X 215 23.970 -5.220 -23.060 1.00 0.00 P0 H +ATOM 3169 CA SER X 215 25.240 -5.440 -24.700 1.00 0.00 P0 C +ATOM 3170 HA SER X 215 26.190 -4.960 -24.880 1.00 0.00 P0 H +ATOM 3171 CB SER X 215 25.550 -6.870 -24.230 1.00 0.00 P0 C +ATOM 3172 HB1 SER X 215 24.620 -7.490 -24.120 1.00 0.00 P0 H +ATOM 3173 HB2 SER X 215 26.090 -7.410 -25.030 1.00 0.00 P0 H +ATOM 3174 OG SER X 215 26.320 -6.900 -23.040 1.00 0.00 P0 O +ATOM 3175 HG1 SER X 215 25.730 -6.690 -22.310 1.00 0.00 P0 H +ATOM 3176 C SER X 215 24.610 -5.460 -26.090 1.00 0.00 P0 C +ATOM 3177 O SER X 215 25.400 -5.300 -27.010 1.00 0.00 P0 O +ATOM 3178 N ARG X 216 23.270 -5.460 -26.270 1.00 0.00 P0 N +ATOM 3179 HN ARG X 216 22.660 -5.620 -25.500 1.00 0.00 P0 H +ATOM 3180 CA ARG X 216 22.720 -5.250 -27.590 1.00 0.00 P0 C +ATOM 3181 HA ARG X 216 23.240 -5.960 -28.220 1.00 0.00 P0 H +ATOM 3182 CB ARG X 216 21.200 -5.510 -27.710 1.00 0.00 P0 C +ATOM 3183 HB1 ARG X 216 20.610 -4.830 -27.050 1.00 0.00 P0 H +ATOM 3184 HB2 ARG X 216 20.830 -5.300 -28.730 1.00 0.00 P0 H +ATOM 3185 CG ARG X 216 20.750 -6.950 -27.320 1.00 0.00 P0 C +ATOM 3186 HG1 ARG X 216 20.690 -7.190 -26.250 1.00 0.00 P0 H +ATOM 3187 HG2 ARG X 216 19.810 -7.230 -27.830 1.00 0.00 P0 H +ATOM 3188 CD ARG X 216 21.760 -8.080 -27.890 1.00 0.00 P0 C +ATOM 3189 HD1 ARG X 216 22.760 -8.050 -27.410 1.00 0.00 P0 H +ATOM 3190 HD2 ARG X 216 21.190 -9.020 -27.720 1.00 0.00 P0 H +ATOM 3191 NE ARG X 216 21.850 -7.950 -29.400 1.00 0.00 P0 N +ATOM 3192 HE ARG X 216 21.240 -7.450 -30.010 1.00 0.00 P0 H +ATOM 3193 CZ ARG X 216 22.850 -8.500 -30.100 1.00 0.00 P0 C +ATOM 3194 NH1 ARG X 216 23.840 -9.150 -29.560 1.00 0.00 P0 N +ATOM 3195 HH11 ARG X 216 24.590 -9.290 -30.210 1.00 0.00 P0 H +ATOM 3196 HH12 ARG X 216 23.810 -9.600 -28.670 1.00 0.00 P0 H +ATOM 3197 NH2 ARG X 216 22.940 -8.250 -31.360 1.00 0.00 P0 N +ATOM 3198 HH21 ARG X 216 23.700 -8.640 -31.860 1.00 0.00 P0 H +ATOM 3199 HH22 ARG X 216 22.240 -7.710 -31.850 1.00 0.00 P0 H +ATOM 3200 C ARG X 216 22.890 -3.890 -28.200 1.00 0.00 P0 C +ATOM 3201 O ARG X 216 23.340 -3.740 -29.360 1.00 0.00 P0 O +ATOM 3202 N ILE X 217 22.710 -2.780 -27.390 1.00 0.00 P0 N +ATOM 3203 HN ILE X 217 22.380 -2.970 -26.470 1.00 0.00 P0 H +ATOM 3204 CA ILE X 217 23.170 -1.420 -27.650 1.00 0.00 P0 C +ATOM 3205 HA ILE X 217 22.460 -1.020 -28.380 1.00 0.00 P0 H +ATOM 3206 CB ILE X 217 23.170 -0.590 -26.320 1.00 0.00 P0 C +ATOM 3207 HB ILE X 217 23.390 -1.290 -25.480 1.00 0.00 P0 H +ATOM 3208 CG2 ILE X 217 24.220 0.570 -26.240 1.00 0.00 P0 C +ATOM 3209 HG21 ILE X 217 24.000 1.220 -25.360 1.00 0.00 P0 H +ATOM 3210 HG22 ILE X 217 25.210 0.090 -26.070 1.00 0.00 P0 H +ATOM 3211 HG23 ILE X 217 24.180 1.180 -27.170 1.00 0.00 P0 H +ATOM 3212 CG1 ILE X 217 21.770 -0.060 -26.300 1.00 0.00 P0 C +ATOM 3213 HG11 ILE X 217 21.590 0.550 -27.200 1.00 0.00 P0 H +ATOM 3214 HG12 ILE X 217 21.090 -0.940 -26.400 1.00 0.00 P0 H +ATOM 3215 CD ILE X 217 21.450 0.700 -24.980 1.00 0.00 P0 C +ATOM 3216 HD1 ILE X 217 20.340 0.710 -24.950 1.00 0.00 P0 H +ATOM 3217 HD2 ILE X 217 21.850 0.190 -24.080 1.00 0.00 P0 H +ATOM 3218 HD3 ILE X 217 21.810 1.760 -25.030 1.00 0.00 P0 H +ATOM 3219 C ILE X 217 24.530 -1.330 -28.400 1.00 0.00 P0 C +ATOM 3220 O ILE X 217 24.640 -0.780 -29.490 1.00 0.00 P0 O +ATOM 3221 N LYS X 218 25.580 -1.900 -27.850 1.00 0.00 P0 N +ATOM 3222 HN LYS X 218 25.380 -2.200 -26.920 1.00 0.00 P0 H +ATOM 3223 CA LYS X 218 26.970 -2.040 -28.320 1.00 0.00 P0 C +ATOM 3224 HA LYS X 218 27.460 -1.180 -28.760 1.00 0.00 P0 H +ATOM 3225 CB LYS X 218 27.870 -2.550 -27.080 1.00 0.00 P0 C +ATOM 3226 HB1 LYS X 218 27.440 -3.430 -26.540 1.00 0.00 P0 H +ATOM 3227 HB2 LYS X 218 28.870 -2.680 -27.540 1.00 0.00 P0 H +ATOM 3228 CG LYS X 218 27.990 -1.470 -25.950 1.00 0.00 P0 C +ATOM 3229 HG1 LYS X 218 28.320 -0.520 -26.440 1.00 0.00 P0 H +ATOM 3230 HG2 LYS X 218 27.030 -1.160 -25.500 1.00 0.00 P0 H +ATOM 3231 CD LYS X 218 29.070 -1.780 -24.910 1.00 0.00 P0 C +ATOM 3232 HD1 LYS X 218 30.020 -2.000 -25.450 1.00 0.00 P0 H +ATOM 3233 HD2 LYS X 218 29.210 -0.910 -24.250 1.00 0.00 P0 H +ATOM 3234 CE LYS X 218 28.760 -3.060 -24.060 1.00 0.00 P0 C +ATOM 3235 HE1 LYS X 218 27.810 -2.970 -23.510 1.00 0.00 P0 H +ATOM 3236 HE2 LYS X 218 28.710 -3.920 -24.760 1.00 0.00 P0 H +ATOM 3237 NZ LYS X 218 29.870 -3.350 -23.170 1.00 0.00 P0 N +ATOM 3238 HZ1 LYS X 218 29.760 -4.200 -22.590 1.00 0.00 P0 H +ATOM 3239 HZ2 LYS X 218 30.780 -3.310 -23.660 1.00 0.00 P0 H +ATOM 3240 HZ3 LYS X 218 29.780 -2.560 -22.500 1.00 0.00 P0 H +ATOM 3241 C LYS X 218 27.100 -3.150 -29.310 1.00 0.00 P0 C +ATOM 3242 O LYS X 218 27.820 -2.960 -30.240 1.00 0.00 P0 O +ATOM 3243 N LYS X 219 26.340 -4.160 -29.310 1.00 0.00 P0 N +ATOM 3244 HN LYS X 219 25.830 -4.360 -28.480 1.00 0.00 P0 H +ATOM 3245 CA LYS X 219 26.420 -5.250 -30.340 1.00 0.00 P0 C +ATOM 3246 HA LYS X 219 27.370 -5.160 -30.860 1.00 0.00 P0 H +ATOM 3247 CB LYS X 219 26.520 -6.650 -29.740 1.00 0.00 P0 C +ATOM 3248 HB1 LYS X 219 25.550 -6.930 -29.250 1.00 0.00 P0 H +ATOM 3249 HB2 LYS X 219 26.770 -7.530 -30.370 1.00 0.00 P0 H +ATOM 3250 CG LYS X 219 27.760 -6.840 -28.780 1.00 0.00 P0 C +ATOM 3251 HG1 LYS X 219 27.740 -6.070 -27.990 1.00 0.00 P0 H +ATOM 3252 HG2 LYS X 219 27.790 -7.860 -28.320 1.00 0.00 P0 H +ATOM 3253 CD LYS X 219 29.150 -6.460 -29.290 1.00 0.00 P0 C +ATOM 3254 HD1 LYS X 219 29.320 -7.110 -30.170 1.00 0.00 P0 H +ATOM 3255 HD2 LYS X 219 29.000 -5.460 -29.750 1.00 0.00 P0 H +ATOM 3256 CE LYS X 219 30.210 -6.350 -28.210 1.00 0.00 P0 C +ATOM 3257 HE1 LYS X 219 29.960 -5.510 -27.530 1.00 0.00 P0 H +ATOM 3258 HE2 LYS X 219 30.260 -7.250 -27.560 1.00 0.00 P0 H +ATOM 3259 NZ LYS X 219 31.480 -6.010 -28.730 1.00 0.00 P0 N +ATOM 3260 HZ1 LYS X 219 32.030 -5.550 -27.980 1.00 0.00 P0 H +ATOM 3261 HZ2 LYS X 219 32.030 -6.850 -29.000 1.00 0.00 P0 H +ATOM 3262 HZ3 LYS X 219 31.520 -5.350 -29.530 1.00 0.00 P0 H +ATOM 3263 C LYS X 219 25.500 -5.340 -31.580 1.00 0.00 P0 C +ATOM 3264 O LYS X 219 25.890 -5.890 -32.650 1.00 0.00 P0 O +ATOM 3265 N ASP X 220 24.340 -4.710 -31.640 1.00 0.00 P0 N +ATOM 3266 HN ASP X 220 23.880 -4.250 -30.880 1.00 0.00 P0 H +ATOM 3267 CA ASP X 220 23.270 -4.910 -32.690 1.00 0.00 P0 C +ATOM 3268 HA ASP X 220 23.020 -5.960 -32.700 1.00 0.00 P0 H +ATOM 3269 CB ASP X 220 22.000 -4.070 -32.440 1.00 0.00 P0 C +ATOM 3270 HB1 ASP X 220 22.290 -3.060 -32.060 1.00 0.00 P0 H +ATOM 3271 HB2 ASP X 220 21.470 -3.990 -33.410 1.00 0.00 P0 H +ATOM 3272 CG ASP X 220 21.010 -4.760 -31.530 1.00 0.00 P0 C +ATOM 3273 OD1 ASP X 220 20.070 -4.150 -31.050 1.00 0.00 P0 O +ATOM 3274 OD2 ASP X 220 21.130 -6.020 -31.310 1.00 0.00 P0 O +ATOM 3275 C ASP X 220 23.640 -4.580 -34.170 1.00 0.00 P0 C +ATOM 3276 O ASP X 220 23.230 -5.190 -35.160 1.00 0.00 P0 O +ATOM 3277 N LYS X 221 24.390 -3.470 -34.380 1.00 0.00 P0 N +ATOM 3278 HN LYS X 221 24.600 -2.900 -33.600 1.00 0.00 P0 H +ATOM 3279 CA LYS X 221 24.780 -2.980 -35.680 1.00 0.00 P0 C +ATOM 3280 HA LYS X 221 24.230 -3.390 -36.510 1.00 0.00 P0 H +ATOM 3281 CB LYS X 221 24.730 -1.390 -35.650 1.00 0.00 P0 C +ATOM 3282 HB1 LYS X 221 25.560 -1.040 -35.010 1.00 0.00 P0 H +ATOM 3283 HB2 LYS X 221 24.820 -0.960 -36.670 1.00 0.00 P0 H +ATOM 3284 CG LYS X 221 23.400 -0.810 -35.060 1.00 0.00 P0 C +ATOM 3285 HG1 LYS X 221 23.250 -1.240 -34.040 1.00 0.00 P0 H +ATOM 3286 HG2 LYS X 221 23.490 0.270 -34.830 1.00 0.00 P0 H +ATOM 3287 CD LYS X 221 22.210 -1.190 -35.990 1.00 0.00 P0 C +ATOM 3288 HD1 LYS X 221 22.600 -1.010 -37.010 1.00 0.00 P0 H +ATOM 3289 HD2 LYS X 221 22.100 -2.290 -35.960 1.00 0.00 P0 H +ATOM 3290 CE LYS X 221 20.970 -0.440 -35.530 1.00 0.00 P0 C +ATOM 3291 HE1 LYS X 221 20.110 -0.660 -36.200 1.00 0.00 P0 H +ATOM 3292 HE2 LYS X 221 20.660 -0.830 -34.550 1.00 0.00 P0 H +ATOM 3293 NZ LYS X 221 21.150 0.990 -35.410 1.00 0.00 P0 N +ATOM 3294 HZ1 LYS X 221 20.300 1.570 -35.210 1.00 0.00 P0 H +ATOM 3295 HZ2 LYS X 221 21.760 1.220 -34.600 1.00 0.00 P0 H +ATOM 3296 HZ3 LYS X 221 21.510 1.370 -36.310 1.00 0.00 P0 H +ATOM 3297 C LYS X 221 26.250 -3.340 -35.850 1.00 0.00 P0 C +ATOM 3298 O LYS X 221 26.790 -2.910 -36.880 1.00 0.00 P0 O +ATOM 3299 N LYS X 222 26.960 -4.090 -34.970 1.00 0.00 P0 N +ATOM 3300 HN LYS X 222 26.540 -4.240 -34.070 1.00 0.00 P0 H +ATOM 3301 CA LYS X 222 28.360 -4.400 -35.250 1.00 0.00 P0 C +ATOM 3302 HA LYS X 222 28.680 -3.810 -36.100 1.00 0.00 P0 H +ATOM 3303 CB LYS X 222 29.260 -3.840 -34.090 1.00 0.00 P0 C +ATOM 3304 HB1 LYS X 222 29.140 -4.400 -33.150 1.00 0.00 P0 H +ATOM 3305 HB2 LYS X 222 30.330 -3.950 -34.380 1.00 0.00 P0 H +ATOM 3306 CG LYS X 222 28.990 -2.330 -33.910 1.00 0.00 P0 C +ATOM 3307 HG1 LYS X 222 27.940 -2.090 -33.670 1.00 0.00 P0 H +ATOM 3308 HG2 LYS X 222 29.590 -1.820 -33.130 1.00 0.00 P0 H +ATOM 3309 CD LYS X 222 29.450 -1.610 -35.170 1.00 0.00 P0 C +ATOM 3310 HD1 LYS X 222 30.510 -1.880 -35.390 1.00 0.00 P0 H +ATOM 3311 HD2 LYS X 222 28.920 -1.950 -36.080 1.00 0.00 P0 H +ATOM 3312 CE LYS X 222 29.210 -0.090 -35.170 1.00 0.00 P0 C +ATOM 3313 HE1 LYS X 222 29.380 0.410 -36.150 1.00 0.00 P0 H +ATOM 3314 HE2 LYS X 222 28.190 0.270 -34.920 1.00 0.00 P0 H +ATOM 3315 NZ LYS X 222 30.010 0.550 -34.110 1.00 0.00 P0 N +ATOM 3316 HZ1 LYS X 222 30.980 0.200 -34.040 1.00 0.00 P0 H +ATOM 3317 HZ2 LYS X 222 30.020 1.590 -34.140 1.00 0.00 P0 H +ATOM 3318 HZ3 LYS X 222 29.540 0.550 -33.180 1.00 0.00 P0 H +ATOM 3319 C LYS X 222 28.520 -5.860 -35.410 1.00 0.00 P0 C +ATOM 3320 O LYS X 222 29.610 -6.260 -35.800 1.00 0.00 P0 O +ATOM 3321 N GLU X 223 27.500 -6.730 -35.230 1.00 0.00 P0 N +ATOM 3322 HN GLU X 223 26.690 -6.350 -34.800 1.00 0.00 P0 H +ATOM 3323 CA GLU X 223 27.560 -8.080 -35.780 1.00 0.00 P0 C +ATOM 3324 HA GLU X 223 28.530 -8.510 -35.650 1.00 0.00 P0 H +ATOM 3325 CB GLU X 223 26.400 -8.960 -35.090 1.00 0.00 P0 C +ATOM 3326 HB1 GLU X 223 25.460 -8.380 -35.200 1.00 0.00 P0 H +ATOM 3327 HB2 GLU X 223 26.430 -9.980 -35.500 1.00 0.00 P0 H +ATOM 3328 CG GLU X 223 26.710 -8.990 -33.540 1.00 0.00 P0 C +ATOM 3329 HG1 GLU X 223 27.720 -9.260 -33.180 1.00 0.00 P0 H +ATOM 3330 HG2 GLU X 223 26.340 -8.000 -33.180 1.00 0.00 P0 H +ATOM 3331 CD GLU X 223 25.800 -9.990 -32.810 1.00 0.00 P0 C +ATOM 3332 OE1 GLU X 223 26.360 -11.090 -32.450 1.00 0.00 P0 O +ATOM 3333 OE2 GLU X 223 24.600 -9.770 -32.660 1.00 0.00 P0 O +ATOM 3334 C GLU X 223 27.290 -8.270 -37.300 1.00 0.00 P0 C +ATOM 3335 O GLU X 223 27.910 -9.250 -37.800 1.00 0.00 P0 O +ATOM 3336 N PRO X 224 26.570 -7.420 -38.100 1.00 0.00 P0 N +ATOM 3337 CD PRO X 224 25.520 -6.440 -37.620 1.00 0.00 P0 C +ATOM 3338 HD1 PRO X 224 26.090 -5.500 -37.470 1.00 0.00 P0 H +ATOM 3339 HD2 PRO X 224 24.960 -6.730 -36.700 1.00 0.00 P0 H +ATOM 3340 CA PRO X 224 26.460 -7.590 -39.520 1.00 0.00 P0 C +ATOM 3341 HA PRO X 224 25.950 -8.530 -39.660 1.00 0.00 P0 H +ATOM 3342 CB PRO X 224 25.700 -6.420 -39.990 1.00 0.00 P0 C +ATOM 3343 HB1 PRO X 224 25.190 -6.600 -40.960 1.00 0.00 P0 H +ATOM 3344 HB2 PRO X 224 26.310 -5.510 -40.210 1.00 0.00 P0 H +ATOM 3345 CG PRO X 224 24.700 -6.230 -38.890 1.00 0.00 P0 C +ATOM 3346 HG1 PRO X 224 23.930 -7.030 -38.920 1.00 0.00 P0 H +ATOM 3347 HG2 PRO X 224 24.160 -5.260 -38.840 1.00 0.00 P0 H +ATOM 3348 C PRO X 224 27.860 -7.740 -40.190 1.00 0.00 P0 C +ATOM 3349 O PRO X 224 28.760 -6.960 -39.920 1.00 0.00 P0 O +ATOM 3350 N VAL X 225 27.970 -8.700 -41.150 1.00 0.00 P0 N +ATOM 3351 HN VAL X 225 27.150 -9.210 -41.410 1.00 0.00 P0 H +ATOM 3352 CA VAL X 225 29.260 -9.120 -41.690 1.00 0.00 P0 C +ATOM 3353 HA VAL X 225 30.080 -8.900 -41.030 1.00 0.00 P0 H +ATOM 3354 CB VAL X 225 29.330 -10.610 -41.880 1.00 0.00 P0 C +ATOM 3355 HB VAL X 225 28.470 -10.970 -42.500 1.00 0.00 P0 H +ATOM 3356 CG1 VAL X 225 30.580 -10.970 -42.600 1.00 0.00 P0 C +ATOM 3357 HG11 VAL X 225 31.440 -10.330 -42.310 1.00 0.00 P0 H +ATOM 3358 HG12 VAL X 225 30.930 -11.960 -42.260 1.00 0.00 P0 H +ATOM 3359 HG13 VAL X 225 30.430 -10.970 -43.710 1.00 0.00 P0 H +ATOM 3360 CG2 VAL X 225 29.460 -11.250 -40.550 1.00 0.00 P0 C +ATOM 3361 HG21 VAL X 225 28.550 -11.190 -39.910 1.00 0.00 P0 H +ATOM 3362 HG22 VAL X 225 29.630 -12.340 -40.700 1.00 0.00 P0 H +ATOM 3363 HG23 VAL X 225 30.230 -10.860 -39.860 1.00 0.00 P0 H +ATOM 3364 C VAL X 225 29.520 -8.230 -42.990 1.00 0.00 P0 C +ATOM 3365 O VAL X 225 30.630 -8.160 -43.570 1.00 0.00 P0 O +ATOM 3366 N ALA X 226 28.490 -7.390 -43.310 1.00 0.00 P0 N +ATOM 3367 HN ALA X 226 27.640 -7.320 -42.780 1.00 0.00 P0 H +ATOM 3368 CA ALA X 226 28.470 -6.390 -44.300 1.00 0.00 P0 C +ATOM 3369 HA ALA X 226 29.430 -5.930 -44.460 1.00 0.00 P0 H +ATOM 3370 CB ALA X 226 28.080 -6.970 -45.720 1.00 0.00 P0 C +ATOM 3371 HB1 ALA X 226 28.930 -7.480 -46.220 1.00 0.00 P0 H +ATOM 3372 HB2 ALA X 226 27.210 -7.650 -45.700 1.00 0.00 P0 H +ATOM 3373 HB3 ALA X 226 27.740 -6.150 -46.390 1.00 0.00 P0 H +ATOM 3374 C ALA X 226 27.490 -5.290 -43.910 1.00 0.00 P0 C +ATOM 3375 O ALA X 226 26.530 -5.470 -43.220 1.00 0.00 P0 O +ATOM 3376 N ASN X 227 27.720 -3.980 -44.400 1.00 0.00 P0 N +ATOM 3377 HN ASN X 227 28.510 -3.650 -44.900 1.00 0.00 P0 H +ATOM 3378 CA ASN X 227 26.760 -2.820 -44.170 1.00 0.00 P0 C +ATOM 3379 HA ASN X 227 26.380 -2.850 -43.160 1.00 0.00 P0 H +ATOM 3380 CB ASN X 227 27.520 -1.490 -44.460 1.00 0.00 P0 C +ATOM 3381 HB1 ASN X 227 28.400 -1.710 -43.820 1.00 0.00 P0 H +ATOM 3382 HB2 ASN X 227 27.740 -1.490 -45.550 1.00 0.00 P0 H +ATOM 3383 CG ASN X 227 26.790 -0.280 -43.850 1.00 0.00 P0 C +ATOM 3384 OD1 ASN X 227 25.710 -0.330 -43.260 1.00 0.00 P0 O +ATOM 3385 ND2 ASN X 227 27.250 0.950 -44.200 1.00 0.00 P0 N +ATOM 3386 HD21 ASN X 227 26.720 1.760 -43.940 1.00 0.00 P0 H +ATOM 3387 HD22 ASN X 227 27.910 0.940 -44.950 1.00 0.00 P0 H +ATOM 3388 C ASN X 227 25.640 -2.860 -45.190 1.00 0.00 P0 C +ATOM 3389 O ASN X 227 25.960 -2.880 -46.370 1.00 0.00 P0 O +ATOM 3390 N GLN X 228 24.350 -2.880 -44.780 1.00 0.00 P0 N +ATOM 3391 HN GLN X 228 24.130 -2.900 -43.810 1.00 0.00 P0 H +ATOM 3392 CA GLN X 228 23.130 -3.200 -45.560 1.00 0.00 P0 C +ATOM 3393 HA GLN X 228 22.330 -3.430 -44.870 1.00 0.00 P0 H +ATOM 3394 CB GLN X 228 22.560 -2.010 -46.400 1.00 0.00 P0 C +ATOM 3395 HB1 GLN X 228 23.170 -1.710 -47.280 1.00 0.00 P0 H +ATOM 3396 HB2 GLN X 228 21.530 -2.230 -46.760 1.00 0.00 P0 H +ATOM 3397 CG GLN X 228 22.520 -0.690 -45.560 1.00 0.00 P0 C +ATOM 3398 HG1 GLN X 228 21.710 -0.750 -44.800 1.00 0.00 P0 H +ATOM 3399 HG2 GLN X 228 23.440 -0.390 -45.020 1.00 0.00 P0 H +ATOM 3400 CD GLN X 228 22.140 0.590 -46.330 1.00 0.00 P0 C +ATOM 3401 OE1 GLN X 228 21.040 1.160 -46.040 1.00 0.00 P0 O +ATOM 3402 NE2 GLN X 228 23.000 1.100 -47.210 1.00 0.00 P0 N +ATOM 3403 HE21 GLN X 228 22.710 1.920 -47.690 1.00 0.00 P0 H +ATOM 3404 HE22 GLN X 228 23.870 0.600 -47.250 1.00 0.00 P0 H +ATOM 3405 C GLN X 228 23.320 -4.520 -46.360 1.00 0.00 P0 C +ATOM 3406 O GLN X 228 22.870 -4.650 -47.480 1.00 0.00 P0 O +ATOM 3407 NT GLN X 228 24.040 -5.480 -45.740 1.00 0.00 P0 N +ATOM 3408 HNT GLN X 228 24.300 -5.590 -44.790 1.00 0.00 P0 H +ATOM 3409 CAT GLN X 228 24.220 -6.720 -46.420 1.00 0.00 P0 C +ATOM 3410 HT1 GLN X 228 23.300 -7.330 -46.380 1.00 0.00 P0 H +ATOM 3411 HT2 GLN X 228 24.570 -6.520 -47.450 1.00 0.00 P0 H +ATOM 3412 HT3 GLN X 228 25.010 -7.190 -45.800 1.00 0.00 P0 H +ATOM 3413 CAY GLN X 371 15.180 -14.320 -39.210 1.00 0.00 P1 C +ATOM 3414 HY1 GLN X 371 14.220 -14.630 -38.730 1.00 0.00 P1 H +ATOM 3415 HY2 GLN X 371 16.010 -15.010 -38.980 1.00 0.00 P1 H +ATOM 3416 HY3 GLN X 371 14.970 -14.590 -40.260 1.00 0.00 P1 H +ATOM 3417 CY GLN X 371 15.670 -12.950 -38.950 1.00 0.00 P1 C +ATOM 3418 OY GLN X 371 16.780 -12.750 -38.510 1.00 0.00 P1 O +ATOM 3419 N GLN X 371 14.790 -11.960 -39.050 1.00 0.00 P1 N +ATOM 3420 HN GLN X 371 13.840 -12.260 -39.160 1.00 0.00 P1 H +ATOM 3421 CA GLN X 371 15.000 -10.540 -39.050 1.00 0.00 P1 C +ATOM 3422 HA GLN X 371 16.050 -10.410 -38.830 1.00 0.00 P1 H +ATOM 3423 CB GLN X 371 14.590 -10.070 -40.420 1.00 0.00 P1 C +ATOM 3424 HB1 GLN X 371 13.490 -10.160 -40.560 1.00 0.00 P1 H +ATOM 3425 HB2 GLN X 371 14.820 -9.010 -40.650 1.00 0.00 P1 H +ATOM 3426 CG GLN X 371 15.330 -10.710 -41.600 1.00 0.00 P1 C +ATOM 3427 HG1 GLN X 371 14.960 -11.760 -41.650 1.00 0.00 P1 H +ATOM 3428 HG2 GLN X 371 15.070 -10.340 -42.620 1.00 0.00 P1 H +ATOM 3429 CD GLN X 371 16.890 -10.690 -41.450 1.00 0.00 P1 C +ATOM 3430 OE1 GLN X 371 17.500 -9.930 -40.760 1.00 0.00 P1 O +ATOM 3431 NE2 GLN X 371 17.510 -11.570 -42.280 1.00 0.00 P1 N +ATOM 3432 HE21 GLN X 371 18.440 -11.820 -42.000 1.00 0.00 P1 H +ATOM 3433 HE22 GLN X 371 17.020 -12.210 -42.870 1.00 0.00 P1 H +ATOM 3434 C GLN X 371 14.210 -9.870 -37.910 1.00 0.00 P1 C +ATOM 3435 O GLN X 371 13.150 -10.370 -37.510 1.00 0.00 P1 O +ATOM 3436 N PRO X 372 14.690 -8.700 -37.430 1.00 0.00 P1 N +ATOM 3437 CD PRO X 372 16.040 -8.210 -37.600 1.00 0.00 P1 C +ATOM 3438 HD1 PRO X 372 16.180 -7.900 -38.670 1.00 0.00 P1 H +ATOM 3439 HD2 PRO X 372 16.860 -8.900 -37.310 1.00 0.00 P1 H +ATOM 3440 CA PRO X 372 13.920 -7.760 -36.750 1.00 0.00 P1 C +ATOM 3441 HA PRO X 372 13.760 -8.160 -35.770 1.00 0.00 P1 H +ATOM 3442 CB PRO X 372 14.720 -6.530 -36.770 1.00 0.00 P1 C +ATOM 3443 HB1 PRO X 372 14.450 -5.860 -35.920 1.00 0.00 P1 H +ATOM 3444 HB2 PRO X 372 14.670 -5.870 -37.660 1.00 0.00 P1 H +ATOM 3445 CG PRO X 372 16.130 -7.040 -36.690 1.00 0.00 P1 C +ATOM 3446 HG1 PRO X 372 16.300 -7.380 -35.640 1.00 0.00 P1 H +ATOM 3447 HG2 PRO X 372 16.850 -6.230 -36.970 1.00 0.00 P1 H +ATOM 3448 C PRO X 372 12.560 -7.340 -37.190 1.00 0.00 P1 C +ATOM 3449 O PRO X 372 12.300 -7.430 -38.420 1.00 0.00 P1 O +ATOM 3450 N ALA X 373 11.690 -7.110 -36.200 1.00 0.00 P1 N +ATOM 3451 HN ALA X 373 11.940 -7.010 -35.240 1.00 0.00 P1 H +ATOM 3452 CA ALA X 373 10.380 -6.810 -36.350 1.00 0.00 P1 C +ATOM 3453 HA ALA X 373 9.900 -7.780 -36.410 1.00 0.00 P1 H +ATOM 3454 CB ALA X 373 9.880 -6.100 -35.140 1.00 0.00 P1 C +ATOM 3455 HB1 ALA X 373 9.860 -6.680 -34.190 1.00 0.00 P1 H +ATOM 3456 HB2 ALA X 373 10.470 -5.160 -35.020 1.00 0.00 P1 H +ATOM 3457 HB3 ALA X 373 8.820 -5.810 -35.270 1.00 0.00 P1 H +ATOM 3458 C ALA X 373 9.990 -6.020 -37.560 1.00 0.00 P1 C +ATOM 3459 O ALA X 373 10.630 -5.050 -37.990 1.00 0.00 P1 O +ATOM 3460 N LYS X 374 8.900 -6.520 -38.200 1.00 0.00 P1 N +ATOM 3461 HN LYS X 374 8.370 -7.230 -37.740 1.00 0.00 P1 H +ATOM 3462 CA LYS X 374 8.250 -5.940 -39.290 1.00 0.00 P1 C +ATOM 3463 HA LYS X 374 9.090 -5.880 -39.960 1.00 0.00 P1 H +ATOM 3464 CB LYS X 374 7.090 -6.800 -39.930 1.00 0.00 P1 C +ATOM 3465 HB1 LYS X 374 6.200 -6.710 -39.290 1.00 0.00 P1 H +ATOM 3466 HB2 LYS X 374 6.770 -6.340 -40.900 1.00 0.00 P1 H +ATOM 3467 CG LYS X 374 7.500 -8.270 -40.390 1.00 0.00 P1 C +ATOM 3468 HG1 LYS X 374 7.720 -8.970 -39.570 1.00 0.00 P1 H +ATOM 3469 HG2 LYS X 374 6.650 -8.750 -40.920 1.00 0.00 P1 H +ATOM 3470 CD LYS X 374 8.670 -8.160 -41.460 1.00 0.00 P1 C +ATOM 3471 HD1 LYS X 374 8.360 -7.340 -42.140 1.00 0.00 P1 H +ATOM 3472 HD2 LYS X 374 9.720 -8.040 -41.130 1.00 0.00 P1 H +ATOM 3473 CE LYS X 374 8.640 -9.540 -42.240 1.00 0.00 P1 C +ATOM 3474 HE1 LYS X 374 7.640 -9.880 -42.580 1.00 0.00 P1 H +ATOM 3475 HE2 LYS X 374 9.260 -9.380 -43.150 1.00 0.00 P1 H +ATOM 3476 NZ LYS X 374 9.260 -10.590 -41.370 1.00 0.00 P1 N +ATOM 3477 HZ1 LYS X 374 9.970 -10.210 -40.720 1.00 0.00 P1 H +ATOM 3478 HZ2 LYS X 374 8.570 -10.980 -40.700 1.00 0.00 P1 H +ATOM 3479 HZ3 LYS X 374 9.510 -11.460 -41.880 1.00 0.00 P1 H +ATOM 3480 C LYS X 374 7.760 -4.480 -39.120 1.00 0.00 P1 C +ATOM 3481 O LYS X 374 7.900 -3.620 -40.000 1.00 0.00 P1 O +ATOM 3482 N LYS X 375 7.140 -4.100 -37.950 1.00 0.00 P1 N +ATOM 3483 HN LYS X 375 7.120 -4.800 -37.230 1.00 0.00 P1 H +ATOM 3484 CA LYS X 375 6.460 -2.810 -37.690 1.00 0.00 P1 C +ATOM 3485 HA LYS X 375 6.160 -2.310 -38.600 1.00 0.00 P1 H +ATOM 3486 CB LYS X 375 5.070 -3.100 -37.070 1.00 0.00 P1 C +ATOM 3487 HB1 LYS X 375 5.120 -3.510 -36.040 1.00 0.00 P1 H +ATOM 3488 HB2 LYS X 375 4.600 -2.090 -37.010 1.00 0.00 P1 H +ATOM 3489 CG LYS X 375 4.120 -3.880 -38.040 1.00 0.00 P1 C +ATOM 3490 HG1 LYS X 375 4.530 -4.860 -38.350 1.00 0.00 P1 H +ATOM 3491 HG2 LYS X 375 3.170 -4.090 -37.510 1.00 0.00 P1 H +ATOM 3492 CD LYS X 375 3.610 -3.000 -39.180 1.00 0.00 P1 C +ATOM 3493 HD1 LYS X 375 3.370 -2.020 -38.740 1.00 0.00 P1 H +ATOM 3494 HD2 LYS X 375 4.450 -2.950 -39.910 1.00 0.00 P1 H +ATOM 3495 CE LYS X 375 2.300 -3.310 -39.820 1.00 0.00 P1 C +ATOM 3496 HE1 LYS X 375 1.520 -3.160 -39.040 1.00 0.00 P1 H +ATOM 3497 HE2 LYS X 375 2.120 -2.700 -40.730 1.00 0.00 P1 H +ATOM 3498 NZ LYS X 375 2.260 -4.710 -40.170 1.00 0.00 P1 N +ATOM 3499 HZ1 LYS X 375 1.520 -5.020 -40.830 1.00 0.00 P1 H +ATOM 3500 HZ2 LYS X 375 3.140 -5.060 -40.610 1.00 0.00 P1 H +ATOM 3501 HZ3 LYS X 375 2.120 -5.360 -39.370 1.00 0.00 P1 H +ATOM 3502 C LYS X 375 7.200 -1.870 -36.820 1.00 0.00 P1 C +ATOM 3503 O LYS X 375 8.050 -2.220 -36.070 1.00 0.00 P1 O +ATOM 3504 N LYS X 376 6.930 -0.560 -37.050 1.00 0.00 P1 N +ATOM 3505 HN LYS X 376 6.350 -0.430 -37.850 1.00 0.00 P1 H +ATOM 3506 CA LYS X 376 7.420 0.630 -36.430 1.00 0.00 P1 C +ATOM 3507 HA LYS X 376 8.500 0.570 -36.470 1.00 0.00 P1 H +ATOM 3508 CB LYS X 376 7.140 1.960 -37.210 1.00 0.00 P1 C +ATOM 3509 HB1 LYS X 376 6.060 2.110 -37.430 1.00 0.00 P1 H +ATOM 3510 HB2 LYS X 376 7.430 2.830 -36.580 1.00 0.00 P1 H +ATOM 3511 CG LYS X 376 8.050 2.060 -38.460 1.00 0.00 P1 C +ATOM 3512 HG1 LYS X 376 9.100 2.010 -38.080 1.00 0.00 P1 H +ATOM 3513 HG2 LYS X 376 7.780 1.270 -39.190 1.00 0.00 P1 H +ATOM 3514 CD LYS X 376 8.010 3.310 -39.390 1.00 0.00 P1 C +ATOM 3515 HD1 LYS X 376 6.930 3.600 -39.380 1.00 0.00 P1 H +ATOM 3516 HD2 LYS X 376 8.570 4.130 -38.890 1.00 0.00 P1 H +ATOM 3517 CE LYS X 376 8.450 3.060 -40.810 1.00 0.00 P1 C +ATOM 3518 HE1 LYS X 376 9.310 2.360 -40.780 1.00 0.00 P1 H +ATOM 3519 HE2 LYS X 376 7.590 2.550 -41.330 1.00 0.00 P1 H +ATOM 3520 NZ LYS X 376 8.730 4.300 -41.500 1.00 0.00 P1 N +ATOM 3521 HZ1 LYS X 376 9.510 4.780 -40.980 1.00 0.00 P1 H +ATOM 3522 HZ2 LYS X 376 9.140 4.020 -42.410 1.00 0.00 P1 H +ATOM 3523 HZ3 LYS X 376 7.930 4.960 -41.580 1.00 0.00 P1 H +ATOM 3524 C LYS X 376 7.030 0.900 -34.990 1.00 0.00 P1 C +ATOM 3525 O LYS X 376 7.900 1.150 -34.160 1.00 0.00 P1 O +ATOM 3526 N PRO X 377 5.800 0.780 -34.470 1.00 0.00 P1 N +ATOM 3527 CD PRO X 377 4.580 1.020 -35.310 1.00 0.00 P1 C +ATOM 3528 HD1 PRO X 377 4.450 0.140 -35.960 1.00 0.00 P1 H +ATOM 3529 HD2 PRO X 377 4.790 1.940 -35.900 1.00 0.00 P1 H +ATOM 3530 CA PRO X 377 5.510 1.140 -33.090 1.00 0.00 P1 C +ATOM 3531 HA PRO X 377 6.010 2.070 -32.850 1.00 0.00 P1 H +ATOM 3532 CB PRO X 377 3.980 1.350 -32.940 1.00 0.00 P1 C +ATOM 3533 HB1 PRO X 377 3.830 2.400 -32.610 1.00 0.00 P1 H +ATOM 3534 HB2 PRO X 377 3.520 0.620 -32.240 1.00 0.00 P1 H +ATOM 3535 CG PRO X 377 3.420 1.200 -34.390 1.00 0.00 P1 C +ATOM 3536 HG1 PRO X 377 2.850 2.120 -34.620 1.00 0.00 P1 H +ATOM 3537 HG2 PRO X 377 2.710 0.350 -34.330 1.00 0.00 P1 H +ATOM 3538 C PRO X 377 5.920 0.080 -32.000 1.00 0.00 P1 C +ATOM 3539 O PRO X 377 6.380 0.520 -30.990 1.00 0.00 P1 O +ATOM 3540 N PRO X 378 5.910 -1.210 -32.190 1.00 0.00 P1 N +ATOM 3541 CD PRO X 378 5.350 -1.970 -33.310 1.00 0.00 P1 C +ATOM 3542 HD1 PRO X 378 6.000 -1.960 -34.210 1.00 0.00 P1 H +ATOM 3543 HD2 PRO X 378 4.340 -1.600 -33.590 1.00 0.00 P1 H +ATOM 3544 CA PRO X 378 6.280 -2.160 -31.160 1.00 0.00 P1 C +ATOM 3545 HA PRO X 378 5.400 -1.970 -30.560 1.00 0.00 P1 H +ATOM 3546 CB PRO X 378 6.240 -3.620 -31.730 1.00 0.00 P1 C +ATOM 3547 HB1 PRO X 378 6.100 -4.290 -30.860 1.00 0.00 P1 H +ATOM 3548 HB2 PRO X 378 7.230 -3.900 -32.160 1.00 0.00 P1 H +ATOM 3549 CG PRO X 378 5.180 -3.420 -32.750 1.00 0.00 P1 C +ATOM 3550 HG1 PRO X 378 4.110 -3.600 -32.490 1.00 0.00 P1 H +ATOM 3551 HG2 PRO X 378 5.300 -4.140 -33.590 1.00 0.00 P1 H +ATOM 3552 C PRO X 378 7.630 -1.900 -30.360 1.00 0.00 P1 C +ATOM 3553 O PRO X 378 7.440 -2.050 -29.140 1.00 0.00 P1 O +ATOM 3554 N PRO X 379 8.800 -1.520 -30.780 1.00 0.00 P1 N +ATOM 3555 CD PRO X 379 9.210 -1.700 -32.140 1.00 0.00 P1 C +ATOM 3556 HD1 PRO X 379 8.560 -1.240 -32.900 1.00 0.00 P1 H +ATOM 3557 HD2 PRO X 379 9.250 -2.790 -32.380 1.00 0.00 P1 H +ATOM 3558 CA PRO X 379 9.980 -1.260 -29.920 1.00 0.00 P1 C +ATOM 3559 HA PRO X 379 10.090 -2.060 -29.200 1.00 0.00 P1 H +ATOM 3560 CB PRO X 379 11.150 -1.290 -30.880 1.00 0.00 P1 C +ATOM 3561 HB1 PRO X 379 11.490 -2.350 -30.960 1.00 0.00 P1 H +ATOM 3562 HB2 PRO X 379 11.990 -0.600 -30.640 1.00 0.00 P1 H +ATOM 3563 CG PRO X 379 10.670 -1.010 -32.250 1.00 0.00 P1 C +ATOM 3564 HG1 PRO X 379 11.250 -1.530 -33.040 1.00 0.00 P1 H +ATOM 3565 HG2 PRO X 379 10.440 0.060 -32.430 1.00 0.00 P1 H +ATOM 3566 C PRO X 379 9.740 -0.030 -29.080 1.00 0.00 P1 C +ATOM 3567 O PRO X 379 10.260 -0.050 -27.980 1.00 0.00 P1 O +ATOM 3568 N SER X 380 9.100 1.030 -29.570 1.00 0.00 P1 N +ATOM 3569 HN SER X 380 8.650 1.090 -30.460 1.00 0.00 P1 H +ATOM 3570 CA SER X 380 8.780 2.160 -28.710 1.00 0.00 P1 C +ATOM 3571 HA SER X 380 9.690 2.500 -28.240 1.00 0.00 P1 H +ATOM 3572 CB SER X 380 8.220 3.310 -29.500 1.00 0.00 P1 C +ATOM 3573 HB1 SER X 380 8.990 3.430 -30.280 1.00 0.00 P1 H +ATOM 3574 HB2 SER X 380 7.210 3.220 -29.980 1.00 0.00 P1 H +ATOM 3575 OG SER X 380 8.290 4.510 -28.830 1.00 0.00 P1 O +ATOM 3576 HG1 SER X 380 8.240 5.200 -29.490 1.00 0.00 P1 H +ATOM 3577 C SER X 380 7.850 1.800 -27.590 1.00 0.00 P1 C +ATOM 3578 O SER X 380 8.030 2.300 -26.470 1.00 0.00 P1 O +ATOM 3579 N ARG X 381 6.810 0.930 -27.830 1.00 0.00 P1 N +ATOM 3580 HN ARG X 381 6.860 0.430 -28.690 1.00 0.00 P1 H +ATOM 3581 CA ARG X 381 5.820 0.530 -26.830 1.00 0.00 P1 C +ATOM 3582 HA ARG X 381 5.410 1.380 -26.290 1.00 0.00 P1 H +ATOM 3583 CB ARG X 381 4.700 -0.350 -27.400 1.00 0.00 P1 C +ATOM 3584 HB1 ARG X 381 5.010 -1.330 -27.820 1.00 0.00 P1 H +ATOM 3585 HB2 ARG X 381 3.870 -0.500 -26.680 1.00 0.00 P1 H +ATOM 3586 CG ARG X 381 3.940 0.260 -28.710 1.00 0.00 P1 C +ATOM 3587 HG1 ARG X 381 4.700 0.540 -29.470 1.00 0.00 P1 H +ATOM 3588 HG2 ARG X 381 3.340 -0.580 -29.090 1.00 0.00 P1 H +ATOM 3589 CD ARG X 381 3.140 1.500 -28.380 1.00 0.00 P1 C +ATOM 3590 HD1 ARG X 381 2.380 1.290 -27.600 1.00 0.00 P1 H +ATOM 3591 HD2 ARG X 381 3.780 2.240 -27.860 1.00 0.00 P1 H +ATOM 3592 NE ARG X 381 2.340 1.980 -29.570 1.00 0.00 P1 N +ATOM 3593 HE ARG X 381 1.410 1.600 -29.650 1.00 0.00 P1 H +ATOM 3594 CZ ARG X 381 2.460 3.210 -30.170 1.00 0.00 P1 C +ATOM 3595 NH1 ARG X 381 3.440 4.000 -29.960 1.00 0.00 P1 N +ATOM 3596 HH11 ARG X 381 3.330 5.000 -30.040 1.00 0.00 P1 H +ATOM 3597 HH12 ARG X 381 4.050 3.730 -29.220 1.00 0.00 P1 H +ATOM 3598 NH2 ARG X 381 1.510 3.600 -30.930 1.00 0.00 P1 N +ATOM 3599 HH21 ARG X 381 1.650 4.340 -31.570 1.00 0.00 P1 H +ATOM 3600 HH22 ARG X 381 0.840 2.930 -31.250 1.00 0.00 P1 H +ATOM 3601 C ARG X 381 6.580 -0.320 -25.770 1.00 0.00 P1 C +ATOM 3602 O ARG X 381 6.230 -0.200 -24.590 1.00 0.00 P1 O +ATOM 3603 N GLU X 382 7.540 -1.230 -26.200 1.00 0.00 P1 N +ATOM 3604 HN GLU X 382 7.480 -1.440 -27.170 1.00 0.00 P1 H +ATOM 3605 CA GLU X 382 8.240 -2.150 -25.410 1.00 0.00 P1 C +ATOM 3606 HA GLU X 382 7.560 -2.610 -24.710 1.00 0.00 P1 H +ATOM 3607 CB GLU X 382 8.990 -3.270 -26.110 1.00 0.00 P1 C +ATOM 3608 HB1 GLU X 382 9.730 -2.810 -26.810 1.00 0.00 P1 H +ATOM 3609 HB2 GLU X 382 9.620 -3.750 -25.330 1.00 0.00 P1 H +ATOM 3610 CG GLU X 382 8.310 -4.510 -26.730 1.00 0.00 P1 C +ATOM 3611 HG1 GLU X 382 7.790 -4.010 -27.580 1.00 0.00 P1 H +ATOM 3612 HG2 GLU X 382 9.140 -5.110 -27.140 1.00 0.00 P1 H +ATOM 3613 CD GLU X 382 7.360 -5.300 -25.840 1.00 0.00 P1 C +ATOM 3614 OE1 GLU X 382 7.390 -5.290 -24.560 1.00 0.00 P1 O +ATOM 3615 OE2 GLU X 382 6.510 -5.950 -26.510 1.00 0.00 P1 O +ATOM 3616 C GLU X 382 9.160 -1.420 -24.370 1.00 0.00 P1 C +ATOM 3617 O GLU X 382 9.050 -1.570 -23.130 1.00 0.00 P1 O +ATOM 3618 N LYS X 383 9.900 -0.430 -24.890 1.00 0.00 P1 N +ATOM 3619 HN LYS X 383 10.050 -0.360 -25.870 1.00 0.00 P1 H +ATOM 3620 CA LYS X 383 10.680 0.490 -24.100 1.00 0.00 P1 C +ATOM 3621 HA LYS X 383 11.290 -0.160 -23.470 1.00 0.00 P1 H +ATOM 3622 CB LYS X 383 11.530 1.350 -25.010 1.00 0.00 P1 C +ATOM 3623 HB1 LYS X 383 11.000 2.040 -25.700 1.00 0.00 P1 H +ATOM 3624 HB2 LYS X 383 12.130 2.060 -24.420 1.00 0.00 P1 H +ATOM 3625 CG LYS X 383 12.550 0.560 -25.810 1.00 0.00 P1 C +ATOM 3626 HG1 LYS X 383 13.410 0.440 -25.110 1.00 0.00 P1 H +ATOM 3627 HG2 LYS X 383 12.220 -0.460 -26.090 1.00 0.00 P1 H +ATOM 3628 CD LYS X 383 12.970 1.290 -27.110 1.00 0.00 P1 C +ATOM 3629 HD1 LYS X 383 12.070 1.570 -27.700 1.00 0.00 P1 H +ATOM 3630 HD2 LYS X 383 13.450 2.230 -26.750 1.00 0.00 P1 H +ATOM 3631 CE LYS X 383 13.820 0.450 -28.050 1.00 0.00 P1 C +ATOM 3632 HE1 LYS X 383 13.260 -0.450 -28.410 1.00 0.00 P1 H +ATOM 3633 HE2 LYS X 383 14.100 1.050 -28.930 1.00 0.00 P1 H +ATOM 3634 NZ LYS X 383 15.130 -0.030 -27.420 1.00 0.00 P1 N +ATOM 3635 HZ1 LYS X 383 15.750 -0.550 -28.070 1.00 0.00 P1 H +ATOM 3636 HZ2 LYS X 383 15.730 0.750 -27.090 1.00 0.00 P1 H +ATOM 3637 HZ3 LYS X 383 14.980 -0.690 -26.620 1.00 0.00 P1 H +ATOM 3638 C LYS X 383 9.840 1.310 -23.170 1.00 0.00 P1 C +ATOM 3639 O LYS X 383 10.200 1.490 -21.990 1.00 0.00 P1 O +ATOM 3640 N LYS X 384 8.660 1.820 -23.660 1.00 0.00 P1 N +ATOM 3641 HN LYS X 384 8.290 1.770 -24.590 1.00 0.00 P1 H +ATOM 3642 CA LYS X 384 7.730 2.660 -22.860 1.00 0.00 P1 C +ATOM 3643 HA LYS X 384 8.310 3.470 -22.450 1.00 0.00 P1 H +ATOM 3644 CB LYS X 384 6.520 3.360 -23.570 1.00 0.00 P1 C +ATOM 3645 HB1 LYS X 384 5.970 2.660 -24.240 1.00 0.00 P1 H +ATOM 3646 HB2 LYS X 384 5.740 3.800 -22.910 1.00 0.00 P1 H +ATOM 3647 CG LYS X 384 7.060 4.530 -24.490 1.00 0.00 P1 C +ATOM 3648 HG1 LYS X 384 7.840 4.110 -25.150 1.00 0.00 P1 H +ATOM 3649 HG2 LYS X 384 6.300 4.900 -25.200 1.00 0.00 P1 H +ATOM 3650 CD LYS X 384 7.780 5.630 -23.680 1.00 0.00 P1 C +ATOM 3651 HD1 LYS X 384 7.260 5.760 -22.700 1.00 0.00 P1 H +ATOM 3652 HD2 LYS X 384 8.810 5.300 -23.440 1.00 0.00 P1 H +ATOM 3653 CE LYS X 384 7.780 6.890 -24.480 1.00 0.00 P1 C +ATOM 3654 HE1 LYS X 384 8.070 6.690 -25.540 1.00 0.00 P1 H +ATOM 3655 HE2 LYS X 384 6.820 7.430 -24.400 1.00 0.00 P1 H +ATOM 3656 NZ LYS X 384 8.870 7.760 -23.850 1.00 0.00 P1 N +ATOM 3657 HZ1 LYS X 384 8.570 8.750 -23.930 1.00 0.00 P1 H +ATOM 3658 HZ2 LYS X 384 8.860 7.500 -22.840 1.00 0.00 P1 H +ATOM 3659 HZ3 LYS X 384 9.790 7.640 -24.300 1.00 0.00 P1 H +ATOM 3660 C LYS X 384 7.140 1.900 -21.710 1.00 0.00 P1 C +ATOM 3661 O LYS X 384 7.040 2.370 -20.550 1.00 0.00 P1 O +ATOM 3662 N VAL X 385 6.740 0.690 -22.000 1.00 0.00 P1 N +ATOM 3663 HN VAL X 385 6.860 0.370 -22.940 1.00 0.00 P1 H +ATOM 3664 CA VAL X 385 6.330 -0.260 -20.930 1.00 0.00 P1 C +ATOM 3665 HA VAL X 385 5.730 0.300 -20.230 1.00 0.00 P1 H +ATOM 3666 CB VAL X 385 5.500 -1.540 -21.480 1.00 0.00 P1 C +ATOM 3667 HB VAL X 385 6.010 -1.940 -22.380 1.00 0.00 P1 H +ATOM 3668 CG1 VAL X 385 5.170 -2.680 -20.430 1.00 0.00 P1 C +ATOM 3669 HG11 VAL X 385 6.010 -3.270 -19.980 1.00 0.00 P1 H +ATOM 3670 HG12 VAL X 385 4.580 -2.230 -19.600 1.00 0.00 P1 H +ATOM 3671 HG13 VAL X 385 4.480 -3.380 -20.930 1.00 0.00 P1 H +ATOM 3672 CG2 VAL X 385 4.220 -0.910 -21.890 1.00 0.00 P1 C +ATOM 3673 HG21 VAL X 385 4.290 -0.260 -22.780 1.00 0.00 P1 H +ATOM 3674 HG22 VAL X 385 3.580 -1.710 -22.290 1.00 0.00 P1 H +ATOM 3675 HG23 VAL X 385 3.660 -0.320 -21.130 1.00 0.00 P1 H +ATOM 3676 C VAL X 385 7.450 -0.680 -20.030 1.00 0.00 P1 C +ATOM 3677 O VAL X 385 7.300 -0.700 -18.830 1.00 0.00 P1 O +ATOM 3678 N THR X 386 8.660 -1.060 -20.500 1.00 0.00 P1 N +ATOM 3679 HN THR X 386 8.900 -1.040 -21.480 1.00 0.00 P1 H +ATOM 3680 CA THR X 386 9.770 -1.550 -19.690 1.00 0.00 P1 C +ATOM 3681 HA THR X 386 9.410 -2.340 -19.050 1.00 0.00 P1 H +ATOM 3682 CB THR X 386 10.900 -2.210 -20.500 1.00 0.00 P1 C +ATOM 3683 HB THR X 386 11.370 -1.490 -21.190 1.00 0.00 P1 H +ATOM 3684 OG1 THR X 386 10.540 -3.350 -21.280 1.00 0.00 P1 O +ATOM 3685 HG1 THR X 386 11.200 -3.270 -21.970 1.00 0.00 P1 H +ATOM 3686 CG2 THR X 386 11.950 -2.840 -19.660 1.00 0.00 P1 C +ATOM 3687 HG21 THR X 386 12.630 -2.030 -19.320 1.00 0.00 P1 H +ATOM 3688 HG22 THR X 386 11.460 -3.300 -18.780 1.00 0.00 P1 H +ATOM 3689 HG23 THR X 386 12.640 -3.620 -20.070 1.00 0.00 P1 H +ATOM 3690 C THR X 386 10.260 -0.540 -18.660 1.00 0.00 P1 C +ATOM 3691 O THR X 386 10.610 -0.920 -17.560 1.00 0.00 P1 O +ATOM 3692 N ARG X 387 10.310 0.820 -18.980 1.00 0.00 P1 N +ATOM 3693 HN ARG X 387 10.060 0.990 -19.930 1.00 0.00 P1 H +ATOM 3694 CA ARG X 387 10.310 2.000 -18.110 1.00 0.00 P1 C +ATOM 3695 HA ARG X 387 11.170 1.990 -17.450 1.00 0.00 P1 H +ATOM 3696 CB ARG X 387 10.560 3.400 -18.800 1.00 0.00 P1 C +ATOM 3697 HB1 ARG X 387 9.730 3.700 -19.480 1.00 0.00 P1 H +ATOM 3698 HB2 ARG X 387 10.560 4.130 -17.970 1.00 0.00 P1 H +ATOM 3699 CG ARG X 387 11.840 3.270 -19.520 1.00 0.00 P1 C +ATOM 3700 HG1 ARG X 387 12.680 3.230 -18.790 1.00 0.00 P1 H +ATOM 3701 HG2 ARG X 387 11.830 2.390 -20.210 1.00 0.00 P1 H +ATOM 3702 CD ARG X 387 12.150 4.540 -20.300 1.00 0.00 P1 C +ATOM 3703 HD1 ARG X 387 11.230 4.830 -20.820 1.00 0.00 P1 H +ATOM 3704 HD2 ARG X 387 12.530 5.250 -19.530 1.00 0.00 P1 H +ATOM 3705 NE ARG X 387 13.290 4.180 -21.250 1.00 0.00 P1 N +ATOM 3706 HE ARG X 387 13.660 3.250 -21.230 1.00 0.00 P1 H +ATOM 3707 CZ ARG X 387 13.760 4.720 -22.400 1.00 0.00 P1 C +ATOM 3708 NH1 ARG X 387 13.200 5.860 -22.860 1.00 0.00 P1 N +ATOM 3709 HH11 ARG X 387 13.830 6.460 -23.350 1.00 0.00 P1 H +ATOM 3710 HH12 ARG X 387 12.640 6.280 -22.150 1.00 0.00 P1 H +ATOM 3711 NH2 ARG X 387 14.740 4.220 -23.050 1.00 0.00 P1 N +ATOM 3712 HH21 ARG X 387 14.950 4.600 -23.950 1.00 0.00 P1 H +ATOM 3713 HH22 ARG X 387 15.320 3.540 -22.590 1.00 0.00 P1 H +ATOM 3714 C ARG X 387 9.110 2.190 -17.220 1.00 0.00 P1 C +ATOM 3715 O ARG X 387 9.220 2.400 -16.020 1.00 0.00 P1 O +ATOM 3716 N THR X 388 7.870 2.010 -17.710 1.00 0.00 P1 N +ATOM 3717 HN THR X 388 7.790 1.950 -18.700 1.00 0.00 P1 H +ATOM 3718 CA THR X 388 6.560 2.210 -16.860 1.00 0.00 P1 C +ATOM 3719 HA THR X 388 6.540 3.190 -16.440 1.00 0.00 P1 H +ATOM 3720 CB THR X 388 5.310 1.880 -17.720 1.00 0.00 P1 C +ATOM 3721 HB THR X 388 5.330 0.830 -18.120 1.00 0.00 P1 H +ATOM 3722 OG1 THR X 388 5.060 2.850 -18.790 1.00 0.00 P1 O +ATOM 3723 HG1 THR X 388 5.870 2.850 -19.290 1.00 0.00 P1 H +ATOM 3724 CG2 THR X 388 4.080 1.950 -16.810 1.00 0.00 P1 C +ATOM 3725 HG21 THR X 388 4.140 2.920 -16.270 1.00 0.00 P1 H +ATOM 3726 HG22 THR X 388 3.200 2.010 -17.470 1.00 0.00 P1 H +ATOM 3727 HG23 THR X 388 4.140 1.080 -16.110 1.00 0.00 P1 H +ATOM 3728 C THR X 388 6.610 1.240 -15.680 1.00 0.00 P1 C +ATOM 3729 O THR X 388 6.240 1.620 -14.550 1.00 0.00 P1 O +ATOM 3730 N ILE X 389 6.980 -0.010 -15.880 1.00 0.00 P1 N +ATOM 3731 HN ILE X 389 7.260 -0.350 -16.770 1.00 0.00 P1 H +ATOM 3732 CA ILE X 389 7.160 -0.920 -14.790 1.00 0.00 P1 C +ATOM 3733 HA ILE X 389 6.210 -0.970 -14.270 1.00 0.00 P1 H +ATOM 3734 CB ILE X 389 7.540 -2.370 -15.260 1.00 0.00 P1 C +ATOM 3735 HB ILE X 389 8.530 -2.380 -15.780 1.00 0.00 P1 H +ATOM 3736 CG2 ILE X 389 7.490 -3.330 -14.050 1.00 0.00 P1 C +ATOM 3737 HG21 ILE X 389 8.330 -3.230 -13.330 1.00 0.00 P1 H +ATOM 3738 HG22 ILE X 389 6.540 -3.190 -13.480 1.00 0.00 P1 H +ATOM 3739 HG23 ILE X 389 7.510 -4.410 -14.310 1.00 0.00 P1 H +ATOM 3740 CG1 ILE X 389 6.540 -2.890 -16.250 1.00 0.00 P1 C +ATOM 3741 HG11 ILE X 389 6.770 -2.380 -17.210 1.00 0.00 P1 H +ATOM 3742 HG12 ILE X 389 6.810 -3.960 -16.400 1.00 0.00 P1 H +ATOM 3743 CD ILE X 389 5.040 -2.650 -15.900 1.00 0.00 P1 C +ATOM 3744 HD1 ILE X 389 4.380 -3.230 -16.570 1.00 0.00 P1 H +ATOM 3745 HD2 ILE X 389 4.830 -3.000 -14.870 1.00 0.00 P1 H +ATOM 3746 HD3 ILE X 389 4.710 -1.590 -15.890 1.00 0.00 P1 H +ATOM 3747 C ILE X 389 8.190 -0.450 -13.730 1.00 0.00 P1 C +ATOM 3748 O ILE X 389 8.000 -0.510 -12.520 1.00 0.00 P1 O +ATOM 3749 N LEU X 390 9.320 0.040 -14.250 1.00 0.00 P1 N +ATOM 3750 HN LEU X 390 9.420 -0.050 -15.240 1.00 0.00 P1 H +ATOM 3751 CA LEU X 390 10.450 0.460 -13.480 1.00 0.00 P1 C +ATOM 3752 HA LEU X 390 10.870 -0.240 -12.800 1.00 0.00 P1 H +ATOM 3753 CB LEU X 390 11.620 0.790 -14.420 1.00 0.00 P1 C +ATOM 3754 HB1 LEU X 390 11.590 0.100 -15.290 1.00 0.00 P1 H +ATOM 3755 HB2 LEU X 390 11.470 1.850 -14.760 1.00 0.00 P1 H +ATOM 3756 CG LEU X 390 13.020 0.800 -13.740 1.00 0.00 P1 C +ATOM 3757 HG LEU X 390 12.940 1.180 -12.700 1.00 0.00 P1 H +ATOM 3758 CD1 LEU X 390 13.610 -0.590 -13.540 1.00 0.00 P1 C +ATOM 3759 HD11 LEU X 390 12.920 -1.230 -12.950 1.00 0.00 P1 H +ATOM 3760 HD12 LEU X 390 13.850 -1.070 -14.520 1.00 0.00 P1 H +ATOM 3761 HD13 LEU X 390 14.520 -0.570 -12.920 1.00 0.00 P1 H +ATOM 3762 CD2 LEU X 390 14.050 1.620 -14.450 1.00 0.00 P1 C +ATOM 3763 HD21 LEU X 390 14.340 1.220 -15.440 1.00 0.00 P1 H +ATOM 3764 HD22 LEU X 390 13.800 2.690 -14.610 1.00 0.00 P1 H +ATOM 3765 HD23 LEU X 390 14.960 1.440 -13.830 1.00 0.00 P1 H +ATOM 3766 C LEU X 390 10.220 1.620 -12.530 1.00 0.00 P1 C +ATOM 3767 O LEU X 390 10.670 1.740 -11.420 1.00 0.00 P1 O +ATOM 3768 N ALA X 391 9.380 2.550 -12.980 1.00 0.00 P1 N +ATOM 3769 HN ALA X 391 9.230 2.530 -13.970 1.00 0.00 P1 H +ATOM 3770 CA ALA X 391 8.800 3.670 -12.230 1.00 0.00 P1 C +ATOM 3771 HA ALA X 391 9.590 4.070 -11.630 1.00 0.00 P1 H +ATOM 3772 CB ALA X 391 8.280 4.750 -13.200 1.00 0.00 P1 C +ATOM 3773 HB1 ALA X 391 7.730 5.460 -12.540 1.00 0.00 P1 H +ATOM 3774 HB2 ALA X 391 9.020 5.370 -13.740 1.00 0.00 P1 H +ATOM 3775 HB3 ALA X 391 7.750 4.230 -14.030 1.00 0.00 P1 H +ATOM 3776 C ALA X 391 7.730 3.220 -11.260 1.00 0.00 P1 C +ATOM 3777 O ALA X 391 7.560 3.680 -10.130 1.00 0.00 P1 O +ATOM 3778 N ILE X 392 6.880 2.240 -11.630 1.00 0.00 P1 N +ATOM 3779 HN ILE X 392 6.840 1.950 -12.580 1.00 0.00 P1 H +ATOM 3780 CA ILE X 392 5.900 1.650 -10.630 1.00 0.00 P1 C +ATOM 3781 HA ILE X 392 5.310 2.510 -10.350 1.00 0.00 P1 H +ATOM 3782 CB ILE X 392 4.870 0.820 -11.320 1.00 0.00 P1 C +ATOM 3783 HB ILE X 392 5.300 0.510 -12.290 1.00 0.00 P1 H +ATOM 3784 CG2 ILE X 392 4.320 -0.350 -10.620 1.00 0.00 P1 C +ATOM 3785 HG21 ILE X 392 5.090 -1.130 -10.420 1.00 0.00 P1 H +ATOM 3786 HG22 ILE X 392 3.880 0.030 -9.670 1.00 0.00 P1 H +ATOM 3787 HG23 ILE X 392 3.460 -0.910 -11.040 1.00 0.00 P1 H +ATOM 3788 CG1 ILE X 392 3.740 1.770 -11.810 1.00 0.00 P1 C +ATOM 3789 HG11 ILE X 392 4.260 2.590 -12.350 1.00 0.00 P1 H +ATOM 3790 HG12 ILE X 392 3.230 1.070 -12.510 1.00 0.00 P1 H +ATOM 3791 CD ILE X 392 2.670 2.100 -10.790 1.00 0.00 P1 C +ATOM 3792 HD1 ILE X 392 1.880 2.790 -11.190 1.00 0.00 P1 H +ATOM 3793 HD2 ILE X 392 2.270 1.190 -10.310 1.00 0.00 P1 H +ATOM 3794 HD3 ILE X 392 3.170 2.670 -9.980 1.00 0.00 P1 H +ATOM 3795 C ILE X 392 6.590 0.920 -9.510 1.00 0.00 P1 C +ATOM 3796 O ILE X 392 6.320 1.160 -8.330 1.00 0.00 P1 O +ATOM 3797 N LEU X 393 7.680 0.220 -9.880 1.00 0.00 P1 N +ATOM 3798 HN LEU X 393 7.880 -0.110 -10.800 1.00 0.00 P1 H +ATOM 3799 CA LEU X 393 8.620 -0.400 -8.900 1.00 0.00 P1 C +ATOM 3800 HA LEU X 393 8.080 -1.090 -8.290 1.00 0.00 P1 H +ATOM 3801 CB LEU X 393 9.600 -1.250 -9.670 1.00 0.00 P1 C +ATOM 3802 HB1 LEU X 393 9.960 -0.590 -10.510 1.00 0.00 P1 H +ATOM 3803 HB2 LEU X 393 10.530 -1.440 -9.100 1.00 0.00 P1 H +ATOM 3804 CG LEU X 393 9.180 -2.640 -10.270 1.00 0.00 P1 C +ATOM 3805 HG LEU X 393 8.220 -2.500 -10.820 1.00 0.00 P1 H +ATOM 3806 CD1 LEU X 393 10.230 -2.990 -11.300 1.00 0.00 P1 C +ATOM 3807 HD11 LEU X 393 10.050 -4.020 -11.710 1.00 0.00 P1 H +ATOM 3808 HD12 LEU X 393 10.210 -2.290 -12.150 1.00 0.00 P1 H +ATOM 3809 HD13 LEU X 393 11.260 -2.960 -10.890 1.00 0.00 P1 H +ATOM 3810 CD2 LEU X 393 9.220 -3.670 -9.130 1.00 0.00 P1 C +ATOM 3811 HD21 LEU X 393 8.530 -3.290 -8.330 1.00 0.00 P1 H +ATOM 3812 HD22 LEU X 393 8.900 -4.670 -9.490 1.00 0.00 P1 H +ATOM 3813 HD23 LEU X 393 10.250 -3.800 -8.700 1.00 0.00 P1 H +ATOM 3814 C LEU X 393 9.330 0.650 -8.010 1.00 0.00 P1 C +ATOM 3815 O LEU X 393 9.590 0.380 -6.850 1.00 0.00 P1 O +ATOM 3816 N LEU X 394 9.720 1.800 -8.660 1.00 0.00 P1 N +ATOM 3817 HN LEU X 394 9.820 1.860 -9.640 1.00 0.00 P1 H +ATOM 3818 CA LEU X 394 10.440 2.840 -7.910 1.00 0.00 P1 C +ATOM 3819 HA LEU X 394 11.270 2.250 -7.530 1.00 0.00 P1 H +ATOM 3820 CB LEU X 394 11.080 3.770 -8.930 1.00 0.00 P1 C +ATOM 3821 HB1 LEU X 394 11.910 3.290 -9.480 1.00 0.00 P1 H +ATOM 3822 HB2 LEU X 394 10.360 4.140 -9.690 1.00 0.00 P1 H +ATOM 3823 CG LEU X 394 11.660 5.160 -8.300 1.00 0.00 P1 C +ATOM 3824 HG LEU X 394 10.840 5.640 -7.730 1.00 0.00 P1 H +ATOM 3825 CD1 LEU X 394 12.680 4.930 -7.250 1.00 0.00 P1 C +ATOM 3826 HD11 LEU X 394 13.180 5.830 -6.840 1.00 0.00 P1 H +ATOM 3827 HD12 LEU X 394 12.300 4.440 -6.330 1.00 0.00 P1 H +ATOM 3828 HD13 LEU X 394 13.420 4.170 -7.600 1.00 0.00 P1 H +ATOM 3829 CD2 LEU X 394 12.090 6.020 -9.410 1.00 0.00 P1 C +ATOM 3830 HD21 LEU X 394 11.280 6.080 -10.180 1.00 0.00 P1 H +ATOM 3831 HD22 LEU X 394 12.170 7.080 -9.080 1.00 0.00 P1 H +ATOM 3832 HD23 LEU X 394 13.070 5.660 -9.780 1.00 0.00 P1 H +ATOM 3833 C LEU X 394 9.780 3.410 -6.720 1.00 0.00 P1 C +ATOM 3834 O LEU X 394 10.390 3.580 -5.620 1.00 0.00 P1 O +ATOM 3835 N ALA X 395 8.510 3.730 -6.830 1.00 0.00 P1 N +ATOM 3836 HN ALA X 395 8.110 3.550 -7.710 1.00 0.00 P1 H +ATOM 3837 CA ALA X 395 7.690 4.170 -5.670 1.00 0.00 P1 C +ATOM 3838 HA ALA X 395 8.220 4.810 -4.980 1.00 0.00 P1 H +ATOM 3839 CB ALA X 395 6.440 4.900 -6.200 1.00 0.00 P1 C +ATOM 3840 HB1 ALA X 395 5.940 4.230 -6.940 1.00 0.00 P1 H +ATOM 3841 HB2 ALA X 395 5.770 5.210 -5.380 1.00 0.00 P1 H +ATOM 3842 HB3 ALA X 395 6.800 5.880 -6.590 1.00 0.00 P1 H +ATOM 3843 C ALA X 395 7.240 2.940 -4.810 1.00 0.00 P1 C +ATOM 3844 O ALA X 395 6.890 3.150 -3.590 1.00 0.00 P1 O +ATOM 3845 N PHE X 396 7.390 1.660 -5.300 1.00 0.00 P1 N +ATOM 3846 HN PHE X 396 7.610 1.620 -6.280 1.00 0.00 P1 H +ATOM 3847 CA PHE X 396 7.160 0.450 -4.570 1.00 0.00 P1 C +ATOM 3848 HA PHE X 396 6.220 0.610 -4.080 1.00 0.00 P1 H +ATOM 3849 CB PHE X 396 6.740 -0.720 -5.540 1.00 0.00 P1 C +ATOM 3850 HB1 PHE X 396 5.650 -0.700 -5.720 1.00 0.00 P1 H +ATOM 3851 HB2 PHE X 396 7.230 -0.600 -6.520 1.00 0.00 P1 H +ATOM 3852 CG PHE X 396 7.050 -2.160 -5.120 1.00 0.00 P1 C +ATOM 3853 CD1 PHE X 396 6.020 -3.020 -4.770 1.00 0.00 P1 C +ATOM 3854 HD1 PHE X 396 4.970 -2.770 -4.760 1.00 0.00 P1 H +ATOM 3855 CE1 PHE X 396 6.430 -4.330 -4.380 1.00 0.00 P1 C +ATOM 3856 HE1 PHE X 396 5.660 -4.980 -3.990 1.00 0.00 P1 H +ATOM 3857 CZ PHE X 396 7.720 -4.840 -4.510 1.00 0.00 P1 C +ATOM 3858 HZ PHE X 396 8.080 -5.820 -4.260 1.00 0.00 P1 H +ATOM 3859 CD2 PHE X 396 8.380 -2.650 -5.280 1.00 0.00 P1 C +ATOM 3860 HD2 PHE X 396 9.140 -1.920 -5.530 1.00 0.00 P1 H +ATOM 3861 CE2 PHE X 396 8.750 -3.940 -4.850 1.00 0.00 P1 C +ATOM 3862 HE2 PHE X 396 9.770 -4.280 -4.980 1.00 0.00 P1 H +ATOM 3863 C PHE X 396 8.060 0.160 -3.460 1.00 0.00 P1 C +ATOM 3864 O PHE X 396 7.680 -0.130 -2.300 1.00 0.00 P1 O +ATOM 3865 N ILE X 397 9.370 0.360 -3.790 1.00 0.00 P1 N +ATOM 3866 HN ILE X 397 9.610 0.620 -4.730 1.00 0.00 P1 H +ATOM 3867 CA ILE X 397 10.450 0.200 -2.800 1.00 0.00 P1 C +ATOM 3868 HA ILE X 397 10.100 -0.710 -2.350 1.00 0.00 P1 H +ATOM 3869 CB ILE X 397 11.810 0.000 -3.390 1.00 0.00 P1 C +ATOM 3870 HB ILE X 397 12.060 0.900 -4.010 1.00 0.00 P1 H +ATOM 3871 CG2 ILE X 397 12.880 0.140 -2.320 1.00 0.00 P1 C +ATOM 3872 HG21 ILE X 397 12.760 -0.540 -1.450 1.00 0.00 P1 H +ATOM 3873 HG22 ILE X 397 13.840 -0.220 -2.720 1.00 0.00 P1 H +ATOM 3874 HG23 ILE X 397 13.160 1.200 -2.130 1.00 0.00 P1 H +ATOM 3875 CG1 ILE X 397 11.890 -1.310 -4.270 1.00 0.00 P1 C +ATOM 3876 HG11 ILE X 397 11.020 -1.140 -4.940 1.00 0.00 P1 H +ATOM 3877 HG12 ILE X 397 12.840 -1.180 -4.820 1.00 0.00 P1 H +ATOM 3878 CD ILE X 397 11.940 -2.640 -3.510 1.00 0.00 P1 C +ATOM 3879 HD1 ILE X 397 11.800 -3.360 -4.340 1.00 0.00 P1 H +ATOM 3880 HD2 ILE X 397 12.830 -2.820 -2.870 1.00 0.00 P1 H +ATOM 3881 HD3 ILE X 397 11.140 -2.740 -2.760 1.00 0.00 P1 H +ATOM 3882 C ILE X 397 10.380 1.300 -1.740 1.00 0.00 P1 C +ATOM 3883 O ILE X 397 10.340 1.050 -0.530 1.00 0.00 P1 O +ATOM 3884 N ILE X 398 10.320 2.590 -2.070 1.00 0.00 P1 N +ATOM 3885 HN ILE X 398 10.340 2.910 -3.010 1.00 0.00 P1 H +ATOM 3886 CA ILE X 398 9.850 3.730 -1.210 1.00 0.00 P1 C +ATOM 3887 HA ILE X 398 10.640 4.040 -0.550 1.00 0.00 P1 H +ATOM 3888 CB ILE X 398 9.510 4.970 -1.980 1.00 0.00 P1 C +ATOM 3889 HB ILE X 398 8.690 4.670 -2.680 1.00 0.00 P1 H +ATOM 3890 CG2 ILE X 398 9.130 6.090 -1.050 1.00 0.00 P1 C +ATOM 3891 HG21 ILE X 398 9.780 6.170 -0.140 1.00 0.00 P1 H +ATOM 3892 HG22 ILE X 398 9.150 7.050 -1.600 1.00 0.00 P1 H +ATOM 3893 HG23 ILE X 398 8.130 5.800 -0.650 1.00 0.00 P1 H +ATOM 3894 CG1 ILE X 398 10.630 5.390 -2.840 1.00 0.00 P1 C +ATOM 3895 HG11 ILE X 398 11.610 5.640 -2.370 1.00 0.00 P1 H +ATOM 3896 HG12 ILE X 398 10.910 4.550 -3.500 1.00 0.00 P1 H +ATOM 3897 CD ILE X 398 10.270 6.480 -3.860 1.00 0.00 P1 C +ATOM 3898 HD1 ILE X 398 9.220 6.400 -4.230 1.00 0.00 P1 H +ATOM 3899 HD2 ILE X 398 10.460 7.510 -3.500 1.00 0.00 P1 H +ATOM 3900 HD3 ILE X 398 10.940 6.370 -4.740 1.00 0.00 P1 H +ATOM 3901 C ILE X 398 8.700 3.410 -0.150 1.00 0.00 P1 C +ATOM 3902 O ILE X 398 8.870 3.710 1.060 1.00 0.00 P1 O +ATOM 3903 N THR X 399 7.560 2.890 -0.600 1.00 0.00 P1 N +ATOM 3904 HN THR X 399 7.480 2.650 -1.560 1.00 0.00 P1 H +ATOM 3905 CA THR X 399 6.440 2.570 0.240 1.00 0.00 P1 C +ATOM 3906 HA THR X 399 6.370 3.360 0.980 1.00 0.00 P1 H +ATOM 3907 CB THR X 399 5.120 2.500 -0.530 1.00 0.00 P1 C +ATOM 3908 HB THR X 399 4.280 2.020 0.030 1.00 0.00 P1 H +ATOM 3909 OG1 THR X 399 5.230 1.910 -1.830 1.00 0.00 P1 O +ATOM 3910 HG1 THR X 399 5.700 2.600 -2.320 1.00 0.00 P1 H +ATOM 3911 CG2 THR X 399 4.640 3.960 -0.850 1.00 0.00 P1 C +ATOM 3912 HG21 THR X 399 5.470 4.410 -1.440 1.00 0.00 P1 H +ATOM 3913 HG22 THR X 399 3.730 4.010 -1.460 1.00 0.00 P1 H +ATOM 3914 HG23 THR X 399 4.570 4.610 0.060 1.00 0.00 P1 H +ATOM 3915 C THR X 399 6.540 1.350 1.060 1.00 0.00 P1 C +ATOM 3916 O THR X 399 6.160 1.340 2.250 1.00 0.00 P1 O +ATOM 3917 N TRP X 400 7.120 0.300 0.560 1.00 0.00 P1 N +ATOM 3918 HN TRP X 400 7.490 0.380 -0.360 1.00 0.00 P1 H +ATOM 3919 CA TRP X 400 7.030 -1.000 1.140 1.00 0.00 P1 C +ATOM 3920 HA TRP X 400 6.110 -0.940 1.710 1.00 0.00 P1 H +ATOM 3921 CB TRP X 400 6.810 -2.130 0.110 1.00 0.00 P1 C +ATOM 3922 HB1 TRP X 400 7.610 -2.060 -0.660 1.00 0.00 P1 H +ATOM 3923 HB2 TRP X 400 6.970 -3.030 0.720 1.00 0.00 P1 H +ATOM 3924 CG TRP X 400 5.450 -2.290 -0.540 1.00 0.00 P1 C +ATOM 3925 CD1 TRP X 400 4.950 -1.660 -1.680 1.00 0.00 P1 C +ATOM 3926 HD1 TRP X 400 5.440 -0.840 -2.180 1.00 0.00 P1 H +ATOM 3927 NE1 TRP X 400 3.660 -2.140 -1.890 1.00 0.00 P1 N +ATOM 3928 HE1 TRP X 400 2.950 -1.970 -2.530 1.00 0.00 P1 H +ATOM 3929 CE2 TRP X 400 3.400 -3.150 -1.040 1.00 0.00 P1 C +ATOM 3930 CD2 TRP X 400 4.540 -3.290 -0.160 1.00 0.00 P1 C +ATOM 3931 CE3 TRP X 400 4.630 -4.290 0.780 1.00 0.00 P1 C +ATOM 3932 HE3 TRP X 400 5.520 -4.310 1.390 1.00 0.00 P1 H +ATOM 3933 CZ3 TRP X 400 3.590 -5.180 0.820 1.00 0.00 P1 C +ATOM 3934 HZ3 TRP X 400 3.640 -6.000 1.530 1.00 0.00 P1 H +ATOM 3935 CZ2 TRP X 400 2.250 -3.810 -0.660 1.00 0.00 P1 C +ATOM 3936 HZ2 TRP X 400 1.310 -3.730 -1.160 1.00 0.00 P1 H +ATOM 3937 CH2 TRP X 400 2.380 -4.960 0.180 1.00 0.00 P1 C +ATOM 3938 HH2 TRP X 400 1.480 -5.450 0.500 1.00 0.00 P1 H +ATOM 3939 C TRP X 400 8.160 -1.270 2.080 1.00 0.00 P1 C +ATOM 3940 O TRP X 400 7.940 -2.060 3.010 1.00 0.00 P1 O +ATOM 3941 N ALA X 401 9.260 -0.560 1.990 1.00 0.00 P1 N +ATOM 3942 HN ALA X 401 9.410 0.090 1.240 1.00 0.00 P1 H +ATOM 3943 CA ALA X 401 10.460 -0.670 2.810 1.00 0.00 P1 C +ATOM 3944 HA ALA X 401 10.570 -1.720 3.030 1.00 0.00 P1 H +ATOM 3945 CB ALA X 401 11.640 -0.220 1.980 1.00 0.00 P1 C +ATOM 3946 HB1 ALA X 401 12.510 0.000 2.640 1.00 0.00 P1 H +ATOM 3947 HB2 ALA X 401 11.800 -0.700 1.000 1.00 0.00 P1 H +ATOM 3948 HB3 ALA X 401 11.430 0.840 1.740 1.00 0.00 P1 H +ATOM 3949 C ALA X 401 10.280 -0.040 4.280 1.00 0.00 P1 C +ATOM 3950 O ALA X 401 10.700 -0.780 5.180 1.00 0.00 P1 O +ATOM 3951 N PRO X 402 9.630 1.040 4.620 1.00 0.00 P1 N +ATOM 3952 CD PRO X 402 9.130 2.010 3.670 1.00 0.00 P1 C +ATOM 3953 HD1 PRO X 402 8.190 1.600 3.250 1.00 0.00 P1 H +ATOM 3954 HD2 PRO X 402 9.780 2.180 2.780 1.00 0.00 P1 H +ATOM 3955 CA PRO X 402 9.600 1.670 5.920 1.00 0.00 P1 C +ATOM 3956 HA PRO X 402 10.630 1.910 6.140 1.00 0.00 P1 H +ATOM 3957 CB PRO X 402 8.710 2.840 5.870 1.00 0.00 P1 C +ATOM 3958 HB1 PRO X 402 8.920 3.590 6.660 1.00 0.00 P1 H +ATOM 3959 HB2 PRO X 402 7.670 2.440 5.930 1.00 0.00 P1 H +ATOM 3960 CG PRO X 402 8.850 3.270 4.380 1.00 0.00 P1 C +ATOM 3961 HG1 PRO X 402 9.720 3.960 4.420 1.00 0.00 P1 H +ATOM 3962 HG2 PRO X 402 7.950 3.810 4.010 1.00 0.00 P1 H +ATOM 3963 C PRO X 402 9.290 0.640 7.120 1.00 0.00 P1 C +ATOM 3964 O PRO X 402 10.140 0.400 8.020 1.00 0.00 P1 O +ATOM 3965 N TYR X 403 8.180 -0.170 6.920 1.00 0.00 P1 N +ATOM 3966 HN TYR X 403 7.600 0.030 6.130 1.00 0.00 P1 H +ATOM 3967 CA TYR X 403 7.770 -1.290 7.710 1.00 0.00 P1 C +ATOM 3968 HA TYR X 403 7.860 -0.910 8.720 1.00 0.00 P1 H +ATOM 3969 CB TYR X 403 6.310 -1.570 7.380 1.00 0.00 P1 C +ATOM 3970 HB1 TYR X 403 5.670 -0.670 7.240 1.00 0.00 P1 H +ATOM 3971 HB2 TYR X 403 6.380 -2.070 6.400 1.00 0.00 P1 H +ATOM 3972 CG TYR X 403 5.470 -2.540 8.250 1.00 0.00 P1 C +ATOM 3973 CD1 TYR X 403 5.690 -3.850 8.300 1.00 0.00 P1 C +ATOM 3974 HD1 TYR X 403 6.490 -4.270 7.720 1.00 0.00 P1 H +ATOM 3975 CE1 TYR X 403 4.920 -4.670 9.150 1.00 0.00 P1 C +ATOM 3976 HE1 TYR X 403 5.030 -5.750 9.100 1.00 0.00 P1 H +ATOM 3977 CZ TYR X 403 3.910 -4.140 9.970 1.00 0.00 P1 C +ATOM 3978 OH TYR X 403 3.080 -5.030 10.690 1.00 0.00 P1 O +ATOM 3979 HH TYR X 403 2.920 -4.560 11.500 1.00 0.00 P1 H +ATOM 3980 CD2 TYR X 403 4.580 -1.910 9.240 1.00 0.00 P1 C +ATOM 3981 HD2 TYR X 403 4.360 -0.850 9.360 1.00 0.00 P1 H +ATOM 3982 CE2 TYR X 403 3.820 -2.770 10.030 1.00 0.00 P1 C +ATOM 3983 HE2 TYR X 403 3.120 -2.360 10.730 1.00 0.00 P1 H +ATOM 3984 C TYR X 403 8.600 -2.570 7.700 1.00 0.00 P1 C +ATOM 3985 O TYR X 403 8.900 -3.100 8.790 1.00 0.00 P1 O +ATOM 3986 N ASN X 404 9.030 -2.990 6.450 1.00 0.00 P1 N +ATOM 3987 HN ASN X 404 8.860 -2.490 5.610 1.00 0.00 P1 H +ATOM 3988 CA ASN X 404 9.960 -4.140 6.490 1.00 0.00 P1 C +ATOM 3989 HA ASN X 404 9.600 -4.920 7.140 1.00 0.00 P1 H +ATOM 3990 CB ASN X 404 10.190 -4.740 5.050 1.00 0.00 P1 C +ATOM 3991 HB1 ASN X 404 10.560 -3.970 4.350 1.00 0.00 P1 H +ATOM 3992 HB2 ASN X 404 10.810 -5.670 5.120 1.00 0.00 P1 H +ATOM 3993 CG ASN X 404 8.790 -5.290 4.510 1.00 0.00 P1 C +ATOM 3994 OD1 ASN X 404 8.150 -6.100 5.080 1.00 0.00 P1 O +ATOM 3995 ND2 ASN X 404 8.390 -4.800 3.310 1.00 0.00 P1 N +ATOM 3996 HD21 ASN X 404 7.570 -5.150 2.830 1.00 0.00 P1 H +ATOM 3997 HD22 ASN X 404 8.910 -4.050 2.910 1.00 0.00 P1 H +ATOM 3998 C ASN X 404 11.320 -3.820 7.050 1.00 0.00 P1 C +ATOM 3999 O ASN X 404 11.970 -4.700 7.630 1.00 0.00 P1 O +ATOM 4000 N VAL X 405 11.790 -2.510 7.050 1.00 0.00 P1 N +ATOM 4001 HN VAL X 405 11.160 -1.820 6.680 1.00 0.00 P1 H +ATOM 4002 CA VAL X 405 13.020 -2.080 7.740 1.00 0.00 P1 C +ATOM 4003 HA VAL X 405 13.740 -2.860 7.540 1.00 0.00 P1 H +ATOM 4004 CB VAL X 405 13.580 -0.790 7.190 1.00 0.00 P1 C +ATOM 4005 HB VAL X 405 12.710 -0.110 7.190 1.00 0.00 P1 H +ATOM 4006 CG1 VAL X 405 14.690 -0.280 8.050 1.00 0.00 P1 C +ATOM 4007 HG11 VAL X 405 15.330 -1.050 8.540 1.00 0.00 P1 H +ATOM 4008 HG12 VAL X 405 15.400 0.470 7.640 1.00 0.00 P1 H +ATOM 4009 HG13 VAL X 405 14.270 0.330 8.890 1.00 0.00 P1 H +ATOM 4010 CG2 VAL X 405 14.140 -1.190 5.720 1.00 0.00 P1 C +ATOM 4011 HG21 VAL X 405 14.920 -1.950 5.890 1.00 0.00 P1 H +ATOM 4012 HG22 VAL X 405 13.280 -1.510 5.100 1.00 0.00 P1 H +ATOM 4013 HG23 VAL X 405 14.490 -0.210 5.330 1.00 0.00 P1 H +ATOM 4014 C VAL X 405 12.850 -2.000 9.270 1.00 0.00 P1 C +ATOM 4015 O VAL X 405 13.750 -2.420 10.030 1.00 0.00 P1 O +ATOM 4016 N MET X 406 11.610 -1.580 9.670 1.00 0.00 P1 N +ATOM 4017 HN MET X 406 10.820 -1.190 9.210 1.00 0.00 P1 H +ATOM 4018 CA MET X 406 11.260 -1.560 11.110 1.00 0.00 P1 C +ATOM 4019 HA MET X 406 11.950 -1.020 11.750 1.00 0.00 P1 H +ATOM 4020 CB MET X 406 9.900 -0.780 11.280 1.00 0.00 P1 C +ATOM 4021 HB1 MET X 406 9.340 -1.110 10.380 1.00 0.00 P1 H +ATOM 4022 HB2 MET X 406 9.360 -1.010 12.230 1.00 0.00 P1 H +ATOM 4023 CG MET X 406 10.020 0.810 11.050 1.00 0.00 P1 C +ATOM 4024 HG1 MET X 406 10.410 1.290 11.970 1.00 0.00 P1 H +ATOM 4025 HG2 MET X 406 10.770 1.090 10.280 1.00 0.00 P1 H +ATOM 4026 SD MET X 406 8.450 1.520 10.660 1.00 0.00 P1 S +ATOM 4027 CE MET X 406 9.000 2.990 9.810 1.00 0.00 P1 C +ATOM 4028 HE1 MET X 406 9.750 2.730 9.040 1.00 0.00 P1 H +ATOM 4029 HE2 MET X 406 8.160 3.490 9.270 1.00 0.00 P1 H +ATOM 4030 HE3 MET X 406 9.470 3.770 10.450 1.00 0.00 P1 H +ATOM 4031 C MET X 406 11.160 -2.970 11.690 1.00 0.00 P1 C +ATOM 4032 O MET X 406 11.490 -3.200 12.820 1.00 0.00 P1 O +ATOM 4033 N VAL X 407 10.620 -4.000 10.990 1.00 0.00 P1 N +ATOM 4034 HN VAL X 407 10.050 -3.820 10.200 1.00 0.00 P1 H +ATOM 4035 CA VAL X 407 10.730 -5.340 11.410 1.00 0.00 P1 C +ATOM 4036 HA VAL X 407 10.270 -5.440 12.380 1.00 0.00 P1 H +ATOM 4037 CB VAL X 407 9.950 -6.250 10.460 1.00 0.00 P1 C +ATOM 4038 HB VAL X 407 10.280 -6.100 9.400 1.00 0.00 P1 H +ATOM 4039 CG1 VAL X 407 10.130 -7.710 10.850 1.00 0.00 P1 C +ATOM 4040 HG11 VAL X 407 11.140 -8.160 10.970 1.00 0.00 P1 H +ATOM 4041 HG12 VAL X 407 9.690 -7.790 11.860 1.00 0.00 P1 H +ATOM 4042 HG13 VAL X 407 9.620 -8.360 10.110 1.00 0.00 P1 H +ATOM 4043 CG2 VAL X 407 8.440 -6.000 10.660 1.00 0.00 P1 C +ATOM 4044 HG21 VAL X 407 7.790 -6.650 10.040 1.00 0.00 P1 H +ATOM 4045 HG22 VAL X 407 8.200 -6.130 11.730 1.00 0.00 P1 H +ATOM 4046 HG23 VAL X 407 8.180 -4.950 10.370 1.00 0.00 P1 H +ATOM 4047 C VAL X 407 12.150 -5.830 11.640 1.00 0.00 P1 C +ATOM 4048 O VAL X 407 12.470 -6.440 12.680 1.00 0.00 P1 O +ATOM 4049 N LEU X 408 13.100 -5.460 10.780 1.00 0.00 P1 N +ATOM 4050 HN LEU X 408 12.820 -5.070 9.900 1.00 0.00 P1 H +ATOM 4051 CA LEU X 408 14.490 -5.670 10.930 1.00 0.00 P1 C +ATOM 4052 HA LEU X 408 14.590 -6.730 11.140 1.00 0.00 P1 H +ATOM 4053 CB LEU X 408 15.170 -5.310 9.550 1.00 0.00 P1 C +ATOM 4054 HB1 LEU X 408 15.060 -6.270 8.990 1.00 0.00 P1 H +ATOM 4055 HB2 LEU X 408 14.560 -4.500 9.100 1.00 0.00 P1 H +ATOM 4056 CG LEU X 408 16.650 -4.790 9.510 1.00 0.00 P1 C +ATOM 4057 HG LEU X 408 16.640 -3.880 10.130 1.00 0.00 P1 H +ATOM 4058 CD1 LEU X 408 17.730 -5.700 9.970 1.00 0.00 P1 C +ATOM 4059 HD11 LEU X 408 18.720 -5.190 9.830 1.00 0.00 P1 H +ATOM 4060 HD12 LEU X 408 17.660 -5.930 11.050 1.00 0.00 P1 H +ATOM 4061 HD13 LEU X 408 17.830 -6.620 9.360 1.00 0.00 P1 H +ATOM 4062 CD2 LEU X 408 16.970 -4.230 8.150 1.00 0.00 P1 C +ATOM 4063 HD21 LEU X 408 16.220 -3.420 8.110 1.00 0.00 P1 H +ATOM 4064 HD22 LEU X 408 18.010 -3.830 8.020 1.00 0.00 P1 H +ATOM 4065 HD23 LEU X 408 16.850 -5.120 7.500 1.00 0.00 P1 H +ATOM 4066 C LEU X 408 15.130 -4.980 12.160 1.00 0.00 P1 C +ATOM 4067 O LEU X 408 15.820 -5.590 12.990 1.00 0.00 P1 O +ATOM 4068 N ILE X 409 14.860 -3.660 12.390 1.00 0.00 P1 N +ATOM 4069 HN ILE X 409 14.430 -3.210 11.620 1.00 0.00 P1 H +ATOM 4070 CA ILE X 409 15.150 -3.010 13.640 1.00 0.00 P1 C +ATOM 4071 HA ILE X 409 16.220 -3.020 13.800 1.00 0.00 P1 H +ATOM 4072 CB ILE X 409 14.970 -1.450 13.640 1.00 0.00 P1 C +ATOM 4073 HB ILE X 409 13.920 -1.240 13.330 1.00 0.00 P1 H +ATOM 4074 CG2 ILE X 409 15.230 -0.920 14.990 1.00 0.00 P1 C +ATOM 4075 HG21 ILE X 409 14.420 -1.350 15.620 1.00 0.00 P1 H +ATOM 4076 HG22 ILE X 409 16.210 -1.150 15.450 1.00 0.00 P1 H +ATOM 4077 HG23 ILE X 409 15.100 0.200 14.960 1.00 0.00 P1 H +ATOM 4078 CG1 ILE X 409 15.910 -0.830 12.600 1.00 0.00 P1 C +ATOM 4079 HG11 ILE X 409 16.960 -0.780 12.960 1.00 0.00 P1 H +ATOM 4080 HG12 ILE X 409 15.960 -1.480 11.700 1.00 0.00 P1 H +ATOM 4081 CD ILE X 409 15.360 0.560 12.180 1.00 0.00 P1 C +ATOM 4082 HD1 ILE X 409 14.350 0.640 11.740 1.00 0.00 P1 H +ATOM 4083 HD2 ILE X 409 15.330 1.170 13.120 1.00 0.00 P1 H +ATOM 4084 HD3 ILE X 409 16.030 1.050 11.430 1.00 0.00 P1 H +ATOM 4085 C ILE X 409 14.440 -3.750 14.860 1.00 0.00 P1 C +ATOM 4086 O ILE X 409 15.130 -3.950 15.860 1.00 0.00 P1 O +ATOM 4087 N ASN X 410 13.140 -4.180 14.790 1.00 0.00 P1 N +ATOM 4088 HN ASN X 410 12.580 -4.020 13.980 1.00 0.00 P1 H +ATOM 4089 CA ASN X 410 12.520 -4.660 16.000 1.00 0.00 P1 C +ATOM 4090 HA ASN X 410 12.730 -3.940 16.780 1.00 0.00 P1 H +ATOM 4091 CB ASN X 410 11.010 -4.590 15.730 1.00 0.00 P1 C +ATOM 4092 HB1 ASN X 410 10.740 -3.640 15.220 1.00 0.00 P1 H +ATOM 4093 HB2 ASN X 410 10.750 -5.340 14.950 1.00 0.00 P1 H +ATOM 4094 CG ASN X 410 10.060 -4.740 16.860 1.00 0.00 P1 C +ATOM 4095 OD1 ASN X 410 9.530 -5.780 17.130 1.00 0.00 P1 O +ATOM 4096 ND2 ASN X 410 9.810 -3.630 17.530 1.00 0.00 P1 N +ATOM 4097 HD21 ASN X 410 9.230 -3.640 18.350 1.00 0.00 P1 H +ATOM 4098 HD22 ASN X 410 10.210 -2.760 17.260 1.00 0.00 P1 H +ATOM 4099 C ASN X 410 13.000 -6.020 16.480 1.00 0.00 P1 C +ATOM 4100 O ASN X 410 12.930 -6.300 17.640 1.00 0.00 P1 O +ATOM 4101 N THR X 411 13.610 -6.850 15.670 1.00 0.00 P1 N +ATOM 4102 HN THR X 411 13.530 -6.520 14.730 1.00 0.00 P1 H +ATOM 4103 CA THR X 411 14.230 -8.150 15.910 1.00 0.00 P1 C +ATOM 4104 HA THR X 411 13.550 -8.740 16.500 1.00 0.00 P1 H +ATOM 4105 CB THR X 411 14.510 -8.960 14.730 1.00 0.00 P1 C +ATOM 4106 HB THR X 411 15.250 -8.580 13.990 1.00 0.00 P1 H +ATOM 4107 OG1 THR X 411 13.360 -9.330 13.980 1.00 0.00 P1 O +ATOM 4108 HG1 THR X 411 13.170 -8.530 13.490 1.00 0.00 P1 H +ATOM 4109 CG2 THR X 411 15.140 -10.320 15.220 1.00 0.00 P1 C +ATOM 4110 HG21 THR X 411 16.170 -10.180 15.620 1.00 0.00 P1 H +ATOM 4111 HG22 THR X 411 14.510 -10.850 15.970 1.00 0.00 P1 H +ATOM 4112 HG23 THR X 411 15.300 -10.990 14.350 1.00 0.00 P1 H +ATOM 4113 C THR X 411 15.370 -8.000 16.880 1.00 0.00 P1 C +ATOM 4114 O THR X 411 15.590 -8.650 17.870 1.00 0.00 P1 O +ATOM 4115 N PHE X 412 16.130 -6.910 16.700 1.00 0.00 P1 N +ATOM 4116 HN PHE X 412 16.080 -6.470 15.810 1.00 0.00 P1 H +ATOM 4117 CA PHE X 412 17.320 -6.650 17.500 1.00 0.00 P1 C +ATOM 4118 HA PHE X 412 17.460 -7.480 18.190 1.00 0.00 P1 H +ATOM 4119 CB PHE X 412 18.550 -6.550 16.600 1.00 0.00 P1 C +ATOM 4120 HB1 PHE X 412 18.590 -5.580 16.070 1.00 0.00 P1 H +ATOM 4121 HB2 PHE X 412 19.470 -6.470 17.210 1.00 0.00 P1 H +ATOM 4122 CG PHE X 412 18.730 -7.710 15.660 1.00 0.00 P1 C +ATOM 4123 CD1 PHE X 412 18.470 -7.560 14.300 1.00 0.00 P1 C +ATOM 4124 HD1 PHE X 412 18.140 -6.570 14.040 1.00 0.00 P1 H +ATOM 4125 CE1 PHE X 412 18.570 -8.530 13.310 1.00 0.00 P1 C +ATOM 4126 HE1 PHE X 412 18.410 -8.410 12.250 1.00 0.00 P1 H +ATOM 4127 CZ PHE X 412 19.060 -9.820 13.810 1.00 0.00 P1 C +ATOM 4128 HZ PHE X 412 19.140 -10.700 13.180 1.00 0.00 P1 H +ATOM 4129 CD2 PHE X 412 19.180 -8.970 16.040 1.00 0.00 P1 C +ATOM 4130 HD2 PHE X 412 19.470 -9.170 17.070 1.00 0.00 P1 H +ATOM 4131 CE2 PHE X 412 19.440 -9.940 15.080 1.00 0.00 P1 C +ATOM 4132 HE2 PHE X 412 19.960 -10.790 15.490 1.00 0.00 P1 H +ATOM 4133 C PHE X 412 17.210 -5.520 18.490 1.00 0.00 P1 C +ATOM 4134 O PHE X 412 18.150 -5.340 19.360 1.00 0.00 P1 O +ATOM 4135 N CYS X 413 16.100 -4.740 18.530 1.00 0.00 P1 N +ATOM 4136 HN CYS X 413 15.540 -4.800 17.720 1.00 0.00 P1 H +ATOM 4137 CA CYS X 413 15.720 -3.760 19.560 1.00 0.00 P1 C +ATOM 4138 HA CYS X 413 15.900 -4.240 20.510 1.00 0.00 P1 H +ATOM 4139 CB CYS X 413 16.570 -2.470 19.350 1.00 0.00 P1 C +ATOM 4140 HB1 CYS X 413 17.580 -2.940 19.300 1.00 0.00 P1 H +ATOM 4141 HB2 CYS X 413 16.260 -2.060 18.370 1.00 0.00 P1 H +ATOM 4142 SG CYS X 413 16.360 -1.220 20.520 1.00 0.00 P1 S +ATOM 4143 C CYS X 413 14.280 -3.420 19.540 1.00 0.00 P1 C +ATOM 4144 O CYS X 413 13.820 -2.520 18.820 1.00 0.00 P1 O +ATOM 4145 N ALA X 414 13.510 -4.120 20.420 1.00 0.00 P1 N +ATOM 4146 HN ALA X 414 13.840 -4.810 21.070 1.00 0.00 P1 H +ATOM 4147 CA ALA X 414 12.150 -3.880 20.650 1.00 0.00 P1 C +ATOM 4148 HA ALA X 414 11.720 -4.140 19.690 1.00 0.00 P1 H +ATOM 4149 CB ALA X 414 11.640 -4.960 21.610 1.00 0.00 P1 C +ATOM 4150 HB1 ALA X 414 10.550 -4.770 21.810 1.00 0.00 P1 H +ATOM 4151 HB2 ALA X 414 11.700 -5.960 21.140 1.00 0.00 P1 H +ATOM 4152 HB3 ALA X 414 12.200 -4.930 22.560 1.00 0.00 P1 H +ATOM 4153 C ALA X 414 11.700 -2.470 21.130 1.00 0.00 P1 C +ATOM 4154 O ALA X 414 10.730 -2.010 20.520 1.00 0.00 P1 O +ATOM 4155 N PRO X 415 12.240 -1.730 22.050 1.00 0.00 P1 N +ATOM 4156 CD PRO X 415 13.100 -2.250 23.130 1.00 0.00 P1 C +ATOM 4157 HD1 PRO X 415 13.970 -2.870 22.830 1.00 0.00 P1 H +ATOM 4158 HD2 PRO X 415 12.350 -2.830 23.690 1.00 0.00 P1 H +ATOM 4159 CA PRO X 415 11.820 -0.310 22.320 1.00 0.00 P1 C +ATOM 4160 HA PRO X 415 10.760 -0.240 22.190 1.00 0.00 P1 H +ATOM 4161 CB PRO X 415 12.220 -0.050 23.770 1.00 0.00 P1 C +ATOM 4162 HB1 PRO X 415 11.440 -0.380 24.480 1.00 0.00 P1 H +ATOM 4163 HB2 PRO X 415 12.500 1.020 23.890 1.00 0.00 P1 H +ATOM 4164 CG PRO X 415 13.390 -0.970 23.970 1.00 0.00 P1 C +ATOM 4165 HG1 PRO X 415 13.520 -1.290 25.030 1.00 0.00 P1 H +ATOM 4166 HG2 PRO X 415 14.290 -0.470 23.570 1.00 0.00 P1 H +ATOM 4167 C PRO X 415 12.500 0.660 21.370 1.00 0.00 P1 C +ATOM 4168 O PRO X 415 12.360 1.890 21.610 1.00 0.00 P1 O +ATOM 4169 N CYS X 416 13.260 0.310 20.300 1.00 0.00 P1 N +ATOM 4170 HN CYS X 416 13.350 -0.660 20.070 1.00 0.00 P1 H +ATOM 4171 CA CYS X 416 13.900 1.250 19.320 1.00 0.00 P1 C +ATOM 4172 HA CYS X 416 14.440 1.970 19.910 1.00 0.00 P1 H +ATOM 4173 CB CYS X 416 15.030 0.650 18.460 1.00 0.00 P1 C +ATOM 4174 HB1 CYS X 416 14.650 -0.260 17.960 1.00 0.00 P1 H +ATOM 4175 HB2 CYS X 416 15.210 1.380 17.640 1.00 0.00 P1 H +ATOM 4176 SG CYS X 416 16.540 0.390 19.420 1.00 0.00 P1 S +ATOM 4177 C CYS X 416 12.820 1.890 18.460 1.00 0.00 P1 C +ATOM 4178 O CYS X 416 12.880 3.060 18.120 1.00 0.00 P1 O +ATOM 4179 N ILE X 417 11.750 1.120 18.160 1.00 0.00 P1 N +ATOM 4180 HN ILE X 417 11.710 0.230 18.580 1.00 0.00 P1 H +ATOM 4181 CA ILE X 417 10.680 1.620 17.320 1.00 0.00 P1 C +ATOM 4182 HA ILE X 417 10.950 2.560 16.880 1.00 0.00 P1 H +ATOM 4183 CB ILE X 417 10.460 0.640 16.150 1.00 0.00 P1 C +ATOM 4184 HB ILE X 417 10.150 -0.370 16.520 1.00 0.00 P1 H +ATOM 4185 CG2 ILE X 417 9.250 1.170 15.260 1.00 0.00 P1 C +ATOM 4186 HG21 ILE X 417 8.250 0.850 15.610 1.00 0.00 P1 H +ATOM 4187 HG22 ILE X 417 9.400 2.270 15.270 1.00 0.00 P1 H +ATOM 4188 HG23 ILE X 417 9.330 0.710 14.250 1.00 0.00 P1 H +ATOM 4189 CG1 ILE X 417 11.780 0.530 15.250 1.00 0.00 P1 C +ATOM 4190 HG11 ILE X 417 12.600 0.000 15.790 1.00 0.00 P1 H +ATOM 4191 HG12 ILE X 417 11.440 -0.140 14.440 1.00 0.00 P1 H +ATOM 4192 CD ILE X 417 12.400 1.830 14.620 1.00 0.00 P1 C +ATOM 4193 HD1 ILE X 417 13.180 1.490 13.900 1.00 0.00 P1 H +ATOM 4194 HD2 ILE X 417 11.590 2.340 14.060 1.00 0.00 P1 H +ATOM 4195 HD3 ILE X 417 12.830 2.470 15.410 1.00 0.00 P1 H +ATOM 4196 C ILE X 417 9.410 1.910 18.090 1.00 0.00 P1 C +ATOM 4197 O ILE X 417 8.900 1.020 18.790 1.00 0.00 P1 O +ATOM 4198 N PRO X 418 8.870 3.130 18.150 1.00 0.00 P1 N +ATOM 4199 CD PRO X 418 9.530 4.410 17.890 1.00 0.00 P1 C +ATOM 4200 HD1 PRO X 418 9.620 4.570 16.790 1.00 0.00 P1 H +ATOM 4201 HD2 PRO X 418 10.450 4.430 18.510 1.00 0.00 P1 H +ATOM 4202 CA PRO X 418 7.580 3.310 18.860 1.00 0.00 P1 C +ATOM 4203 HA PRO X 418 7.420 2.660 19.700 1.00 0.00 P1 H +ATOM 4204 CB PRO X 418 7.730 4.780 19.400 1.00 0.00 P1 C +ATOM 4205 HB1 PRO X 418 8.360 4.660 20.300 1.00 0.00 P1 H +ATOM 4206 HB2 PRO X 418 6.770 5.310 19.570 1.00 0.00 P1 H +ATOM 4207 CG PRO X 418 8.540 5.510 18.380 1.00 0.00 P1 C +ATOM 4208 HG1 PRO X 418 8.990 6.390 18.900 1.00 0.00 P1 H +ATOM 4209 HG2 PRO X 418 7.820 5.880 17.620 1.00 0.00 P1 H +ATOM 4210 C PRO X 418 6.350 3.040 17.920 1.00 0.00 P1 C +ATOM 4211 O PRO X 418 6.420 2.900 16.680 1.00 0.00 P1 O +ATOM 4212 N ASN X 419 5.140 2.960 18.480 1.00 0.00 P1 N +ATOM 4213 HN ASN X 419 4.940 3.010 19.450 1.00 0.00 P1 H +ATOM 4214 CA ASN X 419 3.900 2.840 17.760 1.00 0.00 P1 C +ATOM 4215 HA ASN X 419 3.860 1.980 17.120 1.00 0.00 P1 H +ATOM 4216 CB ASN X 419 2.720 2.920 18.770 1.00 0.00 P1 C +ATOM 4217 HB1 ASN X 419 2.650 3.850 19.390 1.00 0.00 P1 H +ATOM 4218 HB2 ASN X 419 1.770 2.720 18.240 1.00 0.00 P1 H +ATOM 4219 CG ASN X 419 2.900 1.830 19.780 1.00 0.00 P1 C +ATOM 4220 OD1 ASN X 419 3.520 0.810 19.510 1.00 0.00 P1 O +ATOM 4221 ND2 ASN X 419 2.430 1.990 21.070 1.00 0.00 P1 N +ATOM 4222 HD21 ASN X 419 2.570 1.260 21.730 1.00 0.00 P1 H +ATOM 4223 HD22 ASN X 419 1.790 2.710 21.370 1.00 0.00 P1 H +ATOM 4224 C ASN X 419 3.710 4.020 16.720 1.00 0.00 P1 C +ATOM 4225 O ASN X 419 3.040 3.870 15.700 1.00 0.00 P1 O +ATOM 4226 N THR X 420 4.330 5.250 16.970 1.00 0.00 P1 N +ATOM 4227 HN THR X 420 4.830 5.450 17.810 1.00 0.00 P1 H +ATOM 4228 CA THR X 420 4.290 6.300 15.990 1.00 0.00 P1 C +ATOM 4229 HA THR X 420 3.260 6.320 15.660 1.00 0.00 P1 H +ATOM 4230 CB THR X 420 4.750 7.740 16.400 1.00 0.00 P1 C +ATOM 4231 HB THR X 420 5.820 7.660 16.690 1.00 0.00 P1 H +ATOM 4232 OG1 THR X 420 4.110 8.280 17.510 1.00 0.00 P1 O +ATOM 4233 HG1 THR X 420 4.660 8.200 18.280 1.00 0.00 P1 H +ATOM 4234 CG2 THR X 420 4.610 8.800 15.250 1.00 0.00 P1 C +ATOM 4235 HG21 THR X 420 3.600 8.710 14.790 1.00 0.00 P1 H +ATOM 4236 HG22 THR X 420 4.750 9.860 15.570 1.00 0.00 P1 H +ATOM 4237 HG23 THR X 420 5.370 8.600 14.460 1.00 0.00 P1 H +ATOM 4238 C THR X 420 4.970 5.940 14.750 1.00 0.00 P1 C +ATOM 4239 O THR X 420 4.600 6.250 13.640 1.00 0.00 P1 O +ATOM 4240 N VAL X 421 6.070 5.140 14.870 1.00 0.00 P1 N +ATOM 4241 HN VAL X 421 6.360 4.700 15.720 1.00 0.00 P1 H +ATOM 4242 CA VAL X 421 6.950 4.850 13.810 1.00 0.00 P1 C +ATOM 4243 HA VAL X 421 7.050 5.560 13.000 1.00 0.00 P1 H +ATOM 4244 CB VAL X 421 8.350 4.580 14.290 1.00 0.00 P1 C +ATOM 4245 HB VAL X 421 8.300 3.850 15.130 1.00 0.00 P1 H +ATOM 4246 CG1 VAL X 421 9.180 4.000 13.150 1.00 0.00 P1 C +ATOM 4247 HG11 VAL X 421 9.090 4.570 12.200 1.00 0.00 P1 H +ATOM 4248 HG12 VAL X 421 10.270 3.970 13.340 1.00 0.00 P1 H +ATOM 4249 HG13 VAL X 421 8.940 2.920 13.050 1.00 0.00 P1 H +ATOM 4250 CG2 VAL X 421 8.870 5.940 14.790 1.00 0.00 P1 C +ATOM 4251 HG21 VAL X 421 8.730 6.740 14.040 1.00 0.00 P1 H +ATOM 4252 HG22 VAL X 421 8.290 6.460 15.590 1.00 0.00 P1 H +ATOM 4253 HG23 VAL X 421 9.880 5.790 15.210 1.00 0.00 P1 H +ATOM 4254 C VAL X 421 6.260 3.680 13.000 1.00 0.00 P1 C +ATOM 4255 O VAL X 421 6.260 3.690 11.760 1.00 0.00 P1 O +ATOM 4256 N TRP X 422 5.580 2.700 13.650 1.00 0.00 P1 N +ATOM 4257 HN TRP X 422 5.600 2.630 14.630 1.00 0.00 P1 H +ATOM 4258 CA TRP X 422 4.640 1.740 12.990 1.00 0.00 P1 C +ATOM 4259 HA TRP X 422 5.110 1.140 12.230 1.00 0.00 P1 H +ATOM 4260 CB TRP X 422 4.230 0.700 14.070 1.00 0.00 P1 C +ATOM 4261 HB1 TRP X 422 3.800 1.270 14.910 1.00 0.00 P1 H +ATOM 4262 HB2 TRP X 422 3.420 0.020 13.730 1.00 0.00 P1 H +ATOM 4263 CG TRP X 422 5.360 -0.200 14.650 1.00 0.00 P1 C +ATOM 4264 CD1 TRP X 422 5.860 -0.180 15.990 1.00 0.00 P1 C +ATOM 4265 HD1 TRP X 422 5.360 0.350 16.790 1.00 0.00 P1 H +ATOM 4266 NE1 TRP X 422 6.660 -1.260 16.070 1.00 0.00 P1 N +ATOM 4267 HE1 TRP X 422 7.000 -1.480 16.960 1.00 0.00 P1 H +ATOM 4268 CE2 TRP X 422 6.940 -1.740 14.890 1.00 0.00 P1 C +ATOM 4269 CD2 TRP X 422 6.110 -1.190 13.940 1.00 0.00 P1 C +ATOM 4270 CE3 TRP X 422 6.020 -1.610 12.660 1.00 0.00 P1 C +ATOM 4271 HE3 TRP X 422 5.440 -1.270 11.800 1.00 0.00 P1 H +ATOM 4272 CZ3 TRP X 422 6.830 -2.650 12.310 1.00 0.00 P1 C +ATOM 4273 HZ3 TRP X 422 6.890 -2.870 11.250 1.00 0.00 P1 H +ATOM 4274 CZ2 TRP X 422 7.750 -2.800 14.580 1.00 0.00 P1 C +ATOM 4275 HZ2 TRP X 422 8.470 -3.180 15.290 1.00 0.00 P1 H +ATOM 4276 CH2 TRP X 422 7.730 -3.150 13.260 1.00 0.00 P1 C +ATOM 4277 HH2 TRP X 422 8.400 -3.970 13.050 1.00 0.00 P1 H +ATOM 4278 C TRP X 422 3.470 2.370 12.290 1.00 0.00 P1 C +ATOM 4279 O TRP X 422 3.040 1.880 11.200 1.00 0.00 P1 O +ATOM 4280 N THR X 423 2.830 3.340 12.920 1.00 0.00 P1 N +ATOM 4281 HN THR X 423 2.950 3.490 13.890 1.00 0.00 P1 H +ATOM 4282 CA THR X 423 1.780 4.110 12.280 1.00 0.00 P1 C +ATOM 4283 HA THR X 423 0.970 3.440 12.020 1.00 0.00 P1 H +ATOM 4284 CB THR X 423 1.130 5.150 13.270 1.00 0.00 P1 C +ATOM 4285 HB THR X 423 1.880 5.830 13.730 1.00 0.00 P1 H +ATOM 4286 OG1 THR X 423 0.390 4.490 14.260 1.00 0.00 P1 O +ATOM 4287 HG1 THR X 423 0.290 5.110 15.000 1.00 0.00 P1 H +ATOM 4288 CG2 THR X 423 0.090 6.030 12.580 1.00 0.00 P1 C +ATOM 4289 HG21 THR X 423 -0.670 5.390 12.080 1.00 0.00 P1 H +ATOM 4290 HG22 THR X 423 -0.400 6.660 13.340 1.00 0.00 P1 H +ATOM 4291 HG23 THR X 423 0.640 6.670 11.850 1.00 0.00 P1 H +ATOM 4292 C THR X 423 2.110 4.760 11.020 1.00 0.00 P1 C +ATOM 4293 O THR X 423 1.440 4.550 10.000 1.00 0.00 P1 O +ATOM 4294 N ILE X 424 3.270 5.360 11.010 1.00 0.00 P1 N +ATOM 4295 HN ILE X 424 3.820 5.430 11.840 1.00 0.00 P1 H +ATOM 4296 CA ILE X 424 4.040 5.720 9.810 1.00 0.00 P1 C +ATOM 4297 HA ILE X 424 3.430 6.460 9.310 1.00 0.00 P1 H +ATOM 4298 CB ILE X 424 5.340 6.390 10.140 1.00 0.00 P1 C +ATOM 4299 HB ILE X 424 5.710 5.890 11.060 1.00 0.00 P1 H +ATOM 4300 CG2 ILE X 424 6.430 6.280 9.080 1.00 0.00 P1 C +ATOM 4301 HG21 ILE X 424 6.730 5.220 8.930 1.00 0.00 P1 H +ATOM 4302 HG22 ILE X 424 6.040 6.700 8.120 1.00 0.00 P1 H +ATOM 4303 HG23 ILE X 424 7.280 6.900 9.410 1.00 0.00 P1 H +ATOM 4304 CG1 ILE X 424 5.080 7.870 10.590 1.00 0.00 P1 C +ATOM 4305 HG11 ILE X 424 4.950 8.450 9.640 1.00 0.00 P1 H +ATOM 4306 HG12 ILE X 424 4.170 7.960 11.210 1.00 0.00 P1 H +ATOM 4307 CD ILE X 424 6.250 8.680 11.310 1.00 0.00 P1 C +ATOM 4308 HD1 ILE X 424 6.600 7.990 12.110 1.00 0.00 P1 H +ATOM 4309 HD2 ILE X 424 6.950 9.070 10.540 1.00 0.00 P1 H +ATOM 4310 HD3 ILE X 424 5.730 9.510 11.820 1.00 0.00 P1 H +ATOM 4311 C ILE X 424 4.200 4.580 8.810 1.00 0.00 P1 C +ATOM 4312 O ILE X 424 3.840 4.680 7.620 1.00 0.00 P1 O +ATOM 4313 N GLY X 425 4.620 3.360 9.260 1.00 0.00 P1 N +ATOM 4314 HN GLY X 425 4.730 3.260 10.260 1.00 0.00 P1 H +ATOM 4315 CA GLY X 425 4.840 2.220 8.340 1.00 0.00 P1 C +ATOM 4316 HA1 GLY X 425 5.220 1.420 8.950 1.00 0.00 P1 H +ATOM 4317 HA2 GLY X 425 5.540 2.520 7.560 1.00 0.00 P1 H +ATOM 4318 C GLY X 425 3.600 1.620 7.780 1.00 0.00 P1 C +ATOM 4319 O GLY X 425 3.570 1.250 6.620 1.00 0.00 P1 O +ATOM 4320 N TYR X 426 2.520 1.560 8.610 1.00 0.00 P1 N +ATOM 4321 HN TYR X 426 2.570 1.780 9.580 1.00 0.00 P1 H +ATOM 4322 CA TYR X 426 1.170 1.160 8.180 1.00 0.00 P1 C +ATOM 4323 HA TYR X 426 1.220 0.190 7.730 1.00 0.00 P1 H +ATOM 4324 CB TYR X 426 0.060 0.900 9.270 1.00 0.00 P1 C +ATOM 4325 HB1 TYR X 426 0.000 1.650 10.080 1.00 0.00 P1 H +ATOM 4326 HB2 TYR X 426 -0.940 0.860 8.780 1.00 0.00 P1 H +ATOM 4327 CG TYR X 426 0.200 -0.500 9.970 1.00 0.00 P1 C +ATOM 4328 CD1 TYR X 426 0.680 -0.580 11.270 1.00 0.00 P1 C +ATOM 4329 HD1 TYR X 426 1.150 0.260 11.750 1.00 0.00 P1 H +ATOM 4330 CE1 TYR X 426 0.690 -1.720 12.060 1.00 0.00 P1 C +ATOM 4331 HE1 TYR X 426 1.270 -1.640 12.980 1.00 0.00 P1 H +ATOM 4332 CZ TYR X 426 0.280 -2.910 11.440 1.00 0.00 P1 C +ATOM 4333 OH TYR X 426 0.640 -4.170 12.100 1.00 0.00 P1 O +ATOM 4334 HH TYR X 426 0.970 -3.950 12.970 1.00 0.00 P1 H +ATOM 4335 CD2 TYR X 426 -0.280 -1.670 9.380 1.00 0.00 P1 C +ATOM 4336 HD2 TYR X 426 -0.470 -1.570 8.320 1.00 0.00 P1 H +ATOM 4337 CE2 TYR X 426 -0.290 -2.830 10.200 1.00 0.00 P1 C +ATOM 4338 HE2 TYR X 426 -0.580 -3.800 9.800 1.00 0.00 P1 H +ATOM 4339 C TYR X 426 0.690 2.060 7.070 1.00 0.00 P1 C +ATOM 4340 O TYR X 426 0.400 1.620 5.930 1.00 0.00 P1 O +ATOM 4341 N TRP X 427 0.680 3.400 7.220 1.00 0.00 P1 N +ATOM 4342 HN TRP X 427 0.920 3.730 8.130 1.00 0.00 P1 H +ATOM 4343 CA TRP X 427 0.290 4.410 6.310 1.00 0.00 P1 C +ATOM 4344 HA TRP X 427 -0.610 4.150 5.750 1.00 0.00 P1 H +ATOM 4345 CB TRP X 427 -0.070 5.720 7.020 1.00 0.00 P1 C +ATOM 4346 HB1 TRP X 427 0.460 5.830 7.980 1.00 0.00 P1 H +ATOM 4347 HB2 TRP X 427 0.240 6.670 6.530 1.00 0.00 P1 H +ATOM 4348 CG TRP X 427 -1.600 5.770 7.200 1.00 0.00 P1 C +ATOM 4349 CD1 TRP X 427 -2.200 5.320 8.380 1.00 0.00 P1 C +ATOM 4350 HD1 TRP X 427 -1.760 4.900 9.270 1.00 0.00 P1 H +ATOM 4351 NE1 TRP X 427 -3.580 5.520 8.240 1.00 0.00 P1 N +ATOM 4352 HE1 TRP X 427 -4.210 5.610 8.980 1.00 0.00 P1 H +ATOM 4353 CE2 TRP X 427 -3.860 5.950 6.960 1.00 0.00 P1 C +ATOM 4354 CD2 TRP X 427 -2.640 6.140 6.300 1.00 0.00 P1 C +ATOM 4355 CE3 TRP X 427 -2.660 6.570 5.020 1.00 0.00 P1 C +ATOM 4356 HE3 TRP X 427 -1.760 6.720 4.430 1.00 0.00 P1 H +ATOM 4357 CZ3 TRP X 427 -3.870 6.740 4.370 1.00 0.00 P1 C +ATOM 4358 HZ3 TRP X 427 -3.890 7.010 3.330 1.00 0.00 P1 H +ATOM 4359 CZ2 TRP X 427 -5.060 6.210 6.380 1.00 0.00 P1 C +ATOM 4360 HZ2 TRP X 427 -6.060 6.130 6.790 1.00 0.00 P1 H +ATOM 4361 CH2 TRP X 427 -5.030 6.490 4.960 1.00 0.00 P1 C +ATOM 4362 HH2 TRP X 427 -5.970 6.540 4.450 1.00 0.00 P1 H +ATOM 4363 C TRP X 427 1.180 4.630 5.180 1.00 0.00 P1 C +ATOM 4364 O TRP X 427 0.700 4.730 4.060 1.00 0.00 P1 O +ATOM 4365 N LEU X 428 2.520 4.560 5.240 1.00 0.00 P1 N +ATOM 4366 HN LEU X 428 2.800 4.350 6.180 1.00 0.00 P1 H +ATOM 4367 CA LEU X 428 3.410 4.600 4.100 1.00 0.00 P1 C +ATOM 4368 HA LEU X 428 3.270 5.450 3.460 1.00 0.00 P1 H +ATOM 4369 CB LEU X 428 4.920 4.700 4.440 1.00 0.00 P1 C +ATOM 4370 HB1 LEU X 428 5.340 3.940 5.140 1.00 0.00 P1 H +ATOM 4371 HB2 LEU X 428 5.510 4.530 3.520 1.00 0.00 P1 H +ATOM 4372 CG LEU X 428 5.450 6.040 5.110 1.00 0.00 P1 C +ATOM 4373 HG LEU X 428 4.670 6.350 5.830 1.00 0.00 P1 H +ATOM 4374 CD1 LEU X 428 6.850 5.880 5.710 1.00 0.00 P1 C +ATOM 4375 HD11 LEU X 428 7.590 5.960 4.890 1.00 0.00 P1 H +ATOM 4376 HD12 LEU X 428 7.100 6.770 6.310 1.00 0.00 P1 H +ATOM 4377 HD13 LEU X 428 6.800 4.990 6.360 1.00 0.00 P1 H +ATOM 4378 CD2 LEU X 428 5.570 7.210 3.990 1.00 0.00 P1 C +ATOM 4379 HD21 LEU X 428 4.500 7.410 3.760 1.00 0.00 P1 H +ATOM 4380 HD22 LEU X 428 6.260 8.020 4.250 1.00 0.00 P1 H +ATOM 4381 HD23 LEU X 428 5.970 6.730 3.070 1.00 0.00 P1 H +ATOM 4382 C LEU X 428 3.210 3.410 3.220 1.00 0.00 P1 C +ATOM 4383 O LEU X 428 3.280 3.480 2.030 1.00 0.00 P1 O +ATOM 4384 N CYS X 429 2.810 2.260 3.850 1.00 0.00 P1 N +ATOM 4385 HN CYS X 429 2.840 2.190 4.840 1.00 0.00 P1 H +ATOM 4386 CA CYS X 429 2.430 1.060 3.010 1.00 0.00 P1 C +ATOM 4387 HA CYS X 429 3.110 0.910 2.180 1.00 0.00 P1 H +ATOM 4388 CB CYS X 429 2.370 -0.230 3.800 1.00 0.00 P1 C +ATOM 4389 HB1 CYS X 429 3.360 -0.300 4.320 1.00 0.00 P1 H +ATOM 4390 HB2 CYS X 429 1.550 -0.290 4.550 1.00 0.00 P1 H +ATOM 4391 SG CYS X 429 2.190 -1.750 2.890 1.00 0.00 P1 S +ATOM 4392 HG1 CYS X 429 3.140 -1.440 2.020 1.00 0.00 P1 H +ATOM 4393 C CYS X 429 1.090 1.310 2.310 1.00 0.00 P1 C +ATOM 4394 O CYS X 429 0.850 0.930 1.180 1.00 0.00 P1 O +ATOM 4395 N TYR X 430 0.140 1.970 2.990 1.00 0.00 P1 N +ATOM 4396 HN TYR X 430 0.170 2.110 3.970 1.00 0.00 P1 H +ATOM 4397 CA TYR X 430 -1.220 2.150 2.350 1.00 0.00 P1 C +ATOM 4398 HA TYR X 430 -1.630 1.230 1.980 1.00 0.00 P1 H +ATOM 4399 CB TYR X 430 -2.240 2.730 3.310 1.00 0.00 P1 C +ATOM 4400 HB1 TYR X 430 -1.840 3.700 3.710 1.00 0.00 P1 H +ATOM 4401 HB2 TYR X 430 -3.250 2.860 2.870 1.00 0.00 P1 H +ATOM 4402 CG TYR X 430 -2.640 1.840 4.440 1.00 0.00 P1 C +ATOM 4403 CD1 TYR X 430 -2.580 0.410 4.350 1.00 0.00 P1 C +ATOM 4404 HD1 TYR X 430 -2.260 -0.060 3.430 1.00 0.00 P1 H +ATOM 4405 CE1 TYR X 430 -2.670 -0.440 5.470 1.00 0.00 P1 C +ATOM 4406 HE1 TYR X 430 -2.660 -1.490 5.220 1.00 0.00 P1 H +ATOM 4407 CZ TYR X 430 -2.940 0.140 6.690 1.00 0.00 P1 C +ATOM 4408 OH TYR X 430 -3.120 -0.710 7.790 1.00 0.00 P1 O +ATOM 4409 HH TYR X 430 -3.420 -1.570 7.450 1.00 0.00 P1 H +ATOM 4410 CD2 TYR X 430 -2.860 2.390 5.760 1.00 0.00 P1 C +ATOM 4411 HD2 TYR X 430 -2.810 3.450 5.890 1.00 0.00 P1 H +ATOM 4412 CE2 TYR X 430 -2.880 1.510 6.860 1.00 0.00 P1 C +ATOM 4413 HE2 TYR X 430 -3.030 1.950 7.840 1.00 0.00 P1 H +ATOM 4414 C TYR X 430 -1.120 3.090 1.080 1.00 0.00 P1 C +ATOM 4415 O TYR X 430 -1.690 2.920 0.020 1.00 0.00 P1 O +ATOM 4416 N ILE X 431 -0.320 4.240 1.190 1.00 0.00 P1 N +ATOM 4417 HN ILE X 431 0.310 4.310 1.960 1.00 0.00 P1 H +ATOM 4418 CA ILE X 431 -0.360 5.270 0.180 1.00 0.00 P1 C +ATOM 4419 HA ILE X 431 -1.420 5.470 0.060 1.00 0.00 P1 H +ATOM 4420 CB ILE X 431 0.220 6.600 0.680 1.00 0.00 P1 C +ATOM 4421 HB ILE X 431 0.050 7.350 -0.130 1.00 0.00 P1 H +ATOM 4422 CG2 ILE X 431 -0.530 7.030 1.920 1.00 0.00 P1 C +ATOM 4423 HG21 ILE X 431 -0.430 8.070 2.250 1.00 0.00 P1 H +ATOM 4424 HG22 ILE X 431 -1.620 6.940 1.710 1.00 0.00 P1 H +ATOM 4425 HG23 ILE X 431 -0.300 6.300 2.740 1.00 0.00 P1 H +ATOM 4426 CG1 ILE X 431 1.760 6.460 0.920 1.00 0.00 P1 C +ATOM 4427 HG11 ILE X 431 1.900 6.210 2.000 1.00 0.00 P1 H +ATOM 4428 HG12 ILE X 431 2.230 5.650 0.330 1.00 0.00 P1 H +ATOM 4429 CD ILE X 431 2.520 7.700 0.450 1.00 0.00 P1 C +ATOM 4430 HD1 ILE X 431 2.170 8.030 -0.550 1.00 0.00 P1 H +ATOM 4431 HD2 ILE X 431 2.410 8.590 1.100 1.00 0.00 P1 H +ATOM 4432 HD3 ILE X 431 3.560 7.420 0.220 1.00 0.00 P1 H +ATOM 4433 C ILE X 431 0.260 4.870 -1.220 1.00 0.00 P1 C +ATOM 4434 O ILE X 431 0.130 5.630 -2.230 1.00 0.00 P1 O +ATOM 4435 N ASN X 432 0.740 3.650 -1.330 1.00 0.00 P1 N +ATOM 4436 HN ASN X 432 0.730 3.180 -0.460 1.00 0.00 P1 H +ATOM 4437 CA ASN X 432 1.100 2.940 -2.520 1.00 0.00 P1 C +ATOM 4438 HA ASN X 432 1.880 3.410 -3.080 1.00 0.00 P1 H +ATOM 4439 CB ASN X 432 1.570 1.540 -2.090 1.00 0.00 P1 C +ATOM 4440 HB1 ASN X 432 2.560 1.510 -1.580 1.00 0.00 P1 H +ATOM 4441 HB2 ASN X 432 0.850 0.960 -1.460 1.00 0.00 P1 H +ATOM 4442 CG ASN X 432 1.870 0.690 -3.380 1.00 0.00 P1 C +ATOM 4443 OD1 ASN X 432 1.080 -0.130 -3.880 1.00 0.00 P1 O +ATOM 4444 ND2 ASN X 432 3.130 0.770 -3.860 1.00 0.00 P1 N +ATOM 4445 HD21 ASN X 432 3.790 1.380 -3.420 1.00 0.00 P1 H +ATOM 4446 HD22 ASN X 432 3.320 0.470 -4.790 1.00 0.00 P1 H +ATOM 4447 C ASN X 432 -0.110 2.860 -3.430 1.00 0.00 P1 C +ATOM 4448 O ASN X 432 -0.010 3.180 -4.630 1.00 0.00 P1 O +ATOM 4449 N SER X 433 -1.310 2.560 -2.930 1.00 0.00 P1 N +ATOM 4450 HN SER X 433 -1.340 2.320 -1.970 1.00 0.00 P1 H +ATOM 4451 CA SER X 433 -2.450 2.250 -3.760 1.00 0.00 P1 C +ATOM 4452 HA SER X 433 -2.180 1.500 -4.500 1.00 0.00 P1 H +ATOM 4453 CB SER X 433 -3.500 1.720 -2.720 1.00 0.00 P1 C +ATOM 4454 HB1 SER X 433 -3.580 2.410 -1.860 1.00 0.00 P1 H +ATOM 4455 HB2 SER X 433 -4.510 1.570 -3.170 1.00 0.00 P1 H +ATOM 4456 OG SER X 433 -2.940 0.540 -2.120 1.00 0.00 P1 O +ATOM 4457 HG1 SER X 433 -2.730 0.020 -2.910 1.00 0.00 P1 H +ATOM 4458 C SER X 433 -3.000 3.510 -4.460 1.00 0.00 P1 C +ATOM 4459 O SER X 433 -3.720 3.450 -5.390 1.00 0.00 P1 O +ATOM 4460 N THR X 434 -2.650 4.690 -3.860 1.00 0.00 P1 N +ATOM 4461 HN THR X 434 -2.130 4.570 -3.020 1.00 0.00 P1 H +ATOM 4462 CA THR X 434 -2.900 6.070 -4.230 1.00 0.00 P1 C +ATOM 4463 HA THR X 434 -3.860 6.170 -4.700 1.00 0.00 P1 H +ATOM 4464 CB THR X 434 -2.920 7.030 -3.020 1.00 0.00 P1 C +ATOM 4465 HB THR X 434 -1.880 7.260 -2.710 1.00 0.00 P1 H +ATOM 4466 OG1 THR X 434 -3.550 6.350 -1.910 1.00 0.00 P1 O +ATOM 4467 HG1 THR X 434 -4.290 5.790 -2.130 1.00 0.00 P1 H +ATOM 4468 CG2 THR X 434 -3.650 8.350 -3.330 1.00 0.00 P1 C +ATOM 4469 HG21 THR X 434 -3.080 8.930 -4.090 1.00 0.00 P1 H +ATOM 4470 HG22 THR X 434 -4.620 7.970 -3.720 1.00 0.00 P1 H +ATOM 4471 HG23 THR X 434 -3.770 8.970 -2.410 1.00 0.00 P1 H +ATOM 4472 C THR X 434 -1.920 6.550 -5.220 1.00 0.00 P1 C +ATOM 4473 O THR X 434 -2.190 7.240 -6.150 1.00 0.00 P1 O +ATOM 4474 N ILE X 435 -0.670 6.110 -5.060 1.00 0.00 P1 N +ATOM 4475 HN ILE X 435 -0.370 5.610 -4.260 1.00 0.00 P1 H +ATOM 4476 CA ILE X 435 0.390 6.320 -6.000 1.00 0.00 P1 C +ATOM 4477 HA ILE X 435 0.420 7.360 -6.280 1.00 0.00 P1 H +ATOM 4478 CB ILE X 435 1.790 6.070 -5.360 1.00 0.00 P1 C +ATOM 4479 HB ILE X 435 1.840 5.130 -4.780 1.00 0.00 P1 H +ATOM 4480 CG2 ILE X 435 2.960 6.100 -6.450 1.00 0.00 P1 C +ATOM 4481 HG21 ILE X 435 2.900 5.160 -7.040 1.00 0.00 P1 H +ATOM 4482 HG22 ILE X 435 2.910 7.100 -6.930 1.00 0.00 P1 H +ATOM 4483 HG23 ILE X 435 3.930 6.150 -5.910 1.00 0.00 P1 H +ATOM 4484 CG1 ILE X 435 2.060 7.160 -4.310 1.00 0.00 P1 C +ATOM 4485 HG11 ILE X 435 2.440 8.110 -4.740 1.00 0.00 P1 H +ATOM 4486 HG12 ILE X 435 1.080 7.390 -3.840 1.00 0.00 P1 H +ATOM 4487 CD ILE X 435 3.030 6.710 -3.250 1.00 0.00 P1 C +ATOM 4488 HD1 ILE X 435 3.980 6.310 -3.660 1.00 0.00 P1 H +ATOM 4489 HD2 ILE X 435 3.380 7.440 -2.480 1.00 0.00 P1 H +ATOM 4490 HD3 ILE X 435 2.580 5.850 -2.730 1.00 0.00 P1 H +ATOM 4491 C ILE X 435 0.280 5.640 -7.350 1.00 0.00 P1 C +ATOM 4492 O ILE X 435 0.650 6.170 -8.360 1.00 0.00 P1 O +ATOM 4493 N ASN X 436 -0.180 4.360 -7.380 1.00 0.00 P1 N +ATOM 4494 HN ASN X 436 -0.190 3.820 -6.530 1.00 0.00 P1 H +ATOM 4495 CA ASN X 436 -0.200 3.680 -8.680 1.00 0.00 P1 C +ATOM 4496 HA ASN X 436 0.810 3.810 -9.040 1.00 0.00 P1 H +ATOM 4497 CB ASN X 436 -0.360 2.220 -8.510 1.00 0.00 P1 C +ATOM 4498 HB1 ASN X 436 -1.370 1.910 -8.160 1.00 0.00 P1 H +ATOM 4499 HB2 ASN X 436 -0.150 1.720 -9.480 1.00 0.00 P1 H +ATOM 4500 CG ASN X 436 0.730 1.690 -7.590 1.00 0.00 P1 C +ATOM 4501 OD1 ASN X 436 1.940 2.170 -7.690 1.00 0.00 P1 O +ATOM 4502 ND2 ASN X 436 0.390 0.650 -6.860 1.00 0.00 P1 N +ATOM 4503 HD21 ASN X 436 1.120 0.210 -6.370 1.00 0.00 P1 H +ATOM 4504 HD22 ASN X 436 -0.590 0.500 -6.730 1.00 0.00 P1 H +ATOM 4505 C ASN X 436 -1.110 4.330 -9.770 1.00 0.00 P1 C +ATOM 4506 O ASN X 436 -0.530 4.590 -10.850 1.00 0.00 P1 O +ATOM 4507 N PRO X 437 -2.320 4.690 -9.550 1.00 0.00 P1 N +ATOM 4508 CD PRO X 437 -3.080 4.420 -8.350 1.00 0.00 P1 C +ATOM 4509 HD1 PRO X 437 -2.720 5.000 -7.470 1.00 0.00 P1 H +ATOM 4510 HD2 PRO X 437 -3.130 3.320 -8.250 1.00 0.00 P1 H +ATOM 4511 CA PRO X 437 -3.130 5.560 -10.400 1.00 0.00 P1 C +ATOM 4512 HA PRO X 437 -3.360 4.980 -11.290 1.00 0.00 P1 H +ATOM 4513 CB PRO X 437 -4.330 5.980 -9.470 1.00 0.00 P1 C +ATOM 4514 HB1 PRO X 437 -5.230 6.220 -10.090 1.00 0.00 P1 H +ATOM 4515 HB2 PRO X 437 -4.080 6.830 -8.800 1.00 0.00 P1 H +ATOM 4516 CG PRO X 437 -4.580 4.740 -8.620 1.00 0.00 P1 C +ATOM 4517 HG1 PRO X 437 -5.220 3.950 -9.090 1.00 0.00 P1 H +ATOM 4518 HG2 PRO X 437 -5.030 5.100 -7.670 1.00 0.00 P1 H +ATOM 4519 C PRO X 437 -2.500 6.840 -11.020 1.00 0.00 P1 C +ATOM 4520 O PRO X 437 -2.520 7.050 -12.200 1.00 0.00 P1 O +ATOM 4521 N ALA X 438 -1.960 7.670 -10.110 1.00 0.00 P1 N +ATOM 4522 HN ALA X 438 -1.950 7.520 -9.130 1.00 0.00 P1 H +ATOM 4523 CA ALA X 438 -1.210 8.890 -10.540 1.00 0.00 P1 C +ATOM 4524 HA ALA X 438 -1.850 9.360 -11.270 1.00 0.00 P1 H +ATOM 4525 CB ALA X 438 -0.820 9.760 -9.260 1.00 0.00 P1 C +ATOM 4526 HB1 ALA X 438 -0.300 9.120 -8.510 1.00 0.00 P1 H +ATOM 4527 HB2 ALA X 438 -0.140 10.580 -9.600 1.00 0.00 P1 H +ATOM 4528 HB3 ALA X 438 -1.800 10.170 -8.950 1.00 0.00 P1 H +ATOM 4529 C ALA X 438 0.060 8.370 -11.280 1.00 0.00 P1 C +ATOM 4530 O ALA X 438 0.410 8.930 -12.300 1.00 0.00 P1 O +ATOM 4531 N CYS X 439 0.770 7.360 -10.740 1.00 0.00 P1 N +ATOM 4532 HN CYS X 439 0.370 6.770 -10.040 1.00 0.00 P1 H +ATOM 4533 CA CYS X 439 2.000 6.850 -11.370 1.00 0.00 P1 C +ATOM 4534 HA CYS X 439 2.590 7.740 -11.420 1.00 0.00 P1 H +ATOM 4535 CB CYS X 439 2.820 5.830 -10.490 1.00 0.00 P1 C +ATOM 4536 HB1 CYS X 439 2.900 6.420 -9.560 1.00 0.00 P1 H +ATOM 4537 HB2 CYS X 439 2.120 4.960 -10.420 1.00 0.00 P1 H +ATOM 4538 SG CYS X 439 4.340 5.140 -11.320 1.00 0.00 P1 S +ATOM 4539 HG1 CYS X 439 3.670 4.400 -12.180 1.00 0.00 P1 H +ATOM 4540 C CYS X 439 1.840 6.440 -12.830 1.00 0.00 P1 C +ATOM 4541 O CYS X 439 2.600 6.920 -13.640 1.00 0.00 P1 O +ATOM 4542 N TYR X 440 0.790 5.740 -13.250 1.00 0.00 P1 N +ATOM 4543 HN TYR X 440 0.280 5.270 -12.530 1.00 0.00 P1 H +ATOM 4544 CA TYR X 440 0.660 5.400 -14.620 1.00 0.00 P1 C +ATOM 4545 HA TYR X 440 1.570 5.030 -15.090 1.00 0.00 P1 H +ATOM 4546 CB TYR X 440 -0.590 4.520 -14.960 1.00 0.00 P1 C +ATOM 4547 HB1 TYR X 440 -1.410 5.220 -14.730 1.00 0.00 P1 H +ATOM 4548 HB2 TYR X 440 -0.780 4.250 -16.020 1.00 0.00 P1 H +ATOM 4549 CG TYR X 440 -0.970 3.420 -13.990 1.00 0.00 P1 C +ATOM 4550 CD1 TYR X 440 0.090 2.470 -13.820 1.00 0.00 P1 C +ATOM 4551 HD1 TYR X 440 0.930 2.430 -14.510 1.00 0.00 P1 H +ATOM 4552 CE1 TYR X 440 0.000 1.370 -12.980 1.00 0.00 P1 C +ATOM 4553 HE1 TYR X 440 0.810 0.670 -13.010 1.00 0.00 P1 H +ATOM 4554 CZ TYR X 440 -1.150 1.300 -12.100 1.00 0.00 P1 C +ATOM 4555 OH TYR X 440 -1.310 0.170 -11.260 1.00 0.00 P1 O +ATOM 4556 HH TYR X 440 -1.890 0.390 -10.530 1.00 0.00 P1 H +ATOM 4557 CD2 TYR X 440 -2.150 3.180 -13.240 1.00 0.00 P1 C +ATOM 4558 HD2 TYR X 440 -2.960 3.890 -13.330 1.00 0.00 P1 H +ATOM 4559 CE2 TYR X 440 -2.230 2.110 -12.380 1.00 0.00 P1 C +ATOM 4560 HE2 TYR X 440 -3.090 1.950 -11.740 1.00 0.00 P1 H +ATOM 4561 C TYR X 440 0.470 6.610 -15.420 1.00 0.00 P1 C +ATOM 4562 O TYR X 440 1.050 6.750 -16.490 1.00 0.00 P1 O +ATOM 4563 N ALA X 441 -0.410 7.590 -15.070 1.00 0.00 P1 N +ATOM 4564 HN ALA X 441 -0.750 7.480 -14.140 1.00 0.00 P1 H +ATOM 4565 CA ALA X 441 -0.660 8.810 -15.780 1.00 0.00 P1 C +ATOM 4566 HA ALA X 441 -1.080 8.550 -16.750 1.00 0.00 P1 H +ATOM 4567 CB ALA X 441 -1.710 9.590 -15.030 1.00 0.00 P1 C +ATOM 4568 HB1 ALA X 441 -2.490 8.910 -14.610 1.00 0.00 P1 H +ATOM 4569 HB2 ALA X 441 -1.240 10.110 -14.170 1.00 0.00 P1 H +ATOM 4570 HB3 ALA X 441 -2.120 10.360 -15.700 1.00 0.00 P1 H +ATOM 4571 C ALA X 441 0.680 9.570 -16.000 1.00 0.00 P1 C +ATOM 4572 O ALA X 441 1.020 9.980 -17.150 1.00 0.00 P1 O +ATOM 4573 N LEU X 442 1.630 9.700 -15.010 1.00 0.00 P1 N +ATOM 4574 HN LEU X 442 1.530 9.320 -14.100 1.00 0.00 P1 H +ATOM 4575 CA LEU X 442 2.950 10.240 -15.130 1.00 0.00 P1 C +ATOM 4576 HA LEU X 442 2.960 11.130 -15.740 1.00 0.00 P1 H +ATOM 4577 CB LEU X 442 3.630 10.500 -13.770 1.00 0.00 P1 C +ATOM 4578 HB1 LEU X 442 3.590 9.540 -13.180 1.00 0.00 P1 H +ATOM 4579 HB2 LEU X 442 4.730 10.670 -13.810 1.00 0.00 P1 H +ATOM 4580 CG LEU X 442 2.860 11.470 -12.840 1.00 0.00 P1 C +ATOM 4581 HG LEU X 442 1.920 10.980 -12.490 1.00 0.00 P1 H +ATOM 4582 CD1 LEU X 442 3.580 11.940 -11.580 1.00 0.00 P1 C +ATOM 4583 HD11 LEU X 442 4.600 12.300 -11.850 1.00 0.00 P1 H +ATOM 4584 HD12 LEU X 442 3.110 12.800 -11.040 1.00 0.00 P1 H +ATOM 4585 HD13 LEU X 442 3.760 11.160 -10.810 1.00 0.00 P1 H +ATOM 4586 CD2 LEU X 442 2.250 12.740 -13.570 1.00 0.00 P1 C +ATOM 4587 HD21 LEU X 442 1.710 13.350 -12.820 1.00 0.00 P1 H +ATOM 4588 HD22 LEU X 442 3.030 13.410 -13.980 1.00 0.00 P1 H +ATOM 4589 HD23 LEU X 442 1.590 12.450 -14.410 1.00 0.00 P1 H +ATOM 4590 C LEU X 442 3.890 9.380 -16.000 1.00 0.00 P1 C +ATOM 4591 O LEU X 442 4.690 10.020 -16.750 1.00 0.00 P1 O +ATOM 4592 N CYS X 443 3.810 8.070 -15.960 1.00 0.00 P1 N +ATOM 4593 HN CYS X 443 3.170 7.680 -15.310 1.00 0.00 P1 H +ATOM 4594 CA CYS X 443 4.740 7.220 -16.740 1.00 0.00 P1 C +ATOM 4595 HA CYS X 443 5.760 7.570 -16.660 1.00 0.00 P1 H +ATOM 4596 CB CYS X 443 4.570 5.680 -16.460 1.00 0.00 P1 C +ATOM 4597 HB1 CYS X 443 3.540 5.300 -16.630 1.00 0.00 P1 H +ATOM 4598 HB2 CYS X 443 5.270 5.050 -17.060 1.00 0.00 P1 H +ATOM 4599 SG CYS X 443 5.030 5.330 -14.780 1.00 0.00 P1 S +ATOM 4600 HG1 CYS X 443 4.180 6.120 -14.140 1.00 0.00 P1 H +ATOM 4601 C CYS X 443 4.460 7.280 -18.280 1.00 0.00 P1 C +ATOM 4602 O CYS X 443 5.320 7.350 -19.120 1.00 0.00 P1 O +ATOM 4603 N ASN X 444 3.170 7.240 -18.700 1.00 0.00 P1 N +ATOM 4604 HN ASN X 444 2.470 7.080 -18.000 1.00 0.00 P1 H +ATOM 4605 CA ASN X 444 2.850 7.170 -20.080 1.00 0.00 P1 C +ATOM 4606 HA ASN X 444 3.710 7.510 -20.630 1.00 0.00 P1 H +ATOM 4607 CB ASN X 444 2.430 5.740 -20.490 1.00 0.00 P1 C +ATOM 4608 HB1 ASN X 444 3.300 5.060 -20.460 1.00 0.00 P1 H +ATOM 4609 HB2 ASN X 444 1.640 5.320 -19.820 1.00 0.00 P1 H +ATOM 4610 CG ASN X 444 1.960 5.780 -21.920 1.00 0.00 P1 C +ATOM 4611 OD1 ASN X 444 0.790 5.550 -22.210 1.00 0.00 P1 O +ATOM 4612 ND2 ASN X 444 2.790 6.110 -22.930 1.00 0.00 P1 N +ATOM 4613 HD21 ASN X 444 2.660 6.000 -23.910 1.00 0.00 P1 H +ATOM 4614 HD22 ASN X 444 3.740 6.440 -22.840 1.00 0.00 P1 H +ATOM 4615 C ASN X 444 1.630 8.080 -20.280 1.00 0.00 P1 C +ATOM 4616 O ASN X 444 0.530 8.010 -19.640 1.00 0.00 P1 O +ATOM 4617 N ALA X 445 1.760 8.980 -21.310 1.00 0.00 P1 N +ATOM 4618 HN ALA X 445 2.580 9.060 -21.850 1.00 0.00 P1 H +ATOM 4619 CA ALA X 445 0.850 10.050 -21.610 1.00 0.00 P1 C +ATOM 4620 HA ALA X 445 0.410 10.520 -20.740 1.00 0.00 P1 H +ATOM 4621 CB ALA X 445 1.450 11.040 -22.510 1.00 0.00 P1 C +ATOM 4622 HB1 ALA X 445 0.900 12.000 -22.500 1.00 0.00 P1 H +ATOM 4623 HB2 ALA X 445 2.510 11.190 -22.210 1.00 0.00 P1 H +ATOM 4624 HB3 ALA X 445 1.460 10.800 -23.590 1.00 0.00 P1 H +ATOM 4625 C ALA X 445 -0.470 9.490 -22.230 1.00 0.00 P1 C +ATOM 4626 O ALA X 445 -1.450 10.250 -22.410 1.00 0.00 P1 O +ATOM 4627 N THR X 446 -0.460 8.250 -22.810 1.00 0.00 P1 N +ATOM 4628 HN THR X 446 0.360 7.700 -22.700 1.00 0.00 P1 H +ATOM 4629 CA THR X 446 -1.680 7.800 -23.420 1.00 0.00 P1 C +ATOM 4630 HA THR X 446 -2.240 8.620 -23.850 1.00 0.00 P1 H +ATOM 4631 CB THR X 446 -1.520 6.540 -24.160 1.00 0.00 P1 C +ATOM 4632 HB THR X 446 -1.130 5.730 -23.500 1.00 0.00 P1 H +ATOM 4633 OG1 THR X 446 -0.640 6.620 -25.240 1.00 0.00 P1 O +ATOM 4634 HG1 THR X 446 -1.030 7.160 -25.940 1.00 0.00 P1 H +ATOM 4635 CG2 THR X 446 -2.810 5.970 -24.730 1.00 0.00 P1 C +ATOM 4636 HG21 THR X 446 -3.670 6.020 -24.030 1.00 0.00 P1 H +ATOM 4637 HG22 THR X 446 -3.070 6.540 -25.640 1.00 0.00 P1 H +ATOM 4638 HG23 THR X 446 -2.680 4.900 -25.010 1.00 0.00 P1 H +ATOM 4639 C THR X 446 -2.600 7.440 -22.260 1.00 0.00 P1 C +ATOM 4640 O THR X 446 -3.840 7.700 -22.270 1.00 0.00 P1 O +ATOM 4641 N PHE X 447 -2.110 6.920 -21.120 1.00 0.00 P1 N +ATOM 4642 HN PHE X 447 -1.180 6.580 -21.040 1.00 0.00 P1 H +ATOM 4643 CA PHE X 447 -2.890 6.810 -19.900 1.00 0.00 P1 C +ATOM 4644 HA PHE X 447 -3.830 6.420 -20.240 1.00 0.00 P1 H +ATOM 4645 CB PHE X 447 -2.170 5.980 -18.800 1.00 0.00 P1 C +ATOM 4646 HB1 PHE X 447 -1.090 6.240 -18.830 1.00 0.00 P1 H +ATOM 4647 HB2 PHE X 447 -2.520 6.350 -17.820 1.00 0.00 P1 H +ATOM 4648 CG PHE X 447 -2.300 4.520 -18.850 1.00 0.00 P1 C +ATOM 4649 CD1 PHE X 447 -3.550 3.950 -18.610 1.00 0.00 P1 C +ATOM 4650 HD1 PHE X 447 -4.480 4.470 -18.410 1.00 0.00 P1 H +ATOM 4651 CE1 PHE X 447 -3.700 2.520 -18.420 1.00 0.00 P1 C +ATOM 4652 HE1 PHE X 447 -4.680 2.140 -18.140 1.00 0.00 P1 H +ATOM 4653 CZ PHE X 447 -2.640 1.690 -18.670 1.00 0.00 P1 C +ATOM 4654 HZ PHE X 447 -2.600 0.670 -18.340 1.00 0.00 P1 H +ATOM 4655 CD2 PHE X 447 -1.210 3.650 -18.970 1.00 0.00 P1 C +ATOM 4656 HD2 PHE X 447 -0.180 3.990 -19.030 1.00 0.00 P1 H +ATOM 4657 CE2 PHE X 447 -1.340 2.260 -18.850 1.00 0.00 P1 C +ATOM 4658 HE2 PHE X 447 -0.450 1.650 -18.950 1.00 0.00 P1 H +ATOM 4659 C PHE X 447 -3.390 8.190 -19.340 1.00 0.00 P1 C +ATOM 4660 O PHE X 447 -4.580 8.250 -19.110 1.00 0.00 P1 O +ATOM 4661 N LYS X 448 -2.570 9.300 -19.310 1.00 0.00 P1 N +ATOM 4662 HN LYS X 448 -1.640 9.370 -19.650 1.00 0.00 P1 H +ATOM 4663 CA LYS X 448 -3.080 10.640 -18.920 1.00 0.00 P1 C +ATOM 4664 HA LYS X 448 -3.470 10.500 -17.920 1.00 0.00 P1 H +ATOM 4665 CB LYS X 448 -1.890 11.560 -18.890 1.00 0.00 P1 C +ATOM 4666 HB1 LYS X 448 -1.280 11.270 -18.010 1.00 0.00 P1 H +ATOM 4667 HB2 LYS X 448 -1.230 11.410 -19.780 1.00 0.00 P1 H +ATOM 4668 CG LYS X 448 -2.060 13.100 -18.660 1.00 0.00 P1 C +ATOM 4669 HG1 LYS X 448 -2.730 13.460 -19.470 1.00 0.00 P1 H +ATOM 4670 HG2 LYS X 448 -2.610 13.060 -17.690 1.00 0.00 P1 H +ATOM 4671 CD LYS X 448 -0.690 13.770 -18.480 1.00 0.00 P1 C +ATOM 4672 HD1 LYS X 448 -0.780 14.820 -18.100 1.00 0.00 P1 H +ATOM 4673 HD2 LYS X 448 -0.090 13.230 -17.730 1.00 0.00 P1 H +ATOM 4674 CE LYS X 448 0.130 13.860 -19.770 1.00 0.00 P1 C +ATOM 4675 HE1 LYS X 448 0.120 12.930 -20.390 1.00 0.00 P1 H +ATOM 4676 HE2 LYS X 448 -0.330 14.660 -20.390 1.00 0.00 P1 H +ATOM 4677 NZ LYS X 448 1.510 14.230 -19.540 1.00 0.00 P1 N +ATOM 4678 HZ1 LYS X 448 1.710 14.690 -18.630 1.00 0.00 P1 H +ATOM 4679 HZ2 LYS X 448 2.020 13.340 -19.350 1.00 0.00 P1 H +ATOM 4680 HZ3 LYS X 448 1.890 14.690 -20.390 1.00 0.00 P1 H +ATOM 4681 C LYS X 448 -4.230 11.140 -19.780 1.00 0.00 P1 C +ATOM 4682 O LYS X 448 -5.240 11.630 -19.280 1.00 0.00 P1 O +ATOM 4683 N LYS X 449 -3.990 11.050 -21.070 1.00 0.00 P1 N +ATOM 4684 HN LYS X 449 -3.100 10.790 -21.420 1.00 0.00 P1 H +ATOM 4685 CA LYS X 449 -5.000 11.380 -22.020 1.00 0.00 P1 C +ATOM 4686 HA LYS X 449 -5.190 12.430 -21.830 1.00 0.00 P1 H +ATOM 4687 CB LYS X 449 -4.470 11.190 -23.450 1.00 0.00 P1 C +ATOM 4688 HB1 LYS X 449 -4.050 10.170 -23.480 1.00 0.00 P1 H +ATOM 4689 HB2 LYS X 449 -5.310 11.100 -24.170 1.00 0.00 P1 H +ATOM 4690 CG LYS X 449 -3.550 12.280 -23.920 1.00 0.00 P1 C +ATOM 4691 HG1 LYS X 449 -4.140 13.210 -24.030 1.00 0.00 P1 H +ATOM 4692 HG2 LYS X 449 -2.700 12.540 -23.260 1.00 0.00 P1 H +ATOM 4693 CD LYS X 449 -3.130 11.910 -25.390 1.00 0.00 P1 C +ATOM 4694 HD1 LYS X 449 -2.820 10.850 -25.450 1.00 0.00 P1 H +ATOM 4695 HD2 LYS X 449 -3.950 11.920 -26.140 1.00 0.00 P1 H +ATOM 4696 CE LYS X 449 -1.960 12.700 -26.020 1.00 0.00 P1 C +ATOM 4697 HE1 LYS X 449 -1.690 12.280 -27.020 1.00 0.00 P1 H +ATOM 4698 HE2 LYS X 449 -2.340 13.730 -26.150 1.00 0.00 P1 H +ATOM 4699 NZ LYS X 449 -0.780 12.630 -25.210 1.00 0.00 P1 N +ATOM 4700 HZ1 LYS X 449 -0.090 13.340 -25.530 1.00 0.00 P1 H +ATOM 4701 HZ2 LYS X 449 -0.980 13.000 -24.260 1.00 0.00 P1 H +ATOM 4702 HZ3 LYS X 449 -0.480 11.640 -25.210 1.00 0.00 P1 H +ATOM 4703 C LYS X 449 -6.310 10.670 -21.910 1.00 0.00 P1 C +ATOM 4704 O LYS X 449 -7.420 11.160 -21.920 1.00 0.00 P1 O +ATOM 4705 N THR X 450 -6.180 9.400 -21.750 1.00 0.00 P1 N +ATOM 4706 HN THR X 450 -5.250 9.120 -21.510 1.00 0.00 P1 H +ATOM 4707 CA THR X 450 -7.260 8.440 -21.480 1.00 0.00 P1 C +ATOM 4708 HA THR X 450 -7.950 8.500 -22.310 1.00 0.00 P1 H +ATOM 4709 CB THR X 450 -6.870 6.960 -21.340 1.00 0.00 P1 C +ATOM 4710 HB THR X 450 -6.180 6.900 -20.480 1.00 0.00 P1 H +ATOM 4711 OG1 THR X 450 -6.140 6.580 -22.520 1.00 0.00 P1 O +ATOM 4712 HG1 THR X 450 -5.260 6.950 -22.470 1.00 0.00 P1 H +ATOM 4713 CG2 THR X 450 -8.010 6.010 -21.120 1.00 0.00 P1 C +ATOM 4714 HG21 THR X 450 -8.830 6.190 -21.840 1.00 0.00 P1 H +ATOM 4715 HG22 THR X 450 -7.760 4.930 -21.150 1.00 0.00 P1 H +ATOM 4716 HG23 THR X 450 -8.390 6.150 -20.080 1.00 0.00 P1 H +ATOM 4717 C THR X 450 -8.110 8.780 -20.300 1.00 0.00 P1 C +ATOM 4718 O THR X 450 -9.320 8.790 -20.480 1.00 0.00 P1 O +ATOM 4719 N PHE X 451 -7.580 9.070 -19.030 1.00 0.00 P1 N +ATOM 4720 HN PHE X 451 -6.590 8.960 -18.960 1.00 0.00 P1 H +ATOM 4721 CA PHE X 451 -8.330 9.710 -17.950 1.00 0.00 P1 C +ATOM 4722 HA PHE X 451 -9.100 8.990 -17.690 1.00 0.00 P1 H +ATOM 4723 CB PHE X 451 -7.370 10.090 -16.800 1.00 0.00 P1 C +ATOM 4724 HB1 PHE X 451 -6.670 10.920 -17.050 1.00 0.00 P1 H +ATOM 4725 HB2 PHE X 451 -8.080 10.340 -16.000 1.00 0.00 P1 H +ATOM 4726 CG PHE X 451 -6.560 9.010 -16.200 1.00 0.00 P1 C +ATOM 4727 CD1 PHE X 451 -5.700 9.390 -15.130 1.00 0.00 P1 C +ATOM 4728 HD1 PHE X 451 -5.570 10.430 -14.900 1.00 0.00 P1 H +ATOM 4729 CE1 PHE X 451 -5.060 8.470 -14.360 1.00 0.00 P1 C +ATOM 4730 HE1 PHE X 451 -4.390 8.820 -13.580 1.00 0.00 P1 H +ATOM 4731 CZ PHE X 451 -5.330 7.090 -14.430 1.00 0.00 P1 C +ATOM 4732 HZ PHE X 451 -4.910 6.320 -13.800 1.00 0.00 P1 H +ATOM 4733 CD2 PHE X 451 -6.850 7.640 -16.280 1.00 0.00 P1 C +ATOM 4734 HD2 PHE X 451 -7.680 7.320 -16.900 1.00 0.00 P1 H +ATOM 4735 CE2 PHE X 451 -6.310 6.660 -15.400 1.00 0.00 P1 C +ATOM 4736 HE2 PHE X 451 -6.320 5.580 -15.550 1.00 0.00 P1 H +ATOM 4737 C PHE X 451 -8.950 11.040 -18.370 1.00 0.00 P1 C +ATOM 4738 O PHE X 451 -10.190 11.340 -18.230 1.00 0.00 P1 O +ATOM 4739 N LYS X 452 -8.250 11.950 -19.100 1.00 0.00 P1 N +ATOM 4740 HN LYS X 452 -7.350 11.700 -19.420 1.00 0.00 P1 H +ATOM 4741 CA LYS X 452 -8.790 13.180 -19.520 1.00 0.00 P1 C +ATOM 4742 HA LYS X 452 -9.060 13.760 -18.650 1.00 0.00 P1 H +ATOM 4743 CB LYS X 452 -7.710 14.140 -20.090 1.00 0.00 P1 C +ATOM 4744 HB1 LYS X 452 -6.990 14.510 -19.330 1.00 0.00 P1 H +ATOM 4745 HB2 LYS X 452 -7.160 13.580 -20.880 1.00 0.00 P1 H +ATOM 4746 CG LYS X 452 -8.370 15.440 -20.700 1.00 0.00 P1 C +ATOM 4747 HG1 LYS X 452 -7.560 16.090 -21.120 1.00 0.00 P1 H +ATOM 4748 HG2 LYS X 452 -8.930 15.120 -21.600 1.00 0.00 P1 H +ATOM 4749 CD LYS X 452 -9.140 16.400 -19.750 1.00 0.00 P1 C +ATOM 4750 HD1 LYS X 452 -10.160 16.060 -19.490 1.00 0.00 P1 H +ATOM 4751 HD2 LYS X 452 -8.590 16.300 -18.780 1.00 0.00 P1 H +ATOM 4752 CE LYS X 452 -9.410 17.860 -20.280 1.00 0.00 P1 C +ATOM 4753 HE1 LYS X 452 -8.650 18.210 -21.020 1.00 0.00 P1 H +ATOM 4754 HE2 LYS X 452 -10.360 17.810 -20.850 1.00 0.00 P1 H +ATOM 4755 NZ LYS X 452 -9.450 18.760 -19.160 1.00 0.00 P1 N +ATOM 4756 HZ1 LYS X 452 -8.570 18.610 -18.630 1.00 0.00 P1 H +ATOM 4757 HZ2 LYS X 452 -9.460 19.780 -19.380 1.00 0.00 P1 H +ATOM 4758 HZ3 LYS X 452 -10.240 18.610 -18.510 1.00 0.00 P1 H +ATOM 4759 C LYS X 452 -10.070 13.230 -20.430 1.00 0.00 P1 C +ATOM 4760 O LYS X 452 -11.080 13.800 -20.130 1.00 0.00 P1 O +ATOM 4761 N HSE X 453 -9.990 12.350 -21.440 1.00 0.00 P1 N +ATOM 4762 HN HSE X 453 -9.060 11.980 -21.460 1.00 0.00 P1 H +ATOM 4763 CA HSE X 453 -11.120 11.880 -22.300 1.00 0.00 P1 C +ATOM 4764 HA HSE X 453 -11.550 12.700 -22.860 1.00 0.00 P1 H +ATOM 4765 CB HSE X 453 -10.570 10.970 -23.440 1.00 0.00 P1 C +ATOM 4766 HB1 HSE X 453 -10.130 11.580 -24.250 1.00 0.00 P1 H +ATOM 4767 HB2 HSE X 453 -9.850 10.210 -23.050 1.00 0.00 P1 H +ATOM 4768 ND1 HSE X 453 -12.040 8.990 -23.850 1.00 0.00 P1 N +ATOM 4769 CG HSE X 453 -11.620 10.210 -24.210 1.00 0.00 P1 C +ATOM 4770 CE1 HSE X 453 -12.790 8.530 -24.860 1.00 0.00 P1 C +ATOM 4771 HE1 HSE X 453 -13.280 7.570 -24.950 1.00 0.00 P1 H +ATOM 4772 NE2 HSE X 453 -12.920 9.480 -25.820 1.00 0.00 P1 N +ATOM 4773 HE2 HSE X 453 -13.450 9.480 -26.650 1.00 0.00 P1 H +ATOM 4774 CD2 HSE X 453 -12.160 10.540 -25.370 1.00 0.00 P1 C +ATOM 4775 HD2 HSE X 453 -11.900 11.410 -25.950 1.00 0.00 P1 H +ATOM 4776 C HSE X 453 -12.200 11.180 -21.500 1.00 0.00 P1 C +ATOM 4777 O HSE X 453 -13.340 11.600 -21.650 1.00 0.00 P1 O +ATOM 4778 N LEU X 454 -11.920 10.300 -20.600 1.00 0.00 P1 N +ATOM 4779 HN LEU X 454 -11.050 9.810 -20.530 1.00 0.00 P1 H +ATOM 4780 CA LEU X 454 -12.950 9.830 -19.680 1.00 0.00 P1 C +ATOM 4781 HA LEU X 454 -13.750 9.550 -20.330 1.00 0.00 P1 H +ATOM 4782 CB LEU X 454 -12.490 8.630 -18.870 1.00 0.00 P1 C +ATOM 4783 HB1 LEU X 454 -11.390 8.640 -18.760 1.00 0.00 P1 H +ATOM 4784 HB2 LEU X 454 -12.900 8.730 -17.850 1.00 0.00 P1 H +ATOM 4785 CG LEU X 454 -13.040 7.180 -19.350 1.00 0.00 P1 C +ATOM 4786 HG LEU X 454 -14.130 7.120 -19.210 1.00 0.00 P1 H +ATOM 4787 CD1 LEU X 454 -12.730 7.070 -20.890 1.00 0.00 P1 C +ATOM 4788 HD11 LEU X 454 -13.240 6.140 -21.230 1.00 0.00 P1 H +ATOM 4789 HD12 LEU X 454 -13.090 7.880 -21.550 1.00 0.00 P1 H +ATOM 4790 HD13 LEU X 454 -11.630 6.980 -21.080 1.00 0.00 P1 H +ATOM 4791 CD2 LEU X 454 -12.270 6.150 -18.570 1.00 0.00 P1 C +ATOM 4792 HD21 LEU X 454 -11.180 6.190 -18.710 1.00 0.00 P1 H +ATOM 4793 HD22 LEU X 454 -12.420 6.380 -17.480 1.00 0.00 P1 H +ATOM 4794 HD23 LEU X 454 -12.690 5.120 -18.630 1.00 0.00 P1 H +ATOM 4795 C LEU X 454 -13.720 10.890 -18.810 1.00 0.00 P1 C +ATOM 4796 O LEU X 454 -14.940 10.910 -18.790 1.00 0.00 P1 O +ATOM 4797 N LEU X 455 -12.990 11.830 -18.150 1.00 0.00 P1 N +ATOM 4798 HN LEU X 455 -12.000 11.910 -18.230 1.00 0.00 P1 H +ATOM 4799 CA LEU X 455 -13.600 12.840 -17.330 1.00 0.00 P1 C +ATOM 4800 HA LEU X 455 -14.450 12.390 -16.820 1.00 0.00 P1 H +ATOM 4801 CB LEU X 455 -12.650 13.170 -16.160 1.00 0.00 P1 C +ATOM 4802 HB1 LEU X 455 -11.800 13.520 -16.770 1.00 0.00 P1 H +ATOM 4803 HB2 LEU X 455 -13.090 14.030 -15.600 1.00 0.00 P1 H +ATOM 4804 CG LEU X 455 -12.280 12.120 -15.100 1.00 0.00 P1 C +ATOM 4805 HG LEU X 455 -11.930 11.230 -15.660 1.00 0.00 P1 H +ATOM 4806 CD1 LEU X 455 -10.980 12.550 -14.340 1.00 0.00 P1 C +ATOM 4807 HD11 LEU X 455 -10.170 12.610 -15.100 1.00 0.00 P1 H +ATOM 4808 HD12 LEU X 455 -11.150 13.520 -13.850 1.00 0.00 P1 H +ATOM 4809 HD13 LEU X 455 -10.750 11.840 -13.510 1.00 0.00 P1 H +ATOM 4810 CD2 LEU X 455 -13.490 11.600 -14.250 1.00 0.00 P1 C +ATOM 4811 HD21 LEU X 455 -13.150 10.800 -13.550 1.00 0.00 P1 H +ATOM 4812 HD22 LEU X 455 -13.780 12.490 -13.640 1.00 0.00 P1 H +ATOM 4813 HD23 LEU X 455 -14.290 11.300 -14.960 1.00 0.00 P1 H +ATOM 4814 C LEU X 455 -14.160 14.150 -18.030 1.00 0.00 P1 C +ATOM 4815 O LEU X 455 -15.040 14.770 -17.520 1.00 0.00 P1 O +ATOM 4816 N MET X 456 -13.660 14.540 -19.260 1.00 0.00 P1 N +ATOM 4817 HN MET X 456 -12.950 13.990 -19.680 1.00 0.00 P1 H +ATOM 4818 CA MET X 456 -14.120 15.770 -19.890 1.00 0.00 P1 C +ATOM 4819 HA MET X 456 -14.320 16.420 -19.050 1.00 0.00 P1 H +ATOM 4820 CB MET X 456 -13.060 16.370 -20.820 1.00 0.00 P1 C +ATOM 4821 HB1 MET X 456 -13.420 17.370 -21.160 1.00 0.00 P1 H +ATOM 4822 HB2 MET X 456 -12.130 16.490 -20.230 1.00 0.00 P1 H +ATOM 4823 CG MET X 456 -12.710 15.570 -22.070 1.00 0.00 P1 C +ATOM 4824 HG1 MET X 456 -12.530 14.500 -21.840 1.00 0.00 P1 H +ATOM 4825 HG2 MET X 456 -13.680 15.500 -22.600 1.00 0.00 P1 H +ATOM 4826 SD MET X 456 -11.480 16.230 -23.180 1.00 0.00 P1 S +ATOM 4827 CE MET X 456 -11.740 14.990 -24.470 1.00 0.00 P1 C +ATOM 4828 HE1 MET X 456 -11.140 14.070 -24.310 1.00 0.00 P1 H +ATOM 4829 HE2 MET X 456 -12.760 14.770 -24.880 1.00 0.00 P1 H +ATOM 4830 HE3 MET X 456 -11.240 15.380 -25.380 1.00 0.00 P1 H +ATOM 4831 C MET X 456 -15.480 15.580 -20.550 1.00 0.00 P1 C +ATOM 4832 O MET X 456 -15.710 14.800 -21.480 1.00 0.00 P1 O +ATOM 4833 NT MET X 456 -16.470 16.410 -20.060 1.00 0.00 P1 N +ATOM 4834 HNT MET X 456 -16.300 16.890 -19.210 1.00 0.00 P1 H +ATOM 4835 CAT MET X 456 -17.870 16.320 -20.580 1.00 0.00 P1 C +ATOM 4836 HT1 MET X 456 -18.410 17.290 -20.630 1.00 0.00 P1 H +ATOM 4837 HT2 MET X 456 -17.830 16.050 -21.650 1.00 0.00 P1 H +ATOM 4838 HT3 MET X 456 -18.390 15.470 -20.090 1.00 0.00 P1 H +ATOM 4839 C1 QNB X 1 5.420 -8.170 4.180 1.00 0.00 LIG C +ATOM 4840 C2 QNB X 1 4.580 -8.950 3.170 1.00 0.00 LIG C +ATOM 4841 C3 QNB X 1 3.320 -9.480 3.480 1.00 0.00 LIG C +ATOM 4842 C4 QNB X 1 2.440 -10.040 2.500 1.00 0.00 LIG C +ATOM 4843 C5 QNB X 1 2.810 -10.150 1.160 1.00 0.00 LIG C +ATOM 4844 C6 QNB X 1 4.080 -9.610 0.830 1.00 0.00 LIG C +ATOM 4845 C7 QNB X 1 4.940 -9.050 1.800 1.00 0.00 LIG C +ATOM 4846 C8 QNB X 1 5.360 -8.790 5.630 1.00 0.00 LIG C +ATOM 4847 C9 QNB X 1 5.420 -10.160 5.790 1.00 0.00 LIG C +ATOM 4848 C10 QNB X 1 5.500 -10.820 7.090 1.00 0.00 LIG C +ATOM 4849 C11 QNB X 1 5.620 -9.960 8.200 1.00 0.00 LIG C +ATOM 4850 C12 QNB X 1 5.540 -8.590 8.070 1.00 0.00 LIG C +ATOM 4851 C13 QNB X 1 5.440 -7.990 6.810 1.00 0.00 LIG C +ATOM 4852 C14 QNB X 1 4.830 -6.710 4.330 1.00 0.00 LIG C +ATOM 4853 O15 QNB X 1 6.830 -8.170 3.880 1.00 0.00 LIG O +ATOM 4854 O16 QNB X 1 5.570 -5.720 4.370 1.00 0.00 LIG O +ATOM 4855 O17 QNB X 1 3.490 -6.750 4.450 1.00 0.00 LIG O +ATOM 4856 C18 QNB X 1 2.800 -5.490 4.680 1.00 0.00 LIG C +ATOM 4857 C19 QNB X 1 1.340 -5.620 4.190 1.00 0.00 LIG C +ATOM 4858 N20 QNB X 1 0.380 -5.660 5.300 1.00 0.00 LIG N +ATOM 4859 C21 QNB X 1 0.820 -6.790 6.200 1.00 0.00 LIG C +ATOM 4860 C22 QNB X 1 2.060 -6.340 6.970 1.00 0.00 LIG C +ATOM 4861 C23 QNB X 1 2.740 -5.150 6.250 1.00 0.00 LIG C +ATOM 4862 C24 QNB X 1 1.730 -3.970 6.400 1.00 0.00 LIG C +ATOM 4863 C25 QNB X 1 0.340 -4.450 6.170 1.00 0.00 LIG C +ATOM 4864 H3 QNB X 1 2.850 -9.400 4.460 1.00 0.00 LIG H +ATOM 4865 H4 QNB X 1 1.480 -10.360 2.890 1.00 0.00 LIG H +ATOM 4866 H5 QNB X 1 2.100 -10.600 0.470 1.00 0.00 LIG H +ATOM 4867 H6 QNB X 1 4.580 -9.800 -0.110 1.00 0.00 LIG H +ATOM 4868 H7 QNB X 1 5.890 -8.670 1.450 1.00 0.00 LIG H +ATOM 4869 H9 QNB X 1 5.340 -10.890 5.000 1.00 0.00 LIG H +ATOM 4870 H10 QNB X 1 5.430 -11.890 7.150 1.00 0.00 LIG H +ATOM 4871 H11 QNB X 1 5.540 -10.400 9.180 1.00 0.00 LIG H +ATOM 4872 H12 QNB X 1 5.550 -7.950 8.940 1.00 0.00 LIG H +ATOM 4873 H13 QNB X 1 5.520 -6.930 6.580 1.00 0.00 LIG H +ATOM 4874 HO15 QNB X 1 7.160 -7.430 4.380 1.00 0.00 LIG H +ATOM 4875 H18 QNB X 1 3.340 -4.640 4.210 1.00 0.00 LIG H +ATOM 4876 H19X QNB X 1 1.230 -4.680 3.640 1.00 0.00 LIG H +ATOM 4877 H19Y QNB X 1 1.050 -6.390 3.460 1.00 0.00 LIG H +ATOM 4878 HN20 QNB X 1 -0.630 -5.800 5.070 1.00 0.00 LIG H +ATOM 4879 H21X QNB X 1 -0.010 -6.980 6.910 1.00 0.00 LIG H +ATOM 4880 H21Y QNB X 1 0.940 -7.560 5.440 1.00 0.00 LIG H +ATOM 4881 H22X QNB X 1 1.750 -6.130 8.020 1.00 0.00 LIG H +ATOM 4882 H22Y QNB X 1 2.710 -7.230 7.030 1.00 0.00 LIG H +ATOM 4883 H23 QNB X 1 3.760 -4.940 6.610 1.00 0.00 LIG H +ATOM 4884 H24X QNB X 1 1.980 -3.550 7.400 1.00 0.00 LIG H +ATOM 4885 H24Y QNB X 1 1.940 -3.210 5.620 1.00 0.00 LIG H +ATOM 4886 H25X QNB X 1 -0.330 -3.760 5.640 1.00 0.00 LIG H +ATOM 4887 H25Y QNB X 1 -0.310 -4.680 7.030 1.00 0.00 LIG H +ATOM 4888 OH2 TIP3X 1 2.810 -32.560 30.110 1.00 0.00 WAT O +ATOM 4889 H1 TIP3X 1 1.880 -32.320 30.190 1.00 0.00 WAT H +ATOM 4890 H2 TIP3X 1 3.100 -32.700 31.010 1.00 0.00 WAT H +ATOM 4891 OH2 TIP3X 2 -38.420 -9.040 -38.830 1.00 0.00 WAT O +ATOM 4892 H1 TIP3X 2 -38.090 -9.780 -39.350 1.00 0.00 WAT H +ATOM 4893 H2 TIP3X 2 -37.700 -8.410 -38.850 1.00 0.00 WAT H +ATOM 4894 OH2 TIP3X 3 -2.620 -40.790 -22.850 1.00 0.00 WAT O +ATOM 4895 H1 TIP3X 3 -1.840 -41.250 -23.150 1.00 0.00 WAT H +ATOM 4896 H2 TIP3X 3 -2.470 -40.630 -21.920 1.00 0.00 WAT H +ATOM 4897 OH2 TIP3X 4 -11.570 5.310 10.610 1.00 0.00 WAT O +ATOM 4898 H1 TIP3X 4 -11.230 4.440 10.440 1.00 0.00 WAT H +ATOM 4899 H2 TIP3X 4 -11.560 5.760 9.770 1.00 0.00 WAT H +ATOM 4900 OH2 TIP3X 5 4.330 -6.300 27.520 1.00 0.00 WAT O +ATOM 4901 H1 TIP3X 5 4.110 -6.210 26.590 1.00 0.00 WAT H +ATOM 4902 H2 TIP3X 5 4.440 -7.250 27.640 1.00 0.00 WAT H +ATOM 4903 OH2 TIP3X 6 -0.800 -2.230 -6.460 1.00 0.00 WAT O +ATOM 4904 H1 TIP3X 6 -1.120 -2.910 -7.040 1.00 0.00 WAT H +ATOM 4905 H2 TIP3X 6 -1.570 -1.670 -6.310 1.00 0.00 WAT H +ATOM 4906 OH2 TIP3X 7 9.290 11.850 -31.740 1.00 0.00 WAT O +ATOM 4907 H1 TIP3X 7 8.910 11.620 -32.580 1.00 0.00 WAT H +ATOM 4908 H2 TIP3X 7 9.440 12.790 -31.770 1.00 0.00 WAT H +ATOM 4909 OH2 TIP3X 8 -13.920 -39.850 22.820 1.00 0.00 WAT O +ATOM 4910 H1 TIP3X 8 -14.670 -39.560 23.340 1.00 0.00 WAT H +ATOM 4911 H2 TIP3X 8 -13.160 -39.450 23.220 1.00 0.00 WAT H +ATOM 4912 OH2 TIP3X 9 -3.810 -2.810 -34.090 1.00 0.00 WAT O +ATOM 4913 H1 TIP3X 9 -4.750 -3.000 -34.060 1.00 0.00 WAT H +ATOM 4914 H2 TIP3X 9 -3.400 -3.670 -34.170 1.00 0.00 WAT H +ATOM 4915 OH2 TIP3X 10 -14.660 23.150 28.880 1.00 0.00 WAT O +ATOM 4916 H1 TIP3X 10 -14.260 22.290 28.730 1.00 0.00 WAT H +ATOM 4917 H2 TIP3X 10 -15.400 23.180 28.270 1.00 0.00 WAT H +ATOM 4918 OH2 TIP3X 11 -4.260 22.850 -37.490 1.00 0.00 WAT O +ATOM 4919 H1 TIP3X 11 -4.910 22.800 -38.200 1.00 0.00 WAT H +ATOM 4920 H2 TIP3X 11 -3.410 22.810 -37.950 1.00 0.00 WAT H +ATOM 4921 OH2 TIP3X 12 33.890 33.230 22.390 1.00 0.00 WAT O +ATOM 4922 H1 TIP3X 12 33.820 33.790 21.610 1.00 0.00 WAT H +ATOM 4923 H2 TIP3X 12 34.650 33.560 22.860 1.00 0.00 WAT H +ATOM 4924 OH2 TIP3X 13 -29.250 26.430 17.010 1.00 0.00 WAT O +ATOM 4925 H1 TIP3X 13 -28.950 26.770 17.860 1.00 0.00 WAT H +ATOM 4926 H2 TIP3X 13 -30.200 26.340 17.100 1.00 0.00 WAT H +ATOM 4927 OH2 TIP3X 14 41.370 26.780 -49.570 1.00 0.00 WAT O +ATOM 4928 H1 TIP3X 14 40.500 26.640 -49.940 1.00 0.00 WAT H +ATOM 4929 H2 TIP3X 14 41.250 26.680 -48.620 1.00 0.00 WAT H +ATOM 4930 OH2 TIP3X 15 5.220 -4.100 -24.150 1.00 0.00 WAT O +ATOM 4931 H1 TIP3X 15 5.930 -4.710 -24.320 1.00 0.00 WAT H +ATOM 4932 H2 TIP3X 15 5.640 -3.310 -23.820 1.00 0.00 WAT H +ATOM 4933 OH2 TIP3X 16 14.970 -27.490 23.980 1.00 0.00 WAT O +ATOM 4934 H1 TIP3X 16 15.630 -28.140 23.800 1.00 0.00 WAT H +ATOM 4935 H2 TIP3X 16 14.600 -27.270 23.130 1.00 0.00 WAT H +ATOM 4936 OH2 TIP3X 17 6.430 -0.090 4.480 1.00 0.00 WAT O +ATOM 4937 H1 TIP3X 17 6.250 -0.830 3.930 1.00 0.00 WAT H +ATOM 4938 H2 TIP3X 17 6.160 0.670 3.970 1.00 0.00 WAT H +ATOM 4939 OH2 TIP3X 18 5.650 -12.550 -1.580 1.00 0.00 WAT O +ATOM 4940 H1 TIP3X 18 5.910 -11.830 -1.000 1.00 0.00 WAT H +ATOM 4941 H2 TIP3X 18 4.920 -12.970 -1.110 1.00 0.00 WAT H +ATOM 4942 OH2 TIP3X 19 1.140 18.820 -39.110 1.00 0.00 WAT O +ATOM 4943 H1 TIP3X 19 1.690 18.470 -39.800 1.00 0.00 WAT H +ATOM 4944 H2 TIP3X 19 1.600 19.600 -38.800 1.00 0.00 WAT H +ATOM 4945 OH2 TIP3X 20 16.410 -47.510 18.910 1.00 0.00 WAT O +ATOM 4946 H1 TIP3X 20 17.010 -46.810 19.140 1.00 0.00 WAT H +ATOM 4947 H2 TIP3X 20 16.730 -48.270 19.400 1.00 0.00 WAT H +ATOM 4948 OH2 TIP3X 21 -27.030 31.650 -38.420 1.00 0.00 WAT O +ATOM 4949 H1 TIP3X 21 -26.310 31.940 -38.990 1.00 0.00 WAT H +ATOM 4950 H2 TIP3X 21 -26.900 32.140 -37.610 1.00 0.00 WAT H +ATOM 4951 OH2 TIP3X 22 -40.870 32.210 22.670 1.00 0.00 WAT O +ATOM 4952 H1 TIP3X 22 -41.200 32.720 23.400 1.00 0.00 WAT H +ATOM 4953 H2 TIP3X 22 -41.570 31.600 22.470 1.00 0.00 WAT H +ATOM 4954 OH2 TIP3X 23 43.550 24.600 31.130 1.00 0.00 WAT O +ATOM 4955 H1 TIP3X 23 44.260 24.690 30.490 1.00 0.00 WAT H +ATOM 4956 H2 TIP3X 23 42.850 24.150 30.660 1.00 0.00 WAT H +ATOM 4957 OH2 TIP3X 24 18.220 -0.140 28.760 1.00 0.00 WAT O +ATOM 4958 H1 TIP3X 24 19.130 0.160 28.820 1.00 0.00 WAT H +ATOM 4959 H2 TIP3X 24 18.070 -0.280 27.820 1.00 0.00 WAT H +ATOM 4960 OH2 TIP3X 25 -2.200 -7.730 -7.620 1.00 0.00 WAT O +ATOM 4961 H1 TIP3X 25 -3.070 -7.580 -8.000 1.00 0.00 WAT H +ATOM 4962 H2 TIP3X 25 -1.860 -8.500 -8.060 1.00 0.00 WAT H +ATOM 4963 OH2 TIP3X 26 5.020 -15.990 -2.260 1.00 0.00 WAT O +ATOM 4964 H1 TIP3X 26 4.890 -15.190 -2.780 1.00 0.00 WAT H +ATOM 4965 H2 TIP3X 26 5.930 -15.940 -1.980 1.00 0.00 WAT H +ATOM 4966 OH2 TIP3X 27 27.060 3.820 -45.940 1.00 0.00 WAT O +ATOM 4967 H1 TIP3X 27 26.790 3.530 -46.820 1.00 0.00 WAT H +ATOM 4968 H2 TIP3X 27 26.980 4.780 -45.970 1.00 0.00 WAT H +ATOM 4969 OH2 TIP3X 28 42.940 -20.830 28.820 1.00 0.00 WAT O +ATOM 4970 H1 TIP3X 28 43.560 -20.790 29.550 1.00 0.00 WAT H +ATOM 4971 H2 TIP3X 28 43.450 -21.210 28.100 1.00 0.00 WAT H +ATOM 4972 OH2 TIP3X 29 -25.800 -37.670 -48.840 1.00 0.00 WAT O +ATOM 4973 H1 TIP3X 29 -25.530 -36.800 -48.540 1.00 0.00 WAT H +ATOM 4974 H2 TIP3X 29 -26.200 -38.080 -48.080 1.00 0.00 WAT H +ATOM 4975 OH2 TIP3X 30 25.210 2.800 18.610 1.00 0.00 WAT O +ATOM 4976 H1 TIP3X 30 24.730 3.470 18.120 1.00 0.00 WAT H +ATOM 4977 H2 TIP3X 30 26.110 2.880 18.310 1.00 0.00 WAT H +ATOM 4978 OH2 TIP3X 31 -19.380 23.780 34.980 1.00 0.00 WAT O +ATOM 4979 H1 TIP3X 31 -18.430 23.680 34.910 1.00 0.00 WAT H +ATOM 4980 H2 TIP3X 31 -19.740 23.000 34.580 1.00 0.00 WAT H +ATOM 4981 OH2 TIP3X 32 -6.090 14.370 -28.740 1.00 0.00 WAT O +ATOM 4982 H1 TIP3X 32 -6.110 15.290 -29.020 1.00 0.00 WAT H +ATOM 4983 H2 TIP3X 32 -7.010 14.100 -28.720 1.00 0.00 WAT H +ATOM 4984 OH2 TIP3X 33 -33.310 -48.320 -42.580 1.00 0.00 WAT O +ATOM 4985 H1 TIP3X 33 -33.510 -47.500 -43.040 1.00 0.00 WAT H +ATOM 4986 H2 TIP3X 33 -32.880 -48.870 -43.240 1.00 0.00 WAT H +ATOM 4987 OH2 TIP3X 34 38.350 30.020 -14.860 1.00 0.00 WAT O +ATOM 4988 H1 TIP3X 34 38.090 30.220 -15.760 1.00 0.00 WAT H +ATOM 4989 H2 TIP3X 34 37.710 30.490 -14.320 1.00 0.00 WAT H +ATOM 4990 OH2 TIP3X 35 45.030 -24.270 -41.010 1.00 0.00 WAT O +ATOM 4991 H1 TIP3X 35 44.590 -25.080 -40.770 1.00 0.00 WAT H +ATOM 4992 H2 TIP3X 35 45.450 -24.450 -41.850 1.00 0.00 WAT H +ATOM 4993 OH2 TIP3X 36 10.120 -29.180 23.910 1.00 0.00 WAT O +ATOM 4994 H1 TIP3X 36 9.230 -29.390 23.640 1.00 0.00 WAT H +ATOM 4995 H2 TIP3X 36 10.600 -29.990 23.790 1.00 0.00 WAT H +ATOM 4996 OH2 TIP3X 37 42.180 -17.590 -39.130 1.00 0.00 WAT O +ATOM 4997 H1 TIP3X 37 42.020 -17.010 -39.880 1.00 0.00 WAT H +ATOM 4998 H2 TIP3X 37 41.450 -18.220 -39.170 1.00 0.00 WAT H +ATOM 4999 OH2 TIP3X 38 -43.340 41.300 -15.770 1.00 0.00 WAT O +ATOM 5000 H1 TIP3X 38 -43.940 40.590 -15.530 1.00 0.00 WAT H +ATOM 5001 H2 TIP3X 38 -43.670 41.620 -16.610 1.00 0.00 WAT H +ATOM 5002 OH2 TIP3X 39 2.640 -2.110 25.500 1.00 0.00 WAT O +ATOM 5003 H1 TIP3X 39 2.880 -2.780 26.140 1.00 0.00 WAT H +ATOM 5004 H2 TIP3X 39 2.490 -2.570 24.680 1.00 0.00 WAT H +ATOM 5005 OH2 TIP3X 40 46.910 -9.870 -12.460 1.00 0.00 WAT O +ATOM 5006 H1 TIP3X 40 47.740 -9.450 -12.700 1.00 0.00 WAT H +ATOM 5007 H2 TIP3X 40 46.640 -10.350 -13.250 1.00 0.00 WAT H +ATOM 5008 OH2 TIP3X 41 37.670 -3.380 27.320 1.00 0.00 WAT O +ATOM 5009 H1 TIP3X 41 37.970 -2.480 27.360 1.00 0.00 WAT H +ATOM 5010 H2 TIP3X 41 38.410 -3.880 26.970 1.00 0.00 WAT H +ATOM 5011 OH2 TIP3X 42 -12.380 -26.970 19.010 1.00 0.00 WAT O +ATOM 5012 H1 TIP3X 42 -12.900 -26.330 19.500 1.00 0.00 WAT H +ATOM 5013 H2 TIP3X 42 -12.550 -26.770 18.090 1.00 0.00 WAT H +ATOM 5014 OH2 TIP3X 43 41.620 -4.170 29.430 1.00 0.00 WAT O +ATOM 5015 H1 TIP3X 43 40.880 -3.870 29.970 1.00 0.00 WAT H +ATOM 5016 H2 TIP3X 43 42.320 -3.540 29.600 1.00 0.00 WAT H +ATOM 5017 OH2 TIP3X 44 3.120 -14.020 -43.360 1.00 0.00 WAT O +ATOM 5018 H1 TIP3X 44 4.070 -14.090 -43.300 1.00 0.00 WAT H +ATOM 5019 H2 TIP3X 44 2.820 -14.880 -43.660 1.00 0.00 WAT H +ATOM 5020 OH2 TIP3X 45 31.180 -23.330 -43.550 1.00 0.00 WAT O +ATOM 5021 H1 TIP3X 45 31.780 -22.640 -43.300 1.00 0.00 WAT H +ATOM 5022 H2 TIP3X 45 30.700 -22.980 -44.310 1.00 0.00 WAT H +ATOM 5023 OH2 TIP3X 46 -10.700 -1.260 13.260 1.00 0.00 WAT O +ATOM 5024 H1 TIP3X 46 -9.920 -0.770 13.010 1.00 0.00 WAT H +ATOM 5025 H2 TIP3X 46 -10.420 -2.170 13.260 1.00 0.00 WAT H +ATOM 5026 OH2 TIP3X 47 34.430 32.890 30.240 1.00 0.00 WAT O +ATOM 5027 H1 TIP3X 47 34.170 32.860 29.320 1.00 0.00 WAT H +ATOM 5028 H2 TIP3X 47 33.860 32.260 30.680 1.00 0.00 WAT H +ATOM 5029 OH2 TIP3X 48 -10.500 5.830 27.030 1.00 0.00 WAT O +ATOM 5030 H1 TIP3X 48 -10.890 6.700 26.990 1.00 0.00 WAT H +ATOM 5031 H2 TIP3X 48 -9.730 5.880 26.450 1.00 0.00 WAT H +ATOM 5032 OH2 TIP3X 49 -25.390 -14.990 20.210 1.00 0.00 WAT O +ATOM 5033 H1 TIP3X 49 -26.160 -14.430 20.160 1.00 0.00 WAT H +ATOM 5034 H2 TIP3X 49 -25.370 -15.460 19.380 1.00 0.00 WAT H +ATOM 5035 OH2 TIP3X 50 -11.200 6.540 8.080 1.00 0.00 WAT O +ATOM 5036 H1 TIP3X 50 -11.340 7.480 7.940 1.00 0.00 WAT H +ATOM 5037 H2 TIP3X 50 -10.900 6.220 7.240 1.00 0.00 WAT H +ATOM 5038 OH2 TIP3X 51 -29.290 -10.630 18.970 1.00 0.00 WAT O +ATOM 5039 H1 TIP3X 51 -28.470 -11.010 18.650 1.00 0.00 WAT H +ATOM 5040 H2 TIP3X 51 -29.250 -9.710 18.700 1.00 0.00 WAT H +ATOM 5041 OH2 TIP3X 52 -1.190 -4.180 -3.480 1.00 0.00 WAT O +ATOM 5042 H1 TIP3X 52 -1.300 -5.040 -3.900 1.00 0.00 WAT H +ATOM 5043 H2 TIP3X 52 -1.210 -4.360 -2.550 1.00 0.00 WAT H +ATOM 5044 OH2 TIP3X 53 -0.520 -2.640 1.070 1.00 0.00 WAT O +ATOM 5045 H1 TIP3X 53 0.110 -2.010 1.430 1.00 0.00 WAT H +ATOM 5046 H2 TIP3X 53 -0.900 -3.050 1.840 1.00 0.00 WAT H +ATOM 5047 OH2 TIP3X 54 -4.070 9.450 -47.040 1.00 0.00 WAT O +ATOM 5048 H1 TIP3X 54 -4.030 10.320 -46.650 1.00 0.00 WAT H +ATOM 5049 H2 TIP3X 54 -4.130 9.630 -47.980 1.00 0.00 WAT H +ATOM 5050 OH2 TIP3X 55 15.660 -34.930 27.930 1.00 0.00 WAT O +ATOM 5051 H1 TIP3X 55 16.110 -35.770 27.950 1.00 0.00 WAT H +ATOM 5052 H2 TIP3X 55 14.840 -35.090 28.420 1.00 0.00 WAT H +ATOM 5053 OH2 TIP3X 56 -7.340 28.840 35.170 1.00 0.00 WAT O +ATOM 5054 H1 TIP3X 56 -6.830 29.150 34.430 1.00 0.00 WAT H +ATOM 5055 H2 TIP3X 56 -8.250 29.070 34.950 1.00 0.00 WAT H +ATOM 5056 OH2 TIP3X 57 -0.420 -1.710 -1.820 1.00 0.00 WAT O +ATOM 5057 H1 TIP3X 57 -0.350 -2.100 -0.950 1.00 0.00 WAT H +ATOM 5058 H2 TIP3X 57 -1.250 -1.220 -1.800 1.00 0.00 WAT H +ATOM 5059 OH2 TIP3X 58 -11.900 -42.060 28.000 1.00 0.00 WAT O +ATOM 5060 H1 TIP3X 58 -12.340 -41.220 27.910 1.00 0.00 WAT H +ATOM 5061 H2 TIP3X 58 -12.030 -42.320 28.910 1.00 0.00 WAT H +ATOM 5062 OH2 TIP3X 59 21.620 -21.240 31.470 1.00 0.00 WAT O +ATOM 5063 H1 TIP3X 59 21.710 -22.180 31.680 1.00 0.00 WAT H +ATOM 5064 H2 TIP3X 59 20.680 -21.130 31.330 1.00 0.00 WAT H +ATOM 5065 OH2 TIP3X 60 30.620 -0.150 -45.140 1.00 0.00 WAT O +ATOM 5066 H1 TIP3X 60 30.210 0.700 -44.970 1.00 0.00 WAT H +ATOM 5067 H2 TIP3X 60 31.370 0.050 -45.670 1.00 0.00 WAT H +ATOM 5068 OH2 TIP3X 61 -1.290 17.620 16.610 1.00 0.00 WAT O +ATOM 5069 H1 TIP3X 61 -0.530 17.050 16.780 1.00 0.00 WAT H +ATOM 5070 H2 TIP3X 61 -1.230 17.830 15.680 1.00 0.00 WAT H +ATOM 5071 OH2 TIP3X 62 -3.760 10.370 -42.160 1.00 0.00 WAT O +ATOM 5072 H1 TIP3X 62 -4.490 10.910 -42.460 1.00 0.00 WAT H +ATOM 5073 H2 TIP3X 62 -3.080 10.480 -42.840 1.00 0.00 WAT H +ATOM 5074 OH2 TIP3X 63 15.420 8.490 -48.140 1.00 0.00 WAT O +ATOM 5075 H1 TIP3X 63 15.440 9.450 -48.190 1.00 0.00 WAT H +ATOM 5076 H2 TIP3X 63 16.060 8.210 -48.800 1.00 0.00 WAT H +ATOM 5077 OH2 TIP3X 64 8.110 -6.090 -11.640 1.00 0.00 WAT O +ATOM 5078 H1 TIP3X 64 8.070 -6.770 -10.970 1.00 0.00 WAT H +ATOM 5079 H2 TIP3X 64 7.220 -6.050 -11.990 1.00 0.00 WAT H +ATOM 5080 OH2 TIP3X 65 3.420 -29.660 -33.550 1.00 0.00 WAT O +ATOM 5081 H1 TIP3X 65 3.570 -30.540 -33.900 1.00 0.00 WAT H +ATOM 5082 H2 TIP3X 65 4.290 -29.310 -33.400 1.00 0.00 WAT H +ATOM 5083 OH2 TIP3X 66 15.220 19.190 -39.290 1.00 0.00 WAT O +ATOM 5084 H1 TIP3X 66 15.550 19.460 -38.440 1.00 0.00 WAT H +ATOM 5085 H2 TIP3X 66 15.870 19.510 -39.920 1.00 0.00 WAT H +ATOM 5086 OH2 TIP3X 67 -39.700 -11.400 -30.510 1.00 0.00 WAT O +ATOM 5087 H1 TIP3X 67 -39.240 -12.160 -30.850 1.00 0.00 WAT H +ATOM 5088 H2 TIP3X 67 -40.550 -11.730 -30.240 1.00 0.00 WAT H +ATOM 5089 OH2 TIP3X 68 -38.030 -24.580 -40.710 1.00 0.00 WAT O +ATOM 5090 H1 TIP3X 68 -38.520 -24.420 -39.900 1.00 0.00 WAT H +ATOM 5091 H2 TIP3X 68 -37.790 -25.500 -40.660 1.00 0.00 WAT H +ATOM 5092 OH2 TIP3X 69 -6.390 -18.340 15.220 1.00 0.00 WAT O +ATOM 5093 H1 TIP3X 69 -6.400 -17.390 15.170 1.00 0.00 WAT H +ATOM 5094 H2 TIP3X 69 -6.980 -18.630 14.510 1.00 0.00 WAT H +ATOM 5095 OH2 TIP3X 70 48.070 9.230 22.570 1.00 0.00 WAT O +ATOM 5096 H1 TIP3X 70 48.320 10.150 22.710 1.00 0.00 WAT H +ATOM 5097 H2 TIP3X 70 48.700 8.910 21.940 1.00 0.00 WAT H +ATOM 5098 OH2 TIP3X 71 -30.410 -4.950 30.270 1.00 0.00 WAT O +ATOM 5099 H1 TIP3X 71 -29.860 -4.790 29.500 1.00 0.00 WAT H +ATOM 5100 H2 TIP3X 71 -31.150 -4.350 30.180 1.00 0.00 WAT H +ATOM 5101 OH2 TIP3X 72 7.990 29.360 -23.970 1.00 0.00 WAT O +ATOM 5102 H1 TIP3X 72 8.560 28.600 -23.950 1.00 0.00 WAT H +ATOM 5103 H2 TIP3X 72 8.560 30.090 -24.210 1.00 0.00 WAT H +ATOM 5104 OH2 TIP3X 73 45.550 12.220 -21.220 1.00 0.00 WAT O +ATOM 5105 H1 TIP3X 73 45.270 12.360 -20.330 1.00 0.00 WAT H +ATOM 5106 H2 TIP3X 73 46.490 12.400 -21.210 1.00 0.00 WAT H +ATOM 5107 OH2 TIP3X 74 4.190 0.960 -6.590 1.00 0.00 WAT O +ATOM 5108 H1 TIP3X 74 3.430 1.300 -7.070 1.00 0.00 WAT H +ATOM 5109 H2 TIP3X 74 4.940 1.250 -7.090 1.00 0.00 WAT H +ATOM 5110 OH2 TIP3X 75 -17.360 -21.980 -33.000 1.00 0.00 WAT O +ATOM 5111 H1 TIP3X 75 -18.130 -21.460 -33.170 1.00 0.00 WAT H +ATOM 5112 H2 TIP3X 75 -17.230 -22.490 -33.800 1.00 0.00 WAT H +ATOM 5113 OH2 TIP3X 76 -44.380 5.620 -40.110 1.00 0.00 WAT O +ATOM 5114 H1 TIP3X 76 -45.240 5.840 -39.770 1.00 0.00 WAT H +ATOM 5115 H2 TIP3X 76 -44.560 5.060 -40.860 1.00 0.00 WAT H +ATOM 5116 OH2 TIP3X 77 0.860 -1.150 -9.400 1.00 0.00 WAT O +ATOM 5117 H1 TIP3X 77 0.310 -0.820 -10.120 1.00 0.00 WAT H +ATOM 5118 H2 TIP3X 77 0.240 -1.350 -8.700 1.00 0.00 WAT H +ATOM 5119 OH2 TIP3X 78 -15.940 -31.670 39.050 1.00 0.00 WAT O +ATOM 5120 H1 TIP3X 78 -15.770 -30.800 38.700 1.00 0.00 WAT H +ATOM 5121 H2 TIP3X 78 -16.760 -31.940 38.640 1.00 0.00 WAT H +ATOM 5122 OH2 TIP3X 79 -29.910 34.430 41.570 1.00 0.00 WAT O +ATOM 5123 H1 TIP3X 79 -30.080 33.660 41.010 1.00 0.00 WAT H +ATOM 5124 H2 TIP3X 79 -29.090 34.800 41.240 1.00 0.00 WAT H +ATOM 5125 OH2 TIP3X 80 -3.130 -11.930 -9.690 1.00 0.00 WAT O +ATOM 5126 H1 TIP3X 80 -3.310 -12.780 -10.100 1.00 0.00 WAT H +ATOM 5127 H2 TIP3X 80 -3.920 -11.740 -9.180 1.00 0.00 WAT H +ATOM 5128 OH2 TIP3X 81 7.440 -15.140 -1.260 1.00 0.00 WAT O +ATOM 5129 H1 TIP3X 81 7.300 -14.190 -1.250 1.00 0.00 WAT H +ATOM 5130 H2 TIP3X 81 8.090 -15.280 -0.570 1.00 0.00 WAT H +ATOM 5131 OH2 TIP3X 82 -2.990 -47.180 -23.310 1.00 0.00 WAT O +ATOM 5132 H1 TIP3X 82 -3.110 -47.440 -22.400 1.00 0.00 WAT H +ATOM 5133 H2 TIP3X 82 -3.750 -47.540 -23.760 1.00 0.00 WAT H +ATOM 5134 OH2 TIP3X 83 5.630 -3.070 4.040 1.00 0.00 WAT O +ATOM 5135 H1 TIP3X 83 5.800 -4.010 4.170 1.00 0.00 WAT H +ATOM 5136 H2 TIP3X 83 6.460 -2.720 3.730 1.00 0.00 WAT H +ATOM 5137 OH2 TIP3X 84 19.630 37.520 -43.400 1.00 0.00 WAT O +ATOM 5138 H1 TIP3X 84 20.030 38.120 -42.770 1.00 0.00 WAT H +ATOM 5139 H2 TIP3X 84 20.120 37.670 -44.210 1.00 0.00 WAT H +ATOM 5140 OH2 TIP3X 85 -3.360 0.990 -9.100 1.00 0.00 WAT O +ATOM 5141 H1 TIP3X 85 -4.270 1.230 -9.010 1.00 0.00 WAT H +ATOM 5142 H2 TIP3X 85 -3.120 0.600 -8.260 1.00 0.00 WAT H +ATOM 5143 OH2 TIP3X 86 2.880 -1.890 -7.580 1.00 0.00 WAT O +ATOM 5144 H1 TIP3X 86 3.310 -1.190 -8.080 1.00 0.00 WAT H +ATOM 5145 H2 TIP3X 86 2.050 -2.030 -8.030 1.00 0.00 WAT H +ATOM 5146 OH2 TIP3X 87 -5.560 -32.900 27.040 1.00 0.00 WAT O +ATOM 5147 H1 TIP3X 87 -5.030 -32.360 26.460 1.00 0.00 WAT H +ATOM 5148 H2 TIP3X 87 -5.080 -32.900 27.870 1.00 0.00 WAT H +ATOM 5149 OH2 TIP3X 88 26.030 -37.080 -44.380 1.00 0.00 WAT O +ATOM 5150 H1 TIP3X 88 25.960 -36.840 -45.300 1.00 0.00 WAT H +ATOM 5151 H2 TIP3X 88 25.920 -36.250 -43.900 1.00 0.00 WAT H +ATOM 5152 OH2 TIP3X 89 4.790 27.120 30.160 1.00 0.00 WAT O +ATOM 5153 H1 TIP3X 89 4.950 27.370 31.060 1.00 0.00 WAT H +ATOM 5154 H2 TIP3X 89 3.890 26.770 30.160 1.00 0.00 WAT H +ATOM 5155 OH2 TIP3X 90 2.070 -2.630 -4.880 1.00 0.00 WAT O +ATOM 5156 H1 TIP3X 90 2.420 -3.010 -5.680 1.00 0.00 WAT H +ATOM 5157 H2 TIP3X 90 2.240 -1.700 -4.950 1.00 0.00 WAT H +ATOM 5158 OH2 TIP3X 91 -14.570 15.370 -39.010 1.00 0.00 WAT O +ATOM 5159 H1 TIP3X 91 -14.080 15.130 -39.790 1.00 0.00 WAT H +ATOM 5160 H2 TIP3X 91 -15.340 14.800 -39.020 1.00 0.00 WAT H +ATOM 5161 OH2 TIP3X 92 19.740 17.610 -24.310 1.00 0.00 WAT O +ATOM 5162 H1 TIP3X 92 19.200 16.980 -24.770 1.00 0.00 WAT H +ATOM 5163 H2 TIP3X 92 19.540 18.450 -24.720 1.00 0.00 WAT H +ATOM 5164 OH2 TIP3X 93 -1.420 -4.200 3.060 1.00 0.00 WAT O +ATOM 5165 H1 TIP3X 93 -1.410 -5.160 3.100 1.00 0.00 WAT H +ATOM 5166 H2 TIP3X 93 -2.010 -3.940 3.770 1.00 0.00 WAT H +ATOM 5167 OH2 TIP3X 94 -1.010 -4.900 -0.630 1.00 0.00 WAT O +ATOM 5168 H1 TIP3X 94 -0.730 -5.510 0.030 1.00 0.00 WAT H +ATOM 5169 H2 TIP3X 94 -0.960 -4.030 -0.220 1.00 0.00 WAT H +ATOM 5170 OH2 TIP3X 1 -33.430 -26.330 -42.900 1.00 0.00 MW O +ATOM 5171 H1 TIP3X 1 -33.590 -26.660 -43.790 1.00 0.00 MW H +ATOM 5172 H2 TIP3X 1 -33.390 -27.120 -42.360 1.00 0.00 MW H +ATOM 5173 OH2 TIP3X 2 22.330 5.860 20.630 1.00 0.00 MW O +ATOM 5174 H1 TIP3X 2 21.480 6.150 20.320 1.00 0.00 MW H +ATOM 5175 H2 TIP3X 2 22.660 5.310 19.920 1.00 0.00 MW H +ATOM 5176 OH2 TIP3X 3 29.190 2.340 -19.880 1.00 0.00 MW O +ATOM 5177 H1 TIP3X 3 28.590 3.090 -19.860 1.00 0.00 MW H +ATOM 5178 H2 TIP3X 3 28.810 1.710 -19.270 1.00 0.00 MW H +ATOM 5179 OH2 TIP3X 4 -0.600 -3.410 28.950 1.00 0.00 MW O +ATOM 5180 H1 TIP3X 4 -0.840 -4.160 28.400 1.00 0.00 MW H +ATOM 5181 H2 TIP3X 4 -0.710 -3.710 29.850 1.00 0.00 MW H +ATOM 5182 OH2 TIP3X 5 36.690 0.130 33.340 1.00 0.00 MW O +ATOM 5183 H1 TIP3X 5 36.730 0.500 32.450 1.00 0.00 MW H +ATOM 5184 H2 TIP3X 5 37.050 -0.760 33.240 1.00 0.00 MW H +ATOM 5185 OH2 TIP3X 6 -41.910 -15.690 -29.920 1.00 0.00 MW O +ATOM 5186 H1 TIP3X 6 -42.610 -16.330 -29.820 1.00 0.00 MW H +ATOM 5187 H2 TIP3X 6 -41.960 -15.150 -29.130 1.00 0.00 MW H +ATOM 5188 OH2 TIP3X 7 -2.330 -32.480 21.530 1.00 0.00 MW O +ATOM 5189 H1 TIP3X 7 -1.530 -33.000 21.410 1.00 0.00 MW H +ATOM 5190 H2 TIP3X 7 -2.440 -32.040 20.690 1.00 0.00 MW H +ATOM 5191 OH2 TIP3X 8 21.030 -10.500 24.530 1.00 0.00 MW O +ATOM 5192 H1 TIP3X 8 20.800 -9.750 23.970 1.00 0.00 MW H +ATOM 5193 H2 TIP3X 8 20.360 -11.160 24.330 1.00 0.00 MW H +ATOM 5194 OH2 TIP3X 9 4.670 -37.890 -31.730 1.00 0.00 MW O +ATOM 5195 H1 TIP3X 9 5.530 -38.220 -31.460 1.00 0.00 MW H +ATOM 5196 H2 TIP3X 9 4.080 -38.130 -31.030 1.00 0.00 MW H +ATOM 5197 OH2 TIP3X 10 -17.370 -22.300 -47.160 1.00 0.00 MW O +ATOM 5198 H1 TIP3X 10 -17.710 -22.950 -47.770 1.00 0.00 MW H +ATOM 5199 H2 TIP3X 10 -17.940 -22.370 -46.390 1.00 0.00 MW H +ATOM 5200 OH2 TIP3X 11 39.620 -18.770 -38.720 1.00 0.00 MW O +ATOM 5201 H1 TIP3X 11 38.710 -19.100 -38.830 1.00 0.00 MW H +ATOM 5202 H2 TIP3X 11 39.780 -18.840 -37.780 1.00 0.00 MW H +ATOM 5203 OH2 TIP3X 12 -12.230 19.000 -27.430 1.00 0.00 MW O +ATOM 5204 H1 TIP3X 12 -12.930 18.480 -27.800 1.00 0.00 MW H +ATOM 5205 H2 TIP3X 12 -12.570 19.310 -26.590 1.00 0.00 MW H +ATOM 5206 OH2 TIP3X 13 2.990 1.520 31.070 1.00 0.00 MW O +ATOM 5207 H1 TIP3X 13 3.430 0.720 31.320 1.00 0.00 MW H +ATOM 5208 H2 TIP3X 13 2.180 1.240 30.650 1.00 0.00 MW H +ATOM 5209 OH2 TIP3X 14 45.530 2.830 -22.930 1.00 0.00 MW O +ATOM 5210 H1 TIP3X 14 46.250 2.680 -23.550 1.00 0.00 MW H +ATOM 5211 H2 TIP3X 14 45.390 1.960 -22.540 1.00 0.00 MW H +ATOM 5212 OH2 TIP3X 15 37.480 11.260 -40.970 1.00 0.00 MW O +ATOM 5213 H1 TIP3X 15 36.530 11.150 -40.920 1.00 0.00 MW H +ATOM 5214 H2 TIP3X 15 37.670 11.230 -41.900 1.00 0.00 MW H +ATOM 5215 OH2 TIP3X 16 -11.650 -26.700 31.960 1.00 0.00 MW O +ATOM 5216 H1 TIP3X 16 -12.220 -27.060 31.280 1.00 0.00 MW H +ATOM 5217 H2 TIP3X 16 -11.350 -27.460 32.460 1.00 0.00 MW H +ATOM 5218 OH2 TIP3X 17 -14.880 3.990 -39.590 1.00 0.00 MW O +ATOM 5219 H1 TIP3X 17 -15.750 4.020 -39.200 1.00 0.00 MW H +ATOM 5220 H2 TIP3X 17 -14.490 3.180 -39.250 1.00 0.00 MW H +ATOM 5221 OH2 TIP3X 18 3.210 36.330 -24.320 1.00 0.00 MW O +ATOM 5222 H1 TIP3X 18 3.290 35.390 -24.110 1.00 0.00 MW H +ATOM 5223 H2 TIP3X 18 3.200 36.760 -23.470 1.00 0.00 MW H +ATOM 5224 OH2 TIP3X 19 27.660 -40.940 20.940 1.00 0.00 MW O +ATOM 5225 H1 TIP3X 19 27.130 -41.720 21.140 1.00 0.00 MW H +ATOM 5226 H2 TIP3X 19 27.290 -40.610 20.130 1.00 0.00 MW H +ATOM 5227 OH2 TIP3X 20 -41.930 33.720 25.330 1.00 0.00 MW O +ATOM 5228 H1 TIP3X 20 -42.010 33.120 26.070 1.00 0.00 MW H +ATOM 5229 H2 TIP3X 20 -42.800 33.720 24.930 1.00 0.00 MW H +ATOM 5230 OH2 TIP3X 21 36.480 34.030 -5.800 1.00 0.00 MW O +ATOM 5231 H1 TIP3X 21 36.940 34.850 -5.710 1.00 0.00 MW H +ATOM 5232 H2 TIP3X 21 37.030 33.500 -6.370 1.00 0.00 MW H +ATOM 5233 OH2 TIP3X 22 5.440 41.750 -35.030 1.00 0.00 MW O +ATOM 5234 H1 TIP3X 22 5.980 41.470 -35.770 1.00 0.00 MW H +ATOM 5235 H2 TIP3X 22 6.050 41.850 -34.300 1.00 0.00 MW H +ATOM 5236 OH2 TIP3X 23 13.990 34.200 -38.810 1.00 0.00 MW O +ATOM 5237 H1 TIP3X 23 14.730 34.230 -39.420 1.00 0.00 MW H +ATOM 5238 H2 TIP3X 23 14.030 35.020 -38.330 1.00 0.00 MW H +ATOM 5239 OH2 TIP3X 24 8.250 -45.590 23.480 1.00 0.00 MW O +ATOM 5240 H1 TIP3X 24 8.150 -46.540 23.500 1.00 0.00 MW H +ATOM 5241 H2 TIP3X 24 7.370 -45.260 23.700 1.00 0.00 MW H +ATOM 5242 OH2 TIP3X 25 -18.690 -31.420 -35.550 1.00 0.00 MW O +ATOM 5243 H1 TIP3X 25 -19.280 -31.500 -34.810 1.00 0.00 MW H +ATOM 5244 H2 TIP3X 25 -18.450 -30.490 -35.580 1.00 0.00 MW H +ATOM 5245 OH2 TIP3X 26 -29.940 1.440 -11.290 1.00 0.00 MW O +ATOM 5246 H1 TIP3X 26 -30.460 0.660 -11.440 1.00 0.00 MW H +ATOM 5247 H2 TIP3X 26 -30.540 2.050 -10.860 1.00 0.00 MW H +ATOM 5248 OH2 TIP3X 27 -26.540 29.430 26.530 1.00 0.00 MW O +ATOM 5249 H1 TIP3X 27 -27.130 29.880 25.930 1.00 0.00 MW H +ATOM 5250 H2 TIP3X 27 -26.780 29.780 27.400 1.00 0.00 MW H +ATOM 5251 OH2 TIP3X 28 -39.750 -26.070 30.910 1.00 0.00 MW O +ATOM 5252 H1 TIP3X 28 -39.500 -25.150 30.950 1.00 0.00 MW H +ATOM 5253 H2 TIP3X 28 -39.890 -26.250 29.990 1.00 0.00 MW H +ATOM 5254 OH2 TIP3X 29 -21.610 33.860 -22.620 1.00 0.00 MW O +ATOM 5255 H1 TIP3X 29 -22.560 33.870 -22.720 1.00 0.00 MW H +ATOM 5256 H2 TIP3X 29 -21.290 33.250 -23.290 1.00 0.00 MW H +ATOM 5257 OH2 TIP3X 30 -4.540 -16.030 31.500 1.00 0.00 MW O +ATOM 5258 H1 TIP3X 30 -4.110 -15.280 31.080 1.00 0.00 MW H +ATOM 5259 H2 TIP3X 30 -5.290 -16.220 30.950 1.00 0.00 MW H +ATOM 5260 OH2 TIP3X 31 40.420 -50.210 -13.070 1.00 0.00 MW O +ATOM 5261 H1 TIP3X 31 40.220 -49.860 -12.200 1.00 0.00 MW H +ATOM 5262 H2 TIP3X 31 40.660 -49.450 -13.590 1.00 0.00 MW H +ATOM 5263 OH2 TIP3X 32 13.780 11.030 -28.600 1.00 0.00 MW O +ATOM 5264 H1 TIP3X 32 14.330 10.590 -29.260 1.00 0.00 MW H +ATOM 5265 H2 TIP3X 32 12.930 10.590 -28.650 1.00 0.00 MW H +ATOM 5266 OH2 TIP3X 33 -22.060 -20.270 37.470 1.00 0.00 MW O +ATOM 5267 H1 TIP3X 33 -21.260 -19.990 37.920 1.00 0.00 MW H +ATOM 5268 H2 TIP3X 33 -22.060 -19.790 36.650 1.00 0.00 MW H +ATOM 5269 OH2 TIP3X 34 -3.300 -36.540 -41.320 1.00 0.00 MW O +ATOM 5270 H1 TIP3X 34 -4.010 -36.320 -41.910 1.00 0.00 MW H +ATOM 5271 H2 TIP3X 34 -3.170 -35.750 -40.790 1.00 0.00 MW H +ATOM 5272 OH2 TIP3X 35 -17.620 -24.730 35.420 1.00 0.00 MW O +ATOM 5273 H1 TIP3X 35 -17.440 -23.940 35.920 1.00 0.00 MW H +ATOM 5274 H2 TIP3X 35 -17.470 -24.490 34.510 1.00 0.00 MW H +ATOM 5275 OH2 TIP3X 36 -36.140 12.330 -16.250 1.00 0.00 MW O +ATOM 5276 H1 TIP3X 36 -36.290 12.120 -17.170 1.00 0.00 MW H +ATOM 5277 H2 TIP3X 36 -35.280 11.950 -16.060 1.00 0.00 MW H +ATOM 5278 OH2 TIP3X 37 -14.010 1.590 -47.440 1.00 0.00 MW O +ATOM 5279 H1 TIP3X 37 -13.710 2.370 -46.970 1.00 0.00 MW H +ATOM 5280 H2 TIP3X 37 -14.730 1.250 -46.910 1.00 0.00 MW H +ATOM 5281 OH2 TIP3X 38 -5.540 14.450 20.070 1.00 0.00 MW O +ATOM 5282 H1 TIP3X 38 -4.970 13.970 19.450 1.00 0.00 MW H +ATOM 5283 H2 TIP3X 38 -6.010 15.070 19.520 1.00 0.00 MW H +ATOM 5284 OH2 TIP3X 39 11.320 13.290 -48.870 1.00 0.00 MW O +ATOM 5285 H1 TIP3X 39 11.270 13.980 -48.220 1.00 0.00 MW H +ATOM 5286 H2 TIP3X 39 10.870 13.660 -49.640 1.00 0.00 MW H +ATOM 5287 OH2 TIP3X 40 35.370 -34.410 -47.080 1.00 0.00 MW O +ATOM 5288 H1 TIP3X 40 35.080 -34.500 -46.170 1.00 0.00 MW H +ATOM 5289 H2 TIP3X 40 35.880 -33.600 -47.080 1.00 0.00 MW H +ATOM 5290 OH2 TIP3X 41 33.880 18.130 -34.370 1.00 0.00 MW O +ATOM 5291 H1 TIP3X 41 34.150 17.250 -34.150 1.00 0.00 MW H +ATOM 5292 H2 TIP3X 41 34.650 18.540 -34.750 1.00 0.00 MW H +ATOM 5293 OH2 TIP3X 42 -5.240 37.820 18.710 1.00 0.00 MW O +ATOM 5294 H1 TIP3X 42 -5.950 38.380 18.370 1.00 0.00 MW H +ATOM 5295 H2 TIP3X 42 -5.010 37.260 17.970 1.00 0.00 MW H +ATOM 5296 OH2 TIP3X 43 14.320 42.360 -28.080 1.00 0.00 MW O +ATOM 5297 H1 TIP3X 43 14.630 42.230 -27.180 1.00 0.00 MW H +ATOM 5298 H2 TIP3X 43 13.410 42.060 -28.070 1.00 0.00 MW H +ATOM 5299 OH2 TIP3X 44 32.940 30.340 -36.110 1.00 0.00 MW O +ATOM 5300 H1 TIP3X 44 33.300 30.250 -36.980 1.00 0.00 MW H +ATOM 5301 H2 TIP3X 44 33.710 30.380 -35.540 1.00 0.00 MW H +ATOM 5302 OH2 TIP3X 45 37.620 22.080 -28.070 1.00 0.00 MW O +ATOM 5303 H1 TIP3X 45 38.510 22.310 -27.800 1.00 0.00 MW H +ATOM 5304 H2 TIP3X 45 37.520 22.450 -28.940 1.00 0.00 MW H +ATOM 5305 OH2 TIP3X 46 -24.840 -23.690 29.560 1.00 0.00 MW O +ATOM 5306 H1 TIP3X 46 -25.510 -23.100 29.880 1.00 0.00 MW H +ATOM 5307 H2 TIP3X 46 -25.270 -24.550 29.510 1.00 0.00 MW H +ATOM 5308 OH2 TIP3X 47 7.030 -42.670 -21.880 1.00 0.00 MW O +ATOM 5309 H1 TIP3X 47 6.160 -42.480 -21.540 1.00 0.00 MW H +ATOM 5310 H2 TIP3X 47 7.620 -42.530 -21.130 1.00 0.00 MW H +ATOM 5311 OH2 TIP3X 48 38.930 -19.630 -43.940 1.00 0.00 MW O +ATOM 5312 H1 TIP3X 48 38.720 -19.010 -43.250 1.00 0.00 MW H +ATOM 5313 H2 TIP3X 48 39.800 -19.940 -43.730 1.00 0.00 MW H +ATOM 5314 OH2 TIP3X 49 19.760 -38.870 18.320 1.00 0.00 MW O +ATOM 5315 H1 TIP3X 49 19.590 -38.010 17.930 1.00 0.00 MW H +ATOM 5316 H2 TIP3X 49 20.020 -39.420 17.580 1.00 0.00 MW H +ATOM 5317 OH2 TIP3X 50 -36.500 -6.990 -24.870 1.00 0.00 MW O +ATOM 5318 H1 TIP3X 50 -35.630 -7.270 -24.570 1.00 0.00 MW H +ATOM 5319 H2 TIP3X 50 -36.420 -6.910 -25.820 1.00 0.00 MW H +ATOM 5320 OH2 TIP3X 51 38.180 41.970 -22.720 1.00 0.00 MW O +ATOM 5321 H1 TIP3X 51 38.730 41.320 -22.260 1.00 0.00 MW H +ATOM 5322 H2 TIP3X 51 38.720 42.240 -23.470 1.00 0.00 MW H +ATOM 5323 OH2 TIP3X 52 36.040 -24.660 31.190 1.00 0.00 MW O +ATOM 5324 H1 TIP3X 52 35.550 -23.840 31.130 1.00 0.00 MW H +ATOM 5325 H2 TIP3X 52 36.410 -24.670 32.070 1.00 0.00 MW H +ATOM 5326 OH2 TIP3X 53 45.350 -1.950 37.980 1.00 0.00 MW O +ATOM 5327 H1 TIP3X 53 45.630 -1.230 38.550 1.00 0.00 MW H +ATOM 5328 H2 TIP3X 53 45.910 -2.680 38.220 1.00 0.00 MW H +ATOM 5329 OH2 TIP3X 54 15.250 -6.590 38.360 1.00 0.00 MW O +ATOM 5330 H1 TIP3X 54 14.530 -6.940 37.850 1.00 0.00 MW H +ATOM 5331 H2 TIP3X 54 15.840 -6.210 37.710 1.00 0.00 MW H +ATOM 5332 OH2 TIP3X 55 15.610 4.200 -19.160 1.00 0.00 MW O +ATOM 5333 H1 TIP3X 55 15.680 3.460 -19.760 1.00 0.00 MW H +ATOM 5334 H2 TIP3X 55 16.270 4.820 -19.460 1.00 0.00 MW H +ATOM 5335 OH2 TIP3X 56 -35.710 -15.550 -27.810 1.00 0.00 MW O +ATOM 5336 H1 TIP3X 56 -35.950 -14.960 -28.520 1.00 0.00 MW H +ATOM 5337 H2 TIP3X 56 -34.780 -15.750 -27.960 1.00 0.00 MW H +ATOM 5338 OH2 TIP3X 57 -34.920 -40.090 -35.720 1.00 0.00 MW O +ATOM 5339 H1 TIP3X 57 -34.870 -39.420 -36.390 1.00 0.00 MW H +ATOM 5340 H2 TIP3X 57 -34.340 -39.800 -35.030 1.00 0.00 MW H +ATOM 5341 OH2 TIP3X 58 14.040 -49.640 -27.290 1.00 0.00 MW O +ATOM 5342 H1 TIP3X 58 14.390 -49.850 -28.150 1.00 0.00 MW H +ATOM 5343 H2 TIP3X 58 13.250 -50.180 -27.210 1.00 0.00 MW H +ATOM 5344 OH2 TIP3X 59 26.230 27.800 -12.640 1.00 0.00 MW O +ATOM 5345 H1 TIP3X 59 26.080 27.180 -11.930 1.00 0.00 MW H +ATOM 5346 H2 TIP3X 59 25.990 28.640 -12.270 1.00 0.00 MW H +ATOM 5347 OH2 TIP3X 60 0.950 -37.920 23.480 1.00 0.00 MW O +ATOM 5348 H1 TIP3X 60 0.700 -38.760 23.090 1.00 0.00 MW H +ATOM 5349 H2 TIP3X 60 0.270 -37.740 24.110 1.00 0.00 MW H +ATOM 5350 OH2 TIP3X 61 24.830 31.320 -40.660 1.00 0.00 MW O +ATOM 5351 H1 TIP3X 61 24.790 32.280 -40.610 1.00 0.00 MW H +ATOM 5352 H2 TIP3X 61 25.760 31.110 -40.480 1.00 0.00 MW H +ATOM 5353 OH2 TIP3X 62 -42.050 23.450 -34.310 1.00 0.00 MW O +ATOM 5354 H1 TIP3X 62 -42.990 23.500 -34.180 1.00 0.00 MW H +ATOM 5355 H2 TIP3X 62 -41.830 22.540 -34.190 1.00 0.00 MW H +ATOM 5356 OH2 TIP3X 63 -22.090 -27.320 -39.550 1.00 0.00 MW O +ATOM 5357 H1 TIP3X 63 -21.510 -27.920 -39.080 1.00 0.00 MW H +ATOM 5358 H2 TIP3X 63 -21.910 -27.490 -40.470 1.00 0.00 MW H +ATOM 5359 OH2 TIP3X 64 44.820 -23.470 -51.110 1.00 0.00 MW O +ATOM 5360 H1 TIP3X 64 45.620 -22.960 -51.010 1.00 0.00 MW H +ATOM 5361 H2 TIP3X 64 44.130 -22.860 -50.880 1.00 0.00 MW H +ATOM 5362 OH2 TIP3X 65 -39.060 -23.180 -30.380 1.00 0.00 MW O +ATOM 5363 H1 TIP3X 65 -39.020 -24.130 -30.300 1.00 0.00 MW H +ATOM 5364 H2 TIP3X 65 -39.770 -22.910 -29.810 1.00 0.00 MW H +ATOM 5365 OH2 TIP3X 66 -22.330 -12.590 -25.800 1.00 0.00 MW O +ATOM 5366 H1 TIP3X 66 -23.070 -13.190 -25.900 1.00 0.00 MW H +ATOM 5367 H2 TIP3X 66 -22.490 -11.900 -26.440 1.00 0.00 MW H +ATOM 5368 OH2 TIP3X 67 7.720 6.550 33.950 1.00 0.00 MW O +ATOM 5369 H1 TIP3X 67 7.980 6.190 34.790 1.00 0.00 MW H +ATOM 5370 H2 TIP3X 67 6.840 6.190 33.800 1.00 0.00 MW H +ATOM 5371 OH2 TIP3X 68 -11.480 38.360 -35.800 1.00 0.00 MW O +ATOM 5372 H1 TIP3X 68 -12.250 38.660 -35.310 1.00 0.00 MW H +ATOM 5373 H2 TIP3X 68 -10.990 39.150 -36.000 1.00 0.00 MW H +ATOM 5374 OH2 TIP3X 69 -21.840 26.500 -38.970 1.00 0.00 MW O +ATOM 5375 H1 TIP3X 69 -21.860 26.730 -39.890 1.00 0.00 MW H +ATOM 5376 H2 TIP3X 69 -22.140 25.590 -38.930 1.00 0.00 MW H +ATOM 5377 OH2 TIP3X 70 43.610 -21.900 -41.030 1.00 0.00 MW O +ATOM 5378 H1 TIP3X 70 44.080 -21.460 -41.750 1.00 0.00 MW H +ATOM 5379 H2 TIP3X 70 44.110 -22.710 -40.890 1.00 0.00 MW H +ATOM 5380 OH2 TIP3X 71 -34.030 11.090 -25.950 1.00 0.00 MW O +ATOM 5381 H1 TIP3X 71 -34.130 11.770 -25.270 1.00 0.00 MW H +ATOM 5382 H2 TIP3X 71 -33.090 11.040 -26.100 1.00 0.00 MW H +ATOM 5383 OH2 TIP3X 72 -25.330 2.870 -42.330 1.00 0.00 MW O +ATOM 5384 H1 TIP3X 72 -24.660 2.870 -43.020 1.00 0.00 MW H +ATOM 5385 H2 TIP3X 72 -25.730 2.000 -42.400 1.00 0.00 MW H +ATOM 5386 OH2 TIP3X 73 -27.550 -48.430 -20.990 1.00 0.00 MW O +ATOM 5387 H1 TIP3X 73 -27.200 -49.090 -20.390 1.00 0.00 MW H +ATOM 5388 H2 TIP3X 73 -28.140 -48.910 -21.550 1.00 0.00 MW H +ATOM 5389 OH2 TIP3X 74 -10.990 -39.640 -34.260 1.00 0.00 MW O +ATOM 5390 H1 TIP3X 74 -10.190 -39.810 -33.760 1.00 0.00 MW H +ATOM 5391 H2 TIP3X 74 -10.770 -38.870 -34.800 1.00 0.00 MW H +ATOM 5392 OH2 TIP3X 75 46.610 40.650 -25.250 1.00 0.00 MW O +ATOM 5393 H1 TIP3X 75 47.370 40.390 -24.740 1.00 0.00 MW H +ATOM 5394 H2 TIP3X 75 46.360 39.870 -25.740 1.00 0.00 MW H +ATOM 5395 OH2 TIP3X 76 24.460 6.720 -35.700 1.00 0.00 MW O +ATOM 5396 H1 TIP3X 76 25.200 6.290 -36.130 1.00 0.00 MW H +ATOM 5397 H2 TIP3X 76 24.850 7.330 -35.080 1.00 0.00 MW H +ATOM 5398 OH2 TIP3X 77 42.640 -48.350 -44.300 1.00 0.00 MW O +ATOM 5399 H1 TIP3X 77 42.060 -48.700 -44.980 1.00 0.00 MW H +ATOM 5400 H2 TIP3X 77 43.350 -47.920 -44.780 1.00 0.00 MW H +ATOM 5401 OH2 TIP3X 78 3.740 -10.950 -51.300 1.00 0.00 MW O +ATOM 5402 H1 TIP3X 78 4.250 -10.140 -51.270 1.00 0.00 MW H +ATOM 5403 H2 TIP3X 78 2.830 -10.660 -51.350 1.00 0.00 MW H +ATOM 5404 OH2 TIP3X 79 -16.700 34.180 -38.320 1.00 0.00 MW O +ATOM 5405 H1 TIP3X 79 -16.240 33.350 -38.340 1.00 0.00 MW H +ATOM 5406 H2 TIP3X 79 -16.420 34.570 -37.490 1.00 0.00 MW H +ATOM 5407 OH2 TIP3X 80 26.070 -2.920 -39.630 1.00 0.00 MW O +ATOM 5408 H1 TIP3X 80 26.820 -2.590 -40.120 1.00 0.00 MW H +ATOM 5409 H2 TIP3X 80 26.420 -3.120 -38.760 1.00 0.00 MW H +ATOM 5410 OH2 TIP3X 81 -39.030 -27.910 -23.190 1.00 0.00 MW O +ATOM 5411 H1 TIP3X 81 -39.520 -27.110 -23.340 1.00 0.00 MW H +ATOM 5412 H2 TIP3X 81 -38.900 -28.280 -24.060 1.00 0.00 MW H +ATOM 5413 OH2 TIP3X 82 11.700 -1.110 -50.770 1.00 0.00 MW O +ATOM 5414 H1 TIP3X 82 10.740 -1.090 -50.820 1.00 0.00 MW H +ATOM 5415 H2 TIP3X 82 11.940 -1.950 -51.150 1.00 0.00 MW H +ATOM 5416 OH2 TIP3X 83 -16.970 -44.340 25.130 1.00 0.00 MW O +ATOM 5417 H1 TIP3X 83 -16.930 -43.460 25.530 1.00 0.00 MW H +ATOM 5418 H2 TIP3X 83 -17.860 -44.410 24.780 1.00 0.00 MW H +ATOM 5419 OH2 TIP3X 84 -28.090 8.340 -33.890 1.00 0.00 MW O +ATOM 5420 H1 TIP3X 84 -27.820 8.900 -34.610 1.00 0.00 MW H +ATOM 5421 H2 TIP3X 84 -28.770 8.840 -33.430 1.00 0.00 MW H +ATOM 5422 OH2 TIP3X 85 -20.450 -17.900 -41.150 1.00 0.00 MW O +ATOM 5423 H1 TIP3X 85 -20.890 -18.280 -41.900 1.00 0.00 MW H +ATOM 5424 H2 TIP3X 85 -19.850 -18.580 -40.840 1.00 0.00 MW H +ATOM 5425 OH2 TIP3X 86 -19.060 -25.330 -38.500 1.00 0.00 MW O +ATOM 5426 H1 TIP3X 86 -19.710 -25.380 -37.800 1.00 0.00 MW H +ATOM 5427 H2 TIP3X 86 -19.310 -24.560 -39.000 1.00 0.00 MW H +ATOM 5428 OH2 TIP3X 87 28.260 -37.650 -34.810 1.00 0.00 MW O +ATOM 5429 H1 TIP3X 87 27.780 -37.900 -34.020 1.00 0.00 MW H +ATOM 5430 H2 TIP3X 87 28.410 -36.710 -34.710 1.00 0.00 MW H +ATOM 5431 OH2 TIP3X 88 34.810 30.020 -22.110 1.00 0.00 MW O +ATOM 5432 H1 TIP3X 88 34.280 29.360 -22.570 1.00 0.00 MW H +ATOM 5433 H2 TIP3X 88 35.580 30.150 -22.660 1.00 0.00 MW H +ATOM 5434 OH2 TIP3X 89 -6.320 -32.720 -23.710 1.00 0.00 MW O +ATOM 5435 H1 TIP3X 89 -6.990 -32.220 -24.170 1.00 0.00 MW H +ATOM 5436 H2 TIP3X 89 -6.630 -32.800 -22.810 1.00 0.00 MW H +ATOM 5437 OH2 TIP3X 90 -21.560 -45.490 20.510 1.00 0.00 MW O +ATOM 5438 H1 TIP3X 90 -21.860 -44.660 20.910 1.00 0.00 MW H +ATOM 5439 H2 TIP3X 90 -22.370 -45.940 20.300 1.00 0.00 MW H +ATOM 5440 OH2 TIP3X 91 -17.920 -47.500 12.220 1.00 0.00 MW O +ATOM 5441 H1 TIP3X 91 -17.810 -47.380 11.280 1.00 0.00 MW H +ATOM 5442 H2 TIP3X 91 -18.600 -46.860 12.460 1.00 0.00 MW H +ATOM 5443 OH2 TIP3X 92 -16.620 17.790 -41.340 1.00 0.00 MW O +ATOM 5444 H1 TIP3X 92 -15.660 17.730 -41.340 1.00 0.00 MW H +ATOM 5445 H2 TIP3X 92 -16.820 18.510 -40.760 1.00 0.00 MW H +ATOM 5446 OH2 TIP3X 93 17.830 -19.070 26.580 1.00 0.00 MW O +ATOM 5447 H1 TIP3X 93 18.620 -19.600 26.650 1.00 0.00 MW H +ATOM 5448 H2 TIP3X 93 18.120 -18.170 26.790 1.00 0.00 MW H +ATOM 5449 OH2 TIP3X 94 -39.800 35.530 24.170 1.00 0.00 MW O +ATOM 5450 H1 TIP3X 94 -40.320 35.690 23.380 1.00 0.00 MW H +ATOM 5451 H2 TIP3X 94 -40.310 34.880 24.660 1.00 0.00 MW H +ATOM 5452 OH2 TIP3X 95 -34.510 21.410 -42.480 1.00 0.00 MW O +ATOM 5453 H1 TIP3X 95 -33.970 22.160 -42.680 1.00 0.00 MW H +ATOM 5454 H2 TIP3X 95 -33.940 20.840 -41.950 1.00 0.00 MW H +ATOM 5455 OH2 TIP3X 96 9.360 -18.810 30.760 1.00 0.00 MW O +ATOM 5456 H1 TIP3X 96 9.520 -18.110 30.130 1.00 0.00 MW H +ATOM 5457 H2 TIP3X 96 10.110 -18.770 31.360 1.00 0.00 MW H +ATOM 5458 OH2 TIP3X 97 -3.630 -4.940 -30.260 1.00 0.00 MW O +ATOM 5459 H1 TIP3X 97 -3.450 -4.520 -29.420 1.00 0.00 MW H +ATOM 5460 H2 TIP3X 97 -2.760 -5.120 -30.620 1.00 0.00 MW H +ATOM 5461 OH2 TIP3X 98 -12.190 29.850 -43.860 1.00 0.00 MW O +ATOM 5462 H1 TIP3X 98 -11.380 29.900 -44.370 1.00 0.00 MW H +ATOM 5463 H2 TIP3X 98 -12.040 30.420 -43.110 1.00 0.00 MW H +ATOM 5464 OH2 TIP3X 99 -12.720 12.470 -35.990 1.00 0.00 MW O +ATOM 5465 H1 TIP3X 99 -12.500 12.810 -36.850 1.00 0.00 MW H +ATOM 5466 H2 TIP3X 99 -11.970 11.930 -35.740 1.00 0.00 MW H +ATOM 5467 OH2 TIP3X 100 38.120 -13.990 -42.830 1.00 0.00 MW O +ATOM 5468 H1 TIP3X 100 37.300 -14.330 -42.470 1.00 0.00 MW H +ATOM 5469 H2 TIP3X 100 37.850 -13.340 -43.470 1.00 0.00 MW H +ATOM 5470 OH2 TIP3X 101 36.340 36.750 -18.590 1.00 0.00 MW O +ATOM 5471 H1 TIP3X 101 36.900 36.990 -19.330 1.00 0.00 MW H +ATOM 5472 H2 TIP3X 101 35.880 37.550 -18.360 1.00 0.00 MW H +ATOM 5473 OH2 TIP3X 102 39.200 -27.220 -42.480 1.00 0.00 MW O +ATOM 5474 H1 TIP3X 102 38.280 -26.930 -42.390 1.00 0.00 MW H +ATOM 5475 H2 TIP3X 102 39.290 -27.920 -41.820 1.00 0.00 MW H +ATOM 5476 OH2 TIP3X 103 -19.880 31.630 24.920 1.00 0.00 MW O +ATOM 5477 H1 TIP3X 103 -19.740 30.860 25.460 1.00 0.00 MW H +ATOM 5478 H2 TIP3X 103 -20.420 31.330 24.200 1.00 0.00 MW H +ATOM 5479 OH2 TIP3X 104 -31.130 27.860 -16.370 1.00 0.00 MW O +ATOM 5480 H1 TIP3X 104 -30.440 27.830 -15.700 1.00 0.00 MW H +ATOM 5481 H2 TIP3X 104 -31.260 26.950 -16.630 1.00 0.00 MW H +ATOM 5482 OH2 TIP3X 105 18.450 -38.270 -40.760 1.00 0.00 MW O +ATOM 5483 H1 TIP3X 105 19.100 -37.850 -41.330 1.00 0.00 MW H +ATOM 5484 H2 TIP3X 105 18.360 -37.660 -40.020 1.00 0.00 MW H +ATOM 5485 OH2 TIP3X 106 26.040 -27.260 -11.840 1.00 0.00 MW O +ATOM 5486 H1 TIP3X 106 25.580 -28.080 -11.630 1.00 0.00 MW H +ATOM 5487 H2 TIP3X 106 25.390 -26.580 -11.660 1.00 0.00 MW H +ATOM 5488 OH2 TIP3X 107 26.400 -46.250 24.930 1.00 0.00 MW O +ATOM 5489 H1 TIP3X 107 26.510 -46.510 25.850 1.00 0.00 MW H +ATOM 5490 H2 TIP3X 107 26.930 -45.450 24.850 1.00 0.00 MW H +ATOM 5491 OH2 TIP3X 108 -35.820 -11.770 -43.240 1.00 0.00 MW O +ATOM 5492 H1 TIP3X 108 -36.560 -11.320 -43.670 1.00 0.00 MW H +ATOM 5493 H2 TIP3X 108 -35.040 -11.370 -43.600 1.00 0.00 MW H +ATOM 5494 OH2 TIP3X 109 15.150 -0.450 33.340 1.00 0.00 MW O +ATOM 5495 H1 TIP3X 109 15.780 -1.020 32.910 1.00 0.00 MW H +ATOM 5496 H2 TIP3X 109 14.460 -0.330 32.690 1.00 0.00 MW H +ATOM 5497 OH2 TIP3X 110 26.420 -41.870 -45.000 1.00 0.00 MW O +ATOM 5498 H1 TIP3X 110 26.330 -41.600 -45.910 1.00 0.00 MW H +ATOM 5499 H2 TIP3X 110 26.660 -41.070 -44.540 1.00 0.00 MW H +ATOM 5500 OH2 TIP3X 111 -22.960 -22.820 38.120 1.00 0.00 MW O +ATOM 5501 H1 TIP3X 111 -22.200 -23.300 37.790 1.00 0.00 MW H +ATOM 5502 H2 TIP3X 111 -22.860 -21.940 37.760 1.00 0.00 MW H +ATOM 5503 OH2 TIP3X 112 34.670 18.060 -9.560 1.00 0.00 MW O +ATOM 5504 H1 TIP3X 112 34.690 18.360 -8.650 1.00 0.00 MW H +ATOM 5505 H2 TIP3X 112 35.280 18.640 -10.020 1.00 0.00 MW H +ATOM 5506 OH2 TIP3X 113 -5.270 -38.570 -14.470 1.00 0.00 MW O +ATOM 5507 H1 TIP3X 113 -5.370 -39.090 -13.660 1.00 0.00 MW H +ATOM 5508 H2 TIP3X 113 -4.390 -38.820 -14.790 1.00 0.00 MW H +ATOM 5509 OH2 TIP3X 114 18.520 36.160 19.770 1.00 0.00 MW O +ATOM 5510 H1 TIP3X 114 18.760 36.060 18.840 1.00 0.00 MW H +ATOM 5511 H2 TIP3X 114 19.360 36.240 20.220 1.00 0.00 MW H +ATOM 5512 OH2 TIP3X 115 17.490 -27.480 -34.200 1.00 0.00 MW O +ATOM 5513 H1 TIP3X 115 18.340 -27.870 -34.440 1.00 0.00 MW H +ATOM 5514 H2 TIP3X 115 16.840 -28.060 -34.600 1.00 0.00 MW H +ATOM 5515 OH2 TIP3X 116 18.920 -5.470 25.750 1.00 0.00 MW O +ATOM 5516 H1 TIP3X 116 19.280 -5.600 24.880 1.00 0.00 MW H +ATOM 5517 H2 TIP3X 116 18.140 -6.010 25.770 1.00 0.00 MW H +ATOM 5518 OH2 TIP3X 117 35.200 -34.000 -44.310 1.00 0.00 MW O +ATOM 5519 H1 TIP3X 117 35.650 -33.960 -43.470 1.00 0.00 MW H +ATOM 5520 H2 TIP3X 117 34.370 -33.540 -44.160 1.00 0.00 MW H +ATOM 5521 OH2 TIP3X 118 37.290 13.070 -43.160 1.00 0.00 MW O +ATOM 5522 H1 TIP3X 118 36.400 13.390 -43.140 1.00 0.00 MW H +ATOM 5523 H2 TIP3X 118 37.670 13.330 -42.320 1.00 0.00 MW H +ATOM 5524 OH2 TIP3X 119 6.890 -15.530 23.890 1.00 0.00 MW O +ATOM 5525 H1 TIP3X 119 6.780 -15.450 22.950 1.00 0.00 MW H +ATOM 5526 H2 TIP3X 119 6.640 -16.430 24.090 1.00 0.00 MW H +ATOM 5527 OH2 TIP3X 120 -20.930 -24.100 28.540 1.00 0.00 MW O +ATOM 5528 H1 TIP3X 120 -20.160 -24.620 28.410 1.00 0.00 MW H +ATOM 5529 H2 TIP3X 120 -20.640 -23.360 29.090 1.00 0.00 MW H +ATOM 5530 OH2 TIP3X 121 43.230 -33.110 -37.130 1.00 0.00 MW O +ATOM 5531 H1 TIP3X 121 43.630 -33.860 -37.590 1.00 0.00 MW H +ATOM 5532 H2 TIP3X 121 42.370 -33.430 -36.880 1.00 0.00 MW H +ATOM 5533 OH2 TIP3X 122 -5.210 -30.210 28.440 1.00 0.00 MW O +ATOM 5534 H1 TIP3X 122 -5.140 -31.150 28.610 1.00 0.00 MW H +ATOM 5535 H2 TIP3X 122 -5.670 -30.160 27.600 1.00 0.00 MW H +ATOM 5536 OH2 TIP3X 123 -31.620 38.130 -20.980 1.00 0.00 MW O +ATOM 5537 H1 TIP3X 123 -31.440 39.060 -21.050 1.00 0.00 MW H +ATOM 5538 H2 TIP3X 123 -32.570 38.050 -20.920 1.00 0.00 MW H +ATOM 5539 OH2 TIP3X 124 7.250 34.760 -35.450 1.00 0.00 MW O +ATOM 5540 H1 TIP3X 124 8.010 34.590 -34.910 1.00 0.00 MW H +ATOM 5541 H2 TIP3X 124 6.790 33.920 -35.500 1.00 0.00 MW H +ATOM 5542 OH2 TIP3X 125 29.910 -41.200 -46.950 1.00 0.00 MW O +ATOM 5543 H1 TIP3X 125 29.540 -40.350 -46.710 1.00 0.00 MW H +ATOM 5544 H2 TIP3X 125 30.640 -41.330 -46.330 1.00 0.00 MW H +ATOM 5545 OH2 TIP3X 126 38.530 4.010 -48.080 1.00 0.00 MW O +ATOM 5546 H1 TIP3X 126 39.450 4.180 -48.240 1.00 0.00 MW H +ATOM 5547 H2 TIP3X 126 38.520 3.370 -47.380 1.00 0.00 MW H +ATOM 5548 OH2 TIP3X 127 21.980 7.520 -49.280 1.00 0.00 MW O +ATOM 5549 H1 TIP3X 127 22.350 7.690 -48.420 1.00 0.00 MW H +ATOM 5550 H2 TIP3X 127 21.770 6.590 -49.280 1.00 0.00 MW H +ATOM 5551 OH2 TIP3X 128 41.080 -29.900 -32.080 1.00 0.00 MW O +ATOM 5552 H1 TIP3X 128 41.640 -29.410 -31.470 1.00 0.00 MW H +ATOM 5553 H2 TIP3X 128 41.340 -29.600 -32.940 1.00 0.00 MW H +ATOM 5554 OH2 TIP3X 129 44.720 -16.530 -27.950 1.00 0.00 MW O +ATOM 5555 H1 TIP3X 129 44.050 -16.790 -27.310 1.00 0.00 MW H +ATOM 5556 H2 TIP3X 129 45.280 -15.910 -27.480 1.00 0.00 MW H +ATOM 5557 OH2 TIP3X 130 -0.270 -45.740 -52.000 1.00 0.00 MW O +ATOM 5558 H1 TIP3X 130 0.380 -45.040 -52.060 1.00 0.00 MW H +ATOM 5559 H2 TIP3X 130 -0.370 -45.900 -51.060 1.00 0.00 MW H +ATOM 5560 OH2 TIP3X 131 -36.220 -3.500 -26.770 1.00 0.00 MW O +ATOM 5561 H1 TIP3X 131 -36.390 -3.230 -25.860 1.00 0.00 MW H +ATOM 5562 H2 TIP3X 131 -36.900 -4.150 -26.940 1.00 0.00 MW H +ATOM 5563 OH2 TIP3X 132 32.750 11.800 38.070 1.00 0.00 MW O +ATOM 5564 H1 TIP3X 132 33.050 11.700 38.970 1.00 0.00 MW H +ATOM 5565 H2 TIP3X 132 32.100 12.510 38.110 1.00 0.00 MW H +ATOM 5566 OH2 TIP3X 133 46.570 -33.810 -15.080 1.00 0.00 MW O +ATOM 5567 H1 TIP3X 133 45.890 -34.350 -15.500 1.00 0.00 MW H +ATOM 5568 H2 TIP3X 133 46.090 -33.080 -14.700 1.00 0.00 MW H +ATOM 5569 OH2 TIP3X 134 5.970 -9.860 36.330 1.00 0.00 MW O +ATOM 5570 H1 TIP3X 134 6.270 -10.750 36.530 1.00 0.00 MW H +ATOM 5571 H2 TIP3X 134 5.850 -9.460 37.190 1.00 0.00 MW H +ATOM 5572 OH2 TIP3X 135 17.510 2.170 22.330 1.00 0.00 MW O +ATOM 5573 H1 TIP3X 135 16.570 2.340 22.290 1.00 0.00 MW H +ATOM 5574 H2 TIP3X 135 17.880 2.760 21.670 1.00 0.00 MW H +ATOM 5575 OH2 TIP3X 136 44.820 -9.100 -31.270 1.00 0.00 MW O +ATOM 5576 H1 TIP3X 136 44.170 -8.670 -31.830 1.00 0.00 MW H +ATOM 5577 H2 TIP3X 136 45.660 -8.890 -31.680 1.00 0.00 MW H +ATOM 5578 OH2 TIP3X 137 9.110 14.850 29.790 1.00 0.00 MW O +ATOM 5579 H1 TIP3X 137 9.990 15.060 30.110 1.00 0.00 MW H +ATOM 5580 H2 TIP3X 137 9.220 14.010 29.340 1.00 0.00 MW H +ATOM 5581 OH2 TIP3X 138 -17.890 13.230 -43.370 1.00 0.00 MW O +ATOM 5582 H1 TIP3X 138 -18.000 12.860 -42.500 1.00 0.00 MW H +ATOM 5583 H2 TIP3X 138 -16.950 13.240 -43.510 1.00 0.00 MW H +ATOM 5584 OH2 TIP3X 139 -23.680 3.100 22.300 1.00 0.00 MW O +ATOM 5585 H1 TIP3X 139 -24.210 3.890 22.230 1.00 0.00 MW H +ATOM 5586 H2 TIP3X 139 -23.720 2.700 21.430 1.00 0.00 MW H +ATOM 5587 OH2 TIP3X 140 -24.590 36.680 18.980 1.00 0.00 MW O +ATOM 5588 H1 TIP3X 140 -25.070 37.070 18.260 1.00 0.00 MW H +ATOM 5589 H2 TIP3X 140 -24.070 37.400 19.340 1.00 0.00 MW H +ATOM 5590 OH2 TIP3X 141 9.530 -33.150 -31.330 1.00 0.00 MW O +ATOM 5591 H1 TIP3X 141 10.210 -32.510 -31.560 1.00 0.00 MW H +ATOM 5592 H2 TIP3X 141 9.980 -34.000 -31.380 1.00 0.00 MW H +ATOM 5593 OH2 TIP3X 142 -6.050 -25.820 22.190 1.00 0.00 MW O +ATOM 5594 H1 TIP3X 142 -5.750 -24.920 22.230 1.00 0.00 MW H +ATOM 5595 H2 TIP3X 142 -6.200 -25.980 21.260 1.00 0.00 MW H +ATOM 5596 OH2 TIP3X 143 -14.620 -30.200 -29.900 1.00 0.00 MW O +ATOM 5597 H1 TIP3X 143 -14.330 -29.590 -30.590 1.00 0.00 MW H +ATOM 5598 H2 TIP3X 143 -15.370 -29.770 -29.500 1.00 0.00 MW H +ATOM 5599 OH2 TIP3X 144 40.330 15.000 38.230 1.00 0.00 MW O +ATOM 5600 H1 TIP3X 144 40.940 15.240 38.930 1.00 0.00 MW H +ATOM 5601 H2 TIP3X 144 40.890 14.680 37.520 1.00 0.00 MW H +ATOM 5602 OH2 TIP3X 145 28.870 38.320 -33.050 1.00 0.00 MW O +ATOM 5603 H1 TIP3X 145 29.070 37.640 -32.400 1.00 0.00 MW H +ATOM 5604 H2 TIP3X 145 29.650 38.360 -33.600 1.00 0.00 MW H +ATOM 5605 OH2 TIP3X 146 16.320 5.260 -25.270 1.00 0.00 MW O +ATOM 5606 H1 TIP3X 146 16.250 6.200 -25.430 1.00 0.00 MW H +ATOM 5607 H2 TIP3X 146 17.120 4.990 -25.720 1.00 0.00 MW H +ATOM 5608 OH2 TIP3X 147 -37.810 -0.150 -44.970 1.00 0.00 MW O +ATOM 5609 H1 TIP3X 147 -37.130 0.420 -45.350 1.00 0.00 MW H +ATOM 5610 H2 TIP3X 147 -37.580 -1.030 -45.260 1.00 0.00 MW H +ATOM 5611 OH2 TIP3X 148 22.890 29.430 -42.620 1.00 0.00 MW O +ATOM 5612 H1 TIP3X 148 22.610 28.910 -41.860 1.00 0.00 MW H +ATOM 5613 H2 TIP3X 148 23.010 30.310 -42.260 1.00 0.00 MW H +ATOM 5614 OH2 TIP3X 149 28.300 8.630 -18.260 1.00 0.00 MW O +ATOM 5615 H1 TIP3X 149 27.550 9.170 -18.060 1.00 0.00 MW H +ATOM 5616 H2 TIP3X 149 27.940 7.770 -18.460 1.00 0.00 MW H +ATOM 5617 OH2 TIP3X 150 11.050 37.960 32.690 1.00 0.00 MW O +ATOM 5618 H1 TIP3X 150 10.520 38.740 32.830 1.00 0.00 MW H +ATOM 5619 H2 TIP3X 150 10.640 37.510 31.970 1.00 0.00 MW H +ATOM 5620 OH2 TIP3X 151 -16.620 -14.720 28.560 1.00 0.00 MW O +ATOM 5621 H1 TIP3X 151 -16.790 -14.190 29.340 1.00 0.00 MW H +ATOM 5622 H2 TIP3X 151 -15.800 -15.180 28.760 1.00 0.00 MW H +ATOM 5623 OH2 TIP3X 152 36.450 -39.820 -33.700 1.00 0.00 MW O +ATOM 5624 H1 TIP3X 152 36.980 -40.370 -34.260 1.00 0.00 MW H +ATOM 5625 H2 TIP3X 152 37.070 -39.380 -33.130 1.00 0.00 MW H +ATOM 5626 OH2 TIP3X 153 -28.300 -32.170 20.950 1.00 0.00 MW O +ATOM 5627 H1 TIP3X 153 -27.470 -31.700 20.830 1.00 0.00 MW H +ATOM 5628 H2 TIP3X 153 -28.130 -32.800 21.650 1.00 0.00 MW H +ATOM 5629 OH2 TIP3X 154 46.940 -31.970 28.330 1.00 0.00 MW O +ATOM 5630 H1 TIP3X 154 47.350 -32.230 27.510 1.00 0.00 MW H +ATOM 5631 H2 TIP3X 154 47.660 -31.880 28.950 1.00 0.00 MW H +ATOM 5632 OH2 TIP3X 155 45.730 -17.800 -41.290 1.00 0.00 MW O +ATOM 5633 H1 TIP3X 155 46.400 -17.800 -41.970 1.00 0.00 MW H +ATOM 5634 H2 TIP3X 155 45.890 -18.590 -40.780 1.00 0.00 MW H +ATOM 5635 OH2 TIP3X 156 33.470 5.050 15.870 1.00 0.00 MW O +ATOM 5636 H1 TIP3X 156 33.400 5.870 15.370 1.00 0.00 MW H +ATOM 5637 H2 TIP3X 156 34.400 4.840 15.860 1.00 0.00 MW H +ATOM 5638 OH2 TIP3X 157 -34.210 35.920 40.790 1.00 0.00 MW O +ATOM 5639 H1 TIP3X 157 -34.620 36.740 40.510 1.00 0.00 MW H +ATOM 5640 H2 TIP3X 157 -33.380 36.190 41.180 1.00 0.00 MW H +ATOM 5641 OH2 TIP3X 158 20.890 -31.840 -36.390 1.00 0.00 MW O +ATOM 5642 H1 TIP3X 158 21.020 -32.680 -35.960 1.00 0.00 MW H +ATOM 5643 H2 TIP3X 158 20.600 -31.250 -35.690 1.00 0.00 MW H +ATOM 5644 OH2 TIP3X 159 -27.920 -45.870 -51.700 1.00 0.00 MW O +ATOM 5645 H1 TIP3X 159 -28.000 -46.280 -52.560 1.00 0.00 MW H +ATOM 5646 H2 TIP3X 159 -27.800 -46.600 -51.090 1.00 0.00 MW H +ATOM 5647 OH2 TIP3X 160 -42.630 25.070 -7.120 1.00 0.00 MW O +ATOM 5648 H1 TIP3X 160 -43.230 24.670 -6.500 1.00 0.00 MW H +ATOM 5649 H2 TIP3X 160 -42.630 26.000 -6.890 1.00 0.00 MW H +ATOM 5650 OH2 TIP3X 161 -37.290 -35.580 25.250 1.00 0.00 MW O +ATOM 5651 H1 TIP3X 161 -37.300 -36.530 25.400 1.00 0.00 MW H +ATOM 5652 H2 TIP3X 161 -36.450 -35.270 25.600 1.00 0.00 MW H +ATOM 5653 OH2 TIP3X 162 32.000 19.070 20.290 1.00 0.00 MW O +ATOM 5654 H1 TIP3X 162 32.790 19.610 20.300 1.00 0.00 MW H +ATOM 5655 H2 TIP3X 162 31.740 19.020 19.370 1.00 0.00 MW H +ATOM 5656 OH2 TIP3X 163 47.800 -18.850 29.850 1.00 0.00 MW O +ATOM 5657 H1 TIP3X 163 47.000 -18.410 29.550 1.00 0.00 MW H +ATOM 5658 H2 TIP3X 163 47.570 -19.780 29.820 1.00 0.00 MW H +ATOM 5659 OH2 TIP3X 164 -40.810 -40.400 31.500 1.00 0.00 MW O +ATOM 5660 H1 TIP3X 164 -40.650 -41.200 31.000 1.00 0.00 MW H +ATOM 5661 H2 TIP3X 164 -41.670 -40.530 31.900 1.00 0.00 MW H +ATOM 5662 OH2 TIP3X 165 32.600 -1.980 25.350 1.00 0.00 MW O +ATOM 5663 H1 TIP3X 165 31.950 -1.800 24.680 1.00 0.00 MW H +ATOM 5664 H2 TIP3X 165 33.440 -1.910 24.900 1.00 0.00 MW H +ATOM 5665 OH2 TIP3X 166 -25.310 -29.180 -22.650 1.00 0.00 MW O +ATOM 5666 H1 TIP3X 166 -24.930 -28.300 -22.750 1.00 0.00 MW H +ATOM 5667 H2 TIP3X 166 -25.650 -29.190 -21.750 1.00 0.00 MW H +ATOM 5668 OH2 TIP3X 167 8.510 -3.890 20.300 1.00 0.00 MW O +ATOM 5669 H1 TIP3X 167 9.070 -3.270 20.770 1.00 0.00 MW H +ATOM 5670 H2 TIP3X 167 7.670 -3.450 20.210 1.00 0.00 MW H +ATOM 5671 OH2 TIP3X 168 -17.780 -36.650 28.220 1.00 0.00 MW O +ATOM 5672 H1 TIP3X 168 -17.730 -35.690 28.320 1.00 0.00 MW H +ATOM 5673 H2 TIP3X 168 -17.560 -37.000 29.080 1.00 0.00 MW H +ATOM 5674 OH2 TIP3X 169 11.650 -48.400 26.270 1.00 0.00 MW O +ATOM 5675 H1 TIP3X 169 12.020 -48.620 27.130 1.00 0.00 MW H +ATOM 5676 H2 TIP3X 169 10.760 -48.110 26.470 1.00 0.00 MW H +ATOM 5677 OH2 TIP3X 170 20.010 -4.330 33.850 1.00 0.00 MW O +ATOM 5678 H1 TIP3X 170 20.200 -4.480 32.920 1.00 0.00 MW H +ATOM 5679 H2 TIP3X 170 19.810 -5.190 34.200 1.00 0.00 MW H +ATOM 5680 OH2 TIP3X 171 -15.170 -48.250 27.820 1.00 0.00 MW O +ATOM 5681 H1 TIP3X 171 -15.580 -47.470 27.470 1.00 0.00 MW H +ATOM 5682 H2 TIP3X 171 -15.340 -48.210 28.760 1.00 0.00 MW H +ATOM 5683 OH2 TIP3X 172 -16.350 -33.550 -48.550 1.00 0.00 MW O +ATOM 5684 H1 TIP3X 172 -16.870 -33.280 -49.290 1.00 0.00 MW H +ATOM 5685 H2 TIP3X 172 -15.470 -33.710 -48.910 1.00 0.00 MW H +ATOM 5686 OH2 TIP3X 173 1.920 -14.620 33.690 1.00 0.00 MW O +ATOM 5687 H1 TIP3X 173 1.810 -15.350 33.080 1.00 0.00 MW H +ATOM 5688 H2 TIP3X 173 1.950 -13.850 33.130 1.00 0.00 MW H +ATOM 5689 OH2 TIP3X 174 -15.710 -7.550 29.780 1.00 0.00 MW O +ATOM 5690 H1 TIP3X 174 -16.550 -7.090 29.860 1.00 0.00 MW H +ATOM 5691 H2 TIP3X 174 -15.270 -7.400 30.620 1.00 0.00 MW H +ATOM 5692 OH2 TIP3X 175 46.120 -20.130 -26.330 1.00 0.00 MW O +ATOM 5693 H1 TIP3X 175 46.460 -19.220 -26.340 1.00 0.00 MW H +ATOM 5694 H2 TIP3X 175 46.880 -20.660 -26.580 1.00 0.00 MW H +ATOM 5695 OH2 TIP3X 176 46.280 -27.630 11.100 1.00 0.00 MW O +ATOM 5696 H1 TIP3X 176 46.460 -28.040 10.260 1.00 0.00 MW H +ATOM 5697 H2 TIP3X 176 46.860 -26.850 11.120 1.00 0.00 MW H +ATOM 5698 OH2 TIP3X 177 -31.000 -34.990 32.620 1.00 0.00 MW O +ATOM 5699 H1 TIP3X 177 -31.200 -35.930 32.660 1.00 0.00 MW H +ATOM 5700 H2 TIP3X 177 -30.070 -34.950 32.380 1.00 0.00 MW H +ATOM 5701 OH2 TIP3X 178 -14.330 -17.790 -24.120 1.00 0.00 MW O +ATOM 5702 H1 TIP3X 178 -13.850 -17.400 -23.400 1.00 0.00 MW H +ATOM 5703 H2 TIP3X 178 -15.060 -17.200 -24.290 1.00 0.00 MW H +ATOM 5704 OH2 TIP3X 179 38.640 28.260 -42.780 1.00 0.00 MW O +ATOM 5705 H1 TIP3X 179 37.690 28.130 -42.720 1.00 0.00 MW H +ATOM 5706 H2 TIP3X 179 38.860 28.720 -41.970 1.00 0.00 MW H +ATOM 5707 OH2 TIP3X 180 -6.690 36.080 40.960 1.00 0.00 MW O +ATOM 5708 H1 TIP3X 180 -7.160 36.610 41.600 1.00 0.00 MW H +ATOM 5709 H2 TIP3X 180 -6.290 36.720 40.370 1.00 0.00 MW H +ATOM 5710 OH2 TIP3X 181 -43.780 29.660 -23.190 1.00 0.00 MW O +ATOM 5711 H1 TIP3X 181 -43.950 29.740 -22.250 1.00 0.00 MW H +ATOM 5712 H2 TIP3X 181 -44.380 28.980 -23.480 1.00 0.00 MW H +ATOM 5713 OH2 TIP3X 182 32.730 -27.700 -27.240 1.00 0.00 MW O +ATOM 5714 H1 TIP3X 182 31.890 -27.230 -27.290 1.00 0.00 MW H +ATOM 5715 H2 TIP3X 182 32.860 -27.860 -26.310 1.00 0.00 MW H +ATOM 5716 OH2 TIP3X 183 -2.760 29.160 39.910 1.00 0.00 MW O +ATOM 5717 H1 TIP3X 183 -2.630 28.270 40.220 1.00 0.00 MW H +ATOM 5718 H2 TIP3X 183 -1.870 29.510 39.820 1.00 0.00 MW H +ATOM 5719 OH2 TIP3X 184 19.280 -4.110 31.170 1.00 0.00 MW O +ATOM 5720 H1 TIP3X 184 18.350 -4.140 30.960 1.00 0.00 MW H +ATOM 5721 H2 TIP3X 184 19.710 -3.890 30.330 1.00 0.00 MW H +ATOM 5722 OH2 TIP3X 185 2.980 29.360 -35.360 1.00 0.00 MW O +ATOM 5723 H1 TIP3X 185 2.040 29.420 -35.550 1.00 0.00 MW H +ATOM 5724 H2 TIP3X 185 3.310 28.710 -35.980 1.00 0.00 MW H +ATOM 5725 OH2 TIP3X 186 34.670 -46.550 29.150 1.00 0.00 MW O +ATOM 5726 H1 TIP3X 186 34.750 -47.070 28.350 1.00 0.00 MW H +ATOM 5727 H2 TIP3X 186 34.140 -47.100 29.740 1.00 0.00 MW H +ATOM 5728 OH2 TIP3X 187 44.640 -4.510 -48.950 1.00 0.00 MW O +ATOM 5729 H1 TIP3X 187 45.300 -5.190 -48.750 1.00 0.00 MW H +ATOM 5730 H2 TIP3X 187 44.920 -4.150 -49.790 1.00 0.00 MW H +ATOM 5731 OH2 TIP3X 188 42.560 -18.690 -51.160 1.00 0.00 MW O +ATOM 5732 H1 TIP3X 188 43.120 -19.010 -51.860 1.00 0.00 MW H +ATOM 5733 H2 TIP3X 188 42.530 -17.730 -51.290 1.00 0.00 MW H +ATOM 5734 OH2 TIP3X 189 28.320 7.900 -31.610 1.00 0.00 MW O +ATOM 5735 H1 TIP3X 189 29.200 7.570 -31.760 1.00 0.00 MW H +ATOM 5736 H2 TIP3X 189 28.430 8.850 -31.580 1.00 0.00 MW H +ATOM 5737 OH2 TIP3X 190 43.820 1.690 -47.680 1.00 0.00 MW O +ATOM 5738 H1 TIP3X 190 44.520 1.140 -48.030 1.00 0.00 MW H +ATOM 5739 H2 TIP3X 190 44.180 2.570 -47.690 1.00 0.00 MW H +ATOM 5740 OH2 TIP3X 191 -15.320 17.810 -24.270 1.00 0.00 MW O +ATOM 5741 H1 TIP3X 191 -15.720 17.040 -24.660 1.00 0.00 MW H +ATOM 5742 H2 TIP3X 191 -15.630 17.820 -23.360 1.00 0.00 MW H +ATOM 5743 OH2 TIP3X 192 -6.650 -48.490 -27.210 1.00 0.00 MW O +ATOM 5744 H1 TIP3X 192 -7.520 -48.670 -26.850 1.00 0.00 MW H +ATOM 5745 H2 TIP3X 192 -6.750 -47.670 -27.680 1.00 0.00 MW H +ATOM 5746 OH2 TIP3X 193 24.230 33.200 35.170 1.00 0.00 MW O +ATOM 5747 H1 TIP3X 193 24.450 32.490 34.570 1.00 0.00 MW H +ATOM 5748 H2 TIP3X 193 24.610 32.920 36.010 1.00 0.00 MW H +ATOM 5749 OH2 TIP3X 194 11.680 10.240 25.770 1.00 0.00 MW O +ATOM 5750 H1 TIP3X 194 11.580 11.050 25.270 1.00 0.00 MW H +ATOM 5751 H2 TIP3X 194 12.460 10.380 26.310 1.00 0.00 MW H +ATOM 5752 OH2 TIP3X 195 5.020 39.810 36.410 1.00 0.00 MW O +ATOM 5753 H1 TIP3X 195 5.450 40.660 36.300 1.00 0.00 MW H +ATOM 5754 H2 TIP3X 195 4.090 39.990 36.300 1.00 0.00 MW H +ATOM 5755 OH2 TIP3X 196 -23.400 31.370 26.140 1.00 0.00 MW O +ATOM 5756 H1 TIP3X 196 -23.900 32.170 26.310 1.00 0.00 MW H +ATOM 5757 H2 TIP3X 196 -22.670 31.410 26.780 1.00 0.00 MW H +ATOM 5758 OH2 TIP3X 197 30.540 -29.160 29.710 1.00 0.00 MW O +ATOM 5759 H1 TIP3X 197 30.670 -28.240 29.520 1.00 0.00 MW H +ATOM 5760 H2 TIP3X 197 31.050 -29.620 29.040 1.00 0.00 MW H +ATOM 5761 OH2 TIP3X 198 46.900 -16.620 -16.570 1.00 0.00 MW O +ATOM 5762 H1 TIP3X 198 45.980 -16.560 -16.260 1.00 0.00 MW H +ATOM 5763 H2 TIP3X 198 46.890 -17.390 -17.140 1.00 0.00 MW H +ATOM 5764 OH2 TIP3X 199 0.710 -20.600 -46.830 1.00 0.00 MW O +ATOM 5765 H1 TIP3X 199 0.420 -20.980 -46.010 1.00 0.00 MW H +ATOM 5766 H2 TIP3X 199 1.250 -19.860 -46.570 1.00 0.00 MW H +ATOM 5767 OH2 TIP3X 200 -24.060 11.100 27.920 1.00 0.00 MW O +ATOM 5768 H1 TIP3X 200 -23.290 11.250 28.460 1.00 0.00 MW H +ATOM 5769 H2 TIP3X 200 -24.730 10.780 28.530 1.00 0.00 MW H +ATOM 5770 OH2 TIP3X 201 25.880 -11.100 -42.240 1.00 0.00 MW O +ATOM 5771 H1 TIP3X 201 25.820 -11.440 -41.350 1.00 0.00 MW H +ATOM 5772 H2 TIP3X 201 26.240 -11.820 -42.750 1.00 0.00 MW H +ATOM 5773 OH2 TIP3X 202 -38.380 39.360 16.910 1.00 0.00 MW O +ATOM 5774 H1 TIP3X 202 -37.430 39.440 16.990 1.00 0.00 MW H +ATOM 5775 H2 TIP3X 202 -38.730 40.100 17.400 1.00 0.00 MW H +ATOM 5776 OH2 TIP3X 203 24.140 -46.020 32.760 1.00 0.00 MW O +ATOM 5777 H1 TIP3X 203 24.880 -45.540 33.120 1.00 0.00 MW H +ATOM 5778 H2 TIP3X 203 23.600 -46.260 33.500 1.00 0.00 MW H +ATOM 5779 OH2 TIP3X 204 31.610 -7.120 -25.310 1.00 0.00 MW O +ATOM 5780 H1 TIP3X 204 31.740 -6.740 -24.440 1.00 0.00 MW H +ATOM 5781 H2 TIP3X 204 32.420 -6.930 -25.790 1.00 0.00 MW H +ATOM 5782 OH2 TIP3X 205 -3.590 -37.530 36.480 1.00 0.00 MW O +ATOM 5783 H1 TIP3X 205 -3.050 -36.740 36.370 1.00 0.00 MW H +ATOM 5784 H2 TIP3X 205 -4.490 -37.210 36.440 1.00 0.00 MW H +ATOM 5785 OH2 TIP3X 206 -17.400 -38.710 -21.070 1.00 0.00 MW O +ATOM 5786 H1 TIP3X 206 -17.250 -37.940 -21.610 1.00 0.00 MW H +ATOM 5787 H2 TIP3X 206 -17.570 -38.360 -20.200 1.00 0.00 MW H +ATOM 5788 OH2 TIP3X 207 34.710 19.840 33.630 1.00 0.00 MW O +ATOM 5789 H1 TIP3X 207 33.960 20.400 33.850 1.00 0.00 MW H +ATOM 5790 H2 TIP3X 207 34.310 19.020 33.340 1.00 0.00 MW H +ATOM 5791 OH2 TIP3X 208 -21.300 34.810 32.400 1.00 0.00 MW O +ATOM 5792 H1 TIP3X 208 -22.010 34.180 32.290 1.00 0.00 MW H +ATOM 5793 H2 TIP3X 208 -20.580 34.460 31.870 1.00 0.00 MW H +ATOM 5794 OH2 TIP3X 209 25.960 21.900 -29.570 1.00 0.00 MW O +ATOM 5795 H1 TIP3X 209 25.390 21.730 -28.820 1.00 0.00 MW H +ATOM 5796 H2 TIP3X 209 25.370 21.870 -30.320 1.00 0.00 MW H +ATOM 5797 OH2 TIP3X 210 -38.950 40.070 -45.020 1.00 0.00 MW O +ATOM 5798 H1 TIP3X 210 -39.410 39.820 -44.230 1.00 0.00 MW H +ATOM 5799 H2 TIP3X 210 -38.510 40.890 -44.790 1.00 0.00 MW H +ATOM 5800 OH2 TIP3X 211 17.480 -0.450 -20.810 1.00 0.00 MW O +ATOM 5801 H1 TIP3X 211 18.130 -0.140 -20.180 1.00 0.00 MW H +ATOM 5802 H2 TIP3X 211 16.710 0.100 -20.650 1.00 0.00 MW H +ATOM 5803 OH2 TIP3X 212 -32.160 -39.340 25.270 1.00 0.00 MW O +ATOM 5804 H1 TIP3X 212 -32.720 -39.590 24.530 1.00 0.00 MW H +ATOM 5805 H2 TIP3X 212 -32.770 -39.110 25.970 1.00 0.00 MW H +ATOM 5806 OH2 TIP3X 213 -9.310 34.940 -43.490 1.00 0.00 MW O +ATOM 5807 H1 TIP3X 213 -9.350 34.860 -44.440 1.00 0.00 MW H +ATOM 5808 H2 TIP3X 213 -9.810 35.730 -43.290 1.00 0.00 MW H +ATOM 5809 OH2 TIP3X 214 -10.760 21.560 26.330 1.00 0.00 MW O +ATOM 5810 H1 TIP3X 214 -9.930 21.240 25.970 1.00 0.00 MW H +ATOM 5811 H2 TIP3X 214 -11.010 20.890 26.960 1.00 0.00 MW H +ATOM 5812 OH2 TIP3X 215 -27.620 15.370 -8.360 1.00 0.00 MW O +ATOM 5813 H1 TIP3X 215 -27.130 16.120 -8.010 1.00 0.00 MW H +ATOM 5814 H2 TIP3X 215 -27.300 14.630 -7.840 1.00 0.00 MW H +ATOM 5815 OH2 TIP3X 216 35.480 -24.010 26.250 1.00 0.00 MW O +ATOM 5816 H1 TIP3X 216 36.100 -24.620 26.640 1.00 0.00 MW H +ATOM 5817 H2 TIP3X 216 35.090 -24.490 25.510 1.00 0.00 MW H +ATOM 5818 OH2 TIP3X 217 7.720 31.590 30.540 1.00 0.00 MW O +ATOM 5819 H1 TIP3X 217 7.860 30.710 30.900 1.00 0.00 MW H +ATOM 5820 H2 TIP3X 217 8.510 32.080 30.780 1.00 0.00 MW H +ATOM 5821 OH2 TIP3X 218 -38.800 39.000 -47.550 1.00 0.00 MW O +ATOM 5822 H1 TIP3X 218 -37.990 39.380 -47.880 1.00 0.00 MW H +ATOM 5823 H2 TIP3X 218 -38.930 39.400 -46.690 1.00 0.00 MW H +ATOM 5824 OH2 TIP3X 219 -20.420 -28.410 27.860 1.00 0.00 MW O +ATOM 5825 H1 TIP3X 219 -21.130 -27.770 27.810 1.00 0.00 MW H +ATOM 5826 H2 TIP3X 219 -19.630 -27.880 27.950 1.00 0.00 MW H +ATOM 5827 OH2 TIP3X 220 24.770 33.890 -42.330 1.00 0.00 MW O +ATOM 5828 H1 TIP3X 220 25.200 34.040 -43.160 1.00 0.00 MW H +ATOM 5829 H2 TIP3X 220 24.030 33.310 -42.550 1.00 0.00 MW H +ATOM 5830 OH2 TIP3X 221 -12.050 -40.960 -36.850 1.00 0.00 MW O +ATOM 5831 H1 TIP3X 221 -11.190 -41.320 -37.040 1.00 0.00 MW H +ATOM 5832 H2 TIP3X 221 -11.970 -40.640 -35.940 1.00 0.00 MW H +ATOM 5833 OH2 TIP3X 222 -32.330 12.240 -39.340 1.00 0.00 MW O +ATOM 5834 H1 TIP3X 222 -31.600 11.640 -39.390 1.00 0.00 MW H +ATOM 5835 H2 TIP3X 222 -33.080 11.740 -39.640 1.00 0.00 MW H +ATOM 5836 OH2 TIP3X 223 39.450 5.550 35.390 1.00 0.00 MW O +ATOM 5837 H1 TIP3X 223 38.540 5.550 35.110 1.00 0.00 MW H +ATOM 5838 H2 TIP3X 223 39.430 5.190 36.280 1.00 0.00 MW H +ATOM 5839 OH2 TIP3X 224 -31.050 -36.710 -31.200 1.00 0.00 MW O +ATOM 5840 H1 TIP3X 224 -30.360 -36.640 -31.860 1.00 0.00 MW H +ATOM 5841 H2 TIP3X 224 -31.160 -37.660 -31.080 1.00 0.00 MW H +ATOM 5842 OH2 TIP3X 225 27.920 -26.400 -42.380 1.00 0.00 MW O +ATOM 5843 H1 TIP3X 225 28.790 -26.160 -42.690 1.00 0.00 MW H +ATOM 5844 H2 TIP3X 225 27.330 -25.800 -42.830 1.00 0.00 MW H +ATOM 5845 OH2 TIP3X 226 -28.410 21.030 30.740 1.00 0.00 MW O +ATOM 5846 H1 TIP3X 226 -27.600 20.700 30.370 1.00 0.00 MW H +ATOM 5847 H2 TIP3X 226 -28.200 21.920 31.030 1.00 0.00 MW H +ATOM 5848 OH2 TIP3X 227 46.780 9.230 -33.640 1.00 0.00 MW O +ATOM 5849 H1 TIP3X 227 46.690 9.030 -34.560 1.00 0.00 MW H +ATOM 5850 H2 TIP3X 227 45.910 9.540 -33.380 1.00 0.00 MW H +ATOM 5851 OH2 TIP3X 228 11.410 -33.510 21.190 1.00 0.00 MW O +ATOM 5852 H1 TIP3X 228 10.650 -33.870 21.640 1.00 0.00 MW H +ATOM 5853 H2 TIP3X 228 11.190 -33.620 20.260 1.00 0.00 MW H +ATOM 5854 OH2 TIP3X 229 12.290 -48.230 -41.570 1.00 0.00 MW O +ATOM 5855 H1 TIP3X 229 12.080 -49.080 -41.190 1.00 0.00 MW H +ATOM 5856 H2 TIP3X 229 12.970 -48.420 -42.210 1.00 0.00 MW H +ATOM 5857 OH2 TIP3X 230 12.720 -37.980 -17.820 1.00 0.00 MW O +ATOM 5858 H1 TIP3X 230 13.490 -37.600 -18.230 1.00 0.00 MW H +ATOM 5859 H2 TIP3X 230 13.060 -38.660 -17.240 1.00 0.00 MW H +ATOM 5860 OH2 TIP3X 231 28.890 -33.320 -45.850 1.00 0.00 MW O +ATOM 5861 H1 TIP3X 231 29.160 -34.220 -46.090 1.00 0.00 MW H +ATOM 5862 H2 TIP3X 231 29.230 -33.190 -44.980 1.00 0.00 MW H +ATOM 5863 OH2 TIP3X 232 -22.830 -14.350 -48.110 1.00 0.00 MW O +ATOM 5864 H1 TIP3X 232 -23.170 -14.250 -47.210 1.00 0.00 MW H +ATOM 5865 H2 TIP3X 232 -21.890 -14.190 -48.030 1.00 0.00 MW H +ATOM 5866 OH2 TIP3X 233 -9.180 2.890 36.290 1.00 0.00 MW O +ATOM 5867 H1 TIP3X 233 -9.320 3.720 35.860 1.00 0.00 MW H +ATOM 5868 H2 TIP3X 233 -8.920 2.280 35.600 1.00 0.00 MW H +ATOM 5869 OH2 TIP3X 234 32.690 -28.410 -47.170 1.00 0.00 MW O +ATOM 5870 H1 TIP3X 234 32.370 -28.830 -47.970 1.00 0.00 MW H +ATOM 5871 H2 TIP3X 234 32.740 -27.480 -47.400 1.00 0.00 MW H +ATOM 5872 OH2 TIP3X 235 -30.920 -37.440 14.700 1.00 0.00 MW O +ATOM 5873 H1 TIP3X 235 -31.870 -37.340 14.640 1.00 0.00 MW H +ATOM 5874 H2 TIP3X 235 -30.590 -36.540 14.730 1.00 0.00 MW H +ATOM 5875 OH2 TIP3X 236 8.250 -46.290 19.490 1.00 0.00 MW O +ATOM 5876 H1 TIP3X 236 8.850 -45.650 19.890 1.00 0.00 MW H +ATOM 5877 H2 TIP3X 236 7.750 -45.770 18.850 1.00 0.00 MW H +ATOM 5878 OH2 TIP3X 237 -29.960 -30.250 -40.070 1.00 0.00 MW O +ATOM 5879 H1 TIP3X 237 -30.570 -30.280 -40.800 1.00 0.00 MW H +ATOM 5880 H2 TIP3X 237 -30.160 -31.040 -39.560 1.00 0.00 MW H +ATOM 5881 OH2 TIP3X 238 -30.420 -48.470 35.460 1.00 0.00 MW O +ATOM 5882 H1 TIP3X 238 -30.280 -47.590 35.080 1.00 0.00 MW H +ATOM 5883 H2 TIP3X 238 -29.530 -48.760 35.680 1.00 0.00 MW H +ATOM 5884 OH2 TIP3X 239 -35.490 -14.550 -44.130 1.00 0.00 MW O +ATOM 5885 H1 TIP3X 239 -35.400 -13.600 -44.030 1.00 0.00 MW H +ATOM 5886 H2 TIP3X 239 -36.260 -14.770 -43.610 1.00 0.00 MW H +ATOM 5887 OH2 TIP3X 240 15.450 17.300 -27.950 1.00 0.00 MW O +ATOM 5888 H1 TIP3X 240 15.710 17.680 -28.800 1.00 0.00 MW H +ATOM 5889 H2 TIP3X 240 14.520 17.130 -28.040 1.00 0.00 MW H +ATOM 5890 OH2 TIP3X 241 -14.510 24.810 -24.790 1.00 0.00 MW O +ATOM 5891 H1 TIP3X 241 -14.520 23.850 -24.800 1.00 0.00 MW H +ATOM 5892 H2 TIP3X 241 -13.770 25.050 -25.350 1.00 0.00 MW H +ATOM 5893 OH2 TIP3X 242 2.930 -7.720 15.390 1.00 0.00 MW O +ATOM 5894 H1 TIP3X 242 1.980 -7.720 15.330 1.00 0.00 MW H +ATOM 5895 H2 TIP3X 242 3.200 -8.590 15.070 1.00 0.00 MW H +ATOM 5896 OH2 TIP3X 243 -18.330 9.680 39.840 1.00 0.00 MW O +ATOM 5897 H1 TIP3X 243 -18.580 10.340 40.490 1.00 0.00 MW H +ATOM 5898 H2 TIP3X 243 -19.040 9.700 39.210 1.00 0.00 MW H +ATOM 5899 OH2 TIP3X 244 46.320 -46.240 -47.960 1.00 0.00 MW O +ATOM 5900 H1 TIP3X 244 46.070 -47.060 -47.510 1.00 0.00 MW H +ATOM 5901 H2 TIP3X 244 46.520 -46.510 -48.850 1.00 0.00 MW H +ATOM 5902 OH2 TIP3X 245 4.050 13.470 -26.010 1.00 0.00 MW O +ATOM 5903 H1 TIP3X 245 4.010 12.530 -26.180 1.00 0.00 MW H +ATOM 5904 H2 TIP3X 245 4.310 13.850 -26.850 1.00 0.00 MW H +ATOM 5905 OH2 TIP3X 246 -31.750 21.580 -29.150 1.00 0.00 MW O +ATOM 5906 H1 TIP3X 246 -32.570 21.710 -29.620 1.00 0.00 MW H +ATOM 5907 H2 TIP3X 246 -31.470 20.700 -29.400 1.00 0.00 MW H +ATOM 5908 OH2 TIP3X 247 12.540 7.480 -48.070 1.00 0.00 MW O +ATOM 5909 H1 TIP3X 247 12.320 8.360 -48.360 1.00 0.00 MW H +ATOM 5910 H2 TIP3X 247 13.440 7.550 -47.760 1.00 0.00 MW H +ATOM 5911 OH2 TIP3X 248 -30.780 -4.540 25.200 1.00 0.00 MW O +ATOM 5912 H1 TIP3X 248 -30.290 -5.130 24.640 1.00 0.00 MW H +ATOM 5913 H2 TIP3X 248 -31.690 -4.650 24.920 1.00 0.00 MW H +ATOM 5914 OH2 TIP3X 249 6.410 43.480 -43.830 1.00 0.00 MW O +ATOM 5915 H1 TIP3X 249 6.230 44.400 -43.660 1.00 0.00 MW H +ATOM 5916 H2 TIP3X 249 5.880 43.010 -43.180 1.00 0.00 MW H +ATOM 5917 OH2 TIP3X 250 9.180 6.610 -39.010 1.00 0.00 MW O +ATOM 5918 H1 TIP3X 250 9.350 7.430 -38.540 1.00 0.00 MW H +ATOM 5919 H2 TIP3X 250 8.230 6.490 -38.950 1.00 0.00 MW H +ATOM 5920 OH2 TIP3X 251 -12.330 -14.060 32.160 1.00 0.00 MW O +ATOM 5921 H1 TIP3X 251 -11.500 -13.670 31.900 1.00 0.00 MW H +ATOM 5922 H2 TIP3X 251 -12.180 -14.370 33.050 1.00 0.00 MW H +ATOM 5923 OH2 TIP3X 252 47.610 -44.330 -34.330 1.00 0.00 MW O +ATOM 5924 H1 TIP3X 252 46.830 -43.800 -34.190 1.00 0.00 MW H +ATOM 5925 H2 TIP3X 252 47.680 -44.400 -35.290 1.00 0.00 MW H +ATOM 5926 OH2 TIP3X 253 -2.530 -48.140 -40.240 1.00 0.00 MW O +ATOM 5927 H1 TIP3X 253 -2.240 -48.430 -39.380 1.00 0.00 MW H +ATOM 5928 H2 TIP3X 253 -1.970 -48.610 -40.860 1.00 0.00 MW H +ATOM 5929 OH2 TIP3X 254 46.430 -8.170 -15.190 1.00 0.00 MW O +ATOM 5930 H1 TIP3X 254 46.440 -7.480 -14.520 1.00 0.00 MW H +ATOM 5931 H2 TIP3X 254 46.980 -8.860 -14.830 1.00 0.00 MW H +ATOM 5932 OH2 TIP3X 255 20.760 -42.680 -30.640 1.00 0.00 MW O +ATOM 5933 H1 TIP3X 255 20.240 -43.340 -30.190 1.00 0.00 MW H +ATOM 5934 H2 TIP3X 255 20.170 -41.940 -30.750 1.00 0.00 MW H +ATOM 5935 OH2 TIP3X 256 -25.460 -41.650 -49.250 1.00 0.00 MW O +ATOM 5936 H1 TIP3X 256 -25.890 -42.050 -50.000 1.00 0.00 MW H +ATOM 5937 H2 TIP3X 256 -25.850 -40.770 -49.190 1.00 0.00 MW H +ATOM 5938 OH2 TIP3X 257 -9.230 23.840 -40.500 1.00 0.00 MW O +ATOM 5939 H1 TIP3X 257 -8.540 24.260 -41.020 1.00 0.00 MW H +ATOM 5940 H2 TIP3X 257 -8.750 23.230 -39.930 1.00 0.00 MW H +ATOM 5941 OH2 TIP3X 258 21.240 -41.640 18.860 1.00 0.00 MW O +ATOM 5942 H1 TIP3X 258 21.050 -41.360 17.950 1.00 0.00 MW H +ATOM 5943 H2 TIP3X 258 20.390 -41.930 19.180 1.00 0.00 MW H +ATOM 5944 OH2 TIP3X 259 -39.390 -46.570 -42.180 1.00 0.00 MW O +ATOM 5945 H1 TIP3X 259 -38.810 -46.150 -42.800 1.00 0.00 MW H +ATOM 5946 H2 TIP3X 259 -40.190 -46.030 -42.190 1.00 0.00 MW H +ATOM 5947 OH2 TIP3X 260 16.410 -24.360 38.090 1.00 0.00 MW O +ATOM 5948 H1 TIP3X 260 15.950 -24.510 37.260 1.00 0.00 MW H +ATOM 5949 H2 TIP3X 260 15.890 -24.840 38.740 1.00 0.00 MW H +ATOM 5950 OH2 TIP3X 261 22.630 41.160 28.780 1.00 0.00 MW O +ATOM 5951 H1 TIP3X 261 23.260 40.450 28.880 1.00 0.00 MW H +ATOM 5952 H2 TIP3X 261 21.780 40.720 28.770 1.00 0.00 MW H +ATOM 5953 OH2 TIP3X 262 43.290 -22.880 -35.210 1.00 0.00 MW O +ATOM 5954 H1 TIP3X 262 42.790 -23.130 -34.420 1.00 0.00 MW H +ATOM 5955 H2 TIP3X 262 42.740 -22.230 -35.640 1.00 0.00 MW H +ATOM 5956 OH2 TIP3X 263 -30.540 34.010 -10.960 1.00 0.00 MW O +ATOM 5957 H1 TIP3X 263 -30.040 34.800 -10.760 1.00 0.00 MW H +ATOM 5958 H2 TIP3X 263 -31.240 34.300 -11.550 1.00 0.00 MW H +ATOM 5959 OH2 TIP3X 264 -4.250 -48.790 -30.860 1.00 0.00 MW O +ATOM 5960 H1 TIP3X 264 -4.610 -48.040 -30.390 1.00 0.00 MW H +ATOM 5961 H2 TIP3X 264 -4.970 -49.100 -31.410 1.00 0.00 MW H +ATOM 5962 OH2 TIP3X 265 39.080 9.650 28.800 1.00 0.00 MW O +ATOM 5963 H1 TIP3X 265 39.060 9.340 27.890 1.00 0.00 MW H +ATOM 5964 H2 TIP3X 265 39.690 10.390 28.780 1.00 0.00 MW H +ATOM 5965 OH2 TIP3X 266 -5.870 -4.780 -50.060 1.00 0.00 MW O +ATOM 5966 H1 TIP3X 266 -5.990 -4.340 -49.220 1.00 0.00 MW H +ATOM 5967 H2 TIP3X 266 -6.360 -4.240 -50.690 1.00 0.00 MW H +ATOM 5968 OH2 TIP3X 267 18.180 -28.930 20.940 1.00 0.00 MW O +ATOM 5969 H1 TIP3X 267 17.400 -29.290 20.520 1.00 0.00 MW H +ATOM 5970 H2 TIP3X 267 18.590 -28.390 20.260 1.00 0.00 MW H +ATOM 5971 OH2 TIP3X 268 7.610 -8.600 -30.910 1.00 0.00 MW O +ATOM 5972 H1 TIP3X 268 8.490 -8.810 -30.590 1.00 0.00 MW H +ATOM 5973 H2 TIP3X 268 7.220 -8.100 -30.200 1.00 0.00 MW H +ATOM 5974 OH2 TIP3X 269 44.490 31.670 17.480 1.00 0.00 MW O +ATOM 5975 H1 TIP3X 269 43.840 31.050 17.150 1.00 0.00 MW H +ATOM 5976 H2 TIP3X 269 43.980 32.460 17.700 1.00 0.00 MW H +ATOM 5977 OH2 TIP3X 270 -12.140 -42.270 18.680 1.00 0.00 MW O +ATOM 5978 H1 TIP3X 270 -12.080 -42.910 17.970 1.00 0.00 MW H +ATOM 5979 H2 TIP3X 270 -12.880 -42.550 19.200 1.00 0.00 MW H +ATOM 5980 OH2 TIP3X 271 6.970 26.330 -19.990 1.00 0.00 MW O +ATOM 5981 H1 TIP3X 271 7.060 25.870 -20.830 1.00 0.00 MW H +ATOM 5982 H2 TIP3X 271 6.070 26.640 -19.990 1.00 0.00 MW H +ATOM 5983 OH2 TIP3X 272 39.930 -7.710 -51.550 1.00 0.00 MW O +ATOM 5984 H1 TIP3X 272 39.540 -8.580 -51.470 1.00 0.00 MW H +ATOM 5985 H2 TIP3X 272 40.700 -7.730 -50.980 1.00 0.00 MW H +ATOM 5986 OH2 TIP3X 273 -22.680 13.290 26.630 1.00 0.00 MW O +ATOM 5987 H1 TIP3X 273 -23.140 12.450 26.630 1.00 0.00 MW H +ATOM 5988 H2 TIP3X 273 -22.160 13.290 27.430 1.00 0.00 MW H +ATOM 5989 OH2 TIP3X 274 34.010 37.580 -22.150 1.00 0.00 MW O +ATOM 5990 H1 TIP3X 274 33.490 36.800 -22.300 1.00 0.00 MW H +ATOM 5991 H2 TIP3X 274 33.790 37.840 -21.240 1.00 0.00 MW H +ATOM 5992 OH2 TIP3X 275 27.570 24.350 -22.930 1.00 0.00 MW O +ATOM 5993 H1 TIP3X 275 27.290 25.010 -22.300 1.00 0.00 MW H +ATOM 5994 H2 TIP3X 275 27.710 23.570 -22.410 1.00 0.00 MW H +ATOM 5995 OH2 TIP3X 276 45.390 -11.180 15.480 1.00 0.00 MW O +ATOM 5996 H1 TIP3X 276 44.800 -11.290 16.230 1.00 0.00 MW H +ATOM 5997 H2 TIP3X 276 45.010 -10.470 14.960 1.00 0.00 MW H +ATOM 5998 OH2 TIP3X 277 46.980 -31.330 24.840 1.00 0.00 MW O +ATOM 5999 H1 TIP3X 277 46.830 -31.930 24.120 1.00 0.00 MW H +ATOM 6000 H2 TIP3X 277 47.620 -31.760 25.400 1.00 0.00 MW H +ATOM 6001 OH2 TIP3X 278 -32.440 13.990 27.520 1.00 0.00 MW O +ATOM 6002 H1 TIP3X 278 -32.970 13.290 27.890 1.00 0.00 MW H +ATOM 6003 H2 TIP3X 278 -32.540 14.720 28.120 1.00 0.00 MW H +ATOM 6004 OH2 TIP3X 279 29.840 35.420 -46.520 1.00 0.00 MW O +ATOM 6005 H1 TIP3X 279 29.820 35.420 -47.480 1.00 0.00 MW H +ATOM 6006 H2 TIP3X 279 28.920 35.540 -46.260 1.00 0.00 MW H +ATOM 6007 OH2 TIP3X 280 -34.240 -33.440 -36.650 1.00 0.00 MW O +ATOM 6008 H1 TIP3X 280 -34.550 -32.550 -36.570 1.00 0.00 MW H +ATOM 6009 H2 TIP3X 280 -34.880 -33.960 -36.170 1.00 0.00 MW H +ATOM 6010 OH2 TIP3X 281 -31.500 -44.240 -24.290 1.00 0.00 MW O +ATOM 6011 H1 TIP3X 281 -31.940 -44.250 -23.440 1.00 0.00 MW H +ATOM 6012 H2 TIP3X 281 -30.600 -44.500 -24.090 1.00 0.00 MW H +ATOM 6013 OH2 TIP3X 282 -4.450 -9.170 -25.730 1.00 0.00 MW O +ATOM 6014 H1 TIP3X 282 -3.880 -8.760 -26.380 1.00 0.00 MW H +ATOM 6015 H2 TIP3X 282 -4.310 -10.110 -25.830 1.00 0.00 MW H +ATOM 6016 OH2 TIP3X 283 -40.090 4.690 -31.930 1.00 0.00 MW O +ATOM 6017 H1 TIP3X 283 -40.810 4.620 -32.550 1.00 0.00 MW H +ATOM 6018 H2 TIP3X 283 -39.430 5.200 -32.380 1.00 0.00 MW H +ATOM 6019 OH2 TIP3X 284 -21.000 -38.940 15.490 1.00 0.00 MW O +ATOM 6020 H1 TIP3X 284 -21.690 -39.080 14.850 1.00 0.00 MW H +ATOM 6021 H2 TIP3X 284 -20.280 -38.540 14.990 1.00 0.00 MW H +ATOM 6022 OH2 TIP3X 285 -44.110 -30.430 -27.140 1.00 0.00 MW O +ATOM 6023 H1 TIP3X 285 -43.510 -30.060 -26.490 1.00 0.00 MW H +ATOM 6024 H2 TIP3X 285 -43.590 -30.480 -27.950 1.00 0.00 MW H +ATOM 6025 OH2 TIP3X 286 -13.910 27.280 -35.780 1.00 0.00 MW O +ATOM 6026 H1 TIP3X 286 -14.390 26.870 -36.500 1.00 0.00 MW H +ATOM 6027 H2 TIP3X 286 -14.330 26.940 -35.000 1.00 0.00 MW H +ATOM 6028 OH2 TIP3X 287 -17.750 -31.070 -18.440 1.00 0.00 MW O +ATOM 6029 H1 TIP3X 287 -16.820 -31.230 -18.350 1.00 0.00 MW H +ATOM 6030 H2 TIP3X 287 -17.860 -30.730 -19.320 1.00 0.00 MW H +ATOM 6031 OH2 TIP3X 288 34.960 39.220 31.480 1.00 0.00 MW O +ATOM 6032 H1 TIP3X 288 34.490 39.560 32.230 1.00 0.00 MW H +ATOM 6033 H2 TIP3X 288 34.870 39.900 30.810 1.00 0.00 MW H +ATOM 6034 OH2 TIP3X 289 13.280 11.050 28.540 1.00 0.00 MW O +ATOM 6035 H1 TIP3X 289 12.850 11.890 28.720 1.00 0.00 MW H +ATOM 6036 H2 TIP3X 289 13.730 11.180 27.700 1.00 0.00 MW H +ATOM 6037 OH2 TIP3X 290 15.230 -1.540 -30.800 1.00 0.00 MW O +ATOM 6038 H1 TIP3X 290 15.750 -1.600 -31.600 1.00 0.00 MW H +ATOM 6039 H2 TIP3X 290 14.880 -0.640 -30.820 1.00 0.00 MW H +ATOM 6040 OH2 TIP3X 291 16.290 -25.580 -26.180 1.00 0.00 MW O +ATOM 6041 H1 TIP3X 291 16.740 -25.680 -25.350 1.00 0.00 MW H +ATOM 6042 H2 TIP3X 291 15.400 -25.900 -26.020 1.00 0.00 MW H +ATOM 6043 OH2 TIP3X 292 16.550 -6.850 25.910 1.00 0.00 MW O +ATOM 6044 H1 TIP3X 292 16.510 -7.740 25.570 1.00 0.00 MW H +ATOM 6045 H2 TIP3X 292 16.190 -6.910 26.800 1.00 0.00 MW H +ATOM 6046 OH2 TIP3X 293 -5.680 -22.020 -23.330 1.00 0.00 MW O +ATOM 6047 H1 TIP3X 293 -6.300 -22.440 -23.940 1.00 0.00 MW H +ATOM 6048 H2 TIP3X 293 -5.500 -21.170 -23.720 1.00 0.00 MW H +ATOM 6049 OH2 TIP3X 294 -14.920 -45.870 13.050 1.00 0.00 MW O +ATOM 6050 H1 TIP3X 294 -14.790 -46.750 13.390 1.00 0.00 MW H +ATOM 6051 H2 TIP3X 294 -15.600 -45.960 12.380 1.00 0.00 MW H +ATOM 6052 OH2 TIP3X 295 -23.940 29.240 35.670 1.00 0.00 MW O +ATOM 6053 H1 TIP3X 295 -24.660 28.710 36.020 1.00 0.00 MW H +ATOM 6054 H2 TIP3X 295 -24.210 30.140 35.820 1.00 0.00 MW H +ATOM 6055 OH2 TIP3X 296 44.920 28.060 -36.250 1.00 0.00 MW O +ATOM 6056 H1 TIP3X 296 44.640 28.510 -35.460 1.00 0.00 MW H +ATOM 6057 H2 TIP3X 296 44.420 27.240 -36.250 1.00 0.00 MW H +ATOM 6058 OH2 TIP3X 297 -41.220 -37.500 -26.550 1.00 0.00 MW O +ATOM 6059 H1 TIP3X 297 -40.600 -36.910 -26.130 1.00 0.00 MW H +ATOM 6060 H2 TIP3X 297 -41.070 -37.380 -27.490 1.00 0.00 MW H +ATOM 6061 OH2 TIP3X 298 20.970 20.170 -36.170 1.00 0.00 MW O +ATOM 6062 H1 TIP3X 298 20.040 20.020 -36.020 1.00 0.00 MW H +ATOM 6063 H2 TIP3X 298 21.060 20.200 -37.120 1.00 0.00 MW H +ATOM 6064 OH2 TIP3X 299 -19.620 20.550 29.390 1.00 0.00 MW O +ATOM 6065 H1 TIP3X 299 -19.750 19.690 29.800 1.00 0.00 MW H +ATOM 6066 H2 TIP3X 299 -18.870 20.920 29.850 1.00 0.00 MW H +ATOM 6067 OH2 TIP3X 300 -19.700 -7.120 21.610 1.00 0.00 MW O +ATOM 6068 H1 TIP3X 300 -20.430 -6.500 21.700 1.00 0.00 MW H +ATOM 6069 H2 TIP3X 300 -19.590 -7.220 20.660 1.00 0.00 MW H +ATOM 6070 OH2 TIP3X 301 -8.700 -27.430 34.500 1.00 0.00 MW O +ATOM 6071 H1 TIP3X 301 -8.750 -27.630 33.570 1.00 0.00 MW H +ATOM 6072 H2 TIP3X 301 -9.540 -27.020 34.700 1.00 0.00 MW H +ATOM 6073 OH2 TIP3X 302 -37.250 12.350 -43.640 1.00 0.00 MW O +ATOM 6074 H1 TIP3X 302 -36.620 12.310 -44.360 1.00 0.00 MW H +ATOM 6075 H2 TIP3X 302 -36.840 12.890 -42.970 1.00 0.00 MW H +ATOM 6076 OH2 TIP3X 303 46.990 40.890 27.280 1.00 0.00 MW O +ATOM 6077 H1 TIP3X 303 46.880 39.970 27.530 1.00 0.00 MW H +ATOM 6078 H2 TIP3X 303 46.530 41.380 27.950 1.00 0.00 MW H +ATOM 6079 OH2 TIP3X 304 -14.880 17.400 -37.050 1.00 0.00 MW O +ATOM 6080 H1 TIP3X 304 -15.090 16.670 -37.640 1.00 0.00 MW H +ATOM 6081 H2 TIP3X 304 -14.560 18.090 -37.650 1.00 0.00 MW H +ATOM 6082 OH2 TIP3X 305 -23.430 8.800 38.120 1.00 0.00 MW O +ATOM 6083 H1 TIP3X 305 -23.580 8.790 39.070 1.00 0.00 MW H +ATOM 6084 H2 TIP3X 305 -24.310 8.900 37.740 1.00 0.00 MW H +ATOM 6085 OH2 TIP3X 306 29.720 -40.740 -39.060 1.00 0.00 MW O +ATOM 6086 H1 TIP3X 306 30.500 -40.390 -38.610 1.00 0.00 MW H +ATOM 6087 H2 TIP3X 306 29.000 -40.570 -38.460 1.00 0.00 MW H +ATOM 6088 OH2 TIP3X 307 -16.280 -16.970 -27.980 1.00 0.00 MW O +ATOM 6089 H1 TIP3X 307 -16.430 -17.510 -28.760 1.00 0.00 MW H +ATOM 6090 H2 TIP3X 307 -16.730 -16.140 -28.170 1.00 0.00 MW H +ATOM 6091 OH2 TIP3X 308 -26.620 8.550 -13.930 1.00 0.00 MW O +ATOM 6092 H1 TIP3X 308 -25.980 7.850 -13.900 1.00 0.00 MW H +ATOM 6093 H2 TIP3X 308 -27.460 8.120 -13.680 1.00 0.00 MW H +ATOM 6094 OH2 TIP3X 309 -22.720 39.450 -46.100 1.00 0.00 MW O +ATOM 6095 H1 TIP3X 309 -22.760 40.380 -45.890 1.00 0.00 MW H +ATOM 6096 H2 TIP3X 309 -23.630 39.150 -46.020 1.00 0.00 MW H +ATOM 6097 OH2 TIP3X 310 39.660 -37.480 -50.600 1.00 0.00 MW O +ATOM 6098 H1 TIP3X 310 38.820 -37.620 -51.020 1.00 0.00 MW H +ATOM 6099 H2 TIP3X 310 40.120 -36.850 -51.160 1.00 0.00 MW H +ATOM 6100 OH2 TIP3X 311 46.990 -4.450 -17.940 1.00 0.00 MW O +ATOM 6101 H1 TIP3X 311 47.910 -4.660 -17.850 1.00 0.00 MW H +ATOM 6102 H2 TIP3X 311 46.960 -3.490 -18.010 1.00 0.00 MW H +ATOM 6103 OH2 TIP3X 312 -39.340 6.050 -37.400 1.00 0.00 MW O +ATOM 6104 H1 TIP3X 312 -39.760 6.330 -36.580 1.00 0.00 MW H +ATOM 6105 H2 TIP3X 312 -38.500 5.690 -37.120 1.00 0.00 MW H +ATOM 6106 OH2 TIP3X 313 20.320 -28.850 -25.230 1.00 0.00 MW O +ATOM 6107 H1 TIP3X 313 20.800 -28.080 -25.520 1.00 0.00 MW H +ATOM 6108 H2 TIP3X 313 20.480 -28.900 -24.280 1.00 0.00 MW H +ATOM 6109 OH2 TIP3X 314 46.750 14.140 -25.530 1.00 0.00 MW O +ATOM 6110 H1 TIP3X 314 46.900 15.020 -25.870 1.00 0.00 MW H +ATOM 6111 H2 TIP3X 314 46.080 13.770 -26.130 1.00 0.00 MW H +ATOM 6112 OH2 TIP3X 315 31.500 38.090 -24.320 1.00 0.00 MW O +ATOM 6113 H1 TIP3X 315 32.210 37.870 -23.710 1.00 0.00 MW H +ATOM 6114 H2 TIP3X 315 31.150 37.240 -24.580 1.00 0.00 MW H +ATOM 6115 OH2 TIP3X 316 -23.020 28.320 -20.670 1.00 0.00 MW O +ATOM 6116 H1 TIP3X 316 -23.690 27.910 -20.130 1.00 0.00 MW H +ATOM 6117 H2 TIP3X 316 -23.510 28.760 -21.370 1.00 0.00 MW H +ATOM 6118 OH2 TIP3X 317 36.490 31.630 36.440 1.00 0.00 MW O +ATOM 6119 H1 TIP3X 317 36.510 30.740 36.100 1.00 0.00 MW H +ATOM 6120 H2 TIP3X 317 37.350 31.730 36.870 1.00 0.00 MW H +ATOM 6121 OH2 TIP3X 318 47.150 -4.370 -11.530 1.00 0.00 MW O +ATOM 6122 H1 TIP3X 318 46.500 -3.990 -10.920 1.00 0.00 MW H +ATOM 6123 H2 TIP3X 318 47.960 -3.930 -11.320 1.00 0.00 MW H +ATOM 6124 OH2 TIP3X 319 -20.380 29.910 37.770 1.00 0.00 MW O +ATOM 6125 H1 TIP3X 319 -19.980 29.130 38.180 1.00 0.00 MW H +ATOM 6126 H2 TIP3X 319 -21.240 29.990 38.180 1.00 0.00 MW H +ATOM 6127 OH2 TIP3X 320 -12.540 -43.190 -26.170 1.00 0.00 MW O +ATOM 6128 H1 TIP3X 320 -12.750 -42.650 -26.920 1.00 0.00 MW H +ATOM 6129 H2 TIP3X 320 -13.280 -43.790 -26.100 1.00 0.00 MW H +ATOM 6130 OH2 TIP3X 321 -37.100 -7.830 31.930 1.00 0.00 MW O +ATOM 6131 H1 TIP3X 321 -36.780 -8.730 31.960 1.00 0.00 MW H +ATOM 6132 H2 TIP3X 321 -37.930 -7.890 31.460 1.00 0.00 MW H +ATOM 6133 OH2 TIP3X 322 36.270 13.850 15.640 1.00 0.00 MW O +ATOM 6134 H1 TIP3X 322 35.600 13.880 14.970 1.00 0.00 MW H +ATOM 6135 H2 TIP3X 322 36.360 14.750 15.940 1.00 0.00 MW H +ATOM 6136 OH2 TIP3X 323 23.530 -33.070 -52.870 1.00 0.00 MW O +ATOM 6137 H1 TIP3X 323 22.580 -32.980 -52.940 1.00 0.00 MW H +ATOM 6138 H2 TIP3X 323 23.810 -32.240 -52.480 1.00 0.00 MW H +ATOM 6139 OH2 TIP3X 324 42.120 31.820 -14.940 1.00 0.00 MW O +ATOM 6140 H1 TIP3X 324 42.980 31.400 -14.850 1.00 0.00 MW H +ATOM 6141 H2 TIP3X 324 41.570 31.380 -14.310 1.00 0.00 MW H +ATOM 6142 OH2 TIP3X 325 -41.090 14.000 25.670 1.00 0.00 MW O +ATOM 6143 H1 TIP3X 325 -41.260 13.990 26.610 1.00 0.00 MW H +ATOM 6144 H2 TIP3X 325 -40.300 14.510 25.580 1.00 0.00 MW H +ATOM 6145 OH2 TIP3X 326 16.830 -26.620 -41.260 1.00 0.00 MW O +ATOM 6146 H1 TIP3X 326 17.520 -26.040 -41.580 1.00 0.00 MW H +ATOM 6147 H2 TIP3X 326 17.200 -27.010 -40.470 1.00 0.00 MW H +ATOM 6148 OH2 TIP3X 327 -37.580 30.480 22.090 1.00 0.00 MW O +ATOM 6149 H1 TIP3X 327 -38.080 31.070 22.660 1.00 0.00 MW H +ATOM 6150 H2 TIP3X 327 -36.710 30.450 22.480 1.00 0.00 MW H +ATOM 6151 OH2 TIP3X 328 0.910 33.340 -44.310 1.00 0.00 MW O +ATOM 6152 H1 TIP3X 328 0.150 32.810 -44.080 1.00 0.00 MW H +ATOM 6153 H2 TIP3X 328 1.320 32.870 -45.040 1.00 0.00 MW H +ATOM 6154 OH2 TIP3X 329 31.120 -49.790 -34.230 1.00 0.00 MW O +ATOM 6155 H1 TIP3X 329 31.320 -48.900 -34.520 1.00 0.00 MW H +ATOM 6156 H2 TIP3X 329 31.140 -49.740 -33.280 1.00 0.00 MW H +ATOM 6157 OH2 TIP3X 330 -36.400 -11.440 -25.610 1.00 0.00 MW O +ATOM 6158 H1 TIP3X 330 -36.910 -10.660 -25.870 1.00 0.00 MW H +ATOM 6159 H2 TIP3X 330 -37.030 -12.160 -25.670 1.00 0.00 MW H +ATOM 6160 OH2 TIP3X 331 -5.030 -22.850 -45.810 1.00 0.00 MW O +ATOM 6161 H1 TIP3X 331 -5.260 -22.030 -45.350 1.00 0.00 MW H +ATOM 6162 H2 TIP3X 331 -4.380 -23.270 -45.240 1.00 0.00 MW H +ATOM 6163 OH2 TIP3X 332 -26.020 -24.950 -37.290 1.00 0.00 MW O +ATOM 6164 H1 TIP3X 332 -26.790 -25.490 -37.510 1.00 0.00 MW H +ATOM 6165 H2 TIP3X 332 -26.350 -24.310 -36.660 1.00 0.00 MW H +ATOM 6166 OH2 TIP3X 333 19.940 16.610 19.430 1.00 0.00 MW O +ATOM 6167 H1 TIP3X 333 19.590 16.420 20.300 1.00 0.00 MW H +ATOM 6168 H2 TIP3X 333 19.190 16.930 18.930 1.00 0.00 MW H +ATOM 6169 OH2 TIP3X 334 14.350 34.280 21.200 1.00 0.00 MW O +ATOM 6170 H1 TIP3X 334 13.960 33.540 20.740 1.00 0.00 MW H +ATOM 6171 H2 TIP3X 334 13.960 34.250 22.080 1.00 0.00 MW H +ATOM 6172 OH2 TIP3X 335 28.150 41.860 -36.610 1.00 0.00 MW O +ATOM 6173 H1 TIP3X 335 27.850 41.020 -36.290 1.00 0.00 MW H +ATOM 6174 H2 TIP3X 335 28.420 42.330 -35.810 1.00 0.00 MW H +ATOM 6175 OH2 TIP3X 336 0.380 3.810 35.710 1.00 0.00 MW O +ATOM 6176 H1 TIP3X 336 0.980 3.970 36.440 1.00 0.00 MW H +ATOM 6177 H2 TIP3X 336 0.820 4.190 34.950 1.00 0.00 MW H +ATOM 6178 OH2 TIP3X 337 39.040 18.410 -8.910 1.00 0.00 MW O +ATOM 6179 H1 TIP3X 337 39.860 18.620 -8.480 1.00 0.00 MW H +ATOM 6180 H2 TIP3X 337 38.360 18.810 -8.370 1.00 0.00 MW H +ATOM 6181 OH2 TIP3X 338 41.670 -33.510 35.010 1.00 0.00 MW O +ATOM 6182 H1 TIP3X 338 42.190 -34.200 34.580 1.00 0.00 MW H +ATOM 6183 H2 TIP3X 338 42.120 -32.690 34.780 1.00 0.00 MW H +ATOM 6184 OH2 TIP3X 339 20.090 -48.240 32.030 1.00 0.00 MW O +ATOM 6185 H1 TIP3X 339 20.420 -49.040 32.430 1.00 0.00 MW H +ATOM 6186 H2 TIP3X 339 19.210 -48.470 31.740 1.00 0.00 MW H +ATOM 6187 OH2 TIP3X 340 28.910 29.460 -19.000 1.00 0.00 MW O +ATOM 6188 H1 TIP3X 340 29.360 29.600 -19.840 1.00 0.00 MW H +ATOM 6189 H2 TIP3X 340 29.480 28.880 -18.510 1.00 0.00 MW H +ATOM 6190 OH2 TIP3X 341 5.090 -29.450 -50.830 1.00 0.00 MW O +ATOM 6191 H1 TIP3X 341 5.050 -28.560 -50.460 1.00 0.00 MW H +ATOM 6192 H2 TIP3X 341 4.330 -29.510 -51.400 1.00 0.00 MW H +ATOM 6193 OH2 TIP3X 342 21.040 -44.870 -36.460 1.00 0.00 MW O +ATOM 6194 H1 TIP3X 342 20.330 -45.060 -35.830 1.00 0.00 MW H +ATOM 6195 H2 TIP3X 342 20.940 -43.950 -36.660 1.00 0.00 MW H +ATOM 6196 OH2 TIP3X 343 -19.760 6.490 18.790 1.00 0.00 MW O +ATOM 6197 H1 TIP3X 343 -18.950 6.200 18.370 1.00 0.00 MW H +ATOM 6198 H2 TIP3X 343 -20.350 5.740 18.730 1.00 0.00 MW H +ATOM 6199 OH2 TIP3X 344 -20.060 -29.700 -34.100 1.00 0.00 MW O +ATOM 6200 H1 TIP3X 344 -21.010 -29.830 -34.090 1.00 0.00 MW H +ATOM 6201 H2 TIP3X 344 -19.940 -28.900 -34.610 1.00 0.00 MW H +ATOM 6202 OH2 TIP3X 345 -0.800 33.710 -31.050 1.00 0.00 MW O +ATOM 6203 H1 TIP3X 345 -0.620 33.150 -30.300 1.00 0.00 MW H +ATOM 6204 H2 TIP3X 345 -1.310 33.160 -31.640 1.00 0.00 MW H +ATOM 6205 OH2 TIP3X 346 -19.620 -1.430 39.430 1.00 0.00 MW O +ATOM 6206 H1 TIP3X 346 -19.170 -2.270 39.300 1.00 0.00 MW H +ATOM 6207 H2 TIP3X 346 -19.680 -1.330 40.380 1.00 0.00 MW H +ATOM 6208 OH2 TIP3X 347 15.570 14.590 -19.810 1.00 0.00 MW O +ATOM 6209 H1 TIP3X 347 15.790 13.720 -19.490 1.00 0.00 MW H +ATOM 6210 H2 TIP3X 347 15.630 14.520 -20.760 1.00 0.00 MW H +ATOM 6211 OH2 TIP3X 348 45.330 40.130 38.450 1.00 0.00 MW O +ATOM 6212 H1 TIP3X 348 45.320 39.240 38.100 1.00 0.00 MW H +ATOM 6213 H2 TIP3X 348 44.580 40.170 39.060 1.00 0.00 MW H +ATOM 6214 OH2 TIP3X 349 34.570 37.380 -30.720 1.00 0.00 MW O +ATOM 6215 H1 TIP3X 349 33.720 37.290 -31.150 1.00 0.00 MW H +ATOM 6216 H2 TIP3X 349 34.740 38.320 -30.730 1.00 0.00 MW H +ATOM 6217 OH2 TIP3X 350 6.710 25.090 -22.420 1.00 0.00 MW O +ATOM 6218 H1 TIP3X 350 6.750 25.040 -23.370 1.00 0.00 MW H +ATOM 6219 H2 TIP3X 350 7.100 24.270 -22.110 1.00 0.00 MW H +ATOM 6220 OH2 TIP3X 351 47.440 -23.110 -46.830 1.00 0.00 MW O +ATOM 6221 H1 TIP3X 351 46.750 -23.070 -46.170 1.00 0.00 MW H +ATOM 6222 H2 TIP3X 351 47.110 -23.760 -47.460 1.00 0.00 MW H +ATOM 6223 OH2 TIP3X 352 39.770 -40.200 -39.930 1.00 0.00 MW O +ATOM 6224 H1 TIP3X 352 39.830 -39.470 -40.540 1.00 0.00 MW H +ATOM 6225 H2 TIP3X 352 38.910 -40.090 -39.520 1.00 0.00 MW H +ATOM 6226 OH2 TIP3X 353 -23.370 -42.820 -26.060 1.00 0.00 MW O +ATOM 6227 H1 TIP3X 353 -22.710 -42.480 -26.680 1.00 0.00 MW H +ATOM 6228 H2 TIP3X 353 -22.860 -43.100 -25.290 1.00 0.00 MW H +ATOM 6229 OH2 TIP3X 354 -34.130 10.670 -34.480 1.00 0.00 MW O +ATOM 6230 H1 TIP3X 354 -34.160 10.460 -35.410 1.00 0.00 MW H +ATOM 6231 H2 TIP3X 354 -33.720 11.540 -34.440 1.00 0.00 MW H +ATOM 6232 OH2 TIP3X 355 46.600 10.720 -25.120 1.00 0.00 MW O +ATOM 6233 H1 TIP3X 355 46.530 10.260 -25.960 1.00 0.00 MW H +ATOM 6234 H2 TIP3X 355 45.700 10.800 -24.830 1.00 0.00 MW H +ATOM 6235 OH2 TIP3X 356 -32.270 43.700 -35.690 1.00 0.00 MW O +ATOM 6236 H1 TIP3X 356 -32.790 43.010 -36.110 1.00 0.00 MW H +ATOM 6237 H2 TIP3X 356 -32.520 43.650 -34.760 1.00 0.00 MW H +ATOM 6238 OH2 TIP3X 357 -43.310 22.530 40.450 1.00 0.00 MW O +ATOM 6239 H1 TIP3X 357 -42.950 23.210 39.890 1.00 0.00 MW H +ATOM 6240 H2 TIP3X 357 -43.970 22.100 39.920 1.00 0.00 MW H +ATOM 6241 OH2 TIP3X 358 38.340 6.000 -24.800 1.00 0.00 MW O +ATOM 6242 H1 TIP3X 358 37.740 5.920 -24.060 1.00 0.00 MW H +ATOM 6243 H2 TIP3X 358 39.000 6.630 -24.520 1.00 0.00 MW H +ATOM 6244 OH2 TIP3X 359 29.180 -24.410 -23.820 1.00 0.00 MW O +ATOM 6245 H1 TIP3X 359 29.420 -25.340 -23.850 1.00 0.00 MW H +ATOM 6246 H2 TIP3X 359 28.220 -24.420 -23.720 1.00 0.00 MW H +ATOM 6247 OH2 TIP3X 360 9.780 -25.070 34.810 1.00 0.00 MW O +ATOM 6248 H1 TIP3X 360 9.760 -25.230 35.760 1.00 0.00 MW H +ATOM 6249 H2 TIP3X 360 9.010 -25.520 34.460 1.00 0.00 MW H +ATOM 6250 OH2 TIP3X 361 -39.670 -46.410 -47.330 1.00 0.00 MW O +ATOM 6251 H1 TIP3X 361 -40.130 -46.330 -48.170 1.00 0.00 MW H +ATOM 6252 H2 TIP3X 361 -39.880 -47.290 -47.030 1.00 0.00 MW H +ATOM 6253 OH2 TIP3X 362 41.390 5.710 25.690 1.00 0.00 MW O +ATOM 6254 H1 TIP3X 362 41.680 5.640 24.790 1.00 0.00 MW H +ATOM 6255 H2 TIP3X 362 41.200 4.810 25.950 1.00 0.00 MW H +ATOM 6256 OH2 TIP3X 363 -16.070 -35.310 -30.430 1.00 0.00 MW O +ATOM 6257 H1 TIP3X 363 -15.500 -35.790 -29.820 1.00 0.00 MW H +ATOM 6258 H2 TIP3X 363 -15.670 -34.450 -30.510 1.00 0.00 MW H +ATOM 6259 OH2 TIP3X 364 3.980 -23.610 -24.530 1.00 0.00 MW O +ATOM 6260 H1 TIP3X 364 3.090 -23.260 -24.610 1.00 0.00 MW H +ATOM 6261 H2 TIP3X 364 3.860 -24.540 -24.380 1.00 0.00 MW H +ATOM 6262 OH2 TIP3X 365 43.960 -6.490 -36.480 1.00 0.00 MW O +ATOM 6263 H1 TIP3X 365 44.390 -5.630 -36.590 1.00 0.00 MW H +ATOM 6264 H2 TIP3X 365 43.160 -6.300 -36.000 1.00 0.00 MW H +ATOM 6265 OH2 TIP3X 366 -9.940 -28.480 29.580 1.00 0.00 MW O +ATOM 6266 H1 TIP3X 366 -9.660 -28.460 28.670 1.00 0.00 MW H +ATOM 6267 H2 TIP3X 366 -10.790 -28.020 29.580 1.00 0.00 MW H +ATOM 6268 OH2 TIP3X 367 7.080 34.290 -21.970 1.00 0.00 MW O +ATOM 6269 H1 TIP3X 367 6.510 33.720 -21.450 1.00 0.00 MW H +ATOM 6270 H2 TIP3X 367 7.790 33.720 -22.270 1.00 0.00 MW H +ATOM 6271 OH2 TIP3X 368 47.320 29.220 -44.390 1.00 0.00 MW O +ATOM 6272 H1 TIP3X 368 46.540 28.670 -44.500 1.00 0.00 MW H +ATOM 6273 H2 TIP3X 368 47.010 29.970 -43.880 1.00 0.00 MW H +ATOM 6274 OH2 TIP3X 369 -41.750 -0.120 25.330 1.00 0.00 MW O +ATOM 6275 H1 TIP3X 369 -41.920 -0.260 26.260 1.00 0.00 MW H +ATOM 6276 H2 TIP3X 369 -42.590 -0.220 24.890 1.00 0.00 MW H +ATOM 6277 OH2 TIP3X 370 -19.200 -39.030 30.230 1.00 0.00 MW O +ATOM 6278 H1 TIP3X 370 -18.990 -38.210 30.670 1.00 0.00 MW H +ATOM 6279 H2 TIP3X 370 -20.110 -39.180 30.430 1.00 0.00 MW H +ATOM 6280 OH2 TIP3X 371 19.500 -27.200 -51.410 1.00 0.00 MW O +ATOM 6281 H1 TIP3X 371 20.260 -27.390 -51.950 1.00 0.00 MW H +ATOM 6282 H2 TIP3X 371 19.880 -26.910 -50.570 1.00 0.00 MW H +ATOM 6283 OH2 TIP3X 372 47.540 -45.150 -39.950 1.00 0.00 MW O +ATOM 6284 H1 TIP3X 372 47.130 -45.480 -40.760 1.00 0.00 MW H +ATOM 6285 H2 TIP3X 372 46.810 -44.940 -39.380 1.00 0.00 MW H +ATOM 6286 OH2 TIP3X 373 -13.100 -12.510 -35.720 1.00 0.00 MW O +ATOM 6287 H1 TIP3X 373 -12.600 -12.210 -34.970 1.00 0.00 MW H +ATOM 6288 H2 TIP3X 373 -12.610 -12.190 -36.490 1.00 0.00 MW H +ATOM 6289 OH2 TIP3X 374 -24.810 28.630 -15.900 1.00 0.00 MW O +ATOM 6290 H1 TIP3X 374 -24.620 29.570 -15.930 1.00 0.00 MW H +ATOM 6291 H2 TIP3X 374 -25.730 28.570 -15.620 1.00 0.00 MW H +ATOM 6292 OH2 TIP3X 375 -16.580 16.290 31.830 1.00 0.00 MW O +ATOM 6293 H1 TIP3X 375 -17.070 16.450 31.020 1.00 0.00 MW H +ATOM 6294 H2 TIP3X 375 -16.040 17.080 31.950 1.00 0.00 MW H +ATOM 6295 OH2 TIP3X 376 13.680 18.090 -25.150 1.00 0.00 MW O +ATOM 6296 H1 TIP3X 376 12.780 18.190 -25.480 1.00 0.00 MW H +ATOM 6297 H2 TIP3X 376 13.630 18.400 -24.240 1.00 0.00 MW H +ATOM 6298 OH2 TIP3X 377 -27.430 -1.410 -35.910 1.00 0.00 MW O +ATOM 6299 H1 TIP3X 377 -26.890 -1.230 -36.690 1.00 0.00 MW H +ATOM 6300 H2 TIP3X 377 -28.200 -1.870 -36.250 1.00 0.00 MW H +ATOM 6301 OH2 TIP3X 378 -30.210 -4.890 36.390 1.00 0.00 MW O +ATOM 6302 H1 TIP3X 378 -30.630 -4.860 37.250 1.00 0.00 MW H +ATOM 6303 H2 TIP3X 378 -29.300 -5.110 36.580 1.00 0.00 MW H +ATOM 6304 OH2 TIP3X 379 15.380 9.720 -30.670 1.00 0.00 MW O +ATOM 6305 H1 TIP3X 379 15.810 9.100 -30.090 1.00 0.00 MW H +ATOM 6306 H2 TIP3X 379 16.090 10.150 -31.150 1.00 0.00 MW H +ATOM 6307 OH2 TIP3X 380 -21.310 13.410 -40.760 1.00 0.00 MW O +ATOM 6308 H1 TIP3X 380 -20.660 14.070 -40.570 1.00 0.00 MW H +ATOM 6309 H2 TIP3X 380 -22.080 13.670 -40.260 1.00 0.00 MW H +ATOM 6310 OH2 TIP3X 381 35.150 16.260 30.160 1.00 0.00 MW O +ATOM 6311 H1 TIP3X 381 34.940 15.540 29.580 1.00 0.00 MW H +ATOM 6312 H2 TIP3X 381 34.550 16.140 30.910 1.00 0.00 MW H +ATOM 6313 OH2 TIP3X 382 -31.750 14.680 17.140 1.00 0.00 MW O +ATOM 6314 H1 TIP3X 382 -32.390 13.990 17.010 1.00 0.00 MW H +ATOM 6315 H2 TIP3X 382 -31.140 14.320 17.790 1.00 0.00 MW H +ATOM 6316 OH2 TIP3X 383 42.800 -15.580 -51.080 1.00 0.00 MW O +ATOM 6317 H1 TIP3X 383 43.210 -15.040 -50.410 1.00 0.00 MW H +ATOM 6318 H2 TIP3X 383 43.300 -15.400 -51.880 1.00 0.00 MW H +ATOM 6319 OH2 TIP3X 384 18.990 -41.860 -22.400 1.00 0.00 MW O +ATOM 6320 H1 TIP3X 384 18.370 -41.430 -21.820 1.00 0.00 MW H +ATOM 6321 H2 TIP3X 384 18.920 -41.370 -23.220 1.00 0.00 MW H +ATOM 6322 OH2 TIP3X 385 -17.770 -35.210 -25.880 1.00 0.00 MW O +ATOM 6323 H1 TIP3X 385 -17.330 -35.530 -26.660 1.00 0.00 MW H +ATOM 6324 H2 TIP3X 385 -17.080 -35.130 -25.230 1.00 0.00 MW H +ATOM 6325 OH2 TIP3X 386 32.580 -50.730 18.020 1.00 0.00 MW O +ATOM 6326 H1 TIP3X 386 32.870 -51.170 17.230 1.00 0.00 MW H +ATOM 6327 H2 TIP3X 386 33.010 -49.870 18.010 1.00 0.00 MW H +ATOM 6328 OH2 TIP3X 387 29.850 -11.950 -50.900 1.00 0.00 MW O +ATOM 6329 H1 TIP3X 387 29.250 -11.450 -50.330 1.00 0.00 MW H +ATOM 6330 H2 TIP3X 387 29.930 -12.790 -50.470 1.00 0.00 MW H +ATOM 6331 OH2 TIP3X 388 -0.920 20.800 -36.480 1.00 0.00 MW O +ATOM 6332 H1 TIP3X 388 -1.770 20.500 -36.800 1.00 0.00 MW H +ATOM 6333 H2 TIP3X 388 -1.050 21.710 -36.230 1.00 0.00 MW H +ATOM 6334 OH2 TIP3X 389 -45.010 23.350 -46.550 1.00 0.00 MW O +ATOM 6335 H1 TIP3X 389 -45.060 24.000 -45.840 1.00 0.00 MW H +ATOM 6336 H2 TIP3X 389 -45.560 23.710 -47.240 1.00 0.00 MW H +ATOM 6337 OH2 TIP3X 390 -24.510 8.920 -29.800 1.00 0.00 MW O +ATOM 6338 H1 TIP3X 390 -23.750 8.400 -30.060 1.00 0.00 MW H +ATOM 6339 H2 TIP3X 390 -25.110 8.290 -29.410 1.00 0.00 MW H +ATOM 6340 OH2 TIP3X 391 -31.750 -26.950 -47.850 1.00 0.00 MW O +ATOM 6341 H1 TIP3X 391 -31.230 -26.400 -47.270 1.00 0.00 MW H +ATOM 6342 H2 TIP3X 391 -31.660 -26.540 -48.720 1.00 0.00 MW H +ATOM 6343 OH2 TIP3X 392 -3.040 4.550 -38.900 1.00 0.00 MW O +ATOM 6344 H1 TIP3X 392 -3.730 5.050 -38.480 1.00 0.00 MW H +ATOM 6345 H2 TIP3X 392 -2.260 4.720 -38.380 1.00 0.00 MW H +ATOM 6346 OH2 TIP3X 393 37.650 -24.460 23.910 1.00 0.00 MW O +ATOM 6347 H1 TIP3X 393 38.600 -24.350 23.960 1.00 0.00 MW H +ATOM 6348 H2 TIP3X 393 37.330 -23.560 23.760 1.00 0.00 MW H +ATOM 6349 OH2 TIP3X 394 -10.130 -34.870 38.110 1.00 0.00 MW O +ATOM 6350 H1 TIP3X 394 -9.710 -34.360 38.810 1.00 0.00 MW H +ATOM 6351 H2 TIP3X 394 -9.540 -35.600 37.960 1.00 0.00 MW H +ATOM 6352 OH2 TIP3X 395 33.170 -19.600 -24.800 1.00 0.00 MW O +ATOM 6353 H1 TIP3X 395 33.940 -19.450 -25.380 1.00 0.00 MW H +ATOM 6354 H2 TIP3X 395 33.480 -19.310 -23.940 1.00 0.00 MW H +ATOM 6355 OH2 TIP3X 396 -16.040 -12.770 -36.470 1.00 0.00 MW O +ATOM 6356 H1 TIP3X 396 -15.970 -13.670 -36.790 1.00 0.00 MW H +ATOM 6357 H2 TIP3X 396 -15.230 -12.640 -35.970 1.00 0.00 MW H +ATOM 6358 OH2 TIP3X 397 34.580 14.780 -24.250 1.00 0.00 MW O +ATOM 6359 H1 TIP3X 397 34.770 15.010 -23.350 1.00 0.00 MW H +ATOM 6360 H2 TIP3X 397 34.990 15.470 -24.780 1.00 0.00 MW H +ATOM 6361 OH2 TIP3X 398 5.420 32.530 -40.770 1.00 0.00 MW O +ATOM 6362 H1 TIP3X 398 6.120 32.440 -41.410 1.00 0.00 MW H +ATOM 6363 H2 TIP3X 398 4.660 32.830 -41.280 1.00 0.00 MW H +ATOM 6364 OH2 TIP3X 399 14.430 -1.890 38.850 1.00 0.00 MW O +ATOM 6365 H1 TIP3X 399 14.110 -2.740 39.130 1.00 0.00 MW H +ATOM 6366 H2 TIP3X 399 14.100 -1.790 37.960 1.00 0.00 MW H +ATOM 6367 OH2 TIP3X 400 26.700 -6.710 -20.010 1.00 0.00 MW O +ATOM 6368 H1 TIP3X 400 27.290 -5.950 -20.110 1.00 0.00 MW H +ATOM 6369 H2 TIP3X 400 25.830 -6.330 -20.050 1.00 0.00 MW H +ATOM 6370 OH2 TIP3X 401 -37.210 34.210 -19.250 1.00 0.00 MW O +ATOM 6371 H1 TIP3X 401 -37.430 34.950 -19.810 1.00 0.00 MW H +ATOM 6372 H2 TIP3X 401 -37.330 33.440 -19.810 1.00 0.00 MW H +ATOM 6373 OH2 TIP3X 402 -29.130 16.350 -22.480 1.00 0.00 MW O +ATOM 6374 H1 TIP3X 402 -29.650 17.100 -22.170 1.00 0.00 MW H +ATOM 6375 H2 TIP3X 402 -28.820 15.930 -21.680 1.00 0.00 MW H +ATOM 6376 OH2 TIP3X 403 -36.760 16.630 -36.330 1.00 0.00 MW O +ATOM 6377 H1 TIP3X 403 -37.530 16.410 -36.870 1.00 0.00 MW H +ATOM 6378 H2 TIP3X 403 -36.200 17.160 -36.910 1.00 0.00 MW H +ATOM 6379 OH2 TIP3X 404 -28.900 11.570 -11.030 1.00 0.00 MW O +ATOM 6380 H1 TIP3X 404 -28.250 11.290 -10.380 1.00 0.00 MW H +ATOM 6381 H2 TIP3X 404 -28.930 12.530 -10.930 1.00 0.00 MW H +ATOM 6382 OH2 TIP3X 405 27.600 10.830 -45.370 1.00 0.00 MW O +ATOM 6383 H1 TIP3X 405 28.130 11.620 -45.510 1.00 0.00 MW H +ATOM 6384 H2 TIP3X 405 28.180 10.110 -45.610 1.00 0.00 MW H +ATOM 6385 OH2 TIP3X 406 34.990 39.530 39.360 1.00 0.00 MW O +ATOM 6386 H1 TIP3X 406 34.930 38.570 39.380 1.00 0.00 MW H +ATOM 6387 H2 TIP3X 406 34.580 39.780 38.540 1.00 0.00 MW H +ATOM 6388 OH2 TIP3X 407 -19.450 21.040 23.720 1.00 0.00 MW O +ATOM 6389 H1 TIP3X 407 -19.730 21.220 24.620 1.00 0.00 MW H +ATOM 6390 H2 TIP3X 407 -19.790 21.780 23.220 1.00 0.00 MW H +ATOM 6391 OH2 TIP3X 408 26.290 28.210 -27.970 1.00 0.00 MW O +ATOM 6392 H1 TIP3X 408 25.840 28.680 -27.260 1.00 0.00 MW H +ATOM 6393 H2 TIP3X 408 27.060 27.820 -27.550 1.00 0.00 MW H +ATOM 6394 OH2 TIP3X 409 -34.050 -3.260 -31.870 1.00 0.00 MW O +ATOM 6395 H1 TIP3X 409 -33.470 -2.790 -31.290 1.00 0.00 MW H +ATOM 6396 H2 TIP3X 409 -33.740 -4.170 -31.850 1.00 0.00 MW H +ATOM 6397 OH2 TIP3X 410 18.660 24.950 -36.640 1.00 0.00 MW O +ATOM 6398 H1 TIP3X 410 19.440 25.370 -36.270 1.00 0.00 MW H +ATOM 6399 H2 TIP3X 410 18.590 25.330 -37.520 1.00 0.00 MW H +ATOM 6400 OH2 TIP3X 411 -36.320 -9.050 -49.370 1.00 0.00 MW O +ATOM 6401 H1 TIP3X 411 -36.690 -9.600 -48.700 1.00 0.00 MW H +ATOM 6402 H2 TIP3X 411 -36.760 -9.300 -50.180 1.00 0.00 MW H +ATOM 6403 OH2 TIP3X 412 -18.670 -35.620 8.950 1.00 0.00 MW O +ATOM 6404 H1 TIP3X 412 -19.560 -35.680 8.600 1.00 0.00 MW H +ATOM 6405 H2 TIP3X 412 -18.180 -36.310 8.500 1.00 0.00 MW H +ATOM 6406 OH2 TIP3X 413 46.300 -25.270 -43.020 1.00 0.00 MW O +ATOM 6407 H1 TIP3X 413 46.500 -26.200 -43.130 1.00 0.00 MW H +ATOM 6408 H2 TIP3X 413 47.100 -24.820 -43.290 1.00 0.00 MW H +ATOM 6409 OH2 TIP3X 414 -38.040 -48.990 -30.430 1.00 0.00 MW O +ATOM 6410 H1 TIP3X 414 -37.290 -48.460 -30.690 1.00 0.00 MW H +ATOM 6411 H2 TIP3X 414 -38.100 -49.670 -31.100 1.00 0.00 MW H +ATOM 6412 OH2 TIP3X 415 -36.500 -37.130 -31.130 1.00 0.00 MW O +ATOM 6413 H1 TIP3X 415 -36.510 -36.180 -31.200 1.00 0.00 MW H +ATOM 6414 H2 TIP3X 415 -36.020 -37.310 -30.310 1.00 0.00 MW H +ATOM 6415 OH2 TIP3X 416 30.920 16.380 -36.660 1.00 0.00 MW O +ATOM 6416 H1 TIP3X 416 30.720 17.020 -35.960 1.00 0.00 MW H +ATOM 6417 H2 TIP3X 416 31.610 15.830 -36.300 1.00 0.00 MW H +ATOM 6418 OH2 TIP3X 417 -7.160 -40.630 10.250 1.00 0.00 MW O +ATOM 6419 H1 TIP3X 417 -7.410 -39.710 10.270 1.00 0.00 MW H +ATOM 6420 H2 TIP3X 417 -6.230 -40.630 10.480 1.00 0.00 MW H +ATOM 6421 OH2 TIP3X 418 35.390 27.600 37.630 1.00 0.00 MW O +ATOM 6422 H1 TIP3X 418 34.590 28.020 37.320 1.00 0.00 MW H +ATOM 6423 H2 TIP3X 418 35.120 27.110 38.400 1.00 0.00 MW H +ATOM 6424 OH2 TIP3X 419 25.800 12.080 37.340 1.00 0.00 MW O +ATOM 6425 H1 TIP3X 419 25.700 12.850 36.800 1.00 0.00 MW H +ATOM 6426 H2 TIP3X 419 24.940 11.970 37.750 1.00 0.00 MW H +ATOM 6427 OH2 TIP3X 420 -27.790 -48.360 -50.370 1.00 0.00 MW O +ATOM 6428 H1 TIP3X 420 -27.310 -48.000 -49.630 1.00 0.00 MW H +ATOM 6429 H2 TIP3X 420 -28.710 -48.340 -50.100 1.00 0.00 MW H +ATOM 6430 OH2 TIP3X 421 33.980 -47.930 -45.720 1.00 0.00 MW O +ATOM 6431 H1 TIP3X 421 34.590 -48.540 -46.150 1.00 0.00 MW H +ATOM 6432 H2 TIP3X 421 34.470 -47.590 -44.970 1.00 0.00 MW H +ATOM 6433 OH2 TIP3X 422 7.330 15.410 -21.210 1.00 0.00 MW O +ATOM 6434 H1 TIP3X 422 7.160 15.600 -22.140 1.00 0.00 MW H +ATOM 6435 H2 TIP3X 422 8.150 14.920 -21.210 1.00 0.00 MW H +ATOM 6436 OH2 TIP3X 423 -31.390 -16.700 30.900 1.00 0.00 MW O +ATOM 6437 H1 TIP3X 423 -30.780 -15.980 30.750 1.00 0.00 MW H +ATOM 6438 H2 TIP3X 423 -31.080 -17.390 30.300 1.00 0.00 MW H +ATOM 6439 OH2 TIP3X 424 -4.160 10.240 -38.230 1.00 0.00 MW O +ATOM 6440 H1 TIP3X 424 -3.970 11.130 -38.560 1.00 0.00 MW H +ATOM 6441 H2 TIP3X 424 -3.420 10.030 -37.660 1.00 0.00 MW H +ATOM 6442 OH2 TIP3X 425 26.050 25.110 33.000 1.00 0.00 MW O +ATOM 6443 H1 TIP3X 425 26.020 24.230 32.660 1.00 0.00 MW H +ATOM 6444 H2 TIP3X 425 26.970 25.370 32.940 1.00 0.00 MW H +ATOM 6445 OH2 TIP3X 426 31.020 -4.470 -43.080 1.00 0.00 MW O +ATOM 6446 H1 TIP3X 426 30.250 -4.380 -42.510 1.00 0.00 MW H +ATOM 6447 H2 TIP3X 426 30.790 -3.980 -43.860 1.00 0.00 MW H +ATOM 6448 OH2 TIP3X 427 28.680 19.470 -7.480 1.00 0.00 MW O +ATOM 6449 H1 TIP3X 427 29.590 19.380 -7.190 1.00 0.00 MW H +ATOM 6450 H2 TIP3X 427 28.680 19.160 -8.390 1.00 0.00 MW H +ATOM 6451 OH2 TIP3X 428 -34.910 -34.400 -42.700 1.00 0.00 MW O +ATOM 6452 H1 TIP3X 428 -34.680 -34.800 -43.540 1.00 0.00 MW H +ATOM 6453 H2 TIP3X 428 -35.090 -33.480 -42.900 1.00 0.00 MW H +ATOM 6454 OH2 TIP3X 429 -21.760 38.680 -27.510 1.00 0.00 MW O +ATOM 6455 H1 TIP3X 429 -20.990 38.120 -27.560 1.00 0.00 MW H +ATOM 6456 H2 TIP3X 429 -21.640 39.290 -28.230 1.00 0.00 MW H +ATOM 6457 OH2 TIP3X 430 42.350 32.040 -27.620 1.00 0.00 MW O +ATOM 6458 H1 TIP3X 430 42.050 31.800 -26.740 1.00 0.00 MW H +ATOM 6459 H2 TIP3X 430 41.960 32.910 -27.760 1.00 0.00 MW H +ATOM 6460 OH2 TIP3X 431 29.630 -17.720 -48.080 1.00 0.00 MW O +ATOM 6461 H1 TIP3X 431 29.370 -17.530 -48.980 1.00 0.00 MW H +ATOM 6462 H2 TIP3X 431 29.260 -17.010 -47.560 1.00 0.00 MW H +ATOM 6463 OH2 TIP3X 432 37.420 -20.890 20.650 1.00 0.00 MW O +ATOM 6464 H1 TIP3X 432 38.140 -20.490 20.150 1.00 0.00 MW H +ATOM 6465 H2 TIP3X 432 37.310 -21.750 20.260 1.00 0.00 MW H +ATOM 6466 OH2 TIP3X 433 5.660 -2.100 36.330 1.00 0.00 MW O +ATOM 6467 H1 TIP3X 433 5.900 -1.720 35.490 1.00 0.00 MW H +ATOM 6468 H2 TIP3X 433 6.200 -1.620 36.960 1.00 0.00 MW H +ATOM 6469 OH2 TIP3X 434 28.200 -22.470 24.010 1.00 0.00 MW O +ATOM 6470 H1 TIP3X 434 28.810 -22.940 24.560 1.00 0.00 MW H +ATOM 6471 H2 TIP3X 434 28.710 -21.760 23.620 1.00 0.00 MW H +ATOM 6472 OH2 TIP3X 435 25.890 17.510 30.820 1.00 0.00 MW O +ATOM 6473 H1 TIP3X 435 26.330 18.170 31.360 1.00 0.00 MW H +ATOM 6474 H2 TIP3X 435 25.330 18.030 30.230 1.00 0.00 MW H +ATOM 6475 OH2 TIP3X 436 -25.330 -23.380 -42.020 1.00 0.00 MW O +ATOM 6476 H1 TIP3X 436 -25.210 -23.270 -42.970 1.00 0.00 MW H +ATOM 6477 H2 TIP3X 436 -24.570 -23.890 -41.740 1.00 0.00 MW H +ATOM 6478 OH2 TIP3X 437 21.710 -20.270 36.660 1.00 0.00 MW O +ATOM 6479 H1 TIP3X 437 22.000 -19.930 35.810 1.00 0.00 MW H +ATOM 6480 H2 TIP3X 437 20.780 -20.060 36.710 1.00 0.00 MW H +ATOM 6481 OH2 TIP3X 438 4.340 26.870 -20.270 1.00 0.00 MW O +ATOM 6482 H1 TIP3X 438 3.610 26.520 -19.770 1.00 0.00 MW H +ATOM 6483 H2 TIP3X 438 4.150 27.800 -20.370 1.00 0.00 MW H +ATOM 6484 OH2 TIP3X 439 41.430 22.480 24.100 1.00 0.00 MW O +ATOM 6485 H1 TIP3X 439 41.980 23.220 23.850 1.00 0.00 MW H +ATOM 6486 H2 TIP3X 439 40.610 22.610 23.620 1.00 0.00 MW H +ATOM 6487 OH2 TIP3X 440 4.210 -11.990 -32.360 1.00 0.00 MW O +ATOM 6488 H1 TIP3X 440 3.750 -12.820 -32.230 1.00 0.00 MW H +ATOM 6489 H2 TIP3X 440 3.520 -11.360 -32.540 1.00 0.00 MW H +ATOM 6490 OH2 TIP3X 441 -3.580 -29.090 22.640 1.00 0.00 MW O +ATOM 6491 H1 TIP3X 441 -2.860 -29.690 22.880 1.00 0.00 MW H +ATOM 6492 H2 TIP3X 441 -4.270 -29.670 22.340 1.00 0.00 MW H +ATOM 6493 OH2 TIP3X 442 0.850 24.400 -34.060 1.00 0.00 MW O +ATOM 6494 H1 TIP3X 442 1.340 23.600 -33.890 1.00 0.00 MW H +ATOM 6495 H2 TIP3X 442 -0.030 24.230 -33.750 1.00 0.00 MW H +ATOM 6496 OH2 TIP3X 443 38.520 22.770 39.030 1.00 0.00 MW O +ATOM 6497 H1 TIP3X 443 38.990 23.110 38.270 1.00 0.00 MW H +ATOM 6498 H2 TIP3X 443 37.860 23.440 39.240 1.00 0.00 MW H +ATOM 6499 OH2 TIP3X 444 -37.470 36.510 25.280 1.00 0.00 MW O +ATOM 6500 H1 TIP3X 444 -38.270 36.190 24.840 1.00 0.00 MW H +ATOM 6501 H2 TIP3X 444 -37.230 35.800 25.870 1.00 0.00 MW H +ATOM 6502 OH2 TIP3X 445 -36.820 -43.870 -23.330 1.00 0.00 MW O +ATOM 6503 H1 TIP3X 445 -36.790 -42.980 -23.670 1.00 0.00 MW H +ATOM 6504 H2 TIP3X 445 -36.030 -44.280 -23.680 1.00 0.00 MW H +ATOM 6505 OH2 TIP3X 446 -20.410 -17.720 -47.740 1.00 0.00 MW O +ATOM 6506 H1 TIP3X 446 -19.640 -17.710 -48.300 1.00 0.00 MW H +ATOM 6507 H2 TIP3X 446 -20.070 -17.850 -46.850 1.00 0.00 MW H +ATOM 6508 OH2 TIP3X 447 14.430 -46.390 36.000 1.00 0.00 MW O +ATOM 6509 H1 TIP3X 447 14.030 -46.040 36.800 1.00 0.00 MW H +ATOM 6510 H2 TIP3X 447 14.260 -47.330 36.020 1.00 0.00 MW H +ATOM 6511 OH2 TIP3X 448 29.170 20.650 -45.490 1.00 0.00 MW O +ATOM 6512 H1 TIP3X 448 29.600 21.380 -45.050 1.00 0.00 MW H +ATOM 6513 H2 TIP3X 448 28.460 21.030 -45.980 1.00 0.00 MW H +ATOM 6514 OH2 TIP3X 449 15.880 29.250 34.060 1.00 0.00 MW O +ATOM 6515 H1 TIP3X 449 15.140 29.370 34.660 1.00 0.00 MW H +ATOM 6516 H2 TIP3X 449 16.450 28.620 34.520 1.00 0.00 MW H +ATOM 6517 OH2 TIP3X 450 -5.070 -37.810 22.460 1.00 0.00 MW O +ATOM 6518 H1 TIP3X 450 -6.030 -37.850 22.520 1.00 0.00 MW H +ATOM 6519 H2 TIP3X 450 -4.770 -38.470 23.080 1.00 0.00 MW H +ATOM 6520 OH2 TIP3X 451 -27.250 -38.350 24.680 1.00 0.00 MW O +ATOM 6521 H1 TIP3X 451 -27.980 -38.280 25.300 1.00 0.00 MW H +ATOM 6522 H2 TIP3X 451 -27.420 -37.690 24.020 1.00 0.00 MW H +ATOM 6523 OH2 TIP3X 452 13.920 26.240 26.550 1.00 0.00 MW O +ATOM 6524 H1 TIP3X 452 13.950 25.600 27.260 1.00 0.00 MW H +ATOM 6525 H2 TIP3X 452 14.800 26.620 26.520 1.00 0.00 MW H +ATOM 6526 OH2 TIP3X 453 8.570 -32.500 -36.750 1.00 0.00 MW O +ATOM 6527 H1 TIP3X 453 9.180 -33.090 -37.190 1.00 0.00 MW H +ATOM 6528 H2 TIP3X 453 8.000 -32.170 -37.450 1.00 0.00 MW H +ATOM 6529 OH2 TIP3X 454 11.410 -7.790 33.010 1.00 0.00 MW O +ATOM 6530 H1 TIP3X 454 11.100 -7.010 32.540 1.00 0.00 MW H +ATOM 6531 H2 TIP3X 454 11.990 -8.230 32.390 1.00 0.00 MW H +ATOM 6532 OH2 TIP3X 455 37.160 8.060 18.900 1.00 0.00 MW O +ATOM 6533 H1 TIP3X 455 37.420 7.260 19.370 1.00 0.00 MW H +ATOM 6534 H2 TIP3X 455 36.300 7.850 18.530 1.00 0.00 MW H +ATOM 6535 OH2 TIP3X 456 6.050 -46.150 -29.970 1.00 0.00 MW O +ATOM 6536 H1 TIP3X 456 5.620 -46.950 -29.670 1.00 0.00 MW H +ATOM 6537 H2 TIP3X 456 6.960 -46.390 -30.070 1.00 0.00 MW H +ATOM 6538 OH2 TIP3X 457 39.860 9.630 -6.940 1.00 0.00 MW O +ATOM 6539 H1 TIP3X 457 39.450 9.510 -6.080 1.00 0.00 MW H +ATOM 6540 H2 TIP3X 457 39.120 9.620 -7.560 1.00 0.00 MW H +ATOM 6541 OH2 TIP3X 458 -44.210 0.390 -19.680 1.00 0.00 MW O +ATOM 6542 H1 TIP3X 458 -44.350 0.710 -20.570 1.00 0.00 MW H +ATOM 6543 H2 TIP3X 458 -43.640 -0.360 -19.770 1.00 0.00 MW H +ATOM 6544 OH2 TIP3X 459 40.950 -39.590 35.480 1.00 0.00 MW O +ATOM 6545 H1 TIP3X 459 41.770 -39.790 35.940 1.00 0.00 MW H +ATOM 6546 H2 TIP3X 459 41.210 -38.950 34.800 1.00 0.00 MW H +ATOM 6547 OH2 TIP3X 460 5.150 39.110 39.620 1.00 0.00 MW O +ATOM 6548 H1 TIP3X 460 6.030 38.810 39.380 1.00 0.00 MW H +ATOM 6549 H2 TIP3X 460 4.580 38.380 39.410 1.00 0.00 MW H +ATOM 6550 OH2 TIP3X 461 -16.430 -5.770 -35.890 1.00 0.00 MW O +ATOM 6551 H1 TIP3X 461 -16.250 -4.850 -36.080 1.00 0.00 MW H +ATOM 6552 H2 TIP3X 461 -17.030 -5.750 -35.150 1.00 0.00 MW H +ATOM 6553 OH2 TIP3X 462 26.680 10.770 35.140 1.00 0.00 MW O +ATOM 6554 H1 TIP3X 462 26.330 11.160 35.930 1.00 0.00 MW H +ATOM 6555 H2 TIP3X 462 27.550 11.140 35.050 1.00 0.00 MW H +ATOM 6556 OH2 TIP3X 463 -22.230 33.990 -42.100 1.00 0.00 MW O +ATOM 6557 H1 TIP3X 463 -22.310 33.060 -42.330 1.00 0.00 MW H +ATOM 6558 H2 TIP3X 463 -22.590 34.460 -42.860 1.00 0.00 MW H +ATOM 6559 OH2 TIP3X 464 7.340 40.220 -43.780 1.00 0.00 MW O +ATOM 6560 H1 TIP3X 464 7.730 40.760 -43.100 1.00 0.00 MW H +ATOM 6561 H2 TIP3X 464 7.480 40.720 -44.580 1.00 0.00 MW H +ATOM 6562 OH2 TIP3X 465 23.910 39.490 39.450 1.00 0.00 MW O +ATOM 6563 H1 TIP3X 465 24.810 39.170 39.360 1.00 0.00 MW H +ATOM 6564 H2 TIP3X 465 23.840 39.750 40.370 1.00 0.00 MW H +ATOM 6565 OH2 TIP3X 466 -12.180 -12.970 -42.250 1.00 0.00 MW O +ATOM 6566 H1 TIP3X 466 -12.530 -12.490 -43.010 1.00 0.00 MW H +ATOM 6567 H2 TIP3X 466 -11.610 -13.630 -42.650 1.00 0.00 MW H +ATOM 6568 OH2 TIP3X 467 42.600 -36.290 -46.340 1.00 0.00 MW O +ATOM 6569 H1 TIP3X 467 42.690 -37.210 -46.110 1.00 0.00 MW H +ATOM 6570 H2 TIP3X 467 41.680 -36.200 -46.610 1.00 0.00 MW H +ATOM 6571 OH2 TIP3X 468 43.520 37.790 33.270 1.00 0.00 MW O +ATOM 6572 H1 TIP3X 468 43.800 37.720 32.360 1.00 0.00 MW H +ATOM 6573 H2 TIP3X 468 43.430 36.890 33.570 1.00 0.00 MW H +ATOM 6574 OH2 TIP3X 469 -0.950 -32.460 -22.950 1.00 0.00 MW O +ATOM 6575 H1 TIP3X 469 -1.740 -32.760 -22.510 1.00 0.00 MW H +ATOM 6576 H2 TIP3X 469 -0.860 -31.550 -22.700 1.00 0.00 MW H +ATOM 6577 OH2 TIP3X 470 -39.640 12.030 -20.370 1.00 0.00 MW O +ATOM 6578 H1 TIP3X 470 -40.520 12.090 -20.000 1.00 0.00 MW H +ATOM 6579 H2 TIP3X 470 -39.240 12.880 -20.150 1.00 0.00 MW H +ATOM 6580 OH2 TIP3X 471 -44.620 -8.250 -45.670 1.00 0.00 MW O +ATOM 6581 H1 TIP3X 471 -43.990 -8.670 -46.250 1.00 0.00 MW H +ATOM 6582 H2 TIP3X 471 -44.340 -7.330 -45.630 1.00 0.00 MW H +ATOM 6583 OH2 TIP3X 472 -39.470 -31.380 -40.900 1.00 0.00 MW O +ATOM 6584 H1 TIP3X 472 -39.310 -31.690 -40.010 1.00 0.00 MW H +ATOM 6585 H2 TIP3X 472 -39.260 -30.450 -40.870 1.00 0.00 MW H +ATOM 6586 OH2 TIP3X 473 -38.570 28.800 -43.960 1.00 0.00 MW O +ATOM 6587 H1 TIP3X 473 -38.700 28.630 -44.900 1.00 0.00 MW H +ATOM 6588 H2 TIP3X 473 -37.620 28.820 -43.860 1.00 0.00 MW H +ATOM 6589 OH2 TIP3X 474 -5.050 -19.370 -46.870 1.00 0.00 MW O +ATOM 6590 H1 TIP3X 474 -5.630 -19.700 -46.190 1.00 0.00 MW H +ATOM 6591 H2 TIP3X 474 -5.040 -20.080 -47.530 1.00 0.00 MW H +ATOM 6592 OH2 TIP3X 475 47.400 26.530 -29.950 1.00 0.00 MW O +ATOM 6593 H1 TIP3X 475 48.030 25.830 -30.090 1.00 0.00 MW H +ATOM 6594 H2 TIP3X 475 47.090 26.770 -30.820 1.00 0.00 MW H +ATOM 6595 OH2 TIP3X 476 22.350 1.900 -33.040 1.00 0.00 MW O +ATOM 6596 H1 TIP3X 476 23.220 2.250 -32.810 1.00 0.00 MW H +ATOM 6597 H2 TIP3X 476 21.740 2.390 -32.490 1.00 0.00 MW H +ATOM 6598 OH2 TIP3X 477 -27.460 -12.340 -46.890 1.00 0.00 MW O +ATOM 6599 H1 TIP3X 477 -28.260 -12.580 -47.360 1.00 0.00 MW H +ATOM 6600 H2 TIP3X 477 -27.400 -11.390 -46.970 1.00 0.00 MW H +ATOM 6601 OH2 TIP3X 478 12.770 -39.830 18.560 1.00 0.00 MW O +ATOM 6602 H1 TIP3X 478 13.050 -39.490 17.700 1.00 0.00 MW H +ATOM 6603 H2 TIP3X 478 13.310 -40.620 18.680 1.00 0.00 MW H +ATOM 6604 OH2 TIP3X 479 -12.910 14.730 30.090 1.00 0.00 MW O +ATOM 6605 H1 TIP3X 479 -12.210 14.470 30.710 1.00 0.00 MW H +ATOM 6606 H2 TIP3X 479 -12.990 15.670 30.210 1.00 0.00 MW H +ATOM 6607 OH2 TIP3X 480 -0.610 -49.620 25.970 1.00 0.00 MW O +ATOM 6608 H1 TIP3X 480 -0.360 -49.560 25.040 1.00 0.00 MW H +ATOM 6609 H2 TIP3X 480 -0.050 -48.960 26.400 1.00 0.00 MW H +ATOM 6610 OH2 TIP3X 481 -41.010 -37.850 -48.190 1.00 0.00 MW O +ATOM 6611 H1 TIP3X 481 -40.590 -37.140 -47.710 1.00 0.00 MW H +ATOM 6612 H2 TIP3X 481 -41.710 -38.170 -47.620 1.00 0.00 MW H +ATOM 6613 OH2 TIP3X 482 -29.840 -20.760 22.260 1.00 0.00 MW O +ATOM 6614 H1 TIP3X 482 -29.350 -21.430 21.780 1.00 0.00 MW H +ATOM 6615 H2 TIP3X 482 -30.440 -20.390 21.610 1.00 0.00 MW H +ATOM 6616 OH2 TIP3X 483 -30.350 -38.670 -47.500 1.00 0.00 MW O +ATOM 6617 H1 TIP3X 483 -30.810 -39.230 -48.120 1.00 0.00 MW H +ATOM 6618 H2 TIP3X 483 -29.510 -39.110 -47.350 1.00 0.00 MW H +ATOM 6619 OH2 TIP3X 484 41.420 -22.510 31.440 1.00 0.00 MW O +ATOM 6620 H1 TIP3X 484 42.090 -23.190 31.550 1.00 0.00 MW H +ATOM 6621 H2 TIP3X 484 41.150 -22.580 30.530 1.00 0.00 MW H +ATOM 6622 OH2 TIP3X 485 26.210 36.780 34.080 1.00 0.00 MW O +ATOM 6623 H1 TIP3X 485 25.970 36.300 34.880 1.00 0.00 MW H +ATOM 6624 H2 TIP3X 485 25.430 36.780 33.540 1.00 0.00 MW H +ATOM 6625 OH2 TIP3X 486 -3.770 -47.770 22.100 1.00 0.00 MW O +ATOM 6626 H1 TIP3X 486 -3.330 -48.090 22.890 1.00 0.00 MW H +ATOM 6627 H2 TIP3X 486 -4.610 -48.240 22.090 1.00 0.00 MW H +ATOM 6628 OH2 TIP3X 487 19.410 -12.120 -36.600 1.00 0.00 MW O +ATOM 6629 H1 TIP3X 487 19.870 -11.630 -35.910 1.00 0.00 MW H +ATOM 6630 H2 TIP3X 487 19.020 -11.460 -37.160 1.00 0.00 MW H +ATOM 6631 OH2 TIP3X 488 38.480 -11.570 -36.300 1.00 0.00 MW O +ATOM 6632 H1 TIP3X 488 39.140 -12.230 -36.060 1.00 0.00 MW H +ATOM 6633 H2 TIP3X 488 38.190 -11.830 -37.170 1.00 0.00 MW H +ATOM 6634 OH2 TIP3X 489 -16.270 -16.300 -25.350 1.00 0.00 MW O +ATOM 6635 H1 TIP3X 489 -16.760 -16.670 -26.080 1.00 0.00 MW H +ATOM 6636 H2 TIP3X 489 -16.120 -15.390 -25.610 1.00 0.00 MW H +ATOM 6637 OH2 TIP3X 490 -41.350 -52.180 36.440 1.00 0.00 MW O +ATOM 6638 H1 TIP3X 490 -40.870 -52.920 36.840 1.00 0.00 MW H +ATOM 6639 H2 TIP3X 490 -42.270 -52.410 36.550 1.00 0.00 MW H +ATOM 6640 OH2 TIP3X 491 26.550 30.850 -21.600 1.00 0.00 MW O +ATOM 6641 H1 TIP3X 491 27.280 30.370 -21.990 1.00 0.00 MW H +ATOM 6642 H2 TIP3X 491 26.530 31.690 -22.070 1.00 0.00 MW H +ATOM 6643 OH2 TIP3X 492 -33.660 6.090 -34.100 1.00 0.00 MW O +ATOM 6644 H1 TIP3X 492 -33.340 5.950 -33.200 1.00 0.00 MW H +ATOM 6645 H2 TIP3X 492 -33.780 5.200 -34.440 1.00 0.00 MW H +ATOM 6646 OH2 TIP3X 493 -28.500 17.540 38.780 1.00 0.00 MW O +ATOM 6647 H1 TIP3X 493 -28.590 18.060 39.580 1.00 0.00 MW H +ATOM 6648 H2 TIP3X 493 -27.840 18.010 38.270 1.00 0.00 MW H +ATOM 6649 OH2 TIP3X 494 -29.890 -8.810 27.560 1.00 0.00 MW O +ATOM 6650 H1 TIP3X 494 -29.320 -9.170 28.240 1.00 0.00 MW H +ATOM 6651 H2 TIP3X 494 -30.770 -8.830 27.940 1.00 0.00 MW H +ATOM 6652 OH2 TIP3X 495 -37.000 5.200 -10.750 1.00 0.00 MW O +ATOM 6653 H1 TIP3X 495 -37.620 5.920 -10.660 1.00 0.00 MW H +ATOM 6654 H2 TIP3X 495 -37.360 4.510 -10.180 1.00 0.00 MW H +ATOM 6655 OH2 TIP3X 496 -20.090 13.820 -26.260 1.00 0.00 MW O +ATOM 6656 H1 TIP3X 496 -19.830 13.510 -25.390 1.00 0.00 MW H +ATOM 6657 H2 TIP3X 496 -19.460 13.420 -26.850 1.00 0.00 MW H +ATOM 6658 OH2 TIP3X 497 -24.440 39.170 -32.140 1.00 0.00 MW O +ATOM 6659 H1 TIP3X 497 -23.730 38.880 -32.710 1.00 0.00 MW H +ATOM 6660 H2 TIP3X 497 -24.560 40.100 -32.370 1.00 0.00 MW H +ATOM 6661 OH2 TIP3X 498 -9.930 -11.300 24.920 1.00 0.00 MW O +ATOM 6662 H1 TIP3X 498 -10.080 -12.110 24.430 1.00 0.00 MW H +ATOM 6663 H2 TIP3X 498 -10.690 -10.750 24.710 1.00 0.00 MW H +ATOM 6664 OH2 TIP3X 499 42.370 -16.800 -20.340 1.00 0.00 MW O +ATOM 6665 H1 TIP3X 499 42.670 -16.590 -19.450 1.00 0.00 MW H +ATOM 6666 H2 TIP3X 499 42.060 -15.980 -20.690 1.00 0.00 MW H +ATOM 6667 OH2 TIP3X 500 -41.630 -25.690 11.880 1.00 0.00 MW O +ATOM 6668 H1 TIP3X 500 -41.510 -25.930 10.960 1.00 0.00 MW H +ATOM 6669 H2 TIP3X 500 -40.860 -26.060 12.330 1.00 0.00 MW H +ATOM 6670 OH2 TIP3X 501 29.590 18.820 -39.060 1.00 0.00 MW O +ATOM 6671 H1 TIP3X 501 29.280 18.830 -39.970 1.00 0.00 MW H +ATOM 6672 H2 TIP3X 501 30.090 18.010 -38.990 1.00 0.00 MW H +ATOM 6673 OH2 TIP3X 502 20.560 30.060 -39.370 1.00 0.00 MW O +ATOM 6674 H1 TIP3X 502 21.170 29.340 -39.480 1.00 0.00 MW H +ATOM 6675 H2 TIP3X 502 21.120 30.830 -39.250 1.00 0.00 MW H +ATOM 6676 OH2 TIP3X 503 -0.210 -22.550 23.600 1.00 0.00 MW O +ATOM 6677 H1 TIP3X 503 0.590 -22.990 23.900 1.00 0.00 MW H +ATOM 6678 H2 TIP3X 503 -0.760 -23.250 23.250 1.00 0.00 MW H +ATOM 6679 OH2 TIP3X 504 -37.970 -21.610 27.330 1.00 0.00 MW O +ATOM 6680 H1 TIP3X 504 -38.920 -21.540 27.460 1.00 0.00 MW H +ATOM 6681 H2 TIP3X 504 -37.650 -20.750 27.600 1.00 0.00 MW H +ATOM 6682 OH2 TIP3X 505 -40.450 -49.620 15.740 1.00 0.00 MW O +ATOM 6683 H1 TIP3X 505 -41.290 -49.360 16.120 1.00 0.00 MW H +ATOM 6684 H2 TIP3X 505 -40.070 -48.810 15.400 1.00 0.00 MW H +ATOM 6685 OH2 TIP3X 506 35.270 -29.520 -32.200 1.00 0.00 MW O +ATOM 6686 H1 TIP3X 506 35.190 -30.460 -32.110 1.00 0.00 MW H +ATOM 6687 H2 TIP3X 506 34.460 -29.250 -32.640 1.00 0.00 MW H +ATOM 6688 OH2 TIP3X 507 20.210 -30.650 -33.460 1.00 0.00 MW O +ATOM 6689 H1 TIP3X 507 19.410 -30.900 -33.000 1.00 0.00 MW H +ATOM 6690 H2 TIP3X 507 20.910 -31.060 -32.960 1.00 0.00 MW H +ATOM 6691 OH2 TIP3X 508 -28.250 -19.830 25.580 1.00 0.00 MW O +ATOM 6692 H1 TIP3X 508 -29.120 -20.120 25.890 1.00 0.00 MW H +ATOM 6693 H2 TIP3X 508 -27.630 -20.260 26.170 1.00 0.00 MW H +ATOM 6694 OH2 TIP3X 509 21.620 -33.720 -22.550 1.00 0.00 MW O +ATOM 6695 H1 TIP3X 509 20.810 -34.220 -22.490 1.00 0.00 MW H +ATOM 6696 H2 TIP3X 509 22.310 -34.380 -22.430 1.00 0.00 MW H +ATOM 6697 OH2 TIP3X 510 -7.940 32.990 -19.690 1.00 0.00 MW O +ATOM 6698 H1 TIP3X 510 -7.150 33.050 -20.230 1.00 0.00 MW H +ATOM 6699 H2 TIP3X 510 -8.510 33.690 -20.010 1.00 0.00 MW H +ATOM 6700 OH2 TIP3X 511 -43.640 -5.390 -15.580 1.00 0.00 MW O +ATOM 6701 H1 TIP3X 511 -42.920 -5.690 -15.010 1.00 0.00 MW H +ATOM 6702 H2 TIP3X 511 -43.870 -6.190 -16.080 1.00 0.00 MW H +ATOM 6703 OH2 TIP3X 512 47.680 -45.390 -27.210 1.00 0.00 MW O +ATOM 6704 H1 TIP3X 512 46.970 -46.030 -27.190 1.00 0.00 MW H +ATOM 6705 H2 TIP3X 512 48.000 -45.340 -26.320 1.00 0.00 MW H +ATOM 6706 OH2 TIP3X 513 11.840 -4.900 -29.470 1.00 0.00 MW O +ATOM 6707 H1 TIP3X 513 12.620 -4.380 -29.240 1.00 0.00 MW H +ATOM 6708 H2 TIP3X 513 12.060 -5.300 -30.320 1.00 0.00 MW H +ATOM 6709 OH2 TIP3X 514 -40.210 7.670 -5.680 1.00 0.00 MW O +ATOM 6710 H1 TIP3X 514 -40.700 7.430 -4.890 1.00 0.00 MW H +ATOM 6711 H2 TIP3X 514 -40.320 6.930 -6.260 1.00 0.00 MW H +ATOM 6712 OH2 TIP3X 515 39.770 -19.710 19.400 1.00 0.00 MW O +ATOM 6713 H1 TIP3X 515 40.600 -19.950 18.990 1.00 0.00 MW H +ATOM 6714 H2 TIP3X 515 39.960 -18.930 19.900 1.00 0.00 MW H +ATOM 6715 OH2 TIP3X 516 31.170 -10.320 -34.850 1.00 0.00 MW O +ATOM 6716 H1 TIP3X 516 30.720 -11.040 -35.270 1.00 0.00 MW H +ATOM 6717 H2 TIP3X 516 31.470 -9.760 -35.560 1.00 0.00 MW H +ATOM 6718 OH2 TIP3X 517 -8.550 -9.270 30.910 1.00 0.00 MW O +ATOM 6719 H1 TIP3X 517 -7.660 -9.620 30.800 1.00 0.00 MW H +ATOM 6720 H2 TIP3X 517 -9.110 -9.920 30.470 1.00 0.00 MW H +ATOM 6721 OH2 TIP3X 518 24.830 1.600 34.570 1.00 0.00 MW O +ATOM 6722 H1 TIP3X 518 24.620 0.670 34.540 1.00 0.00 MW H +ATOM 6723 H2 TIP3X 518 24.800 1.880 33.660 1.00 0.00 MW H +ATOM 6724 OH2 TIP3X 519 -33.870 7.640 36.020 1.00 0.00 MW O +ATOM 6725 H1 TIP3X 519 -33.580 7.890 35.140 1.00 0.00 MW H +ATOM 6726 H2 TIP3X 519 -33.710 6.700 36.060 1.00 0.00 MW H +ATOM 6727 OH2 TIP3X 520 -38.540 -30.520 35.900 1.00 0.00 MW O +ATOM 6728 H1 TIP3X 520 -37.830 -31.170 35.880 1.00 0.00 MW H +ATOM 6729 H2 TIP3X 520 -38.210 -29.830 36.490 1.00 0.00 MW H +ATOM 6730 OH2 TIP3X 521 44.160 -20.780 34.120 1.00 0.00 MW O +ATOM 6731 H1 TIP3X 521 45.080 -20.980 33.920 1.00 0.00 MW H +ATOM 6732 H2 TIP3X 521 43.860 -21.540 34.610 1.00 0.00 MW H +ATOM 6733 OH2 TIP3X 522 -44.200 -35.620 -22.090 1.00 0.00 MW O +ATOM 6734 H1 TIP3X 522 -45.160 -35.610 -22.130 1.00 0.00 MW H +ATOM 6735 H2 TIP3X 522 -43.920 -35.550 -22.990 1.00 0.00 MW H +ATOM 6736 OH2 TIP3X 523 -18.970 23.410 -18.300 1.00 0.00 MW O +ATOM 6737 H1 TIP3X 523 -18.730 24.120 -18.890 1.00 0.00 MW H +ATOM 6738 H2 TIP3X 523 -18.780 23.750 -17.420 1.00 0.00 MW H +ATOM 6739 OH2 TIP3X 524 19.410 34.000 -38.220 1.00 0.00 MW O +ATOM 6740 H1 TIP3X 524 18.750 34.410 -38.760 1.00 0.00 MW H +ATOM 6741 H2 TIP3X 524 18.950 33.740 -37.420 1.00 0.00 MW H +ATOM 6742 OH2 TIP3X 525 -44.560 20.460 -6.700 1.00 0.00 MW O +ATOM 6743 H1 TIP3X 525 -45.140 21.220 -6.680 1.00 0.00 MW H +ATOM 6744 H2 TIP3X 525 -43.720 20.780 -6.350 1.00 0.00 MW H +ATOM 6745 OH2 TIP3X 526 -23.610 -8.100 -34.430 1.00 0.00 MW O +ATOM 6746 H1 TIP3X 526 -23.150 -8.940 -34.380 1.00 0.00 MW H +ATOM 6747 H2 TIP3X 526 -23.340 -7.640 -33.640 1.00 0.00 MW H +ATOM 6748 OH2 TIP3X 527 -17.690 26.090 -48.410 1.00 0.00 MW O +ATOM 6749 H1 TIP3X 527 -16.870 26.550 -48.610 1.00 0.00 MW H +ATOM 6750 H2 TIP3X 527 -18.040 26.550 -47.640 1.00 0.00 MW H +ATOM 6751 OH2 TIP3X 528 -25.420 22.600 -32.790 1.00 0.00 MW O +ATOM 6752 H1 TIP3X 528 -25.290 23.310 -32.150 1.00 0.00 MW H +ATOM 6753 H2 TIP3X 528 -25.190 22.980 -33.630 1.00 0.00 MW H +ATOM 6754 OH2 TIP3X 529 -26.820 42.380 -21.890 1.00 0.00 MW O +ATOM 6755 H1 TIP3X 529 -27.180 42.980 -22.540 1.00 0.00 MW H +ATOM 6756 H2 TIP3X 529 -25.870 42.420 -22.020 1.00 0.00 MW H +ATOM 6757 OH2 TIP3X 530 2.290 -40.450 -49.350 1.00 0.00 MW O +ATOM 6758 H1 TIP3X 530 1.380 -40.730 -49.450 1.00 0.00 MW H +ATOM 6759 H2 TIP3X 530 2.230 -39.530 -49.130 1.00 0.00 MW H +ATOM 6760 OH2 TIP3X 531 20.010 23.240 -45.870 1.00 0.00 MW O +ATOM 6761 H1 TIP3X 531 20.620 22.770 -45.300 1.00 0.00 MW H +ATOM 6762 H2 TIP3X 531 19.140 23.010 -45.520 1.00 0.00 MW H +ATOM 6763 OH2 TIP3X 532 40.310 -4.310 -52.070 1.00 0.00 MW O +ATOM 6764 H1 TIP3X 532 41.260 -4.360 -52.110 1.00 0.00 MW H +ATOM 6765 H2 TIP3X 532 40.000 -5.010 -52.640 1.00 0.00 MW H +ATOM 6766 OH2 TIP3X 533 -30.910 32.990 -38.800 1.00 0.00 MW O +ATOM 6767 H1 TIP3X 533 -30.680 32.170 -39.240 1.00 0.00 MW H +ATOM 6768 H2 TIP3X 533 -30.190 33.580 -38.990 1.00 0.00 MW H +ATOM 6769 OH2 TIP3X 534 -11.720 -3.880 -32.280 1.00 0.00 MW O +ATOM 6770 H1 TIP3X 534 -12.030 -3.190 -32.880 1.00 0.00 MW H +ATOM 6771 H2 TIP3X 534 -12.220 -4.660 -32.550 1.00 0.00 MW H +ATOM 6772 OH2 TIP3X 535 -18.550 -35.250 -45.710 1.00 0.00 MW O +ATOM 6773 H1 TIP3X 535 -19.110 -34.910 -45.000 1.00 0.00 MW H +ATOM 6774 H2 TIP3X 535 -18.170 -34.470 -46.100 1.00 0.00 MW H +ATOM 6775 OH2 TIP3X 536 35.560 -45.810 -51.140 1.00 0.00 MW O +ATOM 6776 H1 TIP3X 536 35.650 -46.490 -51.810 1.00 0.00 MW H +ATOM 6777 H2 TIP3X 536 34.670 -45.480 -51.260 1.00 0.00 MW H +ATOM 6778 OH2 TIP3X 537 -34.860 22.200 29.180 1.00 0.00 MW O +ATOM 6779 H1 TIP3X 537 -34.090 22.590 28.760 1.00 0.00 MW H +ATOM 6780 H2 TIP3X 537 -35.230 22.900 29.710 1.00 0.00 MW H +ATOM 6781 OH2 TIP3X 538 28.730 31.810 22.240 1.00 0.00 MW O +ATOM 6782 H1 TIP3X 538 28.220 31.600 23.010 1.00 0.00 MW H +ATOM 6783 H2 TIP3X 538 28.170 31.570 21.500 1.00 0.00 MW H +ATOM 6784 OH2 TIP3X 539 34.040 -28.950 15.140 1.00 0.00 MW O +ATOM 6785 H1 TIP3X 539 34.950 -28.970 15.420 1.00 0.00 MW H +ATOM 6786 H2 TIP3X 539 33.940 -29.740 14.610 1.00 0.00 MW H +ATOM 6787 OH2 TIP3X 540 8.360 31.530 -33.240 1.00 0.00 MW O +ATOM 6788 H1 TIP3X 540 8.570 31.280 -32.340 1.00 0.00 MW H +ATOM 6789 H2 TIP3X 540 8.710 30.820 -33.770 1.00 0.00 MW H +ATOM 6790 OH2 TIP3X 541 -24.420 11.790 -25.760 1.00 0.00 MW O +ATOM 6791 H1 TIP3X 541 -25.310 12.140 -25.630 1.00 0.00 MW H +ATOM 6792 H2 TIP3X 541 -23.850 12.460 -25.430 1.00 0.00 MW H +ATOM 6793 OH2 TIP3X 542 -19.610 24.900 -40.350 1.00 0.00 MW O +ATOM 6794 H1 TIP3X 542 -20.220 25.500 -40.770 1.00 0.00 MW H +ATOM 6795 H2 TIP3X 542 -20.100 24.080 -40.310 1.00 0.00 MW H +ATOM 6796 OH2 TIP3X 543 -42.710 -9.890 -38.030 1.00 0.00 MW O +ATOM 6797 H1 TIP3X 543 -43.310 -9.490 -37.410 1.00 0.00 MW H +ATOM 6798 H2 TIP3X 543 -42.170 -9.150 -38.340 1.00 0.00 MW H +ATOM 6799 OH2 TIP3X 544 -24.540 38.060 -20.800 1.00 0.00 MW O +ATOM 6800 H1 TIP3X 544 -25.460 37.910 -20.610 1.00 0.00 MW H +ATOM 6801 H2 TIP3X 544 -24.520 38.210 -21.740 1.00 0.00 MW H +ATOM 6802 OH2 TIP3X 545 -17.190 -18.010 -38.220 1.00 0.00 MW O +ATOM 6803 H1 TIP3X 545 -17.720 -18.640 -37.730 1.00 0.00 MW H +ATOM 6804 H2 TIP3X 545 -17.320 -17.180 -37.760 1.00 0.00 MW H +ATOM 6805 OH2 TIP3X 546 -37.110 26.220 -41.860 1.00 0.00 MW O +ATOM 6806 H1 TIP3X 546 -36.310 26.450 -42.330 1.00 0.00 MW H +ATOM 6807 H2 TIP3X 546 -37.630 27.020 -41.850 1.00 0.00 MW H +ATOM 6808 OH2 TIP3X 547 -18.720 -42.290 22.720 1.00 0.00 MW O +ATOM 6809 H1 TIP3X 547 -18.620 -41.420 23.120 1.00 0.00 MW H +ATOM 6810 H2 TIP3X 547 -17.850 -42.540 22.440 1.00 0.00 MW H +ATOM 6811 OH2 TIP3X 548 2.930 24.010 -26.420 1.00 0.00 MW O +ATOM 6812 H1 TIP3X 548 3.270 24.240 -27.280 1.00 0.00 MW H +ATOM 6813 H2 TIP3X 548 2.680 23.090 -26.500 1.00 0.00 MW H +ATOM 6814 OH2 TIP3X 549 -36.460 -2.550 20.620 1.00 0.00 MW O +ATOM 6815 H1 TIP3X 549 -36.200 -1.870 20.010 1.00 0.00 MW H +ATOM 6816 H2 TIP3X 549 -36.820 -3.250 20.070 1.00 0.00 MW H +ATOM 6817 OH2 TIP3X 550 -1.670 39.160 -27.580 1.00 0.00 MW O +ATOM 6818 H1 TIP3X 550 -1.630 38.250 -27.880 1.00 0.00 MW H +ATOM 6819 H2 TIP3X 550 -1.230 39.140 -26.730 1.00 0.00 MW H +ATOM 6820 OH2 TIP3X 551 31.130 40.430 23.800 1.00 0.00 MW O +ATOM 6821 H1 TIP3X 551 30.180 40.500 23.700 1.00 0.00 MW H +ATOM 6822 H2 TIP3X 551 31.490 41.020 23.130 1.00 0.00 MW H +ATOM 6823 OH2 TIP3X 552 30.850 23.410 37.140 1.00 0.00 MW O +ATOM 6824 H1 TIP3X 552 30.870 24.360 37.280 1.00 0.00 MW H +ATOM 6825 H2 TIP3X 552 31.490 23.060 37.760 1.00 0.00 MW H +ATOM 6826 OH2 TIP3X 553 -16.170 -28.430 -28.430 1.00 0.00 MW O +ATOM 6827 H1 TIP3X 553 -17.100 -28.660 -28.560 1.00 0.00 MW H +ATOM 6828 H2 TIP3X 553 -16.190 -27.780 -27.730 1.00 0.00 MW H +ATOM 6829 OH2 TIP3X 554 38.230 12.120 -10.870 1.00 0.00 MW O +ATOM 6830 H1 TIP3X 554 39.150 12.060 -10.670 1.00 0.00 MW H +ATOM 6831 H2 TIP3X 554 38.060 11.410 -11.500 1.00 0.00 MW H +ATOM 6832 OH2 TIP3X 555 -18.230 -28.890 17.060 1.00 0.00 MW O +ATOM 6833 H1 TIP3X 555 -17.330 -28.740 16.800 1.00 0.00 MW H +ATOM 6834 H2 TIP3X 555 -18.490 -29.670 16.590 1.00 0.00 MW H +ATOM 6835 OH2 TIP3X 556 23.700 -38.480 23.810 1.00 0.00 MW O +ATOM 6836 H1 TIP3X 556 24.300 -39.210 23.980 1.00 0.00 MW H +ATOM 6837 H2 TIP3X 556 22.960 -38.880 23.360 1.00 0.00 MW H +ATOM 6838 OH2 TIP3X 557 37.990 30.290 -17.690 1.00 0.00 MW O +ATOM 6839 H1 TIP3X 557 37.710 30.880 -18.380 1.00 0.00 MW H +ATOM 6840 H2 TIP3X 557 38.640 29.740 -18.110 1.00 0.00 MW H +ATOM 6841 OH2 TIP3X 558 30.940 -13.420 -46.640 1.00 0.00 MW O +ATOM 6842 H1 TIP3X 558 30.420 -13.670 -45.870 1.00 0.00 MW H +ATOM 6843 H2 TIP3X 558 31.820 -13.310 -46.300 1.00 0.00 MW H +ATOM 6844 OH2 TIP3X 559 38.730 -40.400 30.110 1.00 0.00 MW O +ATOM 6845 H1 TIP3X 559 39.200 -40.490 29.270 1.00 0.00 MW H +ATOM 6846 H2 TIP3X 559 38.730 -41.290 30.480 1.00 0.00 MW H +ATOM 6847 OH2 TIP3X 560 41.180 18.630 -14.610 1.00 0.00 MW O +ATOM 6848 H1 TIP3X 560 41.120 18.390 -13.690 1.00 0.00 MW H +ATOM 6849 H2 TIP3X 560 40.740 17.930 -15.080 1.00 0.00 MW H +ATOM 6850 OH2 TIP3X 561 42.600 -45.650 -50.410 1.00 0.00 MW O +ATOM 6851 H1 TIP3X 561 43.250 -45.200 -50.950 1.00 0.00 MW H +ATOM 6852 H2 TIP3X 561 42.200 -46.290 -50.980 1.00 0.00 MW H +ATOM 6853 OH2 TIP3X 562 34.430 -17.790 37.450 1.00 0.00 MW O +ATOM 6854 H1 TIP3X 562 33.540 -18.140 37.360 1.00 0.00 MW H +ATOM 6855 H2 TIP3X 562 34.690 -18.030 38.350 1.00 0.00 MW H +ATOM 6856 OH2 TIP3X 563 -23.240 29.940 -39.800 1.00 0.00 MW O +ATOM 6857 H1 TIP3X 563 -23.930 29.280 -39.830 1.00 0.00 MW H +ATOM 6858 H2 TIP3X 563 -22.920 29.900 -38.890 1.00 0.00 MW H +ATOM 6859 OH2 TIP3X 564 -1.080 -11.330 -26.950 1.00 0.00 MW O +ATOM 6860 H1 TIP3X 564 -1.290 -12.260 -27.080 1.00 0.00 MW H +ATOM 6861 H2 TIP3X 564 -0.960 -10.980 -27.830 1.00 0.00 MW H +ATOM 6862 OH2 TIP3X 565 -18.480 -20.960 -17.870 1.00 0.00 MW O +ATOM 6863 H1 TIP3X 565 -18.470 -21.850 -17.500 1.00 0.00 MW H +ATOM 6864 H2 TIP3X 565 -17.680 -20.900 -18.390 1.00 0.00 MW H +ATOM 6865 OH2 TIP3X 566 46.090 -35.060 -26.000 1.00 0.00 MW O +ATOM 6866 H1 TIP3X 566 46.170 -35.030 -26.950 1.00 0.00 MW H +ATOM 6867 H2 TIP3X 566 45.390 -34.440 -25.780 1.00 0.00 MW H +ATOM 6868 OH2 TIP3X 567 -20.980 -43.840 -48.170 1.00 0.00 MW O +ATOM 6869 H1 TIP3X 567 -20.940 -44.150 -49.070 1.00 0.00 MW H +ATOM 6870 H2 TIP3X 567 -21.650 -44.390 -47.760 1.00 0.00 MW H +ATOM 6871 OH2 TIP3X 568 -22.230 -7.260 -26.070 1.00 0.00 MW O +ATOM 6872 H1 TIP3X 568 -21.440 -7.280 -25.530 1.00 0.00 MW H +ATOM 6873 H2 TIP3X 568 -21.920 -7.580 -26.930 1.00 0.00 MW H +ATOM 6874 OH2 TIP3X 569 -8.600 0.930 34.310 1.00 0.00 MW O +ATOM 6875 H1 TIP3X 569 -8.540 1.290 33.430 1.00 0.00 MW H +ATOM 6876 H2 TIP3X 569 -8.600 -0.020 34.170 1.00 0.00 MW H +ATOM 6877 OH2 TIP3X 570 30.200 -13.370 -19.440 1.00 0.00 MW O +ATOM 6878 H1 TIP3X 570 29.750 -12.530 -19.570 1.00 0.00 MW H +ATOM 6879 H2 TIP3X 570 30.540 -13.320 -18.550 1.00 0.00 MW H +ATOM 6880 OH2 TIP3X 571 -42.850 -18.980 -16.720 1.00 0.00 MW O +ATOM 6881 H1 TIP3X 571 -43.510 -19.640 -16.920 1.00 0.00 MW H +ATOM 6882 H2 TIP3X 571 -42.370 -18.850 -17.530 1.00 0.00 MW H +ATOM 6883 OH2 TIP3X 572 -43.240 38.020 -32.830 1.00 0.00 MW O +ATOM 6884 H1 TIP3X 572 -43.440 37.190 -32.420 1.00 0.00 MW H +ATOM 6885 H2 TIP3X 572 -43.530 37.920 -33.740 1.00 0.00 MW H +ATOM 6886 OH2 TIP3X 573 6.080 -10.720 33.530 1.00 0.00 MW O +ATOM 6887 H1 TIP3X 573 5.640 -10.210 34.230 1.00 0.00 MW H +ATOM 6888 H2 TIP3X 573 6.900 -11.010 33.930 1.00 0.00 MW H +ATOM 6889 OH2 TIP3X 574 -37.530 8.680 -6.830 1.00 0.00 MW O +ATOM 6890 H1 TIP3X 574 -37.790 8.310 -5.980 1.00 0.00 MW H +ATOM 6891 H2 TIP3X 574 -38.350 9.000 -7.210 1.00 0.00 MW H +ATOM 6892 OH2 TIP3X 575 38.710 -12.170 -45.400 1.00 0.00 MW O +ATOM 6893 H1 TIP3X 575 38.050 -11.490 -45.310 1.00 0.00 MW H +ATOM 6894 H2 TIP3X 575 39.510 -11.700 -45.650 1.00 0.00 MW H +ATOM 6895 OH2 TIP3X 576 34.290 39.410 21.580 1.00 0.00 MW O +ATOM 6896 H1 TIP3X 576 34.020 39.970 20.850 1.00 0.00 MW H +ATOM 6897 H2 TIP3X 576 34.250 38.520 21.250 1.00 0.00 MW H +ATOM 6898 OH2 TIP3X 577 26.450 24.890 -15.260 1.00 0.00 MW O +ATOM 6899 H1 TIP3X 577 27.000 24.810 -16.050 1.00 0.00 MW H +ATOM 6900 H2 TIP3X 577 26.950 24.420 -14.600 1.00 0.00 MW H +ATOM 6901 OH2 TIP3X 578 -22.970 -1.410 -35.770 1.00 0.00 MW O +ATOM 6902 H1 TIP3X 578 -22.780 -1.790 -34.920 1.00 0.00 MW H +ATOM 6903 H2 TIP3X 578 -22.120 -1.350 -36.200 1.00 0.00 MW H +ATOM 6904 OH2 TIP3X 579 -21.750 -41.890 11.350 1.00 0.00 MW O +ATOM 6905 H1 TIP3X 579 -21.470 -41.170 10.780 1.00 0.00 MW H +ATOM 6906 H2 TIP3X 579 -22.700 -41.800 11.410 1.00 0.00 MW H +ATOM 6907 OH2 TIP3X 580 13.510 38.390 -41.360 1.00 0.00 MW O +ATOM 6908 H1 TIP3X 580 13.960 38.450 -42.210 1.00 0.00 MW H +ATOM 6909 H2 TIP3X 580 13.110 37.520 -41.370 1.00 0.00 MW H +ATOM 6910 OH2 TIP3X 581 -9.590 -31.820 26.120 1.00 0.00 MW O +ATOM 6911 H1 TIP3X 581 -8.660 -31.930 26.290 1.00 0.00 MW H +ATOM 6912 H2 TIP3X 581 -9.960 -32.700 26.160 1.00 0.00 MW H +ATOM 6913 OH2 TIP3X 582 -35.240 -37.640 -51.370 1.00 0.00 MW O +ATOM 6914 H1 TIP3X 582 -35.470 -38.570 -51.250 1.00 0.00 MW H +ATOM 6915 H2 TIP3X 582 -36.060 -37.170 -51.230 1.00 0.00 MW H +ATOM 6916 OH2 TIP3X 583 2.060 -5.920 -24.500 1.00 0.00 MW O +ATOM 6917 H1 TIP3X 583 1.630 -6.330 -25.240 1.00 0.00 MW H +ATOM 6918 H2 TIP3X 583 2.470 -6.650 -24.020 1.00 0.00 MW H +ATOM 6919 OH2 TIP3X 584 8.390 30.260 -49.180 1.00 0.00 MW O +ATOM 6920 H1 TIP3X 584 9.330 30.170 -49.260 1.00 0.00 MW H +ATOM 6921 H2 TIP3X 584 8.170 29.820 -48.360 1.00 0.00 MW H +ATOM 6922 OH2 TIP3X 585 -17.480 -4.120 -33.690 1.00 0.00 MW O +ATOM 6923 H1 TIP3X 585 -18.130 -4.740 -33.370 1.00 0.00 MW H +ATOM 6924 H2 TIP3X 585 -17.980 -3.530 -34.250 1.00 0.00 MW H +ATOM 6925 OH2 TIP3X 586 20.410 -40.550 16.130 1.00 0.00 MW O +ATOM 6926 H1 TIP3X 586 20.140 -40.090 15.320 1.00 0.00 MW H +ATOM 6927 H2 TIP3X 586 20.670 -41.420 15.820 1.00 0.00 MW H +ATOM 6928 OH2 TIP3X 587 -35.310 -36.620 -28.560 1.00 0.00 MW O +ATOM 6929 H1 TIP3X 587 -34.380 -36.820 -28.650 1.00 0.00 MW H +ATOM 6930 H2 TIP3X 587 -35.330 -35.750 -28.160 1.00 0.00 MW H +ATOM 6931 OH2 TIP3X 588 31.080 -27.080 -31.250 1.00 0.00 MW O +ATOM 6932 H1 TIP3X 588 30.730 -26.300 -30.820 1.00 0.00 MW H +ATOM 6933 H2 TIP3X 588 31.470 -26.760 -32.070 1.00 0.00 MW H +ATOM 6934 OH2 TIP3X 589 -23.560 -18.800 -30.960 1.00 0.00 MW O +ATOM 6935 H1 TIP3X 589 -24.390 -19.150 -31.280 1.00 0.00 MW H +ATOM 6936 H2 TIP3X 589 -23.580 -18.950 -30.020 1.00 0.00 MW H +ATOM 6937 OH2 TIP3X 590 -9.060 37.800 -44.060 1.00 0.00 MW O +ATOM 6938 H1 TIP3X 590 -9.540 37.370 -44.750 1.00 0.00 MW H +ATOM 6939 H2 TIP3X 590 -8.610 38.530 -44.500 1.00 0.00 MW H +ATOM 6940 OH2 TIP3X 591 1.880 -25.880 35.290 1.00 0.00 MW O +ATOM 6941 H1 TIP3X 591 2.710 -25.570 34.920 1.00 0.00 MW H +ATOM 6942 H2 TIP3X 591 1.910 -25.620 36.210 1.00 0.00 MW H +ATOM 6943 OH2 TIP3X 592 38.190 -6.660 28.270 1.00 0.00 MW O +ATOM 6944 H1 TIP3X 592 38.930 -6.050 28.310 1.00 0.00 MW H +ATOM 6945 H2 TIP3X 592 38.420 -7.370 28.850 1.00 0.00 MW H +ATOM 6946 OH2 TIP3X 593 -11.760 -36.930 -46.690 1.00 0.00 MW O +ATOM 6947 H1 TIP3X 593 -10.890 -37.130 -46.340 1.00 0.00 MW H +ATOM 6948 H2 TIP3X 593 -12.240 -36.580 -45.940 1.00 0.00 MW H +ATOM 6949 OH2 TIP3X 594 32.020 -34.070 -44.800 1.00 0.00 MW O +ATOM 6950 H1 TIP3X 594 31.810 -34.050 -43.880 1.00 0.00 MW H +ATOM 6951 H2 TIP3X 594 32.180 -34.990 -45.000 1.00 0.00 MW H +ATOM 6952 OH2 TIP3X 595 -9.130 -9.820 -50.760 1.00 0.00 MW O +ATOM 6953 H1 TIP3X 595 -8.990 -10.520 -50.120 1.00 0.00 MW H +ATOM 6954 H2 TIP3X 595 -8.460 -9.170 -50.570 1.00 0.00 MW H +ATOM 6955 OH2 TIP3X 596 44.970 -30.230 -34.880 1.00 0.00 MW O +ATOM 6956 H1 TIP3X 596 44.600 -29.930 -35.710 1.00 0.00 MW H +ATOM 6957 H2 TIP3X 596 45.200 -29.430 -34.410 1.00 0.00 MW H +ATOM 6958 OH2 TIP3X 597 -40.020 18.150 30.640 1.00 0.00 MW O +ATOM 6959 H1 TIP3X 597 -39.760 18.940 31.130 1.00 0.00 MW H +ATOM 6960 H2 TIP3X 597 -40.440 18.490 29.850 1.00 0.00 MW H +ATOM 6961 OH2 TIP3X 598 15.120 11.110 -25.760 1.00 0.00 MW O +ATOM 6962 H1 TIP3X 598 14.990 10.970 -26.700 1.00 0.00 MW H +ATOM 6963 H2 TIP3X 598 15.250 10.230 -25.400 1.00 0.00 MW H +ATOM 6964 OH2 TIP3X 599 -3.530 -43.970 -20.220 1.00 0.00 MW O +ATOM 6965 H1 TIP3X 599 -3.780 -43.240 -19.650 1.00 0.00 MW H +ATOM 6966 H2 TIP3X 599 -2.960 -44.520 -19.680 1.00 0.00 MW H +ATOM 6967 OH2 TIP3X 600 24.050 -11.020 -20.810 1.00 0.00 MW O +ATOM 6968 H1 TIP3X 600 24.870 -11.490 -20.600 1.00 0.00 MW H +ATOM 6969 H2 TIP3X 600 24.190 -10.680 -21.690 1.00 0.00 MW H +ATOM 6970 OH2 TIP3X 601 1.950 -23.650 -46.300 1.00 0.00 MW O +ATOM 6971 H1 TIP3X 601 2.400 -22.810 -46.400 1.00 0.00 MW H +ATOM 6972 H2 TIP3X 601 1.610 -23.830 -47.170 1.00 0.00 MW H +ATOM 6973 OH2 TIP3X 602 -40.720 43.230 -40.310 1.00 0.00 MW O +ATOM 6974 H1 TIP3X 602 -39.990 43.840 -40.260 1.00 0.00 MW H +ATOM 6975 H2 TIP3X 602 -41.160 43.320 -39.470 1.00 0.00 MW H +ATOM 6976 OH2 TIP3X 603 13.240 -41.590 -28.350 1.00 0.00 MW O +ATOM 6977 H1 TIP3X 603 13.840 -41.620 -27.610 1.00 0.00 MW H +ATOM 6978 H2 TIP3X 603 13.780 -41.790 -29.120 1.00 0.00 MW H +ATOM 6979 OH2 TIP3X 604 48.020 -49.810 17.180 1.00 0.00 MW O +ATOM 6980 H1 TIP3X 604 48.190 -49.880 16.240 1.00 0.00 MW H +ATOM 6981 H2 TIP3X 604 48.420 -48.970 17.420 1.00 0.00 MW H +ATOM 6982 OH2 TIP3X 605 23.670 -31.970 -22.050 1.00 0.00 MW O +ATOM 6983 H1 TIP3X 605 23.790 -31.320 -22.750 1.00 0.00 MW H +ATOM 6984 H2 TIP3X 605 22.780 -32.320 -22.210 1.00 0.00 MW H +ATOM 6985 OH2 TIP3X 606 -9.150 -37.640 -46.470 1.00 0.00 MW O +ATOM 6986 H1 TIP3X 606 -8.340 -37.740 -45.970 1.00 0.00 MW H +ATOM 6987 H2 TIP3X 606 -8.960 -36.940 -47.100 1.00 0.00 MW H +ATOM 6988 OH2 TIP3X 607 5.090 22.780 -41.170 1.00 0.00 MW O +ATOM 6989 H1 TIP3X 607 4.430 22.090 -41.160 1.00 0.00 MW H +ATOM 6990 H2 TIP3X 607 4.810 23.360 -41.880 1.00 0.00 MW H +ATOM 6991 OH2 TIP3X 608 -32.180 8.630 38.170 1.00 0.00 MW O +ATOM 6992 H1 TIP3X 608 -32.450 9.540 38.080 1.00 0.00 MW H +ATOM 6993 H2 TIP3X 608 -32.600 8.170 37.440 1.00 0.00 MW H +ATOM 6994 OH2 TIP3X 609 -23.760 7.310 28.870 1.00 0.00 MW O +ATOM 6995 H1 TIP3X 609 -23.090 7.300 29.550 1.00 0.00 MW H +ATOM 6996 H2 TIP3X 609 -23.350 7.750 28.120 1.00 0.00 MW H +ATOM 6997 OH2 TIP3X 610 -36.310 32.680 -33.520 1.00 0.00 MW O +ATOM 6998 H1 TIP3X 610 -36.670 31.870 -33.180 1.00 0.00 MW H +ATOM 6999 H2 TIP3X 610 -35.830 33.060 -32.800 1.00 0.00 MW H +ATOM 7000 OH2 TIP3X 611 19.250 12.860 -20.910 1.00 0.00 MW O +ATOM 7001 H1 TIP3X 611 19.550 11.960 -20.860 1.00 0.00 MW H +ATOM 7002 H2 TIP3X 611 19.260 13.180 -20.010 1.00 0.00 MW H +ATOM 7003 OH2 TIP3X 612 25.600 34.050 -45.130 1.00 0.00 MW O +ATOM 7004 H1 TIP3X 612 25.480 33.380 -45.810 1.00 0.00 MW H +ATOM 7005 H2 TIP3X 612 26.280 33.710 -44.560 1.00 0.00 MW H +ATOM 7006 OH2 TIP3X 613 23.680 15.950 28.090 1.00 0.00 MW O +ATOM 7007 H1 TIP3X 613 23.390 15.840 27.200 1.00 0.00 MW H +ATOM 7008 H2 TIP3X 613 23.190 16.690 28.430 1.00 0.00 MW H +ATOM 7009 OH2 TIP3X 614 -43.250 -37.750 -31.450 1.00 0.00 MW O +ATOM 7010 H1 TIP3X 614 -44.050 -38.040 -31.020 1.00 0.00 MW H +ATOM 7011 H2 TIP3X 614 -43.560 -37.200 -32.170 1.00 0.00 MW H +ATOM 7012 OH2 TIP3X 615 47.110 -48.140 33.510 1.00 0.00 MW O +ATOM 7013 H1 TIP3X 615 46.750 -47.260 33.380 1.00 0.00 MW H +ATOM 7014 H2 TIP3X 615 47.990 -48.000 33.860 1.00 0.00 MW H +ATOM 7015 OH2 TIP3X 616 -36.160 -51.010 22.970 1.00 0.00 MW O +ATOM 7016 H1 TIP3X 616 -36.150 -50.770 22.050 1.00 0.00 MW H +ATOM 7017 H2 TIP3X 616 -36.280 -51.960 22.980 1.00 0.00 MW H +ATOM 7018 OH2 TIP3X 617 44.200 -9.770 -51.770 1.00 0.00 MW O +ATOM 7019 H1 TIP3X 617 44.670 -9.910 -50.940 1.00 0.00 MW H +ATOM 7020 H2 TIP3X 617 44.750 -10.210 -52.430 1.00 0.00 MW H +ATOM 7021 OH2 TIP3X 618 41.450 -19.740 31.810 1.00 0.00 MW O +ATOM 7022 H1 TIP3X 618 41.130 -20.640 31.750 1.00 0.00 MW H +ATOM 7023 H2 TIP3X 618 42.360 -19.790 31.540 1.00 0.00 MW H +ATOM 7024 OH2 TIP3X 619 -39.710 39.000 -42.400 1.00 0.00 MW O +ATOM 7025 H1 TIP3X 619 -39.450 39.820 -41.980 1.00 0.00 MW H +ATOM 7026 H2 TIP3X 619 -38.980 38.400 -42.220 1.00 0.00 MW H +ATOM 7027 OH2 TIP3X 620 25.990 24.060 -37.200 1.00 0.00 MW O +ATOM 7028 H1 TIP3X 620 26.240 24.970 -37.400 1.00 0.00 MW H +ATOM 7029 H2 TIP3X 620 26.650 23.530 -37.660 1.00 0.00 MW H +ATOM 7030 OH2 TIP3X 621 6.320 27.490 21.310 1.00 0.00 MW O +ATOM 7031 H1 TIP3X 621 6.460 28.430 21.250 1.00 0.00 MW H +ATOM 7032 H2 TIP3X 621 6.190 27.200 20.410 1.00 0.00 MW H +ATOM 7033 OH2 TIP3X 622 -9.780 -44.170 -45.870 1.00 0.00 MW O +ATOM 7034 H1 TIP3X 622 -9.950 -43.230 -45.820 1.00 0.00 MW H +ATOM 7035 H2 TIP3X 622 -9.360 -44.290 -46.720 1.00 0.00 MW H +ATOM 7036 OH2 TIP3X 623 -6.940 -40.870 -37.660 1.00 0.00 MW O +ATOM 7037 H1 TIP3X 623 -6.340 -40.660 -36.940 1.00 0.00 MW H +ATOM 7038 H2 TIP3X 623 -7.270 -40.020 -37.960 1.00 0.00 MW H +ATOM 7039 OH2 TIP3X 624 33.210 -15.850 30.350 1.00 0.00 MW O +ATOM 7040 H1 TIP3X 624 34.100 -15.590 30.570 1.00 0.00 MW H +ATOM 7041 H2 TIP3X 624 32.820 -15.090 29.930 1.00 0.00 MW H +ATOM 7042 OH2 TIP3X 625 35.520 -5.650 -9.760 1.00 0.00 MW O +ATOM 7043 H1 TIP3X 625 34.710 -5.210 -9.470 1.00 0.00 MW H +ATOM 7044 H2 TIP3X 625 36.180 -5.360 -9.140 1.00 0.00 MW H +ATOM 7045 OH2 TIP3X 626 -18.190 1.050 -21.630 1.00 0.00 MW O +ATOM 7046 H1 TIP3X 626 -18.690 0.410 -21.110 1.00 0.00 MW H +ATOM 7047 H2 TIP3X 626 -17.830 0.540 -22.360 1.00 0.00 MW H +ATOM 7048 OH2 TIP3X 627 -1.250 33.430 -37.740 1.00 0.00 MW O +ATOM 7049 H1 TIP3X 627 -1.050 34.330 -37.990 1.00 0.00 MW H +ATOM 7050 H2 TIP3X 627 -0.770 33.290 -36.930 1.00 0.00 MW H +ATOM 7051 OH2 TIP3X 628 26.010 21.630 -26.470 1.00 0.00 MW O +ATOM 7052 H1 TIP3X 628 26.410 20.770 -26.390 1.00 0.00 MW H +ATOM 7053 H2 TIP3X 628 25.130 21.520 -26.100 1.00 0.00 MW H +ATOM 7054 OH2 TIP3X 629 -0.790 -0.600 23.290 1.00 0.00 MW O +ATOM 7055 H1 TIP3X 629 -1.160 0.260 23.090 1.00 0.00 MW H +ATOM 7056 H2 TIP3X 629 -1.490 -1.050 23.780 1.00 0.00 MW H +ATOM 7057 OH2 TIP3X 630 -19.980 2.680 -43.940 1.00 0.00 MW O +ATOM 7058 H1 TIP3X 630 -19.670 3.440 -43.440 1.00 0.00 MW H +ATOM 7059 H2 TIP3X 630 -19.220 2.430 -44.480 1.00 0.00 MW H +ATOM 7060 OH2 TIP3X 631 1.740 -1.280 19.190 1.00 0.00 MW O +ATOM 7061 H1 TIP3X 631 2.350 -0.540 19.300 1.00 0.00 MW H +ATOM 7062 H2 TIP3X 631 1.380 -1.420 20.050 1.00 0.00 MW H +ATOM 7063 OH2 TIP3X 632 -32.510 -45.360 32.610 1.00 0.00 MW O +ATOM 7064 H1 TIP3X 632 -32.500 -44.400 32.590 1.00 0.00 MW H +ATOM 7065 H2 TIP3X 632 -33.410 -45.580 32.410 1.00 0.00 MW H +ATOM 7066 OH2 TIP3X 633 2.170 -35.110 18.150 1.00 0.00 MW O +ATOM 7067 H1 TIP3X 633 2.010 -34.980 19.090 1.00 0.00 MW H +ATOM 7068 H2 TIP3X 633 3.110 -34.950 18.050 1.00 0.00 MW H +ATOM 7069 OH2 TIP3X 634 6.370 -41.150 37.720 1.00 0.00 MW O +ATOM 7070 H1 TIP3X 634 6.100 -40.230 37.740 1.00 0.00 MW H +ATOM 7071 H2 TIP3X 634 7.210 -41.140 37.270 1.00 0.00 MW H +ATOM 7072 OH2 TIP3X 635 34.670 -30.160 -28.750 1.00 0.00 MW O +ATOM 7073 H1 TIP3X 635 35.040 -30.430 -29.590 1.00 0.00 MW H +ATOM 7074 H2 TIP3X 635 33.850 -29.720 -28.980 1.00 0.00 MW H +ATOM 7075 OH2 TIP3X 636 28.990 3.140 -34.280 1.00 0.00 MW O +ATOM 7076 H1 TIP3X 636 28.210 3.070 -34.830 1.00 0.00 MW H +ATOM 7077 H2 TIP3X 636 28.690 3.590 -33.490 1.00 0.00 MW H +ATOM 7078 OH2 TIP3X 637 -24.300 -42.450 -35.980 1.00 0.00 MW O +ATOM 7079 H1 TIP3X 637 -25.090 -42.990 -36.010 1.00 0.00 MW H +ATOM 7080 H2 TIP3X 637 -24.530 -41.660 -36.460 1.00 0.00 MW H +ATOM 7081 OH2 TIP3X 638 38.670 -26.040 29.400 1.00 0.00 MW O +ATOM 7082 H1 TIP3X 638 38.710 -25.660 28.520 1.00 0.00 MW H +ATOM 7083 H2 TIP3X 638 37.730 -26.170 29.560 1.00 0.00 MW H +ATOM 7084 OH2 TIP3X 639 44.890 33.910 -38.890 1.00 0.00 MW O +ATOM 7085 H1 TIP3X 639 45.800 34.120 -39.120 1.00 0.00 MW H +ATOM 7086 H2 TIP3X 639 44.870 32.960 -38.830 1.00 0.00 MW H +ATOM 7087 OH2 TIP3X 640 37.790 -10.190 -9.480 1.00 0.00 MW O +ATOM 7088 H1 TIP3X 640 38.420 -10.470 -10.140 1.00 0.00 MW H +ATOM 7089 H2 TIP3X 640 38.310 -9.810 -8.780 1.00 0.00 MW H +ATOM 7090 OH2 TIP3X 641 7.850 24.270 -26.620 1.00 0.00 MW O +ATOM 7091 H1 TIP3X 641 8.600 24.810 -26.860 1.00 0.00 MW H +ATOM 7092 H2 TIP3X 641 7.830 23.580 -27.290 1.00 0.00 MW H +ATOM 7093 OH2 TIP3X 642 6.530 11.180 22.710 1.00 0.00 MW O +ATOM 7094 H1 TIP3X 642 6.530 11.980 23.230 1.00 0.00 MW H +ATOM 7095 H2 TIP3X 642 7.370 11.190 22.250 1.00 0.00 MW H +ATOM 7096 OH2 TIP3X 643 12.230 25.220 15.580 1.00 0.00 MW O +ATOM 7097 H1 TIP3X 643 13.100 24.880 15.370 1.00 0.00 MW H +ATOM 7098 H2 TIP3X 643 12.390 25.890 16.230 1.00 0.00 MW H +ATOM 7099 OH2 TIP3X 644 -15.170 -17.380 -45.800 1.00 0.00 MW O +ATOM 7100 H1 TIP3X 644 -15.720 -16.810 -45.270 1.00 0.00 MW H +ATOM 7101 H2 TIP3X 644 -14.320 -17.360 -45.370 1.00 0.00 MW H +ATOM 7102 OH2 TIP3X 645 12.340 -21.560 37.210 1.00 0.00 MW O +ATOM 7103 H1 TIP3X 645 12.290 -22.110 36.430 1.00 0.00 MW H +ATOM 7104 H2 TIP3X 645 11.660 -20.910 37.090 1.00 0.00 MW H +ATOM 7105 OH2 TIP3X 646 15.270 -27.750 -49.860 1.00 0.00 MW O +ATOM 7106 H1 TIP3X 646 14.410 -27.390 -49.650 1.00 0.00 MW H +ATOM 7107 H2 TIP3X 646 15.670 -27.110 -50.460 1.00 0.00 MW H +ATOM 7108 OH2 TIP3X 647 -4.770 22.590 -14.800 1.00 0.00 MW O +ATOM 7109 H1 TIP3X 647 -4.780 22.140 -13.950 1.00 0.00 MW H +ATOM 7110 H2 TIP3X 647 -5.440 22.130 -15.310 1.00 0.00 MW H +ATOM 7111 OH2 TIP3X 648 43.160 -16.740 29.930 1.00 0.00 MW O +ATOM 7112 H1 TIP3X 648 42.300 -17.050 30.220 1.00 0.00 MW H +ATOM 7113 H2 TIP3X 648 43.000 -16.250 29.130 1.00 0.00 MW H +ATOM 7114 OH2 TIP3X 649 32.030 -29.380 -29.720 1.00 0.00 MW O +ATOM 7115 H1 TIP3X 649 31.180 -29.360 -29.270 1.00 0.00 MW H +ATOM 7116 H2 TIP3X 649 32.040 -28.600 -30.260 1.00 0.00 MW H +ATOM 7117 OH2 TIP3X 650 33.150 -8.470 -42.310 1.00 0.00 MW O +ATOM 7118 H1 TIP3X 650 33.150 -7.870 -41.570 1.00 0.00 MW H +ATOM 7119 H2 TIP3X 650 32.470 -8.140 -42.890 1.00 0.00 MW H +ATOM 7120 OH2 TIP3X 651 30.690 -39.530 36.020 1.00 0.00 MW O +ATOM 7121 H1 TIP3X 651 30.290 -39.770 35.190 1.00 0.00 MW H +ATOM 7122 H2 TIP3X 651 30.480 -40.250 36.610 1.00 0.00 MW H +ATOM 7123 OH2 TIP3X 652 17.560 16.500 -33.670 1.00 0.00 MW O +ATOM 7124 H1 TIP3X 652 17.860 17.370 -33.890 1.00 0.00 MW H +ATOM 7125 H2 TIP3X 652 18.230 16.150 -33.080 1.00 0.00 MW H +ATOM 7126 OH2 TIP3X 653 -40.700 37.510 -18.550 1.00 0.00 MW O +ATOM 7127 H1 TIP3X 653 -40.820 36.760 -19.130 1.00 0.00 MW H +ATOM 7128 H2 TIP3X 653 -40.780 38.280 -19.120 1.00 0.00 MW H +ATOM 7129 OH2 TIP3X 654 -0.560 28.880 36.570 1.00 0.00 MW O +ATOM 7130 H1 TIP3X 654 -0.350 29.720 36.170 1.00 0.00 MW H +ATOM 7131 H2 TIP3X 654 -0.230 28.930 37.460 1.00 0.00 MW H +ATOM 7132 OH2 TIP3X 655 36.950 36.340 17.360 1.00 0.00 MW O +ATOM 7133 H1 TIP3X 655 36.270 36.400 18.020 1.00 0.00 MW H +ATOM 7134 H2 TIP3X 655 37.400 35.520 17.550 1.00 0.00 MW H +ATOM 7135 OH2 TIP3X 656 -26.180 3.670 -26.600 1.00 0.00 MW O +ATOM 7136 H1 TIP3X 656 -26.000 4.580 -26.840 1.00 0.00 MW H +ATOM 7137 H2 TIP3X 656 -27.070 3.700 -26.260 1.00 0.00 MW H +ATOM 7138 OH2 TIP3X 657 39.230 -17.680 21.730 1.00 0.00 MW O +ATOM 7139 H1 TIP3X 657 40.130 -17.380 21.800 1.00 0.00 MW H +ATOM 7140 H2 TIP3X 657 39.010 -18.000 22.620 1.00 0.00 MW H +ATOM 7141 OH2 TIP3X 658 15.190 23.150 -36.140 1.00 0.00 MW O +ATOM 7142 H1 TIP3X 658 15.610 23.830 -36.680 1.00 0.00 MW H +ATOM 7143 H2 TIP3X 658 15.560 23.270 -35.270 1.00 0.00 MW H +ATOM 7144 OH2 TIP3X 659 31.670 -11.780 -37.780 1.00 0.00 MW O +ATOM 7145 H1 TIP3X 659 31.310 -10.910 -37.680 1.00 0.00 MW H +ATOM 7146 H2 TIP3X 659 32.610 -11.640 -37.910 1.00 0.00 MW H +ATOM 7147 OH2 TIP3X 660 2.150 -8.880 -27.210 1.00 0.00 MW O +ATOM 7148 H1 TIP3X 660 2.530 -8.470 -27.980 1.00 0.00 MW H +ATOM 7149 H2 TIP3X 660 1.710 -9.640 -27.550 1.00 0.00 MW H +ATOM 7150 OH2 TIP3X 661 12.560 32.650 -19.250 1.00 0.00 MW O +ATOM 7151 H1 TIP3X 661 12.920 33.120 -20.000 1.00 0.00 MW H +ATOM 7152 H2 TIP3X 661 12.190 31.850 -19.630 1.00 0.00 MW H +ATOM 7153 OH2 TIP3X 662 -4.700 28.330 26.610 1.00 0.00 MW O +ATOM 7154 H1 TIP3X 662 -5.440 28.800 26.240 1.00 0.00 MW H +ATOM 7155 H2 TIP3X 662 -4.520 28.780 27.430 1.00 0.00 MW H +ATOM 7156 OH2 TIP3X 663 -38.650 -43.700 -34.120 1.00 0.00 MW O +ATOM 7157 H1 TIP3X 663 -38.770 -42.870 -33.630 1.00 0.00 MW H +ATOM 7158 H2 TIP3X 663 -39.540 -44.000 -34.290 1.00 0.00 MW H +ATOM 7159 OH2 TIP3X 664 18.970 8.410 -30.690 1.00 0.00 MW O +ATOM 7160 H1 TIP3X 664 19.840 8.340 -30.290 1.00 0.00 MW H +ATOM 7161 H2 TIP3X 664 18.750 9.340 -30.600 1.00 0.00 MW H +ATOM 7162 OH2 TIP3X 665 26.320 -41.560 -38.490 1.00 0.00 MW O +ATOM 7163 H1 TIP3X 665 25.730 -42.150 -38.950 1.00 0.00 MW H +ATOM 7164 H2 TIP3X 665 25.980 -40.680 -38.680 1.00 0.00 MW H +ATOM 7165 OH2 TIP3X 666 -40.520 38.600 -16.240 1.00 0.00 MW O +ATOM 7166 H1 TIP3X 666 -40.580 38.190 -17.100 1.00 0.00 MW H +ATOM 7167 H2 TIP3X 666 -40.470 39.540 -16.410 1.00 0.00 MW H +ATOM 7168 OH2 TIP3X 667 -0.560 19.950 -13.840 1.00 0.00 MW O +ATOM 7169 H1 TIP3X 667 -1.050 20.770 -13.920 1.00 0.00 MW H +ATOM 7170 H2 TIP3X 667 -1.000 19.360 -14.470 1.00 0.00 MW H +ATOM 7171 OH2 TIP3X 668 -15.180 -26.720 -25.920 1.00 0.00 MW O +ATOM 7172 H1 TIP3X 668 -14.750 -25.870 -25.860 1.00 0.00 MW H +ATOM 7173 H2 TIP3X 668 -15.460 -26.920 -25.030 1.00 0.00 MW H +ATOM 7174 OH2 TIP3X 669 30.590 3.780 -43.950 1.00 0.00 MW O +ATOM 7175 H1 TIP3X 669 30.170 3.340 -44.680 1.00 0.00 MW H +ATOM 7176 H2 TIP3X 669 30.230 4.670 -43.970 1.00 0.00 MW H +ATOM 7177 OH2 TIP3X 670 10.560 -26.500 -45.810 1.00 0.00 MW O +ATOM 7178 H1 TIP3X 670 10.960 -27.230 -45.340 1.00 0.00 MW H +ATOM 7179 H2 TIP3X 670 9.630 -26.570 -45.590 1.00 0.00 MW H +ATOM 7180 OH2 TIP3X 671 -23.250 42.360 -40.310 1.00 0.00 MW O +ATOM 7181 H1 TIP3X 671 -23.930 42.390 -40.970 1.00 0.00 MW H +ATOM 7182 H2 TIP3X 671 -23.070 43.270 -40.110 1.00 0.00 MW H +ATOM 7183 OH2 TIP3X 672 -45.060 9.840 -34.750 1.00 0.00 MW O +ATOM 7184 H1 TIP3X 672 -45.760 9.300 -34.380 1.00 0.00 MW H +ATOM 7185 H2 TIP3X 672 -45.510 10.450 -35.330 1.00 0.00 MW H +ATOM 7186 OH2 TIP3X 673 14.700 -6.080 22.240 1.00 0.00 MW O +ATOM 7187 H1 TIP3X 673 14.290 -6.010 23.100 1.00 0.00 MW H +ATOM 7188 H2 TIP3X 673 15.600 -5.790 22.370 1.00 0.00 MW H +ATOM 7189 OH2 TIP3X 674 29.760 -22.930 -15.870 1.00 0.00 MW O +ATOM 7190 H1 TIP3X 674 30.220 -22.130 -16.130 1.00 0.00 MW H +ATOM 7191 H2 TIP3X 674 29.890 -23.540 -16.600 1.00 0.00 MW H +ATOM 7192 OH2 TIP3X 675 -27.430 -30.170 -31.190 1.00 0.00 MW O +ATOM 7193 H1 TIP3X 675 -27.990 -29.420 -31.040 1.00 0.00 MW H +ATOM 7194 H2 TIP3X 675 -28.030 -30.870 -31.450 1.00 0.00 MW H +ATOM 7195 OH2 TIP3X 676 7.430 22.570 27.070 1.00 0.00 MW O +ATOM 7196 H1 TIP3X 676 8.070 22.080 26.560 1.00 0.00 MW H +ATOM 7197 H2 TIP3X 676 6.780 22.870 26.430 1.00 0.00 MW H +ATOM 7198 OH2 TIP3X 677 -15.710 -45.240 -48.210 1.00 0.00 MW O +ATOM 7199 H1 TIP3X 677 -15.070 -44.650 -47.820 1.00 0.00 MW H +ATOM 7200 H2 TIP3X 677 -16.410 -45.290 -47.550 1.00 0.00 MW H +ATOM 7201 OH2 TIP3X 678 34.610 -0.270 28.970 1.00 0.00 MW O +ATOM 7202 H1 TIP3X 678 34.810 -1.120 29.350 1.00 0.00 MW H +ATOM 7203 H2 TIP3X 678 34.750 -0.370 28.030 1.00 0.00 MW H +ATOM 7204 OH2 TIP3X 679 13.310 23.990 21.840 1.00 0.00 MW O +ATOM 7205 H1 TIP3X 679 13.470 23.230 21.300 1.00 0.00 MW H +ATOM 7206 H2 TIP3X 679 13.010 23.630 22.680 1.00 0.00 MW H +ATOM 7207 OH2 TIP3X 680 42.500 14.550 -36.350 1.00 0.00 MW O +ATOM 7208 H1 TIP3X 680 41.790 15.170 -36.150 1.00 0.00 MW H +ATOM 7209 H2 TIP3X 680 42.650 14.670 -37.300 1.00 0.00 MW H +ATOM 7210 OH2 TIP3X 681 35.620 -30.030 -43.160 1.00 0.00 MW O +ATOM 7211 H1 TIP3X 681 34.780 -30.440 -42.930 1.00 0.00 MW H +ATOM 7212 H2 TIP3X 681 35.600 -29.970 -44.110 1.00 0.00 MW H +ATOM 7213 OH2 TIP3X 682 30.960 -23.820 -18.220 1.00 0.00 MW O +ATOM 7214 H1 TIP3X 682 31.790 -23.380 -18.070 1.00 0.00 MW H +ATOM 7215 H2 TIP3X 682 31.200 -24.630 -18.680 1.00 0.00 MW H +ATOM 7216 OH2 TIP3X 683 -2.500 -36.320 29.790 1.00 0.00 MW O +ATOM 7217 H1 TIP3X 683 -1.830 -36.040 30.410 1.00 0.00 MW H +ATOM 7218 H2 TIP3X 683 -2.430 -35.710 29.050 1.00 0.00 MW H +ATOM 7219 OH2 TIP3X 684 27.100 -17.390 -36.060 1.00 0.00 MW O +ATOM 7220 H1 TIP3X 684 26.650 -16.670 -36.500 1.00 0.00 MW H +ATOM 7221 H2 TIP3X 684 27.900 -17.540 -36.570 1.00 0.00 MW H +ATOM 7222 OH2 TIP3X 685 -42.180 24.870 -40.990 1.00 0.00 MW O +ATOM 7223 H1 TIP3X 685 -42.560 25.710 -41.250 1.00 0.00 MW H +ATOM 7224 H2 TIP3X 685 -41.280 25.080 -40.730 1.00 0.00 MW H +ATOM 7225 OH2 TIP3X 686 16.700 -29.360 23.410 1.00 0.00 MW O +ATOM 7226 H1 TIP3X 686 16.850 -30.050 24.050 1.00 0.00 MW H +ATOM 7227 H2 TIP3X 686 17.480 -29.330 22.870 1.00 0.00 MW H +ATOM 7228 OH2 TIP3X 687 24.890 22.560 -8.910 1.00 0.00 MW O +ATOM 7229 H1 TIP3X 687 25.440 21.960 -8.390 1.00 0.00 MW H +ATOM 7230 H2 TIP3X 687 24.850 22.160 -9.770 1.00 0.00 MW H +ATOM 7231 OH2 TIP3X 688 29.780 35.590 -49.240 1.00 0.00 MW O +ATOM 7232 H1 TIP3X 688 30.520 36.100 -49.570 1.00 0.00 MW H +ATOM 7233 H2 TIP3X 688 29.450 35.130 -50.010 1.00 0.00 MW H +ATOM 7234 OH2 TIP3X 689 -32.880 -23.400 36.330 1.00 0.00 MW O +ATOM 7235 H1 TIP3X 689 -32.280 -22.740 36.680 1.00 0.00 MW H +ATOM 7236 H2 TIP3X 689 -33.470 -22.920 35.750 1.00 0.00 MW H +ATOM 7237 OH2 TIP3X 690 39.600 -0.050 -33.550 1.00 0.00 MW O +ATOM 7238 H1 TIP3X 690 38.780 0.220 -33.120 1.00 0.00 MW H +ATOM 7239 H2 TIP3X 690 39.700 0.550 -34.290 1.00 0.00 MW H +ATOM 7240 OH2 TIP3X 691 11.560 0.300 -37.750 1.00 0.00 MW O +ATOM 7241 H1 TIP3X 691 12.500 0.210 -37.620 1.00 0.00 MW H +ATOM 7242 H2 TIP3X 691 11.260 -0.590 -37.910 1.00 0.00 MW H +ATOM 7243 OH2 TIP3X 692 0.120 1.750 -44.010 1.00 0.00 MW O +ATOM 7244 H1 TIP3X 692 -0.340 2.240 -44.690 1.00 0.00 MW H +ATOM 7245 H2 TIP3X 692 1.050 1.910 -44.190 1.00 0.00 MW H +ATOM 7246 OH2 TIP3X 693 37.640 -29.380 19.700 1.00 0.00 MW O +ATOM 7247 H1 TIP3X 693 37.590 -29.110 18.780 1.00 0.00 MW H +ATOM 7248 H2 TIP3X 693 37.680 -28.550 20.180 1.00 0.00 MW H +ATOM 7249 OH2 TIP3X 694 45.160 12.010 -41.660 1.00 0.00 MW O +ATOM 7250 H1 TIP3X 694 44.640 11.230 -41.490 1.00 0.00 MW H +ATOM 7251 H2 TIP3X 694 44.600 12.550 -42.230 1.00 0.00 MW H +ATOM 7252 OH2 TIP3X 695 -24.850 -9.630 -19.550 1.00 0.00 MW O +ATOM 7253 H1 TIP3X 695 -24.330 -9.770 -18.760 1.00 0.00 MW H +ATOM 7254 H2 TIP3X 695 -25.750 -9.550 -19.230 1.00 0.00 MW H +ATOM 7255 OH2 TIP3X 696 33.350 31.720 -32.910 1.00 0.00 MW O +ATOM 7256 H1 TIP3X 696 33.830 30.970 -33.240 1.00 0.00 MW H +ATOM 7257 H2 TIP3X 696 32.980 32.130 -33.700 1.00 0.00 MW H +ATOM 7258 OH2 TIP3X 697 25.660 9.340 -14.380 1.00 0.00 MW O +ATOM 7259 H1 TIP3X 697 24.810 9.140 -14.750 1.00 0.00 MW H +ATOM 7260 H2 TIP3X 697 25.560 9.140 -13.440 1.00 0.00 MW H +ATOM 7261 OH2 TIP3X 698 35.510 30.260 20.450 1.00 0.00 MW O +ATOM 7262 H1 TIP3X 698 36.160 30.880 20.120 1.00 0.00 MW H +ATOM 7263 H2 TIP3X 698 35.030 29.990 19.670 1.00 0.00 MW H +ATOM 7264 OH2 TIP3X 699 -27.420 36.730 23.390 1.00 0.00 MW O +ATOM 7265 H1 TIP3X 699 -27.000 36.190 24.060 1.00 0.00 MW H +ATOM 7266 H2 TIP3X 699 -26.990 37.580 23.470 1.00 0.00 MW H +ATOM 7267 OH2 TIP3X 700 -30.770 -25.260 33.770 1.00 0.00 MW O +ATOM 7268 H1 TIP3X 700 -30.140 -25.020 33.100 1.00 0.00 MW H +ATOM 7269 H2 TIP3X 700 -30.240 -25.490 34.530 1.00 0.00 MW H +ATOM 7270 OH2 TIP3X 701 -17.440 22.390 30.450 1.00 0.00 MW O +ATOM 7271 H1 TIP3X 701 -17.230 22.540 29.520 1.00 0.00 MW H +ATOM 7272 H2 TIP3X 701 -16.700 22.780 30.930 1.00 0.00 MW H +ATOM 7273 OH2 TIP3X 702 46.610 24.910 -40.510 1.00 0.00 MW O +ATOM 7274 H1 TIP3X 702 45.770 25.270 -40.230 1.00 0.00 MW H +ATOM 7275 H2 TIP3X 702 47.270 25.460 -40.080 1.00 0.00 MW H +ATOM 7276 OH2 TIP3X 703 9.750 23.260 -31.970 1.00 0.00 MW O +ATOM 7277 H1 TIP3X 703 9.390 24.130 -31.810 1.00 0.00 MW H +ATOM 7278 H2 TIP3X 703 9.840 23.210 -32.930 1.00 0.00 MW H +ATOM 7279 OH2 TIP3X 704 -17.070 35.650 25.540 1.00 0.00 MW O +ATOM 7280 H1 TIP3X 704 -17.540 34.900 25.900 1.00 0.00 MW H +ATOM 7281 H2 TIP3X 704 -17.750 36.260 25.270 1.00 0.00 MW H +ATOM 7282 OH2 TIP3X 705 3.410 -45.900 35.160 1.00 0.00 MW O +ATOM 7283 H1 TIP3X 705 2.950 -45.940 35.990 1.00 0.00 MW H +ATOM 7284 H2 TIP3X 705 3.550 -44.970 35.000 1.00 0.00 MW H +ATOM 7285 OH2 TIP3X 706 5.000 -12.340 -49.200 1.00 0.00 MW O +ATOM 7286 H1 TIP3X 706 4.580 -12.790 -49.950 1.00 0.00 MW H +ATOM 7287 H2 TIP3X 706 4.690 -11.440 -49.260 1.00 0.00 MW H +ATOM 7288 OH2 TIP3X 707 -34.410 -2.300 -22.500 1.00 0.00 MW O +ATOM 7289 H1 TIP3X 707 -34.880 -1.670 -21.970 1.00 0.00 MW H +ATOM 7290 H2 TIP3X 707 -35.050 -2.630 -23.120 1.00 0.00 MW H +ATOM 7291 OH2 TIP3X 708 -20.410 27.490 -28.940 1.00 0.00 MW O +ATOM 7292 H1 TIP3X 708 -20.080 26.750 -29.440 1.00 0.00 MW H +ATOM 7293 H2 TIP3X 708 -19.720 28.150 -29.020 1.00 0.00 MW H +ATOM 7294 OH2 TIP3X 709 40.690 18.450 -17.930 1.00 0.00 MW O +ATOM 7295 H1 TIP3X 709 41.410 17.820 -18.020 1.00 0.00 MW H +ATOM 7296 H2 TIP3X 709 41.050 19.270 -18.260 1.00 0.00 MW H +ATOM 7297 OH2 TIP3X 710 45.290 -42.010 -33.250 1.00 0.00 MW O +ATOM 7298 H1 TIP3X 710 44.500 -42.170 -33.780 1.00 0.00 MW H +ATOM 7299 H2 TIP3X 710 45.690 -41.240 -33.670 1.00 0.00 MW H +ATOM 7300 OH2 TIP3X 711 31.210 -22.220 33.720 1.00 0.00 MW O +ATOM 7301 H1 TIP3X 711 31.100 -21.620 34.470 1.00 0.00 MW H +ATOM 7302 H2 TIP3X 711 30.570 -22.920 33.890 1.00 0.00 MW H +ATOM 7303 OH2 TIP3X 712 30.350 21.560 32.040 1.00 0.00 MW O +ATOM 7304 H1 TIP3X 712 30.150 22.110 31.290 1.00 0.00 MW H +ATOM 7305 H2 TIP3X 712 31.300 21.450 32.010 1.00 0.00 MW H +ATOM 7306 OH2 TIP3X 713 23.120 25.190 -12.480 1.00 0.00 MW O +ATOM 7307 H1 TIP3X 713 23.040 24.560 -11.770 1.00 0.00 MW H +ATOM 7308 H2 TIP3X 713 23.690 25.880 -12.130 1.00 0.00 MW H +ATOM 7309 OH2 TIP3X 714 25.490 -24.920 16.960 1.00 0.00 MW O +ATOM 7310 H1 TIP3X 714 26.290 -25.090 17.450 1.00 0.00 MW H +ATOM 7311 H2 TIP3X 714 25.640 -24.080 16.510 1.00 0.00 MW H +ATOM 7312 OH2 TIP3X 715 14.190 -11.570 21.580 1.00 0.00 MW O +ATOM 7313 H1 TIP3X 715 15.030 -12.020 21.550 1.00 0.00 MW H +ATOM 7314 H2 TIP3X 715 13.570 -12.250 21.860 1.00 0.00 MW H +ATOM 7315 OH2 TIP3X 716 12.390 8.070 -29.350 1.00 0.00 MW O +ATOM 7316 H1 TIP3X 716 13.300 7.910 -29.120 1.00 0.00 MW H +ATOM 7317 H2 TIP3X 716 12.140 7.320 -29.890 1.00 0.00 MW H +ATOM 7318 OH2 TIP3X 717 31.150 -19.100 36.160 1.00 0.00 MW O +ATOM 7319 H1 TIP3X 717 31.560 -19.470 36.930 1.00 0.00 MW H +ATOM 7320 H2 TIP3X 717 30.380 -19.640 36.000 1.00 0.00 MW H +ATOM 7321 OH2 TIP3X 718 -30.270 14.000 39.990 1.00 0.00 MW O +ATOM 7322 H1 TIP3X 718 -29.740 13.890 40.780 1.00 0.00 MW H +ATOM 7323 H2 TIP3X 718 -31.090 14.380 40.310 1.00 0.00 MW H +ATOM 7324 OH2 TIP3X 719 -24.950 -17.230 29.600 1.00 0.00 MW O +ATOM 7325 H1 TIP3X 719 -24.590 -18.100 29.770 1.00 0.00 MW H +ATOM 7326 H2 TIP3X 719 -25.450 -17.340 28.790 1.00 0.00 MW H +ATOM 7327 OH2 TIP3X 720 20.160 -35.710 -49.010 1.00 0.00 MW O +ATOM 7328 H1 TIP3X 720 21.080 -35.560 -49.250 1.00 0.00 MW H +ATOM 7329 H2 TIP3X 720 19.940 -34.980 -48.440 1.00 0.00 MW H +ATOM 7330 OH2 TIP3X 721 -6.800 -13.250 -43.680 1.00 0.00 MW O +ATOM 7331 H1 TIP3X 721 -6.750 -13.340 -44.640 1.00 0.00 MW H +ATOM 7332 H2 TIP3X 721 -6.520 -12.360 -43.510 1.00 0.00 MW H +ATOM 7333 OH2 TIP3X 722 47.950 -42.590 23.550 1.00 0.00 MW O +ATOM 7334 H1 TIP3X 722 48.540 -42.840 22.840 1.00 0.00 MW H +ATOM 7335 H2 TIP3X 722 48.360 -42.940 24.340 1.00 0.00 MW H +ATOM 7336 OH2 TIP3X 723 9.650 28.120 34.560 1.00 0.00 MW O +ATOM 7337 H1 TIP3X 723 10.080 28.580 35.270 1.00 0.00 MW H +ATOM 7338 H2 TIP3X 723 10.070 27.260 34.540 1.00 0.00 MW H +ATOM 7339 OH2 TIP3X 724 -22.910 2.610 -30.390 1.00 0.00 MW O +ATOM 7340 H1 TIP3X 724 -22.750 1.920 -29.750 1.00 0.00 MW H +ATOM 7341 H2 TIP3X 724 -22.040 2.800 -30.750 1.00 0.00 MW H +ATOM 7342 OH2 TIP3X 725 -27.910 20.330 40.660 1.00 0.00 MW O +ATOM 7343 H1 TIP3X 725 -28.330 20.740 39.910 1.00 0.00 MW H +ATOM 7344 H2 TIP3X 725 -27.320 21.000 41.000 1.00 0.00 MW H +ATOM 7345 OH2 TIP3X 726 -42.750 -41.770 -40.120 1.00 0.00 MW O +ATOM 7346 H1 TIP3X 726 -41.990 -41.190 -40.150 1.00 0.00 MW H +ATOM 7347 H2 TIP3X 726 -43.100 -41.670 -39.240 1.00 0.00 MW H +ATOM 7348 OH2 TIP3X 727 29.260 25.200 35.770 1.00 0.00 MW O +ATOM 7349 H1 TIP3X 727 29.320 24.270 35.930 1.00 0.00 MW H +ATOM 7350 H2 TIP3X 727 28.330 25.380 35.680 1.00 0.00 MW H +ATOM 7351 OH2 TIP3X 728 -33.130 -50.030 26.440 1.00 0.00 MW O +ATOM 7352 H1 TIP3X 728 -33.380 -50.930 26.260 1.00 0.00 MW H +ATOM 7353 H2 TIP3X 728 -33.090 -49.970 27.390 1.00 0.00 MW H +ATOM 7354 OH2 TIP3X 729 -36.700 -27.650 -31.650 1.00 0.00 MW O +ATOM 7355 H1 TIP3X 729 -36.370 -28.540 -31.810 1.00 0.00 MW H +ATOM 7356 H2 TIP3X 729 -36.070 -27.260 -31.040 1.00 0.00 MW H +ATOM 7357 OH2 TIP3X 730 -9.220 30.610 -24.820 1.00 0.00 MW O +ATOM 7358 H1 TIP3X 730 -9.450 30.520 -25.730 1.00 0.00 MW H +ATOM 7359 H2 TIP3X 730 -9.120 31.560 -24.690 1.00 0.00 MW H +ATOM 7360 OH2 TIP3X 731 -12.120 -27.510 -32.140 1.00 0.00 MW O +ATOM 7361 H1 TIP3X 731 -11.990 -26.920 -31.400 1.00 0.00 MW H +ATOM 7362 H2 TIP3X 731 -12.010 -26.960 -32.910 1.00 0.00 MW H +ATOM 7363 OH2 TIP3X 732 -17.390 -27.340 -39.100 1.00 0.00 MW O +ATOM 7364 H1 TIP3X 732 -17.650 -28.090 -38.580 1.00 0.00 MW H +ATOM 7365 H2 TIP3X 732 -17.950 -26.620 -38.780 1.00 0.00 MW H +ATOM 7366 OH2 TIP3X 733 -25.900 26.220 -43.840 1.00 0.00 MW O +ATOM 7367 H1 TIP3X 733 -25.300 26.950 -43.680 1.00 0.00 MW H +ATOM 7368 H2 TIP3X 733 -25.360 25.550 -44.250 1.00 0.00 MW H +ATOM 7369 OH2 TIP3X 734 -40.920 28.870 -42.550 1.00 0.00 MW O +ATOM 7370 H1 TIP3X 734 -40.810 28.010 -42.140 1.00 0.00 MW H +ATOM 7371 H2 TIP3X 734 -40.490 28.800 -43.400 1.00 0.00 MW H +ATOM 7372 OH2 TIP3X 735 41.330 -20.340 -42.880 1.00 0.00 MW O +ATOM 7373 H1 TIP3X 735 41.720 -21.060 -42.400 1.00 0.00 MW H +ATOM 7374 H2 TIP3X 735 41.780 -19.560 -42.580 1.00 0.00 MW H +ATOM 7375 OH2 TIP3X 736 -1.240 -8.660 -35.670 1.00 0.00 MW O +ATOM 7376 H1 TIP3X 736 -2.160 -8.390 -35.660 1.00 0.00 MW H +ATOM 7377 H2 TIP3X 736 -1.000 -8.680 -36.600 1.00 0.00 MW H +ATOM 7378 OH2 TIP3X 737 10.430 -42.880 29.850 1.00 0.00 MW O +ATOM 7379 H1 TIP3X 737 11.030 -43.200 30.540 1.00 0.00 MW H +ATOM 7380 H2 TIP3X 737 9.800 -42.330 30.320 1.00 0.00 MW H +ATOM 7381 OH2 TIP3X 738 36.140 -33.950 20.520 1.00 0.00 MW O +ATOM 7382 H1 TIP3X 738 36.340 -34.820 20.850 1.00 0.00 MW H +ATOM 7383 H2 TIP3X 738 35.510 -34.090 19.820 1.00 0.00 MW H +ATOM 7384 OH2 TIP3X 739 31.550 -49.500 32.330 1.00 0.00 MW O +ATOM 7385 H1 TIP3X 739 30.950 -50.220 32.130 1.00 0.00 MW H +ATOM 7386 H2 TIP3X 739 31.970 -49.760 33.150 1.00 0.00 MW H +ATOM 7387 OH2 TIP3X 740 40.070 -23.110 37.200 1.00 0.00 MW O +ATOM 7388 H1 TIP3X 740 39.470 -23.740 37.600 1.00 0.00 MW H +ATOM 7389 H2 TIP3X 740 40.840 -23.630 36.970 1.00 0.00 MW H +ATOM 7390 OH2 TIP3X 741 26.660 -13.090 -44.520 1.00 0.00 MW O +ATOM 7391 H1 TIP3X 741 26.020 -13.610 -45.000 1.00 0.00 MW H +ATOM 7392 H2 TIP3X 741 26.800 -12.310 -45.050 1.00 0.00 MW H +ATOM 7393 OH2 TIP3X 742 -7.440 -22.950 -25.300 1.00 0.00 MW O +ATOM 7394 H1 TIP3X 742 -8.400 -22.990 -25.330 1.00 0.00 MW H +ATOM 7395 H2 TIP3X 742 -7.150 -23.620 -25.910 1.00 0.00 MW H +ATOM 7396 OH2 TIP3X 743 -0.940 28.530 -26.150 1.00 0.00 MW O +ATOM 7397 H1 TIP3X 743 -0.040 28.540 -26.490 1.00 0.00 MW H +ATOM 7398 H2 TIP3X 743 -1.360 27.800 -26.600 1.00 0.00 MW H +ATOM 7399 OH2 TIP3X 744 -10.690 3.580 -35.530 1.00 0.00 MW O +ATOM 7400 H1 TIP3X 744 -11.010 3.550 -36.430 1.00 0.00 MW H +ATOM 7401 H2 TIP3X 744 -10.260 2.720 -35.400 1.00 0.00 MW H +ATOM 7402 OH2 TIP3X 745 47.970 6.220 -16.510 1.00 0.00 MW O +ATOM 7403 H1 TIP3X 745 48.410 5.430 -16.780 1.00 0.00 MW H +ATOM 7404 H2 TIP3X 745 47.950 6.170 -15.550 1.00 0.00 MW H +ATOM 7405 OH2 TIP3X 746 36.980 38.040 -47.780 1.00 0.00 MW O +ATOM 7406 H1 TIP3X 746 37.910 37.900 -47.930 1.00 0.00 MW H +ATOM 7407 H2 TIP3X 746 36.640 37.190 -47.520 1.00 0.00 MW H +ATOM 7408 OH2 TIP3X 747 -22.590 -8.170 -37.470 1.00 0.00 MW O +ATOM 7409 H1 TIP3X 747 -22.740 -8.470 -38.370 1.00 0.00 MW H +ATOM 7410 H2 TIP3X 747 -23.410 -7.770 -37.200 1.00 0.00 MW H +ATOM 7411 OH2 TIP3X 748 25.150 -19.910 -15.620 1.00 0.00 MW O +ATOM 7412 H1 TIP3X 748 25.280 -20.560 -16.300 1.00 0.00 MW H +ATOM 7413 H2 TIP3X 748 24.960 -19.100 -16.090 1.00 0.00 MW H +ATOM 7414 OH2 TIP3X 749 12.250 15.240 -44.620 1.00 0.00 MW O +ATOM 7415 H1 TIP3X 749 12.710 16.060 -44.850 1.00 0.00 MW H +ATOM 7416 H2 TIP3X 749 11.480 15.520 -44.140 1.00 0.00 MW H +ATOM 7417 OH2 TIP3X 750 24.790 -19.500 -43.090 1.00 0.00 MW O +ATOM 7418 H1 TIP3X 750 25.510 -18.880 -43.100 1.00 0.00 MW H +ATOM 7419 H2 TIP3X 750 24.570 -19.610 -44.020 1.00 0.00 MW H +ATOM 7420 OH2 TIP3X 751 -0.270 24.500 22.670 1.00 0.00 MW O +ATOM 7421 H1 TIP3X 751 -0.290 24.960 21.820 1.00 0.00 MW H +ATOM 7422 H2 TIP3X 751 -1.000 23.880 22.640 1.00 0.00 MW H +ATOM 7423 OH2 TIP3X 752 41.520 18.820 38.890 1.00 0.00 MW O +ATOM 7424 H1 TIP3X 752 41.990 19.410 39.470 1.00 0.00 MW H +ATOM 7425 H2 TIP3X 752 42.200 18.390 38.380 1.00 0.00 MW H +ATOM 7426 OH2 TIP3X 753 -21.760 -43.320 -43.240 1.00 0.00 MW O +ATOM 7427 H1 TIP3X 753 -21.190 -43.330 -42.460 1.00 0.00 MW H +ATOM 7428 H2 TIP3X 753 -22.600 -42.990 -42.910 1.00 0.00 MW H +ATOM 7429 OH2 TIP3X 754 -21.410 -20.300 -20.950 1.00 0.00 MW O +ATOM 7430 H1 TIP3X 754 -21.860 -20.730 -21.670 1.00 0.00 MW H +ATOM 7431 H2 TIP3X 754 -21.000 -21.020 -20.460 1.00 0.00 MW H +ATOM 7432 OH2 TIP3X 755 46.230 -8.580 -25.030 1.00 0.00 MW O +ATOM 7433 H1 TIP3X 755 46.510 -9.220 -25.690 1.00 0.00 MW H +ATOM 7434 H2 TIP3X 755 45.530 -8.080 -25.470 1.00 0.00 MW H +ATOM 7435 OH2 TIP3X 756 28.560 -30.320 20.710 1.00 0.00 MW O +ATOM 7436 H1 TIP3X 756 28.660 -29.390 20.490 1.00 0.00 MW H +ATOM 7437 H2 TIP3X 756 29.100 -30.440 21.490 1.00 0.00 MW H +ATOM 7438 OH2 TIP3X 757 -9.450 -49.390 -23.280 1.00 0.00 MW O +ATOM 7439 H1 TIP3X 757 -9.430 -50.350 -23.320 1.00 0.00 MW H +ATOM 7440 H2 TIP3X 757 -9.170 -49.180 -22.390 1.00 0.00 MW H +ATOM 7441 OH2 TIP3X 758 -35.660 -13.300 24.130 1.00 0.00 MW O +ATOM 7442 H1 TIP3X 758 -35.450 -14.230 24.110 1.00 0.00 MW H +ATOM 7443 H2 TIP3X 758 -34.820 -12.860 24.000 1.00 0.00 MW H +ATOM 7444 OH2 TIP3X 759 -10.060 37.090 34.290 1.00 0.00 MW O +ATOM 7445 H1 TIP3X 759 -9.410 37.520 34.830 1.00 0.00 MW H +ATOM 7446 H2 TIP3X 759 -10.790 37.700 34.240 1.00 0.00 MW H +ATOM 7447 OH2 TIP3X 760 -41.960 -36.580 -35.720 1.00 0.00 MW O +ATOM 7448 H1 TIP3X 760 -42.690 -37.180 -35.620 1.00 0.00 MW H +ATOM 7449 H2 TIP3X 760 -41.470 -36.920 -36.480 1.00 0.00 MW H +ATOM 7450 OH2 TIP3X 761 1.530 36.230 -26.460 1.00 0.00 MW O +ATOM 7451 H1 TIP3X 761 2.050 36.250 -25.660 1.00 0.00 MW H +ATOM 7452 H2 TIP3X 761 2.090 36.650 -27.120 1.00 0.00 MW H +ATOM 7453 OH2 TIP3X 762 9.510 -30.350 -35.360 1.00 0.00 MW O +ATOM 7454 H1 TIP3X 762 9.410 -31.270 -35.590 1.00 0.00 MW H +ATOM 7455 H2 TIP3X 762 8.610 -30.000 -35.330 1.00 0.00 MW H +ATOM 7456 OH2 TIP3X 763 5.870 4.400 26.450 1.00 0.00 MW O +ATOM 7457 H1 TIP3X 763 6.190 3.940 27.230 1.00 0.00 MW H +ATOM 7458 H2 TIP3X 763 5.600 5.260 26.780 1.00 0.00 MW H +ATOM 7459 OH2 TIP3X 764 -21.390 -36.550 -35.210 1.00 0.00 MW O +ATOM 7460 H1 TIP3X 764 -21.340 -35.650 -34.880 1.00 0.00 MW H +ATOM 7461 H2 TIP3X 764 -22.290 -36.640 -35.530 1.00 0.00 MW H +ATOM 7462 OH2 TIP3X 765 -36.690 31.510 -42.520 1.00 0.00 MW O +ATOM 7463 H1 TIP3X 765 -36.220 32.350 -42.620 1.00 0.00 MW H +ATOM 7464 H2 TIP3X 765 -37.580 31.700 -42.830 1.00 0.00 MW H +ATOM 7465 OH2 TIP3X 766 26.680 18.010 18.260 1.00 0.00 MW O +ATOM 7466 H1 TIP3X 766 27.630 18.150 18.170 1.00 0.00 MW H +ATOM 7467 H2 TIP3X 766 26.610 17.230 18.820 1.00 0.00 MW H +ATOM 7468 OH2 TIP3X 767 37.760 22.290 -8.920 1.00 0.00 MW O +ATOM 7469 H1 TIP3X 767 37.680 23.100 -8.430 1.00 0.00 MW H +ATOM 7470 H2 TIP3X 767 37.890 21.620 -8.250 1.00 0.00 MW H +ATOM 7471 OH2 TIP3X 768 -36.400 23.130 -44.460 1.00 0.00 MW O +ATOM 7472 H1 TIP3X 768 -36.410 22.410 -43.820 1.00 0.00 MW H +ATOM 7473 H2 TIP3X 768 -35.540 23.080 -44.870 1.00 0.00 MW H +ATOM 7474 OH2 TIP3X 769 -43.060 7.470 38.800 1.00 0.00 MW O +ATOM 7475 H1 TIP3X 769 -43.300 8.080 38.110 1.00 0.00 MW H +ATOM 7476 H2 TIP3X 769 -42.350 6.940 38.420 1.00 0.00 MW H +ATOM 7477 OH2 TIP3X 770 37.500 38.470 32.580 1.00 0.00 MW O +ATOM 7478 H1 TIP3X 770 36.660 38.430 32.120 1.00 0.00 MW H +ATOM 7479 H2 TIP3X 770 38.130 38.670 31.900 1.00 0.00 MW H +ATOM 7480 OH2 TIP3X 771 -26.890 -38.100 -30.320 1.00 0.00 MW O +ATOM 7481 H1 TIP3X 771 -26.110 -38.580 -30.020 1.00 0.00 MW H +ATOM 7482 H2 TIP3X 771 -27.180 -37.610 -29.550 1.00 0.00 MW H +ATOM 7483 OH2 TIP3X 772 -17.380 33.260 -17.470 1.00 0.00 MW O +ATOM 7484 H1 TIP3X 772 -17.390 32.300 -17.530 1.00 0.00 MW H +ATOM 7485 H2 TIP3X 772 -18.290 33.500 -17.270 1.00 0.00 MW H +ATOM 7486 OH2 TIP3X 773 42.370 -25.130 28.730 1.00 0.00 MW O +ATOM 7487 H1 TIP3X 773 42.310 -25.130 29.680 1.00 0.00 MW H +ATOM 7488 H2 TIP3X 773 41.900 -24.340 28.460 1.00 0.00 MW H +ATOM 7489 OH2 TIP3X 774 7.710 -34.150 -28.220 1.00 0.00 MW O +ATOM 7490 H1 TIP3X 774 7.140 -33.410 -28.420 1.00 0.00 MW H +ATOM 7491 H2 TIP3X 774 7.580 -34.760 -28.950 1.00 0.00 MW H +ATOM 7492 OH2 TIP3X 775 -30.820 -31.840 -16.590 1.00 0.00 MW O +ATOM 7493 H1 TIP3X 775 -31.660 -31.720 -16.150 1.00 0.00 MW H +ATOM 7494 H2 TIP3X 775 -30.330 -31.040 -16.380 1.00 0.00 MW H +ATOM 7495 OH2 TIP3X 776 14.410 22.850 -17.070 1.00 0.00 MW O +ATOM 7496 H1 TIP3X 776 14.440 22.890 -16.100 1.00 0.00 MW H +ATOM 7497 H2 TIP3X 776 14.140 23.720 -17.350 1.00 0.00 MW H +ATOM 7498 OH2 TIP3X 777 12.570 -39.900 -52.270 1.00 0.00 MW O +ATOM 7499 H1 TIP3X 777 11.840 -39.610 -51.710 1.00 0.00 MW H +ATOM 7500 H2 TIP3X 777 12.330 -39.590 -53.140 1.00 0.00 MW H +ATOM 7501 OH2 TIP3X 778 44.550 -25.550 -52.710 1.00 0.00 MW O +ATOM 7502 H1 TIP3X 778 45.120 -25.630 -53.470 1.00 0.00 MW H +ATOM 7503 H2 TIP3X 778 44.860 -24.760 -52.250 1.00 0.00 MW H +ATOM 7504 OH2 TIP3X 779 20.890 -10.990 -34.470 1.00 0.00 MW O +ATOM 7505 H1 TIP3X 779 21.310 -10.180 -34.780 1.00 0.00 MW H +ATOM 7506 H2 TIP3X 779 20.510 -10.760 -33.620 1.00 0.00 MW H +ATOM 7507 OH2 TIP3X 780 30.920 16.930 16.110 1.00 0.00 MW O +ATOM 7508 H1 TIP3X 780 30.270 17.160 15.440 1.00 0.00 MW H +ATOM 7509 H2 TIP3X 780 31.740 16.840 15.620 1.00 0.00 MW H +ATOM 7510 OH2 TIP3X 781 -26.920 14.850 38.100 1.00 0.00 MW O +ATOM 7511 H1 TIP3X 781 -27.680 14.660 38.650 1.00 0.00 MW H +ATOM 7512 H2 TIP3X 781 -27.040 15.760 37.830 1.00 0.00 MW H +ATOM 7513 OH2 TIP3X 782 -39.820 30.920 39.320 1.00 0.00 MW O +ATOM 7514 H1 TIP3X 782 -40.260 30.600 38.540 1.00 0.00 MW H +ATOM 7515 H2 TIP3X 782 -38.990 30.450 39.340 1.00 0.00 MW H +ATOM 7516 OH2 TIP3X 783 40.330 -48.960 27.740 1.00 0.00 MW O +ATOM 7517 H1 TIP3X 783 40.070 -48.340 28.420 1.00 0.00 MW H +ATOM 7518 H2 TIP3X 783 41.240 -48.760 27.560 1.00 0.00 MW H +ATOM 7519 OH2 TIP3X 784 -26.930 -43.480 -51.060 1.00 0.00 MW O +ATOM 7520 H1 TIP3X 784 -27.510 -44.230 -50.990 1.00 0.00 MW H +ATOM 7521 H2 TIP3X 784 -27.040 -43.180 -51.970 1.00 0.00 MW H +ATOM 7522 OH2 TIP3X 785 -7.690 3.900 -38.440 1.00 0.00 MW O +ATOM 7523 H1 TIP3X 785 -8.430 3.910 -39.060 1.00 0.00 MW H +ATOM 7524 H2 TIP3X 785 -6.970 4.330 -38.920 1.00 0.00 MW H +ATOM 7525 OH2 TIP3X 786 -21.640 -35.750 8.250 1.00 0.00 MW O +ATOM 7526 H1 TIP3X 786 -21.770 -36.490 8.820 1.00 0.00 MW H +ATOM 7527 H2 TIP3X 786 -22.040 -35.020 8.710 1.00 0.00 MW H +ATOM 7528 OH2 TIP3X 787 -19.320 -38.940 26.630 1.00 0.00 MW O +ATOM 7529 H1 TIP3X 787 -18.570 -39.540 26.610 1.00 0.00 MW H +ATOM 7530 H2 TIP3X 787 -18.980 -38.140 27.010 1.00 0.00 MW H +ATOM 7531 OH2 TIP3X 788 37.040 -48.280 -29.220 1.00 0.00 MW O +ATOM 7532 H1 TIP3X 788 37.500 -48.640 -29.980 1.00 0.00 MW H +ATOM 7533 H2 TIP3X 788 37.710 -47.820 -28.730 1.00 0.00 MW H +ATOM 7534 OH2 TIP3X 789 45.570 24.780 18.890 1.00 0.00 MW O +ATOM 7535 H1 TIP3X 789 46.000 23.920 18.980 1.00 0.00 MW H +ATOM 7536 H2 TIP3X 789 46.150 25.390 19.340 1.00 0.00 MW H +ATOM 7537 OH2 TIP3X 790 -14.830 -15.890 -33.870 1.00 0.00 MW O +ATOM 7538 H1 TIP3X 790 -15.680 -16.280 -33.690 1.00 0.00 MW H +ATOM 7539 H2 TIP3X 790 -14.920 -14.970 -33.640 1.00 0.00 MW H +ATOM 7540 OH2 TIP3X 791 39.090 13.540 12.790 1.00 0.00 MW O +ATOM 7541 H1 TIP3X 791 39.530 13.530 11.950 1.00 0.00 MW H +ATOM 7542 H2 TIP3X 791 39.050 14.460 13.030 1.00 0.00 MW H +ATOM 7543 OH2 TIP3X 792 -4.720 3.100 -33.200 1.00 0.00 MW O +ATOM 7544 H1 TIP3X 792 -3.980 2.730 -32.710 1.00 0.00 MW H +ATOM 7545 H2 TIP3X 792 -4.350 3.290 -34.070 1.00 0.00 MW H +ATOM 7546 OH2 TIP3X 793 -5.160 -14.920 -32.560 1.00 0.00 MW O +ATOM 7547 H1 TIP3X 793 -4.500 -14.760 -33.240 1.00 0.00 MW H +ATOM 7548 H2 TIP3X 793 -5.210 -14.090 -32.090 1.00 0.00 MW H +ATOM 7549 OH2 TIP3X 794 26.160 -40.110 -50.220 1.00 0.00 MW O +ATOM 7550 H1 TIP3X 794 26.830 -39.540 -49.840 1.00 0.00 MW H +ATOM 7551 H2 TIP3X 794 26.640 -40.700 -50.810 1.00 0.00 MW H +ATOM 7552 OH2 TIP3X 795 -0.390 31.890 29.350 1.00 0.00 MW O +ATOM 7553 H1 TIP3X 795 0.080 31.510 28.610 1.00 0.00 MW H +ATOM 7554 H2 TIP3X 795 0.260 31.990 30.030 1.00 0.00 MW H +ATOM 7555 OH2 TIP3X 796 -14.860 -2.630 -26.420 1.00 0.00 MW O +ATOM 7556 H1 TIP3X 796 -14.800 -3.010 -25.540 1.00 0.00 MW H +ATOM 7557 H2 TIP3X 796 -14.860 -1.680 -26.270 1.00 0.00 MW H +ATOM 7558 OH2 TIP3X 797 -16.370 -33.160 -45.850 1.00 0.00 MW O +ATOM 7559 H1 TIP3X 797 -16.340 -33.370 -46.780 1.00 0.00 MW H +ATOM 7560 H2 TIP3X 797 -15.450 -33.040 -45.600 1.00 0.00 MW H +ATOM 7561 OH2 TIP3X 798 9.360 -29.160 -26.900 1.00 0.00 MW O +ATOM 7562 H1 TIP3X 798 9.990 -29.760 -27.290 1.00 0.00 MW H +ATOM 7563 H2 TIP3X 798 9.570 -29.160 -25.970 1.00 0.00 MW H +ATOM 7564 OH2 TIP3X 799 -25.000 15.550 -32.320 1.00 0.00 MW O +ATOM 7565 H1 TIP3X 799 -25.470 16.110 -31.700 1.00 0.00 MW H +ATOM 7566 H2 TIP3X 799 -24.270 16.080 -32.630 1.00 0.00 MW H +ATOM 7567 OH2 TIP3X 800 43.820 -49.430 10.770 1.00 0.00 MW O +ATOM 7568 H1 TIP3X 800 44.350 -49.530 9.980 1.00 0.00 MW H +ATOM 7569 H2 TIP3X 800 44.040 -50.190 11.300 1.00 0.00 MW H +ATOM 7570 OH2 TIP3X 801 22.340 -24.670 -43.510 1.00 0.00 MW O +ATOM 7571 H1 TIP3X 801 22.130 -24.460 -44.410 1.00 0.00 MW H +ATOM 7572 H2 TIP3X 801 22.620 -23.840 -43.120 1.00 0.00 MW H +ATOM 7573 OH2 TIP3X 802 -22.970 -51.030 33.280 1.00 0.00 MW O +ATOM 7574 H1 TIP3X 802 -23.880 -51.140 33.500 1.00 0.00 MW H +ATOM 7575 H2 TIP3X 802 -22.490 -51.510 33.940 1.00 0.00 MW H +ATOM 7576 OH2 TIP3X 803 41.670 8.120 -13.580 1.00 0.00 MW O +ATOM 7577 H1 TIP3X 803 40.780 7.780 -13.500 1.00 0.00 MW H +ATOM 7578 H2 TIP3X 803 41.790 8.270 -14.520 1.00 0.00 MW H +ATOM 7579 OH2 TIP3X 804 -3.170 14.530 -29.350 1.00 0.00 MW O +ATOM 7580 H1 TIP3X 804 -3.810 15.050 -29.830 1.00 0.00 MW H +ATOM 7581 H2 TIP3X 804 -3.040 15.010 -28.520 1.00 0.00 MW H +ATOM 7582 OH2 TIP3X 805 18.740 -22.800 24.650 1.00 0.00 MW O +ATOM 7583 H1 TIP3X 805 19.150 -22.860 23.790 1.00 0.00 MW H +ATOM 7584 H2 TIP3X 805 18.890 -21.900 24.930 1.00 0.00 MW H +ATOM 7585 OH2 TIP3X 806 -21.280 -36.200 22.370 1.00 0.00 MW O +ATOM 7586 H1 TIP3X 806 -20.430 -35.750 22.300 1.00 0.00 MW H +ATOM 7587 H2 TIP3X 806 -21.080 -37.000 22.850 1.00 0.00 MW H +ATOM 7588 OH2 TIP3X 807 -30.520 25.920 -38.970 1.00 0.00 MW O +ATOM 7589 H1 TIP3X 807 -31.460 25.790 -38.920 1.00 0.00 MW H +ATOM 7590 H2 TIP3X 807 -30.160 25.390 -38.250 1.00 0.00 MW H +ATOM 7591 OH2 TIP3X 808 -26.490 26.090 -12.890 1.00 0.00 MW O +ATOM 7592 H1 TIP3X 808 -26.890 26.800 -12.390 1.00 0.00 MW H +ATOM 7593 H2 TIP3X 808 -27.000 25.310 -12.670 1.00 0.00 MW H +ATOM 7594 OH2 TIP3X 809 45.310 35.740 25.500 1.00 0.00 MW O +ATOM 7595 H1 TIP3X 809 44.480 35.950 25.060 1.00 0.00 MW H +ATOM 7596 H2 TIP3X 809 45.930 36.400 25.180 1.00 0.00 MW H +ATOM 7597 OH2 TIP3X 810 -37.600 32.400 -39.560 1.00 0.00 MW O +ATOM 7598 H1 TIP3X 810 -38.050 31.750 -40.100 1.00 0.00 MW H +ATOM 7599 H2 TIP3X 810 -36.840 32.670 -40.070 1.00 0.00 MW H +ATOM 7600 OH2 TIP3X 811 41.330 -22.470 -52.360 1.00 0.00 MW O +ATOM 7601 H1 TIP3X 811 41.790 -22.270 -51.540 1.00 0.00 MW H +ATOM 7602 H2 TIP3X 811 40.990 -21.630 -52.660 1.00 0.00 MW H +ATOM 7603 OH2 TIP3X 812 -41.390 -18.410 -31.860 1.00 0.00 MW O +ATOM 7604 H1 TIP3X 812 -41.920 -19.210 -31.880 1.00 0.00 MW H +ATOM 7605 H2 TIP3X 812 -41.010 -18.400 -30.980 1.00 0.00 MW H +ATOM 7606 OH2 TIP3X 813 20.540 8.500 -46.390 1.00 0.00 MW O +ATOM 7607 H1 TIP3X 813 19.720 8.940 -46.590 1.00 0.00 MW H +ATOM 7608 H2 TIP3X 813 21.180 9.210 -46.320 1.00 0.00 MW H +ATOM 7609 OH2 TIP3X 814 -23.400 -11.670 -28.370 1.00 0.00 MW O +ATOM 7610 H1 TIP3X 814 -23.810 -10.820 -28.130 1.00 0.00 MW H +ATOM 7611 H2 TIP3X 814 -23.190 -11.580 -29.290 1.00 0.00 MW H +ATOM 7612 OH2 TIP3X 815 26.340 19.300 -41.110 1.00 0.00 MW O +ATOM 7613 H1 TIP3X 815 26.660 19.460 -42.010 1.00 0.00 MW H +ATOM 7614 H2 TIP3X 815 26.980 18.690 -40.740 1.00 0.00 MW H +ATOM 7615 OH2 TIP3X 816 22.210 -2.180 26.060 1.00 0.00 MW O +ATOM 7616 H1 TIP3X 816 22.570 -2.820 25.430 1.00 0.00 MW H +ATOM 7617 H2 TIP3X 816 21.380 -2.560 26.350 1.00 0.00 MW H +ATOM 7618 OH2 TIP3X 817 28.790 40.800 28.690 1.00 0.00 MW O +ATOM 7619 H1 TIP3X 817 28.470 40.700 27.790 1.00 0.00 MW H +ATOM 7620 H2 TIP3X 817 28.670 41.730 28.880 1.00 0.00 MW H +ATOM 7621 OH2 TIP3X 818 -32.470 29.650 -19.640 1.00 0.00 MW O +ATOM 7622 H1 TIP3X 818 -32.860 28.840 -19.310 1.00 0.00 MW H +ATOM 7623 H2 TIP3X 818 -33.150 30.060 -20.150 1.00 0.00 MW H +ATOM 7624 OH2 TIP3X 819 16.250 36.170 21.570 1.00 0.00 MW O +ATOM 7625 H1 TIP3X 819 15.700 35.390 21.470 1.00 0.00 MW H +ATOM 7626 H2 TIP3X 819 17.140 35.880 21.370 1.00 0.00 MW H +ATOM 7627 OH2 TIP3X 820 -17.590 31.970 28.370 1.00 0.00 MW O +ATOM 7628 H1 TIP3X 820 -17.320 32.600 29.030 1.00 0.00 MW H +ATOM 7629 H2 TIP3X 820 -17.220 31.130 28.680 1.00 0.00 MW H +ATOM 7630 OH2 TIP3X 821 -22.250 28.290 16.870 1.00 0.00 MW O +ATOM 7631 H1 TIP3X 821 -22.270 28.120 17.820 1.00 0.00 MW H +ATOM 7632 H2 TIP3X 821 -21.430 28.760 16.740 1.00 0.00 MW H +ATOM 7633 OH2 TIP3X 822 -28.070 -3.280 16.620 1.00 0.00 MW O +ATOM 7634 H1 TIP3X 822 -28.870 -2.920 16.250 1.00 0.00 MW H +ATOM 7635 H2 TIP3X 822 -28.190 -4.230 16.600 1.00 0.00 MW H +ATOM 7636 OH2 TIP3X 823 -5.110 40.120 25.910 1.00 0.00 MW O +ATOM 7637 H1 TIP3X 823 -6.020 39.890 25.760 1.00 0.00 MW H +ATOM 7638 H2 TIP3X 823 -4.690 39.280 26.120 1.00 0.00 MW H +ATOM 7639 OH2 TIP3X 824 43.640 -30.570 -44.680 1.00 0.00 MW O +ATOM 7640 H1 TIP3X 824 43.940 -31.040 -43.920 1.00 0.00 MW H +ATOM 7641 H2 TIP3X 824 44.400 -30.500 -45.250 1.00 0.00 MW H +ATOM 7642 OH2 TIP3X 825 23.790 -26.500 -41.580 1.00 0.00 MW O +ATOM 7643 H1 TIP3X 825 24.160 -25.640 -41.350 1.00 0.00 MW H +ATOM 7644 H2 TIP3X 825 23.560 -26.400 -42.510 1.00 0.00 MW H +ATOM 7645 OH2 TIP3X 826 47.810 -28.600 -27.070 1.00 0.00 MW O +ATOM 7646 H1 TIP3X 826 46.960 -28.310 -27.410 1.00 0.00 MW H +ATOM 7647 H2 TIP3X 826 47.910 -29.490 -27.400 1.00 0.00 MW H +ATOM 7648 OH2 TIP3X 827 44.280 -40.720 21.850 1.00 0.00 MW O +ATOM 7649 H1 TIP3X 827 45.050 -41.080 21.420 1.00 0.00 MW H +ATOM 7650 H2 TIP3X 827 44.290 -41.100 22.720 1.00 0.00 MW H +ATOM 7651 OH2 TIP3X 828 -0.310 5.040 23.920 1.00 0.00 MW O +ATOM 7652 H1 TIP3X 828 -1.050 5.500 24.320 1.00 0.00 MW H +ATOM 7653 H2 TIP3X 828 -0.110 5.550 23.130 1.00 0.00 MW H +ATOM 7654 OH2 TIP3X 829 40.100 -46.580 29.140 1.00 0.00 MW O +ATOM 7655 H1 TIP3X 829 39.200 -46.600 28.800 1.00 0.00 MW H +ATOM 7656 H2 TIP3X 829 40.180 -45.720 29.550 1.00 0.00 MW H +ATOM 7657 OH2 TIP3X 830 -31.230 -39.640 -35.930 1.00 0.00 MW O +ATOM 7658 H1 TIP3X 830 -31.560 -39.680 -35.030 1.00 0.00 MW H +ATOM 7659 H2 TIP3X 830 -30.290 -39.840 -35.860 1.00 0.00 MW H +ATOM 7660 OH2 TIP3X 831 32.320 -3.430 30.180 1.00 0.00 MW O +ATOM 7661 H1 TIP3X 831 32.030 -3.620 29.290 1.00 0.00 MW H +ATOM 7662 H2 TIP3X 831 33.240 -3.200 30.090 1.00 0.00 MW H +ATOM 7663 OH2 TIP3X 832 26.610 7.600 -29.390 1.00 0.00 MW O +ATOM 7664 H1 TIP3X 832 26.270 8.490 -29.380 1.00 0.00 MW H +ATOM 7665 H2 TIP3X 832 27.320 7.630 -30.040 1.00 0.00 MW H +ATOM 7666 OH2 TIP3X 833 -4.140 -39.740 24.510 1.00 0.00 MW O +ATOM 7667 H1 TIP3X 833 -3.340 -39.910 25.010 1.00 0.00 MW H +ATOM 7668 H2 TIP3X 833 -4.800 -40.310 24.900 1.00 0.00 MW H +ATOM 7669 OH2 TIP3X 834 41.520 -20.990 -33.120 1.00 0.00 MW O +ATOM 7670 H1 TIP3X 834 42.150 -20.270 -33.070 1.00 0.00 MW H +ATOM 7671 H2 TIP3X 834 40.770 -20.690 -32.600 1.00 0.00 MW H +ATOM 7672 OH2 TIP3X 835 29.490 29.250 16.880 1.00 0.00 MW O +ATOM 7673 H1 TIP3X 835 29.350 29.210 15.930 1.00 0.00 MW H +ATOM 7674 H2 TIP3X 835 28.660 29.600 17.220 1.00 0.00 MW H +ATOM 7675 OH2 TIP3X 836 -23.160 28.010 -45.820 1.00 0.00 MW O +ATOM 7676 H1 TIP3X 836 -22.260 28.120 -46.110 1.00 0.00 MW H +ATOM 7677 H2 TIP3X 836 -23.670 28.030 -46.640 1.00 0.00 MW H +ATOM 7678 OH2 TIP3X 837 25.810 14.420 35.620 1.00 0.00 MW O +ATOM 7679 H1 TIP3X 837 25.760 14.300 34.660 1.00 0.00 MW H +ATOM 7680 H2 TIP3X 837 25.160 15.100 35.800 1.00 0.00 MW H +ATOM 7681 OH2 TIP3X 838 -29.860 34.850 -18.530 1.00 0.00 MW O +ATOM 7682 H1 TIP3X 838 -30.610 34.260 -18.580 1.00 0.00 MW H +ATOM 7683 H2 TIP3X 838 -29.410 34.740 -19.370 1.00 0.00 MW H +ATOM 7684 OH2 TIP3X 839 5.590 25.560 38.700 1.00 0.00 MW O +ATOM 7685 H1 TIP3X 839 5.520 25.770 37.770 1.00 0.00 MW H +ATOM 7686 H2 TIP3X 839 6.190 24.810 38.740 1.00 0.00 MW H +ATOM 7687 OH2 TIP3X 840 -8.050 44.280 -44.400 1.00 0.00 MW O +ATOM 7688 H1 TIP3X 840 -7.910 43.470 -44.890 1.00 0.00 MW H +ATOM 7689 H2 TIP3X 840 -8.120 43.990 -43.490 1.00 0.00 MW H +ATOM 7690 OH2 TIP3X 841 46.050 -47.660 -35.560 1.00 0.00 MW O +ATOM 7691 H1 TIP3X 841 46.090 -47.360 -36.470 1.00 0.00 MW H +ATOM 7692 H2 TIP3X 841 46.880 -47.380 -35.180 1.00 0.00 MW H +ATOM 7693 OH2 TIP3X 842 -15.320 -29.050 17.400 1.00 0.00 MW O +ATOM 7694 H1 TIP3X 842 -14.820 -29.160 16.600 1.00 0.00 MW H +ATOM 7695 H2 TIP3X 842 -15.190 -28.120 17.640 1.00 0.00 MW H +ATOM 7696 OH2 TIP3X 843 -9.880 7.010 -24.360 1.00 0.00 MW O +ATOM 7697 H1 TIP3X 843 -10.710 7.470 -24.250 1.00 0.00 MW H +ATOM 7698 H2 TIP3X 843 -9.220 7.710 -24.390 1.00 0.00 MW H +ATOM 7699 OH2 TIP3X 844 43.300 -51.520 23.720 1.00 0.00 MW O +ATOM 7700 H1 TIP3X 844 43.650 -51.990 22.960 1.00 0.00 MW H +ATOM 7701 H2 TIP3X 844 42.870 -50.740 23.340 1.00 0.00 MW H +ATOM 7702 OH2 TIP3X 845 -11.160 27.540 -46.040 1.00 0.00 MW O +ATOM 7703 H1 TIP3X 845 -12.060 27.290 -45.830 1.00 0.00 MW H +ATOM 7704 H2 TIP3X 845 -10.720 26.720 -46.250 1.00 0.00 MW H +ATOM 7705 OH2 TIP3X 846 -33.350 -47.830 -35.640 1.00 0.00 MW O +ATOM 7706 H1 TIP3X 846 -33.510 -46.880 -35.610 1.00 0.00 MW H +ATOM 7707 H2 TIP3X 846 -33.370 -48.110 -34.720 1.00 0.00 MW H +ATOM 7708 OH2 TIP3X 847 -42.600 8.320 23.950 1.00 0.00 MW O +ATOM 7709 H1 TIP3X 847 -42.600 7.450 24.320 1.00 0.00 MW H +ATOM 7710 H2 TIP3X 847 -41.690 8.480 23.710 1.00 0.00 MW H +ATOM 7711 OH2 TIP3X 848 -3.740 -42.300 -46.990 1.00 0.00 MW O +ATOM 7712 H1 TIP3X 848 -3.360 -42.470 -47.860 1.00 0.00 MW H +ATOM 7713 H2 TIP3X 848 -4.540 -41.800 -47.180 1.00 0.00 MW H +ATOM 7714 OH2 TIP3X 849 -17.780 -39.200 -47.770 1.00 0.00 MW O +ATOM 7715 H1 TIP3X 849 -17.450 -39.930 -48.280 1.00 0.00 MW H +ATOM 7716 H2 TIP3X 849 -18.710 -39.400 -47.630 1.00 0.00 MW H +ATOM 7717 OH2 TIP3X 850 -11.550 -20.850 -30.910 1.00 0.00 MW O +ATOM 7718 H1 TIP3X 850 -10.990 -20.140 -30.610 1.00 0.00 MW H +ATOM 7719 H2 TIP3X 850 -11.320 -21.000 -31.820 1.00 0.00 MW H +ATOM 7720 OH2 TIP3X 851 42.680 -2.260 33.090 1.00 0.00 MW O +ATOM 7721 H1 TIP3X 851 43.280 -2.860 33.550 1.00 0.00 MW H +ATOM 7722 H2 TIP3X 851 43.250 -1.620 32.680 1.00 0.00 MW H +ATOM 7723 OH2 TIP3X 852 -14.390 9.830 24.900 1.00 0.00 MW O +ATOM 7724 H1 TIP3X 852 -15.300 9.680 24.640 1.00 0.00 MW H +ATOM 7725 H2 TIP3X 852 -13.930 9.030 24.650 1.00 0.00 MW H +ATOM 7726 OH2 TIP3X 853 -27.240 -15.150 -39.320 1.00 0.00 MW O +ATOM 7727 H1 TIP3X 853 -27.250 -15.090 -40.280 1.00 0.00 MW H +ATOM 7728 H2 TIP3X 853 -27.570 -14.300 -39.030 1.00 0.00 MW H +ATOM 7729 OH2 TIP3X 854 24.070 -26.790 18.470 1.00 0.00 MW O +ATOM 7730 H1 TIP3X 854 23.990 -27.590 17.950 1.00 0.00 MW H +ATOM 7731 H2 TIP3X 854 24.650 -26.230 17.940 1.00 0.00 MW H +ATOM 7732 OH2 TIP3X 855 -32.440 -0.280 -26.640 1.00 0.00 MW O +ATOM 7733 H1 TIP3X 855 -33.270 0.100 -26.930 1.00 0.00 MW H +ATOM 7734 H2 TIP3X 855 -31.970 0.440 -26.240 1.00 0.00 MW H +ATOM 7735 OH2 TIP3X 856 7.840 34.660 12.870 1.00 0.00 MW O +ATOM 7736 H1 TIP3X 856 7.030 34.720 12.370 1.00 0.00 MW H +ATOM 7737 H2 TIP3X 856 8.110 33.750 12.780 1.00 0.00 MW H +ATOM 7738 OH2 TIP3X 857 30.930 19.610 -47.550 1.00 0.00 MW O +ATOM 7739 H1 TIP3X 857 30.440 19.220 -48.280 1.00 0.00 MW H +ATOM 7740 H2 TIP3X 857 30.260 19.750 -46.870 1.00 0.00 MW H +ATOM 7741 OH2 TIP3X 858 -31.260 -41.460 34.720 1.00 0.00 MW O +ATOM 7742 H1 TIP3X 858 -31.020 -40.630 35.110 1.00 0.00 MW H +ATOM 7743 H2 TIP3X 858 -31.250 -41.300 33.780 1.00 0.00 MW H +ATOM 7744 OH2 TIP3X 859 17.110 -24.940 -33.200 1.00 0.00 MW O +ATOM 7745 H1 TIP3X 859 17.590 -25.080 -32.380 1.00 0.00 MW H +ATOM 7746 H2 TIP3X 859 17.230 -25.760 -33.690 1.00 0.00 MW H +ATOM 7747 OH2 TIP3X 860 27.010 -29.310 -51.770 1.00 0.00 MW O +ATOM 7748 H1 TIP3X 860 27.320 -29.040 -52.640 1.00 0.00 MW H +ATOM 7749 H2 TIP3X 860 27.340 -30.200 -51.670 1.00 0.00 MW H +ATOM 7750 OH2 TIP3X 861 -35.620 19.380 23.340 1.00 0.00 MW O +ATOM 7751 H1 TIP3X 861 -34.840 19.900 23.100 1.00 0.00 MW H +ATOM 7752 H2 TIP3X 861 -35.830 19.680 24.230 1.00 0.00 MW H +ATOM 7753 OH2 TIP3X 862 30.290 26.130 -42.380 1.00 0.00 MW O +ATOM 7754 H1 TIP3X 862 30.980 26.000 -43.030 1.00 0.00 MW H +ATOM 7755 H2 TIP3X 862 30.310 27.070 -42.200 1.00 0.00 MW H +ATOM 7756 OH2 TIP3X 863 -15.680 22.840 -34.920 1.00 0.00 MW O +ATOM 7757 H1 TIP3X 863 -16.160 22.290 -34.290 1.00 0.00 MW H +ATOM 7758 H2 TIP3X 863 -14.760 22.710 -34.680 1.00 0.00 MW H +ATOM 7759 OH2 TIP3X 864 -1.130 11.540 37.250 1.00 0.00 MW O +ATOM 7760 H1 TIP3X 864 -0.300 11.810 37.650 1.00 0.00 MW H +ATOM 7761 H2 TIP3X 864 -1.630 11.140 37.960 1.00 0.00 MW H +ATOM 7762 OH2 TIP3X 865 29.420 -49.490 34.200 1.00 0.00 MW O +ATOM 7763 H1 TIP3X 865 28.750 -49.970 33.720 1.00 0.00 MW H +ATOM 7764 H2 TIP3X 865 29.970 -50.170 34.590 1.00 0.00 MW H +ATOM 7765 OH2 TIP3X 866 -43.460 30.310 -14.970 1.00 0.00 MW O +ATOM 7766 H1 TIP3X 866 -42.680 29.810 -14.750 1.00 0.00 MW H +ATOM 7767 H2 TIP3X 866 -43.270 30.700 -15.830 1.00 0.00 MW H +ATOM 7768 OH2 TIP3X 867 -21.230 31.950 -24.590 1.00 0.00 MW O +ATOM 7769 H1 TIP3X 867 -21.830 31.220 -24.710 1.00 0.00 MW H +ATOM 7770 H2 TIP3X 867 -20.460 31.730 -25.120 1.00 0.00 MW H +ATOM 7771 OH2 TIP3X 868 -41.130 38.920 -24.010 1.00 0.00 MW O +ATOM 7772 H1 TIP3X 868 -41.350 38.650 -23.130 1.00 0.00 MW H +ATOM 7773 H2 TIP3X 868 -41.390 39.840 -24.060 1.00 0.00 MW H +ATOM 7774 OH2 TIP3X 869 -3.220 -32.680 -29.620 1.00 0.00 MW O +ATOM 7775 H1 TIP3X 869 -2.290 -32.530 -29.790 1.00 0.00 MW H +ATOM 7776 H2 TIP3X 869 -3.500 -31.900 -29.140 1.00 0.00 MW H +ATOM 7777 OH2 TIP3X 870 -40.300 17.700 -36.510 1.00 0.00 MW O +ATOM 7778 H1 TIP3X 870 -41.130 18.130 -36.330 1.00 0.00 MW H +ATOM 7779 H2 TIP3X 870 -39.700 18.420 -36.710 1.00 0.00 MW H +ATOM 7780 OH2 TIP3X 871 17.040 31.150 -29.830 1.00 0.00 MW O +ATOM 7781 H1 TIP3X 871 16.590 31.280 -30.680 1.00 0.00 MW H +ATOM 7782 H2 TIP3X 871 17.630 30.410 -30.000 1.00 0.00 MW H +ATOM 7783 OH2 TIP3X 872 21.670 -27.790 -19.380 1.00 0.00 MW O +ATOM 7784 H1 TIP3X 872 22.160 -27.170 -18.830 1.00 0.00 MW H +ATOM 7785 H2 TIP3X 872 22.130 -28.630 -19.250 1.00 0.00 MW H +ATOM 7786 OH2 TIP3X 873 38.750 -11.180 -17.420 1.00 0.00 MW O +ATOM 7787 H1 TIP3X 873 39.600 -11.190 -16.980 1.00 0.00 MW H +ATOM 7788 H2 TIP3X 873 38.850 -11.770 -18.160 1.00 0.00 MW H +ATOM 7789 OH2 TIP3X 874 31.310 -18.600 -33.090 1.00 0.00 MW O +ATOM 7790 H1 TIP3X 874 30.800 -19.070 -32.430 1.00 0.00 MW H +ATOM 7791 H2 TIP3X 874 30.660 -18.060 -33.540 1.00 0.00 MW H +ATOM 7792 OH2 TIP3X 875 33.360 16.640 -42.470 1.00 0.00 MW O +ATOM 7793 H1 TIP3X 875 33.510 17.580 -42.620 1.00 0.00 MW H +ATOM 7794 H2 TIP3X 875 32.690 16.400 -43.090 1.00 0.00 MW H +ATOM 7795 OH2 TIP3X 876 21.390 9.180 -13.890 1.00 0.00 MW O +ATOM 7796 H1 TIP3X 876 21.210 10.010 -13.440 1.00 0.00 MW H +ATOM 7797 H2 TIP3X 876 22.120 9.390 -14.470 1.00 0.00 MW H +ATOM 7798 OH2 TIP3X 877 -44.860 25.630 -14.310 1.00 0.00 MW O +ATOM 7799 H1 TIP3X 877 -44.980 24.680 -14.230 1.00 0.00 MW H +ATOM 7800 H2 TIP3X 877 -44.380 25.880 -13.520 1.00 0.00 MW H +ATOM 7801 OH2 TIP3X 878 41.130 -39.490 -37.400 1.00 0.00 MW O +ATOM 7802 H1 TIP3X 878 42.020 -39.800 -37.600 1.00 0.00 MW H +ATOM 7803 H2 TIP3X 878 41.070 -38.660 -37.870 1.00 0.00 MW H +ATOM 7804 OH2 TIP3X 879 -36.920 -8.120 35.420 1.00 0.00 MW O +ATOM 7805 H1 TIP3X 879 -37.070 -8.080 36.370 1.00 0.00 MW H +ATOM 7806 H2 TIP3X 879 -37.800 -8.060 35.050 1.00 0.00 MW H +ATOM 7807 OH2 TIP3X 880 5.760 39.580 -24.780 1.00 0.00 MW O +ATOM 7808 H1 TIP3X 880 5.710 38.620 -24.750 1.00 0.00 MW H +ATOM 7809 H2 TIP3X 880 5.260 39.890 -24.030 1.00 0.00 MW H +ATOM 7810 OH2 TIP3X 881 20.620 39.220 -34.150 1.00 0.00 MW O +ATOM 7811 H1 TIP3X 881 20.730 39.310 -35.100 1.00 0.00 MW H +ATOM 7812 H2 TIP3X 881 20.020 39.930 -33.920 1.00 0.00 MW H +ATOM 7813 OH2 TIP3X 882 -41.790 -7.380 -22.270 1.00 0.00 MW O +ATOM 7814 H1 TIP3X 882 -42.590 -7.370 -21.750 1.00 0.00 MW H +ATOM 7815 H2 TIP3X 882 -41.540 -8.300 -22.330 1.00 0.00 MW H +ATOM 7816 OH2 TIP3X 883 42.980 29.720 16.410 1.00 0.00 MW O +ATOM 7817 H1 TIP3X 883 43.130 28.910 15.910 1.00 0.00 MW H +ATOM 7818 H2 TIP3X 883 42.300 30.180 15.920 1.00 0.00 MW H +ATOM 7819 OH2 TIP3X 884 28.300 33.120 -24.600 1.00 0.00 MW O +ATOM 7820 H1 TIP3X 884 27.580 32.520 -24.790 1.00 0.00 MW H +ATOM 7821 H2 TIP3X 884 28.950 32.950 -25.280 1.00 0.00 MW H +ATOM 7822 OH2 TIP3X 885 27.060 9.800 -23.670 1.00 0.00 MW O +ATOM 7823 H1 TIP3X 885 27.400 10.430 -23.040 1.00 0.00 MW H +ATOM 7824 H2 TIP3X 885 26.110 9.850 -23.570 1.00 0.00 MW H +ATOM 7825 OH2 TIP3X 886 47.090 31.320 -38.850 1.00 0.00 MW O +ATOM 7826 H1 TIP3X 886 46.880 31.970 -38.160 1.00 0.00 MW H +ATOM 7827 H2 TIP3X 886 46.950 30.480 -38.430 1.00 0.00 MW H +ATOM 7828 OH2 TIP3X 887 -9.210 -17.620 27.940 1.00 0.00 MW O +ATOM 7829 H1 TIP3X 887 -10.030 -17.680 28.430 1.00 0.00 MW H +ATOM 7830 H2 TIP3X 887 -8.560 -17.370 28.590 1.00 0.00 MW H +ATOM 7831 OH2 TIP3X 888 -36.120 -8.970 -42.090 1.00 0.00 MW O +ATOM 7832 H1 TIP3X 888 -36.580 -8.470 -42.780 1.00 0.00 MW H +ATOM 7833 H2 TIP3X 888 -35.310 -9.270 -42.510 1.00 0.00 MW H +ATOM 7834 OH2 TIP3X 889 -27.670 -49.340 22.850 1.00 0.00 MW O +ATOM 7835 H1 TIP3X 889 -28.350 -48.670 22.910 1.00 0.00 MW H +ATOM 7836 H2 TIP3X 889 -27.410 -49.520 23.760 1.00 0.00 MW H +ATOM 7837 OH2 TIP3X 890 34.710 12.030 32.540 1.00 0.00 MW O +ATOM 7838 H1 TIP3X 890 35.410 11.420 32.790 1.00 0.00 MW H +ATOM 7839 H2 TIP3X 890 34.910 12.830 33.010 1.00 0.00 MW H +ATOM 7840 OH2 TIP3X 891 -28.910 -18.200 -34.880 1.00 0.00 MW O +ATOM 7841 H1 TIP3X 891 -27.970 -18.190 -35.050 1.00 0.00 MW H +ATOM 7842 H2 TIP3X 891 -29.020 -17.650 -34.110 1.00 0.00 MW H +ATOM 7843 OH2 TIP3X 892 26.010 34.910 -28.420 1.00 0.00 MW O +ATOM 7844 H1 TIP3X 892 26.480 35.680 -28.740 1.00 0.00 MW H +ATOM 7845 H2 TIP3X 892 25.150 35.230 -28.170 1.00 0.00 MW H +ATOM 7846 OH2 TIP3X 893 47.870 -26.150 -29.650 1.00 0.00 MW O +ATOM 7847 H1 TIP3X 893 48.030 -26.330 -30.570 1.00 0.00 MW H +ATOM 7848 H2 TIP3X 893 46.970 -26.460 -29.490 1.00 0.00 MW H +ATOM 7849 OH2 TIP3X 894 25.000 -13.910 -20.640 1.00 0.00 MW O +ATOM 7850 H1 TIP3X 894 24.900 -14.330 -19.790 1.00 0.00 MW H +ATOM 7851 H2 TIP3X 894 25.750 -13.330 -20.540 1.00 0.00 MW H +ATOM 7852 OH2 TIP3X 895 -32.550 7.820 30.670 1.00 0.00 MW O +ATOM 7853 H1 TIP3X 895 -31.940 7.590 29.970 1.00 0.00 MW H +ATOM 7854 H2 TIP3X 895 -32.250 8.670 30.980 1.00 0.00 MW H +ATOM 7855 OH2 TIP3X 896 -22.670 21.320 -18.200 1.00 0.00 MW O +ATOM 7856 H1 TIP3X 896 -22.590 21.980 -17.520 1.00 0.00 MW H +ATOM 7857 H2 TIP3X 896 -23.180 21.730 -18.900 1.00 0.00 MW H +ATOM 7858 OH2 TIP3X 897 -15.320 4.360 40.390 1.00 0.00 MW O +ATOM 7859 H1 TIP3X 897 -15.470 4.360 39.450 1.00 0.00 MW H +ATOM 7860 H2 TIP3X 897 -14.660 5.030 40.540 1.00 0.00 MW H +ATOM 7861 OH2 TIP3X 898 -5.310 -9.540 -47.620 1.00 0.00 MW O +ATOM 7862 H1 TIP3X 898 -5.800 -8.800 -47.260 1.00 0.00 MW H +ATOM 7863 H2 TIP3X 898 -5.860 -9.850 -48.340 1.00 0.00 MW H +ATOM 7864 OH2 TIP3X 899 -23.000 -41.050 -50.870 1.00 0.00 MW O +ATOM 7865 H1 TIP3X 899 -23.240 -40.150 -50.650 1.00 0.00 MW H +ATOM 7866 H2 TIP3X 899 -23.120 -41.550 -50.050 1.00 0.00 MW H +ATOM 7867 OH2 TIP3X 900 -25.660 25.650 31.440 1.00 0.00 MW O +ATOM 7868 H1 TIP3X 900 -24.880 26.150 31.230 1.00 0.00 MW H +ATOM 7869 H2 TIP3X 900 -25.610 25.530 32.380 1.00 0.00 MW H +ATOM 7870 OH2 TIP3X 901 -18.510 -50.490 10.400 1.00 0.00 MW O +ATOM 7871 H1 TIP3X 901 -18.790 -50.540 9.500 1.00 0.00 MW H +ATOM 7872 H2 TIP3X 901 -19.090 -49.830 10.800 1.00 0.00 MW H +ATOM 7873 OH2 TIP3X 902 10.630 31.090 22.110 1.00 0.00 MW O +ATOM 7874 H1 TIP3X 902 10.660 30.190 21.770 1.00 0.00 MW H +ATOM 7875 H2 TIP3X 902 10.380 30.990 23.030 1.00 0.00 MW H +ATOM 7876 OH2 TIP3X 903 -12.240 -37.620 -20.020 1.00 0.00 MW O +ATOM 7877 H1 TIP3X 903 -11.770 -38.270 -19.520 1.00 0.00 MW H +ATOM 7878 H2 TIP3X 903 -13.100 -38.010 -20.190 1.00 0.00 MW H +ATOM 7879 OH2 TIP3X 904 -38.970 10.960 18.910 1.00 0.00 MW O +ATOM 7880 H1 TIP3X 904 -38.290 11.500 19.300 1.00 0.00 MW H +ATOM 7881 H2 TIP3X 904 -39.100 10.250 19.550 1.00 0.00 MW H +ATOM 7882 OH2 TIP3X 905 -20.430 -20.900 27.800 1.00 0.00 MW O +ATOM 7883 H1 TIP3X 905 -21.170 -20.360 28.080 1.00 0.00 MW H +ATOM 7884 H2 TIP3X 905 -20.820 -21.590 27.270 1.00 0.00 MW H +ATOM 7885 OH2 TIP3X 906 14.980 -2.040 -25.420 1.00 0.00 MW O +ATOM 7886 H1 TIP3X 906 14.570 -2.900 -25.420 1.00 0.00 MW H +ATOM 7887 H2 TIP3X 906 15.270 -1.910 -24.520 1.00 0.00 MW H +ATOM 7888 OH2 TIP3X 907 23.510 -2.200 -18.480 1.00 0.00 MW O +ATOM 7889 H1 TIP3X 907 23.020 -2.440 -19.250 1.00 0.00 MW H +ATOM 7890 H2 TIP3X 907 22.890 -1.740 -17.920 1.00 0.00 MW H +ATOM 7891 OH2 TIP3X 908 36.700 31.450 -46.270 1.00 0.00 MW O +ATOM 7892 H1 TIP3X 908 35.990 31.700 -45.700 1.00 0.00 MW H +ATOM 7893 H2 TIP3X 908 37.380 31.120 -45.680 1.00 0.00 MW H +ATOM 7894 OH2 TIP3X 909 -36.630 -48.590 -35.320 1.00 0.00 MW O +ATOM 7895 H1 TIP3X 909 -35.760 -48.900 -35.080 1.00 0.00 MW H +ATOM 7896 H2 TIP3X 909 -36.840 -47.930 -34.650 1.00 0.00 MW H +ATOM 7897 OH2 TIP3X 910 16.690 18.220 -44.280 1.00 0.00 MW O +ATOM 7898 H1 TIP3X 910 16.530 17.820 -45.140 1.00 0.00 MW H +ATOM 7899 H2 TIP3X 910 16.490 17.530 -43.660 1.00 0.00 MW H +ATOM 7900 OH2 TIP3X 911 -41.190 13.670 28.350 1.00 0.00 MW O +ATOM 7901 H1 TIP3X 911 -40.260 13.890 28.250 1.00 0.00 MW H +ATOM 7902 H2 TIP3X 911 -41.420 13.940 29.230 1.00 0.00 MW H +ATOM 7903 OH2 TIP3X 912 0.070 -41.140 -18.640 1.00 0.00 MW O +ATOM 7904 H1 TIP3X 912 -0.620 -40.780 -18.080 1.00 0.00 MW H +ATOM 7905 H2 TIP3X 912 0.820 -40.560 -18.500 1.00 0.00 MW H +ATOM 7906 OH2 TIP3X 913 -33.160 20.260 -47.670 1.00 0.00 MW O +ATOM 7907 H1 TIP3X 913 -32.310 19.850 -47.850 1.00 0.00 MW H +ATOM 7908 H2 TIP3X 913 -33.260 20.920 -48.360 1.00 0.00 MW H +ATOM 7909 OH2 TIP3X 914 20.270 23.460 -13.900 1.00 0.00 MW O +ATOM 7910 H1 TIP3X 914 20.740 23.330 -13.080 1.00 0.00 MW H +ATOM 7911 H2 TIP3X 914 19.360 23.620 -13.630 1.00 0.00 MW H +ATOM 7912 OH2 TIP3X 915 -10.960 -40.050 -19.620 1.00 0.00 MW O +ATOM 7913 H1 TIP3X 915 -11.300 -40.810 -20.090 1.00 0.00 MW H +ATOM 7914 H2 TIP3X 915 -10.020 -40.040 -19.840 1.00 0.00 MW H +ATOM 7915 OH2 TIP3X 916 -35.960 4.450 -45.460 1.00 0.00 MW O +ATOM 7916 H1 TIP3X 916 -35.340 5.170 -45.360 1.00 0.00 MW H +ATOM 7917 H2 TIP3X 916 -36.490 4.480 -44.660 1.00 0.00 MW H +ATOM 7918 OH2 TIP3X 917 37.590 -33.220 -45.240 1.00 0.00 MW O +ATOM 7919 H1 TIP3X 917 36.740 -33.310 -44.800 1.00 0.00 MW H +ATOM 7920 H2 TIP3X 917 37.410 -32.620 -45.970 1.00 0.00 MW H +ATOM 7921 OH2 TIP3X 918 7.660 35.050 -16.210 1.00 0.00 MW O +ATOM 7922 H1 TIP3X 918 8.100 34.220 -16.060 1.00 0.00 MW H +ATOM 7923 H2 TIP3X 918 7.380 35.330 -15.340 1.00 0.00 MW H +ATOM 7924 OH2 TIP3X 919 3.870 19.610 -14.770 1.00 0.00 MW O +ATOM 7925 H1 TIP3X 919 4.750 19.980 -14.690 1.00 0.00 MW H +ATOM 7926 H2 TIP3X 919 3.280 20.350 -14.640 1.00 0.00 MW H +ATOM 7927 OH2 TIP3X 920 33.520 31.090 -48.980 1.00 0.00 MW O +ATOM 7928 H1 TIP3X 920 33.420 30.670 -49.830 1.00 0.00 MW H +ATOM 7929 H2 TIP3X 920 33.120 31.960 -49.100 1.00 0.00 MW H +ATOM 7930 OH2 TIP3X 921 -24.920 -13.910 16.460 1.00 0.00 MW O +ATOM 7931 H1 TIP3X 921 -24.630 -13.880 15.550 1.00 0.00 MW H +ATOM 7932 H2 TIP3X 921 -25.720 -14.450 16.430 1.00 0.00 MW H +ATOM 7933 OH2 TIP3X 922 20.300 -18.180 33.410 1.00 0.00 MW O +ATOM 7934 H1 TIP3X 922 19.850 -18.860 33.930 1.00 0.00 MW H +ATOM 7935 H2 TIP3X 922 19.640 -17.500 33.290 1.00 0.00 MW H +ATOM 7936 OH2 TIP3X 923 -12.200 -1.320 -33.470 1.00 0.00 MW O +ATOM 7937 H1 TIP3X 923 -13.080 -1.680 -33.530 1.00 0.00 MW H +ATOM 7938 H2 TIP3X 923 -12.240 -0.670 -32.760 1.00 0.00 MW H +ATOM 7939 OH2 TIP3X 924 -44.650 -28.680 -37.830 1.00 0.00 MW O +ATOM 7940 H1 TIP3X 924 -45.120 -29.460 -38.110 1.00 0.00 MW H +ATOM 7941 H2 TIP3X 924 -44.960 -28.500 -36.940 1.00 0.00 MW H +ATOM 7942 OH2 TIP3X 925 -1.130 -49.540 -23.190 1.00 0.00 MW O +ATOM 7943 H1 TIP3X 925 -1.180 -48.940 -22.440 1.00 0.00 MW H +ATOM 7944 H2 TIP3X 925 -1.990 -49.500 -23.590 1.00 0.00 MW H +ATOM 7945 OH2 TIP3X 926 18.740 -44.770 -32.910 1.00 0.00 MW O +ATOM 7946 H1 TIP3X 926 18.540 -44.220 -33.680 1.00 0.00 MW H +ATOM 7947 H2 TIP3X 926 17.910 -45.140 -32.660 1.00 0.00 MW H +ATOM 7948 OH2 TIP3X 927 8.800 -15.120 35.150 1.00 0.00 MW O +ATOM 7949 H1 TIP3X 927 8.220 -14.370 34.960 1.00 0.00 MW H +ATOM 7950 H2 TIP3X 927 9.030 -15.000 36.070 1.00 0.00 MW H +ATOM 7951 OH2 TIP3X 928 2.560 29.800 -41.860 1.00 0.00 MW O +ATOM 7952 H1 TIP3X 928 2.190 29.580 -41.010 1.00 0.00 MW H +ATOM 7953 H2 TIP3X 928 3.210 29.110 -42.030 1.00 0.00 MW H +ATOM 7954 OH2 TIP3X 929 -20.250 -42.210 34.490 1.00 0.00 MW O +ATOM 7955 H1 TIP3X 929 -19.970 -42.980 34.000 1.00 0.00 MW H +ATOM 7956 H2 TIP3X 929 -19.970 -42.390 35.380 1.00 0.00 MW H +ATOM 7957 OH2 TIP3X 930 -4.410 -26.110 36.050 1.00 0.00 MW O +ATOM 7958 H1 TIP3X 930 -4.180 -25.760 36.910 1.00 0.00 MW H +ATOM 7959 H2 TIP3X 930 -5.370 -26.200 36.080 1.00 0.00 MW H +ATOM 7960 OH2 TIP3X 931 6.870 17.450 31.930 1.00 0.00 MW O +ATOM 7961 H1 TIP3X 931 6.460 18.300 31.760 1.00 0.00 MW H +ATOM 7962 H2 TIP3X 931 6.650 17.260 32.840 1.00 0.00 MW H +ATOM 7963 OH2 TIP3X 932 -37.920 42.110 -24.970 1.00 0.00 MW O +ATOM 7964 H1 TIP3X 932 -37.070 41.830 -25.320 1.00 0.00 MW H +ATOM 7965 H2 TIP3X 932 -38.110 42.920 -25.440 1.00 0.00 MW H +ATOM 7966 OH2 TIP3X 933 -25.060 -41.170 35.060 1.00 0.00 MW O +ATOM 7967 H1 TIP3X 933 -25.040 -40.290 35.450 1.00 0.00 MW H +ATOM 7968 H2 TIP3X 933 -25.940 -41.480 35.210 1.00 0.00 MW H +ATOM 7969 OH2 TIP3X 934 1.500 -38.520 -34.880 1.00 0.00 MW O +ATOM 7970 H1 TIP3X 934 0.580 -38.760 -34.740 1.00 0.00 MW H +ATOM 7971 H2 TIP3X 934 1.990 -39.050 -34.250 1.00 0.00 MW H +ATOM 7972 OH2 TIP3X 935 -42.140 38.590 30.330 1.00 0.00 MW O +ATOM 7973 H1 TIP3X 935 -43.060 38.340 30.310 1.00 0.00 MW H +ATOM 7974 H2 TIP3X 935 -42.050 39.140 31.100 1.00 0.00 MW H +ATOM 7975 OH2 TIP3X 936 -40.190 29.520 27.480 1.00 0.00 MW O +ATOM 7976 H1 TIP3X 936 -40.890 28.870 27.460 1.00 0.00 MW H +ATOM 7977 H2 TIP3X 936 -40.570 30.270 27.950 1.00 0.00 MW H +ATOM 7978 OH2 TIP3X 937 18.880 -0.600 37.950 1.00 0.00 MW O +ATOM 7979 H1 TIP3X 937 19.100 -1.490 38.230 1.00 0.00 MW H +ATOM 7980 H2 TIP3X 937 18.140 -0.350 38.510 1.00 0.00 MW H +ATOM 7981 OH2 TIP3X 938 -24.710 18.840 -37.920 1.00 0.00 MW O +ATOM 7982 H1 TIP3X 938 -23.940 18.640 -38.460 1.00 0.00 MW H +ATOM 7983 H2 TIP3X 938 -24.340 19.000 -37.050 1.00 0.00 MW H +ATOM 7984 OH2 TIP3X 939 -5.980 -39.770 -29.380 1.00 0.00 MW O +ATOM 7985 H1 TIP3X 939 -6.030 -39.280 -30.200 1.00 0.00 MW H +ATOM 7986 H2 TIP3X 939 -5.450 -40.540 -29.600 1.00 0.00 MW H +ATOM 7987 OH2 TIP3X 940 -29.560 -5.120 -42.560 1.00 0.00 MW O +ATOM 7988 H1 TIP3X 940 -30.410 -5.520 -42.380 1.00 0.00 MW H +ATOM 7989 H2 TIP3X 940 -29.760 -4.390 -43.150 1.00 0.00 MW H +ATOM 7990 OH2 TIP3X 941 22.770 43.230 -38.840 1.00 0.00 MW O +ATOM 7991 H1 TIP3X 941 22.770 43.930 -39.490 1.00 0.00 MW H +ATOM 7992 H2 TIP3X 941 22.900 43.670 -38.000 1.00 0.00 MW H +ATOM 7993 OH2 TIP3X 942 -38.930 -14.380 28.090 1.00 0.00 MW O +ATOM 7994 H1 TIP3X 942 -38.190 -13.990 28.580 1.00 0.00 MW H +ATOM 7995 H2 TIP3X 942 -38.810 -14.060 27.200 1.00 0.00 MW H +ATOM 7996 OH2 TIP3X 943 -20.420 -26.630 -33.330 1.00 0.00 MW O +ATOM 7997 H1 TIP3X 943 -19.730 -26.820 -33.970 1.00 0.00 MW H +ATOM 7998 H2 TIP3X 943 -19.950 -26.320 -32.560 1.00 0.00 MW H +ATOM 7999 OH2 TIP3X 944 38.930 -35.830 -35.680 1.00 0.00 MW O +ATOM 8000 H1 TIP3X 944 38.590 -35.850 -34.790 1.00 0.00 MW H +ATOM 8001 H2 TIP3X 944 38.650 -36.660 -36.050 1.00 0.00 MW H +ATOM 8002 OH2 TIP3X 945 31.520 22.330 -21.270 1.00 0.00 MW O +ATOM 8003 H1 TIP3X 945 30.810 22.000 -21.830 1.00 0.00 MW H +ATOM 8004 H2 TIP3X 945 31.080 22.960 -20.690 1.00 0.00 MW H +ATOM 8005 OH2 TIP3X 946 -38.010 12.350 24.540 1.00 0.00 MW O +ATOM 8006 H1 TIP3X 946 -38.530 13.130 24.340 1.00 0.00 MW H +ATOM 8007 H2 TIP3X 946 -38.090 11.800 23.760 1.00 0.00 MW H +ATOM 8008 OH2 TIP3X 947 -30.270 -21.540 35.880 1.00 0.00 MW O +ATOM 8009 H1 TIP3X 947 -30.530 -21.760 34.990 1.00 0.00 MW H +ATOM 8010 H2 TIP3X 947 -29.490 -22.060 36.050 1.00 0.00 MW H +ATOM 8011 OH2 TIP3X 948 43.240 -23.150 -26.660 1.00 0.00 MW O +ATOM 8012 H1 TIP3X 948 42.500 -22.880 -27.210 1.00 0.00 MW H +ATOM 8013 H2 TIP3X 948 42.820 -23.540 -25.880 1.00 0.00 MW H +ATOM 8014 OH2 TIP3X 949 31.800 38.410 -27.130 1.00 0.00 MW O +ATOM 8015 H1 TIP3X 949 31.260 38.940 -27.720 1.00 0.00 MW H +ATOM 8016 H2 TIP3X 949 31.590 38.730 -26.260 1.00 0.00 MW H +ATOM 8017 OH2 TIP3X 950 -41.840 -4.960 -11.190 1.00 0.00 MW O +ATOM 8018 H1 TIP3X 950 -42.350 -4.160 -11.200 1.00 0.00 MW H +ATOM 8019 H2 TIP3X 950 -41.000 -4.700 -10.810 1.00 0.00 MW H +ATOM 8020 OH2 TIP3X 951 -1.660 26.720 -17.970 1.00 0.00 MW O +ATOM 8021 H1 TIP3X 951 -2.580 26.610 -18.240 1.00 0.00 MW H +ATOM 8022 H2 TIP3X 951 -1.250 27.190 -18.690 1.00 0.00 MW H +ATOM 8023 OH2 TIP3X 952 40.940 -31.330 -44.150 1.00 0.00 MW O +ATOM 8024 H1 TIP3X 952 40.490 -30.900 -44.880 1.00 0.00 MW H +ATOM 8025 H2 TIP3X 952 41.870 -31.240 -44.350 1.00 0.00 MW H +ATOM 8026 OH2 TIP3X 953 9.720 18.210 31.300 1.00 0.00 MW O +ATOM 8027 H1 TIP3X 953 8.850 17.820 31.200 1.00 0.00 MW H +ATOM 8028 H2 TIP3X 953 10.310 17.460 31.350 1.00 0.00 MW H +ATOM 8029 OH2 TIP3X 954 -40.060 13.670 -27.970 1.00 0.00 MW O +ATOM 8030 H1 TIP3X 954 -40.770 13.460 -27.380 1.00 0.00 MW H +ATOM 8031 H2 TIP3X 954 -40.040 14.630 -27.990 1.00 0.00 MW H +ATOM 8032 OH2 TIP3X 955 39.760 -32.140 32.830 1.00 0.00 MW O +ATOM 8033 H1 TIP3X 955 40.360 -31.560 33.280 1.00 0.00 MW H +ATOM 8034 H2 TIP3X 955 39.240 -32.550 33.520 1.00 0.00 MW H +ATOM 8035 OH2 TIP3X 956 -38.540 -28.980 -25.640 1.00 0.00 MW O +ATOM 8036 H1 TIP3X 956 -38.250 -28.190 -26.070 1.00 0.00 MW H +ATOM 8037 H2 TIP3X 956 -38.220 -29.700 -26.180 1.00 0.00 MW H +ATOM 8038 OH2 TIP3X 957 45.530 -3.160 -41.710 1.00 0.00 MW O +ATOM 8039 H1 TIP3X 957 46.190 -3.160 -42.420 1.00 0.00 MW H +ATOM 8040 H2 TIP3X 957 45.010 -3.940 -41.860 1.00 0.00 MW H +ATOM 8041 OH2 TIP3X 958 -4.430 -40.200 -36.760 1.00 0.00 MW O +ATOM 8042 H1 TIP3X 958 -4.260 -40.620 -37.620 1.00 0.00 MW H +ATOM 8043 H2 TIP3X 958 -4.310 -39.270 -36.930 1.00 0.00 MW H +ATOM 8044 OH2 TIP3X 959 -37.770 -17.300 34.140 1.00 0.00 MW O +ATOM 8045 H1 TIP3X 959 -38.100 -17.360 35.040 1.00 0.00 MW H +ATOM 8046 H2 TIP3X 959 -38.500 -16.930 33.650 1.00 0.00 MW H +ATOM 8047 OH2 TIP3X 960 -27.670 42.880 -26.600 1.00 0.00 MW O +ATOM 8048 H1 TIP3X 960 -27.130 42.170 -26.260 1.00 0.00 MW H +ATOM 8049 H2 TIP3X 960 -27.100 43.340 -27.210 1.00 0.00 MW H +ATOM 8050 OH2 TIP3X 961 -26.880 -26.080 -18.400 1.00 0.00 MW O +ATOM 8051 H1 TIP3X 961 -26.870 -27.030 -18.370 1.00 0.00 MW H +ATOM 8052 H2 TIP3X 961 -26.010 -25.820 -18.090 1.00 0.00 MW H +ATOM 8053 OH2 TIP3X 962 -5.650 16.570 30.080 1.00 0.00 MW O +ATOM 8054 H1 TIP3X 962 -6.050 17.410 29.910 1.00 0.00 MW H +ATOM 8055 H2 TIP3X 962 -5.860 16.390 31.000 1.00 0.00 MW H +ATOM 8056 OH2 TIP3X 963 -13.320 -9.790 -24.940 1.00 0.00 MW O +ATOM 8057 H1 TIP3X 963 -13.750 -10.410 -25.530 1.00 0.00 MW H +ATOM 8058 H2 TIP3X 963 -12.390 -10.050 -24.960 1.00 0.00 MW H +ATOM 8059 OH2 TIP3X 964 48.770 11.830 22.650 1.00 0.00 MW O +ATOM 8060 H1 TIP3X 964 49.330 12.190 21.970 1.00 0.00 MW H +ATOM 8061 H2 TIP3X 964 49.050 12.260 23.450 1.00 0.00 MW H +ATOM 8062 OH2 TIP3X 965 29.850 16.010 -7.860 1.00 0.00 MW O +ATOM 8063 H1 TIP3X 965 30.430 16.360 -8.550 1.00 0.00 MW H +ATOM 8064 H2 TIP3X 965 29.090 15.670 -8.350 1.00 0.00 MW H +ATOM 8065 OH2 TIP3X 966 -13.750 35.020 -22.990 1.00 0.00 MW O +ATOM 8066 H1 TIP3X 966 -14.430 35.540 -22.560 1.00 0.00 MW H +ATOM 8067 H2 TIP3X 966 -14.240 34.350 -23.480 1.00 0.00 MW H +ATOM 8068 OH2 TIP3X 967 44.640 13.860 -47.760 1.00 0.00 MW O +ATOM 8069 H1 TIP3X 967 45.390 14.460 -47.740 1.00 0.00 MW H +ATOM 8070 H2 TIP3X 967 44.360 13.870 -48.680 1.00 0.00 MW H +ATOM 8071 OH2 TIP3X 968 14.170 3.310 -36.150 1.00 0.00 MW O +ATOM 8072 H1 TIP3X 968 14.040 4.110 -35.640 1.00 0.00 MW H +ATOM 8073 H2 TIP3X 968 13.430 2.760 -35.920 1.00 0.00 MW H +ATOM 8074 OH2 TIP3X 969 -39.280 11.470 -45.560 1.00 0.00 MW O +ATOM 8075 H1 TIP3X 969 -38.690 11.870 -44.920 1.00 0.00 MW H +ATOM 8076 H2 TIP3X 969 -38.680 11.040 -46.190 1.00 0.00 MW H +ATOM 8077 OH2 TIP3X 970 -35.970 -49.330 -39.620 1.00 0.00 MW O +ATOM 8078 H1 TIP3X 970 -35.060 -49.480 -39.890 1.00 0.00 MW H +ATOM 8079 H2 TIP3X 970 -36.100 -48.390 -39.750 1.00 0.00 MW H +ATOM 8080 OH2 TIP3X 971 30.110 13.540 -40.100 1.00 0.00 MW O +ATOM 8081 H1 TIP3X 971 30.740 12.860 -40.350 1.00 0.00 MW H +ATOM 8082 H2 TIP3X 971 29.280 13.220 -40.440 1.00 0.00 MW H +ATOM 8083 OH2 TIP3X 972 0.540 43.040 -44.550 1.00 0.00 MW O +ATOM 8084 H1 TIP3X 972 1.480 43.060 -44.330 1.00 0.00 MW H +ATOM 8085 H2 TIP3X 972 0.360 43.900 -44.900 1.00 0.00 MW H +ATOM 8086 OH2 TIP3X 973 17.540 27.700 35.510 1.00 0.00 MW O +ATOM 8087 H1 TIP3X 973 18.320 27.180 35.330 1.00 0.00 MW H +ATOM 8088 H2 TIP3X 973 17.630 27.970 36.420 1.00 0.00 MW H +ATOM 8089 OH2 TIP3X 974 23.230 20.750 10.750 1.00 0.00 MW O +ATOM 8090 H1 TIP3X 974 22.500 21.300 10.480 1.00 0.00 MW H +ATOM 8091 H2 TIP3X 974 23.920 20.950 10.100 1.00 0.00 MW H +ATOM 8092 OH2 TIP3X 975 -29.450 -7.470 19.310 1.00 0.00 MW O +ATOM 8093 H1 TIP3X 975 -28.580 -7.790 19.540 1.00 0.00 MW H +ATOM 8094 H2 TIP3X 975 -29.990 -7.640 20.080 1.00 0.00 MW H +ATOM 8095 OH2 TIP3X 976 -40.160 6.900 -19.870 1.00 0.00 MW O +ATOM 8096 H1 TIP3X 976 -39.820 7.800 -19.850 1.00 0.00 MW H +ATOM 8097 H2 TIP3X 976 -40.230 6.660 -18.930 1.00 0.00 MW H +ATOM 8098 OH2 TIP3X 977 -19.260 26.260 26.020 1.00 0.00 MW O +ATOM 8099 H1 TIP3X 977 -20.020 26.630 25.560 1.00 0.00 MW H +ATOM 8100 H2 TIP3X 977 -19.590 25.980 26.870 1.00 0.00 MW H +ATOM 8101 OH2 TIP3X 978 -10.770 -24.310 30.360 1.00 0.00 MW O +ATOM 8102 H1 TIP3X 978 -10.140 -24.630 29.710 1.00 0.00 MW H +ATOM 8103 H2 TIP3X 978 -10.920 -25.050 30.940 1.00 0.00 MW H +ATOM 8104 OH2 TIP3X 979 44.610 37.860 30.390 1.00 0.00 MW O +ATOM 8105 H1 TIP3X 979 43.820 38.230 30.000 1.00 0.00 MW H +ATOM 8106 H2 TIP3X 979 45.330 38.250 29.890 1.00 0.00 MW H +ATOM 8107 OH2 TIP3X 980 -36.400 -7.210 -14.560 1.00 0.00 MW O +ATOM 8108 H1 TIP3X 980 -36.020 -8.090 -14.600 1.00 0.00 MW H +ATOM 8109 H2 TIP3X 980 -35.740 -6.640 -14.940 1.00 0.00 MW H +ATOM 8110 OH2 TIP3X 981 -41.330 35.400 15.540 1.00 0.00 MW O +ATOM 8111 H1 TIP3X 981 -41.620 36.310 15.560 1.00 0.00 MW H +ATOM 8112 H2 TIP3X 981 -40.390 35.450 15.370 1.00 0.00 MW H +ATOM 8113 OH2 TIP3X 982 43.430 -14.900 27.940 1.00 0.00 MW O +ATOM 8114 H1 TIP3X 982 43.850 -14.420 28.660 1.00 0.00 MW H +ATOM 8115 H2 TIP3X 982 43.590 -14.360 27.170 1.00 0.00 MW H +ATOM 8116 OH2 TIP3X 983 -39.470 -51.780 33.770 1.00 0.00 MW O +ATOM 8117 H1 TIP3X 983 -40.300 -52.270 33.790 1.00 0.00 MW H +ATOM 8118 H2 TIP3X 983 -39.200 -51.760 34.680 1.00 0.00 MW H +ATOM 8119 OH2 TIP3X 984 25.370 -26.260 -35.530 1.00 0.00 MW O +ATOM 8120 H1 TIP3X 984 25.640 -27.060 -35.080 1.00 0.00 MW H +ATOM 8121 H2 TIP3X 984 25.040 -26.570 -36.380 1.00 0.00 MW H +ATOM 8122 OH2 TIP3X 985 -43.750 5.790 -48.650 1.00 0.00 MW O +ATOM 8123 H1 TIP3X 985 -43.500 6.670 -48.970 1.00 0.00 MW H +ATOM 8124 H2 TIP3X 985 -43.200 5.190 -49.130 1.00 0.00 MW H +ATOM 8125 OH2 TIP3X 986 9.800 21.020 25.920 1.00 0.00 MW O +ATOM 8126 H1 TIP3X 986 9.630 20.960 24.970 1.00 0.00 MW H +ATOM 8127 H2 TIP3X 986 10.730 21.250 25.980 1.00 0.00 MW H +ATOM 8128 OH2 TIP3X 987 -30.610 -2.150 -40.160 1.00 0.00 MW O +ATOM 8129 H1 TIP3X 987 -30.380 -1.580 -39.420 1.00 0.00 MW H +ATOM 8130 H2 TIP3X 987 -31.060 -2.900 -39.750 1.00 0.00 MW H +ATOM 8131 OH2 TIP3X 988 -11.820 -10.810 -33.950 1.00 0.00 MW O +ATOM 8132 H1 TIP3X 988 -11.410 -11.550 -33.510 1.00 0.00 MW H +ATOM 8133 H2 TIP3X 988 -11.850 -10.120 -33.290 1.00 0.00 MW H +ATOM 8134 OH2 TIP3X 989 -8.340 -32.890 -29.120 1.00 0.00 MW O +ATOM 8135 H1 TIP3X 989 -7.740 -32.400 -29.680 1.00 0.00 MW H +ATOM 8136 H2 TIP3X 989 -8.960 -32.230 -28.810 1.00 0.00 MW H +ATOM 8137 OH2 TIP3X 990 -22.170 30.810 23.620 1.00 0.00 MW O +ATOM 8138 H1 TIP3X 990 -22.530 30.680 24.490 1.00 0.00 MW H +ATOM 8139 H2 TIP3X 990 -22.270 29.970 23.180 1.00 0.00 MW H +ATOM 8140 OH2 TIP3X 991 -20.110 -16.550 -27.940 1.00 0.00 MW O +ATOM 8141 H1 TIP3X 991 -19.320 -16.780 -28.430 1.00 0.00 MW H +ATOM 8142 H2 TIP3X 991 -19.940 -16.860 -27.040 1.00 0.00 MW H +ATOM 8143 OH2 TIP3X 992 16.810 -11.930 -49.060 1.00 0.00 MW O +ATOM 8144 H1 TIP3X 992 16.550 -11.360 -48.330 1.00 0.00 MW H +ATOM 8145 H2 TIP3X 992 16.080 -11.840 -49.670 1.00 0.00 MW H +ATOM 8146 OH2 TIP3X 993 32.220 1.290 -29.830 1.00 0.00 MW O +ATOM 8147 H1 TIP3X 993 32.890 1.760 -29.340 1.00 0.00 MW H +ATOM 8148 H2 TIP3X 993 32.640 0.470 -30.090 1.00 0.00 MW H +ATOM 8149 OH2 TIP3X 994 -11.270 -8.360 -38.470 1.00 0.00 MW O +ATOM 8150 H1 TIP3X 994 -11.450 -7.710 -37.780 1.00 0.00 MW H +ATOM 8151 H2 TIP3X 994 -10.770 -9.050 -38.020 1.00 0.00 MW H +ATOM 8152 OH2 TIP3X 995 -23.690 -20.950 -41.030 1.00 0.00 MW O +ATOM 8153 H1 TIP3X 995 -24.380 -21.550 -41.340 1.00 0.00 MW H +ATOM 8154 H2 TIP3X 995 -22.880 -21.450 -41.120 1.00 0.00 MW H +ATOM 8155 OH2 TIP3X 996 -37.890 -40.790 19.090 1.00 0.00 MW O +ATOM 8156 H1 TIP3X 996 -37.920 -41.700 18.790 1.00 0.00 MW H +ATOM 8157 H2 TIP3X 996 -38.190 -40.280 18.340 1.00 0.00 MW H +ATOM 8158 OH2 TIP3X 997 7.330 20.320 -35.380 1.00 0.00 MW O +ATOM 8159 H1 TIP3X 997 6.390 20.420 -35.540 1.00 0.00 MW H +ATOM 8160 H2 TIP3X 997 7.570 19.520 -35.870 1.00 0.00 MW H +ATOM 8161 OH2 TIP3X 998 -15.160 -11.860 22.260 1.00 0.00 MW O +ATOM 8162 H1 TIP3X 998 -15.440 -11.000 21.940 1.00 0.00 MW H +ATOM 8163 H2 TIP3X 998 -15.640 -11.980 23.080 1.00 0.00 MW H +ATOM 8164 OH2 TIP3X 999 10.910 18.250 -25.220 1.00 0.00 MW O +ATOM 8165 H1 TIP3X 999 10.990 17.300 -25.310 1.00 0.00 MW H +ATOM 8166 H2 TIP3X 999 10.320 18.370 -24.470 1.00 0.00 MW H +ATOM 8167 OH2 TIP3X1000 25.040 -33.570 14.020 1.00 0.00 MW O +ATOM 8168 H1 TIP3X1000 24.570 -34.220 14.550 1.00 0.00 MW H +ATOM 8169 H2 TIP3X1000 25.160 -33.980 13.170 1.00 0.00 MW H +ATOM 8170 OH2 TIP3X1001 41.270 35.170 -38.300 1.00 0.00 MW O +ATOM 8171 H1 TIP3X1001 41.020 35.110 -39.220 1.00 0.00 MW H +ATOM 8172 H2 TIP3X1001 40.430 35.250 -37.830 1.00 0.00 MW H +ATOM 8173 OH2 TIP3X1002 16.570 -33.600 34.950 1.00 0.00 MW O +ATOM 8174 H1 TIP3X1002 16.770 -33.910 35.820 1.00 0.00 MW H +ATOM 8175 H2 TIP3X1002 15.760 -34.060 34.700 1.00 0.00 MW H +ATOM 8176 OH2 TIP3X1003 -16.510 -31.410 -38.470 1.00 0.00 MW O +ATOM 8177 H1 TIP3X1003 -16.640 -32.080 -37.800 1.00 0.00 MW H +ATOM 8178 H2 TIP3X1003 -15.650 -31.590 -38.830 1.00 0.00 MW H +ATOM 8179 OH2 TIP3X1004 -15.950 23.610 -44.910 1.00 0.00 MW O +ATOM 8180 H1 TIP3X1004 -16.440 22.870 -44.560 1.00 0.00 MW H +ATOM 8181 H2 TIP3X1004 -15.570 24.020 -44.140 1.00 0.00 MW H +ATOM 8182 OH2 TIP3X1005 0.270 1.290 -47.850 1.00 0.00 MW O +ATOM 8183 H1 TIP3X1005 -0.190 0.520 -47.500 1.00 0.00 MW H +ATOM 8184 H2 TIP3X1005 -0.370 2.000 -47.810 1.00 0.00 MW H +ATOM 8185 OH2 TIP3X1006 6.160 8.640 -40.210 1.00 0.00 MW O +ATOM 8186 H1 TIP3X1006 7.020 9.030 -40.340 1.00 0.00 MW H +ATOM 8187 H2 TIP3X1006 5.690 9.260 -39.650 1.00 0.00 MW H +ATOM 8188 OH2 TIP3X1007 12.320 -46.850 17.520 1.00 0.00 MW O +ATOM 8189 H1 TIP3X1007 12.630 -46.300 18.240 1.00 0.00 MW H +ATOM 8190 H2 TIP3X1007 13.030 -47.480 17.380 1.00 0.00 MW H +ATOM 8191 OH2 TIP3X1008 -34.560 -35.740 31.450 1.00 0.00 MW O +ATOM 8192 H1 TIP3X1008 -34.690 -35.240 32.260 1.00 0.00 MW H +ATOM 8193 H2 TIP3X1008 -33.700 -35.460 31.140 1.00 0.00 MW H +ATOM 8194 OH2 TIP3X1009 -19.130 1.020 -40.480 1.00 0.00 MW O +ATOM 8195 H1 TIP3X1009 -19.970 1.320 -40.800 1.00 0.00 MW H +ATOM 8196 H2 TIP3X1009 -19.190 0.060 -40.480 1.00 0.00 MW H +ATOM 8197 OH2 TIP3X1010 -25.530 -21.770 -50.030 1.00 0.00 MW O +ATOM 8198 H1 TIP3X1010 -26.340 -21.490 -50.440 1.00 0.00 MW H +ATOM 8199 H2 TIP3X1010 -25.130 -20.960 -49.700 1.00 0.00 MW H +ATOM 8200 OH2 TIP3X1011 36.630 -32.000 -47.520 1.00 0.00 MW O +ATOM 8201 H1 TIP3X1011 36.300 -31.110 -47.400 1.00 0.00 MW H +ATOM 8202 H2 TIP3X1011 37.000 -32.020 -48.400 1.00 0.00 MW H +ATOM 8203 OH2 TIP3X1012 41.460 40.090 -11.150 1.00 0.00 MW O +ATOM 8204 H1 TIP3X1012 40.530 39.890 -11.230 1.00 0.00 MW H +ATOM 8205 H2 TIP3X1012 41.490 40.930 -10.700 1.00 0.00 MW H +ATOM 8206 OH2 TIP3X1013 47.680 31.100 21.480 1.00 0.00 MW O +ATOM 8207 H1 TIP3X1013 47.040 31.190 20.770 1.00 0.00 MW H +ATOM 8208 H2 TIP3X1013 48.220 30.350 21.230 1.00 0.00 MW H +ATOM 8209 OH2 TIP3X1014 37.620 -14.230 -15.640 1.00 0.00 MW O +ATOM 8210 H1 TIP3X1014 38.010 -14.030 -14.790 1.00 0.00 MW H +ATOM 8211 H2 TIP3X1014 38.170 -14.910 -16.010 1.00 0.00 MW H +ATOM 8212 OH2 TIP3X1015 12.890 -20.530 -44.350 1.00 0.00 MW O +ATOM 8213 H1 TIP3X1015 13.570 -21.010 -43.870 1.00 0.00 MW H +ATOM 8214 H2 TIP3X1015 12.420 -20.040 -43.680 1.00 0.00 MW H +ATOM 8215 OH2 TIP3X1016 -16.390 1.070 19.120 1.00 0.00 MW O +ATOM 8216 H1 TIP3X1016 -16.590 1.200 18.200 1.00 0.00 MW H +ATOM 8217 H2 TIP3X1016 -17.080 1.550 19.570 1.00 0.00 MW H +ATOM 8218 OH2 TIP3X1017 -26.290 4.020 34.580 1.00 0.00 MW O +ATOM 8219 H1 TIP3X1017 -26.280 4.630 35.330 1.00 0.00 MW H +ATOM 8220 H2 TIP3X1017 -25.820 3.250 34.900 1.00 0.00 MW H +ATOM 8221 OH2 TIP3X1018 16.980 -31.600 25.040 1.00 0.00 MW O +ATOM 8222 H1 TIP3X1018 17.370 -32.470 24.970 1.00 0.00 MW H +ATOM 8223 H2 TIP3X1018 16.780 -31.500 25.970 1.00 0.00 MW H +ATOM 8224 OH2 TIP3X1019 9.240 17.780 -28.280 1.00 0.00 MW O +ATOM 8225 H1 TIP3X1019 9.950 17.720 -27.640 1.00 0.00 MW H +ATOM 8226 H2 TIP3X1019 9.170 16.890 -28.640 1.00 0.00 MW H +ATOM 8227 OH2 TIP3X1020 -16.250 -5.100 19.800 1.00 0.00 MW O +ATOM 8228 H1 TIP3X1020 -16.050 -4.470 19.110 1.00 0.00 MW H +ATOM 8229 H2 TIP3X1020 -15.590 -5.780 19.700 1.00 0.00 MW H +ATOM 8230 OH2 TIP3X1021 28.800 -39.100 -45.750 1.00 0.00 MW O +ATOM 8231 H1 TIP3X1021 29.570 -39.240 -45.170 1.00 0.00 MW H +ATOM 8232 H2 TIP3X1021 28.050 -39.180 -45.160 1.00 0.00 MW H +ATOM 8233 OH2 TIP3X1022 -29.320 9.240 17.810 1.00 0.00 MW O +ATOM 8234 H1 TIP3X1022 -29.220 8.290 17.820 1.00 0.00 MW H +ATOM 8235 H2 TIP3X1022 -29.940 9.410 17.080 1.00 0.00 MW H +ATOM 8236 OH2 TIP3X1023 -17.460 32.450 23.300 1.00 0.00 MW O +ATOM 8237 H1 TIP3X1023 -17.000 32.310 24.120 1.00 0.00 MW H +ATOM 8238 H2 TIP3X1023 -18.370 32.600 23.550 1.00 0.00 MW H +ATOM 8239 OH2 TIP3X1024 -8.120 40.660 33.440 1.00 0.00 MW O +ATOM 8240 H1 TIP3X1024 -8.540 40.360 34.250 1.00 0.00 MW H +ATOM 8241 H2 TIP3X1024 -7.710 39.870 33.070 1.00 0.00 MW H +ATOM 8242 OH2 TIP3X1025 -24.230 43.830 -47.480 1.00 0.00 MW O +ATOM 8243 H1 TIP3X1025 -24.010 43.060 -46.950 1.00 0.00 MW H +ATOM 8244 H2 TIP3X1025 -25.190 43.810 -47.550 1.00 0.00 MW H +ATOM 8245 OH2 TIP3X1026 34.830 17.280 -27.290 1.00 0.00 MW O +ATOM 8246 H1 TIP3X1026 35.210 16.590 -26.760 1.00 0.00 MW H +ATOM 8247 H2 TIP3X1026 34.060 17.570 -26.810 1.00 0.00 MW H +ATOM 8248 OH2 TIP3X1027 17.620 8.720 -34.330 1.00 0.00 MW O +ATOM 8249 H1 TIP3X1027 17.770 9.620 -34.040 1.00 0.00 MW H +ATOM 8250 H2 TIP3X1027 18.250 8.200 -33.810 1.00 0.00 MW H +ATOM 8251 OH2 TIP3X1028 11.610 27.930 -12.760 1.00 0.00 MW O +ATOM 8252 H1 TIP3X1028 11.690 27.250 -13.430 1.00 0.00 MW H +ATOM 8253 H2 TIP3X1028 10.670 27.950 -12.560 1.00 0.00 MW H +ATOM 8254 OH2 TIP3X1029 2.140 39.350 30.930 1.00 0.00 MW O +ATOM 8255 H1 TIP3X1029 2.000 38.580 30.380 1.00 0.00 MW H +ATOM 8256 H2 TIP3X1029 2.100 40.080 30.320 1.00 0.00 MW H +ATOM 8257 OH2 TIP3X1030 -34.830 -27.450 -35.530 1.00 0.00 MW O +ATOM 8258 H1 TIP3X1030 -35.100 -27.670 -34.640 1.00 0.00 MW H +ATOM 8259 H2 TIP3X1030 -35.200 -28.150 -36.070 1.00 0.00 MW H +ATOM 8260 OH2 TIP3X1031 -3.290 12.360 35.320 1.00 0.00 MW O +ATOM 8261 H1 TIP3X1031 -2.560 12.160 35.920 1.00 0.00 MW H +ATOM 8262 H2 TIP3X1031 -4.050 11.930 35.720 1.00 0.00 MW H +ATOM 8263 OH2 TIP3X1032 -10.720 36.190 26.530 1.00 0.00 MW O +ATOM 8264 H1 TIP3X1032 -10.060 35.820 27.120 1.00 0.00 MW H +ATOM 8265 H2 TIP3X1032 -10.520 35.790 25.680 1.00 0.00 MW H +ATOM 8266 OH2 TIP3X1033 -25.210 -23.990 39.190 1.00 0.00 MW O +ATOM 8267 H1 TIP3X1033 -24.550 -23.500 38.700 1.00 0.00 MW H +ATOM 8268 H2 TIP3X1033 -25.630 -23.340 39.740 1.00 0.00 MW H +ATOM 8269 OH2 TIP3X1034 45.890 20.410 -16.450 1.00 0.00 MW O +ATOM 8270 H1 TIP3X1034 45.130 19.850 -16.290 1.00 0.00 MW H +ATOM 8271 H2 TIP3X1034 45.540 21.160 -16.930 1.00 0.00 MW H +ATOM 8272 OH2 TIP3X1035 -9.780 40.700 -19.070 1.00 0.00 MW O +ATOM 8273 H1 TIP3X1035 -8.920 40.450 -19.430 1.00 0.00 MW H +ATOM 8274 H2 TIP3X1035 -9.700 40.530 -18.120 1.00 0.00 MW H +ATOM 8275 OH2 TIP3X1036 -1.160 33.450 24.400 1.00 0.00 MW O +ATOM 8276 H1 TIP3X1036 -1.020 32.760 25.040 1.00 0.00 MW H +ATOM 8277 H2 TIP3X1036 -0.300 33.590 24.000 1.00 0.00 MW H +ATOM 8278 OH2 TIP3X1037 40.850 -13.100 -43.070 1.00 0.00 MW O +ATOM 8279 H1 TIP3X1037 40.060 -13.650 -43.000 1.00 0.00 MW H +ATOM 8280 H2 TIP3X1037 41.320 -13.460 -43.830 1.00 0.00 MW H +ATOM 8281 OH2 TIP3X1038 -28.250 40.120 21.020 1.00 0.00 MW O +ATOM 8282 H1 TIP3X1038 -27.620 39.880 20.340 1.00 0.00 MW H +ATOM 8283 H2 TIP3X1038 -27.710 40.490 21.720 1.00 0.00 MW H +ATOM 8284 OH2 TIP3X1039 -17.960 -21.960 35.840 1.00 0.00 MW O +ATOM 8285 H1 TIP3X1039 -18.520 -22.120 35.080 1.00 0.00 MW H +ATOM 8286 H2 TIP3X1039 -17.070 -22.020 35.500 1.00 0.00 MW H +ATOM 8287 OH2 TIP3X1040 -2.600 7.180 -32.210 1.00 0.00 MW O +ATOM 8288 H1 TIP3X1040 -3.510 6.940 -32.370 1.00 0.00 MW H +ATOM 8289 H2 TIP3X1040 -2.110 6.360 -32.300 1.00 0.00 MW H +ATOM 8290 OH2 TIP3X1041 28.630 -49.330 19.080 1.00 0.00 MW O +ATOM 8291 H1 TIP3X1041 28.170 -49.090 18.280 1.00 0.00 MW H +ATOM 8292 H2 TIP3X1041 28.790 -48.500 19.520 1.00 0.00 MW H +ATOM 8293 OH2 TIP3X1042 14.320 -45.030 19.040 1.00 0.00 MW O +ATOM 8294 H1 TIP3X1042 14.960 -45.590 19.470 1.00 0.00 MW H +ATOM 8295 H2 TIP3X1042 14.800 -44.670 18.290 1.00 0.00 MW H +ATOM 8296 OH2 TIP3X1043 46.250 -28.740 -17.250 1.00 0.00 MW O +ATOM 8297 H1 TIP3X1043 47.050 -28.390 -17.630 1.00 0.00 MW H +ATOM 8298 H2 TIP3X1043 45.580 -28.080 -17.430 1.00 0.00 MW H +ATOM 8299 OH2 TIP3X1044 32.470 -36.610 32.260 1.00 0.00 MW O +ATOM 8300 H1 TIP3X1044 32.720 -35.920 32.870 1.00 0.00 MW H +ATOM 8301 H2 TIP3X1044 31.520 -36.720 32.390 1.00 0.00 MW H +ATOM 8302 OH2 TIP3X1045 -11.600 40.640 -26.850 1.00 0.00 MW O +ATOM 8303 H1 TIP3X1045 -12.490 40.330 -26.690 1.00 0.00 MW H +ATOM 8304 H2 TIP3X1045 -11.040 39.950 -26.490 1.00 0.00 MW H +ATOM 8305 OH2 TIP3X1046 27.110 -17.700 -44.120 1.00 0.00 MW O +ATOM 8306 H1 TIP3X1046 27.470 -18.290 -44.780 1.00 0.00 MW H +ATOM 8307 H2 TIP3X1046 27.860 -17.430 -43.590 1.00 0.00 MW H +ATOM 8308 OH2 TIP3X1047 19.230 25.060 28.740 1.00 0.00 MW O +ATOM 8309 H1 TIP3X1047 18.380 25.270 29.130 1.00 0.00 MW H +ATOM 8310 H2 TIP3X1047 19.800 24.920 29.500 1.00 0.00 MW H +ATOM 8311 OH2 TIP3X1048 -34.670 20.220 -34.500 1.00 0.00 MW O +ATOM 8312 H1 TIP3X1048 -35.440 19.720 -34.250 1.00 0.00 MW H +ATOM 8313 H2 TIP3X1048 -33.990 19.560 -34.660 1.00 0.00 MW H +ATOM 8314 OH2 TIP3X1049 36.110 -19.540 -14.630 1.00 0.00 MW O +ATOM 8315 H1 TIP3X1049 35.660 -19.630 -15.470 1.00 0.00 MW H +ATOM 8316 H2 TIP3X1049 35.690 -20.190 -14.060 1.00 0.00 MW H +ATOM 8317 OH2 TIP3X1050 47.800 31.150 34.890 1.00 0.00 MW O +ATOM 8318 H1 TIP3X1050 48.370 31.670 34.310 1.00 0.00 MW H +ATOM 8319 H2 TIP3X1050 47.010 31.010 34.380 1.00 0.00 MW H +ATOM 8320 OH2 TIP3X1051 37.000 21.150 32.310 1.00 0.00 MW O +ATOM 8321 H1 TIP3X1051 36.190 21.020 32.810 1.00 0.00 MW H +ATOM 8322 H2 TIP3X1051 37.600 21.550 32.930 1.00 0.00 MW H +ATOM 8323 OH2 TIP3X1052 -29.680 -3.310 -8.340 1.00 0.00 MW O +ATOM 8324 H1 TIP3X1052 -30.300 -2.590 -8.470 1.00 0.00 MW H +ATOM 8325 H2 TIP3X1052 -29.210 -3.390 -9.170 1.00 0.00 MW H +ATOM 8326 OH2 TIP3X1053 18.320 20.010 -37.520 1.00 0.00 MW O +ATOM 8327 H1 TIP3X1053 18.500 20.920 -37.270 1.00 0.00 MW H +ATOM 8328 H2 TIP3X1053 17.360 19.970 -37.580 1.00 0.00 MW H +ATOM 8329 OH2 TIP3X1054 2.190 22.290 -36.870 1.00 0.00 MW O +ATOM 8330 H1 TIP3X1054 1.460 22.210 -36.260 1.00 0.00 MW H +ATOM 8331 H2 TIP3X1054 1.830 22.770 -37.610 1.00 0.00 MW H +ATOM 8332 OH2 TIP3X1055 -41.490 20.270 -18.330 1.00 0.00 MW O +ATOM 8333 H1 TIP3X1055 -42.180 20.820 -18.690 1.00 0.00 MW H +ATOM 8334 H2 TIP3X1055 -41.690 19.390 -18.650 1.00 0.00 MW H +ATOM 8335 OH2 TIP3X1056 -5.400 -39.720 14.270 1.00 0.00 MW O +ATOM 8336 H1 TIP3X1056 -5.100 -39.480 15.140 1.00 0.00 MW H +ATOM 8337 H2 TIP3X1056 -5.820 -40.580 14.390 1.00 0.00 MW H +ATOM 8338 OH2 TIP3X1057 -37.530 -19.380 28.760 1.00 0.00 MW O +ATOM 8339 H1 TIP3X1057 -37.640 -18.440 28.700 1.00 0.00 MW H +ATOM 8340 H2 TIP3X1057 -37.780 -19.590 29.670 1.00 0.00 MW H +ATOM 8341 OH2 TIP3X1058 43.440 37.250 -16.580 1.00 0.00 MW O +ATOM 8342 H1 TIP3X1058 43.750 37.140 -17.480 1.00 0.00 MW H +ATOM 8343 H2 TIP3X1058 42.500 37.390 -16.670 1.00 0.00 MW H +ATOM 8344 OH2 TIP3X1059 27.430 18.250 -30.420 1.00 0.00 MW O +ATOM 8345 H1 TIP3X1059 27.480 18.740 -31.240 1.00 0.00 MW H +ATOM 8346 H2 TIP3X1059 26.500 18.210 -30.210 1.00 0.00 MW H +ATOM 8347 OH2 TIP3X1060 -21.230 27.900 29.860 1.00 0.00 MW O +ATOM 8348 H1 TIP3X1060 -20.990 27.110 29.380 1.00 0.00 MW H +ATOM 8349 H2 TIP3X1060 -20.410 28.160 30.300 1.00 0.00 MW H +ATOM 8350 OH2 TIP3X1061 36.260 -23.230 -29.240 1.00 0.00 MW O +ATOM 8351 H1 TIP3X1061 35.670 -23.080 -29.980 1.00 0.00 MW H +ATOM 8352 H2 TIP3X1061 36.120 -24.150 -29.020 1.00 0.00 MW H +ATOM 8353 OH2 TIP3X1062 -30.880 -25.100 -17.360 1.00 0.00 MW O +ATOM 8354 H1 TIP3X1062 -30.810 -25.870 -17.920 1.00 0.00 MW H +ATOM 8355 H2 TIP3X1062 -29.980 -24.930 -17.070 1.00 0.00 MW H +ATOM 8356 OH2 TIP3X1063 43.830 -6.020 22.590 1.00 0.00 MW O +ATOM 8357 H1 TIP3X1063 44.410 -6.070 23.350 1.00 0.00 MW H +ATOM 8358 H2 TIP3X1063 42.950 -6.030 22.950 1.00 0.00 MW H +ATOM 8359 OH2 TIP3X1064 -15.250 -34.400 -19.600 1.00 0.00 MW O +ATOM 8360 H1 TIP3X1064 -14.380 -34.690 -19.850 1.00 0.00 MW H +ATOM 8361 H2 TIP3X1064 -15.810 -34.670 -20.320 1.00 0.00 MW H +ATOM 8362 OH2 TIP3X1065 24.910 -11.830 37.730 1.00 0.00 MW O +ATOM 8363 H1 TIP3X1065 25.600 -12.440 37.980 1.00 0.00 MW H +ATOM 8364 H2 TIP3X1065 25.120 -11.020 38.200 1.00 0.00 MW H +ATOM 8365 OH2 TIP3X1066 -1.720 22.430 -40.150 1.00 0.00 MW O +ATOM 8366 H1 TIP3X1066 -2.190 23.150 -40.580 1.00 0.00 MW H +ATOM 8367 H2 TIP3X1066 -1.150 22.860 -39.530 1.00 0.00 MW H +ATOM 8368 OH2 TIP3X1067 -42.440 -37.810 38.770 1.00 0.00 MW O +ATOM 8369 H1 TIP3X1067 -42.440 -37.610 39.710 1.00 0.00 MW H +ATOM 8370 H2 TIP3X1067 -42.720 -37.010 38.340 1.00 0.00 MW H +ATOM 8371 OH2 TIP3X1068 -1.500 16.760 -25.130 1.00 0.00 MW O +ATOM 8372 H1 TIP3X1068 -2.040 17.500 -24.870 1.00 0.00 MW H +ATOM 8373 H2 TIP3X1068 -1.650 16.660 -26.070 1.00 0.00 MW H +ATOM 8374 OH2 TIP3X1069 34.510 20.340 27.160 1.00 0.00 MW O +ATOM 8375 H1 TIP3X1069 34.510 19.450 26.780 1.00 0.00 MW H +ATOM 8376 H2 TIP3X1069 35.170 20.810 26.640 1.00 0.00 MW H +ATOM 8377 OH2 TIP3X1070 44.710 4.160 -47.150 1.00 0.00 MW O +ATOM 8378 H1 TIP3X1070 45.150 4.290 -46.310 1.00 0.00 MW H +ATOM 8379 H2 TIP3X1070 44.420 5.040 -47.410 1.00 0.00 MW H +ATOM 8380 OH2 TIP3X1071 -43.690 -47.520 -43.950 1.00 0.00 MW O +ATOM 8381 H1 TIP3X1071 -43.670 -46.710 -43.440 1.00 0.00 MW H +ATOM 8382 H2 TIP3X1071 -43.690 -47.220 -44.860 1.00 0.00 MW H +ATOM 8383 OH2 TIP3X1072 36.160 8.350 -37.240 1.00 0.00 MW O +ATOM 8384 H1 TIP3X1072 36.880 8.690 -37.760 1.00 0.00 MW H +ATOM 8385 H2 TIP3X1072 36.570 7.820 -36.560 1.00 0.00 MW H +ATOM 8386 OH2 TIP3X1073 3.410 13.580 30.860 1.00 0.00 MW O +ATOM 8387 H1 TIP3X1073 3.740 13.410 31.740 1.00 0.00 MW H +ATOM 8388 H2 TIP3X1073 3.940 14.300 30.540 1.00 0.00 MW H +ATOM 8389 OH2 TIP3X1074 -14.480 -15.030 31.010 1.00 0.00 MW O +ATOM 8390 H1 TIP3X1074 -13.760 -14.890 31.610 1.00 0.00 MW H +ATOM 8391 H2 TIP3X1074 -14.060 -15.310 30.190 1.00 0.00 MW H +ATOM 8392 OH2 TIP3X1075 -28.400 3.930 -25.310 1.00 0.00 MW O +ATOM 8393 H1 TIP3X1075 -28.390 4.740 -24.800 1.00 0.00 MW H +ATOM 8394 H2 TIP3X1075 -29.340 3.790 -25.510 1.00 0.00 MW H +ATOM 8395 OH2 TIP3X1076 -42.350 -6.090 -47.380 1.00 0.00 MW O +ATOM 8396 H1 TIP3X1076 -42.280 -6.370 -46.470 1.00 0.00 MW H +ATOM 8397 H2 TIP3X1076 -41.550 -5.610 -47.560 1.00 0.00 MW H +ATOM 8398 OH2 TIP3X1077 34.120 1.120 36.560 1.00 0.00 MW O +ATOM 8399 H1 TIP3X1077 33.440 1.670 36.170 1.00 0.00 MW H +ATOM 8400 H2 TIP3X1077 34.820 1.730 36.820 1.00 0.00 MW H +ATOM 8401 OH2 TIP3X1078 44.270 -45.830 -28.210 1.00 0.00 MW O +ATOM 8402 H1 TIP3X1078 43.580 -45.370 -28.680 1.00 0.00 MW H +ATOM 8403 H2 TIP3X1078 44.580 -46.500 -28.830 1.00 0.00 MW H +ATOM 8404 OH2 TIP3X1079 -0.940 -5.110 -48.390 1.00 0.00 MW O +ATOM 8405 H1 TIP3X1079 0.020 -5.150 -48.460 1.00 0.00 MW H +ATOM 8406 H2 TIP3X1079 -1.150 -4.180 -48.430 1.00 0.00 MW H +ATOM 8407 OH2 TIP3X1080 40.230 1.280 27.040 1.00 0.00 MW O +ATOM 8408 H1 TIP3X1080 39.410 0.890 26.740 1.00 0.00 MW H +ATOM 8409 H2 TIP3X1080 40.090 1.450 27.970 1.00 0.00 MW H +ATOM 8410 OH2 TIP3X1081 -43.380 -7.620 -36.230 1.00 0.00 MW O +ATOM 8411 H1 TIP3X1081 -42.910 -6.790 -36.180 1.00 0.00 MW H +ATOM 8412 H2 TIP3X1081 -42.960 -8.170 -35.570 1.00 0.00 MW H +ATOM 8413 OH2 TIP3X1082 -5.150 -37.280 -37.160 1.00 0.00 MW O +ATOM 8414 H1 TIP3X1082 -5.020 -36.440 -37.610 1.00 0.00 MW H +ATOM 8415 H2 TIP3X1082 -6.010 -37.190 -36.740 1.00 0.00 MW H +ATOM 8416 OH2 TIP3X1083 16.070 -38.730 -33.550 1.00 0.00 MW O +ATOM 8417 H1 TIP3X1083 16.020 -37.960 -34.110 1.00 0.00 MW H +ATOM 8418 H2 TIP3X1083 16.590 -38.440 -32.800 1.00 0.00 MW H +ATOM 8419 OH2 TIP3X1084 -17.360 14.150 -49.260 1.00 0.00 MW O +ATOM 8420 H1 TIP3X1084 -18.000 14.560 -48.670 1.00 0.00 MW H +ATOM 8421 H2 TIP3X1084 -16.580 14.030 -48.710 1.00 0.00 MW H +ATOM 8422 OH2 TIP3X1085 -8.490 15.700 31.090 1.00 0.00 MW O +ATOM 8423 H1 TIP3X1085 -9.150 15.790 31.770 1.00 0.00 MW H +ATOM 8424 H2 TIP3X1085 -8.320 14.760 31.040 1.00 0.00 MW H +ATOM 8425 OH2 TIP3X1086 -30.110 25.530 -44.200 1.00 0.00 MW O +ATOM 8426 H1 TIP3X1086 -29.780 25.250 -43.340 1.00 0.00 MW H +ATOM 8427 H2 TIP3X1086 -30.980 25.880 -44.030 1.00 0.00 MW H +ATOM 8428 OH2 TIP3X1087 -6.660 36.890 32.700 1.00 0.00 MW O +ATOM 8429 H1 TIP3X1087 -7.580 36.820 32.430 1.00 0.00 MW H +ATOM 8430 H2 TIP3X1087 -6.500 36.110 33.240 1.00 0.00 MW H +ATOM 8431 OH2 TIP3X1088 -10.650 -13.440 23.530 1.00 0.00 MW O +ATOM 8432 H1 TIP3X1088 -10.580 -14.390 23.600 1.00 0.00 MW H +ATOM 8433 H2 TIP3X1088 -11.410 -13.290 22.970 1.00 0.00 MW H +ATOM 8434 OH2 TIP3X1089 12.300 -13.980 -44.350 1.00 0.00 MW O +ATOM 8435 H1 TIP3X1089 13.260 -14.000 -44.320 1.00 0.00 MW H +ATOM 8436 H2 TIP3X1089 12.080 -14.480 -45.140 1.00 0.00 MW H +ATOM 8437 OH2 TIP3X1090 -35.400 21.680 -38.410 1.00 0.00 MW O +ATOM 8438 H1 TIP3X1090 -35.280 21.950 -37.500 1.00 0.00 MW H +ATOM 8439 H2 TIP3X1090 -36.180 22.160 -38.700 1.00 0.00 MW H +ATOM 8440 OH2 TIP3X1091 41.570 1.660 -46.110 1.00 0.00 MW O +ATOM 8441 H1 TIP3X1091 42.380 1.600 -46.590 1.00 0.00 MW H +ATOM 8442 H2 TIP3X1091 41.820 1.970 -45.240 1.00 0.00 MW H +ATOM 8443 OH2 TIP3X1092 -23.520 -5.270 -38.430 1.00 0.00 MW O +ATOM 8444 H1 TIP3X1092 -23.200 -4.370 -38.420 1.00 0.00 MW H +ATOM 8445 H2 TIP3X1092 -23.120 -5.660 -39.200 1.00 0.00 MW H +ATOM 8446 OH2 TIP3X1093 47.900 14.030 -32.770 1.00 0.00 MW O +ATOM 8447 H1 TIP3X1093 47.560 13.760 -33.620 1.00 0.00 MW H +ATOM 8448 H2 TIP3X1093 47.130 14.140 -32.220 1.00 0.00 MW H +ATOM 8449 OH2 TIP3X1094 8.190 -6.960 38.680 1.00 0.00 MW O +ATOM 8450 H1 TIP3X1094 8.170 -7.510 39.460 1.00 0.00 MW H +ATOM 8451 H2 TIP3X1094 9.060 -7.110 38.300 1.00 0.00 MW H +ATOM 8452 OH2 TIP3X1095 -21.580 28.730 -14.420 1.00 0.00 MW O +ATOM 8453 H1 TIP3X1095 -22.460 28.410 -14.190 1.00 0.00 MW H +ATOM 8454 H2 TIP3X1095 -21.350 28.250 -15.210 1.00 0.00 MW H +ATOM 8455 OH2 TIP3X1096 -31.810 40.090 24.010 1.00 0.00 MW O +ATOM 8456 H1 TIP3X1096 -31.200 39.560 23.500 1.00 0.00 MW H +ATOM 8457 H2 TIP3X1096 -31.490 40.990 23.920 1.00 0.00 MW H +ATOM 8458 OH2 TIP3X1097 -4.500 -9.800 -31.280 1.00 0.00 MW O +ATOM 8459 H1 TIP3X1097 -3.550 -9.750 -31.340 1.00 0.00 MW H +ATOM 8460 H2 TIP3X1097 -4.810 -9.440 -32.110 1.00 0.00 MW H +ATOM 8461 OH2 TIP3X1098 -32.120 -36.740 -43.700 1.00 0.00 MW O +ATOM 8462 H1 TIP3X1098 -32.620 -36.260 -44.370 1.00 0.00 MW H +ATOM 8463 H2 TIP3X1098 -32.510 -36.450 -42.870 1.00 0.00 MW H +ATOM 8464 OH2 TIP3X1099 23.540 -14.730 30.710 1.00 0.00 MW O +ATOM 8465 H1 TIP3X1099 23.570 -14.330 29.840 1.00 0.00 MW H +ATOM 8466 H2 TIP3X1099 23.430 -14.010 31.320 1.00 0.00 MW H +ATOM 8467 OH2 TIP3X1100 -32.370 14.690 -31.560 1.00 0.00 MW O +ATOM 8468 H1 TIP3X1100 -32.560 15.370 -30.920 1.00 0.00 MW H +ATOM 8469 H2 TIP3X1100 -32.740 13.890 -31.160 1.00 0.00 MW H +ATOM 8470 OH2 TIP3X1101 -28.250 -15.780 -44.330 1.00 0.00 MW O +ATOM 8471 H1 TIP3X1101 -28.500 -15.040 -43.770 1.00 0.00 MW H +ATOM 8472 H2 TIP3X1101 -28.700 -16.540 -43.930 1.00 0.00 MW H +ATOM 8473 OH2 TIP3X1102 -41.430 -48.820 27.780 1.00 0.00 MW O +ATOM 8474 H1 TIP3X1102 -40.570 -49.200 28.000 1.00 0.00 MW H +ATOM 8475 H2 TIP3X1102 -41.820 -49.450 27.180 1.00 0.00 MW H +ATOM 8476 OH2 TIP3X1103 35.130 15.930 -29.980 1.00 0.00 MW O +ATOM 8477 H1 TIP3X1103 34.900 16.250 -29.100 1.00 0.00 MW H +ATOM 8478 H2 TIP3X1103 34.750 15.050 -30.030 1.00 0.00 MW H +ATOM 8479 OH2 TIP3X1104 -40.810 4.350 29.280 1.00 0.00 MW O +ATOM 8480 H1 TIP3X1104 -41.200 3.480 29.250 1.00 0.00 MW H +ATOM 8481 H2 TIP3X1104 -41.130 4.790 28.500 1.00 0.00 MW H +ATOM 8482 OH2 TIP3X1105 47.760 -3.720 36.520 1.00 0.00 MW O +ATOM 8483 H1 TIP3X1105 47.800 -2.790 36.300 1.00 0.00 MW H +ATOM 8484 H2 TIP3X1105 48.310 -3.810 37.290 1.00 0.00 MW H +ATOM 8485 OH2 TIP3X1106 -43.010 12.630 -44.790 1.00 0.00 MW O +ATOM 8486 H1 TIP3X1106 -42.920 11.700 -44.970 1.00 0.00 MW H +ATOM 8487 H2 TIP3X1106 -43.740 12.910 -45.350 1.00 0.00 MW H +ATOM 8488 OH2 TIP3X1107 -9.960 -16.280 -26.080 1.00 0.00 MW O +ATOM 8489 H1 TIP3X1107 -10.670 -16.040 -25.480 1.00 0.00 MW H +ATOM 8490 H2 TIP3X1107 -9.220 -15.750 -25.780 1.00 0.00 MW H +ATOM 8491 OH2 TIP3X1108 -0.730 -25.050 -29.340 1.00 0.00 MW O +ATOM 8492 H1 TIP3X1108 -0.240 -25.870 -29.490 1.00 0.00 MW H +ATOM 8493 H2 TIP3X1108 -0.370 -24.700 -28.520 1.00 0.00 MW H +ATOM 8494 OH2 TIP3X1109 -2.450 -20.260 -50.670 1.00 0.00 MW O +ATOM 8495 H1 TIP3X1109 -2.420 -20.200 -49.720 1.00 0.00 MW H +ATOM 8496 H2 TIP3X1109 -3.260 -19.830 -50.930 1.00 0.00 MW H +ATOM 8497 OH2 TIP3X1110 -9.400 -28.010 -36.020 1.00 0.00 MW O +ATOM 8498 H1 TIP3X1110 -9.860 -28.700 -36.520 1.00 0.00 MW H +ATOM 8499 H2 TIP3X1110 -8.540 -28.380 -35.840 1.00 0.00 MW H +ATOM 8500 OH2 TIP3X1111 44.220 -33.690 31.670 1.00 0.00 MW O +ATOM 8501 H1 TIP3X1111 43.710 -33.620 32.490 1.00 0.00 MW H +ATOM 8502 H2 TIP3X1111 43.970 -32.910 31.160 1.00 0.00 MW H +ATOM 8503 OH2 TIP3X1112 5.750 -20.480 -45.530 1.00 0.00 MW O +ATOM 8504 H1 TIP3X1112 5.490 -19.810 -44.890 1.00 0.00 MW H +ATOM 8505 H2 TIP3X1112 5.030 -20.510 -46.160 1.00 0.00 MW H +ATOM 8506 OH2 TIP3X1113 -19.780 -23.250 -48.780 1.00 0.00 MW O +ATOM 8507 H1 TIP3X1113 -20.350 -22.490 -48.920 1.00 0.00 MW H +ATOM 8508 H2 TIP3X1113 -20.090 -23.650 -47.980 1.00 0.00 MW H +ATOM 8509 OH2 TIP3X1114 -14.300 27.400 -41.820 1.00 0.00 MW O +ATOM 8510 H1 TIP3X1114 -14.190 27.030 -42.700 1.00 0.00 MW H +ATOM 8511 H2 TIP3X1114 -14.840 26.760 -41.350 1.00 0.00 MW H +ATOM 8512 OH2 TIP3X1115 -22.670 1.140 23.710 1.00 0.00 MW O +ATOM 8513 H1 TIP3X1115 -22.060 0.810 23.050 1.00 0.00 MW H +ATOM 8514 H2 TIP3X1115 -23.140 1.860 23.270 1.00 0.00 MW H +ATOM 8515 OH2 TIP3X1116 41.770 40.320 -16.630 1.00 0.00 MW O +ATOM 8516 H1 TIP3X1116 41.440 39.440 -16.770 1.00 0.00 MW H +ATOM 8517 H2 TIP3X1116 41.920 40.370 -15.680 1.00 0.00 MW H +ATOM 8518 OH2 TIP3X1117 -5.800 -22.000 36.840 1.00 0.00 MW O +ATOM 8519 H1 TIP3X1117 -5.000 -22.410 37.160 1.00 0.00 MW H +ATOM 8520 H2 TIP3X1117 -6.500 -22.340 37.400 1.00 0.00 MW H +ATOM 8521 OH2 TIP3X1118 -21.460 -37.900 10.040 1.00 0.00 MW O +ATOM 8522 H1 TIP3X1118 -21.130 -38.680 9.600 1.00 0.00 MW H +ATOM 8523 H2 TIP3X1118 -21.260 -38.040 10.960 1.00 0.00 MW H +ATOM 8524 OH2 TIP3X1119 20.540 1.090 29.030 1.00 0.00 MW O +ATOM 8525 H1 TIP3X1119 21.480 1.080 28.810 1.00 0.00 MW H +ATOM 8526 H2 TIP3X1119 20.490 1.590 29.840 1.00 0.00 MW H +ATOM 8527 OH2 TIP3X1120 -39.260 -4.710 -10.280 1.00 0.00 MW O +ATOM 8528 H1 TIP3X1120 -38.650 -4.830 -11.000 1.00 0.00 MW H +ATOM 8529 H2 TIP3X1120 -38.980 -3.900 -9.860 1.00 0.00 MW H +ATOM 8530 OH2 TIP3X1121 4.080 26.380 -36.130 1.00 0.00 MW O +ATOM 8531 H1 TIP3X1121 3.980 25.430 -36.060 1.00 0.00 MW H +ATOM 8532 H2 TIP3X1121 4.970 26.540 -35.820 1.00 0.00 MW H +ATOM 8533 OH2 TIP3X1122 4.970 -7.690 22.860 1.00 0.00 MW O +ATOM 8534 H1 TIP3X1122 4.480 -8.350 23.360 1.00 0.00 MW H +ATOM 8535 H2 TIP3X1122 5.070 -8.060 21.990 1.00 0.00 MW H +ATOM 8536 OH2 TIP3X1123 41.300 26.300 16.210 1.00 0.00 MW O +ATOM 8537 H1 TIP3X1123 40.360 26.290 16.440 1.00 0.00 MW H +ATOM 8538 H2 TIP3X1123 41.720 25.810 16.910 1.00 0.00 MW H +ATOM 8539 OH2 TIP3X1124 29.780 -10.320 -30.850 1.00 0.00 MW O +ATOM 8540 H1 TIP3X1124 29.250 -10.930 -31.380 1.00 0.00 MW H +ATOM 8541 H2 TIP3X1124 30.640 -10.330 -31.260 1.00 0.00 MW H +ATOM 8542 OH2 TIP3X1125 -39.840 37.460 -25.980 1.00 0.00 MW O +ATOM 8543 H1 TIP3X1125 -40.380 37.790 -25.260 1.00 0.00 MW H +ATOM 8544 H2 TIP3X1125 -39.670 38.230 -26.520 1.00 0.00 MW H +ATOM 8545 OH2 TIP3X1126 -24.510 -35.930 -34.540 1.00 0.00 MW O +ATOM 8546 H1 TIP3X1126 -25.030 -36.640 -34.160 1.00 0.00 MW H +ATOM 8547 H2 TIP3X1126 -24.450 -36.140 -35.470 1.00 0.00 MW H +ATOM 8548 OH2 TIP3X1127 40.430 27.930 -31.600 1.00 0.00 MW O +ATOM 8549 H1 TIP3X1127 39.870 27.440 -32.200 1.00 0.00 MW H +ATOM 8550 H2 TIP3X1127 40.750 27.280 -30.980 1.00 0.00 MW H +ATOM 8551 OH2 TIP3X1128 21.470 -50.890 12.350 1.00 0.00 MW O +ATOM 8552 H1 TIP3X1128 21.770 -49.980 12.420 1.00 0.00 MW H +ATOM 8553 H2 TIP3X1128 22.060 -51.370 12.940 1.00 0.00 MW H +ATOM 8554 OH2 TIP3X1129 12.830 0.440 -34.710 1.00 0.00 MW O +ATOM 8555 H1 TIP3X1129 12.160 1.100 -34.890 1.00 0.00 MW H +ATOM 8556 H2 TIP3X1129 13.110 0.150 -35.570 1.00 0.00 MW H +ATOM 8557 OH2 TIP3X1130 43.470 1.190 -21.180 1.00 0.00 MW O +ATOM 8558 H1 TIP3X1130 44.080 0.530 -21.530 1.00 0.00 MW H +ATOM 8559 H2 TIP3X1130 42.790 1.270 -21.840 1.00 0.00 MW H +ATOM 8560 OH2 TIP3X1131 -24.140 2.190 30.180 1.00 0.00 MW O +ATOM 8561 H1 TIP3X1131 -24.280 3.130 30.030 1.00 0.00 MW H +ATOM 8562 H2 TIP3X1131 -24.030 2.110 31.120 1.00 0.00 MW H +ATOM 8563 OH2 TIP3X1132 23.810 -11.810 24.420 1.00 0.00 MW O +ATOM 8564 H1 TIP3X1132 22.940 -11.620 24.070 1.00 0.00 MW H +ATOM 8565 H2 TIP3X1132 24.160 -12.480 23.820 1.00 0.00 MW H +ATOM 8566 OH2 TIP3X1133 4.520 -42.870 -36.280 1.00 0.00 MW O +ATOM 8567 H1 TIP3X1133 5.160 -42.240 -35.950 1.00 0.00 MW H +ATOM 8568 H2 TIP3X1133 4.790 -43.710 -35.880 1.00 0.00 MW H +ATOM 8569 OH2 TIP3X1134 -14.070 17.170 -42.980 1.00 0.00 MW O +ATOM 8570 H1 TIP3X1134 -14.060 16.290 -43.340 1.00 0.00 MW H +ATOM 8571 H2 TIP3X1134 -14.060 17.740 -43.750 1.00 0.00 MW H +ATOM 8572 OH2 TIP3X1135 -38.950 -27.030 25.460 1.00 0.00 MW O +ATOM 8573 H1 TIP3X1135 -38.110 -26.960 25.000 1.00 0.00 MW H +ATOM 8574 H2 TIP3X1135 -39.080 -26.180 25.870 1.00 0.00 MW H +ATOM 8575 OH2 TIP3X1136 -24.750 -7.170 -22.780 1.00 0.00 MW O +ATOM 8576 H1 TIP3X1136 -24.290 -7.570 -22.050 1.00 0.00 MW H +ATOM 8577 H2 TIP3X1136 -24.080 -7.090 -23.460 1.00 0.00 MW H +ATOM 8578 OH2 TIP3X1137 23.200 -36.050 -30.660 1.00 0.00 MW O +ATOM 8579 H1 TIP3X1137 22.360 -35.920 -30.210 1.00 0.00 MW H +ATOM 8580 H2 TIP3X1137 23.730 -36.530 -30.030 1.00 0.00 MW H +ATOM 8581 OH2 TIP3X1138 21.380 -42.780 15.110 1.00 0.00 MW O +ATOM 8582 H1 TIP3X1138 22.170 -42.790 15.650 1.00 0.00 MW H +ATOM 8583 H2 TIP3X1138 21.080 -43.690 15.100 1.00 0.00 MW H +ATOM 8584 OH2 TIP3X1139 -38.710 -17.390 -44.040 1.00 0.00 MW O +ATOM 8585 H1 TIP3X1139 -38.780 -17.910 -44.840 1.00 0.00 MW H +ATOM 8586 H2 TIP3X1139 -37.890 -17.670 -43.630 1.00 0.00 MW H +ATOM 8587 OH2 TIP3X1140 -36.410 29.340 15.150 1.00 0.00 MW O +ATOM 8588 H1 TIP3X1140 -37.110 28.960 15.680 1.00 0.00 MW H +ATOM 8589 H2 TIP3X1140 -36.850 30.010 14.630 1.00 0.00 MW H +ATOM 8590 OH2 TIP3X1141 1.810 -7.460 -35.710 1.00 0.00 MW O +ATOM 8591 H1 TIP3X1141 2.430 -7.930 -35.170 1.00 0.00 MW H +ATOM 8592 H2 TIP3X1141 1.220 -7.040 -35.100 1.00 0.00 MW H +ATOM 8593 OH2 TIP3X1142 29.720 -35.340 19.790 1.00 0.00 MW O +ATOM 8594 H1 TIP3X1142 29.860 -34.750 19.040 1.00 0.00 MW H +ATOM 8595 H2 TIP3X1142 30.580 -35.410 20.190 1.00 0.00 MW H +ATOM 8596 OH2 TIP3X1143 -24.010 17.030 -18.550 1.00 0.00 MW O +ATOM 8597 H1 TIP3X1143 -24.110 16.310 -17.930 1.00 0.00 MW H +ATOM 8598 H2 TIP3X1143 -23.110 17.330 -18.440 1.00 0.00 MW H +ATOM 8599 OH2 TIP3X1144 -1.950 -13.720 -30.320 1.00 0.00 MW O +ATOM 8600 H1 TIP3X1144 -1.060 -13.450 -30.120 1.00 0.00 MW H +ATOM 8601 H2 TIP3X1144 -1.910 -14.110 -31.180 1.00 0.00 MW H +ATOM 8602 OH2 TIP3X1145 -32.520 28.040 28.960 1.00 0.00 MW O +ATOM 8603 H1 TIP3X1145 -32.090 28.870 28.760 1.00 0.00 MW H +ATOM 8604 H2 TIP3X1145 -32.360 27.900 29.900 1.00 0.00 MW H +ATOM 8605 OH2 TIP3X1146 -14.140 -12.450 28.540 1.00 0.00 MW O +ATOM 8606 H1 TIP3X1146 -13.760 -11.640 28.230 1.00 0.00 MW H +ATOM 8607 H2 TIP3X1146 -13.640 -13.150 28.090 1.00 0.00 MW H +ATOM 8608 OH2 TIP3X1147 47.240 17.190 -35.450 1.00 0.00 MW O +ATOM 8609 H1 TIP3X1147 46.670 16.460 -35.680 1.00 0.00 MW H +ATOM 8610 H2 TIP3X1147 46.790 17.620 -34.720 1.00 0.00 MW H +ATOM 8611 OH2 TIP3X1148 28.570 -28.550 -49.500 1.00 0.00 MW O +ATOM 8612 H1 TIP3X1148 27.860 -29.150 -49.760 1.00 0.00 MW H +ATOM 8613 H2 TIP3X1148 29.260 -28.710 -50.140 1.00 0.00 MW H +ATOM 8614 OH2 TIP3X1149 21.880 -28.880 -30.130 1.00 0.00 MW O +ATOM 8615 H1 TIP3X1149 21.470 -28.980 -29.270 1.00 0.00 MW H +ATOM 8616 H2 TIP3X1149 21.790 -29.740 -30.530 1.00 0.00 MW H +ATOM 8617 OH2 TIP3X1150 -39.240 38.490 38.690 1.00 0.00 MW O +ATOM 8618 H1 TIP3X1150 -38.470 39.050 38.800 1.00 0.00 MW H +ATOM 8619 H2 TIP3X1150 -38.910 37.700 38.270 1.00 0.00 MW H +ATOM 8620 OH2 TIP3X1151 -36.920 -46.930 -48.340 1.00 0.00 MW O +ATOM 8621 H1 TIP3X1151 -37.300 -46.170 -48.780 1.00 0.00 MW H +ATOM 8622 H2 TIP3X1151 -36.610 -46.600 -47.510 1.00 0.00 MW H +ATOM 8623 OH2 TIP3X1152 -34.410 -45.200 -24.310 1.00 0.00 MW O +ATOM 8624 H1 TIP3X1152 -33.640 -45.270 -23.740 1.00 0.00 MW H +ATOM 8625 H2 TIP3X1152 -34.100 -44.700 -25.060 1.00 0.00 MW H +ATOM 8626 OH2 TIP3X1153 15.560 8.360 -39.250 1.00 0.00 MW O +ATOM 8627 H1 TIP3X1153 15.790 9.100 -39.820 1.00 0.00 MW H +ATOM 8628 H2 TIP3X1153 15.890 8.600 -38.390 1.00 0.00 MW H +ATOM 8629 OH2 TIP3X1154 7.090 34.350 26.630 1.00 0.00 MW O +ATOM 8630 H1 TIP3X1154 7.730 34.940 26.210 1.00 0.00 MW H +ATOM 8631 H2 TIP3X1154 7.580 33.530 26.760 1.00 0.00 MW H +ATOM 8632 OH2 TIP3X1155 30.980 -36.510 -21.200 1.00 0.00 MW O +ATOM 8633 H1 TIP3X1155 31.170 -37.430 -21.040 1.00 0.00 MW H +ATOM 8634 H2 TIP3X1155 30.150 -36.360 -20.740 1.00 0.00 MW H +ATOM 8635 OH2 TIP3X1156 15.830 11.640 -21.810 1.00 0.00 MW O +ATOM 8636 H1 TIP3X1156 15.920 10.770 -22.210 1.00 0.00 MW H +ATOM 8637 H2 TIP3X1156 15.740 11.440 -20.870 1.00 0.00 MW H +ATOM 8638 OH2 TIP3X1157 47.090 -20.150 -40.160 1.00 0.00 MW O +ATOM 8639 H1 TIP3X1157 47.500 -19.760 -39.390 1.00 0.00 MW H +ATOM 8640 H2 TIP3X1157 46.990 -21.080 -39.930 1.00 0.00 MW H +ATOM 8641 OH2 TIP3X1158 -33.740 -6.470 28.680 1.00 0.00 MW O +ATOM 8642 H1 TIP3X1158 -33.400 -5.780 28.110 1.00 0.00 MW H +ATOM 8643 H2 TIP3X1158 -34.430 -6.040 29.180 1.00 0.00 MW H +ATOM 8644 OH2 TIP3X1159 -41.200 7.550 35.050 1.00 0.00 MW O +ATOM 8645 H1 TIP3X1159 -41.120 7.450 36.000 1.00 0.00 MW H +ATOM 8646 H2 TIP3X1159 -41.850 8.230 34.930 1.00 0.00 MW H +ATOM 8647 OH2 TIP3X1160 1.540 -0.410 -24.030 1.00 0.00 MW O +ATOM 8648 H1 TIP3X1160 0.840 -0.260 -24.660 1.00 0.00 MW H +ATOM 8649 H2 TIP3X1160 1.130 -0.240 -23.180 1.00 0.00 MW H +ATOM 8650 OH2 TIP3X1161 15.730 2.050 -41.500 1.00 0.00 MW O +ATOM 8651 H1 TIP3X1161 15.780 1.510 -40.720 1.00 0.00 MW H +ATOM 8652 H2 TIP3X1161 16.270 2.820 -41.310 1.00 0.00 MW H +ATOM 8653 OH2 TIP3X1162 -13.380 41.290 -13.090 1.00 0.00 MW O +ATOM 8654 H1 TIP3X1162 -13.170 42.190 -13.330 1.00 0.00 MW H +ATOM 8655 H2 TIP3X1162 -12.530 40.830 -13.140 1.00 0.00 MW H +ATOM 8656 OH2 TIP3X1163 -28.890 -8.730 23.510 1.00 0.00 MW O +ATOM 8657 H1 TIP3X1163 -28.700 -9.450 24.120 1.00 0.00 MW H +ATOM 8658 H2 TIP3X1163 -29.810 -8.540 23.640 1.00 0.00 MW H +ATOM 8659 OH2 TIP3X1164 -2.870 -27.310 -41.190 1.00 0.00 MW O +ATOM 8660 H1 TIP3X1164 -3.480 -27.950 -41.570 1.00 0.00 MW H +ATOM 8661 H2 TIP3X1164 -2.820 -27.570 -40.260 1.00 0.00 MW H +ATOM 8662 OH2 TIP3X1165 -45.200 32.830 -42.570 1.00 0.00 MW O +ATOM 8663 H1 TIP3X1165 -45.280 33.400 -41.800 1.00 0.00 MW H +ATOM 8664 H2 TIP3X1165 -44.270 32.720 -42.700 1.00 0.00 MW H +ATOM 8665 OH2 TIP3X1166 8.440 31.070 -36.720 1.00 0.00 MW O +ATOM 8666 H1 TIP3X1166 7.800 30.780 -36.080 1.00 0.00 MW H +ATOM 8667 H2 TIP3X1166 8.700 30.270 -37.180 1.00 0.00 MW H +ATOM 8668 OH2 TIP3X1167 1.980 -47.330 21.760 1.00 0.00 MW O +ATOM 8669 H1 TIP3X1167 1.280 -46.980 21.220 1.00 0.00 MW H +ATOM 8670 H2 TIP3X1167 2.720 -46.740 21.590 1.00 0.00 MW H +ATOM 8671 OH2 TIP3X1168 -44.490 -5.320 -49.040 1.00 0.00 MW O +ATOM 8672 H1 TIP3X1168 -44.100 -4.600 -49.540 1.00 0.00 MW H +ATOM 8673 H2 TIP3X1168 -43.830 -5.520 -48.370 1.00 0.00 MW H +ATOM 8674 OH2 TIP3X1169 23.880 -11.030 35.300 1.00 0.00 MW O +ATOM 8675 H1 TIP3X1169 24.040 -11.250 36.210 1.00 0.00 MW H +ATOM 8676 H2 TIP3X1169 24.580 -10.420 35.070 1.00 0.00 MW H +ATOM 8677 OH2 TIP3X1170 -42.670 29.360 41.200 1.00 0.00 MW O +ATOM 8678 H1 TIP3X1170 -42.610 30.300 41.230 1.00 0.00 MW H +ATOM 8679 H2 TIP3X1170 -42.740 29.080 42.110 1.00 0.00 MW H +ATOM 8680 OH2 TIP3X1171 7.950 -8.820 -51.030 1.00 0.00 MW O +ATOM 8681 H1 TIP3X1171 8.530 -9.070 -50.310 1.00 0.00 MW H +ATOM 8682 H2 TIP3X1171 8.510 -8.850 -51.810 1.00 0.00 MW H +ATOM 8683 OH2 TIP3X1172 -36.220 22.130 22.010 1.00 0.00 MW O +ATOM 8684 H1 TIP3X1172 -36.180 22.270 21.060 1.00 0.00 MW H +ATOM 8685 H2 TIP3X1172 -35.590 22.760 22.370 1.00 0.00 MW H +ATOM 8686 OH2 TIP3X1173 -21.250 32.480 27.840 1.00 0.00 MW O +ATOM 8687 H1 TIP3X1173 -20.640 32.380 27.100 1.00 0.00 MW H +ATOM 8688 H2 TIP3X1173 -20.880 33.200 28.340 1.00 0.00 MW H +ATOM 8689 OH2 TIP3X1174 35.830 -36.100 -35.400 1.00 0.00 MW O +ATOM 8690 H1 TIP3X1174 36.110 -36.750 -36.040 1.00 0.00 MW H +ATOM 8691 H2 TIP3X1174 35.850 -35.270 -35.870 1.00 0.00 MW H +ATOM 8692 OH2 TIP3X1175 36.500 22.290 -38.480 1.00 0.00 MW O +ATOM 8693 H1 TIP3X1175 35.680 21.930 -38.120 1.00 0.00 MW H +ATOM 8694 H2 TIP3X1175 37.010 21.520 -38.730 1.00 0.00 MW H +ATOM 8695 OH2 TIP3X1176 -19.540 -26.600 23.860 1.00 0.00 MW O +ATOM 8696 H1 TIP3X1176 -20.180 -26.060 24.320 1.00 0.00 MW H +ATOM 8697 H2 TIP3X1176 -19.930 -26.760 22.990 1.00 0.00 MW H +ATOM 8698 OH2 TIP3X1177 -6.090 8.790 -45.110 1.00 0.00 MW O +ATOM 8699 H1 TIP3X1177 -6.930 8.330 -45.150 1.00 0.00 MW H +ATOM 8700 H2 TIP3X1177 -5.760 8.780 -46.010 1.00 0.00 MW H +ATOM 8701 OH2 TIP3X1178 8.540 6.220 27.730 1.00 0.00 MW O +ATOM 8702 H1 TIP3X1178 9.190 5.600 27.420 1.00 0.00 MW H +ATOM 8703 H2 TIP3X1178 8.990 7.070 27.730 1.00 0.00 MW H +ATOM 8704 OH2 TIP3X1179 -29.530 -36.560 38.710 1.00 0.00 MW O +ATOM 8705 H1 TIP3X1179 -29.760 -37.410 38.310 1.00 0.00 MW H +ATOM 8706 H2 TIP3X1179 -29.770 -35.920 38.050 1.00 0.00 MW H +ATOM 8707 OH2 TIP3X1180 -44.070 -12.190 -42.130 1.00 0.00 MW O +ATOM 8708 H1 TIP3X1180 -44.960 -12.480 -42.290 1.00 0.00 MW H +ATOM 8709 H2 TIP3X1180 -44.160 -11.470 -41.490 1.00 0.00 MW H +ATOM 8710 OH2 TIP3X1181 35.610 -41.820 34.650 1.00 0.00 MW O +ATOM 8711 H1 TIP3X1181 34.820 -42.240 34.970 1.00 0.00 MW H +ATOM 8712 H2 TIP3X1181 35.380 -41.530 33.750 1.00 0.00 MW H +ATOM 8713 OH2 TIP3X1182 36.580 -2.190 -21.090 1.00 0.00 MW O +ATOM 8714 H1 TIP3X1182 36.490 -3.140 -21.180 1.00 0.00 MW H +ATOM 8715 H2 TIP3X1182 36.420 -2.030 -20.160 1.00 0.00 MW H +ATOM 8716 OH2 TIP3X1183 -34.660 3.750 39.510 1.00 0.00 MW O +ATOM 8717 H1 TIP3X1183 -34.240 3.780 40.370 1.00 0.00 MW H +ATOM 8718 H2 TIP3X1183 -34.150 3.100 39.020 1.00 0.00 MW H +ATOM 8719 OH2 TIP3X1184 -15.090 -6.240 -28.920 1.00 0.00 MW O +ATOM 8720 H1 TIP3X1184 -16.020 -6.400 -29.050 1.00 0.00 MW H +ATOM 8721 H2 TIP3X1184 -14.690 -7.100 -28.930 1.00 0.00 MW H +ATOM 8722 OH2 TIP3X1185 -30.090 -26.870 -19.320 1.00 0.00 MW O +ATOM 8723 H1 TIP3X1185 -29.270 -27.250 -19.030 1.00 0.00 MW H +ATOM 8724 H2 TIP3X1185 -30.560 -27.600 -19.710 1.00 0.00 MW H +ATOM 8725 OH2 TIP3X1186 -31.690 -16.780 25.120 1.00 0.00 MW O +ATOM 8726 H1 TIP3X1186 -30.860 -16.470 25.480 1.00 0.00 MW H +ATOM 8727 H2 TIP3X1186 -31.440 -17.480 24.500 1.00 0.00 MW H +ATOM 8728 OH2 TIP3X1187 -2.140 -11.140 -37.040 1.00 0.00 MW O +ATOM 8729 H1 TIP3X1187 -3.060 -11.270 -37.300 1.00 0.00 MW H +ATOM 8730 H2 TIP3X1187 -1.660 -11.100 -37.870 1.00 0.00 MW H +ATOM 8731 OH2 TIP3X1188 31.930 5.070 -24.420 1.00 0.00 MW O +ATOM 8732 H1 TIP3X1188 32.080 5.180 -25.360 1.00 0.00 MW H +ATOM 8733 H2 TIP3X1188 32.800 5.030 -24.030 1.00 0.00 MW H +ATOM 8734 OH2 TIP3X1189 -17.110 32.060 -45.890 1.00 0.00 MW O +ATOM 8735 H1 TIP3X1189 -17.200 31.230 -46.380 1.00 0.00 MW H +ATOM 8736 H2 TIP3X1189 -17.730 32.660 -46.320 1.00 0.00 MW H +ATOM 8737 OH2 TIP3X1190 -42.290 26.380 30.150 1.00 0.00 MW O +ATOM 8738 H1 TIP3X1190 -43.210 26.480 30.430 1.00 0.00 MW H +ATOM 8739 H2 TIP3X1190 -41.800 26.390 30.970 1.00 0.00 MW H +ATOM 8740 OH2 TIP3X1191 7.130 -28.590 -28.180 1.00 0.00 MW O +ATOM 8741 H1 TIP3X1191 6.480 -28.970 -27.600 1.00 0.00 MW H +ATOM 8742 H2 TIP3X1191 7.950 -28.640 -27.700 1.00 0.00 MW H +ATOM 8743 OH2 TIP3X1192 49.220 -39.690 22.620 1.00 0.00 MW O +ATOM 8744 H1 TIP3X1192 48.740 -40.100 23.340 1.00 0.00 MW H +ATOM 8745 H2 TIP3X1192 50.070 -40.120 22.630 1.00 0.00 MW H +ATOM 8746 OH2 TIP3X1193 -8.300 -1.040 -47.590 1.00 0.00 MW O +ATOM 8747 H1 TIP3X1193 -8.570 -0.790 -46.700 1.00 0.00 MW H +ATOM 8748 H2 TIP3X1193 -8.910 -1.720 -47.840 1.00 0.00 MW H +ATOM 8749 OH2 TIP3X1194 -8.980 -35.570 30.570 1.00 0.00 MW O +ATOM 8750 H1 TIP3X1194 -9.560 -35.800 31.290 1.00 0.00 MW H +ATOM 8751 H2 TIP3X1194 -8.690 -34.670 30.770 1.00 0.00 MW H +ATOM 8752 OH2 TIP3X1195 -19.180 -48.260 -44.750 1.00 0.00 MW O +ATOM 8753 H1 TIP3X1195 -19.590 -48.210 -43.890 1.00 0.00 MW H +ATOM 8754 H2 TIP3X1195 -19.200 -49.190 -44.970 1.00 0.00 MW H +ATOM 8755 OH2 TIP3X1196 -15.740 13.040 -30.650 1.00 0.00 MW O +ATOM 8756 H1 TIP3X1196 -15.500 13.280 -31.540 1.00 0.00 MW H +ATOM 8757 H2 TIP3X1196 -16.580 12.580 -30.740 1.00 0.00 MW H +ATOM 8758 OH2 TIP3X1197 46.670 12.540 -38.340 1.00 0.00 MW O +ATOM 8759 H1 TIP3X1197 47.240 13.310 -38.250 1.00 0.00 MW H +ATOM 8760 H2 TIP3X1197 46.560 12.440 -39.280 1.00 0.00 MW H +ATOM 8761 OH2 TIP3X1198 6.620 7.520 -50.300 1.00 0.00 MW O +ATOM 8762 H1 TIP3X1198 7.460 7.570 -49.840 1.00 0.00 MW H +ATOM 8763 H2 TIP3X1198 6.820 7.880 -51.170 1.00 0.00 MW H +ATOM 8764 OH2 TIP3X1199 33.870 5.780 -29.520 1.00 0.00 MW O +ATOM 8765 H1 TIP3X1199 34.000 6.670 -29.220 1.00 0.00 MW H +ATOM 8766 H2 TIP3X1199 34.120 5.800 -30.450 1.00 0.00 MW H +ATOM 8767 OH2 TIP3X1200 41.010 28.200 -35.080 1.00 0.00 MW O +ATOM 8768 H1 TIP3X1200 40.800 28.210 -36.020 1.00 0.00 MW H +ATOM 8769 H2 TIP3X1200 41.960 28.290 -35.040 1.00 0.00 MW H +ATOM 8770 OH2 TIP3X1201 35.080 -43.990 -31.990 1.00 0.00 MW O +ATOM 8771 H1 TIP3X1201 35.160 -44.710 -31.370 1.00 0.00 MW H +ATOM 8772 H2 TIP3X1201 34.720 -43.270 -31.480 1.00 0.00 MW H +ATOM 8773 OH2 TIP3X1202 6.850 26.910 -17.300 1.00 0.00 MW O +ATOM 8774 H1 TIP3X1202 7.740 27.240 -17.120 1.00 0.00 MW H +ATOM 8775 H2 TIP3X1202 6.910 26.500 -18.160 1.00 0.00 MW H +ATOM 8776 OH2 TIP3X1203 -35.540 34.000 -40.540 1.00 0.00 MW O +ATOM 8777 H1 TIP3X1203 -34.780 33.420 -40.510 1.00 0.00 MW H +ATOM 8778 H2 TIP3X1203 -35.300 34.670 -41.170 1.00 0.00 MW H +ATOM 8779 OH2 TIP3X1204 28.460 4.960 -11.260 1.00 0.00 MW O +ATOM 8780 H1 TIP3X1204 28.310 4.260 -10.610 1.00 0.00 MW H +ATOM 8781 H2 TIP3X1204 27.770 4.810 -11.920 1.00 0.00 MW H +ATOM 8782 OH2 TIP3X1205 3.470 -18.540 -49.570 1.00 0.00 MW O +ATOM 8783 H1 TIP3X1205 2.820 -17.920 -49.260 1.00 0.00 MW H +ATOM 8784 H2 TIP3X1205 3.750 -18.200 -50.420 1.00 0.00 MW H +ATOM 8785 OH2 TIP3X1206 -1.230 -12.240 34.250 1.00 0.00 MW O +ATOM 8786 H1 TIP3X1206 -0.580 -12.270 33.550 1.00 0.00 MW H +ATOM 8787 H2 TIP3X1206 -2.050 -12.490 33.820 1.00 0.00 MW H +ATOM 8788 OH2 TIP3X1207 -27.960 11.270 -32.540 1.00 0.00 MW O +ATOM 8789 H1 TIP3X1207 -28.930 11.250 -32.610 1.00 0.00 MW H +ATOM 8790 H2 TIP3X1207 -27.790 11.330 -31.610 1.00 0.00 MW H +ATOM 8791 OH2 TIP3X1208 27.760 35.940 -42.770 1.00 0.00 MW O +ATOM 8792 H1 TIP3X1208 26.940 36.340 -43.070 1.00 0.00 MW H +ATOM 8793 H2 TIP3X1208 28.200 36.640 -42.280 1.00 0.00 MW H +ATOM 8794 OH2 TIP3X1209 -11.810 -46.920 -39.320 1.00 0.00 MW O +ATOM 8795 H1 TIP3X1209 -10.950 -46.630 -39.010 1.00 0.00 MW H +ATOM 8796 H2 TIP3X1209 -12.060 -46.300 -40.000 1.00 0.00 MW H +ATOM 8797 OH2 TIP3X1210 29.360 -28.240 -27.950 1.00 0.00 MW O +ATOM 8798 H1 TIP3X1210 28.870 -27.430 -28.090 1.00 0.00 MW H +ATOM 8799 H2 TIP3X1210 29.300 -28.410 -27.020 1.00 0.00 MW H +ATOM 8800 OH2 TIP3X1211 -20.100 2.690 35.500 1.00 0.00 MW O +ATOM 8801 H1 TIP3X1211 -20.200 2.030 36.180 1.00 0.00 MW H +ATOM 8802 H2 TIP3X1211 -19.540 2.290 34.830 1.00 0.00 MW H +ATOM 8803 OH2 TIP3X1212 -7.410 -24.250 -46.390 1.00 0.00 MW O +ATOM 8804 H1 TIP3X1212 -7.850 -24.030 -45.570 1.00 0.00 MW H +ATOM 8805 H2 TIP3X1212 -6.610 -23.720 -46.370 1.00 0.00 MW H +ATOM 8806 OH2 TIP3X1213 -44.580 -10.460 -49.700 1.00 0.00 MW O +ATOM 8807 H1 TIP3X1213 -43.880 -10.310 -50.330 1.00 0.00 MW H +ATOM 8808 H2 TIP3X1213 -45.250 -10.940 -50.180 1.00 0.00 MW H +ATOM 8809 OH2 TIP3X1214 41.220 41.700 -19.000 1.00 0.00 MW O +ATOM 8810 H1 TIP3X1214 41.870 42.410 -18.950 1.00 0.00 MW H +ATOM 8811 H2 TIP3X1214 41.590 41.000 -18.470 1.00 0.00 MW H +ATOM 8812 OH2 TIP3X1215 21.940 -44.770 21.750 1.00 0.00 MW O +ATOM 8813 H1 TIP3X1215 21.960 -44.420 22.630 1.00 0.00 MW H +ATOM 8814 H2 TIP3X1215 21.080 -44.540 21.410 1.00 0.00 MW H +ATOM 8815 OH2 TIP3X1216 -42.020 1.250 -48.570 1.00 0.00 MW O +ATOM 8816 H1 TIP3X1216 -41.100 1.450 -48.410 1.00 0.00 MW H +ATOM 8817 H2 TIP3X1216 -42.450 1.380 -47.720 1.00 0.00 MW H +ATOM 8818 OH2 TIP3X1217 48.810 -12.240 26.260 1.00 0.00 MW O +ATOM 8819 H1 TIP3X1217 49.620 -12.000 25.820 1.00 0.00 MW H +ATOM 8820 H2 TIP3X1217 49.040 -12.260 27.190 1.00 0.00 MW H +ATOM 8821 OH2 TIP3X1218 -32.590 -50.210 -18.750 1.00 0.00 MW O +ATOM 8822 H1 TIP3X1218 -33.170 -50.010 -18.010 1.00 0.00 MW H +ATOM 8823 H2 TIP3X1218 -32.030 -49.430 -18.830 1.00 0.00 MW H +ATOM 8824 OH2 TIP3X1219 -43.260 12.320 -32.670 1.00 0.00 MW O +ATOM 8825 H1 TIP3X1219 -43.490 11.400 -32.770 1.00 0.00 MW H +ATOM 8826 H2 TIP3X1219 -44.010 12.800 -33.070 1.00 0.00 MW H +ATOM 8827 OH2 TIP3X1220 -23.280 15.420 -48.780 1.00 0.00 MW O +ATOM 8828 H1 TIP3X1220 -23.950 14.740 -48.890 1.00 0.00 MW H +ATOM 8829 H2 TIP3X1220 -23.710 16.100 -48.260 1.00 0.00 MW H +ATOM 8830 OH2 TIP3X1221 -34.940 -33.300 32.990 1.00 0.00 MW O +ATOM 8831 H1 TIP3X1221 -34.310 -32.800 32.480 1.00 0.00 MW H +ATOM 8832 H2 TIP3X1221 -35.760 -32.810 32.900 1.00 0.00 MW H +ATOM 8833 OH2 TIP3X1222 2.890 -21.410 -20.220 1.00 0.00 MW O +ATOM 8834 H1 TIP3X1222 3.700 -21.780 -20.560 1.00 0.00 MW H +ATOM 8835 H2 TIP3X1222 3.170 -20.700 -19.650 1.00 0.00 MW H +ATOM 8836 OH2 TIP3X1223 17.290 -36.250 22.970 1.00 0.00 MW O +ATOM 8837 H1 TIP3X1223 16.840 -36.990 22.570 1.00 0.00 MW H +ATOM 8838 H2 TIP3X1223 18.220 -36.460 22.880 1.00 0.00 MW H +ATOM 8839 OH2 TIP3X1224 -9.320 -40.350 16.310 1.00 0.00 MW O +ATOM 8840 H1 TIP3X1224 -9.230 -41.310 16.210 1.00 0.00 MW H +ATOM 8841 H2 TIP3X1224 -9.150 -40.010 15.440 1.00 0.00 MW H +ATOM 8842 OH2 TIP3X1225 40.020 38.970 -30.990 1.00 0.00 MW O +ATOM 8843 H1 TIP3X1225 39.980 38.830 -31.940 1.00 0.00 MW H +ATOM 8844 H2 TIP3X1225 39.090 38.980 -30.720 1.00 0.00 MW H +ATOM 8845 OH2 TIP3X1226 46.040 -43.420 -46.870 1.00 0.00 MW O +ATOM 8846 H1 TIP3X1226 46.290 -42.670 -47.410 1.00 0.00 MW H +ATOM 8847 H2 TIP3X1226 46.020 -44.160 -47.480 1.00 0.00 MW H +ATOM 8848 OH2 TIP3X1227 -41.860 39.260 20.810 1.00 0.00 MW O +ATOM 8849 H1 TIP3X1227 -41.440 38.400 20.700 1.00 0.00 MW H +ATOM 8850 H2 TIP3X1227 -42.200 39.480 19.940 1.00 0.00 MW H +ATOM 8851 OH2 TIP3X1228 4.270 -39.960 25.280 1.00 0.00 MW O +ATOM 8852 H1 TIP3X1228 4.360 -40.770 25.780 1.00 0.00 MW H +ATOM 8853 H2 TIP3X1228 4.930 -39.370 25.650 1.00 0.00 MW H +ATOM 8854 OH2 TIP3X1229 39.080 6.570 -45.960 1.00 0.00 MW O +ATOM 8855 H1 TIP3X1229 39.280 6.090 -45.160 1.00 0.00 MW H +ATOM 8856 H2 TIP3X1229 38.980 7.480 -45.690 1.00 0.00 MW H +ATOM 8857 OH2 TIP3X1230 41.420 -29.130 11.680 1.00 0.00 MW O +ATOM 8858 H1 TIP3X1230 41.230 -30.010 12.020 1.00 0.00 MW H +ATOM 8859 H2 TIP3X1230 40.780 -28.560 12.100 1.00 0.00 MW H +ATOM 8860 OH2 TIP3X1231 15.980 14.100 -28.680 1.00 0.00 MW O +ATOM 8861 H1 TIP3X1231 16.300 14.970 -28.920 1.00 0.00 MW H +ATOM 8862 H2 TIP3X1231 16.310 13.940 -27.800 1.00 0.00 MW H +ATOM 8863 OH2 TIP3X1232 47.870 19.750 -5.490 1.00 0.00 MW O +ATOM 8864 H1 TIP3X1232 47.620 18.930 -5.930 1.00 0.00 MW H +ATOM 8865 H2 TIP3X1232 47.730 19.580 -4.560 1.00 0.00 MW H +ATOM 8866 OH2 TIP3X1233 29.200 -5.980 -23.190 1.00 0.00 MW O +ATOM 8867 H1 TIP3X1233 29.660 -6.800 -23.050 1.00 0.00 MW H +ATOM 8868 H2 TIP3X1233 28.270 -6.220 -23.190 1.00 0.00 MW H +ATOM 8869 OH2 TIP3X1234 -24.860 -21.060 -26.030 1.00 0.00 MW O +ATOM 8870 H1 TIP3X1234 -24.620 -20.180 -25.730 1.00 0.00 MW H +ATOM 8871 H2 TIP3X1234 -25.790 -21.130 -25.860 1.00 0.00 MW H +ATOM 8872 OH2 TIP3X1235 -9.550 35.940 31.150 1.00 0.00 MW O +ATOM 8873 H1 TIP3X1235 -10.260 35.350 30.840 1.00 0.00 MW H +ATOM 8874 H2 TIP3X1235 -9.960 36.800 31.170 1.00 0.00 MW H +ATOM 8875 OH2 TIP3X1236 -15.910 37.000 28.030 1.00 0.00 MW O +ATOM 8876 H1 TIP3X1236 -16.600 37.140 27.380 1.00 0.00 MW H +ATOM 8877 H2 TIP3X1236 -16.310 36.430 28.690 1.00 0.00 MW H +ATOM 8878 OH2 TIP3X1237 -2.620 28.290 -13.990 1.00 0.00 MW O +ATOM 8879 H1 TIP3X1237 -2.400 28.900 -13.280 1.00 0.00 MW H +ATOM 8880 H2 TIP3X1237 -3.440 28.620 -14.350 1.00 0.00 MW H +ATOM 8881 OH2 TIP3X1238 -17.910 -9.260 -50.470 1.00 0.00 MW O +ATOM 8882 H1 TIP3X1238 -18.050 -10.070 -50.960 1.00 0.00 MW H +ATOM 8883 H2 TIP3X1238 -18.630 -8.690 -50.750 1.00 0.00 MW H +ATOM 8884 OH2 TIP3X1239 -18.890 18.620 21.930 1.00 0.00 MW O +ATOM 8885 H1 TIP3X1239 -19.210 18.800 21.040 1.00 0.00 MW H +ATOM 8886 H2 TIP3X1239 -18.740 17.680 21.940 1.00 0.00 MW H +ATOM 8887 OH2 TIP3X1240 -7.850 20.510 -24.270 1.00 0.00 MW O +ATOM 8888 H1 TIP3X1240 -7.090 21.020 -24.570 1.00 0.00 MW H +ATOM 8889 H2 TIP3X1240 -8.520 21.160 -24.070 1.00 0.00 MW H +ATOM 8890 OH2 TIP3X1241 -28.340 -23.430 35.810 1.00 0.00 MW O +ATOM 8891 H1 TIP3X1241 -27.510 -23.420 35.340 1.00 0.00 MW H +ATOM 8892 H2 TIP3X1241 -28.360 -24.290 36.250 1.00 0.00 MW H +ATOM 8893 OH2 TIP3X1242 -22.280 -28.300 16.880 1.00 0.00 MW O +ATOM 8894 H1 TIP3X1242 -23.030 -28.830 17.120 1.00 0.00 MW H +ATOM 8895 H2 TIP3X1242 -22.570 -27.780 16.130 1.00 0.00 MW H +ATOM 8896 OH2 TIP3X1243 43.240 26.710 38.690 1.00 0.00 MW O +ATOM 8897 H1 TIP3X1243 43.050 26.020 38.050 1.00 0.00 MW H +ATOM 8898 H2 TIP3X1243 44.200 26.760 38.700 1.00 0.00 MW H +ATOM 8899 OH2 TIP3X1244 22.070 16.930 22.150 1.00 0.00 MW O +ATOM 8900 H1 TIP3X1244 22.790 16.340 22.330 1.00 0.00 MW H +ATOM 8901 H2 TIP3X1244 21.640 16.560 21.380 1.00 0.00 MW H +ATOM 8902 OH2 TIP3X1245 -38.840 -30.630 26.640 1.00 0.00 MW O +ATOM 8903 H1 TIP3X1245 -39.760 -30.810 26.810 1.00 0.00 MW H +ATOM 8904 H2 TIP3X1245 -38.360 -31.260 27.170 1.00 0.00 MW H +ATOM 8905 OH2 TIP3X1246 -14.040 29.960 -40.640 1.00 0.00 MW O +ATOM 8906 H1 TIP3X1246 -14.420 29.300 -41.230 1.00 0.00 MW H +ATOM 8907 H2 TIP3X1246 -14.120 30.780 -41.130 1.00 0.00 MW H +ATOM 8908 OH2 TIP3X1247 43.070 34.480 -25.810 1.00 0.00 MW O +ATOM 8909 H1 TIP3X1247 43.920 34.700 -25.420 1.00 0.00 MW H +ATOM 8910 H2 TIP3X1247 42.760 35.290 -26.220 1.00 0.00 MW H +ATOM 8911 OH2 TIP3X1248 -30.670 -26.800 38.750 1.00 0.00 MW O +ATOM 8912 H1 TIP3X1248 -31.230 -27.570 38.810 1.00 0.00 MW H +ATOM 8913 H2 TIP3X1248 -31.190 -26.090 39.150 1.00 0.00 MW H +ATOM 8914 OH2 TIP3X1249 -0.500 19.800 20.260 1.00 0.00 MW O +ATOM 8915 H1 TIP3X1249 -0.970 20.320 19.610 1.00 0.00 MW H +ATOM 8916 H2 TIP3X1249 -1.170 19.220 20.630 1.00 0.00 MW H +ATOM 8917 OH2 TIP3X1250 -19.680 -40.180 -39.650 1.00 0.00 MW O +ATOM 8918 H1 TIP3X1250 -19.370 -40.530 -40.490 1.00 0.00 MW H +ATOM 8919 H2 TIP3X1250 -19.750 -40.940 -39.070 1.00 0.00 MW H +ATOM 8920 OH2 TIP3X1251 -33.660 -24.020 -32.450 1.00 0.00 MW O +ATOM 8921 H1 TIP3X1251 -33.340 -23.510 -33.190 1.00 0.00 MW H +ATOM 8922 H2 TIP3X1251 -33.130 -24.820 -32.470 1.00 0.00 MW H +ATOM 8923 OH2 TIP3X1252 0.300 29.540 -43.350 1.00 0.00 MW O +ATOM 8924 H1 TIP3X1252 0.790 29.510 -44.180 1.00 0.00 MW H +ATOM 8925 H2 TIP3X1252 0.970 29.680 -42.680 1.00 0.00 MW H +ATOM 8926 OH2 TIP3X1253 13.580 -29.470 -45.640 1.00 0.00 MW O +ATOM 8927 H1 TIP3X1253 14.300 -29.140 -46.170 1.00 0.00 MW H +ATOM 8928 H2 TIP3X1253 13.400 -28.770 -45.000 1.00 0.00 MW H +ATOM 8929 OH2 TIP3X1254 -28.650 12.520 -26.710 1.00 0.00 MW O +ATOM 8930 H1 TIP3X1254 -29.400 12.770 -26.150 1.00 0.00 MW H +ATOM 8931 H2 TIP3X1254 -27.910 12.470 -26.120 1.00 0.00 MW H +ATOM 8932 OH2 TIP3X1255 48.930 -21.540 35.010 1.00 0.00 MW O +ATOM 8933 H1 TIP3X1255 49.810 -21.200 35.130 1.00 0.00 MW H +ATOM 8934 H2 TIP3X1255 48.350 -20.790 35.110 1.00 0.00 MW H +ATOM 8935 OH2 TIP3X1256 10.290 43.880 -43.970 1.00 0.00 MW O +ATOM 8936 H1 TIP3X1256 9.680 43.280 -43.520 1.00 0.00 MW H +ATOM 8937 H2 TIP3X1256 10.280 44.660 -43.410 1.00 0.00 MW H +ATOM 8938 OH2 TIP3X1257 2.560 38.900 16.280 1.00 0.00 MW O +ATOM 8939 H1 TIP3X1257 2.030 38.150 16.570 1.00 0.00 MW H +ATOM 8940 H2 TIP3X1257 2.610 38.800 15.320 1.00 0.00 MW H +ATOM 8941 OH2 TIP3X1258 -33.920 -7.510 23.390 1.00 0.00 MW O +ATOM 8942 H1 TIP3X1258 -33.590 -8.160 24.020 1.00 0.00 MW H +ATOM 8943 H2 TIP3X1258 -34.300 -8.030 22.690 1.00 0.00 MW H +ATOM 8944 OH2 TIP3X1259 -18.570 -24.750 -45.840 1.00 0.00 MW O +ATOM 8945 H1 TIP3X1259 -19.320 -25.230 -46.170 1.00 0.00 MW H +ATOM 8946 H2 TIP3X1259 -18.920 -23.910 -45.530 1.00 0.00 MW H +ATOM 8947 OH2 TIP3X1260 -15.210 11.990 -36.870 1.00 0.00 MW O +ATOM 8948 H1 TIP3X1260 -14.660 11.810 -37.630 1.00 0.00 MW H +ATOM 8949 H2 TIP3X1260 -14.640 12.460 -36.270 1.00 0.00 MW H +ATOM 8950 OH2 TIP3X1261 -25.190 -26.550 -25.440 1.00 0.00 MW O +ATOM 8951 H1 TIP3X1261 -25.280 -26.710 -24.500 1.00 0.00 MW H +ATOM 8952 H2 TIP3X1261 -25.320 -25.600 -25.530 1.00 0.00 MW H +ATOM 8953 OH2 TIP3X1262 -0.100 40.300 -44.810 1.00 0.00 MW O +ATOM 8954 H1 TIP3X1262 -0.640 40.580 -44.080 1.00 0.00 MW H +ATOM 8955 H2 TIP3X1262 0.490 41.030 -44.970 1.00 0.00 MW H +ATOM 8956 OH2 TIP3X1263 -28.910 5.000 36.820 1.00 0.00 MW O +ATOM 8957 H1 TIP3X1263 -28.740 4.280 36.220 1.00 0.00 MW H +ATOM 8958 H2 TIP3X1263 -28.560 4.710 37.660 1.00 0.00 MW H +ATOM 8959 OH2 TIP3X1264 30.930 4.180 15.010 1.00 0.00 MW O +ATOM 8960 H1 TIP3X1264 30.280 4.440 15.660 1.00 0.00 MW H +ATOM 8961 H2 TIP3X1264 31.670 4.750 15.160 1.00 0.00 MW H +ATOM 8962 OH2 TIP3X1265 -25.370 -44.550 -27.040 1.00 0.00 MW O +ATOM 8963 H1 TIP3X1265 -24.470 -44.230 -26.990 1.00 0.00 MW H +ATOM 8964 H2 TIP3X1265 -25.860 -44.000 -26.420 1.00 0.00 MW H +ATOM 8965 OH2 TIP3X1266 -1.150 -1.010 19.990 1.00 0.00 MW O +ATOM 8966 H1 TIP3X1266 -2.020 -1.320 19.780 1.00 0.00 MW H +ATOM 8967 H2 TIP3X1266 -0.770 -1.680 20.540 1.00 0.00 MW H +ATOM 8968 OH2 TIP3X1267 -11.390 -17.590 -35.360 1.00 0.00 MW O +ATOM 8969 H1 TIP3X1267 -10.460 -17.610 -35.600 1.00 0.00 MW H +ATOM 8970 H2 TIP3X1267 -11.410 -18.000 -34.490 1.00 0.00 MW H +ATOM 8971 OH2 TIP3X1268 11.130 -47.590 -45.320 1.00 0.00 MW O +ATOM 8972 H1 TIP3X1268 10.640 -47.080 -44.680 1.00 0.00 MW H +ATOM 8973 H2 TIP3X1268 11.460 -48.350 -44.830 1.00 0.00 MW H +ATOM 8974 OH2 TIP3X1269 3.140 -44.430 29.910 1.00 0.00 MW O +ATOM 8975 H1 TIP3X1269 3.060 -45.070 30.610 1.00 0.00 MW H +ATOM 8976 H2 TIP3X1269 3.300 -43.600 30.360 1.00 0.00 MW H +ATOM 8977 OH2 TIP3X1270 23.870 16.110 38.190 1.00 0.00 MW O +ATOM 8978 H1 TIP3X1270 23.300 15.450 37.780 1.00 0.00 MW H +ATOM 8979 H2 TIP3X1270 24.270 15.650 38.930 1.00 0.00 MW H +ATOM 8980 OH2 TIP3X1271 31.510 22.640 -34.920 1.00 0.00 MW O +ATOM 8981 H1 TIP3X1271 31.880 21.780 -35.120 1.00 0.00 MW H +ATOM 8982 H2 TIP3X1271 30.570 22.520 -35.030 1.00 0.00 MW H +ATOM 8983 OH2 TIP3X1272 -18.260 16.940 -24.850 1.00 0.00 MW O +ATOM 8984 H1 TIP3X1272 -18.590 16.750 -25.720 1.00 0.00 MW H +ATOM 8985 H2 TIP3X1272 -17.610 16.260 -24.680 1.00 0.00 MW H +ATOM 8986 OH2 TIP3X1273 20.290 -44.750 37.210 1.00 0.00 MW O +ATOM 8987 H1 TIP3X1273 19.460 -45.050 36.830 1.00 0.00 MW H +ATOM 8988 H2 TIP3X1273 20.670 -45.540 37.590 1.00 0.00 MW H +ATOM 8989 OH2 TIP3X1274 -0.710 0.730 -25.400 1.00 0.00 MW O +ATOM 8990 H1 TIP3X1274 -1.180 1.240 -24.730 1.00 0.00 MW H +ATOM 8991 H2 TIP3X1274 -1.200 0.870 -26.200 1.00 0.00 MW H +ATOM 8992 OH2 TIP3X1275 22.850 12.270 -22.890 1.00 0.00 MW O +ATOM 8993 H1 TIP3X1275 22.950 11.950 -21.990 1.00 0.00 MW H +ATOM 8994 H2 TIP3X1275 22.870 13.230 -22.800 1.00 0.00 MW H +ATOM 8995 OH2 TIP3X1276 13.460 33.470 36.410 1.00 0.00 MW O +ATOM 8996 H1 TIP3X1276 14.300 33.780 36.100 1.00 0.00 MW H +ATOM 8997 H2 TIP3X1276 13.310 32.660 35.910 1.00 0.00 MW H +ATOM 8998 OH2 TIP3X1277 -4.910 -8.080 30.740 1.00 0.00 MW O +ATOM 8999 H1 TIP3X1277 -5.400 -8.140 29.920 1.00 0.00 MW H +ATOM 9000 H2 TIP3X1277 -4.140 -7.570 30.510 1.00 0.00 MW H +ATOM 9001 OH2 TIP3X1278 19.970 30.450 -45.970 1.00 0.00 MW O +ATOM 9002 H1 TIP3X1278 20.500 31.240 -46.030 1.00 0.00 MW H +ATOM 9003 H2 TIP3X1278 20.610 29.750 -45.850 1.00 0.00 MW H +ATOM 9004 OH2 TIP3X1279 20.490 2.270 -22.060 1.00 0.00 MW O +ATOM 9005 H1 TIP3X1279 19.670 2.550 -21.650 1.00 0.00 MW H +ATOM 9006 H2 TIP3X1279 20.290 1.430 -22.470 1.00 0.00 MW H +ATOM 9007 OH2 TIP3X1280 34.330 24.250 25.320 1.00 0.00 MW O +ATOM 9008 H1 TIP3X1280 34.570 23.340 25.210 1.00 0.00 MW H +ATOM 9009 H2 TIP3X1280 34.920 24.740 24.740 1.00 0.00 MW H +ATOM 9010 OH2 TIP3X1281 45.320 -26.130 -37.710 1.00 0.00 MW O +ATOM 9011 H1 TIP3X1281 44.930 -25.310 -37.990 1.00 0.00 MW H +ATOM 9012 H2 TIP3X1281 45.240 -26.710 -38.460 1.00 0.00 MW H +ATOM 9013 OH2 TIP3X1282 -41.530 -9.460 -41.830 1.00 0.00 MW O +ATOM 9014 H1 TIP3X1282 -40.890 -9.670 -42.500 1.00 0.00 MW H +ATOM 9015 H2 TIP3X1282 -41.500 -10.200 -41.230 1.00 0.00 MW H +ATOM 9016 OH2 TIP3X1283 -14.120 32.540 -42.140 1.00 0.00 MW O +ATOM 9017 H1 TIP3X1283 -13.790 32.610 -43.040 1.00 0.00 MW H +ATOM 9018 H2 TIP3X1283 -13.450 32.960 -41.600 1.00 0.00 MW H +ATOM 9019 OH2 TIP3X1284 2.720 15.350 -17.570 1.00 0.00 MW O +ATOM 9020 H1 TIP3X1284 2.960 16.210 -17.210 1.00 0.00 MW H +ATOM 9021 H2 TIP3X1284 3.560 14.930 -17.770 1.00 0.00 MW H +ATOM 9022 OH2 TIP3X1285 2.460 32.930 33.930 1.00 0.00 MW O +ATOM 9023 H1 TIP3X1285 2.760 33.400 33.140 1.00 0.00 MW H +ATOM 9024 H2 TIP3X1285 1.540 33.180 34.020 1.00 0.00 MW H +ATOM 9025 OH2 TIP3X1286 22.890 4.410 18.000 1.00 0.00 MW O +ATOM 9026 H1 TIP3X1286 21.960 4.260 18.180 1.00 0.00 MW H +ATOM 9027 H2 TIP3X1286 22.940 5.330 17.740 1.00 0.00 MW H +ATOM 9028 OH2 TIP3X1287 6.950 22.020 -32.150 1.00 0.00 MW O +ATOM 9029 H1 TIP3X1287 7.170 21.140 -32.460 1.00 0.00 MW H +ATOM 9030 H2 TIP3X1287 7.780 22.490 -32.120 1.00 0.00 MW H +ATOM 9031 OH2 TIP3X1288 -32.100 -35.870 26.390 1.00 0.00 MW O +ATOM 9032 H1 TIP3X1288 -31.470 -35.160 26.320 1.00 0.00 MW H +ATOM 9033 H2 TIP3X1288 -31.850 -36.470 25.690 1.00 0.00 MW H +ATOM 9034 OH2 TIP3X1289 43.070 29.270 25.860 1.00 0.00 MW O +ATOM 9035 H1 TIP3X1289 43.430 30.090 26.180 1.00 0.00 MW H +ATOM 9036 H2 TIP3X1289 43.570 28.590 26.320 1.00 0.00 MW H +ATOM 9037 OH2 TIP3X1290 9.270 34.330 17.100 1.00 0.00 MW O +ATOM 9038 H1 TIP3X1290 9.430 34.860 16.330 1.00 0.00 MW H +ATOM 9039 H2 TIP3X1290 9.770 34.760 17.800 1.00 0.00 MW H +ATOM 9040 OH2 TIP3X1291 15.200 30.470 26.040 1.00 0.00 MW O +ATOM 9041 H1 TIP3X1291 16.110 30.380 25.730 1.00 0.00 MW H +ATOM 9042 H2 TIP3X1291 15.050 29.690 26.570 1.00 0.00 MW H +ATOM 9043 OH2 TIP3X1292 31.810 -41.480 -51.970 1.00 0.00 MW O +ATOM 9044 H1 TIP3X1292 30.880 -41.540 -51.780 1.00 0.00 MW H +ATOM 9045 H2 TIP3X1292 31.860 -40.990 -52.790 1.00 0.00 MW H +ATOM 9046 OH2 TIP3X1293 -33.420 -5.810 -36.230 1.00 0.00 MW O +ATOM 9047 H1 TIP3X1293 -33.190 -6.040 -37.120 1.00 0.00 MW H +ATOM 9048 H2 TIP3X1293 -32.570 -5.680 -35.800 1.00 0.00 MW H +ATOM 9049 OH2 TIP3X1294 47.370 22.990 -38.310 1.00 0.00 MW O +ATOM 9050 H1 TIP3X1294 47.590 22.350 -38.990 1.00 0.00 MW H +ATOM 9051 H2 TIP3X1294 46.440 23.190 -38.460 1.00 0.00 MW H +ATOM 9052 OH2 TIP3X1295 43.980 -14.850 -40.980 1.00 0.00 MW O +ATOM 9053 H1 TIP3X1295 44.300 -14.660 -41.870 1.00 0.00 MW H +ATOM 9054 H2 TIP3X1295 44.440 -15.650 -40.730 1.00 0.00 MW H +ATOM 9055 OH2 TIP3X1296 41.910 7.290 -28.830 1.00 0.00 MW O +ATOM 9056 H1 TIP3X1296 41.110 7.630 -28.460 1.00 0.00 MW H +ATOM 9057 H2 TIP3X1296 42.540 7.310 -28.120 1.00 0.00 MW H +ATOM 9058 OH2 TIP3X1297 10.750 4.980 26.390 1.00 0.00 MW O +ATOM 9059 H1 TIP3X1297 10.240 4.290 25.950 1.00 0.00 MW H +ATOM 9060 H2 TIP3X1297 11.660 4.650 26.370 1.00 0.00 MW H +ATOM 9061 OH2 TIP3X1298 35.550 -20.520 28.950 1.00 0.00 MW O +ATOM 9062 H1 TIP3X1298 35.350 -19.800 29.530 1.00 0.00 MW H +ATOM 9063 H2 TIP3X1298 36.430 -20.330 28.610 1.00 0.00 MW H +ATOM 9064 OH2 TIP3X1299 29.070 13.720 -34.420 1.00 0.00 MW O +ATOM 9065 H1 TIP3X1299 29.090 13.720 -33.460 1.00 0.00 MW H +ATOM 9066 H2 TIP3X1299 29.980 13.690 -34.690 1.00 0.00 MW H +ATOM 9067 OH2 TIP3X1300 9.970 -17.560 28.310 1.00 0.00 MW O +ATOM 9068 H1 TIP3X1300 9.160 -17.770 27.820 1.00 0.00 MW H +ATOM 9069 H2 TIP3X1300 10.660 -18.050 27.860 1.00 0.00 MW H +ATOM 9070 OH2 TIP3X1301 40.740 -46.050 -37.420 1.00 0.00 MW O +ATOM 9071 H1 TIP3X1301 39.810 -45.880 -37.580 1.00 0.00 MW H +ATOM 9072 H2 TIP3X1301 40.860 -45.830 -36.490 1.00 0.00 MW H +ATOM 9073 OH2 TIP3X1302 -8.350 23.730 -47.460 1.00 0.00 MW O +ATOM 9074 H1 TIP3X1302 -9.010 23.040 -47.470 1.00 0.00 MW H +ATOM 9075 H2 TIP3X1302 -7.660 23.400 -48.030 1.00 0.00 MW H +ATOM 9076 OH2 TIP3X1303 43.100 -0.870 -6.000 1.00 0.00 MW O +ATOM 9077 H1 TIP3X1303 43.600 -0.530 -5.260 1.00 0.00 MW H +ATOM 9078 H2 TIP3X1303 43.320 -0.300 -6.740 1.00 0.00 MW H +ATOM 9079 OH2 TIP3X1304 17.570 21.000 38.580 1.00 0.00 MW O +ATOM 9080 H1 TIP3X1304 17.330 20.710 39.460 1.00 0.00 MW H +ATOM 9081 H2 TIP3X1304 18.380 20.520 38.380 1.00 0.00 MW H +ATOM 9082 OH2 TIP3X1305 -10.580 -34.720 -50.530 1.00 0.00 MW O +ATOM 9083 H1 TIP3X1305 -11.210 -35.430 -50.610 1.00 0.00 MW H +ATOM 9084 H2 TIP3X1305 -9.970 -35.010 -49.860 1.00 0.00 MW H +ATOM 9085 OH2 TIP3X1306 -8.110 34.810 -41.140 1.00 0.00 MW O +ATOM 9086 H1 TIP3X1306 -8.560 34.710 -41.980 1.00 0.00 MW H +ATOM 9087 H2 TIP3X1306 -8.470 34.120 -40.580 1.00 0.00 MW H +ATOM 9088 OH2 TIP3X1307 12.680 29.840 18.210 1.00 0.00 MW O +ATOM 9089 H1 TIP3X1307 12.770 30.750 18.480 1.00 0.00 MW H +ATOM 9090 H2 TIP3X1307 13.110 29.350 18.900 1.00 0.00 MW H +ATOM 9091 OH2 TIP3X1308 1.030 -44.980 27.660 1.00 0.00 MW O +ATOM 9092 H1 TIP3X1308 0.200 -44.620 27.990 1.00 0.00 MW H +ATOM 9093 H2 TIP3X1308 1.610 -44.990 28.420 1.00 0.00 MW H +ATOM 9094 OH2 TIP3X1309 33.430 34.830 -41.650 1.00 0.00 MW O +ATOM 9095 H1 TIP3X1309 33.150 35.050 -40.760 1.00 0.00 MW H +ATOM 9096 H2 TIP3X1309 32.960 35.460 -42.200 1.00 0.00 MW H +ATOM 9097 OH2 TIP3X1310 10.010 -43.740 35.130 1.00 0.00 MW O +ATOM 9098 H1 TIP3X1310 10.550 -44.460 35.460 1.00 0.00 MW H +ATOM 9099 H2 TIP3X1310 9.740 -44.010 34.260 1.00 0.00 MW H +ATOM 9100 OH2 TIP3X1311 -44.080 -29.070 -33.680 1.00 0.00 MW O +ATOM 9101 H1 TIP3X1311 -44.720 -29.030 -34.390 1.00 0.00 MW H +ATOM 9102 H2 TIP3X1311 -44.290 -29.890 -33.220 1.00 0.00 MW H +ATOM 9103 OH2 TIP3X1312 -6.400 -16.060 -41.190 1.00 0.00 MW O +ATOM 9104 H1 TIP3X1312 -6.370 -16.970 -40.870 1.00 0.00 MW H +ATOM 9105 H2 TIP3X1312 -5.990 -15.540 -40.490 1.00 0.00 MW H +ATOM 9106 OH2 TIP3X1313 -33.050 -2.140 -48.570 1.00 0.00 MW O +ATOM 9107 H1 TIP3X1313 -32.250 -2.260 -48.060 1.00 0.00 MW H +ATOM 9108 H2 TIP3X1313 -32.750 -2.020 -49.470 1.00 0.00 MW H +ATOM 9109 OH2 TIP3X1314 -12.580 -27.710 29.270 1.00 0.00 MW O +ATOM 9110 H1 TIP3X1314 -13.370 -27.180 29.310 1.00 0.00 MW H +ATOM 9111 H2 TIP3X1314 -12.690 -28.270 28.500 1.00 0.00 MW H +ATOM 9112 OH2 TIP3X1315 46.390 -3.750 19.530 1.00 0.00 MW O +ATOM 9113 H1 TIP3X1315 47.220 -3.270 19.540 1.00 0.00 MW H +ATOM 9114 H2 TIP3X1315 46.620 -4.620 19.200 1.00 0.00 MW H +ATOM 9115 OH2 TIP3X1316 -27.070 -2.700 27.430 1.00 0.00 MW O +ATOM 9116 H1 TIP3X1316 -27.660 -3.400 27.700 1.00 0.00 MW H +ATOM 9117 H2 TIP3X1316 -27.620 -1.920 27.410 1.00 0.00 MW H +ATOM 9118 OH2 TIP3X1317 17.300 4.070 38.800 1.00 0.00 MW O +ATOM 9119 H1 TIP3X1317 17.850 3.540 38.230 1.00 0.00 MW H +ATOM 9120 H2 TIP3X1317 17.190 4.900 38.340 1.00 0.00 MW H +ATOM 9121 OH2 TIP3X1318 15.780 -46.210 -39.500 1.00 0.00 MW O +ATOM 9122 H1 TIP3X1318 15.270 -47.000 -39.700 1.00 0.00 MW H +ATOM 9123 H2 TIP3X1318 16.050 -46.330 -38.590 1.00 0.00 MW H +ATOM 9124 OH2 TIP3X1319 -5.460 -6.340 25.990 1.00 0.00 MW O +ATOM 9125 H1 TIP3X1319 -5.810 -7.230 26.120 1.00 0.00 MW H +ATOM 9126 H2 TIP3X1319 -4.970 -6.400 25.160 1.00 0.00 MW H +ATOM 9127 OH2 TIP3X1320 -21.530 -34.530 20.210 1.00 0.00 MW O +ATOM 9128 H1 TIP3X1320 -20.860 -33.840 20.320 1.00 0.00 MW H +ATOM 9129 H2 TIP3X1320 -21.320 -35.180 20.870 1.00 0.00 MW H +ATOM 9130 OH2 TIP3X1321 33.830 -9.180 -21.900 1.00 0.00 MW O +ATOM 9131 H1 TIP3X1321 34.690 -9.620 -21.860 1.00 0.00 MW H +ATOM 9132 H2 TIP3X1321 33.440 -9.480 -22.720 1.00 0.00 MW H +ATOM 9133 OH2 TIP3X1322 26.570 12.880 -35.980 1.00 0.00 MW O +ATOM 9134 H1 TIP3X1322 26.780 12.440 -35.150 1.00 0.00 MW H +ATOM 9135 H2 TIP3X1322 27.210 13.610 -36.030 1.00 0.00 MW H +ATOM 9136 OH2 TIP3X1323 8.770 -26.740 30.200 1.00 0.00 MW O +ATOM 9137 H1 TIP3X1323 8.700 -27.680 30.360 1.00 0.00 MW H +ATOM 9138 H2 TIP3X1323 7.870 -26.420 30.210 1.00 0.00 MW H +ATOM 9139 OH2 TIP3X1324 42.640 -30.280 -47.990 1.00 0.00 MW O +ATOM 9140 H1 TIP3X1324 42.270 -30.710 -47.220 1.00 0.00 MW H +ATOM 9141 H2 TIP3X1324 43.580 -30.440 -47.910 1.00 0.00 MW H +ATOM 9142 OH2 TIP3X1325 -41.520 -47.070 -50.030 1.00 0.00 MW O +ATOM 9143 H1 TIP3X1325 -40.680 -47.510 -50.170 1.00 0.00 MW H +ATOM 9144 H2 TIP3X1325 -42.100 -47.770 -49.730 1.00 0.00 MW H +ATOM 9145 OH2 TIP3X1326 -1.760 25.620 -13.480 1.00 0.00 MW O +ATOM 9146 H1 TIP3X1326 -2.300 26.400 -13.620 1.00 0.00 MW H +ATOM 9147 H2 TIP3X1326 -1.160 25.850 -12.770 1.00 0.00 MW H +ATOM 9148 OH2 TIP3X1327 -3.270 4.330 21.570 1.00 0.00 MW O +ATOM 9149 H1 TIP3X1327 -3.170 3.480 21.130 1.00 0.00 MW H +ATOM 9150 H2 TIP3X1327 -2.410 4.760 21.460 1.00 0.00 MW H +ATOM 9151 OH2 TIP3X1328 3.800 -8.130 -41.180 1.00 0.00 MW O +ATOM 9152 H1 TIP3X1328 2.850 -8.220 -41.130 1.00 0.00 MW H +ATOM 9153 H2 TIP3X1328 4.130 -9.020 -41.120 1.00 0.00 MW H +ATOM 9154 OH2 TIP3X1329 -2.160 -30.860 -39.130 1.00 0.00 MW O +ATOM 9155 H1 TIP3X1329 -2.350 -30.730 -38.190 1.00 0.00 MW H +ATOM 9156 H2 TIP3X1329 -2.900 -31.360 -39.460 1.00 0.00 MW H +ATOM 9157 OH2 TIP3X1330 43.140 -36.260 -18.540 1.00 0.00 MW O +ATOM 9158 H1 TIP3X1330 43.010 -35.780 -17.720 1.00 0.00 MW H +ATOM 9159 H2 TIP3X1330 43.040 -35.600 -19.230 1.00 0.00 MW H +ATOM 9160 OH2 TIP3X1331 -28.710 -2.480 34.380 1.00 0.00 MW O +ATOM 9161 H1 TIP3X1331 -28.390 -1.830 35.000 1.00 0.00 MW H +ATOM 9162 H2 TIP3X1331 -28.040 -3.170 34.390 1.00 0.00 MW H +ATOM 9163 OH2 TIP3X1332 -16.940 14.080 -39.230 1.00 0.00 MW O +ATOM 9164 H1 TIP3X1332 -17.580 14.640 -39.680 1.00 0.00 MW H +ATOM 9165 H2 TIP3X1332 -17.250 13.180 -39.420 1.00 0.00 MW H +ATOM 9166 OH2 TIP3X1333 46.180 7.580 35.520 1.00 0.00 MW O +ATOM 9167 H1 TIP3X1333 46.820 7.210 36.130 1.00 0.00 MW H +ATOM 9168 H2 TIP3X1333 45.390 7.060 35.660 1.00 0.00 MW H +ATOM 9169 OH2 TIP3X1334 10.820 -8.210 -44.860 1.00 0.00 MW O +ATOM 9170 H1 TIP3X1334 11.610 -7.980 -44.380 1.00 0.00 MW H +ATOM 9171 H2 TIP3X1334 10.380 -7.380 -45.030 1.00 0.00 MW H +ATOM 9172 OH2 TIP3X1335 -28.840 19.700 -45.610 1.00 0.00 MW O +ATOM 9173 H1 TIP3X1335 -28.100 19.260 -45.180 1.00 0.00 MW H +ATOM 9174 H2 TIP3X1335 -28.470 20.130 -46.370 1.00 0.00 MW H +ATOM 9175 OH2 TIP3X1336 13.280 30.790 -35.230 1.00 0.00 MW O +ATOM 9176 H1 TIP3X1336 13.550 31.630 -34.840 1.00 0.00 MW H +ATOM 9177 H2 TIP3X1336 12.330 30.830 -35.270 1.00 0.00 MW H +ATOM 9178 OH2 TIP3X1337 -13.430 -40.340 33.640 1.00 0.00 MW O +ATOM 9179 H1 TIP3X1337 -12.600 -40.320 34.110 1.00 0.00 MW H +ATOM 9180 H2 TIP3X1337 -13.970 -40.980 34.120 1.00 0.00 MW H +ATOM 9181 OH2 TIP3X1338 -29.140 2.810 39.920 1.00 0.00 MW O +ATOM 9182 H1 TIP3X1338 -28.490 2.990 39.250 1.00 0.00 MW H +ATOM 9183 H2 TIP3X1338 -28.640 2.550 40.700 1.00 0.00 MW H +ATOM 9184 OH2 TIP3X1339 -30.460 -15.520 -46.060 1.00 0.00 MW O +ATOM 9185 H1 TIP3X1339 -31.110 -14.830 -45.920 1.00 0.00 MW H +ATOM 9186 H2 TIP3X1339 -29.940 -15.520 -45.260 1.00 0.00 MW H +ATOM 9187 OH2 TIP3X1340 12.160 -13.320 21.580 1.00 0.00 MW O +ATOM 9188 H1 TIP3X1340 11.430 -13.550 22.150 1.00 0.00 MW H +ATOM 9189 H2 TIP3X1340 12.330 -14.130 21.090 1.00 0.00 MW H +ATOM 9190 OH2 TIP3X1341 -18.730 22.970 -43.410 1.00 0.00 MW O +ATOM 9191 H1 TIP3X1341 -19.230 22.380 -42.850 1.00 0.00 MW H +ATOM 9192 H2 TIP3X1341 -18.770 22.560 -44.280 1.00 0.00 MW H +ATOM 9193 OH2 TIP3X1342 -19.940 -2.530 28.780 1.00 0.00 MW O +ATOM 9194 H1 TIP3X1342 -19.900 -3.440 28.480 1.00 0.00 MW H +ATOM 9195 H2 TIP3X1342 -19.680 -2.570 29.700 1.00 0.00 MW H +ATOM 9196 OH2 TIP3X1343 27.470 11.600 22.060 1.00 0.00 MW O +ATOM 9197 H1 TIP3X1343 27.990 11.980 21.350 1.00 0.00 MW H +ATOM 9198 H2 TIP3X1343 26.560 11.650 21.750 1.00 0.00 MW H +ATOM 9199 OH2 TIP3X1344 -25.270 -2.240 38.190 1.00 0.00 MW O +ATOM 9200 H1 TIP3X1344 -25.090 -2.760 38.980 1.00 0.00 MW H +ATOM 9201 H2 TIP3X1344 -26.040 -1.710 38.420 1.00 0.00 MW H +ATOM 9202 OH2 TIP3X1345 -33.650 3.750 -35.410 1.00 0.00 MW O +ATOM 9203 H1 TIP3X1345 -32.760 3.400 -35.480 1.00 0.00 MW H +ATOM 9204 H2 TIP3X1345 -34.130 3.060 -34.950 1.00 0.00 MW H +ATOM 9205 OH2 TIP3X1346 6.280 6.000 -41.460 1.00 0.00 MW O +ATOM 9206 H1 TIP3X1346 6.300 6.910 -41.140 1.00 0.00 MW H +ATOM 9207 H2 TIP3X1346 5.380 5.860 -41.740 1.00 0.00 MW H +ATOM 9208 OH2 TIP3X1347 -20.800 -26.030 -50.770 1.00 0.00 MW O +ATOM 9209 H1 TIP3X1347 -21.170 -26.650 -50.130 1.00 0.00 MW H +ATOM 9210 H2 TIP3X1347 -20.130 -26.530 -51.230 1.00 0.00 MW H +ATOM 9211 OH2 TIP3X1348 -26.030 -43.190 -19.610 1.00 0.00 MW O +ATOM 9212 H1 TIP3X1348 -26.930 -42.870 -19.620 1.00 0.00 MW H +ATOM 9213 H2 TIP3X1348 -25.500 -42.430 -19.850 1.00 0.00 MW H +ATOM 9214 OH2 TIP3X1349 -35.820 -10.540 -15.290 1.00 0.00 MW O +ATOM 9215 H1 TIP3X1349 -36.410 -10.960 -14.670 1.00 0.00 MW H +ATOM 9216 H2 TIP3X1349 -35.930 -11.030 -16.100 1.00 0.00 MW H +ATOM 9217 OH2 TIP3X1350 27.790 35.430 27.270 1.00 0.00 MW O +ATOM 9218 H1 TIP3X1350 27.960 35.720 28.170 1.00 0.00 MW H +ATOM 9219 H2 TIP3X1350 27.080 34.790 27.370 1.00 0.00 MW H +ATOM 9220 OH2 TIP3X1351 -38.930 -33.630 -45.900 1.00 0.00 MW O +ATOM 9221 H1 TIP3X1351 -38.370 -33.710 -45.140 1.00 0.00 MW H +ATOM 9222 H2 TIP3X1351 -38.340 -33.430 -46.620 1.00 0.00 MW H +ATOM 9223 OH2 TIP3X1352 -9.970 -41.180 10.180 1.00 0.00 MW O +ATOM 9224 H1 TIP3X1352 -9.980 -42.030 10.610 1.00 0.00 MW H +ATOM 9225 H2 TIP3X1352 -9.040 -41.040 9.970 1.00 0.00 MW H +ATOM 9226 OH2 TIP3X1353 -15.740 -17.810 -17.930 1.00 0.00 MW O +ATOM 9227 H1 TIP3X1353 -16.660 -17.810 -17.630 1.00 0.00 MW H +ATOM 9228 H2 TIP3X1353 -15.580 -18.720 -18.160 1.00 0.00 MW H +ATOM 9229 OH2 TIP3X1354 31.770 20.670 24.380 1.00 0.00 MW O +ATOM 9230 H1 TIP3X1354 31.970 20.730 23.450 1.00 0.00 MW H +ATOM 9231 H2 TIP3X1354 31.860 21.560 24.710 1.00 0.00 MW H +ATOM 9232 OH2 TIP3X1355 45.300 -3.930 -37.090 1.00 0.00 MW O +ATOM 9233 H1 TIP3X1355 45.660 -4.010 -37.960 1.00 0.00 MW H +ATOM 9234 H2 TIP3X1355 44.970 -3.030 -37.030 1.00 0.00 MW H +ATOM 9235 OH2 TIP3X1356 26.980 -7.340 32.010 1.00 0.00 MW O +ATOM 9236 H1 TIP3X1356 26.590 -7.200 31.140 1.00 0.00 MW H +ATOM 9237 H2 TIP3X1356 27.340 -6.480 32.240 1.00 0.00 MW H +ATOM 9238 OH2 TIP3X1357 -19.440 29.540 31.630 1.00 0.00 MW O +ATOM 9239 H1 TIP3X1357 -19.300 29.750 32.550 1.00 0.00 MW H +ATOM 9240 H2 TIP3X1357 -19.570 30.390 31.200 1.00 0.00 MW H +ATOM 9241 OH2 TIP3X1358 -26.890 7.210 25.430 1.00 0.00 MW O +ATOM 9242 H1 TIP3X1358 -26.470 8.050 25.180 1.00 0.00 MW H +ATOM 9243 H2 TIP3X1358 -26.610 7.070 26.340 1.00 0.00 MW H +ATOM 9244 OH2 TIP3X1359 7.350 -9.410 -47.480 1.00 0.00 MW O +ATOM 9245 H1 TIP3X1359 7.010 -9.830 -46.690 1.00 0.00 MW H +ATOM 9246 H2 TIP3X1359 8.020 -10.020 -47.790 1.00 0.00 MW H +ATOM 9247 OH2 TIP3X1360 7.230 14.800 -29.350 1.00 0.00 MW O +ATOM 9248 H1 TIP3X1360 6.590 15.200 -28.770 1.00 0.00 MW H +ATOM 9249 H2 TIP3X1360 7.340 15.450 -30.050 1.00 0.00 MW H +ATOM 9250 OH2 TIP3X1361 16.440 27.440 25.940 1.00 0.00 MW O +ATOM 9251 H1 TIP3X1361 16.550 26.960 25.130 1.00 0.00 MW H +ATOM 9252 H2 TIP3X1361 16.690 28.340 25.730 1.00 0.00 MW H +ATOM 9253 OH2 TIP3X1362 3.760 -42.000 -47.660 1.00 0.00 MW O +ATOM 9254 H1 TIP3X1362 3.700 -41.430 -46.900 1.00 0.00 MW H +ATOM 9255 H2 TIP3X1362 3.420 -41.480 -48.380 1.00 0.00 MW H +ATOM 9256 OH2 TIP3X1363 25.000 -19.820 -38.340 1.00 0.00 MW O +ATOM 9257 H1 TIP3X1363 24.350 -19.430 -38.920 1.00 0.00 MW H +ATOM 9258 H2 TIP3X1363 24.640 -19.740 -37.470 1.00 0.00 MW H +ATOM 9259 OH2 TIP3X1364 5.860 10.930 -43.150 1.00 0.00 MW O +ATOM 9260 H1 TIP3X1364 6.490 10.350 -42.680 1.00 0.00 MW H +ATOM 9261 H2 TIP3X1364 5.090 10.920 -42.590 1.00 0.00 MW H +ATOM 9262 OH2 TIP3X1365 -44.100 19.720 -34.780 1.00 0.00 MW O +ATOM 9263 H1 TIP3X1365 -44.840 20.230 -34.460 1.00 0.00 MW H +ATOM 9264 H2 TIP3X1365 -43.470 19.720 -34.060 1.00 0.00 MW H +ATOM 9265 OH2 TIP3X1366 4.140 3.610 -43.660 1.00 0.00 MW O +ATOM 9266 H1 TIP3X1366 3.520 2.900 -43.820 1.00 0.00 MW H +ATOM 9267 H2 TIP3X1366 3.690 4.400 -43.940 1.00 0.00 MW H +ATOM 9268 OH2 TIP3X1367 -28.240 -21.700 32.710 1.00 0.00 MW O +ATOM 9269 H1 TIP3X1367 -29.000 -21.170 32.490 1.00 0.00 MW H +ATOM 9270 H2 TIP3X1367 -28.320 -21.880 33.650 1.00 0.00 MW H +ATOM 9271 OH2 TIP3X1368 -25.560 26.680 34.540 1.00 0.00 MW O +ATOM 9272 H1 TIP3X1368 -24.620 26.480 34.510 1.00 0.00 MW H +ATOM 9273 H2 TIP3X1368 -25.610 27.590 34.840 1.00 0.00 MW H +ATOM 9274 OH2 TIP3X1369 42.230 6.110 -23.740 1.00 0.00 MW O +ATOM 9275 H1 TIP3X1369 41.700 6.750 -23.260 1.00 0.00 MW H +ATOM 9276 H2 TIP3X1369 43.110 6.220 -23.380 1.00 0.00 MW H +ATOM 9277 OH2 TIP3X1370 21.880 -3.730 -39.190 1.00 0.00 MW O +ATOM 9278 H1 TIP3X1370 21.220 -3.850 -38.510 1.00 0.00 MW H +ATOM 9279 H2 TIP3X1370 21.830 -4.530 -39.720 1.00 0.00 MW H +ATOM 9280 OH2 TIP3X1371 46.870 13.310 -35.320 1.00 0.00 MW O +ATOM 9281 H1 TIP3X1371 46.660 13.590 -36.210 1.00 0.00 MW H +ATOM 9282 H2 TIP3X1371 46.030 13.030 -34.950 1.00 0.00 MW H +ATOM 9283 OH2 TIP3X1372 13.030 -4.120 -25.980 1.00 0.00 MW O +ATOM 9284 H1 TIP3X1372 12.780 -5.020 -26.130 1.00 0.00 MW H +ATOM 9285 H2 TIP3X1372 13.170 -3.760 -26.860 1.00 0.00 MW H +ATOM 9286 OH2 TIP3X1373 -18.300 15.110 -29.540 1.00 0.00 MW O +ATOM 9287 H1 TIP3X1373 -18.180 14.180 -29.340 1.00 0.00 MW H +ATOM 9288 H2 TIP3X1373 -17.750 15.260 -30.310 1.00 0.00 MW H +ATOM 9289 OH2 TIP3X1374 -34.370 4.580 -9.100 1.00 0.00 MW O +ATOM 9290 H1 TIP3X1374 -34.050 5.150 -8.400 1.00 0.00 MW H +ATOM 9291 H2 TIP3X1374 -35.150 5.030 -9.440 1.00 0.00 MW H +ATOM 9292 OH2 TIP3X1375 -22.790 -10.500 35.780 1.00 0.00 MW O +ATOM 9293 H1 TIP3X1375 -22.340 -10.210 36.570 1.00 0.00 MW H +ATOM 9294 H2 TIP3X1375 -23.710 -10.300 35.930 1.00 0.00 MW H +ATOM 9295 OH2 TIP3X1376 -32.100 -28.140 -24.800 1.00 0.00 MW O +ATOM 9296 H1 TIP3X1376 -32.330 -27.740 -25.640 1.00 0.00 MW H +ATOM 9297 H2 TIP3X1376 -31.740 -28.990 -25.040 1.00 0.00 MW H +ATOM 9298 OH2 TIP3X1377 -11.730 4.090 -38.200 1.00 0.00 MW O +ATOM 9299 H1 TIP3X1377 -11.010 4.150 -38.820 1.00 0.00 MW H +ATOM 9300 H2 TIP3X1377 -12.380 3.550 -38.640 1.00 0.00 MW H +ATOM 9301 OH2 TIP3X1378 1.410 -40.490 28.960 1.00 0.00 MW O +ATOM 9302 H1 TIP3X1378 2.240 -40.930 29.170 1.00 0.00 MW H +ATOM 9303 H2 TIP3X1378 0.820 -40.750 29.670 1.00 0.00 MW H +ATOM 9304 OH2 TIP3X1379 7.670 -21.180 30.020 1.00 0.00 MW O +ATOM 9305 H1 TIP3X1379 7.530 -20.390 30.550 1.00 0.00 MW H +ATOM 9306 H2 TIP3X1379 8.590 -21.150 29.780 1.00 0.00 MW H +ATOM 9307 OH2 TIP3X1380 -18.570 -15.760 36.720 1.00 0.00 MW O +ATOM 9308 H1 TIP3X1380 -18.680 -15.910 35.790 1.00 0.00 MW H +ATOM 9309 H2 TIP3X1380 -19.410 -15.980 37.120 1.00 0.00 MW H +ATOM 9310 OH2 TIP3X1381 39.310 16.110 -27.080 1.00 0.00 MW O +ATOM 9311 H1 TIP3X1381 39.140 15.250 -27.440 1.00 0.00 MW H +ATOM 9312 H2 TIP3X1381 39.420 16.670 -27.850 1.00 0.00 MW H +ATOM 9313 OH2 TIP3X1382 4.570 15.530 -39.460 1.00 0.00 MW O +ATOM 9314 H1 TIP3X1382 4.590 15.990 -40.300 1.00 0.00 MW H +ATOM 9315 H2 TIP3X1382 5.400 15.060 -39.430 1.00 0.00 MW H +ATOM 9316 OH2 TIP3X1383 40.760 19.350 -35.030 1.00 0.00 MW O +ATOM 9317 H1 TIP3X1383 41.510 19.580 -35.590 1.00 0.00 MW H +ATOM 9318 H2 TIP3X1383 40.580 18.440 -35.220 1.00 0.00 MW H +ATOM 9319 OH2 TIP3X1384 36.120 10.670 19.910 1.00 0.00 MW O +ATOM 9320 H1 TIP3X1384 36.730 10.050 19.510 1.00 0.00 MW H +ATOM 9321 H2 TIP3X1384 35.500 10.870 19.210 1.00 0.00 MW H +ATOM 9322 OH2 TIP3X1385 45.120 -24.450 33.880 1.00 0.00 MW O +ATOM 9323 H1 TIP3X1385 44.990 -25.400 33.810 1.00 0.00 MW H +ATOM 9324 H2 TIP3X1385 46.050 -24.330 33.650 1.00 0.00 MW H +ATOM 9325 OH2 TIP3X1386 33.970 12.560 -50.730 1.00 0.00 MW O +ATOM 9326 H1 TIP3X1386 34.380 13.370 -51.020 1.00 0.00 MW H +ATOM 9327 H2 TIP3X1386 33.100 12.560 -51.160 1.00 0.00 MW H +ATOM 9328 OH2 TIP3X1387 -33.210 20.330 -22.130 1.00 0.00 MW O +ATOM 9329 H1 TIP3X1387 -33.870 20.880 -21.720 1.00 0.00 MW H +ATOM 9330 H2 TIP3X1387 -32.520 20.240 -21.470 1.00 0.00 MW H +ATOM 9331 OH2 TIP3X1388 21.890 -42.030 37.280 1.00 0.00 MW O +ATOM 9332 H1 TIP3X1388 21.100 -41.490 37.340 1.00 0.00 MW H +ATOM 9333 H2 TIP3X1388 21.590 -42.930 37.410 1.00 0.00 MW H +ATOM 9334 OH2 TIP3X1389 -38.830 2.910 -33.840 1.00 0.00 MW O +ATOM 9335 H1 TIP3X1389 -38.260 3.690 -33.840 1.00 0.00 MW H +ATOM 9336 H2 TIP3X1389 -39.040 2.790 -32.920 1.00 0.00 MW H +ATOM 9337 OH2 TIP3X1390 -31.300 18.160 -27.170 1.00 0.00 MW O +ATOM 9338 H1 TIP3X1390 -30.670 18.810 -26.840 1.00 0.00 MW H +ATOM 9339 H2 TIP3X1390 -30.760 17.380 -27.320 1.00 0.00 MW H +ATOM 9340 OH2 TIP3X1391 -28.490 43.980 -40.590 1.00 0.00 MW O +ATOM 9341 H1 TIP3X1391 -28.490 43.120 -40.180 1.00 0.00 MW H +ATOM 9342 H2 TIP3X1391 -28.120 43.850 -41.460 1.00 0.00 MW H +ATOM 9343 OH2 TIP3X1392 -36.140 12.360 -13.480 1.00 0.00 MW O +ATOM 9344 H1 TIP3X1392 -36.630 13.020 -13.000 1.00 0.00 MW H +ATOM 9345 H2 TIP3X1392 -36.110 12.690 -14.380 1.00 0.00 MW H +ATOM 9346 OH2 TIP3X1393 17.360 -37.950 -21.020 1.00 0.00 MW O +ATOM 9347 H1 TIP3X1393 17.640 -38.800 -20.700 1.00 0.00 MW H +ATOM 9348 H2 TIP3X1393 18.150 -37.400 -20.960 1.00 0.00 MW H +ATOM 9349 OH2 TIP3X1394 12.340 5.200 -29.820 1.00 0.00 MW O +ATOM 9350 H1 TIP3X1394 11.730 4.550 -30.140 1.00 0.00 MW H +ATOM 9351 H2 TIP3X1394 13.060 4.690 -29.450 1.00 0.00 MW H +ATOM 9352 OH2 TIP3X1395 -43.420 -8.190 38.410 1.00 0.00 MW O +ATOM 9353 H1 TIP3X1395 -43.170 -9.060 38.730 1.00 0.00 MW H +ATOM 9354 H2 TIP3X1395 -42.790 -7.600 38.810 1.00 0.00 MW H +ATOM 9355 OH2 TIP3X1396 -17.370 -25.370 32.600 1.00 0.00 MW O +ATOM 9356 H1 TIP3X1396 -16.440 -25.530 32.450 1.00 0.00 MW H +ATOM 9357 H2 TIP3X1396 -17.640 -24.830 31.840 1.00 0.00 MW H +ATOM 9358 OH2 TIP3X1397 22.860 -0.680 30.170 1.00 0.00 MW O +ATOM 9359 H1 TIP3X1397 22.330 -0.840 30.950 1.00 0.00 MW H +ATOM 9360 H2 TIP3X1397 23.220 0.200 30.300 1.00 0.00 MW H +ATOM 9361 OH2 TIP3X1398 -13.500 -36.090 -29.080 1.00 0.00 MW O +ATOM 9362 H1 TIP3X1398 -13.060 -35.360 -29.510 1.00 0.00 MW H +ATOM 9363 H2 TIP3X1398 -13.370 -36.840 -29.660 1.00 0.00 MW H +ATOM 9364 OH2 TIP3X1399 -29.080 -14.030 -29.710 1.00 0.00 MW O +ATOM 9365 H1 TIP3X1399 -29.330 -14.210 -30.610 1.00 0.00 MW H +ATOM 9366 H2 TIP3X1399 -28.480 -14.740 -29.470 1.00 0.00 MW H +ATOM 9367 OH2 TIP3X1400 -15.190 -49.110 22.100 1.00 0.00 MW O +ATOM 9368 H1 TIP3X1400 -15.450 -49.260 23.020 1.00 0.00 MW H +ATOM 9369 H2 TIP3X1400 -14.730 -48.270 22.120 1.00 0.00 MW H +ATOM 9370 OH2 TIP3X1401 31.270 -47.540 -46.190 1.00 0.00 MW O +ATOM 9371 H1 TIP3X1401 31.110 -47.160 -47.050 1.00 0.00 MW H +ATOM 9372 H2 TIP3X1401 32.230 -47.580 -46.120 1.00 0.00 MW H +ATOM 9373 OH2 TIP3X1402 -44.900 -30.850 -41.670 1.00 0.00 MW O +ATOM 9374 H1 TIP3X1402 -45.160 -31.700 -41.320 1.00 0.00 MW H +ATOM 9375 H2 TIP3X1402 -44.180 -31.040 -42.260 1.00 0.00 MW H +ATOM 9376 OH2 TIP3X1403 24.040 -15.070 -31.550 1.00 0.00 MW O +ATOM 9377 H1 TIP3X1403 24.330 -15.790 -32.100 1.00 0.00 MW H +ATOM 9378 H2 TIP3X1403 24.830 -14.590 -31.320 1.00 0.00 MW H +ATOM 9379 OH2 TIP3X1404 -10.080 36.360 -46.110 1.00 0.00 MW O +ATOM 9380 H1 TIP3X1404 -10.720 37.050 -45.950 1.00 0.00 MW H +ATOM 9381 H2 TIP3X1404 -10.330 35.990 -46.960 1.00 0.00 MW H +ATOM 9382 OH2 TIP3X1405 40.220 -30.990 22.330 1.00 0.00 MW O +ATOM 9383 H1 TIP3X1405 40.360 -30.700 23.230 1.00 0.00 MW H +ATOM 9384 H2 TIP3X1405 40.330 -30.200 21.790 1.00 0.00 MW H +ATOM 9385 OH2 TIP3X1406 -1.630 -25.100 -37.270 1.00 0.00 MW O +ATOM 9386 H1 TIP3X1406 -2.220 -24.500 -36.830 1.00 0.00 MW H +ATOM 9387 H2 TIP3X1406 -0.820 -25.050 -36.770 1.00 0.00 MW H +ATOM 9388 OH2 TIP3X1407 -10.610 -18.610 -19.890 1.00 0.00 MW O +ATOM 9389 H1 TIP3X1407 -11.450 -18.200 -19.680 1.00 0.00 MW H +ATOM 9390 H2 TIP3X1407 -10.830 -19.280 -20.540 1.00 0.00 MW H +ATOM 9391 OH2 TIP3X1408 -39.610 -14.640 -31.960 1.00 0.00 MW O +ATOM 9392 H1 TIP3X1408 -40.440 -14.870 -31.530 1.00 0.00 MW H +ATOM 9393 H2 TIP3X1408 -39.840 -13.950 -32.580 1.00 0.00 MW H +ATOM 9394 OH2 TIP3X1409 -5.020 -34.760 -38.390 1.00 0.00 MW O +ATOM 9395 H1 TIP3X1409 -4.640 -34.210 -39.080 1.00 0.00 MW H +ATOM 9396 H2 TIP3X1409 -5.940 -34.880 -38.660 1.00 0.00 MW H +ATOM 9397 OH2 TIP3X1410 24.830 -39.270 35.310 1.00 0.00 MW O +ATOM 9398 H1 TIP3X1410 25.710 -39.630 35.270 1.00 0.00 MW H +ATOM 9399 H2 TIP3X1410 24.620 -39.230 36.230 1.00 0.00 MW H +ATOM 9400 OH2 TIP3X1411 -13.850 6.460 -47.920 1.00 0.00 MW O +ATOM 9401 H1 TIP3X1411 -13.590 5.610 -48.310 1.00 0.00 MW H +ATOM 9402 H2 TIP3X1411 -13.070 6.770 -47.470 1.00 0.00 MW H +ATOM 9403 OH2 TIP3X1412 10.040 7.870 -15.130 1.00 0.00 MW O +ATOM 9404 H1 TIP3X1412 9.620 7.060 -15.430 1.00 0.00 MW H +ATOM 9405 H2 TIP3X1412 9.750 8.540 -15.750 1.00 0.00 MW H +ATOM 9406 OH2 TIP3X1413 -31.650 -3.960 38.990 1.00 0.00 MW O +ATOM 9407 H1 TIP3X1413 -32.230 -4.180 39.720 1.00 0.00 MW H +ATOM 9408 H2 TIP3X1413 -31.830 -3.040 38.800 1.00 0.00 MW H +ATOM 9409 OH2 TIP3X1414 15.220 6.000 -13.170 1.00 0.00 MW O +ATOM 9410 H1 TIP3X1414 14.510 5.440 -12.850 1.00 0.00 MW H +ATOM 9411 H2 TIP3X1414 14.950 6.890 -12.950 1.00 0.00 MW H +ATOM 9412 OH2 TIP3X1415 36.830 33.480 -29.210 1.00 0.00 MW O +ATOM 9413 H1 TIP3X1415 36.180 33.450 -28.510 1.00 0.00 MW H +ATOM 9414 H2 TIP3X1415 36.330 33.400 -30.010 1.00 0.00 MW H +ATOM 9415 OH2 TIP3X1416 -9.660 -35.020 -37.280 1.00 0.00 MW O +ATOM 9416 H1 TIP3X1416 -9.500 -34.560 -38.110 1.00 0.00 MW H +ATOM 9417 H2 TIP3X1416 -8.870 -34.850 -36.760 1.00 0.00 MW H +ATOM 9418 OH2 TIP3X1417 -41.380 25.120 -15.340 1.00 0.00 MW O +ATOM 9419 H1 TIP3X1417 -41.650 24.710 -14.520 1.00 0.00 MW H +ATOM 9420 H2 TIP3X1417 -42.040 25.770 -15.520 1.00 0.00 MW H +ATOM 9421 OH2 TIP3X1418 -44.580 25.010 -32.320 1.00 0.00 MW O +ATOM 9422 H1 TIP3X1418 -45.360 25.360 -31.890 1.00 0.00 MW H +ATOM 9423 H2 TIP3X1418 -44.170 25.760 -32.730 1.00 0.00 MW H +ATOM 9424 OH2 TIP3X1419 -9.480 -49.540 -20.310 1.00 0.00 MW O +ATOM 9425 H1 TIP3X1419 -10.240 -50.090 -20.130 1.00 0.00 MW H +ATOM 9426 H2 TIP3X1419 -8.730 -50.100 -20.160 1.00 0.00 MW H +ATOM 9427 OH2 TIP3X1420 -39.750 -5.370 26.610 1.00 0.00 MW O +ATOM 9428 H1 TIP3X1420 -39.920 -6.090 26.000 1.00 0.00 MW H +ATOM 9429 H2 TIP3X1420 -38.790 -5.340 26.690 1.00 0.00 MW H +ATOM 9430 OH2 TIP3X1421 -23.170 -12.930 -35.040 1.00 0.00 MW O +ATOM 9431 H1 TIP3X1421 -23.370 -12.040 -35.330 1.00 0.00 MW H +ATOM 9432 H2 TIP3X1421 -23.670 -13.490 -35.630 1.00 0.00 MW H +ATOM 9433 OH2 TIP3X1422 -29.310 -43.210 -16.780 1.00 0.00 MW O +ATOM 9434 H1 TIP3X1422 -29.630 -43.340 -15.890 1.00 0.00 MW H +ATOM 9435 H2 TIP3X1422 -29.730 -42.400 -17.070 1.00 0.00 MW H +ATOM 9436 OH2 TIP3X1423 -14.570 -3.450 34.130 1.00 0.00 MW O +ATOM 9437 H1 TIP3X1423 -15.310 -2.940 33.780 1.00 0.00 MW H +ATOM 9438 H2 TIP3X1423 -13.900 -3.390 33.450 1.00 0.00 MW H +ATOM 9439 OH2 TIP3X1424 -14.660 -16.470 -42.070 1.00 0.00 MW O +ATOM 9440 H1 TIP3X1424 -15.330 -16.920 -41.570 1.00 0.00 MW H +ATOM 9441 H2 TIP3X1424 -14.510 -15.660 -41.580 1.00 0.00 MW H +ATOM 9442 OH2 TIP3X1425 24.780 -23.150 -47.490 1.00 0.00 MW O +ATOM 9443 H1 TIP3X1425 25.680 -23.440 -47.610 1.00 0.00 MW H +ATOM 9444 H2 TIP3X1425 24.430 -23.060 -48.370 1.00 0.00 MW H +ATOM 9445 OH2 TIP3X1426 14.400 34.520 -16.630 1.00 0.00 MW O +ATOM 9446 H1 TIP3X1426 13.680 33.970 -16.940 1.00 0.00 MW H +ATOM 9447 H2 TIP3X1426 15.130 34.320 -17.220 1.00 0.00 MW H +ATOM 9448 OH2 TIP3X1427 28.670 -12.940 -28.320 1.00 0.00 MW O +ATOM 9449 H1 TIP3X1427 28.540 -12.070 -28.690 1.00 0.00 MW H +ATOM 9450 H2 TIP3X1427 29.400 -12.830 -27.720 1.00 0.00 MW H +ATOM 9451 OH2 TIP3X1428 -8.270 18.440 -33.860 1.00 0.00 MW O +ATOM 9452 H1 TIP3X1428 -8.100 17.930 -33.060 1.00 0.00 MW H +ATOM 9453 H2 TIP3X1428 -9.200 18.680 -33.790 1.00 0.00 MW H +ATOM 9454 OH2 TIP3X1429 -2.760 31.220 32.840 1.00 0.00 MW O +ATOM 9455 H1 TIP3X1429 -2.230 30.580 33.300 1.00 0.00 MW H +ATOM 9456 H2 TIP3X1429 -3.480 31.400 33.440 1.00 0.00 MW H +ATOM 9457 OH2 TIP3X1430 37.770 2.780 -29.290 1.00 0.00 MW O +ATOM 9458 H1 TIP3X1430 37.060 2.890 -29.900 1.00 0.00 MW H +ATOM 9459 H2 TIP3X1430 37.570 3.380 -28.570 1.00 0.00 MW H +ATOM 9460 OH2 TIP3X1431 34.610 30.880 17.360 1.00 0.00 MW O +ATOM 9461 H1 TIP3X1431 33.730 31.250 17.390 1.00 0.00 MW H +ATOM 9462 H2 TIP3X1431 35.170 31.630 17.210 1.00 0.00 MW H +ATOM 9463 OH2 TIP3X1432 -8.490 3.180 38.970 1.00 0.00 MW O +ATOM 9464 H1 TIP3X1432 -8.750 3.170 38.050 1.00 0.00 MW H +ATOM 9465 H2 TIP3X1432 -7.970 2.390 39.080 1.00 0.00 MW H +ATOM 9466 OH2 TIP3X1433 -10.880 -11.590 -37.280 1.00 0.00 MW O +ATOM 9467 H1 TIP3X1433 -10.380 -10.910 -37.720 1.00 0.00 MW H +ATOM 9468 H2 TIP3X1433 -10.290 -12.330 -37.220 1.00 0.00 MW H +ATOM 9469 OH2 TIP3X1434 42.160 -47.630 -38.880 1.00 0.00 MW O +ATOM 9470 H1 TIP3X1434 42.410 -48.430 -38.420 1.00 0.00 MW H +ATOM 9471 H2 TIP3X1434 41.570 -47.170 -38.280 1.00 0.00 MW H +ATOM 9472 OH2 TIP3X1435 -40.930 17.660 22.330 1.00 0.00 MW O +ATOM 9473 H1 TIP3X1435 -40.570 17.210 21.560 1.00 0.00 MW H +ATOM 9474 H2 TIP3X1435 -41.840 17.850 22.080 1.00 0.00 MW H +ATOM 9475 OH2 TIP3X1436 -39.360 31.650 -43.470 1.00 0.00 MW O +ATOM 9476 H1 TIP3X1436 -39.400 30.720 -43.250 1.00 0.00 MW H +ATOM 9477 H2 TIP3X1436 -40.080 32.040 -42.960 1.00 0.00 MW H +ATOM 9478 OH2 TIP3X1437 -34.150 32.550 38.320 1.00 0.00 MW O +ATOM 9479 H1 TIP3X1437 -34.830 33.210 38.420 1.00 0.00 MW H +ATOM 9480 H2 TIP3X1437 -33.330 33.000 38.500 1.00 0.00 MW H +ATOM 9481 OH2 TIP3X1438 29.820 -37.370 32.690 1.00 0.00 MW O +ATOM 9482 H1 TIP3X1438 28.950 -37.340 32.310 1.00 0.00 MW H +ATOM 9483 H2 TIP3X1438 29.820 -38.160 33.220 1.00 0.00 MW H +ATOM 9484 OH2 TIP3X1439 36.810 -50.750 26.900 1.00 0.00 MW O +ATOM 9485 H1 TIP3X1439 36.290 -51.300 26.310 1.00 0.00 MW H +ATOM 9486 H2 TIP3X1439 37.600 -50.530 26.390 1.00 0.00 MW H +ATOM 9487 OH2 TIP3X1440 20.230 34.850 -34.180 1.00 0.00 MW O +ATOM 9488 H1 TIP3X1440 19.780 35.270 -34.910 1.00 0.00 MW H +ATOM 9489 H2 TIP3X1440 20.920 35.480 -33.930 1.00 0.00 MW H +ATOM 9490 OH2 TIP3X1441 36.510 -16.490 26.310 1.00 0.00 MW O +ATOM 9491 H1 TIP3X1441 36.000 -17.190 25.910 1.00 0.00 MW H +ATOM 9492 H2 TIP3X1441 36.200 -15.690 25.890 1.00 0.00 MW H +ATOM 9493 OH2 TIP3X1442 -27.170 -8.240 -22.130 1.00 0.00 MW O +ATOM 9494 H1 TIP3X1442 -26.770 -9.020 -22.490 1.00 0.00 MW H +ATOM 9495 H2 TIP3X1442 -26.490 -7.570 -22.160 1.00 0.00 MW H +ATOM 9496 OH2 TIP3X1443 20.900 -27.600 -40.620 1.00 0.00 MW O +ATOM 9497 H1 TIP3X1443 20.320 -27.130 -41.230 1.00 0.00 MW H +ATOM 9498 H2 TIP3X1443 21.720 -27.110 -40.640 1.00 0.00 MW H +ATOM 9499 OH2 TIP3X1444 -9.130 -9.740 -44.700 1.00 0.00 MW O +ATOM 9500 H1 TIP3X1444 -9.180 -10.650 -45.020 1.00 0.00 MW H +ATOM 9501 H2 TIP3X1444 -8.540 -9.310 -45.320 1.00 0.00 MW H +ATOM 9502 OH2 TIP3X1445 37.010 -2.120 -28.340 1.00 0.00 MW O +ATOM 9503 H1 TIP3X1445 36.350 -2.680 -28.720 1.00 0.00 MW H +ATOM 9504 H2 TIP3X1445 37.810 -2.650 -28.350 1.00 0.00 MW H +ATOM 9505 OH2 TIP3X1446 9.130 35.260 23.420 1.00 0.00 MW O +ATOM 9506 H1 TIP3X1446 9.160 35.420 22.470 1.00 0.00 MW H +ATOM 9507 H2 TIP3X1446 8.470 34.580 23.530 1.00 0.00 MW H +ATOM 9508 OH2 TIP3X1447 -8.820 -13.990 -37.020 1.00 0.00 MW O +ATOM 9509 H1 TIP3X1447 -9.170 -14.710 -37.530 1.00 0.00 MW H +ATOM 9510 H2 TIP3X1447 -9.060 -14.190 -36.120 1.00 0.00 MW H +ATOM 9511 OH2 TIP3X1448 35.540 27.330 -29.370 1.00 0.00 MW O +ATOM 9512 H1 TIP3X1448 35.800 27.370 -30.300 1.00 0.00 MW H +ATOM 9513 H2 TIP3X1448 35.280 26.410 -29.240 1.00 0.00 MW H +ATOM 9514 OH2 TIP3X1449 19.090 18.420 -28.050 1.00 0.00 MW O +ATOM 9515 H1 TIP3X1449 18.420 18.670 -27.420 1.00 0.00 MW H +ATOM 9516 H2 TIP3X1449 19.140 19.150 -28.660 1.00 0.00 MW H +ATOM 9517 OH2 TIP3X1450 22.840 -16.040 -47.270 1.00 0.00 MW O +ATOM 9518 H1 TIP3X1450 22.380 -15.390 -46.760 1.00 0.00 MW H +ATOM 9519 H2 TIP3X1450 22.580 -15.870 -48.180 1.00 0.00 MW H +ATOM 9520 OH2 TIP3X1451 38.300 33.780 -38.820 1.00 0.00 MW O +ATOM 9521 H1 TIP3X1451 38.190 34.540 -38.250 1.00 0.00 MW H +ATOM 9522 H2 TIP3X1451 39.000 33.270 -38.400 1.00 0.00 MW H +ATOM 9523 OH2 TIP3X1452 42.000 -45.700 35.640 1.00 0.00 MW O +ATOM 9524 H1 TIP3X1452 42.940 -45.860 35.620 1.00 0.00 MW H +ATOM 9525 H2 TIP3X1452 41.630 -46.350 35.050 1.00 0.00 MW H +ATOM 9526 OH2 TIP3X1453 -3.710 -37.760 -45.360 1.00 0.00 MW O +ATOM 9527 H1 TIP3X1453 -3.370 -37.000 -44.890 1.00 0.00 MW H +ATOM 9528 H2 TIP3X1453 -3.390 -38.510 -44.870 1.00 0.00 MW H +ATOM 9529 OH2 TIP3X1454 -22.590 -46.150 17.820 1.00 0.00 MW O +ATOM 9530 H1 TIP3X1454 -23.430 -46.530 17.580 1.00 0.00 MW H +ATOM 9531 H2 TIP3X1454 -22.360 -45.560 17.100 1.00 0.00 MW H +ATOM 9532 OH2 TIP3X1455 -41.830 16.140 37.590 1.00 0.00 MW O +ATOM 9533 H1 TIP3X1455 -41.310 16.860 37.970 1.00 0.00 MW H +ATOM 9534 H2 TIP3X1455 -41.260 15.740 36.950 1.00 0.00 MW H +ATOM 9535 OH2 TIP3X1456 -40.830 6.350 -17.390 1.00 0.00 MW O +ATOM 9536 H1 TIP3X1456 -40.090 6.780 -16.970 1.00 0.00 MW H +ATOM 9537 H2 TIP3X1456 -41.350 6.010 -16.650 1.00 0.00 MW H +ATOM 9538 OH2 TIP3X1457 -17.150 -48.230 14.870 1.00 0.00 MW O +ATOM 9539 H1 TIP3X1457 -17.470 -48.120 13.980 1.00 0.00 MW H +ATOM 9540 H2 TIP3X1457 -17.360 -47.390 15.300 1.00 0.00 MW H +ATOM 9541 OH2 TIP3X1458 -31.840 -17.950 27.590 1.00 0.00 MW O +ATOM 9542 H1 TIP3X1458 -31.930 -18.250 26.680 1.00 0.00 MW H +ATOM 9543 H2 TIP3X1458 -32.190 -17.060 27.590 1.00 0.00 MW H +ATOM 9544 OH2 TIP3X1459 16.160 -27.350 36.020 1.00 0.00 MW O +ATOM 9545 H1 TIP3X1459 15.640 -27.940 35.470 1.00 0.00 MW H +ATOM 9546 H2 TIP3X1459 16.670 -27.940 36.590 1.00 0.00 MW H +ATOM 9547 OH2 TIP3X1460 11.770 -44.220 19.780 1.00 0.00 MW O +ATOM 9548 H1 TIP3X1460 12.720 -44.340 19.750 1.00 0.00 MW H +ATOM 9549 H2 TIP3X1460 11.630 -43.540 20.440 1.00 0.00 MW H +ATOM 9550 OH2 TIP3X1461 46.100 3.350 17.690 1.00 0.00 MW O +ATOM 9551 H1 TIP3X1461 46.600 4.110 17.990 1.00 0.00 MW H +ATOM 9552 H2 TIP3X1461 46.640 2.930 17.030 1.00 0.00 MW H +ATOM 9553 OH2 TIP3X1462 -33.480 -4.900 24.490 1.00 0.00 MW O +ATOM 9554 H1 TIP3X1462 -33.610 -5.790 24.170 1.00 0.00 MW H +ATOM 9555 H2 TIP3X1462 -34.290 -4.450 24.300 1.00 0.00 MW H +ATOM 9556 OH2 TIP3X1463 -23.870 -43.930 19.280 1.00 0.00 MW O +ATOM 9557 H1 TIP3X1463 -23.950 -43.350 18.520 1.00 0.00 MW H +ATOM 9558 H2 TIP3X1463 -23.180 -44.550 19.020 1.00 0.00 MW H +ATOM 9559 OH2 TIP3X1464 28.890 -11.180 28.670 1.00 0.00 MW O +ATOM 9560 H1 TIP3X1464 28.650 -10.340 28.270 1.00 0.00 MW H +ATOM 9561 H2 TIP3X1464 29.790 -11.330 28.400 1.00 0.00 MW H +ATOM 9562 OH2 TIP3X1465 21.830 -23.920 18.810 1.00 0.00 MW O +ATOM 9563 H1 TIP3X1465 21.130 -23.270 18.840 1.00 0.00 MW H +ATOM 9564 H2 TIP3X1465 22.050 -24.080 19.720 1.00 0.00 MW H +ATOM 9565 OH2 TIP3X1466 -14.790 28.470 22.460 1.00 0.00 MW O +ATOM 9566 H1 TIP3X1466 -14.780 28.790 23.360 1.00 0.00 MW H +ATOM 9567 H2 TIP3X1466 -14.100 28.960 22.020 1.00 0.00 MW H +ATOM 9568 OH2 TIP3X1467 19.130 32.510 29.530 1.00 0.00 MW O +ATOM 9569 H1 TIP3X1467 18.840 32.120 28.710 1.00 0.00 MW H +ATOM 9570 H2 TIP3X1467 20.050 32.760 29.360 1.00 0.00 MW H +ATOM 9571 OH2 TIP3X1468 28.100 34.940 30.100 1.00 0.00 MW O +ATOM 9572 H1 TIP3X1468 27.590 34.440 30.730 1.00 0.00 MW H +ATOM 9573 H2 TIP3X1468 29.000 34.880 30.420 1.00 0.00 MW H +ATOM 9574 OH2 TIP3X1469 -19.240 -1.820 -40.320 1.00 0.00 MW O +ATOM 9575 H1 TIP3X1469 -19.840 -2.400 -40.770 1.00 0.00 MW H +ATOM 9576 H2 TIP3X1469 -18.460 -1.780 -40.890 1.00 0.00 MW H +ATOM 9577 OH2 TIP3X1470 -11.690 -18.450 -24.930 1.00 0.00 MW O +ATOM 9578 H1 TIP3X1470 -11.760 -18.650 -25.860 1.00 0.00 MW H +ATOM 9579 H2 TIP3X1470 -12.570 -18.180 -24.670 1.00 0.00 MW H +ATOM 9580 OH2 TIP3X1471 12.360 24.520 -47.350 1.00 0.00 MW O +ATOM 9581 H1 TIP3X1471 11.480 24.450 -46.990 1.00 0.00 MW H +ATOM 9582 H2 TIP3X1471 12.310 24.070 -48.200 1.00 0.00 MW H +ATOM 9583 OH2 TIP3X1472 45.890 38.020 -36.470 1.00 0.00 MW O +ATOM 9584 H1 TIP3X1472 45.050 38.300 -36.840 1.00 0.00 MW H +ATOM 9585 H2 TIP3X1472 46.540 38.370 -37.070 1.00 0.00 MW H +ATOM 9586 OH2 TIP3X1473 27.150 -31.960 -33.020 1.00 0.00 MW O +ATOM 9587 H1 TIP3X1473 26.350 -31.570 -32.650 1.00 0.00 MW H +ATOM 9588 H2 TIP3X1473 26.940 -32.050 -33.950 1.00 0.00 MW H +ATOM 9589 OH2 TIP3X1474 15.110 -48.210 -23.780 1.00 0.00 MW O +ATOM 9590 H1 TIP3X1474 14.230 -48.290 -23.410 1.00 0.00 MW H +ATOM 9591 H2 TIP3X1474 15.630 -47.780 -23.090 1.00 0.00 MW H +ATOM 9592 OH2 TIP3X1475 16.800 -19.850 -26.320 1.00 0.00 MW O +ATOM 9593 H1 TIP3X1475 17.150 -20.590 -26.820 1.00 0.00 MW H +ATOM 9594 H2 TIP3X1475 16.040 -20.210 -25.860 1.00 0.00 MW H +ATOM 9595 OH2 TIP3X1476 -42.720 11.510 -9.380 1.00 0.00 MW O +ATOM 9596 H1 TIP3X1476 -42.760 10.560 -9.240 1.00 0.00 MW H +ATOM 9597 H2 TIP3X1476 -43.240 11.660 -10.170 1.00 0.00 MW H +ATOM 9598 OH2 TIP3X1477 -39.190 22.720 -14.450 1.00 0.00 MW O +ATOM 9599 H1 TIP3X1477 -40.080 22.750 -14.090 1.00 0.00 MW H +ATOM 9600 H2 TIP3X1477 -38.630 22.850 -13.700 1.00 0.00 MW H +ATOM 9601 OH2 TIP3X1478 -36.400 12.090 32.330 1.00 0.00 MW O +ATOM 9602 H1 TIP3X1478 -37.070 11.500 31.990 1.00 0.00 MW H +ATOM 9603 H2 TIP3X1478 -35.570 11.660 32.130 1.00 0.00 MW H +ATOM 9604 OH2 TIP3X1479 -20.980 2.820 20.540 1.00 0.00 MW O +ATOM 9605 H1 TIP3X1479 -21.240 2.170 21.190 1.00 0.00 MW H +ATOM 9606 H2 TIP3X1479 -20.120 3.120 20.810 1.00 0.00 MW H +ATOM 9607 OH2 TIP3X1480 37.910 3.610 -37.830 1.00 0.00 MW O +ATOM 9608 H1 TIP3X1480 37.280 3.070 -38.310 1.00 0.00 MW H +ATOM 9609 H2 TIP3X1480 38.610 3.770 -38.460 1.00 0.00 MW H +ATOM 9610 OH2 TIP3X1481 14.810 -43.570 -22.320 1.00 0.00 MW O +ATOM 9611 H1 TIP3X1481 14.090 -44.180 -22.140 1.00 0.00 MW H +ATOM 9612 H2 TIP3X1481 14.980 -43.150 -21.480 1.00 0.00 MW H +ATOM 9613 OH2 TIP3X1482 -33.600 11.010 -13.450 1.00 0.00 MW O +ATOM 9614 H1 TIP3X1482 -34.560 11.020 -13.450 1.00 0.00 MW H +ATOM 9615 H2 TIP3X1482 -33.360 11.670 -12.810 1.00 0.00 MW H +ATOM 9616 OH2 TIP3X1483 36.580 -38.550 -29.940 1.00 0.00 MW O +ATOM 9617 H1 TIP3X1483 36.580 -37.600 -29.940 1.00 0.00 MW H +ATOM 9618 H2 TIP3X1483 37.400 -38.800 -30.360 1.00 0.00 MW H +ATOM 9619 OH2 TIP3X1484 -13.450 -15.620 19.020 1.00 0.00 MW O +ATOM 9620 H1 TIP3X1484 -13.510 -16.020 18.140 1.00 0.00 MW H +ATOM 9621 H2 TIP3X1484 -12.750 -14.970 18.930 1.00 0.00 MW H +ATOM 9622 OH2 TIP3X1485 -41.020 -5.890 -41.350 1.00 0.00 MW O +ATOM 9623 H1 TIP3X1485 -40.740 -5.820 -40.440 1.00 0.00 MW H +ATOM 9624 H2 TIP3X1485 -40.320 -6.380 -41.780 1.00 0.00 MW H +ATOM 9625 OH2 TIP3X1486 -38.200 -14.790 -43.410 1.00 0.00 MW O +ATOM 9626 H1 TIP3X1486 -38.770 -14.240 -42.880 1.00 0.00 MW H +ATOM 9627 H2 TIP3X1486 -38.750 -15.520 -43.680 1.00 0.00 MW H +ATOM 9628 OH2 TIP3X1487 -24.120 -9.070 -27.370 1.00 0.00 MW O +ATOM 9629 H1 TIP3X1487 -23.250 -8.930 -27.750 1.00 0.00 MW H +ATOM 9630 H2 TIP3X1487 -24.130 -8.530 -26.590 1.00 0.00 MW H +ATOM 9631 OH2 TIP3X1488 32.860 -23.500 -33.420 1.00 0.00 MW O +ATOM 9632 H1 TIP3X1488 33.590 -23.310 -34.000 1.00 0.00 MW H +ATOM 9633 H2 TIP3X1488 32.820 -24.460 -33.380 1.00 0.00 MW H +ATOM 9634 OH2 TIP3X1489 32.430 -21.470 23.130 1.00 0.00 MW O +ATOM 9635 H1 TIP3X1489 31.760 -21.870 22.570 1.00 0.00 MW H +ATOM 9636 H2 TIP3X1489 32.410 -20.540 22.910 1.00 0.00 MW H +ATOM 9637 OH2 TIP3X1490 -0.110 10.350 -26.520 1.00 0.00 MW O +ATOM 9638 H1 TIP3X1490 -0.620 9.540 -26.480 1.00 0.00 MW H +ATOM 9639 H2 TIP3X1490 0.270 10.350 -27.400 1.00 0.00 MW H +ATOM 9640 OH2 TIP3X1491 41.640 11.540 13.310 1.00 0.00 MW O +ATOM 9641 H1 TIP3X1491 40.890 11.720 13.890 1.00 0.00 MW H +ATOM 9642 H2 TIP3X1491 41.580 10.600 13.120 1.00 0.00 MW H +ATOM 9643 OH2 TIP3X1492 15.920 -30.220 -39.330 1.00 0.00 MW O +ATOM 9644 H1 TIP3X1492 15.230 -30.820 -39.060 1.00 0.00 MW H +ATOM 9645 H2 TIP3X1492 15.590 -29.830 -40.140 1.00 0.00 MW H +ATOM 9646 OH2 TIP3X1493 45.790 8.550 -36.230 1.00 0.00 MW O +ATOM 9647 H1 TIP3X1493 45.660 7.660 -35.900 1.00 0.00 MW H +ATOM 9648 H2 TIP3X1493 45.160 8.620 -36.950 1.00 0.00 MW H +ATOM 9649 OH2 TIP3X1494 8.930 -37.350 -34.970 1.00 0.00 MW O +ATOM 9650 H1 TIP3X1494 9.660 -37.330 -35.590 1.00 0.00 MW H +ATOM 9651 H2 TIP3X1494 8.730 -38.290 -34.880 1.00 0.00 MW H +ATOM 9652 OH2 TIP3X1495 -32.500 -42.800 -33.610 1.00 0.00 MW O +ATOM 9653 H1 TIP3X1495 -32.370 -42.410 -34.480 1.00 0.00 MW H +ATOM 9654 H2 TIP3X1495 -31.630 -43.120 -33.360 1.00 0.00 MW H +ATOM 9655 OH2 TIP3X1496 39.960 -23.170 23.950 1.00 0.00 MW O +ATOM 9656 H1 TIP3X1496 40.860 -23.430 23.770 1.00 0.00 MW H +ATOM 9657 H2 TIP3X1496 39.890 -22.280 23.610 1.00 0.00 MW H +ATOM 9658 OH2 TIP3X1497 -40.660 9.620 40.730 1.00 0.00 MW O +ATOM 9659 H1 TIP3X1497 -40.650 8.930 41.410 1.00 0.00 MW H +ATOM 9660 H2 TIP3X1497 -40.530 10.430 41.220 1.00 0.00 MW H +ATOM 9661 OH2 TIP3X1498 15.410 18.010 -15.490 1.00 0.00 MW O +ATOM 9662 H1 TIP3X1498 14.700 18.640 -15.610 1.00 0.00 MW H +ATOM 9663 H2 TIP3X1498 14.950 17.160 -15.390 1.00 0.00 MW H +ATOM 9664 OH2 TIP3X1499 -24.670 1.230 -38.490 1.00 0.00 MW O +ATOM 9665 H1 TIP3X1499 -24.830 0.350 -38.120 1.00 0.00 MW H +ATOM 9666 H2 TIP3X1499 -23.720 1.260 -38.580 1.00 0.00 MW H +ATOM 9667 OH2 TIP3X1500 -45.310 -0.510 -39.880 1.00 0.00 MW O +ATOM 9668 H1 TIP3X1500 -44.700 -1.170 -40.220 1.00 0.00 MW H +ATOM 9669 H2 TIP3X1500 -46.030 -0.520 -40.520 1.00 0.00 MW H +ATOM 9670 OH2 TIP3X1501 24.190 -24.900 -31.140 1.00 0.00 MW O +ATOM 9671 H1 TIP3X1501 24.350 -24.420 -30.330 1.00 0.00 MW H +ATOM 9672 H2 TIP3X1501 23.720 -24.280 -31.700 1.00 0.00 MW H +ATOM 9673 OH2 TIP3X1502 -17.180 -17.230 -30.740 1.00 0.00 MW O +ATOM 9674 H1 TIP3X1502 -17.330 -16.380 -31.150 1.00 0.00 MW H +ATOM 9675 H2 TIP3X1502 -17.080 -17.840 -31.460 1.00 0.00 MW H +ATOM 9676 OH2 TIP3X1503 11.410 34.540 -13.880 1.00 0.00 MW O +ATOM 9677 H1 TIP3X1503 11.470 34.090 -14.720 1.00 0.00 MW H +ATOM 9678 H2 TIP3X1503 10.470 34.570 -13.690 1.00 0.00 MW H +ATOM 9679 OH2 TIP3X1504 -8.120 -19.410 35.400 1.00 0.00 MW O +ATOM 9680 H1 TIP3X1504 -8.130 -19.380 36.360 1.00 0.00 MW H +ATOM 9681 H2 TIP3X1504 -8.610 -20.200 35.180 1.00 0.00 MW H +ATOM 9682 OH2 TIP3X1505 30.340 27.860 34.450 1.00 0.00 MW O +ATOM 9683 H1 TIP3X1505 29.910 27.420 35.180 1.00 0.00 MW H +ATOM 9684 H2 TIP3X1505 31.280 27.700 34.600 1.00 0.00 MW H +ATOM 9685 OH2 TIP3X1506 40.620 -5.650 -32.810 1.00 0.00 MW O +ATOM 9686 H1 TIP3X1506 40.820 -4.820 -32.380 1.00 0.00 MW H +ATOM 9687 H2 TIP3X1506 39.920 -6.030 -32.290 1.00 0.00 MW H +ATOM 9688 OH2 TIP3X1507 23.590 -27.620 -31.890 1.00 0.00 MW O +ATOM 9689 H1 TIP3X1507 23.660 -26.720 -31.580 1.00 0.00 MW H +ATOM 9690 H2 TIP3X1507 22.800 -27.970 -31.470 1.00 0.00 MW H +ATOM 9691 OH2 TIP3X1508 10.380 5.480 -47.980 1.00 0.00 MW O +ATOM 9692 H1 TIP3X1508 10.940 6.220 -47.750 1.00 0.00 MW H +ATOM 9693 H2 TIP3X1508 10.820 4.730 -47.590 1.00 0.00 MW H +ATOM 9694 OH2 TIP3X1509 -28.630 -24.020 -33.690 1.00 0.00 MW O +ATOM 9695 H1 TIP3X1509 -28.740 -23.500 -32.890 1.00 0.00 MW H +ATOM 9696 H2 TIP3X1509 -29.500 -24.350 -33.880 1.00 0.00 MW H +ATOM 9697 OH2 TIP3X1510 -34.730 17.140 -47.530 1.00 0.00 MW O +ATOM 9698 H1 TIP3X1510 -35.040 17.470 -48.370 1.00 0.00 MW H +ATOM 9699 H2 TIP3X1510 -34.200 17.860 -47.180 1.00 0.00 MW H +ATOM 9700 OH2 TIP3X1511 37.140 -38.800 -22.900 1.00 0.00 MW O +ATOM 9701 H1 TIP3X1511 37.650 -39.520 -23.240 1.00 0.00 MW H +ATOM 9702 H2 TIP3X1511 36.230 -39.070 -22.980 1.00 0.00 MW H +ATOM 9703 OH2 TIP3X1512 -37.110 28.060 41.190 1.00 0.00 MW O +ATOM 9704 H1 TIP3X1512 -36.880 28.660 40.480 1.00 0.00 MW H +ATOM 9705 H2 TIP3X1512 -38.040 28.220 41.350 1.00 0.00 MW H +ATOM 9706 OH2 TIP3X1513 46.160 41.990 -40.520 1.00 0.00 MW O +ATOM 9707 H1 TIP3X1513 45.930 41.700 -39.640 1.00 0.00 MW H +ATOM 9708 H2 TIP3X1513 47.050 42.330 -40.440 1.00 0.00 MW H +ATOM 9709 OH2 TIP3X1514 43.570 30.140 -23.070 1.00 0.00 MW O +ATOM 9710 H1 TIP3X1514 44.280 29.550 -22.810 1.00 0.00 MW H +ATOM 9711 H2 TIP3X1514 44.000 30.860 -23.520 1.00 0.00 MW H +ATOM 9712 OH2 TIP3X1515 29.330 -36.130 -27.080 1.00 0.00 MW O +ATOM 9713 H1 TIP3X1515 29.040 -35.340 -27.540 1.00 0.00 MW H +ATOM 9714 H2 TIP3X1515 30.250 -36.220 -27.300 1.00 0.00 MW H +ATOM 9715 OH2 TIP3X1516 42.520 5.960 37.520 1.00 0.00 MW O +ATOM 9716 H1 TIP3X1516 42.220 5.150 37.100 1.00 0.00 MW H +ATOM 9717 H2 TIP3X1516 42.690 6.570 36.800 1.00 0.00 MW H +ATOM 9718 OH2 TIP3X1517 5.360 -44.950 24.830 1.00 0.00 MW O +ATOM 9719 H1 TIP3X1517 5.440 -44.380 24.060 1.00 0.00 MW H +ATOM 9720 H2 TIP3X1517 4.450 -44.890 25.090 1.00 0.00 MW H +ATOM 9721 OH2 TIP3X1518 24.590 -37.500 -33.150 1.00 0.00 MW O +ATOM 9722 H1 TIP3X1518 24.900 -37.060 -33.940 1.00 0.00 MW H +ATOM 9723 H2 TIP3X1518 24.500 -36.810 -32.500 1.00 0.00 MW H +ATOM 9724 OH2 TIP3X1519 16.380 29.200 20.370 1.00 0.00 MW O +ATOM 9725 H1 TIP3X1519 16.840 28.830 19.620 1.00 0.00 MW H +ATOM 9726 H2 TIP3X1519 16.980 29.060 21.100 1.00 0.00 MW H +ATOM 9727 OH2 TIP3X1520 -7.180 37.840 -48.390 1.00 0.00 MW O +ATOM 9728 H1 TIP3X1520 -6.780 38.180 -47.590 1.00 0.00 MW H +ATOM 9729 H2 TIP3X1520 -7.780 38.520 -48.680 1.00 0.00 MW H +ATOM 9730 OH2 TIP3X1521 6.350 17.640 -17.810 1.00 0.00 MW O +ATOM 9731 H1 TIP3X1521 6.890 18.280 -17.360 1.00 0.00 MW H +ATOM 9732 H2 TIP3X1521 6.890 16.850 -17.830 1.00 0.00 MW H +ATOM 9733 OH2 TIP3X1522 13.080 -26.470 16.760 1.00 0.00 MW O +ATOM 9734 H1 TIP3X1522 12.270 -26.060 17.040 1.00 0.00 MW H +ATOM 9735 H2 TIP3X1522 12.910 -27.420 16.860 1.00 0.00 MW H +ATOM 9736 OH2 TIP3X1523 -6.330 22.710 18.190 1.00 0.00 MW O +ATOM 9737 H1 TIP3X1523 -7.070 22.980 17.630 1.00 0.00 MW H +ATOM 9738 H2 TIP3X1523 -6.260 21.770 18.050 1.00 0.00 MW H +ATOM 9739 OH2 TIP3X1524 0.960 -47.120 15.760 1.00 0.00 MW O +ATOM 9740 H1 TIP3X1524 0.880 -46.300 15.300 1.00 0.00 MW H +ATOM 9741 H2 TIP3X1524 1.460 -47.680 15.150 1.00 0.00 MW H +ATOM 9742 OH2 TIP3X1525 3.600 21.520 -24.280 1.00 0.00 MW O +ATOM 9743 H1 TIP3X1525 4.180 22.160 -23.890 1.00 0.00 MW H +ATOM 9744 H2 TIP3X1525 3.990 21.350 -25.140 1.00 0.00 MW H +ATOM 9745 OH2 TIP3X1526 8.790 -13.820 30.870 1.00 0.00 MW O +ATOM 9746 H1 TIP3X1526 8.420 -12.940 30.860 1.00 0.00 MW H +ATOM 9747 H2 TIP3X1526 9.210 -13.890 31.730 1.00 0.00 MW H +ATOM 9748 OH2 TIP3X1527 0.200 11.570 34.810 1.00 0.00 MW O +ATOM 9749 H1 TIP3X1527 -0.140 11.650 35.700 1.00 0.00 MW H +ATOM 9750 H2 TIP3X1527 1.090 11.900 34.860 1.00 0.00 MW H +ATOM 9751 OH2 TIP3X1528 -33.080 -30.560 -46.230 1.00 0.00 MW O +ATOM 9752 H1 TIP3X1528 -33.540 -29.960 -46.830 1.00 0.00 MW H +ATOM 9753 H2 TIP3X1528 -32.840 -31.300 -46.770 1.00 0.00 MW H +ATOM 9754 OH2 TIP3X1529 -8.740 39.410 13.890 1.00 0.00 MW O +ATOM 9755 H1 TIP3X1529 -9.270 39.760 14.610 1.00 0.00 MW H +ATOM 9756 H2 TIP3X1529 -8.980 38.480 13.860 1.00 0.00 MW H +ATOM 9757 OH2 TIP3X1530 -24.660 -8.970 17.850 1.00 0.00 MW O +ATOM 9758 H1 TIP3X1530 -24.840 -9.360 16.990 1.00 0.00 MW H +ATOM 9759 H2 TIP3X1530 -23.760 -8.630 17.770 1.00 0.00 MW H +ATOM 9760 OH2 TIP3X1531 -5.440 34.760 33.920 1.00 0.00 MW O +ATOM 9761 H1 TIP3X1531 -5.520 34.900 34.870 1.00 0.00 MW H +ATOM 9762 H2 TIP3X1531 -5.290 33.820 33.830 1.00 0.00 MW H +ATOM 9763 OH2 TIP3X1532 -18.840 17.990 25.390 1.00 0.00 MW O +ATOM 9764 H1 TIP3X1532 -19.170 17.130 25.170 1.00 0.00 MW H +ATOM 9765 H2 TIP3X1532 -19.380 18.290 26.120 1.00 0.00 MW H +ATOM 9766 OH2 TIP3X1533 -7.400 11.680 -39.620 1.00 0.00 MW O +ATOM 9767 H1 TIP3X1533 -7.370 10.950 -40.240 1.00 0.00 MW H +ATOM 9768 H2 TIP3X1533 -7.040 11.330 -38.810 1.00 0.00 MW H +ATOM 9769 OH2 TIP3X1534 -26.870 -26.990 36.430 1.00 0.00 MW O +ATOM 9770 H1 TIP3X1534 -26.680 -26.490 35.630 1.00 0.00 MW H +ATOM 9771 H2 TIP3X1534 -26.510 -27.860 36.250 1.00 0.00 MW H +ATOM 9772 OH2 TIP3X1535 -35.230 -20.120 -25.640 1.00 0.00 MW O +ATOM 9773 H1 TIP3X1535 -35.960 -20.620 -25.270 1.00 0.00 MW H +ATOM 9774 H2 TIP3X1535 -34.450 -20.550 -25.310 1.00 0.00 MW H +ATOM 9775 OH2 TIP3X1536 -20.470 20.750 26.780 1.00 0.00 MW O +ATOM 9776 H1 TIP3X1536 -20.950 19.930 26.820 1.00 0.00 MW H +ATOM 9777 H2 TIP3X1536 -19.960 20.770 27.600 1.00 0.00 MW H +ATOM 9778 OH2 TIP3X1537 -28.660 -33.550 -33.530 1.00 0.00 MW O +ATOM 9779 H1 TIP3X1537 -28.410 -33.100 -34.330 1.00 0.00 MW H +ATOM 9780 H2 TIP3X1537 -27.900 -34.100 -33.310 1.00 0.00 MW H +ATOM 9781 OH2 TIP3X1538 -26.530 -23.460 -35.220 1.00 0.00 MW O +ATOM 9782 H1 TIP3X1538 -27.300 -23.780 -34.750 1.00 0.00 MW H +ATOM 9783 H2 TIP3X1538 -25.790 -23.650 -34.650 1.00 0.00 MW H +ATOM 9784 OH2 TIP3X1539 -8.130 -36.480 -27.260 1.00 0.00 MW O +ATOM 9785 H1 TIP3X1539 -9.070 -36.400 -27.390 1.00 0.00 MW H +ATOM 9786 H2 TIP3X1539 -7.820 -35.580 -27.160 1.00 0.00 MW H +ATOM 9787 OH2 TIP3X1540 28.810 -28.200 18.880 1.00 0.00 MW O +ATOM 9788 H1 TIP3X1540 29.380 -27.920 18.160 1.00 0.00 MW H +ATOM 9789 H2 TIP3X1540 28.100 -28.690 18.460 1.00 0.00 MW H +ATOM 9790 OH2 TIP3X1541 34.800 -2.170 32.460 1.00 0.00 MW O +ATOM 9791 H1 TIP3X1541 34.310 -2.740 33.040 1.00 0.00 MW H +ATOM 9792 H2 TIP3X1541 35.600 -1.950 32.950 1.00 0.00 MW H +ATOM 9793 OH2 TIP3X1542 29.560 -37.410 26.830 1.00 0.00 MW O +ATOM 9794 H1 TIP3X1542 29.360 -36.580 27.280 1.00 0.00 MW H +ATOM 9795 H2 TIP3X1542 29.870 -38.000 27.510 1.00 0.00 MW H +ATOM 9796 OH2 TIP3X1543 -11.430 17.740 -39.860 1.00 0.00 MW O +ATOM 9797 H1 TIP3X1543 -10.640 17.420 -39.430 1.00 0.00 MW H +ATOM 9798 H2 TIP3X1543 -11.540 17.180 -40.620 1.00 0.00 MW H +ATOM 9799 OH2 TIP3X1544 -29.940 -46.980 37.980 1.00 0.00 MW O +ATOM 9800 H1 TIP3X1544 -30.230 -46.210 37.510 1.00 0.00 MW H +ATOM 9801 H2 TIP3X1544 -29.290 -47.390 37.410 1.00 0.00 MW H +ATOM 9802 OH2 TIP3X1545 -35.830 -33.880 -47.100 1.00 0.00 MW O +ATOM 9803 H1 TIP3X1545 -35.370 -34.230 -47.860 1.00 0.00 MW H +ATOM 9804 H2 TIP3X1545 -35.950 -32.960 -47.280 1.00 0.00 MW H +ATOM 9805 OH2 TIP3X1546 42.910 17.280 29.300 1.00 0.00 MW O +ATOM 9806 H1 TIP3X1546 43.840 17.440 29.490 1.00 0.00 MW H +ATOM 9807 H2 TIP3X1546 42.610 16.730 30.020 1.00 0.00 MW H +ATOM 9808 OH2 TIP3X1547 20.290 5.530 -45.980 1.00 0.00 MW O +ATOM 9809 H1 TIP3X1547 20.480 5.280 -46.880 1.00 0.00 MW H +ATOM 9810 H2 TIP3X1547 19.990 6.440 -46.030 1.00 0.00 MW H +ATOM 9811 OH2 TIP3X1548 -33.980 18.920 -45.400 1.00 0.00 MW O +ATOM 9812 H1 TIP3X1548 -33.130 18.690 -45.000 1.00 0.00 MW H +ATOM 9813 H2 TIP3X1548 -33.730 19.350 -46.230 1.00 0.00 MW H +ATOM 9814 OH2 TIP3X1549 -27.580 -12.550 27.070 1.00 0.00 MW O +ATOM 9815 H1 TIP3X1549 -27.650 -12.770 27.990 1.00 0.00 MW H +ATOM 9816 H2 TIP3X1549 -26.900 -13.120 26.730 1.00 0.00 MW H +ATOM 9817 OH2 TIP3X1550 -27.340 29.880 17.920 1.00 0.00 MW O +ATOM 9818 H1 TIP3X1550 -28.080 30.490 17.910 1.00 0.00 MW H +ATOM 9819 H2 TIP3X1550 -27.550 29.280 18.650 1.00 0.00 MW H +ATOM 9820 OH2 TIP3X1551 -3.140 -33.170 15.040 1.00 0.00 MW O +ATOM 9821 H1 TIP3X1551 -2.600 -33.900 14.720 1.00 0.00 MW H +ATOM 9822 H2 TIP3X1551 -3.680 -33.560 15.720 1.00 0.00 MW H +ATOM 9823 OH2 TIP3X1552 30.820 18.220 -49.840 1.00 0.00 MW O +ATOM 9824 H1 TIP3X1552 30.850 18.720 -50.650 1.00 0.00 MW H +ATOM 9825 H2 TIP3X1552 31.670 17.790 -49.800 1.00 0.00 MW H +ATOM 9826 OH2 TIP3X1553 -38.980 -37.490 -22.220 1.00 0.00 MW O +ATOM 9827 H1 TIP3X1553 -38.410 -36.740 -22.310 1.00 0.00 MW H +ATOM 9828 H2 TIP3X1553 -39.680 -37.210 -21.630 1.00 0.00 MW H +ATOM 9829 OH2 TIP3X1554 42.240 8.280 26.860 1.00 0.00 MW O +ATOM 9830 H1 TIP3X1554 42.140 7.380 26.540 1.00 0.00 MW H +ATOM 9831 H2 TIP3X1554 42.750 8.730 26.190 1.00 0.00 MW H +ATOM 9832 OH2 TIP3X1555 -32.570 5.130 -31.680 1.00 0.00 MW O +ATOM 9833 H1 TIP3X1555 -32.290 4.230 -31.780 1.00 0.00 MW H +ATOM 9834 H2 TIP3X1555 -32.620 5.270 -30.730 1.00 0.00 MW H +ATOM 9835 OH2 TIP3X1556 7.180 -38.880 21.580 1.00 0.00 MW O +ATOM 9836 H1 TIP3X1556 6.300 -38.610 21.310 1.00 0.00 MW H +ATOM 9837 H2 TIP3X1556 7.160 -39.840 21.520 1.00 0.00 MW H +ATOM 9838 OH2 TIP3X1557 47.080 37.540 -39.450 1.00 0.00 MW O +ATOM 9839 H1 TIP3X1557 48.030 37.660 -39.490 1.00 0.00 MW H +ATOM 9840 H2 TIP3X1557 46.730 38.420 -39.300 1.00 0.00 MW H +ATOM 9841 OH2 TIP3X1558 39.800 -3.430 22.180 1.00 0.00 MW O +ATOM 9842 H1 TIP3X1558 40.370 -2.780 21.780 1.00 0.00 MW H +ATOM 9843 H2 TIP3X1558 39.350 -2.960 22.880 1.00 0.00 MW H +ATOM 9844 OH2 TIP3X1559 19.460 -1.250 -32.290 1.00 0.00 MW O +ATOM 9845 H1 TIP3X1559 18.570 -1.420 -31.990 1.00 0.00 MW H +ATOM 9846 H2 TIP3X1559 19.980 -1.970 -31.940 1.00 0.00 MW H +ATOM 9847 OH2 TIP3X1560 -43.450 3.710 -8.920 1.00 0.00 MW O +ATOM 9848 H1 TIP3X1560 -42.850 4.450 -9.020 1.00 0.00 MW H +ATOM 9849 H2 TIP3X1560 -42.910 2.990 -8.590 1.00 0.00 MW H +ATOM 9850 OH2 TIP3X1561 -3.590 -24.280 -18.060 1.00 0.00 MW O +ATOM 9851 H1 TIP3X1561 -4.510 -24.440 -18.300 1.00 0.00 MW H +ATOM 9852 H2 TIP3X1561 -3.490 -24.730 -17.220 1.00 0.00 MW H +ATOM 9853 OH2 TIP3X1562 1.750 15.410 29.200 1.00 0.00 MW O +ATOM 9854 H1 TIP3X1562 1.410 16.090 28.620 1.00 0.00 MW H +ATOM 9855 H2 TIP3X1562 2.360 15.860 29.780 1.00 0.00 MW H +ATOM 9856 OH2 TIP3X1563 -19.120 29.600 -31.190 1.00 0.00 MW O +ATOM 9857 H1 TIP3X1563 -18.730 29.080 -31.890 1.00 0.00 MW H +ATOM 9858 H2 TIP3X1563 -18.400 29.770 -30.590 1.00 0.00 MW H +ATOM 9859 OH2 TIP3X1564 16.560 -47.710 -30.230 1.00 0.00 MW O +ATOM 9860 H1 TIP3X1564 16.360 -48.040 -31.110 1.00 0.00 MW H +ATOM 9861 H2 TIP3X1564 16.740 -48.490 -29.710 1.00 0.00 MW H +ATOM 9862 OH2 TIP3X1565 -39.510 -21.310 20.120 1.00 0.00 MW O +ATOM 9863 H1 TIP3X1565 -39.560 -22.270 20.030 1.00 0.00 MW H +ATOM 9864 H2 TIP3X1565 -39.690 -20.980 19.250 1.00 0.00 MW H +ATOM 9865 OH2 TIP3X1566 23.730 -24.080 26.710 1.00 0.00 MW O +ATOM 9866 H1 TIP3X1566 24.470 -23.600 26.340 1.00 0.00 MW H +ATOM 9867 H2 TIP3X1566 22.990 -23.460 26.630 1.00 0.00 MW H +ATOM 9868 OH2 TIP3X1567 -4.090 15.200 -21.860 1.00 0.00 MW O +ATOM 9869 H1 TIP3X1567 -4.790 14.610 -21.610 1.00 0.00 MW H +ATOM 9870 H2 TIP3X1567 -4.300 15.450 -22.760 1.00 0.00 MW H +ATOM 9871 OH2 TIP3X1568 4.340 4.560 21.540 1.00 0.00 MW O +ATOM 9872 H1 TIP3X1568 4.990 4.110 22.070 1.00 0.00 MW H +ATOM 9873 H2 TIP3X1568 3.540 4.520 22.050 1.00 0.00 MW H +ATOM 9874 OH2 TIP3X1569 -16.000 -48.670 -40.180 1.00 0.00 MW O +ATOM 9875 H1 TIP3X1569 -16.130 -48.310 -41.050 1.00 0.00 MW H +ATOM 9876 H2 TIP3X1569 -15.880 -47.920 -39.610 1.00 0.00 MW H +ATOM 9877 OH2 TIP3X1570 -35.030 -3.680 -35.250 1.00 0.00 MW O +ATOM 9878 H1 TIP3X1570 -35.570 -3.540 -36.030 1.00 0.00 MW H +ATOM 9879 H2 TIP3X1570 -34.350 -4.280 -35.550 1.00 0.00 MW H +ATOM 9880 OH2 TIP3X1571 -23.390 -28.900 -34.170 1.00 0.00 MW O +ATOM 9881 H1 TIP3X1571 -24.000 -28.980 -34.910 1.00 0.00 MW H +ATOM 9882 H2 TIP3X1571 -23.910 -29.130 -33.400 1.00 0.00 MW H +ATOM 9883 OH2 TIP3X1572 -8.670 -16.630 -45.470 1.00 0.00 MW O +ATOM 9884 H1 TIP3X1572 -9.110 -16.250 -46.240 1.00 0.00 MW H +ATOM 9885 H2 TIP3X1572 -9.050 -17.510 -45.400 1.00 0.00 MW H +ATOM 9886 OH2 TIP3X1573 -34.780 28.020 -48.440 1.00 0.00 MW O +ATOM 9887 H1 TIP3X1573 -34.080 28.050 -49.110 1.00 0.00 MW H +ATOM 9888 H2 TIP3X1573 -35.180 28.890 -48.470 1.00 0.00 MW H +ATOM 9889 OH2 TIP3X1574 16.040 -23.500 -37.450 1.00 0.00 MW O +ATOM 9890 H1 TIP3X1574 16.790 -24.040 -37.660 1.00 0.00 MW H +ATOM 9891 H2 TIP3X1574 15.290 -24.080 -37.580 1.00 0.00 MW H +ATOM 9892 OH2 TIP3X1575 20.030 -47.380 -22.520 1.00 0.00 MW O +ATOM 9893 H1 TIP3X1575 19.350 -47.850 -22.040 1.00 0.00 MW H +ATOM 9894 H2 TIP3X1575 20.850 -47.740 -22.200 1.00 0.00 MW H +ATOM 9895 OH2 TIP3X1576 -19.050 28.300 -44.330 1.00 0.00 MW O +ATOM 9896 H1 TIP3X1576 -18.420 28.590 -43.680 1.00 0.00 MW H +ATOM 9897 H2 TIP3X1576 -18.870 27.380 -44.440 1.00 0.00 MW H +ATOM 9898 OH2 TIP3X1577 -18.730 -7.520 15.980 1.00 0.00 MW O +ATOM 9899 H1 TIP3X1577 -19.380 -7.200 16.600 1.00 0.00 MW H +ATOM 9900 H2 TIP3X1577 -18.230 -6.750 15.730 1.00 0.00 MW H +ATOM 9901 OH2 TIP3X1578 -16.880 -36.620 -22.740 1.00 0.00 MW O +ATOM 9902 H1 TIP3X1578 -15.950 -36.510 -22.940 1.00 0.00 MW H +ATOM 9903 H2 TIP3X1578 -17.150 -35.770 -22.430 1.00 0.00 MW H +ATOM 9904 OH2 TIP3X1579 -42.540 -20.780 31.180 1.00 0.00 MW O +ATOM 9905 H1 TIP3X1579 -43.160 -21.470 31.410 1.00 0.00 MW H +ATOM 9906 H2 TIP3X1579 -41.720 -21.060 31.580 1.00 0.00 MW H +ATOM 9907 OH2 TIP3X1580 16.060 -21.690 19.140 1.00 0.00 MW O +ATOM 9908 H1 TIP3X1580 16.760 -21.310 18.600 1.00 0.00 MW H +ATOM 9909 H2 TIP3X1580 16.360 -22.580 19.320 1.00 0.00 MW H +ATOM 9910 OH2 TIP3X1581 -36.610 -33.130 38.750 1.00 0.00 MW O +ATOM 9911 H1 TIP3X1581 -37.560 -33.070 38.660 1.00 0.00 MW H +ATOM 9912 H2 TIP3X1581 -36.440 -32.900 39.660 1.00 0.00 MW H +ATOM 9913 OH2 TIP3X1582 -38.970 -39.760 -36.350 1.00 0.00 MW O +ATOM 9914 H1 TIP3X1582 -39.570 -40.320 -36.850 1.00 0.00 MW H +ATOM 9915 H2 TIP3X1582 -38.450 -40.380 -35.830 1.00 0.00 MW H +ATOM 9916 OH2 TIP3X1583 -1.800 -41.030 -35.300 1.00 0.00 MW O +ATOM 9917 H1 TIP3X1583 -2.540 -40.450 -35.430 1.00 0.00 MW H +ATOM 9918 H2 TIP3X1583 -1.520 -41.280 -36.180 1.00 0.00 MW H +ATOM 9919 OH2 TIP3X1584 -42.300 -24.430 -47.650 1.00 0.00 MW O +ATOM 9920 H1 TIP3X1584 -42.620 -23.610 -47.280 1.00 0.00 MW H +ATOM 9921 H2 TIP3X1584 -41.430 -24.540 -47.290 1.00 0.00 MW H +ATOM 9922 OH2 TIP3X1585 -1.170 13.240 -41.070 1.00 0.00 MW O +ATOM 9923 H1 TIP3X1585 -2.120 13.370 -41.030 1.00 0.00 MW H +ATOM 9924 H2 TIP3X1585 -1.020 12.710 -41.850 1.00 0.00 MW H +ATOM 9925 OH2 TIP3X1586 -17.770 -46.010 21.330 1.00 0.00 MW O +ATOM 9926 H1 TIP3X1586 -18.440 -46.610 21.650 1.00 0.00 MW H +ATOM 9927 H2 TIP3X1586 -16.940 -46.410 21.590 1.00 0.00 MW H +ATOM 9928 OH2 TIP3X1587 10.520 -11.840 -49.930 1.00 0.00 MW O +ATOM 9929 H1 TIP3X1587 9.690 -12.130 -50.280 1.00 0.00 MW H +ATOM 9930 H2 TIP3X1587 10.500 -10.880 -50.000 1.00 0.00 MW H +ATOM 9931 OH2 TIP3X1588 -32.410 -34.570 -27.970 1.00 0.00 MW O +ATOM 9932 H1 TIP3X1588 -31.680 -34.740 -27.370 1.00 0.00 MW H +ATOM 9933 H2 TIP3X1588 -32.090 -33.870 -28.540 1.00 0.00 MW H +ATOM 9934 OH2 TIP3X1589 6.420 2.510 28.490 1.00 0.00 MW O +ATOM 9935 H1 TIP3X1589 6.550 2.070 29.330 1.00 0.00 MW H +ATOM 9936 H2 TIP3X1589 6.620 1.850 27.840 1.00 0.00 MW H +ATOM 9937 OH2 TIP3X1590 39.130 8.070 -49.290 1.00 0.00 MW O +ATOM 9938 H1 TIP3X1590 39.770 7.420 -49.020 1.00 0.00 MW H +ATOM 9939 H2 TIP3X1590 39.630 8.890 -49.330 1.00 0.00 MW H +ATOM 9940 OH2 TIP3X1591 33.100 -21.570 -42.070 1.00 0.00 MW O +ATOM 9941 H1 TIP3X1591 33.640 -22.010 -42.710 1.00 0.00 MW H +ATOM 9942 H2 TIP3X1591 33.670 -20.890 -41.710 1.00 0.00 MW H +ATOM 9943 OH2 TIP3X1592 47.590 -48.770 30.650 1.00 0.00 MW O +ATOM 9944 H1 TIP3X1592 48.450 -49.130 30.860 1.00 0.00 MW H +ATOM 9945 H2 TIP3X1592 47.120 -48.740 31.480 1.00 0.00 MW H +ATOM 9946 OH2 TIP3X1593 -6.700 -31.130 -30.650 1.00 0.00 MW O +ATOM 9947 H1 TIP3X1593 -6.480 -30.220 -30.840 1.00 0.00 MW H +ATOM 9948 H2 TIP3X1593 -6.920 -31.510 -31.500 1.00 0.00 MW H +ATOM 9949 OH2 TIP3X1594 -18.300 -36.660 34.190 1.00 0.00 MW O +ATOM 9950 H1 TIP3X1594 -17.750 -36.070 34.710 1.00 0.00 MW H +ATOM 9951 H2 TIP3X1594 -17.830 -36.750 33.360 1.00 0.00 MW H +ATOM 9952 OH2 TIP3X1595 -4.800 -0.420 -41.250 1.00 0.00 MW O +ATOM 9953 H1 TIP3X1595 -5.450 -0.590 -40.570 1.00 0.00 MW H +ATOM 9954 H2 TIP3X1595 -4.060 -0.990 -41.020 1.00 0.00 MW H +ATOM 9955 OH2 TIP3X1596 -22.240 7.500 31.430 1.00 0.00 MW O +ATOM 9956 H1 TIP3X1596 -21.770 7.700 32.240 1.00 0.00 MW H +ATOM 9957 H2 TIP3X1596 -21.750 6.760 31.060 1.00 0.00 MW H +ATOM 9958 OH2 TIP3X1597 -44.790 -17.820 -43.470 1.00 0.00 MW O +ATOM 9959 H1 TIP3X1597 -45.060 -16.920 -43.300 1.00 0.00 MW H +ATOM 9960 H2 TIP3X1597 -45.230 -18.060 -44.280 1.00 0.00 MW H +ATOM 9961 OH2 TIP3X1598 -2.280 1.480 -40.840 1.00 0.00 MW O +ATOM 9962 H1 TIP3X1598 -3.070 2.000 -40.730 1.00 0.00 MW H +ATOM 9963 H2 TIP3X1598 -2.580 0.570 -40.700 1.00 0.00 MW H +ATOM 9964 OH2 TIP3X1599 -19.560 -32.710 20.670 1.00 0.00 MW O +ATOM 9965 H1 TIP3X1599 -19.250 -32.160 19.950 1.00 0.00 MW H +ATOM 9966 H2 TIP3X1599 -20.010 -32.100 21.250 1.00 0.00 MW H +ATOM 9967 OH2 TIP3X1600 13.710 -4.160 34.460 1.00 0.00 MW O +ATOM 9968 H1 TIP3X1600 14.530 -3.890 34.870 1.00 0.00 MW H +ATOM 9969 H2 TIP3X1600 13.680 -5.100 34.570 1.00 0.00 MW H +ATOM 9970 OH2 TIP3X1601 41.410 21.970 -41.960 1.00 0.00 MW O +ATOM 9971 H1 TIP3X1601 42.110 21.370 -42.210 1.00 0.00 MW H +ATOM 9972 H2 TIP3X1601 41.790 22.520 -41.290 1.00 0.00 MW H +ATOM 9973 OH2 TIP3X1602 12.920 15.640 -22.290 1.00 0.00 MW O +ATOM 9974 H1 TIP3X1602 13.820 15.390 -22.440 1.00 0.00 MW H +ATOM 9975 H2 TIP3X1602 12.500 15.560 -23.150 1.00 0.00 MW H +ATOM 9976 OH2 TIP3X1603 -8.720 -22.390 32.880 1.00 0.00 MW O +ATOM 9977 H1 TIP3X1603 -8.030 -22.620 33.510 1.00 0.00 MW H +ATOM 9978 H2 TIP3X1603 -9.400 -23.060 33.030 1.00 0.00 MW H +ATOM 9979 OH2 TIP3X1604 46.810 40.360 -13.590 1.00 0.00 MW O +ATOM 9980 H1 TIP3X1604 46.080 39.920 -14.030 1.00 0.00 MW H +ATOM 9981 H2 TIP3X1604 47.430 39.660 -13.370 1.00 0.00 MW H +ATOM 9982 OH2 TIP3X1605 -38.560 -26.020 -30.790 1.00 0.00 MW O +ATOM 9983 H1 TIP3X1605 -37.860 -26.620 -31.050 1.00 0.00 MW H +ATOM 9984 H2 TIP3X1605 -39.080 -26.520 -30.170 1.00 0.00 MW H +ATOM 9985 OH2 TIP3X1606 29.880 18.770 29.010 1.00 0.00 MW O +ATOM 9986 H1 TIP3X1606 30.500 19.360 28.620 1.00 0.00 MW H +ATOM 9987 H2 TIP3X1606 29.170 19.320 29.340 1.00 0.00 MW H +ATOM 9988 OH2 TIP3X1607 6.830 1.020 23.810 1.00 0.00 MW O +ATOM 9989 H1 TIP3X1607 7.350 0.590 23.120 1.00 0.00 MW H +ATOM 9990 H2 TIP3X1607 6.090 0.430 23.960 1.00 0.00 MW H +ATOM 9991 OH2 TIP3X1608 45.300 37.800 37.090 1.00 0.00 MW O +ATOM 9992 H1 TIP3X1608 45.130 36.970 37.520 1.00 0.00 MW H +ATOM 9993 H2 TIP3X1608 45.860 37.580 36.360 1.00 0.00 MW H +ATOM 9994 OH2 TIP3X1609 30.560 10.960 25.460 1.00 0.00 MW O +ATOM 9995 H1 TIP3X1609 30.640 10.000 25.570 1.00 0.00 MW H +ATOM 9996 H2 TIP3X1609 31.470 11.260 25.380 1.00 0.00 MW H +ATOM 9997 OH2 TIP3X1610 47.260 17.210 -17.690 1.00 0.00 MW O +ATOM 9998 H1 TIP3X1610 47.580 16.760 -18.470 1.00 0.00 MW H +ATOM 9999 H2 TIP3X1610 46.960 18.060 -18.010 1.00 0.00 MW H +ATOM 10000 OH2 TIP3X1611 22.310 -23.190 -25.080 1.00 0.00 MW O +ATOM 10001 H1 TIP3X1611 23.090 -23.600 -25.440 1.00 0.00 MW H +ATOM 10002 H2 TIP3X1611 22.330 -23.390 -24.140 1.00 0.00 MW H +ATOM 10003 OH2 TIP3X1612 44.400 42.470 -38.010 1.00 0.00 MW O +ATOM 10004 H1 TIP3X1612 44.340 41.980 -37.190 1.00 0.00 MW H +ATOM 10005 H2 TIP3X1612 43.890 43.260 -37.830 1.00 0.00 MW H +ATOM 10006 OH2 TIP3X1613 32.640 -40.970 30.230 1.00 0.00 MW O +ATOM 10007 H1 TIP3X1613 33.140 -40.970 29.430 1.00 0.00 MW H +ATOM 10008 H2 TIP3X1613 32.920 -40.170 30.690 1.00 0.00 MW H +ATOM 10009 OH2 TIP3X1614 -10.620 35.580 -23.990 1.00 0.00 MW O +ATOM 10010 H1 TIP3X1614 -10.370 36.490 -23.890 1.00 0.00 MW H +ATOM 10011 H2 TIP3X1614 -11.550 35.540 -23.770 1.00 0.00 MW H +ATOM 10012 OH2 TIP3X1615 44.450 31.280 33.590 1.00 0.00 MW O +ATOM 10013 H1 TIP3X1615 44.980 32.080 33.610 1.00 0.00 MW H +ATOM 10014 H2 TIP3X1615 44.410 31.000 34.500 1.00 0.00 MW H +ATOM 10015 OH2 TIP3X1616 37.740 -14.730 -49.240 1.00 0.00 MW O +ATOM 10016 H1 TIP3X1616 37.220 -14.150 -49.810 1.00 0.00 MW H +ATOM 10017 H2 TIP3X1616 38.350 -15.150 -49.850 1.00 0.00 MW H +ATOM 10018 OH2 TIP3X1617 4.930 -49.670 14.690 1.00 0.00 MW O +ATOM 10019 H1 TIP3X1617 5.500 -49.910 13.960 1.00 0.00 MW H +ATOM 10020 H2 TIP3X1617 4.720 -50.510 15.110 1.00 0.00 MW H +ATOM 10021 OH2 TIP3X1618 -4.120 -31.100 32.330 1.00 0.00 MW O +ATOM 10022 H1 TIP3X1618 -3.330 -31.600 32.150 1.00 0.00 MW H +ATOM 10023 H2 TIP3X1618 -3.930 -30.210 32.020 1.00 0.00 MW H +ATOM 10024 OH2 TIP3X1619 -30.080 10.840 -37.920 1.00 0.00 MW O +ATOM 10025 H1 TIP3X1619 -30.040 11.520 -37.250 1.00 0.00 MW H +ATOM 10026 H2 TIP3X1619 -30.340 10.050 -37.430 1.00 0.00 MW H +ATOM 10027 OH2 TIP3X1620 -18.070 -29.780 -49.200 1.00 0.00 MW O +ATOM 10028 H1 TIP3X1620 -17.160 -29.510 -49.130 1.00 0.00 MW H +ATOM 10029 H2 TIP3X1620 -18.470 -29.110 -49.750 1.00 0.00 MW H +ATOM 10030 OH2 TIP3X1621 -33.250 22.240 24.460 1.00 0.00 MW O +ATOM 10031 H1 TIP3X1621 -33.190 21.280 24.420 1.00 0.00 MW H +ATOM 10032 H2 TIP3X1621 -33.440 22.510 23.550 1.00 0.00 MW H +ATOM 10033 OH2 TIP3X1622 -24.250 29.680 -22.680 1.00 0.00 MW O +ATOM 10034 H1 TIP3X1622 -24.550 30.570 -22.900 1.00 0.00 MW H +ATOM 10035 H2 TIP3X1622 -23.430 29.570 -23.170 1.00 0.00 MW H +ATOM 10036 OH2 TIP3X1623 -23.180 -30.600 -50.020 1.00 0.00 MW O +ATOM 10037 H1 TIP3X1623 -23.610 -30.870 -49.210 1.00 0.00 MW H +ATOM 10038 H2 TIP3X1623 -23.830 -30.040 -50.460 1.00 0.00 MW H +ATOM 10039 OH2 TIP3X1624 -35.380 30.680 -37.760 1.00 0.00 MW O +ATOM 10040 H1 TIP3X1624 -36.200 30.990 -37.400 1.00 0.00 MW H +ATOM 10041 H2 TIP3X1624 -35.510 29.750 -37.930 1.00 0.00 MW H +ATOM 10042 OH2 TIP3X1625 -26.970 12.030 -24.580 1.00 0.00 MW O +ATOM 10043 H1 TIP3X1625 -26.590 12.120 -23.720 1.00 0.00 MW H +ATOM 10044 H2 TIP3X1625 -27.600 11.300 -24.490 1.00 0.00 MW H +ATOM 10045 OH2 TIP3X1626 47.730 -4.400 30.410 1.00 0.00 MW O +ATOM 10046 H1 TIP3X1626 47.820 -4.990 29.650 1.00 0.00 MW H +ATOM 10047 H2 TIP3X1626 48.550 -3.910 30.430 1.00 0.00 MW H +ATOM 10048 OH2 TIP3X1627 20.360 -34.150 -51.700 1.00 0.00 MW O +ATOM 10049 H1 TIP3X1627 20.870 -34.780 -52.210 1.00 0.00 MW H +ATOM 10050 H2 TIP3X1627 20.000 -34.650 -50.970 1.00 0.00 MW H +ATOM 10051 OH2 TIP3X1628 33.590 -43.810 -17.100 1.00 0.00 MW O +ATOM 10052 H1 TIP3X1628 34.050 -43.740 -17.930 1.00 0.00 MW H +ATOM 10053 H2 TIP3X1628 33.500 -42.910 -16.800 1.00 0.00 MW H +ATOM 10054 OH2 TIP3X1629 -8.930 -12.580 -41.080 1.00 0.00 MW O +ATOM 10055 H1 TIP3X1629 -8.300 -13.260 -40.810 1.00 0.00 MW H +ATOM 10056 H2 TIP3X1629 -8.860 -12.580 -42.030 1.00 0.00 MW H +ATOM 10057 OH2 TIP3X1630 -23.100 13.670 -37.670 1.00 0.00 MW O +ATOM 10058 H1 TIP3X1630 -23.440 13.520 -36.790 1.00 0.00 MW H +ATOM 10059 H2 TIP3X1630 -23.670 14.340 -38.040 1.00 0.00 MW H +ATOM 10060 OH2 TIP3X1631 43.740 -28.680 18.540 1.00 0.00 MW O +ATOM 10061 H1 TIP3X1631 44.090 -27.810 18.700 1.00 0.00 MW H +ATOM 10062 H2 TIP3X1631 43.030 -28.540 17.910 1.00 0.00 MW H +ATOM 10063 OH2 TIP3X1632 -37.800 -29.670 39.680 1.00 0.00 MW O +ATOM 10064 H1 TIP3X1632 -38.750 -29.560 39.630 1.00 0.00 MW H +ATOM 10065 H2 TIP3X1632 -37.460 -29.180 38.930 1.00 0.00 MW H +ATOM 10066 OH2 TIP3X1633 -17.970 -13.930 -48.480 1.00 0.00 MW O +ATOM 10067 H1 TIP3X1633 -18.070 -13.220 -47.850 1.00 0.00 MW H +ATOM 10068 H2 TIP3X1633 -17.520 -13.550 -49.220 1.00 0.00 MW H +ATOM 10069 OH2 TIP3X1634 17.250 19.760 -16.680 1.00 0.00 MW O +ATOM 10070 H1 TIP3X1634 17.100 19.530 -17.600 1.00 0.00 MW H +ATOM 10071 H2 TIP3X1634 16.740 19.120 -16.190 1.00 0.00 MW H +ATOM 10072 OH2 TIP3X1635 33.480 -42.770 22.610 1.00 0.00 MW O +ATOM 10073 H1 TIP3X1635 32.690 -42.850 23.140 1.00 0.00 MW H +ATOM 10074 H2 TIP3X1635 33.350 -41.990 22.080 1.00 0.00 MW H +ATOM 10075 OH2 TIP3X1636 -15.550 -29.020 37.740 1.00 0.00 MW O +ATOM 10076 H1 TIP3X1636 -15.530 -28.360 38.430 1.00 0.00 MW H +ATOM 10077 H2 TIP3X1636 -14.730 -28.920 37.270 1.00 0.00 MW H +ATOM 10078 OH2 TIP3X1637 -25.840 -29.720 -50.660 1.00 0.00 MW O +ATOM 10079 H1 TIP3X1637 -25.950 -29.560 -49.720 1.00 0.00 MW H +ATOM 10080 H2 TIP3X1637 -26.450 -30.430 -50.850 1.00 0.00 MW H +ATOM 10081 OH2 TIP3X1638 22.050 -7.240 34.970 1.00 0.00 MW O +ATOM 10082 H1 TIP3X1638 22.670 -6.510 34.870 1.00 0.00 MW H +ATOM 10083 H2 TIP3X1638 22.560 -7.920 35.410 1.00 0.00 MW H +ATOM 10084 OH2 TIP3X1639 -27.930 27.830 -33.250 1.00 0.00 MW O +ATOM 10085 H1 TIP3X1639 -27.060 28.180 -33.410 1.00 0.00 MW H +ATOM 10086 H2 TIP3X1639 -27.960 27.010 -33.750 1.00 0.00 MW H +ATOM 10087 OH2 TIP3X1640 -6.630 -20.130 -27.380 1.00 0.00 MW O +ATOM 10088 H1 TIP3X1640 -7.550 -19.930 -27.220 1.00 0.00 MW H +ATOM 10089 H2 TIP3X1640 -6.400 -19.650 -28.170 1.00 0.00 MW H +ATOM 10090 OH2 TIP3X1641 -11.920 -44.260 -40.760 1.00 0.00 MW O +ATOM 10091 H1 TIP3X1641 -11.620 -44.400 -41.660 1.00 0.00 MW H +ATOM 10092 H2 TIP3X1641 -11.580 -43.400 -40.520 1.00 0.00 MW H +ATOM 10093 OH2 TIP3X1642 -2.750 -17.100 12.900 1.00 0.00 MW O +ATOM 10094 H1 TIP3X1642 -2.250 -17.770 13.370 1.00 0.00 MW H +ATOM 10095 H2 TIP3X1642 -2.770 -17.420 12.000 1.00 0.00 MW H +ATOM 10096 OH2 TIP3X1643 15.650 15.910 -46.300 1.00 0.00 MW O +ATOM 10097 H1 TIP3X1643 14.710 16.090 -46.400 1.00 0.00 MW H +ATOM 10098 H2 TIP3X1643 15.690 14.960 -46.210 1.00 0.00 MW H +ATOM 10099 OH2 TIP3X1644 32.050 28.010 24.320 1.00 0.00 MW O +ATOM 10100 H1 TIP3X1644 32.600 28.370 23.630 1.00 0.00 MW H +ATOM 10101 H2 TIP3X1644 32.360 27.110 24.430 1.00 0.00 MW H +ATOM 10102 OH2 TIP3X1645 45.440 -30.100 34.030 1.00 0.00 MW O +ATOM 10103 H1 TIP3X1645 44.560 -30.420 34.240 1.00 0.00 MW H +ATOM 10104 H2 TIP3X1645 46.020 -30.670 34.540 1.00 0.00 MW H +ATOM 10105 OH2 TIP3X1646 -41.430 -9.230 -24.420 1.00 0.00 MW O +ATOM 10106 H1 TIP3X1646 -42.320 -8.890 -24.490 1.00 0.00 MW H +ATOM 10107 H2 TIP3X1646 -40.950 -8.810 -25.140 1.00 0.00 MW H +ATOM 10108 OH2 TIP3X1647 -33.610 -23.810 -23.530 1.00 0.00 MW O +ATOM 10109 H1 TIP3X1647 -32.800 -24.300 -23.700 1.00 0.00 MW H +ATOM 10110 H2 TIP3X1647 -33.600 -23.090 -24.150 1.00 0.00 MW H +ATOM 10111 OH2 TIP3X1648 -1.100 8.610 -49.240 1.00 0.00 MW O +ATOM 10112 H1 TIP3X1648 -0.980 8.600 -48.280 1.00 0.00 MW H +ATOM 10113 H2 TIP3X1648 -1.830 9.230 -49.380 1.00 0.00 MW H +ATOM 10114 OH2 TIP3X1649 -12.080 -35.110 -20.810 1.00 0.00 MW O +ATOM 10115 H1 TIP3X1649 -11.140 -35.220 -20.950 1.00 0.00 MW H +ATOM 10116 H2 TIP3X1649 -12.290 -35.730 -20.100 1.00 0.00 MW H +ATOM 10117 OH2 TIP3X1650 -38.020 39.810 -23.430 1.00 0.00 MW O +ATOM 10118 H1 TIP3X1650 -38.940 39.570 -23.530 1.00 0.00 MW H +ATOM 10119 H2 TIP3X1650 -37.900 40.560 -24.020 1.00 0.00 MW H +ATOM 10120 OH2 TIP3X1651 -21.860 36.200 -39.900 1.00 0.00 MW O +ATOM 10121 H1 TIP3X1651 -20.930 36.420 -40.070 1.00 0.00 MW H +ATOM 10122 H2 TIP3X1651 -22.140 35.750 -40.700 1.00 0.00 MW H +ATOM 10123 OH2 TIP3X1652 14.080 0.170 -37.310 1.00 0.00 MW O +ATOM 10124 H1 TIP3X1652 14.630 0.620 -37.940 1.00 0.00 MW H +ATOM 10125 H2 TIP3X1652 14.690 -0.370 -36.800 1.00 0.00 MW H +ATOM 10126 OH2 TIP3X1653 -1.730 12.650 32.870 1.00 0.00 MW O +ATOM 10127 H1 TIP3X1653 -2.490 12.490 33.430 1.00 0.00 MW H +ATOM 10128 H2 TIP3X1653 -1.010 12.210 33.290 1.00 0.00 MW H +ATOM 10129 OH2 TIP3X1654 22.490 12.710 23.030 1.00 0.00 MW O +ATOM 10130 H1 TIP3X1654 22.460 13.430 23.660 1.00 0.00 MW H +ATOM 10131 H2 TIP3X1654 23.370 12.720 22.670 1.00 0.00 MW H +ATOM 10132 OH2 TIP3X1655 -0.620 -42.480 -26.190 1.00 0.00 MW O +ATOM 10133 H1 TIP3X1655 -1.330 -42.790 -25.620 1.00 0.00 MW H +ATOM 10134 H2 TIP3X1655 -0.430 -43.220 -26.760 1.00 0.00 MW H +ATOM 10135 OH2 TIP3X1656 -38.940 9.900 33.330 1.00 0.00 MW O +ATOM 10136 H1 TIP3X1656 -39.470 9.940 32.540 1.00 0.00 MW H +ATOM 10137 H2 TIP3X1656 -39.200 10.680 33.840 1.00 0.00 MW H +ATOM 10138 OH2 TIP3X1657 47.270 -32.920 -43.020 1.00 0.00 MW O +ATOM 10139 H1 TIP3X1657 46.830 -32.940 -42.170 1.00 0.00 MW H +ATOM 10140 H2 TIP3X1657 47.860 -33.670 -43.000 1.00 0.00 MW H +ATOM 10141 OH2 TIP3X1658 -36.350 -1.700 37.720 1.00 0.00 MW O +ATOM 10142 H1 TIP3X1658 -35.830 -1.250 37.060 1.00 0.00 MW H +ATOM 10143 H2 TIP3X1658 -35.830 -2.460 37.950 1.00 0.00 MW H +ATOM 10144 OH2 TIP3X1659 -18.290 -9.150 -40.390 1.00 0.00 MW O +ATOM 10145 H1 TIP3X1659 -17.600 -9.700 -40.020 1.00 0.00 MW H +ATOM 10146 H2 TIP3X1659 -18.570 -8.610 -39.650 1.00 0.00 MW H +ATOM 10147 OH2 TIP3X1660 2.410 -47.790 -50.300 1.00 0.00 MW O +ATOM 10148 H1 TIP3X1660 2.210 -47.820 -51.230 1.00 0.00 MW H +ATOM 10149 H2 TIP3X1660 3.310 -48.110 -50.230 1.00 0.00 MW H +ATOM 10150 OH2 TIP3X1661 2.840 -37.920 28.310 1.00 0.00 MW O +ATOM 10151 H1 TIP3X1661 2.790 -38.850 28.090 1.00 0.00 MW H +ATOM 10152 H2 TIP3X1661 2.370 -37.480 27.600 1.00 0.00 MW H +ATOM 10153 OH2 TIP3X1662 0.120 30.190 -37.680 1.00 0.00 MW O +ATOM 10154 H1 TIP3X1662 0.440 29.710 -38.450 1.00 0.00 MW H +ATOM 10155 H2 TIP3X1662 0.830 30.820 -37.480 1.00 0.00 MW H +ATOM 10156 OH2 TIP3X1663 -23.460 42.320 -44.770 1.00 0.00 MW O +ATOM 10157 H1 TIP3X1663 -23.980 42.140 -43.990 1.00 0.00 MW H +ATOM 10158 H2 TIP3X1663 -23.290 43.260 -44.740 1.00 0.00 MW H +ATOM 10159 OH2 TIP3X1664 32.030 31.560 29.040 1.00 0.00 MW O +ATOM 10160 H1 TIP3X1664 31.230 32.010 28.760 1.00 0.00 MW H +ATOM 10161 H2 TIP3X1664 32.720 31.930 28.490 1.00 0.00 MW H +ATOM 10162 OH2 TIP3X1665 -35.440 -44.020 -50.790 1.00 0.00 MW O +ATOM 10163 H1 TIP3X1665 -35.850 -44.020 -49.920 1.00 0.00 MW H +ATOM 10164 H2 TIP3X1665 -35.940 -44.660 -51.300 1.00 0.00 MW H +ATOM 10165 OH2 TIP3X1666 35.880 28.500 -16.990 1.00 0.00 MW O +ATOM 10166 H1 TIP3X1666 36.440 29.160 -17.380 1.00 0.00 MW H +ATOM 10167 H2 TIP3X1666 35.270 29.000 -16.440 1.00 0.00 MW H +ATOM 10168 OH2 TIP3X1667 -27.880 -9.790 29.690 1.00 0.00 MW O +ATOM 10169 H1 TIP3X1667 -28.210 -8.940 29.990 1.00 0.00 MW H +ATOM 10170 H2 TIP3X1667 -26.940 -9.670 29.610 1.00 0.00 MW H +ATOM 10171 OH2 TIP3X1668 28.970 1.920 -48.710 1.00 0.00 MW O +ATOM 10172 H1 TIP3X1668 29.140 0.990 -48.600 1.00 0.00 MW H +ATOM 10173 H2 TIP3X1668 29.530 2.170 -49.450 1.00 0.00 MW H +ATOM 10174 OH2 TIP3X1669 8.510 -49.290 -19.500 1.00 0.00 MW O +ATOM 10175 H1 TIP3X1669 9.100 -48.630 -19.890 1.00 0.00 MW H +ATOM 10176 H2 TIP3X1669 8.140 -49.750 -20.250 1.00 0.00 MW H +ATOM 10177 OH2 TIP3X1670 27.310 13.580 -18.400 1.00 0.00 MW O +ATOM 10178 H1 TIP3X1670 27.040 14.450 -18.680 1.00 0.00 MW H +ATOM 10179 H2 TIP3X1670 26.600 13.260 -17.850 1.00 0.00 MW H +ATOM 10180 OH2 TIP3X1671 -13.750 -44.860 29.250 1.00 0.00 MW O +ATOM 10181 H1 TIP3X1671 -14.560 -45.380 29.380 1.00 0.00 MW H +ATOM 10182 H2 TIP3X1671 -14.060 -44.000 28.970 1.00 0.00 MW H +ATOM 10183 OH2 TIP3X1672 13.650 22.450 36.320 1.00 0.00 MW O +ATOM 10184 H1 TIP3X1672 13.790 22.040 37.180 1.00 0.00 MW H +ATOM 10185 H2 TIP3X1672 13.460 21.710 35.750 1.00 0.00 MW H +ATOM 10186 OH2 TIP3X1673 10.420 -9.010 -49.370 1.00 0.00 MW O +ATOM 10187 H1 TIP3X1673 11.260 -9.310 -49.010 1.00 0.00 MW H +ATOM 10188 H2 TIP3X1673 10.350 -8.100 -49.050 1.00 0.00 MW H +ATOM 10189 OH2 TIP3X1674 48.040 4.050 26.280 1.00 0.00 MW O +ATOM 10190 H1 TIP3X1674 47.910 4.940 25.970 1.00 0.00 MW H +ATOM 10191 H2 TIP3X1674 48.030 4.130 27.230 1.00 0.00 MW H +ATOM 10192 OH2 TIP3X1675 -31.500 13.320 -17.440 1.00 0.00 MW O +ATOM 10193 H1 TIP3X1675 -31.390 14.090 -18.000 1.00 0.00 MW H +ATOM 10194 H2 TIP3X1675 -32.410 13.060 -17.570 1.00 0.00 MW H +ATOM 10195 OH2 TIP3X1676 39.960 23.030 -46.750 1.00 0.00 MW O +ATOM 10196 H1 TIP3X1676 40.670 23.620 -46.480 1.00 0.00 MW H +ATOM 10197 H2 TIP3X1676 40.180 22.190 -46.360 1.00 0.00 MW H +ATOM 10198 OH2 TIP3X1677 -25.890 -21.020 26.530 1.00 0.00 MW O +ATOM 10199 H1 TIP3X1677 -25.040 -20.570 26.480 1.00 0.00 MW H +ATOM 10200 H2 TIP3X1677 -25.670 -21.930 26.680 1.00 0.00 MW H +ATOM 10201 OH2 TIP3X1678 31.900 -51.000 34.760 1.00 0.00 MW O +ATOM 10202 H1 TIP3X1678 32.820 -50.880 34.990 1.00 0.00 MW H +ATOM 10203 H2 TIP3X1678 31.550 -51.560 35.450 1.00 0.00 MW H +ATOM 10204 OH2 TIP3X1679 20.910 -39.870 -43.670 1.00 0.00 MW O +ATOM 10205 H1 TIP3X1679 21.740 -39.410 -43.800 1.00 0.00 MW H +ATOM 10206 H2 TIP3X1679 20.580 -40.030 -44.560 1.00 0.00 MW H +ATOM 10207 OH2 TIP3X1680 3.370 -32.560 -34.000 1.00 0.00 MW O +ATOM 10208 H1 TIP3X1680 2.750 -32.910 -34.640 1.00 0.00 MW H +ATOM 10209 H2 TIP3X1680 3.760 -33.320 -33.580 1.00 0.00 MW H +ATOM 10210 OH2 TIP3X1681 -32.260 23.580 26.710 1.00 0.00 MW O +ATOM 10211 H1 TIP3X1681 -31.860 24.080 26.010 1.00 0.00 MW H +ATOM 10212 H2 TIP3X1681 -32.740 22.890 26.260 1.00 0.00 MW H +ATOM 10213 OH2 TIP3X1682 -32.010 18.420 -9.510 1.00 0.00 MW O +ATOM 10214 H1 TIP3X1682 -31.140 18.610 -9.860 1.00 0.00 MW H +ATOM 10215 H2 TIP3X1682 -32.380 19.270 -9.290 1.00 0.00 MW H +ATOM 10216 OH2 TIP3X1683 17.810 37.480 29.530 1.00 0.00 MW O +ATOM 10217 H1 TIP3X1683 17.900 36.910 30.300 1.00 0.00 MW H +ATOM 10218 H2 TIP3X1683 18.410 37.100 28.880 1.00 0.00 MW H +ATOM 10219 OH2 TIP3X1684 -15.150 -43.760 -26.930 1.00 0.00 MW O +ATOM 10220 H1 TIP3X1684 -16.060 -43.850 -27.240 1.00 0.00 MW H +ATOM 10221 H2 TIP3X1684 -15.050 -42.820 -26.780 1.00 0.00 MW H +ATOM 10222 OH2 TIP3X1685 22.980 15.090 33.690 1.00 0.00 MW O +ATOM 10223 H1 TIP3X1685 23.740 14.550 33.490 1.00 0.00 MW H +ATOM 10224 H2 TIP3X1685 23.290 16.000 33.620 1.00 0.00 MW H +ATOM 10225 OH2 TIP3X1686 43.460 -1.380 -41.980 1.00 0.00 MW O +ATOM 10226 H1 TIP3X1686 42.890 -1.720 -42.660 1.00 0.00 MW H +ATOM 10227 H2 TIP3X1686 44.230 -1.950 -42.010 1.00 0.00 MW H +ATOM 10228 OH2 TIP3X1687 34.870 -9.850 -52.400 1.00 0.00 MW O +ATOM 10229 H1 TIP3X1687 34.030 -10.320 -52.490 1.00 0.00 MW H +ATOM 10230 H2 TIP3X1687 34.710 -9.240 -51.680 1.00 0.00 MW H +ATOM 10231 OH2 TIP3X1688 40.840 -45.300 -34.720 1.00 0.00 MW O +ATOM 10232 H1 TIP3X1688 40.010 -45.670 -34.400 1.00 0.00 MW H +ATOM 10233 H2 TIP3X1688 40.720 -44.360 -34.650 1.00 0.00 MW H +ATOM 10234 OH2 TIP3X1689 -0.890 2.350 -35.760 1.00 0.00 MW O +ATOM 10235 H1 TIP3X1689 -0.120 2.720 -36.190 1.00 0.00 MW H +ATOM 10236 H2 TIP3X1689 -1.460 3.110 -35.580 1.00 0.00 MW H +ATOM 10237 OH2 TIP3X1690 38.290 -41.110 -23.780 1.00 0.00 MW O +ATOM 10238 H1 TIP3X1690 37.610 -41.670 -24.160 1.00 0.00 MW H +ATOM 10239 H2 TIP3X1690 38.650 -41.630 -23.060 1.00 0.00 MW H +ATOM 10240 OH2 TIP3X1691 -42.850 40.500 -36.330 1.00 0.00 MW O +ATOM 10241 H1 TIP3X1691 -42.740 40.410 -37.280 1.00 0.00 MW H +ATOM 10242 H2 TIP3X1691 -42.690 39.620 -35.990 1.00 0.00 MW H +ATOM 10243 OH2 TIP3X1692 13.520 38.090 27.900 1.00 0.00 MW O +ATOM 10244 H1 TIP3X1692 13.720 37.360 27.320 1.00 0.00 MW H +ATOM 10245 H2 TIP3X1692 12.660 38.390 27.610 1.00 0.00 MW H +ATOM 10246 OH2 TIP3X1693 -40.730 19.790 -43.830 1.00 0.00 MW O +ATOM 10247 H1 TIP3X1693 -40.010 19.180 -43.820 1.00 0.00 MW H +ATOM 10248 H2 TIP3X1693 -40.310 20.660 -43.900 1.00 0.00 MW H +ATOM 10249 OH2 TIP3X1694 3.020 -43.230 35.160 1.00 0.00 MW O +ATOM 10250 H1 TIP3X1694 3.350 -43.090 36.040 1.00 0.00 MW H +ATOM 10251 H2 TIP3X1694 2.790 -42.360 34.840 1.00 0.00 MW H +ATOM 10252 OH2 TIP3X1695 13.470 -35.020 -50.840 1.00 0.00 MW O +ATOM 10253 H1 TIP3X1695 13.920 -35.710 -50.340 1.00 0.00 MW H +ATOM 10254 H2 TIP3X1695 13.780 -35.140 -51.740 1.00 0.00 MW H +ATOM 10255 OH2 TIP3X1696 -17.980 -23.740 30.580 1.00 0.00 MW O +ATOM 10256 H1 TIP3X1696 -18.180 -24.470 30.010 1.00 0.00 MW H +ATOM 10257 H2 TIP3X1696 -18.770 -23.190 30.560 1.00 0.00 MW H +ATOM 10258 OH2 TIP3X1697 10.850 14.490 26.880 1.00 0.00 MW O +ATOM 10259 H1 TIP3X1697 10.800 13.530 26.930 1.00 0.00 MW H +ATOM 10260 H2 TIP3X1697 11.580 14.730 27.450 1.00 0.00 MW H +ATOM 10261 OH2 TIP3X1698 27.510 19.360 -32.690 1.00 0.00 MW O +ATOM 10262 H1 TIP3X1698 28.340 19.820 -32.590 1.00 0.00 MW H +ATOM 10263 H2 TIP3X1698 27.410 19.240 -33.630 1.00 0.00 MW H +ATOM 10264 OH2 TIP3X1699 -23.630 -30.540 31.090 1.00 0.00 MW O +ATOM 10265 H1 TIP3X1699 -22.750 -30.290 30.810 1.00 0.00 MW H +ATOM 10266 H2 TIP3X1699 -23.620 -31.500 31.100 1.00 0.00 MW H +ATOM 10267 OH2 TIP3X1700 34.100 14.160 -13.720 1.00 0.00 MW O +ATOM 10268 H1 TIP3X1700 34.020 13.400 -13.140 1.00 0.00 MW H +ATOM 10269 H2 TIP3X1700 34.030 13.790 -14.600 1.00 0.00 MW H +ATOM 10270 OH2 TIP3X1701 -28.990 -7.680 -38.440 1.00 0.00 MW O +ATOM 10271 H1 TIP3X1701 -28.940 -8.340 -37.750 1.00 0.00 MW H +ATOM 10272 H2 TIP3X1701 -28.780 -6.860 -38.010 1.00 0.00 MW H +ATOM 10273 OH2 TIP3X1702 42.980 41.920 -40.290 1.00 0.00 MW O +ATOM 10274 H1 TIP3X1702 43.540 41.990 -39.520 1.00 0.00 MW H +ATOM 10275 H2 TIP3X1702 42.900 42.810 -40.610 1.00 0.00 MW H +ATOM 10276 OH2 TIP3X1703 30.880 -31.740 36.700 1.00 0.00 MW O +ATOM 10277 H1 TIP3X1703 30.820 -30.800 36.560 1.00 0.00 MW H +ATOM 10278 H2 TIP3X1703 30.840 -32.110 35.810 1.00 0.00 MW H +ATOM 10279 OH2 TIP3X1704 29.730 41.900 -32.850 1.00 0.00 MW O +ATOM 10280 H1 TIP3X1704 30.320 42.030 -32.100 1.00 0.00 MW H +ATOM 10281 H2 TIP3X1704 28.860 41.950 -32.480 1.00 0.00 MW H +ATOM 10282 OH2 TIP3X1705 31.160 -44.930 29.240 1.00 0.00 MW O +ATOM 10283 H1 TIP3X1705 31.060 -45.880 29.340 1.00 0.00 MW H +ATOM 10284 H2 TIP3X1705 31.050 -44.590 30.130 1.00 0.00 MW H +ATOM 10285 OH2 TIP3X1706 2.010 38.330 -15.300 1.00 0.00 MW O +ATOM 10286 H1 TIP3X1706 2.490 39.090 -14.960 1.00 0.00 MW H +ATOM 10287 H2 TIP3X1706 1.520 38.010 -14.540 1.00 0.00 MW H +ATOM 10288 OH2 TIP3X1707 34.300 -36.150 -41.610 1.00 0.00 MW O +ATOM 10289 H1 TIP3X1707 34.790 -35.380 -41.900 1.00 0.00 MW H +ATOM 10290 H2 TIP3X1707 33.390 -35.880 -41.660 1.00 0.00 MW H +ATOM 10291 OH2 TIP3X1708 24.840 9.960 -41.410 1.00 0.00 MW O +ATOM 10292 H1 TIP3X1708 24.270 10.730 -41.340 1.00 0.00 MW H +ATOM 10293 H2 TIP3X1708 24.270 9.250 -41.690 1.00 0.00 MW H +ATOM 10294 OH2 TIP3X1709 -30.640 -20.820 -34.470 1.00 0.00 MW O +ATOM 10295 H1 TIP3X1709 -30.260 -21.220 -35.260 1.00 0.00 MW H +ATOM 10296 H2 TIP3X1709 -29.890 -20.410 -34.030 1.00 0.00 MW H +ATOM 10297 OH2 TIP3X1710 2.770 41.310 -47.870 1.00 0.00 MW O +ATOM 10298 H1 TIP3X1710 2.600 40.870 -47.040 1.00 0.00 MW H +ATOM 10299 H2 TIP3X1710 3.640 41.680 -47.770 1.00 0.00 MW H +ATOM 10300 OH2 TIP3X1711 -21.070 -10.790 -45.690 1.00 0.00 MW O +ATOM 10301 H1 TIP3X1711 -21.820 -10.290 -46.000 1.00 0.00 MW H +ATOM 10302 H2 TIP3X1711 -20.410 -10.130 -45.460 1.00 0.00 MW H +ATOM 10303 OH2 TIP3X1712 -19.520 -19.660 21.560 1.00 0.00 MW O +ATOM 10304 H1 TIP3X1712 -19.510 -18.900 20.980 1.00 0.00 MW H +ATOM 10305 H2 TIP3X1712 -19.450 -20.420 20.970 1.00 0.00 MW H +ATOM 10306 OH2 TIP3X1713 -37.900 -21.890 -41.840 1.00 0.00 MW O +ATOM 10307 H1 TIP3X1713 -38.200 -22.460 -41.140 1.00 0.00 MW H +ATOM 10308 H2 TIP3X1713 -37.530 -22.490 -42.500 1.00 0.00 MW H +ATOM 10309 OH2 TIP3X1714 -14.920 -30.820 -26.880 1.00 0.00 MW O +ATOM 10310 H1 TIP3X1714 -15.460 -31.500 -27.290 1.00 0.00 MW H +ATOM 10311 H2 TIP3X1714 -15.180 -30.010 -27.310 1.00 0.00 MW H +ATOM 10312 OH2 TIP3X1715 -35.390 20.230 14.280 1.00 0.00 MW O +ATOM 10313 H1 TIP3X1715 -34.900 19.460 13.950 1.00 0.00 MW H +ATOM 10314 H2 TIP3X1715 -36.280 19.910 14.370 1.00 0.00 MW H +ATOM 10315 OH2 TIP3X1716 -26.720 -34.410 38.990 1.00 0.00 MW O +ATOM 10316 H1 TIP3X1716 -26.050 -35.040 39.240 1.00 0.00 MW H +ATOM 10317 H2 TIP3X1716 -27.520 -34.930 38.920 1.00 0.00 MW H +ATOM 10318 OH2 TIP3X1717 -34.690 -50.250 -16.720 1.00 0.00 MW O +ATOM 10319 H1 TIP3X1717 -34.830 -49.370 -16.350 1.00 0.00 MW H +ATOM 10320 H2 TIP3X1717 -35.560 -50.640 -16.730 1.00 0.00 MW H +ATOM 10321 OH2 TIP3X1718 -10.030 -27.820 -23.540 1.00 0.00 MW O +ATOM 10322 H1 TIP3X1718 -9.470 -28.460 -23.110 1.00 0.00 MW H +ATOM 10323 H2 TIP3X1718 -9.470 -27.060 -23.670 1.00 0.00 MW H +ATOM 10324 OH2 TIP3X1719 30.980 29.680 30.510 1.00 0.00 MW O +ATOM 10325 H1 TIP3X1719 31.110 30.580 30.210 1.00 0.00 MW H +ATOM 10326 H2 TIP3X1719 31.870 29.330 30.630 1.00 0.00 MW H +ATOM 10327 OH2 TIP3X1720 5.500 20.620 -26.450 1.00 0.00 MW O +ATOM 10328 H1 TIP3X1720 6.010 19.840 -26.270 1.00 0.00 MW H +ATOM 10329 H2 TIP3X1720 6.090 21.210 -26.910 1.00 0.00 MW H +ATOM 10330 OH2 TIP3X1721 10.780 6.460 32.650 1.00 0.00 MW O +ATOM 10331 H1 TIP3X1721 10.290 5.840 33.180 1.00 0.00 MW H +ATOM 10332 H2 TIP3X1721 10.190 6.700 31.940 1.00 0.00 MW H +ATOM 10333 OH2 TIP3X1722 3.280 29.040 20.790 1.00 0.00 MW O +ATOM 10334 H1 TIP3X1722 2.350 28.960 20.600 1.00 0.00 MW H +ATOM 10335 H2 TIP3X1722 3.710 28.750 19.980 1.00 0.00 MW H +ATOM 10336 OH2 TIP3X1723 2.560 -40.100 -33.160 1.00 0.00 MW O +ATOM 10337 H1 TIP3X1723 3.240 -40.700 -32.880 1.00 0.00 MW H +ATOM 10338 H2 TIP3X1723 2.390 -39.550 -32.380 1.00 0.00 MW H +ATOM 10339 OH2 TIP3X1724 38.850 26.460 -9.470 1.00 0.00 MW O +ATOM 10340 H1 TIP3X1724 38.780 25.610 -9.900 1.00 0.00 MW H +ATOM 10341 H2 TIP3X1724 37.980 26.620 -9.110 1.00 0.00 MW H +ATOM 10342 OH2 TIP3X1725 -38.520 36.470 -30.930 1.00 0.00 MW O +ATOM 10343 H1 TIP3X1725 -37.850 36.470 -31.610 1.00 0.00 MW H +ATOM 10344 H2 TIP3X1725 -39.240 35.950 -31.290 1.00 0.00 MW H +ATOM 10345 OH2 TIP3X1726 -9.480 7.970 -49.200 1.00 0.00 MW O +ATOM 10346 H1 TIP3X1726 -10.280 8.460 -49.070 1.00 0.00 MW H +ATOM 10347 H2 TIP3X1726 -9.500 7.710 -50.120 1.00 0.00 MW H +ATOM 10348 OH2 TIP3X1727 -4.610 -35.700 -26.240 1.00 0.00 MW O +ATOM 10349 H1 TIP3X1727 -5.130 -35.480 -27.020 1.00 0.00 MW H +ATOM 10350 H2 TIP3X1727 -3.790 -35.210 -26.360 1.00 0.00 MW H +ATOM 10351 OH2 TIP3X1728 -38.970 33.580 39.210 1.00 0.00 MW O +ATOM 10352 H1 TIP3X1728 -39.170 32.660 39.340 1.00 0.00 MW H +ATOM 10353 H2 TIP3X1728 -39.060 33.980 40.080 1.00 0.00 MW H +ATOM 10354 OH2 TIP3X1729 -10.040 -48.460 -35.300 1.00 0.00 MW O +ATOM 10355 H1 TIP3X1729 -10.340 -48.900 -36.090 1.00 0.00 MW H +ATOM 10356 H2 TIP3X1729 -9.120 -48.720 -35.220 1.00 0.00 MW H +ATOM 10357 OH2 TIP3X1730 6.820 -30.270 -44.140 1.00 0.00 MW O +ATOM 10358 H1 TIP3X1730 7.180 -30.790 -44.860 1.00 0.00 MW H +ATOM 10359 H2 TIP3X1730 5.950 -30.000 -44.460 1.00 0.00 MW H +ATOM 10360 OH2 TIP3X1731 20.570 12.990 -30.210 1.00 0.00 MW O +ATOM 10361 H1 TIP3X1731 20.990 13.800 -30.480 1.00 0.00 MW H +ATOM 10362 H2 TIP3X1731 19.620 13.160 -30.300 1.00 0.00 MW H +ATOM 10363 OH2 TIP3X1732 25.370 -29.240 31.800 1.00 0.00 MW O +ATOM 10364 H1 TIP3X1732 24.610 -28.670 31.690 1.00 0.00 MW H +ATOM 10365 H2 TIP3X1732 25.520 -29.630 30.940 1.00 0.00 MW H +ATOM 10366 OH2 TIP3X1733 -43.100 23.410 -3.410 1.00 0.00 MW O +ATOM 10367 H1 TIP3X1733 -43.580 23.890 -2.730 1.00 0.00 MW H +ATOM 10368 H2 TIP3X1733 -43.360 23.850 -4.230 1.00 0.00 MW H +ATOM 10369 OH2 TIP3X1734 -28.600 34.630 27.830 1.00 0.00 MW O +ATOM 10370 H1 TIP3X1734 -28.750 34.690 26.880 1.00 0.00 MW H +ATOM 10371 H2 TIP3X1734 -28.480 33.710 28.000 1.00 0.00 MW H +ATOM 10372 OH2 TIP3X1735 -39.280 -7.760 -14.670 1.00 0.00 MW O +ATOM 10373 H1 TIP3X1735 -39.430 -8.690 -14.750 1.00 0.00 MW H +ATOM 10374 H2 TIP3X1735 -38.320 -7.660 -14.710 1.00 0.00 MW H +ATOM 10375 OH2 TIP3X1736 -20.570 -38.440 24.040 1.00 0.00 MW O +ATOM 10376 H1 TIP3X1736 -21.160 -39.180 24.170 1.00 0.00 MW H +ATOM 10377 H2 TIP3X1736 -20.200 -38.270 24.900 1.00 0.00 MW H +ATOM 10378 OH2 TIP3X1737 -18.800 13.470 33.720 1.00 0.00 MW O +ATOM 10379 H1 TIP3X1737 -17.940 13.870 33.700 1.00 0.00 MW H +ATOM 10380 H2 TIP3X1737 -18.830 13.000 34.550 1.00 0.00 MW H +ATOM 10381 OH2 TIP3X1738 25.160 -28.730 -41.810 1.00 0.00 MW O +ATOM 10382 H1 TIP3X1738 24.420 -28.120 -41.850 1.00 0.00 MW H +ATOM 10383 H2 TIP3X1738 24.790 -29.560 -42.120 1.00 0.00 MW H +ATOM 10384 OH2 TIP3X1739 20.260 -43.130 30.700 1.00 0.00 MW O +ATOM 10385 H1 TIP3X1739 20.300 -43.320 29.760 1.00 0.00 MW H +ATOM 10386 H2 TIP3X1739 19.710 -43.840 31.060 1.00 0.00 MW H +ATOM 10387 OH2 TIP3X1740 16.320 -26.060 26.280 1.00 0.00 MW O +ATOM 10388 H1 TIP3X1740 15.950 -26.470 25.500 1.00 0.00 MW H +ATOM 10389 H2 TIP3X1740 15.600 -25.540 26.640 1.00 0.00 MW H +ATOM 10390 OH2 TIP3X1741 -30.810 -8.960 -28.010 1.00 0.00 MW O +ATOM 10391 H1 TIP3X1741 -30.240 -9.710 -28.020 1.00 0.00 MW H +ATOM 10392 H2 TIP3X1741 -31.340 -9.060 -27.220 1.00 0.00 MW H +ATOM 10393 OH2 TIP3X1742 -37.250 -33.020 -49.750 1.00 0.00 MW O +ATOM 10394 H1 TIP3X1742 -38.030 -32.670 -50.160 1.00 0.00 MW H +ATOM 10395 H2 TIP3X1742 -36.970 -32.340 -49.140 1.00 0.00 MW H +ATOM 10396 OH2 TIP3X1743 1.690 -4.730 -48.460 1.00 0.00 MW O +ATOM 10397 H1 TIP3X1743 1.830 -5.160 -47.620 1.00 0.00 MW H +ATOM 10398 H2 TIP3X1743 1.690 -3.790 -48.250 1.00 0.00 MW H +ATOM 10399 OH2 TIP3X1744 25.260 -41.260 -21.050 1.00 0.00 MW O +ATOM 10400 H1 TIP3X1744 24.930 -40.950 -20.190 1.00 0.00 MW H +ATOM 10401 H2 TIP3X1744 24.700 -42.010 -21.250 1.00 0.00 MW H +ATOM 10402 OH2 TIP3X1745 -29.060 -39.790 -50.090 1.00 0.00 MW O +ATOM 10403 H1 TIP3X1745 -29.910 -39.740 -50.510 1.00 0.00 MW H +ATOM 10404 H2 TIP3X1745 -29.160 -40.470 -49.430 1.00 0.00 MW H +ATOM 10405 OH2 TIP3X1746 17.500 -40.990 -34.100 1.00 0.00 MW O +ATOM 10406 H1 TIP3X1746 16.880 -40.260 -34.110 1.00 0.00 MW H +ATOM 10407 H2 TIP3X1746 18.280 -40.650 -34.550 1.00 0.00 MW H +ATOM 10408 OH2 TIP3X1747 -1.230 -30.420 23.110 1.00 0.00 MW O +ATOM 10409 H1 TIP3X1747 -1.680 -31.240 22.920 1.00 0.00 MW H +ATOM 10410 H2 TIP3X1747 -0.920 -30.530 24.010 1.00 0.00 MW H +ATOM 10411 OH2 TIP3X1748 44.410 -32.690 -24.190 1.00 0.00 MW O +ATOM 10412 H1 TIP3X1748 45.150 -32.860 -23.620 1.00 0.00 MW H +ATOM 10413 H2 TIP3X1748 43.800 -32.190 -23.650 1.00 0.00 MW H +ATOM 10414 OH2 TIP3X1749 42.250 14.070 12.460 1.00 0.00 MW O +ATOM 10415 H1 TIP3X1749 42.510 14.100 11.530 1.00 0.00 MW H +ATOM 10416 H2 TIP3X1749 42.340 13.160 12.710 1.00 0.00 MW H +ATOM 10417 OH2 TIP3X1750 27.300 9.350 -26.850 1.00 0.00 MW O +ATOM 10418 H1 TIP3X1750 26.690 8.710 -26.500 1.00 0.00 MW H +ATOM 10419 H2 TIP3X1750 26.860 10.190 -26.780 1.00 0.00 MW H +ATOM 10420 OH2 TIP3X1751 16.260 -30.480 32.210 1.00 0.00 MW O +ATOM 10421 H1 TIP3X1751 16.890 -30.230 32.910 1.00 0.00 MW H +ATOM 10422 H2 TIP3X1751 15.410 -30.500 32.660 1.00 0.00 MW H +ATOM 10423 OH2 TIP3X1752 35.920 29.760 30.130 1.00 0.00 MW O +ATOM 10424 H1 TIP3X1752 36.450 29.240 30.750 1.00 0.00 MW H +ATOM 10425 H2 TIP3X1752 35.030 29.430 30.260 1.00 0.00 MW H +ATOM 10426 OH2 TIP3X1753 -38.080 3.410 -15.890 1.00 0.00 MW O +ATOM 10427 H1 TIP3X1753 -38.880 2.900 -15.770 1.00 0.00 MW H +ATOM 10428 H2 TIP3X1753 -37.830 3.240 -16.800 1.00 0.00 MW H +ATOM 10429 OH2 TIP3X1754 -5.700 16.790 -23.760 1.00 0.00 MW O +ATOM 10430 H1 TIP3X1754 -6.600 17.080 -23.590 1.00 0.00 MW H +ATOM 10431 H2 TIP3X1754 -5.170 17.570 -23.630 1.00 0.00 MW H +ATOM 10432 OH2 TIP3X1755 -37.770 43.420 -44.710 1.00 0.00 MW O +ATOM 10433 H1 TIP3X1755 -37.730 44.200 -44.150 1.00 0.00 MW H +ATOM 10434 H2 TIP3X1755 -36.850 43.150 -44.800 1.00 0.00 MW H +ATOM 10435 OH2 TIP3X1756 -2.610 -2.630 37.170 1.00 0.00 MW O +ATOM 10436 H1 TIP3X1756 -3.170 -3.030 36.520 1.00 0.00 MW H +ATOM 10437 H2 TIP3X1756 -2.980 -1.750 37.300 1.00 0.00 MW H +ATOM 10438 OH2 TIP3X1757 31.690 -47.130 -34.390 1.00 0.00 MW O +ATOM 10439 H1 TIP3X1757 31.780 -46.300 -34.870 1.00 0.00 MW H +ATOM 10440 H2 TIP3X1757 30.760 -47.340 -34.490 1.00 0.00 MW H +ATOM 10441 OH2 TIP3X1758 29.340 34.070 -14.810 1.00 0.00 MW O +ATOM 10442 H1 TIP3X1758 29.480 33.490 -15.550 1.00 0.00 MW H +ATOM 10443 H2 TIP3X1758 28.720 34.740 -15.120 1.00 0.00 MW H +ATOM 10444 OH2 TIP3X1759 -3.160 41.920 -31.980 1.00 0.00 MW O +ATOM 10445 H1 TIP3X1759 -2.920 41.450 -31.170 1.00 0.00 MW H +ATOM 10446 H2 TIP3X1759 -3.830 41.360 -32.380 1.00 0.00 MW H +ATOM 10447 OH2 TIP3X1760 25.970 41.820 -44.100 1.00 0.00 MW O +ATOM 10448 H1 TIP3X1760 26.670 42.460 -44.220 1.00 0.00 MW H +ATOM 10449 H2 TIP3X1760 26.100 41.480 -43.220 1.00 0.00 MW H +ATOM 10450 OH2 TIP3X1761 -32.290 -36.060 -36.080 1.00 0.00 MW O +ATOM 10451 H1 TIP3X1761 -31.500 -35.550 -36.280 1.00 0.00 MW H +ATOM 10452 H2 TIP3X1761 -33.000 -35.510 -36.410 1.00 0.00 MW H +ATOM 10453 OH2 TIP3X1762 -1.300 13.340 -31.480 1.00 0.00 MW O +ATOM 10454 H1 TIP3X1762 -2.110 13.500 -31.000 1.00 0.00 MW H +ATOM 10455 H2 TIP3X1762 -0.910 14.200 -31.570 1.00 0.00 MW H +ATOM 10456 OH2 TIP3X1763 29.730 0.640 -51.070 1.00 0.00 MW O +ATOM 10457 H1 TIP3X1763 29.680 1.180 -51.860 1.00 0.00 MW H +ATOM 10458 H2 TIP3X1763 30.600 0.230 -51.120 1.00 0.00 MW H +ATOM 10459 OH2 TIP3X1764 -15.680 17.970 23.350 1.00 0.00 MW O +ATOM 10460 H1 TIP3X1764 -15.020 17.390 23.730 1.00 0.00 MW H +ATOM 10461 H2 TIP3X1764 -15.440 18.040 22.430 1.00 0.00 MW H +ATOM 10462 OH2 TIP3X1765 -24.840 -46.130 20.360 1.00 0.00 MW O +ATOM 10463 H1 TIP3X1765 -25.180 -45.240 20.320 1.00 0.00 MW H +ATOM 10464 H2 TIP3X1765 -24.470 -46.300 19.500 1.00 0.00 MW H +ATOM 10465 OH2 TIP3X1766 -8.730 37.390 -39.950 1.00 0.00 MW O +ATOM 10466 H1 TIP3X1766 -9.300 38.000 -40.410 1.00 0.00 MW H +ATOM 10467 H2 TIP3X1766 -8.760 36.590 -40.470 1.00 0.00 MW H +ATOM 10468 OH2 TIP3X1767 -38.740 29.950 25.160 1.00 0.00 MW O +ATOM 10469 H1 TIP3X1767 -39.100 29.500 24.400 1.00 0.00 MW H +ATOM 10470 H2 TIP3X1767 -39.360 29.780 25.870 1.00 0.00 MW H +ATOM 10471 OH2 TIP3X1768 20.270 10.060 -21.400 1.00 0.00 MW O +ATOM 10472 H1 TIP3X1768 19.560 9.940 -22.040 1.00 0.00 MW H +ATOM 10473 H2 TIP3X1768 20.360 9.210 -20.970 1.00 0.00 MW H +ATOM 10474 OH2 TIP3X1769 -4.820 8.550 19.470 1.00 0.00 MW O +ATOM 10475 H1 TIP3X1769 -5.350 7.940 19.990 1.00 0.00 MW H +ATOM 10476 H2 TIP3X1769 -4.160 7.980 19.050 1.00 0.00 MW H +ATOM 10477 OH2 TIP3X1770 38.990 -44.000 -29.370 1.00 0.00 MW O +ATOM 10478 H1 TIP3X1770 39.130 -44.950 -29.290 1.00 0.00 MW H +ATOM 10479 H2 TIP3X1770 38.080 -43.860 -29.120 1.00 0.00 MW H +ATOM 10480 OH2 TIP3X1771 45.650 -7.980 -42.430 1.00 0.00 MW O +ATOM 10481 H1 TIP3X1771 45.710 -7.590 -41.560 1.00 0.00 MW H +ATOM 10482 H2 TIP3X1771 46.520 -7.850 -42.800 1.00 0.00 MW H +ATOM 10483 OH2 TIP3X1772 37.750 36.190 37.140 1.00 0.00 MW O +ATOM 10484 H1 TIP3X1772 37.030 35.570 37.180 1.00 0.00 MW H +ATOM 10485 H2 TIP3X1772 38.120 36.180 38.040 1.00 0.00 MW H +ATOM 10486 OH2 TIP3X1773 10.730 35.220 -25.170 1.00 0.00 MW O +ATOM 10487 H1 TIP3X1773 11.540 35.720 -25.240 1.00 0.00 MW H +ATOM 10488 H2 TIP3X1773 10.880 34.430 -25.690 1.00 0.00 MW H +ATOM 10489 OH2 TIP3X1774 11.770 -36.630 -21.100 1.00 0.00 MW O +ATOM 10490 H1 TIP3X1774 12.510 -36.020 -21.180 1.00 0.00 MW H +ATOM 10491 H2 TIP3X1774 11.250 -36.290 -20.370 1.00 0.00 MW H +ATOM 10492 OH2 TIP3X1775 -34.080 17.730 -21.580 1.00 0.00 MW O +ATOM 10493 H1 TIP3X1775 -33.810 18.510 -22.080 1.00 0.00 MW H +ATOM 10494 H2 TIP3X1775 -33.660 17.820 -20.720 1.00 0.00 MW H +ATOM 10495 OH2 TIP3X1776 -35.440 -30.230 -28.490 1.00 0.00 MW O +ATOM 10496 H1 TIP3X1776 -35.080 -30.850 -29.110 1.00 0.00 MW H +ATOM 10497 H2 TIP3X1776 -35.080 -30.510 -27.640 1.00 0.00 MW H +ATOM 10498 OH2 TIP3X1777 36.670 5.700 34.090 1.00 0.00 MW O +ATOM 10499 H1 TIP3X1777 35.740 5.630 33.890 1.00 0.00 MW H +ATOM 10500 H2 TIP3X1777 36.980 4.790 34.120 1.00 0.00 MW H +ATOM 10501 OH2 TIP3X1778 6.390 -23.990 -48.940 1.00 0.00 MW O +ATOM 10502 H1 TIP3X1778 7.240 -24.040 -49.380 1.00 0.00 MW H +ATOM 10503 H2 TIP3X1778 6.600 -23.600 -48.090 1.00 0.00 MW H +ATOM 10504 OH2 TIP3X1779 -19.730 -49.560 34.330 1.00 0.00 MW O +ATOM 10505 H1 TIP3X1779 -20.640 -49.270 34.390 1.00 0.00 MW H +ATOM 10506 H2 TIP3X1779 -19.400 -49.200 33.520 1.00 0.00 MW H +ATOM 10507 OH2 TIP3X1780 -40.530 35.410 -28.150 1.00 0.00 MW O +ATOM 10508 H1 TIP3X1780 -40.830 36.130 -27.590 1.00 0.00 MW H +ATOM 10509 H2 TIP3X1780 -39.610 35.280 -27.910 1.00 0.00 MW H +ATOM 10510 OH2 TIP3X1781 -36.600 37.240 22.920 1.00 0.00 MW O +ATOM 10511 H1 TIP3X1781 -37.360 37.810 22.800 1.00 0.00 MW H +ATOM 10512 H2 TIP3X1781 -36.750 36.820 23.760 1.00 0.00 MW H +ATOM 10513 OH2 TIP3X1782 -39.350 35.730 -16.890 1.00 0.00 MW O +ATOM 10514 H1 TIP3X1782 -39.930 36.480 -17.010 1.00 0.00 MW H +ATOM 10515 H2 TIP3X1782 -38.760 35.750 -17.640 1.00 0.00 MW H +ATOM 10516 OH2 TIP3X1783 7.030 -39.230 12.190 1.00 0.00 MW O +ATOM 10517 H1 TIP3X1783 7.950 -39.450 12.010 1.00 0.00 MW H +ATOM 10518 H2 TIP3X1783 7.020 -38.270 12.220 1.00 0.00 MW H +ATOM 10519 OH2 TIP3X1784 -0.410 -41.300 26.870 1.00 0.00 MW O +ATOM 10520 H1 TIP3X1784 0.150 -41.030 27.600 1.00 0.00 MW H +ATOM 10521 H2 TIP3X1784 -0.280 -40.620 26.200 1.00 0.00 MW H +ATOM 10522 OH2 TIP3X1785 -32.860 -8.220 -29.570 1.00 0.00 MW O +ATOM 10523 H1 TIP3X1785 -32.110 -8.590 -29.110 1.00 0.00 MW H +ATOM 10524 H2 TIP3X1785 -33.590 -8.340 -28.980 1.00 0.00 MW H +ATOM 10525 OH2 TIP3X1786 -32.110 -11.590 -30.110 1.00 0.00 MW O +ATOM 10526 H1 TIP3X1786 -32.770 -11.060 -30.540 1.00 0.00 MW H +ATOM 10527 H2 TIP3X1786 -32.600 -12.360 -29.780 1.00 0.00 MW H +ATOM 10528 OH2 TIP3X1787 26.190 20.560 -7.700 1.00 0.00 MW O +ATOM 10529 H1 TIP3X1787 27.070 20.170 -7.640 1.00 0.00 MW H +ATOM 10530 H2 TIP3X1787 25.600 19.820 -7.850 1.00 0.00 MW H +ATOM 10531 OH2 TIP3X1788 -4.540 34.460 39.210 1.00 0.00 MW O +ATOM 10532 H1 TIP3X1788 -4.600 35.340 39.590 1.00 0.00 MW H +ATOM 10533 H2 TIP3X1788 -3.750 34.080 39.610 1.00 0.00 MW H +ATOM 10534 OH2 TIP3X1789 8.120 10.490 -23.140 1.00 0.00 MW O +ATOM 10535 H1 TIP3X1789 7.550 11.110 -23.590 1.00 0.00 MW H +ATOM 10536 H2 TIP3X1789 8.140 10.810 -22.220 1.00 0.00 MW H +ATOM 10537 OH2 TIP3X1790 -14.300 -8.410 -45.760 1.00 0.00 MW O +ATOM 10538 H1 TIP3X1790 -14.300 -9.250 -46.230 1.00 0.00 MW H +ATOM 10539 H2 TIP3X1790 -14.810 -7.840 -46.340 1.00 0.00 MW H +ATOM 10540 OH2 TIP3X1791 -44.910 3.230 -41.840 1.00 0.00 MW O +ATOM 10541 H1 TIP3X1791 -45.600 3.760 -42.230 1.00 0.00 MW H +ATOM 10542 H2 TIP3X1791 -45.030 2.360 -42.220 1.00 0.00 MW H +ATOM 10543 OH2 TIP3X1792 14.840 7.440 -28.170 1.00 0.00 MW O +ATOM 10544 H1 TIP3X1792 15.480 8.140 -28.180 1.00 0.00 MW H +ATOM 10545 H2 TIP3X1792 14.570 7.370 -27.260 1.00 0.00 MW H +ATOM 10546 OH2 TIP3X1793 -7.410 -40.330 -50.030 1.00 0.00 MW O +ATOM 10547 H1 TIP3X1793 -6.990 -40.690 -50.820 1.00 0.00 MW H +ATOM 10548 H2 TIP3X1793 -8.340 -40.390 -50.210 1.00 0.00 MW H +ATOM 10549 OH2 TIP3X1794 -10.680 -40.550 -24.480 1.00 0.00 MW O +ATOM 10550 H1 TIP3X1794 -9.970 -41.170 -24.650 1.00 0.00 MW H +ATOM 10551 H2 TIP3X1794 -11.190 -40.550 -25.300 1.00 0.00 MW H +ATOM 10552 OH2 TIP3X1795 17.890 -36.290 -18.380 1.00 0.00 MW O +ATOM 10553 H1 TIP3X1795 17.000 -35.940 -18.410 1.00 0.00 MW H +ATOM 10554 H2 TIP3X1795 17.810 -37.100 -17.880 1.00 0.00 MW H +ATOM 10555 OH2 TIP3X1796 -3.260 28.580 34.800 1.00 0.00 MW O +ATOM 10556 H1 TIP3X1796 -3.790 28.690 35.580 1.00 0.00 MW H +ATOM 10557 H2 TIP3X1796 -2.440 29.020 34.990 1.00 0.00 MW H +ATOM 10558 OH2 TIP3X1797 -40.790 5.980 -7.840 1.00 0.00 MW O +ATOM 10559 H1 TIP3X1797 -41.530 6.050 -8.440 1.00 0.00 MW H +ATOM 10560 H2 TIP3X1797 -40.360 5.160 -8.070 1.00 0.00 MW H +ATOM 10561 OH2 TIP3X1798 34.190 25.340 28.070 1.00 0.00 MW O +ATOM 10562 H1 TIP3X1798 34.570 24.820 27.370 1.00 0.00 MW H +ATOM 10563 H2 TIP3X1798 33.390 25.710 27.700 1.00 0.00 MW H +ATOM 10564 OH2 TIP3X1799 -39.610 13.150 39.430 1.00 0.00 MW O +ATOM 10565 H1 TIP3X1799 -39.250 13.660 38.700 1.00 0.00 MW H +ATOM 10566 H2 TIP3X1799 -38.850 12.810 39.890 1.00 0.00 MW H +ATOM 10567 OH2 TIP3X1800 35.310 -12.040 -21.160 1.00 0.00 MW O +ATOM 10568 H1 TIP3X1800 36.020 -11.830 -21.770 1.00 0.00 MW H +ATOM 10569 H2 TIP3X1800 35.180 -12.990 -21.260 1.00 0.00 MW H +ATOM 10570 OH2 TIP3X1801 -33.710 42.340 -46.160 1.00 0.00 MW O +ATOM 10571 H1 TIP3X1801 -34.330 43.010 -45.870 1.00 0.00 MW H +ATOM 10572 H2 TIP3X1801 -33.280 42.710 -46.930 1.00 0.00 MW H +ATOM 10573 OH2 TIP3X1802 -11.710 -24.880 -32.120 1.00 0.00 MW O +ATOM 10574 H1 TIP3X1802 -11.410 -24.290 -31.410 1.00 0.00 MW H +ATOM 10575 H2 TIP3X1802 -10.910 -25.240 -32.490 1.00 0.00 MW H +ATOM 10576 OH2 TIP3X1803 30.020 -26.870 -24.200 1.00 0.00 MW O +ATOM 10577 H1 TIP3X1803 30.880 -27.010 -24.600 1.00 0.00 MW H +ATOM 10578 H2 TIP3X1803 29.580 -27.720 -24.260 1.00 0.00 MW H +ATOM 10579 OH2 TIP3X1804 48.760 -31.350 32.670 1.00 0.00 MW O +ATOM 10580 H1 TIP3X1804 48.200 -31.220 31.910 1.00 0.00 MW H +ATOM 10581 H2 TIP3X1804 49.150 -30.480 32.840 1.00 0.00 MW H +ATOM 10582 OH2 TIP3X1805 49.000 -29.550 35.680 1.00 0.00 MW O +ATOM 10583 H1 TIP3X1805 48.470 -30.330 35.530 1.00 0.00 MW H +ATOM 10584 H2 TIP3X1805 49.030 -29.100 34.840 1.00 0.00 MW H +ATOM 10585 OH2 TIP3X1806 31.280 -32.890 -33.530 1.00 0.00 MW O +ATOM 10586 H1 TIP3X1806 30.880 -33.760 -33.500 1.00 0.00 MW H +ATOM 10587 H2 TIP3X1806 30.680 -32.350 -34.020 1.00 0.00 MW H +ATOM 10588 OH2 TIP3X1807 -22.230 -41.840 -39.050 1.00 0.00 MW O +ATOM 10589 H1 TIP3X1807 -21.950 -41.960 -38.140 1.00 0.00 MW H +ATOM 10590 H2 TIP3X1807 -23.010 -42.370 -39.130 1.00 0.00 MW H +ATOM 10591 OH2 TIP3X1808 -29.850 35.450 31.630 1.00 0.00 MW O +ATOM 10592 H1 TIP3X1808 -30.640 34.930 31.480 1.00 0.00 MW H +ATOM 10593 H2 TIP3X1808 -29.310 35.300 30.850 1.00 0.00 MW H +ATOM 10594 OH2 TIP3X1809 -39.150 -12.250 17.270 1.00 0.00 MW O +ATOM 10595 H1 TIP3X1809 -38.580 -12.220 16.500 1.00 0.00 MW H +ATOM 10596 H2 TIP3X1809 -40.000 -12.520 16.920 1.00 0.00 MW H +ATOM 10597 OH2 TIP3X1810 -23.150 4.090 -40.810 1.00 0.00 MW O +ATOM 10598 H1 TIP3X1810 -23.970 3.690 -41.120 1.00 0.00 MW H +ATOM 10599 H2 TIP3X1810 -23.330 4.290 -39.890 1.00 0.00 MW H +ATOM 10600 OH2 TIP3X1811 -40.470 -5.990 -24.440 1.00 0.00 MW O +ATOM 10601 H1 TIP3X1811 -41.140 -6.370 -23.860 1.00 0.00 MW H +ATOM 10602 H2 TIP3X1811 -40.950 -5.800 -25.240 1.00 0.00 MW H +ATOM 10603 OH2 TIP3X1812 -22.070 38.200 -33.620 1.00 0.00 MW O +ATOM 10604 H1 TIP3X1812 -22.300 37.280 -33.480 1.00 0.00 MW H +ATOM 10605 H2 TIP3X1812 -21.180 38.190 -33.960 1.00 0.00 MW H +ATOM 10606 OH2 TIP3X1813 -14.640 -11.160 -48.180 1.00 0.00 MW O +ATOM 10607 H1 TIP3X1813 -15.240 -11.340 -47.450 1.00 0.00 MW H +ATOM 10608 H2 TIP3X1813 -13.770 -11.310 -47.810 1.00 0.00 MW H +ATOM 10609 OH2 TIP3X1814 -30.250 12.870 -24.370 1.00 0.00 MW O +ATOM 10610 H1 TIP3X1814 -30.520 12.150 -23.800 1.00 0.00 MW H +ATOM 10611 H2 TIP3X1814 -31.060 13.200 -24.750 1.00 0.00 MW H +ATOM 10612 OH2 TIP3X1815 11.060 -25.880 31.490 1.00 0.00 MW O +ATOM 10613 H1 TIP3X1815 10.910 -25.040 31.900 1.00 0.00 MW H +ATOM 10614 H2 TIP3X1815 10.250 -26.070 31.010 1.00 0.00 MW H +ATOM 10615 OH2 TIP3X1816 32.650 -14.220 -34.310 1.00 0.00 MW O +ATOM 10616 H1 TIP3X1816 32.950 -13.370 -33.980 1.00 0.00 MW H +ATOM 10617 H2 TIP3X1816 32.120 -14.580 -33.590 1.00 0.00 MW H +ATOM 10618 OH2 TIP3X1817 -19.150 20.180 -40.500 1.00 0.00 MW O +ATOM 10619 H1 TIP3X1817 -18.250 20.310 -40.200 1.00 0.00 MW H +ATOM 10620 H2 TIP3X1817 -19.240 19.220 -40.550 1.00 0.00 MW H +ATOM 10621 OH2 TIP3X1818 45.120 -6.210 -39.800 1.00 0.00 MW O +ATOM 10622 H1 TIP3X1818 45.000 -7.130 -39.590 1.00 0.00 MW H +ATOM 10623 H2 TIP3X1818 44.230 -5.850 -39.860 1.00 0.00 MW H +ATOM 10624 OH2 TIP3X1819 44.420 39.890 25.330 1.00 0.00 MW O +ATOM 10625 H1 TIP3X1819 44.530 39.450 24.490 1.00 0.00 MW H +ATOM 10626 H2 TIP3X1819 45.290 39.850 25.720 1.00 0.00 MW H +ATOM 10627 OH2 TIP3X1820 41.450 -20.950 23.730 1.00 0.00 MW O +ATOM 10628 H1 TIP3X1820 41.220 -20.070 24.000 1.00 0.00 MW H +ATOM 10629 H2 TIP3X1820 42.370 -20.880 23.440 1.00 0.00 MW H +ATOM 10630 OH2 TIP3X1821 -1.940 39.320 16.970 1.00 0.00 MW O +ATOM 10631 H1 TIP3X1821 -1.710 38.400 17.000 1.00 0.00 MW H +ATOM 10632 H2 TIP3X1821 -2.520 39.410 16.220 1.00 0.00 MW H +ATOM 10633 OH2 TIP3X1822 -33.760 -43.390 23.870 1.00 0.00 MW O +ATOM 10634 H1 TIP3X1822 -34.130 -42.500 23.930 1.00 0.00 MW H +ATOM 10635 H2 TIP3X1822 -34.250 -43.900 24.510 1.00 0.00 MW H +ATOM 10636 OH2 TIP3X1823 28.190 25.210 21.330 1.00 0.00 MW O +ATOM 10637 H1 TIP3X1823 28.820 24.680 20.840 1.00 0.00 MW H +ATOM 10638 H2 TIP3X1823 27.670 24.570 21.820 1.00 0.00 MW H +ATOM 10639 OH2 TIP3X1824 -43.220 20.600 -13.900 1.00 0.00 MW O +ATOM 10640 H1 TIP3X1824 -43.140 20.110 -14.710 1.00 0.00 MW H +ATOM 10641 H2 TIP3X1824 -43.840 20.110 -13.370 1.00 0.00 MW H +ATOM 10642 OH2 TIP3X1825 7.670 19.790 -50.740 1.00 0.00 MW O +ATOM 10643 H1 TIP3X1825 6.990 19.690 -50.080 1.00 0.00 MW H +ATOM 10644 H2 TIP3X1825 8.480 19.550 -50.290 1.00 0.00 MW H +ATOM 10645 OH2 TIP3X1826 -26.980 38.100 -33.950 1.00 0.00 MW O +ATOM 10646 H1 TIP3X1826 -26.210 38.630 -34.150 1.00 0.00 MW H +ATOM 10647 H2 TIP3X1826 -26.710 37.560 -33.210 1.00 0.00 MW H +ATOM 10648 OH2 TIP3X1827 2.760 18.640 36.500 1.00 0.00 MW O +ATOM 10649 H1 TIP3X1827 2.200 19.080 35.860 1.00 0.00 MW H +ATOM 10650 H2 TIP3X1827 2.150 18.290 37.150 1.00 0.00 MW H +ATOM 10651 OH2 TIP3X1828 30.570 20.600 -16.100 1.00 0.00 MW O +ATOM 10652 H1 TIP3X1828 29.690 20.930 -16.220 1.00 0.00 MW H +ATOM 10653 H2 TIP3X1828 30.640 19.860 -16.700 1.00 0.00 MW H +ATOM 10654 OH2 TIP3X1829 -29.230 40.670 25.190 1.00 0.00 MW O +ATOM 10655 H1 TIP3X1829 -28.840 41.270 25.820 1.00 0.00 MW H +ATOM 10656 H2 TIP3X1829 -28.530 40.080 24.930 1.00 0.00 MW H +ATOM 10657 OH2 TIP3X1830 1.300 -37.780 9.960 1.00 0.00 MW O +ATOM 10658 H1 TIP3X1830 0.490 -37.930 9.480 1.00 0.00 MW H +ATOM 10659 H2 TIP3X1830 1.150 -37.010 10.490 1.00 0.00 MW H +ATOM 10660 OH2 TIP3X1831 -24.000 -4.390 -32.590 1.00 0.00 MW O +ATOM 10661 H1 TIP3X1831 -24.600 -5.100 -32.390 1.00 0.00 MW H +ATOM 10662 H2 TIP3X1831 -23.880 -3.930 -31.750 1.00 0.00 MW H +ATOM 10663 OH2 TIP3X1832 44.520 -38.800 33.430 1.00 0.00 MW O +ATOM 10664 H1 TIP3X1832 43.740 -38.600 33.950 1.00 0.00 MW H +ATOM 10665 H2 TIP3X1832 44.210 -38.790 32.520 1.00 0.00 MW H +ATOM 10666 OH2 TIP3X1833 -18.500 41.540 -23.420 1.00 0.00 MW O +ATOM 10667 H1 TIP3X1833 -18.520 42.470 -23.190 1.00 0.00 MW H +ATOM 10668 H2 TIP3X1833 -18.620 41.540 -24.380 1.00 0.00 MW H +ATOM 10669 OH2 TIP3X1834 -29.470 -26.750 36.180 1.00 0.00 MW O +ATOM 10670 H1 TIP3X1834 -28.590 -26.690 36.540 1.00 0.00 MW H +ATOM 10671 H2 TIP3X1834 -30.050 -26.470 36.900 1.00 0.00 MW H +ATOM 10672 OH2 TIP3X1835 -31.710 -39.070 -44.970 1.00 0.00 MW O +ATOM 10673 H1 TIP3X1835 -31.490 -38.720 -45.840 1.00 0.00 MW H +ATOM 10674 H2 TIP3X1835 -31.860 -38.300 -44.430 1.00 0.00 MW H +ATOM 10675 OH2 TIP3X1836 -1.990 8.290 26.880 1.00 0.00 MW O +ATOM 10676 H1 TIP3X1836 -2.510 7.680 27.400 1.00 0.00 MW H +ATOM 10677 H2 TIP3X1836 -2.610 8.940 26.570 1.00 0.00 MW H +ATOM 10678 OH2 TIP3X1837 -25.150 15.690 -12.990 1.00 0.00 MW O +ATOM 10679 H1 TIP3X1837 -25.840 15.340 -13.550 1.00 0.00 MW H +ATOM 10680 H2 TIP3X1837 -25.050 16.590 -13.260 1.00 0.00 MW H +ATOM 10681 OH2 TIP3X1838 -1.670 34.310 -41.870 1.00 0.00 MW O +ATOM 10682 H1 TIP3X1838 -2.310 34.430 -42.580 1.00 0.00 MW H +ATOM 10683 H2 TIP3X1838 -2.090 33.700 -41.270 1.00 0.00 MW H +ATOM 10684 OH2 TIP3X1839 -3.630 10.260 26.090 1.00 0.00 MW O +ATOM 10685 H1 TIP3X1839 -4.430 9.730 26.050 1.00 0.00 MW H +ATOM 10686 H2 TIP3X1839 -3.620 10.620 26.970 1.00 0.00 MW H +ATOM 10687 OH2 TIP3X1840 42.870 -16.680 -30.060 1.00 0.00 MW O +ATOM 10688 H1 TIP3X1840 43.510 -16.350 -29.440 1.00 0.00 MW H +ATOM 10689 H2 TIP3X1840 43.390 -16.880 -30.850 1.00 0.00 MW H +ATOM 10690 OH2 TIP3X1841 -4.730 7.840 -41.170 1.00 0.00 MW O +ATOM 10691 H1 TIP3X1841 -4.260 8.500 -41.680 1.00 0.00 MW H +ATOM 10692 H2 TIP3X1841 -5.210 8.350 -40.500 1.00 0.00 MW H +ATOM 10693 OH2 TIP3X1842 -32.200 26.980 39.280 1.00 0.00 MW O +ATOM 10694 H1 TIP3X1842 -31.520 26.330 39.450 1.00 0.00 MW H +ATOM 10695 H2 TIP3X1842 -32.720 27.000 40.070 1.00 0.00 MW H +ATOM 10696 OH2 TIP3X1843 44.240 0.750 35.000 1.00 0.00 MW O +ATOM 10697 H1 TIP3X1843 43.920 0.000 35.500 1.00 0.00 MW H +ATOM 10698 H2 TIP3X1843 44.180 1.490 35.610 1.00 0.00 MW H +ATOM 10699 OH2 TIP3X1844 -43.030 -18.710 -21.020 1.00 0.00 MW O +ATOM 10700 H1 TIP3X1844 -42.410 -18.910 -20.320 1.00 0.00 MW H +ATOM 10701 H2 TIP3X1844 -43.610 -18.050 -20.650 1.00 0.00 MW H +ATOM 10702 OH2 TIP3X1845 19.860 9.960 30.310 1.00 0.00 MW O +ATOM 10703 H1 TIP3X1845 19.760 10.100 31.250 1.00 0.00 MW H +ATOM 10704 H2 TIP3X1845 20.370 10.710 30.000 1.00 0.00 MW H +ATOM 10705 OH2 TIP3X1846 -9.080 -29.830 -22.010 1.00 0.00 MW O +ATOM 10706 H1 TIP3X1846 -9.800 -29.470 -21.490 1.00 0.00 MW H +ATOM 10707 H2 TIP3X1846 -9.190 -30.790 -21.930 1.00 0.00 MW H +ATOM 10708 OH2 TIP3X1847 21.810 40.680 20.000 1.00 0.00 MW O +ATOM 10709 H1 TIP3X1847 21.560 41.380 20.600 1.00 0.00 MW H +ATOM 10710 H2 TIP3X1847 22.660 40.960 19.650 1.00 0.00 MW H +ATOM 10711 OH2 TIP3X1848 45.990 -18.160 32.510 1.00 0.00 MW O +ATOM 10712 H1 TIP3X1848 46.550 -17.910 31.780 1.00 0.00 MW H +ATOM 10713 H2 TIP3X1848 45.310 -17.480 32.530 1.00 0.00 MW H +ATOM 10714 OH2 TIP3X1849 -20.890 -35.440 28.640 1.00 0.00 MW O +ATOM 10715 H1 TIP3X1849 -21.160 -34.880 29.370 1.00 0.00 MW H +ATOM 10716 H2 TIP3X1849 -20.000 -35.130 28.420 1.00 0.00 MW H +ATOM 10717 OH2 TIP3X1850 -28.940 -15.470 -48.500 1.00 0.00 MW O +ATOM 10718 H1 TIP3X1850 -29.150 -14.540 -48.590 1.00 0.00 MW H +ATOM 10719 H2 TIP3X1850 -29.330 -15.730 -47.670 1.00 0.00 MW H +ATOM 10720 OH2 TIP3X1851 -3.080 -34.690 36.300 1.00 0.00 MW O +ATOM 10721 H1 TIP3X1851 -2.360 -34.560 35.680 1.00 0.00 MW H +ATOM 10722 H2 TIP3X1851 -3.740 -34.050 36.040 1.00 0.00 MW H +ATOM 10723 OH2 TIP3X1852 -7.670 5.690 -28.340 1.00 0.00 MW O +ATOM 10724 H1 TIP3X1852 -7.590 5.980 -29.240 1.00 0.00 MW H +ATOM 10725 H2 TIP3X1852 -7.460 4.760 -28.370 1.00 0.00 MW H +ATOM 10726 OH2 TIP3X1853 3.410 29.090 32.830 1.00 0.00 MW O +ATOM 10727 H1 TIP3X1853 2.680 28.600 33.220 1.00 0.00 MW H +ATOM 10728 H2 TIP3X1853 4.170 28.870 33.370 1.00 0.00 MW H +ATOM 10729 OH2 TIP3X1854 44.850 31.100 -15.200 1.00 0.00 MW O +ATOM 10730 H1 TIP3X1854 45.330 30.470 -15.740 1.00 0.00 MW H +ATOM 10731 H2 TIP3X1854 45.470 31.820 -15.080 1.00 0.00 MW H +ATOM 10732 OH2 TIP3X1855 -42.320 -3.080 -27.960 1.00 0.00 MW O +ATOM 10733 H1 TIP3X1855 -42.520 -3.180 -28.880 1.00 0.00 MW H +ATOM 10734 H2 TIP3X1855 -42.940 -2.420 -27.650 1.00 0.00 MW H +ATOM 10735 OH2 TIP3X1856 -12.080 33.910 -29.790 1.00 0.00 MW O +ATOM 10736 H1 TIP3X1856 -12.680 34.100 -30.510 1.00 0.00 MW H +ATOM 10737 H2 TIP3X1856 -12.380 33.070 -29.440 1.00 0.00 MW H +ATOM 10738 OH2 TIP3X1857 32.520 25.860 37.810 1.00 0.00 MW O +ATOM 10739 H1 TIP3X1857 33.150 25.530 37.170 1.00 0.00 MW H +ATOM 10740 H2 TIP3X1857 33.070 26.230 38.510 1.00 0.00 MW H +ATOM 10741 OH2 TIP3X1858 21.140 41.080 -38.970 1.00 0.00 MW O +ATOM 10742 H1 TIP3X1858 21.580 40.610 -39.680 1.00 0.00 MW H +ATOM 10743 H2 TIP3X1858 21.620 41.910 -38.910 1.00 0.00 MW H +ATOM 10744 OH2 TIP3X1859 12.970 -32.450 -42.150 1.00 0.00 MW O +ATOM 10745 H1 TIP3X1859 13.720 -32.710 -41.620 1.00 0.00 MW H +ATOM 10746 H2 TIP3X1859 13.200 -32.730 -43.030 1.00 0.00 MW H +ATOM 10747 OH2 TIP3X1860 -24.530 -36.340 -21.490 1.00 0.00 MW O +ATOM 10748 H1 TIP3X1860 -24.210 -36.260 -20.590 1.00 0.00 MW H +ATOM 10749 H2 TIP3X1860 -24.810 -37.250 -21.560 1.00 0.00 MW H +ATOM 10750 OH2 TIP3X1861 29.490 -18.230 -37.290 1.00 0.00 MW O +ATOM 10751 H1 TIP3X1861 30.440 -18.130 -37.230 1.00 0.00 MW H +ATOM 10752 H2 TIP3X1861 29.370 -18.830 -38.040 1.00 0.00 MW H +ATOM 10753 OH2 TIP3X1862 42.790 16.860 -17.800 1.00 0.00 MW O +ATOM 10754 H1 TIP3X1862 43.530 16.480 -18.290 1.00 0.00 MW H +ATOM 10755 H2 TIP3X1862 42.530 16.170 -17.190 1.00 0.00 MW H +ATOM 10756 OH2 TIP3X1863 -10.890 -29.660 -50.400 1.00 0.00 MW O +ATOM 10757 H1 TIP3X1863 -10.150 -29.320 -50.920 1.00 0.00 MW H +ATOM 10758 H2 TIP3X1863 -10.870 -29.140 -49.590 1.00 0.00 MW H +ATOM 10759 OH2 TIP3X1864 10.990 28.100 -43.840 1.00 0.00 MW O +ATOM 10760 H1 TIP3X1864 10.480 28.010 -44.650 1.00 0.00 MW H +ATOM 10761 H2 TIP3X1864 10.510 28.760 -43.340 1.00 0.00 MW H +ATOM 10762 OH2 TIP3X1865 11.360 17.140 -40.090 1.00 0.00 MW O +ATOM 10763 H1 TIP3X1865 12.300 17.230 -40.230 1.00 0.00 MW H +ATOM 10764 H2 TIP3X1865 11.020 18.030 -40.080 1.00 0.00 MW H +ATOM 10765 OH2 TIP3X1866 -6.570 32.900 -36.760 1.00 0.00 MW O +ATOM 10766 H1 TIP3X1866 -6.230 32.030 -36.980 1.00 0.00 MW H +ATOM 10767 H2 TIP3X1866 -6.450 33.410 -37.550 1.00 0.00 MW H +ATOM 10768 OH2 TIP3X1867 22.310 32.960 40.130 1.00 0.00 MW O +ATOM 10769 H1 TIP3X1867 22.010 33.180 39.250 1.00 0.00 MW H +ATOM 10770 H2 TIP3X1867 21.860 33.580 40.710 1.00 0.00 MW H +ATOM 10771 OH2 TIP3X1868 -9.640 -46.910 -49.900 1.00 0.00 MW O +ATOM 10772 H1 TIP3X1868 -10.210 -47.110 -50.640 1.00 0.00 MW H +ATOM 10773 H2 TIP3X1868 -9.170 -47.720 -49.720 1.00 0.00 MW H +ATOM 10774 OH2 TIP3X1869 12.060 -46.520 14.480 1.00 0.00 MW O +ATOM 10775 H1 TIP3X1869 11.980 -45.570 14.440 1.00 0.00 MW H +ATOM 10776 H2 TIP3X1869 12.390 -46.690 15.370 1.00 0.00 MW H +ATOM 10777 OH2 TIP3X1870 -18.140 -1.630 -37.980 1.00 0.00 MW O +ATOM 10778 H1 TIP3X1870 -18.050 -0.680 -37.930 1.00 0.00 MW H +ATOM 10779 H2 TIP3X1870 -18.420 -1.800 -38.880 1.00 0.00 MW H +ATOM 10780 OH2 TIP3X1871 15.840 35.860 -46.500 1.00 0.00 MW O +ATOM 10781 H1 TIP3X1871 15.980 35.320 -45.720 1.00 0.00 MW H +ATOM 10782 H2 TIP3X1871 16.730 36.030 -46.830 1.00 0.00 MW H +ATOM 10783 OH2 TIP3X1872 13.320 37.380 -15.950 1.00 0.00 MW O +ATOM 10784 H1 TIP3X1872 13.320 36.520 -16.370 1.00 0.00 MW H +ATOM 10785 H2 TIP3X1872 13.670 37.210 -15.080 1.00 0.00 MW H +ATOM 10786 OH2 TIP3X1873 30.630 34.530 -33.790 1.00 0.00 MW O +ATOM 10787 H1 TIP3X1873 31.290 34.030 -34.270 1.00 0.00 MW H +ATOM 10788 H2 TIP3X1873 30.270 35.130 -34.440 1.00 0.00 MW H +ATOM 10789 OH2 TIP3X1874 -38.790 -39.520 23.540 1.00 0.00 MW O +ATOM 10790 H1 TIP3X1874 -39.600 -39.320 23.080 1.00 0.00 MW H +ATOM 10791 H2 TIP3X1874 -38.100 -39.310 22.920 1.00 0.00 MW H +ATOM 10792 OH2 TIP3X1875 -28.040 -17.610 20.230 1.00 0.00 MW O +ATOM 10793 H1 TIP3X1875 -28.360 -16.930 20.830 1.00 0.00 MW H +ATOM 10794 H2 TIP3X1875 -27.450 -17.140 19.640 1.00 0.00 MW H +ATOM 10795 OH2 TIP3X1876 -41.170 24.470 -18.620 1.00 0.00 MW O +ATOM 10796 H1 TIP3X1876 -40.460 23.970 -18.200 1.00 0.00 MW H +ATOM 10797 H2 TIP3X1876 -41.740 24.750 -17.910 1.00 0.00 MW H +ATOM 10798 OH2 TIP3X1877 15.250 -42.490 -26.750 1.00 0.00 MW O +ATOM 10799 H1 TIP3X1877 15.460 -43.350 -26.360 1.00 0.00 MW H +ATOM 10800 H2 TIP3X1877 15.880 -42.380 -27.460 1.00 0.00 MW H +ATOM 10801 OH2 TIP3X1878 -21.170 -44.190 14.400 1.00 0.00 MW O +ATOM 10802 H1 TIP3X1878 -22.060 -44.140 14.770 1.00 0.00 MW H +ATOM 10803 H2 TIP3X1878 -20.600 -44.090 15.160 1.00 0.00 MW H +ATOM 10804 OH2 TIP3X1879 -32.910 -40.480 29.550 1.00 0.00 MW O +ATOM 10805 H1 TIP3X1879 -33.530 -40.630 30.260 1.00 0.00 MW H +ATOM 10806 H2 TIP3X1879 -32.090 -40.870 29.870 1.00 0.00 MW H +ATOM 10807 OH2 TIP3X1880 -30.080 -0.770 -18.820 1.00 0.00 MW O +ATOM 10808 H1 TIP3X1880 -30.540 -1.210 -19.520 1.00 0.00 MW H +ATOM 10809 H2 TIP3X1880 -30.210 0.160 -18.980 1.00 0.00 MW H +ATOM 10810 OH2 TIP3X1881 -0.480 -5.040 23.500 1.00 0.00 MW O +ATOM 10811 H1 TIP3X1881 -1.420 -4.930 23.360 1.00 0.00 MW H +ATOM 10812 H2 TIP3X1881 -0.420 -5.620 24.270 1.00 0.00 MW H +ATOM 10813 OH2 TIP3X1882 27.910 -28.430 28.880 1.00 0.00 MW O +ATOM 10814 H1 TIP3X1882 28.660 -28.800 29.350 1.00 0.00 MW H +ATOM 10815 H2 TIP3X1882 27.510 -29.180 28.440 1.00 0.00 MW H +ATOM 10816 OH2 TIP3X1883 33.630 -9.020 -38.350 1.00 0.00 MW O +ATOM 10817 H1 TIP3X1883 33.680 -8.280 -38.960 1.00 0.00 MW H +ATOM 10818 H2 TIP3X1883 32.770 -8.940 -37.940 1.00 0.00 MW H +ATOM 10819 OH2 TIP3X1884 45.880 -37.580 29.410 1.00 0.00 MW O +ATOM 10820 H1 TIP3X1884 46.630 -37.520 30.010 1.00 0.00 MW H +ATOM 10821 H2 TIP3X1884 45.850 -36.710 29.000 1.00 0.00 MW H +ATOM 10822 OH2 TIP3X1885 7.860 10.180 -36.550 1.00 0.00 MW O +ATOM 10823 H1 TIP3X1885 7.390 10.770 -37.160 1.00 0.00 MW H +ATOM 10824 H2 TIP3X1885 7.250 10.030 -35.830 1.00 0.00 MW H +ATOM 10825 OH2 TIP3X1886 44.180 -25.850 -49.450 1.00 0.00 MW O +ATOM 10826 H1 TIP3X1886 44.060 -25.090 -50.000 1.00 0.00 MW H +ATOM 10827 H2 TIP3X1886 43.370 -25.920 -48.950 1.00 0.00 MW H +ATOM 10828 OH2 TIP3X1887 37.480 6.320 28.280 1.00 0.00 MW O +ATOM 10829 H1 TIP3X1887 37.660 5.380 28.390 1.00 0.00 MW H +ATOM 10830 H2 TIP3X1887 38.060 6.590 27.570 1.00 0.00 MW H +ATOM 10831 OH2 TIP3X1888 -24.460 23.200 33.180 1.00 0.00 MW O +ATOM 10832 H1 TIP3X1888 -24.340 23.370 34.120 1.00 0.00 MW H +ATOM 10833 H2 TIP3X1888 -25.380 22.970 33.100 1.00 0.00 MW H +ATOM 10834 OH2 TIP3X1889 23.870 15.130 -49.000 1.00 0.00 MW O +ATOM 10835 H1 TIP3X1889 24.610 15.420 -49.540 1.00 0.00 MW H +ATOM 10836 H2 TIP3X1889 24.150 14.280 -48.650 1.00 0.00 MW H +ATOM 10837 OH2 TIP3X1890 -22.030 -16.080 -36.070 1.00 0.00 MW O +ATOM 10838 H1 TIP3X1890 -21.760 -16.440 -36.920 1.00 0.00 MW H +ATOM 10839 H2 TIP3X1890 -22.950 -15.850 -36.180 1.00 0.00 MW H +ATOM 10840 OH2 TIP3X1891 -0.930 -46.020 24.950 1.00 0.00 MW O +ATOM 10841 H1 TIP3X1891 -1.100 -45.080 24.920 1.00 0.00 MW H +ATOM 10842 H2 TIP3X1891 -0.420 -46.150 25.750 1.00 0.00 MW H +ATOM 10843 OH2 TIP3X1892 13.950 -42.250 -51.940 1.00 0.00 MW O +ATOM 10844 H1 TIP3X1892 14.180 -42.330 -51.020 1.00 0.00 MW H +ATOM 10845 H2 TIP3X1892 13.670 -41.330 -52.040 1.00 0.00 MW H +ATOM 10846 OH2 TIP3X1893 -27.060 -9.860 -44.820 1.00 0.00 MW O +ATOM 10847 H1 TIP3X1893 -26.860 -10.600 -44.230 1.00 0.00 MW H +ATOM 10848 H2 TIP3X1893 -26.870 -9.080 -44.310 1.00 0.00 MW H +ATOM 10849 OH2 TIP3X1894 25.270 33.170 21.580 1.00 0.00 MW O +ATOM 10850 H1 TIP3X1894 25.000 32.260 21.560 1.00 0.00 MW H +ATOM 10851 H2 TIP3X1894 25.610 33.330 20.700 1.00 0.00 MW H +ATOM 10852 OH2 TIP3X1895 41.180 37.110 -44.350 1.00 0.00 MW O +ATOM 10853 H1 TIP3X1895 40.910 38.000 -44.540 1.00 0.00 MW H +ATOM 10854 H2 TIP3X1895 41.520 36.780 -45.180 1.00 0.00 MW H +ATOM 10855 OH2 TIP3X1896 36.770 -4.310 -33.390 1.00 0.00 MW O +ATOM 10856 H1 TIP3X1896 36.760 -5.220 -33.700 1.00 0.00 MW H +ATOM 10857 H2 TIP3X1896 36.670 -3.780 -34.180 1.00 0.00 MW H +ATOM 10858 OH2 TIP3X1897 18.980 -22.600 -15.520 1.00 0.00 MW O +ATOM 10859 H1 TIP3X1897 19.520 -22.770 -16.290 1.00 0.00 MW H +ATOM 10860 H2 TIP3X1897 19.010 -23.410 -15.020 1.00 0.00 MW H +ATOM 10861 OH2 TIP3X1898 46.200 -30.210 31.340 1.00 0.00 MW O +ATOM 10862 H1 TIP3X1898 45.870 -29.900 32.190 1.00 0.00 MW H +ATOM 10863 H2 TIP3X1898 45.550 -30.840 31.050 1.00 0.00 MW H +ATOM 10864 OH2 TIP3X1899 -40.550 30.280 -37.240 1.00 0.00 MW O +ATOM 10865 H1 TIP3X1899 -40.580 30.210 -38.190 1.00 0.00 MW H +ATOM 10866 H2 TIP3X1899 -40.060 31.080 -37.070 1.00 0.00 MW H +ATOM 10867 OH2 TIP3X1900 0.080 -21.780 27.780 1.00 0.00 MW O +ATOM 10868 H1 TIP3X1900 -0.170 -22.180 28.620 1.00 0.00 MW H +ATOM 10869 H2 TIP3X1900 -0.300 -20.900 27.820 1.00 0.00 MW H +ATOM 10870 OH2 TIP3X1901 28.700 17.900 -22.220 1.00 0.00 MW O +ATOM 10871 H1 TIP3X1901 28.270 17.180 -21.780 1.00 0.00 MW H +ATOM 10872 H2 TIP3X1901 27.990 18.430 -22.570 1.00 0.00 MW H +ATOM 10873 OH2 TIP3X1902 -39.890 -8.160 -45.280 1.00 0.00 MW O +ATOM 10874 H1 TIP3X1902 -39.690 -9.100 -45.250 1.00 0.00 MW H +ATOM 10875 H2 TIP3X1902 -39.420 -7.830 -46.040 1.00 0.00 MW H +ATOM 10876 OH2 TIP3X1903 46.090 17.330 35.200 1.00 0.00 MW O +ATOM 10877 H1 TIP3X1903 46.470 16.760 34.540 1.00 0.00 MW H +ATOM 10878 H2 TIP3X1903 45.670 16.740 35.820 1.00 0.00 MW H +ATOM 10879 OH2 TIP3X1904 -35.440 20.540 -17.700 1.00 0.00 MW O +ATOM 10880 H1 TIP3X1904 -35.840 19.680 -17.670 1.00 0.00 MW H +ATOM 10881 H2 TIP3X1904 -34.610 20.440 -17.200 1.00 0.00 MW H +ATOM 10882 OH2 TIP3X1905 27.870 -45.720 -18.380 1.00 0.00 MW O +ATOM 10883 H1 TIP3X1905 27.970 -46.170 -17.550 1.00 0.00 MW H +ATOM 10884 H2 TIP3X1905 28.540 -46.110 -18.950 1.00 0.00 MW H +ATOM 10885 OH2 TIP3X1906 -35.720 29.760 37.750 1.00 0.00 MW O +ATOM 10886 H1 TIP3X1906 -35.890 28.860 37.460 1.00 0.00 MW H +ATOM 10887 H2 TIP3X1906 -34.940 29.690 38.300 1.00 0.00 MW H +ATOM 10888 OH2 TIP3X1907 -40.330 -30.070 -21.910 1.00 0.00 MW O +ATOM 10889 H1 TIP3X1907 -40.340 -29.360 -22.540 1.00 0.00 MW H +ATOM 10890 H2 TIP3X1907 -41.170 -30.520 -22.040 1.00 0.00 MW H +ATOM 10891 OH2 TIP3X1908 31.890 -46.870 36.640 1.00 0.00 MW O +ATOM 10892 H1 TIP3X1908 32.500 -47.170 35.960 1.00 0.00 MW H +ATOM 10893 H2 TIP3X1908 31.020 -47.060 36.290 1.00 0.00 MW H +ATOM 10894 OH2 TIP3X1909 37.060 20.990 -50.230 1.00 0.00 MW O +ATOM 10895 H1 TIP3X1909 37.840 21.470 -50.520 1.00 0.00 MW H +ATOM 10896 H2 TIP3X1909 36.710 21.530 -49.510 1.00 0.00 MW H +ATOM 10897 OH2 TIP3X1910 26.790 -40.570 17.980 1.00 0.00 MW O +ATOM 10898 H1 TIP3X1910 26.690 -41.450 17.620 1.00 0.00 MW H +ATOM 10899 H2 TIP3X1910 27.090 -40.030 17.250 1.00 0.00 MW H +ATOM 10900 OH2 TIP3X1911 -6.620 35.080 -38.590 1.00 0.00 MW O +ATOM 10901 H1 TIP3X1911 -7.540 34.960 -38.400 1.00 0.00 MW H +ATOM 10902 H2 TIP3X1911 -6.380 35.880 -38.120 1.00 0.00 MW H +ATOM 10903 OH2 TIP3X1912 -12.560 -3.520 21.880 1.00 0.00 MW O +ATOM 10904 H1 TIP3X1912 -13.430 -3.880 21.990 1.00 0.00 MW H +ATOM 10905 H2 TIP3X1912 -12.440 -3.420 20.940 1.00 0.00 MW H +ATOM 10906 OH2 TIP3X1913 -13.670 19.960 36.870 1.00 0.00 MW O +ATOM 10907 H1 TIP3X1913 -12.800 20.200 37.190 1.00 0.00 MW H +ATOM 10908 H2 TIP3X1913 -13.800 19.060 37.160 1.00 0.00 MW H +ATOM 10909 OH2 TIP3X1914 -14.220 -39.110 -21.060 1.00 0.00 MW O +ATOM 10910 H1 TIP3X1914 -13.930 -39.420 -21.920 1.00 0.00 MW H +ATOM 10911 H2 TIP3X1914 -15.180 -39.140 -21.110 1.00 0.00 MW H +ATOM 10912 OH2 TIP3X1915 -12.110 22.370 -35.170 1.00 0.00 MW O +ATOM 10913 H1 TIP3X1915 -12.270 21.530 -35.580 1.00 0.00 MW H +ATOM 10914 H2 TIP3X1915 -12.240 22.210 -34.230 1.00 0.00 MW H +ATOM 10915 OH2 TIP3X1916 -15.110 29.500 24.800 1.00 0.00 MW O +ATOM 10916 H1 TIP3X1916 -14.640 29.390 25.620 1.00 0.00 MW H +ATOM 10917 H2 TIP3X1916 -15.790 30.150 24.980 1.00 0.00 MW H +ATOM 10918 OH2 TIP3X1917 34.750 19.690 -28.830 1.00 0.00 MW O +ATOM 10919 H1 TIP3X1917 33.990 20.080 -28.380 1.00 0.00 MW H +ATOM 10920 H2 TIP3X1917 34.940 18.900 -28.330 1.00 0.00 MW H +ATOM 10921 OH2 TIP3X1918 -35.450 -34.360 29.130 1.00 0.00 MW O +ATOM 10922 H1 TIP3X1918 -35.280 -34.850 29.930 1.00 0.00 MW H +ATOM 10923 H2 TIP3X1918 -34.880 -33.590 29.200 1.00 0.00 MW H +ATOM 10924 OH2 TIP3X1919 -19.390 -21.890 -45.170 1.00 0.00 MW O +ATOM 10925 H1 TIP3X1919 -20.230 -21.630 -45.570 1.00 0.00 MW H +ATOM 10926 H2 TIP3X1919 -19.090 -21.110 -44.710 1.00 0.00 MW H +ATOM 10927 OH2 TIP3X1920 -43.450 -21.120 -42.060 1.00 0.00 MW O +ATOM 10928 H1 TIP3X1920 -42.670 -20.670 -42.370 1.00 0.00 MW H +ATOM 10929 H2 TIP3X1920 -44.180 -20.610 -42.410 1.00 0.00 MW H +ATOM 10930 OH2 TIP3X1921 -22.250 6.810 36.150 1.00 0.00 MW O +ATOM 10931 H1 TIP3X1921 -22.580 7.640 36.500 1.00 0.00 MW H +ATOM 10932 H2 TIP3X1921 -21.520 6.590 36.720 1.00 0.00 MW H +ATOM 10933 OH2 TIP3X1922 23.460 1.650 -37.280 1.00 0.00 MW O +ATOM 10934 H1 TIP3X1922 23.610 2.600 -37.240 1.00 0.00 MW H +ATOM 10935 H2 TIP3X1922 24.180 1.300 -37.790 1.00 0.00 MW H +ATOM 10936 OH2 TIP3X1923 29.430 24.380 -25.040 1.00 0.00 MW O +ATOM 10937 H1 TIP3X1923 30.020 23.740 -24.640 1.00 0.00 MW H +ATOM 10938 H2 TIP3X1923 28.850 24.640 -24.330 1.00 0.00 MW H +ATOM 10939 OH2 TIP3X1924 -16.330 23.870 -32.100 1.00 0.00 MW O +ATOM 10940 H1 TIP3X1924 -15.420 23.640 -32.320 1.00 0.00 MW H +ATOM 10941 H2 TIP3X1924 -16.770 23.040 -32.010 1.00 0.00 MW H +ATOM 10942 OH2 TIP3X1925 -3.620 -30.490 14.690 1.00 0.00 MW O +ATOM 10943 H1 TIP3X1925 -4.370 -30.440 14.110 1.00 0.00 MW H +ATOM 10944 H2 TIP3X1925 -3.340 -31.400 14.630 1.00 0.00 MW H +ATOM 10945 OH2 TIP3X1926 -34.660 12.230 27.710 1.00 0.00 MW O +ATOM 10946 H1 TIP3X1926 -35.250 12.800 27.220 1.00 0.00 MW H +ATOM 10947 H2 TIP3X1926 -34.970 11.350 27.520 1.00 0.00 MW H +ATOM 10948 OH2 TIP3X1927 -31.520 -22.490 24.010 1.00 0.00 MW O +ATOM 10949 H1 TIP3X1927 -31.340 -22.240 23.100 1.00 0.00 MW H +ATOM 10950 H2 TIP3X1927 -31.160 -21.760 24.520 1.00 0.00 MW H +ATOM 10951 OH2 TIP3X1928 -28.680 3.390 -17.910 1.00 0.00 MW O +ATOM 10952 H1 TIP3X1928 -29.110 4.220 -17.700 1.00 0.00 MW H +ATOM 10953 H2 TIP3X1928 -27.740 3.570 -17.810 1.00 0.00 MW H +ATOM 10954 OH2 TIP3X1929 34.160 26.180 18.870 1.00 0.00 MW O +ATOM 10955 H1 TIP3X1929 33.540 25.600 18.430 1.00 0.00 MW H +ATOM 10956 H2 TIP3X1929 34.300 26.900 18.250 1.00 0.00 MW H +ATOM 10957 OH2 TIP3X1930 9.400 -27.780 -30.400 1.00 0.00 MW O +ATOM 10958 H1 TIP3X1930 8.920 -27.490 -29.620 1.00 0.00 MW H +ATOM 10959 H2 TIP3X1930 8.710 -27.940 -31.060 1.00 0.00 MW H +ATOM 10960 OH2 TIP3X1931 -13.030 4.680 25.480 1.00 0.00 MW O +ATOM 10961 H1 TIP3X1931 -13.000 3.910 26.040 1.00 0.00 MW H +ATOM 10962 H2 TIP3X1931 -12.310 5.230 25.790 1.00 0.00 MW H +ATOM 10963 OH2 TIP3X1932 -38.130 -7.440 -47.490 1.00 0.00 MW O +ATOM 10964 H1 TIP3X1932 -37.840 -7.200 -48.370 1.00 0.00 MW H +ATOM 10965 H2 TIP3X1932 -37.430 -7.140 -46.920 1.00 0.00 MW H +ATOM 10966 OH2 TIP3X1933 -35.020 35.210 36.070 1.00 0.00 MW O +ATOM 10967 H1 TIP3X1933 -34.710 34.630 35.370 1.00 0.00 MW H +ATOM 10968 H2 TIP3X1933 -35.610 34.660 36.580 1.00 0.00 MW H +ATOM 10969 OH2 TIP3X1934 -33.060 11.330 38.310 1.00 0.00 MW O +ATOM 10970 H1 TIP3X1934 -33.680 11.920 38.740 1.00 0.00 MW H +ATOM 10971 H2 TIP3X1934 -32.710 11.830 37.580 1.00 0.00 MW H +ATOM 10972 OH2 TIP3X1935 -4.970 29.780 28.700 1.00 0.00 MW O +ATOM 10973 H1 TIP3X1935 -5.650 30.250 29.180 1.00 0.00 MW H +ATOM 10974 H2 TIP3X1935 -4.150 30.050 29.120 1.00 0.00 MW H +ATOM 10975 OH2 TIP3X1936 21.870 -22.060 26.680 1.00 0.00 MW O +ATOM 10976 H1 TIP3X1936 21.210 -21.400 26.930 1.00 0.00 MW H +ATOM 10977 H2 TIP3X1936 21.870 -22.040 25.720 1.00 0.00 MW H +ATOM 10978 OH2 TIP3X1937 31.030 39.830 39.760 1.00 0.00 MW O +ATOM 10979 H1 TIP3X1937 30.280 40.110 39.230 1.00 0.00 MW H +ATOM 10980 H2 TIP3X1937 30.640 39.450 40.550 1.00 0.00 MW H +ATOM 10981 OH2 TIP3X1938 13.980 34.870 18.370 1.00 0.00 MW O +ATOM 10982 H1 TIP3X1938 14.240 35.220 19.220 1.00 0.00 MW H +ATOM 10983 H2 TIP3X1938 14.520 35.350 17.740 1.00 0.00 MW H +ATOM 10984 OH2 TIP3X1939 13.890 -12.400 25.990 1.00 0.00 MW O +ATOM 10985 H1 TIP3X1939 13.210 -13.000 25.680 1.00 0.00 MW H +ATOM 10986 H2 TIP3X1939 13.970 -11.750 25.290 1.00 0.00 MW H +ATOM 10987 OH2 TIP3X1940 -39.700 7.710 -13.460 1.00 0.00 MW O +ATOM 10988 H1 TIP3X1940 -40.060 7.300 -12.670 1.00 0.00 MW H +ATOM 10989 H2 TIP3X1940 -39.770 7.030 -14.130 1.00 0.00 MW H +ATOM 10990 OH2 TIP3X1941 4.850 -17.510 26.270 1.00 0.00 MW O +ATOM 10991 H1 TIP3X1941 4.250 -17.170 26.920 1.00 0.00 MW H +ATOM 10992 H2 TIP3X1941 4.310 -18.060 25.700 1.00 0.00 MW H +ATOM 10993 OH2 TIP3X1942 -7.870 31.890 33.440 1.00 0.00 MW O +ATOM 10994 H1 TIP3X1942 -7.080 32.210 32.990 1.00 0.00 MW H +ATOM 10995 H2 TIP3X1942 -7.960 32.470 34.190 1.00 0.00 MW H +ATOM 10996 OH2 TIP3X1943 -9.520 -2.770 28.800 1.00 0.00 MW O +ATOM 10997 H1 TIP3X1943 -8.830 -2.240 28.400 1.00 0.00 MW H +ATOM 10998 H2 TIP3X1943 -9.550 -3.560 28.260 1.00 0.00 MW H +ATOM 10999 OH2 TIP3X1944 -41.610 -28.670 -42.520 1.00 0.00 MW O +ATOM 11000 H1 TIP3X1944 -42.010 -29.540 -42.600 1.00 0.00 MW H +ATOM 11001 H2 TIP3X1944 -42.320 -28.050 -42.700 1.00 0.00 MW H +ATOM 11002 OH2 TIP3X1945 45.490 -7.010 19.190 1.00 0.00 MW O +ATOM 11003 H1 TIP3X1945 45.860 -7.350 20.000 1.00 0.00 MW H +ATOM 11004 H2 TIP3X1945 44.970 -7.730 18.840 1.00 0.00 MW H +ATOM 11005 OH2 TIP3X1946 6.940 -12.590 22.900 1.00 0.00 MW O +ATOM 11006 H1 TIP3X1946 6.850 -13.260 23.590 1.00 0.00 MW H +ATOM 11007 H2 TIP3X1946 6.240 -12.770 22.290 1.00 0.00 MW H +ATOM 11008 OH2 TIP3X1947 34.590 35.250 -15.060 1.00 0.00 MW O +ATOM 11009 H1 TIP3X1947 34.510 35.940 -14.400 1.00 0.00 MW H +ATOM 11010 H2 TIP3X1947 35.050 34.550 -14.610 1.00 0.00 MW H +ATOM 11011 OH2 TIP3X1948 30.020 24.990 -13.430 1.00 0.00 MW O +ATOM 11012 H1 TIP3X1948 30.490 25.720 -13.860 1.00 0.00 MW H +ATOM 11013 H2 TIP3X1948 30.660 24.630 -12.820 1.00 0.00 MW H +ATOM 11014 OH2 TIP3X1949 -42.270 15.810 -44.670 1.00 0.00 MW O +ATOM 11015 H1 TIP3X1949 -42.650 16.680 -44.590 1.00 0.00 MW H +ATOM 11016 H2 TIP3X1949 -41.340 15.970 -44.800 1.00 0.00 MW H +ATOM 11017 OH2 TIP3X1950 -15.090 -44.620 37.330 1.00 0.00 MW O +ATOM 11018 H1 TIP3X1950 -15.560 -45.440 37.210 1.00 0.00 MW H +ATOM 11019 H2 TIP3X1950 -14.380 -44.830 37.930 1.00 0.00 MW H +ATOM 11020 OH2 TIP3X1951 -11.790 -20.370 -46.900 1.00 0.00 MW O +ATOM 11021 H1 TIP3X1951 -11.880 -20.880 -46.100 1.00 0.00 MW H +ATOM 11022 H2 TIP3X1951 -12.550 -19.780 -46.910 1.00 0.00 MW H +ATOM 11023 OH2 TIP3X1952 2.420 -45.810 7.050 1.00 0.00 MW O +ATOM 11024 H1 TIP3X1952 1.530 -45.640 7.360 1.00 0.00 MW H +ATOM 11025 H2 TIP3X1952 2.890 -45.000 7.250 1.00 0.00 MW H +ATOM 11026 OH2 TIP3X1953 -42.350 -51.660 22.060 1.00 0.00 MW O +ATOM 11027 H1 TIP3X1953 -42.480 -50.830 21.600 1.00 0.00 MW H +ATOM 11028 H2 TIP3X1953 -43.180 -51.820 22.510 1.00 0.00 MW H +ATOM 11029 OH2 TIP3X1954 45.930 3.400 -41.650 1.00 0.00 MW O +ATOM 11030 H1 TIP3X1954 45.910 2.860 -42.440 1.00 0.00 MW H +ATOM 11031 H2 TIP3X1954 45.130 3.930 -41.700 1.00 0.00 MW H +ATOM 11032 OH2 TIP3X1955 38.120 24.220 -10.800 1.00 0.00 MW O +ATOM 11033 H1 TIP3X1955 37.910 23.380 -10.420 1.00 0.00 MW H +ATOM 11034 H2 TIP3X1955 37.720 24.210 -11.670 1.00 0.00 MW H +ATOM 11035 OH2 TIP3X1956 -10.720 -21.640 -49.240 1.00 0.00 MW O +ATOM 11036 H1 TIP3X1956 -11.060 -21.600 -48.350 1.00 0.00 MW H +ATOM 11037 H2 TIP3X1956 -9.990 -22.260 -49.200 1.00 0.00 MW H +ATOM 11038 OH2 TIP3X1957 13.510 -12.530 -49.490 1.00 0.00 MW O +ATOM 11039 H1 TIP3X1957 13.230 -13.430 -49.550 1.00 0.00 MW H +ATOM 11040 H2 TIP3X1957 13.790 -12.300 -50.380 1.00 0.00 MW H +ATOM 11041 OH2 TIP3X1958 4.180 18.030 -41.040 1.00 0.00 MW O +ATOM 11042 H1 TIP3X1958 3.580 18.120 -41.770 1.00 0.00 MW H +ATOM 11043 H2 TIP3X1958 5.050 18.130 -41.430 1.00 0.00 MW H +ATOM 11044 OH2 TIP3X1959 11.480 -46.820 -49.130 1.00 0.00 MW O +ATOM 11045 H1 TIP3X1959 11.750 -47.740 -49.230 1.00 0.00 MW H +ATOM 11046 H2 TIP3X1959 11.310 -46.530 -50.020 1.00 0.00 MW H +ATOM 11047 OH2 TIP3X1960 17.550 4.010 -40.690 1.00 0.00 MW O +ATOM 11048 H1 TIP3X1960 18.130 4.310 -41.400 1.00 0.00 MW H +ATOM 11049 H2 TIP3X1960 17.530 4.730 -40.070 1.00 0.00 MW H +ATOM 11050 OH2 TIP3X1961 -39.610 20.890 -12.040 1.00 0.00 MW O +ATOM 11051 H1 TIP3X1961 -38.850 21.440 -12.210 1.00 0.00 MW H +ATOM 11052 H2 TIP3X1961 -39.590 20.740 -11.100 1.00 0.00 MW H +ATOM 11053 OH2 TIP3X1962 46.200 30.710 -34.760 1.00 0.00 MW O +ATOM 11054 H1 TIP3X1962 46.610 31.220 -34.070 1.00 0.00 MW H +ATOM 11055 H2 TIP3X1962 46.480 29.810 -34.600 1.00 0.00 MW H +ATOM 11056 OH2 TIP3X1963 -0.330 21.270 -18.240 1.00 0.00 MW O +ATOM 11057 H1 TIP3X1963 -0.900 21.200 -17.480 1.00 0.00 MW H +ATOM 11058 H2 TIP3X1963 -0.920 21.220 -18.990 1.00 0.00 MW H +ATOM 11059 OH2 TIP3X1964 47.490 10.030 -20.430 1.00 0.00 MW O +ATOM 11060 H1 TIP3X1964 47.450 10.700 -19.750 1.00 0.00 MW H +ATOM 11061 H2 TIP3X1964 47.080 9.260 -20.040 1.00 0.00 MW H +ATOM 11062 OH2 TIP3X1965 0.030 9.010 -46.740 1.00 0.00 MW O +ATOM 11063 H1 TIP3X1965 -0.050 8.080 -46.510 1.00 0.00 MW H +ATOM 11064 H2 TIP3X1965 0.940 9.230 -46.510 1.00 0.00 MW H +ATOM 11065 OH2 TIP3X1966 -15.260 30.720 -26.610 1.00 0.00 MW O +ATOM 11066 H1 TIP3X1966 -15.220 30.660 -27.570 1.00 0.00 MW H +ATOM 11067 H2 TIP3X1966 -16.130 31.100 -26.430 1.00 0.00 MW H +ATOM 11068 OH2 TIP3X1967 22.900 -30.350 23.680 1.00 0.00 MW O +ATOM 11069 H1 TIP3X1967 22.860 -30.830 24.510 1.00 0.00 MW H +ATOM 11070 H2 TIP3X1967 23.830 -30.280 23.480 1.00 0.00 MW H +ATOM 11071 OH2 TIP3X1968 18.330 15.500 -28.810 1.00 0.00 MW O +ATOM 11072 H1 TIP3X1968 18.760 15.090 -28.060 1.00 0.00 MW H +ATOM 11073 H2 TIP3X1968 18.170 16.400 -28.530 1.00 0.00 MW H +ATOM 11074 OH2 TIP3X1969 19.650 22.340 26.660 1.00 0.00 MW O +ATOM 11075 H1 TIP3X1969 19.120 23.060 26.300 1.00 0.00 MW H +ATOM 11076 H2 TIP3X1969 20.520 22.720 26.760 1.00 0.00 MW H +ATOM 11077 OH2 TIP3X1970 -44.260 -1.760 -46.380 1.00 0.00 MW O +ATOM 11078 H1 TIP3X1970 -44.760 -1.310 -45.710 1.00 0.00 MW H +ATOM 11079 H2 TIP3X1970 -44.690 -1.550 -47.200 1.00 0.00 MW H +ATOM 11080 OH2 TIP3X1971 18.080 28.520 30.290 1.00 0.00 MW O +ATOM 11081 H1 TIP3X1971 18.840 27.980 30.530 1.00 0.00 MW H +ATOM 11082 H2 TIP3X1971 17.490 27.910 29.830 1.00 0.00 MW H +ATOM 11083 OH2 TIP3X1972 46.870 -28.230 -43.600 1.00 0.00 MW O +ATOM 11084 H1 TIP3X1972 46.100 -28.550 -43.130 1.00 0.00 MW H +ATOM 11085 H2 TIP3X1972 47.400 -29.010 -43.750 1.00 0.00 MW H +ATOM 11086 OH2 TIP3X1973 32.710 0.790 30.640 1.00 0.00 MW O +ATOM 11087 H1 TIP3X1973 33.430 0.750 30.020 1.00 0.00 MW H +ATOM 11088 H2 TIP3X1973 32.760 1.680 31.010 1.00 0.00 MW H +ATOM 11089 OH2 TIP3X1974 -35.480 22.720 -35.690 1.00 0.00 MW O +ATOM 11090 H1 TIP3X1974 -35.160 22.010 -35.130 1.00 0.00 MW H +ATOM 11091 H2 TIP3X1974 -36.430 22.680 -35.620 1.00 0.00 MW H +ATOM 11092 OH2 TIP3X1975 -11.960 -20.220 -21.650 1.00 0.00 MW O +ATOM 11093 H1 TIP3X1975 -12.670 -19.960 -21.070 1.00 0.00 MW H +ATOM 11094 H2 TIP3X1975 -12.400 -20.420 -22.490 1.00 0.00 MW H +ATOM 11095 OH2 TIP3X1976 -14.760 0.150 -25.970 1.00 0.00 MW O +ATOM 11096 H1 TIP3X1976 -14.460 0.340 -26.860 1.00 0.00 MW H +ATOM 11097 H2 TIP3X1976 -14.130 0.590 -25.410 1.00 0.00 MW H +ATOM 11098 OH2 TIP3X1977 -29.190 -45.580 29.740 1.00 0.00 MW O +ATOM 11099 H1 TIP3X1977 -28.790 -45.720 28.880 1.00 0.00 MW H +ATOM 11100 H2 TIP3X1977 -28.480 -45.690 30.370 1.00 0.00 MW H +ATOM 11101 OH2 TIP3X1978 -8.550 -15.360 -42.380 1.00 0.00 MW O +ATOM 11102 H1 TIP3X1978 -7.980 -14.970 -43.040 1.00 0.00 MW H +ATOM 11103 H2 TIP3X1978 -7.950 -15.760 -41.740 1.00 0.00 MW H +ATOM 11104 OH2 TIP3X1979 29.690 26.310 -47.670 1.00 0.00 MW O +ATOM 11105 H1 TIP3X1979 29.380 25.460 -48.010 1.00 0.00 MW H +ATOM 11106 H2 TIP3X1979 29.170 26.960 -48.140 1.00 0.00 MW H +ATOM 11107 OH2 TIP3X1980 -39.540 -28.430 -29.160 1.00 0.00 MW O +ATOM 11108 H1 TIP3X1980 -38.890 -29.030 -28.790 1.00 0.00 MW H +ATOM 11109 H2 TIP3X1980 -39.480 -27.640 -28.630 1.00 0.00 MW H +ATOM 11110 OH2 TIP3X1981 40.590 -13.000 -39.140 1.00 0.00 MW O +ATOM 11111 H1 TIP3X1981 41.530 -12.940 -39.350 1.00 0.00 MW H +ATOM 11112 H2 TIP3X1981 40.170 -12.480 -39.820 1.00 0.00 MW H +ATOM 11113 OH2 TIP3X1982 -24.390 -9.680 32.320 1.00 0.00 MW O +ATOM 11114 H1 TIP3X1982 -24.920 -9.160 32.930 1.00 0.00 MW H +ATOM 11115 H2 TIP3X1982 -23.500 -9.320 32.420 1.00 0.00 MW H +ATOM 11116 OH2 TIP3X1983 -29.750 15.690 -37.390 1.00 0.00 MW O +ATOM 11117 H1 TIP3X1983 -29.250 15.560 -38.190 1.00 0.00 MW H +ATOM 11118 H2 TIP3X1983 -30.100 16.580 -37.460 1.00 0.00 MW H +ATOM 11119 OH2 TIP3X1984 21.790 -17.880 23.030 1.00 0.00 MW O +ATOM 11120 H1 TIP3X1984 21.420 -18.220 23.840 1.00 0.00 MW H +ATOM 11121 H2 TIP3X1984 22.630 -18.330 22.950 1.00 0.00 MW H +ATOM 11122 OH2 TIP3X1985 -19.520 -25.410 17.490 1.00 0.00 MW O +ATOM 11123 H1 TIP3X1985 -19.480 -25.930 16.690 1.00 0.00 MW H +ATOM 11124 H2 TIP3X1985 -20.440 -25.460 17.750 1.00 0.00 MW H +ATOM 11125 OH2 TIP3X1986 -1.180 -5.670 27.360 1.00 0.00 MW O +ATOM 11126 H1 TIP3X1986 -0.370 -5.780 26.850 1.00 0.00 MW H +ATOM 11127 H2 TIP3X1986 -1.720 -6.420 27.120 1.00 0.00 MW H +ATOM 11128 OH2 TIP3X1987 35.420 -32.980 -39.400 1.00 0.00 MW O +ATOM 11129 H1 TIP3X1987 34.780 -33.510 -38.930 1.00 0.00 MW H +ATOM 11130 H2 TIP3X1987 35.730 -32.340 -38.770 1.00 0.00 MW H +ATOM 11131 OH2 TIP3X1988 -29.470 -5.280 33.020 1.00 0.00 MW O +ATOM 11132 H1 TIP3X1988 -28.970 -6.090 33.120 1.00 0.00 MW H +ATOM 11133 H2 TIP3X1988 -29.520 -5.150 32.060 1.00 0.00 MW H +ATOM 11134 OH2 TIP3X1989 32.600 -34.580 -51.820 1.00 0.00 MW O +ATOM 11135 H1 TIP3X1989 32.430 -35.520 -51.920 1.00 0.00 MW H +ATOM 11136 H2 TIP3X1989 32.580 -34.240 -52.710 1.00 0.00 MW H +ATOM 11137 OH2 TIP3X1990 30.090 -46.930 34.660 1.00 0.00 MW O +ATOM 11138 H1 TIP3X1990 30.660 -46.760 33.910 1.00 0.00 MW H +ATOM 11139 H2 TIP3X1990 29.730 -47.810 34.490 1.00 0.00 MW H +ATOM 11140 OH2 TIP3X1991 -26.770 33.200 20.110 1.00 0.00 MW O +ATOM 11141 H1 TIP3X1991 -26.540 34.130 20.170 1.00 0.00 MW H +ATOM 11142 H2 TIP3X1991 -27.260 33.120 19.290 1.00 0.00 MW H +ATOM 11143 OH2 TIP3X1992 -20.450 40.700 -38.660 1.00 0.00 MW O +ATOM 11144 H1 TIP3X1992 -21.270 40.250 -38.890 1.00 0.00 MW H +ATOM 11145 H2 TIP3X1992 -20.020 40.870 -39.490 1.00 0.00 MW H +ATOM 11146 OH2 TIP3X1993 43.220 -19.130 -48.630 1.00 0.00 MW O +ATOM 11147 H1 TIP3X1993 42.680 -18.400 -48.330 1.00 0.00 MW H +ATOM 11148 H2 TIP3X1993 43.250 -19.020 -49.590 1.00 0.00 MW H +ATOM 11149 OH2 TIP3X1994 -0.090 -49.570 10.540 1.00 0.00 MW O +ATOM 11150 H1 TIP3X1994 0.460 -49.400 11.290 1.00 0.00 MW H +ATOM 11151 H2 TIP3X1994 -0.920 -49.890 10.900 1.00 0.00 MW H +ATOM 11152 OH2 TIP3X1995 -37.230 28.540 28.020 1.00 0.00 MW O +ATOM 11153 H1 TIP3X1995 -37.550 28.410 28.910 1.00 0.00 MW H +ATOM 11154 H2 TIP3X1995 -38.000 28.860 27.540 1.00 0.00 MW H +ATOM 11155 OH2 TIP3X1996 -1.140 -38.660 -34.000 1.00 0.00 MW O +ATOM 11156 H1 TIP3X1996 -1.490 -37.960 -34.560 1.00 0.00 MW H +ATOM 11157 H2 TIP3X1996 -1.560 -39.460 -34.320 1.00 0.00 MW H +ATOM 11158 OH2 TIP3X1997 24.930 -31.760 -41.330 1.00 0.00 MW O +ATOM 11159 H1 TIP3X1997 24.700 -31.500 -40.430 1.00 0.00 MW H +ATOM 11160 H2 TIP3X1997 24.230 -32.360 -41.580 1.00 0.00 MW H +ATOM 11161 OH2 TIP3X1998 -12.150 34.020 -40.460 1.00 0.00 MW O +ATOM 11162 H1 TIP3X1998 -11.760 33.540 -39.730 1.00 0.00 MW H +ATOM 11163 H2 TIP3X1998 -12.060 34.940 -40.210 1.00 0.00 MW H +ATOM 11164 OH2 TIP3X1999 21.100 -43.280 -33.490 1.00 0.00 MW O +ATOM 11165 H1 TIP3X1999 20.880 -42.370 -33.620 1.00 0.00 MW H +ATOM 11166 H2 TIP3X1999 20.270 -43.690 -33.200 1.00 0.00 MW H +ATOM 11167 OH2 TIP3X2000 11.520 -39.820 35.710 1.00 0.00 MW O +ATOM 11168 H1 TIP3X2000 12.220 -39.180 35.850 1.00 0.00 MW H +ATOM 11169 H2 TIP3X2000 11.710 -40.180 34.840 1.00 0.00 MW H +ATOM 11170 OH2 TIP3X2001 42.090 38.350 -47.810 1.00 0.00 MW O +ATOM 11171 H1 TIP3X2001 41.340 38.450 -47.220 1.00 0.00 MW H +ATOM 11172 H2 TIP3X2001 42.130 37.420 -47.980 1.00 0.00 MW H +ATOM 11173 OH2 TIP3X2002 17.440 11.620 32.090 1.00 0.00 MW O +ATOM 11174 H1 TIP3X2002 18.050 11.370 32.800 1.00 0.00 MW H +ATOM 11175 H2 TIP3X2002 16.570 11.430 32.440 1.00 0.00 MW H +ATOM 11176 OH2 TIP3X2003 14.010 -14.000 28.440 1.00 0.00 MW O +ATOM 11177 H1 TIP3X2003 14.370 -13.320 27.880 1.00 0.00 MW H +ATOM 11178 H2 TIP3X2003 14.630 -14.080 29.160 1.00 0.00 MW H +ATOM 11179 OH2 TIP3X2004 -12.760 -2.970 26.180 1.00 0.00 MW O +ATOM 11180 H1 TIP3X2004 -13.640 -3.340 26.030 1.00 0.00 MW H +ATOM 11181 H2 TIP3X2004 -12.910 -2.050 26.350 1.00 0.00 MW H +ATOM 11182 OH2 TIP3X2005 37.250 -10.300 -22.900 1.00 0.00 MW O +ATOM 11183 H1 TIP3X2005 37.650 -9.430 -22.800 1.00 0.00 MW H +ATOM 11184 H2 TIP3X2005 37.900 -10.810 -23.380 1.00 0.00 MW H +ATOM 11185 OH2 TIP3X2006 30.170 -7.070 27.580 1.00 0.00 MW O +ATOM 11186 H1 TIP3X2006 29.350 -6.910 28.050 1.00 0.00 MW H +ATOM 11187 H2 TIP3X2006 30.130 -6.460 26.850 1.00 0.00 MW H +ATOM 11188 OH2 TIP3X2007 38.220 44.220 -48.640 1.00 0.00 MW O +ATOM 11189 H1 TIP3X2007 38.240 44.120 -47.690 1.00 0.00 MW H +ATOM 11190 H2 TIP3X2007 37.310 44.010 -48.880 1.00 0.00 MW H +ATOM 11191 OH2 TIP3X2008 -35.110 -38.270 30.190 1.00 0.00 MW O +ATOM 11192 H1 TIP3X2008 -34.800 -38.390 31.090 1.00 0.00 MW H +ATOM 11193 H2 TIP3X2008 -35.040 -37.340 30.030 1.00 0.00 MW H +ATOM 11194 OH2 TIP3X2009 5.960 -32.740 -41.760 1.00 0.00 MW O +ATOM 11195 H1 TIP3X2009 5.660 -33.040 -40.900 1.00 0.00 MW H +ATOM 11196 H2 TIP3X2009 6.360 -33.510 -42.160 1.00 0.00 MW H +ATOM 11197 OH2 TIP3X2010 11.070 40.240 -47.410 1.00 0.00 MW O +ATOM 11198 H1 TIP3X2010 10.160 40.140 -47.160 1.00 0.00 MW H +ATOM 11199 H2 TIP3X2010 11.560 40.230 -46.590 1.00 0.00 MW H +ATOM 11200 OH2 TIP3X2011 38.340 11.750 21.870 1.00 0.00 MW O +ATOM 11201 H1 TIP3X2011 37.730 11.630 21.150 1.00 0.00 MW H +ATOM 11202 H2 TIP3X2011 39.000 11.070 21.740 1.00 0.00 MW H +ATOM 11203 OH2 TIP3X2012 -21.800 -42.040 -28.270 1.00 0.00 MW O +ATOM 11204 H1 TIP3X2012 -20.920 -42.270 -28.540 1.00 0.00 MW H +ATOM 11205 H2 TIP3X2012 -22.370 -42.470 -28.880 1.00 0.00 MW H +ATOM 11206 OH2 TIP3X2013 27.870 29.520 -9.860 1.00 0.00 MW O +ATOM 11207 H1 TIP3X2013 27.390 30.320 -10.090 1.00 0.00 MW H +ATOM 11208 H2 TIP3X2013 27.200 28.960 -9.480 1.00 0.00 MW H +ATOM 11209 OH2 TIP3X2014 40.500 39.320 -45.740 1.00 0.00 MW O +ATOM 11210 H1 TIP3X2014 40.780 40.220 -45.870 1.00 0.00 MW H +ATOM 11211 H2 TIP3X2014 39.570 39.390 -45.530 1.00 0.00 MW H +ATOM 11212 OH2 TIP3X2015 29.530 37.730 37.820 1.00 0.00 MW O +ATOM 11213 H1 TIP3X2015 28.830 38.100 37.270 1.00 0.00 MW H +ATOM 11214 H2 TIP3X2015 29.150 37.680 38.690 1.00 0.00 MW H +ATOM 11215 OH2 TIP3X2016 -11.010 42.200 -23.120 1.00 0.00 MW O +ATOM 11216 H1 TIP3X2016 -11.120 41.700 -22.320 1.00 0.00 MW H +ATOM 11217 H2 TIP3X2016 -11.870 42.180 -23.540 1.00 0.00 MW H +ATOM 11218 OH2 TIP3X2017 -30.090 -33.650 26.500 1.00 0.00 MW O +ATOM 11219 H1 TIP3X2017 -29.790 -33.650 25.590 1.00 0.00 MW H +ATOM 11220 H2 TIP3X2017 -29.290 -33.730 27.020 1.00 0.00 MW H +ATOM 11221 OH2 TIP3X2018 -21.250 7.200 -48.210 1.00 0.00 MW O +ATOM 11222 H1 TIP3X2018 -20.490 6.970 -47.680 1.00 0.00 MW H +ATOM 11223 H2 TIP3X2018 -20.920 7.260 -49.110 1.00 0.00 MW H +ATOM 11224 OH2 TIP3X2019 -34.790 -19.130 -19.860 1.00 0.00 MW O +ATOM 11225 H1 TIP3X2019 -35.190 -19.810 -19.310 1.00 0.00 MW H +ATOM 11226 H2 TIP3X2019 -33.900 -19.030 -19.520 1.00 0.00 MW H +ATOM 11227 OH2 TIP3X2020 -32.230 -19.460 -32.520 1.00 0.00 MW O +ATOM 11228 H1 TIP3X2020 -31.630 -19.630 -33.250 1.00 0.00 MW H +ATOM 11229 H2 TIP3X2020 -33.090 -19.420 -32.920 1.00 0.00 MW H +ATOM 11230 OH2 TIP3X2021 -43.700 1.160 -31.070 1.00 0.00 MW O +ATOM 11231 H1 TIP3X2021 -44.030 1.610 -31.830 1.00 0.00 MW H +ATOM 11232 H2 TIP3X2021 -44.040 0.260 -31.150 1.00 0.00 MW H +ATOM 11233 OH2 TIP3X2022 21.850 -46.240 -26.480 1.00 0.00 MW O +ATOM 11234 H1 TIP3X2022 21.530 -45.360 -26.340 1.00 0.00 MW H +ATOM 11235 H2 TIP3X2022 22.090 -46.270 -27.410 1.00 0.00 MW H +ATOM 11236 OH2 TIP3X2023 22.990 34.710 33.420 1.00 0.00 MW O +ATOM 11237 H1 TIP3X2023 23.400 34.160 34.060 1.00 0.00 MW H +ATOM 11238 H2 TIP3X2023 22.050 34.530 33.510 1.00 0.00 MW H +ATOM 11239 OH2 TIP3X2024 -36.130 -22.330 -23.830 1.00 0.00 MW O +ATOM 11240 H1 TIP3X2024 -35.840 -21.570 -23.330 1.00 0.00 MW H +ATOM 11241 H2 TIP3X2024 -37.070 -22.410 -23.630 1.00 0.00 MW H +ATOM 11242 OH2 TIP3X2025 2.810 39.650 -26.870 1.00 0.00 MW O +ATOM 11243 H1 TIP3X2025 2.430 40.020 -27.670 1.00 0.00 MW H +ATOM 11244 H2 TIP3X2025 3.700 39.420 -27.120 1.00 0.00 MW H +ATOM 11245 OH2 TIP3X2026 -13.050 -41.410 -45.010 1.00 0.00 MW O +ATOM 11246 H1 TIP3X2026 -13.310 -40.510 -44.870 1.00 0.00 MW H +ATOM 11247 H2 TIP3X2026 -12.180 -41.360 -45.390 1.00 0.00 MW H +ATOM 11248 OH2 TIP3X2027 -39.320 -33.160 -38.730 1.00 0.00 MW O +ATOM 11249 H1 TIP3X2027 -38.390 -33.020 -38.600 1.00 0.00 MW H +ATOM 11250 H2 TIP3X2027 -39.380 -33.840 -39.380 1.00 0.00 MW H +ATOM 11251 OH2 TIP3X2028 0.970 -14.280 20.550 1.00 0.00 MW O +ATOM 11252 H1 TIP3X2028 1.720 -14.860 20.650 1.00 0.00 MW H +ATOM 11253 H2 TIP3X2028 0.320 -14.810 20.090 1.00 0.00 MW H +ATOM 11254 OH2 TIP3X2029 46.480 5.390 -45.420 1.00 0.00 MW O +ATOM 11255 H1 TIP3X2029 46.840 6.230 -45.730 1.00 0.00 MW H +ATOM 11256 H2 TIP3X2029 45.860 5.640 -44.730 1.00 0.00 MW H +ATOM 11257 OH2 TIP3X2030 4.180 16.380 39.910 1.00 0.00 MW O +ATOM 11258 H1 TIP3X2030 4.520 17.250 39.710 1.00 0.00 MW H +ATOM 11259 H2 TIP3X2030 3.690 16.500 40.720 1.00 0.00 MW H +ATOM 11260 OH2 TIP3X2031 -17.000 -9.720 21.090 1.00 0.00 MW O +ATOM 11261 H1 TIP3X2031 -17.080 -9.070 20.390 1.00 0.00 MW H +ATOM 11262 H2 TIP3X2031 -17.580 -9.400 21.780 1.00 0.00 MW H +ATOM 11263 OH2 TIP3X2032 43.600 23.120 -13.750 1.00 0.00 MW O +ATOM 11264 H1 TIP3X2032 42.940 22.890 -14.390 1.00 0.00 MW H +ATOM 11265 H2 TIP3X2032 43.110 23.470 -13.010 1.00 0.00 MW H +ATOM 11266 OH2 TIP3X2033 9.820 -11.890 33.620 1.00 0.00 MW O +ATOM 11267 H1 TIP3X2033 10.010 -11.300 32.890 1.00 0.00 MW H +ATOM 11268 H2 TIP3X2033 9.610 -11.310 34.340 1.00 0.00 MW H +ATOM 11269 OH2 TIP3X2034 46.170 -4.420 32.770 1.00 0.00 MW O +ATOM 11270 H1 TIP3X2034 46.210 -5.370 32.920 1.00 0.00 MW H +ATOM 11271 H2 TIP3X2034 46.610 -4.300 31.930 1.00 0.00 MW H +ATOM 11272 OH2 TIP3X2035 41.940 -15.210 20.400 1.00 0.00 MW O +ATOM 11273 H1 TIP3X2035 41.350 -14.640 19.890 1.00 0.00 MW H +ATOM 11274 H2 TIP3X2035 42.550 -15.560 19.750 1.00 0.00 MW H +ATOM 11275 OH2 TIP3X2036 10.880 12.090 23.810 1.00 0.00 MW O +ATOM 11276 H1 TIP3X2036 11.110 11.410 23.180 1.00 0.00 MW H +ATOM 11277 H2 TIP3X2036 11.170 12.910 23.410 1.00 0.00 MW H +ATOM 11278 OH2 TIP3X2037 42.310 -48.130 16.500 1.00 0.00 MW O +ATOM 11279 H1 TIP3X2037 42.730 -48.550 15.750 1.00 0.00 MW H +ATOM 11280 H2 TIP3X2037 43.010 -47.660 16.940 1.00 0.00 MW H +ATOM 11281 OH2 TIP3X2038 -4.810 -8.240 -28.720 1.00 0.00 MW O +ATOM 11282 H1 TIP3X2038 -4.050 -8.550 -28.210 1.00 0.00 MW H +ATOM 11283 H2 TIP3X2038 -5.270 -7.640 -28.140 1.00 0.00 MW H +ATOM 11284 OH2 TIP3X2039 -16.690 -28.700 33.100 1.00 0.00 MW O +ATOM 11285 H1 TIP3X2039 -17.370 -28.370 32.530 1.00 0.00 MW H +ATOM 11286 H2 TIP3X2039 -17.140 -28.970 33.890 1.00 0.00 MW H +ATOM 11287 OH2 TIP3X2040 -13.010 -6.950 24.810 1.00 0.00 MW O +ATOM 11288 H1 TIP3X2040 -12.680 -7.850 24.880 1.00 0.00 MW H +ATOM 11289 H2 TIP3X2040 -12.220 -6.430 24.660 1.00 0.00 MW H +ATOM 11290 OH2 TIP3X2041 46.690 -22.270 28.200 1.00 0.00 MW O +ATOM 11291 H1 TIP3X2041 46.060 -22.910 28.550 1.00 0.00 MW H +ATOM 11292 H2 TIP3X2041 47.430 -22.290 28.810 1.00 0.00 MW H +ATOM 11293 OH2 TIP3X2042 47.770 -46.580 29.140 1.00 0.00 MW O +ATOM 11294 H1 TIP3X2042 47.610 -47.480 29.440 1.00 0.00 MW H +ATOM 11295 H2 TIP3X2042 47.130 -46.050 29.600 1.00 0.00 MW H +ATOM 11296 OH2 TIP3X2043 -42.970 13.830 -28.520 1.00 0.00 MW O +ATOM 11297 H1 TIP3X2043 -43.800 13.900 -28.980 1.00 0.00 MW H +ATOM 11298 H2 TIP3X2043 -42.970 14.550 -27.890 1.00 0.00 MW H +ATOM 11299 OH2 TIP3X2044 2.400 37.700 -35.150 1.00 0.00 MW O +ATOM 11300 H1 TIP3X2044 2.210 37.900 -36.060 1.00 0.00 MW H +ATOM 11301 H2 TIP3X2044 1.820 36.970 -34.930 1.00 0.00 MW H +ATOM 11302 OH2 TIP3X2045 -11.040 42.970 -39.000 1.00 0.00 MW O +ATOM 11303 H1 TIP3X2045 -11.250 42.680 -39.880 1.00 0.00 MW H +ATOM 11304 H2 TIP3X2045 -11.860 43.390 -38.700 1.00 0.00 MW H +ATOM 11305 OH2 TIP3X2046 -42.560 5.240 -37.880 1.00 0.00 MW O +ATOM 11306 H1 TIP3X2046 -43.330 5.330 -38.440 1.00 0.00 MW H +ATOM 11307 H2 TIP3X2046 -42.560 4.320 -37.610 1.00 0.00 MW H +ATOM 11308 OH2 TIP3X2047 37.630 2.820 34.120 1.00 0.00 MW O +ATOM 11309 H1 TIP3X2047 36.920 2.190 33.980 1.00 0.00 MW H +ATOM 11310 H2 TIP3X2047 38.010 2.550 34.960 1.00 0.00 MW H +ATOM 11311 OH2 TIP3X2048 16.660 -23.140 -40.390 1.00 0.00 MW O +ATOM 11312 H1 TIP3X2048 17.410 -23.110 -40.990 1.00 0.00 MW H +ATOM 11313 H2 TIP3X2048 16.140 -23.880 -40.690 1.00 0.00 MW H +ATOM 11314 OH2 TIP3X2049 0.890 -19.890 32.070 1.00 0.00 MW O +ATOM 11315 H1 TIP3X2049 -0.020 -20.160 32.220 1.00 0.00 MW H +ATOM 11316 H2 TIP3X2049 0.940 -19.000 32.420 1.00 0.00 MW H +ATOM 11317 OH2 TIP3X2050 15.540 -21.940 26.540 1.00 0.00 MW O +ATOM 11318 H1 TIP3X2050 16.240 -22.590 26.620 1.00 0.00 MW H +ATOM 11319 H2 TIP3X2050 15.790 -21.230 27.120 1.00 0.00 MW H +ATOM 11320 OH2 TIP3X2051 -34.600 27.190 -23.100 1.00 0.00 MW O +ATOM 11321 H1 TIP3X2051 -35.550 27.100 -22.960 1.00 0.00 MW H +ATOM 11322 H2 TIP3X2051 -34.470 28.130 -23.240 1.00 0.00 MW H +ATOM 11323 OH2 TIP3X2052 -8.350 20.570 -21.370 1.00 0.00 MW O +ATOM 11324 H1 TIP3X2052 -8.090 21.300 -20.800 1.00 0.00 MW H +ATOM 11325 H2 TIP3X2052 -7.840 20.690 -22.170 1.00 0.00 MW H +ATOM 11326 OH2 TIP3X2053 -3.060 22.700 -24.980 1.00 0.00 MW O +ATOM 11327 H1 TIP3X2053 -2.720 22.400 -24.140 1.00 0.00 MW H +ATOM 11328 H2 TIP3X2053 -3.680 23.390 -24.750 1.00 0.00 MW H +ATOM 11329 OH2 TIP3X2054 -21.090 34.710 21.810 1.00 0.00 MW O +ATOM 11330 H1 TIP3X2054 -20.180 34.790 21.530 1.00 0.00 MW H +ATOM 11331 H2 TIP3X2054 -21.560 35.380 21.310 1.00 0.00 MW H +ATOM 11332 OH2 TIP3X2055 26.850 9.600 -39.520 1.00 0.00 MW O +ATOM 11333 H1 TIP3X2055 26.520 9.950 -38.700 1.00 0.00 MW H +ATOM 11334 H2 TIP3X2055 26.250 9.950 -40.180 1.00 0.00 MW H +ATOM 11335 OH2 TIP3X2056 12.510 -36.150 21.330 1.00 0.00 MW O +ATOM 11336 H1 TIP3X2056 13.160 -35.770 21.920 1.00 0.00 MW H +ATOM 11337 H2 TIP3X2056 12.050 -35.390 20.970 1.00 0.00 MW H +ATOM 11338 OH2 TIP3X2057 -21.350 -28.240 -24.400 1.00 0.00 MW O +ATOM 11339 H1 TIP3X2057 -21.970 -27.860 -25.000 1.00 0.00 MW H +ATOM 11340 H2 TIP3X2057 -21.810 -28.970 -24.000 1.00 0.00 MW H +ATOM 11341 OH2 TIP3X2058 -19.620 -13.880 34.510 1.00 0.00 MW O +ATOM 11342 H1 TIP3X2058 -20.500 -13.530 34.690 1.00 0.00 MW H +ATOM 11343 H2 TIP3X2058 -19.780 -14.710 34.070 1.00 0.00 MW H +ATOM 11344 OH2 TIP3X2059 40.260 -8.990 -38.800 1.00 0.00 MW O +ATOM 11345 H1 TIP3X2059 39.760 -9.610 -39.330 1.00 0.00 MW H +ATOM 11346 H2 TIP3X2059 39.970 -8.130 -39.080 1.00 0.00 MW H +ATOM 11347 OH2 TIP3X2060 24.330 17.020 -18.930 1.00 0.00 MW O +ATOM 11348 H1 TIP3X2060 23.450 16.840 -19.280 1.00 0.00 MW H +ATOM 11349 H2 TIP3X2060 24.210 17.040 -17.990 1.00 0.00 MW H +ATOM 11350 OH2 TIP3X2061 2.880 -35.570 -24.860 1.00 0.00 MW O +ATOM 11351 H1 TIP3X2061 2.190 -34.950 -25.060 1.00 0.00 MW H +ATOM 11352 H2 TIP3X2061 3.030 -35.460 -23.910 1.00 0.00 MW H +ATOM 11353 OH2 TIP3X2062 -30.850 2.570 -30.330 1.00 0.00 MW O +ATOM 11354 H1 TIP3X2062 -30.340 1.790 -30.490 1.00 0.00 MW H +ATOM 11355 H2 TIP3X2062 -30.700 3.110 -31.110 1.00 0.00 MW H +ATOM 11356 OH2 TIP3X2063 34.990 -22.540 -43.880 1.00 0.00 MW O +ATOM 11357 H1 TIP3X2063 35.750 -23.080 -44.050 1.00 0.00 MW H +ATOM 11358 H2 TIP3X2063 35.120 -21.750 -44.420 1.00 0.00 MW H +ATOM 11359 OH2 TIP3X2064 -8.040 25.310 17.830 1.00 0.00 MW O +ATOM 11360 H1 TIP3X2064 -7.260 25.880 17.750 1.00 0.00 MW H +ATOM 11361 H2 TIP3X2064 -8.640 25.630 17.170 1.00 0.00 MW H +ATOM 11362 OH2 TIP3X2065 -28.430 -27.460 -25.090 1.00 0.00 MW O +ATOM 11363 H1 TIP3X2065 -28.710 -26.660 -25.530 1.00 0.00 MW H +ATOM 11364 H2 TIP3X2065 -28.900 -27.460 -24.260 1.00 0.00 MW H +ATOM 11365 OH2 TIP3X2066 -0.640 27.640 -11.580 1.00 0.00 MW O +ATOM 11366 H1 TIP3X2066 -0.910 28.530 -11.380 1.00 0.00 MW H +ATOM 11367 H2 TIP3X2066 0.210 27.730 -11.990 1.00 0.00 MW H +ATOM 11368 OH2 TIP3X2067 -28.760 17.160 20.150 1.00 0.00 MW O +ATOM 11369 H1 TIP3X2067 -29.310 17.470 19.430 1.00 0.00 MW H +ATOM 11370 H2 TIP3X2067 -27.980 17.720 20.110 1.00 0.00 MW H +ATOM 11371 OH2 TIP3X2068 -28.190 -48.090 -35.310 1.00 0.00 MW O +ATOM 11372 H1 TIP3X2068 -27.780 -47.580 -36.010 1.00 0.00 MW H +ATOM 11373 H2 TIP3X2068 -29.130 -48.050 -35.510 1.00 0.00 MW H +ATOM 11374 OH2 TIP3X2069 8.870 7.500 39.100 1.00 0.00 MW O +ATOM 11375 H1 TIP3X2069 9.110 7.460 38.180 1.00 0.00 MW H +ATOM 11376 H2 TIP3X2069 8.020 7.060 39.140 1.00 0.00 MW H +ATOM 11377 OH2 TIP3X2070 -31.430 -17.070 13.330 1.00 0.00 MW O +ATOM 11378 H1 TIP3X2070 -31.220 -16.350 13.940 1.00 0.00 MW H +ATOM 11379 H2 TIP3X2070 -32.040 -16.690 12.720 1.00 0.00 MW H +ATOM 11380 OH2 TIP3X2071 -15.110 -45.730 -45.030 1.00 0.00 MW O +ATOM 11381 H1 TIP3X2071 -14.520 -45.190 -45.550 1.00 0.00 MW H +ATOM 11382 H2 TIP3X2071 -15.190 -45.260 -44.200 1.00 0.00 MW H +ATOM 11383 OH2 TIP3X2072 19.820 32.960 -42.340 1.00 0.00 MW O +ATOM 11384 H1 TIP3X2072 19.180 32.430 -41.860 1.00 0.00 MW H +ATOM 11385 H2 TIP3X2072 20.440 33.240 -41.680 1.00 0.00 MW H +ATOM 11386 OH2 TIP3X2073 18.630 8.680 36.950 1.00 0.00 MW O +ATOM 11387 H1 TIP3X2073 19.040 8.120 37.620 1.00 0.00 MW H +ATOM 11388 H2 TIP3X2073 18.330 8.060 36.290 1.00 0.00 MW H +ATOM 11389 OH2 TIP3X2074 -43.810 11.120 -25.110 1.00 0.00 MW O +ATOM 11390 H1 TIP3X2074 -43.080 10.910 -25.700 1.00 0.00 MW H +ATOM 11391 H2 TIP3X2074 -44.420 10.390 -25.190 1.00 0.00 MW H +ATOM 11392 OH2 TIP3X2075 8.000 -51.980 35.600 1.00 0.00 MW O +ATOM 11393 H1 TIP3X2075 8.740 -51.680 36.130 1.00 0.00 MW H +ATOM 11394 H2 TIP3X2075 8.120 -52.930 35.530 1.00 0.00 MW H +ATOM 11395 OH2 TIP3X2076 -43.670 -46.080 -51.520 1.00 0.00 MW O +ATOM 11396 H1 TIP3X2076 -42.810 -46.490 -51.370 1.00 0.00 MW H +ATOM 11397 H2 TIP3X2076 -43.470 -45.150 -51.680 1.00 0.00 MW H +ATOM 11398 OH2 TIP3X2077 40.080 -43.530 -42.480 1.00 0.00 MW O +ATOM 11399 H1 TIP3X2077 40.960 -43.400 -42.820 1.00 0.00 MW H +ATOM 11400 H2 TIP3X2077 40.210 -43.780 -41.570 1.00 0.00 MW H +ATOM 11401 OH2 TIP3X2078 44.520 1.020 24.700 1.00 0.00 MW O +ATOM 11402 H1 TIP3X2078 45.150 0.880 25.420 1.00 0.00 MW H +ATOM 11403 H2 TIP3X2078 44.740 0.350 24.060 1.00 0.00 MW H +ATOM 11404 OH2 TIP3X2079 41.040 -48.830 11.510 1.00 0.00 MW O +ATOM 11405 H1 TIP3X2079 41.860 -49.070 11.090 1.00 0.00 MW H +ATOM 11406 H2 TIP3X2079 41.300 -48.290 12.260 1.00 0.00 MW H +ATOM 11407 OH2 TIP3X2080 19.010 24.610 -47.860 1.00 0.00 MW O +ATOM 11408 H1 TIP3X2080 19.240 23.950 -48.530 1.00 0.00 MW H +ATOM 11409 H2 TIP3X2080 19.240 24.200 -47.030 1.00 0.00 MW H +ATOM 11410 OH2 TIP3X2081 -8.970 1.800 31.710 1.00 0.00 MW O +ATOM 11411 H1 TIP3X2081 -8.020 1.980 31.770 1.00 0.00 MW H +ATOM 11412 H2 TIP3X2081 -9.010 0.920 31.380 1.00 0.00 MW H +ATOM 11413 OH2 TIP3X2082 -3.070 -20.270 -35.620 1.00 0.00 MW O +ATOM 11414 H1 TIP3X2082 -2.270 -20.660 -35.960 1.00 0.00 MW H +ATOM 11415 H2 TIP3X2082 -2.810 -19.870 -34.790 1.00 0.00 MW H +ATOM 11416 OH2 TIP3X2083 4.410 39.520 -43.530 1.00 0.00 MW O +ATOM 11417 H1 TIP3X2083 5.330 39.750 -43.470 1.00 0.00 MW H +ATOM 11418 H2 TIP3X2083 4.100 39.520 -42.620 1.00 0.00 MW H +ATOM 11419 OH2 TIP3X2084 -32.580 13.400 31.830 1.00 0.00 MW O +ATOM 11420 H1 TIP3X2084 -31.850 13.510 31.220 1.00 0.00 MW H +ATOM 11421 H2 TIP3X2084 -32.420 14.040 32.510 1.00 0.00 MW H +ATOM 11422 OH2 TIP3X2085 13.900 -27.010 -25.550 1.00 0.00 MW O +ATOM 11423 H1 TIP3X2085 14.130 -27.340 -24.670 1.00 0.00 MW H +ATOM 11424 H2 TIP3X2085 12.990 -27.290 -25.670 1.00 0.00 MW H +ATOM 11425 OH2 TIP3X2086 37.740 -3.370 -31.030 1.00 0.00 MW O +ATOM 11426 H1 TIP3X2086 38.200 -2.540 -31.180 1.00 0.00 MW H +ATOM 11427 H2 TIP3X2086 37.410 -3.620 -31.890 1.00 0.00 MW H +ATOM 11428 OH2 TIP3X2087 -25.060 9.330 -23.880 1.00 0.00 MW O +ATOM 11429 H1 TIP3X2087 -24.990 10.230 -24.200 1.00 0.00 MW H +ATOM 11430 H2 TIP3X2087 -24.550 9.340 -23.070 1.00 0.00 MW H +ATOM 11431 OH2 TIP3X2088 24.570 -19.420 -27.970 1.00 0.00 MW O +ATOM 11432 H1 TIP3X2088 24.630 -18.710 -28.610 1.00 0.00 MW H +ATOM 11433 H2 TIP3X2088 25.070 -20.140 -28.370 1.00 0.00 MW H +ATOM 11434 OH2 TIP3X2089 -26.020 2.490 -48.150 1.00 0.00 MW O +ATOM 11435 H1 TIP3X2089 -25.550 1.740 -48.490 1.00 0.00 MW H +ATOM 11436 H2 TIP3X2089 -26.920 2.370 -48.450 1.00 0.00 MW H +ATOM 11437 OH2 TIP3X2090 10.760 -22.160 -47.040 1.00 0.00 MW O +ATOM 11438 H1 TIP3X2090 11.180 -21.340 -46.790 1.00 0.00 MW H +ATOM 11439 H2 TIP3X2090 10.230 -21.960 -47.800 1.00 0.00 MW H +ATOM 11440 OH2 TIP3X2091 -1.510 -20.960 -29.690 1.00 0.00 MW O +ATOM 11441 H1 TIP3X2091 -2.320 -21.300 -30.080 1.00 0.00 MW H +ATOM 11442 H2 TIP3X2091 -1.780 -20.130 -29.290 1.00 0.00 MW H +ATOM 11443 OH2 TIP3X2092 17.790 -10.890 36.960 1.00 0.00 MW O +ATOM 11444 H1 TIP3X2092 17.300 -11.470 37.530 1.00 0.00 MW H +ATOM 11445 H2 TIP3X2092 18.640 -10.800 37.380 1.00 0.00 MW H +ATOM 11446 OH2 TIP3X2093 29.180 40.940 -18.840 1.00 0.00 MW O +ATOM 11447 H1 TIP3X2093 29.700 40.760 -19.630 1.00 0.00 MW H +ATOM 11448 H2 TIP3X2093 29.820 41.230 -18.200 1.00 0.00 MW H +ATOM 11449 OH2 TIP3X2094 -39.940 13.510 18.590 1.00 0.00 MW O +ATOM 11450 H1 TIP3X2094 -39.780 12.670 18.150 1.00 0.00 MW H +ATOM 11451 H2 TIP3X2094 -39.170 14.040 18.380 1.00 0.00 MW H +ATOM 11452 OH2 TIP3X2095 -12.700 -16.700 -43.910 1.00 0.00 MW O +ATOM 11453 H1 TIP3X2095 -13.400 -16.570 -43.270 1.00 0.00 MW H +ATOM 11454 H2 TIP3X2095 -12.150 -17.390 -43.550 1.00 0.00 MW H +ATOM 11455 OH2 TIP3X2096 -33.250 -5.310 -13.130 1.00 0.00 MW O +ATOM 11456 H1 TIP3X2096 -32.600 -4.630 -13.050 1.00 0.00 MW H +ATOM 11457 H2 TIP3X2096 -33.320 -5.460 -14.080 1.00 0.00 MW H +ATOM 11458 OH2 TIP3X2097 42.020 22.150 -6.590 1.00 0.00 MW O +ATOM 11459 H1 TIP3X2097 42.700 21.500 -6.460 1.00 0.00 MW H +ATOM 11460 H2 TIP3X2097 42.490 22.930 -6.910 1.00 0.00 MW H +ATOM 11461 OH2 TIP3X2098 13.710 6.950 -44.800 1.00 0.00 MW O +ATOM 11462 H1 TIP3X2098 14.360 6.310 -45.080 1.00 0.00 MW H +ATOM 11463 H2 TIP3X2098 14.170 7.790 -44.820 1.00 0.00 MW H +ATOM 11464 OH2 TIP3X2099 -38.090 -23.100 34.960 1.00 0.00 MW O +ATOM 11465 H1 TIP3X2099 -38.270 -22.700 34.110 1.00 0.00 MW H +ATOM 11466 H2 TIP3X2099 -37.530 -22.480 35.420 1.00 0.00 MW H +ATOM 11467 OH2 TIP3X2100 -31.220 21.460 -19.760 1.00 0.00 MW O +ATOM 11468 H1 TIP3X2100 -30.640 21.560 -20.520 1.00 0.00 MW H +ATOM 11469 H2 TIP3X2100 -31.630 22.320 -19.660 1.00 0.00 MW H +ATOM 11470 OH2 TIP3X2101 34.220 9.060 -31.990 1.00 0.00 MW O +ATOM 11471 H1 TIP3X2101 34.650 9.900 -31.820 1.00 0.00 MW H +ATOM 11472 H2 TIP3X2101 33.820 9.180 -32.860 1.00 0.00 MW H +ATOM 11473 OH2 TIP3X2102 17.930 40.700 29.260 1.00 0.00 MW O +ATOM 11474 H1 TIP3X2102 18.690 40.120 29.130 1.00 0.00 MW H +ATOM 11475 H2 TIP3X2102 18.320 41.580 29.320 1.00 0.00 MW H +ATOM 11476 OH2 TIP3X2103 -36.860 3.410 16.700 1.00 0.00 MW O +ATOM 11477 H1 TIP3X2103 -37.710 3.150 17.040 1.00 0.00 MW H +ATOM 11478 H2 TIP3X2103 -36.620 2.730 16.070 1.00 0.00 MW H +ATOM 11479 OH2 TIP3X2104 -10.580 -37.460 -43.180 1.00 0.00 MW O +ATOM 11480 H1 TIP3X2104 -11.380 -37.040 -43.500 1.00 0.00 MW H +ATOM 11481 H2 TIP3X2104 -9.870 -36.870 -43.450 1.00 0.00 MW H +ATOM 11482 OH2 TIP3X2105 -2.420 -27.330 -38.590 1.00 0.00 MW O +ATOM 11483 H1 TIP3X2105 -2.460 -26.460 -38.210 1.00 0.00 MW H +ATOM 11484 H2 TIP3X2105 -2.560 -27.920 -37.850 1.00 0.00 MW H +ATOM 11485 OH2 TIP3X2106 -15.390 -17.580 -20.930 1.00 0.00 MW O +ATOM 11486 H1 TIP3X2106 -14.620 -18.140 -20.880 1.00 0.00 MW H +ATOM 11487 H2 TIP3X2106 -15.840 -17.700 -20.090 1.00 0.00 MW H +ATOM 11488 OH2 TIP3X2107 -6.900 -48.110 -40.650 1.00 0.00 MW O +ATOM 11489 H1 TIP3X2107 -6.330 -48.860 -40.870 1.00 0.00 MW H +ATOM 11490 H2 TIP3X2107 -7.100 -47.710 -41.490 1.00 0.00 MW H +ATOM 11491 OH2 TIP3X2108 -31.160 -43.370 36.860 1.00 0.00 MW O +ATOM 11492 H1 TIP3X2108 -31.990 -43.250 37.320 1.00 0.00 MW H +ATOM 11493 H2 TIP3X2108 -31.180 -42.730 36.140 1.00 0.00 MW H +ATOM 11494 OH2 TIP3X2109 -44.630 3.620 -18.820 1.00 0.00 MW O +ATOM 11495 H1 TIP3X2109 -45.350 3.500 -19.440 1.00 0.00 MW H +ATOM 11496 H2 TIP3X2109 -44.880 4.400 -18.320 1.00 0.00 MW H +ATOM 11497 OH2 TIP3X2110 44.750 42.570 -46.370 1.00 0.00 MW O +ATOM 11498 H1 TIP3X2110 45.410 42.150 -45.820 1.00 0.00 MW H +ATOM 11499 H2 TIP3X2110 44.520 41.900 -47.010 1.00 0.00 MW H +ATOM 11500 OH2 TIP3X2111 -26.080 -37.500 -33.100 1.00 0.00 MW O +ATOM 11501 H1 TIP3X2111 -26.530 -36.670 -32.960 1.00 0.00 MW H +ATOM 11502 H2 TIP3X2111 -25.870 -37.830 -32.220 1.00 0.00 MW H +ATOM 11503 OH2 TIP3X2112 44.740 23.670 -35.720 1.00 0.00 MW O +ATOM 11504 H1 TIP3X2112 43.980 24.240 -35.860 1.00 0.00 MW H +ATOM 11505 H2 TIP3X2112 45.110 23.940 -34.890 1.00 0.00 MW H +ATOM 11506 OH2 TIP3X2113 44.180 23.350 26.250 1.00 0.00 MW O +ATOM 11507 H1 TIP3X2113 43.900 22.840 27.010 1.00 0.00 MW H +ATOM 11508 H2 TIP3X2113 43.460 23.970 26.100 1.00 0.00 MW H +ATOM 11509 OH2 TIP3X2114 -35.550 -12.790 -22.180 1.00 0.00 MW O +ATOM 11510 H1 TIP3X2114 -34.890 -12.110 -22.280 1.00 0.00 MW H +ATOM 11511 H2 TIP3X2114 -35.900 -12.690 -21.300 1.00 0.00 MW H +ATOM 11512 OH2 TIP3X2115 26.450 -4.510 23.380 1.00 0.00 MW O +ATOM 11513 H1 TIP3X2115 27.060 -4.010 22.840 1.00 0.00 MW H +ATOM 11514 H2 TIP3X2115 25.590 -4.130 23.200 1.00 0.00 MW H +ATOM 11515 OH2 TIP3X2116 -10.820 -49.320 -37.720 1.00 0.00 MW O +ATOM 11516 H1 TIP3X2116 -10.430 -48.450 -37.790 1.00 0.00 MW H +ATOM 11517 H2 TIP3X2116 -11.280 -49.440 -38.550 1.00 0.00 MW H +ATOM 11518 OH2 TIP3X2117 22.360 12.430 -41.250 1.00 0.00 MW O +ATOM 11519 H1 TIP3X2117 22.880 13.100 -41.710 1.00 0.00 MW H +ATOM 11520 H2 TIP3X2117 21.460 12.660 -41.420 1.00 0.00 MW H +ATOM 11521 OH2 TIP3X2118 4.090 -9.980 -44.520 1.00 0.00 MW O +ATOM 11522 H1 TIP3X2118 3.700 -9.250 -45.010 1.00 0.00 MW H +ATOM 11523 H2 TIP3X2118 4.470 -10.540 -45.180 1.00 0.00 MW H +ATOM 11524 OH2 TIP3X2119 -11.870 -46.220 -51.950 1.00 0.00 MW O +ATOM 11525 H1 TIP3X2119 -12.250 -45.660 -52.620 1.00 0.00 MW H +ATOM 11526 H2 TIP3X2119 -11.700 -45.640 -51.200 1.00 0.00 MW H +ATOM 11527 OH2 TIP3X2120 -15.370 -7.710 -40.280 1.00 0.00 MW O +ATOM 11528 H1 TIP3X2120 -14.640 -8.300 -40.050 1.00 0.00 MW H +ATOM 11529 H2 TIP3X2120 -15.310 -7.630 -41.220 1.00 0.00 MW H +ATOM 11530 OH2 TIP3X2121 31.610 -49.780 29.290 1.00 0.00 MW O +ATOM 11531 H1 TIP3X2121 31.770 -49.260 30.080 1.00 0.00 MW H +ATOM 11532 H2 TIP3X2121 32.210 -50.530 29.370 1.00 0.00 MW H +ATOM 11533 OH2 TIP3X2122 -43.840 -34.440 26.760 1.00 0.00 MW O +ATOM 11534 H1 TIP3X2122 -43.010 -34.890 26.930 1.00 0.00 MW H +ATOM 11535 H2 TIP3X2122 -43.700 -34.010 25.910 1.00 0.00 MW H +ATOM 11536 OH2 TIP3X2123 0.840 -48.910 8.130 1.00 0.00 MW O +ATOM 11537 H1 TIP3X2123 0.600 -49.110 9.030 1.00 0.00 MW H +ATOM 11538 H2 TIP3X2123 0.010 -48.930 7.650 1.00 0.00 MW H +ATOM 11539 OH2 TIP3X2124 -6.910 -2.490 22.980 1.00 0.00 MW O +ATOM 11540 H1 TIP3X2124 -7.240 -3.170 22.400 1.00 0.00 MW H +ATOM 11541 H2 TIP3X2124 -6.470 -2.960 23.690 1.00 0.00 MW H +ATOM 11542 OH2 TIP3X2125 7.600 18.690 -26.060 1.00 0.00 MW O +ATOM 11543 H1 TIP3X2125 7.990 18.490 -26.910 1.00 0.00 MW H +ATOM 11544 H2 TIP3X2125 7.370 17.820 -25.700 1.00 0.00 MW H +ATOM 11545 OH2 TIP3X2126 -7.730 -46.040 -36.000 1.00 0.00 MW O +ATOM 11546 H1 TIP3X2126 -7.190 -45.300 -36.260 1.00 0.00 MW H +ATOM 11547 H2 TIP3X2126 -7.120 -46.620 -35.530 1.00 0.00 MW H +ATOM 11548 OH2 TIP3X2127 49.610 18.640 30.220 1.00 0.00 MW O +ATOM 11549 H1 TIP3X2127 49.260 19.460 29.880 1.00 0.00 MW H +ATOM 11550 H2 TIP3X2127 49.090 18.480 31.010 1.00 0.00 MW H +ATOM 11551 OH2 TIP3X2128 -15.480 -51.130 17.590 1.00 0.00 MW O +ATOM 11552 H1 TIP3X2128 -15.440 -51.240 16.640 1.00 0.00 MW H +ATOM 11553 H2 TIP3X2128 -14.580 -51.050 17.870 1.00 0.00 MW H +ATOM 11554 OH2 TIP3X2129 20.370 -37.410 -30.560 1.00 0.00 MW O +ATOM 11555 H1 TIP3X2129 20.770 -37.670 -31.390 1.00 0.00 MW H +ATOM 11556 H2 TIP3X2129 21.000 -37.680 -29.900 1.00 0.00 MW H +ATOM 11557 OH2 TIP3X2130 -27.860 28.970 23.060 1.00 0.00 MW O +ATOM 11558 H1 TIP3X2130 -28.160 29.420 22.260 1.00 0.00 MW H +ATOM 11559 H2 TIP3X2130 -26.940 29.240 23.130 1.00 0.00 MW H +ATOM 11560 OH2 TIP3X2131 38.850 27.660 -25.320 1.00 0.00 MW O +ATOM 11561 H1 TIP3X2131 38.650 27.450 -26.240 1.00 0.00 MW H +ATOM 11562 H2 TIP3X2131 39.610 28.230 -25.370 1.00 0.00 MW H +ATOM 11563 OH2 TIP3X2132 36.470 -6.220 -15.130 1.00 0.00 MW O +ATOM 11564 H1 TIP3X2132 36.650 -6.950 -14.550 1.00 0.00 MW H +ATOM 11565 H2 TIP3X2132 35.530 -6.280 -15.330 1.00 0.00 MW H +ATOM 11566 OH2 TIP3X2133 29.300 25.220 39.090 1.00 0.00 MW O +ATOM 11567 H1 TIP3X2133 29.150 24.650 38.330 1.00 0.00 MW H +ATOM 11568 H2 TIP3X2133 28.440 25.580 39.290 1.00 0.00 MW H +ATOM 11569 OH2 TIP3X2134 36.680 -10.940 -38.520 1.00 0.00 MW O +ATOM 11570 H1 TIP3X2134 35.920 -11.510 -38.600 1.00 0.00 MW H +ATOM 11571 H2 TIP3X2134 36.480 -10.370 -37.790 1.00 0.00 MW H +ATOM 11572 OH2 TIP3X2135 39.400 21.540 -13.820 1.00 0.00 MW O +ATOM 11573 H1 TIP3X2135 38.680 21.050 -14.220 1.00 0.00 MW H +ATOM 11574 H2 TIP3X2135 39.510 21.130 -12.970 1.00 0.00 MW H +ATOM 11575 OH2 TIP3X2136 0.080 -42.760 -33.130 1.00 0.00 MW O +ATOM 11576 H1 TIP3X2136 -0.780 -42.740 -33.540 1.00 0.00 MW H +ATOM 11577 H2 TIP3X2136 0.670 -42.340 -33.770 1.00 0.00 MW H +ATOM 11578 OH2 TIP3X2137 -26.570 5.710 30.150 1.00 0.00 MW O +ATOM 11579 H1 TIP3X2137 -25.670 5.930 30.370 1.00 0.00 MW H +ATOM 11580 H2 TIP3X2137 -26.630 4.770 30.310 1.00 0.00 MW H +ATOM 11581 OH2 TIP3X2138 29.960 -7.600 32.410 1.00 0.00 MW O +ATOM 11582 H1 TIP3X2138 30.270 -6.730 32.170 1.00 0.00 MW H +ATOM 11583 H2 TIP3X2138 29.170 -7.720 31.890 1.00 0.00 MW H +ATOM 11584 OH2 TIP3X2139 -2.750 -19.250 26.680 1.00 0.00 MW O +ATOM 11585 H1 TIP3X2139 -3.100 -18.410 26.400 1.00 0.00 MW H +ATOM 11586 H2 TIP3X2139 -2.930 -19.840 25.950 1.00 0.00 MW H +ATOM 11587 OH2 TIP3X2140 -24.610 8.040 -38.430 1.00 0.00 MW O +ATOM 11588 H1 TIP3X2140 -24.510 8.990 -38.400 1.00 0.00 MW H +ATOM 11589 H2 TIP3X2140 -24.100 7.760 -39.190 1.00 0.00 MW H +ATOM 11590 OH2 TIP3X2141 -22.690 -12.990 -32.210 1.00 0.00 MW O +ATOM 11591 H1 TIP3X2141 -23.340 -13.590 -31.870 1.00 0.00 MW H +ATOM 11592 H2 TIP3X2141 -22.890 -12.930 -33.140 1.00 0.00 MW H +ATOM 11593 OH2 TIP3X2142 -33.120 -28.950 -41.500 1.00 0.00 MW O +ATOM 11594 H1 TIP3X2142 -32.660 -28.440 -40.840 1.00 0.00 MW H +ATOM 11595 H2 TIP3X2142 -34.010 -29.030 -41.150 1.00 0.00 MW H +ATOM 11596 OH2 TIP3X2143 38.000 -21.860 35.260 1.00 0.00 MW O +ATOM 11597 H1 TIP3X2143 37.080 -21.630 35.330 1.00 0.00 MW H +ATOM 11598 H2 TIP3X2143 38.450 -21.300 35.890 1.00 0.00 MW H +ATOM 11599 OH2 TIP3X2144 -42.680 -29.220 32.910 1.00 0.00 MW O +ATOM 11600 H1 TIP3X2144 -42.120 -29.270 32.140 1.00 0.00 MW H +ATOM 11601 H2 TIP3X2144 -43.440 -28.710 32.620 1.00 0.00 MW H +ATOM 11602 OH2 TIP3X2145 38.660 30.750 33.390 1.00 0.00 MW O +ATOM 11603 H1 TIP3X2145 38.250 31.450 32.890 1.00 0.00 MW H +ATOM 11604 H2 TIP3X2145 38.730 31.100 34.290 1.00 0.00 MW H +ATOM 11605 OH2 TIP3X2146 -21.080 28.490 19.440 1.00 0.00 MW O +ATOM 11606 H1 TIP3X2146 -20.480 29.180 19.710 1.00 0.00 MW H +ATOM 11607 H2 TIP3X2146 -20.660 27.680 19.730 1.00 0.00 MW H +ATOM 11608 OH2 TIP3X2147 -38.550 30.100 -22.790 1.00 0.00 MW O +ATOM 11609 H1 TIP3X2147 -37.940 29.670 -23.370 1.00 0.00 MW H +ATOM 11610 H2 TIP3X2147 -39.350 29.570 -22.860 1.00 0.00 MW H +ATOM 11611 OH2 TIP3X2148 16.000 30.750 -46.030 1.00 0.00 MW O +ATOM 11612 H1 TIP3X2148 16.640 30.240 -46.530 1.00 0.00 MW H +ATOM 11613 H2 TIP3X2148 15.200 30.240 -46.060 1.00 0.00 MW H +ATOM 11614 OH2 TIP3X2149 -33.230 -21.770 -30.270 1.00 0.00 MW O +ATOM 11615 H1 TIP3X2149 -33.950 -21.300 -30.700 1.00 0.00 MW H +ATOM 11616 H2 TIP3X2149 -33.080 -22.540 -30.800 1.00 0.00 MW H +ATOM 11617 OH2 TIP3X2150 10.350 1.520 35.640 1.00 0.00 MW O +ATOM 11618 H1 TIP3X2150 10.980 1.740 34.960 1.00 0.00 MW H +ATOM 11619 H2 TIP3X2150 10.710 0.750 36.060 1.00 0.00 MW H +ATOM 11620 OH2 TIP3X2151 -30.780 -42.450 29.980 1.00 0.00 MW O +ATOM 11621 H1 TIP3X2151 -30.240 -43.210 30.210 1.00 0.00 MW H +ATOM 11622 H2 TIP3X2151 -31.570 -42.830 29.620 1.00 0.00 MW H +ATOM 11623 OH2 TIP3X2152 -7.640 14.620 -24.980 1.00 0.00 MW O +ATOM 11624 H1 TIP3X2152 -7.860 15.380 -25.530 1.00 0.00 MW H +ATOM 11625 H2 TIP3X2152 -6.950 14.940 -24.410 1.00 0.00 MW H +ATOM 11626 OH2 TIP3X2153 18.510 -1.530 -47.660 1.00 0.00 MW O +ATOM 11627 H1 TIP3X2153 17.980 -0.740 -47.740 1.00 0.00 MW H +ATOM 11628 H2 TIP3X2153 19.370 -1.290 -48.000 1.00 0.00 MW H +ATOM 11629 OH2 TIP3X2154 -0.470 -12.150 39.560 1.00 0.00 MW O +ATOM 11630 H1 TIP3X2154 0.210 -11.730 39.030 1.00 0.00 MW H +ATOM 11631 H2 TIP3X2154 -0.770 -12.880 39.020 1.00 0.00 MW H +ATOM 11632 OH2 TIP3X2155 -7.560 33.750 26.890 1.00 0.00 MW O +ATOM 11633 H1 TIP3X2155 -7.140 34.520 26.490 1.00 0.00 MW H +ATOM 11634 H2 TIP3X2155 -6.980 33.530 27.610 1.00 0.00 MW H +ATOM 11635 OH2 TIP3X2156 24.750 9.550 -19.600 1.00 0.00 MW O +ATOM 11636 H1 TIP3X2156 25.570 9.950 -19.890 1.00 0.00 MW H +ATOM 11637 H2 TIP3X2156 24.720 9.720 -18.660 1.00 0.00 MW H +ATOM 11638 OH2 TIP3X2157 21.410 37.030 -47.490 1.00 0.00 MW O +ATOM 11639 H1 TIP3X2157 20.580 36.570 -47.570 1.00 0.00 MW H +ATOM 11640 H2 TIP3X2157 22.010 36.560 -48.060 1.00 0.00 MW H +ATOM 11641 OH2 TIP3X2158 30.110 -27.570 16.370 1.00 0.00 MW O +ATOM 11642 H1 TIP3X2158 29.360 -27.580 15.770 1.00 0.00 MW H +ATOM 11643 H2 TIP3X2158 30.760 -27.000 15.940 1.00 0.00 MW H +ATOM 11644 OH2 TIP3X2159 -25.670 36.230 -44.940 1.00 0.00 MW O +ATOM 11645 H1 TIP3X2159 -26.220 35.620 -45.450 1.00 0.00 MW H +ATOM 11646 H2 TIP3X2159 -25.970 36.110 -44.040 1.00 0.00 MW H +ATOM 11647 OH2 TIP3X2160 45.030 -20.540 -31.730 1.00 0.00 MW O +ATOM 11648 H1 TIP3X2160 45.050 -21.450 -31.440 1.00 0.00 MW H +ATOM 11649 H2 TIP3X2160 44.630 -20.070 -31.010 1.00 0.00 MW H +ATOM 11650 OH2 TIP3X2161 43.780 31.590 -32.820 1.00 0.00 MW O +ATOM 11651 H1 TIP3X2161 44.070 32.070 -32.050 1.00 0.00 MW H +ATOM 11652 H2 TIP3X2161 42.920 31.250 -32.590 1.00 0.00 MW H +ATOM 11653 OH2 TIP3X2162 -13.650 34.060 -26.500 1.00 0.00 MW O +ATOM 11654 H1 TIP3X2162 -13.770 33.300 -25.920 1.00 0.00 MW H +ATOM 11655 H2 TIP3X2162 -14.330 33.970 -27.160 1.00 0.00 MW H +ATOM 11656 OH2 TIP3X2163 -4.020 -6.130 8.050 1.00 0.00 MW O +ATOM 11657 H1 TIP3X2163 -4.610 -6.160 7.300 1.00 0.00 MW H +ATOM 11658 H2 TIP3X2163 -4.560 -5.830 8.780 1.00 0.00 MW H +ATOM 11659 OH2 TIP3X2164 -34.310 -20.600 -17.190 1.00 0.00 MW O +ATOM 11660 H1 TIP3X2164 -33.630 -21.230 -17.470 1.00 0.00 MW H +ATOM 11661 H2 TIP3X2164 -34.940 -21.110 -16.690 1.00 0.00 MW H +ATOM 11662 OH2 TIP3X2165 40.510 5.610 -20.460 1.00 0.00 MW O +ATOM 11663 H1 TIP3X2165 40.490 6.560 -20.390 1.00 0.00 MW H +ATOM 11664 H2 TIP3X2165 40.120 5.300 -19.640 1.00 0.00 MW H +ATOM 11665 OH2 TIP3X2166 -35.870 23.240 -31.360 1.00 0.00 MW O +ATOM 11666 H1 TIP3X2166 -36.570 22.590 -31.260 1.00 0.00 MW H +ATOM 11667 H2 TIP3X2166 -36.320 24.070 -31.450 1.00 0.00 MW H +ATOM 11668 OH2 TIP3X2167 20.040 4.350 -24.620 1.00 0.00 MW O +ATOM 11669 H1 TIP3X2167 20.660 5.080 -24.470 1.00 0.00 MW H +ATOM 11670 H2 TIP3X2167 20.230 3.730 -23.920 1.00 0.00 MW H +ATOM 11671 OH2 TIP3X2168 37.190 12.020 -8.440 1.00 0.00 MW O +ATOM 11672 H1 TIP3X2168 37.080 11.080 -8.400 1.00 0.00 MW H +ATOM 11673 H2 TIP3X2168 37.640 12.180 -9.260 1.00 0.00 MW H +ATOM 11674 OH2 TIP3X2169 -3.400 -16.420 26.300 1.00 0.00 MW O +ATOM 11675 H1 TIP3X2169 -3.490 -16.160 25.380 1.00 0.00 MW H +ATOM 11676 H2 TIP3X2169 -2.640 -15.940 26.620 1.00 0.00 MW H +ATOM 11677 OH2 TIP3X2170 -28.010 38.030 -29.200 1.00 0.00 MW O +ATOM 11678 H1 TIP3X2170 -28.390 37.970 -28.320 1.00 0.00 MW H +ATOM 11679 H2 TIP3X2170 -27.550 37.190 -29.310 1.00 0.00 MW H +ATOM 11680 OH2 TIP3X2171 -31.250 -40.630 32.130 1.00 0.00 MW O +ATOM 11681 H1 TIP3X2171 -30.810 -39.800 32.340 1.00 0.00 MW H +ATOM 11682 H2 TIP3X2171 -30.640 -41.050 31.530 1.00 0.00 MW H +ATOM 11683 OH2 TIP3X2172 -36.270 -6.280 29.770 1.00 0.00 MW O +ATOM 11684 H1 TIP3X2172 -36.980 -5.660 29.630 1.00 0.00 MW H +ATOM 11685 H2 TIP3X2172 -36.470 -6.690 30.620 1.00 0.00 MW H +ATOM 11686 OH2 TIP3X2173 -14.210 -51.300 28.410 1.00 0.00 MW O +ATOM 11687 H1 TIP3X2173 -13.880 -50.440 28.140 1.00 0.00 MW H +ATOM 11688 H2 TIP3X2173 -15.110 -51.310 28.110 1.00 0.00 MW H +ATOM 11689 OH2 TIP3X2174 34.570 -36.580 23.780 1.00 0.00 MW O +ATOM 11690 H1 TIP3X2174 33.750 -36.810 23.360 1.00 0.00 MW H +ATOM 11691 H2 TIP3X2174 34.630 -35.630 23.690 1.00 0.00 MW H +ATOM 11692 OH2 TIP3X2175 -7.240 23.440 21.910 1.00 0.00 MW O +ATOM 11693 H1 TIP3X2175 -7.440 23.690 22.820 1.00 0.00 MW H +ATOM 11694 H2 TIP3X2175 -7.890 23.910 21.390 1.00 0.00 MW H +ATOM 11695 OH2 TIP3X2176 -34.840 -20.300 15.900 1.00 0.00 MW O +ATOM 11696 H1 TIP3X2176 -35.150 -20.290 14.990 1.00 0.00 MW H +ATOM 11697 H2 TIP3X2176 -35.550 -20.670 16.400 1.00 0.00 MW H +ATOM 11698 OH2 TIP3X2177 -16.640 8.800 37.630 1.00 0.00 MW O +ATOM 11699 H1 TIP3X2177 -15.830 9.310 37.660 1.00 0.00 MW H +ATOM 11700 H2 TIP3X2177 -17.060 8.970 38.480 1.00 0.00 MW H +ATOM 11701 OH2 TIP3X2178 -34.110 -32.220 -20.790 1.00 0.00 MW O +ATOM 11702 H1 TIP3X2178 -35.000 -32.510 -21.010 1.00 0.00 MW H +ATOM 11703 H2 TIP3X2178 -34.090 -31.300 -21.040 1.00 0.00 MW H +ATOM 11704 OH2 TIP3X2179 -43.750 34.660 -15.420 1.00 0.00 MW O +ATOM 11705 H1 TIP3X2179 -43.490 34.320 -14.560 1.00 0.00 MW H +ATOM 11706 H2 TIP3X2179 -43.410 35.550 -15.430 1.00 0.00 MW H +ATOM 11707 OH2 TIP3X2180 36.880 -9.610 -29.640 1.00 0.00 MW O +ATOM 11708 H1 TIP3X2180 36.450 -9.230 -28.880 1.00 0.00 MW H +ATOM 11709 H2 TIP3X2180 37.820 -9.440 -29.480 1.00 0.00 MW H +ATOM 11710 OH2 TIP3X2181 7.610 -42.470 -39.260 1.00 0.00 MW O +ATOM 11711 H1 TIP3X2181 7.820 -42.960 -38.470 1.00 0.00 MW H +ATOM 11712 H2 TIP3X2181 8.310 -41.810 -39.320 1.00 0.00 MW H +ATOM 11713 OH2 TIP3X2182 -20.710 -1.850 35.200 1.00 0.00 MW O +ATOM 11714 H1 TIP3X2182 -20.400 -1.140 35.760 1.00 0.00 MW H +ATOM 11715 H2 TIP3X2182 -21.650 -1.920 35.400 1.00 0.00 MW H +ATOM 11716 OH2 TIP3X2183 -14.580 -28.760 22.260 1.00 0.00 MW O +ATOM 11717 H1 TIP3X2183 -14.900 -28.270 21.500 1.00 0.00 MW H +ATOM 11718 H2 TIP3X2183 -13.660 -28.510 22.320 1.00 0.00 MW H +ATOM 11719 OH2 TIP3X2184 42.810 20.920 31.260 1.00 0.00 MW O +ATOM 11720 H1 TIP3X2184 43.330 20.930 32.060 1.00 0.00 MW H +ATOM 11721 H2 TIP3X2184 41.910 21.100 31.540 1.00 0.00 MW H +ATOM 11722 OH2 TIP3X2185 -9.710 -43.190 36.960 1.00 0.00 MW O +ATOM 11723 H1 TIP3X2185 -9.870 -42.690 37.760 1.00 0.00 MW H +ATOM 11724 H2 TIP3X2185 -9.080 -43.860 37.210 1.00 0.00 MW H +ATOM 11725 OH2 TIP3X2186 -24.670 -33.180 15.260 1.00 0.00 MW O +ATOM 11726 H1 TIP3X2186 -24.100 -33.390 14.520 1.00 0.00 MW H +ATOM 11727 H2 TIP3X2186 -24.820 -34.020 15.690 1.00 0.00 MW H +ATOM 11728 OH2 TIP3X2187 -3.080 35.790 -33.200 1.00 0.00 MW O +ATOM 11729 H1 TIP3X2187 -3.500 36.050 -32.370 1.00 0.00 MW H +ATOM 11730 H2 TIP3X2187 -3.750 35.270 -33.650 1.00 0.00 MW H +ATOM 11731 OH2 TIP3X2188 -0.960 -33.990 18.830 1.00 0.00 MW O +ATOM 11732 H1 TIP3X2188 -1.850 -33.990 18.500 1.00 0.00 MW H +ATOM 11733 H2 TIP3X2188 -0.410 -33.800 18.080 1.00 0.00 MW H +ATOM 11734 OH2 TIP3X2189 27.550 -29.760 17.070 1.00 0.00 MW O +ATOM 11735 H1 TIP3X2189 27.850 -29.380 16.240 1.00 0.00 MW H +ATOM 11736 H2 TIP3X2189 28.010 -30.600 17.120 1.00 0.00 MW H +ATOM 11737 OH2 TIP3X2190 -20.660 40.890 -44.220 1.00 0.00 MW O +ATOM 11738 H1 TIP3X2190 -20.160 40.760 -45.030 1.00 0.00 MW H +ATOM 11739 H2 TIP3X2190 -21.420 41.400 -44.480 1.00 0.00 MW H +ATOM 11740 OH2 TIP3X2191 -27.380 17.510 -41.940 1.00 0.00 MW O +ATOM 11741 H1 TIP3X2191 -27.150 18.330 -42.370 1.00 0.00 MW H +ATOM 11742 H2 TIP3X2191 -26.910 16.840 -42.430 1.00 0.00 MW H +ATOM 11743 OH2 TIP3X2192 25.560 -49.840 -19.030 1.00 0.00 MW O +ATOM 11744 H1 TIP3X2192 25.100 -50.660 -18.860 1.00 0.00 MW H +ATOM 11745 H2 TIP3X2192 26.000 -49.990 -19.870 1.00 0.00 MW H +ATOM 11746 OH2 TIP3X2193 7.600 33.290 -39.180 1.00 0.00 MW O +ATOM 11747 H1 TIP3X2193 7.480 33.110 -38.250 1.00 0.00 MW H +ATOM 11748 H2 TIP3X2193 6.820 32.920 -39.600 1.00 0.00 MW H +ATOM 11749 OH2 TIP3X2194 39.300 -2.410 -16.960 1.00 0.00 MW O +ATOM 11750 H1 TIP3X2194 39.950 -3.050 -16.640 1.00 0.00 MW H +ATOM 11751 H2 TIP3X2194 39.020 -1.950 -16.170 1.00 0.00 MW H +ATOM 11752 OH2 TIP3X2195 -14.780 -4.810 22.430 1.00 0.00 MW O +ATOM 11753 H1 TIP3X2195 -14.830 -4.820 23.390 1.00 0.00 MW H +ATOM 11754 H2 TIP3X2195 -15.270 -5.600 22.160 1.00 0.00 MW H +ATOM 11755 OH2 TIP3X2196 -0.630 19.940 -24.580 1.00 0.00 MW O +ATOM 11756 H1 TIP3X2196 -0.970 19.600 -23.750 1.00 0.00 MW H +ATOM 11757 H2 TIP3X2196 -1.120 20.770 -24.710 1.00 0.00 MW H +ATOM 11758 OH2 TIP3X2197 -6.750 -49.590 -31.950 1.00 0.00 MW O +ATOM 11759 H1 TIP3X2197 -6.500 -49.140 -32.750 1.00 0.00 MW H +ATOM 11760 H2 TIP3X2197 -7.680 -49.820 -32.080 1.00 0.00 MW H +ATOM 11761 OH2 TIP3X2198 45.010 -43.440 17.890 1.00 0.00 MW O +ATOM 11762 H1 TIP3X2198 45.250 -43.690 16.990 1.00 0.00 MW H +ATOM 11763 H2 TIP3X2198 44.150 -42.990 17.780 1.00 0.00 MW H +ATOM 11764 OH2 TIP3X2199 26.260 22.220 -43.990 1.00 0.00 MW O +ATOM 11765 H1 TIP3X2199 26.680 22.840 -43.400 1.00 0.00 MW H +ATOM 11766 H2 TIP3X2199 26.880 22.100 -44.710 1.00 0.00 MW H +ATOM 11767 OH2 TIP3X2200 -17.470 -43.090 30.910 1.00 0.00 MW O +ATOM 11768 H1 TIP3X2200 -17.980 -42.420 31.380 1.00 0.00 MW H +ATOM 11769 H2 TIP3X2200 -17.660 -42.930 29.990 1.00 0.00 MW H +ATOM 11770 OH2 TIP3X2201 27.410 41.500 -25.220 1.00 0.00 MW O +ATOM 11771 H1 TIP3X2201 27.120 41.860 -26.060 1.00 0.00 MW H +ATOM 11772 H2 TIP3X2201 26.620 41.130 -24.820 1.00 0.00 MW H +ATOM 11773 OH2 TIP3X2202 23.140 -40.880 33.160 1.00 0.00 MW O +ATOM 11774 H1 TIP3X2202 22.790 -40.300 32.490 1.00 0.00 MW H +ATOM 11775 H2 TIP3X2202 22.780 -41.750 32.930 1.00 0.00 MW H +ATOM 11776 OH2 TIP3X2203 -42.970 1.700 32.410 1.00 0.00 MW O +ATOM 11777 H1 TIP3X2203 -43.840 1.630 32.790 1.00 0.00 MW H +ATOM 11778 H2 TIP3X2203 -42.710 2.610 32.570 1.00 0.00 MW H +ATOM 11779 OH2 TIP3X2204 -31.380 3.390 23.200 1.00 0.00 MW O +ATOM 11780 H1 TIP3X2204 -31.680 3.660 22.330 1.00 0.00 MW H +ATOM 11781 H2 TIP3X2204 -30.420 3.480 23.160 1.00 0.00 MW H +ATOM 11782 OH2 TIP3X2205 -4.780 -3.670 35.420 1.00 0.00 MW O +ATOM 11783 H1 TIP3X2205 -5.310 -4.120 34.770 1.00 0.00 MW H +ATOM 11784 H2 TIP3X2205 -5.400 -3.380 36.080 1.00 0.00 MW H +ATOM 11785 OH2 TIP3X2206 -35.690 -45.830 -46.120 1.00 0.00 MW O +ATOM 11786 H1 TIP3X2206 -35.300 -44.990 -45.900 1.00 0.00 MW H +ATOM 11787 H2 TIP3X2206 -35.000 -46.470 -45.930 1.00 0.00 MW H +ATOM 11788 OH2 TIP3X2207 6.890 -51.780 27.280 1.00 0.00 MW O +ATOM 11789 H1 TIP3X2207 7.460 -51.380 27.940 1.00 0.00 MW H +ATOM 11790 H2 TIP3X2207 6.530 -52.560 27.710 1.00 0.00 MW H +ATOM 11791 OH2 TIP3X2208 1.680 -47.540 -35.140 1.00 0.00 MW O +ATOM 11792 H1 TIP3X2208 0.760 -47.350 -34.940 1.00 0.00 MW H +ATOM 11793 H2 TIP3X2208 1.840 -48.380 -34.690 1.00 0.00 MW H +ATOM 11794 OH2 TIP3X2209 30.300 21.390 -38.280 1.00 0.00 MW O +ATOM 11795 H1 TIP3X2209 29.990 20.570 -38.670 1.00 0.00 MW H +ATOM 11796 H2 TIP3X2209 31.170 21.530 -38.660 1.00 0.00 MW H +ATOM 11797 OH2 TIP3X2210 -31.660 -29.540 22.890 1.00 0.00 MW O +ATOM 11798 H1 TIP3X2210 -31.680 -29.080 22.050 1.00 0.00 MW H +ATOM 11799 H2 TIP3X2210 -31.750 -28.840 23.540 1.00 0.00 MW H +ATOM 11800 OH2 TIP3X2211 3.090 -46.290 31.910 1.00 0.00 MW O +ATOM 11801 H1 TIP3X2211 3.480 -45.960 32.710 1.00 0.00 MW H +ATOM 11802 H2 TIP3X2211 2.430 -46.910 32.200 1.00 0.00 MW H +ATOM 11803 OH2 TIP3X2212 -0.620 29.290 33.080 1.00 0.00 MW O +ATOM 11804 H1 TIP3X2212 -0.300 28.430 33.340 1.00 0.00 MW H +ATOM 11805 H2 TIP3X2212 -0.350 29.390 32.160 1.00 0.00 MW H +ATOM 11806 OH2 TIP3X2213 8.280 -28.180 -39.990 1.00 0.00 MW O +ATOM 11807 H1 TIP3X2213 9.010 -28.150 -39.380 1.00 0.00 MW H +ATOM 11808 H2 TIP3X2213 8.340 -29.040 -40.410 1.00 0.00 MW H +ATOM 11809 OH2 TIP3X2214 -18.190 -12.650 -42.930 1.00 0.00 MW O +ATOM 11810 H1 TIP3X2214 -18.560 -12.760 -43.820 1.00 0.00 MW H +ATOM 11811 H2 TIP3X2214 -17.330 -13.070 -42.970 1.00 0.00 MW H +ATOM 11812 OH2 TIP3X2215 -39.520 7.790 -30.660 1.00 0.00 MW O +ATOM 11813 H1 TIP3X2215 -39.730 8.690 -30.840 1.00 0.00 MW H +ATOM 11814 H2 TIP3X2215 -39.810 7.310 -31.440 1.00 0.00 MW H +ATOM 11815 OH2 TIP3X2216 27.860 -39.840 -25.030 1.00 0.00 MW O +ATOM 11816 H1 TIP3X2216 27.680 -40.180 -24.160 1.00 0.00 MW H +ATOM 11817 H2 TIP3X2216 27.530 -38.940 -25.010 1.00 0.00 MW H +ATOM 11818 OH2 TIP3X2217 1.510 -30.360 -50.920 1.00 0.00 MW O +ATOM 11819 H1 TIP3X2217 1.320 -29.600 -51.470 1.00 0.00 MW H +ATOM 11820 H2 TIP3X2217 1.570 -31.090 -51.540 1.00 0.00 MW H +ATOM 11821 OH2 TIP3X2218 27.230 -9.640 22.860 1.00 0.00 MW O +ATOM 11822 H1 TIP3X2218 27.080 -9.430 23.780 1.00 0.00 MW H +ATOM 11823 H2 TIP3X2218 27.330 -8.800 22.430 1.00 0.00 MW H +ATOM 11824 OH2 TIP3X2219 -30.710 36.550 -29.460 1.00 0.00 MW O +ATOM 11825 H1 TIP3X2219 -31.270 37.300 -29.630 1.00 0.00 MW H +ATOM 11826 H2 TIP3X2219 -30.780 36.390 -28.530 1.00 0.00 MW H +ATOM 11827 OH2 TIP3X2220 -17.200 7.250 -42.620 1.00 0.00 MW O +ATOM 11828 H1 TIP3X2220 -16.960 7.860 -43.310 1.00 0.00 MW H +ATOM 11829 H2 TIP3X2220 -17.920 7.690 -42.170 1.00 0.00 MW H +ATOM 11830 OH2 TIP3X2221 -27.790 14.060 31.910 1.00 0.00 MW O +ATOM 11831 H1 TIP3X2221 -28.260 14.740 32.400 1.00 0.00 MW H +ATOM 11832 H2 TIP3X2221 -26.890 14.120 32.240 1.00 0.00 MW H +ATOM 11833 OH2 TIP3X2222 36.840 1.040 30.720 1.00 0.00 MW O +ATOM 11834 H1 TIP3X2222 36.380 1.880 30.660 1.00 0.00 MW H +ATOM 11835 H2 TIP3X2222 36.430 0.490 30.050 1.00 0.00 MW H +ATOM 11836 OH2 TIP3X2223 44.320 -18.840 -21.460 1.00 0.00 MW O +ATOM 11837 H1 TIP3X2223 44.830 -19.220 -20.740 1.00 0.00 MW H +ATOM 11838 H2 TIP3X2223 43.910 -18.070 -21.080 1.00 0.00 MW H +ATOM 11839 OH2 TIP3X2224 -25.720 35.490 34.210 1.00 0.00 MW O +ATOM 11840 H1 TIP3X2224 -24.960 34.900 34.320 1.00 0.00 MW H +ATOM 11841 H2 TIP3X2224 -25.610 35.870 33.340 1.00 0.00 MW H +ATOM 11842 OH2 TIP3X2225 -38.700 8.070 -16.770 1.00 0.00 MW O +ATOM 11843 H1 TIP3X2225 -38.100 7.770 -17.440 1.00 0.00 MW H +ATOM 11844 H2 TIP3X2225 -38.150 8.230 -16.000 1.00 0.00 MW H +ATOM 11845 OH2 TIP3X2226 -15.860 -10.060 -17.710 1.00 0.00 MW O +ATOM 11846 H1 TIP3X2226 -15.840 -10.520 -18.550 1.00 0.00 MW H +ATOM 11847 H2 TIP3X2226 -15.950 -9.140 -17.930 1.00 0.00 MW H +ATOM 11848 OH2 TIP3X2227 4.210 13.100 -49.320 1.00 0.00 MW O +ATOM 11849 H1 TIP3X2227 3.460 12.550 -49.110 1.00 0.00 MW H +ATOM 11850 H2 TIP3X2227 4.220 13.140 -50.280 1.00 0.00 MW H +ATOM 11851 OH2 TIP3X2228 -29.730 -42.760 -40.670 1.00 0.00 MW O +ATOM 11852 H1 TIP3X2228 -30.330 -42.410 -41.320 1.00 0.00 MW H +ATOM 11853 H2 TIP3X2228 -29.900 -43.710 -40.680 1.00 0.00 MW H +ATOM 11854 OH2 TIP3X2229 -6.090 26.040 40.580 1.00 0.00 MW O +ATOM 11855 H1 TIP3X2229 -5.890 26.800 41.120 1.00 0.00 MW H +ATOM 11856 H2 TIP3X2229 -6.910 26.270 40.140 1.00 0.00 MW H +ATOM 11857 OH2 TIP3X2230 22.860 11.300 32.360 1.00 0.00 MW O +ATOM 11858 H1 TIP3X2230 22.400 11.840 33.020 1.00 0.00 MW H +ATOM 11859 H2 TIP3X2230 23.680 11.050 32.780 1.00 0.00 MW H +ATOM 11860 OH2 TIP3X2231 -38.580 35.390 -23.890 1.00 0.00 MW O +ATOM 11861 H1 TIP3X2231 -38.710 36.270 -24.250 1.00 0.00 MW H +ATOM 11862 H2 TIP3X2231 -38.600 34.810 -24.650 1.00 0.00 MW H +ATOM 11863 OH2 TIP3X2232 8.440 -24.270 -43.010 1.00 0.00 MW O +ATOM 11864 H1 TIP3X2232 9.100 -23.660 -43.350 1.00 0.00 MW H +ATOM 11865 H2 TIP3X2232 8.750 -25.130 -43.280 1.00 0.00 MW H +ATOM 11866 OH2 TIP3X2233 -23.500 -22.950 23.500 1.00 0.00 MW O +ATOM 11867 H1 TIP3X2233 -23.020 -22.900 22.680 1.00 0.00 MW H +ATOM 11868 H2 TIP3X2233 -24.380 -22.660 23.280 1.00 0.00 MW H +ATOM 11869 OH2 TIP3X2234 -42.230 -36.460 30.030 1.00 0.00 MW O +ATOM 11870 H1 TIP3X2234 -42.040 -36.680 29.120 1.00 0.00 MW H +ATOM 11871 H2 TIP3X2234 -43.180 -36.500 30.100 1.00 0.00 MW H +ATOM 11872 OH2 TIP3X2235 -3.150 -32.600 -46.690 1.00 0.00 MW O +ATOM 11873 H1 TIP3X2235 -2.530 -32.180 -46.100 1.00 0.00 MW H +ATOM 11874 H2 TIP3X2235 -2.690 -33.370 -47.030 1.00 0.00 MW H +ATOM 11875 OH2 TIP3X2236 1.280 21.930 24.620 1.00 0.00 MW O +ATOM 11876 H1 TIP3X2236 1.350 21.450 23.810 1.00 0.00 MW H +ATOM 11877 H2 TIP3X2236 0.670 21.440 25.160 1.00 0.00 MW H +ATOM 11878 OH2 TIP3X2237 5.760 -26.120 30.340 1.00 0.00 MW O +ATOM 11879 H1 TIP3X2237 4.900 -26.510 30.200 1.00 0.00 MW H +ATOM 11880 H2 TIP3X2237 5.790 -25.390 29.710 1.00 0.00 MW H +ATOM 11881 OH2 TIP3X2238 -36.330 -41.790 -46.260 1.00 0.00 MW O +ATOM 11882 H1 TIP3X2238 -35.420 -41.490 -46.240 1.00 0.00 MW H +ATOM 11883 H2 TIP3X2238 -36.810 -41.050 -46.630 1.00 0.00 MW H +ATOM 11884 OH2 TIP3X2239 -42.770 -46.770 26.250 1.00 0.00 MW O +ATOM 11885 H1 TIP3X2239 -42.410 -47.530 26.710 1.00 0.00 MW H +ATOM 11886 H2 TIP3X2239 -42.760 -46.070 26.910 1.00 0.00 MW H +ATOM 11887 OH2 TIP3X2240 20.530 5.300 -27.700 1.00 0.00 MW O +ATOM 11888 H1 TIP3X2240 20.650 6.190 -28.020 1.00 0.00 MW H +ATOM 11889 H2 TIP3X2240 21.170 5.210 -26.990 1.00 0.00 MW H +ATOM 11890 OH2 TIP3X2241 29.680 -36.600 -50.270 1.00 0.00 MW O +ATOM 11891 H1 TIP3X2241 30.190 -36.800 -51.070 1.00 0.00 MW H +ATOM 11892 H2 TIP3X2241 29.890 -35.700 -50.070 1.00 0.00 MW H +ATOM 11893 OH2 TIP3X2242 32.730 4.980 -32.920 1.00 0.00 MW O +ATOM 11894 H1 TIP3X2242 32.410 5.000 -33.820 1.00 0.00 MW H +ATOM 11895 H2 TIP3X2242 32.370 4.160 -32.560 1.00 0.00 MW H +ATOM 11896 OH2 TIP3X2243 39.810 40.810 -42.640 1.00 0.00 MW O +ATOM 11897 H1 TIP3X2243 38.880 40.700 -42.830 1.00 0.00 MW H +ATOM 11898 H2 TIP3X2243 40.100 41.470 -43.260 1.00 0.00 MW H +ATOM 11899 OH2 TIP3X2244 11.790 32.360 -38.510 1.00 0.00 MW O +ATOM 11900 H1 TIP3X2244 11.360 32.760 -37.750 1.00 0.00 MW H +ATOM 11901 H2 TIP3X2244 12.700 32.650 -38.460 1.00 0.00 MW H +ATOM 11902 OH2 TIP3X2245 29.490 2.660 -37.470 1.00 0.00 MW O +ATOM 11903 H1 TIP3X2245 28.680 2.660 -36.940 1.00 0.00 MW H +ATOM 11904 H2 TIP3X2245 29.270 2.160 -38.250 1.00 0.00 MW H +ATOM 11905 OH2 TIP3X2246 -33.960 0.050 -8.750 1.00 0.00 MW O +ATOM 11906 H1 TIP3X2246 -33.690 0.940 -8.960 1.00 0.00 MW H +ATOM 11907 H2 TIP3X2246 -34.040 0.030 -7.800 1.00 0.00 MW H +ATOM 11908 OH2 TIP3X2247 7.470 -36.530 -20.630 1.00 0.00 MW O +ATOM 11909 H1 TIP3X2247 7.140 -37.430 -20.760 1.00 0.00 MW H +ATOM 11910 H2 TIP3X2247 7.010 -36.020 -21.300 1.00 0.00 MW H +ATOM 11911 OH2 TIP3X2248 -34.340 33.010 23.280 1.00 0.00 MW O +ATOM 11912 H1 TIP3X2248 -34.360 33.840 23.750 1.00 0.00 MW H +ATOM 11913 H2 TIP3X2248 -34.030 32.380 23.930 1.00 0.00 MW H +ATOM 11914 OH2 TIP3X2249 37.560 27.150 -19.560 1.00 0.00 MW O +ATOM 11915 H1 TIP3X2249 37.990 27.810 -20.090 1.00 0.00 MW H +ATOM 11916 H2 TIP3X2249 36.650 27.170 -19.840 1.00 0.00 MW H +ATOM 11917 OH2 TIP3X2250 -15.990 -1.010 -17.180 1.00 0.00 MW O +ATOM 11918 H1 TIP3X2250 -16.470 -0.250 -17.510 1.00 0.00 MW H +ATOM 11919 H2 TIP3X2250 -16.500 -1.760 -17.500 1.00 0.00 MW H +ATOM 11920 OH2 TIP3X2251 42.980 23.210 -40.120 1.00 0.00 MW O +ATOM 11921 H1 TIP3X2251 43.130 22.540 -39.450 1.00 0.00 MW H +ATOM 11922 H2 TIP3X2251 43.430 23.980 -39.790 1.00 0.00 MW H +ATOM 11923 OH2 TIP3X2252 -26.460 -27.000 26.120 1.00 0.00 MW O +ATOM 11924 H1 TIP3X2252 -26.950 -27.270 25.350 1.00 0.00 MW H +ATOM 11925 H2 TIP3X2252 -25.670 -26.600 25.780 1.00 0.00 MW H +ATOM 11926 OH2 TIP3X2253 -32.990 -31.120 32.220 1.00 0.00 MW O +ATOM 11927 H1 TIP3X2253 -32.130 -30.920 31.850 1.00 0.00 MW H +ATOM 11928 H2 TIP3X2253 -33.580 -31.140 31.470 1.00 0.00 MW H +ATOM 11929 OH2 TIP3X2254 32.780 -11.310 -23.960 1.00 0.00 MW O +ATOM 11930 H1 TIP3X2254 32.240 -12.070 -23.740 1.00 0.00 MW H +ATOM 11931 H2 TIP3X2254 33.670 -11.650 -23.960 1.00 0.00 MW H +ATOM 11932 OH2 TIP3X2255 -24.610 28.830 21.590 1.00 0.00 MW O +ATOM 11933 H1 TIP3X2255 -23.980 28.450 20.970 1.00 0.00 MW H +ATOM 11934 H2 TIP3X2255 -24.620 29.760 21.390 1.00 0.00 MW H +ATOM 11935 OH2 TIP3X2256 5.910 -45.510 30.280 1.00 0.00 MW O +ATOM 11936 H1 TIP3X2256 5.790 -45.200 31.180 1.00 0.00 MW H +ATOM 11937 H2 TIP3X2256 5.020 -45.650 29.950 1.00 0.00 MW H +ATOM 11938 OH2 TIP3X2257 -39.950 26.140 -39.870 1.00 0.00 MW O +ATOM 11939 H1 TIP3X2257 -39.610 27.010 -40.050 1.00 0.00 MW H +ATOM 11940 H2 TIP3X2257 -40.480 26.240 -39.070 1.00 0.00 MW H +ATOM 11941 OH2 TIP3X2258 -7.260 27.920 -39.920 1.00 0.00 MW O +ATOM 11942 H1 TIP3X2258 -7.890 27.290 -39.580 1.00 0.00 MW H +ATOM 11943 H2 TIP3X2258 -6.400 27.550 -39.720 1.00 0.00 MW H +ATOM 11944 OH2 TIP3X2259 34.130 -15.920 -47.800 1.00 0.00 MW O +ATOM 11945 H1 TIP3X2259 34.440 -15.020 -47.890 1.00 0.00 MW H +ATOM 11946 H2 TIP3X2259 34.870 -16.450 -48.100 1.00 0.00 MW H +ATOM 11947 OH2 TIP3X2260 -15.220 11.480 -28.310 1.00 0.00 MW O +ATOM 11948 H1 TIP3X2260 -15.870 10.830 -28.060 1.00 0.00 MW H +ATOM 11949 H2 TIP3X2260 -15.710 12.100 -28.870 1.00 0.00 MW H +ATOM 11950 OH2 TIP3X2261 26.610 -37.470 -38.940 1.00 0.00 MW O +ATOM 11951 H1 TIP3X2261 27.340 -38.050 -38.690 1.00 0.00 MW H +ATOM 11952 H2 TIP3X2261 25.890 -37.730 -38.370 1.00 0.00 MW H +ATOM 11953 OH2 TIP3X2262 33.760 36.740 36.460 1.00 0.00 MW O +ATOM 11954 H1 TIP3X2262 33.620 37.690 36.460 1.00 0.00 MW H +ATOM 11955 H2 TIP3X2262 33.150 36.400 37.120 1.00 0.00 MW H +ATOM 11956 OH2 TIP3X2263 -32.460 -3.670 -43.820 1.00 0.00 MW O +ATOM 11957 H1 TIP3X2263 -32.890 -2.830 -43.680 1.00 0.00 MW H +ATOM 11958 H2 TIP3X2263 -33.070 -4.310 -43.460 1.00 0.00 MW H +ATOM 11959 OH2 TIP3X2264 -42.810 -28.460 11.870 1.00 0.00 MW O +ATOM 11960 H1 TIP3X2264 -43.580 -28.100 12.320 1.00 0.00 MW H +ATOM 11961 H2 TIP3X2264 -42.120 -27.820 12.030 1.00 0.00 MW H +ATOM 11962 OH2 TIP3X2265 39.520 10.300 -12.330 1.00 0.00 MW O +ATOM 11963 H1 TIP3X2265 39.050 9.460 -12.280 1.00 0.00 MW H +ATOM 11964 H2 TIP3X2265 39.990 10.270 -13.160 1.00 0.00 MW H +ATOM 11965 OH2 TIP3X2266 0.340 28.850 -23.750 1.00 0.00 MW O +ATOM 11966 H1 TIP3X2266 1.100 28.260 -23.820 1.00 0.00 MW H +ATOM 11967 H2 TIP3X2266 -0.030 28.870 -24.630 1.00 0.00 MW H +ATOM 11968 OH2 TIP3X2267 14.110 -22.510 -42.660 1.00 0.00 MW O +ATOM 11969 H1 TIP3X2267 13.690 -21.980 -41.990 1.00 0.00 MW H +ATOM 11970 H2 TIP3X2267 14.410 -23.300 -42.200 1.00 0.00 MW H +ATOM 11971 OH2 TIP3X2268 21.620 16.800 -19.430 1.00 0.00 MW O +ATOM 11972 H1 TIP3X2268 21.730 17.560 -20.000 1.00 0.00 MW H +ATOM 11973 H2 TIP3X2268 20.720 16.860 -19.110 1.00 0.00 MW H +ATOM 11974 OH2 TIP3X2269 -37.050 -4.080 -20.980 1.00 0.00 MW O +ATOM 11975 H1 TIP3X2269 -37.230 -4.730 -21.650 1.00 0.00 MW H +ATOM 11976 H2 TIP3X2269 -37.570 -4.360 -20.220 1.00 0.00 MW H +ATOM 11977 OH2 TIP3X2270 30.980 -13.630 -23.270 1.00 0.00 MW O +ATOM 11978 H1 TIP3X2270 31.420 -13.750 -22.440 1.00 0.00 MW H +ATOM 11979 H2 TIP3X2270 30.140 -14.080 -23.170 1.00 0.00 MW H +ATOM 11980 OH2 TIP3X2271 27.250 -46.980 -50.230 1.00 0.00 MW O +ATOM 11981 H1 TIP3X2271 26.510 -47.580 -50.350 1.00 0.00 MW H +ATOM 11982 H2 TIP3X2271 27.830 -47.440 -49.630 1.00 0.00 MW H +ATOM 11983 OH2 TIP3X2272 -19.520 -22.570 33.700 1.00 0.00 MW O +ATOM 11984 H1 TIP3X2272 -20.420 -22.380 33.430 1.00 0.00 MW H +ATOM 11985 H2 TIP3X2272 -19.450 -23.520 33.720 1.00 0.00 MW H +ATOM 11986 OH2 TIP3X2273 -26.390 9.480 32.630 1.00 0.00 MW O +ATOM 11987 H1 TIP3X2273 -27.290 9.160 32.640 1.00 0.00 MW H +ATOM 11988 H2 TIP3X2273 -26.410 10.250 33.190 1.00 0.00 MW H +ATOM 11989 OH2 TIP3X2274 -32.570 -13.540 37.100 1.00 0.00 MW O +ATOM 11990 H1 TIP3X2274 -32.310 -13.100 36.290 1.00 0.00 MW H +ATOM 11991 H2 TIP3X2274 -32.580 -14.480 36.870 1.00 0.00 MW H +ATOM 11992 OH2 TIP3X2275 13.750 -0.480 -21.920 1.00 0.00 MW O +ATOM 11993 H1 TIP3X2275 14.090 0.270 -21.440 1.00 0.00 MW H +ATOM 11994 H2 TIP3X2275 14.500 -0.820 -22.410 1.00 0.00 MW H +ATOM 11995 OH2 TIP3X2276 3.270 8.730 -39.400 1.00 0.00 MW O +ATOM 11996 H1 TIP3X2276 3.740 8.970 -38.590 1.00 0.00 MW H +ATOM 11997 H2 TIP3X2276 2.360 8.950 -39.220 1.00 0.00 MW H +ATOM 11998 OH2 TIP3X2277 42.380 -34.320 -29.460 1.00 0.00 MW O +ATOM 11999 H1 TIP3X2277 42.480 -33.380 -29.610 1.00 0.00 MW H +ATOM 12000 H2 TIP3X2277 41.970 -34.380 -28.590 1.00 0.00 MW H +ATOM 12001 OH2 TIP3X2278 19.480 -21.070 -27.100 1.00 0.00 MW O +ATOM 12002 H1 TIP3X2278 19.640 -20.230 -26.670 1.00 0.00 MW H +ATOM 12003 H2 TIP3X2278 18.970 -20.850 -27.880 1.00 0.00 MW H +ATOM 12004 OH2 TIP3X2279 40.150 0.470 -20.970 1.00 0.00 MW O +ATOM 12005 H1 TIP3X2279 40.650 0.590 -21.770 1.00 0.00 MW H +ATOM 12006 H2 TIP3X2279 39.390 1.060 -21.050 1.00 0.00 MW H +ATOM 12007 OH2 TIP3X2280 -15.320 -36.080 32.480 1.00 0.00 MW O +ATOM 12008 H1 TIP3X2280 -14.600 -36.360 33.030 1.00 0.00 MW H +ATOM 12009 H2 TIP3X2280 -15.530 -35.190 32.800 1.00 0.00 MW H +ATOM 12010 OH2 TIP3X2281 -41.340 33.100 -23.010 1.00 0.00 MW O +ATOM 12011 H1 TIP3X2281 -41.570 34.000 -23.230 1.00 0.00 MW H +ATOM 12012 H2 TIP3X2281 -41.030 32.730 -23.850 1.00 0.00 MW H +ATOM 12013 OH2 TIP3X2282 -22.780 22.010 -32.330 1.00 0.00 MW O +ATOM 12014 H1 TIP3X2282 -22.620 22.830 -32.810 1.00 0.00 MW H +ATOM 12015 H2 TIP3X2282 -23.730 21.930 -32.290 1.00 0.00 MW H +ATOM 12016 OH2 TIP3X2283 35.220 -23.650 36.910 1.00 0.00 MW O +ATOM 12017 H1 TIP3X2283 35.920 -24.240 36.610 1.00 0.00 MW H +ATOM 12018 H2 TIP3X2283 34.520 -24.240 37.180 1.00 0.00 MW H +ATOM 12019 OH2 TIP3X2284 -22.380 18.230 -22.640 1.00 0.00 MW O +ATOM 12020 H1 TIP3X2284 -21.590 17.700 -22.520 1.00 0.00 MW H +ATOM 12021 H2 TIP3X2284 -23.060 17.770 -22.160 1.00 0.00 MW H +ATOM 12022 OH2 TIP3X2285 -3.980 27.510 -35.400 1.00 0.00 MW O +ATOM 12023 H1 TIP3X2285 -3.660 26.980 -34.670 1.00 0.00 MW H +ATOM 12024 H2 TIP3X2285 -4.490 28.200 -34.980 1.00 0.00 MW H +ATOM 12025 OH2 TIP3X2286 -17.610 -2.230 -25.920 1.00 0.00 MW O +ATOM 12026 H1 TIP3X2286 -16.740 -2.400 -26.270 1.00 0.00 MW H +ATOM 12027 H2 TIP3X2286 -18.120 -2.980 -26.220 1.00 0.00 MW H +ATOM 12028 OH2 TIP3X2287 32.850 -14.740 -50.290 1.00 0.00 MW O +ATOM 12029 H1 TIP3X2287 33.440 -14.100 -49.870 1.00 0.00 MW H +ATOM 12030 H2 TIP3X2287 32.810 -15.460 -49.660 1.00 0.00 MW H +ATOM 12031 OH2 TIP3X2288 -42.740 -3.150 -23.380 1.00 0.00 MW O +ATOM 12032 H1 TIP3X2288 -42.830 -2.460 -22.730 1.00 0.00 MW H +ATOM 12033 H2 TIP3X2288 -43.640 -3.370 -23.620 1.00 0.00 MW H +ATOM 12034 OH2 TIP3X2289 -17.100 -37.780 -28.330 1.00 0.00 MW O +ATOM 12035 H1 TIP3X2289 -17.800 -37.470 -28.910 1.00 0.00 MW H +ATOM 12036 H2 TIP3X2289 -17.440 -37.630 -27.440 1.00 0.00 MW H +ATOM 12037 OH2 TIP3X2290 -28.020 25.810 -42.010 1.00 0.00 MW O +ATOM 12038 H1 TIP3X2290 -28.240 26.700 -41.720 1.00 0.00 MW H +ATOM 12039 H2 TIP3X2290 -27.540 25.950 -42.830 1.00 0.00 MW H +ATOM 12040 OH2 TIP3X2291 45.260 -17.610 -47.520 1.00 0.00 MW O +ATOM 12041 H1 TIP3X2291 44.640 -17.730 -48.240 1.00 0.00 MW H +ATOM 12042 H2 TIP3X2291 45.850 -16.920 -47.830 1.00 0.00 MW H +ATOM 12043 OH2 TIP3X2292 7.610 -32.930 -45.060 1.00 0.00 MW O +ATOM 12044 H1 TIP3X2292 6.900 -33.420 -45.500 1.00 0.00 MW H +ATOM 12045 H2 TIP3X2292 7.740 -33.400 -44.240 1.00 0.00 MW H +ATOM 12046 OH2 TIP3X2293 -37.480 15.110 21.280 1.00 0.00 MW O +ATOM 12047 H1 TIP3X2293 -37.380 14.890 20.360 1.00 0.00 MW H +ATOM 12048 H2 TIP3X2293 -36.700 14.710 21.710 1.00 0.00 MW H +ATOM 12049 OH2 TIP3X2294 -3.590 -47.120 36.230 1.00 0.00 MW O +ATOM 12050 H1 TIP3X2294 -3.020 -46.710 35.580 1.00 0.00 MW H +ATOM 12051 H2 TIP3X2294 -4.010 -47.830 35.770 1.00 0.00 MW H +ATOM 12052 OH2 TIP3X2295 21.500 -14.890 -43.150 1.00 0.00 MW O +ATOM 12053 H1 TIP3X2295 21.080 -14.910 -42.290 1.00 0.00 MW H +ATOM 12054 H2 TIP3X2295 21.800 -15.790 -43.290 1.00 0.00 MW H +ATOM 12055 OH2 TIP3X2296 31.810 15.400 13.600 1.00 0.00 MW O +ATOM 12056 H1 TIP3X2296 30.860 15.340 13.670 1.00 0.00 MW H +ATOM 12057 H2 TIP3X2296 31.970 16.310 13.350 1.00 0.00 MW H +ATOM 12058 OH2 TIP3X2297 38.160 24.040 19.630 1.00 0.00 MW O +ATOM 12059 H1 TIP3X2297 38.330 23.160 19.970 1.00 0.00 MW H +ATOM 12060 H2 TIP3X2297 38.320 23.970 18.690 1.00 0.00 MW H +ATOM 12061 OH2 TIP3X2298 36.690 20.610 -44.760 1.00 0.00 MW O +ATOM 12062 H1 TIP3X2298 36.670 20.720 -43.810 1.00 0.00 MW H +ATOM 12063 H2 TIP3X2298 36.730 21.510 -45.100 1.00 0.00 MW H +ATOM 12064 OH2 TIP3X2299 -19.040 41.530 -26.170 1.00 0.00 MW O +ATOM 12065 H1 TIP3X2299 -18.850 41.610 -27.110 1.00 0.00 MW H +ATOM 12066 H2 TIP3X2299 -19.850 42.010 -26.060 1.00 0.00 MW H +ATOM 12067 OH2 TIP3X2300 -15.460 -20.900 31.570 1.00 0.00 MW O +ATOM 12068 H1 TIP3X2300 -14.990 -20.080 31.380 1.00 0.00 MW H +ATOM 12069 H2 TIP3X2300 -16.380 -20.690 31.460 1.00 0.00 MW H +ATOM 12070 OH2 TIP3X2301 -11.160 -24.530 33.460 1.00 0.00 MW O +ATOM 12071 H1 TIP3X2301 -11.290 -25.340 32.960 1.00 0.00 MW H +ATOM 12072 H2 TIP3X2301 -11.820 -24.580 34.160 1.00 0.00 MW H +ATOM 12073 OH2 TIP3X2302 -30.840 15.210 -19.520 1.00 0.00 MW O +ATOM 12074 H1 TIP3X2302 -29.960 15.340 -19.890 1.00 0.00 MW H +ATOM 12075 H2 TIP3X2302 -31.330 14.800 -20.220 1.00 0.00 MW H +ATOM 12076 OH2 TIP3X2303 3.590 6.600 30.530 1.00 0.00 MW O +ATOM 12077 H1 TIP3X2303 3.470 6.940 31.400 1.00 0.00 MW H +ATOM 12078 H2 TIP3X2303 3.860 5.680 30.650 1.00 0.00 MW H +ATOM 12079 OH2 TIP3X2304 21.510 44.030 -48.130 1.00 0.00 MW O +ATOM 12080 H1 TIP3X2304 21.210 43.510 -47.380 1.00 0.00 MW H +ATOM 12081 H2 TIP3X2304 21.280 44.930 -47.890 1.00 0.00 MW H +ATOM 12082 OH2 TIP3X2305 8.320 19.250 22.870 1.00 0.00 MW O +ATOM 12083 H1 TIP3X2305 7.750 19.860 23.350 1.00 0.00 MW H +ATOM 12084 H2 TIP3X2305 7.720 18.690 22.370 1.00 0.00 MW H +ATOM 12085 OH2 TIP3X2306 -2.240 26.300 -49.110 1.00 0.00 MW O +ATOM 12086 H1 TIP3X2306 -2.030 25.370 -49.080 1.00 0.00 MW H +ATOM 12087 H2 TIP3X2306 -2.380 26.540 -48.190 1.00 0.00 MW H +ATOM 12088 OH2 TIP3X2307 48.040 40.100 23.530 1.00 0.00 MW O +ATOM 12089 H1 TIP3X2307 47.860 40.870 24.060 1.00 0.00 MW H +ATOM 12090 H2 TIP3X2307 47.680 40.310 22.670 1.00 0.00 MW H +ATOM 12091 OH2 TIP3X2308 -15.570 2.970 20.990 1.00 0.00 MW O +ATOM 12092 H1 TIP3X2308 -14.620 3.000 21.150 1.00 0.00 MW H +ATOM 12093 H2 TIP3X2308 -15.690 2.190 20.440 1.00 0.00 MW H +ATOM 12094 OH2 TIP3X2309 20.390 22.600 -16.600 1.00 0.00 MW O +ATOM 12095 H1 TIP3X2309 20.290 22.600 -15.650 1.00 0.00 MW H +ATOM 12096 H2 TIP3X2309 19.490 22.570 -16.930 1.00 0.00 MW H +ATOM 12097 OH2 TIP3X2310 45.420 -47.850 27.380 1.00 0.00 MW O +ATOM 12098 H1 TIP3X2310 46.010 -47.860 26.620 1.00 0.00 MW H +ATOM 12099 H2 TIP3X2310 45.680 -47.080 27.880 1.00 0.00 MW H +ATOM 12100 OH2 TIP3X2311 -5.140 -14.550 -50.130 1.00 0.00 MW O +ATOM 12101 H1 TIP3X2311 -4.820 -14.250 -49.270 1.00 0.00 MW H +ATOM 12102 H2 TIP3X2311 -4.370 -14.640 -50.670 1.00 0.00 MW H +ATOM 12103 OH2 TIP3X2312 -19.040 -41.310 28.930 1.00 0.00 MW O +ATOM 12104 H1 TIP3X2312 -19.000 -40.430 29.320 1.00 0.00 MW H +ATOM 12105 H2 TIP3X2312 -18.550 -41.220 28.120 1.00 0.00 MW H +ATOM 12106 OH2 TIP3X2313 13.370 18.950 17.260 1.00 0.00 MW O +ATOM 12107 H1 TIP3X2313 13.810 19.640 17.740 1.00 0.00 MW H +ATOM 12108 H2 TIP3X2313 14.070 18.490 16.800 1.00 0.00 MW H +ATOM 12109 OH2 TIP3X2314 15.300 30.300 -27.910 1.00 0.00 MW O +ATOM 12110 H1 TIP3X2314 15.780 30.840 -28.530 1.00 0.00 MW H +ATOM 12111 H2 TIP3X2314 14.930 30.910 -27.280 1.00 0.00 MW H +ATOM 12112 OH2 TIP3X2315 9.770 10.480 36.630 1.00 0.00 MW O +ATOM 12113 H1 TIP3X2315 9.490 11.160 36.030 1.00 0.00 MW H +ATOM 12114 H2 TIP3X2315 9.040 9.880 36.680 1.00 0.00 MW H +ATOM 12115 OH2 TIP3X2316 1.660 -10.160 29.550 1.00 0.00 MW O +ATOM 12116 H1 TIP3X2316 2.290 -10.580 28.950 1.00 0.00 MW H +ATOM 12117 H2 TIP3X2316 1.400 -9.360 29.080 1.00 0.00 MW H +ATOM 12118 OH2 TIP3X2317 -6.050 5.630 -48.020 1.00 0.00 MW O +ATOM 12119 H1 TIP3X2317 -6.080 5.870 -47.100 1.00 0.00 MW H +ATOM 12120 H2 TIP3X2317 -5.380 4.950 -48.070 1.00 0.00 MW H +ATOM 12121 OH2 TIP3X2318 22.830 -9.160 -34.910 1.00 0.00 MW O +ATOM 12122 H1 TIP3X2318 23.170 -9.530 -35.730 1.00 0.00 MW H +ATOM 12123 H2 TIP3X2318 23.490 -9.370 -34.260 1.00 0.00 MW H +ATOM 12124 OH2 TIP3X2319 22.910 -16.430 -40.600 1.00 0.00 MW O +ATOM 12125 H1 TIP3X2319 22.130 -15.930 -40.350 1.00 0.00 MW H +ATOM 12126 H2 TIP3X2319 23.540 -15.770 -40.870 1.00 0.00 MW H +ATOM 12127 OH2 TIP3X2320 30.400 4.280 -29.840 1.00 0.00 MW O +ATOM 12128 H1 TIP3X2320 31.130 3.960 -29.290 1.00 0.00 MW H +ATOM 12129 H2 TIP3X2320 29.670 4.340 -29.240 1.00 0.00 MW H +ATOM 12130 OH2 TIP3X2321 -7.500 20.740 -44.800 1.00 0.00 MW O +ATOM 12131 H1 TIP3X2321 -7.200 20.450 -45.660 1.00 0.00 MW H +ATOM 12132 H2 TIP3X2321 -7.190 20.070 -44.190 1.00 0.00 MW H +ATOM 12133 OH2 TIP3X2322 38.330 16.760 -15.190 1.00 0.00 MW O +ATOM 12134 H1 TIP3X2322 37.430 16.430 -15.190 1.00 0.00 MW H +ATOM 12135 H2 TIP3X2322 38.870 16.020 -14.940 1.00 0.00 MW H +ATOM 12136 OH2 TIP3X2323 5.350 1.250 34.340 1.00 0.00 MW O +ATOM 12137 H1 TIP3X2323 5.490 0.310 34.470 1.00 0.00 MW H +ATOM 12138 H2 TIP3X2323 4.400 1.360 34.330 1.00 0.00 MW H +ATOM 12139 OH2 TIP3X2324 38.790 29.210 -40.220 1.00 0.00 MW O +ATOM 12140 H1 TIP3X2324 39.610 28.950 -39.780 1.00 0.00 MW H +ATOM 12141 H2 TIP3X2324 38.930 30.140 -40.460 1.00 0.00 MW H +ATOM 12142 OH2 TIP3X2325 -24.000 19.540 -19.890 1.00 0.00 MW O +ATOM 12143 H1 TIP3X2325 -23.100 19.880 -19.840 1.00 0.00 MW H +ATOM 12144 H2 TIP3X2325 -23.940 18.640 -19.550 1.00 0.00 MW H +ATOM 12145 OH2 TIP3X2326 -38.810 16.550 35.610 1.00 0.00 MW O +ATOM 12146 H1 TIP3X2326 -39.480 17.070 35.160 1.00 0.00 MW H +ATOM 12147 H2 TIP3X2326 -38.010 16.730 35.120 1.00 0.00 MW H +ATOM 12148 OH2 TIP3X2327 44.770 4.420 26.490 1.00 0.00 MW O +ATOM 12149 H1 TIP3X2327 43.930 4.060 26.200 1.00 0.00 MW H +ATOM 12150 H2 TIP3X2327 44.810 4.220 27.430 1.00 0.00 MW H +ATOM 12151 OH2 TIP3X2328 -12.380 -34.470 -36.990 1.00 0.00 MW O +ATOM 12152 H1 TIP3X2328 -12.920 -35.100 -37.460 1.00 0.00 MW H +ATOM 12153 H2 TIP3X2328 -11.490 -34.810 -37.080 1.00 0.00 MW H +ATOM 12154 OH2 TIP3X2329 -33.670 -45.170 -35.630 1.00 0.00 MW O +ATOM 12155 H1 TIP3X2329 -33.270 -44.540 -36.230 1.00 0.00 MW H +ATOM 12156 H2 TIP3X2329 -33.630 -44.730 -34.770 1.00 0.00 MW H +ATOM 12157 OH2 TIP3X2330 -41.430 20.700 -23.420 1.00 0.00 MW O +ATOM 12158 H1 TIP3X2330 -41.150 21.610 -23.340 1.00 0.00 MW H +ATOM 12159 H2 TIP3X2330 -42.390 20.730 -23.340 1.00 0.00 MW H +ATOM 12160 OH2 TIP3X2331 -38.800 15.720 -30.970 1.00 0.00 MW O +ATOM 12161 H1 TIP3X2331 -39.620 16.180 -31.170 1.00 0.00 MW H +ATOM 12162 H2 TIP3X2331 -38.980 14.810 -31.130 1.00 0.00 MW H +ATOM 12163 OH2 TIP3X2332 42.150 35.110 20.200 1.00 0.00 MW O +ATOM 12164 H1 TIP3X2332 41.260 34.920 20.490 1.00 0.00 MW H +ATOM 12165 H2 TIP3X2332 42.350 35.970 20.570 1.00 0.00 MW H +ATOM 12166 OH2 TIP3X2333 -16.210 -34.240 36.370 1.00 0.00 MW O +ATOM 12167 H1 TIP3X2333 -15.640 -34.940 36.700 1.00 0.00 MW H +ATOM 12168 H2 TIP3X2333 -16.420 -33.730 37.150 1.00 0.00 MW H +ATOM 12169 OH2 TIP3X2334 -41.620 35.530 -24.160 1.00 0.00 MW O +ATOM 12170 H1 TIP3X2334 -41.940 36.220 -23.590 1.00 0.00 MW H +ATOM 12171 H2 TIP3X2334 -41.090 36.000 -24.810 1.00 0.00 MW H +ATOM 12172 OH2 TIP3X2335 30.530 38.560 -36.490 1.00 0.00 MW O +ATOM 12173 H1 TIP3X2335 29.880 38.240 -37.110 1.00 0.00 MW H +ATOM 12174 H2 TIP3X2335 31.150 39.060 -37.020 1.00 0.00 MW H +ATOM 12175 OH2 TIP3X2336 45.670 7.090 25.890 1.00 0.00 MW O +ATOM 12176 H1 TIP3X2336 45.340 6.220 26.110 1.00 0.00 MW H +ATOM 12177 H2 TIP3X2336 44.880 7.610 25.690 1.00 0.00 MW H +ATOM 12178 OH2 TIP3X2337 42.500 36.830 -26.910 1.00 0.00 MW O +ATOM 12179 H1 TIP3X2337 42.140 37.440 -27.540 1.00 0.00 MW H +ATOM 12180 H2 TIP3X2337 42.820 37.380 -26.200 1.00 0.00 MW H +ATOM 12181 OH2 TIP3X2338 -29.430 -36.590 -33.470 1.00 0.00 MW O +ATOM 12182 H1 TIP3X2338 -29.730 -35.710 -33.700 1.00 0.00 MW H +ATOM 12183 H2 TIP3X2338 -29.040 -36.940 -34.280 1.00 0.00 MW H +ATOM 12184 OH2 TIP3X2339 7.710 -27.570 37.880 1.00 0.00 MW O +ATOM 12185 H1 TIP3X2339 7.510 -26.640 37.820 1.00 0.00 MW H +ATOM 12186 H2 TIP3X2339 6.860 -28.000 37.780 1.00 0.00 MW H +ATOM 12187 OH2 TIP3X2340 -21.550 -22.730 -40.910 1.00 0.00 MW O +ATOM 12188 H1 TIP3X2340 -21.320 -23.360 -41.600 1.00 0.00 MW H +ATOM 12189 H2 TIP3X2340 -20.770 -22.660 -40.380 1.00 0.00 MW H +ATOM 12190 OH2 TIP3X2341 -1.780 -27.320 -35.240 1.00 0.00 MW O +ATOM 12191 H1 TIP3X2341 -1.590 -28.120 -35.740 1.00 0.00 MW H +ATOM 12192 H2 TIP3X2341 -1.080 -26.710 -35.490 1.00 0.00 MW H +ATOM 12193 OH2 TIP3X2342 34.800 -20.580 -33.270 1.00 0.00 MW O +ATOM 12194 H1 TIP3X2342 35.190 -21.400 -33.560 1.00 0.00 MW H +ATOM 12195 H2 TIP3X2342 34.400 -20.210 -34.060 1.00 0.00 MW H +ATOM 12196 OH2 TIP3X2343 36.330 26.080 -14.790 1.00 0.00 MW O +ATOM 12197 H1 TIP3X2343 36.890 26.420 -14.100 1.00 0.00 MW H +ATOM 12198 H2 TIP3X2343 35.440 26.340 -14.540 1.00 0.00 MW H +ATOM 12199 OH2 TIP3X2344 -36.390 34.060 38.880 1.00 0.00 MW O +ATOM 12200 H1 TIP3X2344 -37.350 33.960 38.960 1.00 0.00 MW H +ATOM 12201 H2 TIP3X2344 -36.150 34.660 39.580 1.00 0.00 MW H +ATOM 12202 OH2 TIP3X2345 -25.300 8.540 35.570 1.00 0.00 MW O +ATOM 12203 H1 TIP3X2345 -24.820 8.200 34.810 1.00 0.00 MW H +ATOM 12204 H2 TIP3X2345 -25.490 9.440 35.350 1.00 0.00 MW H +ATOM 12205 OH2 TIP3X2346 16.190 -15.820 36.640 1.00 0.00 MW O +ATOM 12206 H1 TIP3X2346 16.100 -15.090 36.040 1.00 0.00 MW H +ATOM 12207 H2 TIP3X2346 15.300 -15.990 36.950 1.00 0.00 MW H +ATOM 12208 OH2 TIP3X2347 19.040 0.620 -40.910 1.00 0.00 MW O +ATOM 12209 H1 TIP3X2347 19.220 1.450 -40.490 1.00 0.00 MW H +ATOM 12210 H2 TIP3X2347 19.540 -0.020 -40.400 1.00 0.00 MW H +ATOM 12211 OH2 TIP3X2348 -2.770 -1.630 -31.480 1.00 0.00 MW O +ATOM 12212 H1 TIP3X2348 -1.850 -1.370 -31.420 1.00 0.00 MW H +ATOM 12213 H2 TIP3X2348 -2.750 -2.480 -31.930 1.00 0.00 MW H +ATOM 12214 OH2 TIP3X2349 26.320 5.210 36.700 1.00 0.00 MW O +ATOM 12215 H1 TIP3X2349 26.700 4.330 36.630 1.00 0.00 MW H +ATOM 12216 H2 TIP3X2349 26.500 5.470 37.600 1.00 0.00 MW H +ATOM 12217 OH2 TIP3X2350 -40.720 -26.890 22.310 1.00 0.00 MW O +ATOM 12218 H1 TIP3X2350 -41.660 -26.870 22.490 1.00 0.00 MW H +ATOM 12219 H2 TIP3X2350 -40.370 -27.590 22.870 1.00 0.00 MW H +ATOM 12220 OH2 TIP3X2351 -36.720 -30.290 30.410 1.00 0.00 MW O +ATOM 12221 H1 TIP3X2351 -37.270 -29.530 30.190 1.00 0.00 MW H +ATOM 12222 H2 TIP3X2351 -36.400 -30.120 31.280 1.00 0.00 MW H +ATOM 12223 OH2 TIP3X2352 25.940 -45.960 -20.210 1.00 0.00 MW O +ATOM 12224 H1 TIP3X2352 26.330 -46.290 -19.400 1.00 0.00 MW H +ATOM 12225 H2 TIP3X2352 26.380 -45.120 -20.360 1.00 0.00 MW H +ATOM 12226 OH2 TIP3X2353 -39.560 -37.340 18.930 1.00 0.00 MW O +ATOM 12227 H1 TIP3X2353 -38.710 -36.970 19.140 1.00 0.00 MW H +ATOM 12228 H2 TIP3X2353 -40.160 -36.590 18.980 1.00 0.00 MW H +ATOM 12229 OH2 TIP3X2354 -22.210 8.150 18.440 1.00 0.00 MW O +ATOM 12230 H1 TIP3X2354 -21.330 7.820 18.650 1.00 0.00 MW H +ATOM 12231 H2 TIP3X2354 -22.790 7.440 18.730 1.00 0.00 MW H +ATOM 12232 OH2 TIP3X2355 39.600 11.900 15.180 1.00 0.00 MW O +ATOM 12233 H1 TIP3X2355 38.900 11.800 15.830 1.00 0.00 MW H +ATOM 12234 H2 TIP3X2355 39.260 12.540 14.560 1.00 0.00 MW H +ATOM 12235 OH2 TIP3X2356 -34.210 36.150 -29.110 1.00 0.00 MW O +ATOM 12236 H1 TIP3X2356 -33.870 36.160 -30.000 1.00 0.00 MW H +ATOM 12237 H2 TIP3X2356 -35.150 35.940 -29.210 1.00 0.00 MW H +ATOM 12238 OH2 TIP3X2357 -33.750 -41.330 -20.620 1.00 0.00 MW O +ATOM 12239 H1 TIP3X2357 -33.460 -40.810 -19.860 1.00 0.00 MW H +ATOM 12240 H2 TIP3X2357 -34.380 -41.940 -20.260 1.00 0.00 MW H +ATOM 12241 OH2 TIP3X2358 -38.800 13.070 -32.000 1.00 0.00 MW O +ATOM 12242 H1 TIP3X2358 -38.260 12.980 -31.210 1.00 0.00 MW H +ATOM 12243 H2 TIP3X2358 -39.660 13.330 -31.660 1.00 0.00 MW H +ATOM 12244 OH2 TIP3X2359 -21.050 40.590 37.940 1.00 0.00 MW O +ATOM 12245 H1 TIP3X2359 -20.810 41.410 38.360 1.00 0.00 MW H +ATOM 12246 H2 TIP3X2359 -20.290 40.030 38.080 1.00 0.00 MW H +ATOM 12247 OH2 TIP3X2360 3.960 -18.210 32.790 1.00 0.00 MW O +ATOM 12248 H1 TIP3X2360 4.380 -17.930 31.980 1.00 0.00 MW H +ATOM 12249 H2 TIP3X2360 3.930 -19.160 32.750 1.00 0.00 MW H +ATOM 12250 OH2 TIP3X2361 -42.970 -13.400 -38.000 1.00 0.00 MW O +ATOM 12251 H1 TIP3X2361 -43.870 -13.200 -38.260 1.00 0.00 MW H +ATOM 12252 H2 TIP3X2361 -43.050 -13.730 -37.100 1.00 0.00 MW H +ATOM 12253 OH2 TIP3X2362 -11.320 8.390 40.210 1.00 0.00 MW O +ATOM 12254 H1 TIP3X2362 -11.560 7.790 40.920 1.00 0.00 MW H +ATOM 12255 H2 TIP3X2362 -11.590 7.940 39.400 1.00 0.00 MW H +ATOM 12256 OH2 TIP3X2363 18.480 -20.320 -29.630 1.00 0.00 MW O +ATOM 12257 H1 TIP3X2363 18.140 -19.480 -29.940 1.00 0.00 MW H +ATOM 12258 H2 TIP3X2363 19.060 -20.610 -30.330 1.00 0.00 MW H +ATOM 12259 OH2 TIP3X2364 10.380 -22.870 -31.450 1.00 0.00 MW O +ATOM 12260 H1 TIP3X2364 10.900 -22.270 -31.990 1.00 0.00 MW H +ATOM 12261 H2 TIP3X2364 10.800 -23.730 -31.580 1.00 0.00 MW H +ATOM 12262 OH2 TIP3X2365 18.890 -1.670 23.970 1.00 0.00 MW O +ATOM 12263 H1 TIP3X2365 18.220 -2.360 23.960 1.00 0.00 MW H +ATOM 12264 H2 TIP3X2365 18.390 -0.850 23.990 1.00 0.00 MW H +ATOM 12265 OH2 TIP3X2366 14.080 22.330 -19.940 1.00 0.00 MW O +ATOM 12266 H1 TIP3X2366 14.090 21.630 -19.270 1.00 0.00 MW H +ATOM 12267 H2 TIP3X2366 15.010 22.490 -20.120 1.00 0.00 MW H +ATOM 12268 OH2 TIP3X2367 12.370 21.590 -35.560 1.00 0.00 MW O +ATOM 12269 H1 TIP3X2367 12.800 22.250 -35.030 1.00 0.00 MW H +ATOM 12270 H2 TIP3X2367 13.000 21.380 -36.260 1.00 0.00 MW H +ATOM 12271 OH2 TIP3X2368 -32.740 -38.900 -28.000 1.00 0.00 MW O +ATOM 12272 H1 TIP3X2368 -32.410 -39.460 -27.290 1.00 0.00 MW H +ATOM 12273 H2 TIP3X2368 -31.950 -38.530 -28.410 1.00 0.00 MW H +ATOM 12274 OH2 TIP3X2369 29.930 -39.990 28.520 1.00 0.00 MW O +ATOM 12275 H1 TIP3X2369 30.140 -39.300 29.140 1.00 0.00 MW H +ATOM 12276 H2 TIP3X2369 29.810 -40.770 29.050 1.00 0.00 MW H +ATOM 12277 OH2 TIP3X2370 -32.910 36.640 -23.780 1.00 0.00 MW O +ATOM 12278 H1 TIP3X2370 -33.110 37.050 -24.620 1.00 0.00 MW H +ATOM 12279 H2 TIP3X2370 -32.010 36.930 -23.600 1.00 0.00 MW H +ATOM 12280 OH2 TIP3X2371 -25.690 33.410 -30.930 1.00 0.00 MW O +ATOM 12281 H1 TIP3X2371 -26.320 33.490 -31.640 1.00 0.00 MW H +ATOM 12282 H2 TIP3X2371 -26.070 32.750 -30.340 1.00 0.00 MW H +ATOM 12283 OH2 TIP3X2372 -28.020 -7.670 32.700 1.00 0.00 MW O +ATOM 12284 H1 TIP3X2372 -27.280 -7.130 32.960 1.00 0.00 MW H +ATOM 12285 H2 TIP3X2372 -28.370 -8.010 33.530 1.00 0.00 MW H +ATOM 12286 OH2 TIP3X2373 32.930 -42.610 -49.850 1.00 0.00 MW O +ATOM 12287 H1 TIP3X2373 32.320 -42.320 -50.530 1.00 0.00 MW H +ATOM 12288 H2 TIP3X2373 33.700 -42.070 -49.980 1.00 0.00 MW H +ATOM 12289 OH2 TIP3X2374 -9.040 -27.540 -39.440 1.00 0.00 MW O +ATOM 12290 H1 TIP3X2374 -9.480 -28.180 -39.990 1.00 0.00 MW H +ATOM 12291 H2 TIP3X2374 -9.250 -27.800 -38.540 1.00 0.00 MW H +ATOM 12292 OH2 TIP3X2375 23.780 38.970 -36.900 1.00 0.00 MW O +ATOM 12293 H1 TIP3X2375 22.900 39.250 -36.650 1.00 0.00 MW H +ATOM 12294 H2 TIP3X2375 23.630 38.410 -37.670 1.00 0.00 MW H +ATOM 12295 OH2 TIP3X2376 41.540 13.930 -26.530 1.00 0.00 MW O +ATOM 12296 H1 TIP3X2376 41.710 13.220 -25.920 1.00 0.00 MW H +ATOM 12297 H2 TIP3X2376 41.490 13.510 -27.380 1.00 0.00 MW H +ATOM 12298 OH2 TIP3X2377 13.800 -17.320 27.270 1.00 0.00 MW O +ATOM 12299 H1 TIP3X2377 13.240 -18.090 27.220 1.00 0.00 MW H +ATOM 12300 H2 TIP3X2377 13.240 -16.660 27.690 1.00 0.00 MW H +ATOM 12301 OH2 TIP3X2378 8.920 -37.740 -17.410 1.00 0.00 MW O +ATOM 12302 H1 TIP3X2378 8.440 -37.460 -16.620 1.00 0.00 MW H +ATOM 12303 H2 TIP3X2378 8.720 -37.070 -18.060 1.00 0.00 MW H +ATOM 12304 OH2 TIP3X2379 6.880 -25.660 -39.690 1.00 0.00 MW O +ATOM 12305 H1 TIP3X2379 7.640 -25.150 -39.970 1.00 0.00 MW H +ATOM 12306 H2 TIP3X2379 7.170 -26.570 -39.710 1.00 0.00 MW H +ATOM 12307 OH2 TIP3X2380 -36.490 -2.220 -42.870 1.00 0.00 MW O +ATOM 12308 H1 TIP3X2380 -36.390 -2.260 -43.830 1.00 0.00 MW H +ATOM 12309 H2 TIP3X2380 -35.610 -2.420 -42.530 1.00 0.00 MW H +ATOM 12310 OH2 TIP3X2381 -26.490 -11.220 34.390 1.00 0.00 MW O +ATOM 12311 H1 TIP3X2381 -26.070 -10.360 34.340 1.00 0.00 MW H +ATOM 12312 H2 TIP3X2381 -26.170 -11.690 33.620 1.00 0.00 MW H +ATOM 12313 OH2 TIP3X2382 -7.880 32.460 -45.300 1.00 0.00 MW O +ATOM 12314 H1 TIP3X2382 -8.550 31.970 -45.780 1.00 0.00 MW H +ATOM 12315 H2 TIP3X2382 -7.900 32.100 -44.420 1.00 0.00 MW H +ATOM 12316 OH2 TIP3X2383 -12.580 -44.020 26.290 1.00 0.00 MW O +ATOM 12317 H1 TIP3X2383 -13.220 -43.440 25.910 1.00 0.00 MW H +ATOM 12318 H2 TIP3X2383 -12.070 -43.480 26.890 1.00 0.00 MW H +ATOM 12319 OH2 TIP3X2384 -31.930 37.120 33.880 1.00 0.00 MW O +ATOM 12320 H1 TIP3X2384 -31.560 37.330 33.020 1.00 0.00 MW H +ATOM 12321 H2 TIP3X2384 -32.470 36.340 33.730 1.00 0.00 MW H +ATOM 12322 OH2 TIP3X2385 39.880 8.810 -35.710 1.00 0.00 MW O +ATOM 12323 H1 TIP3X2385 40.200 8.330 -34.930 1.00 0.00 MW H +ATOM 12324 H2 TIP3X2385 39.610 8.130 -36.320 1.00 0.00 MW H +ATOM 12325 OH2 TIP3X2386 -25.890 -13.520 29.400 1.00 0.00 MW O +ATOM 12326 H1 TIP3X2386 -25.040 -13.490 28.940 1.00 0.00 MW H +ATOM 12327 H2 TIP3X2386 -25.840 -14.320 29.920 1.00 0.00 MW H +ATOM 12328 OH2 TIP3X2387 21.230 0.290 36.680 1.00 0.00 MW O +ATOM 12329 H1 TIP3X2387 20.360 0.160 37.040 1.00 0.00 MW H +ATOM 12330 H2 TIP3X2387 21.440 -0.530 36.240 1.00 0.00 MW H +ATOM 12331 OH2 TIP3X2388 24.920 39.120 36.310 1.00 0.00 MW O +ATOM 12332 H1 TIP3X2388 25.360 38.850 37.120 1.00 0.00 MW H +ATOM 12333 H2 TIP3X2388 24.830 38.310 35.800 1.00 0.00 MW H +ATOM 12334 OH2 TIP3X2389 21.820 9.180 -24.690 1.00 0.00 MW O +ATOM 12335 H1 TIP3X2389 22.660 9.430 -24.300 1.00 0.00 MW H +ATOM 12336 H2 TIP3X2389 21.310 9.990 -24.670 1.00 0.00 MW H +ATOM 12337 OH2 TIP3X2390 7.480 31.760 -42.540 1.00 0.00 MW O +ATOM 12338 H1 TIP3X2390 7.790 32.150 -43.360 1.00 0.00 MW H +ATOM 12339 H2 TIP3X2390 8.160 31.120 -42.310 1.00 0.00 MW H +ATOM 12340 OH2 TIP3X2391 37.650 39.230 -21.280 1.00 0.00 MW O +ATOM 12341 H1 TIP3X2391 38.560 39.520 -21.360 1.00 0.00 MW H +ATOM 12342 H2 TIP3X2391 37.150 39.900 -21.750 1.00 0.00 MW H +ATOM 12343 OH2 TIP3X2392 38.090 27.970 -47.090 1.00 0.00 MW O +ATOM 12344 H1 TIP3X2392 37.870 27.210 -47.640 1.00 0.00 MW H +ATOM 12345 H2 TIP3X2392 37.800 27.730 -46.210 1.00 0.00 MW H +ATOM 12346 OH2 TIP3X2393 -26.690 -22.820 -17.710 1.00 0.00 MW O +ATOM 12347 H1 TIP3X2393 -26.370 -22.170 -18.330 1.00 0.00 MW H +ATOM 12348 H2 TIP3X2393 -26.110 -23.580 -17.840 1.00 0.00 MW H +ATOM 12349 OH2 TIP3X2394 -11.410 -24.320 -26.800 1.00 0.00 MW O +ATOM 12350 H1 TIP3X2394 -11.180 -24.250 -27.730 1.00 0.00 MW H +ATOM 12351 H2 TIP3X2394 -11.110 -25.190 -26.550 1.00 0.00 MW H +ATOM 12352 OH2 TIP3X2395 -23.120 10.630 18.550 1.00 0.00 MW O +ATOM 12353 H1 TIP3X2395 -22.650 9.800 18.550 1.00 0.00 MW H +ATOM 12354 H2 TIP3X2395 -23.940 10.430 18.080 1.00 0.00 MW H +ATOM 12355 OH2 TIP3X2396 -11.010 38.300 15.130 1.00 0.00 MW O +ATOM 12356 H1 TIP3X2396 -11.230 37.830 15.940 1.00 0.00 MW H +ATOM 12357 H2 TIP3X2396 -11.260 37.710 14.420 1.00 0.00 MW H +ATOM 12358 OH2 TIP3X2397 6.550 -40.770 -30.190 1.00 0.00 MW O +ATOM 12359 H1 TIP3X2397 6.060 -41.590 -30.070 1.00 0.00 MW H +ATOM 12360 H2 TIP3X2397 6.080 -40.120 -29.680 1.00 0.00 MW H +ATOM 12361 OH2 TIP3X2398 10.510 28.530 -32.960 1.00 0.00 MW O +ATOM 12362 H1 TIP3X2398 10.640 28.920 -33.830 1.00 0.00 MW H +ATOM 12363 H2 TIP3X2398 11.040 29.070 -32.370 1.00 0.00 MW H +ATOM 12364 OH2 TIP3X2399 -24.770 31.180 -36.370 1.00 0.00 MW O +ATOM 12365 H1 TIP3X2399 -25.120 30.380 -36.770 1.00 0.00 MW H +ATOM 12366 H2 TIP3X2399 -23.890 30.940 -36.070 1.00 0.00 MW H +ATOM 12367 OH2 TIP3X2400 9.280 39.420 22.470 1.00 0.00 MW O +ATOM 12368 H1 TIP3X2400 9.930 39.320 21.780 1.00 0.00 MW H +ATOM 12369 H2 TIP3X2400 8.670 40.070 22.120 1.00 0.00 MW H +ATOM 12370 OH2 TIP3X2401 32.510 16.720 36.080 1.00 0.00 MW O +ATOM 12371 H1 TIP3X2401 32.080 17.250 36.750 1.00 0.00 MW H +ATOM 12372 H2 TIP3X2401 33.260 16.340 36.520 1.00 0.00 MW H +ATOM 12373 OH2 TIP3X2402 32.500 -0.580 -33.720 1.00 0.00 MW O +ATOM 12374 H1 TIP3X2402 33.250 -0.060 -33.430 1.00 0.00 MW H +ATOM 12375 H2 TIP3X2402 32.490 -1.340 -33.140 1.00 0.00 MW H +ATOM 12376 OH2 TIP3X2403 -7.900 11.820 -25.640 1.00 0.00 MW O +ATOM 12377 H1 TIP3X2403 -8.760 11.900 -26.080 1.00 0.00 MW H +ATOM 12378 H2 TIP3X2403 -7.870 12.560 -25.040 1.00 0.00 MW H +ATOM 12379 OH2 TIP3X2404 45.530 30.660 -19.030 1.00 0.00 MW O +ATOM 12380 H1 TIP3X2404 45.840 30.610 -18.130 1.00 0.00 MW H +ATOM 12381 H2 TIP3X2404 44.600 30.910 -18.970 1.00 0.00 MW H +ATOM 12382 OH2 TIP3X2405 -18.000 37.520 -43.150 1.00 0.00 MW O +ATOM 12383 H1 TIP3X2405 -17.430 38.260 -42.930 1.00 0.00 MW H +ATOM 12384 H2 TIP3X2405 -17.570 36.770 -42.740 1.00 0.00 MW H +ATOM 12385 OH2 TIP3X2406 -5.460 25.580 26.820 1.00 0.00 MW O +ATOM 12386 H1 TIP3X2406 -6.400 25.630 26.970 1.00 0.00 MW H +ATOM 12387 H2 TIP3X2406 -5.110 26.400 27.160 1.00 0.00 MW H +ATOM 12388 OH2 TIP3X2407 29.160 4.930 17.370 1.00 0.00 MW O +ATOM 12389 H1 TIP3X2407 29.430 5.580 18.020 1.00 0.00 MW H +ATOM 12390 H2 TIP3X2407 28.200 4.920 17.410 1.00 0.00 MW H +ATOM 12391 OH2 TIP3X2408 35.210 28.370 -13.380 1.00 0.00 MW O +ATOM 12392 H1 TIP3X2408 35.240 29.320 -13.400 1.00 0.00 MW H +ATOM 12393 H2 TIP3X2408 36.130 28.100 -13.240 1.00 0.00 MW H +ATOM 12394 OH2 TIP3X2409 19.680 38.980 24.310 1.00 0.00 MW O +ATOM 12395 H1 TIP3X2409 20.510 38.940 24.800 1.00 0.00 MW H +ATOM 12396 H2 TIP3X2409 19.030 39.220 24.960 1.00 0.00 MW H +ATOM 12397 OH2 TIP3X2410 -16.150 -41.860 -46.680 1.00 0.00 MW O +ATOM 12398 H1 TIP3X2410 -15.390 -42.330 -46.320 1.00 0.00 MW H +ATOM 12399 H2 TIP3X2410 -16.760 -42.540 -46.930 1.00 0.00 MW H +ATOM 12400 OH2 TIP3X2411 41.900 9.970 -31.310 1.00 0.00 MW O +ATOM 12401 H1 TIP3X2411 42.660 9.440 -31.040 1.00 0.00 MW H +ATOM 12402 H2 TIP3X2411 41.770 10.570 -30.580 1.00 0.00 MW H +ATOM 12403 OH2 TIP3X2412 -32.420 2.820 -9.580 1.00 0.00 MW O +ATOM 12404 H1 TIP3X2412 -31.890 3.130 -8.860 1.00 0.00 MW H +ATOM 12405 H2 TIP3X2412 -33.140 3.450 -9.660 1.00 0.00 MW H +ATOM 12406 OH2 TIP3X2413 -27.600 7.790 20.880 1.00 0.00 MW O +ATOM 12407 H1 TIP3X2413 -26.890 8.410 20.730 1.00 0.00 MW H +ATOM 12408 H2 TIP3X2413 -27.740 7.370 20.040 1.00 0.00 MW H +ATOM 12409 OH2 TIP3X2414 -35.970 22.190 -47.730 1.00 0.00 MW O +ATOM 12410 H1 TIP3X2414 -35.250 22.110 -48.360 1.00 0.00 MW H +ATOM 12411 H2 TIP3X2414 -35.580 22.630 -46.970 1.00 0.00 MW H +ATOM 12412 OH2 TIP3X2415 29.470 -8.600 24.720 1.00 0.00 MW O +ATOM 12413 H1 TIP3X2415 29.080 -7.760 24.480 1.00 0.00 MW H +ATOM 12414 H2 TIP3X2415 30.280 -8.640 24.210 1.00 0.00 MW H +ATOM 12415 OH2 TIP3X2416 7.680 -37.240 -40.850 1.00 0.00 MW O +ATOM 12416 H1 TIP3X2416 8.290 -37.800 -41.330 1.00 0.00 MW H +ATOM 12417 H2 TIP3X2416 6.810 -37.500 -41.150 1.00 0.00 MW H +ATOM 12418 OH2 TIP3X2417 -20.630 -34.170 -29.200 1.00 0.00 MW O +ATOM 12419 H1 TIP3X2417 -21.290 -33.550 -29.520 1.00 0.00 MW H +ATOM 12420 H2 TIP3X2417 -20.850 -34.290 -28.280 1.00 0.00 MW H +ATOM 12421 OH2 TIP3X2418 -38.470 -12.510 30.630 1.00 0.00 MW O +ATOM 12422 H1 TIP3X2418 -37.880 -13.160 31.000 1.00 0.00 MW H +ATOM 12423 H2 TIP3X2418 -39.240 -12.540 31.180 1.00 0.00 MW H +ATOM 12424 OH2 TIP3X2419 32.860 -49.710 -28.290 1.00 0.00 MW O +ATOM 12425 H1 TIP3X2419 33.480 -49.680 -29.020 1.00 0.00 MW H +ATOM 12426 H2 TIP3X2419 32.850 -48.820 -27.940 1.00 0.00 MW H +ATOM 12427 OH2 TIP3X2420 -2.280 -6.950 36.660 1.00 0.00 MW O +ATOM 12428 H1 TIP3X2420 -3.020 -7.030 36.070 1.00 0.00 MW H +ATOM 12429 H2 TIP3X2420 -1.560 -6.630 36.090 1.00 0.00 MW H +ATOM 12430 OH2 TIP3X2421 39.440 -39.520 -48.700 1.00 0.00 MW O +ATOM 12431 H1 TIP3X2421 39.570 -38.730 -49.210 1.00 0.00 MW H +ATOM 12432 H2 TIP3X2421 39.560 -39.240 -47.790 1.00 0.00 MW H +ATOM 12433 OH2 TIP3X2422 -18.690 1.890 29.510 1.00 0.00 MW O +ATOM 12434 H1 TIP3X2422 -19.390 2.440 29.860 1.00 0.00 MW H +ATOM 12435 H2 TIP3X2422 -19.140 1.220 29.000 1.00 0.00 MW H +ATOM 12436 OH2 TIP3X2423 4.940 27.780 -26.180 1.00 0.00 MW O +ATOM 12437 H1 TIP3X2423 5.560 28.400 -26.570 1.00 0.00 MW H +ATOM 12438 H2 TIP3X2423 5.280 27.630 -25.290 1.00 0.00 MW H +ATOM 12439 OH2 TIP3X2424 14.780 -15.480 -33.220 1.00 0.00 MW O +ATOM 12440 H1 TIP3X2424 14.120 -16.120 -33.480 1.00 0.00 MW H +ATOM 12441 H2 TIP3X2424 15.570 -15.780 -33.660 1.00 0.00 MW H +ATOM 12442 OH2 TIP3X2425 39.280 25.610 -23.180 1.00 0.00 MW O +ATOM 12443 H1 TIP3X2425 39.100 26.080 -24.000 1.00 0.00 MW H +ATOM 12444 H2 TIP3X2425 39.960 24.980 -23.400 1.00 0.00 MW H +ATOM 12445 OH2 TIP3X2426 -41.290 19.600 28.760 1.00 0.00 MW O +ATOM 12446 H1 TIP3X2426 -41.470 20.320 28.160 1.00 0.00 MW H +ATOM 12447 H2 TIP3X2426 -42.160 19.240 28.960 1.00 0.00 MW H +ATOM 12448 OH2 TIP3X2427 30.710 16.560 27.670 1.00 0.00 MW O +ATOM 12449 H1 TIP3X2427 29.890 16.590 27.190 1.00 0.00 MW H +ATOM 12450 H2 TIP3X2427 30.690 17.320 28.250 1.00 0.00 MW H +ATOM 12451 OH2 TIP3X2428 -40.140 8.820 -45.000 1.00 0.00 MW O +ATOM 12452 H1 TIP3X2428 -39.970 9.710 -45.290 1.00 0.00 MW H +ATOM 12453 H2 TIP3X2428 -40.530 8.920 -44.130 1.00 0.00 MW H +ATOM 12454 OH2 TIP3X2429 -1.050 -15.650 -49.400 1.00 0.00 MW O +ATOM 12455 H1 TIP3X2429 -1.580 -15.030 -49.910 1.00 0.00 MW H +ATOM 12456 H2 TIP3X2429 -1.270 -15.440 -48.480 1.00 0.00 MW H +ATOM 12457 OH2 TIP3X2430 33.450 30.040 -18.990 1.00 0.00 MW O +ATOM 12458 H1 TIP3X2430 33.080 30.100 -18.120 1.00 0.00 MW H +ATOM 12459 H2 TIP3X2430 34.310 30.440 -18.910 1.00 0.00 MW H +ATOM 12460 OH2 TIP3X2431 20.610 -20.300 -37.990 1.00 0.00 MW O +ATOM 12461 H1 TIP3X2431 20.010 -20.940 -37.610 1.00 0.00 MW H +ATOM 12462 H2 TIP3X2431 20.830 -20.670 -38.840 1.00 0.00 MW H +ATOM 12463 OH2 TIP3X2432 -44.820 22.190 -33.100 1.00 0.00 MW O +ATOM 12464 H1 TIP3X2432 -44.650 23.040 -32.710 1.00 0.00 MW H +ATOM 12465 H2 TIP3X2432 -45.590 22.330 -33.670 1.00 0.00 MW H +ATOM 12466 OH2 TIP3X2433 -40.310 -4.390 -47.920 1.00 0.00 MW O +ATOM 12467 H1 TIP3X2433 -40.880 -3.770 -47.460 1.00 0.00 MW H +ATOM 12468 H2 TIP3X2433 -39.910 -3.870 -48.620 1.00 0.00 MW H +ATOM 12469 OH2 TIP3X2434 -30.710 -12.240 -45.840 1.00 0.00 MW O +ATOM 12470 H1 TIP3X2434 -30.030 -12.140 -45.190 1.00 0.00 MW H +ATOM 12471 H2 TIP3X2434 -31.300 -12.890 -45.470 1.00 0.00 MW H +ATOM 12472 OH2 TIP3X2435 17.280 25.250 -42.630 1.00 0.00 MW O +ATOM 12473 H1 TIP3X2435 16.500 25.800 -42.590 1.00 0.00 MW H +ATOM 12474 H2 TIP3X2435 16.960 24.420 -42.990 1.00 0.00 MW H +ATOM 12475 OH2 TIP3X2436 6.640 36.280 28.290 1.00 0.00 MW O +ATOM 12476 H1 TIP3X2436 6.660 37.220 28.120 1.00 0.00 MW H +ATOM 12477 H2 TIP3X2436 7.070 35.880 27.540 1.00 0.00 MW H +ATOM 12478 OH2 TIP3X2437 1.790 -0.150 23.100 1.00 0.00 MW O +ATOM 12479 H1 TIP3X2437 2.110 0.010 23.980 1.00 0.00 MW H +ATOM 12480 H2 TIP3X2437 0.840 -0.040 23.180 1.00 0.00 MW H +ATOM 12481 OH2 TIP3X2438 28.980 -4.440 37.410 1.00 0.00 MW O +ATOM 12482 H1 TIP3X2438 28.070 -4.180 37.560 1.00 0.00 MW H +ATOM 12483 H2 TIP3X2438 29.450 -4.130 38.180 1.00 0.00 MW H +ATOM 12484 OH2 TIP3X2439 3.670 -11.360 28.140 1.00 0.00 MW O +ATOM 12485 H1 TIP3X2439 4.520 -11.600 28.520 1.00 0.00 MW H +ATOM 12486 H2 TIP3X2439 3.330 -12.190 27.810 1.00 0.00 MW H +ATOM 12487 OH2 TIP3X2440 -35.080 6.710 -41.470 1.00 0.00 MW O +ATOM 12488 H1 TIP3X2440 -35.260 7.660 -41.560 1.00 0.00 MW H +ATOM 12489 H2 TIP3X2440 -35.840 6.380 -40.980 1.00 0.00 MW H +ATOM 12490 OH2 TIP3X2441 -5.290 -24.060 27.600 1.00 0.00 MW O +ATOM 12491 H1 TIP3X2441 -6.000 -23.500 27.280 1.00 0.00 MW H +ATOM 12492 H2 TIP3X2441 -5.280 -24.800 26.980 1.00 0.00 MW H +ATOM 12493 OH2 TIP3X2442 34.690 21.940 -31.590 1.00 0.00 MW O +ATOM 12494 H1 TIP3X2442 33.960 21.960 -30.980 1.00 0.00 MW H +ATOM 12495 H2 TIP3X2442 35.460 21.730 -31.060 1.00 0.00 MW H +ATOM 12496 OH2 TIP3X2443 15.180 -39.260 -26.810 1.00 0.00 MW O +ATOM 12497 H1 TIP3X2443 15.770 -38.650 -27.250 1.00 0.00 MW H +ATOM 12498 H2 TIP3X2443 15.560 -40.120 -26.970 1.00 0.00 MW H +ATOM 12499 OH2 TIP3X2444 44.230 27.120 27.550 1.00 0.00 MW O +ATOM 12500 H1 TIP3X2444 44.580 26.260 27.800 1.00 0.00 MW H +ATOM 12501 H2 TIP3X2444 44.850 27.740 27.950 1.00 0.00 MW H +ATOM 12502 OH2 TIP3X2445 14.460 -19.990 -40.950 1.00 0.00 MW O +ATOM 12503 H1 TIP3X2445 14.620 -20.450 -40.120 1.00 0.00 MW H +ATOM 12504 H2 TIP3X2445 15.280 -20.120 -41.430 1.00 0.00 MW H +ATOM 12505 OH2 TIP3X2446 29.800 -34.120 31.190 1.00 0.00 MW O +ATOM 12506 H1 TIP3X2446 29.770 -33.200 31.460 1.00 0.00 MW H +ATOM 12507 H2 TIP3X2446 28.930 -34.460 31.420 1.00 0.00 MW H +ATOM 12508 OH2 TIP3X2447 38.550 -7.840 32.770 1.00 0.00 MW O +ATOM 12509 H1 TIP3X2447 38.700 -8.680 33.200 1.00 0.00 MW H +ATOM 12510 H2 TIP3X2447 38.750 -7.190 33.450 1.00 0.00 MW H +ATOM 12511 OH2 TIP3X2448 44.000 7.260 31.780 1.00 0.00 MW O +ATOM 12512 H1 TIP3X2448 43.770 6.690 31.060 1.00 0.00 MW H +ATOM 12513 H2 TIP3X2448 43.440 8.030 31.690 1.00 0.00 MW H +ATOM 12514 OH2 TIP3X2449 -13.410 38.430 39.790 1.00 0.00 MW O +ATOM 12515 H1 TIP3X2449 -14.220 38.910 39.570 1.00 0.00 MW H +ATOM 12516 H2 TIP3X2449 -13.080 38.120 38.940 1.00 0.00 MW H +ATOM 12517 OH2 TIP3X2450 15.820 10.970 -19.130 1.00 0.00 MW O +ATOM 12518 H1 TIP3X2450 16.350 11.270 -18.390 1.00 0.00 MW H +ATOM 12519 H2 TIP3X2450 14.940 10.860 -18.770 1.00 0.00 MW H +ATOM 12520 OH2 TIP3X2451 47.890 28.190 26.090 1.00 0.00 MW O +ATOM 12521 H1 TIP3X2451 47.950 29.110 26.360 1.00 0.00 MW H +ATOM 12522 H2 TIP3X2451 48.540 27.740 26.610 1.00 0.00 MW H +ATOM 12523 OH2 TIP3X2452 -36.370 -31.190 21.460 1.00 0.00 MW O +ATOM 12524 H1 TIP3X2452 -36.250 -30.910 22.360 1.00 0.00 MW H +ATOM 12525 H2 TIP3X2452 -36.050 -32.090 21.440 1.00 0.00 MW H +ATOM 12526 OH2 TIP3X2453 -10.210 11.710 28.990 1.00 0.00 MW O +ATOM 12527 H1 TIP3X2453 -10.750 12.150 28.330 1.00 0.00 MW H +ATOM 12528 H2 TIP3X2453 -9.770 11.010 28.510 1.00 0.00 MW H +ATOM 12529 OH2 TIP3X2454 26.940 2.550 -51.410 1.00 0.00 MW O +ATOM 12530 H1 TIP3X2454 26.450 1.870 -51.880 1.00 0.00 MW H +ATOM 12531 H2 TIP3X2454 27.180 2.140 -50.590 1.00 0.00 MW H +ATOM 12532 OH2 TIP3X2455 21.310 23.690 23.610 1.00 0.00 MW O +ATOM 12533 H1 TIP3X2455 21.380 24.130 22.760 1.00 0.00 MW H +ATOM 12534 H2 TIP3X2455 20.570 24.110 24.040 1.00 0.00 MW H +ATOM 12535 OH2 TIP3X2456 -10.910 -48.210 22.070 1.00 0.00 MW O +ATOM 12536 H1 TIP3X2456 -10.310 -47.840 22.720 1.00 0.00 MW H +ATOM 12537 H2 TIP3X2456 -10.350 -48.380 21.310 1.00 0.00 MW H +ATOM 12538 OH2 TIP3X2457 -40.830 -45.230 24.860 1.00 0.00 MW O +ATOM 12539 H1 TIP3X2457 -41.770 -45.070 24.870 1.00 0.00 MW H +ATOM 12540 H2 TIP3X2457 -40.750 -46.140 24.550 1.00 0.00 MW H +ATOM 12541 OH2 TIP3X2458 -30.040 -24.480 -38.760 1.00 0.00 MW O +ATOM 12542 H1 TIP3X2458 -29.790 -24.410 -39.690 1.00 0.00 MW H +ATOM 12543 H2 TIP3X2458 -31.000 -24.500 -38.770 1.00 0.00 MW H +ATOM 12544 OH2 TIP3X2459 19.680 35.630 38.820 1.00 0.00 MW O +ATOM 12545 H1 TIP3X2459 20.100 34.900 38.370 1.00 0.00 MW H +ATOM 12546 H2 TIP3X2459 18.850 35.760 38.370 1.00 0.00 MW H +ATOM 12547 OH2 TIP3X2460 24.060 18.060 -40.010 1.00 0.00 MW O +ATOM 12548 H1 TIP3X2460 24.880 18.520 -40.140 1.00 0.00 MW H +ATOM 12549 H2 TIP3X2460 24.230 17.160 -40.290 1.00 0.00 MW H +ATOM 12550 OH2 TIP3X2461 -5.980 32.440 23.750 1.00 0.00 MW O +ATOM 12551 H1 TIP3X2461 -5.040 32.630 23.760 1.00 0.00 MW H +ATOM 12552 H2 TIP3X2461 -6.330 33.060 23.100 1.00 0.00 MW H +ATOM 12553 OH2 TIP3X2462 -17.930 25.960 -21.960 1.00 0.00 MW O +ATOM 12554 H1 TIP3X2462 -17.290 26.000 -22.660 1.00 0.00 MW H +ATOM 12555 H2 TIP3X2462 -18.780 25.960 -22.400 1.00 0.00 MW H +ATOM 12556 OH2 TIP3X2463 -26.400 22.530 18.960 1.00 0.00 MW O +ATOM 12557 H1 TIP3X2463 -25.440 22.490 18.960 1.00 0.00 MW H +ATOM 12558 H2 TIP3X2463 -26.670 21.850 18.350 1.00 0.00 MW H +ATOM 12559 OH2 TIP3X2464 11.840 -49.140 32.000 1.00 0.00 MW O +ATOM 12560 H1 TIP3X2464 11.210 -49.530 31.400 1.00 0.00 MW H +ATOM 12561 H2 TIP3X2464 12.690 -49.310 31.600 1.00 0.00 MW H +ATOM 12562 OH2 TIP3X2465 -28.190 -22.660 15.470 1.00 0.00 MW O +ATOM 12563 H1 TIP3X2465 -27.490 -22.030 15.360 1.00 0.00 MW H +ATOM 12564 H2 TIP3X2465 -28.430 -22.600 16.390 1.00 0.00 MW H +ATOM 12565 OH2 TIP3X2466 15.230 40.100 18.970 1.00 0.00 MW O +ATOM 12566 H1 TIP3X2466 15.970 40.350 18.430 1.00 0.00 MW H +ATOM 12567 H2 TIP3X2466 14.790 40.920 19.170 1.00 0.00 MW H +ATOM 12568 OH2 TIP3X2467 -27.190 33.610 -24.700 1.00 0.00 MW O +ATOM 12569 H1 TIP3X2467 -26.430 34.150 -24.900 1.00 0.00 MW H +ATOM 12570 H2 TIP3X2467 -27.440 33.220 -25.540 1.00 0.00 MW H +ATOM 12571 OH2 TIP3X2468 -14.880 -46.930 -25.170 1.00 0.00 MW O +ATOM 12572 H1 TIP3X2468 -13.930 -46.960 -25.320 1.00 0.00 MW H +ATOM 12573 H2 TIP3X2468 -15.200 -46.260 -25.760 1.00 0.00 MW H +ATOM 12574 OH2 TIP3X2469 47.390 28.940 -37.420 1.00 0.00 MW O +ATOM 12575 H1 TIP3X2469 46.730 28.540 -36.850 1.00 0.00 MW H +ATOM 12576 H2 TIP3X2469 48.220 28.540 -37.150 1.00 0.00 MW H +ATOM 12577 OH2 TIP3X2470 -9.790 -4.010 33.880 1.00 0.00 MW O +ATOM 12578 H1 TIP3X2470 -10.360 -3.310 33.580 1.00 0.00 MW H +ATOM 12579 H2 TIP3X2470 -10.010 -4.140 34.810 1.00 0.00 MW H +ATOM 12580 OH2 TIP3X2471 24.830 -16.690 -29.280 1.00 0.00 MW O +ATOM 12581 H1 TIP3X2471 24.450 -15.840 -29.100 1.00 0.00 MW H +ATOM 12582 H2 TIP3X2471 24.560 -16.900 -30.170 1.00 0.00 MW H +ATOM 12583 OH2 TIP3X2472 37.300 -28.270 24.940 1.00 0.00 MW O +ATOM 12584 H1 TIP3X2472 36.710 -27.600 24.600 1.00 0.00 MW H +ATOM 12585 H2 TIP3X2472 37.940 -28.410 24.250 1.00 0.00 MW H +ATOM 12586 OH2 TIP3X2473 24.310 36.830 26.470 1.00 0.00 MW O +ATOM 12587 H1 TIP3X2473 23.930 36.240 25.810 1.00 0.00 MW H +ATOM 12588 H2 TIP3X2473 25.050 37.240 26.010 1.00 0.00 MW H +ATOM 12589 OH2 TIP3X2474 -3.820 -18.120 37.780 1.00 0.00 MW O +ATOM 12590 H1 TIP3X2474 -3.290 -17.480 37.320 1.00 0.00 MW H +ATOM 12591 H2 TIP3X2474 -3.570 -18.030 38.690 1.00 0.00 MW H +ATOM 12592 OH2 TIP3X2475 11.730 -3.440 28.970 1.00 0.00 MW O +ATOM 12593 H1 TIP3X2475 11.820 -2.510 28.750 1.00 0.00 MW H +ATOM 12594 H2 TIP3X2475 11.720 -3.470 29.930 1.00 0.00 MW H +ATOM 12595 OH2 TIP3X2476 33.130 -33.000 24.010 1.00 0.00 MW O +ATOM 12596 H1 TIP3X2476 33.330 -32.120 23.710 1.00 0.00 MW H +ATOM 12597 H2 TIP3X2476 33.980 -33.410 24.150 1.00 0.00 MW H +ATOM 12598 OH2 TIP3X2477 20.190 1.320 33.660 1.00 0.00 MW O +ATOM 12599 H1 TIP3X2477 20.690 1.760 34.350 1.00 0.00 MW H +ATOM 12600 H2 TIP3X2477 19.480 0.870 34.110 1.00 0.00 MW H +ATOM 12601 OH2 TIP3X2478 16.110 2.480 -26.540 1.00 0.00 MW O +ATOM 12602 H1 TIP3X2478 16.000 2.480 -25.580 1.00 0.00 MW H +ATOM 12603 H2 TIP3X2478 16.670 3.240 -26.710 1.00 0.00 MW H +ATOM 12604 OH2 TIP3X2479 40.550 -26.140 -29.520 1.00 0.00 MW O +ATOM 12605 H1 TIP3X2479 40.300 -25.270 -29.850 1.00 0.00 MW H +ATOM 12606 H2 TIP3X2479 40.990 -26.560 -30.270 1.00 0.00 MW H +ATOM 12607 OH2 TIP3X2480 44.880 -42.000 33.740 1.00 0.00 MW O +ATOM 12608 H1 TIP3X2480 44.040 -42.450 33.750 1.00 0.00 MW H +ATOM 12609 H2 TIP3X2480 44.660 -41.060 33.670 1.00 0.00 MW H +ATOM 12610 OH2 TIP3X2481 -28.920 -29.500 -34.710 1.00 0.00 MW O +ATOM 12611 H1 TIP3X2481 -29.450 -28.730 -34.920 1.00 0.00 MW H +ATOM 12612 H2 TIP3X2481 -29.270 -30.190 -35.260 1.00 0.00 MW H +ATOM 12613 OH2 TIP3X2482 -12.510 -49.120 -23.450 1.00 0.00 MW O +ATOM 12614 H1 TIP3X2482 -11.700 -49.630 -23.480 1.00 0.00 MW H +ATOM 12615 H2 TIP3X2482 -12.440 -48.600 -22.650 1.00 0.00 MW H +ATOM 12616 OH2 TIP3X2483 31.870 -35.560 17.300 1.00 0.00 MW O +ATOM 12617 H1 TIP3X2483 31.170 -34.910 17.220 1.00 0.00 MW H +ATOM 12618 H2 TIP3X2483 31.770 -36.100 16.510 1.00 0.00 MW H +ATOM 12619 OH2 TIP3X2484 -9.390 -10.330 -39.160 1.00 0.00 MW O +ATOM 12620 H1 TIP3X2484 -9.520 -11.060 -39.770 1.00 0.00 MW H +ATOM 12621 H2 TIP3X2484 -9.370 -9.550 -39.710 1.00 0.00 MW H +ATOM 12622 OH2 TIP3X2485 -25.690 8.250 -32.560 1.00 0.00 MW O +ATOM 12623 H1 TIP3X2485 -25.650 8.560 -31.660 1.00 0.00 MW H +ATOM 12624 H2 TIP3X2485 -26.360 8.780 -32.980 1.00 0.00 MW H +ATOM 12625 OH2 TIP3X2486 -25.030 -0.280 -41.010 1.00 0.00 MW O +ATOM 12626 H1 TIP3X2486 -25.970 -0.470 -41.050 1.00 0.00 MW H +ATOM 12627 H2 TIP3X2486 -24.980 0.520 -40.490 1.00 0.00 MW H +ATOM 12628 OH2 TIP3X2487 31.400 -41.090 -35.770 1.00 0.00 MW O +ATOM 12629 H1 TIP3X2487 30.780 -41.200 -35.050 1.00 0.00 MW H +ATOM 12630 H2 TIP3X2487 30.860 -41.090 -36.560 1.00 0.00 MW H +ATOM 12631 OH2 TIP3X2488 -39.670 -9.400 38.620 1.00 0.00 MW O +ATOM 12632 H1 TIP3X2488 -39.500 -10.140 39.210 1.00 0.00 MW H +ATOM 12633 H2 TIP3X2488 -39.790 -9.810 37.750 1.00 0.00 MW H +ATOM 12634 OH2 TIP3X2489 -30.570 15.720 -24.740 1.00 0.00 MW O +ATOM 12635 H1 TIP3X2489 -30.100 15.700 -23.910 1.00 0.00 MW H +ATOM 12636 H2 TIP3X2489 -29.930 16.040 -25.390 1.00 0.00 MW H +ATOM 12637 OH2 TIP3X2490 45.230 -42.050 24.150 1.00 0.00 MW O +ATOM 12638 H1 TIP3X2490 46.090 -42.410 23.900 1.00 0.00 MW H +ATOM 12639 H2 TIP3X2490 45.270 -42.000 25.110 1.00 0.00 MW H +ATOM 12640 OH2 TIP3X2491 -32.610 -48.430 -25.020 1.00 0.00 MW O +ATOM 12641 H1 TIP3X2491 -32.570 -48.330 -24.070 1.00 0.00 MW H +ATOM 12642 H2 TIP3X2491 -32.850 -49.350 -25.150 1.00 0.00 MW H +ATOM 12643 OH2 TIP3X2492 -20.780 -17.540 -44.720 1.00 0.00 MW O +ATOM 12644 H1 TIP3X2492 -21.530 -17.050 -45.060 1.00 0.00 MW H +ATOM 12645 H2 TIP3X2492 -21.160 -18.170 -44.120 1.00 0.00 MW H +ATOM 12646 OH2 TIP3X2493 26.100 -27.410 -24.600 1.00 0.00 MW O +ATOM 12647 H1 TIP3X2493 26.840 -27.770 -25.100 1.00 0.00 MW H +ATOM 12648 H2 TIP3X2493 25.510 -28.160 -24.490 1.00 0.00 MW H +ATOM 12649 OH2 TIP3X2494 46.980 -19.710 34.840 1.00 0.00 MW O +ATOM 12650 H1 TIP3X2494 46.310 -19.560 34.160 1.00 0.00 MW H +ATOM 12651 H2 TIP3X2494 46.670 -19.220 35.600 1.00 0.00 MW H +ATOM 12652 OH2 TIP3X2495 46.000 -9.630 29.790 1.00 0.00 MW O +ATOM 12653 H1 TIP3X2495 45.400 -10.240 30.200 1.00 0.00 MW H +ATOM 12654 H2 TIP3X2495 45.610 -9.440 28.940 1.00 0.00 MW H +ATOM 12655 OH2 TIP3X2496 33.430 -25.980 -29.200 1.00 0.00 MW O +ATOM 12656 H1 TIP3X2496 33.150 -26.760 -28.740 1.00 0.00 MW H +ATOM 12657 H2 TIP3X2496 32.670 -25.710 -29.700 1.00 0.00 MW H +ATOM 12658 OH2 TIP3X2497 14.250 -41.680 36.010 1.00 0.00 MW O +ATOM 12659 H1 TIP3X2497 13.530 -41.690 36.640 1.00 0.00 MW H +ATOM 12660 H2 TIP3X2497 13.820 -41.530 35.170 1.00 0.00 MW H +ATOM 12661 OH2 TIP3X2498 -28.210 -22.180 -41.590 1.00 0.00 MW O +ATOM 12662 H1 TIP3X2498 -27.470 -22.490 -42.130 1.00 0.00 MW H +ATOM 12663 H2 TIP3X2498 -28.590 -22.980 -41.220 1.00 0.00 MW H +ATOM 12664 OH2 TIP3X2499 18.940 27.070 -49.330 1.00 0.00 MW O +ATOM 12665 H1 TIP3X2499 18.860 26.330 -48.710 1.00 0.00 MW H +ATOM 12666 H2 TIP3X2499 18.030 27.310 -49.520 1.00 0.00 MW H +ATOM 12667 OH2 TIP3X2500 31.070 42.810 -45.010 1.00 0.00 MW O +ATOM 12668 H1 TIP3X2500 31.730 42.120 -45.010 1.00 0.00 MW H +ATOM 12669 H2 TIP3X2500 31.540 43.600 -44.730 1.00 0.00 MW H +ATOM 12670 OH2 TIP3X2501 -43.940 -9.120 -25.530 1.00 0.00 MW O +ATOM 12671 H1 TIP3X2501 -43.840 -9.210 -26.470 1.00 0.00 MW H +ATOM 12672 H2 TIP3X2501 -44.880 -9.180 -25.370 1.00 0.00 MW H +ATOM 12673 OH2 TIP3X2502 39.000 -8.240 25.790 1.00 0.00 MW O +ATOM 12674 H1 TIP3X2502 39.100 -7.650 25.040 1.00 0.00 MW H +ATOM 12675 H2 TIP3X2502 38.570 -7.700 26.450 1.00 0.00 MW H +ATOM 12676 OH2 TIP3X2503 31.830 3.620 -20.210 1.00 0.00 MW O +ATOM 12677 H1 TIP3X2503 32.280 4.420 -19.980 1.00 0.00 MW H +ATOM 12678 H2 TIP3X2503 31.130 3.540 -19.560 1.00 0.00 MW H +ATOM 12679 OH2 TIP3X2504 7.350 5.190 29.920 1.00 0.00 MW O +ATOM 12680 H1 TIP3X2504 7.230 4.240 29.830 1.00 0.00 MW H +ATOM 12681 H2 TIP3X2504 7.710 5.470 29.080 1.00 0.00 MW H +ATOM 12682 OH2 TIP3X2505 -36.440 14.950 31.960 1.00 0.00 MW O +ATOM 12683 H1 TIP3X2505 -36.270 14.010 32.000 1.00 0.00 MW H +ATOM 12684 H2 TIP3X2505 -37.400 15.010 32.000 1.00 0.00 MW H +ATOM 12685 OH2 TIP3X2506 -40.350 30.600 13.100 1.00 0.00 MW O +ATOM 12686 H1 TIP3X2506 -39.720 31.150 13.560 1.00 0.00 MW H +ATOM 12687 H2 TIP3X2506 -39.820 29.860 12.780 1.00 0.00 MW H +ATOM 12688 OH2 TIP3X2507 27.040 -18.680 -25.000 1.00 0.00 MW O +ATOM 12689 H1 TIP3X2507 26.480 -17.930 -24.790 1.00 0.00 MW H +ATOM 12690 H2 TIP3X2507 27.590 -18.370 -25.720 1.00 0.00 MW H +ATOM 12691 OH2 TIP3X2508 44.140 35.450 -33.000 1.00 0.00 MW O +ATOM 12692 H1 TIP3X2508 43.610 36.050 -32.460 1.00 0.00 MW H +ATOM 12693 H2 TIP3X2508 44.710 35.000 -32.370 1.00 0.00 MW H +ATOM 12694 OH2 TIP3X2509 41.000 -0.790 -31.260 1.00 0.00 MW O +ATOM 12695 H1 TIP3X2509 40.480 -0.390 -30.570 1.00 0.00 MW H +ATOM 12696 H2 TIP3X2509 40.690 -0.400 -32.070 1.00 0.00 MW H +ATOM 12697 OH2 TIP3X2510 42.520 -31.570 -22.320 1.00 0.00 MW O +ATOM 12698 H1 TIP3X2510 41.660 -31.470 -21.920 1.00 0.00 MW H +ATOM 12699 H2 TIP3X2510 42.990 -32.180 -21.740 1.00 0.00 MW H +ATOM 12700 OH2 TIP3X2511 0.080 -6.810 14.190 1.00 0.00 MW O +ATOM 12701 H1 TIP3X2511 -0.760 -6.480 13.880 1.00 0.00 MW H +ATOM 12702 H2 TIP3X2511 0.260 -6.300 14.980 1.00 0.00 MW H +ATOM 12703 OH2 TIP3X2512 -44.120 -17.570 -29.320 1.00 0.00 MW O +ATOM 12704 H1 TIP3X2512 -44.750 -17.720 -28.620 1.00 0.00 MW H +ATOM 12705 H2 TIP3X2512 -44.580 -16.990 -29.920 1.00 0.00 MW H +ATOM 12706 OH2 TIP3X2513 14.070 -46.640 -45.970 1.00 0.00 MW O +ATOM 12707 H1 TIP3X2513 13.180 -46.940 -46.170 1.00 0.00 MW H +ATOM 12708 H2 TIP3X2513 13.960 -46.070 -45.210 1.00 0.00 MW H +ATOM 12709 OH2 TIP3X2514 -33.640 -34.770 -22.190 1.00 0.00 MW O +ATOM 12710 H1 TIP3X2514 -34.310 -35.250 -21.720 1.00 0.00 MW H +ATOM 12711 H2 TIP3X2514 -33.570 -33.940 -21.740 1.00 0.00 MW H +ATOM 12712 OH2 TIP3X2515 28.810 -15.330 -30.380 1.00 0.00 MW O +ATOM 12713 H1 TIP3X2515 28.340 -14.710 -29.820 1.00 0.00 MW H +ATOM 12714 H2 TIP3X2515 29.270 -15.900 -29.760 1.00 0.00 MW H +ATOM 12715 OH2 TIP3X2516 -29.390 -34.070 19.220 1.00 0.00 MW O +ATOM 12716 H1 TIP3X2516 -30.230 -33.800 18.850 1.00 0.00 MW H +ATOM 12717 H2 TIP3X2516 -29.360 -33.650 20.080 1.00 0.00 MW H +ATOM 12718 OH2 TIP3X2517 3.500 28.630 15.240 1.00 0.00 MW O +ATOM 12719 H1 TIP3X2517 4.230 29.240 15.070 1.00 0.00 MW H +ATOM 12720 H2 TIP3X2517 3.320 28.230 14.400 1.00 0.00 MW H +ATOM 12721 OH2 TIP3X2518 7.830 -18.830 -46.590 1.00 0.00 MW O +ATOM 12722 H1 TIP3X2518 7.430 -18.170 -46.020 1.00 0.00 MW H +ATOM 12723 H2 TIP3X2518 7.320 -19.630 -46.450 1.00 0.00 MW H +ATOM 12724 OH2 TIP3X2519 -37.870 -27.020 -50.160 1.00 0.00 MW O +ATOM 12725 H1 TIP3X2519 -38.800 -26.860 -50.350 1.00 0.00 MW H +ATOM 12726 H2 TIP3X2519 -37.560 -26.170 -49.830 1.00 0.00 MW H +ATOM 12727 OH2 TIP3X2520 -23.670 4.200 -37.940 1.00 0.00 MW O +ATOM 12728 H1 TIP3X2520 -23.500 4.800 -37.210 1.00 0.00 MW H +ATOM 12729 H2 TIP3X2520 -24.520 3.810 -37.730 1.00 0.00 MW H +ATOM 12730 OH2 TIP3X2521 -19.750 -45.050 -25.520 1.00 0.00 MW O +ATOM 12731 H1 TIP3X2521 -20.650 -45.200 -25.810 1.00 0.00 MW H +ATOM 12732 H2 TIP3X2521 -19.850 -44.520 -24.730 1.00 0.00 MW H +ATOM 12733 OH2 TIP3X2522 26.420 -20.300 -40.850 1.00 0.00 MW O +ATOM 12734 H1 TIP3X2522 25.980 -20.200 -40.010 1.00 0.00 MW H +ATOM 12735 H2 TIP3X2522 25.770 -19.980 -41.490 1.00 0.00 MW H +ATOM 12736 OH2 TIP3X2523 47.170 40.650 21.070 1.00 0.00 MW O +ATOM 12737 H1 TIP3X2523 47.210 41.610 21.080 1.00 0.00 MW H +ATOM 12738 H2 TIP3X2523 46.350 40.440 20.630 1.00 0.00 MW H +ATOM 12739 OH2 TIP3X2524 -25.450 -47.620 -26.280 1.00 0.00 MW O +ATOM 12740 H1 TIP3X2524 -25.540 -46.720 -26.560 1.00 0.00 MW H +ATOM 12741 H2 TIP3X2524 -25.740 -48.140 -27.020 1.00 0.00 MW H +ATOM 12742 OH2 TIP3X2525 25.700 9.010 -34.510 1.00 0.00 MW O +ATOM 12743 H1 TIP3X2525 26.450 8.950 -33.910 1.00 0.00 MW H +ATOM 12744 H2 TIP3X2525 25.230 9.790 -34.220 1.00 0.00 MW H +ATOM 12745 OH2 TIP3X2526 32.150 20.150 -19.710 1.00 0.00 MW O +ATOM 12746 H1 TIP3X2526 33.080 19.980 -19.610 1.00 0.00 MW H +ATOM 12747 H2 TIP3X2526 32.090 20.970 -20.190 1.00 0.00 MW H +ATOM 12748 OH2 TIP3X2527 -0.150 -29.910 38.790 1.00 0.00 MW O +ATOM 12749 H1 TIP3X2527 -0.460 -29.060 38.490 1.00 0.00 MW H +ATOM 12750 H2 TIP3X2527 -0.650 -30.540 38.270 1.00 0.00 MW H +ATOM 12751 OH2 TIP3X2528 45.880 25.730 30.170 1.00 0.00 MW O +ATOM 12752 H1 TIP3X2528 45.470 26.190 30.910 1.00 0.00 MW H +ATOM 12753 H2 TIP3X2528 46.740 25.470 30.500 1.00 0.00 MW H +ATOM 12754 OH2 TIP3X2529 -24.220 25.570 22.310 1.00 0.00 MW O +ATOM 12755 H1 TIP3X2529 -23.340 25.530 21.950 1.00 0.00 MW H +ATOM 12756 H2 TIP3X2529 -24.790 25.730 21.560 1.00 0.00 MW H +ATOM 12757 OH2 TIP3X2530 41.900 41.060 21.170 1.00 0.00 MW O +ATOM 12758 H1 TIP3X2530 42.100 41.320 20.270 1.00 0.00 MW H +ATOM 12759 H2 TIP3X2530 42.640 41.430 21.680 1.00 0.00 MW H +ATOM 12760 OH2 TIP3X2531 -28.510 -2.030 31.380 1.00 0.00 MW O +ATOM 12761 H1 TIP3X2531 -28.840 -2.200 32.270 1.00 0.00 MW H +ATOM 12762 H2 TIP3X2531 -27.980 -1.230 31.480 1.00 0.00 MW H +ATOM 12763 OH2 TIP3X2532 13.830 29.230 -40.800 1.00 0.00 MW O +ATOM 12764 H1 TIP3X2532 14.540 28.780 -40.370 1.00 0.00 MW H +ATOM 12765 H2 TIP3X2532 13.090 29.130 -40.220 1.00 0.00 MW H +ATOM 12766 OH2 TIP3X2533 37.260 -36.070 -23.830 1.00 0.00 MW O +ATOM 12767 H1 TIP3X2533 38.140 -36.120 -23.470 1.00 0.00 MW H +ATOM 12768 H2 TIP3X2533 36.840 -36.890 -23.580 1.00 0.00 MW H +ATOM 12769 OH2 TIP3X2534 46.130 32.510 -36.700 1.00 0.00 MW O +ATOM 12770 H1 TIP3X2534 46.480 33.180 -36.110 1.00 0.00 MW H +ATOM 12771 H2 TIP3X2534 46.030 31.730 -36.150 1.00 0.00 MW H +ATOM 12772 OH2 TIP3X2535 -28.510 -22.910 21.160 1.00 0.00 MW O +ATOM 12773 H1 TIP3X2535 -28.050 -23.280 21.920 1.00 0.00 MW H +ATOM 12774 H2 TIP3X2535 -28.160 -23.380 20.410 1.00 0.00 MW H +ATOM 12775 OH2 TIP3X2536 25.720 -49.960 30.040 1.00 0.00 MW O +ATOM 12776 H1 TIP3X2536 24.890 -49.810 30.500 1.00 0.00 MW H +ATOM 12777 H2 TIP3X2536 26.140 -49.100 30.020 1.00 0.00 MW H +ATOM 12778 OH2 TIP3X2537 -13.560 37.090 37.390 1.00 0.00 MW O +ATOM 12779 H1 TIP3X2537 -12.940 36.450 37.040 1.00 0.00 MW H +ATOM 12780 H2 TIP3X2537 -13.970 37.480 36.630 1.00 0.00 MW H +ATOM 12781 OH2 TIP3X2538 37.910 6.150 31.610 1.00 0.00 MW O +ATOM 12782 H1 TIP3X2538 37.300 6.870 31.430 1.00 0.00 MW H +ATOM 12783 H2 TIP3X2538 37.580 5.750 32.420 1.00 0.00 MW H +ATOM 12784 OH2 TIP3X2539 27.360 -33.600 24.180 1.00 0.00 MW O +ATOM 12785 H1 TIP3X2539 26.950 -34.030 24.940 1.00 0.00 MW H +ATOM 12786 H2 TIP3X2539 27.400 -34.290 23.520 1.00 0.00 MW H +ATOM 12787 OH2 TIP3X2540 38.960 -20.490 30.380 1.00 0.00 MW O +ATOM 12788 H1 TIP3X2540 38.340 -20.370 31.100 1.00 0.00 MW H +ATOM 12789 H2 TIP3X2540 39.460 -19.670 30.350 1.00 0.00 MW H +ATOM 12790 OH2 TIP3X2541 -12.710 24.290 32.940 1.00 0.00 MW O +ATOM 12791 H1 TIP3X2541 -12.560 24.810 32.150 1.00 0.00 MW H +ATOM 12792 H2 TIP3X2541 -12.560 24.890 33.660 1.00 0.00 MW H +ATOM 12793 OH2 TIP3X2542 28.400 10.800 -31.720 1.00 0.00 MW O +ATOM 12794 H1 TIP3X2542 28.060 11.370 -31.020 1.00 0.00 MW H +ATOM 12795 H2 TIP3X2542 28.120 11.220 -32.530 1.00 0.00 MW H +ATOM 12796 OH2 TIP3X2543 -27.420 38.190 25.750 1.00 0.00 MW O +ATOM 12797 H1 TIP3X2543 -26.560 38.640 25.730 1.00 0.00 MW H +ATOM 12798 H2 TIP3X2543 -27.290 37.470 26.360 1.00 0.00 MW H +ATOM 12799 OH2 TIP3X2544 -43.090 31.260 35.310 1.00 0.00 MW O +ATOM 12800 H1 TIP3X2544 -42.320 31.750 35.570 1.00 0.00 MW H +ATOM 12801 H2 TIP3X2544 -43.780 31.920 35.240 1.00 0.00 MW H +ATOM 12802 OH2 TIP3X2545 -27.630 -42.880 -34.920 1.00 0.00 MW O +ATOM 12803 H1 TIP3X2545 -28.430 -42.400 -35.100 1.00 0.00 MW H +ATOM 12804 H2 TIP3X2545 -27.860 -43.490 -34.210 1.00 0.00 MW H +ATOM 12805 OH2 TIP3X2546 -6.120 -41.380 37.810 1.00 0.00 MW O +ATOM 12806 H1 TIP3X2546 -5.340 -41.770 37.420 1.00 0.00 MW H +ATOM 12807 H2 TIP3X2546 -6.320 -40.640 37.240 1.00 0.00 MW H +ATOM 12808 OH2 TIP3X2547 -42.750 -37.930 -50.640 1.00 0.00 MW O +ATOM 12809 H1 TIP3X2547 -41.940 -37.640 -50.210 1.00 0.00 MW H +ATOM 12810 H2 TIP3X2547 -42.580 -37.800 -51.570 1.00 0.00 MW H +ATOM 12811 OH2 TIP3X2548 12.540 -14.830 -36.110 1.00 0.00 MW O +ATOM 12812 H1 TIP3X2548 12.600 -15.410 -36.870 1.00 0.00 MW H +ATOM 12813 H2 TIP3X2548 13.430 -14.750 -35.800 1.00 0.00 MW H +ATOM 12814 OH2 TIP3X2549 -4.830 -48.960 34.450 1.00 0.00 MW O +ATOM 12815 H1 TIP3X2549 -5.140 -49.650 33.870 1.00 0.00 MW H +ATOM 12816 H2 TIP3X2549 -5.650 -48.510 34.730 1.00 0.00 MW H +ATOM 12817 OH2 TIP3X2550 6.690 -1.110 33.910 1.00 0.00 MW O +ATOM 12818 H1 TIP3X2550 7.440 -0.600 33.610 1.00 0.00 MW H +ATOM 12819 H2 TIP3X2550 6.890 -2.010 33.650 1.00 0.00 MW H +ATOM 12820 OH2 TIP3X2551 34.250 -17.390 28.200 1.00 0.00 MW O +ATOM 12821 H1 TIP3X2551 33.840 -17.080 29.000 1.00 0.00 MW H +ATOM 12822 H2 TIP3X2551 33.550 -17.410 27.560 1.00 0.00 MW H +ATOM 12823 OH2 TIP3X2552 -38.110 29.270 35.720 1.00 0.00 MW O +ATOM 12824 H1 TIP3X2552 -38.330 30.130 36.080 1.00 0.00 MW H +ATOM 12825 H2 TIP3X2552 -38.790 28.690 36.080 1.00 0.00 MW H +ATOM 12826 OH2 TIP3X2553 -21.580 41.460 -22.810 1.00 0.00 MW O +ATOM 12827 H1 TIP3X2553 -21.940 41.080 -23.610 1.00 0.00 MW H +ATOM 12828 H2 TIP3X2553 -22.310 41.500 -22.210 1.00 0.00 MW H +ATOM 12829 OH2 TIP3X2554 -8.120 -43.960 17.500 1.00 0.00 MW O +ATOM 12830 H1 TIP3X2554 -8.570 -43.650 16.720 1.00 0.00 MW H +ATOM 12831 H2 TIP3X2554 -8.820 -44.120 18.140 1.00 0.00 MW H +ATOM 12832 OH2 TIP3X2555 -2.590 -9.230 -48.290 1.00 0.00 MW O +ATOM 12833 H1 TIP3X2555 -3.500 -9.450 -48.060 1.00 0.00 MW H +ATOM 12834 H2 TIP3X2555 -2.650 -8.900 -49.180 1.00 0.00 MW H +ATOM 12835 OH2 TIP3X2556 4.570 -25.060 26.520 1.00 0.00 MW O +ATOM 12836 H1 TIP3X2556 4.430 -25.470 25.670 1.00 0.00 MW H +ATOM 12837 H2 TIP3X2556 3.890 -24.380 26.590 1.00 0.00 MW H +ATOM 12838 OH2 TIP3X2557 40.970 -28.260 -37.160 1.00 0.00 MW O +ATOM 12839 H1 TIP3X2557 40.220 -27.820 -36.770 1.00 0.00 MW H +ATOM 12840 H2 TIP3X2557 40.630 -29.110 -37.430 1.00 0.00 MW H +ATOM 12841 OH2 TIP3X2558 -26.300 -4.020 -24.100 1.00 0.00 MW O +ATOM 12842 H1 TIP3X2558 -25.510 -4.300 -24.570 1.00 0.00 MW H +ATOM 12843 H2 TIP3X2558 -27.010 -4.190 -24.720 1.00 0.00 MW H +ATOM 12844 OH2 TIP3X2559 23.060 9.440 -44.180 1.00 0.00 MW O +ATOM 12845 H1 TIP3X2559 22.510 9.330 -43.390 1.00 0.00 MW H +ATOM 12846 H2 TIP3X2559 23.310 8.550 -44.420 1.00 0.00 MW H +ATOM 12847 OH2 TIP3X2560 -20.920 23.110 29.320 1.00 0.00 MW O +ATOM 12848 H1 TIP3X2560 -20.460 22.260 29.350 1.00 0.00 MW H +ATOM 12849 H2 TIP3X2560 -21.850 22.870 29.200 1.00 0.00 MW H +ATOM 12850 OH2 TIP3X2561 -41.550 21.820 23.760 1.00 0.00 MW O +ATOM 12851 H1 TIP3X2561 -42.320 21.420 23.360 1.00 0.00 MW H +ATOM 12852 H2 TIP3X2561 -41.590 22.740 23.500 1.00 0.00 MW H +ATOM 12853 OH2 TIP3X2562 -21.780 19.080 -25.630 1.00 0.00 MW O +ATOM 12854 H1 TIP3X2562 -21.580 18.140 -25.720 1.00 0.00 MW H +ATOM 12855 H2 TIP3X2562 -20.940 19.510 -25.760 1.00 0.00 MW H +ATOM 12856 OH2 TIP3X2563 -4.070 15.530 40.370 1.00 0.00 MW O +ATOM 12857 H1 TIP3X2563 -4.580 16.340 40.350 1.00 0.00 MW H +ATOM 12858 H2 TIP3X2563 -4.720 14.840 40.200 1.00 0.00 MW H +ATOM 12859 OH2 TIP3X2564 -32.650 -33.290 38.270 1.00 0.00 MW O +ATOM 12860 H1 TIP3X2564 -32.480 -32.860 37.440 1.00 0.00 MW H +ATOM 12861 H2 TIP3X2564 -33.300 -33.960 38.060 1.00 0.00 MW H +ATOM 12862 OH2 TIP3X2565 31.840 26.880 -19.690 1.00 0.00 MW O +ATOM 12863 H1 TIP3X2565 32.300 26.380 -20.370 1.00 0.00 MW H +ATOM 12864 H2 TIP3X2565 31.770 27.770 -20.060 1.00 0.00 MW H +ATOM 12865 OH2 TIP3X2566 -29.730 34.470 -24.110 1.00 0.00 MW O +ATOM 12866 H1 TIP3X2566 -28.970 34.420 -24.690 1.00 0.00 MW H +ATOM 12867 H2 TIP3X2566 -30.260 33.720 -24.340 1.00 0.00 MW H +ATOM 12868 OH2 TIP3X2567 -27.580 15.410 24.180 1.00 0.00 MW O +ATOM 12869 H1 TIP3X2567 -26.730 15.020 24.350 1.00 0.00 MW H +ATOM 12870 H2 TIP3X2567 -27.830 15.080 23.310 1.00 0.00 MW H +ATOM 12871 OH2 TIP3X2568 36.280 -23.260 18.870 1.00 0.00 MW O +ATOM 12872 H1 TIP3X2568 36.760 -24.080 18.690 1.00 0.00 MW H +ATOM 12873 H2 TIP3X2568 35.740 -23.130 18.090 1.00 0.00 MW H +ATOM 12874 OH2 TIP3X2569 20.830 -21.640 -47.250 1.00 0.00 MW O +ATOM 12875 H1 TIP3X2569 21.300 -21.420 -48.060 1.00 0.00 MW H +ATOM 12876 H2 TIP3X2569 20.200 -20.940 -47.140 1.00 0.00 MW H +ATOM 12877 OH2 TIP3X2570 19.350 2.960 -34.460 1.00 0.00 MW O +ATOM 12878 H1 TIP3X2570 19.550 3.310 -33.590 1.00 0.00 MW H +ATOM 12879 H2 TIP3X2570 18.390 2.970 -34.500 1.00 0.00 MW H +ATOM 12880 OH2 TIP3X2571 -0.850 14.530 -22.990 1.00 0.00 MW O +ATOM 12881 H1 TIP3X2571 -0.440 15.360 -23.250 1.00 0.00 MW H +ATOM 12882 H2 TIP3X2571 -1.600 14.800 -22.460 1.00 0.00 MW H +ATOM 12883 OH2 TIP3X2572 -15.250 39.030 29.570 1.00 0.00 MW O +ATOM 12884 H1 TIP3X2572 -16.050 39.430 29.920 1.00 0.00 MW H +ATOM 12885 H2 TIP3X2572 -15.550 38.230 29.140 1.00 0.00 MW H +ATOM 12886 OH2 TIP3X2573 -10.980 -9.210 34.400 1.00 0.00 MW O +ATOM 12887 H1 TIP3X2573 -11.540 -9.220 35.190 1.00 0.00 MW H +ATOM 12888 H2 TIP3X2573 -11.570 -8.940 33.700 1.00 0.00 MW H +ATOM 12889 OH2 TIP3X2574 25.510 0.270 -40.560 1.00 0.00 MW O +ATOM 12890 H1 TIP3X2574 25.540 0.120 -41.500 1.00 0.00 MW H +ATOM 12891 H2 TIP3X2574 24.790 -0.280 -40.250 1.00 0.00 MW H +ATOM 12892 OH2 TIP3X2575 -15.320 -29.000 -47.890 1.00 0.00 MW O +ATOM 12893 H1 TIP3X2575 -14.620 -29.060 -47.230 1.00 0.00 MW H +ATOM 12894 H2 TIP3X2575 -15.310 -28.080 -48.160 1.00 0.00 MW H +ATOM 12895 OH2 TIP3X2576 18.860 35.900 -16.350 1.00 0.00 MW O +ATOM 12896 H1 TIP3X2576 18.290 35.860 -15.590 1.00 0.00 MW H +ATOM 12897 H2 TIP3X2576 19.070 36.830 -16.440 1.00 0.00 MW H +ATOM 12898 OH2 TIP3X2577 -11.260 -28.400 22.260 1.00 0.00 MW O +ATOM 12899 H1 TIP3X2577 -11.100 -28.900 23.070 1.00 0.00 MW H +ATOM 12900 H2 TIP3X2577 -10.960 -27.520 22.450 1.00 0.00 MW H +ATOM 12901 OH2 TIP3X2578 38.340 -45.930 36.180 1.00 0.00 MW O +ATOM 12902 H1 TIP3X2578 37.930 -45.200 35.720 1.00 0.00 MW H +ATOM 12903 H2 TIP3X2578 38.930 -45.510 36.820 1.00 0.00 MW H +ATOM 12904 OH2 TIP3X2579 16.170 -40.490 -29.830 1.00 0.00 MW O +ATOM 12905 H1 TIP3X2579 15.550 -40.760 -30.510 1.00 0.00 MW H +ATOM 12906 H2 TIP3X2579 16.670 -41.270 -29.650 1.00 0.00 MW H +ATOM 12907 OH2 TIP3X2580 -18.930 -18.260 30.150 1.00 0.00 MW O +ATOM 12908 H1 TIP3X2580 -18.540 -18.690 30.920 1.00 0.00 MW H +ATOM 12909 H2 TIP3X2580 -19.040 -18.970 29.510 1.00 0.00 MW H +ATOM 12910 OH2 TIP3X2581 -31.250 -1.170 -9.010 1.00 0.00 MW O +ATOM 12911 H1 TIP3X2581 -31.230 -1.320 -9.960 1.00 0.00 MW H +ATOM 12912 H2 TIP3X2581 -32.000 -0.600 -8.880 1.00 0.00 MW H +ATOM 12913 OH2 TIP3X2582 3.080 5.270 -35.530 1.00 0.00 MW O +ATOM 12914 H1 TIP3X2582 2.140 5.210 -35.700 1.00 0.00 MW H +ATOM 12915 H2 TIP3X2582 3.490 5.000 -36.350 1.00 0.00 MW H +ATOM 12916 OH2 TIP3X2583 46.160 -47.480 -41.730 1.00 0.00 MW O +ATOM 12917 H1 TIP3X2583 46.500 -48.230 -41.230 1.00 0.00 MW H +ATOM 12918 H2 TIP3X2583 46.520 -47.600 -42.620 1.00 0.00 MW H +ATOM 12919 OH2 TIP3X2584 -9.240 -11.470 34.450 1.00 0.00 MW O +ATOM 12920 H1 TIP3X2584 -8.350 -11.400 34.090 1.00 0.00 MW H +ATOM 12921 H2 TIP3X2584 -9.640 -10.630 34.290 1.00 0.00 MW H +ATOM 12922 OH2 TIP3X2585 -41.130 16.560 -32.030 1.00 0.00 MW O +ATOM 12923 H1 TIP3X2585 -42.020 16.210 -32.050 1.00 0.00 MW H +ATOM 12924 H2 TIP3X2585 -40.820 16.510 -32.930 1.00 0.00 MW H +ATOM 12925 OH2 TIP3X2586 30.760 -42.750 34.890 1.00 0.00 MW O +ATOM 12926 H1 TIP3X2586 30.980 -43.500 34.340 1.00 0.00 MW H +ATOM 12927 H2 TIP3X2586 31.050 -43.010 35.770 1.00 0.00 MW H +ATOM 12928 OH2 TIP3X2587 40.330 -7.580 -24.090 1.00 0.00 MW O +ATOM 12929 H1 TIP3X2587 40.280 -8.460 -24.470 1.00 0.00 MW H +ATOM 12930 H2 TIP3X2587 40.270 -6.990 -24.840 1.00 0.00 MW H +ATOM 12931 OH2 TIP3X2588 -23.280 15.440 -29.550 1.00 0.00 MW O +ATOM 12932 H1 TIP3X2588 -23.460 15.620 -28.630 1.00 0.00 MW H +ATOM 12933 H2 TIP3X2588 -22.890 14.570 -29.560 1.00 0.00 MW H +ATOM 12934 OH2 TIP3X2589 -9.650 19.600 30.050 1.00 0.00 MW O +ATOM 12935 H1 TIP3X2589 -9.770 20.480 29.680 1.00 0.00 MW H +ATOM 12936 H2 TIP3X2589 -9.850 19.710 30.980 1.00 0.00 MW H +ATOM 12937 OH2 TIP3X2590 -6.630 -28.340 23.640 1.00 0.00 MW O +ATOM 12938 H1 TIP3X2590 -6.250 -27.460 23.690 1.00 0.00 MW H +ATOM 12939 H2 TIP3X2590 -7.100 -28.350 22.800 1.00 0.00 MW H +ATOM 12940 OH2 TIP3X2591 15.980 -49.800 -17.940 1.00 0.00 MW O +ATOM 12941 H1 TIP3X2591 16.800 -49.480 -18.320 1.00 0.00 MW H +ATOM 12942 H2 TIP3X2591 16.140 -50.730 -17.760 1.00 0.00 MW H +ATOM 12943 OH2 TIP3X2592 6.070 3.410 23.170 1.00 0.00 MW O +ATOM 12944 H1 TIP3X2592 5.860 3.810 24.010 1.00 0.00 MW H +ATOM 12945 H2 TIP3X2592 6.480 2.570 23.400 1.00 0.00 MW H +ATOM 12946 OH2 TIP3X2593 25.660 -15.190 -37.270 1.00 0.00 MW O +ATOM 12947 H1 TIP3X2593 24.880 -15.640 -36.940 1.00 0.00 MW H +ATOM 12948 H2 TIP3X2593 25.420 -14.920 -38.150 1.00 0.00 MW H +ATOM 12949 OH2 TIP3X2594 -45.060 -4.040 -33.970 1.00 0.00 MW O +ATOM 12950 H1 TIP3X2594 -45.480 -3.320 -34.430 1.00 0.00 MW H +ATOM 12951 H2 TIP3X2594 -45.220 -4.810 -34.520 1.00 0.00 MW H +ATOM 12952 OH2 TIP3X2595 49.220 -45.800 20.220 1.00 0.00 MW O +ATOM 12953 H1 TIP3X2595 48.600 -45.660 19.500 1.00 0.00 MW H +ATOM 12954 H2 TIP3X2595 49.580 -46.670 20.050 1.00 0.00 MW H +ATOM 12955 OH2 TIP3X2596 -18.810 -37.630 -18.520 1.00 0.00 MW O +ATOM 12956 H1 TIP3X2596 -18.080 -37.690 -17.900 1.00 0.00 MW H +ATOM 12957 H2 TIP3X2596 -19.500 -38.160 -18.130 1.00 0.00 MW H +ATOM 12958 OH2 TIP3X2597 -9.700 22.390 39.470 1.00 0.00 MW O +ATOM 12959 H1 TIP3X2597 -8.840 21.960 39.590 1.00 0.00 MW H +ATOM 12960 H2 TIP3X2597 -9.490 23.310 39.360 1.00 0.00 MW H +ATOM 12961 OH2 TIP3X2598 -8.320 -44.310 -14.020 1.00 0.00 MW O +ATOM 12962 H1 TIP3X2598 -8.630 -43.860 -14.800 1.00 0.00 MW H +ATOM 12963 H2 TIP3X2598 -9.070 -44.800 -13.700 1.00 0.00 MW H +ATOM 12964 OH2 TIP3X2599 7.130 15.190 36.980 1.00 0.00 MW O +ATOM 12965 H1 TIP3X2599 7.300 16.030 36.560 1.00 0.00 MW H +ATOM 12966 H2 TIP3X2599 7.950 14.950 37.420 1.00 0.00 MW H +ATOM 12967 OH2 TIP3X2600 -0.240 14.700 -35.510 1.00 0.00 MW O +ATOM 12968 H1 TIP3X2600 0.490 15.070 -35.030 1.00 0.00 MW H +ATOM 12969 H2 TIP3X2600 -0.180 15.110 -36.380 1.00 0.00 MW H +ATOM 12970 OH2 TIP3X2601 -36.890 29.660 -20.310 1.00 0.00 MW O +ATOM 12971 H1 TIP3X2601 -36.620 29.010 -20.970 1.00 0.00 MW H +ATOM 12972 H2 TIP3X2601 -37.840 29.500 -20.200 1.00 0.00 MW H +ATOM 12973 OH2 TIP3X2602 -16.170 -20.270 23.850 1.00 0.00 MW O +ATOM 12974 H1 TIP3X2602 -15.970 -20.860 24.580 1.00 0.00 MW H +ATOM 12975 H2 TIP3X2602 -16.080 -19.390 24.220 1.00 0.00 MW H +ATOM 12976 OH2 TIP3X2603 -41.610 28.900 -30.300 1.00 0.00 MW O +ATOM 12977 H1 TIP3X2603 -41.720 27.950 -30.380 1.00 0.00 MW H +ATOM 12978 H2 TIP3X2603 -40.760 29.010 -29.850 1.00 0.00 MW H +ATOM 12979 OH2 TIP3X2604 -6.720 32.340 -28.660 1.00 0.00 MW O +ATOM 12980 H1 TIP3X2604 -6.160 32.600 -29.380 1.00 0.00 MW H +ATOM 12981 H2 TIP3X2604 -7.520 32.030 -29.070 1.00 0.00 MW H +ATOM 12982 OH2 TIP3X2605 11.770 11.000 33.930 1.00 0.00 MW O +ATOM 12983 H1 TIP3X2605 11.420 10.200 34.350 1.00 0.00 MW H +ATOM 12984 H2 TIP3X2605 11.060 11.280 33.350 1.00 0.00 MW H +ATOM 12985 OH2 TIP3X2606 30.630 42.780 -48.740 1.00 0.00 MW O +ATOM 12986 H1 TIP3X2606 30.100 41.990 -48.680 1.00 0.00 MW H +ATOM 12987 H2 TIP3X2606 30.500 43.110 -49.620 1.00 0.00 MW H +ATOM 12988 OH2 TIP3X2607 42.510 9.730 31.530 1.00 0.00 MW O +ATOM 12989 H1 TIP3X2607 42.380 9.340 30.660 1.00 0.00 MW H +ATOM 12990 H2 TIP3X2607 42.440 10.680 31.390 1.00 0.00 MW H +ATOM 12991 OH2 TIP3X2608 17.390 13.660 -33.530 1.00 0.00 MW O +ATOM 12992 H1 TIP3X2608 17.040 14.440 -33.940 1.00 0.00 MW H +ATOM 12993 H2 TIP3X2608 17.970 13.270 -34.200 1.00 0.00 MW H +ATOM 12994 OH2 TIP3X2609 -24.180 -43.240 -42.210 1.00 0.00 MW O +ATOM 12995 H1 TIP3X2609 -24.470 -44.150 -42.330 1.00 0.00 MW H +ATOM 12996 H2 TIP3X2609 -24.360 -43.050 -41.280 1.00 0.00 MW H +ATOM 12997 OH2 TIP3X2610 42.430 35.830 -47.970 1.00 0.00 MW O +ATOM 12998 H1 TIP3X2610 42.550 34.880 -47.980 1.00 0.00 MW H +ATOM 12999 H2 TIP3X2610 43.050 36.140 -47.300 1.00 0.00 MW H +ATOM 13000 OH2 TIP3X2611 -17.390 27.160 -27.190 1.00 0.00 MW O +ATOM 13001 H1 TIP3X2611 -17.820 26.340 -27.410 1.00 0.00 MW H +ATOM 13002 H2 TIP3X2611 -16.650 27.220 -27.790 1.00 0.00 MW H +ATOM 13003 OH2 TIP3X2612 30.500 -3.340 -17.730 1.00 0.00 MW O +ATOM 13004 H1 TIP3X2612 31.390 -3.720 -17.720 1.00 0.00 MW H +ATOM 13005 H2 TIP3X2612 30.000 -3.870 -17.120 1.00 0.00 MW H +ATOM 13006 OH2 TIP3X2613 34.960 28.060 -20.110 1.00 0.00 MW O +ATOM 13007 H1 TIP3X2613 35.050 28.110 -21.060 1.00 0.00 MW H +ATOM 13008 H2 TIP3X2613 34.690 28.930 -19.850 1.00 0.00 MW H +ATOM 13009 OH2 TIP3X2614 -17.200 -6.460 -44.490 1.00 0.00 MW O +ATOM 13010 H1 TIP3X2614 -16.790 -7.240 -44.100 1.00 0.00 MW H +ATOM 13011 H2 TIP3X2614 -18.030 -6.370 -44.050 1.00 0.00 MW H +ATOM 13012 OH2 TIP3X2615 38.940 20.870 -42.790 1.00 0.00 MW O +ATOM 13013 H1 TIP3X2615 39.300 20.070 -43.140 1.00 0.00 MW H +ATOM 13014 H2 TIP3X2615 39.700 21.320 -42.400 1.00 0.00 MW H +ATOM 13015 OH2 TIP3X2616 -39.020 -42.360 -49.370 1.00 0.00 MW O +ATOM 13016 H1 TIP3X2616 -39.010 -41.430 -49.630 1.00 0.00 MW H +ATOM 13017 H2 TIP3X2616 -39.640 -42.390 -48.650 1.00 0.00 MW H +ATOM 13018 OH2 TIP3X2617 20.690 -36.350 -23.730 1.00 0.00 MW O +ATOM 13019 H1 TIP3X2617 21.470 -36.900 -23.640 1.00 0.00 MW H +ATOM 13020 H2 TIP3X2617 20.080 -36.890 -24.220 1.00 0.00 MW H +ATOM 13021 OH2 TIP3X2618 39.730 33.460 -47.330 1.00 0.00 MW O +ATOM 13022 H1 TIP3X2618 40.240 33.100 -46.590 1.00 0.00 MW H +ATOM 13023 H2 TIP3X2618 39.890 32.860 -48.040 1.00 0.00 MW H +ATOM 13024 OH2 TIP3X2619 28.700 -21.140 -42.130 1.00 0.00 MW O +ATOM 13025 H1 TIP3X2619 29.480 -20.610 -41.920 1.00 0.00 MW H +ATOM 13026 H2 TIP3X2619 28.020 -20.770 -41.580 1.00 0.00 MW H +ATOM 13027 OH2 TIP3X2620 36.370 -46.070 -40.470 1.00 0.00 MW O +ATOM 13028 H1 TIP3X2620 36.730 -45.620 -39.710 1.00 0.00 MW H +ATOM 13029 H2 TIP3X2620 36.460 -46.990 -40.280 1.00 0.00 MW H +ATOM 13030 OH2 TIP3X2621 13.570 -51.180 22.580 1.00 0.00 MW O +ATOM 13031 H1 TIP3X2621 14.200 -50.470 22.630 1.00 0.00 MW H +ATOM 13032 H2 TIP3X2621 13.170 -51.190 23.450 1.00 0.00 MW H +ATOM 13033 OH2 TIP3X2622 -18.570 -46.560 -48.420 1.00 0.00 MW O +ATOM 13034 H1 TIP3X2622 -19.390 -46.460 -47.940 1.00 0.00 MW H +ATOM 13035 H2 TIP3X2622 -17.930 -46.740 -47.730 1.00 0.00 MW H +ATOM 13036 OH2 TIP3X2623 41.040 38.320 18.320 1.00 0.00 MW O +ATOM 13037 H1 TIP3X2623 40.300 38.490 17.750 1.00 0.00 MW H +ATOM 13038 H2 TIP3X2623 41.420 37.500 17.990 1.00 0.00 MW H +ATOM 13039 OH2 TIP3X2624 -38.700 21.420 31.210 1.00 0.00 MW O +ATOM 13040 H1 TIP3X2624 -38.870 21.230 32.140 1.00 0.00 MW H +ATOM 13041 H2 TIP3X2624 -39.170 22.230 31.040 1.00 0.00 MW H +ATOM 13042 OH2 TIP3X2625 -6.520 36.640 28.750 1.00 0.00 MW O +ATOM 13043 H1 TIP3X2625 -5.860 37.230 29.140 1.00 0.00 MW H +ATOM 13044 H2 TIP3X2625 -6.710 36.010 29.460 1.00 0.00 MW H +ATOM 13045 OH2 TIP3X2626 22.910 -33.450 -34.860 1.00 0.00 MW O +ATOM 13046 H1 TIP3X2626 23.530 -33.660 -34.170 1.00 0.00 MW H +ATOM 13047 H2 TIP3X2626 22.900 -32.490 -34.890 1.00 0.00 MW H +ATOM 13048 OH2 TIP3X2627 43.190 30.050 -29.340 1.00 0.00 MW O +ATOM 13049 H1 TIP3X2627 44.110 30.290 -29.410 1.00 0.00 MW H +ATOM 13050 H2 TIP3X2627 42.810 30.670 -28.730 1.00 0.00 MW H +ATOM 13051 OH2 TIP3X2628 11.820 31.960 -44.160 1.00 0.00 MW O +ATOM 13052 H1 TIP3X2628 11.710 32.800 -43.720 1.00 0.00 MW H +ATOM 13053 H2 TIP3X2628 11.410 32.100 -45.020 1.00 0.00 MW H +ATOM 13054 OH2 TIP3X2629 -3.820 6.180 32.280 1.00 0.00 MW O +ATOM 13055 H1 TIP3X2629 -4.490 5.700 31.790 1.00 0.00 MW H +ATOM 13056 H2 TIP3X2629 -3.420 6.760 31.640 1.00 0.00 MW H +ATOM 13057 OH2 TIP3X2630 -26.270 -18.240 -26.760 1.00 0.00 MW O +ATOM 13058 H1 TIP3X2630 -25.720 -17.490 -27.020 1.00 0.00 MW H +ATOM 13059 H2 TIP3X2630 -25.970 -18.440 -25.870 1.00 0.00 MW H +ATOM 13060 OH2 TIP3X2631 -9.770 -16.140 22.320 1.00 0.00 MW O +ATOM 13061 H1 TIP3X2631 -10.450 -16.670 22.760 1.00 0.00 MW H +ATOM 13062 H2 TIP3X2631 -9.090 -16.780 22.110 1.00 0.00 MW H +ATOM 13063 OH2 TIP3X2632 22.850 -39.890 -52.140 1.00 0.00 MW O +ATOM 13064 H1 TIP3X2632 22.410 -40.570 -52.650 1.00 0.00 MW H +ATOM 13065 H2 TIP3X2632 22.790 -40.200 -51.240 1.00 0.00 MW H +ATOM 13066 OH2 TIP3X2633 -36.520 -20.860 -35.140 1.00 0.00 MW O +ATOM 13067 H1 TIP3X2633 -37.270 -20.280 -35.050 1.00 0.00 MW H +ATOM 13068 H2 TIP3X2633 -36.890 -21.690 -35.420 1.00 0.00 MW H +ATOM 13069 OH2 TIP3X2634 21.320 22.710 -24.210 1.00 0.00 MW O +ATOM 13070 H1 TIP3X2634 21.390 22.750 -25.160 1.00 0.00 MW H +ATOM 13071 H2 TIP3X2634 21.190 23.620 -23.940 1.00 0.00 MW H +ATOM 13072 OH2 TIP3X2635 -28.740 34.050 25.090 1.00 0.00 MW O +ATOM 13073 H1 TIP3X2635 -28.590 33.820 24.170 1.00 0.00 MW H +ATOM 13074 H2 TIP3X2635 -29.700 34.100 25.170 1.00 0.00 MW H +ATOM 13075 OH2 TIP3X2636 -38.070 1.910 -24.900 1.00 0.00 MW O +ATOM 13076 H1 TIP3X2636 -37.660 2.540 -25.480 1.00 0.00 MW H +ATOM 13077 H2 TIP3X2636 -38.620 2.430 -24.320 1.00 0.00 MW H +ATOM 13078 OH2 TIP3X2637 -1.610 39.230 30.510 1.00 0.00 MW O +ATOM 13079 H1 TIP3X2637 -0.780 38.760 30.540 1.00 0.00 MW H +ATOM 13080 H2 TIP3X2637 -1.900 39.260 31.420 1.00 0.00 MW H +ATOM 13081 OH2 TIP3X2638 44.590 -39.640 -52.110 1.00 0.00 MW O +ATOM 13082 H1 TIP3X2638 45.290 -39.260 -51.590 1.00 0.00 MW H +ATOM 13083 H2 TIP3X2638 44.890 -40.520 -52.340 1.00 0.00 MW H +ATOM 13084 OH2 TIP3X2639 29.530 11.790 35.880 1.00 0.00 MW O +ATOM 13085 H1 TIP3X2639 29.250 12.480 35.280 1.00 0.00 MW H +ATOM 13086 H2 TIP3X2639 30.270 12.180 36.350 1.00 0.00 MW H +ATOM 13087 OH2 TIP3X2640 -45.040 -46.360 -27.440 1.00 0.00 MW O +ATOM 13088 H1 TIP3X2640 -44.130 -46.640 -27.350 1.00 0.00 MW H +ATOM 13089 H2 TIP3X2640 -45.200 -45.830 -26.650 1.00 0.00 MW H +ATOM 13090 OH2 TIP3X2641 -37.800 37.480 -19.260 1.00 0.00 MW O +ATOM 13091 H1 TIP3X2641 -38.510 36.980 -19.670 1.00 0.00 MW H +ATOM 13092 H2 TIP3X2641 -37.960 38.390 -19.520 1.00 0.00 MW H +ATOM 13093 OH2 TIP3X2642 -20.820 -34.550 -51.770 1.00 0.00 MW O +ATOM 13094 H1 TIP3X2642 -20.740 -34.600 -50.820 1.00 0.00 MW H +ATOM 13095 H2 TIP3X2642 -21.020 -35.460 -52.030 1.00 0.00 MW H +ATOM 13096 OH2 TIP3X2643 -19.780 -40.250 -33.970 1.00 0.00 MW O +ATOM 13097 H1 TIP3X2643 -18.830 -40.350 -33.870 1.00 0.00 MW H +ATOM 13098 H2 TIP3X2643 -19.900 -39.960 -34.880 1.00 0.00 MW H +ATOM 13099 OH2 TIP3X2644 -15.110 31.810 -35.640 1.00 0.00 MW O +ATOM 13100 H1 TIP3X2644 -14.550 31.150 -35.230 1.00 0.00 MW H +ATOM 13101 H2 TIP3X2644 -14.610 32.630 -35.580 1.00 0.00 MW H +ATOM 13102 OH2 TIP3X2645 7.650 -23.200 -36.820 1.00 0.00 MW O +ATOM 13103 H1 TIP3X2645 8.380 -22.590 -36.900 1.00 0.00 MW H +ATOM 13104 H2 TIP3X2645 7.360 -23.130 -35.910 1.00 0.00 MW H +ATOM 13105 OH2 TIP3X2646 -20.690 -31.700 -51.450 1.00 0.00 MW O +ATOM 13106 H1 TIP3X2646 -20.850 -32.610 -51.680 1.00 0.00 MW H +ATOM 13107 H2 TIP3X2646 -21.530 -31.390 -51.090 1.00 0.00 MW H +ATOM 13108 OH2 TIP3X2647 -0.310 11.380 -43.190 1.00 0.00 MW O +ATOM 13109 H1 TIP3X2647 0.460 11.590 -43.740 1.00 0.00 MW H +ATOM 13110 H2 TIP3X2647 -0.900 10.920 -43.790 1.00 0.00 MW H +ATOM 13111 OH2 TIP3X2648 -14.980 -7.680 21.520 1.00 0.00 MW O +ATOM 13112 H1 TIP3X2648 -14.560 -7.600 22.370 1.00 0.00 MW H +ATOM 13113 H2 TIP3X2648 -15.490 -8.490 21.570 1.00 0.00 MW H +ATOM 13114 OH2 TIP3X2649 22.130 -41.080 -39.320 1.00 0.00 MW O +ATOM 13115 H1 TIP3X2649 22.430 -40.170 -39.220 1.00 0.00 MW H +ATOM 13116 H2 TIP3X2649 21.430 -41.010 -39.970 1.00 0.00 MW H +ATOM 13117 OH2 TIP3X2650 40.650 25.960 -36.710 1.00 0.00 MW O +ATOM 13118 H1 TIP3X2650 39.960 26.560 -36.970 1.00 0.00 MW H +ATOM 13119 H2 TIP3X2650 40.380 25.120 -37.080 1.00 0.00 MW H +ATOM 13120 OH2 TIP3X2651 28.920 -16.880 35.460 1.00 0.00 MW O +ATOM 13121 H1 TIP3X2651 28.570 -17.630 34.980 1.00 0.00 MW H +ATOM 13122 H2 TIP3X2651 28.850 -17.120 36.380 1.00 0.00 MW H +ATOM 13123 OH2 TIP3X2652 -18.760 -31.260 26.800 1.00 0.00 MW O +ATOM 13124 H1 TIP3X2652 -19.000 -31.550 27.670 1.00 0.00 MW H +ATOM 13125 H2 TIP3X2652 -19.580 -31.350 26.300 1.00 0.00 MW H +ATOM 13126 OH2 TIP3X2653 -30.580 -39.330 38.720 1.00 0.00 MW O +ATOM 13127 H1 TIP3X2653 -30.830 -38.990 37.860 1.00 0.00 MW H +ATOM 13128 H2 TIP3X2653 -31.160 -40.070 38.860 1.00 0.00 MW H +ATOM 13129 OH2 TIP3X2654 41.900 -3.380 -31.930 1.00 0.00 MW O +ATOM 13130 H1 TIP3X2654 41.690 -3.230 -32.850 1.00 0.00 MW H +ATOM 13131 H2 TIP3X2654 41.740 -2.530 -31.500 1.00 0.00 MW H +ATOM 13132 OH2 TIP3X2655 4.740 -34.260 18.780 1.00 0.00 MW O +ATOM 13133 H1 TIP3X2655 5.570 -34.740 18.680 1.00 0.00 MW H +ATOM 13134 H2 TIP3X2655 4.850 -33.500 18.220 1.00 0.00 MW H +ATOM 13135 OH2 TIP3X2656 0.650 41.670 -33.780 1.00 0.00 MW O +ATOM 13136 H1 TIP3X2656 0.130 42.080 -33.080 1.00 0.00 MW H +ATOM 13137 H2 TIP3X2656 0.050 41.060 -34.190 1.00 0.00 MW H +ATOM 13138 OH2 TIP3X2657 21.550 -3.370 37.440 1.00 0.00 MW O +ATOM 13139 H1 TIP3X2657 20.770 -3.890 37.260 1.00 0.00 MW H +ATOM 13140 H2 TIP3X2657 21.610 -3.330 38.390 1.00 0.00 MW H +ATOM 13141 OH2 TIP3X2658 -7.160 -9.510 -37.370 1.00 0.00 MW O +ATOM 13142 H1 TIP3X2658 -7.970 -10.000 -37.540 1.00 0.00 MW H +ATOM 13143 H2 TIP3X2658 -7.180 -9.350 -36.430 1.00 0.00 MW H +ATOM 13144 OH2 TIP3X2659 45.800 -6.920 -33.710 1.00 0.00 MW O +ATOM 13145 H1 TIP3X2659 46.290 -7.260 -34.450 1.00 0.00 MW H +ATOM 13146 H2 TIP3X2659 45.610 -6.010 -33.940 1.00 0.00 MW H +ATOM 13147 OH2 TIP3X2660 -4.320 29.690 15.210 1.00 0.00 MW O +ATOM 13148 H1 TIP3X2660 -3.750 29.150 15.760 1.00 0.00 MW H +ATOM 13149 H2 TIP3X2660 -3.760 30.430 14.960 1.00 0.00 MW H +ATOM 13150 OH2 TIP3X2661 -44.410 -40.470 -44.390 1.00 0.00 MW O +ATOM 13151 H1 TIP3X2661 -43.720 -40.000 -44.850 1.00 0.00 MW H +ATOM 13152 H2 TIP3X2661 -45.220 -40.080 -44.720 1.00 0.00 MW H +ATOM 13153 OH2 TIP3X2662 11.600 25.960 19.810 1.00 0.00 MW O +ATOM 13154 H1 TIP3X2662 12.220 25.300 19.490 1.00 0.00 MW H +ATOM 13155 H2 TIP3X2662 10.840 25.870 19.250 1.00 0.00 MW H +ATOM 13156 OH2 TIP3X2663 -30.940 35.930 -41.810 1.00 0.00 MW O +ATOM 13157 H1 TIP3X2663 -30.670 36.030 -40.900 1.00 0.00 MW H +ATOM 13158 H2 TIP3X2663 -30.160 35.580 -42.240 1.00 0.00 MW H +ATOM 13159 OH2 TIP3X2664 46.710 -1.870 -39.310 1.00 0.00 MW O +ATOM 13160 H1 TIP3X2664 47.270 -1.250 -39.770 1.00 0.00 MW H +ATOM 13161 H2 TIP3X2664 45.940 -1.970 -39.880 1.00 0.00 MW H +ATOM 13162 OH2 TIP3X2665 -42.900 20.630 -32.030 1.00 0.00 MW O +ATOM 13163 H1 TIP3X2665 -43.560 21.200 -32.450 1.00 0.00 MW H +ATOM 13164 H2 TIP3X2665 -42.090 21.150 -32.060 1.00 0.00 MW H +ATOM 13165 OH2 TIP3X2666 -7.640 -43.210 12.430 1.00 0.00 MW O +ATOM 13166 H1 TIP3X2666 -8.350 -43.200 11.780 1.00 0.00 MW H +ATOM 13167 H2 TIP3X2666 -8.010 -43.700 13.160 1.00 0.00 MW H +ATOM 13168 OH2 TIP3X2667 -9.930 -23.170 -34.220 1.00 0.00 MW O +ATOM 13169 H1 TIP3X2667 -9.330 -22.800 -34.880 1.00 0.00 MW H +ATOM 13170 H2 TIP3X2667 -9.520 -23.990 -33.970 1.00 0.00 MW H +ATOM 13171 OH2 TIP3X2668 -1.330 -15.280 -46.720 1.00 0.00 MW O +ATOM 13172 H1 TIP3X2668 -0.430 -15.520 -46.520 1.00 0.00 MW H +ATOM 13173 H2 TIP3X2668 -1.850 -15.690 -46.030 1.00 0.00 MW H +ATOM 13174 OH2 TIP3X2669 1.200 8.450 -43.900 1.00 0.00 MW O +ATOM 13175 H1 TIP3X2669 0.670 7.780 -43.460 1.00 0.00 MW H +ATOM 13176 H2 TIP3X2669 0.770 9.280 -43.700 1.00 0.00 MW H +ATOM 13177 OH2 TIP3X2670 38.110 -23.560 -43.850 1.00 0.00 MW O +ATOM 13178 H1 TIP3X2670 38.590 -22.720 -43.860 1.00 0.00 MW H +ATOM 13179 H2 TIP3X2670 37.920 -23.720 -44.780 1.00 0.00 MW H +ATOM 13180 OH2 TIP3X2671 -43.540 17.400 20.280 1.00 0.00 MW O +ATOM 13181 H1 TIP3X2671 -43.140 17.840 19.530 1.00 0.00 MW H +ATOM 13182 H2 TIP3X2671 -43.330 16.470 20.150 1.00 0.00 MW H +ATOM 13183 OH2 TIP3X2672 29.780 38.020 32.900 1.00 0.00 MW O +ATOM 13184 H1 TIP3X2672 29.940 38.970 32.890 1.00 0.00 MW H +ATOM 13185 H2 TIP3X2672 29.000 37.900 32.380 1.00 0.00 MW H +ATOM 13186 OH2 TIP3X2673 -0.380 -17.720 38.670 1.00 0.00 MW O +ATOM 13187 H1 TIP3X2673 0.510 -17.840 38.330 1.00 0.00 MW H +ATOM 13188 H2 TIP3X2673 -0.590 -16.800 38.490 1.00 0.00 MW H +ATOM 13189 OH2 TIP3X2674 -14.220 12.140 20.040 1.00 0.00 MW O +ATOM 13190 H1 TIP3X2674 -15.060 11.790 19.740 1.00 0.00 MW H +ATOM 13191 H2 TIP3X2674 -13.790 11.390 20.450 1.00 0.00 MW H +ATOM 13192 OH2 TIP3X2675 41.610 -49.210 -16.570 1.00 0.00 MW O +ATOM 13193 H1 TIP3X2675 42.350 -49.570 -17.070 1.00 0.00 MW H +ATOM 13194 H2 TIP3X2675 41.290 -49.940 -16.050 1.00 0.00 MW H +ATOM 13195 OH2 TIP3X2676 16.370 3.300 27.420 1.00 0.00 MW O +ATOM 13196 H1 TIP3X2676 15.680 3.400 26.770 1.00 0.00 MW H +ATOM 13197 H2 TIP3X2676 16.600 4.190 27.690 1.00 0.00 MW H +ATOM 13198 OH2 TIP3X2677 -14.140 -17.100 -36.690 1.00 0.00 MW O +ATOM 13199 H1 TIP3X2677 -14.910 -17.430 -36.250 1.00 0.00 MW H +ATOM 13200 H2 TIP3X2677 -13.450 -17.110 -36.040 1.00 0.00 MW H +ATOM 13201 OH2 TIP3X2678 3.910 15.160 -45.310 1.00 0.00 MW O +ATOM 13202 H1 TIP3X2678 3.480 14.620 -44.650 1.00 0.00 MW H +ATOM 13203 H2 TIP3X2678 3.220 15.370 -45.950 1.00 0.00 MW H +ATOM 13204 OH2 TIP3X2679 25.730 -21.280 -51.760 1.00 0.00 MW O +ATOM 13205 H1 TIP3X2679 25.430 -21.700 -50.960 1.00 0.00 MW H +ATOM 13206 H2 TIP3X2679 25.430 -20.370 -51.690 1.00 0.00 MW H +ATOM 13207 OH2 TIP3X2680 32.580 9.900 -26.810 1.00 0.00 MW O +ATOM 13208 H1 TIP3X2680 32.780 10.820 -27.000 1.00 0.00 MW H +ATOM 13209 H2 TIP3X2680 31.680 9.780 -27.110 1.00 0.00 MW H +ATOM 13210 OH2 TIP3X2681 -7.300 8.960 -41.160 1.00 0.00 MW O +ATOM 13211 H1 TIP3X2681 -7.110 8.570 -40.310 1.00 0.00 MW H +ATOM 13212 H2 TIP3X2681 -8.250 9.060 -41.160 1.00 0.00 MW H +ATOM 13213 OH2 TIP3X2682 40.750 14.910 -9.930 1.00 0.00 MW O +ATOM 13214 H1 TIP3X2682 41.180 15.190 -10.730 1.00 0.00 MW H +ATOM 13215 H2 TIP3X2682 41.090 15.490 -9.260 1.00 0.00 MW H +ATOM 13216 OH2 TIP3X2683 -35.120 37.850 29.170 1.00 0.00 MW O +ATOM 13217 H1 TIP3X2683 -34.390 37.550 28.620 1.00 0.00 MW H +ATOM 13218 H2 TIP3X2683 -35.850 37.260 28.920 1.00 0.00 MW H +ATOM 13219 OH2 TIP3X2684 38.710 19.230 -33.100 1.00 0.00 MW O +ATOM 13220 H1 TIP3X2684 37.880 19.390 -33.550 1.00 0.00 MW H +ATOM 13221 H2 TIP3X2684 39.380 19.390 -33.760 1.00 0.00 MW H +ATOM 13222 OH2 TIP3X2685 -25.010 -1.020 -11.850 1.00 0.00 MW O +ATOM 13223 H1 TIP3X2685 -25.300 -1.940 -11.860 1.00 0.00 MW H +ATOM 13224 H2 TIP3X2685 -25.810 -0.510 -11.690 1.00 0.00 MW H +ATOM 13225 OH2 TIP3X2686 -42.080 -22.880 -25.230 1.00 0.00 MW O +ATOM 13226 H1 TIP3X2686 -41.620 -23.210 -24.460 1.00 0.00 MW H +ATOM 13227 H2 TIP3X2686 -43.020 -23.020 -25.030 1.00 0.00 MW H +ATOM 13228 OH2 TIP3X2687 33.360 24.430 -38.950 1.00 0.00 MW O +ATOM 13229 H1 TIP3X2687 32.770 25.050 -38.520 1.00 0.00 MW H +ATOM 13230 H2 TIP3X2687 34.220 24.630 -38.570 1.00 0.00 MW H +ATOM 13231 OH2 TIP3X2688 -35.210 39.560 -23.060 1.00 0.00 MW O +ATOM 13232 H1 TIP3X2688 -35.140 38.640 -22.820 1.00 0.00 MW H +ATOM 13233 H2 TIP3X2688 -36.150 39.750 -23.050 1.00 0.00 MW H +ATOM 13234 OH2 TIP3X2689 6.590 -32.150 -31.500 1.00 0.00 MW O +ATOM 13235 H1 TIP3X2689 6.090 -32.920 -31.800 1.00 0.00 MW H +ATOM 13236 H2 TIP3X2689 7.490 -32.460 -31.410 1.00 0.00 MW H +ATOM 13237 OH2 TIP3X2690 15.150 3.850 36.350 1.00 0.00 MW O +ATOM 13238 H1 TIP3X2690 15.700 4.440 36.860 1.00 0.00 MW H +ATOM 13239 H2 TIP3X2690 15.730 3.470 35.700 1.00 0.00 MW H +ATOM 13240 OH2 TIP3X2691 -38.930 38.860 23.390 1.00 0.00 MW O +ATOM 13241 H1 TIP3X2691 -39.560 38.140 23.430 1.00 0.00 MW H +ATOM 13242 H2 TIP3X2691 -39.350 39.570 23.880 1.00 0.00 MW H +ATOM 13243 OH2 TIP3X2692 -22.490 40.910 -29.200 1.00 0.00 MW O +ATOM 13244 H1 TIP3X2692 -21.840 40.750 -29.880 1.00 0.00 MW H +ATOM 13245 H2 TIP3X2692 -22.620 41.850 -29.200 1.00 0.00 MW H +ATOM 13246 OH2 TIP3X2693 -27.270 14.760 -44.600 1.00 0.00 MW O +ATOM 13247 H1 TIP3X2693 -26.520 14.530 -45.150 1.00 0.00 MW H +ATOM 13248 H2 TIP3X2693 -27.700 15.480 -45.060 1.00 0.00 MW H +ATOM 13249 OH2 TIP3X2694 13.620 4.730 -17.010 1.00 0.00 MW O +ATOM 13250 H1 TIP3X2694 13.650 5.670 -17.220 1.00 0.00 MW H +ATOM 13251 H2 TIP3X2694 14.010 4.310 -17.770 1.00 0.00 MW H +ATOM 13252 OH2 TIP3X2695 24.150 17.420 33.270 1.00 0.00 MW O +ATOM 13253 H1 TIP3X2695 25.040 17.690 33.080 1.00 0.00 MW H +ATOM 13254 H2 TIP3X2695 23.840 18.030 33.950 1.00 0.00 MW H +ATOM 13255 OH2 TIP3X2696 -17.910 -3.650 -41.910 1.00 0.00 MW O +ATOM 13256 H1 TIP3X2696 -17.510 -4.010 -41.120 1.00 0.00 MW H +ATOM 13257 H2 TIP3X2696 -18.600 -4.280 -42.140 1.00 0.00 MW H +ATOM 13258 OH2 TIP3X2697 -6.690 -36.550 19.340 1.00 0.00 MW O +ATOM 13259 H1 TIP3X2697 -6.400 -35.830 18.770 1.00 0.00 MW H +ATOM 13260 H2 TIP3X2697 -7.180 -36.110 20.030 1.00 0.00 MW H +ATOM 13261 OH2 TIP3X2698 46.840 36.140 -15.010 1.00 0.00 MW O +ATOM 13262 H1 TIP3X2698 45.900 36.130 -14.840 1.00 0.00 MW H +ATOM 13263 H2 TIP3X2698 47.090 35.220 -15.090 1.00 0.00 MW H +ATOM 13264 OH2 TIP3X2699 -41.180 -6.720 39.960 1.00 0.00 MW O +ATOM 13265 H1 TIP3X2699 -40.290 -6.960 39.700 1.00 0.00 MW H +ATOM 13266 H2 TIP3X2699 -41.100 -5.820 40.280 1.00 0.00 MW H +ATOM 13267 OH2 TIP3X2700 27.580 -6.210 28.230 1.00 0.00 MW O +ATOM 13268 H1 TIP3X2700 27.940 -5.410 28.610 1.00 0.00 MW H +ATOM 13269 H2 TIP3X2700 26.670 -6.220 28.520 1.00 0.00 MW H +ATOM 13270 OH2 TIP3X2701 23.220 -36.330 -37.320 1.00 0.00 MW O +ATOM 13271 H1 TIP3X2701 23.270 -36.000 -36.410 1.00 0.00 MW H +ATOM 13272 H2 TIP3X2701 22.310 -36.600 -37.420 1.00 0.00 MW H +ATOM 13273 OH2 TIP3X2702 20.620 -47.720 -43.530 1.00 0.00 MW O +ATOM 13274 H1 TIP3X2702 20.390 -48.070 -42.660 1.00 0.00 MW H +ATOM 13275 H2 TIP3X2702 21.550 -47.920 -43.610 1.00 0.00 MW H +ATOM 13276 OH2 TIP3X2703 -38.800 -29.610 -37.450 1.00 0.00 MW O +ATOM 13277 H1 TIP3X2703 -37.930 -29.890 -37.180 1.00 0.00 MW H +ATOM 13278 H2 TIP3X2703 -39.390 -30.110 -36.880 1.00 0.00 MW H +ATOM 13279 OH2 TIP3X2704 -27.220 36.940 28.300 1.00 0.00 MW O +ATOM 13280 H1 TIP3X2704 -27.990 37.360 28.680 1.00 0.00 MW H +ATOM 13281 H2 TIP3X2704 -27.460 36.010 28.230 1.00 0.00 MW H +ATOM 13282 OH2 TIP3X2705 43.150 15.190 26.810 1.00 0.00 MW O +ATOM 13283 H1 TIP3X2705 43.330 16.120 26.680 1.00 0.00 MW H +ATOM 13284 H2 TIP3X2705 42.750 15.130 27.680 1.00 0.00 MW H +ATOM 13285 OH2 TIP3X2706 -10.120 -4.460 -44.810 1.00 0.00 MW O +ATOM 13286 H1 TIP3X2706 -9.440 -5.130 -44.820 1.00 0.00 MW H +ATOM 13287 H2 TIP3X2706 -10.740 -4.750 -44.140 1.00 0.00 MW H +ATOM 13288 OH2 TIP3X2707 0.050 -12.620 -50.660 1.00 0.00 MW O +ATOM 13289 H1 TIP3X2707 -0.210 -13.000 -51.490 1.00 0.00 MW H +ATOM 13290 H2 TIP3X2707 0.930 -12.980 -50.490 1.00 0.00 MW H +ATOM 13291 OH2 TIP3X2708 -26.800 5.650 -34.350 1.00 0.00 MW O +ATOM 13292 H1 TIP3X2708 -27.640 5.360 -33.980 1.00 0.00 MW H +ATOM 13293 H2 TIP3X2708 -26.770 6.590 -34.150 1.00 0.00 MW H +ATOM 13294 OH2 TIP3X2709 29.340 -4.290 -41.160 1.00 0.00 MW O +ATOM 13295 H1 TIP3X2709 29.070 -5.120 -40.750 1.00 0.00 MW H +ATOM 13296 H2 TIP3X2709 29.250 -3.640 -40.460 1.00 0.00 MW H +ATOM 13297 OH2 TIP3X2710 -22.410 10.810 -14.050 1.00 0.00 MW O +ATOM 13298 H1 TIP3X2710 -21.580 11.130 -13.690 1.00 0.00 MW H +ATOM 13299 H2 TIP3X2710 -22.400 9.870 -13.890 1.00 0.00 MW H +ATOM 13300 OH2 TIP3X2711 44.700 29.560 20.860 1.00 0.00 MW O +ATOM 13301 H1 TIP3X2711 44.970 29.260 20.000 1.00 0.00 MW H +ATOM 13302 H2 TIP3X2711 44.440 30.470 20.730 1.00 0.00 MW H +ATOM 13303 OH2 TIP3X2712 -32.820 17.110 -19.200 1.00 0.00 MW O +ATOM 13304 H1 TIP3X2712 -32.630 17.660 -18.450 1.00 0.00 MW H +ATOM 13305 H2 TIP3X2712 -32.090 16.490 -19.250 1.00 0.00 MW H +ATOM 13306 OH2 TIP3X2713 35.710 -45.650 -30.090 1.00 0.00 MW O +ATOM 13307 H1 TIP3X2713 35.970 -45.500 -29.180 1.00 0.00 MW H +ATOM 13308 H2 TIP3X2713 34.790 -45.920 -30.020 1.00 0.00 MW H +ATOM 13309 OH2 TIP3X2714 -25.120 -35.330 -28.440 1.00 0.00 MW O +ATOM 13310 H1 TIP3X2714 -25.260 -35.030 -27.540 1.00 0.00 MW H +ATOM 13311 H2 TIP3X2714 -25.980 -35.580 -28.760 1.00 0.00 MW H +ATOM 13312 OH2 TIP3X2715 -40.500 36.360 27.240 1.00 0.00 MW O +ATOM 13313 H1 TIP3X2715 -40.110 35.990 26.440 1.00 0.00 MW H +ATOM 13314 H2 TIP3X2715 -41.230 36.890 26.930 1.00 0.00 MW H +ATOM 13315 OH2 TIP3X2716 15.710 -17.430 -38.280 1.00 0.00 MW O +ATOM 13316 H1 TIP3X2716 16.390 -18.100 -38.160 1.00 0.00 MW H +ATOM 13317 H2 TIP3X2716 15.500 -17.480 -39.210 1.00 0.00 MW H +ATOM 13318 OH2 TIP3X2717 -38.700 -24.000 -26.950 1.00 0.00 MW O +ATOM 13319 H1 TIP3X2717 -39.080 -23.120 -27.050 1.00 0.00 MW H +ATOM 13320 H2 TIP3X2717 -37.910 -23.860 -26.430 1.00 0.00 MW H +ATOM 13321 OH2 TIP3X2718 15.280 -41.180 30.590 1.00 0.00 MW O +ATOM 13322 H1 TIP3X2718 14.880 -41.700 31.290 1.00 0.00 MW H +ATOM 13323 H2 TIP3X2718 14.620 -41.170 29.900 1.00 0.00 MW H +ATOM 13324 OH2 TIP3X2719 -39.570 -2.490 20.810 1.00 0.00 MW O +ATOM 13325 H1 TIP3X2719 -40.260 -2.180 21.400 1.00 0.00 MW H +ATOM 13326 H2 TIP3X2719 -39.100 -1.700 20.560 1.00 0.00 MW H +ATOM 13327 OH2 TIP3X2720 47.420 -34.430 21.060 1.00 0.00 MW O +ATOM 13328 H1 TIP3X2720 47.960 -33.770 20.640 1.00 0.00 MW H +ATOM 13329 H2 TIP3X2720 46.730 -34.620 20.430 1.00 0.00 MW H +ATOM 13330 OH2 TIP3X2721 39.690 -13.470 -52.470 1.00 0.00 MW O +ATOM 13331 H1 TIP3X2721 40.350 -12.890 -52.090 1.00 0.00 MW H +ATOM 13332 H2 TIP3X2721 39.850 -14.310 -52.050 1.00 0.00 MW H +ATOM 13333 OH2 TIP3X2722 2.890 -49.160 23.910 1.00 0.00 MW O +ATOM 13334 H1 TIP3X2722 3.670 -49.410 23.400 1.00 0.00 MW H +ATOM 13335 H2 TIP3X2722 2.450 -48.520 23.350 1.00 0.00 MW H +ATOM 13336 OH2 TIP3X2723 14.850 -15.040 -45.360 1.00 0.00 MW O +ATOM 13337 H1 TIP3X2723 15.080 -15.570 -46.120 1.00 0.00 MW H +ATOM 13338 H2 TIP3X2723 14.750 -14.150 -45.710 1.00 0.00 MW H +ATOM 13339 OH2 TIP3X2724 -10.940 -29.990 24.610 1.00 0.00 MW O +ATOM 13340 H1 TIP3X2724 -11.330 -29.420 25.280 1.00 0.00 MW H +ATOM 13341 H2 TIP3X2724 -10.860 -30.840 25.050 1.00 0.00 MW H +ATOM 13342 OH2 TIP3X2725 -35.250 11.790 -18.900 1.00 0.00 MW O +ATOM 13343 H1 TIP3X2725 -35.030 12.560 -19.430 1.00 0.00 MW H +ATOM 13344 H2 TIP3X2725 -34.390 11.470 -18.600 1.00 0.00 MW H +ATOM 13345 OH2 TIP3X2726 -23.350 18.670 -44.270 1.00 0.00 MW O +ATOM 13346 H1 TIP3X2726 -22.620 18.130 -43.970 1.00 0.00 MW H +ATOM 13347 H2 TIP3X2726 -23.100 18.950 -45.150 1.00 0.00 MW H +ATOM 13348 OH2 TIP3X2727 -41.640 -35.780 23.030 1.00 0.00 MW O +ATOM 13349 H1 TIP3X2727 -40.840 -36.310 23.080 1.00 0.00 MW H +ATOM 13350 H2 TIP3X2727 -42.150 -36.190 22.330 1.00 0.00 MW H +ATOM 13351 OH2 TIP3X2728 -22.380 -8.420 -46.890 1.00 0.00 MW O +ATOM 13352 H1 TIP3X2728 -22.810 -9.130 -47.360 1.00 0.00 MW H +ATOM 13353 H2 TIP3X2728 -22.320 -7.710 -47.550 1.00 0.00 MW H +ATOM 13354 OH2 TIP3X2729 -33.160 -16.170 -42.780 1.00 0.00 MW O +ATOM 13355 H1 TIP3X2729 -33.170 -17.000 -42.300 1.00 0.00 MW H +ATOM 13356 H2 TIP3X2729 -34.080 -15.980 -42.940 1.00 0.00 MW H +ATOM 13357 OH2 TIP3X2730 21.440 25.530 -23.610 1.00 0.00 MW O +ATOM 13358 H1 TIP3X2730 21.690 26.020 -24.390 1.00 0.00 MW H +ATOM 13359 H2 TIP3X2730 22.230 25.450 -23.090 1.00 0.00 MW H +ATOM 13360 OH2 TIP3X2731 -17.810 -38.120 18.210 1.00 0.00 MW O +ATOM 13361 H1 TIP3X2731 -17.640 -37.480 18.910 1.00 0.00 MW H +ATOM 13362 H2 TIP3X2731 -17.800 -37.610 17.410 1.00 0.00 MW H +ATOM 13363 OH2 TIP3X2732 -42.940 -23.610 -30.380 1.00 0.00 MW O +ATOM 13364 H1 TIP3X2732 -43.470 -22.840 -30.550 1.00 0.00 MW H +ATOM 13365 H2 TIP3X2732 -43.130 -24.200 -31.120 1.00 0.00 MW H +ATOM 13366 OH2 TIP3X2733 -6.180 -39.990 -40.400 1.00 0.00 MW O +ATOM 13367 H1 TIP3X2733 -6.660 -39.470 -39.760 1.00 0.00 MW H +ATOM 13368 H2 TIP3X2733 -5.710 -40.640 -39.890 1.00 0.00 MW H +ATOM 13369 OH2 TIP3X2734 21.970 -40.730 -34.240 1.00 0.00 MW O +ATOM 13370 H1 TIP3X2734 22.700 -40.640 -33.630 1.00 0.00 MW H +ATOM 13371 H2 TIP3X2734 22.350 -41.130 -35.010 1.00 0.00 MW H +ATOM 13372 OH2 TIP3X2735 23.650 33.110 -18.940 1.00 0.00 MW O +ATOM 13373 H1 TIP3X2735 22.740 33.360 -18.880 1.00 0.00 MW H +ATOM 13374 H2 TIP3X2735 23.850 33.180 -19.880 1.00 0.00 MW H +ATOM 13375 OH2 TIP3X2736 30.840 29.900 -34.290 1.00 0.00 MW O +ATOM 13376 H1 TIP3X2736 31.600 30.120 -34.810 1.00 0.00 MW H +ATOM 13377 H2 TIP3X2736 31.060 30.170 -33.400 1.00 0.00 MW H +ATOM 13378 OH2 TIP3X2737 -8.340 28.870 -31.640 1.00 0.00 MW O +ATOM 13379 H1 TIP3X2737 -8.150 28.970 -32.570 1.00 0.00 MW H +ATOM 13380 H2 TIP3X2737 -7.700 28.240 -31.330 1.00 0.00 MW H +ATOM 13381 OH2 TIP3X2738 35.170 24.300 -49.920 1.00 0.00 MW O +ATOM 13382 H1 TIP3X2738 35.790 24.000 -49.250 1.00 0.00 MW H +ATOM 13383 H2 TIP3X2738 35.600 25.070 -50.310 1.00 0.00 MW H +ATOM 13384 OH2 TIP3X2739 -2.840 -33.740 24.050 1.00 0.00 MW O +ATOM 13385 H1 TIP3X2739 -2.600 -33.590 23.130 1.00 0.00 MW H +ATOM 13386 H2 TIP3X2739 -2.140 -33.350 24.560 1.00 0.00 MW H +ATOM 13387 OH2 TIP3X2740 -31.610 6.280 -28.710 1.00 0.00 MW O +ATOM 13388 H1 TIP3X2740 -31.490 6.390 -27.760 1.00 0.00 MW H +ATOM 13389 H2 TIP3X2740 -32.160 5.510 -28.800 1.00 0.00 MW H +ATOM 13390 OH2 TIP3X2741 41.550 0.420 -23.730 1.00 0.00 MW O +ATOM 13391 H1 TIP3X2741 42.180 1.060 -24.090 1.00 0.00 MW H +ATOM 13392 H2 TIP3X2741 40.720 0.650 -24.120 1.00 0.00 MW H +ATOM 13393 OH2 TIP3X2742 48.690 30.210 28.620 1.00 0.00 MW O +ATOM 13394 H1 TIP3X2742 48.770 30.410 27.680 1.00 0.00 MW H +ATOM 13395 H2 TIP3X2742 49.370 30.750 29.030 1.00 0.00 MW H +ATOM 13396 OH2 TIP3X2743 41.290 -19.650 -14.930 1.00 0.00 MW O +ATOM 13397 H1 TIP3X2743 41.750 -20.410 -14.540 1.00 0.00 MW H +ATOM 13398 H2 TIP3X2743 41.990 -19.140 -15.350 1.00 0.00 MW H +ATOM 13399 OH2 TIP3X2744 11.660 -24.890 26.270 1.00 0.00 MW O +ATOM 13400 H1 TIP3X2744 11.230 -25.300 27.020 1.00 0.00 MW H +ATOM 13401 H2 TIP3X2744 12.550 -25.230 26.290 1.00 0.00 MW H +ATOM 13402 OH2 TIP3X2745 -29.290 29.300 -37.620 1.00 0.00 MW O +ATOM 13403 H1 TIP3X2745 -28.710 28.560 -37.420 1.00 0.00 MW H +ATOM 13404 H2 TIP3X2745 -29.810 29.000 -38.350 1.00 0.00 MW H +ATOM 13405 OH2 TIP3X2746 -41.520 6.190 -35.480 1.00 0.00 MW O +ATOM 13406 H1 TIP3X2746 -41.640 5.330 -35.080 1.00 0.00 MW H +ATOM 13407 H2 TIP3X2746 -42.000 6.150 -36.300 1.00 0.00 MW H +ATOM 13408 OH2 TIP3X2747 -18.800 -34.930 22.180 1.00 0.00 MW O +ATOM 13409 H1 TIP3X2747 -18.450 -35.500 21.490 1.00 0.00 MW H +ATOM 13410 H2 TIP3X2747 -18.300 -34.130 22.110 1.00 0.00 MW H +ATOM 13411 OH2 TIP3X2748 26.850 7.630 -43.600 1.00 0.00 MW O +ATOM 13412 H1 TIP3X2748 27.620 7.040 -43.560 1.00 0.00 MW H +ATOM 13413 H2 TIP3X2748 27.010 8.280 -42.920 1.00 0.00 MW H +ATOM 13414 OH2 TIP3X2749 -1.790 -11.470 -34.430 1.00 0.00 MW O +ATOM 13415 H1 TIP3X2749 -1.990 -11.240 -35.340 1.00 0.00 MW H +ATOM 13416 H2 TIP3X2749 -2.460 -12.100 -34.180 1.00 0.00 MW H +ATOM 13417 OH2 TIP3X2750 -33.520 42.010 -22.780 1.00 0.00 MW O +ATOM 13418 H1 TIP3X2750 -33.040 41.510 -23.450 1.00 0.00 MW H +ATOM 13419 H2 TIP3X2750 -34.130 41.370 -22.400 1.00 0.00 MW H +ATOM 13420 OH2 TIP3X2751 20.820 22.710 36.530 1.00 0.00 MW O +ATOM 13421 H1 TIP3X2751 21.340 23.110 37.230 1.00 0.00 MW H +ATOM 13422 H2 TIP3X2751 21.480 22.300 35.950 1.00 0.00 MW H +ATOM 13423 OH2 TIP3X2752 29.280 -35.690 28.970 1.00 0.00 MW O +ATOM 13424 H1 TIP3X2752 28.910 -36.470 29.360 1.00 0.00 MW H +ATOM 13425 H2 TIP3X2752 29.480 -35.110 29.710 1.00 0.00 MW H +ATOM 13426 OH2 TIP3X2753 33.160 21.000 -47.570 1.00 0.00 MW O +ATOM 13427 H1 TIP3X2753 33.610 20.360 -46.990 1.00 0.00 MW H +ATOM 13428 H2 TIP3X2753 32.310 20.600 -47.740 1.00 0.00 MW H +ATOM 13429 OH2 TIP3X2754 -36.630 -45.950 -21.540 1.00 0.00 MW O +ATOM 13430 H1 TIP3X2754 -35.700 -45.860 -21.400 1.00 0.00 MW H +ATOM 13431 H2 TIP3X2754 -36.890 -45.160 -22.010 1.00 0.00 MW H +ATOM 13432 OH2 TIP3X2755 18.630 -45.070 31.710 1.00 0.00 MW O +ATOM 13433 H1 TIP3X2755 17.740 -44.810 31.930 1.00 0.00 MW H +ATOM 13434 H2 TIP3X2755 18.980 -45.430 32.530 1.00 0.00 MW H +ATOM 13435 OH2 TIP3X2756 -17.570 -43.930 -32.560 1.00 0.00 MW O +ATOM 13436 H1 TIP3X2756 -18.140 -43.160 -32.450 1.00 0.00 MW H +ATOM 13437 H2 TIP3X2756 -17.240 -43.860 -33.460 1.00 0.00 MW H +ATOM 13438 OH2 TIP3X2757 -14.560 -34.660 -52.140 1.00 0.00 MW O +ATOM 13439 H1 TIP3X2757 -14.260 -34.430 -51.260 1.00 0.00 MW H +ATOM 13440 H2 TIP3X2757 -15.510 -34.700 -52.070 1.00 0.00 MW H +ATOM 13441 OH2 TIP3X2758 -19.360 -5.230 29.000 1.00 0.00 MW O +ATOM 13442 H1 TIP3X2758 -19.780 -5.090 29.860 1.00 0.00 MW H +ATOM 13443 H2 TIP3X2758 -19.340 -6.180 28.890 1.00 0.00 MW H +ATOM 13444 OH2 TIP3X2759 0.210 -40.580 -24.390 1.00 0.00 MW O +ATOM 13445 H1 TIP3X2759 -0.070 -39.740 -24.740 1.00 0.00 MW H +ATOM 13446 H2 TIP3X2759 -0.180 -41.220 -24.970 1.00 0.00 MW H +ATOM 13447 OH2 TIP3X2760 23.350 -17.200 25.960 1.00 0.00 MW O +ATOM 13448 H1 TIP3X2760 23.980 -17.330 25.260 1.00 0.00 MW H +ATOM 13449 H2 TIP3X2760 23.840 -17.390 26.760 1.00 0.00 MW H +ATOM 13450 OH2 TIP3X2761 26.270 -8.330 -16.070 1.00 0.00 MW O +ATOM 13451 H1 TIP3X2761 26.600 -8.690 -15.240 1.00 0.00 MW H +ATOM 13452 H2 TIP3X2761 26.970 -7.750 -16.360 1.00 0.00 MW H +ATOM 13453 OH2 TIP3X2762 39.630 -10.610 -11.430 1.00 0.00 MW O +ATOM 13454 H1 TIP3X2762 39.680 -9.870 -12.040 1.00 0.00 MW H +ATOM 13455 H2 TIP3X2762 40.210 -10.380 -10.710 1.00 0.00 MW H +ATOM 13456 OH2 TIP3X2763 36.180 -42.410 -21.500 1.00 0.00 MW O +ATOM 13457 H1 TIP3X2763 37.070 -42.760 -21.440 1.00 0.00 MW H +ATOM 13458 H2 TIP3X2763 36.010 -42.390 -22.450 1.00 0.00 MW H +ATOM 13459 OH2 TIP3X2764 27.450 30.680 20.020 1.00 0.00 MW O +ATOM 13460 H1 TIP3X2764 27.110 29.850 20.380 1.00 0.00 MW H +ATOM 13461 H2 TIP3X2764 27.120 30.690 19.120 1.00 0.00 MW H +ATOM 13462 OH2 TIP3X2765 4.360 22.310 39.120 1.00 0.00 MW O +ATOM 13463 H1 TIP3X2765 3.690 22.300 38.450 1.00 0.00 MW H +ATOM 13464 H2 TIP3X2765 5.100 22.780 38.720 1.00 0.00 MW H +ATOM 13465 OH2 TIP3X2766 39.120 -21.430 -50.220 1.00 0.00 MW O +ATOM 13466 H1 TIP3X2766 39.500 -20.960 -50.960 1.00 0.00 MW H +ATOM 13467 H2 TIP3X2766 38.190 -21.230 -50.250 1.00 0.00 MW H +ATOM 13468 OH2 TIP3X2767 -18.740 -19.230 -44.430 1.00 0.00 MW O +ATOM 13469 H1 TIP3X2767 -18.340 -19.070 -45.290 1.00 0.00 MW H +ATOM 13470 H2 TIP3X2767 -19.500 -18.640 -44.420 1.00 0.00 MW H +ATOM 13471 OH2 TIP3X2768 17.220 -50.880 10.980 1.00 0.00 MW O +ATOM 13472 H1 TIP3X2768 16.710 -51.070 10.200 1.00 0.00 MW H +ATOM 13473 H2 TIP3X2768 16.690 -50.250 11.460 1.00 0.00 MW H +ATOM 13474 OH2 TIP3X2769 -17.460 33.880 34.320 1.00 0.00 MW O +ATOM 13475 H1 TIP3X2769 -17.810 33.340 35.030 1.00 0.00 MW H +ATOM 13476 H2 TIP3X2769 -16.520 33.880 34.470 1.00 0.00 MW H +ATOM 13477 OH2 TIP3X2770 14.710 -24.160 33.210 1.00 0.00 MW O +ATOM 13478 H1 TIP3X2770 15.260 -24.030 33.990 1.00 0.00 MW H +ATOM 13479 H2 TIP3X2770 15.080 -23.570 32.560 1.00 0.00 MW H +ATOM 13480 OH2 TIP3X2771 36.010 2.180 -41.780 1.00 0.00 MW O +ATOM 13481 H1 TIP3X2771 35.280 1.570 -41.680 1.00 0.00 MW H +ATOM 13482 H2 TIP3X2771 36.300 2.080 -42.680 1.00 0.00 MW H +ATOM 13483 OH2 TIP3X2772 -18.210 24.400 -27.560 1.00 0.00 MW O +ATOM 13484 H1 TIP3X2772 -18.710 23.800 -27.010 1.00 0.00 MW H +ATOM 13485 H2 TIP3X2772 -18.790 24.580 -28.310 1.00 0.00 MW H +ATOM 13486 OH2 TIP3X2773 -5.400 1.920 37.290 1.00 0.00 MW O +ATOM 13487 H1 TIP3X2773 -6.110 1.420 36.900 1.00 0.00 MW H +ATOM 13488 H2 TIP3X2773 -5.470 2.790 36.890 1.00 0.00 MW H +ATOM 13489 OH2 TIP3X2774 -21.020 5.690 -41.730 1.00 0.00 MW O +ATOM 13490 H1 TIP3X2774 -21.650 5.180 -41.210 1.00 0.00 MW H +ATOM 13491 H2 TIP3X2774 -21.380 5.660 -42.620 1.00 0.00 MW H +ATOM 13492 OH2 TIP3X2775 20.800 -48.220 22.610 1.00 0.00 MW O +ATOM 13493 H1 TIP3X2775 20.700 -49.040 22.140 1.00 0.00 MW H +ATOM 13494 H2 TIP3X2775 19.930 -48.010 22.920 1.00 0.00 MW H +ATOM 13495 OH2 TIP3X2776 -17.260 -0.910 -23.370 1.00 0.00 MW O +ATOM 13496 H1 TIP3X2776 -16.920 -1.070 -24.250 1.00 0.00 MW H +ATOM 13497 H2 TIP3X2776 -18.050 -1.440 -23.330 1.00 0.00 MW H +ATOM 13498 OH2 TIP3X2777 -43.520 27.390 -41.900 1.00 0.00 MW O +ATOM 13499 H1 TIP3X2777 -42.780 27.550 -42.490 1.00 0.00 MW H +ATOM 13500 H2 TIP3X2777 -44.090 28.160 -42.030 1.00 0.00 MW H +ATOM 13501 OH2 TIP3X2778 21.660 -34.440 -47.070 1.00 0.00 MW O +ATOM 13502 H1 TIP3X2778 22.120 -34.420 -46.230 1.00 0.00 MW H +ATOM 13503 H2 TIP3X2778 22.320 -34.180 -47.710 1.00 0.00 MW H +ATOM 13504 OH2 TIP3X2779 -36.950 -36.860 36.110 1.00 0.00 MW O +ATOM 13505 H1 TIP3X2779 -36.590 -36.950 36.990 1.00 0.00 MW H +ATOM 13506 H2 TIP3X2779 -37.310 -35.970 36.100 1.00 0.00 MW H +ATOM 13507 OH2 TIP3X2780 24.010 30.750 29.760 1.00 0.00 MW O +ATOM 13508 H1 TIP3X2780 24.890 30.450 30.000 1.00 0.00 MW H +ATOM 13509 H2 TIP3X2780 23.420 30.310 30.370 1.00 0.00 MW H +ATOM 13510 OH2 TIP3X2781 45.180 -4.230 -34.240 1.00 0.00 MW O +ATOM 13511 H1 TIP3X2781 45.330 -3.960 -35.140 1.00 0.00 MW H +ATOM 13512 H2 TIP3X2781 44.220 -4.300 -34.180 1.00 0.00 MW H +ATOM 13513 OH2 TIP3X2782 19.140 -50.960 30.610 1.00 0.00 MW O +ATOM 13514 H1 TIP3X2782 19.130 -51.420 29.770 1.00 0.00 MW H +ATOM 13515 H2 TIP3X2782 18.900 -50.060 30.400 1.00 0.00 MW H +ATOM 13516 OH2 TIP3X2783 32.400 -26.590 -33.530 1.00 0.00 MW O +ATOM 13517 H1 TIP3X2783 33.280 -26.800 -33.830 1.00 0.00 MW H +ATOM 13518 H2 TIP3X2783 31.870 -27.340 -33.810 1.00 0.00 MW H +ATOM 13519 OH2 TIP3X2784 -3.140 24.670 -41.530 1.00 0.00 MW O +ATOM 13520 H1 TIP3X2784 -3.900 25.160 -41.850 1.00 0.00 MW H +ATOM 13521 H2 TIP3X2784 -2.690 24.380 -42.320 1.00 0.00 MW H +ATOM 13522 OH2 TIP3X2785 -35.450 -16.560 -38.060 1.00 0.00 MW O +ATOM 13523 H1 TIP3X2785 -36.350 -16.490 -37.730 1.00 0.00 MW H +ATOM 13524 H2 TIP3X2785 -34.910 -16.420 -37.290 1.00 0.00 MW H +ATOM 13525 OH2 TIP3X2786 39.970 28.240 -11.300 1.00 0.00 MW O +ATOM 13526 H1 TIP3X2786 39.760 27.780 -10.480 1.00 0.00 MW H +ATOM 13527 H2 TIP3X2786 40.890 28.030 -11.470 1.00 0.00 MW H +ATOM 13528 OH2 TIP3X2787 17.390 -32.610 -27.980 1.00 0.00 MW O +ATOM 13529 H1 TIP3X2787 17.800 -31.920 -27.460 1.00 0.00 MW H +ATOM 13530 H2 TIP3X2787 16.530 -32.260 -28.190 1.00 0.00 MW H +ATOM 13531 OH2 TIP3X2788 27.570 38.580 -41.440 1.00 0.00 MW O +ATOM 13532 H1 TIP3X2788 27.370 39.170 -42.160 1.00 0.00 MW H +ATOM 13533 H2 TIP3X2788 27.200 39.020 -40.670 1.00 0.00 MW H +ATOM 13534 OH2 TIP3X2789 5.280 -6.580 15.370 1.00 0.00 MW O +ATOM 13535 H1 TIP3X2789 4.390 -6.930 15.490 1.00 0.00 MW H +ATOM 13536 H2 TIP3X2789 5.150 -5.640 15.220 1.00 0.00 MW H +ATOM 13537 OH2 TIP3X2790 -16.290 -24.430 -44.300 1.00 0.00 MW O +ATOM 13538 H1 TIP3X2790 -16.140 -23.520 -44.010 1.00 0.00 MW H +ATOM 13539 H2 TIP3X2790 -17.220 -24.470 -44.490 1.00 0.00 MW H +ATOM 13540 OH2 TIP3X2791 37.050 -10.060 24.750 1.00 0.00 MW O +ATOM 13541 H1 TIP3X2791 37.310 -9.300 25.260 1.00 0.00 MW H +ATOM 13542 H2 TIP3X2791 37.390 -10.810 25.230 1.00 0.00 MW H +ATOM 13543 OH2 TIP3X2792 24.110 17.440 -29.430 1.00 0.00 MW O +ATOM 13544 H1 TIP3X2792 23.260 17.540 -28.990 1.00 0.00 MW H +ATOM 13545 H2 TIP3X2792 24.250 18.290 -29.850 1.00 0.00 MW H +ATOM 13546 OH2 TIP3X2793 -21.170 -32.620 38.040 1.00 0.00 MW O +ATOM 13547 H1 TIP3X2793 -21.280 -31.710 38.320 1.00 0.00 MW H +ATOM 13548 H2 TIP3X2793 -22.040 -32.890 37.730 1.00 0.00 MW H +ATOM 13549 OH2 TIP3X2794 43.240 27.990 22.440 1.00 0.00 MW O +ATOM 13550 H1 TIP3X2794 43.800 28.590 21.960 1.00 0.00 MW H +ATOM 13551 H2 TIP3X2794 43.700 27.810 23.260 1.00 0.00 MW H +ATOM 13552 OH2 TIP3X2795 40.610 30.060 -13.300 1.00 0.00 MW O +ATOM 13553 H1 TIP3X2795 39.810 30.080 -13.820 1.00 0.00 MW H +ATOM 13554 H2 TIP3X2795 40.390 29.530 -12.540 1.00 0.00 MW H +ATOM 13555 OH2 TIP3X2796 -45.710 -10.740 -45.170 1.00 0.00 MW O +ATOM 13556 H1 TIP3X2796 -45.360 -9.910 -45.500 1.00 0.00 MW H +ATOM 13557 H2 TIP3X2796 -44.940 -11.260 -44.960 1.00 0.00 MW H +ATOM 13558 OH2 TIP3X2797 -7.820 9.120 -32.020 1.00 0.00 MW O +ATOM 13559 H1 TIP3X2797 -7.950 9.090 -32.970 1.00 0.00 MW H +ATOM 13560 H2 TIP3X2797 -6.920 9.390 -31.910 1.00 0.00 MW H +ATOM 13561 OH2 TIP3X2798 -24.170 20.780 26.530 1.00 0.00 MW O +ATOM 13562 H1 TIP3X2798 -25.100 20.730 26.770 1.00 0.00 MW H +ATOM 13563 H2 TIP3X2798 -24.170 21.210 25.670 1.00 0.00 MW H +ATOM 13564 OH2 TIP3X2799 43.650 -10.140 -23.770 1.00 0.00 MW O +ATOM 13565 H1 TIP3X2799 44.320 -9.610 -24.190 1.00 0.00 MW H +ATOM 13566 H2 TIP3X2799 43.230 -10.610 -24.490 1.00 0.00 MW H +ATOM 13567 OH2 TIP3X2800 23.610 -39.510 -49.150 1.00 0.00 MW O +ATOM 13568 H1 TIP3X2800 24.330 -39.300 -49.740 1.00 0.00 MW H +ATOM 13569 H2 TIP3X2800 23.510 -40.460 -49.240 1.00 0.00 MW H +ATOM 13570 OH2 TIP3X2801 25.240 -12.170 26.700 1.00 0.00 MW O +ATOM 13571 H1 TIP3X2801 24.860 -11.740 25.930 1.00 0.00 MW H +ATOM 13572 H2 TIP3X2801 25.010 -13.090 26.610 1.00 0.00 MW H +ATOM 13573 OH2 TIP3X2802 45.340 -37.880 -36.040 1.00 0.00 MW O +ATOM 13574 H1 TIP3X2802 46.180 -37.530 -35.750 1.00 0.00 MW H +ATOM 13575 H2 TIP3X2802 45.200 -37.480 -36.900 1.00 0.00 MW H +ATOM 13576 OH2 TIP3X2803 47.200 -26.620 24.910 1.00 0.00 MW O +ATOM 13577 H1 TIP3X2803 46.860 -26.070 25.630 1.00 0.00 MW H +ATOM 13578 H2 TIP3X2803 47.600 -27.360 25.340 1.00 0.00 MW H +ATOM 13579 OH2 TIP3X2804 -1.960 23.210 -43.690 1.00 0.00 MW O +ATOM 13580 H1 TIP3X2804 -1.880 23.340 -44.640 1.00 0.00 MW H +ATOM 13581 H2 TIP3X2804 -2.060 22.270 -43.580 1.00 0.00 MW H +ATOM 13582 OH2 TIP3X2805 20.410 39.560 -41.510 1.00 0.00 MW O +ATOM 13583 H1 TIP3X2805 19.850 39.310 -40.780 1.00 0.00 MW H +ATOM 13584 H2 TIP3X2805 20.070 40.400 -41.810 1.00 0.00 MW H +ATOM 13585 OH2 TIP3X2806 16.120 -34.120 -49.720 1.00 0.00 MW O +ATOM 13586 H1 TIP3X2806 15.800 -34.040 -50.610 1.00 0.00 MW H +ATOM 13587 H2 TIP3X2806 15.640 -34.870 -49.360 1.00 0.00 MW H +ATOM 13588 OH2 TIP3X2807 24.320 -48.760 -53.050 1.00 0.00 MW O +ATOM 13589 H1 TIP3X2807 24.770 -48.680 -52.210 1.00 0.00 MW H +ATOM 13590 H2 TIP3X2807 23.390 -48.770 -52.820 1.00 0.00 MW H +ATOM 13591 OH2 TIP3X2808 -21.500 25.830 21.520 1.00 0.00 MW O +ATOM 13592 H1 TIP3X2808 -21.230 26.690 21.830 1.00 0.00 MW H +ATOM 13593 H2 TIP3X2808 -21.080 25.740 20.670 1.00 0.00 MW H +ATOM 13594 OH2 TIP3X2809 -5.790 42.000 -41.060 1.00 0.00 MW O +ATOM 13595 H1 TIP3X2809 -5.840 41.060 -41.190 1.00 0.00 MW H +ATOM 13596 H2 TIP3X2809 -5.130 42.290 -41.700 1.00 0.00 MW H +ATOM 13597 OH2 TIP3X2810 34.180 -25.790 -14.270 1.00 0.00 MW O +ATOM 13598 H1 TIP3X2810 34.820 -25.090 -14.140 1.00 0.00 MW H +ATOM 13599 H2 TIP3X2810 34.670 -26.480 -14.710 1.00 0.00 MW H +ATOM 13600 OH2 TIP3X2811 -17.080 -15.520 -36.610 1.00 0.00 MW O +ATOM 13601 H1 TIP3X2811 -17.500 -15.580 -35.750 1.00 0.00 MW H +ATOM 13602 H2 TIP3X2811 -17.780 -15.220 -37.200 1.00 0.00 MW H +ATOM 13603 OH2 TIP3X2812 -21.440 39.890 25.390 1.00 0.00 MW O +ATOM 13604 H1 TIP3X2812 -21.420 40.840 25.360 1.00 0.00 MW H +ATOM 13605 H2 TIP3X2812 -20.960 39.620 24.590 1.00 0.00 MW H +ATOM 13606 OH2 TIP3X2813 10.130 -32.400 -51.730 1.00 0.00 MW O +ATOM 13607 H1 TIP3X2813 10.820 -32.600 -51.090 1.00 0.00 MW H +ATOM 13608 H2 TIP3X2813 10.060 -31.450 -51.710 1.00 0.00 MW H +ATOM 13609 OH2 TIP3X2814 -16.140 40.990 -36.150 1.00 0.00 MW O +ATOM 13610 H1 TIP3X2814 -16.880 40.410 -36.320 1.00 0.00 MW H +ATOM 13611 H2 TIP3X2814 -16.220 41.680 -36.810 1.00 0.00 MW H +ATOM 13612 OH2 TIP3X2815 43.750 13.620 -31.600 1.00 0.00 MW O +ATOM 13613 H1 TIP3X2815 43.660 13.020 -30.860 1.00 0.00 MW H +ATOM 13614 H2 TIP3X2815 43.090 14.310 -31.440 1.00 0.00 MW H +ATOM 13615 OH2 TIP3X2816 -2.050 -13.220 -42.520 1.00 0.00 MW O +ATOM 13616 H1 TIP3X2816 -1.570 -14.050 -42.570 1.00 0.00 MW H +ATOM 13617 H2 TIP3X2816 -1.680 -12.690 -43.230 1.00 0.00 MW H +ATOM 13618 OH2 TIP3X2817 39.130 17.000 -5.270 1.00 0.00 MW O +ATOM 13619 H1 TIP3X2817 39.630 17.810 -5.210 1.00 0.00 MW H +ATOM 13620 H2 TIP3X2817 38.260 17.270 -5.590 1.00 0.00 MW H +ATOM 13621 OH2 TIP3X2818 -31.940 -9.250 29.340 1.00 0.00 MW O +ATOM 13622 H1 TIP3X2818 -31.360 -9.240 30.100 1.00 0.00 MW H +ATOM 13623 H2 TIP3X2818 -32.770 -8.870 29.650 1.00 0.00 MW H +ATOM 13624 OH2 TIP3X2819 -21.600 -43.010 -36.500 1.00 0.00 MW O +ATOM 13625 H1 TIP3X2819 -22.430 -43.350 -36.170 1.00 0.00 MW H +ATOM 13626 H2 TIP3X2819 -20.930 -43.490 -35.990 1.00 0.00 MW H +ATOM 13627 OH2 TIP3X2820 -40.470 23.140 -21.810 1.00 0.00 MW O +ATOM 13628 H1 TIP3X2820 -40.180 23.870 -22.360 1.00 0.00 MW H +ATOM 13629 H2 TIP3X2820 -39.670 22.800 -21.400 1.00 0.00 MW H +ATOM 13630 OH2 TIP3X2821 -29.220 41.360 -42.790 1.00 0.00 MW O +ATOM 13631 H1 TIP3X2821 -28.520 42.000 -42.580 1.00 0.00 MW H +ATOM 13632 H2 TIP3X2821 -29.610 41.170 -41.940 1.00 0.00 MW H +ATOM 13633 OH2 TIP3X2822 -43.040 -13.830 -49.680 1.00 0.00 MW O +ATOM 13634 H1 TIP3X2822 -42.420 -13.150 -49.450 1.00 0.00 MW H +ATOM 13635 H2 TIP3X2822 -42.530 -14.640 -49.670 1.00 0.00 MW H +ATOM 13636 OH2 TIP3X2823 10.150 -46.330 36.960 1.00 0.00 MW O +ATOM 13637 H1 TIP3X2823 9.450 -46.900 37.260 1.00 0.00 MW H +ATOM 13638 H2 TIP3X2823 10.320 -46.620 36.060 1.00 0.00 MW H +ATOM 13639 OH2 TIP3X2824 1.920 3.640 -49.530 1.00 0.00 MW O +ATOM 13640 H1 TIP3X2824 2.300 4.520 -49.600 1.00 0.00 MW H +ATOM 13641 H2 TIP3X2824 1.890 3.460 -48.580 1.00 0.00 MW H +ATOM 13642 OH2 TIP3X2825 -8.660 -33.160 31.650 1.00 0.00 MW O +ATOM 13643 H1 TIP3X2825 -8.020 -32.580 32.070 1.00 0.00 MW H +ATOM 13644 H2 TIP3X2825 -8.980 -33.720 32.340 1.00 0.00 MW H +ATOM 13645 OH2 TIP3X2826 6.980 -12.360 -41.220 1.00 0.00 MW O +ATOM 13646 H1 TIP3X2826 7.080 -13.200 -41.690 1.00 0.00 MW H +ATOM 13647 H2 TIP3X2826 6.210 -11.950 -41.630 1.00 0.00 MW H +ATOM 13648 OH2 TIP3X2827 40.120 18.650 -50.320 1.00 0.00 MW O +ATOM 13649 H1 TIP3X2827 40.320 17.760 -50.050 1.00 0.00 MW H +ATOM 13650 H2 TIP3X2827 40.890 18.940 -50.800 1.00 0.00 MW H +ATOM 13651 OH2 TIP3X2828 -29.270 23.950 -40.430 1.00 0.00 MW O +ATOM 13652 H1 TIP3X2828 -29.770 24.630 -39.970 1.00 0.00 MW H +ATOM 13653 H2 TIP3X2828 -28.760 24.420 -41.080 1.00 0.00 MW H +ATOM 13654 OH2 TIP3X2829 -0.860 -41.790 -15.370 1.00 0.00 MW O +ATOM 13655 H1 TIP3X2829 -1.250 -41.070 -15.870 1.00 0.00 MW H +ATOM 13656 H2 TIP3X2829 -0.530 -41.380 -14.580 1.00 0.00 MW H +ATOM 13657 OH2 TIP3X2830 -42.070 -0.340 28.240 1.00 0.00 MW O +ATOM 13658 H1 TIP3X2830 -41.740 -1.060 28.770 1.00 0.00 MW H +ATOM 13659 H2 TIP3X2830 -41.910 0.440 28.770 1.00 0.00 MW H +ATOM 13660 OH2 TIP3X2831 -25.640 -41.700 17.150 1.00 0.00 MW O +ATOM 13661 H1 TIP3X2831 -26.440 -41.620 16.640 1.00 0.00 MW H +ATOM 13662 H2 TIP3X2831 -25.700 -41.010 17.820 1.00 0.00 MW H +ATOM 13663 OH2 TIP3X2832 47.820 -15.610 21.120 1.00 0.00 MW O +ATOM 13664 H1 TIP3X2832 47.630 -14.690 20.940 1.00 0.00 MW H +ATOM 13665 H2 TIP3X2832 47.390 -15.790 21.950 1.00 0.00 MW H +ATOM 13666 OH2 TIP3X2833 1.570 -21.630 -37.510 1.00 0.00 MW O +ATOM 13667 H1 TIP3X2833 1.590 -22.560 -37.270 1.00 0.00 MW H +ATOM 13668 H2 TIP3X2833 0.920 -21.250 -36.920 1.00 0.00 MW H +ATOM 13669 OH2 TIP3X2834 -32.330 10.870 34.350 1.00 0.00 MW O +ATOM 13670 H1 TIP3X2834 -33.140 11.130 34.770 1.00 0.00 MW H +ATOM 13671 H2 TIP3X2834 -31.760 11.640 34.420 1.00 0.00 MW H +ATOM 13672 OH2 TIP3X2835 -37.060 -5.140 36.480 1.00 0.00 MW O +ATOM 13673 H1 TIP3X2835 -37.520 -4.680 37.190 1.00 0.00 MW H +ATOM 13674 H2 TIP3X2835 -37.580 -5.920 36.320 1.00 0.00 MW H +ATOM 13675 OH2 TIP3X2836 -36.190 7.140 -8.560 1.00 0.00 MW O +ATOM 13676 H1 TIP3X2836 -36.850 7.150 -9.250 1.00 0.00 MW H +ATOM 13677 H2 TIP3X2836 -36.500 7.780 -7.920 1.00 0.00 MW H +ATOM 13678 OH2 TIP3X2837 47.410 -23.070 25.290 1.00 0.00 MW O +ATOM 13679 H1 TIP3X2837 47.970 -22.300 25.190 1.00 0.00 MW H +ATOM 13680 H2 TIP3X2837 47.080 -23.020 26.180 1.00 0.00 MW H +ATOM 13681 OH2 TIP3X2838 -4.330 -30.420 -28.420 1.00 0.00 MW O +ATOM 13682 H1 TIP3X2838 -5.260 -30.610 -28.400 1.00 0.00 MW H +ATOM 13683 H2 TIP3X2838 -4.270 -29.470 -28.470 1.00 0.00 MW H +ATOM 13684 OH2 TIP3X2839 -43.100 26.760 40.430 1.00 0.00 MW O +ATOM 13685 H1 TIP3X2839 -43.940 26.890 39.990 1.00 0.00 MW H +ATOM 13686 H2 TIP3X2839 -42.760 27.650 40.550 1.00 0.00 MW H +ATOM 13687 OH2 TIP3X2840 -39.350 -24.130 19.620 1.00 0.00 MW O +ATOM 13688 H1 TIP3X2840 -38.700 -24.510 20.210 1.00 0.00 MW H +ATOM 13689 H2 TIP3X2840 -40.150 -24.630 19.790 1.00 0.00 MW H +ATOM 13690 OH2 TIP3X2841 32.080 26.120 -49.180 1.00 0.00 MW O +ATOM 13691 H1 TIP3X2841 32.420 25.470 -48.570 1.00 0.00 MW H +ATOM 13692 H2 TIP3X2841 31.220 26.360 -48.820 1.00 0.00 MW H +ATOM 13693 OH2 TIP3X2842 5.120 7.940 -46.160 1.00 0.00 MW O +ATOM 13694 H1 TIP3X2842 4.690 8.550 -46.770 1.00 0.00 MW H +ATOM 13695 H2 TIP3X2842 5.670 8.520 -45.630 1.00 0.00 MW H +ATOM 13696 OH2 TIP3X2843 -30.850 39.740 37.420 1.00 0.00 MW O +ATOM 13697 H1 TIP3X2843 -30.800 40.690 37.290 1.00 0.00 MW H +ATOM 13698 H2 TIP3X2843 -30.960 39.630 38.370 1.00 0.00 MW H +ATOM 13699 OH2 TIP3X2844 -15.490 16.930 26.590 1.00 0.00 MW O +ATOM 13700 H1 TIP3X2844 -14.600 16.710 26.330 1.00 0.00 MW H +ATOM 13701 H2 TIP3X2844 -15.520 17.890 26.590 1.00 0.00 MW H +ATOM 13702 OH2 TIP3X2845 38.930 32.300 37.720 1.00 0.00 MW O +ATOM 13703 H1 TIP3X2845 39.520 31.720 37.240 1.00 0.00 MW H +ATOM 13704 H2 TIP3X2845 39.380 32.480 38.540 1.00 0.00 MW H +ATOM 13705 OH2 TIP3X2846 29.210 -51.790 28.330 1.00 0.00 MW O +ATOM 13706 H1 TIP3X2846 28.890 -52.160 27.510 1.00 0.00 MW H +ATOM 13707 H2 TIP3X2846 30.160 -51.810 28.250 1.00 0.00 MW H +ATOM 13708 OH2 TIP3X2847 -27.540 -16.100 31.510 1.00 0.00 MW O +ATOM 13709 H1 TIP3X2847 -28.070 -16.710 32.040 1.00 0.00 MW H +ATOM 13710 H2 TIP3X2847 -27.620 -16.450 30.630 1.00 0.00 MW H +ATOM 13711 OH2 TIP3X2848 -25.060 36.860 -31.140 1.00 0.00 MW O +ATOM 13712 H1 TIP3X2848 -24.930 37.780 -31.380 1.00 0.00 MW H +ATOM 13713 H2 TIP3X2848 -25.090 36.400 -31.980 1.00 0.00 MW H +ATOM 13714 OH2 TIP3X2849 0.400 -9.900 -34.020 1.00 0.00 MW O +ATOM 13715 H1 TIP3X2849 0.250 -9.230 -34.680 1.00 0.00 MW H +ATOM 13716 H2 TIP3X2849 -0.390 -10.440 -34.060 1.00 0.00 MW H +ATOM 13717 OH2 TIP3X2850 13.040 -38.740 -44.940 1.00 0.00 MW O +ATOM 13718 H1 TIP3X2850 12.120 -38.970 -44.810 1.00 0.00 MW H +ATOM 13719 H2 TIP3X2850 13.520 -39.550 -44.810 1.00 0.00 MW H +ATOM 13720 OH2 TIP3X2851 -22.050 -48.700 -42.670 1.00 0.00 MW O +ATOM 13721 H1 TIP3X2851 -22.130 -47.820 -43.050 1.00 0.00 MW H +ATOM 13722 H2 TIP3X2851 -21.200 -48.690 -42.230 1.00 0.00 MW H +ATOM 13723 OH2 TIP3X2852 -40.750 35.920 -39.060 1.00 0.00 MW O +ATOM 13724 H1 TIP3X2852 -39.890 35.930 -39.460 1.00 0.00 MW H +ATOM 13725 H2 TIP3X2852 -40.580 35.710 -38.140 1.00 0.00 MW H +ATOM 13726 OH2 TIP3X2853 2.250 -22.430 -31.120 1.00 0.00 MW O +ATOM 13727 H1 TIP3X2853 2.100 -21.770 -30.450 1.00 0.00 MW H +ATOM 13728 H2 TIP3X2853 2.860 -23.060 -30.730 1.00 0.00 MW H +ATOM 13729 OH2 TIP3X2854 26.370 2.680 -42.040 1.00 0.00 MW O +ATOM 13730 H1 TIP3X2854 27.330 2.730 -42.030 1.00 0.00 MW H +ATOM 13731 H2 TIP3X2854 26.150 2.080 -41.340 1.00 0.00 MW H +ATOM 13732 OH2 TIP3X2855 43.540 8.110 24.210 1.00 0.00 MW O +ATOM 13733 H1 TIP3X2855 42.680 8.150 23.810 1.00 0.00 MW H +ATOM 13734 H2 TIP3X2855 44.130 8.480 23.550 1.00 0.00 MW H +ATOM 13735 OH2 TIP3X2856 40.370 38.950 -33.840 1.00 0.00 MW O +ATOM 13736 H1 TIP3X2856 39.920 38.460 -34.540 1.00 0.00 MW H +ATOM 13737 H2 TIP3X2856 40.680 39.750 -34.270 1.00 0.00 MW H +ATOM 13738 OH2 TIP3X2857 28.790 8.440 31.300 1.00 0.00 MW O +ATOM 13739 H1 TIP3X2857 29.480 7.810 31.090 1.00 0.00 MW H +ATOM 13740 H2 TIP3X2857 28.630 8.300 32.240 1.00 0.00 MW H +ATOM 13741 OH2 TIP3X2858 -34.910 15.270 -17.270 1.00 0.00 MW O +ATOM 13742 H1 TIP3X2858 -35.430 14.550 -16.910 1.00 0.00 MW H +ATOM 13743 H2 TIP3X2858 -35.070 16.010 -16.680 1.00 0.00 MW H +ATOM 13744 OH2 TIP3X2859 -31.000 26.200 34.120 1.00 0.00 MW O +ATOM 13745 H1 TIP3X2859 -30.310 26.370 33.480 1.00 0.00 MW H +ATOM 13746 H2 TIP3X2859 -30.540 26.050 34.950 1.00 0.00 MW H +ATOM 13747 OH2 TIP3X2860 23.330 -42.320 21.280 1.00 0.00 MW O +ATOM 13748 H1 TIP3X2860 22.590 -42.840 21.590 1.00 0.00 MW H +ATOM 13749 H2 TIP3X2860 23.620 -42.780 20.490 1.00 0.00 MW H +ATOM 13750 OH2 TIP3X2861 -13.660 -32.940 -45.800 1.00 0.00 MW O +ATOM 13751 H1 TIP3X2861 -13.030 -33.150 -45.120 1.00 0.00 MW H +ATOM 13752 H2 TIP3X2861 -13.340 -33.410 -46.580 1.00 0.00 MW H +ATOM 13753 OH2 TIP3X2862 33.640 -35.590 -15.230 1.00 0.00 MW O +ATOM 13754 H1 TIP3X2862 33.740 -34.690 -15.560 1.00 0.00 MW H +ATOM 13755 H2 TIP3X2862 34.520 -35.860 -14.990 1.00 0.00 MW H +ATOM 13756 OH2 TIP3X2863 -5.310 5.500 -42.710 1.00 0.00 MW O +ATOM 13757 H1 TIP3X2863 -4.570 4.910 -42.590 1.00 0.00 MW H +ATOM 13758 H2 TIP3X2863 -5.090 6.290 -42.200 1.00 0.00 MW H +ATOM 13759 OH2 TIP3X2864 -8.490 -23.420 -30.910 1.00 0.00 MW O +ATOM 13760 H1 TIP3X2864 -8.790 -24.020 -31.580 1.00 0.00 MW H +ATOM 13761 H2 TIP3X2864 -7.930 -22.810 -31.370 1.00 0.00 MW H +ATOM 13762 OH2 TIP3X2865 -43.320 37.240 -47.230 1.00 0.00 MW O +ATOM 13763 H1 TIP3X2865 -43.930 36.520 -47.400 1.00 0.00 MW H +ATOM 13764 H2 TIP3X2865 -42.460 36.820 -47.160 1.00 0.00 MW H +ATOM 13765 OH2 TIP3X2866 -20.750 28.260 22.410 1.00 0.00 MW O +ATOM 13766 H1 TIP3X2866 -20.260 28.870 21.850 1.00 0.00 MW H +ATOM 13767 H2 TIP3X2866 -20.090 27.860 22.970 1.00 0.00 MW H +ATOM 13768 OH2 TIP3X2867 -3.960 36.160 26.430 1.00 0.00 MW O +ATOM 13769 H1 TIP3X2867 -3.050 36.460 26.410 1.00 0.00 MW H +ATOM 13770 H2 TIP3X2867 -3.890 35.210 26.430 1.00 0.00 MW H +ATOM 13771 OH2 TIP3X2868 37.590 19.260 -48.180 1.00 0.00 MW O +ATOM 13772 H1 TIP3X2868 37.560 19.720 -49.030 1.00 0.00 MW H +ATOM 13773 H2 TIP3X2868 37.950 18.400 -48.380 1.00 0.00 MW H +ATOM 13774 OH2 TIP3X2869 -38.980 -17.940 30.930 1.00 0.00 MW O +ATOM 13775 H1 TIP3X2869 -39.130 -17.430 31.730 1.00 0.00 MW H +ATOM 13776 H2 TIP3X2869 -39.440 -17.440 30.240 1.00 0.00 MW H +ATOM 13777 OH2 TIP3X2870 -22.930 31.640 -13.660 1.00 0.00 MW O +ATOM 13778 H1 TIP3X2870 -22.460 32.040 -14.390 1.00 0.00 MW H +ATOM 13779 H2 TIP3X2870 -23.860 31.690 -13.920 1.00 0.00 MW H +ATOM 13780 OH2 TIP3X2871 -15.570 -12.380 30.790 1.00 0.00 MW O +ATOM 13781 H1 TIP3X2871 -15.260 -13.150 31.250 1.00 0.00 MW H +ATOM 13782 H2 TIP3X2871 -15.000 -12.320 30.020 1.00 0.00 MW H +ATOM 13783 OH2 TIP3X2872 -36.590 40.880 -43.580 1.00 0.00 MW O +ATOM 13784 H1 TIP3X2872 -36.630 41.590 -42.940 1.00 0.00 MW H +ATOM 13785 H2 TIP3X2872 -36.220 40.140 -43.090 1.00 0.00 MW H +ATOM 13786 OH2 TIP3X2873 -42.430 -14.790 -35.620 1.00 0.00 MW O +ATOM 13787 H1 TIP3X2873 -43.090 -15.390 -35.260 1.00 0.00 MW H +ATOM 13788 H2 TIP3X2873 -41.590 -15.200 -35.390 1.00 0.00 MW H +ATOM 13789 OH2 TIP3X2874 33.540 -6.950 -40.110 1.00 0.00 MW O +ATOM 13790 H1 TIP3X2874 32.830 -6.420 -39.770 1.00 0.00 MW H +ATOM 13791 H2 TIP3X2874 34.210 -6.320 -40.380 1.00 0.00 MW H +ATOM 13792 OH2 TIP3X2875 -16.930 -35.680 -51.730 1.00 0.00 MW O +ATOM 13793 H1 TIP3X2875 -17.500 -35.750 -50.980 1.00 0.00 MW H +ATOM 13794 H2 TIP3X2875 -17.340 -36.220 -52.400 1.00 0.00 MW H +ATOM 13795 OH2 TIP3X2876 23.090 24.300 -21.500 1.00 0.00 MW O +ATOM 13796 H1 TIP3X2876 23.480 23.850 -20.760 1.00 0.00 MW H +ATOM 13797 H2 TIP3X2876 23.280 25.220 -21.350 1.00 0.00 MW H +ATOM 13798 OH2 TIP3X2877 9.630 17.640 -47.390 1.00 0.00 MW O +ATOM 13799 H1 TIP3X2877 9.330 18.070 -46.580 1.00 0.00 MW H +ATOM 13800 H2 TIP3X2877 10.350 18.180 -47.700 1.00 0.00 MW H +ATOM 13801 OH2 TIP3X2878 32.340 33.460 -48.910 1.00 0.00 MW O +ATOM 13802 H1 TIP3X2878 31.970 34.070 -48.270 1.00 0.00 MW H +ATOM 13803 H2 TIP3X2878 32.470 33.980 -49.700 1.00 0.00 MW H +ATOM 13804 OH2 TIP3X2879 25.570 -48.300 34.620 1.00 0.00 MW O +ATOM 13805 H1 TIP3X2879 25.880 -48.090 35.500 1.00 0.00 MW H +ATOM 13806 H2 TIP3X2879 24.650 -48.040 34.630 1.00 0.00 MW H +ATOM 13807 OH2 TIP3X2880 -11.690 0.740 35.170 1.00 0.00 MW O +ATOM 13808 H1 TIP3X2880 -12.610 0.830 35.410 1.00 0.00 MW H +ATOM 13809 H2 TIP3X2880 -11.210 1.000 35.950 1.00 0.00 MW H +ATOM 13810 OH2 TIP3X2881 25.360 -1.610 36.370 1.00 0.00 MW O +ATOM 13811 H1 TIP3X2881 24.910 -1.010 36.960 1.00 0.00 MW H +ATOM 13812 H2 TIP3X2881 25.030 -1.370 35.490 1.00 0.00 MW H +ATOM 13813 OH2 TIP3X2882 -38.450 2.550 -49.230 1.00 0.00 MW O +ATOM 13814 H1 TIP3X2882 -38.440 2.800 -50.150 1.00 0.00 MW H +ATOM 13815 H2 TIP3X2882 -38.830 3.300 -48.780 1.00 0.00 MW H +ATOM 13816 OH2 TIP3X2883 -5.430 -38.650 -51.040 1.00 0.00 MW O +ATOM 13817 H1 TIP3X2883 -6.320 -38.770 -50.700 1.00 0.00 MW H +ATOM 13818 H2 TIP3X2883 -5.430 -39.090 -51.890 1.00 0.00 MW H +ATOM 13819 OH2 TIP3X2884 41.780 -22.250 -45.420 1.00 0.00 MW O +ATOM 13820 H1 TIP3X2884 41.500 -22.190 -44.510 1.00 0.00 MW H +ATOM 13821 H2 TIP3X2884 42.230 -21.430 -45.600 1.00 0.00 MW H +ATOM 13822 OH2 TIP3X2885 16.600 16.570 -42.140 1.00 0.00 MW O +ATOM 13823 H1 TIP3X2885 17.490 16.370 -41.830 1.00 0.00 MW H +ATOM 13824 H2 TIP3X2885 16.120 15.740 -42.040 1.00 0.00 MW H +ATOM 13825 OH2 TIP3X2886 37.680 41.170 -38.090 1.00 0.00 MW O +ATOM 13826 H1 TIP3X2886 38.020 40.630 -37.380 1.00 0.00 MW H +ATOM 13827 H2 TIP3X2886 38.440 41.290 -38.680 1.00 0.00 MW H +ATOM 13828 OH2 TIP3X2887 -13.010 19.840 -35.970 1.00 0.00 MW O +ATOM 13829 H1 TIP3X2887 -13.620 19.590 -35.280 1.00 0.00 MW H +ATOM 13830 H2 TIP3X2887 -12.790 19.000 -36.410 1.00 0.00 MW H +ATOM 13831 OH2 TIP3X2888 -17.970 -43.190 -26.850 1.00 0.00 MW O +ATOM 13832 H1 TIP3X2888 -18.470 -43.680 -26.200 1.00 0.00 MW H +ATOM 13833 H2 TIP3X2888 -17.840 -42.330 -26.460 1.00 0.00 MW H +ATOM 13834 OH2 TIP3X2889 20.410 -15.110 -40.470 1.00 0.00 MW O +ATOM 13835 H1 TIP3X2889 20.430 -14.280 -39.990 1.00 0.00 MW H +ATOM 13836 H2 TIP3X2889 19.960 -15.720 -39.880 1.00 0.00 MW H +ATOM 13837 OH2 TIP3X2890 -34.010 -0.340 28.940 1.00 0.00 MW O +ATOM 13838 H1 TIP3X2890 -34.260 -0.930 28.240 1.00 0.00 MW H +ATOM 13839 H2 TIP3X2890 -34.200 -0.830 29.740 1.00 0.00 MW H +ATOM 13840 OH2 TIP3X2891 -9.190 35.930 -14.540 1.00 0.00 MW O +ATOM 13841 H1 TIP3X2891 -8.380 35.420 -14.510 1.00 0.00 MW H +ATOM 13842 H2 TIP3X2891 -9.850 35.300 -14.830 1.00 0.00 MW H +ATOM 13843 OH2 TIP3X2892 -26.620 -16.150 -30.260 1.00 0.00 MW O +ATOM 13844 H1 TIP3X2892 -27.070 -16.250 -29.410 1.00 0.00 MW H +ATOM 13845 H2 TIP3X2892 -27.320 -16.280 -30.910 1.00 0.00 MW H +ATOM 13846 OH2 TIP3X2893 -31.250 6.030 -25.600 1.00 0.00 MW O +ATOM 13847 H1 TIP3X2893 -32.100 5.970 -25.190 1.00 0.00 MW H +ATOM 13848 H2 TIP3X2893 -30.980 5.130 -25.780 1.00 0.00 MW H +ATOM 13849 OH2 TIP3X2894 25.310 35.800 23.320 1.00 0.00 MW O +ATOM 13850 H1 TIP3X2894 26.040 36.310 23.660 1.00 0.00 MW H +ATOM 13851 H2 TIP3X2894 25.710 35.040 22.910 1.00 0.00 MW H +ATOM 13852 OH2 TIP3X2895 45.570 -43.620 -23.420 1.00 0.00 MW O +ATOM 13853 H1 TIP3X2895 45.510 -43.630 -24.380 1.00 0.00 MW H +ATOM 13854 H2 TIP3X2895 46.320 -43.050 -23.240 1.00 0.00 MW H +ATOM 13855 OH2 TIP3X2896 12.740 -34.100 -44.670 1.00 0.00 MW O +ATOM 13856 H1 TIP3X2896 13.310 -33.420 -45.040 1.00 0.00 MW H +ATOM 13857 H2 TIP3X2896 12.120 -34.300 -45.370 1.00 0.00 MW H +ATOM 13858 OH2 TIP3X2897 -21.590 1.600 -16.760 1.00 0.00 MW O +ATOM 13859 H1 TIP3X2897 -22.270 1.710 -16.090 1.00 0.00 MW H +ATOM 13860 H2 TIP3X2897 -20.810 1.410 -16.250 1.00 0.00 MW H +ATOM 13861 OH2 TIP3X2898 34.560 -6.120 -36.180 1.00 0.00 MW O +ATOM 13862 H1 TIP3X2898 35.420 -6.520 -36.100 1.00 0.00 MW H +ATOM 13863 H2 TIP3X2898 34.680 -5.410 -36.810 1.00 0.00 MW H +ATOM 13864 OH2 TIP3X2899 -18.710 15.870 -40.250 1.00 0.00 MW O +ATOM 13865 H1 TIP3X2899 -18.000 16.470 -40.470 1.00 0.00 MW H +ATOM 13866 H2 TIP3X2899 -19.470 16.210 -40.720 1.00 0.00 MW H +ATOM 13867 OH2 TIP3X2900 -41.840 -43.030 -22.060 1.00 0.00 MW O +ATOM 13868 H1 TIP3X2900 -42.110 -43.010 -21.140 1.00 0.00 MW H +ATOM 13869 H2 TIP3X2900 -40.880 -42.900 -22.020 1.00 0.00 MW H +ATOM 13870 OH2 TIP3X2901 7.980 23.000 20.540 1.00 0.00 MW O +ATOM 13871 H1 TIP3X2901 8.670 23.410 21.070 1.00 0.00 MW H +ATOM 13872 H2 TIP3X2901 7.860 23.600 19.790 1.00 0.00 MW H +ATOM 13873 OH2 TIP3X2902 1.690 6.970 20.560 1.00 0.00 MW O +ATOM 13874 H1 TIP3X2902 1.170 7.740 20.310 1.00 0.00 MW H +ATOM 13875 H2 TIP3X2902 2.060 7.200 21.420 1.00 0.00 MW H +ATOM 13876 OH2 TIP3X2903 13.180 -46.120 -28.970 1.00 0.00 MW O +ATOM 13877 H1 TIP3X2903 13.870 -46.240 -28.310 1.00 0.00 MW H +ATOM 13878 H2 TIP3X2903 12.750 -46.970 -29.030 1.00 0.00 MW H +ATOM 13879 OH2 TIP3X2904 41.030 31.730 -45.640 1.00 0.00 MW O +ATOM 13880 H1 TIP3X2904 40.440 31.040 -45.360 1.00 0.00 MW H +ATOM 13881 H2 TIP3X2904 41.700 31.760 -44.960 1.00 0.00 MW H +ATOM 13882 OH2 TIP3X2905 -37.130 -39.530 34.530 1.00 0.00 MW O +ATOM 13883 H1 TIP3X2905 -36.750 -38.710 34.830 1.00 0.00 MW H +ATOM 13884 H2 TIP3X2905 -37.150 -39.450 33.570 1.00 0.00 MW H +ATOM 13885 OH2 TIP3X2906 -19.690 22.540 -26.070 1.00 0.00 MW O +ATOM 13886 H1 TIP3X2906 -19.300 21.670 -26.050 1.00 0.00 MW H +ATOM 13887 H2 TIP3X2906 -20.390 22.480 -26.720 1.00 0.00 MW H +ATOM 13888 OH2 TIP3X2907 45.740 -2.810 -9.740 1.00 0.00 MW O +ATOM 13889 H1 TIP3X2907 45.290 -1.970 -9.780 1.00 0.00 MW H +ATOM 13890 H2 TIP3X2907 45.260 -3.310 -9.070 1.00 0.00 MW H +ATOM 13891 OH2 TIP3X2908 34.620 -14.500 25.160 1.00 0.00 MW O +ATOM 13892 H1 TIP3X2908 34.630 -13.680 24.660 1.00 0.00 MW H +ATOM 13893 H2 TIP3X2908 34.080 -15.100 24.640 1.00 0.00 MW H +ATOM 13894 OH2 TIP3X2909 27.460 -34.910 32.300 1.00 0.00 MW O +ATOM 13895 H1 TIP3X2909 27.210 -35.800 32.550 1.00 0.00 MW H +ATOM 13896 H2 TIP3X2909 26.920 -34.340 32.850 1.00 0.00 MW H +ATOM 13897 OH2 TIP3X2910 26.400 -16.500 -12.710 1.00 0.00 MW O +ATOM 13898 H1 TIP3X2910 25.600 -16.910 -12.370 1.00 0.00 MW H +ATOM 13899 H2 TIP3X2910 27.050 -16.650 -12.030 1.00 0.00 MW H +ATOM 13900 OH2 TIP3X2911 -34.020 -16.250 -19.140 1.00 0.00 MW O +ATOM 13901 H1 TIP3X2911 -33.380 -15.560 -19.290 1.00 0.00 MW H +ATOM 13902 H2 TIP3X2911 -33.630 -16.790 -18.450 1.00 0.00 MW H +ATOM 13903 OH2 TIP3X2912 -1.320 -15.280 27.430 1.00 0.00 MW O +ATOM 13904 H1 TIP3X2912 -0.780 -15.560 28.160 1.00 0.00 MW H +ATOM 13905 H2 TIP3X2912 -1.860 -14.580 27.790 1.00 0.00 MW H +ATOM 13906 OH2 TIP3X2913 40.320 -40.270 -29.640 1.00 0.00 MW O +ATOM 13907 H1 TIP3X2913 40.720 -39.850 -28.880 1.00 0.00 MW H +ATOM 13908 H2 TIP3X2913 39.400 -40.330 -29.430 1.00 0.00 MW H +ATOM 13909 OH2 TIP3X2914 -41.590 -6.020 29.190 1.00 0.00 MW O +ATOM 13910 H1 TIP3X2914 -41.050 -6.210 28.430 1.00 0.00 MW H +ATOM 13911 H2 TIP3X2914 -41.120 -5.320 29.650 1.00 0.00 MW H +ATOM 13912 OH2 TIP3X2915 15.310 -6.740 -30.950 1.00 0.00 MW O +ATOM 13913 H1 TIP3X2915 14.900 -5.990 -31.380 1.00 0.00 MW H +ATOM 13914 H2 TIP3X2915 15.540 -6.420 -30.080 1.00 0.00 MW H +ATOM 13915 OH2 TIP3X2916 -30.920 3.270 -25.720 1.00 0.00 MW O +ATOM 13916 H1 TIP3X2916 -31.850 3.050 -25.870 1.00 0.00 MW H +ATOM 13917 H2 TIP3X2916 -30.450 2.460 -25.950 1.00 0.00 MW H +ATOM 13918 OH2 TIP3X2917 14.160 36.450 -35.290 1.00 0.00 MW O +ATOM 13919 H1 TIP3X2917 14.160 36.900 -36.130 1.00 0.00 MW H +ATOM 13920 H2 TIP3X2917 15.070 36.220 -35.130 1.00 0.00 MW H +ATOM 13921 OH2 TIP3X2918 26.640 4.980 -34.740 1.00 0.00 MW O +ATOM 13922 H1 TIP3X2918 27.360 5.390 -34.240 1.00 0.00 MW H +ATOM 13923 H2 TIP3X2918 25.840 5.390 -34.400 1.00 0.00 MW H +ATOM 13924 OH2 TIP3X2919 3.220 -19.050 17.210 1.00 0.00 MW O +ATOM 13925 H1 TIP3X2919 3.570 -18.220 17.540 1.00 0.00 MW H +ATOM 13926 H2 TIP3X2919 3.990 -19.520 16.900 1.00 0.00 MW H +ATOM 13927 OH2 TIP3X2920 40.670 1.770 -12.080 1.00 0.00 MW O +ATOM 13928 H1 TIP3X2920 40.110 1.650 -11.310 1.00 0.00 MW H +ATOM 13929 H2 TIP3X2920 41.560 1.720 -11.730 1.00 0.00 MW H +ATOM 13930 OH2 TIP3X2921 -42.340 -34.450 -49.360 1.00 0.00 MW O +ATOM 13931 H1 TIP3X2921 -42.200 -33.550 -49.680 1.00 0.00 MW H +ATOM 13932 H2 TIP3X2921 -41.720 -34.980 -49.850 1.00 0.00 MW H +ATOM 13933 OH2 TIP3X2922 -43.020 37.930 -29.050 1.00 0.00 MW O +ATOM 13934 H1 TIP3X2922 -43.630 38.520 -29.470 1.00 0.00 MW H +ATOM 13935 H2 TIP3X2922 -43.110 38.090 -28.110 1.00 0.00 MW H +ATOM 13936 OH2 TIP3X2923 -45.120 14.690 -35.620 1.00 0.00 MW O +ATOM 13937 H1 TIP3X2923 -44.170 14.630 -35.550 1.00 0.00 MW H +ATOM 13938 H2 TIP3X2923 -45.270 15.590 -35.910 1.00 0.00 MW H +ATOM 13939 OH2 TIP3X2924 -30.010 -3.990 -37.260 1.00 0.00 MW O +ATOM 13940 H1 TIP3X2924 -30.120 -3.160 -36.800 1.00 0.00 MW H +ATOM 13941 H2 TIP3X2924 -30.520 -4.620 -36.750 1.00 0.00 MW H +ATOM 13942 OH2 TIP3X2925 -16.550 -10.910 -46.240 1.00 0.00 MW O +ATOM 13943 H1 TIP3X2925 -17.480 -10.880 -46.440 1.00 0.00 MW H +ATOM 13944 H2 TIP3X2925 -16.490 -10.590 -45.340 1.00 0.00 MW H +ATOM 13945 OH2 TIP3X2926 41.990 19.820 -9.140 1.00 0.00 MW O +ATOM 13946 H1 TIP3X2926 41.900 19.820 -8.180 1.00 0.00 MW H +ATOM 13947 H2 TIP3X2926 42.680 20.460 -9.320 1.00 0.00 MW H +ATOM 13948 OH2 TIP3X2927 -24.660 33.560 23.180 1.00 0.00 MW O +ATOM 13949 H1 TIP3X2927 -25.300 34.100 23.640 1.00 0.00 MW H +ATOM 13950 H2 TIP3X2927 -23.820 33.890 23.460 1.00 0.00 MW H +ATOM 13951 OH2 TIP3X2928 20.420 40.650 36.690 1.00 0.00 MW O +ATOM 13952 H1 TIP3X2928 19.850 40.800 37.440 1.00 0.00 MW H +ATOM 13953 H2 TIP3X2928 19.960 39.990 36.170 1.00 0.00 MW H +ATOM 13954 OH2 TIP3X2929 -38.160 -32.690 17.690 1.00 0.00 MW O +ATOM 13955 H1 TIP3X2929 -37.230 -32.760 17.490 1.00 0.00 MW H +ATOM 13956 H2 TIP3X2929 -38.290 -33.210 18.480 1.00 0.00 MW H +ATOM 13957 OH2 TIP3X2930 19.390 -25.690 -41.890 1.00 0.00 MW O +ATOM 13958 H1 TIP3X2930 19.600 -24.780 -41.680 1.00 0.00 MW H +ATOM 13959 H2 TIP3X2930 19.450 -25.730 -42.840 1.00 0.00 MW H +ATOM 13960 OH2 TIP3X2931 -36.120 -34.950 -35.150 1.00 0.00 MW O +ATOM 13961 H1 TIP3X2931 -35.790 -35.700 -34.640 1.00 0.00 MW H +ATOM 13962 H2 TIP3X2931 -36.720 -34.500 -34.560 1.00 0.00 MW H +ATOM 13963 OH2 TIP3X2932 -39.410 -42.840 -27.640 1.00 0.00 MW O +ATOM 13964 H1 TIP3X2932 -39.680 -42.530 -28.510 1.00 0.00 MW H +ATOM 13965 H2 TIP3X2932 -39.490 -43.790 -27.700 1.00 0.00 MW H +ATOM 13966 OH2 TIP3X2933 -33.170 -20.980 -24.240 1.00 0.00 MW O +ATOM 13967 H1 TIP3X2933 -33.030 -20.890 -23.290 1.00 0.00 MW H +ATOM 13968 H2 TIP3X2933 -32.300 -21.120 -24.600 1.00 0.00 MW H +ATOM 13969 OH2 TIP3X2934 -42.710 -3.460 -39.250 1.00 0.00 MW O +ATOM 13970 H1 TIP3X2934 -42.480 -3.000 -38.440 1.00 0.00 MW H +ATOM 13971 H2 TIP3X2934 -42.980 -2.760 -39.850 1.00 0.00 MW H +ATOM 13972 OH2 TIP3X2935 -2.250 30.550 -23.180 1.00 0.00 MW O +ATOM 13973 H1 TIP3X2935 -2.020 29.650 -23.430 1.00 0.00 MW H +ATOM 13974 H2 TIP3X2935 -2.500 30.970 -24.010 1.00 0.00 MW H +ATOM 13975 OH2 TIP3X2936 30.770 7.640 -32.440 1.00 0.00 MW O +ATOM 13976 H1 TIP3X2936 31.400 6.930 -32.280 1.00 0.00 MW H +ATOM 13977 H2 TIP3X2936 31.280 8.440 -32.360 1.00 0.00 MW H +ATOM 13978 OH2 TIP3X2937 5.530 -32.310 33.800 1.00 0.00 MW O +ATOM 13979 H1 TIP3X2937 5.320 -31.720 33.070 1.00 0.00 MW H +ATOM 13980 H2 TIP3X2937 6.460 -32.500 33.690 1.00 0.00 MW H +ATOM 13981 OH2 TIP3X2938 35.530 -11.870 23.460 1.00 0.00 MW O +ATOM 13982 H1 TIP3X2938 35.440 -11.420 22.610 1.00 0.00 MW H +ATOM 13983 H2 TIP3X2938 36.200 -11.380 23.920 1.00 0.00 MW H +ATOM 13984 OH2 TIP3X2939 23.710 24.410 34.190 1.00 0.00 MW O +ATOM 13985 H1 TIP3X2939 23.890 23.720 34.830 1.00 0.00 MW H +ATOM 13986 H2 TIP3X2939 24.560 24.570 33.770 1.00 0.00 MW H +ATOM 13987 OH2 TIP3X2940 35.630 -9.390 -36.420 1.00 0.00 MW O +ATOM 13988 H1 TIP3X2940 34.840 -9.180 -36.930 1.00 0.00 MW H +ATOM 13989 H2 TIP3X2940 35.350 -9.290 -35.510 1.00 0.00 MW H +ATOM 13990 OH2 TIP3X2941 -37.620 -49.740 24.720 1.00 0.00 MW O +ATOM 13991 H1 TIP3X2941 -38.060 -50.430 25.210 1.00 0.00 MW H +ATOM 13992 H2 TIP3X2941 -37.120 -50.200 24.050 1.00 0.00 MW H +ATOM 13993 OH2 TIP3X2942 7.590 35.210 20.870 1.00 0.00 MW O +ATOM 13994 H1 TIP3X2942 6.680 35.520 20.930 1.00 0.00 MW H +ATOM 13995 H2 TIP3X2942 7.530 34.340 20.480 1.00 0.00 MW H +ATOM 13996 OH2 TIP3X2943 33.610 -35.960 -27.950 1.00 0.00 MW O +ATOM 13997 H1 TIP3X2943 34.490 -35.850 -27.570 1.00 0.00 MW H +ATOM 13998 H2 TIP3X2943 33.580 -36.870 -28.220 1.00 0.00 MW H +ATOM 13999 OH2 TIP3X2944 -11.850 -45.440 36.430 1.00 0.00 MW O +ATOM 14000 H1 TIP3X2944 -11.170 -44.820 36.690 1.00 0.00 MW H +ATOM 14001 H2 TIP3X2944 -12.280 -45.680 37.260 1.00 0.00 MW H +ATOM 14002 OH2 TIP3X2945 -7.970 -38.080 10.080 1.00 0.00 MW O +ATOM 14003 H1 TIP3X2945 -7.540 -37.270 10.360 1.00 0.00 MW H +ATOM 14004 H2 TIP3X2945 -7.940 -38.060 9.130 1.00 0.00 MW H +ATOM 14005 OH2 TIP3X2946 -37.320 15.770 39.380 1.00 0.00 MW O +ATOM 14006 H1 TIP3X2946 -36.610 15.510 39.980 1.00 0.00 MW H +ATOM 14007 H2 TIP3X2946 -38.000 16.120 39.960 1.00 0.00 MW H +ATOM 14008 OH2 TIP3X2947 -41.630 -32.340 34.300 1.00 0.00 MW O +ATOM 14009 H1 TIP3X2947 -42.530 -32.050 34.210 1.00 0.00 MW H +ATOM 14010 H2 TIP3X2947 -41.330 -31.970 35.140 1.00 0.00 MW H +ATOM 14011 OH2 TIP3X2948 38.020 2.620 -21.290 1.00 0.00 MW O +ATOM 14012 H1 TIP3X2948 37.450 2.600 -22.060 1.00 0.00 MW H +ATOM 14013 H2 TIP3X2948 38.790 3.120 -21.580 1.00 0.00 MW H +ATOM 14014 OH2 TIP3X2949 12.350 -17.390 32.660 1.00 0.00 MW O +ATOM 14015 H1 TIP3X2949 11.630 -16.770 32.770 1.00 0.00 MW H +ATOM 14016 H2 TIP3X2949 11.920 -18.260 32.720 1.00 0.00 MW H +ATOM 14017 OH2 TIP3X2950 39.170 37.600 -25.270 1.00 0.00 MW O +ATOM 14018 H1 TIP3X2950 39.130 36.680 -25.530 1.00 0.00 MW H +ATOM 14019 H2 TIP3X2950 38.280 37.940 -25.400 1.00 0.00 MW H +ATOM 14020 OH2 TIP3X2951 32.540 -13.430 -21.130 1.00 0.00 MW O +ATOM 14021 H1 TIP3X2951 31.970 -13.650 -20.400 1.00 0.00 MW H +ATOM 14022 H2 TIP3X2951 33.280 -14.010 -21.050 1.00 0.00 MW H +ATOM 14023 OH2 TIP3X2952 -19.260 10.070 -29.960 1.00 0.00 MW O +ATOM 14024 H1 TIP3X2952 -18.550 9.870 -29.340 1.00 0.00 MW H +ATOM 14025 H2 TIP3X2952 -19.050 9.550 -30.730 1.00 0.00 MW H +ATOM 14026 OH2 TIP3X2953 26.350 5.720 -48.760 1.00 0.00 MW O +ATOM 14027 H1 TIP3X2953 26.940 5.690 -49.510 1.00 0.00 MW H +ATOM 14028 H2 TIP3X2953 26.820 6.220 -48.090 1.00 0.00 MW H +ATOM 14029 OH2 TIP3X2954 42.970 34.760 33.400 1.00 0.00 MW O +ATOM 14030 H1 TIP3X2954 42.150 34.920 32.950 1.00 0.00 MW H +ATOM 14031 H2 TIP3X2954 43.250 33.890 33.120 1.00 0.00 MW H +ATOM 14032 OH2 TIP3X2955 48.080 21.540 21.230 1.00 0.00 MW O +ATOM 14033 H1 TIP3X2955 47.160 21.330 21.310 1.00 0.00 MW H +ATOM 14034 H2 TIP3X2955 48.520 20.950 21.840 1.00 0.00 MW H +ATOM 14035 OH2 TIP3X2956 26.980 17.040 -11.340 1.00 0.00 MW O +ATOM 14036 H1 TIP3X2956 26.100 17.380 -11.480 1.00 0.00 MW H +ATOM 14037 H2 TIP3X2956 26.950 16.160 -11.730 1.00 0.00 MW H +ATOM 14038 OH2 TIP3X2957 15.810 18.420 -18.610 1.00 0.00 MW O +ATOM 14039 H1 TIP3X2957 15.700 18.810 -19.480 1.00 0.00 MW H +ATOM 14040 H2 TIP3X2957 14.940 18.490 -18.220 1.00 0.00 MW H +ATOM 14041 OH2 TIP3X2958 -23.440 25.160 -44.870 1.00 0.00 MW O +ATOM 14042 H1 TIP3X2958 -23.130 26.050 -45.060 1.00 0.00 MW H +ATOM 14043 H2 TIP3X2958 -23.510 24.740 -45.720 1.00 0.00 MW H +ATOM 14044 OH2 TIP3X2959 24.970 -27.850 27.540 1.00 0.00 MW O +ATOM 14045 H1 TIP3X2959 24.170 -28.080 28.000 1.00 0.00 MW H +ATOM 14046 H2 TIP3X2959 25.540 -28.610 27.640 1.00 0.00 MW H +ATOM 14047 OH2 TIP3X2960 -10.590 27.180 -22.020 1.00 0.00 MW O +ATOM 14048 H1 TIP3X2960 -10.900 28.020 -22.350 1.00 0.00 MW H +ATOM 14049 H2 TIP3X2960 -11.400 26.680 -21.850 1.00 0.00 MW H +ATOM 14050 OH2 TIP3X2961 -8.950 -15.680 31.360 1.00 0.00 MW O +ATOM 14051 H1 TIP3X2961 -9.420 -15.050 31.910 1.00 0.00 MW H +ATOM 14052 H2 TIP3X2961 -8.910 -16.470 31.900 1.00 0.00 MW H +ATOM 14053 OH2 TIP3X2962 -42.640 40.700 18.310 1.00 0.00 MW O +ATOM 14054 H1 TIP3X2962 -43.230 41.390 18.570 1.00 0.00 MW H +ATOM 14055 H2 TIP3X2962 -42.950 40.400 17.460 1.00 0.00 MW H +ATOM 14056 OH2 TIP3X2963 29.430 0.900 -39.680 1.00 0.00 MW O +ATOM 14057 H1 TIP3X2963 29.400 1.660 -40.280 1.00 0.00 MW H +ATOM 14058 H2 TIP3X2963 30.350 0.770 -39.510 1.00 0.00 MW H +ATOM 14059 OH2 TIP3X2964 -20.160 -29.430 -44.060 1.00 0.00 MW O +ATOM 14060 H1 TIP3X2964 -19.630 -29.850 -44.740 1.00 0.00 MW H +ATOM 14061 H2 TIP3X2964 -21.060 -29.470 -44.400 1.00 0.00 MW H +ATOM 14062 OH2 TIP3X2965 -42.470 -45.440 -32.210 1.00 0.00 MW O +ATOM 14063 H1 TIP3X2965 -43.360 -45.130 -32.370 1.00 0.00 MW H +ATOM 14064 H2 TIP3X2965 -42.350 -45.370 -31.270 1.00 0.00 MW H +ATOM 14065 OH2 TIP3X2966 20.790 -17.720 -37.100 1.00 0.00 MW O +ATOM 14066 H1 TIP3X2966 20.790 -18.670 -37.170 1.00 0.00 MW H +ATOM 14067 H2 TIP3X2966 20.150 -17.420 -37.750 1.00 0.00 MW H +ATOM 14068 OH2 TIP3X2967 -38.070 -43.490 31.080 1.00 0.00 MW O +ATOM 14069 H1 TIP3X2967 -37.690 -43.690 31.930 1.00 0.00 MW H +ATOM 14070 H2 TIP3X2967 -38.550 -42.680 31.220 1.00 0.00 MW H +ATOM 14071 OH2 TIP3X2968 23.200 -37.570 -47.430 1.00 0.00 MW O +ATOM 14072 H1 TIP3X2968 22.770 -37.050 -48.110 1.00 0.00 MW H +ATOM 14073 H2 TIP3X2968 23.350 -38.420 -47.830 1.00 0.00 MW H +ATOM 14074 OH2 TIP3X2969 9.230 20.070 33.520 1.00 0.00 MW O +ATOM 14075 H1 TIP3X2969 9.390 19.480 32.780 1.00 0.00 MW H +ATOM 14076 H2 TIP3X2969 10.030 20.590 33.590 1.00 0.00 MW H +ATOM 14077 OH2 TIP3X2970 1.990 -33.480 27.360 1.00 0.00 MW O +ATOM 14078 H1 TIP3X2970 1.810 -33.150 28.240 1.00 0.00 MW H +ATOM 14079 H2 TIP3X2970 1.370 -33.010 26.810 1.00 0.00 MW H +ATOM 14080 OH2 TIP3X2971 -25.390 11.440 -45.780 1.00 0.00 MW O +ATOM 14081 H1 TIP3X2971 -25.620 12.290 -46.150 1.00 0.00 MW H +ATOM 14082 H2 TIP3X2971 -24.450 11.520 -45.560 1.00 0.00 MW H +ATOM 14083 OH2 TIP3X2972 -19.530 -30.860 35.000 1.00 0.00 MW O +ATOM 14084 H1 TIP3X2972 -20.440 -30.810 35.300 1.00 0.00 MW H +ATOM 14085 H2 TIP3X2972 -19.050 -30.290 35.610 1.00 0.00 MW H +ATOM 14086 OH2 TIP3X2973 1.740 -0.880 -42.580 1.00 0.00 MW O +ATOM 14087 H1 TIP3X2973 2.470 -1.490 -42.430 1.00 0.00 MW H +ATOM 14088 H2 TIP3X2973 1.170 -1.340 -43.190 1.00 0.00 MW H +ATOM 14089 OH2 TIP3X2974 0.910 7.170 29.520 1.00 0.00 MW O +ATOM 14090 H1 TIP3X2974 0.850 6.910 28.610 1.00 0.00 MW H +ATOM 14091 H2 TIP3X2974 1.850 7.300 29.680 1.00 0.00 MW H +ATOM 14092 OH2 TIP3X2975 2.920 -51.090 12.580 1.00 0.00 MW O +ATOM 14093 H1 TIP3X2975 2.580 -51.980 12.600 1.00 0.00 MW H +ATOM 14094 H2 TIP3X2975 3.420 -51.040 11.770 1.00 0.00 MW H +ATOM 14095 OH2 TIP3X2976 -0.720 -32.680 -41.660 1.00 0.00 MW O +ATOM 14096 H1 TIP3X2976 0.140 -32.540 -42.050 1.00 0.00 MW H +ATOM 14097 H2 TIP3X2976 -0.800 -32.010 -40.980 1.00 0.00 MW H +ATOM 14098 OH2 TIP3X2977 -6.860 22.230 26.540 1.00 0.00 MW O +ATOM 14099 H1 TIP3X2977 -7.060 22.280 27.480 1.00 0.00 MW H +ATOM 14100 H2 TIP3X2977 -6.780 21.290 26.370 1.00 0.00 MW H +ATOM 14101 OH2 TIP3X2978 -26.730 32.630 31.960 1.00 0.00 MW O +ATOM 14102 H1 TIP3X2978 -27.080 33.520 31.920 1.00 0.00 MW H +ATOM 14103 H2 TIP3X2978 -27.210 32.210 32.680 1.00 0.00 MW H +ATOM 14104 OH2 TIP3X2979 -7.330 11.560 38.460 1.00 0.00 MW O +ATOM 14105 H1 TIP3X2979 -8.180 11.950 38.250 1.00 0.00 MW H +ATOM 14106 H2 TIP3X2979 -7.500 10.620 38.510 1.00 0.00 MW H +ATOM 14107 OH2 TIP3X2980 28.500 -47.680 -27.120 1.00 0.00 MW O +ATOM 14108 H1 TIP3X2980 28.810 -46.820 -27.420 1.00 0.00 MW H +ATOM 14109 H2 TIP3X2980 27.550 -47.620 -27.160 1.00 0.00 MW H +ATOM 14110 OH2 TIP3X2981 18.820 -26.080 27.490 1.00 0.00 MW O +ATOM 14111 H1 TIP3X2981 19.080 -26.980 27.290 1.00 0.00 MW H +ATOM 14112 H2 TIP3X2981 17.880 -26.070 27.330 1.00 0.00 MW H +ATOM 14113 OH2 TIP3X2982 -32.470 -27.210 -39.270 1.00 0.00 MW O +ATOM 14114 H1 TIP3X2982 -32.770 -26.320 -39.140 1.00 0.00 MW H +ATOM 14115 H2 TIP3X2982 -33.240 -27.750 -39.120 1.00 0.00 MW H +ATOM 14116 OH2 TIP3X2983 35.760 -19.100 -30.170 1.00 0.00 MW O +ATOM 14117 H1 TIP3X2983 35.750 -19.400 -29.260 1.00 0.00 MW H +ATOM 14118 H2 TIP3X2983 34.850 -19.170 -30.450 1.00 0.00 MW H +ATOM 14119 OH2 TIP3X2984 28.530 -10.890 38.370 1.00 0.00 MW O +ATOM 14120 H1 TIP3X2984 27.980 -11.030 37.600 1.00 0.00 MW H +ATOM 14121 H2 TIP3X2984 29.420 -10.830 38.010 1.00 0.00 MW H +ATOM 14122 OH2 TIP3X2985 -5.980 -40.340 -47.730 1.00 0.00 MW O +ATOM 14123 H1 TIP3X2985 -6.530 -40.950 -47.240 1.00 0.00 MW H +ATOM 14124 H2 TIP3X2985 -6.460 -40.190 -48.540 1.00 0.00 MW H +ATOM 14125 OH2 TIP3X2986 -7.270 26.250 -28.260 1.00 0.00 MW O +ATOM 14126 H1 TIP3X2986 -6.460 25.980 -28.690 1.00 0.00 MW H +ATOM 14127 H2 TIP3X2986 -7.950 26.100 -28.920 1.00 0.00 MW H +ATOM 14128 OH2 TIP3X2987 -12.350 -19.680 34.020 1.00 0.00 MW O +ATOM 14129 H1 TIP3X2987 -13.240 -19.330 33.980 1.00 0.00 MW H +ATOM 14130 H2 TIP3X2987 -12.290 -20.270 33.260 1.00 0.00 MW H +ATOM 14131 OH2 TIP3X2988 -27.060 18.370 -26.520 1.00 0.00 MW O +ATOM 14132 H1 TIP3X2988 -26.380 19.050 -26.550 1.00 0.00 MW H +ATOM 14133 H2 TIP3X2988 -27.140 18.160 -25.580 1.00 0.00 MW H +ATOM 14134 OH2 TIP3X2989 26.400 27.670 -15.380 1.00 0.00 MW O +ATOM 14135 H1 TIP3X2989 26.280 26.740 -15.560 1.00 0.00 MW H +ATOM 14136 H2 TIP3X2989 26.510 27.720 -14.430 1.00 0.00 MW H +ATOM 14137 OH2 TIP3X2990 44.230 -49.810 35.400 1.00 0.00 MW O +ATOM 14138 H1 TIP3X2990 43.430 -50.290 35.550 1.00 0.00 MW H +ATOM 14139 H2 TIP3X2990 44.400 -49.910 34.470 1.00 0.00 MW H +ATOM 14140 OH2 TIP3X2991 11.430 -29.940 28.640 1.00 0.00 MW O +ATOM 14141 H1 TIP3X2991 11.110 -29.470 27.860 1.00 0.00 MW H +ATOM 14142 H2 TIP3X2991 11.190 -30.850 28.490 1.00 0.00 MW H +ATOM 14143 OH2 TIP3X2992 -38.230 -5.440 -50.180 1.00 0.00 MW O +ATOM 14144 H1 TIP3X2992 -37.720 -5.310 -49.380 1.00 0.00 MW H +ATOM 14145 H2 TIP3X2992 -37.580 -5.680 -50.840 1.00 0.00 MW H +ATOM 14146 OH2 TIP3X2993 -33.110 24.110 -22.420 1.00 0.00 MW O +ATOM 14147 H1 TIP3X2993 -34.020 24.290 -22.160 1.00 0.00 MW H +ATOM 14148 H2 TIP3X2993 -33.130 24.140 -23.380 1.00 0.00 MW H +ATOM 14149 OH2 TIP3X2994 -0.340 -4.820 -37.360 1.00 0.00 MW O +ATOM 14150 H1 TIP3X2994 0.090 -5.650 -37.540 1.00 0.00 MW H +ATOM 14151 H2 TIP3X2994 -0.950 -4.710 -38.090 1.00 0.00 MW H +ATOM 14152 OH2 TIP3X2995 -37.960 -33.870 -31.610 1.00 0.00 MW O +ATOM 14153 H1 TIP3X2995 -38.690 -33.280 -31.830 1.00 0.00 MW H +ATOM 14154 H2 TIP3X2995 -37.700 -33.610 -30.740 1.00 0.00 MW H +ATOM 14155 OH2 TIP3X2996 14.180 -20.850 -33.960 1.00 0.00 MW O +ATOM 14156 H1 TIP3X2996 14.600 -20.580 -33.150 1.00 0.00 MW H +ATOM 14157 H2 TIP3X2996 14.670 -21.620 -34.250 1.00 0.00 MW H +ATOM 14158 OH2 TIP3X2997 25.400 22.360 -40.000 1.00 0.00 MW O +ATOM 14159 H1 TIP3X2997 26.090 22.920 -39.620 1.00 0.00 MW H +ATOM 14160 H2 TIP3X2997 25.810 21.510 -40.080 1.00 0.00 MW H +ATOM 14161 OH2 TIP3X2998 -10.000 -25.740 27.470 1.00 0.00 MW O +ATOM 14162 H1 TIP3X2998 -9.800 -26.170 26.640 1.00 0.00 MW H +ATOM 14163 H2 TIP3X2998 -9.300 -26.030 28.060 1.00 0.00 MW H +ATOM 14164 OH2 TIP3X2999 35.260 -20.920 -27.500 1.00 0.00 MW O +ATOM 14165 H1 TIP3X2999 35.940 -21.540 -27.720 1.00 0.00 MW H +ATOM 14166 H2 TIP3X2999 35.590 -20.470 -26.720 1.00 0.00 MW H +ATOM 14167 OH2 TIP3X3000 -12.510 8.850 -34.920 1.00 0.00 MW O +ATOM 14168 H1 TIP3X3000 -13.260 8.420 -34.510 1.00 0.00 MW H +ATOM 14169 H2 TIP3X3000 -12.570 9.760 -34.630 1.00 0.00 MW H +ATOM 14170 OH2 TIP3X3001 -12.530 -32.440 29.070 1.00 0.00 MW O +ATOM 14171 H1 TIP3X3001 -12.730 -33.110 29.720 1.00 0.00 MW H +ATOM 14172 H2 TIP3X3001 -11.830 -31.920 29.470 1.00 0.00 MW H +ATOM 14173 OH2 TIP3X3002 41.260 -28.050 36.260 1.00 0.00 MW O +ATOM 14174 H1 TIP3X3002 41.020 -28.720 35.620 1.00 0.00 MW H +ATOM 14175 H2 TIP3X3002 41.120 -27.220 35.810 1.00 0.00 MW H +ATOM 14176 OH2 TIP3X3003 22.220 -13.690 -34.640 1.00 0.00 MW O +ATOM 14177 H1 TIP3X3003 21.880 -12.820 -34.840 1.00 0.00 MW H +ATOM 14178 H2 TIP3X3003 23.050 -13.510 -34.200 1.00 0.00 MW H +ATOM 14179 OH2 TIP3X3004 -7.410 -19.210 29.450 1.00 0.00 MW O +ATOM 14180 H1 TIP3X3004 -7.120 -18.300 29.470 1.00 0.00 MW H +ATOM 14181 H2 TIP3X3004 -7.490 -19.430 28.530 1.00 0.00 MW H +ATOM 14182 OH2 TIP3X3005 45.890 -47.860 24.390 1.00 0.00 MW O +ATOM 14183 H1 TIP3X3005 45.010 -47.580 24.180 1.00 0.00 MW H +ATOM 14184 H2 TIP3X3005 46.430 -47.530 23.680 1.00 0.00 MW H +ATOM 14185 OH2 TIP3X3006 16.040 -42.330 18.710 1.00 0.00 MW O +ATOM 14186 H1 TIP3X3006 16.220 -41.480 18.320 1.00 0.00 MW H +ATOM 14187 H2 TIP3X3006 15.880 -42.920 17.960 1.00 0.00 MW H +ATOM 14188 OH2 TIP3X3007 38.940 29.680 -28.740 1.00 0.00 MW O +ATOM 14189 H1 TIP3X3007 38.310 30.240 -28.290 1.00 0.00 MW H +ATOM 14190 H2 TIP3X3007 38.560 29.550 -29.610 1.00 0.00 MW H +ATOM 14191 OH2 TIP3X3008 36.500 16.910 -40.590 1.00 0.00 MW O +ATOM 14192 H1 TIP3X3008 36.400 17.070 -41.530 1.00 0.00 MW H +ATOM 14193 H2 TIP3X3008 37.110 16.160 -40.550 1.00 0.00 MW H +ATOM 14194 OH2 TIP3X3009 24.540 38.630 19.450 1.00 0.00 MW O +ATOM 14195 H1 TIP3X3009 24.720 39.130 20.240 1.00 0.00 MW H +ATOM 14196 H2 TIP3X3009 23.900 39.160 18.960 1.00 0.00 MW H +ATOM 14197 OH2 TIP3X3010 -33.030 -9.070 -26.280 1.00 0.00 MW O +ATOM 14198 H1 TIP3X3010 -32.720 -9.840 -25.790 1.00 0.00 MW H +ATOM 14199 H2 TIP3X3010 -33.830 -9.370 -26.700 1.00 0.00 MW H +ATOM 14200 OH2 TIP3X3011 33.880 -38.900 27.580 1.00 0.00 MW O +ATOM 14201 H1 TIP3X3011 33.580 -37.990 27.560 1.00 0.00 MW H +ATOM 14202 H2 TIP3X3011 34.280 -39.000 28.450 1.00 0.00 MW H +ATOM 14203 OH2 TIP3X3012 12.040 43.080 -31.620 1.00 0.00 MW O +ATOM 14204 H1 TIP3X3012 11.540 42.480 -31.060 1.00 0.00 MW H +ATOM 14205 H2 TIP3X3012 12.700 42.520 -32.040 1.00 0.00 MW H +ATOM 14206 OH2 TIP3X3013 8.730 -20.200 -40.830 1.00 0.00 MW O +ATOM 14207 H1 TIP3X3013 8.880 -19.550 -40.140 1.00 0.00 MW H +ATOM 14208 H2 TIP3X3013 9.560 -20.270 -41.290 1.00 0.00 MW H +ATOM 14209 OH2 TIP3X3014 42.290 -14.270 -32.740 1.00 0.00 MW O +ATOM 14210 H1 TIP3X3014 41.550 -13.730 -32.490 1.00 0.00 MW H +ATOM 14211 H2 TIP3X3014 41.930 -15.160 -32.780 1.00 0.00 MW H +ATOM 14212 OH2 TIP3X3015 3.780 36.920 -43.920 1.00 0.00 MW O +ATOM 14213 H1 TIP3X3015 3.850 36.880 -44.880 1.00 0.00 MW H +ATOM 14214 H2 TIP3X3015 4.100 37.790 -43.700 1.00 0.00 MW H +ATOM 14215 OH2 TIP3X3016 -42.110 35.430 -19.840 1.00 0.00 MW O +ATOM 14216 H1 TIP3X3016 -42.970 35.130 -19.540 1.00 0.00 MW H +ATOM 14217 H2 TIP3X3016 -41.540 34.680 -19.740 1.00 0.00 MW H +ATOM 14218 OH2 TIP3X3017 -15.690 -49.200 -30.370 1.00 0.00 MW O +ATOM 14219 H1 TIP3X3017 -15.810 -48.820 -29.500 1.00 0.00 MW H +ATOM 14220 H2 TIP3X3017 -16.580 -49.410 -30.660 1.00 0.00 MW H +ATOM 14221 OH2 TIP3X3018 33.380 -18.640 -22.170 1.00 0.00 MW O +ATOM 14222 H1 TIP3X3018 33.910 -18.370 -21.400 1.00 0.00 MW H +ATOM 14223 H2 TIP3X3018 32.480 -18.470 -21.900 1.00 0.00 MW H +ATOM 14224 OH2 TIP3X3019 39.790 22.660 -18.100 1.00 0.00 MW O +ATOM 14225 H1 TIP3X3019 40.580 22.680 -18.650 1.00 0.00 MW H +ATOM 14226 H2 TIP3X3019 40.000 22.080 -17.380 1.00 0.00 MW H +ATOM 14227 OH2 TIP3X3020 0.610 34.900 35.300 1.00 0.00 MW O +ATOM 14228 H1 TIP3X3020 -0.100 34.670 35.910 1.00 0.00 MW H +ATOM 14229 H2 TIP3X3020 0.280 35.650 34.820 1.00 0.00 MW H +ATOM 14230 OH2 TIP3X3021 44.940 -41.500 30.580 1.00 0.00 MW O +ATOM 14231 H1 TIP3X3021 44.830 -40.570 30.430 1.00 0.00 MW H +ATOM 14232 H2 TIP3X3021 45.670 -41.750 30.030 1.00 0.00 MW H +ATOM 14233 OH2 TIP3X3022 -40.170 -41.640 -33.220 1.00 0.00 MW O +ATOM 14234 H1 TIP3X3022 -40.250 -40.750 -33.570 1.00 0.00 MW H +ATOM 14235 H2 TIP3X3022 -40.670 -42.180 -33.830 1.00 0.00 MW H +ATOM 14236 OH2 TIP3X3023 -39.150 -34.760 27.020 1.00 0.00 MW O +ATOM 14237 H1 TIP3X3023 -38.550 -35.110 26.370 1.00 0.00 MW H +ATOM 14238 H2 TIP3X3023 -39.680 -35.520 27.290 1.00 0.00 MW H +ATOM 14239 OH2 TIP3X3024 -18.080 -38.230 -52.110 1.00 0.00 MW O +ATOM 14240 H1 TIP3X3024 -17.580 -38.050 -51.310 1.00 0.00 MW H +ATOM 14241 H2 TIP3X3024 -18.020 -39.180 -52.210 1.00 0.00 MW H +ATOM 14242 OH2 TIP3X3025 -18.160 11.980 -46.000 1.00 0.00 MW O +ATOM 14243 H1 TIP3X3025 -18.400 12.060 -45.080 1.00 0.00 MW H +ATOM 14244 H2 TIP3X3025 -17.460 12.620 -46.120 1.00 0.00 MW H +ATOM 14245 OH2 TIP3X3026 -30.080 0.200 22.820 1.00 0.00 MW O +ATOM 14246 H1 TIP3X3026 -29.870 1.110 22.690 1.00 0.00 MW H +ATOM 14247 H2 TIP3X3026 -30.940 0.200 23.240 1.00 0.00 MW H +ATOM 14248 OH2 TIP3X3027 26.770 29.430 -45.890 1.00 0.00 MW O +ATOM 14249 H1 TIP3X3027 26.510 29.010 -46.710 1.00 0.00 MW H +ATOM 14250 H2 TIP3X3027 27.420 30.080 -46.160 1.00 0.00 MW H +ATOM 14251 OH2 TIP3X3028 -5.360 -35.490 28.340 1.00 0.00 MW O +ATOM 14252 H1 TIP3X3028 -5.300 -35.490 27.390 1.00 0.00 MW H +ATOM 14253 H2 TIP3X3028 -4.880 -36.280 28.600 1.00 0.00 MW H +ATOM 14254 OH2 TIP3X3029 -36.800 10.240 -11.940 1.00 0.00 MW O +ATOM 14255 H1 TIP3X3029 -36.500 11.070 -12.300 1.00 0.00 MW H +ATOM 14256 H2 TIP3X3029 -36.950 10.410 -11.010 1.00 0.00 MW H +ATOM 14257 OH2 TIP3X3030 18.960 31.320 21.680 1.00 0.00 MW O +ATOM 14258 H1 TIP3X3030 19.480 30.700 21.160 1.00 0.00 MW H +ATOM 14259 H2 TIP3X3030 19.440 31.370 22.520 1.00 0.00 MW H +ATOM 14260 OH2 TIP3X3031 1.020 -29.510 17.350 1.00 0.00 MW O +ATOM 14261 H1 TIP3X3031 1.740 -30.010 16.980 1.00 0.00 MW H +ATOM 14262 H2 TIP3X3031 0.230 -29.910 16.980 1.00 0.00 MW H +ATOM 14263 OH2 TIP3X3032 -20.540 -1.690 -29.740 1.00 0.00 MW O +ATOM 14264 H1 TIP3X3032 -20.310 -1.300 -30.590 1.00 0.00 MW H +ATOM 14265 H2 TIP3X3032 -20.550 -2.630 -29.900 1.00 0.00 MW H +ATOM 14266 OH2 TIP3X3033 -32.710 34.840 -36.780 1.00 0.00 MW O +ATOM 14267 H1 TIP3X3033 -33.020 35.220 -37.590 1.00 0.00 MW H +ATOM 14268 H2 TIP3X3033 -32.720 33.890 -36.920 1.00 0.00 MW H +ATOM 14269 OH2 TIP3X3034 -8.800 -50.480 22.170 1.00 0.00 MW O +ATOM 14270 H1 TIP3X3034 -8.870 -49.840 22.880 1.00 0.00 MW H +ATOM 14271 H2 TIP3X3034 -9.600 -51.000 22.240 1.00 0.00 MW H +ATOM 14272 OH2 TIP3X3035 -27.010 -37.230 20.930 1.00 0.00 MW O +ATOM 14273 H1 TIP3X3035 -26.310 -37.630 21.450 1.00 0.00 MW H +ATOM 14274 H2 TIP3X3035 -26.640 -36.390 20.650 1.00 0.00 MW H +ATOM 14275 OH2 TIP3X3036 20.910 -50.310 27.840 1.00 0.00 MW O +ATOM 14276 H1 TIP3X3036 21.270 -49.630 28.410 1.00 0.00 MW H +ATOM 14277 H2 TIP3X3036 21.150 -51.130 28.270 1.00 0.00 MW H +ATOM 14278 OH2 TIP3X3037 44.560 -40.780 -36.100 1.00 0.00 MW O +ATOM 14279 H1 TIP3X3037 43.780 -41.170 -35.710 1.00 0.00 MW H +ATOM 14280 H2 TIP3X3037 44.840 -41.420 -36.760 1.00 0.00 MW H +ATOM 14281 OH2 TIP3X3038 37.240 -25.430 -48.880 1.00 0.00 MW O +ATOM 14282 H1 TIP3X3038 37.380 -25.830 -49.750 1.00 0.00 MW H +ATOM 14283 H2 TIP3X3038 36.640 -24.720 -49.050 1.00 0.00 MW H +ATOM 14284 OH2 TIP3X3039 11.850 38.370 -21.420 1.00 0.00 MW O +ATOM 14285 H1 TIP3X3039 12.320 38.300 -20.600 1.00 0.00 MW H +ATOM 14286 H2 TIP3X3039 12.340 39.020 -21.930 1.00 0.00 MW H +ATOM 14287 OH2 TIP3X3040 36.900 -23.980 -41.370 1.00 0.00 MW O +ATOM 14288 H1 TIP3X3040 36.890 -24.900 -41.640 1.00 0.00 MW H +ATOM 14289 H2 TIP3X3040 37.330 -23.530 -42.100 1.00 0.00 MW H +ATOM 14290 OH2 TIP3X3041 -10.140 -36.320 -30.390 1.00 0.00 MW O +ATOM 14291 H1 TIP3X3041 -10.650 -35.510 -30.410 1.00 0.00 MW H +ATOM 14292 H2 TIP3X3041 -10.760 -37.000 -30.670 1.00 0.00 MW H +ATOM 14293 OH2 TIP3X3042 -2.910 10.870 -35.920 1.00 0.00 MW O +ATOM 14294 H1 TIP3X3042 -2.390 11.470 -35.370 1.00 0.00 MW H +ATOM 14295 H2 TIP3X3042 -3.790 11.240 -35.910 1.00 0.00 MW H +ATOM 14296 OH2 TIP3X3043 -14.670 -28.300 -39.370 1.00 0.00 MW O +ATOM 14297 H1 TIP3X3043 -14.250 -27.820 -40.100 1.00 0.00 MW H +ATOM 14298 H2 TIP3X3043 -15.600 -28.140 -39.490 1.00 0.00 MW H +ATOM 14299 OH2 TIP3X3044 -30.360 -30.720 31.140 1.00 0.00 MW O +ATOM 14300 H1 TIP3X3044 -30.670 -30.730 30.220 1.00 0.00 MW H +ATOM 14301 H2 TIP3X3044 -29.450 -31.010 31.080 1.00 0.00 MW H +ATOM 14302 OH2 TIP3X3045 -20.430 38.770 22.790 1.00 0.00 MW O +ATOM 14303 H1 TIP3X3045 -21.080 38.370 22.220 1.00 0.00 MW H +ATOM 14304 H2 TIP3X3045 -20.250 39.620 22.390 1.00 0.00 MW H +ATOM 14305 OH2 TIP3X3046 5.930 42.140 -38.620 1.00 0.00 MW O +ATOM 14306 H1 TIP3X3046 6.100 41.340 -39.120 1.00 0.00 MW H +ATOM 14307 H2 TIP3X3046 5.030 42.050 -38.320 1.00 0.00 MW H +ATOM 14308 OH2 TIP3X3047 4.930 34.860 34.510 1.00 0.00 MW O +ATOM 14309 H1 TIP3X3047 5.440 34.050 34.520 1.00 0.00 MW H +ATOM 14310 H2 TIP3X3047 5.550 35.530 34.800 1.00 0.00 MW H +ATOM 14311 OH2 TIP3X3048 16.440 -24.680 29.220 1.00 0.00 MW O +ATOM 14312 H1 TIP3X3048 16.000 -24.340 29.990 1.00 0.00 MW H +ATOM 14313 H2 TIP3X3048 15.730 -24.950 28.640 1.00 0.00 MW H +ATOM 14314 OH2 TIP3X3049 -26.980 10.790 38.800 1.00 0.00 MW O +ATOM 14315 H1 TIP3X3049 -27.680 11.020 38.200 1.00 0.00 MW H +ATOM 14316 H2 TIP3X3049 -27.240 9.930 39.170 1.00 0.00 MW H +ATOM 14317 OH2 TIP3X3050 -12.000 28.740 32.940 1.00 0.00 MW O +ATOM 14318 H1 TIP3X3050 -11.570 28.150 32.320 1.00 0.00 MW H +ATOM 14319 H2 TIP3X3050 -11.380 28.810 33.670 1.00 0.00 MW H +ATOM 14320 OH2 TIP3X3051 -15.840 -6.150 -47.020 1.00 0.00 MW O +ATOM 14321 H1 TIP3X3051 -16.430 -6.020 -46.280 1.00 0.00 MW H +ATOM 14322 H2 TIP3X3051 -15.100 -5.560 -46.850 1.00 0.00 MW H +ATOM 14323 OH2 TIP3X3052 45.450 -0.320 -22.260 1.00 0.00 MW O +ATOM 14324 H1 TIP3X3052 46.130 -0.930 -21.960 1.00 0.00 MW H +ATOM 14325 H2 TIP3X3052 45.250 -0.610 -23.150 1.00 0.00 MW H +ATOM 14326 OH2 TIP3X3053 13.670 4.830 -48.320 1.00 0.00 MW O +ATOM 14327 H1 TIP3X3053 12.990 4.590 -48.950 1.00 0.00 MW H +ATOM 14328 H2 TIP3X3053 13.310 5.590 -47.860 1.00 0.00 MW H +ATOM 14329 OH2 TIP3X3054 23.470 -28.800 -24.370 1.00 0.00 MW O +ATOM 14330 H1 TIP3X3054 22.750 -28.210 -24.200 1.00 0.00 MW H +ATOM 14331 H2 TIP3X3054 23.800 -28.540 -25.240 1.00 0.00 MW H +ATOM 14332 OH2 TIP3X3055 -31.570 21.810 -26.420 1.00 0.00 MW O +ATOM 14333 H1 TIP3X3055 -30.690 21.530 -26.200 1.00 0.00 MW H +ATOM 14334 H2 TIP3X3055 -31.690 21.590 -27.330 1.00 0.00 MW H +ATOM 14335 OH2 TIP3X3056 40.600 9.970 21.930 1.00 0.00 MW O +ATOM 14336 H1 TIP3X3056 41.010 9.120 22.050 1.00 0.00 MW H +ATOM 14337 H2 TIP3X3056 41.330 10.580 21.850 1.00 0.00 MW H +ATOM 14338 OH2 TIP3X3057 16.740 -47.070 -46.060 1.00 0.00 MW O +ATOM 14339 H1 TIP3X3057 16.920 -46.990 -45.120 1.00 0.00 MW H +ATOM 14340 H2 TIP3X3057 15.790 -46.980 -46.120 1.00 0.00 MW H +ATOM 14341 OH2 TIP3X3058 -7.400 35.850 37.930 1.00 0.00 MW O +ATOM 14342 H1 TIP3X3058 -7.870 36.250 37.200 1.00 0.00 MW H +ATOM 14343 H2 TIP3X3058 -7.030 36.590 38.410 1.00 0.00 MW H +ATOM 14344 OH2 TIP3X3059 -43.990 -10.660 -30.620 1.00 0.00 MW O +ATOM 14345 H1 TIP3X3059 -43.990 -11.590 -30.870 1.00 0.00 MW H +ATOM 14346 H2 TIP3X3059 -44.910 -10.410 -30.630 1.00 0.00 MW H +ATOM 14347 OH2 TIP3X3060 0.050 -5.160 -43.450 1.00 0.00 MW O +ATOM 14348 H1 TIP3X3060 -0.400 -4.940 -44.260 1.00 0.00 MW H +ATOM 14349 H2 TIP3X3060 0.190 -4.330 -43.010 1.00 0.00 MW H +ATOM 14350 OH2 TIP3X3061 26.610 29.310 30.790 1.00 0.00 MW O +ATOM 14351 H1 TIP3X3061 26.880 28.980 31.660 1.00 0.00 MW H +ATOM 14352 H2 TIP3X3061 26.650 28.540 30.230 1.00 0.00 MW H +ATOM 14353 OH2 TIP3X3062 2.270 14.410 16.150 1.00 0.00 MW O +ATOM 14354 H1 TIP3X3062 2.530 14.500 15.230 1.00 0.00 MW H +ATOM 14355 H2 TIP3X3062 2.280 13.470 16.310 1.00 0.00 MW H +ATOM 14356 OH2 TIP3X3063 2.260 9.840 -33.640 1.00 0.00 MW O +ATOM 14357 H1 TIP3X3063 1.860 9.730 -32.780 1.00 0.00 MW H +ATOM 14358 H2 TIP3X3063 3.070 9.340 -33.590 1.00 0.00 MW H +ATOM 14359 OH2 TIP3X3064 7.540 17.400 -36.670 1.00 0.00 MW O +ATOM 14360 H1 TIP3X3064 7.120 17.900 -37.380 1.00 0.00 MW H +ATOM 14361 H2 TIP3X3064 7.460 16.490 -36.940 1.00 0.00 MW H +ATOM 14362 OH2 TIP3X3065 30.670 -13.050 36.940 1.00 0.00 MW O +ATOM 14363 H1 TIP3X3065 31.550 -12.750 36.740 1.00 0.00 MW H +ATOM 14364 H2 TIP3X3065 30.670 -13.190 37.880 1.00 0.00 MW H +ATOM 14365 OH2 TIP3X3066 -12.050 -34.870 35.990 1.00 0.00 MW O +ATOM 14366 H1 TIP3X3066 -11.290 -35.060 36.550 1.00 0.00 MW H +ATOM 14367 H2 TIP3X3066 -12.790 -35.200 36.490 1.00 0.00 MW H +ATOM 14368 OH2 TIP3X3067 14.710 -12.730 -46.540 1.00 0.00 MW O +ATOM 14369 H1 TIP3X3067 15.130 -12.990 -47.360 1.00 0.00 MW H +ATOM 14370 H2 TIP3X3067 14.920 -11.810 -46.440 1.00 0.00 MW H +ATOM 14371 OH2 TIP3X3068 -5.840 -46.070 32.990 1.00 0.00 MW O +ATOM 14372 H1 TIP3X3068 -5.830 -45.110 33.120 1.00 0.00 MW H +ATOM 14373 H2 TIP3X3068 -6.000 -46.420 33.860 1.00 0.00 MW H +ATOM 14374 OH2 TIP3X3069 -25.240 22.370 -38.440 1.00 0.00 MW O +ATOM 14375 H1 TIP3X3069 -26.190 22.260 -38.470 1.00 0.00 MW H +ATOM 14376 H2 TIP3X3069 -24.940 21.740 -37.800 1.00 0.00 MW H +ATOM 14377 OH2 TIP3X3070 -13.480 12.790 36.740 1.00 0.00 MW O +ATOM 14378 H1 TIP3X3070 -12.930 13.210 37.400 1.00 0.00 MW H +ATOM 14379 H2 TIP3X3070 -14.290 12.570 37.200 1.00 0.00 MW H +ATOM 14380 OH2 TIP3X3071 -18.920 -26.460 -30.620 1.00 0.00 MW O +ATOM 14381 H1 TIP3X3071 -19.610 -25.970 -30.180 1.00 0.00 MW H +ATOM 14382 H2 TIP3X3071 -18.100 -26.100 -30.270 1.00 0.00 MW H +ATOM 14383 OH2 TIP3X3072 -35.840 42.010 -18.880 1.00 0.00 MW O +ATOM 14384 H1 TIP3X3072 -35.020 41.530 -19.000 1.00 0.00 MW H +ATOM 14385 H2 TIP3X3072 -35.570 42.920 -18.740 1.00 0.00 MW H +ATOM 14386 OH2 TIP3X3073 39.340 24.270 22.570 1.00 0.00 MW O +ATOM 14387 H1 TIP3X3073 38.840 24.270 21.750 1.00 0.00 MW H +ATOM 14388 H2 TIP3X3073 39.910 25.040 22.500 1.00 0.00 MW H +ATOM 14389 OH2 TIP3X3074 -40.390 23.680 30.540 1.00 0.00 MW O +ATOM 14390 H1 TIP3X3074 -40.490 24.550 30.920 1.00 0.00 MW H +ATOM 14391 H2 TIP3X3074 -41.260 23.280 30.610 1.00 0.00 MW H +ATOM 14392 OH2 TIP3X3075 11.500 20.290 15.450 1.00 0.00 MW O +ATOM 14393 H1 TIP3X3075 11.360 21.230 15.510 1.00 0.00 MW H +ATOM 14394 H2 TIP3X3075 12.320 20.120 15.910 1.00 0.00 MW H +ATOM 14395 OH2 TIP3X3076 -11.830 -15.360 13.690 1.00 0.00 MW O +ATOM 14396 H1 TIP3X3076 -10.930 -15.580 13.880 1.00 0.00 MW H +ATOM 14397 H2 TIP3X3076 -11.860 -14.400 13.670 1.00 0.00 MW H +ATOM 14398 OH2 TIP3X3077 38.710 -10.280 -20.250 1.00 0.00 MW O +ATOM 14399 H1 TIP3X3077 38.240 -10.470 -21.060 1.00 0.00 MW H +ATOM 14400 H2 TIP3X3077 38.080 -9.830 -19.700 1.00 0.00 MW H +ATOM 14401 OH2 TIP3X3078 43.700 -17.250 -45.200 1.00 0.00 MW O +ATOM 14402 H1 TIP3X3078 44.270 -17.130 -45.950 1.00 0.00 MW H +ATOM 14403 H2 TIP3X3078 42.840 -17.420 -45.580 1.00 0.00 MW H +ATOM 14404 OH2 TIP3X3079 14.050 32.550 -26.790 1.00 0.00 MW O +ATOM 14405 H1 TIP3X3079 14.670 33.160 -27.190 1.00 0.00 MW H +ATOM 14406 H2 TIP3X3079 14.170 32.680 -25.840 1.00 0.00 MW H +ATOM 14407 OH2 TIP3X3080 20.550 11.180 -12.090 1.00 0.00 MW O +ATOM 14408 H1 TIP3X3080 20.990 12.030 -12.020 1.00 0.00 MW H +ATOM 14409 H2 TIP3X3080 19.710 11.330 -11.640 1.00 0.00 MW H +ATOM 14410 OH2 TIP3X3081 -1.530 -4.870 38.600 1.00 0.00 MW O +ATOM 14411 H1 TIP3X3081 -1.870 -4.030 38.280 1.00 0.00 MW H +ATOM 14412 H2 TIP3X3081 -1.660 -5.470 37.870 1.00 0.00 MW H +ATOM 14413 OH2 TIP3X3082 -11.050 13.370 26.860 1.00 0.00 MW O +ATOM 14414 H1 TIP3X3082 -10.390 13.960 26.510 1.00 0.00 MW H +ATOM 14415 H2 TIP3X3082 -10.940 12.560 26.360 1.00 0.00 MW H +ATOM 14416 OH2 TIP3X3083 24.300 39.060 -48.340 1.00 0.00 MW O +ATOM 14417 H1 TIP3X3083 23.400 39.000 -48.660 1.00 0.00 MW H +ATOM 14418 H2 TIP3X3083 24.260 39.700 -47.630 1.00 0.00 MW H +ATOM 14419 OH2 TIP3X3084 39.910 -7.910 30.240 1.00 0.00 MW O +ATOM 14420 H1 TIP3X3084 39.510 -7.810 31.110 1.00 0.00 MW H +ATOM 14421 H2 TIP3X3084 40.530 -7.170 30.190 1.00 0.00 MW H +ATOM 14422 OH2 TIP3X3085 42.370 -45.290 -45.530 1.00 0.00 MW O +ATOM 14423 H1 TIP3X3085 42.910 -45.200 -46.310 1.00 0.00 MW H +ATOM 14424 H2 TIP3X3085 41.810 -46.050 -45.690 1.00 0.00 MW H +ATOM 14425 OH2 TIP3X3086 16.830 34.010 -17.330 1.00 0.00 MW O +ATOM 14426 H1 TIP3X3086 17.610 34.560 -17.400 1.00 0.00 MW H +ATOM 14427 H2 TIP3X3086 16.830 33.710 -16.420 1.00 0.00 MW H +ATOM 14428 OH2 TIP3X3087 35.520 16.340 -14.210 1.00 0.00 MW O +ATOM 14429 H1 TIP3X3087 35.080 15.590 -13.810 1.00 0.00 MW H +ATOM 14430 H2 TIP3X3087 35.340 17.070 -13.610 1.00 0.00 MW H +ATOM 14431 OH2 TIP3X3088 34.950 -14.940 37.750 1.00 0.00 MW O +ATOM 14432 H1 TIP3X3088 35.140 -15.880 37.820 1.00 0.00 MW H +ATOM 14433 H2 TIP3X3088 34.080 -14.840 38.150 1.00 0.00 MW H +ATOM 14434 OH2 TIP3X3089 -24.220 -5.080 -25.800 1.00 0.00 MW O +ATOM 14435 H1 TIP3X3089 -23.360 -4.660 -25.930 1.00 0.00 MW H +ATOM 14436 H2 TIP3X3089 -24.020 -6.020 -25.790 1.00 0.00 MW H +ATOM 14437 OH2 TIP3X3090 -19.720 -26.860 38.630 1.00 0.00 MW O +ATOM 14438 H1 TIP3X3090 -19.970 -27.050 37.720 1.00 0.00 MW H +ATOM 14439 H2 TIP3X3090 -19.430 -27.710 38.970 1.00 0.00 MW H +ATOM 14440 OH2 TIP3X3091 2.000 -22.070 21.290 1.00 0.00 MW O +ATOM 14441 H1 TIP3X3091 1.130 -22.390 21.070 1.00 0.00 MW H +ATOM 14442 H2 TIP3X3091 2.140 -21.320 20.730 1.00 0.00 MW H +ATOM 14443 OH2 TIP3X3092 -42.870 -44.560 -37.600 1.00 0.00 MW O +ATOM 14444 H1 TIP3X3092 -42.760 -44.890 -38.490 1.00 0.00 MW H +ATOM 14445 H2 TIP3X3092 -43.760 -44.830 -37.360 1.00 0.00 MW H +ATOM 14446 OH2 TIP3X3093 43.980 0.930 -18.520 1.00 0.00 MW O +ATOM 14447 H1 TIP3X3093 43.910 0.960 -19.470 1.00 0.00 MW H +ATOM 14448 H2 TIP3X3093 43.070 0.920 -18.230 1.00 0.00 MW H +ATOM 14449 OH2 TIP3X3094 -24.100 27.680 24.590 1.00 0.00 MW O +ATOM 14450 H1 TIP3X3094 -23.320 27.140 24.730 1.00 0.00 MW H +ATOM 14451 H2 TIP3X3094 -24.480 27.350 23.780 1.00 0.00 MW H +ATOM 14452 OH2 TIP3X3095 -37.440 -8.190 38.150 1.00 0.00 MW O +ATOM 14453 H1 TIP3X3095 -36.920 -8.700 38.790 1.00 0.00 MW H +ATOM 14454 H2 TIP3X3095 -38.350 -8.460 38.330 1.00 0.00 MW H +ATOM 14455 OH2 TIP3X3096 -44.250 20.250 -24.920 1.00 0.00 MW O +ATOM 14456 H1 TIP3X3096 -43.950 20.200 -25.840 1.00 0.00 MW H +ATOM 14457 H2 TIP3X3096 -44.920 19.570 -24.850 1.00 0.00 MW H +ATOM 14458 OH2 TIP3X3097 -23.810 31.310 -16.740 1.00 0.00 MW O +ATOM 14459 H1 TIP3X3097 -24.430 31.600 -16.090 1.00 0.00 MW H +ATOM 14460 H2 TIP3X3097 -24.320 31.240 -17.550 1.00 0.00 MW H +ATOM 14461 OH2 TIP3X3098 28.640 -28.440 -35.750 1.00 0.00 MW O +ATOM 14462 H1 TIP3X3098 28.150 -28.380 -34.940 1.00 0.00 MW H +ATOM 14463 H2 TIP3X3098 28.840 -27.530 -35.970 1.00 0.00 MW H +ATOM 14464 OH2 TIP3X3099 -22.930 12.180 -44.640 1.00 0.00 MW O +ATOM 14465 H1 TIP3X3099 -22.810 12.480 -45.540 1.00 0.00 MW H +ATOM 14466 H2 TIP3X3099 -22.700 12.930 -44.100 1.00 0.00 MW H +ATOM 14467 OH2 TIP3X3100 -34.880 -0.040 -6.040 1.00 0.00 MW O +ATOM 14468 H1 TIP3X3100 -34.650 0.870 -6.170 1.00 0.00 MW H +ATOM 14469 H2 TIP3X3100 -35.820 -0.030 -5.860 1.00 0.00 MW H +ATOM 14470 OH2 TIP3X3101 31.860 24.880 34.530 1.00 0.00 MW O +ATOM 14471 H1 TIP3X3101 32.640 24.880 35.100 1.00 0.00 MW H +ATOM 14472 H2 TIP3X3101 31.130 24.720 35.120 1.00 0.00 MW H +ATOM 14473 OH2 TIP3X3102 -19.200 21.830 -21.200 1.00 0.00 MW O +ATOM 14474 H1 TIP3X3102 -19.150 22.390 -21.980 1.00 0.00 MW H +ATOM 14475 H2 TIP3X3102 -18.310 21.460 -21.140 1.00 0.00 MW H +ATOM 14476 OH2 TIP3X3103 46.930 -14.570 -23.770 1.00 0.00 MW O +ATOM 14477 H1 TIP3X3103 46.630 -14.600 -24.680 1.00 0.00 MW H +ATOM 14478 H2 TIP3X3103 46.240 -14.100 -23.300 1.00 0.00 MW H +ATOM 14479 OH2 TIP3X3104 18.090 0.600 -27.630 1.00 0.00 MW O +ATOM 14480 H1 TIP3X3104 18.410 1.500 -27.510 1.00 0.00 MW H +ATOM 14481 H2 TIP3X3104 17.880 0.550 -28.570 1.00 0.00 MW H +ATOM 14482 OH2 TIP3X3105 40.200 6.060 -6.070 1.00 0.00 MW O +ATOM 14483 H1 TIP3X3105 40.820 5.530 -5.590 1.00 0.00 MW H +ATOM 14484 H2 TIP3X3105 39.330 5.740 -5.780 1.00 0.00 MW H +ATOM 14485 OH2 TIP3X3106 41.010 31.870 16.280 1.00 0.00 MW O +ATOM 14486 H1 TIP3X3106 40.170 31.720 16.730 1.00 0.00 MW H +ATOM 14487 H2 TIP3X3106 41.110 32.820 16.300 1.00 0.00 MW H +ATOM 14488 OH2 TIP3X3107 42.550 -9.710 24.910 1.00 0.00 MW O +ATOM 14489 H1 TIP3X3107 42.460 -8.890 25.390 1.00 0.00 MW H +ATOM 14490 H2 TIP3X3107 41.670 -10.100 24.930 1.00 0.00 MW H +ATOM 14491 OH2 TIP3X3108 37.770 21.560 27.170 1.00 0.00 MW O +ATOM 14492 H1 TIP3X3108 36.980 21.800 27.660 1.00 0.00 MW H +ATOM 14493 H2 TIP3X3108 37.770 22.150 26.410 1.00 0.00 MW H +ATOM 14494 OH2 TIP3X3109 33.390 9.910 35.560 1.00 0.00 MW O +ATOM 14495 H1 TIP3X3109 33.090 9.060 35.870 1.00 0.00 MW H +ATOM 14496 H2 TIP3X3109 33.820 10.310 36.310 1.00 0.00 MW H +ATOM 14497 OH2 TIP3X3110 -32.580 41.040 -27.750 1.00 0.00 MW O +ATOM 14498 H1 TIP3X3110 -32.500 40.960 -26.800 1.00 0.00 MW H +ATOM 14499 H2 TIP3X3110 -31.680 41.020 -28.080 1.00 0.00 MW H +ATOM 14500 OH2 TIP3X3111 -40.330 -34.540 -23.270 1.00 0.00 MW O +ATOM 14501 H1 TIP3X3111 -40.070 -34.960 -24.080 1.00 0.00 MW H +ATOM 14502 H2 TIP3X3111 -40.950 -33.860 -23.540 1.00 0.00 MW H +ATOM 14503 OH2 TIP3X3112 40.320 -22.430 -25.610 1.00 0.00 MW O +ATOM 14504 H1 TIP3X3112 40.410 -21.480 -25.610 1.00 0.00 MW H +ATOM 14505 H2 TIP3X3112 39.460 -22.610 -25.980 1.00 0.00 MW H +ATOM 14506 OH2 TIP3X3113 27.960 -38.380 -48.380 1.00 0.00 MW O +ATOM 14507 H1 TIP3X3113 27.690 -37.500 -48.110 1.00 0.00 MW H +ATOM 14508 H2 TIP3X3113 28.610 -38.630 -47.730 1.00 0.00 MW H +ATOM 14509 OH2 TIP3X3114 -2.630 -22.890 -47.590 1.00 0.00 MW O +ATOM 14510 H1 TIP3X3114 -3.440 -22.600 -47.160 1.00 0.00 MW H +ATOM 14511 H2 TIP3X3114 -2.110 -22.090 -47.690 1.00 0.00 MW H +ATOM 14512 OH2 TIP3X3115 17.140 7.740 28.470 1.00 0.00 MW O +ATOM 14513 H1 TIP3X3115 17.160 7.670 29.430 1.00 0.00 MW H +ATOM 14514 H2 TIP3X3115 17.040 8.680 28.300 1.00 0.00 MW H +ATOM 14515 OH2 TIP3X3116 -33.760 35.620 -41.980 1.00 0.00 MW O +ATOM 14516 H1 TIP3X3116 -32.830 35.850 -42.030 1.00 0.00 MW H +ATOM 14517 H2 TIP3X3116 -34.040 35.580 -42.900 1.00 0.00 MW H +ATOM 14518 OH2 TIP3X3117 38.520 -1.130 25.160 1.00 0.00 MW O +ATOM 14519 H1 TIP3X3117 39.110 -1.460 25.840 1.00 0.00 MW H +ATOM 14520 H2 TIP3X3117 37.770 -0.800 25.630 1.00 0.00 MW H +ATOM 14521 OH2 TIP3X3118 49.500 -45.880 27.460 1.00 0.00 MW O +ATOM 14522 H1 TIP3X3118 48.830 -46.060 28.100 1.00 0.00 MW H +ATOM 14523 H2 TIP3X3118 49.830 -46.730 27.190 1.00 0.00 MW H +ATOM 14524 OH2 TIP3X3119 -32.340 11.130 -44.080 1.00 0.00 MW O +ATOM 14525 H1 TIP3X3119 -32.710 10.960 -44.950 1.00 0.00 MW H +ATOM 14526 H2 TIP3X3119 -32.020 10.270 -43.770 1.00 0.00 MW H +ATOM 14527 OH2 TIP3X3120 -19.760 20.260 -14.510 1.00 0.00 MW O +ATOM 14528 H1 TIP3X3120 -20.630 20.600 -14.650 1.00 0.00 MW H +ATOM 14529 H2 TIP3X3120 -19.870 19.320 -14.460 1.00 0.00 MW H +ATOM 14530 OH2 TIP3X3121 -41.630 -28.320 -34.350 1.00 0.00 MW O +ATOM 14531 H1 TIP3X3121 -42.520 -28.610 -34.110 1.00 0.00 MW H +ATOM 14532 H2 TIP3X3121 -41.130 -28.420 -33.530 1.00 0.00 MW H +ATOM 14533 OH2 TIP3X3122 -31.620 -42.780 -36.350 1.00 0.00 MW O +ATOM 14534 H1 TIP3X3122 -31.000 -42.270 -36.870 1.00 0.00 MW H +ATOM 14535 H2 TIP3X3122 -32.470 -42.610 -36.750 1.00 0.00 MW H +ATOM 14536 OH2 TIP3X3123 28.590 -9.700 33.580 1.00 0.00 MW O +ATOM 14537 H1 TIP3X3123 28.130 -9.900 32.770 1.00 0.00 MW H +ATOM 14538 H2 TIP3X3123 28.980 -8.840 33.430 1.00 0.00 MW H +ATOM 14539 OH2 TIP3X3124 -28.420 -38.920 18.880 1.00 0.00 MW O +ATOM 14540 H1 TIP3X3124 -28.110 -38.130 19.310 1.00 0.00 MW H +ATOM 14541 H2 TIP3X3124 -27.690 -39.210 18.350 1.00 0.00 MW H +ATOM 14542 OH2 TIP3X3125 -28.910 27.560 -14.640 1.00 0.00 MW O +ATOM 14543 H1 TIP3X3125 -28.990 27.300 -13.730 1.00 0.00 MW H +ATOM 14544 H2 TIP3X3125 -28.340 28.320 -14.630 1.00 0.00 MW H +ATOM 14545 OH2 TIP3X3126 22.520 -36.080 -40.990 1.00 0.00 MW O +ATOM 14546 H1 TIP3X3126 23.170 -35.620 -41.520 1.00 0.00 MW H +ATOM 14547 H2 TIP3X3126 21.720 -36.040 -41.490 1.00 0.00 MW H +ATOM 14548 OH2 TIP3X3127 -8.500 17.350 28.870 1.00 0.00 MW O +ATOM 14549 H1 TIP3X3127 -8.590 16.730 29.600 1.00 0.00 MW H +ATOM 14550 H2 TIP3X3127 -8.540 18.220 29.270 1.00 0.00 MW H +ATOM 14551 OH2 TIP3X3128 -35.540 -21.630 -48.100 1.00 0.00 MW O +ATOM 14552 H1 TIP3X3128 -35.390 -22.220 -48.840 1.00 0.00 MW H +ATOM 14553 H2 TIP3X3128 -36.500 -21.590 -48.020 1.00 0.00 MW H +ATOM 14554 OH2 TIP3X3129 33.340 -18.440 31.290 1.00 0.00 MW O +ATOM 14555 H1 TIP3X3129 33.000 -17.610 30.940 1.00 0.00 MW H +ATOM 14556 H2 TIP3X3129 32.830 -18.570 32.100 1.00 0.00 MW H +ATOM 14557 OH2 TIP3X3130 31.170 -15.120 -41.190 1.00 0.00 MW O +ATOM 14558 H1 TIP3X3130 31.060 -14.460 -40.510 1.00 0.00 MW H +ATOM 14559 H2 TIP3X3130 32.110 -15.330 -41.190 1.00 0.00 MW H +ATOM 14560 OH2 TIP3X3131 28.390 41.000 23.080 1.00 0.00 MW O +ATOM 14561 H1 TIP3X3131 28.070 41.860 22.800 1.00 0.00 MW H +ATOM 14562 H2 TIP3X3131 27.630 40.420 23.000 1.00 0.00 MW H +ATOM 14563 OH2 TIP3X3132 24.540 23.420 -31.690 1.00 0.00 MW O +ATOM 14564 H1 TIP3X3132 24.750 23.410 -32.630 1.00 0.00 MW H +ATOM 14565 H2 TIP3X3132 24.280 24.320 -31.520 1.00 0.00 MW H +ATOM 14566 OH2 TIP3X3133 -33.920 -14.150 -35.450 1.00 0.00 MW O +ATOM 14567 H1 TIP3X3133 -34.220 -13.810 -36.300 1.00 0.00 MW H +ATOM 14568 H2 TIP3X3133 -34.050 -15.100 -35.530 1.00 0.00 MW H +ATOM 14569 OH2 TIP3X3134 36.330 5.550 23.050 1.00 0.00 MW O +ATOM 14570 H1 TIP3X3134 36.810 4.720 22.950 1.00 0.00 MW H +ATOM 14571 H2 TIP3X3134 36.750 6.160 22.430 1.00 0.00 MW H +ATOM 14572 OH2 TIP3X3135 -16.650 42.260 -13.250 1.00 0.00 MW O +ATOM 14573 H1 TIP3X3135 -16.220 42.950 -13.760 1.00 0.00 MW H +ATOM 14574 H2 TIP3X3135 -15.940 41.680 -12.990 1.00 0.00 MW H +ATOM 14575 OH2 TIP3X3136 17.200 -12.950 -35.380 1.00 0.00 MW O +ATOM 14576 H1 TIP3X3136 16.600 -13.210 -36.070 1.00 0.00 MW H +ATOM 14577 H2 TIP3X3136 17.890 -12.450 -35.830 1.00 0.00 MW H +ATOM 14578 OH2 TIP3X3137 48.440 -14.080 -16.300 1.00 0.00 MW O +ATOM 14579 H1 TIP3X3137 48.300 -14.980 -16.600 1.00 0.00 MW H +ATOM 14580 H2 TIP3X3137 47.950 -14.010 -15.490 1.00 0.00 MW H +ATOM 14581 OH2 TIP3X3138 -27.710 5.440 16.120 1.00 0.00 MW O +ATOM 14582 H1 TIP3X3138 -27.290 5.330 15.260 1.00 0.00 MW H +ATOM 14583 H2 TIP3X3138 -28.410 4.790 16.110 1.00 0.00 MW H +ATOM 14584 OH2 TIP3X3139 -9.650 -43.690 19.630 1.00 0.00 MW O +ATOM 14585 H1 TIP3X3139 -9.070 -43.610 20.380 1.00 0.00 MW H +ATOM 14586 H2 TIP3X3139 -10.350 -43.060 19.790 1.00 0.00 MW H +ATOM 14587 OH2 TIP3X3140 -32.590 -43.920 28.760 1.00 0.00 MW O +ATOM 14588 H1 TIP3X3140 -33.520 -43.750 28.610 1.00 0.00 MW H +ATOM 14589 H2 TIP3X3140 -32.370 -44.650 28.170 1.00 0.00 MW H +ATOM 14590 OH2 TIP3X3141 42.440 16.370 -41.900 1.00 0.00 MW O +ATOM 14591 H1 TIP3X3141 41.940 17.060 -41.470 1.00 0.00 MW H +ATOM 14592 H2 TIP3X3141 43.190 16.830 -42.290 1.00 0.00 MW H +ATOM 14593 OH2 TIP3X3142 38.750 -18.920 -15.590 1.00 0.00 MW O +ATOM 14594 H1 TIP3X3142 38.100 -19.260 -14.970 1.00 0.00 MW H +ATOM 14595 H2 TIP3X3142 39.590 -19.200 -15.230 1.00 0.00 MW H +ATOM 14596 OH2 TIP3X3143 -29.080 23.850 35.060 1.00 0.00 MW O +ATOM 14597 H1 TIP3X3143 -29.750 24.020 35.730 1.00 0.00 MW H +ATOM 14598 H2 TIP3X3143 -29.380 23.070 34.610 1.00 0.00 MW H +ATOM 14599 OH2 TIP3X3144 6.140 -39.910 -45.100 1.00 0.00 MW O +ATOM 14600 H1 TIP3X3144 6.350 -39.200 -45.700 1.00 0.00 MW H +ATOM 14601 H2 TIP3X3144 5.180 -39.990 -45.130 1.00 0.00 MW H +ATOM 14602 OH2 TIP3X3145 4.780 -31.930 24.120 1.00 0.00 MW O +ATOM 14603 H1 TIP3X3145 4.500 -31.050 24.390 1.00 0.00 MW H +ATOM 14604 H2 TIP3X3145 4.440 -32.020 23.240 1.00 0.00 MW H +ATOM 14605 OH2 TIP3X3146 17.350 29.010 -31.680 1.00 0.00 MW O +ATOM 14606 H1 TIP3X3146 17.090 29.300 -32.560 1.00 0.00 MW H +ATOM 14607 H2 TIP3X3146 18.180 28.540 -31.830 1.00 0.00 MW H +ATOM 14608 OH2 TIP3X3147 7.460 -1.630 -46.040 1.00 0.00 MW O +ATOM 14609 H1 TIP3X3147 7.620 -0.700 -46.240 1.00 0.00 MW H +ATOM 14610 H2 TIP3X3147 7.480 -2.060 -46.890 1.00 0.00 MW H +ATOM 14611 OH2 TIP3X3148 -4.120 3.810 28.080 1.00 0.00 MW O +ATOM 14612 H1 TIP3X3148 -4.680 4.400 28.580 1.00 0.00 MW H +ATOM 14613 H2 TIP3X3148 -4.740 3.270 27.580 1.00 0.00 MW H +ATOM 14614 OH2 TIP3X3149 -12.750 -28.550 26.410 1.00 0.00 MW O +ATOM 14615 H1 TIP3X3149 -13.450 -29.140 26.720 1.00 0.00 MW H +ATOM 14616 H2 TIP3X3149 -13.190 -27.990 25.780 1.00 0.00 MW H +ATOM 14617 OH2 TIP3X3150 24.730 -48.490 -50.290 1.00 0.00 MW O +ATOM 14618 H1 TIP3X3150 24.150 -47.830 -49.920 1.00 0.00 MW H +ATOM 14619 H2 TIP3X3150 24.340 -49.320 -50.040 1.00 0.00 MW H +ATOM 14620 OH2 TIP3X3151 -27.050 -46.360 23.700 1.00 0.00 MW O +ATOM 14621 H1 TIP3X3151 -27.140 -46.960 24.440 1.00 0.00 MW H +ATOM 14622 H2 TIP3X3151 -27.900 -46.380 23.280 1.00 0.00 MW H +ATOM 14623 OH2 TIP3X3152 -23.460 32.310 41.580 1.00 0.00 MW O +ATOM 14624 H1 TIP3X3152 -22.800 32.710 42.130 1.00 0.00 MW H +ATOM 14625 H2 TIP3X3152 -22.970 31.770 40.970 1.00 0.00 MW H +ATOM 14626 OH2 TIP3X3153 -16.040 -32.360 27.530 1.00 0.00 MW O +ATOM 14627 H1 TIP3X3153 -15.310 -31.810 27.820 1.00 0.00 MW H +ATOM 14628 H2 TIP3X3153 -16.720 -31.750 27.260 1.00 0.00 MW H +ATOM 14629 OH2 TIP3X3154 23.870 -37.130 -51.760 1.00 0.00 MW O +ATOM 14630 H1 TIP3X3154 23.970 -38.050 -52.030 1.00 0.00 MW H +ATOM 14631 H2 TIP3X3154 24.480 -36.650 -52.340 1.00 0.00 MW H +ATOM 14632 OH2 TIP3X3155 17.620 8.660 -19.520 1.00 0.00 MW O +ATOM 14633 H1 TIP3X3155 18.340 9.230 -19.250 1.00 0.00 MW H +ATOM 14634 H2 TIP3X3155 17.010 9.240 -19.970 1.00 0.00 MW H +ATOM 14635 OH2 TIP3X3156 33.350 -1.560 36.520 1.00 0.00 MW O +ATOM 14636 H1 TIP3X3156 33.860 -0.760 36.550 1.00 0.00 MW H +ATOM 14637 H2 TIP3X3156 33.970 -2.270 36.680 1.00 0.00 MW H +ATOM 14638 OH2 TIP3X3157 47.820 35.320 23.580 1.00 0.00 MW O +ATOM 14639 H1 TIP3X3157 47.700 34.850 24.410 1.00 0.00 MW H +ATOM 14640 H2 TIP3X3157 48.300 34.730 23.030 1.00 0.00 MW H +ATOM 14641 OH2 TIP3X3158 -35.670 8.140 21.920 1.00 0.00 MW O +ATOM 14642 H1 TIP3X3158 -34.870 8.630 22.070 1.00 0.00 MW H +ATOM 14643 H2 TIP3X3158 -36.190 8.690 21.340 1.00 0.00 MW H +ATOM 14644 OH2 TIP3X3159 -17.970 33.600 -22.810 1.00 0.00 MW O +ATOM 14645 H1 TIP3X3159 -18.020 32.660 -22.940 1.00 0.00 MW H +ATOM 14646 H2 TIP3X3159 -18.060 33.970 -23.680 1.00 0.00 MW H +ATOM 14647 OH2 TIP3X3160 -33.380 -48.810 -30.310 1.00 0.00 MW O +ATOM 14648 H1 TIP3X3160 -33.630 -48.150 -29.670 1.00 0.00 MW H +ATOM 14649 H2 TIP3X3160 -32.520 -48.540 -30.610 1.00 0.00 MW H +ATOM 14650 OH2 TIP3X3161 14.550 -17.400 -40.950 1.00 0.00 MW O +ATOM 14651 H1 TIP3X3161 14.680 -17.090 -41.840 1.00 0.00 MW H +ATOM 14652 H2 TIP3X3161 14.550 -18.360 -41.010 1.00 0.00 MW H +ATOM 14653 OH2 TIP3X3162 -9.040 -25.910 -28.590 1.00 0.00 MW O +ATOM 14654 H1 TIP3X3162 -8.460 -25.140 -28.630 1.00 0.00 MW H +ATOM 14655 H2 TIP3X3162 -8.450 -26.670 -28.620 1.00 0.00 MW H +ATOM 14656 OH2 TIP3X3163 34.000 -39.670 -26.550 1.00 0.00 MW O +ATOM 14657 H1 TIP3X3163 33.460 -39.170 -27.170 1.00 0.00 MW H +ATOM 14658 H2 TIP3X3163 33.790 -39.320 -25.690 1.00 0.00 MW H +ATOM 14659 OH2 TIP3X3164 -21.220 -25.500 -28.230 1.00 0.00 MW O +ATOM 14660 H1 TIP3X3164 -21.060 -26.320 -27.750 1.00 0.00 MW H +ATOM 14661 H2 TIP3X3164 -22.130 -25.560 -28.510 1.00 0.00 MW H +ATOM 14662 OH2 TIP3X3165 -26.700 34.790 -21.890 1.00 0.00 MW O +ATOM 14663 H1 TIP3X3165 -27.380 34.620 -22.540 1.00 0.00 MW H +ATOM 14664 H2 TIP3X3165 -26.900 35.660 -21.540 1.00 0.00 MW H +ATOM 14665 OH2 TIP3X3166 -25.910 -26.670 -42.630 1.00 0.00 MW O +ATOM 14666 H1 TIP3X3166 -26.170 -25.940 -43.190 1.00 0.00 MW H +ATOM 14667 H2 TIP3X3166 -25.310 -26.280 -41.990 1.00 0.00 MW H +ATOM 14668 OH2 TIP3X3167 -29.270 12.350 17.480 1.00 0.00 MW O +ATOM 14669 H1 TIP3X3167 -29.310 11.400 17.620 1.00 0.00 MW H +ATOM 14670 H2 TIP3X3167 -28.610 12.470 16.810 1.00 0.00 MW H +ATOM 14671 OH2 TIP3X3168 39.260 8.240 -27.990 1.00 0.00 MW O +ATOM 14672 H1 TIP3X3168 38.380 7.940 -28.220 1.00 0.00 MW H +ATOM 14673 H2 TIP3X3168 39.220 8.410 -27.050 1.00 0.00 MW H +ATOM 14674 OH2 TIP3X3169 -33.210 39.870 -42.760 1.00 0.00 MW O +ATOM 14675 H1 TIP3X3169 -33.540 39.810 -43.660 1.00 0.00 MW H +ATOM 14676 H2 TIP3X3169 -32.510 39.210 -42.720 1.00 0.00 MW H +ATOM 14677 OH2 TIP3X3170 19.100 15.350 26.450 1.00 0.00 MW O +ATOM 14678 H1 TIP3X3170 18.760 15.840 27.200 1.00 0.00 MW H +ATOM 14679 H2 TIP3X3170 18.930 14.430 26.680 1.00 0.00 MW H +ATOM 14680 OH2 TIP3X3171 37.320 31.500 -41.960 1.00 0.00 MW O +ATOM 14681 H1 TIP3X3171 37.110 32.420 -42.130 1.00 0.00 MW H +ATOM 14682 H2 TIP3X3171 36.520 31.140 -41.590 1.00 0.00 MW H +ATOM 14683 OH2 TIP3X3172 27.640 19.350 -25.940 1.00 0.00 MW O +ATOM 14684 H1 TIP3X3172 28.540 19.500 -25.640 1.00 0.00 MW H +ATOM 14685 H2 TIP3X3172 27.740 18.920 -26.800 1.00 0.00 MW H +ATOM 14686 OH2 TIP3X3173 39.770 -33.750 21.800 1.00 0.00 MW O +ATOM 14687 H1 TIP3X3173 39.750 -32.800 21.940 1.00 0.00 MW H +ATOM 14688 H2 TIP3X3173 39.960 -34.120 22.660 1.00 0.00 MW H +ATOM 14689 OH2 TIP3X3174 31.940 -51.210 25.010 1.00 0.00 MW O +ATOM 14690 H1 TIP3X3174 32.160 -51.730 25.800 1.00 0.00 MW H +ATOM 14691 H2 TIP3X3174 31.320 -51.760 24.540 1.00 0.00 MW H +ATOM 14692 OH2 TIP3X3175 -43.620 -8.390 18.140 1.00 0.00 MW O +ATOM 14693 H1 TIP3X3175 -44.170 -8.910 17.570 1.00 0.00 MW H +ATOM 14694 H2 TIP3X3175 -42.780 -8.860 18.150 1.00 0.00 MW H +ATOM 14695 OH2 TIP3X3176 2.480 37.660 36.570 1.00 0.00 MW O +ATOM 14696 H1 TIP3X3176 3.360 37.940 36.780 1.00 0.00 MW H +ATOM 14697 H2 TIP3X3176 1.910 38.140 37.170 1.00 0.00 MW H +ATOM 14698 OH2 TIP3X3177 28.190 -36.280 -19.460 1.00 0.00 MW O +ATOM 14699 H1 TIP3X3177 28.400 -35.460 -19.000 1.00 0.00 MW H +ATOM 14700 H2 TIP3X3177 28.570 -36.970 -18.920 1.00 0.00 MW H +ATOM 14701 OH2 TIP3X3178 -1.890 -28.090 -18.260 1.00 0.00 MW O +ATOM 14702 H1 TIP3X3178 -2.080 -29.010 -18.420 1.00 0.00 MW H +ATOM 14703 H2 TIP3X3178 -1.220 -27.860 -18.900 1.00 0.00 MW H +ATOM 14704 OH2 TIP3X3179 16.610 -46.520 -32.850 1.00 0.00 MW O +ATOM 14705 H1 TIP3X3179 16.620 -46.800 -33.760 1.00 0.00 MW H +ATOM 14706 H2 TIP3X3179 15.690 -46.460 -32.620 1.00 0.00 MW H +ATOM 14707 OH2 TIP3X3180 25.130 -17.300 28.000 1.00 0.00 MW O +ATOM 14708 H1 TIP3X3180 24.710 -17.000 28.800 1.00 0.00 MW H +ATOM 14709 H2 TIP3X3180 25.980 -17.620 28.290 1.00 0.00 MW H +ATOM 14710 OH2 TIP3X3181 -31.540 -45.760 -43.910 1.00 0.00 MW O +ATOM 14711 H1 TIP3X3181 -31.760 -46.450 -44.530 1.00 0.00 MW H +ATOM 14712 H2 TIP3X3181 -30.590 -45.880 -43.770 1.00 0.00 MW H +ATOM 14713 OH2 TIP3X3182 7.600 -43.350 -32.140 1.00 0.00 MW O +ATOM 14714 H1 TIP3X3182 7.190 -43.360 -31.270 1.00 0.00 MW H +ATOM 14715 H2 TIP3X3182 8.540 -43.300 -31.960 1.00 0.00 MW H +ATOM 14716 OH2 TIP3X3183 44.700 -6.150 -18.900 1.00 0.00 MW O +ATOM 14717 H1 TIP3X3183 45.120 -6.790 -18.340 1.00 0.00 MW H +ATOM 14718 H2 TIP3X3183 45.380 -5.490 -19.050 1.00 0.00 MW H +ATOM 14719 OH2 TIP3X3184 -3.530 36.300 -21.400 1.00 0.00 MW O +ATOM 14720 H1 TIP3X3184 -4.480 36.340 -21.520 1.00 0.00 MW H +ATOM 14721 H2 TIP3X3184 -3.250 35.520 -21.870 1.00 0.00 MW H +ATOM 14722 OH2 TIP3X3185 -12.450 4.190 31.210 1.00 0.00 MW O +ATOM 14723 H1 TIP3X3185 -12.120 3.480 31.770 1.00 0.00 MW H +ATOM 14724 H2 TIP3X3185 -13.400 4.190 31.340 1.00 0.00 MW H +ATOM 14725 OH2 TIP3X3186 -14.260 27.850 -46.030 1.00 0.00 MW O +ATOM 14726 H1 TIP3X3186 -14.610 28.690 -45.730 1.00 0.00 MW H +ATOM 14727 H2 TIP3X3186 -14.060 27.980 -46.950 1.00 0.00 MW H +ATOM 14728 OH2 TIP3X3187 4.070 16.680 -36.590 1.00 0.00 MW O +ATOM 14729 H1 TIP3X3187 4.160 16.050 -37.310 1.00 0.00 MW H +ATOM 14730 H2 TIP3X3187 3.720 17.470 -37.000 1.00 0.00 MW H +ATOM 14731 OH2 TIP3X3188 5.580 -16.420 -49.710 1.00 0.00 MW O +ATOM 14732 H1 TIP3X3188 4.930 -15.830 -50.080 1.00 0.00 MW H +ATOM 14733 H2 TIP3X3188 5.330 -16.490 -48.790 1.00 0.00 MW H +ATOM 14734 OH2 TIP3X3189 36.850 39.210 35.350 1.00 0.00 MW O +ATOM 14735 H1 TIP3X3189 35.930 39.180 35.610 1.00 0.00 MW H +ATOM 14736 H2 TIP3X3189 36.900 38.620 34.600 1.00 0.00 MW H +ATOM 14737 OH2 TIP3X3190 -32.340 -32.420 -48.390 1.00 0.00 MW O +ATOM 14738 H1 TIP3X3190 -31.890 -31.700 -48.840 1.00 0.00 MW H +ATOM 14739 H2 TIP3X3190 -32.750 -32.930 -49.080 1.00 0.00 MW H +ATOM 14740 OH2 TIP3X3191 38.890 7.940 -17.570 1.00 0.00 MW O +ATOM 14741 H1 TIP3X3191 38.930 7.000 -17.780 1.00 0.00 MW H +ATOM 14742 H2 TIP3X3191 38.710 7.970 -16.620 1.00 0.00 MW H +ATOM 14743 OH2 TIP3X3192 18.170 -37.670 33.120 1.00 0.00 MW O +ATOM 14744 H1 TIP3X3192 18.540 -38.530 32.930 1.00 0.00 MW H +ATOM 14745 H2 TIP3X3192 17.270 -37.860 33.400 1.00 0.00 MW H +ATOM 14746 OH2 TIP3X3193 -9.970 9.440 -27.130 1.00 0.00 MW O +ATOM 14747 H1 TIP3X3193 -10.820 9.490 -26.680 1.00 0.00 MW H +ATOM 14748 H2 TIP3X3193 -9.760 10.360 -27.300 1.00 0.00 MW H +ATOM 14749 OH2 TIP3X3194 4.720 37.870 12.590 1.00 0.00 MW O +ATOM 14750 H1 TIP3X3194 3.830 38.210 12.550 1.00 0.00 MW H +ATOM 14751 H2 TIP3X3194 5.260 38.570 12.220 1.00 0.00 MW H +ATOM 14752 OH2 TIP3X3195 -24.710 30.790 39.060 1.00 0.00 MW O +ATOM 14753 H1 TIP3X3195 -25.460 30.360 38.660 1.00 0.00 MW H +ATOM 14754 H2 TIP3X3195 -24.120 30.070 39.290 1.00 0.00 MW H +ATOM 14755 OH2 TIP3X3196 -18.950 -41.000 -24.820 1.00 0.00 MW O +ATOM 14756 H1 TIP3X3196 -19.230 -40.480 -24.070 1.00 0.00 MW H +ATOM 14757 H2 TIP3X3196 -18.830 -41.880 -24.480 1.00 0.00 MW H +ATOM 14758 OH2 TIP3X3197 24.940 20.610 26.460 1.00 0.00 MW O +ATOM 14759 H1 TIP3X3197 24.090 20.770 26.890 1.00 0.00 MW H +ATOM 14760 H2 TIP3X3197 25.300 19.850 26.900 1.00 0.00 MW H +ATOM 14761 OH2 TIP3X3198 25.020 -20.170 -47.170 1.00 0.00 MW O +ATOM 14762 H1 TIP3X3198 24.910 -21.080 -47.460 1.00 0.00 MW H +ATOM 14763 H2 TIP3X3198 24.270 -20.020 -46.580 1.00 0.00 MW H +ATOM 14764 OH2 TIP3X3199 12.090 -19.460 27.330 1.00 0.00 MW O +ATOM 14765 H1 TIP3X3199 11.370 -19.600 26.720 1.00 0.00 MW H +ATOM 14766 H2 TIP3X3199 12.370 -20.350 27.570 1.00 0.00 MW H +ATOM 14767 OH2 TIP3X3200 -31.700 40.930 28.030 1.00 0.00 MW O +ATOM 14768 H1 TIP3X3200 -31.510 40.060 28.370 1.00 0.00 MW H +ATOM 14769 H2 TIP3X3200 -32.160 40.780 27.210 1.00 0.00 MW H +ATOM 14770 OH2 TIP3X3201 20.820 39.950 -18.000 1.00 0.00 MW O +ATOM 14771 H1 TIP3X3201 20.160 39.650 -17.370 1.00 0.00 MW H +ATOM 14772 H2 TIP3X3201 21.070 40.820 -17.680 1.00 0.00 MW H +ATOM 14773 OH2 TIP3X3202 44.240 9.980 -32.870 1.00 0.00 MW O +ATOM 14774 H1 TIP3X3202 43.550 10.590 -33.140 1.00 0.00 MW H +ATOM 14775 H2 TIP3X3202 43.760 9.170 -32.670 1.00 0.00 MW H +ATOM 14776 OH2 TIP3X3203 -3.700 -8.100 -40.470 1.00 0.00 MW O +ATOM 14777 H1 TIP3X3203 -4.650 -8.100 -40.280 1.00 0.00 MW H +ATOM 14778 H2 TIP3X3203 -3.650 -8.040 -41.420 1.00 0.00 MW H +ATOM 14779 OH2 TIP3X3204 38.620 -44.130 -52.430 1.00 0.00 MW O +ATOM 14780 H1 TIP3X3204 37.850 -43.670 -52.070 1.00 0.00 MW H +ATOM 14781 H2 TIP3X3204 38.450 -44.170 -53.370 1.00 0.00 MW H +ATOM 14782 OH2 TIP3X3205 -8.750 -24.830 -39.570 1.00 0.00 MW O +ATOM 14783 H1 TIP3X3205 -7.870 -24.550 -39.280 1.00 0.00 MW H +ATOM 14784 H2 TIP3X3205 -8.670 -25.790 -39.600 1.00 0.00 MW H +ATOM 14785 OH2 TIP3X3206 -34.130 4.220 -41.240 1.00 0.00 MW O +ATOM 14786 H1 TIP3X3206 -34.750 4.950 -41.370 1.00 0.00 MW H +ATOM 14787 H2 TIP3X3206 -33.570 4.240 -42.030 1.00 0.00 MW H +ATOM 14788 OH2 TIP3X3207 20.840 27.340 24.940 1.00 0.00 MW O +ATOM 14789 H1 TIP3X3207 21.450 27.860 25.470 1.00 0.00 MW H +ATOM 14790 H2 TIP3X3207 20.630 27.910 24.200 1.00 0.00 MW H +ATOM 14791 OH2 TIP3X3208 -3.470 -14.710 24.080 1.00 0.00 MW O +ATOM 14792 H1 TIP3X3208 -2.610 -14.410 23.800 1.00 0.00 MW H +ATOM 14793 H2 TIP3X3208 -3.860 -15.080 23.290 1.00 0.00 MW H +ATOM 14794 OH2 TIP3X3209 -38.060 -39.220 38.950 1.00 0.00 MW O +ATOM 14795 H1 TIP3X3209 -38.070 -38.390 38.480 1.00 0.00 MW H +ATOM 14796 H2 TIP3X3209 -38.200 -39.880 38.280 1.00 0.00 MW H +ATOM 14797 OH2 TIP3X3210 -28.860 2.720 17.780 1.00 0.00 MW O +ATOM 14798 H1 TIP3X3210 -27.990 2.360 17.950 1.00 0.00 MW H +ATOM 14799 H2 TIP3X3210 -29.210 2.180 17.070 1.00 0.00 MW H +ATOM 14800 OH2 TIP3X3211 -13.120 9.920 33.450 1.00 0.00 MW O +ATOM 14801 H1 TIP3X3211 -13.410 9.660 34.330 1.00 0.00 MW H +ATOM 14802 H2 TIP3X3211 -13.520 9.290 32.860 1.00 0.00 MW H +ATOM 14803 OH2 TIP3X3212 21.900 -51.740 30.090 1.00 0.00 MW O +ATOM 14804 H1 TIP3X3212 22.580 -51.390 30.660 1.00 0.00 MW H +ATOM 14805 H2 TIP3X3212 21.090 -51.640 30.590 1.00 0.00 MW H +ATOM 14806 OH2 TIP3X3213 4.770 -33.620 -36.360 1.00 0.00 MW O +ATOM 14807 H1 TIP3X3213 4.950 -32.960 -35.690 1.00 0.00 MW H +ATOM 14808 H2 TIP3X3213 5.210 -33.300 -37.140 1.00 0.00 MW H +ATOM 14809 OH2 TIP3X3214 -41.630 11.640 -18.470 1.00 0.00 MW O +ATOM 14810 H1 TIP3X3214 -41.180 11.130 -17.810 1.00 0.00 MW H +ATOM 14811 H2 TIP3X3214 -41.970 11.000 -19.090 1.00 0.00 MW H +ATOM 14812 OH2 TIP3X3215 31.940 26.800 -37.940 1.00 0.00 MW O +ATOM 14813 H1 TIP3X3215 32.410 27.090 -37.160 1.00 0.00 MW H +ATOM 14814 H2 TIP3X3215 31.120 26.430 -37.610 1.00 0.00 MW H +ATOM 14815 OH2 TIP3X3216 22.060 36.950 -33.950 1.00 0.00 MW O +ATOM 14816 H1 TIP3X3216 21.410 37.640 -34.140 1.00 0.00 MW H +ATOM 14817 H2 TIP3X3216 22.900 37.380 -34.080 1.00 0.00 MW H +ATOM 14818 OH2 TIP3X3217 37.050 16.590 -35.630 1.00 0.00 MW O +ATOM 14819 H1 TIP3X3217 37.650 17.320 -35.780 1.00 0.00 MW H +ATOM 14820 H2 TIP3X3217 36.220 16.880 -35.990 1.00 0.00 MW H +ATOM 14821 OH2 TIP3X3218 -33.790 -11.260 -24.950 1.00 0.00 MW O +ATOM 14822 H1 TIP3X3218 -34.720 -11.250 -25.180 1.00 0.00 MW H +ATOM 14823 H2 TIP3X3218 -33.750 -11.050 -24.020 1.00 0.00 MW H +ATOM 14824 OH2 TIP3X3219 -33.360 14.910 -39.800 1.00 0.00 MW O +ATOM 14825 H1 TIP3X3219 -32.910 14.130 -39.480 1.00 0.00 MW H +ATOM 14826 H2 TIP3X3219 -34.130 14.570 -40.280 1.00 0.00 MW H +ATOM 14827 OH2 TIP3X3220 -13.110 29.940 -36.430 1.00 0.00 MW O +ATOM 14828 H1 TIP3X3220 -12.310 29.780 -36.940 1.00 0.00 MW H +ATOM 14829 H2 TIP3X3220 -13.430 29.070 -36.210 1.00 0.00 MW H +ATOM 14830 OH2 TIP3X3221 -10.020 -22.280 -25.530 1.00 0.00 MW O +ATOM 14831 H1 TIP3X3221 -10.580 -22.410 -24.770 1.00 0.00 MW H +ATOM 14832 H2 TIP3X3221 -10.510 -22.650 -26.260 1.00 0.00 MW H +ATOM 14833 OH2 TIP3X3222 -39.360 15.740 -17.480 1.00 0.00 MW O +ATOM 14834 H1 TIP3X3222 -40.200 15.440 -17.820 1.00 0.00 MW H +ATOM 14835 H2 TIP3X3222 -39.230 15.250 -16.670 1.00 0.00 MW H +ATOM 14836 OH2 TIP3X3223 37.690 -4.850 20.000 1.00 0.00 MW O +ATOM 14837 H1 TIP3X3223 37.020 -5.330 19.510 1.00 0.00 MW H +ATOM 14838 H2 TIP3X3223 37.690 -3.970 19.600 1.00 0.00 MW H +ATOM 14839 OH2 TIP3X3224 16.420 23.560 -24.950 1.00 0.00 MW O +ATOM 14840 H1 TIP3X3224 16.850 24.300 -24.520 1.00 0.00 MW H +ATOM 14841 H2 TIP3X3224 15.540 23.540 -24.570 1.00 0.00 MW H +ATOM 14842 OH2 TIP3X3225 32.500 6.380 -44.520 1.00 0.00 MW O +ATOM 14843 H1 TIP3X3225 33.020 7.100 -44.170 1.00 0.00 MW H +ATOM 14844 H2 TIP3X3225 31.990 6.780 -45.230 1.00 0.00 MW H +ATOM 14845 OH2 TIP3X3226 6.550 9.740 25.410 1.00 0.00 MW O +ATOM 14846 H1 TIP3X3226 6.270 10.340 26.110 1.00 0.00 MW H +ATOM 14847 H2 TIP3X3226 6.440 10.260 24.600 1.00 0.00 MW H +ATOM 14848 OH2 TIP3X3227 31.930 -3.810 27.310 1.00 0.00 MW O +ATOM 14849 H1 TIP3X3227 31.360 -4.390 26.790 1.00 0.00 MW H +ATOM 14850 H2 TIP3X3227 31.970 -3.000 26.810 1.00 0.00 MW H +ATOM 14851 OH2 TIP3X3228 13.630 3.280 -38.760 1.00 0.00 MW O +ATOM 14852 H1 TIP3X3228 14.150 2.610 -39.200 1.00 0.00 MW H +ATOM 14853 H2 TIP3X3228 13.900 3.220 -37.840 1.00 0.00 MW H +ATOM 14854 OH2 TIP3X3229 -33.140 13.800 -25.440 1.00 0.00 MW O +ATOM 14855 H1 TIP3X3229 -33.330 13.620 -26.360 1.00 0.00 MW H +ATOM 14856 H2 TIP3X3229 -33.570 14.640 -25.270 1.00 0.00 MW H +ATOM 14857 OH2 TIP3X3230 27.010 -2.650 38.330 1.00 0.00 MW O +ATOM 14858 H1 TIP3X3230 26.390 -2.310 37.690 1.00 0.00 MW H +ATOM 14859 H2 TIP3X3230 27.210 -1.900 38.900 1.00 0.00 MW H +ATOM 14860 OH2 TIP3X3231 -3.780 16.260 33.190 1.00 0.00 MW O +ATOM 14861 H1 TIP3X3231 -4.600 15.800 33.350 1.00 0.00 MW H +ATOM 14862 H2 TIP3X3231 -3.170 15.570 32.940 1.00 0.00 MW H +ATOM 14863 OH2 TIP3X3232 35.630 4.530 -37.060 1.00 0.00 MW O +ATOM 14864 H1 TIP3X3232 35.380 4.670 -36.140 1.00 0.00 MW H +ATOM 14865 H2 TIP3X3232 36.520 4.200 -37.000 1.00 0.00 MW H +ATOM 14866 OH2 TIP3X3233 -20.550 -48.830 11.480 1.00 0.00 MW O +ATOM 14867 H1 TIP3X3233 -20.370 -47.950 11.810 1.00 0.00 MW H +ATOM 14868 H2 TIP3X3233 -21.170 -49.200 12.120 1.00 0.00 MW H +ATOM 14869 OH2 TIP3X3234 14.410 -49.270 -43.110 1.00 0.00 MW O +ATOM 14870 H1 TIP3X3234 15.270 -49.070 -43.500 1.00 0.00 MW H +ATOM 14871 H2 TIP3X3234 14.500 -49.010 -42.190 1.00 0.00 MW H +ATOM 14872 OH2 TIP3X3235 40.950 -34.530 32.310 1.00 0.00 MW O +ATOM 14873 H1 TIP3X3235 40.740 -33.690 31.910 1.00 0.00 MW H +ATOM 14874 H2 TIP3X3235 40.130 -35.020 32.290 1.00 0.00 MW H +ATOM 14875 OH2 TIP3X3236 -15.290 -18.940 -51.400 1.00 0.00 MW O +ATOM 14876 H1 TIP3X3236 -15.880 -18.210 -51.160 1.00 0.00 MW H +ATOM 14877 H2 TIP3X3236 -15.520 -19.640 -50.790 1.00 0.00 MW H +ATOM 14878 OH2 TIP3X3237 -41.150 -31.940 -30.170 1.00 0.00 MW O +ATOM 14879 H1 TIP3X3237 -40.630 -32.000 -30.970 1.00 0.00 MW H +ATOM 14880 H2 TIP3X3237 -41.850 -32.580 -30.300 1.00 0.00 MW H +ATOM 14881 OH2 TIP3X3238 26.050 21.560 -50.120 1.00 0.00 MW O +ATOM 14882 H1 TIP3X3238 26.560 21.610 -49.310 1.00 0.00 MW H +ATOM 14883 H2 TIP3X3238 25.260 21.090 -49.880 1.00 0.00 MW H +ATOM 14884 OH2 TIP3X3239 -4.250 32.290 -44.990 1.00 0.00 MW O +ATOM 14885 H1 TIP3X3239 -5.200 32.250 -44.870 1.00 0.00 MW H +ATOM 14886 H2 TIP3X3239 -4.130 32.460 -45.920 1.00 0.00 MW H +ATOM 14887 OH2 TIP3X3240 1.920 12.370 -48.070 1.00 0.00 MW O +ATOM 14888 H1 TIP3X3240 1.370 12.060 -47.350 1.00 0.00 MW H +ATOM 14889 H2 TIP3X3240 2.160 13.260 -47.810 1.00 0.00 MW H +ATOM 14890 OH2 TIP3X3241 47.260 7.220 -25.570 1.00 0.00 MW O +ATOM 14891 H1 TIP3X3241 48.130 7.610 -25.510 1.00 0.00 MW H +ATOM 14892 H2 TIP3X3241 46.840 7.690 -26.280 1.00 0.00 MW H +ATOM 14893 OH2 TIP3X3242 35.350 5.170 -34.340 1.00 0.00 MW O +ATOM 14894 H1 TIP3X3242 34.890 5.280 -33.500 1.00 0.00 MW H +ATOM 14895 H2 TIP3X3242 35.930 4.430 -34.190 1.00 0.00 MW H +ATOM 14896 OH2 TIP3X3243 -5.700 -49.880 -22.550 1.00 0.00 MW O +ATOM 14897 H1 TIP3X3243 -5.470 -49.830 -21.610 1.00 0.00 MW H +ATOM 14898 H2 TIP3X3243 -6.170 -49.070 -22.730 1.00 0.00 MW H +ATOM 14899 OH2 TIP3X3244 33.340 29.500 -29.740 1.00 0.00 MW O +ATOM 14900 H1 TIP3X3244 33.290 30.200 -29.090 1.00 0.00 MW H +ATOM 14901 H2 TIP3X3244 33.890 28.830 -29.330 1.00 0.00 MW H +ATOM 14902 OH2 TIP3X3245 26.460 22.590 31.100 1.00 0.00 MW O +ATOM 14903 H1 TIP3X3245 27.180 23.060 30.660 1.00 0.00 MW H +ATOM 14904 H2 TIP3X3245 26.900 22.110 31.810 1.00 0.00 MW H +ATOM 14905 OH2 TIP3X3246 -17.970 -32.090 -50.640 1.00 0.00 MW O +ATOM 14906 H1 TIP3X3246 -18.870 -32.050 -50.970 1.00 0.00 MW H +ATOM 14907 H2 TIP3X3246 -17.880 -31.300 -50.100 1.00 0.00 MW H +ATOM 14908 OH2 TIP3X3247 41.500 30.320 -31.820 1.00 0.00 MW O +ATOM 14909 H1 TIP3X3247 41.360 29.380 -31.920 1.00 0.00 MW H +ATOM 14910 H2 TIP3X3247 41.820 30.430 -30.930 1.00 0.00 MW H +ATOM 14911 OH2 TIP3X3248 -13.880 -2.990 38.980 1.00 0.00 MW O +ATOM 14912 H1 TIP3X3248 -13.680 -2.160 39.410 1.00 0.00 MW H +ATOM 14913 H2 TIP3X3248 -14.070 -2.750 38.070 1.00 0.00 MW H +ATOM 14914 OH2 TIP3X3249 -31.440 -32.520 34.150 1.00 0.00 MW O +ATOM 14915 H1 TIP3X3249 -32.050 -32.020 33.620 1.00 0.00 MW H +ATOM 14916 H2 TIP3X3249 -31.160 -33.230 33.580 1.00 0.00 MW H +ATOM 14917 OH2 TIP3X3250 -3.130 25.570 -33.480 1.00 0.00 MW O +ATOM 14918 H1 TIP3X3250 -3.210 26.180 -32.760 1.00 0.00 MW H +ATOM 14919 H2 TIP3X3250 -2.650 24.830 -33.130 1.00 0.00 MW H +ATOM 14920 OH2 TIP3X3251 -11.550 39.630 37.320 1.00 0.00 MW O +ATOM 14921 H1 TIP3X3251 -10.690 39.550 36.900 1.00 0.00 MW H +ATOM 14922 H2 TIP3X3251 -12.020 38.840 37.060 1.00 0.00 MW H +ATOM 14923 OH2 TIP3X3252 -24.840 -25.330 24.490 1.00 0.00 MW O +ATOM 14924 H1 TIP3X3252 -24.630 -25.510 23.560 1.00 0.00 MW H +ATOM 14925 H2 TIP3X3252 -24.530 -24.430 24.610 1.00 0.00 MW H +ATOM 14926 OH2 TIP3X3253 18.790 -3.300 38.610 1.00 0.00 MW O +ATOM 14927 H1 TIP3X3253 18.310 -3.410 39.430 1.00 0.00 MW H +ATOM 14928 H2 TIP3X3253 18.380 -3.930 38.010 1.00 0.00 MW H +ATOM 14929 OH2 TIP3X3254 30.280 33.430 -22.880 1.00 0.00 MW O +ATOM 14930 H1 TIP3X3254 30.550 32.530 -22.670 1.00 0.00 MW H +ATOM 14931 H2 TIP3X3254 29.430 33.340 -23.310 1.00 0.00 MW H +ATOM 14932 OH2 TIP3X3255 20.130 -45.020 -29.310 1.00 0.00 MW O +ATOM 14933 H1 TIP3X3255 19.240 -45.370 -29.390 1.00 0.00 MW H +ATOM 14934 H2 TIP3X3255 20.100 -44.470 -28.520 1.00 0.00 MW H +ATOM 14935 OH2 TIP3X3256 17.670 15.300 21.590 1.00 0.00 MW O +ATOM 14936 H1 TIP3X3256 18.400 14.940 22.110 1.00 0.00 MW H +ATOM 14937 H2 TIP3X3256 17.220 14.520 21.270 1.00 0.00 MW H +ATOM 14938 OH2 TIP3X3257 -43.680 15.060 28.650 1.00 0.00 MW O +ATOM 14939 H1 TIP3X3257 -43.800 15.740 29.320 1.00 0.00 MW H +ATOM 14940 H2 TIP3X3257 -43.480 15.540 27.860 1.00 0.00 MW H +ATOM 14941 OH2 TIP3X3258 48.240 -19.210 26.990 1.00 0.00 MW O +ATOM 14942 H1 TIP3X3258 47.730 -18.580 26.470 1.00 0.00 MW H +ATOM 14943 H2 TIP3X3258 47.590 -19.820 27.320 1.00 0.00 MW H +ATOM 14944 OH2 TIP3X3259 33.610 -7.730 -50.980 1.00 0.00 MW O +ATOM 14945 H1 TIP3X3259 33.720 -7.230 -50.180 1.00 0.00 MW H +ATOM 14946 H2 TIP3X3259 32.760 -7.460 -51.330 1.00 0.00 MW H +ATOM 14947 OH2 TIP3X3260 -37.460 -33.930 -26.540 1.00 0.00 MW O +ATOM 14948 H1 TIP3X3260 -36.580 -33.880 -26.920 1.00 0.00 MW H +ATOM 14949 H2 TIP3X3260 -37.400 -34.620 -25.880 1.00 0.00 MW H +ATOM 14950 OH2 TIP3X3261 39.300 5.700 -35.970 1.00 0.00 MW O +ATOM 14951 H1 TIP3X3261 39.040 5.360 -36.810 1.00 0.00 MW H +ATOM 14952 H2 TIP3X3261 38.500 6.080 -35.600 1.00 0.00 MW H +ATOM 14953 OH2 TIP3X3262 -40.650 10.270 -13.640 1.00 0.00 MW O +ATOM 14954 H1 TIP3X3262 -40.380 10.810 -12.900 1.00 0.00 MW H +ATOM 14955 H2 TIP3X3262 -40.240 9.420 -13.490 1.00 0.00 MW H +ATOM 14956 OH2 TIP3X3263 41.190 1.720 20.740 1.00 0.00 MW O +ATOM 14957 H1 TIP3X3263 41.620 1.740 21.590 1.00 0.00 MW H +ATOM 14958 H2 TIP3X3263 41.900 1.720 20.100 1.00 0.00 MW H +ATOM 14959 OH2 TIP3X3264 -37.790 32.690 -29.800 1.00 0.00 MW O +ATOM 14960 H1 TIP3X3264 -38.100 33.140 -29.020 1.00 0.00 MW H +ATOM 14961 H2 TIP3X3264 -37.060 33.220 -30.110 1.00 0.00 MW H +ATOM 14962 OH2 TIP3X3265 36.610 28.000 -39.080 1.00 0.00 MW O +ATOM 14963 H1 TIP3X3265 37.250 28.310 -39.730 1.00 0.00 MW H +ATOM 14964 H2 TIP3X3265 36.780 27.070 -39.010 1.00 0.00 MW H +ATOM 14965 OH2 TIP3X3266 18.010 43.340 -36.150 1.00 0.00 MW O +ATOM 14966 H1 TIP3X3266 17.340 42.990 -35.560 1.00 0.00 MW H +ATOM 14967 H2 TIP3X3266 17.800 44.270 -36.230 1.00 0.00 MW H +ATOM 14968 OH2 TIP3X3267 -43.350 -36.480 21.000 1.00 0.00 MW O +ATOM 14969 H1 TIP3X3267 -43.430 -37.390 20.730 1.00 0.00 MW H +ATOM 14970 H2 TIP3X3267 -44.200 -36.080 20.800 1.00 0.00 MW H +ATOM 14971 OH2 TIP3X3268 40.110 -29.420 -22.870 1.00 0.00 MW O +ATOM 14972 H1 TIP3X3268 41.030 -29.200 -23.020 1.00 0.00 MW H +ATOM 14973 H2 TIP3X3268 40.110 -29.920 -22.060 1.00 0.00 MW H +ATOM 14974 OH2 TIP3X3269 22.470 17.830 -35.970 1.00 0.00 MW O +ATOM 14975 H1 TIP3X3269 22.050 17.220 -36.580 1.00 0.00 MW H +ATOM 14976 H2 TIP3X3269 22.180 18.700 -36.260 1.00 0.00 MW H +ATOM 14977 OH2 TIP3X3270 44.260 -26.920 -18.260 1.00 0.00 MW O +ATOM 14978 H1 TIP3X3270 43.990 -26.040 -18.010 1.00 0.00 MW H +ATOM 14979 H2 TIP3X3270 43.530 -27.480 -18.040 1.00 0.00 MW H +ATOM 14980 OH2 TIP3X3271 -20.620 -1.490 -25.450 1.00 0.00 MW O +ATOM 14981 H1 TIP3X3271 -19.670 -1.660 -25.370 1.00 0.00 MW H +ATOM 14982 H2 TIP3X3271 -20.760 -0.680 -24.970 1.00 0.00 MW H +ATOM 14983 OH2 TIP3X3272 35.730 -46.400 14.930 1.00 0.00 MW O +ATOM 14984 H1 TIP3X3272 35.380 -46.990 15.600 1.00 0.00 MW H +ATOM 14985 H2 TIP3X3272 35.060 -45.750 14.800 1.00 0.00 MW H +ATOM 14986 OH2 TIP3X3273 37.290 -4.180 -45.940 1.00 0.00 MW O +ATOM 14987 H1 TIP3X3273 37.550 -4.250 -45.030 1.00 0.00 MW H +ATOM 14988 H2 TIP3X3273 36.500 -3.630 -45.920 1.00 0.00 MW H +ATOM 14989 OH2 TIP3X3274 9.220 13.600 -35.620 1.00 0.00 MW O +ATOM 14990 H1 TIP3X3274 9.110 12.660 -35.680 1.00 0.00 MW H +ATOM 14991 H2 TIP3X3274 10.120 13.760 -35.910 1.00 0.00 MW H +ATOM 14992 OH2 TIP3X3275 27.840 17.870 37.730 1.00 0.00 MW O +ATOM 14993 H1 TIP3X3275 28.110 17.960 38.650 1.00 0.00 MW H +ATOM 14994 H2 TIP3X3275 26.900 18.030 37.740 1.00 0.00 MW H +ATOM 14995 OH2 TIP3X3276 43.400 2.110 32.720 1.00 0.00 MW O +ATOM 14996 H1 TIP3X3276 43.850 1.960 33.550 1.00 0.00 MW H +ATOM 14997 H2 TIP3X3276 43.660 2.980 32.450 1.00 0.00 MW H +ATOM 14998 OH2 TIP3X3277 -15.830 29.950 -38.370 1.00 0.00 MW O +ATOM 14999 H1 TIP3X3277 -15.370 29.840 -39.180 1.00 0.00 MW H +ATOM 15000 H2 TIP3X3277 -15.160 29.940 -37.690 1.00 0.00 MW H +ATOM 15001 OH2 TIP3X3278 -16.660 11.330 -25.050 1.00 0.00 MW O +ATOM 15002 H1 TIP3X3278 -16.670 10.510 -24.560 1.00 0.00 MW H +ATOM 15003 H2 TIP3X3278 -16.050 11.900 -24.570 1.00 0.00 MW H +ATOM 15004 OH2 TIP3X3279 39.960 -11.280 -23.300 1.00 0.00 MW O +ATOM 15005 H1 TIP3X3279 40.100 -12.160 -23.650 1.00 0.00 MW H +ATOM 15006 H2 TIP3X3279 40.220 -10.690 -24.000 1.00 0.00 MW H +ATOM 15007 OH2 TIP3X3280 -30.750 -20.530 25.820 1.00 0.00 MW O +ATOM 15008 H1 TIP3X3280 -30.760 -20.980 26.660 1.00 0.00 MW H +ATOM 15009 H2 TIP3X3280 -31.670 -20.240 25.700 1.00 0.00 MW H +ATOM 15010 OH2 TIP3X3281 21.290 -6.080 29.400 1.00 0.00 MW O +ATOM 15011 H1 TIP3X3281 20.710 -6.370 30.100 1.00 0.00 MW H +ATOM 15012 H2 TIP3X3281 21.360 -5.130 29.510 1.00 0.00 MW H +ATOM 15013 OH2 TIP3X3282 41.400 -39.580 -44.700 1.00 0.00 MW O +ATOM 15014 H1 TIP3X3282 40.520 -39.900 -44.880 1.00 0.00 MW H +ATOM 15015 H2 TIP3X3282 41.610 -39.930 -43.830 1.00 0.00 MW H +ATOM 15016 OH2 TIP3X3283 7.760 -1.600 22.760 1.00 0.00 MW O +ATOM 15017 H1 TIP3X3283 7.570 -1.330 23.660 1.00 0.00 MW H +ATOM 15018 H2 TIP3X3283 8.340 -2.350 22.840 1.00 0.00 MW H +ATOM 15019 OH2 TIP3X3284 10.680 -36.370 -40.860 1.00 0.00 MW O +ATOM 15020 H1 TIP3X3284 10.800 -36.430 -39.910 1.00 0.00 MW H +ATOM 15021 H2 TIP3X3284 10.660 -35.430 -41.050 1.00 0.00 MW H +ATOM 15022 OH2 TIP3X3285 -7.780 -32.960 20.050 1.00 0.00 MW O +ATOM 15023 H1 TIP3X3285 -8.190 -33.740 19.680 1.00 0.00 MW H +ATOM 15024 H2 TIP3X3285 -7.250 -33.280 20.780 1.00 0.00 MW H +ATOM 15025 OH2 TIP3X3286 -38.430 29.440 -13.530 1.00 0.00 MW O +ATOM 15026 H1 TIP3X3286 -37.930 30.190 -13.180 1.00 0.00 MW H +ATOM 15027 H2 TIP3X3286 -39.270 29.820 -13.790 1.00 0.00 MW H +ATOM 15028 OH2 TIP3X3287 28.050 -18.400 -22.520 1.00 0.00 MW O +ATOM 15029 H1 TIP3X3287 27.650 -17.670 -22.040 1.00 0.00 MW H +ATOM 15030 H2 TIP3X3287 27.650 -18.360 -23.390 1.00 0.00 MW H +ATOM 15031 OH2 TIP3X3288 18.800 -3.700 -43.210 1.00 0.00 MW O +ATOM 15032 H1 TIP3X3288 18.190 -3.370 -43.870 1.00 0.00 MW H +ATOM 15033 H2 TIP3X3288 19.350 -2.930 -43.010 1.00 0.00 MW H +ATOM 15034 OH2 TIP3X3289 3.160 -3.280 -29.430 1.00 0.00 MW O +ATOM 15035 H1 TIP3X3289 4.000 -3.550 -29.070 1.00 0.00 MW H +ATOM 15036 H2 TIP3X3289 2.580 -3.220 -28.670 1.00 0.00 MW H +ATOM 15037 OH2 TIP3X3290 0.570 -9.640 -48.040 1.00 0.00 MW O +ATOM 15038 H1 TIP3X3290 0.160 -10.500 -47.930 1.00 0.00 MW H +ATOM 15039 H2 TIP3X3290 -0.100 -9.120 -48.480 1.00 0.00 MW H +ATOM 15040 OH2 TIP3X3291 47.290 18.980 31.920 1.00 0.00 MW O +ATOM 15041 H1 TIP3X3291 46.350 18.840 32.020 1.00 0.00 MW H +ATOM 15042 H2 TIP3X3291 47.430 19.880 32.220 1.00 0.00 MW H +ATOM 15043 OH2 TIP3X3292 42.840 -0.460 -27.390 1.00 0.00 MW O +ATOM 15044 H1 TIP3X3292 42.190 -0.190 -28.050 1.00 0.00 MW H +ATOM 15045 H2 TIP3X3292 43.560 0.170 -27.500 1.00 0.00 MW H +ATOM 15046 OH2 TIP3X3293 20.250 -42.390 -37.690 1.00 0.00 MW O +ATOM 15047 H1 TIP3X3293 21.100 -42.010 -37.920 1.00 0.00 MW H +ATOM 15048 H2 TIP3X3293 19.620 -41.890 -38.210 1.00 0.00 MW H +ATOM 15049 OH2 TIP3X3294 45.430 15.560 -36.880 1.00 0.00 MW O +ATOM 15050 H1 TIP3X3294 45.310 15.340 -37.800 1.00 0.00 MW H +ATOM 15051 H2 TIP3X3294 44.570 15.390 -36.490 1.00 0.00 MW H +ATOM 15052 OH2 TIP3X3295 13.450 39.720 -49.370 1.00 0.00 MW O +ATOM 15053 H1 TIP3X3295 12.810 40.430 -49.340 1.00 0.00 MW H +ATOM 15054 H2 TIP3X3295 13.070 39.070 -49.950 1.00 0.00 MW H +ATOM 15055 OH2 TIP3X3296 -28.350 -50.110 -22.910 1.00 0.00 MW O +ATOM 15056 H1 TIP3X3296 -28.170 -49.490 -23.620 1.00 0.00 MW H +ATOM 15057 H2 TIP3X3296 -27.620 -50.730 -22.930 1.00 0.00 MW H +ATOM 15058 OH2 TIP3X3297 -38.410 35.290 15.660 1.00 0.00 MW O +ATOM 15059 H1 TIP3X3297 -38.040 35.610 14.850 1.00 0.00 MW H +ATOM 15060 H2 TIP3X3297 -38.470 36.060 16.230 1.00 0.00 MW H +ATOM 15061 OH2 TIP3X3298 4.080 -22.940 38.060 1.00 0.00 MW O +ATOM 15062 H1 TIP3X3298 3.400 -22.280 37.960 1.00 0.00 MW H +ATOM 15063 H2 TIP3X3298 4.900 -22.460 37.930 1.00 0.00 MW H +ATOM 15064 OH2 TIP3X3299 23.120 24.180 29.680 1.00 0.00 MW O +ATOM 15065 H1 TIP3X3299 22.480 24.210 30.390 1.00 0.00 MW H +ATOM 15066 H2 TIP3X3299 23.670 24.950 29.820 1.00 0.00 MW H +ATOM 15067 OH2 TIP3X3300 -10.620 21.420 -46.790 1.00 0.00 MW O +ATOM 15068 H1 TIP3X3300 -10.840 21.360 -45.860 1.00 0.00 MW H +ATOM 15069 H2 TIP3X3300 -10.830 20.560 -47.150 1.00 0.00 MW H +ATOM 15070 OH2 TIP3X3301 -22.770 -20.210 25.310 1.00 0.00 MW O +ATOM 15071 H1 TIP3X3301 -22.380 -21.020 25.010 1.00 0.00 MW H +ATOM 15072 H2 TIP3X3301 -22.480 -20.120 26.220 1.00 0.00 MW H +ATOM 15073 OH2 TIP3X3302 29.740 -47.280 31.030 1.00 0.00 MW O +ATOM 15074 H1 TIP3X3302 30.420 -47.790 31.470 1.00 0.00 MW H +ATOM 15075 H2 TIP3X3302 29.290 -46.820 31.730 1.00 0.00 MW H +ATOM 15076 OH2 TIP3X3303 -21.860 -6.400 -48.630 1.00 0.00 MW O +ATOM 15077 H1 TIP3X3303 -21.450 -6.950 -49.290 1.00 0.00 MW H +ATOM 15078 H2 TIP3X3303 -22.590 -5.970 -49.080 1.00 0.00 MW H +ATOM 15079 OH2 TIP3X3304 28.800 22.170 22.310 1.00 0.00 MW O +ATOM 15080 H1 TIP3X3304 29.640 21.780 22.540 1.00 0.00 MW H +ATOM 15081 H2 TIP3X3304 28.550 21.740 21.490 1.00 0.00 MW H +ATOM 15082 OH2 TIP3X3305 -39.180 -10.980 -33.440 1.00 0.00 MW O +ATOM 15083 H1 TIP3X3305 -38.280 -10.630 -33.470 1.00 0.00 MW H +ATOM 15084 H2 TIP3X3305 -39.650 -10.410 -32.840 1.00 0.00 MW H +ATOM 15085 OH2 TIP3X3306 -23.370 -1.660 36.170 1.00 0.00 MW O +ATOM 15086 H1 TIP3X3306 -23.570 -2.440 35.660 1.00 0.00 MW H +ATOM 15087 H2 TIP3X3306 -23.880 -1.760 36.980 1.00 0.00 MW H +ATOM 15088 OH2 TIP3X3307 21.630 2.290 -29.480 1.00 0.00 MW O +ATOM 15089 H1 TIP3X3307 21.390 2.430 -28.570 1.00 0.00 MW H +ATOM 15090 H2 TIP3X3307 22.450 2.770 -29.610 1.00 0.00 MW H +ATOM 15091 OH2 TIP3X3308 -5.880 -1.970 33.400 1.00 0.00 MW O +ATOM 15092 H1 TIP3X3308 -5.520 -1.660 32.570 1.00 0.00 MW H +ATOM 15093 H2 TIP3X3308 -5.120 -2.020 33.980 1.00 0.00 MW H +ATOM 15094 OH2 TIP3X3309 4.420 -26.300 -49.640 1.00 0.00 MW O +ATOM 15095 H1 TIP3X3309 3.940 -26.240 -48.810 1.00 0.00 MW H +ATOM 15096 H2 TIP3X3309 5.050 -25.580 -49.600 1.00 0.00 MW H +ATOM 15097 OH2 TIP3X3310 -25.070 -9.430 -41.400 1.00 0.00 MW O +ATOM 15098 H1 TIP3X3310 -25.220 -8.570 -41.030 1.00 0.00 MW H +ATOM 15099 H2 TIP3X3310 -25.930 -9.860 -41.400 1.00 0.00 MW H +ATOM 15100 OH2 TIP3X3311 -15.350 -3.830 29.310 1.00 0.00 MW O +ATOM 15101 H1 TIP3X3311 -14.510 -4.080 28.940 1.00 0.00 MW H +ATOM 15102 H2 TIP3X3311 -15.410 -4.320 30.130 1.00 0.00 MW H +ATOM 15103 OH2 TIP3X3312 46.460 24.350 -24.560 1.00 0.00 MW O +ATOM 15104 H1 TIP3X3312 46.550 25.300 -24.650 1.00 0.00 MW H +ATOM 15105 H2 TIP3X3312 46.820 24.010 -25.380 1.00 0.00 MW H +ATOM 15106 OH2 TIP3X3313 44.600 33.460 -51.050 1.00 0.00 MW O +ATOM 15107 H1 TIP3X3313 43.770 33.260 -50.620 1.00 0.00 MW H +ATOM 15108 H2 TIP3X3313 45.100 32.640 -51.010 1.00 0.00 MW H +ATOM 15109 OH2 TIP3X3314 -45.110 -9.220 -33.270 1.00 0.00 MW O +ATOM 15110 H1 TIP3X3314 -45.350 -10.110 -33.470 1.00 0.00 MW H +ATOM 15111 H2 TIP3X3314 -45.580 -8.680 -33.900 1.00 0.00 MW H +ATOM 15112 OH2 TIP3X3315 18.240 -32.200 -38.980 1.00 0.00 MW O +ATOM 15113 H1 TIP3X3315 19.040 -32.120 -39.490 1.00 0.00 MW H +ATOM 15114 H2 TIP3X3315 17.580 -31.740 -39.520 1.00 0.00 MW H +ATOM 15115 OH2 TIP3X3316 28.130 22.230 33.590 1.00 0.00 MW O +ATOM 15116 H1 TIP3X3316 28.240 21.840 34.460 1.00 0.00 MW H +ATOM 15117 H2 TIP3X3316 28.970 22.070 33.150 1.00 0.00 MW H +ATOM 15118 OH2 TIP3X3317 -42.840 16.420 26.590 1.00 0.00 MW O +ATOM 15119 H1 TIP3X3317 -41.880 16.450 26.580 1.00 0.00 MW H +ATOM 15120 H2 TIP3X3317 -43.090 16.300 25.680 1.00 0.00 MW H +ATOM 15121 OH2 TIP3X3318 -14.640 -15.610 24.580 1.00 0.00 MW O +ATOM 15122 H1 TIP3X3318 -14.070 -15.950 25.270 1.00 0.00 MW H +ATOM 15123 H2 TIP3X3318 -15.120 -14.890 25.010 1.00 0.00 MW H +ATOM 15124 OH2 TIP3X3319 7.360 -47.350 -37.980 1.00 0.00 MW O +ATOM 15125 H1 TIP3X3319 7.510 -46.440 -37.750 1.00 0.00 MW H +ATOM 15126 H2 TIP3X3319 7.800 -47.860 -37.290 1.00 0.00 MW H +ATOM 15127 OH2 TIP3X3320 28.660 33.180 -18.920 1.00 0.00 MW O +ATOM 15128 H1 TIP3X3320 28.520 32.440 -19.510 1.00 0.00 MW H +ATOM 15129 H2 TIP3X3320 28.510 32.820 -18.050 1.00 0.00 MW H +ATOM 15130 OH2 TIP3X3321 -40.030 14.300 -23.070 1.00 0.00 MW O +ATOM 15131 H1 TIP3X3321 -39.960 15.100 -23.590 1.00 0.00 MW H +ATOM 15132 H2 TIP3X3321 -39.550 13.650 -23.560 1.00 0.00 MW H +ATOM 15133 OH2 TIP3X3322 -44.900 -41.300 -28.760 1.00 0.00 MW O +ATOM 15134 H1 TIP3X3322 -44.620 -42.170 -28.490 1.00 0.00 MW H +ATOM 15135 H2 TIP3X3322 -44.450 -40.700 -28.170 1.00 0.00 MW H +ATOM 15136 OH2 TIP3X3323 -9.810 34.890 -20.200 1.00 0.00 MW O +ATOM 15137 H1 TIP3X3323 -9.330 35.710 -20.020 1.00 0.00 MW H +ATOM 15138 H2 TIP3X3323 -10.290 34.720 -19.390 1.00 0.00 MW H +ATOM 15139 OH2 TIP3X3324 21.430 38.860 -14.970 1.00 0.00 MW O +ATOM 15140 H1 TIP3X3324 21.910 38.230 -15.510 1.00 0.00 MW H +ATOM 15141 H2 TIP3X3324 20.630 39.050 -15.480 1.00 0.00 MW H +ATOM 15142 OH2 TIP3X3325 -28.510 -40.160 -35.460 1.00 0.00 MW O +ATOM 15143 H1 TIP3X3325 -28.340 -40.060 -34.520 1.00 0.00 MW H +ATOM 15144 H2 TIP3X3325 -27.750 -39.760 -35.880 1.00 0.00 MW H +ATOM 15145 OH2 TIP3X3326 39.200 -37.050 22.960 1.00 0.00 MW O +ATOM 15146 H1 TIP3X3326 38.790 -37.110 22.090 1.00 0.00 MW H +ATOM 15147 H2 TIP3X3326 38.460 -37.130 23.570 1.00 0.00 MW H +ATOM 15148 OH2 TIP3X3327 44.330 -36.710 -32.410 1.00 0.00 MW O +ATOM 15149 H1 TIP3X3327 44.080 -36.040 -33.040 1.00 0.00 MW H +ATOM 15150 H2 TIP3X3327 44.830 -37.340 -32.940 1.00 0.00 MW H +ATOM 15151 OH2 TIP3X3328 16.190 1.300 -24.030 1.00 0.00 MW O +ATOM 15152 H1 TIP3X3328 17.020 0.820 -24.100 1.00 0.00 MW H +ATOM 15153 H2 TIP3X3328 16.020 1.340 -23.090 1.00 0.00 MW H +ATOM 15154 OH2 TIP3X3329 -32.590 -19.570 34.210 1.00 0.00 MW O +ATOM 15155 H1 TIP3X3329 -32.830 -19.850 35.090 1.00 0.00 MW H +ATOM 15156 H2 TIP3X3329 -32.250 -18.680 34.320 1.00 0.00 MW H +ATOM 15157 OH2 TIP3X3330 35.100 -43.830 -46.320 1.00 0.00 MW O +ATOM 15158 H1 TIP3X3330 35.060 -44.080 -45.400 1.00 0.00 MW H +ATOM 15159 H2 TIP3X3330 35.770 -43.140 -46.350 1.00 0.00 MW H +ATOM 15160 OH2 TIP3X3331 3.330 -28.370 -36.170 1.00 0.00 MW O +ATOM 15161 H1 TIP3X3331 3.750 -28.020 -35.390 1.00 0.00 MW H +ATOM 15162 H2 TIP3X3331 3.740 -27.900 -36.890 1.00 0.00 MW H +ATOM 15163 OH2 TIP3X3332 2.040 -5.630 -30.830 1.00 0.00 MW O +ATOM 15164 H1 TIP3X3332 2.650 -4.940 -30.570 1.00 0.00 MW H +ATOM 15165 H2 TIP3X3332 2.140 -6.300 -30.150 1.00 0.00 MW H +ATOM 15166 OH2 TIP3X3333 43.380 -41.360 -26.670 1.00 0.00 MW O +ATOM 15167 H1 TIP3X3333 42.680 -42.000 -26.500 1.00 0.00 MW H +ATOM 15168 H2 TIP3X3333 43.070 -40.850 -27.410 1.00 0.00 MW H +ATOM 15169 OH2 TIP3X3334 -42.090 -27.990 26.040 1.00 0.00 MW O +ATOM 15170 H1 TIP3X3334 -41.820 -27.440 26.780 1.00 0.00 MW H +ATOM 15171 H2 TIP3X3334 -41.280 -28.100 25.530 1.00 0.00 MW H +ATOM 15172 OH2 TIP3X3335 -30.530 2.700 29.640 1.00 0.00 MW O +ATOM 15173 H1 TIP3X3335 -31.350 2.900 29.180 1.00 0.00 MW H +ATOM 15174 H2 TIP3X3335 -30.370 3.480 30.180 1.00 0.00 MW H +ATOM 15175 OH2 TIP3X3336 12.290 24.950 -40.440 1.00 0.00 MW O +ATOM 15176 H1 TIP3X3336 12.300 25.480 -41.230 1.00 0.00 MW H +ATOM 15177 H2 TIP3X3336 13.220 24.790 -40.240 1.00 0.00 MW H +ATOM 15178 OH2 TIP3X3337 7.120 -20.620 -31.980 1.00 0.00 MW O +ATOM 15179 H1 TIP3X3337 7.120 -19.850 -32.550 1.00 0.00 MW H +ATOM 15180 H2 TIP3X3337 6.270 -21.030 -32.140 1.00 0.00 MW H +ATOM 15181 OH2 TIP3X3338 -41.590 -36.410 -21.740 1.00 0.00 MW O +ATOM 15182 H1 TIP3X3338 -41.200 -35.880 -22.430 1.00 0.00 MW H +ATOM 15183 H2 TIP3X3338 -42.520 -36.160 -21.730 1.00 0.00 MW H +ATOM 15184 OH2 TIP3X3339 40.300 -5.030 25.850 1.00 0.00 MW O +ATOM 15185 H1 TIP3X3339 40.030 -5.220 24.950 1.00 0.00 MW H +ATOM 15186 H2 TIP3X3339 40.840 -4.250 25.800 1.00 0.00 MW H +ATOM 15187 OH2 TIP3X3340 24.960 -45.500 21.390 1.00 0.00 MW O +ATOM 15188 H1 TIP3X3340 25.450 -46.300 21.200 1.00 0.00 MW H +ATOM 15189 H2 TIP3X3340 25.510 -45.030 22.030 1.00 0.00 MW H +ATOM 15190 OH2 TIP3X3341 -10.800 20.430 -38.640 1.00 0.00 MW O +ATOM 15191 H1 TIP3X3341 -11.280 19.600 -38.720 1.00 0.00 MW H +ATOM 15192 H2 TIP3X3341 -9.890 20.180 -38.790 1.00 0.00 MW H +ATOM 15193 OH2 TIP3X3342 37.440 20.140 -19.190 1.00 0.00 MW O +ATOM 15194 H1 TIP3X3342 37.960 20.060 -18.390 1.00 0.00 MW H +ATOM 15195 H2 TIP3X3342 37.750 19.420 -19.750 1.00 0.00 MW H +ATOM 15196 OH2 TIP3X3343 20.830 12.470 35.330 1.00 0.00 MW O +ATOM 15197 H1 TIP3X3343 20.660 13.270 34.830 1.00 0.00 MW H +ATOM 15198 H2 TIP3X3343 19.970 12.130 35.540 1.00 0.00 MW H +ATOM 15199 OH2 TIP3X3344 9.110 21.040 13.300 1.00 0.00 MW O +ATOM 15200 H1 TIP3X3344 9.980 21.110 13.680 1.00 0.00 MW H +ATOM 15201 H2 TIP3X3344 8.890 21.950 13.040 1.00 0.00 MW H +ATOM 15202 OH2 TIP3X3345 14.770 -18.420 -51.670 1.00 0.00 MW O +ATOM 15203 H1 TIP3X3345 14.370 -17.850 -52.320 1.00 0.00 MW H +ATOM 15204 H2 TIP3X3345 14.390 -19.290 -51.850 1.00 0.00 MW H +ATOM 15205 OH2 TIP3X3346 -28.320 19.490 23.950 1.00 0.00 MW O +ATOM 15206 H1 TIP3X3346 -28.690 18.740 23.470 1.00 0.00 MW H +ATOM 15207 H2 TIP3X3346 -27.850 19.090 24.680 1.00 0.00 MW H +ATOM 15208 OH2 TIP3X3347 -23.100 -9.710 -17.260 1.00 0.00 MW O +ATOM 15209 H1 TIP3X3347 -22.220 -9.440 -16.980 1.00 0.00 MW H +ATOM 15210 H2 TIP3X3347 -23.120 -10.660 -17.060 1.00 0.00 MW H +ATOM 15211 OH2 TIP3X3348 -39.420 -7.710 34.310 1.00 0.00 MW O +ATOM 15212 H1 TIP3X3348 -39.500 -6.920 33.780 1.00 0.00 MW H +ATOM 15213 H2 TIP3X3348 -40.260 -8.170 34.180 1.00 0.00 MW H +ATOM 15214 OH2 TIP3X3349 41.450 -4.550 -44.210 1.00 0.00 MW O +ATOM 15215 H1 TIP3X3349 41.370 -3.760 -43.660 1.00 0.00 MW H +ATOM 15216 H2 TIP3X3349 41.030 -5.240 -43.700 1.00 0.00 MW H +ATOM 15217 OH2 TIP3X3350 -1.400 -45.500 33.520 1.00 0.00 MW O +ATOM 15218 H1 TIP3X3350 -0.590 -45.370 33.010 1.00 0.00 MW H +ATOM 15219 H2 TIP3X3350 -1.110 -45.420 34.440 1.00 0.00 MW H +ATOM 15220 OH2 TIP3X3351 -28.670 -32.160 38.950 1.00 0.00 MW O +ATOM 15221 H1 TIP3X3351 -28.030 -32.850 39.040 1.00 0.00 MW H +ATOM 15222 H2 TIP3X3351 -28.990 -32.250 38.040 1.00 0.00 MW H +ATOM 15223 OH2 TIP3X3352 -20.100 8.140 21.030 1.00 0.00 MW O +ATOM 15224 H1 TIP3X3352 -19.430 8.060 21.710 1.00 0.00 MW H +ATOM 15225 H2 TIP3X3352 -19.700 7.750 20.260 1.00 0.00 MW H +ATOM 15226 OH2 TIP3X3353 33.180 -46.630 -39.170 1.00 0.00 MW O +ATOM 15227 H1 TIP3X3353 33.310 -46.170 -39.990 1.00 0.00 MW H +ATOM 15228 H2 TIP3X3353 33.860 -46.300 -38.580 1.00 0.00 MW H +ATOM 15229 OH2 TIP3X3354 -2.630 -1.740 32.190 1.00 0.00 MW O +ATOM 15230 H1 TIP3X3354 -2.200 -2.460 31.730 1.00 0.00 MW H +ATOM 15231 H2 TIP3X3354 -3.520 -1.720 31.840 1.00 0.00 MW H +ATOM 15232 OH2 TIP3X3355 -17.680 25.860 29.070 1.00 0.00 MW O +ATOM 15233 H1 TIP3X3355 -18.010 26.140 29.920 1.00 0.00 MW H +ATOM 15234 H2 TIP3X3355 -16.800 25.500 29.250 1.00 0.00 MW H +ATOM 15235 OH2 TIP3X3356 -31.660 -22.350 -19.710 1.00 0.00 MW O +ATOM 15236 H1 TIP3X3356 -30.870 -22.890 -19.690 1.00 0.00 MW H +ATOM 15237 H2 TIP3X3356 -32.050 -22.450 -18.840 1.00 0.00 MW H +ATOM 15238 OH2 TIP3X3357 -10.240 30.850 -41.940 1.00 0.00 MW O +ATOM 15239 H1 TIP3X3357 -10.430 30.440 -41.090 1.00 0.00 MW H +ATOM 15240 H2 TIP3X3357 -9.930 31.720 -41.710 1.00 0.00 MW H +ATOM 15241 OH2 TIP3X3358 29.610 -21.910 -39.060 1.00 0.00 MW O +ATOM 15242 H1 TIP3X3358 29.520 -21.220 -39.710 1.00 0.00 MW H +ATOM 15243 H2 TIP3X3358 30.460 -21.740 -38.650 1.00 0.00 MW H +ATOM 15244 OH2 TIP3X3359 34.180 -37.560 -39.230 1.00 0.00 MW O +ATOM 15245 H1 TIP3X3359 34.790 -38.240 -39.530 1.00 0.00 MW H +ATOM 15246 H2 TIP3X3359 34.040 -37.010 -40.000 1.00 0.00 MW H +ATOM 15247 OH2 TIP3X3360 36.370 -6.400 26.080 1.00 0.00 MW O +ATOM 15248 H1 TIP3X3360 36.910 -6.580 26.850 1.00 0.00 MW H +ATOM 15249 H2 TIP3X3360 36.080 -5.490 26.190 1.00 0.00 MW H +ATOM 15250 OH2 TIP3X3361 -19.930 -43.450 -40.920 1.00 0.00 MW O +ATOM 15251 H1 TIP3X3361 -19.030 -43.290 -40.620 1.00 0.00 MW H +ATOM 15252 H2 TIP3X3361 -20.470 -43.280 -40.130 1.00 0.00 MW H +ATOM 15253 OH2 TIP3X3362 32.890 -19.380 -35.120 1.00 0.00 MW O +ATOM 15254 H1 TIP3X3362 33.270 -18.700 -35.670 1.00 0.00 MW H +ATOM 15255 H2 TIP3X3362 32.360 -18.910 -34.480 1.00 0.00 MW H +ATOM 15256 OH2 TIP3X3363 -16.880 -1.020 -35.320 1.00 0.00 MW O +ATOM 15257 H1 TIP3X3363 -16.410 -0.460 -35.930 1.00 0.00 MW H +ATOM 15258 H2 TIP3X3363 -17.700 -0.560 -35.150 1.00 0.00 MW H +ATOM 15259 OH2 TIP3X3364 37.250 5.600 -41.880 1.00 0.00 MW O +ATOM 15260 H1 TIP3X3364 36.830 5.590 -41.020 1.00 0.00 MW H +ATOM 15261 H2 TIP3X3364 37.530 6.510 -41.990 1.00 0.00 MW H +ATOM 15262 OH2 TIP3X3365 25.230 -28.490 -34.000 1.00 0.00 MW O +ATOM 15263 H1 TIP3X3365 24.590 -27.990 -33.480 1.00 0.00 MW H +ATOM 15264 H2 TIP3X3365 26.070 -28.300 -33.580 1.00 0.00 MW H +ATOM 15265 OH2 TIP3X3366 25.550 29.420 -32.370 1.00 0.00 MW O +ATOM 15266 H1 TIP3X3366 25.580 28.990 -31.520 1.00 0.00 MW H +ATOM 15267 H2 TIP3X3366 25.450 30.350 -32.170 1.00 0.00 MW H +ATOM 15268 OH2 TIP3X3367 -7.450 31.300 25.640 1.00 0.00 MW O +ATOM 15269 H1 TIP3X3367 -6.870 31.600 24.930 1.00 0.00 MW H +ATOM 15270 H2 TIP3X3367 -7.700 32.090 26.100 1.00 0.00 MW H +ATOM 15271 OH2 TIP3X3368 12.200 -42.250 23.680 1.00 0.00 MW O +ATOM 15272 H1 TIP3X3368 11.600 -42.990 23.790 1.00 0.00 MW H +ATOM 15273 H2 TIP3X3368 11.670 -41.570 23.260 1.00 0.00 MW H +ATOM 15274 OH2 TIP3X3369 -11.500 10.490 25.360 1.00 0.00 MW O +ATOM 15275 H1 TIP3X3369 -11.240 11.110 24.680 1.00 0.00 MW H +ATOM 15276 H2 TIP3X3369 -12.430 10.330 25.190 1.00 0.00 MW H +ATOM 15277 OH2 TIP3X3370 -40.820 2.590 -22.680 1.00 0.00 MW O +ATOM 15278 H1 TIP3X3370 -41.080 2.730 -23.590 1.00 0.00 MW H +ATOM 15279 H2 TIP3X3370 -41.430 3.120 -22.160 1.00 0.00 MW H +ATOM 15280 OH2 TIP3X3371 39.900 -36.660 -46.480 1.00 0.00 MW O +ATOM 15281 H1 TIP3X3371 39.360 -36.910 -45.740 1.00 0.00 MW H +ATOM 15282 H2 TIP3X3371 39.420 -35.920 -46.880 1.00 0.00 MW H +ATOM 15283 OH2 TIP3X3372 -0.350 -17.600 -51.410 1.00 0.00 MW O +ATOM 15284 H1 TIP3X3372 -0.370 -16.840 -50.830 1.00 0.00 MW H +ATOM 15285 H2 TIP3X3372 -0.660 -18.320 -50.870 1.00 0.00 MW H +ATOM 15286 OH2 TIP3X3373 -41.270 28.740 -34.910 1.00 0.00 MW O +ATOM 15287 H1 TIP3X3373 -40.960 29.470 -35.440 1.00 0.00 MW H +ATOM 15288 H2 TIP3X3373 -40.930 28.910 -34.030 1.00 0.00 MW H +ATOM 15289 OH2 TIP3X3374 19.860 32.750 -24.750 1.00 0.00 MW O +ATOM 15290 H1 TIP3X3374 19.140 32.720 -24.120 1.00 0.00 MW H +ATOM 15291 H2 TIP3X3374 19.760 33.580 -25.190 1.00 0.00 MW H +ATOM 15292 OH2 TIP3X3375 -26.110 -47.490 -48.340 1.00 0.00 MW O +ATOM 15293 H1 TIP3X3375 -25.780 -46.810 -47.750 1.00 0.00 MW H +ATOM 15294 H2 TIP3X3375 -25.320 -47.830 -48.770 1.00 0.00 MW H +ATOM 15295 OH2 TIP3X3376 -43.850 2.380 -37.630 1.00 0.00 MW O +ATOM 15296 H1 TIP3X3376 -43.560 2.090 -38.490 1.00 0.00 MW H +ATOM 15297 H2 TIP3X3376 -43.300 1.900 -37.010 1.00 0.00 MW H +ATOM 15298 OH2 TIP3X3377 23.890 -18.960 20.810 1.00 0.00 MW O +ATOM 15299 H1 TIP3X3377 24.430 -18.320 21.280 1.00 0.00 MW H +ATOM 15300 H2 TIP3X3377 23.340 -18.430 20.220 1.00 0.00 MW H +ATOM 15301 OH2 TIP3X3378 20.610 37.870 -25.000 1.00 0.00 MW O +ATOM 15302 H1 TIP3X3378 21.540 38.110 -25.100 1.00 0.00 MW H +ATOM 15303 H2 TIP3X3378 20.610 36.950 -24.770 1.00 0.00 MW H +ATOM 15304 OH2 TIP3X3379 -11.040 -46.430 16.530 1.00 0.00 MW O +ATOM 15305 H1 TIP3X3379 -10.250 -46.530 17.060 1.00 0.00 MW H +ATOM 15306 H2 TIP3X3379 -11.700 -46.950 16.980 1.00 0.00 MW H +ATOM 15307 OH2 TIP3X3380 -26.760 29.810 31.150 1.00 0.00 MW O +ATOM 15308 H1 TIP3X3380 -27.640 30.090 30.910 1.00 0.00 MW H +ATOM 15309 H2 TIP3X3380 -26.170 30.340 30.610 1.00 0.00 MW H +ATOM 15310 OH2 TIP3X3381 10.050 24.400 21.990 1.00 0.00 MW O +ATOM 15311 H1 TIP3X3381 10.780 24.590 21.390 1.00 0.00 MW H +ATOM 15312 H2 TIP3X3381 10.260 24.890 22.790 1.00 0.00 MW H +ATOM 15313 OH2 TIP3X3382 -10.390 17.090 24.250 1.00 0.00 MW O +ATOM 15314 H1 TIP3X3382 -10.670 16.700 23.410 1.00 0.00 MW H +ATOM 15315 H2 TIP3X3382 -11.120 17.660 24.490 1.00 0.00 MW H +ATOM 15316 OH2 TIP3X3383 -4.040 16.770 14.750 1.00 0.00 MW O +ATOM 15317 H1 TIP3X3383 -3.370 17.430 14.670 1.00 0.00 MW H +ATOM 15318 H2 TIP3X3383 -4.670 17.130 15.370 1.00 0.00 MW H +ATOM 15319 OH2 TIP3X3384 -18.570 -17.790 -18.270 1.00 0.00 MW O +ATOM 15320 H1 TIP3X3384 -19.490 -17.520 -18.390 1.00 0.00 MW H +ATOM 15321 H2 TIP3X3384 -18.620 -18.730 -18.140 1.00 0.00 MW H +ATOM 15322 OH2 TIP3X3385 40.880 -32.870 -32.440 1.00 0.00 MW O +ATOM 15323 H1 TIP3X3385 41.820 -32.860 -32.590 1.00 0.00 MW H +ATOM 15324 H2 TIP3X3385 40.550 -32.110 -32.920 1.00 0.00 MW H +ATOM 15325 OH2 TIP3X3386 42.470 -48.540 -51.690 1.00 0.00 MW O +ATOM 15326 H1 TIP3X3386 42.110 -48.890 -52.500 1.00 0.00 MW H +ATOM 15327 H2 TIP3X3386 43.410 -48.510 -51.820 1.00 0.00 MW H +ATOM 15328 OH2 TIP3X3387 -33.210 41.940 -40.410 1.00 0.00 MW O +ATOM 15329 H1 TIP3X3387 -33.500 41.540 -41.220 1.00 0.00 MW H +ATOM 15330 H2 TIP3X3387 -32.250 41.950 -40.470 1.00 0.00 MW H +ATOM 15331 OH2 TIP3X3388 29.080 26.840 -30.800 1.00 0.00 MW O +ATOM 15332 H1 TIP3X3388 29.200 25.930 -31.050 1.00 0.00 MW H +ATOM 15333 H2 TIP3X3388 29.830 27.290 -31.170 1.00 0.00 MW H +ATOM 15334 OH2 TIP3X3389 22.180 41.050 -45.230 1.00 0.00 MW O +ATOM 15335 H1 TIP3X3389 22.090 40.140 -44.970 1.00 0.00 MW H +ATOM 15336 H2 TIP3X3389 21.330 41.270 -45.620 1.00 0.00 MW H +ATOM 15337 OH2 TIP3X3390 -27.860 -50.300 32.670 1.00 0.00 MW O +ATOM 15338 H1 TIP3X3390 -27.230 -50.230 31.950 1.00 0.00 MW H +ATOM 15339 H2 TIP3X3390 -27.700 -51.160 33.050 1.00 0.00 MW H +ATOM 15340 OH2 TIP3X3391 -45.030 -4.970 -23.850 1.00 0.00 MW O +ATOM 15341 H1 TIP3X3391 -44.800 -5.670 -23.230 1.00 0.00 MW H +ATOM 15342 H2 TIP3X3391 -45.350 -5.450 -24.620 1.00 0.00 MW H +ATOM 15343 OH2 TIP3X3392 5.970 -25.070 37.900 1.00 0.00 MW O +ATOM 15344 H1 TIP3X3392 5.240 -24.510 38.170 1.00 0.00 MW H +ATOM 15345 H2 TIP3X3392 6.070 -24.880 36.960 1.00 0.00 MW H +ATOM 15346 OH2 TIP3X3393 7.110 41.830 -20.600 1.00 0.00 MW O +ATOM 15347 H1 TIP3X3393 6.610 42.640 -20.420 1.00 0.00 MW H +ATOM 15348 H2 TIP3X3393 7.730 42.090 -21.280 1.00 0.00 MW H +ATOM 15349 OH2 TIP3X3394 -9.300 11.150 21.210 1.00 0.00 MW O +ATOM 15350 H1 TIP3X3394 -8.810 11.120 20.400 1.00 0.00 MW H +ATOM 15351 H2 TIP3X3394 -8.790 10.620 21.830 1.00 0.00 MW H +ATOM 15352 OH2 TIP3X3395 -21.590 17.750 -17.060 1.00 0.00 MW O +ATOM 15353 H1 TIP3X3395 -22.020 18.210 -16.340 1.00 0.00 MW H +ATOM 15354 H2 TIP3X3395 -21.150 17.010 -16.640 1.00 0.00 MW H +ATOM 15355 OH2 TIP3X3396 40.800 -23.820 -42.190 1.00 0.00 MW O +ATOM 15356 H1 TIP3X3396 40.080 -24.430 -42.330 1.00 0.00 MW H +ATOM 15357 H2 TIP3X3396 41.530 -24.370 -41.890 1.00 0.00 MW H +ATOM 15358 OH2 TIP3X3397 35.420 39.800 -23.190 1.00 0.00 MW O +ATOM 15359 H1 TIP3X3397 34.710 39.160 -23.150 1.00 0.00 MW H +ATOM 15360 H2 TIP3X3397 35.050 40.600 -22.810 1.00 0.00 MW H +ATOM 15361 OH2 TIP3X3398 -20.450 -43.590 30.210 1.00 0.00 MW O +ATOM 15362 H1 TIP3X3398 -20.890 -43.980 29.460 1.00 0.00 MW H +ATOM 15363 H2 TIP3X3398 -19.950 -42.860 29.840 1.00 0.00 MW H +ATOM 15364 OH2 TIP3X3399 15.330 38.120 24.980 1.00 0.00 MW O +ATOM 15365 H1 TIP3X3399 14.940 38.250 24.130 1.00 0.00 MW H +ATOM 15366 H2 TIP3X3399 15.570 39.000 25.290 1.00 0.00 MW H +ATOM 15367 OH2 TIP3X3400 -17.990 -49.260 27.460 1.00 0.00 MW O +ATOM 15368 H1 TIP3X3400 -17.140 -49.520 27.800 1.00 0.00 MW H +ATOM 15369 H2 TIP3X3400 -17.860 -48.360 27.150 1.00 0.00 MW H +ATOM 15370 OH2 TIP3X3401 2.320 37.750 27.350 1.00 0.00 MW O +ATOM 15371 H1 TIP3X3401 1.940 38.620 27.200 1.00 0.00 MW H +ATOM 15372 H2 TIP3X3401 1.790 37.160 26.800 1.00 0.00 MW H +ATOM 15373 OH2 TIP3X3402 -7.990 -32.000 -46.400 1.00 0.00 MW O +ATOM 15374 H1 TIP3X3402 -8.750 -32.470 -46.740 1.00 0.00 MW H +ATOM 15375 H2 TIP3X3402 -7.630 -31.540 -47.160 1.00 0.00 MW H +ATOM 15376 OH2 TIP3X3403 -20.570 -23.770 36.470 1.00 0.00 MW O +ATOM 15377 H1 TIP3X3403 -21.120 -23.440 35.760 1.00 0.00 MW H +ATOM 15378 H2 TIP3X3403 -20.390 -24.680 36.220 1.00 0.00 MW H +ATOM 15379 OH2 TIP3X3404 -44.420 34.200 -24.160 1.00 0.00 MW O +ATOM 15380 H1 TIP3X3404 -43.810 34.920 -24.000 1.00 0.00 MW H +ATOM 15381 H2 TIP3X3404 -43.880 33.410 -24.200 1.00 0.00 MW H +ATOM 15382 OH2 TIP3X3405 40.470 -12.910 -28.310 1.00 0.00 MW O +ATOM 15383 H1 TIP3X3405 39.950 -13.440 -28.920 1.00 0.00 MW H +ATOM 15384 H2 TIP3X3405 41.040 -12.400 -28.870 1.00 0.00 MW H +ATOM 15385 OH2 TIP3X3406 31.040 30.500 -10.910 1.00 0.00 MW O +ATOM 15386 H1 TIP3X3406 31.140 30.220 -10.000 1.00 0.00 MW H +ATOM 15387 H2 TIP3X3406 30.350 29.930 -11.270 1.00 0.00 MW H +ATOM 15388 OH2 TIP3X3407 39.580 -42.200 32.040 1.00 0.00 MW O +ATOM 15389 H1 TIP3X3407 40.500 -42.110 31.840 1.00 0.00 MW H +ATOM 15390 H2 TIP3X3407 39.520 -42.950 32.620 1.00 0.00 MW H +ATOM 15391 OH2 TIP3X3408 17.920 11.590 -26.970 1.00 0.00 MW O +ATOM 15392 H1 TIP3X3408 18.470 12.320 -27.230 1.00 0.00 MW H +ATOM 15393 H2 TIP3X3408 17.230 12.000 -26.430 1.00 0.00 MW H +ATOM 15394 OH2 TIP3X3409 -11.550 -22.730 36.810 1.00 0.00 MW O +ATOM 15395 H1 TIP3X3409 -12.360 -22.890 36.330 1.00 0.00 MW H +ATOM 15396 H2 TIP3X3409 -11.850 -22.450 37.680 1.00 0.00 MW H +ATOM 15397 OH2 TIP3X3410 26.950 42.430 -17.900 1.00 0.00 MW O +ATOM 15398 H1 TIP3X3410 26.910 43.180 -18.490 1.00 0.00 MW H +ATOM 15399 H2 TIP3X3410 27.670 41.900 -18.260 1.00 0.00 MW H +ATOM 15400 OH2 TIP3X3411 -14.170 5.340 -36.950 1.00 0.00 MW O +ATOM 15401 H1 TIP3X3411 -14.930 5.360 -37.520 1.00 0.00 MW H +ATOM 15402 H2 TIP3X3411 -13.420 5.380 -37.560 1.00 0.00 MW H +ATOM 15403 OH2 TIP3X3412 -34.290 20.650 19.950 1.00 0.00 MW O +ATOM 15404 H1 TIP3X3412 -34.180 20.280 19.080 1.00 0.00 MW H +ATOM 15405 H2 TIP3X3412 -35.040 21.240 19.880 1.00 0.00 MW H +ATOM 15406 OH2 TIP3X3413 47.130 43.590 -36.210 1.00 0.00 MW O +ATOM 15407 H1 TIP3X3413 46.640 43.050 -35.580 1.00 0.00 MW H +ATOM 15408 H2 TIP3X3413 47.860 43.050 -36.470 1.00 0.00 MW H +ATOM 15409 OH2 TIP3X3414 29.230 28.290 -12.580 1.00 0.00 MW O +ATOM 15410 H1 TIP3X3414 29.650 27.790 -11.880 1.00 0.00 MW H +ATOM 15411 H2 TIP3X3414 28.560 27.700 -12.930 1.00 0.00 MW H +ATOM 15412 OH2 TIP3X3415 0.000 -27.650 26.420 1.00 0.00 MW O +ATOM 15413 H1 TIP3X3415 -0.820 -28.130 26.460 1.00 0.00 MW H +ATOM 15414 H2 TIP3X3415 0.570 -28.100 27.040 1.00 0.00 MW H +ATOM 15415 OH2 TIP3X3416 44.240 -30.700 24.800 1.00 0.00 MW O +ATOM 15416 H1 TIP3X3416 43.780 -31.110 25.520 1.00 0.00 MW H +ATOM 15417 H2 TIP3X3416 45.170 -30.800 25.020 1.00 0.00 MW H +ATOM 15418 OH2 TIP3X3417 -0.790 -46.950 -27.450 1.00 0.00 MW O +ATOM 15419 H1 TIP3X3417 -1.710 -47.130 -27.630 1.00 0.00 MW H +ATOM 15420 H2 TIP3X3417 -0.330 -47.720 -27.740 1.00 0.00 MW H +ATOM 15421 OH2 TIP3X3418 23.700 30.580 22.580 1.00 0.00 MW O +ATOM 15422 H1 TIP3X3418 24.630 30.380 22.760 1.00 0.00 MW H +ATOM 15423 H2 TIP3X3418 23.520 30.160 21.750 1.00 0.00 MW H +ATOM 15424 OH2 TIP3X3419 -33.010 32.250 -49.020 1.00 0.00 MW O +ATOM 15425 H1 TIP3X3419 -32.810 31.360 -48.720 1.00 0.00 MW H +ATOM 15426 H2 TIP3X3419 -33.320 32.700 -48.240 1.00 0.00 MW H +ATOM 15427 OH2 TIP3X3420 -18.160 -49.240 36.750 1.00 0.00 MW O +ATOM 15428 H1 TIP3X3420 -17.900 -48.410 36.340 1.00 0.00 MW H +ATOM 15429 H2 TIP3X3420 -18.980 -49.480 36.310 1.00 0.00 MW H +ATOM 15430 OH2 TIP3X3421 -31.290 8.490 -17.410 1.00 0.00 MW O +ATOM 15431 H1 TIP3X3421 -30.780 8.520 -16.600 1.00 0.00 MW H +ATOM 15432 H2 TIP3X3421 -31.760 7.660 -17.370 1.00 0.00 MW H +ATOM 15433 OH2 TIP3X3422 17.010 41.030 -14.280 1.00 0.00 MW O +ATOM 15434 H1 TIP3X3422 17.480 41.190 -15.100 1.00 0.00 MW H +ATOM 15435 H2 TIP3X3422 17.550 40.410 -13.810 1.00 0.00 MW H +ATOM 15436 OH2 TIP3X3423 -15.160 37.890 -34.660 1.00 0.00 MW O +ATOM 15437 H1 TIP3X3423 -14.920 38.820 -34.740 1.00 0.00 MW H +ATOM 15438 H2 TIP3X3423 -15.580 37.680 -35.480 1.00 0.00 MW H +ATOM 15439 OH2 TIP3X3424 -33.740 -8.480 -45.950 1.00 0.00 MW O +ATOM 15440 H1 TIP3X3424 -33.690 -7.530 -46.080 1.00 0.00 MW H +ATOM 15441 H2 TIP3X3424 -32.920 -8.820 -46.310 1.00 0.00 MW H +ATOM 15442 OH2 TIP3X3425 37.700 -23.210 -26.480 1.00 0.00 MW O +ATOM 15443 H1 TIP3X3425 37.790 -24.010 -25.960 1.00 0.00 MW H +ATOM 15444 H2 TIP3X3425 37.510 -23.510 -27.370 1.00 0.00 MW H +ATOM 15445 OH2 TIP3X3426 -26.960 -20.810 37.860 1.00 0.00 MW O +ATOM 15446 H1 TIP3X3426 -27.450 -21.280 38.530 1.00 0.00 MW H +ATOM 15447 H2 TIP3X3426 -26.900 -19.910 38.190 1.00 0.00 MW H +ATOM 15448 OH2 TIP3X3427 -30.500 -30.800 -45.410 1.00 0.00 MW O +ATOM 15449 H1 TIP3X3427 -29.840 -30.940 -46.080 1.00 0.00 MW H +ATOM 15450 H2 TIP3X3427 -31.230 -30.390 -45.860 1.00 0.00 MW H +ATOM 15451 OH2 TIP3X3428 -30.010 18.620 -15.380 1.00 0.00 MW O +ATOM 15452 H1 TIP3X3428 -30.040 19.470 -15.810 1.00 0.00 MW H +ATOM 15453 H2 TIP3X3428 -29.550 18.040 -15.980 1.00 0.00 MW H +ATOM 15454 OH2 TIP3X3429 11.890 29.120 36.000 1.00 0.00 MW O +ATOM 15455 H1 TIP3X3429 12.490 28.510 35.590 1.00 0.00 MW H +ATOM 15456 H2 TIP3X3429 11.670 29.750 35.310 1.00 0.00 MW H +ATOM 15457 OH2 TIP3X3430 22.890 -24.880 36.040 1.00 0.00 MW O +ATOM 15458 H1 TIP3X3430 22.130 -24.350 35.800 1.00 0.00 MW H +ATOM 15459 H2 TIP3X3430 22.520 -25.720 36.300 1.00 0.00 MW H +ATOM 15460 OH2 TIP3X3431 40.520 42.890 -37.160 1.00 0.00 MW O +ATOM 15461 H1 TIP3X3431 40.180 42.440 -37.930 1.00 0.00 MW H +ATOM 15462 H2 TIP3X3431 40.820 43.730 -37.490 1.00 0.00 MW H +ATOM 15463 OH2 TIP3X3432 12.100 39.670 23.080 1.00 0.00 MW O +ATOM 15464 H1 TIP3X3432 12.400 39.360 22.220 1.00 0.00 MW H +ATOM 15465 H2 TIP3X3432 11.180 39.910 22.940 1.00 0.00 MW H +ATOM 15466 OH2 TIP3X3433 20.020 22.980 -26.560 1.00 0.00 MW O +ATOM 15467 H1 TIP3X3433 19.680 22.110 -26.750 1.00 0.00 MW H +ATOM 15468 H2 TIP3X3433 19.250 23.550 -26.540 1.00 0.00 MW H +ATOM 15469 OH2 TIP3X3434 -5.830 -45.620 16.670 1.00 0.00 MW O +ATOM 15470 H1 TIP3X3434 -6.750 -45.420 16.880 1.00 0.00 MW H +ATOM 15471 H2 TIP3X3434 -5.350 -44.820 16.900 1.00 0.00 MW H +ATOM 15472 OH2 TIP3X3435 -7.070 33.770 -15.170 1.00 0.00 MW O +ATOM 15473 H1 TIP3X3435 -6.140 33.680 -14.980 1.00 0.00 MW H +ATOM 15474 H2 TIP3X3435 -7.480 32.990 -14.790 1.00 0.00 MW H +ATOM 15475 OH2 TIP3X3436 -30.560 -16.570 -50.260 1.00 0.00 MW O +ATOM 15476 H1 TIP3X3436 -30.620 -17.460 -49.890 1.00 0.00 MW H +ATOM 15477 H2 TIP3X3436 -29.920 -16.130 -49.710 1.00 0.00 MW H +ATOM 15478 OH2 TIP3X3437 20.200 22.000 -33.510 1.00 0.00 MW O +ATOM 15479 H1 TIP3X3437 19.660 22.780 -33.390 1.00 0.00 MW H +ATOM 15480 H2 TIP3X3437 20.810 22.240 -34.210 1.00 0.00 MW H +ATOM 15481 OH2 TIP3X3438 36.730 38.070 -38.950 1.00 0.00 MW O +ATOM 15482 H1 TIP3X3438 36.410 38.580 -38.200 1.00 0.00 MW H +ATOM 15483 H2 TIP3X3438 37.640 38.350 -39.050 1.00 0.00 MW H +ATOM 15484 OH2 TIP3X3439 -11.890 -9.070 26.340 1.00 0.00 MW O +ATOM 15485 H1 TIP3X3439 -12.560 -9.710 26.600 1.00 0.00 MW H +ATOM 15486 H2 TIP3X3439 -11.540 -9.400 25.520 1.00 0.00 MW H +ATOM 15487 OH2 TIP3X3440 -32.640 33.020 -9.280 1.00 0.00 MW O +ATOM 15488 H1 TIP3X3440 -31.830 32.890 -9.780 1.00 0.00 MW H +ATOM 15489 H2 TIP3X3440 -32.480 33.840 -8.780 1.00 0.00 MW H +ATOM 15490 OH2 TIP3X3441 47.390 -42.760 -28.230 1.00 0.00 MW O +ATOM 15491 H1 TIP3X3441 47.310 -43.620 -27.830 1.00 0.00 MW H +ATOM 15492 H2 TIP3X3441 46.500 -42.400 -28.200 1.00 0.00 MW H +ATOM 15493 OH2 TIP3X3442 15.480 16.530 22.640 1.00 0.00 MW O +ATOM 15494 H1 TIP3X3442 14.870 16.420 21.900 1.00 0.00 MW H +ATOM 15495 H2 TIP3X3442 16.220 15.980 22.420 1.00 0.00 MW H +ATOM 15496 OH2 TIP3X3443 -6.470 -41.880 17.400 1.00 0.00 MW O +ATOM 15497 H1 TIP3X3443 -6.540 -41.980 16.440 1.00 0.00 MW H +ATOM 15498 H2 TIP3X3443 -6.800 -42.690 17.760 1.00 0.00 MW H +ATOM 15499 OH2 TIP3X3444 8.820 -11.560 -38.570 1.00 0.00 MW O +ATOM 15500 H1 TIP3X3444 8.780 -11.140 -37.710 1.00 0.00 MW H +ATOM 15501 H2 TIP3X3444 9.510 -12.210 -38.490 1.00 0.00 MW H +ATOM 15502 OH2 TIP3X3445 25.480 12.910 -16.310 1.00 0.00 MW O +ATOM 15503 H1 TIP3X3445 25.090 13.760 -16.470 1.00 0.00 MW H +ATOM 15504 H2 TIP3X3445 25.470 12.830 -15.350 1.00 0.00 MW H +ATOM 15505 OH2 TIP3X3446 34.820 35.880 -46.230 1.00 0.00 MW O +ATOM 15506 H1 TIP3X3446 35.140 35.040 -46.580 1.00 0.00 MW H +ATOM 15507 H2 TIP3X3446 34.360 36.280 -46.970 1.00 0.00 MW H +ATOM 15508 OH2 TIP3X3447 30.080 15.850 -11.910 1.00 0.00 MW O +ATOM 15509 H1 TIP3X3447 30.980 15.500 -11.890 1.00 0.00 MW H +ATOM 15510 H2 TIP3X3447 29.990 16.300 -11.070 1.00 0.00 MW H +ATOM 15511 OH2 TIP3X3448 1.810 -41.550 21.300 1.00 0.00 MW O +ATOM 15512 H1 TIP3X3448 2.290 -41.060 21.950 1.00 0.00 MW H +ATOM 15513 H2 TIP3X3448 1.730 -40.950 20.550 1.00 0.00 MW H +ATOM 15514 OH2 TIP3X3449 13.860 20.590 -14.600 1.00 0.00 MW O +ATOM 15515 H1 TIP3X3449 13.390 20.250 -13.840 1.00 0.00 MW H +ATOM 15516 H2 TIP3X3449 14.000 21.510 -14.400 1.00 0.00 MW H +ATOM 15517 OH2 TIP3X3450 3.330 -37.420 24.850 1.00 0.00 MW O +ATOM 15518 H1 TIP3X3450 3.990 -38.110 24.800 1.00 0.00 MW H +ATOM 15519 H2 TIP3X3450 2.570 -37.770 24.390 1.00 0.00 MW H +ATOM 15520 OH2 TIP3X3451 29.360 -10.970 21.500 1.00 0.00 MW O +ATOM 15521 H1 TIP3X3451 28.600 -11.300 21.020 1.00 0.00 MW H +ATOM 15522 H2 TIP3X3451 29.070 -10.140 21.880 1.00 0.00 MW H +ATOM 15523 OH2 TIP3X3452 -6.090 -21.800 -38.390 1.00 0.00 MW O +ATOM 15524 H1 TIP3X3452 -5.720 -21.870 -37.510 1.00 0.00 MW H +ATOM 15525 H2 TIP3X3452 -6.980 -21.460 -38.250 1.00 0.00 MW H +ATOM 15526 OH2 TIP3X3453 20.470 34.340 -19.110 1.00 0.00 MW O +ATOM 15527 H1 TIP3X3453 20.100 35.130 -18.730 1.00 0.00 MW H +ATOM 15528 H2 TIP3X3453 20.390 33.670 -18.420 1.00 0.00 MW H +ATOM 15529 OH2 TIP3X3454 18.130 31.720 -40.430 1.00 0.00 MW O +ATOM 15530 H1 TIP3X3454 17.890 31.610 -39.510 1.00 0.00 MW H +ATOM 15531 H2 TIP3X3454 18.920 31.200 -40.540 1.00 0.00 MW H +ATOM 15532 OH2 TIP3X3455 -37.080 20.640 28.990 1.00 0.00 MW O +ATOM 15533 H1 TIP3X3455 -36.260 21.140 29.060 1.00 0.00 MW H +ATOM 15534 H2 TIP3X3455 -37.460 20.700 29.860 1.00 0.00 MW H +ATOM 15535 OH2 TIP3X3456 -13.030 -12.690 37.150 1.00 0.00 MW O +ATOM 15536 H1 TIP3X3456 -13.060 -11.890 36.630 1.00 0.00 MW H +ATOM 15537 H2 TIP3X3456 -12.130 -13.000 37.070 1.00 0.00 MW H +ATOM 15538 OH2 TIP3X3457 36.090 16.370 27.380 1.00 0.00 MW O +ATOM 15539 H1 TIP3X3457 36.540 17.180 27.110 1.00 0.00 MW H +ATOM 15540 H2 TIP3X3457 35.200 16.660 27.590 1.00 0.00 MW H +ATOM 15541 OH2 TIP3X3458 -43.830 -15.080 -26.360 1.00 0.00 MW O +ATOM 15542 H1 TIP3X3458 -44.290 -15.340 -27.150 1.00 0.00 MW H +ATOM 15543 H2 TIP3X3458 -43.950 -15.820 -25.760 1.00 0.00 MW H +ATOM 15544 OH2 TIP3X3459 31.160 -31.470 25.540 1.00 0.00 MW O +ATOM 15545 H1 TIP3X3459 31.540 -30.640 25.260 1.00 0.00 MW H +ATOM 15546 H2 TIP3X3459 31.740 -32.140 25.160 1.00 0.00 MW H +ATOM 15547 OH2 TIP3X3460 -25.500 -43.290 -45.790 1.00 0.00 MW O +ATOM 15548 H1 TIP3X3460 -26.410 -43.150 -45.510 1.00 0.00 MW H +ATOM 15549 H2 TIP3X3460 -25.210 -42.460 -46.150 1.00 0.00 MW H +ATOM 15550 OH2 TIP3X3461 5.000 43.300 -41.230 1.00 0.00 MW O +ATOM 15551 H1 TIP3X3461 4.180 42.800 -41.110 1.00 0.00 MW H +ATOM 15552 H2 TIP3X3461 5.320 43.430 -40.340 1.00 0.00 MW H +ATOM 15553 OH2 TIP3X3462 7.410 19.160 -32.530 1.00 0.00 MW O +ATOM 15554 H1 TIP3X3462 7.400 19.230 -33.480 1.00 0.00 MW H +ATOM 15555 H2 TIP3X3462 8.330 19.230 -32.290 1.00 0.00 MW H +ATOM 15556 OH2 TIP3X3463 43.110 -48.100 -32.190 1.00 0.00 MW O +ATOM 15557 H1 TIP3X3463 43.860 -47.990 -31.620 1.00 0.00 MW H +ATOM 15558 H2 TIP3X3463 42.480 -47.440 -31.900 1.00 0.00 MW H +ATOM 15559 OH2 TIP3X3464 14.330 28.550 39.210 1.00 0.00 MW O +ATOM 15560 H1 TIP3X3464 15.190 28.400 39.610 1.00 0.00 MW H +ATOM 15561 H2 TIP3X3464 13.790 27.840 39.550 1.00 0.00 MW H +ATOM 15562 OH2 TIP3X3465 14.120 -16.760 38.510 1.00 0.00 MW O +ATOM 15563 H1 TIP3X3465 13.400 -17.270 38.130 1.00 0.00 MW H +ATOM 15564 H2 TIP3X3465 13.740 -16.330 39.280 1.00 0.00 MW H +ATOM 15565 OH2 TIP3X3466 12.420 -36.570 -48.460 1.00 0.00 MW O +ATOM 15566 H1 TIP3X3466 11.900 -35.950 -47.940 1.00 0.00 MW H +ATOM 15567 H2 TIP3X3466 11.950 -37.400 -48.380 1.00 0.00 MW H +ATOM 15568 OH2 TIP3X3467 -3.200 27.080 -30.980 1.00 0.00 MW O +ATOM 15569 H1 TIP3X3467 -3.410 28.010 -31.010 1.00 0.00 MW H +ATOM 15570 H2 TIP3X3467 -2.250 27.040 -31.040 1.00 0.00 MW H +ATOM 15571 OH2 TIP3X3468 7.910 -34.410 -42.470 1.00 0.00 MW O +ATOM 15572 H1 TIP3X3468 8.010 -35.050 -41.760 1.00 0.00 MW H +ATOM 15573 H2 TIP3X3468 8.810 -34.160 -42.680 1.00 0.00 MW H +ATOM 15574 OH2 TIP3X3469 -1.160 -24.010 -25.250 1.00 0.00 MW O +ATOM 15575 H1 TIP3X3469 -0.970 -24.190 -26.160 1.00 0.00 MW H +ATOM 15576 H2 TIP3X3469 -0.590 -24.610 -24.750 1.00 0.00 MW H +ATOM 15577 OH2 TIP3X3470 -28.030 32.130 -18.370 1.00 0.00 MW O +ATOM 15578 H1 TIP3X3470 -28.980 32.230 -18.470 1.00 0.00 MW H +ATOM 15579 H2 TIP3X3470 -27.900 32.000 -17.430 1.00 0.00 MW H +ATOM 15580 OH2 TIP3X3471 -38.030 -47.230 -15.870 1.00 0.00 MW O +ATOM 15581 H1 TIP3X3471 -38.470 -48.070 -15.970 1.00 0.00 MW H +ATOM 15582 H2 TIP3X3471 -37.130 -47.410 -16.120 1.00 0.00 MW H +ATOM 15583 OH2 TIP3X3472 1.390 -3.930 14.970 1.00 0.00 MW O +ATOM 15584 H1 TIP3X3472 2.250 -4.350 14.890 1.00 0.00 MW H +ATOM 15585 H2 TIP3X3472 0.850 -4.550 15.470 1.00 0.00 MW H +ATOM 15586 OH2 TIP3X3473 -37.180 18.510 -30.710 1.00 0.00 MW O +ATOM 15587 H1 TIP3X3473 -37.670 17.900 -30.170 1.00 0.00 MW H +ATOM 15588 H2 TIP3X3473 -36.760 17.950 -31.360 1.00 0.00 MW H +ATOM 15589 OH2 TIP3X3474 1.650 -26.130 -32.170 1.00 0.00 MW O +ATOM 15590 H1 TIP3X3474 1.940 -26.480 -31.320 1.00 0.00 MW H +ATOM 15591 H2 TIP3X3474 1.440 -26.910 -32.690 1.00 0.00 MW H +ATOM 15592 OH2 TIP3X3475 -8.930 14.540 22.700 1.00 0.00 MW O +ATOM 15593 H1 TIP3X3475 -8.240 15.160 22.480 1.00 0.00 MW H +ATOM 15594 H2 TIP3X3475 -9.700 14.860 22.240 1.00 0.00 MW H +ATOM 15595 OH2 TIP3X3476 -0.580 -35.890 -32.720 1.00 0.00 MW O +ATOM 15596 H1 TIP3X3476 -1.260 -35.410 -33.190 1.00 0.00 MW H +ATOM 15597 H2 TIP3X3476 -0.650 -36.790 -33.040 1.00 0.00 MW H +ATOM 15598 OH2 TIP3X3477 -6.150 19.690 -47.400 1.00 0.00 MW O +ATOM 15599 H1 TIP3X3477 -5.920 20.610 -47.550 1.00 0.00 MW H +ATOM 15600 H2 TIP3X3477 -6.070 19.280 -48.260 1.00 0.00 MW H +ATOM 15601 OH2 TIP3X3478 14.580 -13.880 31.560 1.00 0.00 MW O +ATOM 15602 H1 TIP3X3478 14.740 -14.700 32.030 1.00 0.00 MW H +ATOM 15603 H2 TIP3X3478 13.630 -13.800 31.550 1.00 0.00 MW H +ATOM 15604 OH2 TIP3X3479 32.470 -34.730 30.200 1.00 0.00 MW O +ATOM 15605 H1 TIP3X3479 31.670 -34.210 30.290 1.00 0.00 MW H +ATOM 15606 H2 TIP3X3479 32.420 -35.360 30.920 1.00 0.00 MW H +ATOM 15607 OH2 TIP3X3480 9.040 -24.020 -52.180 1.00 0.00 MW O +ATOM 15608 H1 TIP3X3480 9.290 -24.160 -51.260 1.00 0.00 MW H +ATOM 15609 H2 TIP3X3480 9.780 -24.350 -52.680 1.00 0.00 MW H +ATOM 15610 OH2 TIP3X3481 -28.150 -9.660 -47.690 1.00 0.00 MW O +ATOM 15611 H1 TIP3X3481 -27.900 -9.370 -46.820 1.00 0.00 MW H +ATOM 15612 H2 TIP3X3481 -27.370 -9.520 -48.230 1.00 0.00 MW H +ATOM 15613 OH2 TIP3X3482 3.460 6.350 39.620 1.00 0.00 MW O +ATOM 15614 H1 TIP3X3482 2.910 5.870 40.240 1.00 0.00 MW H +ATOM 15615 H2 TIP3X3482 2.950 7.140 39.420 1.00 0.00 MW H +ATOM 15616 OH2 TIP3X3483 -9.050 35.190 -37.110 1.00 0.00 MW O +ATOM 15617 H1 TIP3X3483 -8.940 35.450 -36.190 1.00 0.00 MW H +ATOM 15618 H2 TIP3X3483 -9.650 34.450 -37.090 1.00 0.00 MW H +ATOM 15619 OH2 TIP3X3484 18.190 38.770 19.340 1.00 0.00 MW O +ATOM 15620 H1 TIP3X3484 18.030 37.900 19.720 1.00 0.00 MW H +ATOM 15621 H2 TIP3X3484 17.610 38.800 18.590 1.00 0.00 MW H +ATOM 15622 OH2 TIP3X3485 -20.010 -0.640 -20.060 1.00 0.00 MW O +ATOM 15623 H1 TIP3X3485 -20.940 -0.650 -19.850 1.00 0.00 MW H +ATOM 15624 H2 TIP3X3485 -19.590 -1.020 -19.280 1.00 0.00 MW H +ATOM 15625 OH2 TIP3X3486 -30.980 38.120 -17.820 1.00 0.00 MW O +ATOM 15626 H1 TIP3X3486 -30.430 37.800 -18.540 1.00 0.00 MW H +ATOM 15627 H2 TIP3X3486 -30.770 39.050 -17.770 1.00 0.00 MW H +ATOM 15628 OH2 TIP3X3487 -19.280 0.170 37.320 1.00 0.00 MW O +ATOM 15629 H1 TIP3X3487 -18.480 -0.070 36.830 1.00 0.00 MW H +ATOM 15630 H2 TIP3X3487 -19.350 -0.490 38.010 1.00 0.00 MW H +ATOM 15631 OH2 TIP3X3488 12.340 1.850 33.930 1.00 0.00 MW O +ATOM 15632 H1 TIP3X3488 12.660 1.070 33.460 1.00 0.00 MW H +ATOM 15633 H2 TIP3X3488 13.090 2.440 33.940 1.00 0.00 MW H +ATOM 15634 OH2 TIP3X3489 41.100 -2.430 -42.670 1.00 0.00 MW O +ATOM 15635 H1 TIP3X3489 40.180 -2.380 -42.920 1.00 0.00 MW H +ATOM 15636 H2 TIP3X3489 41.180 -1.840 -41.930 1.00 0.00 MW H +ATOM 15637 OH2 TIP3X3490 20.210 -16.350 -31.320 1.00 0.00 MW O +ATOM 15638 H1 TIP3X3490 20.940 -16.650 -30.800 1.00 0.00 MW H +ATOM 15639 H2 TIP3X3490 20.320 -15.390 -31.370 1.00 0.00 MW H +ATOM 15640 OH2 TIP3X3491 -13.080 -18.850 27.440 1.00 0.00 MW O +ATOM 15641 H1 TIP3X3491 -12.520 -19.270 28.100 1.00 0.00 MW H +ATOM 15642 H2 TIP3X3491 -13.970 -19.000 27.760 1.00 0.00 MW H +ATOM 15643 OH2 TIP3X3492 48.440 6.790 25.040 1.00 0.00 MW O +ATOM 15644 H1 TIP3X3492 47.810 7.250 25.590 1.00 0.00 MW H +ATOM 15645 H2 TIP3X3492 48.440 7.260 24.210 1.00 0.00 MW H +ATOM 15646 OH2 TIP3X3493 16.200 23.530 26.310 1.00 0.00 MW O +ATOM 15647 H1 TIP3X3493 16.290 23.560 27.260 1.00 0.00 MW H +ATOM 15648 H2 TIP3X3493 15.290 23.300 26.160 1.00 0.00 MW H +ATOM 15649 OH2 TIP3X3494 -1.000 15.470 32.040 1.00 0.00 MW O +ATOM 15650 H1 TIP3X3494 -1.490 15.890 31.330 1.00 0.00 MW H +ATOM 15651 H2 TIP3X3494 -0.810 14.590 31.720 1.00 0.00 MW H +ATOM 15652 OH2 TIP3X3495 -20.100 -4.450 -31.660 1.00 0.00 MW O +ATOM 15653 H1 TIP3X3495 -20.750 -4.570 -32.350 1.00 0.00 MW H +ATOM 15654 H2 TIP3X3495 -20.030 -5.310 -31.250 1.00 0.00 MW H +ATOM 15655 OH2 TIP3X3496 5.200 -29.570 -26.150 1.00 0.00 MW O +ATOM 15656 H1 TIP3X3496 4.600 -30.010 -25.530 1.00 0.00 MW H +ATOM 15657 H2 TIP3X3496 4.630 -28.940 -26.610 1.00 0.00 MW H +ATOM 15658 OH2 TIP3X3497 38.530 -32.900 26.340 1.00 0.00 MW O +ATOM 15659 H1 TIP3X3497 37.600 -33.100 26.380 1.00 0.00 MW H +ATOM 15660 H2 TIP3X3497 38.610 -31.980 26.600 1.00 0.00 MW H +ATOM 15661 OH2 TIP3X3498 -33.170 -5.270 -23.990 1.00 0.00 MW O +ATOM 15662 H1 TIP3X3498 -32.750 -4.420 -23.880 1.00 0.00 MW H +ATOM 15663 H2 TIP3X3498 -33.310 -5.370 -24.930 1.00 0.00 MW H +ATOM 15664 OH2 TIP3X3499 17.720 -40.420 16.850 1.00 0.00 MW O +ATOM 15665 H1 TIP3X3499 18.610 -40.650 16.600 1.00 0.00 MW H +ATOM 15666 H2 TIP3X3499 17.830 -39.630 17.380 1.00 0.00 MW H +ATOM 15667 OH2 TIP3X3500 -15.690 -2.220 -46.020 1.00 0.00 MW O +ATOM 15668 H1 TIP3X3500 -16.130 -2.590 -45.250 1.00 0.00 MW H +ATOM 15669 H2 TIP3X3500 -16.070 -2.690 -46.770 1.00 0.00 MW H +ATOM 15670 OH2 TIP3X3501 -1.850 2.780 34.400 1.00 0.00 MW O +ATOM 15671 H1 TIP3X3501 -1.540 2.530 33.530 1.00 0.00 MW H +ATOM 15672 H2 TIP3X3501 -1.050 2.910 34.910 1.00 0.00 MW H +ATOM 15673 OH2 TIP3X3502 -6.430 37.490 -43.330 1.00 0.00 MW O +ATOM 15674 H1 TIP3X3502 -7.360 37.720 -43.310 1.00 0.00 MW H +ATOM 15675 H2 TIP3X3502 -6.400 36.690 -43.870 1.00 0.00 MW H +ATOM 15676 OH2 TIP3X3503 -18.750 31.690 40.550 1.00 0.00 MW O +ATOM 15677 H1 TIP3X3503 -18.070 32.270 40.860 1.00 0.00 MW H +ATOM 15678 H2 TIP3X3503 -19.510 32.250 40.410 1.00 0.00 MW H +ATOM 15679 OH2 TIP3X3504 -20.980 -21.290 -16.670 1.00 0.00 MW O +ATOM 15680 H1 TIP3X3504 -20.180 -21.240 -17.190 1.00 0.00 MW H +ATOM 15681 H2 TIP3X3504 -21.210 -20.370 -16.520 1.00 0.00 MW H +ATOM 15682 OH2 TIP3X3505 -12.170 35.320 35.390 1.00 0.00 MW O +ATOM 15683 H1 TIP3X3505 -12.640 35.320 34.560 1.00 0.00 MW H +ATOM 15684 H2 TIP3X3505 -11.390 35.860 35.240 1.00 0.00 MW H +ATOM 15685 OH2 TIP3X3506 -2.950 20.920 25.420 1.00 0.00 MW O +ATOM 15686 H1 TIP3X3506 -3.470 21.730 25.400 1.00 0.00 MW H +ATOM 15687 H2 TIP3X3506 -3.200 20.450 24.630 1.00 0.00 MW H +ATOM 15688 OH2 TIP3X3507 14.980 29.630 36.740 1.00 0.00 MW O +ATOM 15689 H1 TIP3X3507 15.230 29.600 37.670 1.00 0.00 MW H +ATOM 15690 H2 TIP3X3507 14.080 29.950 36.750 1.00 0.00 MW H +ATOM 15691 OH2 TIP3X3508 28.840 -13.190 34.760 1.00 0.00 MW O +ATOM 15692 H1 TIP3X3508 29.610 -12.770 35.140 1.00 0.00 MW H +ATOM 15693 H2 TIP3X3508 29.120 -13.480 33.890 1.00 0.00 MW H +ATOM 15694 OH2 TIP3X3509 -34.950 -20.510 -32.810 1.00 0.00 MW O +ATOM 15695 H1 TIP3X3509 -35.400 -21.080 -32.180 1.00 0.00 MW H +ATOM 15696 H2 TIP3X3509 -35.530 -20.510 -33.570 1.00 0.00 MW H +ATOM 15697 OH2 TIP3X3510 -39.770 40.990 18.660 1.00 0.00 MW O +ATOM 15698 H1 TIP3X3510 -39.950 41.930 18.690 1.00 0.00 MW H +ATOM 15699 H2 TIP3X3510 -40.640 40.580 18.650 1.00 0.00 MW H +ATOM 15700 OH2 TIP3X3511 -8.840 6.790 25.150 1.00 0.00 MW O +ATOM 15701 H1 TIP3X3511 -8.500 6.360 24.360 1.00 0.00 MW H +ATOM 15702 H2 TIP3X3511 -9.610 7.260 24.850 1.00 0.00 MW H +ATOM 15703 OH2 TIP3X3512 -28.000 -18.360 -49.450 1.00 0.00 MW O +ATOM 15704 H1 TIP3X3512 -27.100 -18.690 -49.400 1.00 0.00 MW H +ATOM 15705 H2 TIP3X3512 -28.160 -17.980 -48.580 1.00 0.00 MW H +ATOM 15706 OH2 TIP3X3513 32.460 7.860 -38.730 1.00 0.00 MW O +ATOM 15707 H1 TIP3X3513 33.130 7.460 -38.160 1.00 0.00 MW H +ATOM 15708 H2 TIP3X3513 32.760 8.760 -38.840 1.00 0.00 MW H +ATOM 15709 OH2 TIP3X3514 -42.810 0.440 -28.360 1.00 0.00 MW O +ATOM 15710 H1 TIP3X3514 -42.970 0.820 -29.240 1.00 0.00 MW H +ATOM 15711 H2 TIP3X3514 -43.350 -0.340 -28.340 1.00 0.00 MW H +ATOM 15712 OH2 TIP3X3515 37.050 -38.520 -26.640 1.00 0.00 MW O +ATOM 15713 H1 TIP3X3515 37.730 -38.920 -27.180 1.00 0.00 MW H +ATOM 15714 H2 TIP3X3515 36.690 -39.240 -26.140 1.00 0.00 MW H +ATOM 15715 OH2 TIP3X3516 12.160 3.570 -43.310 1.00 0.00 MW O +ATOM 15716 H1 TIP3X3516 13.120 3.550 -43.280 1.00 0.00 MW H +ATOM 15717 H2 TIP3X3516 11.880 3.500 -42.400 1.00 0.00 MW H +ATOM 15718 OH2 TIP3X3517 11.190 -43.580 -51.200 1.00 0.00 MW O +ATOM 15719 H1 TIP3X3517 11.860 -43.370 -50.540 1.00 0.00 MW H +ATOM 15720 H2 TIP3X3517 10.880 -42.720 -51.490 1.00 0.00 MW H +ATOM 15721 OH2 TIP3X3518 -20.670 37.750 27.060 1.00 0.00 MW O +ATOM 15722 H1 TIP3X3518 -19.990 37.570 26.390 1.00 0.00 MW H +ATOM 15723 H2 TIP3X3518 -21.040 38.600 26.810 1.00 0.00 MW H +ATOM 15724 OH2 TIP3X3519 -25.510 -34.860 36.260 1.00 0.00 MW O +ATOM 15725 H1 TIP3X3519 -25.110 -35.680 36.500 1.00 0.00 MW H +ATOM 15726 H2 TIP3X3519 -25.670 -34.920 35.320 1.00 0.00 MW H +ATOM 15727 OH2 TIP3X3520 -20.570 5.930 30.020 1.00 0.00 MW O +ATOM 15728 H1 TIP3X3520 -20.810 6.300 29.170 1.00 0.00 MW H +ATOM 15729 H2 TIP3X3520 -19.620 6.080 30.090 1.00 0.00 MW H +ATOM 15730 OH2 TIP3X3521 40.870 34.360 -28.020 1.00 0.00 MW O +ATOM 15731 H1 TIP3X3521 40.170 33.810 -27.660 1.00 0.00 MW H +ATOM 15732 H2 TIP3X3521 40.730 35.210 -27.610 1.00 0.00 MW H +ATOM 15733 OH2 TIP3X3522 -20.840 -0.950 -37.310 1.00 0.00 MW O +ATOM 15734 H1 TIP3X3522 -21.560 -0.630 -37.870 1.00 0.00 MW H +ATOM 15735 H2 TIP3X3522 -20.240 -1.370 -37.910 1.00 0.00 MW H +ATOM 15736 OH2 TIP3X3523 -19.970 -24.440 20.020 1.00 0.00 MW O +ATOM 15737 H1 TIP3X3523 -20.490 -24.710 19.260 1.00 0.00 MW H +ATOM 15738 H2 TIP3X3523 -19.130 -24.170 19.650 1.00 0.00 MW H +ATOM 15739 OH2 TIP3X3524 -2.260 -51.890 28.970 1.00 0.00 MW O +ATOM 15740 H1 TIP3X3524 -2.880 -52.480 29.390 1.00 0.00 MW H +ATOM 15741 H2 TIP3X3524 -2.300 -51.090 29.490 1.00 0.00 MW H +ATOM 15742 OH2 TIP3X3525 5.960 17.410 15.450 1.00 0.00 MW O +ATOM 15743 H1 TIP3X3525 5.190 17.480 16.020 1.00 0.00 MW H +ATOM 15744 H2 TIP3X3525 5.710 16.750 14.800 1.00 0.00 MW H +ATOM 15745 OH2 TIP3X3526 12.560 6.250 -42.040 1.00 0.00 MW O +ATOM 15746 H1 TIP3X3526 13.420 6.510 -41.700 1.00 0.00 MW H +ATOM 15747 H2 TIP3X3526 12.620 6.410 -42.980 1.00 0.00 MW H +ATOM 15748 OH2 TIP3X3527 40.270 34.410 -40.880 1.00 0.00 MW O +ATOM 15749 H1 TIP3X3527 40.530 34.210 -41.780 1.00 0.00 MW H +ATOM 15750 H2 TIP3X3527 39.320 34.470 -40.910 1.00 0.00 MW H +ATOM 15751 OH2 TIP3X3528 41.970 11.500 16.660 1.00 0.00 MW O +ATOM 15752 H1 TIP3X3528 42.400 11.320 15.820 1.00 0.00 MW H +ATOM 15753 H2 TIP3X3528 41.030 11.500 16.460 1.00 0.00 MW H +ATOM 15754 OH2 TIP3X3529 -7.700 17.740 -45.940 1.00 0.00 MW O +ATOM 15755 H1 TIP3X3529 -7.360 18.470 -46.450 1.00 0.00 MW H +ATOM 15756 H2 TIP3X3529 -8.250 17.250 -46.560 1.00 0.00 MW H +ATOM 15757 OH2 TIP3X3530 -16.190 35.680 -18.820 1.00 0.00 MW O +ATOM 15758 H1 TIP3X3530 -16.540 34.910 -18.360 1.00 0.00 MW H +ATOM 15759 H2 TIP3X3530 -16.440 36.420 -18.260 1.00 0.00 MW H +ATOM 15760 OH2 TIP3X3531 6.360 -12.890 -38.270 1.00 0.00 MW O +ATOM 15761 H1 TIP3X3531 6.400 -13.390 -39.090 1.00 0.00 MW H +ATOM 15762 H2 TIP3X3531 6.880 -12.100 -38.460 1.00 0.00 MW H +ATOM 15763 OH2 TIP3X3532 42.130 -0.190 -35.980 1.00 0.00 MW O +ATOM 15764 H1 TIP3X3532 41.600 0.150 -36.700 1.00 0.00 MW H +ATOM 15765 H2 TIP3X3532 41.560 -0.830 -35.540 1.00 0.00 MW H +ATOM 15766 OH2 TIP3X3533 21.740 32.670 -46.250 1.00 0.00 MW O +ATOM 15767 H1 TIP3X3533 22.370 33.220 -46.720 1.00 0.00 MW H +ATOM 15768 H2 TIP3X3533 20.910 33.120 -46.350 1.00 0.00 MW H +ATOM 15769 OH2 TIP3X3534 -42.870 -43.820 -26.170 1.00 0.00 MW O +ATOM 15770 H1 TIP3X3534 -43.820 -43.690 -26.150 1.00 0.00 MW H +ATOM 15771 H2 TIP3X3534 -42.670 -44.170 -25.300 1.00 0.00 MW H +ATOM 15772 OH2 TIP3X3535 -39.250 -13.640 -23.720 1.00 0.00 MW O +ATOM 15773 H1 TIP3X3535 -39.300 -13.100 -24.510 1.00 0.00 MW H +ATOM 15774 H2 TIP3X3535 -40.040 -13.400 -23.220 1.00 0.00 MW H +ATOM 15775 OH2 TIP3X3536 6.290 13.880 -44.250 1.00 0.00 MW O +ATOM 15776 H1 TIP3X3536 6.100 14.500 -43.550 1.00 0.00 MW H +ATOM 15777 H2 TIP3X3536 5.580 13.990 -44.880 1.00 0.00 MW H +ATOM 15778 OH2 TIP3X3537 40.470 1.170 38.070 1.00 0.00 MW O +ATOM 15779 H1 TIP3X3537 39.970 0.950 38.850 1.00 0.00 MW H +ATOM 15780 H2 TIP3X3537 39.830 1.330 37.390 1.00 0.00 MW H +ATOM 15781 OH2 TIP3X3538 22.350 26.700 32.070 1.00 0.00 MW O +ATOM 15782 H1 TIP3X3538 22.950 26.600 31.320 1.00 0.00 MW H +ATOM 15783 H2 TIP3X3538 22.920 26.820 32.830 1.00 0.00 MW H +ATOM 15784 OH2 TIP3X3539 48.100 -29.790 20.730 1.00 0.00 MW O +ATOM 15785 H1 TIP3X3539 48.990 -29.460 20.860 1.00 0.00 MW H +ATOM 15786 H2 TIP3X3539 48.020 -29.910 19.780 1.00 0.00 MW H +ATOM 15787 OH2 TIP3X3540 -9.430 -26.270 38.510 1.00 0.00 MW O +ATOM 15788 H1 TIP3X3540 -10.150 -26.850 38.790 1.00 0.00 MW H +ATOM 15789 H2 TIP3X3540 -9.200 -25.780 39.300 1.00 0.00 MW H +ATOM 15790 OH2 TIP3X3541 30.070 -26.460 30.080 1.00 0.00 MW O +ATOM 15791 H1 TIP3X3541 30.630 -25.840 30.540 1.00 0.00 MW H +ATOM 15792 H2 TIP3X3541 30.100 -26.160 29.170 1.00 0.00 MW H +ATOM 15793 OH2 TIP3X3542 -34.670 -12.410 -37.440 1.00 0.00 MW O +ATOM 15794 H1 TIP3X3542 -34.570 -11.580 -36.980 1.00 0.00 MW H +ATOM 15795 H2 TIP3X3542 -35.620 -12.530 -37.510 1.00 0.00 MW H +ATOM 15796 OH2 TIP3X3543 -32.770 -8.720 -32.380 1.00 0.00 MW O +ATOM 15797 H1 TIP3X3543 -33.370 -7.980 -32.550 1.00 0.00 MW H +ATOM 15798 H2 TIP3X3543 -32.560 -8.660 -31.450 1.00 0.00 MW H +ATOM 15799 OH2 TIP3X3544 17.030 -43.390 -38.320 1.00 0.00 MW O +ATOM 15800 H1 TIP3X3544 17.280 -42.650 -37.760 1.00 0.00 MW H +ATOM 15801 H2 TIP3X3544 16.570 -43.990 -37.730 1.00 0.00 MW H +ATOM 15802 OH2 TIP3X3545 -24.550 23.990 -14.130 1.00 0.00 MW O +ATOM 15803 H1 TIP3X3545 -24.680 23.710 -15.040 1.00 0.00 MW H +ATOM 15804 H2 TIP3X3545 -25.400 24.320 -13.860 1.00 0.00 MW H +ATOM 15805 OH2 TIP3X3546 -5.140 -43.320 20.630 1.00 0.00 MW O +ATOM 15806 H1 TIP3X3546 -5.500 -44.150 20.950 1.00 0.00 MW H +ATOM 15807 H2 TIP3X3546 -5.620 -42.650 21.120 1.00 0.00 MW H +ATOM 15808 OH2 TIP3X3547 16.370 9.070 23.940 1.00 0.00 MW O +ATOM 15809 H1 TIP3X3547 16.530 8.130 23.950 1.00 0.00 MW H +ATOM 15810 H2 TIP3X3547 16.410 9.310 23.010 1.00 0.00 MW H +ATOM 15811 OH2 TIP3X3548 -19.700 -44.380 32.770 1.00 0.00 MW O +ATOM 15812 H1 TIP3X3548 -19.200 -45.160 32.520 1.00 0.00 MW H +ATOM 15813 H2 TIP3X3548 -19.900 -43.950 31.950 1.00 0.00 MW H +ATOM 15814 OH2 TIP3X3549 29.170 3.090 -41.480 1.00 0.00 MW O +ATOM 15815 H1 TIP3X3549 29.710 3.100 -42.260 1.00 0.00 MW H +ATOM 15816 H2 TIP3X3549 29.620 3.680 -40.870 1.00 0.00 MW H +ATOM 15817 OH2 TIP3X3550 22.530 29.710 25.080 1.00 0.00 MW O +ATOM 15818 H1 TIP3X3550 23.150 29.970 25.760 1.00 0.00 MW H +ATOM 15819 H2 TIP3X3550 22.940 29.990 24.260 1.00 0.00 MW H +ATOM 15820 OH2 TIP3X3551 -6.640 27.560 -47.010 1.00 0.00 MW O +ATOM 15821 H1 TIP3X3551 -6.950 26.700 -46.700 1.00 0.00 MW H +ATOM 15822 H2 TIP3X3551 -6.110 27.350 -47.770 1.00 0.00 MW H +ATOM 15823 OH2 TIP3X3552 -8.890 24.980 39.520 1.00 0.00 MW O +ATOM 15824 H1 TIP3X3552 -9.700 25.470 39.670 1.00 0.00 MW H +ATOM 15825 H2 TIP3X3552 -8.630 25.220 38.630 1.00 0.00 MW H +ATOM 15826 OH2 TIP3X3553 48.930 -13.860 23.980 1.00 0.00 MW O +ATOM 15827 H1 TIP3X3553 48.030 -14.180 23.930 1.00 0.00 MW H +ATOM 15828 H2 TIP3X3553 48.990 -13.460 24.840 1.00 0.00 MW H +ATOM 15829 OH2 TIP3X3554 -16.690 9.430 -31.360 1.00 0.00 MW O +ATOM 15830 H1 TIP3X3554 -15.750 9.240 -31.350 1.00 0.00 MW H +ATOM 15831 H2 TIP3X3554 -17.100 8.580 -31.520 1.00 0.00 MW H +ATOM 15832 OH2 TIP3X3555 42.630 6.400 -18.290 1.00 0.00 MW O +ATOM 15833 H1 TIP3X3555 43.560 6.600 -18.210 1.00 0.00 MW H +ATOM 15834 H2 TIP3X3555 42.560 5.870 -19.080 1.00 0.00 MW H +ATOM 15835 OH2 TIP3X3556 21.680 42.650 -18.990 1.00 0.00 MW O +ATOM 15836 H1 TIP3X3556 22.240 43.370 -18.700 1.00 0.00 MW H +ATOM 15837 H2 TIP3X3556 20.850 42.810 -18.540 1.00 0.00 MW H +ATOM 15838 OH2 TIP3X3557 0.380 -20.040 -42.020 1.00 0.00 MW O +ATOM 15839 H1 TIP3X3557 0.350 -19.860 -41.090 1.00 0.00 MW H +ATOM 15840 H2 TIP3X3557 0.130 -20.960 -42.100 1.00 0.00 MW H +ATOM 15841 OH2 TIP3X3558 -37.400 18.050 -17.750 1.00 0.00 MW O +ATOM 15842 H1 TIP3X3558 -38.270 17.740 -17.520 1.00 0.00 MW H +ATOM 15843 H2 TIP3X3558 -36.880 17.870 -16.970 1.00 0.00 MW H +ATOM 15844 OH2 TIP3X3559 9.450 28.210 -46.560 1.00 0.00 MW O +ATOM 15845 H1 TIP3X3559 8.860 28.950 -46.440 1.00 0.00 MW H +ATOM 15846 H2 TIP3X3559 8.870 27.460 -46.710 1.00 0.00 MW H +ATOM 15847 OH2 TIP3X3560 10.440 25.720 -49.440 1.00 0.00 MW O +ATOM 15848 H1 TIP3X3560 10.930 25.410 -50.210 1.00 0.00 MW H +ATOM 15849 H2 TIP3X3560 9.570 25.950 -49.790 1.00 0.00 MW H +ATOM 15850 OH2 TIP3X3561 7.150 -36.110 13.120 1.00 0.00 MW O +ATOM 15851 H1 TIP3X3561 6.350 -36.020 13.620 1.00 0.00 MW H +ATOM 15852 H2 TIP3X3561 7.320 -35.240 12.770 1.00 0.00 MW H +ATOM 15853 OH2 TIP3X3562 14.950 26.350 21.590 1.00 0.00 MW O +ATOM 15854 H1 TIP3X3562 14.380 26.470 22.340 1.00 0.00 MW H +ATOM 15855 H2 TIP3X3562 14.780 25.440 21.310 1.00 0.00 MW H +ATOM 15856 OH2 TIP3X3563 -29.280 -0.290 16.910 1.00 0.00 MW O +ATOM 15857 H1 TIP3X3563 -28.460 -0.500 16.460 1.00 0.00 MW H +ATOM 15858 H2 TIP3X3563 -29.850 -1.030 16.730 1.00 0.00 MW H +ATOM 15859 OH2 TIP3X3564 4.440 12.020 25.770 1.00 0.00 MW O +ATOM 15860 H1 TIP3X3564 3.640 11.610 25.460 1.00 0.00 MW H +ATOM 15861 H2 TIP3X3564 4.160 12.640 26.440 1.00 0.00 MW H +ATOM 15862 OH2 TIP3X3565 14.060 20.130 -31.360 1.00 0.00 MW O +ATOM 15863 H1 TIP3X3565 13.470 20.140 -32.110 1.00 0.00 MW H +ATOM 15864 H2 TIP3X3565 14.140 21.050 -31.110 1.00 0.00 MW H +ATOM 15865 OH2 TIP3X3566 30.180 20.200 -32.390 1.00 0.00 MW O +ATOM 15866 H1 TIP3X3566 30.470 20.030 -31.500 1.00 0.00 MW H +ATOM 15867 H2 TIP3X3566 30.440 21.120 -32.540 1.00 0.00 MW H +ATOM 15868 OH2 TIP3X3567 49.220 11.630 28.090 1.00 0.00 MW O +ATOM 15869 H1 TIP3X3567 49.280 11.290 28.980 1.00 0.00 MW H +ATOM 15870 H2 TIP3X3567 48.760 12.470 28.190 1.00 0.00 MW H +ATOM 15871 OH2 TIP3X3568 -37.410 35.320 32.760 1.00 0.00 MW O +ATOM 15872 H1 TIP3X3568 -36.470 35.420 32.880 1.00 0.00 MW H +ATOM 15873 H2 TIP3X3568 -37.520 34.490 32.310 1.00 0.00 MW H +ATOM 15874 OH2 TIP3X3569 -16.850 -15.780 31.820 1.00 0.00 MW O +ATOM 15875 H1 TIP3X3569 -17.130 -14.930 32.170 1.00 0.00 MW H +ATOM 15876 H2 TIP3X3569 -16.120 -15.580 31.240 1.00 0.00 MW H +ATOM 15877 OH2 TIP3X3570 -41.460 -38.110 -43.020 1.00 0.00 MW O +ATOM 15878 H1 TIP3X3570 -41.510 -38.790 -42.350 1.00 0.00 MW H +ATOM 15879 H2 TIP3X3570 -40.530 -37.910 -43.090 1.00 0.00 MW H +ATOM 15880 OH2 TIP3X3571 -10.290 -15.120 -31.090 1.00 0.00 MW O +ATOM 15881 H1 TIP3X3571 -11.150 -14.750 -30.940 1.00 0.00 MW H +ATOM 15882 H2 TIP3X3571 -10.260 -15.900 -30.540 1.00 0.00 MW H +ATOM 15883 OH2 TIP3X3572 28.760 17.090 -34.830 1.00 0.00 MW O +ATOM 15884 H1 TIP3X3572 28.640 16.990 -35.780 1.00 0.00 MW H +ATOM 15885 H2 TIP3X3572 28.450 16.290 -34.460 1.00 0.00 MW H +ATOM 15886 OH2 TIP3X3573 30.850 12.650 -22.320 1.00 0.00 MW O +ATOM 15887 H1 TIP3X3573 31.410 12.760 -23.100 1.00 0.00 MW H +ATOM 15888 H2 TIP3X3573 31.140 11.830 -21.940 1.00 0.00 MW H +ATOM 15889 OH2 TIP3X3574 -28.890 -24.860 -41.130 1.00 0.00 MW O +ATOM 15890 H1 TIP3X3574 -29.700 -24.950 -41.630 1.00 0.00 MW H +ATOM 15891 H2 TIP3X3574 -28.610 -25.770 -40.970 1.00 0.00 MW H +ATOM 15892 OH2 TIP3X3575 18.550 26.250 -26.100 1.00 0.00 MW O +ATOM 15893 H1 TIP3X3575 18.150 27.020 -26.520 1.00 0.00 MW H +ATOM 15894 H2 TIP3X3575 18.850 25.710 -26.830 1.00 0.00 MW H +ATOM 15895 OH2 TIP3X3576 -32.610 17.990 31.890 1.00 0.00 MW O +ATOM 15896 H1 TIP3X3576 -31.820 18.290 31.460 1.00 0.00 MW H +ATOM 15897 H2 TIP3X3576 -33.080 18.790 32.120 1.00 0.00 MW H +ATOM 15898 OH2 TIP3X3577 16.330 -46.630 -22.110 1.00 0.00 MW O +ATOM 15899 H1 TIP3X3577 16.310 -46.280 -21.220 1.00 0.00 MW H +ATOM 15900 H2 TIP3X3577 15.850 -45.990 -22.630 1.00 0.00 MW H +ATOM 15901 OH2 TIP3X3578 -15.410 3.810 32.170 1.00 0.00 MW O +ATOM 15902 H1 TIP3X3578 -15.910 3.270 31.560 1.00 0.00 MW H +ATOM 15903 H2 TIP3X3578 -15.740 3.560 33.040 1.00 0.00 MW H +ATOM 15904 OH2 TIP3X3579 9.080 -24.160 -49.380 1.00 0.00 MW O +ATOM 15905 H1 TIP3X3579 9.840 -24.490 -48.890 1.00 0.00 MW H +ATOM 15906 H2 TIP3X3579 9.080 -23.220 -49.220 1.00 0.00 MW H +ATOM 15907 OH2 TIP3X3580 23.270 -34.390 23.740 1.00 0.00 MW O +ATOM 15908 H1 TIP3X3580 23.900 -34.350 24.450 1.00 0.00 MW H +ATOM 15909 H2 TIP3X3580 23.680 -33.900 23.020 1.00 0.00 MW H +ATOM 15910 OH2 TIP3X3581 -29.110 -2.910 -49.790 1.00 0.00 MW O +ATOM 15911 H1 TIP3X3581 -28.410 -2.920 -50.440 1.00 0.00 MW H +ATOM 15912 H2 TIP3X3581 -28.680 -2.690 -48.970 1.00 0.00 MW H +ATOM 15913 OH2 TIP3X3582 -19.590 34.910 -43.180 1.00 0.00 MW O +ATOM 15914 H1 TIP3X3582 -19.960 35.790 -43.050 1.00 0.00 MW H +ATOM 15915 H2 TIP3X3582 -20.280 34.320 -42.850 1.00 0.00 MW H +ATOM 15916 OH2 TIP3X3583 18.290 16.290 28.840 1.00 0.00 MW O +ATOM 15917 H1 TIP3X3583 17.500 16.780 29.030 1.00 0.00 MW H +ATOM 15918 H2 TIP3X3583 19.010 16.890 29.100 1.00 0.00 MW H +ATOM 15919 OH2 TIP3X3584 32.350 14.610 -18.020 1.00 0.00 MW O +ATOM 15920 H1 TIP3X3584 31.820 14.340 -18.770 1.00 0.00 MW H +ATOM 15921 H2 TIP3X3584 32.810 13.810 -17.750 1.00 0.00 MW H +ATOM 15922 OH2 TIP3X3585 2.780 35.950 23.680 1.00 0.00 MW O +ATOM 15923 H1 TIP3X3585 2.470 35.170 23.230 1.00 0.00 MW H +ATOM 15924 H2 TIP3X3585 3.490 35.630 24.250 1.00 0.00 MW H +ATOM 15925 OH2 TIP3X3586 -27.520 -3.950 -28.590 1.00 0.00 MW O +ATOM 15926 H1 TIP3X3586 -26.740 -3.730 -28.090 1.00 0.00 MW H +ATOM 15927 H2 TIP3X3586 -28.060 -4.440 -27.970 1.00 0.00 MW H +ATOM 15928 OH2 TIP3X3587 14.170 8.130 -20.680 1.00 0.00 MW O +ATOM 15929 H1 TIP3X3587 13.290 7.850 -20.900 1.00 0.00 MW H +ATOM 15930 H2 TIP3X3587 14.440 7.540 -19.990 1.00 0.00 MW H +ATOM 15931 OH2 TIP3X3588 31.800 31.460 16.960 1.00 0.00 MW O +ATOM 15932 H1 TIP3X3588 31.280 30.660 16.900 1.00 0.00 MW H +ATOM 15933 H2 TIP3X3588 31.180 32.130 17.250 1.00 0.00 MW H +ATOM 15934 OH2 TIP3X3589 -4.830 5.720 -32.210 1.00 0.00 MW O +ATOM 15935 H1 TIP3X3589 -5.630 6.240 -32.200 1.00 0.00 MW H +ATOM 15936 H2 TIP3X3589 -5.060 4.950 -32.720 1.00 0.00 MW H +ATOM 15937 OH2 TIP3X3590 -33.880 -15.410 23.760 1.00 0.00 MW O +ATOM 15938 H1 TIP3X3590 -33.050 -15.750 24.130 1.00 0.00 MW H +ATOM 15939 H2 TIP3X3590 -33.640 -15.140 22.880 1.00 0.00 MW H +ATOM 15940 OH2 TIP3X3591 6.400 23.380 -38.670 1.00 0.00 MW O +ATOM 15941 H1 TIP3X3591 5.900 23.030 -39.420 1.00 0.00 MW H +ATOM 15942 H2 TIP3X3591 5.730 23.650 -38.040 1.00 0.00 MW H +ATOM 15943 OH2 TIP3X3592 -36.280 38.800 -28.190 1.00 0.00 MW O +ATOM 15944 H1 TIP3X3592 -36.420 38.580 -27.260 1.00 0.00 MW H +ATOM 15945 H2 TIP3X3592 -37.110 38.620 -28.620 1.00 0.00 MW H +ATOM 15946 OH2 TIP3X3593 45.520 24.280 -33.220 1.00 0.00 MW O +ATOM 15947 H1 TIP3X3593 45.710 25.210 -33.370 1.00 0.00 MW H +ATOM 15948 H2 TIP3X3593 45.770 24.120 -32.320 1.00 0.00 MW H +ATOM 15949 OH2 TIP3X3594 -30.470 -40.910 19.150 1.00 0.00 MW O +ATOM 15950 H1 TIP3X3594 -29.720 -40.320 19.180 1.00 0.00 MW H +ATOM 15951 H2 TIP3X3594 -30.140 -41.700 18.730 1.00 0.00 MW H +ATOM 15952 OH2 TIP3X3595 -40.310 31.430 -13.840 1.00 0.00 MW O +ATOM 15953 H1 TIP3X3595 -40.020 32.120 -14.440 1.00 0.00 MW H +ATOM 15954 H2 TIP3X3595 -40.800 31.910 -13.150 1.00 0.00 MW H +ATOM 15955 OH2 TIP3X3596 32.850 13.110 -47.970 1.00 0.00 MW O +ATOM 15956 H1 TIP3X3596 33.670 12.850 -48.390 1.00 0.00 MW H +ATOM 15957 H2 TIP3X3596 32.470 12.270 -47.700 1.00 0.00 MW H +ATOM 15958 OH2 TIP3X3597 39.800 31.540 -40.880 1.00 0.00 MW O +ATOM 15959 H1 TIP3X3597 39.980 32.240 -40.260 1.00 0.00 MW H +ATOM 15960 H2 TIP3X3597 39.070 31.890 -41.410 1.00 0.00 MW H +ATOM 15961 OH2 TIP3X3598 3.360 -7.610 -47.240 1.00 0.00 MW O +ATOM 15962 H1 TIP3X3598 3.390 -6.670 -47.410 1.00 0.00 MW H +ATOM 15963 H2 TIP3X3598 2.440 -7.840 -47.290 1.00 0.00 MW H +ATOM 15964 OH2 TIP3X3599 -7.220 -47.590 27.960 1.00 0.00 MW O +ATOM 15965 H1 TIP3X3599 -7.330 -48.500 28.230 1.00 0.00 MW H +ATOM 15966 H2 TIP3X3599 -6.620 -47.210 28.600 1.00 0.00 MW H +ATOM 15967 OH2 TIP3X3600 48.430 1.560 32.030 1.00 0.00 MW O +ATOM 15968 H1 TIP3X3600 48.870 1.150 32.780 1.00 0.00 MW H +ATOM 15969 H2 TIP3X3600 47.530 1.690 32.320 1.00 0.00 MW H +ATOM 15970 OH2 TIP3X3601 -9.760 13.550 -47.510 1.00 0.00 MW O +ATOM 15971 H1 TIP3X3601 -10.700 13.520 -47.300 1.00 0.00 MW H +ATOM 15972 H2 TIP3X3601 -9.450 12.670 -47.320 1.00 0.00 MW H +ATOM 15973 OH2 TIP3X3602 33.160 -46.330 -30.500 1.00 0.00 MW O +ATOM 15974 H1 TIP3X3602 32.990 -46.540 -29.570 1.00 0.00 MW H +ATOM 15975 H2 TIP3X3602 32.440 -45.760 -30.750 1.00 0.00 MW H +ATOM 15976 OH2 TIP3X3603 27.520 25.840 -20.690 1.00 0.00 MW O +ATOM 15977 H1 TIP3X3603 27.220 26.660 -21.070 1.00 0.00 MW H +ATOM 15978 H2 TIP3X3603 27.010 25.750 -19.890 1.00 0.00 MW H +ATOM 15979 OH2 TIP3X3604 32.340 -8.500 27.600 1.00 0.00 MW O +ATOM 15980 H1 TIP3X3604 31.470 -8.110 27.670 1.00 0.00 MW H +ATOM 15981 H2 TIP3X3604 32.200 -9.310 27.100 1.00 0.00 MW H +ATOM 15982 OH2 TIP3X3605 -43.220 -48.850 23.280 1.00 0.00 MW O +ATOM 15983 H1 TIP3X3605 -43.780 -49.560 23.620 1.00 0.00 MW H +ATOM 15984 H2 TIP3X3605 -42.330 -49.130 23.500 1.00 0.00 MW H +ATOM 15985 OH2 TIP3X3606 -6.110 -47.390 -34.180 1.00 0.00 MW O +ATOM 15986 H1 TIP3X3606 -6.070 -46.850 -33.390 1.00 0.00 MW H +ATOM 15987 H2 TIP3X3606 -5.220 -47.740 -34.260 1.00 0.00 MW H +ATOM 15988 OH2 TIP3X3607 35.750 27.390 -10.510 1.00 0.00 MW O +ATOM 15989 H1 TIP3X3607 35.120 28.120 -10.540 1.00 0.00 MW H +ATOM 15990 H2 TIP3X3607 35.210 26.600 -10.620 1.00 0.00 MW H +ATOM 15991 OH2 TIP3X3608 -26.710 15.180 -17.870 1.00 0.00 MW O +ATOM 15992 H1 TIP3X3608 -26.390 14.280 -17.910 1.00 0.00 MW H +ATOM 15993 H2 TIP3X3608 -26.020 15.670 -17.430 1.00 0.00 MW H +ATOM 15994 OH2 TIP3X3609 26.740 9.730 30.090 1.00 0.00 MW O +ATOM 15995 H1 TIP3X3609 26.160 8.970 30.140 1.00 0.00 MW H +ATOM 15996 H2 TIP3X3609 27.610 9.370 30.300 1.00 0.00 MW H +ATOM 15997 OH2 TIP3X3610 25.730 -36.550 23.630 1.00 0.00 MW O +ATOM 15998 H1 TIP3X3610 26.550 -37.040 23.610 1.00 0.00 MW H +ATOM 15999 H2 TIP3X3610 25.050 -37.210 23.540 1.00 0.00 MW H +ATOM 16000 OH2 TIP3X3611 -29.870 -34.510 -36.960 1.00 0.00 MW O +ATOM 16001 H1 TIP3X3611 -29.400 -35.340 -36.900 1.00 0.00 MW H +ATOM 16002 H2 TIP3X3611 -29.370 -33.900 -36.410 1.00 0.00 MW H +ATOM 16003 OH2 TIP3X3612 -33.650 37.980 -26.490 1.00 0.00 MW O +ATOM 16004 H1 TIP3X3612 -34.590 37.830 -26.380 1.00 0.00 MW H +ATOM 16005 H2 TIP3X3612 -33.430 37.510 -27.290 1.00 0.00 MW H +ATOM 16006 OH2 TIP3X3613 -35.580 3.990 -28.770 1.00 0.00 MW O +ATOM 16007 H1 TIP3X3613 -36.080 4.060 -29.580 1.00 0.00 MW H +ATOM 16008 H2 TIP3X3613 -34.690 4.220 -29.010 1.00 0.00 MW H +ATOM 16009 OH2 TIP3X3614 32.270 -8.990 32.770 1.00 0.00 MW O +ATOM 16010 H1 TIP3X3614 32.830 -8.820 32.020 1.00 0.00 MW H +ATOM 16011 H2 TIP3X3614 31.430 -8.590 32.540 1.00 0.00 MW H +ATOM 16012 OH2 TIP3X3615 9.820 14.770 -28.670 1.00 0.00 MW O +ATOM 16013 H1 TIP3X3615 10.260 14.470 -29.480 1.00 0.00 MW H +ATOM 16014 H2 TIP3X3615 8.890 14.650 -28.850 1.00 0.00 MW H +ATOM 16015 OH2 TIP3X3616 -13.010 2.280 -44.570 1.00 0.00 MW O +ATOM 16016 H1 TIP3X3616 -12.950 2.260 -43.610 1.00 0.00 MW H +ATOM 16017 H2 TIP3X3616 -13.860 2.690 -44.750 1.00 0.00 MW H +ATOM 16018 OH2 TIP3X3617 19.980 -30.560 26.670 1.00 0.00 MW O +ATOM 16019 H1 TIP3X3617 19.830 -31.070 27.470 1.00 0.00 MW H +ATOM 16020 H2 TIP3X3617 20.700 -31.010 26.240 1.00 0.00 MW H +ATOM 16021 OH2 TIP3X3618 25.600 42.340 -22.630 1.00 0.00 MW O +ATOM 16022 H1 TIP3X3618 26.040 43.060 -22.180 1.00 0.00 MW H +ATOM 16023 H2 TIP3X3618 24.690 42.640 -22.720 1.00 0.00 MW H +ATOM 16024 OH2 TIP3X3619 47.780 -6.970 28.670 1.00 0.00 MW O +ATOM 16025 H1 TIP3X3619 47.660 -7.190 29.600 1.00 0.00 MW H +ATOM 16026 H2 TIP3X3619 47.720 -7.820 28.220 1.00 0.00 MW H +ATOM 16027 OH2 TIP3X3620 1.180 36.020 -44.130 1.00 0.00 MW O +ATOM 16028 H1 TIP3X3620 1.150 35.110 -44.430 1.00 0.00 MW H +ATOM 16029 H2 TIP3X3620 2.110 36.250 -44.140 1.00 0.00 MW H +ATOM 16030 OH2 TIP3X3621 -14.060 26.700 -27.480 1.00 0.00 MW O +ATOM 16031 H1 TIP3X3621 -14.720 27.050 -28.080 1.00 0.00 MW H +ATOM 16032 H2 TIP3X3621 -13.790 25.870 -27.890 1.00 0.00 MW H +ATOM 16033 OH2 TIP3X3622 4.800 -42.300 -50.520 1.00 0.00 MW O +ATOM 16034 H1 TIP3X3622 5.180 -41.680 -51.150 1.00 0.00 MW H +ATOM 16035 H2 TIP3X3622 4.260 -41.750 -49.960 1.00 0.00 MW H +ATOM 16036 OH2 TIP3X3623 -34.470 17.390 27.000 1.00 0.00 MW O +ATOM 16037 H1 TIP3X3623 -34.970 17.060 26.250 1.00 0.00 MW H +ATOM 16038 H2 TIP3X3623 -33.570 17.380 26.700 1.00 0.00 MW H +ATOM 16039 OH2 TIP3X3624 -29.760 16.400 36.600 1.00 0.00 MW O +ATOM 16040 H1 TIP3X3624 -29.360 17.050 37.180 1.00 0.00 MW H +ATOM 16041 H2 TIP3X3624 -29.900 15.640 37.170 1.00 0.00 MW H +ATOM 16042 OH2 TIP3X3625 -2.700 -16.240 -44.600 1.00 0.00 MW O +ATOM 16043 H1 TIP3X3625 -2.810 -17.190 -44.560 1.00 0.00 MW H +ATOM 16044 H2 TIP3X3625 -3.210 -15.900 -43.880 1.00 0.00 MW H +ATOM 16045 OH2 TIP3X3626 -35.570 1.850 -38.440 1.00 0.00 MW O +ATOM 16046 H1 TIP3X3626 -36.240 1.610 -37.800 1.00 0.00 MW H +ATOM 16047 H2 TIP3X3626 -36.010 1.820 -39.290 1.00 0.00 MW H +ATOM 16048 OH2 TIP3X3627 -33.950 25.380 -12.900 1.00 0.00 MW O +ATOM 16049 H1 TIP3X3627 -33.840 25.640 -13.810 1.00 0.00 MW H +ATOM 16050 H2 TIP3X3627 -34.890 25.380 -12.760 1.00 0.00 MW H +ATOM 16051 OH2 TIP3X3628 -34.000 6.350 -24.680 1.00 0.00 MW O +ATOM 16052 H1 TIP3X3628 -34.780 6.150 -24.160 1.00 0.00 MW H +ATOM 16053 H2 TIP3X3628 -34.340 6.530 -25.560 1.00 0.00 MW H +ATOM 16054 OH2 TIP3X3629 37.880 -28.370 32.380 1.00 0.00 MW O +ATOM 16055 H1 TIP3X3629 37.950 -28.060 33.280 1.00 0.00 MW H +ATOM 16056 H2 TIP3X3629 37.460 -29.220 32.440 1.00 0.00 MW H +ATOM 16057 OH2 TIP3X3630 -24.000 26.140 -24.310 1.00 0.00 MW O +ATOM 16058 H1 TIP3X3630 -24.540 25.930 -25.060 1.00 0.00 MW H +ATOM 16059 H2 TIP3X3630 -23.370 25.420 -24.250 1.00 0.00 MW H +ATOM 16060 OH2 TIP3X3631 -38.260 20.230 -33.420 1.00 0.00 MW O +ATOM 16061 H1 TIP3X3631 -37.950 20.380 -32.540 1.00 0.00 MW H +ATOM 16062 H2 TIP3X3631 -37.680 19.560 -33.790 1.00 0.00 MW H +ATOM 16063 OH2 TIP3X3632 -7.270 -14.030 -46.870 1.00 0.00 MW O +ATOM 16064 H1 TIP3X3632 -6.580 -14.680 -46.740 1.00 0.00 MW H +ATOM 16065 H2 TIP3X3632 -7.740 -14.320 -47.650 1.00 0.00 MW H +ATOM 16066 OH2 TIP3X3633 4.690 3.240 -40.840 1.00 0.00 MW O +ATOM 16067 H1 TIP3X3633 4.690 3.480 -41.770 1.00 0.00 MW H +ATOM 16068 H2 TIP3X3633 3.970 2.610 -40.760 1.00 0.00 MW H +ATOM 16069 OH2 TIP3X3634 15.280 -0.970 28.830 1.00 0.00 MW O +ATOM 16070 H1 TIP3X3634 15.450 -1.770 28.330 1.00 0.00 MW H +ATOM 16071 H2 TIP3X3634 15.980 -0.380 28.570 1.00 0.00 MW H +ATOM 16072 OH2 TIP3X3635 8.800 -39.660 -49.930 1.00 0.00 MW O +ATOM 16073 H1 TIP3X3635 8.090 -40.040 -49.410 1.00 0.00 MW H +ATOM 16074 H2 TIP3X3635 9.170 -38.980 -49.360 1.00 0.00 MW H +ATOM 16075 OH2 TIP3X3636 32.870 -30.300 -33.580 1.00 0.00 MW O +ATOM 16076 H1 TIP3X3636 32.220 -29.830 -34.100 1.00 0.00 MW H +ATOM 16077 H2 TIP3X3636 32.480 -31.170 -33.440 1.00 0.00 MW H +ATOM 16078 OH2 TIP3X3637 -18.290 34.490 -25.560 1.00 0.00 MW O +ATOM 16079 H1 TIP3X3637 -17.730 34.850 -26.250 1.00 0.00 MW H +ATOM 16080 H2 TIP3X3637 -18.140 33.540 -25.630 1.00 0.00 MW H +ATOM 16081 OH2 TIP3X3638 -27.550 36.970 18.470 1.00 0.00 MW O +ATOM 16082 H1 TIP3X3638 -27.040 36.550 17.780 1.00 0.00 MW H +ATOM 16083 H2 TIP3X3638 -27.150 37.830 18.570 1.00 0.00 MW H +ATOM 16084 OH2 TIP3X3639 -35.570 -2.010 25.060 1.00 0.00 MW O +ATOM 16085 H1 TIP3X3639 -35.010 -2.180 24.290 1.00 0.00 MW H +ATOM 16086 H2 TIP3X3639 -35.760 -1.080 25.000 1.00 0.00 MW H +ATOM 16087 OH2 TIP3X3640 -44.910 6.370 -16.920 1.00 0.00 MW O +ATOM 16088 H1 TIP3X3640 -44.920 7.140 -16.340 1.00 0.00 MW H +ATOM 16089 H2 TIP3X3640 -44.180 5.840 -16.600 1.00 0.00 MW H +ATOM 16090 OH2 TIP3X3641 41.930 36.460 -35.660 1.00 0.00 MW O +ATOM 16091 H1 TIP3X3641 41.350 37.040 -36.140 1.00 0.00 MW H +ATOM 16092 H2 TIP3X3641 41.520 36.370 -34.800 1.00 0.00 MW H +ATOM 16093 OH2 TIP3X3642 47.110 21.210 -31.380 1.00 0.00 MW O +ATOM 16094 H1 TIP3X3642 48.040 21.250 -31.170 1.00 0.00 MW H +ATOM 16095 H2 TIP3X3642 46.850 20.320 -31.110 1.00 0.00 MW H +ATOM 16096 OH2 TIP3X3643 -7.500 -21.800 -51.700 1.00 0.00 MW O +ATOM 16097 H1 TIP3X3643 -7.890 -21.050 -51.240 1.00 0.00 MW H +ATOM 16098 H2 TIP3X3643 -6.550 -21.690 -51.580 1.00 0.00 MW H +ATOM 16099 OH2 TIP3X3644 41.950 19.970 -45.290 1.00 0.00 MW O +ATOM 16100 H1 TIP3X3644 42.340 19.290 -45.840 1.00 0.00 MW H +ATOM 16101 H2 TIP3X3644 41.010 19.790 -45.320 1.00 0.00 MW H +ATOM 16102 OH2 TIP3X3645 32.930 -30.510 -49.010 1.00 0.00 MW O +ATOM 16103 H1 TIP3X3645 32.750 -31.120 -49.730 1.00 0.00 MW H +ATOM 16104 H2 TIP3X3645 32.700 -31.000 -48.210 1.00 0.00 MW H +ATOM 16105 OH2 TIP3X3646 28.810 34.610 24.680 1.00 0.00 MW O +ATOM 16106 H1 TIP3X3646 28.470 34.730 25.570 1.00 0.00 MW H +ATOM 16107 H2 TIP3X3646 28.850 33.670 24.560 1.00 0.00 MW H +ATOM 16108 OH2 TIP3X3647 20.150 -39.780 -28.820 1.00 0.00 MW O +ATOM 16109 H1 TIP3X3647 19.450 -39.220 -28.510 1.00 0.00 MW H +ATOM 16110 H2 TIP3X3647 19.790 -40.240 -29.570 1.00 0.00 MW H +ATOM 16111 OH2 TIP3X3648 -0.910 23.990 -20.700 1.00 0.00 MW O +ATOM 16112 H1 TIP3X3648 -1.180 24.800 -21.150 1.00 0.00 MW H +ATOM 16113 H2 TIP3X3648 0.000 23.860 -20.980 1.00 0.00 MW H +ATOM 16114 OH2 TIP3X3649 -25.430 8.220 22.820 1.00 0.00 MW O +ATOM 16115 H1 TIP3X3649 -25.420 8.610 21.940 1.00 0.00 MW H +ATOM 16116 H2 TIP3X3649 -25.110 8.920 23.400 1.00 0.00 MW H +ATOM 16117 OH2 TIP3X3650 17.350 29.820 -22.460 1.00 0.00 MW O +ATOM 16118 H1 TIP3X3650 16.700 29.180 -22.770 1.00 0.00 MW H +ATOM 16119 H2 TIP3X3650 18.190 29.430 -22.700 1.00 0.00 MW H +ATOM 16120 OH2 TIP3X3651 30.610 -10.890 -21.000 1.00 0.00 MW O +ATOM 16121 H1 TIP3X3651 30.140 -11.230 -21.760 1.00 0.00 MW H +ATOM 16122 H2 TIP3X3651 31.510 -11.190 -21.130 1.00 0.00 MW H +ATOM 16123 OH2 TIP3X3652 7.300 12.320 31.490 1.00 0.00 MW O +ATOM 16124 H1 TIP3X3652 6.770 11.620 31.120 1.00 0.00 MW H +ATOM 16125 H2 TIP3X3652 7.300 13.010 30.820 1.00 0.00 MW H +ATOM 16126 OH2 TIP3X3653 -25.860 5.200 -49.220 1.00 0.00 MW O +ATOM 16127 H1 TIP3X3653 -26.360 4.610 -48.650 1.00 0.00 MW H +ATOM 16128 H2 TIP3X3653 -24.950 4.900 -49.130 1.00 0.00 MW H +ATOM 16129 OH2 TIP3X3654 27.300 31.680 -28.070 1.00 0.00 MW O +ATOM 16130 H1 TIP3X3654 27.500 31.720 -29.020 1.00 0.00 MW H +ATOM 16131 H2 TIP3X3654 26.620 32.340 -27.950 1.00 0.00 MW H +ATOM 16132 OH2 TIP3X3655 -33.340 8.510 -6.390 1.00 0.00 MW O +ATOM 16133 H1 TIP3X3655 -32.430 8.380 -6.670 1.00 0.00 MW H +ATOM 16134 H2 TIP3X3655 -33.440 9.470 -6.410 1.00 0.00 MW H +ATOM 16135 OH2 TIP3X3656 -19.140 -3.880 -28.440 1.00 0.00 MW O +ATOM 16136 H1 TIP3X3656 -18.960 -4.530 -29.120 1.00 0.00 MW H +ATOM 16137 H2 TIP3X3656 -18.660 -3.100 -28.730 1.00 0.00 MW H +ATOM 16138 OH2 TIP3X3657 -12.610 25.980 35.400 1.00 0.00 MW O +ATOM 16139 H1 TIP3X3657 -13.400 25.520 35.700 1.00 0.00 MW H +ATOM 16140 H2 TIP3X3657 -12.540 26.730 35.990 1.00 0.00 MW H +ATOM 16141 OH2 TIP3X3658 42.250 27.200 -22.340 1.00 0.00 MW O +ATOM 16142 H1 TIP3X3658 42.450 28.140 -22.290 1.00 0.00 MW H +ATOM 16143 H2 TIP3X3658 42.630 26.920 -23.160 1.00 0.00 MW H +ATOM 16144 OH2 TIP3X3659 46.750 4.370 33.170 1.00 0.00 MW O +ATOM 16145 H1 TIP3X3659 47.040 5.010 32.530 1.00 0.00 MW H +ATOM 16146 H2 TIP3X3659 47.520 4.220 33.730 1.00 0.00 MW H +ATOM 16147 OH2 TIP3X3660 27.890 -30.330 -29.490 1.00 0.00 MW O +ATOM 16148 H1 TIP3X3660 28.270 -31.000 -28.930 1.00 0.00 MW H +ATOM 16149 H2 TIP3X3660 28.330 -29.520 -29.230 1.00 0.00 MW H +ATOM 16150 OH2 TIP3X3661 19.350 -29.940 -47.090 1.00 0.00 MW O +ATOM 16151 H1 TIP3X3661 20.140 -30.220 -47.560 1.00 0.00 MW H +ATOM 16152 H2 TIP3X3661 19.280 -29.000 -47.270 1.00 0.00 MW H +ATOM 16153 OH2 TIP3X3662 -40.390 -7.810 -17.930 1.00 0.00 MW O +ATOM 16154 H1 TIP3X3662 -39.720 -8.380 -17.560 1.00 0.00 MW H +ATOM 16155 H2 TIP3X3662 -41.200 -8.060 -17.480 1.00 0.00 MW H +ATOM 16156 OH2 TIP3X3663 34.950 26.000 -18.430 1.00 0.00 MW O +ATOM 16157 H1 TIP3X3663 34.200 25.660 -17.950 1.00 0.00 MW H +ATOM 16158 H2 TIP3X3663 34.640 26.820 -18.820 1.00 0.00 MW H +ATOM 16159 OH2 TIP3X3664 3.190 -49.240 -46.990 1.00 0.00 MW O +ATOM 16160 H1 TIP3X3664 2.820 -48.350 -46.920 1.00 0.00 MW H +ATOM 16161 H2 TIP3X3664 3.950 -49.230 -46.410 1.00 0.00 MW H +ATOM 16162 OH2 TIP3X3665 -18.340 3.960 33.020 1.00 0.00 MW O +ATOM 16163 H1 TIP3X3665 -18.340 4.890 32.810 1.00 0.00 MW H +ATOM 16164 H2 TIP3X3665 -18.870 3.560 32.330 1.00 0.00 MW H +ATOM 16165 OH2 TIP3X3666 17.550 33.020 -35.130 1.00 0.00 MW O +ATOM 16166 H1 TIP3X3666 16.950 33.770 -35.150 1.00 0.00 MW H +ATOM 16167 H2 TIP3X3666 17.770 32.920 -34.210 1.00 0.00 MW H +ATOM 16168 OH2 TIP3X3667 9.420 -15.940 25.240 1.00 0.00 MW O +ATOM 16169 H1 TIP3X3667 9.190 -16.850 25.450 1.00 0.00 MW H +ATOM 16170 H2 TIP3X3667 8.580 -15.510 25.120 1.00 0.00 MW H +ATOM 16171 OH2 TIP3X3668 7.490 -14.380 27.130 1.00 0.00 MW O +ATOM 16172 H1 TIP3X3668 7.820 -13.530 26.830 1.00 0.00 MW H +ATOM 16173 H2 TIP3X3668 8.260 -14.930 27.170 1.00 0.00 MW H +ATOM 16174 OH2 TIP3X3669 -6.180 -35.740 -17.840 1.00 0.00 MW O +ATOM 16175 H1 TIP3X3669 -6.260 -36.690 -17.950 1.00 0.00 MW H +ATOM 16176 H2 TIP3X3669 -6.630 -35.560 -17.020 1.00 0.00 MW H +ATOM 16177 OH2 TIP3X3670 41.020 6.120 33.220 1.00 0.00 MW O +ATOM 16178 H1 TIP3X3670 40.450 5.930 33.960 1.00 0.00 MW H +ATOM 16179 H2 TIP3X3670 40.640 6.920 32.840 1.00 0.00 MW H +ATOM 16180 OH2 TIP3X3671 3.340 -37.010 -45.380 1.00 0.00 MW O +ATOM 16181 H1 TIP3X3671 2.410 -36.740 -45.420 1.00 0.00 MW H +ATOM 16182 H2 TIP3X3671 3.660 -36.650 -44.550 1.00 0.00 MW H +ATOM 16183 OH2 TIP3X3672 32.300 25.850 -27.730 1.00 0.00 MW O +ATOM 16184 H1 TIP3X3672 32.680 25.960 -28.600 1.00 0.00 MW H +ATOM 16185 H2 TIP3X3672 31.440 25.470 -27.890 1.00 0.00 MW H +ATOM 16186 OH2 TIP3X3673 -38.940 -33.800 -42.830 1.00 0.00 MW O +ATOM 16187 H1 TIP3X3673 -39.400 -34.280 -42.150 1.00 0.00 MW H +ATOM 16188 H2 TIP3X3673 -38.840 -32.920 -42.470 1.00 0.00 MW H +ATOM 16189 OH2 TIP3X3674 3.580 30.870 -49.150 1.00 0.00 MW O +ATOM 16190 H1 TIP3X3674 3.170 31.710 -49.340 1.00 0.00 MW H +ATOM 16191 H2 TIP3X3674 3.110 30.250 -49.710 1.00 0.00 MW H +ATOM 16192 OH2 TIP3X3675 45.470 -23.080 -44.980 1.00 0.00 MW O +ATOM 16193 H1 TIP3X3675 45.740 -23.750 -44.350 1.00 0.00 MW H +ATOM 16194 H2 TIP3X3675 45.390 -22.290 -44.460 1.00 0.00 MW H +ATOM 16195 OH2 TIP3X3676 26.140 27.550 -47.770 1.00 0.00 MW O +ATOM 16196 H1 TIP3X3676 26.970 27.800 -48.190 1.00 0.00 MW H +ATOM 16197 H2 TIP3X3676 26.060 26.610 -47.950 1.00 0.00 MW H +ATOM 16198 OH2 TIP3X3677 -37.340 2.850 37.130 1.00 0.00 MW O +ATOM 16199 H1 TIP3X3677 -37.160 3.330 36.320 1.00 0.00 MW H +ATOM 16200 H2 TIP3X3677 -37.690 3.520 37.720 1.00 0.00 MW H +ATOM 16201 OH2 TIP3X3678 -42.460 -33.190 -47.050 1.00 0.00 MW O +ATOM 16202 H1 TIP3X3678 -42.520 -33.820 -47.780 1.00 0.00 MW H +ATOM 16203 H2 TIP3X3678 -41.910 -32.480 -47.400 1.00 0.00 MW H +ATOM 16204 OH2 TIP3X3679 31.260 19.130 -44.150 1.00 0.00 MW O +ATOM 16205 H1 TIP3X3679 30.540 19.650 -44.500 1.00 0.00 MW H +ATOM 16206 H2 TIP3X3679 31.640 19.680 -43.460 1.00 0.00 MW H +ATOM 16207 OH2 TIP3X3680 0.090 40.370 15.050 1.00 0.00 MW O +ATOM 16208 H1 TIP3X3680 -0.180 40.120 15.930 1.00 0.00 MW H +ATOM 16209 H2 TIP3X3680 -0.580 40.990 14.770 1.00 0.00 MW H +ATOM 16210 OH2 TIP3X3681 -18.660 4.660 -34.400 1.00 0.00 MW O +ATOM 16211 H1 TIP3X3681 -18.240 5.480 -34.660 1.00 0.00 MW H +ATOM 16212 H2 TIP3X3681 -19.590 4.840 -34.470 1.00 0.00 MW H +ATOM 16213 OH2 TIP3X3682 32.510 40.110 -38.330 1.00 0.00 MW O +ATOM 16214 H1 TIP3X3682 32.710 40.110 -39.270 1.00 0.00 MW H +ATOM 16215 H2 TIP3X3682 32.110 40.960 -38.170 1.00 0.00 MW H +ATOM 16216 OH2 TIP3X3683 -7.900 28.980 -27.810 1.00 0.00 MW O +ATOM 16217 H1 TIP3X3683 -8.770 28.890 -27.430 1.00 0.00 MW H +ATOM 16218 H2 TIP3X3683 -7.660 28.090 -28.090 1.00 0.00 MW H +ATOM 16219 OH2 TIP3X3684 -25.060 12.840 -32.840 1.00 0.00 MW O +ATOM 16220 H1 TIP3X3684 -25.810 12.440 -32.390 1.00 0.00 MW H +ATOM 16221 H2 TIP3X3684 -25.050 13.740 -32.530 1.00 0.00 MW H +ATOM 16222 OH2 TIP3X3685 -24.340 15.610 -16.220 1.00 0.00 MW O +ATOM 16223 H1 TIP3X3685 -23.790 14.840 -16.390 1.00 0.00 MW H +ATOM 16224 H2 TIP3X3685 -24.180 15.840 -15.310 1.00 0.00 MW H +ATOM 16225 OH2 TIP3X3686 45.780 -50.960 25.540 1.00 0.00 MW O +ATOM 16226 H1 TIP3X3686 45.780 -50.980 26.500 1.00 0.00 MW H +ATOM 16227 H2 TIP3X3686 44.990 -50.470 25.310 1.00 0.00 MW H +ATOM 16228 OH2 TIP3X3687 15.270 0.250 -44.810 1.00 0.00 MW O +ATOM 16229 H1 TIP3X3687 16.040 -0.110 -44.370 1.00 0.00 MW H +ATOM 16230 H2 TIP3X3687 15.600 0.550 -45.660 1.00 0.00 MW H +ATOM 16231 OH2 TIP3X3688 31.950 -31.790 30.460 1.00 0.00 MW O +ATOM 16232 H1 TIP3X3688 32.190 -31.070 29.890 1.00 0.00 MW H +ATOM 16233 H2 TIP3X3688 31.040 -31.610 30.720 1.00 0.00 MW H +ATOM 16234 OH2 TIP3X3689 37.580 25.630 -38.240 1.00 0.00 MW O +ATOM 16235 H1 TIP3X3689 36.830 25.580 -37.640 1.00 0.00 MW H +ATOM 16236 H2 TIP3X3689 38.090 24.850 -38.060 1.00 0.00 MW H +ATOM 16237 OH2 TIP3X3690 -42.410 19.770 -37.460 1.00 0.00 MW O +ATOM 16238 H1 TIP3X3690 -42.450 19.810 -36.500 1.00 0.00 MW H +ATOM 16239 H2 TIP3X3690 -41.840 20.510 -37.700 1.00 0.00 MW H +ATOM 16240 OH2 TIP3X3691 2.620 -44.170 -28.160 1.00 0.00 MW O +ATOM 16241 H1 TIP3X3691 2.900 -43.250 -28.220 1.00 0.00 MW H +ATOM 16242 H2 TIP3X3691 1.660 -44.140 -28.190 1.00 0.00 MW H +ATOM 16243 OH2 TIP3X3692 4.020 3.930 31.470 1.00 0.00 MW O +ATOM 16244 H1 TIP3X3692 3.510 3.130 31.380 1.00 0.00 MW H +ATOM 16245 H2 TIP3X3692 4.780 3.680 32.000 1.00 0.00 MW H +ATOM 16246 OH2 TIP3X3693 26.080 -38.480 15.370 1.00 0.00 MW O +ATOM 16247 H1 TIP3X3693 25.160 -38.220 15.310 1.00 0.00 MW H +ATOM 16248 H2 TIP3X3693 26.560 -37.650 15.440 1.00 0.00 MW H +ATOM 16249 OH2 TIP3X3694 -34.710 -1.410 -19.790 1.00 0.00 MW O +ATOM 16250 H1 TIP3X3694 -34.600 -0.520 -20.110 1.00 0.00 MW H +ATOM 16251 H2 TIP3X3694 -34.330 -1.390 -18.910 1.00 0.00 MW H +ATOM 16252 OH2 TIP3X3695 19.070 -26.390 19.360 1.00 0.00 MW O +ATOM 16253 H1 TIP3X3695 19.020 -26.950 18.590 1.00 0.00 MW H +ATOM 16254 H2 TIP3X3695 19.970 -26.070 19.370 1.00 0.00 MW H +ATOM 16255 OH2 TIP3X3696 7.570 -12.700 -50.270 1.00 0.00 MW O +ATOM 16256 H1 TIP3X3696 6.800 -12.820 -49.710 1.00 0.00 MW H +ATOM 16257 H2 TIP3X3696 8.170 -13.400 -50.000 1.00 0.00 MW H +ATOM 16258 OH2 TIP3X3697 39.200 -48.740 22.920 1.00 0.00 MW O +ATOM 16259 H1 TIP3X3697 38.920 -49.420 23.520 1.00 0.00 MW H +ATOM 16260 H2 TIP3X3697 40.130 -48.930 22.730 1.00 0.00 MW H +ATOM 16261 OH2 TIP3X3698 34.610 28.710 -32.130 1.00 0.00 MW O +ATOM 16262 H1 TIP3X3698 34.450 29.150 -31.290 1.00 0.00 MW H +ATOM 16263 H2 TIP3X3698 34.740 29.420 -32.750 1.00 0.00 MW H +ATOM 16264 OH2 TIP3X3699 14.620 -44.760 31.200 1.00 0.00 MW O +ATOM 16265 H1 TIP3X3699 15.130 -44.570 30.420 1.00 0.00 MW H +ATOM 16266 H2 TIP3X3699 15.090 -45.460 31.640 1.00 0.00 MW H +ATOM 16267 OH2 TIP3X3700 11.670 -12.700 28.580 1.00 0.00 MW O +ATOM 16268 H1 TIP3X3700 11.170 -13.500 28.460 1.00 0.00 MW H +ATOM 16269 H2 TIP3X3700 12.590 -12.990 28.660 1.00 0.00 MW H +ATOM 16270 OH2 TIP3X3701 18.510 25.910 -23.320 1.00 0.00 MW O +ATOM 16271 H1 TIP3X3701 19.140 26.460 -22.860 1.00 0.00 MW H +ATOM 16272 H2 TIP3X3701 18.970 25.630 -24.110 1.00 0.00 MW H +ATOM 16273 OH2 TIP3X3702 35.890 -16.390 -39.030 1.00 0.00 MW O +ATOM 16274 H1 TIP3X3702 36.820 -16.210 -39.150 1.00 0.00 MW H +ATOM 16275 H2 TIP3X3702 35.540 -15.570 -38.670 1.00 0.00 MW H +ATOM 16276 OH2 TIP3X3703 -15.160 -37.630 -38.370 1.00 0.00 MW O +ATOM 16277 H1 TIP3X3703 -15.170 -37.930 -37.460 1.00 0.00 MW H +ATOM 16278 H2 TIP3X3703 -16.070 -37.560 -38.630 1.00 0.00 MW H +ATOM 16279 OH2 TIP3X3704 -23.530 -30.350 15.360 1.00 0.00 MW O +ATOM 16280 H1 TIP3X3704 -23.890 -31.170 15.030 1.00 0.00 MW H +ATOM 16281 H2 TIP3X3704 -22.630 -30.570 15.620 1.00 0.00 MW H +ATOM 16282 OH2 TIP3X3705 45.720 21.420 -6.490 1.00 0.00 MW O +ATOM 16283 H1 TIP3X3705 45.980 21.880 -7.290 1.00 0.00 MW H +ATOM 16284 H2 TIP3X3705 46.530 21.040 -6.150 1.00 0.00 MW H +ATOM 16285 OH2 TIP3X3706 -23.030 -27.740 -26.610 1.00 0.00 MW O +ATOM 16286 H1 TIP3X3706 -23.750 -27.100 -26.610 1.00 0.00 MW H +ATOM 16287 H2 TIP3X3706 -23.460 -28.590 -26.650 1.00 0.00 MW H +ATOM 16288 OH2 TIP3X3707 26.210 -31.790 35.890 1.00 0.00 MW O +ATOM 16289 H1 TIP3X3707 25.770 -31.410 36.640 1.00 0.00 MW H +ATOM 16290 H2 TIP3X3707 25.770 -32.640 35.760 1.00 0.00 MW H +ATOM 16291 OH2 TIP3X3708 36.530 -26.000 -29.260 1.00 0.00 MW O +ATOM 16292 H1 TIP3X3708 35.640 -25.960 -29.600 1.00 0.00 MW H +ATOM 16293 H2 TIP3X3708 36.770 -26.920 -29.320 1.00 0.00 MW H +ATOM 16294 OH2 TIP3X3709 -28.900 -11.010 21.720 1.00 0.00 MW O +ATOM 16295 H1 TIP3X3709 -29.450 -10.880 20.950 1.00 0.00 MW H +ATOM 16296 H2 TIP3X3709 -28.500 -10.160 21.870 1.00 0.00 MW H +ATOM 16297 OH2 TIP3X3710 11.650 7.010 -13.050 1.00 0.00 MW O +ATOM 16298 H1 TIP3X3710 11.940 6.360 -13.680 1.00 0.00 MW H +ATOM 16299 H2 TIP3X3710 10.950 7.490 -13.500 1.00 0.00 MW H +ATOM 16300 OH2 TIP3X3711 -3.460 -26.540 21.570 1.00 0.00 MW O +ATOM 16301 H1 TIP3X3711 -3.300 -27.370 22.020 1.00 0.00 MW H +ATOM 16302 H2 TIP3X3711 -4.400 -26.540 21.380 1.00 0.00 MW H +ATOM 16303 OH2 TIP3X3712 24.390 -20.140 24.230 1.00 0.00 MW O +ATOM 16304 H1 TIP3X3712 24.130 -20.020 25.150 1.00 0.00 MW H +ATOM 16305 H2 TIP3X3712 23.680 -20.640 23.830 1.00 0.00 MW H +ATOM 16306 OH2 TIP3X3713 29.150 37.570 -38.710 1.00 0.00 MW O +ATOM 16307 H1 TIP3X3713 28.990 36.920 -39.390 1.00 0.00 MW H +ATOM 16308 H2 TIP3X3713 28.790 38.390 -39.060 1.00 0.00 MW H +ATOM 16309 OH2 TIP3X3714 32.570 18.780 -37.650 1.00 0.00 MW O +ATOM 16310 H1 TIP3X3714 32.740 18.240 -38.410 1.00 0.00 MW H +ATOM 16311 H2 TIP3X3714 31.650 19.010 -37.720 1.00 0.00 MW H +ATOM 16312 OH2 TIP3X3715 17.870 -39.900 -48.880 1.00 0.00 MW O +ATOM 16313 H1 TIP3X3715 16.990 -39.880 -48.500 1.00 0.00 MW H +ATOM 16314 H2 TIP3X3715 17.940 -39.070 -49.340 1.00 0.00 MW H +ATOM 16315 OH2 TIP3X3716 -24.650 -41.740 22.210 1.00 0.00 MW O +ATOM 16316 H1 TIP3X3716 -24.280 -41.310 22.980 1.00 0.00 MW H +ATOM 16317 H2 TIP3X3716 -25.000 -41.030 21.680 1.00 0.00 MW H +ATOM 16318 OH2 TIP3X3717 9.670 -23.120 25.400 1.00 0.00 MW O +ATOM 16319 H1 TIP3X3717 10.420 -23.700 25.510 1.00 0.00 MW H +ATOM 16320 H2 TIP3X3717 9.110 -23.310 26.160 1.00 0.00 MW H +ATOM 16321 OH2 TIP3X3718 -25.310 -7.770 34.470 1.00 0.00 MW O +ATOM 16322 H1 TIP3X3718 -25.520 -6.900 34.140 1.00 0.00 MW H +ATOM 16323 H2 TIP3X3718 -25.090 -7.620 35.390 1.00 0.00 MW H +ATOM 16324 OH2 TIP3X3719 -35.930 -29.620 33.300 1.00 0.00 MW O +ATOM 16325 H1 TIP3X3719 -35.000 -29.810 33.190 1.00 0.00 MW H +ATOM 16326 H2 TIP3X3719 -35.950 -28.700 33.530 1.00 0.00 MW H +ATOM 16327 OH2 TIP3X3720 15.200 11.930 -33.150 1.00 0.00 MW O +ATOM 16328 H1 TIP3X3720 14.920 12.220 -32.280 1.00 0.00 MW H +ATOM 16329 H2 TIP3X3720 15.990 12.440 -33.330 1.00 0.00 MW H +ATOM 16330 OH2 TIP3X3721 44.270 -27.720 -51.270 1.00 0.00 MW O +ATOM 16331 H1 TIP3X3721 44.240 -27.060 -51.970 1.00 0.00 MW H +ATOM 16332 H2 TIP3X3721 44.280 -27.210 -50.460 1.00 0.00 MW H +ATOM 16333 OH2 TIP3X3722 -17.410 -24.750 38.720 1.00 0.00 MW O +ATOM 16334 H1 TIP3X3722 -18.020 -25.380 38.340 1.00 0.00 MW H +ATOM 16335 H2 TIP3X3722 -17.940 -24.160 39.250 1.00 0.00 MW H +ATOM 16336 OH2 TIP3X3723 -39.870 -37.500 -37.470 1.00 0.00 MW O +ATOM 16337 H1 TIP3X3723 -39.120 -36.930 -37.340 1.00 0.00 MW H +ATOM 16338 H2 TIP3X3723 -39.540 -38.380 -37.260 1.00 0.00 MW H +ATOM 16339 OH2 TIP3X3724 0.100 13.500 30.270 1.00 0.00 MW O +ATOM 16340 H1 TIP3X3724 0.610 14.150 29.780 1.00 0.00 MW H +ATOM 16341 H2 TIP3X3724 0.450 12.660 29.980 1.00 0.00 MW H +ATOM 16342 OH2 TIP3X3725 -43.150 10.550 -15.050 1.00 0.00 MW O +ATOM 16343 H1 TIP3X3725 -42.390 10.300 -14.530 1.00 0.00 MW H +ATOM 16344 H2 TIP3X3725 -43.000 11.470 -15.280 1.00 0.00 MW H +ATOM 16345 OH2 TIP3X3726 42.470 29.840 -37.380 1.00 0.00 MW O +ATOM 16346 H1 TIP3X3726 43.110 29.210 -37.060 1.00 0.00 MW H +ATOM 16347 H2 TIP3X3726 42.310 29.590 -38.290 1.00 0.00 MW H +ATOM 16348 OH2 TIP3X3727 37.330 7.240 -51.440 1.00 0.00 MW O +ATOM 16349 H1 TIP3X3727 37.730 6.510 -51.920 1.00 0.00 MW H +ATOM 16350 H2 TIP3X3727 38.050 7.590 -50.900 1.00 0.00 MW H +ATOM 16351 OH2 TIP3X3728 -5.820 -51.030 32.990 1.00 0.00 MW O +ATOM 16352 H1 TIP3X3728 -6.450 -51.060 33.720 1.00 0.00 MW H +ATOM 16353 H2 TIP3X3728 -5.690 -51.950 32.770 1.00 0.00 MW H +ATOM 16354 OH2 TIP3X3729 22.300 19.630 -25.670 1.00 0.00 MW O +ATOM 16355 H1 TIP3X3729 23.090 19.830 -25.150 1.00 0.00 MW H +ATOM 16356 H2 TIP3X3729 21.730 19.160 -25.060 1.00 0.00 MW H +ATOM 16357 OH2 TIP3X3730 23.250 -43.100 -23.520 1.00 0.00 MW O +ATOM 16358 H1 TIP3X3730 24.010 -43.620 -23.750 1.00 0.00 MW H +ATOM 16359 H2 TIP3X3730 22.600 -43.330 -24.190 1.00 0.00 MW H +ATOM 16360 OH2 TIP3X3731 -9.370 41.190 15.960 1.00 0.00 MW O +ATOM 16361 H1 TIP3X3731 -9.920 41.260 16.740 1.00 0.00 MW H +ATOM 16362 H2 TIP3X3731 -8.670 41.820 16.090 1.00 0.00 MW H +ATOM 16363 OH2 TIP3X3732 45.820 -14.710 -26.290 1.00 0.00 MW O +ATOM 16364 H1 TIP3X3732 44.910 -14.590 -26.020 1.00 0.00 MW H +ATOM 16365 H2 TIP3X3732 46.050 -13.890 -26.730 1.00 0.00 MW H +ATOM 16366 OH2 TIP3X3733 -15.010 -31.010 23.880 1.00 0.00 MW O +ATOM 16367 H1 TIP3X3733 -15.870 -30.860 24.270 1.00 0.00 MW H +ATOM 16368 H2 TIP3X3733 -14.790 -30.190 23.450 1.00 0.00 MW H +ATOM 16369 OH2 TIP3X3734 -41.930 11.660 -35.950 1.00 0.00 MW O +ATOM 16370 H1 TIP3X3734 -42.240 10.800 -35.660 1.00 0.00 MW H +ATOM 16371 H2 TIP3X3734 -41.010 11.520 -36.170 1.00 0.00 MW H +ATOM 16372 OH2 TIP3X3735 -24.540 19.940 -26.280 1.00 0.00 MW O +ATOM 16373 H1 TIP3X3735 -23.810 19.340 -26.380 1.00 0.00 MW H +ATOM 16374 H2 TIP3X3735 -24.350 20.660 -26.900 1.00 0.00 MW H +ATOM 16375 OH2 TIP3X3736 -27.870 1.440 -20.900 1.00 0.00 MW O +ATOM 16376 H1 TIP3X3736 -28.540 1.710 -20.270 1.00 0.00 MW H +ATOM 16377 H2 TIP3X3736 -28.330 0.860 -21.510 1.00 0.00 MW H +ATOM 16378 OH2 TIP3X3737 -13.830 -17.630 -31.910 1.00 0.00 MW O +ATOM 16379 H1 TIP3X3737 -14.720 -17.940 -31.710 1.00 0.00 MW H +ATOM 16380 H2 TIP3X3737 -13.960 -16.940 -32.550 1.00 0.00 MW H +ATOM 16381 OH2 TIP3X3738 -35.850 43.140 -38.830 1.00 0.00 MW O +ATOM 16382 H1 TIP3X3738 -35.530 42.370 -38.350 1.00 0.00 MW H +ATOM 16383 H2 TIP3X3738 -35.090 43.730 -38.860 1.00 0.00 MW H +ATOM 16384 OH2 TIP3X3739 -12.790 -35.870 23.020 1.00 0.00 MW O +ATOM 16385 H1 TIP3X3739 -13.260 -36.340 23.700 1.00 0.00 MW H +ATOM 16386 H2 TIP3X3739 -12.880 -34.950 23.270 1.00 0.00 MW H +ATOM 16387 OH2 TIP3X3740 -6.510 10.690 -43.090 1.00 0.00 MW O +ATOM 16388 H1 TIP3X3740 -6.820 10.020 -42.470 1.00 0.00 MW H +ATOM 16389 H2 TIP3X3740 -6.270 10.180 -43.870 1.00 0.00 MW H +ATOM 16390 OH2 TIP3X3741 -9.760 -45.020 -34.240 1.00 0.00 MW O +ATOM 16391 H1 TIP3X3741 -9.320 -44.590 -33.510 1.00 0.00 MW H +ATOM 16392 H2 TIP3X3741 -9.090 -45.620 -34.590 1.00 0.00 MW H +ATOM 16393 OH2 TIP3X3742 -36.750 -30.290 24.670 1.00 0.00 MW O +ATOM 16394 H1 TIP3X3742 -37.600 -30.580 25.000 1.00 0.00 MW H +ATOM 16395 H2 TIP3X3742 -36.180 -31.040 24.820 1.00 0.00 MW H +ATOM 16396 OH2 TIP3X3743 -36.640 -49.540 15.390 1.00 0.00 MW O +ATOM 16397 H1 TIP3X3743 -36.280 -48.650 15.330 1.00 0.00 MW H +ATOM 16398 H2 TIP3X3743 -37.580 -49.410 15.530 1.00 0.00 MW H +ATOM 16399 OH2 TIP3X3744 14.450 9.130 -41.860 1.00 0.00 MW O +ATOM 16400 H1 TIP3X3744 14.760 8.260 -42.110 1.00 0.00 MW H +ATOM 16401 H2 TIP3X3744 13.580 9.200 -42.260 1.00 0.00 MW H +ATOM 16402 OH2 TIP3X3745 39.610 -28.220 23.180 1.00 0.00 MW O +ATOM 16403 H1 TIP3X3745 40.470 -28.120 23.590 1.00 0.00 MW H +ATOM 16404 H2 TIP3X3745 39.740 -27.980 22.260 1.00 0.00 MW H +ATOM 16405 OH2 TIP3X3746 -25.310 19.560 23.310 1.00 0.00 MW O +ATOM 16406 H1 TIP3X3746 -26.140 19.840 23.710 1.00 0.00 MW H +ATOM 16407 H2 TIP3X3746 -25.290 19.990 22.460 1.00 0.00 MW H +ATOM 16408 OH2 TIP3X3747 37.370 -25.690 -51.650 1.00 0.00 MW O +ATOM 16409 H1 TIP3X3747 38.000 -24.980 -51.790 1.00 0.00 MW H +ATOM 16410 H2 TIP3X3747 37.720 -26.420 -52.160 1.00 0.00 MW H +ATOM 16411 OH2 TIP3X3748 -28.080 26.940 19.950 1.00 0.00 MW O +ATOM 16412 H1 TIP3X3748 -28.860 26.430 20.160 1.00 0.00 MW H +ATOM 16413 H2 TIP3X3748 -27.480 26.770 20.680 1.00 0.00 MW H +ATOM 16414 OH2 TIP3X3749 -19.750 21.060 40.810 1.00 0.00 MW O +ATOM 16415 H1 TIP3X3749 -19.030 21.470 40.330 1.00 0.00 MW H +ATOM 16416 H2 TIP3X3749 -19.320 20.390 41.350 1.00 0.00 MW H +ATOM 16417 OH2 TIP3X3750 47.310 2.080 35.240 1.00 0.00 MW O +ATOM 16418 H1 TIP3X3750 47.640 1.600 36.000 1.00 0.00 MW H +ATOM 16419 H2 TIP3X3750 47.890 2.840 35.150 1.00 0.00 MW H +ATOM 16420 OH2 TIP3X3751 28.910 40.710 -39.080 1.00 0.00 MW O +ATOM 16421 H1 TIP3X3751 29.250 41.450 -38.590 1.00 0.00 MW H +ATOM 16422 H2 TIP3X3751 28.190 40.370 -38.540 1.00 0.00 MW H +ATOM 16423 OH2 TIP3X3752 -22.580 -0.610 -18.770 1.00 0.00 MW O +ATOM 16424 H1 TIP3X3752 -22.580 -0.030 -18.010 1.00 0.00 MW H +ATOM 16425 H2 TIP3X3752 -22.850 -1.470 -18.430 1.00 0.00 MW H +ATOM 16426 OH2 TIP3X3753 -27.090 -26.430 -32.320 1.00 0.00 MW O +ATOM 16427 H1 TIP3X3753 -26.680 -25.570 -32.400 1.00 0.00 MW H +ATOM 16428 H2 TIP3X3753 -26.560 -26.980 -32.910 1.00 0.00 MW H +ATOM 16429 OH2 TIP3X3754 -25.600 -3.950 -37.270 1.00 0.00 MW O +ATOM 16430 H1 TIP3X3754 -25.680 -4.280 -36.380 1.00 0.00 MW H +ATOM 16431 H2 TIP3X3754 -24.940 -4.500 -37.680 1.00 0.00 MW H +ATOM 16432 OH2 TIP3X3755 -20.460 -29.270 -28.200 1.00 0.00 MW O +ATOM 16433 H1 TIP3X3755 -19.940 -28.510 -27.960 1.00 0.00 MW H +ATOM 16434 H2 TIP3X3755 -21.270 -28.910 -28.570 1.00 0.00 MW H +ATOM 16435 OH2 TIP3X3756 19.860 6.020 16.760 1.00 0.00 MW O +ATOM 16436 H1 TIP3X3756 19.830 5.250 17.320 1.00 0.00 MW H +ATOM 16437 H2 TIP3X3756 19.230 5.830 16.060 1.00 0.00 MW H +ATOM 16438 OH2 TIP3X3757 17.110 -47.740 -43.550 1.00 0.00 MW O +ATOM 16439 H1 TIP3X3757 17.370 -47.010 -42.990 1.00 0.00 MW H +ATOM 16440 H2 TIP3X3757 17.720 -48.450 -43.310 1.00 0.00 MW H +ATOM 16441 OH2 TIP3X3758 -17.150 38.740 -39.690 1.00 0.00 MW O +ATOM 16442 H1 TIP3X3758 -17.740 39.470 -39.520 1.00 0.00 MW H +ATOM 16443 H2 TIP3X3758 -17.710 37.960 -39.670 1.00 0.00 MW H +ATOM 16444 OH2 TIP3X3759 42.630 -13.940 -35.660 1.00 0.00 MW O +ATOM 16445 H1 TIP3X3759 42.620 -13.700 -34.740 1.00 0.00 MW H +ATOM 16446 H2 TIP3X3759 42.620 -14.900 -35.660 1.00 0.00 MW H +ATOM 16447 OH2 TIP3X3760 11.440 25.360 -22.780 1.00 0.00 MW O +ATOM 16448 H1 TIP3X3760 11.440 24.400 -22.760 1.00 0.00 MW H +ATOM 16449 H2 TIP3X3760 12.180 25.580 -23.340 1.00 0.00 MW H +ATOM 16450 OH2 TIP3X3761 -0.910 -31.620 -50.390 1.00 0.00 MW O +ATOM 16451 H1 TIP3X3761 -0.030 -31.600 -49.990 1.00 0.00 MW H +ATOM 16452 H2 TIP3X3761 -1.150 -32.540 -50.400 1.00 0.00 MW H +ATOM 16453 OH2 TIP3X3762 30.170 -13.610 32.450 1.00 0.00 MW O +ATOM 16454 H1 TIP3X3762 30.570 -14.220 31.820 1.00 0.00 MW H +ATOM 16455 H2 TIP3X3762 30.910 -13.200 32.880 1.00 0.00 MW H +ATOM 16456 OH2 TIP3X3763 32.780 -24.880 20.430 1.00 0.00 MW O +ATOM 16457 H1 TIP3X3763 32.770 -24.900 19.470 1.00 0.00 MW H +ATOM 16458 H2 TIP3X3763 32.080 -24.280 20.660 1.00 0.00 MW H +ATOM 16459 OH2 TIP3X3764 34.510 -24.610 -26.640 1.00 0.00 MW O +ATOM 16460 H1 TIP3X3764 34.800 -25.490 -26.440 1.00 0.00 MW H +ATOM 16461 H2 TIP3X3764 34.070 -24.680 -27.490 1.00 0.00 MW H +ATOM 16462 OH2 TIP3X3765 27.130 22.120 25.580 1.00 0.00 MW O +ATOM 16463 H1 TIP3X3765 27.380 21.230 25.320 1.00 0.00 MW H +ATOM 16464 H2 TIP3X3765 26.420 22.010 26.200 1.00 0.00 MW H +ATOM 16465 OH2 TIP3X3766 11.960 10.920 39.730 1.00 0.00 MW O +ATOM 16466 H1 TIP3X3766 11.600 11.480 40.420 1.00 0.00 MW H +ATOM 16467 H2 TIP3X3766 11.370 11.030 39.000 1.00 0.00 MW H +ATOM 16468 OH2 TIP3X3767 -13.840 -24.460 -28.950 1.00 0.00 MW O +ATOM 16469 H1 TIP3X3767 -13.710 -24.320 -28.010 1.00 0.00 MW H +ATOM 16470 H2 TIP3X3767 -13.120 -25.010 -29.220 1.00 0.00 MW H +ATOM 16471 OH2 TIP3X3768 -44.700 30.210 -44.640 1.00 0.00 MW O +ATOM 16472 H1 TIP3X3768 -45.370 30.270 -43.970 1.00 0.00 MW H +ATOM 16473 H2 TIP3X3768 -43.880 30.360 -44.170 1.00 0.00 MW H +ATOM 16474 OH2 TIP3X3769 -30.000 37.950 -24.870 1.00 0.00 MW O +ATOM 16475 H1 TIP3X3769 -30.220 38.840 -24.600 1.00 0.00 MW H +ATOM 16476 H2 TIP3X3769 -29.100 37.810 -24.550 1.00 0.00 MW H +ATOM 16477 OH2 TIP3X3770 -21.610 37.110 -45.960 1.00 0.00 MW O +ATOM 16478 H1 TIP3X3770 -20.770 36.820 -46.340 1.00 0.00 MW H +ATOM 16479 H2 TIP3X3770 -21.590 38.060 -46.020 1.00 0.00 MW H +ATOM 16480 OH2 TIP3X3771 2.380 32.460 -32.560 1.00 0.00 MW O +ATOM 16481 H1 TIP3X3771 1.850 32.810 -33.290 1.00 0.00 MW H +ATOM 16482 H2 TIP3X3771 3.210 32.200 -32.960 1.00 0.00 MW H +ATOM 16483 OH2 TIP3X3772 19.240 25.710 19.720 1.00 0.00 MW O +ATOM 16484 H1 TIP3X3772 18.780 25.700 20.550 1.00 0.00 MW H +ATOM 16485 H2 TIP3X3772 19.490 24.810 19.570 1.00 0.00 MW H +ATOM 16486 OH2 TIP3X3773 41.470 -51.390 27.670 1.00 0.00 MW O +ATOM 16487 H1 TIP3X3773 40.860 -50.660 27.690 1.00 0.00 MW H +ATOM 16488 H2 TIP3X3773 40.900 -52.170 27.770 1.00 0.00 MW H +ATOM 16489 OH2 TIP3X3774 -7.350 -35.680 -51.320 1.00 0.00 MW O +ATOM 16490 H1 TIP3X3774 -7.090 -35.190 -52.090 1.00 0.00 MW H +ATOM 16491 H2 TIP3X3774 -7.960 -36.330 -51.640 1.00 0.00 MW H +ATOM 16492 OH2 TIP3X3775 -33.390 36.320 -39.380 1.00 0.00 MW O +ATOM 16493 H1 TIP3X3775 -32.810 37.040 -39.600 1.00 0.00 MW H +ATOM 16494 H2 TIP3X3775 -33.580 35.900 -40.230 1.00 0.00 MW H +ATOM 16495 OH2 TIP3X3776 -43.430 -39.630 -26.620 1.00 0.00 MW O +ATOM 16496 H1 TIP3X3776 -42.650 -40.170 -26.730 1.00 0.00 MW H +ATOM 16497 H2 TIP3X3776 -43.120 -38.740 -26.700 1.00 0.00 MW H +ATOM 16498 OH2 TIP3X3777 -0.640 27.550 -30.670 1.00 0.00 MW O +ATOM 16499 H1 TIP3X3777 -0.240 28.420 -30.660 1.00 0.00 MW H +ATOM 16500 H2 TIP3X3777 0.040 26.970 -31.000 1.00 0.00 MW H +ATOM 16501 OH2 TIP3X3778 -16.780 -32.130 -32.740 1.00 0.00 MW O +ATOM 16502 H1 TIP3X3778 -16.260 -31.520 -32.210 1.00 0.00 MW H +ATOM 16503 H2 TIP3X3778 -16.140 -32.580 -33.300 1.00 0.00 MW H +ATOM 16504 OH2 TIP3X3779 -37.060 -43.900 -48.500 1.00 0.00 MW O +ATOM 16505 H1 TIP3X3779 -36.980 -43.680 -47.580 1.00 0.00 MW H +ATOM 16506 H2 TIP3X3779 -37.640 -43.240 -48.860 1.00 0.00 MW H +ATOM 16507 OH2 TIP3X3780 0.540 -40.680 -45.570 1.00 0.00 MW O +ATOM 16508 H1 TIP3X3780 -0.400 -40.660 -45.680 1.00 0.00 MW H +ATOM 16509 H2 TIP3X3780 0.810 -41.560 -45.840 1.00 0.00 MW H +ATOM 16510 OH2 TIP3X3781 37.750 14.100 -22.420 1.00 0.00 MW O +ATOM 16511 H1 TIP3X3781 38.180 14.540 -23.150 1.00 0.00 MW H +ATOM 16512 H2 TIP3X3781 37.450 14.820 -21.860 1.00 0.00 MW H +ATOM 16513 OH2 TIP3X3782 4.010 35.410 -39.760 1.00 0.00 MW O +ATOM 16514 H1 TIP3X3782 3.230 35.330 -40.300 1.00 0.00 MW H +ATOM 16515 H2 TIP3X3782 4.730 35.550 -40.380 1.00 0.00 MW H +ATOM 16516 OH2 TIP3X3783 18.440 -37.570 36.690 1.00 0.00 MW O +ATOM 16517 H1 TIP3X3783 19.350 -37.420 36.900 1.00 0.00 MW H +ATOM 16518 H2 TIP3X3783 18.020 -36.720 36.810 1.00 0.00 MW H +ATOM 16519 OH2 TIP3X3784 -4.820 -22.880 -51.360 1.00 0.00 MW O +ATOM 16520 H1 TIP3X3784 -4.380 -23.310 -52.100 1.00 0.00 MW H +ATOM 16521 H2 TIP3X3784 -5.370 -23.570 -50.980 1.00 0.00 MW H +ATOM 16522 OH2 TIP3X3785 -13.810 2.290 -41.950 1.00 0.00 MW O +ATOM 16523 H1 TIP3X3785 -13.540 1.570 -41.390 1.00 0.00 MW H +ATOM 16524 H2 TIP3X3785 -14.720 2.130 -42.150 1.00 0.00 MW H +ATOM 16525 OH2 TIP3X3786 -12.680 -51.030 34.120 1.00 0.00 MW O +ATOM 16526 H1 TIP3X3786 -12.090 -50.290 34.180 1.00 0.00 MW H +ATOM 16527 H2 TIP3X3786 -12.100 -51.790 34.030 1.00 0.00 MW H +ATOM 16528 OH2 TIP3X3787 -29.960 -24.580 -20.790 1.00 0.00 MW O +ATOM 16529 H1 TIP3X3787 -30.030 -25.280 -20.140 1.00 0.00 MW H +ATOM 16530 H2 TIP3X3787 -30.250 -24.990 -21.610 1.00 0.00 MW H +ATOM 16531 OH2 TIP3X3788 -16.720 -13.650 36.620 1.00 0.00 MW O +ATOM 16532 H1 TIP3X3788 -17.420 -14.290 36.640 1.00 0.00 MW H +ATOM 16533 H2 TIP3X3788 -15.950 -14.120 36.940 1.00 0.00 MW H +ATOM 16534 OH2 TIP3X3789 16.070 -3.470 35.650 1.00 0.00 MW O +ATOM 16535 H1 TIP3X3789 16.650 -3.990 36.210 1.00 0.00 MW H +ATOM 16536 H2 TIP3X3789 16.570 -3.270 34.870 1.00 0.00 MW H +ATOM 16537 OH2 TIP3X3790 48.120 -11.040 30.850 1.00 0.00 MW O +ATOM 16538 H1 TIP3X3790 47.920 -11.480 30.020 1.00 0.00 MW H +ATOM 16539 H2 TIP3X3790 47.620 -10.230 30.820 1.00 0.00 MW H +ATOM 16540 OH2 TIP3X3791 -32.840 1.120 -38.610 1.00 0.00 MW O +ATOM 16541 H1 TIP3X3791 -33.780 1.150 -38.810 1.00 0.00 MW H +ATOM 16542 H2 TIP3X3791 -32.480 1.920 -39.010 1.00 0.00 MW H +ATOM 16543 OH2 TIP3X3792 -40.820 -47.690 22.060 1.00 0.00 MW O +ATOM 16544 H1 TIP3X3792 -40.600 -48.610 21.920 1.00 0.00 MW H +ATOM 16545 H2 TIP3X3792 -40.710 -47.550 22.990 1.00 0.00 MW H +ATOM 16546 OH2 TIP3X3793 -17.620 -36.810 31.120 1.00 0.00 MW O +ATOM 16547 H1 TIP3X3793 -18.350 -36.200 31.050 1.00 0.00 MW H +ATOM 16548 H2 TIP3X3793 -16.900 -36.300 31.480 1.00 0.00 MW H +ATOM 16549 OH2 TIP3X3794 5.910 35.140 -31.780 1.00 0.00 MW O +ATOM 16550 H1 TIP3X3794 5.210 35.770 -31.980 1.00 0.00 MW H +ATOM 16551 H2 TIP3X3794 6.690 35.500 -32.200 1.00 0.00 MW H +ATOM 16552 OH2 TIP3X3795 -9.930 -4.840 36.710 1.00 0.00 MW O +ATOM 16553 H1 TIP3X3795 -9.920 -4.400 37.560 1.00 0.00 MW H +ATOM 16554 H2 TIP3X3795 -9.580 -5.720 36.900 1.00 0.00 MW H +ATOM 16555 OH2 TIP3X3796 -21.990 -15.270 25.520 1.00 0.00 MW O +ATOM 16556 H1 TIP3X3796 -21.390 -14.660 25.100 1.00 0.00 MW H +ATOM 16557 H2 TIP3X3796 -21.520 -16.110 25.520 1.00 0.00 MW H +ATOM 16558 OH2 TIP3X3797 3.670 -29.630 -40.780 1.00 0.00 MW O +ATOM 16559 H1 TIP3X3797 3.760 -30.210 -41.540 1.00 0.00 MW H +ATOM 16560 H2 TIP3X3797 4.060 -28.810 -41.060 1.00 0.00 MW H +ATOM 16561 OH2 TIP3X3798 -37.420 22.210 33.880 1.00 0.00 MW O +ATOM 16562 H1 TIP3X3798 -37.390 21.270 34.040 1.00 0.00 MW H +ATOM 16563 H2 TIP3X3798 -36.770 22.350 33.190 1.00 0.00 MW H +ATOM 16564 OH2 TIP3X3799 4.230 24.200 -43.580 1.00 0.00 MW O +ATOM 16565 H1 TIP3X3799 3.860 25.020 -43.280 1.00 0.00 MW H +ATOM 16566 H2 TIP3X3799 4.550 24.380 -44.460 1.00 0.00 MW H +ATOM 16567 OH2 TIP3X3800 28.890 29.800 -22.430 1.00 0.00 MW O +ATOM 16568 H1 TIP3X3800 29.670 29.250 -22.370 1.00 0.00 MW H +ATOM 16569 H2 TIP3X3800 29.090 30.430 -23.130 1.00 0.00 MW H +ATOM 16570 OH2 TIP3X3801 -15.500 -49.850 11.750 1.00 0.00 MW O +ATOM 16571 H1 TIP3X3801 -16.390 -49.830 11.390 1.00 0.00 MW H +ATOM 16572 H2 TIP3X3801 -14.930 -49.780 10.990 1.00 0.00 MW H +ATOM 16573 OH2 TIP3X3802 -28.330 -16.690 -28.320 1.00 0.00 MW O +ATOM 16574 H1 TIP3X3802 -27.850 -16.970 -27.530 1.00 0.00 MW H +ATOM 16575 H2 TIP3X3802 -29.160 -16.370 -27.970 1.00 0.00 MW H +ATOM 16576 OH2 TIP3X3803 -0.400 -5.250 -28.280 1.00 0.00 MW O +ATOM 16577 H1 TIP3X3803 -0.570 -5.610 -29.140 1.00 0.00 MW H +ATOM 16578 H2 TIP3X3803 -0.230 -4.320 -28.420 1.00 0.00 MW H +ATOM 16579 OH2 TIP3X3804 -24.450 29.160 29.000 1.00 0.00 MW O +ATOM 16580 H1 TIP3X3804 -24.560 28.620 29.780 1.00 0.00 MW H +ATOM 16581 H2 TIP3X3804 -24.370 30.050 29.340 1.00 0.00 MW H +ATOM 16582 OH2 TIP3X3805 0.140 -21.780 -32.850 1.00 0.00 MW O +ATOM 16583 H1 TIP3X3805 0.750 -21.960 -32.140 1.00 0.00 MW H +ATOM 16584 H2 TIP3X3805 -0.510 -22.490 -32.790 1.00 0.00 MW H +ATOM 16585 OH2 TIP3X3806 11.900 13.830 33.400 1.00 0.00 MW O +ATOM 16586 H1 TIP3X3806 11.870 12.910 33.650 1.00 0.00 MW H +ATOM 16587 H2 TIP3X3806 12.830 14.030 33.360 1.00 0.00 MW H +ATOM 16588 OH2 TIP3X3807 20.440 -0.090 -29.820 1.00 0.00 MW O +ATOM 16589 H1 TIP3X3807 20.960 0.700 -29.670 1.00 0.00 MW H +ATOM 16590 H2 TIP3X3807 20.190 -0.040 -30.740 1.00 0.00 MW H +ATOM 16591 OH2 TIP3X3808 22.100 38.950 32.160 1.00 0.00 MW O +ATOM 16592 H1 TIP3X3808 21.160 38.900 32.310 1.00 0.00 MW H +ATOM 16593 H2 TIP3X3808 22.370 39.750 32.600 1.00 0.00 MW H +ATOM 16594 OH2 TIP3X3809 -32.580 -45.160 -21.980 1.00 0.00 MW O +ATOM 16595 H1 TIP3X3809 -33.020 -44.920 -21.170 1.00 0.00 MW H +ATOM 16596 H2 TIP3X3809 -32.420 -46.090 -21.890 1.00 0.00 MW H +ATOM 16597 OH2 TIP3X3810 7.170 -48.810 26.330 1.00 0.00 MW O +ATOM 16598 H1 TIP3X3810 6.260 -48.550 26.260 1.00 0.00 MW H +ATOM 16599 H2 TIP3X3810 7.140 -49.680 26.730 1.00 0.00 MW H +ATOM 16600 OH2 TIP3X3811 26.260 -20.620 -13.200 1.00 0.00 MW O +ATOM 16601 H1 TIP3X3811 25.530 -20.450 -13.790 1.00 0.00 MW H +ATOM 16602 H2 TIP3X3811 27.040 -20.440 -13.720 1.00 0.00 MW H +ATOM 16603 OH2 TIP3X3812 -2.050 -15.770 36.570 1.00 0.00 MW O +ATOM 16604 H1 TIP3X3812 -1.890 -14.880 36.270 1.00 0.00 MW H +ATOM 16605 H2 TIP3X3812 -1.320 -15.970 37.150 1.00 0.00 MW H +ATOM 16606 OH2 TIP3X3813 -2.380 28.130 25.050 1.00 0.00 MW O +ATOM 16607 H1 TIP3X3813 -3.200 28.170 25.520 1.00 0.00 MW H +ATOM 16608 H2 TIP3X3813 -2.130 29.040 24.890 1.00 0.00 MW H +ATOM 16609 OH2 TIP3X3814 30.150 -18.620 29.100 1.00 0.00 MW O +ATOM 16610 H1 TIP3X3814 30.380 -18.480 30.020 1.00 0.00 MW H +ATOM 16611 H2 TIP3X3814 30.780 -19.290 28.810 1.00 0.00 MW H +ATOM 16612 OH2 TIP3X3815 18.830 32.380 24.410 1.00 0.00 MW O +ATOM 16613 H1 TIP3X3815 18.660 33.170 23.900 1.00 0.00 MW H +ATOM 16614 H2 TIP3X3815 19.770 32.210 24.270 1.00 0.00 MW H +ATOM 16615 OH2 TIP3X3816 -31.530 -2.480 32.230 1.00 0.00 MW O +ATOM 16616 H1 TIP3X3816 -31.270 -1.570 32.060 1.00 0.00 MW H +ATOM 16617 H2 TIP3X3816 -32.400 -2.400 32.610 1.00 0.00 MW H +ATOM 16618 OH2 TIP3X3817 36.100 4.570 16.370 1.00 0.00 MW O +ATOM 16619 H1 TIP3X3817 36.400 3.880 16.980 1.00 0.00 MW H +ATOM 16620 H2 TIP3X3817 36.870 4.750 15.830 1.00 0.00 MW H +ATOM 16621 OH2 TIP3X3818 5.500 -38.840 -28.540 1.00 0.00 MW O +ATOM 16622 H1 TIP3X3818 5.360 -37.900 -28.390 1.00 0.00 MW H +ATOM 16623 H2 TIP3X3818 6.050 -39.120 -27.820 1.00 0.00 MW H +ATOM 16624 OH2 TIP3X3819 30.340 -2.890 -45.100 1.00 0.00 MW O +ATOM 16625 H1 TIP3X3819 30.560 -3.030 -46.020 1.00 0.00 MW H +ATOM 16626 H2 TIP3X3819 30.240 -1.950 -45.010 1.00 0.00 MW H +ATOM 16627 OH2 TIP3X3820 3.020 -23.040 32.490 1.00 0.00 MW O +ATOM 16628 H1 TIP3X3820 2.230 -22.820 32.990 1.00 0.00 MW H +ATOM 16629 H2 TIP3X3820 3.030 -22.410 31.760 1.00 0.00 MW H +ATOM 16630 OH2 TIP3X3821 11.020 0.700 -41.850 1.00 0.00 MW O +ATOM 16631 H1 TIP3X3821 11.460 0.320 -42.610 1.00 0.00 MW H +ATOM 16632 H2 TIP3X3821 11.560 0.440 -41.110 1.00 0.00 MW H +ATOM 16633 OH2 TIP3X3822 -10.120 26.280 -32.530 1.00 0.00 MW O +ATOM 16634 H1 TIP3X3822 -9.550 26.130 -33.280 1.00 0.00 MW H +ATOM 16635 H2 TIP3X3822 -10.680 27.010 -32.790 1.00 0.00 MW H +ATOM 16636 OH2 TIP3X3823 -16.100 1.610 -36.660 1.00 0.00 MW O +ATOM 16637 H1 TIP3X3823 -15.710 1.520 -35.780 1.00 0.00 MW H +ATOM 16638 H2 TIP3X3823 -15.400 1.980 -37.190 1.00 0.00 MW H +ATOM 16639 OH2 TIP3X3824 -3.540 16.230 28.050 1.00 0.00 MW O +ATOM 16640 H1 TIP3X3824 -4.180 15.670 28.500 1.00 0.00 MW H +ATOM 16641 H2 TIP3X3824 -2.880 15.610 27.720 1.00 0.00 MW H +ATOM 16642 OH2 TIP3X3825 -39.850 28.740 22.610 1.00 0.00 MW O +ATOM 16643 H1 TIP3X3825 -40.760 29.060 22.610 1.00 0.00 MW H +ATOM 16644 H2 TIP3X3825 -39.350 29.460 22.210 1.00 0.00 MW H +ATOM 16645 OH2 TIP3X 1 -36.100 14.050 26.010 1.00 0.00 W1 O +ATOM 16646 H1 TIP3X 1 -36.440 14.880 25.690 1.00 0.00 W1 H +ATOM 16647 H2 TIP3X 1 -36.410 13.400 25.370 1.00 0.00 W1 H +ATOM 16648 OH2 TIP3X 2 -44.900 -20.620 -29.690 1.00 0.00 W1 O +ATOM 16649 H1 TIP3X 2 -45.100 -20.940 -28.810 1.00 0.00 W1 H +ATOM 16650 H2 TIP3X 2 -45.100 -19.690 -29.660 1.00 0.00 W1 H +ATOM 16651 OH2 TIP3X 3 17.470 -46.440 -27.160 1.00 0.00 W1 O +ATOM 16652 H1 TIP3X 3 16.680 -46.390 -26.620 1.00 0.00 W1 H +ATOM 16653 H2 TIP3X 3 18.190 -46.470 -26.540 1.00 0.00 W1 H +ATOM 16654 OH2 TIP3X 4 35.510 36.890 39.050 1.00 0.00 W1 O +ATOM 16655 H1 TIP3X 4 36.410 36.580 39.020 1.00 0.00 W1 H +ATOM 16656 H2 TIP3X 4 35.050 36.390 38.380 1.00 0.00 W1 H +ATOM 16657 OH2 TIP3X 5 22.850 26.440 -36.280 1.00 0.00 W1 O +ATOM 16658 H1 TIP3X 5 23.070 25.730 -36.880 1.00 0.00 W1 H +ATOM 16659 H2 TIP3X 5 21.900 26.400 -36.190 1.00 0.00 W1 H +ATOM 16660 OH2 TIP3X 6 -31.550 10.490 -27.300 1.00 0.00 W1 O +ATOM 16661 H1 TIP3X 6 -30.680 10.390 -27.670 1.00 0.00 W1 H +ATOM 16662 H2 TIP3X 6 -31.990 9.660 -27.450 1.00 0.00 W1 H +ATOM 16663 OH2 TIP3X 7 20.600 -34.390 22.980 1.00 0.00 W1 O +ATOM 16664 H1 TIP3X 7 20.030 -34.860 23.590 1.00 0.00 W1 H +ATOM 16665 H2 TIP3X 7 21.480 -34.540 23.310 1.00 0.00 W1 H +ATOM 16666 OH2 TIP3X 8 -40.600 -22.620 -22.670 1.00 0.00 W1 O +ATOM 16667 H1 TIP3X 8 -40.600 -21.900 -22.050 1.00 0.00 W1 H +ATOM 16668 H2 TIP3X 8 -41.240 -23.240 -22.330 1.00 0.00 W1 H +ATOM 16669 OH2 TIP3X 9 11.620 -0.740 37.100 1.00 0.00 W1 O +ATOM 16670 H1 TIP3X 9 12.350 -1.190 36.670 1.00 0.00 W1 H +ATOM 16671 H2 TIP3X 9 11.250 -1.380 37.690 1.00 0.00 W1 H +ATOM 16672 OH2 TIP3X 10 -28.130 -9.670 -26.180 1.00 0.00 W1 O +ATOM 16673 H1 TIP3X 10 -27.900 -9.600 -27.100 1.00 0.00 W1 H +ATOM 16674 H2 TIP3X 10 -28.010 -8.790 -25.840 1.00 0.00 W1 H +ATOM 16675 OH2 TIP3X 11 -4.880 3.230 -48.380 1.00 0.00 W1 O +ATOM 16676 H1 TIP3X 11 -5.450 2.880 -49.070 1.00 0.00 W1 H +ATOM 16677 H2 TIP3X 11 -4.090 3.500 -48.840 1.00 0.00 W1 H +ATOM 16678 OH2 TIP3X 12 34.460 -13.830 -38.200 1.00 0.00 W1 O +ATOM 16679 H1 TIP3X 12 34.970 -13.430 -37.490 1.00 0.00 W1 H +ATOM 16680 H2 TIP3X 12 34.300 -13.120 -38.810 1.00 0.00 W1 H +ATOM 16681 OH2 TIP3X 13 -29.290 -0.780 -32.260 1.00 0.00 W1 O +ATOM 16682 H1 TIP3X 13 -29.380 -0.290 -31.430 1.00 0.00 W1 H +ATOM 16683 H2 TIP3X 13 -28.950 -1.630 -31.990 1.00 0.00 W1 H +ATOM 16684 OH2 TIP3X 14 5.560 -23.830 -26.900 1.00 0.00 W1 O +ATOM 16685 H1 TIP3X 14 5.070 -23.560 -26.130 1.00 0.00 W1 H +ATOM 16686 H2 TIP3X 14 6.110 -24.550 -26.600 1.00 0.00 W1 H +ATOM 16687 OH2 TIP3X 15 -31.130 9.700 -40.430 1.00 0.00 W1 O +ATOM 16688 H1 TIP3X 15 -31.280 9.110 -41.170 1.00 0.00 W1 H +ATOM 16689 H2 TIP3X 15 -30.640 9.180 -39.800 1.00 0.00 W1 H +ATOM 16690 OH2 TIP3X 16 -32.290 -48.150 -22.210 1.00 0.00 W1 O +ATOM 16691 H1 TIP3X 16 -31.980 -49.060 -22.150 1.00 0.00 W1 H +ATOM 16692 H2 TIP3X 16 -33.090 -48.130 -21.670 1.00 0.00 W1 H +ATOM 16693 OH2 TIP3X 17 40.420 11.190 -34.030 1.00 0.00 W1 O +ATOM 16694 H1 TIP3X 17 40.350 10.240 -33.860 1.00 0.00 W1 H +ATOM 16695 H2 TIP3X 17 41.270 11.290 -34.450 1.00 0.00 W1 H +ATOM 16696 OH2 TIP3X 18 31.870 23.140 26.130 1.00 0.00 W1 O +ATOM 16697 H1 TIP3X 18 31.940 23.280 27.070 1.00 0.00 W1 H +ATOM 16698 H2 TIP3X 18 32.680 23.510 25.780 1.00 0.00 W1 H +ATOM 16699 OH2 TIP3X 19 32.390 20.000 31.130 1.00 0.00 W1 O +ATOM 16700 H1 TIP3X 19 32.240 19.900 30.190 1.00 0.00 W1 H +ATOM 16701 H2 TIP3X 19 32.560 19.120 31.450 1.00 0.00 W1 H +ATOM 16702 OH2 TIP3X 20 -30.420 12.160 -13.340 1.00 0.00 W1 O +ATOM 16703 H1 TIP3X 20 -30.410 11.410 -13.940 1.00 0.00 W1 H +ATOM 16704 H2 TIP3X 20 -30.170 11.780 -12.490 1.00 0.00 W1 H +ATOM 16705 OH2 TIP3X 21 -13.150 -33.940 33.450 1.00 0.00 W1 O +ATOM 16706 H1 TIP3X 21 -12.730 -34.210 34.260 1.00 0.00 W1 H +ATOM 16707 H2 TIP3X 21 -14.080 -33.850 33.680 1.00 0.00 W1 H +ATOM 16708 OH2 TIP3X 22 45.500 21.390 -33.990 1.00 0.00 W1 O +ATOM 16709 H1 TIP3X 22 45.400 21.520 -33.050 1.00 0.00 W1 H +ATOM 16710 H2 TIP3X 22 45.390 22.250 -34.380 1.00 0.00 W1 H +ATOM 16711 OH2 TIP3X 23 15.420 39.160 35.060 1.00 0.00 W1 O +ATOM 16712 H1 TIP3X 23 15.380 39.470 35.970 1.00 0.00 W1 H +ATOM 16713 H2 TIP3X 23 14.530 38.890 34.860 1.00 0.00 W1 H +ATOM 16714 OH2 TIP3X 24 14.020 -32.360 26.120 1.00 0.00 W1 O +ATOM 16715 H1 TIP3X 24 14.500 -31.760 25.540 1.00 0.00 W1 H +ATOM 16716 H2 TIP3X 24 14.710 -32.780 26.650 1.00 0.00 W1 H +ATOM 16717 OH2 TIP3X 25 20.460 -31.510 22.590 1.00 0.00 W1 O +ATOM 16718 H1 TIP3X 25 20.320 -32.390 22.920 1.00 0.00 W1 H +ATOM 16719 H2 TIP3X 25 21.070 -31.110 23.200 1.00 0.00 W1 H +ATOM 16720 OH2 TIP3X 26 -21.580 29.200 -42.090 1.00 0.00 W1 O +ATOM 16721 H1 TIP3X 26 -21.920 29.340 -41.210 1.00 0.00 W1 H +ATOM 16722 H2 TIP3X 26 -20.650 29.410 -42.020 1.00 0.00 W1 H +ATOM 16723 OH2 TIP3X 27 37.480 -28.240 -45.130 1.00 0.00 W1 O +ATOM 16724 H1 TIP3X 27 38.120 -28.090 -44.430 1.00 0.00 W1 H +ATOM 16725 H2 TIP3X 27 36.810 -27.570 -45.000 1.00 0.00 W1 H +ATOM 16726 OH2 TIP3X 28 45.350 42.310 -21.780 1.00 0.00 W1 O +ATOM 16727 H1 TIP3X 28 45.290 42.600 -20.870 1.00 0.00 W1 H +ATOM 16728 H2 TIP3X 28 45.630 41.390 -21.740 1.00 0.00 W1 H +ATOM 16729 OH2 TIP3X 29 14.040 33.900 -21.250 1.00 0.00 W1 O +ATOM 16730 H1 TIP3X 29 14.890 34.330 -21.190 1.00 0.00 W1 H +ATOM 16731 H2 TIP3X 29 13.420 34.630 -21.280 1.00 0.00 W1 H +ATOM 16732 OH2 TIP3X 30 -11.350 -18.740 -32.850 1.00 0.00 W1 O +ATOM 16733 H1 TIP3X 30 -12.120 -18.580 -32.310 1.00 0.00 W1 H +ATOM 16734 H2 TIP3X 30 -11.440 -19.630 -33.150 1.00 0.00 W1 H +ATOM 16735 OH2 TIP3X 31 -41.930 1.830 29.880 1.00 0.00 W1 O +ATOM 16736 H1 TIP3X 31 -41.240 2.020 30.510 1.00 0.00 W1 H +ATOM 16737 H2 TIP3X 31 -42.740 1.940 30.360 1.00 0.00 W1 H +ATOM 16738 OH2 TIP3X 32 41.200 -15.300 -40.580 1.00 0.00 W1 O +ATOM 16739 H1 TIP3X 32 42.150 -15.160 -40.640 1.00 0.00 W1 H +ATOM 16740 H2 TIP3X 32 40.830 -14.420 -40.540 1.00 0.00 W1 H +ATOM 16741 OH2 TIP3X 33 14.980 9.370 -34.110 1.00 0.00 W1 O +ATOM 16742 H1 TIP3X 33 15.760 9.030 -33.660 1.00 0.00 W1 H +ATOM 16743 H2 TIP3X 33 14.920 10.280 -33.830 1.00 0.00 W1 H +ATOM 16744 OH2 TIP3X 34 -35.670 10.220 -32.300 1.00 0.00 W1 O +ATOM 16745 H1 TIP3X 34 -36.530 10.500 -32.620 1.00 0.00 W1 H +ATOM 16746 H2 TIP3X 34 -35.080 10.350 -33.060 1.00 0.00 W1 H +ATOM 16747 OH2 TIP3X 35 9.950 6.430 36.140 1.00 0.00 W1 O +ATOM 16748 H1 TIP3X 35 9.600 5.790 36.770 1.00 0.00 W1 H +ATOM 16749 H2 TIP3X 35 10.320 5.900 35.430 1.00 0.00 W1 H +ATOM 16750 OH2 TIP3X 36 -10.020 -21.270 -18.340 1.00 0.00 W1 O +ATOM 16751 H1 TIP3X 36 -9.720 -20.370 -18.150 1.00 0.00 W1 H +ATOM 16752 H2 TIP3X 36 -10.520 -21.530 -17.570 1.00 0.00 W1 H +ATOM 16753 OH2 TIP3X 37 -26.050 -47.740 -37.300 1.00 0.00 W1 O +ATOM 16754 H1 TIP3X 37 -26.370 -48.640 -37.370 1.00 0.00 W1 H +ATOM 16755 H2 TIP3X 37 -25.730 -47.530 -38.170 1.00 0.00 W1 H +ATOM 16756 OH2 TIP3X 38 15.840 -28.520 -47.000 1.00 0.00 W1 O +ATOM 16757 H1 TIP3X 38 16.440 -29.200 -46.710 1.00 0.00 W1 H +ATOM 16758 H2 TIP3X 38 16.000 -28.440 -47.940 1.00 0.00 W1 H +ATOM 16759 OH2 TIP3X 39 -37.360 25.700 30.600 1.00 0.00 W1 O +ATOM 16760 H1 TIP3X 39 -38.080 25.730 31.230 1.00 0.00 W1 H +ATOM 16761 H2 TIP3X 39 -36.710 26.300 30.960 1.00 0.00 W1 H +ATOM 16762 OH2 TIP3X 40 0.970 -23.310 -49.180 1.00 0.00 W1 O +ATOM 16763 H1 TIP3X 40 0.870 -22.440 -49.590 1.00 0.00 W1 H +ATOM 16764 H2 TIP3X 40 0.070 -23.640 -49.150 1.00 0.00 W1 H +ATOM 16765 OH2 TIP3X 41 -38.310 -34.450 35.960 1.00 0.00 W1 O +ATOM 16766 H1 TIP3X 41 -37.810 -33.630 36.030 1.00 0.00 W1 H +ATOM 16767 H2 TIP3X 41 -38.410 -34.590 35.020 1.00 0.00 W1 H +ATOM 16768 OH2 TIP3X 42 21.420 -45.740 -31.930 1.00 0.00 W1 O +ATOM 16769 H1 TIP3X 42 20.950 -45.300 -31.230 1.00 0.00 W1 H +ATOM 16770 H2 TIP3X 42 21.730 -45.040 -32.510 1.00 0.00 W1 H +ATOM 16771 OH2 TIP3X 43 -10.150 -39.480 13.590 1.00 0.00 W1 O +ATOM 16772 H1 TIP3X 43 -10.330 -38.940 12.820 1.00 0.00 W1 H +ATOM 16773 H2 TIP3X 43 -10.400 -40.370 13.330 1.00 0.00 W1 H +ATOM 16774 OH2 TIP3X 44 46.130 -46.980 -44.790 1.00 0.00 W1 O +ATOM 16775 H1 TIP3X 44 46.960 -47.070 -45.280 1.00 0.00 W1 H +ATOM 16776 H2 TIP3X 44 45.450 -47.000 -45.470 1.00 0.00 W1 H +ATOM 16777 OH2 TIP3X 45 38.800 25.950 -50.340 1.00 0.00 W1 O +ATOM 16778 H1 TIP3X 45 39.230 25.140 -50.080 1.00 0.00 W1 H +ATOM 16779 H2 TIP3X 45 37.870 25.730 -50.380 1.00 0.00 W1 H +ATOM 16780 OH2 TIP3X 46 1.100 -16.460 -46.080 1.00 0.00 W1 O +ATOM 16781 H1 TIP3X 46 0.820 -17.340 -45.800 1.00 0.00 W1 H +ATOM 16782 H2 TIP3X 46 1.940 -16.330 -45.640 1.00 0.00 W1 H +ATOM 16783 OH2 TIP3X 47 31.330 -44.630 -31.130 1.00 0.00 W1 O +ATOM 16784 H1 TIP3X 47 30.500 -44.200 -30.870 1.00 0.00 W1 H +ATOM 16785 H2 TIP3X 47 31.670 -44.080 -31.830 1.00 0.00 W1 H +ATOM 16786 OH2 TIP3X 48 -26.870 42.550 -48.350 1.00 0.00 W1 O +ATOM 16787 H1 TIP3X 48 -27.030 42.370 -49.270 1.00 0.00 W1 H +ATOM 16788 H2 TIP3X 48 -27.550 43.190 -48.100 1.00 0.00 W1 H +ATOM 16789 OH2 TIP3X 49 23.680 -14.290 37.210 1.00 0.00 W1 O +ATOM 16790 H1 TIP3X 49 24.120 -13.450 37.210 1.00 0.00 W1 H +ATOM 16791 H2 TIP3X 49 23.270 -14.350 38.080 1.00 0.00 W1 H +ATOM 16792 OH2 TIP3X 50 31.730 17.100 -9.450 1.00 0.00 W1 O +ATOM 16793 H1 TIP3X 50 31.780 17.740 -8.730 1.00 0.00 W1 H +ATOM 16794 H2 TIP3X 50 32.460 17.320 -10.030 1.00 0.00 W1 H +ATOM 16795 OH2 TIP3X 51 37.540 14.150 -45.790 1.00 0.00 W1 O +ATOM 16796 H1 TIP3X 51 37.570 13.680 -44.950 1.00 0.00 W1 H +ATOM 16797 H2 TIP3X 51 37.020 13.580 -46.360 1.00 0.00 W1 H +ATOM 16798 OH2 TIP3X 52 7.820 -49.300 -16.820 1.00 0.00 W1 O +ATOM 16799 H1 TIP3X 52 8.100 -49.490 -17.720 1.00 0.00 W1 H +ATOM 16800 H2 TIP3X 52 8.650 -49.210 -16.330 1.00 0.00 W1 H +ATOM 16801 OH2 TIP3X 53 -18.710 -18.210 16.470 1.00 0.00 W1 O +ATOM 16802 H1 TIP3X 53 -18.140 -18.980 16.390 1.00 0.00 W1 H +ATOM 16803 H2 TIP3X 53 -19.600 -18.580 16.580 1.00 0.00 W1 H +ATOM 16804 OH2 TIP3X 54 3.380 17.770 33.760 1.00 0.00 W1 O +ATOM 16805 H1 TIP3X 54 2.840 17.140 33.280 1.00 0.00 W1 H +ATOM 16806 H2 TIP3X 54 2.900 17.900 34.580 1.00 0.00 W1 H +ATOM 16807 OH2 TIP3X 55 -10.490 41.230 -34.360 1.00 0.00 W1 O +ATOM 16808 H1 TIP3X 55 -9.610 40.970 -34.100 1.00 0.00 W1 H +ATOM 16809 H2 TIP3X 55 -10.550 42.160 -34.120 1.00 0.00 W1 H +ATOM 16810 OH2 TIP3X 56 33.750 2.130 -24.920 1.00 0.00 W1 O +ATOM 16811 H1 TIP3X 56 33.350 2.230 -24.050 1.00 0.00 W1 H +ATOM 16812 H2 TIP3X 56 34.690 2.190 -24.760 1.00 0.00 W1 H +ATOM 16813 OH2 TIP3X 57 -0.130 31.360 36.090 1.00 0.00 W1 O +ATOM 16814 H1 TIP3X 57 -0.190 31.900 35.300 1.00 0.00 W1 H +ATOM 16815 H2 TIP3X 57 -0.630 31.830 36.750 1.00 0.00 W1 H +ATOM 16816 OH2 TIP3X 58 -21.830 11.740 -30.450 1.00 0.00 W1 O +ATOM 16817 H1 TIP3X 58 -21.820 12.410 -29.750 1.00 0.00 W1 H +ATOM 16818 H2 TIP3X 58 -21.400 10.980 -30.060 1.00 0.00 W1 H +ATOM 16819 OH2 TIP3X 59 1.160 20.190 31.260 1.00 0.00 W1 O +ATOM 16820 H1 TIP3X 59 0.270 20.130 30.920 1.00 0.00 W1 H +ATOM 16821 H2 TIP3X 59 1.070 20.510 32.160 1.00 0.00 W1 H +ATOM 16822 OH2 TIP3X 60 11.380 4.710 -15.230 1.00 0.00 W1 O +ATOM 16823 H1 TIP3X 60 11.010 3.860 -15.460 1.00 0.00 W1 H +ATOM 16824 H2 TIP3X 60 12.220 4.730 -15.660 1.00 0.00 W1 H +ATOM 16825 OH2 TIP3X 61 -30.810 39.370 -37.310 1.00 0.00 W1 O +ATOM 16826 H1 TIP3X 61 -31.190 39.700 -36.480 1.00 0.00 W1 H +ATOM 16827 H2 TIP3X 61 -29.970 38.990 -37.050 1.00 0.00 W1 H +ATOM 16828 OH2 TIP3X 62 34.360 -18.700 -38.930 1.00 0.00 W1 O +ATOM 16829 H1 TIP3X 62 34.380 -18.930 -39.850 1.00 0.00 W1 H +ATOM 16830 H2 TIP3X 62 34.750 -17.820 -38.900 1.00 0.00 W1 H +ATOM 16831 OH2 TIP3X 63 35.630 32.630 -26.800 1.00 0.00 W1 O +ATOM 16832 H1 TIP3X 63 35.480 33.050 -25.950 1.00 0.00 W1 H +ATOM 16833 H2 TIP3X 63 36.030 31.780 -26.590 1.00 0.00 W1 H +ATOM 16834 OH2 TIP3X 64 23.600 34.540 -47.350 1.00 0.00 W1 O +ATOM 16835 H1 TIP3X 64 24.340 34.020 -47.690 1.00 0.00 W1 H +ATOM 16836 H2 TIP3X 64 23.050 34.690 -48.120 1.00 0.00 W1 H +ATOM 16837 OH2 TIP3X 65 -29.960 -28.910 34.490 1.00 0.00 W1 O +ATOM 16838 H1 TIP3X 65 -29.840 -28.260 35.180 1.00 0.00 W1 H +ATOM 16839 H2 TIP3X 65 -29.130 -28.880 34.000 1.00 0.00 W1 H +ATOM 16840 OH2 TIP3X 66 -32.230 -26.460 30.270 1.00 0.00 W1 O +ATOM 16841 H1 TIP3X 66 -33.160 -26.290 30.130 1.00 0.00 W1 H +ATOM 16842 H2 TIP3X 66 -32.210 -27.130 30.960 1.00 0.00 W1 H +ATOM 16843 OH2 TIP3X 67 2.810 22.620 36.880 1.00 0.00 W1 O +ATOM 16844 H1 TIP3X 67 1.940 22.290 36.640 1.00 0.00 W1 H +ATOM 16845 H2 TIP3X 67 3.300 22.630 36.050 1.00 0.00 W1 H +ATOM 16846 OH2 TIP3X 68 -28.440 6.320 -28.850 1.00 0.00 W1 O +ATOM 16847 H1 TIP3X 68 -28.340 5.960 -29.730 1.00 0.00 W1 H +ATOM 16848 H2 TIP3X 68 -29.390 6.330 -28.690 1.00 0.00 W1 H +ATOM 16849 OH2 TIP3X 69 -3.390 -37.680 -48.060 1.00 0.00 W1 O +ATOM 16850 H1 TIP3X 69 -3.480 -36.730 -47.980 1.00 0.00 W1 H +ATOM 16851 H2 TIP3X 69 -3.620 -38.010 -47.180 1.00 0.00 W1 H +ATOM 16852 OH2 TIP3X 70 45.320 -26.270 -28.530 1.00 0.00 W1 O +ATOM 16853 H1 TIP3X 70 44.780 -26.990 -28.230 1.00 0.00 W1 H +ATOM 16854 H2 TIP3X 70 45.690 -25.900 -27.720 1.00 0.00 W1 H +ATOM 16855 OH2 TIP3X 71 21.840 30.710 -21.460 1.00 0.00 W1 O +ATOM 16856 H1 TIP3X 71 22.290 30.190 -22.120 1.00 0.00 W1 H +ATOM 16857 H2 TIP3X 71 21.820 31.590 -21.810 1.00 0.00 W1 H +ATOM 16858 OH2 TIP3X 72 -29.650 7.670 26.070 1.00 0.00 W1 O +ATOM 16859 H1 TIP3X 72 -29.940 7.270 25.240 1.00 0.00 W1 H +ATOM 16860 H2 TIP3X 72 -28.780 7.310 26.230 1.00 0.00 W1 H +ATOM 16861 OH2 TIP3X 73 -5.600 17.540 -29.690 1.00 0.00 W1 O +ATOM 16862 H1 TIP3X 73 -5.080 18.010 -29.030 1.00 0.00 W1 H +ATOM 16863 H2 TIP3X 73 -6.280 18.160 -29.950 1.00 0.00 W1 H +ATOM 16864 OH2 TIP3X 74 -42.450 5.090 -44.130 1.00 0.00 W1 O +ATOM 16865 H1 TIP3X 74 -42.450 5.990 -43.790 1.00 0.00 W1 H +ATOM 16866 H2 TIP3X 74 -43.260 5.040 -44.640 1.00 0.00 W1 H +ATOM 16867 OH2 TIP3X 75 31.360 -24.460 -30.030 1.00 0.00 W1 O +ATOM 16868 H1 TIP3X 75 31.310 -24.400 -29.080 1.00 0.00 W1 H +ATOM 16869 H2 TIP3X 75 30.460 -24.320 -30.330 1.00 0.00 W1 H +ATOM 16870 OH2 TIP3X 76 -32.400 -9.600 -34.760 1.00 0.00 W1 O +ATOM 16871 H1 TIP3X 76 -31.690 -9.100 -35.180 1.00 0.00 W1 H +ATOM 16872 H2 TIP3X 76 -32.200 -9.550 -33.830 1.00 0.00 W1 H +ATOM 16873 OH2 TIP3X 77 -6.070 -32.480 -36.080 1.00 0.00 W1 O +ATOM 16874 H1 TIP3X 77 -6.610 -31.940 -36.660 1.00 0.00 W1 H +ATOM 16875 H2 TIP3X 77 -6.510 -33.330 -36.060 1.00 0.00 W1 H +ATOM 16876 OH2 TIP3X 78 -31.470 -41.050 22.490 1.00 0.00 W1 O +ATOM 16877 H1 TIP3X 78 -31.750 -41.330 23.360 1.00 0.00 W1 H +ATOM 16878 H2 TIP3X 78 -30.520 -41.010 22.560 1.00 0.00 W1 H +ATOM 16879 OH2 TIP3X 79 42.170 -37.060 27.720 1.00 0.00 W1 O +ATOM 16880 H1 TIP3X 79 42.020 -36.770 28.620 1.00 0.00 W1 H +ATOM 16881 H2 TIP3X 79 41.360 -36.840 27.250 1.00 0.00 W1 H +ATOM 16882 OH2 TIP3X 80 -36.270 -28.360 21.190 1.00 0.00 W1 O +ATOM 16883 H1 TIP3X 80 -36.120 -29.290 21.020 1.00 0.00 W1 H +ATOM 16884 H2 TIP3X 80 -35.410 -27.950 21.080 1.00 0.00 W1 H +ATOM 16885 OH2 TIP3X 81 -24.730 4.630 -32.670 1.00 0.00 W1 O +ATOM 16886 H1 TIP3X 81 -25.000 3.840 -32.190 1.00 0.00 W1 H +ATOM 16887 H2 TIP3X 81 -25.460 4.800 -33.270 1.00 0.00 W1 H +ATOM 16888 OH2 TIP3X 82 1.700 21.400 -13.710 1.00 0.00 W1 O +ATOM 16889 H1 TIP3X 82 0.890 20.900 -13.810 1.00 0.00 W1 H +ATOM 16890 H2 TIP3X 82 2.020 21.160 -12.840 1.00 0.00 W1 H +ATOM 16891 OH2 TIP3X 83 8.790 -45.980 30.160 1.00 0.00 W1 O +ATOM 16892 H1 TIP3X 83 7.850 -45.810 30.250 1.00 0.00 W1 H +ATOM 16893 H2 TIP3X 83 8.830 -46.930 29.990 1.00 0.00 W1 H +ATOM 16894 OH2 TIP3X 84 16.940 11.170 -40.110 1.00 0.00 W1 O +ATOM 16895 H1 TIP3X 84 17.560 11.830 -39.840 1.00 0.00 W1 H +ATOM 16896 H2 TIP3X 84 16.950 11.190 -41.060 1.00 0.00 W1 H +ATOM 16897 OH2 TIP3X 85 31.150 -19.520 -46.540 1.00 0.00 W1 O +ATOM 16898 H1 TIP3X 85 30.520 -18.960 -46.990 1.00 0.00 W1 H +ATOM 16899 H2 TIP3X 85 31.880 -19.610 -47.150 1.00 0.00 W1 H +ATOM 16900 OH2 TIP3X 86 19.470 6.960 38.880 1.00 0.00 W1 O +ATOM 16901 H1 TIP3X 86 18.940 7.190 39.640 1.00 0.00 W1 H +ATOM 16902 H2 TIP3X 86 20.190 6.410 39.230 1.00 0.00 W1 H +ATOM 16903 OH2 TIP3X 87 10.690 -26.660 -25.180 1.00 0.00 W1 O +ATOM 16904 H1 TIP3X 87 10.200 -27.400 -24.810 1.00 0.00 W1 H +ATOM 16905 H2 TIP3X 87 10.670 -25.990 -24.500 1.00 0.00 W1 H +ATOM 16906 OH2 TIP3X 88 -41.320 -19.630 -42.980 1.00 0.00 W1 O +ATOM 16907 H1 TIP3X 88 -40.410 -19.730 -43.230 1.00 0.00 W1 H +ATOM 16908 H2 TIP3X 88 -41.390 -18.710 -42.690 1.00 0.00 W1 H +ATOM 16909 OH2 TIP3X 89 19.730 6.300 27.440 1.00 0.00 W1 O +ATOM 16910 H1 TIP3X 89 19.660 5.960 26.550 1.00 0.00 W1 H +ATOM 16911 H2 TIP3X 89 18.840 6.520 27.680 1.00 0.00 W1 H +ATOM 16912 OH2 TIP3X 90 -10.360 31.010 -27.240 1.00 0.00 W1 O +ATOM 16913 H1 TIP3X 90 -11.300 30.970 -27.440 1.00 0.00 W1 H +ATOM 16914 H2 TIP3X 90 -10.020 31.650 -27.860 1.00 0.00 W1 H +ATOM 16915 OH2 TIP3X 91 -3.130 -42.450 -33.190 1.00 0.00 W1 O +ATOM 16916 H1 TIP3X 91 -2.650 -42.380 -34.010 1.00 0.00 W1 H +ATOM 16917 H2 TIP3X 91 -3.870 -41.850 -33.290 1.00 0.00 W1 H +ATOM 16918 OH2 TIP3X 92 38.110 -32.660 34.810 1.00 0.00 W1 O +ATOM 16919 H1 TIP3X 92 38.270 -33.560 35.130 1.00 0.00 W1 H +ATOM 16920 H2 TIP3X 92 37.510 -32.290 35.450 1.00 0.00 W1 H +ATOM 16921 OH2 TIP3X 93 -10.330 -19.060 -39.060 1.00 0.00 W1 O +ATOM 16922 H1 TIP3X 93 -10.870 -19.190 -39.840 1.00 0.00 W1 H +ATOM 16923 H2 TIP3X 93 -9.890 -18.220 -39.210 1.00 0.00 W1 H +ATOM 16924 OH2 TIP3X 94 23.990 -9.340 -37.840 1.00 0.00 W1 O +ATOM 16925 H1 TIP3X 94 24.820 -9.070 -38.240 1.00 0.00 W1 H +ATOM 16926 H2 TIP3X 94 23.350 -9.280 -38.560 1.00 0.00 W1 H +ATOM 16927 OH2 TIP3X 95 -11.050 -39.010 -27.340 1.00 0.00 W1 O +ATOM 16928 H1 TIP3X 95 -10.270 -39.300 -27.810 1.00 0.00 W1 H +ATOM 16929 H2 TIP3X 95 -11.760 -39.570 -27.660 1.00 0.00 W1 H +ATOM 16930 OH2 TIP3X 96 -20.020 18.610 -47.340 1.00 0.00 W1 O +ATOM 16931 H1 TIP3X 96 -20.160 18.210 -46.480 1.00 0.00 W1 H +ATOM 16932 H2 TIP3X 96 -20.770 19.200 -47.460 1.00 0.00 W1 H +ATOM 16933 OH2 TIP3X 97 1.330 -23.330 -22.410 1.00 0.00 W1 O +ATOM 16934 H1 TIP3X 97 1.910 -22.720 -21.960 1.00 0.00 W1 H +ATOM 16935 H2 TIP3X 97 1.790 -24.170 -22.380 1.00 0.00 W1 H +ATOM 16936 OH2 TIP3X 98 -17.540 26.240 -39.210 1.00 0.00 W1 O +ATOM 16937 H1 TIP3X 98 -17.420 25.730 -38.410 1.00 0.00 W1 H +ATOM 16938 H2 TIP3X 98 -18.310 25.850 -39.630 1.00 0.00 W1 H +ATOM 16939 OH2 TIP3X 99 29.200 -23.840 35.010 1.00 0.00 W1 O +ATOM 16940 H1 TIP3X 99 28.420 -24.300 34.720 1.00 0.00 W1 H +ATOM 16941 H2 TIP3X 99 29.700 -24.500 35.500 1.00 0.00 W1 H +ATOM 16942 OH2 TIP3X 100 16.880 -19.910 -23.020 1.00 0.00 W1 O +ATOM 16943 H1 TIP3X 100 17.050 -18.990 -23.280 1.00 0.00 W1 H +ATOM 16944 H2 TIP3X 100 16.020 -20.100 -23.380 1.00 0.00 W1 H +ATOM 16945 OH2 TIP3X 101 -12.430 -33.160 10.220 1.00 0.00 W1 O +ATOM 16946 H1 TIP3X 101 -13.030 -33.580 9.600 1.00 0.00 W1 H +ATOM 16947 H2 TIP3X 101 -11.930 -33.880 10.590 1.00 0.00 W1 H +ATOM 16948 OH2 TIP3X 102 14.650 6.810 -35.630 1.00 0.00 W1 O +ATOM 16949 H1 TIP3X 102 14.820 7.460 -34.960 1.00 0.00 W1 H +ATOM 16950 H2 TIP3X 102 13.920 7.170 -36.140 1.00 0.00 W1 H +ATOM 16951 OH2 TIP3X 103 0.150 3.990 -26.260 1.00 0.00 W1 O +ATOM 16952 H1 TIP3X 103 -0.240 4.750 -25.840 1.00 0.00 W1 H +ATOM 16953 H2 TIP3X 103 -0.370 3.860 -27.050 1.00 0.00 W1 H +ATOM 16954 OH2 TIP3X 104 20.970 -43.700 27.920 1.00 0.00 W1 O +ATOM 16955 H1 TIP3X 104 21.820 -43.650 27.510 1.00 0.00 W1 H +ATOM 16956 H2 TIP3X 104 20.450 -44.260 27.330 1.00 0.00 W1 H +ATOM 16957 OH2 TIP3X 105 33.010 -16.800 -45.500 1.00 0.00 W1 O +ATOM 16958 H1 TIP3X 105 33.030 -16.390 -46.370 1.00 0.00 W1 H +ATOM 16959 H2 TIP3X 105 32.420 -16.250 -44.970 1.00 0.00 W1 H +ATOM 16960 OH2 TIP3X 106 9.660 -31.100 36.770 1.00 0.00 W1 O +ATOM 16961 H1 TIP3X 106 9.520 -30.890 37.680 1.00 0.00 W1 H +ATOM 16962 H2 TIP3X 106 9.470 -32.040 36.710 1.00 0.00 W1 H +ATOM 16963 OH2 TIP3X 107 33.700 -16.640 -31.980 1.00 0.00 W1 O +ATOM 16964 H1 TIP3X 107 34.550 -16.810 -32.400 1.00 0.00 W1 H +ATOM 16965 H2 TIP3X 107 33.070 -17.170 -32.490 1.00 0.00 W1 H +ATOM 16966 OH2 TIP3X 108 3.260 -27.920 -27.330 1.00 0.00 W1 O +ATOM 16967 H1 TIP3X 108 3.040 -27.100 -26.880 1.00 0.00 W1 H +ATOM 16968 H2 TIP3X 108 2.520 -28.080 -27.900 1.00 0.00 W1 H +ATOM 16969 OH2 TIP3X 109 42.040 -10.880 -29.730 1.00 0.00 W1 O +ATOM 16970 H1 TIP3X 109 42.640 -10.170 -29.540 1.00 0.00 W1 H +ATOM 16971 H2 TIP3X 109 42.230 -11.120 -30.640 1.00 0.00 W1 H +ATOM 16972 OH2 TIP3X 110 -30.310 -4.610 -48.180 1.00 0.00 W1 O +ATOM 16973 H1 TIP3X 110 -29.960 -3.910 -48.740 1.00 0.00 W1 H +ATOM 16974 H2 TIP3X 110 -30.620 -5.270 -48.800 1.00 0.00 W1 H +ATOM 16975 OH2 TIP3X 111 5.950 29.270 38.100 1.00 0.00 W1 O +ATOM 16976 H1 TIP3X 111 6.830 29.450 37.760 1.00 0.00 W1 H +ATOM 16977 H2 TIP3X 111 6.030 29.350 39.050 1.00 0.00 W1 H +ATOM 16978 OH2 TIP3X 112 -18.850 -1.890 31.460 1.00 0.00 W1 O +ATOM 16979 H1 TIP3X 112 -19.360 -2.680 31.620 1.00 0.00 W1 H +ATOM 16980 H2 TIP3X 112 -19.400 -1.170 31.770 1.00 0.00 W1 H +ATOM 16981 OH2 TIP3X 113 -14.750 32.470 -24.060 1.00 0.00 W1 O +ATOM 16982 H1 TIP3X 113 -15.110 31.720 -24.540 1.00 0.00 W1 H +ATOM 16983 H2 TIP3X 113 -14.720 32.180 -23.150 1.00 0.00 W1 H +ATOM 16984 OH2 TIP3X 114 -36.460 -34.620 -40.130 1.00 0.00 W1 O +ATOM 16985 H1 TIP3X 114 -36.320 -33.710 -39.890 1.00 0.00 W1 H +ATOM 16986 H2 TIP3X 114 -36.210 -34.670 -41.050 1.00 0.00 W1 H +ATOM 16987 OH2 TIP3X 115 -4.490 33.130 -24.510 1.00 0.00 W1 O +ATOM 16988 H1 TIP3X 115 -4.120 32.660 -25.260 1.00 0.00 W1 H +ATOM 16989 H2 TIP3X 115 -5.090 32.510 -24.100 1.00 0.00 W1 H +ATOM 16990 OH2 TIP3X 116 -24.490 -36.100 25.220 1.00 0.00 W1 O +ATOM 16991 H1 TIP3X 116 -23.960 -35.290 25.230 1.00 0.00 W1 H +ATOM 16992 H2 TIP3X 116 -24.100 -36.640 25.910 1.00 0.00 W1 H +ATOM 16993 OH2 TIP3X 117 21.910 11.760 -16.220 1.00 0.00 W1 O +ATOM 16994 H1 TIP3X 117 22.260 11.900 -15.350 1.00 0.00 W1 H +ATOM 16995 H2 TIP3X 117 22.020 12.600 -16.660 1.00 0.00 W1 H +ATOM 16996 OH2 TIP3X 118 -41.340 6.690 -46.190 1.00 0.00 W1 O +ATOM 16997 H1 TIP3X 118 -41.110 7.350 -45.540 1.00 0.00 W1 H +ATOM 16998 H2 TIP3X 118 -41.720 5.970 -45.680 1.00 0.00 W1 H +ATOM 16999 OH2 TIP3X 119 -1.230 31.800 -44.380 1.00 0.00 W1 O +ATOM 17000 H1 TIP3X 119 -2.150 32.000 -44.250 1.00 0.00 W1 H +ATOM 17001 H2 TIP3X 119 -1.120 30.920 -43.990 1.00 0.00 W1 H +ATOM 17002 OH2 TIP3X 120 -0.830 34.470 28.490 1.00 0.00 W1 O +ATOM 17003 H1 TIP3X 120 -1.640 34.710 28.940 1.00 0.00 W1 H +ATOM 17004 H2 TIP3X 120 -0.600 33.610 28.830 1.00 0.00 W1 H +ATOM 17005 OH2 TIP3X 121 -44.690 24.870 -24.990 1.00 0.00 W1 O +ATOM 17006 H1 TIP3X 121 -45.080 24.020 -24.770 1.00 0.00 W1 H +ATOM 17007 H2 TIP3X 121 -44.320 24.760 -25.850 1.00 0.00 W1 H +ATOM 17008 OH2 TIP3X 122 9.950 -31.530 -45.460 1.00 0.00 W1 O +ATOM 17009 H1 TIP3X 122 9.130 -32.020 -45.430 1.00 0.00 W1 H +ATOM 17010 H2 TIP3X 122 10.230 -31.580 -46.370 1.00 0.00 W1 H +ATOM 17011 OH2 TIP3X 123 17.900 -27.300 32.820 1.00 0.00 W1 O +ATOM 17012 H1 TIP3X 123 16.950 -27.250 32.950 1.00 0.00 W1 H +ATOM 17013 H2 TIP3X 123 18.140 -28.170 33.130 1.00 0.00 W1 H +ATOM 17014 OH2 TIP3X 124 -20.050 -24.760 -42.150 1.00 0.00 W1 O +ATOM 17015 H1 TIP3X 124 -19.830 -25.680 -42.040 1.00 0.00 W1 H +ATOM 17016 H2 TIP3X 124 -19.260 -24.290 -41.880 1.00 0.00 W1 H +ATOM 17017 OH2 TIP3X 125 49.050 -1.260 36.160 1.00 0.00 W1 O +ATOM 17018 H1 TIP3X 125 49.810 -0.700 36.080 1.00 0.00 W1 H +ATOM 17019 H2 TIP3X 125 48.890 -1.320 37.110 1.00 0.00 W1 H +ATOM 17020 OH2 TIP3X 126 -32.220 36.880 14.160 1.00 0.00 W1 O +ATOM 17021 H1 TIP3X 126 -32.250 35.940 14.370 1.00 0.00 W1 H +ATOM 17022 H2 TIP3X 126 -33.130 37.160 14.200 1.00 0.00 W1 H +ATOM 17023 OH2 TIP3X 127 18.480 -3.030 -50.400 1.00 0.00 W1 O +ATOM 17024 H1 TIP3X 127 19.050 -3.200 -49.650 1.00 0.00 W1 H +ATOM 17025 H2 TIP3X 127 18.870 -2.270 -50.830 1.00 0.00 W1 H +ATOM 17026 OH2 TIP3X 128 -5.900 10.900 -27.370 1.00 0.00 W1 O +ATOM 17027 H1 TIP3X 128 -5.530 10.190 -26.840 1.00 0.00 W1 H +ATOM 17028 H2 TIP3X 128 -6.810 10.980 -27.050 1.00 0.00 W1 H +ATOM 17029 OH2 TIP3X 129 36.800 -11.650 30.360 1.00 0.00 W1 O +ATOM 17030 H1 TIP3X 129 36.470 -12.480 30.030 1.00 0.00 W1 H +ATOM 17031 H2 TIP3X 129 37.520 -11.900 30.950 1.00 0.00 W1 H +ATOM 17032 OH2 TIP3X 130 12.100 -19.160 18.610 1.00 0.00 W1 O +ATOM 17033 H1 TIP3X 130 12.890 -18.710 18.270 1.00 0.00 W1 H +ATOM 17034 H2 TIP3X 130 11.430 -18.980 17.940 1.00 0.00 W1 H +ATOM 17035 OH2 TIP3X 131 -16.050 -28.210 -36.190 1.00 0.00 W1 O +ATOM 17036 H1 TIP3X 131 -16.590 -28.810 -36.710 1.00 0.00 W1 H +ATOM 17037 H2 TIP3X 131 -15.170 -28.600 -36.190 1.00 0.00 W1 H +ATOM 17038 OH2 TIP3X 132 -13.770 -43.600 -31.120 1.00 0.00 W1 O +ATOM 17039 H1 TIP3X 132 -13.710 -43.260 -30.230 1.00 0.00 W1 H +ATOM 17040 H2 TIP3X 132 -14.300 -44.400 -31.040 1.00 0.00 W1 H +ATOM 17041 OH2 TIP3X 133 8.460 -2.910 -48.390 1.00 0.00 W1 O +ATOM 17042 H1 TIP3X 133 9.080 -3.540 -48.000 1.00 0.00 W1 H +ATOM 17043 H2 TIP3X 133 8.980 -2.440 -49.040 1.00 0.00 W1 H +ATOM 17044 OH2 TIP3X 134 -37.190 -27.080 -41.180 1.00 0.00 W1 O +ATOM 17045 H1 TIP3X 134 -37.230 -27.080 -42.140 1.00 0.00 W1 H +ATOM 17046 H2 TIP3X 134 -37.800 -27.760 -40.910 1.00 0.00 W1 H +ATOM 17047 OH2 TIP3X 135 11.200 -36.540 15.450 1.00 0.00 W1 O +ATOM 17048 H1 TIP3X 135 12.070 -36.350 15.820 1.00 0.00 W1 H +ATOM 17049 H2 TIP3X 135 11.360 -37.140 14.730 1.00 0.00 W1 H +ATOM 17050 OH2 TIP3X 136 -40.000 17.320 -27.640 1.00 0.00 W1 O +ATOM 17051 H1 TIP3X 136 -40.720 17.320 -28.270 1.00 0.00 W1 H +ATOM 17052 H2 TIP3X 136 -40.400 17.660 -26.840 1.00 0.00 W1 H +ATOM 17053 OH2 TIP3X 137 15.330 -44.390 -47.990 1.00 0.00 W1 O +ATOM 17054 H1 TIP3X 137 15.890 -44.730 -48.690 1.00 0.00 W1 H +ATOM 17055 H2 TIP3X 137 14.840 -45.160 -47.690 1.00 0.00 W1 H +ATOM 17056 OH2 TIP3X 138 43.080 -7.260 35.190 1.00 0.00 W1 O +ATOM 17057 H1 TIP3X 138 44.010 -7.200 34.990 1.00 0.00 W1 H +ATOM 17058 H2 TIP3X 138 42.980 -8.090 35.660 1.00 0.00 W1 H +ATOM 17059 OH2 TIP3X 139 44.310 36.370 -45.890 1.00 0.00 W1 O +ATOM 17060 H1 TIP3X 139 44.440 37.040 -45.220 1.00 0.00 W1 H +ATOM 17061 H2 TIP3X 139 44.950 36.580 -46.570 1.00 0.00 W1 H +ATOM 17062 OH2 TIP3X 140 -39.040 20.740 24.530 1.00 0.00 W1 O +ATOM 17063 H1 TIP3X 140 -38.870 20.540 25.450 1.00 0.00 W1 H +ATOM 17064 H2 TIP3X 140 -39.970 21.000 24.500 1.00 0.00 W1 H +ATOM 17065 OH2 TIP3X 141 -43.320 36.530 -38.330 1.00 0.00 W1 O +ATOM 17066 H1 TIP3X 141 -43.670 36.970 -39.100 1.00 0.00 W1 H +ATOM 17067 H2 TIP3X 141 -42.490 36.160 -38.630 1.00 0.00 W1 H +ATOM 17068 OH2 TIP3X 142 38.620 12.910 -18.750 1.00 0.00 W1 O +ATOM 17069 H1 TIP3X 142 38.080 12.160 -18.510 1.00 0.00 W1 H +ATOM 17070 H2 TIP3X 142 38.980 13.210 -17.910 1.00 0.00 W1 H +ATOM 17071 OH2 TIP3X 143 25.320 17.440 -23.500 1.00 0.00 W1 O +ATOM 17072 H1 TIP3X 143 24.870 18.280 -23.650 1.00 0.00 W1 H +ATOM 17073 H2 TIP3X 143 26.000 17.400 -24.170 1.00 0.00 W1 H +ATOM 17074 OH2 TIP3X 144 -35.130 11.500 24.700 1.00 0.00 W1 O +ATOM 17075 H1 TIP3X 144 -36.040 11.670 24.500 1.00 0.00 W1 H +ATOM 17076 H2 TIP3X 144 -34.690 11.500 23.850 1.00 0.00 W1 H +ATOM 17077 OH2 TIP3X 145 9.760 36.560 40.600 1.00 0.00 W1 O +ATOM 17078 H1 TIP3X 145 10.580 36.800 40.160 1.00 0.00 W1 H +ATOM 17079 H2 TIP3X 145 9.470 35.760 40.170 1.00 0.00 W1 H +ATOM 17080 OH2 TIP3X 146 -30.510 25.180 -24.810 1.00 0.00 W1 O +ATOM 17081 H1 TIP3X 146 -30.770 26.020 -25.180 1.00 0.00 W1 H +ATOM 17082 H2 TIP3X 146 -31.310 24.660 -24.800 1.00 0.00 W1 H +ATOM 17083 OH2 TIP3X 147 2.520 31.960 21.290 1.00 0.00 W1 O +ATOM 17084 H1 TIP3X 147 3.430 32.270 21.240 1.00 0.00 W1 H +ATOM 17085 H2 TIP3X 147 2.550 31.060 20.980 1.00 0.00 W1 H +ATOM 17086 OH2 TIP3X 148 27.230 -10.410 30.980 1.00 0.00 W1 O +ATOM 17087 H1 TIP3X 148 27.630 -10.800 30.200 1.00 0.00 W1 H +ATOM 17088 H2 TIP3X 148 26.310 -10.270 30.730 1.00 0.00 W1 H +ATOM 17089 OH2 TIP3X 149 32.540 13.140 -24.800 1.00 0.00 W1 O +ATOM 17090 H1 TIP3X 149 33.180 13.840 -24.610 1.00 0.00 W1 H +ATOM 17091 H2 TIP3X 149 32.710 12.910 -25.710 1.00 0.00 W1 H +ATOM 17092 OH2 TIP3X 150 32.940 -1.100 -20.720 1.00 0.00 W1 O +ATOM 17093 H1 TIP3X 150 32.090 -0.730 -20.940 1.00 0.00 W1 H +ATOM 17094 H2 TIP3X 150 33.570 -0.420 -20.960 1.00 0.00 W1 H +ATOM 17095 OH2 TIP3X 151 38.720 -19.920 -20.870 1.00 0.00 W1 O +ATOM 17096 H1 TIP3X 151 38.750 -19.050 -20.490 1.00 0.00 W1 H +ATOM 17097 H2 TIP3X 151 38.750 -20.510 -20.110 1.00 0.00 W1 H +ATOM 17098 OH2 TIP3X 152 3.490 36.900 -32.300 1.00 0.00 W1 O +ATOM 17099 H1 TIP3X 152 2.730 36.320 -32.270 1.00 0.00 W1 H +ATOM 17100 H2 TIP3X 152 3.620 37.080 -33.230 1.00 0.00 W1 H +ATOM 17101 OH2 TIP3X 153 -8.780 18.190 39.640 1.00 0.00 W1 O +ATOM 17102 H1 TIP3X 153 -7.940 18.510 39.950 1.00 0.00 W1 H +ATOM 17103 H2 TIP3X 153 -9.090 17.620 40.330 1.00 0.00 W1 H +ATOM 17104 OH2 TIP3X 154 39.220 36.490 -47.760 1.00 0.00 W1 O +ATOM 17105 H1 TIP3X 154 39.350 35.560 -47.550 1.00 0.00 W1 H +ATOM 17106 H2 TIP3X 154 40.090 36.850 -47.850 1.00 0.00 W1 H +ATOM 17107 OH2 TIP3X 155 -1.630 -41.060 35.800 1.00 0.00 W1 O +ATOM 17108 H1 TIP3X 155 -1.730 -40.720 34.910 1.00 0.00 W1 H +ATOM 17109 H2 TIP3X 155 -1.500 -40.280 36.340 1.00 0.00 W1 H +ATOM 17110 OH2 TIP3X 156 -16.920 8.020 -23.170 1.00 0.00 W1 O +ATOM 17111 H1 TIP3X 156 -16.240 8.680 -23.300 1.00 0.00 W1 H +ATOM 17112 H2 TIP3X 156 -16.700 7.580 -22.350 1.00 0.00 W1 H +ATOM 17113 OH2 TIP3X 157 -33.480 33.480 -26.360 1.00 0.00 W1 O +ATOM 17114 H1 TIP3X 157 -33.350 33.650 -25.440 1.00 0.00 W1 H +ATOM 17115 H2 TIP3X 157 -32.620 33.180 -26.680 1.00 0.00 W1 H +ATOM 17116 OH2 TIP3X 158 -3.040 40.910 -15.820 1.00 0.00 W1 O +ATOM 17117 H1 TIP3X 158 -3.630 41.660 -15.690 1.00 0.00 W1 H +ATOM 17118 H2 TIP3X 158 -3.530 40.160 -15.480 1.00 0.00 W1 H +ATOM 17119 OH2 TIP3X 159 3.290 26.770 -23.230 1.00 0.00 W1 O +ATOM 17120 H1 TIP3X 159 4.190 27.080 -23.390 1.00 0.00 W1 H +ATOM 17121 H2 TIP3X 159 2.890 26.750 -24.090 1.00 0.00 W1 H +ATOM 17122 OH2 TIP3X 160 -35.170 0.900 33.010 1.00 0.00 W1 O +ATOM 17123 H1 TIP3X 160 -35.160 1.730 33.480 1.00 0.00 W1 H +ATOM 17124 H2 TIP3X 160 -35.750 1.050 32.270 1.00 0.00 W1 H +ATOM 17125 OH2 TIP3X 161 2.160 36.700 33.400 1.00 0.00 W1 O +ATOM 17126 H1 TIP3X 161 1.690 37.510 33.620 1.00 0.00 W1 H +ATOM 17127 H2 TIP3X 161 1.980 36.590 32.460 1.00 0.00 W1 H +ATOM 17128 OH2 TIP3X 162 -4.920 14.330 -41.330 1.00 0.00 W1 O +ATOM 17129 H1 TIP3X 162 -4.790 13.860 -42.150 1.00 0.00 W1 H +ATOM 17130 H2 TIP3X 162 -4.520 15.190 -41.460 1.00 0.00 W1 H +ATOM 17131 OH2 TIP3X 163 -30.200 12.080 -49.670 1.00 0.00 W1 O +ATOM 17132 H1 TIP3X 163 -30.740 11.420 -50.100 1.00 0.00 W1 H +ATOM 17133 H2 TIP3X 163 -30.760 12.440 -48.990 1.00 0.00 W1 H +ATOM 17134 OH2 TIP3X 164 40.280 -43.980 29.660 1.00 0.00 W1 O +ATOM 17135 H1 TIP3X 164 39.490 -43.500 29.850 1.00 0.00 W1 H +ATOM 17136 H2 TIP3X 164 40.940 -43.600 30.260 1.00 0.00 W1 H +ATOM 17137 OH2 TIP3X 165 34.450 -32.510 28.970 1.00 0.00 W1 O +ATOM 17138 H1 TIP3X 165 33.600 -32.290 28.560 1.00 0.00 W1 H +ATOM 17139 H2 TIP3X 165 34.220 -33.000 29.760 1.00 0.00 W1 H +ATOM 17140 OH2 TIP3X 166 22.390 -31.530 35.770 1.00 0.00 W1 O +ATOM 17141 H1 TIP3X 166 22.790 -30.660 35.920 1.00 0.00 W1 H +ATOM 17142 H2 TIP3X 166 22.230 -31.550 34.830 1.00 0.00 W1 H +ATOM 17143 OH2 TIP3X 167 -31.380 3.000 38.270 1.00 0.00 W1 O +ATOM 17144 H1 TIP3X 167 -31.140 3.930 38.300 1.00 0.00 W1 H +ATOM 17145 H2 TIP3X 167 -30.840 2.590 38.950 1.00 0.00 W1 H +ATOM 17146 OH2 TIP3X 168 26.050 -30.960 -48.990 1.00 0.00 W1 O +ATOM 17147 H1 TIP3X 168 26.570 -31.710 -49.270 1.00 0.00 W1 H +ATOM 17148 H2 TIP3X 168 26.580 -30.540 -48.310 1.00 0.00 W1 H +ATOM 17149 OH2 TIP3X 169 38.590 -30.750 -52.810 1.00 0.00 W1 O +ATOM 17150 H1 TIP3X 169 38.480 -30.800 -53.760 1.00 0.00 W1 H +ATOM 17151 H2 TIP3X 169 38.620 -31.660 -52.530 1.00 0.00 W1 H +ATOM 17152 OH2 TIP3X 170 4.550 -14.330 -36.970 1.00 0.00 W1 O +ATOM 17153 H1 TIP3X 170 5.450 -14.000 -36.960 1.00 0.00 W1 H +ATOM 17154 H2 TIP3X 170 4.140 -13.900 -37.720 1.00 0.00 W1 H +ATOM 17155 OH2 TIP3X 171 -3.440 27.700 -39.970 1.00 0.00 W1 O +ATOM 17156 H1 TIP3X 171 -2.660 27.170 -39.790 1.00 0.00 W1 H +ATOM 17157 H2 TIP3X 171 -3.490 27.740 -40.910 1.00 0.00 W1 H +ATOM 17158 OH2 TIP3X 172 7.090 -27.860 -24.290 1.00 0.00 W1 O +ATOM 17159 H1 TIP3X 172 6.370 -28.480 -24.470 1.00 0.00 W1 H +ATOM 17160 H2 TIP3X 172 7.880 -28.380 -24.340 1.00 0.00 W1 H +ATOM 17161 OH2 TIP3X 173 -26.050 40.910 -18.810 1.00 0.00 W1 O +ATOM 17162 H1 TIP3X 173 -26.480 40.980 -17.950 1.00 0.00 W1 H +ATOM 17163 H2 TIP3X 173 -25.150 40.670 -18.610 1.00 0.00 W1 H +ATOM 17164 OH2 TIP3X 174 8.390 -48.210 35.530 1.00 0.00 W1 O +ATOM 17165 H1 TIP3X 174 8.480 -48.860 34.840 1.00 0.00 W1 H +ATOM 17166 H2 TIP3X 174 7.690 -47.630 35.230 1.00 0.00 W1 H +ATOM 17167 OH2 TIP3X 175 14.950 -23.500 36.030 1.00 0.00 W1 O +ATOM 17168 H1 TIP3X 175 14.030 -23.300 36.190 1.00 0.00 W1 H +ATOM 17169 H2 TIP3X 175 15.400 -22.670 36.100 1.00 0.00 W1 H +ATOM 17170 OH2 TIP3X 176 -22.290 28.790 33.520 1.00 0.00 W1 O +ATOM 17171 H1 TIP3X 176 -22.770 28.450 34.270 1.00 0.00 W1 H +ATOM 17172 H2 TIP3X 176 -22.020 28.020 33.030 1.00 0.00 W1 H +ATOM 17173 OH2 TIP3X 177 28.680 -10.920 -18.540 1.00 0.00 W1 O +ATOM 17174 H1 TIP3X 177 28.790 -10.040 -18.900 1.00 0.00 W1 H +ATOM 17175 H2 TIP3X 177 28.990 -10.850 -17.640 1.00 0.00 W1 H +ATOM 17176 OH2 TIP3X 178 -37.560 10.020 -47.700 1.00 0.00 W1 O +ATOM 17177 H1 TIP3X 178 -37.420 9.090 -47.840 1.00 0.00 W1 H +ATOM 17178 H2 TIP3X 178 -37.440 10.420 -48.570 1.00 0.00 W1 H +ATOM 17179 OH2 TIP3X 179 36.420 -42.090 21.060 1.00 0.00 W1 O +ATOM 17180 H1 TIP3X 179 36.990 -41.340 21.200 1.00 0.00 W1 H +ATOM 17181 H2 TIP3X 179 35.550 -41.720 20.960 1.00 0.00 W1 H +ATOM 17182 OH2 TIP3X 180 -38.830 -21.410 -32.540 1.00 0.00 W1 O +ATOM 17183 H1 TIP3X 180 -39.030 -21.980 -31.790 1.00 0.00 W1 H +ATOM 17184 H2 TIP3X 180 -38.930 -21.980 -33.310 1.00 0.00 W1 H +ATOM 17185 OH2 TIP3X 181 33.170 -19.050 -27.570 1.00 0.00 W1 O +ATOM 17186 H1 TIP3X 181 33.370 -19.980 -27.600 1.00 0.00 W1 H +ATOM 17187 H2 TIP3X 181 33.140 -18.770 -28.490 1.00 0.00 W1 H +ATOM 17188 OH2 TIP3X 182 28.420 28.090 -49.230 1.00 0.00 W1 O +ATOM 17189 H1 TIP3X 182 27.950 28.150 -50.070 1.00 0.00 W1 H +ATOM 17190 H2 TIP3X 182 28.970 28.870 -49.210 1.00 0.00 W1 H +ATOM 17191 OH2 TIP3X 183 -31.760 -29.030 -29.440 1.00 0.00 W1 O +ATOM 17192 H1 TIP3X 183 -31.800 -29.410 -30.330 1.00 0.00 W1 H +ATOM 17193 H2 TIP3X 183 -30.980 -29.420 -29.050 1.00 0.00 W1 H +ATOM 17194 OH2 TIP3X 184 -2.400 -4.240 31.180 1.00 0.00 W1 O +ATOM 17195 H1 TIP3X 184 -3.180 -4.450 31.690 1.00 0.00 W1 H +ATOM 17196 H2 TIP3X 184 -2.000 -5.090 30.990 1.00 0.00 W1 H +ATOM 17197 OH2 TIP3X 185 -41.710 26.120 -29.600 1.00 0.00 W1 O +ATOM 17198 H1 TIP3X 185 -41.320 25.950 -28.750 1.00 0.00 W1 H +ATOM 17199 H2 TIP3X 185 -41.620 25.300 -30.080 1.00 0.00 W1 H +ATOM 17200 OH2 TIP3X 186 10.080 -22.820 -44.400 1.00 0.00 W1 O +ATOM 17201 H1 TIP3X 186 9.980 -22.890 -45.360 1.00 0.00 W1 H +ATOM 17202 H2 TIP3X 186 10.690 -22.100 -44.270 1.00 0.00 W1 H +ATOM 17203 OH2 TIP3X 187 34.530 -49.150 -30.330 1.00 0.00 W1 O +ATOM 17204 H1 TIP3X 187 33.990 -48.660 -30.950 1.00 0.00 W1 H +ATOM 17205 H2 TIP3X 187 35.320 -48.620 -30.220 1.00 0.00 W1 H +ATOM 17206 OH2 TIP3X 188 10.310 -10.260 31.280 1.00 0.00 W1 O +ATOM 17207 H1 TIP3X 188 9.830 -9.420 31.250 1.00 0.00 W1 H +ATOM 17208 H2 TIP3X 188 11.230 -10.000 31.350 1.00 0.00 W1 H +ATOM 17209 OH2 TIP3X 189 -8.860 31.500 -30.030 1.00 0.00 W1 O +ATOM 17210 H1 TIP3X 189 -8.590 30.610 -30.300 1.00 0.00 W1 H +ATOM 17211 H2 TIP3X 189 -9.790 31.550 -30.280 1.00 0.00 W1 H +ATOM 17212 OH2 TIP3X 190 -36.560 14.690 -11.560 1.00 0.00 W1 O +ATOM 17213 H1 TIP3X 190 -36.890 15.540 -11.260 1.00 0.00 W1 H +ATOM 17214 H2 TIP3X 190 -36.260 14.260 -10.770 1.00 0.00 W1 H +ATOM 17215 OH2 TIP3X 191 43.940 -27.070 -31.870 1.00 0.00 W1 O +ATOM 17216 H1 TIP3X 191 43.160 -26.510 -31.890 1.00 0.00 W1 H +ATOM 17217 H2 TIP3X 191 44.310 -26.990 -32.750 1.00 0.00 W1 H +ATOM 17218 OH2 TIP3X 192 48.020 19.270 -14.900 1.00 0.00 W1 O +ATOM 17219 H1 TIP3X 192 47.290 19.340 -15.520 1.00 0.00 W1 H +ATOM 17220 H2 TIP3X 192 47.640 18.880 -14.120 1.00 0.00 W1 H +ATOM 17221 OH2 TIP3X 193 43.670 9.560 -41.850 1.00 0.00 W1 O +ATOM 17222 H1 TIP3X 193 44.130 9.530 -42.700 1.00 0.00 W1 H +ATOM 17223 H2 TIP3X 193 43.630 8.640 -41.580 1.00 0.00 W1 H +ATOM 17224 OH2 TIP3X 194 -0.450 22.320 -26.350 1.00 0.00 W1 O +ATOM 17225 H1 TIP3X 194 -0.070 22.040 -25.530 1.00 0.00 W1 H +ATOM 17226 H2 TIP3X 194 -0.850 23.170 -26.150 1.00 0.00 W1 H +ATOM 17227 OH2 TIP3X 195 -18.550 -41.200 19.850 1.00 0.00 W1 O +ATOM 17228 H1 TIP3X 195 -18.040 -41.690 20.500 1.00 0.00 W1 H +ATOM 17229 H2 TIP3X 195 -19.420 -41.590 19.880 1.00 0.00 W1 H +ATOM 17230 OH2 TIP3X 196 -5.760 32.290 -32.670 1.00 0.00 W1 O +ATOM 17231 H1 TIP3X 196 -5.360 31.820 -33.410 1.00 0.00 W1 H +ATOM 17232 H2 TIP3X 196 -6.280 32.980 -33.090 1.00 0.00 W1 H +ATOM 17233 OH2 TIP3X 197 8.120 14.510 21.830 1.00 0.00 W1 O +ATOM 17234 H1 TIP3X 197 7.950 14.510 22.780 1.00 0.00 W1 H +ATOM 17235 H2 TIP3X 197 7.830 13.640 21.540 1.00 0.00 W1 H +ATOM 17236 OH2 TIP3X 198 -2.530 26.400 -24.700 1.00 0.00 W1 O +ATOM 17237 H1 TIP3X 198 -2.410 27.170 -25.260 1.00 0.00 W1 H +ATOM 17238 H2 TIP3X 198 -1.650 26.060 -24.560 1.00 0.00 W1 H +ATOM 17239 OH2 TIP3X 199 12.640 -46.200 -38.260 1.00 0.00 W1 O +ATOM 17240 H1 TIP3X 199 12.790 -45.820 -39.120 1.00 0.00 W1 H +ATOM 17241 H2 TIP3X 199 12.880 -47.120 -38.350 1.00 0.00 W1 H +ATOM 17242 OH2 TIP3X 200 34.560 -18.130 -43.530 1.00 0.00 W1 O +ATOM 17243 H1 TIP3X 200 35.290 -17.970 -44.140 1.00 0.00 W1 H +ATOM 17244 H2 TIP3X 200 33.820 -17.690 -43.930 1.00 0.00 W1 H +ATOM 17245 OH2 TIP3X 201 -6.470 -18.490 -29.820 1.00 0.00 W1 O +ATOM 17246 H1 TIP3X 201 -6.900 -17.650 -29.920 1.00 0.00 W1 H +ATOM 17247 H2 TIP3X 201 -6.070 -18.670 -30.670 1.00 0.00 W1 H +ATOM 17248 OH2 TIP3X 202 17.400 6.070 -43.610 1.00 0.00 W1 O +ATOM 17249 H1 TIP3X 202 17.500 7.020 -43.700 1.00 0.00 W1 H +ATOM 17250 H2 TIP3X 202 18.250 5.780 -43.250 1.00 0.00 W1 H +ATOM 17251 OH2 TIP3X 203 7.520 26.600 -47.800 1.00 0.00 W1 O +ATOM 17252 H1 TIP3X 203 7.070 25.750 -47.850 1.00 0.00 W1 H +ATOM 17253 H2 TIP3X 203 7.760 26.790 -48.710 1.00 0.00 W1 H +ATOM 17254 OH2 TIP3X 204 25.890 -41.970 -41.600 1.00 0.00 W1 O +ATOM 17255 H1 TIP3X 204 26.700 -42.450 -41.440 1.00 0.00 W1 H +ATOM 17256 H2 TIP3X 204 25.520 -42.390 -42.380 1.00 0.00 W1 H +ATOM 17257 OH2 TIP3X 205 -34.780 -41.010 21.380 1.00 0.00 W1 O +ATOM 17258 H1 TIP3X 205 -34.020 -40.630 21.810 1.00 0.00 W1 H +ATOM 17259 H2 TIP3X 205 -34.430 -41.390 20.570 1.00 0.00 W1 H +ATOM 17260 OH2 TIP3X 206 -14.750 -26.370 17.140 1.00 0.00 W1 O +ATOM 17261 H1 TIP3X 206 -14.940 -26.230 16.220 1.00 0.00 W1 H +ATOM 17262 H2 TIP3X 206 -15.360 -25.800 17.610 1.00 0.00 W1 H +ATOM 17263 OH2 TIP3X 207 -43.670 15.130 -32.230 1.00 0.00 W1 O +ATOM 17264 H1 TIP3X 207 -44.300 15.770 -32.580 1.00 0.00 W1 H +ATOM 17265 H2 TIP3X 207 -44.080 14.810 -31.420 1.00 0.00 W1 H +ATOM 17266 OH2 TIP3X 208 -4.730 -1.850 -48.870 1.00 0.00 W1 O +ATOM 17267 H1 TIP3X 208 -4.080 -1.560 -49.510 1.00 0.00 W1 H +ATOM 17268 H2 TIP3X 208 -5.550 -1.910 -49.380 1.00 0.00 W1 H +ATOM 17269 OH2 TIP3X 209 25.900 -0.790 28.450 1.00 0.00 W1 O +ATOM 17270 H1 TIP3X 209 26.250 -1.270 27.700 1.00 0.00 W1 H +ATOM 17271 H2 TIP3X 209 24.970 -0.690 28.250 1.00 0.00 W1 H +ATOM 17272 OH2 TIP3X 210 12.650 -41.200 29.300 1.00 0.00 W1 O +ATOM 17273 H1 TIP3X 210 12.410 -40.290 29.480 1.00 0.00 W1 H +ATOM 17274 H2 TIP3X 210 11.840 -41.690 29.480 1.00 0.00 W1 H +ATOM 17275 OH2 TIP3X 211 -31.260 -6.000 17.580 1.00 0.00 W1 O +ATOM 17276 H1 TIP3X 211 -31.470 -6.550 16.820 1.00 0.00 W1 H +ATOM 17277 H2 TIP3X 211 -30.700 -6.540 18.120 1.00 0.00 W1 H +ATOM 17278 OH2 TIP3X 212 33.690 39.450 24.890 1.00 0.00 W1 O +ATOM 17279 H1 TIP3X 212 34.570 39.730 24.630 1.00 0.00 W1 H +ATOM 17280 H2 TIP3X 212 33.110 39.780 24.210 1.00 0.00 W1 H +ATOM 17281 OH2 TIP3X 213 31.680 1.600 22.340 1.00 0.00 W1 O +ATOM 17282 H1 TIP3X 213 31.010 2.070 21.830 1.00 0.00 W1 H +ATOM 17283 H2 TIP3X 213 31.230 0.830 22.670 1.00 0.00 W1 H +ATOM 17284 OH2 TIP3X 214 25.250 10.040 -37.210 1.00 0.00 W1 O +ATOM 17285 H1 TIP3X 214 25.220 9.260 -36.650 1.00 0.00 W1 H +ATOM 17286 H2 TIP3X 214 25.060 10.770 -36.620 1.00 0.00 W1 H +ATOM 17287 OH2 TIP3X 215 -38.280 18.110 22.920 1.00 0.00 W1 O +ATOM 17288 H1 TIP3X 215 -39.200 17.970 22.680 1.00 0.00 W1 H +ATOM 17289 H2 TIP3X 215 -37.840 17.320 22.620 1.00 0.00 W1 H +ATOM 17290 OH2 TIP3X 216 -41.210 33.190 -39.840 1.00 0.00 W1 O +ATOM 17291 H1 TIP3X 216 -41.010 33.530 -40.710 1.00 0.00 W1 H +ATOM 17292 H2 TIP3X 216 -41.580 33.940 -39.370 1.00 0.00 W1 H +ATOM 17293 OH2 TIP3X 217 6.420 13.500 -33.740 1.00 0.00 W1 O +ATOM 17294 H1 TIP3X 217 6.260 14.440 -33.810 1.00 0.00 W1 H +ATOM 17295 H2 TIP3X 217 7.340 13.400 -34.020 1.00 0.00 W1 H +ATOM 17296 OH2 TIP3X 218 33.720 -43.830 35.430 1.00 0.00 W1 O +ATOM 17297 H1 TIP3X 218 33.550 -43.440 34.560 1.00 0.00 W1 H +ATOM 17298 H2 TIP3X 218 34.040 -44.710 35.240 1.00 0.00 W1 H +ATOM 17299 OH2 TIP3X 219 39.580 -19.550 -27.730 1.00 0.00 W1 O +ATOM 17300 H1 TIP3X 219 38.990 -18.800 -27.860 1.00 0.00 W1 H +ATOM 17301 H2 TIP3X 219 39.100 -20.310 -28.050 1.00 0.00 W1 H +ATOM 17302 OH2 TIP3X 220 -31.930 -36.040 29.210 1.00 0.00 W1 O +ATOM 17303 H1 TIP3X 220 -32.200 -36.960 29.320 1.00 0.00 W1 H +ATOM 17304 H2 TIP3X 220 -32.130 -35.840 28.300 1.00 0.00 W1 H +ATOM 17305 OH2 TIP3X 221 25.460 -37.280 -28.520 1.00 0.00 W1 O +ATOM 17306 H1 TIP3X 221 25.370 -37.500 -27.600 1.00 0.00 W1 H +ATOM 17307 H2 TIP3X 221 25.290 -38.090 -28.980 1.00 0.00 W1 H +ATOM 17308 OH2 TIP3X 222 -34.120 -40.690 -29.600 1.00 0.00 W1 O +ATOM 17309 H1 TIP3X 222 -33.640 -40.060 -29.060 1.00 0.00 W1 H +ATOM 17310 H2 TIP3X 222 -35.030 -40.580 -29.360 1.00 0.00 W1 H +ATOM 17311 OH2 TIP3X 223 -31.550 -9.180 20.920 1.00 0.00 W1 O +ATOM 17312 H1 TIP3X 223 -32.410 -9.600 20.880 1.00 0.00 W1 H +ATOM 17313 H2 TIP3X 223 -31.220 -9.390 21.790 1.00 0.00 W1 H +ATOM 17314 OH2 TIP3X 224 -45.300 -15.220 -42.900 1.00 0.00 W1 O +ATOM 17315 H1 TIP3X 224 -44.930 -15.120 -42.020 1.00 0.00 W1 H +ATOM 17316 H2 TIP3X 224 -44.540 -15.160 -43.480 1.00 0.00 W1 H +ATOM 17317 OH2 TIP3X 225 31.070 -8.950 -37.390 1.00 0.00 W1 O +ATOM 17318 H1 TIP3X 225 30.110 -8.980 -37.400 1.00 0.00 W1 H +ATOM 17319 H2 TIP3X 225 31.280 -8.040 -37.600 1.00 0.00 W1 H +ATOM 17320 OH2 TIP3X 226 28.420 -35.120 -32.390 1.00 0.00 W1 O +ATOM 17321 H1 TIP3X 226 28.520 -34.260 -31.970 1.00 0.00 W1 H +ATOM 17322 H2 TIP3X 226 28.150 -35.710 -31.690 1.00 0.00 W1 H +ATOM 17323 OH2 TIP3X 227 37.600 -10.600 -48.970 1.00 0.00 W1 O +ATOM 17324 H1 TIP3X 227 36.990 -10.420 -48.260 1.00 0.00 W1 H +ATOM 17325 H2 TIP3X 227 38.260 -11.180 -48.580 1.00 0.00 W1 H +ATOM 17326 OH2 TIP3X 228 -28.230 15.860 -20.100 1.00 0.00 W1 O +ATOM 17327 H1 TIP3X 228 -27.940 16.460 -19.420 1.00 0.00 W1 H +ATOM 17328 H2 TIP3X 228 -27.720 15.070 -19.980 1.00 0.00 W1 H +ATOM 17329 OH2 TIP3X 229 12.430 -48.460 -22.930 1.00 0.00 W1 O +ATOM 17330 H1 TIP3X 229 11.830 -48.010 -22.340 1.00 0.00 W1 H +ATOM 17331 H2 TIP3X 229 12.430 -49.370 -22.650 1.00 0.00 W1 H +ATOM 17332 OH2 TIP3X 230 12.400 -6.030 -33.390 1.00 0.00 W1 O +ATOM 17333 H1 TIP3X 230 13.060 -5.780 -32.760 1.00 0.00 W1 H +ATOM 17334 H2 TIP3X 230 11.600 -6.150 -32.870 1.00 0.00 W1 H +ATOM 17335 OH2 TIP3X 231 36.220 -7.770 -31.490 1.00 0.00 W1 O +ATOM 17336 H1 TIP3X 231 36.380 -8.610 -31.050 1.00 0.00 W1 H +ATOM 17337 H2 TIP3X 231 36.970 -7.230 -31.240 1.00 0.00 W1 H +ATOM 17338 OH2 TIP3X 232 43.010 -0.980 36.900 1.00 0.00 W1 O +ATOM 17339 H1 TIP3X 232 43.070 -0.160 37.390 1.00 0.00 W1 H +ATOM 17340 H2 TIP3X 232 43.640 -1.560 37.320 1.00 0.00 W1 H +ATOM 17341 OH2 TIP3X 233 -45.680 39.770 -35.800 1.00 0.00 W1 O +ATOM 17342 H1 TIP3X 233 -45.860 40.470 -35.180 1.00 0.00 W1 H +ATOM 17343 H2 TIP3X 233 -44.750 39.580 -35.680 1.00 0.00 W1 H +ATOM 17344 OH2 TIP3X 234 -41.200 15.580 30.680 1.00 0.00 W1 O +ATOM 17345 H1 TIP3X 234 -40.780 16.440 30.700 1.00 0.00 W1 H +ATOM 17346 H2 TIP3X 234 -40.530 14.990 31.020 1.00 0.00 W1 H +ATOM 17347 OH2 TIP3X 235 17.540 -42.350 29.090 1.00 0.00 W1 O +ATOM 17348 H1 TIP3X 235 17.290 -43.240 29.360 1.00 0.00 W1 H +ATOM 17349 H2 TIP3X 235 16.850 -41.790 29.440 1.00 0.00 W1 H +ATOM 17350 OH2 TIP3X 236 45.960 -33.170 -40.580 1.00 0.00 W1 O +ATOM 17351 H1 TIP3X 236 45.920 -33.950 -40.010 1.00 0.00 W1 H +ATOM 17352 H2 TIP3X 236 45.030 -32.940 -40.720 1.00 0.00 W1 H +ATOM 17353 OH2 TIP3X 237 13.800 -3.240 -49.420 1.00 0.00 W1 O +ATOM 17354 H1 TIP3X 237 14.410 -3.960 -49.240 1.00 0.00 W1 H +ATOM 17355 H2 TIP3X 237 13.520 -3.380 -50.320 1.00 0.00 W1 H +ATOM 17356 OH2 TIP3X 238 3.270 -19.130 24.780 1.00 0.00 W1 O +ATOM 17357 H1 TIP3X 238 3.890 -19.760 24.420 1.00 0.00 W1 H +ATOM 17358 H2 TIP3X 238 2.410 -19.440 24.480 1.00 0.00 W1 H +ATOM 17359 OH2 TIP3X 239 4.960 35.900 -46.260 1.00 0.00 W1 O +ATOM 17360 H1 TIP3X 239 5.410 36.430 -46.920 1.00 0.00 W1 H +ATOM 17361 H2 TIP3X 239 5.450 35.070 -46.270 1.00 0.00 W1 H +ATOM 17362 OH2 TIP3X 240 -15.300 -8.780 -49.410 1.00 0.00 W1 O +ATOM 17363 H1 TIP3X 240 -15.120 -9.590 -48.960 1.00 0.00 W1 H +ATOM 17364 H2 TIP3X 240 -16.120 -8.940 -49.870 1.00 0.00 W1 H +ATOM 17365 OH2 TIP3X 241 4.020 9.780 22.170 1.00 0.00 W1 O +ATOM 17366 H1 TIP3X 241 4.890 10.120 22.370 1.00 0.00 W1 H +ATOM 17367 H2 TIP3X 241 3.820 10.120 21.300 1.00 0.00 W1 H +ATOM 17368 OH2 TIP3X 242 -28.420 29.120 -45.950 1.00 0.00 W1 O +ATOM 17369 H1 TIP3X 242 -27.510 29.290 -46.220 1.00 0.00 W1 H +ATOM 17370 H2 TIP3X 242 -28.370 28.280 -45.500 1.00 0.00 W1 H +ATOM 17371 OH2 TIP3X 243 -28.730 9.040 30.500 1.00 0.00 W1 O +ATOM 17372 H1 TIP3X 243 -28.730 9.850 31.010 1.00 0.00 W1 H +ATOM 17373 H2 TIP3X 243 -28.800 8.350 31.160 1.00 0.00 W1 H +ATOM 17374 OH2 TIP3X 244 20.610 -8.070 -38.940 1.00 0.00 W1 O +ATOM 17375 H1 TIP3X 244 21.230 -8.740 -39.230 1.00 0.00 W1 H +ATOM 17376 H2 TIP3X 244 21.090 -7.560 -38.300 1.00 0.00 W1 H +ATOM 17377 OH2 TIP3X 245 32.950 33.420 -35.040 1.00 0.00 W1 O +ATOM 17378 H1 TIP3X 245 33.330 33.390 -35.930 1.00 0.00 W1 H +ATOM 17379 H2 TIP3X 245 33.590 33.900 -34.530 1.00 0.00 W1 H +ATOM 17380 OH2 TIP3X 246 29.260 3.850 -26.700 1.00 0.00 W1 O +ATOM 17381 H1 TIP3X 246 28.960 4.720 -26.960 1.00 0.00 W1 H +ATOM 17382 H2 TIP3X 246 28.600 3.250 -27.070 1.00 0.00 W1 H +ATOM 17383 OH2 TIP3X 247 18.260 -32.730 8.910 1.00 0.00 W1 O +ATOM 17384 H1 TIP3X 247 18.400 -32.520 9.840 1.00 0.00 W1 H +ATOM 17385 H2 TIP3X 247 18.280 -33.690 8.870 1.00 0.00 W1 H +ATOM 17386 OH2 TIP3X 248 -43.880 10.730 -28.500 1.00 0.00 W1 O +ATOM 17387 H1 TIP3X 248 -43.920 11.610 -28.890 1.00 0.00 W1 H +ATOM 17388 H2 TIP3X 248 -43.120 10.760 -27.920 1.00 0.00 W1 H +ATOM 17389 OH2 TIP3X 249 -11.400 6.600 33.060 1.00 0.00 W1 O +ATOM 17390 H1 TIP3X 249 -11.420 6.180 32.200 1.00 0.00 W1 H +ATOM 17391 H2 TIP3X 249 -12.070 6.140 33.570 1.00 0.00 W1 H +ATOM 17392 OH2 TIP3X 250 26.360 18.430 27.900 1.00 0.00 W1 O +ATOM 17393 H1 TIP3X 250 26.660 17.540 28.100 1.00 0.00 W1 H +ATOM 17394 H2 TIP3X 250 26.780 18.980 28.560 1.00 0.00 W1 H +ATOM 17395 OH2 TIP3X 251 -4.580 -42.040 -39.220 1.00 0.00 W1 O +ATOM 17396 H1 TIP3X 251 -3.890 -42.410 -38.680 1.00 0.00 W1 H +ATOM 17397 H2 TIP3X 251 -4.740 -42.710 -39.890 1.00 0.00 W1 H +ATOM 17398 OH2 TIP3X 252 -30.820 -14.590 -36.290 1.00 0.00 W1 O +ATOM 17399 H1 TIP3X 252 -31.100 -13.950 -36.920 1.00 0.00 W1 H +ATOM 17400 H2 TIP3X 252 -30.700 -15.400 -36.790 1.00 0.00 W1 H +ATOM 17401 OH2 TIP3X 253 -6.380 -41.570 -25.700 1.00 0.00 W1 O +ATOM 17402 H1 TIP3X 253 -5.600 -41.560 -25.120 1.00 0.00 W1 H +ATOM 17403 H2 TIP3X 253 -6.490 -40.660 -25.950 1.00 0.00 W1 H +ATOM 17404 OH2 TIP3X 254 -17.330 17.060 29.290 1.00 0.00 W1 O +ATOM 17405 H1 TIP3X 254 -18.290 17.070 29.230 1.00 0.00 W1 H +ATOM 17406 H2 TIP3X 254 -17.050 16.480 28.590 1.00 0.00 W1 H +ATOM 17407 OH2 TIP3X 255 -41.330 9.670 -39.960 1.00 0.00 W1 O +ATOM 17408 H1 TIP3X 255 -41.840 10.210 -39.360 1.00 0.00 W1 H +ATOM 17409 H2 TIP3X 255 -40.420 9.860 -39.740 1.00 0.00 W1 H +ATOM 17410 OH2 TIP3X 256 6.850 17.820 21.190 1.00 0.00 W1 O +ATOM 17411 H1 TIP3X 256 7.440 17.150 20.820 1.00 0.00 W1 H +ATOM 17412 H2 TIP3X 256 6.160 17.920 20.550 1.00 0.00 W1 H +ATOM 17413 OH2 TIP3X 257 -3.550 18.270 -27.780 1.00 0.00 W1 O +ATOM 17414 H1 TIP3X 257 -3.410 19.180 -27.520 1.00 0.00 W1 H +ATOM 17415 H2 TIP3X 257 -4.070 17.890 -27.070 1.00 0.00 W1 H +ATOM 17416 OH2 TIP3X 258 -33.130 -1.020 -14.510 1.00 0.00 W1 O +ATOM 17417 H1 TIP3X 258 -32.700 -1.700 -15.030 1.00 0.00 W1 H +ATOM 17418 H2 TIP3X 258 -32.700 -0.210 -14.790 1.00 0.00 W1 H +ATOM 17419 OH2 TIP3X 259 -28.490 -9.120 35.610 1.00 0.00 W1 O +ATOM 17420 H1 TIP3X 259 -29.400 -8.880 35.750 1.00 0.00 W1 H +ATOM 17421 H2 TIP3X 259 -28.030 -8.800 36.380 1.00 0.00 W1 H +ATOM 17422 OH2 TIP3X 260 45.010 5.990 -43.060 1.00 0.00 W1 O +ATOM 17423 H1 TIP3X 260 44.320 6.500 -42.640 1.00 0.00 W1 H +ATOM 17424 H2 TIP3X 260 45.800 6.210 -42.570 1.00 0.00 W1 H +ATOM 17425 OH2 TIP3X 261 24.500 12.370 27.510 1.00 0.00 W1 O +ATOM 17426 H1 TIP3X 261 24.400 12.210 28.450 1.00 0.00 W1 H +ATOM 17427 H2 TIP3X 261 23.600 12.420 27.180 1.00 0.00 W1 H +ATOM 17428 OH2 TIP3X 262 0.480 -8.460 -45.450 1.00 0.00 W1 O +ATOM 17429 H1 TIP3X 262 -0.150 -7.790 -45.750 1.00 0.00 W1 H +ATOM 17430 H2 TIP3X 262 0.600 -9.030 -46.210 1.00 0.00 W1 H +ATOM 17431 OH2 TIP3X 263 -19.510 17.580 -13.520 1.00 0.00 W1 O +ATOM 17432 H1 TIP3X 263 -19.630 16.970 -14.240 1.00 0.00 W1 H +ATOM 17433 H2 TIP3X 263 -18.600 17.850 -13.590 1.00 0.00 W1 H +ATOM 17434 OH2 TIP3X 264 28.150 4.010 -31.880 1.00 0.00 W1 O +ATOM 17435 H1 TIP3X 264 28.620 4.450 -31.190 1.00 0.00 W1 H +ATOM 17436 H2 TIP3X 264 27.220 4.070 -31.610 1.00 0.00 W1 H +ATOM 17437 OH2 TIP3X 265 38.300 -14.200 -21.610 1.00 0.00 W1 O +ATOM 17438 H1 TIP3X 265 37.810 -15.030 -21.600 1.00 0.00 W1 H +ATOM 17439 H2 TIP3X 265 38.300 -13.940 -22.530 1.00 0.00 W1 H +ATOM 17440 OH2 TIP3X 266 43.000 30.600 -17.490 1.00 0.00 W1 O +ATOM 17441 H1 TIP3X 266 43.510 30.470 -16.700 1.00 0.00 W1 H +ATOM 17442 H2 TIP3X 266 42.530 31.420 -17.340 1.00 0.00 W1 H +ATOM 17443 OH2 TIP3X 267 44.080 -8.820 17.470 1.00 0.00 W1 O +ATOM 17444 H1 TIP3X 267 43.790 -8.720 16.570 1.00 0.00 W1 H +ATOM 17445 H2 TIP3X 267 44.020 -9.770 17.640 1.00 0.00 W1 H +ATOM 17446 OH2 TIP3X 268 -1.010 23.940 -32.090 1.00 0.00 W1 O +ATOM 17447 H1 TIP3X 268 -1.150 24.400 -31.260 1.00 0.00 W1 H +ATOM 17448 H2 TIP3X 268 -1.040 23.010 -31.850 1.00 0.00 W1 H +ATOM 17449 OH2 TIP3X 269 12.680 -33.920 -31.540 1.00 0.00 W1 O +ATOM 17450 H1 TIP3X 269 12.310 -34.590 -32.110 1.00 0.00 W1 H +ATOM 17451 H2 TIP3X 269 13.320 -34.400 -31.010 1.00 0.00 W1 H +ATOM 17452 OH2 TIP3X 270 -5.550 22.110 -43.540 1.00 0.00 W1 O +ATOM 17453 H1 TIP3X 270 -5.080 21.350 -43.210 1.00 0.00 W1 H +ATOM 17454 H2 TIP3X 270 -6.270 21.750 -44.060 1.00 0.00 W1 H +ATOM 17455 OH2 TIP3X 271 29.790 35.740 35.660 1.00 0.00 W1 O +ATOM 17456 H1 TIP3X 271 29.520 36.350 36.330 1.00 0.00 W1 H +ATOM 17457 H2 TIP3X 271 30.640 35.420 35.950 1.00 0.00 W1 H +ATOM 17458 OH2 TIP3X 272 -14.440 -42.340 25.170 1.00 0.00 W1 O +ATOM 17459 H1 TIP3X 272 -15.290 -42.690 25.430 1.00 0.00 W1 H +ATOM 17460 H2 TIP3X 272 -14.540 -42.130 24.240 1.00 0.00 W1 H +ATOM 17461 OH2 TIP3X 273 -33.770 -0.280 37.410 1.00 0.00 W1 O +ATOM 17462 H1 TIP3X 273 -34.120 -0.540 36.560 1.00 0.00 W1 H +ATOM 17463 H2 TIP3X 273 -33.640 0.670 37.340 1.00 0.00 W1 H +ATOM 17464 OH2 TIP3X 274 -39.450 -48.690 -40.590 1.00 0.00 W1 O +ATOM 17465 H1 TIP3X 274 -38.630 -48.840 -40.110 1.00 0.00 W1 H +ATOM 17466 H2 TIP3X 274 -39.260 -47.970 -41.180 1.00 0.00 W1 H +ATOM 17467 OH2 TIP3X 275 -40.660 36.770 21.270 1.00 0.00 W1 O +ATOM 17468 H1 TIP3X 275 -40.340 36.060 20.710 1.00 0.00 W1 H +ATOM 17469 H2 TIP3X 275 -41.370 36.360 21.790 1.00 0.00 W1 H +ATOM 17470 OH2 TIP3X 276 19.960 -30.130 37.340 1.00 0.00 W1 O +ATOM 17471 H1 TIP3X 276 20.400 -30.380 36.530 1.00 0.00 W1 H +ATOM 17472 H2 TIP3X 276 20.590 -30.380 38.030 1.00 0.00 W1 H +ATOM 17473 OH2 TIP3X 277 35.280 -28.690 26.860 1.00 0.00 W1 O +ATOM 17474 H1 TIP3X 277 35.890 -28.560 26.140 1.00 0.00 W1 H +ATOM 17475 H2 TIP3X 277 35.700 -29.350 27.420 1.00 0.00 W1 H +ATOM 17476 OH2 TIP3X 278 -10.220 -19.910 -51.410 1.00 0.00 W1 O +ATOM 17477 H1 TIP3X 278 -10.380 -20.140 -50.500 1.00 0.00 W1 H +ATOM 17478 H2 TIP3X 278 -9.920 -20.740 -51.810 1.00 0.00 W1 H +ATOM 17479 OH2 TIP3X 279 -5.290 -28.090 -25.000 1.00 0.00 W1 O +ATOM 17480 H1 TIP3X 279 -4.780 -28.560 -24.340 1.00 0.00 W1 H +ATOM 17481 H2 TIP3X 279 -6.180 -28.420 -24.880 1.00 0.00 W1 H +ATOM 17482 OH2 TIP3X 280 -25.720 14.260 -20.840 1.00 0.00 W1 O +ATOM 17483 H1 TIP3X 280 -26.430 13.830 -21.320 1.00 0.00 W1 H +ATOM 17484 H2 TIP3X 280 -25.230 13.530 -20.450 1.00 0.00 W1 H +ATOM 17485 OH2 TIP3X 281 0.680 -22.440 34.260 1.00 0.00 W1 O +ATOM 17486 H1 TIP3X 281 0.990 -21.700 34.780 1.00 0.00 W1 H +ATOM 17487 H2 TIP3X 281 -0.190 -22.180 33.960 1.00 0.00 W1 H +ATOM 17488 OH2 TIP3X 282 32.930 11.250 28.100 1.00 0.00 W1 O +ATOM 17489 H1 TIP3X 282 33.080 10.700 27.320 1.00 0.00 W1 H +ATOM 17490 H2 TIP3X 282 33.500 10.880 28.770 1.00 0.00 W1 H +ATOM 17491 OH2 TIP3X 283 -32.920 -25.000 39.340 1.00 0.00 W1 O +ATOM 17492 H1 TIP3X 283 -33.710 -24.930 38.800 1.00 0.00 W1 H +ATOM 17493 H2 TIP3X 283 -32.230 -24.610 38.790 1.00 0.00 W1 H +ATOM 17494 OH2 TIP3X 284 -41.490 -18.780 29.500 1.00 0.00 W1 O +ATOM 17495 H1 TIP3X 284 -40.650 -18.500 29.130 1.00 0.00 W1 H +ATOM 17496 H2 TIP3X 284 -41.540 -19.720 29.300 1.00 0.00 W1 H +ATOM 17497 OH2 TIP3X 285 13.530 40.730 39.830 1.00 0.00 W1 O +ATOM 17498 H1 TIP3X 285 12.910 40.010 39.950 1.00 0.00 W1 H +ATOM 17499 H2 TIP3X 285 14.210 40.570 40.490 1.00 0.00 W1 H +ATOM 17500 OH2 TIP3X 286 -43.460 -11.030 -23.420 1.00 0.00 W1 O +ATOM 17501 H1 TIP3X 286 -42.940 -10.320 -23.790 1.00 0.00 W1 H +ATOM 17502 H2 TIP3X 286 -44.050 -11.300 -24.130 1.00 0.00 W1 H +ATOM 17503 OH2 TIP3X 287 47.280 0.970 -40.160 1.00 0.00 W1 O +ATOM 17504 H1 TIP3X 287 47.830 1.740 -40.050 1.00 0.00 W1 H +ATOM 17505 H2 TIP3X 287 47.450 0.670 -41.050 1.00 0.00 W1 H +ATOM 17506 OH2 TIP3X 288 28.830 17.110 -43.360 1.00 0.00 W1 O +ATOM 17507 H1 TIP3X 288 28.420 17.150 -42.510 1.00 0.00 W1 H +ATOM 17508 H2 TIP3X 288 29.580 17.700 -43.300 1.00 0.00 W1 H +ATOM 17509 OH2 TIP3X 289 -5.510 -2.760 -36.600 1.00 0.00 W1 O +ATOM 17510 H1 TIP3X 289 -6.210 -2.530 -35.980 1.00 0.00 W1 H +ATOM 17511 H2 TIP3X 289 -4.800 -2.160 -36.390 1.00 0.00 W1 H +ATOM 17512 OH2 TIP3X 290 26.180 -35.150 -21.120 1.00 0.00 W1 O +ATOM 17513 H1 TIP3X 290 26.960 -35.450 -20.670 1.00 0.00 W1 H +ATOM 17514 H2 TIP3X 290 25.990 -34.290 -20.720 1.00 0.00 W1 H +ATOM 17515 OH2 TIP3X 291 43.940 -38.470 18.490 1.00 0.00 W1 O +ATOM 17516 H1 TIP3X 291 43.290 -39.000 18.020 1.00 0.00 W1 H +ATOM 17517 H2 TIP3X 291 43.550 -38.320 19.350 1.00 0.00 W1 H +ATOM 17518 OH2 TIP3X 292 40.050 -9.780 22.880 1.00 0.00 W1 O +ATOM 17519 H1 TIP3X 292 39.540 -10.130 23.610 1.00 0.00 W1 H +ATOM 17520 H2 TIP3X 292 39.470 -9.880 22.120 1.00 0.00 W1 H +ATOM 17521 OH2 TIP3X 293 -18.530 19.720 -25.530 1.00 0.00 W1 O +ATOM 17522 H1 TIP3X 293 -17.640 19.760 -25.850 1.00 0.00 W1 H +ATOM 17523 H2 TIP3X 293 -18.590 18.890 -25.060 1.00 0.00 W1 H +ATOM 17524 OH2 TIP3X 294 -16.600 -37.550 36.730 1.00 0.00 W1 O +ATOM 17525 H1 TIP3X 294 -17.120 -37.740 37.510 1.00 0.00 W1 H +ATOM 17526 H2 TIP3X 294 -16.970 -38.090 36.050 1.00 0.00 W1 H +ATOM 17527 OH2 TIP3X 295 -28.280 1.050 28.900 1.00 0.00 W1 O +ATOM 17528 H1 TIP3X 295 -28.180 0.390 28.210 1.00 0.00 W1 H +ATOM 17529 H2 TIP3X 295 -29.220 1.220 28.940 1.00 0.00 W1 H +ATOM 17530 OH2 TIP3X 296 39.050 -6.610 -39.960 1.00 0.00 W1 O +ATOM 17531 H1 TIP3X 296 38.870 -5.780 -39.520 1.00 0.00 W1 H +ATOM 17532 H2 TIP3X 296 38.420 -6.660 -40.670 1.00 0.00 W1 H +ATOM 17533 OH2 TIP3X 297 1.310 26.230 -41.450 1.00 0.00 W1 O +ATOM 17534 H1 TIP3X 297 0.420 26.600 -41.420 1.00 0.00 W1 H +ATOM 17535 H2 TIP3X 297 1.220 25.470 -42.020 1.00 0.00 W1 H +ATOM 17536 OH2 TIP3X 298 -17.340 -44.890 -51.080 1.00 0.00 W1 O +ATOM 17537 H1 TIP3X 298 -17.340 -45.770 -51.420 1.00 0.00 W1 H +ATOM 17538 H2 TIP3X 298 -16.960 -44.960 -50.200 1.00 0.00 W1 H +ATOM 17539 OH2 TIP3X 299 25.280 -20.460 32.150 1.00 0.00 W1 O +ATOM 17540 H1 TIP3X 299 25.650 -19.670 31.760 1.00 0.00 W1 H +ATOM 17541 H2 TIP3X 299 24.550 -20.140 32.700 1.00 0.00 W1 H +ATOM 17542 OH2 TIP3X 300 10.340 -2.480 -37.660 1.00 0.00 W1 O +ATOM 17543 H1 TIP3X 300 10.490 -3.430 -37.600 1.00 0.00 W1 H +ATOM 17544 H2 TIP3X 300 9.440 -2.380 -37.340 1.00 0.00 W1 H +ATOM 17545 OH2 TIP3X 301 42.670 -34.890 -16.250 1.00 0.00 W1 O +ATOM 17546 H1 TIP3X 301 41.850 -34.550 -15.920 1.00 0.00 W1 H +ATOM 17547 H2 TIP3X 301 43.130 -34.130 -16.610 1.00 0.00 W1 H +ATOM 17548 OH2 TIP3X 302 -31.080 -18.990 36.880 1.00 0.00 W1 O +ATOM 17549 H1 TIP3X 302 -30.870 -19.760 36.340 1.00 0.00 W1 H +ATOM 17550 H2 TIP3X 302 -31.640 -19.340 37.580 1.00 0.00 W1 H +ATOM 17551 OH2 TIP3X 303 -40.920 28.660 -15.240 1.00 0.00 W1 O +ATOM 17552 H1 TIP3X 303 -41.420 28.360 -15.990 1.00 0.00 W1 H +ATOM 17553 H2 TIP3X 303 -40.240 29.210 -15.620 1.00 0.00 W1 H +ATOM 17554 OH2 TIP3X 304 -32.880 38.900 -32.330 1.00 0.00 W1 O +ATOM 17555 H1 TIP3X 304 -32.540 38.510 -31.530 1.00 0.00 W1 H +ATOM 17556 H2 TIP3X 304 -33.330 39.700 -32.040 1.00 0.00 W1 H +ATOM 17557 OH2 TIP3X 305 -16.690 -17.630 -40.750 1.00 0.00 W1 O +ATOM 17558 H1 TIP3X 305 -17.340 -16.990 -41.040 1.00 0.00 W1 H +ATOM 17559 H2 TIP3X 305 -16.850 -17.700 -39.800 1.00 0.00 W1 H +ATOM 17560 OH2 TIP3X 306 -32.000 -2.810 -25.110 1.00 0.00 W1 O +ATOM 17561 H1 TIP3X 306 -32.200 -2.150 -25.760 1.00 0.00 W1 H +ATOM 17562 H2 TIP3X 306 -31.300 -3.330 -25.500 1.00 0.00 W1 H +ATOM 17563 OH2 TIP3X 307 41.970 -28.870 -34.250 1.00 0.00 W1 O +ATOM 17564 H1 TIP3X 307 41.550 -28.110 -34.640 1.00 0.00 W1 H +ATOM 17565 H2 TIP3X 307 42.480 -29.250 -34.970 1.00 0.00 W1 H +ATOM 17566 OH2 TIP3X 308 -26.760 -22.810 -27.900 1.00 0.00 W1 O +ATOM 17567 H1 TIP3X 308 -25.910 -22.500 -28.230 1.00 0.00 W1 H +ATOM 17568 H2 TIP3X 308 -27.210 -22.020 -27.620 1.00 0.00 W1 H +ATOM 17569 OH2 TIP3X 309 11.270 2.260 -35.680 1.00 0.00 W1 O +ATOM 17570 H1 TIP3X 309 11.160 1.740 -36.490 1.00 0.00 W1 H +ATOM 17571 H2 TIP3X 309 10.890 3.100 -35.890 1.00 0.00 W1 H +ATOM 17572 OH2 TIP3X 310 -11.370 -12.200 -31.590 1.00 0.00 W1 O +ATOM 17573 H1 TIP3X 310 -12.220 -12.440 -31.210 1.00 0.00 W1 H +ATOM 17574 H2 TIP3X 310 -10.840 -12.990 -31.460 1.00 0.00 W1 H +ATOM 17575 OH2 TIP3X 311 -27.940 11.020 -35.330 1.00 0.00 W1 O +ATOM 17576 H1 TIP3X 311 -28.590 11.680 -35.570 1.00 0.00 W1 H +ATOM 17577 H2 TIP3X 311 -27.820 11.150 -34.380 1.00 0.00 W1 H +ATOM 17578 OH2 TIP3X 312 38.940 -49.040 -49.520 1.00 0.00 W1 O +ATOM 17579 H1 TIP3X 312 38.290 -49.300 -48.860 1.00 0.00 W1 H +ATOM 17580 H2 TIP3X 312 39.250 -48.190 -49.230 1.00 0.00 W1 H +ATOM 17581 OH2 TIP3X 313 39.360 -33.130 -23.940 1.00 0.00 W1 O +ATOM 17582 H1 TIP3X 313 39.510 -32.640 -23.140 1.00 0.00 W1 H +ATOM 17583 H2 TIP3X 313 38.680 -33.770 -23.720 1.00 0.00 W1 H +ATOM 17584 OH2 TIP3X 314 35.720 -11.030 -10.750 1.00 0.00 W1 O +ATOM 17585 H1 TIP3X 314 36.350 -10.800 -10.070 1.00 0.00 W1 H +ATOM 17586 H2 TIP3X 314 36.260 -11.360 -11.470 1.00 0.00 W1 H +ATOM 17587 OH2 TIP3X 315 -9.970 28.050 -18.850 1.00 0.00 W1 O +ATOM 17588 H1 TIP3X 315 -10.320 27.200 -18.590 1.00 0.00 W1 H +ATOM 17589 H2 TIP3X 315 -10.300 28.660 -18.180 1.00 0.00 W1 H +ATOM 17590 OH2 TIP3X 316 -5.620 -35.610 -23.640 1.00 0.00 W1 O +ATOM 17591 H1 TIP3X 316 -5.030 -35.700 -24.390 1.00 0.00 W1 H +ATOM 17592 H2 TIP3X 316 -5.660 -34.660 -23.470 1.00 0.00 W1 H +ATOM 17593 OH2 TIP3X 317 -39.540 -49.970 21.370 1.00 0.00 W1 O +ATOM 17594 H1 TIP3X 317 -39.670 -50.910 21.370 1.00 0.00 W1 H +ATOM 17595 H2 TIP3X 317 -38.600 -49.860 21.210 1.00 0.00 W1 H +ATOM 17596 OH2 TIP3X 318 -9.030 8.270 28.220 1.00 0.00 W1 O +ATOM 17597 H1 TIP3X 318 -8.500 7.490 28.000 1.00 0.00 W1 H +ATOM 17598 H2 TIP3X 318 -8.380 8.930 28.480 1.00 0.00 W1 H +ATOM 17599 OH2 TIP3X 319 44.600 8.350 20.380 1.00 0.00 W1 O +ATOM 17600 H1 TIP3X 319 44.020 7.590 20.400 1.00 0.00 W1 H +ATOM 17601 H2 TIP3X 319 44.170 8.960 19.780 1.00 0.00 W1 H +ATOM 17602 OH2 TIP3X 320 -25.120 -7.510 -16.620 1.00 0.00 W1 O +ATOM 17603 H1 TIP3X 320 -24.600 -8.310 -16.780 1.00 0.00 W1 H +ATOM 17604 H2 TIP3X 320 -24.480 -6.800 -16.600 1.00 0.00 W1 H +ATOM 17605 OH2 TIP3X 321 21.500 -14.850 -27.980 1.00 0.00 W1 O +ATOM 17606 H1 TIP3X 321 21.660 -14.780 -28.910 1.00 0.00 W1 H +ATOM 17607 H2 TIP3X 321 22.370 -14.940 -27.590 1.00 0.00 W1 H +ATOM 17608 OH2 TIP3X 322 -23.490 21.450 -43.080 1.00 0.00 W1 O +ATOM 17609 H1 TIP3X 322 -22.550 21.310 -43.060 1.00 0.00 W1 H +ATOM 17610 H2 TIP3X 322 -23.880 20.590 -42.900 1.00 0.00 W1 H +ATOM 17611 OH2 TIP3X 323 37.810 -34.720 -38.510 1.00 0.00 W1 O +ATOM 17612 H1 TIP3X 323 37.950 -33.990 -39.110 1.00 0.00 W1 H +ATOM 17613 H2 TIP3X 323 37.190 -34.400 -37.860 1.00 0.00 W1 H +ATOM 17614 OH2 TIP3X 324 34.600 -9.320 -33.580 1.00 0.00 W1 O +ATOM 17615 H1 TIP3X 324 34.730 -9.990 -32.910 1.00 0.00 W1 H +ATOM 17616 H2 TIP3X 324 35.250 -8.650 -33.380 1.00 0.00 W1 H +ATOM 17617 OH2 TIP3X 325 -30.740 24.700 -11.280 1.00 0.00 W1 O +ATOM 17618 H1 TIP3X 325 -31.060 24.720 -10.390 1.00 0.00 W1 H +ATOM 17619 H2 TIP3X 325 -30.910 25.590 -11.610 1.00 0.00 W1 H +ATOM 17620 OH2 TIP3X 326 -18.510 5.390 -29.600 1.00 0.00 W1 O +ATOM 17621 H1 TIP3X 326 -18.730 4.620 -30.100 1.00 0.00 W1 H +ATOM 17622 H2 TIP3X 326 -17.810 5.100 -29.010 1.00 0.00 W1 H +ATOM 17623 OH2 TIP3X 327 5.140 -23.550 -38.520 1.00 0.00 W1 O +ATOM 17624 H1 TIP3X 327 5.680 -24.060 -39.120 1.00 0.00 W1 H +ATOM 17625 H2 TIP3X 327 5.750 -23.170 -37.890 1.00 0.00 W1 H +ATOM 17626 OH2 TIP3X 328 33.570 9.860 -48.950 1.00 0.00 W1 O +ATOM 17627 H1 TIP3X 328 34.170 9.320 -48.440 1.00 0.00 W1 H +ATOM 17628 H2 TIP3X 328 34.160 10.410 -49.490 1.00 0.00 W1 H +ATOM 17629 OH2 TIP3X 329 34.990 -13.660 -42.980 1.00 0.00 W1 O +ATOM 17630 H1 TIP3X 329 35.070 -12.810 -42.540 1.00 0.00 W1 H +ATOM 17631 H2 TIP3X 329 34.330 -13.520 -43.660 1.00 0.00 W1 H +ATOM 17632 OH2 TIP3X 330 17.950 -45.800 36.320 1.00 0.00 W1 O +ATOM 17633 H1 TIP3X 330 17.350 -45.850 37.070 1.00 0.00 W1 H +ATOM 17634 H2 TIP3X 330 17.860 -46.640 35.880 1.00 0.00 W1 H +ATOM 17635 OH2 TIP3X 331 9.620 4.430 34.180 1.00 0.00 W1 O +ATOM 17636 H1 TIP3X 331 9.660 3.720 34.810 1.00 0.00 W1 H +ATOM 17637 H2 TIP3X 331 8.700 4.450 33.890 1.00 0.00 W1 H +ATOM 17638 OH2 TIP3X 332 35.110 29.370 -47.370 1.00 0.00 W1 O +ATOM 17639 H1 TIP3X 332 34.810 30.080 -47.950 1.00 0.00 W1 H +ATOM 17640 H2 TIP3X 332 35.660 29.810 -46.720 1.00 0.00 W1 H +ATOM 17641 OH2 TIP3X 333 -25.050 38.510 23.720 1.00 0.00 W1 O +ATOM 17642 H1 TIP3X 333 -24.780 37.780 24.280 1.00 0.00 W1 H +ATOM 17643 H2 TIP3X 333 -24.360 38.580 23.060 1.00 0.00 W1 H +ATOM 17644 OH2 TIP3X 334 0.510 0.780 30.590 1.00 0.00 W1 O +ATOM 17645 H1 TIP3X 334 -0.070 0.260 30.030 1.00 0.00 W1 H +ATOM 17646 H2 TIP3X 334 -0.100 1.270 31.150 1.00 0.00 W1 H +ATOM 17647 OH2 TIP3X 335 23.140 36.440 -41.640 1.00 0.00 W1 O +ATOM 17648 H1 TIP3X 335 23.660 35.730 -41.270 1.00 0.00 W1 H +ATOM 17649 H2 TIP3X 335 22.870 36.120 -42.500 1.00 0.00 W1 H +ATOM 17650 OH2 TIP3X 336 -9.290 -49.080 31.520 1.00 0.00 W1 O +ATOM 17651 H1 TIP3X 336 -9.140 -48.160 31.750 1.00 0.00 W1 H +ATOM 17652 H2 TIP3X 336 -10.240 -49.200 31.600 1.00 0.00 W1 H +ATOM 17653 OH2 TIP3X 337 9.670 -19.910 37.090 1.00 0.00 W1 O +ATOM 17654 H1 TIP3X 337 9.320 -19.270 36.470 1.00 0.00 W1 H +ATOM 17655 H2 TIP3X 337 9.250 -19.690 37.930 1.00 0.00 W1 H +ATOM 17656 OH2 TIP3X 338 29.740 37.350 18.020 1.00 0.00 W1 O +ATOM 17657 H1 TIP3X 338 30.430 37.010 17.440 1.00 0.00 W1 H +ATOM 17658 H2 TIP3X 338 29.320 38.050 17.510 1.00 0.00 W1 H +ATOM 17659 OH2 TIP3X 339 5.890 -37.330 -46.670 1.00 0.00 W1 O +ATOM 17660 H1 TIP3X 339 4.950 -37.360 -46.540 1.00 0.00 W1 H +ATOM 17661 H2 TIP3X 339 6.050 -36.600 -47.260 1.00 0.00 W1 H +ATOM 17662 OH2 TIP3X 340 -33.180 27.450 -26.920 1.00 0.00 W1 O +ATOM 17663 H1 TIP3X 340 -32.830 26.990 -26.150 1.00 0.00 W1 H +ATOM 17664 H2 TIP3X 340 -33.160 26.800 -27.620 1.00 0.00 W1 H +ATOM 17665 OH2 TIP3X 341 -42.250 35.090 22.290 1.00 0.00 W1 O +ATOM 17666 H1 TIP3X 341 -42.800 34.490 22.780 1.00 0.00 W1 H +ATOM 17667 H2 TIP3X 341 -42.480 34.930 21.380 1.00 0.00 W1 H +ATOM 17668 OH2 TIP3X 342 -28.510 -26.010 -37.280 1.00 0.00 W1 O +ATOM 17669 H1 TIP3X 342 -29.120 -26.760 -37.250 1.00 0.00 W1 H +ATOM 17670 H2 TIP3X 342 -28.990 -25.350 -37.790 1.00 0.00 W1 H +ATOM 17671 OH2 TIP3X 343 27.050 -26.820 -39.490 1.00 0.00 W1 O +ATOM 17672 H1 TIP3X 343 27.900 -26.510 -39.170 1.00 0.00 W1 H +ATOM 17673 H2 TIP3X 343 26.660 -26.050 -39.910 1.00 0.00 W1 H +ATOM 17674 OH2 TIP3X 344 -32.530 -20.880 -21.620 1.00 0.00 W1 O +ATOM 17675 H1 TIP3X 344 -32.440 -21.630 -21.040 1.00 0.00 W1 H +ATOM 17676 H2 TIP3X 344 -32.700 -20.140 -21.030 1.00 0.00 W1 H +ATOM 17677 OH2 TIP3X 345 18.980 39.170 -16.070 1.00 0.00 W1 O +ATOM 17678 H1 TIP3X 345 18.620 39.210 -15.170 1.00 0.00 W1 H +ATOM 17679 H2 TIP3X 345 18.560 39.920 -16.520 1.00 0.00 W1 H +ATOM 17680 OH2 TIP3X 346 -22.000 9.930 21.170 1.00 0.00 W1 O +ATOM 17681 H1 TIP3X 346 -22.220 10.320 20.320 1.00 0.00 W1 H +ATOM 17682 H2 TIP3X 346 -21.540 9.120 20.950 1.00 0.00 W1 H +ATOM 17683 OH2 TIP3X 347 -36.230 10.000 40.090 1.00 0.00 W1 O +ATOM 17684 H1 TIP3X 347 -35.360 10.010 40.480 1.00 0.00 W1 H +ATOM 17685 H2 TIP3X 347 -36.100 9.630 39.210 1.00 0.00 W1 H +ATOM 17686 OH2 TIP3X 348 -8.260 -44.980 -21.970 1.00 0.00 W1 O +ATOM 17687 H1 TIP3X 348 -8.630 -45.620 -21.360 1.00 0.00 W1 H +ATOM 17688 H2 TIP3X 348 -7.520 -45.440 -22.370 1.00 0.00 W1 H +ATOM 17689 OH2 TIP3X 349 -5.290 -13.630 25.710 1.00 0.00 W1 O +ATOM 17690 H1 TIP3X 349 -4.550 -13.940 25.190 1.00 0.00 W1 H +ATOM 17691 H2 TIP3X 349 -6.050 -14.110 25.390 1.00 0.00 W1 H +ATOM 17692 OH2 TIP3X 350 -16.480 -39.200 -42.200 1.00 0.00 W1 O +ATOM 17693 H1 TIP3X 350 -16.210 -39.270 -43.120 1.00 0.00 W1 H +ATOM 17694 H2 TIP3X 350 -16.830 -38.310 -42.130 1.00 0.00 W1 H +ATOM 17695 OH2 TIP3X 351 -4.820 -30.500 35.160 1.00 0.00 W1 O +ATOM 17696 H1 TIP3X 351 -4.910 -30.710 34.230 1.00 0.00 W1 H +ATOM 17697 H2 TIP3X 351 -3.950 -30.130 35.250 1.00 0.00 W1 H +ATOM 17698 OH2 TIP3X 352 8.540 17.780 36.220 1.00 0.00 W1 O +ATOM 17699 H1 TIP3X 352 9.280 17.850 36.820 1.00 0.00 W1 H +ATOM 17700 H2 TIP3X 352 8.800 18.230 35.430 1.00 0.00 W1 H +ATOM 17701 OH2 TIP3X 353 29.150 38.150 -29.620 1.00 0.00 W1 O +ATOM 17702 H1 TIP3X 353 29.410 37.340 -30.070 1.00 0.00 W1 H +ATOM 17703 H2 TIP3X 353 28.340 37.910 -29.160 1.00 0.00 W1 H +ATOM 17704 OH2 TIP3X 354 -5.680 -20.220 -35.140 1.00 0.00 W1 O +ATOM 17705 H1 TIP3X 354 -4.760 -20.460 -35.100 1.00 0.00 W1 H +ATOM 17706 H2 TIP3X 354 -5.690 -19.290 -34.900 1.00 0.00 W1 H +ATOM 17707 OH2 TIP3X 355 22.670 -21.670 -39.840 1.00 0.00 W1 O +ATOM 17708 H1 TIP3X 355 23.230 -21.930 -40.570 1.00 0.00 W1 H +ATOM 17709 H2 TIP3X 355 22.500 -20.730 -39.990 1.00 0.00 W1 H +ATOM 17710 OH2 TIP3X 356 24.230 11.520 -34.840 1.00 0.00 W1 O +ATOM 17711 H1 TIP3X 356 23.600 10.800 -34.960 1.00 0.00 W1 H +ATOM 17712 H2 TIP3X 356 23.780 12.280 -35.200 1.00 0.00 W1 H +ATOM 17713 OH2 TIP3X 357 35.520 -24.860 21.510 1.00 0.00 W1 O +ATOM 17714 H1 TIP3X 357 35.540 -24.080 22.070 1.00 0.00 W1 H +ATOM 17715 H2 TIP3X 357 34.850 -24.670 20.850 1.00 0.00 W1 H +ATOM 17716 OH2 TIP3X 358 -43.960 -6.460 -12.410 1.00 0.00 W1 O +ATOM 17717 H1 TIP3X 358 -43.420 -7.050 -12.940 1.00 0.00 W1 H +ATOM 17718 H2 TIP3X 358 -43.370 -6.170 -11.720 1.00 0.00 W1 H +ATOM 17719 OH2 TIP3X 359 -28.940 -30.750 27.490 1.00 0.00 W1 O +ATOM 17720 H1 TIP3X 359 -29.210 -30.680 26.570 1.00 0.00 W1 H +ATOM 17721 H2 TIP3X 359 -29.450 -31.470 27.850 1.00 0.00 W1 H +ATOM 17722 OH2 TIP3X 360 25.900 2.030 -17.870 1.00 0.00 W1 O +ATOM 17723 H1 TIP3X 360 25.990 2.980 -17.770 1.00 0.00 W1 H +ATOM 17724 H2 TIP3X 360 24.980 1.840 -17.710 1.00 0.00 W1 H +ATOM 17725 OH2 TIP3X 361 -43.720 26.910 -34.340 1.00 0.00 W1 O +ATOM 17726 H1 TIP3X 361 -43.610 26.070 -34.790 1.00 0.00 W1 H +ATOM 17727 H2 TIP3X 361 -43.060 27.480 -34.720 1.00 0.00 W1 H +ATOM 17728 OH2 TIP3X 362 -42.730 18.830 -16.210 1.00 0.00 W1 O +ATOM 17729 H1 TIP3X 362 -42.210 18.040 -16.380 1.00 0.00 W1 H +ATOM 17730 H2 TIP3X 362 -43.160 19.020 -17.030 1.00 0.00 W1 H +ATOM 17731 OH2 TIP3X 363 -34.250 11.290 -22.570 1.00 0.00 W1 O +ATOM 17732 H1 TIP3X 363 -35.130 11.660 -22.510 1.00 0.00 W1 H +ATOM 17733 H2 TIP3X 363 -34.360 10.490 -23.090 1.00 0.00 W1 H +ATOM 17734 OH2 TIP3X 364 3.930 -26.190 -46.870 1.00 0.00 W1 O +ATOM 17735 H1 TIP3X 364 3.210 -25.610 -46.660 1.00 0.00 W1 H +ATOM 17736 H2 TIP3X 364 4.620 -25.980 -46.250 1.00 0.00 W1 H +ATOM 17737 OH2 TIP3X 365 -38.940 -14.690 -28.710 1.00 0.00 W1 O +ATOM 17738 H1 TIP3X 365 -38.490 -15.440 -28.340 1.00 0.00 W1 H +ATOM 17739 H2 TIP3X 365 -39.770 -14.650 -28.240 1.00 0.00 W1 H +ATOM 17740 OH2 TIP3X 366 -34.800 29.220 -25.450 1.00 0.00 W1 O +ATOM 17741 H1 TIP3X 366 -34.530 30.040 -25.860 1.00 0.00 W1 H +ATOM 17742 H2 TIP3X 366 -34.420 28.540 -26.010 1.00 0.00 W1 H +ATOM 17743 OH2 TIP3X 367 1.170 -28.300 -33.680 1.00 0.00 W1 O +ATOM 17744 H1 TIP3X 367 2.030 -28.710 -33.730 1.00 0.00 W1 H +ATOM 17745 H2 TIP3X 367 0.710 -28.610 -34.460 1.00 0.00 W1 H +ATOM 17746 OH2 TIP3X 368 -19.990 9.830 -42.710 1.00 0.00 W1 O +ATOM 17747 H1 TIP3X 368 -20.010 9.300 -43.510 1.00 0.00 W1 H +ATOM 17748 H2 TIP3X 368 -20.880 10.190 -42.650 1.00 0.00 W1 H +ATOM 17749 OH2 TIP3X 369 4.170 -22.240 -49.370 1.00 0.00 W1 O +ATOM 17750 H1 TIP3X 369 3.870 -22.440 -50.260 1.00 0.00 W1 H +ATOM 17751 H2 TIP3X 369 4.390 -23.110 -49.010 1.00 0.00 W1 H +ATOM 17752 OH2 TIP3X 370 -6.100 29.440 -45.270 1.00 0.00 W1 O +ATOM 17753 H1 TIP3X 370 -6.510 29.280 -44.420 1.00 0.00 W1 H +ATOM 17754 H2 TIP3X 370 -6.560 28.860 -45.880 1.00 0.00 W1 H +ATOM 17755 OH2 TIP3X 371 -17.350 38.880 41.680 1.00 0.00 W1 O +ATOM 17756 H1 TIP3X 371 -17.890 39.560 41.270 1.00 0.00 W1 H +ATOM 17757 H2 TIP3X 371 -17.600 38.070 41.210 1.00 0.00 W1 H +ATOM 17758 OH2 TIP3X 372 -7.720 -42.000 -12.040 1.00 0.00 W1 O +ATOM 17759 H1 TIP3X 372 -8.490 -41.450 -12.060 1.00 0.00 W1 H +ATOM 17760 H2 TIP3X 372 -8.000 -42.840 -12.400 1.00 0.00 W1 H +ATOM 17761 OH2 TIP3X 373 31.680 -41.970 -27.870 1.00 0.00 W1 O +ATOM 17762 H1 TIP3X 373 31.610 -41.680 -28.780 1.00 0.00 W1 H +ATOM 17763 H2 TIP3X 373 30.870 -41.680 -27.460 1.00 0.00 W1 H +ATOM 17764 OH2 TIP3X 374 -12.480 -46.600 27.430 1.00 0.00 W1 O +ATOM 17765 H1 TIP3X 374 -12.880 -46.400 28.280 1.00 0.00 W1 H +ATOM 17766 H2 TIP3X 374 -12.600 -45.810 26.920 1.00 0.00 W1 H +ATOM 17767 OH2 TIP3X 375 -10.470 -39.340 -50.950 1.00 0.00 W1 O +ATOM 17768 H1 TIP3X 375 -9.870 -38.730 -51.380 1.00 0.00 W1 H +ATOM 17769 H2 TIP3X 375 -10.560 -40.070 -51.570 1.00 0.00 W1 H +ATOM 17770 OH2 TIP3X 376 -25.080 28.020 -48.210 1.00 0.00 W1 O +ATOM 17771 H1 TIP3X 376 -24.890 28.280 -49.110 1.00 0.00 W1 H +ATOM 17772 H2 TIP3X 376 -25.400 27.120 -48.280 1.00 0.00 W1 H +ATOM 17773 OH2 TIP3X 377 -9.640 -7.470 25.970 1.00 0.00 W1 O +ATOM 17774 H1 TIP3X 377 -9.010 -8.050 25.540 1.00 0.00 W1 H +ATOM 17775 H2 TIP3X 377 -10.210 -8.050 26.460 1.00 0.00 W1 H +ATOM 17776 OH2 TIP3X 378 28.110 -45.350 -40.360 1.00 0.00 W1 O +ATOM 17777 H1 TIP3X 378 28.260 -44.410 -40.420 1.00 0.00 W1 H +ATOM 17778 H2 TIP3X 378 28.140 -45.660 -41.260 1.00 0.00 W1 H +ATOM 17779 OH2 TIP3X 379 -22.920 21.460 35.760 1.00 0.00 W1 O +ATOM 17780 H1 TIP3X 379 -22.020 21.240 36.010 1.00 0.00 W1 H +ATOM 17781 H2 TIP3X 379 -23.130 22.220 36.300 1.00 0.00 W1 H +ATOM 17782 OH2 TIP3X 380 -31.710 23.010 38.860 1.00 0.00 W1 O +ATOM 17783 H1 TIP3X 380 -31.490 22.230 38.350 1.00 0.00 W1 H +ATOM 17784 H2 TIP3X 380 -32.640 22.890 39.090 1.00 0.00 W1 H +ATOM 17785 OH2 TIP3X 381 43.890 39.100 -40.800 1.00 0.00 W1 O +ATOM 17786 H1 TIP3X 381 43.030 38.740 -41.040 1.00 0.00 W1 H +ATOM 17787 H2 TIP3X 381 43.910 39.950 -41.250 1.00 0.00 W1 H +ATOM 17788 OH2 TIP3X 382 -4.420 -32.270 -39.880 1.00 0.00 W1 O +ATOM 17789 H1 TIP3X 382 -4.280 -32.640 -40.760 1.00 0.00 W1 H +ATOM 17790 H2 TIP3X 382 -5.310 -31.930 -39.900 1.00 0.00 W1 H +ATOM 17791 OH2 TIP3X 383 22.410 9.150 -35.230 1.00 0.00 W1 O +ATOM 17792 H1 TIP3X 383 21.580 8.680 -35.120 1.00 0.00 W1 H +ATOM 17793 H2 TIP3X 383 23.070 8.450 -35.320 1.00 0.00 W1 H +ATOM 17794 OH2 TIP3X 384 42.440 -5.110 -34.820 1.00 0.00 W1 O +ATOM 17795 H1 TIP3X 384 41.670 -5.420 -34.330 1.00 0.00 W1 H +ATOM 17796 H2 TIP3X 384 42.090 -4.440 -35.420 1.00 0.00 W1 H +ATOM 17797 OH2 TIP3X 385 18.070 11.830 -35.840 1.00 0.00 W1 O +ATOM 17798 H1 TIP3X 385 17.580 11.220 -36.390 1.00 0.00 W1 H +ATOM 17799 H2 TIP3X 385 17.470 12.570 -35.710 1.00 0.00 W1 H +ATOM 17800 OH2 TIP3X 386 32.980 -36.010 -36.020 1.00 0.00 W1 O +ATOM 17801 H1 TIP3X 386 33.010 -35.560 -35.180 1.00 0.00 W1 H +ATOM 17802 H2 TIP3X 386 32.990 -36.940 -35.780 1.00 0.00 W1 H +ATOM 17803 OH2 TIP3X 387 13.050 -20.780 -30.110 1.00 0.00 W1 O +ATOM 17804 H1 TIP3X 387 12.650 -20.630 -30.960 1.00 0.00 W1 H +ATOM 17805 H2 TIP3X 387 12.320 -21.060 -29.550 1.00 0.00 W1 H +ATOM 17806 OH2 TIP3X 388 -29.070 0.090 -29.800 1.00 0.00 W1 O +ATOM 17807 H1 TIP3X 388 -28.400 0.730 -29.560 1.00 0.00 W1 H +ATOM 17808 H2 TIP3X 388 -29.350 -0.300 -28.960 1.00 0.00 W1 H +ATOM 17809 OH2 TIP3X 389 -38.810 -36.020 -32.940 1.00 0.00 W1 O +ATOM 17810 H1 TIP3X 389 -38.440 -36.530 -33.660 1.00 0.00 W1 H +ATOM 17811 H2 TIP3X 389 -38.140 -35.390 -32.710 1.00 0.00 W1 H +ATOM 17812 OH2 TIP3X 390 43.100 20.560 22.930 1.00 0.00 W1 O +ATOM 17813 H1 TIP3X 390 42.880 21.340 23.450 1.00 0.00 W1 H +ATOM 17814 H2 TIP3X 390 42.260 20.230 22.630 1.00 0.00 W1 H +ATOM 17815 OH2 TIP3X 391 -23.030 23.380 -39.550 1.00 0.00 W1 O +ATOM 17816 H1 TIP3X 391 -23.180 23.710 -40.430 1.00 0.00 W1 H +ATOM 17817 H2 TIP3X 391 -23.900 23.170 -39.210 1.00 0.00 W1 H +ATOM 17818 OH2 TIP3X 392 43.290 -24.610 -17.130 1.00 0.00 W1 O +ATOM 17819 H1 TIP3X 392 43.900 -23.880 -17.100 1.00 0.00 W1 H +ATOM 17820 H2 TIP3X 392 42.750 -24.510 -16.350 1.00 0.00 W1 H +ATOM 17821 OH2 TIP3X 393 40.830 -40.420 -32.950 1.00 0.00 W1 O +ATOM 17822 H1 TIP3X 393 40.650 -39.800 -33.650 1.00 0.00 W1 H +ATOM 17823 H2 TIP3X 393 40.950 -39.870 -32.170 1.00 0.00 W1 H +ATOM 17824 OH2 TIP3X 394 -9.950 38.820 39.470 1.00 0.00 W1 O +ATOM 17825 H1 TIP3X 394 -9.690 38.860 38.550 1.00 0.00 W1 H +ATOM 17826 H2 TIP3X 394 -10.570 39.540 39.570 1.00 0.00 W1 H +ATOM 17827 OH2 TIP3X 395 -12.770 19.700 -24.960 1.00 0.00 W1 O +ATOM 17828 H1 TIP3X 395 -13.340 19.070 -24.510 1.00 0.00 W1 H +ATOM 17829 H2 TIP3X 395 -11.910 19.560 -24.570 1.00 0.00 W1 H +ATOM 17830 OH2 TIP3X 396 -0.090 21.380 -28.920 1.00 0.00 W1 O +ATOM 17831 H1 TIP3X 396 -0.230 21.820 -28.080 1.00 0.00 W1 H +ATOM 17832 H2 TIP3X 396 -0.970 21.160 -29.230 1.00 0.00 W1 H +ATOM 17833 OH2 TIP3X 397 -20.830 -30.210 -37.510 1.00 0.00 W1 O +ATOM 17834 H1 TIP3X 397 -20.900 -29.410 -36.990 1.00 0.00 W1 H +ATOM 17835 H2 TIP3X 397 -21.620 -30.700 -37.300 1.00 0.00 W1 H +ATOM 17836 OH2 TIP3X 398 43.470 -27.770 -43.230 1.00 0.00 W1 O +ATOM 17837 H1 TIP3X 398 43.490 -26.820 -43.230 1.00 0.00 W1 H +ATOM 17838 H2 TIP3X 398 43.650 -28.020 -44.140 1.00 0.00 W1 H +ATOM 17839 OH2 TIP3X 399 34.020 -11.510 -39.580 1.00 0.00 W1 O +ATOM 17840 H1 TIP3X 399 34.450 -11.390 -40.420 1.00 0.00 W1 H +ATOM 17841 H2 TIP3X 399 33.780 -10.630 -39.300 1.00 0.00 W1 H +ATOM 17842 OH2 TIP3X 400 13.000 -33.430 35.860 1.00 0.00 W1 O +ATOM 17843 H1 TIP3X 400 12.950 -33.120 34.960 1.00 0.00 W1 H +ATOM 17844 H2 TIP3X 400 12.800 -34.370 35.810 1.00 0.00 W1 H +ATOM 17845 OH2 TIP3X 401 -40.730 -25.800 -24.210 1.00 0.00 W1 O +ATOM 17846 H1 TIP3X 401 -41.240 -26.320 -24.810 1.00 0.00 W1 H +ATOM 17847 H2 TIP3X 401 -41.370 -25.250 -23.750 1.00 0.00 W1 H +ATOM 17848 OH2 TIP3X 402 45.390 38.430 -44.070 1.00 0.00 W1 O +ATOM 17849 H1 TIP3X 402 46.140 39.020 -44.170 1.00 0.00 W1 H +ATOM 17850 H2 TIP3X 402 44.640 39.030 -44.000 1.00 0.00 W1 H +ATOM 17851 OH2 TIP3X 403 41.940 -4.060 -37.810 1.00 0.00 W1 O +ATOM 17852 H1 TIP3X 403 42.500 -4.090 -38.580 1.00 0.00 W1 H +ATOM 17853 H2 TIP3X 403 41.350 -4.800 -37.920 1.00 0.00 W1 H +ATOM 17854 OH2 TIP3X 404 5.800 0.780 -42.830 1.00 0.00 W1 O +ATOM 17855 H1 TIP3X 404 6.690 0.440 -42.730 1.00 0.00 W1 H +ATOM 17856 H2 TIP3X 404 5.820 1.240 -43.660 1.00 0.00 W1 H +ATOM 17857 OH2 TIP3X 405 -16.200 -47.330 33.550 1.00 0.00 W1 O +ATOM 17858 H1 TIP3X 405 -16.540 -47.110 34.420 1.00 0.00 W1 H +ATOM 17859 H2 TIP3X 405 -15.250 -47.210 33.620 1.00 0.00 W1 H +ATOM 17860 OH2 TIP3X 406 -41.080 -32.180 26.470 1.00 0.00 W1 O +ATOM 17861 H1 TIP3X 406 -41.740 -32.550 25.870 1.00 0.00 W1 H +ATOM 17862 H2 TIP3X 406 -40.310 -32.710 26.320 1.00 0.00 W1 H +ATOM 17863 OH2 TIP3X 407 -14.600 -23.010 -36.430 1.00 0.00 W1 O +ATOM 17864 H1 TIP3X 407 -13.890 -23.300 -35.850 1.00 0.00 W1 H +ATOM 17865 H2 TIP3X 407 -15.360 -23.520 -36.160 1.00 0.00 W1 H +ATOM 17866 OH2 TIP3X 408 46.390 -44.000 -54.030 1.00 0.00 W1 O +ATOM 17867 H1 TIP3X 408 46.250 -43.070 -53.850 1.00 0.00 W1 H +ATOM 17868 H2 TIP3X 408 47.080 -44.250 -53.430 1.00 0.00 W1 H +ATOM 17869 OH2 TIP3X 409 -19.070 36.600 -49.080 1.00 0.00 W1 O +ATOM 17870 H1 TIP3X 409 -18.420 36.880 -49.730 1.00 0.00 W1 H +ATOM 17871 H2 TIP3X 409 -18.730 36.930 -48.250 1.00 0.00 W1 H +ATOM 17872 OH2 TIP3X 410 35.420 35.880 -9.390 1.00 0.00 W1 O +ATOM 17873 H1 TIP3X 410 36.310 36.230 -9.350 1.00 0.00 W1 H +ATOM 17874 H2 TIP3X 410 34.900 36.600 -9.750 1.00 0.00 W1 H +ATOM 17875 OH2 TIP3X 411 12.190 -43.700 31.680 1.00 0.00 W1 O +ATOM 17876 H1 TIP3X 411 11.910 -43.970 32.540 1.00 0.00 W1 H +ATOM 17877 H2 TIP3X 411 13.100 -43.990 31.600 1.00 0.00 W1 H +ATOM 17878 OH2 TIP3X 412 11.060 27.810 -21.090 1.00 0.00 W1 O +ATOM 17879 H1 TIP3X 412 11.290 27.170 -21.770 1.00 0.00 W1 H +ATOM 17880 H2 TIP3X 412 11.720 27.680 -20.410 1.00 0.00 W1 H +ATOM 17881 OH2 TIP3X 413 -7.900 -38.510 -38.730 1.00 0.00 W1 O +ATOM 17882 H1 TIP3X 413 -7.500 -37.910 -38.090 1.00 0.00 W1 H +ATOM 17883 H2 TIP3X 413 -8.070 -37.980 -39.500 1.00 0.00 W1 H +ATOM 17884 OH2 TIP3X 414 31.620 29.440 -20.720 1.00 0.00 W1 O +ATOM 17885 H1 TIP3X 414 31.820 29.890 -21.530 1.00 0.00 W1 H +ATOM 17886 H2 TIP3X 414 32.160 29.880 -20.060 1.00 0.00 W1 H +ATOM 17887 OH2 TIP3X 415 22.660 -49.680 -30.060 1.00 0.00 W1 O +ATOM 17888 H1 TIP3X 415 22.980 -48.850 -30.410 1.00 0.00 W1 H +ATOM 17889 H2 TIP3X 415 21.960 -49.940 -30.640 1.00 0.00 W1 H +ATOM 17890 OH2 TIP3X 416 8.330 18.170 -20.640 1.00 0.00 W1 O +ATOM 17891 H1 TIP3X 416 8.380 18.490 -19.730 1.00 0.00 W1 H +ATOM 17892 H2 TIP3X 416 7.960 17.290 -20.560 1.00 0.00 W1 H +ATOM 17893 OH2 TIP3X 417 36.660 2.430 18.330 1.00 0.00 W1 O +ATOM 17894 H1 TIP3X 417 36.500 3.310 18.650 1.00 0.00 W1 H +ATOM 17895 H2 TIP3X 417 37.400 2.120 18.830 1.00 0.00 W1 H +ATOM 17896 OH2 TIP3X 418 -14.770 -8.150 -36.000 1.00 0.00 W1 O +ATOM 17897 H1 TIP3X 418 -15.410 -8.780 -35.690 1.00 0.00 W1 H +ATOM 17898 H2 TIP3X 418 -15.280 -7.380 -36.240 1.00 0.00 W1 H +ATOM 17899 OH2 TIP3X 419 12.220 -3.550 -35.250 1.00 0.00 W1 O +ATOM 17900 H1 TIP3X 419 12.290 -4.420 -34.860 1.00 0.00 W1 H +ATOM 17901 H2 TIP3X 419 12.490 -3.680 -36.170 1.00 0.00 W1 H +ATOM 17902 OH2 TIP3X 420 -24.360 -39.000 -29.880 1.00 0.00 W1 O +ATOM 17903 H1 TIP3X 420 -23.470 -39.100 -29.550 1.00 0.00 W1 H +ATOM 17904 H2 TIP3X 420 -24.710 -39.890 -29.930 1.00 0.00 W1 H +ATOM 17905 OH2 TIP3X 421 34.450 31.350 -44.720 1.00 0.00 W1 O +ATOM 17906 H1 TIP3X 421 34.560 31.790 -43.880 1.00 0.00 W1 H +ATOM 17907 H2 TIP3X 421 33.930 30.570 -44.520 1.00 0.00 W1 H +ATOM 17908 OH2 TIP3X 422 23.790 10.880 25.110 1.00 0.00 W1 O +ATOM 17909 H1 TIP3X 422 23.460 11.770 25.180 1.00 0.00 W1 H +ATOM 17910 H2 TIP3X 422 23.520 10.570 24.250 1.00 0.00 W1 H +ATOM 17911 OH2 TIP3X 423 9.700 -47.770 32.990 1.00 0.00 W1 O +ATOM 17912 H1 TIP3X 423 10.430 -48.220 32.560 1.00 0.00 W1 H +ATOM 17913 H2 TIP3X 423 10.080 -46.980 33.370 1.00 0.00 W1 H +ATOM 17914 OH2 TIP3X 424 23.740 31.620 19.190 1.00 0.00 W1 O +ATOM 17915 H1 TIP3X 424 24.450 32.220 18.980 1.00 0.00 W1 H +ATOM 17916 H2 TIP3X 424 24.090 30.760 18.960 1.00 0.00 W1 H +ATOM 17917 OH2 TIP3X 425 -30.550 32.170 -29.060 1.00 0.00 W1 O +ATOM 17918 H1 TIP3X 425 -30.410 31.260 -28.780 1.00 0.00 W1 H +ATOM 17919 H2 TIP3X 425 -29.800 32.650 -28.710 1.00 0.00 W1 H +ATOM 17920 OH2 TIP3X 426 -1.650 40.730 -12.280 1.00 0.00 W1 O +ATOM 17921 H1 TIP3X 426 -2.000 41.360 -12.900 1.00 0.00 W1 H +ATOM 17922 H2 TIP3X 426 -0.800 41.080 -12.030 1.00 0.00 W1 H +ATOM 17923 OH2 TIP3X 427 34.430 8.480 -42.260 1.00 0.00 W1 O +ATOM 17924 H1 TIP3X 427 33.500 8.240 -42.210 1.00 0.00 W1 H +ATOM 17925 H2 TIP3X 427 34.840 8.040 -41.520 1.00 0.00 W1 H +ATOM 17926 OH2 TIP3X 428 38.600 -37.750 12.570 1.00 0.00 W1 O +ATOM 17927 H1 TIP3X 428 38.380 -37.760 11.640 1.00 0.00 W1 H +ATOM 17928 H2 TIP3X 428 37.950 -38.330 12.980 1.00 0.00 W1 H +ATOM 17929 OH2 TIP3X 429 -2.390 -8.810 -27.550 1.00 0.00 W1 O +ATOM 17930 H1 TIP3X 429 -1.740 -8.390 -28.100 1.00 0.00 W1 H +ATOM 17931 H2 TIP3X 429 -1.910 -9.470 -27.050 1.00 0.00 W1 H +ATOM 17932 OH2 TIP3X 430 -29.490 -9.300 -33.620 1.00 0.00 W1 O +ATOM 17933 H1 TIP3X 430 -28.690 -9.280 -33.090 1.00 0.00 W1 H +ATOM 17934 H2 TIP3X 430 -29.990 -10.030 -33.270 1.00 0.00 W1 H +ATOM 17935 OH2 TIP3X 431 -36.590 -50.800 20.240 1.00 0.00 W1 O +ATOM 17936 H1 TIP3X 431 -35.650 -50.610 20.180 1.00 0.00 W1 H +ATOM 17937 H2 TIP3X 431 -36.850 -51.030 19.360 1.00 0.00 W1 H +ATOM 17938 OH2 TIP3X 432 42.260 -9.300 -44.900 1.00 0.00 W1 O +ATOM 17939 H1 TIP3X 432 42.910 -8.600 -44.950 1.00 0.00 W1 H +ATOM 17940 H2 TIP3X 432 41.450 -8.900 -45.220 1.00 0.00 W1 H +ATOM 17941 OH2 TIP3X 433 35.360 -29.440 21.450 1.00 0.00 W1 O +ATOM 17942 H1 TIP3X 433 34.710 -28.870 21.050 1.00 0.00 W1 H +ATOM 17943 H2 TIP3X 433 36.150 -29.300 20.930 1.00 0.00 W1 H +ATOM 17944 OH2 TIP3X 434 3.780 -31.210 -24.250 1.00 0.00 W1 O +ATOM 17945 H1 TIP3X 434 2.950 -31.030 -23.800 1.00 0.00 W1 H +ATOM 17946 H2 TIP3X 434 4.210 -31.880 -23.700 1.00 0.00 W1 H +ATOM 17947 OH2 TIP3X 435 -28.380 -37.090 -50.860 1.00 0.00 W1 O +ATOM 17948 H1 TIP3X 435 -27.470 -37.290 -51.040 1.00 0.00 W1 H +ATOM 17949 H2 TIP3X 435 -28.620 -37.660 -50.140 1.00 0.00 W1 H +ATOM 17950 OH2 TIP3X 436 -26.510 -9.730 -28.860 1.00 0.00 W1 O +ATOM 17951 H1 TIP3X 436 -25.790 -9.730 -28.240 1.00 0.00 W1 H +ATOM 17952 H2 TIP3X 436 -26.710 -10.660 -29.010 1.00 0.00 W1 H +ATOM 17953 OH2 TIP3X 437 39.290 -44.200 26.490 1.00 0.00 W1 O +ATOM 17954 H1 TIP3X 437 39.570 -44.920 27.040 1.00 0.00 W1 H +ATOM 17955 H2 TIP3X 437 38.610 -44.570 25.930 1.00 0.00 W1 H +ATOM 17956 OH2 TIP3X 438 46.200 29.160 28.860 1.00 0.00 W1 O +ATOM 17957 H1 TIP3X 438 45.650 29.410 29.600 1.00 0.00 W1 H +ATOM 17958 H2 TIP3X 438 47.050 29.570 29.050 1.00 0.00 W1 H +ATOM 17959 OH2 TIP3X 439 -34.000 20.270 -24.860 1.00 0.00 W1 O +ATOM 17960 H1 TIP3X 439 -33.890 20.030 -23.940 1.00 0.00 W1 H +ATOM 17961 H2 TIP3X 439 -33.130 20.530 -25.140 1.00 0.00 W1 H +ATOM 17962 OH2 TIP3X 440 -33.870 -47.850 -45.390 1.00 0.00 W1 O +ATOM 17963 H1 TIP3X 440 -33.000 -48.250 -45.420 1.00 0.00 W1 H +ATOM 17964 H2 TIP3X 440 -34.460 -48.520 -45.740 1.00 0.00 W1 H +ATOM 17965 OH2 TIP3X 441 -39.820 20.850 34.490 1.00 0.00 W1 O +ATOM 17966 H1 TIP3X 441 -39.240 21.600 34.330 1.00 0.00 W1 H +ATOM 17967 H2 TIP3X 441 -40.260 21.070 35.320 1.00 0.00 W1 H +ATOM 17968 OH2 TIP3X 442 -3.210 40.250 -22.330 1.00 0.00 W1 O +ATOM 17969 H1 TIP3X 442 -3.220 40.130 -23.280 1.00 0.00 W1 H +ATOM 17970 H2 TIP3X 442 -4.010 40.720 -22.130 1.00 0.00 W1 H +ATOM 17971 OH2 TIP3X 443 -35.620 -28.060 26.170 1.00 0.00 W1 O +ATOM 17972 H1 TIP3X 443 -35.010 -28.780 26.280 1.00 0.00 W1 H +ATOM 17973 H2 TIP3X 443 -36.310 -28.410 25.600 1.00 0.00 W1 H +ATOM 17974 OH2 TIP3X 444 39.580 -21.660 -40.500 1.00 0.00 W1 O +ATOM 17975 H1 TIP3X 444 39.230 -20.890 -40.940 1.00 0.00 W1 H +ATOM 17976 H2 TIP3X 444 39.470 -22.370 -41.140 1.00 0.00 W1 H +ATOM 17977 OH2 TIP3X 445 27.970 -24.170 -38.700 1.00 0.00 W1 O +ATOM 17978 H1 TIP3X 445 27.190 -23.620 -38.610 1.00 0.00 W1 H +ATOM 17979 H2 TIP3X 445 28.680 -23.560 -38.920 1.00 0.00 W1 H +ATOM 17980 OH2 TIP3X 446 -17.320 -11.970 -25.680 1.00 0.00 W1 O +ATOM 17981 H1 TIP3X 446 -17.100 -11.050 -25.580 1.00 0.00 W1 H +ATOM 17982 H2 TIP3X 446 -18.250 -12.020 -25.490 1.00 0.00 W1 H +ATOM 17983 OH2 TIP3X 447 -2.740 -40.480 -20.190 1.00 0.00 W1 O +ATOM 17984 H1 TIP3X 447 -3.670 -40.620 -20.030 1.00 0.00 W1 H +ATOM 17985 H2 TIP3X 447 -2.350 -40.460 -19.310 1.00 0.00 W1 H +ATOM 17986 OH2 TIP3X 448 10.670 22.840 -37.470 1.00 0.00 W1 O +ATOM 17987 H1 TIP3X 448 10.640 22.820 -36.520 1.00 0.00 W1 H +ATOM 17988 H2 TIP3X 448 11.590 22.670 -37.680 1.00 0.00 W1 H +ATOM 17989 OH2 TIP3X 449 19.860 5.480 24.750 1.00 0.00 W1 O +ATOM 17990 H1 TIP3X 449 19.100 5.290 24.200 1.00 0.00 W1 H +ATOM 17991 H2 TIP3X 449 20.590 5.050 24.300 1.00 0.00 W1 H +ATOM 17992 OH2 TIP3X 450 1.480 13.900 -25.120 1.00 0.00 W1 O +ATOM 17993 H1 TIP3X 450 1.510 14.850 -25.190 1.00 0.00 W1 H +ATOM 17994 H2 TIP3X 450 2.350 13.600 -25.340 1.00 0.00 W1 H +ATOM 17995 OH2 TIP3X 451 34.010 -22.570 33.700 1.00 0.00 W1 O +ATOM 17996 H1 TIP3X 451 33.100 -22.400 33.930 1.00 0.00 W1 H +ATOM 17997 H2 TIP3X 451 34.050 -22.390 32.760 1.00 0.00 W1 H +ATOM 17998 OH2 TIP3X 452 -12.200 23.360 29.780 1.00 0.00 W1 O +ATOM 17999 H1 TIP3X 452 -12.100 24.240 30.160 1.00 0.00 W1 H +ATOM 18000 H2 TIP3X 452 -13.080 23.370 29.410 1.00 0.00 W1 H +ATOM 18001 OH2 TIP3X 453 46.400 -2.860 -32.090 1.00 0.00 W1 O +ATOM 18002 H1 TIP3X 453 45.720 -3.190 -32.680 1.00 0.00 W1 H +ATOM 18003 H2 TIP3X 453 46.540 -3.580 -31.460 1.00 0.00 W1 H +ATOM 18004 OH2 TIP3X 454 -36.350 -27.210 -26.800 1.00 0.00 W1 O +ATOM 18005 H1 TIP3X 454 -35.700 -27.670 -27.330 1.00 0.00 W1 H +ATOM 18006 H2 TIP3X 454 -36.130 -26.280 -26.880 1.00 0.00 W1 H +ATOM 18007 OH2 TIP3X 455 28.350 38.850 -25.760 1.00 0.00 W1 O +ATOM 18008 H1 TIP3X 455 27.950 39.680 -25.490 1.00 0.00 W1 H +ATOM 18009 H2 TIP3X 455 29.270 38.940 -25.500 1.00 0.00 W1 H +ATOM 18010 OH2 TIP3X 456 -30.910 29.350 -27.900 1.00 0.00 W1 O +ATOM 18011 H1 TIP3X 456 -31.190 28.620 -28.460 1.00 0.00 W1 H +ATOM 18012 H2 TIP3X 456 -30.930 29.000 -27.020 1.00 0.00 W1 H +ATOM 18013 OH2 TIP3X 457 -19.010 -14.780 -38.360 1.00 0.00 W1 O +ATOM 18014 H1 TIP3X 457 -19.970 -14.830 -38.310 1.00 0.00 W1 H +ATOM 18015 H2 TIP3X 457 -18.840 -14.170 -39.070 1.00 0.00 W1 H +ATOM 18016 OH2 TIP3X 458 -27.980 -15.520 34.910 1.00 0.00 W1 O +ATOM 18017 H1 TIP3X 458 -28.240 -16.380 34.590 1.00 0.00 W1 H +ATOM 18018 H2 TIP3X 458 -28.710 -15.240 35.470 1.00 0.00 W1 H +ATOM 18019 OH2 TIP3X 459 43.150 -12.350 -19.240 1.00 0.00 W1 O +ATOM 18020 H1 TIP3X 459 42.680 -11.620 -19.650 1.00 0.00 W1 H +ATOM 18021 H2 TIP3X 459 42.470 -12.880 -18.850 1.00 0.00 W1 H +ATOM 18022 OH2 TIP3X 460 -37.350 -28.370 37.240 1.00 0.00 W1 O +ATOM 18023 H1 TIP3X 460 -36.430 -28.090 37.110 1.00 0.00 W1 H +ATOM 18024 H2 TIP3X 460 -37.850 -27.690 36.760 1.00 0.00 W1 H +ATOM 18025 OH2 TIP3X 461 -43.180 -1.920 -36.930 1.00 0.00 W1 O +ATOM 18026 H1 TIP3X 461 -43.730 -1.420 -36.320 1.00 0.00 W1 H +ATOM 18027 H2 TIP3X 461 -42.310 -1.920 -36.540 1.00 0.00 W1 H +ATOM 18028 OH2 TIP3X 462 -31.140 21.440 -32.750 1.00 0.00 W1 O +ATOM 18029 H1 TIP3X 462 -30.200 21.580 -32.600 1.00 0.00 W1 H +ATOM 18030 H2 TIP3X 462 -31.200 21.170 -33.670 1.00 0.00 W1 H +ATOM 18031 OH2 TIP3X 463 -31.240 -35.750 20.480 1.00 0.00 W1 O +ATOM 18032 H1 TIP3X 463 -30.400 -35.890 20.030 1.00 0.00 W1 H +ATOM 18033 H2 TIP3X 463 -31.670 -36.610 20.440 1.00 0.00 W1 H +ATOM 18034 OH2 TIP3X 464 25.690 -0.950 22.870 1.00 0.00 W1 O +ATOM 18035 H1 TIP3X 464 26.410 -0.480 22.450 1.00 0.00 W1 H +ATOM 18036 H2 TIP3X 464 25.560 -1.720 22.310 1.00 0.00 W1 H +ATOM 18037 OH2 TIP3X 465 42.720 -21.980 -13.940 1.00 0.00 W1 O +ATOM 18038 H1 TIP3X 465 42.360 -22.850 -14.170 1.00 0.00 W1 H +ATOM 18039 H2 TIP3X 465 43.660 -22.090 -14.060 1.00 0.00 W1 H +ATOM 18040 OH2 TIP3X 466 -16.560 -40.660 -39.080 1.00 0.00 W1 O +ATOM 18041 H1 TIP3X 466 -15.970 -40.040 -38.660 1.00 0.00 W1 H +ATOM 18042 H2 TIP3X 466 -16.400 -40.560 -40.020 1.00 0.00 W1 H +ATOM 18043 OH2 TIP3X 467 -34.640 -27.870 -29.610 1.00 0.00 W1 O +ATOM 18044 H1 TIP3X 467 -34.810 -28.710 -29.190 1.00 0.00 W1 H +ATOM 18045 H2 TIP3X 467 -33.690 -27.790 -29.610 1.00 0.00 W1 H +ATOM 18046 OH2 TIP3X 468 23.280 -42.420 17.110 1.00 0.00 W1 O +ATOM 18047 H1 TIP3X 468 22.790 -42.190 17.890 1.00 0.00 W1 H +ATOM 18048 H2 TIP3X 468 24.190 -42.200 17.310 1.00 0.00 W1 H +ATOM 18049 OH2 TIP3X 469 -15.020 9.620 -41.180 1.00 0.00 W1 O +ATOM 18050 H1 TIP3X 469 -15.410 9.190 -40.430 1.00 0.00 W1 H +ATOM 18051 H2 TIP3X 469 -15.770 9.900 -41.710 1.00 0.00 W1 H +ATOM 18052 OH2 TIP3X 470 -28.330 14.940 21.390 1.00 0.00 W1 O +ATOM 18053 H1 TIP3X 470 -28.250 15.720 20.850 1.00 0.00 W1 H +ATOM 18054 H2 TIP3X 470 -27.500 14.480 21.260 1.00 0.00 W1 H +ATOM 18055 OH2 TIP3X 471 27.140 -26.660 -51.140 1.00 0.00 W1 O +ATOM 18056 H1 TIP3X 471 27.450 -26.160 -51.900 1.00 0.00 W1 H +ATOM 18057 H2 TIP3X 471 27.540 -27.530 -51.250 1.00 0.00 W1 H +ATOM 18058 OH2 TIP3X 472 38.460 -46.210 -21.960 1.00 0.00 W1 O +ATOM 18059 H1 TIP3X 472 38.800 -45.640 -21.260 1.00 0.00 W1 H +ATOM 18060 H2 TIP3X 472 39.120 -46.170 -22.640 1.00 0.00 W1 H +ATOM 18061 OH2 TIP3X 473 -33.760 -10.080 -43.700 1.00 0.00 W1 O +ATOM 18062 H1 TIP3X 473 -33.590 -9.400 -44.350 1.00 0.00 W1 H +ATOM 18063 H2 TIP3X 473 -32.910 -10.470 -43.530 1.00 0.00 W1 H +ATOM 18064 OH2 TIP3X 474 24.320 22.440 35.870 1.00 0.00 W1 O +ATOM 18065 H1 TIP3X 474 24.430 21.600 35.420 1.00 0.00 W1 H +ATOM 18066 H2 TIP3X 474 24.310 22.220 36.800 1.00 0.00 W1 H +ATOM 18067 OH2 TIP3X 475 -27.790 -2.250 -44.280 1.00 0.00 W1 O +ATOM 18068 H1 TIP3X 475 -27.380 -2.180 -43.410 1.00 0.00 W1 H +ATOM 18069 H2 TIP3X 475 -28.730 -2.230 -44.100 1.00 0.00 W1 H +ATOM 18070 OH2 TIP3X 476 43.350 25.820 -36.690 1.00 0.00 W1 O +ATOM 18071 H1 TIP3X 476 42.410 25.840 -36.520 1.00 0.00 W1 H +ATOM 18072 H2 TIP3X 476 43.420 25.700 -37.630 1.00 0.00 W1 H +ATOM 18073 OH2 TIP3X 477 43.210 34.020 -41.930 1.00 0.00 W1 O +ATOM 18074 H1 TIP3X 477 43.930 34.440 -41.470 1.00 0.00 W1 H +ATOM 18075 H2 TIP3X 477 42.460 34.100 -41.340 1.00 0.00 W1 H +ATOM 18076 OH2 TIP3X 478 -26.630 37.040 -26.510 1.00 0.00 W1 O +ATOM 18077 H1 TIP3X 478 -26.250 36.720 -25.690 1.00 0.00 W1 H +ATOM 18078 H2 TIP3X 478 -26.810 36.250 -27.020 1.00 0.00 W1 H +ATOM 18079 OH2 TIP3X 479 -32.460 -33.610 30.470 1.00 0.00 W1 O +ATOM 18080 H1 TIP3X 479 -31.890 -33.590 31.240 1.00 0.00 W1 H +ATOM 18081 H2 TIP3X 479 -32.230 -34.420 30.010 1.00 0.00 W1 H +ATOM 18082 OH2 TIP3X 480 -23.450 -16.610 -50.040 1.00 0.00 W1 O +ATOM 18083 H1 TIP3X 480 -22.560 -16.550 -50.380 1.00 0.00 W1 H +ATOM 18084 H2 TIP3X 480 -23.380 -16.260 -49.150 1.00 0.00 W1 H +ATOM 18085 OH2 TIP3X 481 -11.250 2.760 27.500 1.00 0.00 W1 O +ATOM 18086 H1 TIP3X 481 -10.750 1.970 27.700 1.00 0.00 W1 H +ATOM 18087 H2 TIP3X 481 -12.160 2.490 27.560 1.00 0.00 W1 H +ATOM 18088 OH2 TIP3X 482 -6.220 41.410 17.900 1.00 0.00 W1 O +ATOM 18089 H1 TIP3X 482 -6.290 40.570 17.470 1.00 0.00 W1 H +ATOM 18090 H2 TIP3X 482 -6.600 42.030 17.290 1.00 0.00 W1 H +ATOM 18091 OH2 TIP3X 483 -17.160 -9.430 -35.380 1.00 0.00 W1 O +ATOM 18092 H1 TIP3X 483 -17.240 -10.390 -35.390 1.00 0.00 W1 H +ATOM 18093 H2 TIP3X 483 -17.740 -9.130 -36.080 1.00 0.00 W1 H +ATOM 18094 OH2 TIP3X 484 -13.790 -10.030 -39.690 1.00 0.00 W1 O +ATOM 18095 H1 TIP3X 484 -13.020 -9.760 -39.190 1.00 0.00 W1 H +ATOM 18096 H2 TIP3X 484 -14.070 -10.840 -39.270 1.00 0.00 W1 H +ATOM 18097 OH2 TIP3X 485 5.210 -1.410 20.440 1.00 0.00 W1 O +ATOM 18098 H1 TIP3X 485 4.630 -0.640 20.430 1.00 0.00 W1 H +ATOM 18099 H2 TIP3X 485 4.710 -2.080 20.890 1.00 0.00 W1 H +ATOM 18100 OH2 TIP3X 486 -40.390 13.430 -39.360 1.00 0.00 W1 O +ATOM 18101 H1 TIP3X 486 -39.880 12.940 -40.000 1.00 0.00 W1 H +ATOM 18102 H2 TIP3X 486 -40.080 13.100 -38.520 1.00 0.00 W1 H +ATOM 18103 OH2 TIP3X 487 -40.560 1.020 -19.470 1.00 0.00 W1 O +ATOM 18104 H1 TIP3X 487 -40.780 0.590 -18.640 1.00 0.00 W1 H +ATOM 18105 H2 TIP3X 487 -40.080 0.360 -19.960 1.00 0.00 W1 H +ATOM 18106 OH2 TIP3X 488 -5.220 -15.360 -25.510 1.00 0.00 W1 O +ATOM 18107 H1 TIP3X 488 -4.870 -15.460 -26.390 1.00 0.00 W1 H +ATOM 18108 H2 TIP3X 488 -6.160 -15.540 -25.610 1.00 0.00 W1 H +ATOM 18109 OH2 TIP3X 489 42.150 -26.000 -41.340 1.00 0.00 W1 O +ATOM 18110 H1 TIP3X 489 42.260 -26.920 -41.580 1.00 0.00 W1 H +ATOM 18111 H2 TIP3X 489 41.780 -26.030 -40.450 1.00 0.00 W1 H +ATOM 18112 OH2 TIP3X 490 4.260 -39.390 -36.320 1.00 0.00 W1 O +ATOM 18113 H1 TIP3X 490 4.550 -38.990 -35.500 1.00 0.00 W1 H +ATOM 18114 H2 TIP3X 490 4.230 -40.330 -36.130 1.00 0.00 W1 H +ATOM 18115 OH2 TIP3X 491 -40.580 44.030 -43.430 1.00 0.00 W1 O +ATOM 18116 H1 TIP3X 491 -40.720 43.650 -42.560 1.00 0.00 W1 H +ATOM 18117 H2 TIP3X 491 -39.780 43.620 -43.740 1.00 0.00 W1 H +ATOM 18118 OH2 TIP3X 492 14.720 -30.910 29.610 1.00 0.00 W1 O +ATOM 18119 H1 TIP3X 492 14.980 -31.290 30.440 1.00 0.00 W1 H +ATOM 18120 H2 TIP3X 492 14.560 -29.990 29.800 1.00 0.00 W1 H +ATOM 18121 OH2 TIP3X 493 43.590 37.490 -19.370 1.00 0.00 W1 O +ATOM 18122 H1 TIP3X 493 44.430 37.930 -19.440 1.00 0.00 W1 H +ATOM 18123 H2 TIP3X 493 43.130 37.700 -20.180 1.00 0.00 W1 H +ATOM 18124 OH2 TIP3X 494 2.360 -9.230 26.910 1.00 0.00 W1 O +ATOM 18125 H1 TIP3X 494 2.880 -8.830 26.210 1.00 0.00 W1 H +ATOM 18126 H2 TIP3X 494 2.830 -10.030 27.130 1.00 0.00 W1 H +ATOM 18127 OH2 TIP3X 495 37.500 -45.610 -35.330 1.00 0.00 W1 O +ATOM 18128 H1 TIP3X 495 37.400 -45.260 -36.220 1.00 0.00 W1 H +ATOM 18129 H2 TIP3X 495 37.820 -46.500 -35.460 1.00 0.00 W1 H +ATOM 18130 OH2 TIP3X 496 16.820 21.850 -31.160 1.00 0.00 W1 O +ATOM 18131 H1 TIP3X 496 16.170 22.200 -30.550 1.00 0.00 W1 H +ATOM 18132 H2 TIP3X 496 17.560 21.590 -30.610 1.00 0.00 W1 H +ATOM 18133 OH2 TIP3X 497 -1.630 14.740 23.300 1.00 0.00 W1 O +ATOM 18134 H1 TIP3X 497 -1.020 15.460 23.140 1.00 0.00 W1 H +ATOM 18135 H2 TIP3X 497 -1.970 14.520 22.430 1.00 0.00 W1 H +ATOM 18136 OH2 TIP3X 498 16.990 -35.260 37.090 1.00 0.00 W1 O +ATOM 18137 H1 TIP3X 498 17.900 -35.150 37.360 1.00 0.00 W1 H +ATOM 18138 H2 TIP3X 498 16.480 -35.170 37.900 1.00 0.00 W1 H +ATOM 18139 OH2 TIP3X 499 -32.090 27.050 -11.650 1.00 0.00 W1 O +ATOM 18140 H1 TIP3X 499 -32.480 27.890 -11.400 1.00 0.00 W1 H +ATOM 18141 H2 TIP3X 499 -32.840 26.490 -11.870 1.00 0.00 W1 H +ATOM 18142 OH2 TIP3X 500 40.470 13.620 -16.840 1.00 0.00 W1 O +ATOM 18143 H1 TIP3X 500 41.080 13.140 -17.400 1.00 0.00 W1 H +ATOM 18144 H2 TIP3X 500 40.940 14.430 -16.630 1.00 0.00 W1 H +ATOM 18145 OH2 TIP3X 501 -33.170 36.940 37.040 1.00 0.00 W1 O +ATOM 18146 H1 TIP3X 501 -33.710 36.250 36.660 1.00 0.00 W1 H +ATOM 18147 H2 TIP3X 501 -33.690 37.290 37.760 1.00 0.00 W1 H +ATOM 18148 OH2 TIP3X 502 26.130 -24.140 -27.550 1.00 0.00 W1 O +ATOM 18149 H1 TIP3X 502 26.700 -24.900 -27.390 1.00 0.00 W1 H +ATOM 18150 H2 TIP3X 502 25.510 -24.160 -26.820 1.00 0.00 W1 H +ATOM 18151 OH2 TIP3X 503 -2.640 19.810 -40.470 1.00 0.00 W1 O +ATOM 18152 H1 TIP3X 503 -2.480 19.790 -41.420 1.00 0.00 W1 H +ATOM 18153 H2 TIP3X 503 -2.230 20.630 -40.190 1.00 0.00 W1 H +ATOM 18154 OH2 TIP3X 504 14.490 40.140 -14.930 1.00 0.00 W1 O +ATOM 18155 H1 TIP3X 504 14.780 40.160 -15.840 1.00 0.00 W1 H +ATOM 18156 H2 TIP3X 504 15.290 40.060 -14.420 1.00 0.00 W1 H +ATOM 18157 OH2 TIP3X 505 23.360 26.290 27.270 1.00 0.00 W1 O +ATOM 18158 H1 TIP3X 505 23.490 26.640 26.390 1.00 0.00 W1 H +ATOM 18159 H2 TIP3X 505 23.490 27.060 27.830 1.00 0.00 W1 H +ATOM 18160 OH2 TIP3X 506 45.070 -39.490 -21.440 1.00 0.00 W1 O +ATOM 18161 H1 TIP3X 506 44.430 -40.130 -21.770 1.00 0.00 W1 H +ATOM 18162 H2 TIP3X 506 44.620 -38.650 -21.510 1.00 0.00 W1 H +ATOM 18163 OH2 TIP3X 507 -36.250 6.880 33.910 1.00 0.00 W1 O +ATOM 18164 H1 TIP3X 507 -35.820 7.560 33.390 1.00 0.00 W1 H +ATOM 18165 H2 TIP3X 507 -36.330 7.270 34.790 1.00 0.00 W1 H +ATOM 18166 OH2 TIP3X 508 -26.250 -5.140 -50.270 1.00 0.00 W1 O +ATOM 18167 H1 TIP3X 508 -26.820 -5.860 -50.510 1.00 0.00 W1 H +ATOM 18168 H2 TIP3X 508 -26.020 -5.310 -49.350 1.00 0.00 W1 H +ATOM 18169 OH2 TIP3X 509 -27.020 25.200 36.480 1.00 0.00 W1 O +ATOM 18170 H1 TIP3X 509 -26.490 25.780 35.930 1.00 0.00 W1 H +ATOM 18171 H2 TIP3X 509 -27.790 24.990 35.970 1.00 0.00 W1 H +ATOM 18172 OH2 TIP3X 510 -39.710 -45.240 -17.540 1.00 0.00 W1 O +ATOM 18173 H1 TIP3X 510 -39.140 -45.670 -18.190 1.00 0.00 W1 H +ATOM 18174 H2 TIP3X 510 -39.420 -45.570 -16.700 1.00 0.00 W1 H +ATOM 18175 OH2 TIP3X 511 35.510 4.780 19.870 1.00 0.00 W1 O +ATOM 18176 H1 TIP3X 511 36.380 4.830 20.290 1.00 0.00 W1 H +ATOM 18177 H2 TIP3X 511 35.270 5.690 19.680 1.00 0.00 W1 H +ATOM 18178 OH2 TIP3X 512 26.220 -12.490 33.050 1.00 0.00 W1 O +ATOM 18179 H1 TIP3X 512 27.010 -13.020 33.120 1.00 0.00 W1 H +ATOM 18180 H2 TIP3X 512 26.320 -12.040 32.210 1.00 0.00 W1 H +ATOM 18181 OH2 TIP3X 513 6.730 -4.500 29.390 1.00 0.00 W1 O +ATOM 18182 H1 TIP3X 513 6.320 -5.200 29.900 1.00 0.00 W1 H +ATOM 18183 H2 TIP3X 513 6.160 -4.400 28.630 1.00 0.00 W1 H +ATOM 18184 OH2 TIP3X 514 44.270 22.510 -19.620 1.00 0.00 W1 O +ATOM 18185 H1 TIP3X 514 44.590 23.270 -19.130 1.00 0.00 W1 H +ATOM 18186 H2 TIP3X 514 43.470 22.820 -20.040 1.00 0.00 W1 H +ATOM 18187 OH2 TIP3X 515 -23.520 -3.120 -48.750 1.00 0.00 W1 O +ATOM 18188 H1 TIP3X 515 -22.700 -2.940 -48.280 1.00 0.00 W1 H +ATOM 18189 H2 TIP3X 515 -23.250 -3.620 -49.520 1.00 0.00 W1 H +ATOM 18190 OH2 TIP3X 516 33.080 -46.730 -18.580 1.00 0.00 W1 O +ATOM 18191 H1 TIP3X 516 33.210 -46.450 -17.680 1.00 0.00 W1 H +ATOM 18192 H2 TIP3X 516 33.360 -47.650 -18.600 1.00 0.00 W1 H +ATOM 18193 OH2 TIP3X 517 37.140 10.690 -18.140 1.00 0.00 W1 O +ATOM 18194 H1 TIP3X 517 36.500 11.070 -17.560 1.00 0.00 W1 H +ATOM 18195 H2 TIP3X 517 37.330 9.820 -17.770 1.00 0.00 W1 H +ATOM 18196 OH2 TIP3X 518 -39.680 21.290 17.620 1.00 0.00 W1 O +ATOM 18197 H1 TIP3X 518 -38.940 21.760 17.260 1.00 0.00 W1 H +ATOM 18198 H2 TIP3X 518 -39.360 20.410 17.830 1.00 0.00 W1 H +ATOM 18199 OH2 TIP3X 519 -8.650 -48.010 23.970 1.00 0.00 W1 O +ATOM 18200 H1 TIP3X 519 -8.240 -47.250 24.360 1.00 0.00 W1 H +ATOM 18201 H2 TIP3X 519 -8.040 -48.730 24.140 1.00 0.00 W1 H +ATOM 18202 OH2 TIP3X 520 -0.160 25.590 28.640 1.00 0.00 W1 O +ATOM 18203 H1 TIP3X 520 0.000 24.700 28.350 1.00 0.00 W1 H +ATOM 18204 H2 TIP3X 520 -1.110 25.630 28.760 1.00 0.00 W1 H +ATOM 18205 OH2 TIP3X 521 15.440 3.820 21.270 1.00 0.00 W1 O +ATOM 18206 H1 TIP3X 521 15.310 4.700 21.640 1.00 0.00 W1 H +ATOM 18207 H2 TIP3X 521 15.640 3.970 20.350 1.00 0.00 W1 H +ATOM 18208 OH2 TIP3X 522 -42.940 -10.740 39.580 1.00 0.00 W1 O +ATOM 18209 H1 TIP3X 522 -42.090 -11.180 39.620 1.00 0.00 W1 H +ATOM 18210 H2 TIP3X 522 -42.950 -10.180 40.340 1.00 0.00 W1 H +ATOM 18211 OH2 TIP3X 523 17.910 -17.880 -30.700 1.00 0.00 W1 O +ATOM 18212 H1 TIP3X 523 18.800 -17.740 -31.020 1.00 0.00 W1 H +ATOM 18213 H2 TIP3X 523 17.450 -17.050 -30.890 1.00 0.00 W1 H +ATOM 18214 OH2 TIP3X 524 30.030 6.050 30.900 1.00 0.00 W1 O +ATOM 18215 H1 TIP3X 524 29.610 5.470 31.530 1.00 0.00 W1 H +ATOM 18216 H2 TIP3X 524 30.120 5.530 30.110 1.00 0.00 W1 H +ATOM 18217 OH2 TIP3X 525 -16.420 21.130 23.150 1.00 0.00 W1 O +ATOM 18218 H1 TIP3X 525 -15.560 21.130 23.560 1.00 0.00 W1 H +ATOM 18219 H2 TIP3X 525 -16.250 21.110 22.210 1.00 0.00 W1 H +ATOM 18220 OH2 TIP3X 526 34.870 16.910 -37.230 1.00 0.00 W1 O +ATOM 18221 H1 TIP3X 526 34.820 16.230 -37.910 1.00 0.00 W1 H +ATOM 18222 H2 TIP3X 526 34.030 17.360 -37.290 1.00 0.00 W1 H +ATOM 18223 OH2 TIP3X 527 28.500 -18.000 -11.310 1.00 0.00 W1 O +ATOM 18224 H1 TIP3X 527 27.950 -18.490 -10.720 1.00 0.00 W1 H +ATOM 18225 H2 TIP3X 527 28.740 -18.630 -12.010 1.00 0.00 W1 H +ATOM 18226 OH2 TIP3X 528 34.230 14.320 13.700 1.00 0.00 W1 O +ATOM 18227 H1 TIP3X 528 34.600 14.320 12.820 1.00 0.00 W1 H +ATOM 18228 H2 TIP3X 528 33.330 14.620 13.570 1.00 0.00 W1 H +ATOM 18229 OH2 TIP3X 529 -30.210 32.410 31.500 1.00 0.00 W1 O +ATOM 18230 H1 TIP3X 529 -30.460 31.520 31.260 1.00 0.00 W1 H +ATOM 18231 H2 TIP3X 529 -30.230 32.410 32.460 1.00 0.00 W1 H +ATOM 18232 OH2 TIP3X 530 16.120 1.370 -38.750 1.00 0.00 W1 O +ATOM 18233 H1 TIP3X 530 16.370 1.160 -37.850 1.00 0.00 W1 H +ATOM 18234 H2 TIP3X 530 16.710 2.070 -39.010 1.00 0.00 W1 H +ATOM 18235 OH2 TIP3X 531 10.730 -26.550 20.270 1.00 0.00 W1 O +ATOM 18236 H1 TIP3X 531 10.790 -26.050 19.460 1.00 0.00 W1 H +ATOM 18237 H2 TIP3X 531 9.910 -26.260 20.670 1.00 0.00 W1 H +ATOM 18238 OH2 TIP3X 532 23.330 36.050 -27.290 1.00 0.00 W1 O +ATOM 18239 H1 TIP3X 532 22.690 36.380 -27.900 1.00 0.00 W1 H +ATOM 18240 H2 TIP3X 532 23.580 36.800 -26.750 1.00 0.00 W1 H +ATOM 18241 OH2 TIP3X 533 34.740 19.010 36.440 1.00 0.00 W1 O +ATOM 18242 H1 TIP3X 533 34.140 19.580 36.920 1.00 0.00 W1 H +ATOM 18243 H2 TIP3X 533 34.180 18.540 35.830 1.00 0.00 W1 H +ATOM 18244 OH2 TIP3X 534 -34.500 -39.430 27.090 1.00 0.00 W1 O +ATOM 18245 H1 TIP3X 534 -34.730 -40.030 27.800 1.00 0.00 W1 H +ATOM 18246 H2 TIP3X 534 -35.330 -38.990 26.880 1.00 0.00 W1 H +ATOM 18247 OH2 TIP3X 535 35.330 -3.640 17.550 1.00 0.00 W1 O +ATOM 18248 H1 TIP3X 535 36.250 -3.480 17.300 1.00 0.00 W1 H +ATOM 18249 H2 TIP3X 535 34.870 -2.830 17.330 1.00 0.00 W1 H +ATOM 18250 OH2 TIP3X 536 24.820 -4.320 30.630 1.00 0.00 W1 O +ATOM 18251 H1 TIP3X 536 24.820 -3.460 31.020 1.00 0.00 W1 H +ATOM 18252 H2 TIP3X 536 25.660 -4.710 30.880 1.00 0.00 W1 H +ATOM 18253 OH2 TIP3X 537 -33.050 24.610 -39.000 1.00 0.00 W1 O +ATOM 18254 H1 TIP3X 537 -33.890 24.890 -38.630 1.00 0.00 W1 H +ATOM 18255 H2 TIP3X 537 -33.270 24.290 -39.870 1.00 0.00 W1 H +ATOM 18256 OH2 TIP3X 538 -1.740 8.310 -27.150 1.00 0.00 W1 O +ATOM 18257 H1 TIP3X 538 -2.680 8.450 -27.210 1.00 0.00 W1 H +ATOM 18258 H2 TIP3X 538 -1.450 8.280 -28.060 1.00 0.00 W1 H +ATOM 18259 OH2 TIP3X 539 -29.750 23.630 30.840 1.00 0.00 W1 O +ATOM 18260 H1 TIP3X 539 -30.480 23.940 31.380 1.00 0.00 W1 H +ATOM 18261 H2 TIP3X 539 -30.140 22.960 30.280 1.00 0.00 W1 H +ATOM 18262 OH2 TIP3X 540 38.060 17.720 -20.600 1.00 0.00 W1 O +ATOM 18263 H1 TIP3X 540 37.390 17.090 -20.880 1.00 0.00 W1 H +ATOM 18264 H2 TIP3X 540 38.880 17.280 -20.770 1.00 0.00 W1 H +ATOM 18265 OH2 TIP3X 541 -27.980 11.300 -29.720 1.00 0.00 W1 O +ATOM 18266 H1 TIP3X 541 -28.310 11.960 -29.100 1.00 0.00 W1 H +ATOM 18267 H2 TIP3X 541 -27.150 11.000 -29.330 1.00 0.00 W1 H +ATOM 18268 OH2 TIP3X 542 35.220 43.390 -46.520 1.00 0.00 W1 O +ATOM 18269 H1 TIP3X 542 34.380 43.830 -46.630 1.00 0.00 W1 H +ATOM 18270 H2 TIP3X 542 35.080 42.770 -45.800 1.00 0.00 W1 H +ATOM 18271 OH2 TIP3X 543 -0.740 -31.730 34.990 1.00 0.00 W1 O +ATOM 18272 H1 TIP3X 543 -0.940 -31.290 35.810 1.00 0.00 W1 H +ATOM 18273 H2 TIP3X 543 -0.320 -31.060 34.450 1.00 0.00 W1 H +ATOM 18274 OH2 TIP3X 544 37.100 39.470 27.650 1.00 0.00 W1 O +ATOM 18275 H1 TIP3X 544 36.410 38.800 27.730 1.00 0.00 W1 H +ATOM 18276 H2 TIP3X 544 36.850 39.990 26.890 1.00 0.00 W1 H +ATOM 18277 OH2 TIP3X 545 30.810 -36.340 -24.490 1.00 0.00 W1 O +ATOM 18278 H1 TIP3X 545 30.730 -37.140 -23.960 1.00 0.00 W1 H +ATOM 18279 H2 TIP3X 545 29.950 -36.240 -24.890 1.00 0.00 W1 H +ATOM 18280 OH2 TIP3X 546 -40.920 -39.940 -40.670 1.00 0.00 W1 O +ATOM 18281 H1 TIP3X 546 -40.870 -40.760 -41.160 1.00 0.00 W1 H +ATOM 18282 H2 TIP3X 546 -40.010 -39.690 -40.510 1.00 0.00 W1 H +ATOM 18283 OH2 TIP3X 547 -44.080 8.180 -29.780 1.00 0.00 W1 O +ATOM 18284 H1 TIP3X 547 -43.790 8.970 -29.310 1.00 0.00 W1 H +ATOM 18285 H2 TIP3X 547 -44.870 8.470 -30.250 1.00 0.00 W1 H +ATOM 18286 OH2 TIP3X 548 4.590 -22.890 -21.850 1.00 0.00 W1 O +ATOM 18287 H1 TIP3X 548 5.120 -23.690 -21.790 1.00 0.00 W1 H +ATOM 18288 H2 TIP3X 548 4.420 -22.790 -22.780 1.00 0.00 W1 H +ATOM 18289 OH2 TIP3X 549 43.550 7.110 -26.430 1.00 0.00 W1 O +ATOM 18290 H1 TIP3X 549 43.370 6.890 -25.520 1.00 0.00 W1 H +ATOM 18291 H2 TIP3X 549 43.600 8.070 -26.440 1.00 0.00 W1 H +ATOM 18292 OH2 TIP3X 550 32.030 -17.750 -37.920 1.00 0.00 W1 O +ATOM 18293 H1 TIP3X 550 32.640 -18.350 -38.320 1.00 0.00 W1 H +ATOM 18294 H2 TIP3X 550 32.570 -17.020 -37.620 1.00 0.00 W1 H +ATOM 18295 OH2 TIP3X 551 -4.940 -39.260 18.970 1.00 0.00 W1 O +ATOM 18296 H1 TIP3X 551 -5.890 -39.180 19.100 1.00 0.00 W1 H +ATOM 18297 H2 TIP3X 551 -4.850 -39.530 18.060 1.00 0.00 W1 H +ATOM 18298 OH2 TIP3X 552 35.060 -26.720 -44.990 1.00 0.00 W1 O +ATOM 18299 H1 TIP3X 552 34.330 -27.320 -44.800 1.00 0.00 W1 H +ATOM 18300 H2 TIP3X 552 34.710 -26.110 -45.650 1.00 0.00 W1 H +ATOM 18301 OH2 TIP3X 553 1.870 -5.390 -45.860 1.00 0.00 W1 O +ATOM 18302 H1 TIP3X 553 1.580 -5.970 -45.160 1.00 0.00 W1 H +ATOM 18303 H2 TIP3X 553 2.390 -4.720 -45.430 1.00 0.00 W1 H +ATOM 18304 OH2 TIP3X 554 4.440 9.700 -37.110 1.00 0.00 W1 O +ATOM 18305 H1 TIP3X 554 3.810 9.950 -36.440 1.00 0.00 W1 H +ATOM 18306 H2 TIP3X 554 5.000 10.460 -37.220 1.00 0.00 W1 H +ATOM 18307 OH2 TIP3X 555 -26.430 7.230 28.030 1.00 0.00 W1 O +ATOM 18308 H1 TIP3X 555 -26.810 6.880 28.840 1.00 0.00 W1 H +ATOM 18309 H2 TIP3X 555 -25.640 7.700 28.330 1.00 0.00 W1 H +ATOM 18310 OH2 TIP3X 556 22.470 -14.350 -37.600 1.00 0.00 W1 O +ATOM 18311 H1 TIP3X 556 22.870 -13.650 -37.070 1.00 0.00 W1 H +ATOM 18312 H2 TIP3X 556 22.680 -14.130 -38.500 1.00 0.00 W1 H +ATOM 18313 OH2 TIP3X 557 -0.470 -44.090 -19.430 1.00 0.00 W1 O +ATOM 18314 H1 TIP3X 557 -0.670 -43.210 -19.080 1.00 0.00 W1 H +ATOM 18315 H2 TIP3X 557 -1.060 -44.680 -18.970 1.00 0.00 W1 H +ATOM 18316 OH2 TIP3X 558 46.020 17.180 -42.710 1.00 0.00 W1 O +ATOM 18317 H1 TIP3X 558 46.200 18.040 -42.330 1.00 0.00 W1 H +ATOM 18318 H2 TIP3X 558 46.010 17.340 -43.650 1.00 0.00 W1 H +ATOM 18319 OH2 TIP3X 559 42.240 37.930 21.400 1.00 0.00 W1 O +ATOM 18320 H1 TIP3X 559 41.840 37.950 20.520 1.00 0.00 W1 H +ATOM 18321 H2 TIP3X 559 42.010 38.800 21.770 1.00 0.00 W1 H +ATOM 18322 OH2 TIP3X 560 0.190 -24.370 -52.110 1.00 0.00 W1 O +ATOM 18323 H1 TIP3X 560 -0.420 -23.650 -52.230 1.00 0.00 W1 H +ATOM 18324 H2 TIP3X 560 0.020 -24.690 -51.220 1.00 0.00 W1 H +ATOM 18325 OH2 TIP3X 561 9.220 -25.650 -27.900 1.00 0.00 W1 O +ATOM 18326 H1 TIP3X 561 8.410 -26.150 -27.850 1.00 0.00 W1 H +ATOM 18327 H2 TIP3X 561 9.650 -25.790 -27.060 1.00 0.00 W1 H +ATOM 18328 OH2 TIP3X 562 25.070 13.840 32.920 1.00 0.00 W1 O +ATOM 18329 H1 TIP3X 562 25.120 14.090 32.000 1.00 0.00 W1 H +ATOM 18330 H2 TIP3X 562 25.130 12.890 32.920 1.00 0.00 W1 H +ATOM 18331 OH2 TIP3X 563 29.340 7.280 36.130 1.00 0.00 W1 O +ATOM 18332 H1 TIP3X 563 29.370 6.560 36.780 1.00 0.00 W1 H +ATOM 18333 H2 TIP3X 563 29.480 8.070 36.650 1.00 0.00 W1 H +ATOM 18334 OH2 TIP3X 564 -22.200 42.610 -32.120 1.00 0.00 W1 O +ATOM 18335 H1 TIP3X 564 -21.640 42.950 -32.820 1.00 0.00 W1 H +ATOM 18336 H2 TIP3X 564 -21.590 42.180 -31.520 1.00 0.00 W1 H +ATOM 18337 OH2 TIP3X 565 8.420 4.330 -49.670 1.00 0.00 W1 O +ATOM 18338 H1 TIP3X 565 8.730 4.490 -48.780 1.00 0.00 W1 H +ATOM 18339 H2 TIP3X 565 9.120 4.670 -50.240 1.00 0.00 W1 H +ATOM 18340 OH2 TIP3X 566 -27.710 -11.210 -38.650 1.00 0.00 W1 O +ATOM 18341 H1 TIP3X 566 -27.720 -10.750 -37.810 1.00 0.00 W1 H +ATOM 18342 H2 TIP3X 566 -28.470 -11.800 -38.610 1.00 0.00 W1 H +ATOM 18343 OH2 TIP3X 567 7.540 9.580 -45.630 1.00 0.00 W1 O +ATOM 18344 H1 TIP3X 567 7.870 9.120 -44.850 1.00 0.00 W1 H +ATOM 18345 H2 TIP3X 567 7.880 9.070 -46.370 1.00 0.00 W1 H +ATOM 18346 OH2 TIP3X 568 17.580 39.970 38.890 1.00 0.00 W1 O +ATOM 18347 H1 TIP3X 568 17.860 39.150 39.290 1.00 0.00 W1 H +ATOM 18348 H2 TIP3X 568 18.290 40.580 39.060 1.00 0.00 W1 H +ATOM 18349 OH2 TIP3X 569 23.670 13.270 -19.510 1.00 0.00 W1 O +ATOM 18350 H1 TIP3X 569 23.040 13.670 -18.910 1.00 0.00 W1 H +ATOM 18351 H2 TIP3X 569 23.250 12.470 -19.800 1.00 0.00 W1 H +ATOM 18352 OH2 TIP3X 570 -15.780 20.880 -36.830 1.00 0.00 W1 O +ATOM 18353 H1 TIP3X 570 -15.130 20.300 -36.440 1.00 0.00 W1 H +ATOM 18354 H2 TIP3X 570 -15.860 21.600 -36.210 1.00 0.00 W1 H +ATOM 18355 OH2 TIP3X 571 28.460 3.230 23.010 1.00 0.00 W1 O +ATOM 18356 H1 TIP3X 571 28.670 2.620 22.300 1.00 0.00 W1 H +ATOM 18357 H2 TIP3X 571 27.510 3.310 22.980 1.00 0.00 W1 H +ATOM 18358 OH2 TIP3X 572 23.350 -42.720 -31.120 1.00 0.00 W1 O +ATOM 18359 H1 TIP3X 572 22.420 -42.560 -31.010 1.00 0.00 W1 H +ATOM 18360 H2 TIP3X 572 23.680 -41.930 -31.530 1.00 0.00 W1 H +ATOM 18361 OH2 TIP3X 573 5.390 6.790 27.690 1.00 0.00 W1 O +ATOM 18362 H1 TIP3X 573 5.070 7.010 28.570 1.00 0.00 W1 H +ATOM 18363 H2 TIP3X 573 6.330 6.960 27.730 1.00 0.00 W1 H +ATOM 18364 OH2 TIP3X 574 28.940 -22.870 -20.930 1.00 0.00 W1 O +ATOM 18365 H1 TIP3X 574 28.800 -23.730 -21.290 1.00 0.00 W1 H +ATOM 18366 H2 TIP3X 574 28.760 -22.270 -21.660 1.00 0.00 W1 H +ATOM 18367 OH2 TIP3X 575 -28.150 -24.950 38.210 1.00 0.00 W1 O +ATOM 18368 H1 TIP3X 575 -28.470 -25.300 39.030 1.00 0.00 W1 H +ATOM 18369 H2 TIP3X 575 -27.210 -25.040 38.270 1.00 0.00 W1 H +ATOM 18370 OH2 TIP3X 576 -29.390 -44.970 -36.310 1.00 0.00 W1 O +ATOM 18371 H1 TIP3X 576 -29.350 -45.500 -37.100 1.00 0.00 W1 H +ATOM 18372 H2 TIP3X 576 -29.880 -44.190 -36.560 1.00 0.00 W1 H +ATOM 18373 OH2 TIP3X 577 -29.950 28.380 25.570 1.00 0.00 W1 O +ATOM 18374 H1 TIP3X 577 -29.830 28.630 24.650 1.00 0.00 W1 H +ATOM 18375 H2 TIP3X 577 -29.580 27.500 25.620 1.00 0.00 W1 H +ATOM 18376 OH2 TIP3X 578 -19.920 22.980 -34.110 1.00 0.00 W1 O +ATOM 18377 H1 TIP3X 578 -19.680 23.390 -34.940 1.00 0.00 W1 H +ATOM 18378 H2 TIP3X 578 -20.770 23.370 -33.890 1.00 0.00 W1 H +ATOM 18379 OH2 TIP3X 579 -32.190 -44.930 -31.410 1.00 0.00 W1 O +ATOM 18380 H1 TIP3X 579 -33.080 -45.090 -31.690 1.00 0.00 W1 H +ATOM 18381 H2 TIP3X 579 -31.680 -44.890 -32.230 1.00 0.00 W1 H +ATOM 18382 OH2 TIP3X 580 2.590 -18.850 -43.060 1.00 0.00 W1 O +ATOM 18383 H1 TIP3X 580 1.920 -19.480 -42.770 1.00 0.00 W1 H +ATOM 18384 H2 TIP3X 580 3.300 -18.950 -42.440 1.00 0.00 W1 H +ATOM 18385 OH2 TIP3X 581 48.140 33.380 32.920 1.00 0.00 W1 O +ATOM 18386 H1 TIP3X 581 48.460 34.000 32.270 1.00 0.00 W1 H +ATOM 18387 H2 TIP3X 581 47.230 33.620 33.050 1.00 0.00 W1 H +ATOM 18388 OH2 TIP3X 582 14.440 -20.570 -25.070 1.00 0.00 W1 O +ATOM 18389 H1 TIP3X 582 13.540 -20.820 -25.280 1.00 0.00 W1 H +ATOM 18390 H2 TIP3X 582 14.850 -21.390 -24.800 1.00 0.00 W1 H +ATOM 18391 OH2 TIP3X 583 -37.480 -18.610 -46.460 1.00 0.00 W1 O +ATOM 18392 H1 TIP3X 583 -37.910 -19.040 -47.200 1.00 0.00 W1 H +ATOM 18393 H2 TIP3X 583 -36.720 -18.190 -46.860 1.00 0.00 W1 H +ATOM 18394 OH2 TIP3X 584 28.690 -1.800 -19.470 1.00 0.00 W1 O +ATOM 18395 H1 TIP3X 584 28.190 -1.220 -18.880 1.00 0.00 W1 H +ATOM 18396 H2 TIP3X 584 29.170 -2.380 -18.870 1.00 0.00 W1 H +ATOM 18397 OH2 TIP3X 585 34.100 -51.010 31.630 1.00 0.00 W1 O +ATOM 18398 H1 TIP3X 585 33.760 -50.150 31.410 1.00 0.00 W1 H +ATOM 18399 H2 TIP3X 585 34.760 -51.190 30.970 1.00 0.00 W1 H +ATOM 18400 OH2 TIP3X 586 25.770 -47.230 -27.780 1.00 0.00 W1 O +ATOM 18401 H1 TIP3X 586 24.970 -47.560 -27.380 1.00 0.00 W1 H +ATOM 18402 H2 TIP3X 586 25.610 -47.290 -28.710 1.00 0.00 W1 H +ATOM 18403 OH2 TIP3X 587 21.310 -16.760 -33.860 1.00 0.00 W1 O +ATOM 18404 H1 TIP3X 587 21.200 -17.700 -34.000 1.00 0.00 W1 H +ATOM 18405 H2 TIP3X 587 20.920 -16.590 -33.010 1.00 0.00 W1 H +ATOM 18406 OH2 TIP3X 588 23.750 -14.490 26.060 1.00 0.00 W1 O +ATOM 18407 H1 TIP3X 588 23.360 -15.360 26.210 1.00 0.00 W1 H +ATOM 18408 H2 TIP3X 588 24.260 -14.590 25.250 1.00 0.00 W1 H +ATOM 18409 OH2 TIP3X 589 43.380 -37.800 15.140 1.00 0.00 W1 O +ATOM 18410 H1 TIP3X 589 43.160 -38.610 15.610 1.00 0.00 W1 H +ATOM 18411 H2 TIP3X 589 42.710 -37.710 14.470 1.00 0.00 W1 H +ATOM 18412 OH2 TIP3X 590 -39.970 -2.420 32.400 1.00 0.00 W1 O +ATOM 18413 H1 TIP3X 590 -40.000 -1.480 32.590 1.00 0.00 W1 H +ATOM 18414 H2 TIP3X 590 -40.240 -2.830 33.220 1.00 0.00 W1 H +ATOM 18415 OH2 TIP3X 591 -16.800 -49.120 19.830 1.00 0.00 W1 O +ATOM 18416 H1 TIP3X 591 -16.800 -49.490 20.700 1.00 0.00 W1 H +ATOM 18417 H2 TIP3X 591 -16.110 -49.590 19.350 1.00 0.00 W1 H +ATOM 18418 OH2 TIP3X 592 16.140 27.830 -29.330 1.00 0.00 W1 O +ATOM 18419 H1 TIP3X 592 15.830 28.630 -28.920 1.00 0.00 W1 H +ATOM 18420 H2 TIP3X 592 16.700 28.130 -30.060 1.00 0.00 W1 H +ATOM 18421 OH2 TIP3X 593 36.640 -24.300 -46.310 1.00 0.00 W1 O +ATOM 18422 H1 TIP3X 593 35.820 -24.730 -46.070 1.00 0.00 W1 H +ATOM 18423 H2 TIP3X 593 37.020 -24.880 -46.980 1.00 0.00 W1 H +ATOM 18424 OH2 TIP3X 594 -42.250 -32.650 -38.970 1.00 0.00 W1 O +ATOM 18425 H1 TIP3X 594 -42.320 -31.710 -39.070 1.00 0.00 W1 H +ATOM 18426 H2 TIP3X 594 -41.320 -32.800 -38.760 1.00 0.00 W1 H +ATOM 18427 OH2 TIP3X 595 -1.480 -31.540 -35.530 1.00 0.00 W1 O +ATOM 18428 H1 TIP3X 595 -1.530 -31.860 -34.640 1.00 0.00 W1 H +ATOM 18429 H2 TIP3X 595 -0.600 -31.770 -35.830 1.00 0.00 W1 H +ATOM 18430 OH2 TIP3X 596 42.260 10.920 -44.750 1.00 0.00 W1 O +ATOM 18431 H1 TIP3X 596 43.120 11.240 -45.040 1.00 0.00 W1 H +ATOM 18432 H2 TIP3X 596 41.720 11.700 -44.660 1.00 0.00 W1 H +ATOM 18433 OH2 TIP3X 597 4.680 -45.180 -26.760 1.00 0.00 W1 O +ATOM 18434 H1 TIP3X 597 4.010 -45.000 -27.400 1.00 0.00 W1 H +ATOM 18435 H2 TIP3X 597 4.410 -45.990 -26.340 1.00 0.00 W1 H +ATOM 18436 OH2 TIP3X 598 -24.500 -43.280 38.320 1.00 0.00 W1 O +ATOM 18437 H1 TIP3X 598 -25.070 -43.100 39.080 1.00 0.00 W1 H +ATOM 18438 H2 TIP3X 598 -24.870 -44.080 37.930 1.00 0.00 W1 H +ATOM 18439 OH2 TIP3X 599 -2.130 30.770 25.360 1.00 0.00 W1 O +ATOM 18440 H1 TIP3X 599 -1.480 30.590 26.040 1.00 0.00 W1 H +ATOM 18441 H2 TIP3X 599 -2.790 31.320 25.790 1.00 0.00 W1 H +ATOM 18442 OH2 TIP3X 600 21.390 27.980 -16.800 1.00 0.00 W1 O +ATOM 18443 H1 TIP3X 600 20.460 28.130 -16.660 1.00 0.00 W1 H +ATOM 18444 H2 TIP3X 600 21.670 27.470 -16.030 1.00 0.00 W1 H +ATOM 18445 OH2 TIP3X 601 -12.700 -31.490 38.630 1.00 0.00 W1 O +ATOM 18446 H1 TIP3X 601 -12.540 -31.260 37.710 1.00 0.00 W1 H +ATOM 18447 H2 TIP3X 601 -13.440 -32.100 38.600 1.00 0.00 W1 H +ATOM 18448 OH2 TIP3X 602 -13.400 -0.140 25.470 1.00 0.00 W1 O +ATOM 18449 H1 TIP3X 602 -12.630 0.210 25.020 1.00 0.00 W1 H +ATOM 18450 H2 TIP3X 602 -13.850 -0.670 24.810 1.00 0.00 W1 H +ATOM 18451 OH2 TIP3X 603 31.520 -48.950 20.160 1.00 0.00 W1 O +ATOM 18452 H1 TIP3X 603 32.340 -48.510 19.960 1.00 0.00 W1 H +ATOM 18453 H2 TIP3X 603 31.440 -49.620 19.480 1.00 0.00 W1 H +ATOM 18454 OH2 TIP3X 604 -23.460 0.740 34.850 1.00 0.00 W1 O +ATOM 18455 H1 TIP3X 604 -23.600 1.290 35.630 1.00 0.00 W1 H +ATOM 18456 H2 TIP3X 604 -23.240 -0.120 35.210 1.00 0.00 W1 H +ATOM 18457 OH2 TIP3X 605 -18.360 -12.140 -34.960 1.00 0.00 W1 O +ATOM 18458 H1 TIP3X 605 -19.160 -12.570 -35.280 1.00 0.00 W1 H +ATOM 18459 H2 TIP3X 605 -17.660 -12.540 -35.470 1.00 0.00 W1 H +ATOM 18460 OH2 TIP3X 606 -40.900 -3.380 40.000 1.00 0.00 W1 O +ATOM 18461 H1 TIP3X 606 -40.470 -3.060 40.800 1.00 0.00 W1 H +ATOM 18462 H2 TIP3X 606 -41.770 -3.630 40.280 1.00 0.00 W1 H +ATOM 18463 OH2 TIP3X 607 42.090 -46.660 -16.290 1.00 0.00 W1 O +ATOM 18464 H1 TIP3X 607 41.640 -46.240 -17.030 1.00 0.00 W1 H +ATOM 18465 H2 TIP3X 607 41.940 -47.590 -16.410 1.00 0.00 W1 H +ATOM 18466 OH2 TIP3X 608 -35.320 -31.700 14.200 1.00 0.00 W1 O +ATOM 18467 H1 TIP3X 608 -34.860 -31.340 14.970 1.00 0.00 W1 H +ATOM 18468 H2 TIP3X 608 -35.030 -31.160 13.470 1.00 0.00 W1 H +ATOM 18469 OH2 TIP3X 609 -9.320 25.830 -37.470 1.00 0.00 W1 O +ATOM 18470 H1 TIP3X 609 -9.680 26.010 -38.340 1.00 0.00 W1 H +ATOM 18471 H2 TIP3X 609 -8.510 25.350 -37.640 1.00 0.00 W1 H +ATOM 18472 OH2 TIP3X 610 -24.100 -10.090 -30.570 1.00 0.00 W1 O +ATOM 18473 H1 TIP3X 610 -24.890 -10.610 -30.560 1.00 0.00 W1 H +ATOM 18474 H2 TIP3X 610 -24.280 -9.390 -31.210 1.00 0.00 W1 H +ATOM 18475 OH2 TIP3X 611 8.080 -32.560 16.720 1.00 0.00 W1 O +ATOM 18476 H1 TIP3X 611 7.960 -33.340 17.280 1.00 0.00 W1 H +ATOM 18477 H2 TIP3X 611 7.200 -32.350 16.410 1.00 0.00 W1 H +ATOM 18478 OH2 TIP3X 612 8.720 11.640 21.350 1.00 0.00 W1 O +ATOM 18479 H1 TIP3X 612 8.940 12.020 20.510 1.00 0.00 W1 H +ATOM 18480 H2 TIP3X 612 9.370 10.950 21.480 1.00 0.00 W1 H +ATOM 18481 OH2 TIP3X 613 -4.050 0.460 -30.110 1.00 0.00 W1 O +ATOM 18482 H1 TIP3X 613 -4.920 0.430 -30.490 1.00 0.00 W1 H +ATOM 18483 H2 TIP3X 613 -3.570 -0.250 -30.540 1.00 0.00 W1 H +ATOM 18484 OH2 TIP3X 614 -1.230 -44.900 22.010 1.00 0.00 W1 O +ATOM 18485 H1 TIP3X 614 -0.280 -44.810 22.130 1.00 0.00 W1 H +ATOM 18486 H2 TIP3X 614 -1.570 -45.060 22.890 1.00 0.00 W1 H +ATOM 18487 OH2 TIP3X 615 40.100 -47.710 35.310 1.00 0.00 W1 O +ATOM 18488 H1 TIP3X 615 39.750 -48.450 34.820 1.00 0.00 W1 H +ATOM 18489 H2 TIP3X 615 39.350 -47.150 35.460 1.00 0.00 W1 H +ATOM 18490 OH2 TIP3X 616 -7.370 34.040 22.000 1.00 0.00 W1 O +ATOM 18491 H1 TIP3X 616 -6.800 34.760 21.760 1.00 0.00 W1 H +ATOM 18492 H2 TIP3X 616 -7.970 33.940 21.270 1.00 0.00 W1 H +ATOM 18493 OH2 TIP3X 617 43.250 -46.890 23.500 1.00 0.00 W1 O +ATOM 18494 H1 TIP3X 617 43.800 -46.130 23.310 1.00 0.00 W1 H +ATOM 18495 H2 TIP3X 617 42.470 -46.510 23.940 1.00 0.00 W1 H +ATOM 18496 OH2 TIP3X 618 -42.500 -46.900 -26.300 1.00 0.00 W1 O +ATOM 18497 H1 TIP3X 618 -42.600 -46.360 -25.520 1.00 0.00 W1 H +ATOM 18498 H2 TIP3X 618 -41.630 -46.670 -26.640 1.00 0.00 W1 H +ATOM 18499 OH2 TIP3X 619 34.770 -41.940 28.130 1.00 0.00 W1 O +ATOM 18500 H1 TIP3X 619 35.550 -42.510 28.130 1.00 0.00 W1 H +ATOM 18501 H2 TIP3X 619 34.270 -42.220 27.370 1.00 0.00 W1 H +ATOM 18502 OH2 TIP3X 620 15.340 25.690 31.510 1.00 0.00 W1 O +ATOM 18503 H1 TIP3X 620 15.020 26.580 31.680 1.00 0.00 W1 H +ATOM 18504 H2 TIP3X 620 16.200 25.830 31.110 1.00 0.00 W1 H +ATOM 18505 OH2 TIP3X 621 43.400 18.560 -40.020 1.00 0.00 W1 O +ATOM 18506 H1 TIP3X 621 44.150 18.620 -40.620 1.00 0.00 W1 H +ATOM 18507 H2 TIP3X 621 43.630 19.100 -39.280 1.00 0.00 W1 H +ATOM 18508 OH2 TIP3X 622 -16.790 -44.120 34.220 1.00 0.00 W1 O +ATOM 18509 H1 TIP3X 622 -17.160 -44.890 34.650 1.00 0.00 W1 H +ATOM 18510 H2 TIP3X 622 -17.080 -43.380 34.740 1.00 0.00 W1 H +ATOM 18511 OH2 TIP3X 623 -11.310 -7.190 29.120 1.00 0.00 W1 O +ATOM 18512 H1 TIP3X 623 -10.430 -6.850 29.340 1.00 0.00 W1 H +ATOM 18513 H2 TIP3X 623 -11.820 -6.410 28.940 1.00 0.00 W1 H +ATOM 18514 OH2 TIP3X 624 21.850 -44.760 -48.010 1.00 0.00 W1 O +ATOM 18515 H1 TIP3X 624 22.040 -44.860 -47.080 1.00 0.00 W1 H +ATOM 18516 H2 TIP3X 624 21.260 -45.490 -48.210 1.00 0.00 W1 H +ATOM 18517 OH2 TIP3X 625 -40.430 21.710 -32.220 1.00 0.00 W1 O +ATOM 18518 H1 TIP3X 625 -39.640 21.240 -32.500 1.00 0.00 W1 H +ATOM 18519 H2 TIP3X 625 -40.110 22.360 -31.590 1.00 0.00 W1 H +ATOM 18520 OH2 TIP3X 626 -40.570 -44.930 34.880 1.00 0.00 W1 O +ATOM 18521 H1 TIP3X 626 -41.010 -45.700 35.220 1.00 0.00 W1 H +ATOM 18522 H2 TIP3X 626 -39.630 -45.100 35.010 1.00 0.00 W1 H +ATOM 18523 OH2 TIP3X 627 -16.930 -11.100 -38.780 1.00 0.00 W1 O +ATOM 18524 H1 TIP3X 627 -17.070 -11.810 -39.410 1.00 0.00 W1 H +ATOM 18525 H2 TIP3X 627 -16.430 -11.480 -38.070 1.00 0.00 W1 H +ATOM 18526 OH2 TIP3X 628 6.340 28.700 -39.160 1.00 0.00 W1 O +ATOM 18527 H1 TIP3X 628 7.250 28.970 -39.340 1.00 0.00 W1 H +ATOM 18528 H2 TIP3X 628 6.370 27.740 -39.200 1.00 0.00 W1 H +ATOM 18529 OH2 TIP3X 629 44.400 -11.550 -16.650 1.00 0.00 W1 O +ATOM 18530 H1 TIP3X 629 44.160 -11.980 -17.480 1.00 0.00 W1 H +ATOM 18531 H2 TIP3X 629 43.570 -11.390 -16.210 1.00 0.00 W1 H +ATOM 18532 OH2 TIP3X 630 19.030 32.870 -14.640 1.00 0.00 W1 O +ATOM 18533 H1 TIP3X 630 18.860 32.050 -15.120 1.00 0.00 W1 H +ATOM 18534 H2 TIP3X 630 18.160 33.240 -14.480 1.00 0.00 W1 H +ATOM 18535 OH2 TIP3X 631 36.870 -51.540 21.700 1.00 0.00 W1 O +ATOM 18536 H1 TIP3X 631 37.630 -51.050 21.390 1.00 0.00 W1 H +ATOM 18537 H2 TIP3X 631 36.640 -52.100 20.960 1.00 0.00 W1 H +ATOM 18538 OH2 TIP3X 632 -0.260 8.930 39.510 1.00 0.00 W1 O +ATOM 18539 H1 TIP3X 632 -0.420 9.340 38.660 1.00 0.00 W1 H +ATOM 18540 H2 TIP3X 632 -0.170 7.990 39.320 1.00 0.00 W1 H +ATOM 18541 OH2 TIP3X 633 -43.860 -3.970 -19.730 1.00 0.00 W1 O +ATOM 18542 H1 TIP3X 633 -43.790 -4.900 -19.520 1.00 0.00 W1 H +ATOM 18543 H2 TIP3X 633 -42.990 -3.620 -19.590 1.00 0.00 W1 H +ATOM 18544 OH2 TIP3X 634 25.680 35.970 18.290 1.00 0.00 W1 O +ATOM 18545 H1 TIP3X 634 26.500 36.350 17.960 1.00 0.00 W1 H +ATOM 18546 H2 TIP3X 634 25.130 36.720 18.530 1.00 0.00 W1 H +ATOM 18547 OH2 TIP3X 635 -20.690 -45.930 35.090 1.00 0.00 W1 O +ATOM 18548 H1 TIP3X 635 -21.170 -45.380 35.710 1.00 0.00 W1 H +ATOM 18549 H2 TIP3X 635 -20.680 -45.440 34.280 1.00 0.00 W1 H +ATOM 18550 OH2 TIP3X 636 -16.810 -15.980 23.010 1.00 0.00 W1 O +ATOM 18551 H1 TIP3X 636 -15.910 -16.030 23.350 1.00 0.00 W1 H +ATOM 18552 H2 TIP3X 636 -16.990 -16.860 22.670 1.00 0.00 W1 H +ATOM 18553 OH2 TIP3X 637 -13.070 -6.470 -21.980 1.00 0.00 W1 O +ATOM 18554 H1 TIP3X 637 -13.110 -6.640 -22.920 1.00 0.00 W1 H +ATOM 18555 H2 TIP3X 637 -12.270 -6.890 -21.690 1.00 0.00 W1 H +ATOM 18556 OH2 TIP3X 638 -13.520 40.100 -35.810 1.00 0.00 W1 O +ATOM 18557 H1 TIP3X 638 -12.870 40.770 -36.010 1.00 0.00 W1 H +ATOM 18558 H2 TIP3X 638 -14.340 40.460 -36.160 1.00 0.00 W1 H +ATOM 18559 OH2 TIP3X 639 47.580 -34.880 17.460 1.00 0.00 W1 O +ATOM 18560 H1 TIP3X 639 46.870 -34.750 18.090 1.00 0.00 W1 H +ATOM 18561 H2 TIP3X 639 47.390 -34.250 16.760 1.00 0.00 W1 H +ATOM 18562 OH2 TIP3X 640 -25.470 22.730 -22.920 1.00 0.00 W1 O +ATOM 18563 H1 TIP3X 640 -25.980 22.040 -22.500 1.00 0.00 W1 H +ATOM 18564 H2 TIP3X 640 -25.610 22.620 -23.850 1.00 0.00 W1 H +ATOM 18565 OH2 TIP3X 641 -8.950 -5.540 -47.520 1.00 0.00 W1 O +ATOM 18566 H1 TIP3X 641 -8.210 -4.930 -47.340 1.00 0.00 W1 H +ATOM 18567 H2 TIP3X 641 -9.720 -5.060 -47.210 1.00 0.00 W1 H +ATOM 18568 OH2 TIP3X 642 21.940 -39.890 21.830 1.00 0.00 W1 O +ATOM 18569 H1 TIP3X 642 22.530 -40.650 21.830 1.00 0.00 W1 H +ATOM 18570 H2 TIP3X 642 21.260 -40.120 21.200 1.00 0.00 W1 H +ATOM 18571 OH2 TIP3X 643 -19.280 34.300 -45.860 1.00 0.00 W1 O +ATOM 18572 H1 TIP3X 643 -19.550 34.370 -44.950 1.00 0.00 W1 H +ATOM 18573 H2 TIP3X 643 -19.050 35.190 -46.120 1.00 0.00 W1 H +ATOM 18574 OH2 TIP3X 644 45.340 18.970 -30.420 1.00 0.00 W1 O +ATOM 18575 H1 TIP3X 644 45.520 18.640 -29.540 1.00 0.00 W1 H +ATOM 18576 H2 TIP3X 644 44.630 18.400 -30.730 1.00 0.00 W1 H +ATOM 18577 OH2 TIP3X 645 -22.850 -19.550 -28.320 1.00 0.00 W1 O +ATOM 18578 H1 TIP3X 645 -22.480 -20.430 -28.440 1.00 0.00 W1 H +ATOM 18579 H2 TIP3X 645 -23.030 -19.500 -27.380 1.00 0.00 W1 H +ATOM 18580 OH2 TIP3X 646 -15.020 -1.610 23.790 1.00 0.00 W1 O +ATOM 18581 H1 TIP3X 646 -14.950 -1.130 22.960 1.00 0.00 W1 H +ATOM 18582 H2 TIP3X 646 -14.830 -2.520 23.570 1.00 0.00 W1 H +ATOM 18583 OH2 TIP3X 647 45.800 37.830 -47.980 1.00 0.00 W1 O +ATOM 18584 H1 TIP3X 647 46.420 37.220 -48.410 1.00 0.00 W1 H +ATOM 18585 H2 TIP3X 647 46.190 37.990 -47.120 1.00 0.00 W1 H +ATOM 18586 OH2 TIP3X 648 7.860 34.990 -24.920 1.00 0.00 W1 O +ATOM 18587 H1 TIP3X 648 8.790 35.200 -24.790 1.00 0.00 W1 H +ATOM 18588 H2 TIP3X 648 7.810 34.760 -25.850 1.00 0.00 W1 H +ATOM 18589 OH2 TIP3X 649 -30.620 -49.040 -30.950 1.00 0.00 W1 O +ATOM 18590 H1 TIP3X 649 -30.000 -48.400 -30.610 1.00 0.00 W1 H +ATOM 18591 H2 TIP3X 649 -30.580 -49.780 -30.340 1.00 0.00 W1 H +ATOM 18592 OH2 TIP3X 650 31.360 -29.000 37.260 1.00 0.00 W1 O +ATOM 18593 H1 TIP3X 650 30.940 -28.210 36.910 1.00 0.00 W1 H +ATOM 18594 H2 TIP3X 650 31.950 -28.680 37.940 1.00 0.00 W1 H +ATOM 18595 OH2 TIP3X 651 -32.360 -27.530 -27.320 1.00 0.00 W1 O +ATOM 18596 H1 TIP3X 651 -32.240 -28.130 -28.050 1.00 0.00 W1 H +ATOM 18597 H2 TIP3X 651 -32.510 -26.680 -27.730 1.00 0.00 W1 H +ATOM 18598 OH2 TIP3X 652 3.860 2.640 25.200 1.00 0.00 W1 O +ATOM 18599 H1 TIP3X 652 4.680 2.850 25.660 1.00 0.00 W1 H +ATOM 18600 H2 TIP3X 652 4.030 2.880 24.280 1.00 0.00 W1 H +ATOM 18601 OH2 TIP3X 653 -15.220 27.230 37.210 1.00 0.00 W1 O +ATOM 18602 H1 TIP3X 653 -15.270 27.800 36.440 1.00 0.00 W1 H +ATOM 18603 H2 TIP3X 653 -14.300 27.270 37.490 1.00 0.00 W1 H +ATOM 18604 OH2 TIP3X 654 46.080 34.340 -25.780 1.00 0.00 W1 O +ATOM 18605 H1 TIP3X 654 46.240 35.110 -25.220 1.00 0.00 W1 H +ATOM 18606 H2 TIP3X 654 46.920 34.180 -26.210 1.00 0.00 W1 H +ATOM 18607 OH2 TIP3X 655 34.250 9.170 38.010 1.00 0.00 W1 O +ATOM 18608 H1 TIP3X 655 33.410 9.560 38.230 1.00 0.00 W1 H +ATOM 18609 H2 TIP3X 655 34.890 9.880 38.100 1.00 0.00 W1 H +ATOM 18610 OH2 TIP3X 656 30.950 30.570 22.730 1.00 0.00 W1 O +ATOM 18611 H1 TIP3X 656 30.210 31.100 22.430 1.00 0.00 W1 H +ATOM 18612 H2 TIP3X 656 31.660 30.780 22.130 1.00 0.00 W1 H +ATOM 18613 OH2 TIP3X 657 31.900 5.490 -35.610 1.00 0.00 W1 O +ATOM 18614 H1 TIP3X 657 32.600 6.100 -35.840 1.00 0.00 W1 H +ATOM 18615 H2 TIP3X 657 31.950 4.800 -36.280 1.00 0.00 W1 H +ATOM 18616 OH2 TIP3X 658 41.790 6.320 -43.650 1.00 0.00 W1 O +ATOM 18617 H1 TIP3X 658 41.910 7.250 -43.470 1.00 0.00 W1 H +ATOM 18618 H2 TIP3X 658 41.460 5.960 -42.820 1.00 0.00 W1 H +ATOM 18619 OH2 TIP3X 659 26.090 15.550 -29.940 1.00 0.00 W1 O +ATOM 18620 H1 TIP3X 659 26.450 15.400 -29.070 1.00 0.00 W1 H +ATOM 18621 H2 TIP3X 659 25.400 16.200 -29.790 1.00 0.00 W1 H +ATOM 18622 OH2 TIP3X 660 37.840 43.050 -42.960 1.00 0.00 W1 O +ATOM 18623 H1 TIP3X 660 37.360 43.280 -42.170 1.00 0.00 W1 H +ATOM 18624 H2 TIP3X 660 37.170 42.680 -43.540 1.00 0.00 W1 H +ATOM 18625 OH2 TIP3X 661 38.370 -45.580 -32.410 1.00 0.00 W1 O +ATOM 18626 H1 TIP3X 661 37.970 -45.280 -33.230 1.00 0.00 W1 H +ATOM 18627 H2 TIP3X 661 37.650 -45.680 -31.800 1.00 0.00 W1 H +ATOM 18628 OH2 TIP3X 662 8.740 -11.270 21.250 1.00 0.00 W1 O +ATOM 18629 H1 TIP3X 662 8.470 -11.930 21.890 1.00 0.00 W1 H +ATOM 18630 H2 TIP3X 662 8.020 -10.650 21.220 1.00 0.00 W1 H +ATOM 18631 OH2 TIP3X 663 30.340 -26.650 35.680 1.00 0.00 W1 O +ATOM 18632 H1 TIP3X 663 30.210 -26.970 34.790 1.00 0.00 W1 H +ATOM 18633 H2 TIP3X 663 29.650 -27.060 36.190 1.00 0.00 W1 H +ATOM 18634 OH2 TIP3X 664 -30.940 -22.410 18.750 1.00 0.00 W1 O +ATOM 18635 H1 TIP3X 664 -31.000 -22.130 17.840 1.00 0.00 W1 H +ATOM 18636 H2 TIP3X 664 -31.720 -22.950 18.880 1.00 0.00 W1 H +ATOM 18637 OH2 TIP3X 665 -0.890 -38.390 -25.600 1.00 0.00 W1 O +ATOM 18638 H1 TIP3X 665 -1.820 -38.290 -25.780 1.00 0.00 W1 H +ATOM 18639 H2 TIP3X 665 -0.500 -37.580 -25.920 1.00 0.00 W1 H +ATOM 18640 OH2 TIP3X 666 -38.690 -39.260 17.260 1.00 0.00 W1 O +ATOM 18641 H1 TIP3X 666 -38.900 -39.090 16.340 1.00 0.00 W1 H +ATOM 18642 H2 TIP3X 666 -38.980 -38.470 17.730 1.00 0.00 W1 H +ATOM 18643 OH2 TIP3X 667 49.140 40.110 13.070 1.00 0.00 W1 O +ATOM 18644 H1 TIP3X 667 48.620 40.920 13.070 1.00 0.00 W1 H +ATOM 18645 H2 TIP3X 667 48.580 39.470 12.640 1.00 0.00 W1 H +ATOM 18646 OH2 TIP3X 668 -15.320 -46.240 23.630 1.00 0.00 W1 O +ATOM 18647 H1 TIP3X 668 -15.700 -45.630 24.280 1.00 0.00 W1 H +ATOM 18648 H2 TIP3X 668 -14.610 -46.670 24.100 1.00 0.00 W1 H +ATOM 18649 OH2 TIP3X 669 35.040 32.410 33.940 1.00 0.00 W1 O +ATOM 18650 H1 TIP3X 669 35.910 32.630 34.280 1.00 0.00 W1 H +ATOM 18651 H2 TIP3X 669 34.510 32.300 34.720 1.00 0.00 W1 H +ATOM 18652 OH2 TIP3X 670 3.520 -28.970 -47.190 1.00 0.00 W1 O +ATOM 18653 H1 TIP3X 670 3.980 -28.130 -47.200 1.00 0.00 W1 H +ATOM 18654 H2 TIP3X 670 2.710 -28.790 -47.670 1.00 0.00 W1 H +ATOM 18655 OH2 TIP3X 671 39.390 15.390 -50.610 1.00 0.00 W1 O +ATOM 18656 H1 TIP3X 671 40.150 14.820 -50.500 1.00 0.00 W1 H +ATOM 18657 H2 TIP3X 671 38.950 15.070 -51.400 1.00 0.00 W1 H +ATOM 18658 OH2 TIP3X 672 -27.240 -15.140 -34.130 1.00 0.00 W1 O +ATOM 18659 H1 TIP3X 672 -26.740 -15.860 -34.500 1.00 0.00 W1 H +ATOM 18660 H2 TIP3X 672 -26.660 -14.730 -33.490 1.00 0.00 W1 H +ATOM 18661 OH2 TIP3X 673 9.220 12.160 28.830 1.00 0.00 W1 O +ATOM 18662 H1 TIP3X 673 9.760 11.400 29.040 1.00 0.00 W1 H +ATOM 18663 H2 TIP3X 673 8.340 11.800 28.680 1.00 0.00 W1 H +ATOM 18664 OH2 TIP3X 674 -22.990 17.990 -34.280 1.00 0.00 W1 O +ATOM 18665 H1 TIP3X 674 -22.640 17.780 -33.410 1.00 0.00 W1 H +ATOM 18666 H2 TIP3X 674 -22.330 17.630 -34.880 1.00 0.00 W1 H +ATOM 18667 OH2 TIP3X 675 -17.520 -18.420 34.100 1.00 0.00 W1 O +ATOM 18668 H1 TIP3X 675 -18.190 -18.520 34.770 1.00 0.00 W1 H +ATOM 18669 H2 TIP3X 675 -17.690 -19.130 33.470 1.00 0.00 W1 H +ATOM 18670 OH2 TIP3X 676 14.550 37.720 -31.020 1.00 0.00 W1 O +ATOM 18671 H1 TIP3X 676 15.160 38.430 -30.840 1.00 0.00 W1 H +ATOM 18672 H2 TIP3X 676 13.740 38.150 -31.300 1.00 0.00 W1 H +ATOM 18673 OH2 TIP3X 677 6.760 -37.020 -26.960 1.00 0.00 W1 O +ATOM 18674 H1 TIP3X 677 7.480 -37.410 -27.460 1.00 0.00 W1 H +ATOM 18675 H2 TIP3X 677 6.960 -37.220 -26.050 1.00 0.00 W1 H +ATOM 18676 OH2 TIP3X 678 47.610 27.650 -27.200 1.00 0.00 W1 O +ATOM 18677 H1 TIP3X 678 47.910 26.760 -27.400 1.00 0.00 W1 H +ATOM 18678 H2 TIP3X 678 47.380 28.010 -28.060 1.00 0.00 W1 H +ATOM 18679 OH2 TIP3X 679 -40.160 -48.140 24.660 1.00 0.00 W1 O +ATOM 18680 H1 TIP3X 679 -40.740 -48.830 24.980 1.00 0.00 W1 H +ATOM 18681 H2 TIP3X 679 -39.290 -48.400 24.960 1.00 0.00 W1 H +ATOM 18682 OH2 TIP3X 680 26.960 -17.570 37.680 1.00 0.00 W1 O +ATOM 18683 H1 TIP3X 680 27.350 -18.190 37.070 1.00 0.00 W1 H +ATOM 18684 H2 TIP3X 680 26.550 -16.910 37.130 1.00 0.00 W1 H +ATOM 18685 OH2 TIP3X 681 -4.580 33.850 -40.530 1.00 0.00 W1 O +ATOM 18686 H1 TIP3X 681 -4.950 34.020 -41.400 1.00 0.00 W1 H +ATOM 18687 H2 TIP3X 681 -5.200 34.270 -39.930 1.00 0.00 W1 H +ATOM 18688 OH2 TIP3X 682 -25.540 10.220 25.470 1.00 0.00 W1 O +ATOM 18689 H1 TIP3X 682 -25.420 10.490 26.380 1.00 0.00 W1 H +ATOM 18690 H2 TIP3X 682 -24.700 10.430 25.040 1.00 0.00 W1 H +ATOM 18691 OH2 TIP3X 683 43.700 27.750 -31.340 1.00 0.00 W1 O +ATOM 18692 H1 TIP3X 683 43.640 28.340 -30.590 1.00 0.00 W1 H +ATOM 18693 H2 TIP3X 683 42.950 27.160 -31.250 1.00 0.00 W1 H +ATOM 18694 OH2 TIP3X 684 -22.650 28.800 -37.590 1.00 0.00 W1 O +ATOM 18695 H1 TIP3X 684 -22.340 28.100 -38.180 1.00 0.00 W1 H +ATOM 18696 H2 TIP3X 684 -23.500 28.490 -37.280 1.00 0.00 W1 H +ATOM 18697 OH2 TIP3X 685 -8.500 -44.170 -51.450 1.00 0.00 W1 O +ATOM 18698 H1 TIP3X 685 -8.760 -43.540 -52.130 1.00 0.00 W1 H +ATOM 18699 H2 TIP3X 685 -9.320 -44.450 -51.070 1.00 0.00 W1 H +ATOM 18700 OH2 TIP3X 686 32.490 29.250 -12.910 1.00 0.00 W1 O +ATOM 18701 H1 TIP3X 686 32.480 29.910 -12.210 1.00 0.00 W1 H +ATOM 18702 H2 TIP3X 686 33.380 28.900 -12.890 1.00 0.00 W1 H +ATOM 18703 OH2 TIP3X 687 -23.010 12.270 38.540 1.00 0.00 W1 O +ATOM 18704 H1 TIP3X 687 -22.490 13.060 38.680 1.00 0.00 W1 H +ATOM 18705 H2 TIP3X 687 -23.640 12.490 37.860 1.00 0.00 W1 H +ATOM 18706 OH2 TIP3X 688 -22.840 26.020 33.870 1.00 0.00 W1 O +ATOM 18707 H1 TIP3X 688 -22.390 25.500 33.210 1.00 0.00 W1 H +ATOM 18708 H2 TIP3X 688 -22.570 25.660 34.700 1.00 0.00 W1 H +ATOM 18709 OH2 TIP3X 689 0.640 -47.810 -24.770 1.00 0.00 W1 O +ATOM 18710 H1 TIP3X 689 0.030 -47.390 -25.350 1.00 0.00 W1 H +ATOM 18711 H2 TIP3X 689 0.470 -48.750 -24.860 1.00 0.00 W1 H +ATOM 18712 OH2 TIP3X 690 8.820 -1.500 25.390 1.00 0.00 W1 O +ATOM 18713 H1 TIP3X 690 9.620 -0.980 25.470 1.00 0.00 W1 H +ATOM 18714 H2 TIP3X 690 8.600 -1.740 26.290 1.00 0.00 W1 H +ATOM 18715 OH2 TIP3X 691 -28.470 -3.120 -10.750 1.00 0.00 W1 O +ATOM 18716 H1 TIP3X 691 -27.610 -3.500 -10.950 1.00 0.00 W1 H +ATOM 18717 H2 TIP3X 691 -28.280 -2.180 -10.600 1.00 0.00 W1 H +ATOM 18718 OH2 TIP3X 692 -7.460 -4.750 32.290 1.00 0.00 W1 O +ATOM 18719 H1 TIP3X 692 -7.180 -4.610 33.190 1.00 0.00 W1 H +ATOM 18720 H2 TIP3X 692 -8.420 -4.770 32.350 1.00 0.00 W1 H +ATOM 18721 OH2 TIP3X 693 10.550 -19.360 33.440 1.00 0.00 W1 O +ATOM 18722 H1 TIP3X 693 9.790 -19.090 33.940 1.00 0.00 W1 H +ATOM 18723 H2 TIP3X 693 10.410 -20.300 33.280 1.00 0.00 W1 H +ATOM 18724 OH2 TIP3X 694 29.160 2.230 -45.900 1.00 0.00 W1 O +ATOM 18725 H1 TIP3X 694 28.480 2.880 -45.710 1.00 0.00 W1 H +ATOM 18726 H2 TIP3X 694 29.160 2.160 -46.860 1.00 0.00 W1 H +ATOM 18727 OH2 TIP3X 695 16.450 35.360 -34.690 1.00 0.00 W1 O +ATOM 18728 H1 TIP3X 695 16.020 35.330 -33.830 1.00 0.00 W1 H +ATOM 18729 H2 TIP3X 695 17.200 35.960 -34.550 1.00 0.00 W1 H +ATOM 18730 OH2 TIP3X 696 21.740 4.260 38.000 1.00 0.00 W1 O +ATOM 18731 H1 TIP3X 696 21.440 4.180 37.090 1.00 0.00 W1 H +ATOM 18732 H2 TIP3X 696 22.620 3.890 38.010 1.00 0.00 W1 H +ATOM 18733 OH2 TIP3X 697 -4.740 -40.020 11.720 1.00 0.00 W1 O +ATOM 18734 H1 TIP3X 697 -5.110 -39.720 12.540 1.00 0.00 W1 H +ATOM 18735 H2 TIP3X 697 -4.020 -40.610 11.980 1.00 0.00 W1 H +ATOM 18736 OH2 TIP3X 698 -40.200 -10.570 30.000 1.00 0.00 W1 O +ATOM 18737 H1 TIP3X 698 -40.540 -10.830 29.150 1.00 0.00 W1 H +ATOM 18738 H2 TIP3X 698 -39.550 -11.240 30.210 1.00 0.00 W1 H +ATOM 18739 OH2 TIP3X 699 -21.210 20.830 -44.280 1.00 0.00 W1 O +ATOM 18740 H1 TIP3X 699 -20.620 21.150 -44.960 1.00 0.00 W1 H +ATOM 18741 H2 TIP3X 699 -21.030 19.890 -44.230 1.00 0.00 W1 H +ATOM 18742 OH2 TIP3X 700 -28.350 -28.020 -40.400 1.00 0.00 W1 O +ATOM 18743 H1 TIP3X 700 -28.870 -28.820 -40.480 1.00 0.00 W1 H +ATOM 18744 H2 TIP3X 700 -27.860 -28.000 -41.220 1.00 0.00 W1 H +ATOM 18745 OH2 TIP3X 701 -42.130 -20.280 -49.160 1.00 0.00 W1 O +ATOM 18746 H1 TIP3X 701 -42.890 -20.660 -48.710 1.00 0.00 W1 H +ATOM 18747 H2 TIP3X 701 -41.870 -20.970 -49.790 1.00 0.00 W1 H +ATOM 18748 OH2 TIP3X 702 -20.440 -22.870 25.950 1.00 0.00 W1 O +ATOM 18749 H1 TIP3X 702 -20.100 -22.540 25.130 1.00 0.00 W1 H +ATOM 18750 H2 TIP3X 702 -21.130 -23.480 25.700 1.00 0.00 W1 H +ATOM 18751 OH2 TIP3X 703 -15.860 9.530 -35.800 1.00 0.00 W1 O +ATOM 18752 H1 TIP3X 703 -16.170 9.920 -34.970 1.00 0.00 W1 H +ATOM 18753 H2 TIP3X 703 -15.760 10.270 -36.380 1.00 0.00 W1 H +ATOM 18754 OH2 TIP3X 704 9.430 35.020 -40.320 1.00 0.00 W1 O +ATOM 18755 H1 TIP3X 704 9.770 35.410 -39.520 1.00 0.00 W1 H +ATOM 18756 H2 TIP3X 704 8.740 34.430 -40.030 1.00 0.00 W1 H +ATOM 18757 OH2 TIP3X 705 -43.030 40.480 32.200 1.00 0.00 W1 O +ATOM 18758 H1 TIP3X 705 -42.670 40.710 33.050 1.00 0.00 W1 H +ATOM 18759 H2 TIP3X 705 -43.490 41.270 31.920 1.00 0.00 W1 H +ATOM 18760 OH2 TIP3X 706 36.510 -22.650 -38.670 1.00 0.00 W1 O +ATOM 18761 H1 TIP3X 706 35.580 -22.820 -38.480 1.00 0.00 W1 H +ATOM 18762 H2 TIP3X 706 36.630 -22.990 -39.550 1.00 0.00 W1 H +ATOM 18763 OH2 TIP3X 707 -27.470 38.200 33.240 1.00 0.00 W1 O +ATOM 18764 H1 TIP3X 707 -28.410 38.160 33.360 1.00 0.00 W1 H +ATOM 18765 H2 TIP3X 707 -27.250 39.120 33.360 1.00 0.00 W1 H +ATOM 18766 OH2 TIP3X 708 -36.510 -32.120 -39.240 1.00 0.00 W1 O +ATOM 18767 H1 TIP3X 708 -36.310 -31.520 -38.530 1.00 0.00 W1 H +ATOM 18768 H2 TIP3X 708 -36.420 -31.560 -40.040 1.00 0.00 W1 H +ATOM 18769 OH2 TIP3X 709 22.100 15.360 -30.800 1.00 0.00 W1 O +ATOM 18770 H1 TIP3X 709 22.870 15.930 -30.820 1.00 0.00 W1 H +ATOM 18771 H2 TIP3X 709 21.410 15.890 -31.190 1.00 0.00 W1 H +ATOM 18772 OH2 TIP3X 710 26.930 4.000 -38.960 1.00 0.00 W1 O +ATOM 18773 H1 TIP3X 710 26.330 4.260 -39.660 1.00 0.00 W1 H +ATOM 18774 H2 TIP3X 710 27.370 4.810 -38.710 1.00 0.00 W1 H +ATOM 18775 OH2 TIP3X 711 46.620 10.200 -40.050 1.00 0.00 W1 O +ATOM 18776 H1 TIP3X 711 45.960 9.530 -39.890 1.00 0.00 W1 H +ATOM 18777 H2 TIP3X 711 46.270 10.710 -40.780 1.00 0.00 W1 H +ATOM 18778 OH2 TIP3X 712 -40.890 -47.340 -35.400 1.00 0.00 W1 O +ATOM 18779 H1 TIP3X 712 -40.370 -47.500 -36.180 1.00 0.00 W1 H +ATOM 18780 H2 TIP3X 712 -41.540 -46.690 -35.680 1.00 0.00 W1 H +ATOM 18781 OH2 TIP3X 713 -17.250 -0.880 36.090 1.00 0.00 W1 O +ATOM 18782 H1 TIP3X 713 -16.720 -1.440 36.670 1.00 0.00 W1 H +ATOM 18783 H2 TIP3X 713 -17.060 -1.200 35.210 1.00 0.00 W1 H +ATOM 18784 OH2 TIP3X 714 -25.190 -21.410 -45.660 1.00 0.00 W1 O +ATOM 18785 H1 TIP3X 714 -24.730 -20.670 -46.030 1.00 0.00 W1 H +ATOM 18786 H2 TIP3X 714 -25.280 -22.040 -46.380 1.00 0.00 W1 H +ATOM 18787 OH2 TIP3X 715 -7.400 -16.440 -31.890 1.00 0.00 W1 O +ATOM 18788 H1 TIP3X 715 -6.490 -16.190 -32.100 1.00 0.00 W1 H +ATOM 18789 H2 TIP3X 715 -7.930 -16.000 -32.550 1.00 0.00 W1 H +ATOM 18790 OH2 TIP3X 716 31.920 -31.460 -21.750 1.00 0.00 W1 O +ATOM 18791 H1 TIP3X 716 31.520 -32.330 -21.900 1.00 0.00 W1 H +ATOM 18792 H2 TIP3X 716 31.280 -30.850 -22.100 1.00 0.00 W1 H +ATOM 18793 OH2 TIP3X 717 -13.860 -33.890 -49.650 1.00 0.00 W1 O +ATOM 18794 H1 TIP3X 717 -13.010 -34.190 -49.310 1.00 0.00 W1 H +ATOM 18795 H2 TIP3X 717 -13.690 -33.000 -49.970 1.00 0.00 W1 H +ATOM 18796 OH2 TIP3X 718 -5.320 32.700 31.060 1.00 0.00 W1 O +ATOM 18797 H1 TIP3X 718 -4.450 32.360 30.890 1.00 0.00 W1 H +ATOM 18798 H2 TIP3X 718 -5.910 32.000 30.740 1.00 0.00 W1 H +ATOM 18799 OH2 TIP3X 719 4.050 12.270 -30.280 1.00 0.00 W1 O +ATOM 18800 H1 TIP3X 719 4.350 13.120 -30.620 1.00 0.00 W1 H +ATOM 18801 H2 TIP3X 719 3.120 12.250 -30.510 1.00 0.00 W1 H +ATOM 18802 OH2 TIP3X 720 -32.870 14.910 40.360 1.00 0.00 W1 O +ATOM 18803 H1 TIP3X 720 -33.060 15.730 39.920 1.00 0.00 W1 H +ATOM 18804 H2 TIP3X 720 -33.540 14.300 40.050 1.00 0.00 W1 H +ATOM 18805 OH2 TIP3X 721 34.540 -45.280 11.470 1.00 0.00 W1 O +ATOM 18806 H1 TIP3X 721 34.710 -44.600 10.820 1.00 0.00 W1 H +ATOM 18807 H2 TIP3X 721 34.000 -44.850 12.130 1.00 0.00 W1 H +ATOM 18808 OH2 TIP3X 722 -20.330 -36.870 36.920 1.00 0.00 W1 O +ATOM 18809 H1 TIP3X 722 -19.670 -36.520 36.330 1.00 0.00 W1 H +ATOM 18810 H2 TIP3X 722 -19.850 -37.420 37.520 1.00 0.00 W1 H +ATOM 18811 OH2 TIP3X 723 7.060 25.170 -44.720 1.00 0.00 W1 O +ATOM 18812 H1 TIP3X 723 6.570 25.980 -44.640 1.00 0.00 W1 H +ATOM 18813 H2 TIP3X 723 7.630 25.300 -45.480 1.00 0.00 W1 H +ATOM 18814 OH2 TIP3X 724 5.240 19.720 26.160 1.00 0.00 W1 O +ATOM 18815 H1 TIP3X 724 4.590 20.400 26.370 1.00 0.00 W1 H +ATOM 18816 H2 TIP3X 724 5.830 19.710 26.910 1.00 0.00 W1 H +ATOM 18817 OH2 TIP3X 725 27.340 40.000 -34.830 1.00 0.00 W1 O +ATOM 18818 H1 TIP3X 725 28.020 39.760 -34.200 1.00 0.00 W1 H +ATOM 18819 H2 TIP3X 725 26.950 39.170 -35.100 1.00 0.00 W1 H +ATOM 18820 OH2 TIP3X 726 10.370 -28.170 35.520 1.00 0.00 W1 O +ATOM 18821 H1 TIP3X 726 10.160 -29.010 35.920 1.00 0.00 W1 H +ATOM 18822 H2 TIP3X 726 10.450 -27.560 36.280 1.00 0.00 W1 H +ATOM 18823 OH2 TIP3X 727 19.640 -18.600 30.790 1.00 0.00 W1 O +ATOM 18824 H1 TIP3X 727 19.650 -18.560 31.750 1.00 0.00 W1 H +ATOM 18825 H2 TIP3X 727 19.080 -19.350 30.590 1.00 0.00 W1 H +ATOM 18826 OH2 TIP3X 728 -33.000 5.850 19.550 1.00 0.00 W1 O +ATOM 18827 H1 TIP3X 728 -33.520 6.130 20.300 1.00 0.00 W1 H +ATOM 18828 H2 TIP3X 728 -33.590 5.300 19.040 1.00 0.00 W1 H +ATOM 18829 OH2 TIP3X 729 6.180 -23.520 29.500 1.00 0.00 W1 O +ATOM 18830 H1 TIP3X 729 6.560 -22.720 29.850 1.00 0.00 W1 H +ATOM 18831 H2 TIP3X 729 5.240 -23.320 29.430 1.00 0.00 W1 H +ATOM 18832 OH2 TIP3X 730 46.610 -16.120 34.650 1.00 0.00 W1 O +ATOM 18833 H1 TIP3X 730 46.820 -16.520 33.810 1.00 0.00 W1 H +ATOM 18834 H2 TIP3X 730 45.690 -15.860 34.560 1.00 0.00 W1 H +ATOM 18835 OH2 TIP3X 731 37.050 20.050 35.260 1.00 0.00 W1 O +ATOM 18836 H1 TIP3X 731 37.410 19.300 35.740 1.00 0.00 W1 H +ATOM 18837 H2 TIP3X 731 36.130 19.830 35.140 1.00 0.00 W1 H +ATOM 18838 OH2 TIP3X 732 26.900 -18.120 31.730 1.00 0.00 W1 O +ATOM 18839 H1 TIP3X 732 27.850 -18.050 31.670 1.00 0.00 W1 H +ATOM 18840 H2 TIP3X 732 26.580 -17.820 30.870 1.00 0.00 W1 H +ATOM 18841 OH2 TIP3X 733 -16.490 -29.380 28.480 1.00 0.00 W1 O +ATOM 18842 H1 TIP3X 733 -15.630 -29.770 28.590 1.00 0.00 W1 H +ATOM 18843 H2 TIP3X 733 -16.320 -28.450 28.310 1.00 0.00 W1 H +ATOM 18844 OH2 TIP3X 734 44.730 -27.890 36.230 1.00 0.00 W1 O +ATOM 18845 H1 TIP3X 734 44.500 -27.110 36.740 1.00 0.00 W1 H +ATOM 18846 H2 TIP3X 734 45.440 -28.300 36.720 1.00 0.00 W1 H +ATOM 18847 OH2 TIP3X 735 27.360 35.690 -19.980 1.00 0.00 W1 O +ATOM 18848 H1 TIP3X 735 28.150 35.610 -20.500 1.00 0.00 W1 H +ATOM 18849 H2 TIP3X 735 27.400 34.940 -19.370 1.00 0.00 W1 H +ATOM 18850 OH2 TIP3X 736 -11.220 27.620 -42.480 1.00 0.00 W1 O +ATOM 18851 H1 TIP3X 736 -11.350 28.480 -42.890 1.00 0.00 W1 H +ATOM 18852 H2 TIP3X 736 -12.100 27.250 -42.400 1.00 0.00 W1 H +ATOM 18853 OH2 TIP3X 737 45.190 12.230 -14.460 1.00 0.00 W1 O +ATOM 18854 H1 TIP3X 737 45.460 12.370 -15.360 1.00 0.00 W1 H +ATOM 18855 H2 TIP3X 737 45.510 12.990 -13.990 1.00 0.00 W1 H +ATOM 18856 OH2 TIP3X 738 32.040 -33.650 -39.880 1.00 0.00 W1 O +ATOM 18857 H1 TIP3X 738 31.640 -33.100 -39.220 1.00 0.00 W1 H +ATOM 18858 H2 TIP3X 738 32.630 -34.230 -39.400 1.00 0.00 W1 H +ATOM 18859 OH2 TIP3X 739 -37.540 23.210 -40.010 1.00 0.00 W1 O +ATOM 18860 H1 TIP3X 739 -36.960 23.580 -40.670 1.00 0.00 W1 H +ATOM 18861 H2 TIP3X 739 -38.420 23.460 -40.280 1.00 0.00 W1 H +ATOM 18862 OH2 TIP3X 740 -14.580 36.410 -25.680 1.00 0.00 W1 O +ATOM 18863 H1 TIP3X 740 -14.160 35.550 -25.690 1.00 0.00 W1 H +ATOM 18864 H2 TIP3X 740 -15.130 36.420 -26.470 1.00 0.00 W1 H +ATOM 18865 OH2 TIP3X 741 16.250 -22.070 -29.760 1.00 0.00 W1 O +ATOM 18866 H1 TIP3X 741 16.140 -22.070 -30.710 1.00 0.00 W1 H +ATOM 18867 H2 TIP3X 741 17.010 -21.510 -29.610 1.00 0.00 W1 H +ATOM 18868 OH2 TIP3X 742 2.290 -3.370 28.590 1.00 0.00 W1 O +ATOM 18869 H1 TIP3X 742 2.330 -2.440 28.780 1.00 0.00 W1 H +ATOM 18870 H2 TIP3X 742 1.350 -3.560 28.510 1.00 0.00 W1 H +ATOM 18871 OH2 TIP3X 743 6.850 -46.090 -22.100 1.00 0.00 W1 O +ATOM 18872 H1 TIP3X 743 7.640 -46.330 -21.620 1.00 0.00 W1 H +ATOM 18873 H2 TIP3X 743 6.910 -45.130 -22.180 1.00 0.00 W1 H +ATOM 18874 OH2 TIP3X 744 41.480 25.780 -30.410 1.00 0.00 W1 O +ATOM 18875 H1 TIP3X 744 42.020 24.980 -30.300 1.00 0.00 W1 H +ATOM 18876 H2 TIP3X 744 40.740 25.500 -30.940 1.00 0.00 W1 H +ATOM 18877 OH2 TIP3X 745 47.130 7.470 -28.530 1.00 0.00 W1 O +ATOM 18878 H1 TIP3X 745 46.430 8.030 -28.210 1.00 0.00 W1 H +ATOM 18879 H2 TIP3X 745 46.700 6.700 -28.880 1.00 0.00 W1 H +ATOM 18880 OH2 TIP3X 746 -9.210 -42.190 -36.480 1.00 0.00 W1 O +ATOM 18881 H1 TIP3X 746 -8.600 -41.640 -36.990 1.00 0.00 W1 H +ATOM 18882 H2 TIP3X 746 -9.340 -42.960 -37.040 1.00 0.00 W1 H +ATOM 18883 OH2 TIP3X 747 -22.020 -16.960 -38.940 1.00 0.00 W1 O +ATOM 18884 H1 TIP3X 747 -21.410 -17.310 -39.600 1.00 0.00 W1 H +ATOM 18885 H2 TIP3X 747 -21.990 -16.020 -39.080 1.00 0.00 W1 H +ATOM 18886 OH2 TIP3X 748 -20.540 -22.050 -25.870 1.00 0.00 W1 O +ATOM 18887 H1 TIP3X 748 -19.890 -21.570 -25.350 1.00 0.00 W1 H +ATOM 18888 H2 TIP3X 748 -20.850 -22.730 -25.260 1.00 0.00 W1 H +ATOM 18889 OH2 TIP3X 749 -41.590 -10.030 -21.150 1.00 0.00 W1 O +ATOM 18890 H1 TIP3X 749 -42.460 -10.180 -20.780 1.00 0.00 W1 H +ATOM 18891 H2 TIP3X 749 -41.310 -10.890 -21.450 1.00 0.00 W1 H +ATOM 18892 OH2 TIP3X 750 10.340 -39.950 22.510 1.00 0.00 W1 O +ATOM 18893 H1 TIP3X 750 9.490 -40.390 22.560 1.00 0.00 W1 H +ATOM 18894 H2 TIP3X 750 10.260 -39.220 23.120 1.00 0.00 W1 H +ATOM 18895 OH2 TIP3X 751 41.980 -28.530 -29.580 1.00 0.00 W1 O +ATOM 18896 H1 TIP3X 751 41.360 -28.080 -29.000 1.00 0.00 W1 H +ATOM 18897 H2 TIP3X 751 42.820 -28.100 -29.420 1.00 0.00 W1 H +ATOM 18898 OH2 TIP3X 752 -31.150 -25.940 26.980 1.00 0.00 W1 O +ATOM 18899 H1 TIP3X 752 -31.280 -25.600 27.870 1.00 0.00 W1 H +ATOM 18900 H2 TIP3X 752 -30.540 -26.670 27.100 1.00 0.00 W1 H +ATOM 18901 OH2 TIP3X 753 -22.050 14.720 -19.660 1.00 0.00 W1 O +ATOM 18902 H1 TIP3X 753 -22.740 14.500 -20.290 1.00 0.00 W1 H +ATOM 18903 H2 TIP3X 753 -21.260 14.340 -20.020 1.00 0.00 W1 H +ATOM 18904 OH2 TIP3X 754 -8.430 42.200 -24.800 1.00 0.00 W1 O +ATOM 18905 H1 TIP3X 754 -9.120 41.900 -24.220 1.00 0.00 W1 H +ATOM 18906 H2 TIP3X 754 -7.660 41.690 -24.530 1.00 0.00 W1 H +ATOM 18907 OH2 TIP3X 755 16.340 10.100 21.130 1.00 0.00 W1 O +ATOM 18908 H1 TIP3X 755 17.120 10.280 20.620 1.00 0.00 W1 H +ATOM 18909 H2 TIP3X 755 15.620 10.410 20.590 1.00 0.00 W1 H +ATOM 18910 OH2 TIP3X 756 9.040 32.610 37.160 1.00 0.00 W1 O +ATOM 18911 H1 TIP3X 756 9.410 33.410 37.540 1.00 0.00 W1 H +ATOM 18912 H2 TIP3X 756 8.860 32.040 37.900 1.00 0.00 W1 H +ATOM 18913 OH2 TIP3X 757 -13.670 20.180 24.160 1.00 0.00 W1 O +ATOM 18914 H1 TIP3X 757 -13.750 19.580 23.420 1.00 0.00 W1 H +ATOM 18915 H2 TIP3X 757 -13.060 19.740 24.760 1.00 0.00 W1 H +ATOM 18916 OH2 TIP3X 758 16.350 14.880 -35.890 1.00 0.00 W1 O +ATOM 18917 H1 TIP3X 758 16.820 15.600 -35.480 1.00 0.00 W1 H +ATOM 18918 H2 TIP3X 758 16.440 15.050 -36.830 1.00 0.00 W1 H +ATOM 18919 OH2 TIP3X 759 37.000 7.070 -35.250 1.00 0.00 W1 O +ATOM 18920 H1 TIP3X 759 37.500 7.210 -34.450 1.00 0.00 W1 H +ATOM 18921 H2 TIP3X 759 36.280 6.500 -34.980 1.00 0.00 W1 H +ATOM 18922 OH2 TIP3X 760 -37.190 25.310 -18.920 1.00 0.00 W1 O +ATOM 18923 H1 TIP3X 760 -37.100 25.310 -17.970 1.00 0.00 W1 H +ATOM 18924 H2 TIP3X 760 -38.150 25.340 -19.060 1.00 0.00 W1 H +ATOM 18925 OH2 TIP3X 761 9.260 -21.460 -49.050 1.00 0.00 W1 O +ATOM 18926 H1 TIP3X 761 8.660 -20.840 -48.650 1.00 0.00 W1 H +ATOM 18927 H2 TIP3X 761 9.320 -21.190 -49.970 1.00 0.00 W1 H +ATOM 18928 OH2 TIP3X 762 -20.500 -48.960 26.880 1.00 0.00 W1 O +ATOM 18929 H1 TIP3X 762 -19.660 -49.380 27.090 1.00 0.00 W1 H +ATOM 18930 H2 TIP3X 762 -20.260 -48.110 26.530 1.00 0.00 W1 H +ATOM 18931 OH2 TIP3X 763 -25.750 36.530 16.450 1.00 0.00 W1 O +ATOM 18932 H1 TIP3X 763 -26.510 36.070 16.110 1.00 0.00 W1 H +ATOM 18933 H2 TIP3X 763 -25.010 36.170 15.960 1.00 0.00 W1 H +ATOM 18934 OH2 TIP3X 764 -28.460 -41.480 -24.200 1.00 0.00 W1 O +ATOM 18935 H1 TIP3X 764 -29.260 -41.070 -24.520 1.00 0.00 W1 H +ATOM 18936 H2 TIP3X 764 -28.750 -42.040 -23.480 1.00 0.00 W1 H +ATOM 18937 OH2 TIP3X 765 3.960 34.950 37.410 1.00 0.00 W1 O +ATOM 18938 H1 TIP3X 765 4.080 35.330 38.270 1.00 0.00 W1 H +ATOM 18939 H2 TIP3X 765 4.190 34.020 37.520 1.00 0.00 W1 H +ATOM 18940 OH2 TIP3X 766 -10.580 -51.430 14.780 1.00 0.00 W1 O +ATOM 18941 H1 TIP3X 766 -11.460 -51.130 14.520 1.00 0.00 W1 H +ATOM 18942 H2 TIP3X 766 -10.280 -50.750 15.390 1.00 0.00 W1 H +ATOM 18943 OH2 TIP3X 767 8.590 7.410 -47.460 1.00 0.00 W1 O +ATOM 18944 H1 TIP3X 767 9.130 6.640 -47.300 1.00 0.00 W1 H +ATOM 18945 H2 TIP3X 767 8.760 7.640 -48.380 1.00 0.00 W1 H +ATOM 18946 OH2 TIP3X 768 -19.260 37.020 -40.490 1.00 0.00 W1 O +ATOM 18947 H1 TIP3X 768 -19.670 37.290 -41.320 1.00 0.00 W1 H +ATOM 18948 H2 TIP3X 768 -18.660 36.320 -40.720 1.00 0.00 W1 H +ATOM 18949 OH2 TIP3X 769 -12.910 7.920 -29.210 1.00 0.00 W1 O +ATOM 18950 H1 TIP3X 769 -11.970 7.850 -29.350 1.00 0.00 W1 H +ATOM 18951 H2 TIP3X 769 -13.110 7.210 -28.590 1.00 0.00 W1 H +ATOM 18952 OH2 TIP3X 770 -33.700 32.240 -39.840 1.00 0.00 W1 O +ATOM 18953 H1 TIP3X 770 -32.790 32.410 -39.660 1.00 0.00 W1 H +ATOM 18954 H2 TIP3X 770 -34.100 32.100 -38.970 1.00 0.00 W1 H +ATOM 18955 OH2 TIP3X 771 -43.800 -49.400 -23.160 1.00 0.00 W1 O +ATOM 18956 H1 TIP3X 771 -43.550 -49.290 -24.070 1.00 0.00 W1 H +ATOM 18957 H2 TIP3X 771 -43.650 -48.560 -22.760 1.00 0.00 W1 H +ATOM 18958 OH2 TIP3X 772 -10.750 -3.280 -40.060 1.00 0.00 W1 O +ATOM 18959 H1 TIP3X 772 -10.940 -4.210 -39.920 1.00 0.00 W1 H +ATOM 18960 H2 TIP3X 772 -10.880 -2.880 -39.200 1.00 0.00 W1 H +ATOM 18961 OH2 TIP3X 773 22.660 -2.880 -50.680 1.00 0.00 W1 O +ATOM 18962 H1 TIP3X 773 23.230 -3.520 -51.100 1.00 0.00 W1 H +ATOM 18963 H2 TIP3X 773 23.230 -2.130 -50.500 1.00 0.00 W1 H +ATOM 18964 OH2 TIP3X 774 -9.800 -19.420 32.600 1.00 0.00 W1 O +ATOM 18965 H1 TIP3X 774 -10.490 -19.950 32.990 1.00 0.00 W1 H +ATOM 18966 H2 TIP3X 774 -9.810 -18.610 33.100 1.00 0.00 W1 H +ATOM 18967 OH2 TIP3X 775 -33.220 -10.860 -16.050 1.00 0.00 W1 O +ATOM 18968 H1 TIP3X 775 -32.910 -11.740 -16.220 1.00 0.00 W1 H +ATOM 18969 H2 TIP3X 775 -34.080 -10.970 -15.630 1.00 0.00 W1 H +ATOM 18970 OH2 TIP3X 776 21.350 14.620 20.690 1.00 0.00 W1 O +ATOM 18971 H1 TIP3X 776 20.940 14.790 19.840 1.00 0.00 W1 H +ATOM 18972 H2 TIP3X 776 22.150 14.150 20.480 1.00 0.00 W1 H +ATOM 18973 OH2 TIP3X 777 4.000 34.250 -18.160 1.00 0.00 W1 O +ATOM 18974 H1 TIP3X 777 3.070 34.500 -18.250 1.00 0.00 W1 H +ATOM 18975 H2 TIP3X 777 4.480 35.070 -18.250 1.00 0.00 W1 H +ATOM 18976 OH2 TIP3X 778 -5.430 -0.920 25.090 1.00 0.00 W1 O +ATOM 18977 H1 TIP3X 778 -4.690 -1.270 24.590 1.00 0.00 W1 H +ATOM 18978 H2 TIP3X 778 -5.520 -1.530 25.830 1.00 0.00 W1 H +ATOM 18979 OH2 TIP3X 779 -28.810 24.510 -37.710 1.00 0.00 W1 O +ATOM 18980 H1 TIP3X 779 -29.330 23.760 -37.440 1.00 0.00 W1 H +ATOM 18981 H2 TIP3X 779 -28.490 24.260 -38.570 1.00 0.00 W1 H +ATOM 18982 OH2 TIP3X 780 1.400 -47.560 -30.610 1.00 0.00 W1 O +ATOM 18983 H1 TIP3X 780 0.890 -47.640 -29.810 1.00 0.00 W1 H +ATOM 18984 H2 TIP3X 780 2.310 -47.530 -30.300 1.00 0.00 W1 H +ATOM 18985 OH2 TIP3X 781 12.090 -29.630 -48.430 1.00 0.00 W1 O +ATOM 18986 H1 TIP3X 781 12.590 -29.740 -47.620 1.00 0.00 W1 H +ATOM 18987 H2 TIP3X 781 12.210 -28.700 -48.660 1.00 0.00 W1 H +ATOM 18988 OH2 TIP3X 782 -21.400 -44.930 -50.570 1.00 0.00 W1 O +ATOM 18989 H1 TIP3X 782 -22.280 -44.600 -50.710 1.00 0.00 W1 H +ATOM 18990 H2 TIP3X 782 -21.370 -45.740 -51.070 1.00 0.00 W1 H +ATOM 18991 OH2 TIP3X 783 45.160 -43.670 -26.240 1.00 0.00 W1 O +ATOM 18992 H1 TIP3X 783 44.650 -42.910 -26.510 1.00 0.00 W1 H +ATOM 18993 H2 TIP3X 783 44.990 -44.320 -26.920 1.00 0.00 W1 H +ATOM 18994 OH2 TIP3X 784 -4.200 29.530 -30.720 1.00 0.00 W1 O +ATOM 18995 H1 TIP3X 784 -4.090 29.390 -29.780 1.00 0.00 W1 H +ATOM 18996 H2 TIP3X 784 -4.590 30.400 -30.790 1.00 0.00 W1 H +ATOM 18997 OH2 TIP3X 785 -41.390 -37.320 -39.940 1.00 0.00 W1 O +ATOM 18998 H1 TIP3X 785 -41.850 -38.150 -40.130 1.00 0.00 W1 H +ATOM 18999 H2 TIP3X 785 -40.570 -37.590 -39.530 1.00 0.00 W1 H +ATOM 19000 OH2 TIP3X 786 13.500 27.010 35.050 1.00 0.00 W1 O +ATOM 19001 H1 TIP3X 786 14.340 27.030 34.600 1.00 0.00 W1 H +ATOM 19002 H2 TIP3X 786 13.490 26.170 35.510 1.00 0.00 W1 H +ATOM 19003 OH2 TIP3X 787 29.100 23.460 -44.560 1.00 0.00 W1 O +ATOM 19004 H1 TIP3X 787 28.610 23.920 -45.240 1.00 0.00 W1 H +ATOM 19005 H2 TIP3X 787 29.950 23.900 -44.530 1.00 0.00 W1 H +ATOM 19006 OH2 TIP3X 788 12.710 17.680 32.010 1.00 0.00 W1 O +ATOM 19007 H1 TIP3X 788 12.830 18.350 32.670 1.00 0.00 W1 H +ATOM 19008 H2 TIP3X 788 13.580 17.310 31.870 1.00 0.00 W1 H +ATOM 19009 OH2 TIP3X 789 -31.290 20.250 37.120 1.00 0.00 W1 O +ATOM 19010 H1 TIP3X 789 -31.080 19.370 37.450 1.00 0.00 W1 H +ATOM 19011 H2 TIP3X 789 -30.470 20.570 36.730 1.00 0.00 W1 H +ATOM 19012 OH2 TIP3X 790 -22.770 -23.470 33.840 1.00 0.00 W1 O +ATOM 19013 H1 TIP3X 790 -23.070 -23.560 32.950 1.00 0.00 W1 H +ATOM 19014 H2 TIP3X 790 -23.180 -24.190 34.310 1.00 0.00 W1 H +ATOM 19015 OH2 TIP3X 791 35.720 -33.660 24.740 1.00 0.00 W1 O +ATOM 19016 H1 TIP3X 791 35.920 -33.800 25.670 1.00 0.00 W1 H +ATOM 19017 H2 TIP3X 791 36.540 -33.340 24.370 1.00 0.00 W1 H +ATOM 19018 OH2 TIP3X 792 7.480 15.500 25.940 1.00 0.00 W1 O +ATOM 19019 H1 TIP3X 792 8.190 16.140 26.060 1.00 0.00 W1 H +ATOM 19020 H2 TIP3X 792 7.400 15.070 26.790 1.00 0.00 W1 H +ATOM 19021 OH2 TIP3X 793 5.840 7.260 -31.230 1.00 0.00 W1 O +ATOM 19022 H1 TIP3X 793 6.430 6.530 -31.440 1.00 0.00 W1 H +ATOM 19023 H2 TIP3X 793 6.430 8.000 -31.050 1.00 0.00 W1 H +ATOM 19024 OH2 TIP3X 794 -44.690 43.420 -38.730 1.00 0.00 W1 O +ATOM 19025 H1 TIP3X 794 -43.820 43.360 -38.310 1.00 0.00 W1 H +ATOM 19026 H2 TIP3X 794 -44.600 44.160 -39.340 1.00 0.00 W1 H +ATOM 19027 OH2 TIP3X 795 28.180 -6.490 23.400 1.00 0.00 W1 O +ATOM 19028 H1 TIP3X 795 28.410 -6.520 22.470 1.00 0.00 W1 H +ATOM 19029 H2 TIP3X 795 27.470 -5.840 23.450 1.00 0.00 W1 H +ATOM 19030 OH2 TIP3X 796 -22.670 26.080 -35.730 1.00 0.00 W1 O +ATOM 19031 H1 TIP3X 796 -22.120 25.940 -36.500 1.00 0.00 W1 H +ATOM 19032 H2 TIP3X 796 -23.530 25.810 -36.000 1.00 0.00 W1 H +ATOM 19033 OH2 TIP3X 797 14.780 2.990 -44.020 1.00 0.00 W1 O +ATOM 19034 H1 TIP3X 797 15.450 2.840 -43.350 1.00 0.00 W1 H +ATOM 19035 H2 TIP3X 797 14.680 2.130 -44.450 1.00 0.00 W1 H +ATOM 19036 OH2 TIP3X 798 0.240 -41.430 -40.360 1.00 0.00 W1 O +ATOM 19037 H1 TIP3X 798 -0.620 -41.360 -40.770 1.00 0.00 W1 H +ATOM 19038 H2 TIP3X 798 0.540 -42.310 -40.600 1.00 0.00 W1 H +ATOM 19039 OH2 TIP3X 799 -34.030 19.390 -15.440 1.00 0.00 W1 O +ATOM 19040 H1 TIP3X 799 -33.920 19.710 -14.540 1.00 0.00 W1 H +ATOM 19041 H2 TIP3X 799 -33.550 20.000 -15.980 1.00 0.00 W1 H +ATOM 19042 OH2 TIP3X 800 -16.580 -33.440 -36.660 1.00 0.00 W1 O +ATOM 19043 H1 TIP3X 800 -17.480 -33.420 -36.320 1.00 0.00 W1 H +ATOM 19044 H2 TIP3X 800 -16.050 -33.620 -35.890 1.00 0.00 W1 H +ATOM 19045 OH2 TIP3X 801 38.360 32.660 -19.320 1.00 0.00 W1 O +ATOM 19046 H1 TIP3X 801 38.770 32.650 -20.190 1.00 0.00 W1 H +ATOM 19047 H2 TIP3X 801 39.060 32.930 -18.730 1.00 0.00 W1 H +ATOM 19048 OH2 TIP3X 802 7.150 -32.490 19.950 1.00 0.00 W1 O +ATOM 19049 H1 TIP3X 802 6.240 -32.260 19.790 1.00 0.00 W1 H +ATOM 19050 H2 TIP3X 802 7.570 -31.680 20.220 1.00 0.00 W1 H +ATOM 19051 OH2 TIP3X 803 -38.530 3.330 -21.160 1.00 0.00 W1 O +ATOM 19052 H1 TIP3X 803 -39.260 2.890 -21.600 1.00 0.00 W1 H +ATOM 19053 H2 TIP3X 803 -38.590 4.240 -21.440 1.00 0.00 W1 H +ATOM 19054 OH2 TIP3X 804 20.510 11.090 -44.020 1.00 0.00 W1 O +ATOM 19055 H1 TIP3X 804 19.620 11.370 -43.800 1.00 0.00 W1 H +ATOM 19056 H2 TIP3X 804 20.880 10.800 -43.180 1.00 0.00 W1 H +ATOM 19057 OH2 TIP3X 805 35.810 10.700 -12.580 1.00 0.00 W1 O +ATOM 19058 H1 TIP3X 805 35.610 10.250 -11.750 1.00 0.00 W1 H +ATOM 19059 H2 TIP3X 805 36.260 10.040 -13.110 1.00 0.00 W1 H +ATOM 19060 OH2 TIP3X 806 -5.100 -1.410 30.820 1.00 0.00 W1 O +ATOM 19061 H1 TIP3X 806 -5.320 -2.100 30.210 1.00 0.00 W1 H +ATOM 19062 H2 TIP3X 806 -5.290 -0.600 30.350 1.00 0.00 W1 H +ATOM 19063 OH2 TIP3X 807 22.240 26.060 -14.850 1.00 0.00 W1 O +ATOM 19064 H1 TIP3X 807 22.720 25.820 -14.070 1.00 0.00 W1 H +ATOM 19065 H2 TIP3X 807 21.330 25.830 -14.660 1.00 0.00 W1 H +ATOM 19066 OH2 TIP3X 808 23.490 -26.340 22.900 1.00 0.00 W1 O +ATOM 19067 H1 TIP3X 808 23.420 -25.400 22.690 1.00 0.00 W1 H +ATOM 19068 H2 TIP3X 808 23.710 -26.360 23.830 1.00 0.00 W1 H +ATOM 19069 OH2 TIP3X 809 -26.700 -45.380 15.640 1.00 0.00 W1 O +ATOM 19070 H1 TIP3X 809 -27.330 -45.240 16.350 1.00 0.00 W1 H +ATOM 19071 H2 TIP3X 809 -26.680 -46.330 15.520 1.00 0.00 W1 H +ATOM 19072 OH2 TIP3X 810 -25.480 -23.490 -20.890 1.00 0.00 W1 O +ATOM 19073 H1 TIP3X 810 -24.710 -23.940 -20.510 1.00 0.00 W1 H +ATOM 19074 H2 TIP3X 810 -26.140 -24.180 -20.970 1.00 0.00 W1 H +ATOM 19075 OH2 TIP3X 811 39.830 -37.210 26.520 1.00 0.00 W1 O +ATOM 19076 H1 TIP3X 811 39.250 -37.960 26.390 1.00 0.00 W1 H +ATOM 19077 H2 TIP3X 811 39.740 -36.710 25.710 1.00 0.00 W1 H +ATOM 19078 OH2 TIP3X 812 -42.700 8.910 29.700 1.00 0.00 W1 O +ATOM 19079 H1 TIP3X 812 -43.340 8.350 29.270 1.00 0.00 W1 H +ATOM 19080 H2 TIP3X 812 -43.190 9.690 29.980 1.00 0.00 W1 H +ATOM 19081 OH2 TIP3X 813 -29.180 30.970 -39.920 1.00 0.00 W1 O +ATOM 19082 H1 TIP3X 813 -28.600 31.080 -39.170 1.00 0.00 W1 H +ATOM 19083 H2 TIP3X 813 -28.620 31.090 -40.680 1.00 0.00 W1 H +ATOM 19084 OH2 TIP3X 814 -34.090 -31.830 -41.410 1.00 0.00 W1 O +ATOM 19085 H1 TIP3X 814 -34.080 -31.090 -42.010 1.00 0.00 W1 H +ATOM 19086 H2 TIP3X 814 -33.430 -32.440 -41.750 1.00 0.00 W1 H +ATOM 19087 OH2 TIP3X 815 30.670 -48.790 -21.710 1.00 0.00 W1 O +ATOM 19088 H1 TIP3X 815 29.870 -48.700 -22.250 1.00 0.00 W1 H +ATOM 19089 H2 TIP3X 815 30.650 -49.700 -21.410 1.00 0.00 W1 H +ATOM 19090 OH2 TIP3X 816 -38.770 20.740 39.690 1.00 0.00 W1 O +ATOM 19091 H1 TIP3X 816 -38.070 21.200 40.130 1.00 0.00 W1 H +ATOM 19092 H2 TIP3X 816 -39.570 21.080 40.090 1.00 0.00 W1 H +ATOM 19093 OH2 TIP3X 817 43.730 40.300 -26.720 1.00 0.00 W1 O +ATOM 19094 H1 TIP3X 817 44.170 39.470 -26.610 1.00 0.00 W1 H +ATOM 19095 H2 TIP3X 817 42.800 40.110 -26.510 1.00 0.00 W1 H +ATOM 19096 OH2 TIP3X 818 -2.540 25.930 -21.470 1.00 0.00 W1 O +ATOM 19097 H1 TIP3X 818 -2.900 26.300 -20.660 1.00 0.00 W1 H +ATOM 19098 H2 TIP3X 818 -3.210 26.100 -22.130 1.00 0.00 W1 H +ATOM 19099 OH2 TIP3X 819 40.120 -41.380 28.020 1.00 0.00 W1 O +ATOM 19100 H1 TIP3X 819 40.460 -41.240 27.130 1.00 0.00 W1 H +ATOM 19101 H2 TIP3X 819 39.790 -42.280 28.000 1.00 0.00 W1 H +ATOM 19102 OH2 TIP3X 820 35.980 -33.960 27.320 1.00 0.00 W1 O +ATOM 19103 H1 TIP3X 820 35.260 -33.520 27.780 1.00 0.00 W1 H +ATOM 19104 H2 TIP3X 820 36.460 -34.420 28.020 1.00 0.00 W1 H +ATOM 19105 OH2 TIP3X 821 6.220 -14.580 32.390 1.00 0.00 W1 O +ATOM 19106 H1 TIP3X 821 6.750 -14.010 31.850 1.00 0.00 W1 H +ATOM 19107 H2 TIP3X 821 6.630 -15.450 32.290 1.00 0.00 W1 H +ATOM 19108 OH2 TIP3X 822 23.970 -46.980 23.900 1.00 0.00 W1 O +ATOM 19109 H1 TIP3X 822 23.870 -47.820 24.350 1.00 0.00 W1 H +ATOM 19110 H2 TIP3X 822 24.840 -46.660 24.180 1.00 0.00 W1 H +ATOM 19111 OH2 TIP3X 823 -30.130 1.770 -19.430 1.00 0.00 W1 O +ATOM 19112 H1 TIP3X 823 -29.990 2.110 -18.550 1.00 0.00 W1 H +ATOM 19113 H2 TIP3X 823 -30.760 2.370 -19.830 1.00 0.00 W1 H +ATOM 19114 OH2 TIP3X 824 7.440 -35.780 34.120 1.00 0.00 W1 O +ATOM 19115 H1 TIP3X 824 7.910 -35.990 34.930 1.00 0.00 W1 H +ATOM 19116 H2 TIP3X 824 8.120 -35.640 33.460 1.00 0.00 W1 H +ATOM 19117 OH2 TIP3X 825 -2.690 8.340 34.480 1.00 0.00 W1 O +ATOM 19118 H1 TIP3X 825 -3.520 8.800 34.560 1.00 0.00 W1 H +ATOM 19119 H2 TIP3X 825 -2.940 7.410 34.550 1.00 0.00 W1 H +ATOM 19120 OH2 TIP3X 826 -34.110 8.970 -28.790 1.00 0.00 W1 O +ATOM 19121 H1 TIP3X 826 -34.150 9.930 -28.670 1.00 0.00 W1 H +ATOM 19122 H2 TIP3X 826 -34.960 8.750 -29.160 1.00 0.00 W1 H +ATOM 19123 OH2 TIP3X 827 43.330 3.580 -26.060 1.00 0.00 W1 O +ATOM 19124 H1 TIP3X 827 43.390 4.440 -25.650 1.00 0.00 W1 H +ATOM 19125 H2 TIP3X 827 42.550 3.180 -25.660 1.00 0.00 W1 H +ATOM 19126 OH2 TIP3X 828 16.960 -13.320 -44.430 1.00 0.00 W1 O +ATOM 19127 H1 TIP3X 828 16.240 -13.870 -44.730 1.00 0.00 W1 H +ATOM 19128 H2 TIP3X 828 17.750 -13.790 -44.730 1.00 0.00 W1 H +ATOM 19129 OH2 TIP3X 829 22.430 -42.590 -53.150 1.00 0.00 W1 O +ATOM 19130 H1 TIP3X 829 23.360 -42.740 -52.940 1.00 0.00 W1 H +ATOM 19131 H2 TIP3X 829 21.960 -43.160 -52.550 1.00 0.00 W1 H +ATOM 19132 OH2 TIP3X 830 -15.780 29.520 35.410 1.00 0.00 W1 O +ATOM 19133 H1 TIP3X 830 -16.030 30.330 35.840 1.00 0.00 W1 H +ATOM 19134 H2 TIP3X 830 -15.060 29.760 34.840 1.00 0.00 W1 H +ATOM 19135 OH2 TIP3X 831 -19.150 22.130 18.630 1.00 0.00 W1 O +ATOM 19136 H1 TIP3X 831 -18.730 22.920 18.950 1.00 0.00 W1 H +ATOM 19137 H2 TIP3X 831 -19.610 22.400 17.830 1.00 0.00 W1 H +ATOM 19138 OH2 TIP3X 832 -10.480 -25.580 -20.920 1.00 0.00 W1 O +ATOM 19139 H1 TIP3X 832 -10.790 -24.790 -20.490 1.00 0.00 W1 H +ATOM 19140 H2 TIP3X 832 -10.910 -25.580 -21.770 1.00 0.00 W1 H +ATOM 19141 OH2 TIP3X 833 43.420 24.190 23.000 1.00 0.00 W1 O +ATOM 19142 H1 TIP3X 833 43.480 24.630 23.850 1.00 0.00 W1 H +ATOM 19143 H2 TIP3X 833 44.240 23.700 22.920 1.00 0.00 W1 H +ATOM 19144 OH2 TIP3X 834 41.980 -39.580 28.980 1.00 0.00 W1 O +ATOM 19145 H1 TIP3X 834 41.470 -40.290 28.570 1.00 0.00 W1 H +ATOM 19146 H2 TIP3X 834 41.990 -38.890 28.310 1.00 0.00 W1 H +ATOM 19147 OH2 TIP3X 835 -8.760 -35.000 11.930 1.00 0.00 W1 O +ATOM 19148 H1 TIP3X 835 -8.980 -35.150 12.850 1.00 0.00 W1 H +ATOM 19149 H2 TIP3X 835 -9.400 -34.360 11.630 1.00 0.00 W1 H +ATOM 19150 OH2 TIP3X 836 -31.800 -29.930 -31.950 1.00 0.00 W1 O +ATOM 19151 H1 TIP3X 836 -31.250 -29.150 -32.100 1.00 0.00 W1 H +ATOM 19152 H2 TIP3X 836 -32.510 -29.840 -32.590 1.00 0.00 W1 H +ATOM 19153 OH2 TIP3X 837 13.600 -41.850 -36.780 1.00 0.00 W1 O +ATOM 19154 H1 TIP3X 837 14.250 -42.560 -36.720 1.00 0.00 W1 H +ATOM 19155 H2 TIP3X 837 13.230 -41.970 -37.660 1.00 0.00 W1 H +ATOM 19156 OH2 TIP3X 838 29.970 -32.000 -43.030 1.00 0.00 W1 O +ATOM 19157 H1 TIP3X 838 29.500 -32.830 -43.050 1.00 0.00 W1 H +ATOM 19158 H2 TIP3X 838 29.350 -31.380 -42.650 1.00 0.00 W1 H +ATOM 19159 OH2 TIP3X 839 -1.030 -11.700 -44.700 1.00 0.00 W1 O +ATOM 19160 H1 TIP3X 839 -1.140 -11.810 -45.640 1.00 0.00 W1 H +ATOM 19161 H2 TIP3X 839 -0.100 -11.510 -44.580 1.00 0.00 W1 H +ATOM 19162 OH2 TIP3X 840 -29.700 34.470 -36.130 1.00 0.00 W1 O +ATOM 19163 H1 TIP3X 840 -30.400 34.880 -36.640 1.00 0.00 W1 H +ATOM 19164 H2 TIP3X 840 -30.120 34.220 -35.310 1.00 0.00 W1 H +ATOM 19165 OH2 TIP3X 841 6.730 -18.620 -41.810 1.00 0.00 W1 O +ATOM 19166 H1 TIP3X 841 5.960 -19.190 -41.670 1.00 0.00 W1 H +ATOM 19167 H2 TIP3X 841 7.460 -19.120 -41.430 1.00 0.00 W1 H +ATOM 19168 OH2 TIP3X 842 -5.480 2.110 -38.030 1.00 0.00 W1 O +ATOM 19169 H1 TIP3X 842 -5.650 1.230 -38.380 1.00 0.00 W1 H +ATOM 19170 H2 TIP3X 842 -6.320 2.550 -38.090 1.00 0.00 W1 H +ATOM 19171 OH2 TIP3X 843 -2.590 -45.180 -46.260 1.00 0.00 W1 O +ATOM 19172 H1 TIP3X 843 -1.740 -45.020 -45.860 1.00 0.00 W1 H +ATOM 19173 H2 TIP3X 843 -2.540 -46.090 -46.560 1.00 0.00 W1 H +ATOM 19174 OH2 TIP3X 844 -19.450 -5.330 -47.300 1.00 0.00 W1 O +ATOM 19175 H1 TIP3X 844 -19.190 -5.780 -46.490 1.00 0.00 W1 H +ATOM 19176 H2 TIP3X 844 -20.280 -5.750 -47.540 1.00 0.00 W1 H +ATOM 19177 OH2 TIP3X 845 42.040 13.260 36.730 1.00 0.00 W1 O +ATOM 19178 H1 TIP3X 845 41.350 12.840 36.220 1.00 0.00 W1 H +ATOM 19179 H2 TIP3X 845 42.570 12.530 37.060 1.00 0.00 W1 H +ATOM 19180 OH2 TIP3X 846 0.020 -9.010 12.770 1.00 0.00 W1 O +ATOM 19181 H1 TIP3X 846 0.190 -8.210 13.260 1.00 0.00 W1 H +ATOM 19182 H2 TIP3X 846 0.380 -8.830 11.890 1.00 0.00 W1 H +ATOM 19183 OH2 TIP3X 847 -15.240 39.610 -45.610 1.00 0.00 W1 O +ATOM 19184 H1 TIP3X 847 -14.910 39.240 -44.790 1.00 0.00 W1 H +ATOM 19185 H2 TIP3X 847 -15.250 40.550 -45.460 1.00 0.00 W1 H +ATOM 19186 OH2 TIP3X 848 17.590 -33.240 -22.490 1.00 0.00 W1 O +ATOM 19187 H1 TIP3X 848 18.220 -33.690 -21.900 1.00 0.00 W1 H +ATOM 19188 H2 TIP3X 848 18.030 -32.430 -22.730 1.00 0.00 W1 H +ATOM 19189 OH2 TIP3X 849 30.360 -19.800 -27.930 1.00 0.00 W1 O +ATOM 19190 H1 TIP3X 849 30.260 -20.670 -27.530 1.00 0.00 W1 H +ATOM 19191 H2 TIP3X 849 30.860 -19.300 -27.290 1.00 0.00 W1 H +ATOM 19192 OH2 TIP3X 850 -21.190 -12.720 15.630 1.00 0.00 W1 O +ATOM 19193 H1 TIP3X 850 -20.350 -12.940 15.230 1.00 0.00 W1 H +ATOM 19194 H2 TIP3X 850 -21.370 -11.820 15.330 1.00 0.00 W1 H +ATOM 19195 OH2 TIP3X 851 -35.740 35.470 -25.520 1.00 0.00 W1 O +ATOM 19196 H1 TIP3X 851 -36.240 34.830 -26.020 1.00 0.00 W1 H +ATOM 19197 H2 TIP3X 851 -34.830 35.300 -25.730 1.00 0.00 W1 H +ATOM 19198 OH2 TIP3X 852 -33.160 16.100 29.110 1.00 0.00 W1 O +ATOM 19199 H1 TIP3X 852 -33.720 16.640 28.550 1.00 0.00 W1 H +ATOM 19200 H2 TIP3X 852 -33.330 16.420 30.000 1.00 0.00 W1 H +ATOM 19201 OH2 TIP3X 853 6.060 31.500 -49.970 1.00 0.00 W1 O +ATOM 19202 H1 TIP3X 853 6.820 30.980 -49.690 1.00 0.00 W1 H +ATOM 19203 H2 TIP3X 853 5.310 30.950 -49.770 1.00 0.00 W1 H +ATOM 19204 OH2 TIP3X 854 5.790 32.950 -19.710 1.00 0.00 W1 O +ATOM 19205 H1 TIP3X 854 6.020 32.130 -19.280 1.00 0.00 W1 H +ATOM 19206 H2 TIP3X 854 5.180 33.370 -19.110 1.00 0.00 W1 H +ATOM 19207 OH2 TIP3X 855 -41.400 38.960 37.060 1.00 0.00 W1 O +ATOM 19208 H1 TIP3X 855 -40.810 38.630 37.740 1.00 0.00 W1 H +ATOM 19209 H2 TIP3X 855 -41.830 38.200 36.710 1.00 0.00 W1 H +ATOM 19210 OH2 TIP3X 856 -23.940 -11.310 -46.150 1.00 0.00 W1 O +ATOM 19211 H1 TIP3X 856 -24.080 -12.260 -46.240 1.00 0.00 W1 H +ATOM 19212 H2 TIP3X 856 -23.830 -11.180 -45.200 1.00 0.00 W1 H +ATOM 19213 OH2 TIP3X 857 25.330 -20.470 35.910 1.00 0.00 W1 O +ATOM 19214 H1 TIP3X 857 25.790 -19.650 35.720 1.00 0.00 W1 H +ATOM 19215 H2 TIP3X 857 25.720 -20.780 36.730 1.00 0.00 W1 H +ATOM 19216 OH2 TIP3X 858 0.070 18.680 -27.280 1.00 0.00 W1 O +ATOM 19217 H1 TIP3X 858 0.010 18.910 -26.350 1.00 0.00 W1 H +ATOM 19218 H2 TIP3X 858 -0.590 19.230 -27.700 1.00 0.00 W1 H +ATOM 19219 OH2 TIP3X 859 35.150 -9.380 34.640 1.00 0.00 W1 O +ATOM 19220 H1 TIP3X 859 35.030 -8.560 34.160 1.00 0.00 W1 H +ATOM 19221 H2 TIP3X 859 35.610 -9.940 34.020 1.00 0.00 W1 H +ATOM 19222 OH2 TIP3X 860 4.500 -35.450 -43.080 1.00 0.00 W1 O +ATOM 19223 H1 TIP3X 860 4.960 -36.220 -42.760 1.00 0.00 W1 H +ATOM 19224 H2 TIP3X 860 3.840 -35.280 -42.420 1.00 0.00 W1 H +ATOM 19225 OH2 TIP3X 861 -19.480 -16.400 33.400 1.00 0.00 W1 O +ATOM 19226 H1 TIP3X 861 -18.670 -16.890 33.280 1.00 0.00 W1 H +ATOM 19227 H2 TIP3X 861 -19.720 -16.110 32.510 1.00 0.00 W1 H +ATOM 19228 OH2 TIP3X 862 -15.010 24.590 35.220 1.00 0.00 W1 O +ATOM 19229 H1 TIP3X 862 -15.280 23.730 34.880 1.00 0.00 W1 H +ATOM 19230 H2 TIP3X 862 -15.800 25.120 35.150 1.00 0.00 W1 H +ATOM 19231 OH2 TIP3X 863 38.750 -30.750 -31.340 1.00 0.00 W1 O +ATOM 19232 H1 TIP3X 863 39.640 -30.450 -31.510 1.00 0.00 W1 H +ATOM 19233 H2 TIP3X 863 38.750 -31.000 -30.420 1.00 0.00 W1 H +ATOM 19234 OH2 TIP3X 864 31.480 2.840 -35.520 1.00 0.00 W1 O +ATOM 19235 H1 TIP3X 864 31.270 2.660 -36.450 1.00 0.00 W1 H +ATOM 19236 H2 TIP3X 864 30.780 3.390 -35.210 1.00 0.00 W1 H +ATOM 19237 OH2 TIP3X 865 -30.510 -40.060 -25.180 1.00 0.00 W1 O +ATOM 19238 H1 TIP3X 865 -30.470 -39.110 -25.330 1.00 0.00 W1 H +ATOM 19239 H2 TIP3X 865 -30.930 -40.400 -25.970 1.00 0.00 W1 H +ATOM 19240 OH2 TIP3X 866 -16.450 18.010 37.830 1.00 0.00 W1 O +ATOM 19241 H1 TIP3X 866 -15.490 17.840 37.820 1.00 0.00 W1 H +ATOM 19242 H2 TIP3X 866 -16.800 17.400 37.170 1.00 0.00 W1 H +ATOM 19243 OH2 TIP3X 867 45.330 -35.660 33.390 1.00 0.00 W1 O +ATOM 19244 H1 TIP3X 867 46.170 -35.540 32.930 1.00 0.00 W1 H +ATOM 19245 H2 TIP3X 867 44.680 -35.530 32.730 1.00 0.00 W1 H +ATOM 19246 OH2 TIP3X 868 28.470 -45.260 35.750 1.00 0.00 W1 O +ATOM 19247 H1 TIP3X 868 27.640 -45.370 35.290 1.00 0.00 W1 H +ATOM 19248 H2 TIP3X 868 29.070 -45.870 35.320 1.00 0.00 W1 H +ATOM 19249 OH2 TIP3X 869 14.890 -16.620 33.060 1.00 0.00 W1 O +ATOM 19250 H1 TIP3X 869 14.820 -17.260 33.760 1.00 0.00 W1 H +ATOM 19251 H2 TIP3X 869 14.000 -16.530 32.710 1.00 0.00 W1 H +ATOM 19252 OH2 TIP3X 870 -23.760 5.660 19.610 1.00 0.00 W1 O +ATOM 19253 H1 TIP3X 870 -24.190 5.350 20.410 1.00 0.00 W1 H +ATOM 19254 H2 TIP3X 870 -24.460 6.100 19.110 1.00 0.00 W1 H +ATOM 19255 OH2 TIP3X 871 -15.420 0.480 -45.030 1.00 0.00 W1 O +ATOM 19256 H1 TIP3X 871 -15.260 -0.340 -45.500 1.00 0.00 W1 H +ATOM 19257 H2 TIP3X 871 -15.610 0.200 -44.140 1.00 0.00 W1 H +ATOM 19258 OH2 TIP3X 872 38.760 -45.710 20.710 1.00 0.00 W1 O +ATOM 19259 H1 TIP3X 872 38.420 -46.580 20.500 1.00 0.00 W1 H +ATOM 19260 H2 TIP3X 872 39.670 -45.730 20.440 1.00 0.00 W1 H +ATOM 19261 OH2 TIP3X 873 16.440 0.960 -17.130 1.00 0.00 W1 O +ATOM 19262 H1 TIP3X 873 17.300 0.660 -17.440 1.00 0.00 W1 H +ATOM 19263 H2 TIP3X 873 16.520 0.990 -16.180 1.00 0.00 W1 H +ATOM 19264 OH2 TIP3X 874 -19.540 -19.030 -34.440 1.00 0.00 W1 O +ATOM 19265 H1 TIP3X 874 -20.090 -19.220 -33.690 1.00 0.00 W1 H +ATOM 19266 H2 TIP3X 874 -18.890 -18.400 -34.130 1.00 0.00 W1 H +ATOM 19267 OH2 TIP3X 875 -28.640 21.900 -21.410 1.00 0.00 W1 O +ATOM 19268 H1 TIP3X 875 -28.140 21.070 -21.430 1.00 0.00 W1 H +ATOM 19269 H2 TIP3X 875 -29.240 21.830 -22.150 1.00 0.00 W1 H +ATOM 19270 OH2 TIP3X 876 -29.480 41.360 -23.200 1.00 0.00 W1 O +ATOM 19271 H1 TIP3X 876 -29.020 42.190 -23.130 1.00 0.00 W1 H +ATOM 19272 H2 TIP3X 876 -29.890 41.370 -24.060 1.00 0.00 W1 H +ATOM 19273 OH2 TIP3X 877 -43.210 20.320 -27.470 1.00 0.00 W1 O +ATOM 19274 H1 TIP3X 877 -42.750 19.810 -28.120 1.00 0.00 W1 H +ATOM 19275 H2 TIP3X 877 -42.660 21.090 -27.330 1.00 0.00 W1 H +ATOM 19276 OH2 TIP3X 878 27.480 -41.040 -22.540 1.00 0.00 W1 O +ATOM 19277 H1 TIP3X 878 28.030 -40.460 -22.010 1.00 0.00 W1 H +ATOM 19278 H2 TIP3X 878 26.640 -41.030 -22.100 1.00 0.00 W1 H +ATOM 19279 OH2 TIP3X 879 -17.600 -4.700 34.930 1.00 0.00 W1 O +ATOM 19280 H1 TIP3X 879 -16.860 -5.220 34.620 1.00 0.00 W1 H +ATOM 19281 H2 TIP3X 879 -18.010 -5.220 35.610 1.00 0.00 W1 H +ATOM 19282 OH2 TIP3X 880 16.280 20.940 -25.380 1.00 0.00 W1 O +ATOM 19283 H1 TIP3X 880 16.260 21.900 -25.360 1.00 0.00 W1 H +ATOM 19284 H2 TIP3X 880 15.390 20.670 -25.600 1.00 0.00 W1 H +ATOM 19285 OH2 TIP3X 881 -1.400 2.420 23.290 1.00 0.00 W1 O +ATOM 19286 H1 TIP3X 881 -0.870 2.910 23.910 1.00 0.00 W1 H +ATOM 19287 H2 TIP3X 881 -1.310 2.880 22.470 1.00 0.00 W1 H +ATOM 19288 OH2 TIP3X 882 48.690 22.220 35.430 1.00 0.00 W1 O +ATOM 19289 H1 TIP3X 882 48.530 21.300 35.580 1.00 0.00 W1 H +ATOM 19290 H2 TIP3X 882 47.870 22.570 35.090 1.00 0.00 W1 H +ATOM 19291 OH2 TIP3X 883 2.700 -33.230 -41.160 1.00 0.00 W1 O +ATOM 19292 H1 TIP3X 883 3.000 -32.740 -41.910 1.00 0.00 W1 H +ATOM 19293 H2 TIP3X 883 2.640 -34.140 -41.470 1.00 0.00 W1 H +ATOM 19294 OH2 TIP3X 884 -6.890 -15.860 14.460 1.00 0.00 W1 O +ATOM 19295 H1 TIP3X 884 -6.330 -15.180 14.080 1.00 0.00 W1 H +ATOM 19296 H2 TIP3X 884 -7.780 -15.630 14.190 1.00 0.00 W1 H +ATOM 19297 OH2 TIP3X 885 41.910 -38.310 -19.960 1.00 0.00 W1 O +ATOM 19298 H1 TIP3X 885 41.300 -37.580 -20.040 1.00 0.00 W1 H +ATOM 19299 H2 TIP3X 885 42.590 -37.990 -19.360 1.00 0.00 W1 H +ATOM 19300 OH2 TIP3X 886 -28.950 18.430 -35.300 1.00 0.00 W1 O +ATOM 19301 H1 TIP3X 886 -29.280 17.980 -36.080 1.00 0.00 W1 H +ATOM 19302 H2 TIP3X 886 -29.220 17.890 -34.560 1.00 0.00 W1 H +ATOM 19303 OH2 TIP3X 887 15.120 -32.940 -40.400 1.00 0.00 W1 O +ATOM 19304 H1 TIP3X 887 14.880 -32.650 -39.520 1.00 0.00 W1 H +ATOM 19305 H2 TIP3X 887 14.900 -33.870 -40.420 1.00 0.00 W1 H +ATOM 19306 OH2 TIP3X 888 -4.660 -6.840 34.830 1.00 0.00 W1 O +ATOM 19307 H1 TIP3X 888 -5.530 -6.450 34.820 1.00 0.00 W1 H +ATOM 19308 H2 TIP3X 888 -4.290 -6.620 33.980 1.00 0.00 W1 H +ATOM 19309 OH2 TIP3X 889 12.760 -8.140 19.620 1.00 0.00 W1 O +ATOM 19310 H1 TIP3X 889 12.050 -8.030 20.260 1.00 0.00 W1 H +ATOM 19311 H2 TIP3X 889 12.740 -7.330 19.110 1.00 0.00 W1 H +ATOM 19312 OH2 TIP3X 890 29.410 29.420 -36.760 1.00 0.00 W1 O +ATOM 19313 H1 TIP3X 890 29.500 28.500 -37.000 1.00 0.00 W1 H +ATOM 19314 H2 TIP3X 890 29.590 29.440 -35.820 1.00 0.00 W1 H +ATOM 19315 OH2 TIP3X 891 36.800 12.030 -4.490 1.00 0.00 W1 O +ATOM 19316 H1 TIP3X 891 37.330 12.810 -4.580 1.00 0.00 W1 H +ATOM 19317 H2 TIP3X 891 37.430 11.320 -4.340 1.00 0.00 W1 H +ATOM 19318 OH2 TIP3X 892 -18.390 13.430 29.820 1.00 0.00 W1 O +ATOM 19319 H1 TIP3X 892 -18.090 12.570 29.540 1.00 0.00 W1 H +ATOM 19320 H2 TIP3X 892 -17.660 13.780 30.340 1.00 0.00 W1 H +ATOM 19321 OH2 TIP3X 893 45.820 31.110 -43.010 1.00 0.00 W1 O +ATOM 19322 H1 TIP3X 893 45.600 30.410 -42.410 1.00 0.00 W1 H +ATOM 19323 H2 TIP3X 893 46.400 31.690 -42.530 1.00 0.00 W1 H +ATOM 19324 OH2 TIP3X 894 4.640 -3.980 16.030 1.00 0.00 W1 O +ATOM 19325 H1 TIP3X 894 4.170 -4.250 16.820 1.00 0.00 W1 H +ATOM 19326 H2 TIP3X 894 4.930 -3.080 16.230 1.00 0.00 W1 H +ATOM 19327 OH2 TIP3X 895 4.230 -10.560 -38.210 1.00 0.00 W1 O +ATOM 19328 H1 TIP3X 895 4.680 -10.920 -37.450 1.00 0.00 W1 H +ATOM 19329 H2 TIP3X 895 4.110 -11.320 -38.790 1.00 0.00 W1 H +ATOM 19330 OH2 TIP3X 896 47.330 8.850 -48.990 1.00 0.00 W1 O +ATOM 19331 H1 TIP3X 896 46.900 9.690 -49.100 1.00 0.00 W1 H +ATOM 19332 H2 TIP3X 896 47.320 8.450 -49.860 1.00 0.00 W1 H +ATOM 19333 OH2 TIP3X 897 32.320 19.680 -13.960 1.00 0.00 W1 O +ATOM 19334 H1 TIP3X 897 31.520 19.920 -14.420 1.00 0.00 W1 H +ATOM 19335 H2 TIP3X 897 32.050 19.490 -13.070 1.00 0.00 W1 H +ATOM 19336 OH2 TIP3X 898 -34.700 18.660 34.350 1.00 0.00 W1 O +ATOM 19337 H1 TIP3X 898 -35.330 19.120 34.900 1.00 0.00 W1 H +ATOM 19338 H2 TIP3X 898 -34.760 19.100 33.510 1.00 0.00 W1 H +ATOM 19339 OH2 TIP3X 899 -15.170 -50.760 38.200 1.00 0.00 W1 O +ATOM 19340 H1 TIP3X 899 -14.940 -50.590 37.290 1.00 0.00 W1 H +ATOM 19341 H2 TIP3X 899 -16.120 -50.700 38.230 1.00 0.00 W1 H +ATOM 19342 OH2 TIP3X 900 -21.220 -30.950 22.380 1.00 0.00 W1 O +ATOM 19343 H1 TIP3X 900 -21.520 -30.290 21.760 1.00 0.00 W1 H +ATOM 19344 H2 TIP3X 900 -20.610 -30.490 22.950 1.00 0.00 W1 H +ATOM 19345 OH2 TIP3X 901 13.700 12.680 20.010 1.00 0.00 W1 O +ATOM 19346 H1 TIP3X 901 12.870 12.900 19.610 1.00 0.00 W1 H +ATOM 19347 H2 TIP3X 901 13.890 11.800 19.680 1.00 0.00 W1 H +ATOM 19348 OH2 TIP3X 902 -3.660 -30.840 19.560 1.00 0.00 W1 O +ATOM 19349 H1 TIP3X 902 -3.410 -30.050 19.080 1.00 0.00 W1 H +ATOM 19350 H2 TIP3X 902 -4.440 -30.580 20.060 1.00 0.00 W1 H +ATOM 19351 OH2 TIP3X 903 -7.720 30.850 -43.050 1.00 0.00 W1 O +ATOM 19352 H1 TIP3X 903 -7.350 30.990 -42.170 1.00 0.00 W1 H +ATOM 19353 H2 TIP3X 903 -8.640 30.650 -42.880 1.00 0.00 W1 H +ATOM 19354 OH2 TIP3X 904 -36.440 -6.870 -45.120 1.00 0.00 W1 O +ATOM 19355 H1 TIP3X 904 -36.820 -6.040 -45.420 1.00 0.00 W1 H +ATOM 19356 H2 TIP3X 904 -35.620 -6.610 -44.700 1.00 0.00 W1 H +ATOM 19357 OH2 TIP3X 905 -38.070 39.660 31.340 1.00 0.00 W1 O +ATOM 19358 H1 TIP3X 905 -38.490 38.830 31.580 1.00 0.00 W1 H +ATOM 19359 H2 TIP3X 905 -37.560 39.910 32.110 1.00 0.00 W1 H +ATOM 19360 OH2 TIP3X 906 -2.100 -31.300 37.530 1.00 0.00 W1 O +ATOM 19361 H1 TIP3X 906 -2.750 -30.690 37.870 1.00 0.00 W1 H +ATOM 19362 H2 TIP3X 906 -2.330 -32.140 37.930 1.00 0.00 W1 H +ATOM 19363 OH2 TIP3X 907 1.020 -20.760 -49.980 1.00 0.00 W1 O +ATOM 19364 H1 TIP3X 907 1.180 -20.100 -50.660 1.00 0.00 W1 H +ATOM 19365 H2 TIP3X 907 1.390 -20.370 -49.190 1.00 0.00 W1 H +ATOM 19366 OH2 TIP3X 908 9.430 -18.430 -43.440 1.00 0.00 W1 O +ATOM 19367 H1 TIP3X 908 9.260 -17.640 -42.930 1.00 0.00 W1 H +ATOM 19368 H2 TIP3X 908 8.580 -18.830 -43.590 1.00 0.00 W1 H +ATOM 19369 OH2 TIP3X 909 -23.970 27.370 -13.650 1.00 0.00 W1 O +ATOM 19370 H1 TIP3X 909 -24.300 27.610 -14.520 1.00 0.00 W1 H +ATOM 19371 H2 TIP3X 909 -24.510 26.630 -13.380 1.00 0.00 W1 H +ATOM 19372 OH2 TIP3X 910 -25.310 5.280 22.130 1.00 0.00 W1 O +ATOM 19373 H1 TIP3X 910 -25.440 6.170 22.470 1.00 0.00 W1 H +ATOM 19374 H2 TIP3X 910 -26.180 5.030 21.810 1.00 0.00 W1 H +ATOM 19375 OH2 TIP3X 911 36.370 -20.710 -50.700 1.00 0.00 W1 O +ATOM 19376 H1 TIP3X 911 35.840 -19.930 -50.890 1.00 0.00 W1 H +ATOM 19377 H2 TIP3X 911 36.120 -21.330 -51.380 1.00 0.00 W1 H +ATOM 19378 OH2 TIP3X 912 -15.970 -49.660 24.820 1.00 0.00 W1 O +ATOM 19379 H1 TIP3X 912 -16.170 -49.070 25.560 1.00 0.00 W1 H +ATOM 19380 H2 TIP3X 912 -16.460 -50.460 25.010 1.00 0.00 W1 H +ATOM 19381 OH2 TIP3X 913 1.530 -1.330 -36.550 1.00 0.00 W1 O +ATOM 19382 H1 TIP3X 913 1.140 -1.080 -35.700 1.00 0.00 W1 H +ATOM 19383 H2 TIP3X 913 2.110 -0.600 -36.760 1.00 0.00 W1 H +ATOM 19384 OH2 TIP3X 914 -38.420 11.570 -40.370 1.00 0.00 W1 O +ATOM 19385 H1 TIP3X 914 -37.960 12.250 -40.860 1.00 0.00 W1 H +ATOM 19386 H2 TIP3X 914 -38.190 10.750 -40.830 1.00 0.00 W1 H +ATOM 19387 OH2 TIP3X 915 -33.630 -10.950 35.830 1.00 0.00 W1 O +ATOM 19388 H1 TIP3X 915 -34.280 -10.490 35.300 1.00 0.00 W1 H +ATOM 19389 H2 TIP3X 915 -32.820 -10.900 35.320 1.00 0.00 W1 H +ATOM 19390 OH2 TIP3X 916 35.940 13.250 -32.480 1.00 0.00 W1 O +ATOM 19391 H1 TIP3X 916 35.950 12.630 -31.750 1.00 0.00 W1 H +ATOM 19392 H2 TIP3X 916 36.470 13.980 -32.170 1.00 0.00 W1 H +ATOM 19393 OH2 TIP3X 917 29.210 6.160 -42.860 1.00 0.00 W1 O +ATOM 19394 H1 TIP3X 917 30.060 6.590 -42.830 1.00 0.00 W1 H +ATOM 19395 H2 TIP3X 917 28.870 6.220 -41.960 1.00 0.00 W1 H +ATOM 19396 OH2 TIP3X 918 -31.750 -38.360 19.910 1.00 0.00 W1 O +ATOM 19397 H1 TIP3X 918 -32.000 -38.070 19.030 1.00 0.00 W1 H +ATOM 19398 H2 TIP3X 918 -31.190 -39.120 19.770 1.00 0.00 W1 H +ATOM 19399 OH2 TIP3X 919 29.600 16.860 -29.490 1.00 0.00 W1 O +ATOM 19400 H1 TIP3X 919 28.770 17.250 -29.770 1.00 0.00 W1 H +ATOM 19401 H2 TIP3X 919 29.380 15.950 -29.280 1.00 0.00 W1 H +ATOM 19402 OH2 TIP3X 920 43.720 -2.270 29.710 1.00 0.00 W1 O +ATOM 19403 H1 TIP3X 920 43.210 -1.470 29.640 1.00 0.00 W1 H +ATOM 19404 H2 TIP3X 920 44.500 -2.010 30.200 1.00 0.00 W1 H +ATOM 19405 OH2 TIP3X 921 -10.710 -18.290 30.170 1.00 0.00 W1 O +ATOM 19406 H1 TIP3X 921 -10.400 -18.520 31.040 1.00 0.00 W1 H +ATOM 19407 H2 TIP3X 921 -10.740 -19.130 29.700 1.00 0.00 W1 H +ATOM 19408 OH2 TIP3X 922 -19.080 -34.600 30.810 1.00 0.00 W1 O +ATOM 19409 H1 TIP3X 922 -18.360 -33.970 30.940 1.00 0.00 W1 H +ATOM 19410 H2 TIP3X 922 -19.780 -34.290 31.380 1.00 0.00 W1 H +ATOM 19411 OH2 TIP3X 923 14.870 -23.240 -24.110 1.00 0.00 W1 O +ATOM 19412 H1 TIP3X 923 14.630 -22.600 -23.440 1.00 0.00 W1 H +ATOM 19413 H2 TIP3X 923 14.780 -24.090 -23.680 1.00 0.00 W1 H +ATOM 19414 OH2 TIP3X 924 -31.430 34.010 26.280 1.00 0.00 W1 O +ATOM 19415 H1 TIP3X 924 -32.250 34.040 25.800 1.00 0.00 W1 H +ATOM 19416 H2 TIP3X 924 -31.470 33.210 26.800 1.00 0.00 W1 H +ATOM 19417 OH2 TIP3X 925 -22.220 18.460 -38.930 1.00 0.00 W1 O +ATOM 19418 H1 TIP3X 925 -22.050 19.160 -38.300 1.00 0.00 W1 H +ATOM 19419 H2 TIP3X 925 -21.490 17.860 -38.830 1.00 0.00 W1 H +ATOM 19420 OH2 TIP3X 926 21.470 17.130 -41.030 1.00 0.00 W1 O +ATOM 19421 H1 TIP3X 926 21.260 18.050 -41.180 1.00 0.00 W1 H +ATOM 19422 H2 TIP3X 926 22.210 16.950 -41.600 1.00 0.00 W1 H +ATOM 19423 OH2 TIP3X 927 -36.940 37.550 36.120 1.00 0.00 W1 O +ATOM 19424 H1 TIP3X 927 -36.270 36.870 36.190 1.00 0.00 W1 H +ATOM 19425 H2 TIP3X 927 -37.750 37.110 36.350 1.00 0.00 W1 H +ATOM 19426 OH2 TIP3X 928 48.220 -10.840 22.460 1.00 0.00 W1 O +ATOM 19427 H1 TIP3X 928 49.160 -10.890 22.690 1.00 0.00 W1 H +ATOM 19428 H2 TIP3X 928 47.770 -10.970 23.300 1.00 0.00 W1 H +ATOM 19429 OH2 TIP3X 929 30.190 -14.640 -32.880 1.00 0.00 W1 O +ATOM 19430 H1 TIP3X 929 30.010 -14.880 -31.980 1.00 0.00 W1 H +ATOM 19431 H2 TIP3X 929 29.820 -13.770 -32.990 1.00 0.00 W1 H +ATOM 19432 OH2 TIP3X 930 34.070 8.710 26.360 1.00 0.00 W1 O +ATOM 19433 H1 TIP3X 930 34.370 9.620 26.440 1.00 0.00 W1 H +ATOM 19434 H2 TIP3X 930 34.100 8.540 25.410 1.00 0.00 W1 H +ATOM 19435 OH2 TIP3X 931 -40.090 34.750 33.640 1.00 0.00 W1 O +ATOM 19436 H1 TIP3X 931 -40.750 34.950 32.980 1.00 0.00 W1 H +ATOM 19437 H2 TIP3X 931 -39.250 34.860 33.190 1.00 0.00 W1 H +ATOM 19438 OH2 TIP3X 932 18.430 -13.160 27.780 1.00 0.00 W1 O +ATOM 19439 H1 TIP3X 932 19.330 -13.400 27.550 1.00 0.00 W1 H +ATOM 19440 H2 TIP3X 932 18.140 -13.860 28.370 1.00 0.00 W1 H +ATOM 19441 OH2 TIP3X 933 37.860 -28.370 35.390 1.00 0.00 W1 O +ATOM 19442 H1 TIP3X 933 38.360 -29.160 35.230 1.00 0.00 W1 H +ATOM 19443 H2 TIP3X 933 37.010 -28.680 35.690 1.00 0.00 W1 H +ATOM 19444 OH2 TIP3X 934 -23.940 -32.210 22.720 1.00 0.00 W1 O +ATOM 19445 H1 TIP3X 934 -23.210 -31.770 22.300 1.00 0.00 W1 H +ATOM 19446 H2 TIP3X 934 -23.630 -33.080 22.930 1.00 0.00 W1 H +ATOM 19447 OH2 TIP3X 935 -28.420 -7.840 38.040 1.00 0.00 W1 O +ATOM 19448 H1 TIP3X 935 -28.670 -8.490 38.690 1.00 0.00 W1 H +ATOM 19449 H2 TIP3X 935 -28.570 -7.000 38.460 1.00 0.00 W1 H +ATOM 19450 OH2 TIP3X 936 5.630 8.010 38.640 1.00 0.00 W1 O +ATOM 19451 H1 TIP3X 936 5.850 7.130 38.980 1.00 0.00 W1 H +ATOM 19452 H2 TIP3X 936 4.710 8.110 38.830 1.00 0.00 W1 H +ATOM 19453 OH2 TIP3X 937 -30.090 13.590 37.310 1.00 0.00 W1 O +ATOM 19454 H1 TIP3X 937 -30.270 13.200 38.170 1.00 0.00 W1 H +ATOM 19455 H2 TIP3X 937 -30.790 13.280 36.740 1.00 0.00 W1 H +ATOM 19456 OH2 TIP3X 938 2.150 -7.140 33.960 1.00 0.00 W1 O +ATOM 19457 H1 TIP3X 938 2.400 -7.710 34.690 1.00 0.00 W1 H +ATOM 19458 H2 TIP3X 938 1.330 -6.740 34.220 1.00 0.00 W1 H +ATOM 19459 OH2 TIP3X 939 16.320 10.770 37.690 1.00 0.00 W1 O +ATOM 19460 H1 TIP3X 939 15.420 10.640 37.390 1.00 0.00 W1 H +ATOM 19461 H2 TIP3X 939 16.730 9.900 37.610 1.00 0.00 W1 H +ATOM 19462 OH2 TIP3X 940 30.230 16.110 -39.170 1.00 0.00 W1 O +ATOM 19463 H1 TIP3X 940 30.270 15.220 -39.530 1.00 0.00 W1 H +ATOM 19464 H2 TIP3X 940 30.430 16.000 -38.240 1.00 0.00 W1 H +ATOM 19465 OH2 TIP3X 941 17.040 -41.020 33.480 1.00 0.00 W1 O +ATOM 19466 H1 TIP3X 941 17.840 -41.050 32.950 1.00 0.00 W1 H +ATOM 19467 H2 TIP3X 941 17.260 -41.540 34.250 1.00 0.00 W1 H +ATOM 19468 OH2 TIP3X 942 36.620 34.490 21.240 1.00 0.00 W1 O +ATOM 19469 H1 TIP3X 942 36.960 33.760 20.730 1.00 0.00 W1 H +ATOM 19470 H2 TIP3X 942 36.340 35.130 20.580 1.00 0.00 W1 H +ATOM 19471 OH2 TIP3X 943 5.800 36.900 30.990 1.00 0.00 W1 O +ATOM 19472 H1 TIP3X 943 4.930 36.580 30.740 1.00 0.00 W1 H +ATOM 19473 H2 TIP3X 943 6.340 36.810 30.220 1.00 0.00 W1 H +ATOM 19474 OH2 TIP3X 944 44.230 35.260 -14.820 1.00 0.00 W1 O +ATOM 19475 H1 TIP3X 944 43.710 34.690 -14.270 1.00 0.00 W1 H +ATOM 19476 H2 TIP3X 944 43.620 35.950 -15.080 1.00 0.00 W1 H +ATOM 19477 OH2 TIP3X 945 9.100 -23.930 31.310 1.00 0.00 W1 O +ATOM 19478 H1 TIP3X 945 8.640 -24.750 31.500 1.00 0.00 W1 H +ATOM 19479 H2 TIP3X 945 8.540 -23.470 30.690 1.00 0.00 W1 H +ATOM 19480 OH2 TIP3X 946 -0.230 -32.930 30.590 1.00 0.00 W1 O +ATOM 19481 H1 TIP3X 946 -1.110 -32.790 30.260 1.00 0.00 W1 H +ATOM 19482 H2 TIP3X 946 -0.160 -33.880 30.710 1.00 0.00 W1 H +ATOM 19483 OH2 TIP3X 947 -29.630 19.140 27.890 1.00 0.00 W1 O +ATOM 19484 H1 TIP3X 947 -30.050 19.580 28.630 1.00 0.00 W1 H +ATOM 19485 H2 TIP3X 947 -28.690 19.340 27.990 1.00 0.00 W1 H +ATOM 19486 OH2 TIP3X 948 -14.980 23.050 -47.480 1.00 0.00 W1 O +ATOM 19487 H1 TIP3X 948 -14.280 23.390 -48.030 1.00 0.00 W1 H +ATOM 19488 H2 TIP3X 948 -14.760 23.350 -46.600 1.00 0.00 W1 H +ATOM 19489 OH2 TIP3X 949 1.480 7.780 16.740 1.00 0.00 W1 O +ATOM 19490 H1 TIP3X 949 2.400 7.930 16.990 1.00 0.00 W1 H +ATOM 19491 H2 TIP3X 949 0.990 8.230 17.440 1.00 0.00 W1 H +ATOM 19492 OH2 TIP3X 950 -30.600 -21.540 -25.900 1.00 0.00 W1 O +ATOM 19493 H1 TIP3X 950 -30.560 -22.370 -26.360 1.00 0.00 W1 H +ATOM 19494 H2 TIP3X 950 -30.630 -20.880 -26.590 1.00 0.00 W1 H +ATOM 19495 OH2 TIP3X 951 -42.690 19.240 -8.830 1.00 0.00 W1 O +ATOM 19496 H1 TIP3X 951 -43.350 19.610 -8.240 1.00 0.00 W1 H +ATOM 19497 H2 TIP3X 951 -41.890 19.240 -8.340 1.00 0.00 W1 H +ATOM 19498 OH2 TIP3X 952 39.550 40.020 25.700 1.00 0.00 W1 O +ATOM 19499 H1 TIP3X 952 38.770 39.820 26.210 1.00 0.00 W1 H +ATOM 19500 H2 TIP3X 952 40.240 40.160 26.340 1.00 0.00 W1 H +ATOM 19501 OH2 TIP3X 953 27.730 18.450 15.090 1.00 0.00 W1 O +ATOM 19502 H1 TIP3X 953 27.010 17.980 14.700 1.00 0.00 W1 H +ATOM 19503 H2 TIP3X 953 27.570 19.370 14.850 1.00 0.00 W1 H +ATOM 19504 OH2 TIP3X 954 -36.500 -16.900 17.190 1.00 0.00 W1 O +ATOM 19505 H1 TIP3X 954 -35.710 -17.370 17.420 1.00 0.00 W1 H +ATOM 19506 H2 TIP3X 954 -37.180 -17.570 17.120 1.00 0.00 W1 H +ATOM 19507 OH2 TIP3X 955 -35.770 -13.030 -32.390 1.00 0.00 W1 O +ATOM 19508 H1 TIP3X 955 -35.230 -12.270 -32.570 1.00 0.00 W1 H +ATOM 19509 H2 TIP3X 955 -36.150 -13.260 -33.240 1.00 0.00 W1 H +ATOM 19510 OH2 TIP3X 956 -7.190 -46.430 20.440 1.00 0.00 W1 O +ATOM 19511 H1 TIP3X 956 -6.690 -47.100 20.900 1.00 0.00 W1 H +ATOM 19512 H2 TIP3X 956 -7.040 -45.630 20.940 1.00 0.00 W1 H +ATOM 19513 OH2 TIP3X 957 32.830 14.070 -44.920 1.00 0.00 W1 O +ATOM 19514 H1 TIP3X 957 33.060 14.190 -45.850 1.00 0.00 W1 H +ATOM 19515 H2 TIP3X 957 31.920 14.360 -44.860 1.00 0.00 W1 H +ATOM 19516 OH2 TIP3X 958 8.810 31.850 -24.400 1.00 0.00 W1 O +ATOM 19517 H1 TIP3X 958 9.150 32.420 -23.710 1.00 0.00 W1 H +ATOM 19518 H2 TIP3X 958 8.460 32.470 -25.050 1.00 0.00 W1 H +ATOM 19519 OH2 TIP3X 959 13.910 32.630 27.180 1.00 0.00 W1 O +ATOM 19520 H1 TIP3X 959 14.580 33.000 27.760 1.00 0.00 W1 H +ATOM 19521 H2 TIP3X 959 14.340 31.900 26.750 1.00 0.00 W1 H +ATOM 19522 OH2 TIP3X 960 29.580 19.960 -19.350 1.00 0.00 W1 O +ATOM 19523 H1 TIP3X 960 30.480 20.150 -19.610 1.00 0.00 W1 H +ATOM 19524 H2 TIP3X 960 29.480 19.010 -19.490 1.00 0.00 W1 H +ATOM 19525 OH2 TIP3X 961 3.140 13.690 -42.900 1.00 0.00 W1 O +ATOM 19526 H1 TIP3X 961 2.550 13.470 -42.180 1.00 0.00 W1 H +ATOM 19527 H2 TIP3X 961 4.020 13.660 -42.520 1.00 0.00 W1 H +ATOM 19528 OH2 TIP3X 962 -21.090 28.490 -33.700 1.00 0.00 W1 O +ATOM 19529 H1 TIP3X 962 -21.060 28.180 -34.610 1.00 0.00 W1 H +ATOM 19530 H2 TIP3X 962 -21.670 27.890 -33.250 1.00 0.00 W1 H +ATOM 19531 OH2 TIP3X 963 37.260 -7.980 -43.350 1.00 0.00 W1 O +ATOM 19532 H1 TIP3X 963 37.090 -8.460 -42.540 1.00 0.00 W1 H +ATOM 19533 H2 TIP3X 963 36.400 -7.940 -43.790 1.00 0.00 W1 H +ATOM 19534 OH2 TIP3X 964 -44.030 -33.510 -26.040 1.00 0.00 W1 O +ATOM 19535 H1 TIP3X 964 -44.750 -33.150 -25.540 1.00 0.00 W1 H +ATOM 19536 H2 TIP3X 964 -44.180 -33.210 -26.940 1.00 0.00 W1 H +ATOM 19537 OH2 TIP3X 965 40.650 11.750 -9.000 1.00 0.00 W1 O +ATOM 19538 H1 TIP3X 965 40.670 11.020 -8.390 1.00 0.00 W1 H +ATOM 19539 H2 TIP3X 965 40.760 12.520 -8.440 1.00 0.00 W1 H +ATOM 19540 OH2 TIP3X 966 44.810 -35.110 -38.610 1.00 0.00 W1 O +ATOM 19541 H1 TIP3X 966 45.640 -35.450 -38.250 1.00 0.00 W1 H +ATOM 19542 H2 TIP3X 966 44.290 -35.900 -38.750 1.00 0.00 W1 H +ATOM 19543 OH2 TIP3X 967 14.230 -0.400 -49.880 1.00 0.00 W1 O +ATOM 19544 H1 TIP3X 967 13.370 -0.690 -50.180 1.00 0.00 W1 H +ATOM 19545 H2 TIP3X 967 14.490 -1.060 -49.230 1.00 0.00 W1 H +ATOM 19546 OH2 TIP3X 968 45.920 33.370 26.970 1.00 0.00 W1 O +ATOM 19547 H1 TIP3X 968 46.850 33.370 26.750 1.00 0.00 W1 H +ATOM 19548 H2 TIP3X 968 45.540 34.080 26.460 1.00 0.00 W1 H +ATOM 19549 OH2 TIP3X 969 47.150 -15.070 31.890 1.00 0.00 W1 O +ATOM 19550 H1 TIP3X 969 47.090 -14.160 32.190 1.00 0.00 W1 H +ATOM 19551 H2 TIP3X 969 48.070 -15.170 31.660 1.00 0.00 W1 H +ATOM 19552 OH2 TIP3X 970 4.280 9.530 -29.530 1.00 0.00 W1 O +ATOM 19553 H1 TIP3X 970 4.340 10.460 -29.780 1.00 0.00 W1 H +ATOM 19554 H2 TIP3X 970 4.680 9.070 -30.270 1.00 0.00 W1 H +ATOM 19555 OH2 TIP3X 971 -36.380 -7.900 -36.630 1.00 0.00 W1 O +ATOM 19556 H1 TIP3X 971 -36.410 -7.160 -36.030 1.00 0.00 W1 H +ATOM 19557 H2 TIP3X 971 -36.790 -7.580 -37.440 1.00 0.00 W1 H +ATOM 19558 OH2 TIP3X 972 -7.830 27.660 -20.390 1.00 0.00 W1 O +ATOM 19559 H1 TIP3X 972 -8.270 27.750 -21.240 1.00 0.00 W1 H +ATOM 19560 H2 TIP3X 972 -8.530 27.730 -19.750 1.00 0.00 W1 H +ATOM 19561 OH2 TIP3X 973 22.230 -29.790 -41.620 1.00 0.00 W1 O +ATOM 19562 H1 TIP3X 973 21.800 -28.940 -41.720 1.00 0.00 W1 H +ATOM 19563 H2 TIP3X 973 22.270 -29.920 -40.670 1.00 0.00 W1 H +ATOM 19564 OH2 TIP3X 974 42.220 -17.430 17.100 1.00 0.00 W1 O +ATOM 19565 H1 TIP3X 974 41.850 -17.650 16.240 1.00 0.00 W1 H +ATOM 19566 H2 TIP3X 974 41.700 -16.680 17.390 1.00 0.00 W1 H +ATOM 19567 OH2 TIP3X 975 13.970 10.620 23.500 1.00 0.00 W1 O +ATOM 19568 H1 TIP3X 975 14.720 10.270 23.980 1.00 0.00 W1 H +ATOM 19569 H2 TIP3X 975 13.750 9.930 22.870 1.00 0.00 W1 H +ATOM 19570 OH2 TIP3X 976 -9.620 41.810 -47.690 1.00 0.00 W1 O +ATOM 19571 H1 TIP3X 976 -10.470 41.370 -47.580 1.00 0.00 W1 H +ATOM 19572 H2 TIP3X 976 -9.840 42.740 -47.790 1.00 0.00 W1 H +ATOM 19573 OH2 TIP3X 977 40.820 -0.610 -8.070 1.00 0.00 W1 O +ATOM 19574 H1 TIP3X 977 40.110 -1.220 -7.890 1.00 0.00 W1 H +ATOM 19575 H2 TIP3X 977 41.470 -0.770 -7.380 1.00 0.00 W1 H +ATOM 19576 OH2 TIP3X 978 -1.650 2.920 38.990 1.00 0.00 W1 O +ATOM 19577 H1 TIP3X 978 -1.740 3.460 38.200 1.00 0.00 W1 H +ATOM 19578 H2 TIP3X 978 -2.340 3.230 39.570 1.00 0.00 W1 H +ATOM 19579 OH2 TIP3X 979 -15.740 -31.990 17.290 1.00 0.00 W1 O +ATOM 19580 H1 TIP3X 979 -15.790 -31.040 17.410 1.00 0.00 W1 H +ATOM 19581 H2 TIP3X 979 -14.840 -32.150 17.000 1.00 0.00 W1 H +ATOM 19582 OH2 TIP3X 980 6.490 -20.460 -38.790 1.00 0.00 W1 O +ATOM 19583 H1 TIP3X 980 6.770 -20.780 -39.640 1.00 0.00 W1 H +ATOM 19584 H2 TIP3X 980 7.010 -19.670 -38.640 1.00 0.00 W1 H +ATOM 19585 OH2 TIP3X 981 27.080 -50.450 27.190 1.00 0.00 W1 O +ATOM 19586 H1 TIP3X 981 27.740 -50.720 27.830 1.00 0.00 W1 H +ATOM 19587 H2 TIP3X 981 26.390 -50.020 27.720 1.00 0.00 W1 H +ATOM 19588 OH2 TIP3X 982 31.610 27.070 -14.490 1.00 0.00 W1 O +ATOM 19589 H1 TIP3X 982 32.230 26.400 -14.200 1.00 0.00 W1 H +ATOM 19590 H2 TIP3X 982 31.790 27.810 -13.920 1.00 0.00 W1 H +ATOM 19591 OH2 TIP3X 983 20.450 -11.990 -42.130 1.00 0.00 W1 O +ATOM 19592 H1 TIP3X 983 20.440 -12.910 -41.880 1.00 0.00 W1 H +ATOM 19593 H2 TIP3X 983 20.880 -11.540 -41.410 1.00 0.00 W1 H +ATOM 19594 OH2 TIP3X 984 -33.310 -20.720 -39.580 1.00 0.00 W1 O +ATOM 19595 H1 TIP3X 984 -32.790 -21.180 -38.920 1.00 0.00 W1 H +ATOM 19596 H2 TIP3X 984 -34.110 -21.240 -39.650 1.00 0.00 W1 H +ATOM 19597 OH2 TIP3X 985 45.570 43.210 -29.400 1.00 0.00 W1 O +ATOM 19598 H1 TIP3X 985 44.620 43.270 -29.500 1.00 0.00 W1 H +ATOM 19599 H2 TIP3X 985 45.750 42.280 -29.280 1.00 0.00 W1 H +ATOM 19600 OH2 TIP3X 986 -9.260 -46.780 -19.780 1.00 0.00 W1 O +ATOM 19601 H1 TIP3X 986 -8.880 -46.510 -18.950 1.00 0.00 W1 H +ATOM 19602 H2 TIP3X 986 -9.160 -47.740 -19.800 1.00 0.00 W1 H +ATOM 19603 OH2 TIP3X 987 -23.020 -2.410 17.630 1.00 0.00 W1 O +ATOM 19604 H1 TIP3X 987 -22.120 -2.560 17.330 1.00 0.00 W1 H +ATOM 19605 H2 TIP3X 987 -23.490 -3.200 17.350 1.00 0.00 W1 H +ATOM 19606 OH2 TIP3X 988 6.380 0.980 30.760 1.00 0.00 W1 O +ATOM 19607 H1 TIP3X 988 6.560 1.470 31.570 1.00 0.00 W1 H +ATOM 19608 H2 TIP3X 988 7.180 1.030 30.250 1.00 0.00 W1 H +ATOM 19609 OH2 TIP3X 989 15.830 -38.680 19.540 1.00 0.00 W1 O +ATOM 19610 H1 TIP3X 989 15.850 -38.500 18.600 1.00 0.00 W1 H +ATOM 19611 H2 TIP3X 989 15.110 -39.290 19.650 1.00 0.00 W1 H +ATOM 19612 OH2 TIP3X 990 -40.960 33.550 17.770 1.00 0.00 W1 O +ATOM 19613 H1 TIP3X 990 -41.010 34.290 17.170 1.00 0.00 W1 H +ATOM 19614 H2 TIP3X 990 -41.840 33.170 17.750 1.00 0.00 W1 H +ATOM 19615 OH2 TIP3X 991 -23.050 32.780 31.350 1.00 0.00 W1 O +ATOM 19616 H1 TIP3X 991 -23.100 33.440 30.640 1.00 0.00 W1 H +ATOM 19617 H2 TIP3X 991 -22.250 32.300 31.150 1.00 0.00 W1 H +ATOM 19618 OH2 TIP3X 992 28.770 11.200 32.910 1.00 0.00 W1 O +ATOM 19619 H1 TIP3X 992 29.610 11.200 33.370 1.00 0.00 W1 H +ATOM 19620 H2 TIP3X 992 28.890 10.600 32.180 1.00 0.00 W1 H +ATOM 19621 OH2 TIP3X 993 -5.600 -50.310 -19.860 1.00 0.00 W1 O +ATOM 19622 H1 TIP3X 993 -5.440 -49.500 -19.370 1.00 0.00 W1 H +ATOM 19623 H2 TIP3X 993 -6.120 -50.850 -19.260 1.00 0.00 W1 H +ATOM 19624 OH2 TIP3X 994 18.170 -14.130 -28.390 1.00 0.00 W1 O +ATOM 19625 H1 TIP3X 994 17.850 -13.820 -27.540 1.00 0.00 W1 H +ATOM 19626 H2 TIP3X 994 19.000 -13.670 -28.530 1.00 0.00 W1 H +ATOM 19627 OH2 TIP3X 995 -7.220 -30.420 19.090 1.00 0.00 W1 O +ATOM 19628 H1 TIP3X 995 -6.930 -30.460 18.180 1.00 0.00 W1 H +ATOM 19629 H2 TIP3X 995 -7.410 -31.330 19.320 1.00 0.00 W1 H +ATOM 19630 OH2 TIP3X 996 -22.600 -41.150 -31.340 1.00 0.00 W1 O +ATOM 19631 H1 TIP3X 996 -22.390 -40.480 -32.000 1.00 0.00 W1 H +ATOM 19632 H2 TIP3X 996 -22.410 -40.730 -30.510 1.00 0.00 W1 H +ATOM 19633 OH2 TIP3X 997 34.810 -44.040 26.240 1.00 0.00 W1 O +ATOM 19634 H1 TIP3X 997 34.990 -44.980 26.270 1.00 0.00 W1 H +ATOM 19635 H2 TIP3X 997 35.320 -43.720 25.510 1.00 0.00 W1 H +ATOM 19636 OH2 TIP3X 998 -13.410 -37.140 34.160 1.00 0.00 W1 O +ATOM 19637 H1 TIP3X 998 -13.100 -36.930 35.030 1.00 0.00 W1 H +ATOM 19638 H2 TIP3X 998 -13.540 -38.090 34.160 1.00 0.00 W1 H +ATOM 19639 OH2 TIP3X 999 -11.310 -20.400 -36.800 1.00 0.00 W1 O +ATOM 19640 H1 TIP3X 999 -11.150 -19.950 -37.620 1.00 0.00 W1 H +ATOM 19641 H2 TIP3X 999 -10.440 -20.550 -36.430 1.00 0.00 W1 H +ATOM 19642 OH2 TIP3X1000 -0.060 42.290 -31.020 1.00 0.00 W1 O +ATOM 19643 H1 TIP3X1000 -0.740 41.650 -30.790 1.00 0.00 W1 H +ATOM 19644 H2 TIP3X1000 0.380 42.480 -30.190 1.00 0.00 W1 H +ATOM 19645 OH2 TIP3X1001 -13.500 -24.220 31.350 1.00 0.00 W1 O +ATOM 19646 H1 TIP3X1001 -14.110 -23.960 30.650 1.00 0.00 W1 H +ATOM 19647 H2 TIP3X1001 -12.630 -24.030 30.990 1.00 0.00 W1 H +ATOM 19648 OH2 TIP3X1002 -25.530 21.080 38.330 1.00 0.00 W1 O +ATOM 19649 H1 TIP3X1002 -25.480 21.560 37.490 1.00 0.00 W1 H +ATOM 19650 H2 TIP3X1002 -24.640 20.820 38.510 1.00 0.00 W1 H +ATOM 19651 OH2 TIP3X1003 -1.790 13.890 -45.490 1.00 0.00 W1 O +ATOM 19652 H1 TIP3X1003 -1.800 14.780 -45.870 1.00 0.00 W1 H +ATOM 19653 H2 TIP3X1003 -2.280 13.370 -46.130 1.00 0.00 W1 H +ATOM 19654 OH2 TIP3X1004 25.500 -44.920 34.840 1.00 0.00 W1 O +ATOM 19655 H1 TIP3X1004 25.200 -44.010 34.820 1.00 0.00 W1 H +ATOM 19656 H2 TIP3X1004 25.390 -45.210 35.740 1.00 0.00 W1 H +ATOM 19657 OH2 TIP3X1005 47.190 -17.110 25.560 1.00 0.00 W1 O +ATOM 19658 H1 TIP3X1005 47.230 -16.250 25.980 1.00 0.00 W1 H +ATOM 19659 H2 TIP3X1005 46.310 -17.170 25.190 1.00 0.00 W1 H +ATOM 19660 OH2 TIP3X1006 31.560 -15.100 -43.750 1.00 0.00 W1 O +ATOM 19661 H1 TIP3X1006 31.430 -15.000 -42.810 1.00 0.00 W1 H +ATOM 19662 H2 TIP3X1006 30.690 -14.950 -44.120 1.00 0.00 W1 H +ATOM 19663 OH2 TIP3X1007 45.540 10.070 -18.480 1.00 0.00 W1 O +ATOM 19664 H1 TIP3X1007 44.840 9.440 -18.610 1.00 0.00 W1 H +ATOM 19665 H2 TIP3X1007 45.930 9.830 -17.640 1.00 0.00 W1 H +ATOM 19666 OH2 TIP3X1008 17.810 -25.430 -23.900 1.00 0.00 W1 O +ATOM 19667 H1 TIP3X1008 18.400 -25.100 -24.580 1.00 0.00 W1 H +ATOM 19668 H2 TIP3X1008 18.030 -24.900 -23.130 1.00 0.00 W1 H +ATOM 19669 OH2 TIP3X1009 42.040 -25.980 13.620 1.00 0.00 W1 O +ATOM 19670 H1 TIP3X1009 42.460 -26.610 13.030 1.00 0.00 W1 H +ATOM 19671 H2 TIP3X1009 41.370 -26.490 14.080 1.00 0.00 W1 H +ATOM 19672 OH2 TIP3X1010 -8.090 -44.140 -32.300 1.00 0.00 W1 O +ATOM 19673 H1 TIP3X1010 -7.600 -44.860 -31.910 1.00 0.00 W1 H +ATOM 19674 H2 TIP3X1010 -8.720 -43.890 -31.620 1.00 0.00 W1 H +ATOM 19675 OH2 TIP3X1011 -27.660 36.410 -39.720 1.00 0.00 W1 O +ATOM 19676 H1 TIP3X1011 -27.870 35.510 -39.990 1.00 0.00 W1 H +ATOM 19677 H2 TIP3X1011 -27.270 36.320 -38.860 1.00 0.00 W1 H +ATOM 19678 OH2 TIP3X1012 30.960 27.210 -10.680 1.00 0.00 W1 O +ATOM 19679 H1 TIP3X1012 31.890 27.010 -10.730 1.00 0.00 W1 H +ATOM 19680 H2 TIP3X1012 30.900 27.950 -10.070 1.00 0.00 W1 H +ATOM 19681 OH2 TIP3X1013 -42.910 28.330 -19.560 1.00 0.00 W1 O +ATOM 19682 H1 TIP3X1013 -43.860 28.380 -19.640 1.00 0.00 W1 H +ATOM 19683 H2 TIP3X1013 -42.620 29.240 -19.600 1.00 0.00 W1 H +ATOM 19684 OH2 TIP3X1014 -41.870 5.710 27.070 1.00 0.00 W1 O +ATOM 19685 H1 TIP3X1014 -42.660 6.170 27.350 1.00 0.00 W1 H +ATOM 19686 H2 TIP3X1014 -42.120 5.310 26.230 1.00 0.00 W1 H +ATOM 19687 OH2 TIP3X1015 35.270 -38.820 22.340 1.00 0.00 W1 O +ATOM 19688 H1 TIP3X1015 35.030 -38.020 22.800 1.00 0.00 W1 H +ATOM 19689 H2 TIP3X1015 34.480 -39.360 22.400 1.00 0.00 W1 H +ATOM 19690 OH2 TIP3X1016 6.150 -40.070 -48.250 1.00 0.00 W1 O +ATOM 19691 H1 TIP3X1016 6.330 -39.280 -47.760 1.00 0.00 W1 H +ATOM 19692 H2 TIP3X1016 5.860 -39.750 -49.110 1.00 0.00 W1 H +ATOM 19693 OH2 TIP3X1017 13.780 40.910 -39.200 1.00 0.00 W1 O +ATOM 19694 H1 TIP3X1017 13.620 40.660 -40.110 1.00 0.00 W1 H +ATOM 19695 H2 TIP3X1017 13.960 41.860 -39.240 1.00 0.00 W1 H +ATOM 19696 OH2 TIP3X1018 -43.200 -2.030 -33.750 1.00 0.00 W1 O +ATOM 19697 H1 TIP3X1018 -43.740 -2.830 -33.670 1.00 0.00 W1 H +ATOM 19698 H2 TIP3X1018 -42.350 -2.280 -33.400 1.00 0.00 W1 H +ATOM 19699 OH2 TIP3X1019 25.050 -33.980 29.710 1.00 0.00 W1 O +ATOM 19700 H1 TIP3X1019 25.880 -34.180 30.140 1.00 0.00 W1 H +ATOM 19701 H2 TIP3X1019 25.290 -33.340 29.040 1.00 0.00 W1 H +ATOM 19702 OH2 TIP3X1020 -6.830 22.280 29.660 1.00 0.00 W1 O +ATOM 19703 H1 TIP3X1020 -6.340 22.500 30.460 1.00 0.00 W1 H +ATOM 19704 H2 TIP3X1020 -7.740 22.300 29.940 1.00 0.00 W1 H +ATOM 19705 OH2 TIP3X1021 18.620 -3.980 -33.230 1.00 0.00 W1 O +ATOM 19706 H1 TIP3X1021 19.020 -4.730 -33.670 1.00 0.00 W1 H +ATOM 19707 H2 TIP3X1021 18.950 -4.020 -32.330 1.00 0.00 W1 H +ATOM 19708 OH2 TIP3X1022 -31.830 20.090 -12.780 1.00 0.00 W1 O +ATOM 19709 H1 TIP3X1022 -31.870 21.030 -12.920 1.00 0.00 W1 H +ATOM 19710 H2 TIP3X1022 -31.150 19.790 -13.370 1.00 0.00 W1 H +ATOM 19711 OH2 TIP3X1023 -23.110 10.450 24.360 1.00 0.00 W1 O +ATOM 19712 H1 TIP3X1023 -22.760 9.570 24.210 1.00 0.00 W1 H +ATOM 19713 H2 TIP3X1023 -22.360 10.950 24.700 1.00 0.00 W1 H +ATOM 19714 OH2 TIP3X1024 14.030 23.850 33.140 1.00 0.00 W1 O +ATOM 19715 H1 TIP3X1024 14.520 24.570 32.740 1.00 0.00 W1 H +ATOM 19716 H2 TIP3X1024 14.680 23.420 33.720 1.00 0.00 W1 H +ATOM 19717 OH2 TIP3X1025 -27.080 24.390 39.120 1.00 0.00 W1 O +ATOM 19718 H1 TIP3X1025 -26.370 24.950 39.430 1.00 0.00 W1 H +ATOM 19719 H2 TIP3X1025 -27.380 24.790 38.300 1.00 0.00 W1 H +ATOM 19720 OH2 TIP3X1026 -36.460 -5.260 32.610 1.00 0.00 W1 O +ATOM 19721 H1 TIP3X1026 -35.510 -5.330 32.560 1.00 0.00 W1 H +ATOM 19722 H2 TIP3X1026 -36.750 -6.150 32.830 1.00 0.00 W1 H +ATOM 19723 OH2 TIP3X1027 -3.520 16.780 17.980 1.00 0.00 W1 O +ATOM 19724 H1 TIP3X1027 -2.810 16.930 17.360 1.00 0.00 W1 H +ATOM 19725 H2 TIP3X1027 -4.310 16.990 17.480 1.00 0.00 W1 H +ATOM 19726 OH2 TIP3X1028 -24.140 11.420 -16.210 1.00 0.00 W1 O +ATOM 19727 H1 TIP3X1028 -23.610 11.750 -16.940 1.00 0.00 W1 H +ATOM 19728 H2 TIP3X1028 -23.510 11.220 -15.520 1.00 0.00 W1 H +ATOM 19729 OH2 TIP3X1029 7.520 -11.430 30.840 1.00 0.00 W1 O +ATOM 19730 H1 TIP3X1029 7.100 -11.210 31.660 1.00 0.00 W1 H +ATOM 19731 H2 TIP3X1029 8.050 -10.660 30.620 1.00 0.00 W1 H +ATOM 19732 OH2 TIP3X1030 23.130 32.890 26.410 1.00 0.00 W1 O +ATOM 19733 H1 TIP3X1030 23.980 33.330 26.430 1.00 0.00 W1 H +ATOM 19734 H2 TIP3X1030 22.690 33.270 25.640 1.00 0.00 W1 H +ATOM 19735 OH2 TIP3X1031 17.200 -17.780 -50.670 1.00 0.00 W1 O +ATOM 19736 H1 TIP3X1031 16.480 -18.190 -51.140 1.00 0.00 W1 H +ATOM 19737 H2 TIP3X1031 17.230 -18.220 -49.820 1.00 0.00 W1 H +ATOM 19738 OH2 TIP3X1032 -11.040 11.350 -38.780 1.00 0.00 W1 O +ATOM 19739 H1 TIP3X1032 -11.880 11.140 -39.170 1.00 0.00 W1 H +ATOM 19740 H2 TIP3X1032 -11.140 12.240 -38.440 1.00 0.00 W1 H +ATOM 19741 OH2 TIP3X1033 23.010 -35.640 -49.590 1.00 0.00 W1 O +ATOM 19742 H1 TIP3X1033 23.610 -35.000 -49.980 1.00 0.00 W1 H +ATOM 19743 H2 TIP3X1033 23.100 -36.410 -50.150 1.00 0.00 W1 H +ATOM 19744 OH2 TIP3X1034 -37.490 5.330 -33.340 1.00 0.00 W1 O +ATOM 19745 H1 TIP3X1034 -37.000 4.600 -32.970 1.00 0.00 W1 H +ATOM 19746 H2 TIP3X1034 -36.890 6.080 -33.280 1.00 0.00 W1 H +ATOM 19747 OH2 TIP3X1035 46.290 -17.680 -50.790 1.00 0.00 W1 O +ATOM 19748 H1 TIP3X1035 46.450 -17.930 -49.880 1.00 0.00 W1 H +ATOM 19749 H2 TIP3X1035 46.550 -16.770 -50.860 1.00 0.00 W1 H +ATOM 19750 OH2 TIP3X1036 -7.790 -12.410 30.540 1.00 0.00 W1 O +ATOM 19751 H1 TIP3X1036 -7.590 -13.190 30.020 1.00 0.00 W1 H +ATOM 19752 H2 TIP3X1036 -7.270 -11.720 30.130 1.00 0.00 W1 H +ATOM 19753 OH2 TIP3X1037 -0.480 20.920 26.490 1.00 0.00 W1 O +ATOM 19754 H1 TIP3X1037 -0.580 20.000 26.260 1.00 0.00 W1 H +ATOM 19755 H2 TIP3X1037 -1.330 21.320 26.290 1.00 0.00 W1 H +ATOM 19756 OH2 TIP3X1038 -31.510 9.880 -35.410 1.00 0.00 W1 O +ATOM 19757 H1 TIP3X1038 -30.820 9.720 -34.760 1.00 0.00 W1 H +ATOM 19758 H2 TIP3X1038 -32.280 10.120 -34.890 1.00 0.00 W1 H +ATOM 19759 OH2 TIP3X1039 44.360 -49.660 32.720 1.00 0.00 W1 O +ATOM 19760 H1 TIP3X1039 44.830 -48.940 32.300 1.00 0.00 W1 H +ATOM 19761 H2 TIP3X1039 44.250 -50.320 32.040 1.00 0.00 W1 H +ATOM 19762 OH2 TIP3X1040 44.570 -6.970 27.770 1.00 0.00 W1 O +ATOM 19763 H1 TIP3X1040 44.010 -6.960 28.550 1.00 0.00 W1 H +ATOM 19764 H2 TIP3X1040 44.950 -6.080 27.740 1.00 0.00 W1 H +ATOM 19765 OH2 TIP3X1041 13.850 -10.280 27.860 1.00 0.00 W1 O +ATOM 19766 H1 TIP3X1041 13.530 -11.080 27.430 1.00 0.00 W1 H +ATOM 19767 H2 TIP3X1041 14.480 -9.910 27.240 1.00 0.00 W1 H +ATOM 19768 OH2 TIP3X1042 28.840 -49.310 24.500 1.00 0.00 W1 O +ATOM 19769 H1 TIP3X1042 28.960 -49.480 25.450 1.00 0.00 W1 H +ATOM 19770 H2 TIP3X1042 29.040 -48.390 24.390 1.00 0.00 W1 H +ATOM 19771 OH2 TIP3X1043 -3.710 17.340 22.350 1.00 0.00 W1 O +ATOM 19772 H1 TIP3X1043 -3.100 16.870 21.790 1.00 0.00 W1 H +ATOM 19773 H2 TIP3X1043 -3.430 17.140 23.240 1.00 0.00 W1 H +ATOM 19774 OH2 TIP3X1044 -3.920 -40.470 -25.320 1.00 0.00 W1 O +ATOM 19775 H1 TIP3X1044 -3.810 -39.610 -25.740 1.00 0.00 W1 H +ATOM 19776 H2 TIP3X1044 -3.280 -40.450 -24.600 1.00 0.00 W1 H +ATOM 19777 OH2 TIP3X1045 11.250 21.050 -42.980 1.00 0.00 W1 O +ATOM 19778 H1 TIP3X1045 10.540 20.780 -43.570 1.00 0.00 W1 H +ATOM 19779 H2 TIP3X1045 11.020 21.930 -42.710 1.00 0.00 W1 H +ATOM 19780 OH2 TIP3X1046 15.290 -20.660 23.960 1.00 0.00 W1 O +ATOM 19781 H1 TIP3X1046 15.620 -21.230 24.650 1.00 0.00 W1 H +ATOM 19782 H2 TIP3X1046 16.060 -20.320 23.530 1.00 0.00 W1 H +ATOM 19783 OH2 TIP3X1047 -45.010 34.080 -19.970 1.00 0.00 W1 O +ATOM 19784 H1 TIP3X1047 -44.480 33.790 -20.710 1.00 0.00 W1 H +ATOM 19785 H2 TIP3X1047 -45.380 33.280 -19.620 1.00 0.00 W1 H +ATOM 19786 OH2 TIP3X1048 20.130 14.880 34.010 1.00 0.00 W1 O +ATOM 19787 H1 TIP3X1048 21.060 15.020 33.900 1.00 0.00 W1 H +ATOM 19788 H2 TIP3X1048 19.730 15.400 33.310 1.00 0.00 W1 H +ATOM 19789 OH2 TIP3X1049 26.000 1.220 38.340 1.00 0.00 W1 O +ATOM 19790 H1 TIP3X1049 26.700 1.710 37.910 1.00 0.00 W1 H +ATOM 19791 H2 TIP3X1049 26.370 0.960 39.180 1.00 0.00 W1 H +ATOM 19792 OH2 TIP3X1050 39.920 -46.410 -25.010 1.00 0.00 W1 O +ATOM 19793 H1 TIP3X1050 40.550 -46.660 -25.680 1.00 0.00 W1 H +ATOM 19794 H2 TIP3X1050 39.330 -47.170 -24.940 1.00 0.00 W1 H +ATOM 19795 OH2 TIP3X1051 14.360 41.090 -45.030 1.00 0.00 W1 O +ATOM 19796 H1 TIP3X1051 13.570 40.840 -44.540 1.00 0.00 W1 H +ATOM 19797 H2 TIP3X1051 15.080 40.980 -44.420 1.00 0.00 W1 H +ATOM 19798 OH2 TIP3X1052 12.090 14.620 -36.560 1.00 0.00 W1 O +ATOM 19799 H1 TIP3X1052 12.500 15.160 -35.890 1.00 0.00 W1 H +ATOM 19800 H2 TIP3X1052 12.770 14.480 -37.220 1.00 0.00 W1 H +ATOM 19801 OH2 TIP3X1053 -18.340 -15.430 25.490 1.00 0.00 W1 O +ATOM 19802 H1 TIP3X1053 -18.190 -15.590 24.560 1.00 0.00 W1 H +ATOM 19803 H2 TIP3X1053 -17.470 -15.210 25.830 1.00 0.00 W1 H +ATOM 19804 OH2 TIP3X1054 4.090 -42.740 37.550 1.00 0.00 W1 O +ATOM 19805 H1 TIP3X1054 3.580 -42.420 38.290 1.00 0.00 W1 H +ATOM 19806 H2 TIP3X1054 4.860 -42.170 37.530 1.00 0.00 W1 H +ATOM 19807 OH2 TIP3X1055 15.360 27.050 -42.840 1.00 0.00 W1 O +ATOM 19808 H1 TIP3X1055 15.270 27.940 -42.490 1.00 0.00 W1 H +ATOM 19809 H2 TIP3X1055 14.620 26.950 -43.440 1.00 0.00 W1 H +ATOM 19810 OH2 TIP3X1056 16.090 -39.600 36.850 1.00 0.00 W1 O +ATOM 19811 H1 TIP3X1056 15.250 -40.060 36.770 1.00 0.00 W1 H +ATOM 19812 H2 TIP3X1056 16.250 -39.260 35.970 1.00 0.00 W1 H +ATOM 19813 OH2 TIP3X1057 0.360 -21.620 -24.570 1.00 0.00 W1 O +ATOM 19814 H1 TIP3X1057 -0.380 -22.050 -25.000 1.00 0.00 W1 H +ATOM 19815 H2 TIP3X1057 0.590 -22.200 -23.840 1.00 0.00 W1 H +ATOM 19816 OH2 TIP3X1058 22.940 -35.410 -26.230 1.00 0.00 W1 O +ATOM 19817 H1 TIP3X1058 22.190 -34.990 -26.640 1.00 0.00 W1 H +ATOM 19818 H2 TIP3X1058 22.820 -35.270 -25.290 1.00 0.00 W1 H +ATOM 19819 OH2 TIP3X1059 40.970 -43.000 -51.770 1.00 0.00 W1 O +ATOM 19820 H1 TIP3X1059 41.650 -43.610 -51.460 1.00 0.00 W1 H +ATOM 19821 H2 TIP3X1059 40.230 -43.570 -51.990 1.00 0.00 W1 H +ATOM 19822 OH2 TIP3X1060 39.420 -41.830 -17.990 1.00 0.00 W1 O +ATOM 19823 H1 TIP3X1060 38.640 -41.370 -18.300 1.00 0.00 W1 H +ATOM 19824 H2 TIP3X1060 39.090 -42.670 -17.680 1.00 0.00 W1 H +ATOM 19825 OH2 TIP3X1061 42.410 24.350 17.880 1.00 0.00 W1 O +ATOM 19826 H1 TIP3X1061 43.370 24.440 17.960 1.00 0.00 W1 H +ATOM 19827 H2 TIP3X1061 42.270 23.420 17.680 1.00 0.00 W1 H +ATOM 19828 OH2 TIP3X1062 -4.940 20.990 -23.100 1.00 0.00 W1 O +ATOM 19829 H1 TIP3X1062 -4.610 21.710 -23.620 1.00 0.00 W1 H +ATOM 19830 H2 TIP3X1062 -4.920 21.310 -22.200 1.00 0.00 W1 H +ATOM 19831 OH2 TIP3X1063 -22.930 -24.940 -47.610 1.00 0.00 W1 O +ATOM 19832 H1 TIP3X1063 -22.880 -24.570 -48.490 1.00 0.00 W1 H +ATOM 19833 H2 TIP3X1063 -23.560 -24.370 -47.160 1.00 0.00 W1 H +ATOM 19834 OH2 TIP3X1064 -33.670 -18.270 17.400 1.00 0.00 W1 O +ATOM 19835 H1 TIP3X1064 -33.910 -19.050 16.900 1.00 0.00 W1 H +ATOM 19836 H2 TIP3X1064 -32.710 -18.300 17.430 1.00 0.00 W1 H +ATOM 19837 OH2 TIP3X1065 -32.630 -14.460 -21.050 1.00 0.00 W1 O +ATOM 19838 H1 TIP3X1065 -32.010 -13.750 -20.910 1.00 0.00 W1 H +ATOM 19839 H2 TIP3X1065 -33.470 -14.020 -21.150 1.00 0.00 W1 H +ATOM 19840 OH2 TIP3X1066 25.850 -25.210 -44.500 1.00 0.00 W1 O +ATOM 19841 H1 TIP3X1066 25.320 -24.420 -44.430 1.00 0.00 W1 H +ATOM 19842 H2 TIP3X1066 25.210 -25.910 -44.560 1.00 0.00 W1 H +ATOM 19843 OH2 TIP3X1067 -9.690 -40.090 -43.570 1.00 0.00 W1 O +ATOM 19844 H1 TIP3X1067 -10.010 -39.260 -43.210 1.00 0.00 W1 H +ATOM 19845 H2 TIP3X1067 -8.750 -40.080 -43.400 1.00 0.00 W1 H +ATOM 19846 OH2 TIP3X1068 -43.300 -28.960 -19.760 1.00 0.00 W1 O +ATOM 19847 H1 TIP3X1068 -43.310 -29.160 -20.690 1.00 0.00 W1 H +ATOM 19848 H2 TIP3X1068 -42.430 -28.580 -19.610 1.00 0.00 W1 H +ATOM 19849 OH2 TIP3X1069 -23.110 2.200 27.430 1.00 0.00 W1 O +ATOM 19850 H1 TIP3X1069 -23.600 1.400 27.610 1.00 0.00 W1 H +ATOM 19851 H2 TIP3X1069 -23.720 2.910 27.690 1.00 0.00 W1 H +ATOM 19852 OH2 TIP3X1070 -23.150 -40.650 -46.580 1.00 0.00 W1 O +ATOM 19853 H1 TIP3X1070 -23.050 -40.450 -45.650 1.00 0.00 W1 H +ATOM 19854 H2 TIP3X1070 -22.310 -41.070 -46.820 1.00 0.00 W1 H +ATOM 19855 OH2 TIP3X1071 15.550 -25.270 17.300 1.00 0.00 W1 O +ATOM 19856 H1 TIP3X1071 15.700 -25.240 16.360 1.00 0.00 W1 H +ATOM 19857 H2 TIP3X1071 14.910 -25.970 17.420 1.00 0.00 W1 H +ATOM 19858 OH2 TIP3X1072 13.380 -26.610 -39.700 1.00 0.00 W1 O +ATOM 19859 H1 TIP3X1072 13.470 -27.460 -39.280 1.00 0.00 W1 H +ATOM 19860 H2 TIP3X1072 12.580 -26.670 -40.200 1.00 0.00 W1 H +ATOM 19861 OH2 TIP3X1073 -40.450 -42.360 -30.200 1.00 0.00 W1 O +ATOM 19862 H1 TIP3X1073 -39.800 -42.950 -30.600 1.00 0.00 W1 H +ATOM 19863 H2 TIP3X1073 -40.740 -41.820 -30.940 1.00 0.00 W1 H +ATOM 19864 OH2 TIP3X1074 8.320 -40.240 -41.930 1.00 0.00 W1 O +ATOM 19865 H1 TIP3X1074 7.490 -40.680 -41.770 1.00 0.00 W1 H +ATOM 19866 H2 TIP3X1074 8.370 -40.160 -42.880 1.00 0.00 W1 H +ATOM 19867 OH2 TIP3X1075 -4.390 19.560 27.360 1.00 0.00 W1 O +ATOM 19868 H1 TIP3X1075 -4.750 18.950 26.700 1.00 0.00 W1 H +ATOM 19869 H2 TIP3X1075 -3.760 20.090 26.870 1.00 0.00 W1 H +ATOM 19870 OH2 TIP3X1076 23.110 38.590 -26.130 1.00 0.00 W1 O +ATOM 19871 H1 TIP3X1076 22.800 39.060 -26.920 1.00 0.00 W1 H +ATOM 19872 H2 TIP3X1076 23.390 39.290 -25.530 1.00 0.00 W1 H +ATOM 19873 OH2 TIP3X1077 -3.030 41.840 -25.060 1.00 0.00 W1 O +ATOM 19874 H1 TIP3X1077 -3.260 41.290 -25.820 1.00 0.00 W1 H +ATOM 19875 H2 TIP3X1077 -3.030 42.730 -25.410 1.00 0.00 W1 H +ATOM 19876 OH2 TIP3X1078 -33.630 -48.770 17.210 1.00 0.00 W1 O +ATOM 19877 H1 TIP3X1078 -32.940 -49.360 16.890 1.00 0.00 W1 H +ATOM 19878 H2 TIP3X1078 -34.100 -48.510 16.410 1.00 0.00 W1 H +ATOM 19879 OH2 TIP3X1079 45.010 -1.050 -24.990 1.00 0.00 W1 O +ATOM 19880 H1 TIP3X1079 44.670 -1.670 -25.650 1.00 0.00 W1 H +ATOM 19881 H2 TIP3X1079 44.750 -0.190 -25.310 1.00 0.00 W1 H +ATOM 19882 OH2 TIP3X1080 -38.190 30.180 32.990 1.00 0.00 W1 O +ATOM 19883 H1 TIP3X1080 -38.730 29.450 32.690 1.00 0.00 W1 H +ATOM 19884 H2 TIP3X1080 -38.210 30.090 33.950 1.00 0.00 W1 H +ATOM 19885 OH2 TIP3X1081 -11.120 -44.210 -50.090 1.00 0.00 W1 O +ATOM 19886 H1 TIP3X1081 -11.470 -44.330 -49.210 1.00 0.00 W1 H +ATOM 19887 H2 TIP3X1081 -11.200 -43.270 -50.260 1.00 0.00 W1 H +ATOM 19888 OH2 TIP3X1082 4.310 -42.510 -32.500 1.00 0.00 W1 O +ATOM 19889 H1 TIP3X1082 4.930 -43.040 -31.980 1.00 0.00 W1 H +ATOM 19890 H2 TIP3X1082 3.480 -42.960 -32.420 1.00 0.00 W1 H +ATOM 19891 OH2 TIP3X1083 -34.280 -6.720 35.370 1.00 0.00 W1 O +ATOM 19892 H1 TIP3X1083 -35.160 -7.100 35.490 1.00 0.00 W1 H +ATOM 19893 H2 TIP3X1083 -33.760 -7.100 36.080 1.00 0.00 W1 H +ATOM 19894 OH2 TIP3X1084 18.580 -27.380 -14.940 1.00 0.00 W1 O +ATOM 19895 H1 TIP3X1084 18.050 -28.170 -15.040 1.00 0.00 W1 H +ATOM 19896 H2 TIP3X1084 19.450 -27.650 -15.240 1.00 0.00 W1 H +ATOM 19897 OH2 TIP3X1085 36.950 -36.440 -48.430 1.00 0.00 W1 O +ATOM 19898 H1 TIP3X1085 36.770 -35.670 -47.910 1.00 0.00 W1 H +ATOM 19899 H2 TIP3X1085 37.880 -36.390 -48.650 1.00 0.00 W1 H +ATOM 19900 OH2 TIP3X1086 -14.460 37.990 -40.110 1.00 0.00 W1 O +ATOM 19901 H1 TIP3X1086 -15.340 38.340 -39.970 1.00 0.00 W1 H +ATOM 19902 H2 TIP3X1086 -14.580 37.030 -40.050 1.00 0.00 W1 H +ATOM 19903 OH2 TIP3X1087 21.370 -36.370 -52.670 1.00 0.00 W1 O +ATOM 19904 H1 TIP3X1087 22.240 -36.590 -52.340 1.00 0.00 W1 H +ATOM 19905 H2 TIP3X1087 20.950 -37.210 -52.820 1.00 0.00 W1 H +ATOM 19906 OH2 TIP3X1088 28.070 26.860 -44.440 1.00 0.00 W1 O +ATOM 19907 H1 TIP3X1088 28.980 26.590 -44.440 1.00 0.00 W1 H +ATOM 19908 H2 TIP3X1088 28.010 27.480 -45.170 1.00 0.00 W1 H +ATOM 19909 OH2 TIP3X1089 -35.780 17.260 -15.470 1.00 0.00 W1 O +ATOM 19910 H1 TIP3X1089 -36.180 17.320 -14.590 1.00 0.00 W1 H +ATOM 19911 H2 TIP3X1089 -35.100 17.940 -15.460 1.00 0.00 W1 H +ATOM 19912 OH2 TIP3X1090 -38.490 -3.970 -41.080 1.00 0.00 W1 O +ATOM 19913 H1 TIP3X1090 -38.600 -4.260 -41.980 1.00 0.00 W1 H +ATOM 19914 H2 TIP3X1090 -37.880 -3.230 -41.140 1.00 0.00 W1 H +ATOM 19915 OH2 TIP3X1091 29.400 -29.780 -38.030 1.00 0.00 W1 O +ATOM 19916 H1 TIP3X1091 29.960 -29.110 -38.440 1.00 0.00 W1 H +ATOM 19917 H2 TIP3X1091 28.950 -29.320 -37.330 1.00 0.00 W1 H +ATOM 19918 OH2 TIP3X1092 49.750 -44.790 33.540 1.00 0.00 W1 O +ATOM 19919 H1 TIP3X1092 49.220 -44.040 33.290 1.00 0.00 W1 H +ATOM 19920 H2 TIP3X1092 49.740 -44.790 34.500 1.00 0.00 W1 H +ATOM 19921 OH2 TIP3X1093 5.880 -47.000 34.800 1.00 0.00 W1 O +ATOM 19922 H1 TIP3X1093 5.790 -47.830 34.330 1.00 0.00 W1 H +ATOM 19923 H2 TIP3X1093 4.990 -46.760 35.040 1.00 0.00 W1 H +ATOM 19924 OH2 TIP3X1094 31.210 -37.900 29.690 1.00 0.00 W1 O +ATOM 19925 H1 TIP3X1094 31.350 -36.970 29.510 1.00 0.00 W1 H +ATOM 19926 H2 TIP3X1094 31.710 -38.080 30.480 1.00 0.00 W1 H +ATOM 19927 OH2 TIP3X1095 -22.370 39.870 -24.910 1.00 0.00 W1 O +ATOM 19928 H1 TIP3X1095 -21.500 39.490 -24.820 1.00 0.00 W1 H +ATOM 19929 H2 TIP3X1095 -22.790 39.360 -25.610 1.00 0.00 W1 H +ATOM 19930 OH2 TIP3X1096 41.890 -14.080 -45.310 1.00 0.00 W1 O +ATOM 19931 H1 TIP3X1096 42.360 -14.860 -45.010 1.00 0.00 W1 H +ATOM 19932 H2 TIP3X1096 41.210 -14.430 -45.880 1.00 0.00 W1 H +ATOM 19933 OH2 TIP3X1097 36.070 17.690 -23.220 1.00 0.00 W1 O +ATOM 19934 H1 TIP3X1097 35.790 18.570 -22.960 1.00 0.00 W1 H +ATOM 19935 H2 TIP3X1097 35.660 17.130 -22.560 1.00 0.00 W1 H +ATOM 19936 OH2 TIP3X1098 33.590 -31.420 14.090 1.00 0.00 W1 O +ATOM 19937 H1 TIP3X1098 33.340 -32.300 14.370 1.00 0.00 W1 H +ATOM 19938 H2 TIP3X1098 34.140 -31.560 13.320 1.00 0.00 W1 H +ATOM 19939 OH2 TIP3X1099 37.190 -31.090 -50.100 1.00 0.00 W1 O +ATOM 19940 H1 TIP3X1099 36.940 -30.870 -50.990 1.00 0.00 W1 H +ATOM 19941 H2 TIP3X1099 37.540 -30.280 -49.730 1.00 0.00 W1 H +ATOM 19942 OH2 TIP3X1100 19.550 -39.570 -35.280 1.00 0.00 W1 O +ATOM 19943 H1 TIP3X1100 20.440 -39.920 -35.300 1.00 0.00 W1 H +ATOM 19944 H2 TIP3X1100 19.580 -38.830 -35.910 1.00 0.00 W1 H +ATOM 19945 OH2 TIP3X1101 1.300 27.890 28.230 1.00 0.00 W1 O +ATOM 19946 H1 TIP3X1101 1.400 27.800 27.290 1.00 0.00 W1 H +ATOM 19947 H2 TIP3X1101 0.960 27.040 28.510 1.00 0.00 W1 H +ATOM 19948 OH2 TIP3X1102 39.120 21.460 -35.540 1.00 0.00 W1 O +ATOM 19949 H1 TIP3X1102 39.690 20.740 -35.250 1.00 0.00 W1 H +ATOM 19950 H2 TIP3X1102 39.740 22.120 -35.860 1.00 0.00 W1 H +ATOM 19951 OH2 TIP3X1103 44.420 14.420 -50.400 1.00 0.00 W1 O +ATOM 19952 H1 TIP3X1103 44.670 15.320 -50.600 1.00 0.00 W1 H +ATOM 19953 H2 TIP3X1103 44.880 13.900 -51.060 1.00 0.00 W1 H +ATOM 19954 OH2 TIP3X1104 20.110 15.000 -22.620 1.00 0.00 W1 O +ATOM 19955 H1 TIP3X1104 19.580 14.370 -22.150 1.00 0.00 W1 H +ATOM 19956 H2 TIP3X1104 19.750 15.850 -22.370 1.00 0.00 W1 H +ATOM 19957 OH2 TIP3X1105 33.560 -32.080 -51.230 1.00 0.00 W1 O +ATOM 19958 H1 TIP3X1105 34.460 -31.870 -51.440 1.00 0.00 W1 H +ATOM 19959 H2 TIP3X1105 33.520 -33.040 -51.250 1.00 0.00 W1 H +ATOM 19960 OH2 TIP3X1106 40.170 -1.450 33.040 1.00 0.00 W1 O +ATOM 19961 H1 TIP3X1106 41.030 -1.820 33.210 1.00 0.00 W1 H +ATOM 19962 H2 TIP3X1106 40.300 -0.500 33.100 1.00 0.00 W1 H +ATOM 19963 OH2 TIP3X1107 -44.560 -4.420 -45.780 1.00 0.00 W1 O +ATOM 19964 H1 TIP3X1107 -43.630 -4.590 -45.890 1.00 0.00 W1 H +ATOM 19965 H2 TIP3X1107 -44.660 -3.490 -45.990 1.00 0.00 W1 H +ATOM 19966 OH2 TIP3X1108 -31.160 -1.660 36.890 1.00 0.00 W1 O +ATOM 19967 H1 TIP3X1108 -31.750 -2.120 36.300 1.00 0.00 W1 H +ATOM 19968 H2 TIP3X1108 -31.220 -0.740 36.640 1.00 0.00 W1 H +ATOM 19969 OH2 TIP3X1109 21.990 -44.070 -39.540 1.00 0.00 W1 O +ATOM 19970 H1 TIP3X1109 22.040 -43.140 -39.790 1.00 0.00 W1 H +ATOM 19971 H2 TIP3X1109 21.190 -44.120 -39.020 1.00 0.00 W1 H +ATOM 19972 OH2 TIP3X1110 43.820 -32.590 -42.060 1.00 0.00 W1 O +ATOM 19973 H1 TIP3X1110 43.090 -32.720 -41.440 1.00 0.00 W1 H +ATOM 19974 H2 TIP3X1110 43.730 -33.320 -42.670 1.00 0.00 W1 H +ATOM 19975 OH2 TIP3X1111 34.500 -31.750 -20.980 1.00 0.00 W1 O +ATOM 19976 H1 TIP3X1111 33.580 -31.490 -21.100 1.00 0.00 W1 H +ATOM 19977 H2 TIP3X1111 34.710 -32.250 -21.770 1.00 0.00 W1 H +ATOM 19978 OH2 TIP3X1112 22.480 20.030 32.440 1.00 0.00 W1 O +ATOM 19979 H1 TIP3X1112 22.980 20.270 31.660 1.00 0.00 W1 H +ATOM 19980 H2 TIP3X1112 23.140 19.710 33.050 1.00 0.00 W1 H +ATOM 19981 OH2 TIP3X1113 -6.820 -46.520 -31.380 1.00 0.00 W1 O +ATOM 19982 H1 TIP3X1113 -6.840 -46.230 -30.470 1.00 0.00 W1 H +ATOM 19983 H2 TIP3X1113 -7.190 -47.400 -31.350 1.00 0.00 W1 H +ATOM 19984 OH2 TIP3X1114 34.890 6.570 -25.010 1.00 0.00 W1 O +ATOM 19985 H1 TIP3X1114 34.840 6.040 -24.220 1.00 0.00 W1 H +ATOM 19986 H2 TIP3X1114 34.810 7.480 -24.690 1.00 0.00 W1 H +ATOM 19987 OH2 TIP3X1115 -5.210 6.100 20.770 1.00 0.00 W1 O +ATOM 19988 H1 TIP3X1115 -5.490 5.940 19.870 1.00 0.00 W1 H +ATOM 19989 H2 TIP3X1115 -4.670 5.350 20.990 1.00 0.00 W1 H +ATOM 19990 OH2 TIP3X1116 14.100 23.090 -30.550 1.00 0.00 W1 O +ATOM 19991 H1 TIP3X1116 13.870 23.950 -30.910 1.00 0.00 W1 H +ATOM 19992 H2 TIP3X1116 13.740 23.110 -29.660 1.00 0.00 W1 H +ATOM 19993 OH2 TIP3X1117 -20.730 23.010 21.930 1.00 0.00 W1 O +ATOM 19994 H1 TIP3X1117 -20.730 23.960 22.020 1.00 0.00 W1 H +ATOM 19995 H2 TIP3X1117 -21.520 22.810 21.430 1.00 0.00 W1 H +ATOM 19996 OH2 TIP3X1118 17.230 -24.930 34.650 1.00 0.00 W1 O +ATOM 19997 H1 TIP3X1118 17.910 -25.450 34.220 1.00 0.00 W1 H +ATOM 19998 H2 TIP3X1118 16.780 -25.560 35.220 1.00 0.00 W1 H +ATOM 19999 OH2 TIP3X1119 -22.190 -49.590 13.410 1.00 0.00 W1 O +ATOM 20000 H1 TIP3X1119 -23.090 -49.550 13.090 1.00 0.00 W1 H +ATOM 20001 H2 TIP3X1119 -22.150 -50.380 13.960 1.00 0.00 W1 H +ATOM 20002 OH2 TIP3X1120 4.450 -23.340 -42.220 1.00 0.00 W1 O +ATOM 20003 H1 TIP3X1120 3.810 -23.160 -41.530 1.00 0.00 W1 H +ATOM 20004 H2 TIP3X1120 5.300 -23.300 -41.770 1.00 0.00 W1 H +ATOM 20005 OH2 TIP3X1121 -37.440 -0.790 31.210 1.00 0.00 W1 O +ATOM 20006 H1 TIP3X1121 -38.300 -0.480 31.460 1.00 0.00 W1 H +ATOM 20007 H2 TIP3X1121 -37.510 -1.040 30.290 1.00 0.00 W1 H +ATOM 20008 OH2 TIP3X1122 42.380 -6.490 32.710 1.00 0.00 W1 O +ATOM 20009 H1 TIP3X1122 42.720 -6.980 33.450 1.00 0.00 W1 H +ATOM 20010 H2 TIP3X1122 41.820 -5.810 33.100 1.00 0.00 W1 H +ATOM 20011 OH2 TIP3X1123 -32.880 -35.670 -41.210 1.00 0.00 W1 O +ATOM 20012 H1 TIP3X1123 -32.740 -34.890 -40.680 1.00 0.00 W1 H +ATOM 20013 H2 TIP3X1123 -33.650 -35.460 -41.740 1.00 0.00 W1 H +ATOM 20014 OH2 TIP3X1124 23.310 25.750 -17.590 1.00 0.00 W1 O +ATOM 20015 H1 TIP3X1124 22.940 26.080 -16.760 1.00 0.00 W1 H +ATOM 20016 H2 TIP3X1124 22.570 25.320 -18.020 1.00 0.00 W1 H +ATOM 20017 OH2 TIP3X1125 -13.660 -27.870 -27.700 1.00 0.00 W1 O +ATOM 20018 H1 TIP3X1125 -14.170 -27.370 -27.060 1.00 0.00 W1 H +ATOM 20019 H2 TIP3X1125 -14.310 -28.150 -28.350 1.00 0.00 W1 H +ATOM 20020 OH2 TIP3X1126 44.710 -40.220 -49.070 1.00 0.00 W1 O +ATOM 20021 H1 TIP3X1126 44.180 -39.730 -49.690 1.00 0.00 W1 H +ATOM 20022 H2 TIP3X1126 44.080 -40.710 -48.550 1.00 0.00 W1 H +ATOM 20023 OH2 TIP3X1127 -38.610 30.280 -47.050 1.00 0.00 W1 O +ATOM 20024 H1 TIP3X1127 -38.990 30.490 -47.900 1.00 0.00 W1 H +ATOM 20025 H2 TIP3X1127 -38.630 29.320 -46.990 1.00 0.00 W1 H +ATOM 20026 OH2 TIP3X1128 36.350 -39.680 29.010 1.00 0.00 W1 O +ATOM 20027 H1 TIP3X1128 37.170 -39.780 29.490 1.00 0.00 W1 H +ATOM 20028 H2 TIP3X1128 36.140 -40.560 28.700 1.00 0.00 W1 H +ATOM 20029 OH2 TIP3X1129 27.340 6.300 -25.690 1.00 0.00 W1 O +ATOM 20030 H1 TIP3X1129 26.940 7.090 -26.060 1.00 0.00 W1 H +ATOM 20031 H2 TIP3X1129 26.780 5.590 -25.980 1.00 0.00 W1 H +ATOM 20032 OH2 TIP3X1130 -23.800 17.510 -41.710 1.00 0.00 W1 O +ATOM 20033 H1 TIP3X1130 -23.330 17.790 -42.500 1.00 0.00 W1 H +ATOM 20034 H2 TIP3X1130 -24.080 18.320 -41.300 1.00 0.00 W1 H +ATOM 20035 OH2 TIP3X1131 2.100 33.230 -49.700 1.00 0.00 W1 O +ATOM 20036 H1 TIP3X1131 2.600 34.050 -49.690 1.00 0.00 W1 H +ATOM 20037 H2 TIP3X1131 1.470 33.330 -48.990 1.00 0.00 W1 H +ATOM 20038 OH2 TIP3X1132 -7.660 10.440 33.470 1.00 0.00 W1 O +ATOM 20039 H1 TIP3X1132 -8.320 10.780 32.880 1.00 0.00 W1 H +ATOM 20040 H2 TIP3X1132 -7.290 9.690 33.000 1.00 0.00 W1 H +ATOM 20041 OH2 TIP3X1133 42.730 18.010 -32.790 1.00 0.00 W1 O +ATOM 20042 H1 TIP3X1133 41.860 17.620 -32.760 1.00 0.00 W1 H +ATOM 20043 H2 TIP3X1133 43.260 17.470 -32.190 1.00 0.00 W1 H +ATOM 20044 OH2 TIP3X1134 9.920 17.580 -35.070 1.00 0.00 W1 O +ATOM 20045 H1 TIP3X1134 9.120 17.860 -35.540 1.00 0.00 W1 H +ATOM 20046 H2 TIP3X1134 10.380 18.400 -34.900 1.00 0.00 W1 H +ATOM 20047 OH2 TIP3X1135 -36.280 -19.580 -28.280 1.00 0.00 W1 O +ATOM 20048 H1 TIP3X1135 -35.890 -19.810 -27.430 1.00 0.00 W1 H +ATOM 20049 H2 TIP3X1135 -37.220 -19.680 -28.140 1.00 0.00 W1 H +ATOM 20050 OH2 TIP3X1136 -40.190 34.940 -36.550 1.00 0.00 W1 O +ATOM 20051 H1 TIP3X1136 -41.140 34.840 -36.560 1.00 0.00 W1 H +ATOM 20052 H2 TIP3X1136 -39.850 34.050 -36.460 1.00 0.00 W1 H +ATOM 20053 OH2 TIP3X1137 -35.750 -44.500 35.550 1.00 0.00 W1 O +ATOM 20054 H1 TIP3X1137 -36.090 -44.190 34.720 1.00 0.00 W1 H +ATOM 20055 H2 TIP3X1137 -35.220 -43.760 35.880 1.00 0.00 W1 H +ATOM 20056 OH2 TIP3X1138 27.760 5.470 20.530 1.00 0.00 W1 O +ATOM 20057 H1 TIP3X1138 28.500 5.910 20.130 1.00 0.00 W1 H +ATOM 20058 H2 TIP3X1138 27.010 5.710 19.990 1.00 0.00 W1 H +ATOM 20059 OH2 TIP3X1139 -21.870 7.960 -26.810 1.00 0.00 W1 O +ATOM 20060 H1 TIP3X1139 -22.670 7.530 -26.520 1.00 0.00 W1 H +ATOM 20061 H2 TIP3X1139 -21.600 7.460 -27.590 1.00 0.00 W1 H +ATOM 20062 OH2 TIP3X1140 3.870 35.940 29.200 1.00 0.00 W1 O +ATOM 20063 H1 TIP3X1140 4.480 35.790 28.480 1.00 0.00 W1 H +ATOM 20064 H2 TIP3X1140 3.210 36.520 28.830 1.00 0.00 W1 H +ATOM 20065 OH2 TIP3X1141 -25.800 6.440 -21.400 1.00 0.00 W1 O +ATOM 20066 H1 TIP3X1141 -26.480 7.120 -21.390 1.00 0.00 W1 H +ATOM 20067 H2 TIP3X1141 -26.250 5.650 -21.090 1.00 0.00 W1 H +ATOM 20068 OH2 TIP3X1142 14.970 -28.210 29.500 1.00 0.00 W1 O +ATOM 20069 H1 TIP3X1142 15.410 -28.070 30.330 1.00 0.00 W1 H +ATOM 20070 H2 TIP3X1142 15.550 -27.800 28.850 1.00 0.00 W1 H +ATOM 20071 OH2 TIP3X1143 -42.940 36.780 36.610 1.00 0.00 W1 O +ATOM 20072 H1 TIP3X1143 -42.520 36.090 37.120 1.00 0.00 W1 H +ATOM 20073 H2 TIP3X1143 -43.250 36.330 35.830 1.00 0.00 W1 H +ATOM 20074 OH2 TIP3X1144 -8.940 9.530 -38.110 1.00 0.00 W1 O +ATOM 20075 H1 TIP3X1144 -9.260 8.800 -38.630 1.00 0.00 W1 H +ATOM 20076 H2 TIP3X1144 -9.530 10.260 -38.320 1.00 0.00 W1 H +ATOM 20077 OH2 TIP3X1145 7.910 -50.240 33.340 1.00 0.00 W1 O +ATOM 20078 H1 TIP3X1145 6.970 -50.080 33.160 1.00 0.00 W1 H +ATOM 20079 H2 TIP3X1145 7.910 -50.930 34.000 1.00 0.00 W1 H +ATOM 20080 OH2 TIP3X1146 -29.070 6.350 -31.590 1.00 0.00 W1 O +ATOM 20081 H1 TIP3X1146 -29.530 6.310 -32.420 1.00 0.00 W1 H +ATOM 20082 H2 TIP3X1146 -28.320 6.920 -31.770 1.00 0.00 W1 H +ATOM 20083 OH2 TIP3X1147 -44.970 -35.490 -45.480 1.00 0.00 W1 O +ATOM 20084 H1 TIP3X1147 -44.200 -35.580 -44.910 1.00 0.00 W1 H +ATOM 20085 H2 TIP3X1147 -44.660 -35.770 -46.340 1.00 0.00 W1 H +ATOM 20086 OH2 TIP3X1148 19.100 -17.880 21.730 1.00 0.00 W1 O +ATOM 20087 H1 TIP3X1148 18.940 -17.060 21.270 1.00 0.00 W1 H +ATOM 20088 H2 TIP3X1148 20.000 -17.810 22.050 1.00 0.00 W1 H +ATOM 20089 OH2 TIP3X1149 46.930 42.890 -49.860 1.00 0.00 W1 O +ATOM 20090 H1 TIP3X1149 47.100 41.960 -49.930 1.00 0.00 W1 H +ATOM 20091 H2 TIP3X1149 45.990 42.940 -49.650 1.00 0.00 W1 H +ATOM 20092 OH2 TIP3X1150 -0.510 -48.550 23.420 1.00 0.00 W1 O +ATOM 20093 H1 TIP3X1150 -0.420 -48.420 22.470 1.00 0.00 W1 H +ATOM 20094 H2 TIP3X1150 -0.680 -47.670 23.760 1.00 0.00 W1 H +ATOM 20095 OH2 TIP3X1151 -27.960 -41.330 16.010 1.00 0.00 W1 O +ATOM 20096 H1 TIP3X1151 -28.690 -40.720 15.910 1.00 0.00 W1 H +ATOM 20097 H2 TIP3X1151 -28.330 -42.200 15.790 1.00 0.00 W1 H +ATOM 20098 OH2 TIP3X1152 38.610 31.680 -22.470 1.00 0.00 W1 O +ATOM 20099 H1 TIP3X1152 38.010 30.950 -22.640 1.00 0.00 W1 H +ATOM 20100 H2 TIP3X1152 39.430 31.260 -22.230 1.00 0.00 W1 H +ATOM 20101 OH2 TIP3X1153 35.770 0.440 -26.600 1.00 0.00 W1 O +ATOM 20102 H1 TIP3X1153 35.940 0.770 -25.720 1.00 0.00 W1 H +ATOM 20103 H2 TIP3X1153 36.150 1.100 -27.180 1.00 0.00 W1 H +ATOM 20104 OH2 TIP3X1154 -20.040 -33.340 -39.920 1.00 0.00 W1 O +ATOM 20105 H1 TIP3X1154 -19.810 -32.950 -39.080 1.00 0.00 W1 H +ATOM 20106 H2 TIP3X1154 -20.400 -34.190 -39.710 1.00 0.00 W1 H +ATOM 20107 OH2 TIP3X1155 47.180 -41.600 -49.030 1.00 0.00 W1 O +ATOM 20108 H1 TIP3X1155 46.500 -40.980 -48.750 1.00 0.00 W1 H +ATOM 20109 H2 TIP3X1155 46.700 -42.370 -49.330 1.00 0.00 W1 H +ATOM 20110 OH2 TIP3X1156 6.180 -31.080 36.740 1.00 0.00 W1 O +ATOM 20111 H1 TIP3X1156 7.090 -30.840 36.950 1.00 0.00 W1 H +ATOM 20112 H2 TIP3X1156 5.680 -30.300 36.990 1.00 0.00 W1 H +ATOM 20113 OH2 TIP3X1157 -33.640 18.820 -28.650 1.00 0.00 W1 O +ATOM 20114 H1 TIP3X1157 -33.010 18.400 -28.070 1.00 0.00 W1 H +ATOM 20115 H2 TIP3X1157 -33.300 18.690 -29.540 1.00 0.00 W1 H +ATOM 20116 OH2 TIP3X1158 18.170 -10.750 19.750 1.00 0.00 W1 O +ATOM 20117 H1 TIP3X1158 17.700 -10.130 19.190 1.00 0.00 W1 H +ATOM 20118 H2 TIP3X1158 18.860 -11.120 19.200 1.00 0.00 W1 H +ATOM 20119 OH2 TIP3X1159 25.270 -6.940 30.020 1.00 0.00 W1 O +ATOM 20120 H1 TIP3X1159 24.520 -7.470 30.240 1.00 0.00 W1 H +ATOM 20121 H2 TIP3X1159 24.900 -6.100 29.720 1.00 0.00 W1 H +ATOM 20122 OH2 TIP3X1160 17.260 -48.900 -50.360 1.00 0.00 W1 O +ATOM 20123 H1 TIP3X1160 16.360 -48.620 -50.440 1.00 0.00 W1 H +ATOM 20124 H2 TIP3X1160 17.420 -48.970 -49.420 1.00 0.00 W1 H +ATOM 20125 OH2 TIP3X1161 35.630 -26.960 17.920 1.00 0.00 W1 O +ATOM 20126 H1 TIP3X1161 36.020 -26.090 17.950 1.00 0.00 W1 H +ATOM 20127 H2 TIP3X1161 36.290 -27.510 17.490 1.00 0.00 W1 H +ATOM 20128 OH2 TIP3X1162 -32.500 -14.780 -50.290 1.00 0.00 W1 O +ATOM 20129 H1 TIP3X1162 -32.900 -15.420 -50.880 1.00 0.00 W1 H +ATOM 20130 H2 TIP3X1162 -31.630 -15.130 -50.110 1.00 0.00 W1 H +ATOM 20131 OH2 TIP3X1163 37.800 -41.110 -52.740 1.00 0.00 W1 O +ATOM 20132 H1 TIP3X1163 38.490 -41.340 -53.370 1.00 0.00 W1 H +ATOM 20133 H2 TIP3X1163 38.240 -40.550 -52.100 1.00 0.00 W1 H +ATOM 20134 OH2 TIP3X1164 -22.170 -47.710 -36.320 1.00 0.00 W1 O +ATOM 20135 H1 TIP3X1164 -22.100 -48.500 -35.780 1.00 0.00 W1 H +ATOM 20136 H2 TIP3X1164 -22.800 -47.160 -35.850 1.00 0.00 W1 H +ATOM 20137 OH2 TIP3X1165 -42.190 -24.330 -27.580 1.00 0.00 W1 O +ATOM 20138 H1 TIP3X1165 -42.130 -24.410 -26.630 1.00 0.00 W1 H +ATOM 20139 H2 TIP3X1165 -42.220 -23.380 -27.740 1.00 0.00 W1 H +ATOM 20140 OH2 TIP3X1166 -41.200 -3.220 -25.570 1.00 0.00 W1 O +ATOM 20141 H1 TIP3X1166 -41.690 -3.210 -26.380 1.00 0.00 W1 H +ATOM 20142 H2 TIP3X1166 -41.880 -3.220 -24.890 1.00 0.00 W1 H +ATOM 20143 OH2 TIP3X1167 11.190 29.940 -49.550 1.00 0.00 W1 O +ATOM 20144 H1 TIP3X1167 11.960 30.190 -49.050 1.00 0.00 W1 H +ATOM 20145 H2 TIP3X1167 11.510 29.330 -50.210 1.00 0.00 W1 H +ATOM 20146 OH2 TIP3X1168 3.180 -13.380 -39.010 1.00 0.00 W1 O +ATOM 20147 H1 TIP3X1168 3.250 -13.280 -39.960 1.00 0.00 W1 H +ATOM 20148 H2 TIP3X1168 2.330 -13.810 -38.890 1.00 0.00 W1 H +ATOM 20149 OH2 TIP3X1169 -24.740 -13.530 -26.910 1.00 0.00 W1 O +ATOM 20150 H1 TIP3X1169 -24.110 -13.040 -27.460 1.00 0.00 W1 H +ATOM 20151 H2 TIP3X1169 -25.590 -13.210 -27.180 1.00 0.00 W1 H +ATOM 20152 OH2 TIP3X1170 -36.970 11.650 -21.760 1.00 0.00 W1 O +ATOM 20153 H1 TIP3X1170 -37.140 11.850 -20.850 1.00 0.00 W1 H +ATOM 20154 H2 TIP3X1170 -37.760 11.910 -22.230 1.00 0.00 W1 H +ATOM 20155 OH2 TIP3X1171 -23.060 22.810 23.780 1.00 0.00 W1 O +ATOM 20156 H1 TIP3X1171 -23.860 23.310 23.910 1.00 0.00 W1 H +ATOM 20157 H2 TIP3X1171 -23.040 22.630 22.840 1.00 0.00 W1 H +ATOM 20158 OH2 TIP3X1172 40.140 -13.680 -36.640 1.00 0.00 W1 O +ATOM 20159 H1 TIP3X1172 40.960 -13.930 -36.230 1.00 0.00 W1 H +ATOM 20160 H2 TIP3X1172 40.370 -13.530 -37.570 1.00 0.00 W1 H +ATOM 20161 OH2 TIP3X1173 13.860 -41.820 20.170 1.00 0.00 W1 O +ATOM 20162 H1 TIP3X1173 14.200 -41.820 21.060 1.00 0.00 W1 H +ATOM 20163 H2 TIP3X1173 14.460 -42.370 19.680 1.00 0.00 W1 H +ATOM 20164 OH2 TIP3X1174 -36.270 -3.490 -29.720 1.00 0.00 W1 O +ATOM 20165 H1 TIP3X1174 -36.590 -3.410 -28.810 1.00 0.00 W1 H +ATOM 20166 H2 TIP3X1174 -35.340 -3.270 -29.650 1.00 0.00 W1 H +ATOM 20167 OH2 TIP3X1175 20.080 30.470 31.280 1.00 0.00 W1 O +ATOM 20168 H1 TIP3X1175 20.350 31.270 30.830 1.00 0.00 W1 H +ATOM 20169 H2 TIP3X1175 19.480 30.040 30.670 1.00 0.00 W1 H +ATOM 20170 OH2 TIP3X1176 24.670 -18.490 -51.730 1.00 0.00 W1 O +ATOM 20171 H1 TIP3X1176 23.780 -18.670 -51.430 1.00 0.00 W1 H +ATOM 20172 H2 TIP3X1176 24.950 -17.710 -51.260 1.00 0.00 W1 H +ATOM 20173 OH2 TIP3X1177 -12.350 22.800 -44.780 1.00 0.00 W1 O +ATOM 20174 H1 TIP3X1177 -12.610 23.650 -45.120 1.00 0.00 W1 H +ATOM 20175 H2 TIP3X1177 -11.680 23.000 -44.120 1.00 0.00 W1 H +ATOM 20176 OH2 TIP3X1178 38.140 -4.320 -43.230 1.00 0.00 W1 O +ATOM 20177 H1 TIP3X1178 37.320 -4.660 -42.870 1.00 0.00 W1 H +ATOM 20178 H2 TIP3X1178 38.650 -5.120 -43.420 1.00 0.00 W1 H +ATOM 20179 OH2 TIP3X1179 -35.480 -32.860 24.320 1.00 0.00 W1 O +ATOM 20180 H1 TIP3X1179 -34.630 -33.130 23.990 1.00 0.00 W1 H +ATOM 20181 H2 TIP3X1179 -35.650 -33.430 25.070 1.00 0.00 W1 H +ATOM 20182 OH2 TIP3X1180 -11.880 -19.350 -27.590 1.00 0.00 W1 O +ATOM 20183 H1 TIP3X1180 -12.720 -19.810 -27.580 1.00 0.00 W1 H +ATOM 20184 H2 TIP3X1180 -12.010 -18.630 -28.220 1.00 0.00 W1 H +ATOM 20185 OH2 TIP3X1181 19.070 -24.730 -13.940 1.00 0.00 W1 O +ATOM 20186 H1 TIP3X1181 18.680 -25.600 -14.050 1.00 0.00 W1 H +ATOM 20187 H2 TIP3X1181 20.000 -24.860 -14.130 1.00 0.00 W1 H +ATOM 20188 OH2 TIP3X1182 -24.750 -46.370 -15.380 1.00 0.00 W1 O +ATOM 20189 H1 TIP3X1182 -25.520 -45.960 -15.770 1.00 0.00 W1 H +ATOM 20190 H2 TIP3X1182 -24.990 -47.300 -15.300 1.00 0.00 W1 H +ATOM 20191 OH2 TIP3X1183 -20.290 -22.270 30.590 1.00 0.00 W1 O +ATOM 20192 H1 TIP3X1183 -21.200 -22.330 30.860 1.00 0.00 W1 H +ATOM 20193 H2 TIP3X1183 -20.070 -21.340 30.670 1.00 0.00 W1 H +ATOM 20194 OH2 TIP3X1184 28.540 40.360 25.920 1.00 0.00 W1 O +ATOM 20195 H1 TIP3X1184 28.410 39.590 25.360 1.00 0.00 W1 H +ATOM 20196 H2 TIP3X1184 28.270 41.090 25.380 1.00 0.00 W1 H +ATOM 20197 OH2 TIP3X1185 -23.520 -10.910 -36.870 1.00 0.00 W1 O +ATOM 20198 H1 TIP3X1185 -22.730 -10.700 -37.370 1.00 0.00 W1 H +ATOM 20199 H2 TIP3X1185 -24.120 -10.170 -37.040 1.00 0.00 W1 H +ATOM 20200 OH2 TIP3X1186 3.150 -0.780 36.090 1.00 0.00 W1 O +ATOM 20201 H1 TIP3X1186 2.890 -0.320 36.890 1.00 0.00 W1 H +ATOM 20202 H2 TIP3X1186 3.820 -1.400 36.380 1.00 0.00 W1 H +ATOM 20203 OH2 TIP3X1187 -15.200 -26.730 34.280 1.00 0.00 W1 O +ATOM 20204 H1 TIP3X1187 -15.780 -27.370 33.850 1.00 0.00 W1 H +ATOM 20205 H2 TIP3X1187 -14.640 -27.260 34.830 1.00 0.00 W1 H +ATOM 20206 OH2 TIP3X1188 -12.770 -4.900 28.540 1.00 0.00 W1 O +ATOM 20207 H1 TIP3X1188 -12.340 -4.640 27.730 1.00 0.00 W1 H +ATOM 20208 H2 TIP3X1188 -13.350 -5.620 28.290 1.00 0.00 W1 H +ATOM 20209 OH2 TIP3X1189 29.460 19.850 -41.770 1.00 0.00 W1 O +ATOM 20210 H1 TIP3X1189 28.720 20.110 -42.320 1.00 0.00 W1 H +ATOM 20211 H2 TIP3X1189 30.210 20.300 -42.140 1.00 0.00 W1 H +ATOM 20212 OH2 TIP3X1190 -26.440 20.050 -21.340 1.00 0.00 W1 O +ATOM 20213 H1 TIP3X1190 -26.250 19.590 -20.520 1.00 0.00 W1 H +ATOM 20214 H2 TIP3X1190 -25.710 19.840 -21.920 1.00 0.00 W1 H +ATOM 20215 OH2 TIP3X1191 -7.110 -6.290 38.020 1.00 0.00 W1 O +ATOM 20216 H1 TIP3X1191 -6.710 -6.140 38.870 1.00 0.00 W1 H +ATOM 20217 H2 TIP3X1191 -7.940 -6.730 38.210 1.00 0.00 W1 H +ATOM 20218 OH2 TIP3X1192 1.070 -9.330 -39.590 1.00 0.00 W1 O +ATOM 20219 H1 TIP3X1192 1.410 -10.180 -39.350 1.00 0.00 W1 H +ATOM 20220 H2 TIP3X1192 0.160 -9.490 -39.830 1.00 0.00 W1 H +ATOM 20221 OH2 TIP3X1193 -34.460 2.710 -6.380 1.00 0.00 W1 O +ATOM 20222 H1 TIP3X1193 -35.000 3.370 -5.940 1.00 0.00 W1 H +ATOM 20223 H2 TIP3X1193 -33.940 3.210 -7.000 1.00 0.00 W1 H +ATOM 20224 OH2 TIP3X1194 24.610 3.790 23.600 1.00 0.00 W1 O +ATOM 20225 H1 TIP3X1194 25.110 3.820 22.780 1.00 0.00 W1 H +ATOM 20226 H2 TIP3X1194 25.290 3.750 24.280 1.00 0.00 W1 H +ATOM 20227 OH2 TIP3X1195 -16.370 -48.220 -15.110 1.00 0.00 W1 O +ATOM 20228 H1 TIP3X1195 -15.720 -47.760 -15.650 1.00 0.00 W1 H +ATOM 20229 H2 TIP3X1195 -16.210 -49.140 -15.300 1.00 0.00 W1 H +ATOM 20230 OH2 TIP3X1196 9.420 -47.740 27.480 1.00 0.00 W1 O +ATOM 20231 H1 TIP3X1196 9.430 -46.900 27.930 1.00 0.00 W1 H +ATOM 20232 H2 TIP3X1196 8.680 -47.690 26.890 1.00 0.00 W1 H +ATOM 20233 OH2 TIP3X1197 -23.690 -18.140 39.340 1.00 0.00 W1 O +ATOM 20234 H1 TIP3X1197 -23.510 -19.080 39.210 1.00 0.00 W1 H +ATOM 20235 H2 TIP3X1197 -24.490 -17.980 38.840 1.00 0.00 W1 H +ATOM 20236 OH2 TIP3X1198 -12.480 0.210 30.490 1.00 0.00 W1 O +ATOM 20237 H1 TIP3X1198 -12.130 0.640 31.270 1.00 0.00 W1 H +ATOM 20238 H2 TIP3X1198 -11.740 -0.270 30.130 1.00 0.00 W1 H +ATOM 20239 OH2 TIP3X1199 -17.680 25.830 -31.070 1.00 0.00 W1 O +ATOM 20240 H1 TIP3X1199 -17.850 26.390 -31.830 1.00 0.00 W1 H +ATOM 20241 H2 TIP3X1199 -17.070 25.170 -31.390 1.00 0.00 W1 H +ATOM 20242 OH2 TIP3X1200 5.950 -46.130 -44.560 1.00 0.00 W1 O +ATOM 20243 H1 TIP3X1200 5.810 -46.960 -44.090 1.00 0.00 W1 H +ATOM 20244 H2 TIP3X1200 6.860 -45.900 -44.360 1.00 0.00 W1 H +ATOM 20245 OH2 TIP3X1201 -26.340 -43.660 30.050 1.00 0.00 W1 O +ATOM 20246 H1 TIP3X1201 -25.560 -43.100 30.020 1.00 0.00 W1 H +ATOM 20247 H2 TIP3X1201 -26.680 -43.650 29.160 1.00 0.00 W1 H +ATOM 20248 OH2 TIP3X1202 -3.180 -2.590 -27.740 1.00 0.00 W1 O +ATOM 20249 H1 TIP3X1202 -3.320 -1.700 -27.410 1.00 0.00 W1 H +ATOM 20250 H2 TIP3X1202 -2.350 -2.550 -28.200 1.00 0.00 W1 H +ATOM 20251 OH2 TIP3X1203 -38.730 16.940 -42.230 1.00 0.00 W1 O +ATOM 20252 H1 TIP3X1203 -38.920 17.080 -43.160 1.00 0.00 W1 H +ATOM 20253 H2 TIP3X1203 -39.540 16.620 -41.860 1.00 0.00 W1 H +ATOM 20254 OH2 TIP3X1204 30.040 30.160 -25.950 1.00 0.00 W1 O +ATOM 20255 H1 TIP3X1204 29.090 30.060 -25.860 1.00 0.00 W1 H +ATOM 20256 H2 TIP3X1204 30.140 30.960 -26.460 1.00 0.00 W1 H +ATOM 20257 OH2 TIP3X1205 31.470 -37.050 -52.410 1.00 0.00 W1 O +ATOM 20258 H1 TIP3X1205 31.130 -37.000 -53.300 1.00 0.00 W1 H +ATOM 20259 H2 TIP3X1205 32.160 -37.710 -52.460 1.00 0.00 W1 H +ATOM 20260 OH2 TIP3X1206 25.160 6.130 26.310 1.00 0.00 W1 O +ATOM 20261 H1 TIP3X1206 24.420 5.860 25.780 1.00 0.00 W1 H +ATOM 20262 H2 TIP3X1206 24.860 6.900 26.780 1.00 0.00 W1 H +ATOM 20263 OH2 TIP3X1207 39.960 31.880 -49.670 1.00 0.00 W1 O +ATOM 20264 H1 TIP3X1207 40.440 31.470 -50.380 1.00 0.00 W1 H +ATOM 20265 H2 TIP3X1207 39.640 31.150 -49.140 1.00 0.00 W1 H +ATOM 20266 OH2 TIP3X1208 -17.080 -16.070 -44.410 1.00 0.00 W1 O +ATOM 20267 H1 TIP3X1208 -18.000 -16.330 -44.380 1.00 0.00 W1 H +ATOM 20268 H2 TIP3X1208 -16.960 -15.500 -43.650 1.00 0.00 W1 H +ATOM 20269 OH2 TIP3X1209 23.900 28.600 -23.290 1.00 0.00 W1 O +ATOM 20270 H1 TIP3X1209 24.470 29.010 -22.640 1.00 0.00 W1 H +ATOM 20271 H2 TIP3X1209 23.770 27.710 -22.980 1.00 0.00 W1 H +ATOM 20272 OH2 TIP3X1210 -7.590 -37.860 -30.440 1.00 0.00 W1 O +ATOM 20273 H1 TIP3X1210 -6.900 -37.200 -30.350 1.00 0.00 W1 H +ATOM 20274 H2 TIP3X1210 -8.380 -37.430 -30.140 1.00 0.00 W1 H +ATOM 20275 OH2 TIP3X1211 26.420 -15.510 30.500 1.00 0.00 W1 O +ATOM 20276 H1 TIP3X1211 26.880 -15.290 31.310 1.00 0.00 W1 H +ATOM 20277 H2 TIP3X1211 25.500 -15.560 30.740 1.00 0.00 W1 H +ATOM 20278 OH2 TIP3X1212 -43.110 -3.570 -30.840 1.00 0.00 W1 O +ATOM 20279 H1 TIP3X1212 -42.450 -3.790 -31.500 1.00 0.00 W1 H +ATOM 20280 H2 TIP3X1212 -43.880 -4.070 -31.120 1.00 0.00 W1 H +ATOM 20281 OH2 TIP3X1213 10.390 16.490 -42.670 1.00 0.00 W1 O +ATOM 20282 H1 TIP3X1213 9.470 16.290 -42.850 1.00 0.00 W1 H +ATOM 20283 H2 TIP3X1213 10.430 16.710 -41.740 1.00 0.00 W1 H +ATOM 20284 OH2 TIP3X1214 33.660 -31.070 35.720 1.00 0.00 W1 O +ATOM 20285 H1 TIP3X1214 33.850 -31.890 35.280 1.00 0.00 W1 H +ATOM 20286 H2 TIP3X1214 33.240 -30.540 35.060 1.00 0.00 W1 H +ATOM 20287 OH2 TIP3X1215 -26.170 -44.050 -37.250 1.00 0.00 W1 O +ATOM 20288 H1 TIP3X1215 -26.700 -43.920 -36.480 1.00 0.00 W1 H +ATOM 20289 H2 TIP3X1215 -26.310 -44.960 -37.500 1.00 0.00 W1 H +ATOM 20290 OH2 TIP3X1216 -26.240 -15.100 -48.420 1.00 0.00 W1 O +ATOM 20291 H1 TIP3X1216 -26.020 -14.870 -49.330 1.00 0.00 W1 H +ATOM 20292 H2 TIP3X1216 -27.160 -15.340 -48.450 1.00 0.00 W1 H +ATOM 20293 OH2 TIP3X1217 -2.870 -23.660 -33.880 1.00 0.00 W1 O +ATOM 20294 H1 TIP3X1217 -2.110 -23.780 -33.330 1.00 0.00 W1 H +ATOM 20295 H2 TIP3X1217 -3.620 -23.940 -33.340 1.00 0.00 W1 H +ATOM 20296 OH2 TIP3X1218 32.100 -3.460 -27.740 1.00 0.00 W1 O +ATOM 20297 H1 TIP3X1218 31.790 -2.550 -27.870 1.00 0.00 W1 H +ATOM 20298 H2 TIP3X1218 32.860 -3.380 -27.160 1.00 0.00 W1 H +ATOM 20299 OH2 TIP3X1219 -13.850 14.830 19.750 1.00 0.00 W1 O +ATOM 20300 H1 TIP3X1219 -13.890 13.900 19.980 1.00 0.00 W1 H +ATOM 20301 H2 TIP3X1219 -13.200 14.880 19.050 1.00 0.00 W1 H +ATOM 20302 OH2 TIP3X1220 -33.910 -35.080 -45.280 1.00 0.00 W1 O +ATOM 20303 H1 TIP3X1220 -34.560 -34.510 -45.670 1.00 0.00 W1 H +ATOM 20304 H2 TIP3X1220 -33.550 -35.580 -46.010 1.00 0.00 W1 H +ATOM 20305 OH2 TIP3X1221 36.540 -6.670 -47.040 1.00 0.00 W1 O +ATOM 20306 H1 TIP3X1221 36.700 -6.980 -46.150 1.00 0.00 W1 H +ATOM 20307 H2 TIP3X1221 36.870 -5.780 -47.050 1.00 0.00 W1 H +ATOM 20308 OH2 TIP3X1222 -1.190 36.770 25.880 1.00 0.00 W1 O +ATOM 20309 H1 TIP3X1222 -1.420 36.930 24.960 1.00 0.00 W1 H +ATOM 20310 H2 TIP3X1222 -0.550 36.060 25.830 1.00 0.00 W1 H +ATOM 20311 OH2 TIP3X1223 -32.850 30.180 -11.010 1.00 0.00 W1 O +ATOM 20312 H1 TIP3X1223 -33.010 30.860 -10.350 1.00 0.00 W1 H +ATOM 20313 H2 TIP3X1223 -33.610 30.210 -11.590 1.00 0.00 W1 H +ATOM 20314 OH2 TIP3X1224 42.640 11.410 -35.730 1.00 0.00 W1 O +ATOM 20315 H1 TIP3X1224 42.050 11.970 -36.240 1.00 0.00 W1 H +ATOM 20316 H2 TIP3X1224 43.450 11.940 -35.640 1.00 0.00 W1 H +ATOM 20317 OH2 TIP3X1225 29.800 -40.330 33.730 1.00 0.00 W1 O +ATOM 20318 H1 TIP3X1225 29.310 -40.340 32.910 1.00 0.00 W1 H +ATOM 20319 H2 TIP3X1225 30.040 -41.250 33.880 1.00 0.00 W1 H +ATOM 20320 OH2 TIP3X1226 45.380 -0.170 -32.680 1.00 0.00 W1 O +ATOM 20321 H1 TIP3X1226 45.120 -1.020 -32.300 1.00 0.00 W1 H +ATOM 20322 H2 TIP3X1226 46.330 -0.210 -32.710 1.00 0.00 W1 H +ATOM 20323 OH2 TIP3X1227 -41.930 28.440 14.690 1.00 0.00 W1 O +ATOM 20324 H1 TIP3X1227 -42.340 29.290 14.590 1.00 0.00 W1 H +ATOM 20325 H2 TIP3X1227 -42.660 27.830 14.810 1.00 0.00 W1 H +ATOM 20326 OH2 TIP3X1228 36.870 11.340 -49.580 1.00 0.00 W1 O +ATOM 20327 H1 TIP3X1228 36.220 11.800 -50.130 1.00 0.00 W1 H +ATOM 20328 H2 TIP3X1228 36.440 10.520 -49.340 1.00 0.00 W1 H +ATOM 20329 OH2 TIP3X1229 8.480 -39.160 27.620 1.00 0.00 W1 O +ATOM 20330 H1 TIP3X1229 8.040 -39.900 27.200 1.00 0.00 W1 H +ATOM 20331 H2 TIP3X1229 9.400 -39.290 27.430 1.00 0.00 W1 H +ATOM 20332 OH2 TIP3X1230 31.090 -5.660 30.910 1.00 0.00 W1 O +ATOM 20333 H1 TIP3X1230 31.770 -4.990 30.950 1.00 0.00 W1 H +ATOM 20334 H2 TIP3X1230 31.140 -5.970 30.000 1.00 0.00 W1 H +ATOM 20335 OH2 TIP3X1231 42.730 1.460 -29.740 1.00 0.00 W1 O +ATOM 20336 H1 TIP3X1231 43.660 1.460 -29.570 1.00 0.00 W1 H +ATOM 20337 H2 TIP3X1231 42.640 1.690 -30.660 1.00 0.00 W1 H +ATOM 20338 OH2 TIP3X1232 -22.200 -12.220 -41.520 1.00 0.00 W1 O +ATOM 20339 H1 TIP3X1232 -22.490 -11.930 -42.380 1.00 0.00 W1 H +ATOM 20340 H2 TIP3X1232 -22.210 -11.440 -40.970 1.00 0.00 W1 H +ATOM 20341 OH2 TIP3X1233 27.300 -0.520 -50.440 1.00 0.00 W1 O +ATOM 20342 H1 TIP3X1233 28.120 -0.050 -50.290 1.00 0.00 W1 H +ATOM 20343 H2 TIP3X1233 27.410 -1.370 -50.000 1.00 0.00 W1 H +ATOM 20344 OH2 TIP3X1234 47.560 -39.130 -39.740 1.00 0.00 W1 O +ATOM 20345 H1 TIP3X1234 47.690 -38.570 -40.500 1.00 0.00 W1 H +ATOM 20346 H2 TIP3X1234 46.630 -39.280 -39.710 1.00 0.00 W1 H +ATOM 20347 OH2 TIP3X1235 -39.930 -48.510 -21.250 1.00 0.00 W1 O +ATOM 20348 H1 TIP3X1235 -39.670 -49.430 -21.310 1.00 0.00 W1 H +ATOM 20349 H2 TIP3X1235 -39.320 -48.040 -21.830 1.00 0.00 W1 H +ATOM 20350 OH2 TIP3X1236 6.600 37.190 -18.350 1.00 0.00 W1 O +ATOM 20351 H1 TIP3X1236 6.880 36.680 -17.570 1.00 0.00 W1 H +ATOM 20352 H2 TIP3X1236 5.660 37.300 -18.230 1.00 0.00 W1 H +ATOM 20353 OH2 TIP3X1237 2.600 -50.830 17.480 1.00 0.00 W1 O +ATOM 20354 H1 TIP3X1237 2.480 -50.350 18.290 1.00 0.00 W1 H +ATOM 20355 H2 TIP3X1237 2.800 -51.720 17.750 1.00 0.00 W1 H +ATOM 20356 OH2 TIP3X1238 38.400 -37.930 -32.010 1.00 0.00 W1 O +ATOM 20357 H1 TIP3X1238 39.290 -38.030 -32.350 1.00 0.00 W1 H +ATOM 20358 H2 TIP3X1238 38.070 -37.150 -32.440 1.00 0.00 W1 H +ATOM 20359 OH2 TIP3X1239 -30.010 -28.180 -38.100 1.00 0.00 W1 O +ATOM 20360 H1 TIP3X1239 -30.800 -28.030 -38.620 1.00 0.00 W1 H +ATOM 20361 H2 TIP3X1239 -29.290 -28.150 -38.730 1.00 0.00 W1 H +ATOM 20362 OH2 TIP3X1240 10.930 -34.660 -46.520 1.00 0.00 W1 O +ATOM 20363 H1 TIP3X1240 10.290 -35.310 -46.240 1.00 0.00 W1 H +ATOM 20364 H2 TIP3X1240 10.440 -33.860 -46.650 1.00 0.00 W1 H +ATOM 20365 OH2 TIP3X1241 -13.310 38.420 -24.560 1.00 0.00 W1 O +ATOM 20366 H1 TIP3X1241 -13.470 38.990 -25.300 1.00 0.00 W1 H +ATOM 20367 H2 TIP3X1241 -13.710 37.580 -24.810 1.00 0.00 W1 H +ATOM 20368 OH2 TIP3X1242 24.280 27.670 33.730 1.00 0.00 W1 O +ATOM 20369 H1 TIP3X1242 24.130 27.470 34.650 1.00 0.00 W1 H +ATOM 20370 H2 TIP3X1242 24.810 26.950 33.420 1.00 0.00 W1 H +ATOM 20371 OH2 TIP3X1243 32.680 0.070 -26.450 1.00 0.00 W1 O +ATOM 20372 H1 TIP3X1243 33.520 -0.380 -26.540 1.00 0.00 W1 H +ATOM 20373 H2 TIP3X1243 32.840 0.750 -25.810 1.00 0.00 W1 H +ATOM 20374 OH2 TIP3X1244 -40.660 31.150 -9.570 1.00 0.00 W1 O +ATOM 20375 H1 TIP3X1244 -40.880 31.760 -10.290 1.00 0.00 W1 H +ATOM 20376 H2 TIP3X1244 -39.880 31.530 -9.170 1.00 0.00 W1 H +ATOM 20377 OH2 TIP3X1245 35.390 11.780 -23.760 1.00 0.00 W1 O +ATOM 20378 H1 TIP3X1245 36.000 12.000 -23.060 1.00 0.00 W1 H +ATOM 20379 H2 TIP3X1245 35.070 12.630 -24.070 1.00 0.00 W1 H +ATOM 20380 OH2 TIP3X1246 -1.540 21.170 31.570 1.00 0.00 W1 O +ATOM 20381 H1 TIP3X1246 -2.350 21.380 31.090 1.00 0.00 W1 H +ATOM 20382 H2 TIP3X1246 -1.140 22.010 31.770 1.00 0.00 W1 H +ATOM 20383 OH2 TIP3X1247 -24.840 -38.870 -40.070 1.00 0.00 W1 O +ATOM 20384 H1 TIP3X1247 -25.750 -38.660 -40.290 1.00 0.00 W1 H +ATOM 20385 H2 TIP3X1247 -24.400 -38.020 -40.050 1.00 0.00 W1 H +ATOM 20386 OH2 TIP3X1248 7.390 -17.740 26.960 1.00 0.00 W1 O +ATOM 20387 H1 TIP3X1248 7.570 -18.680 26.900 1.00 0.00 W1 H +ATOM 20388 H2 TIP3X1248 6.510 -17.640 26.610 1.00 0.00 W1 H +ATOM 20389 OH2 TIP3X1249 15.920 28.250 -39.350 1.00 0.00 W1 O +ATOM 20390 H1 TIP3X1249 15.720 28.690 -38.530 1.00 0.00 W1 H +ATOM 20391 H2 TIP3X1249 16.830 27.950 -39.250 1.00 0.00 W1 H +ATOM 20392 OH2 TIP3X1250 -18.600 -15.940 -41.400 1.00 0.00 W1 O +ATOM 20393 H1 TIP3X1250 -19.240 -16.610 -41.160 1.00 0.00 W1 H +ATOM 20394 H2 TIP3X1250 -19.050 -15.110 -41.240 1.00 0.00 W1 H +ATOM 20395 OH2 TIP3X1251 -31.760 -22.570 -44.050 1.00 0.00 W1 O +ATOM 20396 H1 TIP3X1251 -31.770 -21.770 -43.520 1.00 0.00 W1 H +ATOM 20397 H2 TIP3X1251 -32.670 -22.660 -44.360 1.00 0.00 W1 H +ATOM 20398 OH2 TIP3X1252 -38.340 32.030 14.650 1.00 0.00 W1 O +ATOM 20399 H1 TIP3X1252 -37.390 32.110 14.540 1.00 0.00 W1 H +ATOM 20400 H2 TIP3X1252 -38.620 32.910 14.920 1.00 0.00 W1 H +ATOM 20401 OH2 TIP3X1253 16.680 19.000 36.540 1.00 0.00 W1 O +ATOM 20402 H1 TIP3X1253 16.790 18.040 36.550 1.00 0.00 W1 H +ATOM 20403 H2 TIP3X1253 17.570 19.340 36.710 1.00 0.00 W1 H +ATOM 20404 OH2 TIP3X1254 49.340 -5.060 33.460 1.00 0.00 W1 O +ATOM 20405 H1 TIP3X1254 49.430 -4.110 33.360 1.00 0.00 W1 H +ATOM 20406 H2 TIP3X1254 48.530 -5.280 33.010 1.00 0.00 W1 H +ATOM 20407 OH2 TIP3X1255 -8.940 6.190 -45.160 1.00 0.00 W1 O +ATOM 20408 H1 TIP3X1255 -8.980 6.050 -44.210 1.00 0.00 W1 H +ATOM 20409 H2 TIP3X1255 -9.400 5.430 -45.520 1.00 0.00 W1 H +ATOM 20410 OH2 TIP3X1256 37.370 1.220 26.680 1.00 0.00 W1 O +ATOM 20411 H1 TIP3X1256 37.220 1.530 25.780 1.00 0.00 W1 H +ATOM 20412 H2 TIP3X1256 36.610 0.680 26.870 1.00 0.00 W1 H +ATOM 20413 OH2 TIP3X1257 44.610 -3.580 -13.690 1.00 0.00 W1 O +ATOM 20414 H1 TIP3X1257 45.490 -3.230 -13.880 1.00 0.00 W1 H +ATOM 20415 H2 TIP3X1257 44.700 -4.520 -13.810 1.00 0.00 W1 H +ATOM 20416 OH2 TIP3X1258 26.960 -24.760 31.690 1.00 0.00 W1 O +ATOM 20417 H1 TIP3X1258 27.720 -25.170 32.080 1.00 0.00 W1 H +ATOM 20418 H2 TIP3X1258 27.050 -24.930 30.750 1.00 0.00 W1 H +ATOM 20419 OH2 TIP3X1259 -23.620 -24.330 -30.910 1.00 0.00 W1 O +ATOM 20420 H1 TIP3X1259 -23.810 -23.450 -31.260 1.00 0.00 W1 H +ATOM 20421 H2 TIP3X1259 -23.820 -24.920 -31.630 1.00 0.00 W1 H +ATOM 20422 OH2 TIP3X1260 -13.970 -46.550 18.990 1.00 0.00 W1 O +ATOM 20423 H1 TIP3X1260 -14.240 -46.920 19.830 1.00 0.00 W1 H +ATOM 20424 H2 TIP3X1260 -14.770 -46.540 18.460 1.00 0.00 W1 H +ATOM 20425 OH2 TIP3X1261 0.420 29.330 39.610 1.00 0.00 W1 O +ATOM 20426 H1 TIP3X1261 0.680 30.210 39.890 1.00 0.00 W1 H +ATOM 20427 H2 TIP3X1261 1.150 29.050 39.050 1.00 0.00 W1 H +ATOM 20428 OH2 TIP3X1262 -20.230 28.280 -25.770 1.00 0.00 W1 O +ATOM 20429 H1 TIP3X1262 -19.710 29.080 -25.900 1.00 0.00 W1 H +ATOM 20430 H2 TIP3X1262 -19.720 27.600 -26.190 1.00 0.00 W1 H +ATOM 20431 OH2 TIP3X1263 -35.320 -36.870 -33.620 1.00 0.00 W1 O +ATOM 20432 H1 TIP3X1263 -35.680 -37.310 -32.850 1.00 0.00 W1 H +ATOM 20433 H2 TIP3X1263 -34.420 -37.210 -33.670 1.00 0.00 W1 H +ATOM 20434 OH2 TIP3X1264 -14.530 10.330 38.560 1.00 0.00 W1 O +ATOM 20435 H1 TIP3X1264 -13.610 10.190 38.320 1.00 0.00 W1 H +ATOM 20436 H2 TIP3X1264 -14.490 10.570 39.490 1.00 0.00 W1 H +ATOM 20437 OH2 TIP3X1265 41.690 -37.650 33.340 1.00 0.00 W1 O +ATOM 20438 H1 TIP3X1265 41.660 -38.500 32.890 1.00 0.00 W1 H +ATOM 20439 H2 TIP3X1265 40.940 -37.160 32.970 1.00 0.00 W1 H +ATOM 20440 OH2 TIP3X1266 -29.720 -43.350 -47.870 1.00 0.00 W1 O +ATOM 20441 H1 TIP3X1266 -29.910 -44.100 -48.440 1.00 0.00 W1 H +ATOM 20442 H2 TIP3X1266 -28.760 -43.300 -47.850 1.00 0.00 W1 H +ATOM 20443 OH2 TIP3X1267 46.480 32.130 19.170 1.00 0.00 W1 O +ATOM 20444 H1 TIP3X1267 47.280 32.510 18.800 1.00 0.00 W1 H +ATOM 20445 H2 TIP3X1267 45.880 32.060 18.420 1.00 0.00 W1 H +ATOM 20446 OH2 TIP3X1268 -28.090 13.550 35.540 1.00 0.00 W1 O +ATOM 20447 H1 TIP3X1268 -28.430 13.730 36.420 1.00 0.00 W1 H +ATOM 20448 H2 TIP3X1268 -28.860 13.630 34.970 1.00 0.00 W1 H +ATOM 20449 OH2 TIP3X1269 11.530 15.340 30.980 1.00 0.00 W1 O +ATOM 20450 H1 TIP3X1269 11.890 16.130 31.390 1.00 0.00 W1 H +ATOM 20451 H2 TIP3X1269 11.450 14.720 31.700 1.00 0.00 W1 H +ATOM 20452 OH2 TIP3X1270 -3.160 -4.160 -39.130 1.00 0.00 W1 O +ATOM 20453 H1 TIP3X1270 -3.750 -4.740 -38.660 1.00 0.00 W1 H +ATOM 20454 H2 TIP3X1270 -2.710 -4.720 -39.760 1.00 0.00 W1 H +ATOM 20455 OH2 TIP3X1271 8.810 0.980 33.220 1.00 0.00 W1 O +ATOM 20456 H1 TIP3X1271 9.430 0.500 32.660 1.00 0.00 W1 H +ATOM 20457 H2 TIP3X1271 9.330 1.260 33.970 1.00 0.00 W1 H +ATOM 20458 OH2 TIP3X1272 42.390 -0.230 27.630 1.00 0.00 W1 O +ATOM 20459 H1 TIP3X1272 43.050 0.140 28.230 1.00 0.00 W1 H +ATOM 20460 H2 TIP3X1272 41.790 0.500 27.470 1.00 0.00 W1 H +ATOM 20461 OH2 TIP3X1273 32.990 21.760 38.340 1.00 0.00 W1 O +ATOM 20462 H1 TIP3X1273 33.090 22.210 39.180 1.00 0.00 W1 H +ATOM 20463 H2 TIP3X1273 33.890 21.600 38.050 1.00 0.00 W1 H +ATOM 20464 OH2 TIP3X1274 -15.890 -33.690 33.610 1.00 0.00 W1 O +ATOM 20465 H1 TIP3X1274 -16.750 -33.390 33.330 1.00 0.00 W1 H +ATOM 20466 H2 TIP3X1274 -15.910 -33.660 34.560 1.00 0.00 W1 H +ATOM 20467 OH2 TIP3X1275 -34.370 40.330 29.770 1.00 0.00 W1 O +ATOM 20468 H1 TIP3X1275 -33.520 39.990 29.520 1.00 0.00 W1 H +ATOM 20469 H2 TIP3X1275 -34.980 39.610 29.640 1.00 0.00 W1 H +ATOM 20470 OH2 TIP3X1276 -42.260 -1.950 -13.600 1.00 0.00 W1 O +ATOM 20471 H1 TIP3X1276 -42.580 -2.330 -14.400 1.00 0.00 W1 H +ATOM 20472 H2 TIP3X1276 -41.320 -1.790 -13.740 1.00 0.00 W1 H +ATOM 20473 OH2 TIP3X1277 43.970 -10.460 -40.700 1.00 0.00 W1 O +ATOM 20474 H1 TIP3X1277 43.900 -11.210 -40.120 1.00 0.00 W1 H +ATOM 20475 H2 TIP3X1277 43.840 -10.800 -41.580 1.00 0.00 W1 H +ATOM 20476 OH2 TIP3X1278 -18.850 32.340 -32.470 1.00 0.00 W1 O +ATOM 20477 H1 TIP3X1278 -18.700 31.420 -32.270 1.00 0.00 W1 H +ATOM 20478 H2 TIP3X1278 -18.880 32.370 -33.430 1.00 0.00 W1 H +ATOM 20479 OH2 TIP3X1279 42.870 6.920 -36.730 1.00 0.00 W1 O +ATOM 20480 H1 TIP3X1279 43.240 6.560 -37.530 1.00 0.00 W1 H +ATOM 20481 H2 TIP3X1279 42.350 7.670 -37.000 1.00 0.00 W1 H +ATOM 20482 OH2 TIP3X1280 -0.880 -44.400 -30.770 1.00 0.00 W1 O +ATOM 20483 H1 TIP3X1280 -1.810 -44.610 -30.760 1.00 0.00 W1 H +ATOM 20484 H2 TIP3X1280 -0.740 -43.970 -31.620 1.00 0.00 W1 H +ATOM 20485 OH2 TIP3X1281 -28.700 -10.650 25.580 1.00 0.00 W1 O +ATOM 20486 H1 TIP3X1281 -28.140 -11.190 26.150 1.00 0.00 W1 H +ATOM 20487 H2 TIP3X1281 -29.190 -10.090 26.180 1.00 0.00 W1 H +ATOM 20488 OH2 TIP3X1282 24.990 -33.800 -50.550 1.00 0.00 W1 O +ATOM 20489 H1 TIP3X1282 25.710 -34.440 -50.540 1.00 0.00 W1 H +ATOM 20490 H2 TIP3X1282 24.690 -33.790 -51.450 1.00 0.00 W1 H +ATOM 20491 OH2 TIP3X1283 38.780 8.890 26.090 1.00 0.00 W1 O +ATOM 20492 H1 TIP3X1283 38.960 8.060 25.650 1.00 0.00 W1 H +ATOM 20493 H2 TIP3X1283 37.910 9.140 25.780 1.00 0.00 W1 H +ATOM 20494 OH2 TIP3X1284 0.170 -35.640 30.520 1.00 0.00 W1 O +ATOM 20495 H1 TIP3X1284 0.340 -35.670 29.580 1.00 0.00 W1 H +ATOM 20496 H2 TIP3X1284 0.120 -36.560 30.780 1.00 0.00 W1 H +ATOM 20497 OH2 TIP3X1285 31.100 -38.170 18.730 1.00 0.00 W1 O +ATOM 20498 H1 TIP3X1285 31.480 -37.740 17.950 1.00 0.00 W1 H +ATOM 20499 H2 TIP3X1285 31.140 -37.500 19.410 1.00 0.00 W1 H +ATOM 20500 OH2 TIP3X1286 -25.260 14.050 -46.590 1.00 0.00 W1 O +ATOM 20501 H1 TIP3X1286 -25.440 14.130 -47.520 1.00 0.00 W1 H +ATOM 20502 H2 TIP3X1286 -24.680 14.780 -46.380 1.00 0.00 W1 H +ATOM 20503 OH2 TIP3X1287 44.850 35.660 38.590 1.00 0.00 W1 O +ATOM 20504 H1 TIP3X1287 44.010 35.470 38.990 1.00 0.00 W1 H +ATOM 20505 H2 TIP3X1287 45.490 35.250 39.170 1.00 0.00 W1 H +ATOM 20506 OH2 TIP3X1288 -2.840 -23.730 -30.900 1.00 0.00 W1 O +ATOM 20507 H1 TIP3X1288 -3.280 -22.920 -30.640 1.00 0.00 W1 H +ATOM 20508 H2 TIP3X1288 -2.380 -24.020 -30.100 1.00 0.00 W1 H +ATOM 20509 OH2 TIP3X1289 3.870 24.030 -28.870 1.00 0.00 W1 O +ATOM 20510 H1 TIP3X1289 3.600 24.100 -29.780 1.00 0.00 W1 H +ATOM 20511 H2 TIP3X1289 4.640 23.460 -28.890 1.00 0.00 W1 H +ATOM 20512 OH2 TIP3X1290 -33.460 -9.670 38.520 1.00 0.00 W1 O +ATOM 20513 H1 TIP3X1290 -33.300 -10.380 37.890 1.00 0.00 W1 H +ATOM 20514 H2 TIP3X1290 -32.850 -9.850 39.230 1.00 0.00 W1 H +ATOM 20515 OH2 TIP3X1291 32.970 18.270 22.650 1.00 0.00 W1 O +ATOM 20516 H1 TIP3X1291 33.000 17.320 22.710 1.00 0.00 W1 H +ATOM 20517 H2 TIP3X1291 32.610 18.440 21.780 1.00 0.00 W1 H +ATOM 20518 OH2 TIP3X1292 38.510 -37.340 -38.940 1.00 0.00 W1 O +ATOM 20519 H1 TIP3X1292 38.070 -36.540 -38.650 1.00 0.00 W1 H +ATOM 20520 H2 TIP3X1292 37.940 -38.050 -38.670 1.00 0.00 W1 H +ATOM 20521 OH2 TIP3X1293 4.210 38.940 -46.480 1.00 0.00 W1 O +ATOM 20522 H1 TIP3X1293 4.350 39.780 -46.920 1.00 0.00 W1 H +ATOM 20523 H2 TIP3X1293 4.550 39.050 -45.600 1.00 0.00 W1 H +ATOM 20524 OH2 TIP3X1294 46.520 17.100 27.350 1.00 0.00 W1 O +ATOM 20525 H1 TIP3X1294 47.340 16.990 27.810 1.00 0.00 W1 H +ATOM 20526 H2 TIP3X1294 46.320 18.040 27.410 1.00 0.00 W1 H +ATOM 20527 OH2 TIP3X1295 -10.070 -32.200 36.740 1.00 0.00 W1 O +ATOM 20528 H1 TIP3X1295 -9.340 -31.660 37.030 1.00 0.00 W1 H +ATOM 20529 H2 TIP3X1295 -10.070 -32.950 37.340 1.00 0.00 W1 H +ATOM 20530 OH2 TIP3X1296 20.870 -12.040 -26.850 1.00 0.00 W1 O +ATOM 20531 H1 TIP3X1296 21.650 -11.510 -26.930 1.00 0.00 W1 H +ATOM 20532 H2 TIP3X1296 20.410 -11.950 -27.690 1.00 0.00 W1 H +ATOM 20533 OH2 TIP3X1297 48.080 -28.840 26.520 1.00 0.00 W1 O +ATOM 20534 H1 TIP3X1297 48.940 -29.250 26.440 1.00 0.00 W1 H +ATOM 20535 H2 TIP3X1297 47.470 -29.490 26.170 1.00 0.00 W1 H +ATOM 20536 OH2 TIP3X1298 13.120 -28.760 -37.460 1.00 0.00 W1 O +ATOM 20537 H1 TIP3X1298 12.600 -29.510 -37.780 1.00 0.00 W1 H +ATOM 20538 H2 TIP3X1298 13.230 -28.910 -36.530 1.00 0.00 W1 H +ATOM 20539 OH2 TIP3X1299 19.630 -21.680 -32.500 1.00 0.00 W1 O +ATOM 20540 H1 TIP3X1299 20.080 -21.490 -33.320 1.00 0.00 W1 H +ATOM 20541 H2 TIP3X1299 20.310 -22.090 -31.950 1.00 0.00 W1 H +ATOM 20542 OH2 TIP3X1300 6.590 -37.290 -24.380 1.00 0.00 W1 O +ATOM 20543 H1 TIP3X1300 6.400 -36.490 -23.900 1.00 0.00 W1 H +ATOM 20544 H2 TIP3X1300 5.870 -37.880 -24.150 1.00 0.00 W1 H +ATOM 20545 OH2 TIP3X1301 -13.040 32.460 -38.370 1.00 0.00 W1 O +ATOM 20546 H1 TIP3X1301 -13.450 31.730 -38.830 1.00 0.00 W1 H +ATOM 20547 H2 TIP3X1301 -13.640 32.650 -37.650 1.00 0.00 W1 H +ATOM 20548 OH2 TIP3X1302 43.950 -45.640 -38.050 1.00 0.00 W1 O +ATOM 20549 H1 TIP3X1302 43.070 -45.910 -38.320 1.00 0.00 W1 H +ATOM 20550 H2 TIP3X1302 44.510 -46.370 -38.310 1.00 0.00 W1 H +ATOM 20551 OH2 TIP3X1303 -25.970 -7.070 -30.070 1.00 0.00 W1 O +ATOM 20552 H1 TIP3X1303 -25.680 -7.940 -29.800 1.00 0.00 W1 H +ATOM 20553 H2 TIP3X1303 -26.640 -6.830 -29.420 1.00 0.00 W1 H +ATOM 20554 OH2 TIP3X1304 3.010 -51.730 25.090 1.00 0.00 W1 O +ATOM 20555 H1 TIP3X1304 2.860 -50.810 24.860 1.00 0.00 W1 H +ATOM 20556 H2 TIP3X1304 2.610 -52.220 24.380 1.00 0.00 W1 H +ATOM 20557 OH2 TIP3X1305 12.470 9.540 -45.800 1.00 0.00 W1 O +ATOM 20558 H1 TIP3X1305 12.540 9.790 -46.720 1.00 0.00 W1 H +ATOM 20559 H2 TIP3X1305 13.370 9.560 -45.480 1.00 0.00 W1 H +ATOM 20560 OH2 TIP3X1306 45.270 32.060 -24.040 1.00 0.00 W1 O +ATOM 20561 H1 TIP3X1306 45.660 32.500 -24.800 1.00 0.00 W1 H +ATOM 20562 H2 TIP3X1306 45.990 31.580 -23.650 1.00 0.00 W1 H +ATOM 20563 OH2 TIP3X1307 32.580 -11.570 -14.810 1.00 0.00 W1 O +ATOM 20564 H1 TIP3X1307 31.860 -11.600 -14.180 1.00 0.00 W1 H +ATOM 20565 H2 TIP3X1307 33.190 -10.930 -14.440 1.00 0.00 W1 H +ATOM 20566 OH2 TIP3X1308 -23.380 24.490 27.630 1.00 0.00 W1 O +ATOM 20567 H1 TIP3X1308 -22.490 24.410 27.260 1.00 0.00 W1 H +ATOM 20568 H2 TIP3X1308 -23.400 23.830 28.320 1.00 0.00 W1 H +ATOM 20569 OH2 TIP3X1309 44.640 -3.550 35.020 1.00 0.00 W1 O +ATOM 20570 H1 TIP3X1309 45.420 -3.740 34.490 1.00 0.00 W1 H +ATOM 20571 H2 TIP3X1309 44.900 -2.820 35.580 1.00 0.00 W1 H +ATOM 20572 OH2 TIP3X1310 13.490 -35.460 -40.920 1.00 0.00 W1 O +ATOM 20573 H1 TIP3X1310 13.980 -35.950 -41.580 1.00 0.00 W1 H +ATOM 20574 H2 TIP3X1310 12.570 -35.570 -41.180 1.00 0.00 W1 H +ATOM 20575 OH2 TIP3X1311 -6.100 40.270 13.330 1.00 0.00 W1 O +ATOM 20576 H1 TIP3X1311 -5.910 40.360 12.390 1.00 0.00 W1 H +ATOM 20577 H2 TIP3X1311 -6.980 39.920 13.370 1.00 0.00 W1 H +ATOM 20578 OH2 TIP3X1312 -3.320 -23.740 -43.990 1.00 0.00 W1 O +ATOM 20579 H1 TIP3X1312 -3.250 -24.210 -43.160 1.00 0.00 W1 H +ATOM 20580 H2 TIP3X1312 -2.520 -23.950 -44.470 1.00 0.00 W1 H +ATOM 20581 OH2 TIP3X1313 -17.890 -30.680 -40.780 1.00 0.00 W1 O +ATOM 20582 H1 TIP3X1313 -17.660 -31.330 -41.450 1.00 0.00 W1 H +ATOM 20583 H2 TIP3X1313 -17.410 -30.960 -40.000 1.00 0.00 W1 H +ATOM 20584 OH2 TIP3X1314 -22.640 -51.370 18.230 1.00 0.00 W1 O +ATOM 20585 H1 TIP3X1314 -22.510 -51.320 17.270 1.00 0.00 W1 H +ATOM 20586 H2 TIP3X1314 -22.280 -50.540 18.550 1.00 0.00 W1 H +ATOM 20587 OH2 TIP3X1315 14.970 28.840 28.550 1.00 0.00 W1 O +ATOM 20588 H1 TIP3X1315 15.560 29.470 28.980 1.00 0.00 W1 H +ATOM 20589 H2 TIP3X1315 14.370 28.570 29.240 1.00 0.00 W1 H +ATOM 20590 OH2 TIP3X1316 1.320 -1.300 32.040 1.00 0.00 W1 O +ATOM 20591 H1 TIP3X1316 0.800 -0.610 31.640 1.00 0.00 W1 H +ATOM 20592 H2 TIP3X1316 2.220 -1.080 31.820 1.00 0.00 W1 H +ATOM 20593 OH2 TIP3X1317 1.460 -18.540 34.840 1.00 0.00 W1 O +ATOM 20594 H1 TIP3X1317 0.790 -19.140 35.180 1.00 0.00 W1 H +ATOM 20595 H2 TIP3X1317 1.180 -17.670 35.130 1.00 0.00 W1 H +ATOM 20596 OH2 TIP3X1318 5.980 -48.740 -23.370 1.00 0.00 W1 O +ATOM 20597 H1 TIP3X1318 5.360 -49.130 -22.750 1.00 0.00 W1 H +ATOM 20598 H2 TIP3X1318 6.160 -47.870 -23.010 1.00 0.00 W1 H +ATOM 20599 OH2 TIP3X1319 4.480 -10.960 -42.070 1.00 0.00 W1 O +ATOM 20600 H1 TIP3X1319 4.420 -10.720 -42.990 1.00 0.00 W1 H +ATOM 20601 H2 TIP3X1319 3.570 -11.030 -41.770 1.00 0.00 W1 H +ATOM 20602 OH2 TIP3X1320 -9.390 -34.790 33.970 1.00 0.00 W1 O +ATOM 20603 H1 TIP3X1320 -10.190 -35.060 34.410 1.00 0.00 W1 H +ATOM 20604 H2 TIP3X1320 -8.880 -35.590 33.870 1.00 0.00 W1 H +ATOM 20605 OH2 TIP3X1321 37.790 -16.930 36.620 1.00 0.00 W1 O +ATOM 20606 H1 TIP3X1321 37.560 -16.010 36.560 1.00 0.00 W1 H +ATOM 20607 H2 TIP3X1321 37.430 -17.320 35.840 1.00 0.00 W1 H +ATOM 20608 OH2 TIP3X1322 -31.250 -21.770 -37.970 1.00 0.00 W1 O +ATOM 20609 H1 TIP3X1322 -30.450 -21.230 -37.980 1.00 0.00 W1 H +ATOM 20610 H2 TIP3X1322 -30.940 -22.670 -37.890 1.00 0.00 W1 H +ATOM 20611 OH2 TIP3X1323 -40.190 -35.110 13.990 1.00 0.00 W1 O +ATOM 20612 H1 TIP3X1323 -39.550 -35.190 14.710 1.00 0.00 W1 H +ATOM 20613 H2 TIP3X1323 -39.880 -35.740 13.330 1.00 0.00 W1 H +ATOM 20614 OH2 TIP3X1324 12.960 7.950 -37.340 1.00 0.00 W1 O +ATOM 20615 H1 TIP3X1324 13.510 7.830 -38.110 1.00 0.00 W1 H +ATOM 20616 H2 TIP3X1324 12.490 8.760 -37.500 1.00 0.00 W1 H +ATOM 20617 OH2 TIP3X1325 -37.700 6.910 -45.580 1.00 0.00 W1 O +ATOM 20618 H1 TIP3X1325 -37.600 6.180 -44.970 1.00 0.00 W1 H +ATOM 20619 H2 TIP3X1325 -38.600 7.210 -45.450 1.00 0.00 W1 H +ATOM 20620 OH2 TIP3X1326 -2.150 21.330 -48.890 1.00 0.00 W1 O +ATOM 20621 H1 TIP3X1326 -1.860 21.120 -48.000 1.00 0.00 W1 H +ATOM 20622 H2 TIP3X1326 -1.870 22.240 -49.010 1.00 0.00 W1 H +ATOM 20623 OH2 TIP3X1327 -25.640 -35.970 33.840 1.00 0.00 W1 O +ATOM 20624 H1 TIP3X1327 -24.860 -36.520 33.810 1.00 0.00 W1 H +ATOM 20625 H2 TIP3X1327 -26.230 -36.360 33.190 1.00 0.00 W1 H +ATOM 20626 OH2 TIP3X1328 -35.990 -46.630 -40.000 1.00 0.00 W1 O +ATOM 20627 H1 TIP3X1328 -36.260 -45.740 -40.230 1.00 0.00 W1 H +ATOM 20628 H2 TIP3X1328 -35.700 -46.560 -39.100 1.00 0.00 W1 H +ATOM 20629 OH2 TIP3X1329 -23.900 -34.070 -32.650 1.00 0.00 W1 O +ATOM 20630 H1 TIP3X1329 -23.910 -34.570 -33.470 1.00 0.00 W1 H +ATOM 20631 H2 TIP3X1329 -23.630 -34.700 -31.980 1.00 0.00 W1 H +ATOM 20632 OH2 TIP3X1330 42.880 -29.090 -40.770 1.00 0.00 W1 O +ATOM 20633 H1 TIP3X1330 43.450 -29.690 -41.250 1.00 0.00 W1 H +ATOM 20634 H2 TIP3X1330 41.990 -29.370 -40.990 1.00 0.00 W1 H +ATOM 20635 OH2 TIP3X1331 32.800 -1.570 17.850 1.00 0.00 W1 O +ATOM 20636 H1 TIP3X1331 31.990 -1.140 17.580 1.00 0.00 W1 H +ATOM 20637 H2 TIP3X1331 33.480 -1.160 17.330 1.00 0.00 W1 H +ATOM 20638 OH2 TIP3X1332 38.060 5.450 20.530 1.00 0.00 W1 O +ATOM 20639 H1 TIP3X1332 38.330 4.720 19.960 1.00 0.00 W1 H +ATOM 20640 H2 TIP3X1332 38.880 5.830 20.830 1.00 0.00 W1 H +ATOM 20641 OH2 TIP3X1333 43.960 -21.500 -22.190 1.00 0.00 W1 O +ATOM 20642 H1 TIP3X1333 44.280 -20.600 -22.110 1.00 0.00 W1 H +ATOM 20643 H2 TIP3X1333 43.740 -21.590 -23.100 1.00 0.00 W1 H +ATOM 20644 OH2 TIP3X1334 18.870 22.590 21.430 1.00 0.00 W1 O +ATOM 20645 H1 TIP3X1334 19.380 22.390 20.650 1.00 0.00 W1 H +ATOM 20646 H2 TIP3X1334 18.060 22.060 21.340 1.00 0.00 W1 H +ATOM 20647 OH2 TIP3X1335 -30.490 -28.230 28.790 1.00 0.00 W1 O +ATOM 20648 H1 TIP3X1335 -30.980 -27.860 29.520 1.00 0.00 W1 H +ATOM 20649 H2 TIP3X1335 -30.760 -29.150 28.750 1.00 0.00 W1 H +ATOM 20650 OH2 TIP3X1336 -44.800 -16.990 -19.600 1.00 0.00 W1 O +ATOM 20651 H1 TIP3X1336 -44.970 -16.810 -18.670 1.00 0.00 W1 H +ATOM 20652 H2 TIP3X1336 -45.090 -16.200 -20.060 1.00 0.00 W1 H +ATOM 20653 OH2 TIP3X1337 -3.360 -32.860 -21.390 1.00 0.00 W1 O +ATOM 20654 H1 TIP3X1337 -3.970 -33.360 -20.870 1.00 0.00 W1 H +ATOM 20655 H2 TIP3X1337 -3.770 -32.010 -21.500 1.00 0.00 W1 H +ATOM 20656 OH2 TIP3X1338 -22.110 -39.200 -33.070 1.00 0.00 W1 O +ATOM 20657 H1 TIP3X1338 -21.620 -38.370 -33.070 1.00 0.00 W1 H +ATOM 20658 H2 TIP3X1338 -21.470 -39.850 -33.390 1.00 0.00 W1 H +ATOM 20659 OH2 TIP3X1339 -30.160 0.600 33.460 1.00 0.00 W1 O +ATOM 20660 H1 TIP3X1339 -29.240 0.640 33.200 1.00 0.00 W1 H +ATOM 20661 H2 TIP3X1339 -30.630 0.480 32.640 1.00 0.00 W1 H +ATOM 20662 OH2 TIP3X1340 -23.560 33.560 34.720 1.00 0.00 W1 O +ATOM 20663 H1 TIP3X1340 -23.700 32.660 34.420 1.00 0.00 W1 H +ATOM 20664 H2 TIP3X1340 -22.740 33.520 35.210 1.00 0.00 W1 H +ATOM 20665 OH2 TIP3X1341 -31.720 -8.950 -23.270 1.00 0.00 W1 O +ATOM 20666 H1 TIP3X1341 -31.180 -9.400 -23.910 1.00 0.00 W1 H +ATOM 20667 H2 TIP3X1341 -31.130 -8.740 -22.540 1.00 0.00 W1 H +ATOM 20668 OH2 TIP3X1342 -23.500 -12.610 -50.060 1.00 0.00 W1 O +ATOM 20669 H1 TIP3X1342 -23.330 -13.240 -49.360 1.00 0.00 W1 H +ATOM 20670 H2 TIP3X1342 -23.890 -13.140 -50.770 1.00 0.00 W1 H +ATOM 20671 OH2 TIP3X1343 -13.340 -50.870 24.820 1.00 0.00 W1 O +ATOM 20672 H1 TIP3X1343 -12.990 -50.610 25.670 1.00 0.00 W1 H +ATOM 20673 H2 TIP3X1343 -14.150 -50.350 24.730 1.00 0.00 W1 H +ATOM 20674 OH2 TIP3X1344 24.760 40.800 -32.920 1.00 0.00 W1 O +ATOM 20675 H1 TIP3X1344 23.960 41.230 -33.220 1.00 0.00 W1 H +ATOM 20676 H2 TIP3X1344 25.470 41.370 -33.200 1.00 0.00 W1 H +ATOM 20677 OH2 TIP3X1345 -33.540 -13.880 -31.050 1.00 0.00 W1 O +ATOM 20678 H1 TIP3X1345 -33.030 -14.000 -31.860 1.00 0.00 W1 H +ATOM 20679 H2 TIP3X1345 -34.430 -13.710 -31.360 1.00 0.00 W1 H +ATOM 20680 OH2 TIP3X1346 -25.650 -10.330 21.510 1.00 0.00 W1 O +ATOM 20681 H1 TIP3X1346 -25.670 -10.070 20.590 1.00 0.00 W1 H +ATOM 20682 H2 TIP3X1346 -25.780 -9.520 21.990 1.00 0.00 W1 H +ATOM 20683 OH2 TIP3X1347 -18.980 -23.210 -15.060 1.00 0.00 W1 O +ATOM 20684 H1 TIP3X1347 -18.980 -22.260 -14.910 1.00 0.00 W1 H +ATOM 20685 H2 TIP3X1347 -18.230 -23.530 -14.550 1.00 0.00 W1 H +ATOM 20686 OH2 TIP3X1348 26.570 -19.180 22.980 1.00 0.00 W1 O +ATOM 20687 H1 TIP3X1348 26.530 -18.250 23.220 1.00 0.00 W1 H +ATOM 20688 H2 TIP3X1348 25.740 -19.540 23.260 1.00 0.00 W1 H +ATOM 20689 OH2 TIP3X1349 -4.020 -42.020 35.980 1.00 0.00 W1 O +ATOM 20690 H1 TIP3X1349 -4.010 -42.480 35.140 1.00 0.00 W1 H +ATOM 20691 H2 TIP3X1349 -3.120 -41.750 36.120 1.00 0.00 W1 H +ATOM 20692 OH2 TIP3X1350 10.280 10.410 19.050 1.00 0.00 W1 O +ATOM 20693 H1 TIP3X1350 9.890 9.920 18.340 1.00 0.00 W1 H +ATOM 20694 H2 TIP3X1350 10.360 11.310 18.720 1.00 0.00 W1 H +ATOM 20695 OH2 TIP3X1351 41.870 -27.730 32.450 1.00 0.00 W1 O +ATOM 20696 H1 TIP3X1351 41.930 -28.220 31.620 1.00 0.00 W1 H +ATOM 20697 H2 TIP3X1351 41.070 -27.210 32.360 1.00 0.00 W1 H +ATOM 20698 OH2 TIP3X1352 27.150 -17.460 20.710 1.00 0.00 W1 O +ATOM 20699 H1 TIP3X1352 27.140 -18.310 21.150 1.00 0.00 W1 H +ATOM 20700 H2 TIP3X1352 26.350 -17.020 21.010 1.00 0.00 W1 H +ATOM 20701 OH2 TIP3X1353 20.690 29.790 38.180 1.00 0.00 W1 O +ATOM 20702 H1 TIP3X1353 21.290 29.050 38.290 1.00 0.00 W1 H +ATOM 20703 H2 TIP3X1353 21.120 30.350 37.530 1.00 0.00 W1 H +ATOM 20704 OH2 TIP3X1354 -44.400 -42.430 -49.550 1.00 0.00 W1 O +ATOM 20705 H1 TIP3X1354 -44.220 -42.070 -48.680 1.00 0.00 W1 H +ATOM 20706 H2 TIP3X1354 -44.480 -41.650 -50.110 1.00 0.00 W1 H +ATOM 20707 OH2 TIP3X1355 33.250 -23.620 27.610 1.00 0.00 W1 O +ATOM 20708 H1 TIP3X1355 34.040 -23.810 27.110 1.00 0.00 W1 H +ATOM 20709 H2 TIP3X1355 32.930 -22.790 27.270 1.00 0.00 W1 H +ATOM 20710 OH2 TIP3X1356 -38.210 19.130 -44.170 1.00 0.00 W1 O +ATOM 20711 H1 TIP3X1356 -37.610 19.250 -44.910 1.00 0.00 W1 H +ATOM 20712 H2 TIP3X1356 -37.760 19.560 -43.440 1.00 0.00 W1 H +ATOM 20713 OH2 TIP3X1357 -22.700 -23.860 31.110 1.00 0.00 W1 O +ATOM 20714 H1 TIP3X1357 -22.110 -24.550 30.820 1.00 0.00 W1 H +ATOM 20715 H2 TIP3X1357 -23.380 -23.820 30.440 1.00 0.00 W1 H +ATOM 20716 OH2 TIP3X1358 31.500 -6.090 -46.290 1.00 0.00 W1 O +ATOM 20717 H1 TIP3X1358 31.760 -5.460 -46.970 1.00 0.00 W1 H +ATOM 20718 H2 TIP3X1358 32.120 -5.930 -45.570 1.00 0.00 W1 H +ATOM 20719 OH2 TIP3X1359 -7.020 -25.710 -36.540 1.00 0.00 W1 O +ATOM 20720 H1 TIP3X1359 -6.500 -26.030 -35.800 1.00 0.00 W1 H +ATOM 20721 H2 TIP3X1359 -7.760 -26.300 -36.590 1.00 0.00 W1 H +ATOM 20722 OH2 TIP3X1360 39.200 -32.320 -40.230 1.00 0.00 W1 O +ATOM 20723 H1 TIP3X1360 38.730 -31.510 -40.350 1.00 0.00 W1 H +ATOM 20724 H2 TIP3X1360 39.310 -32.690 -41.110 1.00 0.00 W1 H +ATOM 20725 OH2 TIP3X1361 22.790 -40.710 -28.480 1.00 0.00 W1 O +ATOM 20726 H1 TIP3X1361 21.910 -40.890 -28.820 1.00 0.00 W1 H +ATOM 20727 H2 TIP3X1361 22.650 -40.140 -27.730 1.00 0.00 W1 H +ATOM 20728 OH2 TIP3X1362 -12.210 5.540 -32.680 1.00 0.00 W1 O +ATOM 20729 H1 TIP3X1362 -12.890 5.390 -33.340 1.00 0.00 W1 H +ATOM 20730 H2 TIP3X1362 -11.830 6.390 -32.900 1.00 0.00 W1 H +ATOM 20731 OH2 TIP3X1363 26.790 2.410 -35.680 1.00 0.00 W1 O +ATOM 20732 H1 TIP3X1363 26.320 3.210 -35.480 1.00 0.00 W1 H +ATOM 20733 H2 TIP3X1363 26.350 2.070 -36.460 1.00 0.00 W1 H +ATOM 20734 OH2 TIP3X1364 5.840 -7.540 31.550 1.00 0.00 W1 O +ATOM 20735 H1 TIP3X1364 4.990 -7.250 31.230 1.00 0.00 W1 H +ATOM 20736 H2 TIP3X1364 5.820 -7.390 32.480 1.00 0.00 W1 H +ATOM 20737 OH2 TIP3X1365 30.270 -46.220 -53.110 1.00 0.00 W1 O +ATOM 20738 H1 TIP3X1365 30.410 -46.420 -52.190 1.00 0.00 W1 H +ATOM 20739 H2 TIP3X1365 29.380 -45.860 -53.140 1.00 0.00 W1 H +ATOM 20740 OH2 TIP3X1366 -9.350 -12.300 -46.040 1.00 0.00 W1 O +ATOM 20741 H1 TIP3X1366 -8.540 -12.700 -46.360 1.00 0.00 W1 H +ATOM 20742 H2 TIP3X1366 -9.990 -12.990 -46.090 1.00 0.00 W1 H +ATOM 20743 OH2 TIP3X1367 27.720 -45.440 -52.510 1.00 0.00 W1 O +ATOM 20744 H1 TIP3X1367 27.830 -46.100 -51.810 1.00 0.00 W1 H +ATOM 20745 H2 TIP3X1367 26.770 -45.440 -52.680 1.00 0.00 W1 H +ATOM 20746 OH2 TIP3X1368 17.980 -37.590 -32.080 1.00 0.00 W1 O +ATOM 20747 H1 TIP3X1368 18.130 -37.040 -32.850 1.00 0.00 W1 H +ATOM 20748 H2 TIP3X1368 18.770 -37.500 -31.560 1.00 0.00 W1 H +ATOM 20749 OH2 TIP3X1369 4.200 8.850 -22.790 1.00 0.00 W1 O +ATOM 20750 H1 TIP3X1369 4.490 9.720 -23.070 1.00 0.00 W1 H +ATOM 20751 H2 TIP3X1369 4.960 8.490 -22.310 1.00 0.00 W1 H +ATOM 20752 OH2 TIP3X1370 -32.210 -49.890 29.100 1.00 0.00 W1 O +ATOM 20753 H1 TIP3X1370 -31.420 -50.400 29.250 1.00 0.00 W1 H +ATOM 20754 H2 TIP3X1370 -31.890 -48.990 28.970 1.00 0.00 W1 H +ATOM 20755 OH2 TIP3X1371 -29.230 -33.880 -47.860 1.00 0.00 W1 O +ATOM 20756 H1 TIP3X1371 -29.160 -32.960 -47.580 1.00 0.00 W1 H +ATOM 20757 H2 TIP3X1371 -29.950 -33.880 -48.490 1.00 0.00 W1 H +ATOM 20758 OH2 TIP3X1372 46.830 -4.000 -44.890 1.00 0.00 W1 O +ATOM 20759 H1 TIP3X1372 45.980 -4.020 -45.330 1.00 0.00 W1 H +ATOM 20760 H2 TIP3X1372 47.470 -4.040 -45.600 1.00 0.00 W1 H +ATOM 20761 OH2 TIP3X1373 -32.880 18.800 -36.740 1.00 0.00 W1 O +ATOM 20762 H1 TIP3X1373 -32.650 17.870 -36.800 1.00 0.00 W1 H +ATOM 20763 H2 TIP3X1373 -33.760 18.840 -37.120 1.00 0.00 W1 H +ATOM 20764 OH2 TIP3X1374 32.860 36.010 -27.630 1.00 0.00 W1 O +ATOM 20765 H1 TIP3X1374 32.420 36.820 -27.410 1.00 0.00 W1 H +ATOM 20766 H2 TIP3X1374 32.380 35.680 -28.390 1.00 0.00 W1 H +ATOM 20767 OH2 TIP3X1375 -5.530 39.130 36.120 1.00 0.00 W1 O +ATOM 20768 H1 TIP3X1375 -5.180 38.590 36.830 1.00 0.00 W1 H +ATOM 20769 H2 TIP3X1375 -6.470 39.130 36.260 1.00 0.00 W1 H +ATOM 20770 OH2 TIP3X1376 -24.080 -6.220 26.800 1.00 0.00 W1 O +ATOM 20771 H1 TIP3X1376 -23.890 -5.330 27.070 1.00 0.00 W1 H +ATOM 20772 H2 TIP3X1376 -25.020 -6.250 26.700 1.00 0.00 W1 H +ATOM 20773 OH2 TIP3X1377 6.060 22.430 -29.480 1.00 0.00 W1 O +ATOM 20774 H1 TIP3X1377 6.450 22.100 -30.290 1.00 0.00 W1 H +ATOM 20775 H2 TIP3X1377 6.530 21.970 -28.790 1.00 0.00 W1 H +ATOM 20776 OH2 TIP3X1378 0.200 43.050 -49.310 1.00 0.00 W1 O +ATOM 20777 H1 TIP3X1378 0.930 43.420 -49.820 1.00 0.00 W1 H +ATOM 20778 H2 TIP3X1378 0.610 42.670 -48.540 1.00 0.00 W1 H +ATOM 20779 OH2 TIP3X1379 35.670 -26.870 -26.090 1.00 0.00 W1 O +ATOM 20780 H1 TIP3X1379 35.710 -26.900 -27.050 1.00 0.00 W1 H +ATOM 20781 H2 TIP3X1379 35.670 -27.790 -25.820 1.00 0.00 W1 H +ATOM 20782 OH2 TIP3X1380 15.690 5.050 -45.470 1.00 0.00 W1 O +ATOM 20783 H1 TIP3X1380 16.310 5.410 -44.830 1.00 0.00 W1 H +ATOM 20784 H2 TIP3X1380 15.480 4.180 -45.120 1.00 0.00 W1 H +ATOM 20785 OH2 TIP3X1381 -12.160 24.830 -21.590 1.00 0.00 W1 O +ATOM 20786 H1 TIP3X1381 -12.960 24.310 -21.620 1.00 0.00 W1 H +ATOM 20787 H2 TIP3X1381 -11.830 24.730 -20.700 1.00 0.00 W1 H +ATOM 20788 OH2 TIP3X1382 12.890 12.930 -26.480 1.00 0.00 W1 O +ATOM 20789 H1 TIP3X1382 13.150 13.310 -27.320 1.00 0.00 W1 H +ATOM 20790 H2 TIP3X1382 12.900 11.990 -26.630 1.00 0.00 W1 H +ATOM 20791 OH2 TIP3X1383 43.380 -38.650 23.820 1.00 0.00 W1 O +ATOM 20792 H1 TIP3X1383 44.160 -38.580 23.260 1.00 0.00 W1 H +ATOM 20793 H2 TIP3X1383 42.650 -38.670 23.210 1.00 0.00 W1 H +ATOM 20794 OH2 TIP3X1384 -12.840 -43.990 16.420 1.00 0.00 W1 O +ATOM 20795 H1 TIP3X1384 -12.450 -44.850 16.310 1.00 0.00 W1 H +ATOM 20796 H2 TIP3X1384 -13.780 -44.140 16.330 1.00 0.00 W1 H +ATOM 20797 OH2 TIP3X1385 40.660 -39.730 23.230 1.00 0.00 W1 O +ATOM 20798 H1 TIP3X1385 40.010 -40.230 23.730 1.00 0.00 W1 H +ATOM 20799 H2 TIP3X1385 40.340 -38.830 23.270 1.00 0.00 W1 H +ATOM 20800 OH2 TIP3X1386 14.470 28.440 31.730 1.00 0.00 W1 O +ATOM 20801 H1 TIP3X1386 13.700 28.990 31.610 1.00 0.00 W1 H +ATOM 20802 H2 TIP3X1386 15.020 28.920 32.340 1.00 0.00 W1 H +ATOM 20803 OH2 TIP3X1387 -43.400 36.910 18.490 1.00 0.00 W1 O +ATOM 20804 H1 TIP3X1387 -42.960 36.180 18.930 1.00 0.00 W1 H +ATOM 20805 H2 TIP3X1387 -42.680 37.480 18.200 1.00 0.00 W1 H +ATOM 20806 OH2 TIP3X1388 -25.250 -45.690 36.810 1.00 0.00 W1 O +ATOM 20807 H1 TIP3X1388 -26.090 -45.300 36.580 1.00 0.00 W1 H +ATOM 20808 H2 TIP3X1388 -24.870 -45.950 35.970 1.00 0.00 W1 H +ATOM 20809 OH2 TIP3X1389 10.520 30.120 -35.340 1.00 0.00 W1 O +ATOM 20810 H1 TIP3X1389 9.860 30.750 -35.650 1.00 0.00 W1 H +ATOM 20811 H2 TIP3X1389 10.470 29.390 -35.960 1.00 0.00 W1 H +ATOM 20812 OH2 TIP3X1390 12.880 24.900 -28.450 1.00 0.00 W1 O +ATOM 20813 H1 TIP3X1390 13.120 24.620 -27.570 1.00 0.00 W1 H +ATOM 20814 H2 TIP3X1390 13.150 25.810 -28.500 1.00 0.00 W1 H +ATOM 20815 OH2 TIP3X1391 10.220 10.100 -29.330 1.00 0.00 W1 O +ATOM 20816 H1 TIP3X1391 10.780 9.320 -29.390 1.00 0.00 W1 H +ATOM 20817 H2 TIP3X1391 10.050 10.350 -30.240 1.00 0.00 W1 H +ATOM 20818 OH2 TIP3X1392 -38.880 35.100 -43.830 1.00 0.00 W1 O +ATOM 20819 H1 TIP3X1392 -38.340 34.720 -44.510 1.00 0.00 W1 H +ATOM 20820 H2 TIP3X1392 -39.100 35.970 -44.150 1.00 0.00 W1 H +ATOM 20821 OH2 TIP3X1393 24.080 -31.050 -38.870 1.00 0.00 W1 O +ATOM 20822 H1 TIP3X1393 24.860 -31.590 -38.690 1.00 0.00 W1 H +ATOM 20823 H2 TIP3X1393 24.250 -30.230 -38.420 1.00 0.00 W1 H +ATOM 20824 OH2 TIP3X1394 6.600 -14.200 -45.840 1.00 0.00 W1 O +ATOM 20825 H1 TIP3X1394 6.230 -14.800 -46.500 1.00 0.00 W1 H +ATOM 20826 H2 TIP3X1394 6.580 -14.720 -45.020 1.00 0.00 W1 H +ATOM 20827 OH2 TIP3X1395 -21.580 -17.870 28.870 1.00 0.00 W1 O +ATOM 20828 H1 TIP3X1395 -21.430 -17.130 28.290 1.00 0.00 W1 H +ATOM 20829 H2 TIP3X1395 -20.740 -17.990 29.330 1.00 0.00 W1 H +ATOM 20830 OH2 TIP3X1396 -26.240 -11.650 -32.980 1.00 0.00 W1 O +ATOM 20831 H1 TIP3X1396 -26.190 -10.690 -32.940 1.00 0.00 W1 H +ATOM 20832 H2 TIP3X1396 -26.280 -11.830 -33.920 1.00 0.00 W1 H +ATOM 20833 OH2 TIP3X1397 -25.390 -17.980 24.590 1.00 0.00 W1 O +ATOM 20834 H1 TIP3X1397 -25.920 -18.070 23.800 1.00 0.00 W1 H +ATOM 20835 H2 TIP3X1397 -25.070 -18.870 24.770 1.00 0.00 W1 H +ATOM 20836 OH2 TIP3X1398 -32.930 -38.720 22.290 1.00 0.00 W1 O +ATOM 20837 H1 TIP3X1398 -32.320 -39.440 22.100 1.00 0.00 W1 H +ATOM 20838 H2 TIP3X1398 -32.840 -38.130 21.540 1.00 0.00 W1 H +ATOM 20839 OH2 TIP3X1399 14.630 -19.490 -46.030 1.00 0.00 W1 O +ATOM 20840 H1 TIP3X1399 14.220 -19.220 -46.860 1.00 0.00 W1 H +ATOM 20841 H2 TIP3X1399 13.930 -19.920 -45.550 1.00 0.00 W1 H +ATOM 20842 OH2 TIP3X1400 22.060 9.090 -32.440 1.00 0.00 W1 O +ATOM 20843 H1 TIP3X1400 22.080 8.150 -32.610 1.00 0.00 W1 H +ATOM 20844 H2 TIP3X1400 21.650 9.460 -33.210 1.00 0.00 W1 H +ATOM 20845 OH2 TIP3X1401 -36.190 27.840 -29.060 1.00 0.00 W1 O +ATOM 20846 H1 TIP3X1401 -35.340 28.030 -29.450 1.00 0.00 W1 H +ATOM 20847 H2 TIP3X1401 -36.620 28.700 -28.990 1.00 0.00 W1 H +ATOM 20848 OH2 TIP3X1402 37.290 10.240 -15.110 1.00 0.00 W1 O +ATOM 20849 H1 TIP3X1402 38.230 10.390 -15.250 1.00 0.00 W1 H +ATOM 20850 H2 TIP3X1402 36.980 11.070 -14.750 1.00 0.00 W1 H +ATOM 20851 OH2 TIP3X1403 37.780 12.920 -15.290 1.00 0.00 W1 O +ATOM 20852 H1 TIP3X1403 38.670 12.570 -15.370 1.00 0.00 W1 H +ATOM 20853 H2 TIP3X1403 37.840 13.580 -14.610 1.00 0.00 W1 H +ATOM 20854 OH2 TIP3X1404 37.900 -30.670 -28.350 1.00 0.00 W1 O +ATOM 20855 H1 TIP3X1404 36.970 -30.860 -28.460 1.00 0.00 W1 H +ATOM 20856 H2 TIP3X1404 38.060 -30.740 -27.410 1.00 0.00 W1 H +ATOM 20857 OH2 TIP3X1405 -42.270 -14.080 -41.030 1.00 0.00 W1 O +ATOM 20858 H1 TIP3X1405 -42.790 -13.400 -41.450 1.00 0.00 W1 H +ATOM 20859 H2 TIP3X1405 -41.400 -14.000 -41.430 1.00 0.00 W1 H +ATOM 20860 OH2 TIP3X1406 -37.690 -21.390 -21.460 1.00 0.00 W1 O +ATOM 20861 H1 TIP3X1406 -37.140 -20.690 -21.800 1.00 0.00 W1 H +ATOM 20862 H2 TIP3X1406 -38.590 -21.120 -21.660 1.00 0.00 W1 H +ATOM 20863 OH2 TIP3X1407 -27.550 -32.110 30.240 1.00 0.00 W1 O +ATOM 20864 H1 TIP3X1407 -27.770 -32.930 29.820 1.00 0.00 W1 H +ATOM 20865 H2 TIP3X1407 -27.160 -31.580 29.550 1.00 0.00 W1 H +ATOM 20866 OH2 TIP3X1408 35.720 39.470 -18.330 1.00 0.00 W1 O +ATOM 20867 H1 TIP3X1408 35.570 39.850 -17.460 1.00 0.00 W1 H +ATOM 20868 H2 TIP3X1408 36.560 39.860 -18.590 1.00 0.00 W1 H +ATOM 20869 OH2 TIP3X1409 13.460 36.420 -23.730 1.00 0.00 W1 O +ATOM 20870 H1 TIP3X1409 12.890 35.870 -23.200 1.00 0.00 W1 H +ATOM 20871 H2 TIP3X1409 14.320 36.310 -23.340 1.00 0.00 W1 H +ATOM 20872 OH2 TIP3X1410 33.000 -38.310 -19.620 1.00 0.00 W1 O +ATOM 20873 H1 TIP3X1410 33.620 -38.920 -19.200 1.00 0.00 W1 H +ATOM 20874 H2 TIP3X1410 32.430 -38.870 -20.140 1.00 0.00 W1 H +ATOM 20875 OH2 TIP3X1411 21.320 27.900 -28.010 1.00 0.00 W1 O +ATOM 20876 H1 TIP3X1411 22.160 28.020 -28.450 1.00 0.00 W1 H +ATOM 20877 H2 TIP3X1411 21.220 26.940 -27.940 1.00 0.00 W1 H +ATOM 20878 OH2 TIP3X1412 -2.330 17.380 -33.200 1.00 0.00 W1 O +ATOM 20879 H1 TIP3X1412 -2.400 18.310 -33.010 1.00 0.00 W1 H +ATOM 20880 H2 TIP3X1412 -1.950 17.340 -34.070 1.00 0.00 W1 H +ATOM 20881 OH2 TIP3X1413 -41.110 -43.080 32.930 1.00 0.00 W1 O +ATOM 20882 H1 TIP3X1413 -40.750 -43.810 33.430 1.00 0.00 W1 H +ATOM 20883 H2 TIP3X1413 -40.670 -42.310 33.290 1.00 0.00 W1 H +ATOM 20884 OH2 TIP3X1414 -0.240 -38.210 31.060 1.00 0.00 W1 O +ATOM 20885 H1 TIP3X1414 -0.800 -38.040 31.820 1.00 0.00 W1 H +ATOM 20886 H2 TIP3X1414 -0.660 -38.940 30.610 1.00 0.00 W1 H +ATOM 20887 OH2 TIP3X1415 16.430 -32.370 27.590 1.00 0.00 W1 O +ATOM 20888 H1 TIP3X1415 16.510 -33.320 27.490 1.00 0.00 W1 H +ATOM 20889 H2 TIP3X1415 16.030 -32.250 28.440 1.00 0.00 W1 H +ATOM 20890 OH2 TIP3X1416 -13.420 -47.720 32.330 1.00 0.00 W1 O +ATOM 20891 H1 TIP3X1416 -12.750 -48.100 32.900 1.00 0.00 W1 H +ATOM 20892 H2 TIP3X1416 -13.410 -46.790 32.560 1.00 0.00 W1 H +ATOM 20893 OH2 TIP3X1417 18.200 -16.150 -47.940 1.00 0.00 W1 O +ATOM 20894 H1 TIP3X1417 18.570 -15.640 -47.220 1.00 0.00 W1 H +ATOM 20895 H2 TIP3X1417 18.520 -15.700 -48.730 1.00 0.00 W1 H +ATOM 20896 OH2 TIP3X1418 43.660 -28.530 -27.440 1.00 0.00 W1 O +ATOM 20897 H1 TIP3X1418 43.350 -28.080 -26.650 1.00 0.00 W1 H +ATOM 20898 H2 TIP3X1418 43.570 -29.450 -27.230 1.00 0.00 W1 H +ATOM 20899 OH2 TIP3X1419 -19.420 38.910 -14.840 1.00 0.00 W1 O +ATOM 20900 H1 TIP3X1419 -20.370 38.940 -14.930 1.00 0.00 W1 H +ATOM 20901 H2 TIP3X1419 -19.210 37.980 -14.890 1.00 0.00 W1 H +ATOM 20902 OH2 TIP3X1420 -27.920 20.650 17.530 1.00 0.00 W1 O +ATOM 20903 H1 TIP3X1420 -27.620 21.220 16.820 1.00 0.00 W1 H +ATOM 20904 H2 TIP3X1420 -28.850 20.840 17.620 1.00 0.00 W1 H +ATOM 20905 OH2 TIP3X1421 24.290 9.480 34.140 1.00 0.00 W1 O +ATOM 20906 H1 TIP3X1421 25.180 9.800 34.200 1.00 0.00 W1 H +ATOM 20907 H2 TIP3X1421 23.880 9.710 34.980 1.00 0.00 W1 H +ATOM 20908 OH2 TIP3X1422 -39.130 -5.240 20.960 1.00 0.00 W1 O +ATOM 20909 H1 TIP3X1422 -38.720 -5.530 20.130 1.00 0.00 W1 H +ATOM 20910 H2 TIP3X1422 -39.440 -4.350 20.770 1.00 0.00 W1 H +ATOM 20911 OH2 TIP3X1423 13.820 -37.860 -24.780 1.00 0.00 W1 O +ATOM 20912 H1 TIP3X1423 12.970 -38.200 -24.510 1.00 0.00 W1 H +ATOM 20913 H2 TIP3X1423 14.050 -38.370 -25.560 1.00 0.00 W1 H +ATOM 20914 OH2 TIP3X1424 -30.360 30.010 39.200 1.00 0.00 W1 O +ATOM 20915 H1 TIP3X1424 -31.090 29.560 38.800 1.00 0.00 W1 H +ATOM 20916 H2 TIP3X1424 -30.290 29.630 40.070 1.00 0.00 W1 H +ATOM 20917 OH2 TIP3X1425 -12.870 -33.890 -40.420 1.00 0.00 W1 O +ATOM 20918 H1 TIP3X1425 -13.760 -34.230 -40.270 1.00 0.00 W1 H +ATOM 20919 H2 TIP3X1425 -12.930 -32.960 -40.240 1.00 0.00 W1 H +ATOM 20920 OH2 TIP3X1426 41.500 -28.150 16.780 1.00 0.00 W1 O +ATOM 20921 H1 TIP3X1426 41.650 -28.230 15.840 1.00 0.00 W1 H +ATOM 20922 H2 TIP3X1426 40.590 -27.860 16.850 1.00 0.00 W1 H +ATOM 20923 OH2 TIP3X1427 13.890 33.370 -34.390 1.00 0.00 W1 O +ATOM 20924 H1 TIP3X1427 13.200 33.970 -34.670 1.00 0.00 W1 H +ATOM 20925 H2 TIP3X1427 14.480 33.900 -33.850 1.00 0.00 W1 H +ATOM 20926 OH2 TIP3X1428 -34.270 19.160 -11.400 1.00 0.00 W1 O +ATOM 20927 H1 TIP3X1428 -33.310 19.200 -11.330 1.00 0.00 W1 H +ATOM 20928 H2 TIP3X1428 -34.510 20.000 -11.770 1.00 0.00 W1 H +ATOM 20929 OH2 TIP3X1429 47.620 12.600 -23.010 1.00 0.00 W1 O +ATOM 20930 H1 TIP3X1429 47.630 13.510 -23.320 1.00 0.00 W1 H +ATOM 20931 H2 TIP3X1429 47.120 12.130 -23.680 1.00 0.00 W1 H +ATOM 20932 OH2 TIP3X1430 12.390 36.950 -27.380 1.00 0.00 W1 O +ATOM 20933 H1 TIP3X1430 13.330 36.880 -27.170 1.00 0.00 W1 H +ATOM 20934 H2 TIP3X1430 12.280 37.840 -27.710 1.00 0.00 W1 H +ATOM 20935 OH2 TIP3X1431 -2.020 -47.730 8.000 1.00 0.00 W1 O +ATOM 20936 H1 TIP3X1431 -2.670 -47.040 7.960 1.00 0.00 W1 H +ATOM 20937 H2 TIP3X1431 -2.260 -48.250 8.770 1.00 0.00 W1 H +ATOM 20938 OH2 TIP3X1432 -8.230 -39.480 -32.830 1.00 0.00 W1 O +ATOM 20939 H1 TIP3X1432 -7.900 -39.150 -31.980 1.00 0.00 W1 H +ATOM 20940 H2 TIP3X1432 -8.130 -40.430 -32.760 1.00 0.00 W1 H +ATOM 20941 OH2 TIP3X1433 13.160 23.220 -33.680 1.00 0.00 W1 O +ATOM 20942 H1 TIP3X1433 14.050 22.910 -33.570 1.00 0.00 W1 H +ATOM 20943 H2 TIP3X1433 13.070 23.920 -33.030 1.00 0.00 W1 H +ATOM 20944 OH2 TIP3X1434 -10.650 -9.250 -42.260 1.00 0.00 W1 O +ATOM 20945 H1 TIP3X1434 -10.680 -10.150 -41.940 1.00 0.00 W1 H +ATOM 20946 H2 TIP3X1434 -10.580 -9.330 -43.210 1.00 0.00 W1 H +ATOM 20947 OH2 TIP3X1435 32.860 40.760 -41.100 1.00 0.00 W1 O +ATOM 20948 H1 TIP3X1435 33.330 39.970 -41.340 1.00 0.00 W1 H +ATOM 20949 H2 TIP3X1435 32.030 40.690 -41.570 1.00 0.00 W1 H +ATOM 20950 OH2 TIP3X1436 32.310 -28.180 -50.580 1.00 0.00 W1 O +ATOM 20951 H1 TIP3X1436 32.590 -28.910 -50.020 1.00 0.00 W1 H +ATOM 20952 H2 TIP3X1436 31.690 -28.560 -51.200 1.00 0.00 W1 H +ATOM 20953 OH2 TIP3X1437 -32.150 2.920 33.550 1.00 0.00 W1 O +ATOM 20954 H1 TIP3X1437 -31.570 2.280 33.130 1.00 0.00 W1 H +ATOM 20955 H2 TIP3X1437 -31.840 3.770 33.220 1.00 0.00 W1 H +ATOM 20956 OH2 TIP3X1438 -36.340 -9.770 -45.450 1.00 0.00 W1 O +ATOM 20957 H1 TIP3X1438 -35.940 -8.900 -45.420 1.00 0.00 W1 H +ATOM 20958 H2 TIP3X1438 -37.140 -9.680 -44.920 1.00 0.00 W1 H +ATOM 20959 OH2 TIP3X1439 22.130 22.310 -44.540 1.00 0.00 W1 O +ATOM 20960 H1 TIP3X1439 21.930 22.470 -43.620 1.00 0.00 W1 H +ATOM 20961 H2 TIP3X1439 22.950 22.770 -44.680 1.00 0.00 W1 H +ATOM 20962 OH2 TIP3X1440 29.330 -47.320 20.850 1.00 0.00 W1 O +ATOM 20963 H1 TIP3X1440 29.710 -46.570 21.290 1.00 0.00 W1 H +ATOM 20964 H2 TIP3X1440 30.040 -47.960 20.800 1.00 0.00 W1 H +ATOM 20965 OH2 TIP3X1441 -17.570 8.920 29.370 1.00 0.00 W1 O +ATOM 20966 H1 TIP3X1441 -18.510 8.750 29.340 1.00 0.00 W1 H +ATOM 20967 H2 TIP3X1441 -17.500 9.770 29.820 1.00 0.00 W1 H +ATOM 20968 OH2 TIP3X1442 -40.210 26.080 38.810 1.00 0.00 W1 O +ATOM 20969 H1 TIP3X1442 -39.370 25.850 39.210 1.00 0.00 W1 H +ATOM 20970 H2 TIP3X1442 -40.700 26.490 39.510 1.00 0.00 W1 H +ATOM 20971 OH2 TIP3X1443 35.420 -4.580 23.390 1.00 0.00 W1 O +ATOM 20972 H1 TIP3X1443 35.590 -5.430 22.960 1.00 0.00 W1 H +ATOM 20973 H2 TIP3X1443 35.720 -4.700 24.290 1.00 0.00 W1 H +ATOM 20974 OH2 TIP3X1444 7.220 22.890 31.110 1.00 0.00 W1 O +ATOM 20975 H1 TIP3X1444 6.630 22.720 30.380 1.00 0.00 W1 H +ATOM 20976 H2 TIP3X1444 8.090 22.950 30.730 1.00 0.00 W1 H +ATOM 20977 OH2 TIP3X1445 4.810 -13.730 25.390 1.00 0.00 W1 O +ATOM 20978 H1 TIP3X1445 5.430 -13.150 25.820 1.00 0.00 W1 H +ATOM 20979 H2 TIP3X1445 5.350 -14.340 24.890 1.00 0.00 W1 H +ATOM 20980 OH2 TIP3X1446 -43.510 4.270 -32.260 1.00 0.00 W1 O +ATOM 20981 H1 TIP3X1446 -42.860 3.710 -32.690 1.00 0.00 W1 H +ATOM 20982 H2 TIP3X1446 -44.310 4.160 -32.780 1.00 0.00 W1 H +ATOM 20983 OH2 TIP3X1447 8.280 -36.500 27.230 1.00 0.00 W1 O +ATOM 20984 H1 TIP3X1447 8.520 -37.420 27.320 1.00 0.00 W1 H +ATOM 20985 H2 TIP3X1447 7.800 -36.300 28.030 1.00 0.00 W1 H +ATOM 20986 OH2 TIP3X1448 -9.110 -40.420 -28.910 1.00 0.00 W1 O +ATOM 20987 H1 TIP3X1448 -8.720 -41.170 -28.470 1.00 0.00 W1 H +ATOM 20988 H2 TIP3X1448 -8.360 -39.970 -29.310 1.00 0.00 W1 H +ATOM 20989 OH2 TIP3X1449 18.850 -42.580 19.620 1.00 0.00 W1 O +ATOM 20990 H1 TIP3X1449 17.940 -42.330 19.540 1.00 0.00 W1 H +ATOM 20991 H2 TIP3X1449 19.120 -42.210 20.470 1.00 0.00 W1 H +ATOM 20992 OH2 TIP3X1450 -36.900 18.400 -10.670 1.00 0.00 W1 O +ATOM 20993 H1 TIP3X1450 -36.810 19.100 -10.020 1.00 0.00 W1 H +ATOM 20994 H2 TIP3X1450 -36.030 18.000 -10.720 1.00 0.00 W1 H +ATOM 20995 OH2 TIP3X1451 38.460 19.570 24.000 1.00 0.00 W1 O +ATOM 20996 H1 TIP3X1451 38.440 20.520 23.920 1.00 0.00 W1 H +ATOM 20997 H2 TIP3X1451 37.920 19.250 23.280 1.00 0.00 W1 H +ATOM 20998 OH2 TIP3X1452 36.620 34.250 -20.840 1.00 0.00 W1 O +ATOM 20999 H1 TIP3X1452 37.180 33.640 -20.350 1.00 0.00 W1 H +ATOM 21000 H2 TIP3X1452 37.150 35.050 -20.910 1.00 0.00 W1 H +ATOM 21001 OH2 TIP3X1453 -5.720 8.360 38.120 1.00 0.00 W1 O +ATOM 21002 H1 TIP3X1453 -5.210 7.950 37.430 1.00 0.00 W1 H +ATOM 21003 H2 TIP3X1453 -5.920 9.250 37.780 1.00 0.00 W1 H +ATOM 21004 OH2 TIP3X1454 -21.640 23.160 26.050 1.00 0.00 W1 O +ATOM 21005 H1 TIP3X1454 -21.130 22.430 26.400 1.00 0.00 W1 H +ATOM 21006 H2 TIP3X1454 -22.140 22.780 25.320 1.00 0.00 W1 H +ATOM 21007 OH2 TIP3X1455 37.620 22.280 23.000 1.00 0.00 W1 O +ATOM 21008 H1 TIP3X1455 37.670 22.030 22.070 1.00 0.00 W1 H +ATOM 21009 H2 TIP3X1455 38.100 23.110 23.040 1.00 0.00 W1 H +ATOM 21010 OH2 TIP3X1456 -41.290 34.620 -42.470 1.00 0.00 W1 O +ATOM 21011 H1 TIP3X1456 -41.560 35.520 -42.270 1.00 0.00 W1 H +ATOM 21012 H2 TIP3X1456 -40.690 34.720 -43.220 1.00 0.00 W1 H +ATOM 21013 OH2 TIP3X1457 -43.400 11.730 27.790 1.00 0.00 W1 O +ATOM 21014 H1 TIP3X1457 -42.740 12.360 28.090 1.00 0.00 W1 H +ATOM 21015 H2 TIP3X1457 -43.760 11.370 28.600 1.00 0.00 W1 H +ATOM 21016 OH2 TIP3X1458 -38.010 -4.770 -18.460 1.00 0.00 W1 O +ATOM 21017 H1 TIP3X1458 -37.930 -5.690 -18.710 1.00 0.00 W1 H +ATOM 21018 H2 TIP3X1458 -38.530 -4.780 -17.650 1.00 0.00 W1 H +ATOM 21019 OH2 TIP3X1459 3.640 -51.750 35.110 1.00 0.00 W1 O +ATOM 21020 H1 TIP3X1459 3.560 -50.850 35.430 1.00 0.00 W1 H +ATOM 21021 H2 TIP3X1459 4.560 -51.980 35.250 1.00 0.00 W1 H +ATOM 21022 OH2 TIP3X1460 24.490 -46.040 17.260 1.00 0.00 W1 O +ATOM 21023 H1 TIP3X1460 24.160 -46.860 17.610 1.00 0.00 W1 H +ATOM 21024 H2 TIP3X1460 24.130 -45.980 16.370 1.00 0.00 W1 H +ATOM 21025 OH2 TIP3X1461 -14.240 21.940 -29.340 1.00 0.00 W1 O +ATOM 21026 H1 TIP3X1461 -15.150 21.670 -29.180 1.00 0.00 W1 H +ATOM 21027 H2 TIP3X1461 -14.170 21.990 -30.290 1.00 0.00 W1 H +ATOM 21028 OH2 TIP3X1462 29.600 -46.280 14.170 1.00 0.00 W1 O +ATOM 21029 H1 TIP3X1462 30.400 -46.480 14.650 1.00 0.00 W1 H +ATOM 21030 H2 TIP3X1462 29.690 -45.350 13.930 1.00 0.00 W1 H +ATOM 21031 OH2 TIP3X1463 42.330 -9.600 28.790 1.00 0.00 W1 O +ATOM 21032 H1 TIP3X1463 41.530 -9.240 29.160 1.00 0.00 W1 H +ATOM 21033 H2 TIP3X1463 42.430 -9.170 27.950 1.00 0.00 W1 H +ATOM 21034 OH2 TIP3X1464 21.350 2.030 -41.470 1.00 0.00 W1 O +ATOM 21035 H1 TIP3X1464 21.030 2.320 -42.320 1.00 0.00 W1 H +ATOM 21036 H2 TIP3X1464 22.000 1.370 -41.680 1.00 0.00 W1 H +ATOM 21037 OH2 TIP3X1465 -26.750 27.490 -21.440 1.00 0.00 W1 O +ATOM 21038 H1 TIP3X1465 -26.460 26.730 -21.940 1.00 0.00 W1 H +ATOM 21039 H2 TIP3X1465 -27.700 27.510 -21.580 1.00 0.00 W1 H +ATOM 21040 OH2 TIP3X1466 20.940 -47.390 -37.540 1.00 0.00 W1 O +ATOM 21041 H1 TIP3X1466 20.670 -48.090 -36.950 1.00 0.00 W1 H +ATOM 21042 H2 TIP3X1466 21.040 -46.620 -36.980 1.00 0.00 W1 H +ATOM 21043 OH2 TIP3X1467 -22.630 -34.450 26.330 1.00 0.00 W1 O +ATOM 21044 H1 TIP3X1467 -22.020 -33.930 25.830 1.00 0.00 W1 H +ATOM 21045 H2 TIP3X1467 -22.230 -34.560 27.190 1.00 0.00 W1 H +ATOM 21046 OH2 TIP3X1468 -36.920 -23.730 23.280 1.00 0.00 W1 O +ATOM 21047 H1 TIP3X1468 -36.170 -23.160 23.420 1.00 0.00 W1 H +ATOM 21048 H2 TIP3X1468 -36.700 -24.550 23.720 1.00 0.00 W1 H +ATOM 21049 OH2 TIP3X1469 30.950 43.320 -27.690 1.00 0.00 W1 O +ATOM 21050 H1 TIP3X1469 30.960 42.370 -27.840 1.00 0.00 W1 H +ATOM 21051 H2 TIP3X1469 31.560 43.460 -26.970 1.00 0.00 W1 H +ATOM 21052 OH2 TIP3X1470 -28.130 -17.690 -46.550 1.00 0.00 W1 O +ATOM 21053 H1 TIP3X1470 -27.990 -16.800 -46.250 1.00 0.00 W1 H +ATOM 21054 H2 TIP3X1470 -29.080 -17.820 -46.470 1.00 0.00 W1 H +ATOM 21055 OH2 TIP3X1471 34.940 -26.840 -37.260 1.00 0.00 W1 O +ATOM 21056 H1 TIP3X1471 35.460 -26.100 -37.620 1.00 0.00 W1 H +ATOM 21057 H2 TIP3X1471 34.540 -27.240 -38.040 1.00 0.00 W1 H +ATOM 21058 OH2 TIP3X1472 33.100 11.960 -11.920 1.00 0.00 W1 O +ATOM 21059 H1 TIP3X1472 33.870 11.840 -11.370 1.00 0.00 W1 H +ATOM 21060 H2 TIP3X1472 32.560 11.190 -11.760 1.00 0.00 W1 H +ATOM 21061 OH2 TIP3X1473 -18.290 -28.430 30.930 1.00 0.00 W1 O +ATOM 21062 H1 TIP3X1473 -17.460 -28.850 30.690 1.00 0.00 W1 H +ATOM 21063 H2 TIP3X1473 -18.440 -27.790 30.240 1.00 0.00 W1 H +ATOM 21064 OH2 TIP3X1474 42.960 33.640 -35.090 1.00 0.00 W1 O +ATOM 21065 H1 TIP3X1474 43.070 34.310 -34.420 1.00 0.00 W1 H +ATOM 21066 H2 TIP3X1474 43.200 32.820 -34.650 1.00 0.00 W1 H +ATOM 21067 OH2 TIP3X1475 -25.500 15.010 26.620 1.00 0.00 W1 O +ATOM 21068 H1 TIP3X1475 -24.590 14.930 26.900 1.00 0.00 W1 H +ATOM 21069 H2 TIP3X1475 -25.970 14.350 27.130 1.00 0.00 W1 H +ATOM 21070 OH2 TIP3X1476 1.360 6.820 35.560 1.00 0.00 W1 O +ATOM 21071 H1 TIP3X1476 1.690 6.420 34.760 1.00 0.00 W1 H +ATOM 21072 H2 TIP3X1476 2.120 7.210 35.970 1.00 0.00 W1 H +ATOM 21073 OH2 TIP3X1477 39.290 24.020 36.860 1.00 0.00 W1 O +ATOM 21074 H1 TIP3X1477 38.910 23.750 36.030 1.00 0.00 W1 H +ATOM 21075 H2 TIP3X1477 39.350 24.970 36.800 1.00 0.00 W1 H +ATOM 21076 OH2 TIP3X1478 15.220 16.640 -50.160 1.00 0.00 W1 O +ATOM 21077 H1 TIP3X1478 14.890 15.800 -49.880 1.00 0.00 W1 H +ATOM 21078 H2 TIP3X1478 14.550 16.990 -50.750 1.00 0.00 W1 H +ATOM 21079 OH2 TIP3X1479 -0.430 8.540 36.600 1.00 0.00 W1 O +ATOM 21080 H1 TIP3X1479 -1.100 8.850 35.980 1.00 0.00 W1 H +ATOM 21081 H2 TIP3X1479 0.220 8.110 36.050 1.00 0.00 W1 H +ATOM 21082 OH2 TIP3X1480 -33.960 27.000 -35.720 1.00 0.00 W1 O +ATOM 21083 H1 TIP3X1480 -34.330 26.290 -36.240 1.00 0.00 W1 H +ATOM 21084 H2 TIP3X1480 -34.700 27.570 -35.510 1.00 0.00 W1 H +ATOM 21085 OH2 TIP3X1481 -29.050 -45.460 27.040 1.00 0.00 W1 O +ATOM 21086 H1 TIP3X1481 -28.290 -44.910 27.260 1.00 0.00 W1 H +ATOM 21087 H2 TIP3X1481 -29.770 -44.840 26.990 1.00 0.00 W1 H +ATOM 21088 OH2 TIP3X1482 7.290 13.350 24.280 1.00 0.00 W1 O +ATOM 21089 H1 TIP3X1482 8.240 13.250 24.390 1.00 0.00 W1 H +ATOM 21090 H2 TIP3X1482 7.000 13.810 25.070 1.00 0.00 W1 H +ATOM 21091 OH2 TIP3X1483 15.290 26.660 -36.550 1.00 0.00 W1 O +ATOM 21092 H1 TIP3X1483 14.340 26.740 -36.420 1.00 0.00 W1 H +ATOM 21093 H2 TIP3X1483 15.370 25.980 -37.210 1.00 0.00 W1 H +ATOM 21094 OH2 TIP3X1484 -1.310 38.170 -20.160 1.00 0.00 W1 O +ATOM 21095 H1 TIP3X1484 -1.460 39.020 -20.560 1.00 0.00 W1 H +ATOM 21096 H2 TIP3X1484 -1.970 37.600 -20.540 1.00 0.00 W1 H +ATOM 21097 OH2 TIP3X1485 46.720 -5.950 -13.780 1.00 0.00 W1 O +ATOM 21098 H1 TIP3X1485 47.590 -6.260 -14.020 1.00 0.00 W1 H +ATOM 21099 H2 TIP3X1485 46.870 -5.420 -12.990 1.00 0.00 W1 H +ATOM 21100 OH2 TIP3X1486 -35.280 27.030 -43.890 1.00 0.00 W1 O +ATOM 21101 H1 TIP3X1486 -35.350 27.960 -43.730 1.00 0.00 W1 H +ATOM 21102 H2 TIP3X1486 -35.050 26.960 -44.820 1.00 0.00 W1 H +ATOM 21103 OH2 TIP3X1487 31.860 10.570 -18.750 1.00 0.00 W1 O +ATOM 21104 H1 TIP3X1487 31.960 9.710 -18.360 1.00 0.00 W1 H +ATOM 21105 H2 TIP3X1487 32.510 11.110 -18.310 1.00 0.00 W1 H +ATOM 21106 OH2 TIP3X1488 -33.860 35.000 -34.050 1.00 0.00 W1 O +ATOM 21107 H1 TIP3X1488 -34.280 35.770 -34.420 1.00 0.00 W1 H +ATOM 21108 H2 TIP3X1488 -33.180 34.770 -34.680 1.00 0.00 W1 H +ATOM 21109 OH2 TIP3X1489 -15.460 -12.900 -33.350 1.00 0.00 W1 O +ATOM 21110 H1 TIP3X1489 -16.340 -13.070 -33.020 1.00 0.00 W1 H +ATOM 21111 H2 TIP3X1489 -15.020 -12.440 -32.640 1.00 0.00 W1 H +ATOM 21112 OH2 TIP3X1490 -22.120 33.490 -46.330 1.00 0.00 W1 O +ATOM 21113 H1 TIP3X1490 -21.240 33.850 -46.230 1.00 0.00 W1 H +ATOM 21114 H2 TIP3X1490 -22.030 32.850 -47.040 1.00 0.00 W1 H +ATOM 21115 OH2 TIP3X1491 43.710 -31.300 22.180 1.00 0.00 W1 O +ATOM 21116 H1 TIP3X1491 43.960 -31.250 23.100 1.00 0.00 W1 H +ATOM 21117 H2 TIP3X1491 43.020 -30.620 22.090 1.00 0.00 W1 H +ATOM 21118 OH2 TIP3X1492 5.260 -23.880 23.080 1.00 0.00 W1 O +ATOM 21119 H1 TIP3X1492 6.030 -24.140 23.590 1.00 0.00 W1 H +ATOM 21120 H2 TIP3X1492 5.620 -23.510 22.270 1.00 0.00 W1 H +ATOM 21121 OH2 TIP3X1493 42.100 32.140 -24.850 1.00 0.00 W1 O +ATOM 21122 H1 TIP3X1493 42.460 31.830 -24.010 1.00 0.00 W1 H +ATOM 21123 H2 TIP3X1493 42.610 32.930 -25.050 1.00 0.00 W1 H +ATOM 21124 OH2 TIP3X1494 7.840 20.840 39.090 1.00 0.00 W1 O +ATOM 21125 H1 TIP3X1494 8.750 20.680 38.860 1.00 0.00 W1 H +ATOM 21126 H2 TIP3X1494 7.600 20.070 39.600 1.00 0.00 W1 H +ATOM 21127 OH2 TIP3X1495 20.060 -16.680 -24.570 1.00 0.00 W1 O +ATOM 21128 H1 TIP3X1495 20.280 -16.920 -25.460 1.00 0.00 W1 H +ATOM 21129 H2 TIP3X1495 20.850 -16.230 -24.250 1.00 0.00 W1 H +ATOM 21130 OH2 TIP3X1496 -20.870 8.370 24.700 1.00 0.00 W1 O +ATOM 21131 H1 TIP3X1496 -19.970 8.140 24.440 1.00 0.00 W1 H +ATOM 21132 H2 TIP3X1496 -21.340 7.540 24.710 1.00 0.00 W1 H +ATOM 21133 OH2 TIP3X1497 -12.450 -1.790 -42.050 1.00 0.00 W1 O +ATOM 21134 H1 TIP3X1497 -12.920 -2.510 -42.480 1.00 0.00 W1 H +ATOM 21135 H2 TIP3X1497 -12.030 -2.210 -41.290 1.00 0.00 W1 H +ATOM 21136 OH2 TIP3X1498 25.730 -43.010 32.250 1.00 0.00 W1 O +ATOM 21137 H1 TIP3X1498 25.400 -42.870 33.150 1.00 0.00 W1 H +ATOM 21138 H2 TIP3X1498 26.520 -42.480 32.200 1.00 0.00 W1 H +ATOM 21139 OH2 TIP3X1499 33.250 -10.980 24.790 1.00 0.00 W1 O +ATOM 21140 H1 TIP3X1499 33.100 -10.320 24.100 1.00 0.00 W1 H +ATOM 21141 H2 TIP3X1499 33.960 -11.510 24.450 1.00 0.00 W1 H +ATOM 21142 OH2 TIP3X1500 43.380 -18.310 35.700 1.00 0.00 W1 O +ATOM 21143 H1 TIP3X1500 42.890 -18.710 34.990 1.00 0.00 W1 H +ATOM 21144 H2 TIP3X1500 42.800 -17.640 36.060 1.00 0.00 W1 H +ATOM 21145 OH2 TIP3X1501 -9.070 -1.680 25.330 1.00 0.00 W1 O +ATOM 21146 H1 TIP3X1501 -9.670 -2.360 25.010 1.00 0.00 W1 H +ATOM 21147 H2 TIP3X1501 -8.330 -1.710 24.710 1.00 0.00 W1 H +ATOM 21148 OH2 TIP3X1502 -42.390 29.700 22.890 1.00 0.00 W1 O +ATOM 21149 H1 TIP3X1502 -42.630 28.820 22.580 1.00 0.00 W1 H +ATOM 21150 H2 TIP3X1502 -42.320 29.600 23.840 1.00 0.00 W1 H +ATOM 21151 OH2 TIP3X1503 -21.660 0.740 29.560 1.00 0.00 W1 O +ATOM 21152 H1 TIP3X1503 -21.190 0.350 28.820 1.00 0.00 W1 H +ATOM 21153 H2 TIP3X1503 -22.270 1.360 29.160 1.00 0.00 W1 H +ATOM 21154 OH2 TIP3X1504 5.090 41.420 -16.430 1.00 0.00 W1 O +ATOM 21155 H1 TIP3X1504 5.310 40.510 -16.260 1.00 0.00 W1 H +ATOM 21156 H2 TIP3X1504 5.120 41.840 -15.560 1.00 0.00 W1 H +ATOM 21157 OH2 TIP3X1505 -11.490 23.960 -41.780 1.00 0.00 W1 O +ATOM 21158 H1 TIP3X1505 -12.010 23.290 -41.330 1.00 0.00 W1 H +ATOM 21159 H2 TIP3X1505 -10.610 23.870 -41.440 1.00 0.00 W1 H +ATOM 21160 OH2 TIP3X1506 26.900 -9.870 -22.150 1.00 0.00 W1 O +ATOM 21161 H1 TIP3X1506 27.270 -9.040 -21.840 1.00 0.00 W1 H +ATOM 21162 H2 TIP3X1506 26.600 -9.690 -23.030 1.00 0.00 W1 H +ATOM 21163 OH2 TIP3X1507 -33.160 -5.940 -31.120 1.00 0.00 W1 O +ATOM 21164 H1 TIP3X1507 -32.260 -5.630 -31.140 1.00 0.00 W1 H +ATOM 21165 H2 TIP3X1507 -33.170 -6.580 -30.400 1.00 0.00 W1 H +ATOM 21166 OH2 TIP3X1508 12.290 39.960 15.290 1.00 0.00 W1 O +ATOM 21167 H1 TIP3X1508 12.590 39.390 16.000 1.00 0.00 W1 H +ATOM 21168 H2 TIP3X1508 11.850 39.370 14.680 1.00 0.00 W1 H +ATOM 21169 OH2 TIP3X1509 8.100 -41.070 -33.660 1.00 0.00 W1 O +ATOM 21170 H1 TIP3X1509 7.960 -41.870 -33.140 1.00 0.00 W1 H +ATOM 21171 H2 TIP3X1509 8.810 -40.610 -33.220 1.00 0.00 W1 H +ATOM 21172 OH2 TIP3X1510 -10.500 28.970 -14.590 1.00 0.00 W1 O +ATOM 21173 H1 TIP3X1510 -10.640 29.170 -15.520 1.00 0.00 W1 H +ATOM 21174 H2 TIP3X1510 -11.340 29.160 -14.190 1.00 0.00 W1 H +ATOM 21175 OH2 TIP3X1511 46.920 8.240 33.020 1.00 0.00 W1 O +ATOM 21176 H1 TIP3X1511 46.510 8.020 33.860 1.00 0.00 W1 H +ATOM 21177 H2 TIP3X1511 46.180 8.380 32.420 1.00 0.00 W1 H +ATOM 21178 OH2 TIP3X1512 -6.610 38.120 -27.240 1.00 0.00 W1 O +ATOM 21179 H1 TIP3X1512 -6.280 37.890 -28.100 1.00 0.00 W1 H +ATOM 21180 H2 TIP3X1512 -6.830 39.050 -27.300 1.00 0.00 W1 H +ATOM 21181 OH2 TIP3X1513 16.890 32.420 39.060 1.00 0.00 W1 O +ATOM 21182 H1 TIP3X1513 17.560 32.320 39.720 1.00 0.00 W1 H +ATOM 21183 H2 TIP3X1513 17.230 31.950 38.300 1.00 0.00 W1 H +ATOM 21184 OH2 TIP3X1514 -1.130 33.100 38.150 1.00 0.00 W1 O +ATOM 21185 H1 TIP3X1514 -1.520 33.130 39.030 1.00 0.00 W1 H +ATOM 21186 H2 TIP3X1514 -1.520 33.840 37.680 1.00 0.00 W1 H +ATOM 21187 OH2 TIP3X1515 -25.240 -26.550 28.870 1.00 0.00 W1 O +ATOM 21188 H1 TIP3X1515 -25.360 -27.230 29.520 1.00 0.00 W1 H +ATOM 21189 H2 TIP3X1515 -25.710 -26.870 28.090 1.00 0.00 W1 H +ATOM 21190 OH2 TIP3X1516 -11.010 -44.250 -19.330 1.00 0.00 W1 O +ATOM 21191 H1 TIP3X1516 -10.360 -44.930 -19.480 1.00 0.00 W1 H +ATOM 21192 H2 TIP3X1516 -10.500 -43.460 -19.150 1.00 0.00 W1 H +ATOM 21193 OH2 TIP3X1517 20.580 18.210 -47.320 1.00 0.00 W1 O +ATOM 21194 H1 TIP3X1517 20.770 19.110 -47.060 1.00 0.00 W1 H +ATOM 21195 H2 TIP3X1517 20.560 17.730 -46.500 1.00 0.00 W1 H +ATOM 21196 OH2 TIP3X1518 26.110 11.320 32.200 1.00 0.00 W1 O +ATOM 21197 H1 TIP3X1518 27.020 11.200 32.470 1.00 0.00 W1 H +ATOM 21198 H2 TIP3X1518 26.060 10.880 31.350 1.00 0.00 W1 H +ATOM 21199 OH2 TIP3X1519 32.320 -17.970 26.270 1.00 0.00 W1 O +ATOM 21200 H1 TIP3X1519 31.650 -18.460 25.800 1.00 0.00 W1 H +ATOM 21201 H2 TIP3X1519 32.510 -17.230 25.700 1.00 0.00 W1 H +ATOM 21202 OH2 TIP3X1520 28.670 10.980 -42.140 1.00 0.00 W1 O +ATOM 21203 H1 TIP3X1520 28.160 11.480 -41.490 1.00 0.00 W1 H +ATOM 21204 H2 TIP3X1520 28.150 11.050 -42.950 1.00 0.00 W1 H +ATOM 21205 OH2 TIP3X1521 29.980 -17.010 -28.610 1.00 0.00 W1 O +ATOM 21206 H1 TIP3X1521 30.050 -17.960 -28.630 1.00 0.00 W1 H +ATOM 21207 H2 TIP3X1521 29.060 -16.850 -28.370 1.00 0.00 W1 H +ATOM 21208 OH2 TIP3X1522 -42.700 23.670 -38.380 1.00 0.00 W1 O +ATOM 21209 H1 TIP3X1522 -43.360 23.110 -38.810 1.00 0.00 W1 H +ATOM 21210 H2 TIP3X1522 -42.480 24.320 -39.050 1.00 0.00 W1 H +ATOM 21211 OH2 TIP3X1523 -8.660 -44.930 -48.100 1.00 0.00 W1 O +ATOM 21212 H1 TIP3X1523 -8.010 -44.330 -48.460 1.00 0.00 W1 H +ATOM 21213 H2 TIP3X1523 -8.960 -45.450 -48.860 1.00 0.00 W1 H +ATOM 21214 OH2 TIP3X1524 28.670 32.250 -33.830 1.00 0.00 W1 O +ATOM 21215 H1 TIP3X1524 28.990 32.350 -32.930 1.00 0.00 W1 H +ATOM 21216 H2 TIP3X1524 29.340 32.660 -34.380 1.00 0.00 W1 H +ATOM 21217 OH2 TIP3X1525 -38.040 19.910 20.160 1.00 0.00 W1 O +ATOM 21218 H1 TIP3X1525 -37.670 20.570 19.570 1.00 0.00 W1 H +ATOM 21219 H2 TIP3X1525 -38.220 19.150 19.610 1.00 0.00 W1 H +ATOM 21220 OH2 TIP3X1526 -1.100 -36.820 24.960 1.00 0.00 W1 O +ATOM 21221 H1 TIP3X1526 -1.610 -37.270 25.630 1.00 0.00 W1 H +ATOM 21222 H2 TIP3X1526 -0.380 -36.400 25.460 1.00 0.00 W1 H +ATOM 21223 OH2 TIP3X1527 -36.200 -49.850 33.570 1.00 0.00 W1 O +ATOM 21224 H1 TIP3X1527 -35.660 -50.220 34.280 1.00 0.00 W1 H +ATOM 21225 H2 TIP3X1527 -35.570 -49.500 32.950 1.00 0.00 W1 H +ATOM 21226 OH2 TIP3X1528 -23.380 -19.450 -46.770 1.00 0.00 W1 O +ATOM 21227 H1 TIP3X1528 -23.040 -19.150 -47.610 1.00 0.00 W1 H +ATOM 21228 H2 TIP3X1528 -23.960 -18.740 -46.490 1.00 0.00 W1 H +ATOM 21229 OH2 TIP3X1529 30.050 -26.080 -44.040 1.00 0.00 W1 O +ATOM 21230 H1 TIP3X1529 30.470 -26.840 -44.410 1.00 0.00 W1 H +ATOM 21231 H2 TIP3X1529 30.440 -25.340 -44.510 1.00 0.00 W1 H +ATOM 21232 OH2 TIP3X1530 25.230 -34.920 25.870 1.00 0.00 W1 O +ATOM 21233 H1 TIP3X1530 24.650 -35.380 26.480 1.00 0.00 W1 H +ATOM 21234 H2 TIP3X1530 25.360 -35.540 25.160 1.00 0.00 W1 H +ATOM 21235 OH2 TIP3X1531 17.590 29.900 24.730 1.00 0.00 W1 O +ATOM 21236 H1 TIP3X1531 18.050 30.680 24.440 1.00 0.00 W1 H +ATOM 21237 H2 TIP3X1531 17.500 29.360 23.940 1.00 0.00 W1 H +ATOM 21238 OH2 TIP3X1532 14.030 33.450 -45.250 1.00 0.00 W1 O +ATOM 21239 H1 TIP3X1532 14.890 33.450 -45.660 1.00 0.00 W1 H +ATOM 21240 H2 TIP3X1532 13.490 32.870 -45.790 1.00 0.00 W1 H +ATOM 21241 OH2 TIP3X1533 24.060 -40.310 -32.350 1.00 0.00 W1 O +ATOM 21242 H1 TIP3X1533 24.150 -39.400 -32.660 1.00 0.00 W1 H +ATOM 21243 H2 TIP3X1533 24.870 -40.730 -32.610 1.00 0.00 W1 H +ATOM 21244 OH2 TIP3X1534 -11.610 -20.680 28.910 1.00 0.00 W1 O +ATOM 21245 H1 TIP3X1534 -11.460 -21.440 28.350 1.00 0.00 W1 H +ATOM 21246 H2 TIP3X1534 -11.970 -21.050 29.720 1.00 0.00 W1 H +ATOM 21247 OH2 TIP3X1535 29.920 -48.410 27.490 1.00 0.00 W1 O +ATOM 21248 H1 TIP3X1535 30.310 -47.580 27.800 1.00 0.00 W1 H +ATOM 21249 H2 TIP3X1535 30.490 -49.090 27.850 1.00 0.00 W1 H +ATOM 21250 OH2 TIP3X1536 3.890 -45.870 -38.100 1.00 0.00 W1 O +ATOM 21251 H1 TIP3X1536 3.780 -46.800 -37.910 1.00 0.00 W1 H +ATOM 21252 H2 TIP3X1536 3.990 -45.450 -37.250 1.00 0.00 W1 H +ATOM 21253 OH2 TIP3X1537 17.060 -21.200 -20.520 1.00 0.00 W1 O +ATOM 21254 H1 TIP3X1537 16.670 -20.760 -21.280 1.00 0.00 W1 H +ATOM 21255 H2 TIP3X1537 18.000 -21.150 -20.680 1.00 0.00 W1 H +ATOM 21256 OH2 TIP3X1538 -25.170 -13.830 -46.190 1.00 0.00 W1 O +ATOM 21257 H1 TIP3X1538 -25.080 -14.330 -47.000 1.00 0.00 W1 H +ATOM 21258 H2 TIP3X1538 -26.000 -13.380 -46.280 1.00 0.00 W1 H +ATOM 21259 OH2 TIP3X1539 -35.880 42.990 -41.700 1.00 0.00 W1 O +ATOM 21260 H1 TIP3X1539 -36.750 43.170 -41.350 1.00 0.00 W1 H +ATOM 21261 H2 TIP3X1539 -35.330 42.840 -40.930 1.00 0.00 W1 H +ATOM 21262 OH2 TIP3X1540 30.130 29.440 -41.330 1.00 0.00 W1 O +ATOM 21263 H1 TIP3X1540 30.910 29.830 -40.910 1.00 0.00 W1 H +ATOM 21264 H2 TIP3X1540 29.420 29.590 -40.700 1.00 0.00 W1 H +ATOM 21265 OH2 TIP3X1541 13.380 -44.100 35.000 1.00 0.00 W1 O +ATOM 21266 H1 TIP3X1541 13.970 -43.370 35.140 1.00 0.00 W1 H +ATOM 21267 H2 TIP3X1541 13.880 -44.870 35.270 1.00 0.00 W1 H +ATOM 21268 OH2 TIP3X1542 -34.530 37.910 31.850 1.00 0.00 W1 O +ATOM 21269 H1 TIP3X1542 -35.180 38.170 32.510 1.00 0.00 W1 H +ATOM 21270 H2 TIP3X1542 -35.050 37.720 31.070 1.00 0.00 W1 H +ATOM 21271 OH2 TIP3X1543 10.900 41.140 17.800 1.00 0.00 W1 O +ATOM 21272 H1 TIP3X1543 11.410 41.200 16.980 1.00 0.00 W1 H +ATOM 21273 H2 TIP3X1543 10.100 41.640 17.610 1.00 0.00 W1 H +ATOM 21274 OH2 TIP3X1544 -6.620 -17.500 -51.050 1.00 0.00 W1 O +ATOM 21275 H1 TIP3X1544 -6.840 -16.730 -50.530 1.00 0.00 W1 H +ATOM 21276 H2 TIP3X1544 -6.810 -18.240 -50.470 1.00 0.00 W1 H +ATOM 21277 OH2 TIP3X1545 19.980 41.180 -48.470 1.00 0.00 W1 O +ATOM 21278 H1 TIP3X1545 20.140 41.750 -47.720 1.00 0.00 W1 H +ATOM 21279 H2 TIP3X1545 19.470 41.710 -49.080 1.00 0.00 W1 H +ATOM 21280 OH2 TIP3X1546 14.700 -32.350 -28.770 1.00 0.00 W1 O +ATOM 21281 H1 TIP3X1546 14.730 -33.220 -29.170 1.00 0.00 W1 H +ATOM 21282 H2 TIP3X1546 13.960 -31.920 -29.210 1.00 0.00 W1 H +ATOM 21283 OH2 TIP3X1547 -25.790 -40.790 -34.290 1.00 0.00 W1 O +ATOM 21284 H1 TIP3X1547 -26.410 -41.500 -34.420 1.00 0.00 W1 H +ATOM 21285 H2 TIP3X1547 -24.930 -41.180 -34.460 1.00 0.00 W1 H +ATOM 21286 OH2 TIP3X1548 38.190 42.160 -33.790 1.00 0.00 W1 O +ATOM 21287 H1 TIP3X1548 38.890 42.220 -33.130 1.00 0.00 W1 H +ATOM 21288 H2 TIP3X1548 37.690 41.380 -33.530 1.00 0.00 W1 H +ATOM 21289 OH2 TIP3X1549 33.930 -15.840 -41.150 1.00 0.00 W1 O +ATOM 21290 H1 TIP3X1549 34.570 -15.970 -40.460 1.00 0.00 W1 H +ATOM 21291 H2 TIP3X1549 34.240 -15.080 -41.640 1.00 0.00 W1 H +ATOM 21292 OH2 TIP3X1550 7.320 36.970 -21.360 1.00 0.00 W1 O +ATOM 21293 H1 TIP3X1550 7.340 37.050 -20.400 1.00 0.00 W1 H +ATOM 21294 H2 TIP3X1550 7.320 36.030 -21.510 1.00 0.00 W1 H +ATOM 21295 OH2 TIP3X1551 37.960 11.340 -22.450 1.00 0.00 W1 O +ATOM 21296 H1 TIP3X1551 38.350 11.010 -23.260 1.00 0.00 W1 H +ATOM 21297 H2 TIP3X1551 38.090 12.290 -22.490 1.00 0.00 W1 H +ATOM 21298 OH2 TIP3X1552 -10.510 24.390 26.390 1.00 0.00 W1 O +ATOM 21299 H1 TIP3X1552 -10.630 23.440 26.310 1.00 0.00 W1 H +ATOM 21300 H2 TIP3X1552 -11.260 24.690 26.900 1.00 0.00 W1 H +ATOM 21301 OH2 TIP3X1553 -3.460 -37.990 -26.120 1.00 0.00 W1 O +ATOM 21302 H1 TIP3X1553 -3.350 -38.110 -27.070 1.00 0.00 W1 H +ATOM 21303 H2 TIP3X1553 -4.080 -37.280 -26.030 1.00 0.00 W1 H +ATOM 21304 OH2 TIP3X1554 -10.120 40.400 29.400 1.00 0.00 W1 O +ATOM 21305 H1 TIP3X1554 -10.270 40.510 28.450 1.00 0.00 W1 H +ATOM 21306 H2 TIP3X1554 -9.180 40.250 29.470 1.00 0.00 W1 H +ATOM 21307 OH2 TIP3X1555 -24.840 22.110 -19.740 1.00 0.00 W1 O +ATOM 21308 H1 TIP3X1555 -25.540 22.350 -20.360 1.00 0.00 W1 H +ATOM 21309 H2 TIP3X1555 -24.750 21.160 -19.850 1.00 0.00 W1 H +ATOM 21310 OH2 TIP3X1556 -41.260 28.760 -23.350 1.00 0.00 W1 O +ATOM 21311 H1 TIP3X1556 -41.370 27.870 -23.670 1.00 0.00 W1 H +ATOM 21312 H2 TIP3X1556 -42.140 29.140 -23.370 1.00 0.00 W1 H +ATOM 21313 OH2 TIP3X1557 -6.360 -7.610 -24.730 1.00 0.00 W1 O +ATOM 21314 H1 TIP3X1557 -5.790 -6.870 -24.930 1.00 0.00 W1 H +ATOM 21315 H2 TIP3X1557 -5.820 -8.380 -24.890 1.00 0.00 W1 H +ATOM 21316 OH2 TIP3X1558 20.600 -37.640 28.310 1.00 0.00 W1 O +ATOM 21317 H1 TIP3X1558 19.790 -37.440 27.820 1.00 0.00 W1 H +ATOM 21318 H2 TIP3X1558 21.240 -37.860 27.630 1.00 0.00 W1 H +ATOM 21319 OH2 TIP3X1559 -13.570 -30.190 -42.040 1.00 0.00 W1 O +ATOM 21320 H1 TIP3X1559 -14.290 -30.670 -42.470 1.00 0.00 W1 H +ATOM 21321 H2 TIP3X1559 -13.080 -29.800 -42.760 1.00 0.00 W1 H +ATOM 21322 OH2 TIP3X1560 -44.100 41.770 -42.390 1.00 0.00 W1 O +ATOM 21323 H1 TIP3X1560 -43.750 41.370 -43.190 1.00 0.00 W1 H +ATOM 21324 H2 TIP3X1560 -44.120 42.710 -42.570 1.00 0.00 W1 H +ATOM 21325 OH2 TIP3X1561 -19.180 -19.660 36.330 1.00 0.00 W1 O +ATOM 21326 H1 TIP3X1561 -18.670 -19.280 37.030 1.00 0.00 W1 H +ATOM 21327 H2 TIP3X1561 -18.750 -20.490 36.140 1.00 0.00 W1 H +ATOM 21328 OH2 TIP3X1562 0.890 -47.450 -45.160 1.00 0.00 W1 O +ATOM 21329 H1 TIP3X1562 1.720 -47.010 -45.380 1.00 0.00 W1 H +ATOM 21330 H2 TIP3X1562 1.060 -48.380 -45.300 1.00 0.00 W1 H +ATOM 21331 OH2 TIP3X1563 36.280 -36.330 13.280 1.00 0.00 W1 O +ATOM 21332 H1 TIP3X1563 36.790 -36.760 12.590 1.00 0.00 W1 H +ATOM 21333 H2 TIP3X1563 35.560 -36.940 13.450 1.00 0.00 W1 H +ATOM 21334 OH2 TIP3X1564 -22.860 -46.640 31.890 1.00 0.00 W1 O +ATOM 21335 H1 TIP3X1564 -23.580 -46.700 31.270 1.00 0.00 W1 H +ATOM 21336 H2 TIP3X1564 -22.070 -46.800 31.360 1.00 0.00 W1 H +ATOM 21337 OH2 TIP3X1565 30.850 19.790 -11.480 1.00 0.00 W1 O +ATOM 21338 H1 TIP3X1565 31.680 19.940 -11.030 1.00 0.00 W1 H +ATOM 21339 H2 TIP3X1565 30.350 19.240 -10.890 1.00 0.00 W1 H +ATOM 21340 OH2 TIP3X1566 -10.260 -34.710 26.470 1.00 0.00 W1 O +ATOM 21341 H1 TIP3X1566 -10.470 -35.550 26.880 1.00 0.00 W1 H +ATOM 21342 H2 TIP3X1566 -9.310 -34.640 26.540 1.00 0.00 W1 H +ATOM 21343 OH2 TIP3X1567 42.040 -36.230 36.050 1.00 0.00 W1 O +ATOM 21344 H1 TIP3X1567 41.740 -36.730 35.280 1.00 0.00 W1 H +ATOM 21345 H2 TIP3X1567 42.990 -36.280 36.010 1.00 0.00 W1 H +ATOM 21346 OH2 TIP3X1568 -19.740 -38.970 -22.690 1.00 0.00 W1 O +ATOM 21347 H1 TIP3X1568 -20.300 -38.980 -21.910 1.00 0.00 W1 H +ATOM 21348 H2 TIP3X1568 -18.880 -38.710 -22.370 1.00 0.00 W1 H +ATOM 21349 OH2 TIP3X1569 -26.470 6.220 -39.710 1.00 0.00 W1 O +ATOM 21350 H1 TIP3X1569 -26.020 6.730 -39.040 1.00 0.00 W1 H +ATOM 21351 H2 TIP3X1569 -26.740 5.420 -39.250 1.00 0.00 W1 H +ATOM 21352 OH2 TIP3X1570 34.440 -12.160 -50.640 1.00 0.00 W1 O +ATOM 21353 H1 TIP3X1570 34.290 -11.630 -51.430 1.00 0.00 W1 H +ATOM 21354 H2 TIP3X1570 35.390 -12.190 -50.540 1.00 0.00 W1 H +ATOM 21355 OH2 TIP3X1571 27.710 19.500 25.240 1.00 0.00 W1 O +ATOM 21356 H1 TIP3X1571 27.250 18.940 25.860 1.00 0.00 W1 H +ATOM 21357 H2 TIP3X1571 28.580 19.110 25.160 1.00 0.00 W1 H +ATOM 21358 OH2 TIP3X1572 -3.710 7.240 -44.500 1.00 0.00 W1 O +ATOM 21359 H1 TIP3X1572 -4.090 8.070 -44.200 1.00 0.00 W1 H +ATOM 21360 H2 TIP3X1572 -4.470 6.670 -44.590 1.00 0.00 W1 H +ATOM 21361 OH2 TIP3X1573 -43.490 -44.100 32.070 1.00 0.00 W1 O +ATOM 21362 H1 TIP3X1573 -42.550 -43.920 32.220 1.00 0.00 W1 H +ATOM 21363 H2 TIP3X1573 -43.510 -44.680 31.310 1.00 0.00 W1 H +ATOM 21364 OH2 TIP3X1574 -44.160 -13.260 -31.310 1.00 0.00 W1 O +ATOM 21365 H1 TIP3X1574 -43.480 -13.810 -31.680 1.00 0.00 W1 H +ATOM 21366 H2 TIP3X1574 -44.810 -13.870 -30.960 1.00 0.00 W1 H +ATOM 21367 OH2 TIP3X1575 10.310 -15.630 33.040 1.00 0.00 W1 O +ATOM 21368 H1 TIP3X1575 9.560 -15.880 32.500 1.00 0.00 W1 H +ATOM 21369 H2 TIP3X1575 9.990 -15.690 33.950 1.00 0.00 W1 H +ATOM 21370 OH2 TIP3X1576 -42.280 -29.930 -38.570 1.00 0.00 W1 O +ATOM 21371 H1 TIP3X1576 -42.840 -29.160 -38.660 1.00 0.00 W1 H +ATOM 21372 H2 TIP3X1576 -41.900 -29.850 -37.700 1.00 0.00 W1 H +ATOM 21373 OH2 TIP3X1577 48.760 -38.640 17.440 1.00 0.00 W1 O +ATOM 21374 H1 TIP3X1577 49.350 -39.390 17.450 1.00 0.00 W1 H +ATOM 21375 H2 TIP3X1577 47.980 -38.940 17.910 1.00 0.00 W1 H +ATOM 21376 OH2 TIP3X1578 -28.070 15.790 -29.680 1.00 0.00 W1 O +ATOM 21377 H1 TIP3X1578 -27.440 15.160 -29.300 1.00 0.00 W1 H +ATOM 21378 H2 TIP3X1578 -27.560 16.260 -30.340 1.00 0.00 W1 H +ATOM 21379 OH2 TIP3X1579 17.050 12.900 24.260 1.00 0.00 W1 O +ATOM 21380 H1 TIP3X1579 16.300 13.080 23.700 1.00 0.00 W1 H +ATOM 21381 H2 TIP3X1579 17.780 12.760 23.640 1.00 0.00 W1 H +ATOM 21382 OH2 TIP3X1580 -14.310 3.940 -31.240 1.00 0.00 W1 O +ATOM 21383 H1 TIP3X1580 -14.530 4.860 -31.190 1.00 0.00 W1 H +ATOM 21384 H2 TIP3X1580 -13.940 3.810 -32.100 1.00 0.00 W1 H +ATOM 21385 OH2 TIP3X1581 -4.850 -43.490 -51.320 1.00 0.00 W1 O +ATOM 21386 H1 TIP3X1581 -4.790 -43.900 -52.170 1.00 0.00 W1 H +ATOM 21387 H2 TIP3X1581 -4.980 -42.560 -51.510 1.00 0.00 W1 H +ATOM 21388 OH2 TIP3X1582 -39.100 -47.190 32.070 1.00 0.00 W1 O +ATOM 21389 H1 TIP3X1582 -39.920 -47.510 31.710 1.00 0.00 W1 H +ATOM 21390 H2 TIP3X1582 -39.170 -47.350 33.010 1.00 0.00 W1 H +ATOM 21391 OH2 TIP3X1583 -1.500 -38.820 37.710 1.00 0.00 W1 O +ATOM 21392 H1 TIP3X1583 -2.310 -38.340 37.590 1.00 0.00 W1 H +ATOM 21393 H2 TIP3X1583 -0.880 -38.400 37.120 1.00 0.00 W1 H +ATOM 21394 OH2 TIP3X1584 -11.260 -9.750 37.630 1.00 0.00 W1 O +ATOM 21395 H1 TIP3X1584 -11.150 -10.070 38.520 1.00 0.00 W1 H +ATOM 21396 H2 TIP3X1584 -11.040 -10.510 37.080 1.00 0.00 W1 H +ATOM 21397 OH2 TIP3X1585 16.690 -13.660 -32.680 1.00 0.00 W1 O +ATOM 21398 H1 TIP3X1585 17.220 -13.570 -33.480 1.00 0.00 W1 H +ATOM 21399 H2 TIP3X1585 15.830 -13.950 -32.990 1.00 0.00 W1 H +ATOM 21400 OH2 TIP3X1586 -36.130 -47.490 -31.640 1.00 0.00 W1 O +ATOM 21401 H1 TIP3X1586 -36.410 -46.810 -32.260 1.00 0.00 W1 H +ATOM 21402 H2 TIP3X1586 -35.660 -48.130 -32.190 1.00 0.00 W1 H +ATOM 21403 OH2 TIP3X1587 -18.500 7.240 -47.450 1.00 0.00 W1 O +ATOM 21404 H1 TIP3X1587 -18.010 6.450 -47.230 1.00 0.00 W1 H +ATOM 21405 H2 TIP3X1587 -18.160 7.510 -48.310 1.00 0.00 W1 H +ATOM 21406 OH2 TIP3X1588 -38.170 43.350 -34.210 1.00 0.00 W1 O +ATOM 21407 H1 TIP3X1588 -37.450 43.300 -34.840 1.00 0.00 W1 H +ATOM 21408 H2 TIP3X1588 -37.730 43.240 -33.350 1.00 0.00 W1 H +ATOM 21409 OH2 TIP3X1589 -22.460 -1.960 -22.510 1.00 0.00 W1 O +ATOM 21410 H1 TIP3X1589 -22.700 -1.040 -22.460 1.00 0.00 W1 H +ATOM 21411 H2 TIP3X1589 -23.210 -2.420 -22.120 1.00 0.00 W1 H +ATOM 21412 OH2 TIP3X1590 -3.830 26.800 -45.970 1.00 0.00 W1 O +ATOM 21413 H1 TIP3X1590 -4.320 26.030 -45.690 1.00 0.00 W1 H +ATOM 21414 H2 TIP3X1590 -4.500 27.410 -46.270 1.00 0.00 W1 H +ATOM 21415 OH2 TIP3X1591 34.480 -22.530 30.490 1.00 0.00 W1 O +ATOM 21416 H1 TIP3X1591 33.530 -22.510 30.500 1.00 0.00 W1 H +ATOM 21417 H2 TIP3X1591 34.720 -21.870 29.840 1.00 0.00 W1 H +ATOM 21418 OH2 TIP3X1592 1.970 26.450 30.830 1.00 0.00 W1 O +ATOM 21419 H1 TIP3X1592 1.330 27.140 30.970 1.00 0.00 W1 H +ATOM 21420 H2 TIP3X1592 1.460 25.640 30.780 1.00 0.00 W1 H +ATOM 21421 OH2 TIP3X1593 -29.980 -19.030 14.850 1.00 0.00 W1 O +ATOM 21422 H1 TIP3X1593 -30.490 -18.250 14.620 1.00 0.00 W1 H +ATOM 21423 H2 TIP3X1593 -30.420 -19.740 14.390 1.00 0.00 W1 H +ATOM 21424 OH2 TIP3X1594 -30.180 -41.410 -44.340 1.00 0.00 W1 O +ATOM 21425 H1 TIP3X1594 -30.960 -41.960 -44.210 1.00 0.00 W1 H +ATOM 21426 H2 TIP3X1594 -30.520 -40.580 -44.680 1.00 0.00 W1 H +ATOM 21427 OH2 TIP3X1595 -4.540 -0.610 37.670 1.00 0.00 W1 O +ATOM 21428 H1 TIP3X1595 -4.030 -0.300 36.910 1.00 0.00 W1 H +ATOM 21429 H2 TIP3X1595 -5.110 0.120 37.890 1.00 0.00 W1 H +ATOM 21430 OH2 TIP3X1596 -23.580 -22.580 13.380 1.00 0.00 W1 O +ATOM 21431 H1 TIP3X1596 -24.180 -22.950 14.020 1.00 0.00 W1 H +ATOM 21432 H2 TIP3X1596 -24.040 -21.830 13.010 1.00 0.00 W1 H +ATOM 21433 OH2 TIP3X1597 19.150 -19.360 -47.810 1.00 0.00 W1 O +ATOM 21434 H1 TIP3X1597 18.550 -19.540 -47.080 1.00 0.00 W1 H +ATOM 21435 H2 TIP3X1597 18.610 -19.530 -48.600 1.00 0.00 W1 H +ATOM 21436 OH2 TIP3X1598 32.020 5.830 -49.290 1.00 0.00 W1 O +ATOM 21437 H1 TIP3X1598 32.680 5.180 -49.040 1.00 0.00 W1 H +ATOM 21438 H2 TIP3X1598 31.320 5.330 -49.700 1.00 0.00 W1 H +ATOM 21439 OH2 TIP3X1599 38.960 1.170 -36.300 1.00 0.00 W1 O +ATOM 21440 H1 TIP3X1599 39.510 1.620 -36.940 1.00 0.00 W1 H +ATOM 21441 H2 TIP3X1599 38.590 0.430 -36.780 1.00 0.00 W1 H +ATOM 21442 OH2 TIP3X1600 -34.780 -11.290 26.160 1.00 0.00 W1 O +ATOM 21443 H1 TIP3X1600 -34.280 -11.530 25.370 1.00 0.00 W1 H +ATOM 21444 H2 TIP3X1600 -34.380 -11.800 26.870 1.00 0.00 W1 H +ATOM 21445 OH2 TIP3X1601 13.260 37.950 -18.870 1.00 0.00 W1 O +ATOM 21446 H1 TIP3X1601 12.870 37.160 -18.480 1.00 0.00 W1 H +ATOM 21447 H2 TIP3X1601 14.180 37.930 -18.610 1.00 0.00 W1 H +ATOM 21448 OH2 TIP3X1602 21.350 28.880 -49.930 1.00 0.00 W1 O +ATOM 21449 H1 TIP3X1602 20.760 29.460 -49.450 1.00 0.00 W1 H +ATOM 21450 H2 TIP3X1602 20.900 28.030 -49.930 1.00 0.00 W1 H +ATOM 21451 OH2 TIP3X1603 -2.950 -8.430 23.330 1.00 0.00 W1 O +ATOM 21452 H1 TIP3X1603 -3.560 -8.970 23.850 1.00 0.00 W1 H +ATOM 21453 H2 TIP3X1603 -3.370 -7.570 23.310 1.00 0.00 W1 H +ATOM 21454 OH2 TIP3X1604 -34.690 -28.510 -47.250 1.00 0.00 W1 O +ATOM 21455 H1 TIP3X1604 -34.700 -28.830 -48.160 1.00 0.00 W1 H +ATOM 21456 H2 TIP3X1604 -35.310 -27.780 -47.260 1.00 0.00 W1 H +ATOM 21457 OH2 TIP3X1605 -7.270 -47.560 35.130 1.00 0.00 W1 O +ATOM 21458 H1 TIP3X1605 -7.420 -48.430 35.500 1.00 0.00 W1 H +ATOM 21459 H2 TIP3X1605 -7.330 -46.970 35.890 1.00 0.00 W1 H +ATOM 21460 OH2 TIP3X1606 -21.440 3.930 23.380 1.00 0.00 W1 O +ATOM 21461 H1 TIP3X1606 -22.300 3.530 23.250 1.00 0.00 W1 H +ATOM 21462 H2 TIP3X1606 -21.490 4.760 22.900 1.00 0.00 W1 H +ATOM 21463 OH2 TIP3X1607 24.320 29.870 -8.000 1.00 0.00 W1 O +ATOM 21464 H1 TIP3X1607 24.700 29.000 -8.100 1.00 0.00 W1 H +ATOM 21465 H2 TIP3X1607 25.060 30.480 -8.130 1.00 0.00 W1 H +ATOM 21466 OH2 TIP3X1608 4.240 -19.640 -41.130 1.00 0.00 W1 O +ATOM 21467 H1 TIP3X1608 4.030 -19.350 -40.240 1.00 0.00 W1 H +ATOM 21468 H2 TIP3X1608 3.940 -20.550 -41.170 1.00 0.00 W1 H +ATOM 21469 OH2 TIP3X1609 34.170 28.500 32.300 1.00 0.00 W1 O +ATOM 21470 H1 TIP3X1609 34.260 27.810 31.640 1.00 0.00 W1 H +ATOM 21471 H2 TIP3X1609 34.240 28.040 33.140 1.00 0.00 W1 H +ATOM 21472 OH2 TIP3X1610 -23.760 31.200 33.460 1.00 0.00 W1 O +ATOM 21473 H1 TIP3X1610 -23.420 30.320 33.330 1.00 0.00 W1 H +ATOM 21474 H2 TIP3X1610 -23.530 31.660 32.640 1.00 0.00 W1 H +ATOM 21475 OH2 TIP3X1611 12.060 22.020 30.770 1.00 0.00 W1 O +ATOM 21476 H1 TIP3X1611 12.480 22.150 29.930 1.00 0.00 W1 H +ATOM 21477 H2 TIP3X1611 11.840 21.100 30.790 1.00 0.00 W1 H +ATOM 21478 OH2 TIP3X1612 47.780 4.730 -26.200 1.00 0.00 W1 O +ATOM 21479 H1 TIP3X1612 47.470 5.610 -26.010 1.00 0.00 W1 H +ATOM 21480 H2 TIP3X1612 48.190 4.800 -27.050 1.00 0.00 W1 H +ATOM 21481 OH2 TIP3X1613 26.280 -40.320 -47.230 1.00 0.00 W1 O +ATOM 21482 H1 TIP3X1613 25.920 -40.750 -48.010 1.00 0.00 W1 H +ATOM 21483 H2 TIP3X1613 26.910 -39.680 -47.570 1.00 0.00 W1 H +ATOM 21484 OH2 TIP3X1614 -5.750 39.330 -16.480 1.00 0.00 W1 O +ATOM 21485 H1 TIP3X1614 -4.880 38.970 -16.310 1.00 0.00 W1 H +ATOM 21486 H2 TIP3X1614 -5.830 39.310 -17.440 1.00 0.00 W1 H +ATOM 21487 OH2 TIP3X1615 -7.010 -50.240 24.620 1.00 0.00 W1 O +ATOM 21488 H1 TIP3X1615 -6.260 -50.250 24.010 1.00 0.00 W1 H +ATOM 21489 H2 TIP3X1615 -6.600 -50.240 25.490 1.00 0.00 W1 H +ATOM 21490 OH2 TIP3X1616 -4.240 -43.870 18.020 1.00 0.00 W1 O +ATOM 21491 H1 TIP3X1616 -4.600 -43.240 18.670 1.00 0.00 W1 H +ATOM 21492 H2 TIP3X1616 -3.650 -44.420 18.530 1.00 0.00 W1 H +ATOM 21493 OH2 TIP3X1617 -42.580 41.920 -21.220 1.00 0.00 W1 O +ATOM 21494 H1 TIP3X1617 -43.110 42.500 -21.770 1.00 0.00 W1 H +ATOM 21495 H2 TIP3X1617 -41.680 42.150 -21.430 1.00 0.00 W1 H +ATOM 21496 OH2 TIP3X1618 -12.720 32.540 34.760 1.00 0.00 W1 O +ATOM 21497 H1 TIP3X1618 -12.010 32.450 34.110 1.00 0.00 W1 H +ATOM 21498 H2 TIP3X1618 -12.320 33.000 35.480 1.00 0.00 W1 H +ATOM 21499 OH2 TIP3X1619 22.760 -48.470 28.800 1.00 0.00 W1 O +ATOM 21500 H1 TIP3X1619 23.240 -48.420 29.630 1.00 0.00 W1 H +ATOM 21501 H2 TIP3X1619 23.410 -48.680 28.140 1.00 0.00 W1 H +ATOM 21502 OH2 TIP3X1620 -10.120 -0.710 -38.660 1.00 0.00 W1 O +ATOM 21503 H1 TIP3X1620 -9.740 -0.890 -39.510 1.00 0.00 W1 H +ATOM 21504 H2 TIP3X1620 -10.740 0.010 -38.800 1.00 0.00 W1 H +ATOM 21505 OH2 TIP3X1621 1.960 -33.640 -28.670 1.00 0.00 W1 O +ATOM 21506 H1 TIP3X1621 2.850 -33.770 -28.350 1.00 0.00 W1 H +ATOM 21507 H2 TIP3X1621 1.770 -34.410 -29.190 1.00 0.00 W1 H +ATOM 21508 OH2 TIP3X1622 4.370 7.800 -33.760 1.00 0.00 W1 O +ATOM 21509 H1 TIP3X1622 5.070 8.210 -33.230 1.00 0.00 W1 H +ATOM 21510 H2 TIP3X1622 4.840 7.400 -34.500 1.00 0.00 W1 H +ATOM 21511 OH2 TIP3X1623 -36.540 31.270 -9.820 1.00 0.00 W1 O +ATOM 21512 H1 TIP3X1623 -36.430 31.310 -10.760 1.00 0.00 W1 H +ATOM 21513 H2 TIP3X1623 -36.210 32.120 -9.500 1.00 0.00 W1 H +ATOM 21514 OH2 TIP3X1624 -42.490 -16.410 36.370 1.00 0.00 W1 O +ATOM 21515 H1 TIP3X1624 -42.250 -16.610 37.270 1.00 0.00 W1 H +ATOM 21516 H2 TIP3X1624 -42.990 -17.170 36.070 1.00 0.00 W1 H +ATOM 21517 OH2 TIP3X1625 -33.910 30.060 -29.470 1.00 0.00 W1 O +ATOM 21518 H1 TIP3X1625 -34.250 30.590 -28.760 1.00 0.00 W1 H +ATOM 21519 H2 TIP3X1625 -33.050 30.440 -29.670 1.00 0.00 W1 H +ATOM 21520 OH2 TIP3X1626 -10.640 -7.750 -21.410 1.00 0.00 W1 O +ATOM 21521 H1 TIP3X1626 -10.460 -8.460 -20.810 1.00 0.00 W1 H +ATOM 21522 H2 TIP3X1626 -9.810 -7.280 -21.500 1.00 0.00 W1 H +ATOM 21523 OH2 TIP3X1627 49.470 -9.200 33.250 1.00 0.00 W1 O +ATOM 21524 H1 TIP3X1627 49.360 -8.570 33.960 1.00 0.00 W1 H +ATOM 21525 H2 TIP3X1627 48.680 -9.740 33.290 1.00 0.00 W1 H +ATOM 21526 OH2 TIP3X1628 1.160 -43.070 -42.430 1.00 0.00 W1 O +ATOM 21527 H1 TIP3X1628 1.560 -42.780 -43.250 1.00 0.00 W1 H +ATOM 21528 H2 TIP3X1628 0.850 -43.950 -42.610 1.00 0.00 W1 H +ATOM 21529 OH2 TIP3X1629 40.410 -31.010 -20.480 1.00 0.00 W1 O +ATOM 21530 H1 TIP3X1629 40.290 -30.370 -19.790 1.00 0.00 W1 H +ATOM 21531 H2 TIP3X1629 40.600 -31.830 -20.020 1.00 0.00 W1 H +ATOM 21532 OH2 TIP3X1630 31.020 -15.210 35.050 1.00 0.00 W1 O +ATOM 21533 H1 TIP3X1630 30.460 -14.450 35.210 1.00 0.00 W1 H +ATOM 21534 H2 TIP3X1630 30.450 -15.960 35.240 1.00 0.00 W1 H +ATOM 21535 OH2 TIP3X1631 -30.530 -24.250 -30.160 1.00 0.00 W1 O +ATOM 21536 H1 TIP3X1631 -30.370 -23.340 -30.400 1.00 0.00 W1 H +ATOM 21537 H2 TIP3X1631 -30.760 -24.680 -30.980 1.00 0.00 W1 H +ATOM 21538 OH2 TIP3X1632 -41.820 -37.320 27.460 1.00 0.00 W1 O +ATOM 21539 H1 TIP3X1632 -41.890 -38.260 27.550 1.00 0.00 W1 H +ATOM 21540 H2 TIP3X1632 -41.450 -37.180 26.580 1.00 0.00 W1 H +ATOM 21541 OH2 TIP3X1633 -29.710 4.880 30.910 1.00 0.00 W1 O +ATOM 21542 H1 TIP3X1633 -29.620 5.550 30.240 1.00 0.00 W1 H +ATOM 21543 H2 TIP3X1633 -29.270 5.240 31.670 1.00 0.00 W1 H +ATOM 21544 OH2 TIP3X1634 -20.170 -41.350 -50.580 1.00 0.00 W1 O +ATOM 21545 H1 TIP3X1634 -21.110 -41.320 -50.730 1.00 0.00 W1 H +ATOM 21546 H2 TIP3X1634 -19.830 -41.910 -51.290 1.00 0.00 W1 H +ATOM 21547 OH2 TIP3X1635 -39.980 -47.340 37.990 1.00 0.00 W1 O +ATOM 21548 H1 TIP3X1635 -40.210 -46.620 38.580 1.00 0.00 W1 H +ATOM 21549 H2 TIP3X1635 -39.780 -46.910 37.150 1.00 0.00 W1 H +ATOM 21550 OH2 TIP3X1636 34.670 28.180 17.140 1.00 0.00 W1 O +ATOM 21551 H1 TIP3X1636 34.110 28.130 16.360 1.00 0.00 W1 H +ATOM 21552 H2 TIP3X1636 34.700 29.120 17.350 1.00 0.00 W1 H +ATOM 21553 OH2 TIP3X1637 -8.610 -22.230 29.690 1.00 0.00 W1 O +ATOM 21554 H1 TIP3X1637 -8.580 -23.180 29.680 1.00 0.00 W1 H +ATOM 21555 H2 TIP3X1637 -8.650 -21.980 28.770 1.00 0.00 W1 H +ATOM 21556 OH2 TIP3X1638 31.790 -45.070 32.980 1.00 0.00 W1 O +ATOM 21557 H1 TIP3X1638 32.730 -44.990 33.170 1.00 0.00 W1 H +ATOM 21558 H2 TIP3X1638 31.560 -44.250 32.530 1.00 0.00 W1 H +ATOM 21559 OH2 TIP3X1639 -4.010 34.560 -43.410 1.00 0.00 W1 O +ATOM 21560 H1 TIP3X1639 -4.340 35.260 -43.970 1.00 0.00 W1 H +ATOM 21561 H2 TIP3X1639 -4.400 33.770 -43.760 1.00 0.00 W1 H +ATOM 21562 OH2 TIP3X1640 47.570 17.910 24.820 1.00 0.00 W1 O +ATOM 21563 H1 TIP3X1640 46.720 18.210 24.490 1.00 0.00 W1 H +ATOM 21564 H2 TIP3X1640 48.010 17.560 24.040 1.00 0.00 W1 H +ATOM 21565 OH2 TIP3X1641 -42.770 28.780 25.700 1.00 0.00 W1 O +ATOM 21566 H1 TIP3X1641 -43.010 29.300 26.470 1.00 0.00 W1 H +ATOM 21567 H2 TIP3X1641 -42.420 27.960 26.060 1.00 0.00 W1 H +ATOM 21568 OH2 TIP3X1642 -41.760 -36.230 16.110 1.00 0.00 W1 O +ATOM 21569 H1 TIP3X1642 -41.020 -35.930 16.620 1.00 0.00 W1 H +ATOM 21570 H2 TIP3X1642 -42.120 -35.430 15.710 1.00 0.00 W1 H +ATOM 21571 OH2 TIP3X1643 -28.130 4.900 24.050 1.00 0.00 W1 O +ATOM 21572 H1 TIP3X1643 -28.620 5.680 23.740 1.00 0.00 W1 H +ATOM 21573 H2 TIP3X1643 -27.520 5.250 24.700 1.00 0.00 W1 H +ATOM 21574 OH2 TIP3X1644 3.870 -18.130 -38.910 1.00 0.00 W1 O +ATOM 21575 H1 TIP3X1644 4.340 -17.770 -38.150 1.00 0.00 W1 H +ATOM 21576 H2 TIP3X1644 3.670 -17.380 -39.450 1.00 0.00 W1 H +ATOM 21577 OH2 TIP3X1645 -17.940 29.540 -28.500 1.00 0.00 W1 O +ATOM 21578 H1 TIP3X1645 -17.990 28.670 -28.110 1.00 0.00 W1 H +ATOM 21579 H2 TIP3X1645 -18.050 30.150 -27.790 1.00 0.00 W1 H +ATOM 21580 OH2 TIP3X1646 4.480 -1.470 -42.580 1.00 0.00 W1 O +ATOM 21581 H1 TIP3X1646 4.860 -0.580 -42.580 1.00 0.00 W1 H +ATOM 21582 H2 TIP3X1646 5.210 -2.050 -42.810 1.00 0.00 W1 H +ATOM 21583 OH2 TIP3X1647 31.730 -11.320 27.430 1.00 0.00 W1 O +ATOM 21584 H1 TIP3X1647 32.090 -11.290 26.540 1.00 0.00 W1 H +ATOM 21585 H2 TIP3X1647 32.250 -10.680 27.920 1.00 0.00 W1 H +ATOM 21586 OH2 TIP3X1648 36.530 33.920 23.910 1.00 0.00 W1 O +ATOM 21587 H1 TIP3X1648 36.790 33.900 22.990 1.00 0.00 W1 H +ATOM 21588 H2 TIP3X1648 36.380 34.850 24.100 1.00 0.00 W1 H +ATOM 21589 OH2 TIP3X1649 0.100 23.750 31.830 1.00 0.00 W1 O +ATOM 21590 H1 TIP3X1649 0.280 23.510 30.920 1.00 0.00 W1 H +ATOM 21591 H2 TIP3X1649 0.940 23.630 32.280 1.00 0.00 W1 H +ATOM 21592 OH2 TIP3X1650 -32.120 -5.590 33.850 1.00 0.00 W1 O +ATOM 21593 H1 TIP3X1650 -32.840 -5.930 34.380 1.00 0.00 W1 H +ATOM 21594 H2 TIP3X1650 -32.410 -5.670 32.950 1.00 0.00 W1 H +ATOM 21595 OH2 TIP3X1651 8.880 -16.500 -41.670 1.00 0.00 W1 O +ATOM 21596 H1 TIP3X1651 8.120 -16.090 -42.090 1.00 0.00 W1 H +ATOM 21597 H2 TIP3X1651 9.570 -15.840 -41.750 1.00 0.00 W1 H +ATOM 21598 OH2 TIP3X1652 7.410 -15.610 -39.210 1.00 0.00 W1 O +ATOM 21599 H1 TIP3X1652 8.100 -15.170 -38.730 1.00 0.00 W1 H +ATOM 21600 H2 TIP3X1652 7.710 -15.640 -40.110 1.00 0.00 W1 H +ATOM 21601 OH2 TIP3X1653 -15.110 -42.010 -29.250 1.00 0.00 W1 O +ATOM 21602 H1 TIP3X1653 -15.730 -41.940 -29.980 1.00 0.00 W1 H +ATOM 21603 H2 TIP3X1653 -15.610 -41.730 -28.490 1.00 0.00 W1 H +ATOM 21604 OH2 TIP3X1654 14.910 12.320 -36.220 1.00 0.00 W1 O +ATOM 21605 H1 TIP3X1654 14.980 13.240 -36.480 1.00 0.00 W1 H +ATOM 21606 H2 TIP3X1654 14.510 12.330 -35.350 1.00 0.00 W1 H +ATOM 21607 OH2 TIP3X1655 26.280 6.610 32.460 1.00 0.00 W1 O +ATOM 21608 H1 TIP3X1655 27.000 6.950 32.980 1.00 0.00 W1 H +ATOM 21609 H2 TIP3X1655 25.490 6.840 32.950 1.00 0.00 W1 H +ATOM 21610 OH2 TIP3X1656 -40.220 -34.410 -19.870 1.00 0.00 W1 O +ATOM 21611 H1 TIP3X1656 -39.490 -34.940 -19.550 1.00 0.00 W1 H +ATOM 21612 H2 TIP3X1656 -40.380 -34.730 -20.750 1.00 0.00 W1 H +ATOM 21613 OH2 TIP3X1657 12.590 26.650 -35.980 1.00 0.00 W1 O +ATOM 21614 H1 TIP3X1657 12.270 26.240 -35.190 1.00 0.00 W1 H +ATOM 21615 H2 TIP3X1657 12.050 26.270 -36.680 1.00 0.00 W1 H +ATOM 21616 OH2 TIP3X1658 -30.570 29.590 32.990 1.00 0.00 W1 O +ATOM 21617 H1 TIP3X1658 -30.650 30.260 33.680 1.00 0.00 W1 H +ATOM 21618 H2 TIP3X1658 -31.400 29.140 32.980 1.00 0.00 W1 H +ATOM 21619 OH2 TIP3X1659 -10.500 7.660 -33.400 1.00 0.00 W1 O +ATOM 21620 H1 TIP3X1659 -10.700 8.600 -33.360 1.00 0.00 W1 H +ATOM 21621 H2 TIP3X1659 -10.420 7.490 -34.340 1.00 0.00 W1 H +ATOM 21622 OH2 TIP3X1660 17.830 37.040 -26.710 1.00 0.00 W1 O +ATOM 21623 H1 TIP3X1660 18.500 37.620 -27.090 1.00 0.00 W1 H +ATOM 21624 H2 TIP3X1660 18.280 36.200 -26.600 1.00 0.00 W1 H +ATOM 21625 OH2 TIP3X1661 -29.190 -15.560 25.810 1.00 0.00 W1 O +ATOM 21626 H1 TIP3X1661 -29.570 -14.690 25.920 1.00 0.00 W1 H +ATOM 21627 H2 TIP3X1661 -28.520 -15.440 25.130 1.00 0.00 W1 H +ATOM 21628 OH2 TIP3X1662 -13.290 -30.190 -33.450 1.00 0.00 W1 O +ATOM 21629 H1 TIP3X1662 -14.220 -29.970 -33.450 1.00 0.00 W1 H +ATOM 21630 H2 TIP3X1662 -12.850 -29.400 -33.110 1.00 0.00 W1 H +ATOM 21631 OH2 TIP3X1663 -38.590 5.710 30.320 1.00 0.00 W1 O +ATOM 21632 H1 TIP3X1663 -39.410 5.340 29.980 1.00 0.00 W1 H +ATOM 21633 H2 TIP3X1663 -38.830 6.120 31.140 1.00 0.00 W1 H +ATOM 21634 OH2 TIP3X1664 -7.090 -29.130 -41.170 1.00 0.00 W1 O +ATOM 21635 H1 TIP3X1664 -7.140 -30.070 -40.970 1.00 0.00 W1 H +ATOM 21636 H2 TIP3X1664 -6.760 -28.740 -40.360 1.00 0.00 W1 H +ATOM 21637 OH2 TIP3X1665 8.340 40.550 -24.390 1.00 0.00 W1 O +ATOM 21638 H1 TIP3X1665 8.360 40.060 -23.570 1.00 0.00 W1 H +ATOM 21639 H2 TIP3X1665 7.440 40.460 -24.710 1.00 0.00 W1 H +ATOM 21640 OH2 TIP3X1666 -25.800 -29.740 -47.580 1.00 0.00 W1 O +ATOM 21641 H1 TIP3X1666 -26.680 -29.400 -47.450 1.00 0.00 W1 H +ATOM 21642 H2 TIP3X1666 -25.800 -30.580 -47.130 1.00 0.00 W1 H +ATOM 21643 OH2 TIP3X1667 17.930 -48.360 30.120 1.00 0.00 W1 O +ATOM 21644 H1 TIP3X1667 17.060 -48.110 30.410 1.00 0.00 W1 H +ATOM 21645 H2 TIP3X1667 18.150 -47.700 29.440 1.00 0.00 W1 H +ATOM 21646 OH2 TIP3X1668 35.520 -41.120 17.410 1.00 0.00 W1 O +ATOM 21647 H1 TIP3X1668 36.080 -41.880 17.230 1.00 0.00 W1 H +ATOM 21648 H2 TIP3X1668 35.230 -40.820 16.550 1.00 0.00 W1 H +ATOM 21649 OH2 TIP3X1669 43.770 -27.710 12.290 1.00 0.00 W1 O +ATOM 21650 H1 TIP3X1669 44.530 -27.560 11.740 1.00 0.00 W1 H +ATOM 21651 H2 TIP3X1669 43.250 -28.370 11.820 1.00 0.00 W1 H +ATOM 21652 OH2 TIP3X1670 3.920 42.940 -29.790 1.00 0.00 W1 O +ATOM 21653 H1 TIP3X1670 3.940 42.580 -30.690 1.00 0.00 W1 H +ATOM 21654 H2 TIP3X1670 4.420 43.760 -29.850 1.00 0.00 W1 H +ATOM 21655 OH2 TIP3X1671 -22.330 -18.980 -43.010 1.00 0.00 W1 O +ATOM 21656 H1 TIP3X1671 -23.150 -18.500 -42.900 1.00 0.00 W1 H +ATOM 21657 H2 TIP3X1671 -22.600 -19.890 -43.130 1.00 0.00 W1 H +ATOM 21658 OH2 TIP3X1672 21.500 22.700 10.960 1.00 0.00 W1 O +ATOM 21659 H1 TIP3X1672 21.640 23.640 10.880 1.00 0.00 W1 H +ATOM 21660 H2 TIP3X1672 21.180 22.580 11.860 1.00 0.00 W1 H +ATOM 21661 OH2 TIP3X1673 15.480 -29.060 19.920 1.00 0.00 W1 O +ATOM 21662 H1 TIP3X1673 14.720 -29.340 20.420 1.00 0.00 W1 H +ATOM 21663 H2 TIP3X1673 15.250 -29.230 19.010 1.00 0.00 W1 H +ATOM 21664 OH2 TIP3X1674 46.290 -33.470 23.340 1.00 0.00 W1 O +ATOM 21665 H1 TIP3X1674 46.730 -33.890 22.590 1.00 0.00 W1 H +ATOM 21666 H2 TIP3X1674 45.360 -33.560 23.150 1.00 0.00 W1 H +ATOM 21667 OH2 TIP3X1675 -36.250 30.250 -48.910 1.00 0.00 W1 O +ATOM 21668 H1 TIP3X1675 -37.170 30.410 -49.090 1.00 0.00 W1 H +ATOM 21669 H2 TIP3X1675 -36.120 30.560 -48.010 1.00 0.00 W1 H +ATOM 21670 OH2 TIP3X1676 8.360 -17.340 -48.900 1.00 0.00 W1 O +ATOM 21671 H1 TIP3X1676 7.500 -17.070 -49.230 1.00 0.00 W1 H +ATOM 21672 H2 TIP3X1676 8.160 -18.010 -48.240 1.00 0.00 W1 H +ATOM 21673 OH2 TIP3X1677 -33.060 40.300 -25.010 1.00 0.00 W1 O +ATOM 21674 H1 TIP3X1677 -32.880 39.630 -25.670 1.00 0.00 W1 H +ATOM 21675 H2 TIP3X1677 -33.720 39.920 -24.440 1.00 0.00 W1 H +ATOM 21676 OH2 TIP3X1678 -35.340 15.530 -29.130 1.00 0.00 W1 O +ATOM 21677 H1 TIP3X1678 -35.410 16.430 -28.790 1.00 0.00 W1 H +ATOM 21678 H2 TIP3X1678 -34.470 15.240 -28.850 1.00 0.00 W1 H +ATOM 21679 OH2 TIP3X1679 -8.670 30.910 -17.680 1.00 0.00 W1 O +ATOM 21680 H1 TIP3X1679 -8.160 31.650 -18.030 1.00 0.00 W1 H +ATOM 21681 H2 TIP3X1679 -9.380 31.330 -17.200 1.00 0.00 W1 H +ATOM 21682 OH2 TIP3X1680 -37.660 -45.820 -44.350 1.00 0.00 W1 O +ATOM 21683 H1 TIP3X1680 -38.380 -45.340 -44.740 1.00 0.00 W1 H +ATOM 21684 H2 TIP3X1680 -36.980 -45.830 -45.010 1.00 0.00 W1 H +ATOM 21685 OH2 TIP3X1681 30.170 -39.720 21.740 1.00 0.00 W1 O +ATOM 21686 H1 TIP3X1681 29.300 -40.110 21.630 1.00 0.00 W1 H +ATOM 21687 H2 TIP3X1681 30.200 -39.510 22.680 1.00 0.00 W1 H +ATOM 21688 OH2 TIP3X1682 13.060 37.480 16.680 1.00 0.00 W1 O +ATOM 21689 H1 TIP3X1682 13.680 36.860 16.290 1.00 0.00 W1 H +ATOM 21690 H2 TIP3X1682 12.860 37.090 17.530 1.00 0.00 W1 H +ATOM 21691 OH2 TIP3X1683 -9.820 26.590 -40.070 1.00 0.00 W1 O +ATOM 21692 H1 TIP3X1683 -9.730 25.750 -40.510 1.00 0.00 W1 H +ATOM 21693 H2 TIP3X1683 -10.170 27.190 -40.740 1.00 0.00 W1 H +ATOM 21694 OH2 TIP3X1684 -5.800 -38.870 -20.680 1.00 0.00 W1 O +ATOM 21695 H1 TIP3X1684 -5.820 -39.640 -21.250 1.00 0.00 W1 H +ATOM 21696 H2 TIP3X1684 -6.610 -38.930 -20.160 1.00 0.00 W1 H +ATOM 21697 OH2 TIP3X1685 45.880 16.410 -22.640 1.00 0.00 W1 O +ATOM 21698 H1 TIP3X1685 45.410 17.130 -23.040 1.00 0.00 W1 H +ATOM 21699 H2 TIP3X1685 45.910 15.720 -23.300 1.00 0.00 W1 H +ATOM 21700 OH2 TIP3X1686 33.930 -22.910 -30.890 1.00 0.00 W1 O +ATOM 21701 H1 TIP3X1686 33.130 -23.350 -30.590 1.00 0.00 W1 H +ATOM 21702 H2 TIP3X1686 33.940 -23.050 -31.830 1.00 0.00 W1 H +ATOM 21703 OH2 TIP3X1687 -37.320 8.820 -14.140 1.00 0.00 W1 O +ATOM 21704 H1 TIP3X1687 -38.200 8.540 -13.890 1.00 0.00 W1 H +ATOM 21705 H2 TIP3X1687 -37.000 9.330 -13.400 1.00 0.00 W1 H +ATOM 21706 OH2 TIP3X1688 44.910 -50.110 8.330 1.00 0.00 W1 O +ATOM 21707 H1 TIP3X1688 44.770 -51.050 8.210 1.00 0.00 W1 H +ATOM 21708 H2 TIP3X1688 44.210 -49.700 7.850 1.00 0.00 W1 H +ATOM 21709 OH2 TIP3X1689 14.980 -26.910 32.710 1.00 0.00 W1 O +ATOM 21710 H1 TIP3X1689 14.150 -27.200 33.110 1.00 0.00 W1 H +ATOM 21711 H2 TIP3X1689 14.990 -25.960 32.880 1.00 0.00 W1 H +ATOM 21712 OH2 TIP3X1690 48.160 9.290 38.210 1.00 0.00 W1 O +ATOM 21713 H1 TIP3X1690 48.860 9.600 37.620 1.00 0.00 W1 H +ATOM 21714 H2 TIP3X1690 48.220 8.330 38.150 1.00 0.00 W1 H +ATOM 21715 OH2 TIP3X1691 -29.720 -38.430 26.200 1.00 0.00 W1 O +ATOM 21716 H1 TIP3X1691 -29.720 -39.070 26.910 1.00 0.00 W1 H +ATOM 21717 H2 TIP3X1691 -30.500 -38.630 25.690 1.00 0.00 W1 H +ATOM 21718 OH2 TIP3X1692 45.310 -3.410 25.420 1.00 0.00 W1 O +ATOM 21719 H1 TIP3X1692 45.550 -3.380 26.340 1.00 0.00 W1 H +ATOM 21720 H2 TIP3X1692 45.600 -2.580 25.060 1.00 0.00 W1 H +ATOM 21721 OH2 TIP3X1693 -45.170 12.070 -41.710 1.00 0.00 W1 O +ATOM 21722 H1 TIP3X1693 -46.100 12.300 -41.810 1.00 0.00 W1 H +ATOM 21723 H2 TIP3X1693 -45.180 11.180 -41.360 1.00 0.00 W1 H +ATOM 21724 OH2 TIP3X1694 -43.200 29.680 -9.490 1.00 0.00 W1 O +ATOM 21725 H1 TIP3X1694 -42.370 30.160 -9.520 1.00 0.00 W1 H +ATOM 21726 H2 TIP3X1694 -43.870 30.360 -9.550 1.00 0.00 W1 H +ATOM 21727 OH2 TIP3X1695 36.820 40.760 16.030 1.00 0.00 W1 O +ATOM 21728 H1 TIP3X1695 36.310 40.890 16.830 1.00 0.00 W1 H +ATOM 21729 H2 TIP3X1695 37.170 41.630 15.830 1.00 0.00 W1 H +ATOM 21730 OH2 TIP3X1696 -34.310 5.810 -19.260 1.00 0.00 W1 O +ATOM 21731 H1 TIP3X1696 -35.250 5.660 -19.230 1.00 0.00 W1 H +ATOM 21732 H2 TIP3X1696 -34.060 5.950 -18.350 1.00 0.00 W1 H +ATOM 21733 OH2 TIP3X1697 -26.020 -15.790 -19.570 1.00 0.00 W1 O +ATOM 21734 H1 TIP3X1697 -25.820 -16.730 -19.610 1.00 0.00 W1 H +ATOM 21735 H2 TIP3X1697 -25.170 -15.380 -19.480 1.00 0.00 W1 H +ATOM 21736 OH2 TIP3X1698 -22.550 31.690 -33.130 1.00 0.00 W1 O +ATOM 21737 H1 TIP3X1698 -22.310 31.080 -32.450 1.00 0.00 W1 H +ATOM 21738 H2 TIP3X1698 -23.510 31.760 -33.070 1.00 0.00 W1 H +ATOM 21739 OH2 TIP3X1699 -30.960 31.630 -34.740 1.00 0.00 W1 O +ATOM 21740 H1 TIP3X1699 -30.910 32.440 -34.240 1.00 0.00 W1 H +ATOM 21741 H2 TIP3X1699 -31.670 31.760 -35.370 1.00 0.00 W1 H +ATOM 21742 OH2 TIP3X1700 2.670 -21.770 -27.200 1.00 0.00 W1 O +ATOM 21743 H1 TIP3X1700 2.170 -21.620 -26.390 1.00 0.00 W1 H +ATOM 21744 H2 TIP3X1700 2.170 -21.320 -27.880 1.00 0.00 W1 H +ATOM 21745 OH2 TIP3X1701 29.810 -21.890 -46.770 1.00 0.00 W1 O +ATOM 21746 H1 TIP3X1701 30.130 -21.010 -46.640 1.00 0.00 W1 H +ATOM 21747 H2 TIP3X1701 29.260 -22.070 -46.010 1.00 0.00 W1 H +ATOM 21748 OH2 TIP3X1702 -36.890 28.340 -37.760 1.00 0.00 W1 O +ATOM 21749 H1 TIP3X1702 -37.020 28.650 -36.860 1.00 0.00 W1 H +ATOM 21750 H2 TIP3X1702 -37.200 27.440 -37.760 1.00 0.00 W1 H +ATOM 21751 OH2 TIP3X1703 -15.640 -27.320 -42.790 1.00 0.00 W1 O +ATOM 21752 H1 TIP3X1703 -14.980 -28.010 -42.690 1.00 0.00 W1 H +ATOM 21753 H2 TIP3X1703 -16.340 -27.730 -43.300 1.00 0.00 W1 H +ATOM 21754 OH2 TIP3X1704 17.470 31.330 -37.610 1.00 0.00 W1 O +ATOM 21755 H1 TIP3X1704 16.740 30.730 -37.540 1.00 0.00 W1 H +ATOM 21756 H2 TIP3X1704 17.370 31.930 -36.870 1.00 0.00 W1 H +ATOM 21757 OH2 TIP3X1705 24.150 28.040 -44.930 1.00 0.00 W1 O +ATOM 21758 H1 TIP3X1705 24.930 28.570 -45.100 1.00 0.00 W1 H +ATOM 21759 H2 TIP3X1705 24.040 28.080 -43.980 1.00 0.00 W1 H +ATOM 21760 OH2 TIP3X1706 0.580 6.350 26.660 1.00 0.00 W1 O +ATOM 21761 H1 TIP3X1706 -0.090 7.010 26.510 1.00 0.00 W1 H +ATOM 21762 H2 TIP3X1706 0.090 5.540 26.800 1.00 0.00 W1 H +ATOM 21763 OH2 TIP3X1707 45.060 -10.370 -19.520 1.00 0.00 W1 O +ATOM 21764 H1 TIP3X1707 45.520 -10.230 -20.360 1.00 0.00 W1 H +ATOM 21765 H2 TIP3X1707 44.370 -10.990 -19.730 1.00 0.00 W1 H +ATOM 21766 OH2 TIP3X1708 14.180 0.630 -32.260 1.00 0.00 W1 O +ATOM 21767 H1 TIP3X1708 13.720 0.510 -33.080 1.00 0.00 W1 H +ATOM 21768 H2 TIP3X1708 14.720 1.400 -32.400 1.00 0.00 W1 H +ATOM 21769 OH2 TIP3X1709 -24.130 -6.190 39.360 1.00 0.00 W1 O +ATOM 21770 H1 TIP3X1709 -23.850 -7.100 39.460 1.00 0.00 W1 H +ATOM 21771 H2 TIP3X1709 -23.330 -5.720 39.130 1.00 0.00 W1 H +ATOM 21772 OH2 TIP3X1710 -15.230 36.370 40.960 1.00 0.00 W1 O +ATOM 21773 H1 TIP3X1710 -14.590 35.670 41.090 1.00 0.00 W1 H +ATOM 21774 H2 TIP3X1710 -14.820 36.960 40.330 1.00 0.00 W1 H +ATOM 21775 OH2 TIP3X1711 42.030 -49.210 22.710 1.00 0.00 W1 O +ATOM 21776 H1 TIP3X1711 42.090 -49.160 21.750 1.00 0.00 W1 H +ATOM 21777 H2 TIP3X1711 42.370 -48.370 23.030 1.00 0.00 W1 H +ATOM 21778 OH2 TIP3X1712 -21.370 -19.730 -32.600 1.00 0.00 W1 O +ATOM 21779 H1 TIP3X1712 -21.970 -19.600 -33.340 1.00 0.00 W1 H +ATOM 21780 H2 TIP3X1712 -21.650 -19.090 -31.950 1.00 0.00 W1 H +ATOM 21781 OH2 TIP3X1713 19.680 41.260 14.020 1.00 0.00 W1 O +ATOM 21782 H1 TIP3X1713 18.740 41.390 14.140 1.00 0.00 W1 H +ATOM 21783 H2 TIP3X1713 20.080 41.760 14.720 1.00 0.00 W1 H +ATOM 21784 OH2 TIP3X1714 -0.150 -9.530 -29.150 1.00 0.00 W1 O +ATOM 21785 H1 TIP3X1714 0.590 -10.120 -29.290 1.00 0.00 W1 H +ATOM 21786 H2 TIP3X1714 -0.740 -9.720 -29.870 1.00 0.00 W1 H +ATOM 21787 OH2 TIP3X1715 22.560 6.820 -25.920 1.00 0.00 W1 O +ATOM 21788 H1 TIP3X1715 23.100 6.350 -25.290 1.00 0.00 W1 H +ATOM 21789 H2 TIP3X1715 22.320 7.640 -25.470 1.00 0.00 W1 H +ATOM 21790 OH2 TIP3X1716 -19.130 -36.410 -49.940 1.00 0.00 W1 O +ATOM 21791 H1 TIP3X1716 -19.700 -37.170 -49.860 1.00 0.00 W1 H +ATOM 21792 H2 TIP3X1716 -19.560 -35.740 -49.410 1.00 0.00 W1 H +ATOM 21793 OH2 TIP3X1717 -9.500 30.210 23.770 1.00 0.00 W1 O +ATOM 21794 H1 TIP3X1717 -8.890 30.670 24.360 1.00 0.00 W1 H +ATOM 21795 H2 TIP3X1717 -10.310 30.720 23.800 1.00 0.00 W1 H +ATOM 21796 OH2 TIP3X1718 -40.970 -2.610 -35.670 1.00 0.00 W1 O +ATOM 21797 H1 TIP3X1718 -40.550 -2.230 -34.910 1.00 0.00 W1 H +ATOM 21798 H2 TIP3X1718 -41.150 -3.510 -35.420 1.00 0.00 W1 H +ATOM 21799 OH2 TIP3X1719 6.590 -36.570 -50.230 1.00 0.00 W1 O +ATOM 21800 H1 TIP3X1719 6.510 -37.520 -50.340 1.00 0.00 W1 H +ATOM 21801 H2 TIP3X1719 6.030 -36.210 -50.910 1.00 0.00 W1 H +ATOM 21802 OH2 TIP3X1720 -8.910 28.960 31.720 1.00 0.00 W1 O +ATOM 21803 H1 TIP3X1720 -9.240 28.930 32.620 1.00 0.00 W1 H +ATOM 21804 H2 TIP3X1720 -8.670 28.060 31.520 1.00 0.00 W1 H +ATOM 21805 OH2 TIP3X1721 24.390 -10.150 20.890 1.00 0.00 W1 O +ATOM 21806 H1 TIP3X1721 25.010 -10.820 21.170 1.00 0.00 W1 H +ATOM 21807 H2 TIP3X1721 24.850 -9.320 21.020 1.00 0.00 W1 H +ATOM 21808 OH2 TIP3X1722 -14.590 -24.230 27.510 1.00 0.00 W1 O +ATOM 21809 H1 TIP3X1722 -13.790 -23.750 27.260 1.00 0.00 W1 H +ATOM 21810 H2 TIP3X1722 -14.940 -23.730 28.240 1.00 0.00 W1 H +ATOM 21811 OH2 TIP3X1723 -28.470 -44.440 -29.760 1.00 0.00 W1 O +ATOM 21812 H1 TIP3X1723 -29.060 -44.650 -29.040 1.00 0.00 W1 H +ATOM 21813 H2 TIP3X1723 -28.050 -43.630 -29.490 1.00 0.00 W1 H +ATOM 21814 OH2 TIP3X1724 26.880 25.140 -42.190 1.00 0.00 W1 O +ATOM 21815 H1 TIP3X1724 27.340 25.210 -41.350 1.00 0.00 W1 H +ATOM 21816 H2 TIP3X1724 27.410 25.660 -42.790 1.00 0.00 W1 H +ATOM 21817 OH2 TIP3X1725 46.260 -34.630 -34.630 1.00 0.00 W1 O +ATOM 21818 H1 TIP3X1725 46.310 -33.850 -35.200 1.00 0.00 W1 H +ATOM 21819 H2 TIP3X1725 45.330 -34.830 -34.590 1.00 0.00 W1 H +ATOM 21820 OH2 TIP3X1726 18.400 -28.290 -39.390 1.00 0.00 W1 O +ATOM 21821 H1 TIP3X1726 18.020 -29.080 -39.010 1.00 0.00 W1 H +ATOM 21822 H2 TIP3X1726 19.330 -28.470 -39.480 1.00 0.00 W1 H +ATOM 21823 OH2 TIP3X1727 -3.140 25.210 28.660 1.00 0.00 W1 O +ATOM 21824 H1 TIP3X1727 -3.670 25.280 27.870 1.00 0.00 W1 H +ATOM 21825 H2 TIP3X1727 -3.280 24.320 28.960 1.00 0.00 W1 H +ATOM 21826 OH2 TIP3X1728 -40.590 -22.030 32.680 1.00 0.00 W1 O +ATOM 21827 H1 TIP3X1728 -40.170 -21.210 32.940 1.00 0.00 W1 H +ATOM 21828 H2 TIP3X1728 -41.010 -22.350 33.480 1.00 0.00 W1 H +ATOM 21829 OH2 TIP3X1729 -43.450 -39.230 -35.490 1.00 0.00 W1 O +ATOM 21830 H1 TIP3X1729 -44.080 -39.210 -36.210 1.00 0.00 W1 H +ATOM 21831 H2 TIP3X1729 -43.860 -39.780 -34.820 1.00 0.00 W1 H +ATOM 21832 OH2 TIP3X1730 -37.660 23.230 -28.540 1.00 0.00 W1 O +ATOM 21833 H1 TIP3X1730 -36.940 23.830 -28.350 1.00 0.00 W1 H +ATOM 21834 H2 TIP3X1730 -37.260 22.370 -28.580 1.00 0.00 W1 H +ATOM 21835 OH2 TIP3X1731 4.290 6.390 19.660 1.00 0.00 W1 O +ATOM 21836 H1 TIP3X1731 4.470 5.820 20.400 1.00 0.00 W1 H +ATOM 21837 H2 TIP3X1731 3.360 6.620 19.740 1.00 0.00 W1 H +ATOM 21838 OH2 TIP3X1732 32.460 41.420 -18.780 1.00 0.00 W1 O +ATOM 21839 H1 TIP3X1732 32.350 42.280 -19.170 1.00 0.00 W1 H +ATOM 21840 H2 TIP3X1732 31.780 41.380 -18.100 1.00 0.00 W1 H +ATOM 21841 OH2 TIP3X1733 34.450 41.460 -13.050 1.00 0.00 W1 O +ATOM 21842 H1 TIP3X1733 33.680 41.580 -13.600 1.00 0.00 W1 H +ATOM 21843 H2 TIP3X1733 34.260 41.970 -12.260 1.00 0.00 W1 H +ATOM 21844 OH2 TIP3X1734 -24.030 -33.610 -46.110 1.00 0.00 W1 O +ATOM 21845 H1 TIP3X1734 -24.260 -33.970 -45.250 1.00 0.00 W1 H +ATOM 21846 H2 TIP3X1734 -23.460 -34.270 -46.500 1.00 0.00 W1 H +ATOM 21847 OH2 TIP3X1735 -42.190 -47.280 16.480 1.00 0.00 W1 O +ATOM 21848 H1 TIP3X1735 -42.330 -46.870 15.630 1.00 0.00 W1 H +ATOM 21849 H2 TIP3X1735 -42.180 -46.550 17.100 1.00 0.00 W1 H +ATOM 21850 OH2 TIP3X1736 25.910 12.940 -32.890 1.00 0.00 W1 O +ATOM 21851 H1 TIP3X1736 25.330 12.580 -33.560 1.00 0.00 W1 H +ATOM 21852 H2 TIP3X1736 25.960 13.880 -33.090 1.00 0.00 W1 H +ATOM 21853 OH2 TIP3X1737 -5.460 29.940 33.140 1.00 0.00 W1 O +ATOM 21854 H1 TIP3X1737 -5.580 29.440 32.330 1.00 0.00 W1 H +ATOM 21855 H2 TIP3X1737 -4.590 29.720 33.440 1.00 0.00 W1 H +ATOM 21856 OH2 TIP3X1738 -41.530 -33.120 -34.520 1.00 0.00 W1 O +ATOM 21857 H1 TIP3X1738 -41.500 -34.070 -34.390 1.00 0.00 W1 H +ATOM 21858 H2 TIP3X1738 -42.420 -32.870 -34.280 1.00 0.00 W1 H +ATOM 21859 OH2 TIP3X1739 -38.350 34.970 -33.190 1.00 0.00 W1 O +ATOM 21860 H1 TIP3X1739 -39.220 34.560 -33.220 1.00 0.00 W1 H +ATOM 21861 H2 TIP3X1739 -37.750 34.240 -33.410 1.00 0.00 W1 H +ATOM 21862 OH2 TIP3X1740 -6.650 -26.230 -33.180 1.00 0.00 W1 O +ATOM 21863 H1 TIP3X1740 -6.110 -26.010 -33.930 1.00 0.00 W1 H +ATOM 21864 H2 TIP3X1740 -6.170 -25.880 -32.430 1.00 0.00 W1 H +ATOM 21865 OH2 TIP3X1741 38.310 -14.380 -34.310 1.00 0.00 W1 O +ATOM 21866 H1 TIP3X1741 38.670 -14.330 -35.200 1.00 0.00 W1 H +ATOM 21867 H2 TIP3X1741 38.870 -15.010 -33.860 1.00 0.00 W1 H +ATOM 21868 OH2 TIP3X1742 28.770 25.120 33.130 1.00 0.00 W1 O +ATOM 21869 H1 TIP3X1742 29.530 24.680 32.750 1.00 0.00 W1 H +ATOM 21870 H2 TIP3X1742 29.110 25.490 33.950 1.00 0.00 W1 H +ATOM 21871 OH2 TIP3X1743 -0.520 -42.530 15.550 1.00 0.00 W1 O +ATOM 21872 H1 TIP3X1743 -1.450 -42.330 15.610 1.00 0.00 W1 H +ATOM 21873 H2 TIP3X1743 -0.460 -43.200 14.860 1.00 0.00 W1 H +ATOM 21874 OH2 TIP3X1744 -9.760 -18.800 -30.120 1.00 0.00 W1 O +ATOM 21875 H1 TIP3X1744 -9.010 -18.440 -29.640 1.00 0.00 W1 H +ATOM 21876 H2 TIP3X1744 -10.440 -18.150 -30.030 1.00 0.00 W1 H +ATOM 21877 OH2 TIP3X1745 -31.090 -43.590 20.820 1.00 0.00 W1 O +ATOM 21878 H1 TIP3X1745 -30.570 -43.430 20.030 1.00 0.00 W1 H +ATOM 21879 H2 TIP3X1745 -31.120 -42.730 21.260 1.00 0.00 W1 H +ATOM 21880 OH2 TIP3X1746 -37.410 -32.240 28.410 1.00 0.00 W1 O +ATOM 21881 H1 TIP3X1746 -37.340 -31.850 29.270 1.00 0.00 W1 H +ATOM 21882 H2 TIP3X1746 -37.140 -33.150 28.540 1.00 0.00 W1 H +ATOM 21883 OH2 TIP3X1747 30.870 -20.330 -40.780 1.00 0.00 W1 O +ATOM 21884 H1 TIP3X1747 31.440 -19.660 -41.120 1.00 0.00 W1 H +ATOM 21885 H2 TIP3X1747 31.440 -21.100 -40.640 1.00 0.00 W1 H +ATOM 21886 OH2 TIP3X1748 -33.340 24.450 -30.900 1.00 0.00 W1 O +ATOM 21887 H1 TIP3X1748 -34.110 23.930 -31.130 1.00 0.00 W1 H +ATOM 21888 H2 TIP3X1748 -32.720 24.290 -31.620 1.00 0.00 W1 H +ATOM 21889 OH2 TIP3X1749 30.110 12.110 -45.680 1.00 0.00 W1 O +ATOM 21890 H1 TIP3X1749 30.440 12.970 -45.940 1.00 0.00 W1 H +ATOM 21891 H2 TIP3X1749 30.500 11.500 -46.310 1.00 0.00 W1 H +ATOM 21892 OH2 TIP3X1750 -42.060 -45.290 -24.090 1.00 0.00 W1 O +ATOM 21893 H1 TIP3X1750 -41.880 -44.540 -23.520 1.00 0.00 W1 H +ATOM 21894 H2 TIP3X1750 -41.700 -46.040 -23.610 1.00 0.00 W1 H +ATOM 21895 OH2 TIP3X1751 31.210 17.940 39.010 1.00 0.00 W1 O +ATOM 21896 H1 TIP3X1751 31.870 17.900 39.700 1.00 0.00 W1 H +ATOM 21897 H2 TIP3X1751 30.440 17.500 39.390 1.00 0.00 W1 H +ATOM 21898 OH2 TIP3X1752 -39.520 -1.270 -11.760 1.00 0.00 W1 O +ATOM 21899 H1 TIP3X1752 -39.750 -1.610 -12.620 1.00 0.00 W1 H +ATOM 21900 H2 TIP3X1752 -38.630 -1.580 -11.620 1.00 0.00 W1 H +ATOM 21901 OH2 TIP3X1753 14.130 -18.760 -48.620 1.00 0.00 W1 O +ATOM 21902 H1 TIP3X1753 13.370 -18.440 -49.120 1.00 0.00 W1 H +ATOM 21903 H2 TIP3X1753 14.060 -19.710 -48.670 1.00 0.00 W1 H +ATOM 21904 OH2 TIP3X1754 9.690 -3.370 -45.350 1.00 0.00 W1 O +ATOM 21905 H1 TIP3X1754 10.350 -2.740 -45.630 1.00 0.00 W1 H +ATOM 21906 H2 TIP3X1754 8.900 -2.860 -45.250 1.00 0.00 W1 H +ATOM 21907 OH2 TIP3X1755 -40.740 -30.780 18.410 1.00 0.00 W1 O +ATOM 21908 H1 TIP3X1755 -40.000 -30.780 19.000 1.00 0.00 W1 H +ATOM 21909 H2 TIP3X1755 -40.580 -31.510 17.810 1.00 0.00 W1 H +ATOM 21910 OH2 TIP3X1756 -4.710 19.620 -43.180 1.00 0.00 W1 O +ATOM 21911 H1 TIP3X1756 -3.850 19.280 -43.400 1.00 0.00 W1 H +ATOM 21912 H2 TIP3X1756 -5.280 18.850 -43.220 1.00 0.00 W1 H +ATOM 21913 OH2 TIP3X1757 36.030 22.310 29.480 1.00 0.00 W1 O +ATOM 21914 H1 TIP3X1757 35.250 21.800 29.270 1.00 0.00 W1 H +ATOM 21915 H2 TIP3X1757 36.290 22.030 30.350 1.00 0.00 W1 H +ATOM 21916 OH2 TIP3X1758 12.860 -7.380 -43.080 1.00 0.00 W1 O +ATOM 21917 H1 TIP3X1758 13.780 -7.350 -42.860 1.00 0.00 W1 H +ATOM 21918 H2 TIP3X1758 12.480 -6.620 -42.630 1.00 0.00 W1 H +ATOM 21919 OH2 TIP3X1759 26.770 24.500 36.470 1.00 0.00 W1 O +ATOM 21920 H1 TIP3X1759 26.160 23.820 36.200 1.00 0.00 W1 H +ATOM 21921 H2 TIP3X1759 26.700 24.530 37.430 1.00 0.00 W1 H +ATOM 21922 OH2 TIP3X1760 -25.310 32.840 -46.880 1.00 0.00 W1 O +ATOM 21923 H1 TIP3X1760 -26.070 33.190 -46.410 1.00 0.00 W1 H +ATOM 21924 H2 TIP3X1760 -24.590 33.430 -46.660 1.00 0.00 W1 H +ATOM 21925 OH2 TIP3X1761 24.510 -46.070 -34.640 1.00 0.00 W1 O +ATOM 21926 H1 TIP3X1761 25.370 -45.880 -35.000 1.00 0.00 W1 H +ATOM 21927 H2 TIP3X1761 24.190 -45.220 -34.320 1.00 0.00 W1 H +ATOM 21928 OH2 TIP3X1762 -3.650 36.800 40.410 1.00 0.00 W1 O +ATOM 21929 H1 TIP3X1762 -3.940 37.380 41.100 1.00 0.00 W1 H +ATOM 21930 H2 TIP3X1762 -2.750 36.560 40.660 1.00 0.00 W1 H +ATOM 21931 OH2 TIP3X1763 25.290 19.340 -46.970 1.00 0.00 W1 O +ATOM 21932 H1 TIP3X1763 25.690 20.180 -47.100 1.00 0.00 W1 H +ATOM 21933 H2 TIP3X1763 25.580 18.800 -47.710 1.00 0.00 W1 H +ATOM 21934 OH2 TIP3X1764 24.970 18.690 37.730 1.00 0.00 W1 O +ATOM 21935 H1 TIP3X1764 24.860 19.030 38.620 1.00 0.00 W1 H +ATOM 21936 H2 TIP3X1764 24.380 17.930 37.700 1.00 0.00 W1 H +ATOM 21937 OH2 TIP3X1765 16.550 -34.260 -31.050 1.00 0.00 W1 O +ATOM 21938 H1 TIP3X1765 17.160 -34.410 -30.320 1.00 0.00 W1 H +ATOM 21939 H2 TIP3X1765 15.680 -34.480 -30.700 1.00 0.00 W1 H +ATOM 21940 OH2 TIP3X1766 26.550 -18.260 34.450 1.00 0.00 W1 O +ATOM 21941 H1 TIP3X1766 26.060 -17.560 34.910 1.00 0.00 W1 H +ATOM 21942 H2 TIP3X1766 26.400 -18.080 33.520 1.00 0.00 W1 H +ATOM 21943 OH2 TIP3X1767 32.850 10.450 -39.120 1.00 0.00 W1 O +ATOM 21944 H1 TIP3X1767 33.340 11.220 -39.400 1.00 0.00 W1 H +ATOM 21945 H2 TIP3X1767 32.320 10.750 -38.390 1.00 0.00 W1 H +ATOM 21946 OH2 TIP3X1768 -4.590 2.910 -40.910 1.00 0.00 W1 O +ATOM 21947 H1 TIP3X1768 -4.340 3.470 -40.170 1.00 0.00 W1 H +ATOM 21948 H2 TIP3X1768 -5.330 2.410 -40.590 1.00 0.00 W1 H +ATOM 21949 OH2 TIP3X1769 17.460 -10.990 -32.300 1.00 0.00 W1 O +ATOM 21950 H1 TIP3X1769 16.930 -11.780 -32.160 1.00 0.00 W1 H +ATOM 21951 H2 TIP3X1769 18.360 -11.270 -32.110 1.00 0.00 W1 H +ATOM 21952 OH2 TIP3X1770 28.750 -20.700 -14.220 1.00 0.00 W1 O +ATOM 21953 H1 TIP3X1770 28.800 -21.470 -14.780 1.00 0.00 W1 H +ATOM 21954 H2 TIP3X1770 29.100 -21.000 -13.380 1.00 0.00 W1 H +ATOM 21955 OH2 TIP3X1771 -15.680 -24.820 15.050 1.00 0.00 W1 O +ATOM 21956 H1 TIP3X1771 -16.200 -25.330 14.430 1.00 0.00 W1 H +ATOM 21957 H2 TIP3X1771 -16.040 -23.930 15.000 1.00 0.00 W1 H +ATOM 21958 OH2 TIP3X1772 -28.150 20.620 36.090 1.00 0.00 W1 O +ATOM 21959 H1 TIP3X1772 -28.210 20.060 35.320 1.00 0.00 W1 H +ATOM 21960 H2 TIP3X1772 -27.210 20.710 36.250 1.00 0.00 W1 H +ATOM 21961 OH2 TIP3X1773 -38.100 -31.920 13.350 1.00 0.00 W1 O +ATOM 21962 H1 TIP3X1773 -38.490 -31.060 13.510 1.00 0.00 W1 H +ATOM 21963 H2 TIP3X1773 -37.220 -31.850 13.700 1.00 0.00 W1 H +ATOM 21964 OH2 TIP3X1774 -28.800 -46.380 -43.860 1.00 0.00 W1 O +ATOM 21965 H1 TIP3X1774 -28.720 -46.100 -44.770 1.00 0.00 W1 H +ATOM 21966 H2 TIP3X1774 -28.560 -47.310 -43.880 1.00 0.00 W1 H +ATOM 21967 OH2 TIP3X1775 -40.910 -11.520 -25.980 1.00 0.00 W1 O +ATOM 21968 H1 TIP3X1775 -41.810 -11.840 -25.970 1.00 0.00 W1 H +ATOM 21969 H2 TIP3X1775 -41.000 -10.570 -25.860 1.00 0.00 W1 H +ATOM 21970 OH2 TIP3X1776 -41.570 -34.040 -44.550 1.00 0.00 W1 O +ATOM 21971 H1 TIP3X1776 -40.640 -34.010 -44.760 1.00 0.00 W1 H +ATOM 21972 H2 TIP3X1776 -42.020 -33.700 -45.320 1.00 0.00 W1 H +ATOM 21973 OH2 TIP3X1777 -45.910 26.380 -44.110 1.00 0.00 W1 O +ATOM 21974 H1 TIP3X1777 -46.200 27.160 -43.630 1.00 0.00 W1 H +ATOM 21975 H2 TIP3X1777 -45.160 26.670 -44.610 1.00 0.00 W1 H +ATOM 21976 OH2 TIP3X1778 2.580 38.580 -37.730 1.00 0.00 W1 O +ATOM 21977 H1 TIP3X1778 3.510 38.600 -37.500 1.00 0.00 W1 H +ATOM 21978 H2 TIP3X1778 2.420 39.410 -38.190 1.00 0.00 W1 H +ATOM 21979 OH2 TIP3X1779 -18.270 7.480 -38.420 1.00 0.00 W1 O +ATOM 21980 H1 TIP3X1779 -18.820 8.040 -37.880 1.00 0.00 W1 H +ATOM 21981 H2 TIP3X1779 -18.760 7.380 -39.230 1.00 0.00 W1 H +ATOM 21982 OH2 TIP3X1780 -44.020 18.700 -18.480 1.00 0.00 W1 O +ATOM 21983 H1 TIP3X1780 -43.730 18.280 -19.290 1.00 0.00 W1 H +ATOM 21984 H2 TIP3X1780 -44.330 19.570 -18.760 1.00 0.00 W1 H +ATOM 21985 OH2 TIP3X1781 8.370 27.990 -42.300 1.00 0.00 W1 O +ATOM 21986 H1 TIP3X1781 7.450 28.250 -42.270 1.00 0.00 W1 H +ATOM 21987 H2 TIP3X1781 8.850 28.820 -42.400 1.00 0.00 W1 H +ATOM 21988 OH2 TIP3X1782 1.890 13.990 34.850 1.00 0.00 W1 O +ATOM 21989 H1 TIP3X1782 1.500 14.700 34.340 1.00 0.00 W1 H +ATOM 21990 H2 TIP3X1782 1.930 14.310 35.740 1.00 0.00 W1 H +ATOM 21991 OH2 TIP3X1783 -21.790 -39.250 30.640 1.00 0.00 W1 O +ATOM 21992 H1 TIP3X1783 -21.960 -39.180 31.580 1.00 0.00 W1 H +ATOM 21993 H2 TIP3X1783 -22.130 -40.110 30.400 1.00 0.00 W1 H +ATOM 21994 OH2 TIP3X1784 -3.940 -11.340 -28.710 1.00 0.00 W1 O +ATOM 21995 H1 TIP3X1784 -4.780 -11.060 -28.340 1.00 0.00 W1 H +ATOM 21996 H2 TIP3X1784 -3.640 -10.570 -29.220 1.00 0.00 W1 H +ATOM 21997 OH2 TIP3X1785 19.000 -45.360 -38.650 1.00 0.00 W1 O +ATOM 21998 H1 TIP3X1785 18.560 -44.550 -38.390 1.00 0.00 W1 H +ATOM 21999 H2 TIP3X1785 19.260 -45.770 -37.820 1.00 0.00 W1 H +ATOM 22000 OH2 TIP3X1786 -18.220 -37.890 -25.310 1.00 0.00 W1 O +ATOM 22001 H1 TIP3X1786 -18.630 -37.040 -25.180 1.00 0.00 W1 H +ATOM 22002 H2 TIP3X1786 -17.670 -38.030 -24.540 1.00 0.00 W1 H +ATOM 22003 OH2 TIP3X1787 -14.060 -47.610 -35.380 1.00 0.00 W1 O +ATOM 22004 H1 TIP3X1787 -13.240 -47.340 -34.970 1.00 0.00 W1 H +ATOM 22005 H2 TIP3X1787 -14.640 -47.800 -34.650 1.00 0.00 W1 H +ATOM 22006 OH2 TIP3X1788 -36.220 -24.870 -32.980 1.00 0.00 W1 O +ATOM 22007 H1 TIP3X1788 -35.360 -24.520 -32.780 1.00 0.00 W1 H +ATOM 22008 H2 TIP3X1788 -36.380 -25.530 -32.300 1.00 0.00 W1 H +ATOM 22009 OH2 TIP3X1789 -14.040 3.330 -26.460 1.00 0.00 W1 O +ATOM 22010 H1 TIP3X1789 -13.780 2.770 -25.730 1.00 0.00 W1 H +ATOM 22011 H2 TIP3X1789 -13.990 2.760 -27.220 1.00 0.00 W1 H +ATOM 22012 OH2 TIP3X1790 3.150 39.810 -24.030 1.00 0.00 W1 O +ATOM 22013 H1 TIP3X1790 3.140 39.730 -24.980 1.00 0.00 W1 H +ATOM 22014 H2 TIP3X1790 2.490 39.170 -23.730 1.00 0.00 W1 H +ATOM 22015 OH2 TIP3X1791 -17.560 15.210 -16.280 1.00 0.00 W1 O +ATOM 22016 H1 TIP3X1791 -17.180 15.200 -15.400 1.00 0.00 W1 H +ATOM 22017 H2 TIP3X1791 -16.810 15.010 -16.860 1.00 0.00 W1 H +ATOM 22018 OH2 TIP3X1792 -16.540 -18.670 21.580 1.00 0.00 W1 O +ATOM 22019 H1 TIP3X1792 -16.650 -19.250 22.340 1.00 0.00 W1 H +ATOM 22020 H2 TIP3X1792 -16.640 -19.250 20.820 1.00 0.00 W1 H +ATOM 22021 OH2 TIP3X1793 -41.520 -2.730 30.070 1.00 0.00 W1 O +ATOM 22022 H1 TIP3X1793 -40.920 -2.750 30.800 1.00 0.00 W1 H +ATOM 22023 H2 TIP3X1793 -42.390 -2.850 30.460 1.00 0.00 W1 H +ATOM 22024 OH2 TIP3X1794 37.240 -29.250 -23.760 1.00 0.00 W1 O +ATOM 22025 H1 TIP3X1794 38.170 -29.320 -23.900 1.00 0.00 W1 H +ATOM 22026 H2 TIP3X1794 36.940 -30.150 -23.620 1.00 0.00 W1 H +ATOM 22027 OH2 TIP3X1795 46.280 -45.730 15.600 1.00 0.00 W1 O +ATOM 22028 H1 TIP3X1795 46.920 -45.530 14.930 1.00 0.00 W1 H +ATOM 22029 H2 TIP3X1795 45.580 -46.180 15.130 1.00 0.00 W1 H +ATOM 22030 OH2 TIP3X1796 -4.310 -14.850 -47.010 1.00 0.00 W1 O +ATOM 22031 H1 TIP3X1796 -3.380 -14.900 -46.790 1.00 0.00 W1 H +ATOM 22032 H2 TIP3X1796 -4.700 -15.650 -46.630 1.00 0.00 W1 H +ATOM 22033 OH2 TIP3X1797 -15.400 -35.870 -45.460 1.00 0.00 W1 O +ATOM 22034 H1 TIP3X1797 -15.290 -36.330 -46.290 1.00 0.00 W1 H +ATOM 22035 H2 TIP3X1797 -16.290 -35.520 -45.490 1.00 0.00 W1 H +ATOM 22036 OH2 TIP3X1798 -16.550 -1.130 29.990 1.00 0.00 W1 O +ATOM 22037 H1 TIP3X1798 -16.140 -1.910 29.610 1.00 0.00 W1 H +ATOM 22038 H2 TIP3X1798 -17.400 -1.420 30.310 1.00 0.00 W1 H +ATOM 22039 OH2 TIP3X1799 40.570 26.880 -44.310 1.00 0.00 W1 O +ATOM 22040 H1 TIP3X1799 39.930 27.210 -43.670 1.00 0.00 W1 H +ATOM 22041 H2 TIP3X1799 41.300 26.570 -43.790 1.00 0.00 W1 H +ATOM 22042 OH2 TIP3X1800 -10.450 -33.690 -33.120 1.00 0.00 W1 O +ATOM 22043 H1 TIP3X1800 -10.310 -34.630 -33.210 1.00 0.00 W1 H +ATOM 22044 H2 TIP3X1800 -11.400 -33.600 -33.050 1.00 0.00 W1 H +ATOM 22045 OH2 TIP3X1801 14.850 37.870 30.180 1.00 0.00 W1 O +ATOM 22046 H1 TIP3X1801 15.770 37.910 29.910 1.00 0.00 W1 H +ATOM 22047 H2 TIP3X1801 14.350 38.150 29.420 1.00 0.00 W1 H +ATOM 22048 OH2 TIP3X1802 -16.720 19.640 -19.620 1.00 0.00 W1 O +ATOM 22049 H1 TIP3X1802 -15.910 19.400 -20.070 1.00 0.00 W1 H +ATOM 22050 H2 TIP3X1802 -16.640 19.210 -18.770 1.00 0.00 W1 H +ATOM 22051 OH2 TIP3X1803 2.940 41.490 -32.290 1.00 0.00 W1 O +ATOM 22052 H1 TIP3X1803 3.520 40.740 -32.480 1.00 0.00 W1 H +ATOM 22053 H2 TIP3X1803 2.060 41.110 -32.350 1.00 0.00 W1 H +ATOM 22054 OH2 TIP3X1804 -17.380 -40.430 -36.400 1.00 0.00 W1 O +ATOM 22055 H1 TIP3X1804 -17.410 -40.820 -37.270 1.00 0.00 W1 H +ATOM 22056 H2 TIP3X1804 -18.020 -39.730 -36.420 1.00 0.00 W1 H +ATOM 22057 OH2 TIP3X1805 -38.680 -4.680 -27.400 1.00 0.00 W1 O +ATOM 22058 H1 TIP3X1805 -39.500 -4.410 -26.990 1.00 0.00 W1 H +ATOM 22059 H2 TIP3X1805 -38.930 -4.970 -28.280 1.00 0.00 W1 H +ATOM 22060 OH2 TIP3X1806 4.890 28.840 -33.450 1.00 0.00 W1 O +ATOM 22061 H1 TIP3X1806 4.640 28.140 -32.840 1.00 0.00 W1 H +ATOM 22062 H2 TIP3X1806 4.160 28.880 -34.070 1.00 0.00 W1 H +ATOM 22063 OH2 TIP3X1807 3.930 -45.160 21.590 1.00 0.00 W1 O +ATOM 22064 H1 TIP3X1807 4.830 -44.900 21.740 1.00 0.00 W1 H +ATOM 22065 H2 TIP3X1807 3.640 -44.620 20.860 1.00 0.00 W1 H +ATOM 22066 OH2 TIP3X1808 44.770 11.900 16.330 1.00 0.00 W1 O +ATOM 22067 H1 TIP3X1808 45.680 12.170 16.170 1.00 0.00 W1 H +ATOM 22068 H2 TIP3X1808 44.250 12.570 15.890 1.00 0.00 W1 H +ATOM 22069 OH2 TIP3X1809 -38.490 13.040 -7.440 1.00 0.00 W1 O +ATOM 22070 H1 TIP3X1809 -38.120 13.900 -7.660 1.00 0.00 W1 H +ATOM 22071 H2 TIP3X1809 -39.430 13.200 -7.370 1.00 0.00 W1 H +ATOM 22072 OH2 TIP3X1810 0.740 -8.140 18.600 1.00 0.00 W1 O +ATOM 22073 H1 TIP3X1810 -0.040 -8.650 18.820 1.00 0.00 W1 H +ATOM 22074 H2 TIP3X1810 1.290 -8.210 19.380 1.00 0.00 W1 H +ATOM 22075 OH2 TIP3X1811 -4.380 -28.870 -43.090 1.00 0.00 W1 O +ATOM 22076 H1 TIP3X1811 -4.870 -29.520 -43.590 1.00 0.00 W1 H +ATOM 22077 H2 TIP3X1811 -4.340 -28.100 -43.660 1.00 0.00 W1 H +ATOM 22078 OH2 TIP3X1812 -26.870 -20.570 18.760 1.00 0.00 W1 O +ATOM 22079 H1 TIP3X1812 -27.530 -21.190 18.420 1.00 0.00 W1 H +ATOM 22080 H2 TIP3X1812 -27.380 -19.930 19.260 1.00 0.00 W1 H +ATOM 22081 OH2 TIP3X1813 39.760 12.640 -37.270 1.00 0.00 W1 O +ATOM 22082 H1 TIP3X1813 39.080 13.310 -37.410 1.00 0.00 W1 H +ATOM 22083 H2 TIP3X1813 40.340 12.740 -38.030 1.00 0.00 W1 H +ATOM 22084 OH2 TIP3X1814 -24.330 -28.780 -38.210 1.00 0.00 W1 O +ATOM 22085 H1 TIP3X1814 -23.940 -29.320 -38.900 1.00 0.00 W1 H +ATOM 22086 H2 TIP3X1814 -24.080 -27.890 -38.440 1.00 0.00 W1 H +ATOM 22087 OH2 TIP3X1815 -20.030 -39.240 -26.950 1.00 0.00 W1 O +ATOM 22088 H1 TIP3X1815 -19.850 -40.000 -26.400 1.00 0.00 W1 H +ATOM 22089 H2 TIP3X1815 -19.330 -38.610 -26.710 1.00 0.00 W1 H +ATOM 22090 OH2 TIP3X1816 -33.600 27.050 -46.090 1.00 0.00 W1 O +ATOM 22091 H1 TIP3X1816 -33.980 27.520 -46.830 1.00 0.00 W1 H +ATOM 22092 H2 TIP3X1816 -33.390 26.190 -46.440 1.00 0.00 W1 H +ATOM 22093 OH2 TIP3X1817 -10.420 -8.960 -35.600 1.00 0.00 W1 O +ATOM 22094 H1 TIP3X1817 -11.090 -8.310 -35.830 1.00 0.00 W1 H +ATOM 22095 H2 TIP3X1817 -10.900 -9.670 -35.180 1.00 0.00 W1 H +ATOM 22096 OH2 TIP3X1818 9.090 -14.850 -49.700 1.00 0.00 W1 O +ATOM 22097 H1 TIP3X1818 8.870 -15.670 -49.270 1.00 0.00 W1 H +ATOM 22098 H2 TIP3X1818 9.890 -15.040 -50.190 1.00 0.00 W1 H +ATOM 22099 OH2 TIP3X1819 43.020 -34.100 28.620 1.00 0.00 W1 O +ATOM 22100 H1 TIP3X1819 43.880 -34.500 28.540 1.00 0.00 W1 H +ATOM 22101 H2 TIP3X1819 42.480 -34.760 29.030 1.00 0.00 W1 H +ATOM 22102 OH2 TIP3X1820 -34.050 22.940 -14.590 1.00 0.00 W1 O +ATOM 22103 H1 TIP3X1820 -34.360 23.760 -14.190 1.00 0.00 W1 H +ATOM 22104 H2 TIP3X1820 -33.610 22.490 -13.880 1.00 0.00 W1 H +ATOM 22105 OH2 TIP3X1821 25.020 -37.440 -19.170 1.00 0.00 W1 O +ATOM 22106 H1 TIP3X1821 25.850 -37.790 -18.860 1.00 0.00 W1 H +ATOM 22107 H2 TIP3X1821 24.560 -38.210 -19.530 1.00 0.00 W1 H +ATOM 22108 OH2 TIP3X1822 40.680 -5.320 -26.110 1.00 0.00 W1 O +ATOM 22109 H1 TIP3X1822 41.260 -4.570 -26.130 1.00 0.00 W1 H +ATOM 22110 H2 TIP3X1822 39.930 -5.040 -25.580 1.00 0.00 W1 H +ATOM 22111 OH2 TIP3X1823 20.710 -26.330 -32.120 1.00 0.00 W1 O +ATOM 22112 H1 TIP3X1823 19.940 -25.780 -31.950 1.00 0.00 W1 H +ATOM 22113 H2 TIP3X1823 20.360 -27.090 -32.580 1.00 0.00 W1 H +ATOM 22114 OH2 TIP3X1824 48.510 27.050 28.850 1.00 0.00 W1 O +ATOM 22115 H1 TIP3X1824 48.300 27.040 29.780 1.00 0.00 W1 H +ATOM 22116 H2 TIP3X1824 48.000 27.780 28.490 1.00 0.00 W1 H +ATOM 22117 OH2 TIP3X1825 13.660 -38.600 -41.510 1.00 0.00 W1 O +ATOM 22118 H1 TIP3X1825 13.510 -38.040 -42.270 1.00 0.00 W1 H +ATOM 22119 H2 TIP3X1825 14.110 -39.370 -41.870 1.00 0.00 W1 H +ATOM 22120 OH2 TIP3X1826 -3.810 -9.470 34.760 1.00 0.00 W1 O +ATOM 22121 H1 TIP3X1826 -4.100 -8.610 35.030 1.00 0.00 W1 H +ATOM 22122 H2 TIP3X1826 -2.880 -9.400 34.610 1.00 0.00 W1 H +ATOM 22123 OH2 TIP3X1827 -2.940 -4.950 -36.190 1.00 0.00 W1 O +ATOM 22124 H1 TIP3X1827 -3.170 -4.020 -36.290 1.00 0.00 W1 H +ATOM 22125 H2 TIP3X1827 -2.010 -4.990 -36.410 1.00 0.00 W1 H +ATOM 22126 OH2 TIP3X1828 -22.320 -39.350 -43.910 1.00 0.00 W1 O +ATOM 22127 H1 TIP3X1828 -21.480 -39.660 -44.250 1.00 0.00 W1 H +ATOM 22128 H2 TIP3X1828 -22.290 -39.580 -42.980 1.00 0.00 W1 H +ATOM 22129 OH2 TIP3X1829 -41.720 -8.500 24.380 1.00 0.00 W1 O +ATOM 22130 H1 TIP3X1829 -41.420 -7.880 23.720 1.00 0.00 W1 H +ATOM 22131 H2 TIP3X1829 -42.150 -9.200 23.890 1.00 0.00 W1 H +ATOM 22132 OH2 TIP3X1830 19.790 -11.480 -50.740 1.00 0.00 W1 O +ATOM 22133 H1 TIP3X1830 19.130 -11.180 -50.100 1.00 0.00 W1 H +ATOM 22134 H2 TIP3X1830 19.710 -12.430 -50.740 1.00 0.00 W1 H +ATOM 22135 OH2 TIP3X1831 -16.770 40.150 36.130 1.00 0.00 W1 O +ATOM 22136 H1 TIP3X1831 -16.910 40.880 36.730 1.00 0.00 W1 H +ATOM 22137 H2 TIP3X1831 -16.080 40.450 35.540 1.00 0.00 W1 H +ATOM 22138 OH2 TIP3X1832 -25.710 19.170 29.290 1.00 0.00 W1 O +ATOM 22139 H1 TIP3X1832 -25.670 19.500 30.190 1.00 0.00 W1 H +ATOM 22140 H2 TIP3X1832 -25.210 18.360 29.310 1.00 0.00 W1 H +ATOM 22141 OH2 TIP3X1833 32.840 -14.880 -24.790 1.00 0.00 W1 O +ATOM 22142 H1 TIP3X1833 32.300 -15.580 -25.150 1.00 0.00 W1 H +ATOM 22143 H2 TIP3X1833 32.220 -14.310 -24.330 1.00 0.00 W1 H +ATOM 22144 OH2 TIP3X1834 -18.130 -12.430 -32.300 1.00 0.00 W1 O +ATOM 22145 H1 TIP3X1834 -18.150 -11.660 -31.730 1.00 0.00 W1 H +ATOM 22146 H2 TIP3X1834 -18.380 -12.090 -33.170 1.00 0.00 W1 H +ATOM 22147 OH2 TIP3X1835 6.720 -43.350 -26.510 1.00 0.00 W1 O +ATOM 22148 H1 TIP3X1835 7.420 -43.640 -27.080 1.00 0.00 W1 H +ATOM 22149 H2 TIP3X1835 5.980 -43.930 -26.710 1.00 0.00 W1 H +ATOM 22150 OH2 TIP3X1836 -26.700 -1.260 -25.030 1.00 0.00 W1 O +ATOM 22151 H1 TIP3X1836 -26.650 -1.860 -25.770 1.00 0.00 W1 H +ATOM 22152 H2 TIP3X1836 -26.880 -1.840 -24.280 1.00 0.00 W1 H +ATOM 22153 OH2 TIP3X1837 -33.160 30.560 30.060 1.00 0.00 W1 O +ATOM 22154 H1 TIP3X1837 -33.990 30.180 29.760 1.00 0.00 W1 H +ATOM 22155 H2 TIP3X1837 -33.100 30.300 30.980 1.00 0.00 W1 H +ATOM 22156 OH2 TIP3X1838 -3.620 19.080 19.830 1.00 0.00 W1 O +ATOM 22157 H1 TIP3X1838 -3.660 19.940 19.410 1.00 0.00 W1 H +ATOM 22158 H2 TIP3X1838 -3.370 18.490 19.120 1.00 0.00 W1 H +ATOM 22159 OH2 TIP3X1839 -7.830 -47.710 -43.270 1.00 0.00 W1 O +ATOM 22160 H1 TIP3X1839 -8.070 -48.460 -43.820 1.00 0.00 W1 H +ATOM 22161 H2 TIP3X1839 -7.740 -46.980 -43.890 1.00 0.00 W1 H +ATOM 22162 OH2 TIP3X1840 -9.340 15.130 25.680 1.00 0.00 W1 O +ATOM 22163 H1 TIP3X1840 -9.880 15.900 25.510 1.00 0.00 W1 H +ATOM 22164 H2 TIP3X1840 -8.910 14.950 24.840 1.00 0.00 W1 H +ATOM 22165 OH2 TIP3X1841 21.680 -12.230 29.410 1.00 0.00 W1 O +ATOM 22166 H1 TIP3X1841 21.550 -12.660 28.560 1.00 0.00 W1 H +ATOM 22167 H2 TIP3X1841 20.920 -11.650 29.490 1.00 0.00 W1 H +ATOM 22168 OH2 TIP3X1842 -37.920 -24.710 14.670 1.00 0.00 W1 O +ATOM 22169 H1 TIP3X1842 -37.660 -24.740 15.590 1.00 0.00 W1 H +ATOM 22170 H2 TIP3X1842 -37.700 -25.590 14.340 1.00 0.00 W1 H +ATOM 22171 OH2 TIP3X1843 -27.700 39.960 -21.310 1.00 0.00 W1 O +ATOM 22172 H1 TIP3X1843 -27.280 40.050 -20.450 1.00 0.00 W1 H +ATOM 22173 H2 TIP3X1843 -27.480 40.780 -21.760 1.00 0.00 W1 H +ATOM 22174 OH2 TIP3X1844 46.110 -43.780 35.390 1.00 0.00 W1 O +ATOM 22175 H1 TIP3X1844 45.890 -43.110 34.740 1.00 0.00 W1 H +ATOM 22176 H2 TIP3X1844 45.350 -43.780 35.980 1.00 0.00 W1 H +ATOM 22177 OH2 TIP3X1845 -37.760 -44.210 -36.960 1.00 0.00 W1 O +ATOM 22178 H1 TIP3X1845 -37.250 -44.900 -37.390 1.00 0.00 W1 H +ATOM 22179 H2 TIP3X1845 -38.360 -44.680 -36.380 1.00 0.00 W1 H +ATOM 22180 OH2 TIP3X1846 32.810 -47.120 -27.350 1.00 0.00 W1 O +ATOM 22181 H1 TIP3X1846 33.570 -46.830 -26.830 1.00 0.00 W1 H +ATOM 22182 H2 TIP3X1846 32.060 -46.710 -26.940 1.00 0.00 W1 H +ATOM 22183 OH2 TIP3X1847 -2.000 35.760 -30.230 1.00 0.00 W1 O +ATOM 22184 H1 TIP3X1847 -1.630 35.840 -29.360 1.00 0.00 W1 H +ATOM 22185 H2 TIP3X1847 -1.480 35.060 -30.650 1.00 0.00 W1 H +ATOM 22186 OH2 TIP3X1848 -27.650 -36.160 -28.680 1.00 0.00 W1 O +ATOM 22187 H1 TIP3X1848 -27.770 -35.300 -29.100 1.00 0.00 W1 H +ATOM 22188 H2 TIP3X1848 -28.440 -36.310 -28.180 1.00 0.00 W1 H +ATOM 22189 OH2 TIP3X1849 -30.450 -9.490 -41.450 1.00 0.00 W1 O +ATOM 22190 H1 TIP3X1849 -29.570 -9.850 -41.490 1.00 0.00 W1 H +ATOM 22191 H2 TIP3X1849 -30.750 -9.670 -40.560 1.00 0.00 W1 H +ATOM 22192 OH2 TIP3X1850 -10.950 -42.110 -22.100 1.00 0.00 W1 O +ATOM 22193 H1 TIP3X1850 -10.980 -41.490 -22.840 1.00 0.00 W1 H +ATOM 22194 H2 TIP3X1850 -10.900 -42.970 -22.520 1.00 0.00 W1 H +ATOM 22195 OH2 TIP3X1851 -13.180 10.740 30.500 1.00 0.00 W1 O +ATOM 22196 H1 TIP3X1851 -13.090 10.010 31.130 1.00 0.00 W1 H +ATOM 22197 H2 TIP3X1851 -12.640 11.440 30.870 1.00 0.00 W1 H +ATOM 22198 OH2 TIP3X1852 -33.100 8.530 -14.810 1.00 0.00 W1 O +ATOM 22199 H1 TIP3X1852 -32.200 8.460 -14.500 1.00 0.00 W1 H +ATOM 22200 H2 TIP3X1852 -33.480 9.240 -14.280 1.00 0.00 W1 H +ATOM 22201 OH2 TIP3X1853 -41.720 27.720 -46.020 1.00 0.00 W1 O +ATOM 22202 H1 TIP3X1853 -42.660 27.740 -45.870 1.00 0.00 W1 H +ATOM 22203 H2 TIP3X1853 -41.420 28.620 -45.860 1.00 0.00 W1 H +ATOM 22204 OH2 TIP3X1854 -21.330 -40.380 37.310 1.00 0.00 W1 O +ATOM 22205 H1 TIP3X1854 -21.120 -40.960 38.040 1.00 0.00 W1 H +ATOM 22206 H2 TIP3X1854 -22.150 -39.960 37.560 1.00 0.00 W1 H +ATOM 22207 OH2 TIP3X1855 -22.540 -32.730 -24.920 1.00 0.00 W1 O +ATOM 22208 H1 TIP3X1855 -22.290 -32.070 -25.580 1.00 0.00 W1 H +ATOM 22209 H2 TIP3X1855 -22.590 -32.240 -24.100 1.00 0.00 W1 H +ATOM 22210 OH2 TIP3X1856 -11.950 -27.140 -43.820 1.00 0.00 W1 O +ATOM 22211 H1 TIP3X1856 -11.810 -26.210 -43.690 1.00 0.00 W1 H +ATOM 22212 H2 TIP3X1856 -11.880 -27.270 -44.770 1.00 0.00 W1 H +ATOM 22213 OH2 TIP3X1857 -19.750 29.180 16.190 1.00 0.00 W1 O +ATOM 22214 H1 TIP3X1857 -19.250 29.960 15.970 1.00 0.00 W1 H +ATOM 22215 H2 TIP3X1857 -19.190 28.450 15.920 1.00 0.00 W1 H +ATOM 22216 OH2 TIP3X1858 -35.320 -22.990 -39.760 1.00 0.00 W1 O +ATOM 22217 H1 TIP3X1858 -36.000 -22.520 -39.280 1.00 0.00 W1 H +ATOM 22218 H2 TIP3X1858 -35.790 -23.730 -40.170 1.00 0.00 W1 H +ATOM 22219 OH2 TIP3X1859 3.250 6.460 25.800 1.00 0.00 W1 O +ATOM 22220 H1 TIP3X1859 2.450 6.010 26.070 1.00 0.00 W1 H +ATOM 22221 H2 TIP3X1859 3.780 6.480 26.590 1.00 0.00 W1 H +ATOM 22222 OH2 TIP3X1860 47.430 31.840 -20.960 1.00 0.00 W1 O +ATOM 22223 H1 TIP3X1860 46.790 31.710 -20.250 1.00 0.00 W1 H +ATOM 22224 H2 TIP3X1860 47.330 31.070 -21.510 1.00 0.00 W1 H +ATOM 22225 OH2 TIP3X1861 -37.430 -23.940 26.040 1.00 0.00 W1 O +ATOM 22226 H1 TIP3X1861 -38.230 -23.880 25.500 1.00 0.00 W1 H +ATOM 22227 H2 TIP3X1861 -37.380 -23.090 26.470 1.00 0.00 W1 H +ATOM 22228 OH2 TIP3X1862 -11.700 -39.820 30.420 1.00 0.00 W1 O +ATOM 22229 H1 TIP3X1862 -11.810 -40.710 30.750 1.00 0.00 W1 H +ATOM 22230 H2 TIP3X1862 -11.050 -39.900 29.730 1.00 0.00 W1 H +ATOM 22231 OH2 TIP3X1863 22.420 -43.600 -26.910 1.00 0.00 W1 O +ATOM 22232 H1 TIP3X1863 22.980 -44.040 -27.550 1.00 0.00 W1 H +ATOM 22233 H2 TIP3X1863 22.670 -42.670 -26.960 1.00 0.00 W1 H +ATOM 22234 OH2 TIP3X1864 -37.690 13.860 -25.130 1.00 0.00 W1 O +ATOM 22235 H1 TIP3X1864 -37.660 14.650 -25.680 1.00 0.00 W1 H +ATOM 22236 H2 TIP3X1864 -36.990 13.970 -24.500 1.00 0.00 W1 H +ATOM 22237 OH2 TIP3X1865 43.000 4.370 -51.000 1.00 0.00 W1 O +ATOM 22238 H1 TIP3X1865 43.420 5.180 -51.280 1.00 0.00 W1 H +ATOM 22239 H2 TIP3X1865 42.140 4.380 -51.420 1.00 0.00 W1 H +ATOM 22240 OH2 TIP3X1866 -5.000 26.120 38.200 1.00 0.00 W1 O +ATOM 22241 H1 TIP3X1866 -4.240 25.550 38.290 1.00 0.00 W1 H +ATOM 22242 H2 TIP3X1866 -5.250 26.340 39.100 1.00 0.00 W1 H +ATOM 22243 OH2 TIP3X1867 10.630 23.890 -44.750 1.00 0.00 W1 O +ATOM 22244 H1 TIP3X1867 10.840 23.970 -43.830 1.00 0.00 W1 H +ATOM 22245 H2 TIP3X1867 10.020 23.160 -44.810 1.00 0.00 W1 H +ATOM 22246 OH2 TIP3X1868 -7.520 -42.320 -21.290 1.00 0.00 W1 O +ATOM 22247 H1 TIP3X1868 -7.330 -43.250 -21.260 1.00 0.00 W1 H +ATOM 22248 H2 TIP3X1868 -8.370 -42.220 -20.870 1.00 0.00 W1 H +ATOM 22249 OH2 TIP3X1869 46.790 18.770 -27.020 1.00 0.00 W1 O +ATOM 22250 H1 TIP3X1869 45.860 19.010 -27.020 1.00 0.00 W1 H +ATOM 22251 H2 TIP3X1869 46.970 18.510 -26.120 1.00 0.00 W1 H +ATOM 22252 OH2 TIP3X1870 4.550 -17.590 30.100 1.00 0.00 W1 O +ATOM 22253 H1 TIP3X1870 4.200 -18.100 29.380 1.00 0.00 W1 H +ATOM 22254 H2 TIP3X1870 5.400 -17.290 29.780 1.00 0.00 W1 H +ATOM 22255 OH2 TIP3X1871 7.480 -29.760 23.350 1.00 0.00 W1 O +ATOM 22256 H1 TIP3X1871 6.950 -29.070 22.980 1.00 0.00 W1 H +ATOM 22257 H2 TIP3X1871 7.040 -29.990 24.170 1.00 0.00 W1 H +ATOM 22258 OH2 TIP3X1872 2.500 -39.260 19.210 1.00 0.00 W1 O +ATOM 22259 H1 TIP3X1872 2.080 -38.440 18.970 1.00 0.00 W1 H +ATOM 22260 H2 TIP3X1872 2.240 -39.870 18.510 1.00 0.00 W1 H +ATOM 22261 OH2 TIP3X1873 37.710 -0.210 -6.390 1.00 0.00 W1 O +ATOM 22262 H1 TIP3X1873 37.790 -0.670 -5.560 1.00 0.00 W1 H +ATOM 22263 H2 TIP3X1873 37.800 -0.900 -7.050 1.00 0.00 W1 H +ATOM 22264 OH2 TIP3X1874 24.820 40.750 -25.770 1.00 0.00 W1 O +ATOM 22265 H1 TIP3X1874 24.870 40.930 -26.700 1.00 0.00 W1 H +ATOM 22266 H2 TIP3X1874 24.330 41.490 -25.400 1.00 0.00 W1 H +ATOM 22267 OH2 TIP3X1875 28.770 40.780 -46.200 1.00 0.00 W1 O +ATOM 22268 H1 TIP3X1875 28.900 41.370 -45.460 1.00 0.00 W1 H +ATOM 22269 H2 TIP3X1875 28.130 40.140 -45.890 1.00 0.00 W1 H +ATOM 22270 OH2 TIP3X1876 44.640 -28.510 -23.450 1.00 0.00 W1 O +ATOM 22271 H1 TIP3X1876 44.160 -28.580 -24.270 1.00 0.00 W1 H +ATOM 22272 H2 TIP3X1876 43.960 -28.430 -22.780 1.00 0.00 W1 H +ATOM 22273 OH2 TIP3X1877 22.510 24.610 37.770 1.00 0.00 W1 O +ATOM 22274 H1 TIP3X1877 21.960 25.340 38.070 1.00 0.00 W1 H +ATOM 22275 H2 TIP3X1877 22.990 24.970 37.030 1.00 0.00 W1 H +ATOM 22276 OH2 TIP3X1878 -25.750 -23.590 35.230 1.00 0.00 W1 O +ATOM 22277 H1 TIP3X1878 -25.170 -24.230 35.640 1.00 0.00 W1 H +ATOM 22278 H2 TIP3X1878 -25.330 -22.740 35.390 1.00 0.00 W1 H +ATOM 22279 OH2 TIP3X1879 35.820 -48.350 31.930 1.00 0.00 W1 O +ATOM 22280 H1 TIP3X1879 36.180 -49.240 31.940 1.00 0.00 W1 H +ATOM 22281 H2 TIP3X1879 36.590 -47.780 31.850 1.00 0.00 W1 H +ATOM 22282 OH2 TIP3X1880 12.510 -36.510 -27.570 1.00 0.00 W1 O +ATOM 22283 H1 TIP3X1880 12.010 -36.610 -28.390 1.00 0.00 W1 H +ATOM 22284 H2 TIP3X1880 11.970 -36.950 -26.920 1.00 0.00 W1 H +ATOM 22285 OH2 TIP3X1881 35.420 30.030 -34.390 1.00 0.00 W1 O +ATOM 22286 H1 TIP3X1881 35.970 30.720 -34.770 1.00 0.00 W1 H +ATOM 22287 H2 TIP3X1881 35.930 29.240 -34.500 1.00 0.00 W1 H +ATOM 22288 OH2 TIP3X1882 14.340 36.010 34.300 1.00 0.00 W1 O +ATOM 22289 H1 TIP3X1882 14.210 35.160 33.870 1.00 0.00 W1 H +ATOM 22290 H2 TIP3X1882 14.990 36.450 33.760 1.00 0.00 W1 H +ATOM 22291 OH2 TIP3X1883 -0.070 -38.370 -40.310 1.00 0.00 W1 O +ATOM 22292 H1 TIP3X1883 -0.120 -37.900 -41.130 1.00 0.00 W1 H +ATOM 22293 H2 TIP3X1883 0.490 -39.120 -40.490 1.00 0.00 W1 H +ATOM 22294 OH2 TIP3X1884 -11.560 -40.810 38.090 1.00 0.00 W1 O +ATOM 22295 H1 TIP3X1884 -12.140 -41.470 38.500 1.00 0.00 W1 H +ATOM 22296 H2 TIP3X1884 -11.930 -39.970 38.370 1.00 0.00 W1 H +ATOM 22297 OH2 TIP3X1885 23.340 6.230 -23.360 1.00 0.00 W1 O +ATOM 22298 H1 TIP3X1885 22.720 6.250 -22.650 1.00 0.00 W1 H +ATOM 22299 H2 TIP3X1885 24.020 6.870 -23.120 1.00 0.00 W1 H +ATOM 22300 OH2 TIP3X1886 29.990 24.510 -20.270 1.00 0.00 W1 O +ATOM 22301 H1 TIP3X1886 29.110 24.780 -20.500 1.00 0.00 W1 H +ATOM 22302 H2 TIP3X1886 30.560 25.110 -20.750 1.00 0.00 W1 H +ATOM 22303 OH2 TIP3X1887 0.180 -51.340 27.800 1.00 0.00 W1 O +ATOM 22304 H1 TIP3X1887 -0.690 -51.660 28.060 1.00 0.00 W1 H +ATOM 22305 H2 TIP3X1887 0.030 -50.910 26.960 1.00 0.00 W1 H +ATOM 22306 OH2 TIP3X1888 -0.660 5.100 21.010 1.00 0.00 W1 O +ATOM 22307 H1 TIP3X1888 -0.930 4.690 20.180 1.00 0.00 W1 H +ATOM 22308 H2 TIP3X1888 0.200 5.490 20.820 1.00 0.00 W1 H +ATOM 22309 OH2 TIP3X1889 -43.690 14.730 -39.670 1.00 0.00 W1 O +ATOM 22310 H1 TIP3X1889 -43.240 15.190 -38.960 1.00 0.00 W1 H +ATOM 22311 H2 TIP3X1889 -44.240 14.090 -39.230 1.00 0.00 W1 H +ATOM 22312 OH2 TIP3X1890 28.650 42.850 -43.890 1.00 0.00 W1 O +ATOM 22313 H1 TIP3X1890 28.840 42.280 -43.150 1.00 0.00 W1 H +ATOM 22314 H2 TIP3X1890 29.470 42.870 -44.380 1.00 0.00 W1 H +ATOM 22315 OH2 TIP3X1891 10.320 -24.530 -23.260 1.00 0.00 W1 O +ATOM 22316 H1 TIP3X1891 10.040 -25.130 -22.570 1.00 0.00 W1 H +ATOM 22317 H2 TIP3X1891 10.210 -23.660 -22.890 1.00 0.00 W1 H +ATOM 22318 OH2 TIP3X1892 28.820 39.000 15.930 1.00 0.00 W1 O +ATOM 22319 H1 TIP3X1892 28.440 39.750 15.470 1.00 0.00 W1 H +ATOM 22320 H2 TIP3X1892 28.120 38.360 15.960 1.00 0.00 W1 H +ATOM 22321 OH2 TIP3X1893 40.810 37.750 -17.130 1.00 0.00 W1 O +ATOM 22322 H1 TIP3X1893 40.670 37.250 -17.940 1.00 0.00 W1 H +ATOM 22323 H2 TIP3X1893 39.940 37.830 -16.750 1.00 0.00 W1 H +ATOM 22324 OH2 TIP3X1894 38.410 37.530 29.370 1.00 0.00 W1 O +ATOM 22325 H1 TIP3X1894 38.160 38.220 28.760 1.00 0.00 W1 H +ATOM 22326 H2 TIP3X1894 37.580 37.290 29.800 1.00 0.00 W1 H +ATOM 22327 OH2 TIP3X1895 -16.010 -18.790 -35.240 1.00 0.00 W1 O +ATOM 22328 H1 TIP3X1895 -16.650 -19.150 -35.850 1.00 0.00 W1 H +ATOM 22329 H2 TIP3X1895 -15.200 -19.290 -35.410 1.00 0.00 W1 H +ATOM 22330 OH2 TIP3X1896 20.190 -34.240 -25.790 1.00 0.00 W1 O +ATOM 22331 H1 TIP3X1896 19.240 -34.180 -25.660 1.00 0.00 W1 H +ATOM 22332 H2 TIP3X1896 20.480 -34.900 -25.150 1.00 0.00 W1 H +ATOM 22333 OH2 TIP3X1897 -13.330 -34.660 30.820 1.00 0.00 W1 O +ATOM 22334 H1 TIP3X1897 -13.250 -35.610 30.830 1.00 0.00 W1 H +ATOM 22335 H2 TIP3X1897 -13.250 -34.410 31.730 1.00 0.00 W1 H +ATOM 22336 OH2 TIP3X1898 -44.270 38.960 -13.930 1.00 0.00 W1 O +ATOM 22337 H1 TIP3X1898 -44.200 38.580 -13.060 1.00 0.00 W1 H +ATOM 22338 H2 TIP3X1898 -44.790 39.750 -13.790 1.00 0.00 W1 H +ATOM 22339 OH2 TIP3X1899 37.860 1.560 37.070 1.00 0.00 W1 O +ATOM 22340 H1 TIP3X1899 37.200 1.990 37.600 1.00 0.00 W1 H +ATOM 22341 H2 TIP3X1899 37.380 0.830 36.650 1.00 0.00 W1 H +ATOM 22342 OH2 TIP3X1900 -7.940 43.330 -41.830 1.00 0.00 W1 O +ATOM 22343 H1 TIP3X1900 -8.720 42.770 -41.900 1.00 0.00 W1 H +ATOM 22344 H2 TIP3X1900 -7.220 42.710 -41.780 1.00 0.00 W1 H +ATOM 22345 OH2 TIP3X1901 16.710 -40.250 -41.580 1.00 0.00 W1 O +ATOM 22346 H1 TIP3X1901 17.380 -40.900 -41.370 1.00 0.00 W1 H +ATOM 22347 H2 TIP3X1901 17.160 -39.400 -41.470 1.00 0.00 W1 H +ATOM 22348 OH2 TIP3X1902 25.570 -15.860 35.760 1.00 0.00 W1 O +ATOM 22349 H1 TIP3X1902 26.200 -15.140 35.840 1.00 0.00 W1 H +ATOM 22350 H2 TIP3X1902 24.800 -15.560 36.240 1.00 0.00 W1 H +ATOM 22351 OH2 TIP3X1903 -26.840 -31.640 -45.820 1.00 0.00 W1 O +ATOM 22352 H1 TIP3X1903 -27.050 -32.570 -45.780 1.00 0.00 W1 H +ATOM 22353 H2 TIP3X1903 -27.250 -31.270 -45.040 1.00 0.00 W1 H +ATOM 22354 OH2 TIP3X1904 46.070 -27.430 -46.090 1.00 0.00 W1 O +ATOM 22355 H1 TIP3X1904 45.190 -27.760 -46.260 1.00 0.00 W1 H +ATOM 22356 H2 TIP3X1904 46.220 -27.610 -45.160 1.00 0.00 W1 H +ATOM 22357 OH2 TIP3X1905 -24.590 8.630 -17.260 1.00 0.00 W1 O +ATOM 22358 H1 TIP3X1905 -23.810 8.840 -17.770 1.00 0.00 W1 H +ATOM 22359 H2 TIP3X1905 -24.880 9.470 -16.900 1.00 0.00 W1 H +ATOM 22360 OH2 TIP3X1906 1.600 40.290 -19.080 1.00 0.00 W1 O +ATOM 22361 H1 TIP3X1906 0.980 40.610 -18.430 1.00 0.00 W1 H +ATOM 22362 H2 TIP3X1906 1.280 40.640 -19.920 1.00 0.00 W1 H +ATOM 22363 OH2 TIP3X1907 -30.670 5.260 21.030 1.00 0.00 W1 O +ATOM 22364 H1 TIP3X1907 -30.070 4.880 20.400 1.00 0.00 W1 H +ATOM 22365 H2 TIP3X1907 -31.400 5.590 20.500 1.00 0.00 W1 H +ATOM 22366 OH2 TIP3X1908 44.680 3.170 36.060 1.00 0.00 W1 O +ATOM 22367 H1 TIP3X1908 44.400 3.830 35.420 1.00 0.00 W1 H +ATOM 22368 H2 TIP3X1908 45.530 2.870 35.740 1.00 0.00 W1 H +ATOM 22369 OH2 TIP3X1909 10.890 -18.300 -45.870 1.00 0.00 W1 O +ATOM 22370 H1 TIP3X1909 10.250 -18.380 -46.580 1.00 0.00 W1 H +ATOM 22371 H2 TIP3X1909 10.370 -18.340 -45.070 1.00 0.00 W1 H +ATOM 22372 OH2 TIP3X1910 -19.910 19.720 19.730 1.00 0.00 W1 O +ATOM 22373 H1 TIP3X1910 -19.750 20.610 19.400 1.00 0.00 W1 H +ATOM 22374 H2 TIP3X1910 -20.860 19.690 19.860 1.00 0.00 W1 H +ATOM 22375 OH2 TIP3X1911 -44.610 -24.190 -41.760 1.00 0.00 W1 O +ATOM 22376 H1 TIP3X1911 -43.750 -24.600 -41.850 1.00 0.00 W1 H +ATOM 22377 H2 TIP3X1911 -44.730 -23.690 -42.570 1.00 0.00 W1 H +ATOM 22378 OH2 TIP3X1912 47.290 24.600 27.700 1.00 0.00 W1 O +ATOM 22379 H1 TIP3X1912 46.660 24.320 28.360 1.00 0.00 W1 H +ATOM 22380 H2 TIP3X1912 47.690 25.380 28.070 1.00 0.00 W1 H +ATOM 22381 OH2 TIP3X1913 -1.520 20.580 -44.140 1.00 0.00 W1 O +ATOM 22382 H1 TIP3X1913 -1.950 20.030 -44.810 1.00 0.00 W1 H +ATOM 22383 H2 TIP3X1913 -0.590 20.500 -44.340 1.00 0.00 W1 H +ATOM 22384 OH2 TIP3X1914 -30.630 24.120 -28.780 1.00 0.00 W1 O +ATOM 22385 H1 TIP3X1914 -30.980 23.320 -29.170 1.00 0.00 W1 H +ATOM 22386 H2 TIP3X1914 -30.030 23.800 -28.100 1.00 0.00 W1 H +ATOM 22387 OH2 TIP3X1915 44.810 11.020 -28.870 1.00 0.00 W1 O +ATOM 22388 H1 TIP3X1915 45.250 11.320 -29.660 1.00 0.00 W1 H +ATOM 22389 H2 TIP3X1915 43.890 11.280 -29.000 1.00 0.00 W1 H +ATOM 22390 OH2 TIP3X1916 -27.830 -18.380 16.450 1.00 0.00 W1 O +ATOM 22391 H1 TIP3X1916 -27.290 -19.150 16.380 1.00 0.00 W1 H +ATOM 22392 H2 TIP3X1916 -28.630 -18.590 15.950 1.00 0.00 W1 H +ATOM 22393 OH2 TIP3X1917 -14.890 -23.350 37.500 1.00 0.00 W1 O +ATOM 22394 H1 TIP3X1917 -14.250 -22.790 37.930 1.00 0.00 W1 H +ATOM 22395 H2 TIP3X1917 -15.670 -23.290 38.050 1.00 0.00 W1 H +ATOM 22396 OH2 TIP3X1918 7.400 -32.940 24.140 1.00 0.00 W1 O +ATOM 22397 H1 TIP3X1918 6.530 -32.530 24.170 1.00 0.00 W1 H +ATOM 22398 H2 TIP3X1918 7.680 -32.970 25.050 1.00 0.00 W1 H +ATOM 22399 OH2 TIP3X1919 36.550 -21.240 -24.900 1.00 0.00 W1 O +ATOM 22400 H1 TIP3X1919 35.670 -21.620 -24.870 1.00 0.00 W1 H +ATOM 22401 H2 TIP3X1919 37.090 -21.930 -25.300 1.00 0.00 W1 H +ATOM 22402 OH2 TIP3X1920 -35.090 -43.610 28.600 1.00 0.00 W1 O +ATOM 22403 H1 TIP3X1920 -35.750 -44.280 28.440 1.00 0.00 W1 H +ATOM 22404 H2 TIP3X1920 -35.570 -42.790 28.620 1.00 0.00 W1 H +ATOM 22405 OH2 TIP3X1921 44.790 13.760 30.530 1.00 0.00 W1 O +ATOM 22406 H1 TIP3X1921 45.660 13.490 30.810 1.00 0.00 W1 H +ATOM 22407 H2 TIP3X1921 44.810 14.720 30.570 1.00 0.00 W1 H +ATOM 22408 OH2 TIP3X1922 -28.300 -19.160 35.860 1.00 0.00 W1 O +ATOM 22409 H1 TIP3X1922 -28.960 -18.830 36.470 1.00 0.00 W1 H +ATOM 22410 H2 TIP3X1922 -28.120 -20.050 36.150 1.00 0.00 W1 H +ATOM 22411 OH2 TIP3X1923 -0.390 -2.460 -28.510 1.00 0.00 W1 O +ATOM 22412 H1 TIP3X1923 -0.190 -1.930 -29.280 1.00 0.00 W1 H +ATOM 22413 H2 TIP3X1923 0.460 -2.550 -28.060 1.00 0.00 W1 H +ATOM 22414 OH2 TIP3X1924 -39.550 0.270 -31.370 1.00 0.00 W1 O +ATOM 22415 H1 TIP3X1924 -40.290 0.880 -31.350 1.00 0.00 W1 H +ATOM 22416 H2 TIP3X1924 -39.750 -0.360 -30.680 1.00 0.00 W1 H +ATOM 22417 OH2 TIP3X1925 -24.220 -14.380 -39.950 1.00 0.00 W1 O +ATOM 22418 H1 TIP3X1925 -24.810 -15.030 -40.350 1.00 0.00 W1 H +ATOM 22419 H2 TIP3X1925 -24.620 -13.530 -40.160 1.00 0.00 W1 H +ATOM 22420 OH2 TIP3X1926 -7.690 -18.310 12.880 1.00 0.00 W1 O +ATOM 22421 H1 TIP3X1926 -7.130 -18.040 12.160 1.00 0.00 W1 H +ATOM 22422 H2 TIP3X1926 -8.260 -17.550 13.040 1.00 0.00 W1 H +ATOM 22423 OH2 TIP3X1927 20.090 13.300 -27.590 1.00 0.00 W1 O +ATOM 22424 H1 TIP3X1927 20.670 12.800 -27.020 1.00 0.00 W1 H +ATOM 22425 H2 TIP3X1927 20.360 13.070 -28.470 1.00 0.00 W1 H +ATOM 22426 OH2 TIP3X1928 -1.250 4.100 -48.090 1.00 0.00 W1 O +ATOM 22427 H1 TIP3X1928 -1.330 4.100 -49.040 1.00 0.00 W1 H +ATOM 22428 H2 TIP3X1928 -1.750 4.860 -47.810 1.00 0.00 W1 H +ATOM 22429 OH2 TIP3X1929 -43.780 15.830 31.430 1.00 0.00 W1 O +ATOM 22430 H1 TIP3X1929 -43.530 16.690 31.790 1.00 0.00 W1 H +ATOM 22431 H2 TIP3X1929 -42.950 15.390 31.250 1.00 0.00 W1 H +ATOM 22432 OH2 TIP3X1930 -3.100 6.680 18.360 1.00 0.00 W1 O +ATOM 22433 H1 TIP3X1930 -2.330 6.400 17.870 1.00 0.00 W1 H +ATOM 22434 H2 TIP3X1930 -3.750 6.010 18.200 1.00 0.00 W1 H +ATOM 22435 OH2 TIP3X1931 37.800 15.080 36.780 1.00 0.00 W1 O +ATOM 22436 H1 TIP3X1931 38.440 15.190 37.470 1.00 0.00 W1 H +ATOM 22437 H2 TIP3X1931 37.060 15.630 37.040 1.00 0.00 W1 H +ATOM 22438 OH2 TIP3X1932 22.330 -19.520 29.240 1.00 0.00 W1 O +ATOM 22439 H1 TIP3X1932 23.000 -18.890 29.530 1.00 0.00 W1 H +ATOM 22440 H2 TIP3X1932 21.860 -19.760 30.020 1.00 0.00 W1 H +ATOM 22441 OH2 TIP3X1933 45.000 12.790 -17.580 1.00 0.00 W1 O +ATOM 22442 H1 TIP3X1933 44.280 13.150 -18.100 1.00 0.00 W1 H +ATOM 22443 H2 TIP3X1933 45.420 12.150 -18.150 1.00 0.00 W1 H +ATOM 22444 OH2 TIP3X1934 -28.510 -23.970 -15.860 1.00 0.00 W1 O +ATOM 22445 H1 TIP3X1934 -27.910 -23.500 -16.450 1.00 0.00 W1 H +ATOM 22446 H2 TIP3X1934 -28.540 -23.420 -15.070 1.00 0.00 W1 H +ATOM 22447 OH2 TIP3X1935 -22.240 -17.590 -25.690 1.00 0.00 W1 O +ATOM 22448 H1 TIP3X1935 -21.330 -17.520 -25.970 1.00 0.00 W1 H +ATOM 22449 H2 TIP3X1935 -22.760 -17.250 -26.410 1.00 0.00 W1 H +ATOM 22450 OH2 TIP3X1936 1.520 27.140 18.030 1.00 0.00 W1 O +ATOM 22451 H1 TIP3X1936 0.860 27.830 18.000 1.00 0.00 W1 H +ATOM 22452 H2 TIP3X1936 2.350 27.600 17.990 1.00 0.00 W1 H +ATOM 22453 OH2 TIP3X1937 -29.340 -42.530 -37.880 1.00 0.00 W1 O +ATOM 22454 H1 TIP3X1937 -29.570 -42.530 -38.820 1.00 0.00 W1 H +ATOM 22455 H2 TIP3X1937 -28.380 -42.570 -37.870 1.00 0.00 W1 H +ATOM 22456 OH2 TIP3X1938 -22.050 -34.550 -19.110 1.00 0.00 W1 O +ATOM 22457 H1 TIP3X1938 -21.290 -34.680 -19.670 1.00 0.00 W1 H +ATOM 22458 H2 TIP3X1938 -22.290 -35.450 -18.830 1.00 0.00 W1 H +ATOM 22459 OH2 TIP3X1939 36.980 -16.490 -21.980 1.00 0.00 W1 O +ATOM 22460 H1 TIP3X1939 37.060 -17.430 -22.160 1.00 0.00 W1 H +ATOM 22461 H2 TIP3X1939 36.110 -16.250 -22.300 1.00 0.00 W1 H +ATOM 22462 OH2 TIP3X1940 26.290 38.510 14.820 1.00 0.00 W1 O +ATOM 22463 H1 TIP3X1940 25.940 39.300 14.420 1.00 0.00 W1 H +ATOM 22464 H2 TIP3X1940 25.550 37.920 14.900 1.00 0.00 W1 H +ATOM 22465 OH2 TIP3X1941 -5.630 1.030 -34.550 1.00 0.00 W1 O +ATOM 22466 H1 TIP3X1941 -5.330 1.880 -34.240 1.00 0.00 W1 H +ATOM 22467 H2 TIP3X1941 -5.940 0.590 -33.750 1.00 0.00 W1 H +ATOM 22468 OH2 TIP3X1942 2.270 31.150 -25.920 1.00 0.00 W1 O +ATOM 22469 H1 TIP3X1942 2.950 31.800 -26.040 1.00 0.00 W1 H +ATOM 22470 H2 TIP3X1942 2.010 31.230 -25.010 1.00 0.00 W1 H +ATOM 22471 OH2 TIP3X1943 -44.120 -3.300 -11.440 1.00 0.00 W1 O +ATOM 22472 H1 TIP3X1943 -44.220 -2.510 -11.980 1.00 0.00 W1 H +ATOM 22473 H2 TIP3X1943 -44.750 -3.920 -11.800 1.00 0.00 W1 H +ATOM 22474 OH2 TIP3X1944 14.200 -1.150 36.150 1.00 0.00 W1 O +ATOM 22475 H1 TIP3X1944 14.150 -0.440 35.510 1.00 0.00 W1 H +ATOM 22476 H2 TIP3X1944 15.110 -1.470 36.060 1.00 0.00 W1 H +ATOM 22477 OH2 TIP3X1945 46.440 7.030 -41.080 1.00 0.00 W1 O +ATOM 22478 H1 TIP3X1945 47.270 7.500 -40.990 1.00 0.00 W1 H +ATOM 22479 H2 TIP3X1945 46.060 7.030 -40.200 1.00 0.00 W1 H +ATOM 22480 OH2 TIP3X1946 -39.630 -29.630 33.560 1.00 0.00 W1 O +ATOM 22481 H1 TIP3X1946 -39.780 -29.950 32.680 1.00 0.00 W1 H +ATOM 22482 H2 TIP3X1946 -39.220 -30.370 34.020 1.00 0.00 W1 H +ATOM 22483 OH2 TIP3X1947 -31.620 -30.120 36.600 1.00 0.00 W1 O +ATOM 22484 H1 TIP3X1947 -31.130 -30.940 36.610 1.00 0.00 W1 H +ATOM 22485 H2 TIP3X1947 -31.050 -29.500 36.150 1.00 0.00 W1 H +ATOM 22486 OH2 TIP3X1948 -2.880 30.830 -48.930 1.00 0.00 W1 O +ATOM 22487 H1 TIP3X1948 -3.050 31.490 -48.260 1.00 0.00 W1 H +ATOM 22488 H2 TIP3X1948 -2.430 31.310 -49.620 1.00 0.00 W1 H +ATOM 22489 OH2 TIP3X1949 37.220 -29.010 17.060 1.00 0.00 W1 O +ATOM 22490 H1 TIP3X1949 37.010 -29.620 16.350 1.00 0.00 W1 H +ATOM 22491 H2 TIP3X1949 37.820 -28.380 16.640 1.00 0.00 W1 H +ATOM 22492 OH2 TIP3X1950 1.000 30.100 -46.940 1.00 0.00 W1 O +ATOM 22493 H1 TIP3X1950 0.830 29.790 -47.830 1.00 0.00 W1 H +ATOM 22494 H2 TIP3X1950 0.550 29.480 -46.370 1.00 0.00 W1 H +ATOM 22495 OH2 TIP3X1951 45.570 -13.760 24.270 1.00 0.00 W1 O +ATOM 22496 H1 TIP3X1951 45.530 -14.550 23.740 1.00 0.00 W1 H +ATOM 22497 H2 TIP3X1951 44.730 -13.750 24.740 1.00 0.00 W1 H +ATOM 22498 OH2 TIP3X1952 38.370 0.970 -48.890 1.00 0.00 W1 O +ATOM 22499 H1 TIP3X1952 38.530 1.380 -49.740 1.00 0.00 W1 H +ATOM 22500 H2 TIP3X1952 39.220 0.640 -48.610 1.00 0.00 W1 H +ATOM 22501 OH2 TIP3X1953 -25.040 -27.170 38.490 1.00 0.00 W1 O +ATOM 22502 H1 TIP3X1953 -25.860 -26.840 38.150 1.00 0.00 W1 H +ATOM 22503 H2 TIP3X1953 -24.580 -27.500 37.720 1.00 0.00 W1 H +ATOM 22504 OH2 TIP3X1954 -13.640 -10.360 35.620 1.00 0.00 W1 O +ATOM 22505 H1 TIP3X1954 -14.310 -10.600 34.980 1.00 0.00 W1 H +ATOM 22506 H2 TIP3X1954 -14.130 -9.990 36.350 1.00 0.00 W1 H +ATOM 22507 OH2 TIP3X1955 -11.080 -29.590 -40.440 1.00 0.00 W1 O +ATOM 22508 H1 TIP3X1955 -11.760 -28.920 -40.570 1.00 0.00 W1 H +ATOM 22509 H2 TIP3X1955 -11.320 -30.300 -41.030 1.00 0.00 W1 H +ATOM 22510 OH2 TIP3X1956 7.660 16.020 18.940 1.00 0.00 W1 O +ATOM 22511 H1 TIP3X1956 7.130 15.230 18.970 1.00 0.00 W1 H +ATOM 22512 H2 TIP3X1956 8.550 15.710 18.720 1.00 0.00 W1 H +ATOM 22513 OH2 TIP3X1957 12.350 -38.250 31.880 1.00 0.00 W1 O +ATOM 22514 H1 TIP3X1957 12.510 -37.310 32.020 1.00 0.00 W1 H +ATOM 22515 H2 TIP3X1957 12.860 -38.470 31.100 1.00 0.00 W1 H +ATOM 22516 OH2 TIP3X1958 7.090 -22.740 -46.550 1.00 0.00 W1 O +ATOM 22517 H1 TIP3X1958 6.990 -23.490 -45.970 1.00 0.00 W1 H +ATOM 22518 H2 TIP3X1958 6.740 -22.000 -46.060 1.00 0.00 W1 H +ATOM 22519 OH2 TIP3X1959 -28.490 -34.620 36.530 1.00 0.00 W1 O +ATOM 22520 H1 TIP3X1959 -27.530 -34.670 36.480 1.00 0.00 W1 H +ATOM 22521 H2 TIP3X1959 -28.790 -35.460 36.180 1.00 0.00 W1 H +ATOM 22522 OH2 TIP3X1960 39.830 37.850 23.490 1.00 0.00 W1 O +ATOM 22523 H1 TIP3X1960 40.020 38.450 24.210 1.00 0.00 W1 H +ATOM 22524 H2 TIP3X1960 39.670 38.420 22.740 1.00 0.00 W1 H +ATOM 22525 OH2 TIP3X1961 19.520 -2.570 -28.980 1.00 0.00 W1 O +ATOM 22526 H1 TIP3X1961 19.950 -1.770 -29.290 1.00 0.00 W1 H +ATOM 22527 H2 TIP3X1961 19.760 -3.240 -29.630 1.00 0.00 W1 H +ATOM 22528 OH2 TIP3X1962 7.180 12.680 -24.500 1.00 0.00 W1 O +ATOM 22529 H1 TIP3X1962 6.770 13.550 -24.440 1.00 0.00 W1 H +ATOM 22530 H2 TIP3X1962 7.830 12.790 -25.200 1.00 0.00 W1 H +ATOM 22531 OH2 TIP3X1963 -41.710 3.930 -24.910 1.00 0.00 W1 O +ATOM 22532 H1 TIP3X1963 -42.240 4.610 -25.340 1.00 0.00 W1 H +ATOM 22533 H2 TIP3X1963 -41.590 3.260 -25.580 1.00 0.00 W1 H +ATOM 22534 OH2 TIP3X1964 -43.000 31.740 -29.630 1.00 0.00 W1 O +ATOM 22535 H1 TIP3X1964 -42.420 31.900 -28.890 1.00 0.00 W1 H +ATOM 22536 H2 TIP3X1964 -42.580 31.040 -30.130 1.00 0.00 W1 H +ATOM 22537 OH2 TIP3X1965 32.640 33.210 -29.200 1.00 0.00 W1 O +ATOM 22538 H1 TIP3X1965 33.020 32.570 -28.580 1.00 0.00 W1 H +ATOM 22539 H2 TIP3X1965 31.720 33.250 -28.940 1.00 0.00 W1 H +ATOM 22540 OH2 TIP3X1966 16.550 -28.190 16.380 1.00 0.00 W1 O +ATOM 22541 H1 TIP3X1966 17.230 -28.160 17.060 1.00 0.00 W1 H +ATOM 22542 H2 TIP3X1966 15.950 -28.870 16.690 1.00 0.00 W1 H +ATOM 22543 OH2 TIP3X1967 34.340 10.640 30.100 1.00 0.00 W1 O +ATOM 22544 H1 TIP3X1967 35.170 10.460 30.530 1.00 0.00 W1 H +ATOM 22545 H2 TIP3X1967 33.770 10.940 30.810 1.00 0.00 W1 H +ATOM 22546 OH2 TIP3X1968 -22.860 36.190 34.120 1.00 0.00 W1 O +ATOM 22547 H1 TIP3X1968 -22.300 35.590 33.630 1.00 0.00 W1 H +ATOM 22548 H2 TIP3X1968 -22.880 35.840 35.000 1.00 0.00 W1 H +ATOM 22549 OH2 TIP3X1969 2.180 38.590 13.160 1.00 0.00 W1 O +ATOM 22550 H1 TIP3X1969 1.880 39.440 12.810 1.00 0.00 W1 H +ATOM 22551 H2 TIP3X1969 1.430 38.010 13.050 1.00 0.00 W1 H +ATOM 22552 OH2 TIP3X1970 -2.600 36.700 -37.070 1.00 0.00 W1 O +ATOM 22553 H1 TIP3X1970 -2.590 37.600 -37.410 1.00 0.00 W1 H +ATOM 22554 H2 TIP3X1970 -3.530 36.470 -37.030 1.00 0.00 W1 H +ATOM 22555 OH2 TIP3X1971 -5.140 34.630 18.780 1.00 0.00 W1 O +ATOM 22556 H1 TIP3X1971 -4.360 34.870 18.290 1.00 0.00 W1 H +ATOM 22557 H2 TIP3X1971 -5.180 35.280 19.490 1.00 0.00 W1 H +ATOM 22558 OH2 TIP3X1972 -15.080 41.640 -42.040 1.00 0.00 W1 O +ATOM 22559 H1 TIP3X1972 -16.030 41.740 -42.190 1.00 0.00 W1 H +ATOM 22560 H2 TIP3X1972 -14.690 42.320 -42.570 1.00 0.00 W1 H +ATOM 22561 OH2 TIP3X1973 6.460 39.760 -27.900 1.00 0.00 W1 O +ATOM 22562 H1 TIP3X1973 5.830 39.270 -28.450 1.00 0.00 W1 H +ATOM 22563 H2 TIP3X1973 7.160 39.130 -27.740 1.00 0.00 W1 H +ATOM 22564 OH2 TIP3X1974 22.140 20.130 38.220 1.00 0.00 W1 O +ATOM 22565 H1 TIP3X1974 22.140 19.540 38.970 1.00 0.00 W1 H +ATOM 22566 H2 TIP3X1974 22.520 20.950 38.560 1.00 0.00 W1 H +ATOM 22567 OH2 TIP3X1975 -11.670 24.680 -25.590 1.00 0.00 W1 O +ATOM 22568 H1 TIP3X1975 -11.250 25.490 -25.280 1.00 0.00 W1 H +ATOM 22569 H2 TIP3X1975 -11.720 24.790 -26.540 1.00 0.00 W1 H +ATOM 22570 OH2 TIP3X1976 16.760 -49.830 20.390 1.00 0.00 W1 O +ATOM 22571 H1 TIP3X1976 16.170 -50.460 19.970 1.00 0.00 W1 H +ATOM 22572 H2 TIP3X1976 16.240 -49.450 21.090 1.00 0.00 W1 H +ATOM 22573 OH2 TIP3X1977 -36.350 28.200 25.190 1.00 0.00 W1 O +ATOM 22574 H1 TIP3X1977 -36.300 28.180 26.140 1.00 0.00 W1 H +ATOM 22575 H2 TIP3X1977 -37.120 28.740 25.000 1.00 0.00 W1 H +ATOM 22576 OH2 TIP3X1978 -10.470 38.400 -41.780 1.00 0.00 W1 O +ATOM 22577 H1 TIP3X1978 -10.030 38.270 -42.630 1.00 0.00 W1 H +ATOM 22578 H2 TIP3X1978 -11.260 38.890 -42.000 1.00 0.00 W1 H +ATOM 22579 OH2 TIP3X1979 19.160 -46.860 20.540 1.00 0.00 W1 O +ATOM 22580 H1 TIP3X1979 20.090 -47.110 20.530 1.00 0.00 W1 H +ATOM 22581 H2 TIP3X1979 19.090 -46.200 19.850 1.00 0.00 W1 H +ATOM 22582 OH2 TIP3X1980 26.630 26.570 24.750 1.00 0.00 W1 O +ATOM 22583 H1 TIP3X1980 26.890 26.780 23.860 1.00 0.00 W1 H +ATOM 22584 H2 TIP3X1980 25.850 26.030 24.650 1.00 0.00 W1 H +ATOM 22585 OH2 TIP3X1981 40.420 -23.130 34.040 1.00 0.00 W1 O +ATOM 22586 H1 TIP3X1981 39.600 -22.770 34.360 1.00 0.00 W1 H +ATOM 22587 H2 TIP3X1981 40.590 -22.660 33.230 1.00 0.00 W1 H +ATOM 22588 OH2 TIP3X1982 -28.270 33.840 -39.950 1.00 0.00 W1 O +ATOM 22589 H1 TIP3X1982 -27.660 33.410 -39.350 1.00 0.00 W1 H +ATOM 22590 H2 TIP3X1982 -28.040 33.530 -40.810 1.00 0.00 W1 H +ATOM 22591 OH2 TIP3X1983 2.520 -40.730 34.210 1.00 0.00 W1 O +ATOM 22592 H1 TIP3X1983 2.810 -40.160 34.910 1.00 0.00 W1 H +ATOM 22593 H2 TIP3X1983 3.040 -40.450 33.460 1.00 0.00 W1 H +ATOM 22594 OH2 TIP3X1984 27.610 -36.790 -25.220 1.00 0.00 W1 O +ATOM 22595 H1 TIP3X1984 27.140 -35.960 -25.140 1.00 0.00 W1 H +ATOM 22596 H2 TIP3X1984 28.170 -36.670 -25.990 1.00 0.00 W1 H +ATOM 22597 OH2 TIP3X1985 -7.970 31.380 -35.090 1.00 0.00 W1 O +ATOM 22598 H1 TIP3X1985 -7.380 31.940 -35.600 1.00 0.00 W1 H +ATOM 22599 H2 TIP3X1985 -8.390 31.980 -34.470 1.00 0.00 W1 H +ATOM 22600 OH2 TIP3X1986 29.550 -24.100 -48.690 1.00 0.00 W1 O +ATOM 22601 H1 TIP3X1986 29.320 -24.880 -48.200 1.00 0.00 W1 H +ATOM 22602 H2 TIP3X1986 29.890 -23.490 -48.050 1.00 0.00 W1 H +ATOM 22603 OH2 TIP3X1987 15.740 -38.710 22.590 1.00 0.00 W1 O +ATOM 22604 H1 TIP3X1987 15.080 -38.550 23.260 1.00 0.00 W1 H +ATOM 22605 H2 TIP3X1987 15.250 -38.800 21.780 1.00 0.00 W1 H +ATOM 22606 OH2 TIP3X1988 45.710 -22.820 -25.190 1.00 0.00 W1 O +ATOM 22607 H1 TIP3X1988 46.000 -21.980 -25.550 1.00 0.00 W1 H +ATOM 22608 H2 TIP3X1988 44.980 -23.080 -25.750 1.00 0.00 W1 H +ATOM 22609 OH2 TIP3X1989 -43.330 -15.760 -32.830 1.00 0.00 W1 O +ATOM 22610 H1 TIP3X1989 -43.060 -16.490 -33.390 1.00 0.00 W1 H +ATOM 22611 H2 TIP3X1989 -42.930 -15.950 -31.980 1.00 0.00 W1 H +ATOM 22612 OH2 TIP3X1990 -27.290 -13.390 -27.670 1.00 0.00 W1 O +ATOM 22613 H1 TIP3X1990 -27.880 -13.400 -28.420 1.00 0.00 W1 H +ATOM 22614 H2 TIP3X1990 -27.600 -14.120 -27.110 1.00 0.00 W1 H +ATOM 22615 OH2 TIP3X1991 -0.890 -24.380 -45.180 1.00 0.00 W1 O +ATOM 22616 H1 TIP3X1991 -0.450 -24.820 -44.450 1.00 0.00 W1 H +ATOM 22617 H2 TIP3X1991 -0.220 -23.830 -45.580 1.00 0.00 W1 H +ATOM 22618 OH2 TIP3X1992 40.690 -25.720 35.100 1.00 0.00 W1 O +ATOM 22619 H1 TIP3X1992 40.710 -25.960 34.180 1.00 0.00 W1 H +ATOM 22620 H2 TIP3X1992 40.580 -24.780 35.100 1.00 0.00 W1 H +ATOM 22621 OH2 TIP3X1993 -32.870 39.420 -39.410 1.00 0.00 W1 O +ATOM 22622 H1 TIP3X1993 -32.440 39.410 -38.550 1.00 0.00 W1 H +ATOM 22623 H2 TIP3X1993 -33.090 40.350 -39.550 1.00 0.00 W1 H +ATOM 22624 OH2 TIP3X1994 -44.340 0.340 -43.590 1.00 0.00 W1 O +ATOM 22625 H1 TIP3X1994 -44.900 -0.330 -43.190 1.00 0.00 W1 H +ATOM 22626 H2 TIP3X1994 -43.460 0.110 -43.310 1.00 0.00 W1 H +ATOM 22627 OH2 TIP3X1995 -31.300 -36.940 24.040 1.00 0.00 W1 O +ATOM 22628 H1 TIP3X1995 -30.450 -37.210 23.680 1.00 0.00 W1 H +ATOM 22629 H2 TIP3X1995 -31.920 -37.580 23.680 1.00 0.00 W1 H +ATOM 22630 OH2 TIP3X1996 12.790 39.360 -28.690 1.00 0.00 W1 O +ATOM 22631 H1 TIP3X1996 13.550 39.660 -29.200 1.00 0.00 W1 H +ATOM 22632 H2 TIP3X1996 12.140 40.060 -28.820 1.00 0.00 W1 H +ATOM 22633 OH2 TIP3X1997 8.700 -34.900 -18.130 1.00 0.00 W1 O +ATOM 22634 H1 TIP3X1997 7.950 -35.380 -18.470 1.00 0.00 W1 H +ATOM 22635 H2 TIP3X1997 8.420 -33.990 -18.100 1.00 0.00 W1 H +ATOM 22636 OH2 TIP3X1998 33.230 -35.090 -25.160 1.00 0.00 W1 O +ATOM 22637 H1 TIP3X1998 32.580 -35.730 -24.890 1.00 0.00 W1 H +ATOM 22638 H2 TIP3X1998 33.450 -35.340 -26.060 1.00 0.00 W1 H +ATOM 22639 OH2 TIP3X1999 29.070 -32.260 27.370 1.00 0.00 W1 O +ATOM 22640 H1 TIP3X1999 29.740 -32.430 28.050 1.00 0.00 W1 H +ATOM 22641 H2 TIP3X1999 29.560 -31.900 26.630 1.00 0.00 W1 H +ATOM 22642 OH2 TIP3X2000 -6.630 16.390 27.220 1.00 0.00 W1 O +ATOM 22643 H1 TIP3X2000 -5.860 16.440 27.780 1.00 0.00 W1 H +ATOM 22644 H2 TIP3X2000 -7.370 16.640 27.790 1.00 0.00 W1 H +ATOM 22645 OH2 TIP3X2001 42.570 27.620 33.420 1.00 0.00 W1 O +ATOM 22646 H1 TIP3X2001 42.170 27.440 32.560 1.00 0.00 W1 H +ATOM 22647 H2 TIP3X2001 42.090 28.370 33.740 1.00 0.00 W1 H +ATOM 22648 OH2 TIP3X2002 -41.890 14.720 -20.860 1.00 0.00 W1 O +ATOM 22649 H1 TIP3X2002 -41.000 14.460 -21.120 1.00 0.00 W1 H +ATOM 22650 H2 TIP3X2002 -42.440 14.420 -21.600 1.00 0.00 W1 H +ATOM 22651 OH2 TIP3X2003 -19.930 -48.410 -39.880 1.00 0.00 W1 O +ATOM 22652 H1 TIP3X2003 -19.460 -48.660 -40.690 1.00 0.00 W1 H +ATOM 22653 H2 TIP3X2003 -19.300 -48.610 -39.180 1.00 0.00 W1 H +ATOM 22654 OH2 TIP3X2004 24.500 26.040 -23.890 1.00 0.00 W1 O +ATOM 22655 H1 TIP3X2004 24.480 25.480 -24.670 1.00 0.00 W1 H +ATOM 22656 H2 TIP3X2004 25.250 25.700 -23.380 1.00 0.00 W1 H +ATOM 22657 OH2 TIP3X2005 26.430 33.880 -30.960 1.00 0.00 W1 O +ATOM 22658 H1 TIP3X2005 26.060 34.140 -30.110 1.00 0.00 W1 H +ATOM 22659 H2 TIP3X2005 26.650 32.950 -30.850 1.00 0.00 W1 H +ATOM 22660 OH2 TIP3X2006 9.160 9.020 27.280 1.00 0.00 W1 O +ATOM 22661 H1 TIP3X2006 8.230 9.220 27.150 1.00 0.00 W1 H +ATOM 22662 H2 TIP3X2006 9.620 9.560 26.630 1.00 0.00 W1 H +ATOM 22663 OH2 TIP3X2007 15.270 -46.910 27.040 1.00 0.00 W1 O +ATOM 22664 H1 TIP3X2007 14.520 -47.510 26.980 1.00 0.00 W1 H +ATOM 22665 H2 TIP3X2007 15.950 -47.310 26.500 1.00 0.00 W1 H +ATOM 22666 OH2 TIP3X2008 -38.910 -36.610 22.570 1.00 0.00 W1 O +ATOM 22667 H1 TIP3X2008 -38.790 -36.300 21.680 1.00 0.00 W1 H +ATOM 22668 H2 TIP3X2008 -38.190 -37.220 22.710 1.00 0.00 W1 H +ATOM 22669 OH2 TIP3X2009 -15.050 -4.670 25.310 1.00 0.00 W1 O +ATOM 22670 H1 TIP3X2009 -15.710 -4.390 25.950 1.00 0.00 W1 H +ATOM 22671 H2 TIP3X2009 -14.910 -5.590 25.500 1.00 0.00 W1 H +ATOM 22672 OH2 TIP3X2010 -14.200 -9.740 -32.900 1.00 0.00 W1 O +ATOM 22673 H1 TIP3X2010 -13.490 -9.230 -32.500 1.00 0.00 W1 H +ATOM 22674 H2 TIP3X2010 -13.770 -10.270 -33.560 1.00 0.00 W1 H +ATOM 22675 OH2 TIP3X2011 -34.940 -11.910 -28.490 1.00 0.00 W1 O +ATOM 22676 H1 TIP3X2011 -35.550 -11.950 -27.750 1.00 0.00 W1 H +ATOM 22677 H2 TIP3X2011 -35.150 -12.680 -29.010 1.00 0.00 W1 H +ATOM 22678 OH2 TIP3X2012 -7.990 -37.670 25.340 1.00 0.00 W1 O +ATOM 22679 H1 TIP3X2012 -7.390 -37.910 26.040 1.00 0.00 W1 H +ATOM 22680 H2 TIP3X2012 -8.390 -38.510 25.060 1.00 0.00 W1 H +ATOM 22681 OH2 TIP3X2013 6.240 24.130 -48.570 1.00 0.00 W1 O +ATOM 22682 H1 TIP3X2013 5.860 24.480 -49.380 1.00 0.00 W1 H +ATOM 22683 H2 TIP3X2013 5.540 23.620 -48.170 1.00 0.00 W1 H +ATOM 22684 OH2 TIP3X2014 16.570 -25.920 14.830 1.00 0.00 W1 O +ATOM 22685 H1 TIP3X2014 17.040 -26.140 14.020 1.00 0.00 W1 H +ATOM 22686 H2 TIP3X2014 16.650 -26.700 15.370 1.00 0.00 W1 H +ATOM 22687 OH2 TIP3X2015 20.150 15.990 37.060 1.00 0.00 W1 O +ATOM 22688 H1 TIP3X2015 20.560 15.830 36.210 1.00 0.00 W1 H +ATOM 22689 H2 TIP3X2015 20.550 15.370 37.650 1.00 0.00 W1 H +ATOM 22690 OH2 TIP3X2016 39.510 8.810 -20.070 1.00 0.00 W1 O +ATOM 22691 H1 TIP3X2016 38.890 9.530 -20.230 1.00 0.00 W1 H +ATOM 22692 H2 TIP3X2016 39.440 8.650 -19.130 1.00 0.00 W1 H +ATOM 22693 OH2 TIP3X2017 -14.660 -42.570 32.050 1.00 0.00 W1 O +ATOM 22694 H1 TIP3X2017 -15.610 -42.540 31.960 1.00 0.00 W1 H +ATOM 22695 H2 TIP3X2017 -14.420 -41.710 32.400 1.00 0.00 W1 H +ATOM 22696 OH2 TIP3X2018 -18.810 -7.920 28.860 1.00 0.00 W1 O +ATOM 22697 H1 TIP3X2018 -19.310 -8.640 28.480 1.00 0.00 W1 H +ATOM 22698 H2 TIP3X2018 -19.150 -7.840 29.760 1.00 0.00 W1 H +ATOM 22699 OH2 TIP3X2019 -11.640 9.590 -48.300 1.00 0.00 W1 O +ATOM 22700 H1 TIP3X2019 -11.590 10.530 -48.140 1.00 0.00 W1 H +ATOM 22701 H2 TIP3X2019 -11.430 9.200 -47.460 1.00 0.00 W1 H +ATOM 22702 OH2 TIP3X2020 28.990 -41.330 -34.260 1.00 0.00 W1 O +ATOM 22703 H1 TIP3X2020 28.660 -42.150 -33.860 1.00 0.00 W1 H +ATOM 22704 H2 TIP3X2020 28.290 -41.050 -34.840 1.00 0.00 W1 H +ATOM 22705 OH2 TIP3X2021 34.150 36.180 -35.790 1.00 0.00 W1 O +ATOM 22706 H1 TIP3X2021 34.490 36.950 -36.250 1.00 0.00 W1 H +ATOM 22707 H2 TIP3X2021 34.900 35.570 -35.760 1.00 0.00 W1 H +ATOM 22708 OH2 TIP3X2022 -38.100 -11.300 -13.770 1.00 0.00 W1 O +ATOM 22709 H1 TIP3X2022 -38.230 -12.030 -13.170 1.00 0.00 W1 H +ATOM 22710 H2 TIP3X2022 -38.990 -11.050 -14.050 1.00 0.00 W1 H +ATOM 22711 OH2 TIP3X2023 16.390 24.490 -21.700 1.00 0.00 W1 O +ATOM 22712 H1 TIP3X2023 16.560 24.710 -20.790 1.00 0.00 W1 H +ATOM 22713 H2 TIP3X2023 16.950 25.070 -22.210 1.00 0.00 W1 H +ATOM 22714 OH2 TIP3X2024 -45.390 -45.700 -49.000 1.00 0.00 W1 O +ATOM 22715 H1 TIP3X2024 -44.910 -46.070 -49.740 1.00 0.00 W1 H +ATOM 22716 H2 TIP3X2024 -45.780 -46.460 -48.560 1.00 0.00 W1 H +ATOM 22717 OH2 TIP3X2025 -25.450 -41.610 -31.100 1.00 0.00 W1 O +ATOM 22718 H1 TIP3X2025 -25.850 -42.280 -31.650 1.00 0.00 W1 H +ATOM 22719 H2 TIP3X2025 -24.540 -41.560 -31.400 1.00 0.00 W1 H +ATOM 22720 OH2 TIP3X2026 21.240 -30.810 -39.010 1.00 0.00 W1 O +ATOM 22721 H1 TIP3X2026 22.070 -31.270 -39.070 1.00 0.00 W1 H +ATOM 22722 H2 TIP3X2026 20.870 -31.070 -38.160 1.00 0.00 W1 H +ATOM 22723 OH2 TIP3X2027 20.180 -9.190 -42.570 1.00 0.00 W1 O +ATOM 22724 H1 TIP3X2027 20.860 -9.720 -42.150 1.00 0.00 W1 H +ATOM 22725 H2 TIP3X2027 19.660 -8.850 -41.840 1.00 0.00 W1 H +ATOM 22726 OH2 TIP3X2028 -36.430 1.680 -21.870 1.00 0.00 W1 O +ATOM 22727 H1 TIP3X2028 -36.870 0.870 -22.120 1.00 0.00 W1 H +ATOM 22728 H2 TIP3X2028 -37.000 2.380 -22.190 1.00 0.00 W1 H +ATOM 22729 OH2 TIP3X2029 0.010 -18.760 27.620 1.00 0.00 W1 O +ATOM 22730 H1 TIP3X2029 0.310 -18.080 27.010 1.00 0.00 W1 H +ATOM 22731 H2 TIP3X2029 -0.890 -18.950 27.330 1.00 0.00 W1 H +ATOM 22732 OH2 TIP3X2030 8.190 7.620 -33.910 1.00 0.00 W1 O +ATOM 22733 H1 TIP3X2030 7.610 8.270 -34.310 1.00 0.00 W1 H +ATOM 22734 H2 TIP3X2030 8.590 8.070 -33.170 1.00 0.00 W1 H +ATOM 22735 OH2 TIP3X2031 2.050 42.910 -36.020 1.00 0.00 W1 O +ATOM 22736 H1 TIP3X2031 1.350 42.470 -35.530 1.00 0.00 W1 H +ATOM 22737 H2 TIP3X2031 2.540 43.400 -35.350 1.00 0.00 W1 H +ATOM 22738 OH2 TIP3X2032 4.630 14.750 24.330 1.00 0.00 W1 O +ATOM 22739 H1 TIP3X2032 4.600 15.700 24.320 1.00 0.00 W1 H +ATOM 22740 H2 TIP3X2032 5.440 14.530 24.790 1.00 0.00 W1 H +ATOM 22741 OH2 TIP3X2033 -2.560 -38.620 -38.770 1.00 0.00 W1 O +ATOM 22742 H1 TIP3X2033 -1.730 -39.090 -38.840 1.00 0.00 W1 H +ATOM 22743 H2 TIP3X2033 -2.450 -37.850 -39.320 1.00 0.00 W1 H +ATOM 22744 OH2 TIP3X2034 30.380 2.890 -23.620 1.00 0.00 W1 O +ATOM 22745 H1 TIP3X2034 31.070 2.220 -23.580 1.00 0.00 W1 H +ATOM 22746 H2 TIP3X2034 30.810 3.660 -23.980 1.00 0.00 W1 H +ATOM 22747 OH2 TIP3X2035 36.680 20.310 -30.360 1.00 0.00 W1 O +ATOM 22748 H1 TIP3X2035 36.100 20.250 -29.610 1.00 0.00 W1 H +ATOM 22749 H2 TIP3X2035 36.500 19.530 -30.880 1.00 0.00 W1 H +ATOM 22750 OH2 TIP3X2036 18.510 -9.700 -44.890 1.00 0.00 W1 O +ATOM 22751 H1 TIP3X2036 18.590 -9.630 -43.930 1.00 0.00 W1 H +ATOM 22752 H2 TIP3X2036 18.570 -8.790 -45.190 1.00 0.00 W1 H +ATOM 22753 OH2 TIP3X2037 1.510 34.670 -37.110 1.00 0.00 W1 O +ATOM 22754 H1 TIP3X2037 2.300 35.200 -37.060 1.00 0.00 W1 H +ATOM 22755 H2 TIP3X2037 1.090 34.940 -37.930 1.00 0.00 W1 H +ATOM 22756 OH2 TIP3X2038 30.820 27.150 -45.190 1.00 0.00 W1 O +ATOM 22757 H1 TIP3X2038 30.220 27.310 -45.930 1.00 0.00 W1 H +ATOM 22758 H2 TIP3X2038 31.160 26.270 -45.340 1.00 0.00 W1 H +ATOM 22759 OH2 TIP3X2039 21.920 16.110 -38.190 1.00 0.00 W1 O +ATOM 22760 H1 TIP3X2039 21.550 15.250 -38.030 1.00 0.00 W1 H +ATOM 22761 H2 TIP3X2039 22.140 16.110 -39.130 1.00 0.00 W1 H +ATOM 22762 OH2 TIP3X2040 -14.210 -40.270 27.610 1.00 0.00 W1 O +ATOM 22763 H1 TIP3X2040 -14.440 -40.920 26.940 1.00 0.00 W1 H +ATOM 22764 H2 TIP3X2040 -14.940 -40.290 28.230 1.00 0.00 W1 H +ATOM 22765 OH2 TIP3X2041 -21.690 -47.650 37.550 1.00 0.00 W1 O +ATOM 22766 H1 TIP3X2041 -21.940 -46.730 37.630 1.00 0.00 W1 H +ATOM 22767 H2 TIP3X2041 -21.930 -47.890 36.650 1.00 0.00 W1 H +ATOM 22768 OH2 TIP3X2042 3.510 -2.270 -50.060 1.00 0.00 W1 O +ATOM 22769 H1 TIP3X2042 2.570 -2.420 -50.100 1.00 0.00 W1 H +ATOM 22770 H2 TIP3X2042 3.900 -3.000 -50.550 1.00 0.00 W1 H +ATOM 22771 OH2 TIP3X2043 -30.400 -49.480 25.160 1.00 0.00 W1 O +ATOM 22772 H1 TIP3X2043 -31.120 -49.470 25.790 1.00 0.00 W1 H +ATOM 22773 H2 TIP3X2043 -30.470 -50.340 24.730 1.00 0.00 W1 H +ATOM 22774 OH2 TIP3X2044 11.260 -48.760 -19.350 1.00 0.00 W1 O +ATOM 22775 H1 TIP3X2044 11.680 -49.250 -18.650 1.00 0.00 W1 H +ATOM 22776 H2 TIP3X2044 11.250 -47.860 -19.030 1.00 0.00 W1 H +ATOM 22777 OH2 TIP3X2045 18.070 -29.230 -22.570 1.00 0.00 W1 O +ATOM 22778 H1 TIP3X2045 18.700 -28.950 -21.900 1.00 0.00 W1 H +ATOM 22779 H2 TIP3X2045 17.230 -29.300 -22.100 1.00 0.00 W1 H +ATOM 22780 OH2 TIP3X2046 14.800 21.240 -28.000 1.00 0.00 W1 O +ATOM 22781 H1 TIP3X2046 15.080 20.440 -27.550 1.00 0.00 W1 H +ATOM 22782 H2 TIP3X2046 13.890 21.060 -28.250 1.00 0.00 W1 H +ATOM 22783 OH2 TIP3X2047 21.700 38.720 38.040 1.00 0.00 W1 O +ATOM 22784 H1 TIP3X2047 22.470 39.100 38.450 1.00 0.00 W1 H +ATOM 22785 H2 TIP3X2047 21.320 39.430 37.530 1.00 0.00 W1 H +ATOM 22786 OH2 TIP3X2048 8.590 2.970 25.610 1.00 0.00 W1 O +ATOM 22787 H1 TIP3X2048 8.040 2.270 25.260 1.00 0.00 W1 H +ATOM 22788 H2 TIP3X2048 7.960 3.580 25.990 1.00 0.00 W1 H +ATOM 22789 OH2 TIP3X2049 19.120 -2.790 -25.900 1.00 0.00 W1 O +ATOM 22790 H1 TIP3X2049 19.080 -2.740 -26.860 1.00 0.00 W1 H +ATOM 22791 H2 TIP3X2049 20.060 -2.770 -25.710 1.00 0.00 W1 H +ATOM 22792 OH2 TIP3X2050 -37.900 -4.900 -46.270 1.00 0.00 W1 O +ATOM 22793 H1 TIP3X2050 -38.820 -4.970 -46.490 1.00 0.00 W1 H +ATOM 22794 H2 TIP3X2050 -37.520 -4.340 -46.960 1.00 0.00 W1 H +ATOM 22795 OH2 TIP3X2051 2.590 42.270 -40.320 1.00 0.00 W1 O +ATOM 22796 H1 TIP3X2051 2.220 41.400 -40.530 1.00 0.00 W1 H +ATOM 22797 H2 TIP3X2051 2.760 42.240 -39.390 1.00 0.00 W1 H +ATOM 22798 OH2 TIP3X2052 1.300 -47.580 27.150 1.00 0.00 W1 O +ATOM 22799 H1 TIP3X2052 2.100 -47.800 27.620 1.00 0.00 W1 H +ATOM 22800 H2 TIP3X2052 1.170 -46.640 27.330 1.00 0.00 W1 H +ATOM 22801 OH2 TIP3X2053 46.820 -42.170 -38.360 1.00 0.00 W1 O +ATOM 22802 H1 TIP3X2053 46.880 -41.400 -37.790 1.00 0.00 W1 H +ATOM 22803 H2 TIP3X2053 46.210 -42.750 -37.910 1.00 0.00 W1 H +ATOM 22804 OH2 TIP3X2054 22.460 -34.120 37.130 1.00 0.00 W1 O +ATOM 22805 H1 TIP3X2054 22.880 -33.920 37.970 1.00 0.00 W1 H +ATOM 22806 H2 TIP3X2054 22.320 -33.260 36.720 1.00 0.00 W1 H +ATOM 22807 OH2 TIP3X2055 11.950 -5.080 25.230 1.00 0.00 W1 O +ATOM 22808 H1 TIP3X2055 11.610 -5.910 24.890 1.00 0.00 W1 H +ATOM 22809 H2 TIP3X2055 11.160 -4.580 25.470 1.00 0.00 W1 H +ATOM 22810 OH2 TIP3X2056 -44.490 -44.060 -40.450 1.00 0.00 W1 O +ATOM 22811 H1 TIP3X2056 -43.810 -43.390 -40.340 1.00 0.00 W1 H +ATOM 22812 H2 TIP3X2056 -45.070 -43.930 -39.700 1.00 0.00 W1 H +ATOM 22813 OH2 TIP3X2057 36.000 16.800 12.050 1.00 0.00 W1 O +ATOM 22814 H1 TIP3X2057 35.530 17.230 12.780 1.00 0.00 W1 H +ATOM 22815 H2 TIP3X2057 36.320 17.520 11.510 1.00 0.00 W1 H +ATOM 22816 OH2 TIP3X2058 3.230 -39.770 -45.820 1.00 0.00 W1 O +ATOM 22817 H1 TIP3X2058 2.420 -40.210 -45.600 1.00 0.00 W1 H +ATOM 22818 H2 TIP3X2058 3.070 -38.840 -45.600 1.00 0.00 W1 H +ATOM 22819 OH2 TIP3X2059 -39.410 -16.610 -47.070 1.00 0.00 W1 O +ATOM 22820 H1 TIP3X2059 -38.730 -16.080 -47.470 1.00 0.00 W1 H +ATOM 22821 H2 TIP3X2059 -38.990 -17.460 -46.920 1.00 0.00 W1 H +ATOM 22822 OH2 TIP3X2060 26.310 33.980 -39.950 1.00 0.00 W1 O +ATOM 22823 H1 TIP3X2060 26.170 34.000 -40.890 1.00 0.00 W1 H +ATOM 22824 H2 TIP3X2060 27.220 33.740 -39.840 1.00 0.00 W1 H +ATOM 22825 OH2 TIP3X2061 -22.800 -31.620 18.390 1.00 0.00 W1 O +ATOM 22826 H1 TIP3X2061 -22.080 -31.220 17.890 1.00 0.00 W1 H +ATOM 22827 H2 TIP3X2061 -22.940 -32.470 17.960 1.00 0.00 W1 H +ATOM 22828 OH2 TIP3X2062 -36.780 0.750 -31.740 1.00 0.00 W1 O +ATOM 22829 H1 TIP3X2062 -37.730 0.820 -31.750 1.00 0.00 W1 H +ATOM 22830 H2 TIP3X2062 -36.580 0.130 -32.440 1.00 0.00 W1 H +ATOM 22831 OH2 TIP3X2063 25.990 32.810 26.820 1.00 0.00 W1 O +ATOM 22832 H1 TIP3X2063 26.540 32.270 26.240 1.00 0.00 W1 H +ATOM 22833 H2 TIP3X2063 26.480 32.850 27.640 1.00 0.00 W1 H +ATOM 22834 OH2 TIP3X2064 -9.420 -1.440 -34.150 1.00 0.00 W1 O +ATOM 22835 H1 TIP3X2064 -9.150 -1.960 -33.380 1.00 0.00 W1 H +ATOM 22836 H2 TIP3X2064 -10.340 -1.240 -33.990 1.00 0.00 W1 H +ATOM 22837 OH2 TIP3X2065 -8.250 32.990 -25.860 1.00 0.00 W1 O +ATOM 22838 H1 TIP3X2065 -7.870 32.190 -26.240 1.00 0.00 W1 H +ATOM 22839 H2 TIP3X2065 -8.720 33.400 -26.570 1.00 0.00 W1 H +ATOM 22840 OH2 TIP3X2066 23.500 -42.310 -48.540 1.00 0.00 W1 O +ATOM 22841 H1 TIP3X2066 22.760 -42.830 -48.860 1.00 0.00 W1 H +ATOM 22842 H2 TIP3X2066 24.280 -42.840 -48.750 1.00 0.00 W1 H +ATOM 22843 OH2 TIP3X2067 15.760 -9.400 25.630 1.00 0.00 W1 O +ATOM 22844 H1 TIP3X2067 15.190 -9.610 24.890 1.00 0.00 W1 H +ATOM 22845 H2 TIP3X2067 16.480 -10.020 25.560 1.00 0.00 W1 H +ATOM 22846 OH2 TIP3X2068 45.040 -39.860 26.210 1.00 0.00 W1 O +ATOM 22847 H1 TIP3X2068 45.020 -39.870 25.250 1.00 0.00 W1 H +ATOM 22848 H2 TIP3X2068 44.750 -38.990 26.450 1.00 0.00 W1 H +ATOM 22849 OH2 TIP3X2069 8.860 -7.000 26.790 1.00 0.00 W1 O +ATOM 22850 H1 TIP3X2069 9.560 -7.080 26.140 1.00 0.00 W1 H +ATOM 22851 H2 TIP3X2069 8.910 -6.080 27.070 1.00 0.00 W1 H +ATOM 22852 OH2 TIP3X2070 21.570 22.660 -11.650 1.00 0.00 W1 O +ATOM 22853 H1 TIP3X2070 22.480 22.760 -11.360 1.00 0.00 W1 H +ATOM 22854 H2 TIP3X2070 21.180 22.080 -10.990 1.00 0.00 W1 H +ATOM 22855 OH2 TIP3X2071 41.000 6.280 -47.920 1.00 0.00 W1 O +ATOM 22856 H1 TIP3X2071 41.210 5.390 -48.240 1.00 0.00 W1 H +ATOM 22857 H2 TIP3X2071 40.130 6.200 -47.530 1.00 0.00 W1 H +ATOM 22858 OH2 TIP3X2072 -2.500 33.110 17.690 1.00 0.00 W1 O +ATOM 22859 H1 TIP3X2072 -2.200 32.300 17.280 1.00 0.00 W1 H +ATOM 22860 H2 TIP3X2072 -1.720 33.680 17.680 1.00 0.00 W1 H +ATOM 22861 OH2 TIP3X2073 20.250 11.120 -33.310 1.00 0.00 W1 O +ATOM 22862 H1 TIP3X2073 20.960 11.670 -33.010 1.00 0.00 W1 H +ATOM 22863 H2 TIP3X2073 19.970 11.530 -34.140 1.00 0.00 W1 H +ATOM 22864 OH2 TIP3X2074 -44.920 22.790 -15.350 1.00 0.00 W1 O +ATOM 22865 H1 TIP3X2074 -44.540 21.940 -15.150 1.00 0.00 W1 H +ATOM 22866 H2 TIP3X2074 -44.180 23.300 -15.690 1.00 0.00 W1 H +ATOM 22867 OH2 TIP3X2075 36.110 5.130 -44.480 1.00 0.00 W1 O +ATOM 22868 H1 TIP3X2075 35.190 4.880 -44.510 1.00 0.00 W1 H +ATOM 22869 H2 TIP3X2075 36.270 5.350 -43.570 1.00 0.00 W1 H +ATOM 22870 OH2 TIP3X2076 36.800 -35.670 -29.800 1.00 0.00 W1 O +ATOM 22871 H1 TIP3X2076 36.260 -35.080 -30.320 1.00 0.00 W1 H +ATOM 22872 H2 TIP3X2076 36.590 -35.470 -28.890 1.00 0.00 W1 H +ATOM 22873 OH2 TIP3X2077 24.960 -15.930 -43.900 1.00 0.00 W1 O +ATOM 22874 H1 TIP3X2077 24.330 -16.400 -44.440 1.00 0.00 W1 H +ATOM 22875 H2 TIP3X2077 25.680 -16.560 -43.780 1.00 0.00 W1 H +ATOM 22876 OH2 TIP3X2078 25.820 37.800 -25.660 1.00 0.00 W1 O +ATOM 22877 H1 TIP3X2078 26.760 37.990 -25.610 1.00 0.00 W1 H +ATOM 22878 H2 TIP3X2078 25.440 38.560 -26.090 1.00 0.00 W1 H +ATOM 22879 OH2 TIP3X2079 -39.960 20.150 -39.490 1.00 0.00 W1 O +ATOM 22880 H1 TIP3X2079 -40.700 19.570 -39.610 1.00 0.00 W1 H +ATOM 22881 H2 TIP3X2079 -40.010 20.770 -40.210 1.00 0.00 W1 H +ATOM 22882 OH2 TIP3X2080 22.640 -23.410 -45.840 1.00 0.00 W1 O +ATOM 22883 H1 TIP3X2080 21.970 -22.820 -46.190 1.00 0.00 W1 H +ATOM 22884 H2 TIP3X2080 23.460 -23.050 -46.190 1.00 0.00 W1 H +ATOM 22885 OH2 TIP3X2081 -42.430 17.380 -20.410 1.00 0.00 W1 O +ATOM 22886 H1 TIP3X2081 -42.210 16.460 -20.480 1.00 0.00 W1 H +ATOM 22887 H2 TIP3X2081 -41.800 17.820 -20.980 1.00 0.00 W1 H +ATOM 22888 OH2 TIP3X2082 -2.590 -20.150 30.520 1.00 0.00 W1 O +ATOM 22889 H1 TIP3X2082 -3.260 -20.650 30.030 1.00 0.00 W1 H +ATOM 22890 H2 TIP3X2082 -2.540 -19.320 30.070 1.00 0.00 W1 H +ATOM 22891 OH2 TIP3X2083 1.320 -38.980 -20.540 1.00 0.00 W1 O +ATOM 22892 H1 TIP3X2083 1.220 -38.210 -21.080 1.00 0.00 W1 H +ATOM 22893 H2 TIP3X2083 2.190 -39.320 -20.760 1.00 0.00 W1 H +ATOM 22894 OH2 TIP3X2084 -35.630 -4.680 -11.990 1.00 0.00 W1 O +ATOM 22895 H1 TIP3X2084 -35.520 -4.720 -11.040 1.00 0.00 W1 H +ATOM 22896 H2 TIP3X2084 -34.790 -4.940 -12.350 1.00 0.00 W1 H +ATOM 22897 OH2 TIP3X2085 22.220 -23.310 33.220 1.00 0.00 W1 O +ATOM 22898 H1 TIP3X2085 22.300 -24.240 33.050 1.00 0.00 W1 H +ATOM 22899 H2 TIP3X2085 23.110 -23.020 33.420 1.00 0.00 W1 H +ATOM 22900 OH2 TIP3X2086 42.130 -2.170 -25.520 1.00 0.00 W1 O +ATOM 22901 H1 TIP3X2086 42.450 -1.620 -26.230 1.00 0.00 W1 H +ATOM 22902 H2 TIP3X2086 41.990 -1.570 -24.780 1.00 0.00 W1 H +ATOM 22903 OH2 TIP3X2087 23.040 -24.690 29.290 1.00 0.00 W1 O +ATOM 22904 H1 TIP3X2087 22.110 -24.640 29.490 1.00 0.00 W1 H +ATOM 22905 H2 TIP3X2087 23.090 -24.600 28.330 1.00 0.00 W1 H +ATOM 22906 OH2 TIP3X2088 0.060 -18.900 -44.770 1.00 0.00 W1 O +ATOM 22907 H1 TIP3X2088 -0.880 -18.780 -44.760 1.00 0.00 W1 H +ATOM 22908 H2 TIP3X2088 0.260 -19.260 -43.910 1.00 0.00 W1 H +ATOM 22909 OH2 TIP3X2089 40.940 -46.810 19.250 1.00 0.00 W1 O +ATOM 22910 H1 TIP3X2089 41.400 -46.480 18.480 1.00 0.00 W1 H +ATOM 22911 H2 TIP3X2089 41.260 -47.710 19.370 1.00 0.00 W1 H +ATOM 22912 OH2 TIP3X2090 -2.880 23.210 22.930 1.00 0.00 W1 O +ATOM 22913 H1 TIP3X2090 -3.230 23.210 23.820 1.00 0.00 W1 H +ATOM 22914 H2 TIP3X2090 -3.010 22.310 22.630 1.00 0.00 W1 H +ATOM 22915 OH2 TIP3X2091 28.720 19.050 11.880 1.00 0.00 W1 O +ATOM 22916 H1 TIP3X2091 27.900 18.720 11.510 1.00 0.00 W1 H +ATOM 22917 H2 TIP3X2091 28.460 19.780 12.450 1.00 0.00 W1 H +ATOM 22918 OH2 TIP3X2092 9.930 41.160 -19.880 1.00 0.00 W1 O +ATOM 22919 H1 TIP3X2092 9.030 41.490 -19.950 1.00 0.00 W1 H +ATOM 22920 H2 TIP3X2092 10.190 41.370 -18.980 1.00 0.00 W1 H +ATOM 22921 OH2 TIP3X2093 -3.260 -41.250 31.440 1.00 0.00 W1 O +ATOM 22922 H1 TIP3X2093 -3.460 -42.160 31.610 1.00 0.00 W1 H +ATOM 22923 H2 TIP3X2093 -2.530 -41.280 30.810 1.00 0.00 W1 H +ATOM 22924 OH2 TIP3X2094 15.610 34.320 29.120 1.00 0.00 W1 O +ATOM 22925 H1 TIP3X2094 15.380 35.230 29.020 1.00 0.00 W1 H +ATOM 22926 H2 TIP3X2094 16.180 34.120 28.380 1.00 0.00 W1 H +ATOM 22927 OH2 TIP3X2095 25.110 -19.310 -35.400 1.00 0.00 W1 O +ATOM 22928 H1 TIP3X2095 25.430 -20.070 -34.910 1.00 0.00 W1 H +ATOM 22929 H2 TIP3X2095 25.890 -18.770 -35.550 1.00 0.00 W1 H +ATOM 22930 OH2 TIP3X2096 44.550 16.210 -27.670 1.00 0.00 W1 O +ATOM 22931 H1 TIP3X2096 45.470 16.170 -27.920 1.00 0.00 W1 H +ATOM 22932 H2 TIP3X2096 44.280 15.300 -27.600 1.00 0.00 W1 H +ATOM 22933 OH2 TIP3X2097 -7.620 -47.680 16.230 1.00 0.00 W1 O +ATOM 22934 H1 TIP3X2097 -6.690 -47.720 16.420 1.00 0.00 W1 H +ATOM 22935 H2 TIP3X2097 -7.680 -47.740 15.270 1.00 0.00 W1 H +ATOM 22936 OH2 TIP3X2098 -32.720 -35.930 36.980 1.00 0.00 W1 O +ATOM 22937 H1 TIP3X2098 -31.940 -36.430 36.760 1.00 0.00 W1 H +ATOM 22938 H2 TIP3X2098 -33.010 -35.540 36.160 1.00 0.00 W1 H +ATOM 22939 OH2 TIP3X2099 35.870 -45.620 -19.960 1.00 0.00 W1 O +ATOM 22940 H1 TIP3X2099 36.710 -45.450 -20.390 1.00 0.00 W1 H +ATOM 22941 H2 TIP3X2099 36.010 -46.400 -19.430 1.00 0.00 W1 H +ATOM 22942 OH2 TIP3X2100 37.330 2.950 21.790 1.00 0.00 W1 O +ATOM 22943 H1 TIP3X2100 37.170 2.040 21.570 1.00 0.00 W1 H +ATOM 22944 H2 TIP3X2100 37.930 3.270 21.120 1.00 0.00 W1 H +ATOM 22945 OH2 TIP3X2101 -9.070 16.560 -40.400 1.00 0.00 W1 O +ATOM 22946 H1 TIP3X2101 -8.190 16.560 -40.030 1.00 0.00 W1 H +ATOM 22947 H2 TIP3X2101 -9.270 15.630 -40.530 1.00 0.00 W1 H +ATOM 22948 OH2 TIP3X2102 -17.400 40.010 22.740 1.00 0.00 W1 O +ATOM 22949 H1 TIP3X2102 -18.200 40.510 22.650 1.00 0.00 W1 H +ATOM 22950 H2 TIP3X2102 -16.690 40.630 22.610 1.00 0.00 W1 H +ATOM 22951 OH2 TIP3X2103 40.610 -15.280 16.610 1.00 0.00 W1 O +ATOM 22952 H1 TIP3X2103 40.850 -14.420 16.240 1.00 0.00 W1 H +ATOM 22953 H2 TIP3X2103 40.220 -15.070 17.460 1.00 0.00 W1 H +ATOM 22954 OH2 TIP3X2104 48.660 39.970 37.770 1.00 0.00 W1 O +ATOM 22955 H1 TIP3X2104 48.900 39.800 38.680 1.00 0.00 W1 H +ATOM 22956 H2 TIP3X2104 48.130 40.760 37.790 1.00 0.00 W1 H +ATOM 22957 OH2 TIP3X2105 42.580 -42.890 -44.130 1.00 0.00 W1 O +ATOM 22958 H1 TIP3X2105 42.210 -43.620 -44.620 1.00 0.00 W1 H +ATOM 22959 H2 TIP3X2105 43.530 -43.000 -44.220 1.00 0.00 W1 H +ATOM 22960 OH2 TIP3X2106 35.110 -13.310 27.550 1.00 0.00 W1 O +ATOM 22961 H1 TIP3X2106 35.490 -13.950 28.140 1.00 0.00 W1 H +ATOM 22962 H2 TIP3X2106 34.790 -13.820 26.800 1.00 0.00 W1 H +ATOM 22963 OH2 TIP3X2107 44.670 25.690 -28.440 1.00 0.00 W1 O +ATOM 22964 H1 TIP3X2107 44.580 25.410 -29.350 1.00 0.00 W1 H +ATOM 22965 H2 TIP3X2107 45.530 25.380 -28.160 1.00 0.00 W1 H +ATOM 22966 OH2 TIP3X2108 1.030 -18.690 -24.540 1.00 0.00 W1 O +ATOM 22967 H1 TIP3X2108 0.880 -19.580 -24.240 1.00 0.00 W1 H +ATOM 22968 H2 TIP3X2108 1.790 -18.750 -25.110 1.00 0.00 W1 H +ATOM 22969 OH2 TIP3X2109 30.180 29.300 27.150 1.00 0.00 W1 O +ATOM 22970 H1 TIP3X2109 29.260 29.130 27.330 1.00 0.00 W1 H +ATOM 22971 H2 TIP3X2109 30.520 29.740 27.940 1.00 0.00 W1 H +ATOM 22972 OH2 TIP3X2110 45.400 -25.850 18.660 1.00 0.00 W1 O +ATOM 22973 H1 TIP3X2110 45.200 -26.400 19.420 1.00 0.00 W1 H +ATOM 22974 H2 TIP3X2110 45.550 -24.980 19.030 1.00 0.00 W1 H +ATOM 22975 OH2 TIP3X2111 18.890 38.530 35.640 1.00 0.00 W1 O +ATOM 22976 H1 TIP3X2111 19.420 37.730 35.670 1.00 0.00 W1 H +ATOM 22977 H2 TIP3X2111 18.050 38.260 36.040 1.00 0.00 W1 H +ATOM 22978 OH2 TIP3X2112 18.870 27.790 -38.750 1.00 0.00 W1 O +ATOM 22979 H1 TIP3X2112 19.510 28.380 -38.360 1.00 0.00 W1 H +ATOM 22980 H2 TIP3X2112 19.150 27.700 -39.650 1.00 0.00 W1 H +ATOM 22981 OH2 TIP3X2113 -8.540 -35.710 -43.610 1.00 0.00 W1 O +ATOM 22982 H1 TIP3X2113 -7.850 -36.190 -44.070 1.00 0.00 W1 H +ATOM 22983 H2 TIP3X2113 -8.280 -34.800 -43.680 1.00 0.00 W1 H +ATOM 22984 OH2 TIP3X2114 47.300 36.990 35.080 1.00 0.00 W1 O +ATOM 22985 H1 TIP3X2114 47.030 37.180 34.170 1.00 0.00 W1 H +ATOM 22986 H2 TIP3X2114 48.250 37.110 35.070 1.00 0.00 W1 H +ATOM 22987 OH2 TIP3X2115 -36.470 33.240 -48.100 1.00 0.00 W1 O +ATOM 22988 H1 TIP3X2115 -37.100 32.940 -47.450 1.00 0.00 W1 H +ATOM 22989 H2 TIP3X2115 -35.620 33.200 -47.660 1.00 0.00 W1 H +ATOM 22990 OH2 TIP3X2116 -3.580 16.900 -45.480 1.00 0.00 W1 O +ATOM 22991 H1 TIP3X2116 -4.460 16.550 -45.350 1.00 0.00 W1 H +ATOM 22992 H2 TIP3X2116 -3.230 16.380 -46.200 1.00 0.00 W1 H +ATOM 22993 OH2 TIP3X2117 47.280 8.160 -46.060 1.00 0.00 W1 O +ATOM 22994 H1 TIP3X2117 47.210 8.410 -46.990 1.00 0.00 W1 H +ATOM 22995 H2 TIP3X2117 46.610 8.670 -45.620 1.00 0.00 W1 H +ATOM 22996 OH2 TIP3X2118 -10.410 -1.310 -45.220 1.00 0.00 W1 O +ATOM 22997 H1 TIP3X2118 -11.350 -1.230 -45.160 1.00 0.00 W1 H +ATOM 22998 H2 TIP3X2118 -10.220 -2.230 -45.030 1.00 0.00 W1 H +ATOM 22999 OH2 TIP3X2119 36.570 -31.880 -23.790 1.00 0.00 W1 O +ATOM 23000 H1 TIP3X2119 36.490 -32.510 -23.070 1.00 0.00 W1 H +ATOM 23001 H2 TIP3X2119 35.720 -31.900 -24.230 1.00 0.00 W1 H +ATOM 23002 OH2 TIP3X2120 -34.420 -21.530 30.460 1.00 0.00 W1 O +ATOM 23003 H1 TIP3X2120 -33.720 -22.140 30.670 1.00 0.00 W1 H +ATOM 23004 H2 TIP3X2120 -33.980 -20.680 30.340 1.00 0.00 W1 H +ATOM 23005 OH2 TIP3X2121 33.320 5.360 25.060 1.00 0.00 W1 O +ATOM 23006 H1 TIP3X2121 33.480 5.330 24.110 1.00 0.00 W1 H +ATOM 23007 H2 TIP3X2121 34.130 5.700 25.430 1.00 0.00 W1 H +ATOM 23008 OH2 TIP3X2122 34.060 -25.450 33.640 1.00 0.00 W1 O +ATOM 23009 H1 TIP3X2122 34.980 -25.670 33.830 1.00 0.00 W1 H +ATOM 23010 H2 TIP3X2122 34.000 -24.510 33.820 1.00 0.00 W1 H +ATOM 23011 OH2 TIP3X2123 2.150 37.420 -48.220 1.00 0.00 W1 O +ATOM 23012 H1 TIP3X2123 1.340 37.660 -47.760 1.00 0.00 W1 H +ATOM 23013 H2 TIP3X2123 2.840 37.860 -47.730 1.00 0.00 W1 H +ATOM 23014 OH2 TIP3X2124 -35.520 -5.280 -41.030 1.00 0.00 W1 O +ATOM 23015 H1 TIP3X2124 -36.470 -5.190 -41.010 1.00 0.00 W1 H +ATOM 23016 H2 TIP3X2124 -35.190 -4.440 -40.700 1.00 0.00 W1 H +ATOM 23017 OH2 TIP3X2125 34.980 -48.350 -25.130 1.00 0.00 W1 O +ATOM 23018 H1 TIP3X2125 35.690 -48.660 -24.560 1.00 0.00 W1 H +ATOM 23019 H2 TIP3X2125 35.130 -48.790 -25.970 1.00 0.00 W1 H +ATOM 23020 OH2 TIP3X2126 -19.380 21.630 -45.970 1.00 0.00 W1 O +ATOM 23021 H1 TIP3X2126 -18.500 21.300 -45.870 1.00 0.00 W1 H +ATOM 23022 H2 TIP3X2126 -19.440 21.890 -46.900 1.00 0.00 W1 H +ATOM 23023 OH2 TIP3X2127 -42.230 -24.500 14.250 1.00 0.00 W1 O +ATOM 23024 H1 TIP3X2127 -41.600 -23.840 14.500 1.00 0.00 W1 H +ATOM 23025 H2 TIP3X2127 -42.010 -24.730 13.360 1.00 0.00 W1 H +ATOM 23026 OH2 TIP3X2128 28.030 23.330 -13.850 1.00 0.00 W1 O +ATOM 23027 H1 TIP3X2128 28.660 24.060 -13.900 1.00 0.00 W1 H +ATOM 23028 H2 TIP3X2128 28.580 22.550 -13.900 1.00 0.00 W1 H +ATOM 23029 OH2 TIP3X2129 37.760 40.240 19.390 1.00 0.00 W1 O +ATOM 23030 H1 TIP3X2129 37.000 40.730 19.090 1.00 0.00 W1 H +ATOM 23031 H2 TIP3X2129 38.240 40.020 18.590 1.00 0.00 W1 H +ATOM 23032 OH2 TIP3X2130 -43.510 19.310 22.240 1.00 0.00 W1 O +ATOM 23033 H1 TIP3X2130 -44.150 19.350 22.950 1.00 0.00 W1 H +ATOM 23034 H2 TIP3X2130 -43.720 18.480 21.780 1.00 0.00 W1 H +ATOM 23035 OH2 TIP3X2131 -38.090 -12.100 35.660 1.00 0.00 W1 O +ATOM 23036 H1 TIP3X2131 -37.280 -12.300 36.120 1.00 0.00 W1 H +ATOM 23037 H2 TIP3X2131 -37.850 -11.430 35.020 1.00 0.00 W1 H +ATOM 23038 OH2 TIP3X2132 -5.690 40.200 -43.210 1.00 0.00 W1 O +ATOM 23039 H1 TIP3X2132 -5.220 40.390 -44.020 1.00 0.00 W1 H +ATOM 23040 H2 TIP3X2132 -5.840 39.250 -43.230 1.00 0.00 W1 H +ATOM 23041 OH2 TIP3X2133 -26.520 17.640 25.570 1.00 0.00 W1 O +ATOM 23042 H1 TIP3X2133 -26.020 17.270 26.300 1.00 0.00 W1 H +ATOM 23043 H2 TIP3X2133 -26.790 16.870 25.060 1.00 0.00 W1 H +ATOM 23044 OH2 TIP3X2134 5.410 -33.970 -39.140 1.00 0.00 W1 O +ATOM 23045 H1 TIP3X2134 5.700 -34.890 -39.050 1.00 0.00 W1 H +ATOM 23046 H2 TIP3X2134 4.500 -34.050 -39.450 1.00 0.00 W1 H +ATOM 23047 OH2 TIP3X2135 13.080 30.500 -12.190 1.00 0.00 W1 O +ATOM 23048 H1 TIP3X2135 14.030 30.400 -12.180 1.00 0.00 W1 H +ATOM 23049 H2 TIP3X2135 12.740 29.620 -12.360 1.00 0.00 W1 H +ATOM 23050 OH2 TIP3X2136 10.780 22.830 15.440 1.00 0.00 W1 O +ATOM 23051 H1 TIP3X2136 9.990 23.040 14.950 1.00 0.00 W1 H +ATOM 23052 H2 TIP3X2136 11.160 23.680 15.670 1.00 0.00 W1 H +ATOM 23053 OH2 TIP3X2137 -16.010 -39.300 -45.250 1.00 0.00 W1 O +ATOM 23054 H1 TIP3X2137 -16.160 -40.100 -45.760 1.00 0.00 W1 H +ATOM 23055 H2 TIP3X2137 -16.640 -38.680 -45.590 1.00 0.00 W1 H +ATOM 23056 OH2 TIP3X2138 -15.470 -35.260 -24.590 1.00 0.00 W1 O +ATOM 23057 H1 TIP3X2138 -14.960 -35.440 -23.810 1.00 0.00 W1 H +ATOM 23058 H2 TIP3X2138 -14.910 -35.540 -25.310 1.00 0.00 W1 H +ATOM 23059 OH2 TIP3X2139 -14.530 21.150 33.720 1.00 0.00 W1 O +ATOM 23060 H1 TIP3X2139 -13.760 21.540 33.310 1.00 0.00 W1 H +ATOM 23061 H2 TIP3X2139 -14.170 20.660 34.460 1.00 0.00 W1 H +ATOM 23062 OH2 TIP3X2140 -25.710 -21.670 23.130 1.00 0.00 W1 O +ATOM 23063 H1 TIP3X2140 -25.760 -20.730 22.950 1.00 0.00 W1 H +ATOM 23064 H2 TIP3X2140 -26.550 -21.880 23.540 1.00 0.00 W1 H +ATOM 23065 OH2 TIP3X2141 -3.960 40.610 -27.430 1.00 0.00 W1 O +ATOM 23066 H1 TIP3X2141 -3.230 40.170 -27.860 1.00 0.00 W1 H +ATOM 23067 H2 TIP3X2141 -4.730 40.330 -27.940 1.00 0.00 W1 H +ATOM 23068 OH2 TIP3X2142 -11.110 -44.770 -22.220 1.00 0.00 W1 O +ATOM 23069 H1 TIP3X2142 -10.280 -45.100 -22.550 1.00 0.00 W1 H +ATOM 23070 H2 TIP3X2142 -10.920 -44.470 -21.340 1.00 0.00 W1 H +ATOM 23071 OH2 TIP3X2143 45.010 -7.380 -21.530 1.00 0.00 W1 O +ATOM 23072 H1 TIP3X2143 44.760 -7.200 -20.630 1.00 0.00 W1 H +ATOM 23073 H2 TIP3X2143 44.240 -7.780 -21.930 1.00 0.00 W1 H +ATOM 23074 OH2 TIP3X2144 36.410 -42.180 31.660 1.00 0.00 W1 O +ATOM 23075 H1 TIP3X2144 35.500 -42.420 31.460 1.00 0.00 W1 H +ATOM 23076 H2 TIP3X2144 36.420 -41.220 31.560 1.00 0.00 W1 H +ATOM 23077 OH2 TIP3X2145 -42.220 41.550 -28.620 1.00 0.00 W1 O +ATOM 23078 H1 TIP3X2145 -41.480 41.690 -29.220 1.00 0.00 W1 H +ATOM 23079 H2 TIP3X2145 -42.870 41.090 -29.130 1.00 0.00 W1 H +ATOM 23080 OH2 TIP3X2146 29.690 -45.110 22.610 1.00 0.00 W1 O +ATOM 23081 H1 TIP3X2146 30.040 -45.620 23.330 1.00 0.00 W1 H +ATOM 23082 H2 TIP3X2146 28.840 -44.800 22.920 1.00 0.00 W1 H +ATOM 23083 OH2 TIP3X2147 45.270 -9.540 27.180 1.00 0.00 W1 O +ATOM 23084 H1 TIP3X2147 45.000 -9.660 26.270 1.00 0.00 W1 H +ATOM 23085 H2 TIP3X2147 45.190 -8.600 27.330 1.00 0.00 W1 H +ATOM 23086 OH2 TIP3X2148 38.450 20.450 -38.770 1.00 0.00 W1 O +ATOM 23087 H1 TIP3X2148 37.930 19.670 -38.650 1.00 0.00 W1 H +ATOM 23088 H2 TIP3X2148 39.360 20.130 -38.780 1.00 0.00 W1 H +ATOM 23089 OH2 TIP3X2149 15.280 -36.940 35.490 1.00 0.00 W1 O +ATOM 23090 H1 TIP3X2149 15.540 -37.620 34.850 1.00 0.00 W1 H +ATOM 23091 H2 TIP3X2149 16.090 -36.470 35.680 1.00 0.00 W1 H +ATOM 23092 OH2 TIP3X2150 43.610 -2.150 -17.540 1.00 0.00 W1 O +ATOM 23093 H1 TIP3X2150 43.220 -2.640 -16.810 1.00 0.00 W1 H +ATOM 23094 H2 TIP3X2150 42.880 -1.980 -18.120 1.00 0.00 W1 H +ATOM 23095 OH2 TIP3X2151 -6.570 -46.610 25.390 1.00 0.00 W1 O +ATOM 23096 H1 TIP3X2151 -6.760 -46.960 26.260 1.00 0.00 W1 H +ATOM 23097 H2 TIP3X2151 -5.710 -46.180 25.480 1.00 0.00 W1 H +ATOM 23098 OH2 TIP3X2152 -31.520 10.610 -23.200 1.00 0.00 W1 O +ATOM 23099 H1 TIP3X2152 -32.320 10.860 -22.750 1.00 0.00 W1 H +ATOM 23100 H2 TIP3X2152 -31.700 9.720 -23.510 1.00 0.00 W1 H +ATOM 23101 OH2 TIP3X2153 9.650 -48.780 -36.480 1.00 0.00 W1 O +ATOM 23102 H1 TIP3X2153 9.200 -48.990 -35.670 1.00 0.00 W1 H +ATOM 23103 H2 TIP3X2153 10.580 -48.820 -36.260 1.00 0.00 W1 H +ATOM 23104 OH2 TIP3X2154 24.210 36.200 -24.040 1.00 0.00 W1 O +ATOM 23105 H1 TIP3X2154 24.490 36.960 -24.550 1.00 0.00 W1 H +ATOM 23106 H2 TIP3X2154 24.730 36.250 -23.230 1.00 0.00 W1 H +ATOM 23107 OH2 TIP3X2155 -12.990 5.620 -27.530 1.00 0.00 W1 O +ATOM 23108 H1 TIP3X2155 -13.290 4.720 -27.440 1.00 0.00 W1 H +ATOM 23109 H2 TIP3X2155 -12.040 5.580 -27.470 1.00 0.00 W1 H +ATOM 23110 OH2 TIP3X2156 17.620 27.280 -45.260 1.00 0.00 W1 O +ATOM 23111 H1 TIP3X2156 18.280 26.630 -45.030 1.00 0.00 W1 H +ATOM 23112 H2 TIP3X2156 17.720 27.980 -44.620 1.00 0.00 W1 H +ATOM 23113 OH2 TIP3X2157 -44.050 9.190 -22.580 1.00 0.00 W1 O +ATOM 23114 H1 TIP3X2157 -43.700 9.750 -23.280 1.00 0.00 W1 H +ATOM 23115 H2 TIP3X2157 -44.860 9.630 -22.320 1.00 0.00 W1 H +ATOM 23116 OH2 TIP3X2158 -15.800 -40.060 19.720 1.00 0.00 W1 O +ATOM 23117 H1 TIP3X2158 -16.750 -39.950 19.710 1.00 0.00 W1 H +ATOM 23118 H2 TIP3X2158 -15.520 -39.730 20.570 1.00 0.00 W1 H +ATOM 23119 OH2 TIP3X2159 -34.100 -17.990 -29.550 1.00 0.00 W1 O +ATOM 23120 H1 TIP3X2159 -34.260 -17.870 -30.480 1.00 0.00 W1 H +ATOM 23121 H2 TIP3X2159 -34.800 -18.560 -29.250 1.00 0.00 W1 H +ATOM 23122 OH2 TIP3X2160 -42.960 -33.820 17.600 1.00 0.00 W1 O +ATOM 23123 H1 TIP3X2160 -43.910 -33.720 17.570 1.00 0.00 W1 H +ATOM 23124 H2 TIP3X2160 -42.670 -33.630 16.710 1.00 0.00 W1 H +ATOM 23125 OH2 TIP3X2161 2.900 21.160 -41.880 1.00 0.00 W1 O +ATOM 23126 H1 TIP3X2161 3.240 20.400 -42.350 1.00 0.00 W1 H +ATOM 23127 H2 TIP3X2161 2.010 20.920 -41.630 1.00 0.00 W1 H +ATOM 23128 OH2 TIP3X2162 23.930 -36.000 28.090 1.00 0.00 W1 O +ATOM 23129 H1 TIP3X2162 24.200 -35.400 28.780 1.00 0.00 W1 H +ATOM 23130 H2 TIP3X2162 23.080 -35.680 27.800 1.00 0.00 W1 H +ATOM 23131 OH2 TIP3X2163 -6.570 -44.040 -37.530 1.00 0.00 W1 O +ATOM 23132 H1 TIP3X2163 -6.660 -43.100 -37.630 1.00 0.00 W1 H +ATOM 23133 H2 TIP3X2163 -6.820 -44.400 -38.370 1.00 0.00 W1 H +ATOM 23134 OH2 TIP3X2164 42.590 -27.720 -25.050 1.00 0.00 W1 O +ATOM 23135 H1 TIP3X2164 41.900 -28.240 -25.470 1.00 0.00 W1 H +ATOM 23136 H2 TIP3X2164 42.240 -26.830 -25.030 1.00 0.00 W1 H +ATOM 23137 OH2 TIP3X2165 -34.970 -24.250 -17.950 1.00 0.00 W1 O +ATOM 23138 H1 TIP3X2165 -35.530 -25.010 -18.100 1.00 0.00 W1 H +ATOM 23139 H2 TIP3X2165 -35.320 -23.590 -18.540 1.00 0.00 W1 H +ATOM 23140 OH2 TIP3X2166 9.000 -49.310 -39.200 1.00 0.00 W1 O +ATOM 23141 H1 TIP3X2166 8.450 -48.570 -39.470 1.00 0.00 W1 H +ATOM 23142 H2 TIP3X2166 9.430 -49.010 -38.390 1.00 0.00 W1 H +ATOM 23143 OH2 TIP3X2167 0.940 -32.540 -43.910 1.00 0.00 W1 O +ATOM 23144 H1 TIP3X2167 0.970 -33.200 -44.600 1.00 0.00 W1 H +ATOM 23145 H2 TIP3X2167 1.860 -32.370 -43.700 1.00 0.00 W1 H +ATOM 23146 OH2 TIP3X2168 13.670 21.290 -41.160 1.00 0.00 W1 O +ATOM 23147 H1 TIP3X2168 14.230 20.510 -41.100 1.00 0.00 W1 H +ATOM 23148 H2 TIP3X2168 12.840 20.960 -41.520 1.00 0.00 W1 H +ATOM 23149 OH2 TIP3X2169 -7.950 -13.140 -31.370 1.00 0.00 W1 O +ATOM 23150 H1 TIP3X2169 -8.120 -14.050 -31.130 1.00 0.00 W1 H +ATOM 23151 H2 TIP3X2169 -8.480 -12.620 -30.760 1.00 0.00 W1 H +ATOM 23152 OH2 TIP3X2170 18.690 22.280 -36.090 1.00 0.00 W1 O +ATOM 23153 H1 TIP3X2170 18.780 23.240 -36.170 1.00 0.00 W1 H +ATOM 23154 H2 TIP3X2170 18.110 22.160 -35.340 1.00 0.00 W1 H +ATOM 23155 OH2 TIP3X2171 0.250 21.150 -41.850 1.00 0.00 W1 O +ATOM 23156 H1 TIP3X2171 -0.420 21.510 -41.270 1.00 0.00 W1 H +ATOM 23157 H2 TIP3X2171 -0.230 20.680 -42.520 1.00 0.00 W1 H +ATOM 23158 OH2 TIP3X2172 -31.010 -37.230 -25.730 1.00 0.00 W1 O +ATOM 23159 H1 TIP3X2172 -30.390 -36.740 -25.190 1.00 0.00 W1 H +ATOM 23160 H2 TIP3X2172 -30.820 -36.940 -26.620 1.00 0.00 W1 H +ATOM 23161 OH2 TIP3X2173 -2.740 22.820 -19.070 1.00 0.00 W1 O +ATOM 23162 H1 TIP3X2173 -2.680 23.210 -18.210 1.00 0.00 W1 H +ATOM 23163 H2 TIP3X2173 -2.150 23.360 -19.620 1.00 0.00 W1 H +ATOM 23164 OH2 TIP3X2174 27.110 1.830 -27.290 1.00 0.00 W1 O +ATOM 23165 H1 TIP3X2174 26.530 2.280 -27.910 1.00 0.00 W1 H +ATOM 23166 H2 TIP3X2174 27.790 1.440 -27.850 1.00 0.00 W1 H +ATOM 23167 OH2 TIP3X2175 25.430 1.210 31.250 1.00 0.00 W1 O +ATOM 23168 H1 TIP3X2175 25.570 1.120 30.310 1.00 0.00 W1 H +ATOM 23169 H2 TIP3X2175 24.680 1.790 31.340 1.00 0.00 W1 H +ATOM 23170 OH2 TIP3X2176 17.970 13.420 -30.920 1.00 0.00 W1 O +ATOM 23171 H1 TIP3X2176 17.770 13.910 -31.710 1.00 0.00 W1 H +ATOM 23172 H2 TIP3X2176 17.940 14.080 -30.220 1.00 0.00 W1 H +ATOM 23173 OH2 TIP3X2177 45.310 -15.100 -43.470 1.00 0.00 W1 O +ATOM 23174 H1 TIP3X2177 44.850 -15.440 -44.240 1.00 0.00 W1 H +ATOM 23175 H2 TIP3X2177 46.230 -15.140 -43.710 1.00 0.00 W1 H +ATOM 23176 OH2 TIP3X2178 36.770 19.700 -35.360 1.00 0.00 W1 O +ATOM 23177 H1 TIP3X2178 37.540 20.250 -35.500 1.00 0.00 W1 H +ATOM 23178 H2 TIP3X2178 36.030 20.290 -35.410 1.00 0.00 W1 H +ATOM 23179 OH2 TIP3X2179 3.600 -49.770 20.020 1.00 0.00 W1 O +ATOM 23180 H1 TIP3X2179 3.000 -49.260 20.570 1.00 0.00 W1 H +ATOM 23181 H2 TIP3X2179 4.360 -49.930 20.590 1.00 0.00 W1 H +ATOM 23182 OH2 TIP3X2180 -35.980 -38.560 -19.690 1.00 0.00 W1 O +ATOM 23183 H1 TIP3X2180 -36.310 -38.820 -20.550 1.00 0.00 W1 H +ATOM 23184 H2 TIP3X2180 -35.720 -37.640 -19.800 1.00 0.00 W1 H +ATOM 23185 OH2 TIP3X2181 26.100 -32.650 -45.640 1.00 0.00 W1 O +ATOM 23186 H1 TIP3X2181 25.560 -32.920 -46.370 1.00 0.00 W1 H +ATOM 23187 H2 TIP3X2181 27.000 -32.820 -45.920 1.00 0.00 W1 H +ATOM 23188 OH2 TIP3X2182 -22.000 23.550 32.230 1.00 0.00 W1 O +ATOM 23189 H1 TIP3X2182 -22.850 23.250 32.540 1.00 0.00 W1 H +ATOM 23190 H2 TIP3X2182 -22.020 23.420 31.270 1.00 0.00 W1 H +ATOM 23191 OH2 TIP3X2183 -8.810 -21.300 -38.830 1.00 0.00 W1 O +ATOM 23192 H1 TIP3X2183 -8.890 -21.940 -39.540 1.00 0.00 W1 H +ATOM 23193 H2 TIP3X2183 -9.540 -20.680 -39.000 1.00 0.00 W1 H +ATOM 23194 OH2 TIP3X2184 29.750 -36.280 35.260 1.00 0.00 W1 O +ATOM 23195 H1 TIP3X2184 29.960 -36.360 34.330 1.00 0.00 W1 H +ATOM 23196 H2 TIP3X2184 29.140 -35.540 35.300 1.00 0.00 W1 H +ATOM 23197 OH2 TIP3X2185 15.200 14.410 -42.010 1.00 0.00 W1 O +ATOM 23198 H1 TIP3X2185 14.260 14.350 -42.150 1.00 0.00 W1 H +ATOM 23199 H2 TIP3X2185 15.570 13.630 -42.410 1.00 0.00 W1 H +ATOM 23200 OH2 TIP3X2186 38.080 -39.980 20.880 1.00 0.00 W1 O +ATOM 23201 H1 TIP3X2186 38.960 -39.640 20.680 1.00 0.00 W1 H +ATOM 23202 H2 TIP3X2186 37.500 -39.220 20.820 1.00 0.00 W1 H +ATOM 23203 OH2 TIP3X2187 21.190 30.860 19.830 1.00 0.00 W1 O +ATOM 23204 H1 TIP3X2187 22.030 31.300 19.670 1.00 0.00 W1 H +ATOM 23205 H2 TIP3X2187 20.830 30.710 18.960 1.00 0.00 W1 H +ATOM 23206 OH2 TIP3X2188 -19.710 34.850 -21.160 1.00 0.00 W1 O +ATOM 23207 H1 TIP3X2188 -20.510 34.500 -21.560 1.00 0.00 W1 H +ATOM 23208 H2 TIP3X2188 -19.010 34.670 -21.810 1.00 0.00 W1 H +ATOM 23209 OH2 TIP3X2189 38.590 -1.530 -43.100 1.00 0.00 W1 O +ATOM 23210 H1 TIP3X2189 37.950 -2.240 -43.140 1.00 0.00 W1 H +ATOM 23211 H2 TIP3X2189 38.680 -1.240 -44.000 1.00 0.00 W1 H +ATOM 23212 OH2 TIP3X2190 -8.870 -45.400 14.060 1.00 0.00 W1 O +ATOM 23213 H1 TIP3X2190 -9.620 -45.900 13.740 1.00 0.00 W1 H +ATOM 23214 H2 TIP3X2190 -8.150 -46.030 14.080 1.00 0.00 W1 H +ATOM 23215 OH2 TIP3X2191 -42.310 -27.370 -31.180 1.00 0.00 W1 O +ATOM 23216 H1 TIP3X2191 -41.460 -27.780 -31.310 1.00 0.00 W1 H +ATOM 23217 H2 TIP3X2191 -42.570 -27.070 -32.050 1.00 0.00 W1 H +ATOM 23218 OH2 TIP3X2192 -20.380 11.240 22.890 1.00 0.00 W1 O +ATOM 23219 H1 TIP3X2192 -20.980 10.770 22.320 1.00 0.00 W1 H +ATOM 23220 H2 TIP3X2192 -20.400 12.140 22.580 1.00 0.00 W1 H +ATOM 23221 OH2 TIP3X2193 33.710 -8.820 -10.690 1.00 0.00 W1 O +ATOM 23222 H1 TIP3X2193 32.930 -8.890 -10.150 1.00 0.00 W1 H +ATOM 23223 H2 TIP3X2193 33.970 -9.740 -10.840 1.00 0.00 W1 H +ATOM 23224 OH2 TIP3X2194 -21.790 17.340 -31.820 1.00 0.00 W1 O +ATOM 23225 H1 TIP3X2194 -21.650 16.410 -31.940 1.00 0.00 W1 H +ATOM 23226 H2 TIP3X2194 -22.560 17.400 -31.250 1.00 0.00 W1 H +ATOM 23227 OH2 TIP3X2195 -17.900 -47.130 -25.960 1.00 0.00 W1 O +ATOM 23228 H1 TIP3X2195 -18.400 -47.940 -26.120 1.00 0.00 W1 H +ATOM 23229 H2 TIP3X2195 -18.550 -46.530 -25.590 1.00 0.00 W1 H +ATOM 23230 OH2 TIP3X2196 -21.990 18.520 27.160 1.00 0.00 W1 O +ATOM 23231 H1 TIP3X2196 -22.850 18.920 27.240 1.00 0.00 W1 H +ATOM 23232 H2 TIP3X2196 -22.160 17.670 26.750 1.00 0.00 W1 H +ATOM 23233 OH2 TIP3X2197 29.070 -0.050 35.180 1.00 0.00 W1 O +ATOM 23234 H1 TIP3X2197 28.210 -0.460 35.100 1.00 0.00 W1 H +ATOM 23235 H2 TIP3X2197 29.410 -0.060 34.270 1.00 0.00 W1 H +ATOM 23236 OH2 TIP3X2198 -9.000 32.560 -39.830 1.00 0.00 W1 O +ATOM 23237 H1 TIP3X2198 -9.260 32.020 -39.090 1.00 0.00 W1 H +ATOM 23238 H2 TIP3X2198 -8.170 32.180 -40.130 1.00 0.00 W1 H +ATOM 23239 OH2 TIP3X2199 19.530 -33.290 18.770 1.00 0.00 W1 O +ATOM 23240 H1 TIP3X2199 19.230 -32.910 19.590 1.00 0.00 W1 H +ATOM 23241 H2 TIP3X2199 19.690 -32.540 18.190 1.00 0.00 W1 H +ATOM 23242 OH2 TIP3X2200 4.930 -13.820 -3.960 1.00 0.00 W1 O +ATOM 23243 H1 TIP3X2200 5.350 -13.380 -3.230 1.00 0.00 W1 H +ATOM 23244 H2 TIP3X2200 4.580 -13.120 -4.500 1.00 0.00 W1 H +ATOM 23245 OH2 TIP3X2201 38.720 16.560 -17.850 1.00 0.00 W1 O +ATOM 23246 H1 TIP3X2201 38.640 16.790 -16.930 1.00 0.00 W1 H +ATOM 23247 H2 TIP3X2201 39.370 17.180 -18.190 1.00 0.00 W1 H +ATOM 23248 OH2 TIP3X2202 -3.740 -48.760 -34.200 1.00 0.00 W1 O +ATOM 23249 H1 TIP3X2202 -3.490 -49.450 -34.820 1.00 0.00 W1 H +ATOM 23250 H2 TIP3X2202 -3.150 -48.860 -33.460 1.00 0.00 W1 H +ATOM 23251 OH2 TIP3X2203 -23.620 37.310 -48.210 1.00 0.00 W1 O +ATOM 23252 H1 TIP3X2203 -23.080 36.880 -47.540 1.00 0.00 W1 H +ATOM 23253 H2 TIP3X2203 -23.660 38.220 -47.940 1.00 0.00 W1 H +ATOM 23254 OH2 TIP3X2204 10.940 40.890 30.620 1.00 0.00 W1 O +ATOM 23255 H1 TIP3X2204 11.600 40.230 30.850 1.00 0.00 W1 H +ATOM 23256 H2 TIP3X2204 10.180 40.630 31.150 1.00 0.00 W1 H +ATOM 23257 OH2 TIP3X2205 -44.460 -23.790 -50.580 1.00 0.00 W1 O +ATOM 23258 H1 TIP3X2205 -45.130 -23.850 -49.890 1.00 0.00 W1 H +ATOM 23259 H2 TIP3X2205 -44.730 -23.040 -51.110 1.00 0.00 W1 H +ATOM 23260 OH2 TIP3X2206 6.260 2.800 -45.060 1.00 0.00 W1 O +ATOM 23261 H1 TIP3X2206 6.750 3.580 -45.320 1.00 0.00 W1 H +ATOM 23262 H2 TIP3X2206 5.740 3.080 -44.310 1.00 0.00 W1 H +ATOM 23263 OH2 TIP3X2207 -29.310 19.980 -26.050 1.00 0.00 W1 O +ATOM 23264 H1 TIP3X2207 -28.510 19.610 -26.440 1.00 0.00 W1 H +ATOM 23265 H2 TIP3X2207 -29.150 19.950 -25.120 1.00 0.00 W1 H +ATOM 23266 OH2 TIP3X2208 22.210 -32.700 15.040 1.00 0.00 W1 O +ATOM 23267 H1 TIP3X2208 21.810 -32.300 14.270 1.00 0.00 W1 H +ATOM 23268 H2 TIP3X2208 21.970 -33.620 14.990 1.00 0.00 W1 H +ATOM 23269 OH2 TIP3X2209 20.130 38.160 -31.330 1.00 0.00 W1 O +ATOM 23270 H1 TIP3X2209 19.420 37.770 -31.840 1.00 0.00 W1 H +ATOM 23271 H2 TIP3X2209 20.620 38.680 -31.970 1.00 0.00 W1 H +ATOM 23272 OH2 TIP3X2210 12.040 27.330 -47.080 1.00 0.00 W1 O +ATOM 23273 H1 TIP3X2210 11.180 27.740 -46.940 1.00 0.00 W1 H +ATOM 23274 H2 TIP3X2210 11.860 26.400 -47.130 1.00 0.00 W1 H +ATOM 23275 OH2 TIP3X2211 35.760 34.350 -17.440 1.00 0.00 W1 O +ATOM 23276 H1 TIP3X2211 36.120 35.090 -17.950 1.00 0.00 W1 H +ATOM 23277 H2 TIP3X2211 35.030 34.710 -16.970 1.00 0.00 W1 H +ATOM 23278 OH2 TIP3X2212 40.490 -12.130 -32.400 1.00 0.00 W1 O +ATOM 23279 H1 TIP3X2212 40.170 -11.710 -33.190 1.00 0.00 W1 H +ATOM 23280 H2 TIP3X2212 41.390 -11.820 -32.300 1.00 0.00 W1 H +ATOM 23281 OH2 TIP3X2213 34.470 12.460 35.940 1.00 0.00 W1 O +ATOM 23282 H1 TIP3X2213 33.780 12.560 36.600 1.00 0.00 W1 H +ATOM 23283 H2 TIP3X2213 34.040 12.070 35.190 1.00 0.00 W1 H +ATOM 23284 OH2 TIP3X2214 38.080 -11.740 -31.010 1.00 0.00 W1 O +ATOM 23285 H1 TIP3X2214 37.580 -10.950 -30.810 1.00 0.00 W1 H +ATOM 23286 H2 TIP3X2214 38.950 -11.430 -31.260 1.00 0.00 W1 H +ATOM 23287 OH2 TIP3X2215 32.780 33.980 -25.970 1.00 0.00 W1 O +ATOM 23288 H1 TIP3X2215 33.560 34.050 -25.400 1.00 0.00 W1 H +ATOM 23289 H2 TIP3X2215 32.930 34.620 -26.660 1.00 0.00 W1 H +ATOM 23290 OH2 TIP3X2216 -5.390 9.090 -29.390 1.00 0.00 W1 O +ATOM 23291 H1 TIP3X2216 -5.230 9.980 -29.050 1.00 0.00 W1 H +ATOM 23292 H2 TIP3X2216 -6.330 8.930 -29.240 1.00 0.00 W1 H +ATOM 23293 OH2 TIP3X2217 10.860 37.530 -48.090 1.00 0.00 W1 O +ATOM 23294 H1 TIP3X2217 11.730 37.140 -48.260 1.00 0.00 W1 H +ATOM 23295 H2 TIP3X2217 11.060 38.440 -47.830 1.00 0.00 W1 H +ATOM 23296 OH2 TIP3X2218 24.820 -27.890 -47.680 1.00 0.00 W1 O +ATOM 23297 H1 TIP3X2218 25.500 -28.490 -47.340 1.00 0.00 W1 H +ATOM 23298 H2 TIP3X2218 24.580 -27.350 -46.930 1.00 0.00 W1 H +ATOM 23299 OH2 TIP3X2219 -29.370 -31.120 -47.890 1.00 0.00 W1 O +ATOM 23300 H1 TIP3X2219 -30.220 -30.720 -48.040 1.00 0.00 W1 H +ATOM 23301 H2 TIP3X2219 -28.740 -30.460 -48.160 1.00 0.00 W1 H +ATOM 23302 OH2 TIP3X2220 29.590 0.530 32.620 1.00 0.00 W1 O +ATOM 23303 H1 TIP3X2220 30.130 -0.250 32.790 1.00 0.00 W1 H +ATOM 23304 H2 TIP3X2220 29.580 0.620 31.660 1.00 0.00 W1 H +ATOM 23305 OH2 TIP3X2221 30.630 -32.080 -19.390 1.00 0.00 W1 O +ATOM 23306 H1 TIP3X2221 30.650 -31.140 -19.330 1.00 0.00 W1 H +ATOM 23307 H2 TIP3X2221 30.840 -32.280 -20.300 1.00 0.00 W1 H +ATOM 23308 OH2 TIP3X2222 45.250 20.790 33.060 1.00 0.00 W1 O +ATOM 23309 H1 TIP3X2222 45.090 20.490 33.950 1.00 0.00 W1 H +ATOM 23310 H2 TIP3X2222 45.740 21.610 33.170 1.00 0.00 W1 H +ATOM 23311 OH2 TIP3X2223 -3.780 37.890 37.690 1.00 0.00 W1 O +ATOM 23312 H1 TIP3X2223 -2.870 38.190 37.670 1.00 0.00 W1 H +ATOM 23313 H2 TIP3X2223 -3.920 37.660 38.620 1.00 0.00 W1 H +ATOM 23314 OH2 TIP3X2224 47.630 -21.730 -30.130 1.00 0.00 W1 O +ATOM 23315 H1 TIP3X2224 47.840 -22.020 -29.240 1.00 0.00 W1 H +ATOM 23316 H2 TIP3X2224 46.750 -22.080 -30.290 1.00 0.00 W1 H +ATOM 23317 OH2 TIP3X2225 -14.830 41.450 -18.900 1.00 0.00 W1 O +ATOM 23318 H1 TIP3X2225 -14.570 41.720 -18.030 1.00 0.00 W1 H +ATOM 23319 H2 TIP3X2225 -14.380 42.070 -19.480 1.00 0.00 W1 H +ATOM 23320 OH2 TIP3X2226 -10.380 15.270 -45.030 1.00 0.00 W1 O +ATOM 23321 H1 TIP3X2226 -10.080 14.990 -45.910 1.00 0.00 W1 H +ATOM 23322 H2 TIP3X2226 -10.320 16.220 -45.060 1.00 0.00 W1 H +ATOM 23323 OH2 TIP3X2227 -23.080 -12.660 24.300 1.00 0.00 W1 O +ATOM 23324 H1 TIP3X2227 -23.530 -13.060 23.560 1.00 0.00 W1 H +ATOM 23325 H2 TIP3X2227 -22.200 -13.030 24.280 1.00 0.00 W1 H +ATOM 23326 OH2 TIP3X2228 23.000 39.960 -12.800 1.00 0.00 W1 O +ATOM 23327 H1 TIP3X2228 22.470 39.910 -13.590 1.00 0.00 W1 H +ATOM 23328 H2 TIP3X2228 23.690 40.590 -13.020 1.00 0.00 W1 H +ATOM 23329 OH2 TIP3X2229 -26.710 -20.170 -43.720 1.00 0.00 W1 O +ATOM 23330 H1 TIP3X2229 -27.460 -20.770 -43.770 1.00 0.00 W1 H +ATOM 23331 H2 TIP3X2229 -26.150 -20.440 -44.440 1.00 0.00 W1 H +ATOM 23332 OH2 TIP3X2230 -26.920 13.830 -28.250 1.00 0.00 W1 O +ATOM 23333 H1 TIP3X2230 -27.570 13.520 -27.620 1.00 0.00 W1 H +ATOM 23334 H2 TIP3X2230 -26.320 13.100 -28.340 1.00 0.00 W1 H +ATOM 23335 OH2 TIP3X2231 14.080 -20.670 30.130 1.00 0.00 W1 O +ATOM 23336 H1 TIP3X2231 14.600 -20.520 29.340 1.00 0.00 W1 H +ATOM 23337 H2 TIP3X2231 13.640 -19.840 30.280 1.00 0.00 W1 H +ATOM 23338 OH2 TIP3X2232 37.710 -25.990 -38.540 1.00 0.00 W1 O +ATOM 23339 H1 TIP3X2232 37.570 -26.890 -38.840 1.00 0.00 W1 H +ATOM 23340 H2 TIP3X2232 37.410 -25.430 -39.260 1.00 0.00 W1 H +ATOM 23341 OH2 TIP3X2233 -29.430 8.240 -26.200 1.00 0.00 W1 O +ATOM 23342 H1 TIP3X2233 -29.820 7.370 -26.130 1.00 0.00 W1 H +ATOM 23343 H2 TIP3X2233 -29.240 8.340 -27.150 1.00 0.00 W1 H +ATOM 23344 OH2 TIP3X2234 46.370 -21.040 21.700 1.00 0.00 W1 O +ATOM 23345 H1 TIP3X2234 46.640 -20.410 22.370 1.00 0.00 W1 H +ATOM 23346 H2 TIP3X2234 45.990 -20.490 21.000 1.00 0.00 W1 H +ATOM 23347 OH2 TIP3X2235 22.610 20.420 -32.680 1.00 0.00 W1 O +ATOM 23348 H1 TIP3X2235 21.870 20.770 -32.180 1.00 0.00 W1 H +ATOM 23349 H2 TIP3X2235 22.630 20.960 -33.470 1.00 0.00 W1 H +ATOM 23350 OH2 TIP3X2236 -45.230 -32.700 -46.330 1.00 0.00 W1 O +ATOM 23351 H1 TIP3X2236 -45.280 -33.620 -46.050 1.00 0.00 W1 H +ATOM 23352 H2 TIP3X2236 -44.350 -32.610 -46.670 1.00 0.00 W1 H +ATOM 23353 OH2 TIP3X2237 -11.860 -39.180 26.840 1.00 0.00 W1 O +ATOM 23354 H1 TIP3X2237 -12.750 -39.510 26.960 1.00 0.00 W1 H +ATOM 23355 H2 TIP3X2237 -11.840 -38.370 27.350 1.00 0.00 W1 H +ATOM 23356 OH2 TIP3X2238 36.050 39.740 23.310 1.00 0.00 W1 O +ATOM 23357 H1 TIP3X2238 36.290 38.840 23.480 1.00 0.00 W1 H +ATOM 23358 H2 TIP3X2238 35.560 39.720 22.490 1.00 0.00 W1 H +ATOM 23359 OH2 TIP3X2239 39.610 12.410 30.970 1.00 0.00 W1 O +ATOM 23360 H1 TIP3X2239 39.190 11.720 30.450 1.00 0.00 W1 H +ATOM 23361 H2 TIP3X2239 40.550 12.200 30.930 1.00 0.00 W1 H +ATOM 23362 OH2 TIP3X2240 0.240 29.990 -31.890 1.00 0.00 W1 O +ATOM 23363 H1 TIP3X2240 0.360 29.910 -32.840 1.00 0.00 W1 H +ATOM 23364 H2 TIP3X2240 0.720 30.780 -31.650 1.00 0.00 W1 H +ATOM 23365 OH2 TIP3X2241 -19.280 -6.470 -41.160 1.00 0.00 W1 O +ATOM 23366 H1 TIP3X2241 -18.780 -7.270 -41.030 1.00 0.00 W1 H +ATOM 23367 H2 TIP3X2241 -19.020 -5.890 -40.440 1.00 0.00 W1 H +ATOM 23368 OH2 TIP3X2242 -38.800 -0.650 26.760 1.00 0.00 W1 O +ATOM 23369 H1 TIP3X2242 -38.550 -1.340 27.370 1.00 0.00 W1 H +ATOM 23370 H2 TIP3X2242 -39.700 -0.420 27.010 1.00 0.00 W1 H +ATOM 23371 OH2 TIP3X2243 41.730 -10.870 -15.240 1.00 0.00 W1 O +ATOM 23372 H1 TIP3X2243 41.990 -9.990 -14.940 1.00 0.00 W1 H +ATOM 23373 H2 TIP3X2243 42.140 -11.470 -14.610 1.00 0.00 W1 H +ATOM 23374 OH2 TIP3X2244 0.490 -49.100 -28.400 1.00 0.00 W1 O +ATOM 23375 H1 TIP3X2244 0.200 -49.800 -27.810 1.00 0.00 W1 H +ATOM 23376 H2 TIP3X2244 1.330 -49.390 -28.740 1.00 0.00 W1 H +ATOM 23377 OH2 TIP3X2245 30.170 30.280 33.360 1.00 0.00 W1 O +ATOM 23378 H1 TIP3X2245 30.350 30.240 32.420 1.00 0.00 W1 H +ATOM 23379 H2 TIP3X2245 30.420 29.420 33.690 1.00 0.00 W1 H +ATOM 23380 OH2 TIP3X2246 -23.820 13.250 18.630 1.00 0.00 W1 O +ATOM 23381 H1 TIP3X2246 -23.750 13.730 17.820 1.00 0.00 W1 H +ATOM 23382 H2 TIP3X2246 -23.760 12.330 18.370 1.00 0.00 W1 H +ATOM 23383 OH2 TIP3X2247 17.260 20.030 -34.570 1.00 0.00 W1 O +ATOM 23384 H1 TIP3X2247 16.980 20.620 -33.870 1.00 0.00 W1 H +ATOM 23385 H2 TIP3X2247 16.550 20.050 -35.200 1.00 0.00 W1 H +ATOM 23386 OH2 TIP3X2248 30.020 -0.680 -48.420 1.00 0.00 W1 O +ATOM 23387 H1 TIP3X2248 30.610 -1.340 -48.770 1.00 0.00 W1 H +ATOM 23388 H2 TIP3X2248 29.210 -1.160 -48.210 1.00 0.00 W1 H +ATOM 23389 OH2 TIP3X2249 -40.750 18.670 38.630 1.00 0.00 W1 O +ATOM 23390 H1 TIP3X2249 -39.850 18.560 38.920 1.00 0.00 W1 H +ATOM 23391 H2 TIP3X2249 -40.700 19.340 37.940 1.00 0.00 W1 H +ATOM 23392 OH2 TIP3X2250 -7.070 -21.280 -32.870 1.00 0.00 W1 O +ATOM 23393 H1 TIP3X2250 -6.820 -20.990 -33.750 1.00 0.00 W1 H +ATOM 23394 H2 TIP3X2250 -7.680 -20.610 -32.570 1.00 0.00 W1 H +ATOM 23395 OH2 TIP3X2251 28.750 31.390 -46.300 1.00 0.00 W1 O +ATOM 23396 H1 TIP3X2251 28.390 32.200 -45.920 1.00 0.00 W1 H +ATOM 23397 H2 TIP3X2251 29.280 31.020 -45.610 1.00 0.00 W1 H +ATOM 23398 OH2 TIP3X2252 -21.680 -28.350 -49.380 1.00 0.00 W1 O +ATOM 23399 H1 TIP3X2252 -21.360 -28.660 -48.530 1.00 0.00 W1 H +ATOM 23400 H2 TIP3X2252 -22.090 -29.130 -49.770 1.00 0.00 W1 H +ATOM 23401 OH2 TIP3X2253 47.240 -11.050 -38.640 1.00 0.00 W1 O +ATOM 23402 H1 TIP3X2253 46.670 -11.820 -38.700 1.00 0.00 W1 H +ATOM 23403 H2 TIP3X2253 47.920 -11.290 -38.020 1.00 0.00 W1 H +ATOM 23404 OH2 TIP3X2254 21.430 -45.260 18.020 1.00 0.00 W1 O +ATOM 23405 H1 TIP3X2254 21.160 -45.140 17.110 1.00 0.00 W1 H +ATOM 23406 H2 TIP3X2254 21.190 -44.440 18.450 1.00 0.00 W1 H +ATOM 23407 OH2 TIP3X2255 -36.790 -14.670 -23.780 1.00 0.00 W1 O +ATOM 23408 H1 TIP3X2255 -36.170 -14.050 -23.380 1.00 0.00 W1 H +ATOM 23409 H2 TIP3X2255 -37.650 -14.250 -23.670 1.00 0.00 W1 H +ATOM 23410 OH2 TIP3X2256 -15.630 -18.970 28.360 1.00 0.00 W1 O +ATOM 23411 H1 TIP3X2256 -16.310 -19.230 28.980 1.00 0.00 W1 H +ATOM 23412 H2 TIP3X2256 -16.120 -18.660 27.590 1.00 0.00 W1 H +ATOM 23413 OH2 TIP3X2257 -37.780 5.330 -13.480 1.00 0.00 W1 O +ATOM 23414 H1 TIP3X2257 -37.400 6.200 -13.590 1.00 0.00 W1 H +ATOM 23415 H2 TIP3X2257 -37.450 5.030 -12.630 1.00 0.00 W1 H +ATOM 23416 OH2 TIP3X2258 13.230 -35.920 33.420 1.00 0.00 W1 O +ATOM 23417 H1 TIP3X2258 14.120 -36.200 33.620 1.00 0.00 W1 H +ATOM 23418 H2 TIP3X2258 13.340 -35.040 33.050 1.00 0.00 W1 H +ATOM 23419 OH2 TIP3X2259 34.880 -3.670 -29.890 1.00 0.00 W1 O +ATOM 23420 H1 TIP3X2259 34.660 -4.580 -29.760 1.00 0.00 W1 H +ATOM 23421 H2 TIP3X2259 35.690 -3.690 -30.400 1.00 0.00 W1 H +ATOM 23422 OH2 TIP3X2260 -26.210 -25.870 33.790 1.00 0.00 W1 O +ATOM 23423 H1 TIP3X2260 -26.030 -24.960 34.040 1.00 0.00 W1 H +ATOM 23424 H2 TIP3X2260 -25.410 -26.180 33.380 1.00 0.00 W1 H +ATOM 23425 OH2 TIP3X2261 2.030 -29.040 32.660 1.00 0.00 W1 O +ATOM 23426 H1 TIP3X2261 1.620 -28.740 33.470 1.00 0.00 W1 H +ATOM 23427 H2 TIP3X2261 1.340 -29.480 32.180 1.00 0.00 W1 H +ATOM 23428 OH2 TIP3X2262 14.160 -24.270 -20.040 1.00 0.00 W1 O +ATOM 23429 H1 TIP3X2262 13.770 -24.540 -20.870 1.00 0.00 W1 H +ATOM 23430 H2 TIP3X2262 14.090 -25.030 -19.470 1.00 0.00 W1 H +ATOM 23431 OH2 TIP3X2263 39.340 -7.370 19.200 1.00 0.00 W1 O +ATOM 23432 H1 TIP3X2263 38.730 -8.030 19.520 1.00 0.00 W1 H +ATOM 23433 H2 TIP3X2263 39.120 -6.570 19.710 1.00 0.00 W1 H +ATOM 23434 OH2 TIP3X2264 -2.790 18.500 -48.660 1.00 0.00 W1 O +ATOM 23435 H1 TIP3X2264 -2.580 19.310 -49.120 1.00 0.00 W1 H +ATOM 23436 H2 TIP3X2264 -2.720 18.740 -47.730 1.00 0.00 W1 H +ATOM 23437 OH2 TIP3X2265 16.080 39.180 -33.510 1.00 0.00 W1 O +ATOM 23438 H1 TIP3X2265 15.450 39.870 -33.690 1.00 0.00 W1 H +ATOM 23439 H2 TIP3X2265 15.560 38.480 -33.110 1.00 0.00 W1 H +ATOM 23440 OH2 TIP3X2266 28.480 -48.700 -41.690 1.00 0.00 W1 O +ATOM 23441 H1 TIP3X2266 28.320 -49.520 -41.220 1.00 0.00 W1 H +ATOM 23442 H2 TIP3X2266 27.760 -48.640 -42.320 1.00 0.00 W1 H +ATOM 23443 OH2 TIP3X2267 47.790 -6.590 23.710 1.00 0.00 W1 O +ATOM 23444 H1 TIP3X2267 48.350 -6.490 24.470 1.00 0.00 W1 H +ATOM 23445 H2 TIP3X2267 46.950 -6.240 23.970 1.00 0.00 W1 H +ATOM 23446 OH2 TIP3X2268 -35.340 -47.370 -16.620 1.00 0.00 W1 O +ATOM 23447 H1 TIP3X2268 -34.680 -47.520 -17.310 1.00 0.00 W1 H +ATOM 23448 H2 TIP3X2268 -35.680 -46.490 -16.810 1.00 0.00 W1 H +ATOM 23449 OH2 TIP3X2269 -40.980 34.340 -33.040 1.00 0.00 W1 O +ATOM 23450 H1 TIP3X2269 -41.220 34.810 -32.240 1.00 0.00 W1 H +ATOM 23451 H2 TIP3X2269 -41.540 33.560 -33.040 1.00 0.00 W1 H +ATOM 23452 OH2 TIP3X2270 -25.080 12.870 36.950 1.00 0.00 W1 O +ATOM 23453 H1 TIP3X2270 -24.450 13.430 36.510 1.00 0.00 W1 H +ATOM 23454 H2 TIP3X2270 -25.810 13.460 37.170 1.00 0.00 W1 H +ATOM 23455 OH2 TIP3X2271 33.360 -27.660 -41.770 1.00 0.00 W1 O +ATOM 23456 H1 TIP3X2271 33.350 -28.000 -42.660 1.00 0.00 W1 H +ATOM 23457 H2 TIP3X2271 33.130 -26.740 -41.860 1.00 0.00 W1 H +ATOM 23458 OH2 TIP3X2272 -33.140 25.200 -28.400 1.00 0.00 W1 O +ATOM 23459 H1 TIP3X2272 -33.250 24.910 -29.310 1.00 0.00 W1 H +ATOM 23460 H2 TIP3X2272 -32.210 25.060 -28.220 1.00 0.00 W1 H +ATOM 23461 OH2 TIP3X2273 29.670 -45.660 -28.960 1.00 0.00 W1 O +ATOM 23462 H1 TIP3X2273 29.120 -44.950 -29.280 1.00 0.00 W1 H +ATOM 23463 H2 TIP3X2273 29.830 -46.210 -29.730 1.00 0.00 W1 H +ATOM 23464 OH2 TIP3X2274 -34.870 -21.020 22.360 1.00 0.00 W1 O +ATOM 23465 H1 TIP3X2274 -35.460 -20.980 21.590 1.00 0.00 W1 H +ATOM 23466 H2 TIP3X2274 -34.170 -21.630 22.080 1.00 0.00 W1 H +ATOM 23467 OH2 TIP3X2275 -42.930 -4.950 -36.940 1.00 0.00 W1 O +ATOM 23468 H1 TIP3X2275 -42.890 -4.030 -36.650 1.00 0.00 W1 H +ATOM 23469 H2 TIP3X2275 -43.500 -4.930 -37.710 1.00 0.00 W1 H +ATOM 23470 OH2 TIP3X2276 -4.100 9.890 -49.740 1.00 0.00 W1 O +ATOM 23471 H1 TIP3X2276 -3.830 9.650 -50.630 1.00 0.00 W1 H +ATOM 23472 H2 TIP3X2276 -4.960 10.280 -49.840 1.00 0.00 W1 H +ATOM 23473 OH2 TIP3X2277 -39.740 23.800 -30.230 1.00 0.00 W1 O +ATOM 23474 H1 TIP3X2277 -39.230 24.600 -30.360 1.00 0.00 W1 H +ATOM 23475 H2 TIP3X2277 -39.160 23.240 -29.710 1.00 0.00 W1 H +ATOM 23476 OH2 TIP3X2278 33.880 -27.650 19.800 1.00 0.00 W1 O +ATOM 23477 H1 TIP3X2278 33.340 -26.870 19.970 1.00 0.00 W1 H +ATOM 23478 H2 TIP3X2278 34.530 -27.360 19.170 1.00 0.00 W1 H +ATOM 23479 OH2 TIP3X2279 1.550 -2.250 -47.330 1.00 0.00 W1 O +ATOM 23480 H1 TIP3X2279 2.270 -1.640 -47.160 1.00 0.00 W1 H +ATOM 23481 H2 TIP3X2279 0.800 -1.680 -47.510 1.00 0.00 W1 H +ATOM 23482 OH2 TIP3X2280 -44.610 40.290 -29.580 1.00 0.00 W1 O +ATOM 23483 H1 TIP3X2280 -45.410 40.120 -30.050 1.00 0.00 W1 H +ATOM 23484 H2 TIP3X2280 -44.310 41.150 -29.890 1.00 0.00 W1 H +ATOM 23485 OH2 TIP3X2281 -5.190 -28.990 25.920 1.00 0.00 W1 O +ATOM 23486 H1 TIP3X2281 -5.400 -28.160 26.380 1.00 0.00 W1 H +ATOM 23487 H2 TIP3X2281 -5.610 -28.900 25.060 1.00 0.00 W1 H +ATOM 23488 OH2 TIP3X2282 -31.190 24.330 -32.810 1.00 0.00 W1 O +ATOM 23489 H1 TIP3X2282 -30.890 24.420 -33.700 1.00 0.00 W1 H +ATOM 23490 H2 TIP3X2282 -31.200 23.380 -32.650 1.00 0.00 W1 H +ATOM 23491 OH2 TIP3X2283 -30.790 41.610 -32.520 1.00 0.00 W1 O +ATOM 23492 H1 TIP3X2283 -30.110 41.630 -33.200 1.00 0.00 W1 H +ATOM 23493 H2 TIP3X2283 -30.790 40.700 -32.210 1.00 0.00 W1 H +ATOM 23494 OH2 TIP3X2284 30.500 -29.180 -22.190 1.00 0.00 W1 O +ATOM 23495 H1 TIP3X2284 29.960 -29.380 -22.950 1.00 0.00 W1 H +ATOM 23496 H2 TIP3X2284 30.350 -28.240 -22.020 1.00 0.00 W1 H +ATOM 23497 OH2 TIP3X2285 -18.000 -7.400 32.650 1.00 0.00 W1 O +ATOM 23498 H1 TIP3X2285 -18.860 -7.570 32.270 1.00 0.00 W1 H +ATOM 23499 H2 TIP3X2285 -17.570 -8.250 32.670 1.00 0.00 W1 H +ATOM 23500 OH2 TIP3X2286 -21.970 24.320 -13.020 1.00 0.00 W1 O +ATOM 23501 H1 TIP3X2286 -22.660 24.810 -13.460 1.00 0.00 W1 H +ATOM 23502 H2 TIP3X2286 -22.430 23.700 -12.450 1.00 0.00 W1 H +ATOM 23503 OH2 TIP3X2287 19.460 -40.630 31.740 1.00 0.00 W1 O +ATOM 23504 H1 TIP3X2287 20.360 -40.370 31.520 1.00 0.00 W1 H +ATOM 23505 H2 TIP3X2287 19.340 -41.470 31.290 1.00 0.00 W1 H +ATOM 23506 OH2 TIP3X2288 11.020 26.160 23.740 1.00 0.00 W1 O +ATOM 23507 H1 TIP3X2288 11.940 26.420 23.660 1.00 0.00 W1 H +ATOM 23508 H2 TIP3X2288 10.530 26.950 23.500 1.00 0.00 W1 H +ATOM 23509 OH2 TIP3X2289 20.160 13.750 -47.130 1.00 0.00 W1 O +ATOM 23510 H1 TIP3X2289 20.580 14.120 -47.910 1.00 0.00 W1 H +ATOM 23511 H2 TIP3X2289 20.640 12.930 -46.980 1.00 0.00 W1 H +ATOM 23512 OH2 TIP3X2290 -11.060 -30.000 -43.610 1.00 0.00 W1 O +ATOM 23513 H1 TIP3X2290 -10.650 -29.160 -43.790 1.00 0.00 W1 H +ATOM 23514 H2 TIP3X2290 -11.120 -30.420 -44.480 1.00 0.00 W1 H +ATOM 23515 OH2 TIP3X2291 -9.270 40.990 22.160 1.00 0.00 W1 O +ATOM 23516 H1 TIP3X2291 -10.150 40.800 22.510 1.00 0.00 W1 H +ATOM 23517 H2 TIP3X2291 -9.370 41.830 21.710 1.00 0.00 W1 H +ATOM 23518 OH2 TIP3X2292 48.630 36.980 26.750 1.00 0.00 W1 O +ATOM 23519 H1 TIP3X2292 48.030 37.240 26.060 1.00 0.00 W1 H +ATOM 23520 H2 TIP3X2292 49.270 36.420 26.310 1.00 0.00 W1 H +ATOM 23521 OH2 TIP3X2293 19.460 13.120 22.890 1.00 0.00 W1 O +ATOM 23522 H1 TIP3X2293 20.160 13.010 23.530 1.00 0.00 W1 H +ATOM 23523 H2 TIP3X2293 19.920 13.140 22.040 1.00 0.00 W1 H +ATOM 23524 OH2 TIP3X2294 43.460 -49.640 -27.180 1.00 0.00 W1 O +ATOM 23525 H1 TIP3X2294 43.700 -49.910 -28.070 1.00 0.00 W1 H +ATOM 23526 H2 TIP3X2294 44.210 -49.890 -26.640 1.00 0.00 W1 H +ATOM 23527 OH2 TIP3X2295 -39.710 -16.940 -40.580 1.00 0.00 W1 O +ATOM 23528 H1 TIP3X2295 -40.060 -17.050 -39.690 1.00 0.00 W1 H +ATOM 23529 H2 TIP3X2295 -39.370 -17.800 -40.810 1.00 0.00 W1 H +ATOM 23530 OH2 TIP3X2296 -31.530 22.680 -12.960 1.00 0.00 W1 O +ATOM 23531 H1 TIP3X2296 -31.170 22.880 -13.820 1.00 0.00 W1 H +ATOM 23532 H2 TIP3X2296 -31.150 23.350 -12.380 1.00 0.00 W1 H +ATOM 23533 OH2 TIP3X2297 -11.820 -11.920 -49.750 1.00 0.00 W1 O +ATOM 23534 H1 TIP3X2297 -11.950 -12.860 -49.570 1.00 0.00 W1 H +ATOM 23535 H2 TIP3X2297 -12.040 -11.810 -50.670 1.00 0.00 W1 H +ATOM 23536 OH2 TIP3X2298 -40.150 -3.530 18.390 1.00 0.00 W1 O +ATOM 23537 H1 TIP3X2298 -39.330 -3.340 17.910 1.00 0.00 W1 H +ATOM 23538 H2 TIP3X2298 -40.080 -3.020 19.200 1.00 0.00 W1 H +ATOM 23539 OH2 TIP3X2299 24.470 30.650 -35.130 1.00 0.00 W1 O +ATOM 23540 H1 TIP3X2299 24.430 31.500 -35.560 1.00 0.00 W1 H +ATOM 23541 H2 TIP3X2299 24.710 30.830 -34.220 1.00 0.00 W1 H +ATOM 23542 OH2 TIP3X2300 -24.530 -47.960 -41.430 1.00 0.00 W1 O +ATOM 23543 H1 TIP3X2300 -23.620 -48.020 -41.710 1.00 0.00 W1 H +ATOM 23544 H2 TIP3X2300 -24.490 -47.600 -40.550 1.00 0.00 W1 H +ATOM 23545 OH2 TIP3X2301 31.760 -42.570 24.830 1.00 0.00 W1 O +ATOM 23546 H1 TIP3X2301 31.970 -41.910 25.480 1.00 0.00 W1 H +ATOM 23547 H2 TIP3X2301 31.330 -43.260 25.320 1.00 0.00 W1 H +ATOM 23548 OH2 TIP3X2302 18.520 -25.290 -31.040 1.00 0.00 W1 O +ATOM 23549 H1 TIP3X2302 18.730 -26.090 -30.550 1.00 0.00 W1 H +ATOM 23550 H2 TIP3X2302 17.910 -24.820 -30.460 1.00 0.00 W1 H +ATOM 23551 OH2 TIP3X2303 -19.870 -3.970 33.600 1.00 0.00 W1 O +ATOM 23552 H1 TIP3X2303 -20.040 -3.130 34.030 1.00 0.00 W1 H +ATOM 23553 H2 TIP3X2303 -19.090 -4.310 34.060 1.00 0.00 W1 H +ATOM 23554 OH2 TIP3X2304 16.100 14.660 26.010 1.00 0.00 W1 O +ATOM 23555 H1 TIP3X2304 16.600 14.140 25.390 1.00 0.00 W1 H +ATOM 23556 H2 TIP3X2304 15.950 14.080 26.750 1.00 0.00 W1 H +ATOM 23557 OH2 TIP3X2305 -9.270 -10.120 -30.120 1.00 0.00 W1 O +ATOM 23558 H1 TIP3X2305 -8.920 -9.480 -30.740 1.00 0.00 W1 H +ATOM 23559 H2 TIP3X2305 -9.990 -10.550 -30.570 1.00 0.00 W1 H +ATOM 23560 OH2 TIP3X2306 12.760 35.020 23.670 1.00 0.00 W1 O +ATOM 23561 H1 TIP3X2306 12.370 34.310 24.200 1.00 0.00 W1 H +ATOM 23562 H2 TIP3X2306 12.370 35.810 24.020 1.00 0.00 W1 H +ATOM 23563 OH2 TIP3X2307 28.630 37.660 23.020 1.00 0.00 W1 O +ATOM 23564 H1 TIP3X2307 27.800 38.100 23.190 1.00 0.00 W1 H +ATOM 23565 H2 TIP3X2307 28.600 37.410 22.100 1.00 0.00 W1 H +ATOM 23566 OH2 TIP3X2308 43.040 -4.880 36.900 1.00 0.00 W1 O +ATOM 23567 H1 TIP3X2308 43.150 -5.780 36.570 1.00 0.00 W1 H +ATOM 23568 H2 TIP3X2308 43.550 -4.340 36.290 1.00 0.00 W1 H +ATOM 23569 OH2 TIP3X2309 40.720 30.010 27.750 1.00 0.00 W1 O +ATOM 23570 H1 TIP3X2309 41.370 29.590 27.180 1.00 0.00 W1 H +ATOM 23571 H2 TIP3X2309 40.920 30.950 27.670 1.00 0.00 W1 H +ATOM 23572 OH2 TIP3X2310 -36.540 19.570 -46.600 1.00 0.00 W1 O +ATOM 23573 H1 TIP3X2310 -35.690 19.160 -46.430 1.00 0.00 W1 H +ATOM 23574 H2 TIP3X2310 -36.320 20.420 -47.000 1.00 0.00 W1 H +ATOM 23575 OH2 TIP3X2311 -4.740 6.110 -37.230 1.00 0.00 W1 O +ATOM 23576 H1 TIP3X2311 -4.180 6.750 -36.790 1.00 0.00 W1 H +ATOM 23577 H2 TIP3X2311 -5.620 6.330 -36.940 1.00 0.00 W1 H +ATOM 23578 OH2 TIP3X2312 -6.990 -15.400 37.690 1.00 0.00 W1 O +ATOM 23579 H1 TIP3X2312 -7.550 -14.870 37.120 1.00 0.00 W1 H +ATOM 23580 H2 TIP3X2312 -6.850 -14.840 38.460 1.00 0.00 W1 H +ATOM 23581 OH2 TIP3X2313 -1.600 1.210 18.600 1.00 0.00 W1 O +ATOM 23582 H1 TIP3X2313 -1.240 1.060 17.720 1.00 0.00 W1 H +ATOM 23583 H2 TIP3X2313 -1.500 0.370 19.030 1.00 0.00 W1 H +ATOM 23584 OH2 TIP3X2314 -35.180 6.910 -27.440 1.00 0.00 W1 O +ATOM 23585 H1 TIP3X2314 -36.020 7.330 -27.620 1.00 0.00 W1 H +ATOM 23586 H2 TIP3X2314 -34.530 7.550 -27.730 1.00 0.00 W1 H +ATOM 23587 OH2 TIP3X2315 -25.020 12.130 22.730 1.00 0.00 W1 O +ATOM 23588 H1 TIP3X2315 -24.500 12.710 23.300 1.00 0.00 W1 H +ATOM 23589 H2 TIP3X2315 -24.580 11.270 22.800 1.00 0.00 W1 H +ATOM 23590 OH2 TIP3X2316 -37.540 -35.890 -37.280 1.00 0.00 W1 O +ATOM 23591 H1 TIP3X2316 -37.120 -35.410 -38.000 1.00 0.00 W1 H +ATOM 23592 H2 TIP3X2316 -37.030 -35.650 -36.500 1.00 0.00 W1 H +ATOM 23593 OH2 TIP3X2317 1.870 -51.440 8.820 1.00 0.00 W1 O +ATOM 23594 H1 TIP3X2317 1.530 -50.690 8.330 1.00 0.00 W1 H +ATOM 23595 H2 TIP3X2317 1.280 -51.520 9.570 1.00 0.00 W1 H +ATOM 23596 OH2 TIP3X2318 6.950 -31.310 -38.670 1.00 0.00 W1 O +ATOM 23597 H1 TIP3X2318 6.040 -31.510 -38.920 1.00 0.00 W1 H +ATOM 23598 H2 TIP3X2318 6.920 -30.400 -38.390 1.00 0.00 W1 H +ATOM 23599 OH2 TIP3X2319 25.110 17.920 -15.210 1.00 0.00 W1 O +ATOM 23600 H1 TIP3X2319 24.700 18.510 -14.580 1.00 0.00 W1 H +ATOM 23601 H2 TIP3X2319 24.620 17.090 -15.110 1.00 0.00 W1 H +ATOM 23602 OH2 TIP3X2320 2.820 0.630 -48.570 1.00 0.00 W1 O +ATOM 23603 H1 TIP3X2320 3.270 0.650 -47.720 1.00 0.00 W1 H +ATOM 23604 H2 TIP3X2320 1.930 0.890 -48.370 1.00 0.00 W1 H +ATOM 23605 OH2 TIP3X2321 -21.200 14.220 -22.640 1.00 0.00 W1 O +ATOM 23606 H1 TIP3X2321 -20.560 13.730 -22.120 1.00 0.00 W1 H +ATOM 23607 H2 TIP3X2321 -20.860 15.120 -22.640 1.00 0.00 W1 H +ATOM 23608 OH2 TIP3X2322 -4.390 -50.720 23.740 1.00 0.00 W1 O +ATOM 23609 H1 TIP3X2322 -4.620 -51.480 23.190 1.00 0.00 W1 H +ATOM 23610 H2 TIP3X2322 -3.580 -50.970 24.190 1.00 0.00 W1 H +ATOM 23611 OH2 TIP3X2323 -36.720 11.900 20.510 1.00 0.00 W1 O +ATOM 23612 H1 TIP3X2323 -35.970 11.410 20.150 1.00 0.00 W1 H +ATOM 23613 H2 TIP3X2323 -37.080 11.330 21.180 1.00 0.00 W1 H +ATOM 23614 OH2 TIP3X2324 -22.580 40.990 31.610 1.00 0.00 W1 O +ATOM 23615 H1 TIP3X2324 -23.470 40.620 31.560 1.00 0.00 W1 H +ATOM 23616 H2 TIP3X2324 -22.210 40.630 32.420 1.00 0.00 W1 H +ATOM 23617 OH2 TIP3X2325 19.480 -34.120 -32.170 1.00 0.00 W1 O +ATOM 23618 H1 TIP3X2325 18.550 -33.960 -32.040 1.00 0.00 W1 H +ATOM 23619 H2 TIP3X2325 19.760 -34.560 -31.360 1.00 0.00 W1 H +ATOM 23620 OH2 TIP3X2326 37.770 -29.150 -33.380 1.00 0.00 W1 O +ATOM 23621 H1 TIP3X2326 36.820 -29.090 -33.350 1.00 0.00 W1 H +ATOM 23622 H2 TIP3X2326 37.970 -29.900 -32.810 1.00 0.00 W1 H +ATOM 23623 OH2 TIP3X2327 -24.670 38.250 35.310 1.00 0.00 W1 O +ATOM 23624 H1 TIP3X2327 -25.520 37.810 35.230 1.00 0.00 W1 H +ATOM 23625 H2 TIP3X2327 -24.110 37.780 34.670 1.00 0.00 W1 H +ATOM 23626 OH2 TIP3X2328 47.000 -14.660 26.940 1.00 0.00 W1 O +ATOM 23627 H1 TIP3X2328 46.110 -14.890 27.170 1.00 0.00 W1 H +ATOM 23628 H2 TIP3X2328 47.160 -13.810 27.360 1.00 0.00 W1 H +ATOM 23629 OH2 TIP3X2329 -33.970 -16.770 15.020 1.00 0.00 W1 O +ATOM 23630 H1 TIP3X2329 -33.920 -17.270 15.840 1.00 0.00 W1 H +ATOM 23631 H2 TIP3X2329 -33.130 -16.330 14.950 1.00 0.00 W1 H +ATOM 23632 OH2 TIP3X2330 7.920 -43.560 -14.560 1.00 0.00 W1 O +ATOM 23633 H1 TIP3X2330 8.820 -43.340 -14.810 1.00 0.00 W1 H +ATOM 23634 H2 TIP3X2330 7.410 -42.780 -14.750 1.00 0.00 W1 H +ATOM 23635 OH2 TIP3X2331 -5.480 -33.300 36.450 1.00 0.00 W1 O +ATOM 23636 H1 TIP3X2331 -5.670 -32.770 37.220 1.00 0.00 W1 H +ATOM 23637 H2 TIP3X2331 -5.930 -32.850 35.730 1.00 0.00 W1 H +ATOM 23638 OH2 TIP3X2332 43.580 -30.850 14.550 1.00 0.00 W1 O +ATOM 23639 H1 TIP3X2332 44.060 -31.670 14.450 1.00 0.00 W1 H +ATOM 23640 H2 TIP3X2332 42.880 -30.910 13.880 1.00 0.00 W1 H +ATOM 23641 OH2 TIP3X2333 -36.950 -2.100 -11.120 1.00 0.00 W1 O +ATOM 23642 H1 TIP3X2333 -36.690 -2.800 -11.720 1.00 0.00 W1 H +ATOM 23643 H2 TIP3X2333 -36.670 -2.390 -10.260 1.00 0.00 W1 H +ATOM 23644 OH2 TIP3X2334 -40.020 -38.480 29.630 1.00 0.00 W1 O +ATOM 23645 H1 TIP3X2334 -40.510 -37.710 29.920 1.00 0.00 W1 H +ATOM 23646 H2 TIP3X2334 -40.190 -39.140 30.300 1.00 0.00 W1 H +ATOM 23647 OH2 TIP3X2335 25.560 -1.920 -32.060 1.00 0.00 W1 O +ATOM 23648 H1 TIP3X2335 26.300 -2.190 -31.520 1.00 0.00 W1 H +ATOM 23649 H2 TIP3X2335 25.050 -1.350 -31.500 1.00 0.00 W1 H +ATOM 23650 OH2 TIP3X2336 -43.220 -28.560 -16.180 1.00 0.00 W1 O +ATOM 23651 H1 TIP3X2336 -42.280 -28.640 -16.370 1.00 0.00 W1 H +ATOM 23652 H2 TIP3X2336 -43.550 -29.460 -16.270 1.00 0.00 W1 H +ATOM 23653 OH2 TIP3X2337 36.860 -9.180 -40.750 1.00 0.00 W1 O +ATOM 23654 H1 TIP3X2337 36.760 -9.560 -39.880 1.00 0.00 W1 H +ATOM 23655 H2 TIP3X2337 37.500 -8.480 -40.620 1.00 0.00 W1 H +ATOM 23656 OH2 TIP3X2338 -34.920 36.090 -31.790 1.00 0.00 W1 O +ATOM 23657 H1 TIP3X2338 -35.150 36.940 -32.150 1.00 0.00 W1 H +ATOM 23658 H2 TIP3X2338 -34.420 35.660 -32.480 1.00 0.00 W1 H +ATOM 23659 OH2 TIP3X2339 -10.090 0.350 27.310 1.00 0.00 W1 O +ATOM 23660 H1 TIP3X2339 -9.260 0.830 27.290 1.00 0.00 W1 H +ATOM 23661 H2 TIP3X2339 -9.990 -0.360 26.670 1.00 0.00 W1 H +ATOM 23662 OH2 TIP3X2340 11.000 42.700 -37.140 1.00 0.00 W1 O +ATOM 23663 H1 TIP3X2340 11.370 41.960 -36.670 1.00 0.00 W1 H +ATOM 23664 H2 TIP3X2340 10.130 42.820 -36.740 1.00 0.00 W1 H +ATOM 23665 OH2 TIP3X2341 -16.550 -14.510 18.980 1.00 0.00 W1 O +ATOM 23666 H1 TIP3X2341 -17.030 -15.310 18.800 1.00 0.00 W1 H +ATOM 23667 H2 TIP3X2341 -15.630 -14.760 18.960 1.00 0.00 W1 H +ATOM 23668 OH2 TIP3X2342 -37.230 16.330 -45.800 1.00 0.00 W1 O +ATOM 23669 H1 TIP3X2342 -37.330 15.400 -45.990 1.00 0.00 W1 H +ATOM 23670 H2 TIP3X2342 -36.890 16.710 -46.600 1.00 0.00 W1 H +ATOM 23671 OH2 TIP3X2343 -33.750 -40.640 -46.450 1.00 0.00 W1 O +ATOM 23672 H1 TIP3X2343 -33.200 -41.420 -46.480 1.00 0.00 W1 H +ATOM 23673 H2 TIP3X2343 -33.390 -40.120 -45.740 1.00 0.00 W1 H +ATOM 23674 OH2 TIP3X2344 -3.880 -45.470 24.880 1.00 0.00 W1 O +ATOM 23675 H1 TIP3X2344 -3.240 -46.080 25.260 1.00 0.00 W1 H +ATOM 23676 H2 TIP3X2344 -3.640 -44.620 25.250 1.00 0.00 W1 H +ATOM 23677 OH2 TIP3X2345 -32.810 -2.820 35.010 1.00 0.00 W1 O +ATOM 23678 H1 TIP3X2345 -33.220 -3.560 35.450 1.00 0.00 W1 H +ATOM 23679 H2 TIP3X2345 -33.510 -2.180 34.890 1.00 0.00 W1 H +ATOM 23680 OH2 TIP3X2346 -30.420 14.600 -45.930 1.00 0.00 W1 O +ATOM 23681 H1 TIP3X2346 -31.060 14.470 -45.240 1.00 0.00 W1 H +ATOM 23682 H2 TIP3X2346 -29.740 13.950 -45.770 1.00 0.00 W1 H +ATOM 23683 OH2 TIP3X2347 44.260 -13.590 -30.650 1.00 0.00 W1 O +ATOM 23684 H1 TIP3X2347 43.570 -13.870 -31.260 1.00 0.00 W1 H +ATOM 23685 H2 TIP3X2347 45.070 -13.660 -31.160 1.00 0.00 W1 H +ATOM 23686 OH2 TIP3X2348 -1.090 16.190 -27.680 1.00 0.00 W1 O +ATOM 23687 H1 TIP3X2348 -1.210 16.070 -28.630 1.00 0.00 W1 H +ATOM 23688 H2 TIP3X2348 -0.550 16.970 -27.610 1.00 0.00 W1 H +ATOM 23689 OH2 TIP3X2349 -0.890 16.950 34.380 1.00 0.00 W1 O +ATOM 23690 H1 TIP3X2349 -0.940 16.260 33.720 1.00 0.00 W1 H +ATOM 23691 H2 TIP3X2349 -1.520 16.680 35.040 1.00 0.00 W1 H +ATOM 23692 OH2 TIP3X2350 5.620 15.600 -48.150 1.00 0.00 W1 O +ATOM 23693 H1 TIP3X2350 5.500 14.660 -48.270 1.00 0.00 W1 H +ATOM 23694 H2 TIP3X2350 5.050 15.820 -47.420 1.00 0.00 W1 H +ATOM 23695 OH2 TIP3X2351 47.230 7.920 -22.870 1.00 0.00 W1 O +ATOM 23696 H1 TIP3X2351 47.140 7.660 -23.790 1.00 0.00 W1 H +ATOM 23697 H2 TIP3X2351 48.080 7.560 -22.610 1.00 0.00 W1 H +ATOM 23698 OH2 TIP3X2352 33.820 -4.320 -20.660 1.00 0.00 W1 O +ATOM 23699 H1 TIP3X2352 33.710 -3.370 -20.790 1.00 0.00 W1 H +ATOM 23700 H2 TIP3X2352 33.340 -4.710 -21.390 1.00 0.00 W1 H +ATOM 23701 OH2 TIP3X2353 26.030 28.720 -36.190 1.00 0.00 W1 O +ATOM 23702 H1 TIP3X2353 26.880 28.670 -35.740 1.00 0.00 W1 H +ATOM 23703 H2 TIP3X2353 25.620 29.510 -35.860 1.00 0.00 W1 H +ATOM 23704 OH2 TIP3X2354 28.910 -47.960 -35.890 1.00 0.00 W1 O +ATOM 23705 H1 TIP3X2354 29.360 -48.300 -36.660 1.00 0.00 W1 H +ATOM 23706 H2 TIP3X2354 28.270 -48.630 -35.680 1.00 0.00 W1 H +ATOM 23707 OH2 TIP3X2355 10.380 -21.440 23.500 1.00 0.00 W1 O +ATOM 23708 H1 TIP3X2355 11.070 -20.890 23.890 1.00 0.00 W1 H +ATOM 23709 H2 TIP3X2355 10.030 -21.930 24.240 1.00 0.00 W1 H +ATOM 23710 OH2 TIP3X2356 45.040 -17.680 -36.360 1.00 0.00 W1 O +ATOM 23711 H1 TIP3X2356 45.440 -18.270 -35.730 1.00 0.00 W1 H +ATOM 23712 H2 TIP3X2356 44.910 -18.210 -37.150 1.00 0.00 W1 H +ATOM 23713 OH2 TIP3X2357 -40.170 2.130 22.090 1.00 0.00 W1 O +ATOM 23714 H1 TIP3X2357 -40.280 1.850 22.990 1.00 0.00 W1 H +ATOM 23715 H2 TIP3X2357 -39.230 2.300 22.000 1.00 0.00 W1 H +ATOM 23716 OH2 TIP3X2358 -35.980 13.940 -49.310 1.00 0.00 W1 O +ATOM 23717 H1 TIP3X2358 -35.320 14.010 -50.010 1.00 0.00 W1 H +ATOM 23718 H2 TIP3X2358 -35.550 13.440 -48.620 1.00 0.00 W1 H +ATOM 23719 OH2 TIP3X2359 -39.110 12.750 -15.820 1.00 0.00 W1 O +ATOM 23720 H1 TIP3X2359 -39.620 12.130 -16.350 1.00 0.00 W1 H +ATOM 23721 H2 TIP3X2359 -38.200 12.460 -15.910 1.00 0.00 W1 H +ATOM 23722 OH2 TIP3X2360 -13.910 -36.190 -22.580 1.00 0.00 W1 O +ATOM 23723 H1 TIP3X2360 -13.830 -37.060 -22.180 1.00 0.00 W1 H +ATOM 23724 H2 TIP3X2360 -13.290 -35.640 -22.110 1.00 0.00 W1 H +ATOM 23725 OH2 TIP3X2361 -29.570 -9.190 -16.960 1.00 0.00 W1 O +ATOM 23726 H1 TIP3X2361 -30.180 -9.660 -17.530 1.00 0.00 W1 H +ATOM 23727 H2 TIP3X2361 -29.750 -9.530 -16.090 1.00 0.00 W1 H +ATOM 23728 OH2 TIP3X2362 -7.200 -29.410 -35.280 1.00 0.00 W1 O +ATOM 23729 H1 TIP3X2362 -6.280 -29.640 -35.160 1.00 0.00 W1 H +ATOM 23730 H2 TIP3X2362 -7.670 -29.990 -34.680 1.00 0.00 W1 H +ATOM 23731 OH2 TIP3X2363 -34.280 -4.720 -48.260 1.00 0.00 W1 O +ATOM 23732 H1 TIP3X2363 -33.910 -4.970 -47.400 1.00 0.00 W1 H +ATOM 23733 H2 TIP3X2363 -33.950 -3.830 -48.390 1.00 0.00 W1 H +ATOM 23734 OH2 TIP3X2364 -7.590 -27.390 -43.500 1.00 0.00 W1 O +ATOM 23735 H1 TIP3X2364 -8.110 -26.700 -43.090 1.00 0.00 W1 H +ATOM 23736 H2 TIP3X2364 -7.480 -28.050 -42.820 1.00 0.00 W1 H +ATOM 23737 OH2 TIP3X2365 26.580 -44.630 -30.140 1.00 0.00 W1 O +ATOM 23738 H1 TIP3X2365 27.020 -43.770 -30.250 1.00 0.00 W1 H +ATOM 23739 H2 TIP3X2365 27.080 -45.220 -30.710 1.00 0.00 W1 H +ATOM 23740 OH2 TIP3X2366 -41.220 -20.880 37.670 1.00 0.00 W1 O +ATOM 23741 H1 TIP3X2366 -40.890 -20.270 37.020 1.00 0.00 W1 H +ATOM 23742 H2 TIP3X2366 -40.780 -21.710 37.480 1.00 0.00 W1 H +ATOM 23743 OH2 TIP3X2367 -42.110 15.780 -37.660 1.00 0.00 W1 O +ATOM 23744 H1 TIP3X2367 -41.410 16.420 -37.730 1.00 0.00 W1 H +ATOM 23745 H2 TIP3X2367 -41.970 15.370 -36.800 1.00 0.00 W1 H +ATOM 23746 OH2 TIP3X2368 36.380 9.830 33.490 1.00 0.00 W1 O +ATOM 23747 H1 TIP3X2368 35.480 9.530 33.410 1.00 0.00 W1 H +ATOM 23748 H2 TIP3X2368 36.770 9.250 34.150 1.00 0.00 W1 H +ATOM 23749 OH2 TIP3X2369 18.000 -9.300 -27.910 1.00 0.00 W1 O +ATOM 23750 H1 TIP3X2369 17.390 -8.910 -27.270 1.00 0.00 W1 H +ATOM 23751 H2 TIP3X2369 18.240 -8.570 -28.490 1.00 0.00 W1 H +ATOM 23752 OH2 TIP3X2370 21.060 3.240 -43.960 1.00 0.00 W1 O +ATOM 23753 H1 TIP3X2370 21.270 2.560 -44.610 1.00 0.00 W1 H +ATOM 23754 H2 TIP3X2370 20.950 4.040 -44.480 1.00 0.00 W1 H +ATOM 23755 OH2 TIP3X2371 -6.880 10.520 -50.090 1.00 0.00 W1 O +ATOM 23756 H1 TIP3X2371 -6.710 9.600 -50.240 1.00 0.00 W1 H +ATOM 23757 H2 TIP3X2371 -7.460 10.790 -50.800 1.00 0.00 W1 H +ATOM 23758 OH2 TIP3X2372 18.510 -37.950 15.390 1.00 0.00 W1 O +ATOM 23759 H1 TIP3X2372 17.610 -38.090 15.670 1.00 0.00 W1 H +ATOM 23760 H2 TIP3X2372 18.770 -37.130 15.830 1.00 0.00 W1 H +ATOM 23761 OH2 TIP3X2373 45.780 19.390 -47.730 1.00 0.00 W1 O +ATOM 23762 H1 TIP3X2373 46.580 19.530 -48.230 1.00 0.00 W1 H +ATOM 23763 H2 TIP3X2373 45.240 20.170 -47.910 1.00 0.00 W1 H +ATOM 23764 OH2 TIP3X2374 33.060 -25.840 29.430 1.00 0.00 W1 O +ATOM 23765 H1 TIP3X2374 33.240 -25.090 28.870 1.00 0.00 W1 H +ATOM 23766 H2 TIP3X2374 32.850 -25.460 30.280 1.00 0.00 W1 H +ATOM 23767 OH2 TIP3X2375 16.580 34.560 35.770 1.00 0.00 W1 O +ATOM 23768 H1 TIP3X2375 16.480 34.700 34.840 1.00 0.00 W1 H +ATOM 23769 H2 TIP3X2375 16.890 33.660 35.860 1.00 0.00 W1 H +ATOM 23770 OH2 TIP3X2376 -38.620 -10.660 19.350 1.00 0.00 W1 O +ATOM 23771 H1 TIP3X2376 -38.050 -11.390 19.570 1.00 0.00 W1 H +ATOM 23772 H2 TIP3X2376 -39.060 -10.940 18.550 1.00 0.00 W1 H +ATOM 23773 OH2 TIP3X2377 22.430 -27.940 29.210 1.00 0.00 W1 O +ATOM 23774 H1 TIP3X2377 22.500 -27.400 29.990 1.00 0.00 W1 H +ATOM 23775 H2 TIP3X2377 21.490 -27.920 28.980 1.00 0.00 W1 H +ATOM 23776 OH2 TIP3X2378 27.380 -27.560 -22.130 1.00 0.00 W1 O +ATOM 23777 H1 TIP3X2378 27.190 -27.150 -22.980 1.00 0.00 W1 H +ATOM 23778 H2 TIP3X2378 26.780 -28.310 -22.090 1.00 0.00 W1 H +ATOM 23779 OH2 TIP3X2379 42.640 18.980 18.220 1.00 0.00 W1 O +ATOM 23780 H1 TIP3X2379 42.870 18.620 19.080 1.00 0.00 W1 H +ATOM 23781 H2 TIP3X2379 41.690 18.850 18.150 1.00 0.00 W1 H +ATOM 23782 OH2 TIP3X2380 -11.190 27.630 -27.940 1.00 0.00 W1 O +ATOM 23783 H1 TIP3X2380 -12.030 27.230 -27.720 1.00 0.00 W1 H +ATOM 23784 H2 TIP3X2380 -11.380 28.170 -28.710 1.00 0.00 W1 H +ATOM 23785 OH2 TIP3X2381 -9.160 -0.710 -41.570 1.00 0.00 W1 O +ATOM 23786 H1 TIP3X2381 -8.310 -0.740 -41.990 1.00 0.00 W1 H +ATOM 23787 H2 TIP3X2381 -9.780 -0.550 -42.270 1.00 0.00 W1 H +ATOM 23788 OH2 TIP3X2382 -14.160 15.690 16.900 1.00 0.00 W1 O +ATOM 23789 H1 TIP3X2382 -13.990 16.520 17.350 1.00 0.00 W1 H +ATOM 23790 H2 TIP3X2382 -15.060 15.480 17.150 1.00 0.00 W1 H +ATOM 23791 OH2 TIP3X2383 8.440 -34.970 -49.090 1.00 0.00 W1 O +ATOM 23792 H1 TIP3X2383 7.720 -35.430 -49.500 1.00 0.00 W1 H +ATOM 23793 H2 TIP3X2383 8.110 -34.090 -48.930 1.00 0.00 W1 H +ATOM 23794 OH2 TIP3X2384 -33.100 -1.570 -34.420 1.00 0.00 W1 O +ATOM 23795 H1 TIP3X2384 -32.760 -1.010 -33.730 1.00 0.00 W1 H +ATOM 23796 H2 TIP3X2384 -33.920 -1.930 -34.090 1.00 0.00 W1 H +ATOM 23797 OH2 TIP3X2385 9.150 26.540 26.340 1.00 0.00 W1 O +ATOM 23798 H1 TIP3X2385 9.990 26.850 26.650 1.00 0.00 W1 H +ATOM 23799 H2 TIP3X2385 8.740 27.320 25.940 1.00 0.00 W1 H +ATOM 23800 OH2 TIP3X2386 45.300 -31.050 -47.340 1.00 0.00 W1 O +ATOM 23801 H1 TIP3X2386 44.900 -31.810 -46.940 1.00 0.00 W1 H +ATOM 23802 H2 TIP3X2386 46.150 -31.340 -47.650 1.00 0.00 W1 H +ATOM 23803 OH2 TIP3X2387 5.840 -5.480 19.690 1.00 0.00 W1 O +ATOM 23804 H1 TIP3X2387 6.560 -6.050 19.420 1.00 0.00 W1 H +ATOM 23805 H2 TIP3X2387 5.050 -6.000 19.510 1.00 0.00 W1 H +ATOM 23806 OH2 TIP3X2388 43.990 24.030 -48.290 1.00 0.00 W1 O +ATOM 23807 H1 TIP3X2388 43.990 24.240 -47.350 1.00 0.00 W1 H +ATOM 23808 H2 TIP3X2388 44.760 24.500 -48.630 1.00 0.00 W1 H +ATOM 23809 OH2 TIP3X2389 11.400 -35.730 -18.560 1.00 0.00 W1 O +ATOM 23810 H1 TIP3X2389 10.460 -35.610 -18.440 1.00 0.00 W1 H +ATOM 23811 H2 TIP3X2389 11.590 -36.560 -18.130 1.00 0.00 W1 H +ATOM 23812 OH2 TIP3X2390 -26.560 -36.130 -38.270 1.00 0.00 W1 O +ATOM 23813 H1 TIP3X2390 -26.990 -35.980 -39.120 1.00 0.00 W1 H +ATOM 23814 H2 TIP3X2390 -27.260 -36.090 -37.630 1.00 0.00 W1 H +ATOM 23815 OH2 TIP3X2391 18.210 0.140 35.480 1.00 0.00 W1 O +ATOM 23816 H1 TIP3X2391 18.250 -0.200 36.380 1.00 0.00 W1 H +ATOM 23817 H2 TIP3X2391 17.980 -0.610 34.940 1.00 0.00 W1 H +ATOM 23818 OH2 TIP3X2392 44.930 7.440 -38.950 1.00 0.00 W1 O +ATOM 23819 H1 TIP3X2392 44.360 6.700 -39.140 1.00 0.00 W1 H +ATOM 23820 H2 TIP3X2392 44.350 8.160 -38.740 1.00 0.00 W1 H +ATOM 23821 OH2 TIP3X2393 38.200 6.370 25.310 1.00 0.00 W1 O +ATOM 23822 H1 TIP3X2393 38.850 5.770 24.930 1.00 0.00 W1 H +ATOM 23823 H2 TIP3X2393 37.400 6.190 24.830 1.00 0.00 W1 H +ATOM 23824 OH2 TIP3X2394 -15.190 27.630 40.380 1.00 0.00 W1 O +ATOM 23825 H1 TIP3X2394 -14.830 28.420 40.770 1.00 0.00 W1 H +ATOM 23826 H2 TIP3X2394 -15.800 27.940 39.720 1.00 0.00 W1 H +ATOM 23827 OH2 TIP3X2395 -34.460 11.680 -41.300 1.00 0.00 W1 O +ATOM 23828 H1 TIP3X2395 -34.000 11.770 -42.140 1.00 0.00 W1 H +ATOM 23829 H2 TIP3X2395 -35.130 12.360 -41.320 1.00 0.00 W1 H +ATOM 23830 OH2 TIP3X2396 3.850 19.710 21.610 1.00 0.00 W1 O +ATOM 23831 H1 TIP3X2396 4.210 19.220 20.870 1.00 0.00 W1 H +ATOM 23832 H2 TIP3X2396 4.500 20.390 21.790 1.00 0.00 W1 H +ATOM 23833 OH2 TIP3X2397 18.940 -16.580 27.050 1.00 0.00 W1 O +ATOM 23834 H1 TIP3X2397 19.530 -16.420 27.790 1.00 0.00 W1 H +ATOM 23835 H2 TIP3X2397 18.090 -16.230 27.330 1.00 0.00 W1 H +ATOM 23836 OH2 TIP3X2398 47.430 8.630 29.810 1.00 0.00 W1 O +ATOM 23837 H1 TIP3X2398 47.900 9.300 30.300 1.00 0.00 W1 H +ATOM 23838 H2 TIP3X2398 46.870 9.120 29.220 1.00 0.00 W1 H +ATOM 23839 OH2 TIP3X2399 -3.410 38.030 -15.720 1.00 0.00 W1 O +ATOM 23840 H1 TIP3X2399 -2.530 37.700 -15.860 1.00 0.00 W1 H +ATOM 23841 H2 TIP3X2399 -3.410 38.310 -14.790 1.00 0.00 W1 H +ATOM 23842 OH2 TIP3X2400 44.430 16.270 -14.600 1.00 0.00 W1 O +ATOM 23843 H1 TIP3X2400 44.560 16.240 -13.660 1.00 0.00 W1 H +ATOM 23844 H2 TIP3X2400 45.100 15.660 -14.940 1.00 0.00 W1 H +ATOM 23845 OH2 TIP3X2401 13.360 0.950 -40.410 1.00 0.00 W1 O +ATOM 23846 H1 TIP3X2401 12.570 1.460 -40.240 1.00 0.00 W1 H +ATOM 23847 H2 TIP3X2401 13.890 1.480 -40.990 1.00 0.00 W1 H +ATOM 23848 OH2 TIP3X2402 46.260 -26.970 31.490 1.00 0.00 W1 O +ATOM 23849 H1 TIP3X2402 46.610 -27.760 31.090 1.00 0.00 W1 H +ATOM 23850 H2 TIP3X2402 45.550 -27.270 32.050 1.00 0.00 W1 H +ATOM 23851 OH2 TIP3X2403 -32.730 -2.950 27.970 1.00 0.00 W1 O +ATOM 23852 H1 TIP3X2403 -32.660 -2.510 27.120 1.00 0.00 W1 H +ATOM 23853 H2 TIP3X2403 -31.850 -2.900 28.350 1.00 0.00 W1 H +ATOM 23854 OH2 TIP3X2404 -14.710 -14.870 37.850 1.00 0.00 W1 O +ATOM 23855 H1 TIP3X2404 -14.350 -15.260 38.650 1.00 0.00 W1 H +ATOM 23856 H2 TIP3X2404 -14.010 -14.310 37.510 1.00 0.00 W1 H +ATOM 23857 OH2 TIP3X2405 10.520 8.720 34.340 1.00 0.00 W1 O +ATOM 23858 H1 TIP3X2405 10.090 8.160 34.990 1.00 0.00 W1 H +ATOM 23859 H2 TIP3X2405 10.870 8.100 33.700 1.00 0.00 W1 H +ATOM 23860 OH2 TIP3X2406 -11.910 8.440 22.560 1.00 0.00 W1 O +ATOM 23861 H1 TIP3X2406 -12.100 7.750 23.200 1.00 0.00 W1 H +ATOM 23862 H2 TIP3X2406 -11.060 8.180 22.190 1.00 0.00 W1 H +ATOM 23863 OH2 TIP3X2407 -45.070 32.030 -46.710 1.00 0.00 W1 O +ATOM 23864 H1 TIP3X2407 -45.360 32.860 -46.340 1.00 0.00 W1 H +ATOM 23865 H2 TIP3X2407 -44.850 31.500 -45.940 1.00 0.00 W1 H +ATOM 23866 OH2 TIP3X2408 6.870 -20.500 -50.010 1.00 0.00 W1 O +ATOM 23867 H1 TIP3X2408 6.460 -21.070 -49.360 1.00 0.00 W1 H +ATOM 23868 H2 TIP3X2408 6.140 -20.120 -50.490 1.00 0.00 W1 H +ATOM 23869 OH2 TIP3X2409 -7.960 -28.100 -46.310 1.00 0.00 W1 O +ATOM 23870 H1 TIP3X2409 -7.930 -27.720 -45.420 1.00 0.00 W1 H +ATOM 23871 H2 TIP3X2409 -7.070 -28.400 -46.460 1.00 0.00 W1 H +ATOM 23872 OH2 TIP3X2410 37.810 28.930 -23.200 1.00 0.00 W1 O +ATOM 23873 H1 TIP3X2410 38.460 28.640 -23.840 1.00 0.00 W1 H +ATOM 23874 H2 TIP3X2410 37.350 28.120 -22.960 1.00 0.00 W1 H +ATOM 23875 OH2 TIP3X2411 -5.030 -5.290 -32.580 1.00 0.00 W1 O +ATOM 23876 H1 TIP3X2411 -4.660 -5.380 -31.700 1.00 0.00 W1 H +ATOM 23877 H2 TIP3X2411 -4.890 -6.140 -32.980 1.00 0.00 W1 H +ATOM 23878 OH2 TIP3X2412 11.620 4.140 -40.560 1.00 0.00 W1 O +ATOM 23879 H1 TIP3X2412 11.750 5.090 -40.660 1.00 0.00 W1 H +ATOM 23880 H2 TIP3X2412 11.780 3.980 -39.630 1.00 0.00 W1 H +ATOM 23881 OH2 TIP3X2413 21.320 28.490 21.070 1.00 0.00 W1 O +ATOM 23882 H1 TIP3X2413 22.200 28.270 20.770 1.00 0.00 W1 H +ATOM 23883 H2 TIP3X2413 21.280 29.440 21.010 1.00 0.00 W1 H +ATOM 23884 OH2 TIP3X2414 -10.690 32.950 -36.980 1.00 0.00 W1 O +ATOM 23885 H1 TIP3X2414 -10.610 32.010 -37.110 1.00 0.00 W1 H +ATOM 23886 H2 TIP3X2414 -11.420 33.210 -37.520 1.00 0.00 W1 H +ATOM 23887 OH2 TIP3X2415 -2.310 -26.620 34.520 1.00 0.00 W1 O +ATOM 23888 H1 TIP3X2415 -2.000 -25.900 33.990 1.00 0.00 W1 H +ATOM 23889 H2 TIP3X2415 -3.240 -26.420 34.680 1.00 0.00 W1 H +ATOM 23890 OH2 TIP3X2416 -43.010 -1.640 -41.430 1.00 0.00 W1 O +ATOM 23891 H1 TIP3X2416 -43.050 -2.470 -41.920 1.00 0.00 W1 H +ATOM 23892 H2 TIP3X2416 -42.180 -1.250 -41.710 1.00 0.00 W1 H +ATOM 23893 OH2 TIP3X2417 -10.060 -26.890 -26.100 1.00 0.00 W1 O +ATOM 23894 H1 TIP3X2417 -9.530 -27.020 -26.890 1.00 0.00 W1 H +ATOM 23895 H2 TIP3X2417 -9.430 -26.650 -25.420 1.00 0.00 W1 H +ATOM 23896 OH2 TIP3X2418 -9.800 -35.410 14.670 1.00 0.00 W1 O +ATOM 23897 H1 TIP3X2418 -9.540 -35.900 15.450 1.00 0.00 W1 H +ATOM 23898 H2 TIP3X2418 -10.550 -34.880 14.950 1.00 0.00 W1 H +ATOM 23899 OH2 TIP3X2419 -38.350 35.250 -40.240 1.00 0.00 W1 O +ATOM 23900 H1 TIP3X2419 -38.120 34.360 -40.480 1.00 0.00 W1 H +ATOM 23901 H2 TIP3X2419 -37.890 35.400 -39.420 1.00 0.00 W1 H +ATOM 23902 OH2 TIP3X2420 -32.290 23.940 -19.590 1.00 0.00 W1 O +ATOM 23903 H1 TIP3X2420 -32.690 23.940 -20.460 1.00 0.00 W1 H +ATOM 23904 H2 TIP3X2420 -33.010 24.150 -18.990 1.00 0.00 W1 H +ATOM 23905 OH2 TIP3X2421 14.340 35.890 26.140 1.00 0.00 W1 O +ATOM 23906 H1 TIP3X2421 13.920 35.740 25.300 1.00 0.00 W1 H +ATOM 23907 H2 TIP3X2421 14.950 36.610 25.980 1.00 0.00 W1 H +ATOM 23908 OH2 TIP3X2422 -32.530 -23.100 -17.280 1.00 0.00 W1 O +ATOM 23909 H1 TIP3X2422 -33.380 -23.540 -17.390 1.00 0.00 W1 H +ATOM 23910 H2 TIP3X2422 -31.910 -23.800 -17.110 1.00 0.00 W1 H +ATOM 23911 OH2 TIP3X2423 -29.740 39.070 -31.040 1.00 0.00 W1 O +ATOM 23912 H1 TIP3X2423 -29.340 38.600 -30.310 1.00 0.00 W1 H +ATOM 23913 H2 TIP3X2423 -29.400 38.630 -31.820 1.00 0.00 W1 H +ATOM 23914 OH2 TIP3X2424 -33.870 5.660 -14.890 1.00 0.00 W1 O +ATOM 23915 H1 TIP3X2424 -34.690 5.520 -15.370 1.00 0.00 W1 H +ATOM 23916 H2 TIP3X2424 -33.810 6.600 -14.780 1.00 0.00 W1 H +ATOM 23917 OH2 TIP3X2425 1.910 24.710 24.710 1.00 0.00 W1 O +ATOM 23918 H1 TIP3X2425 1.530 23.980 25.200 1.00 0.00 W1 H +ATOM 23919 H2 TIP3X2425 1.390 24.760 23.920 1.00 0.00 W1 H +ATOM 23920 OH2 TIP3X2426 21.960 12.120 -50.770 1.00 0.00 W1 O +ATOM 23921 H1 TIP3X2426 22.110 11.450 -50.100 1.00 0.00 W1 H +ATOM 23922 H2 TIP3X2426 21.320 11.730 -51.360 1.00 0.00 W1 H +ATOM 23923 OH2 TIP3X2427 -29.140 36.500 -10.350 1.00 0.00 W1 O +ATOM 23924 H1 TIP3X2427 -29.080 37.030 -11.150 1.00 0.00 W1 H +ATOM 23925 H2 TIP3X2427 -28.260 36.120 -10.240 1.00 0.00 W1 H +ATOM 23926 OH2 TIP3X2428 -15.260 -10.040 38.140 1.00 0.00 W1 O +ATOM 23927 H1 TIP3X2428 -14.860 -9.180 38.060 1.00 0.00 W1 H +ATOM 23928 H2 TIP3X2428 -14.770 -10.470 38.840 1.00 0.00 W1 H +ATOM 23929 OH2 TIP3X2429 5.120 -48.690 -29.650 1.00 0.00 W1 O +ATOM 23930 H1 TIP3X2429 5.030 -48.910 -28.710 1.00 0.00 W1 H +ATOM 23931 H2 TIP3X2429 4.860 -49.480 -30.110 1.00 0.00 W1 H +ATOM 23932 OH2 TIP3X2430 43.040 -13.420 25.440 1.00 0.00 W1 O +ATOM 23933 H1 TIP3X2430 42.970 -12.730 26.110 1.00 0.00 W1 H +ATOM 23934 H2 TIP3X2430 42.180 -13.450 25.040 1.00 0.00 W1 H +ATOM 23935 OH2 TIP3X2431 -35.090 -42.200 -42.110 1.00 0.00 W1 O +ATOM 23936 H1 TIP3X2431 -35.620 -41.430 -41.900 1.00 0.00 W1 H +ATOM 23937 H2 TIP3X2431 -35.540 -42.610 -42.840 1.00 0.00 W1 H +ATOM 23938 OH2 TIP3X2432 -5.520 36.330 20.920 1.00 0.00 W1 O +ATOM 23939 H1 TIP3X2432 -5.380 36.780 21.760 1.00 0.00 W1 H +ATOM 23940 H2 TIP3X2432 -5.440 37.020 20.260 1.00 0.00 W1 H +ATOM 23941 OH2 TIP3X2433 -39.830 -10.580 27.000 1.00 0.00 W1 O +ATOM 23942 H1 TIP3X2433 -39.120 -11.220 27.180 1.00 0.00 W1 H +ATOM 23943 H2 TIP3X2433 -39.390 -9.730 27.040 1.00 0.00 W1 H +ATOM 23944 OH2 TIP3X2434 -13.960 -43.730 -46.390 1.00 0.00 W1 O +ATOM 23945 H1 TIP3X2434 -13.690 -42.870 -46.060 1.00 0.00 W1 H +ATOM 23946 H2 TIP3X2434 -13.150 -44.090 -46.770 1.00 0.00 W1 H +ATOM 23947 OH2 TIP3X2435 44.460 5.570 34.220 1.00 0.00 W1 O +ATOM 23948 H1 TIP3X2435 43.960 5.920 33.500 1.00 0.00 W1 H +ATOM 23949 H2 TIP3X2435 45.170 5.080 33.810 1.00 0.00 W1 H +ATOM 23950 OH2 TIP3X2436 17.880 10.930 -31.670 1.00 0.00 W1 O +ATOM 23951 H1 TIP3X2436 18.680 11.020 -32.190 1.00 0.00 W1 H +ATOM 23952 H2 TIP3X2436 17.770 11.770 -31.250 1.00 0.00 W1 H +ATOM 23953 OH2 TIP3X2437 20.050 -13.070 24.650 1.00 0.00 W1 O +ATOM 23954 H1 TIP3X2437 20.610 -13.820 24.430 1.00 0.00 W1 H +ATOM 23955 H2 TIP3X2437 19.290 -13.170 24.070 1.00 0.00 W1 H +ATOM 23956 OH2 TIP3X2438 -42.870 42.440 -31.890 1.00 0.00 W1 O +ATOM 23957 H1 TIP3X2438 -41.990 42.110 -31.720 1.00 0.00 W1 H +ATOM 23958 H2 TIP3X2438 -42.760 43.400 -31.920 1.00 0.00 W1 H +ATOM 23959 OH2 TIP3X2439 -43.780 -18.010 23.650 1.00 0.00 W1 O +ATOM 23960 H1 TIP3X2439 -43.100 -17.960 24.320 1.00 0.00 W1 H +ATOM 23961 H2 TIP3X2439 -44.120 -17.130 23.570 1.00 0.00 W1 H +ATOM 23962 OH2 TIP3X2440 10.410 -23.040 -38.450 1.00 0.00 W1 O +ATOM 23963 H1 TIP3X2440 10.570 -23.930 -38.140 1.00 0.00 W1 H +ATOM 23964 H2 TIP3X2440 9.480 -23.020 -38.680 1.00 0.00 W1 H +ATOM 23965 OH2 TIP3X2441 28.780 27.120 -28.080 1.00 0.00 W1 O +ATOM 23966 H1 TIP3X2441 29.210 26.350 -27.720 1.00 0.00 W1 H +ATOM 23967 H2 TIP3X2441 28.890 27.040 -29.020 1.00 0.00 W1 H +ATOM 23968 OH2 TIP3X2442 -28.750 16.420 -16.260 1.00 0.00 W1 O +ATOM 23969 H1 TIP3X2442 -28.640 15.750 -15.600 1.00 0.00 W1 H +ATOM 23970 H2 TIP3X2442 -28.220 16.120 -17.010 1.00 0.00 W1 H +ATOM 23971 OH2 TIP3X2443 -17.930 32.610 -43.030 1.00 0.00 W1 O +ATOM 23972 H1 TIP3X2443 -17.460 32.280 -43.800 1.00 0.00 W1 H +ATOM 23973 H2 TIP3X2443 -18.160 33.510 -43.270 1.00 0.00 W1 H +ATOM 23974 OH2 TIP3X2444 -29.080 -27.880 -45.110 1.00 0.00 W1 O +ATOM 23975 H1 TIP3X2444 -28.130 -27.750 -45.100 1.00 0.00 W1 H +ATOM 23976 H2 TIP3X2444 -29.250 -28.400 -44.330 1.00 0.00 W1 H +ATOM 23977 OH2 TIP3X2445 39.260 -12.650 31.480 1.00 0.00 W1 O +ATOM 23978 H1 TIP3X2445 39.700 -12.910 30.680 1.00 0.00 W1 H +ATOM 23979 H2 TIP3X2445 39.160 -13.470 31.970 1.00 0.00 W1 H +ATOM 23980 OH2 TIP3X2446 -23.240 37.100 -25.630 1.00 0.00 W1 O +ATOM 23981 H1 TIP3X2446 -22.580 36.530 -25.200 1.00 0.00 W1 H +ATOM 23982 H2 TIP3X2446 -22.840 37.320 -26.460 1.00 0.00 W1 H +ATOM 23983 OH2 TIP3X2447 -21.370 -17.850 -22.460 1.00 0.00 W1 O +ATOM 23984 H1 TIP3X2447 -21.530 -18.590 -21.880 1.00 0.00 W1 H +ATOM 23985 H2 TIP3X2447 -22.130 -17.280 -22.340 1.00 0.00 W1 H +ATOM 23986 OH2 TIP3X2448 -28.260 -7.180 -41.110 1.00 0.00 W1 O +ATOM 23987 H1 TIP3X2448 -28.830 -6.560 -41.570 1.00 0.00 W1 H +ATOM 23988 H2 TIP3X2448 -28.710 -7.330 -40.280 1.00 0.00 W1 H +ATOM 23989 OH2 TIP3X2449 -29.520 -27.770 20.010 1.00 0.00 W1 O +ATOM 23990 H1 TIP3X2449 -29.440 -28.680 20.300 1.00 0.00 W1 H +ATOM 23991 H2 TIP3X2449 -30.420 -27.530 20.220 1.00 0.00 W1 H +ATOM 23992 OH2 TIP3X2450 33.810 17.160 -17.890 1.00 0.00 W1 O +ATOM 23993 H1 TIP3X2450 33.790 17.690 -17.090 1.00 0.00 W1 H +ATOM 23994 H2 TIP3X2450 33.130 16.500 -17.770 1.00 0.00 W1 H +ATOM 23995 OH2 TIP3X2451 26.780 -8.510 -13.030 1.00 0.00 W1 O +ATOM 23996 H1 TIP3X2451 27.110 -9.350 -13.330 1.00 0.00 W1 H +ATOM 23997 H2 TIP3X2451 27.410 -7.860 -13.340 1.00 0.00 W1 H +ATOM 23998 OH2 TIP3X2452 2.490 -24.460 -38.800 1.00 0.00 W1 O +ATOM 23999 H1 TIP3X2452 2.480 -25.380 -38.530 1.00 0.00 W1 H +ATOM 24000 H2 TIP3X2452 3.380 -24.150 -38.600 1.00 0.00 W1 H +ATOM 24001 OH2 TIP3X2453 39.900 -6.770 -43.110 1.00 0.00 W1 O +ATOM 24002 H1 TIP3X2453 39.110 -7.230 -43.400 1.00 0.00 W1 H +ATOM 24003 H2 TIP3X2453 40.380 -7.420 -42.600 1.00 0.00 W1 H +ATOM 24004 OH2 TIP3X2454 18.080 -23.030 27.620 1.00 0.00 W1 O +ATOM 24005 H1 TIP3X2454 18.540 -23.420 26.890 1.00 0.00 W1 H +ATOM 24006 H2 TIP3X2454 17.670 -23.770 28.070 1.00 0.00 W1 H +ATOM 24007 OH2 TIP3X2455 -34.980 -16.690 -46.850 1.00 0.00 W1 O +ATOM 24008 H1 TIP3X2455 -34.910 -16.620 -45.880 1.00 0.00 W1 H +ATOM 24009 H2 TIP3X2455 -34.500 -17.490 -47.060 1.00 0.00 W1 H +ATOM 24010 OH2 TIP3X2456 -17.870 -23.530 26.720 1.00 0.00 W1 O +ATOM 24011 H1 TIP3X2456 -18.820 -23.460 26.730 1.00 0.00 W1 H +ATOM 24012 H2 TIP3X2456 -17.690 -24.350 27.170 1.00 0.00 W1 H +ATOM 24013 OH2 TIP3X2457 45.470 13.420 34.950 1.00 0.00 W1 O +ATOM 24014 H1 TIP3X2457 45.930 12.610 35.200 1.00 0.00 W1 H +ATOM 24015 H2 TIP3X2457 45.690 13.550 34.030 1.00 0.00 W1 H +ATOM 24016 OH2 TIP3X2458 -39.140 -51.320 26.490 1.00 0.00 W1 O +ATOM 24017 H1 TIP3X2458 -38.800 -52.140 26.840 1.00 0.00 W1 H +ATOM 24018 H2 TIP3X2458 -39.190 -50.750 27.240 1.00 0.00 W1 H +ATOM 24019 OH2 TIP3X2459 18.910 -31.450 -18.910 1.00 0.00 W1 O +ATOM 24020 H1 TIP3X2459 18.170 -31.800 -18.420 1.00 0.00 W1 H +ATOM 24021 H2 TIP3X2459 19.240 -30.730 -18.360 1.00 0.00 W1 H +ATOM 24022 OH2 TIP3X2460 33.900 -38.820 31.400 1.00 0.00 W1 O +ATOM 24023 H1 TIP3X2460 34.630 -39.020 31.990 1.00 0.00 W1 H +ATOM 24024 H2 TIP3X2460 33.580 -37.970 31.710 1.00 0.00 W1 H +ATOM 24025 OH2 TIP3X2461 30.040 -8.600 -22.550 1.00 0.00 W1 O +ATOM 24026 H1 TIP3X2461 29.960 -9.160 -21.780 1.00 0.00 W1 H +ATOM 24027 H2 TIP3X2461 30.010 -9.200 -23.300 1.00 0.00 W1 H +ATOM 24028 OH2 TIP3X2462 -13.810 42.250 -29.820 1.00 0.00 W1 O +ATOM 24029 H1 TIP3X2462 -14.590 42.810 -29.790 1.00 0.00 W1 H +ATOM 24030 H2 TIP3X2462 -13.970 41.650 -30.550 1.00 0.00 W1 H +ATOM 24031 OH2 TIP3X2463 24.080 11.550 30.060 1.00 0.00 W1 O +ATOM 24032 H1 TIP3X2463 23.990 10.610 29.950 1.00 0.00 W1 H +ATOM 24033 H2 TIP3X2463 23.890 11.710 30.990 1.00 0.00 W1 H +ATOM 24034 OH2 TIP3X2464 20.620 -8.510 -48.180 1.00 0.00 W1 O +ATOM 24035 H1 TIP3X2464 21.300 -8.500 -48.850 1.00 0.00 W1 H +ATOM 24036 H2 TIP3X2464 21.090 -8.640 -47.360 1.00 0.00 W1 H +ATOM 24037 OH2 TIP3X2465 3.660 -14.660 -50.700 1.00 0.00 W1 O +ATOM 24038 H1 TIP3X2465 3.030 -15.170 -50.210 1.00 0.00 W1 H +ATOM 24039 H2 TIP3X2465 3.180 -14.340 -51.460 1.00 0.00 W1 H +ATOM 24040 OH2 TIP3X2466 -26.960 31.970 -33.390 1.00 0.00 W1 O +ATOM 24041 H1 TIP3X2466 -27.460 31.720 -34.160 1.00 0.00 W1 H +ATOM 24042 H2 TIP3X2466 -27.330 31.430 -32.690 1.00 0.00 W1 H +ATOM 24043 OH2 TIP3X2467 26.840 -19.630 27.030 1.00 0.00 W1 O +ATOM 24044 H1 TIP3X2467 25.940 -19.930 27.160 1.00 0.00 W1 H +ATOM 24045 H2 TIP3X2467 27.080 -19.200 27.850 1.00 0.00 W1 H +ATOM 24046 OH2 TIP3X2468 -5.440 15.210 24.940 1.00 0.00 W1 O +ATOM 24047 H1 TIP3X2468 -4.620 14.850 25.320 1.00 0.00 W1 H +ATOM 24048 H2 TIP3X2468 -6.070 15.180 25.650 1.00 0.00 W1 H +ATOM 24049 OH2 TIP3X2469 15.480 23.400 -43.530 1.00 0.00 W1 O +ATOM 24050 H1 TIP3X2469 14.990 24.150 -43.880 1.00 0.00 W1 H +ATOM 24051 H2 TIP3X2469 14.990 22.630 -43.830 1.00 0.00 W1 H +ATOM 24052 OH2 TIP3X2470 -19.200 -48.320 31.600 1.00 0.00 W1 O +ATOM 24053 H1 TIP3X2470 -18.340 -47.920 31.680 1.00 0.00 W1 H +ATOM 24054 H2 TIP3X2470 -19.600 -47.880 30.840 1.00 0.00 W1 H +ATOM 24055 OH2 TIP3X2471 13.260 26.740 -49.820 1.00 0.00 W1 O +ATOM 24056 H1 TIP3X2471 12.880 27.260 -50.520 1.00 0.00 W1 H +ATOM 24057 H2 TIP3X2471 12.850 27.070 -49.030 1.00 0.00 W1 H +ATOM 24058 OH2 TIP3X2472 38.460 -4.410 -24.300 1.00 0.00 W1 O +ATOM 24059 H1 TIP3X2472 38.570 -4.220 -23.370 1.00 0.00 W1 H +ATOM 24060 H2 TIP3X2472 38.210 -3.560 -24.690 1.00 0.00 W1 H +ATOM 24061 OH2 TIP3X2473 -1.120 17.890 -35.630 1.00 0.00 W1 O +ATOM 24062 H1 TIP3X2473 -0.760 17.400 -36.370 1.00 0.00 W1 H +ATOM 24063 H2 TIP3X2473 -0.750 18.760 -35.710 1.00 0.00 W1 H +ATOM 24064 OH2 TIP3X2474 11.160 12.730 -43.190 1.00 0.00 W1 O +ATOM 24065 H1 TIP3X2474 11.480 13.410 -42.590 1.00 0.00 W1 H +ATOM 24066 H2 TIP3X2474 11.440 13.020 -44.060 1.00 0.00 W1 H +ATOM 24067 OH2 TIP3X2475 -5.420 10.380 -32.190 1.00 0.00 W1 O +ATOM 24068 H1 TIP3X2475 -5.350 11.300 -32.420 1.00 0.00 W1 H +ATOM 24069 H2 TIP3X2475 -5.090 10.340 -31.280 1.00 0.00 W1 H +ATOM 24070 OH2 TIP3X2476 30.380 6.530 -15.410 1.00 0.00 W1 O +ATOM 24071 H1 TIP3X2476 30.040 7.210 -14.830 1.00 0.00 W1 H +ATOM 24072 H2 TIP3X2476 30.290 5.720 -14.900 1.00 0.00 W1 H +ATOM 24073 OH2 TIP3X2477 1.150 8.120 -31.230 1.00 0.00 W1 O +ATOM 24074 H1 TIP3X2477 1.380 7.190 -31.250 1.00 0.00 W1 H +ATOM 24075 H2 TIP3X2477 0.260 8.130 -30.880 1.00 0.00 W1 H +ATOM 24076 OH2 TIP3X2478 3.510 -3.670 -44.640 1.00 0.00 W1 O +ATOM 24077 H1 TIP3X2478 3.550 -3.010 -43.950 1.00 0.00 W1 H +ATOM 24078 H2 TIP3X2478 4.380 -4.040 -44.660 1.00 0.00 W1 H +ATOM 24079 OH2 TIP3X2479 8.100 -29.580 -47.930 1.00 0.00 W1 O +ATOM 24080 H1 TIP3X2479 7.590 -29.080 -48.560 1.00 0.00 W1 H +ATOM 24081 H2 TIP3X2479 8.350 -30.380 -48.400 1.00 0.00 W1 H +ATOM 24082 OH2 TIP3X2480 -35.460 -24.410 19.170 1.00 0.00 W1 O +ATOM 24083 H1 TIP3X2480 -36.120 -24.750 19.760 1.00 0.00 W1 H +ATOM 24084 H2 TIP3X2480 -35.950 -24.100 18.410 1.00 0.00 W1 H +ATOM 24085 OH2 TIP3X2481 28.260 -25.820 -12.490 1.00 0.00 W1 O +ATOM 24086 H1 TIP3X2481 27.480 -26.360 -12.330 1.00 0.00 W1 H +ATOM 24087 H2 TIP3X2481 27.940 -24.920 -12.410 1.00 0.00 W1 H +ATOM 24088 OH2 TIP3X2482 -35.440 -14.040 39.160 1.00 0.00 W1 O +ATOM 24089 H1 TIP3X2482 -34.750 -14.640 39.450 1.00 0.00 W1 H +ATOM 24090 H2 TIP3X2482 -36.250 -14.490 39.410 1.00 0.00 W1 H +ATOM 24091 OH2 TIP3X2483 2.540 -22.140 -40.220 1.00 0.00 W1 O +ATOM 24092 H1 TIP3X2483 2.340 -22.990 -39.830 1.00 0.00 W1 H +ATOM 24093 H2 TIP3X2483 2.290 -21.510 -39.540 1.00 0.00 W1 H +ATOM 24094 OH2 TIP3X2484 -18.580 -2.690 -47.080 1.00 0.00 W1 O +ATOM 24095 H1 TIP3X2484 -18.740 -3.620 -46.960 1.00 0.00 W1 H +ATOM 24096 H2 TIP3X2484 -17.880 -2.650 -47.740 1.00 0.00 W1 H +ATOM 24097 OH2 TIP3X2485 -2.300 36.510 -40.220 1.00 0.00 W1 O +ATOM 24098 H1 TIP3X2485 -3.100 36.030 -40.030 1.00 0.00 W1 H +ATOM 24099 H2 TIP3X2485 -2.530 37.430 -40.140 1.00 0.00 W1 H +ATOM 24100 OH2 TIP3X2486 -11.020 -47.450 13.530 1.00 0.00 W1 O +ATOM 24101 H1 TIP3X2486 -11.910 -47.120 13.450 1.00 0.00 W1 H +ATOM 24102 H2 TIP3X2486 -10.940 -47.760 14.430 1.00 0.00 W1 H +ATOM 24103 OH2 TIP3X2487 25.640 -48.370 20.570 1.00 0.00 W1 O +ATOM 24104 H1 TIP3X2487 25.690 -48.820 19.730 1.00 0.00 W1 H +ATOM 24105 H2 TIP3X2487 26.330 -48.780 21.110 1.00 0.00 W1 H +ATOM 24106 OH2 TIP3X2488 12.390 32.500 18.300 1.00 0.00 W1 O +ATOM 24107 H1 TIP3X2488 12.870 33.320 18.470 1.00 0.00 W1 H +ATOM 24108 H2 TIP3X2488 11.650 32.540 18.900 1.00 0.00 W1 H +ATOM 24109 OH2 TIP3X2489 38.870 9.990 -24.780 1.00 0.00 W1 O +ATOM 24110 H1 TIP3X2489 39.050 10.630 -25.470 1.00 0.00 W1 H +ATOM 24111 H2 TIP3X2489 37.930 9.770 -24.910 1.00 0.00 W1 H +ATOM 24112 OH2 TIP3X2490 5.940 7.490 -35.990 1.00 0.00 W1 O +ATOM 24113 H1 TIP3X2490 5.420 8.260 -36.220 1.00 0.00 W1 H +ATOM 24114 H2 TIP3X2490 6.040 7.010 -36.810 1.00 0.00 W1 H +ATOM 24115 OH2 TIP3X2491 1.200 37.510 -18.590 1.00 0.00 W1 O +ATOM 24116 H1 TIP3X2491 0.460 37.690 -19.170 1.00 0.00 W1 H +ATOM 24117 H2 TIP3X2491 1.580 38.360 -18.410 1.00 0.00 W1 H +ATOM 24118 OH2 TIP3X2492 15.630 -16.200 -48.300 1.00 0.00 W1 O +ATOM 24119 H1 TIP3X2492 15.330 -17.070 -48.570 1.00 0.00 W1 H +ATOM 24120 H2 TIP3X2492 16.580 -16.290 -48.230 1.00 0.00 W1 H +ATOM 24121 OH2 TIP3X2493 8.980 -21.360 -34.970 1.00 0.00 W1 O +ATOM 24122 H1 TIP3X2493 9.470 -20.550 -34.830 1.00 0.00 W1 H +ATOM 24123 H2 TIP3X2493 8.090 -21.070 -35.160 1.00 0.00 W1 H +ATOM 24124 OH2 TIP3X2494 -14.860 27.260 33.160 1.00 0.00 W1 O +ATOM 24125 H1 TIP3X2494 -13.990 26.920 32.930 1.00 0.00 W1 H +ATOM 24126 H2 TIP3X2494 -14.700 28.170 33.400 1.00 0.00 W1 H +ATOM 24127 OH2 TIP3X2495 46.830 -32.070 18.030 1.00 0.00 W1 O +ATOM 24128 H1 TIP3X2495 46.170 -31.600 18.550 1.00 0.00 W1 H +ATOM 24129 H2 TIP3X2495 46.730 -32.980 18.300 1.00 0.00 W1 H +ATOM 24130 OH2 TIP3X2496 -11.860 33.740 22.980 1.00 0.00 W1 O +ATOM 24131 H1 TIP3X2496 -12.250 33.280 22.230 1.00 0.00 W1 H +ATOM 24132 H2 TIP3X2496 -12.180 33.260 23.750 1.00 0.00 W1 H +ATOM 24133 OH2 TIP3X2497 -19.900 -35.930 -20.230 1.00 0.00 W1 O +ATOM 24134 H1 TIP3X2497 -19.520 -36.470 -19.540 1.00 0.00 W1 H +ATOM 24135 H2 TIP3X2497 -19.340 -35.160 -20.250 1.00 0.00 W1 H +ATOM 24136 OH2 TIP3X2498 33.720 3.450 27.980 1.00 0.00 W1 O +ATOM 24137 H1 TIP3X2498 34.320 4.130 27.710 1.00 0.00 W1 H +ATOM 24138 H2 TIP3X2498 33.600 2.910 27.200 1.00 0.00 W1 H +ATOM 24139 OH2 TIP3X2499 10.780 -28.370 26.430 1.00 0.00 W1 O +ATOM 24140 H1 TIP3X2499 10.530 -28.680 25.560 1.00 0.00 W1 H +ATOM 24141 H2 TIP3X2499 11.740 -28.280 26.380 1.00 0.00 W1 H +ATOM 24142 OH2 TIP3X2500 5.460 20.870 15.140 1.00 0.00 W1 O +ATOM 24143 H1 TIP3X2500 5.450 20.410 15.990 1.00 0.00 W1 H +ATOM 24144 H2 TIP3X2500 4.720 21.470 15.180 1.00 0.00 W1 H +ATOM 24145 OH2 TIP3X2501 45.130 13.580 27.700 1.00 0.00 W1 O +ATOM 24146 H1 TIP3X2501 44.980 13.560 28.640 1.00 0.00 W1 H +ATOM 24147 H2 TIP3X2501 44.450 14.170 27.360 1.00 0.00 W1 H +ATOM 24148 OH2 TIP3X2502 -27.710 -11.030 -41.690 1.00 0.00 W1 O +ATOM 24149 H1 TIP3X2502 -27.810 -11.380 -40.810 1.00 0.00 W1 H +ATOM 24150 H2 TIP3X2502 -27.540 -11.800 -42.240 1.00 0.00 W1 H +ATOM 24151 OH2 TIP3X2503 -39.530 -22.730 -45.700 1.00 0.00 W1 O +ATOM 24152 H1 TIP3X2503 -40.390 -22.440 -45.400 1.00 0.00 W1 H +ATOM 24153 H2 TIP3X2503 -39.500 -23.650 -45.440 1.00 0.00 W1 H +ATOM 24154 OH2 TIP3X2504 1.010 -1.550 -50.830 1.00 0.00 W1 O +ATOM 24155 H1 TIP3X2504 0.170 -1.830 -51.190 1.00 0.00 W1 H +ATOM 24156 H2 TIP3X2504 0.960 -0.590 -50.830 1.00 0.00 W1 H +ATOM 24157 OH2 TIP3X2505 -36.390 31.600 -12.710 1.00 0.00 W1 O +ATOM 24158 H1 TIP3X2505 -36.000 31.390 -13.560 1.00 0.00 W1 H +ATOM 24159 H2 TIP3X2505 -36.920 32.390 -12.880 1.00 0.00 W1 H +ATOM 24160 OH2 TIP3X2506 -33.560 -4.960 18.400 1.00 0.00 W1 O +ATOM 24161 H1 TIP3X2506 -32.670 -5.280 18.300 1.00 0.00 W1 H +ATOM 24162 H2 TIP3X2506 -33.720 -4.480 17.580 1.00 0.00 W1 H +ATOM 24163 OH2 TIP3X2507 -33.540 -46.120 -50.410 1.00 0.00 W1 O +ATOM 24164 H1 TIP3X2507 -32.860 -45.520 -50.110 1.00 0.00 W1 H +ATOM 24165 H2 TIP3X2507 -34.130 -45.570 -50.930 1.00 0.00 W1 H +ATOM 24166 OH2 TIP3X2508 13.930 28.240 19.880 1.00 0.00 W1 O +ATOM 24167 H1 TIP3X2508 14.180 27.480 20.420 1.00 0.00 W1 H +ATOM 24168 H2 TIP3X2508 14.570 28.900 20.100 1.00 0.00 W1 H +ATOM 24169 OH2 TIP3X2509 -7.190 23.440 -27.390 1.00 0.00 W1 O +ATOM 24170 H1 TIP3X2509 -7.400 24.330 -27.660 1.00 0.00 W1 H +ATOM 24171 H2 TIP3X2509 -6.930 23.510 -26.480 1.00 0.00 W1 H +ATOM 24172 OH2 TIP3X2510 -42.950 -47.890 36.410 1.00 0.00 W1 O +ATOM 24173 H1 TIP3X2510 -43.150 -48.040 37.330 1.00 0.00 W1 H +ATOM 24174 H2 TIP3X2510 -42.940 -46.930 36.320 1.00 0.00 W1 H +ATOM 24175 OH2 TIP3X2511 33.590 8.960 -11.930 1.00 0.00 W1 O +ATOM 24176 H1 TIP3X2511 34.110 9.230 -11.170 1.00 0.00 W1 H +ATOM 24177 H2 TIP3X2511 34.140 8.340 -12.400 1.00 0.00 W1 H +ATOM 24178 OH2 TIP3X2512 43.250 -12.800 -39.130 1.00 0.00 W1 O +ATOM 24179 H1 TIP3X2512 43.650 -12.830 -38.260 1.00 0.00 W1 H +ATOM 24180 H2 TIP3X2512 43.760 -13.420 -39.650 1.00 0.00 W1 H +ATOM 24181 OH2 TIP3X2513 -25.340 31.400 -18.990 1.00 0.00 W1 O +ATOM 24182 H1 TIP3X2513 -26.280 31.540 -18.900 1.00 0.00 W1 H +ATOM 24183 H2 TIP3X2513 -25.250 30.480 -19.220 1.00 0.00 W1 H +ATOM 24184 OH2 TIP3X2514 -17.410 4.280 -17.930 1.00 0.00 W1 O +ATOM 24185 H1 TIP3X2514 -17.650 4.090 -17.020 1.00 0.00 W1 H +ATOM 24186 H2 TIP3X2514 -16.840 5.040 -17.870 1.00 0.00 W1 H +ATOM 24187 OH2 TIP3X2515 -31.130 -30.200 -36.470 1.00 0.00 W1 O +ATOM 24188 H1 TIP3X2515 -31.140 -30.950 -37.070 1.00 0.00 W1 H +ATOM 24189 H2 TIP3X2515 -30.730 -29.490 -36.980 1.00 0.00 W1 H +ATOM 24190 OH2 TIP3X2516 -11.000 -42.140 -32.360 1.00 0.00 W1 O +ATOM 24191 H1 TIP3X2516 -10.190 -41.970 -32.830 1.00 0.00 W1 H +ATOM 24192 H2 TIP3X2516 -11.530 -42.640 -32.990 1.00 0.00 W1 H +ATOM 24193 OH2 TIP3X2517 -8.770 -28.690 26.940 1.00 0.00 W1 O +ATOM 24194 H1 TIP3X2517 -8.880 -28.110 26.180 1.00 0.00 W1 H +ATOM 24195 H2 TIP3X2517 -8.760 -29.570 26.560 1.00 0.00 W1 H +ATOM 24196 OH2 TIP3X2518 31.430 -8.570 37.960 1.00 0.00 W1 O +ATOM 24197 H1 TIP3X2518 31.310 -8.480 37.020 1.00 0.00 W1 H +ATOM 24198 H2 TIP3X2518 31.690 -9.490 38.070 1.00 0.00 W1 H +ATOM 24199 OH2 TIP3X2519 8.900 -48.430 21.070 1.00 0.00 W1 O +ATOM 24200 H1 TIP3X2519 8.260 -48.510 21.780 1.00 0.00 W1 H +ATOM 24201 H2 TIP3X2519 8.760 -47.560 20.710 1.00 0.00 W1 H +ATOM 24202 OH2 TIP3X2520 41.580 -1.770 -19.440 1.00 0.00 W1 O +ATOM 24203 H1 TIP3X2520 41.570 -0.810 -19.450 1.00 0.00 W1 H +ATOM 24204 H2 TIP3X2520 40.860 -2.020 -18.880 1.00 0.00 W1 H +ATOM 24205 OH2 TIP3X2521 13.970 -42.470 -30.900 1.00 0.00 W1 O +ATOM 24206 H1 TIP3X2521 14.860 -42.700 -31.140 1.00 0.00 W1 H +ATOM 24207 H2 TIP3X2521 13.420 -42.880 -31.570 1.00 0.00 W1 H +ATOM 24208 OH2 TIP3X2522 45.440 -40.390 -43.040 1.00 0.00 W1 O +ATOM 24209 H1 TIP3X2522 46.220 -40.170 -43.560 1.00 0.00 W1 H +ATOM 24210 H2 TIP3X2522 45.030 -41.100 -43.530 1.00 0.00 W1 H +ATOM 24211 OH2 TIP3X2523 24.560 -31.330 -31.930 1.00 0.00 W1 O +ATOM 24212 H1 TIP3X2523 24.250 -30.810 -31.190 1.00 0.00 W1 H +ATOM 24213 H2 TIP3X2523 23.790 -31.460 -32.470 1.00 0.00 W1 H +ATOM 24214 OH2 TIP3X2524 -31.190 22.310 -22.630 1.00 0.00 W1 O +ATOM 24215 H1 TIP3X2524 -31.660 21.860 -23.330 1.00 0.00 W1 H +ATOM 24216 H2 TIP3X2524 -31.580 23.190 -22.620 1.00 0.00 W1 H +ATOM 24217 OH2 TIP3X2525 -35.300 30.250 23.740 1.00 0.00 W1 O +ATOM 24218 H1 TIP3X2525 -35.650 29.380 23.940 1.00 0.00 W1 H +ATOM 24219 H2 TIP3X2525 -35.560 30.780 24.490 1.00 0.00 W1 H +ATOM 24220 OH2 TIP3X2526 -35.820 25.420 -27.380 1.00 0.00 W1 O +ATOM 24221 H1 TIP3X2526 -35.950 26.290 -27.730 1.00 0.00 W1 H +ATOM 24222 H2 TIP3X2526 -34.910 25.200 -27.610 1.00 0.00 W1 H +ATOM 24223 OH2 TIP3X2527 9.580 -45.530 -47.460 1.00 0.00 W1 O +ATOM 24224 H1 TIP3X2527 9.600 -44.690 -47.910 1.00 0.00 W1 H +ATOM 24225 H2 TIP3X2527 10.190 -46.090 -47.940 1.00 0.00 W1 H +ATOM 24226 OH2 TIP3X2528 -23.740 35.820 14.780 1.00 0.00 W1 O +ATOM 24227 H1 TIP3X2528 -23.150 36.550 14.590 1.00 0.00 W1 H +ATOM 24228 H2 TIP3X2528 -23.320 35.060 14.390 1.00 0.00 W1 H +ATOM 24229 OH2 TIP3X2529 3.610 -28.040 30.570 1.00 0.00 W1 O +ATOM 24230 H1 TIP3X2529 3.050 -28.390 31.260 1.00 0.00 W1 H +ATOM 24231 H2 TIP3X2529 3.440 -28.590 29.810 1.00 0.00 W1 H +ATOM 24232 OH2 TIP3X2530 -31.230 -21.780 28.220 1.00 0.00 W1 O +ATOM 24233 H1 TIP3X2530 -31.080 -22.720 28.280 1.00 0.00 W1 H +ATOM 24234 H2 TIP3X2530 -30.920 -21.430 29.060 1.00 0.00 W1 H +ATOM 24235 OH2 TIP3X2531 -25.360 -50.390 36.220 1.00 0.00 W1 O +ATOM 24236 H1 TIP3X2531 -24.500 -50.840 36.260 1.00 0.00 W1 H +ATOM 24237 H2 TIP3X2531 -25.950 -51.040 35.840 1.00 0.00 W1 H +ATOM 24238 OH2 TIP3X2532 -6.400 13.370 -31.570 1.00 0.00 W1 O +ATOM 24239 H1 TIP3X2532 -6.220 13.920 -30.800 1.00 0.00 W1 H +ATOM 24240 H2 TIP3X2532 -5.550 13.060 -31.860 1.00 0.00 W1 H +ATOM 24241 OH2 TIP3X2533 -42.500 0.800 -34.530 1.00 0.00 W1 O +ATOM 24242 H1 TIP3X2533 -43.420 0.860 -34.290 1.00 0.00 W1 H +ATOM 24243 H2 TIP3X2533 -42.170 0.050 -34.020 1.00 0.00 W1 H +ATOM 24244 OH2 TIP3X2534 18.460 36.860 -23.800 1.00 0.00 W1 O +ATOM 24245 H1 TIP3X2534 19.290 37.340 -23.860 1.00 0.00 W1 H +ATOM 24246 H2 TIP3X2534 18.200 36.720 -24.710 1.00 0.00 W1 H +ATOM 24247 OH2 TIP3X2535 -27.850 -49.530 36.110 1.00 0.00 W1 O +ATOM 24248 H1 TIP3X2535 -27.820 -49.480 35.160 1.00 0.00 W1 H +ATOM 24249 H2 TIP3X2535 -26.970 -49.290 36.400 1.00 0.00 W1 H +ATOM 24250 OH2 TIP3X2536 41.500 19.090 -6.510 1.00 0.00 W1 O +ATOM 24251 H1 TIP3X2536 42.440 19.260 -6.460 1.00 0.00 W1 H +ATOM 24252 H2 TIP3X2536 41.220 19.060 -5.600 1.00 0.00 W1 H +ATOM 24253 OH2 TIP3X2537 4.990 17.410 24.520 1.00 0.00 W1 O +ATOM 24254 H1 TIP3X2537 5.810 17.690 24.130 1.00 0.00 W1 H +ATOM 24255 H2 TIP3X2537 4.890 17.950 25.310 1.00 0.00 W1 H +ATOM 24256 OH2 TIP3X2538 0.490 -8.900 -42.640 1.00 0.00 W1 O +ATOM 24257 H1 TIP3X2538 0.450 -8.520 -43.510 1.00 0.00 W1 H +ATOM 24258 H2 TIP3X2538 -0.350 -9.370 -42.540 1.00 0.00 W1 H +ATOM 24259 OH2 TIP3X2539 -11.450 -40.270 -30.660 1.00 0.00 W1 O +ATOM 24260 H1 TIP3X2539 -10.540 -40.040 -30.440 1.00 0.00 W1 H +ATOM 24261 H2 TIP3X2539 -11.370 -40.830 -31.430 1.00 0.00 W1 H +ATOM 24262 OH2 TIP3X2540 8.490 25.400 -42.230 1.00 0.00 W1 O +ATOM 24263 H1 TIP3X2540 7.880 25.440 -42.970 1.00 0.00 W1 H +ATOM 24264 H2 TIP3X2540 8.840 26.290 -42.180 1.00 0.00 W1 H +ATOM 24265 OH2 TIP3X2541 -4.390 43.550 -34.650 1.00 0.00 W1 O +ATOM 24266 H1 TIP3X2541 -3.640 43.320 -34.100 1.00 0.00 W1 H +ATOM 24267 H2 TIP3X2541 -4.040 43.520 -35.540 1.00 0.00 W1 H +ATOM 24268 OH2 TIP3X2542 28.300 -25.000 -17.920 1.00 0.00 W1 O +ATOM 24269 H1 TIP3X2542 28.400 -25.190 -16.990 1.00 0.00 W1 H +ATOM 24270 H2 TIP3X2542 28.940 -24.320 -18.110 1.00 0.00 W1 H +ATOM 24271 OH2 TIP3X2543 -3.840 32.690 -27.320 1.00 0.00 W1 O +ATOM 24272 H1 TIP3X2543 -4.070 33.560 -27.010 1.00 0.00 W1 H +ATOM 24273 H2 TIP3X2543 -4.420 32.540 -28.070 1.00 0.00 W1 H +ATOM 24274 OH2 TIP3X2544 13.580 18.550 -36.180 1.00 0.00 W1 O +ATOM 24275 H1 TIP3X2544 13.130 18.870 -36.960 1.00 0.00 W1 H +ATOM 24276 H2 TIP3X2544 13.380 17.620 -36.150 1.00 0.00 W1 H +ATOM 24277 OH2 TIP3X2545 25.930 25.980 -18.520 1.00 0.00 W1 O +ATOM 24278 H1 TIP3X2545 25.060 25.980 -18.120 1.00 0.00 W1 H +ATOM 24279 H2 TIP3X2545 26.180 26.900 -18.560 1.00 0.00 W1 H +ATOM 24280 OH2 TIP3X2546 -8.870 -42.040 -33.770 1.00 0.00 W1 O +ATOM 24281 H1 TIP3X2546 -8.350 -42.810 -33.550 1.00 0.00 W1 H +ATOM 24282 H2 TIP3X2546 -9.060 -42.130 -34.710 1.00 0.00 W1 H +ATOM 24283 OH2 TIP3X2547 -34.170 35.140 25.000 1.00 0.00 W1 O +ATOM 24284 H1 TIP3X2547 -34.360 35.060 25.950 1.00 0.00 W1 H +ATOM 24285 H2 TIP3X2547 -33.810 36.010 24.900 1.00 0.00 W1 H +ATOM 24286 OH2 TIP3X2548 -23.360 -23.400 27.370 1.00 0.00 W1 O +ATOM 24287 H1 TIP3X2548 -22.460 -23.710 27.530 1.00 0.00 W1 H +ATOM 24288 H2 TIP3X2548 -23.800 -23.470 28.220 1.00 0.00 W1 H +ATOM 24289 OH2 TIP3X2549 -41.320 18.450 -13.180 1.00 0.00 W1 O +ATOM 24290 H1 TIP3X2549 -41.600 19.250 -13.620 1.00 0.00 W1 H +ATOM 24291 H2 TIP3X2549 -40.950 18.760 -12.340 1.00 0.00 W1 H +ATOM 24292 OH2 TIP3X2550 32.320 -8.710 22.890 1.00 0.00 W1 O +ATOM 24293 H1 TIP3X2550 31.800 -8.120 22.330 1.00 0.00 W1 H +ATOM 24294 H2 TIP3X2550 32.900 -8.120 23.370 1.00 0.00 W1 H +ATOM 24295 OH2 TIP3X2551 -5.650 17.860 37.770 1.00 0.00 W1 O +ATOM 24296 H1 TIP3X2551 -5.070 17.630 37.040 1.00 0.00 W1 H +ATOM 24297 H2 TIP3X2551 -5.860 18.780 37.630 1.00 0.00 W1 H +ATOM 24298 OH2 TIP3X2552 -32.530 26.560 -43.380 1.00 0.00 W1 O +ATOM 24299 H1 TIP3X2552 -33.380 26.790 -43.740 1.00 0.00 W1 H +ATOM 24300 H2 TIP3X2552 -32.250 27.350 -42.900 1.00 0.00 W1 H +ATOM 24301 OH2 TIP3X2553 40.360 32.610 -11.790 1.00 0.00 W1 O +ATOM 24302 H1 TIP3X2553 39.590 32.560 -11.230 1.00 0.00 W1 H +ATOM 24303 H2 TIP3X2553 40.540 31.700 -12.030 1.00 0.00 W1 H +ATOM 24304 OH2 TIP3X2554 -25.310 0.250 27.980 1.00 0.00 W1 O +ATOM 24305 H1 TIP3X2554 -25.560 -0.530 27.470 1.00 0.00 W1 H +ATOM 24306 H2 TIP3X2554 -26.080 0.810 27.950 1.00 0.00 W1 H +ATOM 24307 OH2 TIP3X2555 -23.290 37.570 31.840 1.00 0.00 W1 O +ATOM 24308 H1 TIP3X2555 -22.680 37.340 31.130 1.00 0.00 W1 H +ATOM 24309 H2 TIP3X2555 -23.000 37.040 32.580 1.00 0.00 W1 H +ATOM 24310 OH2 TIP3X2556 -39.540 -21.370 -27.210 1.00 0.00 W1 O +ATOM 24311 H1 TIP3X2556 -40.100 -21.530 -27.960 1.00 0.00 W1 H +ATOM 24312 H2 TIP3X2556 -39.790 -20.490 -26.920 1.00 0.00 W1 H +ATOM 24313 OH2 TIP3X2557 -35.630 12.670 -45.770 1.00 0.00 W1 O +ATOM 24314 H1 TIP3X2557 -35.020 13.350 -46.050 1.00 0.00 W1 H +ATOM 24315 H2 TIP3X2557 -35.260 11.860 -46.120 1.00 0.00 W1 H +ATOM 24316 OH2 TIP3X2558 -16.530 19.920 26.060 1.00 0.00 W1 O +ATOM 24317 H1 TIP3X2558 -17.080 19.960 26.850 1.00 0.00 W1 H +ATOM 24318 H2 TIP3X2558 -15.730 20.380 26.310 1.00 0.00 W1 H +ATOM 24319 OH2 TIP3X2559 -36.840 5.930 22.910 1.00 0.00 W1 O +ATOM 24320 H1 TIP3X2559 -36.040 5.550 23.260 1.00 0.00 W1 H +ATOM 24321 H2 TIP3X2559 -36.570 6.720 22.460 1.00 0.00 W1 H +ATOM 24322 OH2 TIP3X2560 47.900 -0.610 -24.870 1.00 0.00 W1 O +ATOM 24323 H1 TIP3X2560 48.100 -0.870 -23.970 1.00 0.00 W1 H +ATOM 24324 H2 TIP3X2560 46.990 -0.850 -25.010 1.00 0.00 W1 H +ATOM 24325 OH2 TIP3X2561 18.500 3.610 -26.770 1.00 0.00 W1 O +ATOM 24326 H1 TIP3X2561 19.180 4.130 -27.210 1.00 0.00 W1 H +ATOM 24327 H2 TIP3X2561 18.650 3.760 -25.830 1.00 0.00 W1 H +ATOM 24328 OH2 TIP3X2562 -4.740 41.000 20.130 1.00 0.00 W1 O +ATOM 24329 H1 TIP3X2562 -5.190 41.350 19.370 1.00 0.00 W1 H +ATOM 24330 H2 TIP3X2562 -3.810 40.980 19.860 1.00 0.00 W1 H +ATOM 24331 OH2 TIP3X2563 24.740 -43.160 -51.750 1.00 0.00 W1 O +ATOM 24332 H1 TIP3X2563 25.500 -42.570 -51.750 1.00 0.00 W1 H +ATOM 24333 H2 TIP3X2563 25.050 -43.950 -51.310 1.00 0.00 W1 H +ATOM 24334 OH2 TIP3X2564 25.720 -17.000 -21.180 1.00 0.00 W1 O +ATOM 24335 H1 TIP3X2564 25.770 -16.140 -20.740 1.00 0.00 W1 H +ATOM 24336 H2 TIP3X2564 26.160 -17.600 -20.600 1.00 0.00 W1 H +ATOM 24337 OH2 TIP3X2565 -9.150 -21.690 -22.520 1.00 0.00 W1 O +ATOM 24338 H1 TIP3X2565 -8.520 -22.310 -22.900 1.00 0.00 W1 H +ATOM 24339 H2 TIP3X2565 -9.970 -22.160 -22.480 1.00 0.00 W1 H +ATOM 24340 OH2 TIP3X2566 7.300 8.860 36.740 1.00 0.00 W1 O +ATOM 24341 H1 TIP3X2566 6.730 8.640 37.480 1.00 0.00 W1 H +ATOM 24342 H2 TIP3X2566 6.690 9.050 36.020 1.00 0.00 W1 H +ATOM 24343 OH2 TIP3X2567 -30.570 -34.650 15.830 1.00 0.00 W1 O +ATOM 24344 H1 TIP3X2567 -31.380 -34.170 15.670 1.00 0.00 W1 H +ATOM 24345 H2 TIP3X2567 -29.870 -34.080 15.510 1.00 0.00 W1 H +ATOM 24346 OH2 TIP3X2568 -42.690 30.880 -43.090 1.00 0.00 W1 O +ATOM 24347 H1 TIP3X2568 -42.060 30.150 -43.220 1.00 0.00 W1 H +ATOM 24348 H2 TIP3X2568 -43.060 30.710 -42.220 1.00 0.00 W1 H +ATOM 24349 OH2 TIP3X2569 -42.920 -0.180 -17.430 1.00 0.00 W1 O +ATOM 24350 H1 TIP3X2569 -43.400 0.160 -18.180 1.00 0.00 W1 H +ATOM 24351 H2 TIP3X2569 -42.910 -1.130 -17.570 1.00 0.00 W1 H +ATOM 24352 OH2 TIP3X2570 40.940 -14.020 -14.140 1.00 0.00 W1 O +ATOM 24353 H1 TIP3X2570 41.740 -13.640 -13.770 1.00 0.00 W1 H +ATOM 24354 H2 TIP3X2570 41.250 -14.550 -14.880 1.00 0.00 W1 H +ATOM 24355 OH2 TIP3X2571 12.350 -26.710 -19.660 1.00 0.00 W1 O +ATOM 24356 H1 TIP3X2571 13.140 -27.170 -19.960 1.00 0.00 W1 H +ATOM 24357 H2 TIP3X2571 12.610 -26.320 -18.830 1.00 0.00 W1 H +ATOM 24358 OH2 TIP3X2572 21.670 27.910 13.340 1.00 0.00 W1 O +ATOM 24359 H1 TIP3X2572 21.230 28.390 14.040 1.00 0.00 W1 H +ATOM 24360 H2 TIP3X2572 21.900 28.590 12.700 1.00 0.00 W1 H +ATOM 24361 OH2 TIP3X2573 19.040 -37.290 -46.330 1.00 0.00 W1 O +ATOM 24362 H1 TIP3X2573 19.670 -36.850 -46.900 1.00 0.00 W1 H +ATOM 24363 H2 TIP3X2573 18.200 -36.880 -46.540 1.00 0.00 W1 H +ATOM 24364 OH2 TIP3X2574 16.910 6.980 -31.470 1.00 0.00 W1 O +ATOM 24365 H1 TIP3X2574 17.660 7.540 -31.280 1.00 0.00 W1 H +ATOM 24366 H2 TIP3X2574 17.130 6.570 -32.300 1.00 0.00 W1 H +ATOM 24367 OH2 TIP3X2575 10.920 40.920 -30.200 1.00 0.00 W1 O +ATOM 24368 H1 TIP3X2575 10.190 40.400 -29.840 1.00 0.00 W1 H +ATOM 24369 H2 TIP3X2575 11.050 40.560 -31.090 1.00 0.00 W1 H +ATOM 24370 OH2 TIP3X2576 -38.300 -27.270 33.060 1.00 0.00 W1 O +ATOM 24371 H1 TIP3X2576 -38.920 -26.970 32.410 1.00 0.00 W1 H +ATOM 24372 H2 TIP3X2576 -38.700 -28.060 33.420 1.00 0.00 W1 H +ATOM 24373 OH2 TIP3X2577 40.590 40.570 28.400 1.00 0.00 W1 O +ATOM 24374 H1 TIP3X2577 41.140 39.910 28.810 1.00 0.00 W1 H +ATOM 24375 H2 TIP3X2577 41.180 41.320 28.250 1.00 0.00 W1 H +ATOM 24376 OH2 TIP3X2578 47.560 -1.940 -21.430 1.00 0.00 W1 O +ATOM 24377 H1 TIP3X2578 48.110 -2.590 -21.880 1.00 0.00 W1 H +ATOM 24378 H2 TIP3X2578 47.330 -2.360 -20.610 1.00 0.00 W1 H +ATOM 24379 OH2 TIP3X2579 -1.050 4.100 -28.840 1.00 0.00 W1 O +ATOM 24380 H1 TIP3X2579 -1.290 3.480 -29.520 1.00 0.00 W1 H +ATOM 24381 H2 TIP3X2579 -1.850 4.590 -28.640 1.00 0.00 W1 H +ATOM 24382 OH2 TIP3X2580 1.440 -32.830 -26.000 1.00 0.00 W1 O +ATOM 24383 H1 TIP3X2580 1.900 -32.440 -25.250 1.00 0.00 W1 H +ATOM 24384 H2 TIP3X2580 2.010 -32.680 -26.750 1.00 0.00 W1 H +ATOM 24385 OH2 TIP3X2581 -6.460 -20.290 -44.800 1.00 0.00 W1 O +ATOM 24386 H1 TIP3X2581 -6.180 -20.040 -43.920 1.00 0.00 W1 H +ATOM 24387 H2 TIP3X2581 -7.390 -20.490 -44.720 1.00 0.00 W1 H +ATOM 24388 OH2 TIP3X2582 22.700 -47.320 34.740 1.00 0.00 W1 O +ATOM 24389 H1 TIP3X2582 22.110 -48.030 34.980 1.00 0.00 W1 H +ATOM 24390 H2 TIP3X2582 22.750 -46.770 35.520 1.00 0.00 W1 H +ATOM 24391 OH2 TIP3X2583 -21.720 4.170 -45.960 1.00 0.00 W1 O +ATOM 24392 H1 TIP3X2583 -20.910 4.050 -45.440 1.00 0.00 W1 H +ATOM 24393 H2 TIP3X2583 -22.270 4.720 -45.410 1.00 0.00 W1 H +ATOM 24394 OH2 TIP3X2584 -14.680 -37.070 -26.910 1.00 0.00 W1 O +ATOM 24395 H1 TIP3X2584 -13.990 -36.940 -27.570 1.00 0.00 W1 H +ATOM 24396 H2 TIP3X2584 -15.240 -37.750 -27.300 1.00 0.00 W1 H +ATOM 24397 OH2 TIP3X2585 27.930 -15.290 -41.460 1.00 0.00 W1 O +ATOM 24398 H1 TIP3X2585 28.670 -14.700 -41.610 1.00 0.00 W1 H +ATOM 24399 H2 TIP3X2585 28.290 -16.170 -41.540 1.00 0.00 W1 H +ATOM 24400 OH2 TIP3X2586 34.890 14.330 -43.050 1.00 0.00 W1 O +ATOM 24401 H1 TIP3X2586 34.150 14.230 -43.630 1.00 0.00 W1 H +ATOM 24402 H2 TIP3X2586 34.780 15.200 -42.670 1.00 0.00 W1 H +ATOM 24403 OH2 TIP3X2587 -13.510 33.140 25.280 1.00 0.00 W1 O +ATOM 24404 H1 TIP3X2587 -14.340 33.590 25.390 1.00 0.00 W1 H +ATOM 24405 H2 TIP3X2587 -13.080 33.220 26.130 1.00 0.00 W1 H +ATOM 24406 OH2 TIP3X2588 26.110 -13.690 -13.410 1.00 0.00 W1 O +ATOM 24407 H1 TIP3X2588 26.980 -13.520 -13.770 1.00 0.00 W1 H +ATOM 24408 H2 TIP3X2588 26.210 -14.500 -12.910 1.00 0.00 W1 H +ATOM 24409 OH2 TIP3X2589 23.910 22.080 -22.960 1.00 0.00 W1 O +ATOM 24410 H1 TIP3X2589 24.210 22.840 -22.440 1.00 0.00 W1 H +ATOM 24411 H2 TIP3X2589 22.970 22.230 -23.050 1.00 0.00 W1 H +ATOM 24412 OH2 TIP3X2590 39.500 33.880 -36.170 1.00 0.00 W1 O +ATOM 24413 H1 TIP3X2590 39.730 33.560 -35.290 1.00 0.00 W1 H +ATOM 24414 H2 TIP3X2590 38.830 34.540 -36.000 1.00 0.00 W1 H +ATOM 24415 OH2 TIP3X2591 13.850 0.960 -18.330 1.00 0.00 W1 O +ATOM 24416 H1 TIP3X2591 14.620 0.830 -17.800 1.00 0.00 W1 H +ATOM 24417 H2 TIP3X2591 14.160 1.450 -19.090 1.00 0.00 W1 H +ATOM 24418 OH2 TIP3X2592 4.060 37.750 -17.810 1.00 0.00 W1 O +ATOM 24419 H1 TIP3X2592 3.240 37.310 -17.670 1.00 0.00 W1 H +ATOM 24420 H2 TIP3X2592 4.220 38.240 -17.010 1.00 0.00 W1 H +ATOM 24421 OH2 TIP3X2593 17.970 16.240 -18.870 1.00 0.00 W1 O +ATOM 24422 H1 TIP3X2593 17.020 16.360 -18.990 1.00 0.00 W1 H +ATOM 24423 H2 TIP3X2593 18.340 16.470 -19.730 1.00 0.00 W1 H +ATOM 24424 OH2 TIP3X2594 -22.640 -29.780 20.370 1.00 0.00 W1 O +ATOM 24425 H1 TIP3X2594 -22.060 -29.200 19.850 1.00 0.00 W1 H +ATOM 24426 H2 TIP3X2594 -22.880 -30.480 19.780 1.00 0.00 W1 H +ATOM 24427 OH2 TIP3X2595 9.180 40.480 32.660 1.00 0.00 W1 O +ATOM 24428 H1 TIP3X2595 9.320 40.900 33.510 1.00 0.00 W1 H +ATOM 24429 H2 TIP3X2595 8.600 39.730 32.870 1.00 0.00 W1 H +ATOM 24430 OH2 TIP3X2596 -18.160 0.110 24.530 1.00 0.00 W1 O +ATOM 24431 H1 TIP3X2596 -18.910 -0.390 24.850 1.00 0.00 W1 H +ATOM 24432 H2 TIP3X2596 -18.080 -0.150 23.620 1.00 0.00 W1 H +ATOM 24433 OH2 TIP3X2597 20.340 39.300 29.300 1.00 0.00 W1 O +ATOM 24434 H1 TIP3X2597 19.810 38.500 29.380 1.00 0.00 W1 H +ATOM 24435 H2 TIP3X2597 21.020 39.190 29.960 1.00 0.00 W1 H +ATOM 24436 OH2 TIP3X2598 -10.120 17.820 -44.020 1.00 0.00 W1 O +ATOM 24437 H1 TIP3X2598 -10.990 17.980 -44.380 1.00 0.00 W1 H +ATOM 24438 H2 TIP3X2598 -9.820 18.690 -43.740 1.00 0.00 W1 H +ATOM 24439 OH2 TIP3X2599 31.390 6.850 -28.110 1.00 0.00 W1 O +ATOM 24440 H1 TIP3X2599 31.260 6.340 -28.900 1.00 0.00 W1 H +ATOM 24441 H2 TIP3X2599 32.290 6.650 -27.840 1.00 0.00 W1 H +ATOM 24442 OH2 TIP3X2600 47.510 -15.690 -19.940 1.00 0.00 W1 O +ATOM 24443 H1 TIP3X2600 48.040 -15.730 -19.140 1.00 0.00 W1 H +ATOM 24444 H2 TIP3X2600 46.760 -15.150 -19.720 1.00 0.00 W1 H +ATOM 24445 OH2 TIP3X2601 26.120 18.060 11.550 1.00 0.00 W1 O +ATOM 24446 H1 TIP3X2601 25.410 17.790 10.970 1.00 0.00 W1 H +ATOM 24447 H2 TIP3X2601 25.730 18.070 12.430 1.00 0.00 W1 H +ATOM 24448 OH2 TIP3X2602 -20.620 17.560 -41.050 1.00 0.00 W1 O +ATOM 24449 H1 TIP3X2602 -20.860 17.630 -41.970 1.00 0.00 W1 H +ATOM 24450 H2 TIP3X2602 -21.390 17.870 -40.580 1.00 0.00 W1 H +ATOM 24451 OH2 TIP3X2603 23.750 -27.210 -44.850 1.00 0.00 W1 O +ATOM 24452 H1 TIP3X2603 22.800 -27.180 -44.800 1.00 0.00 W1 H +ATOM 24453 H2 TIP3X2603 23.990 -28.020 -44.390 1.00 0.00 W1 H +ATOM 24454 OH2 TIP3X2604 29.290 35.900 -31.450 1.00 0.00 W1 O +ATOM 24455 H1 TIP3X2604 28.370 35.630 -31.440 1.00 0.00 W1 H +ATOM 24456 H2 TIP3X2604 29.640 35.510 -32.260 1.00 0.00 W1 H +ATOM 24457 OH2 TIP3X2605 2.000 3.480 -46.790 1.00 0.00 W1 O +ATOM 24458 H1 TIP3X2605 1.400 3.720 -46.090 1.00 0.00 W1 H +ATOM 24459 H2 TIP3X2605 2.200 2.560 -46.640 1.00 0.00 W1 H +ATOM 24460 OH2 TIP3X2606 -13.760 36.380 26.110 1.00 0.00 W1 O +ATOM 24461 H1 TIP3X2606 -14.370 37.100 26.290 1.00 0.00 W1 H +ATOM 24462 H2 TIP3X2606 -13.320 36.210 26.950 1.00 0.00 W1 H +ATOM 24463 OH2 TIP3X2607 -23.750 -36.080 -30.640 1.00 0.00 W1 O +ATOM 24464 H1 TIP3X2607 -24.140 -35.630 -29.880 1.00 0.00 W1 H +ATOM 24465 H2 TIP3X2607 -23.870 -37.010 -30.450 1.00 0.00 W1 H +ATOM 24466 OH2 TIP3X2608 -41.190 -41.790 -26.130 1.00 0.00 W1 O +ATOM 24467 H1 TIP3X2608 -41.790 -42.530 -26.200 1.00 0.00 W1 H +ATOM 24468 H2 TIP3X2608 -40.470 -41.990 -26.720 1.00 0.00 W1 H +ATOM 24469 OH2 TIP3X2609 31.770 -34.800 -42.310 1.00 0.00 W1 O +ATOM 24470 H1 TIP3X2609 30.820 -34.860 -42.310 1.00 0.00 W1 H +ATOM 24471 H2 TIP3X2609 31.990 -34.330 -41.510 1.00 0.00 W1 H +ATOM 24472 OH2 TIP3X2610 38.270 -17.780 24.410 1.00 0.00 W1 O +ATOM 24473 H1 TIP3X2610 37.660 -17.050 24.310 1.00 0.00 W1 H +ATOM 24474 H2 TIP3X2610 38.190 -18.040 25.320 1.00 0.00 W1 H +ATOM 24475 OH2 TIP3X2611 -28.920 2.460 25.640 1.00 0.00 W1 O +ATOM 24476 H1 TIP3X2611 -29.000 2.620 24.700 1.00 0.00 W1 H +ATOM 24477 H2 TIP3X2611 -28.750 1.520 25.700 1.00 0.00 W1 H +ATOM 24478 OH2 TIP3X2612 -9.920 -47.020 11.160 1.00 0.00 W1 O +ATOM 24479 H1 TIP3X2612 -10.160 -47.320 12.040 1.00 0.00 W1 H +ATOM 24480 H2 TIP3X2612 -8.960 -47.010 11.150 1.00 0.00 W1 H +ATOM 24481 OH2 TIP3X2613 -19.480 -27.400 -42.480 1.00 0.00 W1 O +ATOM 24482 H1 TIP3X2613 -19.370 -27.930 -41.690 1.00 0.00 W1 H +ATOM 24483 H2 TIP3X2613 -19.860 -28.000 -43.120 1.00 0.00 W1 H +ATOM 24484 OH2 TIP3X2614 36.920 8.060 35.380 1.00 0.00 W1 O +ATOM 24485 H1 TIP3X2614 36.150 7.810 35.900 1.00 0.00 W1 H +ATOM 24486 H2 TIP3X2614 37.010 7.360 34.740 1.00 0.00 W1 H +ATOM 24487 OH2 TIP3X2615 -33.300 -12.060 23.610 1.00 0.00 W1 O +ATOM 24488 H1 TIP3X2615 -33.440 -12.010 22.670 1.00 0.00 W1 H +ATOM 24489 H2 TIP3X2615 -32.340 -12.000 23.710 1.00 0.00 W1 H +ATOM 24490 OH2 TIP3X2616 20.770 -2.860 22.550 1.00 0.00 W1 O +ATOM 24491 H1 TIP3X2616 20.070 -2.340 22.940 1.00 0.00 W1 H +ATOM 24492 H2 TIP3X2616 20.440 -3.760 22.600 1.00 0.00 W1 H +ATOM 24493 OH2 TIP3X2617 -14.870 -36.600 -33.750 1.00 0.00 W1 O +ATOM 24494 H1 TIP3X2617 -14.490 -37.470 -33.640 1.00 0.00 W1 H +ATOM 24495 H2 TIP3X2617 -15.770 -36.710 -33.430 1.00 0.00 W1 H +ATOM 24496 OH2 TIP3X2618 18.600 -38.930 -17.090 1.00 0.00 W1 O +ATOM 24497 H1 TIP3X2618 17.650 -39.000 -17.160 1.00 0.00 W1 H +ATOM 24498 H2 TIP3X2618 18.900 -39.820 -16.960 1.00 0.00 W1 H +ATOM 24499 OH2 TIP3X2619 20.490 -10.430 37.140 1.00 0.00 W1 O +ATOM 24500 H1 TIP3X2619 21.230 -10.120 37.670 1.00 0.00 W1 H +ATOM 24501 H2 TIP3X2619 20.600 -11.390 37.130 1.00 0.00 W1 H +ATOM 24502 OH2 TIP3X2620 36.190 -5.780 29.960 1.00 0.00 W1 O +ATOM 24503 H1 TIP3X2620 35.430 -6.040 29.440 1.00 0.00 W1 H +ATOM 24504 H2 TIP3X2620 36.930 -5.940 29.370 1.00 0.00 W1 H +ATOM 24505 OH2 TIP3X2621 -26.530 -49.010 14.940 1.00 0.00 W1 O +ATOM 24506 H1 TIP3X2621 -26.750 -49.930 14.810 1.00 0.00 W1 H +ATOM 24507 H2 TIP3X2621 -26.990 -48.540 14.240 1.00 0.00 W1 H +ATOM 24508 OH2 TIP3X2622 -23.610 38.760 26.600 1.00 0.00 W1 O +ATOM 24509 H1 TIP3X2622 -23.370 37.850 26.480 1.00 0.00 W1 H +ATOM 24510 H2 TIP3X2622 -22.820 39.250 26.370 1.00 0.00 W1 H +ATOM 24511 OH2 TIP3X2623 30.490 36.370 -43.740 1.00 0.00 W1 O +ATOM 24512 H1 TIP3X2623 30.640 36.270 -44.690 1.00 0.00 W1 H +ATOM 24513 H2 TIP3X2623 29.630 36.010 -43.600 1.00 0.00 W1 H +ATOM 24514 OH2 TIP3X2624 35.710 5.630 -39.550 1.00 0.00 W1 O +ATOM 24515 H1 TIP3X2624 35.720 5.580 -38.600 1.00 0.00 W1 H +ATOM 24516 H2 TIP3X2624 35.020 5.030 -39.830 1.00 0.00 W1 H +ATOM 24517 OH2 TIP3X2625 28.490 -46.070 -24.780 1.00 0.00 W1 O +ATOM 24518 H1 TIP3X2625 28.410 -46.630 -25.550 1.00 0.00 W1 H +ATOM 24519 H2 TIP3X2625 28.530 -45.190 -25.130 1.00 0.00 W1 H +ATOM 24520 OH2 TIP3X2626 37.730 -2.530 33.550 1.00 0.00 W1 O +ATOM 24521 H1 TIP3X2626 38.620 -2.170 33.500 1.00 0.00 W1 H +ATOM 24522 H2 TIP3X2626 37.840 -3.470 33.410 1.00 0.00 W1 H +ATOM 24523 OH2 TIP3X2627 46.720 28.030 -50.560 1.00 0.00 W1 O +ATOM 24524 H1 TIP3X2627 46.780 28.890 -50.990 1.00 0.00 W1 H +ATOM 24525 H2 TIP3X2627 46.990 27.410 -51.230 1.00 0.00 W1 H +ATOM 24526 OH2 TIP3X2628 5.060 -33.640 28.260 1.00 0.00 W1 O +ATOM 24527 H1 TIP3X2628 5.240 -32.750 27.950 1.00 0.00 W1 H +ATOM 24528 H2 TIP3X2628 4.110 -33.720 28.200 1.00 0.00 W1 H +ATOM 24529 OH2 TIP3X2629 -35.440 25.050 34.560 1.00 0.00 W1 O +ATOM 24530 H1 TIP3X2629 -34.910 24.550 35.170 1.00 0.00 W1 H +ATOM 24531 H2 TIP3X2629 -34.840 25.720 34.230 1.00 0.00 W1 H +ATOM 24532 OH2 TIP3X2630 -31.000 -32.110 17.910 1.00 0.00 W1 O +ATOM 24533 H1 TIP3X2630 -30.970 -32.110 16.960 1.00 0.00 W1 H +ATOM 24534 H2 TIP3X2630 -31.920 -32.270 18.120 1.00 0.00 W1 H +ATOM 24535 OH2 TIP3X2631 47.800 16.660 -20.370 1.00 0.00 W1 O +ATOM 24536 H1 TIP3X2631 47.240 16.390 -21.090 1.00 0.00 W1 H +ATOM 24537 H2 TIP3X2631 48.290 17.410 -20.700 1.00 0.00 W1 H +ATOM 24538 OH2 TIP3X2632 -15.170 -25.940 -48.430 1.00 0.00 W1 O +ATOM 24539 H1 TIP3X2632 -15.060 -25.930 -47.480 1.00 0.00 W1 H +ATOM 24540 H2 TIP3X2632 -16.100 -25.810 -48.580 1.00 0.00 W1 H +ATOM 24541 OH2 TIP3X2633 -21.710 -5.770 -36.520 1.00 0.00 W1 O +ATOM 24542 H1 TIP3X2633 -22.300 -5.640 -37.270 1.00 0.00 W1 H +ATOM 24543 H2 TIP3X2633 -21.500 -6.700 -36.550 1.00 0.00 W1 H +ATOM 24544 OH2 TIP3X2634 27.690 28.520 27.210 1.00 0.00 W1 O +ATOM 24545 H1 TIP3X2634 27.610 29.350 26.740 1.00 0.00 W1 H +ATOM 24546 H2 TIP3X2634 27.110 27.920 26.750 1.00 0.00 W1 H +ATOM 24547 OH2 TIP3X2635 39.610 34.700 20.490 1.00 0.00 W1 O +ATOM 24548 H1 TIP3X2635 39.220 34.860 19.640 1.00 0.00 W1 H +ATOM 24549 H2 TIP3X2635 38.980 35.080 21.110 1.00 0.00 W1 H +ATOM 24550 OH2 TIP3X2636 -14.670 33.440 18.530 1.00 0.00 W1 O +ATOM 24551 H1 TIP3X2636 -14.100 34.150 18.230 1.00 0.00 W1 H +ATOM 24552 H2 TIP3X2636 -15.340 33.390 17.850 1.00 0.00 W1 H +ATOM 24553 OH2 TIP3X2637 44.280 -14.630 -48.850 1.00 0.00 W1 O +ATOM 24554 H1 TIP3X2637 44.790 -14.120 -48.210 1.00 0.00 W1 H +ATOM 24555 H2 TIP3X2637 44.130 -14.010 -49.570 1.00 0.00 W1 H +ATOM 24556 OH2 TIP3X2638 13.100 11.750 36.560 1.00 0.00 W1 O +ATOM 24557 H1 TIP3X2638 12.380 11.720 35.930 1.00 0.00 W1 H +ATOM 24558 H2 TIP3X2638 13.380 10.840 36.640 1.00 0.00 W1 H +ATOM 24559 OH2 TIP3X2639 -36.690 -6.820 -27.640 1.00 0.00 W1 O +ATOM 24560 H1 TIP3X2639 -36.530 -6.390 -28.490 1.00 0.00 W1 H +ATOM 24561 H2 TIP3X2639 -37.540 -6.480 -27.370 1.00 0.00 W1 H +ATOM 24562 OH2 TIP3X2640 5.960 -3.510 32.970 1.00 0.00 W1 O +ATOM 24563 H1 TIP3X2640 5.240 -3.310 33.560 1.00 0.00 W1 H +ATOM 24564 H2 TIP3X2640 5.550 -3.770 32.150 1.00 0.00 W1 H +ATOM 24565 OH2 TIP3X2641 -25.560 -10.530 39.240 1.00 0.00 W1 O +ATOM 24566 H1 TIP3X2641 -26.170 -11.120 39.680 1.00 0.00 W1 H +ATOM 24567 H2 TIP3X2641 -25.470 -10.910 38.360 1.00 0.00 W1 H +ATOM 24568 OH2 TIP3X2642 26.380 23.550 23.040 1.00 0.00 W1 O +ATOM 24569 H1 TIP3X2642 27.060 22.960 22.720 1.00 0.00 W1 H +ATOM 24570 H2 TIP3X2642 26.410 23.460 23.990 1.00 0.00 W1 H +ATOM 24571 OH2 TIP3X2643 -36.440 10.000 27.740 1.00 0.00 W1 O +ATOM 24572 H1 TIP3X2643 -35.940 9.340 28.220 1.00 0.00 W1 H +ATOM 24573 H2 TIP3X2643 -36.950 10.450 28.410 1.00 0.00 W1 H +ATOM 24574 OH2 TIP3X2644 25.060 -1.650 32.080 1.00 0.00 W1 O +ATOM 24575 H1 TIP3X2644 25.970 -1.750 32.330 1.00 0.00 W1 H +ATOM 24576 H2 TIP3X2644 25.090 -1.170 31.260 1.00 0.00 W1 H +ATOM 24577 OH2 TIP3X2645 -8.960 18.910 26.010 1.00 0.00 W1 O +ATOM 24578 H1 TIP3X2645 -9.010 18.070 26.470 1.00 0.00 W1 H +ATOM 24579 H2 TIP3X2645 -8.050 18.960 25.740 1.00 0.00 W1 H +ATOM 24580 OH2 TIP3X2646 32.580 -18.710 33.770 1.00 0.00 W1 O +ATOM 24581 H1 TIP3X2646 32.170 -18.750 34.630 1.00 0.00 W1 H +ATOM 24582 H2 TIP3X2646 33.470 -18.390 33.950 1.00 0.00 W1 H +ATOM 24583 OH2 TIP3X2647 24.780 19.860 -24.350 1.00 0.00 W1 O +ATOM 24584 H1 TIP3X2647 24.570 20.330 -23.550 1.00 0.00 W1 H +ATOM 24585 H2 TIP3X2647 25.710 19.990 -24.470 1.00 0.00 W1 H +ATOM 24586 OH2 TIP3X2648 -11.530 13.880 -38.030 1.00 0.00 W1 O +ATOM 24587 H1 TIP3X2648 -11.150 14.590 -37.530 1.00 0.00 W1 H +ATOM 24588 H2 TIP3X2648 -11.530 14.190 -38.940 1.00 0.00 W1 H +ATOM 24589 OH2 TIP3X2649 -9.580 12.720 -31.770 1.00 0.00 W1 O +ATOM 24590 H1 TIP3X2649 -8.910 13.050 -31.170 1.00 0.00 W1 H +ATOM 24591 H2 TIP3X2649 -9.640 11.790 -31.570 1.00 0.00 W1 H +ATOM 24592 OH2 TIP3X2650 37.640 28.310 -35.170 1.00 0.00 W1 O +ATOM 24593 H1 TIP3X2650 38.120 28.360 -36.000 1.00 0.00 W1 H +ATOM 24594 H2 TIP3X2650 38.150 27.700 -34.640 1.00 0.00 W1 H +ATOM 24595 OH2 TIP3X2651 -27.610 4.270 -20.730 1.00 0.00 W1 O +ATOM 24596 H1 TIP3X2651 -27.670 3.340 -20.940 1.00 0.00 W1 H +ATOM 24597 H2 TIP3X2651 -28.170 4.380 -19.970 1.00 0.00 W1 H +ATOM 24598 OH2 TIP3X2652 24.330 23.130 -46.420 1.00 0.00 W1 O +ATOM 24599 H1 TIP3X2652 24.480 23.920 -45.910 1.00 0.00 W1 H +ATOM 24600 H2 TIP3X2652 25.010 22.520 -46.120 1.00 0.00 W1 H +ATOM 24601 OH2 TIP3X2653 18.780 22.290 -20.040 1.00 0.00 W1 O +ATOM 24602 H1 TIP3X2653 18.720 23.240 -20.190 1.00 0.00 W1 H +ATOM 24603 H2 TIP3X2653 18.370 22.170 -19.180 1.00 0.00 W1 H +ATOM 24604 OH2 TIP3X2654 35.510 20.130 17.520 1.00 0.00 W1 O +ATOM 24605 H1 TIP3X2654 35.530 20.530 18.390 1.00 0.00 W1 H +ATOM 24606 H2 TIP3X2654 36.430 19.930 17.330 1.00 0.00 W1 H +ATOM 24607 OH2 TIP3X2655 -40.330 -0.580 -25.200 1.00 0.00 W1 O +ATOM 24608 H1 TIP3X2655 -39.610 -0.400 -25.790 1.00 0.00 W1 H +ATOM 24609 H2 TIP3X2655 -40.630 -1.460 -25.420 1.00 0.00 W1 H +ATOM 24610 OH2 TIP3X2656 38.220 -3.350 36.810 1.00 0.00 W1 O +ATOM 24611 H1 TIP3X2656 38.680 -4.190 36.860 1.00 0.00 W1 H +ATOM 24612 H2 TIP3X2656 38.900 -2.730 36.560 1.00 0.00 W1 H +ATOM 24613 OH2 TIP3X2657 3.240 -10.220 -47.920 1.00 0.00 W1 O +ATOM 24614 H1 TIP3X2657 2.410 -9.990 -48.340 1.00 0.00 W1 H +ATOM 24615 H2 TIP3X2657 3.380 -9.520 -47.280 1.00 0.00 W1 H +ATOM 24616 OH2 TIP3X2658 -19.610 0.730 -35.280 1.00 0.00 W1 O +ATOM 24617 H1 TIP3X2658 -20.050 0.370 -36.040 1.00 0.00 W1 H +ATOM 24618 H2 TIP3X2658 -19.390 1.630 -35.520 1.00 0.00 W1 H +ATOM 24619 OH2 TIP3X2659 41.460 21.920 -15.830 1.00 0.00 W1 O +ATOM 24620 H1 TIP3X2659 41.400 20.990 -16.020 1.00 0.00 W1 H +ATOM 24621 H2 TIP3X2659 40.930 22.040 -15.030 1.00 0.00 W1 H +ATOM 24622 OH2 TIP3X2660 40.250 -8.090 16.310 1.00 0.00 W1 O +ATOM 24623 H1 TIP3X2660 39.880 -7.570 17.020 1.00 0.00 W1 H +ATOM 24624 H2 TIP3X2660 39.580 -8.050 15.610 1.00 0.00 W1 H +ATOM 24625 OH2 TIP3X2661 -39.500 19.640 -29.180 1.00 0.00 W1 O +ATOM 24626 H1 TIP3X2661 -40.310 19.340 -29.610 1.00 0.00 W1 H +ATOM 24627 H2 TIP3X2661 -39.400 19.030 -28.440 1.00 0.00 W1 H +ATOM 24628 OH2 TIP3X2662 12.980 4.870 -33.900 1.00 0.00 W1 O +ATOM 24629 H1 TIP3X2662 13.420 5.490 -33.290 1.00 0.00 W1 H +ATOM 24630 H2 TIP3X2662 12.570 5.430 -34.550 1.00 0.00 W1 H +ATOM 24631 OH2 TIP3X2663 -9.530 34.180 -28.400 1.00 0.00 W1 O +ATOM 24632 H1 TIP3X2663 -9.770 34.780 -27.690 1.00 0.00 W1 H +ATOM 24633 H2 TIP3X2663 -10.320 34.140 -28.940 1.00 0.00 W1 H +ATOM 24634 OH2 TIP3X2664 37.920 28.550 31.580 1.00 0.00 W1 O +ATOM 24635 H1 TIP3X2664 38.180 27.740 32.030 1.00 0.00 W1 H +ATOM 24636 H2 TIP3X2664 37.850 29.200 32.280 1.00 0.00 W1 H +ATOM 24637 OH2 TIP3X2665 -41.150 28.740 34.150 1.00 0.00 W1 O +ATOM 24638 H1 TIP3X2665 -41.600 28.710 34.990 1.00 0.00 W1 H +ATOM 24639 H2 TIP3X2665 -41.200 27.840 33.820 1.00 0.00 W1 H +ATOM 24640 OH2 TIP3X2666 5.350 -39.180 -50.540 1.00 0.00 W1 O +ATOM 24641 H1 TIP3X2666 4.760 -38.600 -51.020 1.00 0.00 W1 H +ATOM 24642 H2 TIP3X2666 5.710 -39.760 -51.210 1.00 0.00 W1 H +ATOM 24643 OH2 TIP3X2667 5.140 -6.920 -43.860 1.00 0.00 W1 O +ATOM 24644 H1 TIP3X2667 4.560 -7.640 -43.620 1.00 0.00 W1 H +ATOM 24645 H2 TIP3X2667 5.980 -7.340 -44.000 1.00 0.00 W1 H +ATOM 24646 OH2 TIP3X2668 39.210 28.540 -37.500 1.00 0.00 W1 O +ATOM 24647 H1 TIP3X2668 39.360 29.490 -37.430 1.00 0.00 W1 H +ATOM 24648 H2 TIP3X2668 38.590 28.450 -38.220 1.00 0.00 W1 H +ATOM 24649 OH2 TIP3X2669 -33.660 34.120 -23.610 1.00 0.00 W1 O +ATOM 24650 H1 TIP3X2669 -33.770 34.060 -22.660 1.00 0.00 W1 H +ATOM 24651 H2 TIP3X2669 -33.100 34.900 -23.720 1.00 0.00 W1 H +ATOM 24652 OH2 TIP3X2670 -2.800 -39.140 29.650 1.00 0.00 W1 O +ATOM 24653 H1 TIP3X2670 -3.290 -39.420 30.430 1.00 0.00 W1 H +ATOM 24654 H2 TIP3X2670 -2.550 -38.230 29.830 1.00 0.00 W1 H +ATOM 24655 OH2 TIP3X2671 14.750 32.070 -31.630 1.00 0.00 W1 O +ATOM 24656 H1 TIP3X2671 14.440 32.940 -31.850 1.00 0.00 W1 H +ATOM 24657 H2 TIP3X2671 14.920 31.650 -32.480 1.00 0.00 W1 H +ATOM 24658 OH2 TIP3X2672 -18.730 -38.070 -44.760 1.00 0.00 W1 O +ATOM 24659 H1 TIP3X2672 -18.320 -37.880 -43.920 1.00 0.00 W1 H +ATOM 24660 H2 TIP3X2672 -18.640 -37.260 -45.260 1.00 0.00 W1 H +ATOM 24661 OH2 TIP3X2673 -5.600 1.240 29.300 1.00 0.00 W1 O +ATOM 24662 H1 TIP3X2673 -4.900 1.350 28.650 1.00 0.00 W1 H +ATOM 24663 H2 TIP3X2673 -6.400 1.480 28.830 1.00 0.00 W1 H +ATOM 24664 OH2 TIP3X2674 -23.540 -39.000 38.760 1.00 0.00 W1 O +ATOM 24665 H1 TIP3X2674 -23.380 -38.420 38.010 1.00 0.00 W1 H +ATOM 24666 H2 TIP3X2674 -24.390 -39.410 38.560 1.00 0.00 W1 H +ATOM 24667 OH2 TIP3X2675 -3.970 -31.570 -24.910 1.00 0.00 W1 O +ATOM 24668 H1 TIP3X2675 -4.540 -32.040 -24.300 1.00 0.00 W1 H +ATOM 24669 H2 TIP3X2675 -3.740 -30.760 -24.440 1.00 0.00 W1 H +ATOM 24670 OH2 TIP3X2676 -30.640 -50.700 32.880 1.00 0.00 W1 O +ATOM 24671 H1 TIP3X2676 -30.400 -49.780 32.730 1.00 0.00 W1 H +ATOM 24672 H2 TIP3X2676 -31.590 -50.700 32.900 1.00 0.00 W1 H +ATOM 24673 OH2 TIP3X2677 -19.660 -44.510 23.900 1.00 0.00 W1 O +ATOM 24674 H1 TIP3X2677 -19.390 -43.710 23.470 1.00 0.00 W1 H +ATOM 24675 H2 TIP3X2677 -19.650 -45.170 23.200 1.00 0.00 W1 H +ATOM 24676 OH2 TIP3X2678 -36.780 25.510 -22.590 1.00 0.00 W1 O +ATOM 24677 H1 TIP3X2678 -37.080 24.850 -23.220 1.00 0.00 W1 H +ATOM 24678 H2 TIP3X2678 -36.370 25.000 -21.890 1.00 0.00 W1 H +ATOM 24679 OH2 TIP3X2679 -27.900 -0.490 -10.560 1.00 0.00 W1 O +ATOM 24680 H1 TIP3X2679 -28.570 0.200 -10.620 1.00 0.00 W1 H +ATOM 24681 H2 TIP3X2679 -27.580 -0.440 -9.650 1.00 0.00 W1 H +ATOM 24682 OH2 TIP3X2680 -26.190 -45.930 -39.580 1.00 0.00 W1 O +ATOM 24683 H1 TIP3X2680 -26.570 -46.790 -39.810 1.00 0.00 W1 H +ATOM 24684 H2 TIP3X2680 -26.280 -45.410 -40.390 1.00 0.00 W1 H +ATOM 24685 OH2 TIP3X2681 0.300 -32.960 22.490 1.00 0.00 W1 O +ATOM 24686 H1 TIP3X2681 0.450 -32.810 23.420 1.00 0.00 W1 H +ATOM 24687 H2 TIP3X2681 -0.220 -32.200 22.210 1.00 0.00 W1 H +ATOM 24688 OH2 TIP3X2682 -34.230 -7.180 -49.730 1.00 0.00 W1 O +ATOM 24689 H1 TIP3X2682 -34.810 -7.610 -49.110 1.00 0.00 W1 H +ATOM 24690 H2 TIP3X2682 -34.030 -6.330 -49.330 1.00 0.00 W1 H +ATOM 24691 OH2 TIP3X2683 24.190 36.820 14.010 1.00 0.00 W1 O +ATOM 24692 H1 TIP3X2683 23.670 36.470 13.290 1.00 0.00 W1 H +ATOM 24693 H2 TIP3X2683 24.150 36.150 14.690 1.00 0.00 W1 H +ATOM 24694 OH2 TIP3X2684 43.650 -4.550 -25.470 1.00 0.00 W1 O +ATOM 24695 H1 TIP3X2684 43.060 -3.860 -25.170 1.00 0.00 W1 H +ATOM 24696 H2 TIP3X2684 44.260 -4.670 -24.740 1.00 0.00 W1 H +ATOM 24697 OH2 TIP3X2685 -1.500 28.670 -46.960 1.00 0.00 W1 O +ATOM 24698 H1 TIP3X2685 -1.950 28.900 -47.770 1.00 0.00 W1 H +ATOM 24699 H2 TIP3X2685 -2.190 28.720 -46.290 1.00 0.00 W1 H +ATOM 24700 OH2 TIP3X2686 46.470 14.900 -15.980 1.00 0.00 W1 O +ATOM 24701 H1 TIP3X2686 46.300 15.640 -16.570 1.00 0.00 W1 H +ATOM 24702 H2 TIP3X2686 46.310 14.130 -16.530 1.00 0.00 W1 H +ATOM 24703 OH2 TIP3X2687 21.330 12.390 29.430 1.00 0.00 W1 O +ATOM 24704 H1 TIP3X2687 22.220 12.170 29.700 1.00 0.00 W1 H +ATOM 24705 H2 TIP3X2687 21.130 13.210 29.870 1.00 0.00 W1 H +ATOM 24706 OH2 TIP3X2688 -41.370 -2.510 -46.470 1.00 0.00 W1 O +ATOM 24707 H1 TIP3X2688 -42.220 -2.090 -46.440 1.00 0.00 W1 H +ATOM 24708 H2 TIP3X2688 -41.040 -2.450 -45.570 1.00 0.00 W1 H +ATOM 24709 OH2 TIP3X2689 36.800 38.530 -42.530 1.00 0.00 W1 O +ATOM 24710 H1 TIP3X2689 36.770 37.800 -41.910 1.00 0.00 W1 H +ATOM 24711 H2 TIP3X2689 36.900 39.300 -41.980 1.00 0.00 W1 H +ATOM 24712 OH2 TIP3X2690 -0.890 -11.650 24.750 1.00 0.00 W1 O +ATOM 24713 H1 TIP3X2690 -0.790 -12.460 24.270 1.00 0.00 W1 H +ATOM 24714 H2 TIP3X2690 -1.630 -11.800 25.330 1.00 0.00 W1 H +ATOM 24715 OH2 TIP3X2691 28.500 14.900 -9.970 1.00 0.00 W1 O +ATOM 24716 H1 TIP3X2691 27.550 14.970 -10.100 1.00 0.00 W1 H +ATOM 24717 H2 TIP3X2691 28.870 15.400 -10.690 1.00 0.00 W1 H +ATOM 24718 OH2 TIP3X2692 -25.170 -33.280 27.790 1.00 0.00 W1 O +ATOM 24719 H1 TIP3X2692 -25.430 -32.360 27.730 1.00 0.00 W1 H +ATOM 24720 H2 TIP3X2692 -24.370 -33.340 27.260 1.00 0.00 W1 H +ATOM 24721 OH2 TIP3X2693 43.040 43.390 -33.760 1.00 0.00 W1 O +ATOM 24722 H1 TIP3X2693 42.900 43.560 -32.830 1.00 0.00 W1 H +ATOM 24723 H2 TIP3X2693 43.470 42.530 -33.790 1.00 0.00 W1 H +ATOM 24724 OH2 TIP3X2694 44.940 -37.390 -24.950 1.00 0.00 W1 O +ATOM 24725 H1 TIP3X2694 45.250 -36.610 -25.420 1.00 0.00 W1 H +ATOM 24726 H2 TIP3X2694 44.710 -37.070 -24.080 1.00 0.00 W1 H +ATOM 24727 OH2 TIP3X2695 18.930 1.050 -47.420 1.00 0.00 W1 O +ATOM 24728 H1 TIP3X2695 19.820 1.040 -47.060 1.00 0.00 W1 H +ATOM 24729 H2 TIP3X2695 18.980 1.690 -48.130 1.00 0.00 W1 H +ATOM 24730 OH2 TIP3X2696 -29.780 -42.500 26.420 1.00 0.00 W1 O +ATOM 24731 H1 TIP3X2696 -29.890 -42.780 25.510 1.00 0.00 W1 H +ATOM 24732 H2 TIP3X2696 -30.670 -42.240 26.690 1.00 0.00 W1 H +ATOM 24733 OH2 TIP3X2697 37.220 -50.930 32.130 1.00 0.00 W1 O +ATOM 24734 H1 TIP3X2697 37.340 -51.290 33.010 1.00 0.00 W1 H +ATOM 24735 H2 TIP3X2697 37.010 -51.680 31.590 1.00 0.00 W1 H +ATOM 24736 OH2 TIP3X2698 -35.580 -46.980 15.690 1.00 0.00 W1 O +ATOM 24737 H1 TIP3X2698 -34.780 -46.440 15.660 1.00 0.00 W1 H +ATOM 24738 H2 TIP3X2698 -36.190 -46.460 16.220 1.00 0.00 W1 H +ATOM 24739 OH2 TIP3X2699 2.330 21.770 -44.630 1.00 0.00 W1 O +ATOM 24740 H1 TIP3X2699 2.460 21.910 -43.700 1.00 0.00 W1 H +ATOM 24741 H2 TIP3X2699 3.130 22.100 -45.050 1.00 0.00 W1 H +ATOM 24742 OH2 TIP3X2700 -21.110 13.360 28.790 1.00 0.00 W1 O +ATOM 24743 H1 TIP3X2700 -20.230 13.530 29.120 1.00 0.00 W1 H +ATOM 24744 H2 TIP3X2700 -21.420 12.610 29.300 1.00 0.00 W1 H +ATOM 24745 OH2 TIP3X2701 -3.060 38.620 -45.060 1.00 0.00 W1 O +ATOM 24746 H1 TIP3X2701 -3.010 39.430 -44.550 1.00 0.00 W1 H +ATOM 24747 H2 TIP3X2701 -2.550 37.980 -44.550 1.00 0.00 W1 H +ATOM 24748 OH2 TIP3X2702 -25.650 -8.310 29.190 1.00 0.00 W1 O +ATOM 24749 H1 TIP3X2702 -25.080 -8.160 28.430 1.00 0.00 W1 H +ATOM 24750 H2 TIP3X2702 -25.300 -9.120 29.570 1.00 0.00 W1 H +ATOM 24751 OH2 TIP3X2703 -20.720 -13.190 -36.290 1.00 0.00 W1 O +ATOM 24752 H1 TIP3X2703 -20.910 -12.400 -36.790 1.00 0.00 W1 H +ATOM 24753 H2 TIP3X2703 -21.490 -13.320 -35.740 1.00 0.00 W1 H +ATOM 24754 OH2 TIP3X2704 -36.090 32.090 32.750 1.00 0.00 W1 O +ATOM 24755 H1 TIP3X2704 -35.830 32.230 33.660 1.00 0.00 W1 H +ATOM 24756 H2 TIP3X2704 -36.890 31.570 32.800 1.00 0.00 W1 H +ATOM 24757 OH2 TIP3X2705 31.170 1.080 -21.060 1.00 0.00 W1 O +ATOM 24758 H1 TIP3X2705 31.740 1.830 -21.210 1.00 0.00 W1 H +ATOM 24759 H2 TIP3X2705 30.380 1.450 -20.670 1.00 0.00 W1 H +ATOM 24760 OH2 TIP3X2706 -13.070 30.170 21.240 1.00 0.00 W1 O +ATOM 24761 H1 TIP3X2706 -13.740 30.670 20.780 1.00 0.00 W1 H +ATOM 24762 H2 TIP3X2706 -12.240 30.490 20.880 1.00 0.00 W1 H +ATOM 24763 OH2 TIP3X2707 11.240 28.460 21.020 1.00 0.00 W1 O +ATOM 24764 H1 TIP3X2707 12.050 28.880 20.720 1.00 0.00 W1 H +ATOM 24765 H2 TIP3X2707 11.370 27.530 20.850 1.00 0.00 W1 H +ATOM 24766 OH2 TIP3X2708 38.260 -14.240 -24.330 1.00 0.00 W1 O +ATOM 24767 H1 TIP3X2708 38.950 -13.890 -24.900 1.00 0.00 W1 H +ATOM 24768 H2 TIP3X2708 37.520 -14.390 -24.930 1.00 0.00 W1 H +ATOM 24769 OH2 TIP3X2709 -0.240 -2.880 -32.470 1.00 0.00 W1 O +ATOM 24770 H1 TIP3X2709 0.660 -2.960 -32.150 1.00 0.00 W1 H +ATOM 24771 H2 TIP3X2709 -0.160 -2.960 -33.430 1.00 0.00 W1 H +ATOM 24772 OH2 TIP3X2710 -18.100 25.390 -34.060 1.00 0.00 W1 O +ATOM 24773 H1 TIP3X2710 -17.890 25.150 -34.960 1.00 0.00 W1 H +ATOM 24774 H2 TIP3X2710 -18.220 24.560 -33.610 1.00 0.00 W1 H +ATOM 24775 OH2 TIP3X2711 -0.090 28.460 30.570 1.00 0.00 W1 O +ATOM 24776 H1 TIP3X2711 -0.690 28.160 29.880 1.00 0.00 W1 H +ATOM 24777 H2 TIP3X2711 0.760 28.560 30.120 1.00 0.00 W1 H +ATOM 24778 OH2 TIP3X2712 39.240 20.070 -46.120 1.00 0.00 W1 O +ATOM 24779 H1 TIP3X2712 38.680 20.270 -45.370 1.00 0.00 W1 H +ATOM 24780 H2 TIP3X2712 38.670 19.650 -46.750 1.00 0.00 W1 H +ATOM 24781 OH2 TIP3X2713 -29.680 -47.590 23.240 1.00 0.00 W1 O +ATOM 24782 H1 TIP3X2713 -29.950 -46.670 23.310 1.00 0.00 W1 H +ATOM 24783 H2 TIP3X2713 -30.180 -48.040 23.920 1.00 0.00 W1 H +ATOM 24784 OH2 TIP3X2714 -13.630 -11.960 -44.400 1.00 0.00 W1 O +ATOM 24785 H1 TIP3X2714 -13.430 -12.370 -45.250 1.00 0.00 W1 H +ATOM 24786 H2 TIP3X2714 -13.620 -11.030 -44.590 1.00 0.00 W1 H +ATOM 24787 OH2 TIP3X2715 43.440 7.790 -21.500 1.00 0.00 W1 O +ATOM 24788 H1 TIP3X2715 43.760 8.430 -22.140 1.00 0.00 W1 H +ATOM 24789 H2 TIP3X2715 44.130 7.740 -20.830 1.00 0.00 W1 H +ATOM 24790 OH2 TIP3X2716 5.700 -4.900 36.310 1.00 0.00 W1 O +ATOM 24791 H1 TIP3X2716 6.510 -4.890 36.820 1.00 0.00 W1 H +ATOM 24792 H2 TIP3X2716 5.310 -4.040 36.440 1.00 0.00 W1 H +ATOM 24793 OH2 TIP3X2717 -30.900 -25.100 -34.620 1.00 0.00 W1 O +ATOM 24794 H1 TIP3X2717 -31.510 -24.380 -34.810 1.00 0.00 W1 H +ATOM 24795 H2 TIP3X2717 -31.130 -25.800 -35.230 1.00 0.00 W1 H +ATOM 24796 OH2 TIP3X2718 -41.030 13.480 -8.520 1.00 0.00 W1 O +ATOM 24797 H1 TIP3X2718 -41.340 12.590 -8.690 1.00 0.00 W1 H +ATOM 24798 H2 TIP3X2718 -40.880 13.860 -9.380 1.00 0.00 W1 H +ATOM 24799 OH2 TIP3X2719 -30.600 -33.880 -44.770 1.00 0.00 W1 O +ATOM 24800 H1 TIP3X2719 -30.800 -32.950 -44.720 1.00 0.00 W1 H +ATOM 24801 H2 TIP3X2719 -31.290 -34.240 -45.350 1.00 0.00 W1 H +ATOM 24802 OH2 TIP3X2720 21.860 42.350 -29.120 1.00 0.00 W1 O +ATOM 24803 H1 TIP3X2720 22.140 43.190 -29.470 1.00 0.00 W1 H +ATOM 24804 H2 TIP3X2720 20.900 42.390 -29.100 1.00 0.00 W1 H +ATOM 24805 OH2 TIP3X2721 -12.210 31.030 23.850 1.00 0.00 W1 O +ATOM 24806 H1 TIP3X2721 -12.360 30.670 22.980 1.00 0.00 W1 H +ATOM 24807 H2 TIP3X2721 -12.990 31.560 24.020 1.00 0.00 W1 H +ATOM 24808 OH2 TIP3X2722 33.610 -45.030 -41.360 1.00 0.00 W1 O +ATOM 24809 H1 TIP3X2722 34.450 -45.390 -41.120 1.00 0.00 W1 H +ATOM 24810 H2 TIP3X2722 33.770 -44.500 -42.140 1.00 0.00 W1 H +ATOM 24811 OH2 TIP3X2723 -24.130 -0.560 30.290 1.00 0.00 W1 O +ATOM 24812 H1 TIP3X2723 -24.530 -0.320 29.460 1.00 0.00 W1 H +ATOM 24813 H2 TIP3X2723 -23.300 -0.080 30.290 1.00 0.00 W1 H +ATOM 24814 OH2 TIP3X2724 -29.690 38.640 22.980 1.00 0.00 W1 O +ATOM 24815 H1 TIP3X2724 -29.200 38.910 22.210 1.00 0.00 W1 H +ATOM 24816 H2 TIP3X2724 -29.070 38.090 23.480 1.00 0.00 W1 H +ATOM 24817 OH2 TIP3X2725 -37.470 18.480 -40.320 1.00 0.00 W1 O +ATOM 24818 H1 TIP3X2725 -37.840 18.740 -39.480 1.00 0.00 W1 H +ATOM 24819 H2 TIP3X2725 -38.130 18.740 -40.960 1.00 0.00 W1 H +ATOM 24820 OH2 TIP3X2726 6.540 -40.710 -52.210 1.00 0.00 W1 O +ATOM 24821 H1 TIP3X2726 5.750 -40.700 -52.750 1.00 0.00 W1 H +ATOM 24822 H2 TIP3X2726 7.220 -41.030 -52.790 1.00 0.00 W1 H +ATOM 24823 OH2 TIP3X2727 7.860 -29.450 26.830 1.00 0.00 W1 O +ATOM 24824 H1 TIP3X2727 8.330 -30.280 26.850 1.00 0.00 W1 H +ATOM 24825 H2 TIP3X2727 8.540 -28.780 26.860 1.00 0.00 W1 H +ATOM 24826 OH2 TIP3X2728 -9.280 5.260 34.850 1.00 0.00 W1 O +ATOM 24827 H1 TIP3X2728 -8.890 5.320 33.980 1.00 0.00 W1 H +ATOM 24828 H2 TIP3X2728 -10.120 5.720 34.770 1.00 0.00 W1 H +ATOM 24829 OH2 TIP3X2729 -22.180 -10.190 -33.430 1.00 0.00 W1 O +ATOM 24830 H1 TIP3X2729 -22.370 -9.950 -32.520 1.00 0.00 W1 H +ATOM 24831 H2 TIP3X2729 -22.140 -11.150 -33.420 1.00 0.00 W1 H +ATOM 24832 OH2 TIP3X2730 -35.690 -25.990 -45.520 1.00 0.00 W1 O +ATOM 24833 H1 TIP3X2730 -35.580 -25.130 -45.120 1.00 0.00 W1 H +ATOM 24834 H2 TIP3X2730 -36.160 -25.800 -46.340 1.00 0.00 W1 H +ATOM 24835 OH2 TIP3X2731 17.960 28.080 18.340 1.00 0.00 W1 O +ATOM 24836 H1 TIP3X2731 18.460 27.440 18.870 1.00 0.00 W1 H +ATOM 24837 H2 TIP3X2731 17.830 27.640 17.510 1.00 0.00 W1 H +ATOM 24838 OH2 TIP3X2732 37.830 -8.440 -13.600 1.00 0.00 W1 O +ATOM 24839 H1 TIP3X2732 38.730 -8.310 -13.290 1.00 0.00 W1 H +ATOM 24840 H2 TIP3X2732 37.310 -8.560 -12.800 1.00 0.00 W1 H +ATOM 24841 OH2 TIP3X2733 13.320 -33.170 32.680 1.00 0.00 W1 O +ATOM 24842 H1 TIP3X2733 12.800 -32.360 32.570 1.00 0.00 W1 H +ATOM 24843 H2 TIP3X2733 13.880 -33.200 31.900 1.00 0.00 W1 H +ATOM 24844 OH2 TIP3X2734 35.870 -51.780 29.490 1.00 0.00 W1 O +ATOM 24845 H1 TIP3X2734 35.930 -51.160 28.760 1.00 0.00 W1 H +ATOM 24846 H2 TIP3X2734 36.440 -52.510 29.240 1.00 0.00 W1 H +ATOM 24847 OH2 TIP3X2735 27.320 -13.400 -51.560 1.00 0.00 W1 O +ATOM 24848 H1 TIP3X2735 27.320 -12.500 -51.880 1.00 0.00 W1 H +ATOM 24849 H2 TIP3X2735 28.120 -13.790 -51.920 1.00 0.00 W1 H +ATOM 24850 OH2 TIP3X2736 5.170 -26.470 -37.270 1.00 0.00 W1 O +ATOM 24851 H1 TIP3X2736 5.670 -26.220 -38.050 1.00 0.00 W1 H +ATOM 24852 H2 TIP3X2736 5.310 -25.740 -36.660 1.00 0.00 W1 H +ATOM 24853 OH2 TIP3X2737 -33.650 -13.550 33.020 1.00 0.00 W1 O +ATOM 24854 H1 TIP3X2737 -34.440 -13.430 32.510 1.00 0.00 W1 H +ATOM 24855 H2 TIP3X2737 -33.880 -14.190 33.700 1.00 0.00 W1 H +ATOM 24856 OH2 TIP3X2738 -31.120 19.950 30.350 1.00 0.00 W1 O +ATOM 24857 H1 TIP3X2738 -31.710 20.270 29.660 1.00 0.00 W1 H +ATOM 24858 H2 TIP3X2738 -30.450 20.610 30.430 1.00 0.00 W1 H +ATOM 24859 OH2 TIP3X2739 43.880 24.870 -45.800 1.00 0.00 W1 O +ATOM 24860 H1 TIP3X2739 43.440 24.030 -45.640 1.00 0.00 W1 H +ATOM 24861 H2 TIP3X2739 44.570 24.920 -45.140 1.00 0.00 W1 H +ATOM 24862 OH2 TIP3X2740 -12.480 36.180 29.670 1.00 0.00 W1 O +ATOM 24863 H1 TIP3X2740 -12.060 36.970 29.990 1.00 0.00 W1 H +ATOM 24864 H2 TIP3X2740 -11.920 35.870 28.960 1.00 0.00 W1 H +ATOM 24865 OH2 TIP3X2741 -17.570 5.890 -20.570 1.00 0.00 W1 O +ATOM 24866 H1 TIP3X2741 -17.960 5.440 -21.330 1.00 0.00 W1 H +ATOM 24867 H2 TIP3X2741 -18.300 6.030 -19.980 1.00 0.00 W1 H +ATOM 24868 OH2 TIP3X2742 -1.710 -47.810 -46.970 1.00 0.00 W1 O +ATOM 24869 H1 TIP3X2742 -1.360 -48.190 -46.170 1.00 0.00 W1 H +ATOM 24870 H2 TIP3X2742 -0.970 -47.710 -47.540 1.00 0.00 W1 H +ATOM 24871 OH2 TIP3X2743 -20.920 -47.720 22.210 1.00 0.00 W1 O +ATOM 24872 H1 TIP3X2743 -21.520 -47.540 22.930 1.00 0.00 W1 H +ATOM 24873 H2 TIP3X2743 -21.120 -47.040 21.560 1.00 0.00 W1 H +ATOM 24874 OH2 TIP3X2744 27.570 -34.830 -34.870 1.00 0.00 W1 O +ATOM 24875 H1 TIP3X2744 28.350 -34.860 -35.430 1.00 0.00 W1 H +ATOM 24876 H2 TIP3X2744 27.910 -34.840 -33.980 1.00 0.00 W1 H +ATOM 24877 OH2 TIP3X2745 -24.450 -27.580 32.680 1.00 0.00 W1 O +ATOM 24878 H1 TIP3X2745 -24.750 -28.240 32.060 1.00 0.00 W1 H +ATOM 24879 H2 TIP3X2745 -23.830 -28.050 33.240 1.00 0.00 W1 H +ATOM 24880 OH2 TIP3X2746 1.830 15.660 -31.460 1.00 0.00 W1 O +ATOM 24881 H1 TIP3X2746 1.450 15.390 -32.300 1.00 0.00 W1 H +ATOM 24882 H2 TIP3X2746 1.340 16.440 -31.210 1.00 0.00 W1 H +ATOM 24883 OH2 TIP3X2747 -10.140 36.830 -30.270 1.00 0.00 W1 O +ATOM 24884 H1 TIP3X2747 -10.330 37.640 -29.810 1.00 0.00 W1 H +ATOM 24885 H2 TIP3X2747 -10.940 36.300 -30.170 1.00 0.00 W1 H +ATOM 24886 OH2 TIP3X2748 41.670 41.180 -35.550 1.00 0.00 W1 O +ATOM 24887 H1 TIP3X2748 41.710 41.770 -34.800 1.00 0.00 W1 H +ATOM 24888 H2 TIP3X2748 41.140 41.650 -36.200 1.00 0.00 W1 H +ATOM 24889 OH2 TIP3X2749 -41.790 32.020 41.400 1.00 0.00 W1 O +ATOM 24890 H1 TIP3X2749 -42.500 32.450 40.920 1.00 0.00 W1 H +ATOM 24891 H2 TIP3X2749 -41.100 31.920 40.760 1.00 0.00 W1 H +ATOM 24892 OH2 TIP3X2750 -45.020 41.920 -17.790 1.00 0.00 W1 O +ATOM 24893 H1 TIP3X2750 -44.890 42.550 -18.500 1.00 0.00 W1 H +ATOM 24894 H2 TIP3X2750 -45.120 41.080 -18.220 1.00 0.00 W1 H +ATOM 24895 OH2 TIP3X2751 -3.930 -13.180 34.150 1.00 0.00 W1 O +ATOM 24896 H1 TIP3X2751 -4.470 -12.470 34.500 1.00 0.00 W1 H +ATOM 24897 H2 TIP3X2751 -4.100 -13.920 34.720 1.00 0.00 W1 H +ATOM 24898 OH2 TIP3X2752 20.280 -25.600 37.410 1.00 0.00 W1 O +ATOM 24899 H1 TIP3X2752 20.010 -24.720 37.160 1.00 0.00 W1 H +ATOM 24900 H2 TIP3X2752 19.710 -26.180 36.930 1.00 0.00 W1 H +ATOM 24901 OH2 TIP3X2753 -38.440 -35.550 16.420 1.00 0.00 W1 O +ATOM 24902 H1 TIP3X2753 -38.440 -34.610 16.620 1.00 0.00 W1 H +ATOM 24903 H2 TIP3X2753 -37.560 -35.840 16.660 1.00 0.00 W1 H +ATOM 24904 OH2 TIP3X2754 42.600 40.410 -43.380 1.00 0.00 W1 O +ATOM 24905 H1 TIP3X2754 42.180 40.990 -44.010 1.00 0.00 W1 H +ATOM 24906 H2 TIP3X2754 41.890 40.150 -42.790 1.00 0.00 W1 H +ATOM 24907 OH2 TIP3X2755 -30.310 14.350 30.590 1.00 0.00 W1 O +ATOM 24908 H1 TIP3X2755 -30.510 15.260 30.340 1.00 0.00 W1 H +ATOM 24909 H2 TIP3X2755 -29.390 14.380 30.810 1.00 0.00 W1 H +ATOM 24910 OH2 TIP3X2756 15.700 -38.760 33.420 1.00 0.00 W1 O +ATOM 24911 H1 TIP3X2756 16.090 -39.630 33.330 1.00 0.00 W1 H +ATOM 24912 H2 TIP3X2756 15.320 -38.570 32.560 1.00 0.00 W1 H +ATOM 24913 OH2 TIP3X2757 0.370 32.560 -40.490 1.00 0.00 W1 O +ATOM 24914 H1 TIP3X2757 0.660 32.150 -39.670 1.00 0.00 W1 H +ATOM 24915 H2 TIP3X2757 -0.570 32.430 -40.490 1.00 0.00 W1 H +ATOM 24916 OH2 TIP3X2758 -9.080 -13.730 -34.150 1.00 0.00 W1 O +ATOM 24917 H1 TIP3X2758 -8.810 -13.530 -33.250 1.00 0.00 W1 H +ATOM 24918 H2 TIP3X2758 -9.960 -14.100 -34.080 1.00 0.00 W1 H +ATOM 24919 OH2 TIP3X2759 33.160 -29.730 33.320 1.00 0.00 W1 O +ATOM 24920 H1 TIP3X2759 33.200 -29.190 32.540 1.00 0.00 W1 H +ATOM 24921 H2 TIP3X2759 33.600 -30.540 33.060 1.00 0.00 W1 H +ATOM 24922 OH2 TIP3X2760 -16.950 -4.130 27.080 1.00 0.00 W1 O +ATOM 24923 H1 TIP3X2760 -16.530 -3.310 27.310 1.00 0.00 W1 H +ATOM 24924 H2 TIP3X2760 -16.950 -4.630 27.890 1.00 0.00 W1 H +ATOM 24925 OH2 TIP3X2761 -19.610 12.870 -20.220 1.00 0.00 W1 O +ATOM 24926 H1 TIP3X2761 -20.100 12.060 -20.090 1.00 0.00 W1 H +ATOM 24927 H2 TIP3X2761 -18.800 12.750 -19.710 1.00 0.00 W1 H +ATOM 24928 OH2 TIP3X2762 -14.690 6.320 -44.850 1.00 0.00 W1 O +ATOM 24929 H1 TIP3X2762 -14.970 7.180 -45.170 1.00 0.00 W1 H +ATOM 24930 H2 TIP3X2762 -13.870 6.500 -44.390 1.00 0.00 W1 H +ATOM 24931 OH2 TIP3X2763 -5.370 -45.410 22.400 1.00 0.00 W1 O +ATOM 24932 H1 TIP3X2763 -4.820 -45.950 21.830 1.00 0.00 W1 H +ATOM 24933 H2 TIP3X2763 -4.990 -45.520 23.270 1.00 0.00 W1 H +ATOM 24934 OH2 TIP3X2764 -16.630 3.020 -48.050 1.00 0.00 W1 O +ATOM 24935 H1 TIP3X2764 -16.070 2.880 -48.810 1.00 0.00 W1 H +ATOM 24936 H2 TIP3X2764 -16.360 3.880 -47.730 1.00 0.00 W1 H +ATOM 24937 OH2 TIP3X2765 -4.380 -15.860 -28.030 1.00 0.00 W1 O +ATOM 24938 H1 TIP3X2765 -3.840 -16.260 -28.710 1.00 0.00 W1 H +ATOM 24939 H2 TIP3X2765 -5.170 -15.560 -28.490 1.00 0.00 W1 H +ATOM 24940 OH2 TIP3X2766 -38.850 -20.420 -43.960 1.00 0.00 W1 O +ATOM 24941 H1 TIP3X2766 -39.020 -21.090 -44.620 1.00 0.00 W1 H +ATOM 24942 H2 TIP3X2766 -38.400 -20.880 -43.260 1.00 0.00 W1 H +ATOM 24943 OH2 TIP3X2767 35.700 -13.100 -35.890 1.00 0.00 W1 O +ATOM 24944 H1 TIP3X2767 35.270 -13.510 -35.140 1.00 0.00 W1 H +ATOM 24945 H2 TIP3X2767 36.320 -12.490 -35.490 1.00 0.00 W1 H +ATOM 24946 OH2 TIP3X2768 47.080 38.560 28.850 1.00 0.00 W1 O +ATOM 24947 H1 TIP3X2768 47.760 38.660 29.510 1.00 0.00 W1 H +ATOM 24948 H2 TIP3X2768 47.200 37.680 28.500 1.00 0.00 W1 H +ATOM 24949 OH2 TIP3X2769 4.420 -16.460 -40.910 1.00 0.00 W1 O +ATOM 24950 H1 TIP3X2769 5.110 -15.810 -41.020 1.00 0.00 W1 H +ATOM 24951 H2 TIP3X2769 4.870 -17.300 -41.010 1.00 0.00 W1 H +ATOM 24952 OH2 TIP3X2770 -16.660 -5.490 -24.900 1.00 0.00 W1 O +ATOM 24953 H1 TIP3X2770 -16.410 -4.870 -24.230 1.00 0.00 W1 H +ATOM 24954 H2 TIP3X2770 -16.650 -6.340 -24.460 1.00 0.00 W1 H +ATOM 24955 OH2 TIP3X2771 -39.670 -17.380 -29.590 1.00 0.00 W1 O +ATOM 24956 H1 TIP3X2771 -39.640 -17.690 -28.690 1.00 0.00 W1 H +ATOM 24957 H2 TIP3X2771 -40.230 -16.610 -29.560 1.00 0.00 W1 H +ATOM 24958 OH2 TIP3X2772 -27.650 -2.920 -31.350 1.00 0.00 W1 O +ATOM 24959 H1 TIP3X2772 -27.310 -3.100 -30.470 1.00 0.00 W1 H +ATOM 24960 H2 TIP3X2772 -28.040 -3.750 -31.620 1.00 0.00 W1 H +ATOM 24961 OH2 TIP3X2773 35.110 33.850 -24.260 1.00 0.00 W1 O +ATOM 24962 H1 TIP3X2773 35.380 34.760 -24.090 1.00 0.00 W1 H +ATOM 24963 H2 TIP3X2773 34.890 33.510 -23.400 1.00 0.00 W1 H +ATOM 24964 OH2 TIP3X2774 -36.580 -35.830 -24.750 1.00 0.00 W1 O +ATOM 24965 H1 TIP3X2774 -35.640 -36.010 -24.820 1.00 0.00 W1 H +ATOM 24966 H2 TIP3X2774 -36.740 -35.810 -23.800 1.00 0.00 W1 H +ATOM 24967 OH2 TIP3X2775 25.150 8.130 -25.990 1.00 0.00 W1 O +ATOM 24968 H1 TIP3X2775 24.410 8.350 -25.410 1.00 0.00 W1 H +ATOM 24969 H2 TIP3X2775 24.730 7.730 -26.760 1.00 0.00 W1 H +ATOM 24970 OH2 TIP3X2776 25.230 -11.180 -13.080 1.00 0.00 W1 O +ATOM 24971 H1 TIP3X2776 25.260 -12.120 -12.880 1.00 0.00 W1 H +ATOM 24972 H2 TIP3X2776 26.090 -11.000 -13.470 1.00 0.00 W1 H +ATOM 24973 OH2 TIP3X2777 -22.510 -22.370 -28.040 1.00 0.00 W1 O +ATOM 24974 H1 TIP3X2777 -21.830 -22.660 -27.430 1.00 0.00 W1 H +ATOM 24975 H2 TIP3X2777 -23.220 -22.990 -27.930 1.00 0.00 W1 H +ATOM 24976 OH2 TIP3X2778 45.430 -7.690 36.980 1.00 0.00 W1 O +ATOM 24977 H1 TIP3X2778 45.810 -8.510 37.290 1.00 0.00 W1 H +ATOM 24978 H2 TIP3X2778 46.140 -7.240 36.540 1.00 0.00 W1 H +ATOM 24979 OH2 TIP3X2779 27.170 -10.650 -29.500 1.00 0.00 W1 O +ATOM 24980 H1 TIP3X2779 28.020 -10.210 -29.390 1.00 0.00 W1 H +ATOM 24981 H2 TIP3X2779 27.080 -10.730 -30.450 1.00 0.00 W1 H +ATOM 24982 OH2 TIP3X2780 12.370 20.240 27.040 1.00 0.00 W1 O +ATOM 24983 H1 TIP3X2780 11.590 20.200 27.590 1.00 0.00 W1 H +ATOM 24984 H2 TIP3X2780 12.600 19.320 26.890 1.00 0.00 W1 H +ATOM 24985 OH2 TIP3X2781 -43.160 -44.070 24.420 1.00 0.00 W1 O +ATOM 24986 H1 TIP3X2781 -43.090 -43.270 23.900 1.00 0.00 W1 H +ATOM 24987 H2 TIP3X2781 -43.450 -44.740 23.790 1.00 0.00 W1 H +ATOM 24988 OH2 TIP3X2782 26.490 -42.480 -35.560 1.00 0.00 W1 O +ATOM 24989 H1 TIP3X2782 26.370 -43.420 -35.490 1.00 0.00 W1 H +ATOM 24990 H2 TIP3X2782 26.320 -42.280 -36.490 1.00 0.00 W1 H +ATOM 24991 OH2 TIP3X2783 -30.120 6.670 23.360 1.00 0.00 W1 O +ATOM 24992 H1 TIP3X2783 -30.320 6.080 22.640 1.00 0.00 W1 H +ATOM 24993 H2 TIP3X2783 -30.980 6.930 23.690 1.00 0.00 W1 H +ATOM 24994 OH2 TIP3X2784 44.260 21.290 -42.600 1.00 0.00 W1 O +ATOM 24995 H1 TIP3X2784 44.570 20.930 -43.430 1.00 0.00 W1 H +ATOM 24996 H2 TIP3X2784 44.570 22.200 -42.610 1.00 0.00 W1 H +ATOM 24997 OH2 TIP3X2785 -29.670 -24.660 -49.880 1.00 0.00 W1 O +ATOM 24998 H1 TIP3X2785 -30.380 -25.240 -50.160 1.00 0.00 W1 H +ATOM 24999 H2 TIP3X2785 -29.130 -24.570 -50.660 1.00 0.00 W1 H +ATOM 25000 OH2 TIP3X2786 -0.140 34.060 -16.520 1.00 0.00 W1 O +ATOM 25001 H1 TIP3X2786 -0.110 33.120 -16.690 1.00 0.00 W1 H +ATOM 25002 H2 TIP3X2786 0.120 34.470 -17.350 1.00 0.00 W1 H +ATOM 25003 OH2 TIP3X2787 5.390 -44.690 -49.560 1.00 0.00 W1 O +ATOM 25004 H1 TIP3X2787 5.130 -43.880 -50.010 1.00 0.00 W1 H +ATOM 25005 H2 TIP3X2787 5.520 -45.320 -50.270 1.00 0.00 W1 H +ATOM 25006 OH2 TIP3X2788 -1.060 -9.390 33.980 1.00 0.00 W1 O +ATOM 25007 H1 TIP3X2788 -0.900 -10.250 33.600 1.00 0.00 W1 H +ATOM 25008 H2 TIP3X2788 -0.460 -9.350 34.710 1.00 0.00 W1 H +ATOM 25009 OH2 TIP3X2789 24.510 35.730 36.190 1.00 0.00 W1 O +ATOM 25010 H1 TIP3X2789 24.580 34.850 35.810 1.00 0.00 W1 H +ATOM 25011 H2 TIP3X2789 24.680 35.590 37.120 1.00 0.00 W1 H +ATOM 25012 OH2 TIP3X2790 29.990 30.370 -48.610 1.00 0.00 W1 O +ATOM 25013 H1 TIP3X2790 29.500 30.590 -47.810 1.00 0.00 W1 H +ATOM 25014 H2 TIP3X2790 30.900 30.630 -48.410 1.00 0.00 W1 H +ATOM 25015 OH2 TIP3X2791 44.250 0.190 30.830 1.00 0.00 W1 O +ATOM 25016 H1 TIP3X2791 44.070 0.710 31.620 1.00 0.00 W1 H +ATOM 25017 H2 TIP3X2791 44.670 -0.600 31.170 1.00 0.00 W1 H +ATOM 25018 OH2 TIP3X2792 42.970 -2.140 -49.200 1.00 0.00 W1 O +ATOM 25019 H1 TIP3X2792 42.790 -2.060 -50.130 1.00 0.00 W1 H +ATOM 25020 H2 TIP3X2792 43.390 -3.000 -49.100 1.00 0.00 W1 H +ATOM 25021 OH2 TIP3X2793 42.590 -47.650 26.730 1.00 0.00 W1 O +ATOM 25022 H1 TIP3X2793 43.000 -47.290 27.520 1.00 0.00 W1 H +ATOM 25023 H2 TIP3X2793 43.230 -48.300 26.410 1.00 0.00 W1 H +ATOM 25024 OH2 TIP3X2794 18.150 -9.850 34.210 1.00 0.00 W1 O +ATOM 25025 H1 TIP3X2794 18.200 -9.870 35.170 1.00 0.00 W1 H +ATOM 25026 H2 TIP3X2794 19.040 -10.010 33.930 1.00 0.00 W1 H +ATOM 25027 OH2 TIP3X2795 -40.700 13.840 -46.730 1.00 0.00 W1 O +ATOM 25028 H1 TIP3X2795 -40.730 12.890 -46.660 1.00 0.00 W1 H +ATOM 25029 H2 TIP3X2795 -41.260 14.150 -46.010 1.00 0.00 W1 H +ATOM 25030 OH2 TIP3X2796 -14.130 15.550 -35.360 1.00 0.00 W1 O +ATOM 25031 H1 TIP3X2796 -14.860 16.020 -35.760 1.00 0.00 W1 H +ATOM 25032 H2 TIP3X2796 -13.830 14.940 -36.030 1.00 0.00 W1 H +ATOM 25033 OH2 TIP3X2797 -31.050 31.460 -44.320 1.00 0.00 W1 O +ATOM 25034 H1 TIP3X2797 -31.170 32.380 -44.550 1.00 0.00 W1 H +ATOM 25035 H2 TIP3X2797 -31.630 31.320 -43.570 1.00 0.00 W1 H +ATOM 25036 OH2 TIP3X2798 -19.000 -6.040 36.870 1.00 0.00 W1 O +ATOM 25037 H1 TIP3X2798 -18.840 -5.270 37.430 1.00 0.00 W1 H +ATOM 25038 H2 TIP3X2798 -19.820 -5.840 36.420 1.00 0.00 W1 H +ATOM 25039 OH2 TIP3X2799 42.560 12.280 30.680 1.00 0.00 W1 O +ATOM 25040 H1 TIP3X2799 43.490 12.390 30.490 1.00 0.00 W1 H +ATOM 25041 H2 TIP3X2799 42.200 13.170 30.610 1.00 0.00 W1 H +ATOM 25042 OH2 TIP3X2800 -13.360 -4.940 -48.890 1.00 0.00 W1 O +ATOM 25043 H1 TIP3X2800 -13.250 -5.740 -49.410 1.00 0.00 W1 H +ATOM 25044 H2 TIP3X2800 -13.410 -5.240 -47.980 1.00 0.00 W1 H +ATOM 25045 OH2 TIP3X2801 -2.300 1.450 -28.230 1.00 0.00 W1 O +ATOM 25046 H1 TIP3X2801 -1.460 1.260 -28.640 1.00 0.00 W1 H +ATOM 25047 H2 TIP3X2801 -2.930 0.920 -28.730 1.00 0.00 W1 H +ATOM 25048 OH2 TIP3X2802 -24.480 -14.640 -30.890 1.00 0.00 W1 O +ATOM 25049 H1 TIP3X2802 -25.340 -15.000 -30.700 1.00 0.00 W1 H +ATOM 25050 H2 TIP3X2802 -23.860 -15.290 -30.570 1.00 0.00 W1 H +ATOM 25051 OH2 TIP3X2803 -30.370 -36.440 -28.430 1.00 0.00 W1 O +ATOM 25052 H1 TIP3X2803 -30.430 -36.900 -29.280 1.00 0.00 W1 H +ATOM 25053 H2 TIP3X2803 -31.130 -35.850 -28.410 1.00 0.00 W1 H +ATOM 25054 OH2 TIP3X2804 43.050 39.140 35.730 1.00 0.00 W1 O +ATOM 25055 H1 TIP3X2804 43.620 39.080 36.490 1.00 0.00 W1 H +ATOM 25056 H2 TIP3X2804 43.320 38.410 35.170 1.00 0.00 W1 H +ATOM 25057 OH2 TIP3X2805 0.770 12.960 39.200 1.00 0.00 W1 O +ATOM 25058 H1 TIP3X2805 0.700 13.710 38.610 1.00 0.00 W1 H +ATOM 25059 H2 TIP3X2805 1.670 12.650 39.080 1.00 0.00 W1 H +ATOM 25060 OH2 TIP3X2806 -16.940 -46.690 -32.420 1.00 0.00 W1 O +ATOM 25061 H1 TIP3X2806 -17.450 -46.880 -31.630 1.00 0.00 W1 H +ATOM 25062 H2 TIP3X2806 -16.800 -45.740 -32.390 1.00 0.00 W1 H +ATOM 25063 OH2 TIP3X2807 10.080 -32.250 -48.120 1.00 0.00 W1 O +ATOM 25064 H1 TIP3X2807 10.770 -32.570 -48.690 1.00 0.00 W1 H +ATOM 25065 H2 TIP3X2807 9.310 -32.770 -48.350 1.00 0.00 W1 H +ATOM 25066 OH2 TIP3X2808 8.300 33.960 -27.340 1.00 0.00 W1 O +ATOM 25067 H1 TIP3X2808 7.800 34.550 -27.910 1.00 0.00 W1 H +ATOM 25068 H2 TIP3X2808 9.130 33.840 -27.780 1.00 0.00 W1 H +ATOM 25069 OH2 TIP3X2809 48.340 -0.190 27.950 1.00 0.00 W1 O +ATOM 25070 H1 TIP3X2809 48.660 -0.680 28.720 1.00 0.00 W1 H +ATOM 25071 H2 TIP3X2809 49.030 -0.310 27.300 1.00 0.00 W1 H +ATOM 25072 OH2 TIP3X2810 -40.120 15.790 -13.940 1.00 0.00 W1 O +ATOM 25073 H1 TIP3X2810 -40.940 15.930 -14.430 1.00 0.00 W1 H +ATOM 25074 H2 TIP3X2810 -39.790 16.660 -13.760 1.00 0.00 W1 H +ATOM 25075 OH2 TIP3X2811 41.600 2.800 -43.560 1.00 0.00 W1 O +ATOM 25076 H1 TIP3X2811 40.860 3.360 -43.810 1.00 0.00 W1 H +ATOM 25077 H2 TIP3X2811 41.250 2.230 -42.870 1.00 0.00 W1 H +ATOM 25078 OH2 TIP3X2812 -25.490 20.730 35.590 1.00 0.00 W1 O +ATOM 25079 H1 TIP3X2812 -25.500 19.950 35.040 1.00 0.00 W1 H +ATOM 25080 H2 TIP3X2812 -24.590 21.060 35.530 1.00 0.00 W1 H +ATOM 25081 OH2 TIP3X2813 10.800 -7.540 24.820 1.00 0.00 W1 O +ATOM 25082 H1 TIP3X2813 11.000 -8.450 24.630 1.00 0.00 W1 H +ATOM 25083 H2 TIP3X2813 10.250 -7.260 24.090 1.00 0.00 W1 H +ATOM 25084 OH2 TIP3X2814 -41.180 -6.140 18.660 1.00 0.00 W1 O +ATOM 25085 H1 TIP3X2814 -41.940 -6.050 18.100 1.00 0.00 W1 H +ATOM 25086 H2 TIP3X2814 -40.690 -5.330 18.550 1.00 0.00 W1 H +ATOM 25087 OH2 TIP3X2815 45.190 40.990 -35.720 1.00 0.00 W1 O +ATOM 25088 H1 TIP3X2815 45.770 40.640 -35.030 1.00 0.00 W1 H +ATOM 25089 H2 TIP3X2815 44.470 40.360 -35.760 1.00 0.00 W1 H +ATOM 25090 OH2 TIP3X2816 44.010 -19.570 -34.470 1.00 0.00 W1 O +ATOM 25091 H1 TIP3X2816 44.500 -20.130 -33.870 1.00 0.00 W1 H +ATOM 25092 H2 TIP3X2816 43.420 -20.160 -34.920 1.00 0.00 W1 H +ATOM 25093 OH2 TIP3X2817 -29.670 -19.400 -37.620 1.00 0.00 W1 O +ATOM 25094 H1 TIP3X2817 -29.570 -19.040 -36.730 1.00 0.00 W1 H +ATOM 25095 H2 TIP3X2817 -28.770 -19.520 -37.930 1.00 0.00 W1 H +ATOM 25096 OH2 TIP3X2818 5.080 28.960 -47.380 1.00 0.00 W1 O +ATOM 25097 H1 TIP3X2818 4.590 29.710 -47.710 1.00 0.00 W1 H +ATOM 25098 H2 TIP3X2818 4.550 28.630 -46.650 1.00 0.00 W1 H +ATOM 25099 OH2 TIP3X2819 -32.790 10.070 -19.070 1.00 0.00 W1 O +ATOM 25100 H1 TIP3X2819 -32.940 9.590 -19.890 1.00 0.00 W1 H +ATOM 25101 H2 TIP3X2819 -32.320 9.450 -18.510 1.00 0.00 W1 H +ATOM 25102 OH2 TIP3X2820 -43.360 -15.320 33.500 1.00 0.00 W1 O +ATOM 25103 H1 TIP3X2820 -42.600 -15.420 34.080 1.00 0.00 W1 H +ATOM 25104 H2 TIP3X2820 -43.020 -15.510 32.640 1.00 0.00 W1 H +ATOM 25105 OH2 TIP3X2821 45.560 23.790 38.460 1.00 0.00 W1 O +ATOM 25106 H1 TIP3X2821 44.730 23.760 38.960 1.00 0.00 W1 H +ATOM 25107 H2 TIP3X2821 45.870 24.700 38.570 1.00 0.00 W1 H +ATOM 25108 OH2 TIP3X2822 29.530 13.210 -6.920 1.00 0.00 W1 O +ATOM 25109 H1 TIP3X2822 29.660 12.620 -7.660 1.00 0.00 W1 H +ATOM 25110 H2 TIP3X2822 29.910 14.040 -7.210 1.00 0.00 W1 H +ATOM 25111 OH2 TIP3X2823 -34.600 12.860 40.390 1.00 0.00 W1 O +ATOM 25112 H1 TIP3X2823 -34.400 12.020 40.800 1.00 0.00 W1 H +ATOM 25113 H2 TIP3X2823 -35.420 13.130 40.800 1.00 0.00 W1 H +ATOM 25114 OH2 TIP3X2824 -42.250 -31.600 -42.400 1.00 0.00 W1 O +ATOM 25115 H1 TIP3X2824 -41.700 -31.810 -41.640 1.00 0.00 W1 H +ATOM 25116 H2 TIP3X2824 -42.610 -32.450 -42.670 1.00 0.00 W1 H +ATOM 25117 OH2 TIP3X2825 -23.670 -34.210 18.390 1.00 0.00 W1 O +ATOM 25118 H1 TIP3X2825 -23.990 -35.100 18.220 1.00 0.00 W1 H +ATOM 25119 H2 TIP3X2825 -23.160 -34.300 19.200 1.00 0.00 W1 H +ATOM 25120 OH2 TIP3X2826 -1.730 9.620 -44.670 1.00 0.00 W1 O +ATOM 25121 H1 TIP3X2826 -2.480 9.030 -44.760 1.00 0.00 W1 H +ATOM 25122 H2 TIP3X2826 -1.240 9.520 -45.490 1.00 0.00 W1 H +ATOM 25123 OH2 TIP3X2827 -2.800 41.500 -37.460 1.00 0.00 W1 O +ATOM 25124 H1 TIP3X2827 -2.150 41.950 -38.010 1.00 0.00 W1 H +ATOM 25125 H2 TIP3X2827 -2.260 41.000 -36.840 1.00 0.00 W1 H +ATOM 25126 OH2 TIP3X2828 -40.940 24.810 34.770 1.00 0.00 W1 O +ATOM 25127 H1 TIP3X2828 -41.670 24.470 35.280 1.00 0.00 W1 H +ATOM 25128 H2 TIP3X2828 -40.160 24.470 35.220 1.00 0.00 W1 H +ATOM 25129 OH2 TIP3X2829 35.340 -19.860 -41.600 1.00 0.00 W1 O +ATOM 25130 H1 TIP3X2829 36.230 -19.650 -41.300 1.00 0.00 W1 H +ATOM 25131 H2 TIP3X2829 35.150 -19.200 -42.270 1.00 0.00 W1 H +ATOM 25132 OH2 TIP3X2830 35.630 21.750 25.010 1.00 0.00 W1 O +ATOM 25133 H1 TIP3X2830 36.400 21.920 24.450 1.00 0.00 W1 H +ATOM 25134 H2 TIP3X2830 35.030 21.260 24.450 1.00 0.00 W1 H +ATOM 25135 OH2 TIP3X2831 -34.930 33.260 -43.990 1.00 0.00 W1 O +ATOM 25136 H1 TIP3X2831 -34.200 33.060 -43.410 1.00 0.00 W1 H +ATOM 25137 H2 TIP3X2831 -34.810 34.180 -44.210 1.00 0.00 W1 H +ATOM 25138 OH2 TIP3X2832 -13.700 -49.060 -46.720 1.00 0.00 W1 O +ATOM 25139 H1 TIP3X2832 -13.690 -48.320 -47.320 1.00 0.00 W1 H +ATOM 25140 H2 TIP3X2832 -12.960 -48.910 -46.130 1.00 0.00 W1 H +ATOM 25141 OH2 TIP3X2833 18.740 16.740 32.460 1.00 0.00 W1 O +ATOM 25142 H1 TIP3X2833 18.420 17.200 33.240 1.00 0.00 W1 H +ATOM 25143 H2 TIP3X2833 19.110 17.420 31.900 1.00 0.00 W1 H +ATOM 25144 OH2 TIP3X2834 24.410 -43.610 -38.530 1.00 0.00 W1 O +ATOM 25145 H1 TIP3X2834 23.530 -43.820 -38.840 1.00 0.00 W1 H +ATOM 25146 H2 TIP3X2834 24.880 -44.440 -38.560 1.00 0.00 W1 H +ATOM 25147 OH2 TIP3X2835 20.920 -27.670 -45.460 1.00 0.00 W1 O +ATOM 25148 H1 TIP3X2835 20.000 -27.640 -45.690 1.00 0.00 W1 H +ATOM 25149 H2 TIP3X2835 21.380 -27.560 -46.290 1.00 0.00 W1 H +ATOM 25150 OH2 TIP3X2836 -24.440 24.490 -30.760 1.00 0.00 W1 O +ATOM 25151 H1 TIP3X2836 -24.890 25.000 -30.080 1.00 0.00 W1 H +ATOM 25152 H2 TIP3X2836 -23.680 24.110 -30.320 1.00 0.00 W1 H +ATOM 25153 OH2 TIP3X2837 43.380 33.560 -22.900 1.00 0.00 W1 O +ATOM 25154 H1 TIP3X2837 44.100 33.020 -23.240 1.00 0.00 W1 H +ATOM 25155 H2 TIP3X2837 43.750 34.000 -22.130 1.00 0.00 W1 H +ATOM 25156 OH2 TIP3X2838 -4.250 -12.130 -41.210 1.00 0.00 W1 O +ATOM 25157 H1 TIP3X2838 -3.350 -12.180 -41.550 1.00 0.00 W1 H +ATOM 25158 H2 TIP3X2838 -4.470 -13.030 -40.960 1.00 0.00 W1 H +ATOM 25159 OH2 TIP3X2839 32.790 -40.760 -41.000 1.00 0.00 W1 O +ATOM 25160 H1 TIP3X2839 32.220 -41.490 -41.190 1.00 0.00 W1 H +ATOM 25161 H2 TIP3X2839 33.610 -40.970 -41.440 1.00 0.00 W1 H +ATOM 25162 OH2 TIP3X2840 1.630 -5.990 -33.320 1.00 0.00 W1 O +ATOM 25163 H1 TIP3X2840 1.550 -5.780 -32.380 1.00 0.00 W1 H +ATOM 25164 H2 TIP3X2840 1.330 -5.210 -33.770 1.00 0.00 W1 H +ATOM 25165 OH2 TIP3X2841 28.090 -16.190 -46.760 1.00 0.00 W1 O +ATOM 25166 H1 TIP3X2841 27.200 -16.190 -47.150 1.00 0.00 W1 H +ATOM 25167 H2 TIP3X2841 28.030 -16.780 -46.010 1.00 0.00 W1 H +ATOM 25168 OH2 TIP3X2842 -23.920 -25.480 36.070 1.00 0.00 W1 O +ATOM 25169 H1 TIP3X2842 -23.240 -25.360 36.730 1.00 0.00 W1 H +ATOM 25170 H2 TIP3X2842 -24.210 -26.390 36.170 1.00 0.00 W1 H +ATOM 25171 OH2 TIP3X2843 13.770 37.250 -47.870 1.00 0.00 W1 O +ATOM 25172 H1 TIP3X2843 13.980 38.010 -48.420 1.00 0.00 W1 H +ATOM 25173 H2 TIP3X2843 14.620 36.950 -47.560 1.00 0.00 W1 H +ATOM 25174 OH2 TIP3X2844 -1.980 -34.860 -47.600 1.00 0.00 W1 O +ATOM 25175 H1 TIP3X2844 -1.310 -35.280 -47.060 1.00 0.00 W1 H +ATOM 25176 H2 TIP3X2844 -1.560 -34.750 -48.450 1.00 0.00 W1 H +ATOM 25177 OH2 TIP3X2845 -10.090 6.530 -36.030 1.00 0.00 W1 O +ATOM 25178 H1 TIP3X2845 -10.190 6.780 -36.950 1.00 0.00 W1 H +ATOM 25179 H2 TIP3X2845 -10.360 5.620 -35.990 1.00 0.00 W1 H +ATOM 25180 OH2 TIP3X2846 -37.760 -0.330 -17.960 1.00 0.00 W1 O +ATOM 25181 H1 TIP3X2846 -38.590 -0.610 -17.570 1.00 0.00 W1 H +ATOM 25182 H2 TIP3X2846 -37.090 -0.720 -17.380 1.00 0.00 W1 H +ATOM 25183 OH2 TIP3X2847 9.010 18.980 -18.140 1.00 0.00 W1 O +ATOM 25184 H1 TIP3X2847 9.710 18.430 -17.770 1.00 0.00 W1 H +ATOM 25185 H2 TIP3X2847 8.590 19.380 -17.370 1.00 0.00 W1 H +ATOM 25186 OH2 TIP3X2848 21.940 -47.230 -40.520 1.00 0.00 W1 O +ATOM 25187 H1 TIP3X2848 22.000 -46.770 -39.690 1.00 0.00 W1 H +ATOM 25188 H2 TIP3X2848 22.390 -46.650 -41.140 1.00 0.00 W1 H +ATOM 25189 OH2 TIP3X2849 4.520 14.770 -23.480 1.00 0.00 W1 O +ATOM 25190 H1 TIP3X2849 5.270 15.330 -23.700 1.00 0.00 W1 H +ATOM 25191 H2 TIP3X2849 4.440 14.160 -24.210 1.00 0.00 W1 H +ATOM 25192 OH2 TIP3X2850 -44.140 39.730 -21.300 1.00 0.00 W1 O +ATOM 25193 H1 TIP3X2850 -43.660 40.550 -21.260 1.00 0.00 W1 H +ATOM 25194 H2 TIP3X2850 -44.330 39.520 -20.380 1.00 0.00 W1 H +ATOM 25195 OH2 TIP3X2851 5.070 -49.590 33.740 1.00 0.00 W1 O +ATOM 25196 H1 TIP3X2851 4.830 -49.420 34.660 1.00 0.00 W1 H +ATOM 25197 H2 TIP3X2851 4.290 -49.360 33.230 1.00 0.00 W1 H +ATOM 25198 OH2 TIP3X2852 -30.870 31.810 34.690 1.00 0.00 W1 O +ATOM 25199 H1 TIP3X2852 -31.600 31.710 35.280 1.00 0.00 W1 H +ATOM 25200 H2 TIP3X2852 -30.240 32.360 35.160 1.00 0.00 W1 H +ATOM 25201 OH2 TIP3X2853 -42.150 -17.970 33.080 1.00 0.00 W1 O +ATOM 25202 H1 TIP3X2853 -41.700 -17.130 32.950 1.00 0.00 W1 H +ATOM 25203 H2 TIP3X2853 -41.900 -18.240 33.960 1.00 0.00 W1 H +ATOM 25204 OH2 TIP3X2854 46.220 11.430 -10.480 1.00 0.00 W1 O +ATOM 25205 H1 TIP3X2854 46.000 11.390 -9.560 1.00 0.00 W1 H +ATOM 25206 H2 TIP3X2854 46.060 12.340 -10.730 1.00 0.00 W1 H +ATOM 25207 OH2 TIP3X2855 9.580 -51.210 31.440 1.00 0.00 W1 O +ATOM 25208 H1 TIP3X2855 8.990 -50.840 32.090 1.00 0.00 W1 H +ATOM 25209 H2 TIP3X2855 10.390 -51.400 31.930 1.00 0.00 W1 H +ATOM 25210 OH2 TIP3X2856 7.360 -12.430 36.540 1.00 0.00 W1 O +ATOM 25211 H1 TIP3X2856 6.700 -13.050 36.230 1.00 0.00 W1 H +ATOM 25212 H2 TIP3X2856 7.940 -12.960 37.080 1.00 0.00 W1 H +ATOM 25213 OH2 TIP3X2857 -10.720 31.950 33.220 1.00 0.00 W1 O +ATOM 25214 H1 TIP3X2857 -9.910 32.350 32.910 1.00 0.00 W1 H +ATOM 25215 H2 TIP3X2857 -11.210 31.740 32.420 1.00 0.00 W1 H +ATOM 25216 OH2 TIP3X2858 -19.790 -40.650 17.260 1.00 0.00 W1 O +ATOM 25217 H1 TIP3X2858 -19.230 -40.540 18.020 1.00 0.00 W1 H +ATOM 25218 H2 TIP3X2858 -19.940 -39.760 16.940 1.00 0.00 W1 H +ATOM 25219 OH2 TIP3X2859 32.800 30.320 -40.560 1.00 0.00 W1 O +ATOM 25220 H1 TIP3X2859 33.370 29.550 -40.630 1.00 0.00 W1 H +ATOM 25221 H2 TIP3X2859 33.330 31.050 -40.870 1.00 0.00 W1 H +ATOM 25222 OH2 TIP3X2860 38.310 -48.620 -24.680 1.00 0.00 W1 O +ATOM 25223 H1 TIP3X2860 38.280 -49.380 -25.260 1.00 0.00 W1 H +ATOM 25224 H2 TIP3X2860 38.120 -48.960 -23.810 1.00 0.00 W1 H +ATOM 25225 OH2 TIP3X2861 -19.470 26.370 19.920 1.00 0.00 W1 O +ATOM 25226 H1 TIP3X2861 -18.840 26.920 19.450 1.00 0.00 W1 H +ATOM 25227 H2 TIP3X2861 -18.950 25.620 20.210 1.00 0.00 W1 H +ATOM 25228 OH2 TIP3X2862 -5.380 -15.970 17.160 1.00 0.00 W1 O +ATOM 25229 H1 TIP3X2862 -5.860 -15.180 16.900 1.00 0.00 W1 H +ATOM 25230 H2 TIP3X2862 -4.880 -16.210 16.380 1.00 0.00 W1 H +ATOM 25231 OH2 TIP3X2863 38.560 -12.040 36.220 1.00 0.00 W1 O +ATOM 25232 H1 TIP3X2863 38.030 -11.240 36.220 1.00 0.00 W1 H +ATOM 25233 H2 TIP3X2863 38.150 -12.590 36.890 1.00 0.00 W1 H +ATOM 25234 OH2 TIP3X2864 -0.480 -41.240 -30.690 1.00 0.00 W1 O +ATOM 25235 H1 TIP3X2864 0.120 -40.580 -31.040 1.00 0.00 W1 H +ATOM 25236 H2 TIP3X2864 -0.260 -42.040 -31.160 1.00 0.00 W1 H +ATOM 25237 OH2 TIP3X2865 -39.530 -10.560 -36.500 1.00 0.00 W1 O +ATOM 25238 H1 TIP3X2865 -39.000 -10.600 -35.700 1.00 0.00 W1 H +ATOM 25239 H2 TIP3X2865 -39.770 -9.640 -36.580 1.00 0.00 W1 H +ATOM 25240 OH2 TIP3X2866 -25.960 -29.570 -36.110 1.00 0.00 W1 O +ATOM 25241 H1 TIP3X2866 -25.520 -29.180 -36.870 1.00 0.00 W1 H +ATOM 25242 H2 TIP3X2866 -26.780 -29.920 -36.460 1.00 0.00 W1 H +ATOM 25243 OH2 TIP3X2867 -42.670 40.260 -38.960 1.00 0.00 W1 O +ATOM 25244 H1 TIP3X2867 -42.280 40.960 -39.490 1.00 0.00 W1 H +ATOM 25245 H2 TIP3X2867 -42.290 39.460 -39.310 1.00 0.00 W1 H +ATOM 25246 OH2 TIP3X2868 -9.230 -25.710 -33.320 1.00 0.00 W1 O +ATOM 25247 H1 TIP3X2868 -9.740 -26.220 -33.960 1.00 0.00 W1 H +ATOM 25248 H2 TIP3X2868 -8.360 -26.100 -33.350 1.00 0.00 W1 H +ATOM 25249 OH2 TIP3X2869 -17.120 9.230 33.690 1.00 0.00 W1 O +ATOM 25250 H1 TIP3X2869 -16.940 9.540 32.800 1.00 0.00 W1 H +ATOM 25251 H2 TIP3X2869 -16.780 9.920 34.260 1.00 0.00 W1 H +ATOM 25252 OH2 TIP3X2870 -40.520 36.740 -34.770 1.00 0.00 W1 O +ATOM 25253 H1 TIP3X2870 -40.760 36.000 -34.220 1.00 0.00 W1 H +ATOM 25254 H2 TIP3X2870 -40.410 36.370 -35.650 1.00 0.00 W1 H +ATOM 25255 OH2 TIP3X2871 46.150 -48.440 20.890 1.00 0.00 W1 O +ATOM 25256 H1 TIP3X2871 45.470 -47.760 20.780 1.00 0.00 W1 H +ATOM 25257 H2 TIP3X2871 46.860 -48.000 21.350 1.00 0.00 W1 H +ATOM 25258 OH2 TIP3X2872 3.110 11.820 -45.130 1.00 0.00 W1 O +ATOM 25259 H1 TIP3X2872 3.460 12.470 -44.510 1.00 0.00 W1 H +ATOM 25260 H2 TIP3X2872 2.890 11.070 -44.580 1.00 0.00 W1 H +ATOM 25261 OH2 TIP3X2873 -31.210 7.720 34.150 1.00 0.00 W1 O +ATOM 25262 H1 TIP3X2873 -31.660 7.150 34.770 1.00 0.00 W1 H +ATOM 25263 H2 TIP3X2873 -31.810 7.800 33.410 1.00 0.00 W1 H +ATOM 25264 OH2 TIP3X2874 27.960 34.690 33.380 1.00 0.00 W1 O +ATOM 25265 H1 TIP3X2874 28.630 34.910 34.040 1.00 0.00 W1 H +ATOM 25266 H2 TIP3X2874 27.490 35.520 33.230 1.00 0.00 W1 H +ATOM 25267 OH2 TIP3X2875 -6.270 16.220 -39.600 1.00 0.00 W1 O +ATOM 25268 H1 TIP3X2875 -5.740 15.560 -39.140 1.00 0.00 W1 H +ATOM 25269 H2 TIP3X2875 -6.140 16.030 -40.540 1.00 0.00 W1 H +ATOM 25270 OH2 TIP3X2876 17.970 10.640 25.490 1.00 0.00 W1 O +ATOM 25271 H1 TIP3X2876 17.480 9.840 25.280 1.00 0.00 W1 H +ATOM 25272 H2 TIP3X2876 17.450 11.340 25.120 1.00 0.00 W1 H +ATOM 25273 OH2 TIP3X2877 37.590 -26.160 -16.760 1.00 0.00 W1 O +ATOM 25274 H1 TIP3X2877 37.800 -25.450 -16.140 1.00 0.00 W1 H +ATOM 25275 H2 TIP3X2877 38.380 -26.260 -17.290 1.00 0.00 W1 H +ATOM 25276 OH2 TIP3X2878 -22.860 -7.270 -32.130 1.00 0.00 W1 O +ATOM 25277 H1 TIP3X2878 -21.940 -7.550 -32.160 1.00 0.00 W1 H +ATOM 25278 H2 TIP3X2878 -23.010 -7.030 -31.220 1.00 0.00 W1 H +ATOM 25279 OH2 TIP3X2879 -41.030 30.220 -45.480 1.00 0.00 W1 O +ATOM 25280 H1 TIP3X2879 -40.110 30.390 -45.750 1.00 0.00 W1 H +ATOM 25281 H2 TIP3X2879 -41.210 30.900 -44.830 1.00 0.00 W1 H +ATOM 25282 OH2 TIP3X2880 21.400 32.390 23.010 1.00 0.00 W1 O +ATOM 25283 H1 TIP3X2880 21.840 33.190 22.720 1.00 0.00 W1 H +ATOM 25284 H2 TIP3X2880 21.890 31.680 22.620 1.00 0.00 W1 H +ATOM 25285 OH2 TIP3X2881 10.770 29.810 27.720 1.00 0.00 W1 O +ATOM 25286 H1 TIP3X2881 9.890 29.440 27.810 1.00 0.00 W1 H +ATOM 25287 H2 TIP3X2881 10.800 30.530 28.350 1.00 0.00 W1 H +ATOM 25288 OH2 TIP3X2882 -24.800 7.100 31.920 1.00 0.00 W1 O +ATOM 25289 H1 TIP3X2882 -25.300 7.900 32.020 1.00 0.00 W1 H +ATOM 25290 H2 TIP3X2882 -23.930 7.390 31.660 1.00 0.00 W1 H +ATOM 25291 OH2 TIP3X2883 42.180 -38.670 -52.720 1.00 0.00 W1 O +ATOM 25292 H1 TIP3X2883 43.030 -39.090 -52.640 1.00 0.00 W1 H +ATOM 25293 H2 TIP3X2883 41.560 -39.280 -52.320 1.00 0.00 W1 H +ATOM 25294 OH2 TIP3X2884 -33.410 -16.500 33.280 1.00 0.00 W1 O +ATOM 25295 H1 TIP3X2884 -32.530 -16.170 33.470 1.00 0.00 W1 H +ATOM 25296 H2 TIP3X2884 -33.390 -16.730 32.350 1.00 0.00 W1 H +ATOM 25297 OH2 TIP3X2885 26.540 0.960 -30.280 1.00 0.00 W1 O +ATOM 25298 H1 TIP3X2885 25.840 0.380 -29.990 1.00 0.00 W1 H +ATOM 25299 H2 TIP3X2885 26.190 1.840 -30.120 1.00 0.00 W1 H +ATOM 25300 OH2 TIP3X2886 -5.500 42.070 -22.110 1.00 0.00 W1 O +ATOM 25301 H1 TIP3X2886 -5.800 41.930 -23.000 1.00 0.00 W1 H +ATOM 25302 H2 TIP3X2886 -6.050 42.790 -21.780 1.00 0.00 W1 H +ATOM 25303 OH2 TIP3X2887 2.460 -44.000 25.550 1.00 0.00 W1 O +ATOM 25304 H1 TIP3X2887 1.960 -44.420 26.250 1.00 0.00 W1 H +ATOM 25305 H2 TIP3X2887 1.900 -44.050 24.780 1.00 0.00 W1 H +ATOM 25306 OH2 TIP3X2888 -18.880 3.090 -36.580 1.00 0.00 W1 O +ATOM 25307 H1 TIP3X2888 -18.870 3.900 -36.060 1.00 0.00 W1 H +ATOM 25308 H2 TIP3X2888 -17.980 2.770 -36.540 1.00 0.00 W1 H +ATOM 25309 OH2 TIP3X2889 14.730 3.670 24.330 1.00 0.00 W1 O +ATOM 25310 H1 TIP3X2889 13.890 3.660 23.860 1.00 0.00 W1 H +ATOM 25311 H2 TIP3X2889 15.360 4.000 23.700 1.00 0.00 W1 H +ATOM 25312 OH2 TIP3X2890 26.400 36.630 -32.000 1.00 0.00 W1 O +ATOM 25313 H1 TIP3X2890 26.460 37.470 -32.450 1.00 0.00 W1 H +ATOM 25314 H2 TIP3X2890 25.970 36.050 -32.620 1.00 0.00 W1 H +ATOM 25315 OH2 TIP3X2891 37.380 33.780 27.390 1.00 0.00 W1 O +ATOM 25316 H1 TIP3X2891 37.250 32.850 27.530 1.00 0.00 W1 H +ATOM 25317 H2 TIP3X2891 37.950 33.830 26.630 1.00 0.00 W1 H +ATOM 25318 OH2 TIP3X2892 17.520 -34.320 25.020 1.00 0.00 W1 O +ATOM 25319 H1 TIP3X2892 17.200 -35.040 24.470 1.00 0.00 W1 H +ATOM 25320 H2 TIP3X2892 17.720 -34.730 25.860 1.00 0.00 W1 H +ATOM 25321 OH2 TIP3X2893 44.220 -15.710 -24.210 1.00 0.00 W1 O +ATOM 25322 H1 TIP3X2893 43.410 -16.120 -23.910 1.00 0.00 W1 H +ATOM 25323 H2 TIP3X2893 44.790 -16.450 -24.420 1.00 0.00 W1 H +ATOM 25324 OH2 TIP3X2894 -11.270 20.640 37.970 1.00 0.00 W1 O +ATOM 25325 H1 TIP3X2894 -10.670 20.360 37.280 1.00 0.00 W1 H +ATOM 25326 H2 TIP3X2894 -10.770 21.280 38.470 1.00 0.00 W1 H +ATOM 25327 OH2 TIP3X2895 23.320 24.130 -37.510 1.00 0.00 W1 O +ATOM 25328 H1 TIP3X2895 24.270 24.140 -37.450 1.00 0.00 W1 H +ATOM 25329 H2 TIP3X2895 23.100 23.230 -37.740 1.00 0.00 W1 H +ATOM 25330 OH2 TIP3X2896 21.490 -29.870 31.380 1.00 0.00 W1 O +ATOM 25331 H1 TIP3X2896 20.610 -29.590 31.120 1.00 0.00 W1 H +ATOM 25332 H2 TIP3X2896 22.020 -29.080 31.350 1.00 0.00 W1 H +ATOM 25333 OH2 TIP3X2897 -15.880 0.550 39.210 1.00 0.00 W1 O +ATOM 25334 H1 TIP3X2897 -15.490 0.610 38.340 1.00 0.00 W1 H +ATOM 25335 H2 TIP3X2897 -16.450 1.320 39.270 1.00 0.00 W1 H +ATOM 25336 OH2 TIP3X2898 11.920 38.360 38.340 1.00 0.00 W1 O +ATOM 25337 H1 TIP3X2898 12.240 37.490 38.120 1.00 0.00 W1 H +ATOM 25338 H2 TIP3X2898 12.080 38.450 39.280 1.00 0.00 W1 H +ATOM 25339 OH2 TIP3X2899 45.700 -10.860 36.410 1.00 0.00 W1 O +ATOM 25340 H1 TIP3X2899 44.830 -10.870 36.810 1.00 0.00 W1 H +ATOM 25341 H2 TIP3X2899 46.310 -10.840 37.150 1.00 0.00 W1 H +ATOM 25342 OH2 TIP3X2900 -12.270 17.310 30.820 1.00 0.00 W1 O +ATOM 25343 H1 TIP3X2900 -11.620 16.860 31.350 1.00 0.00 W1 H +ATOM 25344 H2 TIP3X2900 -12.010 18.230 30.850 1.00 0.00 W1 H +ATOM 25345 OH2 TIP3X2901 1.080 6.030 -41.430 1.00 0.00 W1 O +ATOM 25346 H1 TIP3X2901 2.000 6.260 -41.320 1.00 0.00 W1 H +ATOM 25347 H2 TIP3X2901 1.060 5.520 -42.240 1.00 0.00 W1 H +ATOM 25348 OH2 TIP3X2902 7.060 -25.650 32.610 1.00 0.00 W1 O +ATOM 25349 H1 TIP3X2902 6.540 -25.840 31.840 1.00 0.00 W1 H +ATOM 25350 H2 TIP3X2902 7.250 -26.520 32.990 1.00 0.00 W1 H +ATOM 25351 OH2 TIP3X2903 -28.720 -22.350 -36.390 1.00 0.00 W1 O +ATOM 25352 H1 TIP3X2903 -27.780 -22.580 -36.300 1.00 0.00 W1 H +ATOM 25353 H2 TIP3X2903 -29.170 -23.190 -36.290 1.00 0.00 W1 H +ATOM 25354 OH2 TIP3X2904 -38.700 -1.930 36.480 1.00 0.00 W1 O +ATOM 25355 H1 TIP3X2904 -38.550 -2.260 35.600 1.00 0.00 W1 H +ATOM 25356 H2 TIP3X2904 -37.840 -1.970 36.900 1.00 0.00 W1 H +ATOM 25357 OH2 TIP3X2905 -23.200 8.070 -46.160 1.00 0.00 W1 O +ATOM 25358 H1 TIP3X2905 -22.510 7.890 -46.790 1.00 0.00 W1 H +ATOM 25359 H2 TIP3X2905 -23.660 8.840 -46.520 1.00 0.00 W1 H +ATOM 25360 OH2 TIP3X2906 -22.580 -14.840 21.790 1.00 0.00 W1 O +ATOM 25361 H1 TIP3X2906 -23.320 -14.430 21.370 1.00 0.00 W1 H +ATOM 25362 H2 TIP3X2906 -22.920 -15.110 22.650 1.00 0.00 W1 H +ATOM 25363 OH2 TIP3X2907 -34.130 29.320 -13.510 1.00 0.00 W1 O +ATOM 25364 H1 TIP3X2907 -33.860 29.130 -14.410 1.00 0.00 W1 H +ATOM 25365 H2 TIP3X2907 -34.520 28.500 -13.200 1.00 0.00 W1 H +ATOM 25366 OH2 TIP3X2908 27.590 29.480 33.330 1.00 0.00 W1 O +ATOM 25367 H1 TIP3X2908 27.230 29.600 34.210 1.00 0.00 W1 H +ATOM 25368 H2 TIP3X2908 28.450 29.900 33.370 1.00 0.00 W1 H +ATOM 25369 OH2 TIP3X2909 -24.300 -4.140 -21.920 1.00 0.00 W1 O +ATOM 25370 H1 TIP3X2909 -24.270 -5.070 -21.670 1.00 0.00 W1 H +ATOM 25371 H2 TIP3X2909 -25.070 -4.090 -22.500 1.00 0.00 W1 H +ATOM 25372 OH2 TIP3X2910 15.480 -13.480 35.560 1.00 0.00 W1 O +ATOM 25373 H1 TIP3X2910 16.020 -13.140 34.840 1.00 0.00 W1 H +ATOM 25374 H2 TIP3X2910 15.410 -12.750 36.180 1.00 0.00 W1 H +ATOM 25375 OH2 TIP3X2911 -26.380 -15.360 -42.160 1.00 0.00 W1 O +ATOM 25376 H1 TIP3X2911 -26.410 -15.020 -43.060 1.00 0.00 W1 H +ATOM 25377 H2 TIP3X2911 -26.340 -16.310 -42.260 1.00 0.00 W1 H +ATOM 25378 OH2 TIP3X2912 -31.630 23.170 -37.140 1.00 0.00 W1 O +ATOM 25379 H1 TIP3X2912 -32.110 23.630 -37.830 1.00 0.00 W1 H +ATOM 25380 H2 TIP3X2912 -31.390 23.850 -36.510 1.00 0.00 W1 H +ATOM 25381 OH2 TIP3X2913 -29.510 31.830 -46.940 1.00 0.00 W1 O +ATOM 25382 H1 TIP3X2913 -28.960 31.050 -46.810 1.00 0.00 W1 H +ATOM 25383 H2 TIP3X2913 -29.090 32.500 -46.400 1.00 0.00 W1 H +ATOM 25384 OH2 TIP3X2914 -43.130 -50.220 33.710 1.00 0.00 W1 O +ATOM 25385 H1 TIP3X2914 -42.250 -50.150 34.080 1.00 0.00 W1 H +ATOM 25386 H2 TIP3X2914 -43.250 -51.150 33.560 1.00 0.00 W1 H +ATOM 25387 OH2 TIP3X2915 -18.560 35.020 37.210 1.00 0.00 W1 O +ATOM 25388 H1 TIP3X2915 -18.910 35.550 36.490 1.00 0.00 W1 H +ATOM 25389 H2 TIP3X2915 -18.710 34.110 36.910 1.00 0.00 W1 H +ATOM 25390 OH2 TIP3X2916 9.900 -46.930 -42.940 1.00 0.00 W1 O +ATOM 25391 H1 TIP3X2916 10.470 -47.170 -42.200 1.00 0.00 W1 H +ATOM 25392 H2 TIP3X2916 9.050 -46.740 -42.540 1.00 0.00 W1 H +ATOM 25393 OH2 TIP3X2917 -42.880 22.480 -20.340 1.00 0.00 W1 O +ATOM 25394 H1 TIP3X2917 -42.990 23.240 -19.760 1.00 0.00 W1 H +ATOM 25395 H2 TIP3X2917 -42.240 22.760 -20.990 1.00 0.00 W1 H +ATOM 25396 OH2 TIP3X2918 -39.790 -44.380 -45.470 1.00 0.00 W1 O +ATOM 25397 H1 TIP3X2918 -39.950 -43.580 -45.970 1.00 0.00 W1 H +ATOM 25398 H2 TIP3X2918 -39.800 -45.080 -46.130 1.00 0.00 W1 H +ATOM 25399 OH2 TIP3X2919 -28.000 31.220 -23.400 1.00 0.00 W1 O +ATOM 25400 H1 TIP3X2919 -27.520 31.770 -24.010 1.00 0.00 W1 H +ATOM 25401 H2 TIP3X2919 -27.410 31.110 -22.660 1.00 0.00 W1 H +ATOM 25402 OH2 TIP3X2920 -24.630 1.190 -23.620 1.00 0.00 W1 O +ATOM 25403 H1 TIP3X2920 -24.480 2.010 -23.160 1.00 0.00 W1 H +ATOM 25404 H2 TIP3X2920 -25.570 1.180 -23.800 1.00 0.00 W1 H +ATOM 25405 OH2 TIP3X2921 38.760 6.900 -38.880 1.00 0.00 W1 O +ATOM 25406 H1 TIP3X2921 37.990 6.470 -39.260 1.00 0.00 W1 H +ATOM 25407 H2 TIP3X2921 38.500 7.810 -38.770 1.00 0.00 W1 H +ATOM 25408 OH2 TIP3X2922 -13.280 -50.210 -20.510 1.00 0.00 W1 O +ATOM 25409 H1 TIP3X2922 -13.370 -49.600 -19.780 1.00 0.00 W1 H +ATOM 25410 H2 TIP3X2922 -12.700 -50.900 -20.180 1.00 0.00 W1 H +ATOM 25411 OH2 TIP3X2923 -0.320 24.700 -24.630 1.00 0.00 W1 O +ATOM 25412 H1 TIP3X2923 0.070 23.990 -24.130 1.00 0.00 W1 H +ATOM 25413 H2 TIP3X2923 0.420 25.220 -24.950 1.00 0.00 W1 H +ATOM 25414 OH2 TIP3X2924 -13.410 -40.600 -39.700 1.00 0.00 W1 O +ATOM 25415 H1 TIP3X2924 -13.060 -40.550 -38.800 1.00 0.00 W1 H +ATOM 25416 H2 TIP3X2924 -12.660 -40.780 -40.250 1.00 0.00 W1 H +ATOM 25417 OH2 TIP3X2925 32.130 -21.290 30.920 1.00 0.00 W1 O +ATOM 25418 H1 TIP3X2925 32.500 -20.680 30.280 1.00 0.00 W1 H +ATOM 25419 H2 TIP3X2925 31.600 -20.730 31.500 1.00 0.00 W1 H +ATOM 25420 OH2 TIP3X2926 23.180 -25.350 -34.040 1.00 0.00 W1 O +ATOM 25421 H1 TIP3X2926 23.850 -25.560 -34.700 1.00 0.00 W1 H +ATOM 25422 H2 TIP3X2926 23.180 -26.090 -33.450 1.00 0.00 W1 H +ATOM 25423 OH2 TIP3X2927 36.840 -38.450 -36.850 1.00 0.00 W1 O +ATOM 25424 H1 TIP3X2927 37.420 -39.120 -36.470 1.00 0.00 W1 H +ATOM 25425 H2 TIP3X2927 36.010 -38.910 -36.990 1.00 0.00 W1 H +ATOM 25426 OH2 TIP3X2928 -37.730 -15.310 -36.320 1.00 0.00 W1 O +ATOM 25427 H1 TIP3X2928 -37.550 -14.380 -36.280 1.00 0.00 W1 H +ATOM 25428 H2 TIP3X2928 -38.040 -15.540 -35.450 1.00 0.00 W1 H +ATOM 25429 OH2 TIP3X2929 19.220 10.530 -18.310 1.00 0.00 W1 O +ATOM 25430 H1 TIP3X2929 20.110 10.760 -18.010 1.00 0.00 W1 H +ATOM 25431 H2 TIP3X2929 18.680 11.260 -18.010 1.00 0.00 W1 H +ATOM 25432 OH2 TIP3X2930 -3.410 19.750 -45.820 1.00 0.00 W1 O +ATOM 25433 H1 TIP3X2930 -3.970 20.240 -46.430 1.00 0.00 W1 H +ATOM 25434 H2 TIP3X2930 -3.880 18.930 -45.670 1.00 0.00 W1 H +ATOM 25435 OH2 TIP3X2931 -3.860 27.850 -19.380 1.00 0.00 W1 O +ATOM 25436 H1 TIP3X2931 -3.700 28.570 -18.770 1.00 0.00 W1 H +ATOM 25437 H2 TIP3X2931 -3.840 28.270 -20.250 1.00 0.00 W1 H +ATOM 25438 OH2 TIP3X2932 -35.910 16.910 24.670 1.00 0.00 W1 O +ATOM 25439 H1 TIP3X2932 -36.610 16.320 24.390 1.00 0.00 W1 H +ATOM 25440 H2 TIP3X2932 -35.990 17.660 24.090 1.00 0.00 W1 H +ATOM 25441 OH2 TIP3X2933 0.180 38.440 -25.480 1.00 0.00 W1 O +ATOM 25442 H1 TIP3X2933 0.540 39.250 -25.850 1.00 0.00 W1 H +ATOM 25443 H2 TIP3X2933 0.850 37.780 -25.680 1.00 0.00 W1 H +ATOM 25444 OH2 TIP3X2934 30.920 10.190 -31.150 1.00 0.00 W1 O +ATOM 25445 H1 TIP3X2934 31.140 10.980 -31.640 1.00 0.00 W1 H +ATOM 25446 H2 TIP3X2934 30.020 9.990 -31.380 1.00 0.00 W1 H +ATOM 25447 OH2 TIP3X2935 14.570 -24.870 -41.610 1.00 0.00 W1 O +ATOM 25448 H1 TIP3X2935 14.150 -25.490 -41.030 1.00 0.00 W1 H +ATOM 25449 H2 TIP3X2935 15.390 -25.310 -41.870 1.00 0.00 W1 H +ATOM 25450 OH2 TIP3X2936 37.560 35.470 -50.250 1.00 0.00 W1 O +ATOM 25451 H1 TIP3X2936 37.810 35.990 -49.480 1.00 0.00 W1 H +ATOM 25452 H2 TIP3X2936 38.000 34.640 -50.120 1.00 0.00 W1 H +ATOM 25453 OH2 TIP3X2937 -5.400 18.990 -20.750 1.00 0.00 W1 O +ATOM 25454 H1 TIP3X2937 -5.290 19.540 -19.980 1.00 0.00 W1 H +ATOM 25455 H2 TIP3X2937 -5.280 19.590 -21.490 1.00 0.00 W1 H +ATOM 25456 OH2 TIP3X2938 42.620 -38.680 -30.660 1.00 0.00 W1 O +ATOM 25457 H1 TIP3X2938 42.300 -38.250 -31.450 1.00 0.00 W1 H +ATOM 25458 H2 TIP3X2938 41.910 -39.270 -30.410 1.00 0.00 W1 H +ATOM 25459 OH2 TIP3X2939 -25.360 -17.880 -22.140 1.00 0.00 W1 O +ATOM 25460 H1 TIP3X2939 -24.720 -17.180 -22.240 1.00 0.00 W1 H +ATOM 25461 H2 TIP3X2939 -25.690 -17.790 -21.240 1.00 0.00 W1 H +ATOM 25462 OH2 TIP3X2940 8.540 18.290 14.090 1.00 0.00 W1 O +ATOM 25463 H1 TIP3X2940 7.640 18.100 14.370 1.00 0.00 W1 H +ATOM 25464 H2 TIP3X2940 8.530 19.220 13.850 1.00 0.00 W1 H +ATOM 25465 OH2 TIP3X2941 -39.880 -2.490 -15.030 1.00 0.00 W1 O +ATOM 25466 H1 TIP3X2941 -38.940 -2.640 -15.170 1.00 0.00 W1 H +ATOM 25467 H2 TIP3X2941 -40.210 -3.320 -14.710 1.00 0.00 W1 H +ATOM 25468 OH2 TIP3X2942 22.640 23.490 14.830 1.00 0.00 W1 O +ATOM 25469 H1 TIP3X2942 21.920 23.150 14.290 1.00 0.00 W1 H +ATOM 25470 H2 TIP3X2942 22.580 22.980 15.650 1.00 0.00 W1 H +ATOM 25471 OH2 TIP3X2943 13.880 12.230 25.920 1.00 0.00 W1 O +ATOM 25472 H1 TIP3X2943 13.580 11.890 25.070 1.00 0.00 W1 H +ATOM 25473 H2 TIP3X2943 14.430 12.980 25.690 1.00 0.00 W1 H +ATOM 25474 OH2 TIP3X2944 -14.640 25.880 -20.590 1.00 0.00 W1 O +ATOM 25475 H1 TIP3X2944 -14.980 25.180 -21.150 1.00 0.00 W1 H +ATOM 25476 H2 TIP3X2944 -14.440 26.600 -21.200 1.00 0.00 W1 H +ATOM 25477 OH2 TIP3X2945 -2.560 27.980 -43.190 1.00 0.00 W1 O +ATOM 25478 H1 TIP3X2945 -2.770 28.610 -43.880 1.00 0.00 W1 H +ATOM 25479 H2 TIP3X2945 -1.640 28.170 -42.980 1.00 0.00 W1 H +ATOM 25480 OH2 TIP3X2946 -33.820 -31.050 35.030 1.00 0.00 W1 O +ATOM 25481 H1 TIP3X2946 -33.460 -31.760 34.490 1.00 0.00 W1 H +ATOM 25482 H2 TIP3X2946 -33.050 -30.640 35.430 1.00 0.00 W1 H +ATOM 25483 OH2 TIP3X2947 35.990 7.700 -13.060 1.00 0.00 W1 O +ATOM 25484 H1 TIP3X2947 36.470 7.560 -13.880 1.00 0.00 W1 H +ATOM 25485 H2 TIP3X2947 36.680 7.710 -12.390 1.00 0.00 W1 H +ATOM 25486 OH2 TIP3X2948 -9.890 3.870 -46.560 1.00 0.00 W1 O +ATOM 25487 H1 TIP3X2948 -9.920 3.040 -46.080 1.00 0.00 W1 H +ATOM 25488 H2 TIP3X2948 -9.210 3.750 -47.230 1.00 0.00 W1 H +ATOM 25489 OH2 TIP3X2949 -4.140 -23.480 -25.310 1.00 0.00 W1 O +ATOM 25490 H1 TIP3X2949 -3.230 -23.780 -25.300 1.00 0.00 W1 H +ATOM 25491 H2 TIP3X2949 -4.210 -22.890 -24.560 1.00 0.00 W1 H +ATOM 25492 OH2 TIP3X2950 23.800 33.560 -24.220 1.00 0.00 W1 O +ATOM 25493 H1 TIP3X2950 24.070 34.460 -24.030 1.00 0.00 W1 H +ATOM 25494 H2 TIP3X2950 23.870 33.490 -25.160 1.00 0.00 W1 H +ATOM 25495 OH2 TIP3X2951 10.380 -39.350 -31.400 1.00 0.00 W1 O +ATOM 25496 H1 TIP3X2951 10.500 -39.400 -30.460 1.00 0.00 W1 H +ATOM 25497 H2 TIP3X2951 11.270 -39.280 -31.750 1.00 0.00 W1 H +ATOM 25498 OH2 TIP3X2952 -9.840 4.200 -40.460 1.00 0.00 W1 O +ATOM 25499 H1 TIP3X2952 -9.150 4.330 -41.110 1.00 0.00 W1 H +ATOM 25500 H2 TIP3X2952 -10.630 4.030 -41.000 1.00 0.00 W1 H +ATOM 25501 OH2 TIP3X2953 34.900 29.960 -38.000 1.00 0.00 W1 O +ATOM 25502 H1 TIP3X2953 35.260 29.140 -38.330 1.00 0.00 W1 H +ATOM 25503 H2 TIP3X2953 35.340 30.640 -38.530 1.00 0.00 W1 H +ATOM 25504 OH2 TIP3X2954 37.160 -32.200 23.030 1.00 0.00 W1 O +ATOM 25505 H1 TIP3X2954 36.750 -31.900 22.220 1.00 0.00 W1 H +ATOM 25506 H2 TIP3X2954 37.940 -31.630 23.140 1.00 0.00 W1 H +ATOM 25507 OH2 TIP3X2955 28.420 34.530 14.630 1.00 0.00 W1 O +ATOM 25508 H1 TIP3X2955 28.720 34.190 15.470 1.00 0.00 W1 H +ATOM 25509 H2 TIP3X2955 27.570 34.110 14.490 1.00 0.00 W1 H +ATOM 25510 OH2 TIP3X2956 10.580 -49.850 29.030 1.00 0.00 W1 O +ATOM 25511 H1 TIP3X2956 10.220 -49.410 28.250 1.00 0.00 W1 H +ATOM 25512 H2 TIP3X2956 10.290 -50.760 28.940 1.00 0.00 W1 H +ATOM 25513 OH2 TIP3X2957 -39.240 10.050 -24.670 1.00 0.00 W1 O +ATOM 25514 H1 TIP3X2957 -39.600 9.220 -24.990 1.00 0.00 W1 H +ATOM 25515 H2 TIP3X2957 -38.930 10.480 -25.480 1.00 0.00 W1 H +ATOM 25516 OH2 TIP3X2958 35.560 -18.690 19.830 1.00 0.00 W1 O +ATOM 25517 H1 TIP3X2958 36.330 -19.250 19.970 1.00 0.00 W1 H +ATOM 25518 H2 TIP3X2958 35.450 -18.680 18.880 1.00 0.00 W1 H +ATOM 25519 OH2 TIP3X2959 -26.770 28.080 -24.460 1.00 0.00 W1 O +ATOM 25520 H1 TIP3X2959 -26.700 28.900 -24.960 1.00 0.00 W1 H +ATOM 25521 H2 TIP3X2959 -26.350 28.270 -23.630 1.00 0.00 W1 H +ATOM 25522 OH2 TIP3X2960 28.190 27.870 37.050 1.00 0.00 W1 O +ATOM 25523 H1 TIP3X2960 27.510 28.330 36.570 1.00 0.00 W1 H +ATOM 25524 H2 TIP3X2960 27.750 27.500 37.810 1.00 0.00 W1 H +ATOM 25525 OH2 TIP3X2961 10.130 -39.020 -52.170 1.00 0.00 W1 O +ATOM 25526 H1 TIP3X2961 9.720 -39.250 -51.330 1.00 0.00 W1 H +ATOM 25527 H2 TIP3X2961 9.890 -38.100 -52.300 1.00 0.00 W1 H +ATOM 25528 OH2 TIP3X2962 22.950 -26.460 -27.480 1.00 0.00 W1 O +ATOM 25529 H1 TIP3X2962 22.040 -26.750 -27.400 1.00 0.00 W1 H +ATOM 25530 H2 TIP3X2962 23.470 -27.230 -27.250 1.00 0.00 W1 H +ATOM 25531 OH2 TIP3X2963 4.520 24.020 -20.620 1.00 0.00 W1 O +ATOM 25532 H1 TIP3X2963 3.910 24.700 -20.330 1.00 0.00 W1 H +ATOM 25533 H2 TIP3X2963 4.980 24.410 -21.360 1.00 0.00 W1 H +ATOM 25534 OH2 TIP3X2964 33.580 -38.460 -51.250 1.00 0.00 W1 O +ATOM 25535 H1 TIP3X2964 32.900 -38.610 -50.610 1.00 0.00 W1 H +ATOM 25536 H2 TIP3X2964 34.210 -39.180 -51.110 1.00 0.00 W1 H +ATOM 25537 OH2 TIP3X2965 -40.090 -25.990 -28.100 1.00 0.00 W1 O +ATOM 25538 H1 TIP3X2965 -39.660 -25.380 -27.500 1.00 0.00 W1 H +ATOM 25539 H2 TIP3X2965 -40.830 -25.510 -28.460 1.00 0.00 W1 H +ATOM 25540 OH2 TIP3X2966 -32.890 14.630 -28.350 1.00 0.00 W1 O +ATOM 25541 H1 TIP3X2966 -32.140 15.200 -28.450 1.00 0.00 W1 H +ATOM 25542 H2 TIP3X2966 -32.650 13.830 -28.830 1.00 0.00 W1 H +ATOM 25543 OH2 TIP3X2967 32.060 -6.760 -21.390 1.00 0.00 W1 O +ATOM 25544 H1 TIP3X2967 31.690 -7.620 -21.560 1.00 0.00 W1 H +ATOM 25545 H2 TIP3X2967 32.510 -6.540 -22.190 1.00 0.00 W1 H +ATOM 25546 OH2 TIP3X2968 -30.990 -41.210 -48.770 1.00 0.00 W1 O +ATOM 25547 H1 TIP3X2968 -30.660 -41.970 -48.300 1.00 0.00 W1 H +ATOM 25548 H2 TIP3X2968 -31.780 -41.520 -49.190 1.00 0.00 W1 H +ATOM 25549 OH2 TIP3X2969 -6.260 5.860 -45.210 1.00 0.00 W1 O +ATOM 25550 H1 TIP3X2969 -6.350 5.660 -44.280 1.00 0.00 W1 H +ATOM 25551 H2 TIP3X2969 -7.150 6.090 -45.490 1.00 0.00 W1 H +ATOM 25552 OH2 TIP3X2970 26.990 -45.820 -36.050 1.00 0.00 W1 O +ATOM 25553 H1 TIP3X2970 27.900 -46.090 -36.040 1.00 0.00 W1 H +ATOM 25554 H2 TIP3X2970 26.700 -46.010 -36.940 1.00 0.00 W1 H +ATOM 25555 OH2 TIP3X2971 -12.270 -23.750 -47.010 1.00 0.00 W1 O +ATOM 25556 H1 TIP3X2971 -13.000 -23.170 -46.840 1.00 0.00 W1 H +ATOM 25557 H2 TIP3X2971 -12.170 -23.750 -47.970 1.00 0.00 W1 H +ATOM 25558 OH2 TIP3X2972 -26.860 -40.100 -26.430 1.00 0.00 W1 O +ATOM 25559 H1 TIP3X2972 -27.480 -40.610 -25.900 1.00 0.00 W1 H +ATOM 25560 H2 TIP3X2972 -27.030 -39.190 -26.210 1.00 0.00 W1 H +ATOM 25561 OH2 TIP3X2973 -6.110 18.000 40.410 1.00 0.00 W1 O +ATOM 25562 H1 TIP3X2973 -5.600 18.800 40.570 1.00 0.00 W1 H +ATOM 25563 H2 TIP3X2973 -5.830 17.720 39.540 1.00 0.00 W1 H +ATOM 25564 OH2 TIP3X2974 -29.930 -4.800 -45.540 1.00 0.00 W1 O +ATOM 25565 H1 TIP3X2974 -29.040 -5.090 -45.370 1.00 0.00 W1 H +ATOM 25566 H2 TIP3X2974 -30.000 -4.730 -46.500 1.00 0.00 W1 H +ATOM 25567 OH2 TIP3X2975 36.810 -30.470 14.690 1.00 0.00 W1 O +ATOM 25568 H1 TIP3X2975 36.290 -31.080 14.180 1.00 0.00 W1 H +ATOM 25569 H2 TIP3X2975 37.680 -30.500 14.280 1.00 0.00 W1 H +ATOM 25570 OH2 TIP3X2976 -38.580 14.340 27.900 1.00 0.00 W1 O +ATOM 25571 H1 TIP3X2976 -38.020 14.700 28.590 1.00 0.00 W1 H +ATOM 25572 H2 TIP3X2976 -37.960 14.050 27.220 1.00 0.00 W1 H +ATOM 25573 OH2 TIP3X2977 -9.650 19.380 -41.790 1.00 0.00 W1 O +ATOM 25574 H1 TIP3X2977 -9.530 18.600 -41.260 1.00 0.00 W1 H +ATOM 25575 H2 TIP3X2977 -8.760 19.660 -42.030 1.00 0.00 W1 H +ATOM 25576 OH2 TIP3X2978 13.930 -36.330 -43.470 1.00 0.00 W1 O +ATOM 25577 H1 TIP3X2978 14.180 -36.970 -44.150 1.00 0.00 W1 H +ATOM 25578 H2 TIP3X2978 13.480 -35.630 -43.960 1.00 0.00 W1 H +ATOM 25579 OH2 TIP3X2979 34.190 -7.080 -12.810 1.00 0.00 W1 O +ATOM 25580 H1 TIP3X2979 35.060 -6.950 -12.470 1.00 0.00 W1 H +ATOM 25581 H2 TIP3X2979 33.860 -7.840 -12.350 1.00 0.00 W1 H +ATOM 25582 OH2 TIP3X2980 -18.500 -43.270 -23.350 1.00 0.00 W1 O +ATOM 25583 H1 TIP3X2980 -19.000 -43.850 -22.780 1.00 0.00 W1 H +ATOM 25584 H2 TIP3X2980 -17.910 -42.800 -22.770 1.00 0.00 W1 H +ATOM 25585 OH2 TIP3X2981 35.310 -0.880 16.410 1.00 0.00 W1 O +ATOM 25586 H1 TIP3X2981 36.270 -0.910 16.500 1.00 0.00 W1 H +ATOM 25587 H2 TIP3X2981 35.150 -0.180 15.770 1.00 0.00 W1 H +ATOM 25588 OH2 TIP3X2982 -12.970 -11.400 31.460 1.00 0.00 W1 O +ATOM 25589 H1 TIP3X2982 -12.720 -11.490 30.540 1.00 0.00 W1 H +ATOM 25590 H2 TIP3X2982 -12.690 -12.220 31.870 1.00 0.00 W1 H +ATOM 25591 OH2 TIP3X2983 -8.910 -46.520 32.660 1.00 0.00 W1 O +ATOM 25592 H1 TIP3X2983 -7.970 -46.550 32.870 1.00 0.00 W1 H +ATOM 25593 H2 TIP3X2983 -9.230 -45.750 33.110 1.00 0.00 W1 H +ATOM 25594 OH2 TIP3X2984 -16.230 15.930 -31.700 1.00 0.00 W1 O +ATOM 25595 H1 TIP3X2984 -16.380 15.350 -32.440 1.00 0.00 W1 H +ATOM 25596 H2 TIP3X2984 -15.610 15.450 -31.160 1.00 0.00 W1 H +ATOM 25597 OH2 TIP3X2985 -38.510 -14.270 -39.450 1.00 0.00 W1 O +ATOM 25598 H1 TIP3X2985 -38.530 -15.210 -39.270 1.00 0.00 W1 H +ATOM 25599 H2 TIP3X2985 -38.760 -14.190 -40.370 1.00 0.00 W1 H +ATOM 25600 OH2 TIP3X2986 23.870 -50.030 23.400 1.00 0.00 W1 O +ATOM 25601 H1 TIP3X2986 23.420 -50.580 24.060 1.00 0.00 W1 H +ATOM 25602 H2 TIP3X2986 24.650 -49.710 23.840 1.00 0.00 W1 H +ATOM 25603 OH2 TIP3X2987 4.420 -7.930 -32.520 1.00 0.00 W1 O +ATOM 25604 H1 TIP3X2987 4.150 -7.190 -33.060 1.00 0.00 W1 H +ATOM 25605 H2 TIP3X2987 5.300 -7.690 -32.210 1.00 0.00 W1 H +ATOM 25606 OH2 TIP3X2988 41.010 -41.830 -48.580 1.00 0.00 W1 O +ATOM 25607 H1 TIP3X2988 40.170 -41.390 -48.700 1.00 0.00 W1 H +ATOM 25608 H2 TIP3X2988 40.840 -42.740 -48.810 1.00 0.00 W1 H +ATOM 25609 OH2 TIP3X2989 9.700 -37.770 -43.130 1.00 0.00 W1 O +ATOM 25610 H1 TIP3X2989 10.250 -37.540 -42.390 1.00 0.00 W1 H +ATOM 25611 H2 TIP3X2989 10.240 -38.340 -43.670 1.00 0.00 W1 H +ATOM 25612 OH2 TIP3X2990 -8.940 24.220 31.390 1.00 0.00 W1 O +ATOM 25613 H1 TIP3X2990 -9.440 25.030 31.260 1.00 0.00 W1 H +ATOM 25614 H2 TIP3X2990 -9.040 24.010 32.310 1.00 0.00 W1 H +ATOM 25615 OH2 TIP3X2991 -29.080 -12.040 30.940 1.00 0.00 W1 O +ATOM 25616 H1 TIP3X2991 -28.640 -11.460 30.320 1.00 0.00 W1 H +ATOM 25617 H2 TIP3X2991 -29.050 -11.580 31.770 1.00 0.00 W1 H +ATOM 25618 OH2 TIP3X2992 -7.640 37.460 -18.920 1.00 0.00 W1 O +ATOM 25619 H1 TIP3X2992 -8.170 37.220 -18.150 1.00 0.00 W1 H +ATOM 25620 H2 TIP3X2992 -7.390 38.370 -18.760 1.00 0.00 W1 H +ATOM 25621 OH2 TIP3X2993 32.410 20.980 34.640 1.00 0.00 W1 O +ATOM 25622 H1 TIP3X2993 31.940 20.610 35.380 1.00 0.00 W1 H +ATOM 25623 H2 TIP3X2993 31.780 21.550 34.200 1.00 0.00 W1 H +ATOM 25624 OH2 TIP3X2994 -35.630 4.800 18.650 1.00 0.00 W1 O +ATOM 25625 H1 TIP3X2994 -36.110 5.590 18.890 1.00 0.00 W1 H +ATOM 25626 H2 TIP3X2994 -36.110 4.450 17.910 1.00 0.00 W1 H +ATOM 25627 OH2 TIP3X2995 -39.600 -17.520 28.010 1.00 0.00 W1 O +ATOM 25628 H1 TIP3X2995 -39.590 -16.600 27.750 1.00 0.00 W1 H +ATOM 25629 H2 TIP3X2995 -39.590 -18.000 27.190 1.00 0.00 W1 H +ATOM 25630 OH2 TIP3X2996 44.690 6.350 -49.260 1.00 0.00 W1 O +ATOM 25631 H1 TIP3X2996 45.080 7.060 -48.750 1.00 0.00 W1 H +ATOM 25632 H2 TIP3X2996 43.740 6.450 -49.110 1.00 0.00 W1 H +ATOM 25633 OH2 TIP3X2997 6.950 16.500 -45.440 1.00 0.00 W1 O +ATOM 25634 H1 TIP3X2997 6.990 16.310 -44.510 1.00 0.00 W1 H +ATOM 25635 H2 TIP3X2997 7.680 15.990 -45.820 1.00 0.00 W1 H +ATOM 25636 OH2 TIP3X2998 32.920 -19.930 -30.630 1.00 0.00 W1 O +ATOM 25637 H1 TIP3X2998 33.440 -20.190 -31.400 1.00 0.00 W1 H +ATOM 25638 H2 TIP3X2998 32.010 -20.010 -30.920 1.00 0.00 W1 H +ATOM 25639 OH2 TIP3X2999 -7.980 23.510 -34.950 1.00 0.00 W1 O +ATOM 25640 H1 TIP3X2999 -8.480 22.690 -35.050 1.00 0.00 W1 H +ATOM 25641 H2 TIP3X2999 -7.180 23.360 -35.460 1.00 0.00 W1 H +ATOM 25642 OH2 TIP3X3000 35.540 -22.710 -48.800 1.00 0.00 W1 O +ATOM 25643 H1 TIP3X3000 35.490 -21.870 -49.260 1.00 0.00 W1 H +ATOM 25644 H2 TIP3X3000 35.150 -22.530 -47.940 1.00 0.00 W1 H +ATOM 25645 OH2 TIP3X3001 32.340 -37.090 22.700 1.00 0.00 W1 O +ATOM 25646 H1 TIP3X3001 32.350 -36.760 21.800 1.00 0.00 W1 H +ATOM 25647 H2 TIP3X3001 31.450 -37.450 22.810 1.00 0.00 W1 H +ATOM 25648 OH2 TIP3X3002 -40.550 -23.040 -39.720 1.00 0.00 W1 O +ATOM 25649 H1 TIP3X3002 -40.110 -23.520 -39.020 1.00 0.00 W1 H +ATOM 25650 H2 TIP3X3002 -40.930 -22.270 -39.270 1.00 0.00 W1 H +ATOM 25651 OH2 TIP3X3003 -6.350 -34.200 17.400 1.00 0.00 W1 O +ATOM 25652 H1 TIP3X3003 -6.430 -34.220 16.450 1.00 0.00 W1 H +ATOM 25653 H2 TIP3X3003 -7.250 -34.260 17.720 1.00 0.00 W1 H +ATOM 25654 OH2 TIP3X3004 -6.550 30.920 -26.480 1.00 0.00 W1 O +ATOM 25655 H1 TIP3X3004 -6.350 31.500 -27.210 1.00 0.00 W1 H +ATOM 25656 H2 TIP3X3004 -6.960 30.150 -26.880 1.00 0.00 W1 H +ATOM 25657 OH2 TIP3X3005 43.140 -48.960 -22.410 1.00 0.00 W1 O +ATOM 25658 H1 TIP3X3005 43.400 -48.700 -21.530 1.00 0.00 W1 H +ATOM 25659 H2 TIP3X3005 43.920 -49.380 -22.780 1.00 0.00 W1 H +ATOM 25660 OH2 TIP3X3006 0.300 1.040 39.320 1.00 0.00 W1 O +ATOM 25661 H1 TIP3X3006 0.920 1.710 39.600 1.00 0.00 W1 H +ATOM 25662 H2 TIP3X3006 -0.480 1.520 39.050 1.00 0.00 W1 H +ATOM 25663 OH2 TIP3X3007 -41.120 -4.030 -32.590 1.00 0.00 W1 O +ATOM 25664 H1 TIP3X3007 -41.170 -4.970 -32.630 1.00 0.00 W1 H +ATOM 25665 H2 TIP3X3007 -40.300 -3.850 -32.110 1.00 0.00 W1 H +ATOM 25666 OH2 TIP3X3008 -23.330 -25.310 -37.780 1.00 0.00 W1 O +ATOM 25667 H1 TIP3X3008 -24.260 -25.390 -37.940 1.00 0.00 W1 H +ATOM 25668 H2 TIP3X3008 -22.920 -25.700 -38.560 1.00 0.00 W1 H +ATOM 25669 OH2 TIP3X3009 44.770 -19.170 -52.770 1.00 0.00 W1 O +ATOM 25670 H1 TIP3X3009 45.370 -18.640 -52.250 1.00 0.00 W1 H +ATOM 25671 H2 TIP3X3009 45.030 -19.000 -53.670 1.00 0.00 W1 H +ATOM 25672 OH2 TIP3X3010 25.300 -2.850 21.130 1.00 0.00 W1 O +ATOM 25673 H1 TIP3X3010 25.980 -3.410 20.750 1.00 0.00 W1 H +ATOM 25674 H2 TIP3X3010 24.510 -3.090 20.660 1.00 0.00 W1 H +ATOM 25675 OH2 TIP3X3011 34.360 31.250 -7.870 1.00 0.00 W1 O +ATOM 25676 H1 TIP3X3011 34.300 32.210 -7.900 1.00 0.00 W1 H +ATOM 25677 H2 TIP3X3011 34.940 31.060 -7.140 1.00 0.00 W1 H +ATOM 25678 OH2 TIP3X3012 -13.490 -39.020 -33.570 1.00 0.00 W1 O +ATOM 25679 H1 TIP3X3012 -13.940 -39.630 -33.000 1.00 0.00 W1 H +ATOM 25680 H2 TIP3X3012 -12.630 -39.420 -33.730 1.00 0.00 W1 H +ATOM 25681 OH2 TIP3X3013 -26.480 3.560 -35.970 1.00 0.00 W1 O +ATOM 25682 H1 TIP3X3013 -26.060 2.760 -35.660 1.00 0.00 W1 H +ATOM 25683 H2 TIP3X3013 -26.490 4.130 -35.190 1.00 0.00 W1 H +ATOM 25684 OH2 TIP3X3014 44.490 -38.150 -42.040 1.00 0.00 W1 O +ATOM 25685 H1 TIP3X3014 45.060 -37.590 -42.560 1.00 0.00 W1 H +ATOM 25686 H2 TIP3X3014 44.490 -38.980 -42.490 1.00 0.00 W1 H +ATOM 25687 OH2 TIP3X3015 -23.180 5.120 -48.420 1.00 0.00 W1 O +ATOM 25688 H1 TIP3X3015 -23.230 4.800 -47.520 1.00 0.00 W1 H +ATOM 25689 H2 TIP3X3015 -22.760 5.980 -48.350 1.00 0.00 W1 H +ATOM 25690 OH2 TIP3X3016 -38.190 15.400 18.150 1.00 0.00 W1 O +ATOM 25691 H1 TIP3X3016 -37.530 16.040 17.860 1.00 0.00 W1 H +ATOM 25692 H2 TIP3X3016 -38.760 15.900 18.740 1.00 0.00 W1 H +ATOM 25693 OH2 TIP3X3017 -33.580 27.090 34.370 1.00 0.00 W1 O +ATOM 25694 H1 TIP3X3017 -33.580 27.550 35.200 1.00 0.00 W1 H +ATOM 25695 H2 TIP3X3017 -32.650 27.070 34.110 1.00 0.00 W1 H +ATOM 25696 OH2 TIP3X3018 10.010 21.180 -29.840 1.00 0.00 W1 O +ATOM 25697 H1 TIP3X3018 9.910 21.910 -30.440 1.00 0.00 W1 H +ATOM 25698 H2 TIP3X3018 9.900 20.400 -30.370 1.00 0.00 W1 H +ATOM 25699 OH2 TIP3X3019 26.360 5.550 18.200 1.00 0.00 W1 O +ATOM 25700 H1 TIP3X3019 25.610 5.510 17.610 1.00 0.00 W1 H +ATOM 25701 H2 TIP3X3019 26.490 6.480 18.350 1.00 0.00 W1 H +ATOM 25702 OH2 TIP3X3020 19.580 -47.440 -25.170 1.00 0.00 W1 O +ATOM 25703 H1 TIP3X3020 20.430 -47.130 -25.490 1.00 0.00 W1 H +ATOM 25704 H2 TIP3X3020 19.670 -47.460 -24.220 1.00 0.00 W1 H +ATOM 25705 OH2 TIP3X3021 39.010 -43.880 -25.760 1.00 0.00 W1 O +ATOM 25706 H1 TIP3X3021 39.200 -44.780 -25.460 1.00 0.00 W1 H +ATOM 25707 H2 TIP3X3021 38.070 -43.780 -25.620 1.00 0.00 W1 H +ATOM 25708 OH2 TIP3X3022 -43.780 -21.780 18.160 1.00 0.00 W1 O +ATOM 25709 H1 TIP3X3022 -43.480 -22.560 18.610 1.00 0.00 W1 H +ATOM 25710 H2 TIP3X3022 -43.500 -21.900 17.250 1.00 0.00 W1 H +ATOM 25711 OH2 TIP3X3023 -33.000 24.540 -47.730 1.00 0.00 W1 O +ATOM 25712 H1 TIP3X3023 -33.550 24.110 -48.380 1.00 0.00 W1 H +ATOM 25713 H2 TIP3X3023 -32.110 24.430 -48.040 1.00 0.00 W1 H +ATOM 25714 OH2 TIP3X3024 38.030 36.660 -21.480 1.00 0.00 W1 O +ATOM 25715 H1 TIP3X3024 37.550 37.460 -21.250 1.00 0.00 W1 H +ATOM 25716 H2 TIP3X3024 38.890 36.970 -21.750 1.00 0.00 W1 H +ATOM 25717 OH2 TIP3X3025 10.200 24.090 -28.610 1.00 0.00 W1 O +ATOM 25718 H1 TIP3X3025 10.190 23.170 -28.320 1.00 0.00 W1 H +ATOM 25719 H2 TIP3X3025 10.890 24.490 -28.090 1.00 0.00 W1 H +ATOM 25720 OH2 TIP3X3026 35.110 25.340 -36.750 1.00 0.00 W1 O +ATOM 25721 H1 TIP3X3026 34.770 25.600 -35.890 1.00 0.00 W1 H +ATOM 25722 H2 TIP3X3026 35.090 24.380 -36.730 1.00 0.00 W1 H +ATOM 25723 OH2 TIP3X3027 33.180 25.070 -16.710 1.00 0.00 W1 O +ATOM 25724 H1 TIP3X3027 32.480 24.430 -16.620 1.00 0.00 W1 H +ATOM 25725 H2 TIP3X3027 33.280 25.460 -15.850 1.00 0.00 W1 H +ATOM 25726 OH2 TIP3X3028 -26.790 17.760 -14.830 1.00 0.00 W1 O +ATOM 25727 H1 TIP3X3028 -26.730 18.510 -15.440 1.00 0.00 W1 H +ATOM 25728 H2 TIP3X3028 -27.570 17.280 -15.130 1.00 0.00 W1 H +ATOM 25729 OH2 TIP3X3029 -6.470 -36.050 10.690 1.00 0.00 W1 O +ATOM 25730 H1 TIP3X3029 -6.350 -36.440 11.560 1.00 0.00 W1 H +ATOM 25731 H2 TIP3X3029 -7.160 -35.400 10.820 1.00 0.00 W1 H +ATOM 25732 OH2 TIP3X3030 -12.230 11.010 21.730 1.00 0.00 W1 O +ATOM 25733 H1 TIP3X3030 -11.330 11.350 21.660 1.00 0.00 W1 H +ATOM 25734 H2 TIP3X3030 -12.120 10.100 22.000 1.00 0.00 W1 H +ATOM 25735 OH2 TIP3X3031 44.390 39.290 -32.540 1.00 0.00 W1 O +ATOM 25736 H1 TIP3X3031 44.170 39.750 -31.730 1.00 0.00 W1 H +ATOM 25737 H2 TIP3X3031 43.660 38.710 -32.710 1.00 0.00 W1 H +ATOM 25738 OH2 TIP3X3032 46.370 38.620 -17.890 1.00 0.00 W1 O +ATOM 25739 H1 TIP3X3032 45.710 39.310 -17.750 1.00 0.00 W1 H +ATOM 25740 H2 TIP3X3032 46.750 38.490 -17.020 1.00 0.00 W1 H +ATOM 25741 OH2 TIP3X3033 22.520 -30.910 28.810 1.00 0.00 W1 O +ATOM 25742 H1 TIP3X3033 21.720 -31.440 28.820 1.00 0.00 W1 H +ATOM 25743 H2 TIP3X3033 22.310 -30.160 29.360 1.00 0.00 W1 H +ATOM 25744 OH2 TIP3X3034 8.870 -1.670 -50.750 1.00 0.00 W1 O +ATOM 25745 H1 TIP3X3034 8.500 -2.220 -51.440 1.00 0.00 W1 H +ATOM 25746 H2 TIP3X3034 8.390 -0.850 -50.800 1.00 0.00 W1 H +ATOM 25747 OH2 TIP3X3035 1.110 38.010 22.840 1.00 0.00 W1 O +ATOM 25748 H1 TIP3X3035 1.480 37.290 23.340 1.00 0.00 W1 H +ATOM 25749 H2 TIP3X3035 1.600 38.020 22.020 1.00 0.00 W1 H +ATOM 25750 OH2 TIP3X3036 -39.550 -45.570 20.830 1.00 0.00 W1 O +ATOM 25751 H1 TIP3X3036 -39.680 -46.390 21.300 1.00 0.00 W1 H +ATOM 25752 H2 TIP3X3036 -38.720 -45.700 20.350 1.00 0.00 W1 H +ATOM 25753 OH2 TIP3X3037 39.250 23.200 -37.880 1.00 0.00 W1 O +ATOM 25754 H1 TIP3X3037 40.120 22.800 -37.780 1.00 0.00 W1 H +ATOM 25755 H2 TIP3X3037 38.650 22.470 -38.020 1.00 0.00 W1 H +ATOM 25756 OH2 TIP3X3038 -9.220 37.570 -16.740 1.00 0.00 W1 O +ATOM 25757 H1 TIP3X3038 -9.620 38.310 -16.290 1.00 0.00 W1 H +ATOM 25758 H2 TIP3X3038 -9.300 36.840 -16.120 1.00 0.00 W1 H +ATOM 25759 OH2 TIP3X3039 15.990 -36.720 -23.730 1.00 0.00 W1 O +ATOM 25760 H1 TIP3X3039 15.240 -37.250 -23.950 1.00 0.00 W1 H +ATOM 25761 H2 TIP3X3039 16.430 -37.210 -23.030 1.00 0.00 W1 H +ATOM 25762 OH2 TIP3X3040 -42.350 -1.610 -20.240 1.00 0.00 W1 O +ATOM 25763 H1 TIP3X3040 -41.980 -1.230 -21.030 1.00 0.00 W1 H +ATOM 25764 H2 TIP3X3040 -41.590 -1.820 -19.700 1.00 0.00 W1 H +ATOM 25765 OH2 TIP3X3041 12.650 -44.720 -20.890 1.00 0.00 W1 O +ATOM 25766 H1 TIP3X3041 11.810 -44.610 -20.420 1.00 0.00 W1 H +ATOM 25767 H2 TIP3X3041 13.090 -45.420 -20.420 1.00 0.00 W1 H +ATOM 25768 OH2 TIP3X3042 -14.120 -30.020 31.910 1.00 0.00 W1 O +ATOM 25769 H1 TIP3X3042 -14.830 -29.710 32.460 1.00 0.00 W1 H +ATOM 25770 H2 TIP3X3042 -13.540 -30.480 32.510 1.00 0.00 W1 H +ATOM 25771 OH2 TIP3X3043 44.540 -19.050 -38.700 1.00 0.00 W1 O +ATOM 25772 H1 TIP3X3043 44.530 -19.930 -39.080 1.00 0.00 W1 H +ATOM 25773 H2 TIP3X3043 43.740 -18.640 -39.010 1.00 0.00 W1 H +ATOM 25774 OH2 TIP3X3044 40.490 -29.180 -26.240 1.00 0.00 W1 O +ATOM 25775 H1 TIP3X3044 40.000 -29.930 -26.580 1.00 0.00 W1 H +ATOM 25776 H2 TIP3X3044 40.030 -28.420 -26.600 1.00 0.00 W1 H +ATOM 25777 OH2 TIP3X3045 -12.940 -33.030 -32.460 1.00 0.00 W1 O +ATOM 25778 H1 TIP3X3045 -13.830 -33.360 -32.340 1.00 0.00 W1 H +ATOM 25779 H2 TIP3X3045 -13.040 -32.100 -32.640 1.00 0.00 W1 H +ATOM 25780 OH2 TIP3X3046 0.180 -20.510 -35.220 1.00 0.00 W1 O +ATOM 25781 H1 TIP3X3046 0.990 -20.070 -34.960 1.00 0.00 W1 H +ATOM 25782 H2 TIP3X3046 -0.050 -21.060 -34.470 1.00 0.00 W1 H +ATOM 25783 OH2 TIP3X3047 42.770 -38.530 -50.180 1.00 0.00 W1 O +ATOM 25784 H1 TIP3X3047 41.930 -38.200 -49.850 1.00 0.00 W1 H +ATOM 25785 H2 TIP3X3047 42.790 -38.280 -51.100 1.00 0.00 W1 H +ATOM 25786 OH2 TIP3X3048 -42.270 26.500 -24.360 1.00 0.00 W1 O +ATOM 25787 H1 TIP3X3048 -43.120 26.050 -24.280 1.00 0.00 W1 H +ATOM 25788 H2 TIP3X3048 -41.730 26.070 -23.700 1.00 0.00 W1 H +ATOM 25789 OH2 TIP3X3049 -13.620 -37.330 -40.720 1.00 0.00 W1 O +ATOM 25790 H1 TIP3X3049 -14.040 -38.020 -40.190 1.00 0.00 W1 H +ATOM 25791 H2 TIP3X3049 -12.720 -37.640 -40.840 1.00 0.00 W1 H +ATOM 25792 OH2 TIP3X3050 -17.900 -27.130 -47.000 1.00 0.00 W1 O +ATOM 25793 H1 TIP3X3050 -18.770 -27.310 -46.660 1.00 0.00 W1 H +ATOM 25794 H2 TIP3X3050 -17.570 -26.400 -46.470 1.00 0.00 W1 H +ATOM 25795 OH2 TIP3X3051 28.900 12.030 -9.830 1.00 0.00 W1 O +ATOM 25796 H1 TIP3X3051 28.700 12.970 -9.800 1.00 0.00 W1 H +ATOM 25797 H2 TIP3X3051 28.160 11.630 -9.370 1.00 0.00 W1 H +ATOM 25798 OH2 TIP3X3052 29.670 -17.100 26.390 1.00 0.00 W1 O +ATOM 25799 H1 TIP3X3052 30.160 -16.810 27.150 1.00 0.00 W1 H +ATOM 25800 H2 TIP3X3052 29.830 -18.040 26.330 1.00 0.00 W1 H +ATOM 25801 OH2 TIP3X3053 -37.580 8.690 35.560 1.00 0.00 W1 O +ATOM 25802 H1 TIP3X3053 -38.300 8.830 34.960 1.00 0.00 W1 H +ATOM 25803 H2 TIP3X3053 -37.680 9.370 36.220 1.00 0.00 W1 H +ATOM 25804 OH2 TIP3X3054 -11.150 4.460 -30.570 1.00 0.00 W1 O +ATOM 25805 H1 TIP3X3054 -11.020 5.200 -29.980 1.00 0.00 W1 H +ATOM 25806 H2 TIP3X3054 -11.560 4.850 -31.350 1.00 0.00 W1 H +ATOM 25807 OH2 TIP3X3055 -4.540 -5.610 32.330 1.00 0.00 W1 O +ATOM 25808 H1 TIP3X3055 -4.480 -6.340 31.710 1.00 0.00 W1 H +ATOM 25809 H2 TIP3X3055 -5.450 -5.340 32.280 1.00 0.00 W1 H +ATOM 25810 OH2 TIP3X3056 -20.310 -47.670 -50.380 1.00 0.00 W1 O +ATOM 25811 H1 TIP3X3056 -19.820 -47.230 -49.680 1.00 0.00 W1 H +ATOM 25812 H2 TIP3X3056 -20.110 -48.600 -50.250 1.00 0.00 W1 H +ATOM 25813 OH2 TIP3X3057 3.470 41.300 -37.830 1.00 0.00 W1 O +ATOM 25814 H1 TIP3X3057 2.980 41.760 -37.150 1.00 0.00 W1 H +ATOM 25815 H2 TIP3X3057 3.940 40.610 -37.360 1.00 0.00 W1 H +ATOM 25816 OH2 TIP3X3058 18.950 42.700 -39.280 1.00 0.00 W1 O +ATOM 25817 H1 TIP3X3058 19.530 41.950 -39.130 1.00 0.00 W1 H +ATOM 25818 H2 TIP3X3058 18.370 42.720 -38.520 1.00 0.00 W1 H +ATOM 25819 OH2 TIP3X3059 -37.070 -3.020 34.740 1.00 0.00 W1 O +ATOM 25820 H1 TIP3X3059 -37.120 -3.550 33.940 1.00 0.00 W1 H +ATOM 25821 H2 TIP3X3059 -36.850 -3.640 35.430 1.00 0.00 W1 H +ATOM 25822 OH2 TIP3X3060 -27.340 21.510 -35.770 1.00 0.00 W1 O +ATOM 25823 H1 TIP3X3060 -26.640 22.160 -35.750 1.00 0.00 W1 H +ATOM 25824 H2 TIP3X3060 -27.250 21.050 -34.940 1.00 0.00 W1 H +ATOM 25825 OH2 TIP3X3061 15.430 -19.520 20.640 1.00 0.00 W1 O +ATOM 25826 H1 TIP3X3061 15.770 -20.120 19.970 1.00 0.00 W1 H +ATOM 25827 H2 TIP3X3061 16.040 -19.600 21.370 1.00 0.00 W1 H +ATOM 25828 OH2 TIP3X3062 8.270 25.170 32.410 1.00 0.00 W1 O +ATOM 25829 H1 TIP3X3062 7.930 24.430 31.900 1.00 0.00 W1 H +ATOM 25830 H2 TIP3X3062 9.210 25.160 32.250 1.00 0.00 W1 H +ATOM 25831 OH2 TIP3X3063 22.270 3.860 -47.880 1.00 0.00 W1 O +ATOM 25832 H1 TIP3X3063 22.730 4.650 -47.600 1.00 0.00 W1 H +ATOM 25833 H2 TIP3X3063 21.710 4.170 -48.600 1.00 0.00 W1 H +ATOM 25834 OH2 TIP3X3064 26.360 -9.110 28.360 1.00 0.00 W1 O +ATOM 25835 H1 TIP3X3064 25.940 -8.560 29.010 1.00 0.00 W1 H +ATOM 25836 H2 TIP3X3064 26.150 -10.010 28.620 1.00 0.00 W1 H +ATOM 25837 OH2 TIP3X3065 46.480 39.890 -21.510 1.00 0.00 W1 O +ATOM 25838 H1 TIP3X3065 46.980 39.290 -20.950 1.00 0.00 W1 H +ATOM 25839 H2 TIP3X3065 45.750 39.370 -21.850 1.00 0.00 W1 H +ATOM 25840 OH2 TIP3X3066 33.870 17.460 16.620 1.00 0.00 W1 O +ATOM 25841 H1 TIP3X3066 33.490 18.290 16.350 1.00 0.00 W1 H +ATOM 25842 H2 TIP3X3066 34.150 17.610 17.530 1.00 0.00 W1 H +ATOM 25843 OH2 TIP3X3067 -38.930 19.630 27.100 1.00 0.00 W1 O +ATOM 25844 H1 TIP3X3067 -38.220 19.910 27.690 1.00 0.00 W1 H +ATOM 25845 H2 TIP3X3067 -39.720 19.750 27.620 1.00 0.00 W1 H +ATOM 25846 OH2 TIP3X3068 20.020 -47.430 -33.690 1.00 0.00 W1 O +ATOM 25847 H1 TIP3X3068 20.280 -46.890 -32.950 1.00 0.00 W1 H +ATOM 25848 H2 TIP3X3068 19.260 -46.960 -34.060 1.00 0.00 W1 H +ATOM 25849 OH2 TIP3X3069 28.550 33.760 -12.330 1.00 0.00 W1 O +ATOM 25850 H1 TIP3X3069 27.840 33.120 -12.420 1.00 0.00 W1 H +ATOM 25851 H2 TIP3X3069 28.850 33.890 -13.230 1.00 0.00 W1 H +ATOM 25852 OH2 TIP3X3070 44.780 -36.620 -49.040 1.00 0.00 W1 O +ATOM 25853 H1 TIP3X3070 44.320 -37.340 -49.450 1.00 0.00 W1 H +ATOM 25854 H2 TIP3X3070 44.110 -35.950 -48.880 1.00 0.00 W1 H +ATOM 25855 OH2 TIP3X3071 11.600 15.940 -26.870 1.00 0.00 W1 O +ATOM 25856 H1 TIP3X3071 11.080 15.360 -27.440 1.00 0.00 W1 H +ATOM 25857 H2 TIP3X3071 12.100 16.490 -27.480 1.00 0.00 W1 H +ATOM 25858 OH2 TIP3X3072 46.310 -10.950 -32.820 1.00 0.00 W1 O +ATOM 25859 H1 TIP3X3072 45.480 -10.600 -33.130 1.00 0.00 W1 H +ATOM 25860 H2 TIP3X3072 46.350 -11.830 -33.210 1.00 0.00 W1 H +ATOM 25861 OH2 TIP3X3073 -15.560 41.290 -23.470 1.00 0.00 W1 O +ATOM 25862 H1 TIP3X3073 -15.460 40.470 -22.980 1.00 0.00 W1 H +ATOM 25863 H2 TIP3X3073 -15.730 41.950 -22.790 1.00 0.00 W1 H +ATOM 25864 OH2 TIP3X3074 44.100 40.240 -47.960 1.00 0.00 W1 O +ATOM 25865 H1 TIP3X3074 43.320 39.680 -48.010 1.00 0.00 W1 H +ATOM 25866 H2 TIP3X3074 44.820 39.660 -48.240 1.00 0.00 W1 H +ATOM 25867 OH2 TIP3X3075 -43.260 15.540 -48.070 1.00 0.00 W1 O +ATOM 25868 H1 TIP3X3075 -43.860 16.150 -47.650 1.00 0.00 W1 H +ATOM 25869 H2 TIP3X3075 -42.530 16.080 -48.360 1.00 0.00 W1 H +ATOM 25870 OH2 TIP3X3076 -27.870 -39.740 -32.660 1.00 0.00 W1 O +ATOM 25871 H1 TIP3X3076 -27.070 -39.960 -33.150 1.00 0.00 W1 H +ATOM 25872 H2 TIP3X3076 -27.550 -39.290 -31.880 1.00 0.00 W1 H +ATOM 25873 OH2 TIP3X3077 35.250 35.650 27.390 1.00 0.00 W1 O +ATOM 25874 H1 TIP3X3077 36.100 35.210 27.390 1.00 0.00 W1 H +ATOM 25875 H2 TIP3X3077 35.280 36.210 28.160 1.00 0.00 W1 H +ATOM 25876 OH2 TIP3X3078 -9.310 -16.570 -40.130 1.00 0.00 W1 O +ATOM 25877 H1 TIP3X3078 -10.240 -16.360 -40.050 1.00 0.00 W1 H +ATOM 25878 H2 TIP3X3078 -9.040 -16.170 -40.960 1.00 0.00 W1 H +ATOM 25879 OH2 TIP3X3079 39.260 -46.650 -48.070 1.00 0.00 W1 O +ATOM 25880 H1 TIP3X3079 39.010 -46.030 -47.400 1.00 0.00 W1 H +ATOM 25881 H2 TIP3X3079 38.480 -46.780 -48.600 1.00 0.00 W1 H +ATOM 25882 OH2 TIP3X3080 23.760 -4.560 36.170 1.00 0.00 W1 O +ATOM 25883 H1 TIP3X3080 23.050 -4.060 36.570 1.00 0.00 W1 H +ATOM 25884 H2 TIP3X3080 24.470 -3.930 36.080 1.00 0.00 W1 H +ATOM 25885 OH2 TIP3X3081 -9.930 -36.580 23.360 1.00 0.00 W1 O +ATOM 25886 H1 TIP3X3081 -9.560 -36.420 24.230 1.00 0.00 W1 H +ATOM 25887 H2 TIP3X3081 -10.760 -36.110 23.360 1.00 0.00 W1 H +ATOM 25888 OH2 TIP3X3082 42.830 -11.660 -26.030 1.00 0.00 W1 O +ATOM 25889 H1 TIP3X3082 43.440 -12.180 -26.550 1.00 0.00 W1 H +ATOM 25890 H2 TIP3X3082 42.200 -12.290 -25.690 1.00 0.00 W1 H +ATOM 25891 OH2 TIP3X3083 -28.660 -18.010 -31.420 1.00 0.00 W1 O +ATOM 25892 H1 TIP3X3083 -27.990 -18.370 -30.830 1.00 0.00 W1 H +ATOM 25893 H2 TIP3X3083 -29.310 -17.640 -30.830 1.00 0.00 W1 H +ATOM 25894 OH2 TIP3X3084 -28.290 -48.080 -24.900 1.00 0.00 W1 O +ATOM 25895 H1 TIP3X3084 -27.470 -48.100 -25.370 1.00 0.00 W1 H +ATOM 25896 H2 TIP3X3084 -28.930 -47.750 -25.530 1.00 0.00 W1 H +ATOM 25897 OH2 TIP3X3085 -11.260 -27.350 15.590 1.00 0.00 W1 O +ATOM 25898 H1 TIP3X3085 -11.390 -27.690 14.710 1.00 0.00 W1 H +ATOM 25899 H2 TIP3X3085 -10.640 -27.960 15.990 1.00 0.00 W1 H +ATOM 25900 OH2 TIP3X3086 31.930 3.460 31.880 1.00 0.00 W1 O +ATOM 25901 H1 TIP3X3086 31.240 3.790 32.460 1.00 0.00 W1 H +ATOM 25902 H2 TIP3X3086 31.640 3.750 31.010 1.00 0.00 W1 H +ATOM 25903 OH2 TIP3X3087 -34.350 -3.630 40.280 1.00 0.00 W1 O +ATOM 25904 H1 TIP3X3087 -34.010 -2.760 40.040 1.00 0.00 W1 H +ATOM 25905 H2 TIP3X3087 -35.280 -3.510 40.380 1.00 0.00 W1 H +ATOM 25906 OH2 TIP3X3088 -3.660 -2.410 -46.350 1.00 0.00 W1 O +ATOM 25907 H1 TIP3X3088 -3.980 -2.240 -47.230 1.00 0.00 W1 H +ATOM 25908 H2 TIP3X3088 -4.450 -2.670 -45.850 1.00 0.00 W1 H +ATOM 25909 OH2 TIP3X3089 19.750 -36.580 -36.170 1.00 0.00 W1 O +ATOM 25910 H1 TIP3X3089 20.100 -36.140 -36.940 1.00 0.00 W1 H +ATOM 25911 H2 TIP3X3089 20.420 -36.450 -35.490 1.00 0.00 W1 H +ATOM 25912 OH2 TIP3X3090 11.990 -3.150 -41.830 1.00 0.00 W1 O +ATOM 25913 H1 TIP3X3090 12.210 -4.080 -41.740 1.00 0.00 W1 H +ATOM 25914 H2 TIP3X3090 12.430 -2.730 -41.090 1.00 0.00 W1 H +ATOM 25915 OH2 TIP3X3091 -4.120 43.560 -43.060 1.00 0.00 W1 O +ATOM 25916 H1 TIP3X3091 -4.790 44.020 -43.550 1.00 0.00 W1 H +ATOM 25917 H2 TIP3X3091 -3.380 44.170 -43.040 1.00 0.00 W1 H +ATOM 25918 OH2 TIP3X3092 -39.210 -24.920 -38.110 1.00 0.00 W1 O +ATOM 25919 H1 TIP3X3092 -39.890 -24.730 -37.470 1.00 0.00 W1 H +ATOM 25920 H2 TIP3X3092 -38.600 -25.490 -37.650 1.00 0.00 W1 H +ATOM 25921 OH2 TIP3X3093 43.880 -45.650 -53.320 1.00 0.00 W1 O +ATOM 25922 H1 TIP3X3093 43.150 -45.920 -53.870 1.00 0.00 W1 H +ATOM 25923 H2 TIP3X3093 44.470 -45.210 -53.920 1.00 0.00 W1 H +ATOM 25924 OH2 TIP3X3094 41.160 4.950 -29.880 1.00 0.00 W1 O +ATOM 25925 H1 TIP3X3094 41.420 5.720 -29.380 1.00 0.00 W1 H +ATOM 25926 H2 TIP3X3094 41.800 4.280 -29.620 1.00 0.00 W1 H +ATOM 25927 OH2 TIP3X3095 -29.450 29.570 -19.350 1.00 0.00 W1 O +ATOM 25928 H1 TIP3X3095 -30.310 29.340 -19.010 1.00 0.00 W1 H +ATOM 25929 H2 TIP3X3095 -29.580 29.670 -20.290 1.00 0.00 W1 H +ATOM 25930 OH2 TIP3X3096 1.440 15.190 37.390 1.00 0.00 W1 O +ATOM 25931 H1 TIP3X3096 2.390 15.190 37.530 1.00 0.00 W1 H +ATOM 25932 H2 TIP3X3096 1.160 16.050 37.690 1.00 0.00 W1 H +ATOM 25933 OH2 TIP3X3097 -35.760 9.420 -41.530 1.00 0.00 W1 O +ATOM 25934 H1 TIP3X3097 -35.420 10.290 -41.390 1.00 0.00 W1 H +ATOM 25935 H2 TIP3X3097 -35.670 9.270 -42.470 1.00 0.00 W1 H +ATOM 25936 OH2 TIP3X3098 18.630 2.640 36.780 1.00 0.00 W1 O +ATOM 25937 H1 TIP3X3098 19.420 2.220 37.130 1.00 0.00 W1 H +ATOM 25938 H2 TIP3X3098 18.280 1.990 36.160 1.00 0.00 W1 H +ATOM 25939 OH2 TIP3X3099 42.660 -10.790 -32.500 1.00 0.00 W1 O +ATOM 25940 H1 TIP3X3099 42.670 -9.840 -32.580 1.00 0.00 W1 H +ATOM 25941 H2 TIP3X3099 43.070 -11.110 -33.290 1.00 0.00 W1 H +ATOM 25942 OH2 TIP3X3100 -24.610 35.070 -40.010 1.00 0.00 W1 O +ATOM 25943 H1 TIP3X3100 -24.360 35.360 -39.120 1.00 0.00 W1 H +ATOM 25944 H2 TIP3X3100 -24.470 34.130 -40.010 1.00 0.00 W1 H +ATOM 25945 OH2 TIP3X3101 27.810 22.110 19.330 1.00 0.00 W1 O +ATOM 25946 H1 TIP3X3101 28.040 21.450 18.670 1.00 0.00 W1 H +ATOM 25947 H2 TIP3X3101 28.540 22.740 19.300 1.00 0.00 W1 H +ATOM 25948 OH2 TIP3X3102 -28.580 -24.680 -47.390 1.00 0.00 W1 O +ATOM 25949 H1 TIP3X3102 -28.960 -24.850 -48.250 1.00 0.00 W1 H +ATOM 25950 H2 TIP3X3102 -29.240 -24.970 -46.760 1.00 0.00 W1 H +ATOM 25951 OH2 TIP3X3103 22.200 -7.010 -49.890 1.00 0.00 W1 O +ATOM 25952 H1 TIP3X3103 21.990 -6.320 -49.250 1.00 0.00 W1 H +ATOM 25953 H2 TIP3X3103 23.150 -7.090 -49.860 1.00 0.00 W1 H +ATOM 25954 OH2 TIP3X3104 27.710 -49.590 36.850 1.00 0.00 W1 O +ATOM 25955 H1 TIP3X3104 27.460 -50.510 36.700 1.00 0.00 W1 H +ATOM 25956 H2 TIP3X3104 28.250 -49.360 36.090 1.00 0.00 W1 H +ATOM 25957 OH2 TIP3X3105 -44.000 23.550 -42.910 1.00 0.00 W1 O +ATOM 25958 H1 TIP3X3105 -44.510 22.960 -42.340 1.00 0.00 W1 H +ATOM 25959 H2 TIP3X3105 -43.430 24.030 -42.310 1.00 0.00 W1 H +ATOM 25960 OH2 TIP3X3106 27.210 26.750 -25.300 1.00 0.00 W1 O +ATOM 25961 H1 TIP3X3106 28.100 26.450 -25.490 1.00 0.00 W1 H +ATOM 25962 H2 TIP3X3106 26.660 25.990 -25.470 1.00 0.00 W1 H +ATOM 25963 OH2 TIP3X3107 -4.760 -27.780 38.670 1.00 0.00 W1 O +ATOM 25964 H1 TIP3X3107 -5.020 -26.880 38.810 1.00 0.00 W1 H +ATOM 25965 H2 TIP3X3107 -4.550 -27.820 37.740 1.00 0.00 W1 H +ATOM 25966 OH2 TIP3X3108 -25.550 -46.710 30.720 1.00 0.00 W1 O +ATOM 25967 H1 TIP3X3108 -26.400 -47.080 30.990 1.00 0.00 W1 H +ATOM 25968 H2 TIP3X3108 -25.620 -45.780 30.950 1.00 0.00 W1 H +ATOM 25969 OH2 TIP3X3109 4.710 41.970 -27.170 1.00 0.00 W1 O +ATOM 25970 H1 TIP3X3109 5.280 41.210 -27.140 1.00 0.00 W1 H +ATOM 25971 H2 TIP3X3109 4.450 42.040 -28.080 1.00 0.00 W1 H +ATOM 25972 OH2 TIP3X3110 26.580 -25.410 -19.950 1.00 0.00 W1 O +ATOM 25973 H1 TIP3X3110 27.130 -25.360 -19.170 1.00 0.00 W1 H +ATOM 25974 H2 TIP3X3110 27.020 -26.050 -20.520 1.00 0.00 W1 H +ATOM 25975 OH2 TIP3X3111 34.370 14.170 -38.340 1.00 0.00 W1 O +ATOM 25976 H1 TIP3X3111 34.130 13.560 -37.660 1.00 0.00 W1 H +ATOM 25977 H2 TIP3X3111 34.050 13.770 -39.150 1.00 0.00 W1 H +ATOM 25978 OH2 TIP3X3112 -1.010 36.640 38.500 1.00 0.00 W1 O +ATOM 25979 H1 TIP3X3112 -1.040 36.560 39.450 1.00 0.00 W1 H +ATOM 25980 H2 TIP3X3112 -0.950 37.590 38.340 1.00 0.00 W1 H +ATOM 25981 OH2 TIP3X3113 -40.030 8.230 -26.700 1.00 0.00 W1 O +ATOM 25982 H1 TIP3X3113 -39.170 8.560 -26.950 1.00 0.00 W1 H +ATOM 25983 H2 TIP3X3113 -40.190 7.510 -27.320 1.00 0.00 W1 H +ATOM 25984 OH2 TIP3X3114 -23.520 -22.380 17.980 1.00 0.00 W1 O +ATOM 25985 H1 TIP3X3114 -22.700 -21.990 18.280 1.00 0.00 W1 H +ATOM 25986 H2 TIP3X3114 -23.790 -21.840 17.240 1.00 0.00 W1 H +ATOM 25987 OH2 TIP3X3115 2.350 5.630 -25.670 1.00 0.00 W1 O +ATOM 25988 H1 TIP3X3115 2.380 6.580 -25.720 1.00 0.00 W1 H +ATOM 25989 H2 TIP3X3115 1.490 5.400 -26.020 1.00 0.00 W1 H +ATOM 25990 OH2 TIP3X3116 21.030 12.210 -25.090 1.00 0.00 W1 O +ATOM 25991 H1 TIP3X3116 21.530 12.290 -24.280 1.00 0.00 W1 H +ATOM 25992 H2 TIP3X3116 20.140 12.430 -24.840 1.00 0.00 W1 H +ATOM 25993 OH2 TIP3X3117 29.470 8.700 -45.270 1.00 0.00 W1 O +ATOM 25994 H1 TIP3X3117 29.860 8.850 -44.400 1.00 0.00 W1 H +ATOM 25995 H2 TIP3X3117 30.230 8.500 -45.830 1.00 0.00 W1 H +ATOM 25996 OH2 TIP3X3118 13.490 6.880 32.260 1.00 0.00 W1 O +ATOM 25997 H1 TIP3X3118 13.330 7.690 31.780 1.00 0.00 W1 H +ATOM 25998 H2 TIP3X3118 12.630 6.490 32.400 1.00 0.00 W1 H +ATOM 25999 OH2 TIP3X3119 -10.200 -6.320 -42.210 1.00 0.00 W1 O +ATOM 26000 H1 TIP3X3119 -10.090 -7.260 -42.290 1.00 0.00 W1 H +ATOM 26001 H2 TIP3X3119 -10.580 -6.200 -41.330 1.00 0.00 W1 H +ATOM 26002 OH2 TIP3X3120 40.180 3.500 -22.460 1.00 0.00 W1 O +ATOM 26003 H1 TIP3X3120 40.420 4.360 -22.120 1.00 0.00 W1 H +ATOM 26004 H2 TIP3X3120 40.570 3.470 -23.330 1.00 0.00 W1 H +ATOM 26005 OH2 TIP3X3121 48.290 12.630 -14.350 1.00 0.00 W1 O +ATOM 26006 H1 TIP3X3121 47.990 12.520 -15.250 1.00 0.00 W1 H +ATOM 26007 H2 TIP3X3121 47.620 13.160 -13.930 1.00 0.00 W1 H +ATOM 26008 OH2 TIP3X3122 -28.420 22.410 14.820 1.00 0.00 W1 O +ATOM 26009 H1 TIP3X3122 -28.550 22.830 15.660 1.00 0.00 W1 H +ATOM 26010 H2 TIP3X3122 -28.970 22.900 14.210 1.00 0.00 W1 H +ATOM 26011 OH2 TIP3X3123 -7.890 11.260 -30.130 1.00 0.00 W1 O +ATOM 26012 H1 TIP3X3123 -8.080 10.420 -30.540 1.00 0.00 W1 H +ATOM 26013 H2 TIP3X3123 -7.210 11.640 -30.670 1.00 0.00 W1 H +ATOM 26014 OH2 TIP3X3124 45.410 -45.550 -32.870 1.00 0.00 W1 O +ATOM 26015 H1 TIP3X3124 44.610 -45.240 -33.290 1.00 0.00 W1 H +ATOM 26016 H2 TIP3X3124 45.300 -46.490 -32.780 1.00 0.00 W1 H +ATOM 26017 OH2 TIP3X3125 -34.420 -48.980 31.580 1.00 0.00 W1 O +ATOM 26018 H1 TIP3X3125 -33.790 -48.810 32.270 1.00 0.00 W1 H +ATOM 26019 H2 TIP3X3125 -33.880 -49.090 30.790 1.00 0.00 W1 H +ATOM 26020 OH2 TIP3X3126 -2.920 -33.950 32.120 1.00 0.00 W1 O +ATOM 26021 H1 TIP3X3126 -3.640 -33.910 32.750 1.00 0.00 W1 H +ATOM 26022 H2 TIP3X3126 -2.170 -34.260 32.620 1.00 0.00 W1 H +ATOM 26023 OH2 TIP3X3127 -42.190 30.810 32.630 1.00 0.00 W1 O +ATOM 26024 H1 TIP3X3127 -41.490 30.270 32.990 1.00 0.00 W1 H +ATOM 26025 H2 TIP3X3127 -42.820 30.900 33.360 1.00 0.00 W1 H +ATOM 26026 OH2 TIP3X3128 45.350 -22.690 -28.580 1.00 0.00 W1 O +ATOM 26027 H1 TIP3X3128 44.470 -23.040 -28.490 1.00 0.00 W1 H +ATOM 26028 H2 TIP3X3128 45.220 -21.760 -28.760 1.00 0.00 W1 H +ATOM 26029 OH2 TIP3X3129 26.690 9.830 38.540 1.00 0.00 W1 O +ATOM 26030 H1 TIP3X3129 25.870 9.440 38.840 1.00 0.00 W1 H +ATOM 26031 H2 TIP3X3129 26.420 10.550 37.980 1.00 0.00 W1 H +ATOM 26032 OH2 TIP3X3130 22.190 20.430 -10.130 1.00 0.00 W1 O +ATOM 26033 H1 TIP3X3130 22.990 20.810 -10.470 1.00 0.00 W1 H +ATOM 26034 H2 TIP3X3130 22.330 20.420 -9.180 1.00 0.00 W1 H +ATOM 26035 OH2 TIP3X3131 -21.000 -19.780 32.510 1.00 0.00 W1 O +ATOM 26036 H1 TIP3X3131 -21.820 -20.240 32.320 1.00 0.00 W1 H +ATOM 26037 H2 TIP3X3131 -21.220 -19.180 33.230 1.00 0.00 W1 H +ATOM 26038 OH2 TIP3X3132 22.360 2.460 35.350 1.00 0.00 W1 O +ATOM 26039 H1 TIP3X3132 23.260 2.610 35.620 1.00 0.00 W1 H +ATOM 26040 H2 TIP3X3132 22.020 1.810 35.970 1.00 0.00 W1 H +ATOM 26041 OH2 TIP3X3133 7.700 -35.860 -30.610 1.00 0.00 W1 O +ATOM 26042 H1 TIP3X3133 7.290 -35.370 -31.320 1.00 0.00 W1 H +ATOM 26043 H2 TIP3X3133 7.500 -36.770 -30.780 1.00 0.00 W1 H +ATOM 26044 OH2 TIP3X3134 -6.230 -42.520 14.550 1.00 0.00 W1 O +ATOM 26045 H1 TIP3X3134 -6.750 -42.670 13.750 1.00 0.00 W1 H +ATOM 26046 H2 TIP3X3134 -5.340 -42.790 14.310 1.00 0.00 W1 H +ATOM 26047 OH2 TIP3X3135 -42.950 16.410 -14.610 1.00 0.00 W1 O +ATOM 26048 H1 TIP3X3135 -43.750 16.720 -15.030 1.00 0.00 W1 H +ATOM 26049 H2 TIP3X3135 -42.670 17.130 -14.040 1.00 0.00 W1 H +ATOM 26050 OH2 TIP3X3136 -44.730 -23.900 -25.140 1.00 0.00 W1 O +ATOM 26051 H1 TIP3X3136 -44.650 -24.810 -24.820 1.00 0.00 W1 H +ATOM 26052 H2 TIP3X3136 -45.500 -23.930 -25.720 1.00 0.00 W1 H +ATOM 26053 OH2 TIP3X3137 44.400 -44.310 22.650 1.00 0.00 W1 O +ATOM 26054 H1 TIP3X3137 44.530 -43.830 23.470 1.00 0.00 W1 H +ATOM 26055 H2 TIP3X3137 44.880 -43.800 22.000 1.00 0.00 W1 H +ATOM 26056 OH2 TIP3X3138 -36.850 22.980 25.000 1.00 0.00 W1 O +ATOM 26057 H1 TIP3X3138 -37.650 22.470 25.100 1.00 0.00 W1 H +ATOM 26058 H2 TIP3X3138 -36.230 22.580 25.610 1.00 0.00 W1 H +ATOM 26059 OH2 TIP3X3139 -19.170 8.710 36.000 1.00 0.00 W1 O +ATOM 26060 H1 TIP3X3139 -19.010 8.570 35.070 1.00 0.00 W1 H +ATOM 26061 H2 TIP3X3139 -18.360 9.130 36.310 1.00 0.00 W1 H +ATOM 26062 OH2 TIP3X3140 36.790 -41.330 -36.080 1.00 0.00 W1 O +ATOM 26063 H1 TIP3X3140 35.880 -41.550 -35.830 1.00 0.00 W1 H +ATOM 26064 H2 TIP3X3140 36.950 -41.850 -36.860 1.00 0.00 W1 H +ATOM 26065 OH2 TIP3X3141 33.800 -30.880 -40.970 1.00 0.00 W1 O +ATOM 26066 H1 TIP3X3141 34.170 -31.570 -40.430 1.00 0.00 W1 H +ATOM 26067 H2 TIP3X3141 33.520 -30.210 -40.360 1.00 0.00 W1 H +ATOM 26068 OH2 TIP3X3142 31.360 -36.130 -33.300 1.00 0.00 W1 O +ATOM 26069 H1 TIP3X3142 32.280 -35.970 -33.040 1.00 0.00 W1 H +ATOM 26070 H2 TIP3X3142 30.860 -35.950 -32.510 1.00 0.00 W1 H +ATOM 26071 OH2 TIP3X3143 -0.350 -32.330 -29.500 1.00 0.00 W1 O +ATOM 26072 H1 TIP3X3143 0.300 -32.860 -29.070 1.00 0.00 W1 H +ATOM 26073 H2 TIP3X3143 0.140 -31.790 -30.130 1.00 0.00 W1 H +ATOM 26074 OH2 TIP3X3144 10.670 20.140 -20.110 1.00 0.00 W1 O +ATOM 26075 H1 TIP3X3144 10.010 19.780 -19.510 1.00 0.00 W1 H +ATOM 26076 H2 TIP3X3144 10.310 19.940 -20.980 1.00 0.00 W1 H +ATOM 26077 OH2 TIP3X3145 2.610 -45.650 -23.460 1.00 0.00 W1 O +ATOM 26078 H1 TIP3X3145 1.740 -45.860 -23.790 1.00 0.00 W1 H +ATOM 26079 H2 TIP3X3145 2.980 -46.500 -23.230 1.00 0.00 W1 H +ATOM 26080 OH2 TIP3X3146 28.020 -47.500 -47.310 1.00 0.00 W1 O +ATOM 26081 H1 TIP3X3146 28.810 -46.980 -47.480 1.00 0.00 W1 H +ATOM 26082 H2 TIP3X3146 28.340 -48.370 -47.130 1.00 0.00 W1 H +ATOM 26083 OH2 TIP3X3147 32.690 -38.600 -28.980 1.00 0.00 W1 O +ATOM 26084 H1 TIP3X3147 32.750 -38.030 -29.740 1.00 0.00 W1 H +ATOM 26085 H2 TIP3X3147 33.270 -39.330 -29.170 1.00 0.00 W1 H +ATOM 26086 OH2 TIP3X3148 -13.000 -27.280 -49.930 1.00 0.00 W1 O +ATOM 26087 H1 TIP3X3148 -13.540 -26.720 -49.390 1.00 0.00 W1 H +ATOM 26088 H2 TIP3X3148 -13.610 -27.690 -50.540 1.00 0.00 W1 H +ATOM 26089 OH2 TIP3X3149 -6.660 12.400 35.320 1.00 0.00 W1 O +ATOM 26090 H1 TIP3X3149 -7.040 12.410 36.200 1.00 0.00 W1 H +ATOM 26091 H2 TIP3X3149 -7.140 11.710 34.850 1.00 0.00 W1 H +ATOM 26092 OH2 TIP3X3150 -31.720 36.690 41.620 1.00 0.00 W1 O +ATOM 26093 H1 TIP3X3150 -31.640 36.900 42.550 1.00 0.00 W1 H +ATOM 26094 H2 TIP3X3150 -31.210 35.890 41.500 1.00 0.00 W1 H +ATOM 26095 OH2 TIP3X3151 -19.140 41.470 -13.950 1.00 0.00 W1 O +ATOM 26096 H1 TIP3X3151 -19.190 40.570 -14.260 1.00 0.00 W1 H +ATOM 26097 H2 TIP3X3151 -18.260 41.550 -13.590 1.00 0.00 W1 H +ATOM 26098 OH2 TIP3X3152 -25.140 -29.260 -43.020 1.00 0.00 W1 O +ATOM 26099 H1 TIP3X3152 -25.930 -29.390 -43.530 1.00 0.00 W1 H +ATOM 26100 H2 TIP3X3152 -25.170 -28.330 -42.780 1.00 0.00 W1 H +ATOM 26101 OH2 TIP3X3153 -43.730 1.770 -45.900 1.00 0.00 W1 O +ATOM 26102 H1 TIP3X3153 -44.590 2.090 -46.140 1.00 0.00 W1 H +ATOM 26103 H2 TIP3X3153 -43.910 1.000 -45.350 1.00 0.00 W1 H +ATOM 26104 OH2 TIP3X3154 -23.120 38.460 37.690 1.00 0.00 W1 O +ATOM 26105 H1 TIP3X3154 -22.360 39.040 37.600 1.00 0.00 W1 H +ATOM 26106 H2 TIP3X3154 -23.730 38.730 37.010 1.00 0.00 W1 H +ATOM 26107 OH2 TIP3X3155 21.120 24.130 34.110 1.00 0.00 W1 O +ATOM 26108 H1 TIP3X3155 20.700 24.530 34.880 1.00 0.00 W1 H +ATOM 26109 H2 TIP3X3155 22.050 24.250 34.260 1.00 0.00 W1 H +ATOM 26110 OH2 TIP3X3156 42.760 25.540 25.390 1.00 0.00 W1 O +ATOM 26111 H1 TIP3X3156 42.020 25.650 26.000 1.00 0.00 W1 H +ATOM 26112 H2 TIP3X3156 43.420 26.150 25.720 1.00 0.00 W1 H +ATOM 26113 OH2 TIP3X3157 10.180 -21.870 28.540 1.00 0.00 W1 O +ATOM 26114 H1 TIP3X3157 9.490 -22.520 28.430 1.00 0.00 W1 H +ATOM 26115 H2 TIP3X3157 10.840 -22.120 27.890 1.00 0.00 W1 H +ATOM 26116 OH2 TIP3X3158 17.630 23.490 31.950 1.00 0.00 W1 O +ATOM 26117 H1 TIP3X3158 18.580 23.380 31.950 1.00 0.00 W1 H +ATOM 26118 H2 TIP3X3158 17.470 24.300 32.430 1.00 0.00 W1 H +ATOM 26119 OH2 TIP3X3159 -16.440 -3.890 -44.020 1.00 0.00 W1 O +ATOM 26120 H1 TIP3X3159 -16.440 -4.810 -44.300 1.00 0.00 W1 H +ATOM 26121 H2 TIP3X3159 -17.090 -3.860 -43.310 1.00 0.00 W1 H +ATOM 26122 OH2 TIP3X3160 -3.420 -39.140 -41.620 1.00 0.00 W1 O +ATOM 26123 H1 TIP3X3160 -4.100 -39.440 -41.030 1.00 0.00 W1 H +ATOM 26124 H2 TIP3X3160 -3.460 -38.180 -41.560 1.00 0.00 W1 H +ATOM 26125 OH2 TIP3X3161 -11.850 35.750 -33.800 1.00 0.00 W1 O +ATOM 26126 H1 TIP3X3161 -11.810 35.150 -34.540 1.00 0.00 W1 H +ATOM 26127 H2 TIP3X3161 -11.520 36.580 -34.150 1.00 0.00 W1 H +ATOM 26128 OH2 TIP3X3162 5.810 -0.490 -49.130 1.00 0.00 W1 O +ATOM 26129 H1 TIP3X3162 5.440 -1.370 -49.110 1.00 0.00 W1 H +ATOM 26130 H2 TIP3X3162 6.220 -0.370 -48.280 1.00 0.00 W1 H +ATOM 26131 OH2 TIP3X3163 22.540 18.040 -21.890 1.00 0.00 W1 O +ATOM 26132 H1 TIP3X3163 21.680 17.970 -22.310 1.00 0.00 W1 H +ATOM 26133 H2 TIP3X3163 22.890 17.150 -21.930 1.00 0.00 W1 H +ATOM 26134 OH2 TIP3X3164 -41.900 35.400 -30.560 1.00 0.00 W1 O +ATOM 26135 H1 TIP3X3164 -41.230 35.220 -29.900 1.00 0.00 W1 H +ATOM 26136 H2 TIP3X3164 -42.530 35.960 -30.110 1.00 0.00 W1 H +ATOM 26137 OH2 TIP3X3165 -34.750 -43.710 -32.810 1.00 0.00 W1 O +ATOM 26138 H1 TIP3X3165 -35.390 -42.990 -32.840 1.00 0.00 W1 H +ATOM 26139 H2 TIP3X3165 -33.910 -43.280 -32.960 1.00 0.00 W1 H +ATOM 26140 OH2 TIP3X3166 45.060 21.700 -28.490 1.00 0.00 W1 O +ATOM 26141 H1 TIP3X3166 44.950 20.780 -28.240 1.00 0.00 W1 H +ATOM 26142 H2 TIP3X3166 44.180 22.040 -28.570 1.00 0.00 W1 H +ATOM 26143 OH2 TIP3X3167 4.830 -14.690 0.670 1.00 0.00 W1 O +ATOM 26144 H1 TIP3X3167 5.280 -15.170 -0.020 1.00 0.00 W1 H +ATOM 26145 H2 TIP3X3167 4.050 -14.340 0.250 1.00 0.00 W1 H +ATOM 26146 OH2 TIP3X3168 -20.100 4.840 -18.670 1.00 0.00 W1 O +ATOM 26147 H1 TIP3X3168 -19.230 4.480 -18.590 1.00 0.00 W1 H +ATOM 26148 H2 TIP3X3168 -20.670 4.070 -18.740 1.00 0.00 W1 H +ATOM 26149 OH2 TIP3X3169 1.060 -49.290 34.920 1.00 0.00 W1 O +ATOM 26150 H1 TIP3X3169 0.940 -48.450 35.360 1.00 0.00 W1 H +ATOM 26151 H2 TIP3X3169 1.470 -49.060 34.070 1.00 0.00 W1 H +ATOM 26152 OH2 TIP3X3170 3.940 3.590 -25.540 1.00 0.00 W1 O +ATOM 26153 H1 TIP3X3170 3.390 4.360 -25.630 1.00 0.00 W1 H +ATOM 26154 H2 TIP3X3170 3.740 3.250 -24.660 1.00 0.00 W1 H +ATOM 26155 OH2 TIP3X3171 12.530 -31.370 -30.460 1.00 0.00 W1 O +ATOM 26156 H1 TIP3X3171 12.610 -32.140 -31.030 1.00 0.00 W1 H +ATOM 26157 H2 TIP3X3171 12.570 -30.630 -31.060 1.00 0.00 W1 H +ATOM 26158 OH2 TIP3X3172 33.770 -6.270 -15.340 1.00 0.00 W1 O +ATOM 26159 H1 TIP3X3172 32.870 -6.470 -15.620 1.00 0.00 W1 H +ATOM 26160 H2 TIP3X3172 33.770 -6.460 -14.400 1.00 0.00 W1 H +ATOM 26161 OH2 TIP3X3173 -21.550 -14.420 -39.870 1.00 0.00 W1 O +ATOM 26162 H1 TIP3X3173 -22.490 -14.340 -39.700 1.00 0.00 W1 H +ATOM 26163 H2 TIP3X3173 -21.400 -13.920 -40.660 1.00 0.00 W1 H +ATOM 26164 OH2 TIP3X3174 -14.020 -24.190 34.080 1.00 0.00 W1 O +ATOM 26165 H1 TIP3X3174 -13.710 -24.440 33.220 1.00 0.00 W1 H +ATOM 26166 H2 TIP3X3174 -14.520 -24.950 34.380 1.00 0.00 W1 H +ATOM 26167 OH2 TIP3X3175 48.060 -43.290 -18.820 1.00 0.00 W1 O +ATOM 26168 H1 TIP3X3175 48.250 -42.600 -19.460 1.00 0.00 W1 H +ATOM 26169 H2 TIP3X3175 47.640 -42.840 -18.090 1.00 0.00 W1 H +ATOM 26170 OH2 TIP3X3176 -40.180 1.050 39.730 1.00 0.00 W1 O +ATOM 26171 H1 TIP3X3176 -39.240 1.160 39.570 1.00 0.00 W1 H +ATOM 26172 H2 TIP3X3176 -40.420 0.240 39.280 1.00 0.00 W1 H +ATOM 26173 OH2 TIP3X3177 23.050 0.930 18.440 1.00 0.00 W1 O +ATOM 26174 H1 TIP3X3177 23.750 1.560 18.610 1.00 0.00 W1 H +ATOM 26175 H2 TIP3X3177 22.280 1.330 18.850 1.00 0.00 W1 H +ATOM 26176 OH2 TIP3X3178 -15.710 -1.710 26.670 1.00 0.00 W1 O +ATOM 26177 H1 TIP3X3178 -16.080 -1.800 25.790 1.00 0.00 W1 H +ATOM 26178 H2 TIP3X3178 -15.320 -0.830 26.680 1.00 0.00 W1 H +ATOM 26179 OH2 TIP3X3179 -34.080 26.200 -19.470 1.00 0.00 W1 O +ATOM 26180 H1 TIP3X3179 -33.610 26.130 -20.310 1.00 0.00 W1 H +ATOM 26181 H2 TIP3X3179 -34.890 25.720 -19.620 1.00 0.00 W1 H +ATOM 26182 OH2 TIP3X3180 11.600 -46.470 34.520 1.00 0.00 W1 O +ATOM 26183 H1 TIP3X3180 12.140 -47.180 34.860 1.00 0.00 W1 H +ATOM 26184 H2 TIP3X3180 12.140 -45.680 34.610 1.00 0.00 W1 H +ATOM 26185 OH2 TIP3X3181 48.530 -1.170 30.850 1.00 0.00 W1 O +ATOM 26186 H1 TIP3X3181 47.900 -1.220 31.570 1.00 0.00 W1 H +ATOM 26187 H2 TIP3X3181 48.900 -0.290 30.910 1.00 0.00 W1 H +ATOM 26188 OH2 TIP3X3182 -41.490 -38.910 23.370 1.00 0.00 W1 O +ATOM 26189 H1 TIP3X3182 -41.890 -39.400 24.090 1.00 0.00 W1 H +ATOM 26190 H2 TIP3X3182 -42.010 -39.150 22.600 1.00 0.00 W1 H +ATOM 26191 OH2 TIP3X3183 24.030 -0.580 -49.780 1.00 0.00 W1 O +ATOM 26192 H1 TIP3X3183 24.610 -0.470 -50.530 1.00 0.00 W1 H +ATOM 26193 H2 TIP3X3183 23.430 0.160 -49.830 1.00 0.00 W1 H +ATOM 26194 OH2 TIP3X3184 5.270 -11.760 -46.250 1.00 0.00 W1 O +ATOM 26195 H1 TIP3X3184 4.950 -11.670 -47.130 1.00 0.00 W1 H +ATOM 26196 H2 TIP3X3184 5.730 -12.610 -46.230 1.00 0.00 W1 H +ATOM 26197 OH2 TIP3X3185 19.270 -14.990 -36.300 1.00 0.00 W1 O +ATOM 26198 H1 TIP3X3185 19.460 -14.100 -36.620 1.00 0.00 W1 H +ATOM 26199 H2 TIP3X3185 18.400 -14.930 -35.930 1.00 0.00 W1 H +ATOM 26200 OH2 TIP3X3186 -45.300 34.760 -35.870 1.00 0.00 W1 O +ATOM 26201 H1 TIP3X3186 -45.650 34.640 -34.980 1.00 0.00 W1 H +ATOM 26202 H2 TIP3X3186 -45.730 35.540 -36.210 1.00 0.00 W1 H +ATOM 26203 OH2 TIP3X3187 -6.160 -36.740 -33.380 1.00 0.00 W1 O +ATOM 26204 H1 TIP3X3187 -6.200 -37.430 -32.720 1.00 0.00 W1 H +ATOM 26205 H2 TIP3X3187 -5.240 -36.690 -33.610 1.00 0.00 W1 H +ATOM 26206 OH2 TIP3X3188 9.660 -25.390 -37.240 1.00 0.00 W1 O +ATOM 26207 H1 TIP3X3188 9.040 -25.220 -36.540 1.00 0.00 W1 H +ATOM 26208 H2 TIP3X3188 9.710 -26.350 -37.280 1.00 0.00 W1 H +ATOM 26209 OH2 TIP3X3189 -34.040 34.290 -20.700 1.00 0.00 W1 O +ATOM 26210 H1 TIP3X3189 -33.940 35.140 -20.290 1.00 0.00 W1 H +ATOM 26211 H2 TIP3X3189 -33.170 33.900 -20.670 1.00 0.00 W1 H +ATOM 26212 OH2 TIP3X3190 21.410 31.070 27.800 1.00 0.00 W1 O +ATOM 26213 H1 TIP3X3190 21.730 30.370 27.220 1.00 0.00 W1 H +ATOM 26214 H2 TIP3X3190 21.750 31.870 27.400 1.00 0.00 W1 H +ATOM 26215 OH2 TIP3X3191 19.170 -31.440 -23.810 1.00 0.00 W1 O +ATOM 26216 H1 TIP3X3191 18.890 -30.650 -23.360 1.00 0.00 W1 H +ATOM 26217 H2 TIP3X3191 20.140 -31.420 -23.730 1.00 0.00 W1 H +ATOM 26218 OH2 TIP3X3192 21.610 -18.640 -46.670 1.00 0.00 W1 O +ATOM 26219 H1 TIP3X3192 20.660 -18.670 -46.860 1.00 0.00 W1 H +ATOM 26220 H2 TIP3X3192 21.990 -18.210 -47.430 1.00 0.00 W1 H +ATOM 26221 OH2 TIP3X3193 -15.590 6.940 -27.840 1.00 0.00 W1 O +ATOM 26222 H1 TIP3X3193 -14.800 6.450 -27.620 1.00 0.00 W1 H +ATOM 26223 H2 TIP3X3193 -16.300 6.460 -27.390 1.00 0.00 W1 H +ATOM 26224 OH2 TIP3X3194 38.750 -5.430 -49.700 1.00 0.00 W1 O +ATOM 26225 H1 TIP3X3194 38.880 -5.350 -50.640 1.00 0.00 W1 H +ATOM 26226 H2 TIP3X3194 38.820 -6.360 -49.520 1.00 0.00 W1 H +ATOM 26227 OH2 TIP3X3195 12.020 35.370 -33.920 1.00 0.00 W1 O +ATOM 26228 H1 TIP3X3195 11.230 35.880 -33.760 1.00 0.00 W1 H +ATOM 26229 H2 TIP3X3195 12.610 35.980 -34.370 1.00 0.00 W1 H +ATOM 26230 OH2 TIP3X3196 -18.150 -45.850 -43.300 1.00 0.00 W1 O +ATOM 26231 H1 TIP3X3196 -18.720 -46.090 -42.570 1.00 0.00 W1 H +ATOM 26232 H2 TIP3X3196 -18.700 -45.320 -43.870 1.00 0.00 W1 H +ATOM 26233 OH2 TIP3X3197 2.540 13.740 27.100 1.00 0.00 W1 O +ATOM 26234 H1 TIP3X3197 2.260 12.960 27.580 1.00 0.00 W1 H +ATOM 26235 H2 TIP3X3197 2.520 14.450 27.750 1.00 0.00 W1 H +ATOM 26236 OH2 TIP3X3198 13.880 -49.520 35.850 1.00 0.00 W1 O +ATOM 26237 H1 TIP3X3198 14.090 -50.450 35.900 1.00 0.00 W1 H +ATOM 26238 H2 TIP3X3198 13.990 -49.300 34.920 1.00 0.00 W1 H +ATOM 26239 OH2 TIP3X3199 38.700 41.220 -26.170 1.00 0.00 W1 O +ATOM 26240 H1 TIP3X3199 38.100 40.580 -25.810 1.00 0.00 W1 H +ATOM 26241 H2 TIP3X3199 38.580 41.990 -25.610 1.00 0.00 W1 H +ATOM 26242 OH2 TIP3X3200 -22.950 26.540 -28.640 1.00 0.00 W1 O +ATOM 26243 H1 TIP3X3200 -23.600 27.100 -28.220 1.00 0.00 W1 H +ATOM 26244 H2 TIP3X3200 -22.150 27.060 -28.650 1.00 0.00 W1 H +ATOM 26245 OH2 TIP3X3201 -32.860 -26.890 24.920 1.00 0.00 W1 O +ATOM 26246 H1 TIP3X3201 -32.390 -26.190 25.370 1.00 0.00 W1 H +ATOM 26247 H2 TIP3X3201 -33.760 -26.840 25.240 1.00 0.00 W1 H +ATOM 26248 OH2 TIP3X3202 -44.800 -36.150 -33.410 1.00 0.00 W1 O +ATOM 26249 H1 TIP3X3202 -45.600 -35.720 -33.080 1.00 0.00 W1 H +ATOM 26250 H2 TIP3X3202 -44.140 -35.470 -33.360 1.00 0.00 W1 H +ATOM 26251 OH2 TIP3X3203 34.720 32.430 -41.080 1.00 0.00 W1 O +ATOM 26252 H1 TIP3X3203 34.540 33.330 -41.330 1.00 0.00 W1 H +ATOM 26253 H2 TIP3X3203 35.140 32.480 -40.230 1.00 0.00 W1 H +ATOM 26254 OH2 TIP3X3204 -20.760 -30.190 29.890 1.00 0.00 W1 O +ATOM 26255 H1 TIP3X3204 -20.680 -29.570 29.170 1.00 0.00 W1 H +ATOM 26256 H2 TIP3X3204 -19.870 -30.450 30.090 1.00 0.00 W1 H +ATOM 26257 OH2 TIP3X3205 26.030 34.490 -33.650 1.00 0.00 W1 O +ATOM 26258 H1 TIP3X3205 26.360 33.820 -34.250 1.00 0.00 W1 H +ATOM 26259 H2 TIP3X3205 26.330 34.190 -32.780 1.00 0.00 W1 H +ATOM 26260 OH2 TIP3X3206 -40.390 19.150 -21.370 1.00 0.00 W1 O +ATOM 26261 H1 TIP3X3206 -40.720 19.790 -22.010 1.00 0.00 W1 H +ATOM 26262 H2 TIP3X3206 -39.660 19.590 -20.950 1.00 0.00 W1 H +ATOM 26263 OH2 TIP3X3207 18.240 -33.000 11.760 1.00 0.00 W1 O +ATOM 26264 H1 TIP3X3207 18.900 -33.550 12.210 1.00 0.00 W1 H +ATOM 26265 H2 TIP3X3207 18.020 -32.320 12.400 1.00 0.00 W1 H +ATOM 26266 OH2 TIP3X3208 -25.200 31.770 29.960 1.00 0.00 W1 O +ATOM 26267 H1 TIP3X3208 -25.750 32.150 30.650 1.00 0.00 W1 H +ATOM 26268 H2 TIP3X3208 -24.310 32.020 30.200 1.00 0.00 W1 H +ATOM 26269 OH2 TIP3X3209 10.140 19.380 -31.950 1.00 0.00 W1 O +ATOM 26270 H1 TIP3X3209 10.680 18.600 -31.820 1.00 0.00 W1 H +ATOM 26271 H2 TIP3X3209 10.260 19.610 -32.870 1.00 0.00 W1 H +ATOM 26272 OH2 TIP3X3210 4.370 -24.840 34.350 1.00 0.00 W1 O +ATOM 26273 H1 TIP3X3210 5.320 -24.650 34.380 1.00 0.00 W1 H +ATOM 26274 H2 TIP3X3210 4.030 -24.250 33.680 1.00 0.00 W1 H +ATOM 26275 OH2 TIP3X3211 -13.810 -52.120 30.940 1.00 0.00 W1 O +ATOM 26276 H1 TIP3X3211 -13.720 -51.750 30.060 1.00 0.00 W1 H +ATOM 26277 H2 TIP3X3211 -13.800 -51.360 31.520 1.00 0.00 W1 H +ATOM 26278 OH2 TIP3X3212 45.300 9.810 28.740 1.00 0.00 W1 O +ATOM 26279 H1 TIP3X3212 45.160 10.190 27.860 1.00 0.00 W1 H +ATOM 26280 H2 TIP3X3212 44.440 9.850 29.150 1.00 0.00 W1 H +ATOM 26281 OH2 TIP3X3213 -37.310 -41.330 -24.510 1.00 0.00 W1 O +ATOM 26282 H1 TIP3X3213 -38.160 -40.900 -24.630 1.00 0.00 W1 H +ATOM 26283 H2 TIP3X3213 -37.190 -41.850 -25.310 1.00 0.00 W1 H +ATOM 26284 OH2 TIP3X3214 -30.200 36.080 19.640 1.00 0.00 W1 O +ATOM 26285 H1 TIP3X3214 -29.370 36.500 19.410 1.00 0.00 W1 H +ATOM 26286 H2 TIP3X3214 -30.180 35.240 19.150 1.00 0.00 W1 H +ATOM 26287 OH2 TIP3X3215 -19.370 -47.480 -36.250 1.00 0.00 W1 O +ATOM 26288 H1 TIP3X3215 -20.270 -47.520 -36.590 1.00 0.00 W1 H +ATOM 26289 H2 TIP3X3215 -18.890 -46.980 -36.910 1.00 0.00 W1 H +ATOM 26290 OH2 TIP3X3216 -44.440 5.810 -45.860 1.00 0.00 W1 O +ATOM 26291 H1 TIP3X3216 -44.520 6.730 -45.620 1.00 0.00 W1 H +ATOM 26292 H2 TIP3X3216 -44.070 5.810 -46.740 1.00 0.00 W1 H +ATOM 26293 OH2 TIP3X3217 -5.290 -31.110 -45.710 1.00 0.00 W1 O +ATOM 26294 H1 TIP3X3217 -4.730 -31.810 -46.040 1.00 0.00 W1 H +ATOM 26295 H2 TIP3X3217 -6.170 -31.450 -45.820 1.00 0.00 W1 H +ATOM 26296 OH2 TIP3X3218 -36.550 1.880 -46.230 1.00 0.00 W1 O +ATOM 26297 H1 TIP3X3218 -35.990 1.580 -46.940 1.00 0.00 W1 H +ATOM 26298 H2 TIP3X3218 -36.460 2.840 -46.240 1.00 0.00 W1 H +ATOM 26299 OH2 TIP3X3219 -40.700 -39.790 20.360 1.00 0.00 W1 O +ATOM 26300 H1 TIP3X3219 -40.210 -39.010 20.090 1.00 0.00 W1 H +ATOM 26301 H2 TIP3X3219 -40.170 -40.530 20.080 1.00 0.00 W1 H +ATOM 26302 OH2 TIP3X3220 11.980 -34.970 -24.070 1.00 0.00 W1 O +ATOM 26303 H1 TIP3X3220 11.120 -35.360 -23.850 1.00 0.00 W1 H +ATOM 26304 H2 TIP3X3220 12.610 -35.470 -23.560 1.00 0.00 W1 H +ATOM 26305 OH2 TIP3X3221 23.980 3.900 15.210 1.00 0.00 W1 O +ATOM 26306 H1 TIP3X3221 23.180 4.130 14.730 1.00 0.00 W1 H +ATOM 26307 H2 TIP3X3221 23.700 3.840 16.120 1.00 0.00 W1 H +ATOM 26308 OH2 TIP3X3222 -24.390 7.180 -25.460 1.00 0.00 W1 O +ATOM 26309 H1 TIP3X3222 -24.980 6.920 -26.180 1.00 0.00 W1 H +ATOM 26310 H2 TIP3X3222 -24.660 8.070 -25.240 1.00 0.00 W1 H +ATOM 26311 OH2 TIP3X3223 41.900 -32.730 -40.090 1.00 0.00 W1 O +ATOM 26312 H1 TIP3X3223 41.780 -33.430 -39.450 1.00 0.00 W1 H +ATOM 26313 H2 TIP3X3223 41.050 -32.290 -40.120 1.00 0.00 W1 H +ATOM 26314 OH2 TIP3X3224 12.470 -39.310 -38.910 1.00 0.00 W1 O +ATOM 26315 H1 TIP3X3224 12.490 -40.270 -38.880 1.00 0.00 W1 H +ATOM 26316 H2 TIP3X3224 12.550 -39.090 -39.830 1.00 0.00 W1 H +ATOM 26317 OH2 TIP3X3225 -35.540 31.880 35.520 1.00 0.00 W1 O +ATOM 26318 H1 TIP3X3225 -35.620 31.120 36.090 1.00 0.00 W1 H +ATOM 26319 H2 TIP3X3225 -34.600 32.060 35.500 1.00 0.00 W1 H +ATOM 26320 OH2 TIP3X3226 26.200 -24.130 -33.090 1.00 0.00 W1 O +ATOM 26321 H1 TIP3X3226 25.560 -24.450 -32.450 1.00 0.00 W1 H +ATOM 26322 H2 TIP3X3226 27.010 -24.600 -32.870 1.00 0.00 W1 H +ATOM 26323 OH2 TIP3X3227 -16.500 5.800 37.620 1.00 0.00 W1 O +ATOM 26324 H1 TIP3X3227 -17.110 5.570 36.920 1.00 0.00 W1 H +ATOM 26325 H2 TIP3X3227 -16.430 6.760 37.580 1.00 0.00 W1 H +ATOM 26326 OH2 TIP3X3228 -45.330 36.020 -29.570 1.00 0.00 W1 O +ATOM 26327 H1 TIP3X3228 -44.500 36.450 -29.370 1.00 0.00 W1 H +ATOM 26328 H2 TIP3X3228 -45.700 36.550 -30.280 1.00 0.00 W1 H +ATOM 26329 OH2 TIP3X3229 9.960 -10.620 -45.480 1.00 0.00 W1 O +ATOM 26330 H1 TIP3X3229 10.320 -11.020 -46.270 1.00 0.00 W1 H +ATOM 26331 H2 TIP3X3229 10.480 -9.830 -45.350 1.00 0.00 W1 H +ATOM 26332 OH2 TIP3X3230 -36.700 -48.120 30.100 1.00 0.00 W1 O +ATOM 26333 H1 TIP3X3230 -36.700 -47.450 29.420 1.00 0.00 W1 H +ATOM 26334 H2 TIP3X3230 -35.900 -47.960 30.600 1.00 0.00 W1 H +ATOM 26335 OH2 TIP3X3231 2.550 -39.430 31.540 1.00 0.00 W1 O +ATOM 26336 H1 TIP3X3231 3.170 -38.890 31.030 1.00 0.00 W1 H +ATOM 26337 H2 TIP3X3231 1.690 -39.250 31.120 1.00 0.00 W1 H +ATOM 26338 OH2 TIP3X3232 -40.940 -19.060 35.380 1.00 0.00 W1 O +ATOM 26339 H1 TIP3X3232 -40.180 -19.200 34.830 1.00 0.00 W1 H +ATOM 26340 H2 TIP3X3232 -40.690 -18.360 35.970 1.00 0.00 W1 H +ATOM 26341 OH2 TIP3X3233 -30.940 34.020 -45.070 1.00 0.00 W1 O +ATOM 26342 H1 TIP3X3233 -31.180 34.910 -45.350 1.00 0.00 W1 H +ATOM 26343 H2 TIP3X3233 -30.030 33.920 -45.330 1.00 0.00 W1 H +ATOM 26344 OH2 TIP3X3234 -21.460 8.980 -38.510 1.00 0.00 W1 O +ATOM 26345 H1 TIP3X3234 -22.110 9.690 -38.450 1.00 0.00 W1 H +ATOM 26346 H2 TIP3X3234 -21.820 8.380 -39.180 1.00 0.00 W1 H +ATOM 26347 OH2 TIP3X3235 -27.960 34.520 16.370 1.00 0.00 W1 O +ATOM 26348 H1 TIP3X3235 -27.430 33.750 16.200 1.00 0.00 W1 H +ATOM 26349 H2 TIP3X3235 -28.440 34.290 17.180 1.00 0.00 W1 H +ATOM 26350 OH2 TIP3X3236 33.340 20.600 -24.350 1.00 0.00 W1 O +ATOM 26351 H1 TIP3X3236 32.740 19.970 -23.950 1.00 0.00 W1 H +ATOM 26352 H2 TIP3X3236 34.200 20.400 -23.970 1.00 0.00 W1 H +ATOM 26353 OH2 TIP3X3237 11.850 35.720 -21.350 1.00 0.00 W1 O +ATOM 26354 H1 TIP3X3237 11.640 36.640 -21.520 1.00 0.00 W1 H +ATOM 26355 H2 TIP3X3237 11.790 35.640 -20.390 1.00 0.00 W1 H +ATOM 26356 OH2 TIP3X3238 -2.480 13.560 -37.610 1.00 0.00 W1 O +ATOM 26357 H1 TIP3X3238 -2.860 13.630 -38.490 1.00 0.00 W1 H +ATOM 26358 H2 TIP3X3238 -3.240 13.630 -37.020 1.00 0.00 W1 H +ATOM 26359 OH2 TIP3X3239 -35.680 8.430 38.030 1.00 0.00 W1 O +ATOM 26360 H1 TIP3X3239 -36.470 8.500 37.480 1.00 0.00 W1 H +ATOM 26361 H2 TIP3X3239 -34.970 8.320 37.410 1.00 0.00 W1 H +ATOM 26362 OH2 TIP3X3240 42.830 -31.600 -29.350 1.00 0.00 W1 O +ATOM 26363 H1 TIP3X3240 43.120 -31.570 -30.260 1.00 0.00 W1 H +ATOM 26364 H2 TIP3X3240 42.690 -30.680 -29.120 1.00 0.00 W1 H +ATOM 26365 OH2 TIP3X3241 37.070 -16.140 -18.700 1.00 0.00 W1 O +ATOM 26366 H1 TIP3X3241 37.180 -16.060 -17.740 1.00 0.00 W1 H +ATOM 26367 H2 TIP3X3241 36.150 -16.390 -18.800 1.00 0.00 W1 H +ATOM 26368 OH2 TIP3X3242 32.730 -8.390 -29.600 1.00 0.00 W1 O +ATOM 26369 H1 TIP3X3242 33.050 -9.180 -29.160 1.00 0.00 W1 H +ATOM 26370 H2 TIP3X3242 32.240 -8.730 -30.360 1.00 0.00 W1 H +ATOM 26371 OH2 TIP3X3243 -33.210 16.630 -43.420 1.00 0.00 W1 O +ATOM 26372 H1 TIP3X3243 -32.860 15.760 -43.620 1.00 0.00 W1 H +ATOM 26373 H2 TIP3X3243 -34.160 16.530 -43.550 1.00 0.00 W1 H +ATOM 26374 OH2 TIP3X3244 -29.740 7.450 39.340 1.00 0.00 W1 O +ATOM 26375 H1 TIP3X3244 -29.310 7.520 38.490 1.00 0.00 W1 H +ATOM 26376 H2 TIP3X3244 -30.550 7.940 39.240 1.00 0.00 W1 H +ATOM 26377 OH2 TIP3X3245 24.790 -33.100 -25.260 1.00 0.00 W1 O +ATOM 26378 H1 TIP3X3245 25.240 -32.260 -25.190 1.00 0.00 W1 H +ATOM 26379 H2 TIP3X3245 25.110 -33.600 -24.500 1.00 0.00 W1 H +ATOM 26380 OH2 TIP3X3246 46.380 17.490 -6.370 1.00 0.00 W1 O +ATOM 26381 H1 TIP3X3246 46.310 17.810 -7.260 1.00 0.00 W1 H +ATOM 26382 H2 TIP3X3246 46.690 16.590 -6.460 1.00 0.00 W1 H +ATOM 26383 OH2 TIP3X3247 42.990 21.540 17.210 1.00 0.00 W1 O +ATOM 26384 H1 TIP3X3247 43.850 21.770 17.570 1.00 0.00 W1 H +ATOM 26385 H2 TIP3X3247 42.900 20.600 17.390 1.00 0.00 W1 H +ATOM 26386 OH2 TIP3X3248 -10.190 11.070 -35.630 1.00 0.00 W1 O +ATOM 26387 H1 TIP3X3248 -9.510 11.100 -36.320 1.00 0.00 W1 H +ATOM 26388 H2 TIP3X3248 -10.430 10.150 -35.590 1.00 0.00 W1 H +ATOM 26389 OH2 TIP3X3249 -3.070 -18.110 -40.730 1.00 0.00 W1 O +ATOM 26390 H1 TIP3X3249 -2.740 -18.970 -41.000 1.00 0.00 W1 H +ATOM 26391 H2 TIP3X3249 -2.680 -17.490 -41.340 1.00 0.00 W1 H +ATOM 26392 OH2 TIP3X3250 47.570 -35.820 31.600 1.00 0.00 W1 O +ATOM 26393 H1 TIP3X3250 48.150 -35.070 31.690 1.00 0.00 W1 H +ATOM 26394 H2 TIP3X3250 48.160 -36.580 31.610 1.00 0.00 W1 H +ATOM 26395 OH2 TIP3X3251 26.390 -49.450 -37.490 1.00 0.00 W1 O +ATOM 26396 H1 TIP3X3251 26.850 -48.770 -37.970 1.00 0.00 W1 H +ATOM 26397 H2 TIP3X3251 25.550 -49.050 -37.250 1.00 0.00 W1 H +ATOM 26398 OH2 TIP3X3252 13.010 19.410 36.150 1.00 0.00 W1 O +ATOM 26399 H1 TIP3X3252 12.170 18.970 36.280 1.00 0.00 W1 H +ATOM 26400 H2 TIP3X3252 13.130 19.450 35.200 1.00 0.00 W1 H +ATOM 26401 OH2 TIP3X3253 -8.030 14.760 -43.430 1.00 0.00 W1 O +ATOM 26402 H1 TIP3X3253 -8.080 14.470 -42.520 1.00 0.00 W1 H +ATOM 26403 H2 TIP3X3253 -8.870 15.200 -43.590 1.00 0.00 W1 H +ATOM 26404 OH2 TIP3X3254 41.290 -36.960 -39.030 1.00 0.00 W1 O +ATOM 26405 H1 TIP3X3254 41.560 -37.090 -39.940 1.00 0.00 W1 H +ATOM 26406 H2 TIP3X3254 40.340 -37.060 -39.060 1.00 0.00 W1 H +ATOM 26407 OH2 TIP3X3255 22.200 -15.070 35.180 1.00 0.00 W1 O +ATOM 26408 H1 TIP3X3255 22.800 -14.810 35.870 1.00 0.00 W1 H +ATOM 26409 H2 TIP3X3255 22.470 -14.550 34.420 1.00 0.00 W1 H +ATOM 26410 OH2 TIP3X3256 -32.740 -26.170 36.080 1.00 0.00 W1 O +ATOM 26411 H1 TIP3X3256 -31.920 -26.520 35.740 1.00 0.00 W1 H +ATOM 26412 H2 TIP3X3256 -32.580 -25.230 36.180 1.00 0.00 W1 H +ATOM 26413 OH2 TIP3X3257 0.220 -7.000 -26.180 1.00 0.00 W1 O +ATOM 26414 H1 TIP3X3257 0.580 -7.690 -26.730 1.00 0.00 W1 H +ATOM 26415 H2 TIP3X3257 -0.110 -6.350 -26.800 1.00 0.00 W1 H +ATOM 26416 OH2 TIP3X3258 15.430 -26.320 -45.160 1.00 0.00 W1 O +ATOM 26417 H1 TIP3X3258 15.560 -26.870 -45.920 1.00 0.00 W1 H +ATOM 26418 H2 TIP3X3258 14.620 -26.660 -44.760 1.00 0.00 W1 H +ATOM 26419 OH2 TIP3X3259 19.760 -46.920 -46.250 1.00 0.00 W1 O +ATOM 26420 H1 TIP3X3259 19.890 -46.740 -45.320 1.00 0.00 W1 H +ATOM 26421 H2 TIP3X3259 18.820 -46.770 -46.400 1.00 0.00 W1 H +ATOM 26422 OH2 TIP3X3260 -3.960 -7.950 -36.030 1.00 0.00 W1 O +ATOM 26423 H1 TIP3X3260 -4.300 -8.560 -36.690 1.00 0.00 W1 H +ATOM 26424 H2 TIP3X3260 -4.430 -7.130 -36.210 1.00 0.00 W1 H +ATOM 26425 OH2 TIP3X3261 -17.050 -19.900 -26.640 1.00 0.00 W1 O +ATOM 26426 H1 TIP3X3261 -17.420 -20.010 -27.520 1.00 0.00 W1 H +ATOM 26427 H2 TIP3X3261 -16.430 -19.180 -26.740 1.00 0.00 W1 H +ATOM 26428 OH2 TIP3X3262 18.300 -26.370 -44.490 1.00 0.00 W1 O +ATOM 26429 H1 TIP3X3262 17.370 -26.430 -44.650 1.00 0.00 W1 H +ATOM 26430 H2 TIP3X3262 18.590 -25.590 -44.980 1.00 0.00 W1 H +ATOM 26431 OH2 TIP3X3263 -15.060 9.820 -23.090 1.00 0.00 W1 O +ATOM 26432 H1 TIP3X3263 -14.150 9.870 -22.810 1.00 0.00 W1 H +ATOM 26433 H2 TIP3X3263 -15.500 10.490 -22.580 1.00 0.00 W1 H +ATOM 26434 OH2 TIP3X3264 10.660 23.450 40.080 1.00 0.00 W1 O +ATOM 26435 H1 TIP3X3264 10.700 23.280 39.140 1.00 0.00 W1 H +ATOM 26436 H2 TIP3X3264 10.800 24.400 40.150 1.00 0.00 W1 H +ATOM 26437 OH2 TIP3X3265 46.760 -38.290 -47.390 1.00 0.00 W1 O +ATOM 26438 H1 TIP3X3265 46.810 -37.330 -47.360 1.00 0.00 W1 H +ATOM 26439 H2 TIP3X3265 46.360 -38.470 -48.250 1.00 0.00 W1 H +ATOM 26440 OH2 TIP3X3266 4.740 31.490 33.630 1.00 0.00 W1 O +ATOM 26441 H1 TIP3X3266 3.920 31.980 33.690 1.00 0.00 W1 H +ATOM 26442 H2 TIP3X3266 4.540 30.780 33.010 1.00 0.00 W1 H +ATOM 26443 OH2 TIP3X3267 36.410 25.420 23.850 1.00 0.00 W1 O +ATOM 26444 H1 TIP3X3267 36.060 25.590 22.980 1.00 0.00 W1 H +ATOM 26445 H2 TIP3X3267 36.970 26.170 24.040 1.00 0.00 W1 H +ATOM 26446 OH2 TIP3X3268 28.790 20.430 17.340 1.00 0.00 W1 O +ATOM 26447 H1 TIP3X3268 28.840 21.280 16.910 1.00 0.00 W1 H +ATOM 26448 H2 TIP3X3268 28.520 19.820 16.650 1.00 0.00 W1 H +ATOM 26449 OH2 TIP3X3269 -33.200 31.130 25.200 1.00 0.00 W1 O +ATOM 26450 H1 TIP3X3269 -33.120 31.450 26.100 1.00 0.00 W1 H +ATOM 26451 H2 TIP3X3269 -33.510 30.230 25.290 1.00 0.00 W1 H +ATOM 26452 OH2 TIP3X3270 18.190 6.160 -38.810 1.00 0.00 W1 O +ATOM 26453 H1 TIP3X3270 18.970 5.670 -38.560 1.00 0.00 W1 H +ATOM 26454 H2 TIP3X3270 17.500 5.820 -38.250 1.00 0.00 W1 H +ATOM 26455 OH2 TIP3X3271 47.040 37.770 24.550 1.00 0.00 W1 O +ATOM 26456 H1 TIP3X3271 47.280 37.140 23.870 1.00 0.00 W1 H +ATOM 26457 H2 TIP3X3271 47.300 38.620 24.190 1.00 0.00 W1 H +ATOM 26458 OH2 TIP3X3272 37.010 -37.320 20.970 1.00 0.00 W1 O +ATOM 26459 H1 TIP3X3272 36.480 -37.690 21.670 1.00 0.00 W1 H +ATOM 26460 H2 TIP3X3272 36.380 -36.880 20.400 1.00 0.00 W1 H +ATOM 26461 OH2 TIP3X3273 -24.160 15.020 -10.570 1.00 0.00 W1 O +ATOM 26462 H1 TIP3X3273 -24.490 15.440 -11.360 1.00 0.00 W1 H +ATOM 26463 H2 TIP3X3273 -23.230 14.880 -10.720 1.00 0.00 W1 H +ATOM 26464 OH2 TIP3X3274 29.280 3.620 25.780 1.00 0.00 W1 O +ATOM 26465 H1 TIP3X3274 29.140 3.640 24.840 1.00 0.00 W1 H +ATOM 26466 H2 TIP3X3274 29.520 4.510 26.010 1.00 0.00 W1 H +ATOM 26467 OH2 TIP3X3275 15.520 35.700 -42.480 1.00 0.00 W1 O +ATOM 26468 H1 TIP3X3275 14.810 35.450 -41.900 1.00 0.00 W1 H +ATOM 26469 H2 TIP3X3275 16.090 34.930 -42.500 1.00 0.00 W1 H +ATOM 26470 OH2 TIP3X3276 -42.550 -24.610 25.010 1.00 0.00 W1 O +ATOM 26471 H1 TIP3X3276 -42.710 -24.630 25.950 1.00 0.00 W1 H +ATOM 26472 H2 TIP3X3276 -43.350 -24.960 24.620 1.00 0.00 W1 H +ATOM 26473 OH2 TIP3X3277 0.140 -27.110 -50.840 1.00 0.00 W1 O +ATOM 26474 H1 TIP3X3277 0.300 -27.480 -51.710 1.00 0.00 W1 H +ATOM 26475 H2 TIP3X3277 -0.770 -26.800 -50.870 1.00 0.00 W1 H +ATOM 26476 OH2 TIP3X3278 44.630 37.370 -50.800 1.00 0.00 W1 O +ATOM 26477 H1 TIP3X3278 45.060 36.630 -51.240 1.00 0.00 W1 H +ATOM 26478 H2 TIP3X3278 44.680 37.150 -49.870 1.00 0.00 W1 H +ATOM 26479 OH2 TIP3X3279 22.920 17.920 -50.420 1.00 0.00 W1 O +ATOM 26480 H1 TIP3X3279 22.630 17.040 -50.650 1.00 0.00 W1 H +ATOM 26481 H2 TIP3X3279 23.870 17.890 -50.540 1.00 0.00 W1 H +ATOM 26482 OH2 TIP3X3280 28.760 32.680 -40.190 1.00 0.00 W1 O +ATOM 26483 H1 TIP3X3280 28.510 31.840 -39.790 1.00 0.00 W1 H +ATOM 26484 H2 TIP3X3280 29.030 32.440 -41.080 1.00 0.00 W1 H +ATOM 26485 OH2 TIP3X3281 -36.440 20.110 35.740 1.00 0.00 W1 O +ATOM 26486 H1 TIP3X3281 -36.820 19.430 36.310 1.00 0.00 W1 H +ATOM 26487 H2 TIP3X3281 -37.000 20.870 35.900 1.00 0.00 W1 H +ATOM 26488 OH2 TIP3X3282 -28.350 4.990 19.420 1.00 0.00 W1 O +ATOM 26489 H1 TIP3X3282 -28.420 4.390 18.660 1.00 0.00 W1 H +ATOM 26490 H2 TIP3X3282 -27.660 4.610 19.950 1.00 0.00 W1 H +ATOM 26491 OH2 TIP3X3283 -26.400 22.910 -25.520 1.00 0.00 W1 O +ATOM 26492 H1 TIP3X3283 -25.690 22.690 -26.120 1.00 0.00 W1 H +ATOM 26493 H2 TIP3X3283 -26.530 23.860 -25.630 1.00 0.00 W1 H +ATOM 26494 OH2 TIP3X3284 14.420 31.100 40.510 1.00 0.00 W1 O +ATOM 26495 H1 TIP3X3284 15.160 31.470 40.030 1.00 0.00 W1 H +ATOM 26496 H2 TIP3X3284 14.170 30.330 40.010 1.00 0.00 W1 H +ATOM 26497 OH2 TIP3X3285 29.970 18.250 23.010 1.00 0.00 W1 O +ATOM 26498 H1 TIP3X3285 30.170 18.500 23.910 1.00 0.00 W1 H +ATOM 26499 H2 TIP3X3285 30.630 18.720 22.490 1.00 0.00 W1 H +ATOM 26500 OH2 TIP3X3286 -20.910 -48.420 -23.280 1.00 0.00 W1 O +ATOM 26501 H1 TIP3X3286 -20.460 -47.630 -23.590 1.00 0.00 W1 H +ATOM 26502 H2 TIP3X3286 -21.720 -48.090 -22.890 1.00 0.00 W1 H +ATOM 26503 OH2 TIP3X3287 -14.030 15.120 35.190 1.00 0.00 W1 O +ATOM 26504 H1 TIP3X3287 -14.790 15.050 34.610 1.00 0.00 W1 H +ATOM 26505 H2 TIP3X3287 -13.800 14.210 35.390 1.00 0.00 W1 H +ATOM 26506 OH2 TIP3X3288 24.300 33.710 -36.690 1.00 0.00 W1 O +ATOM 26507 H1 TIP3X3288 24.240 34.610 -36.990 1.00 0.00 W1 H +ATOM 26508 H2 TIP3X3288 25.230 33.510 -36.630 1.00 0.00 W1 H +ATOM 26509 OH2 TIP3X3289 1.090 -3.620 -34.690 1.00 0.00 W1 O +ATOM 26510 H1 TIP3X3289 1.510 -2.800 -35.000 1.00 0.00 W1 H +ATOM 26511 H2 TIP3X3289 0.470 -3.840 -35.380 1.00 0.00 W1 H +ATOM 26512 OH2 TIP3X3290 -42.870 -33.580 -31.570 1.00 0.00 W1 O +ATOM 26513 H1 TIP3X3290 -43.400 -33.020 -32.140 1.00 0.00 W1 H +ATOM 26514 H2 TIP3X3290 -42.240 -34.000 -32.150 1.00 0.00 W1 H +ATOM 26515 OH2 TIP3X3291 -32.170 -18.780 -19.000 1.00 0.00 W1 O +ATOM 26516 H1 TIP3X3291 -32.260 -18.520 -18.080 1.00 0.00 W1 H +ATOM 26517 H2 TIP3X3291 -31.240 -18.670 -19.190 1.00 0.00 W1 H +ATOM 26518 OH2 TIP3X3292 -0.070 -25.360 33.270 1.00 0.00 W1 O +ATOM 26519 H1 TIP3X3292 0.120 -24.640 33.860 1.00 0.00 W1 H +ATOM 26520 H2 TIP3X3292 0.680 -25.940 33.330 1.00 0.00 W1 H +ATOM 26521 OH2 TIP3X3293 15.740 4.840 30.180 1.00 0.00 W1 O +ATOM 26522 H1 TIP3X3293 15.540 5.660 29.720 1.00 0.00 W1 H +ATOM 26523 H2 TIP3X3293 16.700 4.820 30.220 1.00 0.00 W1 H +ATOM 26524 OH2 TIP3X3294 -41.820 -7.690 -14.040 1.00 0.00 W1 O +ATOM 26525 H1 TIP3X3294 -40.890 -7.700 -14.210 1.00 0.00 W1 H +ATOM 26526 H2 TIP3X3294 -42.190 -8.260 -14.710 1.00 0.00 W1 H +ATOM 26527 OH2 TIP3X3295 -37.580 24.930 40.140 1.00 0.00 W1 O +ATOM 26528 H1 TIP3X3295 -37.320 24.300 40.810 1.00 0.00 W1 H +ATOM 26529 H2 TIP3X3295 -37.220 25.770 40.440 1.00 0.00 W1 H +ATOM 26530 OH2 TIP3X3296 -7.870 -35.970 -48.260 1.00 0.00 W1 O +ATOM 26531 H1 TIP3X3296 -7.680 -35.530 -49.090 1.00 0.00 W1 H +ATOM 26532 H2 TIP3X3296 -7.040 -35.970 -47.790 1.00 0.00 W1 H +ATOM 26533 OH2 TIP3X3297 -3.220 20.730 -27.170 1.00 0.00 W1 O +ATOM 26534 H1 TIP3X3297 -2.910 21.360 -26.500 1.00 0.00 W1 H +ATOM 26535 H2 TIP3X3297 -3.750 21.270 -27.760 1.00 0.00 W1 H +ATOM 26536 OH2 TIP3X3298 33.130 29.030 36.600 1.00 0.00 W1 O +ATOM 26537 H1 TIP3X3298 32.290 29.300 36.960 1.00 0.00 W1 H +ATOM 26538 H2 TIP3X3298 33.160 29.430 35.730 1.00 0.00 W1 H +ATOM 26539 OH2 TIP3X3299 6.570 2.350 36.770 1.00 0.00 W1 O +ATOM 26540 H1 TIP3X3299 6.610 1.790 35.990 1.00 0.00 W1 H +ATOM 26541 H2 TIP3X3299 6.100 3.130 36.470 1.00 0.00 W1 H +ATOM 26542 OH2 TIP3X3300 23.720 -17.370 30.720 1.00 0.00 W1 O +ATOM 26543 H1 TIP3X3300 23.650 -17.810 31.570 1.00 0.00 W1 H +ATOM 26544 H2 TIP3X3300 23.640 -16.440 30.940 1.00 0.00 W1 H +ATOM 26545 OH2 TIP3X3301 -15.080 -31.580 -18.840 1.00 0.00 W1 O +ATOM 26546 H1 TIP3X3301 -15.170 -32.520 -18.960 1.00 0.00 W1 H +ATOM 26547 H2 TIP3X3301 -14.160 -31.450 -18.610 1.00 0.00 W1 H +ATOM 26548 OH2 TIP3X3302 -9.190 27.370 29.270 1.00 0.00 W1 O +ATOM 26549 H1 TIP3X3302 -9.100 28.320 29.280 1.00 0.00 W1 H +ATOM 26550 H2 TIP3X3302 -10.070 27.210 29.640 1.00 0.00 W1 H +ATOM 26551 OH2 TIP3X3303 28.860 -33.070 -30.700 1.00 0.00 W1 O +ATOM 26552 H1 TIP3X3303 28.850 -32.890 -29.760 1.00 0.00 W1 H +ATOM 26553 H2 TIP3X3303 28.380 -32.340 -31.090 1.00 0.00 W1 H +ATOM 26554 OH2 TIP3X3304 -3.410 38.800 -38.770 1.00 0.00 W1 O +ATOM 26555 H1 TIP3X3304 -3.460 39.710 -38.480 1.00 0.00 W1 H +ATOM 26556 H2 TIP3X3304 -4.060 38.750 -39.470 1.00 0.00 W1 H +ATOM 26557 OH2 TIP3X3305 -10.930 -23.400 -29.520 1.00 0.00 W1 O +ATOM 26558 H1 TIP3X3305 -11.150 -22.520 -29.830 1.00 0.00 W1 H +ATOM 26559 H2 TIP3X3305 -10.040 -23.540 -29.820 1.00 0.00 W1 H +ATOM 26560 OH2 TIP3X3306 36.150 -8.110 -11.160 1.00 0.00 W1 O +ATOM 26561 H1 TIP3X3306 36.070 -7.320 -10.620 1.00 0.00 W1 H +ATOM 26562 H2 TIP3X3306 35.280 -8.520 -11.110 1.00 0.00 W1 H +ATOM 26563 OH2 TIP3X3307 -9.710 -49.530 16.770 1.00 0.00 W1 O +ATOM 26564 H1 TIP3X3307 -8.940 -48.940 16.700 1.00 0.00 W1 H +ATOM 26565 H2 TIP3X3307 -10.220 -49.170 17.490 1.00 0.00 W1 H +ATOM 26566 OH2 TIP3X3308 -12.910 -40.850 -28.380 1.00 0.00 W1 O +ATOM 26567 H1 TIP3X3308 -13.590 -41.400 -28.790 1.00 0.00 W1 H +ATOM 26568 H2 TIP3X3308 -12.410 -40.500 -29.120 1.00 0.00 W1 H +ATOM 26569 OH2 TIP3X3309 -9.040 39.470 18.680 1.00 0.00 W1 O +ATOM 26570 H1 TIP3X3309 -9.680 40.180 18.730 1.00 0.00 W1 H +ATOM 26571 H2 TIP3X3309 -8.880 39.370 17.740 1.00 0.00 W1 H +ATOM 26572 OH2 TIP3X3310 6.500 18.760 -42.530 1.00 0.00 W1 O +ATOM 26573 H1 TIP3X3310 6.280 18.710 -43.450 1.00 0.00 W1 H +ATOM 26574 H2 TIP3X3310 6.700 19.690 -42.370 1.00 0.00 W1 H +ATOM 26575 OH2 TIP3X3311 35.510 23.170 -45.420 1.00 0.00 W1 O +ATOM 26576 H1 TIP3X3311 35.990 23.890 -45.000 1.00 0.00 W1 H +ATOM 26577 H2 TIP3X3311 34.690 23.110 -44.930 1.00 0.00 W1 H +ATOM 26578 OH2 TIP3X3312 -37.260 -12.870 -45.570 1.00 0.00 W1 O +ATOM 26579 H1 TIP3X3312 -37.220 -13.750 -45.190 1.00 0.00 W1 H +ATOM 26580 H2 TIP3X3312 -37.900 -12.410 -45.060 1.00 0.00 W1 H +ATOM 26581 OH2 TIP3X3313 -6.990 -42.900 22.700 1.00 0.00 W1 O +ATOM 26582 H1 TIP3X3313 -6.320 -43.570 22.870 1.00 0.00 W1 H +ATOM 26583 H2 TIP3X3313 -7.800 -43.400 22.560 1.00 0.00 W1 H +ATOM 26584 OH2 TIP3X3314 -12.770 39.900 16.440 1.00 0.00 W1 O +ATOM 26585 H1 TIP3X3314 -12.070 39.350 16.090 1.00 0.00 W1 H +ATOM 26586 H2 TIP3X3314 -12.510 40.800 16.240 1.00 0.00 W1 H +ATOM 26587 OH2 TIP3X3315 -30.650 11.830 -31.620 1.00 0.00 W1 O +ATOM 26588 H1 TIP3X3315 -30.370 12.750 -31.540 1.00 0.00 W1 H +ATOM 26589 H2 TIP3X3315 -31.270 11.710 -30.890 1.00 0.00 W1 H +ATOM 26590 OH2 TIP3X3316 -14.690 21.830 -24.580 1.00 0.00 W1 O +ATOM 26591 H1 TIP3X3316 -15.390 21.700 -25.200 1.00 0.00 W1 H +ATOM 26592 H2 TIP3X3316 -13.940 21.360 -24.950 1.00 0.00 W1 H +ATOM 26593 OH2 TIP3X3317 -42.840 6.870 32.030 1.00 0.00 W1 O +ATOM 26594 H1 TIP3X3317 -43.490 7.230 32.640 1.00 0.00 W1 H +ATOM 26595 H2 TIP3X3317 -42.840 7.470 31.290 1.00 0.00 W1 H +ATOM 26596 OH2 TIP3X3318 -37.570 10.140 -37.930 1.00 0.00 W1 O +ATOM 26597 H1 TIP3X3318 -37.920 10.840 -38.470 1.00 0.00 W1 H +ATOM 26598 H2 TIP3X3318 -37.750 9.340 -38.430 1.00 0.00 W1 H +ATOM 26599 OH2 TIP3X3319 28.510 12.780 -23.770 1.00 0.00 W1 O +ATOM 26600 H1 TIP3X3319 29.260 12.840 -23.180 1.00 0.00 W1 H +ATOM 26601 H2 TIP3X3319 28.070 13.630 -23.700 1.00 0.00 W1 H +ATOM 26602 OH2 TIP3X3320 38.040 31.400 25.520 1.00 0.00 W1 O +ATOM 26603 H1 TIP3X3320 38.060 31.260 24.570 1.00 0.00 W1 H +ATOM 26604 H2 TIP3X3320 38.690 30.780 25.860 1.00 0.00 W1 H +ATOM 26605 OH2 TIP3X3321 -21.590 -48.750 18.680 1.00 0.00 W1 O +ATOM 26606 H1 TIP3X3321 -21.930 -47.890 18.470 1.00 0.00 W1 H +ATOM 26607 H2 TIP3X3321 -20.660 -48.710 18.470 1.00 0.00 W1 H +ATOM 26608 OH2 TIP3X3322 36.450 -11.810 33.940 1.00 0.00 W1 O +ATOM 26609 H1 TIP3X3322 36.630 -12.280 34.750 1.00 0.00 W1 H +ATOM 26610 H2 TIP3X3322 35.750 -12.310 33.520 1.00 0.00 W1 H +ATOM 26611 OH2 TIP3X3323 3.170 3.880 28.820 1.00 0.00 W1 O +ATOM 26612 H1 TIP3X3323 3.710 4.020 29.600 1.00 0.00 W1 H +ATOM 26613 H2 TIP3X3323 3.510 3.070 28.450 1.00 0.00 W1 H +ATOM 26614 OH2 TIP3X3324 -16.540 3.190 37.980 1.00 0.00 W1 O +ATOM 26615 H1 TIP3X3324 -16.780 4.100 38.150 1.00 0.00 W1 H +ATOM 26616 H2 TIP3X3324 -17.350 2.700 38.140 1.00 0.00 W1 H +ATOM 26617 OH2 TIP3X3325 40.400 -16.610 26.450 1.00 0.00 W1 O +ATOM 26618 H1 TIP3X3325 40.620 -15.690 26.280 1.00 0.00 W1 H +ATOM 26619 H2 TIP3X3325 39.760 -16.580 27.160 1.00 0.00 W1 H +ATOM 26620 OH2 TIP3X3326 -1.800 -7.060 -46.450 1.00 0.00 W1 O +ATOM 26621 H1 TIP3X3326 -2.080 -7.850 -46.910 1.00 0.00 W1 H +ATOM 26622 H2 TIP3X3326 -1.530 -6.450 -47.130 1.00 0.00 W1 H +ATOM 26623 OH2 TIP3X3327 17.390 0.470 -33.530 1.00 0.00 W1 O +ATOM 26624 H1 TIP3X3327 18.150 0.220 -33.000 1.00 0.00 W1 H +ATOM 26625 H2 TIP3X3327 16.760 -0.250 -33.400 1.00 0.00 W1 H +ATOM 26626 OH2 TIP3X3328 -29.650 -2.610 -23.410 1.00 0.00 W1 O +ATOM 26627 H1 TIP3X3328 -30.520 -2.350 -23.710 1.00 0.00 W1 H +ATOM 26628 H2 TIP3X3328 -29.420 -3.370 -23.940 1.00 0.00 W1 H +ATOM 26629 OH2 TIP3X3329 -35.500 -51.440 30.790 1.00 0.00 W1 O +ATOM 26630 H1 TIP3X3329 -35.160 -50.560 30.650 1.00 0.00 W1 H +ATOM 26631 H2 TIP3X3329 -36.450 -51.310 30.830 1.00 0.00 W1 H +ATOM 26632 OH2 TIP3X3330 -30.480 -11.770 -32.310 1.00 0.00 W1 O +ATOM 26633 H1 TIP3X3330 -30.920 -11.560 -31.490 1.00 0.00 W1 H +ATOM 26634 H2 TIP3X3330 -30.890 -12.580 -32.610 1.00 0.00 W1 H +ATOM 26635 OH2 TIP3X3331 7.180 -19.170 34.000 1.00 0.00 W1 O +ATOM 26636 H1 TIP3X3331 7.600 -19.980 33.700 1.00 0.00 W1 H +ATOM 26637 H2 TIP3X3331 6.510 -19.460 34.620 1.00 0.00 W1 H +ATOM 26638 OH2 TIP3X3332 10.360 -7.580 -28.400 1.00 0.00 W1 O +ATOM 26639 H1 TIP3X3332 10.100 -6.720 -28.080 1.00 0.00 W1 H +ATOM 26640 H2 TIP3X3332 11.080 -7.840 -27.830 1.00 0.00 W1 H +ATOM 26641 OH2 TIP3X3333 -1.150 16.440 -30.920 1.00 0.00 W1 O +ATOM 26642 H1 TIP3X3333 -1.490 16.670 -31.780 1.00 0.00 W1 H +ATOM 26643 H2 TIP3X3333 -1.390 17.180 -30.360 1.00 0.00 W1 H +ATOM 26644 OH2 TIP3X3334 -7.860 24.090 24.500 1.00 0.00 W1 O +ATOM 26645 H1 TIP3X3334 -8.480 24.450 25.150 1.00 0.00 W1 H +ATOM 26646 H2 TIP3X3334 -7.240 23.590 25.030 1.00 0.00 W1 H +ATOM 26647 OH2 TIP3X3335 21.350 33.980 -15.960 1.00 0.00 W1 O +ATOM 26648 H1 TIP3X3335 20.450 34.040 -15.660 1.00 0.00 W1 H +ATOM 26649 H2 TIP3X3335 21.590 33.060 -15.840 1.00 0.00 W1 H +ATOM 26650 OH2 TIP3X3336 -34.260 26.090 24.450 1.00 0.00 W1 O +ATOM 26651 H1 TIP3X3336 -33.470 25.720 24.840 1.00 0.00 W1 H +ATOM 26652 H2 TIP3X3336 -34.410 26.900 24.930 1.00 0.00 W1 H +ATOM 26653 OH2 TIP3X3337 -18.670 -23.870 -17.930 1.00 0.00 W1 O +ATOM 26654 H1 TIP3X3337 -19.050 -24.000 -17.060 1.00 0.00 W1 H +ATOM 26655 H2 TIP3X3337 -18.460 -24.750 -18.240 1.00 0.00 W1 H +ATOM 26656 OH2 TIP3X3338 -37.490 -25.170 -47.340 1.00 0.00 W1 O +ATOM 26657 H1 TIP3X3338 -38.340 -25.190 -46.870 1.00 0.00 W1 H +ATOM 26658 H2 TIP3X3338 -37.690 -24.760 -48.180 1.00 0.00 W1 H +ATOM 26659 OH2 TIP3X3339 -33.840 14.710 -47.110 1.00 0.00 W1 O +ATOM 26660 H1 TIP3X3339 -33.490 14.740 -48.010 1.00 0.00 W1 H +ATOM 26661 H2 TIP3X3339 -34.110 15.600 -46.930 1.00 0.00 W1 H +ATOM 26662 OH2 TIP3X3340 2.660 25.360 36.120 1.00 0.00 W1 O +ATOM 26663 H1 TIP3X3340 2.910 24.530 36.510 1.00 0.00 W1 H +ATOM 26664 H2 TIP3X3340 3.460 25.880 36.140 1.00 0.00 W1 H +ATOM 26665 OH2 TIP3X3341 3.780 -48.130 7.450 1.00 0.00 W1 O +ATOM 26666 H1 TIP3X3341 3.640 -47.230 7.160 1.00 0.00 W1 H +ATOM 26667 H2 TIP3X3341 2.890 -48.500 7.500 1.00 0.00 W1 H +ATOM 26668 OH2 TIP3X3342 -22.550 16.130 26.070 1.00 0.00 W1 O +ATOM 26669 H1 TIP3X3342 -23.200 16.420 25.420 1.00 0.00 W1 H +ATOM 26670 H2 TIP3X3342 -22.740 15.190 26.180 1.00 0.00 W1 H +ATOM 26671 OH2 TIP3X3343 -1.560 -35.690 16.250 1.00 0.00 W1 O +ATOM 26672 H1 TIP3X3343 -0.810 -36.280 16.210 1.00 0.00 W1 H +ATOM 26673 H2 TIP3X3343 -1.940 -35.740 15.360 1.00 0.00 W1 H +ATOM 26674 OH2 TIP3X3344 3.600 13.790 -34.110 1.00 0.00 W1 O +ATOM 26675 H1 TIP3X3344 3.670 13.510 -33.190 1.00 0.00 W1 H +ATOM 26676 H2 TIP3X3344 4.460 14.190 -34.290 1.00 0.00 W1 H +ATOM 26677 OH2 TIP3X3345 -9.490 -47.100 -46.720 1.00 0.00 W1 O +ATOM 26678 H1 TIP3X3345 -8.560 -47.330 -46.670 1.00 0.00 W1 H +ATOM 26679 H2 TIP3X3345 -9.500 -46.170 -46.920 1.00 0.00 W1 H +ATOM 26680 OH2 TIP3X3346 23.100 -31.630 -26.980 1.00 0.00 W1 O +ATOM 26681 H1 TIP3X3346 23.730 -32.320 -26.740 1.00 0.00 W1 H +ATOM 26682 H2 TIP3X3346 23.240 -30.930 -26.350 1.00 0.00 W1 H +ATOM 26683 OH2 TIP3X3347 19.240 -45.110 26.320 1.00 0.00 W1 O +ATOM 26684 H1 TIP3X3347 18.520 -44.500 26.160 1.00 0.00 W1 H +ATOM 26685 H2 TIP3X3347 18.980 -45.570 27.110 1.00 0.00 W1 H +ATOM 26686 OH2 TIP3X3348 -34.050 -3.110 -39.920 1.00 0.00 W1 O +ATOM 26687 H1 TIP3X3348 -33.570 -2.970 -39.110 1.00 0.00 W1 H +ATOM 26688 H2 TIP3X3348 -33.550 -2.630 -40.590 1.00 0.00 W1 H +ATOM 26689 OH2 TIP3X3349 -22.010 -6.000 -40.600 1.00 0.00 W1 O +ATOM 26690 H1 TIP3X3349 -21.440 -6.750 -40.400 1.00 0.00 W1 H +ATOM 26691 H2 TIP3X3349 -22.160 -6.060 -41.540 1.00 0.00 W1 H +ATOM 26692 OH2 TIP3X3350 -39.850 17.060 -45.180 1.00 0.00 W1 O +ATOM 26693 H1 TIP3X3350 -39.150 16.470 -45.490 1.00 0.00 W1 H +ATOM 26694 H2 TIP3X3350 -39.380 17.850 -44.910 1.00 0.00 W1 H +ATOM 26695 OH2 TIP3X3351 -43.410 -36.090 -24.740 1.00 0.00 W1 O +ATOM 26696 H1 TIP3X3351 -43.560 -35.520 -25.500 1.00 0.00 W1 H +ATOM 26697 H2 TIP3X3351 -42.860 -36.800 -25.100 1.00 0.00 W1 H +ATOM 26698 OH2 TIP3X3352 42.570 -28.950 21.470 1.00 0.00 W1 O +ATOM 26699 H1 TIP3X3352 43.460 -28.910 21.100 1.00 0.00 W1 H +ATOM 26700 H2 TIP3X3352 42.590 -28.340 22.200 1.00 0.00 W1 H +ATOM 26701 OH2 TIP3X3353 9.890 17.030 26.610 1.00 0.00 W1 O +ATOM 26702 H1 TIP3X3353 10.370 17.060 25.780 1.00 0.00 W1 H +ATOM 26703 H2 TIP3X3353 10.170 16.210 27.030 1.00 0.00 W1 H +ATOM 26704 OH2 TIP3X3354 42.810 7.150 -46.180 1.00 0.00 W1 O +ATOM 26705 H1 TIP3X3354 42.430 6.690 -45.430 1.00 0.00 W1 H +ATOM 26706 H2 TIP3X3354 42.290 6.880 -46.930 1.00 0.00 W1 H +ATOM 26707 OH2 TIP3X3355 46.060 -16.230 -39.070 1.00 0.00 W1 O +ATOM 26708 H1 TIP3X3355 45.960 -16.910 -38.400 1.00 0.00 W1 H +ATOM 26709 H2 TIP3X3355 46.020 -16.710 -39.900 1.00 0.00 W1 H +ATOM 26710 OH2 TIP3X3356 19.540 -23.520 -26.040 1.00 0.00 W1 O +ATOM 26711 H1 TIP3X3356 20.230 -23.190 -25.470 1.00 0.00 W1 H +ATOM 26712 H2 TIP3X3356 19.440 -22.850 -26.710 1.00 0.00 W1 H +ATOM 26713 OH2 TIP3X3357 26.740 10.270 27.310 1.00 0.00 W1 O +ATOM 26714 H1 TIP3X3357 26.280 10.140 28.140 1.00 0.00 W1 H +ATOM 26715 H2 TIP3X3357 27.430 9.610 27.310 1.00 0.00 W1 H +ATOM 26716 OH2 TIP3X3358 -31.430 -50.260 21.550 1.00 0.00 W1 O +ATOM 26717 H1 TIP3X3358 -31.130 -51.170 21.510 1.00 0.00 W1 H +ATOM 26718 H2 TIP3X3358 -31.670 -50.130 22.480 1.00 0.00 W1 H +ATOM 26719 OH2 TIP3X3359 29.380 6.630 -34.590 1.00 0.00 W1 O +ATOM 26720 H1 TIP3X3359 29.820 7.030 -33.830 1.00 0.00 W1 H +ATOM 26721 H2 TIP3X3359 30.060 6.100 -35.010 1.00 0.00 W1 H +ATOM 26722 OH2 TIP3X3360 25.900 40.580 28.760 1.00 0.00 W1 O +ATOM 26723 H1 TIP3X3360 25.160 40.130 29.190 1.00 0.00 W1 H +ATOM 26724 H2 TIP3X3360 26.180 41.250 29.390 1.00 0.00 W1 H +ATOM 26725 OH2 TIP3X3361 -42.040 18.920 -40.480 1.00 0.00 W1 O +ATOM 26726 H1 TIP3X3361 -42.380 19.150 -41.350 1.00 0.00 W1 H +ATOM 26727 H2 TIP3X3361 -42.800 19.030 -39.900 1.00 0.00 W1 H +ATOM 26728 OH2 TIP3X3362 24.400 -24.850 -25.720 1.00 0.00 W1 O +ATOM 26729 H1 TIP3X3362 23.590 -25.230 -26.070 1.00 0.00 W1 H +ATOM 26730 H2 TIP3X3362 24.730 -25.510 -25.120 1.00 0.00 W1 H +ATOM 26731 OH2 TIP3X3363 3.300 35.720 -14.900 1.00 0.00 W1 O +ATOM 26732 H1 TIP3X3363 2.870 36.360 -15.460 1.00 0.00 W1 H +ATOM 26733 H2 TIP3X3363 4.130 36.120 -14.680 1.00 0.00 W1 H +ATOM 26734 OH2 TIP3X3364 -18.220 -33.890 -18.910 1.00 0.00 W1 O +ATOM 26735 H1 TIP3X3364 -17.540 -34.180 -18.290 1.00 0.00 W1 H +ATOM 26736 H2 TIP3X3364 -18.320 -32.960 -18.740 1.00 0.00 W1 H +ATOM 26737 OH2 TIP3X3365 -16.620 3.630 29.170 1.00 0.00 W1 O +ATOM 26738 H1 TIP3X3365 -16.030 2.920 29.430 1.00 0.00 W1 H +ATOM 26739 H2 TIP3X3365 -17.470 3.200 29.060 1.00 0.00 W1 H +ATOM 26740 OH2 TIP3X3366 -39.180 33.700 30.690 1.00 0.00 W1 O +ATOM 26741 H1 TIP3X3366 -40.110 33.560 30.860 1.00 0.00 W1 H +ATOM 26742 H2 TIP3X3366 -39.140 34.540 30.230 1.00 0.00 W1 H +ATOM 26743 OH2 TIP3X3367 15.620 -30.430 -31.220 1.00 0.00 W1 O +ATOM 26744 H1 TIP3X3367 15.070 -30.980 -30.660 1.00 0.00 W1 H +ATOM 26745 H2 TIP3X3367 15.110 -29.620 -31.320 1.00 0.00 W1 H +ATOM 26746 OH2 TIP3X3368 47.520 -8.100 -31.880 1.00 0.00 W1 O +ATOM 26747 H1 TIP3X3368 48.320 -8.000 -32.380 1.00 0.00 W1 H +ATOM 26748 H2 TIP3X3368 46.890 -7.500 -32.310 1.00 0.00 W1 H +ATOM 26749 OH2 TIP3X3369 3.530 -6.730 -28.690 1.00 0.00 W1 O +ATOM 26750 H1 TIP3X3369 4.020 -7.250 -29.320 1.00 0.00 W1 H +ATOM 26751 H2 TIP3X3369 4.190 -6.370 -28.110 1.00 0.00 W1 H +ATOM 26752 OH2 TIP3X3370 -11.340 15.510 21.870 1.00 0.00 W1 O +ATOM 26753 H1 TIP3X3370 -11.580 15.650 20.950 1.00 0.00 W1 H +ATOM 26754 H2 TIP3X3370 -12.050 14.980 22.230 1.00 0.00 W1 H +ATOM 26755 OH2 TIP3X3371 -19.700 24.450 -14.700 1.00 0.00 W1 O +ATOM 26756 H1 TIP3X3371 -20.390 24.240 -14.070 1.00 0.00 W1 H +ATOM 26757 H2 TIP3X3371 -20.030 25.200 -15.190 1.00 0.00 W1 H +ATOM 26758 OH2 TIP3X3372 -20.750 20.570 37.940 1.00 0.00 W1 O +ATOM 26759 H1 TIP3X3372 -19.960 20.410 37.440 1.00 0.00 W1 H +ATOM 26760 H2 TIP3X3372 -20.420 20.840 38.810 1.00 0.00 W1 H +ATOM 26761 OH2 TIP3X3373 -26.200 -12.020 -50.380 1.00 0.00 W1 O +ATOM 26762 H1 TIP3X3373 -25.560 -11.780 -49.710 1.00 0.00 W1 H +ATOM 26763 H2 TIP3X3373 -25.880 -12.850 -50.730 1.00 0.00 W1 H +ATOM 26764 OH2 TIP3X3374 17.400 16.750 24.510 1.00 0.00 W1 O +ATOM 26765 H1 TIP3X3374 16.680 16.520 23.930 1.00 0.00 W1 H +ATOM 26766 H2 TIP3X3374 17.200 16.300 25.330 1.00 0.00 W1 H +ATOM 26767 OH2 TIP3X3375 -17.720 6.270 -25.270 1.00 0.00 W1 O +ATOM 26768 H1 TIP3X3375 -17.040 5.590 -25.410 1.00 0.00 W1 H +ATOM 26769 H2 TIP3X3375 -17.400 6.780 -24.520 1.00 0.00 W1 H +ATOM 26770 OH2 TIP3X3376 -25.850 -23.820 -25.060 1.00 0.00 W1 O +ATOM 26771 H1 TIP3X3376 -25.680 -23.320 -25.850 1.00 0.00 W1 H +ATOM 26772 H2 TIP3X3376 -25.040 -23.770 -24.560 1.00 0.00 W1 H +ATOM 26773 OH2 TIP3X3377 -16.640 -26.590 13.010 1.00 0.00 W1 O +ATOM 26774 H1 TIP3X3377 -17.100 -26.480 12.190 1.00 0.00 W1 H +ATOM 26775 H2 TIP3X3377 -16.730 -27.520 13.220 1.00 0.00 W1 H +ATOM 26776 OH2 TIP3X3378 -13.390 -44.670 -20.380 1.00 0.00 W1 O +ATOM 26777 H1 TIP3X3378 -13.790 -45.420 -19.960 1.00 0.00 W1 H +ATOM 26778 H2 TIP3X3378 -12.580 -44.540 -19.900 1.00 0.00 W1 H +ATOM 26779 OH2 TIP3X3379 23.710 9.000 29.380 1.00 0.00 W1 O +ATOM 26780 H1 TIP3X3379 22.870 8.520 29.400 1.00 0.00 W1 H +ATOM 26781 H2 TIP3X3379 24.360 8.360 29.640 1.00 0.00 W1 H +ATOM 26782 OH2 TIP3X3380 23.260 18.890 -43.640 1.00 0.00 W1 O +ATOM 26783 H1 TIP3X3380 23.630 19.510 -43.020 1.00 0.00 W1 H +ATOM 26784 H2 TIP3X3380 22.640 19.400 -44.160 1.00 0.00 W1 H +ATOM 26785 OH2 TIP3X3381 19.800 37.260 27.370 1.00 0.00 W1 O +ATOM 26786 H1 TIP3X3381 20.140 38.160 27.410 1.00 0.00 W1 H +ATOM 26787 H2 TIP3X3381 19.220 37.250 26.610 1.00 0.00 W1 H +ATOM 26788 OH2 TIP3X3382 -30.260 22.300 -47.330 1.00 0.00 W1 O +ATOM 26789 H1 TIP3X3382 -29.790 23.000 -47.770 1.00 0.00 W1 H +ATOM 26790 H2 TIP3X3382 -29.690 21.520 -47.420 1.00 0.00 W1 H +ATOM 26791 OH2 TIP3X3383 -39.550 -29.660 -49.030 1.00 0.00 W1 O +ATOM 26792 H1 TIP3X3383 -40.370 -30.090 -48.770 1.00 0.00 W1 H +ATOM 26793 H2 TIP3X3383 -39.650 -28.760 -48.680 1.00 0.00 W1 H +ATOM 26794 OH2 TIP3X3384 13.360 33.410 30.240 1.00 0.00 W1 O +ATOM 26795 H1 TIP3X3384 14.190 33.340 29.760 1.00 0.00 W1 H +ATOM 26796 H2 TIP3X3384 12.950 34.210 29.910 1.00 0.00 W1 H +ATOM 26797 OH2 TIP3X3385 -26.510 21.970 21.710 1.00 0.00 W1 O +ATOM 26798 H1 TIP3X3385 -26.690 22.340 20.840 1.00 0.00 W1 H +ATOM 26799 H2 TIP3X3385 -25.820 21.330 21.540 1.00 0.00 W1 H +ATOM 26800 OH2 TIP3X3386 18.470 30.910 27.410 1.00 0.00 W1 O +ATOM 26801 H1 TIP3X3386 18.100 30.590 26.590 1.00 0.00 W1 H +ATOM 26802 H2 TIP3X3386 19.410 30.880 27.290 1.00 0.00 W1 H +ATOM 26803 OH2 TIP3X3387 -34.540 19.900 39.850 1.00 0.00 W1 O +ATOM 26804 H1 TIP3X3387 -34.880 20.680 40.290 1.00 0.00 W1 H +ATOM 26805 H2 TIP3X3387 -34.440 20.160 38.930 1.00 0.00 W1 H +ATOM 26806 OH2 TIP3X3388 -27.390 2.510 -29.480 1.00 0.00 W1 O +ATOM 26807 H1 TIP3X3388 -26.830 3.140 -29.020 1.00 0.00 W1 H +ATOM 26808 H2 TIP3X3388 -27.000 2.430 -30.350 1.00 0.00 W1 H +ATOM 26809 OH2 TIP3X3389 11.480 6.500 -35.780 1.00 0.00 W1 O +ATOM 26810 H1 TIP3X3389 11.860 7.090 -36.440 1.00 0.00 W1 H +ATOM 26811 H2 TIP3X3389 10.740 7.000 -35.420 1.00 0.00 W1 H +ATOM 26812 OH2 TIP3X3390 -16.570 15.150 34.330 1.00 0.00 W1 O +ATOM 26813 H1 TIP3X3390 -16.670 15.790 33.610 1.00 0.00 W1 H +ATOM 26814 H2 TIP3X3390 -17.020 15.560 35.060 1.00 0.00 W1 H +ATOM 26815 OH2 TIP3X3391 -25.110 39.630 -28.570 1.00 0.00 W1 O +ATOM 26816 H1 TIP3X3391 -25.090 38.690 -28.450 1.00 0.00 W1 H +ATOM 26817 H2 TIP3X3391 -24.260 39.850 -28.950 1.00 0.00 W1 H +ATOM 26818 OH2 TIP3X3392 -1.580 -43.580 -22.370 1.00 0.00 W1 O +ATOM 26819 H1 TIP3X3392 -2.230 -43.980 -21.800 1.00 0.00 W1 H +ATOM 26820 H2 TIP3X3392 -1.040 -43.050 -21.780 1.00 0.00 W1 H +ATOM 26821 OH2 TIP3X3393 7.860 22.610 -21.400 1.00 0.00 W1 O +ATOM 26822 H1 TIP3X3393 7.530 22.940 -20.570 1.00 0.00 W1 H +ATOM 26823 H2 TIP3X3393 7.440 21.760 -21.500 1.00 0.00 W1 H +ATOM 26824 OH2 TIP3X3394 0.250 39.300 18.830 1.00 0.00 W1 O +ATOM 26825 H1 TIP3X3394 0.940 38.810 18.400 1.00 0.00 W1 H +ATOM 26826 H2 TIP3X3394 -0.540 38.810 18.650 1.00 0.00 W1 H +ATOM 26827 OH2 TIP3X3395 -11.900 -34.620 -47.920 1.00 0.00 W1 O +ATOM 26828 H1 TIP3X3395 -11.000 -34.590 -47.580 1.00 0.00 W1 H +ATOM 26829 H2 TIP3X3395 -12.110 -35.550 -47.960 1.00 0.00 W1 H +ATOM 26830 OH2 TIP3X3396 22.720 -19.110 32.790 1.00 0.00 W1 O +ATOM 26831 H1 TIP3X3396 22.540 -19.990 32.440 1.00 0.00 W1 H +ATOM 26832 H2 TIP3X3396 21.880 -18.840 33.140 1.00 0.00 W1 H +ATOM 26833 OH2 TIP3X3397 -24.680 -40.220 14.900 1.00 0.00 W1 O +ATOM 26834 H1 TIP3X3397 -24.910 -40.500 15.800 1.00 0.00 W1 H +ATOM 26835 H2 TIP3X3397 -24.920 -39.290 14.870 1.00 0.00 W1 H +ATOM 26836 OH2 TIP3X3398 -7.090 -26.150 36.270 1.00 0.00 W1 O +ATOM 26837 H1 TIP3X3398 -7.520 -26.610 35.550 1.00 0.00 W1 H +ATOM 26838 H2 TIP3X3398 -7.640 -26.310 37.030 1.00 0.00 W1 H +ATOM 26839 OH2 TIP3X3399 -22.570 -22.260 -49.100 1.00 0.00 W1 O +ATOM 26840 H1 TIP3X3399 -22.380 -21.420 -49.500 1.00 0.00 W1 H +ATOM 26841 H2 TIP3X3399 -22.830 -22.820 -49.840 1.00 0.00 W1 H +ATOM 26842 OH2 TIP3X3400 46.640 6.610 -51.300 1.00 0.00 W1 O +ATOM 26843 H1 TIP3X3400 47.550 6.320 -51.140 1.00 0.00 W1 H +ATOM 26844 H2 TIP3X3400 46.140 6.240 -50.570 1.00 0.00 W1 H +ATOM 26845 OH2 TIP3X3401 -8.820 10.860 -47.760 1.00 0.00 W1 O +ATOM 26846 H1 TIP3X3401 -8.310 10.530 -48.500 1.00 0.00 W1 H +ATOM 26847 H2 TIP3X3401 -8.780 10.150 -47.110 1.00 0.00 W1 H +ATOM 26848 OH2 TIP3X3402 34.550 26.420 30.540 1.00 0.00 W1 O +ATOM 26849 H1 TIP3X3402 35.460 26.120 30.530 1.00 0.00 W1 H +ATOM 26850 H2 TIP3X3402 34.220 26.190 29.670 1.00 0.00 W1 H +ATOM 26851 OH2 TIP3X3403 -44.700 -7.840 -38.810 1.00 0.00 W1 O +ATOM 26852 H1 TIP3X3403 -44.680 -6.980 -39.240 1.00 0.00 W1 H +ATOM 26853 H2 TIP3X3403 -44.300 -7.670 -37.950 1.00 0.00 W1 H +ATOM 26854 OH2 TIP3X3404 47.680 31.470 -12.990 1.00 0.00 W1 O +ATOM 26855 H1 TIP3X3404 47.790 31.910 -13.830 1.00 0.00 W1 H +ATOM 26856 H2 TIP3X3404 47.910 32.150 -12.350 1.00 0.00 W1 H +ATOM 26857 OH2 TIP3X3405 -24.860 13.750 -35.520 1.00 0.00 W1 O +ATOM 26858 H1 TIP3X3405 -25.470 14.500 -35.510 1.00 0.00 W1 H +ATOM 26859 H2 TIP3X3405 -24.930 13.380 -34.640 1.00 0.00 W1 H +ATOM 26860 OH2 TIP3X3406 9.840 4.850 -36.970 1.00 0.00 W1 O +ATOM 26861 H1 TIP3X3406 10.430 5.460 -36.540 1.00 0.00 W1 H +ATOM 26862 H2 TIP3X3406 9.500 5.340 -37.740 1.00 0.00 W1 H +ATOM 26863 OH2 TIP3X3407 -45.620 -18.520 -41.000 1.00 0.00 W1 O +ATOM 26864 H1 TIP3X3407 -44.810 -18.250 -40.580 1.00 0.00 W1 H +ATOM 26865 H2 TIP3X3407 -45.530 -18.210 -41.910 1.00 0.00 W1 H +ATOM 26866 OH2 TIP3X3408 45.820 -38.950 -29.230 1.00 0.00 W1 O +ATOM 26867 H1 TIP3X3408 45.540 -38.090 -29.520 1.00 0.00 W1 H +ATOM 26868 H2 TIP3X3408 46.660 -39.090 -29.670 1.00 0.00 W1 H +ATOM 26869 OH2 TIP3X3409 41.600 21.850 -36.800 1.00 0.00 W1 O +ATOM 26870 H1 TIP3X3409 42.430 21.710 -37.240 1.00 0.00 W1 H +ATOM 26871 H2 TIP3X3409 41.850 22.080 -35.910 1.00 0.00 W1 H +ATOM 26872 OH2 TIP3X3410 -22.580 14.280 -12.860 1.00 0.00 W1 O +ATOM 26873 H1 TIP3X3410 -22.700 15.220 -12.900 1.00 0.00 W1 H +ATOM 26874 H2 TIP3X3410 -23.360 13.920 -13.270 1.00 0.00 W1 H +ATOM 26875 OH2 TIP3X3411 11.700 -38.830 14.240 1.00 0.00 W1 O +ATOM 26876 H1 TIP3X3411 12.180 -38.820 15.080 1.00 0.00 W1 H +ATOM 26877 H2 TIP3X3411 11.990 -39.630 13.810 1.00 0.00 W1 H +ATOM 26878 OH2 TIP3X3412 15.740 -23.430 -45.030 1.00 0.00 W1 O +ATOM 26879 H1 TIP3X3412 15.270 -23.190 -44.240 1.00 0.00 W1 H +ATOM 26880 H2 TIP3X3412 15.720 -24.390 -45.030 1.00 0.00 W1 H +ATOM 26881 OH2 TIP3X3413 -32.670 -34.510 -31.120 1.00 0.00 W1 O +ATOM 26882 H1 TIP3X3413 -32.550 -34.130 -31.990 1.00 0.00 W1 H +ATOM 26883 H2 TIP3X3413 -32.280 -35.380 -31.190 1.00 0.00 W1 H +ATOM 26884 OH2 TIP3X3414 -40.880 5.960 37.490 1.00 0.00 W1 O +ATOM 26885 H1 TIP3X3414 -39.960 5.850 37.680 1.00 0.00 W1 H +ATOM 26886 H2 TIP3X3414 -41.150 5.150 37.070 1.00 0.00 W1 H +ATOM 26887 OH2 TIP3X3415 5.720 37.160 -35.490 1.00 0.00 W1 O +ATOM 26888 H1 TIP3X3415 6.410 36.490 -35.590 1.00 0.00 W1 H +ATOM 26889 H2 TIP3X3415 4.920 36.730 -35.800 1.00 0.00 W1 H +ATOM 26890 OH2 TIP3X3416 43.620 -35.030 -34.380 1.00 0.00 W1 O +ATOM 26891 H1 TIP3X3416 43.090 -34.280 -34.090 1.00 0.00 W1 H +ATOM 26892 H2 TIP3X3416 43.070 -35.490 -35.000 1.00 0.00 W1 H +ATOM 26893 OH2 TIP3X3417 11.280 33.010 -46.640 1.00 0.00 W1 O +ATOM 26894 H1 TIP3X3417 10.720 33.710 -47.000 1.00 0.00 W1 H +ATOM 26895 H2 TIP3X3417 11.380 32.390 -47.360 1.00 0.00 W1 H +ATOM 26896 OH2 TIP3X3418 -12.000 -17.390 -29.790 1.00 0.00 W1 O +ATOM 26897 H1 TIP3X3418 -12.450 -17.060 -29.020 1.00 0.00 W1 H +ATOM 26898 H2 TIP3X3418 -12.700 -17.550 -30.430 1.00 0.00 W1 H +ATOM 26899 OH2 TIP3X3419 39.530 -46.310 -45.260 1.00 0.00 W1 O +ATOM 26900 H1 TIP3X3419 39.840 -47.220 -45.150 1.00 0.00 W1 H +ATOM 26901 H2 TIP3X3419 39.000 -46.150 -44.470 1.00 0.00 W1 H +ATOM 26902 OH2 TIP3X3420 16.760 15.480 34.560 1.00 0.00 W1 O +ATOM 26903 H1 TIP3X3420 17.230 15.730 33.760 1.00 0.00 W1 H +ATOM 26904 H2 TIP3X3420 15.950 15.070 34.250 1.00 0.00 W1 H +ATOM 26905 OH2 TIP3X3421 -30.580 -29.330 -43.020 1.00 0.00 W1 O +ATOM 26906 H1 TIP3X3421 -30.730 -29.540 -43.950 1.00 0.00 W1 H +ATOM 26907 H2 TIP3X3421 -31.440 -29.110 -42.680 1.00 0.00 W1 H +ATOM 26908 OH2 TIP3X3422 35.530 -26.050 24.250 1.00 0.00 W1 O +ATOM 26909 H1 TIP3X3422 36.350 -25.590 24.070 1.00 0.00 W1 H +ATOM 26910 H2 TIP3X3422 35.000 -25.930 23.450 1.00 0.00 W1 H +ATOM 26911 OH2 TIP3X3423 -40.660 -25.460 -20.410 1.00 0.00 W1 O +ATOM 26912 H1 TIP3X3423 -40.990 -25.110 -19.590 1.00 0.00 W1 H +ATOM 26913 H2 TIP3X3423 -39.860 -24.960 -20.580 1.00 0.00 W1 H +ATOM 26914 OH2 TIP3X3424 46.470 -8.130 -18.010 1.00 0.00 W1 O +ATOM 26915 H1 TIP3X3424 46.160 -9.010 -18.210 1.00 0.00 W1 H +ATOM 26916 H2 TIP3X3424 46.690 -8.150 -17.080 1.00 0.00 W1 H +ATOM 26917 OH2 TIP3X3425 46.500 -11.500 25.140 1.00 0.00 W1 O +ATOM 26918 H1 TIP3X3425 47.310 -11.660 25.610 1.00 0.00 W1 H +ATOM 26919 H2 TIP3X3425 46.210 -12.370 24.860 1.00 0.00 W1 H +ATOM 26920 OH2 TIP3X3426 10.990 14.720 -31.380 1.00 0.00 W1 O +ATOM 26921 H1 TIP3X3426 11.410 13.940 -31.760 1.00 0.00 W1 H +ATOM 26922 H2 TIP3X3426 11.550 15.450 -31.630 1.00 0.00 W1 H +ATOM 26923 OH2 TIP3X3427 -23.000 -22.340 -43.940 1.00 0.00 W1 O +ATOM 26924 H1 TIP3X3427 -22.490 -22.360 -44.750 1.00 0.00 W1 H +ATOM 26925 H2 TIP3X3427 -23.910 -22.380 -44.220 1.00 0.00 W1 H +ATOM 26926 OH2 TIP3X3428 -13.340 15.200 -45.180 1.00 0.00 W1 O +ATOM 26927 H1 TIP3X3428 -12.430 14.970 -45.370 1.00 0.00 W1 H +ATOM 26928 H2 TIP3X3428 -13.660 14.480 -44.630 1.00 0.00 W1 H +ATOM 26929 OH2 TIP3X3429 -38.110 28.570 18.060 1.00 0.00 W1 O +ATOM 26930 H1 TIP3X3429 -38.620 28.320 17.280 1.00 0.00 W1 H +ATOM 26931 H2 TIP3X3429 -37.310 28.970 17.720 1.00 0.00 W1 H +ATOM 26932 OH2 TIP3X3430 -25.520 4.300 -23.440 1.00 0.00 W1 O +ATOM 26933 H1 TIP3X3430 -25.950 5.060 -23.860 1.00 0.00 W1 H +ATOM 26934 H2 TIP3X3430 -26.190 3.610 -23.460 1.00 0.00 W1 H +ATOM 26935 OH2 TIP3X3431 -19.370 -8.860 25.870 1.00 0.00 W1 O +ATOM 26936 H1 TIP3X3431 -20.200 -8.470 26.160 1.00 0.00 W1 H +ATOM 26937 H2 TIP3X3431 -19.400 -9.760 26.160 1.00 0.00 W1 H +ATOM 26938 OH2 TIP3X3432 -39.970 6.500 -24.300 1.00 0.00 W1 O +ATOM 26939 H1 TIP3X3432 -40.490 6.760 -25.060 1.00 0.00 W1 H +ATOM 26940 H2 TIP3X3432 -39.060 6.600 -24.590 1.00 0.00 W1 H +ATOM 26941 OH2 TIP3X3433 -36.490 -45.540 32.470 1.00 0.00 W1 O +ATOM 26942 H1 TIP3X3433 -35.720 -45.540 31.910 1.00 0.00 W1 H +ATOM 26943 H2 TIP3X3433 -36.830 -46.440 32.430 1.00 0.00 W1 H +ATOM 26944 OH2 TIP3X3434 -26.690 -3.820 35.320 1.00 0.00 W1 O +ATOM 26945 H1 TIP3X3434 -26.970 -4.560 35.860 1.00 0.00 W1 H +ATOM 26946 H2 TIP3X3434 -26.510 -3.120 35.950 1.00 0.00 W1 H +ATOM 26947 OH2 TIP3X3435 -6.660 1.720 -46.460 1.00 0.00 W1 O +ATOM 26948 H1 TIP3X3435 -5.880 1.980 -46.970 1.00 0.00 W1 H +ATOM 26949 H2 TIP3X3435 -7.050 1.010 -46.970 1.00 0.00 W1 H +ATOM 26950 OH2 TIP3X3436 33.610 -15.490 34.430 1.00 0.00 W1 O +ATOM 26951 H1 TIP3X3436 33.700 -16.180 35.090 1.00 0.00 W1 H +ATOM 26952 H2 TIP3X3436 32.730 -15.160 34.570 1.00 0.00 W1 H +ATOM 26953 OH2 TIP3X3437 -23.120 11.060 -39.120 1.00 0.00 W1 O +ATOM 26954 H1 TIP3X3437 -23.240 11.800 -38.520 1.00 0.00 W1 H +ATOM 26955 H2 TIP3X3437 -23.090 11.470 -39.990 1.00 0.00 W1 H +ATOM 26956 OH2 TIP3X3438 -27.960 23.680 17.180 1.00 0.00 W1 O +ATOM 26957 H1 TIP3X3438 -27.340 23.560 17.910 1.00 0.00 W1 H +ATOM 26958 H2 TIP3X3438 -28.090 24.630 17.140 1.00 0.00 W1 H +ATOM 26959 OH2 TIP3X3439 3.950 21.600 -31.140 1.00 0.00 W1 O +ATOM 26960 H1 TIP3X3439 4.000 20.680 -31.410 1.00 0.00 W1 H +ATOM 26961 H2 TIP3X3439 4.470 21.650 -30.350 1.00 0.00 W1 H +ATOM 26962 OH2 TIP3X3440 7.460 -46.900 -26.960 1.00 0.00 W1 O +ATOM 26963 H1 TIP3X3440 7.810 -46.110 -27.380 1.00 0.00 W1 H +ATOM 26964 H2 TIP3X3440 6.520 -46.860 -27.110 1.00 0.00 W1 H +ATOM 26965 OH2 TIP3X3441 -1.920 -27.870 -44.920 1.00 0.00 W1 O +ATOM 26966 H1 TIP3X3441 -1.510 -27.640 -44.100 1.00 0.00 W1 H +ATOM 26967 H2 TIP3X3441 -2.840 -27.610 -44.820 1.00 0.00 W1 H +ATOM 26968 OH2 TIP3X3442 -9.590 -39.420 28.660 1.00 0.00 W1 O +ATOM 26969 H1 TIP3X3442 -10.190 -38.760 28.320 1.00 0.00 W1 H +ATOM 26970 H2 TIP3X3442 -8.950 -38.930 29.170 1.00 0.00 W1 H +ATOM 26971 OH2 TIP3X3443 15.640 -46.700 33.090 1.00 0.00 W1 O +ATOM 26972 H1 TIP3X3443 15.070 -46.610 33.850 1.00 0.00 W1 H +ATOM 26973 H2 TIP3X3443 15.790 -47.640 33.000 1.00 0.00 W1 H +ATOM 26974 OH2 TIP3X3444 -22.930 -8.500 -44.270 1.00 0.00 W1 O +ATOM 26975 H1 TIP3X3444 -22.760 -8.320 -45.190 1.00 0.00 W1 H +ATOM 26976 H2 TIP3X3444 -23.130 -7.660 -43.880 1.00 0.00 W1 H +ATOM 26977 OH2 TIP3X3445 -43.540 -34.990 -39.870 1.00 0.00 W1 O +ATOM 26978 H1 TIP3X3445 -42.970 -35.720 -39.610 1.00 0.00 W1 H +ATOM 26979 H2 TIP3X3445 -43.120 -34.210 -39.510 1.00 0.00 W1 H +ATOM 26980 OH2 TIP3X3446 -6.530 -15.880 33.980 1.00 0.00 W1 O +ATOM 26981 H1 TIP3X3446 -5.920 -16.020 33.260 1.00 0.00 W1 H +ATOM 26982 H2 TIP3X3446 -6.040 -15.350 34.600 1.00 0.00 W1 H +ATOM 26983 OH2 TIP3X3447 28.780 -24.740 25.590 1.00 0.00 W1 O +ATOM 26984 H1 TIP3X3447 28.060 -25.340 25.790 1.00 0.00 W1 H +ATOM 26985 H2 TIP3X3447 29.490 -25.320 25.300 1.00 0.00 W1 H +ATOM 26986 OH2 TIP3X3448 44.530 33.960 36.470 1.00 0.00 W1 O +ATOM 26987 H1 TIP3X3448 43.590 33.930 36.600 1.00 0.00 W1 H +ATOM 26988 H2 TIP3X3448 44.810 34.740 36.960 1.00 0.00 W1 H +ATOM 26989 OH2 TIP3X3449 -7.960 28.490 -34.380 1.00 0.00 W1 O +ATOM 26990 H1 TIP3X3449 -8.450 29.120 -34.930 1.00 0.00 W1 H +ATOM 26991 H2 TIP3X3449 -8.360 27.650 -34.600 1.00 0.00 W1 H +ATOM 26992 OH2 TIP3X3450 -10.150 -3.000 -47.560 1.00 0.00 W1 O +ATOM 26993 H1 TIP3X3450 -10.610 -3.300 -46.770 1.00 0.00 W1 H +ATOM 26994 H2 TIP3X3450 -10.860 -2.750 -48.170 1.00 0.00 W1 H +ATOM 26995 OH2 TIP3X3451 -1.410 -45.350 11.080 1.00 0.00 W1 O +ATOM 26996 H1 TIP3X3451 -2.260 -44.920 11.060 1.00 0.00 W1 H +ATOM 26997 H2 TIP3X3451 -0.880 -44.820 11.680 1.00 0.00 W1 H +ATOM 26998 OH2 TIP3X3452 9.870 -31.340 26.480 1.00 0.00 W1 O +ATOM 26999 H1 TIP3X3452 10.610 -31.380 25.860 1.00 0.00 W1 H +ATOM 27000 H2 TIP3X3452 9.650 -32.260 26.660 1.00 0.00 W1 H +ATOM 27001 OH2 TIP3X3453 -21.870 -18.130 35.200 1.00 0.00 W1 O +ATOM 27002 H1 TIP3X3453 -22.500 -17.420 35.140 1.00 0.00 W1 H +ATOM 27003 H2 TIP3X3453 -21.070 -17.770 34.820 1.00 0.00 W1 H +ATOM 27004 OH2 TIP3X3454 21.920 -28.970 -48.400 1.00 0.00 W1 O +ATOM 27005 H1 TIP3X3454 22.800 -28.630 -48.210 1.00 0.00 W1 H +ATOM 27006 H2 TIP3X3454 21.670 -28.530 -49.220 1.00 0.00 W1 H +ATOM 27007 OH2 TIP3X3455 38.800 -25.870 37.340 1.00 0.00 W1 O +ATOM 27008 H1 TIP3X3455 38.020 -26.410 37.490 1.00 0.00 W1 H +ATOM 27009 H2 TIP3X3455 39.440 -26.470 36.960 1.00 0.00 W1 H +ATOM 27010 OH2 TIP3X3456 29.350 -15.570 -21.140 1.00 0.00 W1 O +ATOM 27011 H1 TIP3X3456 28.640 -15.230 -21.690 1.00 0.00 W1 H +ATOM 27012 H2 TIP3X3456 29.710 -14.800 -20.710 1.00 0.00 W1 H +ATOM 27013 OH2 TIP3X3457 20.420 36.310 23.110 1.00 0.00 W1 O +ATOM 27014 H1 TIP3X3457 19.870 37.090 23.230 1.00 0.00 W1 H +ATOM 27015 H2 TIP3X3457 21.220 36.640 22.690 1.00 0.00 W1 H +ATOM 27016 OH2 TIP3X3458 38.470 -17.790 -30.720 1.00 0.00 W1 O +ATOM 27017 H1 TIP3X3458 38.780 -18.390 -31.390 1.00 0.00 W1 H +ATOM 27018 H2 TIP3X3458 37.560 -18.040 -30.580 1.00 0.00 W1 H +ATOM 27019 OH2 TIP3X3459 47.970 17.730 -24.200 1.00 0.00 W1 O +ATOM 27020 H1 TIP3X3459 47.430 17.180 -23.650 1.00 0.00 W1 H +ATOM 27021 H2 TIP3X3459 47.990 18.580 -23.760 1.00 0.00 W1 H +ATOM 27022 OH2 TIP3X3460 -32.130 26.650 -21.680 1.00 0.00 W1 O +ATOM 27023 H1 TIP3X3460 -32.800 27.120 -22.170 1.00 0.00 W1 H +ATOM 27024 H2 TIP3X3460 -32.290 25.720 -21.880 1.00 0.00 W1 H +ATOM 27025 OH2 TIP3X3461 -40.780 36.230 29.880 1.00 0.00 W1 O +ATOM 27026 H1 TIP3X3461 -40.370 36.620 29.110 1.00 0.00 W1 H +ATOM 27027 H2 TIP3X3461 -41.360 36.900 30.230 1.00 0.00 W1 H +ATOM 27028 OH2 TIP3X3462 1.620 39.470 38.490 1.00 0.00 W1 O +ATOM 27029 H1 TIP3X3462 1.860 39.260 39.380 1.00 0.00 W1 H +ATOM 27030 H2 TIP3X3462 2.090 40.280 38.290 1.00 0.00 W1 H +ATOM 27031 OH2 TIP3X3463 -37.810 -33.820 22.670 1.00 0.00 W1 O +ATOM 27032 H1 TIP3X3463 -38.040 -34.470 23.330 1.00 0.00 W1 H +ATOM 27033 H2 TIP3X3463 -37.100 -33.310 23.070 1.00 0.00 W1 H +ATOM 27034 OH2 TIP3X3464 18.150 -5.790 -30.150 1.00 0.00 W1 O +ATOM 27035 H1 TIP3X3464 18.880 -5.210 -30.360 1.00 0.00 W1 H +ATOM 27036 H2 TIP3X3464 18.220 -6.490 -30.780 1.00 0.00 W1 H +ATOM 27037 OH2 TIP3X3465 38.420 1.890 -51.420 1.00 0.00 W1 O +ATOM 27038 H1 TIP3X3465 37.470 2.010 -51.540 1.00 0.00 W1 H +ATOM 27039 H2 TIP3X3465 38.750 1.740 -52.300 1.00 0.00 W1 H +ATOM 27040 OH2 TIP3X3466 -24.680 -16.220 32.590 1.00 0.00 W1 O +ATOM 27041 H1 TIP3X3466 -25.480 -15.690 32.670 1.00 0.00 W1 H +ATOM 27042 H2 TIP3X3466 -24.590 -16.380 31.650 1.00 0.00 W1 H +ATOM 27043 OH2 TIP3X3467 -13.450 34.600 -31.990 1.00 0.00 W1 O +ATOM 27044 H1 TIP3X3467 -14.130 34.990 -32.520 1.00 0.00 W1 H +ATOM 27045 H2 TIP3X3467 -12.630 34.880 -32.420 1.00 0.00 W1 H +ATOM 27046 OH2 TIP3X3468 27.930 -4.100 -20.730 1.00 0.00 W1 O +ATOM 27047 H1 TIP3X3468 28.760 -4.450 -20.380 1.00 0.00 W1 H +ATOM 27048 H2 TIP3X3468 27.970 -3.170 -20.540 1.00 0.00 W1 H +ATOM 27049 OH2 TIP3X3469 -40.790 -0.760 22.320 1.00 0.00 W1 O +ATOM 27050 H1 TIP3X3469 -40.160 -0.060 22.160 1.00 0.00 W1 H +ATOM 27051 H2 TIP3X3469 -41.640 -0.330 22.340 1.00 0.00 W1 H +ATOM 27052 OH2 TIP3X3470 27.900 0.510 -18.320 1.00 0.00 W1 O +ATOM 27053 H1 TIP3X3470 28.330 0.930 -17.580 1.00 0.00 W1 H +ATOM 27054 H2 TIP3X3470 27.060 0.970 -18.420 1.00 0.00 W1 H +ATOM 27055 OH2 TIP3X3471 -14.830 -9.550 31.990 1.00 0.00 W1 O +ATOM 27056 H1 TIP3X3471 -15.550 -10.070 32.360 1.00 0.00 W1 H +ATOM 27057 H2 TIP3X3471 -14.180 -10.200 31.740 1.00 0.00 W1 H +ATOM 27058 OH2 TIP3X3472 22.870 40.030 -28.390 1.00 0.00 W1 O +ATOM 27059 H1 TIP3X3472 23.400 39.750 -29.150 1.00 0.00 W1 H +ATOM 27060 H2 TIP3X3472 22.530 40.890 -28.650 1.00 0.00 W1 H +ATOM 27061 OH2 TIP3X3473 35.310 31.600 -17.970 1.00 0.00 W1 O +ATOM 27062 H1 TIP3X3473 35.790 32.430 -17.930 1.00 0.00 W1 H +ATOM 27063 H2 TIP3X3473 35.400 31.250 -17.080 1.00 0.00 W1 H +ATOM 27064 OH2 TIP3X3474 34.240 -11.370 29.210 1.00 0.00 W1 O +ATOM 27065 H1 TIP3X3474 34.370 -12.030 28.540 1.00 0.00 W1 H +ATOM 27066 H2 TIP3X3474 35.130 -11.140 29.480 1.00 0.00 W1 H +ATOM 27067 OH2 TIP3X3475 -1.920 37.300 23.070 1.00 0.00 W1 O +ATOM 27068 H1 TIP3X3475 -2.500 37.780 22.480 1.00 0.00 W1 H +ATOM 27069 H2 TIP3X3475 -1.060 37.680 22.930 1.00 0.00 W1 H +ATOM 27070 OH2 TIP3X3476 41.440 -8.400 -41.660 1.00 0.00 W1 O +ATOM 27071 H1 TIP3X3476 42.210 -8.730 -42.120 1.00 0.00 W1 H +ATOM 27072 H2 TIP3X3476 41.770 -8.150 -40.800 1.00 0.00 W1 H +ATOM 27073 OH2 TIP3X3477 -20.830 2.800 -38.350 1.00 0.00 W1 O +ATOM 27074 H1 TIP3X3477 -21.590 2.670 -37.790 1.00 0.00 W1 H +ATOM 27075 H2 TIP3X3477 -20.100 2.900 -37.730 1.00 0.00 W1 H +ATOM 27076 OH2 TIP3X3478 -34.520 -6.900 -33.690 1.00 0.00 W1 O +ATOM 27077 H1 TIP3X3478 -35.380 -6.490 -33.590 1.00 0.00 W1 H +ATOM 27078 H2 TIP3X3478 -33.960 -6.190 -34.020 1.00 0.00 W1 H +ATOM 27079 OH2 TIP3X3479 -3.440 29.710 -45.390 1.00 0.00 W1 O +ATOM 27080 H1 TIP3X3479 -4.340 29.450 -45.560 1.00 0.00 W1 H +ATOM 27081 H2 TIP3X3479 -3.500 30.640 -45.140 1.00 0.00 W1 H +ATOM 27082 OH2 TIP3X3480 -23.360 27.330 -32.220 1.00 0.00 W1 O +ATOM 27083 H1 TIP3X3480 -24.280 27.270 -31.970 1.00 0.00 W1 H +ATOM 27084 H2 TIP3X3480 -23.010 28.030 -31.680 1.00 0.00 W1 H +ATOM 27085 OH2 TIP3X3481 -16.720 11.480 35.270 1.00 0.00 W1 O +ATOM 27086 H1 TIP3X3481 -16.270 12.040 34.640 1.00 0.00 W1 H +ATOM 27087 H2 TIP3X3481 -16.410 11.790 36.120 1.00 0.00 W1 H +ATOM 27088 OH2 TIP3X3482 45.760 -44.970 29.870 1.00 0.00 W1 O +ATOM 27089 H1 TIP3X3482 45.320 -44.710 29.060 1.00 0.00 W1 H +ATOM 27090 H2 TIP3X3482 45.970 -44.140 30.290 1.00 0.00 W1 H +ATOM 27091 OH2 TIP3X3483 -1.510 -43.340 25.290 1.00 0.00 W1 O +ATOM 27092 H1 TIP3X3483 -1.120 -42.980 26.080 1.00 0.00 W1 H +ATOM 27093 H2 TIP3X3483 -1.600 -42.580 24.710 1.00 0.00 W1 H +ATOM 27094 OH2 TIP3X3484 47.170 -45.460 18.200 1.00 0.00 W1 O +ATOM 27095 H1 TIP3X3484 47.190 -44.540 18.440 1.00 0.00 W1 H +ATOM 27096 H2 TIP3X3484 46.820 -45.490 17.320 1.00 0.00 W1 H +ATOM 27097 OH2 TIP3X3485 37.930 -22.970 28.870 1.00 0.00 W1 O +ATOM 27098 H1 TIP3X3485 38.410 -22.320 29.410 1.00 0.00 W1 H +ATOM 27099 H2 TIP3X3485 37.040 -22.910 29.210 1.00 0.00 W1 H +ATOM 27100 OH2 TIP3X3486 -21.090 -34.590 34.890 1.00 0.00 W1 O +ATOM 27101 H1 TIP3X3486 -20.930 -33.630 34.900 1.00 0.00 W1 H +ATOM 27102 H2 TIP3X3486 -21.860 -34.700 35.430 1.00 0.00 W1 H +ATOM 27103 OH2 TIP3X3487 -11.980 -17.360 23.200 1.00 0.00 W1 O +ATOM 27104 H1 TIP3X3487 -12.640 -16.970 22.630 1.00 0.00 W1 H +ATOM 27105 H2 TIP3X3487 -12.380 -18.170 23.510 1.00 0.00 W1 H +ATOM 27106 OH2 TIP3X3488 -39.550 -35.240 -40.560 1.00 0.00 W1 O +ATOM 27107 H1 TIP3X3488 -40.140 -35.910 -40.200 1.00 0.00 W1 H +ATOM 27108 H2 TIP3X3488 -38.710 -35.690 -40.660 1.00 0.00 W1 H +ATOM 27109 OH2 TIP3X3489 44.670 -9.770 -47.790 1.00 0.00 W1 O +ATOM 27110 H1 TIP3X3489 44.230 -10.490 -47.330 1.00 0.00 W1 H +ATOM 27111 H2 TIP3X3489 45.600 -9.940 -47.670 1.00 0.00 W1 H +ATOM 27112 OH2 TIP3X3490 17.170 34.970 -39.480 1.00 0.00 W1 O +ATOM 27113 H1 TIP3X3490 17.750 35.310 -40.160 1.00 0.00 W1 H +ATOM 27114 H2 TIP3X3490 16.550 35.700 -39.320 1.00 0.00 W1 H +ATOM 27115 OH2 TIP3X3491 -26.800 14.610 -42.030 1.00 0.00 W1 O +ATOM 27116 H1 TIP3X3491 -27.010 14.480 -42.950 1.00 0.00 W1 H +ATOM 27117 H2 TIP3X3491 -26.940 13.760 -41.620 1.00 0.00 W1 H +ATOM 27118 OH2 TIP3X3492 10.120 39.200 -26.060 1.00 0.00 W1 O +ATOM 27119 H1 TIP3X3492 9.590 39.250 -25.280 1.00 0.00 W1 H +ATOM 27120 H2 TIP3X3492 9.900 38.360 -26.450 1.00 0.00 W1 H +ATOM 27121 OH2 TIP3X3493 -8.240 18.860 35.120 1.00 0.00 W1 O +ATOM 27122 H1 TIP3X3493 -7.600 18.720 34.430 1.00 0.00 W1 H +ATOM 27123 H2 TIP3X3493 -8.610 17.990 35.280 1.00 0.00 W1 H +ATOM 27124 OH2 TIP3X3494 -40.980 7.350 -32.900 1.00 0.00 W1 O +ATOM 27125 H1 TIP3X3494 -41.650 8.040 -32.880 1.00 0.00 W1 H +ATOM 27126 H2 TIP3X3494 -40.950 7.070 -33.810 1.00 0.00 W1 H +ATOM 27127 OH2 TIP3X3495 15.900 -41.770 15.070 1.00 0.00 W1 O +ATOM 27128 H1 TIP3X3495 16.660 -41.540 15.620 1.00 0.00 W1 H +ATOM 27129 H2 TIP3X3495 15.700 -40.980 14.580 1.00 0.00 W1 H +ATOM 27130 OH2 TIP3X3496 46.920 -1.170 -15.310 1.00 0.00 W1 O +ATOM 27131 H1 TIP3X3496 46.060 -0.800 -15.070 1.00 0.00 W1 H +ATOM 27132 H2 TIP3X3496 46.980 -1.020 -16.260 1.00 0.00 W1 H +ATOM 27133 OH2 TIP3X3497 -26.490 22.530 41.120 1.00 0.00 W1 O +ATOM 27134 H1 TIP3X3497 -27.090 23.110 41.580 1.00 0.00 W1 H +ATOM 27135 H2 TIP3X3497 -26.400 22.920 40.250 1.00 0.00 W1 H +ATOM 27136 OH2 TIP3X3498 -6.140 -50.520 27.310 1.00 0.00 W1 O +ATOM 27137 H1 TIP3X3498 -5.260 -50.140 27.250 1.00 0.00 W1 H +ATOM 27138 H2 TIP3X3498 -6.440 -50.270 28.180 1.00 0.00 W1 H +ATOM 27139 OH2 TIP3X3499 34.480 7.870 -46.840 1.00 0.00 W1 O +ATOM 27140 H1 TIP3X3499 34.700 7.090 -47.350 1.00 0.00 W1 H +ATOM 27141 H2 TIP3X3499 35.330 8.240 -46.580 1.00 0.00 W1 H +ATOM 27142 OH2 TIP3X3500 22.100 4.640 27.600 1.00 0.00 W1 O +ATOM 27143 H1 TIP3X3500 22.210 4.620 28.550 1.00 0.00 W1 H +ATOM 27144 H2 TIP3X3500 21.290 5.120 27.460 1.00 0.00 W1 H +ATOM 27145 OH2 TIP3X3501 -21.770 30.780 29.850 1.00 0.00 W1 O +ATOM 27146 H1 TIP3X3501 -21.800 29.840 29.650 1.00 0.00 W1 H +ATOM 27147 H2 TIP3X3501 -21.700 31.190 28.990 1.00 0.00 W1 H +ATOM 27148 OH2 TIP3X3502 -33.350 -47.520 -18.690 1.00 0.00 W1 O +ATOM 27149 H1 TIP3X3502 -33.790 -48.090 -19.340 1.00 0.00 W1 H +ATOM 27150 H2 TIP3X3502 -33.190 -46.700 -19.160 1.00 0.00 W1 H +ATOM 27151 OH2 TIP3X3503 -19.640 24.760 -29.940 1.00 0.00 W1 O +ATOM 27152 H1 TIP3X3503 -18.870 25.160 -30.360 1.00 0.00 W1 H +ATOM 27153 H2 TIP3X3503 -19.740 23.920 -30.370 1.00 0.00 W1 H +ATOM 27154 OH2 TIP3X3504 43.160 -6.410 30.080 1.00 0.00 W1 O +ATOM 27155 H1 TIP3X3504 42.620 -5.650 29.930 1.00 0.00 W1 H +ATOM 27156 H2 TIP3X3504 43.150 -6.540 31.020 1.00 0.00 W1 H +ATOM 27157 OH2 TIP3X3505 44.490 -35.940 17.220 1.00 0.00 W1 O +ATOM 27158 H1 TIP3X3505 44.110 -35.940 16.340 1.00 0.00 W1 H +ATOM 27159 H2 TIP3X3505 44.320 -36.820 17.550 1.00 0.00 W1 H +ATOM 27160 OH2 TIP3X3506 -37.180 -21.100 -38.530 1.00 0.00 W1 O +ATOM 27161 H1 TIP3X3506 -37.710 -21.740 -38.080 1.00 0.00 W1 H +ATOM 27162 H2 TIP3X3506 -37.640 -20.260 -38.380 1.00 0.00 W1 H +ATOM 27163 OH2 TIP3X3507 -26.090 -34.490 21.040 1.00 0.00 W1 O +ATOM 27164 H1 TIP3X3507 -25.360 -34.950 21.460 1.00 0.00 W1 H +ATOM 27165 H2 TIP3X3507 -25.730 -33.650 20.770 1.00 0.00 W1 H +ATOM 27166 OH2 TIP3X3508 -27.570 0.230 26.090 1.00 0.00 W1 O +ATOM 27167 H1 TIP3X3508 -26.710 0.220 25.670 1.00 0.00 W1 H +ATOM 27168 H2 TIP3X3508 -28.000 -0.570 25.790 1.00 0.00 W1 H +ATOM 27169 OH2 TIP3X3509 -22.980 -39.370 -17.350 1.00 0.00 W1 O +ATOM 27170 H1 TIP3X3509 -23.680 -39.650 -16.760 1.00 0.00 W1 H +ATOM 27171 H2 TIP3X3509 -23.350 -39.500 -18.230 1.00 0.00 W1 H +ATOM 27172 OH2 TIP3X3510 36.980 -38.080 -51.040 1.00 0.00 W1 O +ATOM 27173 H1 TIP3X3510 36.700 -37.580 -50.270 1.00 0.00 W1 H +ATOM 27174 H2 TIP3X3510 36.660 -37.580 -51.780 1.00 0.00 W1 H +ATOM 27175 OH2 TIP3X3511 35.980 -16.800 -16.170 1.00 0.00 W1 O +ATOM 27176 H1 TIP3X3511 36.110 -17.740 -16.290 1.00 0.00 W1 H +ATOM 27177 H2 TIP3X3511 36.500 -16.580 -15.390 1.00 0.00 W1 H +ATOM 27178 OH2 TIP3X3512 31.170 -1.030 -28.310 1.00 0.00 W1 O +ATOM 27179 H1 TIP3X3512 30.560 -0.450 -28.770 1.00 0.00 W1 H +ATOM 27180 H2 TIP3X3512 31.550 -0.480 -27.610 1.00 0.00 W1 H +ATOM 27181 OH2 TIP3X3513 -5.140 29.360 -33.740 1.00 0.00 W1 O +ATOM 27182 H1 TIP3X3513 -6.080 29.200 -33.820 1.00 0.00 W1 H +ATOM 27183 H2 TIP3X3513 -5.000 29.470 -32.800 1.00 0.00 W1 H +ATOM 27184 OH2 TIP3X3514 44.030 1.930 28.070 1.00 0.00 W1 O +ATOM 27185 H1 TIP3X3514 44.220 2.430 28.860 1.00 0.00 W1 H +ATOM 27186 H2 TIP3X3514 44.820 2.020 27.530 1.00 0.00 W1 H +ATOM 27187 OH2 TIP3X3515 -4.340 14.330 -49.650 1.00 0.00 W1 O +ATOM 27188 H1 TIP3X3515 -3.580 13.980 -50.120 1.00 0.00 W1 H +ATOM 27189 H2 TIP3X3515 -3.980 14.960 -49.030 1.00 0.00 W1 H +ATOM 27190 OH2 TIP3X3516 -5.480 40.580 -32.480 1.00 0.00 W1 O +ATOM 27191 H1 TIP3X3516 -5.720 39.700 -32.790 1.00 0.00 W1 H +ATOM 27192 H2 TIP3X3516 -5.920 40.660 -31.620 1.00 0.00 W1 H +ATOM 27193 OH2 TIP3X3517 -13.890 29.220 30.060 1.00 0.00 W1 O +ATOM 27194 H1 TIP3X3517 -13.400 28.440 30.290 1.00 0.00 W1 H +ATOM 27195 H2 TIP3X3517 -14.180 29.570 30.910 1.00 0.00 W1 H +ATOM 27196 OH2 TIP3X3518 -31.540 2.320 19.810 1.00 0.00 W1 O +ATOM 27197 H1 TIP3X3518 -30.980 1.540 19.780 1.00 0.00 W1 H +ATOM 27198 H2 TIP3X3518 -31.030 2.980 19.320 1.00 0.00 W1 H +ATOM 27199 OH2 TIP3X3519 26.360 -46.020 27.870 1.00 0.00 W1 O +ATOM 27200 H1 TIP3X3519 26.940 -46.690 28.230 1.00 0.00 W1 H +ATOM 27201 H2 TIP3X3519 26.200 -45.430 28.600 1.00 0.00 W1 H +ATOM 27202 OH2 TIP3X3520 7.460 28.740 25.080 1.00 0.00 W1 O +ATOM 27203 H1 TIP3X3520 6.660 29.220 24.920 1.00 0.00 W1 H +ATOM 27204 H2 TIP3X3520 8.150 29.250 24.670 1.00 0.00 W1 H +ATOM 27205 OH2 TIP3X3521 -11.670 -41.390 -41.900 1.00 0.00 W1 O +ATOM 27206 H1 TIP3X3521 -12.060 -41.670 -42.720 1.00 0.00 W1 H +ATOM 27207 H2 TIP3X3521 -10.880 -40.910 -42.160 1.00 0.00 W1 H +ATOM 27208 OH2 TIP3X3522 -13.930 -5.840 -32.840 1.00 0.00 W1 O +ATOM 27209 H1 TIP3X3522 -13.500 -6.700 -32.790 1.00 0.00 W1 H +ATOM 27210 H2 TIP3X3522 -14.590 -5.960 -33.520 1.00 0.00 W1 H +ATOM 27211 OH2 TIP3X3523 -2.780 -20.760 -42.020 1.00 0.00 W1 O +ATOM 27212 H1 TIP3X3523 -2.070 -21.410 -42.070 1.00 0.00 W1 H +ATOM 27213 H2 TIP3X3523 -3.550 -21.260 -41.760 1.00 0.00 W1 H +ATOM 27214 OH2 TIP3X3524 26.690 -34.260 -23.660 1.00 0.00 W1 O +ATOM 27215 H1 TIP3X3524 27.260 -33.500 -23.460 1.00 0.00 W1 H +ATOM 27216 H2 TIP3X3524 26.430 -34.590 -22.810 1.00 0.00 W1 H +ATOM 27217 OH2 TIP3X3525 -32.550 3.980 -47.580 1.00 0.00 W1 O +ATOM 27218 H1 TIP3X3525 -33.420 3.590 -47.610 1.00 0.00 W1 H +ATOM 27219 H2 TIP3X3525 -32.710 4.920 -47.470 1.00 0.00 W1 H +ATOM 27220 OH2 TIP3X3526 45.900 -41.380 14.350 1.00 0.00 W1 O +ATOM 27221 H1 TIP3X3526 45.720 -41.240 15.290 1.00 0.00 W1 H +ATOM 27222 H2 TIP3X3526 45.020 -41.440 13.960 1.00 0.00 W1 H +ATOM 27223 OH2 TIP3X3527 25.190 14.730 21.980 1.00 0.00 W1 O +ATOM 27224 H1 TIP3X3527 25.400 15.460 21.400 1.00 0.00 W1 H +ATOM 27225 H2 TIP3X3527 25.390 13.950 21.470 1.00 0.00 W1 H +ATOM 27226 OH2 TIP3X3528 19.250 43.080 -28.600 1.00 0.00 W1 O +ATOM 27227 H1 TIP3X3528 18.350 42.800 -28.790 1.00 0.00 W1 H +ATOM 27228 H2 TIP3X3528 19.410 43.820 -29.170 1.00 0.00 W1 H +ATOM 27229 OH2 TIP3X3529 -19.470 16.080 27.760 1.00 0.00 W1 O +ATOM 27230 H1 TIP3X3529 -19.720 15.850 26.870 1.00 0.00 W1 H +ATOM 27231 H2 TIP3X3529 -19.630 15.280 28.280 1.00 0.00 W1 H +ATOM 27232 OH2 TIP3X3530 -27.920 32.120 27.440 1.00 0.00 W1 O +ATOM 27233 H1 TIP3X3530 -28.800 31.850 27.690 1.00 0.00 W1 H +ATOM 27234 H2 TIP3X3530 -28.040 32.580 26.610 1.00 0.00 W1 H +ATOM 27235 OH2 TIP3X3531 -38.170 19.470 -37.520 1.00 0.00 W1 O +ATOM 27236 H1 TIP3X3531 -38.020 20.250 -36.980 1.00 0.00 W1 H +ATOM 27237 H2 TIP3X3531 -38.630 19.800 -38.290 1.00 0.00 W1 H +ATOM 27238 OH2 TIP3X3532 -18.050 -24.670 -27.200 1.00 0.00 W1 O +ATOM 27239 H1 TIP3X3532 -18.140 -24.120 -27.970 1.00 0.00 W1 H +ATOM 27240 H2 TIP3X3532 -18.650 -24.270 -26.550 1.00 0.00 W1 H +ATOM 27241 OH2 TIP3X3533 10.210 -28.080 17.300 1.00 0.00 W1 O +ATOM 27242 H1 TIP3X3533 10.530 -27.180 17.440 1.00 0.00 W1 H +ATOM 27243 H2 TIP3X3533 10.860 -28.470 16.720 1.00 0.00 W1 H +ATOM 27244 OH2 TIP3X3534 21.840 8.810 -41.580 1.00 0.00 W1 O +ATOM 27245 H1 TIP3X3534 22.150 9.080 -40.720 1.00 0.00 W1 H +ATOM 27246 H2 TIP3X3534 21.110 8.230 -41.400 1.00 0.00 W1 H +ATOM 27247 OH2 TIP3X3535 4.920 15.260 -20.080 1.00 0.00 W1 O +ATOM 27248 H1 TIP3X3535 5.830 15.330 -20.370 1.00 0.00 W1 H +ATOM 27249 H2 TIP3X3535 4.410 15.100 -20.870 1.00 0.00 W1 H +ATOM 27250 OH2 TIP3X3536 42.400 22.690 -44.910 1.00 0.00 W1 O +ATOM 27251 H1 TIP3X3536 42.130 22.980 -44.030 1.00 0.00 W1 H +ATOM 27252 H2 TIP3X3536 42.270 21.750 -44.910 1.00 0.00 W1 H +ATOM 27253 OH2 TIP3X3537 28.960 -11.330 -23.550 1.00 0.00 W1 O +ATOM 27254 H1 TIP3X3537 28.880 -12.240 -23.820 1.00 0.00 W1 H +ATOM 27255 H2 TIP3X3537 28.070 -10.980 -23.600 1.00 0.00 W1 H +ATOM 27256 OH2 TIP3X3538 7.800 -12.920 -34.460 1.00 0.00 W1 O +ATOM 27257 H1 TIP3X3538 8.420 -13.490 -34.030 1.00 0.00 W1 H +ATOM 27258 H2 TIP3X3538 7.550 -12.280 -33.770 1.00 0.00 W1 H +ATOM 27259 OH2 TIP3X3539 -18.710 -39.590 35.950 1.00 0.00 W1 O +ATOM 27260 H1 TIP3X3539 -19.500 -39.700 36.470 1.00 0.00 W1 H +ATOM 27261 H2 TIP3X3539 -18.880 -38.820 35.410 1.00 0.00 W1 H +ATOM 27262 OH2 TIP3X3540 44.480 -25.350 26.600 1.00 0.00 W1 O +ATOM 27263 H1 TIP3X3540 45.060 -24.950 27.250 1.00 0.00 W1 H +ATOM 27264 H2 TIP3X3540 43.760 -25.720 27.120 1.00 0.00 W1 H +ATOM 27265 OH2 TIP3X3541 -12.480 -6.150 -43.730 1.00 0.00 W1 O +ATOM 27266 H1 TIP3X3541 -12.240 -6.860 -44.320 1.00 0.00 W1 H +ATOM 27267 H2 TIP3X3541 -11.770 -6.120 -43.100 1.00 0.00 W1 H +ATOM 27268 OH2 TIP3X3542 -36.800 39.520 38.100 1.00 0.00 W1 O +ATOM 27269 H1 TIP3X3542 -36.600 40.450 37.960 1.00 0.00 W1 H +ATOM 27270 H2 TIP3X3542 -36.930 39.170 37.220 1.00 0.00 W1 H +ATOM 27271 OH2 TIP3X3543 -41.080 -5.690 36.370 1.00 0.00 W1 O +ATOM 27272 H1 TIP3X3543 -42.010 -5.560 36.240 1.00 0.00 W1 H +ATOM 27273 H2 TIP3X3543 -40.940 -6.620 36.210 1.00 0.00 W1 H +ATOM 27274 OH2 TIP3X3544 23.710 -0.230 37.990 1.00 0.00 W1 O +ATOM 27275 H1 TIP3X3544 22.820 0.130 38.020 1.00 0.00 W1 H +ATOM 27276 H2 TIP3X3544 24.280 0.490 38.240 1.00 0.00 W1 H +ATOM 27277 OH2 TIP3X3545 16.610 -45.340 -50.410 1.00 0.00 W1 O +ATOM 27278 H1 TIP3X3545 16.000 -46.080 -50.450 1.00 0.00 W1 H +ATOM 27279 H2 TIP3X3545 16.370 -44.800 -51.160 1.00 0.00 W1 H +ATOM 27280 OH2 TIP3X3546 -4.200 38.720 15.090 1.00 0.00 W1 O +ATOM 27281 H1 TIP3X3546 -4.310 39.470 14.510 1.00 0.00 W1 H +ATOM 27282 H2 TIP3X3546 -4.890 38.810 15.740 1.00 0.00 W1 H +ATOM 27283 OH2 TIP3X3547 -26.570 21.820 -43.800 1.00 0.00 W1 O +ATOM 27284 H1 TIP3X3547 -27.490 22.060 -43.960 1.00 0.00 W1 H +ATOM 27285 H2 TIP3X3547 -26.520 21.730 -42.850 1.00 0.00 W1 H +ATOM 27286 OH2 TIP3X3548 9.060 -41.460 31.730 1.00 0.00 W1 O +ATOM 27287 H1 TIP3X3548 9.070 -41.220 32.660 1.00 0.00 W1 H +ATOM 27288 H2 TIP3X3548 8.340 -40.940 31.370 1.00 0.00 W1 H +ATOM 27289 OH2 TIP3X3549 30.900 40.360 -28.930 1.00 0.00 W1 O +ATOM 27290 H1 TIP3X3549 31.540 40.350 -29.650 1.00 0.00 W1 H +ATOM 27291 H2 TIP3X3549 30.150 39.890 -29.280 1.00 0.00 W1 H +ATOM 27292 OH2 TIP3X3550 19.300 -47.160 -41.030 1.00 0.00 W1 O +ATOM 27293 H1 TIP3X3550 18.960 -46.520 -40.410 1.00 0.00 W1 H +ATOM 27294 H2 TIP3X3550 20.220 -47.240 -40.810 1.00 0.00 W1 H +ATOM 27295 OH2 TIP3X3551 36.980 36.880 23.430 1.00 0.00 W1 O +ATOM 27296 H1 TIP3X3551 37.160 36.900 22.500 1.00 0.00 W1 H +ATOM 27297 H2 TIP3X3551 37.840 36.910 23.850 1.00 0.00 W1 H +ATOM 27298 OH2 TIP3X3552 -16.650 18.040 -17.490 1.00 0.00 W1 O +ATOM 27299 H1 TIP3X3552 -15.790 18.100 -17.070 1.00 0.00 W1 H +ATOM 27300 H2 TIP3X3552 -17.220 17.680 -16.810 1.00 0.00 W1 H +ATOM 27301 OH2 TIP3X3553 47.210 25.640 33.990 1.00 0.00 W1 O +ATOM 27302 H1 TIP3X3553 46.370 25.580 33.540 1.00 0.00 W1 H +ATOM 27303 H2 TIP3X3553 47.000 25.610 34.920 1.00 0.00 W1 H +ATOM 27304 OH2 TIP3X3554 4.540 1.260 -46.530 1.00 0.00 W1 O +ATOM 27305 H1 TIP3X3554 5.190 1.430 -45.860 1.00 0.00 W1 H +ATOM 27306 H2 TIP3X3554 4.690 1.920 -47.200 1.00 0.00 W1 H +ATOM 27307 OH2 TIP3X3555 -32.840 -27.500 -45.360 1.00 0.00 W1 O +ATOM 27308 H1 TIP3X3555 -33.480 -28.180 -45.570 1.00 0.00 W1 H +ATOM 27309 H2 TIP3X3555 -32.490 -27.230 -46.220 1.00 0.00 W1 H +ATOM 27310 OH2 TIP3X3556 24.110 -12.160 -36.450 1.00 0.00 W1 O +ATOM 27311 H1 TIP3X3556 23.920 -11.320 -36.840 1.00 0.00 W1 H +ATOM 27312 H2 TIP3X3556 24.060 -12.020 -35.510 1.00 0.00 W1 H +ATOM 27313 OH2 TIP3X3557 -7.630 -50.250 35.760 1.00 0.00 W1 O +ATOM 27314 H1 TIP3X3557 -8.240 -50.370 35.040 1.00 0.00 W1 H +ATOM 27315 H2 TIP3X3557 -8.040 -50.710 36.490 1.00 0.00 W1 H +ATOM 27316 OH2 TIP3X3558 22.220 13.080 25.950 1.00 0.00 W1 O +ATOM 27317 H1 TIP3X3558 22.010 13.980 25.700 1.00 0.00 W1 H +ATOM 27318 H2 TIP3X3558 21.490 12.800 26.480 1.00 0.00 W1 H +ATOM 27319 OH2 TIP3X3559 -16.280 39.190 -19.210 1.00 0.00 W1 O +ATOM 27320 H1 TIP3X3559 -16.790 39.320 -18.410 1.00 0.00 W1 H +ATOM 27321 H2 TIP3X3559 -15.850 40.040 -19.360 1.00 0.00 W1 H +ATOM 27322 OH2 TIP3X3560 8.360 43.020 -30.520 1.00 0.00 W1 O +ATOM 27323 H1 TIP3X3560 8.820 42.460 -29.900 1.00 0.00 W1 H +ATOM 27324 H2 TIP3X3560 8.220 43.850 -30.070 1.00 0.00 W1 H +ATOM 27325 OH2 TIP3X3561 31.740 15.830 -31.180 1.00 0.00 W1 O +ATOM 27326 H1 TIP3X3561 31.130 16.270 -30.600 1.00 0.00 W1 H +ATOM 27327 H2 TIP3X3561 32.420 16.480 -31.340 1.00 0.00 W1 H +ATOM 27328 OH2 TIP3X3562 6.800 11.090 28.210 1.00 0.00 W1 O +ATOM 27329 H1 TIP3X3562 6.330 11.830 27.850 1.00 0.00 W1 H +ATOM 27330 H2 TIP3X3562 6.140 10.600 28.700 1.00 0.00 W1 H +ATOM 27331 OH2 TIP3X3563 -8.220 36.920 -34.680 1.00 0.00 W1 O +ATOM 27332 H1 TIP3X3563 -8.630 37.410 -33.970 1.00 0.00 W1 H +ATOM 27333 H2 TIP3X3563 -8.480 37.400 -35.470 1.00 0.00 W1 H +ATOM 27334 OH2 TIP3X3564 16.210 31.510 22.450 1.00 0.00 W1 O +ATOM 27335 H1 TIP3X3564 16.140 32.350 22.900 1.00 0.00 W1 H +ATOM 27336 H2 TIP3X3564 17.140 31.420 22.230 1.00 0.00 W1 H +ATOM 27337 OH2 TIP3X3565 -42.260 -15.320 -23.650 1.00 0.00 W1 O +ATOM 27338 H1 TIP3X3565 -41.520 -15.910 -23.840 1.00 0.00 W1 H +ATOM 27339 H2 TIP3X3565 -42.220 -14.650 -24.320 1.00 0.00 W1 H +ATOM 27340 OH2 TIP3X3566 30.000 30.380 -14.260 1.00 0.00 W1 O +ATOM 27341 H1 TIP3X3566 30.820 30.430 -13.780 1.00 0.00 W1 H +ATOM 27342 H2 TIP3X3566 29.410 29.880 -13.680 1.00 0.00 W1 H +ATOM 27343 OH2 TIP3X3567 -17.690 -15.170 -32.700 1.00 0.00 W1 O +ATOM 27344 H1 TIP3X3567 -17.920 -14.240 -32.620 1.00 0.00 W1 H +ATOM 27345 H2 TIP3X3567 -18.340 -15.530 -33.310 1.00 0.00 W1 H +ATOM 27346 OH2 TIP3X3568 38.970 -14.770 33.150 1.00 0.00 W1 O +ATOM 27347 H1 TIP3X3568 38.030 -14.660 33.020 1.00 0.00 W1 H +ATOM 27348 H2 TIP3X3568 39.110 -15.710 33.190 1.00 0.00 W1 H +ATOM 27349 OH2 TIP3X3569 46.990 15.180 32.720 1.00 0.00 W1 O +ATOM 27350 H1 TIP3X3569 47.090 14.470 32.070 1.00 0.00 W1 H +ATOM 27351 H2 TIP3X3569 47.750 15.090 33.290 1.00 0.00 W1 H +ATOM 27352 OH2 TIP3X3570 47.430 -16.810 -29.560 1.00 0.00 W1 O +ATOM 27353 H1 TIP3X3570 46.670 -16.980 -29.000 1.00 0.00 W1 H +ATOM 27354 H2 TIP3X3570 47.180 -16.050 -30.080 1.00 0.00 W1 H +ATOM 27355 OH2 TIP3X3571 -17.560 -46.570 -38.180 1.00 0.00 W1 O +ATOM 27356 H1 TIP3X3571 -17.640 -45.780 -38.720 1.00 0.00 W1 H +ATOM 27357 H2 TIP3X3571 -16.610 -46.660 -38.040 1.00 0.00 W1 H +ATOM 27358 OH2 TIP3X3572 -36.040 20.340 26.130 1.00 0.00 W1 O +ATOM 27359 H1 TIP3X3572 -35.100 20.420 26.290 1.00 0.00 W1 H +ATOM 27360 H2 TIP3X3572 -36.410 20.130 26.980 1.00 0.00 W1 H +ATOM 27361 OH2 TIP3X3573 -18.090 12.000 -37.240 1.00 0.00 W1 O +ATOM 27362 H1 TIP3X3573 -18.190 11.900 -38.180 1.00 0.00 W1 H +ATOM 27363 H2 TIP3X3573 -17.600 12.810 -37.130 1.00 0.00 W1 H +ATOM 27364 OH2 TIP3X3574 33.640 22.030 -50.050 1.00 0.00 W1 O +ATOM 27365 H1 TIP3X3574 34.140 22.840 -50.190 1.00 0.00 W1 H +ATOM 27366 H2 TIP3X3574 33.940 21.720 -49.190 1.00 0.00 W1 H +ATOM 27367 OH2 TIP3X3575 9.500 -12.590 26.200 1.00 0.00 W1 O +ATOM 27368 H1 TIP3X3575 9.890 -12.410 27.060 1.00 0.00 W1 H +ATOM 27369 H2 TIP3X3575 10.230 -12.790 25.640 1.00 0.00 W1 H +ATOM 27370 OH2 TIP3X3576 -28.730 14.270 -10.750 1.00 0.00 W1 O +ATOM 27371 H1 TIP3X3576 -28.320 14.400 -9.900 1.00 0.00 W1 H +ATOM 27372 H2 TIP3X3576 -28.600 15.100 -11.210 1.00 0.00 W1 H +ATOM 27373 OH2 TIP3X3577 22.320 32.340 -9.360 1.00 0.00 W1 O +ATOM 27374 H1 TIP3X3577 23.040 32.480 -9.980 1.00 0.00 W1 H +ATOM 27375 H2 TIP3X3577 22.690 31.710 -8.720 1.00 0.00 W1 H +ATOM 27376 OH2 TIP3X3578 -19.000 -11.580 -47.390 1.00 0.00 W1 O +ATOM 27377 H1 TIP3X3578 -19.550 -11.420 -48.160 1.00 0.00 W1 H +ATOM 27378 H2 TIP3X3578 -19.600 -11.480 -46.650 1.00 0.00 W1 H +ATOM 27379 OH2 TIP3X3579 38.400 14.870 -40.790 1.00 0.00 W1 O +ATOM 27380 H1 TIP3X3579 37.880 14.630 -40.030 1.00 0.00 W1 H +ATOM 27381 H2 TIP3X3579 39.260 14.450 -40.650 1.00 0.00 W1 H +ATOM 27382 OH2 TIP3X3580 10.800 42.180 -17.440 1.00 0.00 W1 O +ATOM 27383 H1 TIP3X3580 10.840 42.730 -16.660 1.00 0.00 W1 H +ATOM 27384 H2 TIP3X3580 11.720 42.070 -17.700 1.00 0.00 W1 H +ATOM 27385 OH2 TIP3X3581 46.340 6.110 30.800 1.00 0.00 W1 O +ATOM 27386 H1 TIP3X3581 46.770 6.790 30.280 1.00 0.00 W1 H +ATOM 27387 H2 TIP3X3581 45.770 6.570 31.400 1.00 0.00 W1 H +ATOM 27388 OH2 TIP3X3582 45.960 -34.070 -22.120 1.00 0.00 W1 O +ATOM 27389 H1 TIP3X3582 46.140 -34.260 -21.200 1.00 0.00 W1 H +ATOM 27390 H2 TIP3X3582 46.790 -34.230 -22.570 1.00 0.00 W1 H +ATOM 27391 OH2 TIP3X3583 47.450 7.780 19.560 1.00 0.00 W1 O +ATOM 27392 H1 TIP3X3583 46.520 7.890 19.700 1.00 0.00 W1 H +ATOM 27393 H2 TIP3X3583 47.810 8.670 19.600 1.00 0.00 W1 H +ATOM 27394 OH2 TIP3X3584 8.730 -7.900 31.230 1.00 0.00 W1 O +ATOM 27395 H1 TIP3X3584 9.270 -7.140 31.060 1.00 0.00 W1 H +ATOM 27396 H2 TIP3X3584 7.860 -7.540 31.420 1.00 0.00 W1 H +ATOM 27397 OH2 TIP3X3585 33.380 -47.880 -53.040 1.00 0.00 W1 O +ATOM 27398 H1 TIP3X3585 33.000 -48.640 -53.450 1.00 0.00 W1 H +ATOM 27399 H2 TIP3X3585 33.630 -47.310 -53.760 1.00 0.00 W1 H +ATOM 27400 OH2 TIP3X3586 30.410 -44.440 26.510 1.00 0.00 W1 O +ATOM 27401 H1 TIP3X3586 29.630 -43.910 26.710 1.00 0.00 W1 H +ATOM 27402 H2 TIP3X3586 30.950 -44.370 27.300 1.00 0.00 W1 H +ATOM 27403 OH2 TIP3X3587 7.790 41.570 -36.580 1.00 0.00 W1 O +ATOM 27404 H1 TIP3X3587 8.020 42.490 -36.430 1.00 0.00 W1 H +ATOM 27405 H2 TIP3X3587 7.370 41.570 -37.440 1.00 0.00 W1 H +ATOM 27406 OH2 TIP3X3588 19.110 25.190 -31.090 1.00 0.00 W1 O +ATOM 27407 H1 TIP3X3588 19.650 24.860 -30.380 1.00 0.00 W1 H +ATOM 27408 H2 TIP3X3588 18.210 25.150 -30.760 1.00 0.00 W1 H +ATOM 27409 OH2 TIP3X3589 -3.140 -18.810 -44.320 1.00 0.00 W1 O +ATOM 27410 H1 TIP3X3589 -4.100 -18.800 -44.320 1.00 0.00 W1 H +ATOM 27411 H2 TIP3X3589 -2.920 -19.490 -43.680 1.00 0.00 W1 H +ATOM 27412 OH2 TIP3X3590 -5.360 30.500 -36.730 1.00 0.00 W1 O +ATOM 27413 H1 TIP3X3590 -5.240 29.570 -36.540 1.00 0.00 W1 H +ATOM 27414 H2 TIP3X3590 -4.820 30.660 -37.490 1.00 0.00 W1 H +ATOM 27415 OH2 TIP3X3591 34.650 21.600 19.960 1.00 0.00 W1 O +ATOM 27416 H1 TIP3X3591 33.820 22.080 19.990 1.00 0.00 W1 H +ATOM 27417 H2 TIP3X3591 35.060 21.760 20.810 1.00 0.00 W1 H +ATOM 27418 OH2 TIP3X3592 40.650 -46.760 -31.740 1.00 0.00 W1 O +ATOM 27419 H1 TIP3X3592 40.430 -47.680 -31.900 1.00 0.00 W1 H +ATOM 27420 H2 TIP3X3592 39.920 -46.270 -32.100 1.00 0.00 W1 H +ATOM 27421 OH2 TIP3X3593 16.590 -15.760 -21.400 1.00 0.00 W1 O +ATOM 27422 H1 TIP3X3593 16.220 -16.170 -20.620 1.00 0.00 W1 H +ATOM 27423 H2 TIP3X3593 16.140 -14.920 -21.470 1.00 0.00 W1 H +ATOM 27424 OH2 TIP3X3594 43.650 32.300 20.380 1.00 0.00 W1 O +ATOM 27425 H1 TIP3X3594 43.410 32.830 21.140 1.00 0.00 W1 H +ATOM 27426 H2 TIP3X3594 44.600 32.420 20.300 1.00 0.00 W1 H +ATOM 27427 OH2 TIP3X3595 -34.390 22.860 38.590 1.00 0.00 W1 O +ATOM 27428 H1 TIP3X3595 -34.200 22.130 38.000 1.00 0.00 W1 H +ATOM 27429 H2 TIP3X3595 -35.320 23.010 38.490 1.00 0.00 W1 H +ATOM 27430 OH2 TIP3X3596 0.940 -26.030 23.550 1.00 0.00 W1 O +ATOM 27431 H1 TIP3X3596 0.610 -26.790 23.080 1.00 0.00 W1 H +ATOM 27432 H2 TIP3X3596 0.290 -25.870 24.240 1.00 0.00 W1 H +ATOM 27433 OH2 TIP3X3597 -25.860 -51.000 21.650 1.00 0.00 W1 O +ATOM 27434 H1 TIP3X3597 -26.480 -50.510 22.200 1.00 0.00 W1 H +ATOM 27435 H2 TIP3X3597 -25.060 -51.040 22.180 1.00 0.00 W1 H +ATOM 27436 OH2 TIP3X3598 28.850 23.630 30.290 1.00 0.00 W1 O +ATOM 27437 H1 TIP3X3598 28.490 23.980 29.470 1.00 0.00 W1 H +ATOM 27438 H2 TIP3X3598 29.080 24.400 30.810 1.00 0.00 W1 H +ATOM 27439 OH2 TIP3X3599 2.990 -14.260 -47.770 1.00 0.00 W1 O +ATOM 27440 H1 TIP3X3599 3.750 -13.730 -48.040 1.00 0.00 W1 H +ATOM 27441 H2 TIP3X3599 2.790 -13.960 -46.880 1.00 0.00 W1 H +ATOM 27442 OH2 TIP3X3600 -5.160 -43.850 -41.070 1.00 0.00 W1 O +ATOM 27443 H1 TIP3X3600 -4.940 -44.730 -40.770 1.00 0.00 W1 H +ATOM 27444 H2 TIP3X3600 -4.740 -43.780 -41.930 1.00 0.00 W1 H +ATOM 27445 OH2 TIP3X3601 -13.180 13.770 22.760 1.00 0.00 W1 O +ATOM 27446 H1 TIP3X3601 -12.900 12.840 22.810 1.00 0.00 W1 H +ATOM 27447 H2 TIP3X3601 -13.890 13.760 22.100 1.00 0.00 W1 H +ATOM 27448 OH2 TIP3X3602 -26.960 -15.080 23.630 1.00 0.00 W1 O +ATOM 27449 H1 TIP3X3602 -26.150 -15.360 23.200 1.00 0.00 W1 H +ATOM 27450 H2 TIP3X3602 -26.660 -14.610 24.410 1.00 0.00 W1 H +ATOM 27451 OH2 TIP3X3603 -29.010 5.750 -49.920 1.00 0.00 W1 O +ATOM 27452 H1 TIP3X3603 -28.180 5.820 -50.410 1.00 0.00 W1 H +ATOM 27453 H2 TIP3X3603 -28.760 5.350 -49.080 1.00 0.00 W1 H +ATOM 27454 OH2 TIP3X3604 -2.350 18.630 -30.060 1.00 0.00 W1 O +ATOM 27455 H1 TIP3X3604 -2.710 19.230 -30.720 1.00 0.00 W1 H +ATOM 27456 H2 TIP3X3604 -3.010 18.630 -29.370 1.00 0.00 W1 H +ATOM 27457 OH2 TIP3X3605 -8.940 -27.780 -16.970 1.00 0.00 W1 O +ATOM 27458 H1 TIP3X3605 -8.650 -28.500 -16.400 1.00 0.00 W1 H +ATOM 27459 H2 TIP3X3605 -8.230 -27.140 -16.930 1.00 0.00 W1 H +ATOM 27460 OH2 TIP3X3606 16.280 18.420 29.010 1.00 0.00 W1 O +ATOM 27461 H1 TIP3X3606 16.540 19.320 28.830 1.00 0.00 W1 H +ATOM 27462 H2 TIP3X3606 15.740 18.170 28.260 1.00 0.00 W1 H +ATOM 27463 OH2 TIP3X3607 9.380 9.430 -26.340 1.00 0.00 W1 O +ATOM 27464 H1 TIP3X3607 10.290 9.220 -26.550 1.00 0.00 W1 H +ATOM 27465 H2 TIP3X3607 9.220 10.260 -26.770 1.00 0.00 W1 H +ATOM 27466 OH2 TIP3X3608 -21.700 -2.680 26.720 1.00 0.00 W1 O +ATOM 27467 H1 TIP3X3608 -21.500 -3.620 26.740 1.00 0.00 W1 H +ATOM 27468 H2 TIP3X3608 -21.880 -2.460 27.640 1.00 0.00 W1 H +ATOM 27469 OH2 TIP3X3609 4.660 -34.970 -27.460 1.00 0.00 W1 O +ATOM 27470 H1 TIP3X3609 4.390 -35.220 -26.590 1.00 0.00 W1 H +ATOM 27471 H2 TIP3X3609 5.460 -35.470 -27.630 1.00 0.00 W1 H +ATOM 27472 OH2 TIP3X3610 -1.530 6.100 -37.190 1.00 0.00 W1 O +ATOM 27473 H1 TIP3X3610 -1.480 6.880 -37.760 1.00 0.00 W1 H +ATOM 27474 H2 TIP3X3610 -1.310 6.410 -36.330 1.00 0.00 W1 H +ATOM 27475 OH2 TIP3X3611 -15.870 -13.720 26.000 1.00 0.00 W1 O +ATOM 27476 H1 TIP3X3611 -16.440 -13.040 25.640 1.00 0.00 W1 H +ATOM 27477 H2 TIP3X3611 -16.230 -13.910 26.870 1.00 0.00 W1 H +ATOM 27478 OH2 TIP3X3612 32.230 -11.740 33.150 1.00 0.00 W1 O +ATOM 27479 H1 TIP3X3612 33.090 -12.150 33.060 1.00 0.00 W1 H +ATOM 27480 H2 TIP3X3612 32.400 -10.800 33.070 1.00 0.00 W1 H +ATOM 27481 OH2 TIP3X3613 -33.750 -5.950 31.640 1.00 0.00 W1 O +ATOM 27482 H1 TIP3X3613 -33.950 -5.020 31.520 1.00 0.00 W1 H +ATOM 27483 H2 TIP3X3613 -33.390 -6.230 30.800 1.00 0.00 W1 H +ATOM 27484 OH2 TIP3X3614 8.220 -23.820 27.650 1.00 0.00 W1 O +ATOM 27485 H1 TIP3X3614 7.350 -23.940 28.040 1.00 0.00 W1 H +ATOM 27486 H2 TIP3X3614 8.580 -24.710 27.620 1.00 0.00 W1 H +ATOM 27487 OH2 TIP3X3615 43.250 33.470 -19.650 1.00 0.00 W1 O +ATOM 27488 H1 TIP3X3615 43.180 33.640 -18.710 1.00 0.00 W1 H +ATOM 27489 H2 TIP3X3615 43.970 34.040 -19.930 1.00 0.00 W1 H +ATOM 27490 OH2 TIP3X3616 31.510 -48.300 -37.880 1.00 0.00 W1 O +ATOM 27491 H1 TIP3X3616 32.180 -48.030 -38.510 1.00 0.00 W1 H +ATOM 27492 H2 TIP3X3616 31.930 -48.950 -37.320 1.00 0.00 W1 H +ATOM 27493 OH2 TIP3X3617 -5.900 -11.400 35.600 1.00 0.00 W1 O +ATOM 27494 H1 TIP3X3617 -5.930 -11.080 34.700 1.00 0.00 W1 H +ATOM 27495 H2 TIP3X3617 -5.580 -10.660 36.110 1.00 0.00 W1 H +ATOM 27496 OH2 TIP3X3618 24.230 6.690 34.670 1.00 0.00 W1 O +ATOM 27497 H1 TIP3X3618 24.370 7.620 34.820 1.00 0.00 W1 H +ATOM 27498 H2 TIP3X3618 24.530 6.270 35.480 1.00 0.00 W1 H +ATOM 27499 OH2 TIP3X3619 18.400 9.870 -23.580 1.00 0.00 W1 O +ATOM 27500 H1 TIP3X3619 18.500 9.460 -24.440 1.00 0.00 W1 H +ATOM 27501 H2 TIP3X3619 17.580 9.540 -23.240 1.00 0.00 W1 H +ATOM 27502 OH2 TIP3X3620 30.250 29.210 -8.660 1.00 0.00 W1 O +ATOM 27503 H1 TIP3X3620 30.040 29.910 -8.050 1.00 0.00 W1 H +ATOM 27504 H2 TIP3X3620 29.560 29.250 -9.320 1.00 0.00 W1 H +ATOM 27505 OH2 TIP3X3621 -28.190 -35.880 -40.480 1.00 0.00 W1 O +ATOM 27506 H1 TIP3X3621 -28.100 -36.830 -40.530 1.00 0.00 W1 H +ATOM 27507 H2 TIP3X3621 -28.770 -35.660 -41.210 1.00 0.00 W1 H +ATOM 27508 OH2 TIP3X3622 -24.760 17.080 -46.670 1.00 0.00 W1 O +ATOM 27509 H1 TIP3X3622 -24.810 16.640 -45.830 1.00 0.00 W1 H +ATOM 27510 H2 TIP3X3622 -25.670 17.100 -46.980 1.00 0.00 W1 H +ATOM 27511 OH2 TIP3X3623 -41.850 14.220 -18.170 1.00 0.00 W1 O +ATOM 27512 H1 TIP3X3623 -41.670 13.320 -18.450 1.00 0.00 W1 H +ATOM 27513 H2 TIP3X3623 -42.140 14.660 -18.960 1.00 0.00 W1 H +ATOM 27514 OH2 TIP3X3624 17.830 18.280 17.970 1.00 0.00 W1 O +ATOM 27515 H1 TIP3X3624 17.740 18.720 17.130 1.00 0.00 W1 H +ATOM 27516 H2 TIP3X3624 17.740 18.970 18.620 1.00 0.00 W1 H +ATOM 27517 OH2 TIP3X3625 -31.180 38.130 -43.500 1.00 0.00 W1 O +ATOM 27518 H1 TIP3X3625 -31.150 37.440 -42.850 1.00 0.00 W1 H +ATOM 27519 H2 TIP3X3625 -31.180 37.670 -44.340 1.00 0.00 W1 H +ATOM 27520 OH2 TIP3X3626 21.840 1.330 -50.560 1.00 0.00 W1 O +ATOM 27521 H1 TIP3X3626 22.120 2.250 -50.460 1.00 0.00 W1 H +ATOM 27522 H2 TIP3X3626 21.300 1.340 -51.360 1.00 0.00 W1 H +ATOM 27523 OH2 TIP3X3627 -18.780 5.320 35.920 1.00 0.00 W1 O +ATOM 27524 H1 TIP3X3627 -18.890 5.950 35.220 1.00 0.00 W1 H +ATOM 27525 H2 TIP3X3627 -19.220 4.530 35.620 1.00 0.00 W1 H +ATOM 27526 OH2 TIP3X3628 -14.090 27.740 -22.580 1.00 0.00 W1 O +ATOM 27527 H1 TIP3X3628 -13.430 28.440 -22.550 1.00 0.00 W1 H +ATOM 27528 H2 TIP3X3628 -14.530 27.850 -23.430 1.00 0.00 W1 H +ATOM 27529 OH2 TIP3X3629 -17.140 28.530 -21.500 1.00 0.00 W1 O +ATOM 27530 H1 TIP3X3629 -17.390 28.350 -20.590 1.00 0.00 W1 H +ATOM 27531 H2 TIP3X3629 -17.280 27.700 -21.950 1.00 0.00 W1 H +ATOM 27532 OH2 TIP3X3630 -5.780 5.070 38.670 1.00 0.00 W1 O +ATOM 27533 H1 TIP3X3630 -6.690 5.380 38.710 1.00 0.00 W1 H +ATOM 27534 H2 TIP3X3630 -5.580 5.020 37.730 1.00 0.00 W1 H +ATOM 27535 OH2 TIP3X3631 35.990 -14.160 35.260 1.00 0.00 W1 O +ATOM 27536 H1 TIP3X3631 35.250 -14.670 34.920 1.00 0.00 W1 H +ATOM 27537 H2 TIP3X3631 35.780 -14.030 36.180 1.00 0.00 W1 H +ATOM 27538 OH2 TIP3X3632 -26.530 36.400 36.830 1.00 0.00 W1 O +ATOM 27539 H1 TIP3X3632 -26.570 35.830 37.610 1.00 0.00 W1 H +ATOM 27540 H2 TIP3X3632 -26.470 35.780 36.090 1.00 0.00 W1 H +ATOM 27541 OH2 TIP3X3633 -35.940 -21.500 39.080 1.00 0.00 W1 O +ATOM 27542 H1 TIP3X3633 -36.250 -20.780 39.620 1.00 0.00 W1 H +ATOM 27543 H2 TIP3X3633 -35.210 -21.880 39.570 1.00 0.00 W1 H +ATOM 27544 OH2 TIP3X3634 -28.530 28.540 34.310 1.00 0.00 W1 O +ATOM 27545 H1 TIP3X3634 -29.140 29.160 33.880 1.00 0.00 W1 H +ATOM 27546 H2 TIP3X3634 -27.670 28.880 34.100 1.00 0.00 W1 H +ATOM 27547 OH2 TIP3X3635 -26.910 -22.450 30.620 1.00 0.00 W1 O +ATOM 27548 H1 TIP3X3635 -27.420 -22.030 31.320 1.00 0.00 W1 H +ATOM 27549 H2 TIP3X3635 -27.360 -23.280 30.480 1.00 0.00 W1 H +ATOM 27550 OH2 TIP3X3636 -25.610 -6.360 -35.170 1.00 0.00 W1 O +ATOM 27551 H1 TIP3X3636 -26.050 -6.010 -34.400 1.00 0.00 W1 H +ATOM 27552 H2 TIP3X3636 -24.850 -6.830 -34.830 1.00 0.00 W1 H +ATOM 27553 OH2 TIP3X3637 -40.590 10.120 -31.880 1.00 0.00 W1 O +ATOM 27554 H1 TIP3X3637 -41.520 10.110 -32.080 1.00 0.00 W1 H +ATOM 27555 H2 TIP3X3637 -40.440 10.970 -31.470 1.00 0.00 W1 H +ATOM 27556 OH2 TIP3X3638 -36.270 28.980 -8.380 1.00 0.00 W1 O +ATOM 27557 H1 TIP3X3638 -36.510 29.760 -8.880 1.00 0.00 W1 H +ATOM 27558 H2 TIP3X3638 -35.620 29.300 -7.750 1.00 0.00 W1 H +ATOM 27559 OH2 TIP3X3639 -32.930 -24.330 -38.580 1.00 0.00 W1 O +ATOM 27560 H1 TIP3X3639 -33.400 -24.520 -37.770 1.00 0.00 W1 H +ATOM 27561 H2 TIP3X3639 -33.530 -23.750 -39.070 1.00 0.00 W1 H +ATOM 27562 OH2 TIP3X3640 15.370 -38.390 27.760 1.00 0.00 W1 O +ATOM 27563 H1 TIP3X3640 15.260 -37.590 27.250 1.00 0.00 W1 H +ATOM 27564 H2 TIP3X3640 15.210 -39.100 27.140 1.00 0.00 W1 H +ATOM 27565 OH2 TIP3X3641 -41.340 25.640 19.110 1.00 0.00 W1 O +ATOM 27566 H1 TIP3X3641 -40.880 24.810 19.010 1.00 0.00 W1 H +ATOM 27567 H2 TIP3X3641 -42.230 25.390 19.340 1.00 0.00 W1 H +ATOM 27568 OH2 TIP3X3642 -37.840 5.680 26.000 1.00 0.00 W1 O +ATOM 27569 H1 TIP3X3642 -36.980 5.720 25.580 1.00 0.00 W1 H +ATOM 27570 H2 TIP3X3642 -37.820 6.360 26.670 1.00 0.00 W1 H +ATOM 27571 OH2 TIP3X3643 -7.970 15.990 37.830 1.00 0.00 W1 O +ATOM 27572 H1 TIP3X3643 -7.120 16.450 37.930 1.00 0.00 W1 H +ATOM 27573 H2 TIP3X3643 -8.610 16.600 38.200 1.00 0.00 W1 H +ATOM 27574 OH2 TIP3X3644 32.420 -30.840 -43.470 1.00 0.00 W1 O +ATOM 27575 H1 TIP3X3644 32.800 -30.800 -42.580 1.00 0.00 W1 H +ATOM 27576 H2 TIP3X3644 31.580 -31.270 -43.350 1.00 0.00 W1 H +ATOM 27577 OH2 TIP3X3645 24.880 13.700 24.460 1.00 0.00 W1 O +ATOM 27578 H1 TIP3X3645 24.970 13.910 23.530 1.00 0.00 W1 H +ATOM 27579 H2 TIP3X3645 24.480 14.480 24.840 1.00 0.00 W1 H +ATOM 27580 OH2 TIP3X3646 -3.900 7.490 23.100 1.00 0.00 W1 O +ATOM 27581 H1 TIP3X3646 -4.220 6.760 22.570 1.00 0.00 W1 H +ATOM 27582 H2 TIP3X3646 -3.600 7.080 23.910 1.00 0.00 W1 H +ATOM 27583 OH2 TIP3X 1 34.390 -34.200 17.510 1.00 0.00 W2 O +ATOM 27584 H1 TIP3X 1 34.820 -34.120 16.660 1.00 0.00 W2 H +ATOM 27585 H2 TIP3X 1 33.500 -34.490 17.290 1.00 0.00 W2 H +ATOM 27586 OH2 TIP3X 2 -35.120 -48.520 -49.800 1.00 0.00 W2 O +ATOM 27587 H1 TIP3X 2 -35.910 -48.140 -49.430 1.00 0.00 W2 H +ATOM 27588 H2 TIP3X 2 -34.450 -47.840 -49.700 1.00 0.00 W2 H +ATOM 27589 OH2 TIP3X 3 28.410 -20.830 -51.140 1.00 0.00 W2 O +ATOM 27590 H1 TIP3X 3 28.210 -21.200 -50.280 1.00 0.00 W2 H +ATOM 27591 H2 TIP3X 3 27.680 -21.120 -51.690 1.00 0.00 W2 H +ATOM 27592 OH2 TIP3X 4 -42.330 27.900 -6.480 1.00 0.00 W2 O +ATOM 27593 H1 TIP3X 4 -42.610 28.090 -5.580 1.00 0.00 W2 H +ATOM 27594 H2 TIP3X 4 -42.860 28.490 -7.010 1.00 0.00 W2 H +ATOM 27595 OH2 TIP3X 5 16.480 15.570 -38.680 1.00 0.00 W2 O +ATOM 27596 H1 TIP3X 5 15.960 16.020 -39.340 1.00 0.00 W2 H +ATOM 27597 H2 TIP3X 5 17.390 15.710 -38.950 1.00 0.00 W2 H +ATOM 27598 OH2 TIP3X 6 -35.980 15.160 29.060 1.00 0.00 W2 O +ATOM 27599 H1 TIP3X 6 -35.180 15.610 28.810 1.00 0.00 W2 H +ATOM 27600 H2 TIP3X 6 -36.020 15.240 30.010 1.00 0.00 W2 H +ATOM 27601 OH2 TIP3X 7 -14.700 -43.180 13.740 1.00 0.00 W2 O +ATOM 27602 H1 TIP3X 7 -14.750 -44.090 13.450 1.00 0.00 W2 H +ATOM 27603 H2 TIP3X 7 -13.760 -42.980 13.720 1.00 0.00 W2 H +ATOM 27604 OH2 TIP3X 8 -26.250 13.070 -11.820 1.00 0.00 W2 O +ATOM 27605 H1 TIP3X 8 -25.640 13.770 -11.580 1.00 0.00 W2 H +ATOM 27606 H2 TIP3X 8 -27.110 13.490 -11.790 1.00 0.00 W2 H +ATOM 27607 OH2 TIP3X 9 -2.500 24.680 38.280 1.00 0.00 W2 O +ATOM 27608 H1 TIP3X 9 -1.720 24.280 38.650 1.00 0.00 W2 H +ATOM 27609 H2 TIP3X 9 -2.300 24.790 37.350 1.00 0.00 W2 H +ATOM 27610 OH2 TIP3X 10 40.270 27.750 38.470 1.00 0.00 W2 O +ATOM 27611 H1 TIP3X 10 41.050 27.200 38.390 1.00 0.00 W2 H +ATOM 27612 H2 TIP3X 10 39.680 27.260 39.040 1.00 0.00 W2 H +ATOM 27613 OH2 TIP3X 11 27.900 38.720 35.610 1.00 0.00 W2 O +ATOM 27614 H1 TIP3X 11 27.550 38.240 34.870 1.00 0.00 W2 H +ATOM 27615 H2 TIP3X 11 27.530 39.600 35.520 1.00 0.00 W2 H +ATOM 27616 OH2 TIP3X 12 -34.880 11.050 -48.790 1.00 0.00 W2 O +ATOM 27617 H1 TIP3X 12 -35.530 11.270 -49.460 1.00 0.00 W2 H +ATOM 27618 H2 TIP3X 12 -34.220 10.520 -49.250 1.00 0.00 W2 H +ATOM 27619 OH2 TIP3X 13 28.010 -24.440 -46.250 1.00 0.00 W2 O +ATOM 27620 H1 TIP3X 13 27.360 -24.140 -45.630 1.00 0.00 W2 H +ATOM 27621 H2 TIP3X 13 27.950 -25.390 -46.220 1.00 0.00 W2 H +ATOM 27622 OH2 TIP3X 14 45.860 40.770 -28.490 1.00 0.00 W2 O +ATOM 27623 H1 TIP3X 14 45.060 40.410 -28.090 1.00 0.00 W2 H +ATOM 27624 H2 TIP3X 14 46.420 40.010 -28.650 1.00 0.00 W2 H +ATOM 27625 OH2 TIP3X 15 -22.340 -26.360 27.870 1.00 0.00 W2 O +ATOM 27626 H1 TIP3X 15 -21.880 -25.550 28.060 1.00 0.00 W2 H +ATOM 27627 H2 TIP3X 15 -23.230 -26.200 28.160 1.00 0.00 W2 H +ATOM 27628 OH2 TIP3X 16 -30.570 -2.090 21.010 1.00 0.00 W2 O +ATOM 27629 H1 TIP3X 16 -30.530 -2.160 21.960 1.00 0.00 W2 H +ATOM 27630 H2 TIP3X 16 -30.350 -1.170 20.830 1.00 0.00 W2 H +ATOM 27631 OH2 TIP3X 17 11.390 -30.750 -37.570 1.00 0.00 W2 O +ATOM 27632 H1 TIP3X 17 10.830 -31.250 -36.970 1.00 0.00 W2 H +ATOM 27633 H2 TIP3X 17 10.960 -30.820 -38.420 1.00 0.00 W2 H +ATOM 27634 OH2 TIP3X 18 23.990 -20.330 26.910 1.00 0.00 W2 O +ATOM 27635 H1 TIP3X 18 23.640 -19.820 27.630 1.00 0.00 W2 H +ATOM 27636 H2 TIP3X 18 23.550 -21.180 26.970 1.00 0.00 W2 H +ATOM 27637 OH2 TIP3X 19 -40.960 -8.040 -38.830 1.00 0.00 W2 O +ATOM 27638 H1 TIP3X 19 -41.170 -7.890 -39.750 1.00 0.00 W2 H +ATOM 27639 H2 TIP3X 19 -40.110 -8.480 -38.860 1.00 0.00 W2 H +ATOM 27640 OH2 TIP3X 20 -0.060 40.420 -16.790 1.00 0.00 W2 O +ATOM 27641 H1 TIP3X 20 0.510 39.880 -16.250 1.00 0.00 W2 H +ATOM 27642 H2 TIP3X 20 -0.880 40.480 -16.300 1.00 0.00 W2 H +ATOM 27643 OH2 TIP3X 21 31.720 33.730 -44.920 1.00 0.00 W2 O +ATOM 27644 H1 TIP3X 21 32.260 34.480 -44.700 1.00 0.00 W2 H +ATOM 27645 H2 TIP3X 21 31.030 34.090 -45.480 1.00 0.00 W2 H +ATOM 27646 OH2 TIP3X 22 34.880 -2.660 29.860 1.00 0.00 W2 O +ATOM 27647 H1 TIP3X 22 35.440 -3.440 29.830 1.00 0.00 W2 H +ATOM 27648 H2 TIP3X 22 34.870 -2.420 30.790 1.00 0.00 W2 H +ATOM 27649 OH2 TIP3X 23 -29.510 -24.340 29.690 1.00 0.00 W2 O +ATOM 27650 H1 TIP3X 23 -29.290 -24.340 30.620 1.00 0.00 W2 H +ATOM 27651 H2 TIP3X 23 -29.450 -25.260 29.440 1.00 0.00 W2 H +ATOM 27652 OH2 TIP3X 24 -23.360 -19.830 28.040 1.00 0.00 W2 O +ATOM 27653 H1 TIP3X 24 -22.880 -19.060 28.360 1.00 0.00 W2 H +ATOM 27654 H2 TIP3X 24 -23.910 -20.090 28.780 1.00 0.00 W2 H +ATOM 27655 OH2 TIP3X 25 40.630 36.030 39.760 1.00 0.00 W2 O +ATOM 27656 H1 TIP3X 25 40.740 36.380 40.630 1.00 0.00 W2 H +ATOM 27657 H2 TIP3X 25 40.730 36.770 39.180 1.00 0.00 W2 H +ATOM 27658 OH2 TIP3X 26 -28.450 -36.850 -36.170 1.00 0.00 W2 O +ATOM 27659 H1 TIP3X 26 -27.630 -37.340 -36.030 1.00 0.00 W2 H +ATOM 27660 H2 TIP3X 26 -28.980 -37.420 -36.720 1.00 0.00 W2 H +ATOM 27661 OH2 TIP3X 27 3.980 -12.800 32.970 1.00 0.00 W2 O +ATOM 27662 H1 TIP3X 27 3.650 -12.730 33.860 1.00 0.00 W2 H +ATOM 27663 H2 TIP3X 27 4.610 -12.090 32.880 1.00 0.00 W2 H +ATOM 27664 OH2 TIP3X 28 -8.790 -18.550 -35.460 1.00 0.00 W2 O +ATOM 27665 H1 TIP3X 28 -8.930 -19.470 -35.700 1.00 0.00 W2 H +ATOM 27666 H2 TIP3X 28 -8.650 -18.570 -34.510 1.00 0.00 W2 H +ATOM 27667 OH2 TIP3X 29 -34.190 11.500 30.380 1.00 0.00 W2 O +ATOM 27668 H1 TIP3X 29 -34.220 11.800 29.480 1.00 0.00 W2 H +ATOM 27669 H2 TIP3X 29 -33.790 12.210 30.860 1.00 0.00 W2 H +ATOM 27670 OH2 TIP3X 30 5.300 13.350 -41.510 1.00 0.00 W2 O +ATOM 27671 H1 TIP3X 30 5.940 12.860 -42.030 1.00 0.00 W2 H +ATOM 27672 H2 TIP3X 30 5.280 12.910 -40.660 1.00 0.00 W2 H +ATOM 27673 OH2 TIP3X 31 -23.960 24.080 -42.010 1.00 0.00 W2 O +ATOM 27674 H1 TIP3X 31 -23.710 23.320 -42.520 1.00 0.00 W2 H +ATOM 27675 H2 TIP3X 31 -23.710 24.830 -42.550 1.00 0.00 W2 H +ATOM 27676 OH2 TIP3X 32 12.750 17.020 -19.390 1.00 0.00 W2 O +ATOM 27677 H1 TIP3X 32 13.040 17.930 -19.190 1.00 0.00 W2 H +ATOM 27678 H2 TIP3X 32 13.210 16.820 -20.210 1.00 0.00 W2 H +ATOM 27679 OH2 TIP3X 33 -20.870 -16.770 -19.270 1.00 0.00 W2 O +ATOM 27680 H1 TIP3X 33 -21.770 -17.050 -19.140 1.00 0.00 W2 H +ATOM 27681 H2 TIP3X 33 -20.840 -16.410 -20.160 1.00 0.00 W2 H +ATOM 27682 OH2 TIP3X 34 23.760 -49.130 -27.090 1.00 0.00 W2 O +ATOM 27683 H1 TIP3X 34 22.930 -49.380 -26.670 1.00 0.00 W2 H +ATOM 27684 H2 TIP3X 34 23.590 -49.180 -28.030 1.00 0.00 W2 H +ATOM 27685 OH2 TIP3X 35 31.740 -37.150 37.190 1.00 0.00 W2 O +ATOM 27686 H1 TIP3X 35 31.280 -36.850 36.400 1.00 0.00 W2 H +ATOM 27687 H2 TIP3X 35 31.530 -38.090 37.240 1.00 0.00 W2 H +ATOM 27688 OH2 TIP3X 36 23.310 -30.090 -19.680 1.00 0.00 W2 O +ATOM 27689 H1 TIP3X 36 23.040 -30.520 -18.860 1.00 0.00 W2 H +ATOM 27690 H2 TIP3X 36 23.180 -30.760 -20.360 1.00 0.00 W2 H +ATOM 27691 OH2 TIP3X 37 -22.620 -43.750 -32.050 1.00 0.00 W2 O +ATOM 27692 H1 TIP3X 37 -22.340 -43.980 -31.170 1.00 0.00 W2 H +ATOM 27693 H2 TIP3X 37 -22.700 -42.800 -32.040 1.00 0.00 W2 H +ATOM 27694 OH2 TIP3X 38 -14.910 -33.940 -34.590 1.00 0.00 W2 O +ATOM 27695 H1 TIP3X 38 -14.950 -34.810 -34.200 1.00 0.00 W2 H +ATOM 27696 H2 TIP3X 38 -14.030 -33.870 -34.930 1.00 0.00 W2 H +ATOM 27697 OH2 TIP3X 39 45.540 34.960 -21.140 1.00 0.00 W2 O +ATOM 27698 H1 TIP3X 39 46.290 34.860 -21.710 1.00 0.00 W2 H +ATOM 27699 H2 TIP3X 39 45.870 35.510 -20.410 1.00 0.00 W2 H +ATOM 27700 OH2 TIP3X 40 17.710 -19.180 -38.200 1.00 0.00 W2 O +ATOM 27701 H1 TIP3X 40 18.540 -19.110 -37.730 1.00 0.00 W2 H +ATOM 27702 H2 TIP3X 40 17.530 -20.120 -38.220 1.00 0.00 W2 H +ATOM 27703 OH2 TIP3X 41 34.480 8.290 -18.870 1.00 0.00 W2 O +ATOM 27704 H1 TIP3X 41 34.810 8.550 -18.010 1.00 0.00 W2 H +ATOM 27705 H2 TIP3X 41 34.840 8.920 -19.470 1.00 0.00 W2 H +ATOM 27706 OH2 TIP3X 42 3.770 -17.320 20.490 1.00 0.00 W2 O +ATOM 27707 H1 TIP3X 42 3.070 -17.400 21.130 1.00 0.00 W2 H +ATOM 27708 H2 TIP3X 42 4.060 -18.210 20.320 1.00 0.00 W2 H +ATOM 27709 OH2 TIP3X 43 -42.670 13.020 -16.070 1.00 0.00 W2 O +ATOM 27710 H1 TIP3X 43 -42.170 13.640 -15.550 1.00 0.00 W2 H +ATOM 27711 H2 TIP3X 43 -42.360 13.150 -16.960 1.00 0.00 W2 H +ATOM 27712 OH2 TIP3X 44 -15.440 40.660 15.580 1.00 0.00 W2 O +ATOM 27713 H1 TIP3X 44 -15.040 41.520 15.720 1.00 0.00 W2 H +ATOM 27714 H2 TIP3X 44 -14.710 40.080 15.400 1.00 0.00 W2 H +ATOM 27715 OH2 TIP3X 45 37.550 -41.440 36.920 1.00 0.00 W2 O +ATOM 27716 H1 TIP3X 45 37.140 -41.780 37.720 1.00 0.00 W2 H +ATOM 27717 H2 TIP3X 45 36.900 -41.610 36.230 1.00 0.00 W2 H +ATOM 27718 OH2 TIP3X 46 31.830 -42.210 -32.310 1.00 0.00 W2 O +ATOM 27719 H1 TIP3X 46 31.580 -41.580 -31.630 1.00 0.00 W2 H +ATOM 27720 H2 TIP3X 46 32.650 -41.870 -32.660 1.00 0.00 W2 H +ATOM 27721 OH2 TIP3X 47 -1.990 32.330 -33.150 1.00 0.00 W2 O +ATOM 27722 H1 TIP3X 47 -1.660 31.710 -33.800 1.00 0.00 W2 H +ATOM 27723 H2 TIP3X 47 -2.530 32.950 -33.650 1.00 0.00 W2 H +ATOM 27724 OH2 TIP3X 48 0.270 41.330 -26.110 1.00 0.00 W2 O +ATOM 27725 H1 TIP3X 48 -0.160 42.160 -26.320 1.00 0.00 W2 H +ATOM 27726 H2 TIP3X 48 1.190 41.550 -26.000 1.00 0.00 W2 H +ATOM 27727 OH2 TIP3X 49 9.960 -36.500 29.970 1.00 0.00 W2 O +ATOM 27728 H1 TIP3X 49 9.070 -36.840 30.120 1.00 0.00 W2 H +ATOM 27729 H2 TIP3X 49 9.820 -35.600 29.660 1.00 0.00 W2 H +ATOM 27730 OH2 TIP3X 50 21.640 24.710 21.260 1.00 0.00 W2 O +ATOM 27731 H1 TIP3X 50 21.360 24.110 20.570 1.00 0.00 W2 H +ATOM 27732 H2 TIP3X 50 21.350 25.570 20.950 1.00 0.00 W2 H +ATOM 27733 OH2 TIP3X 51 -2.600 -28.710 27.030 1.00 0.00 W2 O +ATOM 27734 H1 TIP3X 51 -3.450 -28.810 26.590 1.00 0.00 W2 H +ATOM 27735 H2 TIP3X 51 -2.760 -28.080 27.720 1.00 0.00 W2 H +ATOM 27736 OH2 TIP3X 52 -38.890 8.330 38.610 1.00 0.00 W2 O +ATOM 27737 H1 TIP3X 52 -39.450 8.890 38.080 1.00 0.00 W2 H +ATOM 27738 H2 TIP3X 52 -39.130 8.540 39.520 1.00 0.00 W2 H +ATOM 27739 OH2 TIP3X 53 24.280 -40.390 26.910 1.00 0.00 W2 O +ATOM 27740 H1 TIP3X 53 24.180 -41.220 27.380 1.00 0.00 W2 H +ATOM 27741 H2 TIP3X 53 24.920 -39.900 27.420 1.00 0.00 W2 H +ATOM 27742 OH2 TIP3X 54 -39.820 -12.800 -41.710 1.00 0.00 W2 O +ATOM 27743 H1 TIP3X 54 -40.230 -12.270 -41.030 1.00 0.00 W2 H +ATOM 27744 H2 TIP3X 54 -39.550 -12.160 -42.360 1.00 0.00 W2 H +ATOM 27745 OH2 TIP3X 55 41.800 22.800 33.500 1.00 0.00 W2 O +ATOM 27746 H1 TIP3X 55 42.110 22.200 34.180 1.00 0.00 W2 H +ATOM 27747 H2 TIP3X 55 42.370 22.640 32.750 1.00 0.00 W2 H +ATOM 27748 OH2 TIP3X 56 -11.840 36.720 -39.820 1.00 0.00 W2 O +ATOM 27749 H1 TIP3X 56 -12.660 37.160 -39.610 1.00 0.00 W2 H +ATOM 27750 H2 TIP3X 56 -11.310 37.390 -40.260 1.00 0.00 W2 H +ATOM 27751 OH2 TIP3X 57 -32.470 8.470 -43.400 1.00 0.00 W2 O +ATOM 27752 H1 TIP3X 57 -31.950 7.670 -43.380 1.00 0.00 W2 H +ATOM 27753 H2 TIP3X 57 -33.280 8.220 -43.830 1.00 0.00 W2 H +ATOM 27754 OH2 TIP3X 58 2.310 15.520 -28.590 1.00 0.00 W2 O +ATOM 27755 H1 TIP3X 58 2.700 15.450 -29.460 1.00 0.00 W2 H +ATOM 27756 H2 TIP3X 58 1.380 15.670 -28.750 1.00 0.00 W2 H +ATOM 27757 OH2 TIP3X 59 -33.280 28.600 25.970 1.00 0.00 W2 O +ATOM 27758 H1 TIP3X 59 -33.220 28.390 26.900 1.00 0.00 W2 H +ATOM 27759 H2 TIP3X 59 -32.430 28.360 25.600 1.00 0.00 W2 H +ATOM 27760 OH2 TIP3X 60 40.520 -49.680 -27.450 1.00 0.00 W2 O +ATOM 27761 H1 TIP3X 60 41.090 -49.970 -28.170 1.00 0.00 W2 H +ATOM 27762 H2 TIP3X 60 41.090 -49.610 -26.690 1.00 0.00 W2 H +ATOM 27763 OH2 TIP3X 61 19.530 -40.340 -31.700 1.00 0.00 W2 O +ATOM 27764 H1 TIP3X 61 20.230 -39.710 -31.810 1.00 0.00 W2 H +ATOM 27765 H2 TIP3X 61 18.910 -40.150 -32.390 1.00 0.00 W2 H +ATOM 27766 OH2 TIP3X 62 -24.220 -27.320 -46.600 1.00 0.00 W2 O +ATOM 27767 H1 TIP3X 62 -24.720 -27.760 -47.280 1.00 0.00 W2 H +ATOM 27768 H2 TIP3X 62 -23.800 -26.590 -47.030 1.00 0.00 W2 H +ATOM 27769 OH2 TIP3X 63 -25.630 33.660 -35.100 1.00 0.00 W2 O +ATOM 27770 H1 TIP3X 63 -26.150 33.410 -34.330 1.00 0.00 W2 H +ATOM 27771 H2 TIP3X 63 -25.380 32.820 -35.490 1.00 0.00 W2 H +ATOM 27772 OH2 TIP3X 64 8.850 -15.830 -44.630 1.00 0.00 W2 O +ATOM 27773 H1 TIP3X 64 9.460 -15.380 -45.210 1.00 0.00 W2 H +ATOM 27774 H2 TIP3X 64 8.700 -15.220 -43.920 1.00 0.00 W2 H +ATOM 27775 OH2 TIP3X 65 4.600 -9.410 25.340 1.00 0.00 W2 O +ATOM 27776 H1 TIP3X 65 5.420 -9.870 25.530 1.00 0.00 W2 H +ATOM 27777 H2 TIP3X 65 4.110 -10.000 24.780 1.00 0.00 W2 H +ATOM 27778 OH2 TIP3X 66 -40.500 -34.630 37.430 1.00 0.00 W2 O +ATOM 27779 H1 TIP3X 66 -41.300 -34.970 37.030 1.00 0.00 W2 H +ATOM 27780 H2 TIP3X 66 -39.840 -34.700 36.740 1.00 0.00 W2 H +ATOM 27781 OH2 TIP3X 67 -41.890 37.800 -40.920 1.00 0.00 W2 O +ATOM 27782 H1 TIP3X 67 -41.360 37.100 -40.540 1.00 0.00 W2 H +ATOM 27783 H2 TIP3X 67 -41.260 38.320 -41.420 1.00 0.00 W2 H +ATOM 27784 OH2 TIP3X 68 30.940 23.650 -16.150 1.00 0.00 W2 O +ATOM 27785 H1 TIP3X 68 30.290 22.970 -16.360 1.00 0.00 W2 H +ATOM 27786 H2 TIP3X 68 30.530 24.140 -15.430 1.00 0.00 W2 H +ATOM 27787 OH2 TIP3X 69 -5.390 -34.070 22.600 1.00 0.00 W2 O +ATOM 27788 H1 TIP3X 69 -6.020 -34.620 23.070 1.00 0.00 W2 H +ATOM 27789 H2 TIP3X 69 -4.850 -33.680 23.280 1.00 0.00 W2 H +ATOM 27790 OH2 TIP3X 70 -6.970 -41.420 -31.580 1.00 0.00 W2 O +ATOM 27791 H1 TIP3X 70 -7.150 -42.280 -31.970 1.00 0.00 W2 H +ATOM 27792 H2 TIP3X 70 -6.740 -41.600 -30.670 1.00 0.00 W2 H +ATOM 27793 OH2 TIP3X 71 -9.740 -37.480 19.380 1.00 0.00 W2 O +ATOM 27794 H1 TIP3X 71 -10.230 -38.290 19.350 1.00 0.00 W2 H +ATOM 27795 H2 TIP3X 71 -8.880 -37.730 19.720 1.00 0.00 W2 H +ATOM 27796 OH2 TIP3X 72 -0.350 32.850 -23.540 1.00 0.00 W2 O +ATOM 27797 H1 TIP3X 72 -0.820 32.020 -23.600 1.00 0.00 W2 H +ATOM 27798 H2 TIP3X 72 0.540 32.600 -23.260 1.00 0.00 W2 H +ATOM 27799 OH2 TIP3X 73 35.180 0.640 -29.660 1.00 0.00 W2 O +ATOM 27800 H1 TIP3X 73 35.310 -0.050 -29.010 1.00 0.00 W2 H +ATOM 27801 H2 TIP3X 73 35.410 1.440 -29.200 1.00 0.00 W2 H +ATOM 27802 OH2 TIP3X 74 -30.860 -45.680 35.400 1.00 0.00 W2 O +ATOM 27803 H1 TIP3X 74 -31.770 -45.680 35.100 1.00 0.00 W2 H +ATOM 27804 H2 TIP3X 74 -30.840 -45.020 36.090 1.00 0.00 W2 H +ATOM 27805 OH2 TIP3X 75 33.740 2.340 -22.090 1.00 0.00 W2 O +ATOM 27806 H1 TIP3X 75 33.530 2.570 -21.190 1.00 0.00 W2 H +ATOM 27807 H2 TIP3X 75 34.390 1.650 -22.030 1.00 0.00 W2 H +ATOM 27808 OH2 TIP3X 76 -19.130 -4.650 -37.610 1.00 0.00 W2 O +ATOM 27809 H1 TIP3X 76 -19.980 -4.820 -37.240 1.00 0.00 W2 H +ATOM 27810 H2 TIP3X 76 -18.860 -3.810 -37.210 1.00 0.00 W2 H +ATOM 27811 OH2 TIP3X 77 -24.320 -31.980 -42.860 1.00 0.00 W2 O +ATOM 27812 H1 TIP3X 77 -24.760 -31.130 -42.970 1.00 0.00 W2 H +ATOM 27813 H2 TIP3X 77 -24.210 -32.310 -43.750 1.00 0.00 W2 H +ATOM 27814 OH2 TIP3X 78 10.600 -7.730 -31.320 1.00 0.00 W2 O +ATOM 27815 H1 TIP3X 78 10.820 -7.720 -30.400 1.00 0.00 W2 H +ATOM 27816 H2 TIP3X 78 10.430 -8.640 -31.520 1.00 0.00 W2 H +ATOM 27817 OH2 TIP3X 79 -34.200 -22.270 33.980 1.00 0.00 W2 O +ATOM 27818 H1 TIP3X 79 -33.330 -21.860 34.030 1.00 0.00 W2 H +ATOM 27819 H2 TIP3X 79 -34.010 -23.210 33.890 1.00 0.00 W2 H +ATOM 27820 OH2 TIP3X 80 8.280 -40.040 34.230 1.00 0.00 W2 O +ATOM 27821 H1 TIP3X 80 9.030 -39.880 34.800 1.00 0.00 W2 H +ATOM 27822 H2 TIP3X 80 8.270 -39.310 33.620 1.00 0.00 W2 H +ATOM 27823 OH2 TIP3X 81 41.010 37.640 -41.570 1.00 0.00 W2 O +ATOM 27824 H1 TIP3X 81 41.190 37.400 -42.480 1.00 0.00 W2 H +ATOM 27825 H2 TIP3X 81 40.570 36.880 -41.200 1.00 0.00 W2 H +ATOM 27826 OH2 TIP3X 82 14.810 28.160 -47.850 1.00 0.00 W2 O +ATOM 27827 H1 TIP3X 82 14.090 28.380 -47.250 1.00 0.00 W2 H +ATOM 27828 H2 TIP3X 82 14.480 27.400 -48.340 1.00 0.00 W2 H +ATOM 27829 OH2 TIP3X 83 -27.400 0.970 -26.820 1.00 0.00 W2 O +ATOM 27830 H1 TIP3X 83 -27.000 0.530 -26.070 1.00 0.00 W2 H +ATOM 27831 H2 TIP3X 83 -26.760 1.630 -27.080 1.00 0.00 W2 H +ATOM 27832 OH2 TIP3X 84 17.730 20.750 28.130 1.00 0.00 W2 O +ATOM 27833 H1 TIP3X 84 18.470 20.840 27.520 1.00 0.00 W2 H +ATOM 27834 H2 TIP3X 84 17.650 21.610 28.550 1.00 0.00 W2 H +ATOM 27835 OH2 TIP3X 85 -14.780 34.120 34.120 1.00 0.00 W2 O +ATOM 27836 H1 TIP3X 85 -14.050 33.530 33.960 1.00 0.00 W2 H +ATOM 27837 H2 TIP3X 85 -14.880 34.600 33.290 1.00 0.00 W2 H +ATOM 27838 OH2 TIP3X 86 -13.170 -16.160 16.010 1.00 0.00 W2 O +ATOM 27839 H1 TIP3X 86 -13.020 -15.740 15.160 1.00 0.00 W2 H +ATOM 27840 H2 TIP3X 86 -12.890 -17.070 15.880 1.00 0.00 W2 H +ATOM 27841 OH2 TIP3X 87 45.820 -31.600 20.470 1.00 0.00 W2 O +ATOM 27842 H1 TIP3X 87 46.360 -30.820 20.370 1.00 0.00 W2 H +ATOM 27843 H2 TIP3X 87 45.110 -31.330 21.040 1.00 0.00 W2 H +ATOM 27844 OH2 TIP3X 88 24.170 3.370 38.210 1.00 0.00 W2 O +ATOM 27845 H1 TIP3X 88 24.720 4.040 38.620 1.00 0.00 W2 H +ATOM 27846 H2 TIP3X 88 24.740 2.610 38.120 1.00 0.00 W2 H +ATOM 27847 OH2 TIP3X 89 42.210 10.130 -10.970 1.00 0.00 W2 O +ATOM 27848 H1 TIP3X 89 41.830 9.730 -11.760 1.00 0.00 W2 H +ATOM 27849 H2 TIP3X 89 41.530 10.730 -10.660 1.00 0.00 W2 H +ATOM 27850 OH2 TIP3X 90 -5.140 -43.560 -24.120 1.00 0.00 W2 O +ATOM 27851 H1 TIP3X 90 -5.670 -43.250 -24.850 1.00 0.00 W2 H +ATOM 27852 H2 TIP3X 90 -4.440 -44.070 -24.530 1.00 0.00 W2 H +ATOM 27853 OH2 TIP3X 91 -21.250 8.480 33.750 1.00 0.00 W2 O +ATOM 27854 H1 TIP3X 91 -21.570 9.350 33.980 1.00 0.00 W2 H +ATOM 27855 H2 TIP3X 91 -21.350 7.960 34.540 1.00 0.00 W2 H +ATOM 27856 OH2 TIP3X 92 -6.110 14.790 34.300 1.00 0.00 W2 O +ATOM 27857 H1 TIP3X 92 -6.920 15.260 34.440 1.00 0.00 W2 H +ATOM 27858 H2 TIP3X 92 -6.250 13.920 34.650 1.00 0.00 W2 H +ATOM 27859 OH2 TIP3X 93 5.720 39.450 -21.660 1.00 0.00 W2 O +ATOM 27860 H1 TIP3X 93 6.320 38.730 -21.820 1.00 0.00 W2 H +ATOM 27861 H2 TIP3X 93 6.270 40.180 -21.410 1.00 0.00 W2 H +ATOM 27862 OH2 TIP3X 94 26.270 15.680 27.650 1.00 0.00 W2 O +ATOM 27863 H1 TIP3X 94 25.410 15.470 28.020 1.00 0.00 W2 H +ATOM 27864 H2 TIP3X 94 26.890 15.270 28.250 1.00 0.00 W2 H +ATOM 27865 OH2 TIP3X 95 20.030 36.890 -39.380 1.00 0.00 W2 O +ATOM 27866 H1 TIP3X 95 19.340 37.550 -39.420 1.00 0.00 W2 H +ATOM 27867 H2 TIP3X 95 19.960 36.420 -40.210 1.00 0.00 W2 H +ATOM 27868 OH2 TIP3X 96 -0.330 41.750 -23.390 1.00 0.00 W2 O +ATOM 27869 H1 TIP3X 96 -1.210 41.460 -23.150 1.00 0.00 W2 H +ATOM 27870 H2 TIP3X 96 -0.200 41.410 -24.280 1.00 0.00 W2 H +ATOM 27871 OH2 TIP3X 97 -24.660 -12.990 21.900 1.00 0.00 W2 O +ATOM 27872 H1 TIP3X 97 -25.240 -13.540 21.380 1.00 0.00 W2 H +ATOM 27873 H2 TIP3X 97 -25.130 -12.150 21.970 1.00 0.00 W2 H +ATOM 27874 OH2 TIP3X 98 23.640 4.290 -37.320 1.00 0.00 W2 O +ATOM 27875 H1 TIP3X 98 23.780 4.870 -36.570 1.00 0.00 W2 H +ATOM 27876 H2 TIP3X 98 23.580 4.880 -38.070 1.00 0.00 W2 H +ATOM 27877 OH2 TIP3X 99 47.950 -24.990 -38.220 1.00 0.00 W2 O +ATOM 27878 H1 TIP3X 99 47.230 -25.590 -38.060 1.00 0.00 W2 H +ATOM 27879 H2 TIP3X 99 47.560 -24.130 -38.170 1.00 0.00 W2 H +ATOM 27880 OH2 TIP3X 100 13.220 -42.800 -49.130 1.00 0.00 W2 O +ATOM 27881 H1 TIP3X 100 14.070 -43.140 -48.860 1.00 0.00 W2 H +ATOM 27882 H2 TIP3X 100 13.350 -41.850 -49.210 1.00 0.00 W2 H +ATOM 27883 OH2 TIP3X 101 -35.050 14.260 22.440 1.00 0.00 W2 O +ATOM 27884 H1 TIP3X 101 -34.560 14.770 23.090 1.00 0.00 W2 H +ATOM 27885 H2 TIP3X 101 -34.460 13.530 22.220 1.00 0.00 W2 H +ATOM 27886 OH2 TIP3X 102 35.580 -16.290 -52.560 1.00 0.00 W2 O +ATOM 27887 H1 TIP3X 102 36.520 -16.300 -52.750 1.00 0.00 W2 H +ATOM 27888 H2 TIP3X 102 35.400 -15.380 -52.290 1.00 0.00 W2 H +ATOM 27889 OH2 TIP3X 103 31.360 -5.230 35.630 1.00 0.00 W2 O +ATOM 27890 H1 TIP3X 103 30.940 -4.890 36.410 1.00 0.00 W2 H +ATOM 27891 H2 TIP3X 103 31.630 -4.440 35.150 1.00 0.00 W2 H +ATOM 27892 OH2 TIP3X 104 26.040 -19.910 -10.430 1.00 0.00 W2 O +ATOM 27893 H1 TIP3X 104 25.880 -20.430 -11.220 1.00 0.00 W2 H +ATOM 27894 H2 TIP3X 104 25.500 -19.130 -10.550 1.00 0.00 W2 H +ATOM 27895 OH2 TIP3X 105 -34.930 -9.390 -39.340 1.00 0.00 W2 O +ATOM 27896 H1 TIP3X 105 -35.760 -9.780 -39.640 1.00 0.00 W2 H +ATOM 27897 H2 TIP3X 105 -34.580 -10.010 -38.710 1.00 0.00 W2 H +ATOM 27898 OH2 TIP3X 106 28.690 11.490 -48.780 1.00 0.00 W2 O +ATOM 27899 H1 TIP3X 106 27.940 11.700 -49.340 1.00 0.00 W2 H +ATOM 27900 H2 TIP3X 106 28.800 12.260 -48.220 1.00 0.00 W2 H +ATOM 27901 OH2 TIP3X 107 6.080 -31.280 28.060 1.00 0.00 W2 O +ATOM 27902 H1 TIP3X 107 5.270 -30.790 27.960 1.00 0.00 W2 H +ATOM 27903 H2 TIP3X 107 6.710 -30.830 27.500 1.00 0.00 W2 H +ATOM 27904 OH2 TIP3X 108 -2.960 40.590 23.720 1.00 0.00 W2 O +ATOM 27905 H1 TIP3X 108 -3.170 41.500 23.520 1.00 0.00 W2 H +ATOM 27906 H2 TIP3X 108 -3.490 40.390 24.490 1.00 0.00 W2 H +ATOM 27907 OH2 TIP3X 109 -40.150 6.940 -42.490 1.00 0.00 W2 O +ATOM 27908 H1 TIP3X 109 -40.720 7.120 -41.750 1.00 0.00 W2 H +ATOM 27909 H2 TIP3X 109 -39.460 6.390 -42.140 1.00 0.00 W2 H +ATOM 27910 OH2 TIP3X 110 -5.110 -19.690 17.540 1.00 0.00 W2 O +ATOM 27911 H1 TIP3X 110 -5.040 -19.120 16.780 1.00 0.00 W2 H +ATOM 27912 H2 TIP3X 110 -5.860 -20.250 17.360 1.00 0.00 W2 H +ATOM 27913 OH2 TIP3X 111 37.050 33.990 -42.120 1.00 0.00 W2 O +ATOM 27914 H1 TIP3X 111 37.250 34.420 -42.960 1.00 0.00 W2 H +ATOM 27915 H2 TIP3X 111 36.560 34.650 -41.630 1.00 0.00 W2 H +ATOM 27916 OH2 TIP3X 112 45.980 14.480 -44.130 1.00 0.00 W2 O +ATOM 27917 H1 TIP3X 112 45.820 15.290 -43.650 1.00 0.00 W2 H +ATOM 27918 H2 TIP3X 112 46.910 14.550 -44.380 1.00 0.00 W2 H +ATOM 27919 OH2 TIP3X 113 -42.190 14.070 40.040 1.00 0.00 W2 O +ATOM 27920 H1 TIP3X 113 -41.360 13.630 40.140 1.00 0.00 W2 H +ATOM 27921 H2 TIP3X 113 -41.980 15.000 40.090 1.00 0.00 W2 H +ATOM 27922 OH2 TIP3X 114 -11.670 21.870 33.620 1.00 0.00 W2 O +ATOM 27923 H1 TIP3X 114 -11.330 22.100 34.480 1.00 0.00 W2 H +ATOM 27924 H2 TIP3X 114 -11.960 22.700 33.240 1.00 0.00 W2 H +ATOM 27925 OH2 TIP3X 115 -10.060 25.480 -43.730 1.00 0.00 W2 O +ATOM 27926 H1 TIP3X 115 -10.410 26.360 -43.560 1.00 0.00 W2 H +ATOM 27927 H2 TIP3X 115 -10.550 24.910 -43.160 1.00 0.00 W2 H +ATOM 27928 OH2 TIP3X 116 -0.360 43.100 -41.700 1.00 0.00 W2 O +ATOM 27929 H1 TIP3X 116 -0.150 42.800 -42.580 1.00 0.00 W2 H +ATOM 27930 H2 TIP3X 116 0.330 42.740 -41.140 1.00 0.00 W2 H +ATOM 27931 OH2 TIP3X 117 31.830 19.010 -7.440 1.00 0.00 W2 O +ATOM 27932 H1 TIP3X 117 32.350 18.560 -6.770 1.00 0.00 W2 H +ATOM 27933 H2 TIP3X 117 32.330 19.790 -7.650 1.00 0.00 W2 H +ATOM 27934 OH2 TIP3X 118 38.240 -41.410 -42.360 1.00 0.00 W2 O +ATOM 27935 H1 TIP3X 118 38.940 -42.050 -42.430 1.00 0.00 W2 H +ATOM 27936 H2 TIP3X 118 38.100 -41.300 -41.420 1.00 0.00 W2 H +ATOM 27937 OH2 TIP3X 119 -44.110 -27.570 -42.840 1.00 0.00 W2 O +ATOM 27938 H1 TIP3X 119 -44.280 -28.250 -43.500 1.00 0.00 W2 H +ATOM 27939 H2 TIP3X 119 -44.870 -27.630 -42.250 1.00 0.00 W2 H +ATOM 27940 OH2 TIP3X 120 -15.060 30.260 -21.920 1.00 0.00 W2 O +ATOM 27941 H1 TIP3X 120 -15.320 29.360 -22.050 1.00 0.00 W2 H +ATOM 27942 H2 TIP3X 120 -15.150 30.410 -20.970 1.00 0.00 W2 H +ATOM 27943 OH2 TIP3X 121 -25.070 31.550 21.320 1.00 0.00 W2 O +ATOM 27944 H1 TIP3X 121 -24.840 31.970 22.150 1.00 0.00 W2 H +ATOM 27945 H2 TIP3X 121 -25.650 32.170 20.890 1.00 0.00 W2 H +ATOM 27946 OH2 TIP3X 122 -38.240 -9.280 -28.920 1.00 0.00 W2 O +ATOM 27947 H1 TIP3X 122 -37.570 -8.840 -29.440 1.00 0.00 W2 H +ATOM 27948 H2 TIP3X 122 -38.510 -10.030 -29.450 1.00 0.00 W2 H +ATOM 27949 OH2 TIP3X 123 -32.680 33.480 -29.930 1.00 0.00 W2 O +ATOM 27950 H1 TIP3X 123 -32.650 34.310 -29.450 1.00 0.00 W2 H +ATOM 27951 H2 TIP3X 123 -31.890 33.020 -29.650 1.00 0.00 W2 H +ATOM 27952 OH2 TIP3X 124 5.770 37.430 35.400 1.00 0.00 W2 O +ATOM 27953 H1 TIP3X 124 5.420 38.280 35.650 1.00 0.00 W2 H +ATOM 27954 H2 TIP3X 124 6.340 37.170 36.120 1.00 0.00 W2 H +ATOM 27955 OH2 TIP3X 125 30.280 21.270 -27.930 1.00 0.00 W2 O +ATOM 27956 H1 TIP3X 125 29.700 20.950 -28.620 1.00 0.00 W2 H +ATOM 27957 H2 TIP3X 125 30.210 22.230 -28.000 1.00 0.00 W2 H +ATOM 27958 OH2 TIP3X 126 7.970 9.960 33.640 1.00 0.00 W2 O +ATOM 27959 H1 TIP3X 126 8.260 10.840 33.400 1.00 0.00 W2 H +ATOM 27960 H2 TIP3X 126 8.720 9.580 34.080 1.00 0.00 W2 H +ATOM 27961 OH2 TIP3X 127 16.050 -44.500 -24.620 1.00 0.00 W2 O +ATOM 27962 H1 TIP3X 127 15.850 -43.900 -23.900 1.00 0.00 W2 H +ATOM 27963 H2 TIP3X 127 16.530 -45.210 -24.200 1.00 0.00 W2 H +ATOM 27964 OH2 TIP3X 128 -4.500 -44.720 -43.900 1.00 0.00 W2 O +ATOM 27965 H1 TIP3X 128 -4.130 -45.200 -44.640 1.00 0.00 W2 H +ATOM 27966 H2 TIP3X 128 -5.450 -44.830 -43.990 1.00 0.00 W2 H +ATOM 27967 OH2 TIP3X 129 -15.760 29.570 -48.940 1.00 0.00 W2 O +ATOM 27968 H1 TIP3X 129 -16.520 29.950 -49.390 1.00 0.00 W2 H +ATOM 27969 H2 TIP3X 129 -16.080 29.350 -48.070 1.00 0.00 W2 H +ATOM 27970 OH2 TIP3X 130 -38.790 -23.790 -20.050 1.00 0.00 W2 O +ATOM 27971 H1 TIP3X 130 -39.020 -23.110 -19.440 1.00 0.00 W2 H +ATOM 27972 H2 TIP3X 130 -38.250 -23.350 -20.720 1.00 0.00 W2 H +ATOM 27973 OH2 TIP3X 131 -41.540 -35.570 -33.190 1.00 0.00 W2 O +ATOM 27974 H1 TIP3X 131 -40.620 -35.790 -33.080 1.00 0.00 W2 H +ATOM 27975 H2 TIP3X 131 -41.880 -36.180 -33.840 1.00 0.00 W2 H +ATOM 27976 OH2 TIP3X 132 -32.940 29.540 -33.110 1.00 0.00 W2 O +ATOM 27977 H1 TIP3X 132 -32.470 30.260 -32.680 1.00 0.00 W2 H +ATOM 27978 H2 TIP3X 132 -32.270 29.110 -33.640 1.00 0.00 W2 H +ATOM 27979 OH2 TIP3X 133 -30.530 13.510 33.790 1.00 0.00 W2 O +ATOM 27980 H1 TIP3X 133 -30.520 14.450 33.860 1.00 0.00 W2 H +ATOM 27981 H2 TIP3X 133 -30.200 13.320 32.910 1.00 0.00 W2 H +ATOM 27982 OH2 TIP3X 134 -15.250 -49.580 -24.600 1.00 0.00 W2 O +ATOM 27983 H1 TIP3X 134 -15.500 -48.760 -25.020 1.00 0.00 W2 H +ATOM 27984 H2 TIP3X 134 -14.370 -49.410 -24.250 1.00 0.00 W2 H +ATOM 27985 OH2 TIP3X 135 -5.490 -13.520 14.400 1.00 0.00 W2 O +ATOM 27986 H1 TIP3X 135 -6.370 -13.210 14.170 1.00 0.00 W2 H +ATOM 27987 H2 TIP3X 135 -4.930 -12.740 14.330 1.00 0.00 W2 H +ATOM 27988 OH2 TIP3X 136 -18.730 -26.420 -21.010 1.00 0.00 W2 O +ATOM 27989 H1 TIP3X 136 -18.130 -26.980 -21.500 1.00 0.00 W2 H +ATOM 27990 H2 TIP3X 136 -18.610 -26.670 -20.100 1.00 0.00 W2 H +ATOM 27991 OH2 TIP3X 137 33.080 23.860 -47.760 1.00 0.00 W2 O +ATOM 27992 H1 TIP3X 137 33.160 22.970 -47.380 1.00 0.00 W2 H +ATOM 27993 H2 TIP3X 137 33.630 23.830 -48.540 1.00 0.00 W2 H +ATOM 27994 OH2 TIP3X 138 -22.940 -15.140 29.820 1.00 0.00 W2 O +ATOM 27995 H1 TIP3X 138 -23.180 -16.040 30.000 1.00 0.00 W2 H +ATOM 27996 H2 TIP3X 138 -22.240 -14.960 30.450 1.00 0.00 W2 H +ATOM 27997 OH2 TIP3X 139 -32.510 -13.560 -25.550 1.00 0.00 W2 O +ATOM 27998 H1 TIP3X 139 -32.930 -14.130 -26.200 1.00 0.00 W2 H +ATOM 27999 H2 TIP3X 139 -32.930 -12.710 -25.680 1.00 0.00 W2 H +ATOM 28000 OH2 TIP3X 140 -22.770 -14.780 -43.030 1.00 0.00 W2 O +ATOM 28001 H1 TIP3X 140 -21.900 -14.590 -43.370 1.00 0.00 W2 H +ATOM 28002 H2 TIP3X 140 -23.060 -13.950 -42.650 1.00 0.00 W2 H +ATOM 28003 OH2 TIP3X 141 -14.600 38.890 -43.110 1.00 0.00 W2 O +ATOM 28004 H1 TIP3X 141 -13.930 38.230 -42.990 1.00 0.00 W2 H +ATOM 28005 H2 TIP3X 141 -14.390 39.560 -42.460 1.00 0.00 W2 H +ATOM 28006 OH2 TIP3X 142 -0.270 25.510 20.210 1.00 0.00 W2 O +ATOM 28007 H1 TIP3X 142 0.000 25.630 19.300 1.00 0.00 W2 H +ATOM 28008 H2 TIP3X 142 -1.200 25.330 20.170 1.00 0.00 W2 H +ATOM 28009 OH2 TIP3X 143 -24.670 34.760 41.430 1.00 0.00 W2 O +ATOM 28010 H1 TIP3X 143 -24.340 33.870 41.540 1.00 0.00 W2 H +ATOM 28011 H2 TIP3X 143 -23.890 35.300 41.610 1.00 0.00 W2 H +ATOM 28012 OH2 TIP3X 144 24.920 33.690 -21.460 1.00 0.00 W2 O +ATOM 28013 H1 TIP3X 144 25.280 34.570 -21.280 1.00 0.00 W2 H +ATOM 28014 H2 TIP3X 144 24.390 33.810 -22.250 1.00 0.00 W2 H +ATOM 28015 OH2 TIP3X 145 -10.470 -12.620 36.530 1.00 0.00 W2 O +ATOM 28016 H1 TIP3X 145 -9.700 -12.700 37.090 1.00 0.00 W2 H +ATOM 28017 H2 TIP3X 145 -10.180 -12.040 35.820 1.00 0.00 W2 H +ATOM 28018 OH2 TIP3X 146 14.100 -29.150 -28.160 1.00 0.00 W2 O +ATOM 28019 H1 TIP3X 146 14.670 -28.460 -28.490 1.00 0.00 W2 H +ATOM 28020 H2 TIP3X 146 14.630 -29.950 -28.230 1.00 0.00 W2 H +ATOM 28021 OH2 TIP3X 147 -17.970 31.820 -35.210 1.00 0.00 W2 O +ATOM 28022 H1 TIP3X 147 -18.330 31.330 -35.940 1.00 0.00 W2 H +ATOM 28023 H2 TIP3X 147 -17.040 31.900 -35.400 1.00 0.00 W2 H +ATOM 28024 OH2 TIP3X 148 31.000 33.640 19.800 1.00 0.00 W2 O +ATOM 28025 H1 TIP3X 148 31.810 34.160 19.740 1.00 0.00 W2 H +ATOM 28026 H2 TIP3X 148 30.560 33.960 20.580 1.00 0.00 W2 H +ATOM 28027 OH2 TIP3X 149 -0.220 -28.820 -39.370 1.00 0.00 W2 O +ATOM 28028 H1 TIP3X 149 -0.780 -29.580 -39.220 1.00 0.00 W2 H +ATOM 28029 H2 TIP3X 149 -0.820 -28.110 -39.550 1.00 0.00 W2 H +ATOM 28030 OH2 TIP3X 150 42.440 -16.440 -48.120 1.00 0.00 W2 O +ATOM 28031 H1 TIP3X 150 43.000 -15.710 -47.900 1.00 0.00 W2 H +ATOM 28032 H2 TIP3X 150 42.520 -16.510 -49.080 1.00 0.00 W2 H +ATOM 28033 OH2 TIP3X 151 -18.120 22.500 -15.180 1.00 0.00 W2 O +ATOM 28034 H1 TIP3X 151 -18.600 23.280 -14.930 1.00 0.00 W2 H +ATOM 28035 H2 TIP3X 151 -18.640 21.770 -14.850 1.00 0.00 W2 H +ATOM 28036 OH2 TIP3X 152 -25.510 43.100 -28.230 1.00 0.00 W2 O +ATOM 28037 H1 TIP3X 152 -25.220 42.220 -28.480 1.00 0.00 W2 H +ATOM 28038 H2 TIP3X 152 -24.890 43.680 -28.670 1.00 0.00 W2 H +ATOM 28039 OH2 TIP3X 153 -43.710 32.510 -21.740 1.00 0.00 W2 O +ATOM 28040 H1 TIP3X 153 -43.060 32.360 -22.420 1.00 0.00 W2 H +ATOM 28041 H2 TIP3X 153 -44.050 31.640 -21.530 1.00 0.00 W2 H +ATOM 28042 OH2 TIP3X 154 -24.600 -18.820 -24.560 1.00 0.00 W2 O +ATOM 28043 H1 TIP3X 154 -24.860 -18.660 -23.660 1.00 0.00 W2 H +ATOM 28044 H2 TIP3X 154 -23.750 -18.400 -24.660 1.00 0.00 W2 H +ATOM 28045 OH2 TIP3X 155 26.230 1.480 -38.210 1.00 0.00 W2 O +ATOM 28046 H1 TIP3X 155 26.340 0.840 -38.910 1.00 0.00 W2 H +ATOM 28047 H2 TIP3X 155 26.480 2.320 -38.600 1.00 0.00 W2 H +ATOM 28048 OH2 TIP3X 156 -29.220 8.990 -28.830 1.00 0.00 W2 O +ATOM 28049 H1 TIP3X 156 -28.710 8.290 -29.230 1.00 0.00 W2 H +ATOM 28050 H2 TIP3X 156 -29.000 9.770 -29.320 1.00 0.00 W2 H +ATOM 28051 OH2 TIP3X 157 17.840 12.070 -46.490 1.00 0.00 W2 O +ATOM 28052 H1 TIP3X 157 17.730 11.870 -45.560 1.00 0.00 W2 H +ATOM 28053 H2 TIP3X 157 18.370 12.870 -46.500 1.00 0.00 W2 H +ATOM 28054 OH2 TIP3X 158 47.340 -42.550 29.630 1.00 0.00 W2 O +ATOM 28055 H1 TIP3X 158 47.190 -42.420 28.700 1.00 0.00 W2 H +ATOM 28056 H2 TIP3X 158 48.200 -42.960 29.680 1.00 0.00 W2 H +ATOM 28057 OH2 TIP3X 159 10.440 -5.380 -47.140 1.00 0.00 W2 O +ATOM 28058 H1 TIP3X 159 10.230 -4.760 -46.430 1.00 0.00 W2 H +ATOM 28059 H2 TIP3X 159 11.320 -5.680 -46.940 1.00 0.00 W2 H +ATOM 28060 OH2 TIP3X 160 17.490 0.670 24.980 1.00 0.00 W2 O +ATOM 28061 H1 TIP3X 160 17.090 1.110 24.230 1.00 0.00 W2 H +ATOM 28062 H2 TIP3X 160 17.870 1.370 25.500 1.00 0.00 W2 H +ATOM 28063 OH2 TIP3X 161 -1.790 -5.430 11.210 1.00 0.00 W2 O +ATOM 28064 H1 TIP3X 161 -2.120 -5.200 12.080 1.00 0.00 W2 H +ATOM 28065 H2 TIP3X 161 -0.870 -5.170 11.210 1.00 0.00 W2 H +ATOM 28066 OH2 TIP3X 162 -16.160 15.150 -24.910 1.00 0.00 W2 O +ATOM 28067 H1 TIP3X 162 -15.820 15.010 -25.790 1.00 0.00 W2 H +ATOM 28068 H2 TIP3X 162 -15.640 14.590 -24.350 1.00 0.00 W2 H +ATOM 28069 OH2 TIP3X 163 -24.760 -33.730 -18.940 1.00 0.00 W2 O +ATOM 28070 H1 TIP3X 163 -25.240 -34.160 -18.220 1.00 0.00 W2 H +ATOM 28071 H2 TIP3X 163 -23.960 -34.250 -19.020 1.00 0.00 W2 H +ATOM 28072 OH2 TIP3X 164 -14.930 7.010 -30.910 1.00 0.00 W2 O +ATOM 28073 H1 TIP3X 164 -15.680 6.860 -30.330 1.00 0.00 W2 H +ATOM 28074 H2 TIP3X 164 -14.310 7.520 -30.380 1.00 0.00 W2 H +ATOM 28075 OH2 TIP3X 165 -25.110 -26.240 16.280 1.00 0.00 W2 O +ATOM 28076 H1 TIP3X 165 -25.590 -25.610 15.750 1.00 0.00 W2 H +ATOM 28077 H2 TIP3X 165 -24.310 -26.410 15.800 1.00 0.00 W2 H +ATOM 28078 OH2 TIP3X 166 23.610 -32.320 -29.530 1.00 0.00 W2 O +ATOM 28079 H1 TIP3X 166 23.550 -32.070 -28.610 1.00 0.00 W2 H +ATOM 28080 H2 TIP3X 166 24.560 -32.300 -29.720 1.00 0.00 W2 H +ATOM 28081 OH2 TIP3X 167 -32.380 -41.640 27.110 1.00 0.00 W2 O +ATOM 28082 H1 TIP3X 167 -32.630 -40.830 26.650 1.00 0.00 W2 H +ATOM 28083 H2 TIP3X 167 -32.870 -41.620 27.920 1.00 0.00 W2 H +ATOM 28084 OH2 TIP3X 168 36.430 26.500 -31.920 1.00 0.00 W2 O +ATOM 28085 H1 TIP3X 168 35.900 25.720 -32.100 1.00 0.00 W2 H +ATOM 28086 H2 TIP3X 168 36.020 27.200 -32.430 1.00 0.00 W2 H +ATOM 28087 OH2 TIP3X 169 47.510 -6.130 -21.670 1.00 0.00 W2 O +ATOM 28088 H1 TIP3X 169 47.970 -6.500 -20.920 1.00 0.00 W2 H +ATOM 28089 H2 TIP3X 169 46.650 -6.540 -21.650 1.00 0.00 W2 H +ATOM 28090 OH2 TIP3X 170 0.010 -25.610 20.000 1.00 0.00 W2 O +ATOM 28091 H1 TIP3X 170 0.870 -25.650 19.580 1.00 0.00 W2 H +ATOM 28092 H2 TIP3X 170 -0.500 -26.300 19.570 1.00 0.00 W2 H +ATOM 28093 OH2 TIP3X 171 11.580 -39.080 -23.870 1.00 0.00 W2 O +ATOM 28094 H1 TIP3X 171 11.220 -39.740 -24.460 1.00 0.00 W2 H +ATOM 28095 H2 TIP3X 171 10.810 -38.630 -23.520 1.00 0.00 W2 H +ATOM 28096 OH2 TIP3X 172 26.160 -13.290 -49.140 1.00 0.00 W2 O +ATOM 28097 H1 TIP3X 172 26.930 -13.190 -48.570 1.00 0.00 W2 H +ATOM 28098 H2 TIP3X 172 26.530 -13.300 -50.030 1.00 0.00 W2 H +ATOM 28099 OH2 TIP3X 173 30.840 -45.100 -26.610 1.00 0.00 W2 O +ATOM 28100 H1 TIP3X 173 30.690 -45.310 -27.530 1.00 0.00 W2 H +ATOM 28101 H2 TIP3X 173 30.490 -44.210 -26.520 1.00 0.00 W2 H +ATOM 28102 OH2 TIP3X 174 -43.120 32.290 -17.190 1.00 0.00 W2 O +ATOM 28103 H1 TIP3X 174 -43.950 32.270 -17.670 1.00 0.00 W2 H +ATOM 28104 H2 TIP3X 174 -43.050 33.190 -16.860 1.00 0.00 W2 H +ATOM 28105 OH2 TIP3X 175 33.050 24.900 -34.900 1.00 0.00 W2 O +ATOM 28106 H1 TIP3X 175 32.480 25.490 -34.410 1.00 0.00 W2 H +ATOM 28107 H2 TIP3X 175 32.510 24.120 -35.070 1.00 0.00 W2 H +ATOM 28108 OH2 TIP3X 176 42.260 -30.470 31.140 1.00 0.00 W2 O +ATOM 28109 H1 TIP3X 176 41.430 -30.390 30.660 1.00 0.00 W2 H +ATOM 28110 H2 TIP3X 176 42.920 -30.600 30.470 1.00 0.00 W2 H +ATOM 28111 OH2 TIP3X 177 -20.520 -31.950 -42.420 1.00 0.00 W2 O +ATOM 28112 H1 TIP3X 177 -20.280 -31.040 -42.620 1.00 0.00 W2 H +ATOM 28113 H2 TIP3X 177 -20.240 -32.090 -41.520 1.00 0.00 W2 H +ATOM 28114 OH2 TIP3X 178 35.170 -8.910 -27.440 1.00 0.00 W2 O +ATOM 28115 H1 TIP3X 178 35.020 -9.850 -27.310 1.00 0.00 W2 H +ATOM 28116 H2 TIP3X 178 35.540 -8.610 -26.600 1.00 0.00 W2 H +ATOM 28117 OH2 TIP3X 179 -13.450 -28.790 -36.790 1.00 0.00 W2 O +ATOM 28118 H1 TIP3X 179 -13.960 -28.430 -37.520 1.00 0.00 W2 H +ATOM 28119 H2 TIP3X 179 -12.550 -28.830 -37.120 1.00 0.00 W2 H +ATOM 28120 OH2 TIP3X 180 -21.710 13.150 -28.270 1.00 0.00 W2 O +ATOM 28121 H1 TIP3X 180 -21.070 13.590 -27.710 1.00 0.00 W2 H +ATOM 28122 H2 TIP3X 180 -21.840 12.290 -27.860 1.00 0.00 W2 H +ATOM 28123 OH2 TIP3X 181 -16.590 31.760 25.870 1.00 0.00 W2 O +ATOM 28124 H1 TIP3X 181 -15.760 32.160 26.100 1.00 0.00 W2 H +ATOM 28125 H2 TIP3X 181 -17.090 31.750 26.680 1.00 0.00 W2 H +ATOM 28126 OH2 TIP3X 182 -19.920 -21.460 23.590 1.00 0.00 W2 O +ATOM 28127 H1 TIP3X 182 -19.350 -22.040 23.100 1.00 0.00 W2 H +ATOM 28128 H2 TIP3X 182 -20.010 -20.690 23.020 1.00 0.00 W2 H +ATOM 28129 OH2 TIP3X 183 31.350 -28.570 -35.110 1.00 0.00 W2 O +ATOM 28130 H1 TIP3X 183 31.500 -28.080 -35.920 1.00 0.00 W2 H +ATOM 28131 H2 TIP3X 183 30.520 -29.030 -35.260 1.00 0.00 W2 H +ATOM 28132 OH2 TIP3X 184 -21.440 -45.010 27.890 1.00 0.00 W2 O +ATOM 28133 H1 TIP3X 184 -21.120 -45.440 27.090 1.00 0.00 W2 H +ATOM 28134 H2 TIP3X 184 -22.170 -44.470 27.590 1.00 0.00 W2 H +ATOM 28135 OH2 TIP3X 185 16.800 25.150 36.730 1.00 0.00 W2 O +ATOM 28136 H1 TIP3X 185 17.230 24.340 36.490 1.00 0.00 W2 H +ATOM 28137 H2 TIP3X 185 17.020 25.750 36.020 1.00 0.00 W2 H +ATOM 28138 OH2 TIP3X 186 -3.830 -13.610 38.340 1.00 0.00 W2 O +ATOM 28139 H1 TIP3X 186 -3.140 -13.030 38.040 1.00 0.00 W2 H +ATOM 28140 H2 TIP3X 186 -4.430 -13.670 37.590 1.00 0.00 W2 H +ATOM 28141 OH2 TIP3X 187 -37.340 -15.660 24.040 1.00 0.00 W2 O +ATOM 28142 H1 TIP3X 187 -37.850 -16.390 23.700 1.00 0.00 W2 H +ATOM 28143 H2 TIP3X 187 -36.450 -15.820 23.730 1.00 0.00 W2 H +ATOM 28144 OH2 TIP3X 188 -38.170 20.270 -19.570 1.00 0.00 W2 O +ATOM 28145 H1 TIP3X 188 -37.990 19.580 -18.940 1.00 0.00 W2 H +ATOM 28146 H2 TIP3X 188 -38.260 21.060 -19.040 1.00 0.00 W2 H +ATOM 28147 OH2 TIP3X 189 -19.410 30.080 -40.630 1.00 0.00 W2 O +ATOM 28148 H1 TIP3X 189 -19.320 29.830 -39.710 1.00 0.00 W2 H +ATOM 28149 H2 TIP3X 189 -19.500 31.030 -40.600 1.00 0.00 W2 H +ATOM 28150 OH2 TIP3X 190 -31.300 -48.230 -50.060 1.00 0.00 W2 O +ATOM 28151 H1 TIP3X 190 -32.060 -48.200 -50.640 1.00 0.00 W2 H +ATOM 28152 H2 TIP3X 190 -31.640 -48.550 -49.230 1.00 0.00 W2 H +ATOM 28153 OH2 TIP3X 191 5.760 -43.460 -29.860 1.00 0.00 W2 O +ATOM 28154 H1 TIP3X 191 5.750 -44.420 -29.880 1.00 0.00 W2 H +ATOM 28155 H2 TIP3X 191 5.220 -43.240 -29.080 1.00 0.00 W2 H +ATOM 28156 OH2 TIP3X 192 6.230 -12.540 28.710 1.00 0.00 W2 O +ATOM 28157 H1 TIP3X 192 6.470 -13.340 28.240 1.00 0.00 W2 H +ATOM 28158 H2 TIP3X 192 6.600 -12.660 29.580 1.00 0.00 W2 H +ATOM 28159 OH2 TIP3X 193 -39.370 -2.600 -22.930 1.00 0.00 W2 O +ATOM 28160 H1 TIP3X 193 -39.940 -2.510 -23.700 1.00 0.00 W2 H +ATOM 28161 H2 TIP3X 193 -39.790 -3.260 -22.390 1.00 0.00 W2 H +ATOM 28162 OH2 TIP3X 194 14.500 -47.010 -26.350 1.00 0.00 W2 O +ATOM 28163 H1 TIP3X 194 14.470 -47.270 -25.430 1.00 0.00 W2 H +ATOM 28164 H2 TIP3X 194 14.540 -47.830 -26.830 1.00 0.00 W2 H +ATOM 28165 OH2 TIP3X 195 -21.940 -40.610 27.560 1.00 0.00 W2 O +ATOM 28166 H1 TIP3X 195 -21.260 -40.900 26.960 1.00 0.00 W2 H +ATOM 28167 H2 TIP3X 195 -21.740 -39.700 27.750 1.00 0.00 W2 H +ATOM 28168 OH2 TIP3X 196 -40.080 17.130 19.420 1.00 0.00 W2 O +ATOM 28169 H1 TIP3X 196 -41.020 17.320 19.440 1.00 0.00 W2 H +ATOM 28170 H2 TIP3X 196 -39.700 17.880 18.960 1.00 0.00 W2 H +ATOM 28171 OH2 TIP3X 197 -18.950 1.020 -29.430 1.00 0.00 W2 O +ATOM 28172 H1 TIP3X 197 -19.910 0.970 -29.420 1.00 0.00 W2 H +ATOM 28173 H2 TIP3X 197 -18.760 1.700 -30.080 1.00 0.00 W2 H +ATOM 28174 OH2 TIP3X 198 -40.280 -1.190 -49.170 1.00 0.00 W2 O +ATOM 28175 H1 TIP3X 198 -40.860 -0.530 -49.570 1.00 0.00 W2 H +ATOM 28176 H2 TIP3X 198 -40.140 -0.880 -48.290 1.00 0.00 W2 H +ATOM 28177 OH2 TIP3X 199 -2.820 -13.050 28.230 1.00 0.00 W2 O +ATOM 28178 H1 TIP3X 199 -2.250 -12.600 28.850 1.00 0.00 W2 H +ATOM 28179 H2 TIP3X 199 -2.780 -12.520 27.440 1.00 0.00 W2 H +ATOM 28180 OH2 TIP3X 200 41.220 -7.250 23.250 1.00 0.00 W2 O +ATOM 28181 H1 TIP3X 200 41.180 -8.210 23.240 1.00 0.00 W2 H +ATOM 28182 H2 TIP3X 200 40.310 -6.970 23.310 1.00 0.00 W2 H +ATOM 28183 OH2 TIP3X 201 -23.080 -33.960 -41.280 1.00 0.00 W2 O +ATOM 28184 H1 TIP3X 201 -22.200 -33.740 -41.610 1.00 0.00 W2 H +ATOM 28185 H2 TIP3X 201 -23.640 -33.260 -41.610 1.00 0.00 W2 H +ATOM 28186 OH2 TIP3X 202 36.630 -5.530 -22.230 1.00 0.00 W2 O +ATOM 28187 H1 TIP3X 202 37.050 -5.260 -23.040 1.00 0.00 W2 H +ATOM 28188 H2 TIP3X 202 35.740 -5.760 -22.470 1.00 0.00 W2 H +ATOM 28189 OH2 TIP3X 203 26.010 -32.700 -38.260 1.00 0.00 W2 O +ATOM 28190 H1 TIP3X 203 25.620 -33.430 -38.750 1.00 0.00 W2 H +ATOM 28191 H2 TIP3X 203 26.940 -32.910 -38.220 1.00 0.00 W2 H +ATOM 28192 OH2 TIP3X 204 -15.620 -7.470 24.360 1.00 0.00 W2 O +ATOM 28193 H1 TIP3X 204 -15.920 -7.550 25.270 1.00 0.00 W2 H +ATOM 28194 H2 TIP3X 204 -14.730 -7.800 24.380 1.00 0.00 W2 H +ATOM 28195 OH2 TIP3X 205 47.350 -31.850 -26.600 1.00 0.00 W2 O +ATOM 28196 H1 TIP3X 205 47.390 -31.630 -25.670 1.00 0.00 W2 H +ATOM 28197 H2 TIP3X 205 46.420 -31.900 -26.800 1.00 0.00 W2 H +ATOM 28198 OH2 TIP3X 206 0.190 -41.940 33.280 1.00 0.00 W2 O +ATOM 28199 H1 TIP3X 206 -0.090 -42.510 34.000 1.00 0.00 W2 H +ATOM 28200 H2 TIP3X 206 1.000 -41.540 33.600 1.00 0.00 W2 H +ATOM 28201 OH2 TIP3X 207 25.620 -42.270 22.820 1.00 0.00 W2 O +ATOM 28202 H1 TIP3X 207 25.310 -41.630 23.460 1.00 0.00 W2 H +ATOM 28203 H2 TIP3X 207 24.970 -42.230 22.120 1.00 0.00 W2 H +ATOM 28204 OH2 TIP3X 208 -8.520 40.660 -30.900 1.00 0.00 W2 O +ATOM 28205 H1 TIP3X 208 -9.360 40.860 -30.500 1.00 0.00 W2 H +ATOM 28206 H2 TIP3X 208 -8.480 41.190 -31.690 1.00 0.00 W2 H +ATOM 28207 OH2 TIP3X 209 43.870 13.850 -23.440 1.00 0.00 W2 O +ATOM 28208 H1 TIP3X 209 44.420 13.190 -23.050 1.00 0.00 W2 H +ATOM 28209 H2 TIP3X 209 43.250 13.360 -24.000 1.00 0.00 W2 H +ATOM 28210 OH2 TIP3X 210 -9.810 -26.970 24.890 1.00 0.00 W2 O +ATOM 28211 H1 TIP3X 210 -9.410 -27.140 24.040 1.00 0.00 W2 H +ATOM 28212 H2 TIP3X 210 -10.490 -26.320 24.700 1.00 0.00 W2 H +ATOM 28213 OH2 TIP3X 211 10.100 33.020 31.850 1.00 0.00 W2 O +ATOM 28214 H1 TIP3X 211 9.570 32.810 32.620 1.00 0.00 W2 H +ATOM 28215 H2 TIP3X 211 9.650 33.770 31.450 1.00 0.00 W2 H +ATOM 28216 OH2 TIP3X 212 -39.110 27.060 -36.010 1.00 0.00 W2 O +ATOM 28217 H1 TIP3X 212 -39.420 26.210 -35.710 1.00 0.00 W2 H +ATOM 28218 H2 TIP3X 212 -39.830 27.650 -35.810 1.00 0.00 W2 H +ATOM 28219 OH2 TIP3X 213 -42.230 3.810 21.820 1.00 0.00 W2 O +ATOM 28220 H1 TIP3X 213 -42.070 3.570 20.900 1.00 0.00 W2 H +ATOM 28221 H2 TIP3X 213 -41.560 3.340 22.310 1.00 0.00 W2 H +ATOM 28222 OH2 TIP3X 214 6.880 36.390 -40.020 1.00 0.00 W2 O +ATOM 28223 H1 TIP3X 214 7.350 35.930 -40.720 1.00 0.00 W2 H +ATOM 28224 H2 TIP3X 214 7.050 35.880 -39.240 1.00 0.00 W2 H +ATOM 28225 OH2 TIP3X 215 1.590 37.760 -22.510 1.00 0.00 W2 O +ATOM 28226 H1 TIP3X 215 2.360 37.840 -21.940 1.00 0.00 W2 H +ATOM 28227 H2 TIP3X 215 0.920 38.290 -22.080 1.00 0.00 W2 H +ATOM 28228 OH2 TIP3X 216 -35.200 24.960 -37.140 1.00 0.00 W2 O +ATOM 28229 H1 TIP3X 216 -36.140 25.100 -37.210 1.00 0.00 W2 H +ATOM 28230 H2 TIP3X 216 -35.100 24.310 -36.450 1.00 0.00 W2 H +ATOM 28231 OH2 TIP3X 217 16.460 3.200 -34.480 1.00 0.00 W2 O +ATOM 28232 H1 TIP3X 217 15.950 3.130 -35.280 1.00 0.00 W2 H +ATOM 28233 H2 TIP3X 217 16.670 2.290 -34.240 1.00 0.00 W2 H +ATOM 28234 OH2 TIP3X 218 -18.260 6.670 32.690 1.00 0.00 W2 O +ATOM 28235 H1 TIP3X 218 -17.600 7.230 33.100 1.00 0.00 W2 H +ATOM 28236 H2 TIP3X 218 -17.920 6.540 31.800 1.00 0.00 W2 H +ATOM 28237 OH2 TIP3X 219 -12.160 -47.470 -21.040 1.00 0.00 W2 O +ATOM 28238 H1 TIP3X 219 -11.250 -47.230 -20.890 1.00 0.00 W2 H +ATOM 28239 H2 TIP3X 219 -12.520 -47.650 -20.180 1.00 0.00 W2 H +ATOM 28240 OH2 TIP3X 220 -37.360 -0.540 -29.090 1.00 0.00 W2 O +ATOM 28241 H1 TIP3X 220 -37.190 -0.070 -29.900 1.00 0.00 W2 H +ATOM 28242 H2 TIP3X 220 -36.630 -0.290 -28.520 1.00 0.00 W2 H +ATOM 28243 OH2 TIP3X 221 47.080 11.190 35.640 1.00 0.00 W2 O +ATOM 28244 H1 TIP3X 221 47.410 10.960 36.510 1.00 0.00 W2 H +ATOM 28245 H2 TIP3X 221 47.490 10.550 35.050 1.00 0.00 W2 H +ATOM 28246 OH2 TIP3X 222 23.350 -30.980 -46.770 1.00 0.00 W2 O +ATOM 28247 H1 TIP3X 222 22.580 -31.440 -46.430 1.00 0.00 W2 H +ATOM 28248 H2 TIP3X 222 23.020 -30.480 -47.530 1.00 0.00 W2 H +ATOM 28249 OH2 TIP3X 223 42.650 -7.530 -38.890 1.00 0.00 W2 O +ATOM 28250 H1 TIP3X 223 43.270 -7.330 -38.190 1.00 0.00 W2 H +ATOM 28251 H2 TIP3X 223 42.140 -8.260 -38.550 1.00 0.00 W2 H +ATOM 28252 OH2 TIP3X 224 29.250 -36.030 -41.020 1.00 0.00 W2 O +ATOM 28253 H1 TIP3X 224 29.870 -36.340 -40.370 1.00 0.00 W2 H +ATOM 28254 H2 TIP3X 224 28.390 -36.280 -40.670 1.00 0.00 W2 H +ATOM 28255 OH2 TIP3X 225 20.230 6.970 -35.570 1.00 0.00 W2 O +ATOM 28256 H1 TIP3X 225 20.600 6.410 -34.880 1.00 0.00 W2 H +ATOM 28257 H2 TIP3X 225 20.570 6.600 -36.380 1.00 0.00 W2 H +ATOM 28258 OH2 TIP3X 226 44.700 -23.000 -19.830 1.00 0.00 W2 O +ATOM 28259 H1 TIP3X 226 45.620 -22.980 -19.530 1.00 0.00 W2 H +ATOM 28260 H2 TIP3X 226 44.690 -22.470 -20.620 1.00 0.00 W2 H +ATOM 28261 OH2 TIP3X 227 -11.060 -26.720 -51.650 1.00 0.00 W2 O +ATOM 28262 H1 TIP3X 227 -11.420 -26.190 -52.350 1.00 0.00 W2 H +ATOM 28263 H2 TIP3X 227 -11.770 -26.810 -51.020 1.00 0.00 W2 H +ATOM 28264 OH2 TIP3X 228 0.130 -46.680 19.470 1.00 0.00 W2 O +ATOM 28265 H1 TIP3X 228 -0.610 -46.120 19.690 1.00 0.00 W2 H +ATOM 28266 H2 TIP3X 228 0.610 -46.190 18.800 1.00 0.00 W2 H +ATOM 28267 OH2 TIP3X 229 49.290 28.650 33.090 1.00 0.00 W2 O +ATOM 28268 H1 TIP3X 229 49.440 29.590 33.020 1.00 0.00 W2 H +ATOM 28269 H2 TIP3X 229 48.430 28.520 32.690 1.00 0.00 W2 H +ATOM 28270 OH2 TIP3X 230 31.190 7.910 -17.570 1.00 0.00 W2 O +ATOM 28271 H1 TIP3X 230 30.400 8.370 -17.840 1.00 0.00 W2 H +ATOM 28272 H2 TIP3X 230 30.930 7.430 -16.780 1.00 0.00 W2 H +ATOM 28273 OH2 TIP3X 231 43.870 -12.860 -50.860 1.00 0.00 W2 O +ATOM 28274 H1 TIP3X 231 44.200 -12.620 -51.740 1.00 0.00 W2 H +ATOM 28275 H2 TIP3X 231 43.360 -12.100 -50.590 1.00 0.00 W2 H +ATOM 28276 OH2 TIP3X 232 -39.600 28.020 15.840 1.00 0.00 W2 O +ATOM 28277 H1 TIP3X 232 -40.350 28.380 15.370 1.00 0.00 W2 H +ATOM 28278 H2 TIP3X 232 -39.850 27.110 16.010 1.00 0.00 W2 H +ATOM 28279 OH2 TIP3X 233 34.550 -13.410 -15.500 1.00 0.00 W2 O +ATOM 28280 H1 TIP3X 233 33.750 -12.940 -15.210 1.00 0.00 W2 H +ATOM 28281 H2 TIP3X 233 34.310 -14.330 -15.420 1.00 0.00 W2 H +ATOM 28282 OH2 TIP3X 234 -26.050 -12.260 -30.390 1.00 0.00 W2 O +ATOM 28283 H1 TIP3X 234 -25.540 -13.070 -30.490 1.00 0.00 W2 H +ATOM 28284 H2 TIP3X 234 -26.350 -12.060 -31.280 1.00 0.00 W2 H +ATOM 28285 OH2 TIP3X 235 45.630 -7.730 -49.510 1.00 0.00 W2 O +ATOM 28286 H1 TIP3X 235 45.070 -8.090 -48.830 1.00 0.00 W2 H +ATOM 28287 H2 TIP3X 235 46.520 -8.020 -49.290 1.00 0.00 W2 H +ATOM 28288 OH2 TIP3X 236 25.580 -12.520 -27.800 1.00 0.00 W2 O +ATOM 28289 H1 TIP3X 236 26.230 -12.920 -27.230 1.00 0.00 W2 H +ATOM 28290 H2 TIP3X 236 25.910 -11.620 -27.930 1.00 0.00 W2 H +ATOM 28291 OH2 TIP3X 237 4.910 29.430 23.990 1.00 0.00 W2 O +ATOM 28292 H1 TIP3X 237 4.820 29.510 23.040 1.00 0.00 W2 H +ATOM 28293 H2 TIP3X 237 4.130 28.940 24.260 1.00 0.00 W2 H +ATOM 28294 OH2 TIP3X 238 -21.510 41.990 -19.700 1.00 0.00 W2 O +ATOM 28295 H1 TIP3X 238 -21.440 42.940 -19.700 1.00 0.00 W2 H +ATOM 28296 H2 TIP3X 238 -20.630 41.680 -19.860 1.00 0.00 W2 H +ATOM 28297 OH2 TIP3X 239 21.470 24.550 -42.190 1.00 0.00 W2 O +ATOM 28298 H1 TIP3X 239 21.050 25.190 -41.590 1.00 0.00 W2 H +ATOM 28299 H2 TIP3X 239 21.490 25.000 -43.030 1.00 0.00 W2 H +ATOM 28300 OH2 TIP3X 240 24.240 3.410 -23.750 1.00 0.00 W2 O +ATOM 28301 H1 TIP3X 240 24.040 4.330 -23.530 1.00 0.00 W2 H +ATOM 28302 H2 TIP3X 240 24.040 3.340 -24.680 1.00 0.00 W2 H +ATOM 28303 OH2 TIP3X 241 -17.690 28.310 18.140 1.00 0.00 W2 O +ATOM 28304 H1 TIP3X 241 -17.940 29.170 18.510 1.00 0.00 W2 H +ATOM 28305 H2 TIP3X 241 -16.850 28.110 18.580 1.00 0.00 W2 H +ATOM 28306 OH2 TIP3X 242 -22.140 40.600 28.620 1.00 0.00 W2 O +ATOM 28307 H1 TIP3X 242 -22.230 41.110 29.430 1.00 0.00 W2 H +ATOM 28308 H2 TIP3X 242 -21.350 40.090 28.740 1.00 0.00 W2 H +ATOM 28309 OH2 TIP3X 243 46.420 -21.640 -42.670 1.00 0.00 W2 O +ATOM 28310 H1 TIP3X 243 47.060 -22.330 -42.500 1.00 0.00 W2 H +ATOM 28311 H2 TIP3X 243 46.820 -20.850 -42.300 1.00 0.00 W2 H +ATOM 28312 OH2 TIP3X 244 -5.460 37.120 -36.390 1.00 0.00 W2 O +ATOM 28313 H1 TIP3X 244 -4.830 37.640 -35.900 1.00 0.00 W2 H +ATOM 28314 H2 TIP3X 244 -6.290 37.240 -35.920 1.00 0.00 W2 H +ATOM 28315 OH2 TIP3X 245 36.940 39.960 -32.980 1.00 0.00 W2 O +ATOM 28316 H1 TIP3X 245 37.390 39.240 -32.560 1.00 0.00 W2 H +ATOM 28317 H2 TIP3X 245 36.120 40.050 -32.480 1.00 0.00 W2 H +ATOM 28318 OH2 TIP3X 246 4.770 37.640 25.950 1.00 0.00 W2 O +ATOM 28319 H1 TIP3X 246 5.020 38.410 25.450 1.00 0.00 W2 H +ATOM 28320 H2 TIP3X 246 4.030 37.930 26.490 1.00 0.00 W2 H +ATOM 28321 OH2 TIP3X 247 44.200 36.930 -38.530 1.00 0.00 W2 O +ATOM 28322 H1 TIP3X 247 44.080 37.790 -38.920 1.00 0.00 W2 H +ATOM 28323 H2 TIP3X 247 44.950 36.570 -39.000 1.00 0.00 W2 H +ATOM 28324 OH2 TIP3X 248 -22.040 -28.970 -46.330 1.00 0.00 W2 O +ATOM 28325 H1 TIP3X 248 -22.130 -29.810 -46.760 1.00 0.00 W2 H +ATOM 28326 H2 TIP3X 248 -22.930 -28.610 -46.300 1.00 0.00 W2 H +ATOM 28327 OH2 TIP3X 249 16.710 35.300 -49.920 1.00 0.00 W2 O +ATOM 28328 H1 TIP3X 249 17.460 35.110 -49.360 1.00 0.00 W2 H +ATOM 28329 H2 TIP3X 249 16.910 34.880 -50.750 1.00 0.00 W2 H +ATOM 28330 OH2 TIP3X 250 -19.520 -0.110 27.610 1.00 0.00 W2 O +ATOM 28331 H1 TIP3X 250 -19.340 -1.010 27.840 1.00 0.00 W2 H +ATOM 28332 H2 TIP3X 250 -20.100 -0.170 26.840 1.00 0.00 W2 H +ATOM 28333 OH2 TIP3X 251 20.980 11.750 -36.380 1.00 0.00 W2 O +ATOM 28334 H1 TIP3X 251 20.050 11.710 -36.150 1.00 0.00 W2 H +ATOM 28335 H2 TIP3X 251 21.320 10.890 -36.140 1.00 0.00 W2 H +ATOM 28336 OH2 TIP3X 252 -35.650 -22.690 -20.050 1.00 0.00 W2 O +ATOM 28337 H1 TIP3X 252 -34.810 -22.750 -20.530 1.00 0.00 W2 H +ATOM 28338 H2 TIP3X 252 -36.270 -22.370 -20.720 1.00 0.00 W2 H +ATOM 28339 OH2 TIP3X 253 -43.710 -17.870 -39.390 1.00 0.00 W2 O +ATOM 28340 H1 TIP3X 253 -43.860 -16.950 -39.610 1.00 0.00 W2 H +ATOM 28341 H2 TIP3X 253 -43.290 -17.840 -38.520 1.00 0.00 W2 H +ATOM 28342 OH2 TIP3X 254 -18.570 -22.650 -36.220 1.00 0.00 W2 O +ATOM 28343 H1 TIP3X 254 -18.630 -23.560 -36.490 1.00 0.00 W2 H +ATOM 28344 H2 TIP3X 254 -19.010 -22.620 -35.360 1.00 0.00 W2 H +ATOM 28345 OH2 TIP3X 255 14.270 18.800 38.320 1.00 0.00 W2 O +ATOM 28346 H1 TIP3X 255 13.810 19.110 37.540 1.00 0.00 W2 H +ATOM 28347 H2 TIP3X 255 14.970 18.230 37.980 1.00 0.00 W2 H +ATOM 28348 OH2 TIP3X 256 -1.780 -0.350 -46.100 1.00 0.00 W2 O +ATOM 28349 H1 TIP3X 256 -1.990 0.290 -45.420 1.00 0.00 W2 H +ATOM 28350 H2 TIP3X 256 -2.520 -0.970 -46.090 1.00 0.00 W2 H +ATOM 28351 OH2 TIP3X 257 44.680 13.310 -27.530 1.00 0.00 W2 O +ATOM 28352 H1 TIP3X 257 45.120 12.970 -28.310 1.00 0.00 W2 H +ATOM 28353 H2 TIP3X 257 43.850 12.840 -27.490 1.00 0.00 W2 H +ATOM 28354 OH2 TIP3X 258 -33.240 -35.450 -18.570 1.00 0.00 W2 O +ATOM 28355 H1 TIP3X 258 -34.000 -35.340 -19.150 1.00 0.00 W2 H +ATOM 28356 H2 TIP3X 258 -33.610 -35.750 -17.750 1.00 0.00 W2 H +ATOM 28357 OH2 TIP3X 259 -39.130 -41.550 37.440 1.00 0.00 W2 O +ATOM 28358 H1 TIP3X 259 -38.260 -41.820 37.160 1.00 0.00 W2 H +ATOM 28359 H2 TIP3X 259 -39.730 -42.170 37.040 1.00 0.00 W2 H +ATOM 28360 OH2 TIP3X 260 -24.760 -40.810 -44.130 1.00 0.00 W2 O +ATOM 28361 H1 TIP3X 260 -24.740 -41.440 -43.410 1.00 0.00 W2 H +ATOM 28362 H2 TIP3X 260 -24.210 -40.080 -43.830 1.00 0.00 W2 H +ATOM 28363 OH2 TIP3X 261 29.730 -30.630 -47.000 1.00 0.00 W2 O +ATOM 28364 H1 TIP3X 261 29.930 -30.390 -47.910 1.00 0.00 W2 H +ATOM 28365 H2 TIP3X 261 30.160 -31.490 -46.890 1.00 0.00 W2 H +ATOM 28366 OH2 TIP3X 262 -7.550 -29.840 35.460 1.00 0.00 W2 O +ATOM 28367 H1 TIP3X 262 -7.690 -28.990 35.040 1.00 0.00 W2 H +ATOM 28368 H2 TIP3X 262 -6.600 -29.920 35.540 1.00 0.00 W2 H +ATOM 28369 OH2 TIP3X 263 -24.240 16.240 16.850 1.00 0.00 W2 O +ATOM 28370 H1 TIP3X 263 -23.290 16.200 16.720 1.00 0.00 W2 H +ATOM 28371 H2 TIP3X 263 -24.560 15.380 16.580 1.00 0.00 W2 H +ATOM 28372 OH2 TIP3X 264 9.770 15.050 -46.550 1.00 0.00 W2 O +ATOM 28373 H1 TIP3X 264 9.900 15.980 -46.760 1.00 0.00 W2 H +ATOM 28374 H2 TIP3X 264 10.620 14.770 -46.210 1.00 0.00 W2 H +ATOM 28375 OH2 TIP3X 265 -5.970 -21.920 31.100 1.00 0.00 W2 O +ATOM 28376 H1 TIP3X 265 -5.450 -21.560 30.380 1.00 0.00 W2 H +ATOM 28377 H2 TIP3X 265 -5.350 -22.000 31.830 1.00 0.00 W2 H +ATOM 28378 OH2 TIP3X 266 43.960 -5.170 -42.780 1.00 0.00 W2 O +ATOM 28379 H1 TIP3X 266 43.470 -5.040 -43.590 1.00 0.00 W2 H +ATOM 28380 H2 TIP3X 266 44.380 -6.030 -42.880 1.00 0.00 W2 H +ATOM 28381 OH2 TIP3X 267 22.770 22.690 -50.050 1.00 0.00 W2 O +ATOM 28382 H1 TIP3X 267 22.760 23.240 -49.270 1.00 0.00 W2 H +ATOM 28383 H2 TIP3X 267 23.250 21.910 -49.790 1.00 0.00 W2 H +ATOM 28384 OH2 TIP3X 268 -4.720 24.800 -24.070 1.00 0.00 W2 O +ATOM 28385 H1 TIP3X 268 -5.080 25.190 -23.270 1.00 0.00 W2 H +ATOM 28386 H2 TIP3X 268 -3.920 25.290 -24.240 1.00 0.00 W2 H +ATOM 28387 OH2 TIP3X 269 2.950 -3.770 18.230 1.00 0.00 W2 O +ATOM 28388 H1 TIP3X 269 2.510 -4.460 18.730 1.00 0.00 W2 H +ATOM 28389 H2 TIP3X 269 2.530 -2.960 18.530 1.00 0.00 W2 H +ATOM 28390 OH2 TIP3X 270 15.780 15.070 39.330 1.00 0.00 W2 O +ATOM 28391 H1 TIP3X 270 14.960 14.800 38.910 1.00 0.00 W2 H +ATOM 28392 H2 TIP3X 270 16.150 15.710 38.720 1.00 0.00 W2 H +ATOM 28393 OH2 TIP3X 271 -43.090 -32.670 -21.420 1.00 0.00 W2 O +ATOM 28394 H1 TIP3X 271 -43.190 -31.980 -20.760 1.00 0.00 W2 H +ATOM 28395 H2 TIP3X 271 -42.790 -33.440 -20.930 1.00 0.00 W2 H +ATOM 28396 OH2 TIP3X 272 30.470 -15.080 29.590 1.00 0.00 W2 O +ATOM 28397 H1 TIP3X 272 31.020 -14.540 29.020 1.00 0.00 W2 H +ATOM 28398 H2 TIP3X 272 29.590 -14.740 29.490 1.00 0.00 W2 H +ATOM 28399 OH2 TIP3X 273 10.080 -29.770 -50.700 1.00 0.00 W2 O +ATOM 28400 H1 TIP3X 273 9.160 -30.050 -50.670 1.00 0.00 W2 H +ATOM 28401 H2 TIP3X 273 10.470 -30.150 -49.910 1.00 0.00 W2 H +ATOM 28402 OH2 TIP3X 274 -30.610 -45.120 -18.840 1.00 0.00 W2 O +ATOM 28403 H1 TIP3X 274 -31.510 -44.810 -18.870 1.00 0.00 W2 H +ATOM 28404 H2 TIP3X 274 -30.160 -44.490 -18.280 1.00 0.00 W2 H +ATOM 28405 OH2 TIP3X 275 -31.140 2.870 -35.630 1.00 0.00 W2 O +ATOM 28406 H1 TIP3X 275 -30.830 2.010 -35.910 1.00 0.00 W2 H +ATOM 28407 H2 TIP3X 275 -30.870 3.460 -36.340 1.00 0.00 W2 H +ATOM 28408 OH2 TIP3X 276 -40.470 21.120 37.180 1.00 0.00 W2 O +ATOM 28409 H1 TIP3X 276 -41.320 21.230 37.600 1.00 0.00 W2 H +ATOM 28410 H2 TIP3X 276 -39.840 21.460 37.820 1.00 0.00 W2 H +ATOM 28411 OH2 TIP3X 277 15.150 25.280 38.820 1.00 0.00 W2 O +ATOM 28412 H1 TIP3X 277 14.660 25.360 38.010 1.00 0.00 W2 H +ATOM 28413 H2 TIP3X 277 16.060 25.430 38.560 1.00 0.00 W2 H +ATOM 28414 OH2 TIP3X 278 -11.600 29.340 -23.720 1.00 0.00 W2 O +ATOM 28415 H1 TIP3X 278 -12.280 29.300 -24.390 1.00 0.00 W2 H +ATOM 28416 H2 TIP3X 278 -10.900 29.850 -24.120 1.00 0.00 W2 H +ATOM 28417 OH2 TIP3X 279 -24.040 2.520 36.980 1.00 0.00 W2 O +ATOM 28418 H1 TIP3X 279 -24.350 2.790 37.850 1.00 0.00 W2 H +ATOM 28419 H2 TIP3X 279 -23.390 3.170 36.740 1.00 0.00 W2 H +ATOM 28420 OH2 TIP3X 280 37.070 10.450 30.880 1.00 0.00 W2 O +ATOM 28421 H1 TIP3X 280 36.920 10.180 31.780 1.00 0.00 W2 H +ATOM 28422 H2 TIP3X 280 37.580 9.730 30.490 1.00 0.00 W2 H +ATOM 28423 OH2 TIP3X 281 -34.010 -32.120 18.440 1.00 0.00 W2 O +ATOM 28424 H1 TIP3X 281 -33.900 -32.440 19.340 1.00 0.00 W2 H +ATOM 28425 H2 TIP3X 281 -34.440 -32.860 17.990 1.00 0.00 W2 H +ATOM 28426 OH2 TIP3X 282 -34.870 -33.840 20.460 1.00 0.00 W2 O +ATOM 28427 H1 TIP3X 282 -34.960 -34.430 19.720 1.00 0.00 W2 H +ATOM 28428 H2 TIP3X 282 -34.690 -34.430 21.200 1.00 0.00 W2 H +ATOM 28429 OH2 TIP3X 283 8.190 40.070 -47.000 1.00 0.00 W2 O +ATOM 28430 H1 TIP3X 283 8.010 41.000 -46.830 1.00 0.00 W2 H +ATOM 28431 H2 TIP3X 283 7.630 39.860 -47.750 1.00 0.00 W2 H +ATOM 28432 OH2 TIP3X 284 40.600 40.220 36.070 1.00 0.00 W2 O +ATOM 28433 H1 TIP3X 284 40.360 39.780 35.260 1.00 0.00 W2 H +ATOM 28434 H2 TIP3X 284 41.510 39.970 36.230 1.00 0.00 W2 H +ATOM 28435 OH2 TIP3X 285 -7.630 -13.570 -22.210 1.00 0.00 W2 O +ATOM 28436 H1 TIP3X 285 -7.430 -13.800 -21.300 1.00 0.00 W2 H +ATOM 28437 H2 TIP3X 285 -8.260 -12.840 -22.140 1.00 0.00 W2 H +ATOM 28438 OH2 TIP3X 286 8.930 -17.910 35.360 1.00 0.00 W2 O +ATOM 28439 H1 TIP3X 286 8.160 -18.290 34.950 1.00 0.00 W2 H +ATOM 28440 H2 TIP3X 286 8.780 -16.960 35.310 1.00 0.00 W2 H +ATOM 28441 OH2 TIP3X 287 10.800 25.940 38.640 1.00 0.00 W2 O +ATOM 28442 H1 TIP3X 287 9.970 26.320 38.330 1.00 0.00 W2 H +ATOM 28443 H2 TIP3X 287 10.900 26.250 39.530 1.00 0.00 W2 H +ATOM 28444 OH2 TIP3X 288 22.400 4.800 30.450 1.00 0.00 W2 O +ATOM 28445 H1 TIP3X 288 22.280 5.740 30.290 1.00 0.00 W2 H +ATOM 28446 H2 TIP3X 288 22.850 4.760 31.290 1.00 0.00 W2 H +ATOM 28447 OH2 TIP3X 289 -25.700 6.530 17.560 1.00 0.00 W2 O +ATOM 28448 H1 TIP3X 289 -25.130 6.650 16.790 1.00 0.00 W2 H +ATOM 28449 H2 TIP3X 289 -26.520 6.200 17.200 1.00 0.00 W2 H +ATOM 28450 OH2 TIP3X 290 -16.480 -43.530 -37.890 1.00 0.00 W2 O +ATOM 28451 H1 TIP3X 290 -16.010 -43.220 -38.660 1.00 0.00 W2 H +ATOM 28452 H2 TIP3X 290 -15.970 -44.270 -37.580 1.00 0.00 W2 H +ATOM 28453 OH2 TIP3X 291 25.270 -14.310 -41.590 1.00 0.00 W2 O +ATOM 28454 H1 TIP3X 291 26.170 -14.570 -41.440 1.00 0.00 W2 H +ATOM 28455 H2 TIP3X 291 25.050 -14.650 -42.460 1.00 0.00 W2 H +ATOM 28456 OH2 TIP3X 292 -37.840 30.230 -32.840 1.00 0.00 W2 O +ATOM 28457 H1 TIP3X 292 -37.510 30.320 -31.950 1.00 0.00 W2 H +ATOM 28458 H2 TIP3X 292 -38.790 30.330 -32.770 1.00 0.00 W2 H +ATOM 28459 OH2 TIP3X 293 5.190 -30.380 30.900 1.00 0.00 W2 O +ATOM 28460 H1 TIP3X 293 5.120 -30.420 29.950 1.00 0.00 W2 H +ATOM 28461 H2 TIP3X 293 5.300 -29.450 31.090 1.00 0.00 W2 H +ATOM 28462 OH2 TIP3X 294 24.090 -45.560 29.880 1.00 0.00 W2 O +ATOM 28463 H1 TIP3X 294 23.930 -45.730 30.810 1.00 0.00 W2 H +ATOM 28464 H2 TIP3X 294 23.280 -45.820 29.440 1.00 0.00 W2 H +ATOM 28465 OH2 TIP3X 295 -11.570 15.850 -48.970 1.00 0.00 W2 O +ATOM 28466 H1 TIP3X 295 -11.590 14.990 -48.540 1.00 0.00 W2 H +ATOM 28467 H2 TIP3X 295 -10.740 16.240 -48.710 1.00 0.00 W2 H +ATOM 28468 OH2 TIP3X 296 -17.930 26.610 37.000 1.00 0.00 W2 O +ATOM 28469 H1 TIP3X 296 -18.080 26.940 36.110 1.00 0.00 W2 H +ATOM 28470 H2 TIP3X 296 -17.010 26.830 37.180 1.00 0.00 W2 H +ATOM 28471 OH2 TIP3X 297 -3.960 29.990 -17.620 1.00 0.00 W2 O +ATOM 28472 H1 TIP3X 297 -4.760 30.080 -18.130 1.00 0.00 W2 H +ATOM 28473 H2 TIP3X 297 -4.220 30.180 -16.720 1.00 0.00 W2 H +ATOM 28474 OH2 TIP3X 298 33.100 30.990 32.330 1.00 0.00 W2 O +ATOM 28475 H1 TIP3X 298 33.470 30.100 32.440 1.00 0.00 W2 H +ATOM 28476 H2 TIP3X 298 33.760 31.550 32.730 1.00 0.00 W2 H +ATOM 28477 OH2 TIP3X 299 32.850 24.430 -31.050 1.00 0.00 W2 O +ATOM 28478 H1 TIP3X 299 32.640 23.540 -30.790 1.00 0.00 W2 H +ATOM 28479 H2 TIP3X 299 32.060 24.750 -31.490 1.00 0.00 W2 H +ATOM 28480 OH2 TIP3X 300 8.180 -25.510 -34.600 1.00 0.00 W2 O +ATOM 28481 H1 TIP3X 300 7.590 -24.770 -34.450 1.00 0.00 W2 H +ATOM 28482 H2 TIP3X 300 9.030 -25.200 -34.280 1.00 0.00 W2 H +ATOM 28483 OH2 TIP3X 301 -5.160 -36.700 -29.550 1.00 0.00 W2 O +ATOM 28484 H1 TIP3X 301 -4.780 -37.470 -29.110 1.00 0.00 W2 H +ATOM 28485 H2 TIP3X 301 -4.440 -36.080 -29.610 1.00 0.00 W2 H +ATOM 28486 OH2 TIP3X 302 -20.590 11.180 25.790 1.00 0.00 W2 O +ATOM 28487 H1 TIP3X 302 -20.270 11.150 24.890 1.00 0.00 W2 H +ATOM 28488 H2 TIP3X 302 -19.920 10.700 26.290 1.00 0.00 W2 H +ATOM 28489 OH2 TIP3X 303 -11.870 -14.350 -34.170 1.00 0.00 W2 O +ATOM 28490 H1 TIP3X 303 -11.970 -15.150 -34.680 1.00 0.00 W2 H +ATOM 28491 H2 TIP3X 303 -12.730 -13.950 -34.160 1.00 0.00 W2 H +ATOM 28492 OH2 TIP3X 304 37.820 30.240 -48.570 1.00 0.00 W2 O +ATOM 28493 H1 TIP3X 304 37.940 29.480 -48.000 1.00 0.00 W2 H +ATOM 28494 H2 TIP3X 304 37.800 30.990 -47.980 1.00 0.00 W2 H +ATOM 28495 OH2 TIP3X 305 -39.460 -1.340 -20.330 1.00 0.00 W2 O +ATOM 28496 H1 TIP3X 305 -38.760 -0.930 -19.810 1.00 0.00 W2 H +ATOM 28497 H2 TIP3X 305 -39.010 -1.750 -21.060 1.00 0.00 W2 H +ATOM 28498 OH2 TIP3X 306 42.240 34.480 -13.060 1.00 0.00 W2 O +ATOM 28499 H1 TIP3X 306 42.070 35.330 -12.640 1.00 0.00 W2 H +ATOM 28500 H2 TIP3X 306 41.580 33.900 -12.700 1.00 0.00 W2 H +ATOM 28501 OH2 TIP3X 307 -34.730 -12.080 -46.120 1.00 0.00 W2 O +ATOM 28502 H1 TIP3X 307 -35.640 -12.260 -45.860 1.00 0.00 W2 H +ATOM 28503 H2 TIP3X 307 -34.600 -11.160 -45.920 1.00 0.00 W2 H +ATOM 28504 OH2 TIP3X 308 -33.400 16.540 23.530 1.00 0.00 W2 O +ATOM 28505 H1 TIP3X 308 -34.020 17.190 23.880 1.00 0.00 W2 H +ATOM 28506 H2 TIP3X 308 -33.200 15.970 24.280 1.00 0.00 W2 H +ATOM 28507 OH2 TIP3X 309 30.980 -25.400 -27.280 1.00 0.00 W2 O +ATOM 28508 H1 TIP3X 309 30.120 -25.380 -26.850 1.00 0.00 W2 H +ATOM 28509 H2 TIP3X 309 31.370 -24.560 -27.060 1.00 0.00 W2 H +ATOM 28510 OH2 TIP3X 310 31.850 -17.590 -17.850 1.00 0.00 W2 O +ATOM 28511 H1 TIP3X 310 32.450 -18.320 -17.950 1.00 0.00 W2 H +ATOM 28512 H2 TIP3X 310 31.090 -17.840 -18.370 1.00 0.00 W2 H +ATOM 28513 OH2 TIP3X 311 -40.250 -13.450 -34.320 1.00 0.00 W2 O +ATOM 28514 H1 TIP3X 311 -40.820 -13.410 -35.090 1.00 0.00 W2 H +ATOM 28515 H2 TIP3X 311 -40.090 -12.530 -34.090 1.00 0.00 W2 H +ATOM 28516 OH2 TIP3X 312 9.720 27.890 -36.930 1.00 0.00 W2 O +ATOM 28517 H1 TIP3X 312 8.820 27.580 -36.940 1.00 0.00 W2 H +ATOM 28518 H2 TIP3X 312 10.250 27.100 -37.110 1.00 0.00 W2 H +ATOM 28519 OH2 TIP3X 313 24.960 16.010 -34.350 1.00 0.00 W2 O +ATOM 28520 H1 TIP3X 313 24.630 16.620 -33.690 1.00 0.00 W2 H +ATOM 28521 H2 TIP3X 313 25.880 15.900 -34.120 1.00 0.00 W2 H +ATOM 28522 OH2 TIP3X 314 22.490 42.240 -34.010 1.00 0.00 W2 O +ATOM 28523 H1 TIP3X 314 22.230 42.470 -33.120 1.00 0.00 W2 H +ATOM 28524 H2 TIP3X 314 21.790 42.580 -34.560 1.00 0.00 W2 H +ATOM 28525 OH2 TIP3X 315 39.950 -25.650 32.130 1.00 0.00 W2 O +ATOM 28526 H1 TIP3X 315 39.360 -25.040 32.560 1.00 0.00 W2 H +ATOM 28527 H2 TIP3X 315 39.560 -25.810 31.280 1.00 0.00 W2 H +ATOM 28528 OH2 TIP3X 316 30.350 17.960 -26.930 1.00 0.00 W2 O +ATOM 28529 H1 TIP3X 316 30.550 18.740 -27.440 1.00 0.00 W2 H +ATOM 28530 H2 TIP3X 316 30.220 17.270 -27.580 1.00 0.00 W2 H +ATOM 28531 OH2 TIP3X 317 -22.360 25.390 39.720 1.00 0.00 W2 O +ATOM 28532 H1 TIP3X 317 -22.170 25.060 38.840 1.00 0.00 W2 H +ATOM 28533 H2 TIP3X 317 -21.710 26.060 39.880 1.00 0.00 W2 H +ATOM 28534 OH2 TIP3X 318 38.800 -51.300 19.630 1.00 0.00 W2 O +ATOM 28535 H1 TIP3X 318 39.500 -51.350 20.280 1.00 0.00 W2 H +ATOM 28536 H2 TIP3X 318 38.790 -52.160 19.220 1.00 0.00 W2 H +ATOM 28537 OH2 TIP3X 319 -37.900 23.580 -24.270 1.00 0.00 W2 O +ATOM 28538 H1 TIP3X 319 -38.380 24.160 -24.840 1.00 0.00 W2 H +ATOM 28539 H2 TIP3X 319 -37.660 22.830 -24.820 1.00 0.00 W2 H +ATOM 28540 OH2 TIP3X 320 -39.180 37.490 32.560 1.00 0.00 W2 O +ATOM 28541 H1 TIP3X 320 -39.930 37.390 33.140 1.00 0.00 W2 H +ATOM 28542 H2 TIP3X 320 -38.510 36.890 32.920 1.00 0.00 W2 H +ATOM 28543 OH2 TIP3X 321 36.840 -35.640 -15.590 1.00 0.00 W2 O +ATOM 28544 H1 TIP3X 321 36.810 -34.690 -15.640 1.00 0.00 W2 H +ATOM 28545 H2 TIP3X 321 37.720 -35.870 -15.870 1.00 0.00 W2 H +ATOM 28546 OH2 TIP3X 322 -33.720 -6.990 38.240 1.00 0.00 W2 O +ATOM 28547 H1 TIP3X 322 -33.380 -7.880 38.360 1.00 0.00 W2 H +ATOM 28548 H2 TIP3X 322 -34.610 -7.020 38.600 1.00 0.00 W2 H +ATOM 28549 OH2 TIP3X 323 -37.230 -7.510 -18.850 1.00 0.00 W2 O +ATOM 28550 H1 TIP3X 323 -37.720 -8.070 -18.260 1.00 0.00 W2 H +ATOM 28551 H2 TIP3X 323 -36.350 -7.470 -18.460 1.00 0.00 W2 H +ATOM 28552 OH2 TIP3X 324 36.410 -34.200 -41.840 1.00 0.00 W2 O +ATOM 28553 H1 TIP3X 324 37.210 -34.710 -41.690 1.00 0.00 W2 H +ATOM 28554 H2 TIP3X 324 36.370 -33.620 -41.090 1.00 0.00 W2 H +ATOM 28555 OH2 TIP3X 325 -40.760 -11.350 21.010 1.00 0.00 W2 O +ATOM 28556 H1 TIP3X 325 -41.180 -11.860 20.310 1.00 0.00 W2 H +ATOM 28557 H2 TIP3X 325 -39.960 -11.010 20.600 1.00 0.00 W2 H +ATOM 28558 OH2 TIP3X 326 19.520 34.100 -46.700 1.00 0.00 W2 O +ATOM 28559 H1 TIP3X 326 18.720 33.930 -46.190 1.00 0.00 W2 H +ATOM 28560 H2 TIP3X 326 19.290 33.890 -47.600 1.00 0.00 W2 H +ATOM 28561 OH2 TIP3X 327 -35.770 -33.370 16.310 1.00 0.00 W2 O +ATOM 28562 H1 TIP3X 327 -35.520 -34.290 16.220 1.00 0.00 W2 H +ATOM 28563 H2 TIP3X 327 -35.700 -33.020 15.420 1.00 0.00 W2 H +ATOM 28564 OH2 TIP3X 328 36.580 9.820 -43.570 1.00 0.00 W2 O +ATOM 28565 H1 TIP3X 328 36.330 10.300 -44.370 1.00 0.00 W2 H +ATOM 28566 H2 TIP3X 328 35.860 9.220 -43.420 1.00 0.00 W2 H +ATOM 28567 OH2 TIP3X 329 15.860 -22.830 -34.690 1.00 0.00 W2 O +ATOM 28568 H1 TIP3X 329 15.930 -22.860 -35.640 1.00 0.00 W2 H +ATOM 28569 H2 TIP3X 329 16.410 -23.550 -34.380 1.00 0.00 W2 H +ATOM 28570 OH2 TIP3X 330 -17.130 -29.710 25.290 1.00 0.00 W2 O +ATOM 28571 H1 TIP3X 330 -17.090 -28.870 25.760 1.00 0.00 W2 H +ATOM 28572 H2 TIP3X 330 -17.590 -30.290 25.880 1.00 0.00 W2 H +ATOM 28573 OH2 TIP3X 331 -45.340 12.720 -26.830 1.00 0.00 W2 O +ATOM 28574 H1 TIP3X 331 -45.120 12.490 -25.920 1.00 0.00 W2 H +ATOM 28575 H2 TIP3X 331 -45.210 11.920 -27.320 1.00 0.00 W2 H +ATOM 28576 OH2 TIP3X 332 5.360 -27.370 -34.000 1.00 0.00 W2 O +ATOM 28577 H1 TIP3X 332 6.280 -27.210 -33.780 1.00 0.00 W2 H +ATOM 28578 H2 TIP3X 332 4.900 -26.590 -33.690 1.00 0.00 W2 H +ATOM 28579 OH2 TIP3X 333 15.230 40.770 22.520 1.00 0.00 W2 O +ATOM 28580 H1 TIP3X 333 14.660 40.010 22.650 1.00 0.00 W2 H +ATOM 28581 H2 TIP3X 333 16.090 40.400 22.310 1.00 0.00 W2 H +ATOM 28582 OH2 TIP3X 334 -36.720 -5.220 25.980 1.00 0.00 W2 O +ATOM 28583 H1 TIP3X 334 -36.180 -4.970 25.230 1.00 0.00 W2 H +ATOM 28584 H2 TIP3X 334 -36.330 -4.750 26.720 1.00 0.00 W2 H +ATOM 28585 OH2 TIP3X 335 -37.290 7.280 -24.510 1.00 0.00 W2 O +ATOM 28586 H1 TIP3X 335 -37.280 8.040 -25.090 1.00 0.00 W2 H +ATOM 28587 H2 TIP3X 335 -37.000 7.630 -23.660 1.00 0.00 W2 H +ATOM 28588 OH2 TIP3X 336 23.570 -1.140 34.390 1.00 0.00 W2 O +ATOM 28589 H1 TIP3X 336 23.930 -1.390 33.540 1.00 0.00 W2 H +ATOM 28590 H2 TIP3X 336 22.650 -1.400 34.350 1.00 0.00 W2 H +ATOM 28591 OH2 TIP3X 337 32.160 -49.830 -16.020 1.00 0.00 W2 O +ATOM 28592 H1 TIP3X 337 31.420 -50.180 -16.530 1.00 0.00 W2 H +ATOM 28593 H2 TIP3X 337 32.590 -49.220 -16.620 1.00 0.00 W2 H +ATOM 28594 OH2 TIP3X 338 44.750 -25.790 23.790 1.00 0.00 W2 O +ATOM 28595 H1 TIP3X 338 44.360 -25.510 24.610 1.00 0.00 W2 H +ATOM 28596 H2 TIP3X 338 45.420 -26.430 24.040 1.00 0.00 W2 H +ATOM 28597 OH2 TIP3X 339 -34.040 27.900 -31.050 1.00 0.00 W2 O +ATOM 28598 H1 TIP3X 339 -33.890 28.020 -31.980 1.00 0.00 W2 H +ATOM 28599 H2 TIP3X 339 -33.920 28.760 -30.660 1.00 0.00 W2 H +ATOM 28600 OH2 TIP3X 340 -45.100 13.920 -46.810 1.00 0.00 W2 O +ATOM 28601 H1 TIP3X 340 -44.210 14.100 -47.120 1.00 0.00 W2 H +ATOM 28602 H2 TIP3X 340 -45.670 14.320 -47.460 1.00 0.00 W2 H +ATOM 28603 OH2 TIP3X 341 -22.470 -47.150 24.470 1.00 0.00 W2 O +ATOM 28604 H1 TIP3X 341 -23.160 -46.520 24.290 1.00 0.00 W2 H +ATOM 28605 H2 TIP3X 341 -22.920 -47.930 24.820 1.00 0.00 W2 H +ATOM 28606 OH2 TIP3X 342 -21.790 22.070 -15.240 1.00 0.00 W2 O +ATOM 28607 H1 TIP3X 342 -21.070 22.620 -15.570 1.00 0.00 W2 H +ATOM 28608 H2 TIP3X 342 -22.530 22.670 -15.160 1.00 0.00 W2 H +ATOM 28609 OH2 TIP3X 343 23.270 29.830 32.200 1.00 0.00 W2 O +ATOM 28610 H1 TIP3X 343 22.450 29.790 32.690 1.00 0.00 W2 H +ATOM 28611 H2 TIP3X 343 23.690 29.000 32.380 1.00 0.00 W2 H +ATOM 28612 OH2 TIP3X 344 35.320 -29.400 -35.150 1.00 0.00 W2 O +ATOM 28613 H1 TIP3X 344 35.680 -29.820 -35.920 1.00 0.00 W2 H +ATOM 28614 H2 TIP3X 344 34.670 -30.030 -34.810 1.00 0.00 W2 H +ATOM 28615 OH2 TIP3X 345 46.250 -29.510 13.210 1.00 0.00 W2 O +ATOM 28616 H1 TIP3X 345 46.470 -28.940 12.480 1.00 0.00 W2 H +ATOM 28617 H2 TIP3X 345 45.890 -30.300 12.800 1.00 0.00 W2 H +ATOM 28618 OH2 TIP3X 346 -32.920 -37.880 -34.020 1.00 0.00 W2 O +ATOM 28619 H1 TIP3X 346 -32.500 -37.160 -34.480 1.00 0.00 W2 H +ATOM 28620 H2 TIP3X 346 -32.200 -38.390 -33.650 1.00 0.00 W2 H +ATOM 28621 OH2 TIP3X 347 40.250 -38.440 20.590 1.00 0.00 W2 O +ATOM 28622 H1 TIP3X 347 39.950 -37.660 20.110 1.00 0.00 W2 H +ATOM 28623 H2 TIP3X 347 41.160 -38.240 20.820 1.00 0.00 W2 H +ATOM 28624 OH2 TIP3X 348 41.200 -18.230 23.840 1.00 0.00 W2 O +ATOM 28625 H1 TIP3X 348 40.390 -17.960 24.260 1.00 0.00 W2 H +ATOM 28626 H2 TIP3X 348 41.600 -17.430 23.510 1.00 0.00 W2 H +ATOM 28627 OH2 TIP3X 349 22.350 -31.550 33.140 1.00 0.00 W2 O +ATOM 28628 H1 TIP3X 349 22.430 -32.390 32.680 1.00 0.00 W2 H +ATOM 28629 H2 TIP3X 349 21.840 -31.010 32.540 1.00 0.00 W2 H +ATOM 28630 OH2 TIP3X 350 -32.040 -32.220 15.240 1.00 0.00 W2 O +ATOM 28631 H1 TIP3X 350 -32.560 -32.040 14.450 1.00 0.00 W2 H +ATOM 28632 H2 TIP3X 350 -31.160 -32.360 14.910 1.00 0.00 W2 H +ATOM 28633 OH2 TIP3X 351 -21.380 -24.210 -15.050 1.00 0.00 W2 O +ATOM 28634 H1 TIP3X 351 -21.540 -24.580 -14.180 1.00 0.00 W2 H +ATOM 28635 H2 TIP3X 351 -20.600 -23.670 -14.960 1.00 0.00 W2 H +ATOM 28636 OH2 TIP3X 352 -35.530 32.050 -27.320 1.00 0.00 W2 O +ATOM 28637 H1 TIP3X 352 -36.300 32.590 -27.490 1.00 0.00 W2 H +ATOM 28638 H2 TIP3X 352 -34.830 32.670 -27.130 1.00 0.00 W2 H +ATOM 28639 OH2 TIP3X 353 -4.980 -7.390 -49.580 1.00 0.00 W2 O +ATOM 28640 H1 TIP3X 353 -5.160 -6.510 -49.920 1.00 0.00 W2 H +ATOM 28641 H2 TIP3X 353 -4.360 -7.760 -50.200 1.00 0.00 W2 H +ATOM 28642 OH2 TIP3X 354 -36.120 38.020 -25.490 1.00 0.00 W2 O +ATOM 28643 H1 TIP3X 354 -36.160 37.050 -25.440 1.00 0.00 W2 H +ATOM 28644 H2 TIP3X 354 -36.230 38.290 -24.570 1.00 0.00 W2 H +ATOM 28645 OH2 TIP3X 355 -34.760 35.220 32.320 1.00 0.00 W2 O +ATOM 28646 H1 TIP3X 355 -34.550 36.080 31.930 1.00 0.00 W2 H +ATOM 28647 H2 TIP3X 355 -34.950 34.660 31.570 1.00 0.00 W2 H +ATOM 28648 OH2 TIP3X 356 -0.460 22.620 -46.620 1.00 0.00 W2 O +ATOM 28649 H1 TIP3X 356 0.260 22.950 -46.080 1.00 0.00 W2 H +ATOM 28650 H2 TIP3X 356 -1.050 23.360 -46.730 1.00 0.00 W2 H +ATOM 28651 OH2 TIP3X 357 29.770 10.040 -24.990 1.00 0.00 W2 O +ATOM 28652 H1 TIP3X 357 28.910 10.240 -24.610 1.00 0.00 W2 H +ATOM 28653 H2 TIP3X 357 29.670 9.180 -25.380 1.00 0.00 W2 H +ATOM 28654 OH2 TIP3X 358 -29.530 -15.110 -32.400 1.00 0.00 W2 O +ATOM 28655 H1 TIP3X 358 -30.340 -14.970 -32.890 1.00 0.00 W2 H +ATOM 28656 H2 TIP3X 358 -28.890 -15.340 -33.060 1.00 0.00 W2 H +ATOM 28657 OH2 TIP3X 359 -41.680 -24.080 -36.790 1.00 0.00 W2 O +ATOM 28658 H1 TIP3X 359 -41.510 -24.760 -36.140 1.00 0.00 W2 H +ATOM 28659 H2 TIP3X 359 -42.120 -24.540 -37.520 1.00 0.00 W2 H +ATOM 28660 OH2 TIP3X 360 -37.180 -13.150 -34.740 1.00 0.00 W2 O +ATOM 28661 H1 TIP3X 360 -38.120 -13.270 -34.540 1.00 0.00 W2 H +ATOM 28662 H2 TIP3X 360 -37.170 -12.880 -35.660 1.00 0.00 W2 H +ATOM 28663 OH2 TIP3X 361 -3.860 -44.160 -30.910 1.00 0.00 W2 O +ATOM 28664 H1 TIP3X 361 -3.820 -44.050 -31.860 1.00 0.00 W2 H +ATOM 28665 H2 TIP3X 361 -4.390 -43.420 -30.610 1.00 0.00 W2 H +ATOM 28666 OH2 TIP3X 362 22.120 -17.240 -44.250 1.00 0.00 W2 O +ATOM 28667 H1 TIP3X 362 22.020 -17.530 -45.150 1.00 0.00 W2 H +ATOM 28668 H2 TIP3X 362 21.780 -17.960 -43.720 1.00 0.00 W2 H +ATOM 28669 OH2 TIP3X 363 -22.800 9.520 -43.110 1.00 0.00 W2 O +ATOM 28670 H1 TIP3X 363 -23.100 10.310 -42.680 1.00 0.00 W2 H +ATOM 28671 H2 TIP3X 363 -22.710 9.760 -44.030 1.00 0.00 W2 H +ATOM 28672 OH2 TIP3X 364 -38.810 2.330 -44.130 1.00 0.00 W2 O +ATOM 28673 H1 TIP3X 364 -38.460 1.450 -44.080 1.00 0.00 W2 H +ATOM 28674 H2 TIP3X 364 -39.520 2.260 -44.770 1.00 0.00 W2 H +ATOM 28675 OH2 TIP3X 365 -21.030 -37.360 -41.230 1.00 0.00 W2 O +ATOM 28676 H1 TIP3X 365 -21.000 -38.300 -41.060 1.00 0.00 W2 H +ATOM 28677 H2 TIP3X 365 -20.620 -36.960 -40.460 1.00 0.00 W2 H +ATOM 28678 OH2 TIP3X 366 0.010 16.590 -37.740 1.00 0.00 W2 O +ATOM 28679 H1 TIP3X 366 0.590 15.850 -37.950 1.00 0.00 W2 H +ATOM 28680 H2 TIP3X 366 0.420 17.330 -38.190 1.00 0.00 W2 H +ATOM 28681 OH2 TIP3X 367 11.820 9.450 -43.020 1.00 0.00 W2 O +ATOM 28682 H1 TIP3X 367 12.080 9.550 -43.930 1.00 0.00 W2 H +ATOM 28683 H2 TIP3X 367 10.980 8.990 -43.060 1.00 0.00 W2 H +ATOM 28684 OH2 TIP3X 368 -21.550 6.050 27.000 1.00 0.00 W2 O +ATOM 28685 H1 TIP3X 368 -22.070 6.290 26.240 1.00 0.00 W2 H +ATOM 28686 H2 TIP3X 368 -21.480 5.100 26.970 1.00 0.00 W2 H +ATOM 28687 OH2 TIP3X 369 -21.310 -36.470 -32.130 1.00 0.00 W2 O +ATOM 28688 H1 TIP3X 369 -22.140 -36.220 -31.710 1.00 0.00 W2 H +ATOM 28689 H2 TIP3X 369 -20.720 -35.740 -31.960 1.00 0.00 W2 H +ATOM 28690 OH2 TIP3X 370 -8.080 -25.380 29.920 1.00 0.00 W2 O +ATOM 28691 H1 TIP3X 370 -7.800 -26.220 30.290 1.00 0.00 W2 H +ATOM 28692 H2 TIP3X 370 -7.270 -24.930 29.690 1.00 0.00 W2 H +ATOM 28693 OH2 TIP3X 371 -13.820 8.210 31.360 1.00 0.00 W2 O +ATOM 28694 H1 TIP3X 371 -14.400 8.350 30.610 1.00 0.00 W2 H +ATOM 28695 H2 TIP3X 371 -13.670 7.270 31.390 1.00 0.00 W2 H +ATOM 28696 OH2 TIP3X 372 -20.450 -34.120 -44.270 1.00 0.00 W2 O +ATOM 28697 H1 TIP3X 372 -21.100 -34.730 -43.940 1.00 0.00 W2 H +ATOM 28698 H2 TIP3X 372 -20.310 -33.500 -43.550 1.00 0.00 W2 H +ATOM 28699 OH2 TIP3X 373 28.820 -12.130 -32.700 1.00 0.00 W2 O +ATOM 28700 H1 TIP3X 373 29.100 -11.890 -33.590 1.00 0.00 W2 H +ATOM 28701 H2 TIP3X 373 27.860 -12.060 -32.720 1.00 0.00 W2 H +ATOM 28702 OH2 TIP3X 374 -23.120 -2.090 -42.170 1.00 0.00 W2 O +ATOM 28703 H1 TIP3X 374 -23.510 -1.270 -41.870 1.00 0.00 W2 H +ATOM 28704 H2 TIP3X 374 -23.090 -2.010 -43.120 1.00 0.00 W2 H +ATOM 28705 OH2 TIP3X 375 -27.300 36.970 -20.470 1.00 0.00 W2 O +ATOM 28706 H1 TIP3X 375 -28.030 37.530 -20.190 1.00 0.00 W2 H +ATOM 28707 H2 TIP3X 375 -27.320 36.240 -19.870 1.00 0.00 W2 H +ATOM 28708 OH2 TIP3X 376 43.580 -44.750 -47.950 1.00 0.00 W2 O +ATOM 28709 H1 TIP3X 376 43.220 -44.860 -48.830 1.00 0.00 W2 H +ATOM 28710 H2 TIP3X 376 44.540 -44.760 -48.090 1.00 0.00 W2 H +ATOM 28711 OH2 TIP3X 377 20.100 19.050 31.510 1.00 0.00 W2 O +ATOM 28712 H1 TIP3X 377 20.890 19.340 31.970 1.00 0.00 W2 H +ATOM 28713 H2 TIP3X 377 19.450 19.730 31.700 1.00 0.00 W2 H +ATOM 28714 OH2 TIP3X 378 -25.540 6.220 36.970 1.00 0.00 W2 O +ATOM 28715 H1 TIP3X 378 -24.600 6.090 36.810 1.00 0.00 W2 H +ATOM 28716 H2 TIP3X 378 -25.690 7.130 36.740 1.00 0.00 W2 H +ATOM 28717 OH2 TIP3X 379 45.960 -42.700 20.440 1.00 0.00 W2 O +ATOM 28718 H1 TIP3X 379 45.590 -42.910 19.580 1.00 0.00 W2 H +ATOM 28719 H2 TIP3X 379 46.730 -42.160 20.250 1.00 0.00 W2 H +ATOM 28720 OH2 TIP3X 380 45.940 -31.410 -18.610 1.00 0.00 W2 O +ATOM 28721 H1 TIP3X 380 46.060 -30.540 -18.210 1.00 0.00 W2 H +ATOM 28722 H2 TIP3X 380 46.060 -31.250 -19.540 1.00 0.00 W2 H +ATOM 28723 OH2 TIP3X 381 -18.510 22.770 -23.670 1.00 0.00 W2 O +ATOM 28724 H1 TIP3X 381 -19.120 22.520 -24.360 1.00 0.00 W2 H +ATOM 28725 H2 TIP3X 381 -17.700 22.990 -24.120 1.00 0.00 W2 H +ATOM 28726 OH2 TIP3X 382 23.970 -44.400 -28.820 1.00 0.00 W2 O +ATOM 28727 H1 TIP3X 382 24.750 -44.660 -29.310 1.00 0.00 W2 H +ATOM 28728 H2 TIP3X 382 23.360 -44.070 -29.480 1.00 0.00 W2 H +ATOM 28729 OH2 TIP3X 383 13.430 27.190 17.110 1.00 0.00 W2 O +ATOM 28730 H1 TIP3X 383 13.460 27.030 18.050 1.00 0.00 W2 H +ATOM 28731 H2 TIP3X 383 13.470 28.140 17.020 1.00 0.00 W2 H +ATOM 28732 OH2 TIP3X 384 32.630 -18.180 -41.720 1.00 0.00 W2 O +ATOM 28733 H1 TIP3X 384 33.350 -18.350 -42.330 1.00 0.00 W2 H +ATOM 28734 H2 TIP3X 384 32.810 -17.310 -41.360 1.00 0.00 W2 H +ATOM 28735 OH2 TIP3X 385 44.440 -31.750 29.710 1.00 0.00 W2 O +ATOM 28736 H1 TIP3X 385 45.240 -31.750 29.190 1.00 0.00 W2 H +ATOM 28737 H2 TIP3X 385 43.750 -31.960 29.080 1.00 0.00 W2 H +ATOM 28738 OH2 TIP3X 386 -1.760 40.350 -30.260 1.00 0.00 W2 O +ATOM 28739 H1 TIP3X 386 -1.300 39.590 -30.620 1.00 0.00 W2 H +ATOM 28740 H2 TIP3X 386 -1.840 40.170 -29.330 1.00 0.00 W2 H +ATOM 28741 OH2 TIP3X 387 33.220 42.120 -32.170 1.00 0.00 W2 O +ATOM 28742 H1 TIP3X 387 33.770 42.670 -32.730 1.00 0.00 W2 H +ATOM 28743 H2 TIP3X 387 32.560 42.700 -31.820 1.00 0.00 W2 H +ATOM 28744 OH2 TIP3X 388 17.670 -8.180 -31.620 1.00 0.00 W2 O +ATOM 28745 H1 TIP3X 388 16.810 -7.830 -31.380 1.00 0.00 W2 H +ATOM 28746 H2 TIP3X 388 17.480 -9.040 -32.010 1.00 0.00 W2 H +ATOM 28747 OH2 TIP3X 389 -37.090 -29.900 -44.420 1.00 0.00 W2 O +ATOM 28748 H1 TIP3X 389 -38.000 -30.180 -44.310 1.00 0.00 W2 H +ATOM 28749 H2 TIP3X 389 -37.110 -28.950 -44.300 1.00 0.00 W2 H +ATOM 28750 OH2 TIP3X 390 32.210 -22.160 -51.900 1.00 0.00 W2 O +ATOM 28751 H1 TIP3X 390 31.900 -21.720 -51.100 1.00 0.00 W2 H +ATOM 28752 H2 TIP3X 390 33.060 -22.520 -51.660 1.00 0.00 W2 H +ATOM 28753 OH2 TIP3X 391 -32.540 -0.350 -32.030 1.00 0.00 W2 O +ATOM 28754 H1 TIP3X 391 -32.020 -0.760 -31.340 1.00 0.00 W2 H +ATOM 28755 H2 TIP3X 391 -33.290 0.030 -31.590 1.00 0.00 W2 H +ATOM 28756 OH2 TIP3X 392 46.530 -33.750 -31.900 1.00 0.00 W2 O +ATOM 28757 H1 TIP3X 392 46.450 -34.350 -32.630 1.00 0.00 W2 H +ATOM 28758 H2 TIP3X 392 46.440 -32.880 -32.290 1.00 0.00 W2 H +ATOM 28759 OH2 TIP3X 393 7.360 24.880 23.290 1.00 0.00 W2 O +ATOM 28760 H1 TIP3X 393 7.700 24.240 22.670 1.00 0.00 W2 H +ATOM 28761 H2 TIP3X 393 7.950 25.620 23.230 1.00 0.00 W2 H +ATOM 28762 OH2 TIP3X 394 -30.720 -14.040 -23.370 1.00 0.00 W2 O +ATOM 28763 H1 TIP3X 394 -31.470 -13.460 -23.470 1.00 0.00 W2 H +ATOM 28764 H2 TIP3X 394 -31.110 -14.900 -23.190 1.00 0.00 W2 H +ATOM 28765 OH2 TIP3X 395 26.190 -8.680 -48.400 1.00 0.00 W2 O +ATOM 28766 H1 TIP3X 395 25.570 -9.400 -48.330 1.00 0.00 W2 H +ATOM 28767 H2 TIP3X 395 25.650 -7.930 -48.660 1.00 0.00 W2 H +ATOM 28768 OH2 TIP3X 396 -29.630 21.390 -40.890 1.00 0.00 W2 O +ATOM 28769 H1 TIP3X 396 -30.120 20.940 -40.200 1.00 0.00 W2 H +ATOM 28770 H2 TIP3X 396 -29.660 22.310 -40.620 1.00 0.00 W2 H +ATOM 28771 OH2 TIP3X 397 26.260 -3.870 33.790 1.00 0.00 W2 O +ATOM 28772 H1 TIP3X 397 26.030 -3.110 34.320 1.00 0.00 W2 H +ATOM 28773 H2 TIP3X 397 27.090 -3.620 33.360 1.00 0.00 W2 H +ATOM 28774 OH2 TIP3X 398 7.570 31.600 11.340 1.00 0.00 W2 O +ATOM 28775 H1 TIP3X 398 7.860 31.490 12.250 1.00 0.00 W2 H +ATOM 28776 H2 TIP3X 398 8.270 31.240 10.820 1.00 0.00 W2 H +ATOM 28777 OH2 TIP3X 399 14.480 38.070 22.330 1.00 0.00 W2 O +ATOM 28778 H1 TIP3X 399 13.610 37.670 22.280 1.00 0.00 W2 H +ATOM 28779 H2 TIP3X 399 15.070 37.390 22.010 1.00 0.00 W2 H +ATOM 28780 OH2 TIP3X 400 -33.430 -8.660 31.980 1.00 0.00 W2 O +ATOM 28781 H1 TIP3X 400 -33.840 -7.810 32.140 1.00 0.00 W2 H +ATOM 28782 H2 TIP3X 400 -33.940 -9.260 32.530 1.00 0.00 W2 H +ATOM 28783 OH2 TIP3X 401 -26.290 11.540 34.910 1.00 0.00 W2 O +ATOM 28784 H1 TIP3X 401 -25.770 11.520 35.710 1.00 0.00 W2 H +ATOM 28785 H2 TIP3X 401 -26.910 12.270 35.040 1.00 0.00 W2 H +ATOM 28786 OH2 TIP3X 402 6.650 19.190 -29.810 1.00 0.00 W2 O +ATOM 28787 H1 TIP3X 402 7.400 19.410 -29.260 1.00 0.00 W2 H +ATOM 28788 H2 TIP3X 402 6.860 18.340 -30.170 1.00 0.00 W2 H +ATOM 28789 OH2 TIP3X 403 20.290 -29.950 -16.980 1.00 0.00 W2 O +ATOM 28790 H1 TIP3X 403 21.050 -30.540 -17.060 1.00 0.00 W2 H +ATOM 28791 H2 TIP3X 403 20.670 -29.070 -16.900 1.00 0.00 W2 H +ATOM 28792 OH2 TIP3X 404 -23.310 14.740 35.820 1.00 0.00 W2 O +ATOM 28793 H1 TIP3X 404 -23.550 15.670 35.870 1.00 0.00 W2 H +ATOM 28794 H2 TIP3X 404 -22.440 14.730 35.430 1.00 0.00 W2 H +ATOM 28795 OH2 TIP3X 405 -27.170 17.040 -23.980 1.00 0.00 W2 O +ATOM 28796 H1 TIP3X 405 -27.800 16.820 -23.300 1.00 0.00 W2 H +ATOM 28797 H2 TIP3X 405 -26.320 16.900 -23.570 1.00 0.00 W2 H +ATOM 28798 OH2 TIP3X 406 -24.360 16.550 -21.220 1.00 0.00 W2 O +ATOM 28799 H1 TIP3X 406 -24.810 15.710 -21.230 1.00 0.00 W2 H +ATOM 28800 H2 TIP3X 406 -24.400 16.830 -20.310 1.00 0.00 W2 H +ATOM 28801 OH2 TIP3X 407 -7.070 6.620 -36.060 1.00 0.00 W2 O +ATOM 28802 H1 TIP3X 407 -7.930 6.970 -35.820 1.00 0.00 W2 H +ATOM 28803 H2 TIP3X 407 -7.120 5.700 -35.810 1.00 0.00 W2 H +ATOM 28804 OH2 TIP3X 408 -18.060 -12.140 19.620 1.00 0.00 W2 O +ATOM 28805 H1 TIP3X 408 -17.450 -12.830 19.350 1.00 0.00 W2 H +ATOM 28806 H2 TIP3X 408 -17.550 -11.610 20.230 1.00 0.00 W2 H +ATOM 28807 OH2 TIP3X 409 14.600 4.330 32.620 1.00 0.00 W2 O +ATOM 28808 H1 TIP3X 409 14.180 5.150 32.880 1.00 0.00 W2 H +ATOM 28809 H2 TIP3X 409 14.900 4.490 31.730 1.00 0.00 W2 H +ATOM 28810 OH2 TIP3X 410 21.160 4.970 -17.920 1.00 0.00 W2 O +ATOM 28811 H1 TIP3X 410 20.260 4.770 -17.650 1.00 0.00 W2 H +ATOM 28812 H2 TIP3X 410 21.690 4.730 -17.170 1.00 0.00 W2 H +ATOM 28813 OH2 TIP3X 411 11.560 -43.810 -28.890 1.00 0.00 W2 O +ATOM 28814 H1 TIP3X 411 12.200 -44.520 -28.900 1.00 0.00 W2 H +ATOM 28815 H2 TIP3X 411 12.070 -43.030 -28.660 1.00 0.00 W2 H +ATOM 28816 OH2 TIP3X 412 -10.390 -38.590 10.800 1.00 0.00 W2 O +ATOM 28817 H1 TIP3X 412 -10.430 -39.390 10.270 1.00 0.00 W2 H +ATOM 28818 H2 TIP3X 412 -9.570 -38.180 10.540 1.00 0.00 W2 H +ATOM 28819 OH2 TIP3X 413 41.370 29.070 -25.410 1.00 0.00 W2 O +ATOM 28820 H1 TIP3X 413 41.730 29.750 -24.820 1.00 0.00 W2 H +ATOM 28821 H2 TIP3X 413 42.120 28.820 -25.950 1.00 0.00 W2 H +ATOM 28822 OH2 TIP3X 414 -11.040 -15.480 29.210 1.00 0.00 W2 O +ATOM 28823 H1 TIP3X 414 -10.480 -16.090 29.690 1.00 0.00 W2 H +ATOM 28824 H2 TIP3X 414 -10.890 -14.630 29.640 1.00 0.00 W2 H +ATOM 28825 OH2 TIP3X 415 -1.460 -0.140 -50.390 1.00 0.00 W2 O +ATOM 28826 H1 TIP3X 415 -1.330 0.730 -50.780 1.00 0.00 W2 H +ATOM 28827 H2 TIP3X 415 -2.050 -0.590 -50.990 1.00 0.00 W2 H +ATOM 28828 OH2 TIP3X 416 33.400 38.900 -19.940 1.00 0.00 W2 O +ATOM 28829 H1 TIP3X 416 34.260 39.040 -19.530 1.00 0.00 W2 H +ATOM 28830 H2 TIP3X 416 33.060 39.780 -20.070 1.00 0.00 W2 H +ATOM 28831 OH2 TIP3X 417 44.770 38.940 22.120 1.00 0.00 W2 O +ATOM 28832 H1 TIP3X 417 43.950 38.830 21.630 1.00 0.00 W2 H +ATOM 28833 H2 TIP3X 417 45.220 38.090 22.000 1.00 0.00 W2 H +ATOM 28834 OH2 TIP3X 418 8.430 -44.330 -45.350 1.00 0.00 W2 O +ATOM 28835 H1 TIP3X 418 8.760 -44.850 -46.090 1.00 0.00 W2 H +ATOM 28836 H2 TIP3X 418 8.310 -43.450 -45.710 1.00 0.00 W2 H +ATOM 28837 OH2 TIP3X 419 -35.300 20.950 -20.530 1.00 0.00 W2 O +ATOM 28838 H1 TIP3X 419 -36.220 20.860 -20.780 1.00 0.00 W2 H +ATOM 28839 H2 TIP3X 419 -35.310 20.960 -19.570 1.00 0.00 W2 H +ATOM 28840 OH2 TIP3X 420 -36.360 27.450 -12.970 1.00 0.00 W2 O +ATOM 28841 H1 TIP3X 420 -36.780 26.590 -13.020 1.00 0.00 W2 H +ATOM 28842 H2 TIP3X 420 -37.040 28.060 -13.240 1.00 0.00 W2 H +ATOM 28843 OH2 TIP3X 421 40.260 -32.790 -49.730 1.00 0.00 W2 O +ATOM 28844 H1 TIP3X 421 40.740 -33.270 -50.390 1.00 0.00 W2 H +ATOM 28845 H2 TIP3X 421 40.520 -31.870 -49.860 1.00 0.00 W2 H +ATOM 28846 OH2 TIP3X 422 41.460 22.900 -20.410 1.00 0.00 W2 O +ATOM 28847 H1 TIP3X 422 41.110 23.790 -20.290 1.00 0.00 W2 H +ATOM 28848 H2 TIP3X 422 41.300 22.710 -21.340 1.00 0.00 W2 H +ATOM 28849 OH2 TIP3X 423 -30.020 -12.900 -40.250 1.00 0.00 W2 O +ATOM 28850 H1 TIP3X 423 -30.060 -13.780 -40.630 1.00 0.00 W2 H +ATOM 28851 H2 TIP3X 423 -30.570 -12.960 -39.470 1.00 0.00 W2 H +ATOM 28852 OH2 TIP3X 424 -15.150 13.800 -33.340 1.00 0.00 W2 O +ATOM 28853 H1 TIP3X 424 -14.620 14.420 -33.830 1.00 0.00 W2 H +ATOM 28854 H2 TIP3X 424 -15.800 13.490 -33.980 1.00 0.00 W2 H +ATOM 28855 OH2 TIP3X 425 27.930 16.830 -40.870 1.00 0.00 W2 O +ATOM 28856 H1 TIP3X 425 27.120 16.400 -40.620 1.00 0.00 W2 H +ATOM 28857 H2 TIP3X 425 28.540 16.660 -40.140 1.00 0.00 W2 H +ATOM 28858 OH2 TIP3X 426 44.780 -46.960 35.160 1.00 0.00 W2 O +ATOM 28859 H1 TIP3X 426 44.140 -47.660 35.250 1.00 0.00 W2 H +ATOM 28860 H2 TIP3X 426 45.520 -47.360 34.690 1.00 0.00 W2 H +ATOM 28861 OH2 TIP3X 427 -4.080 29.340 -21.570 1.00 0.00 W2 O +ATOM 28862 H1 TIP3X 427 -3.400 30.030 -21.640 1.00 0.00 W2 H +ATOM 28863 H2 TIP3X 427 -4.500 29.330 -22.430 1.00 0.00 W2 H +ATOM 28864 OH2 TIP3X 428 34.010 -40.400 -32.270 1.00 0.00 W2 O +ATOM 28865 H1 TIP3X 428 34.850 -40.290 -32.730 1.00 0.00 W2 H +ATOM 28866 H2 TIP3X 428 34.220 -40.960 -31.530 1.00 0.00 W2 H +ATOM 28867 OH2 TIP3X 429 -42.390 1.410 -7.640 1.00 0.00 W2 O +ATOM 28868 H1 TIP3X 429 -41.640 1.010 -8.060 1.00 0.00 W2 H +ATOM 28869 H2 TIP3X 429 -42.170 1.440 -6.710 1.00 0.00 W2 H +ATOM 28870 OH2 TIP3X 430 45.610 -26.820 21.220 1.00 0.00 W2 O +ATOM 28871 H1 TIP3X 430 45.260 -26.400 22.010 1.00 0.00 W2 H +ATOM 28872 H2 TIP3X 430 45.850 -27.700 21.500 1.00 0.00 W2 H +ATOM 28873 OH2 TIP3X 431 -33.390 -11.120 -22.170 1.00 0.00 W2 O +ATOM 28874 H1 TIP3X 431 -32.860 -11.430 -21.440 1.00 0.00 W2 H +ATOM 28875 H2 TIP3X 431 -33.130 -10.200 -22.280 1.00 0.00 W2 H +ATOM 28876 OH2 TIP3X 432 18.330 37.040 -47.070 1.00 0.00 W2 O +ATOM 28877 H1 TIP3X 432 18.230 37.480 -46.220 1.00 0.00 W2 H +ATOM 28878 H2 TIP3X 432 18.330 37.750 -47.710 1.00 0.00 W2 H +ATOM 28879 OH2 TIP3X 433 -7.280 40.070 29.860 1.00 0.00 W2 O +ATOM 28880 H1 TIP3X 433 -6.480 39.550 29.900 1.00 0.00 W2 H +ATOM 28881 H2 TIP3X 433 -7.050 40.890 30.300 1.00 0.00 W2 H +ATOM 28882 OH2 TIP3X 434 1.710 -9.540 22.200 1.00 0.00 W2 O +ATOM 28883 H1 TIP3X 434 1.150 -8.780 22.360 1.00 0.00 W2 H +ATOM 28884 H2 TIP3X 434 2.350 -9.230 21.560 1.00 0.00 W2 H +ATOM 28885 OH2 TIP3X 435 -22.650 -9.230 -40.030 1.00 0.00 W2 O +ATOM 28886 H1 TIP3X 435 -23.410 -8.990 -40.550 1.00 0.00 W2 H +ATOM 28887 H2 TIP3X 435 -21.900 -9.090 -40.620 1.00 0.00 W2 H +ATOM 28888 OH2 TIP3X 436 10.580 -48.170 -16.170 1.00 0.00 W2 O +ATOM 28889 H1 TIP3X 436 11.280 -48.770 -15.890 1.00 0.00 W2 H +ATOM 28890 H2 TIP3X 436 11.030 -47.550 -16.760 1.00 0.00 W2 H +ATOM 28891 OH2 TIP3X 437 40.910 34.040 -20.630 1.00 0.00 W2 O +ATOM 28892 H1 TIP3X 437 40.810 34.070 -21.570 1.00 0.00 W2 H +ATOM 28893 H2 TIP3X 437 41.840 33.890 -20.490 1.00 0.00 W2 H +ATOM 28894 OH2 TIP3X 438 -34.520 1.310 -41.420 1.00 0.00 W2 O +ATOM 28895 H1 TIP3X 438 -35.360 1.760 -41.480 1.00 0.00 W2 H +ATOM 28896 H2 TIP3X 438 -33.870 2.010 -41.440 1.00 0.00 W2 H +ATOM 28897 OH2 TIP3X 439 -15.600 -21.950 34.250 1.00 0.00 W2 O +ATOM 28898 H1 TIP3X 439 -15.830 -21.700 33.360 1.00 0.00 W2 H +ATOM 28899 H2 TIP3X 439 -15.050 -22.740 34.150 1.00 0.00 W2 H +ATOM 28900 OH2 TIP3X 440 -6.950 22.570 37.910 1.00 0.00 W2 O +ATOM 28901 H1 TIP3X 440 -6.840 21.660 37.650 1.00 0.00 W2 H +ATOM 28902 H2 TIP3X 440 -7.020 23.050 37.090 1.00 0.00 W2 H +ATOM 28903 OH2 TIP3X 441 -2.870 -0.130 -34.450 1.00 0.00 W2 O +ATOM 28904 H1 TIP3X 441 -3.260 -0.900 -34.060 1.00 0.00 W2 H +ATOM 28905 H2 TIP3X 441 -3.610 0.300 -34.900 1.00 0.00 W2 H +ATOM 28906 OH2 TIP3X 442 32.040 12.400 -8.710 1.00 0.00 W2 O +ATOM 28907 H1 TIP3X 442 31.370 12.390 -9.390 1.00 0.00 W2 H +ATOM 28908 H2 TIP3X 442 32.860 12.230 -9.180 1.00 0.00 W2 H +ATOM 28909 OH2 TIP3X 443 0.190 16.530 22.650 1.00 0.00 W2 O +ATOM 28910 H1 TIP3X 443 1.020 16.810 23.060 1.00 0.00 W2 H +ATOM 28911 H2 TIP3X 443 0.370 16.560 21.720 1.00 0.00 W2 H +ATOM 28912 OH2 TIP3X 444 -32.190 12.290 -29.250 1.00 0.00 W2 O +ATOM 28913 H1 TIP3X 444 -31.950 11.740 -28.510 1.00 0.00 W2 H +ATOM 28914 H2 TIP3X 444 -33.040 11.950 -29.530 1.00 0.00 W2 H +ATOM 28915 OH2 TIP3X 445 -7.270 -2.430 -30.930 1.00 0.00 W2 O +ATOM 28916 H1 TIP3X 445 -6.720 -2.850 -30.280 1.00 0.00 W2 H +ATOM 28917 H2 TIP3X 445 -7.910 -3.090 -31.170 1.00 0.00 W2 H +ATOM 28918 OH2 TIP3X 446 -42.090 43.390 -37.660 1.00 0.00 W2 O +ATOM 28919 H1 TIP3X 446 -41.370 43.880 -37.250 1.00 0.00 W2 H +ATOM 28920 H2 TIP3X 446 -42.350 42.740 -37.000 1.00 0.00 W2 H +ATOM 28921 OH2 TIP3X 447 2.040 42.180 -12.010 1.00 0.00 W2 O +ATOM 28922 H1 TIP3X 447 1.380 42.830 -11.740 1.00 0.00 W2 H +ATOM 28923 H2 TIP3X 447 2.200 41.660 -11.230 1.00 0.00 W2 H +ATOM 28924 OH2 TIP3X 448 -11.600 -6.320 33.380 1.00 0.00 W2 O +ATOM 28925 H1 TIP3X 448 -11.090 -5.540 33.650 1.00 0.00 W2 H +ATOM 28926 H2 TIP3X 448 -10.970 -6.850 32.890 1.00 0.00 W2 H +ATOM 28927 OH2 TIP3X 449 -9.940 -47.630 36.740 1.00 0.00 W2 O +ATOM 28928 H1 TIP3X 449 -10.550 -46.920 36.530 1.00 0.00 W2 H +ATOM 28929 H2 TIP3X 449 -9.210 -47.200 37.190 1.00 0.00 W2 H +ATOM 28930 OH2 TIP3X 450 -40.230 9.220 -7.830 1.00 0.00 W2 O +ATOM 28931 H1 TIP3X 450 -40.970 9.430 -8.410 1.00 0.00 W2 H +ATOM 28932 H2 TIP3X 450 -40.630 8.960 -7.000 1.00 0.00 W2 H +ATOM 28933 OH2 TIP3X 451 33.850 28.500 22.240 1.00 0.00 W2 O +ATOM 28934 H1 TIP3X 451 34.200 28.940 23.010 1.00 0.00 W2 H +ATOM 28935 H2 TIP3X 451 33.950 29.150 21.540 1.00 0.00 W2 H +ATOM 28936 OH2 TIP3X 452 27.040 24.540 -28.630 1.00 0.00 W2 O +ATOM 28937 H1 TIP3X 452 26.630 25.250 -29.140 1.00 0.00 W2 H +ATOM 28938 H2 TIP3X 452 26.610 23.750 -28.950 1.00 0.00 W2 H +ATOM 28939 OH2 TIP3X 453 -20.330 -2.720 -44.310 1.00 0.00 W2 O +ATOM 28940 H1 TIP3X 453 -20.030 -1.830 -44.490 1.00 0.00 W2 H +ATOM 28941 H2 TIP3X 453 -19.610 -3.140 -43.830 1.00 0.00 W2 H +ATOM 28942 OH2 TIP3X 454 -24.660 -39.590 26.990 1.00 0.00 W2 O +ATOM 28943 H1 TIP3X 454 -25.020 -39.860 27.830 1.00 0.00 W2 H +ATOM 28944 H2 TIP3X 454 -23.770 -39.300 27.190 1.00 0.00 W2 H +ATOM 28945 OH2 TIP3X 455 -17.680 -14.700 -28.540 1.00 0.00 W2 O +ATOM 28946 H1 TIP3X 455 -18.550 -14.460 -28.190 1.00 0.00 W2 H +ATOM 28947 H2 TIP3X 455 -17.170 -13.900 -28.450 1.00 0.00 W2 H +ATOM 28948 OH2 TIP3X 456 39.560 -9.160 -29.400 1.00 0.00 W2 O +ATOM 28949 H1 TIP3X 456 40.250 -9.770 -29.680 1.00 0.00 W2 H +ATOM 28950 H2 TIP3X 456 39.800 -8.320 -29.790 1.00 0.00 W2 H +ATOM 28951 OH2 TIP3X 457 -17.590 29.140 -46.860 1.00 0.00 W2 O +ATOM 28952 H1 TIP3X 457 -18.520 29.290 -46.780 1.00 0.00 W2 H +ATOM 28953 H2 TIP3X 457 -17.290 28.940 -45.980 1.00 0.00 W2 H +ATOM 28954 OH2 TIP3X 458 34.570 37.200 -13.080 1.00 0.00 W2 O +ATOM 28955 H1 TIP3X 458 33.930 37.710 -12.590 1.00 0.00 W2 H +ATOM 28956 H2 TIP3X 458 35.420 37.520 -12.770 1.00 0.00 W2 H +ATOM 28957 OH2 TIP3X 459 -4.150 2.170 23.530 1.00 0.00 W2 O +ATOM 28958 H1 TIP3X 459 -4.330 1.820 22.660 1.00 0.00 W2 H +ATOM 28959 H2 TIP3X 459 -3.210 2.340 23.540 1.00 0.00 W2 H +ATOM 28960 OH2 TIP3X 460 -15.180 -50.400 33.280 1.00 0.00 W2 O +ATOM 28961 H1 TIP3X 460 -15.120 -49.450 33.340 1.00 0.00 W2 H +ATOM 28962 H2 TIP3X 460 -14.340 -50.710 33.620 1.00 0.00 W2 H +ATOM 28963 OH2 TIP3X 461 42.650 -8.590 15.210 1.00 0.00 W2 O +ATOM 28964 H1 TIP3X 461 41.770 -8.400 15.550 1.00 0.00 W2 H +ATOM 28965 H2 TIP3X 461 42.530 -8.680 14.260 1.00 0.00 W2 H +ATOM 28966 OH2 TIP3X 462 -40.560 5.060 -14.060 1.00 0.00 W2 O +ATOM 28967 H1 TIP3X 462 -40.760 5.340 -13.180 1.00 0.00 W2 H +ATOM 28968 H2 TIP3X 462 -39.630 4.810 -14.040 1.00 0.00 W2 H +ATOM 28969 OH2 TIP3X 463 45.070 28.710 -21.150 1.00 0.00 W2 O +ATOM 28970 H1 TIP3X 463 45.130 29.010 -20.250 1.00 0.00 W2 H +ATOM 28971 H2 TIP3X 463 45.720 29.230 -21.620 1.00 0.00 W2 H +ATOM 28972 OH2 TIP3X 464 28.400 15.690 26.050 1.00 0.00 W2 O +ATOM 28973 H1 TIP3X 464 28.120 15.170 25.300 1.00 0.00 W2 H +ATOM 28974 H2 TIP3X 464 27.590 15.890 26.520 1.00 0.00 W2 H +ATOM 28975 OH2 TIP3X 465 27.020 -9.660 25.530 1.00 0.00 W2 O +ATOM 28976 H1 TIP3X 465 27.940 -9.370 25.530 1.00 0.00 W2 H +ATOM 28977 H2 TIP3X 465 26.830 -9.810 26.450 1.00 0.00 W2 H +ATOM 28978 OH2 TIP3X 466 -6.700 -26.920 -50.900 1.00 0.00 W2 O +ATOM 28979 H1 TIP3X 466 -6.670 -26.040 -51.250 1.00 0.00 W2 H +ATOM 28980 H2 TIP3X 466 -7.000 -26.790 -49.990 1.00 0.00 W2 H +ATOM 28981 OH2 TIP3X 467 -3.290 22.340 29.980 1.00 0.00 W2 O +ATOM 28982 H1 TIP3X 467 -4.020 22.000 29.470 1.00 0.00 W2 H +ATOM 28983 H2 TIP3X 467 -3.680 23.010 30.560 1.00 0.00 W2 H +ATOM 28984 OH2 TIP3X 468 30.540 15.140 -25.810 1.00 0.00 W2 O +ATOM 28985 H1 TIP3X 468 31.440 15.440 -26.000 1.00 0.00 W2 H +ATOM 28986 H2 TIP3X 468 30.560 14.210 -26.050 1.00 0.00 W2 H +ATOM 28987 OH2 TIP3X 469 -33.180 39.640 34.580 1.00 0.00 W2 O +ATOM 28988 H1 TIP3X 469 -33.500 39.030 33.910 1.00 0.00 W2 H +ATOM 28989 H2 TIP3X 469 -33.850 40.320 34.610 1.00 0.00 W2 H +ATOM 28990 OH2 TIP3X 470 20.160 22.350 -49.890 1.00 0.00 W2 O +ATOM 28991 H1 TIP3X 470 21.070 22.500 -50.140 1.00 0.00 W2 H +ATOM 28992 H2 TIP3X 470 20.050 21.400 -49.960 1.00 0.00 W2 H +ATOM 28993 OH2 TIP3X 471 11.560 3.420 -46.070 1.00 0.00 W2 O +ATOM 28994 H1 TIP3X 471 11.910 3.530 -45.200 1.00 0.00 W2 H +ATOM 28995 H2 TIP3X 471 12.280 3.050 -46.580 1.00 0.00 W2 H +ATOM 28996 OH2 TIP3X 472 11.300 -46.240 -18.290 1.00 0.00 W2 O +ATOM 28997 H1 TIP3X 472 10.890 -45.390 -18.420 1.00 0.00 W2 H +ATOM 28998 H2 TIP3X 472 12.220 -46.040 -18.090 1.00 0.00 W2 H +ATOM 28999 OH2 TIP3X 473 -19.050 -15.280 16.640 1.00 0.00 W2 O +ATOM 29000 H1 TIP3X 473 -18.900 -16.220 16.770 1.00 0.00 W2 H +ATOM 29001 H2 TIP3X 473 -19.550 -15.000 17.400 1.00 0.00 W2 H +ATOM 29002 OH2 TIP3X 474 36.360 -43.550 16.270 1.00 0.00 W2 O +ATOM 29003 H1 TIP3X 474 36.540 -43.160 15.420 1.00 0.00 W2 H +ATOM 29004 H2 TIP3X 474 36.170 -44.470 16.080 1.00 0.00 W2 H +ATOM 29005 OH2 TIP3X 475 -2.270 -41.870 -41.710 1.00 0.00 W2 O +ATOM 29006 H1 TIP3X 475 -2.820 -41.100 -41.590 1.00 0.00 W2 H +ATOM 29007 H2 TIP3X 475 -2.580 -42.500 -41.050 1.00 0.00 W2 H +ATOM 29008 OH2 TIP3X 476 0.610 -6.060 16.660 1.00 0.00 W2 O +ATOM 29009 H1 TIP3X 476 -0.060 -5.570 17.140 1.00 0.00 W2 H +ATOM 29010 H2 TIP3X 476 0.980 -6.660 17.300 1.00 0.00 W2 H +ATOM 29011 OH2 TIP3X 477 -38.720 -36.320 -47.190 1.00 0.00 W2 O +ATOM 29012 H1 TIP3X 477 -37.760 -36.420 -47.250 1.00 0.00 W2 H +ATOM 29013 H2 TIP3X 477 -38.840 -35.390 -46.970 1.00 0.00 W2 H +ATOM 29014 OH2 TIP3X 478 -16.710 5.180 -37.690 1.00 0.00 W2 O +ATOM 29015 H1 TIP3X 478 -17.470 4.890 -38.210 1.00 0.00 W2 H +ATOM 29016 H2 TIP3X 478 -16.960 6.030 -37.350 1.00 0.00 W2 H +ATOM 29017 OH2 TIP3X 479 20.980 19.960 -44.900 1.00 0.00 W2 O +ATOM 29018 H1 TIP3X 479 20.080 20.020 -44.560 1.00 0.00 W2 H +ATOM 29019 H2 TIP3X 479 21.310 20.850 -44.880 1.00 0.00 W2 H +ATOM 29020 OH2 TIP3X 480 21.550 14.890 31.040 1.00 0.00 W2 O +ATOM 29021 H1 TIP3X 480 21.350 14.350 31.800 1.00 0.00 W2 H +ATOM 29022 H2 TIP3X 480 22.480 15.100 31.130 1.00 0.00 W2 H +ATOM 29023 OH2 TIP3X 481 12.370 20.600 -28.470 1.00 0.00 W2 O +ATOM 29024 H1 TIP3X 481 12.080 20.940 -27.610 1.00 0.00 W2 H +ATOM 29025 H2 TIP3X 481 11.590 20.630 -29.010 1.00 0.00 W2 H +ATOM 29026 OH2 TIP3X 482 7.680 -24.810 24.170 1.00 0.00 W2 O +ATOM 29027 H1 TIP3X 482 8.330 -24.160 23.930 1.00 0.00 W2 H +ATOM 29028 H2 TIP3X 482 7.940 -25.090 25.050 1.00 0.00 W2 H +ATOM 29029 OH2 TIP3X 483 20.390 -32.610 28.710 1.00 0.00 W2 O +ATOM 29030 H1 TIP3X 483 19.680 -32.610 29.350 1.00 0.00 W2 H +ATOM 29031 H2 TIP3X 483 20.930 -33.360 28.920 1.00 0.00 W2 H +ATOM 29032 OH2 TIP3X 484 15.080 30.610 -42.980 1.00 0.00 W2 O +ATOM 29033 H1 TIP3X 484 14.330 30.520 -43.570 1.00 0.00 W2 H +ATOM 29034 H2 TIP3X 484 14.680 30.820 -42.140 1.00 0.00 W2 H +ATOM 29035 OH2 TIP3X 485 26.370 10.030 -51.430 1.00 0.00 W2 O +ATOM 29036 H1 TIP3X 485 25.900 9.300 -51.030 1.00 0.00 W2 H +ATOM 29037 H2 TIP3X 485 26.040 10.810 -50.980 1.00 0.00 W2 H +ATOM 29038 OH2 TIP3X 486 -13.020 11.550 -32.310 1.00 0.00 W2 O +ATOM 29039 H1 TIP3X 486 -13.550 12.310 -32.520 1.00 0.00 W2 H +ATOM 29040 H2 TIP3X 486 -13.600 10.970 -31.800 1.00 0.00 W2 H +ATOM 29041 OH2 TIP3X 487 41.320 18.530 -11.830 1.00 0.00 W2 O +ATOM 29042 H1 TIP3X 487 42.060 18.880 -11.350 1.00 0.00 W2 H +ATOM 29043 H2 TIP3X 487 40.700 19.260 -11.900 1.00 0.00 W2 H +ATOM 29044 OH2 TIP3X 488 20.910 26.960 38.970 1.00 0.00 W2 O +ATOM 29045 H1 TIP3X 488 21.430 26.950 39.790 1.00 0.00 W2 H +ATOM 29046 H2 TIP3X 488 20.080 26.560 39.210 1.00 0.00 W2 H +ATOM 29047 OH2 TIP3X 489 20.680 -4.450 -49.170 1.00 0.00 W2 O +ATOM 29048 H1 TIP3X 489 21.170 -4.410 -48.350 1.00 0.00 W2 H +ATOM 29049 H2 TIP3X 489 21.250 -4.000 -49.800 1.00 0.00 W2 H +ATOM 29050 OH2 TIP3X 490 -38.910 38.880 -29.650 1.00 0.00 W2 O +ATOM 29051 H1 TIP3X 490 -38.590 38.170 -30.210 1.00 0.00 W2 H +ATOM 29052 H2 TIP3X 490 -39.820 39.010 -29.920 1.00 0.00 W2 H +ATOM 29053 OH2 TIP3X 491 0.360 -12.130 32.030 1.00 0.00 W2 O +ATOM 29054 H1 TIP3X 491 0.800 -11.380 31.660 1.00 0.00 W2 H +ATOM 29055 H2 TIP3X 491 0.090 -12.670 31.280 1.00 0.00 W2 H +ATOM 29056 OH2 TIP3X 492 -29.610 18.360 -37.830 1.00 0.00 W2 O +ATOM 29057 H1 TIP3X 492 -30.200 19.100 -37.960 1.00 0.00 W2 H +ATOM 29058 H2 TIP3X 492 -28.740 18.710 -38.090 1.00 0.00 W2 H +ATOM 29059 OH2 TIP3X 493 42.960 -17.920 -42.510 1.00 0.00 W2 O +ATOM 29060 H1 TIP3X 493 43.730 -17.790 -41.960 1.00 0.00 W2 H +ATOM 29061 H2 TIP3X 493 43.090 -17.340 -43.260 1.00 0.00 W2 H +ATOM 29062 OH2 TIP3X 494 15.470 33.360 24.370 1.00 0.00 W2 O +ATOM 29063 H1 TIP3X 494 16.110 34.070 24.280 1.00 0.00 W2 H +ATOM 29064 H2 TIP3X 494 14.950 33.600 25.140 1.00 0.00 W2 H +ATOM 29065 OH2 TIP3X 495 33.750 12.610 -40.650 1.00 0.00 W2 O +ATOM 29066 H1 TIP3X 495 34.230 12.960 -41.400 1.00 0.00 W2 H +ATOM 29067 H2 TIP3X 495 32.870 12.420 -40.990 1.00 0.00 W2 H +ATOM 29068 OH2 TIP3X 496 -39.780 -25.850 -45.770 1.00 0.00 W2 O +ATOM 29069 H1 TIP3X 496 -40.030 -26.510 -46.400 1.00 0.00 W2 H +ATOM 29070 H2 TIP3X 496 -40.230 -26.100 -44.970 1.00 0.00 W2 H +ATOM 29071 OH2 TIP3X 497 -35.740 -39.660 -27.650 1.00 0.00 W2 O +ATOM 29072 H1 TIP3X 497 -35.150 -39.290 -26.980 1.00 0.00 W2 H +ATOM 29073 H2 TIP3X 497 -36.600 -39.330 -27.410 1.00 0.00 W2 H +ATOM 29074 OH2 TIP3X 498 34.300 -6.060 -48.900 1.00 0.00 W2 O +ATOM 29075 H1 TIP3X 498 35.030 -5.710 -49.410 1.00 0.00 W2 H +ATOM 29076 H2 TIP3X 498 34.700 -6.300 -48.050 1.00 0.00 W2 H +ATOM 29077 OH2 TIP3X 499 -21.780 -43.750 9.170 1.00 0.00 W2 O +ATOM 29078 H1 TIP3X 499 -21.790 -43.370 10.060 1.00 0.00 W2 H +ATOM 29079 H2 TIP3X 499 -21.020 -43.350 8.760 1.00 0.00 W2 H +ATOM 29080 OH2 TIP3X 500 -5.850 28.980 -23.780 1.00 0.00 W2 O +ATOM 29081 H1 TIP3X 500 -6.530 29.640 -23.690 1.00 0.00 W2 H +ATOM 29082 H2 TIP3X 500 -6.120 28.450 -24.530 1.00 0.00 W2 H +ATOM 29083 OH2 TIP3X 501 16.770 1.680 -30.250 1.00 0.00 W2 O +ATOM 29084 H1 TIP3X 501 16.010 1.890 -30.790 1.00 0.00 W2 H +ATOM 29085 H2 TIP3X 501 17.130 2.530 -29.990 1.00 0.00 W2 H +ATOM 29086 OH2 TIP3X 502 -2.140 38.390 -33.800 1.00 0.00 W2 O +ATOM 29087 H1 TIP3X 502 -2.540 37.520 -33.800 1.00 0.00 W2 H +ATOM 29088 H2 TIP3X 502 -1.390 38.310 -33.220 1.00 0.00 W2 H +ATOM 29089 OH2 TIP3X 503 -29.470 27.310 -22.160 1.00 0.00 W2 O +ATOM 29090 H1 TIP3X 503 -30.300 26.990 -21.800 1.00 0.00 W2 H +ATOM 29091 H2 TIP3X 503 -29.120 26.570 -22.650 1.00 0.00 W2 H +ATOM 29092 OH2 TIP3X 504 -20.940 -3.620 -41.530 1.00 0.00 W2 O +ATOM 29093 H1 TIP3X 504 -21.340 -4.340 -41.050 1.00 0.00 W2 H +ATOM 29094 H2 TIP3X 504 -21.670 -3.060 -41.790 1.00 0.00 W2 H +ATOM 29095 OH2 TIP3X 505 -41.980 24.530 22.860 1.00 0.00 W2 O +ATOM 29096 H1 TIP3X 505 -41.690 25.410 23.130 1.00 0.00 W2 H +ATOM 29097 H2 TIP3X 505 -42.460 24.680 22.050 1.00 0.00 W2 H +ATOM 29098 OH2 TIP3X 506 0.880 -34.620 -51.680 1.00 0.00 W2 O +ATOM 29099 H1 TIP3X 506 1.420 -35.150 -51.100 1.00 0.00 W2 H +ATOM 29100 H2 TIP3X 506 0.000 -34.670 -51.320 1.00 0.00 W2 H +ATOM 29101 OH2 TIP3X 507 44.890 32.990 -27.940 1.00 0.00 W2 O +ATOM 29102 H1 TIP3X 507 43.970 32.930 -27.720 1.00 0.00 W2 H +ATOM 29103 H2 TIP3X 507 45.260 33.600 -27.300 1.00 0.00 W2 H +ATOM 29104 OH2 TIP3X 508 12.110 -18.540 36.620 1.00 0.00 W2 O +ATOM 29105 H1 TIP3X 508 11.170 -18.520 36.840 1.00 0.00 W2 H +ATOM 29106 H2 TIP3X 508 12.120 -18.450 35.670 1.00 0.00 W2 H +ATOM 29107 OH2 TIP3X 509 33.940 5.970 33.440 1.00 0.00 W2 O +ATOM 29108 H1 TIP3X 509 33.440 5.160 33.340 1.00 0.00 W2 H +ATOM 29109 H2 TIP3X 509 33.610 6.360 34.240 1.00 0.00 W2 H +ATOM 29110 OH2 TIP3X 510 -26.830 17.470 -31.270 1.00 0.00 W2 O +ATOM 29111 H1 TIP3X 510 -26.900 18.320 -30.830 1.00 0.00 W2 H +ATOM 29112 H2 TIP3X 510 -27.260 17.600 -32.110 1.00 0.00 W2 H +ATOM 29113 OH2 TIP3X 511 39.360 4.380 23.820 1.00 0.00 W2 O +ATOM 29114 H1 TIP3X 511 39.240 3.450 23.630 1.00 0.00 W2 H +ATOM 29115 H2 TIP3X 511 40.150 4.620 23.350 1.00 0.00 W2 H +ATOM 29116 OH2 TIP3X 512 -35.110 -4.520 -9.110 1.00 0.00 W2 O +ATOM 29117 H1 TIP3X 512 -34.410 -4.540 -8.460 1.00 0.00 W2 H +ATOM 29118 H2 TIP3X 512 -35.710 -3.850 -8.810 1.00 0.00 W2 H +ATOM 29119 OH2 TIP3X 513 -20.710 -36.130 -38.720 1.00 0.00 W2 O +ATOM 29120 H1 TIP3X 513 -20.150 -35.780 -38.040 1.00 0.00 W2 H +ATOM 29121 H2 TIP3X 513 -21.570 -35.730 -38.550 1.00 0.00 W2 H +ATOM 29122 OH2 TIP3X 514 12.130 9.030 -26.850 1.00 0.00 W2 O +ATOM 29123 H1 TIP3X 514 13.030 9.010 -26.530 1.00 0.00 W2 H +ATOM 29124 H2 TIP3X 514 12.170 8.600 -27.710 1.00 0.00 W2 H +ATOM 29125 OH2 TIP3X 515 -22.190 -29.930 25.650 1.00 0.00 W2 O +ATOM 29126 H1 TIP3X 515 -22.190 -29.240 25.000 1.00 0.00 W2 H +ATOM 29127 H2 TIP3X 515 -21.380 -29.780 26.160 1.00 0.00 W2 H +ATOM 29128 OH2 TIP3X 516 -8.930 9.930 35.920 1.00 0.00 W2 O +ATOM 29129 H1 TIP3X 516 -8.550 9.330 36.580 1.00 0.00 W2 H +ATOM 29130 H2 TIP3X 516 -8.680 9.540 35.080 1.00 0.00 W2 H +ATOM 29131 OH2 TIP3X 517 -10.860 28.580 -37.220 1.00 0.00 W2 O +ATOM 29132 H1 TIP3X 517 -10.860 27.630 -37.250 1.00 0.00 W2 H +ATOM 29133 H2 TIP3X 517 -9.970 28.830 -37.410 1.00 0.00 W2 H +ATOM 29134 OH2 TIP3X 518 7.090 -16.560 29.460 1.00 0.00 W2 O +ATOM 29135 H1 TIP3X 518 7.640 -15.810 29.690 1.00 0.00 W2 H +ATOM 29136 H2 TIP3X 518 7.330 -16.770 28.560 1.00 0.00 W2 H +ATOM 29137 OH2 TIP3X 519 32.670 35.230 -22.320 1.00 0.00 W2 O +ATOM 29138 H1 TIP3X 519 33.240 34.470 -22.310 1.00 0.00 W2 H +ATOM 29139 H2 TIP3X 519 31.790 34.870 -22.130 1.00 0.00 W2 H +ATOM 29140 OH2 TIP3X 520 -34.530 3.920 29.390 1.00 0.00 W2 O +ATOM 29141 H1 TIP3X 520 -35.330 4.010 28.890 1.00 0.00 W2 H +ATOM 29142 H2 TIP3X 520 -34.800 3.990 30.300 1.00 0.00 W2 H +ATOM 29143 OH2 TIP3X 521 -4.280 15.830 -31.760 1.00 0.00 W2 O +ATOM 29144 H1 TIP3X 521 -4.770 16.520 -31.320 1.00 0.00 W2 H +ATOM 29145 H2 TIP3X 521 -3.560 16.290 -32.190 1.00 0.00 W2 H +ATOM 29146 OH2 TIP3X 522 -27.560 -28.680 33.180 1.00 0.00 W2 O +ATOM 29147 H1 TIP3X 522 -27.290 -28.770 32.250 1.00 0.00 W2 H +ATOM 29148 H2 TIP3X 522 -27.600 -27.740 33.320 1.00 0.00 W2 H +ATOM 29149 OH2 TIP3X 523 29.660 2.260 29.930 1.00 0.00 W2 O +ATOM 29150 H1 TIP3X 523 30.060 2.920 29.360 1.00 0.00 W2 H +ATOM 29151 H2 TIP3X 523 29.990 1.420 29.590 1.00 0.00 W2 H +ATOM 29152 OH2 TIP3X 524 38.800 -6.010 -16.900 1.00 0.00 W2 O +ATOM 29153 H1 TIP3X 524 38.520 -6.120 -17.810 1.00 0.00 W2 H +ATOM 29154 H2 TIP3X 524 37.980 -5.970 -16.410 1.00 0.00 W2 H +ATOM 29155 OH2 TIP3X 525 48.900 -10.290 17.530 1.00 0.00 W2 O +ATOM 29156 H1 TIP3X 525 49.350 -10.940 16.990 1.00 0.00 W2 H +ATOM 29157 H2 TIP3X 525 49.200 -9.450 17.170 1.00 0.00 W2 H +ATOM 29158 OH2 TIP3X 526 -38.700 -0.270 -42.120 1.00 0.00 W2 O +ATOM 29159 H1 TIP3X 526 -38.180 -0.170 -42.920 1.00 0.00 W2 H +ATOM 29160 H2 TIP3X 526 -39.580 -0.070 -42.390 1.00 0.00 W2 H +ATOM 29161 OH2 TIP3X 527 -22.620 16.170 40.240 1.00 0.00 W2 O +ATOM 29162 H1 TIP3X 527 -23.560 16.050 40.320 1.00 0.00 W2 H +ATOM 29163 H2 TIP3X 527 -22.430 16.960 40.740 1.00 0.00 W2 H +ATOM 29164 OH2 TIP3X 528 -6.700 -12.220 -34.470 1.00 0.00 W2 O +ATOM 29165 H1 TIP3X 528 -7.490 -12.770 -34.390 1.00 0.00 W2 H +ATOM 29166 H2 TIP3X 528 -6.520 -11.950 -33.570 1.00 0.00 W2 H +ATOM 29167 OH2 TIP3X 529 -43.910 -18.490 -25.020 1.00 0.00 W2 O +ATOM 29168 H1 TIP3X 529 -44.470 -18.150 -25.710 1.00 0.00 W2 H +ATOM 29169 H2 TIP3X 529 -44.310 -18.180 -24.210 1.00 0.00 W2 H +ATOM 29170 OH2 TIP3X 530 37.160 -13.320 -51.530 1.00 0.00 W2 O +ATOM 29171 H1 TIP3X 530 38.050 -13.200 -51.860 1.00 0.00 W2 H +ATOM 29172 H2 TIP3X 530 36.590 -13.250 -52.300 1.00 0.00 W2 H +ATOM 29173 OH2 TIP3X 531 -36.350 -4.800 18.970 1.00 0.00 W2 O +ATOM 29174 H1 TIP3X 531 -35.420 -4.660 18.880 1.00 0.00 W2 H +ATOM 29175 H2 TIP3X 531 -36.550 -5.540 18.400 1.00 0.00 W2 H +ATOM 29176 OH2 TIP3X 532 8.040 1.360 -50.960 1.00 0.00 W2 O +ATOM 29177 H1 TIP3X 532 7.230 0.990 -50.590 1.00 0.00 W2 H +ATOM 29178 H2 TIP3X 532 8.310 2.020 -50.320 1.00 0.00 W2 H +ATOM 29179 OH2 TIP3X 533 -27.200 -33.030 -41.850 1.00 0.00 W2 O +ATOM 29180 H1 TIP3X 533 -27.060 -33.360 -42.740 1.00 0.00 W2 H +ATOM 29181 H2 TIP3X 533 -27.340 -33.800 -41.320 1.00 0.00 W2 H +ATOM 29182 OH2 TIP3X 534 38.810 -17.040 -24.570 1.00 0.00 W2 O +ATOM 29183 H1 TIP3X 534 38.420 -16.180 -24.410 1.00 0.00 W2 H +ATOM 29184 H2 TIP3X 534 38.230 -17.650 -24.150 1.00 0.00 W2 H +ATOM 29185 OH2 TIP3X 535 30.580 -38.560 24.390 1.00 0.00 W2 O +ATOM 29186 H1 TIP3X 535 30.940 -39.190 25.020 1.00 0.00 W2 H +ATOM 29187 H2 TIP3X 535 30.150 -37.890 24.940 1.00 0.00 W2 H +ATOM 29188 OH2 TIP3X 536 -6.690 38.430 38.970 1.00 0.00 W2 O +ATOM 29189 H1 TIP3X 536 -7.390 38.650 38.360 1.00 0.00 W2 H +ATOM 29190 H2 TIP3X 536 -6.450 39.260 39.380 1.00 0.00 W2 H +ATOM 29191 OH2 TIP3X 537 -10.160 21.250 -43.810 1.00 0.00 W2 O +ATOM 29192 H1 TIP3X 537 -9.290 21.160 -44.180 1.00 0.00 W2 H +ATOM 29193 H2 TIP3X 537 -10.220 20.570 -43.130 1.00 0.00 W2 H +ATOM 29194 OH2 TIP3X 538 43.660 24.790 -21.710 1.00 0.00 W2 O +ATOM 29195 H1 TIP3X 538 44.570 24.980 -21.490 1.00 0.00 W2 H +ATOM 29196 H2 TIP3X 538 43.280 25.650 -21.900 1.00 0.00 W2 H +ATOM 29197 OH2 TIP3X 539 -44.450 -15.200 -40.160 1.00 0.00 W2 O +ATOM 29198 H1 TIP3X 539 -43.580 -14.870 -40.380 1.00 0.00 W2 H +ATOM 29199 H2 TIP3X 539 -44.910 -14.450 -39.810 1.00 0.00 W2 H +ATOM 29200 OH2 TIP3X 540 40.270 8.780 32.850 1.00 0.00 W2 O +ATOM 29201 H1 TIP3X 540 39.810 9.600 32.970 1.00 0.00 W2 H +ATOM 29202 H2 TIP3X 540 41.180 9.020 32.680 1.00 0.00 W2 H +ATOM 29203 OH2 TIP3X 541 -33.880 10.440 -46.350 1.00 0.00 W2 O +ATOM 29204 H1 TIP3X 541 -34.440 10.390 -47.120 1.00 0.00 W2 H +ATOM 29205 H2 TIP3X 541 -33.020 10.160 -46.660 1.00 0.00 W2 H +ATOM 29206 OH2 TIP3X 542 -37.200 -36.540 19.780 1.00 0.00 W2 O +ATOM 29207 H1 TIP3X 542 -37.630 -35.690 19.880 1.00 0.00 W2 H +ATOM 29208 H2 TIP3X 542 -36.290 -36.340 19.560 1.00 0.00 W2 H +ATOM 29209 OH2 TIP3X 543 -0.120 -15.160 -32.100 1.00 0.00 W2 O +ATOM 29210 H1 TIP3X 543 0.170 -14.930 -31.220 1.00 0.00 W2 H +ATOM 29211 H2 TIP3X 543 0.330 -15.970 -32.290 1.00 0.00 W2 H +ATOM 29212 OH2 TIP3X 544 16.350 -15.880 -35.920 1.00 0.00 W2 O +ATOM 29213 H1 TIP3X 544 16.020 -16.200 -36.770 1.00 0.00 W2 H +ATOM 29214 H2 TIP3X 544 16.540 -16.680 -35.430 1.00 0.00 W2 H +ATOM 29215 OH2 TIP3X 545 22.660 -24.280 -29.120 1.00 0.00 W2 O +ATOM 29216 H1 TIP3X 545 22.580 -24.560 -28.210 1.00 0.00 W2 H +ATOM 29217 H2 TIP3X 545 22.190 -24.950 -29.620 1.00 0.00 W2 H +ATOM 29218 OH2 TIP3X 546 23.300 -33.710 31.820 1.00 0.00 W2 O +ATOM 29219 H1 TIP3X 546 23.890 -33.710 31.060 1.00 0.00 W2 H +ATOM 29220 H2 TIP3X 546 22.950 -34.600 31.840 1.00 0.00 W2 H +ATOM 29221 OH2 TIP3X 547 -28.710 1.360 -36.510 1.00 0.00 W2 O +ATOM 29222 H1 TIP3X 547 -28.350 0.510 -36.260 1.00 0.00 W2 H +ATOM 29223 H2 TIP3X 547 -28.100 1.990 -36.120 1.00 0.00 W2 H +ATOM 29224 OH2 TIP3X 548 34.360 13.780 29.310 1.00 0.00 W2 O +ATOM 29225 H1 TIP3X 548 35.220 13.440 29.020 1.00 0.00 W2 H +ATOM 29226 H2 TIP3X 548 33.890 13.000 29.610 1.00 0.00 W2 H +ATOM 29227 OH2 TIP3X 549 -5.990 -11.830 27.640 1.00 0.00 W2 O +ATOM 29228 H1 TIP3X 549 -5.280 -11.200 27.600 1.00 0.00 W2 H +ATOM 29229 H2 TIP3X 549 -5.830 -12.440 26.930 1.00 0.00 W2 H +ATOM 29230 OH2 TIP3X 550 46.460 21.310 -21.230 1.00 0.00 W2 O +ATOM 29231 H1 TIP3X 550 45.940 21.630 -21.970 1.00 0.00 W2 H +ATOM 29232 H2 TIP3X 550 45.940 21.520 -20.450 1.00 0.00 W2 H +ATOM 29233 OH2 TIP3X 551 15.800 -34.430 -18.150 1.00 0.00 W2 O +ATOM 29234 H1 TIP3X 551 16.220 -33.590 -18.330 1.00 0.00 W2 H +ATOM 29235 H2 TIP3X 551 14.890 -34.300 -18.420 1.00 0.00 W2 H +ATOM 29236 OH2 TIP3X 552 6.200 32.930 35.440 1.00 0.00 W2 O +ATOM 29237 H1 TIP3X 552 5.770 32.780 36.290 1.00 0.00 W2 H +ATOM 29238 H2 TIP3X 552 5.930 32.180 34.900 1.00 0.00 W2 H +ATOM 29239 OH2 TIP3X 553 8.540 -12.130 -43.680 1.00 0.00 W2 O +ATOM 29240 H1 TIP3X 553 7.900 -12.670 -44.140 1.00 0.00 W2 H +ATOM 29241 H2 TIP3X 553 9.170 -11.880 -44.350 1.00 0.00 W2 H +ATOM 29242 OH2 TIP3X 554 35.760 -28.040 -39.670 1.00 0.00 W2 O +ATOM 29243 H1 TIP3X 554 36.110 -28.650 -39.000 1.00 0.00 W2 H +ATOM 29244 H2 TIP3X 554 34.920 -28.410 -39.900 1.00 0.00 W2 H +ATOM 29245 OH2 TIP3X 555 -45.680 17.460 -35.840 1.00 0.00 W2 O +ATOM 29246 H1 TIP3X 555 -45.170 18.200 -36.170 1.00 0.00 W2 H +ATOM 29247 H2 TIP3X 555 -45.580 17.510 -34.890 1.00 0.00 W2 H +ATOM 29248 OH2 TIP3X 556 42.200 2.760 -32.510 1.00 0.00 W2 O +ATOM 29249 H1 TIP3X 556 41.410 3.090 -32.950 1.00 0.00 W2 H +ATOM 29250 H2 TIP3X 556 42.700 2.340 -33.210 1.00 0.00 W2 H +ATOM 29251 OH2 TIP3X 557 -2.670 -7.280 26.100 1.00 0.00 W2 O +ATOM 29252 H1 TIP3X 557 -3.120 -6.850 25.380 1.00 0.00 W2 H +ATOM 29253 H2 TIP3X 557 -3.050 -8.160 26.130 1.00 0.00 W2 H +ATOM 29254 OH2 TIP3X 558 -43.300 5.370 -26.650 1.00 0.00 W2 O +ATOM 29255 H1 TIP3X 558 -44.220 5.370 -26.890 1.00 0.00 W2 H +ATOM 29256 H2 TIP3X 558 -42.840 5.270 -27.490 1.00 0.00 W2 H +ATOM 29257 OH2 TIP3X 559 35.470 8.620 -16.370 1.00 0.00 W2 O +ATOM 29258 H1 TIP3X 559 36.240 8.190 -15.980 1.00 0.00 W2 H +ATOM 29259 H2 TIP3X 559 35.310 9.370 -15.820 1.00 0.00 W2 H +ATOM 29260 OH2 TIP3X 560 33.780 8.450 -29.350 1.00 0.00 W2 O +ATOM 29261 H1 TIP3X 560 33.160 9.050 -28.920 1.00 0.00 W2 H +ATOM 29262 H2 TIP3X 560 33.580 8.510 -30.280 1.00 0.00 W2 H +ATOM 29263 OH2 TIP3X 561 23.450 29.370 39.570 1.00 0.00 W2 O +ATOM 29264 H1 TIP3X 561 24.000 28.790 39.040 1.00 0.00 W2 H +ATOM 29265 H2 TIP3X 561 24.070 30.010 39.920 1.00 0.00 W2 H +ATOM 29266 OH2 TIP3X 562 5.700 12.070 -18.460 1.00 0.00 W2 O +ATOM 29267 H1 TIP3X 562 5.110 11.440 -18.060 1.00 0.00 W2 H +ATOM 29268 H2 TIP3X 562 5.620 12.870 -17.940 1.00 0.00 W2 H +ATOM 29269 OH2 TIP3X 563 24.300 -42.300 28.830 1.00 0.00 W2 O +ATOM 29270 H1 TIP3X 563 24.890 -42.940 29.240 1.00 0.00 W2 H +ATOM 29271 H2 TIP3X 563 23.650 -42.110 29.510 1.00 0.00 W2 H +ATOM 29272 OH2 TIP3X 564 3.390 -32.050 37.330 1.00 0.00 W2 O +ATOM 29273 H1 TIP3X 564 3.180 -32.700 36.660 1.00 0.00 W2 H +ATOM 29274 H2 TIP3X 564 4.220 -31.660 37.020 1.00 0.00 W2 H +ATOM 29275 OH2 TIP3X 565 -8.730 -18.710 -32.790 1.00 0.00 W2 O +ATOM 29276 H1 TIP3X 565 -8.350 -17.990 -32.310 1.00 0.00 W2 H +ATOM 29277 H2 TIP3X 565 -9.630 -18.780 -32.470 1.00 0.00 W2 H +ATOM 29278 OH2 TIP3X 566 -40.990 -39.400 -34.520 1.00 0.00 W2 O +ATOM 29279 H1 TIP3X 566 -40.320 -39.000 -35.070 1.00 0.00 W2 H +ATOM 29280 H2 TIP3X 566 -41.810 -39.270 -35.010 1.00 0.00 W2 H +ATOM 29281 OH2 TIP3X 567 8.030 -29.920 31.360 1.00 0.00 W2 O +ATOM 29282 H1 TIP3X 567 8.100 -29.540 32.240 1.00 0.00 W2 H +ATOM 29283 H2 TIP3X 567 7.280 -30.500 31.410 1.00 0.00 W2 H +ATOM 29284 OH2 TIP3X 568 28.040 -43.760 -21.260 1.00 0.00 W2 O +ATOM 29285 H1 TIP3X 568 28.690 -43.410 -20.650 1.00 0.00 W2 H +ATOM 29286 H2 TIP3X 568 27.520 -42.990 -21.500 1.00 0.00 W2 H +ATOM 29287 OH2 TIP3X 569 -40.800 37.720 18.070 1.00 0.00 W2 O +ATOM 29288 H1 TIP3X 569 -41.000 37.780 17.140 1.00 0.00 W2 H +ATOM 29289 H2 TIP3X 569 -40.140 38.410 18.220 1.00 0.00 W2 H +ATOM 29290 OH2 TIP3X 570 -32.720 31.070 36.570 1.00 0.00 W2 O +ATOM 29291 H1 TIP3X 570 -33.510 31.310 37.060 1.00 0.00 W2 H +ATOM 29292 H2 TIP3X 570 -32.700 30.120 36.590 1.00 0.00 W2 H +ATOM 29293 OH2 TIP3X 571 23.560 -33.730 -44.640 1.00 0.00 W2 O +ATOM 29294 H1 TIP3X 571 24.320 -33.140 -44.650 1.00 0.00 W2 H +ATOM 29295 H2 TIP3X 571 22.840 -33.180 -44.340 1.00 0.00 W2 H +ATOM 29296 OH2 TIP3X 572 2.460 40.590 35.150 1.00 0.00 W2 O +ATOM 29297 H1 TIP3X 572 1.730 40.080 34.800 1.00 0.00 W2 H +ATOM 29298 H2 TIP3X 572 2.510 41.360 34.570 1.00 0.00 W2 H +ATOM 29299 OH2 TIP3X 573 -2.670 5.420 34.730 1.00 0.00 W2 O +ATOM 29300 H1 TIP3X 573 -2.810 5.270 33.800 1.00 0.00 W2 H +ATOM 29301 H2 TIP3X 573 -2.290 4.610 35.050 1.00 0.00 W2 H +ATOM 29302 OH2 TIP3X 574 30.670 -46.910 24.600 1.00 0.00 W2 O +ATOM 29303 H1 TIP3X 574 30.790 -46.320 25.340 1.00 0.00 W2 H +ATOM 29304 H2 TIP3X 574 31.560 -47.150 24.350 1.00 0.00 W2 H +ATOM 29305 OH2 TIP3X 575 -24.160 40.900 -21.330 1.00 0.00 W2 O +ATOM 29306 H1 TIP3X 575 -23.920 40.040 -20.980 1.00 0.00 W2 H +ATOM 29307 H2 TIP3X 575 -24.820 41.230 -20.720 1.00 0.00 W2 H +ATOM 29308 OH2 TIP3X 576 46.700 30.750 24.120 1.00 0.00 W2 O +ATOM 29309 H1 TIP3X 576 47.090 30.740 23.260 1.00 0.00 W2 H +ATOM 29310 H2 TIP3X 576 47.410 31.020 24.710 1.00 0.00 W2 H +ATOM 29311 OH2 TIP3X 577 22.540 13.330 -37.930 1.00 0.00 W2 O +ATOM 29312 H1 TIP3X 577 22.090 12.940 -38.670 1.00 0.00 W2 H +ATOM 29313 H2 TIP3X 577 22.380 12.730 -37.210 1.00 0.00 W2 H +ATOM 29314 OH2 TIP3X 578 5.070 -50.300 -17.700 1.00 0.00 W2 O +ATOM 29315 H1 TIP3X 578 4.470 -49.610 -17.430 1.00 0.00 W2 H +ATOM 29316 H2 TIP3X 578 5.940 -49.930 -17.560 1.00 0.00 W2 H +ATOM 29317 OH2 TIP3X 579 -2.000 21.660 19.010 1.00 0.00 W2 O +ATOM 29318 H1 TIP3X 579 -2.810 21.930 19.440 1.00 0.00 W2 H +ATOM 29319 H2 TIP3X 579 -2.070 22.000 18.110 1.00 0.00 W2 H +ATOM 29320 OH2 TIP3X 580 -17.650 1.490 -26.770 1.00 0.00 W2 O +ATOM 29321 H1 TIP3X 580 -17.690 1.450 -27.730 1.00 0.00 W2 H +ATOM 29322 H2 TIP3X 580 -17.130 0.720 -26.520 1.00 0.00 W2 H +ATOM 29323 OH2 TIP3X 581 -24.580 -20.950 35.610 1.00 0.00 W2 O +ATOM 29324 H1 TIP3X 581 -25.490 -20.880 35.930 1.00 0.00 W2 H +ATOM 29325 H2 TIP3X 581 -24.110 -20.270 36.090 1.00 0.00 W2 H +ATOM 29326 OH2 TIP3X 582 -17.730 -21.230 -40.470 1.00 0.00 W2 O +ATOM 29327 H1 TIP3X 582 -16.890 -21.320 -40.000 1.00 0.00 W2 H +ATOM 29328 H2 TIP3X 582 -17.460 -21.000 -41.360 1.00 0.00 W2 H +ATOM 29329 OH2 TIP3X 583 33.050 -25.190 -23.540 1.00 0.00 W2 O +ATOM 29330 H1 TIP3X 583 33.040 -24.650 -24.330 1.00 0.00 W2 H +ATOM 29331 H2 TIP3X 583 32.440 -25.900 -23.730 1.00 0.00 W2 H +ATOM 29332 OH2 TIP3X 584 -34.100 -42.390 -37.640 1.00 0.00 W2 O +ATOM 29333 H1 TIP3X 584 -34.230 -41.580 -37.160 1.00 0.00 W2 H +ATOM 29334 H2 TIP3X 584 -34.890 -42.500 -38.160 1.00 0.00 W2 H +ATOM 29335 OH2 TIP3X 585 -25.570 27.960 -27.890 1.00 0.00 W2 O +ATOM 29336 H1 TIP3X 585 -26.490 28.180 -27.760 1.00 0.00 W2 H +ATOM 29337 H2 TIP3X 585 -25.300 28.460 -28.670 1.00 0.00 W2 H +ATOM 29338 OH2 TIP3X 586 17.150 -13.190 30.660 1.00 0.00 W2 O +ATOM 29339 H1 TIP3X 586 16.210 -13.310 30.800 1.00 0.00 W2 H +ATOM 29340 H2 TIP3X 586 17.300 -12.260 30.830 1.00 0.00 W2 H +ATOM 29341 OH2 TIP3X 587 42.890 36.910 16.700 1.00 0.00 W2 O +ATOM 29342 H1 TIP3X 587 43.440 37.640 16.960 1.00 0.00 W2 H +ATOM 29343 H2 TIP3X 587 43.430 36.400 16.100 1.00 0.00 W2 H +ATOM 29344 OH2 TIP3X 588 -4.630 -24.940 -40.980 1.00 0.00 W2 O +ATOM 29345 H1 TIP3X 588 -5.180 -24.880 -40.190 1.00 0.00 W2 H +ATOM 29346 H2 TIP3X 588 -3.960 -25.590 -40.760 1.00 0.00 W2 H +ATOM 29347 OH2 TIP3X 589 37.000 -42.150 -39.910 1.00 0.00 W2 O +ATOM 29348 H1 TIP3X 589 37.310 -43.020 -39.650 1.00 0.00 W2 H +ATOM 29349 H2 TIP3X 589 36.290 -41.950 -39.300 1.00 0.00 W2 H +ATOM 29350 OH2 TIP3X 590 -43.010 5.300 34.760 1.00 0.00 W2 O +ATOM 29351 H1 TIP3X 590 -42.390 6.030 34.820 1.00 0.00 W2 H +ATOM 29352 H2 TIP3X 590 -42.980 5.030 33.840 1.00 0.00 W2 H +ATOM 29353 OH2 TIP3X 591 0.950 -16.600 -37.950 1.00 0.00 W2 O +ATOM 29354 H1 TIP3X 591 0.680 -15.940 -38.580 1.00 0.00 W2 H +ATOM 29355 H2 TIP3X 591 1.000 -17.410 -38.460 1.00 0.00 W2 H +ATOM 29356 OH2 TIP3X 592 31.470 19.910 37.030 1.00 0.00 W2 O +ATOM 29357 H1 TIP3X 592 31.120 19.270 37.660 1.00 0.00 W2 H +ATOM 29358 H2 TIP3X 592 31.790 20.630 37.580 1.00 0.00 W2 H +ATOM 29359 OH2 TIP3X 593 42.870 -4.270 -40.430 1.00 0.00 W2 O +ATOM 29360 H1 TIP3X 593 42.500 -3.390 -40.570 1.00 0.00 W2 H +ATOM 29361 H2 TIP3X 593 43.070 -4.580 -41.310 1.00 0.00 W2 H +ATOM 29362 OH2 TIP3X 594 -31.440 27.140 -29.650 1.00 0.00 W2 O +ATOM 29363 H1 TIP3X 594 -32.220 26.960 -30.170 1.00 0.00 W2 H +ATOM 29364 H2 TIP3X 594 -30.970 26.300 -29.610 1.00 0.00 W2 H +ATOM 29365 OH2 TIP3X 595 5.720 24.790 -25.100 1.00 0.00 W2 O +ATOM 29366 H1 TIP3X 595 4.870 24.410 -25.320 1.00 0.00 W2 H +ATOM 29367 H2 TIP3X 595 6.270 24.630 -25.870 1.00 0.00 W2 H +ATOM 29368 OH2 TIP3X 596 -44.920 0.660 -24.620 1.00 0.00 W2 O +ATOM 29369 H1 TIP3X 596 -43.970 0.730 -24.730 1.00 0.00 W2 H +ATOM 29370 H2 TIP3X 596 -45.030 -0.040 -23.980 1.00 0.00 W2 H +ATOM 29371 OH2 TIP3X 597 -2.680 -18.350 -33.270 1.00 0.00 W2 O +ATOM 29372 H1 TIP3X 597 -2.210 -17.630 -33.690 1.00 0.00 W2 H +ATOM 29373 H2 TIP3X 597 -3.100 -17.950 -32.510 1.00 0.00 W2 H +ATOM 29374 OH2 TIP3X 598 13.200 -37.860 36.900 1.00 0.00 W2 O +ATOM 29375 H1 TIP3X 598 13.780 -37.430 36.270 1.00 0.00 W2 H +ATOM 29376 H2 TIP3X 598 13.040 -37.190 37.570 1.00 0.00 W2 H +ATOM 29377 OH2 TIP3X 599 -40.320 -37.380 25.330 1.00 0.00 W2 O +ATOM 29378 H1 TIP3X 599 -40.750 -37.780 24.570 1.00 0.00 W2 H +ATOM 29379 H2 TIP3X 599 -39.560 -36.940 24.960 1.00 0.00 W2 H +ATOM 29380 OH2 TIP3X 600 25.080 -36.040 -35.300 1.00 0.00 W2 O +ATOM 29381 H1 TIP3X 600 24.420 -35.350 -35.270 1.00 0.00 W2 H +ATOM 29382 H2 TIP3X 600 25.900 -35.600 -35.090 1.00 0.00 W2 H +ATOM 29383 OH2 TIP3X 601 4.110 41.730 11.370 1.00 0.00 W2 O +ATOM 29384 H1 TIP3X 601 3.580 41.470 12.130 1.00 0.00 W2 H +ATOM 29385 H2 TIP3X 601 3.460 41.970 10.710 1.00 0.00 W2 H +ATOM 29386 OH2 TIP3X 602 -25.880 -29.930 36.250 1.00 0.00 W2 O +ATOM 29387 H1 TIP3X 602 -25.940 -30.410 37.080 1.00 0.00 W2 H +ATOM 29388 H2 TIP3X 602 -26.200 -30.550 35.600 1.00 0.00 W2 H +ATOM 29389 OH2 TIP3X 603 18.330 -9.690 22.540 1.00 0.00 W2 O +ATOM 29390 H1 TIP3X 603 18.510 -10.050 21.680 1.00 0.00 W2 H +ATOM 29391 H2 TIP3X 603 19.160 -9.290 22.810 1.00 0.00 W2 H +ATOM 29392 OH2 TIP3X 604 -36.110 -40.780 29.190 1.00 0.00 W2 O +ATOM 29393 H1 TIP3X 604 -36.740 -40.960 29.890 1.00 0.00 W2 H +ATOM 29394 H2 TIP3X 604 -35.760 -39.920 29.400 1.00 0.00 W2 H +ATOM 29395 OH2 TIP3X 605 -35.240 -28.540 -39.230 1.00 0.00 W2 O +ATOM 29396 H1 TIP3X 605 -35.970 -27.930 -39.340 1.00 0.00 W2 H +ATOM 29397 H2 TIP3X 605 -35.540 -29.140 -38.550 1.00 0.00 W2 H +ATOM 29398 OH2 TIP3X 606 -41.020 -49.670 35.490 1.00 0.00 W2 O +ATOM 29399 H1 TIP3X 606 -41.020 -50.440 36.070 1.00 0.00 W2 H +ATOM 29400 H2 TIP3X 606 -41.730 -49.120 35.810 1.00 0.00 W2 H +ATOM 29401 OH2 TIP3X 607 -20.730 -26.200 -46.720 1.00 0.00 W2 O +ATOM 29402 H1 TIP3X 607 -21.520 -25.870 -47.140 1.00 0.00 W2 H +ATOM 29403 H2 TIP3X 607 -20.880 -27.120 -46.580 1.00 0.00 W2 H +ATOM 29404 OH2 TIP3X 608 -14.150 -47.320 -48.910 1.00 0.00 W2 O +ATOM 29405 H1 TIP3X 608 -14.740 -46.590 -48.720 1.00 0.00 W2 H +ATOM 29406 H2 TIP3X 608 -14.610 -47.820 -49.590 1.00 0.00 W2 H +ATOM 29407 OH2 TIP3X 609 -7.060 13.700 -46.910 1.00 0.00 W2 O +ATOM 29408 H1 TIP3X 609 -7.970 13.530 -46.680 1.00 0.00 W2 H +ATOM 29409 H2 TIP3X 609 -7.070 13.760 -47.870 1.00 0.00 W2 H +ATOM 29410 OH2 TIP3X 610 34.430 -0.760 -24.210 1.00 0.00 W2 O +ATOM 29411 H1 TIP3X 610 34.930 -0.010 -23.870 1.00 0.00 W2 H +ATOM 29412 H2 TIP3X 610 34.920 -1.050 -24.970 1.00 0.00 W2 H +ATOM 29413 OH2 TIP3X 611 -39.220 -7.650 -42.770 1.00 0.00 W2 O +ATOM 29414 H1 TIP3X 611 -38.980 -8.460 -42.300 1.00 0.00 W2 H +ATOM 29415 H2 TIP3X 611 -39.230 -7.900 -43.690 1.00 0.00 W2 H +ATOM 29416 OH2 TIP3X 612 -3.780 12.310 -39.980 1.00 0.00 W2 O +ATOM 29417 H1 TIP3X 612 -4.240 12.970 -40.500 1.00 0.00 W2 H +ATOM 29418 H2 TIP3X 612 -3.650 11.580 -40.570 1.00 0.00 W2 H +ATOM 29419 OH2 TIP3X 613 44.910 41.060 19.470 1.00 0.00 W2 O +ATOM 29420 H1 TIP3X 613 44.130 40.850 18.950 1.00 0.00 W2 H +ATOM 29421 H2 TIP3X 613 45.230 41.880 19.090 1.00 0.00 W2 H +ATOM 29422 OH2 TIP3X 614 4.660 -16.690 17.870 1.00 0.00 W2 O +ATOM 29423 H1 TIP3X 614 4.160 -16.240 17.190 1.00 0.00 W2 H +ATOM 29424 H2 TIP3X 614 4.310 -16.330 18.700 1.00 0.00 W2 H +ATOM 29425 OH2 TIP3X 615 31.260 -48.000 -51.090 1.00 0.00 W2 O +ATOM 29426 H1 TIP3X 615 31.010 -48.890 -51.330 1.00 0.00 W2 H +ATOM 29427 H2 TIP3X 615 31.970 -47.760 -51.690 1.00 0.00 W2 H +ATOM 29428 OH2 TIP3X 616 37.000 18.220 -38.410 1.00 0.00 W2 O +ATOM 29429 H1 TIP3X 616 36.300 18.030 -37.780 1.00 0.00 W2 H +ATOM 29430 H2 TIP3X 616 36.740 17.750 -39.210 1.00 0.00 W2 H +ATOM 29431 OH2 TIP3X 617 32.780 -32.700 -36.320 1.00 0.00 W2 O +ATOM 29432 H1 TIP3X 617 32.960 -32.880 -35.390 1.00 0.00 W2 H +ATOM 29433 H2 TIP3X 617 33.380 -33.280 -36.800 1.00 0.00 W2 H +ATOM 29434 OH2 TIP3X 618 45.370 -17.920 29.050 1.00 0.00 W2 O +ATOM 29435 H1 TIP3X 618 44.490 -17.870 29.450 1.00 0.00 W2 H +ATOM 29436 H2 TIP3X 618 45.220 -17.850 28.110 1.00 0.00 W2 H +ATOM 29437 OH2 TIP3X 619 -12.430 -19.920 24.960 1.00 0.00 W2 O +ATOM 29438 H1 TIP3X 619 -11.480 -19.970 24.850 1.00 0.00 W2 H +ATOM 29439 H2 TIP3X 619 -12.550 -19.600 25.860 1.00 0.00 W2 H +ATOM 29440 OH2 TIP3X 620 37.490 -23.960 33.450 1.00 0.00 W2 O +ATOM 29441 H1 TIP3X 620 37.460 -23.170 33.990 1.00 0.00 W2 H +ATOM 29442 H2 TIP3X 620 37.300 -24.680 34.050 1.00 0.00 W2 H +ATOM 29443 OH2 TIP3X 621 -37.330 36.420 28.460 1.00 0.00 W2 O +ATOM 29444 H1 TIP3X 621 -38.230 36.690 28.330 1.00 0.00 W2 H +ATOM 29445 H2 TIP3X 621 -37.350 35.470 28.350 1.00 0.00 W2 H +ATOM 29446 OH2 TIP3X 622 -10.980 19.090 -34.190 1.00 0.00 W2 O +ATOM 29447 H1 TIP3X 622 -11.350 19.460 -33.390 1.00 0.00 W2 H +ATOM 29448 H2 TIP3X 622 -11.260 19.690 -34.880 1.00 0.00 W2 H +ATOM 29449 OH2 TIP3X 623 -35.230 42.090 -25.600 1.00 0.00 W2 O +ATOM 29450 H1 TIP3X 623 -34.560 41.510 -25.220 1.00 0.00 W2 H +ATOM 29451 H2 TIP3X 623 -34.760 42.770 -26.060 1.00 0.00 W2 H +ATOM 29452 OH2 TIP3X 624 -38.750 33.200 25.380 1.00 0.00 W2 O +ATOM 29453 H1 TIP3X 624 -39.300 32.430 25.250 1.00 0.00 W2 H +ATOM 29454 H2 TIP3X 624 -38.620 33.550 24.500 1.00 0.00 W2 H +ATOM 29455 OH2 TIP3X 625 42.910 -1.770 -51.850 1.00 0.00 W2 O +ATOM 29456 H1 TIP3X 625 42.270 -1.220 -52.270 1.00 0.00 W2 H +ATOM 29457 H2 TIP3X 625 43.090 -2.460 -52.490 1.00 0.00 W2 H +ATOM 29458 OH2 TIP3X 626 -30.460 9.230 -32.760 1.00 0.00 W2 O +ATOM 29459 H1 TIP3X 626 -31.210 8.740 -32.430 1.00 0.00 W2 H +ATOM 29460 H2 TIP3X 626 -30.610 10.130 -32.470 1.00 0.00 W2 H +ATOM 29461 OH2 TIP3X 627 -43.680 13.440 -22.830 1.00 0.00 W2 O +ATOM 29462 H1 TIP3X 627 -43.490 12.570 -23.190 1.00 0.00 W2 H +ATOM 29463 H2 TIP3X 627 -44.640 13.460 -22.790 1.00 0.00 W2 H +ATOM 29464 OH2 TIP3X 628 30.530 -36.880 -38.970 1.00 0.00 W2 O +ATOM 29465 H1 TIP3X 628 30.140 -36.390 -38.260 1.00 0.00 W2 H +ATOM 29466 H2 TIP3X 628 31.210 -37.430 -38.550 1.00 0.00 W2 H +ATOM 29467 OH2 TIP3X 629 40.870 18.870 21.590 1.00 0.00 W2 O +ATOM 29468 H1 TIP3X 629 40.260 19.040 20.870 1.00 0.00 W2 H +ATOM 29469 H2 TIP3X 629 41.640 18.490 21.150 1.00 0.00 W2 H +ATOM 29470 OH2 TIP3X 630 42.580 28.830 -46.390 1.00 0.00 W2 O +ATOM 29471 H1 TIP3X 630 42.110 29.600 -46.730 1.00 0.00 W2 H +ATOM 29472 H2 TIP3X 630 41.930 28.130 -46.400 1.00 0.00 W2 H +ATOM 29473 OH2 TIP3X 631 14.900 42.500 -11.200 1.00 0.00 W2 O +ATOM 29474 H1 TIP3X 631 15.570 43.130 -10.930 1.00 0.00 W2 H +ATOM 29475 H2 TIP3X 631 15.390 41.720 -11.460 1.00 0.00 W2 H +ATOM 29476 OH2 TIP3X 632 41.400 -41.320 25.440 1.00 0.00 W2 O +ATOM 29477 H1 TIP3X 632 41.770 -40.730 24.780 1.00 0.00 W2 H +ATOM 29478 H2 TIP3X 632 40.480 -41.420 25.180 1.00 0.00 W2 H +ATOM 29479 OH2 TIP3X 633 31.480 28.420 -31.420 1.00 0.00 W2 O +ATOM 29480 H1 TIP3X 633 32.150 28.810 -30.860 1.00 0.00 W2 H +ATOM 29481 H2 TIP3X 633 31.880 27.640 -31.800 1.00 0.00 W2 H +ATOM 29482 OH2 TIP3X 634 43.230 -32.670 -50.200 1.00 0.00 W2 O +ATOM 29483 H1 TIP3X 634 43.010 -31.770 -50.410 1.00 0.00 W2 H +ATOM 29484 H2 TIP3X 634 43.070 -32.750 -49.250 1.00 0.00 W2 H +ATOM 29485 OH2 TIP3X 635 -23.660 6.280 40.040 1.00 0.00 W2 O +ATOM 29486 H1 TIP3X 635 -23.830 6.370 40.980 1.00 0.00 W2 H +ATOM 29487 H2 TIP3X 635 -22.760 6.610 39.920 1.00 0.00 W2 H +ATOM 29488 OH2 TIP3X 636 -11.500 21.230 -28.700 1.00 0.00 W2 O +ATOM 29489 H1 TIP3X 636 -11.760 20.520 -28.110 1.00 0.00 W2 H +ATOM 29490 H2 TIP3X 636 -12.270 21.800 -28.750 1.00 0.00 W2 H +ATOM 29491 OH2 TIP3X 637 2.520 5.590 -32.800 1.00 0.00 W2 O +ATOM 29492 H1 TIP3X 637 3.100 6.360 -32.900 1.00 0.00 W2 H +ATOM 29493 H2 TIP3X 637 2.680 5.070 -33.580 1.00 0.00 W2 H +ATOM 29494 OH2 TIP3X 638 -5.530 -40.780 -22.820 1.00 0.00 W2 O +ATOM 29495 H1 TIP3X 638 -5.400 -41.710 -22.630 1.00 0.00 W2 H +ATOM 29496 H2 TIP3X 638 -4.700 -40.500 -23.200 1.00 0.00 W2 H +ATOM 29497 OH2 TIP3X 639 33.970 12.310 18.630 1.00 0.00 W2 O +ATOM 29498 H1 TIP3X 639 33.970 12.830 17.830 1.00 0.00 W2 H +ATOM 29499 H2 TIP3X 639 33.330 11.620 18.460 1.00 0.00 W2 H +ATOM 29500 OH2 TIP3X 640 21.400 -30.900 13.260 1.00 0.00 W2 O +ATOM 29501 H1 TIP3X 640 20.990 -30.430 13.980 1.00 0.00 W2 H +ATOM 29502 H2 TIP3X 640 21.410 -30.270 12.530 1.00 0.00 W2 H +ATOM 29503 OH2 TIP3X 641 29.970 -19.710 -30.630 1.00 0.00 W2 O +ATOM 29504 H1 TIP3X 641 30.080 -19.820 -29.680 1.00 0.00 W2 H +ATOM 29505 H2 TIP3X 641 29.990 -20.600 -30.970 1.00 0.00 W2 H +ATOM 29506 OH2 TIP3X 642 10.060 4.540 -26.470 1.00 0.00 W2 O +ATOM 29507 H1 TIP3X 642 9.850 4.740 -27.390 1.00 0.00 W2 H +ATOM 29508 H2 TIP3X 642 9.480 3.810 -26.260 1.00 0.00 W2 H +ATOM 29509 OH2 TIP3X 643 36.260 43.630 -35.270 1.00 0.00 W2 O +ATOM 29510 H1 TIP3X 643 36.960 43.060 -34.960 1.00 0.00 W2 H +ATOM 29511 H2 TIP3X 643 36.520 43.860 -36.170 1.00 0.00 W2 H +ATOM 29512 OH2 TIP3X 644 -11.870 -13.910 26.720 1.00 0.00 W2 O +ATOM 29513 H1 TIP3X 644 -11.420 -14.750 26.730 1.00 0.00 W2 H +ATOM 29514 H2 TIP3X 644 -12.010 -13.730 25.790 1.00 0.00 W2 H +ATOM 29515 OH2 TIP3X 645 16.150 -26.850 21.290 1.00 0.00 W2 O +ATOM 29516 H1 TIP3X 645 15.940 -27.550 20.670 1.00 0.00 W2 H +ATOM 29517 H2 TIP3X 645 17.020 -27.060 21.630 1.00 0.00 W2 H +ATOM 29518 OH2 TIP3X 646 -11.530 2.080 37.960 1.00 0.00 W2 O +ATOM 29519 H1 TIP3X 646 -10.590 2.250 38.070 1.00 0.00 W2 H +ATOM 29520 H2 TIP3X 646 -11.900 2.960 37.820 1.00 0.00 W2 H +ATOM 29521 OH2 TIP3X 647 3.920 -20.380 -47.500 1.00 0.00 W2 O +ATOM 29522 H1 TIP3X 647 3.650 -19.670 -48.080 1.00 0.00 W2 H +ATOM 29523 H2 TIP3X 647 4.150 -21.100 -48.080 1.00 0.00 W2 H +ATOM 29524 OH2 TIP3X 648 -16.350 19.800 29.340 1.00 0.00 W2 O +ATOM 29525 H1 TIP3X 648 -15.980 20.080 30.180 1.00 0.00 W2 H +ATOM 29526 H2 TIP3X 648 -16.570 18.880 29.460 1.00 0.00 W2 H +ATOM 29527 OH2 TIP3X 649 -40.770 17.890 -24.430 1.00 0.00 W2 O +ATOM 29528 H1 TIP3X 649 -41.120 18.740 -24.180 1.00 0.00 W2 H +ATOM 29529 H2 TIP3X 649 -40.110 17.690 -23.770 1.00 0.00 W2 H +ATOM 29530 OH2 TIP3X 650 -32.530 -19.480 -44.900 1.00 0.00 W2 O +ATOM 29531 H1 TIP3X 650 -32.330 -19.170 -44.030 1.00 0.00 W2 H +ATOM 29532 H2 TIP3X 650 -33.490 -19.470 -44.960 1.00 0.00 W2 H +ATOM 29533 OH2 TIP3X 651 29.790 -45.070 -35.640 1.00 0.00 W2 O +ATOM 29534 H1 TIP3X 651 29.770 -44.540 -36.440 1.00 0.00 W2 H +ATOM 29535 H2 TIP3X 651 29.800 -45.980 -35.960 1.00 0.00 W2 H +ATOM 29536 OH2 TIP3X 652 45.440 -23.250 19.830 1.00 0.00 W2 O +ATOM 29537 H1 TIP3X 652 45.720 -22.600 20.480 1.00 0.00 W2 H +ATOM 29538 H2 TIP3X 652 45.430 -22.780 19.010 1.00 0.00 W2 H +ATOM 29539 OH2 TIP3X 653 -5.410 5.720 -27.070 1.00 0.00 W2 O +ATOM 29540 H1 TIP3X 653 -6.120 6.070 -27.610 1.00 0.00 W2 H +ATOM 29541 H2 TIP3X 653 -4.640 5.770 -27.630 1.00 0.00 W2 H +ATOM 29542 OH2 TIP3X 654 21.730 -10.340 21.330 1.00 0.00 W2 O +ATOM 29543 H1 TIP3X 654 22.650 -10.120 21.170 1.00 0.00 W2 H +ATOM 29544 H2 TIP3X 654 21.380 -9.580 21.810 1.00 0.00 W2 H +ATOM 29545 OH2 TIP3X 655 37.750 36.760 -34.450 1.00 0.00 W2 O +ATOM 29546 H1 TIP3X 655 37.050 36.530 -33.850 1.00 0.00 W2 H +ATOM 29547 H2 TIP3X 655 38.560 36.650 -33.930 1.00 0.00 W2 H +ATOM 29548 OH2 TIP3X 656 -38.000 -30.510 -27.830 1.00 0.00 W2 O +ATOM 29549 H1 TIP3X 656 -38.490 -31.240 -28.210 1.00 0.00 W2 H +ATOM 29550 H2 TIP3X 656 -37.080 -30.750 -27.980 1.00 0.00 W2 H +ATOM 29551 OH2 TIP3X 657 28.700 -6.780 36.240 1.00 0.00 W2 O +ATOM 29552 H1 TIP3X 657 28.850 -5.880 36.540 1.00 0.00 W2 H +ATOM 29553 H2 TIP3X 657 29.590 -7.100 36.030 1.00 0.00 W2 H +ATOM 29554 OH2 TIP3X 658 4.050 30.980 -28.900 1.00 0.00 W2 O +ATOM 29555 H1 TIP3X 658 3.480 30.250 -29.170 1.00 0.00 W2 H +ATOM 29556 H2 TIP3X 658 3.670 31.750 -29.320 1.00 0.00 W2 H +ATOM 29557 OH2 TIP3X 659 21.330 -49.780 -25.570 1.00 0.00 W2 O +ATOM 29558 H1 TIP3X 659 21.350 -50.380 -24.830 1.00 0.00 W2 H +ATOM 29559 H2 TIP3X 659 20.610 -49.180 -25.390 1.00 0.00 W2 H +ATOM 29560 OH2 TIP3X 660 -17.650 27.350 15.600 1.00 0.00 W2 O +ATOM 29561 H1 TIP3X 660 -16.790 26.990 15.400 1.00 0.00 W2 H +ATOM 29562 H2 TIP3X 660 -17.580 27.650 16.510 1.00 0.00 W2 H +ATOM 29563 OH2 TIP3X 661 -5.420 11.900 -35.630 1.00 0.00 W2 O +ATOM 29564 H1 TIP3X 661 -5.860 11.060 -35.630 1.00 0.00 W2 H +ATOM 29565 H2 TIP3X 661 -6.110 12.540 -35.480 1.00 0.00 W2 H +ATOM 29566 OH2 TIP3X 662 10.860 -0.480 31.730 1.00 0.00 W2 O +ATOM 29567 H1 TIP3X 662 11.130 -1.000 32.480 1.00 0.00 W2 H +ATOM 29568 H2 TIP3X 662 11.660 -0.400 31.200 1.00 0.00 W2 H +ATOM 29569 OH2 TIP3X 663 38.940 -36.750 32.890 1.00 0.00 W2 O +ATOM 29570 H1 TIP3X 663 38.320 -36.460 33.550 1.00 0.00 W2 H +ATOM 29571 H2 TIP3X 663 38.530 -36.550 32.060 1.00 0.00 W2 H +ATOM 29572 OH2 TIP3X 664 -7.970 40.410 25.090 1.00 0.00 W2 O +ATOM 29573 H1 TIP3X 664 -8.190 41.330 25.200 1.00 0.00 W2 H +ATOM 29574 H2 TIP3X 664 -8.050 40.030 25.960 1.00 0.00 W2 H +ATOM 29575 OH2 TIP3X 665 38.730 -35.590 -41.460 1.00 0.00 W2 O +ATOM 29576 H1 TIP3X 665 39.340 -34.860 -41.420 1.00 0.00 W2 H +ATOM 29577 H2 TIP3X 665 38.660 -35.900 -40.550 1.00 0.00 W2 H +ATOM 29578 OH2 TIP3X 666 -29.740 -18.140 -17.890 1.00 0.00 W2 O +ATOM 29579 H1 TIP3X 666 -29.750 -17.520 -17.140 1.00 0.00 W2 H +ATOM 29580 H2 TIP3X 666 -29.150 -18.830 -17.620 1.00 0.00 W2 H +ATOM 29581 OH2 TIP3X 667 -37.590 15.280 -38.550 1.00 0.00 W2 O +ATOM 29582 H1 TIP3X 667 -37.260 14.950 -39.390 1.00 0.00 W2 H +ATOM 29583 H2 TIP3X 667 -38.480 14.950 -38.490 1.00 0.00 W2 H +ATOM 29584 OH2 TIP3X 668 5.040 -45.740 -32.920 1.00 0.00 W2 O +ATOM 29585 H1 TIP3X 668 4.390 -45.420 -32.300 1.00 0.00 W2 H +ATOM 29586 H2 TIP3X 668 5.660 -46.240 -32.400 1.00 0.00 W2 H +ATOM 29587 OH2 TIP3X 669 -6.530 1.610 -50.090 1.00 0.00 W2 O +ATOM 29588 H1 TIP3X 669 -6.720 1.650 -51.030 1.00 0.00 W2 H +ATOM 29589 H2 TIP3X 669 -6.740 0.710 -49.850 1.00 0.00 W2 H +ATOM 29590 OH2 TIP3X 670 35.510 -40.850 -50.750 1.00 0.00 W2 O +ATOM 29591 H1 TIP3X 670 36.020 -41.640 -50.560 1.00 0.00 W2 H +ATOM 29592 H2 TIP3X 670 35.870 -40.520 -51.570 1.00 0.00 W2 H +ATOM 29593 OH2 TIP3X 671 44.780 4.970 -27.980 1.00 0.00 W2 O +ATOM 29594 H1 TIP3X 671 44.510 5.580 -27.290 1.00 0.00 W2 H +ATOM 29595 H2 TIP3X 671 44.300 4.170 -27.800 1.00 0.00 W2 H +ATOM 29596 OH2 TIP3X 672 -10.280 33.750 37.460 1.00 0.00 W2 O +ATOM 29597 H1 TIP3X 672 -9.920 34.060 36.620 1.00 0.00 W2 H +ATOM 29598 H2 TIP3X 672 -9.520 33.740 38.040 1.00 0.00 W2 H +ATOM 29599 OH2 TIP3X 673 25.250 35.880 -38.230 1.00 0.00 W2 O +ATOM 29600 H1 TIP3X 673 24.620 36.320 -38.800 1.00 0.00 W2 H +ATOM 29601 H2 TIP3X 673 25.720 35.280 -38.810 1.00 0.00 W2 H +ATOM 29602 OH2 TIP3X 674 -12.650 18.360 22.300 1.00 0.00 W2 O +ATOM 29603 H1 TIP3X 674 -11.840 18.310 21.780 1.00 0.00 W2 H +ATOM 29604 H2 TIP3X 674 -13.290 17.870 21.800 1.00 0.00 W2 H +ATOM 29605 OH2 TIP3X 675 -28.900 21.760 38.410 1.00 0.00 W2 O +ATOM 29606 H1 TIP3X 675 -28.440 22.600 38.520 1.00 0.00 W2 H +ATOM 29607 H2 TIP3X 675 -28.720 21.500 37.500 1.00 0.00 W2 H +ATOM 29608 OH2 TIP3X 676 -8.920 13.840 -40.790 1.00 0.00 W2 O +ATOM 29609 H1 TIP3X 676 -9.560 13.170 -40.540 1.00 0.00 W2 H +ATOM 29610 H2 TIP3X 676 -8.080 13.400 -40.720 1.00 0.00 W2 H +ATOM 29611 OH2 TIP3X 677 -41.370 -9.820 18.030 1.00 0.00 W2 O +ATOM 29612 H1 TIP3X 677 -41.250 -9.830 17.090 1.00 0.00 W2 H +ATOM 29613 H2 TIP3X 677 -41.640 -10.710 18.260 1.00 0.00 W2 H +ATOM 29614 OH2 TIP3X 678 36.980 -19.620 -39.240 1.00 0.00 W2 O +ATOM 29615 H1 TIP3X 678 36.770 -20.440 -38.790 1.00 0.00 W2 H +ATOM 29616 H2 TIP3X 678 36.320 -19.000 -38.930 1.00 0.00 W2 H +ATOM 29617 OH2 TIP3X 679 32.460 -35.760 20.010 1.00 0.00 W2 O +ATOM 29618 H1 TIP3X 679 33.420 -35.760 19.950 1.00 0.00 W2 H +ATOM 29619 H2 TIP3X 679 32.150 -35.680 19.110 1.00 0.00 W2 H +ATOM 29620 OH2 TIP3X 680 -5.790 -44.190 -47.000 1.00 0.00 W2 O +ATOM 29621 H1 TIP3X 680 -6.010 -44.080 -47.920 1.00 0.00 W2 H +ATOM 29622 H2 TIP3X 680 -4.940 -43.760 -46.910 1.00 0.00 W2 H +ATOM 29623 OH2 TIP3X 681 47.680 2.480 -24.660 1.00 0.00 W2 O +ATOM 29624 H1 TIP3X 681 47.520 1.880 -25.390 1.00 0.00 W2 H +ATOM 29625 H2 TIP3X 681 47.820 3.330 -25.090 1.00 0.00 W2 H +ATOM 29626 OH2 TIP3X 682 41.680 -5.500 -48.040 1.00 0.00 W2 O +ATOM 29627 H1 TIP3X 682 40.820 -5.090 -48.060 1.00 0.00 W2 H +ATOM 29628 H2 TIP3X 682 42.250 -4.880 -48.500 1.00 0.00 W2 H +ATOM 29629 OH2 TIP3X 683 -17.680 -17.730 -50.800 1.00 0.00 W2 O +ATOM 29630 H1 TIP3X 683 -18.300 -17.120 -51.190 1.00 0.00 W2 H +ATOM 29631 H2 TIP3X 683 -17.770 -17.600 -49.850 1.00 0.00 W2 H +ATOM 29632 OH2 TIP3X 684 -23.490 -31.210 -36.680 1.00 0.00 W2 O +ATOM 29633 H1 TIP3X 684 -24.080 -31.970 -36.630 1.00 0.00 W2 H +ATOM 29634 H2 TIP3X 684 -24.070 -30.460 -36.760 1.00 0.00 W2 H +ATOM 29635 OH2 TIP3X 685 -40.680 30.320 -32.610 1.00 0.00 W2 O +ATOM 29636 H1 TIP3X 685 -41.040 29.960 -31.790 1.00 0.00 W2 H +ATOM 29637 H2 TIP3X 685 -41.200 31.110 -32.750 1.00 0.00 W2 H +ATOM 29638 OH2 TIP3X 686 13.460 -50.270 18.280 1.00 0.00 W2 O +ATOM 29639 H1 TIP3X 686 13.510 -50.340 17.320 1.00 0.00 W2 H +ATOM 29640 H2 TIP3X 686 13.910 -51.050 18.600 1.00 0.00 W2 H +ATOM 29641 OH2 TIP3X 687 33.800 29.740 -10.380 1.00 0.00 W2 O +ATOM 29642 H1 TIP3X 687 34.300 30.480 -10.730 1.00 0.00 W2 H +ATOM 29643 H2 TIP3X 687 33.700 29.940 -9.450 1.00 0.00 W2 H +ATOM 29644 OH2 TIP3X 688 1.930 25.790 -18.990 1.00 0.00 W2 O +ATOM 29645 H1 TIP3X 688 1.890 24.930 -19.390 1.00 0.00 W2 H +ATOM 29646 H2 TIP3X 688 1.770 25.620 -18.060 1.00 0.00 W2 H +ATOM 29647 OH2 TIP3X 689 -45.130 -37.850 -39.360 1.00 0.00 W2 O +ATOM 29648 H1 TIP3X 689 -44.720 -36.990 -39.460 1.00 0.00 W2 H +ATOM 29649 H2 TIP3X 689 -44.900 -38.310 -40.160 1.00 0.00 W2 H +ATOM 29650 OH2 TIP3X 690 13.260 42.280 -18.660 1.00 0.00 W2 O +ATOM 29651 H1 TIP3X 690 13.950 41.650 -18.420 1.00 0.00 W2 H +ATOM 29652 H2 TIP3X 690 13.210 42.240 -19.610 1.00 0.00 W2 H +ATOM 29653 OH2 TIP3X 691 29.550 -38.050 -17.810 1.00 0.00 W2 O +ATOM 29654 H1 TIP3X 691 29.040 -38.840 -17.950 1.00 0.00 W2 H +ATOM 29655 H2 TIP3X 691 30.460 -38.330 -17.910 1.00 0.00 W2 H +ATOM 29656 OH2 TIP3X 692 -34.580 17.330 -40.180 1.00 0.00 W2 O +ATOM 29657 H1 TIP3X 692 -33.910 17.770 -40.700 1.00 0.00 W2 H +ATOM 29658 H2 TIP3X 692 -34.160 16.500 -39.910 1.00 0.00 W2 H +ATOM 29659 OH2 TIP3X 693 5.340 -40.180 -39.530 1.00 0.00 W2 O +ATOM 29660 H1 TIP3X 693 5.530 -40.010 -40.450 1.00 0.00 W2 H +ATOM 29661 H2 TIP3X 693 5.780 -41.010 -39.340 1.00 0.00 W2 H +ATOM 29662 OH2 TIP3X 694 16.790 -22.640 -26.440 1.00 0.00 W2 O +ATOM 29663 H1 TIP3X 694 17.700 -22.450 -26.180 1.00 0.00 W2 H +ATOM 29664 H2 TIP3X 694 16.620 -23.500 -26.060 1.00 0.00 W2 H +ATOM 29665 OH2 TIP3X 695 7.700 -32.750 29.650 1.00 0.00 W2 O +ATOM 29666 H1 TIP3X 695 7.230 -32.190 29.030 1.00 0.00 W2 H +ATOM 29667 H2 TIP3X 695 7.030 -33.130 30.210 1.00 0.00 W2 H +ATOM 29668 OH2 TIP3X 696 -14.270 -13.660 -40.580 1.00 0.00 W2 O +ATOM 29669 H1 TIP3X 696 -14.190 -13.770 -39.640 1.00 0.00 W2 H +ATOM 29670 H2 TIP3X 696 -13.450 -13.220 -40.850 1.00 0.00 W2 H +ATOM 29671 OH2 TIP3X 697 11.390 -37.570 23.710 1.00 0.00 W2 O +ATOM 29672 H1 TIP3X 697 10.580 -37.160 24.000 1.00 0.00 W2 H +ATOM 29673 H2 TIP3X 697 11.720 -37.020 23.010 1.00 0.00 W2 H +ATOM 29674 OH2 TIP3X 698 -9.020 -36.150 -32.820 1.00 0.00 W2 O +ATOM 29675 H1 TIP3X 698 -8.630 -37.020 -32.930 1.00 0.00 W2 H +ATOM 29676 H2 TIP3X 698 -9.210 -36.090 -31.880 1.00 0.00 W2 H +ATOM 29677 OH2 TIP3X 699 21.470 39.030 -49.170 1.00 0.00 W2 O +ATOM 29678 H1 TIP3X 699 20.800 39.700 -49.020 1.00 0.00 W2 H +ATOM 29679 H2 TIP3X 699 21.340 38.390 -48.470 1.00 0.00 W2 H +ATOM 29680 OH2 TIP3X 700 -18.990 -31.220 -25.790 1.00 0.00 W2 O +ATOM 29681 H1 TIP3X 700 -18.880 -30.300 -26.040 1.00 0.00 W2 H +ATOM 29682 H2 TIP3X 700 -19.790 -31.490 -26.240 1.00 0.00 W2 H +ATOM 29683 OH2 TIP3X 701 16.930 -4.090 29.680 1.00 0.00 W2 O +ATOM 29684 H1 TIP3X 701 16.240 -4.530 29.180 1.00 0.00 W2 H +ATOM 29685 H2 TIP3X 701 17.210 -3.360 29.130 1.00 0.00 W2 H +ATOM 29686 OH2 TIP3X 702 -4.450 -29.350 -33.880 1.00 0.00 W2 O +ATOM 29687 H1 TIP3X 702 -3.700 -28.950 -33.440 1.00 0.00 W2 H +ATOM 29688 H2 TIP3X 702 -4.490 -30.240 -33.550 1.00 0.00 W2 H +ATOM 29689 OH2 TIP3X 703 -1.250 37.340 -42.810 1.00 0.00 W2 O +ATOM 29690 H1 TIP3X 703 -0.630 36.670 -43.070 1.00 0.00 W2 H +ATOM 29691 H2 TIP3X 703 -1.740 36.940 -42.080 1.00 0.00 W2 H +ATOM 29692 OH2 TIP3X 704 -8.530 -3.980 -41.660 1.00 0.00 W2 O +ATOM 29693 H1 TIP3X 704 -9.140 -4.570 -42.120 1.00 0.00 W2 H +ATOM 29694 H2 TIP3X 704 -9.100 -3.350 -41.210 1.00 0.00 W2 H +ATOM 29695 OH2 TIP3X 705 -41.130 20.400 -35.030 1.00 0.00 W2 O +ATOM 29696 H1 TIP3X 705 -40.700 20.370 -34.170 1.00 0.00 W2 H +ATOM 29697 H2 TIP3X 705 -40.500 20.830 -35.600 1.00 0.00 W2 H +ATOM 29698 OH2 TIP3X 706 -25.130 26.530 27.580 1.00 0.00 W2 O +ATOM 29699 H1 TIP3X 706 -24.280 26.080 27.570 1.00 0.00 W2 H +ATOM 29700 H2 TIP3X 706 -25.730 25.900 27.960 1.00 0.00 W2 H +ATOM 29701 OH2 TIP3X 707 -27.140 4.290 38.580 1.00 0.00 W2 O +ATOM 29702 H1 TIP3X 707 -26.590 4.880 38.070 1.00 0.00 W2 H +ATOM 29703 H2 TIP3X 707 -26.590 4.020 39.320 1.00 0.00 W2 H +ATOM 29704 OH2 TIP3X 708 -24.290 4.970 -30.080 1.00 0.00 W2 O +ATOM 29705 H1 TIP3X 708 -23.770 4.190 -30.250 1.00 0.00 W2 H +ATOM 29706 H2 TIP3X 708 -24.450 5.350 -30.940 1.00 0.00 W2 H +ATOM 29707 OH2 TIP3X 709 22.010 -7.090 -36.680 1.00 0.00 W2 O +ATOM 29708 H1 TIP3X 709 21.980 -7.860 -36.120 1.00 0.00 W2 H +ATOM 29709 H2 TIP3X 709 22.430 -6.420 -36.130 1.00 0.00 W2 H +ATOM 29710 OH2 TIP3X 710 -39.500 22.760 -44.030 1.00 0.00 W2 O +ATOM 29711 H1 TIP3X 710 -38.730 22.220 -44.160 1.00 0.00 W2 H +ATOM 29712 H2 TIP3X 710 -39.430 23.450 -44.680 1.00 0.00 W2 H +ATOM 29713 OH2 TIP3X 711 -30.390 -48.430 -41.300 1.00 0.00 W2 O +ATOM 29714 H1 TIP3X 711 -30.800 -48.890 -40.570 1.00 0.00 W2 H +ATOM 29715 H2 TIP3X 711 -31.050 -48.430 -42.000 1.00 0.00 W2 H +ATOM 29716 OH2 TIP3X 712 -6.870 -43.400 32.930 1.00 0.00 W2 O +ATOM 29717 H1 TIP3X 712 -6.500 -42.620 32.530 1.00 0.00 W2 H +ATOM 29718 H2 TIP3X 712 -7.530 -43.710 32.290 1.00 0.00 W2 H +ATOM 29719 OH2 TIP3X 713 -15.090 -32.400 -42.440 1.00 0.00 W2 O +ATOM 29720 H1 TIP3X 713 -15.790 -32.090 -43.020 1.00 0.00 W2 H +ATOM 29721 H2 TIP3X 713 -15.440 -33.190 -42.030 1.00 0.00 W2 H +ATOM 29722 OH2 TIP3X 714 13.920 -10.220 24.090 1.00 0.00 W2 O +ATOM 29723 H1 TIP3X 714 13.090 -9.770 24.210 1.00 0.00 W2 H +ATOM 29724 H2 TIP3X 714 13.870 -10.570 23.190 1.00 0.00 W2 H +ATOM 29725 OH2 TIP3X 715 5.150 20.150 -49.180 1.00 0.00 W2 O +ATOM 29726 H1 TIP3X 715 4.890 20.710 -49.920 1.00 0.00 W2 H +ATOM 29727 H2 TIP3X 715 4.590 20.430 -48.460 1.00 0.00 W2 H +ATOM 29728 OH2 TIP3X 716 11.090 -38.760 26.320 1.00 0.00 W2 O +ATOM 29729 H1 TIP3X 716 11.110 -39.430 25.630 1.00 0.00 W2 H +ATOM 29730 H2 TIP3X 716 11.480 -37.990 25.920 1.00 0.00 W2 H +ATOM 29731 OH2 TIP3X 717 43.280 1.490 37.750 1.00 0.00 W2 O +ATOM 29732 H1 TIP3X 717 43.710 2.210 37.300 1.00 0.00 W2 H +ATOM 29733 H2 TIP3X 717 42.340 1.710 37.740 1.00 0.00 W2 H +ATOM 29734 OH2 TIP3X 718 37.970 -49.460 11.820 1.00 0.00 W2 O +ATOM 29735 H1 TIP3X 718 37.390 -48.720 11.970 1.00 0.00 W2 H +ATOM 29736 H2 TIP3X 718 38.760 -49.070 11.460 1.00 0.00 W2 H +ATOM 29737 OH2 TIP3X 719 21.370 -7.200 32.410 1.00 0.00 W2 O +ATOM 29738 H1 TIP3X 719 21.860 -7.500 33.180 1.00 0.00 W2 H +ATOM 29739 H2 TIP3X 719 20.530 -6.900 32.770 1.00 0.00 W2 H +ATOM 29740 OH2 TIP3X 720 25.370 6.630 -32.450 1.00 0.00 W2 O +ATOM 29741 H1 TIP3X 720 25.150 7.520 -32.710 1.00 0.00 W2 H +ATOM 29742 H2 TIP3X 720 26.110 6.740 -31.840 1.00 0.00 W2 H +ATOM 29743 OH2 TIP3X 721 35.320 -7.230 37.400 1.00 0.00 W2 O +ATOM 29744 H1 TIP3X 721 36.110 -6.840 37.780 1.00 0.00 W2 H +ATOM 29745 H2 TIP3X 721 35.140 -6.700 36.630 1.00 0.00 W2 H +ATOM 29746 OH2 TIP3X 722 -34.560 7.860 -47.440 1.00 0.00 W2 O +ATOM 29747 H1 TIP3X 722 -35.370 7.420 -47.720 1.00 0.00 W2 H +ATOM 29748 H2 TIP3X 722 -34.240 8.290 -48.220 1.00 0.00 W2 H +ATOM 29749 OH2 TIP3X 723 -21.840 -25.060 24.950 1.00 0.00 W2 O +ATOM 29750 H1 TIP3X 723 -22.420 -24.520 24.430 1.00 0.00 W2 H +ATOM 29751 H2 TIP3X 723 -22.400 -25.750 25.320 1.00 0.00 W2 H +ATOM 29752 OH2 TIP3X 724 30.530 -32.240 -37.760 1.00 0.00 W2 O +ATOM 29753 H1 TIP3X 724 31.330 -32.190 -37.230 1.00 0.00 W2 H +ATOM 29754 H2 TIP3X 724 30.240 -31.340 -37.850 1.00 0.00 W2 H +ATOM 29755 OH2 TIP3X 725 26.070 -22.340 16.440 1.00 0.00 W2 O +ATOM 29756 H1 TIP3X 725 26.650 -22.480 15.690 1.00 0.00 W2 H +ATOM 29757 H2 TIP3X 725 25.300 -21.910 16.080 1.00 0.00 W2 H +ATOM 29758 OH2 TIP3X 726 27.560 20.450 29.650 1.00 0.00 W2 O +ATOM 29759 H1 TIP3X 726 27.030 21.160 30.020 1.00 0.00 W2 H +ATOM 29760 H2 TIP3X 726 28.070 20.870 28.960 1.00 0.00 W2 H +ATOM 29761 OH2 TIP3X 727 0.860 -17.720 -33.390 1.00 0.00 W2 O +ATOM 29762 H1 TIP3X 727 1.560 -17.560 -34.020 1.00 0.00 W2 H +ATOM 29763 H2 TIP3X 727 0.540 -18.590 -33.590 1.00 0.00 W2 H +ATOM 29764 OH2 TIP3X 728 9.990 -17.900 17.550 1.00 0.00 W2 O +ATOM 29765 H1 TIP3X 728 9.090 -18.140 17.740 1.00 0.00 W2 H +ATOM 29766 H2 TIP3X 728 9.930 -17.060 17.090 1.00 0.00 W2 H +ATOM 29767 OH2 TIP3X 729 -19.960 -2.220 -50.240 1.00 0.00 W2 O +ATOM 29768 H1 TIP3X 729 -19.200 -2.230 -49.660 1.00 0.00 W2 H +ATOM 29769 H2 TIP3X 729 -20.020 -3.110 -50.580 1.00 0.00 W2 H +ATOM 29770 OH2 TIP3X 730 46.220 -11.070 -24.490 1.00 0.00 W2 O +ATOM 29771 H1 TIP3X 730 46.670 -11.740 -25.000 1.00 0.00 W2 H +ATOM 29772 H2 TIP3X 730 45.470 -11.520 -24.110 1.00 0.00 W2 H +ATOM 29773 OH2 TIP3X 731 -18.630 -32.820 10.200 1.00 0.00 W2 O +ATOM 29774 H1 TIP3X 731 -19.200 -32.580 10.930 1.00 0.00 W2 H +ATOM 29775 H2 TIP3X 731 -19.070 -33.570 9.790 1.00 0.00 W2 H +ATOM 29776 OH2 TIP3X 732 -18.080 30.800 -22.660 1.00 0.00 W2 O +ATOM 29777 H1 TIP3X 732 -17.460 30.180 -22.310 1.00 0.00 W2 H +ATOM 29778 H2 TIP3X 732 -18.040 30.690 -23.600 1.00 0.00 W2 H +ATOM 29779 OH2 TIP3X 733 10.360 23.380 -41.630 1.00 0.00 W2 O +ATOM 29780 H1 TIP3X 733 11.010 23.810 -41.080 1.00 0.00 W2 H +ATOM 29781 H2 TIP3X 733 9.780 24.080 -41.900 1.00 0.00 W2 H +ATOM 29782 OH2 TIP3X 734 9.230 8.040 -50.090 1.00 0.00 W2 O +ATOM 29783 H1 TIP3X 734 9.290 8.980 -49.870 1.00 0.00 W2 H +ATOM 29784 H2 TIP3X 734 10.050 7.870 -50.580 1.00 0.00 W2 H +ATOM 29785 OH2 TIP3X 735 27.660 36.520 16.380 1.00 0.00 W2 O +ATOM 29786 H1 TIP3X 735 27.260 37.060 15.690 1.00 0.00 W2 H +ATOM 29787 H2 TIP3X 735 28.020 35.770 15.910 1.00 0.00 W2 H +ATOM 29788 OH2 TIP3X 736 -14.430 21.390 -43.200 1.00 0.00 W2 O +ATOM 29789 H1 TIP3X 736 -14.310 20.880 -42.390 1.00 0.00 W2 H +ATOM 29790 H2 TIP3X 736 -13.540 21.560 -43.510 1.00 0.00 W2 H +ATOM 29791 OH2 TIP3X 737 2.910 19.520 29.260 1.00 0.00 W2 O +ATOM 29792 H1 TIP3X 737 2.370 19.850 29.970 1.00 0.00 W2 H +ATOM 29793 H2 TIP3X 737 2.290 19.080 28.670 1.00 0.00 W2 H +ATOM 29794 OH2 TIP3X 738 -37.960 24.800 27.860 1.00 0.00 W2 O +ATOM 29795 H1 TIP3X 738 -37.460 23.980 27.870 1.00 0.00 W2 H +ATOM 29796 H2 TIP3X 738 -37.690 25.250 28.670 1.00 0.00 W2 H +ATOM 29797 OH2 TIP3X 739 38.680 -30.280 26.790 1.00 0.00 W2 O +ATOM 29798 H1 TIP3X 739 38.360 -29.670 26.120 1.00 0.00 W2 H +ATOM 29799 H2 TIP3X 739 38.060 -30.170 27.520 1.00 0.00 W2 H +ATOM 29800 OH2 TIP3X 740 44.300 -27.230 33.390 1.00 0.00 W2 O +ATOM 29801 H1 TIP3X 740 43.360 -27.400 33.270 1.00 0.00 W2 H +ATOM 29802 H2 TIP3X 740 44.550 -27.800 34.130 1.00 0.00 W2 H +ATOM 29803 OH2 TIP3X 741 -30.930 4.240 -38.210 1.00 0.00 W2 O +ATOM 29804 H1 TIP3X 741 -30.430 5.000 -38.480 1.00 0.00 W2 H +ATOM 29805 H2 TIP3X 741 -31.240 3.840 -39.020 1.00 0.00 W2 H +ATOM 29806 OH2 TIP3X 742 24.830 19.530 -30.980 1.00 0.00 W2 O +ATOM 29807 H1 TIP3X 742 25.480 19.910 -31.560 1.00 0.00 W2 H +ATOM 29808 H2 TIP3X 742 24.010 19.610 -31.460 1.00 0.00 W2 H +ATOM 29809 OH2 TIP3X 743 45.430 38.030 -27.220 1.00 0.00 W2 O +ATOM 29810 H1 TIP3X 743 46.000 37.610 -26.580 1.00 0.00 W2 H +ATOM 29811 H2 TIP3X 743 44.890 37.320 -27.570 1.00 0.00 W2 H +ATOM 29812 OH2 TIP3X 744 -6.980 33.350 39.690 1.00 0.00 W2 O +ATOM 29813 H1 TIP3X 744 -6.180 33.700 39.310 1.00 0.00 W2 H +ATOM 29814 H2 TIP3X 744 -7.490 34.120 39.910 1.00 0.00 W2 H +ATOM 29815 OH2 TIP3X 745 24.160 25.380 -41.130 1.00 0.00 W2 O +ATOM 29816 H1 TIP3X 745 23.950 24.450 -41.240 1.00 0.00 W2 H +ATOM 29817 H2 TIP3X 745 25.060 25.460 -41.440 1.00 0.00 W2 H +ATOM 29818 OH2 TIP3X 746 12.090 7.200 37.870 1.00 0.00 W2 O +ATOM 29819 H1 TIP3X 746 11.230 7.310 37.460 1.00 0.00 W2 H +ATOM 29820 H2 TIP3X 746 12.370 6.320 37.630 1.00 0.00 W2 H +ATOM 29821 OH2 TIP3X 747 -17.600 23.400 -47.710 1.00 0.00 W2 O +ATOM 29822 H1 TIP3X 747 -16.650 23.510 -47.640 1.00 0.00 W2 H +ATOM 29823 H2 TIP3X 747 -17.930 24.260 -47.960 1.00 0.00 W2 H +ATOM 29824 OH2 TIP3X 748 -2.140 16.920 24.850 1.00 0.00 W2 O +ATOM 29825 H1 TIP3X 748 -2.130 15.990 24.690 1.00 0.00 W2 H +ATOM 29826 H2 TIP3X 748 -2.150 17.000 25.810 1.00 0.00 W2 H +ATOM 29827 OH2 TIP3X 749 43.650 7.980 -9.800 1.00 0.00 W2 O +ATOM 29828 H1 TIP3X 749 43.540 8.940 -9.840 1.00 0.00 W2 H +ATOM 29829 H2 TIP3X 749 43.340 7.750 -8.930 1.00 0.00 W2 H +ATOM 29830 OH2 TIP3X 750 -2.950 5.370 24.810 1.00 0.00 W2 O +ATOM 29831 H1 TIP3X 750 -3.140 4.720 24.130 1.00 0.00 W2 H +ATOM 29832 H2 TIP3X 750 -2.840 4.860 25.600 1.00 0.00 W2 H +ATOM 29833 OH2 TIP3X 751 27.940 -14.380 -23.100 1.00 0.00 W2 O +ATOM 29834 H1 TIP3X 751 28.420 -14.580 -23.900 1.00 0.00 W2 H +ATOM 29835 H2 TIP3X 751 27.070 -14.740 -23.250 1.00 0.00 W2 H +ATOM 29836 OH2 TIP3X 752 20.660 -35.790 -38.680 1.00 0.00 W2 O +ATOM 29837 H1 TIP3X 752 19.810 -35.780 -39.100 1.00 0.00 W2 H +ATOM 29838 H2 TIP3X 752 21.290 -35.900 -39.390 1.00 0.00 W2 H +ATOM 29839 OH2 TIP3X 753 41.080 11.160 -21.940 1.00 0.00 W2 O +ATOM 29840 H1 TIP3X 753 40.870 12.100 -21.870 1.00 0.00 W2 H +ATOM 29841 H2 TIP3X 753 40.340 10.710 -21.530 1.00 0.00 W2 H +ATOM 29842 OH2 TIP3X 754 -30.240 3.240 -33.020 1.00 0.00 W2 O +ATOM 29843 H1 TIP3X 754 -30.650 3.040 -33.870 1.00 0.00 W2 H +ATOM 29844 H2 TIP3X 754 -30.150 4.190 -33.010 1.00 0.00 W2 H +ATOM 29845 OH2 TIP3X 755 1.750 37.930 -41.460 1.00 0.00 W2 O +ATOM 29846 H1 TIP3X 755 1.500 37.010 -41.290 1.00 0.00 W2 H +ATOM 29847 H2 TIP3X 755 1.390 38.120 -42.320 1.00 0.00 W2 H +ATOM 29848 OH2 TIP3X 756 -18.580 -20.950 -24.370 1.00 0.00 W2 O +ATOM 29849 H1 TIP3X 756 -18.740 -20.230 -23.760 1.00 0.00 W2 H +ATOM 29850 H2 TIP3X 756 -18.020 -20.570 -25.050 1.00 0.00 W2 H +ATOM 29851 OH2 TIP3X 757 17.910 -16.790 33.480 1.00 0.00 W2 O +ATOM 29852 H1 TIP3X 757 16.980 -17.000 33.540 1.00 0.00 W2 H +ATOM 29853 H2 TIP3X 757 17.970 -15.890 33.800 1.00 0.00 W2 H +ATOM 29854 OH2 TIP3X 758 -16.230 24.260 32.390 1.00 0.00 W2 O +ATOM 29855 H1 TIP3X 758 -15.380 24.670 32.260 1.00 0.00 W2 H +ATOM 29856 H2 TIP3X 758 -16.850 24.980 32.440 1.00 0.00 W2 H +ATOM 29857 OH2 TIP3X 759 -8.740 -6.530 29.710 1.00 0.00 W2 O +ATOM 29858 H1 TIP3X 759 -8.620 -6.030 30.520 1.00 0.00 W2 H +ATOM 29859 H2 TIP3X 759 -8.730 -7.450 29.990 1.00 0.00 W2 H +ATOM 29860 OH2 TIP3X 760 -4.680 26.480 -43.230 1.00 0.00 W2 O +ATOM 29861 H1 TIP3X 760 -5.450 27.000 -43.470 1.00 0.00 W2 H +ATOM 29862 H2 TIP3X 760 -3.940 27.080 -43.310 1.00 0.00 W2 H +ATOM 29863 OH2 TIP3X 761 31.020 36.100 29.550 1.00 0.00 W2 O +ATOM 29864 H1 TIP3X 761 30.570 36.920 29.330 1.00 0.00 W2 H +ATOM 29865 H2 TIP3X 761 31.350 36.230 30.430 1.00 0.00 W2 H +ATOM 29866 OH2 TIP3X 762 7.390 24.000 35.220 1.00 0.00 W2 O +ATOM 29867 H1 TIP3X 762 7.790 24.550 34.550 1.00 0.00 W2 H +ATOM 29868 H2 TIP3X 762 7.330 23.130 34.810 1.00 0.00 W2 H +ATOM 29869 OH2 TIP3X 763 10.830 17.520 24.100 1.00 0.00 W2 O +ATOM 29870 H1 TIP3X 763 10.300 16.860 23.670 1.00 0.00 W2 H +ATOM 29871 H2 TIP3X 763 10.490 18.360 23.770 1.00 0.00 W2 H +ATOM 29872 OH2 TIP3X 764 16.290 -36.790 -46.050 1.00 0.00 W2 O +ATOM 29873 H1 TIP3X 764 15.980 -37.430 -45.410 1.00 0.00 W2 H +ATOM 29874 H2 TIP3X 764 16.150 -35.950 -45.640 1.00 0.00 W2 H +ATOM 29875 OH2 TIP3X 765 -6.510 -4.460 -38.770 1.00 0.00 W2 O +ATOM 29876 H1 TIP3X 765 -6.720 -3.900 -38.040 1.00 0.00 W2 H +ATOM 29877 H2 TIP3X 765 -6.770 -5.350 -38.500 1.00 0.00 W2 H +ATOM 29878 OH2 TIP3X 766 1.410 32.360 31.440 1.00 0.00 W2 O +ATOM 29879 H1 TIP3X 766 0.820 32.570 32.170 1.00 0.00 W2 H +ATOM 29880 H2 TIP3X 766 1.670 31.440 31.610 1.00 0.00 W2 H +ATOM 29881 OH2 TIP3X 767 12.970 28.920 -25.710 1.00 0.00 W2 O +ATOM 29882 H1 TIP3X 767 12.440 29.660 -25.410 1.00 0.00 W2 H +ATOM 29883 H2 TIP3X 767 12.980 29.000 -26.660 1.00 0.00 W2 H +ATOM 29884 OH2 TIP3X 768 39.520 -7.690 -36.380 1.00 0.00 W2 O +ATOM 29885 H1 TIP3X 768 40.160 -8.040 -35.760 1.00 0.00 W2 H +ATOM 29886 H2 TIP3X 768 39.380 -8.390 -37.000 1.00 0.00 W2 H +ATOM 29887 OH2 TIP3X 769 -30.900 -15.800 34.230 1.00 0.00 W2 O +ATOM 29888 H1 TIP3X 769 -30.530 -16.010 33.370 1.00 0.00 W2 H +ATOM 29889 H2 TIP3X 769 -30.850 -14.860 34.290 1.00 0.00 W2 H +ATOM 29890 OH2 TIP3X 770 -7.620 5.600 32.830 1.00 0.00 W2 O +ATOM 29891 H1 TIP3X 770 -6.910 5.460 32.200 1.00 0.00 W2 H +ATOM 29892 H2 TIP3X 770 -7.730 6.550 32.860 1.00 0.00 W2 H +ATOM 29893 OH2 TIP3X 771 27.180 1.870 -24.560 1.00 0.00 W2 O +ATOM 29894 H1 TIP3X 771 26.860 1.960 -25.450 1.00 0.00 W2 H +ATOM 29895 H2 TIP3X 771 28.130 1.790 -24.640 1.00 0.00 W2 H +ATOM 29896 OH2 TIP3X 772 37.530 -1.850 -25.370 1.00 0.00 W2 O +ATOM 29897 H1 TIP3X 772 37.560 -1.180 -26.060 1.00 0.00 W2 H +ATOM 29898 H2 TIP3X 772 37.560 -1.350 -24.550 1.00 0.00 W2 H +ATOM 29899 OH2 TIP3X 773 39.600 13.060 -32.010 1.00 0.00 W2 O +ATOM 29900 H1 TIP3X 773 39.500 12.470 -32.750 1.00 0.00 W2 H +ATOM 29901 H2 TIP3X 773 40.430 12.810 -31.610 1.00 0.00 W2 H +ATOM 29902 OH2 TIP3X 774 -16.260 -11.760 -28.470 1.00 0.00 W2 O +ATOM 29903 H1 TIP3X 774 -16.800 -11.360 -29.140 1.00 0.00 W2 H +ATOM 29904 H2 TIP3X 774 -16.660 -11.490 -27.640 1.00 0.00 W2 H +ATOM 29905 OH2 TIP3X 775 28.270 40.060 39.180 1.00 0.00 W2 O +ATOM 29906 H1 TIP3X 775 27.660 39.990 38.440 1.00 0.00 W2 H +ATOM 29907 H2 TIP3X 775 27.750 40.420 39.890 1.00 0.00 W2 H +ATOM 29908 OH2 TIP3X 776 41.370 -10.490 -20.710 1.00 0.00 W2 O +ATOM 29909 H1 TIP3X 776 40.410 -10.440 -20.700 1.00 0.00 W2 H +ATOM 29910 H2 TIP3X 776 41.640 -9.710 -21.200 1.00 0.00 W2 H +ATOM 29911 OH2 TIP3X 777 41.540 -43.230 -26.560 1.00 0.00 W2 O +ATOM 29912 H1 TIP3X 777 40.660 -43.530 -26.350 1.00 0.00 W2 H +ATOM 29913 H2 TIP3X 777 41.650 -43.440 -27.500 1.00 0.00 W2 H +ATOM 29914 OH2 TIP3X 778 -3.650 -15.680 -37.330 1.00 0.00 W2 O +ATOM 29915 H1 TIP3X 778 -2.830 -15.440 -36.920 1.00 0.00 W2 H +ATOM 29916 H2 TIP3X 778 -3.610 -16.640 -37.400 1.00 0.00 W2 H +ATOM 29917 OH2 TIP3X 779 37.840 -0.740 -22.910 1.00 0.00 W2 O +ATOM 29918 H1 TIP3X 779 37.360 0.080 -22.800 1.00 0.00 W2 H +ATOM 29919 H2 TIP3X 779 37.530 -1.290 -22.180 1.00 0.00 W2 H +ATOM 29920 OH2 TIP3X 780 36.050 1.890 24.430 1.00 0.00 W2 O +ATOM 29921 H1 TIP3X 780 35.480 1.380 23.870 1.00 0.00 W2 H +ATOM 29922 H2 TIP3X 780 36.360 2.610 23.880 1.00 0.00 W2 H +ATOM 29923 OH2 TIP3X 781 -17.340 12.420 -18.750 1.00 0.00 W2 O +ATOM 29924 H1 TIP3X 781 -16.480 11.990 -18.740 1.00 0.00 W2 H +ATOM 29925 H2 TIP3X 781 -17.570 12.510 -17.830 1.00 0.00 W2 H +ATOM 29926 OH2 TIP3X 782 -28.130 30.670 37.800 1.00 0.00 W2 O +ATOM 29927 H1 TIP3X 782 -28.830 30.400 38.400 1.00 0.00 W2 H +ATOM 29928 H2 TIP3X 782 -28.570 31.190 37.150 1.00 0.00 W2 H +ATOM 29929 OH2 TIP3X 783 21.880 -40.720 25.500 1.00 0.00 W2 O +ATOM 29930 H1 TIP3X 783 21.310 -41.480 25.460 1.00 0.00 W2 H +ATOM 29931 H2 TIP3X 783 22.740 -41.070 25.740 1.00 0.00 W2 H +ATOM 29932 OH2 TIP3X 784 18.720 33.480 -49.260 1.00 0.00 W2 O +ATOM 29933 H1 TIP3X 784 18.150 32.940 -49.800 1.00 0.00 W2 H +ATOM 29934 H2 TIP3X 784 19.420 33.770 -49.850 1.00 0.00 W2 H +ATOM 29935 OH2 TIP3X 785 10.680 -33.450 -40.580 1.00 0.00 W2 O +ATOM 29936 H1 TIP3X 785 11.240 -33.030 -41.240 1.00 0.00 W2 H +ATOM 29937 H2 TIP3X 785 10.370 -32.720 -40.050 1.00 0.00 W2 H +ATOM 29938 OH2 TIP3X 786 -18.510 37.850 24.890 1.00 0.00 W2 O +ATOM 29939 H1 TIP3X 786 -19.110 38.020 24.160 1.00 0.00 W2 H +ATOM 29940 H2 TIP3X 786 -17.770 38.420 24.720 1.00 0.00 W2 H +ATOM 29941 OH2 TIP3X 787 18.930 -34.580 -29.460 1.00 0.00 W2 O +ATOM 29942 H1 TIP3X 787 18.680 -33.990 -28.760 1.00 0.00 W2 H +ATOM 29943 H2 TIP3X 787 19.680 -35.050 -29.120 1.00 0.00 W2 H +ATOM 29944 OH2 TIP3X 788 30.460 17.180 31.260 1.00 0.00 W2 O +ATOM 29945 H1 TIP3X 788 30.130 17.560 30.440 1.00 0.00 W2 H +ATOM 29946 H2 TIP3X 788 29.750 16.620 31.570 1.00 0.00 W2 H +ATOM 29947 OH2 TIP3X 789 -9.300 -47.960 -32.260 1.00 0.00 W2 O +ATOM 29948 H1 TIP3X 789 -9.760 -48.020 -33.100 1.00 0.00 W2 H +ATOM 29949 H2 TIP3X 789 -9.520 -48.770 -31.810 1.00 0.00 W2 H +ATOM 29950 OH2 TIP3X 790 -8.570 -19.950 -47.490 1.00 0.00 W2 O +ATOM 29951 H1 TIP3X 790 -8.890 -20.750 -47.060 1.00 0.00 W2 H +ATOM 29952 H2 TIP3X 790 -9.360 -19.420 -47.640 1.00 0.00 W2 H +ATOM 29953 OH2 TIP3X 791 11.200 33.170 -27.050 1.00 0.00 W2 O +ATOM 29954 H1 TIP3X 791 10.680 32.360 -27.070 1.00 0.00 W2 H +ATOM 29955 H2 TIP3X 791 12.090 32.870 -26.910 1.00 0.00 W2 H +ATOM 29956 OH2 TIP3X 792 0.830 36.740 -13.410 1.00 0.00 W2 O +ATOM 29957 H1 TIP3X 792 0.740 35.800 -13.540 1.00 0.00 W2 H +ATOM 29958 H2 TIP3X 792 0.250 36.950 -12.680 1.00 0.00 W2 H +ATOM 29959 OH2 TIP3X 793 -24.830 -42.740 -39.620 1.00 0.00 W2 O +ATOM 29960 H1 TIP3X 793 -25.400 -42.080 -40.040 1.00 0.00 W2 H +ATOM 29961 H2 TIP3X 793 -25.390 -43.140 -38.960 1.00 0.00 W2 H +ATOM 29962 OH2 TIP3X 794 -41.100 3.960 -41.360 1.00 0.00 W2 O +ATOM 29963 H1 TIP3X 794 -41.640 4.330 -42.050 1.00 0.00 W2 H +ATOM 29964 H2 TIP3X 794 -40.210 4.220 -41.590 1.00 0.00 W2 H +ATOM 29965 OH2 TIP3X 795 -21.100 -34.380 -49.080 1.00 0.00 W2 O +ATOM 29966 H1 TIP3X 795 -22.030 -34.400 -49.310 1.00 0.00 W2 H +ATOM 29967 H2 TIP3X 795 -21.050 -34.850 -48.250 1.00 0.00 W2 H +ATOM 29968 OH2 TIP3X 796 -14.890 18.630 31.930 1.00 0.00 W2 O +ATOM 29969 H1 TIP3X 796 -14.700 19.440 32.410 1.00 0.00 W2 H +ATOM 29970 H2 TIP3X 796 -14.050 18.380 31.530 1.00 0.00 W2 H +ATOM 29971 OH2 TIP3X 797 -3.660 -36.190 17.770 1.00 0.00 W2 O +ATOM 29972 H1 TIP3X 797 -3.860 -35.330 18.150 1.00 0.00 W2 H +ATOM 29973 H2 TIP3X 797 -2.720 -36.160 17.600 1.00 0.00 W2 H +ATOM 29974 OH2 TIP3X 798 5.220 35.900 40.190 1.00 0.00 W2 O +ATOM 29975 H1 TIP3X 798 4.760 35.170 40.620 1.00 0.00 W2 H +ATOM 29976 H2 TIP3X 798 5.610 36.390 40.910 1.00 0.00 W2 H +ATOM 29977 OH2 TIP3X 799 -29.550 -51.010 30.120 1.00 0.00 W2 O +ATOM 29978 H1 TIP3X 799 -29.740 -50.530 30.920 1.00 0.00 W2 H +ATOM 29979 H2 TIP3X 799 -28.670 -50.720 29.880 1.00 0.00 W2 H +ATOM 29980 OH2 TIP3X 800 19.200 8.210 -40.580 1.00 0.00 W2 O +ATOM 29981 H1 TIP3X 800 19.400 9.070 -40.200 1.00 0.00 W2 H +ATOM 29982 H2 TIP3X 800 18.700 7.760 -39.900 1.00 0.00 W2 H +ATOM 29983 OH2 TIP3X 801 46.180 -29.180 22.600 1.00 0.00 W2 O +ATOM 29984 H1 TIP3X 801 46.920 -29.640 22.190 1.00 0.00 W2 H +ATOM 29985 H2 TIP3X 801 45.940 -29.710 23.350 1.00 0.00 W2 H +ATOM 29986 OH2 TIP3X 802 -21.660 37.840 39.990 1.00 0.00 W2 O +ATOM 29987 H1 TIP3X 802 -22.450 38.020 39.490 1.00 0.00 W2 H +ATOM 29988 H2 TIP3X 802 -21.970 37.430 40.790 1.00 0.00 W2 H +ATOM 29989 OH2 TIP3X 803 -20.620 -8.670 -35.600 1.00 0.00 W2 O +ATOM 29990 H1 TIP3X 803 -21.050 -9.230 -34.960 1.00 0.00 W2 H +ATOM 29991 H2 TIP3X 803 -20.980 -8.940 -36.440 1.00 0.00 W2 H +ATOM 29992 OH2 TIP3X 804 -23.060 34.260 -31.070 1.00 0.00 W2 O +ATOM 29993 H1 TIP3X 804 -24.000 34.080 -31.130 1.00 0.00 W2 H +ATOM 29994 H2 TIP3X 804 -22.950 34.710 -30.230 1.00 0.00 W2 H +ATOM 29995 OH2 TIP3X 805 31.370 -13.030 -17.110 1.00 0.00 W2 O +ATOM 29996 H1 TIP3X 805 32.280 -13.160 -16.830 1.00 0.00 W2 H +ATOM 29997 H2 TIP3X 805 31.030 -12.380 -16.510 1.00 0.00 W2 H +ATOM 29998 OH2 TIP3X 806 -31.700 -33.150 -19.560 1.00 0.00 W2 O +ATOM 29999 H1 TIP3X 806 -32.390 -32.670 -20.000 1.00 0.00 W2 H +ATOM 30000 H2 TIP3X 806 -32.150 -33.870 -19.120 1.00 0.00 W2 H +ATOM 30001 OH2 TIP3X 807 -43.870 -49.260 -26.080 1.00 0.00 W2 O +ATOM 30002 H1 TIP3X 807 -44.270 -49.290 -26.950 1.00 0.00 W2 H +ATOM 30003 H2 TIP3X 807 -43.240 -48.530 -26.140 1.00 0.00 W2 H +ATOM 30004 OH2 TIP3X 808 42.640 4.510 -35.620 1.00 0.00 W2 O +ATOM 30005 H1 TIP3X 808 42.680 5.340 -36.100 1.00 0.00 W2 H +ATOM 30006 H2 TIP3X 808 43.170 3.900 -36.150 1.00 0.00 W2 H +ATOM 30007 OH2 TIP3X 809 27.620 -17.640 29.050 1.00 0.00 W2 O +ATOM 30008 H1 TIP3X 809 27.600 -16.690 29.100 1.00 0.00 W2 H +ATOM 30009 H2 TIP3X 809 28.560 -17.850 28.970 1.00 0.00 W2 H +ATOM 30010 OH2 TIP3X 810 -37.260 -11.050 -47.790 1.00 0.00 W2 O +ATOM 30011 H1 TIP3X 810 -36.850 -10.700 -46.990 1.00 0.00 W2 H +ATOM 30012 H2 TIP3X 810 -37.550 -11.930 -47.550 1.00 0.00 W2 H +ATOM 30013 OH2 TIP3X 811 19.830 -27.760 35.590 1.00 0.00 W2 O +ATOM 30014 H1 TIP3X 811 19.360 -28.500 35.210 1.00 0.00 W2 H +ATOM 30015 H2 TIP3X 811 20.730 -28.070 35.720 1.00 0.00 W2 H +ATOM 30016 OH2 TIP3X 812 -44.470 -44.970 -22.240 1.00 0.00 W2 O +ATOM 30017 H1 TIP3X 812 -43.700 -44.570 -22.650 1.00 0.00 W2 H +ATOM 30018 H2 TIP3X 812 -44.470 -44.610 -21.350 1.00 0.00 W2 H +ATOM 30019 OH2 TIP3X 813 36.530 42.930 -19.600 1.00 0.00 W2 O +ATOM 30020 H1 TIP3X 813 35.890 42.360 -20.010 1.00 0.00 W2 H +ATOM 30021 H2 TIP3X 813 36.030 43.390 -18.920 1.00 0.00 W2 H +ATOM 30022 OH2 TIP3X 814 -41.400 10.110 -42.700 1.00 0.00 W2 O +ATOM 30023 H1 TIP3X 814 -41.790 10.940 -42.460 1.00 0.00 W2 H +ATOM 30024 H2 TIP3X 814 -41.210 9.680 -41.870 1.00 0.00 W2 H +ATOM 30025 OH2 TIP3X 815 2.280 11.610 -19.070 1.00 0.00 W2 O +ATOM 30026 H1 TIP3X 815 1.630 10.930 -18.900 1.00 0.00 W2 H +ATOM 30027 H2 TIP3X 815 3.130 11.170 -18.960 1.00 0.00 W2 H +ATOM 30028 OH2 TIP3X 816 -37.390 11.680 29.590 1.00 0.00 W2 O +ATOM 30029 H1 TIP3X 816 -37.830 12.450 29.950 1.00 0.00 W2 H +ATOM 30030 H2 TIP3X 816 -36.460 11.840 29.750 1.00 0.00 W2 H +ATOM 30031 OH2 TIP3X 817 12.420 -27.730 33.030 1.00 0.00 W2 O +ATOM 30032 H1 TIP3X 817 11.840 -27.210 32.460 1.00 0.00 W2 H +ATOM 30033 H2 TIP3X 817 11.890 -27.910 33.810 1.00 0.00 W2 H +ATOM 30034 OH2 TIP3X 818 -15.360 -37.110 22.030 1.00 0.00 W2 O +ATOM 30035 H1 TIP3X 818 -15.060 -36.320 22.490 1.00 0.00 W2 H +ATOM 30036 H2 TIP3X 818 -14.580 -37.440 21.590 1.00 0.00 W2 H +ATOM 30037 OH2 TIP3X 819 37.350 3.420 -18.490 1.00 0.00 W2 O +ATOM 30038 H1 TIP3X 819 37.440 3.340 -19.430 1.00 0.00 W2 H +ATOM 30039 H2 TIP3X 819 36.750 4.150 -18.360 1.00 0.00 W2 H +ATOM 30040 OH2 TIP3X 820 40.930 1.150 33.350 1.00 0.00 W2 O +ATOM 30041 H1 TIP3X 820 40.410 1.900 33.050 1.00 0.00 W2 H +ATOM 30042 H2 TIP3X 820 41.780 1.250 32.930 1.00 0.00 W2 H +ATOM 30043 OH2 TIP3X 821 -36.850 1.940 -27.480 1.00 0.00 W2 O +ATOM 30044 H1 TIP3X 821 -36.300 2.640 -27.840 1.00 0.00 W2 H +ATOM 30045 H2 TIP3X 821 -37.690 2.040 -27.920 1.00 0.00 W2 H +ATOM 30046 OH2 TIP3X 822 4.230 35.330 -36.920 1.00 0.00 W2 O +ATOM 30047 H1 TIP3X 822 4.180 35.460 -37.860 1.00 0.00 W2 H +ATOM 30048 H2 TIP3X 822 4.570 34.440 -36.810 1.00 0.00 W2 H +ATOM 30049 OH2 TIP3X 823 -33.690 17.190 -31.260 1.00 0.00 W2 O +ATOM 30050 H1 TIP3X 823 -34.510 16.710 -31.260 1.00 0.00 W2 H +ATOM 30051 H2 TIP3X 823 -33.680 17.650 -32.100 1.00 0.00 W2 H +ATOM 30052 OH2 TIP3X 824 -24.630 -2.320 24.810 1.00 0.00 W2 O +ATOM 30053 H1 TIP3X 824 -24.190 -2.710 25.570 1.00 0.00 W2 H +ATOM 30054 H2 TIP3X 824 -25.100 -3.050 24.410 1.00 0.00 W2 H +ATOM 30055 OH2 TIP3X 825 -35.020 5.950 25.280 1.00 0.00 W2 O +ATOM 30056 H1 TIP3X 825 -35.080 6.900 25.450 1.00 0.00 W2 H +ATOM 30057 H2 TIP3X 825 -34.460 5.620 25.970 1.00 0.00 W2 H +ATOM 30058 OH2 TIP3X 826 14.930 -9.350 -50.330 1.00 0.00 W2 O +ATOM 30059 H1 TIP3X 826 15.720 -9.340 -49.810 1.00 0.00 W2 H +ATOM 30060 H2 TIP3X 826 15.030 -10.100 -50.920 1.00 0.00 W2 H +ATOM 30061 OH2 TIP3X 827 9.210 -2.890 -42.200 1.00 0.00 W2 O +ATOM 30062 H1 TIP3X 827 8.860 -3.110 -41.340 1.00 0.00 W2 H +ATOM 30063 H2 TIP3X 827 10.160 -3.010 -42.120 1.00 0.00 W2 H +ATOM 30064 OH2 TIP3X 828 9.330 21.270 -24.580 1.00 0.00 W2 O +ATOM 30065 H1 TIP3X 828 9.320 20.410 -24.170 1.00 0.00 W2 H +ATOM 30066 H2 TIP3X 828 8.540 21.700 -24.260 1.00 0.00 W2 H +ATOM 30067 OH2 TIP3X 829 -1.800 2.690 -45.750 1.00 0.00 W2 O +ATOM 30068 H1 TIP3X 829 -2.600 2.360 -45.340 1.00 0.00 W2 H +ATOM 30069 H2 TIP3X 829 -2.100 3.070 -46.580 1.00 0.00 W2 H +ATOM 30070 OH2 TIP3X 830 28.110 -2.100 32.750 1.00 0.00 W2 O +ATOM 30071 H1 TIP3X 830 27.990 -2.110 31.810 1.00 0.00 W2 H +ATOM 30072 H2 TIP3X 830 28.970 -2.500 32.890 1.00 0.00 W2 H +ATOM 30073 OH2 TIP3X 831 4.460 -35.060 -51.380 1.00 0.00 W2 O +ATOM 30074 H1 TIP3X 831 4.170 -34.150 -51.250 1.00 0.00 W2 H +ATOM 30075 H2 TIP3X 831 3.890 -35.570 -50.800 1.00 0.00 W2 H +ATOM 30076 OH2 TIP3X 832 -32.090 -21.290 38.480 1.00 0.00 W2 O +ATOM 30077 H1 TIP3X 832 -31.280 -21.800 38.430 1.00 0.00 W2 H +ATOM 30078 H2 TIP3X 832 -32.370 -21.360 39.400 1.00 0.00 W2 H +ATOM 30079 OH2 TIP3X 833 30.900 28.220 38.060 1.00 0.00 W2 O +ATOM 30080 H1 TIP3X 833 29.990 27.950 38.190 1.00 0.00 W2 H +ATOM 30081 H2 TIP3X 833 31.380 27.410 37.860 1.00 0.00 W2 H +ATOM 30082 OH2 TIP3X 834 39.420 5.130 -17.870 1.00 0.00 W2 O +ATOM 30083 H1 TIP3X 834 38.790 4.440 -18.090 1.00 0.00 W2 H +ATOM 30084 H2 TIP3X 834 39.610 4.990 -16.940 1.00 0.00 W2 H +ATOM 30085 OH2 TIP3X 835 29.960 -44.310 -50.710 1.00 0.00 W2 O +ATOM 30086 H1 TIP3X 835 29.480 -44.260 -51.540 1.00 0.00 W2 H +ATOM 30087 H2 TIP3X 835 29.740 -43.490 -50.260 1.00 0.00 W2 H +ATOM 30088 OH2 TIP3X 836 3.860 -34.200 32.150 1.00 0.00 W2 O +ATOM 30089 H1 TIP3X 836 4.250 -33.780 32.920 1.00 0.00 W2 H +ATOM 30090 H2 TIP3X 836 3.330 -34.920 32.510 1.00 0.00 W2 H +ATOM 30091 OH2 TIP3X 837 29.970 -9.840 -28.150 1.00 0.00 W2 O +ATOM 30092 H1 TIP3X 837 30.010 -9.940 -29.110 1.00 0.00 W2 H +ATOM 30093 H2 TIP3X 837 30.880 -9.770 -27.870 1.00 0.00 W2 H +ATOM 30094 OH2 TIP3X 838 -13.000 -24.430 -43.020 1.00 0.00 W2 O +ATOM 30095 H1 TIP3X 838 -13.960 -24.480 -43.110 1.00 0.00 W2 H +ATOM 30096 H2 TIP3X 838 -12.870 -24.110 -42.130 1.00 0.00 W2 H +ATOM 30097 OH2 TIP3X 839 -30.480 19.290 -48.390 1.00 0.00 W2 O +ATOM 30098 H1 TIP3X 839 -29.590 19.570 -48.210 1.00 0.00 W2 H +ATOM 30099 H2 TIP3X 839 -30.520 18.380 -48.110 1.00 0.00 W2 H +ATOM 30100 OH2 TIP3X 840 -0.020 16.920 -46.640 1.00 0.00 W2 O +ATOM 30101 H1 TIP3X 840 0.300 17.670 -46.130 1.00 0.00 W2 H +ATOM 30102 H2 TIP3X 840 0.100 16.160 -46.060 1.00 0.00 W2 H +ATOM 30103 OH2 TIP3X 841 -6.400 -34.670 -28.180 1.00 0.00 W2 O +ATOM 30104 H1 TIP3X 841 -6.880 -34.050 -28.720 1.00 0.00 W2 H +ATOM 30105 H2 TIP3X 841 -6.210 -35.390 -28.760 1.00 0.00 W2 H +ATOM 30106 OH2 TIP3X 842 -25.420 37.970 39.250 1.00 0.00 W2 O +ATOM 30107 H1 TIP3X 842 -26.130 38.500 38.880 1.00 0.00 W2 H +ATOM 30108 H2 TIP3X 842 -24.800 37.860 38.530 1.00 0.00 W2 H +ATOM 30109 OH2 TIP3X 843 -5.780 -2.970 -44.630 1.00 0.00 W2 O +ATOM 30110 H1 TIP3X 843 -5.800 -3.600 -43.920 1.00 0.00 W2 H +ATOM 30111 H2 TIP3X 843 -6.220 -2.190 -44.280 1.00 0.00 W2 H +ATOM 30112 OH2 TIP3X 844 47.350 32.360 -33.090 1.00 0.00 W2 O +ATOM 30113 H1 TIP3X 844 46.720 32.740 -32.480 1.00 0.00 W2 H +ATOM 30114 H2 TIP3X 844 48.140 32.220 -32.560 1.00 0.00 W2 H +ATOM 30115 OH2 TIP3X 845 -37.680 -0.320 -23.280 1.00 0.00 W2 O +ATOM 30116 H1 TIP3X 845 -38.120 0.200 -23.950 1.00 0.00 W2 H +ATOM 30117 H2 TIP3X 845 -38.260 -1.080 -23.160 1.00 0.00 W2 H +ATOM 30118 OH2 TIP3X 846 33.500 5.730 22.430 1.00 0.00 W2 O +ATOM 30119 H1 TIP3X 846 34.410 5.440 22.420 1.00 0.00 W2 H +ATOM 30120 H2 TIP3X 846 33.330 6.020 21.530 1.00 0.00 W2 H +ATOM 30121 OH2 TIP3X 847 -41.460 -17.550 24.910 1.00 0.00 W2 O +ATOM 30122 H1 TIP3X 847 -41.460 -16.610 24.740 1.00 0.00 W2 H +ATOM 30123 H2 TIP3X 847 -42.030 -17.660 25.670 1.00 0.00 W2 H +ATOM 30124 OH2 TIP3X 848 -15.590 -42.440 -51.630 1.00 0.00 W2 O +ATOM 30125 H1 TIP3X 848 -16.220 -43.140 -51.440 1.00 0.00 W2 H +ATOM 30126 H2 TIP3X 848 -15.280 -42.170 -50.760 1.00 0.00 W2 H +ATOM 30127 OH2 TIP3X 849 -20.490 -26.120 30.820 1.00 0.00 W2 O +ATOM 30128 H1 TIP3X 849 -20.740 -27.040 30.740 1.00 0.00 W2 H +ATOM 30129 H2 TIP3X 849 -19.760 -26.010 30.220 1.00 0.00 W2 H +ATOM 30130 OH2 TIP3X 850 -35.250 -15.530 -40.950 1.00 0.00 W2 O +ATOM 30131 H1 TIP3X 850 -35.250 -15.910 -40.070 1.00 0.00 W2 H +ATOM 30132 H2 TIP3X 850 -34.900 -14.660 -40.840 1.00 0.00 W2 H +ATOM 30133 OH2 TIP3X 851 43.350 -32.220 -33.440 1.00 0.00 W2 O +ATOM 30134 H1 TIP3X 851 43.850 -31.910 -34.200 1.00 0.00 W2 H +ATOM 30135 H2 TIP3X 851 43.610 -31.640 -32.730 1.00 0.00 W2 H +ATOM 30136 OH2 TIP3X 852 -43.860 2.150 -16.120 1.00 0.00 W2 O +ATOM 30137 H1 TIP3X 852 -44.560 2.500 -16.670 1.00 0.00 W2 H +ATOM 30138 H2 TIP3X 852 -43.790 1.230 -16.380 1.00 0.00 W2 H +ATOM 30139 OH2 TIP3X 853 16.680 -15.910 30.720 1.00 0.00 W2 O +ATOM 30140 H1 TIP3X 853 16.430 -16.170 31.610 1.00 0.00 W2 H +ATOM 30141 H2 TIP3X 853 17.000 -15.010 30.810 1.00 0.00 W2 H +ATOM 30142 OH2 TIP3X 854 -22.780 5.900 -44.180 1.00 0.00 W2 O +ATOM 30143 H1 TIP3X 854 -23.550 5.940 -43.600 1.00 0.00 W2 H +ATOM 30144 H2 TIP3X 854 -22.820 6.710 -44.690 1.00 0.00 W2 H +ATOM 30145 OH2 TIP3X 855 -6.820 -11.180 32.880 1.00 0.00 W2 O +ATOM 30146 H1 TIP3X 855 -6.000 -10.820 32.580 1.00 0.00 W2 H +ATOM 30147 H2 TIP3X 855 -7.270 -11.450 32.070 1.00 0.00 W2 H +ATOM 30148 OH2 TIP3X 856 31.190 42.390 -38.160 1.00 0.00 W2 O +ATOM 30149 H1 TIP3X 856 31.170 43.200 -38.670 1.00 0.00 W2 H +ATOM 30150 H2 TIP3X 856 30.810 42.630 -37.320 1.00 0.00 W2 H +ATOM 30151 OH2 TIP3X 857 21.220 7.720 29.550 1.00 0.00 W2 O +ATOM 30152 H1 TIP3X 857 20.560 8.320 29.890 1.00 0.00 W2 H +ATOM 30153 H2 TIP3X 857 20.960 7.560 28.650 1.00 0.00 W2 H +ATOM 30154 OH2 TIP3X 858 26.640 -35.780 15.860 1.00 0.00 W2 O +ATOM 30155 H1 TIP3X 858 25.690 -35.690 15.780 1.00 0.00 W2 H +ATOM 30156 H2 TIP3X 858 26.950 -34.880 15.990 1.00 0.00 W2 H +ATOM 30157 OH2 TIP3X 859 -40.860 -6.740 -33.160 1.00 0.00 W2 O +ATOM 30158 H1 TIP3X 859 -41.370 -7.550 -33.130 1.00 0.00 W2 H +ATOM 30159 H2 TIP3X 859 -40.510 -6.710 -34.050 1.00 0.00 W2 H +ATOM 30160 OH2 TIP3X 860 6.790 -45.210 27.480 1.00 0.00 W2 O +ATOM 30161 H1 TIP3X 860 6.400 -45.510 28.300 1.00 0.00 W2 H +ATOM 30162 H2 TIP3X 860 6.180 -45.520 26.800 1.00 0.00 W2 H +ATOM 30163 OH2 TIP3X 861 15.160 -19.110 -31.700 1.00 0.00 W2 O +ATOM 30164 H1 TIP3X 861 14.890 -19.050 -30.790 1.00 0.00 W2 H +ATOM 30165 H2 TIP3X 861 16.040 -18.730 -31.720 1.00 0.00 W2 H +ATOM 30166 OH2 TIP3X 862 -22.520 -37.740 28.210 1.00 0.00 W2 O +ATOM 30167 H1 TIP3X 862 -22.200 -36.840 28.240 1.00 0.00 W2 H +ATOM 30168 H2 TIP3X 862 -22.090 -38.170 28.950 1.00 0.00 W2 H +ATOM 30169 OH2 TIP3X 863 -30.990 -12.550 34.300 1.00 0.00 W2 O +ATOM 30170 H1 TIP3X 863 -30.120 -12.460 33.910 1.00 0.00 W2 H +ATOM 30171 H2 TIP3X 863 -31.550 -12.850 33.570 1.00 0.00 W2 H +ATOM 30172 OH2 TIP3X 864 -18.690 37.110 -45.990 1.00 0.00 W2 O +ATOM 30173 H1 TIP3X 864 -18.620 37.040 -45.040 1.00 0.00 W2 H +ATOM 30174 H2 TIP3X 864 -18.260 37.950 -46.200 1.00 0.00 W2 H +ATOM 30175 OH2 TIP3X 865 10.240 -18.860 -34.700 1.00 0.00 W2 O +ATOM 30176 H1 TIP3X 865 10.570 -18.460 -35.510 1.00 0.00 W2 H +ATOM 30177 H2 TIP3X 865 9.400 -18.420 -34.550 1.00 0.00 W2 H +ATOM 30178 OH2 TIP3X 866 37.090 32.090 31.250 1.00 0.00 W2 O +ATOM 30179 H1 TIP3X 866 36.240 32.530 31.230 1.00 0.00 W2 H +ATOM 30180 H2 TIP3X 866 36.970 31.310 30.700 1.00 0.00 W2 H +ATOM 30181 OH2 TIP3X 867 45.750 15.760 -40.350 1.00 0.00 W2 O +ATOM 30182 H1 TIP3X 867 46.080 16.580 -39.960 1.00 0.00 W2 H +ATOM 30183 H2 TIP3X 867 45.690 15.960 -41.280 1.00 0.00 W2 H +ATOM 30184 OH2 TIP3X 868 48.960 -44.420 36.300 1.00 0.00 W2 O +ATOM 30185 H1 TIP3X 868 48.260 -43.790 36.440 1.00 0.00 W2 H +ATOM 30186 H2 TIP3X 868 49.690 -44.100 36.850 1.00 0.00 W2 H +ATOM 30187 OH2 TIP3X 869 31.860 21.410 21.870 1.00 0.00 W2 O +ATOM 30188 H1 TIP3X 869 31.930 22.100 21.230 1.00 0.00 W2 H +ATOM 30189 H2 TIP3X 869 31.470 20.670 21.400 1.00 0.00 W2 H +ATOM 30190 OH2 TIP3X 870 -36.960 -35.960 39.060 1.00 0.00 W2 O +ATOM 30191 H1 TIP3X 870 -36.700 -35.090 38.740 1.00 0.00 W2 H +ATOM 30192 H2 TIP3X 870 -37.840 -35.830 39.410 1.00 0.00 W2 H +ATOM 30193 OH2 TIP3X 871 -25.060 -1.640 -47.140 1.00 0.00 W2 O +ATOM 30194 H1 TIP3X 871 -24.870 -0.820 -47.580 1.00 0.00 W2 H +ATOM 30195 H2 TIP3X 871 -24.790 -2.320 -47.760 1.00 0.00 W2 H +ATOM 30196 OH2 TIP3X 872 -21.340 -32.340 11.590 1.00 0.00 W2 O +ATOM 30197 H1 TIP3X 872 -21.350 -31.970 10.700 1.00 0.00 W2 H +ATOM 30198 H2 TIP3X 872 -20.640 -31.860 12.030 1.00 0.00 W2 H +ATOM 30199 OH2 TIP3X 873 19.720 -6.270 -51.120 1.00 0.00 W2 O +ATOM 30200 H1 TIP3X 873 20.000 -5.650 -50.430 1.00 0.00 W2 H +ATOM 30201 H2 TIP3X 873 20.520 -6.700 -51.390 1.00 0.00 W2 H +ATOM 30202 OH2 TIP3X 874 -20.470 -41.160 -47.290 1.00 0.00 W2 O +ATOM 30203 H1 TIP3X 874 -20.260 -41.180 -46.350 1.00 0.00 W2 H +ATOM 30204 H2 TIP3X 874 -20.240 -42.030 -47.600 1.00 0.00 W2 H +ATOM 30205 OH2 TIP3X 875 -25.480 -13.930 25.860 1.00 0.00 W2 O +ATOM 30206 H1 TIP3X 875 -24.950 -14.390 26.520 1.00 0.00 W2 H +ATOM 30207 H2 TIP3X 875 -24.880 -13.280 25.490 1.00 0.00 W2 H +ATOM 30208 OH2 TIP3X 876 -18.310 -41.420 -42.410 1.00 0.00 W2 O +ATOM 30209 H1 TIP3X 876 -17.780 -40.630 -42.300 1.00 0.00 W2 H +ATOM 30210 H2 TIP3X 876 -17.810 -42.110 -41.950 1.00 0.00 W2 H +ATOM 30211 OH2 TIP3X 877 3.400 38.450 -20.510 1.00 0.00 W2 O +ATOM 30212 H1 TIP3X 877 4.240 38.820 -20.780 1.00 0.00 W2 H +ATOM 30213 H2 TIP3X 877 3.390 38.530 -19.560 1.00 0.00 W2 H +ATOM 30214 OH2 TIP3X 878 47.280 -6.350 35.750 1.00 0.00 W2 O +ATOM 30215 H1 TIP3X 878 48.160 -6.710 35.700 1.00 0.00 W2 H +ATOM 30216 H2 TIP3X 878 47.410 -5.420 35.960 1.00 0.00 W2 H +ATOM 30217 OH2 TIP3X 879 5.300 -34.410 -45.690 1.00 0.00 W2 O +ATOM 30218 H1 TIP3X 879 4.460 -34.170 -46.090 1.00 0.00 W2 H +ATOM 30219 H2 TIP3X 879 5.090 -34.610 -44.780 1.00 0.00 W2 H +ATOM 30220 OH2 TIP3X 880 -3.710 -15.570 14.960 1.00 0.00 W2 O +ATOM 30221 H1 TIP3X 880 -3.720 -16.180 14.220 1.00 0.00 W2 H +ATOM 30222 H2 TIP3X 880 -4.260 -14.850 14.670 1.00 0.00 W2 H +ATOM 30223 OH2 TIP3X 881 4.810 19.000 -38.410 1.00 0.00 W2 O +ATOM 30224 H1 TIP3X 881 5.700 19.240 -38.650 1.00 0.00 W2 H +ATOM 30225 H2 TIP3X 881 4.420 18.690 -39.220 1.00 0.00 W2 H +ATOM 30226 OH2 TIP3X 882 -35.810 5.520 -22.470 1.00 0.00 W2 O +ATOM 30227 H1 TIP3X 882 -36.740 5.570 -22.670 1.00 0.00 W2 H +ATOM 30228 H2 TIP3X 882 -35.770 5.240 -21.560 1.00 0.00 W2 H +ATOM 30229 OH2 TIP3X 883 -34.870 -29.820 12.010 1.00 0.00 W2 O +ATOM 30230 H1 TIP3X 883 -34.350 -29.470 11.280 1.00 0.00 W2 H +ATOM 30231 H2 TIP3X 883 -35.700 -30.080 11.610 1.00 0.00 W2 H +ATOM 30232 OH2 TIP3X 884 -8.080 -31.730 -33.650 1.00 0.00 W2 O +ATOM 30233 H1 TIP3X 884 -8.860 -32.280 -33.660 1.00 0.00 W2 H +ATOM 30234 H2 TIP3X 884 -7.420 -32.230 -34.130 1.00 0.00 W2 H +ATOM 30235 OH2 TIP3X 885 -7.570 7.190 35.770 1.00 0.00 W2 O +ATOM 30236 H1 TIP3X 885 -7.100 7.070 36.590 1.00 0.00 W2 H +ATOM 30237 H2 TIP3X 885 -7.990 6.340 35.600 1.00 0.00 W2 H +ATOM 30238 OH2 TIP3X 886 4.220 -4.070 30.820 1.00 0.00 W2 O +ATOM 30239 H1 TIP3X 886 3.680 -3.830 30.060 1.00 0.00 W2 H +ATOM 30240 H2 TIP3X 886 3.730 -4.750 31.270 1.00 0.00 W2 H +ATOM 30241 OH2 TIP3X 887 37.610 -5.990 37.920 1.00 0.00 W2 O +ATOM 30242 H1 TIP3X 887 37.980 -5.380 38.550 1.00 0.00 W2 H +ATOM 30243 H2 TIP3X 887 38.360 -6.440 37.540 1.00 0.00 W2 H +ATOM 30244 OH2 TIP3X 888 9.430 10.740 -49.810 1.00 0.00 W2 O +ATOM 30245 H1 TIP3X 888 9.650 11.030 -50.700 1.00 0.00 W2 H +ATOM 30246 H2 TIP3X 888 9.130 11.550 -49.370 1.00 0.00 W2 H +ATOM 30247 OH2 TIP3X 889 27.270 -14.110 -34.800 1.00 0.00 W2 O +ATOM 30248 H1 TIP3X 889 26.800 -13.280 -34.880 1.00 0.00 W2 H +ATOM 30249 H2 TIP3X 889 28.130 -13.930 -35.180 1.00 0.00 W2 H +ATOM 30250 OH2 TIP3X 890 26.190 -24.730 -49.440 1.00 0.00 W2 O +ATOM 30251 H1 TIP3X 890 25.310 -25.090 -49.530 1.00 0.00 W2 H +ATOM 30252 H2 TIP3X 890 26.750 -25.340 -49.920 1.00 0.00 W2 H +ATOM 30253 OH2 TIP3X 891 -22.100 -24.900 18.000 1.00 0.00 W2 O +ATOM 30254 H1 TIP3X 891 -22.750 -24.250 18.240 1.00 0.00 W2 H +ATOM 30255 H2 TIP3X 891 -22.410 -25.230 17.150 1.00 0.00 W2 H +ATOM 30256 OH2 TIP3X 892 13.580 19.710 33.550 1.00 0.00 W2 O +ATOM 30257 H1 TIP3X 892 14.490 19.910 33.370 1.00 0.00 W2 H +ATOM 30258 H2 TIP3X 892 13.100 20.520 33.380 1.00 0.00 W2 H +ATOM 30259 OH2 TIP3X 893 -10.120 -34.010 -27.380 1.00 0.00 W2 O +ATOM 30260 H1 TIP3X 893 -9.590 -33.850 -28.160 1.00 0.00 W2 H +ATOM 30261 H2 TIP3X 893 -11.000 -33.740 -27.630 1.00 0.00 W2 H +ATOM 30262 OH2 TIP3X 894 2.890 -11.540 -19.270 1.00 0.00 W2 O +ATOM 30263 H1 TIP3X 894 3.550 -11.070 -19.790 1.00 0.00 W2 H +ATOM 30264 H2 TIP3X 894 3.350 -12.300 -18.920 1.00 0.00 W2 H +ATOM 30265 OH2 TIP3X 895 44.450 11.370 -47.020 1.00 0.00 W2 O +ATOM 30266 H1 TIP3X 895 44.540 12.290 -47.280 1.00 0.00 W2 H +ATOM 30267 H2 TIP3X 895 44.760 10.880 -47.780 1.00 0.00 W2 H +ATOM 30268 OH2 TIP3X 896 15.690 -7.250 -42.480 1.00 0.00 W2 O +ATOM 30269 H1 TIP3X 896 16.550 -7.650 -42.510 1.00 0.00 W2 H +ATOM 30270 H2 TIP3X 896 15.820 -6.440 -41.990 1.00 0.00 W2 H +ATOM 30271 OH2 TIP3X 897 -8.530 -10.560 27.140 1.00 0.00 W2 O +ATOM 30272 H1 TIP3X 897 -9.060 -10.780 26.380 1.00 0.00 W2 H +ATOM 30273 H2 TIP3X 897 -7.660 -10.390 26.810 1.00 0.00 W2 H +ATOM 30274 OH2 TIP3X 898 18.870 20.330 -24.000 1.00 0.00 W2 O +ATOM 30275 H1 TIP3X 898 18.920 20.930 -24.750 1.00 0.00 W2 H +ATOM 30276 H2 TIP3X 898 18.160 20.690 -23.460 1.00 0.00 W2 H +ATOM 30277 OH2 TIP3X 899 10.100 14.590 -39.600 1.00 0.00 W2 O +ATOM 30278 H1 TIP3X 899 10.420 15.480 -39.700 1.00 0.00 W2 H +ATOM 30279 H2 TIP3X 899 10.680 14.200 -38.940 1.00 0.00 W2 H +ATOM 30280 OH2 TIP3X 900 0.830 33.910 -34.570 1.00 0.00 W2 O +ATOM 30281 H1 TIP3X 900 1.260 34.190 -35.380 1.00 0.00 W2 H +ATOM 30282 H2 TIP3X 900 -0.090 34.120 -34.720 1.00 0.00 W2 H +ATOM 30283 OH2 TIP3X 901 -20.150 -32.720 -46.590 1.00 0.00 W2 O +ATOM 30284 H1 TIP3X 901 -20.100 -33.170 -45.750 1.00 0.00 W2 H +ATOM 30285 H2 TIP3X 901 -20.010 -33.390 -47.250 1.00 0.00 W2 H +ATOM 30286 OH2 TIP3X 902 29.670 4.050 -14.080 1.00 0.00 W2 O +ATOM 30287 H1 TIP3X 902 28.870 3.920 -13.560 1.00 0.00 W2 H +ATOM 30288 H2 TIP3X 902 30.140 3.230 -14.000 1.00 0.00 W2 H +ATOM 30289 OH2 TIP3X 903 21.630 -27.030 19.850 1.00 0.00 W2 O +ATOM 30290 H1 TIP3X 903 22.530 -26.850 19.570 1.00 0.00 W2 H +ATOM 30291 H2 TIP3X 903 21.320 -27.700 19.240 1.00 0.00 W2 H +ATOM 30292 OH2 TIP3X 904 45.970 -22.290 32.430 1.00 0.00 W2 O +ATOM 30293 H1 TIP3X 904 46.730 -22.870 32.380 1.00 0.00 W2 H +ATOM 30294 H2 TIP3X 904 45.400 -22.690 33.080 1.00 0.00 W2 H +ATOM 30295 OH2 TIP3X 905 36.350 -41.480 -27.070 1.00 0.00 W2 O +ATOM 30296 H1 TIP3X 905 35.460 -41.120 -27.020 1.00 0.00 W2 H +ATOM 30297 H2 TIP3X 905 36.320 -42.290 -26.560 1.00 0.00 W2 H +ATOM 30298 OH2 TIP3X 906 43.170 -20.840 -25.270 1.00 0.00 W2 O +ATOM 30299 H1 TIP3X 906 42.350 -20.380 -25.440 1.00 0.00 W2 H +ATOM 30300 H2 TIP3X 906 43.180 -21.550 -25.920 1.00 0.00 W2 H +ATOM 30301 OH2 TIP3X 907 48.190 16.880 22.040 1.00 0.00 W2 O +ATOM 30302 H1 TIP3X 907 47.440 17.260 21.580 1.00 0.00 W2 H +ATOM 30303 H2 TIP3X 907 48.410 16.100 21.540 1.00 0.00 W2 H +ATOM 30304 OH2 TIP3X 908 7.500 -30.630 -50.920 1.00 0.00 W2 O +ATOM 30305 H1 TIP3X 908 7.460 -30.870 -51.850 1.00 0.00 W2 H +ATOM 30306 H2 TIP3X 908 6.650 -30.230 -50.750 1.00 0.00 W2 H +ATOM 30307 OH2 TIP3X 909 40.640 -40.800 -20.490 1.00 0.00 W2 O +ATOM 30308 H1 TIP3X 909 40.410 -40.930 -19.570 1.00 0.00 W2 H +ATOM 30309 H2 TIP3X 909 41.160 -40.000 -20.500 1.00 0.00 W2 H +ATOM 30310 OH2 TIP3X 910 4.900 -48.540 -26.330 1.00 0.00 W2 O +ATOM 30311 H1 TIP3X 910 5.370 -48.670 -25.500 1.00 0.00 W2 H +ATOM 30312 H2 TIP3X 910 4.310 -49.290 -26.400 1.00 0.00 W2 H +ATOM 30313 OH2 TIP3X 911 -31.100 24.810 36.850 1.00 0.00 W2 O +ATOM 30314 H1 TIP3X 911 -31.180 24.370 37.690 1.00 0.00 W2 H +ATOM 30315 H2 TIP3X 911 -31.230 25.740 37.060 1.00 0.00 W2 H +ATOM 30316 OH2 TIP3X 912 43.080 -43.950 -15.500 1.00 0.00 W2 O +ATOM 30317 H1 TIP3X 912 44.020 -44.080 -15.340 1.00 0.00 W2 H +ATOM 30318 H2 TIP3X 912 42.700 -44.820 -15.410 1.00 0.00 W2 H +ATOM 30319 OH2 TIP3X 913 42.450 -4.260 -20.240 1.00 0.00 W2 O +ATOM 30320 H1 TIP3X 913 43.390 -4.060 -20.210 1.00 0.00 W2 H +ATOM 30321 H2 TIP3X 913 42.030 -3.410 -20.110 1.00 0.00 W2 H +ATOM 30322 OH2 TIP3X 914 12.170 17.970 19.490 1.00 0.00 W2 O +ATOM 30323 H1 TIP3X 914 12.380 18.260 18.600 1.00 0.00 W2 H +ATOM 30324 H2 TIP3X 914 12.890 17.380 19.720 1.00 0.00 W2 H +ATOM 30325 OH2 TIP3X 915 32.780 6.160 -19.160 1.00 0.00 W2 O +ATOM 30326 H1 TIP3X 915 32.310 6.310 -18.330 1.00 0.00 W2 H +ATOM 30327 H2 TIP3X 915 33.330 6.930 -19.270 1.00 0.00 W2 H +ATOM 30328 OH2 TIP3X 916 4.970 -4.190 21.730 1.00 0.00 W2 O +ATOM 30329 H1 TIP3X 916 5.270 -4.720 20.990 1.00 0.00 W2 H +ATOM 30330 H2 TIP3X 916 5.520 -4.470 22.470 1.00 0.00 W2 H +ATOM 30331 OH2 TIP3X 917 41.360 -33.990 -26.630 1.00 0.00 W2 O +ATOM 30332 H1 TIP3X 917 41.810 -33.150 -26.630 1.00 0.00 W2 H +ATOM 30333 H2 TIP3X 917 40.590 -33.840 -26.080 1.00 0.00 W2 H +ATOM 30334 OH2 TIP3X 918 -41.330 20.800 41.290 1.00 0.00 W2 O +ATOM 30335 H1 TIP3X 918 -41.850 21.590 41.160 1.00 0.00 W2 H +ATOM 30336 H2 TIP3X 918 -41.830 20.290 41.930 1.00 0.00 W2 H +ATOM 30337 OH2 TIP3X 919 -24.950 19.350 -23.570 1.00 0.00 W2 O +ATOM 30338 H1 TIP3X 919 -25.000 19.470 -24.510 1.00 0.00 W2 H +ATOM 30339 H2 TIP3X 919 -24.030 19.130 -23.400 1.00 0.00 W2 H +ATOM 30340 OH2 TIP3X 920 -25.740 -18.350 -34.510 1.00 0.00 W2 O +ATOM 30341 H1 TIP3X 920 -25.590 -17.880 -35.340 1.00 0.00 W2 H +ATOM 30342 H2 TIP3X 920 -24.930 -18.190 -34.010 1.00 0.00 W2 H +ATOM 30343 OH2 TIP3X 921 -2.940 -37.540 -51.660 1.00 0.00 W2 O +ATOM 30344 H1 TIP3X 921 -3.790 -37.840 -51.340 1.00 0.00 W2 H +ATOM 30345 H2 TIP3X 921 -3.120 -36.710 -52.100 1.00 0.00 W2 H +ATOM 30346 OH2 TIP3X 922 22.560 5.540 -42.340 1.00 0.00 W2 O +ATOM 30347 H1 TIP3X 922 22.280 4.700 -42.710 1.00 0.00 W2 H +ATOM 30348 H2 TIP3X 922 22.710 6.100 -43.100 1.00 0.00 W2 H +ATOM 30349 OH2 TIP3X 923 18.660 -30.750 -26.290 1.00 0.00 W2 O +ATOM 30350 H1 TIP3X 923 18.950 -29.930 -25.920 1.00 0.00 W2 H +ATOM 30351 H2 TIP3X 923 18.790 -31.390 -25.590 1.00 0.00 W2 H +ATOM 30352 OH2 TIP3X 924 -39.220 -13.650 25.160 1.00 0.00 W2 O +ATOM 30353 H1 TIP3X 924 -38.790 -14.320 24.620 1.00 0.00 W2 H +ATOM 30354 H2 TIP3X 924 -40.150 -13.830 25.070 1.00 0.00 W2 H +ATOM 30355 OH2 TIP3X 925 36.300 6.270 -30.880 1.00 0.00 W2 O +ATOM 30356 H1 TIP3X 925 37.250 6.240 -30.800 1.00 0.00 W2 H +ATOM 30357 H2 TIP3X 925 36.110 7.110 -31.290 1.00 0.00 W2 H +ATOM 30358 OH2 TIP3X 926 44.040 -41.500 -22.930 1.00 0.00 W2 O +ATOM 30359 H1 TIP3X 926 44.620 -42.230 -23.100 1.00 0.00 W2 H +ATOM 30360 H2 TIP3X 926 43.180 -41.810 -23.200 1.00 0.00 W2 H +ATOM 30361 OH2 TIP3X 927 -10.370 -10.280 29.130 1.00 0.00 W2 O +ATOM 30362 H1 TIP3X 927 -11.030 -9.660 28.800 1.00 0.00 W2 H +ATOM 30363 H2 TIP3X 927 -9.780 -10.420 28.380 1.00 0.00 W2 H +ATOM 30364 OH2 TIP3X 928 -7.640 -34.470 26.730 1.00 0.00 W2 O +ATOM 30365 H1 TIP3X 928 -6.930 -33.840 26.790 1.00 0.00 W2 H +ATOM 30366 H2 TIP3X 928 -7.440 -35.130 27.400 1.00 0.00 W2 H +ATOM 30367 OH2 TIP3X 929 -1.100 35.230 21.190 1.00 0.00 W2 O +ATOM 30368 H1 TIP3X 929 -1.150 35.530 22.100 1.00 0.00 W2 H +ATOM 30369 H2 TIP3X 929 -1.650 35.830 20.700 1.00 0.00 W2 H +ATOM 30370 OH2 TIP3X 930 31.180 14.400 -49.660 1.00 0.00 W2 O +ATOM 30371 H1 TIP3X 930 31.950 14.190 -49.110 1.00 0.00 W2 H +ATOM 30372 H2 TIP3X 930 30.460 13.930 -49.250 1.00 0.00 W2 H +ATOM 30373 OH2 TIP3X 931 40.790 4.490 -25.220 1.00 0.00 W2 O +ATOM 30374 H1 TIP3X 931 39.870 4.680 -25.400 1.00 0.00 W2 H +ATOM 30375 H2 TIP3X 931 41.090 5.220 -24.690 1.00 0.00 W2 H +ATOM 30376 OH2 TIP3X 932 30.260 13.460 -31.980 1.00 0.00 W2 O +ATOM 30377 H1 TIP3X 932 30.730 14.280 -31.860 1.00 0.00 W2 H +ATOM 30378 H2 TIP3X 932 29.950 13.230 -31.100 1.00 0.00 W2 H +ATOM 30379 OH2 TIP3X 933 27.920 31.360 -30.990 1.00 0.00 W2 O +ATOM 30380 H1 TIP3X 933 28.800 31.400 -31.360 1.00 0.00 W2 H +ATOM 30381 H2 TIP3X 933 27.770 30.440 -30.800 1.00 0.00 W2 H +ATOM 30382 OH2 TIP3X 934 33.450 -26.810 25.990 1.00 0.00 W2 O +ATOM 30383 H1 TIP3X 934 34.170 -26.460 25.460 1.00 0.00 W2 H +ATOM 30384 H2 TIP3X 934 33.880 -27.260 26.720 1.00 0.00 W2 H +ATOM 30385 OH2 TIP3X 935 43.510 31.400 23.930 1.00 0.00 W2 O +ATOM 30386 H1 TIP3X 935 43.400 30.480 24.150 1.00 0.00 W2 H +ATOM 30387 H2 TIP3X 935 44.450 31.570 24.090 1.00 0.00 W2 H +ATOM 30388 OH2 TIP3X 936 45.320 7.180 -17.220 1.00 0.00 W2 O +ATOM 30389 H1 TIP3X 936 45.900 6.620 -16.700 1.00 0.00 W2 H +ATOM 30390 H2 TIP3X 936 45.630 7.080 -18.120 1.00 0.00 W2 H +ATOM 30391 OH2 TIP3X 937 44.440 -7.540 -45.260 1.00 0.00 W2 O +ATOM 30392 H1 TIP3X 937 45.120 -7.700 -44.610 1.00 0.00 W2 H +ATOM 30393 H2 TIP3X 937 44.800 -7.850 -46.080 1.00 0.00 W2 H +ATOM 30394 OH2 TIP3X 938 -28.440 36.960 -17.360 1.00 0.00 W2 O +ATOM 30395 H1 TIP3X 938 -28.950 36.260 -17.770 1.00 0.00 W2 H +ATOM 30396 H2 TIP3X 938 -28.870 37.080 -16.500 1.00 0.00 W2 H +ATOM 30397 OH2 TIP3X 939 17.030 -31.300 -52.580 1.00 0.00 W2 O +ATOM 30398 H1 TIP3X 939 17.080 -30.770 -51.790 1.00 0.00 W2 H +ATOM 30399 H2 TIP3X 939 17.890 -31.720 -52.650 1.00 0.00 W2 H +ATOM 30400 OH2 TIP3X 940 -4.680 -25.760 -31.350 1.00 0.00 W2 O +ATOM 30401 H1 TIP3X 940 -3.960 -25.130 -31.350 1.00 0.00 W2 H +ATOM 30402 H2 TIP3X 940 -5.200 -25.550 -30.580 1.00 0.00 W2 H +ATOM 30403 OH2 TIP3X 941 3.820 7.860 35.850 1.00 0.00 W2 O +ATOM 30404 H1 TIP3X 941 4.530 7.390 36.270 1.00 0.00 W2 H +ATOM 30405 H2 TIP3X 941 3.820 8.730 36.280 1.00 0.00 W2 H +ATOM 30406 OH2 TIP3X 942 -40.980 18.160 34.160 1.00 0.00 W2 O +ATOM 30407 H1 TIP3X 942 -40.750 19.080 34.060 1.00 0.00 W2 H +ATOM 30408 H2 TIP3X 942 -41.690 18.020 33.540 1.00 0.00 W2 H +ATOM 30409 OH2 TIP3X 943 -2.210 -51.040 14.620 1.00 0.00 W2 O +ATOM 30410 H1 TIP3X 943 -2.310 -51.930 14.270 1.00 0.00 W2 H +ATOM 30411 H2 TIP3X 943 -1.270 -50.950 14.780 1.00 0.00 W2 H +ATOM 30412 OH2 TIP3X 944 -33.340 -20.030 24.780 1.00 0.00 W2 O +ATOM 30413 H1 TIP3X 944 -33.330 -20.890 24.380 1.00 0.00 W2 H +ATOM 30414 H2 TIP3X 944 -34.180 -19.650 24.510 1.00 0.00 W2 H +ATOM 30415 OH2 TIP3X 945 26.480 -38.760 26.720 1.00 0.00 W2 O +ATOM 30416 H1 TIP3X 945 27.050 -38.030 26.510 1.00 0.00 W2 H +ATOM 30417 H2 TIP3X 945 26.320 -38.680 27.660 1.00 0.00 W2 H +ATOM 30418 OH2 TIP3X 946 34.690 20.330 22.730 1.00 0.00 W2 O +ATOM 30419 H1 TIP3X 946 35.430 19.970 22.220 1.00 0.00 W2 H +ATOM 30420 H2 TIP3X 946 34.050 19.610 22.750 1.00 0.00 W2 H +ATOM 30421 OH2 TIP3X 947 35.500 21.340 38.130 1.00 0.00 W2 O +ATOM 30422 H1 TIP3X 947 35.920 21.020 37.330 1.00 0.00 W2 H +ATOM 30423 H2 TIP3X 947 36.180 21.290 38.790 1.00 0.00 W2 H +ATOM 30424 OH2 TIP3X 948 -22.150 24.110 -28.790 1.00 0.00 W2 O +ATOM 30425 H1 TIP3X 948 -22.630 24.940 -28.860 1.00 0.00 W2 H +ATOM 30426 H2 TIP3X 948 -21.340 24.250 -29.270 1.00 0.00 W2 H +ATOM 30427 OH2 TIP3X 949 -25.010 19.920 -41.120 1.00 0.00 W2 O +ATOM 30428 H1 TIP3X 949 -25.640 20.640 -41.150 1.00 0.00 W2 H +ATOM 30429 H2 TIP3X 949 -24.500 20.080 -40.330 1.00 0.00 W2 H +ATOM 30430 OH2 TIP3X 950 -24.560 23.860 35.810 1.00 0.00 W2 O +ATOM 30431 H1 TIP3X 950 -25.330 24.400 35.630 1.00 0.00 W2 H +ATOM 30432 H2 TIP3X 950 -24.220 24.190 36.630 1.00 0.00 W2 H +ATOM 30433 OH2 TIP3X 951 3.980 -49.190 36.180 1.00 0.00 W2 O +ATOM 30434 H1 TIP3X 951 4.610 -49.510 36.830 1.00 0.00 W2 H +ATOM 30435 H2 TIP3X 951 3.130 -49.250 36.610 1.00 0.00 W2 H +ATOM 30436 OH2 TIP3X 952 21.280 -3.120 29.310 1.00 0.00 W2 O +ATOM 30437 H1 TIP3X 952 20.930 -2.680 28.540 1.00 0.00 W2 H +ATOM 30438 H2 TIP3X 952 21.790 -2.450 29.770 1.00 0.00 W2 H +ATOM 30439 OH2 TIP3X 953 -38.040 32.130 36.680 1.00 0.00 W2 O +ATOM 30440 H1 TIP3X 953 -37.090 32.080 36.600 1.00 0.00 W2 H +ATOM 30441 H2 TIP3X 953 -38.190 32.740 37.400 1.00 0.00 W2 H +ATOM 30442 OH2 TIP3X 954 9.560 -39.590 12.450 1.00 0.00 W2 O +ATOM 30443 H1 TIP3X 954 9.440 -40.510 12.700 1.00 0.00 W2 H +ATOM 30444 H2 TIP3X 954 10.180 -39.250 13.090 1.00 0.00 W2 H +ATOM 30445 OH2 TIP3X 955 -4.070 27.140 22.630 1.00 0.00 W2 O +ATOM 30446 H1 TIP3X 955 -4.880 26.960 23.120 1.00 0.00 W2 H +ATOM 30447 H2 TIP3X 955 -3.460 27.450 23.300 1.00 0.00 W2 H +ATOM 30448 OH2 TIP3X 956 40.900 14.840 14.880 1.00 0.00 W2 O +ATOM 30449 H1 TIP3X 956 40.970 14.310 14.090 1.00 0.00 W2 H +ATOM 30450 H2 TIP3X 956 40.340 15.580 14.640 1.00 0.00 W2 H +ATOM 30451 OH2 TIP3X 957 -6.690 39.070 16.380 1.00 0.00 W2 O +ATOM 30452 H1 TIP3X 957 -7.060 39.430 15.570 1.00 0.00 W2 H +ATOM 30453 H2 TIP3X 957 -7.280 38.360 16.630 1.00 0.00 W2 H +ATOM 30454 OH2 TIP3X 958 27.850 5.320 -29.030 1.00 0.00 W2 O +ATOM 30455 H1 TIP3X 958 27.020 4.840 -29.150 1.00 0.00 W2 H +ATOM 30456 H2 TIP3X 958 27.590 6.150 -28.640 1.00 0.00 W2 H +ATOM 30457 OH2 TIP3X 959 41.210 -26.000 26.300 1.00 0.00 W2 O +ATOM 30458 H1 TIP3X 959 40.310 -25.770 26.550 1.00 0.00 W2 H +ATOM 30459 H2 TIP3X 959 41.730 -25.830 27.080 1.00 0.00 W2 H +ATOM 30460 OH2 TIP3X 960 -27.460 8.570 -21.510 1.00 0.00 W2 O +ATOM 30461 H1 TIP3X 960 -27.690 9.150 -22.240 1.00 0.00 W2 H +ATOM 30462 H2 TIP3X 960 -28.010 8.840 -20.790 1.00 0.00 W2 H +ATOM 30463 OH2 TIP3X 961 15.590 -29.110 -42.110 1.00 0.00 W2 O +ATOM 30464 H1 TIP3X 961 16.250 -29.610 -42.590 1.00 0.00 W2 H +ATOM 30465 H2 TIP3X 961 15.920 -28.210 -42.100 1.00 0.00 W2 H +ATOM 30466 OH2 TIP3X 962 22.860 -8.640 30.000 1.00 0.00 W2 O +ATOM 30467 H1 TIP3X 962 22.290 -7.870 30.040 1.00 0.00 W2 H +ATOM 30468 H2 TIP3X 962 22.460 -9.280 30.590 1.00 0.00 W2 H +ATOM 30469 OH2 TIP3X 963 20.850 -49.560 -39.230 1.00 0.00 W2 O +ATOM 30470 H1 TIP3X 963 20.010 -49.490 -39.680 1.00 0.00 W2 H +ATOM 30471 H2 TIP3X 963 21.080 -48.660 -39.000 1.00 0.00 W2 H +ATOM 30472 OH2 TIP3X 964 -14.980 -41.790 -35.720 1.00 0.00 W2 O +ATOM 30473 H1 TIP3X 964 -15.450 -41.700 -36.540 1.00 0.00 W2 H +ATOM 30474 H2 TIP3X 964 -14.200 -41.240 -35.830 1.00 0.00 W2 H +ATOM 30475 OH2 TIP3X 965 -34.650 39.430 -46.180 1.00 0.00 W2 O +ATOM 30476 H1 TIP3X 965 -34.570 40.290 -45.760 1.00 0.00 W2 H +ATOM 30477 H2 TIP3X 965 -35.400 39.010 -45.740 1.00 0.00 W2 H +ATOM 30478 OH2 TIP3X 966 -12.830 -50.620 17.920 1.00 0.00 W2 O +ATOM 30479 H1 TIP3X 966 -12.210 -49.940 18.170 1.00 0.00 W2 H +ATOM 30480 H2 TIP3X 966 -12.430 -51.440 18.220 1.00 0.00 W2 H +ATOM 30481 OH2 TIP3X 967 17.760 8.740 -42.810 1.00 0.00 W2 O +ATOM 30482 H1 TIP3X 967 18.020 8.640 -41.890 1.00 0.00 W2 H +ATOM 30483 H2 TIP3X 967 17.560 9.670 -42.900 1.00 0.00 W2 H +ATOM 30484 OH2 TIP3X 968 -23.910 -44.460 26.370 1.00 0.00 W2 O +ATOM 30485 H1 TIP3X 968 -24.210 -45.300 26.740 1.00 0.00 W2 H +ATOM 30486 H2 TIP3X 968 -24.520 -44.280 25.670 1.00 0.00 W2 H +ATOM 30487 OH2 TIP3X 969 -40.410 -11.400 36.730 1.00 0.00 W2 O +ATOM 30488 H1 TIP3X 969 -41.140 -11.450 36.110 1.00 0.00 W2 H +ATOM 30489 H2 TIP3X 969 -39.630 -11.640 36.230 1.00 0.00 W2 H +ATOM 30490 OH2 TIP3X 970 27.360 -45.740 -43.630 1.00 0.00 W2 O +ATOM 30491 H1 TIP3X 970 28.260 -45.510 -43.840 1.00 0.00 W2 H +ATOM 30492 H2 TIP3X 970 27.320 -46.700 -43.740 1.00 0.00 W2 H +ATOM 30493 OH2 TIP3X 971 -23.880 -35.820 22.610 1.00 0.00 W2 O +ATOM 30494 H1 TIP3X 971 -22.960 -35.710 22.810 1.00 0.00 W2 H +ATOM 30495 H2 TIP3X 971 -24.250 -36.290 23.350 1.00 0.00 W2 H +ATOM 30496 OH2 TIP3X 972 -8.810 -37.590 33.680 1.00 0.00 W2 O +ATOM 30497 H1 TIP3X 972 -9.180 -37.780 34.540 1.00 0.00 W2 H +ATOM 30498 H2 TIP3X 972 -9.500 -37.840 33.070 1.00 0.00 W2 H +ATOM 30499 OH2 TIP3X 973 -22.110 -11.780 -22.990 1.00 0.00 W2 O +ATOM 30500 H1 TIP3X 973 -22.690 -12.470 -22.670 1.00 0.00 W2 H +ATOM 30501 H2 TIP3X 973 -21.740 -12.130 -23.800 1.00 0.00 W2 H +ATOM 30502 OH2 TIP3X 974 -41.810 -51.720 31.390 1.00 0.00 W2 O +ATOM 30503 H1 TIP3X 974 -40.880 -51.630 31.200 1.00 0.00 W2 H +ATOM 30504 H2 TIP3X 974 -41.870 -52.530 31.900 1.00 0.00 W2 H +ATOM 30505 OH2 TIP3X 975 -30.160 30.070 27.760 1.00 0.00 W2 O +ATOM 30506 H1 TIP3X 975 -30.020 29.310 27.180 1.00 0.00 W2 H +ATOM 30507 H2 TIP3X 975 -29.920 29.760 28.630 1.00 0.00 W2 H +ATOM 30508 OH2 TIP3X 976 16.840 -22.830 31.540 1.00 0.00 W2 O +ATOM 30509 H1 TIP3X 976 17.760 -22.690 31.290 1.00 0.00 W2 H +ATOM 30510 H2 TIP3X 976 16.450 -21.970 31.510 1.00 0.00 W2 H +ATOM 30511 OH2 TIP3X 977 -32.600 -32.110 12.410 1.00 0.00 W2 O +ATOM 30512 H1 TIP3X 977 -32.020 -31.750 11.720 1.00 0.00 W2 H +ATOM 30513 H2 TIP3X 977 -33.370 -32.410 11.930 1.00 0.00 W2 H +ATOM 30514 OH2 TIP3X 978 -37.850 -39.800 31.610 1.00 0.00 W2 O +ATOM 30515 H1 TIP3X 978 -37.590 -38.890 31.510 1.00 0.00 W2 H +ATOM 30516 H2 TIP3X 978 -38.800 -39.780 31.530 1.00 0.00 W2 H +ATOM 30517 OH2 TIP3X 979 37.050 4.810 -27.530 1.00 0.00 W2 O +ATOM 30518 H1 TIP3X 979 36.430 5.500 -27.340 1.00 0.00 W2 H +ATOM 30519 H2 TIP3X 979 37.830 5.030 -27.030 1.00 0.00 W2 H +ATOM 30520 OH2 TIP3X 980 -35.170 -48.090 25.570 1.00 0.00 W2 O +ATOM 30521 H1 TIP3X 980 -34.460 -48.540 26.050 1.00 0.00 W2 H +ATOM 30522 H2 TIP3X 980 -35.700 -48.810 25.210 1.00 0.00 W2 H +ATOM 30523 OH2 TIP3X 981 27.730 32.460 -48.870 1.00 0.00 W2 O +ATOM 30524 H1 TIP3X 981 28.440 31.800 -48.760 1.00 0.00 W2 H +ATOM 30525 H2 TIP3X 981 28.060 33.040 -49.550 1.00 0.00 W2 H +ATOM 30526 OH2 TIP3X 982 46.520 24.430 -45.150 1.00 0.00 W2 O +ATOM 30527 H1 TIP3X 982 46.590 23.660 -45.710 1.00 0.00 W2 H +ATOM 30528 H2 TIP3X 982 46.840 25.160 -45.690 1.00 0.00 W2 H +ATOM 30529 OH2 TIP3X 983 25.450 -3.030 26.470 1.00 0.00 W2 O +ATOM 30530 H1 TIP3X 983 24.750 -3.370 27.040 1.00 0.00 W2 H +ATOM 30531 H2 TIP3X 983 25.090 -3.120 25.590 1.00 0.00 W2 H +ATOM 30532 OH2 TIP3X 984 -35.530 20.810 -28.440 1.00 0.00 W2 O +ATOM 30533 H1 TIP3X 984 -34.940 21.140 -29.110 1.00 0.00 W2 H +ATOM 30534 H2 TIP3X 984 -35.140 19.990 -28.150 1.00 0.00 W2 H +ATOM 30535 OH2 TIP3X 985 -21.990 15.900 30.390 1.00 0.00 W2 O +ATOM 30536 H1 TIP3X 985 -21.750 15.080 29.960 1.00 0.00 W2 H +ATOM 30537 H2 TIP3X 985 -21.860 15.730 31.320 1.00 0.00 W2 H +ATOM 30538 OH2 TIP3X 986 -30.420 -11.890 23.660 1.00 0.00 W2 O +ATOM 30539 H1 TIP3X 986 -29.980 -11.390 24.330 1.00 0.00 W2 H +ATOM 30540 H2 TIP3X 986 -29.800 -11.930 22.940 1.00 0.00 W2 H +ATOM 30541 OH2 TIP3X 987 47.990 -39.170 27.560 1.00 0.00 W2 O +ATOM 30542 H1 TIP3X 987 48.380 -38.490 27.000 1.00 0.00 W2 H +ATOM 30543 H2 TIP3X 987 47.120 -38.820 27.770 1.00 0.00 W2 H +ATOM 30544 OH2 TIP3X 988 37.520 -33.430 -21.490 1.00 0.00 W2 O +ATOM 30545 H1 TIP3X 988 38.410 -33.760 -21.400 1.00 0.00 W2 H +ATOM 30546 H2 TIP3X 988 37.240 -33.280 -20.580 1.00 0.00 W2 H +ATOM 30547 OH2 TIP3X 989 -9.960 29.600 34.720 1.00 0.00 W2 O +ATOM 30548 H1 TIP3X 989 -10.100 30.450 34.320 1.00 0.00 W2 H +ATOM 30549 H2 TIP3X 989 -10.230 29.710 35.630 1.00 0.00 W2 H +ATOM 30550 OH2 TIP3X 990 -10.080 -46.680 -41.950 1.00 0.00 W2 O +ATOM 30551 H1 TIP3X 990 -9.310 -47.130 -42.290 1.00 0.00 W2 H +ATOM 30552 H2 TIP3X 990 -10.700 -47.370 -41.750 1.00 0.00 W2 H +ATOM 30553 OH2 TIP3X 991 -31.010 -18.130 17.370 1.00 0.00 W2 O +ATOM 30554 H1 TIP3X 991 -30.470 -17.340 17.440 1.00 0.00 W2 H +ATOM 30555 H2 TIP3X 991 -30.640 -18.600 16.630 1.00 0.00 W2 H +ATOM 30556 OH2 TIP3X 992 6.740 20.260 -22.450 1.00 0.00 W2 O +ATOM 30557 H1 TIP3X 992 7.370 19.660 -22.070 1.00 0.00 W2 H +ATOM 30558 H2 TIP3X 992 6.140 19.710 -22.960 1.00 0.00 W2 H +ATOM 30559 OH2 TIP3X 993 -33.700 -47.950 -14.060 1.00 0.00 W2 O +ATOM 30560 H1 TIP3X 993 -33.890 -48.050 -14.990 1.00 0.00 W2 H +ATOM 30561 H2 TIP3X 993 -33.680 -46.990 -13.930 1.00 0.00 W2 H +ATOM 30562 OH2 TIP3X 994 42.670 -8.210 -29.540 1.00 0.00 W2 O +ATOM 30563 H1 TIP3X 994 42.190 -7.390 -29.630 1.00 0.00 W2 H +ATOM 30564 H2 TIP3X 994 43.430 -8.110 -30.120 1.00 0.00 W2 H +ATOM 30565 OH2 TIP3X 995 13.080 34.100 -42.690 1.00 0.00 W2 O +ATOM 30566 H1 TIP3X 995 13.210 33.440 -42.010 1.00 0.00 W2 H +ATOM 30567 H2 TIP3X 995 13.480 33.730 -43.470 1.00 0.00 W2 H +ATOM 30568 OH2 TIP3X 996 -5.120 -19.990 24.210 1.00 0.00 W2 O +ATOM 30569 H1 TIP3X 996 -5.190 -19.040 24.110 1.00 0.00 W2 H +ATOM 30570 H2 TIP3X 996 -4.520 -20.250 23.510 1.00 0.00 W2 H +ATOM 30571 OH2 TIP3X 997 -3.120 12.840 19.780 1.00 0.00 W2 O +ATOM 30572 H1 TIP3X 997 -2.380 12.270 19.610 1.00 0.00 W2 H +ATOM 30573 H2 TIP3X 997 -2.740 13.670 20.050 1.00 0.00 W2 H +ATOM 30574 OH2 TIP3X 998 -24.300 -16.450 -27.530 1.00 0.00 W2 O +ATOM 30575 H1 TIP3X 998 -23.900 -16.450 -28.410 1.00 0.00 W2 H +ATOM 30576 H2 TIP3X 998 -24.800 -15.650 -27.500 1.00 0.00 W2 H +ATOM 30577 OH2 TIP3X 999 -41.620 32.010 15.170 1.00 0.00 W2 O +ATOM 30578 H1 TIP3X 999 -40.820 32.360 15.560 1.00 0.00 W2 H +ATOM 30579 H2 TIP3X 999 -41.420 31.930 14.240 1.00 0.00 W2 H +ATOM 30580 OH2 TIP3X1000 -26.130 -27.270 -34.720 1.00 0.00 W2 O +ATOM 30581 H1 TIP3X1000 -26.430 -26.880 -35.530 1.00 0.00 W2 H +ATOM 30582 H2 TIP3X1000 -26.030 -28.200 -34.930 1.00 0.00 W2 H +ATOM 30583 OH2 TIP3X1001 -26.700 11.270 -16.500 1.00 0.00 W2 O +ATOM 30584 H1 TIP3X1001 -25.760 11.320 -16.370 1.00 0.00 W2 H +ATOM 30585 H2 TIP3X1001 -27.070 11.230 -15.620 1.00 0.00 W2 H +ATOM 30586 OH2 TIP3X1002 35.530 -46.800 -43.730 1.00 0.00 W2 O +ATOM 30587 H1 TIP3X1002 35.380 -45.850 -43.690 1.00 0.00 W2 H +ATOM 30588 H2 TIP3X1002 35.290 -47.110 -42.850 1.00 0.00 W2 H +ATOM 30589 OH2 TIP3X1003 -21.430 -4.080 38.590 1.00 0.00 W2 O +ATOM 30590 H1 TIP3X1003 -20.480 -3.940 38.590 1.00 0.00 W2 H +ATOM 30591 H2 TIP3X1003 -21.730 -3.710 37.750 1.00 0.00 W2 H +ATOM 30592 OH2 TIP3X1004 -17.360 -23.070 -50.490 1.00 0.00 W2 O +ATOM 30593 H1 TIP3X1004 -18.190 -22.600 -50.400 1.00 0.00 W2 H +ATOM 30594 H2 TIP3X1004 -17.470 -23.830 -49.930 1.00 0.00 W2 H +ATOM 30595 OH2 TIP3X1005 38.140 0.940 -17.170 1.00 0.00 W2 O +ATOM 30596 H1 TIP3X1005 37.880 0.670 -16.300 1.00 0.00 W2 H +ATOM 30597 H2 TIP3X1005 37.820 1.840 -17.250 1.00 0.00 W2 H +ATOM 30598 OH2 TIP3X1006 -43.420 3.160 26.470 1.00 0.00 W2 O +ATOM 30599 H1 TIP3X1006 -43.870 3.240 27.310 1.00 0.00 W2 H +ATOM 30600 H2 TIP3X1006 -43.800 2.360 26.080 1.00 0.00 W2 H +ATOM 30601 OH2 TIP3X1007 1.770 -0.570 -19.180 1.00 0.00 W2 O +ATOM 30602 H1 TIP3X1007 0.900 -0.840 -19.430 1.00 0.00 W2 H +ATOM 30603 H2 TIP3X1007 1.960 0.180 -19.730 1.00 0.00 W2 H +ATOM 30604 OH2 TIP3X1008 9.810 -38.240 32.610 1.00 0.00 W2 O +ATOM 30605 H1 TIP3X1008 9.370 -37.730 31.940 1.00 0.00 W2 H +ATOM 30606 H2 TIP3X1008 10.700 -38.360 32.280 1.00 0.00 W2 H +ATOM 30607 OH2 TIP3X1009 28.770 -18.080 -50.750 1.00 0.00 W2 O +ATOM 30608 H1 TIP3X1009 27.880 -17.750 -50.800 1.00 0.00 W2 H +ATOM 30609 H2 TIP3X1009 28.680 -19.030 -50.680 1.00 0.00 W2 H +ATOM 30610 OH2 TIP3X1010 26.970 -4.250 -50.690 1.00 0.00 W2 O +ATOM 30611 H1 TIP3X1010 27.430 -4.900 -51.220 1.00 0.00 W2 H +ATOM 30612 H2 TIP3X1010 26.110 -4.170 -51.090 1.00 0.00 W2 H +ATOM 30613 OH2 TIP3X1011 -25.260 4.310 -46.220 1.00 0.00 W2 O +ATOM 30614 H1 TIP3X1011 -25.380 3.730 -46.980 1.00 0.00 W2 H +ATOM 30615 H2 TIP3X1011 -24.750 3.780 -45.600 1.00 0.00 W2 H +ATOM 30616 OH2 TIP3X1012 27.540 -14.250 36.840 1.00 0.00 W2 O +ATOM 30617 H1 TIP3X1012 27.940 -13.670 36.190 1.00 0.00 W2 H +ATOM 30618 H2 TIP3X1012 28.060 -14.100 37.640 1.00 0.00 W2 H +ATOM 30619 OH2 TIP3X1013 -24.940 35.010 -25.600 1.00 0.00 W2 O +ATOM 30620 H1 TIP3X1013 -24.210 34.500 -25.970 1.00 0.00 W2 H +ATOM 30621 H2 TIP3X1013 -24.550 35.840 -25.330 1.00 0.00 W2 H +ATOM 30622 OH2 TIP3X1014 23.660 38.600 29.740 1.00 0.00 W2 O +ATOM 30623 H1 TIP3X1014 23.880 38.870 30.630 1.00 0.00 W2 H +ATOM 30624 H2 TIP3X1014 23.530 37.650 29.800 1.00 0.00 W2 H +ATOM 30625 OH2 TIP3X1015 -22.870 -5.870 -29.450 1.00 0.00 W2 O +ATOM 30626 H1 TIP3X1015 -23.460 -5.220 -29.840 1.00 0.00 W2 H +ATOM 30627 H2 TIP3X1015 -22.550 -5.460 -28.640 1.00 0.00 W2 H +ATOM 30628 OH2 TIP3X1016 -29.870 -45.930 -15.490 1.00 0.00 W2 O +ATOM 30629 H1 TIP3X1016 -30.010 -45.060 -15.100 1.00 0.00 W2 H +ATOM 30630 H2 TIP3X1016 -28.980 -45.880 -15.850 1.00 0.00 W2 H +ATOM 30631 OH2 TIP3X1017 13.460 -50.970 15.600 1.00 0.00 W2 O +ATOM 30632 H1 TIP3X1017 13.860 -50.480 14.880 1.00 0.00 W2 H +ATOM 30633 H2 TIP3X1017 12.600 -51.230 15.260 1.00 0.00 W2 H +ATOM 30634 OH2 TIP3X1018 -19.030 -8.610 -28.890 1.00 0.00 W2 O +ATOM 30635 H1 TIP3X1018 -18.830 -7.960 -28.230 1.00 0.00 W2 H +ATOM 30636 H2 TIP3X1018 -19.200 -9.420 -28.400 1.00 0.00 W2 H +ATOM 30637 OH2 TIP3X1019 39.540 36.580 15.320 1.00 0.00 W2 O +ATOM 30638 H1 TIP3X1019 39.240 37.420 15.670 1.00 0.00 W2 H +ATOM 30639 H2 TIP3X1019 38.770 36.220 14.870 1.00 0.00 W2 H +ATOM 30640 OH2 TIP3X1020 -3.530 20.890 16.230 1.00 0.00 W2 O +ATOM 30641 H1 TIP3X1020 -3.740 21.820 16.140 1.00 0.00 W2 H +ATOM 30642 H2 TIP3X1020 -2.840 20.750 15.570 1.00 0.00 W2 H +ATOM 30643 OH2 TIP3X1021 44.460 -38.210 -39.250 1.00 0.00 W2 O +ATOM 30644 H1 TIP3X1021 44.670 -38.100 -40.190 1.00 0.00 W2 H +ATOM 30645 H2 TIP3X1021 44.100 -39.090 -39.200 1.00 0.00 W2 H +ATOM 30646 OH2 TIP3X1022 -43.830 4.000 37.070 1.00 0.00 W2 O +ATOM 30647 H1 TIP3X1022 -43.020 3.930 37.560 1.00 0.00 W2 H +ATOM 30648 H2 TIP3X1022 -43.570 4.410 36.240 1.00 0.00 W2 H +ATOM 30649 OH2 TIP3X1023 1.520 -17.070 22.300 1.00 0.00 W2 O +ATOM 30650 H1 TIP3X1023 1.900 -16.370 22.830 1.00 0.00 W2 H +ATOM 30651 H2 TIP3X1023 1.280 -17.740 22.930 1.00 0.00 W2 H +ATOM 30652 OH2 TIP3X1024 -39.300 -19.530 -40.790 1.00 0.00 W2 O +ATOM 30653 H1 TIP3X1024 -40.050 -19.760 -40.230 1.00 0.00 W2 H +ATOM 30654 H2 TIP3X1024 -38.930 -20.380 -41.040 1.00 0.00 W2 H +ATOM 30655 OH2 TIP3X1025 34.980 -0.110 26.160 1.00 0.00 W2 O +ATOM 30656 H1 TIP3X1025 34.590 -0.940 25.860 1.00 0.00 W2 H +ATOM 30657 H2 TIP3X1025 35.090 0.390 25.350 1.00 0.00 W2 H +ATOM 30658 OH2 TIP3X1026 15.340 -49.020 -40.440 1.00 0.00 W2 O +ATOM 30659 H1 TIP3X1026 14.800 -49.080 -39.640 1.00 0.00 W2 H +ATOM 30660 H2 TIP3X1026 15.990 -49.700 -40.330 1.00 0.00 W2 H +ATOM 30661 OH2 TIP3X1027 -2.520 34.380 -23.150 1.00 0.00 W2 O +ATOM 30662 H1 TIP3X1027 -1.760 33.890 -23.460 1.00 0.00 W2 H +ATOM 30663 H2 TIP3X1027 -3.250 33.990 -23.620 1.00 0.00 W2 H +ATOM 30664 OH2 TIP3X1028 28.640 21.600 -30.380 1.00 0.00 W2 O +ATOM 30665 H1 TIP3X1028 28.490 21.220 -31.260 1.00 0.00 W2 H +ATOM 30666 H2 TIP3X1028 27.790 21.540 -29.950 1.00 0.00 W2 H +ATOM 30667 OH2 TIP3X1029 21.790 18.810 -28.410 1.00 0.00 W2 O +ATOM 30668 H1 TIP3X1029 20.920 18.410 -28.440 1.00 0.00 W2 H +ATOM 30669 H2 TIP3X1029 21.880 19.130 -27.510 1.00 0.00 W2 H +ATOM 30670 OH2 TIP3X1030 39.560 -1.510 27.920 1.00 0.00 W2 O +ATOM 30671 H1 TIP3X1030 39.790 -1.690 28.830 1.00 0.00 W2 H +ATOM 30672 H2 TIP3X1030 40.390 -1.240 27.520 1.00 0.00 W2 H +ATOM 30673 OH2 TIP3X1031 4.340 -42.360 27.020 1.00 0.00 W2 O +ATOM 30674 H1 TIP3X1031 3.700 -42.680 26.400 1.00 0.00 W2 H +ATOM 30675 H2 TIP3X1031 4.090 -42.770 27.860 1.00 0.00 W2 H +ATOM 30676 OH2 TIP3X1032 -28.230 -9.440 -30.950 1.00 0.00 W2 O +ATOM 30677 H1 TIP3X1032 -27.470 -9.290 -30.410 1.00 0.00 W2 H +ATOM 30678 H2 TIP3X1032 -28.790 -10.040 -30.440 1.00 0.00 W2 H +ATOM 30679 OH2 TIP3X1033 29.970 -15.600 -51.710 1.00 0.00 W2 O +ATOM 30680 H1 TIP3X1033 30.220 -15.190 -50.880 1.00 0.00 W2 H +ATOM 30681 H2 TIP3X1033 30.430 -16.440 -51.710 1.00 0.00 W2 H +ATOM 30682 OH2 TIP3X1034 12.480 -27.140 22.350 1.00 0.00 W2 O +ATOM 30683 H1 TIP3X1034 12.070 -27.160 21.490 1.00 0.00 W2 H +ATOM 30684 H2 TIP3X1034 11.750 -27.330 22.950 1.00 0.00 W2 H +ATOM 30685 OH2 TIP3X1035 40.190 38.140 -36.710 1.00 0.00 W2 O +ATOM 30686 H1 TIP3X1035 40.420 38.420 -37.590 1.00 0.00 W2 H +ATOM 30687 H2 TIP3X1035 39.410 38.670 -36.490 1.00 0.00 W2 H +ATOM 30688 OH2 TIP3X1036 -13.810 8.670 28.460 1.00 0.00 W2 O +ATOM 30689 H1 TIP3X1036 -13.060 8.660 27.860 1.00 0.00 W2 H +ATOM 30690 H2 TIP3X1036 -13.550 9.240 29.170 1.00 0.00 W2 H +ATOM 30691 OH2 TIP3X1037 5.990 -48.860 29.420 1.00 0.00 W2 O +ATOM 30692 H1 TIP3X1037 5.960 -49.680 29.910 1.00 0.00 W2 H +ATOM 30693 H2 TIP3X1037 6.870 -48.530 29.570 1.00 0.00 W2 H +ATOM 30694 OH2 TIP3X1038 31.020 9.540 29.360 1.00 0.00 W2 O +ATOM 30695 H1 TIP3X1038 31.430 10.410 29.350 1.00 0.00 W2 H +ATOM 30696 H2 TIP3X1038 30.260 9.650 29.930 1.00 0.00 W2 H +ATOM 30697 OH2 TIP3X1039 -43.000 -46.310 -40.010 1.00 0.00 W2 O +ATOM 30698 H1 TIP3X1039 -42.730 -46.900 -40.730 1.00 0.00 W2 H +ATOM 30699 H2 TIP3X1039 -43.450 -45.600 -40.450 1.00 0.00 W2 H +ATOM 30700 OH2 TIP3X1040 -11.920 -18.290 39.210 1.00 0.00 W2 O +ATOM 30701 H1 TIP3X1040 -11.530 -18.600 38.390 1.00 0.00 W2 H +ATOM 30702 H2 TIP3X1040 -12.860 -18.220 39.040 1.00 0.00 W2 H +ATOM 30703 OH2 TIP3X1041 -3.780 -42.210 -27.490 1.00 0.00 W2 O +ATOM 30704 H1 TIP3X1041 -3.950 -41.730 -26.680 1.00 0.00 W2 H +ATOM 30705 H2 TIP3X1041 -3.580 -43.100 -27.200 1.00 0.00 W2 H +ATOM 30706 OH2 TIP3X1042 -10.730 4.020 -50.870 1.00 0.00 W2 O +ATOM 30707 H1 TIP3X1042 -11.320 3.610 -50.230 1.00 0.00 W2 H +ATOM 30708 H2 TIP3X1042 -10.020 4.380 -50.360 1.00 0.00 W2 H +ATOM 30709 OH2 TIP3X1043 -29.910 39.290 34.380 1.00 0.00 W2 O +ATOM 30710 H1 TIP3X1043 -29.700 40.080 34.870 1.00 0.00 W2 H +ATOM 30711 H2 TIP3X1043 -30.630 39.540 33.800 1.00 0.00 W2 H +ATOM 30712 OH2 TIP3X1044 -2.770 30.490 -25.710 1.00 0.00 W2 O +ATOM 30713 H1 TIP3X1044 -2.970 31.170 -26.340 1.00 0.00 W2 H +ATOM 30714 H2 TIP3X1044 -2.150 29.910 -26.160 1.00 0.00 W2 H +ATOM 30715 OH2 TIP3X1045 34.670 -5.660 34.980 1.00 0.00 W2 O +ATOM 30716 H1 TIP3X1045 33.800 -5.770 35.360 1.00 0.00 W2 H +ATOM 30717 H2 TIP3X1045 34.570 -5.950 34.070 1.00 0.00 W2 H +ATOM 30718 OH2 TIP3X1046 -35.550 -19.350 -44.640 1.00 0.00 W2 O +ATOM 30719 H1 TIP3X1046 -36.400 -19.430 -45.080 1.00 0.00 W2 H +ATOM 30720 H2 TIP3X1046 -35.730 -18.870 -43.840 1.00 0.00 W2 H +ATOM 30721 OH2 TIP3X1047 19.520 7.210 32.520 1.00 0.00 W2 O +ATOM 30722 H1 TIP3X1047 19.500 6.270 32.350 1.00 0.00 W2 H +ATOM 30723 H2 TIP3X1047 20.450 7.430 32.580 1.00 0.00 W2 H +ATOM 30724 OH2 TIP3X1048 -30.630 -31.150 -25.910 1.00 0.00 W2 O +ATOM 30725 H1 TIP3X1048 -30.110 -30.840 -26.650 1.00 0.00 W2 H +ATOM 30726 H2 TIP3X1048 -30.620 -32.090 -25.990 1.00 0.00 W2 H +ATOM 30727 OH2 TIP3X1049 8.760 31.740 13.900 1.00 0.00 W2 O +ATOM 30728 H1 TIP3X1049 8.170 31.200 14.440 1.00 0.00 W2 H +ATOM 30729 H2 TIP3X1049 9.460 32.000 14.500 1.00 0.00 W2 H +ATOM 30730 OH2 TIP3X1050 37.360 31.450 -35.980 1.00 0.00 W2 O +ATOM 30731 H1 TIP3X1050 38.240 31.230 -35.660 1.00 0.00 W2 H +ATOM 30732 H2 TIP3X1050 37.140 30.720 -36.560 1.00 0.00 W2 H +ATOM 30733 OH2 TIP3X1051 -33.150 -1.030 -17.490 1.00 0.00 W2 O +ATOM 30734 H1 TIP3X1051 -32.660 -1.770 -17.120 1.00 0.00 W2 H +ATOM 30735 H2 TIP3X1051 -32.560 -0.290 -17.420 1.00 0.00 W2 H +ATOM 30736 OH2 TIP3X1052 -16.550 -8.410 35.470 1.00 0.00 W2 O +ATOM 30737 H1 TIP3X1052 -16.410 -7.760 34.780 1.00 0.00 W2 H +ATOM 30738 H2 TIP3X1052 -16.820 -9.200 35.010 1.00 0.00 W2 H +ATOM 30739 OH2 TIP3X1053 3.760 42.140 -19.010 1.00 0.00 W2 O +ATOM 30740 H1 TIP3X1053 2.910 41.700 -19.130 1.00 0.00 W2 H +ATOM 30741 H2 TIP3X1053 4.140 41.710 -18.250 1.00 0.00 W2 H +ATOM 30742 OH2 TIP3X1054 47.620 12.080 -17.020 1.00 0.00 W2 O +ATOM 30743 H1 TIP3X1054 48.190 11.390 -17.370 1.00 0.00 W2 H +ATOM 30744 H2 TIP3X1054 47.460 12.670 -17.750 1.00 0.00 W2 H +ATOM 30745 OH2 TIP3X1055 -40.740 -40.630 34.420 1.00 0.00 W2 O +ATOM 30746 H1 TIP3X1055 -40.460 -39.770 34.730 1.00 0.00 W2 H +ATOM 30747 H2 TIP3X1055 -40.950 -41.110 35.220 1.00 0.00 W2 H +ATOM 30748 OH2 TIP3X1056 -33.780 -29.970 25.550 1.00 0.00 W2 O +ATOM 30749 H1 TIP3X1056 -33.190 -30.570 26.000 1.00 0.00 W2 H +ATOM 30750 H2 TIP3X1056 -33.720 -30.220 24.630 1.00 0.00 W2 H +ATOM 30751 OH2 TIP3X1057 31.980 -21.120 -37.760 1.00 0.00 W2 O +ATOM 30752 H1 TIP3X1057 32.000 -21.410 -36.850 1.00 0.00 W2 H +ATOM 30753 H2 TIP3X1057 32.310 -20.220 -37.720 1.00 0.00 W2 H +ATOM 30754 OH2 TIP3X1058 3.890 -30.800 -29.290 1.00 0.00 W2 O +ATOM 30755 H1 TIP3X1058 4.480 -30.330 -29.900 1.00 0.00 W2 H +ATOM 30756 H2 TIP3X1058 3.160 -31.090 -29.840 1.00 0.00 W2 H +ATOM 30757 OH2 TIP3X1059 -41.740 2.550 -44.320 1.00 0.00 W2 O +ATOM 30758 H1 TIP3X1059 -41.970 3.430 -44.020 1.00 0.00 W2 H +ATOM 30759 H2 TIP3X1059 -42.410 2.340 -44.980 1.00 0.00 W2 H +ATOM 30760 OH2 TIP3X1060 36.920 40.740 -41.020 1.00 0.00 W2 O +ATOM 30761 H1 TIP3X1060 37.100 40.670 -40.090 1.00 0.00 W2 H +ATOM 30762 H2 TIP3X1060 36.830 41.690 -41.170 1.00 0.00 W2 H +ATOM 30763 OH2 TIP3X1061 -0.880 -49.500 37.080 1.00 0.00 W2 O +ATOM 30764 H1 TIP3X1061 -0.690 -50.160 37.750 1.00 0.00 W2 H +ATOM 30765 H2 TIP3X1061 -0.630 -49.920 36.260 1.00 0.00 W2 H +ATOM 30766 OH2 TIP3X1062 -43.170 -14.400 -21.360 1.00 0.00 W2 O +ATOM 30767 H1 TIP3X1062 -44.110 -14.250 -21.340 1.00 0.00 W2 H +ATOM 30768 H2 TIP3X1062 -43.010 -14.730 -22.250 1.00 0.00 W2 H +ATOM 30769 OH2 TIP3X1063 -40.440 2.340 25.120 1.00 0.00 W2 O +ATOM 30770 H1 TIP3X1063 -41.100 2.870 25.580 1.00 0.00 W2 H +ATOM 30771 H2 TIP3X1063 -40.710 1.440 25.300 1.00 0.00 W2 H +ATOM 30772 OH2 TIP3X1064 3.700 20.440 32.340 1.00 0.00 W2 O +ATOM 30773 H1 TIP3X1064 3.700 19.740 32.990 1.00 0.00 W2 H +ATOM 30774 H2 TIP3X1064 2.880 20.320 31.860 1.00 0.00 W2 H +ATOM 30775 OH2 TIP3X1065 -22.050 -29.770 38.180 1.00 0.00 W2 O +ATOM 30776 H1 TIP3X1065 -21.690 -29.140 37.560 1.00 0.00 W2 H +ATOM 30777 H2 TIP3X1065 -22.360 -29.250 38.910 1.00 0.00 W2 H +ATOM 30778 OH2 TIP3X1066 8.720 -44.490 -28.460 1.00 0.00 W2 O +ATOM 30779 H1 TIP3X1066 8.350 -44.110 -29.260 1.00 0.00 W2 H +ATOM 30780 H2 TIP3X1066 9.660 -44.320 -28.510 1.00 0.00 W2 H +ATOM 30781 OH2 TIP3X1067 -1.010 -37.040 -42.590 1.00 0.00 W2 O +ATOM 30782 H1 TIP3X1067 -1.740 -36.730 -42.050 1.00 0.00 W2 H +ATOM 30783 H2 TIP3X1067 -1.280 -36.880 -43.490 1.00 0.00 W2 H +ATOM 30784 OH2 TIP3X1068 22.280 -45.090 -45.120 1.00 0.00 W2 O +ATOM 30785 H1 TIP3X1068 21.510 -45.350 -44.630 1.00 0.00 W2 H +ATOM 30786 H2 TIP3X1068 22.730 -44.460 -44.550 1.00 0.00 W2 H +ATOM 30787 OH2 TIP3X1069 2.680 -36.840 21.540 1.00 0.00 W2 O +ATOM 30788 H1 TIP3X1069 2.170 -37.290 22.210 1.00 0.00 W2 H +ATOM 30789 H2 TIP3X1069 2.200 -36.020 21.390 1.00 0.00 W2 H +ATOM 30790 OH2 TIP3X1070 -37.880 25.380 -44.990 1.00 0.00 W2 O +ATOM 30791 H1 TIP3X1070 -37.230 24.710 -45.140 1.00 0.00 W2 H +ATOM 30792 H2 TIP3X1070 -37.730 25.670 -44.090 1.00 0.00 W2 H +ATOM 30793 OH2 TIP3X1071 -2.810 26.510 40.510 1.00 0.00 W2 O +ATOM 30794 H1 TIP3X1071 -1.860 26.390 40.640 1.00 0.00 W2 H +ATOM 30795 H2 TIP3X1071 -3.070 25.770 39.970 1.00 0.00 W2 H +ATOM 30796 OH2 TIP3X1072 -24.640 -29.360 22.270 1.00 0.00 W2 O +ATOM 30797 H1 TIP3X1072 -24.580 -30.210 22.700 1.00 0.00 W2 H +ATOM 30798 H2 TIP3X1072 -24.120 -29.460 21.470 1.00 0.00 W2 H +ATOM 30799 OH2 TIP3X1073 47.730 13.840 28.130 1.00 0.00 W2 O +ATOM 30800 H1 TIP3X1073 46.830 13.710 27.830 1.00 0.00 W2 H +ATOM 30801 H2 TIP3X1073 47.930 14.750 27.900 1.00 0.00 W2 H +ATOM 30802 OH2 TIP3X1074 25.930 -49.430 25.010 1.00 0.00 W2 O +ATOM 30803 H1 TIP3X1074 26.530 -49.620 25.740 1.00 0.00 W2 H +ATOM 30804 H2 TIP3X1074 26.410 -48.800 24.470 1.00 0.00 W2 H +ATOM 30805 OH2 TIP3X1075 -39.690 -32.110 -32.780 1.00 0.00 W2 O +ATOM 30806 H1 TIP3X1075 -38.930 -31.710 -33.220 1.00 0.00 W2 H +ATOM 30807 H2 TIP3X1075 -40.080 -32.650 -33.460 1.00 0.00 W2 H +ATOM 30808 OH2 TIP3X1076 -34.330 -29.350 -23.970 1.00 0.00 W2 O +ATOM 30809 H1 TIP3X1076 -33.650 -28.720 -24.240 1.00 0.00 W2 H +ATOM 30810 H2 TIP3X1076 -33.980 -29.750 -23.180 1.00 0.00 W2 H +ATOM 30811 OH2 TIP3X1077 44.540 -20.220 31.070 1.00 0.00 W2 O +ATOM 30812 H1 TIP3X1077 44.900 -19.490 31.570 1.00 0.00 W2 H +ATOM 30813 H2 TIP3X1077 45.020 -20.980 31.380 1.00 0.00 W2 H +ATOM 30814 OH2 TIP3X1078 -4.780 -15.140 36.120 1.00 0.00 W2 O +ATOM 30815 H1 TIP3X1078 -3.860 -15.350 36.240 1.00 0.00 W2 H +ATOM 30816 H2 TIP3X1078 -5.200 -15.400 36.940 1.00 0.00 W2 H +ATOM 30817 OH2 TIP3X1079 -13.350 -46.880 21.800 1.00 0.00 W2 O +ATOM 30818 H1 TIP3X1079 -12.390 -46.940 21.830 1.00 0.00 W2 H +ATOM 30819 H2 TIP3X1079 -13.600 -46.650 22.690 1.00 0.00 W2 H +ATOM 30820 OH2 TIP3X1080 -39.800 5.890 -28.870 1.00 0.00 W2 O +ATOM 30821 H1 TIP3X1080 -40.750 5.760 -29.020 1.00 0.00 W2 H +ATOM 30822 H2 TIP3X1080 -39.600 6.700 -29.320 1.00 0.00 W2 H +ATOM 30823 OH2 TIP3X1081 -12.510 -43.850 -34.210 1.00 0.00 W2 O +ATOM 30824 H1 TIP3X1081 -12.450 -44.520 -33.520 1.00 0.00 W2 H +ATOM 30825 H2 TIP3X1081 -11.710 -43.970 -34.720 1.00 0.00 W2 H +ATOM 30826 OH2 TIP3X1082 31.100 39.640 26.600 1.00 0.00 W2 O +ATOM 30827 H1 TIP3X1082 30.190 39.810 26.340 1.00 0.00 W2 H +ATOM 30828 H2 TIP3X1082 31.610 40.290 26.110 1.00 0.00 W2 H +ATOM 30829 OH2 TIP3X1083 -13.640 -10.830 -28.010 1.00 0.00 W2 O +ATOM 30830 H1 TIP3X1083 -13.260 -11.630 -27.650 1.00 0.00 W2 H +ATOM 30831 H2 TIP3X1083 -14.550 -11.050 -28.180 1.00 0.00 W2 H +ATOM 30832 OH2 TIP3X1084 32.980 -48.020 -48.980 1.00 0.00 W2 O +ATOM 30833 H1 TIP3X1084 32.520 -47.990 -49.820 1.00 0.00 W2 H +ATOM 30834 H2 TIP3X1084 33.180 -47.110 -48.770 1.00 0.00 W2 H +ATOM 30835 OH2 TIP3X1085 -15.330 -22.970 29.750 1.00 0.00 W2 O +ATOM 30836 H1 TIP3X1085 -16.220 -23.190 30.040 1.00 0.00 W2 H +ATOM 30837 H2 TIP3X1085 -15.050 -22.270 30.320 1.00 0.00 W2 H +ATOM 30838 OH2 TIP3X1086 8.470 16.100 -18.590 1.00 0.00 W2 O +ATOM 30839 H1 TIP3X1086 9.330 16.400 -18.290 1.00 0.00 W2 H +ATOM 30840 H2 TIP3X1086 8.660 15.530 -19.340 1.00 0.00 W2 H +ATOM 30841 OH2 TIP3X1087 31.320 -38.460 15.990 1.00 0.00 W2 O +ATOM 30842 H1 TIP3X1087 31.730 -39.330 16.030 1.00 0.00 W2 H +ATOM 30843 H2 TIP3X1087 30.420 -38.610 16.290 1.00 0.00 W2 H +ATOM 30844 OH2 TIP3X1088 -28.290 1.660 -33.620 1.00 0.00 W2 O +ATOM 30845 H1 TIP3X1088 -28.620 0.810 -33.340 1.00 0.00 W2 H +ATOM 30846 H2 TIP3X1088 -29.060 2.230 -33.630 1.00 0.00 W2 H +ATOM 30847 OH2 TIP3X1089 24.180 -30.900 13.690 1.00 0.00 W2 O +ATOM 30848 H1 TIP3X1089 23.270 -31.050 13.470 1.00 0.00 W2 H +ATOM 30849 H2 TIP3X1089 24.480 -31.720 14.080 1.00 0.00 W2 H +ATOM 30850 OH2 TIP3X1090 -43.630 -22.360 -46.400 1.00 0.00 W2 O +ATOM 30851 H1 TIP3X1090 -43.700 -21.440 -46.660 1.00 0.00 W2 H +ATOM 30852 H2 TIP3X1090 -44.370 -22.520 -45.820 1.00 0.00 W2 H +ATOM 30853 OH2 TIP3X1091 -13.030 7.680 37.410 1.00 0.00 W2 O +ATOM 30854 H1 TIP3X1091 -12.330 8.300 37.560 1.00 0.00 W2 H +ATOM 30855 H2 TIP3X1091 -13.440 7.970 36.600 1.00 0.00 W2 H +ATOM 30856 OH2 TIP3X1092 6.200 -46.810 -47.240 1.00 0.00 W2 O +ATOM 30857 H1 TIP3X1092 5.990 -45.990 -47.680 1.00 0.00 W2 H +ATOM 30858 H2 TIP3X1092 6.200 -46.580 -46.310 1.00 0.00 W2 H +ATOM 30859 OH2 TIP3X1093 1.270 34.880 26.340 1.00 0.00 W2 O +ATOM 30860 H1 TIP3X1093 1.850 34.260 25.920 1.00 0.00 W2 H +ATOM 30861 H2 TIP3X1093 0.830 34.370 27.020 1.00 0.00 W2 H +ATOM 30862 OH2 TIP3X1094 1.950 -8.310 36.380 1.00 0.00 W2 O +ATOM 30863 H1 TIP3X1094 2.810 -8.370 36.800 1.00 0.00 W2 H +ATOM 30864 H2 TIP3X1094 1.490 -7.630 36.880 1.00 0.00 W2 H +ATOM 30865 OH2 TIP3X1095 10.100 21.380 -47.700 1.00 0.00 W2 O +ATOM 30866 H1 TIP3X1095 9.230 20.990 -47.600 1.00 0.00 W2 H +ATOM 30867 H2 TIP3X1095 9.950 22.320 -47.700 1.00 0.00 W2 H +ATOM 30868 OH2 TIP3X1096 -0.780 6.690 15.800 1.00 0.00 W2 O +ATOM 30869 H1 TIP3X1096 -0.010 7.250 15.890 1.00 0.00 W2 H +ATOM 30870 H2 TIP3X1096 -1.410 7.230 15.310 1.00 0.00 W2 H +ATOM 30871 OH2 TIP3X1097 -19.920 36.700 -27.920 1.00 0.00 W2 O +ATOM 30872 H1 TIP3X1097 -19.850 35.750 -27.780 1.00 0.00 W2 H +ATOM 30873 H2 TIP3X1097 -19.120 36.930 -28.400 1.00 0.00 W2 H +ATOM 30874 OH2 TIP3X1098 20.630 -45.690 33.560 1.00 0.00 W2 O +ATOM 30875 H1 TIP3X1098 21.190 -45.830 34.320 1.00 0.00 W2 H +ATOM 30876 H2 TIP3X1098 20.410 -46.570 33.250 1.00 0.00 W2 H +ATOM 30877 OH2 TIP3X1099 40.730 -19.520 27.830 1.00 0.00 W2 O +ATOM 30878 H1 TIP3X1099 40.730 -19.620 26.870 1.00 0.00 W2 H +ATOM 30879 H2 TIP3X1099 41.520 -19.980 28.110 1.00 0.00 W2 H +ATOM 30880 OH2 TIP3X1100 46.100 -0.400 22.520 1.00 0.00 W2 O +ATOM 30881 H1 TIP3X1100 45.540 -1.160 22.350 1.00 0.00 W2 H +ATOM 30882 H2 TIP3X1100 46.460 -0.180 21.650 1.00 0.00 W2 H +ATOM 30883 OH2 TIP3X1101 6.730 41.320 -32.390 1.00 0.00 W2 O +ATOM 30884 H1 TIP3X1101 7.390 41.760 -31.840 1.00 0.00 W2 H +ATOM 30885 H2 TIP3X1101 6.650 40.440 -32.010 1.00 0.00 W2 H +ATOM 30886 OH2 TIP3X1102 -22.070 22.910 -20.360 1.00 0.00 W2 O +ATOM 30887 H1 TIP3X1102 -21.690 23.740 -20.690 1.00 0.00 W2 H +ATOM 30888 H2 TIP3X1102 -22.970 22.920 -20.670 1.00 0.00 W2 H +ATOM 30889 OH2 TIP3X1103 -19.920 34.090 -34.780 1.00 0.00 W2 O +ATOM 30890 H1 TIP3X1103 -19.250 34.100 -35.460 1.00 0.00 W2 H +ATOM 30891 H2 TIP3X1103 -20.560 33.440 -35.080 1.00 0.00 W2 H +ATOM 30892 OH2 TIP3X1104 -30.870 4.010 26.930 1.00 0.00 W2 O +ATOM 30893 H1 TIP3X1104 -30.370 3.250 26.620 1.00 0.00 W2 H +ATOM 30894 H2 TIP3X1104 -30.270 4.430 27.540 1.00 0.00 W2 H +ATOM 30895 OH2 TIP3X1105 -24.140 35.110 29.670 1.00 0.00 W2 O +ATOM 30896 H1 TIP3X1105 -23.710 35.930 29.430 1.00 0.00 W2 H +ATOM 30897 H2 TIP3X1105 -24.650 35.310 30.450 1.00 0.00 W2 H +ATOM 30898 OH2 TIP3X1106 15.780 11.270 -48.280 1.00 0.00 W2 O +ATOM 30899 H1 TIP3X1106 14.950 11.740 -48.180 1.00 0.00 W2 H +ATOM 30900 H2 TIP3X1106 16.380 11.700 -47.680 1.00 0.00 W2 H +ATOM 30901 OH2 TIP3X1107 -5.280 19.330 -39.790 1.00 0.00 W2 O +ATOM 30902 H1 TIP3X1107 -4.980 18.650 -39.200 1.00 0.00 W2 H +ATOM 30903 H2 TIP3X1107 -4.520 19.480 -40.370 1.00 0.00 W2 H +ATOM 30904 OH2 TIP3X1108 11.540 27.080 27.640 1.00 0.00 W2 O +ATOM 30905 H1 TIP3X1108 12.240 27.030 26.980 1.00 0.00 W2 H +ATOM 30906 H2 TIP3X1108 11.510 28.010 27.870 1.00 0.00 W2 H +ATOM 30907 OH2 TIP3X1109 -14.940 11.230 -47.530 1.00 0.00 W2 O +ATOM 30908 H1 TIP3X1109 -15.280 10.460 -47.970 1.00 0.00 W2 H +ATOM 30909 H2 TIP3X1109 -14.730 10.940 -46.650 1.00 0.00 W2 H +ATOM 30910 OH2 TIP3X1110 29.800 -18.770 -15.790 1.00 0.00 W2 O +ATOM 30911 H1 TIP3X1110 30.320 -19.280 -16.410 1.00 0.00 W2 H +ATOM 30912 H2 TIP3X1110 29.320 -19.430 -15.280 1.00 0.00 W2 H +ATOM 30913 OH2 TIP3X1111 -15.620 37.070 -46.500 1.00 0.00 W2 O +ATOM 30914 H1 TIP3X1111 -16.460 36.770 -46.160 1.00 0.00 W2 H +ATOM 30915 H2 TIP3X1111 -15.530 37.960 -46.140 1.00 0.00 W2 H +ATOM 30916 OH2 TIP3X1112 -16.470 22.090 -26.800 1.00 0.00 W2 O +ATOM 30917 H1 TIP3X1112 -16.490 23.040 -26.870 1.00 0.00 W2 H +ATOM 30918 H2 TIP3X1112 -16.690 21.780 -27.670 1.00 0.00 W2 H +ATOM 30919 OH2 TIP3X1113 27.380 -12.880 -25.790 1.00 0.00 W2 O +ATOM 30920 H1 TIP3X1113 28.300 -12.970 -26.060 1.00 0.00 W2 H +ATOM 30921 H2 TIP3X1113 27.050 -13.770 -25.740 1.00 0.00 W2 H +ATOM 30922 OH2 TIP3X1114 35.690 36.760 30.230 1.00 0.00 W2 O +ATOM 30923 H1 TIP3X1114 35.370 36.110 30.860 1.00 0.00 W2 H +ATOM 30924 H2 TIP3X1114 35.310 37.590 30.520 1.00 0.00 W2 H +ATOM 30925 OH2 TIP3X1115 -13.630 -22.390 25.320 1.00 0.00 W2 O +ATOM 30926 H1 TIP3X1115 -13.160 -21.560 25.270 1.00 0.00 W2 H +ATOM 30927 H2 TIP3X1115 -14.390 -22.200 25.870 1.00 0.00 W2 H +ATOM 30928 OH2 TIP3X1116 22.240 2.010 -18.490 1.00 0.00 W2 O +ATOM 30929 H1 TIP3X1116 21.780 2.820 -18.710 1.00 0.00 W2 H +ATOM 30930 H2 TIP3X1116 21.550 1.410 -18.210 1.00 0.00 W2 H +ATOM 30931 OH2 TIP3X1117 9.760 33.830 -22.430 1.00 0.00 W2 O +ATOM 30932 H1 TIP3X1117 10.650 34.060 -22.170 1.00 0.00 W2 H +ATOM 30933 H2 TIP3X1117 9.320 34.660 -22.550 1.00 0.00 W2 H +ATOM 30934 OH2 TIP3X1118 1.440 -1.440 38.570 1.00 0.00 W2 O +ATOM 30935 H1 TIP3X1118 1.080 -1.730 37.730 1.00 0.00 W2 H +ATOM 30936 H2 TIP3X1118 0.860 -0.730 38.840 1.00 0.00 W2 H +ATOM 30937 OH2 TIP3X1119 -25.320 -17.370 -46.400 1.00 0.00 W2 O +ATOM 30938 H1 TIP3X1119 -26.150 -17.820 -46.270 1.00 0.00 W2 H +ATOM 30939 H2 TIP3X1119 -25.560 -16.510 -46.730 1.00 0.00 W2 H +ATOM 30940 OH2 TIP3X1120 -7.530 -48.840 -16.580 1.00 0.00 W2 O +ATOM 30941 H1 TIP3X1120 -7.550 -49.730 -16.920 1.00 0.00 W2 H +ATOM 30942 H2 TIP3X1120 -8.250 -48.820 -15.930 1.00 0.00 W2 H +ATOM 30943 OH2 TIP3X1121 4.390 -21.080 -32.210 1.00 0.00 W2 O +ATOM 30944 H1 TIP3X1121 3.790 -21.440 -32.880 1.00 0.00 W2 H +ATOM 30945 H2 TIP3X1121 3.880 -21.140 -31.400 1.00 0.00 W2 H +ATOM 30946 OH2 TIP3X1122 -24.210 -0.610 -31.170 1.00 0.00 W2 O +ATOM 30947 H1 TIP3X1122 -24.500 -0.210 -30.350 1.00 0.00 W2 H +ATOM 30948 H2 TIP3X1122 -25.010 -0.690 -31.690 1.00 0.00 W2 H +ATOM 30949 OH2 TIP3X1123 -6.000 -5.950 -27.640 1.00 0.00 W2 O +ATOM 30950 H1 TIP3X1123 -5.650 -5.400 -28.330 1.00 0.00 W2 H +ATOM 30951 H2 TIP3X1123 -5.690 -5.540 -26.840 1.00 0.00 W2 H +ATOM 30952 OH2 TIP3X1124 -31.480 -38.070 -40.220 1.00 0.00 W2 O +ATOM 30953 H1 TIP3X1124 -31.920 -37.250 -40.450 1.00 0.00 W2 H +ATOM 30954 H2 TIP3X1124 -31.330 -38.500 -41.060 1.00 0.00 W2 H +ATOM 30955 OH2 TIP3X1125 -9.480 -20.940 38.610 1.00 0.00 W2 O +ATOM 30956 H1 TIP3X1125 -10.360 -20.980 38.250 1.00 0.00 W2 H +ATOM 30957 H2 TIP3X1125 -9.120 -21.820 38.440 1.00 0.00 W2 H +ATOM 30958 OH2 TIP3X1126 11.010 17.350 -17.330 1.00 0.00 W2 O +ATOM 30959 H1 TIP3X1126 11.600 17.250 -18.080 1.00 0.00 W2 H +ATOM 30960 H2 TIP3X1126 11.580 17.330 -16.570 1.00 0.00 W2 H +ATOM 30961 OH2 TIP3X1127 -34.390 6.120 -6.660 1.00 0.00 W2 O +ATOM 30962 H1 TIP3X1127 -33.850 6.870 -6.430 1.00 0.00 W2 H +ATOM 30963 H2 TIP3X1127 -35.160 6.490 -7.090 1.00 0.00 W2 H +ATOM 30964 OH2 TIP3X1128 39.710 26.740 18.780 1.00 0.00 W2 O +ATOM 30965 H1 TIP3X1128 39.440 25.860 18.560 1.00 0.00 W2 H +ATOM 30966 H2 TIP3X1128 40.630 26.650 19.040 1.00 0.00 W2 H +ATOM 30967 OH2 TIP3X1129 -35.210 33.430 -8.730 1.00 0.00 W2 O +ATOM 30968 H1 TIP3X1129 -34.320 33.150 -8.980 1.00 0.00 W2 H +ATOM 30969 H2 TIP3X1129 -35.070 34.140 -8.110 1.00 0.00 W2 H +ATOM 30970 OH2 TIP3X1130 35.190 37.580 -26.920 1.00 0.00 W2 O +ATOM 30971 H1 TIP3X1130 34.440 37.040 -27.140 1.00 0.00 W2 H +ATOM 30972 H2 TIP3X1130 35.940 37.090 -27.260 1.00 0.00 W2 H +ATOM 30973 OH2 TIP3X1131 20.160 -17.310 38.580 1.00 0.00 W2 O +ATOM 30974 H1 TIP3X1131 19.240 -17.550 38.620 1.00 0.00 W2 H +ATOM 30975 H2 TIP3X1131 20.360 -17.270 37.640 1.00 0.00 W2 H +ATOM 30976 OH2 TIP3X1132 35.260 -46.370 18.050 1.00 0.00 W2 O +ATOM 30977 H1 TIP3X1132 35.500 -45.450 18.240 1.00 0.00 W2 H +ATOM 30978 H2 TIP3X1132 34.570 -46.550 18.680 1.00 0.00 W2 H +ATOM 30979 OH2 TIP3X1133 19.000 -40.220 -45.960 1.00 0.00 W2 O +ATOM 30980 H1 TIP3X1133 19.900 -40.350 -46.230 1.00 0.00 W2 H +ATOM 30981 H2 TIP3X1133 18.830 -39.280 -46.110 1.00 0.00 W2 H +ATOM 30982 OH2 TIP3X1134 -18.550 -49.400 -34.770 1.00 0.00 W2 O +ATOM 30983 H1 TIP3X1134 -18.960 -48.570 -35.010 1.00 0.00 W2 H +ATOM 30984 H2 TIP3X1134 -18.550 -49.910 -35.580 1.00 0.00 W2 H +ATOM 30985 OH2 TIP3X1135 1.630 -41.820 -35.460 1.00 0.00 W2 O +ATOM 30986 H1 TIP3X1135 2.460 -42.220 -35.660 1.00 0.00 W2 H +ATOM 30987 H2 TIP3X1135 1.860 -40.970 -35.060 1.00 0.00 W2 H +ATOM 30988 OH2 TIP3X1136 -36.910 25.470 -16.110 1.00 0.00 W2 O +ATOM 30989 H1 TIP3X1136 -37.030 24.520 -16.160 1.00 0.00 W2 H +ATOM 30990 H2 TIP3X1136 -37.530 25.760 -15.440 1.00 0.00 W2 H +ATOM 30991 OH2 TIP3X1137 41.940 21.260 -31.640 1.00 0.00 W2 O +ATOM 30992 H1 TIP3X1137 41.220 21.190 -31.030 1.00 0.00 W2 H +ATOM 30993 H2 TIP3X1137 42.260 20.350 -31.730 1.00 0.00 W2 H +ATOM 30994 OH2 TIP3X1138 32.320 -31.430 -26.840 1.00 0.00 W2 O +ATOM 30995 H1 TIP3X1138 32.300 -32.200 -27.400 1.00 0.00 W2 H +ATOM 30996 H2 TIP3X1138 31.850 -30.750 -27.340 1.00 0.00 W2 H +ATOM 30997 OH2 TIP3X1139 9.680 33.980 -33.640 1.00 0.00 W2 O +ATOM 30998 H1 TIP3X1139 9.670 34.450 -32.800 1.00 0.00 W2 H +ATOM 30999 H2 TIP3X1139 9.060 33.260 -33.510 1.00 0.00 W2 H +ATOM 31000 OH2 TIP3X1140 -9.850 -13.140 32.310 1.00 0.00 W2 O +ATOM 31001 H1 TIP3X1140 -9.490 -12.610 31.600 1.00 0.00 W2 H +ATOM 31002 H2 TIP3X1140 -9.340 -12.870 33.090 1.00 0.00 W2 H +ATOM 31003 OH2 TIP3X1141 -18.490 4.630 -42.510 1.00 0.00 W2 O +ATOM 31004 H1 TIP3X1141 -18.590 4.630 -41.550 1.00 0.00 W2 H +ATOM 31005 H2 TIP3X1141 -18.250 5.510 -42.730 1.00 0.00 W2 H +ATOM 31006 OH2 TIP3X1142 12.910 -17.260 -37.790 1.00 0.00 W2 O +ATOM 31007 H1 TIP3X1142 13.150 -18.150 -37.550 1.00 0.00 W2 H +ATOM 31008 H2 TIP3X1142 13.700 -16.890 -38.170 1.00 0.00 W2 H +ATOM 31009 OH2 TIP3X1143 47.900 -31.900 35.250 1.00 0.00 W2 O +ATOM 31010 H1 TIP3X1143 48.280 -31.880 34.380 1.00 0.00 W2 H +ATOM 31011 H2 TIP3X1143 47.030 -32.280 35.130 1.00 0.00 W2 H +ATOM 31012 OH2 TIP3X1144 -6.770 -37.730 -45.090 1.00 0.00 W2 O +ATOM 31013 H1 TIP3X1144 -6.620 -38.600 -44.710 1.00 0.00 W2 H +ATOM 31014 H2 TIP3X1144 -5.910 -37.460 -45.390 1.00 0.00 W2 H +ATOM 31015 OH2 TIP3X1145 -21.730 -39.120 -28.960 1.00 0.00 W2 O +ATOM 31016 H1 TIP3X1145 -21.780 -38.210 -28.670 1.00 0.00 W2 H +ATOM 31017 H2 TIP3X1145 -21.160 -39.540 -28.330 1.00 0.00 W2 H +ATOM 31018 OH2 TIP3X1146 -20.730 -9.030 -42.290 1.00 0.00 W2 O +ATOM 31019 H1 TIP3X1146 -21.130 -9.330 -43.100 1.00 0.00 W2 H +ATOM 31020 H2 TIP3X1146 -19.790 -9.140 -42.430 1.00 0.00 W2 H +ATOM 31021 OH2 TIP3X1147 15.520 -19.590 28.130 1.00 0.00 W2 O +ATOM 31022 H1 TIP3X1147 15.090 -18.740 28.130 1.00 0.00 W2 H +ATOM 31023 H2 TIP3X1147 16.400 -19.410 27.820 1.00 0.00 W2 H +ATOM 31024 OH2 TIP3X1148 -20.280 33.260 -30.320 1.00 0.00 W2 O +ATOM 31025 H1 TIP3X1148 -21.150 33.650 -30.300 1.00 0.00 W2 H +ATOM 31026 H2 TIP3X1148 -20.060 33.180 -31.250 1.00 0.00 W2 H +ATOM 31027 OH2 TIP3X1149 -11.870 -41.590 -49.090 1.00 0.00 W2 O +ATOM 31028 H1 TIP3X1149 -11.640 -40.910 -48.460 1.00 0.00 W2 H +ATOM 31029 H2 TIP3X1149 -12.840 -41.570 -49.130 1.00 0.00 W2 H +ATOM 31030 OH2 TIP3X1150 32.880 9.910 22.340 1.00 0.00 W2 O +ATOM 31031 H1 TIP3X1150 32.110 9.530 21.930 1.00 0.00 W2 H +ATOM 31032 H2 TIP3X1150 33.300 9.170 22.770 1.00 0.00 W2 H +ATOM 31033 OH2 TIP3X1151 -30.540 24.690 24.900 1.00 0.00 W2 O +ATOM 31034 H1 TIP3X1151 -30.740 25.240 24.150 1.00 0.00 W2 H +ATOM 31035 H2 TIP3X1151 -29.700 25.030 25.230 1.00 0.00 W2 H +ATOM 31036 OH2 TIP3X1152 10.760 -44.840 -36.940 1.00 0.00 W2 O +ATOM 31037 H1 TIP3X1152 11.270 -45.350 -37.560 1.00 0.00 W2 H +ATOM 31038 H2 TIP3X1152 11.060 -45.150 -36.080 1.00 0.00 W2 H +ATOM 31039 OH2 TIP3X1153 -8.970 16.350 35.320 1.00 0.00 W2 O +ATOM 31040 H1 TIP3X1153 -8.570 16.240 36.180 1.00 0.00 W2 H +ATOM 31041 H2 TIP3X1153 -9.460 15.540 35.180 1.00 0.00 W2 H +ATOM 31042 OH2 TIP3X1154 -11.300 -17.270 -49.400 1.00 0.00 W2 O +ATOM 31043 H1 TIP3X1154 -12.040 -17.790 -49.080 1.00 0.00 W2 H +ATOM 31044 H2 TIP3X1154 -11.360 -17.320 -50.350 1.00 0.00 W2 H +ATOM 31045 OH2 TIP3X1155 24.700 -7.430 36.230 1.00 0.00 W2 O +ATOM 31046 H1 TIP3X1155 24.530 -6.490 36.300 1.00 0.00 W2 H +ATOM 31047 H2 TIP3X1155 25.030 -7.560 35.350 1.00 0.00 W2 H +ATOM 31048 OH2 TIP3X1156 -5.220 -45.340 -21.880 1.00 0.00 W2 O +ATOM 31049 H1 TIP3X1156 -4.850 -44.780 -21.200 1.00 0.00 W2 H +ATOM 31050 H2 TIP3X1156 -5.550 -44.730 -22.540 1.00 0.00 W2 H +ATOM 31051 OH2 TIP3X1157 46.890 21.360 38.660 1.00 0.00 W2 O +ATOM 31052 H1 TIP3X1157 46.680 20.930 39.490 1.00 0.00 W2 H +ATOM 31053 H2 TIP3X1157 46.690 22.290 38.820 1.00 0.00 W2 H +ATOM 31054 OH2 TIP3X1158 48.000 -16.150 37.180 1.00 0.00 W2 O +ATOM 31055 H1 TIP3X1158 48.580 -16.900 37.040 1.00 0.00 W2 H +ATOM 31056 H2 TIP3X1158 47.630 -15.970 36.310 1.00 0.00 W2 H +ATOM 31057 OH2 TIP3X1159 -20.690 -22.750 -19.550 1.00 0.00 W2 O +ATOM 31058 H1 TIP3X1159 -21.330 -23.460 -19.470 1.00 0.00 W2 H +ATOM 31059 H2 TIP3X1159 -19.910 -23.090 -19.100 1.00 0.00 W2 H +ATOM 31060 OH2 TIP3X1160 4.040 -43.440 -39.050 1.00 0.00 W2 O +ATOM 31061 H1 TIP3X1160 4.140 -43.090 -38.160 1.00 0.00 W2 H +ATOM 31062 H2 TIP3X1160 3.870 -44.380 -38.920 1.00 0.00 W2 H +ATOM 31063 OH2 TIP3X1161 -25.830 -8.600 -48.940 1.00 0.00 W2 O +ATOM 31064 H1 TIP3X1161 -25.030 -9.070 -48.700 1.00 0.00 W2 H +ATOM 31065 H2 TIP3X1161 -25.680 -7.710 -48.610 1.00 0.00 W2 H +ATOM 31066 OH2 TIP3X1162 35.400 27.610 -26.350 1.00 0.00 W2 O +ATOM 31067 H1 TIP3X1162 35.600 27.410 -27.270 1.00 0.00 W2 H +ATOM 31068 H2 TIP3X1162 35.640 26.810 -25.880 1.00 0.00 W2 H +ATOM 31069 OH2 TIP3X1163 -33.330 8.050 -21.260 1.00 0.00 W2 O +ATOM 31070 H1 TIP3X1163 -33.770 7.410 -20.690 1.00 0.00 W2 H +ATOM 31071 H2 TIP3X1163 -34.020 8.320 -21.880 1.00 0.00 W2 H +ATOM 31072 OH2 TIP3X1164 -15.240 -19.270 -29.230 1.00 0.00 W2 O +ATOM 31073 H1 TIP3X1164 -16.120 -19.360 -29.590 1.00 0.00 W2 H +ATOM 31074 H2 TIP3X1164 -14.890 -20.160 -29.270 1.00 0.00 W2 H +ATOM 31075 OH2 TIP3X1165 18.080 40.630 -36.940 1.00 0.00 W2 O +ATOM 31076 H1 TIP3X1165 17.130 40.570 -36.870 1.00 0.00 W2 H +ATOM 31077 H2 TIP3X1165 18.330 41.240 -36.240 1.00 0.00 W2 H +ATOM 31078 OH2 TIP3X1166 26.290 -22.170 -24.460 1.00 0.00 W2 O +ATOM 31079 H1 TIP3X1166 25.490 -21.670 -24.610 1.00 0.00 W2 H +ATOM 31080 H2 TIP3X1166 26.000 -23.080 -24.380 1.00 0.00 W2 H +ATOM 31081 OH2 TIP3X1167 -0.180 -43.660 35.190 1.00 0.00 W2 O +ATOM 31082 H1 TIP3X1167 0.670 -43.850 35.590 1.00 0.00 W2 H +ATOM 31083 H2 TIP3X1167 -0.600 -43.050 35.800 1.00 0.00 W2 H +ATOM 31084 OH2 TIP3X1168 -34.630 -45.110 25.700 1.00 0.00 W2 O +ATOM 31085 H1 TIP3X1168 -34.520 -44.650 26.530 1.00 0.00 W2 H +ATOM 31086 H2 TIP3X1168 -35.150 -45.880 25.940 1.00 0.00 W2 H +ATOM 31087 OH2 TIP3X1169 -30.350 34.510 15.080 1.00 0.00 W2 O +ATOM 31088 H1 TIP3X1169 -29.410 34.750 15.150 1.00 0.00 W2 H +ATOM 31089 H2 TIP3X1169 -30.430 33.710 15.590 1.00 0.00 W2 H +ATOM 31090 OH2 TIP3X1170 6.820 27.590 31.960 1.00 0.00 W2 O +ATOM 31091 H1 TIP3X1170 7.380 28.240 31.550 1.00 0.00 W2 H +ATOM 31092 H2 TIP3X1170 7.370 26.810 32.030 1.00 0.00 W2 H +ATOM 31093 OH2 TIP3X1171 -2.740 15.340 -39.700 1.00 0.00 W2 O +ATOM 31094 H1 TIP3X1171 -1.890 15.270 -39.280 1.00 0.00 W2 H +ATOM 31095 H2 TIP3X1171 -2.970 16.270 -39.620 1.00 0.00 W2 H +ATOM 31096 OH2 TIP3X1172 -34.800 -40.920 24.770 1.00 0.00 W2 O +ATOM 31097 H1 TIP3X1172 -34.690 -40.630 25.680 1.00 0.00 W2 H +ATOM 31098 H2 TIP3X1172 -35.700 -41.230 24.720 1.00 0.00 W2 H +ATOM 31099 OH2 TIP3X1173 27.540 8.240 34.150 1.00 0.00 W2 O +ATOM 31100 H1 TIP3X1173 27.380 9.150 34.390 1.00 0.00 W2 H +ATOM 31101 H2 TIP3X1173 28.020 7.860 34.890 1.00 0.00 W2 H +ATOM 31102 OH2 TIP3X1174 -33.750 33.180 -46.620 1.00 0.00 W2 O +ATOM 31103 H1 TIP3X1174 -32.920 33.560 -46.320 1.00 0.00 W2 H +ATOM 31104 H2 TIP3X1174 -34.090 32.710 -45.860 1.00 0.00 W2 H +ATOM 31105 OH2 TIP3X1175 16.070 20.860 32.760 1.00 0.00 W2 O +ATOM 31106 H1 TIP3X1175 16.500 21.380 32.070 1.00 0.00 W2 H +ATOM 31107 H2 TIP3X1175 15.970 21.470 33.490 1.00 0.00 W2 H +ATOM 31108 OH2 TIP3X1176 -10.770 -16.540 25.500 1.00 0.00 W2 O +ATOM 31109 H1 TIP3X1176 -10.870 -17.310 26.050 1.00 0.00 W2 H +ATOM 31110 H2 TIP3X1176 -11.170 -16.780 24.670 1.00 0.00 W2 H +ATOM 31111 OH2 TIP3X1177 -11.360 -26.850 -34.840 1.00 0.00 W2 O +ATOM 31112 H1 TIP3X1177 -11.980 -26.640 -35.530 1.00 0.00 W2 H +ATOM 31113 H2 TIP3X1177 -10.530 -27.000 -35.300 1.00 0.00 W2 H +ATOM 31114 OH2 TIP3X1178 0.490 -41.880 -52.530 1.00 0.00 W2 O +ATOM 31115 H1 TIP3X1178 0.900 -41.020 -52.670 1.00 0.00 W2 H +ATOM 31116 H2 TIP3X1178 -0.340 -41.680 -52.100 1.00 0.00 W2 H +ATOM 31117 OH2 TIP3X1179 36.720 8.820 -26.040 1.00 0.00 W2 O +ATOM 31118 H1 TIP3X1179 35.830 8.920 -25.730 1.00 0.00 W2 H +ATOM 31119 H2 TIP3X1179 36.750 7.940 -26.420 1.00 0.00 W2 H +ATOM 31120 OH2 TIP3X1180 -15.050 12.940 -23.450 1.00 0.00 W2 O +ATOM 31121 H1 TIP3X1180 -15.410 13.490 -22.750 1.00 0.00 W2 H +ATOM 31122 H2 TIP3X1180 -14.330 12.460 -23.020 1.00 0.00 W2 H +ATOM 31123 OH2 TIP3X1181 44.590 42.330 -42.790 1.00 0.00 W2 O +ATOM 31124 H1 TIP3X1181 45.000 42.240 -41.930 1.00 0.00 W2 H +ATOM 31125 H2 TIP3X1181 44.110 41.520 -42.920 1.00 0.00 W2 H +ATOM 31126 OH2 TIP3X1182 16.370 5.140 -36.890 1.00 0.00 W2 O +ATOM 31127 H1 TIP3X1182 16.000 5.930 -36.500 1.00 0.00 W2 H +ATOM 31128 H2 TIP3X1182 15.630 4.530 -36.940 1.00 0.00 W2 H +ATOM 31129 OH2 TIP3X1183 20.310 -35.060 -42.310 1.00 0.00 W2 O +ATOM 31130 H1 TIP3X1183 19.820 -35.520 -43.000 1.00 0.00 W2 H +ATOM 31131 H2 TIP3X1183 19.650 -34.670 -41.750 1.00 0.00 W2 H +ATOM 31132 OH2 TIP3X1184 24.570 -12.970 -23.450 1.00 0.00 W2 O +ATOM 31133 H1 TIP3X1184 24.490 -13.240 -22.530 1.00 0.00 W2 H +ATOM 31134 H2 TIP3X1184 24.890 -13.750 -23.900 1.00 0.00 W2 H +ATOM 31135 OH2 TIP3X1185 -30.520 -39.130 -30.170 1.00 0.00 W2 O +ATOM 31136 H1 TIP3X1185 -29.580 -39.310 -30.130 1.00 0.00 W2 H +ATOM 31137 H2 TIP3X1185 -30.930 -39.990 -30.220 1.00 0.00 W2 H +ATOM 31138 OH2 TIP3X1186 10.080 -41.600 25.490 1.00 0.00 W2 O +ATOM 31139 H1 TIP3X1186 9.830 -42.150 26.240 1.00 0.00 W2 H +ATOM 31140 H2 TIP3X1186 9.380 -41.730 24.860 1.00 0.00 W2 H +ATOM 31141 OH2 TIP3X1187 -44.990 8.610 -15.080 1.00 0.00 W2 O +ATOM 31142 H1 TIP3X1187 -44.330 9.300 -14.960 1.00 0.00 W2 H +ATOM 31143 H2 TIP3X1187 -44.790 7.980 -14.390 1.00 0.00 W2 H +ATOM 31144 OH2 TIP3X1188 7.720 -33.590 -52.180 1.00 0.00 W2 O +ATOM 31145 H1 TIP3X1188 8.640 -33.390 -51.970 1.00 0.00 W2 H +ATOM 31146 H2 TIP3X1188 7.280 -33.590 -51.340 1.00 0.00 W2 H +ATOM 31147 OH2 TIP3X1189 41.050 15.730 -44.300 1.00 0.00 W2 O +ATOM 31148 H1 TIP3X1189 41.530 15.290 -45.000 1.00 0.00 W2 H +ATOM 31149 H2 TIP3X1189 41.690 16.310 -43.880 1.00 0.00 W2 H +ATOM 31150 OH2 TIP3X1190 12.480 42.270 -42.380 1.00 0.00 W2 O +ATOM 31151 H1 TIP3X1190 12.850 43.050 -42.810 1.00 0.00 W2 H +ATOM 31152 H2 TIP3X1190 11.860 42.620 -41.750 1.00 0.00 W2 H +ATOM 31153 OH2 TIP3X1191 8.950 -41.530 36.580 1.00 0.00 W2 O +ATOM 31154 H1 TIP3X1191 9.270 -42.200 35.980 1.00 0.00 W2 H +ATOM 31155 H2 TIP3X1191 9.740 -41.120 36.940 1.00 0.00 W2 H +ATOM 31156 OH2 TIP3X1192 19.530 9.190 -36.820 1.00 0.00 W2 O +ATOM 31157 H1 TIP3X1192 19.490 8.310 -36.450 1.00 0.00 W2 H +ATOM 31158 H2 TIP3X1192 18.620 9.410 -37.010 1.00 0.00 W2 H +ATOM 31159 OH2 TIP3X1193 34.800 -26.860 -34.570 1.00 0.00 W2 O +ATOM 31160 H1 TIP3X1193 34.430 -26.680 -35.440 1.00 0.00 W2 H +ATOM 31161 H2 TIP3X1193 34.990 -27.800 -34.570 1.00 0.00 W2 H +ATOM 31162 OH2 TIP3X1194 -45.600 20.380 -47.040 1.00 0.00 W2 O +ATOM 31163 H1 TIP3X1194 -46.010 20.910 -47.730 1.00 0.00 W2 H +ATOM 31164 H2 TIP3X1194 -44.710 20.710 -46.980 1.00 0.00 W2 H +ATOM 31165 OH2 TIP3X1195 -19.940 -15.460 30.770 1.00 0.00 W2 O +ATOM 31166 H1 TIP3X1195 -19.070 -15.840 30.890 1.00 0.00 W2 H +ATOM 31167 H2 TIP3X1195 -20.260 -15.860 29.960 1.00 0.00 W2 H +ATOM 31168 OH2 TIP3X1196 12.760 -3.840 31.710 1.00 0.00 W2 O +ATOM 31169 H1 TIP3X1196 13.030 -4.120 32.580 1.00 0.00 W2 H +ATOM 31170 H2 TIP3X1196 13.560 -3.910 31.170 1.00 0.00 W2 H +ATOM 31171 OH2 TIP3X1197 -35.920 14.540 -34.600 1.00 0.00 W2 O +ATOM 31172 H1 TIP3X1197 -36.380 13.740 -34.870 1.00 0.00 W2 H +ATOM 31173 H2 TIP3X1197 -36.090 15.170 -35.300 1.00 0.00 W2 H +ATOM 31174 OH2 TIP3X1198 30.400 28.800 -16.460 1.00 0.00 W2 O +ATOM 31175 H1 TIP3X1198 30.170 29.290 -15.670 1.00 0.00 W2 H +ATOM 31176 H2 TIP3X1198 30.970 28.100 -16.140 1.00 0.00 W2 H +ATOM 31177 OH2 TIP3X1199 39.610 20.000 -30.590 1.00 0.00 W2 O +ATOM 31178 H1 TIP3X1199 39.480 19.730 -31.500 1.00 0.00 W2 H +ATOM 31179 H2 TIP3X1199 38.730 20.160 -30.250 1.00 0.00 W2 H +ATOM 31180 OH2 TIP3X1200 27.620 -21.940 -48.810 1.00 0.00 W2 O +ATOM 31181 H1 TIP3X1200 27.630 -22.880 -49.020 1.00 0.00 W2 H +ATOM 31182 H2 TIP3X1200 28.230 -21.840 -48.080 1.00 0.00 W2 H +ATOM 31183 OH2 TIP3X1201 -43.310 11.770 36.640 1.00 0.00 W2 O +ATOM 31184 H1 TIP3X1201 -43.430 11.450 35.740 1.00 0.00 W2 H +ATOM 31185 H2 TIP3X1201 -43.690 12.650 36.640 1.00 0.00 W2 H +ATOM 31186 OH2 TIP3X1202 4.370 -24.970 -33.120 1.00 0.00 W2 O +ATOM 31187 H1 TIP3X1202 3.480 -24.910 -32.780 1.00 0.00 W2 H +ATOM 31188 H2 TIP3X1202 4.650 -24.070 -33.240 1.00 0.00 W2 H +ATOM 31189 OH2 TIP3X1203 36.490 36.140 -29.060 1.00 0.00 W2 O +ATOM 31190 H1 TIP3X1203 35.690 36.020 -29.570 1.00 0.00 W2 H +ATOM 31191 H2 TIP3X1203 36.930 35.290 -29.120 1.00 0.00 W2 H +ATOM 31192 OH2 TIP3X1204 -40.590 -4.870 -13.920 1.00 0.00 W2 O +ATOM 31193 H1 TIP3X1204 -39.820 -5.230 -13.490 1.00 0.00 W2 H +ATOM 31194 H2 TIP3X1204 -41.300 -5.020 -13.300 1.00 0.00 W2 H +ATOM 31195 OH2 TIP3X1205 -44.490 -48.230 -34.110 1.00 0.00 W2 O +ATOM 31196 H1 TIP3X1205 -44.360 -48.830 -33.370 1.00 0.00 W2 H +ATOM 31197 H2 TIP3X1205 -43.720 -47.660 -34.090 1.00 0.00 W2 H +ATOM 31198 OH2 TIP3X1206 45.000 -11.880 30.700 1.00 0.00 W2 O +ATOM 31199 H1 TIP3X1206 44.160 -11.440 30.850 1.00 0.00 W2 H +ATOM 31200 H2 TIP3X1206 45.440 -11.850 31.550 1.00 0.00 W2 H +ATOM 31201 OH2 TIP3X1207 -25.040 -1.210 -37.410 1.00 0.00 W2 O +ATOM 31202 H1 TIP3X1207 -25.190 -2.150 -37.510 1.00 0.00 W2 H +ATOM 31203 H2 TIP3X1207 -24.490 -1.140 -36.630 1.00 0.00 W2 H +ATOM 31204 OH2 TIP3X1208 13.520 32.390 -14.380 1.00 0.00 W2 O +ATOM 31205 H1 TIP3X1208 13.200 31.890 -13.630 1.00 0.00 W2 H +ATOM 31206 H2 TIP3X1208 13.240 33.280 -14.210 1.00 0.00 W2 H +ATOM 31207 OH2 TIP3X1209 47.710 3.740 28.930 1.00 0.00 W2 O +ATOM 31208 H1 TIP3X1209 47.250 2.990 29.290 1.00 0.00 W2 H +ATOM 31209 H2 TIP3X1209 47.600 4.430 29.580 1.00 0.00 W2 H +ATOM 31210 OH2 TIP3X1210 -44.540 27.780 -45.980 1.00 0.00 W2 O +ATOM 31211 H1 TIP3X1210 -45.170 27.770 -46.690 1.00 0.00 W2 H +ATOM 31212 H2 TIP3X1210 -44.610 28.640 -45.590 1.00 0.00 W2 H +ATOM 31213 OH2 TIP3X1211 -30.500 36.810 -39.270 1.00 0.00 W2 O +ATOM 31214 H1 TIP3X1211 -30.900 37.350 -38.600 1.00 0.00 W2 H +ATOM 31215 H2 TIP3X1211 -29.560 36.970 -39.180 1.00 0.00 W2 H +ATOM 31216 OH2 TIP3X1212 -25.250 -18.030 -42.700 1.00 0.00 W2 O +ATOM 31217 H1 TIP3X1212 -25.240 -18.540 -41.880 1.00 0.00 W2 H +ATOM 31218 H2 TIP3X1212 -25.560 -18.660 -43.360 1.00 0.00 W2 H +ATOM 31219 OH2 TIP3X1213 45.150 8.250 38.070 1.00 0.00 W2 O +ATOM 31220 H1 TIP3X1213 44.650 9.020 37.800 1.00 0.00 W2 H +ATOM 31221 H2 TIP3X1213 45.860 8.180 37.410 1.00 0.00 W2 H +ATOM 31222 OH2 TIP3X1214 34.390 -19.660 -46.800 1.00 0.00 W2 O +ATOM 31223 H1 TIP3X1214 34.290 -18.730 -46.970 1.00 0.00 W2 H +ATOM 31224 H2 TIP3X1214 35.330 -19.780 -46.670 1.00 0.00 W2 H +ATOM 31225 OH2 TIP3X1215 -36.620 17.800 37.380 1.00 0.00 W2 O +ATOM 31226 H1 TIP3X1215 -36.990 17.810 38.270 1.00 0.00 W2 H +ATOM 31227 H2 TIP3X1215 -37.230 17.260 36.870 1.00 0.00 W2 H +ATOM 31228 OH2 TIP3X1216 -27.620 -47.980 -17.710 1.00 0.00 W2 O +ATOM 31229 H1 TIP3X1216 -27.340 -47.070 -17.740 1.00 0.00 W2 H +ATOM 31230 H2 TIP3X1216 -26.930 -48.420 -17.210 1.00 0.00 W2 H +ATOM 31231 OH2 TIP3X1217 36.630 -13.620 -32.410 1.00 0.00 W2 O +ATOM 31232 H1 TIP3X1217 37.170 -12.980 -31.940 1.00 0.00 W2 H +ATOM 31233 H2 TIP3X1217 37.190 -13.900 -33.150 1.00 0.00 W2 H +ATOM 31234 OH2 TIP3X1218 31.570 -43.550 -44.860 1.00 0.00 W2 O +ATOM 31235 H1 TIP3X1218 31.950 -44.060 -45.580 1.00 0.00 W2 H +ATOM 31236 H2 TIP3X1218 31.760 -42.640 -45.090 1.00 0.00 W2 H +ATOM 31237 OH2 TIP3X1219 13.950 32.860 -23.880 1.00 0.00 W2 O +ATOM 31238 H1 TIP3X1219 13.710 33.220 -23.030 1.00 0.00 W2 H +ATOM 31239 H2 TIP3X1219 14.850 32.530 -23.760 1.00 0.00 W2 H +ATOM 31240 OH2 TIP3X1220 31.990 12.330 31.370 1.00 0.00 W2 O +ATOM 31241 H1 TIP3X1220 32.670 12.860 31.760 1.00 0.00 W2 H +ATOM 31242 H2 TIP3X1220 31.880 11.580 31.960 1.00 0.00 W2 H +ATOM 31243 OH2 TIP3X1221 -14.680 0.920 29.110 1.00 0.00 W2 O +ATOM 31244 H1 TIP3X1221 -13.990 0.540 29.660 1.00 0.00 W2 H +ATOM 31245 H2 TIP3X1221 -15.490 0.550 29.440 1.00 0.00 W2 H +ATOM 31246 OH2 TIP3X1222 -18.930 40.860 -19.690 1.00 0.00 W2 O +ATOM 31247 H1 TIP3X1222 -18.240 41.520 -19.740 1.00 0.00 W2 H +ATOM 31248 H2 TIP3X1222 -19.150 40.820 -18.750 1.00 0.00 W2 H +ATOM 31249 OH2 TIP3X1223 6.380 -38.820 35.840 1.00 0.00 W2 O +ATOM 31250 H1 TIP3X1223 6.860 -39.240 35.130 1.00 0.00 W2 H +ATOM 31251 H2 TIP3X1223 7.050 -38.500 36.430 1.00 0.00 W2 H +ATOM 31252 OH2 TIP3X1224 -16.660 35.420 -42.080 1.00 0.00 W2 O +ATOM 31253 H1 TIP3X1224 -16.820 34.480 -42.140 1.00 0.00 W2 H +ATOM 31254 H2 TIP3X1224 -15.960 35.500 -41.440 1.00 0.00 W2 H +ATOM 31255 OH2 TIP3X1225 6.430 34.700 -29.160 1.00 0.00 W2 O +ATOM 31256 H1 TIP3X1225 6.420 34.940 -30.080 1.00 0.00 W2 H +ATOM 31257 H2 TIP3X1225 5.630 34.210 -29.020 1.00 0.00 W2 H +ATOM 31258 OH2 TIP3X1226 36.540 -8.710 -19.080 1.00 0.00 W2 O +ATOM 31259 H1 TIP3X1226 37.380 -8.260 -18.970 1.00 0.00 W2 H +ATOM 31260 H2 TIP3X1226 35.980 -8.060 -19.530 1.00 0.00 W2 H +ATOM 31261 OH2 TIP3X1227 0.960 17.910 27.700 1.00 0.00 W2 O +ATOM 31262 H1 TIP3X1227 1.200 18.140 26.800 1.00 0.00 W2 H +ATOM 31263 H2 TIP3X1227 0.030 18.120 27.760 1.00 0.00 W2 H +ATOM 31264 OH2 TIP3X1228 -24.530 -6.770 -19.830 1.00 0.00 W2 O +ATOM 31265 H1 TIP3X1228 -25.030 -7.440 -19.380 1.00 0.00 W2 H +ATOM 31266 H2 TIP3X1228 -24.390 -6.080 -19.180 1.00 0.00 W2 H +ATOM 31267 OH2 TIP3X1229 25.240 -38.400 29.240 1.00 0.00 W2 O +ATOM 31268 H1 TIP3X1229 24.730 -38.650 30.010 1.00 0.00 W2 H +ATOM 31269 H2 TIP3X1229 24.800 -37.620 28.900 1.00 0.00 W2 H +ATOM 31270 OH2 TIP3X1230 43.420 22.330 -9.530 1.00 0.00 W2 O +ATOM 31271 H1 TIP3X1230 43.800 22.730 -8.740 1.00 0.00 W2 H +ATOM 31272 H2 TIP3X1230 42.550 22.710 -9.590 1.00 0.00 W2 H +ATOM 31273 OH2 TIP3X1231 -27.130 -19.750 -41.090 1.00 0.00 W2 O +ATOM 31274 H1 TIP3X1231 -27.330 -20.680 -41.010 1.00 0.00 W2 H +ATOM 31275 H2 TIP3X1231 -27.150 -19.570 -42.030 1.00 0.00 W2 H +ATOM 31276 OH2 TIP3X1232 -15.820 -21.680 26.710 1.00 0.00 W2 O +ATOM 31277 H1 TIP3X1232 -16.440 -22.380 26.490 1.00 0.00 W2 H +ATOM 31278 H2 TIP3X1232 -16.340 -21.060 27.240 1.00 0.00 W2 H +ATOM 31279 OH2 TIP3X1233 -6.750 -0.750 -43.200 1.00 0.00 W2 O +ATOM 31280 H1 TIP3X1233 -7.060 0.080 -43.550 1.00 0.00 W2 H +ATOM 31281 H2 TIP3X1233 -6.000 -0.520 -42.660 1.00 0.00 W2 H +ATOM 31282 OH2 TIP3X1234 38.150 9.730 -38.710 1.00 0.00 W2 O +ATOM 31283 H1 TIP3X1234 38.040 10.050 -37.800 1.00 0.00 W2 H +ATOM 31284 H2 TIP3X1234 37.800 10.440 -39.240 1.00 0.00 W2 H +ATOM 31285 OH2 TIP3X1235 -29.990 40.690 -28.810 1.00 0.00 W2 O +ATOM 31286 H1 TIP3X1235 -29.120 41.070 -28.960 1.00 0.00 W2 H +ATOM 31287 H2 TIP3X1235 -30.090 40.060 -29.520 1.00 0.00 W2 H +ATOM 31288 OH2 TIP3X1236 -45.320 -36.550 -41.760 1.00 0.00 W2 O +ATOM 31289 H1 TIP3X1236 -44.880 -36.630 -42.610 1.00 0.00 W2 H +ATOM 31290 H2 TIP3X1236 -44.900 -35.800 -41.330 1.00 0.00 W2 H +ATOM 31291 OH2 TIP3X1237 -25.510 13.500 32.950 1.00 0.00 W2 O +ATOM 31292 H1 TIP3X1237 -25.970 13.050 33.670 1.00 0.00 W2 H +ATOM 31293 H2 TIP3X1237 -24.650 13.070 32.910 1.00 0.00 W2 H +ATOM 31294 OH2 TIP3X1238 -38.840 14.350 33.810 1.00 0.00 W2 O +ATOM 31295 H1 TIP3X1238 -38.930 13.460 34.160 1.00 0.00 W2 H +ATOM 31296 H2 TIP3X1238 -39.160 14.910 34.510 1.00 0.00 W2 H +ATOM 31297 OH2 TIP3X1239 16.270 -4.980 -49.250 1.00 0.00 W2 O +ATOM 31298 H1 TIP3X1239 16.770 -4.540 -49.940 1.00 0.00 W2 H +ATOM 31299 H2 TIP3X1239 16.740 -4.790 -48.450 1.00 0.00 W2 H +ATOM 31300 OH2 TIP3X1240 -41.110 2.300 -30.860 1.00 0.00 W2 O +ATOM 31301 H1 TIP3X1240 -42.080 2.300 -30.930 1.00 0.00 W2 H +ATOM 31302 H2 TIP3X1240 -40.870 3.230 -30.920 1.00 0.00 W2 H +ATOM 31303 OH2 TIP3X1241 42.160 -47.230 -26.420 1.00 0.00 W2 O +ATOM 31304 H1 TIP3X1241 42.550 -48.020 -26.810 1.00 0.00 W2 H +ATOM 31305 H2 TIP3X1241 42.920 -46.690 -26.180 1.00 0.00 W2 H +ATOM 31306 OH2 TIP3X1242 -34.320 -12.940 -40.640 1.00 0.00 W2 O +ATOM 31307 H1 TIP3X1242 -34.810 -12.480 -41.310 1.00 0.00 W2 H +ATOM 31308 H2 TIP3X1242 -34.870 -12.860 -39.860 1.00 0.00 W2 H +ATOM 31309 OH2 TIP3X1243 28.750 18.890 -10.270 1.00 0.00 W2 O +ATOM 31310 H1 TIP3X1243 28.480 19.700 -10.710 1.00 0.00 W2 H +ATOM 31311 H2 TIP3X1243 28.080 18.250 -10.530 1.00 0.00 W2 H +ATOM 31312 OH2 TIP3X1244 -1.080 40.460 -35.480 1.00 0.00 W2 O +ATOM 31313 H1 TIP3X1244 -1.780 39.960 -35.060 1.00 0.00 W2 H +ATOM 31314 H2 TIP3X1244 -0.580 39.810 -35.960 1.00 0.00 W2 H +ATOM 31315 OH2 TIP3X1245 -9.340 38.700 -26.180 1.00 0.00 W2 O +ATOM 31316 H1 TIP3X1245 -8.610 39.320 -26.190 1.00 0.00 W2 H +ATOM 31317 H2 TIP3X1245 -9.160 38.110 -26.920 1.00 0.00 W2 H +ATOM 31318 OH2 TIP3X1246 -9.820 41.950 -12.120 1.00 0.00 W2 O +ATOM 31319 H1 TIP3X1246 -10.140 41.090 -12.400 1.00 0.00 W2 H +ATOM 31320 H2 TIP3X1246 -10.380 42.580 -12.580 1.00 0.00 W2 H +ATOM 31321 OH2 TIP3X1247 -10.780 -45.370 -26.320 1.00 0.00 W2 O +ATOM 31322 H1 TIP3X1247 -11.100 -44.480 -26.190 1.00 0.00 W2 H +ATOM 31323 H2 TIP3X1247 -10.970 -45.820 -25.500 1.00 0.00 W2 H +ATOM 31324 OH2 TIP3X1248 -30.410 7.060 -45.370 1.00 0.00 W2 O +ATOM 31325 H1 TIP3X1248 -29.530 7.430 -45.310 1.00 0.00 W2 H +ATOM 31326 H2 TIP3X1248 -30.450 6.420 -44.650 1.00 0.00 W2 H +ATOM 31327 OH2 TIP3X1249 -18.150 -3.660 38.430 1.00 0.00 W2 O +ATOM 31328 H1 TIP3X1249 -17.290 -3.460 38.060 1.00 0.00 W2 H +ATOM 31329 H2 TIP3X1249 -17.960 -4.150 39.220 1.00 0.00 W2 H +ATOM 31330 OH2 TIP3X1250 23.690 3.650 -26.460 1.00 0.00 W2 O +ATOM 31331 H1 TIP3X1250 22.960 4.240 -26.640 1.00 0.00 W2 H +ATOM 31332 H2 TIP3X1250 24.200 3.660 -27.280 1.00 0.00 W2 H +ATOM 31333 OH2 TIP3X1251 -20.530 -49.030 -32.130 1.00 0.00 W2 O +ATOM 31334 H1 TIP3X1251 -21.220 -48.380 -32.210 1.00 0.00 W2 H +ATOM 31335 H2 TIP3X1251 -20.160 -49.120 -33.000 1.00 0.00 W2 H +ATOM 31336 OH2 TIP3X1252 -34.770 10.410 -37.220 1.00 0.00 W2 O +ATOM 31337 H1 TIP3X1252 -34.440 10.000 -38.020 1.00 0.00 W2 H +ATOM 31338 H2 TIP3X1252 -35.610 9.970 -37.060 1.00 0.00 W2 H +ATOM 31339 OH2 TIP3X1253 11.510 -9.540 37.160 1.00 0.00 W2 O +ATOM 31340 H1 TIP3X1253 12.070 -10.220 37.550 1.00 0.00 W2 H +ATOM 31341 H2 TIP3X1253 10.720 -10.010 36.890 1.00 0.00 W2 H +ATOM 31342 OH2 TIP3X1254 -37.730 41.140 -32.420 1.00 0.00 W2 O +ATOM 31343 H1 TIP3X1254 -38.100 41.810 -33.000 1.00 0.00 W2 H +ATOM 31344 H2 TIP3X1254 -37.830 40.320 -32.880 1.00 0.00 W2 H +ATOM 31345 OH2 TIP3X1255 29.310 -32.800 -28.040 1.00 0.00 W2 O +ATOM 31346 H1 TIP3X1255 30.100 -33.270 -27.820 1.00 0.00 W2 H +ATOM 31347 H2 TIP3X1255 28.720 -32.960 -27.290 1.00 0.00 W2 H +ATOM 31348 OH2 TIP3X1256 35.310 13.600 20.630 1.00 0.00 W2 O +ATOM 31349 H1 TIP3X1256 34.970 12.890 20.090 1.00 0.00 W2 H +ATOM 31350 H2 TIP3X1256 35.160 13.300 21.530 1.00 0.00 W2 H +ATOM 31351 OH2 TIP3X1257 -36.000 -23.460 29.180 1.00 0.00 W2 O +ATOM 31352 H1 TIP3X1257 -35.610 -22.720 29.630 1.00 0.00 W2 H +ATOM 31353 H2 TIP3X1257 -36.490 -23.080 28.450 1.00 0.00 W2 H +ATOM 31354 OH2 TIP3X1258 38.960 -37.920 36.530 1.00 0.00 W2 O +ATOM 31355 H1 TIP3X1258 39.240 -37.830 37.440 1.00 0.00 W2 H +ATOM 31356 H2 TIP3X1258 39.580 -38.520 36.130 1.00 0.00 W2 H +ATOM 31357 OH2 TIP3X1259 28.510 -42.840 -40.940 1.00 0.00 W2 O +ATOM 31358 H1 TIP3X1259 29.340 -42.620 -41.350 1.00 0.00 W2 H +ATOM 31359 H2 TIP3X1259 28.350 -42.110 -40.330 1.00 0.00 W2 H +ATOM 31360 OH2 TIP3X1260 46.670 37.700 32.430 1.00 0.00 W2 O +ATOM 31361 H1 TIP3X1260 46.680 38.570 32.860 1.00 0.00 W2 H +ATOM 31362 H2 TIP3X1260 45.910 37.730 31.860 1.00 0.00 W2 H +ATOM 31363 OH2 TIP3X1261 32.580 -24.550 17.530 1.00 0.00 W2 O +ATOM 31364 H1 TIP3X1261 32.710 -25.250 16.900 1.00 0.00 W2 H +ATOM 31365 H2 TIP3X1261 33.120 -23.820 17.210 1.00 0.00 W2 H +ATOM 31366 OH2 TIP3X1262 -9.710 25.620 34.820 1.00 0.00 W2 O +ATOM 31367 H1 TIP3X1262 -9.150 25.750 35.580 1.00 0.00 W2 H +ATOM 31368 H2 TIP3X1262 -10.480 26.160 34.990 1.00 0.00 W2 H +ATOM 31369 OH2 TIP3X1263 20.400 28.510 -43.640 1.00 0.00 W2 O +ATOM 31370 H1 TIP3X1263 19.630 28.920 -44.040 1.00 0.00 W2 H +ATOM 31371 H2 TIP3X1263 21.040 29.220 -43.580 1.00 0.00 W2 H +ATOM 31372 OH2 TIP3X1264 -45.470 -15.050 -49.490 1.00 0.00 W2 O +ATOM 31373 H1 TIP3X1264 -45.040 -14.200 -49.370 1.00 0.00 W2 H +ATOM 31374 H2 TIP3X1264 -44.780 -15.690 -49.390 1.00 0.00 W2 H +ATOM 31375 OH2 TIP3X1265 38.240 40.370 40.310 1.00 0.00 W2 O +ATOM 31376 H1 TIP3X1265 38.270 40.420 39.360 1.00 0.00 W2 H +ATOM 31377 H2 TIP3X1265 37.400 40.760 40.550 1.00 0.00 W2 H +ATOM 31378 OH2 TIP3X1266 10.800 -44.300 23.340 1.00 0.00 W2 O +ATOM 31379 H1 TIP3X1266 11.380 -45.050 23.430 1.00 0.00 W2 H +ATOM 31380 H2 TIP3X1266 9.940 -44.630 23.590 1.00 0.00 W2 H +ATOM 31381 OH2 TIP3X1267 29.350 -26.990 32.480 1.00 0.00 W2 O +ATOM 31382 H1 TIP3X1267 29.630 -26.920 31.580 1.00 0.00 W2 H +ATOM 31383 H2 TIP3X1267 30.080 -27.400 32.940 1.00 0.00 W2 H +ATOM 31384 OH2 TIP3X1268 -7.830 -31.760 -40.780 1.00 0.00 W2 O +ATOM 31385 H1 TIP3X1268 -8.710 -31.420 -40.640 1.00 0.00 W2 H +ATOM 31386 H2 TIP3X1268 -7.690 -31.650 -41.720 1.00 0.00 W2 H +ATOM 31387 OH2 TIP3X1269 -4.670 36.750 -29.000 1.00 0.00 W2 O +ATOM 31388 H1 TIP3X1269 -3.890 37.210 -29.310 1.00 0.00 W2 H +ATOM 31389 H2 TIP3X1269 -4.410 36.360 -28.160 1.00 0.00 W2 H +ATOM 31390 OH2 TIP3X1270 8.540 29.740 32.510 1.00 0.00 W2 O +ATOM 31391 H1 TIP3X1270 9.140 29.030 32.680 1.00 0.00 W2 H +ATOM 31392 H2 TIP3X1270 8.620 30.340 33.250 1.00 0.00 W2 H +ATOM 31393 OH2 TIP3X1271 14.220 -28.110 -31.340 1.00 0.00 W2 O +ATOM 31394 H1 TIP3X1271 15.000 -27.790 -30.870 1.00 0.00 W2 H +ATOM 31395 H2 TIP3X1271 13.500 -28.010 -30.720 1.00 0.00 W2 H +ATOM 31396 OH2 TIP3X1272 -39.240 -48.380 -50.050 1.00 0.00 W2 O +ATOM 31397 H1 TIP3X1272 -38.690 -48.760 -49.370 1.00 0.00 W2 H +ATOM 31398 H2 TIP3X1272 -38.760 -48.510 -50.860 1.00 0.00 W2 H +ATOM 31399 OH2 TIP3X1273 -26.760 -17.920 27.200 1.00 0.00 W2 O +ATOM 31400 H1 TIP3X1273 -26.160 -17.880 26.450 1.00 0.00 W2 H +ATOM 31401 H2 TIP3X1273 -27.420 -18.580 26.940 1.00 0.00 W2 H +ATOM 31402 OH2 TIP3X1274 -1.070 15.860 39.240 1.00 0.00 W2 O +ATOM 31403 H1 TIP3X1274 -0.780 14.980 39.450 1.00 0.00 W2 H +ATOM 31404 H2 TIP3X1274 -2.020 15.850 39.400 1.00 0.00 W2 H +ATOM 31405 OH2 TIP3X1275 1.750 26.300 -25.390 1.00 0.00 W2 O +ATOM 31406 H1 TIP3X1275 1.610 26.800 -26.200 1.00 0.00 W2 H +ATOM 31407 H2 TIP3X1275 2.310 25.570 -25.640 1.00 0.00 W2 H +ATOM 31408 OH2 TIP3X1276 47.890 43.600 -27.610 1.00 0.00 W2 O +ATOM 31409 H1 TIP3X1276 47.930 42.670 -27.840 1.00 0.00 W2 H +ATOM 31410 H2 TIP3X1276 47.170 43.950 -28.140 1.00 0.00 W2 H +ATOM 31411 OH2 TIP3X1277 25.840 -7.880 20.560 1.00 0.00 W2 O +ATOM 31412 H1 TIP3X1277 26.740 -7.570 20.650 1.00 0.00 W2 H +ATOM 31413 H2 TIP3X1277 25.710 -7.960 19.620 1.00 0.00 W2 H +ATOM 31414 OH2 TIP3X1278 -0.090 -22.740 -41.630 1.00 0.00 W2 O +ATOM 31415 H1 TIP3X1278 -0.130 -23.390 -40.930 1.00 0.00 W2 H +ATOM 31416 H2 TIP3X1278 0.540 -23.110 -42.270 1.00 0.00 W2 H +ATOM 31417 OH2 TIP3X1279 28.100 -21.360 -44.930 1.00 0.00 W2 O +ATOM 31418 H1 TIP3X1279 28.350 -21.170 -44.020 1.00 0.00 W2 H +ATOM 31419 H2 TIP3X1279 27.910 -20.500 -45.310 1.00 0.00 W2 H +ATOM 31420 OH2 TIP3X1280 10.090 1.210 27.200 1.00 0.00 W2 O +ATOM 31421 H1 TIP3X1280 9.700 1.830 26.600 1.00 0.00 W2 H +ATOM 31422 H2 TIP3X1280 10.840 1.680 27.580 1.00 0.00 W2 H +ATOM 31423 OH2 TIP3X1281 -19.680 35.920 18.150 1.00 0.00 W2 O +ATOM 31424 H1 TIP3X1281 -19.330 35.130 18.560 1.00 0.00 W2 H +ATOM 31425 H2 TIP3X1281 -18.910 36.460 17.980 1.00 0.00 W2 H +ATOM 31426 OH2 TIP3X1282 -42.300 18.900 18.220 1.00 0.00 W2 O +ATOM 31427 H1 TIP3X1282 -42.170 19.080 17.290 1.00 0.00 W2 H +ATOM 31428 H2 TIP3X1282 -42.370 19.770 18.620 1.00 0.00 W2 H +ATOM 31429 OH2 TIP3X1283 17.810 22.260 -17.360 1.00 0.00 W2 O +ATOM 31430 H1 TIP3X1283 16.980 22.730 -17.400 1.00 0.00 W2 H +ATOM 31431 H2 TIP3X1283 17.580 21.370 -17.060 1.00 0.00 W2 H +ATOM 31432 OH2 TIP3X1284 6.320 -37.980 25.340 1.00 0.00 W2 O +ATOM 31433 H1 TIP3X1284 6.860 -37.270 25.680 1.00 0.00 W2 H +ATOM 31434 H2 TIP3X1284 5.690 -37.530 24.760 1.00 0.00 W2 H +ATOM 31435 OH2 TIP3X1285 -27.170 -34.130 17.570 1.00 0.00 W2 O +ATOM 31436 H1 TIP3X1285 -27.970 -34.240 18.070 1.00 0.00 W2 H +ATOM 31437 H2 TIP3X1285 -26.800 -35.010 17.510 1.00 0.00 W2 H +ATOM 31438 OH2 TIP3X1286 10.640 17.550 15.510 1.00 0.00 W2 O +ATOM 31439 H1 TIP3X1286 10.030 17.690 14.790 1.00 0.00 W2 H +ATOM 31440 H2 TIP3X1286 11.210 18.320 15.490 1.00 0.00 W2 H +ATOM 31441 OH2 TIP3X1287 13.650 -33.780 -34.580 1.00 0.00 W2 O +ATOM 31442 H1 TIP3X1287 14.390 -33.300 -34.230 1.00 0.00 W2 H +ATOM 31443 H2 TIP3X1287 14.040 -34.470 -35.120 1.00 0.00 W2 H +ATOM 31444 OH2 TIP3X1288 -25.890 7.030 -45.740 1.00 0.00 W2 O +ATOM 31445 H1 TIP3X1288 -25.610 6.120 -45.640 1.00 0.00 W2 H +ATOM 31446 H2 TIP3X1288 -25.100 7.520 -45.920 1.00 0.00 W2 H +ATOM 31447 OH2 TIP3X1289 -9.380 -4.180 -50.090 1.00 0.00 W2 O +ATOM 31448 H1 TIP3X1289 -10.240 -4.600 -50.020 1.00 0.00 W2 H +ATOM 31449 H2 TIP3X1289 -8.920 -4.460 -49.300 1.00 0.00 W2 H +ATOM 31450 OH2 TIP3X1290 44.910 26.380 32.870 1.00 0.00 W2 O +ATOM 31451 H1 TIP3X1290 44.580 25.560 32.490 1.00 0.00 W2 H +ATOM 31452 H2 TIP3X1290 44.110 26.870 33.090 1.00 0.00 W2 H +ATOM 31453 OH2 TIP3X1291 13.770 -19.780 -36.470 1.00 0.00 W2 O +ATOM 31454 H1 TIP3X1291 14.600 -19.490 -36.090 1.00 0.00 W2 H +ATOM 31455 H2 TIP3X1291 13.440 -20.420 -35.860 1.00 0.00 W2 H +ATOM 31456 OH2 TIP3X1292 -28.520 -36.460 -46.950 1.00 0.00 W2 O +ATOM 31457 H1 TIP3X1292 -28.690 -35.630 -47.370 1.00 0.00 W2 H +ATOM 31458 H2 TIP3X1292 -29.220 -37.040 -47.250 1.00 0.00 W2 H +ATOM 31459 OH2 TIP3X1293 -14.370 -3.350 -23.980 1.00 0.00 W2 O +ATOM 31460 H1 TIP3X1293 -13.860 -2.570 -23.780 1.00 0.00 W2 H +ATOM 31461 H2 TIP3X1293 -14.990 -3.420 -23.260 1.00 0.00 W2 H +ATOM 31462 OH2 TIP3X1294 -44.220 -10.920 -20.770 1.00 0.00 W2 O +ATOM 31463 H1 TIP3X1294 -45.170 -10.880 -20.860 1.00 0.00 W2 H +ATOM 31464 H2 TIP3X1294 -43.910 -11.150 -21.660 1.00 0.00 W2 H +ATOM 31465 OH2 TIP3X1295 -0.620 37.850 -31.510 1.00 0.00 W2 O +ATOM 31466 H1 TIP3X1295 0.280 37.570 -31.340 1.00 0.00 W2 H +ATOM 31467 H2 TIP3X1295 -1.170 37.120 -31.220 1.00 0.00 W2 H +ATOM 31468 OH2 TIP3X1296 22.110 -36.160 32.300 1.00 0.00 W2 O +ATOM 31469 H1 TIP3X1296 22.350 -36.850 32.920 1.00 0.00 W2 H +ATOM 31470 H2 TIP3X1296 21.360 -35.730 32.710 1.00 0.00 W2 H +ATOM 31471 OH2 TIP3X1297 2.370 -27.480 -39.270 1.00 0.00 W2 O +ATOM 31472 H1 TIP3X1297 3.110 -28.090 -39.140 1.00 0.00 W2 H +ATOM 31473 H2 TIP3X1297 1.670 -28.040 -39.580 1.00 0.00 W2 H +ATOM 31474 OH2 TIP3X1298 9.070 3.720 37.040 1.00 0.00 W2 O +ATOM 31475 H1 TIP3X1298 8.330 3.140 37.220 1.00 0.00 W2 H +ATOM 31476 H2 TIP3X1298 9.740 3.130 36.690 1.00 0.00 W2 H +ATOM 31477 OH2 TIP3X1299 -13.540 -14.660 -38.120 1.00 0.00 W2 O +ATOM 31478 H1 TIP3X1299 -13.010 -14.190 -37.470 1.00 0.00 W2 H +ATOM 31479 H2 TIP3X1299 -13.900 -15.410 -37.640 1.00 0.00 W2 H +ATOM 31480 OH2 TIP3X1300 -18.620 4.200 -15.180 1.00 0.00 W2 O +ATOM 31481 H1 TIP3X1300 -19.260 3.750 -14.620 1.00 0.00 W2 H +ATOM 31482 H2 TIP3X1300 -18.630 5.100 -14.870 1.00 0.00 W2 H +ATOM 31483 OH2 TIP3X1301 -26.670 41.360 -40.590 1.00 0.00 W2 O +ATOM 31484 H1 TIP3X1301 -26.840 40.430 -40.470 1.00 0.00 W2 H +ATOM 31485 H2 TIP3X1301 -26.290 41.640 -39.760 1.00 0.00 W2 H +ATOM 31486 OH2 TIP3X1302 -16.420 4.550 -27.030 1.00 0.00 W2 O +ATOM 31487 H1 TIP3X1302 -17.070 3.980 -26.610 1.00 0.00 W2 H +ATOM 31488 H2 TIP3X1302 -15.590 4.100 -26.910 1.00 0.00 W2 H +ATOM 31489 OH2 TIP3X1303 -9.800 14.730 -33.910 1.00 0.00 W2 O +ATOM 31490 H1 TIP3X1303 -10.550 15.310 -33.800 1.00 0.00 W2 H +ATOM 31491 H2 TIP3X1303 -9.930 14.030 -33.280 1.00 0.00 W2 H +ATOM 31492 OH2 TIP3X1304 33.740 -5.390 -33.690 1.00 0.00 W2 O +ATOM 31493 H1 TIP3X1304 33.590 -6.050 -34.380 1.00 0.00 W2 H +ATOM 31494 H2 TIP3X1304 34.390 -5.800 -33.120 1.00 0.00 W2 H +ATOM 31495 OH2 TIP3X1305 -13.450 -35.750 16.330 1.00 0.00 W2 O +ATOM 31496 H1 TIP3X1305 -12.740 -35.360 15.800 1.00 0.00 W2 H +ATOM 31497 H2 TIP3X1305 -14.180 -35.830 15.720 1.00 0.00 W2 H +ATOM 31498 OH2 TIP3X1306 -26.460 -27.800 -45.290 1.00 0.00 W2 O +ATOM 31499 H1 TIP3X1306 -25.540 -27.790 -45.560 1.00 0.00 W2 H +ATOM 31500 H2 TIP3X1306 -26.460 -27.410 -44.430 1.00 0.00 W2 H +ATOM 31501 OH2 TIP3X1307 14.790 13.270 -45.260 1.00 0.00 W2 O +ATOM 31502 H1 TIP3X1307 15.120 12.430 -44.930 1.00 0.00 W2 H +ATOM 31503 H2 TIP3X1307 13.840 13.140 -45.320 1.00 0.00 W2 H +ATOM 31504 OH2 TIP3X1308 -6.740 -39.850 21.570 1.00 0.00 W2 O +ATOM 31505 H1 TIP3X1308 -5.940 -40.160 21.140 1.00 0.00 W2 H +ATOM 31506 H2 TIP3X1308 -6.810 -40.390 22.350 1.00 0.00 W2 H +ATOM 31507 OH2 TIP3X1309 28.770 -29.170 -43.090 1.00 0.00 W2 O +ATOM 31508 H1 TIP3X1309 29.070 -28.750 -43.890 1.00 0.00 W2 H +ATOM 31509 H2 TIP3X1309 28.190 -29.870 -43.390 1.00 0.00 W2 H +ATOM 31510 OH2 TIP3X1310 27.060 42.430 -31.620 1.00 0.00 W2 O +ATOM 31511 H1 TIP3X1310 27.070 42.850 -32.480 1.00 0.00 W2 H +ATOM 31512 H2 TIP3X1310 26.140 42.300 -31.430 1.00 0.00 W2 H +ATOM 31513 OH2 TIP3X1311 15.120 -44.340 -33.850 1.00 0.00 W2 O +ATOM 31514 H1 TIP3X1311 14.880 -44.700 -33.010 1.00 0.00 W2 H +ATOM 31515 H2 TIP3X1311 14.400 -43.750 -34.080 1.00 0.00 W2 H +ATOM 31516 OH2 TIP3X1312 26.280 -25.710 34.220 1.00 0.00 W2 O +ATOM 31517 H1 TIP3X1312 26.010 -25.310 33.400 1.00 0.00 W2 H +ATOM 31518 H2 TIP3X1312 26.740 -26.510 33.940 1.00 0.00 W2 H +ATOM 31519 OH2 TIP3X1313 -32.300 -29.190 39.220 1.00 0.00 W2 O +ATOM 31520 H1 TIP3X1313 -32.600 -30.000 39.620 1.00 0.00 W2 H +ATOM 31521 H2 TIP3X1313 -32.140 -29.410 38.310 1.00 0.00 W2 H +ATOM 31522 OH2 TIP3X1314 14.720 -35.220 22.800 1.00 0.00 W2 O +ATOM 31523 H1 TIP3X1314 15.560 -35.660 22.700 1.00 0.00 W2 H +ATOM 31524 H2 TIP3X1314 14.950 -34.300 22.940 1.00 0.00 W2 H +ATOM 31525 OH2 TIP3X1315 4.850 -0.520 24.740 1.00 0.00 W2 O +ATOM 31526 H1 TIP3X1315 3.970 -0.480 25.120 1.00 0.00 W2 H +ATOM 31527 H2 TIP3X1315 5.100 -1.440 24.810 1.00 0.00 W2 H +ATOM 31528 OH2 TIP3X1316 44.850 42.740 -25.690 1.00 0.00 W2 O +ATOM 31529 H1 TIP3X1316 45.740 42.380 -25.680 1.00 0.00 W2 H +ATOM 31530 H2 TIP3X1316 44.290 41.980 -25.840 1.00 0.00 W2 H +ATOM 31531 OH2 TIP3X1317 -40.340 26.050 32.340 1.00 0.00 W2 O +ATOM 31532 H1 TIP3X1317 -39.590 26.550 32.660 1.00 0.00 W2 H +ATOM 31533 H2 TIP3X1317 -40.530 25.420 33.030 1.00 0.00 W2 H +ATOM 31534 OH2 TIP3X1318 19.390 16.200 -31.310 1.00 0.00 W2 O +ATOM 31535 H1 TIP3X1318 19.390 17.150 -31.390 1.00 0.00 W2 H +ATOM 31536 H2 TIP3X1318 19.120 16.030 -30.410 1.00 0.00 W2 H +ATOM 31537 OH2 TIP3X1319 33.980 -33.960 -29.950 1.00 0.00 W2 O +ATOM 31538 H1 TIP3X1319 33.490 -34.740 -29.670 1.00 0.00 W2 H +ATOM 31539 H2 TIP3X1319 33.350 -33.430 -30.420 1.00 0.00 W2 H +ATOM 31540 OH2 TIP3X1320 -32.230 1.540 -16.440 1.00 0.00 W2 O +ATOM 31541 H1 TIP3X1320 -32.360 2.060 -15.650 1.00 0.00 W2 H +ATOM 31542 H2 TIP3X1320 -32.880 1.870 -17.050 1.00 0.00 W2 H +ATOM 31543 OH2 TIP3X1321 2.120 -13.820 28.670 1.00 0.00 W2 O +ATOM 31544 H1 TIP3X1321 1.340 -13.390 29.020 1.00 0.00 W2 H +ATOM 31545 H2 TIP3X1321 2.640 -14.060 29.430 1.00 0.00 W2 H +ATOM 31546 OH2 TIP3X1322 -34.770 28.760 -18.250 1.00 0.00 W2 O +ATOM 31547 H1 TIP3X1322 -35.500 29.170 -18.710 1.00 0.00 W2 H +ATOM 31548 H2 TIP3X1322 -34.550 27.980 -18.760 1.00 0.00 W2 H +ATOM 31549 OH2 TIP3X1323 12.050 31.120 -24.520 1.00 0.00 W2 O +ATOM 31550 H1 TIP3X1323 11.250 31.310 -24.020 1.00 0.00 W2 H +ATOM 31551 H2 TIP3X1323 12.560 31.940 -24.490 1.00 0.00 W2 H +ATOM 31552 OH2 TIP3X1324 10.690 20.860 -15.760 1.00 0.00 W2 O +ATOM 31553 H1 TIP3X1324 11.080 20.710 -14.910 1.00 0.00 W2 H +ATOM 31554 H2 TIP3X1324 9.840 21.270 -15.570 1.00 0.00 W2 H +ATOM 31555 OH2 TIP3X1325 28.010 -37.020 -30.050 1.00 0.00 W2 O +ATOM 31556 H1 TIP3X1325 27.260 -36.810 -29.490 1.00 0.00 W2 H +ATOM 31557 H2 TIP3X1325 27.920 -37.960 -30.230 1.00 0.00 W2 H +ATOM 31558 OH2 TIP3X1326 -38.370 -44.010 23.020 1.00 0.00 W2 O +ATOM 31559 H1 TIP3X1326 -39.160 -44.230 22.550 1.00 0.00 W2 H +ATOM 31560 H2 TIP3X1326 -37.920 -43.350 22.480 1.00 0.00 W2 H +ATOM 31561 OH2 TIP3X1327 -3.590 23.120 -30.120 1.00 0.00 W2 O +ATOM 31562 H1 TIP3X1327 -4.220 22.630 -29.600 1.00 0.00 W2 H +ATOM 31563 H2 TIP3X1327 -3.940 24.010 -30.150 1.00 0.00 W2 H +ATOM 31564 OH2 TIP3X1328 38.810 5.060 -31.410 1.00 0.00 W2 O +ATOM 31565 H1 TIP3X1328 39.600 5.090 -30.880 1.00 0.00 W2 H +ATOM 31566 H2 TIP3X1328 38.570 4.130 -31.440 1.00 0.00 W2 H +ATOM 31567 OH2 TIP3X1329 -23.120 -18.260 -18.940 1.00 0.00 W2 O +ATOM 31568 H1 TIP3X1329 -23.980 -18.230 -19.360 1.00 0.00 W2 H +ATOM 31569 H2 TIP3X1329 -22.750 -19.100 -19.230 1.00 0.00 W2 H +ATOM 31570 OH2 TIP3X1330 20.680 -49.230 -47.440 1.00 0.00 W2 O +ATOM 31571 H1 TIP3X1330 21.640 -49.300 -47.450 1.00 0.00 W2 H +ATOM 31572 H2 TIP3X1330 20.510 -48.320 -47.190 1.00 0.00 W2 H +ATOM 31573 OH2 TIP3X1331 24.030 -14.860 -27.280 1.00 0.00 W2 O +ATOM 31574 H1 TIP3X1331 24.590 -15.250 -26.600 1.00 0.00 W2 H +ATOM 31575 H2 TIP3X1331 24.510 -14.100 -27.580 1.00 0.00 W2 H +ATOM 31576 OH2 TIP3X1332 32.490 -25.770 -49.270 1.00 0.00 W2 O +ATOM 31577 H1 TIP3X1332 32.270 -26.540 -49.790 1.00 0.00 W2 H +ATOM 31578 H2 TIP3X1332 31.810 -25.130 -49.490 1.00 0.00 W2 H +ATOM 31579 OH2 TIP3X1333 17.380 -28.410 -27.010 1.00 0.00 W2 O +ATOM 31580 H1 TIP3X1333 16.980 -28.310 -26.140 1.00 0.00 W2 H +ATOM 31581 H2 TIP3X1333 17.550 -29.340 -27.100 1.00 0.00 W2 H +ATOM 31582 OH2 TIP3X1334 4.390 -35.850 37.600 1.00 0.00 W2 O +ATOM 31583 H1 TIP3X1334 3.750 -36.530 37.830 1.00 0.00 W2 H +ATOM 31584 H2 TIP3X1334 5.170 -36.080 38.090 1.00 0.00 W2 H +ATOM 31585 OH2 TIP3X1335 32.710 21.880 -39.500 1.00 0.00 W2 O +ATOM 31586 H1 TIP3X1335 32.700 22.820 -39.580 1.00 0.00 W2 H +ATOM 31587 H2 TIP3X1335 33.490 21.700 -38.960 1.00 0.00 W2 H +ATOM 31588 OH2 TIP3X1336 -2.870 1.540 20.880 1.00 0.00 W2 O +ATOM 31589 H1 TIP3X1336 -2.460 1.350 20.040 1.00 0.00 W2 H +ATOM 31590 H2 TIP3X1336 -3.420 0.800 21.080 1.00 0.00 W2 H +ATOM 31591 OH2 TIP3X1337 -21.000 -9.700 28.560 1.00 0.00 W2 O +ATOM 31592 H1 TIP3X1337 -21.800 -9.280 28.250 1.00 0.00 W2 H +ATOM 31593 H2 TIP3X1337 -21.200 -9.950 29.470 1.00 0.00 W2 H +ATOM 31594 OH2 TIP3X1338 -26.570 9.880 -47.760 1.00 0.00 W2 O +ATOM 31595 H1 TIP3X1338 -27.440 9.660 -47.430 1.00 0.00 W2 H +ATOM 31596 H2 TIP3X1338 -26.130 10.320 -47.030 1.00 0.00 W2 H +ATOM 31597 OH2 TIP3X1339 -39.410 -43.680 -39.660 1.00 0.00 W2 O +ATOM 31598 H1 TIP3X1339 -40.110 -44.330 -39.670 1.00 0.00 W2 H +ATOM 31599 H2 TIP3X1339 -38.990 -43.790 -38.800 1.00 0.00 W2 H +ATOM 31600 OH2 TIP3X1340 1.760 14.740 -38.500 1.00 0.00 W2 O +ATOM 31601 H1 TIP3X1340 1.800 13.810 -38.350 1.00 0.00 W2 H +ATOM 31602 H2 TIP3X1340 2.670 15.030 -38.530 1.00 0.00 W2 H +ATOM 31603 OH2 TIP3X1341 -27.310 19.900 -33.520 1.00 0.00 W2 O +ATOM 31604 H1 TIP3X1341 -27.830 19.550 -34.250 1.00 0.00 W2 H +ATOM 31605 H2 TIP3X1341 -27.960 20.090 -32.850 1.00 0.00 W2 H +ATOM 31606 OH2 TIP3X1342 11.500 33.390 -16.830 1.00 0.00 W2 O +ATOM 31607 H1 TIP3X1342 10.670 32.950 -16.640 1.00 0.00 W2 H +ATOM 31608 H2 TIP3X1342 11.830 32.930 -17.610 1.00 0.00 W2 H +ATOM 31609 OH2 TIP3X1343 42.420 26.830 19.710 1.00 0.00 W2 O +ATOM 31610 H1 TIP3X1343 42.870 26.930 20.560 1.00 0.00 W2 H +ATOM 31611 H2 TIP3X1343 42.990 27.280 19.090 1.00 0.00 W2 H +ATOM 31612 OH2 TIP3X1344 11.440 29.410 -38.850 1.00 0.00 W2 O +ATOM 31613 H1 TIP3X1344 11.500 30.300 -38.520 1.00 0.00 W2 H +ATOM 31614 H2 TIP3X1344 11.620 28.860 -38.080 1.00 0.00 W2 H +ATOM 31615 OH2 TIP3X1345 -41.360 3.220 38.490 1.00 0.00 W2 O +ATOM 31616 H1 TIP3X1345 -40.800 2.470 38.640 1.00 0.00 W2 H +ATOM 31617 H2 TIP3X1345 -41.310 3.720 39.310 1.00 0.00 W2 H +ATOM 31618 OH2 TIP3X1346 43.240 -17.540 26.710 1.00 0.00 W2 O +ATOM 31619 H1 TIP3X1346 43.250 -16.670 27.100 1.00 0.00 W2 H +ATOM 31620 H2 TIP3X1346 42.310 -17.730 26.560 1.00 0.00 W2 H +ATOM 31621 OH2 TIP3X1347 -35.560 -3.790 -18.180 1.00 0.00 W2 O +ATOM 31622 H1 TIP3X1347 -36.390 -4.240 -18.340 1.00 0.00 W2 H +ATOM 31623 H2 TIP3X1347 -35.540 -3.080 -18.810 1.00 0.00 W2 H +ATOM 31624 OH2 TIP3X1348 -4.570 -46.410 -40.550 1.00 0.00 W2 O +ATOM 31625 H1 TIP3X1348 -5.240 -46.820 -40.010 1.00 0.00 W2 H +ATOM 31626 H2 TIP3X1348 -3.770 -46.910 -40.380 1.00 0.00 W2 H +ATOM 31627 OH2 TIP3X1349 11.600 -48.010 21.570 1.00 0.00 W2 O +ATOM 31628 H1 TIP3X1349 10.710 -48.340 21.430 1.00 0.00 W2 H +ATOM 31629 H2 TIP3X1349 12.130 -48.440 20.890 1.00 0.00 W2 H +ATOM 31630 OH2 TIP3X1350 47.130 27.480 -18.990 1.00 0.00 W2 O +ATOM 31631 H1 TIP3X1350 46.510 26.910 -19.460 1.00 0.00 W2 H +ATOM 31632 H2 TIP3X1350 47.530 26.900 -18.340 1.00 0.00 W2 H +ATOM 31633 OH2 TIP3X1351 -28.650 -3.280 19.440 1.00 0.00 W2 O +ATOM 31634 H1 TIP3X1351 -29.350 -2.710 19.740 1.00 0.00 W2 H +ATOM 31635 H2 TIP3X1351 -28.630 -3.170 18.490 1.00 0.00 W2 H +ATOM 31636 OH2 TIP3X1352 1.670 -13.190 37.000 1.00 0.00 W2 O +ATOM 31637 H1 TIP3X1352 1.330 -13.220 36.110 1.00 0.00 W2 H +ATOM 31638 H2 TIP3X1352 1.380 -12.330 37.330 1.00 0.00 W2 H +ATOM 31639 OH2 TIP3X1353 -32.410 -45.980 26.670 1.00 0.00 W2 O +ATOM 31640 H1 TIP3X1353 -31.870 -45.430 26.120 1.00 0.00 W2 H +ATOM 31641 H2 TIP3X1353 -33.180 -46.180 26.130 1.00 0.00 W2 H +ATOM 31642 OH2 TIP3X1354 -40.510 -12.640 32.450 1.00 0.00 W2 O +ATOM 31643 H1 TIP3X1354 -40.960 -12.110 33.110 1.00 0.00 W2 H +ATOM 31644 H2 TIP3X1354 -40.630 -13.550 32.760 1.00 0.00 W2 H +ATOM 31645 OH2 TIP3X1355 -27.420 12.300 -49.820 1.00 0.00 W2 O +ATOM 31646 H1 TIP3X1355 -28.330 12.500 -49.600 1.00 0.00 W2 H +ATOM 31647 H2 TIP3X1355 -27.310 11.390 -49.560 1.00 0.00 W2 H +ATOM 31648 OH2 TIP3X 1 46.020 -3.910 -51.240 1.00 0.00 W3 O +ATOM 31649 H1 TIP3X 1 46.290 -3.020 -51.500 1.00 0.00 W3 H +ATOM 31650 H2 TIP3X 1 46.830 -4.340 -51.000 1.00 0.00 W3 H +ATOM 31651 OH2 TIP3X 2 32.340 -31.950 -31.030 1.00 0.00 W3 O +ATOM 31652 H1 TIP3X 2 32.610 -31.060 -30.800 1.00 0.00 W3 H +ATOM 31653 H2 TIP3X 2 31.560 -31.840 -31.570 1.00 0.00 W3 H +ATOM 31654 OH2 TIP3X 3 -40.430 -28.120 -19.770 1.00 0.00 W3 O +ATOM 31655 H1 TIP3X 3 -40.630 -27.300 -20.210 1.00 0.00 W3 H +ATOM 31656 H2 TIP3X 3 -40.180 -28.720 -20.470 1.00 0.00 W3 H +ATOM 31657 OH2 TIP3X 4 -27.310 -3.950 -41.710 1.00 0.00 W3 O +ATOM 31658 H1 TIP3X 4 -27.470 -3.300 -41.030 1.00 0.00 W3 H +ATOM 31659 H2 TIP3X 4 -28.140 -4.420 -41.800 1.00 0.00 W3 H +ATOM 31660 OH2 TIP3X 5 34.730 23.110 -22.750 1.00 0.00 W3 O +ATOM 31661 H1 TIP3X 5 34.880 23.470 -21.880 1.00 0.00 W3 H +ATOM 31662 H2 TIP3X 5 34.960 23.810 -23.360 1.00 0.00 W3 H +ATOM 31663 OH2 TIP3X 6 26.030 -42.410 -27.810 1.00 0.00 W3 O +ATOM 31664 H1 TIP3X 6 25.530 -43.100 -28.260 1.00 0.00 W3 H +ATOM 31665 H2 TIP3X 6 25.580 -41.590 -28.040 1.00 0.00 W3 H +ATOM 31666 OH2 TIP3X 7 -3.140 34.810 29.940 1.00 0.00 W3 O +ATOM 31667 H1 TIP3X 7 -3.180 34.630 30.880 1.00 0.00 W3 H +ATOM 31668 H2 TIP3X 7 -4.030 35.050 29.700 1.00 0.00 W3 H +ATOM 31669 OH2 TIP3X 8 -39.570 17.510 -10.300 1.00 0.00 W3 O +ATOM 31670 H1 TIP3X 8 -39.760 17.680 -9.380 1.00 0.00 W3 H +ATOM 31671 H2 TIP3X 8 -38.650 17.760 -10.400 1.00 0.00 W3 H +ATOM 31672 OH2 TIP3X 9 -39.050 2.970 -28.810 1.00 0.00 W3 O +ATOM 31673 H1 TIP3X 9 -39.580 2.550 -29.490 1.00 0.00 W3 H +ATOM 31674 H2 TIP3X 9 -39.350 3.880 -28.800 1.00 0.00 W3 H +ATOM 31675 OH2 TIP3X 10 -14.800 -42.410 -21.110 1.00 0.00 W3 O +ATOM 31676 H1 TIP3X 10 -14.320 -43.160 -20.760 1.00 0.00 W3 H +ATOM 31677 H2 TIP3X 10 -14.170 -41.970 -21.690 1.00 0.00 W3 H +ATOM 31678 OH2 TIP3X 11 -27.790 -5.980 16.880 1.00 0.00 W3 O +ATOM 31679 H1 TIP3X 11 -27.510 -6.750 16.370 1.00 0.00 W3 H +ATOM 31680 H2 TIP3X 11 -28.440 -6.330 17.500 1.00 0.00 W3 H +ATOM 31681 OH2 TIP3X 12 -21.650 17.770 33.770 1.00 0.00 W3 O +ATOM 31682 H1 TIP3X 12 -20.890 18.350 33.780 1.00 0.00 W3 H +ATOM 31683 H2 TIP3X 12 -22.170 18.060 33.010 1.00 0.00 W3 H +ATOM 31684 OH2 TIP3X 13 -15.010 32.030 36.770 1.00 0.00 W3 O +ATOM 31685 H1 TIP3X 13 -14.070 32.070 36.900 1.00 0.00 W3 H +ATOM 31686 H2 TIP3X 13 -15.330 32.910 36.970 1.00 0.00 W3 H +ATOM 31687 OH2 TIP3X 14 19.480 -31.180 -41.490 1.00 0.00 W3 O +ATOM 31688 H1 TIP3X 14 19.740 -30.670 -42.260 1.00 0.00 W3 H +ATOM 31689 H2 TIP3X 14 20.110 -30.940 -40.820 1.00 0.00 W3 H +ATOM 31690 OH2 TIP3X 15 21.660 -39.350 -26.070 1.00 0.00 W3 O +ATOM 31691 H1 TIP3X 15 20.760 -39.120 -25.840 1.00 0.00 W3 H +ATOM 31692 H2 TIP3X 15 22.090 -39.520 -25.240 1.00 0.00 W3 H +ATOM 31693 OH2 TIP3X 16 -17.990 -20.730 29.030 1.00 0.00 W3 O +ATOM 31694 H1 TIP3X 16 -18.850 -20.650 28.620 1.00 0.00 W3 H +ATOM 31695 H2 TIP3X 16 -17.720 -21.630 28.870 1.00 0.00 W3 H +ATOM 31696 OH2 TIP3X 17 -33.830 21.150 -31.260 1.00 0.00 W3 O +ATOM 31697 H1 TIP3X 17 -33.220 20.890 -31.950 1.00 0.00 W3 H +ATOM 31698 H2 TIP3X 17 -34.660 21.330 -31.730 1.00 0.00 W3 H +ATOM 31699 OH2 TIP3X 18 -8.680 -48.060 -29.420 1.00 0.00 W3 O +ATOM 31700 H1 TIP3X 18 -8.620 -48.110 -30.370 1.00 0.00 W3 H +ATOM 31701 H2 TIP3X 18 -8.340 -48.900 -29.110 1.00 0.00 W3 H +ATOM 31702 OH2 TIP3X 19 -11.420 -24.130 -40.500 1.00 0.00 W3 O +ATOM 31703 H1 TIP3X 19 -10.540 -24.480 -40.330 1.00 0.00 W3 H +ATOM 31704 H2 TIP3X 19 -11.700 -23.760 -39.660 1.00 0.00 W3 H +ATOM 31705 OH2 TIP3X 20 8.520 21.650 -39.290 1.00 0.00 W3 O +ATOM 31706 H1 TIP3X 20 9.270 22.090 -38.900 1.00 0.00 W3 H +ATOM 31707 H2 TIP3X 20 7.770 22.020 -38.840 1.00 0.00 W3 H +ATOM 31708 OH2 TIP3X 21 -11.430 16.230 -42.370 1.00 0.00 W3 O +ATOM 31709 H1 TIP3X 21 -10.570 16.550 -42.640 1.00 0.00 W3 H +ATOM 31710 H2 TIP3X 21 -12.030 16.580 -43.010 1.00 0.00 W3 H +ATOM 31711 OH2 TIP3X 22 8.660 -27.050 -43.440 1.00 0.00 W3 O +ATOM 31712 H1 TIP3X 22 7.870 -27.050 -43.980 1.00 0.00 W3 H +ATOM 31713 H2 TIP3X 22 9.170 -27.790 -43.750 1.00 0.00 W3 H +ATOM 31714 OH2 TIP3X 23 11.000 6.700 -25.170 1.00 0.00 W3 O +ATOM 31715 H1 TIP3X 23 11.500 7.310 -25.710 1.00 0.00 W3 H +ATOM 31716 H2 TIP3X 23 10.950 5.900 -25.690 1.00 0.00 W3 H +ATOM 31717 OH2 TIP3X 24 -30.160 -2.360 -42.730 1.00 0.00 W3 O +ATOM 31718 H1 TIP3X 24 -31.010 -2.740 -42.910 1.00 0.00 W3 H +ATOM 31719 H2 TIP3X 24 -30.220 -2.020 -41.830 1.00 0.00 W3 H +ATOM 31720 OH2 TIP3X 25 -13.130 -24.720 23.730 1.00 0.00 W3 O +ATOM 31721 H1 TIP3X 25 -13.240 -24.050 24.410 1.00 0.00 W3 H +ATOM 31722 H2 TIP3X 25 -13.570 -25.490 24.090 1.00 0.00 W3 H +ATOM 31723 OH2 TIP3X 26 -18.960 3.810 -22.210 1.00 0.00 W3 O +ATOM 31724 H1 TIP3X 26 -19.910 3.780 -22.310 1.00 0.00 W3 H +ATOM 31725 H2 TIP3X 26 -18.700 2.900 -22.070 1.00 0.00 W3 H +ATOM 31726 OH2 TIP3X 27 44.380 16.120 -20.160 1.00 0.00 W3 O +ATOM 31727 H1 TIP3X 27 43.810 16.870 -20.310 1.00 0.00 W3 H +ATOM 31728 H2 TIP3X 27 44.780 15.940 -21.010 1.00 0.00 W3 H +ATOM 31729 OH2 TIP3X 28 -8.060 -19.000 24.120 1.00 0.00 W3 O +ATOM 31730 H1 TIP3X 28 -7.200 -18.600 24.270 1.00 0.00 W3 H +ATOM 31731 H2 TIP3X 28 -8.300 -18.730 23.240 1.00 0.00 W3 H +ATOM 31732 OH2 TIP3X 29 45.720 -24.140 -34.530 1.00 0.00 W3 O +ATOM 31733 H1 TIP3X 29 45.610 -24.170 -33.590 1.00 0.00 W3 H +ATOM 31734 H2 TIP3X 29 44.880 -23.810 -34.870 1.00 0.00 W3 H +ATOM 31735 OH2 TIP3X 30 -19.890 -6.050 -43.820 1.00 0.00 W3 O +ATOM 31736 H1 TIP3X 30 -20.810 -5.800 -43.870 1.00 0.00 W3 H +ATOM 31737 H2 TIP3X 30 -19.740 -6.200 -42.890 1.00 0.00 W3 H +ATOM 31738 OH2 TIP3X 31 32.830 14.860 -35.570 1.00 0.00 W3 O +ATOM 31739 H1 TIP3X 31 33.650 15.080 -35.140 1.00 0.00 W3 H +ATOM 31740 H2 TIP3X 31 32.930 13.940 -35.810 1.00 0.00 W3 H +ATOM 31741 OH2 TIP3X 32 29.180 34.480 21.990 1.00 0.00 W3 O +ATOM 31742 H1 TIP3X 32 28.830 34.810 22.810 1.00 0.00 W3 H +ATOM 31743 H2 TIP3X 32 28.970 33.550 22.000 1.00 0.00 W3 H +ATOM 31744 OH2 TIP3X 33 -32.980 2.020 28.420 1.00 0.00 W3 O +ATOM 31745 H1 TIP3X 33 -33.520 2.630 28.910 1.00 0.00 W3 H +ATOM 31746 H2 TIP3X 33 -33.260 1.160 28.720 1.00 0.00 W3 H +ATOM 31747 OH2 TIP3X 34 -37.830 33.780 27.820 1.00 0.00 W3 O +ATOM 31748 H1 TIP3X 34 -38.320 33.600 27.020 1.00 0.00 W3 H +ATOM 31749 H2 TIP3X 34 -38.100 33.070 28.430 1.00 0.00 W3 H +ATOM 31750 OH2 TIP3X 35 -10.950 -48.110 33.750 1.00 0.00 W3 O +ATOM 31751 H1 TIP3X 35 -10.590 -47.390 33.240 1.00 0.00 W3 H +ATOM 31752 H2 TIP3X 35 -10.630 -47.940 34.640 1.00 0.00 W3 H +ATOM 31753 OH2 TIP3X 36 30.870 -9.290 35.320 1.00 0.00 W3 O +ATOM 31754 H1 TIP3X 36 30.010 -9.640 35.100 1.00 0.00 W3 H +ATOM 31755 H2 TIP3X 36 31.280 -9.100 34.470 1.00 0.00 W3 H +ATOM 31756 OH2 TIP3X 37 36.530 -48.390 -33.020 1.00 0.00 W3 O +ATOM 31757 H1 TIP3X 37 36.800 -48.110 -33.900 1.00 0.00 W3 H +ATOM 31758 H2 TIP3X 37 35.600 -48.170 -32.970 1.00 0.00 W3 H +ATOM 31759 OH2 TIP3X 38 40.010 -42.200 -37.010 1.00 0.00 W3 O +ATOM 31760 H1 TIP3X 38 39.950 -41.480 -37.630 1.00 0.00 W3 H +ATOM 31761 H2 TIP3X 38 39.440 -42.880 -37.380 1.00 0.00 W3 H +ATOM 31762 OH2 TIP3X 39 3.710 -39.320 36.220 1.00 0.00 W3 O +ATOM 31763 H1 TIP3X 39 4.580 -38.960 36.020 1.00 0.00 W3 H +ATOM 31764 H2 TIP3X 39 3.500 -39.000 37.090 1.00 0.00 W3 H +ATOM 31765 OH2 TIP3X 40 -17.940 37.750 20.690 1.00 0.00 W3 O +ATOM 31766 H1 TIP3X 40 -18.460 36.930 20.720 1.00 0.00 W3 H +ATOM 31767 H2 TIP3X 40 -17.960 38.070 21.590 1.00 0.00 W3 H +ATOM 31768 OH2 TIP3X 41 40.050 17.920 -29.140 1.00 0.00 W3 O +ATOM 31769 H1 TIP3X 41 40.110 18.660 -29.730 1.00 0.00 W3 H +ATOM 31770 H2 TIP3X 41 40.390 18.240 -28.310 1.00 0.00 W3 H +ATOM 31771 OH2 TIP3X 42 9.320 -44.230 32.500 1.00 0.00 W3 O +ATOM 31772 H1 TIP3X 42 9.250 -44.880 31.790 1.00 0.00 W3 H +ATOM 31773 H2 TIP3X 42 8.920 -43.440 32.130 1.00 0.00 W3 H +ATOM 31774 OH2 TIP3X 43 -6.650 -28.170 -31.260 1.00 0.00 W3 O +ATOM 31775 H1 TIP3X 43 -7.580 -28.330 -31.440 1.00 0.00 W3 H +ATOM 31776 H2 TIP3X 43 -6.280 -27.870 -32.090 1.00 0.00 W3 H +ATOM 31777 OH2 TIP3X 44 -19.160 29.770 20.850 1.00 0.00 W3 O +ATOM 31778 H1 TIP3X 44 -18.400 29.420 21.320 1.00 0.00 W3 H +ATOM 31779 H2 TIP3X 44 -18.790 30.430 20.250 1.00 0.00 W3 H +ATOM 31780 OH2 TIP3X 45 1.190 17.590 38.810 1.00 0.00 W3 O +ATOM 31781 H1 TIP3X 45 0.720 17.080 39.470 1.00 0.00 W3 H +ATOM 31782 H2 TIP3X 45 0.520 18.120 38.390 1.00 0.00 W3 H +ATOM 31783 OH2 TIP3X 46 23.740 -1.600 -39.880 1.00 0.00 W3 O +ATOM 31784 H1 TIP3X 46 24.580 -2.060 -39.960 1.00 0.00 W3 H +ATOM 31785 H2 TIP3X 46 23.130 -2.280 -39.600 1.00 0.00 W3 H +ATOM 31786 OH2 TIP3X 47 -22.120 -48.500 34.500 1.00 0.00 W3 O +ATOM 31787 H1 TIP3X 47 -23.060 -48.690 34.520 1.00 0.00 W3 H +ATOM 31788 H2 TIP3X 47 -22.060 -47.600 34.210 1.00 0.00 W3 H +ATOM 31789 OH2 TIP3X 48 -18.000 -23.530 -30.800 1.00 0.00 W3 O +ATOM 31790 H1 TIP3X 48 -17.760 -22.820 -31.380 1.00 0.00 W3 H +ATOM 31791 H2 TIP3X 48 -18.910 -23.720 -31.010 1.00 0.00 W3 H +ATOM 31792 OH2 TIP3X 49 3.820 32.630 -42.770 1.00 0.00 W3 O +ATOM 31793 H1 TIP3X 49 3.330 32.160 -43.430 1.00 0.00 W3 H +ATOM 31794 H2 TIP3X 49 3.170 33.010 -42.180 1.00 0.00 W3 H +ATOM 31795 OH2 TIP3X 50 -35.020 38.310 40.060 1.00 0.00 W3 O +ATOM 31796 H1 TIP3X 50 -34.610 39.150 40.240 1.00 0.00 W3 H +ATOM 31797 H2 TIP3X 50 -35.780 38.530 39.510 1.00 0.00 W3 H +ATOM 31798 OH2 TIP3X 51 -5.410 -34.550 33.650 1.00 0.00 W3 O +ATOM 31799 H1 TIP3X 51 -5.430 -35.050 34.470 1.00 0.00 W3 H +ATOM 31800 H2 TIP3X 51 -6.180 -33.980 33.720 1.00 0.00 W3 H +ATOM 31801 OH2 TIP3X 52 -43.580 38.260 -26.330 1.00 0.00 W3 O +ATOM 31802 H1 TIP3X 52 -43.200 38.490 -25.480 1.00 0.00 W3 H +ATOM 31803 H2 TIP3X 52 -43.810 37.340 -26.250 1.00 0.00 W3 H +ATOM 31804 OH2 TIP3X 53 -8.070 -9.690 -32.860 1.00 0.00 W3 O +ATOM 31805 H1 TIP3X 53 -8.720 -9.150 -33.330 1.00 0.00 W3 H +ATOM 31806 H2 TIP3X 53 -7.470 -9.970 -33.540 1.00 0.00 W3 H +ATOM 31807 OH2 TIP3X 54 -29.830 -38.370 -37.950 1.00 0.00 W3 O +ATOM 31808 H1 TIP3X 54 -30.460 -38.830 -37.400 1.00 0.00 W3 H +ATOM 31809 H2 TIP3X 54 -30.310 -38.130 -38.740 1.00 0.00 W3 H +ATOM 31810 OH2 TIP3X 55 38.170 -28.410 -49.300 1.00 0.00 W3 O +ATOM 31811 H1 TIP3X 55 39.080 -28.700 -49.340 1.00 0.00 W3 H +ATOM 31812 H2 TIP3X 55 38.050 -28.160 -48.370 1.00 0.00 W3 H +ATOM 31813 OH2 TIP3X 56 16.430 -31.510 13.640 1.00 0.00 W3 O +ATOM 31814 H1 TIP3X 56 16.610 -31.640 14.570 1.00 0.00 W3 H +ATOM 31815 H2 TIP3X 56 15.760 -30.830 13.620 1.00 0.00 W3 H +ATOM 31816 OH2 TIP3X 57 36.930 -0.860 35.910 1.00 0.00 W3 O +ATOM 31817 H1 TIP3X 57 36.930 -0.620 34.980 1.00 0.00 W3 H +ATOM 31818 H2 TIP3X 57 37.240 -1.760 35.940 1.00 0.00 W3 H +ATOM 31819 OH2 TIP3X 58 -12.800 -33.770 -43.150 1.00 0.00 W3 O +ATOM 31820 H1 TIP3X 58 -12.330 -33.920 -42.320 1.00 0.00 W3 H +ATOM 31821 H2 TIP3X 58 -13.620 -33.370 -42.900 1.00 0.00 W3 H +ATOM 31822 OH2 TIP3X 59 21.120 6.190 -33.060 1.00 0.00 W3 O +ATOM 31823 H1 TIP3X 59 20.490 5.930 -32.390 1.00 0.00 W3 H +ATOM 31824 H2 TIP3X 59 21.860 5.600 -32.950 1.00 0.00 W3 H +ATOM 31825 OH2 TIP3X 60 -23.680 -33.380 30.300 1.00 0.00 W3 O +ATOM 31826 H1 TIP3X 60 -23.260 -32.960 29.540 1.00 0.00 W3 H +ATOM 31827 H2 TIP3X 60 -24.620 -33.340 30.120 1.00 0.00 W3 H +ATOM 31828 OH2 TIP3X 61 44.950 -40.290 -18.790 1.00 0.00 W3 O +ATOM 31829 H1 TIP3X 61 44.050 -40.610 -18.770 1.00 0.00 W3 H +ATOM 31830 H2 TIP3X 61 45.020 -39.850 -19.640 1.00 0.00 W3 H +ATOM 31831 OH2 TIP3X 62 -44.890 -45.670 -18.270 1.00 0.00 W3 O +ATOM 31832 H1 TIP3X 62 -44.460 -45.460 -19.100 1.00 0.00 W3 H +ATOM 31833 H2 TIP3X 62 -44.800 -44.880 -17.740 1.00 0.00 W3 H +ATOM 31834 OH2 TIP3X 63 33.160 -9.810 -45.490 1.00 0.00 W3 O +ATOM 31835 H1 TIP3X 63 32.360 -9.310 -45.310 1.00 0.00 W3 H +ATOM 31836 H2 TIP3X 63 33.160 -9.950 -46.450 1.00 0.00 W3 H +ATOM 31837 OH2 TIP3X 64 -2.990 17.890 -38.710 1.00 0.00 W3 O +ATOM 31838 H1 TIP3X 64 -2.220 17.930 -38.130 1.00 0.00 W3 H +ATOM 31839 H2 TIP3X 64 -2.730 18.420 -39.460 1.00 0.00 W3 H +ATOM 31840 OH2 TIP3X 65 -43.990 -47.050 -30.170 1.00 0.00 W3 O +ATOM 31841 H1 TIP3X 65 -43.100 -46.800 -29.900 1.00 0.00 W3 H +ATOM 31842 H2 TIP3X 65 -43.850 -47.570 -30.970 1.00 0.00 W3 H +ATOM 31843 OH2 TIP3X 66 33.050 17.180 33.230 1.00 0.00 W3 O +ATOM 31844 H1 TIP3X 66 32.850 17.110 34.170 1.00 0.00 W3 H +ATOM 31845 H2 TIP3X 66 32.460 16.550 32.820 1.00 0.00 W3 H +ATOM 31846 OH2 TIP3X 67 -15.230 28.910 -31.690 1.00 0.00 W3 O +ATOM 31847 H1 TIP3X 67 -15.530 29.540 -32.340 1.00 0.00 W3 H +ATOM 31848 H2 TIP3X 67 -14.910 28.170 -32.190 1.00 0.00 W3 H +ATOM 31849 OH2 TIP3X 68 19.870 39.680 -27.050 1.00 0.00 W3 O +ATOM 31850 H1 TIP3X 68 19.940 38.910 -26.490 1.00 0.00 W3 H +ATOM 31851 H2 TIP3X 68 20.450 39.500 -27.790 1.00 0.00 W3 H +ATOM 31852 OH2 TIP3X 69 45.660 -3.870 28.020 1.00 0.00 W3 O +ATOM 31853 H1 TIP3X 69 46.340 -3.910 28.700 1.00 0.00 W3 H +ATOM 31854 H2 TIP3X 69 44.990 -3.290 28.400 1.00 0.00 W3 H +ATOM 31855 OH2 TIP3X 70 25.260 -11.710 29.430 1.00 0.00 W3 O +ATOM 31856 H1 TIP3X 70 25.210 -12.110 28.560 1.00 0.00 W3 H +ATOM 31857 H2 TIP3X 70 24.550 -12.130 29.920 1.00 0.00 W3 H +ATOM 31858 OH2 TIP3X 71 -29.280 -6.220 27.230 1.00 0.00 W3 O +ATOM 31859 H1 TIP3X 71 -29.510 -5.820 26.400 1.00 0.00 W3 H +ATOM 31860 H2 TIP3X 71 -29.650 -7.100 27.180 1.00 0.00 W3 H +ATOM 31861 OH2 TIP3X 72 -1.030 6.890 -43.410 1.00 0.00 W3 O +ATOM 31862 H1 TIP3X 72 -1.260 6.570 -42.540 1.00 0.00 W3 H +ATOM 31863 H2 TIP3X 72 -1.860 6.950 -43.880 1.00 0.00 W3 H +ATOM 31864 OH2 TIP3X 73 -7.520 -17.610 39.330 1.00 0.00 W3 O +ATOM 31865 H1 TIP3X 73 -7.310 -18.440 38.900 1.00 0.00 W3 H +ATOM 31866 H2 TIP3X 73 -7.250 -16.940 38.700 1.00 0.00 W3 H +ATOM 31867 OH2 TIP3X 74 6.730 2.870 32.940 1.00 0.00 W3 O +ATOM 31868 H1 TIP3X 74 6.170 2.480 33.610 1.00 0.00 W3 H +ATOM 31869 H2 TIP3X 74 7.500 2.300 32.900 1.00 0.00 W3 H +ATOM 31870 OH2 TIP3X 75 -44.560 40.330 -33.040 1.00 0.00 W3 O +ATOM 31871 H1 TIP3X 75 -44.110 39.500 -32.920 1.00 0.00 W3 H +ATOM 31872 H2 TIP3X 75 -44.090 40.950 -32.490 1.00 0.00 W3 H +ATOM 31873 OH2 TIP3X 76 -18.830 -12.930 -40.320 1.00 0.00 W3 O +ATOM 31874 H1 TIP3X 76 -19.690 -12.580 -40.100 1.00 0.00 W3 H +ATOM 31875 H2 TIP3X 76 -18.550 -12.430 -41.090 1.00 0.00 W3 H +ATOM 31876 OH2 TIP3X 77 -1.000 -3.990 17.330 1.00 0.00 W3 O +ATOM 31877 H1 TIP3X 77 -0.960 -3.150 16.880 1.00 0.00 W3 H +ATOM 31878 H2 TIP3X 77 -1.450 -3.810 18.160 1.00 0.00 W3 H +ATOM 31879 OH2 TIP3X 78 -43.860 -28.040 -48.490 1.00 0.00 W3 O +ATOM 31880 H1 TIP3X 78 -44.290 -27.200 -48.650 1.00 0.00 W3 H +ATOM 31881 H2 TIP3X 78 -44.520 -28.550 -48.010 1.00 0.00 W3 H +ATOM 31882 OH2 TIP3X 79 -42.590 -25.170 32.240 1.00 0.00 W3 O +ATOM 31883 H1 TIP3X 79 -41.630 -25.160 32.210 1.00 0.00 W3 H +ATOM 31884 H2 TIP3X 79 -42.810 -26.030 31.870 1.00 0.00 W3 H +ATOM 31885 OH2 TIP3X 80 8.580 7.820 -43.880 1.00 0.00 W3 O +ATOM 31886 H1 TIP3X 80 9.000 7.660 -43.040 1.00 0.00 W3 H +ATOM 31887 H2 TIP3X 80 9.130 7.360 -44.520 1.00 0.00 W3 H +ATOM 31888 OH2 TIP3X 81 45.600 -33.120 34.700 1.00 0.00 W3 O +ATOM 31889 H1 TIP3X 81 45.590 -33.870 34.100 1.00 0.00 W3 H +ATOM 31890 H2 TIP3X 81 45.090 -33.420 35.450 1.00 0.00 W3 H +ATOM 31891 OH2 TIP3X 82 1.900 -11.630 -41.510 1.00 0.00 W3 O +ATOM 31892 H1 TIP3X 82 1.520 -10.860 -41.920 1.00 0.00 W3 H +ATOM 31893 H2 TIP3X 82 1.610 -12.360 -42.050 1.00 0.00 W3 H +ATOM 31894 OH2 TIP3X 83 36.490 31.320 27.980 1.00 0.00 W3 O +ATOM 31895 H1 TIP3X 83 37.070 30.840 27.400 1.00 0.00 W3 H +ATOM 31896 H2 TIP3X 83 36.280 30.700 28.690 1.00 0.00 W3 H +ATOM 31897 OH2 TIP3X 84 -13.990 -7.000 32.660 1.00 0.00 W3 O +ATOM 31898 H1 TIP3X 84 -13.060 -6.840 32.820 1.00 0.00 W3 H +ATOM 31899 H2 TIP3X 84 -14.010 -7.900 32.320 1.00 0.00 W3 H +ATOM 31900 OH2 TIP3X 85 37.680 -20.670 -35.660 1.00 0.00 W3 O +ATOM 31901 H1 TIP3X 85 38.210 -19.940 -35.990 1.00 0.00 W3 H +ATOM 31902 H2 TIP3X 85 37.540 -21.230 -36.420 1.00 0.00 W3 H +ATOM 31903 OH2 TIP3X 86 -34.450 35.880 -44.500 1.00 0.00 W3 O +ATOM 31904 H1 TIP3X 86 -34.100 35.690 -45.370 1.00 0.00 W3 H +ATOM 31905 H2 TIP3X 86 -35.060 36.610 -44.640 1.00 0.00 W3 H +ATOM 31906 OH2 TIP3X 87 8.660 0.590 21.440 1.00 0.00 W3 O +ATOM 31907 H1 TIP3X 87 8.880 0.480 20.510 1.00 0.00 W3 H +ATOM 31908 H2 TIP3X 87 8.370 -0.280 21.730 1.00 0.00 W3 H +ATOM 31909 OH2 TIP3X 88 21.920 14.180 -17.460 1.00 0.00 W3 O +ATOM 31910 H1 TIP3X 88 22.130 14.920 -18.020 1.00 0.00 W3 H +ATOM 31911 H2 TIP3X 88 20.960 14.190 -17.410 1.00 0.00 W3 H +ATOM 31912 OH2 TIP3X 89 -11.150 17.750 38.080 1.00 0.00 W3 O +ATOM 31913 H1 TIP3X 89 -10.250 17.790 38.400 1.00 0.00 W3 H +ATOM 31914 H2 TIP3X 89 -11.640 18.340 38.660 1.00 0.00 W3 H +ATOM 31915 OH2 TIP3X 90 3.290 36.120 -29.060 1.00 0.00 W3 O +ATOM 31916 H1 TIP3X 90 3.660 36.040 -29.940 1.00 0.00 W3 H +ATOM 31917 H2 TIP3X 90 3.130 35.220 -28.790 1.00 0.00 W3 H +ATOM 31918 OH2 TIP3X 91 -2.940 18.390 39.390 1.00 0.00 W3 O +ATOM 31919 H1 TIP3X 91 -3.370 18.030 38.620 1.00 0.00 W3 H +ATOM 31920 H2 TIP3X 91 -2.010 18.210 39.260 1.00 0.00 W3 H +ATOM 31921 OH2 TIP3X 92 -23.270 5.610 -23.610 1.00 0.00 W3 O +ATOM 31922 H1 TIP3X 92 -23.500 6.400 -24.120 1.00 0.00 W3 H +ATOM 31923 H2 TIP3X 92 -23.790 4.920 -24.020 1.00 0.00 W3 H +ATOM 31924 OH2 TIP3X 93 -29.650 -31.950 36.180 1.00 0.00 W3 O +ATOM 31925 H1 TIP3X 93 -29.070 -32.710 36.220 1.00 0.00 W3 H +ATOM 31926 H2 TIP3X 93 -29.870 -31.840 35.260 1.00 0.00 W3 H +ATOM 31927 OH2 TIP3X 94 31.850 -42.480 -38.330 1.00 0.00 W3 O +ATOM 31928 H1 TIP3X 94 31.730 -43.430 -38.220 1.00 0.00 W3 H +ATOM 31929 H2 TIP3X 94 31.510 -42.300 -39.210 1.00 0.00 W3 H +ATOM 31930 OH2 TIP3X 95 7.150 -44.130 -34.730 1.00 0.00 W3 O +ATOM 31931 H1 TIP3X 95 6.580 -44.700 -34.210 1.00 0.00 W3 H +ATOM 31932 H2 TIP3X 95 7.460 -43.480 -34.110 1.00 0.00 W3 H +ATOM 31933 OH2 TIP3X 96 45.200 1.520 -26.360 1.00 0.00 W3 O +ATOM 31934 H1 TIP3X 96 45.930 1.690 -26.940 1.00 0.00 W3 H +ATOM 31935 H2 TIP3X 96 44.700 2.330 -26.330 1.00 0.00 W3 H +ATOM 31936 OH2 TIP3X 97 14.390 15.520 -25.140 1.00 0.00 W3 O +ATOM 31937 H1 TIP3X 97 14.210 16.440 -24.960 1.00 0.00 W3 H +ATOM 31938 H2 TIP3X 97 13.730 15.260 -25.780 1.00 0.00 W3 H +ATOM 31939 OH2 TIP3X 98 -42.710 4.660 -15.530 1.00 0.00 W3 O +ATOM 31940 H1 TIP3X 98 -42.700 3.720 -15.610 1.00 0.00 W3 H +ATOM 31941 H2 TIP3X 98 -42.030 4.850 -14.880 1.00 0.00 W3 H +ATOM 31942 OH2 TIP3X 99 21.400 30.140 -33.730 1.00 0.00 W3 O +ATOM 31943 H1 TIP3X 99 21.530 31.030 -33.400 1.00 0.00 W3 H +ATOM 31944 H2 TIP3X 99 21.210 30.270 -34.660 1.00 0.00 W3 H +ATOM 31945 OH2 TIP3X 100 7.720 -7.500 -44.690 1.00 0.00 W3 O +ATOM 31946 H1 TIP3X 100 8.380 -6.860 -44.400 1.00 0.00 W3 H +ATOM 31947 H2 TIP3X 100 8.080 -7.820 -45.520 1.00 0.00 W3 H +ATOM 31948 OH2 TIP3X 101 3.160 -36.240 -33.460 1.00 0.00 W3 O +ATOM 31949 H1 TIP3X 101 2.500 -36.870 -33.720 1.00 0.00 W3 H +ATOM 31950 H2 TIP3X 101 3.770 -36.730 -32.920 1.00 0.00 W3 H +ATOM 31951 OH2 TIP3X 102 -0.100 -0.630 -34.250 1.00 0.00 W3 O +ATOM 31952 H1 TIP3X 102 -0.990 -0.380 -34.500 1.00 0.00 W3 H +ATOM 31953 H2 TIP3X 102 -0.180 -0.930 -33.340 1.00 0.00 W3 H +ATOM 31954 OH2 TIP3X 103 30.710 -19.410 -43.710 1.00 0.00 W3 O +ATOM 31955 H1 TIP3X 103 30.850 -19.400 -44.650 1.00 0.00 W3 H +ATOM 31956 H2 TIP3X 103 31.580 -19.250 -43.330 1.00 0.00 W3 H +ATOM 31957 OH2 TIP3X 104 -43.410 -17.490 27.040 1.00 0.00 W3 O +ATOM 31958 H1 TIP3X 104 -44.240 -17.680 27.490 1.00 0.00 W3 H +ATOM 31959 H2 TIP3X 104 -42.850 -17.110 27.730 1.00 0.00 W3 H +ATOM 31960 OH2 TIP3X 105 -0.380 -8.710 24.010 1.00 0.00 W3 O +ATOM 31961 H1 TIP3X 105 -1.300 -8.610 23.800 1.00 0.00 W3 H +ATOM 31962 H2 TIP3X 105 -0.180 -9.620 23.790 1.00 0.00 W3 H +ATOM 31963 OH2 TIP3X 106 10.990 -33.340 18.320 1.00 0.00 W3 O +ATOM 31964 H1 TIP3X 106 11.650 -32.690 18.090 1.00 0.00 W3 H +ATOM 31965 H2 TIP3X 106 10.150 -32.860 18.280 1.00 0.00 W3 H +ATOM 31966 OH2 TIP3X 107 43.990 31.690 39.260 1.00 0.00 W3 O +ATOM 31967 H1 TIP3X 107 44.870 31.350 39.460 1.00 0.00 W3 H +ATOM 31968 H2 TIP3X 107 44.050 32.620 39.470 1.00 0.00 W3 H +ATOM 31969 OH2 TIP3X 108 -1.390 25.330 -46.140 1.00 0.00 W3 O +ATOM 31970 H1 TIP3X 108 -1.070 25.960 -46.770 1.00 0.00 W3 H +ATOM 31971 H2 TIP3X 108 -2.280 25.620 -45.930 1.00 0.00 W3 H +ATOM 31972 OH2 TIP3X 109 -14.790 32.540 22.370 1.00 0.00 W3 O +ATOM 31973 H1 TIP3X 109 -15.710 32.450 22.660 1.00 0.00 W3 H +ATOM 31974 H2 TIP3X 109 -14.710 31.930 21.650 1.00 0.00 W3 H +ATOM 31975 OH2 TIP3X 110 35.870 5.560 -17.700 1.00 0.00 W3 O +ATOM 31976 H1 TIP3X 110 35.230 6.070 -18.190 1.00 0.00 W3 H +ATOM 31977 H2 TIP3X 110 36.040 6.090 -16.910 1.00 0.00 W3 H +ATOM 31978 OH2 TIP3X 111 14.460 -35.070 -29.580 1.00 0.00 W3 O +ATOM 31979 H1 TIP3X 111 13.890 -35.800 -29.820 1.00 0.00 W3 H +ATOM 31980 H2 TIP3X 111 14.700 -35.240 -28.670 1.00 0.00 W3 H +ATOM 31981 OH2 TIP3X 112 -2.420 -49.710 -25.760 1.00 0.00 W3 O +ATOM 31982 H1 TIP3X 112 -2.930 -49.180 -26.370 1.00 0.00 W3 H +ATOM 31983 H2 TIP3X 112 -2.420 -50.580 -26.120 1.00 0.00 W3 H +ATOM 31984 OH2 TIP3X 113 -20.070 35.930 34.660 1.00 0.00 W3 O +ATOM 31985 H1 TIP3X 113 -19.780 35.390 33.920 1.00 0.00 W3 H +ATOM 31986 H2 TIP3X 113 -19.700 36.790 34.490 1.00 0.00 W3 H +ATOM 31987 OH2 TIP3X 114 -14.020 32.530 29.530 1.00 0.00 W3 O +ATOM 31988 H1 TIP3X 114 -14.300 33.440 29.550 1.00 0.00 W3 H +ATOM 31989 H2 TIP3X 114 -14.620 32.060 30.100 1.00 0.00 W3 H +ATOM 31990 OH2 TIP3X 115 22.260 12.900 -32.940 1.00 0.00 W3 O +ATOM 31991 H1 TIP3X 115 22.940 13.050 -32.270 1.00 0.00 W3 H +ATOM 31992 H2 TIP3X 115 22.520 13.460 -33.660 1.00 0.00 W3 H +ATOM 31993 OH2 TIP3X 116 -19.460 -29.650 24.080 1.00 0.00 W3 O +ATOM 31994 H1 TIP3X 116 -19.590 -28.700 24.080 1.00 0.00 W3 H +ATOM 31995 H2 TIP3X 116 -18.580 -29.770 24.430 1.00 0.00 W3 H +ATOM 31996 OH2 TIP3X 117 -38.570 -47.230 -23.310 1.00 0.00 W3 O +ATOM 31997 H1 TIP3X 117 -37.930 -46.790 -22.760 1.00 0.00 W3 H +ATOM 31998 H2 TIP3X 117 -38.460 -46.860 -24.180 1.00 0.00 W3 H +ATOM 31999 OH2 TIP3X 118 33.540 12.620 -27.240 1.00 0.00 W3 O +ATOM 32000 H1 TIP3X 118 34.480 12.450 -27.230 1.00 0.00 W3 H +ATOM 32001 H2 TIP3X 118 33.440 13.310 -27.910 1.00 0.00 W3 H +ATOM 32002 OH2 TIP3X 119 -4.020 3.610 -36.150 1.00 0.00 W3 O +ATOM 32003 H1 TIP3X 119 -4.320 4.470 -36.450 1.00 0.00 W3 H +ATOM 32004 H2 TIP3X 119 -4.330 3.010 -36.830 1.00 0.00 W3 H +ATOM 32005 OH2 TIP3X 120 -21.390 26.250 -41.880 1.00 0.00 W3 O +ATOM 32006 H1 TIP3X 120 -21.000 25.830 -42.640 1.00 0.00 W3 H +ATOM 32007 H2 TIP3X 120 -21.560 27.150 -42.160 1.00 0.00 W3 H +ATOM 32008 OH2 TIP3X 121 -6.390 26.710 23.880 1.00 0.00 W3 O +ATOM 32009 H1 TIP3X 121 -6.590 27.340 24.570 1.00 0.00 W3 H +ATOM 32010 H2 TIP3X 121 -6.870 25.910 24.140 1.00 0.00 W3 H +ATOM 32011 OH2 TIP3X 122 -35.230 -9.220 -27.900 1.00 0.00 W3 O +ATOM 32012 H1 TIP3X 122 -36.050 -9.070 -27.440 1.00 0.00 W3 H +ATOM 32013 H2 TIP3X 122 -35.350 -10.070 -28.320 1.00 0.00 W3 H +ATOM 32014 OH2 TIP3X 123 -14.410 23.200 -21.820 1.00 0.00 W3 O +ATOM 32015 H1 TIP3X 123 -14.340 23.190 -22.780 1.00 0.00 W3 H +ATOM 32016 H2 TIP3X 123 -14.550 22.290 -21.570 1.00 0.00 W3 H +ATOM 32017 OH2 TIP3X 124 10.160 15.430 -23.840 1.00 0.00 W3 O +ATOM 32018 H1 TIP3X 124 10.050 14.730 -24.490 1.00 0.00 W3 H +ATOM 32019 H2 TIP3X 124 9.340 15.920 -23.870 1.00 0.00 W3 H +ATOM 32020 OH2 TIP3X 125 -36.350 9.480 -19.230 1.00 0.00 W3 O +ATOM 32021 H1 TIP3X 125 -36.090 10.370 -19.430 1.00 0.00 W3 H +ATOM 32022 H2 TIP3X 125 -36.090 9.340 -18.320 1.00 0.00 W3 H +ATOM 32023 OH2 TIP3X 126 -42.020 32.560 -27.250 1.00 0.00 W3 O +ATOM 32024 H1 TIP3X 126 -41.790 33.480 -27.190 1.00 0.00 W3 H +ATOM 32025 H2 TIP3X 126 -41.300 32.100 -26.820 1.00 0.00 W3 H +ATOM 32026 OH2 TIP3X 127 15.630 6.080 26.890 1.00 0.00 W3 O +ATOM 32027 H1 TIP3X 127 15.450 6.300 25.970 1.00 0.00 W3 H +ATOM 32028 H2 TIP3X 127 16.200 6.780 27.200 1.00 0.00 W3 H +ATOM 32029 OH2 TIP3X 128 -20.870 -8.830 -50.200 1.00 0.00 W3 O +ATOM 32030 H1 TIP3X 128 -20.580 -9.660 -49.840 1.00 0.00 W3 H +ATOM 32031 H2 TIP3X 128 -21.500 -9.070 -50.890 1.00 0.00 W3 H +ATOM 32032 OH2 TIP3X 129 11.140 -10.070 23.830 1.00 0.00 W3 O +ATOM 32033 H1 TIP3X 129 11.200 -9.810 22.910 1.00 0.00 W3 H +ATOM 32034 H2 TIP3X 129 10.230 -10.330 23.950 1.00 0.00 W3 H +ATOM 32035 OH2 TIP3X 130 7.180 26.000 -39.250 1.00 0.00 W3 O +ATOM 32036 H1 TIP3X 130 6.830 25.120 -39.080 1.00 0.00 W3 H +ATOM 32037 H2 TIP3X 130 7.460 25.970 -40.170 1.00 0.00 W3 H +ATOM 32038 OH2 TIP3X 131 -33.680 9.250 -39.340 1.00 0.00 W3 O +ATOM 32039 H1 TIP3X 131 -32.790 9.410 -39.680 1.00 0.00 W3 H +ATOM 32040 H2 TIP3X 131 -34.250 9.400 -40.100 1.00 0.00 W3 H +ATOM 32041 OH2 TIP3X 132 -5.410 -22.570 -27.570 1.00 0.00 W3 O +ATOM 32042 H1 TIP3X 132 -4.850 -22.620 -26.790 1.00 0.00 W3 H +ATOM 32043 H2 TIP3X 132 -6.100 -21.950 -27.340 1.00 0.00 W3 H +ATOM 32044 OH2 TIP3X 133 30.140 18.100 18.180 1.00 0.00 W3 O +ATOM 32045 H1 TIP3X 133 30.510 17.540 17.500 1.00 0.00 W3 H +ATOM 32046 H2 TIP3X 133 29.870 18.890 17.730 1.00 0.00 W3 H +ATOM 32047 OH2 TIP3X 134 -4.610 -27.640 -29.150 1.00 0.00 W3 O +ATOM 32048 H1 TIP3X 134 -4.540 -26.800 -28.710 1.00 0.00 W3 H +ATOM 32049 H2 TIP3X 134 -5.410 -27.560 -29.680 1.00 0.00 W3 H +ATOM 32050 OH2 TIP3X 135 33.480 -15.710 -36.440 1.00 0.00 W3 O +ATOM 32051 H1 TIP3X 135 33.860 -14.990 -36.950 1.00 0.00 W3 H +ATOM 32052 H2 TIP3X 135 33.220 -15.290 -35.620 1.00 0.00 W3 H +ATOM 32053 OH2 TIP3X 136 -25.350 -2.870 -27.140 1.00 0.00 W3 O +ATOM 32054 H1 TIP3X 136 -25.150 -3.670 -26.650 1.00 0.00 W3 H +ATOM 32055 H2 TIP3X 136 -24.550 -2.350 -27.050 1.00 0.00 W3 H +ATOM 32056 OH2 TIP3X 137 12.980 -0.520 -43.740 1.00 0.00 W3 O +ATOM 32057 H1 TIP3X 137 13.690 0.070 -44.000 1.00 0.00 W3 H +ATOM 32058 H2 TIP3X 137 13.390 -1.150 -43.150 1.00 0.00 W3 H +ATOM 32059 OH2 TIP3X 138 -10.210 22.780 -23.940 1.00 0.00 W3 O +ATOM 32060 H1 TIP3X 138 -10.950 23.230 -24.360 1.00 0.00 W3 H +ATOM 32061 H2 TIP3X 138 -9.580 23.490 -23.750 1.00 0.00 W3 H +ATOM 32062 OH2 TIP3X 139 38.100 -36.400 -44.220 1.00 0.00 W3 O +ATOM 32063 H1 TIP3X 139 37.970 -35.520 -44.560 1.00 0.00 W3 H +ATOM 32064 H2 TIP3X 139 38.120 -36.290 -43.260 1.00 0.00 W3 H +ATOM 32065 OH2 TIP3X 140 -29.340 21.840 25.970 1.00 0.00 W3 O +ATOM 32066 H1 TIP3X 140 -28.410 21.600 26.050 1.00 0.00 W3 H +ATOM 32067 H2 TIP3X 140 -29.340 22.500 25.270 1.00 0.00 W3 H +ATOM 32068 OH2 TIP3X 141 -35.330 -0.940 35.150 1.00 0.00 W3 O +ATOM 32069 H1 TIP3X 141 -35.960 -1.600 34.860 1.00 0.00 W3 H +ATOM 32070 H2 TIP3X 141 -35.400 -0.240 34.500 1.00 0.00 W3 H +ATOM 32071 OH2 TIP3X 142 17.430 5.630 -33.770 1.00 0.00 W3 O +ATOM 32072 H1 TIP3X 142 16.930 4.820 -33.890 1.00 0.00 W3 H +ATOM 32073 H2 TIP3X 142 17.600 5.930 -34.660 1.00 0.00 W3 H +ATOM 32074 OH2 TIP3X 143 -26.590 40.750 23.010 1.00 0.00 W3 O +ATOM 32075 H1 TIP3X 143 -26.490 41.460 23.650 1.00 0.00 W3 H +ATOM 32076 H2 TIP3X 143 -26.070 40.030 23.380 1.00 0.00 W3 H +ATOM 32077 OH2 TIP3X 144 11.350 -18.570 -40.070 1.00 0.00 W3 O +ATOM 32078 H1 TIP3X 144 11.900 -18.610 -39.280 1.00 0.00 W3 H +ATOM 32079 H2 TIP3X 144 11.860 -19.000 -40.740 1.00 0.00 W3 H +ATOM 32080 OH2 TIP3X 145 27.730 -33.780 -26.130 1.00 0.00 W3 O +ATOM 32081 H1 TIP3X 145 26.860 -33.840 -26.510 1.00 0.00 W3 H +ATOM 32082 H2 TIP3X 145 27.580 -33.800 -25.190 1.00 0.00 W3 H +ATOM 32083 OH2 TIP3X 146 30.630 41.350 -25.080 1.00 0.00 W3 O +ATOM 32084 H1 TIP3X 146 29.930 41.950 -25.330 1.00 0.00 W3 H +ATOM 32085 H2 TIP3X 146 31.230 41.870 -24.560 1.00 0.00 W3 H +ATOM 32086 OH2 TIP3X 147 38.710 23.890 -14.460 1.00 0.00 W3 O +ATOM 32087 H1 TIP3X 147 39.280 24.640 -14.290 1.00 0.00 W3 H +ATOM 32088 H2 TIP3X 147 39.200 23.130 -14.140 1.00 0.00 W3 H +ATOM 32089 OH2 TIP3X 148 4.630 14.790 -31.210 1.00 0.00 W3 O +ATOM 32090 H1 TIP3X 148 5.340 15.370 -31.470 1.00 0.00 W3 H +ATOM 32091 H2 TIP3X 148 3.840 15.330 -31.260 1.00 0.00 W3 H +ATOM 32092 OH2 TIP3X 149 10.860 22.430 -26.360 1.00 0.00 W3 O +ATOM 32093 H1 TIP3X 149 10.260 21.950 -25.790 1.00 0.00 W3 H +ATOM 32094 H2 TIP3X 149 11.400 22.940 -25.760 1.00 0.00 W3 H +ATOM 32095 OH2 TIP3X 150 -14.130 26.240 -49.040 1.00 0.00 W3 O +ATOM 32096 H1 TIP3X 150 -14.350 25.620 -49.730 1.00 0.00 W3 H +ATOM 32097 H2 TIP3X 150 -13.540 26.860 -49.470 1.00 0.00 W3 H +ATOM 32098 OH2 TIP3X 151 -7.060 -40.050 -43.010 1.00 0.00 W3 O +ATOM 32099 H1 TIP3X 151 -6.390 -40.310 -43.630 1.00 0.00 W3 H +ATOM 32100 H2 TIP3X 151 -6.760 -40.370 -42.160 1.00 0.00 W3 H +ATOM 32101 OH2 TIP3X 152 44.900 29.770 -47.780 1.00 0.00 W3 O +ATOM 32102 H1 TIP3X 152 44.460 29.100 -47.260 1.00 0.00 W3 H +ATOM 32103 H2 TIP3X 152 44.920 30.540 -47.200 1.00 0.00 W3 H +ATOM 32104 OH2 TIP3X 153 -10.460 38.310 -23.670 1.00 0.00 W3 O +ATOM 32105 H1 TIP3X 153 -9.980 38.530 -24.480 1.00 0.00 W3 H +ATOM 32106 H2 TIP3X 153 -11.340 38.640 -23.820 1.00 0.00 W3 H +ATOM 32107 OH2 TIP3X 154 28.230 -39.050 -40.860 1.00 0.00 W3 O +ATOM 32108 H1 TIP3X 154 28.890 -38.370 -41.030 1.00 0.00 W3 H +ATOM 32109 H2 TIP3X 154 28.680 -39.710 -40.330 1.00 0.00 W3 H +ATOM 32110 OH2 TIP3X 155 18.510 38.830 -49.210 1.00 0.00 W3 O +ATOM 32111 H1 TIP3X 155 18.160 39.110 -50.060 1.00 0.00 W3 H +ATOM 32112 H2 TIP3X 155 19.110 39.530 -48.950 1.00 0.00 W3 H +ATOM 32113 OH2 TIP3X 156 -13.450 -8.290 -29.490 1.00 0.00 W3 O +ATOM 32114 H1 TIP3X 156 -13.480 -9.070 -28.930 1.00 0.00 W3 H +ATOM 32115 H2 TIP3X 156 -13.010 -8.580 -30.280 1.00 0.00 W3 H +ATOM 32116 OH2 TIP3X 157 -39.410 -24.460 28.220 1.00 0.00 W3 O +ATOM 32117 H1 TIP3X 157 -39.820 -23.770 27.710 1.00 0.00 W3 H +ATOM 32118 H2 TIP3X 157 -38.970 -24.010 28.940 1.00 0.00 W3 H +ATOM 32119 OH2 TIP3X 158 -17.610 -27.690 35.790 1.00 0.00 W3 O +ATOM 32120 H1 TIP3X 158 -17.560 -26.750 35.620 1.00 0.00 W3 H +ATOM 32121 H2 TIP3X 158 -17.090 -27.830 36.580 1.00 0.00 W3 H +ATOM 32122 OH2 TIP3X 159 -6.530 38.350 -22.410 1.00 0.00 W3 O +ATOM 32123 H1 TIP3X 159 -5.880 38.190 -23.090 1.00 0.00 W3 H +ATOM 32124 H2 TIP3X 159 -6.880 37.480 -22.200 1.00 0.00 W3 H +ATOM 32125 OH2 TIP3X 160 -23.900 -33.260 -22.030 1.00 0.00 W3 O +ATOM 32126 H1 TIP3X 160 -24.830 -33.010 -22.020 1.00 0.00 W3 H +ATOM 32127 H2 TIP3X 160 -23.900 -34.220 -21.940 1.00 0.00 W3 H +ATOM 32128 OH2 TIP3X 161 18.040 -43.290 -43.980 1.00 0.00 W3 O +ATOM 32129 H1 TIP3X 161 17.880 -43.960 -43.320 1.00 0.00 W3 H +ATOM 32130 H2 TIP3X 161 18.970 -43.070 -43.870 1.00 0.00 W3 H +ATOM 32131 OH2 TIP3X 162 10.000 24.820 18.030 1.00 0.00 W3 O +ATOM 32132 H1 TIP3X 162 10.440 24.030 18.370 1.00 0.00 W3 H +ATOM 32133 H2 TIP3X 162 9.080 24.630 18.130 1.00 0.00 W3 H +ATOM 32134 OH2 TIP3X 163 -37.550 32.330 -21.250 1.00 0.00 W3 O +ATOM 32135 H1 TIP3X 163 -37.810 31.490 -21.610 1.00 0.00 W3 H +ATOM 32136 H2 TIP3X 163 -37.200 32.820 -21.990 1.00 0.00 W3 H +ATOM 32137 OH2 TIP3X 164 10.990 -50.180 19.500 1.00 0.00 W3 O +ATOM 32138 H1 TIP3X 164 11.800 -50.230 18.970 1.00 0.00 W3 H +ATOM 32139 H2 TIP3X 164 10.380 -49.680 18.950 1.00 0.00 W3 H +ATOM 32140 OH2 TIP3X 165 -15.120 31.260 -29.480 1.00 0.00 W3 O +ATOM 32141 H1 TIP3X 165 -16.020 31.520 -29.280 1.00 0.00 W3 H +ATOM 32142 H2 TIP3X 165 -15.200 30.760 -30.300 1.00 0.00 W3 H +ATOM 32143 OH2 TIP3X 166 16.170 -25.260 -48.850 1.00 0.00 W3 O +ATOM 32144 H1 TIP3X 166 16.600 -24.410 -48.740 1.00 0.00 W3 H +ATOM 32145 H2 TIP3X 166 15.290 -25.150 -48.490 1.00 0.00 W3 H +ATOM 32146 OH2 TIP3X 167 -12.380 30.890 -29.000 1.00 0.00 W3 O +ATOM 32147 H1 TIP3X 167 -12.140 30.450 -29.820 1.00 0.00 W3 H +ATOM 32148 H2 TIP3X 167 -13.290 31.160 -29.140 1.00 0.00 W3 H +ATOM 32149 OH2 TIP3X 168 4.560 -37.930 30.280 1.00 0.00 W3 O +ATOM 32150 H1 TIP3X 168 3.990 -37.880 29.510 1.00 0.00 W3 H +ATOM 32151 H2 TIP3X 168 4.960 -37.080 30.350 1.00 0.00 W3 H +ATOM 32152 OH2 TIP3X 169 9.860 -41.740 -52.090 1.00 0.00 W3 O +ATOM 32153 H1 TIP3X 169 9.140 -42.050 -52.650 1.00 0.00 W3 H +ATOM 32154 H2 TIP3X 169 10.100 -40.890 -52.480 1.00 0.00 W3 H +ATOM 32155 OH2 TIP3X 170 44.440 11.600 37.530 1.00 0.00 W3 O +ATOM 32156 H1 TIP3X 170 45.130 11.750 36.900 1.00 0.00 W3 H +ATOM 32157 H2 TIP3X 170 44.900 11.440 38.350 1.00 0.00 W3 H +ATOM 32158 OH2 TIP3X 171 -34.690 -31.530 -44.150 1.00 0.00 W3 O +ATOM 32159 H1 TIP3X 171 -34.130 -31.350 -44.910 1.00 0.00 W3 H +ATOM 32160 H2 TIP3X 171 -35.520 -31.080 -44.360 1.00 0.00 W3 H +ATOM 32161 OH2 TIP3X 172 24.050 37.090 32.350 1.00 0.00 W3 O +ATOM 32162 H1 TIP3X 172 23.410 37.780 32.300 1.00 0.00 W3 H +ATOM 32163 H2 TIP3X 172 23.560 36.330 32.660 1.00 0.00 W3 H +ATOM 32164 OH2 TIP3X 173 26.640 3.320 25.660 1.00 0.00 W3 O +ATOM 32165 H1 TIP3X 173 27.590 3.270 25.810 1.00 0.00 W3 H +ATOM 32166 H2 TIP3X 173 26.370 2.400 25.530 1.00 0.00 W3 H +ATOM 32167 OH2 TIP3X 174 -37.600 36.330 -35.670 1.00 0.00 W3 O +ATOM 32168 H1 TIP3X 174 -37.050 35.940 -36.350 1.00 0.00 W3 H +ATOM 32169 H2 TIP3X 174 -38.140 35.610 -35.350 1.00 0.00 W3 H +ATOM 32170 OH2 TIP3X 175 1.890 -44.100 -51.740 1.00 0.00 W3 O +ATOM 32171 H1 TIP3X 175 2.710 -43.970 -51.260 1.00 0.00 W3 H +ATOM 32172 H2 TIP3X 175 1.710 -43.240 -52.130 1.00 0.00 W3 H +ATOM 32173 OH2 TIP3X 176 3.250 24.340 27.660 1.00 0.00 W3 O +ATOM 32174 H1 TIP3X 176 3.300 24.750 26.800 1.00 0.00 W3 H +ATOM 32175 H2 TIP3X 176 3.710 24.940 28.240 1.00 0.00 W3 H +ATOM 32176 OH2 TIP3X 177 11.030 -0.980 -45.970 1.00 0.00 W3 O +ATOM 32177 H1 TIP3X 177 11.620 -0.760 -45.260 1.00 0.00 W3 H +ATOM 32178 H2 TIP3X 177 11.590 -0.990 -46.750 1.00 0.00 W3 H +ATOM 32179 OH2 TIP3X 178 14.340 -4.270 28.020 1.00 0.00 W3 O +ATOM 32180 H1 TIP3X 178 14.170 -5.190 27.810 1.00 0.00 W3 H +ATOM 32181 H2 TIP3X 178 13.470 -3.870 28.050 1.00 0.00 W3 H +ATOM 32182 OH2 TIP3X 179 20.110 25.890 -10.520 1.00 0.00 W3 O +ATOM 32183 H1 TIP3X 179 20.360 24.970 -10.690 1.00 0.00 W3 H +ATOM 32184 H2 TIP3X 179 20.620 26.130 -9.750 1.00 0.00 W3 H +ATOM 32185 OH2 TIP3X 180 -27.530 5.440 32.710 1.00 0.00 W3 O +ATOM 32186 H1 TIP3X 180 -26.940 5.020 33.340 1.00 0.00 W3 H +ATOM 32187 H2 TIP3X 180 -26.950 5.730 32.000 1.00 0.00 W3 H +ATOM 32188 OH2 TIP3X 181 -1.740 18.460 28.430 1.00 0.00 W3 O +ATOM 32189 H1 TIP3X 181 -2.560 17.970 28.410 1.00 0.00 W3 H +ATOM 32190 H2 TIP3X 181 -2.010 19.380 28.450 1.00 0.00 W3 H +ATOM 32191 OH2 TIP3X 182 9.750 31.130 40.120 1.00 0.00 W3 O +ATOM 32192 H1 TIP3X 182 10.520 31.660 39.940 1.00 0.00 W3 H +ATOM 32193 H2 TIP3X 182 10.040 30.220 40.040 1.00 0.00 W3 H +ATOM 32194 OH2 TIP3X 183 -35.260 8.650 -44.440 1.00 0.00 W3 O +ATOM 32195 H1 TIP3X 183 -35.900 8.310 -45.060 1.00 0.00 W3 H +ATOM 32196 H2 TIP3X 183 -34.750 9.270 -44.950 1.00 0.00 W3 H +ATOM 32197 OH2 TIP3X 184 41.040 10.370 -39.480 1.00 0.00 W3 O +ATOM 32198 H1 TIP3X 184 41.210 10.970 -40.190 1.00 0.00 W3 H +ATOM 32199 H2 TIP3X 184 40.110 10.130 -39.590 1.00 0.00 W3 H +ATOM 32200 OH2 TIP3X 185 -33.970 -31.820 -30.190 1.00 0.00 W3 O +ATOM 32201 H1 TIP3X 185 -34.220 -32.570 -30.730 1.00 0.00 W3 H +ATOM 32202 H2 TIP3X 185 -33.050 -31.960 -29.980 1.00 0.00 W3 H +ATOM 32203 OH2 TIP3X 186 3.540 29.550 -19.580 1.00 0.00 W3 O +ATOM 32204 H1 TIP3X 186 3.670 29.940 -20.450 1.00 0.00 W3 H +ATOM 32205 H2 TIP3X 186 2.770 29.990 -19.240 1.00 0.00 W3 H +ATOM 32206 OH2 TIP3X 187 42.480 -31.110 33.800 1.00 0.00 W3 O +ATOM 32207 H1 TIP3X 187 42.050 -30.350 34.210 1.00 0.00 W3 H +ATOM 32208 H2 TIP3X 187 42.450 -30.930 32.870 1.00 0.00 W3 H +ATOM 32209 OH2 TIP3X 188 19.280 -11.410 -29.100 1.00 0.00 W3 O +ATOM 32210 H1 TIP3X 188 19.570 -11.140 -29.960 1.00 0.00 W3 H +ATOM 32211 H2 TIP3X 188 19.010 -10.600 -28.660 1.00 0.00 W3 H +ATOM 32212 OH2 TIP3X 189 9.130 41.420 -27.690 1.00 0.00 W3 O +ATOM 32213 H1 TIP3X 189 8.220 41.560 -27.420 1.00 0.00 W3 H +ATOM 32214 H2 TIP3X 189 9.360 40.560 -27.320 1.00 0.00 W3 H +ATOM 32215 OH2 TIP3X 190 13.320 31.650 21.190 1.00 0.00 W3 O +ATOM 32216 H1 TIP3X 190 12.490 31.220 21.420 1.00 0.00 W3 H +ATOM 32217 H2 TIP3X 190 13.880 31.490 21.940 1.00 0.00 W3 H +ATOM 32218 OH2 TIP3X 191 11.730 21.990 33.640 1.00 0.00 W3 O +ATOM 32219 H1 TIP3X 191 11.720 21.830 32.690 1.00 0.00 W3 H +ATOM 32220 H2 TIP3X 191 12.360 22.700 33.760 1.00 0.00 W3 H +ATOM 32221 OH2 TIP3X 192 30.900 38.160 -41.730 1.00 0.00 W3 O +ATOM 32222 H1 TIP3X 192 30.600 37.660 -42.480 1.00 0.00 W3 H +ATOM 32223 H2 TIP3X 192 30.210 38.800 -41.570 1.00 0.00 W3 H +ATOM 32224 OH2 TIP3X 193 -12.600 10.610 -42.230 1.00 0.00 W3 O +ATOM 32225 H1 TIP3X 193 -13.110 10.020 -41.670 1.00 0.00 W3 H +ATOM 32226 H2 TIP3X 193 -13.240 11.230 -42.580 1.00 0.00 W3 H +ATOM 32227 OH2 TIP3X 194 -39.390 27.930 30.590 1.00 0.00 W3 O +ATOM 32228 H1 TIP3X 194 -39.940 27.170 30.720 1.00 0.00 W3 H +ATOM 32229 H2 TIP3X 194 -39.990 28.670 30.480 1.00 0.00 W3 H +ATOM 32230 OH2 TIP3X 195 0.250 37.260 30.040 1.00 0.00 W3 O +ATOM 32231 H1 TIP3X 195 0.660 36.470 30.420 1.00 0.00 W3 H +ATOM 32232 H2 TIP3X 195 -0.090 36.970 29.200 1.00 0.00 W3 H +ATOM 32233 OH2 TIP3X 196 -9.610 0.620 -49.190 1.00 0.00 W3 O +ATOM 32234 H1 TIP3X 196 -9.080 0.000 -48.690 1.00 0.00 W3 H +ATOM 32235 H2 TIP3X 196 -9.330 1.470 -48.860 1.00 0.00 W3 H +ATOM 32236 OH2 TIP3X 197 15.970 -44.660 28.910 1.00 0.00 W3 O +ATOM 32237 H1 TIP3X 197 15.620 -43.940 28.380 1.00 0.00 W3 H +ATOM 32238 H2 TIP3X 197 15.590 -45.450 28.510 1.00 0.00 W3 H +ATOM 32239 OH2 TIP3X 198 37.640 2.070 -7.710 1.00 0.00 W3 O +ATOM 32240 H1 TIP3X 198 37.460 1.230 -7.300 1.00 0.00 W3 H +ATOM 32241 H2 TIP3X 198 36.860 2.240 -8.250 1.00 0.00 W3 H +ATOM 32242 OH2 TIP3X 199 -0.130 -44.230 -28.000 1.00 0.00 W3 O +ATOM 32243 H1 TIP3X 199 -0.240 -45.170 -27.860 1.00 0.00 W3 H +ATOM 32244 H2 TIP3X 199 -0.320 -44.090 -28.930 1.00 0.00 W3 H +ATOM 32245 OH2 TIP3X 200 0.770 14.790 -44.970 1.00 0.00 W3 O +ATOM 32246 H1 TIP3X 200 1.320 14.710 -44.190 1.00 0.00 W3 H +ATOM 32247 H2 TIP3X 200 -0.070 14.390 -44.720 1.00 0.00 W3 H +ATOM 32248 OH2 TIP3X 201 -14.930 37.320 34.940 1.00 0.00 W3 O +ATOM 32249 H1 TIP3X 201 -15.160 36.450 34.610 1.00 0.00 W3 H +ATOM 32250 H2 TIP3X 201 -15.530 37.920 34.490 1.00 0.00 W3 H +ATOM 32251 OH2 TIP3X 202 -40.780 -1.280 37.930 1.00 0.00 W3 O +ATOM 32252 H1 TIP3X 202 -40.130 -1.530 37.290 1.00 0.00 W3 H +ATOM 32253 H2 TIP3X 202 -40.820 -2.020 38.540 1.00 0.00 W3 H +ATOM 32254 OH2 TIP3X 203 13.520 27.230 23.750 1.00 0.00 W3 O +ATOM 32255 H1 TIP3X 203 13.640 28.180 23.800 1.00 0.00 W3 H +ATOM 32256 H2 TIP3X 203 13.880 26.900 24.580 1.00 0.00 W3 H +ATOM 32257 OH2 TIP3X 204 9.000 9.170 16.850 1.00 0.00 W3 O +ATOM 32258 H1 TIP3X 204 8.290 9.050 17.490 1.00 0.00 W3 H +ATOM 32259 H2 TIP3X 204 8.550 9.490 16.070 1.00 0.00 W3 H +ATOM 32260 OH2 TIP3X 205 -2.580 39.370 27.680 1.00 0.00 W3 O +ATOM 32261 H1 TIP3X 205 -1.940 38.860 27.180 1.00 0.00 W3 H +ATOM 32262 H2 TIP3X 205 -2.140 39.550 28.510 1.00 0.00 W3 H +ATOM 32263 OH2 TIP3X 206 -15.750 -9.560 14.590 1.00 0.00 W3 O +ATOM 32264 H1 TIP3X 206 -15.710 -8.600 14.640 1.00 0.00 W3 H +ATOM 32265 H2 TIP3X 206 -16.300 -9.810 15.340 1.00 0.00 W3 H +ATOM 32266 OH2 TIP3X 207 -34.380 33.020 30.730 1.00 0.00 W3 O +ATOM 32267 H1 TIP3X 207 -33.880 32.350 30.270 1.00 0.00 W3 H +ATOM 32268 H2 TIP3X 207 -34.750 32.570 31.490 1.00 0.00 W3 H +ATOM 32269 OH2 TIP3X 208 30.830 -31.500 -24.480 1.00 0.00 W3 O +ATOM 32270 H1 TIP3X 208 31.460 -31.620 -25.190 1.00 0.00 W3 H +ATOM 32271 H2 TIP3X 208 30.230 -30.830 -24.810 1.00 0.00 W3 H +ATOM 32272 OH2 TIP3X 209 41.600 -16.220 33.510 1.00 0.00 W3 O +ATOM 32273 H1 TIP3X 209 41.240 -15.510 34.040 1.00 0.00 W3 H +ATOM 32274 H2 TIP3X 209 42.480 -15.930 33.280 1.00 0.00 W3 H +ATOM 32275 OH2 TIP3X 210 14.070 -38.970 -36.140 1.00 0.00 W3 O +ATOM 32276 H1 TIP3X 210 14.820 -38.800 -36.700 1.00 0.00 W3 H +ATOM 32277 H2 TIP3X 210 13.890 -39.910 -36.260 1.00 0.00 W3 H +ATOM 32278 OH2 TIP3X 211 34.620 4.490 -23.190 1.00 0.00 W3 O +ATOM 32279 H1 TIP3X 211 34.050 3.820 -22.820 1.00 0.00 W3 H +ATOM 32280 H2 TIP3X 211 35.410 4.020 -23.440 1.00 0.00 W3 H +ATOM 32281 OH2 TIP3X 212 -22.980 -4.860 -46.090 1.00 0.00 W3 O +ATOM 32282 H1 TIP3X 212 -23.460 -4.020 -46.140 1.00 0.00 W3 H +ATOM 32283 H2 TIP3X 212 -23.270 -5.340 -46.870 1.00 0.00 W3 H +ATOM 32284 OH2 TIP3X 213 -2.720 -33.140 -43.370 1.00 0.00 W3 O +ATOM 32285 H1 TIP3X 213 -2.510 -32.430 -43.970 1.00 0.00 W3 H +ATOM 32286 H2 TIP3X 213 -1.970 -33.200 -42.790 1.00 0.00 W3 H +ATOM 32287 OH2 TIP3X 214 1.310 16.610 -24.870 1.00 0.00 W3 O +ATOM 32288 H1 TIP3X 214 1.570 17.450 -24.520 1.00 0.00 W3 H +ATOM 32289 H2 TIP3X 214 0.390 16.510 -24.600 1.00 0.00 W3 H +ATOM 32290 OH2 TIP3X 215 27.410 12.820 -40.720 1.00 0.00 W3 O +ATOM 32291 H1 TIP3X 215 26.930 13.290 -41.400 1.00 0.00 W3 H +ATOM 32292 H2 TIP3X 215 26.890 12.950 -39.920 1.00 0.00 W3 H +ATOM 32293 OH2 TIP3X 216 44.420 22.630 -23.510 1.00 0.00 W3 O +ATOM 32294 H1 TIP3X 216 45.220 22.890 -23.970 1.00 0.00 W3 H +ATOM 32295 H2 TIP3X 216 44.180 23.400 -23.010 1.00 0.00 W3 H +ATOM 32296 OH2 TIP3X 217 41.320 -23.260 -28.470 1.00 0.00 W3 O +ATOM 32297 H1 TIP3X 217 41.860 -23.610 -29.180 1.00 0.00 W3 H +ATOM 32298 H2 TIP3X 217 40.600 -22.790 -28.910 1.00 0.00 W3 H +ATOM 32299 OH2 TIP3X 218 2.750 1.660 34.790 1.00 0.00 W3 O +ATOM 32300 H1 TIP3X 218 2.650 0.780 35.190 1.00 0.00 W3 H +ATOM 32301 H2 TIP3X 218 1.840 1.970 34.700 1.00 0.00 W3 H +ATOM 32302 OH2 TIP3X 219 38.940 -22.890 -47.770 1.00 0.00 W3 O +ATOM 32303 H1 TIP3X 219 38.020 -23.160 -47.870 1.00 0.00 W3 H +ATOM 32304 H2 TIP3X 219 39.090 -22.290 -48.500 1.00 0.00 W3 H +ATOM 32305 OH2 TIP3X 220 -27.130 -29.690 -25.090 1.00 0.00 W3 O +ATOM 32306 H1 TIP3X 220 -27.740 -28.990 -24.900 1.00 0.00 W3 H +ATOM 32307 H2 TIP3X 220 -26.350 -29.490 -24.570 1.00 0.00 W3 H +ATOM 32308 OH2 TIP3X 221 20.360 -12.680 21.290 1.00 0.00 W3 O +ATOM 32309 H1 TIP3X 221 20.710 -11.790 21.150 1.00 0.00 W3 H +ATOM 32310 H2 TIP3X 221 19.570 -12.550 21.800 1.00 0.00 W3 H +ATOM 32311 OH2 TIP3X 222 -18.970 17.020 -49.740 1.00 0.00 W3 O +ATOM 32312 H1 TIP3X 222 -19.660 17.080 -50.400 1.00 0.00 W3 H +ATOM 32313 H2 TIP3X 222 -19.440 16.800 -48.930 1.00 0.00 W3 H +ATOM 32314 OH2 TIP3X 223 49.050 19.230 36.010 1.00 0.00 W3 O +ATOM 32315 H1 TIP3X 223 49.990 19.150 35.920 1.00 0.00 W3 H +ATOM 32316 H2 TIP3X 223 48.690 18.550 35.430 1.00 0.00 W3 H +ATOM 32317 OH2 TIP3X 224 -42.260 -32.800 -24.060 1.00 0.00 W3 O +ATOM 32318 H1 TIP3X 224 -42.710 -32.780 -23.210 1.00 0.00 W3 H +ATOM 32319 H2 TIP3X 224 -42.940 -33.050 -24.690 1.00 0.00 W3 H +ATOM 32320 OH2 TIP3X 225 26.600 37.540 -29.570 1.00 0.00 W3 O +ATOM 32321 H1 TIP3X 225 26.210 38.400 -29.750 1.00 0.00 W3 H +ATOM 32322 H2 TIP3X 225 26.420 37.030 -30.360 1.00 0.00 W3 H +ATOM 32323 OH2 TIP3X 226 33.430 -40.060 35.560 1.00 0.00 W3 O +ATOM 32324 H1 TIP3X 226 32.530 -39.720 35.600 1.00 0.00 W3 H +ATOM 32325 H2 TIP3X 226 33.780 -39.700 34.740 1.00 0.00 W3 H +ATOM 32326 OH2 TIP3X 227 20.780 -1.390 -42.610 1.00 0.00 W3 O +ATOM 32327 H1 TIP3X 227 20.120 -0.780 -42.260 1.00 0.00 W3 H +ATOM 32328 H2 TIP3X 227 21.570 -0.870 -42.690 1.00 0.00 W3 H +ATOM 32329 OH2 TIP3X 228 24.810 -29.100 16.000 1.00 0.00 W3 O +ATOM 32330 H1 TIP3X 228 24.470 -29.330 15.130 1.00 0.00 W3 H +ATOM 32331 H2 TIP3X 228 25.730 -29.370 15.990 1.00 0.00 W3 H +ATOM 32332 OH2 TIP3X 229 47.990 -37.450 21.270 1.00 0.00 W3 O +ATOM 32333 H1 TIP3X 229 48.130 -36.510 21.190 1.00 0.00 W3 H +ATOM 32334 H2 TIP3X 229 48.870 -37.800 21.370 1.00 0.00 W3 H +ATOM 32335 OH2 TIP3X 230 -7.150 -45.420 -44.870 1.00 0.00 W3 O +ATOM 32336 H1 TIP3X 230 -7.950 -44.890 -44.880 1.00 0.00 W3 H +ATOM 32337 H2 TIP3X 230 -6.630 -45.090 -45.600 1.00 0.00 W3 H +ATOM 32338 OH2 TIP3X 231 21.060 -21.620 -30.020 1.00 0.00 W3 O +ATOM 32339 H1 TIP3X 231 20.960 -21.710 -29.070 1.00 0.00 W3 H +ATOM 32340 H2 TIP3X 231 21.950 -21.920 -30.200 1.00 0.00 W3 H +ATOM 32341 OH2 TIP3X 232 -26.930 13.210 28.420 1.00 0.00 W3 O +ATOM 32342 H1 TIP3X 232 -27.850 13.330 28.170 1.00 0.00 W3 H +ATOM 32343 H2 TIP3X 232 -26.840 12.270 28.550 1.00 0.00 W3 H +ATOM 32344 OH2 TIP3X 233 -29.920 13.050 -36.060 1.00 0.00 W3 O +ATOM 32345 H1 TIP3X 233 -29.880 13.700 -36.760 1.00 0.00 W3 H +ATOM 32346 H2 TIP3X 233 -30.220 13.550 -35.290 1.00 0.00 W3 H +ATOM 32347 OH2 TIP3X 234 34.150 41.010 -34.760 1.00 0.00 W3 O +ATOM 32348 H1 TIP3X 234 33.530 41.260 -35.450 1.00 0.00 W3 H +ATOM 32349 H2 TIP3X 234 33.690 41.250 -33.950 1.00 0.00 W3 H +ATOM 32350 OH2 TIP3X 235 28.510 -11.790 -35.730 1.00 0.00 W3 O +ATOM 32351 H1 TIP3X 235 28.000 -11.020 -35.990 1.00 0.00 W3 H +ATOM 32352 H2 TIP3X 235 28.490 -12.370 -36.490 1.00 0.00 W3 H +ATOM 32353 OH2 TIP3X 236 -27.620 1.590 32.770 1.00 0.00 W3 O +ATOM 32354 H1 TIP3X 236 -27.260 2.140 32.070 1.00 0.00 W3 H +ATOM 32355 H2 TIP3X 236 -27.020 0.840 32.820 1.00 0.00 W3 H +ATOM 32356 OH2 TIP3X 237 -28.030 -36.220 -22.310 1.00 0.00 W3 O +ATOM 32357 H1 TIP3X 237 -27.170 -35.880 -22.040 1.00 0.00 W3 H +ATOM 32358 H2 TIP3X 237 -27.960 -36.330 -23.250 1.00 0.00 W3 H +ATOM 32359 OH2 TIP3X 238 34.670 38.830 -36.680 1.00 0.00 W3 O +ATOM 32360 H1 TIP3X 238 34.060 39.020 -37.390 1.00 0.00 W3 H +ATOM 32361 H2 TIP3X 238 34.530 39.540 -36.040 1.00 0.00 W3 H +ATOM 32362 OH2 TIP3X 239 -15.660 -24.130 24.750 1.00 0.00 W3 O +ATOM 32363 H1 TIP3X 239 -14.820 -23.690 24.800 1.00 0.00 W3 H +ATOM 32364 H2 TIP3X 239 -15.910 -24.310 25.650 1.00 0.00 W3 H +ATOM 32365 OH2 TIP3X 240 -19.960 -11.370 26.700 1.00 0.00 W3 O +ATOM 32366 H1 TIP3X 240 -19.550 -12.180 27.000 1.00 0.00 W3 H +ATOM 32367 H2 TIP3X 240 -20.560 -11.120 27.400 1.00 0.00 W3 H +ATOM 32368 OH2 TIP3X 241 5.010 -3.470 27.220 1.00 0.00 W3 O +ATOM 32369 H1 TIP3X 241 4.450 -2.770 27.570 1.00 0.00 W3 H +ATOM 32370 H2 TIP3X 241 4.530 -4.280 27.390 1.00 0.00 W3 H +ATOM 32371 OH2 TIP3X 242 42.830 6.900 -41.120 1.00 0.00 W3 O +ATOM 32372 H1 TIP3X 242 42.830 5.960 -40.960 1.00 0.00 W3 H +ATOM 32373 H2 TIP3X 242 42.220 7.250 -40.470 1.00 0.00 W3 H +ATOM 32374 OH2 TIP3X 243 -22.910 1.150 -32.890 1.00 0.00 W3 O +ATOM 32375 H1 TIP3X 243 -21.990 1.260 -32.630 1.00 0.00 W3 H +ATOM 32376 H2 TIP3X 243 -23.400 1.220 -32.070 1.00 0.00 W3 H +ATOM 32377 OH2 TIP3X 244 23.350 -30.530 -34.840 1.00 0.00 W3 O +ATOM 32378 H1 TIP3X 244 23.570 -30.180 -33.980 1.00 0.00 W3 H +ATOM 32379 H2 TIP3X 244 24.190 -30.640 -35.270 1.00 0.00 W3 H +ATOM 32380 OH2 TIP3X 245 33.470 -38.770 -24.100 1.00 0.00 W3 O +ATOM 32381 H1 TIP3X 245 32.550 -38.800 -23.850 1.00 0.00 W3 H +ATOM 32382 H2 TIP3X 245 33.920 -39.290 -23.440 1.00 0.00 W3 H +ATOM 32383 OH2 TIP3X 246 -39.110 -2.830 28.290 1.00 0.00 W3 O +ATOM 32384 H1 TIP3X 246 -39.360 -3.440 27.610 1.00 0.00 W3 H +ATOM 32385 H2 TIP3X 246 -39.800 -2.880 28.940 1.00 0.00 W3 H +ATOM 32386 OH2 TIP3X 247 36.970 3.030 -33.690 1.00 0.00 W3 O +ATOM 32387 H1 TIP3X 247 37.850 2.660 -33.680 1.00 0.00 W3 H +ATOM 32388 H2 TIP3X 247 36.680 2.960 -32.780 1.00 0.00 W3 H +ATOM 32389 OH2 TIP3X 248 -39.110 -1.060 -37.220 1.00 0.00 W3 O +ATOM 32390 H1 TIP3X 248 -38.810 -1.350 -38.080 1.00 0.00 W3 H +ATOM 32391 H2 TIP3X 248 -39.530 -1.820 -36.840 1.00 0.00 W3 H +ATOM 32392 OH2 TIP3X 249 -26.760 29.220 40.640 1.00 0.00 W3 O +ATOM 32393 H1 TIP3X 249 -26.860 30.170 40.660 1.00 0.00 W3 H +ATOM 32394 H2 TIP3X 249 -26.510 28.990 41.530 1.00 0.00 W3 H +ATOM 32395 OH2 TIP3X 250 -36.930 -3.360 -24.100 1.00 0.00 W3 O +ATOM 32396 H1 TIP3X 250 -36.760 -4.270 -23.880 1.00 0.00 W3 H +ATOM 32397 H2 TIP3X 250 -37.840 -3.220 -23.850 1.00 0.00 W3 H +ATOM 32398 OH2 TIP3X 251 34.980 -49.320 35.780 1.00 0.00 W3 O +ATOM 32399 H1 TIP3X 251 35.230 -48.610 36.370 1.00 0.00 W3 H +ATOM 32400 H2 TIP3X 251 34.120 -49.590 36.070 1.00 0.00 W3 H +ATOM 32401 OH2 TIP3X 252 -20.740 -23.900 -30.460 1.00 0.00 W3 O +ATOM 32402 H1 TIP3X 252 -21.560 -24.260 -30.810 1.00 0.00 W3 H +ATOM 32403 H2 TIP3X 252 -20.720 -24.230 -29.560 1.00 0.00 W3 H +ATOM 32404 OH2 TIP3X 253 6.070 31.000 28.510 1.00 0.00 W3 O +ATOM 32405 H1 TIP3X 253 6.720 31.340 29.120 1.00 0.00 W3 H +ATOM 32406 H2 TIP3X 253 5.260 31.420 28.760 1.00 0.00 W3 H +ATOM 32407 OH2 TIP3X 254 -23.480 31.570 -43.870 1.00 0.00 W3 O +ATOM 32408 H1 TIP3X 254 -23.460 32.140 -44.640 1.00 0.00 W3 H +ATOM 32409 H2 TIP3X 254 -22.570 31.460 -43.640 1.00 0.00 W3 H +ATOM 32410 OH2 TIP3X 255 -16.160 -25.370 -30.490 1.00 0.00 W3 O +ATOM 32411 H1 TIP3X 255 -16.620 -24.540 -30.550 1.00 0.00 W3 H +ATOM 32412 H2 TIP3X 255 -15.380 -25.170 -29.950 1.00 0.00 W3 H +ATOM 32413 OH2 TIP3X 256 -40.130 30.730 -40.340 1.00 0.00 W3 O +ATOM 32414 H1 TIP3X 256 -40.930 30.300 -40.680 1.00 0.00 W3 H +ATOM 32415 H2 TIP3X 256 -40.440 31.540 -39.950 1.00 0.00 W3 H +ATOM 32416 OH2 TIP3X 257 48.560 14.490 20.470 1.00 0.00 W3 O +ATOM 32417 H1 TIP3X 257 49.340 13.960 20.400 1.00 0.00 W3 H +ATOM 32418 H2 TIP3X 257 48.040 14.270 19.700 1.00 0.00 W3 H +ATOM 32419 OH2 TIP3X 258 19.570 5.620 -41.890 1.00 0.00 W3 O +ATOM 32420 H1 TIP3X 258 19.330 6.420 -41.410 1.00 0.00 W3 H +ATOM 32421 H2 TIP3X 258 20.530 5.690 -42.000 1.00 0.00 W3 H +ATOM 32422 OH2 TIP3X 259 -36.910 -42.940 -43.910 1.00 0.00 W3 O +ATOM 32423 H1 TIP3X 259 -36.950 -43.880 -44.070 1.00 0.00 W3 H +ATOM 32424 H2 TIP3X 259 -36.830 -42.550 -44.780 1.00 0.00 W3 H +ATOM 32425 OH2 TIP3X 260 26.520 -22.720 -42.800 1.00 0.00 W3 O +ATOM 32426 H1 TIP3X 260 27.250 -22.450 -42.240 1.00 0.00 W3 H +ATOM 32427 H2 TIP3X 260 26.750 -22.380 -43.660 1.00 0.00 W3 H +ATOM 32428 OH2 TIP3X 261 -20.580 -46.120 -41.690 1.00 0.00 W3 O +ATOM 32429 H1 TIP3X 261 -20.430 -46.670 -40.910 1.00 0.00 W3 H +ATOM 32430 H2 TIP3X 261 -20.490 -45.220 -41.370 1.00 0.00 W3 H +ATOM 32431 OH2 TIP3X 262 0.180 22.060 36.730 1.00 0.00 W3 O +ATOM 32432 H1 TIP3X 262 -0.490 22.310 36.100 1.00 0.00 W3 H +ATOM 32433 H2 TIP3X 262 0.190 22.780 37.370 1.00 0.00 W3 H +ATOM 32434 OH2 TIP3X 263 0.340 27.210 25.630 1.00 0.00 W3 O +ATOM 32435 H1 TIP3X 263 0.470 26.440 25.080 1.00 0.00 W3 H +ATOM 32436 H2 TIP3X 263 -0.530 27.530 25.400 1.00 0.00 W3 H +ATOM 32437 OH2 TIP3X 264 -32.510 -32.090 23.720 1.00 0.00 W3 O +ATOM 32438 H1 TIP3X 264 -32.150 -32.920 23.440 1.00 0.00 W3 H +ATOM 32439 H2 TIP3X 264 -32.150 -31.450 23.110 1.00 0.00 W3 H +ATOM 32440 OH2 TIP3X 265 34.560 -40.060 -21.760 1.00 0.00 W3 O +ATOM 32441 H1 TIP3X 265 34.980 -40.920 -21.700 1.00 0.00 W3 H +ATOM 32442 H2 TIP3X 265 34.240 -39.890 -20.870 1.00 0.00 W3 H +ATOM 32443 OH2 TIP3X 266 25.520 17.690 -50.630 1.00 0.00 W3 O +ATOM 32444 H1 TIP3X 266 25.900 16.820 -50.440 1.00 0.00 W3 H +ATOM 32445 H2 TIP3X 266 25.960 17.970 -51.430 1.00 0.00 W3 H +ATOM 32446 OH2 TIP3X 267 -34.310 -43.350 -29.520 1.00 0.00 W3 O +ATOM 32447 H1 TIP3X 267 -34.280 -42.540 -29.010 1.00 0.00 W3 H +ATOM 32448 H2 TIP3X 267 -34.180 -43.070 -30.420 1.00 0.00 W3 H +ATOM 32449 OH2 TIP3X 268 -17.780 6.950 -31.690 1.00 0.00 W3 O +ATOM 32450 H1 TIP3X 268 -18.360 6.430 -32.240 1.00 0.00 W3 H +ATOM 32451 H2 TIP3X 268 -17.910 6.600 -30.810 1.00 0.00 W3 H +ATOM 32452 OH2 TIP3X 269 29.850 24.170 -31.660 1.00 0.00 W3 O +ATOM 32453 H1 TIP3X 269 29.770 23.660 -30.860 1.00 0.00 W3 H +ATOM 32454 H2 TIP3X 269 29.330 23.680 -32.310 1.00 0.00 W3 H +ATOM 32455 OH2 TIP3X 270 31.980 -4.420 -36.490 1.00 0.00 W3 O +ATOM 32456 H1 TIP3X 270 32.800 -4.800 -36.800 1.00 0.00 W3 H +ATOM 32457 H2 TIP3X 270 31.590 -5.100 -35.950 1.00 0.00 W3 H +ATOM 32458 OH2 TIP3X 271 -26.080 2.060 -32.140 1.00 0.00 W3 O +ATOM 32459 H1 TIP3X 271 -25.530 1.300 -32.350 1.00 0.00 W3 H +ATOM 32460 H2 TIP3X 271 -26.860 1.930 -32.670 1.00 0.00 W3 H +ATOM 32461 OH2 TIP3X 272 -0.350 19.820 38.080 1.00 0.00 W3 O +ATOM 32462 H1 TIP3X 272 -1.260 19.900 37.780 1.00 0.00 W3 H +ATOM 32463 H2 TIP3X 272 0.050 20.660 37.850 1.00 0.00 W3 H +ATOM 32464 OH2 TIP3X 273 29.490 -51.490 10.960 1.00 0.00 W3 O +ATOM 32465 H1 TIP3X 273 29.800 -50.590 10.960 1.00 0.00 W3 H +ATOM 32466 H2 TIP3X 273 30.280 -52.010 10.780 1.00 0.00 W3 H +ATOM 32467 OH2 TIP3X 274 12.650 17.910 -28.700 1.00 0.00 W3 O +ATOM 32468 H1 TIP3X 274 12.300 17.870 -29.590 1.00 0.00 W3 H +ATOM 32469 H2 TIP3X 274 12.690 18.850 -28.510 1.00 0.00 W3 H +ATOM 32470 OH2 TIP3X 275 27.820 37.580 31.160 1.00 0.00 W3 O +ATOM 32471 H1 TIP3X 275 26.910 37.700 31.420 1.00 0.00 W3 H +ATOM 32472 H2 TIP3X 275 27.780 36.890 30.490 1.00 0.00 W3 H +ATOM 32473 OH2 TIP3X 276 -0.330 -34.840 -26.660 1.00 0.00 W3 O +ATOM 32474 H1 TIP3X 276 0.190 -34.030 -26.640 1.00 0.00 W3 H +ATOM 32475 H2 TIP3X 276 -1.210 -34.550 -26.870 1.00 0.00 W3 H +ATOM 32476 OH2 TIP3X 277 35.540 -41.220 -43.220 1.00 0.00 W3 O +ATOM 32477 H1 TIP3X 277 35.380 -40.300 -43.000 1.00 0.00 W3 H +ATOM 32478 H2 TIP3X 277 36.430 -41.380 -42.890 1.00 0.00 W3 H +ATOM 32479 OH2 TIP3X 278 27.340 5.320 -51.210 1.00 0.00 W3 O +ATOM 32480 H1 TIP3X 278 26.980 4.440 -51.280 1.00 0.00 W3 H +ATOM 32481 H2 TIP3X 278 27.410 5.620 -52.110 1.00 0.00 W3 H +ATOM 32482 OH2 TIP3X 279 -24.470 -40.290 30.220 1.00 0.00 W3 O +ATOM 32483 H1 TIP3X 279 -24.420 -41.100 29.710 1.00 0.00 W3 H +ATOM 32484 H2 TIP3X 279 -24.540 -40.590 31.130 1.00 0.00 W3 H +ATOM 32485 OH2 TIP3X 280 -9.310 -5.500 -36.750 1.00 0.00 W3 O +ATOM 32486 H1 TIP3X 280 -9.480 -4.570 -36.670 1.00 0.00 W3 H +ATOM 32487 H2 TIP3X 280 -9.410 -5.690 -37.690 1.00 0.00 W3 H +ATOM 32488 OH2 TIP3X 281 7.810 37.280 -27.000 1.00 0.00 W3 O +ATOM 32489 H1 TIP3X 281 7.190 36.780 -27.540 1.00 0.00 W3 H +ATOM 32490 H2 TIP3X 281 7.580 37.050 -26.100 1.00 0.00 W3 H +ATOM 32491 OH2 TIP3X 282 12.780 -6.570 -46.020 1.00 0.00 W3 O +ATOM 32492 H1 TIP3X 282 12.310 -7.330 -45.670 1.00 0.00 W3 H +ATOM 32493 H2 TIP3X 282 13.700 -6.830 -45.990 1.00 0.00 W3 H +ATOM 32494 OH2 TIP3X 283 6.130 -29.580 -30.840 1.00 0.00 W3 O +ATOM 32495 H1 TIP3X 283 6.390 -30.420 -31.240 1.00 0.00 W3 H +ATOM 32496 H2 TIP3X 283 6.790 -29.430 -30.180 1.00 0.00 W3 H +ATOM 32497 OH2 TIP3X 284 45.350 31.750 -45.930 1.00 0.00 W3 O +ATOM 32498 H1 TIP3X 284 44.590 32.070 -45.450 1.00 0.00 W3 H +ATOM 32499 H2 TIP3X 284 46.100 32.150 -45.480 1.00 0.00 W3 H +ATOM 32500 OH2 TIP3X 285 40.260 -7.750 -46.750 1.00 0.00 W3 O +ATOM 32501 H1 TIP3X 285 40.950 -7.130 -46.960 1.00 0.00 W3 H +ATOM 32502 H2 TIP3X 285 39.750 -7.820 -47.560 1.00 0.00 W3 H +ATOM 32503 OH2 TIP3X 286 -6.630 -40.440 30.980 1.00 0.00 W3 O +ATOM 32504 H1 TIP3X 286 -6.800 -39.490 31.040 1.00 0.00 W3 H +ATOM 32505 H2 TIP3X 286 -5.770 -40.540 31.380 1.00 0.00 W3 H +ATOM 32506 OH2 TIP3X 287 13.500 -30.370 21.190 1.00 0.00 W3 O +ATOM 32507 H1 TIP3X 287 12.990 -30.210 20.390 1.00 0.00 W3 H +ATOM 32508 H2 TIP3X 287 12.880 -30.180 21.890 1.00 0.00 W3 H +ATOM 32509 OH2 TIP3X 288 -7.470 13.320 27.620 1.00 0.00 W3 O +ATOM 32510 H1 TIP3X 288 -7.540 14.230 27.330 1.00 0.00 W3 H +ATOM 32511 H2 TIP3X 288 -7.890 12.810 26.920 1.00 0.00 W3 H +ATOM 32512 OH2 TIP3X 289 22.110 7.570 32.760 1.00 0.00 W3 O +ATOM 32513 H1 TIP3X 289 22.510 8.360 32.430 1.00 0.00 W3 H +ATOM 32514 H2 TIP3X 289 22.720 7.240 33.420 1.00 0.00 W3 H +ATOM 32515 OH2 TIP3X 290 -14.180 30.600 33.540 1.00 0.00 W3 O +ATOM 32516 H1 TIP3X 290 -13.370 30.290 33.130 1.00 0.00 W3 H +ATOM 32517 H2 TIP3X 290 -13.890 31.230 34.200 1.00 0.00 W3 H +ATOM 32518 OH2 TIP3X 291 -9.860 12.950 38.600 1.00 0.00 W3 O +ATOM 32519 H1 TIP3X 291 -9.620 12.720 39.500 1.00 0.00 W3 H +ATOM 32520 H2 TIP3X 291 -10.710 13.370 38.690 1.00 0.00 W3 H +ATOM 32521 OH2 TIP3X 292 -18.830 -26.930 -18.410 1.00 0.00 W3 O +ATOM 32522 H1 TIP3X 292 -19.770 -26.910 -18.230 1.00 0.00 W3 H +ATOM 32523 H2 TIP3X 292 -18.420 -27.090 -17.560 1.00 0.00 W3 H +ATOM 32524 OH2 TIP3X 293 -44.010 -40.200 -51.010 1.00 0.00 W3 O +ATOM 32525 H1 TIP3X 293 -44.750 -39.580 -50.950 1.00 0.00 W3 H +ATOM 32526 H2 TIP3X 293 -43.240 -39.640 -50.930 1.00 0.00 W3 H +ATOM 32527 OH2 TIP3X 294 -4.950 -8.250 -33.410 1.00 0.00 W3 O +ATOM 32528 H1 TIP3X 294 -4.490 -8.430 -34.230 1.00 0.00 W3 H +ATOM 32529 H2 TIP3X 294 -5.780 -7.880 -33.690 1.00 0.00 W3 H +ATOM 32530 OH2 TIP3X 295 -25.060 -6.860 -40.630 1.00 0.00 W3 O +ATOM 32531 H1 TIP3X 295 -25.050 -6.670 -39.690 1.00 0.00 W3 H +ATOM 32532 H2 TIP3X 295 -24.980 -6.000 -41.050 1.00 0.00 W3 H +ATOM 32533 OH2 TIP3X 296 -12.500 -42.600 22.250 1.00 0.00 W3 O +ATOM 32534 H1 TIP3X 296 -12.050 -42.890 23.050 1.00 0.00 W3 H +ATOM 32535 H2 TIP3X 296 -12.980 -41.820 22.520 1.00 0.00 W3 H +ATOM 32536 OH2 TIP3X 297 41.960 -8.850 -35.560 1.00 0.00 W3 O +ATOM 32537 H1 TIP3X 297 42.800 -8.910 -36.010 1.00 0.00 W3 H +ATOM 32538 H2 TIP3X 297 42.170 -8.580 -34.670 1.00 0.00 W3 H +ATOM 32539 OH2 TIP3X 298 -9.660 20.160 32.880 1.00 0.00 W3 O +ATOM 32540 H1 TIP3X 298 -10.380 20.730 33.170 1.00 0.00 W3 H +ATOM 32541 H2 TIP3X 298 -9.470 19.610 33.640 1.00 0.00 W3 H +ATOM 32542 OH2 TIP3X 299 15.420 -8.690 21.420 1.00 0.00 W3 O +ATOM 32543 H1 TIP3X 299 15.240 -7.760 21.600 1.00 0.00 W3 H +ATOM 32544 H2 TIP3X 299 16.220 -8.870 21.900 1.00 0.00 W3 H +ATOM 32545 OH2 TIP3X 300 16.620 9.620 -36.840 1.00 0.00 W3 O +ATOM 32546 H1 TIP3X 300 16.580 9.130 -36.020 1.00 0.00 W3 H +ATOM 32547 H2 TIP3X 300 15.880 10.240 -36.780 1.00 0.00 W3 H +ATOM 32548 OH2 TIP3X 301 -27.860 -46.750 34.640 1.00 0.00 W3 O +ATOM 32549 H1 TIP3X 301 -28.060 -45.870 34.970 1.00 0.00 W3 H +ATOM 32550 H2 TIP3X 301 -28.120 -46.710 33.720 1.00 0.00 W3 H +ATOM 32551 OH2 TIP3X 302 13.890 -48.630 14.260 1.00 0.00 W3 O +ATOM 32552 H1 TIP3X 302 13.170 -48.060 14.000 1.00 0.00 W3 H +ATOM 32553 H2 TIP3X 302 14.180 -48.280 15.100 1.00 0.00 W3 H +ATOM 32554 OH2 TIP3X 303 -38.130 13.970 -46.630 1.00 0.00 W3 O +ATOM 32555 H1 TIP3X 303 -39.090 13.980 -46.710 1.00 0.00 W3 H +ATOM 32556 H2 TIP3X 303 -37.910 13.040 -46.600 1.00 0.00 W3 H +ATOM 32557 OH2 TIP3X 304 12.470 42.380 -21.200 1.00 0.00 W3 O +ATOM 32558 H1 TIP3X 304 11.610 41.970 -21.350 1.00 0.00 W3 H +ATOM 32559 H2 TIP3X 304 12.370 43.260 -21.560 1.00 0.00 W3 H +ATOM 32560 OH2 TIP3X 305 30.330 -29.410 -51.920 1.00 0.00 W3 O +ATOM 32561 H1 TIP3X 305 29.770 -28.960 -52.550 1.00 0.00 W3 H +ATOM 32562 H2 TIP3X 305 30.220 -30.330 -52.130 1.00 0.00 W3 H +ATOM 32563 OH2 TIP3X 306 17.290 -31.060 -45.840 1.00 0.00 W3 O +ATOM 32564 H1 TIP3X 306 17.450 -31.050 -44.910 1.00 0.00 W3 H +ATOM 32565 H2 TIP3X 306 18.120 -30.810 -46.250 1.00 0.00 W3 H +ATOM 32566 OH2 TIP3X 307 13.830 -48.030 -33.640 1.00 0.00 W3 O +ATOM 32567 H1 TIP3X 307 13.270 -48.800 -33.810 1.00 0.00 W3 H +ATOM 32568 H2 TIP3X 307 14.390 -47.960 -34.410 1.00 0.00 W3 H +ATOM 32569 OH2 TIP3X 308 3.060 1.010 -40.690 1.00 0.00 W3 O +ATOM 32570 H1 TIP3X 308 2.280 1.510 -40.440 1.00 0.00 W3 H +ATOM 32571 H2 TIP3X 308 2.730 0.330 -41.280 1.00 0.00 W3 H +ATOM 32572 OH2 TIP3X 309 -37.220 -13.030 15.300 1.00 0.00 W3 O +ATOM 32573 H1 TIP3X 309 -36.990 -13.390 14.450 1.00 0.00 W3 H +ATOM 32574 H2 TIP3X 309 -37.700 -13.730 15.730 1.00 0.00 W3 H +ATOM 32575 OH2 TIP3X 310 29.470 4.090 32.840 1.00 0.00 W3 O +ATOM 32576 H1 TIP3X 310 28.740 3.560 32.530 1.00 0.00 W3 H +ATOM 32577 H2 TIP3X 310 29.260 4.300 33.750 1.00 0.00 W3 H +ATOM 32578 OH2 TIP3X 311 -15.820 -19.580 36.110 1.00 0.00 W3 O +ATOM 32579 H1 TIP3X 311 -15.750 -20.350 35.530 1.00 0.00 W3 H +ATOM 32580 H2 TIP3X 311 -15.950 -18.850 35.500 1.00 0.00 W3 H +ATOM 32581 OH2 TIP3X 312 33.480 34.170 -37.880 1.00 0.00 W3 O +ATOM 32582 H1 TIP3X 312 32.870 33.690 -38.440 1.00 0.00 W3 H +ATOM 32583 H2 TIP3X 312 33.180 35.080 -37.940 1.00 0.00 W3 H +ATOM 32584 OH2 TIP3X 313 -35.780 -25.670 30.670 1.00 0.00 W3 O +ATOM 32585 H1 TIP3X 313 -36.040 -26.310 30.010 1.00 0.00 W3 H +ATOM 32586 H2 TIP3X 313 -35.760 -24.840 30.190 1.00 0.00 W3 H +ATOM 32587 OH2 TIP3X 314 43.370 34.130 17.960 1.00 0.00 W3 O +ATOM 32588 H1 TIP3X 314 43.000 34.360 18.810 1.00 0.00 W3 H +ATOM 32589 H2 TIP3X 314 42.700 34.390 17.330 1.00 0.00 W3 H +ATOM 32590 OH2 TIP3X 315 -43.570 -16.560 -15.710 1.00 0.00 W3 O +ATOM 32591 H1 TIP3X 315 -43.580 -17.470 -15.990 1.00 0.00 W3 H +ATOM 32592 H2 TIP3X 315 -43.560 -16.610 -14.750 1.00 0.00 W3 H +ATOM 32593 OH2 TIP3X 316 -39.780 -24.130 24.220 1.00 0.00 W3 O +ATOM 32594 H1 TIP3X 316 -40.680 -24.360 23.960 1.00 0.00 W3 H +ATOM 32595 H2 TIP3X 316 -39.250 -24.330 23.450 1.00 0.00 W3 H +ATOM 32596 OH2 TIP3X 317 26.630 31.280 -25.530 1.00 0.00 W3 O +ATOM 32597 H1 TIP3X 317 26.920 31.190 -26.450 1.00 0.00 W3 H +ATOM 32598 H2 TIP3X 317 25.890 30.680 -25.460 1.00 0.00 W3 H +ATOM 32599 OH2 TIP3X 318 -36.480 35.720 -38.030 1.00 0.00 W3 O +ATOM 32600 H1 TIP3X 318 -36.020 35.140 -38.630 1.00 0.00 W3 H +ATOM 32601 H2 TIP3X 318 -35.860 36.430 -37.860 1.00 0.00 W3 H +ATOM 32602 OH2 TIP3X 319 29.770 24.270 -27.970 1.00 0.00 W3 O +ATOM 32603 H1 TIP3X 319 28.960 24.360 -28.480 1.00 0.00 W3 H +ATOM 32604 H2 TIP3X 319 29.470 24.140 -27.070 1.00 0.00 W3 H +ATOM 32605 OH2 TIP3X 320 -22.680 7.730 -40.600 1.00 0.00 W3 O +ATOM 32606 H1 TIP3X 320 -22.400 6.840 -40.800 1.00 0.00 W3 H +ATOM 32607 H2 TIP3X 320 -22.750 8.160 -41.440 1.00 0.00 W3 H +ATOM 32608 OH2 TIP3X 321 46.830 -21.310 -34.620 1.00 0.00 W3 O +ATOM 32609 H1 TIP3X 321 46.350 -22.110 -34.430 1.00 0.00 W3 H +ATOM 32610 H2 TIP3X 321 47.040 -20.940 -33.750 1.00 0.00 W3 H +ATOM 32611 OH2 TIP3X 322 26.210 12.320 -49.770 1.00 0.00 W3 O +ATOM 32612 H1 TIP3X 322 25.820 12.390 -48.890 1.00 0.00 W3 H +ATOM 32613 H2 TIP3X 322 25.490 12.570 -50.360 1.00 0.00 W3 H +ATOM 32614 OH2 TIP3X 323 34.580 -2.800 -26.600 1.00 0.00 W3 O +ATOM 32615 H1 TIP3X 323 35.410 -2.410 -26.870 1.00 0.00 W3 H +ATOM 32616 H2 TIP3X 323 34.750 -3.740 -26.560 1.00 0.00 W3 H +ATOM 32617 OH2 TIP3X 324 -26.360 25.960 -26.120 1.00 0.00 W3 O +ATOM 32618 H1 TIP3X 324 -26.020 26.710 -26.600 1.00 0.00 W3 H +ATOM 32619 H2 TIP3X 324 -26.650 26.330 -25.290 1.00 0.00 W3 H +ATOM 32620 OH2 TIP3X 325 0.490 -37.880 -48.270 1.00 0.00 W3 O +ATOM 32621 H1 TIP3X 325 0.040 -38.670 -47.950 1.00 0.00 W3 H +ATOM 32622 H2 TIP3X 325 0.590 -37.330 -47.490 1.00 0.00 W3 H +ATOM 32623 OH2 TIP3X 326 41.420 33.500 26.950 1.00 0.00 W3 O +ATOM 32624 H1 TIP3X 326 41.190 33.990 27.740 1.00 0.00 W3 H +ATOM 32625 H2 TIP3X 326 40.730 33.710 26.330 1.00 0.00 W3 H +ATOM 32626 OH2 TIP3X 327 29.720 39.530 -48.620 1.00 0.00 W3 O +ATOM 32627 H1 TIP3X 327 30.520 39.020 -48.440 1.00 0.00 W3 H +ATOM 32628 H2 TIP3X 327 29.440 39.850 -47.760 1.00 0.00 W3 H +ATOM 32629 OH2 TIP3X 328 -16.490 -48.050 -42.770 1.00 0.00 W3 O +ATOM 32630 H1 TIP3X 328 -17.070 -47.500 -43.290 1.00 0.00 W3 H +ATOM 32631 H2 TIP3X 328 -16.760 -48.950 -42.950 1.00 0.00 W3 H +ATOM 32632 OH2 TIP3X 329 7.670 29.010 -34.660 1.00 0.00 W3 O +ATOM 32633 H1 TIP3X 329 6.940 28.960 -34.050 1.00 0.00 W3 H +ATOM 32634 H2 TIP3X 329 7.530 28.290 -35.290 1.00 0.00 W3 H +ATOM 32635 OH2 TIP3X 330 -11.930 40.550 23.180 1.00 0.00 W3 O +ATOM 32636 H1 TIP3X 330 -12.660 41.030 23.570 1.00 0.00 W3 H +ATOM 32637 H2 TIP3X 330 -11.770 39.850 23.800 1.00 0.00 W3 H +ATOM 32638 OH2 TIP3X 331 24.020 -45.850 -42.060 1.00 0.00 W3 O +ATOM 32639 H1 TIP3X 331 24.310 -45.620 -41.180 1.00 0.00 W3 H +ATOM 32640 H2 TIP3X 331 24.610 -45.380 -42.650 1.00 0.00 W3 H +ATOM 32641 OH2 TIP3X 332 -4.800 -43.950 27.630 1.00 0.00 W3 O +ATOM 32642 H1 TIP3X 332 -4.160 -43.240 27.660 1.00 0.00 W3 H +ATOM 32643 H2 TIP3X 332 -5.650 -43.510 27.580 1.00 0.00 W3 H +ATOM 32644 OH2 TIP3X 333 39.090 -50.560 25.520 1.00 0.00 W3 O +ATOM 32645 H1 TIP3X 333 39.770 -51.210 25.390 1.00 0.00 W3 H +ATOM 32646 H2 TIP3X 333 39.520 -49.850 25.980 1.00 0.00 W3 H +ATOM 32647 OH2 TIP3X 334 -7.830 26.040 36.840 1.00 0.00 W3 O +ATOM 32648 H1 TIP3X 334 -7.920 26.930 37.160 1.00 0.00 W3 H +ATOM 32649 H2 TIP3X 334 -6.910 25.820 36.950 1.00 0.00 W3 H +ATOM 32650 OH2 TIP3X 335 6.100 39.810 11.340 1.00 0.00 W3 O +ATOM 32651 H1 TIP3X 335 5.500 40.560 11.350 1.00 0.00 W3 H +ATOM 32652 H2 TIP3X 335 6.910 40.160 10.970 1.00 0.00 W3 H +ATOM 32653 OH2 TIP3X 336 -23.230 -2.350 -25.460 1.00 0.00 W3 O +ATOM 32654 H1 TIP3X 336 -23.250 -2.020 -24.560 1.00 0.00 W3 H +ATOM 32655 H2 TIP3X 336 -22.430 -1.990 -25.830 1.00 0.00 W3 H +ATOM 32656 OH2 TIP3X 337 -1.970 41.650 -46.980 1.00 0.00 W3 O +ATOM 32657 H1 TIP3X 337 -1.590 41.130 -46.260 1.00 0.00 W3 H +ATOM 32658 H2 TIP3X 337 -1.810 42.560 -46.730 1.00 0.00 W3 H +ATOM 32659 OH2 TIP3X 338 -22.810 -34.250 13.550 1.00 0.00 W3 O +ATOM 32660 H1 TIP3X 338 -22.120 -34.620 14.120 1.00 0.00 W3 H +ATOM 32661 H2 TIP3X 338 -22.360 -33.610 13.000 1.00 0.00 W3 H +ATOM 32662 OH2 TIP3X 339 31.890 -4.890 -48.850 1.00 0.00 W3 O +ATOM 32663 H1 TIP3X 339 31.370 -4.350 -49.460 1.00 0.00 W3 H +ATOM 32664 H2 TIP3X 339 32.660 -5.150 -49.350 1.00 0.00 W3 H +ATOM 32665 OH2 TIP3X 340 27.070 -29.830 26.600 1.00 0.00 W3 O +ATOM 32666 H1 TIP3X 340 26.560 -30.610 26.810 1.00 0.00 W3 H +ATOM 32667 H2 TIP3X 340 27.510 -30.020 25.770 1.00 0.00 W3 H +ATOM 32668 OH2 TIP3X 341 -27.160 -43.360 22.130 1.00 0.00 W3 O +ATOM 32669 H1 TIP3X 341 -27.440 -43.370 21.210 1.00 0.00 W3 H +ATOM 32670 H2 TIP3X 341 -26.310 -42.910 22.100 1.00 0.00 W3 H +ATOM 32671 OH2 TIP3X 342 1.020 26.870 -34.770 1.00 0.00 W3 O +ATOM 32672 H1 TIP3X 342 1.120 25.970 -34.470 1.00 0.00 W3 H +ATOM 32673 H2 TIP3X 342 1.210 27.400 -34.010 1.00 0.00 W3 H +ATOM 32674 OH2 TIP3X 343 -14.890 -17.970 33.620 1.00 0.00 W3 O +ATOM 32675 H1 TIP3X 343 -15.810 -18.210 33.730 1.00 0.00 W3 H +ATOM 32676 H2 TIP3X 343 -14.860 -17.480 32.800 1.00 0.00 W3 H +ATOM 32677 OH2 TIP3X 344 -40.140 40.410 25.310 1.00 0.00 W3 O +ATOM 32678 H1 TIP3X 344 -40.000 40.250 26.250 1.00 0.00 W3 H +ATOM 32679 H2 TIP3X 344 -41.090 40.510 25.220 1.00 0.00 W3 H +ATOM 32680 OH2 TIP3X 345 -39.110 -18.290 -26.930 1.00 0.00 W3 O +ATOM 32681 H1 TIP3X 345 -39.940 -18.210 -26.480 1.00 0.00 W3 H +ATOM 32682 H2 TIP3X 345 -38.480 -17.840 -26.370 1.00 0.00 W3 H +ATOM 32683 OH2 TIP3X 346 -7.620 6.430 -32.130 1.00 0.00 W3 O +ATOM 32684 H1 TIP3X 346 -7.960 7.320 -32.050 1.00 0.00 W3 H +ATOM 32685 H2 TIP3X 346 -8.110 6.020 -32.840 1.00 0.00 W3 H +ATOM 32686 OH2 TIP3X 347 23.210 24.360 -9.900 1.00 0.00 W3 O +ATOM 32687 H1 TIP3X 347 23.460 25.130 -9.390 1.00 0.00 W3 H +ATOM 32688 H2 TIP3X 347 23.700 23.630 -9.510 1.00 0.00 W3 H +ATOM 32689 OH2 TIP3X 348 18.180 -45.260 18.620 1.00 0.00 W3 O +ATOM 32690 H1 TIP3X 348 18.410 -44.330 18.640 1.00 0.00 W3 H +ATOM 32691 H2 TIP3X 348 18.230 -45.500 17.700 1.00 0.00 W3 H +ATOM 32692 OH2 TIP3X 349 -34.980 40.960 -37.470 1.00 0.00 W3 O +ATOM 32693 H1 TIP3X 349 -35.790 40.950 -36.960 1.00 0.00 W3 H +ATOM 32694 H2 TIP3X 349 -34.740 40.050 -37.560 1.00 0.00 W3 H +ATOM 32695 OH2 TIP3X 350 12.210 -28.240 -51.810 1.00 0.00 W3 O +ATOM 32696 H1 TIP3X 350 11.440 -28.730 -51.510 1.00 0.00 W3 H +ATOM 32697 H2 TIP3X 350 12.950 -28.830 -51.620 1.00 0.00 W3 H +ATOM 32698 OH2 TIP3X 351 48.400 -42.570 32.200 1.00 0.00 W3 O +ATOM 32699 H1 TIP3X 351 48.330 -41.780 32.740 1.00 0.00 W3 H +ATOM 32700 H2 TIP3X 351 47.770 -42.430 31.500 1.00 0.00 W3 H +ATOM 32701 OH2 TIP3X 352 34.490 -4.410 -38.440 1.00 0.00 W3 O +ATOM 32702 H1 TIP3X 352 34.300 -3.480 -38.520 1.00 0.00 W3 H +ATOM 32703 H2 TIP3X 352 35.450 -4.470 -38.470 1.00 0.00 W3 H +ATOM 32704 OH2 TIP3X 353 10.790 -36.670 -29.610 1.00 0.00 W3 O +ATOM 32705 H1 TIP3X 353 10.840 -36.820 -30.550 1.00 0.00 W3 H +ATOM 32706 H2 TIP3X 353 10.150 -35.980 -29.500 1.00 0.00 W3 H +ATOM 32707 OH2 TIP3X 354 7.810 -27.260 -46.220 1.00 0.00 W3 O +ATOM 32708 H1 TIP3X 354 7.820 -28.210 -46.200 1.00 0.00 W3 H +ATOM 32709 H2 TIP3X 354 8.100 -27.030 -47.110 1.00 0.00 W3 H +ATOM 32710 OH2 TIP3X 355 5.300 -48.590 -50.210 1.00 0.00 W3 O +ATOM 32711 H1 TIP3X 355 5.660 -47.830 -49.750 1.00 0.00 W3 H +ATOM 32712 H2 TIP3X 355 6.000 -49.250 -50.170 1.00 0.00 W3 H +ATOM 32713 OH2 TIP3X 356 8.720 11.560 -43.550 1.00 0.00 W3 O +ATOM 32714 H1 TIP3X 356 8.580 11.330 -42.630 1.00 0.00 W3 H +ATOM 32715 H2 TIP3X 356 9.600 11.910 -43.580 1.00 0.00 W3 H +ATOM 32716 OH2 TIP3X 357 -25.430 13.130 -8.910 1.00 0.00 W3 O +ATOM 32717 H1 TIP3X 357 -25.680 12.880 -9.810 1.00 0.00 W3 H +ATOM 32718 H2 TIP3X 357 -24.860 13.880 -9.040 1.00 0.00 W3 H +ATOM 32719 OH2 TIP3X 358 -4.760 -21.440 -48.990 1.00 0.00 W3 O +ATOM 32720 H1 TIP3X 358 -4.660 -21.630 -49.920 1.00 0.00 W3 H +ATOM 32721 H2 TIP3X 358 -4.090 -21.990 -48.560 1.00 0.00 W3 H +ATOM 32722 OH2 TIP3X 359 7.320 14.870 -39.960 1.00 0.00 W3 O +ATOM 32723 H1 TIP3X 359 6.980 14.000 -40.160 1.00 0.00 W3 H +ATOM 32724 H2 TIP3X 359 8.220 14.720 -39.700 1.00 0.00 W3 H +ATOM 32725 OH2 TIP3X 360 -1.180 -2.350 -48.550 1.00 0.00 W3 O +ATOM 32726 H1 TIP3X 360 -1.550 -2.010 -47.730 1.00 0.00 W3 H +ATOM 32727 H2 TIP3X 360 -1.260 -1.630 -49.170 1.00 0.00 W3 H +ATOM 32728 OH2 TIP3X 361 -39.520 -45.350 29.450 1.00 0.00 W3 O +ATOM 32729 H1 TIP3X 361 -39.950 -46.070 29.900 1.00 0.00 W3 H +ATOM 32730 H2 TIP3X 361 -38.980 -44.930 30.110 1.00 0.00 W3 H +ATOM 32731 OH2 TIP3X 362 20.590 2.740 31.080 1.00 0.00 W3 O +ATOM 32732 H1 TIP3X 362 21.240 3.450 31.010 1.00 0.00 W3 H +ATOM 32733 H2 TIP3X 362 20.810 2.290 31.900 1.00 0.00 W3 H +ATOM 32734 OH2 TIP3X 363 -12.640 -26.960 -40.950 1.00 0.00 W3 O +ATOM 32735 H1 TIP3X 363 -12.360 -26.090 -40.670 1.00 0.00 W3 H +ATOM 32736 H2 TIP3X 363 -12.640 -26.920 -41.910 1.00 0.00 W3 H +ATOM 32737 OH2 TIP3X 364 23.520 16.010 25.130 1.00 0.00 W3 O +ATOM 32738 H1 TIP3X 364 22.610 16.060 24.830 1.00 0.00 W3 H +ATOM 32739 H2 TIP3X 364 23.890 16.860 24.900 1.00 0.00 W3 H +ATOM 32740 OH2 TIP3X 365 47.640 13.640 -19.280 1.00 0.00 W3 O +ATOM 32741 H1 TIP3X 365 47.590 14.400 -19.850 1.00 0.00 W3 H +ATOM 32742 H2 TIP3X 365 48.570 13.520 -19.110 1.00 0.00 W3 H +ATOM 32743 OH2 TIP3X 366 -12.000 -1.990 33.110 1.00 0.00 W3 O +ATOM 32744 H1 TIP3X 366 -11.950 -1.070 33.380 1.00 0.00 W3 H +ATOM 32745 H2 TIP3X 366 -11.910 -1.980 32.160 1.00 0.00 W3 H +ATOM 32746 OH2 TIP3X 367 2.540 2.180 -20.310 1.00 0.00 W3 O +ATOM 32747 H1 TIP3X 367 3.240 2.380 -19.680 1.00 0.00 W3 H +ATOM 32748 H2 TIP3X 367 2.970 2.270 -21.170 1.00 0.00 W3 H +ATOM 32749 OH2 TIP3X 368 -14.400 -2.760 -39.580 1.00 0.00 W3 O +ATOM 32750 H1 TIP3X 368 -13.950 -3.530 -39.260 1.00 0.00 W3 H +ATOM 32751 H2 TIP3X 368 -14.810 -3.040 -40.400 1.00 0.00 W3 H +ATOM 32752 OH2 TIP3X 369 -43.590 -12.440 -25.980 1.00 0.00 W3 O +ATOM 32753 H1 TIP3X 369 -43.880 -13.340 -25.880 1.00 0.00 W3 H +ATOM 32754 H2 TIP3X 369 -43.990 -12.150 -26.810 1.00 0.00 W3 H +ATOM 32755 OH2 TIP3X 370 30.480 38.690 28.940 1.00 0.00 W3 O +ATOM 32756 H1 TIP3X 370 30.890 39.020 28.140 1.00 0.00 W3 H +ATOM 32757 H2 TIP3X 370 29.730 39.260 29.070 1.00 0.00 W3 H +ATOM 32758 OH2 TIP3X 371 2.010 -11.500 -29.690 1.00 0.00 W3 O +ATOM 32759 H1 TIP3X 371 2.380 -11.090 -30.460 1.00 0.00 W3 H +ATOM 32760 H2 TIP3X 371 2.610 -12.230 -29.490 1.00 0.00 W3 H +ATOM 32761 OH2 TIP3X 372 -18.180 -34.800 -33.410 1.00 0.00 W3 O +ATOM 32762 H1 TIP3X 372 -17.560 -34.230 -32.950 1.00 0.00 W3 H +ATOM 32763 H2 TIP3X 372 -17.990 -35.670 -33.070 1.00 0.00 W3 H +ATOM 32764 OH2 TIP3X 373 -28.020 -25.700 -29.890 1.00 0.00 W3 O +ATOM 32765 H1 TIP3X 373 -27.660 -25.790 -30.770 1.00 0.00 W3 H +ATOM 32766 H2 TIP3X 373 -28.930 -25.420 -30.020 1.00 0.00 W3 H +ATOM 32767 OH2 TIP3X 374 -33.920 -20.230 36.790 1.00 0.00 W3 O +ATOM 32768 H1 TIP3X 374 -34.530 -19.850 37.420 1.00 0.00 W3 H +ATOM 32769 H2 TIP3X 374 -33.230 -20.620 37.320 1.00 0.00 W3 H +ATOM 32770 OH2 TIP3X 375 17.570 -29.940 30.040 1.00 0.00 W3 O +ATOM 32771 H1 TIP3X 375 17.200 -30.030 30.920 1.00 0.00 W3 H +ATOM 32772 H2 TIP3X 375 17.050 -30.510 29.490 1.00 0.00 W3 H +ATOM 32773 OH2 TIP3X 376 -31.200 -5.070 -34.840 1.00 0.00 W3 O +ATOM 32774 H1 TIP3X 376 -31.030 -5.880 -34.360 1.00 0.00 W3 H +ATOM 32775 H2 TIP3X 376 -30.940 -4.370 -34.240 1.00 0.00 W3 H +ATOM 32776 OH2 TIP3X 377 -36.830 22.650 -16.080 1.00 0.00 W3 O +ATOM 32777 H1 TIP3X 377 -36.880 21.930 -16.720 1.00 0.00 W3 H +ATOM 32778 H2 TIP3X 377 -37.560 22.480 -15.480 1.00 0.00 W3 H +ATOM 32779 OH2 TIP3X 378 -17.810 -46.280 35.730 1.00 0.00 W3 O +ATOM 32780 H1 TIP3X 378 -18.750 -46.090 35.750 1.00 0.00 W3 H +ATOM 32781 H2 TIP3X 378 -17.530 -46.170 36.640 1.00 0.00 W3 H +ATOM 32782 OH2 TIP3X 379 48.800 -25.300 37.490 1.00 0.00 W3 O +ATOM 32783 H1 TIP3X 379 48.490 -25.430 36.590 1.00 0.00 W3 H +ATOM 32784 H2 TIP3X 379 48.120 -24.770 37.900 1.00 0.00 W3 H +ATOM 32785 OH2 TIP3X 380 -19.350 9.410 -33.930 1.00 0.00 W3 O +ATOM 32786 H1 TIP3X 380 -19.360 9.430 -34.890 1.00 0.00 W3 H +ATOM 32787 H2 TIP3X 380 -19.850 8.630 -33.700 1.00 0.00 W3 H +ATOM 32788 OH2 TIP3X 381 17.560 8.230 -50.210 1.00 0.00 W3 O +ATOM 32789 H1 TIP3X 381 18.260 8.150 -50.850 1.00 0.00 W3 H +ATOM 32790 H2 TIP3X 381 16.950 7.510 -50.410 1.00 0.00 W3 H +ATOM 32791 OH2 TIP3X 382 36.720 -34.110 15.140 1.00 0.00 W3 O +ATOM 32792 H1 TIP3X 382 37.570 -33.820 14.820 1.00 0.00 W3 H +ATOM 32793 H2 TIP3X 382 36.390 -34.700 14.450 1.00 0.00 W3 H +ATOM 32794 OH2 TIP3X 383 -10.830 -49.050 -52.360 1.00 0.00 W3 O +ATOM 32795 H1 TIP3X 383 -11.390 -49.640 -52.860 1.00 0.00 W3 H +ATOM 32796 H2 TIP3X 383 -11.360 -48.260 -52.230 1.00 0.00 W3 H +ATOM 32797 OH2 TIP3X 384 -37.610 4.930 35.460 1.00 0.00 W3 O +ATOM 32798 H1 TIP3X 384 -37.250 5.630 34.910 1.00 0.00 W3 H +ATOM 32799 H2 TIP3X 384 -37.880 5.360 36.260 1.00 0.00 W3 H +ATOM 32800 OH2 TIP3X 385 -35.980 -14.060 29.780 1.00 0.00 W3 O +ATOM 32801 H1 TIP3X 385 -35.360 -14.780 29.950 1.00 0.00 W3 H +ATOM 32802 H2 TIP3X 385 -35.420 -13.310 29.580 1.00 0.00 W3 H +ATOM 32803 OH2 TIP3X 386 0.390 35.800 -39.260 1.00 0.00 W3 O +ATOM 32804 H1 TIP3X 386 -0.500 35.960 -39.580 1.00 0.00 W3 H +ATOM 32805 H2 TIP3X 386 0.860 35.470 -40.030 1.00 0.00 W3 H +ATOM 32806 OH2 TIP3X 387 24.510 -33.340 -47.870 1.00 0.00 W3 O +ATOM 32807 H1 TIP3X 387 24.530 -33.270 -48.820 1.00 0.00 W3 H +ATOM 32808 H2 TIP3X 387 24.310 -32.450 -47.570 1.00 0.00 W3 H +ATOM 32809 OH2 TIP3X 388 28.380 43.520 -28.940 1.00 0.00 W3 O +ATOM 32810 H1 TIP3X 388 29.260 43.240 -28.690 1.00 0.00 W3 H +ATOM 32811 H2 TIP3X 388 28.190 43.020 -29.730 1.00 0.00 W3 H +ATOM 32812 OH2 TIP3X 389 25.140 3.920 31.840 1.00 0.00 W3 O +ATOM 32813 H1 TIP3X 389 25.710 4.680 32.010 1.00 0.00 W3 H +ATOM 32814 H2 TIP3X 389 24.460 3.980 32.520 1.00 0.00 W3 H +ATOM 32815 OH2 TIP3X 390 29.290 19.280 32.960 1.00 0.00 W3 O +ATOM 32816 H1 TIP3X 390 29.670 20.060 32.540 1.00 0.00 W3 H +ATOM 32817 H2 TIP3X 390 29.860 18.560 32.660 1.00 0.00 W3 H +ATOM 32818 OH2 TIP3X 391 -11.100 -37.790 32.140 1.00 0.00 W3 O +ATOM 32819 H1 TIP3X 391 -11.130 -38.590 31.610 1.00 0.00 W3 H +ATOM 32820 H2 TIP3X 391 -11.990 -37.460 32.140 1.00 0.00 W3 H +ATOM 32821 OH2 TIP3X 392 -20.300 -39.430 -16.970 1.00 0.00 W3 O +ATOM 32822 H1 TIP3X 392 -21.180 -39.150 -16.720 1.00 0.00 W3 H +ATOM 32823 H2 TIP3X 392 -20.430 -40.290 -17.370 1.00 0.00 W3 H +ATOM 32824 OH2 TIP3X 393 7.720 -17.850 -35.720 1.00 0.00 W3 O +ATOM 32825 H1 TIP3X 393 8.490 -17.730 -36.280 1.00 0.00 W3 H +ATOM 32826 H2 TIP3X 393 6.990 -17.500 -36.230 1.00 0.00 W3 H +ATOM 32827 OH2 TIP3X 394 -41.060 -29.940 30.890 1.00 0.00 W3 O +ATOM 32828 H1 TIP3X 394 -41.720 -30.090 30.210 1.00 0.00 W3 H +ATOM 32829 H2 TIP3X 394 -40.330 -30.500 30.650 1.00 0.00 W3 H +ATOM 32830 OH2 TIP3X 395 13.980 -46.080 -31.720 1.00 0.00 W3 O +ATOM 32831 H1 TIP3X 395 13.770 -46.150 -30.790 1.00 0.00 W3 H +ATOM 32832 H2 TIP3X 395 13.630 -46.890 -32.100 1.00 0.00 W3 H +ATOM 32833 OH2 TIP3X 396 -35.860 20.890 -12.930 1.00 0.00 W3 O +ATOM 32834 H1 TIP3X 396 -35.800 21.430 -13.710 1.00 0.00 W3 H +ATOM 32835 H2 TIP3X 396 -36.470 21.360 -12.360 1.00 0.00 W3 H +ATOM 32836 OH2 TIP3X 397 -27.150 -37.040 31.430 1.00 0.00 W3 O +ATOM 32837 H1 TIP3X 397 -27.350 -37.900 31.050 1.00 0.00 W3 H +ATOM 32838 H2 TIP3X 397 -26.600 -36.610 30.770 1.00 0.00 W3 H +ATOM 32839 OH2 TIP3X 398 -45.040 -31.230 -31.920 1.00 0.00 W3 O +ATOM 32840 H1 TIP3X 398 -44.710 -30.430 -31.490 1.00 0.00 W3 H +ATOM 32841 H2 TIP3X 398 -45.950 -31.280 -31.630 1.00 0.00 W3 H +ATOM 32842 OH2 TIP3X 399 2.300 -2.110 -31.650 1.00 0.00 W3 O +ATOM 32843 H1 TIP3X 399 2.760 -2.520 -30.920 1.00 0.00 W3 H +ATOM 32844 H2 TIP3X 399 1.880 -1.330 -31.270 1.00 0.00 W3 H +ATOM 32845 OH2 TIP3X 400 7.040 -8.820 20.790 1.00 0.00 W3 O +ATOM 32846 H1 TIP3X 400 7.750 -8.190 20.710 1.00 0.00 W3 H +ATOM 32847 H2 TIP3X 400 6.840 -9.070 19.890 1.00 0.00 W3 H +ATOM 32848 OH2 TIP3X 401 -14.520 8.970 -49.000 1.00 0.00 W3 O +ATOM 32849 H1 TIP3X 401 -14.310 8.160 -48.530 1.00 0.00 W3 H +ATOM 32850 H2 TIP3X 401 -13.660 9.290 -49.310 1.00 0.00 W3 H +ATOM 32851 OH2 TIP3X 402 14.460 -21.400 -22.070 1.00 0.00 W3 O +ATOM 32852 H1 TIP3X 402 13.900 -20.960 -21.440 1.00 0.00 W3 H +ATOM 32853 H2 TIP3X 402 15.230 -21.680 -21.570 1.00 0.00 W3 H +ATOM 32854 OH2 TIP3X 403 -18.690 -34.000 27.440 1.00 0.00 W3 O +ATOM 32855 H1 TIP3X 403 -18.680 -34.110 26.490 1.00 0.00 W3 H +ATOM 32856 H2 TIP3X 403 -17.900 -33.470 27.620 1.00 0.00 W3 H +ATOM 32857 OH2 TIP3X 404 -23.320 -13.550 27.770 1.00 0.00 W3 O +ATOM 32858 H1 TIP3X 404 -22.950 -13.980 28.530 1.00 0.00 W3 H +ATOM 32859 H2 TIP3X 404 -22.680 -13.690 27.070 1.00 0.00 W3 H +ATOM 32860 OH2 TIP3X 405 -13.630 -29.380 15.490 1.00 0.00 W3 O +ATOM 32861 H1 TIP3X 405 -13.370 -30.290 15.570 1.00 0.00 W3 H +ATOM 32862 H2 TIP3X 405 -13.070 -29.010 14.810 1.00 0.00 W3 H +ATOM 32863 OH2 TIP3X 406 -24.510 39.330 -14.550 1.00 0.00 W3 O +ATOM 32864 H1 TIP3X 406 -25.370 38.960 -14.350 1.00 0.00 W3 H +ATOM 32865 H2 TIP3X 406 -24.590 40.250 -14.310 1.00 0.00 W3 H +ATOM 32866 OH2 TIP3X 407 17.800 40.030 21.760 1.00 0.00 W3 O +ATOM 32867 H1 TIP3X 407 18.510 39.740 22.330 1.00 0.00 W3 H +ATOM 32868 H2 TIP3X 407 17.970 39.620 20.920 1.00 0.00 W3 H +ATOM 32869 OH2 TIP3X 408 10.790 -39.950 -44.050 1.00 0.00 W3 O +ATOM 32870 H1 TIP3X 408 11.160 -40.530 -43.390 1.00 0.00 W3 H +ATOM 32871 H2 TIP3X 408 10.480 -40.540 -44.730 1.00 0.00 W3 H +ATOM 32872 OH2 TIP3X 409 39.020 -0.890 -11.190 1.00 0.00 W3 O +ATOM 32873 H1 TIP3X 409 39.310 -0.400 -10.410 1.00 0.00 W3 H +ATOM 32874 H2 TIP3X 409 38.710 -1.730 -10.830 1.00 0.00 W3 H +ATOM 32875 OH2 TIP3X 410 9.030 35.680 -37.680 1.00 0.00 W3 O +ATOM 32876 H1 TIP3X 410 8.450 35.220 -37.070 1.00 0.00 W3 H +ATOM 32877 H2 TIP3X 410 8.930 36.610 -37.470 1.00 0.00 W3 H +ATOM 32878 OH2 TIP3X 411 11.680 -31.520 23.170 1.00 0.00 W3 O +ATOM 32879 H1 TIP3X 411 11.050 -31.990 22.620 1.00 0.00 W3 H +ATOM 32880 H2 TIP3X 411 12.250 -32.210 23.530 1.00 0.00 W3 H +ATOM 32881 OH2 TIP3X 412 13.940 -41.070 25.540 1.00 0.00 W3 O +ATOM 32882 H1 TIP3X 412 13.190 -41.410 25.040 1.00 0.00 W3 H +ATOM 32883 H2 TIP3X 412 14.110 -41.740 26.200 1.00 0.00 W3 H +ATOM 32884 OH2 TIP3X 413 -12.130 14.580 38.320 1.00 0.00 W3 O +ATOM 32885 H1 TIP3X 413 -11.480 15.050 37.790 1.00 0.00 W3 H +ATOM 32886 H2 TIP3X 413 -12.490 15.240 38.900 1.00 0.00 W3 H +ATOM 32887 OH2 TIP3X 414 -31.780 30.390 -47.120 1.00 0.00 W3 O +ATOM 32888 H1 TIP3X 414 -31.760 30.350 -46.160 1.00 0.00 W3 H +ATOM 32889 H2 TIP3X 414 -31.000 30.910 -47.340 1.00 0.00 W3 H +ATOM 32890 OH2 TIP3X 415 -32.390 -32.360 26.400 1.00 0.00 W3 O +ATOM 32891 H1 TIP3X 415 -31.500 -32.700 26.320 1.00 0.00 W3 H +ATOM 32892 H2 TIP3X 415 -32.740 -32.400 25.520 1.00 0.00 W3 H +ATOM 32893 OH2 TIP3X 416 18.430 -27.170 -47.340 1.00 0.00 W3 O +ATOM 32894 H1 TIP3X 416 18.570 -26.900 -48.240 1.00 0.00 W3 H +ATOM 32895 H2 TIP3X 416 18.090 -26.400 -46.910 1.00 0.00 W3 H +ATOM 32896 OH2 TIP3X 417 -29.190 -32.470 14.820 1.00 0.00 W3 O +ATOM 32897 H1 TIP3X 417 -28.680 -32.850 14.100 1.00 0.00 W3 H +ATOM 32898 H2 TIP3X 417 -28.540 -32.030 15.370 1.00 0.00 W3 H +ATOM 32899 OH2 TIP3X 418 46.420 -8.970 -28.130 1.00 0.00 W3 O +ATOM 32900 H1 TIP3X 418 45.810 -8.300 -27.780 1.00 0.00 W3 H +ATOM 32901 H2 TIP3X 418 45.860 -9.580 -28.600 1.00 0.00 W3 H +ATOM 32902 OH2 TIP3X 419 -23.120 -47.170 -45.370 1.00 0.00 W3 O +ATOM 32903 H1 TIP3X 419 -23.730 -47.840 -45.040 1.00 0.00 W3 H +ATOM 32904 H2 TIP3X 419 -23.680 -46.510 -45.780 1.00 0.00 W3 H +ATOM 32905 OH2 TIP3X 420 -1.810 -45.380 28.040 1.00 0.00 W3 O +ATOM 32906 H1 TIP3X 420 -2.710 -45.220 27.760 1.00 0.00 W3 H +ATOM 32907 H2 TIP3X 420 -1.790 -46.300 28.280 1.00 0.00 W3 H +ATOM 32908 OH2 TIP3X 421 -12.720 -23.640 -34.690 1.00 0.00 W3 O +ATOM 32909 H1 TIP3X 421 -12.350 -23.430 -33.830 1.00 0.00 W3 H +ATOM 32910 H2 TIP3X 421 -12.030 -24.130 -35.140 1.00 0.00 W3 H +ATOM 32911 OH2 TIP3X 422 -35.690 36.900 -22.740 1.00 0.00 W3 O +ATOM 32912 H1 TIP3X 422 -34.890 36.400 -22.970 1.00 0.00 W3 H +ATOM 32913 H2 TIP3X 422 -36.410 36.310 -22.960 1.00 0.00 W3 H +ATOM 32914 OH2 TIP3X 423 17.440 -50.850 33.110 1.00 0.00 W3 O +ATOM 32915 H1 TIP3X 423 17.540 -51.610 33.680 1.00 0.00 W3 H +ATOM 32916 H2 TIP3X 423 17.980 -51.050 32.340 1.00 0.00 W3 H +ATOM 32917 OH2 TIP3X 424 -1.090 -39.690 24.360 1.00 0.00 W3 O +ATOM 32918 H1 TIP3X 424 -1.240 -39.930 23.440 1.00 0.00 W3 H +ATOM 32919 H2 TIP3X 424 -1.460 -38.820 24.440 1.00 0.00 W3 H +ATOM 32920 OH2 TIP3X 425 21.870 -47.350 19.850 1.00 0.00 W3 O +ATOM 32921 H1 TIP3X 425 22.250 -48.160 19.510 1.00 0.00 W3 H +ATOM 32922 H2 TIP3X 425 21.840 -46.760 19.100 1.00 0.00 W3 H +ATOM 32923 OH2 TIP3X 426 41.510 -20.080 34.550 1.00 0.00 W3 O +ATOM 32924 H1 TIP3X 426 41.370 -20.020 33.590 1.00 0.00 W3 H +ATOM 32925 H2 TIP3X 426 42.370 -20.480 34.640 1.00 0.00 W3 H +ATOM 32926 OH2 TIP3X 427 46.610 -39.160 19.280 1.00 0.00 W3 O +ATOM 32927 H1 TIP3X 427 46.770 -38.900 20.180 1.00 0.00 W3 H +ATOM 32928 H2 TIP3X 427 45.680 -38.960 19.140 1.00 0.00 W3 H +ATOM 32929 OH2 TIP3X 428 -6.480 29.810 -18.630 1.00 0.00 W3 O +ATOM 32930 H1 TIP3X 428 -7.260 30.070 -18.150 1.00 0.00 W3 H +ATOM 32931 H2 TIP3X 428 -6.800 29.460 -19.450 1.00 0.00 W3 H +ATOM 32932 OH2 TIP3X 429 21.190 -43.210 -50.680 1.00 0.00 W3 O +ATOM 32933 H1 TIP3X 429 20.650 -42.500 -50.320 1.00 0.00 W3 H +ATOM 32934 H2 TIP3X 429 21.240 -43.860 -49.980 1.00 0.00 W3 H +ATOM 32935 OH2 TIP3X 430 46.280 26.180 -21.670 1.00 0.00 W3 O +ATOM 32936 H1 TIP3X 430 46.940 26.130 -22.370 1.00 0.00 W3 H +ATOM 32937 H2 TIP3X 430 45.910 27.060 -21.740 1.00 0.00 W3 H +ATOM 32938 OH2 TIP3X 431 4.720 39.080 32.640 1.00 0.00 W3 O +ATOM 32939 H1 TIP3X 431 4.030 39.400 32.060 1.00 0.00 W3 H +ATOM 32940 H2 TIP3X 431 5.070 38.310 32.180 1.00 0.00 W3 H +ATOM 32941 OH2 TIP3X 432 -31.740 -14.040 -33.680 1.00 0.00 W3 O +ATOM 32942 H1 TIP3X 432 -32.640 -14.250 -33.890 1.00 0.00 W3 H +ATOM 32943 H2 TIP3X 432 -31.300 -14.000 -34.520 1.00 0.00 W3 H +ATOM 32944 OH2 TIP3X 433 -41.480 -42.480 36.410 1.00 0.00 W3 O +ATOM 32945 H1 TIP3X 433 -41.500 -43.330 35.990 1.00 0.00 W3 H +ATOM 32946 H2 TIP3X 433 -42.370 -42.330 36.710 1.00 0.00 W3 H +ATOM 32947 OH2 TIP3X 434 13.800 -2.370 -33.380 1.00 0.00 W3 O +ATOM 32948 H1 TIP3X 434 13.240 -2.560 -34.120 1.00 0.00 W3 H +ATOM 32949 H2 TIP3X 434 13.520 -1.490 -33.100 1.00 0.00 W3 H +ATOM 32950 OH2 TIP3X 435 29.260 -40.650 -27.240 1.00 0.00 W3 O +ATOM 32951 H1 TIP3X 435 29.150 -39.900 -27.830 1.00 0.00 W3 H +ATOM 32952 H2 TIP3X 435 28.650 -40.480 -26.530 1.00 0.00 W3 H +ATOM 32953 OH2 TIP3X 436 24.550 42.800 -30.710 1.00 0.00 W3 O +ATOM 32954 H1 TIP3X 436 23.810 42.690 -30.120 1.00 0.00 W3 H +ATOM 32955 H2 TIP3X 436 24.320 43.550 -31.250 1.00 0.00 W3 H +ATOM 32956 OH2 TIP3X 437 -17.280 -32.590 -28.290 1.00 0.00 W3 O +ATOM 32957 H1 TIP3X 437 -17.760 -31.800 -28.520 1.00 0.00 W3 H +ATOM 32958 H2 TIP3X 437 -17.950 -33.170 -27.930 1.00 0.00 W3 H +ATOM 32959 OH2 TIP3X 438 -11.670 -23.510 27.820 1.00 0.00 W3 O +ATOM 32960 H1 TIP3X 438 -10.980 -24.140 27.620 1.00 0.00 W3 H +ATOM 32961 H2 TIP3X 438 -11.890 -23.670 28.730 1.00 0.00 W3 H +ATOM 32962 OH2 TIP3X 439 -3.590 -33.560 -36.060 1.00 0.00 W3 O +ATOM 32963 H1 TIP3X 439 -3.700 -33.650 -37.010 1.00 0.00 W3 H +ATOM 32964 H2 TIP3X 439 -4.450 -33.290 -35.740 1.00 0.00 W3 H +ATOM 32965 OH2 TIP3X 440 34.390 9.170 -24.650 1.00 0.00 W3 O +ATOM 32966 H1 TIP3X 440 34.460 10.060 -24.290 1.00 0.00 W3 H +ATOM 32967 H2 TIP3X 440 33.710 9.230 -25.320 1.00 0.00 W3 H +ATOM 32968 OH2 TIP3X 441 8.980 37.020 36.750 1.00 0.00 W3 O +ATOM 32969 H1 TIP3X 441 9.560 37.660 36.350 1.00 0.00 W3 H +ATOM 32970 H2 TIP3X 441 9.560 36.360 37.120 1.00 0.00 W3 H +ATOM 32971 OH2 TIP3X 442 38.150 41.140 -18.270 1.00 0.00 W3 O +ATOM 32972 H1 TIP3X 442 38.980 41.530 -18.530 1.00 0.00 W3 H +ATOM 32973 H2 TIP3X 442 37.480 41.600 -18.790 1.00 0.00 W3 H +ATOM 32974 OH2 TIP3X 443 -21.960 -1.620 -33.020 1.00 0.00 W3 O +ATOM 32975 H1 TIP3X 443 -22.280 -1.750 -32.130 1.00 0.00 W3 H +ATOM 32976 H2 TIP3X 443 -22.060 -0.670 -33.180 1.00 0.00 W3 H +ATOM 32977 OH2 TIP3X 444 -26.370 -0.770 -32.760 1.00 0.00 W3 O +ATOM 32978 H1 TIP3X 444 -26.800 -1.430 -32.210 1.00 0.00 W3 H +ATOM 32979 H2 TIP3X 444 -26.580 -1.030 -33.650 1.00 0.00 W3 H +ATOM 32980 OH2 TIP3X 445 -12.320 7.330 -43.450 1.00 0.00 W3 O +ATOM 32981 H1 TIP3X 445 -11.720 7.890 -42.940 1.00 0.00 W3 H +ATOM 32982 H2 TIP3X 445 -12.810 6.840 -42.780 1.00 0.00 W3 H +ATOM 32983 OH2 TIP3X 446 -7.680 25.080 -45.220 1.00 0.00 W3 O +ATOM 32984 H1 TIP3X 446 -8.460 24.920 -44.680 1.00 0.00 W3 H +ATOM 32985 H2 TIP3X 446 -7.880 24.690 -46.070 1.00 0.00 W3 H +ATOM 32986 OH2 TIP3X 447 20.240 19.920 -41.680 1.00 0.00 W3 O +ATOM 32987 H1 TIP3X 447 19.580 20.010 -42.370 1.00 0.00 W3 H +ATOM 32988 H2 TIP3X 447 20.440 20.820 -41.420 1.00 0.00 W3 H +ATOM 32989 OH2 TIP3X 448 -36.600 -13.920 -29.620 1.00 0.00 W3 O +ATOM 32990 H1 TIP3X 448 -36.640 -13.740 -30.570 1.00 0.00 W3 H +ATOM 32991 H2 TIP3X 448 -37.510 -14.080 -29.360 1.00 0.00 W3 H +ATOM 32992 OH2 TIP3X 449 -10.240 -31.110 -28.290 1.00 0.00 W3 O +ATOM 32993 H1 TIP3X 449 -10.200 -30.620 -29.120 1.00 0.00 W3 H +ATOM 32994 H2 TIP3X 449 -10.630 -30.490 -27.670 1.00 0.00 W3 H +ATOM 32995 OH2 TIP3X 450 -41.200 -32.800 -26.980 1.00 0.00 W3 O +ATOM 32996 H1 TIP3X 450 -41.330 -31.850 -27.090 1.00 0.00 W3 H +ATOM 32997 H2 TIP3X 450 -41.840 -33.060 -26.310 1.00 0.00 W3 H +ATOM 32998 OH2 TIP3X 451 -20.970 5.600 -27.950 1.00 0.00 W3 O +ATOM 32999 H1 TIP3X 451 -20.690 4.790 -27.510 1.00 0.00 W3 H +ATOM 33000 H2 TIP3X 451 -20.370 5.710 -28.680 1.00 0.00 W3 H +ATOM 33001 OH2 TIP3X 452 -2.110 35.060 36.580 1.00 0.00 W3 O +ATOM 33002 H1 TIP3X 452 -1.730 35.760 37.110 1.00 0.00 W3 H +ATOM 33003 H2 TIP3X 452 -3.060 35.200 36.650 1.00 0.00 W3 H +ATOM 33004 OH2 TIP3X 453 -17.370 42.160 -39.960 1.00 0.00 W3 O +ATOM 33005 H1 TIP3X 453 -16.490 41.940 -40.260 1.00 0.00 W3 H +ATOM 33006 H2 TIP3X 453 -17.930 42.050 -40.720 1.00 0.00 W3 H +ATOM 33007 OH2 TIP3X 454 36.450 -44.680 21.820 1.00 0.00 W3 O +ATOM 33008 H1 TIP3X 454 36.450 -43.720 21.850 1.00 0.00 W3 H +ATOM 33009 H2 TIP3X 454 37.150 -44.910 21.210 1.00 0.00 W3 H +ATOM 33010 OH2 TIP3X 455 27.500 5.980 27.820 1.00 0.00 W3 O +ATOM 33011 H1 TIP3X 455 27.710 5.100 28.120 1.00 0.00 W3 H +ATOM 33012 H2 TIP3X 455 26.760 5.870 27.240 1.00 0.00 W3 H +ATOM 33013 OH2 TIP3X 456 -22.190 25.710 24.890 1.00 0.00 W3 O +ATOM 33014 H1 TIP3X 456 -21.870 25.030 25.500 1.00 0.00 W3 H +ATOM 33015 H2 TIP3X 456 -22.480 25.220 24.130 1.00 0.00 W3 H +ATOM 33016 OH2 TIP3X 457 -24.910 30.280 -31.740 1.00 0.00 W3 O +ATOM 33017 H1 TIP3X 457 -25.530 30.730 -31.150 1.00 0.00 W3 H +ATOM 33018 H2 TIP3X 457 -24.100 30.230 -31.230 1.00 0.00 W3 H +ATOM 33019 OH2 TIP3X 458 28.410 -21.130 -22.880 1.00 0.00 W3 O +ATOM 33020 H1 TIP3X 458 28.400 -20.170 -22.760 1.00 0.00 W3 H +ATOM 33021 H2 TIP3X 458 27.810 -21.280 -23.620 1.00 0.00 W3 H +ATOM 33022 OH2 TIP3X 459 -28.060 4.510 -47.150 1.00 0.00 W3 O +ATOM 33023 H1 TIP3X 459 -28.570 4.490 -46.330 1.00 0.00 W3 H +ATOM 33024 H2 TIP3X 459 -27.150 4.620 -46.860 1.00 0.00 W3 H +ATOM 33025 OH2 TIP3X 460 -42.770 21.740 30.460 1.00 0.00 W3 O +ATOM 33026 H1 TIP3X 460 -43.370 21.880 29.740 1.00 0.00 W3 H +ATOM 33027 H2 TIP3X 460 -42.140 21.100 30.130 1.00 0.00 W3 H +ATOM 33028 OH2 TIP3X 461 25.890 42.720 -27.750 1.00 0.00 W3 O +ATOM 33029 H1 TIP3X 461 25.350 42.520 -28.500 1.00 0.00 W3 H +ATOM 33030 H2 TIP3X 461 26.760 42.890 -28.110 1.00 0.00 W3 H +ATOM 33031 OH2 TIP3X 462 -44.910 -5.360 -40.070 1.00 0.00 W3 O +ATOM 33032 H1 TIP3X 462 -44.370 -4.610 -39.840 1.00 0.00 W3 H +ATOM 33033 H2 TIP3X 462 -45.410 -5.060 -40.840 1.00 0.00 W3 H +ATOM 33034 OH2 TIP3X 463 42.560 22.020 -27.490 1.00 0.00 W3 O +ATOM 33035 H1 TIP3X 463 43.160 22.300 -26.790 1.00 0.00 W3 H +ATOM 33036 H2 TIP3X 463 42.130 21.240 -27.150 1.00 0.00 W3 H +ATOM 33037 OH2 TIP3X 464 11.380 -30.870 -27.880 1.00 0.00 W3 O +ATOM 33038 H1 TIP3X 464 11.270 -31.740 -27.500 1.00 0.00 W3 H +ATOM 33039 H2 TIP3X 464 11.990 -31.010 -28.610 1.00 0.00 W3 H +ATOM 33040 OH2 TIP3X 465 19.060 -51.040 20.020 1.00 0.00 W3 O +ATOM 33041 H1 TIP3X 465 19.090 -51.500 20.860 1.00 0.00 W3 H +ATOM 33042 H2 TIP3X 465 18.170 -50.680 19.990 1.00 0.00 W3 H +ATOM 33043 OH2 TIP3X 466 -25.380 40.290 33.890 1.00 0.00 W3 O +ATOM 33044 H1 TIP3X 466 -25.140 40.340 32.970 1.00 0.00 W3 H +ATOM 33045 H2 TIP3X 466 -24.720 39.730 34.290 1.00 0.00 W3 H +ATOM 33046 OH2 TIP3X 467 5.870 -16.790 -37.410 1.00 0.00 W3 O +ATOM 33047 H1 TIP3X 467 6.470 -16.490 -38.090 1.00 0.00 W3 H +ATOM 33048 H2 TIP3X 467 5.240 -16.080 -37.300 1.00 0.00 W3 H +ATOM 33049 OH2 TIP3X 468 -38.260 -50.780 31.470 1.00 0.00 W3 O +ATOM 33050 H1 TIP3X 468 -38.190 -49.860 31.740 1.00 0.00 W3 H +ATOM 33051 H2 TIP3X 468 -38.620 -51.220 32.250 1.00 0.00 W3 H +ATOM 33052 OH2 TIP3X 469 27.990 11.850 24.720 1.00 0.00 W3 O +ATOM 33053 H1 TIP3X 469 28.930 11.890 24.890 1.00 0.00 W3 H +ATOM 33054 H2 TIP3X 469 27.930 11.850 23.760 1.00 0.00 W3 H +ATOM 33055 OH2 TIP3X 470 24.100 -5.880 33.170 1.00 0.00 W3 O +ATOM 33056 H1 TIP3X 470 24.890 -5.530 33.570 1.00 0.00 W3 H +ATOM 33057 H2 TIP3X 470 23.830 -5.210 32.550 1.00 0.00 W3 H +ATOM 33058 OH2 TIP3X 471 -36.960 -39.570 -48.020 1.00 0.00 W3 O +ATOM 33059 H1 TIP3X 471 -36.770 -38.650 -47.830 1.00 0.00 W3 H +ATOM 33060 H2 TIP3X 471 -37.760 -39.550 -48.560 1.00 0.00 W3 H +ATOM 33061 OH2 TIP3X 472 9.260 -36.090 24.300 1.00 0.00 W3 O +ATOM 33062 H1 TIP3X 472 9.170 -35.300 23.780 1.00 0.00 W3 H +ATOM 33063 H2 TIP3X 472 9.140 -35.780 25.210 1.00 0.00 W3 H +ATOM 33064 OH2 TIP3X 473 8.860 0.290 29.790 1.00 0.00 W3 O +ATOM 33065 H1 TIP3X 473 9.540 0.110 30.430 1.00 0.00 W3 H +ATOM 33066 H2 TIP3X 473 9.330 0.610 29.010 1.00 0.00 W3 H +ATOM 33067 OH2 TIP3X 474 12.130 38.550 -32.100 1.00 0.00 W3 O +ATOM 33068 H1 TIP3X 474 11.680 38.160 -32.840 1.00 0.00 W3 H +ATOM 33069 H2 TIP3X 474 12.550 39.340 -32.460 1.00 0.00 W3 H +ATOM 33070 OH2 TIP3X 475 -31.350 40.850 -21.180 1.00 0.00 W3 O +ATOM 33071 H1 TIP3X 475 -31.900 41.340 -21.780 1.00 0.00 W3 H +ATOM 33072 H2 TIP3X 475 -30.470 40.890 -21.570 1.00 0.00 W3 H +ATOM 33073 OH2 TIP3X 476 -27.850 -25.470 19.690 1.00 0.00 W3 O +ATOM 33074 H1 TIP3X 476 -27.200 -25.960 19.200 1.00 0.00 W3 H +ATOM 33075 H2 TIP3X 476 -28.250 -26.110 20.270 1.00 0.00 W3 H +ATOM 33076 OH2 TIP3X 477 -39.960 -4.250 -38.740 1.00 0.00 W3 O +ATOM 33077 H1 TIP3X 477 -40.910 -4.160 -38.710 1.00 0.00 W3 H +ATOM 33078 H2 TIP3X 477 -39.720 -4.010 -39.630 1.00 0.00 W3 H +ATOM 33079 OH2 TIP3X 478 -26.550 10.460 -18.990 1.00 0.00 W3 O +ATOM 33080 H1 TIP3X 478 -27.340 9.990 -19.250 1.00 0.00 W3 H +ATOM 33081 H2 TIP3X 478 -26.710 10.730 -18.090 1.00 0.00 W3 H +ATOM 33082 OH2 TIP3X 479 23.760 18.910 29.370 1.00 0.00 W3 O +ATOM 33083 H1 TIP3X 479 22.830 19.060 29.260 1.00 0.00 W3 H +ATOM 33084 H2 TIP3X 479 24.110 19.780 29.610 1.00 0.00 W3 H +ATOM 33085 OH2 TIP3X 480 -33.410 3.140 -26.420 1.00 0.00 W3 O +ATOM 33086 H1 TIP3X 480 -33.860 2.710 -25.700 1.00 0.00 W3 H +ATOM 33087 H2 TIP3X 480 -33.970 3.880 -26.660 1.00 0.00 W3 H +ATOM 33088 OH2 TIP3X 481 -31.290 -44.560 24.890 1.00 0.00 W3 O +ATOM 33089 H1 TIP3X 481 -32.080 -44.170 24.530 1.00 0.00 W3 H +ATOM 33090 H2 TIP3X 481 -30.670 -44.570 24.160 1.00 0.00 W3 H +ATOM 33091 OH2 TIP3X 482 45.810 -26.370 -20.750 1.00 0.00 W3 O +ATOM 33092 H1 TIP3X 482 46.200 -25.600 -20.320 1.00 0.00 W3 H +ATOM 33093 H2 TIP3X 482 45.270 -26.780 -20.070 1.00 0.00 W3 H +ATOM 33094 OH2 TIP3X 483 26.710 -39.620 -18.590 1.00 0.00 W3 O +ATOM 33095 H1 TIP3X 483 27.440 -40.200 -18.820 1.00 0.00 W3 H +ATOM 33096 H2 TIP3X 483 26.180 -40.120 -17.980 1.00 0.00 W3 H +ATOM 33097 OH2 TIP3X 484 -5.710 22.750 -39.950 1.00 0.00 W3 O +ATOM 33098 H1 TIP3X 484 -5.840 21.850 -40.270 1.00 0.00 W3 H +ATOM 33099 H2 TIP3X 484 -5.640 23.270 -40.750 1.00 0.00 W3 H +ATOM 33100 OH2 TIP3X 485 31.130 -42.980 -42.010 1.00 0.00 W3 O +ATOM 33101 H1 TIP3X 485 31.690 -43.720 -41.770 1.00 0.00 W3 H +ATOM 33102 H2 TIP3X 485 31.000 -43.070 -42.950 1.00 0.00 W3 H +ATOM 33103 OH2 TIP3X 486 -2.530 2.420 -31.840 1.00 0.00 W3 O +ATOM 33104 H1 TIP3X 486 -1.670 2.050 -32.050 1.00 0.00 W3 H +ATOM 33105 H2 TIP3X 486 -2.770 2.000 -31.010 1.00 0.00 W3 H +ATOM 33106 OH2 TIP3X 487 41.010 36.890 -23.160 1.00 0.00 W3 O +ATOM 33107 H1 TIP3X 487 40.970 35.950 -23.320 1.00 0.00 W3 H +ATOM 33108 H2 TIP3X 487 40.650 37.280 -23.950 1.00 0.00 W3 H +ATOM 33109 OH2 TIP3X 488 -7.350 -1.380 27.500 1.00 0.00 W3 O +ATOM 33110 H1 TIP3X 488 -7.350 -0.500 27.880 1.00 0.00 W3 H +ATOM 33111 H2 TIP3X 488 -7.830 -1.280 26.680 1.00 0.00 W3 H +ATOM 33112 OH2 TIP3X 489 -45.050 28.780 -30.000 1.00 0.00 W3 O +ATOM 33113 H1 TIP3X 489 -44.160 28.650 -30.310 1.00 0.00 W3 H +ATOM 33114 H2 TIP3X 489 -44.960 28.900 -29.060 1.00 0.00 W3 H +ATOM 33115 OH2 TIP3X 490 -31.840 37.840 21.220 1.00 0.00 W3 O +ATOM 33116 H1 TIP3X 490 -31.620 37.770 22.150 1.00 0.00 W3 H +ATOM 33117 H2 TIP3X 490 -31.240 37.230 20.790 1.00 0.00 W3 H +ATOM 33118 OH2 TIP3X 491 -44.060 15.550 -42.270 1.00 0.00 W3 O +ATOM 33119 H1 TIP3X 491 -44.050 15.140 -41.400 1.00 0.00 W3 H +ATOM 33120 H2 TIP3X 491 -44.210 16.470 -42.090 1.00 0.00 W3 H +ATOM 33121 OH2 TIP3X 492 13.830 21.410 -44.310 1.00 0.00 W3 O +ATOM 33122 H1 TIP3X 492 13.690 21.080 -45.200 1.00 0.00 W3 H +ATOM 33123 H2 TIP3X 492 13.080 21.070 -43.810 1.00 0.00 W3 H +ATOM 33124 OH2 TIP3X 493 17.030 28.540 39.880 1.00 0.00 W3 O +ATOM 33125 H1 TIP3X 493 17.250 29.150 40.580 1.00 0.00 W3 H +ATOM 33126 H2 TIP3X 493 17.700 27.860 39.930 1.00 0.00 W3 H +ATOM 33127 OH2 TIP3X 494 -13.860 -18.460 30.850 1.00 0.00 W3 O +ATOM 33128 H1 TIP3X 494 -12.910 -18.540 30.700 1.00 0.00 W3 H +ATOM 33129 H2 TIP3X 494 -14.150 -17.800 30.220 1.00 0.00 W3 H +ATOM 33130 OH2 TIP3X 495 7.060 -22.310 -41.240 1.00 0.00 W3 O +ATOM 33131 H1 TIP3X 495 7.420 -22.950 -41.840 1.00 0.00 W3 H +ATOM 33132 H2 TIP3X 495 7.740 -21.650 -41.160 1.00 0.00 W3 H +ATOM 33133 OH2 TIP3X 496 18.400 -2.800 -35.930 1.00 0.00 W3 O +ATOM 33134 H1 TIP3X 496 17.450 -2.850 -35.820 1.00 0.00 W3 H +ATOM 33135 H2 TIP3X 496 18.750 -3.390 -35.280 1.00 0.00 W3 H +ATOM 33136 OH2 TIP3X 497 -25.120 18.880 40.520 1.00 0.00 W3 O +ATOM 33137 H1 TIP3X 497 -25.900 19.390 40.350 1.00 0.00 W3 H +ATOM 33138 H2 TIP3X 497 -24.550 19.060 39.780 1.00 0.00 W3 H +ATOM 33139 OH2 TIP3X 498 -3.660 -28.950 30.390 1.00 0.00 W3 O +ATOM 33140 H1 TIP3X 498 -4.380 -29.260 29.840 1.00 0.00 W3 H +ATOM 33141 H2 TIP3X 498 -3.330 -28.170 29.930 1.00 0.00 W3 H +ATOM 33142 OH2 TIP3X 499 -34.170 22.830 -45.780 1.00 0.00 W3 O +ATOM 33143 H1 TIP3X 499 -33.560 22.110 -45.560 1.00 0.00 W3 H +ATOM 33144 H2 TIP3X 499 -33.630 23.460 -46.260 1.00 0.00 W3 H +ATOM 33145 OH2 TIP3X 500 41.930 -48.320 31.880 1.00 0.00 W3 O +ATOM 33146 H1 TIP3X 500 41.320 -49.010 31.630 1.00 0.00 W3 H +ATOM 33147 H2 TIP3X 500 42.790 -48.730 31.780 1.00 0.00 W3 H +ATOM 33148 OH2 TIP3X 501 -23.730 -36.410 -40.690 1.00 0.00 W3 O +ATOM 33149 H1 TIP3X 501 -23.750 -35.470 -40.880 1.00 0.00 W3 H +ATOM 33150 H2 TIP3X 501 -22.820 -36.660 -40.800 1.00 0.00 W3 H +ATOM 33151 OH2 TIP3X 502 -31.190 -24.560 -42.310 1.00 0.00 W3 O +ATOM 33152 H1 TIP3X 502 -31.900 -25.140 -42.570 1.00 0.00 W3 H +ATOM 33153 H2 TIP3X 502 -31.240 -23.830 -42.930 1.00 0.00 W3 H +ATOM 33154 OH2 TIP3X 503 27.550 40.490 -29.040 1.00 0.00 W3 O +ATOM 33155 H1 TIP3X 503 28.180 39.800 -29.240 1.00 0.00 W3 H +ATOM 33156 H2 TIP3X 503 27.080 40.640 -29.870 1.00 0.00 W3 H +ATOM 33157 OH2 TIP3X 504 -29.740 27.550 36.690 1.00 0.00 W3 O +ATOM 33158 H1 TIP3X 504 -29.260 27.980 35.980 1.00 0.00 W3 H +ATOM 33159 H2 TIP3X 504 -29.080 27.360 37.360 1.00 0.00 W3 H +ATOM 33160 OH2 TIP3X 505 -30.400 -14.310 -43.310 1.00 0.00 W3 O +ATOM 33161 H1 TIP3X 505 -30.810 -13.480 -43.070 1.00 0.00 W3 H +ATOM 33162 H2 TIP3X 505 -31.090 -14.960 -43.170 1.00 0.00 W3 H +ATOM 33163 OH2 TIP3X 506 23.580 26.120 -48.640 1.00 0.00 W3 O +ATOM 33164 H1 TIP3X 506 22.940 25.480 -48.300 1.00 0.00 W3 H +ATOM 33165 H2 TIP3X 506 24.410 25.650 -48.610 1.00 0.00 W3 H +ATOM 33166 OH2 TIP3X 507 -28.030 20.150 -48.220 1.00 0.00 W3 O +ATOM 33167 H1 TIP3X 507 -27.920 20.970 -48.720 1.00 0.00 W3 H +ATOM 33168 H2 TIP3X 507 -27.780 19.470 -48.830 1.00 0.00 W3 H +ATOM 33169 OH2 TIP3X 508 31.850 9.560 -51.280 1.00 0.00 W3 O +ATOM 33170 H1 TIP3X 508 32.390 9.770 -50.520 1.00 0.00 W3 H +ATOM 33171 H2 TIP3X 508 30.950 9.540 -50.940 1.00 0.00 W3 H +ATOM 33172 OH2 TIP3X 509 30.680 -18.150 -21.470 1.00 0.00 W3 O +ATOM 33173 H1 TIP3X 509 30.240 -17.300 -21.460 1.00 0.00 W3 H +ATOM 33174 H2 TIP3X 509 29.990 -18.770 -21.670 1.00 0.00 W3 H +ATOM 33175 OH2 TIP3X 510 -27.990 -0.780 -40.370 1.00 0.00 W3 O +ATOM 33176 H1 TIP3X 510 -28.470 -0.350 -39.670 1.00 0.00 W3 H +ATOM 33177 H2 TIP3X 510 -27.910 -1.690 -40.090 1.00 0.00 W3 H +ATOM 33178 OH2 TIP3X 511 -41.030 -43.980 27.330 1.00 0.00 W3 O +ATOM 33179 H1 TIP3X 511 -40.900 -44.170 26.400 1.00 0.00 W3 H +ATOM 33180 H2 TIP3X 511 -40.370 -44.510 27.780 1.00 0.00 W3 H +ATOM 33181 OH2 TIP3X 512 -37.180 30.560 39.740 1.00 0.00 W3 O +ATOM 33182 H1 TIP3X 512 -36.660 30.680 38.930 1.00 0.00 W3 H +ATOM 33183 H2 TIP3X 512 -36.900 31.280 40.310 1.00 0.00 W3 H +ATOM 33184 OH2 TIP3X 513 -27.250 -35.710 -25.280 1.00 0.00 W3 O +ATOM 33185 H1 TIP3X 513 -28.050 -35.180 -25.440 1.00 0.00 W3 H +ATOM 33186 H2 TIP3X 513 -26.540 -35.060 -25.300 1.00 0.00 W3 H +ATOM 33187 OH2 TIP3X 514 -35.320 -40.720 -51.230 1.00 0.00 W3 O +ATOM 33188 H1 TIP3X 514 -35.660 -41.530 -50.870 1.00 0.00 W3 H +ATOM 33189 H2 TIP3X 514 -34.790 -40.350 -50.520 1.00 0.00 W3 H +ATOM 33190 OH2 TIP3X 515 9.790 -48.660 -51.230 1.00 0.00 W3 O +ATOM 33191 H1 TIP3X 515 9.310 -47.960 -50.790 1.00 0.00 W3 H +ATOM 33192 H2 TIP3X 515 10.690 -48.340 -51.290 1.00 0.00 W3 H +ATOM 33193 OH2 TIP3X 516 -26.060 43.240 -31.180 1.00 0.00 W3 O +ATOM 33194 H1 TIP3X 516 -26.600 42.690 -30.610 1.00 0.00 W3 H +ATOM 33195 H2 TIP3X 516 -26.650 43.950 -31.460 1.00 0.00 W3 H +ATOM 33196 OH2 TIP3X 517 26.680 -29.760 -46.280 1.00 0.00 W3 O +ATOM 33197 H1 TIP3X 517 27.570 -29.770 -45.930 1.00 0.00 W3 H +ATOM 33198 H2 TIP3X 517 26.190 -30.350 -45.710 1.00 0.00 W3 H +ATOM 33199 OH2 TIP3X 518 -19.820 -13.040 -25.980 1.00 0.00 W3 O +ATOM 33200 H1 TIP3X 518 -19.610 -13.810 -25.460 1.00 0.00 W3 H +ATOM 33201 H2 TIP3X 518 -20.710 -12.800 -25.720 1.00 0.00 W3 H +ATOM 33202 OH2 TIP3X 519 8.280 -2.490 28.500 1.00 0.00 W3 O +ATOM 33203 H1 TIP3X 519 8.520 -1.960 29.270 1.00 0.00 W3 H +ATOM 33204 H2 TIP3X 519 7.650 -3.120 28.850 1.00 0.00 W3 H +ATOM 33205 OH2 TIP3X 520 -0.120 -37.750 -51.060 1.00 0.00 W3 O +ATOM 33206 H1 TIP3X 520 -1.060 -37.760 -51.260 1.00 0.00 W3 H +ATOM 33207 H2 TIP3X 520 -0.080 -37.900 -50.120 1.00 0.00 W3 H +ATOM 33208 OH2 TIP3X 521 11.870 -1.820 34.250 1.00 0.00 W3 O +ATOM 33209 H1 TIP3X 521 12.560 -2.480 34.290 1.00 0.00 W3 H +ATOM 33210 H2 TIP3X 521 11.170 -2.160 34.800 1.00 0.00 W3 H +ATOM 33211 OH2 TIP3X 522 8.660 42.190 -42.330 1.00 0.00 W3 O +ATOM 33212 H1 TIP3X 522 9.270 41.640 -41.840 1.00 0.00 W3 H +ATOM 33213 H2 TIP3X 522 8.140 42.630 -41.660 1.00 0.00 W3 H +ATOM 33214 OH2 TIP3X 523 -29.500 -47.090 -38.200 1.00 0.00 W3 O +ATOM 33215 H1 TIP3X 523 -28.820 -47.640 -38.610 1.00 0.00 W3 H +ATOM 33216 H2 TIP3X 523 -30.130 -47.720 -37.840 1.00 0.00 W3 H +ATOM 33217 OH2 TIP3X 524 -38.070 -48.740 -43.870 1.00 0.00 W3 O +ATOM 33218 H1 TIP3X 524 -37.990 -47.820 -43.670 1.00 0.00 W3 H +ATOM 33219 H2 TIP3X 524 -37.410 -49.170 -43.330 1.00 0.00 W3 H +ATOM 33220 OH2 TIP3X 525 -22.190 -20.900 -23.560 1.00 0.00 W3 O +ATOM 33221 H1 TIP3X 525 -23.010 -20.480 -23.270 1.00 0.00 W3 H +ATOM 33222 H2 TIP3X 525 -21.960 -20.430 -24.360 1.00 0.00 W3 H +ATOM 33223 OH2 TIP3X 526 38.010 24.850 -45.860 1.00 0.00 W3 O +ATOM 33224 H1 TIP3X 526 38.750 24.310 -46.130 1.00 0.00 W3 H +ATOM 33225 H2 TIP3X 526 37.890 24.650 -44.930 1.00 0.00 W3 H +ATOM 33226 OH2 TIP3X 527 -21.970 28.140 27.060 1.00 0.00 W3 O +ATOM 33227 H1 TIP3X 527 -21.090 28.310 26.720 1.00 0.00 W3 H +ATOM 33228 H2 TIP3X 527 -21.860 28.100 28.010 1.00 0.00 W3 H +ATOM 33229 OH2 TIP3X 528 -27.690 -39.450 30.190 1.00 0.00 W3 O +ATOM 33230 H1 TIP3X 528 -28.320 -39.450 29.470 1.00 0.00 W3 H +ATOM 33231 H2 TIP3X 528 -27.140 -40.210 30.030 1.00 0.00 W3 H +ATOM 33232 OH2 TIP3X 529 -1.260 30.240 22.620 1.00 0.00 W3 O +ATOM 33233 H1 TIP3X 529 -1.020 30.890 21.960 1.00 0.00 W3 H +ATOM 33234 H2 TIP3X 529 -1.740 30.740 23.290 1.00 0.00 W3 H +ATOM 33235 OH2 TIP3X 530 14.360 -43.860 -39.800 1.00 0.00 W3 O +ATOM 33236 H1 TIP3X 530 13.850 -44.600 -40.110 1.00 0.00 W3 H +ATOM 33237 H2 TIP3X 530 15.200 -44.240 -39.520 1.00 0.00 W3 H +ATOM 33238 OH2 TIP3X 531 34.170 33.170 -21.670 1.00 0.00 W3 O +ATOM 33239 H1 TIP3X 531 34.380 32.240 -21.620 1.00 0.00 W3 H +ATOM 33240 H2 TIP3X 531 34.970 33.620 -21.420 1.00 0.00 W3 H +ATOM 33241 OH2 TIP3X 532 45.310 9.690 22.560 1.00 0.00 W3 O +ATOM 33242 H1 TIP3X 532 45.060 9.190 21.790 1.00 0.00 W3 H +ATOM 33243 H2 TIP3X 532 46.270 9.740 22.520 1.00 0.00 W3 H +ATOM 33244 OH2 TIP3X 533 30.840 -42.700 31.460 1.00 0.00 W3 O +ATOM 33245 H1 TIP3X 533 31.360 -42.100 30.920 1.00 0.00 W3 H +ATOM 33246 H2 TIP3X 533 29.930 -42.410 31.340 1.00 0.00 W3 H +ATOM 33247 OH2 TIP3X 534 2.190 3.970 23.320 1.00 0.00 W3 O +ATOM 33248 H1 TIP3X 534 1.500 4.630 23.390 1.00 0.00 W3 H +ATOM 33249 H2 TIP3X 534 2.190 3.540 24.180 1.00 0.00 W3 H +ATOM 33250 OH2 TIP3X 535 -27.210 -43.560 -25.410 1.00 0.00 W3 O +ATOM 33251 H1 TIP3X 535 -27.670 -42.800 -25.060 1.00 0.00 W3 H +ATOM 33252 H2 TIP3X 535 -27.740 -44.310 -25.140 1.00 0.00 W3 H +ATOM 33253 OH2 TIP3X 536 -32.600 38.570 -29.560 1.00 0.00 W3 O +ATOM 33254 H1 TIP3X 536 -33.230 37.880 -29.400 1.00 0.00 W3 H +ATOM 33255 H2 TIP3X 536 -32.830 39.260 -28.940 1.00 0.00 W3 H +ATOM 33256 OH2 TIP3X 537 34.870 3.540 -46.520 1.00 0.00 W3 O +ATOM 33257 H1 TIP3X 537 34.250 3.470 -47.240 1.00 0.00 W3 H +ATOM 33258 H2 TIP3X 537 35.030 4.480 -46.440 1.00 0.00 W3 H +ATOM 33259 OH2 TIP3X 538 33.820 -32.220 32.560 1.00 0.00 W3 O +ATOM 33260 H1 TIP3X 538 33.310 -32.200 31.760 1.00 0.00 W3 H +ATOM 33261 H2 TIP3X 538 33.740 -33.110 32.880 1.00 0.00 W3 H +ATOM 33262 OH2 TIP3X 539 -16.660 -4.020 -22.410 1.00 0.00 W3 O +ATOM 33263 H1 TIP3X 539 -16.690 -4.750 -21.790 1.00 0.00 W3 H +ATOM 33264 H2 TIP3X 539 -17.330 -3.410 -22.080 1.00 0.00 W3 H +ATOM 33265 OH2 TIP3X 540 -7.210 31.100 -47.990 1.00 0.00 W3 O +ATOM 33266 H1 TIP3X 540 -6.540 30.850 -48.630 1.00 0.00 W3 H +ATOM 33267 H2 TIP3X 540 -6.800 30.950 -47.130 1.00 0.00 W3 H +ATOM 33268 OH2 TIP3X 541 17.110 14.420 30.830 1.00 0.00 W3 O +ATOM 33269 H1 TIP3X 541 17.700 14.930 30.280 1.00 0.00 W3 H +ATOM 33270 H2 TIP3X 541 17.640 14.160 31.580 1.00 0.00 W3 H +ATOM 33271 OH2 TIP3X 542 47.440 -20.000 -47.650 1.00 0.00 W3 O +ATOM 33272 H1 TIP3X 542 46.650 -19.490 -47.480 1.00 0.00 W3 H +ATOM 33273 H2 TIP3X 542 47.250 -20.870 -47.330 1.00 0.00 W3 H +ATOM 33274 OH2 TIP3X 543 41.720 -50.910 34.430 1.00 0.00 W3 O +ATOM 33275 H1 TIP3X 543 41.730 -50.160 33.840 1.00 0.00 W3 H +ATOM 33276 H2 TIP3X 543 41.090 -51.520 34.040 1.00 0.00 W3 H +ATOM 33277 OH2 TIP3X 544 -43.340 -2.020 -9.020 1.00 0.00 W3 O +ATOM 33278 H1 TIP3X 544 -42.960 -1.220 -9.380 1.00 0.00 W3 H +ATOM 33279 H2 TIP3X 544 -43.220 -2.680 -9.700 1.00 0.00 W3 H +ATOM 33280 OH2 TIP3X 545 12.420 31.690 -29.450 1.00 0.00 W3 O +ATOM 33281 H1 TIP3X 545 12.140 32.340 -30.100 1.00 0.00 W3 H +ATOM 33282 H2 TIP3X 545 13.380 31.780 -29.410 1.00 0.00 W3 H +ATOM 33283 OH2 TIP3X 546 -14.170 -24.110 -50.550 1.00 0.00 W3 O +ATOM 33284 H1 TIP3X 546 -14.530 -24.790 -49.960 1.00 0.00 W3 H +ATOM 33285 H2 TIP3X 546 -14.860 -23.460 -50.620 1.00 0.00 W3 H +ATOM 33286 OH2 TIP3X 547 24.550 41.330 -46.500 1.00 0.00 W3 O +ATOM 33287 H1 TIP3X 547 24.990 41.480 -45.660 1.00 0.00 W3 H +ATOM 33288 H2 TIP3X 547 23.620 41.200 -46.270 1.00 0.00 W3 H +ATOM 33289 OH2 TIP3X 548 -7.310 -34.240 14.860 1.00 0.00 W3 O +ATOM 33290 H1 TIP3X 548 -7.150 -35.040 14.350 1.00 0.00 W3 H +ATOM 33291 H2 TIP3X 548 -8.120 -33.890 14.490 1.00 0.00 W3 H +ATOM 33292 OH2 TIP3X 549 25.300 42.180 -39.110 1.00 0.00 W3 O +ATOM 33293 H1 TIP3X 549 25.670 41.400 -38.680 1.00 0.00 W3 H +ATOM 33294 H2 TIP3X 549 24.450 42.300 -38.700 1.00 0.00 W3 H +ATOM 33295 OH2 TIP3X 550 -5.920 34.560 15.130 1.00 0.00 W3 O +ATOM 33296 H1 TIP3X 550 -6.490 35.330 15.100 1.00 0.00 W3 H +ATOM 33297 H2 TIP3X 550 -5.060 34.910 15.380 1.00 0.00 W3 H +ATOM 33298 OH2 TIP3X 551 -11.030 11.760 34.800 1.00 0.00 W3 O +ATOM 33299 H1 TIP3X 551 -11.430 11.130 34.200 1.00 0.00 W3 H +ATOM 33300 H2 TIP3X 551 -10.140 11.450 34.920 1.00 0.00 W3 H +ATOM 33301 OH2 TIP3X 552 -18.090 16.510 36.120 1.00 0.00 W3 O +ATOM 33302 H1 TIP3X 552 -18.680 15.770 36.240 1.00 0.00 W3 H +ATOM 33303 H2 TIP3X 552 -18.610 17.280 36.340 1.00 0.00 W3 H +ATOM 33304 OH2 TIP3X 553 9.030 -49.740 -25.620 1.00 0.00 W3 O +ATOM 33305 H1 TIP3X 553 8.780 -48.820 -25.480 1.00 0.00 W3 H +ATOM 33306 H2 TIP3X 553 9.990 -49.710 -25.730 1.00 0.00 W3 H +ATOM 33307 OH2 TIP3X 554 -12.090 -25.930 -23.360 1.00 0.00 W3 O +ATOM 33308 H1 TIP3X 554 -12.880 -26.480 -23.330 1.00 0.00 W3 H +ATOM 33309 H2 TIP3X 554 -11.400 -26.500 -23.670 1.00 0.00 W3 H +ATOM 33310 OH2 TIP3X 555 -13.770 7.190 24.580 1.00 0.00 W3 O +ATOM 33311 H1 TIP3X 555 -14.580 6.950 24.140 1.00 0.00 W3 H +ATOM 33312 H2 TIP3X 555 -13.470 6.390 25.000 1.00 0.00 W3 H +ATOM 33313 OH2 TIP3X 556 -20.920 -50.340 22.070 1.00 0.00 W3 O +ATOM 33314 H1 TIP3X 556 -20.150 -50.690 21.650 1.00 0.00 W3 H +ATOM 33315 H2 TIP3X 556 -20.720 -49.420 22.230 1.00 0.00 W3 H +ATOM 33316 OH2 TIP3X 557 -28.390 0.310 -49.170 1.00 0.00 W3 O +ATOM 33317 H1 TIP3X 557 -28.280 -0.450 -48.610 1.00 0.00 W3 H +ATOM 33318 H2 TIP3X 557 -29.320 0.520 -49.120 1.00 0.00 W3 H +ATOM 33319 OH2 TIP3X 558 -36.620 -42.610 -26.910 1.00 0.00 W3 O +ATOM 33320 H1 TIP3X 558 -36.480 -41.710 -27.170 1.00 0.00 W3 H +ATOM 33321 H2 TIP3X 558 -37.450 -42.870 -27.310 1.00 0.00 W3 H +ATOM 33322 OH2 TIP3X 559 -1.060 -35.300 37.950 1.00 0.00 W3 O +ATOM 33323 H1 TIP3X 559 -1.110 -34.970 38.850 1.00 0.00 W3 H +ATOM 33324 H2 TIP3X 559 -1.950 -35.190 37.600 1.00 0.00 W3 H +ATOM 33325 OH2 TIP3X 560 -18.410 11.930 -27.380 1.00 0.00 W3 O +ATOM 33326 H1 TIP3X 560 -18.600 11.070 -27.750 1.00 0.00 W3 H +ATOM 33327 H2 TIP3X 560 -17.790 11.760 -26.670 1.00 0.00 W3 H +ATOM 33328 OH2 TIP3X 561 -20.390 -13.180 24.050 1.00 0.00 W3 O +ATOM 33329 H1 TIP3X 561 -19.790 -13.620 23.450 1.00 0.00 W3 H +ATOM 33330 H2 TIP3X 561 -19.840 -12.640 24.610 1.00 0.00 W3 H +ATOM 33331 OH2 TIP3X 562 -37.090 -30.710 10.840 1.00 0.00 W3 O +ATOM 33332 H1 TIP3X 562 -37.450 -31.190 11.570 1.00 0.00 W3 H +ATOM 33333 H2 TIP3X 562 -37.740 -30.050 10.630 1.00 0.00 W3 H +ATOM 33334 OH2 TIP3X 563 -23.980 -24.720 -28.160 1.00 0.00 W3 O +ATOM 33335 H1 TIP3X 563 -24.100 -24.870 -29.090 1.00 0.00 W3 H +ATOM 33336 H2 TIP3X 563 -24.870 -24.690 -27.800 1.00 0.00 W3 H +ATOM 33337 OH2 TIP3X 564 6.980 -41.570 26.670 1.00 0.00 W3 O +ATOM 33338 H1 TIP3X 564 6.130 -41.950 26.880 1.00 0.00 W3 H +ATOM 33339 H2 TIP3X 564 7.610 -42.190 27.040 1.00 0.00 W3 H +ATOM 33340 OH2 TIP3X 565 12.020 -13.380 34.680 1.00 0.00 W3 O +ATOM 33341 H1 TIP3X 565 11.840 -14.250 34.320 1.00 0.00 W3 H +ATOM 33342 H2 TIP3X 565 11.370 -12.810 34.260 1.00 0.00 W3 H +ATOM 33343 OH2 TIP3X 566 39.430 9.120 -44.850 1.00 0.00 W3 O +ATOM 33344 H1 TIP3X 566 40.070 9.320 -44.180 1.00 0.00 W3 H +ATOM 33345 H2 TIP3X 566 38.590 9.200 -44.400 1.00 0.00 W3 H +ATOM 33346 OH2 TIP3X 567 42.990 -40.620 -39.780 1.00 0.00 W3 O +ATOM 33347 H1 TIP3X 567 42.130 -40.320 -40.090 1.00 0.00 W3 H +ATOM 33348 H2 TIP3X 567 42.990 -41.570 -39.940 1.00 0.00 W3 H +ATOM 33349 OH2 TIP3X 568 11.200 -43.820 -44.060 1.00 0.00 W3 O +ATOM 33350 H1 TIP3X 568 10.520 -44.220 -43.530 1.00 0.00 W3 H +ATOM 33351 H2 TIP3X 568 10.900 -43.910 -44.970 1.00 0.00 W3 H +ATOM 33352 OH2 TIP3X 569 3.720 6.540 -40.870 1.00 0.00 W3 O +ATOM 33353 H1 TIP3X 569 3.880 6.020 -40.090 1.00 0.00 W3 H +ATOM 33354 H2 TIP3X 569 3.670 7.440 -40.570 1.00 0.00 W3 H +ATOM 33355 OH2 TIP3X 570 44.070 -12.610 34.270 1.00 0.00 W3 O +ATOM 33356 H1 TIP3X 570 43.640 -13.460 34.370 1.00 0.00 W3 H +ATOM 33357 H2 TIP3X 570 44.920 -12.710 34.690 1.00 0.00 W3 H +ATOM 33358 OH2 TIP3X 571 33.590 -46.940 20.180 1.00 0.00 W3 O +ATOM 33359 H1 TIP3X 571 33.990 -47.780 20.400 1.00 0.00 W3 H +ATOM 33360 H2 TIP3X 571 33.440 -46.520 21.030 1.00 0.00 W3 H +ATOM 33361 OH2 TIP3X 572 41.200 -36.510 -27.590 1.00 0.00 W3 O +ATOM 33362 H1 TIP3X 572 40.340 -36.660 -28.000 1.00 0.00 W3 H +ATOM 33363 H2 TIP3X 572 41.150 -35.600 -27.300 1.00 0.00 W3 H +ATOM 33364 OH2 TIP3X 573 -7.850 40.390 -28.080 1.00 0.00 W3 O +ATOM 33365 H1 TIP3X 573 -8.050 40.450 -29.010 1.00 0.00 W3 H +ATOM 33366 H2 TIP3X 573 -8.280 41.150 -27.700 1.00 0.00 W3 H +ATOM 33367 OH2 TIP3X 574 25.530 -25.750 36.830 1.00 0.00 W3 O +ATOM 33368 H1 TIP3X 574 24.620 -25.460 36.980 1.00 0.00 W3 H +ATOM 33369 H2 TIP3X 574 25.640 -25.740 35.890 1.00 0.00 W3 H +ATOM 33370 OH2 TIP3X 575 -32.920 16.910 -25.390 1.00 0.00 W3 O +ATOM 33371 H1 TIP3X 575 -32.530 17.560 -25.980 1.00 0.00 W3 H +ATOM 33372 H2 TIP3X 575 -32.330 16.160 -25.450 1.00 0.00 W3 H +ATOM 33373 OH2 TIP3X 576 24.130 11.550 -26.020 1.00 0.00 W3 O +ATOM 33374 H1 TIP3X 576 23.190 11.680 -26.070 1.00 0.00 W3 H +ATOM 33375 H2 TIP3X 576 24.260 10.990 -25.270 1.00 0.00 W3 H +ATOM 33376 OH2 TIP3X 577 -34.970 31.800 -15.360 1.00 0.00 W3 O +ATOM 33377 H1 TIP3X 577 -35.700 31.820 -15.980 1.00 0.00 W3 H +ATOM 33378 H2 TIP3X 577 -34.720 30.880 -15.300 1.00 0.00 W3 H +ATOM 33379 OH2 TIP3X 578 -36.730 -26.980 23.680 1.00 0.00 W3 O +ATOM 33380 H1 TIP3X 578 -36.030 -26.870 24.310 1.00 0.00 W3 H +ATOM 33381 H2 TIP3X 578 -36.450 -27.720 23.150 1.00 0.00 W3 H +ATOM 33382 OH2 TIP3X 579 -43.110 -35.810 -43.230 1.00 0.00 W3 O +ATOM 33383 H1 TIP3X 579 -42.400 -35.200 -43.440 1.00 0.00 W3 H +ATOM 33384 H2 TIP3X 579 -42.680 -36.630 -43.000 1.00 0.00 W3 H +ATOM 33385 OH2 TIP3X 580 33.280 -26.280 15.590 1.00 0.00 W3 O +ATOM 33386 H1 TIP3X 580 33.270 -27.200 15.320 1.00 0.00 W3 H +ATOM 33387 H2 TIP3X 580 33.880 -25.870 14.980 1.00 0.00 W3 H +ATOM 33388 OH2 TIP3X 581 -8.270 25.580 27.190 1.00 0.00 W3 O +ATOM 33389 H1 TIP3X 581 -8.290 26.020 28.030 1.00 0.00 W3 H +ATOM 33390 H2 TIP3X 581 -9.100 25.120 27.140 1.00 0.00 W3 H +ATOM 33391 OH2 TIP3X 582 29.620 -49.230 -44.900 1.00 0.00 W3 O +ATOM 33392 H1 TIP3X 582 29.040 -48.640 -44.420 1.00 0.00 W3 H +ATOM 33393 H2 TIP3X 582 30.350 -48.690 -45.190 1.00 0.00 W3 H +ATOM 33394 OH2 TIP3X 583 -20.120 34.860 29.260 1.00 0.00 W3 O +ATOM 33395 H1 TIP3X 583 -19.870 35.070 28.360 1.00 0.00 W3 H +ATOM 33396 H2 TIP3X 583 -19.350 35.080 29.780 1.00 0.00 W3 H +ATOM 33397 OH2 TIP3X 584 22.030 13.270 -13.810 1.00 0.00 W3 O +ATOM 33398 H1 TIP3X 584 21.470 13.490 -13.070 1.00 0.00 W3 H +ATOM 33399 H2 TIP3X 584 22.890 13.610 -13.570 1.00 0.00 W3 H +ATOM 33400 OH2 TIP3X 585 36.700 16.640 -46.590 1.00 0.00 W3 O +ATOM 33401 H1 TIP3X 585 37.170 15.900 -46.230 1.00 0.00 W3 H +ATOM 33402 H2 TIP3X 585 37.330 17.070 -47.160 1.00 0.00 W3 H +ATOM 33403 OH2 TIP3X 586 5.830 -51.520 30.360 1.00 0.00 W3 O +ATOM 33404 H1 TIP3X 586 4.930 -51.250 30.200 1.00 0.00 W3 H +ATOM 33405 H2 TIP3X 586 5.760 -52.450 30.560 1.00 0.00 W3 H +ATOM 33406 OH2 TIP3X 587 -43.880 -26.560 -24.170 1.00 0.00 W3 O +ATOM 33407 H1 TIP3X 587 -44.440 -27.270 -23.850 1.00 0.00 W3 H +ATOM 33408 H2 TIP3X 587 -43.430 -26.930 -24.930 1.00 0.00 W3 H +ATOM 33409 OH2 TIP3X 588 0.580 3.080 28.650 1.00 0.00 W3 O +ATOM 33410 H1 TIP3X 588 1.390 3.560 28.820 1.00 0.00 W3 H +ATOM 33411 H2 TIP3X 588 0.670 2.260 29.130 1.00 0.00 W3 H +ATOM 33412 OH2 TIP3X 589 13.220 24.510 -25.580 1.00 0.00 W3 O +ATOM 33413 H1 TIP3X 589 13.600 24.020 -24.850 1.00 0.00 W3 H +ATOM 33414 H2 TIP3X 589 13.210 25.420 -25.290 1.00 0.00 W3 H +ATOM 33415 OH2 TIP3X 590 -36.560 -38.630 21.820 1.00 0.00 W3 O +ATOM 33416 H1 TIP3X 590 -36.590 -38.170 20.990 1.00 0.00 W3 H +ATOM 33417 H2 TIP3X 590 -35.950 -39.360 21.670 1.00 0.00 W3 H +ATOM 33418 OH2 TIP3X 591 23.400 9.130 -15.960 1.00 0.00 W3 O +ATOM 33419 H1 TIP3X 591 22.880 9.910 -16.150 1.00 0.00 W3 H +ATOM 33420 H2 TIP3X 591 23.210 8.530 -16.670 1.00 0.00 W3 H +ATOM 33421 OH2 TIP3X 592 36.110 25.920 -47.290 1.00 0.00 W3 O +ATOM 33422 H1 TIP3X 592 36.900 25.670 -46.800 1.00 0.00 W3 H +ATOM 33423 H2 TIP3X 592 35.400 25.430 -46.860 1.00 0.00 W3 H +ATOM 33424 OH2 TIP3X 593 -15.460 -32.740 -30.400 1.00 0.00 W3 O +ATOM 33425 H1 TIP3X 593 -15.160 -31.830 -30.450 1.00 0.00 W3 H +ATOM 33426 H2 TIP3X 593 -16.090 -32.750 -29.680 1.00 0.00 W3 H +ATOM 33427 OH2 TIP3X 594 -39.340 16.080 -34.600 1.00 0.00 W3 O +ATOM 33428 H1 TIP3X 594 -38.500 16.530 -34.550 1.00 0.00 W3 H +ATOM 33429 H2 TIP3X 594 -39.710 16.340 -35.440 1.00 0.00 W3 H +ATOM 33430 OH2 TIP3X 595 45.890 11.440 -31.180 1.00 0.00 W3 O +ATOM 33431 H1 TIP3X 595 45.230 11.090 -31.760 1.00 0.00 W3 H +ATOM 33432 H2 TIP3X 595 45.950 12.370 -31.410 1.00 0.00 W3 H +ATOM 33433 OH2 TIP3X 596 45.440 28.130 24.690 1.00 0.00 W3 O +ATOM 33434 H1 TIP3X 596 45.450 28.980 24.240 1.00 0.00 W3 H +ATOM 33435 H2 TIP3X 596 46.250 28.130 25.220 1.00 0.00 W3 H +ATOM 33436 OH2 TIP3X 597 23.650 36.940 -12.580 1.00 0.00 W3 O +ATOM 33437 H1 TIP3X 597 24.570 36.870 -12.820 1.00 0.00 W3 H +ATOM 33438 H2 TIP3X 597 23.470 37.880 -12.530 1.00 0.00 W3 H +ATOM 33439 OH2 TIP3X 598 20.420 -8.000 -33.040 1.00 0.00 W3 O +ATOM 33440 H1 TIP3X 598 20.530 -7.050 -32.960 1.00 0.00 W3 H +ATOM 33441 H2 TIP3X 598 19.520 -8.150 -32.760 1.00 0.00 W3 H +ATOM 33442 OH2 TIP3X 599 45.770 -4.630 -23.630 1.00 0.00 W3 O +ATOM 33443 H1 TIP3X 599 46.400 -5.090 -23.070 1.00 0.00 W3 H +ATOM 33444 H2 TIP3X 599 46.110 -3.730 -23.690 1.00 0.00 W3 H +ATOM 33445 OH2 TIP3X 600 0.520 -51.790 37.530 1.00 0.00 W3 O +ATOM 33446 H1 TIP3X 600 1.110 -52.490 37.800 1.00 0.00 W3 H +ATOM 33447 H2 TIP3X 600 1.070 -51.020 37.430 1.00 0.00 W3 H +ATOM 33448 OH2 TIP3X 601 -17.120 -2.430 33.530 1.00 0.00 W3 O +ATOM 33449 H1 TIP3X 601 -17.490 -3.090 34.100 1.00 0.00 W3 H +ATOM 33450 H2 TIP3X 601 -17.770 -2.310 32.840 1.00 0.00 W3 H +ATOM 33451 OH2 TIP3X 602 -33.360 14.290 25.130 1.00 0.00 W3 O +ATOM 33452 H1 TIP3X 602 -34.040 13.610 25.180 1.00 0.00 W3 H +ATOM 33453 H2 TIP3X 602 -32.940 14.280 25.990 1.00 0.00 W3 H +ATOM 33454 OH2 TIP3X 603 41.670 37.280 -12.020 1.00 0.00 W3 O +ATOM 33455 H1 TIP3X 603 42.020 38.150 -12.210 1.00 0.00 W3 H +ATOM 33456 H2 TIP3X 603 40.950 37.440 -11.410 1.00 0.00 W3 H +ATOM 33457 OH2 TIP3X 604 -25.760 -22.510 -38.430 1.00 0.00 W3 O +ATOM 33458 H1 TIP3X 604 -25.940 -22.670 -39.370 1.00 0.00 W3 H +ATOM 33459 H2 TIP3X 604 -25.720 -23.390 -38.050 1.00 0.00 W3 H +ATOM 33460 OH2 TIP3X 605 -7.510 -38.830 -35.470 1.00 0.00 W3 O +ATOM 33461 H1 TIP3X 605 -7.440 -38.760 -34.510 1.00 0.00 W3 H +ATOM 33462 H2 TIP3X 605 -8.430 -38.710 -35.660 1.00 0.00 W3 H +ATOM 33463 OH2 TIP3X 606 -38.500 11.880 -26.750 1.00 0.00 W3 O +ATOM 33464 H1 TIP3X 606 -38.210 12.520 -26.100 1.00 0.00 W3 H +ATOM 33465 H2 TIP3X 606 -39.060 12.380 -27.350 1.00 0.00 W3 H +ATOM 33466 OH2 TIP3X 607 38.020 8.500 22.420 1.00 0.00 W3 O +ATOM 33467 H1 TIP3X 607 38.930 8.780 22.530 1.00 0.00 W3 H +ATOM 33468 H2 TIP3X 607 37.610 8.670 23.270 1.00 0.00 W3 H +ATOM 33469 OH2 TIP3X 608 -1.900 -4.070 19.920 1.00 0.00 W3 O +ATOM 33470 H1 TIP3X 608 -2.330 -4.490 20.660 1.00 0.00 W3 H +ATOM 33471 H2 TIP3X 608 -1.070 -3.740 20.280 1.00 0.00 W3 H +ATOM 33472 OH2 TIP3X 609 -28.150 -16.240 28.720 1.00 0.00 W3 O +ATOM 33473 H1 TIP3X 609 -27.760 -16.920 28.170 1.00 0.00 W3 H +ATOM 33474 H2 TIP3X 609 -28.510 -15.610 28.080 1.00 0.00 W3 H +ATOM 33475 OH2 TIP3X 610 -15.930 -0.540 21.510 1.00 0.00 W3 O +ATOM 33476 H1 TIP3X 610 -16.860 -0.720 21.590 1.00 0.00 W3 H +ATOM 33477 H2 TIP3X 610 -15.820 -0.250 20.610 1.00 0.00 W3 H +ATOM 33478 OH2 TIP3X 611 -9.680 42.570 -27.180 1.00 0.00 W3 O +ATOM 33479 H1 TIP3X 611 -9.280 42.490 -26.310 1.00 0.00 W3 H +ATOM 33480 H2 TIP3X 611 -10.580 42.270 -27.050 1.00 0.00 W3 H +ATOM 33481 OH2 TIP3X 612 -39.510 21.550 -17.370 1.00 0.00 W3 O +ATOM 33482 H1 TIP3X 612 -40.250 21.040 -17.680 1.00 0.00 W3 H +ATOM 33483 H2 TIP3X 612 -39.640 21.610 -16.410 1.00 0.00 W3 H +ATOM 33484 OH2 TIP3X 613 3.290 28.510 -45.300 1.00 0.00 W3 O +ATOM 33485 H1 TIP3X 613 2.450 28.160 -45.560 1.00 0.00 W3 H +ATOM 33486 H2 TIP3X 613 3.630 27.880 -44.680 1.00 0.00 W3 H +ATOM 33487 OH2 TIP3X 614 12.060 34.100 -31.370 1.00 0.00 W3 O +ATOM 33488 H1 TIP3X 614 12.250 34.290 -32.290 1.00 0.00 W3 H +ATOM 33489 H2 TIP3X 614 11.800 34.960 -31.010 1.00 0.00 W3 H +ATOM 33490 OH2 TIP3X 615 -5.010 24.070 -45.360 1.00 0.00 W3 O +ATOM 33491 H1 TIP3X 615 -5.900 24.420 -45.270 1.00 0.00 W3 H +ATOM 33492 H2 TIP3X 615 -4.930 23.430 -44.660 1.00 0.00 W3 H +ATOM 33493 OH2 TIP3X 616 -5.130 -34.450 -20.290 1.00 0.00 W3 O +ATOM 33494 H1 TIP3X 616 -5.600 -34.910 -19.600 1.00 0.00 W3 H +ATOM 33495 H2 TIP3X 616 -5.760 -33.830 -20.640 1.00 0.00 W3 H +ATOM 33496 OH2 TIP3X 617 3.150 -33.300 34.990 1.00 0.00 W3 O +ATOM 33497 H1 TIP3X 617 3.470 -34.200 35.070 1.00 0.00 W3 H +ATOM 33498 H2 TIP3X 617 3.920 -32.790 34.770 1.00 0.00 W3 H +ATOM 33499 OH2 TIP3X 618 41.200 -27.040 -44.840 1.00 0.00 W3 O +ATOM 33500 H1 TIP3X 618 40.630 -26.450 -45.330 1.00 0.00 W3 H +ATOM 33501 H2 TIP3X 618 41.030 -26.830 -43.930 1.00 0.00 W3 H +ATOM 33502 OH2 TIP3X 619 -9.800 -35.060 -40.810 1.00 0.00 W3 O +ATOM 33503 H1 TIP3X 619 -10.620 -34.600 -40.690 1.00 0.00 W3 H +ATOM 33504 H2 TIP3X 619 -10.020 -35.990 -40.700 1.00 0.00 W3 H +ATOM 33505 OH2 TIP3X 620 35.510 -28.190 -50.120 1.00 0.00 W3 O +ATOM 33506 H1 TIP3X 620 35.160 -28.830 -49.500 1.00 0.00 W3 H +ATOM 33507 H2 TIP3X 620 36.450 -28.180 -49.940 1.00 0.00 W3 H +ATOM 33508 OH2 TIP3X 621 6.830 -10.980 -32.730 1.00 0.00 W3 O +ATOM 33509 H1 TIP3X 621 6.980 -10.220 -32.180 1.00 0.00 W3 H +ATOM 33510 H2 TIP3X 621 5.940 -11.270 -32.500 1.00 0.00 W3 H +ATOM 33511 OH2 TIP3X 622 -43.910 -23.290 22.230 1.00 0.00 W3 O +ATOM 33512 H1 TIP3X 622 -43.890 -22.360 22.390 1.00 0.00 W3 H +ATOM 33513 H2 TIP3X 622 -43.410 -23.680 22.950 1.00 0.00 W3 H +ATOM 33514 OH2 TIP3X 623 -12.380 20.060 30.900 1.00 0.00 W3 O +ATOM 33515 H1 TIP3X 623 -12.250 20.360 29.990 1.00 0.00 W3 H +ATOM 33516 H2 TIP3X 623 -12.510 20.870 31.390 1.00 0.00 W3 H +ATOM 33517 OH2 TIP3X 624 13.930 25.300 -44.950 1.00 0.00 W3 O +ATOM 33518 H1 TIP3X 624 14.750 25.270 -45.440 1.00 0.00 W3 H +ATOM 33519 H2 TIP3X 624 13.260 25.070 -45.590 1.00 0.00 W3 H +ATOM 33520 OH2 TIP3X 625 22.240 20.690 27.300 1.00 0.00 W3 O +ATOM 33521 H1 TIP3X 625 21.420 20.250 27.070 1.00 0.00 W3 H +ATOM 33522 H2 TIP3X 625 22.110 21.600 26.990 1.00 0.00 W3 H +ATOM 33523 OH2 TIP3X 626 -21.540 14.880 -33.100 1.00 0.00 W3 O +ATOM 33524 H1 TIP3X 626 -21.730 15.020 -34.030 1.00 0.00 W3 H +ATOM 33525 H2 TIP3X 626 -21.780 13.960 -32.960 1.00 0.00 W3 H +ATOM 33526 OH2 TIP3X 627 1.180 -6.850 25.540 1.00 0.00 W3 O +ATOM 33527 H1 TIP3X 627 0.700 -7.510 25.040 1.00 0.00 W3 H +ATOM 33528 H2 TIP3X 627 2.080 -6.940 25.250 1.00 0.00 W3 H +ATOM 33529 OH2 TIP3X 628 45.760 33.960 34.110 1.00 0.00 W3 O +ATOM 33530 H1 TIP3X 628 45.660 34.910 34.020 1.00 0.00 W3 H +ATOM 33531 H2 TIP3X 628 45.140 33.730 34.810 1.00 0.00 W3 H +ATOM 33532 OH2 TIP3X 629 32.880 -1.320 -38.230 1.00 0.00 W3 O +ATOM 33533 H1 TIP3X 629 33.600 -1.730 -38.720 1.00 0.00 W3 H +ATOM 33534 H2 TIP3X 629 33.270 -0.530 -37.840 1.00 0.00 W3 H +ATOM 33535 OH2 TIP3X 630 40.180 35.920 -33.440 1.00 0.00 W3 O +ATOM 33536 H1 TIP3X 630 39.950 35.010 -33.230 1.00 0.00 W3 H +ATOM 33537 H2 TIP3X 630 40.210 36.360 -32.590 1.00 0.00 W3 H +ATOM 33538 OH2 TIP3X 631 -15.480 -35.310 24.840 1.00 0.00 W3 O +ATOM 33539 H1 TIP3X 631 -15.500 -36.250 24.990 1.00 0.00 W3 H +ATOM 33540 H2 TIP3X 631 -14.970 -34.970 25.580 1.00 0.00 W3 H +ATOM 33541 OH2 TIP3X 632 -26.550 -14.790 38.940 1.00 0.00 W3 O +ATOM 33542 H1 TIP3X 632 -27.140 -15.540 38.940 1.00 0.00 W3 H +ATOM 33543 H2 TIP3X 632 -25.960 -14.940 39.680 1.00 0.00 W3 H +ATOM 33544 OH2 TIP3X 633 35.790 -41.900 23.870 1.00 0.00 W3 O +ATOM 33545 H1 TIP3X 633 35.030 -42.200 23.370 1.00 0.00 W3 H +ATOM 33546 H2 TIP3X 633 35.540 -41.040 24.200 1.00 0.00 W3 H +ATOM 33547 OH2 TIP3X 634 -6.650 -19.460 32.820 1.00 0.00 W3 O +ATOM 33548 H1 TIP3X 634 -5.730 -19.240 32.880 1.00 0.00 W3 H +ATOM 33549 H2 TIP3X 634 -7.050 -19.100 33.620 1.00 0.00 W3 H +ATOM 33550 OH2 TIP3X 635 -2.630 17.600 -43.000 1.00 0.00 W3 O +ATOM 33551 H1 TIP3X 635 -2.650 17.350 -43.920 1.00 0.00 W3 H +ATOM 33552 H2 TIP3X 635 -1.770 17.300 -42.700 1.00 0.00 W3 H +ATOM 33553 OH2 TIP3X 636 14.260 -14.270 -30.610 1.00 0.00 W3 O +ATOM 33554 H1 TIP3X 636 13.920 -14.330 -31.510 1.00 0.00 W3 H +ATOM 33555 H2 TIP3X 636 15.130 -14.670 -30.660 1.00 0.00 W3 H +ATOM 33556 OH2 TIP3X 637 5.840 -35.330 30.310 1.00 0.00 W3 O +ATOM 33557 H1 TIP3X 637 5.460 -34.890 31.070 1.00 0.00 W3 H +ATOM 33558 H2 TIP3X 637 5.500 -34.840 29.560 1.00 0.00 W3 H +ATOM 33559 OH2 TIP3X 638 -27.010 -0.920 36.290 1.00 0.00 W3 O +ATOM 33560 H1 TIP3X 638 -26.350 -1.300 36.860 1.00 0.00 W3 H +ATOM 33561 H2 TIP3X 638 -27.480 -0.310 36.860 1.00 0.00 W3 H +ATOM 33562 OH2 TIP3X 639 -26.620 -24.770 14.600 1.00 0.00 W3 O +ATOM 33563 H1 TIP3X 639 -27.210 -24.080 14.910 1.00 0.00 W3 H +ATOM 33564 H2 TIP3X 639 -26.960 -25.000 13.740 1.00 0.00 W3 H +ATOM 33565 OH2 TIP3X 640 -37.960 -16.260 38.530 1.00 0.00 W3 O +ATOM 33566 H1 TIP3X 640 -38.320 -15.490 38.990 1.00 0.00 W3 H +ATOM 33567 H2 TIP3X 640 -37.920 -15.970 37.620 1.00 0.00 W3 H +ATOM 33568 OH2 TIP3X 641 2.440 -40.130 -38.550 1.00 0.00 W3 O +ATOM 33569 H1 TIP3X 641 3.380 -40.280 -38.430 1.00 0.00 W3 H +ATOM 33570 H2 TIP3X 641 2.240 -40.510 -39.410 1.00 0.00 W3 H +ATOM 33571 OH2 TIP3X 642 38.090 36.270 34.170 1.00 0.00 W3 O +ATOM 33572 H1 TIP3X 642 37.680 36.820 33.510 1.00 0.00 W3 H +ATOM 33573 H2 TIP3X 642 38.110 36.800 34.960 1.00 0.00 W3 H +ATOM 33574 OH2 TIP3X 643 -31.100 -6.780 23.160 1.00 0.00 W3 O +ATOM 33575 H1 TIP3X 643 -31.820 -7.310 23.490 1.00 0.00 W3 H +ATOM 33576 H2 TIP3X 643 -31.300 -6.650 22.240 1.00 0.00 W3 H +ATOM 33577 OH2 TIP3X 644 -40.010 42.680 -30.740 1.00 0.00 W3 O +ATOM 33578 H1 TIP3X 644 -39.540 42.530 -29.920 1.00 0.00 W3 H +ATOM 33579 H2 TIP3X 644 -39.720 43.560 -31.020 1.00 0.00 W3 H +ATOM 33580 OH2 TIP3X 645 38.760 19.250 -26.090 1.00 0.00 W3 O +ATOM 33581 H1 TIP3X 645 37.970 19.660 -25.750 1.00 0.00 W3 H +ATOM 33582 H2 TIP3X 645 38.430 18.480 -26.580 1.00 0.00 W3 H +ATOM 33583 OH2 TIP3X 646 30.550 -35.780 -30.300 1.00 0.00 W3 O +ATOM 33584 H1 TIP3X 646 29.830 -36.350 -30.040 1.00 0.00 W3 H +ATOM 33585 H2 TIP3X 646 30.130 -34.950 -30.550 1.00 0.00 W3 H +ATOM 33586 OH2 TIP3X 647 -40.040 25.670 -23.070 1.00 0.00 W3 O +ATOM 33587 H1 TIP3X 647 -39.140 25.990 -23.170 1.00 0.00 W3 H +ATOM 33588 H2 TIP3X 647 -40.310 25.970 -22.200 1.00 0.00 W3 H +ATOM 33589 OH2 TIP3X 648 48.290 25.400 31.150 1.00 0.00 W3 O +ATOM 33590 H1 TIP3X 648 48.840 25.630 31.910 1.00 0.00 W3 H +ATOM 33591 H2 TIP3X 648 48.590 24.530 30.890 1.00 0.00 W3 H +ATOM 33592 OH2 TIP3X 649 29.520 -41.840 -49.790 1.00 0.00 W3 O +ATOM 33593 H1 TIP3X 649 30.140 -41.670 -49.080 1.00 0.00 W3 H +ATOM 33594 H2 TIP3X 649 29.160 -40.980 -50.000 1.00 0.00 W3 H +ATOM 33595 OH2 TIP3X 650 21.430 33.610 37.600 1.00 0.00 W3 O +ATOM 33596 H1 TIP3X 650 21.390 32.930 36.930 1.00 0.00 W3 H +ATOM 33597 H2 TIP3X 650 21.750 34.390 37.140 1.00 0.00 W3 H +ATOM 33598 OH2 TIP3X 651 12.280 22.140 -49.140 1.00 0.00 W3 O +ATOM 33599 H1 TIP3X 651 11.450 21.720 -48.960 1.00 0.00 W3 H +ATOM 33600 H2 TIP3X 651 12.300 22.200 -50.100 1.00 0.00 W3 H +ATOM 33601 OH2 TIP3X 652 38.680 0.630 20.970 1.00 0.00 W3 O +ATOM 33602 H1 TIP3X 652 39.470 1.170 20.930 1.00 0.00 W3 H +ATOM 33603 H2 TIP3X 652 38.700 0.120 20.160 1.00 0.00 W3 H +ATOM 33604 OH2 TIP3X 653 44.130 -7.170 -26.460 1.00 0.00 W3 O +ATOM 33605 H1 TIP3X 653 43.640 -7.110 -27.270 1.00 0.00 W3 H +ATOM 33606 H2 TIP3X 653 43.910 -6.380 -25.970 1.00 0.00 W3 H +ATOM 33607 OH2 TIP3X 654 -31.850 21.430 -45.220 1.00 0.00 W3 O +ATOM 33608 H1 TIP3X 654 -31.280 21.520 -45.980 1.00 0.00 W3 H +ATOM 33609 H2 TIP3X 654 -31.840 20.500 -45.010 1.00 0.00 W3 H +ATOM 33610 OH2 TIP3X 655 -0.850 -1.990 15.480 1.00 0.00 W3 O +ATOM 33611 H1 TIP3X 655 -0.750 -1.060 15.730 1.00 0.00 W3 H +ATOM 33612 H2 TIP3X 655 -0.020 -2.220 15.070 1.00 0.00 W3 H +ATOM 33613 OH2 TIP3X 656 -33.480 33.380 34.040 1.00 0.00 W3 O +ATOM 33614 H1 TIP3X 656 -32.620 33.240 33.630 1.00 0.00 W3 H +ATOM 33615 H2 TIP3X 656 -33.950 33.950 33.440 1.00 0.00 W3 H +ATOM 33616 OH2 TIP3X 657 17.420 -20.740 -33.610 1.00 0.00 W3 O +ATOM 33617 H1 TIP3X 657 18.140 -21.090 -33.100 1.00 0.00 W3 H +ATOM 33618 H2 TIP3X 657 16.990 -21.520 -33.980 1.00 0.00 W3 H +ATOM 33619 OH2 TIP3X 658 -41.180 -48.000 30.420 1.00 0.00 W3 O +ATOM 33620 H1 TIP3X 658 -41.960 -48.380 30.820 1.00 0.00 W3 H +ATOM 33621 H2 TIP3X 658 -41.170 -48.340 29.520 1.00 0.00 W3 H +ATOM 33622 OH2 TIP3X 659 39.610 2.880 -41.130 1.00 0.00 W3 O +ATOM 33623 H1 TIP3X 659 39.210 2.030 -40.950 1.00 0.00 W3 H +ATOM 33624 H2 TIP3X 659 39.170 3.190 -41.930 1.00 0.00 W3 H +ATOM 33625 OH2 TIP3X 660 23.170 37.620 -31.400 1.00 0.00 W3 O +ATOM 33626 H1 TIP3X 660 22.700 37.680 -32.220 1.00 0.00 W3 H +ATOM 33627 H2 TIP3X 660 22.570 37.130 -30.820 1.00 0.00 W3 H +ATOM 33628 OH2 TIP3X 661 16.010 8.980 -22.620 1.00 0.00 W3 O +ATOM 33629 H1 TIP3X 661 15.760 8.340 -21.960 1.00 0.00 W3 H +ATOM 33630 H2 TIP3X 661 15.570 8.710 -23.410 1.00 0.00 W3 H +ATOM 33631 OH2 TIP3X 662 -9.400 -28.530 17.130 1.00 0.00 W3 O +ATOM 33632 H1 TIP3X 662 -8.460 -28.480 16.900 1.00 0.00 W3 H +ATOM 33633 H2 TIP3X 662 -9.400 -28.720 18.060 1.00 0.00 W3 H +ATOM 33634 OH2 TIP3X 663 8.660 -48.670 30.630 1.00 0.00 W3 O +ATOM 33635 H1 TIP3X 663 8.550 -48.570 31.580 1.00 0.00 W3 H +ATOM 33636 H2 TIP3X 663 9.220 -49.450 30.530 1.00 0.00 W3 H +ATOM 33637 OH2 TIP3X 664 3.020 -19.980 -34.810 1.00 0.00 W3 O +ATOM 33638 H1 TIP3X 664 3.720 -20.320 -35.350 1.00 0.00 W3 H +ATOM 33639 H2 TIP3X 664 2.870 -19.090 -35.140 1.00 0.00 W3 H +ATOM 33640 OH2 TIP3X 665 -12.260 40.170 41.430 1.00 0.00 W3 O +ATOM 33641 H1 TIP3X 665 -12.620 39.480 40.860 1.00 0.00 W3 H +ATOM 33642 H2 TIP3X 665 -12.980 40.800 41.510 1.00 0.00 W3 H +ATOM 33643 OH2 TIP3X 666 -39.760 -19.360 -48.380 1.00 0.00 W3 O +ATOM 33644 H1 TIP3X 666 -39.570 -19.130 -49.300 1.00 0.00 W3 H +ATOM 33645 H2 TIP3X 666 -40.670 -19.650 -48.390 1.00 0.00 W3 H +ATOM 33646 OH2 TIP3X 667 14.210 15.490 -15.840 1.00 0.00 W3 O +ATOM 33647 H1 TIP3X 667 13.940 15.230 -16.710 1.00 0.00 W3 H +ATOM 33648 H2 TIP3X 667 14.930 14.890 -15.620 1.00 0.00 W3 H +ATOM 33649 OH2 TIP3X 668 -22.000 23.790 -17.580 1.00 0.00 W3 O +ATOM 33650 H1 TIP3X 668 -21.500 24.570 -17.380 1.00 0.00 W3 H +ATOM 33651 H2 TIP3X 668 -22.520 24.030 -18.350 1.00 0.00 W3 H +ATOM 33652 OH2 TIP3X 669 -35.610 32.260 14.620 1.00 0.00 W3 O +ATOM 33653 H1 TIP3X 669 -34.670 32.210 14.500 1.00 0.00 W3 H +ATOM 33654 H2 TIP3X 669 -35.770 33.130 15.000 1.00 0.00 W3 H +ATOM 33655 OH2 TIP3X 670 22.920 -38.640 -39.890 1.00 0.00 W3 O +ATOM 33656 H1 TIP3X 670 23.830 -38.860 -40.120 1.00 0.00 W3 H +ATOM 33657 H2 TIP3X 670 22.900 -37.680 -39.920 1.00 0.00 W3 H +ATOM 33658 OH2 TIP3X 671 -19.580 7.830 -40.740 1.00 0.00 W3 O +ATOM 33659 H1 TIP3X 671 -20.230 7.140 -40.890 1.00 0.00 W3 H +ATOM 33660 H2 TIP3X 671 -19.920 8.580 -41.220 1.00 0.00 W3 H +ATOM 33661 OH2 TIP3X 672 -10.720 15.910 32.740 1.00 0.00 W3 O +ATOM 33662 H1 TIP3X 672 -10.440 15.020 32.960 1.00 0.00 W3 H +ATOM 33663 H2 TIP3X 672 -11.190 16.210 33.520 1.00 0.00 W3 H +ATOM 33664 OH2 TIP3X 673 48.570 35.990 37.890 1.00 0.00 W3 O +ATOM 33665 H1 TIP3X 673 47.940 36.410 38.460 1.00 0.00 W3 H +ATOM 33666 H2 TIP3X 673 48.280 36.220 37.000 1.00 0.00 W3 H +ATOM 33667 OH2 TIP3X 674 33.040 -30.450 22.950 1.00 0.00 W3 O +ATOM 33668 H1 TIP3X 674 33.700 -29.920 22.510 1.00 0.00 W3 H +ATOM 33669 H2 TIP3X 674 32.550 -29.830 23.480 1.00 0.00 W3 H +ATOM 33670 OH2 TIP3X 675 37.280 -7.800 22.930 1.00 0.00 W3 O +ATOM 33671 H1 TIP3X 675 36.510 -8.250 23.280 1.00 0.00 W3 H +ATOM 33672 H2 TIP3X 675 37.720 -8.470 22.400 1.00 0.00 W3 H +ATOM 33673 OH2 TIP3X 676 27.580 15.040 -45.480 1.00 0.00 W3 O +ATOM 33674 H1 TIP3X 676 27.530 15.640 -44.740 1.00 0.00 W3 H +ATOM 33675 H2 TIP3X 676 26.690 15.000 -45.820 1.00 0.00 W3 H +ATOM 33676 OH2 TIP3X 677 -42.780 0.680 36.770 1.00 0.00 W3 O +ATOM 33677 H1 TIP3X 677 -42.620 1.560 37.140 1.00 0.00 W3 H +ATOM 33678 H2 TIP3X 677 -41.940 0.220 36.890 1.00 0.00 W3 H +ATOM 33679 OH2 TIP3X 678 -13.780 42.500 -32.870 1.00 0.00 W3 O +ATOM 33680 H1 TIP3X 678 -14.350 43.130 -32.430 1.00 0.00 W3 H +ATOM 33681 H2 TIP3X 678 -13.160 43.040 -33.370 1.00 0.00 W3 H +ATOM 33682 OH2 TIP3X 679 -36.050 -2.100 -45.700 1.00 0.00 W3 O +ATOM 33683 H1 TIP3X 679 -36.530 -2.560 -46.390 1.00 0.00 W3 H +ATOM 33684 H2 TIP3X 679 -35.350 -1.640 -46.150 1.00 0.00 W3 H +ATOM 33685 OH2 TIP3X 680 -32.310 -38.600 12.710 1.00 0.00 W3 O +ATOM 33686 H1 TIP3X 680 -31.570 -38.490 13.320 1.00 0.00 W3 H +ATOM 33687 H2 TIP3X 680 -32.300 -37.800 12.170 1.00 0.00 W3 H +ATOM 33688 OH2 TIP3X 681 -24.580 28.640 -43.590 1.00 0.00 W3 O +ATOM 33689 H1 TIP3X 681 -24.320 28.370 -44.470 1.00 0.00 W3 H +ATOM 33690 H2 TIP3X 681 -23.990 29.370 -43.380 1.00 0.00 W3 H +ATOM 33691 OH2 TIP3X 682 47.190 -29.470 -50.360 1.00 0.00 W3 O +ATOM 33692 H1 TIP3X 682 46.310 -29.100 -50.370 1.00 0.00 W3 H +ATOM 33693 H2 TIP3X 682 47.330 -29.790 -51.250 1.00 0.00 W3 H +ATOM 33694 OH2 TIP3X 683 28.070 -38.470 36.490 1.00 0.00 W3 O +ATOM 33695 H1 TIP3X 683 28.970 -38.150 36.390 1.00 0.00 W3 H +ATOM 33696 H2 TIP3X 683 27.540 -37.670 36.490 1.00 0.00 W3 H +ATOM 33697 OH2 TIP3X 684 -5.410 -35.150 -47.140 1.00 0.00 W3 O +ATOM 33698 H1 TIP3X 684 -4.510 -35.080 -46.800 1.00 0.00 W3 H +ATOM 33699 H2 TIP3X 684 -5.300 -35.240 -48.090 1.00 0.00 W3 H +ATOM 33700 OH2 TIP3X 685 0.060 1.190 -21.800 1.00 0.00 W3 O +ATOM 33701 H1 TIP3X 685 -0.060 1.750 -22.570 1.00 0.00 W3 H +ATOM 33702 H2 TIP3X 685 0.640 1.700 -21.230 1.00 0.00 W3 H +ATOM 33703 OH2 TIP3X 686 37.880 -7.680 -22.700 1.00 0.00 W3 O +ATOM 33704 H1 TIP3X 686 38.790 -7.490 -22.950 1.00 0.00 W3 H +ATOM 33705 H2 TIP3X 686 37.590 -6.870 -22.260 1.00 0.00 W3 H +ATOM 33706 OH2 TIP3X 687 -12.950 -33.860 26.500 1.00 0.00 W3 O +ATOM 33707 H1 TIP3X 687 -12.020 -34.080 26.440 1.00 0.00 W3 H +ATOM 33708 H2 TIP3X 687 -13.030 -33.380 27.330 1.00 0.00 W3 H +ATOM 33709 OH2 TIP3X 688 -18.290 -13.750 22.230 1.00 0.00 W3 O +ATOM 33710 H1 TIP3X 688 -17.720 -14.510 22.200 1.00 0.00 W3 H +ATOM 33711 H2 TIP3X 688 -18.840 -13.830 21.460 1.00 0.00 W3 H +ATOM 33712 OH2 TIP3X 689 23.560 -22.050 -42.340 1.00 0.00 W3 O +ATOM 33713 H1 TIP3X 689 24.240 -22.710 -42.490 1.00 0.00 W3 H +ATOM 33714 H2 TIP3X 689 23.960 -21.230 -42.620 1.00 0.00 W3 H +ATOM 33715 OH2 TIP3X 690 -7.040 18.690 -17.540 1.00 0.00 W3 O +ATOM 33716 H1 TIP3X 690 -6.230 19.200 -17.470 1.00 0.00 W3 H +ATOM 33717 H2 TIP3X 690 -6.760 17.790 -17.450 1.00 0.00 W3 H +ATOM 33718 OH2 TIP3X 691 -26.690 40.100 -44.000 1.00 0.00 W3 O +ATOM 33719 H1 TIP3X 691 -27.600 40.400 -43.980 1.00 0.00 W3 H +ATOM 33720 H2 TIP3X 691 -26.670 39.340 -43.420 1.00 0.00 W3 H +ATOM 33721 OH2 TIP3X 692 3.350 -39.830 22.820 1.00 0.00 W3 O +ATOM 33722 H1 TIP3X 692 3.990 -39.300 22.340 1.00 0.00 W3 H +ATOM 33723 H2 TIP3X 692 3.700 -39.860 23.720 1.00 0.00 W3 H +ATOM 33724 OH2 TIP3X 693 4.570 25.670 -46.050 1.00 0.00 W3 O +ATOM 33725 H1 TIP3X 693 5.420 26.090 -46.120 1.00 0.00 W3 H +ATOM 33726 H2 TIP3X 693 4.570 25.010 -46.750 1.00 0.00 W3 H +ATOM 33727 OH2 TIP3X 694 36.560 -38.620 36.050 1.00 0.00 W3 O +ATOM 33728 H1 TIP3X 694 36.340 -39.290 36.700 1.00 0.00 W3 H +ATOM 33729 H2 TIP3X 694 37.500 -38.490 36.150 1.00 0.00 W3 H +ATOM 33730 OH2 TIP3X 695 24.090 -16.310 -35.490 1.00 0.00 W3 O +ATOM 33731 H1 TIP3X 695 24.210 -17.250 -35.320 1.00 0.00 W3 H +ATOM 33732 H2 TIP3X 695 24.440 -15.880 -34.710 1.00 0.00 W3 H +ATOM 33733 OH2 TIP3X 696 -34.010 -47.170 -27.970 1.00 0.00 W3 O +ATOM 33734 H1 TIP3X 696 -33.830 -47.710 -27.200 1.00 0.00 W3 H +ATOM 33735 H2 TIP3X 696 -34.350 -46.360 -27.610 1.00 0.00 W3 H +ATOM 33736 OH2 TIP3X 697 -32.610 42.120 -10.130 1.00 0.00 W3 O +ATOM 33737 H1 TIP3X 697 -32.870 42.410 -9.250 1.00 0.00 W3 H +ATOM 33738 H2 TIP3X 697 -31.940 42.740 -10.410 1.00 0.00 W3 H +ATOM 33739 OH2 TIP3X 698 45.260 -50.380 28.200 1.00 0.00 W3 O +ATOM 33740 H1 TIP3X 698 45.270 -49.430 28.110 1.00 0.00 W3 H +ATOM 33741 H2 TIP3X 698 44.720 -50.550 28.970 1.00 0.00 W3 H +ATOM 33742 OH2 TIP3X 699 6.530 -25.550 19.080 1.00 0.00 W3 O +ATOM 33743 H1 TIP3X 699 7.330 -25.100 18.840 1.00 0.00 W3 H +ATOM 33744 H2 TIP3X 699 5.840 -24.890 19.000 1.00 0.00 W3 H +ATOM 33745 OH2 TIP3X 700 -16.200 -3.360 -48.520 1.00 0.00 W3 O +ATOM 33746 H1 TIP3X 700 -15.300 -3.580 -48.760 1.00 0.00 W3 H +ATOM 33747 H2 TIP3X 700 -16.630 -3.170 -49.350 1.00 0.00 W3 H +ATOM 33748 OH2 TIP3X 701 38.760 -48.800 -31.290 1.00 0.00 W3 O +ATOM 33749 H1 TIP3X 701 38.850 -49.720 -31.530 1.00 0.00 W3 H +ATOM 33750 H2 TIP3X 701 38.100 -48.450 -31.890 1.00 0.00 W3 H +ATOM 33751 OH2 TIP3X 702 46.640 18.680 -8.890 1.00 0.00 W3 O +ATOM 33752 H1 TIP3X 702 47.380 19.300 -8.990 1.00 0.00 W3 H +ATOM 33753 H2 TIP3X 702 45.920 19.090 -9.370 1.00 0.00 W3 H +ATOM 33754 OH2 TIP3X 703 46.640 1.680 26.650 1.00 0.00 W3 O +ATOM 33755 H1 TIP3X 703 47.140 2.500 26.580 1.00 0.00 W3 H +ATOM 33756 H2 TIP3X 703 47.170 1.130 27.250 1.00 0.00 W3 H +ATOM 33757 OH2 TIP3X 704 23.600 -13.280 -50.260 1.00 0.00 W3 O +ATOM 33758 H1 TIP3X 704 23.920 -13.590 -51.100 1.00 0.00 W3 H +ATOM 33759 H2 TIP3X 704 24.380 -13.160 -49.730 1.00 0.00 W3 H +ATOM 33760 OH2 TIP3X 705 38.670 -16.560 29.050 1.00 0.00 W3 O +ATOM 33761 H1 TIP3X 705 39.130 -17.070 29.720 1.00 0.00 W3 H +ATOM 33762 H2 TIP3X 705 38.480 -15.720 29.480 1.00 0.00 W3 H +ATOM 33763 OH2 TIP3X 706 -19.490 -26.880 14.990 1.00 0.00 W3 O +ATOM 33764 H1 TIP3X 706 -19.210 -27.600 15.560 1.00 0.00 W3 H +ATOM 33765 H2 TIP3X 706 -19.440 -27.260 14.100 1.00 0.00 W3 H +ATOM 33766 OH2 TIP3X 707 42.460 37.380 -31.730 1.00 0.00 W3 O +ATOM 33767 H1 TIP3X 707 41.990 36.570 -31.540 1.00 0.00 W3 H +ATOM 33768 H2 TIP3X 707 41.990 38.050 -31.230 1.00 0.00 W3 H +ATOM 33769 OH2 TIP3X 708 11.670 -8.510 28.510 1.00 0.00 W3 O +ATOM 33770 H1 TIP3X 708 12.010 -9.320 28.160 1.00 0.00 W3 H +ATOM 33771 H2 TIP3X 708 10.740 -8.510 28.260 1.00 0.00 W3 H +ATOM 33772 OH2 TIP3X 709 -35.700 -26.490 33.220 1.00 0.00 W3 O +ATOM 33773 H1 TIP3X 709 -35.630 -26.250 32.300 1.00 0.00 W3 H +ATOM 33774 H2 TIP3X 709 -36.640 -26.470 33.410 1.00 0.00 W3 H +ATOM 33775 OH2 TIP3X 710 38.160 -26.170 -31.830 1.00 0.00 W3 O +ATOM 33776 H1 TIP3X 710 38.010 -26.970 -31.330 1.00 0.00 W3 H +ATOM 33777 H2 TIP3X 710 38.680 -26.450 -32.580 1.00 0.00 W3 H +ATOM 33778 OH2 TIP3X 711 -27.700 -23.850 23.550 1.00 0.00 W3 O +ATOM 33779 H1 TIP3X 711 -27.010 -24.400 23.920 1.00 0.00 W3 H +ATOM 33780 H2 TIP3X 711 -28.460 -23.980 24.130 1.00 0.00 W3 H +ATOM 33781 OH2 TIP3X 712 -23.390 40.350 -18.520 1.00 0.00 W3 O +ATOM 33782 H1 TIP3X 712 -23.040 39.490 -18.780 1.00 0.00 W3 H +ATOM 33783 H2 TIP3X 712 -22.920 40.960 -19.080 1.00 0.00 W3 H +ATOM 33784 OH2 TIP3X 713 -42.990 -42.750 -44.880 1.00 0.00 W3 O +ATOM 33785 H1 TIP3X 713 -43.270 -43.610 -45.200 1.00 0.00 W3 H +ATOM 33786 H2 TIP3X 713 -43.800 -42.310 -44.640 1.00 0.00 W3 H +ATOM 33787 OH2 TIP3X 714 33.460 -5.510 -44.490 1.00 0.00 W3 O +ATOM 33788 H1 TIP3X 714 34.040 -4.900 -44.030 1.00 0.00 W3 H +ATOM 33789 H2 TIP3X 714 32.650 -5.500 -43.980 1.00 0.00 W3 H +ATOM 33790 OH2 TIP3X 715 12.720 -22.200 27.210 1.00 0.00 W3 O +ATOM 33791 H1 TIP3X 715 13.570 -21.950 26.860 1.00 0.00 W3 H +ATOM 33792 H2 TIP3X 715 12.640 -23.130 27.010 1.00 0.00 W3 H +ATOM 33793 OH2 TIP3X 716 -27.690 -44.410 36.360 1.00 0.00 W3 O +ATOM 33794 H1 TIP3X 716 -27.950 -44.340 37.270 1.00 0.00 W3 H +ATOM 33795 H2 TIP3X 716 -27.470 -43.520 36.090 1.00 0.00 W3 H +ATOM 33796 OH2 TIP3X 717 -42.100 5.590 24.400 1.00 0.00 W3 O +ATOM 33797 H1 TIP3X 717 -42.480 5.000 23.750 1.00 0.00 W3 H +ATOM 33798 H2 TIP3X 717 -41.180 5.650 24.150 1.00 0.00 W3 H +ATOM 33799 OH2 TIP3X 718 -1.950 -23.740 26.330 1.00 0.00 W3 O +ATOM 33800 H1 TIP3X 718 -1.400 -23.030 26.680 1.00 0.00 W3 H +ATOM 33801 H2 TIP3X 718 -1.930 -24.420 27.010 1.00 0.00 W3 H +ATOM 33802 OH2 TIP3X 719 -24.760 -46.770 34.320 1.00 0.00 W3 O +ATOM 33803 H1 TIP3X 719 -25.510 -47.340 34.150 1.00 0.00 W3 H +ATOM 33804 H2 TIP3X 719 -24.210 -46.860 33.540 1.00 0.00 W3 H +ATOM 33805 OH2 TIP3X 720 -36.180 -43.620 14.320 1.00 0.00 W3 O +ATOM 33806 H1 TIP3X 720 -35.340 -44.070 14.410 1.00 0.00 W3 H +ATOM 33807 H2 TIP3X 720 -36.820 -44.270 14.590 1.00 0.00 W3 H +ATOM 33808 OH2 TIP3X 721 -44.280 -44.140 -34.420 1.00 0.00 W3 O +ATOM 33809 H1 TIP3X 721 -44.330 -44.870 -35.040 1.00 0.00 W3 H +ATOM 33810 H2 TIP3X 721 -44.770 -43.440 -34.830 1.00 0.00 W3 H +ATOM 33811 OH2 TIP3X 722 18.950 -27.730 -29.930 1.00 0.00 W3 O +ATOM 33812 H1 TIP3X 722 18.770 -28.400 -29.270 1.00 0.00 W3 H +ATOM 33813 H2 TIP3X 722 19.840 -27.940 -30.240 1.00 0.00 W3 H +ATOM 33814 OH2 TIP3X 723 11.630 -33.780 -26.720 1.00 0.00 W3 O +ATOM 33815 H1 TIP3X 723 12.150 -34.480 -27.110 1.00 0.00 W3 H +ATOM 33816 H2 TIP3X 723 11.550 -34.010 -25.800 1.00 0.00 W3 H +ATOM 33817 OH2 TIP3X 724 3.120 17.460 -26.990 1.00 0.00 W3 O +ATOM 33818 H1 TIP3X 724 2.250 17.390 -26.590 1.00 0.00 W3 H +ATOM 33819 H2 TIP3X 724 3.070 16.910 -27.770 1.00 0.00 W3 H +ATOM 33820 OH2 TIP3X 725 42.240 -32.640 26.520 1.00 0.00 W3 O +ATOM 33821 H1 TIP3X 725 41.550 -32.090 26.870 1.00 0.00 W3 H +ATOM 33822 H2 TIP3X 725 42.520 -33.180 27.260 1.00 0.00 W3 H +ATOM 33823 OH2 TIP3X 726 -19.440 -17.800 -25.580 1.00 0.00 W3 O +ATOM 33824 H1 TIP3X 726 -18.980 -18.250 -26.290 1.00 0.00 W3 H +ATOM 33825 H2 TIP3X 726 -19.080 -18.190 -24.780 1.00 0.00 W3 H +ATOM 33826 OH2 TIP3X 727 -27.670 16.460 28.520 1.00 0.00 W3 O +ATOM 33827 H1 TIP3X 727 -27.140 15.700 28.300 1.00 0.00 W3 H +ATOM 33828 H2 TIP3X 727 -28.360 16.470 27.840 1.00 0.00 W3 H +ATOM 33829 OH2 TIP3X 728 -6.190 40.840 -24.640 1.00 0.00 W3 O +ATOM 33830 H1 TIP3X 728 -5.420 40.520 -25.090 1.00 0.00 W3 H +ATOM 33831 H2 TIP3X 728 -6.430 40.160 -24.020 1.00 0.00 W3 H +ATOM 33832 OH2 TIP3X 729 -11.620 32.060 -46.890 1.00 0.00 W3 O +ATOM 33833 H1 TIP3X 729 -11.310 31.160 -46.860 1.00 0.00 W3 H +ATOM 33834 H2 TIP3X 729 -10.890 32.560 -47.280 1.00 0.00 W3 H +ATOM 33835 OH2 TIP3X 730 -43.950 -34.090 -29.050 1.00 0.00 W3 O +ATOM 33836 H1 TIP3X 730 -44.900 -34.230 -29.050 1.00 0.00 W3 H +ATOM 33837 H2 TIP3X 730 -43.810 -33.500 -29.790 1.00 0.00 W3 H +ATOM 33838 OH2 TIP3X 731 0.620 9.490 -38.800 1.00 0.00 W3 O +ATOM 33839 H1 TIP3X 731 0.900 10.400 -38.620 1.00 0.00 W3 H +ATOM 33840 H2 TIP3X 731 -0.210 9.590 -39.270 1.00 0.00 W3 H +ATOM 33841 OH2 TIP3X 732 -42.190 -30.590 22.310 1.00 0.00 W3 O +ATOM 33842 H1 TIP3X 732 -41.740 -31.040 21.590 1.00 0.00 W3 H +ATOM 33843 H2 TIP3X 732 -41.520 -30.050 22.720 1.00 0.00 W3 H +ATOM 33844 OH2 TIP3X 733 -1.830 -20.310 24.190 1.00 0.00 W3 O +ATOM 33845 H1 TIP3X 733 -1.260 -21.060 24.010 1.00 0.00 W3 H +ATOM 33846 H2 TIP3X 733 -2.280 -20.150 23.360 1.00 0.00 W3 H +ATOM 33847 OH2 TIP3X 734 41.560 -29.460 -53.280 1.00 0.00 W3 O +ATOM 33848 H1 TIP3X 734 41.340 -28.580 -52.970 1.00 0.00 W3 H +ATOM 33849 H2 TIP3X 734 40.740 -29.940 -53.240 1.00 0.00 W3 H +ATOM 33850 OH2 TIP3X 735 -4.570 -50.940 11.250 1.00 0.00 W3 O +ATOM 33851 H1 TIP3X 735 -5.330 -50.650 11.760 1.00 0.00 W3 H +ATOM 33852 H2 TIP3X 735 -4.940 -51.490 10.570 1.00 0.00 W3 H +ATOM 33853 OH2 TIP3X 736 -14.920 -45.870 16.220 1.00 0.00 W3 O +ATOM 33854 H1 TIP3X 736 -14.850 -46.460 15.460 1.00 0.00 W3 H +ATOM 33855 H2 TIP3X 736 -15.870 -45.760 16.340 1.00 0.00 W3 H +ATOM 33856 OH2 TIP3X 737 38.520 -41.410 24.890 1.00 0.00 W3 O +ATOM 33857 H1 TIP3X 737 38.100 -40.700 25.380 1.00 0.00 W3 H +ATOM 33858 H2 TIP3X 737 37.810 -42.000 24.660 1.00 0.00 W3 H +ATOM 33859 OH2 TIP3X 738 -2.250 -21.380 -38.890 1.00 0.00 W3 O +ATOM 33860 H1 TIP3X 738 -2.180 -22.300 -38.640 1.00 0.00 W3 H +ATOM 33861 H2 TIP3X 738 -3.090 -21.320 -39.340 1.00 0.00 W3 H +ATOM 33862 OH2 TIP3X 739 45.810 -18.370 36.930 1.00 0.00 W3 O +ATOM 33863 H1 TIP3X 739 44.880 -18.350 36.710 1.00 0.00 W3 H +ATOM 33864 H2 TIP3X 739 46.080 -17.450 36.960 1.00 0.00 W3 H +ATOM 33865 OH2 TIP3X 740 -26.650 18.980 33.840 1.00 0.00 W3 O +ATOM 33866 H1 TIP3X 740 -26.920 18.150 34.220 1.00 0.00 W3 H +ATOM 33867 H2 TIP3X 740 -26.270 18.760 32.990 1.00 0.00 W3 H +ATOM 33868 OH2 TIP3X 741 20.480 -0.930 -50.630 1.00 0.00 W3 O +ATOM 33869 H1 TIP3X 741 20.970 -0.120 -50.430 1.00 0.00 W3 H +ATOM 33870 H2 TIP3X 741 21.150 -1.620 -50.600 1.00 0.00 W3 H +ATOM 33871 OH2 TIP3X 742 26.470 -25.150 -23.500 1.00 0.00 W3 O +ATOM 33872 H1 TIP3X 742 25.850 -25.270 -22.770 1.00 0.00 W3 H +ATOM 33873 H2 TIP3X 742 26.500 -26.000 -23.920 1.00 0.00 W3 H +ATOM 33874 OH2 TIP3X 743 27.250 -39.490 -43.530 1.00 0.00 W3 O +ATOM 33875 H1 TIP3X 743 27.570 -39.430 -42.640 1.00 0.00 W3 H +ATOM 33876 H2 TIP3X 743 26.710 -38.720 -43.650 1.00 0.00 W3 H +ATOM 33877 OH2 TIP3X 744 0.670 24.280 -43.320 1.00 0.00 W3 O +ATOM 33878 H1 TIP3X 744 1.120 23.910 -44.090 1.00 0.00 W3 H +ATOM 33879 H2 TIP3X 744 -0.220 23.940 -43.370 1.00 0.00 W3 H +ATOM 33880 OH2 TIP3X 745 21.030 37.390 -20.820 1.00 0.00 W3 O +ATOM 33881 H1 TIP3X 745 21.820 37.850 -21.080 1.00 0.00 W3 H +ATOM 33882 H2 TIP3X 745 21.350 36.640 -20.300 1.00 0.00 W3 H +ATOM 33883 OH2 TIP3X 746 17.030 -4.620 -24.850 1.00 0.00 W3 O +ATOM 33884 H1 TIP3X 746 17.200 -4.570 -23.910 1.00 0.00 W3 H +ATOM 33885 H2 TIP3X 746 17.530 -3.890 -25.220 1.00 0.00 W3 H +ATOM 33886 OH2 TIP3X 747 -29.950 -45.590 -49.650 1.00 0.00 W3 O +ATOM 33887 H1 TIP3X 747 -30.550 -46.330 -49.740 1.00 0.00 W3 H +ATOM 33888 H2 TIP3X 747 -29.440 -45.590 -50.460 1.00 0.00 W3 H +ATOM 33889 OH2 TIP3X 748 -38.330 24.060 35.770 1.00 0.00 W3 O +ATOM 33890 H1 TIP3X 748 -37.970 24.890 35.490 1.00 0.00 W3 H +ATOM 33891 H2 TIP3X 748 -37.870 23.410 35.230 1.00 0.00 W3 H +ATOM 33892 OH2 TIP3X 749 1.710 -3.480 -26.950 1.00 0.00 W3 O +ATOM 33893 H1 TIP3X 749 2.580 -3.730 -26.660 1.00 0.00 W3 H +ATOM 33894 H2 TIP3X 749 1.160 -4.250 -26.770 1.00 0.00 W3 H +ATOM 33895 OH2 TIP3X 750 7.900 -34.740 -34.410 1.00 0.00 W3 O +ATOM 33896 H1 TIP3X 750 8.560 -34.100 -34.680 1.00 0.00 W3 H +ATOM 33897 H2 TIP3X 750 8.370 -35.570 -34.360 1.00 0.00 W3 H +ATOM 33898 OH2 TIP3X 751 -29.060 19.160 -20.800 1.00 0.00 W3 O +ATOM 33899 H1 TIP3X 751 -28.100 19.210 -20.790 1.00 0.00 W3 H +ATOM 33900 H2 TIP3X 751 -29.320 19.150 -19.890 1.00 0.00 W3 H +ATOM 33901 OH2 TIP3X 752 18.260 -6.750 -43.710 1.00 0.00 W3 O +ATOM 33902 H1 TIP3X 752 18.540 -6.750 -44.630 1.00 0.00 W3 H +ATOM 33903 H2 TIP3X 752 18.610 -5.940 -43.350 1.00 0.00 W3 H +ATOM 33904 OH2 TIP3X 753 33.840 28.360 -44.750 1.00 0.00 W3 O +ATOM 33905 H1 TIP3X 753 34.220 28.380 -45.620 1.00 0.00 W3 H +ATOM 33906 H2 TIP3X 753 33.050 27.820 -44.830 1.00 0.00 W3 H +ATOM 33907 OH2 TIP3X 754 20.460 -28.390 -34.830 1.00 0.00 W3 O +ATOM 33908 H1 TIP3X 754 20.400 -29.170 -34.270 1.00 0.00 W3 H +ATOM 33909 H2 TIP3X 754 21.200 -28.560 -35.410 1.00 0.00 W3 H +ATOM 33910 OH2 TIP3X 755 21.710 22.510 -30.400 1.00 0.00 W3 O +ATOM 33911 H1 TIP3X 755 22.380 23.010 -30.870 1.00 0.00 W3 H +ATOM 33912 H2 TIP3X 755 22.020 22.480 -29.500 1.00 0.00 W3 H +ATOM 33913 OH2 TIP3X 756 32.120 2.680 34.780 1.00 0.00 W3 O +ATOM 33914 H1 TIP3X 756 33.070 2.660 34.600 1.00 0.00 W3 H +ATOM 33915 H2 TIP3X 756 31.720 2.560 33.910 1.00 0.00 W3 H +ATOM 33916 OH2 TIP3X 757 -2.100 -43.430 -49.260 1.00 0.00 W3 O +ATOM 33917 H1 TIP3X 757 -2.590 -44.250 -49.270 1.00 0.00 W3 H +ATOM 33918 H2 TIP3X 757 -1.270 -43.650 -48.850 1.00 0.00 W3 H +ATOM 33919 OH2 TIP3X 758 13.120 36.670 -38.070 1.00 0.00 W3 O +ATOM 33920 H1 TIP3X 758 12.580 36.130 -37.510 1.00 0.00 W3 H +ATOM 33921 H2 TIP3X 758 12.510 37.150 -38.630 1.00 0.00 W3 H +ATOM 33922 OH2 TIP3X 759 -23.310 21.940 28.860 1.00 0.00 W3 O +ATOM 33923 H1 TIP3X 759 -23.150 21.280 29.540 1.00 0.00 W3 H +ATOM 33924 H2 TIP3X 759 -23.610 21.440 28.110 1.00 0.00 W3 H +ATOM 33925 OH2 TIP3X 760 -14.770 30.430 -45.210 1.00 0.00 W3 O +ATOM 33926 H1 TIP3X 760 -13.970 30.180 -44.770 1.00 0.00 W3 H +ATOM 33927 H2 TIP3X 760 -14.830 31.380 -45.080 1.00 0.00 W3 H +ATOM 33928 OH2 TIP3X 761 -15.460 -32.660 30.660 1.00 0.00 W3 O +ATOM 33929 H1 TIP3X 761 -15.060 -33.160 31.380 1.00 0.00 W3 H +ATOM 33930 H2 TIP3X 761 -15.230 -31.750 30.850 1.00 0.00 W3 H +ATOM 33931 OH2 TIP3X 762 -36.540 4.540 -37.050 1.00 0.00 W3 O +ATOM 33932 H1 TIP3X 762 -36.710 4.750 -37.960 1.00 0.00 W3 H +ATOM 33933 H2 TIP3X 762 -36.330 3.600 -37.050 1.00 0.00 W3 H +ATOM 33934 OH2 TIP3X 763 20.290 -34.400 12.980 1.00 0.00 W3 O +ATOM 33935 H1 TIP3X 763 20.910 -34.750 13.640 1.00 0.00 W3 H +ATOM 33936 H2 TIP3X 763 20.810 -34.320 12.180 1.00 0.00 W3 H +ATOM 33937 OH2 TIP3X 764 -28.170 31.210 -30.600 1.00 0.00 W3 O +ATOM 33938 H1 TIP3X 764 -28.990 31.610 -30.290 1.00 0.00 W3 H +ATOM 33939 H2 TIP3X 764 -27.640 31.140 -29.820 1.00 0.00 W3 H +ATOM 33940 OH2 TIP3X 765 -42.380 11.420 -47.740 1.00 0.00 W3 O +ATOM 33941 H1 TIP3X 765 -41.690 11.260 -48.390 1.00 0.00 W3 H +ATOM 33942 H2 TIP3X 765 -42.480 10.580 -47.290 1.00 0.00 W3 H +ATOM 33943 OH2 TIP3X 766 -38.130 -40.640 -42.650 1.00 0.00 W3 O +ATOM 33944 H1 TIP3X 766 -37.570 -41.320 -43.030 1.00 0.00 W3 H +ATOM 33945 H2 TIP3X 766 -38.870 -41.130 -42.270 1.00 0.00 W3 H +ATOM 33946 OH2 TIP3X 767 -40.850 23.510 -11.820 1.00 0.00 W3 O +ATOM 33947 H1 TIP3X 767 -40.010 23.860 -11.500 1.00 0.00 W3 H +ATOM 33948 H2 TIP3X 767 -40.700 22.580 -11.900 1.00 0.00 W3 H +ATOM 33949 OH2 TIP3X 768 13.260 -2.890 -37.920 1.00 0.00 W3 O +ATOM 33950 H1 TIP3X 768 13.590 -2.420 -38.680 1.00 0.00 W3 H +ATOM 33951 H2 TIP3X 768 12.320 -2.930 -38.040 1.00 0.00 W3 H +ATOM 33952 OH2 TIP3X 769 -39.730 -25.270 -15.570 1.00 0.00 W3 O +ATOM 33953 H1 TIP3X 769 -40.240 -24.660 -15.030 1.00 0.00 W3 H +ATOM 33954 H2 TIP3X 769 -38.850 -24.880 -15.600 1.00 0.00 W3 H +ATOM 33955 OH2 TIP3X 770 22.050 24.110 -47.630 1.00 0.00 W3 O +ATOM 33956 H1 TIP3X 770 21.300 23.850 -47.080 1.00 0.00 W3 H +ATOM 33957 H2 TIP3X 770 22.780 23.590 -47.270 1.00 0.00 W3 H +ATOM 33958 OH2 TIP3X 771 8.670 21.290 -44.120 1.00 0.00 W3 O +ATOM 33959 H1 TIP3X 771 8.360 21.240 -43.210 1.00 0.00 W3 H +ATOM 33960 H2 TIP3X 771 7.970 21.740 -44.580 1.00 0.00 W3 H +ATOM 33961 OH2 TIP3X 772 -12.810 25.720 -31.910 1.00 0.00 W3 O +ATOM 33962 H1 TIP3X 772 -11.930 25.760 -32.280 1.00 0.00 W3 H +ATOM 33963 H2 TIP3X 772 -12.770 24.990 -31.290 1.00 0.00 W3 H +ATOM 33964 OH2 TIP3X 773 -28.700 -41.260 23.180 1.00 0.00 W3 O +ATOM 33965 H1 TIP3X 773 -28.070 -41.870 22.810 1.00 0.00 W3 H +ATOM 33966 H2 TIP3X 773 -28.270 -40.400 23.110 1.00 0.00 W3 H +ATOM 33967 OH2 TIP3X 774 1.940 15.910 -34.270 1.00 0.00 W3 O +ATOM 33968 H1 TIP3X 774 2.430 16.610 -34.700 1.00 0.00 W3 H +ATOM 33969 H2 TIP3X 774 2.470 15.130 -34.440 1.00 0.00 W3 H +ATOM 33970 OH2 TIP3X 775 28.280 -27.460 21.750 1.00 0.00 W3 O +ATOM 33971 H1 TIP3X 775 27.660 -27.550 21.020 1.00 0.00 W3 H +ATOM 33972 H2 TIP3X 775 27.720 -27.300 22.510 1.00 0.00 W3 H +ATOM 33973 OH2 TIP3X 776 -4.920 -28.890 -49.650 1.00 0.00 W3 O +ATOM 33974 H1 TIP3X 776 -5.180 -28.020 -49.960 1.00 0.00 W3 H +ATOM 33975 H2 TIP3X 776 -4.000 -28.970 -49.900 1.00 0.00 W3 H +ATOM 33976 OH2 TIP3X 777 -10.550 34.100 41.160 1.00 0.00 W3 O +ATOM 33977 H1 TIP3X 777 -10.100 34.780 40.660 1.00 0.00 W3 H +ATOM 33978 H2 TIP3X 777 -11.360 34.500 41.440 1.00 0.00 W3 H +ATOM 33979 OH2 TIP3X 778 1.980 -25.850 -43.780 1.00 0.00 W3 O +ATOM 33980 H1 TIP3X 778 1.110 -26.250 -43.860 1.00 0.00 W3 H +ATOM 33981 H2 TIP3X 778 2.590 -26.580 -43.920 1.00 0.00 W3 H +ATOM 33982 OH2 TIP3X 779 -2.500 -40.180 -44.260 1.00 0.00 W3 O +ATOM 33983 H1 TIP3X 779 -2.080 -40.930 -43.840 1.00 0.00 W3 H +ATOM 33984 H2 TIP3X 779 -2.860 -39.670 -43.530 1.00 0.00 W3 H +ATOM 33985 OH2 TIP3X 780 -11.910 38.430 24.750 1.00 0.00 W3 O +ATOM 33986 H1 TIP3X 780 -12.430 38.390 25.560 1.00 0.00 W3 H +ATOM 33987 H2 TIP3X 780 -11.210 37.790 24.880 1.00 0.00 W3 H +ATOM 33988 OH2 TIP3X 781 -15.160 35.880 -29.790 1.00 0.00 W3 O +ATOM 33989 H1 TIP3X 781 -14.550 36.630 -29.810 1.00 0.00 W3 H +ATOM 33990 H2 TIP3X 781 -14.960 35.400 -30.600 1.00 0.00 W3 H +ATOM 33991 OH2 TIP3X 782 8.710 -38.190 -28.330 1.00 0.00 W3 O +ATOM 33992 H1 TIP3X 782 9.650 -38.340 -28.190 1.00 0.00 W3 H +ATOM 33993 H2 TIP3X 782 8.550 -38.450 -29.230 1.00 0.00 W3 H +ATOM 33994 OH2 TIP3X 783 -31.660 -25.700 -22.830 1.00 0.00 W3 O +ATOM 33995 H1 TIP3X 783 -32.150 -26.180 -22.160 1.00 0.00 W3 H +ATOM 33996 H2 TIP3X 783 -31.550 -26.320 -23.550 1.00 0.00 W3 H +ATOM 33997 OH2 TIP3X 784 10.170 -33.920 29.390 1.00 0.00 W3 O +ATOM 33998 H1 TIP3X 784 11.030 -33.510 29.290 1.00 0.00 W3 H +ATOM 33999 H2 TIP3X 784 9.580 -33.180 29.580 1.00 0.00 W3 H +ATOM 34000 OH2 TIP3X 785 5.810 28.740 34.200 1.00 0.00 W3 O +ATOM 34001 H1 TIP3X 785 6.470 29.430 34.300 1.00 0.00 W3 H +ATOM 34002 H2 TIP3X 785 6.100 28.230 33.440 1.00 0.00 W3 H +ATOM 34003 OH2 TIP3X 786 16.350 27.580 -24.150 1.00 0.00 W3 O +ATOM 34004 H1 TIP3X 786 16.100 27.920 -25.020 1.00 0.00 W3 H +ATOM 34005 H2 TIP3X 786 17.250 27.270 -24.260 1.00 0.00 W3 H +ATOM 34006 OH2 TIP3X 787 -37.010 -49.200 -19.210 1.00 0.00 W3 O +ATOM 34007 H1 TIP3X 787 -36.900 -49.720 -18.410 1.00 0.00 W3 H +ATOM 34008 H2 TIP3X 787 -37.330 -48.360 -18.910 1.00 0.00 W3 H +ATOM 34009 OH2 TIP3X 788 -2.070 -31.690 29.310 1.00 0.00 W3 O +ATOM 34010 H1 TIP3X 788 -2.950 -32.090 29.320 1.00 0.00 W3 H +ATOM 34011 H2 TIP3X 788 -2.200 -30.830 28.930 1.00 0.00 W3 H +ATOM 34012 OH2 TIP3X 789 -36.650 -37.130 33.070 1.00 0.00 W3 O +ATOM 34013 H1 TIP3X 789 -35.740 -37.210 32.800 1.00 0.00 W3 H +ATOM 34014 H2 TIP3X 789 -36.610 -37.070 34.020 1.00 0.00 W3 H +ATOM 34015 OH2 TIP3X 790 23.330 29.210 -13.990 1.00 0.00 W3 O +ATOM 34016 H1 TIP3X 790 24.030 28.570 -14.140 1.00 0.00 W3 H +ATOM 34017 H2 TIP3X 790 23.720 29.840 -13.380 1.00 0.00 W3 H +ATOM 34018 OH2 TIP3X 791 -26.750 3.250 -38.740 1.00 0.00 W3 O +ATOM 34019 H1 TIP3X 791 -26.000 2.670 -38.650 1.00 0.00 W3 H +ATOM 34020 H2 TIP3X 791 -26.940 3.540 -37.850 1.00 0.00 W3 H +ATOM 34021 OH2 TIP3X 792 -2.990 31.100 30.050 1.00 0.00 W3 O +ATOM 34022 H1 TIP3X 792 -2.070 31.100 29.760 1.00 0.00 W3 H +ATOM 34023 H2 TIP3X 792 -2.950 31.100 31.010 1.00 0.00 W3 H +ATOM 34024 OH2 TIP3X 793 4.320 8.190 -25.300 1.00 0.00 W3 O +ATOM 34025 H1 TIP3X 793 4.240 8.580 -24.420 1.00 0.00 W3 H +ATOM 34026 H2 TIP3X 793 5.210 8.430 -25.580 1.00 0.00 W3 H +ATOM 34027 OH2 TIP3X 794 1.790 23.300 -40.510 1.00 0.00 W3 O +ATOM 34028 H1 TIP3X 794 2.140 22.540 -40.990 1.00 0.00 W3 H +ATOM 34029 H2 TIP3X 794 1.630 23.950 -41.190 1.00 0.00 W3 H +ATOM 34030 OH2 TIP3X 795 -10.570 15.850 -16.780 1.00 0.00 W3 O +ATOM 34031 H1 TIP3X 795 -11.000 16.640 -17.120 1.00 0.00 W3 H +ATOM 34032 H2 TIP3X 795 -10.290 15.380 -17.560 1.00 0.00 W3 H +ATOM 34033 OH2 TIP3X 796 -12.050 32.450 19.990 1.00 0.00 W3 O +ATOM 34034 H1 TIP3X 796 -12.730 32.540 19.320 1.00 0.00 W3 H +ATOM 34035 H2 TIP3X 796 -11.760 33.350 20.160 1.00 0.00 W3 H +ATOM 34036 OH2 TIP3X 797 -2.190 -23.870 22.110 1.00 0.00 W3 O +ATOM 34037 H1 TIP3X 797 -2.440 -24.690 21.690 1.00 0.00 W3 H +ATOM 34038 H2 TIP3X 797 -1.710 -23.380 21.440 1.00 0.00 W3 H +ATOM 34039 OH2 TIP3X 798 -15.940 13.780 31.280 1.00 0.00 W3 O +ATOM 34040 H1 TIP3X 798 -16.200 14.600 31.700 1.00 0.00 W3 H +ATOM 34041 H2 TIP3X 798 -15.250 14.030 30.670 1.00 0.00 W3 H +ATOM 34042 OH2 TIP3X 799 1.190 34.080 -14.160 1.00 0.00 W3 O +ATOM 34043 H1 TIP3X 799 0.620 34.140 -14.940 1.00 0.00 W3 H +ATOM 34044 H2 TIP3X 799 2.010 34.490 -14.420 1.00 0.00 W3 H +ATOM 34045 OH2 TIP3X 800 -4.580 -11.020 -38.690 1.00 0.00 W3 O +ATOM 34046 H1 TIP3X 800 -5.400 -11.390 -38.350 1.00 0.00 W3 H +ATOM 34047 H2 TIP3X 800 -4.600 -11.220 -39.630 1.00 0.00 W3 H +ATOM 34048 OH2 TIP3X 801 -13.200 -36.330 -43.900 1.00 0.00 W3 O +ATOM 34049 H1 TIP3X 801 -13.020 -35.560 -43.370 1.00 0.00 W3 H +ATOM 34050 H2 TIP3X 801 -13.970 -36.090 -44.410 1.00 0.00 W3 H +ATOM 34051 OH2 TIP3X 802 29.250 -14.340 -44.710 1.00 0.00 W3 O +ATOM 34052 H1 TIP3X 802 28.880 -15.080 -45.190 1.00 0.00 W3 H +ATOM 34053 H2 TIP3X 802 28.500 -13.970 -44.230 1.00 0.00 W3 H +ATOM 34054 OH2 TIP3X 803 -14.820 -31.270 -50.080 1.00 0.00 W3 O +ATOM 34055 H1 TIP3X 803 -14.880 -30.690 -50.830 1.00 0.00 W3 H +ATOM 34056 H2 TIP3X 803 -14.950 -30.700 -49.320 1.00 0.00 W3 H +ATOM 34057 OH2 TIP3X 804 -29.410 19.380 -30.950 1.00 0.00 W3 O +ATOM 34058 H1 TIP3X 804 -28.910 19.220 -30.150 1.00 0.00 W3 H +ATOM 34059 H2 TIP3X 804 -29.350 20.330 -31.080 1.00 0.00 W3 H +ATOM 34060 OH2 TIP3X 805 -20.480 16.630 -23.340 1.00 0.00 W3 O +ATOM 34061 H1 TIP3X 805 -20.940 16.400 -24.160 1.00 0.00 W3 H +ATOM 34062 H2 TIP3X 805 -19.570 16.770 -23.590 1.00 0.00 W3 H +ATOM 34063 OH2 TIP3X 806 27.290 25.010 18.240 1.00 0.00 W3 O +ATOM 34064 H1 TIP3X 806 27.740 24.770 19.060 1.00 0.00 W3 H +ATOM 34065 H2 TIP3X 806 27.120 25.950 18.330 1.00 0.00 W3 H +ATOM 34066 OH2 TIP3X 807 -14.550 -22.270 -46.770 1.00 0.00 W3 O +ATOM 34067 H1 TIP3X 807 -15.420 -22.280 -47.150 1.00 0.00 W3 H +ATOM 34068 H2 TIP3X 807 -14.690 -22.080 -45.850 1.00 0.00 W3 H +ATOM 34069 OH2 TIP3X 808 17.190 -44.940 -41.690 1.00 0.00 W3 O +ATOM 34070 H1 TIP3X 808 16.590 -45.260 -42.360 1.00 0.00 W3 H +ATOM 34071 H2 TIP3X 808 16.970 -45.450 -40.910 1.00 0.00 W3 H +ATOM 34072 OH2 TIP3X 809 46.710 -26.740 -23.260 1.00 0.00 W3 O +ATOM 34073 H1 TIP3X 809 46.500 -26.420 -22.390 1.00 0.00 W3 H +ATOM 34074 H2 TIP3X 809 46.280 -27.600 -23.300 1.00 0.00 W3 H +ATOM 34075 OH2 TIP3X 810 -27.010 -19.370 22.580 1.00 0.00 W3 O +ATOM 34076 H1 TIP3X 810 -27.400 -18.980 21.790 1.00 0.00 W3 H +ATOM 34077 H2 TIP3X 810 -27.740 -19.710 23.070 1.00 0.00 W3 H +ATOM 34078 OH2 TIP3X 811 -39.730 -49.480 -24.850 1.00 0.00 W3 O +ATOM 34079 H1 TIP3X 811 -39.900 -49.620 -23.900 1.00 0.00 W3 H +ATOM 34080 H2 TIP3X 811 -39.310 -48.620 -24.880 1.00 0.00 W3 H +ATOM 34081 OH2 TIP3X 812 15.830 -37.720 -30.460 1.00 0.00 W3 O +ATOM 34082 H1 TIP3X 812 16.760 -37.490 -30.520 1.00 0.00 W3 H +ATOM 34083 H2 TIP3X 812 15.820 -38.520 -29.920 1.00 0.00 W3 H +ATOM 34084 OH2 TIP3X 813 -4.730 -22.210 -40.800 1.00 0.00 W3 O +ATOM 34085 H1 TIP3X 813 -5.540 -22.140 -40.300 1.00 0.00 W3 H +ATOM 34086 H2 TIP3X 813 -4.590 -23.160 -40.890 1.00 0.00 W3 H +ATOM 34087 OH2 TIP3X 814 49.120 38.450 30.730 1.00 0.00 W3 O +ATOM 34088 H1 TIP3X 814 48.760 38.580 31.600 1.00 0.00 W3 H +ATOM 34089 H2 TIP3X 814 49.360 39.330 30.450 1.00 0.00 W3 H +ATOM 34090 OH2 TIP3X 815 39.650 -43.080 -45.620 1.00 0.00 W3 O +ATOM 34091 H1 TIP3X 815 40.500 -43.490 -45.760 1.00 0.00 W3 H +ATOM 34092 H2 TIP3X 815 39.200 -43.660 -44.990 1.00 0.00 W3 H +ATOM 34093 OH2 TIP3X 816 -21.120 7.840 40.480 1.00 0.00 W3 O +ATOM 34094 H1 TIP3X 816 -20.550 8.090 41.220 1.00 0.00 W3 H +ATOM 34095 H2 TIP3X 816 -20.510 7.510 39.810 1.00 0.00 W3 H +ATOM 34096 OH2 TIP3X 817 -10.830 -14.220 20.220 1.00 0.00 W3 O +ATOM 34097 H1 TIP3X 817 -10.500 -14.800 20.910 1.00 0.00 W3 H +ATOM 34098 H2 TIP3X 817 -11.670 -13.910 20.560 1.00 0.00 W3 H +ATOM 34099 OH2 TIP3X 818 -13.690 3.360 36.270 1.00 0.00 W3 O +ATOM 34100 H1 TIP3X 818 -13.880 2.550 35.780 1.00 0.00 W3 H +ATOM 34101 H2 TIP3X 818 -14.480 3.510 36.770 1.00 0.00 W3 H +ATOM 34102 OH2 TIP3X 819 -12.850 19.810 -49.380 1.00 0.00 W3 O +ATOM 34103 H1 TIP3X 819 -12.980 20.450 -48.680 1.00 0.00 W3 H +ATOM 34104 H2 TIP3X 819 -12.810 18.970 -48.930 1.00 0.00 W3 H +ATOM 34105 OH2 TIP3X 820 18.870 -23.050 -35.800 1.00 0.00 W3 O +ATOM 34106 H1 TIP3X 820 19.180 -23.870 -35.420 1.00 0.00 W3 H +ATOM 34107 H2 TIP3X 820 19.490 -22.390 -35.500 1.00 0.00 W3 H +ATOM 34108 OH2 TIP3X 821 6.620 19.110 28.460 1.00 0.00 W3 O +ATOM 34109 H1 TIP3X 821 6.440 19.480 29.320 1.00 0.00 W3 H +ATOM 34110 H2 TIP3X 821 7.560 18.960 28.460 1.00 0.00 W3 H +ATOM 34111 OH2 TIP3X 822 12.140 25.960 -42.970 1.00 0.00 W3 O +ATOM 34112 H1 TIP3X 822 11.670 26.640 -43.470 1.00 0.00 W3 H +ATOM 34113 H2 TIP3X 822 12.680 25.520 -43.630 1.00 0.00 W3 H +ATOM 34114 OH2 TIP3X 823 21.620 22.180 -41.060 1.00 0.00 W3 O +ATOM 34115 H1 TIP3X 823 21.570 23.140 -41.190 1.00 0.00 W3 H +ATOM 34116 H2 TIP3X 823 22.430 21.920 -41.490 1.00 0.00 W3 H +ATOM 34117 OH2 TIP3X 824 14.580 -52.450 33.600 1.00 0.00 W3 O +ATOM 34118 H1 TIP3X 824 14.610 -51.510 33.450 1.00 0.00 W3 H +ATOM 34119 H2 TIP3X 824 14.230 -52.530 34.490 1.00 0.00 W3 H +ATOM 34120 OH2 TIP3X 825 33.990 11.230 -14.680 1.00 0.00 W3 O +ATOM 34121 H1 TIP3X 825 33.190 10.790 -14.400 1.00 0.00 W3 H +ATOM 34122 H2 TIP3X 825 34.610 11.080 -13.960 1.00 0.00 W3 H +ATOM 34123 OH2 TIP3X 826 34.580 38.430 27.420 1.00 0.00 W3 O +ATOM 34124 H1 TIP3X 826 34.020 37.740 27.780 1.00 0.00 W3 H +ATOM 34125 H2 TIP3X 826 34.100 38.740 26.650 1.00 0.00 W3 H +ATOM 34126 OH2 TIP3X 827 24.100 3.180 -49.880 1.00 0.00 W3 O +ATOM 34127 H1 TIP3X 827 24.990 3.260 -49.530 1.00 0.00 W3 H +ATOM 34128 H2 TIP3X 827 23.530 3.490 -49.170 1.00 0.00 W3 H +ATOM 34129 OH2 TIP3X 828 -2.230 -9.470 38.020 1.00 0.00 W3 O +ATOM 34130 H1 TIP3X 828 -3.060 -9.850 37.720 1.00 0.00 W3 H +ATOM 34131 H2 TIP3X 828 -2.400 -8.520 38.030 1.00 0.00 W3 H +ATOM 34132 OH2 TIP3X 829 -11.800 -34.170 -30.410 1.00 0.00 W3 O +ATOM 34133 H1 TIP3X 829 -12.010 -33.640 -31.190 1.00 0.00 W3 H +ATOM 34134 H2 TIP3X 829 -11.890 -33.570 -29.670 1.00 0.00 W3 H +ATOM 34135 OH2 TIP3X 830 45.830 23.970 -30.430 1.00 0.00 W3 O +ATOM 34136 H1 TIP3X 830 46.400 23.210 -30.360 1.00 0.00 W3 H +ATOM 34137 H2 TIP3X 830 46.320 24.670 -30.000 1.00 0.00 W3 H +ATOM 34138 OH2 TIP3X 831 -1.030 -46.080 -37.520 1.00 0.00 W3 O +ATOM 34139 H1 TIP3X 831 -1.310 -46.950 -37.810 1.00 0.00 W3 H +ATOM 34140 H2 TIP3X 831 -0.510 -45.740 -38.250 1.00 0.00 W3 H +ATOM 34141 OH2 TIP3X 832 -8.780 14.630 -29.290 1.00 0.00 W3 O +ATOM 34142 H1 TIP3X 832 -8.570 14.860 -30.200 1.00 0.00 W3 H +ATOM 34143 H2 TIP3X 832 -9.180 15.430 -28.940 1.00 0.00 W3 H +ATOM 34144 OH2 TIP3X 833 10.850 -39.800 -28.790 1.00 0.00 W3 O +ATOM 34145 H1 TIP3X 833 10.510 -40.380 -28.100 1.00 0.00 W3 H +ATOM 34146 H2 TIP3X 833 11.800 -39.940 -28.780 1.00 0.00 W3 H +ATOM 34147 OH2 TIP3X 834 -22.450 -31.800 28.480 1.00 0.00 W3 O +ATOM 34148 H1 TIP3X 834 -21.990 -31.220 29.080 1.00 0.00 W3 H +ATOM 34149 H2 TIP3X 834 -22.080 -31.590 27.620 1.00 0.00 W3 H +ATOM 34150 OH2 TIP3X 835 -7.210 -23.840 34.630 1.00 0.00 W3 O +ATOM 34151 H1 TIP3X 835 -6.330 -23.470 34.800 1.00 0.00 W3 H +ATOM 34152 H2 TIP3X 835 -7.320 -24.490 35.320 1.00 0.00 W3 H +ATOM 34153 OH2 TIP3X 836 37.060 -5.920 -26.960 1.00 0.00 W3 O +ATOM 34154 H1 TIP3X 836 36.750 -6.790 -26.700 1.00 0.00 W3 H +ATOM 34155 H2 TIP3X 836 37.300 -5.500 -26.140 1.00 0.00 W3 H +ATOM 34156 OH2 TIP3X 837 -9.890 33.160 -48.740 1.00 0.00 W3 O +ATOM 34157 H1 TIP3X 837 -9.280 32.520 -49.120 1.00 0.00 W3 H +ATOM 34158 H2 TIP3X 837 -9.410 33.980 -48.720 1.00 0.00 W3 H +ATOM 34159 OH2 TIP3X 838 23.740 -4.410 28.140 1.00 0.00 W3 O +ATOM 34160 H1 TIP3X 838 22.800 -4.590 28.170 1.00 0.00 W3 H +ATOM 34161 H2 TIP3X 838 24.010 -4.400 29.060 1.00 0.00 W3 H +ATOM 34162 OH2 TIP3X 839 28.830 -5.570 -48.950 1.00 0.00 W3 O +ATOM 34163 H1 TIP3X 839 29.310 -4.820 -49.330 1.00 0.00 W3 H +ATOM 34164 H2 TIP3X 839 27.910 -5.420 -49.200 1.00 0.00 W3 H +ATOM 34165 OH2 TIP3X 840 -7.670 -8.060 -49.690 1.00 0.00 W3 O +ATOM 34166 H1 TIP3X 840 -7.990 -7.600 -48.910 1.00 0.00 W3 H +ATOM 34167 H2 TIP3X 840 -6.820 -7.670 -49.870 1.00 0.00 W3 H +ATOM 34168 OH2 TIP3X 841 25.790 -22.510 25.770 1.00 0.00 W3 O +ATOM 34169 H1 TIP3X 841 25.630 -21.680 25.320 1.00 0.00 W3 H +ATOM 34170 H2 TIP3X 841 26.670 -22.760 25.510 1.00 0.00 W3 H +ATOM 34171 OH2 TIP3X 842 19.360 27.110 -41.490 1.00 0.00 W3 O +ATOM 34172 H1 TIP3X 842 19.730 27.730 -42.120 1.00 0.00 W3 H +ATOM 34173 H2 TIP3X 842 18.580 26.760 -41.940 1.00 0.00 W3 H +ATOM 34174 OH2 TIP3X 843 -13.050 24.910 -46.710 1.00 0.00 W3 O +ATOM 34175 H1 TIP3X 843 -13.620 25.580 -47.100 1.00 0.00 W3 H +ATOM 34176 H2 TIP3X 843 -12.180 25.130 -47.050 1.00 0.00 W3 H +ATOM 34177 OH2 TIP3X 844 -27.300 25.290 22.040 1.00 0.00 W3 O +ATOM 34178 H1 TIP3X 844 -26.470 25.560 22.440 1.00 0.00 W3 H +ATOM 34179 H2 TIP3X 844 -27.750 24.800 22.730 1.00 0.00 W3 H +ATOM 34180 OH2 TIP3X 845 -43.120 -25.570 -44.450 1.00 0.00 W3 O +ATOM 34181 H1 TIP3X 845 -43.460 -26.380 -44.050 1.00 0.00 W3 H +ATOM 34182 H2 TIP3X 845 -43.420 -25.610 -45.350 1.00 0.00 W3 H +ATOM 34183 OH2 TIP3X 846 16.940 34.030 -30.390 1.00 0.00 W3 O +ATOM 34184 H1 TIP3X 846 17.780 34.160 -30.810 1.00 0.00 W3 H +ATOM 34185 H2 TIP3X 846 16.940 33.110 -30.120 1.00 0.00 W3 H +ATOM 34186 OH2 TIP3X 847 -24.630 -19.720 30.770 1.00 0.00 W3 O +ATOM 34187 H1 TIP3X 847 -24.220 -19.810 31.630 1.00 0.00 W3 H +ATOM 34188 H2 TIP3X 847 -25.400 -20.280 30.800 1.00 0.00 W3 H +ATOM 34189 OH2 TIP3X 848 47.110 -17.620 -25.800 1.00 0.00 W3 O +ATOM 34190 H1 TIP3X 848 47.610 -16.920 -25.380 1.00 0.00 W3 H +ATOM 34191 H2 TIP3X 848 46.460 -17.870 -25.140 1.00 0.00 W3 H +ATOM 34192 OH2 TIP3X 849 -43.440 -27.210 30.270 1.00 0.00 W3 O +ATOM 34193 H1 TIP3X 849 -42.580 -27.610 30.350 1.00 0.00 W3 H +ATOM 34194 H2 TIP3X 849 -44.000 -27.900 29.930 1.00 0.00 W3 H +ATOM 34195 OH2 TIP3X 850 -9.110 22.730 -29.520 1.00 0.00 W3 O +ATOM 34196 H1 TIP3X 850 -8.180 22.640 -29.320 1.00 0.00 W3 H +ATOM 34197 H2 TIP3X 850 -9.560 22.340 -28.770 1.00 0.00 W3 H +ATOM 34198 OH2 TIP3X 851 0.510 21.300 -21.500 1.00 0.00 W3 O +ATOM 34199 H1 TIP3X 851 0.270 20.370 -21.590 1.00 0.00 W3 H +ATOM 34200 H2 TIP3X 851 0.750 21.400 -20.570 1.00 0.00 W3 H +ATOM 34201 OH2 TIP3X 852 19.060 36.420 31.890 1.00 0.00 W3 O +ATOM 34202 H1 TIP3X 852 19.380 37.270 32.170 1.00 0.00 W3 H +ATOM 34203 H2 TIP3X 852 19.850 35.880 31.830 1.00 0.00 W3 H +ATOM 34204 OH2 TIP3X 853 -11.270 2.140 32.900 1.00 0.00 W3 O +ATOM 34205 H1 TIP3X 853 -11.310 1.810 33.800 1.00 0.00 W3 H +ATOM 34206 H2 TIP3X 853 -10.340 2.050 32.650 1.00 0.00 W3 H +ATOM 34207 OH2 TIP3X 854 -42.740 43.350 -26.230 1.00 0.00 W3 O +ATOM 34208 H1 TIP3X 854 -42.720 42.540 -26.760 1.00 0.00 W3 H +ATOM 34209 H2 TIP3X 854 -43.650 43.390 -25.910 1.00 0.00 W3 H +ATOM 34210 OH2 TIP3X 855 43.430 19.320 -16.120 1.00 0.00 W3 O +ATOM 34211 H1 TIP3X 855 42.670 19.340 -15.520 1.00 0.00 W3 H +ATOM 34212 H2 TIP3X 855 43.450 18.410 -16.420 1.00 0.00 W3 H +ATOM 34213 OH2 TIP3X 856 -8.560 30.810 38.250 1.00 0.00 W3 O +ATOM 34214 H1 TIP3X 856 -7.750 31.050 37.790 1.00 0.00 W3 H +ATOM 34215 H2 TIP3X 856 -8.360 31.000 39.170 1.00 0.00 W3 H +ATOM 34216 OH2 TIP3X 857 2.260 -11.730 -26.770 1.00 0.00 W3 O +ATOM 34217 H1 TIP3X 857 1.340 -11.990 -26.640 1.00 0.00 W3 H +ATOM 34218 H2 TIP3X 857 2.540 -12.210 -27.550 1.00 0.00 W3 H +ATOM 34219 OH2 TIP3X 858 29.400 -0.860 -21.800 1.00 0.00 W3 O +ATOM 34220 H1 TIP3X 858 29.140 -0.930 -20.880 1.00 0.00 W3 H +ATOM 34221 H2 TIP3X 858 29.970 -0.100 -21.820 1.00 0.00 W3 H +ATOM 34222 OH2 TIP3X 859 -27.400 9.940 -39.420 1.00 0.00 W3 O +ATOM 34223 H1 TIP3X 859 -26.860 10.480 -38.840 1.00 0.00 W3 H +ATOM 34224 H2 TIP3X 859 -28.290 10.040 -39.080 1.00 0.00 W3 H +ATOM 34225 OH2 TIP3X 860 38.580 14.220 -5.610 1.00 0.00 W3 O +ATOM 34226 H1 TIP3X 860 38.490 15.170 -5.520 1.00 0.00 W3 H +ATOM 34227 H2 TIP3X 860 39.520 14.070 -5.570 1.00 0.00 W3 H +ATOM 34228 OH2 TIP3X 861 46.300 -35.170 25.750 1.00 0.00 W3 O +ATOM 34229 H1 TIP3X 861 46.220 -34.340 25.270 1.00 0.00 W3 H +ATOM 34230 H2 TIP3X 861 45.440 -35.580 25.640 1.00 0.00 W3 H +ATOM 34231 OH2 TIP3X 862 44.380 28.300 18.480 1.00 0.00 W3 O +ATOM 34232 H1 TIP3X 862 44.020 28.890 17.820 1.00 0.00 W3 H +ATOM 34233 H2 TIP3X 862 44.950 27.700 17.990 1.00 0.00 W3 H +ATOM 34234 OH2 TIP3X 863 -27.140 2.950 30.420 1.00 0.00 W3 O +ATOM 34235 H1 TIP3X 863 -26.960 2.130 29.960 1.00 0.00 W3 H +ATOM 34236 H2 TIP3X 863 -28.090 3.030 30.410 1.00 0.00 W3 H +ATOM 34237 OH2 TIP3X 864 41.350 23.060 20.490 1.00 0.00 W3 O +ATOM 34238 H1 TIP3X 864 42.050 22.480 20.820 1.00 0.00 W3 H +ATOM 34239 H2 TIP3X 864 41.780 23.650 19.880 1.00 0.00 W3 H +ATOM 34240 OH2 TIP3X 865 38.020 -14.100 -29.450 1.00 0.00 W3 O +ATOM 34241 H1 TIP3X 865 37.440 -14.710 -29.890 1.00 0.00 W3 H +ATOM 34242 H2 TIP3X 865 37.840 -13.250 -29.870 1.00 0.00 W3 H +ATOM 34243 OH2 TIP3X 866 -22.750 -40.980 24.080 1.00 0.00 W3 O +ATOM 34244 H1 TIP3X 866 -23.050 -40.590 24.890 1.00 0.00 W3 H +ATOM 34245 H2 TIP3X 866 -21.870 -41.330 24.290 1.00 0.00 W3 H +ATOM 34246 OH2 TIP3X 867 -2.960 5.820 -46.880 1.00 0.00 W3 O +ATOM 34247 H1 TIP3X 867 -2.930 6.510 -47.540 1.00 0.00 W3 H +ATOM 34248 H2 TIP3X 867 -3.200 6.270 -46.060 1.00 0.00 W3 H +ATOM 34249 OH2 TIP3X 868 22.960 27.910 36.380 1.00 0.00 W3 O +ATOM 34250 H1 TIP3X 868 23.660 27.650 36.980 1.00 0.00 W3 H +ATOM 34251 H2 TIP3X 868 23.060 28.850 36.290 1.00 0.00 W3 H +ATOM 34252 OH2 TIP3X 869 -7.500 3.940 -35.610 1.00 0.00 W3 O +ATOM 34253 H1 TIP3X 869 -7.920 3.590 -36.400 1.00 0.00 W3 H +ATOM 34254 H2 TIP3X 869 -6.810 3.300 -35.410 1.00 0.00 W3 H +ATOM 34255 OH2 TIP3X 870 14.760 7.440 34.960 1.00 0.00 W3 O +ATOM 34256 H1 TIP3X 870 15.720 7.450 34.880 1.00 0.00 W3 H +ATOM 34257 H2 TIP3X 870 14.460 7.140 34.100 1.00 0.00 W3 H +ATOM 34258 OH2 TIP3X 871 -33.620 -42.820 19.630 1.00 0.00 W3 O +ATOM 34259 H1 TIP3X 871 -34.160 -43.490 19.190 1.00 0.00 W3 H +ATOM 34260 H2 TIP3X 871 -32.830 -43.290 19.880 1.00 0.00 W3 H +ATOM 34261 OH2 TIP3X 872 31.050 -38.660 -44.490 1.00 0.00 W3 O +ATOM 34262 H1 TIP3X 872 31.530 -37.930 -44.850 1.00 0.00 W3 H +ATOM 34263 H2 TIP3X 872 31.190 -38.610 -43.550 1.00 0.00 W3 H +ATOM 34264 OH2 TIP3X 873 24.620 -11.090 -47.910 1.00 0.00 W3 O +ATOM 34265 H1 TIP3X 873 23.670 -11.020 -47.910 1.00 0.00 W3 H +ATOM 34266 H2 TIP3X 873 24.810 -11.930 -47.480 1.00 0.00 W3 H +ATOM 34267 OH2 TIP3X 874 8.000 28.730 -20.540 1.00 0.00 W3 O +ATOM 34268 H1 TIP3X 874 8.920 28.870 -20.750 1.00 0.00 W3 H +ATOM 34269 H2 TIP3X 874 7.880 27.800 -20.620 1.00 0.00 W3 H +ATOM 34270 OH2 TIP3X 875 -31.990 3.560 -20.040 1.00 0.00 W3 O +ATOM 34271 H1 TIP3X 875 -32.550 3.910 -19.340 1.00 0.00 W3 H +ATOM 34272 H2 TIP3X 875 -31.950 4.260 -20.690 1.00 0.00 W3 H +ATOM 34273 OH2 TIP3X 876 37.230 -0.890 22.770 1.00 0.00 W3 O +ATOM 34274 H1 TIP3X 876 37.910 -0.780 23.450 1.00 0.00 W3 H +ATOM 34275 H2 TIP3X 876 37.570 -0.420 22.020 1.00 0.00 W3 H +ATOM 34276 OH2 TIP3X 877 -30.180 17.020 29.770 1.00 0.00 W3 O +ATOM 34277 H1 TIP3X 877 -30.660 17.650 29.220 1.00 0.00 W3 H +ATOM 34278 H2 TIP3X 877 -29.280 17.060 29.440 1.00 0.00 W3 H +ATOM 34279 OH2 TIP3X 878 36.680 -16.360 21.970 1.00 0.00 W3 O +ATOM 34280 H1 TIP3X 878 37.400 -16.950 21.800 1.00 0.00 W3 H +ATOM 34281 H2 TIP3X 878 36.600 -15.850 21.160 1.00 0.00 W3 H +ATOM 34282 OH2 TIP3X 879 34.060 24.660 -41.810 1.00 0.00 W3 O +ATOM 34283 H1 TIP3X 879 34.980 24.570 -41.560 1.00 0.00 W3 H +ATOM 34284 H2 TIP3X 879 33.600 24.870 -41.000 1.00 0.00 W3 H +ATOM 34285 OH2 TIP3X 880 -39.020 -4.940 -43.700 1.00 0.00 W3 O +ATOM 34286 H1 TIP3X 880 -38.400 -5.050 -44.430 1.00 0.00 W3 H +ATOM 34287 H2 TIP3X 880 -39.390 -5.820 -43.570 1.00 0.00 W3 H +ATOM 34288 OH2 TIP3X 881 19.740 18.040 -16.740 1.00 0.00 W3 O +ATOM 34289 H1 TIP3X 881 19.360 17.390 -17.320 1.00 0.00 W3 H +ATOM 34290 H2 TIP3X 881 19.010 18.350 -16.210 1.00 0.00 W3 H +ATOM 34291 OH2 TIP3X 882 9.020 -46.410 -20.410 1.00 0.00 W3 O +ATOM 34292 H1 TIP3X 882 8.520 -45.730 -19.950 1.00 0.00 W3 H +ATOM 34293 H2 TIP3X 882 9.680 -45.910 -20.900 1.00 0.00 W3 H +ATOM 34294 OH2 TIP3X 883 13.190 -15.450 -49.120 1.00 0.00 W3 O +ATOM 34295 H1 TIP3X 883 12.730 -16.270 -49.250 1.00 0.00 W3 H +ATOM 34296 H2 TIP3X 883 14.060 -15.710 -48.800 1.00 0.00 W3 H +ATOM 34297 OH2 TIP3X 884 47.590 -24.450 32.240 1.00 0.00 W3 O +ATOM 34298 H1 TIP3X 884 48.530 -24.450 32.400 1.00 0.00 W3 H +ATOM 34299 H2 TIP3X 884 47.360 -25.370 32.110 1.00 0.00 W3 H +ATOM 34300 OH2 TIP3X 885 11.270 -25.720 14.770 1.00 0.00 W3 O +ATOM 34301 H1 TIP3X 885 12.100 -25.800 15.240 1.00 0.00 W3 H +ATOM 34302 H2 TIP3X 885 10.900 -24.890 15.080 1.00 0.00 W3 H +ATOM 34303 OH2 TIP3X 886 42.240 40.870 18.250 1.00 0.00 W3 O +ATOM 34304 H1 TIP3X 886 42.730 41.220 17.510 1.00 0.00 W3 H +ATOM 34305 H2 TIP3X 886 41.640 40.240 17.850 1.00 0.00 W3 H +ATOM 34306 OH2 TIP3X 887 -19.360 -34.180 17.840 1.00 0.00 W3 O +ATOM 34307 H1 TIP3X 887 -19.860 -34.310 18.630 1.00 0.00 W3 H +ATOM 34308 H2 TIP3X 887 -18.440 -34.200 18.110 1.00 0.00 W3 H +ATOM 34309 OH2 TIP3X 888 -23.200 26.880 -17.230 1.00 0.00 W3 O +ATOM 34310 H1 TIP3X 888 -23.950 27.370 -16.900 1.00 0.00 W3 H +ATOM 34311 H2 TIP3X 888 -23.560 26.380 -17.970 1.00 0.00 W3 H +ATOM 34312 OH2 TIP3X 889 -13.610 -6.140 19.600 1.00 0.00 W3 O +ATOM 34313 H1 TIP3X 889 -12.790 -5.830 20.020 1.00 0.00 W3 H +ATOM 34314 H2 TIP3X 889 -14.130 -6.460 20.330 1.00 0.00 W3 H +ATOM 34315 OH2 TIP3X 890 -43.670 31.660 -24.900 1.00 0.00 W3 O +ATOM 34316 H1 TIP3X 890 -43.810 30.920 -24.310 1.00 0.00 W3 H +ATOM 34317 H2 TIP3X 890 -43.020 31.340 -25.530 1.00 0.00 W3 H +ATOM 34318 OH2 TIP3X 891 17.660 -11.350 25.810 1.00 0.00 W3 O +ATOM 34319 H1 TIP3X 891 17.710 -11.860 26.630 1.00 0.00 W3 H +ATOM 34320 H2 TIP3X 891 18.220 -11.840 25.190 1.00 0.00 W3 H +ATOM 34321 OH2 TIP3X 892 -25.300 23.440 25.740 1.00 0.00 W3 O +ATOM 34322 H1 TIP3X 892 -24.520 23.860 26.070 1.00 0.00 W3 H +ATOM 34323 H2 TIP3X 892 -25.810 23.210 26.510 1.00 0.00 W3 H +ATOM 34324 OH2 TIP3X 893 39.970 -0.610 -45.850 1.00 0.00 W3 O +ATOM 34325 H1 TIP3X 893 40.570 0.140 -45.840 1.00 0.00 W3 H +ATOM 34326 H2 TIP3X 893 39.910 -0.860 -46.770 1.00 0.00 W3 H +ATOM 34327 OH2 TIP3X 894 -23.730 25.260 -19.370 1.00 0.00 W3 O +ATOM 34328 H1 TIP3X 894 -22.890 25.640 -19.660 1.00 0.00 W3 H +ATOM 34329 H2 TIP3X 894 -24.260 25.200 -20.160 1.00 0.00 W3 H +ATOM 34330 OH2 TIP3X 895 8.840 32.250 -44.870 1.00 0.00 W3 O +ATOM 34331 H1 TIP3X 895 8.720 33.160 -44.610 1.00 0.00 W3 H +ATOM 34332 H2 TIP3X 895 9.490 32.270 -45.570 1.00 0.00 W3 H +ATOM 34333 OH2 TIP3X 896 5.710 16.420 34.350 1.00 0.00 W3 O +ATOM 34334 H1 TIP3X 896 4.880 16.810 34.080 1.00 0.00 W3 H +ATOM 34335 H2 TIP3X 896 5.810 16.700 35.270 1.00 0.00 W3 H +ATOM 34336 OH2 TIP3X 897 -29.170 15.480 26.430 1.00 0.00 W3 O +ATOM 34337 H1 TIP3X 897 -29.480 14.600 26.630 1.00 0.00 W3 H +ATOM 34338 H2 TIP3X 897 -28.620 15.370 25.660 1.00 0.00 W3 H +ATOM 34339 OH2 TIP3X 898 -22.200 20.820 31.110 1.00 0.00 W3 O +ATOM 34340 H1 TIP3X 898 -21.460 21.070 31.670 1.00 0.00 W3 H +ATOM 34341 H2 TIP3X 898 -21.860 20.090 30.590 1.00 0.00 W3 H +ATOM 34342 OH2 TIP3X 899 27.320 23.680 28.130 1.00 0.00 W3 O +ATOM 34343 H1 TIP3X 899 27.770 22.940 27.730 1.00 0.00 W3 H +ATOM 34344 H2 TIP3X 899 26.680 23.960 27.480 1.00 0.00 W3 H +ATOM 34345 OH2 TIP3X 900 -29.850 -18.510 23.740 1.00 0.00 W3 O +ATOM 34346 H1 TIP3X 900 -30.020 -19.320 23.250 1.00 0.00 W3 H +ATOM 34347 H2 TIP3X 900 -29.410 -18.790 24.540 1.00 0.00 W3 H +ATOM 34348 OH2 TIP3X 901 5.190 34.770 15.990 1.00 0.00 W3 O +ATOM 34349 H1 TIP3X 901 4.640 34.570 15.240 1.00 0.00 W3 H +ATOM 34350 H2 TIP3X 901 5.740 34.000 16.100 1.00 0.00 W3 H +ATOM 34351 OH2 TIP3X 902 21.650 38.120 -44.910 1.00 0.00 W3 O +ATOM 34352 H1 TIP3X 902 22.180 37.370 -44.650 1.00 0.00 W3 H +ATOM 34353 H2 TIP3X 902 21.400 37.920 -45.820 1.00 0.00 W3 H +ATOM 34354 OH2 TIP3X 903 6.190 21.230 21.590 1.00 0.00 W3 O +ATOM 34355 H1 TIP3X 903 6.480 21.010 22.480 1.00 0.00 W3 H +ATOM 34356 H2 TIP3X 903 6.790 21.920 21.310 1.00 0.00 W3 H +ATOM 34357 OH2 TIP3X 904 -31.970 -16.890 -21.880 1.00 0.00 W3 O +ATOM 34358 H1 TIP3X 904 -32.070 -16.070 -21.380 1.00 0.00 W3 H +ATOM 34359 H2 TIP3X 904 -32.840 -17.280 -21.870 1.00 0.00 W3 H +ATOM 34360 OH2 TIP3X 905 -7.430 11.680 18.920 1.00 0.00 W3 O +ATOM 34361 H1 TIP3X 905 -6.740 11.540 19.570 1.00 0.00 W3 H +ATOM 34362 H2 TIP3X 905 -6.970 11.950 18.130 1.00 0.00 W3 H +ATOM 34363 OH2 TIP3X 906 33.690 -11.280 -29.220 1.00 0.00 W3 O +ATOM 34364 H1 TIP3X 906 32.900 -11.590 -28.770 1.00 0.00 W3 H +ATOM 34365 H2 TIP3X 906 34.400 -11.420 -28.600 1.00 0.00 W3 H +ATOM 34366 OH2 TIP3X 907 -13.650 -1.520 -37.250 1.00 0.00 W3 O +ATOM 34367 H1 TIP3X 907 -12.710 -1.370 -37.400 1.00 0.00 W3 H +ATOM 34368 H2 TIP3X 907 -13.970 -1.850 -38.090 1.00 0.00 W3 H +ATOM 34369 OH2 TIP3X 908 27.670 24.310 -17.860 1.00 0.00 W3 O +ATOM 34370 H1 TIP3X 908 28.430 24.850 -18.060 1.00 0.00 W3 H +ATOM 34371 H2 TIP3X 908 26.920 24.770 -18.260 1.00 0.00 W3 H +ATOM 34372 OH2 TIP3X 909 10.330 -33.610 -43.540 1.00 0.00 W3 O +ATOM 34373 H1 TIP3X 909 11.050 -34.070 -43.980 1.00 0.00 W3 H +ATOM 34374 H2 TIP3X 909 10.260 -32.770 -43.990 1.00 0.00 W3 H +ATOM 34375 OH2 TIP3X 910 39.520 3.560 32.250 1.00 0.00 W3 O +ATOM 34376 H1 TIP3X 910 38.820 3.580 32.910 1.00 0.00 W3 H +ATOM 34377 H2 TIP3X 910 39.490 4.440 31.880 1.00 0.00 W3 H +ATOM 34378 OH2 TIP3X 911 25.000 -48.120 -30.200 1.00 0.00 W3 O +ATOM 34379 H1 TIP3X 911 25.450 -48.890 -30.540 1.00 0.00 W3 H +ATOM 34380 H2 TIP3X 911 25.220 -47.410 -30.810 1.00 0.00 W3 H +ATOM 34381 OH2 TIP3X 912 -41.920 -18.060 -37.090 1.00 0.00 W3 O +ATOM 34382 H1 TIP3X 912 -41.330 -17.310 -37.090 1.00 0.00 W3 H +ATOM 34383 H2 TIP3X 912 -41.560 -18.650 -36.420 1.00 0.00 W3 H +ATOM 34384 OH2 TIP3X 913 9.920 -14.890 22.680 1.00 0.00 W3 O +ATOM 34385 H1 TIP3X 913 9.020 -14.850 22.350 1.00 0.00 W3 H +ATOM 34386 H2 TIP3X 913 9.840 -15.280 23.560 1.00 0.00 W3 H +ATOM 34387 OH2 TIP3X 914 -23.280 39.090 21.900 1.00 0.00 W3 O +ATOM 34388 H1 TIP3X 914 -23.430 38.960 20.950 1.00 0.00 W3 H +ATOM 34389 H2 TIP3X 914 -23.350 40.030 22.020 1.00 0.00 W3 H +ATOM 34390 OH2 TIP3X 915 -42.450 8.790 -35.930 1.00 0.00 W3 O +ATOM 34391 H1 TIP3X 915 -41.990 8.060 -35.520 1.00 0.00 W3 H +ATOM 34392 H2 TIP3X 915 -43.330 8.760 -35.540 1.00 0.00 W3 H +ATOM 34393 OH2 TIP3X 916 -0.510 27.550 -15.620 1.00 0.00 W3 O +ATOM 34394 H1 TIP3X 916 -0.670 27.470 -16.560 1.00 0.00 W3 H +ATOM 34395 H2 TIP3X 916 -1.390 27.580 -15.240 1.00 0.00 W3 H +ATOM 34396 OH2 TIP3X 917 -34.160 -16.860 -35.280 1.00 0.00 W3 O +ATOM 34397 H1 TIP3X 917 -33.520 -17.580 -35.360 1.00 0.00 W3 H +ATOM 34398 H2 TIP3X 917 -34.590 -17.010 -34.430 1.00 0.00 W3 H +ATOM 34399 OH2 TIP3X 918 -34.470 -38.910 32.900 1.00 0.00 W3 O +ATOM 34400 H1 TIP3X 918 -34.500 -39.210 33.810 1.00 0.00 W3 H +ATOM 34401 H2 TIP3X 918 -33.530 -38.900 32.690 1.00 0.00 W3 H +ATOM 34402 OH2 TIP3X 919 -22.560 -31.450 -47.320 1.00 0.00 W3 O +ATOM 34403 H1 TIP3X 919 -21.750 -31.920 -47.090 1.00 0.00 W3 H +ATOM 34404 H2 TIP3X 919 -23.260 -31.940 -46.890 1.00 0.00 W3 H +ATOM 34405 OH2 TIP3X 920 -15.410 -35.030 -41.740 1.00 0.00 W3 O +ATOM 34406 H1 TIP3X 920 -15.560 -35.220 -40.810 1.00 0.00 W3 H +ATOM 34407 H2 TIP3X 920 -14.710 -35.630 -42.000 1.00 0.00 W3 H +ATOM 34408 OH2 TIP3X 921 5.900 -34.840 -32.590 1.00 0.00 W3 O +ATOM 34409 H1 TIP3X 921 6.580 -34.890 -33.270 1.00 0.00 W3 H +ATOM 34410 H2 TIP3X 921 5.330 -35.580 -32.780 1.00 0.00 W3 H +ATOM 34411 OH2 TIP3X 922 35.240 0.320 -20.810 1.00 0.00 W3 O +ATOM 34412 H1 TIP3X 922 35.390 -0.600 -20.580 1.00 0.00 W3 H +ATOM 34413 H2 TIP3X 922 36.110 0.720 -20.740 1.00 0.00 W3 H +ATOM 34414 OH2 TIP3X 923 30.300 35.760 -24.340 1.00 0.00 W3 O +ATOM 34415 H1 TIP3X 923 29.620 35.780 -25.020 1.00 0.00 W3 H +ATOM 34416 H2 TIP3X 923 30.590 34.850 -24.310 1.00 0.00 W3 H +ATOM 34417 OH2 TIP3X 924 -22.350 -7.090 37.380 1.00 0.00 W3 O +ATOM 34418 H1 TIP3X 924 -21.560 -7.620 37.420 1.00 0.00 W3 H +ATOM 34419 H2 TIP3X 924 -22.070 -6.280 36.970 1.00 0.00 W3 H +ATOM 34420 OH2 TIP3X 925 -36.940 20.640 -9.010 1.00 0.00 W3 O +ATOM 34421 H1 TIP3X 925 -36.350 21.400 -9.000 1.00 0.00 W3 H +ATOM 34422 H2 TIP3X 925 -37.810 21.010 -9.110 1.00 0.00 W3 H +ATOM 34423 OH2 TIP3X 926 -31.750 -12.820 30.170 1.00 0.00 W3 O +ATOM 34424 H1 TIP3X 926 -30.890 -12.410 30.320 1.00 0.00 W3 H +ATOM 34425 H2 TIP3X 926 -31.750 -13.590 30.730 1.00 0.00 W3 H +ATOM 34426 OH2 TIP3X 927 44.250 -1.600 -37.470 1.00 0.00 W3 O +ATOM 34427 H1 TIP3X 927 43.520 -1.990 -37.940 1.00 0.00 W3 H +ATOM 34428 H2 TIP3X 927 43.880 -1.360 -36.610 1.00 0.00 W3 H +ATOM 34429 OH2 TIP3X 928 -17.760 41.410 -28.770 1.00 0.00 W3 O +ATOM 34430 H1 TIP3X 928 -16.870 41.750 -28.930 1.00 0.00 W3 H +ATOM 34431 H2 TIP3X 928 -17.750 40.540 -29.160 1.00 0.00 W3 H +ATOM 34432 OH2 TIP3X 929 -1.260 -47.590 -32.210 1.00 0.00 W3 O +ATOM 34433 H1 TIP3X 929 -0.730 -47.290 -31.480 1.00 0.00 W3 H +ATOM 34434 H2 TIP3X 929 -0.930 -47.110 -32.960 1.00 0.00 W3 H +ATOM 34435 OH2 TIP3X 930 17.770 -2.350 33.320 1.00 0.00 W3 O +ATOM 34436 H1 TIP3X 930 18.590 -2.790 33.100 1.00 0.00 W3 H +ATOM 34437 H2 TIP3X 930 17.540 -1.850 32.540 1.00 0.00 W3 H +ATOM 34438 OH2 TIP3X 931 17.810 -37.010 28.470 1.00 0.00 W3 O +ATOM 34439 H1 TIP3X 931 17.520 -37.320 27.610 1.00 0.00 W3 H +ATOM 34440 H2 TIP3X 931 17.740 -37.770 29.040 1.00 0.00 W3 H +ATOM 34441 OH2 TIP3X 932 -7.580 -33.970 -39.220 1.00 0.00 W3 O +ATOM 34442 H1 TIP3X 932 -8.060 -34.450 -39.890 1.00 0.00 W3 H +ATOM 34443 H2 TIP3X 932 -7.530 -33.070 -39.560 1.00 0.00 W3 H +ATOM 34444 OH2 TIP3X 933 45.750 -34.750 29.270 1.00 0.00 W3 O +ATOM 34445 H1 TIP3X 933 46.320 -34.040 29.000 1.00 0.00 W3 H +ATOM 34446 H2 TIP3X 933 45.550 -34.570 30.200 1.00 0.00 W3 H +ATOM 34447 OH2 TIP3X 934 28.780 -10.010 -48.750 1.00 0.00 W3 O +ATOM 34448 H1 TIP3X 934 29.500 -9.370 -48.850 1.00 0.00 W3 H +ATOM 34449 H2 TIP3X 934 28.110 -9.550 -48.250 1.00 0.00 W3 H +ATOM 34450 OH2 TIP3X 935 37.670 40.280 -44.930 1.00 0.00 W3 O +ATOM 34451 H1 TIP3X 935 37.330 39.610 -44.330 1.00 0.00 W3 H +ATOM 34452 H2 TIP3X 935 37.120 40.220 -45.700 1.00 0.00 W3 H +ATOM 34453 OH2 TIP3X 936 -1.350 -24.690 -49.090 1.00 0.00 W3 O +ATOM 34454 H1 TIP3X 936 -1.080 -25.300 -48.390 1.00 0.00 W3 H +ATOM 34455 H2 TIP3X 936 -1.950 -24.090 -48.650 1.00 0.00 W3 H +ATOM 34456 OH2 TIP3X 937 19.780 -28.080 29.760 1.00 0.00 W3 O +ATOM 34457 H1 TIP3X 937 19.450 -27.190 29.860 1.00 0.00 W3 H +ATOM 34458 H2 TIP3X 937 19.020 -28.630 29.930 1.00 0.00 W3 H +ATOM 34459 OH2 TIP3X 938 18.920 42.260 -26.000 1.00 0.00 W3 O +ATOM 34460 H1 TIP3X 938 19.200 42.670 -26.820 1.00 0.00 W3 H +ATOM 34461 H2 TIP3X 938 19.540 41.550 -25.850 1.00 0.00 W3 H +ATOM 34462 OH2 TIP3X 939 24.040 -10.600 -24.490 1.00 0.00 W3 O +ATOM 34463 H1 TIP3X 939 24.150 -11.510 -24.210 1.00 0.00 W3 H +ATOM 34464 H2 TIP3X 939 24.920 -10.300 -24.690 1.00 0.00 W3 H +ATOM 34465 OH2 TIP3X 940 40.540 41.320 -28.120 1.00 0.00 W3 O +ATOM 34466 H1 TIP3X 940 39.800 41.170 -27.510 1.00 0.00 W3 H +ATOM 34467 H2 TIP3X 940 40.220 41.970 -28.730 1.00 0.00 W3 H +ATOM 34468 OH2 TIP3X 941 19.910 13.500 -42.130 1.00 0.00 W3 O +ATOM 34469 H1 TIP3X 941 19.190 12.900 -42.350 1.00 0.00 W3 H +ATOM 34470 H2 TIP3X 941 20.380 13.650 -42.950 1.00 0.00 W3 H +ATOM 34471 OH2 TIP3X 942 -23.790 -20.130 33.240 1.00 0.00 W3 O +ATOM 34472 H1 TIP3X 942 -23.750 -20.680 34.020 1.00 0.00 W3 H +ATOM 34473 H2 TIP3X 942 -24.620 -19.680 33.310 1.00 0.00 W3 H +ATOM 34474 OH2 TIP3X 943 -21.740 16.080 -25.780 1.00 0.00 W3 O +ATOM 34475 H1 TIP3X 943 -21.030 15.740 -26.330 1.00 0.00 W3 H +ATOM 34476 H2 TIP3X 943 -22.510 16.070 -26.340 1.00 0.00 W3 H +ATOM 34477 OH2 TIP3X 944 41.990 42.960 -26.160 1.00 0.00 W3 O +ATOM 34478 H1 TIP3X 944 41.720 42.170 -26.630 1.00 0.00 W3 H +ATOM 34479 H2 TIP3X 944 42.310 43.540 -26.860 1.00 0.00 W3 H +ATOM 34480 OH2 TIP3X 945 13.120 31.340 -48.110 1.00 0.00 W3 O +ATOM 34481 H1 TIP3X 945 13.660 32.090 -48.320 1.00 0.00 W3 H +ATOM 34482 H2 TIP3X 945 13.740 30.670 -47.820 1.00 0.00 W3 H +ATOM 34483 OH2 TIP3X 946 36.980 41.040 -12.380 1.00 0.00 W3 O +ATOM 34484 H1 TIP3X 946 36.120 40.820 -12.760 1.00 0.00 W3 H +ATOM 34485 H2 TIP3X 946 37.410 40.200 -12.270 1.00 0.00 W3 H +ATOM 34486 OH2 TIP3X 947 45.190 -22.730 23.730 1.00 0.00 W3 O +ATOM 34487 H1 TIP3X 947 46.000 -22.960 24.180 1.00 0.00 W3 H +ATOM 34488 H2 TIP3X 947 45.450 -22.140 23.020 1.00 0.00 W3 H +ATOM 34489 OH2 TIP3X 948 49.020 22.770 30.220 1.00 0.00 W3 O +ATOM 34490 H1 TIP3X 948 49.740 23.050 29.650 1.00 0.00 W3 H +ATOM 34491 H2 TIP3X 948 48.530 22.140 29.690 1.00 0.00 W3 H +ATOM 34492 OH2 TIP3X 949 39.720 -3.030 -22.060 1.00 0.00 W3 O +ATOM 34493 H1 TIP3X 949 39.570 -2.690 -21.170 1.00 0.00 W3 H +ATOM 34494 H2 TIP3X 949 39.550 -2.270 -22.630 1.00 0.00 W3 H +ATOM 34495 OH2 TIP3X 950 -42.150 -11.790 -35.700 1.00 0.00 W3 O +ATOM 34496 H1 TIP3X 950 -42.630 -12.030 -36.490 1.00 0.00 W3 H +ATOM 34497 H2 TIP3X 950 -41.440 -11.220 -36.010 1.00 0.00 W3 H +ATOM 34498 OH2 TIP3X 951 24.560 -18.430 -22.920 1.00 0.00 W3 O +ATOM 34499 H1 TIP3X 951 25.070 -17.840 -22.360 1.00 0.00 W3 H +ATOM 34500 H2 TIP3X 951 24.160 -17.860 -23.570 1.00 0.00 W3 H +ATOM 34501 OH2 TIP3X 952 -22.770 11.080 -32.980 1.00 0.00 W3 O +ATOM 34502 H1 TIP3X 952 -22.550 11.350 -32.100 1.00 0.00 W3 H +ATOM 34503 H2 TIP3X 952 -23.550 11.590 -33.200 1.00 0.00 W3 H +ATOM 34504 OH2 TIP3X 953 -5.740 19.040 -35.400 1.00 0.00 W3 O +ATOM 34505 H1 TIP3X 953 -6.560 18.780 -34.990 1.00 0.00 W3 H +ATOM 34506 H2 TIP3X 953 -5.160 18.280 -35.300 1.00 0.00 W3 H +ATOM 34507 OH2 TIP3X 954 18.810 -29.850 33.810 1.00 0.00 W3 O +ATOM 34508 H1 TIP3X 954 18.200 -30.330 34.370 1.00 0.00 W3 H +ATOM 34509 H2 TIP3X 954 19.410 -30.500 33.470 1.00 0.00 W3 H +ATOM 34510 OH2 TIP3X 955 21.220 10.360 -29.900 1.00 0.00 W3 O +ATOM 34511 H1 TIP3X 955 21.400 11.300 -29.890 1.00 0.00 W3 H +ATOM 34512 H2 TIP3X 955 21.460 10.090 -30.780 1.00 0.00 W3 H +ATOM 34513 OH2 TIP3X 956 21.310 2.730 -38.590 1.00 0.00 W3 O +ATOM 34514 H1 TIP3X 956 21.480 2.570 -39.520 1.00 0.00 W3 H +ATOM 34515 H2 TIP3X 956 22.130 2.450 -38.160 1.00 0.00 W3 H +ATOM 34516 OH2 TIP3X 957 29.810 -35.030 -36.180 1.00 0.00 W3 O +ATOM 34517 H1 TIP3X 957 30.710 -35.210 -35.900 1.00 0.00 W3 H +ATOM 34518 H2 TIP3X 957 29.880 -34.260 -36.730 1.00 0.00 W3 H +ATOM 34519 OH2 TIP3X 958 1.600 33.040 -20.660 1.00 0.00 W3 O +ATOM 34520 H1 TIP3X 958 2.350 33.190 -21.240 1.00 0.00 W3 H +ATOM 34521 H2 TIP3X 958 1.220 32.220 -21.000 1.00 0.00 W3 H +ATOM 34522 OH2 TIP3X 959 37.470 14.210 18.880 1.00 0.00 W3 O +ATOM 34523 H1 TIP3X 959 37.570 14.930 19.490 1.00 0.00 W3 H +ATOM 34524 H2 TIP3X 959 36.650 13.780 19.150 1.00 0.00 W3 H +ATOM 34525 OH2 TIP3X 960 31.160 27.950 -23.270 1.00 0.00 W3 O +ATOM 34526 H1 TIP3X 960 32.030 27.950 -23.680 1.00 0.00 W3 H +ATOM 34527 H2 TIP3X 960 30.990 27.030 -23.060 1.00 0.00 W3 H +ATOM 34528 OH2 TIP3X 961 -23.110 -42.350 -22.820 1.00 0.00 W3 O +ATOM 34529 H1 TIP3X 961 -22.730 -43.070 -22.320 1.00 0.00 W3 H +ATOM 34530 H2 TIP3X 961 -23.580 -41.820 -22.180 1.00 0.00 W3 H +ATOM 34531 OH2 TIP3X 962 -39.450 5.430 23.690 1.00 0.00 W3 O +ATOM 34532 H1 TIP3X 962 -39.120 5.610 24.570 1.00 0.00 W3 H +ATOM 34533 H2 TIP3X 962 -38.680 5.560 23.130 1.00 0.00 W3 H +ATOM 34534 OH2 TIP3X 963 45.420 24.960 -15.180 1.00 0.00 W3 O +ATOM 34535 H1 TIP3X 963 44.680 24.610 -14.690 1.00 0.00 W3 H +ATOM 34536 H2 TIP3X 963 45.730 25.700 -14.660 1.00 0.00 W3 H +ATOM 34537 OH2 TIP3X 964 30.090 -46.580 -19.590 1.00 0.00 W3 O +ATOM 34538 H1 TIP3X 964 30.080 -46.870 -20.500 1.00 0.00 W3 H +ATOM 34539 H2 TIP3X 964 31.020 -46.630 -19.340 1.00 0.00 W3 H +ATOM 34540 OH2 TIP3X 965 39.170 -31.390 -34.890 1.00 0.00 W3 O +ATOM 34541 H1 TIP3X 965 40.120 -31.400 -34.720 1.00 0.00 W3 H +ATOM 34542 H2 TIP3X 965 39.060 -30.750 -35.590 1.00 0.00 W3 H +ATOM 34543 OH2 TIP3X 966 34.530 -7.220 -20.140 1.00 0.00 W3 O +ATOM 34544 H1 TIP3X 966 34.240 -7.890 -20.770 1.00 0.00 W3 H +ATOM 34545 H2 TIP3X 966 34.360 -6.400 -20.570 1.00 0.00 W3 H +ATOM 34546 OH2 TIP3X 967 20.340 4.560 -49.680 1.00 0.00 W3 O +ATOM 34547 H1 TIP3X 967 20.120 5.300 -49.100 1.00 0.00 W3 H +ATOM 34548 H2 TIP3X 967 19.520 4.100 -49.830 1.00 0.00 W3 H +ATOM 34549 OH2 TIP3X 968 46.240 20.790 -44.730 1.00 0.00 W3 O +ATOM 34550 H1 TIP3X 968 46.670 21.300 -44.040 1.00 0.00 W3 H +ATOM 34551 H2 TIP3X 968 46.100 21.400 -45.440 1.00 0.00 W3 H +ATOM 34552 OH2 TIP3X 969 3.800 -41.470 30.140 1.00 0.00 W3 O +ATOM 34553 H1 TIP3X 969 3.430 -40.830 30.750 1.00 0.00 W3 H +ATOM 34554 H2 TIP3X 969 4.540 -41.850 30.630 1.00 0.00 W3 H +ATOM 34555 OH2 TIP3X 970 -43.490 9.930 -19.890 1.00 0.00 W3 O +ATOM 34556 H1 TIP3X 970 -44.010 9.750 -19.100 1.00 0.00 W3 H +ATOM 34557 H2 TIP3X 970 -43.890 10.710 -20.260 1.00 0.00 W3 H +ATOM 34558 OH2 TIP3X 971 32.400 -3.030 -24.150 1.00 0.00 W3 O +ATOM 34559 H1 TIP3X 971 32.740 -3.880 -24.430 1.00 0.00 W3 H +ATOM 34560 H2 TIP3X 971 33.010 -2.390 -24.510 1.00 0.00 W3 H +ATOM 34561 OH2 TIP3X 972 -41.190 -6.690 -29.160 1.00 0.00 W3 O +ATOM 34562 H1 TIP3X 972 -41.570 -6.850 -30.020 1.00 0.00 W3 H +ATOM 34563 H2 TIP3X 972 -40.250 -6.600 -29.330 1.00 0.00 W3 H +ATOM 34564 OH2 TIP3X 973 44.340 -6.180 -51.730 1.00 0.00 W3 O +ATOM 34565 H1 TIP3X 973 44.800 -6.990 -51.490 1.00 0.00 W3 H +ATOM 34566 H2 TIP3X 973 44.980 -5.490 -51.610 1.00 0.00 W3 H +ATOM 34567 OH2 TIP3X 974 37.900 -34.720 17.730 1.00 0.00 W3 O +ATOM 34568 H1 TIP3X 974 37.450 -34.540 16.890 1.00 0.00 W3 H +ATOM 34569 H2 TIP3X 974 37.690 -33.960 18.270 1.00 0.00 W3 H +ATOM 34570 OH2 TIP3X 975 43.920 15.270 36.070 1.00 0.00 W3 O +ATOM 34571 H1 TIP3X 975 44.410 14.460 35.910 1.00 0.00 W3 H +ATOM 34572 H2 TIP3X 975 43.000 15.020 35.980 1.00 0.00 W3 H +ATOM 34573 OH2 TIP3X 976 4.610 -45.000 -41.890 1.00 0.00 W3 O +ATOM 34574 H1 TIP3X 976 5.270 -44.820 -41.220 1.00 0.00 W3 H +ATOM 34575 H2 TIP3X 976 5.010 -45.670 -42.440 1.00 0.00 W3 H +ATOM 34576 OH2 TIP3X 977 43.420 0.090 20.480 1.00 0.00 W3 O +ATOM 34577 H1 TIP3X 977 43.910 -0.470 19.880 1.00 0.00 W3 H +ATOM 34578 H2 TIP3X 977 43.850 0.950 20.410 1.00 0.00 W3 H +ATOM 34579 OH2 TIP3X 978 15.120 34.930 -32.400 1.00 0.00 W3 O +ATOM 34580 H1 TIP3X 978 15.730 34.710 -31.690 1.00 0.00 W3 H +ATOM 34581 H2 TIP3X 978 14.720 35.740 -32.130 1.00 0.00 W3 H +ATOM 34582 OH2 TIP3X 979 31.120 26.790 -34.130 1.00 0.00 W3 O +ATOM 34583 H1 TIP3X 979 31.030 27.740 -34.270 1.00 0.00 W3 H +ATOM 34584 H2 TIP3X 979 30.260 26.440 -34.360 1.00 0.00 W3 H +ATOM 34585 OH2 TIP3X 980 28.110 -27.330 36.810 1.00 0.00 W3 O +ATOM 34586 H1 TIP3X 980 27.180 -27.300 36.650 1.00 0.00 W3 H +ATOM 34587 H2 TIP3X 980 28.230 -26.870 37.650 1.00 0.00 W3 H +ATOM 34588 OH2 TIP3X 981 -29.350 -45.880 -21.300 1.00 0.00 W3 O +ATOM 34589 H1 TIP3X 981 -29.870 -45.660 -20.520 1.00 0.00 W3 H +ATOM 34590 H2 TIP3X 981 -28.620 -46.420 -20.960 1.00 0.00 W3 H +ATOM 34591 OH2 TIP3X 982 -25.210 22.410 -16.410 1.00 0.00 W3 O +ATOM 34592 H1 TIP3X 982 -24.770 22.340 -17.250 1.00 0.00 W3 H +ATOM 34593 H2 TIP3X 982 -26.130 22.610 -16.630 1.00 0.00 W3 H +ATOM 34594 OH2 TIP3X 983 -36.850 3.700 28.190 1.00 0.00 W3 O +ATOM 34595 H1 TIP3X 983 -37.380 4.410 27.810 1.00 0.00 W3 H +ATOM 34596 H2 TIP3X 983 -37.150 2.910 27.740 1.00 0.00 W3 H +ATOM 34597 OH2 TIP3X 984 -16.010 -37.530 -18.550 1.00 0.00 W3 O +ATOM 34598 H1 TIP3X 984 -15.420 -37.690 -19.290 1.00 0.00 W3 H +ATOM 34599 H2 TIP3X 984 -15.430 -37.480 -17.800 1.00 0.00 W3 H +ATOM 34600 OH2 TIP3X 985 -36.150 38.820 33.730 1.00 0.00 W3 O +ATOM 34601 H1 TIP3X 985 -36.220 39.720 34.080 1.00 0.00 W3 H +ATOM 34602 H2 TIP3X 985 -36.470 38.270 34.440 1.00 0.00 W3 H +ATOM 34603 OH2 TIP3X 986 -17.500 -19.100 38.240 1.00 0.00 W3 O +ATOM 34604 H1 TIP3X 986 -16.850 -19.310 37.580 1.00 0.00 W3 H +ATOM 34605 H2 TIP3X 986 -17.200 -18.280 38.630 1.00 0.00 W3 H +ATOM 34606 OH2 TIP3X 987 44.030 11.160 -50.060 1.00 0.00 W3 O +ATOM 34607 H1 TIP3X 987 43.670 11.620 -50.820 1.00 0.00 W3 H +ATOM 34608 H2 TIP3X 987 43.860 10.240 -50.240 1.00 0.00 W3 H +ATOM 34609 OH2 TIP3X 988 -20.300 14.640 36.300 1.00 0.00 W3 O +ATOM 34610 H1 TIP3X 988 -19.960 13.780 36.050 1.00 0.00 W3 H +ATOM 34611 H2 TIP3X 988 -20.660 14.500 37.180 1.00 0.00 W3 H +ATOM 34612 OH2 TIP3X 989 -23.600 -48.770 29.100 1.00 0.00 W3 O +ATOM 34613 H1 TIP3X 989 -22.760 -49.170 29.300 1.00 0.00 W3 H +ATOM 34614 H2 TIP3X 989 -24.200 -49.100 29.750 1.00 0.00 W3 H +ATOM 34615 OH2 TIP3X 990 -33.230 -18.970 30.330 1.00 0.00 W3 O +ATOM 34616 H1 TIP3X 990 -33.840 -18.240 30.430 1.00 0.00 W3 H +ATOM 34617 H2 TIP3X 990 -32.810 -18.830 29.470 1.00 0.00 W3 H +ATOM 34618 OH2 TIP3X 991 -18.470 12.730 -30.500 1.00 0.00 W3 O +ATOM 34619 H1 TIP3X 991 -18.710 11.820 -30.310 1.00 0.00 W3 H +ATOM 34620 H2 TIP3X 991 -18.920 12.920 -31.330 1.00 0.00 W3 H +ATOM 34621 OH2 TIP3X 992 34.150 -6.320 28.300 1.00 0.00 W3 O +ATOM 34622 H1 TIP3X 992 33.430 -6.930 28.330 1.00 0.00 W3 H +ATOM 34623 H2 TIP3X 992 34.440 -6.330 27.390 1.00 0.00 W3 H +ATOM 34624 OH2 TIP3X 993 -44.340 -32.280 -36.630 1.00 0.00 W3 O +ATOM 34625 H1 TIP3X 993 -43.710 -32.660 -37.240 1.00 0.00 W3 H +ATOM 34626 H2 TIP3X 993 -44.660 -31.490 -37.070 1.00 0.00 W3 H +ATOM 34627 OH2 TIP3X 994 22.710 41.700 -15.370 1.00 0.00 W3 O +ATOM 34628 H1 TIP3X 994 22.560 42.230 -14.580 1.00 0.00 W3 H +ATOM 34629 H2 TIP3X 994 22.010 41.960 -15.970 1.00 0.00 W3 H +ATOM 34630 OH2 TIP3X 995 -7.930 21.890 -32.120 1.00 0.00 W3 O +ATOM 34631 H1 TIP3X 995 -8.050 21.960 -33.060 1.00 0.00 W3 H +ATOM 34632 H2 TIP3X 995 -8.510 22.580 -31.770 1.00 0.00 W3 H +ATOM 34633 OH2 TIP3X 996 -13.960 5.340 34.020 1.00 0.00 W3 O +ATOM 34634 H1 TIP3X 996 -13.980 4.990 34.910 1.00 0.00 W3 H +ATOM 34635 H2 TIP3X 996 -14.210 4.590 33.470 1.00 0.00 W3 H +ATOM 34636 OH2 TIP3X 997 -20.210 15.770 -15.420 1.00 0.00 W3 O +ATOM 34637 H1 TIP3X 997 -20.630 15.060 -14.940 1.00 0.00 W3 H +ATOM 34638 H2 TIP3X 997 -19.490 15.340 -15.890 1.00 0.00 W3 H +ATOM 34639 OH2 TIP3X 998 -1.380 26.750 -36.510 1.00 0.00 W3 O +ATOM 34640 H1 TIP3X 998 -1.120 26.810 -35.600 1.00 0.00 W3 H +ATOM 34641 H2 TIP3X 998 -2.260 27.100 -36.550 1.00 0.00 W3 H +ATOM 34642 OH2 TIP3X 999 19.800 -12.340 -44.770 1.00 0.00 W3 O +ATOM 34643 H1 TIP3X 999 19.180 -11.640 -44.990 1.00 0.00 W3 H +ATOM 34644 H2 TIP3X 999 19.940 -12.260 -43.830 1.00 0.00 W3 H +ATOM 34645 OH2 TIP3X1000 -16.330 -6.120 -49.790 1.00 0.00 W3 O +ATOM 34646 H1 TIP3X1000 -16.180 -7.060 -49.920 1.00 0.00 W3 H +ATOM 34647 H2 TIP3X1000 -16.100 -5.980 -48.870 1.00 0.00 W3 H +ATOM 34648 OH2 TIP3X1001 17.140 -18.740 -45.720 1.00 0.00 W3 O +ATOM 34649 H1 TIP3X1001 17.180 -18.040 -45.070 1.00 0.00 W3 H +ATOM 34650 H2 TIP3X1001 16.220 -18.880 -45.890 1.00 0.00 W3 H +ATOM 34651 OH2 TIP3X1002 25.500 -24.440 -40.900 1.00 0.00 W3 O +ATOM 34652 H1 TIP3X1002 25.620 -23.730 -40.280 1.00 0.00 W3 H +ATOM 34653 H2 TIP3X1002 25.980 -24.170 -41.680 1.00 0.00 W3 H +ATOM 34654 OH2 TIP3X1003 -23.430 -33.180 36.720 1.00 0.00 W3 O +ATOM 34655 H1 TIP3X1003 -24.090 -32.660 37.180 1.00 0.00 W3 H +ATOM 34656 H2 TIP3X1003 -23.920 -33.880 36.280 1.00 0.00 W3 H +ATOM 34657 OH2 TIP3X1004 -7.170 2.870 24.050 1.00 0.00 W3 O +ATOM 34658 H1 TIP3X1004 -7.720 3.000 23.280 1.00 0.00 W3 H +ATOM 34659 H2 TIP3X1004 -7.720 3.130 24.780 1.00 0.00 W3 H +ATOM 34660 OH2 TIP3X1005 0.480 -28.720 -36.430 1.00 0.00 W3 O +ATOM 34661 H1 TIP3X1005 0.390 -28.290 -37.290 1.00 0.00 W3 H +ATOM 34662 H2 TIP3X1005 1.420 -28.650 -36.250 1.00 0.00 W3 H +ATOM 34663 OH2 TIP3X1006 -5.220 -41.050 -34.340 1.00 0.00 W3 O +ATOM 34664 H1 TIP3X1006 -5.060 -40.670 -35.200 1.00 0.00 W3 H +ATOM 34665 H2 TIP3X1006 -6.110 -41.400 -34.390 1.00 0.00 W3 H +ATOM 34666 OH2 TIP3X1007 -36.620 -32.330 36.190 1.00 0.00 W3 O +ATOM 34667 H1 TIP3X1007 -36.440 -32.610 37.090 1.00 0.00 W3 H +ATOM 34668 H2 TIP3X1007 -35.830 -31.890 35.910 1.00 0.00 W3 H +ATOM 34669 OH2 TIP3X1008 -35.210 33.460 -31.080 1.00 0.00 W3 O +ATOM 34670 H1 TIP3X1008 -35.520 34.360 -31.070 1.00 0.00 W3 H +ATOM 34671 H2 TIP3X1008 -34.340 33.510 -30.670 1.00 0.00 W3 H +ATOM 34672 OH2 TIP3X1009 -42.760 37.240 -22.170 1.00 0.00 W3 O +ATOM 34673 H1 TIP3X1009 -43.060 38.010 -21.670 1.00 0.00 W3 H +ATOM 34674 H2 TIP3X1009 -42.930 36.500 -21.580 1.00 0.00 W3 H +ATOM 34675 OH2 TIP3X1010 19.310 -21.010 -41.190 1.00 0.00 W3 O +ATOM 34676 H1 TIP3X1010 19.770 -21.840 -41.100 1.00 0.00 W3 H +ATOM 34677 H2 TIP3X1010 18.960 -20.840 -40.320 1.00 0.00 W3 H +ATOM 34678 OH2 TIP3X1011 22.500 -38.270 -22.910 1.00 0.00 W3 O +ATOM 34679 H1 TIP3X1011 22.000 -38.940 -22.450 1.00 0.00 W3 H +ATOM 34680 H2 TIP3X1011 23.390 -38.630 -22.960 1.00 0.00 W3 H +ATOM 34681 OH2 TIP3X1012 19.230 2.570 26.360 1.00 0.00 W3 O +ATOM 34682 H1 TIP3X1012 18.770 2.340 27.160 1.00 0.00 W3 H +ATOM 34683 H2 TIP3X1012 19.370 3.520 26.410 1.00 0.00 W3 H +ATOM 34684 OH2 TIP3X1013 -22.250 -7.980 33.940 1.00 0.00 W3 O +ATOM 34685 H1 TIP3X1013 -23.010 -7.790 34.490 1.00 0.00 W3 H +ATOM 34686 H2 TIP3X1013 -21.560 -8.200 34.560 1.00 0.00 W3 H +ATOM 34687 OH2 TIP3X1014 12.920 -17.580 -43.800 1.00 0.00 W3 O +ATOM 34688 H1 TIP3X1014 12.490 -17.980 -44.550 1.00 0.00 W3 H +ATOM 34689 H2 TIP3X1014 12.420 -16.800 -43.610 1.00 0.00 W3 H +ATOM 34690 OH2 TIP3X1015 8.070 21.130 -27.740 1.00 0.00 W3 O +ATOM 34691 H1 TIP3X1015 8.350 20.690 -26.950 1.00 0.00 W3 H +ATOM 34692 H2 TIP3X1015 8.890 21.290 -28.220 1.00 0.00 W3 H +ATOM 34693 OH2 TIP3X1016 28.780 -31.240 -15.580 1.00 0.00 W3 O +ATOM 34694 H1 TIP3X1016 29.240 -31.380 -14.750 1.00 0.00 W3 H +ATOM 34695 H2 TIP3X1016 29.450 -31.340 -16.240 1.00 0.00 W3 H +ATOM 34696 OH2 TIP3X1017 -6.680 -12.140 -26.970 1.00 0.00 W3 O +ATOM 34697 H1 TIP3X1017 -7.280 -11.950 -26.260 1.00 0.00 W3 H +ATOM 34698 H2 TIP3X1017 -6.840 -11.430 -27.610 1.00 0.00 W3 H +ATOM 34699 OH2 TIP3X1018 23.790 -21.640 15.160 1.00 0.00 W3 O +ATOM 34700 H1 TIP3X1018 23.230 -22.330 15.510 1.00 0.00 W3 H +ATOM 34701 H2 TIP3X1018 23.240 -20.850 15.170 1.00 0.00 W3 H +ATOM 34702 OH2 TIP3X1019 -37.510 -27.130 -43.820 1.00 0.00 W3 O +ATOM 34703 H1 TIP3X1019 -36.990 -26.850 -44.560 1.00 0.00 W3 H +ATOM 34704 H2 TIP3X1019 -38.350 -26.670 -43.920 1.00 0.00 W3 H +ATOM 34705 OH2 TIP3X1020 14.690 33.650 32.830 1.00 0.00 W3 O +ATOM 34706 H1 TIP3X1020 15.590 33.360 32.640 1.00 0.00 W3 H +ATOM 34707 H2 TIP3X1020 14.250 33.610 31.990 1.00 0.00 W3 H +ATOM 34708 OH2 TIP3X1021 -23.460 -23.740 -23.630 1.00 0.00 W3 O +ATOM 34709 H1 TIP3X1021 -23.360 -22.790 -23.600 1.00 0.00 W3 H +ATOM 34710 H2 TIP3X1021 -22.950 -24.030 -24.380 1.00 0.00 W3 H +ATOM 34711 OH2 TIP3X1022 -36.280 -22.580 32.400 1.00 0.00 W3 O +ATOM 34712 H1 TIP3X1022 -35.890 -22.380 33.240 1.00 0.00 W3 H +ATOM 34713 H2 TIP3X1022 -35.530 -22.680 31.800 1.00 0.00 W3 H +ATOM 34714 OH2 TIP3X1023 0.250 23.830 -38.430 1.00 0.00 W3 O +ATOM 34715 H1 TIP3X1023 0.950 23.780 -39.090 1.00 0.00 W3 H +ATOM 34716 H2 TIP3X1023 0.430 24.630 -37.940 1.00 0.00 W3 H +ATOM 34717 OH2 TIP3X1024 -28.490 -46.190 -32.230 1.00 0.00 W3 O +ATOM 34718 H1 TIP3X1024 -27.990 -46.790 -32.790 1.00 0.00 W3 H +ATOM 34719 H2 TIP3X1024 -29.010 -45.680 -32.830 1.00 0.00 W3 H +ATOM 34720 OH2 TIP3X1025 35.440 -3.660 -16.330 1.00 0.00 W3 O +ATOM 34721 H1 TIP3X1025 34.590 -3.460 -15.950 1.00 0.00 W3 H +ATOM 34722 H2 TIP3X1025 35.950 -4.040 -15.620 1.00 0.00 W3 H +ATOM 34723 OH2 TIP3X1026 -35.370 -4.860 -15.730 1.00 0.00 W3 O +ATOM 34724 H1 TIP3X1026 -35.640 -4.450 -16.550 1.00 0.00 W3 H +ATOM 34725 H2 TIP3X1026 -34.410 -4.830 -15.740 1.00 0.00 W3 H +ATOM 34726 OH2 TIP3X1027 -19.910 22.400 -31.190 1.00 0.00 W3 O +ATOM 34727 H1 TIP3X1027 -20.380 21.560 -31.110 1.00 0.00 W3 H +ATOM 34728 H2 TIP3X1027 -19.750 22.490 -32.120 1.00 0.00 W3 H +ATOM 34729 OH2 TIP3X1028 -12.120 -2.160 -49.310 1.00 0.00 W3 O +ATOM 34730 H1 TIP3X1028 -12.110 -1.540 -50.050 1.00 0.00 W3 H +ATOM 34731 H2 TIP3X1028 -13.040 -2.340 -49.170 1.00 0.00 W3 H +ATOM 34732 OH2 TIP3X1029 -38.580 -39.620 -27.490 1.00 0.00 W3 O +ATOM 34733 H1 TIP3X1029 -38.900 -39.930 -26.650 1.00 0.00 W3 H +ATOM 34734 H2 TIP3X1029 -38.710 -38.670 -27.470 1.00 0.00 W3 H +ATOM 34735 OH2 TIP3X1030 39.860 -4.860 -36.050 1.00 0.00 W3 O +ATOM 34736 H1 TIP3X1030 39.830 -5.720 -36.480 1.00 0.00 W3 H +ATOM 34737 H2 TIP3X1030 39.500 -4.260 -36.710 1.00 0.00 W3 H +ATOM 34738 OH2 TIP3X1031 47.830 1.070 37.580 1.00 0.00 W3 O +ATOM 34739 H1 TIP3X1031 48.330 1.750 38.030 1.00 0.00 W3 H +ATOM 34740 H2 TIP3X1031 47.770 0.360 38.210 1.00 0.00 W3 H +ATOM 34741 OH2 TIP3X1032 37.080 -19.660 -17.980 1.00 0.00 W3 O +ATOM 34742 H1 TIP3X1032 37.650 -20.330 -18.350 1.00 0.00 W3 H +ATOM 34743 H2 TIP3X1032 37.680 -18.990 -17.680 1.00 0.00 W3 H +ATOM 34744 OH2 TIP3X1033 47.430 18.720 12.970 1.00 0.00 W3 O +ATOM 34745 H1 TIP3X1033 47.020 18.980 13.780 1.00 0.00 W3 H +ATOM 34746 H2 TIP3X1033 48.360 18.980 13.070 1.00 0.00 W3 H +ATOM 34747 OH2 TIP3X1034 43.080 -11.320 -43.120 1.00 0.00 W3 O +ATOM 34748 H1 TIP3X1034 42.170 -11.530 -42.980 1.00 0.00 W3 H +ATOM 34749 H2 TIP3X1034 43.070 -10.590 -43.750 1.00 0.00 W3 H +ATOM 34750 OH2 TIP3X1035 4.340 22.630 34.650 1.00 0.00 W3 O +ATOM 34751 H1 TIP3X1035 4.820 21.790 34.650 1.00 0.00 W3 H +ATOM 34752 H2 TIP3X1035 4.910 23.230 34.180 1.00 0.00 W3 H +ATOM 34753 OH2 TIP3X1036 8.140 -42.660 -50.180 1.00 0.00 W3 O +ATOM 34754 H1 TIP3X1036 7.400 -42.160 -50.550 1.00 0.00 W3 H +ATOM 34755 H2 TIP3X1036 8.840 -42.570 -50.830 1.00 0.00 W3 H +ATOM 34756 OH2 TIP3X1037 6.350 22.430 -45.380 1.00 0.00 W3 O +ATOM 34757 H1 TIP3X1037 5.570 22.600 -45.900 1.00 0.00 W3 H +ATOM 34758 H2 TIP3X1037 6.550 23.260 -44.960 1.00 0.00 W3 H +ATOM 34759 OH2 TIP3X1038 -40.570 10.150 -16.470 1.00 0.00 W3 O +ATOM 34760 H1 TIP3X1038 -40.050 9.410 -16.780 1.00 0.00 W3 H +ATOM 34761 H2 TIP3X1038 -40.600 10.050 -15.520 1.00 0.00 W3 H +ATOM 34762 OH2 TIP3X1039 12.580 -15.500 19.890 1.00 0.00 W3 O +ATOM 34763 H1 TIP3X1039 13.480 -15.280 20.110 1.00 0.00 W3 H +ATOM 34764 H2 TIP3X1039 12.640 -16.250 19.300 1.00 0.00 W3 H +ATOM 34765 OH2 TIP3X1040 36.340 36.380 -23.800 1.00 0.00 W3 O +ATOM 34766 H1 TIP3X1040 35.560 36.950 -23.850 1.00 0.00 W3 H +ATOM 34767 H2 TIP3X1040 36.770 36.630 -22.990 1.00 0.00 W3 H +ATOM 34768 OH2 TIP3X1041 -34.350 -49.250 -33.220 1.00 0.00 W3 O +ATOM 34769 H1 TIP3X1041 -34.440 -50.200 -33.180 1.00 0.00 W3 H +ATOM 34770 H2 TIP3X1041 -33.830 -49.020 -32.450 1.00 0.00 W3 H +ATOM 34771 OH2 TIP3X1042 -39.940 -5.370 -16.710 1.00 0.00 W3 O +ATOM 34772 H1 TIP3X1042 -40.530 -5.910 -17.220 1.00 0.00 W3 H +ATOM 34773 H2 TIP3X1042 -40.020 -5.700 -15.800 1.00 0.00 W3 H +ATOM 34774 OH2 TIP3X1043 -32.890 0.210 23.690 1.00 0.00 W3 O +ATOM 34775 H1 TIP3X1043 -33.280 -0.560 24.100 1.00 0.00 W3 H +ATOM 34776 H2 TIP3X1043 -33.150 0.950 24.240 1.00 0.00 W3 H +ATOM 34777 OH2 TIP3X1044 12.280 -50.840 24.950 1.00 0.00 W3 O +ATOM 34778 H1 TIP3X1044 11.920 -51.410 25.620 1.00 0.00 W3 H +ATOM 34779 H2 TIP3X1044 11.950 -49.970 25.170 1.00 0.00 W3 H +ATOM 34780 OH2 TIP3X1045 -21.200 -31.710 -27.470 1.00 0.00 W3 O +ATOM 34781 H1 TIP3X1045 -21.760 -32.170 -28.100 1.00 0.00 W3 H +ATOM 34782 H2 TIP3X1045 -21.120 -30.830 -27.830 1.00 0.00 W3 H +ATOM 34783 OH2 TIP3X1046 36.700 -1.710 -18.160 1.00 0.00 W3 O +ATOM 34784 H1 TIP3X1046 37.590 -1.550 -17.840 1.00 0.00 W3 H +ATOM 34785 H2 TIP3X1046 36.370 -2.400 -17.600 1.00 0.00 W3 H +ATOM 34786 OH2 TIP3X1047 36.680 -45.820 -48.560 1.00 0.00 W3 O +ATOM 34787 H1 TIP3X1047 36.150 -46.220 -49.240 1.00 0.00 W3 H +ATOM 34788 H2 TIP3X1047 36.060 -45.320 -48.040 1.00 0.00 W3 H +ATOM 34789 OH2 TIP3X1048 14.280 -31.880 -38.010 1.00 0.00 W3 O +ATOM 34790 H1 TIP3X1048 13.640 -32.590 -37.920 1.00 0.00 W3 H +ATOM 34791 H2 TIP3X1048 14.760 -31.890 -37.190 1.00 0.00 W3 H +ATOM 34792 OH2 TIP3X1049 25.200 37.290 -43.930 1.00 0.00 W3 O +ATOM 34793 H1 TIP3X1049 24.520 36.860 -43.400 1.00 0.00 W3 H +ATOM 34794 H2 TIP3X1049 24.860 37.250 -44.820 1.00 0.00 W3 H +ATOM 34795 OH2 TIP3X1050 -14.610 17.750 -28.810 1.00 0.00 W3 O +ATOM 34796 H1 TIP3X1050 -14.520 16.810 -28.920 1.00 0.00 W3 H +ATOM 34797 H2 TIP3X1050 -14.910 18.070 -29.660 1.00 0.00 W3 H +ATOM 34798 OH2 TIP3X1051 -37.920 40.060 28.550 1.00 0.00 W3 O +ATOM 34799 H1 TIP3X1051 -37.660 39.900 29.460 1.00 0.00 W3 H +ATOM 34800 H2 TIP3X1051 -38.860 40.240 28.600 1.00 0.00 W3 H +ATOM 34801 OH2 TIP3X1052 15.000 16.650 30.860 1.00 0.00 W3 O +ATOM 34802 H1 TIP3X1052 15.180 17.470 30.420 1.00 0.00 W3 H +ATOM 34803 H2 TIP3X1052 15.860 16.210 30.890 1.00 0.00 W3 H +ATOM 34804 OH2 TIP3X1053 13.640 4.170 26.730 1.00 0.00 W3 O +ATOM 34805 H1 TIP3X1053 13.700 3.740 25.890 1.00 0.00 W3 H +ATOM 34806 H2 TIP3X1053 14.090 5.010 26.600 1.00 0.00 W3 H +ATOM 34807 OH2 TIP3X1054 -42.530 -47.180 -21.500 1.00 0.00 W3 O +ATOM 34808 H1 TIP3X1054 -41.690 -47.650 -21.550 1.00 0.00 W3 H +ATOM 34809 H2 TIP3X1054 -42.370 -46.480 -20.870 1.00 0.00 W3 H +ATOM 34810 OH2 TIP3X1055 -6.680 -10.220 -29.140 1.00 0.00 W3 O +ATOM 34811 H1 TIP3X1055 -5.920 -9.800 -29.520 1.00 0.00 W3 H +ATOM 34812 H2 TIP3X1055 -7.260 -10.390 -29.880 1.00 0.00 W3 H +ATOM 34813 OH2 TIP3X1056 34.720 -18.860 -51.620 1.00 0.00 W3 O +ATOM 34814 H1 TIP3X1056 35.040 -17.980 -51.800 1.00 0.00 W3 H +ATOM 34815 H2 TIP3X1056 34.050 -19.010 -52.270 1.00 0.00 W3 H +ATOM 34816 OH2 TIP3X1057 -10.020 -28.510 19.790 1.00 0.00 W3 O +ATOM 34817 H1 TIP3X1057 -10.390 -27.740 19.360 1.00 0.00 W3 H +ATOM 34818 H2 TIP3X1057 -10.510 -28.600 20.600 1.00 0.00 W3 H +ATOM 34819 OH2 TIP3X1058 28.870 -20.450 -34.870 1.00 0.00 W3 O +ATOM 34820 H1 TIP3X1058 29.550 -20.930 -35.350 1.00 0.00 W3 H +ATOM 34821 H2 TIP3X1058 28.610 -19.730 -35.450 1.00 0.00 W3 H +ATOM 34822 OH2 TIP3X1059 42.150 40.610 -13.790 1.00 0.00 W3 O +ATOM 34823 H1 TIP3X1059 42.530 41.480 -13.880 1.00 0.00 W3 H +ATOM 34824 H2 TIP3X1059 41.910 40.540 -12.870 1.00 0.00 W3 H +ATOM 34825 OH2 TIP3X1060 -7.420 6.720 22.660 1.00 0.00 W3 O +ATOM 34826 H1 TIP3X1060 -6.920 6.430 21.900 1.00 0.00 W3 H +ATOM 34827 H2 TIP3X1060 -7.040 7.560 22.900 1.00 0.00 W3 H +ATOM 34828 OH2 TIP3X1061 3.130 9.700 38.750 1.00 0.00 W3 O +ATOM 34829 H1 TIP3X1061 3.490 10.560 38.530 1.00 0.00 W3 H +ATOM 34830 H2 TIP3X1061 2.820 9.780 39.640 1.00 0.00 W3 H +ATOM 34831 OH2 TIP3X1062 47.600 13.350 30.760 1.00 0.00 W3 O +ATOM 34832 H1 TIP3X1062 48.120 12.560 30.940 1.00 0.00 W3 H +ATOM 34833 H2 TIP3X1062 47.590 13.410 29.820 1.00 0.00 W3 H +ATOM 34834 OH2 TIP3X1063 -41.840 2.460 -12.270 1.00 0.00 W3 O +ATOM 34835 H1 TIP3X1063 -41.370 3.080 -11.720 1.00 0.00 W3 H +ATOM 34836 H2 TIP3X1063 -41.780 1.630 -11.820 1.00 0.00 W3 H +ATOM 34837 OH2 TIP3X1064 40.940 -37.670 -32.730 1.00 0.00 W3 O +ATOM 34838 H1 TIP3X1064 40.990 -36.770 -32.410 1.00 0.00 W3 H +ATOM 34839 H2 TIP3X1064 41.390 -37.650 -33.580 1.00 0.00 W3 H +ATOM 34840 OH2 TIP3X1065 -23.040 -51.960 36.240 1.00 0.00 W3 O +ATOM 34841 H1 TIP3X1065 -22.780 -52.730 35.730 1.00 0.00 W3 H +ATOM 34842 H2 TIP3X1065 -22.330 -51.820 36.860 1.00 0.00 W3 H +ATOM 34843 OH2 TIP3X1066 5.650 -17.910 22.850 1.00 0.00 W3 O +ATOM 34844 H1 TIP3X1066 5.920 -18.700 22.380 1.00 0.00 W3 H +ATOM 34845 H2 TIP3X1066 4.840 -18.160 23.280 1.00 0.00 W3 H +ATOM 34846 OH2 TIP3X1067 21.660 -49.880 33.470 1.00 0.00 W3 O +ATOM 34847 H1 TIP3X1067 21.380 -50.790 33.340 1.00 0.00 W3 H +ATOM 34848 H2 TIP3X1067 22.310 -49.930 34.170 1.00 0.00 W3 H +ATOM 34849 OH2 TIP3X1068 -31.790 27.300 31.620 1.00 0.00 W3 O +ATOM 34850 H1 TIP3X1068 -30.840 27.170 31.550 1.00 0.00 W3 H +ATOM 34851 H2 TIP3X1068 -32.100 26.520 32.070 1.00 0.00 W3 H +ATOM 34852 OH2 TIP3X1069 48.880 -9.030 26.790 1.00 0.00 W3 O +ATOM 34853 H1 TIP3X1069 49.570 -8.820 26.160 1.00 0.00 W3 H +ATOM 34854 H2 TIP3X1069 48.150 -9.320 26.250 1.00 0.00 W3 H +ATOM 34855 OH2 TIP3X1070 37.070 -11.130 -14.950 1.00 0.00 W3 O +ATOM 34856 H1 TIP3X1070 37.550 -11.760 -14.410 1.00 0.00 W3 H +ATOM 34857 H2 TIP3X1070 37.690 -10.390 -15.050 1.00 0.00 W3 H +ATOM 34858 OH2 TIP3X1071 -35.410 30.720 -46.090 1.00 0.00 W3 O +ATOM 34859 H1 TIP3X1071 -35.640 31.600 -45.770 1.00 0.00 W3 H +ATOM 34860 H2 TIP3X1071 -35.180 30.230 -45.290 1.00 0.00 W3 H +ATOM 34861 OH2 TIP3X1072 -45.820 15.340 -44.520 1.00 0.00 W3 O +ATOM 34862 H1 TIP3X1072 -45.450 14.900 -45.300 1.00 0.00 W3 H +ATOM 34863 H2 TIP3X1072 -45.100 15.330 -43.880 1.00 0.00 W3 H +ATOM 34864 OH2 TIP3X1073 45.480 -19.430 26.620 1.00 0.00 W3 O +ATOM 34865 H1 TIP3X1073 45.010 -20.250 26.780 1.00 0.00 W3 H +ATOM 34866 H2 TIP3X1073 44.850 -18.860 26.180 1.00 0.00 W3 H +ATOM 34867 OH2 TIP3X1074 8.580 -47.850 -30.330 1.00 0.00 W3 O +ATOM 34868 H1 TIP3X1074 9.480 -47.970 -30.040 1.00 0.00 W3 H +ATOM 34869 H2 TIP3X1074 8.090 -48.520 -29.860 1.00 0.00 W3 H +ATOM 34870 OH2 TIP3X1075 23.710 21.510 30.560 1.00 0.00 W3 O +ATOM 34871 H1 TIP3X1075 24.370 21.940 31.090 1.00 0.00 W3 H +ATOM 34872 H2 TIP3X1075 23.470 22.180 29.910 1.00 0.00 W3 H +ATOM 34873 OH2 TIP3X1076 46.140 -49.990 14.290 1.00 0.00 W3 O +ATOM 34874 H1 TIP3X1076 46.850 -49.350 14.410 1.00 0.00 W3 H +ATOM 34875 H2 TIP3X1076 46.340 -50.430 13.470 1.00 0.00 W3 H +ATOM 34876 OH2 TIP3X1077 10.420 -51.210 36.800 1.00 0.00 W3 O +ATOM 34877 H1 TIP3X1077 10.640 -50.650 36.050 1.00 0.00 W3 H +ATOM 34878 H2 TIP3X1077 11.250 -51.340 37.250 1.00 0.00 W3 H +ATOM 34879 OH2 TIP3X1078 40.100 23.950 -7.760 1.00 0.00 W3 O +ATOM 34880 H1 TIP3X1078 40.140 24.120 -8.690 1.00 0.00 W3 H +ATOM 34881 H2 TIP3X1078 40.750 23.270 -7.600 1.00 0.00 W3 H +ATOM 34882 OH2 TIP3X1079 44.100 19.320 -6.230 1.00 0.00 W3 O +ATOM 34883 H1 TIP3X1079 44.630 20.130 -6.220 1.00 0.00 W3 H +ATOM 34884 H2 TIP3X1079 44.740 18.610 -6.190 1.00 0.00 W3 H +ATOM 34885 OH2 TIP3X1080 -36.230 -23.980 -42.890 1.00 0.00 W3 O +ATOM 34886 H1 TIP3X1080 -35.480 -24.550 -42.710 1.00 0.00 W3 H +ATOM 34887 H2 TIP3X1080 -36.880 -24.250 -42.230 1.00 0.00 W3 H +ATOM 34888 OH2 TIP3X1081 -20.700 -27.470 21.450 1.00 0.00 W3 O +ATOM 34889 H1 TIP3X1081 -21.220 -26.750 21.100 1.00 0.00 W3 H +ATOM 34890 H2 TIP3X1081 -20.410 -27.940 20.670 1.00 0.00 W3 H +ATOM 34891 OH2 TIP3X1082 -36.700 30.210 -30.230 1.00 0.00 W3 O +ATOM 34892 H1 TIP3X1082 -35.760 30.310 -30.260 1.00 0.00 W3 H +ATOM 34893 H2 TIP3X1082 -37.030 31.080 -30.040 1.00 0.00 W3 H +ATOM 34894 OH2 TIP3X1083 -44.030 28.860 -38.610 1.00 0.00 W3 O +ATOM 34895 H1 TIP3X1083 -44.420 29.610 -39.070 1.00 0.00 W3 H +ATOM 34896 H2 TIP3X1083 -44.770 28.460 -38.140 1.00 0.00 W3 H +ATOM 34897 OH2 TIP3X1084 31.190 32.090 -37.550 1.00 0.00 W3 O +ATOM 34898 H1 TIP3X1084 31.930 32.180 -36.950 1.00 0.00 W3 H +ATOM 34899 H2 TIP3X1084 30.980 31.160 -37.540 1.00 0.00 W3 H +ATOM 34900 OH2 TIP3X1085 -25.630 -17.830 37.570 1.00 0.00 W3 O +ATOM 34901 H1 TIP3X1085 -25.650 -18.190 36.680 1.00 0.00 W3 H +ATOM 34902 H2 TIP3X1085 -26.510 -17.470 37.710 1.00 0.00 W3 H +ATOM 34903 OH2 TIP3X1086 -40.950 -6.720 22.560 1.00 0.00 W3 O +ATOM 34904 H1 TIP3X1086 -40.310 -6.380 21.930 1.00 0.00 W3 H +ATOM 34905 H2 TIP3X1086 -41.480 -7.320 22.040 1.00 0.00 W3 H +ATOM 34906 OH2 TIP3X1087 -31.270 -11.480 -20.320 1.00 0.00 W3 O +ATOM 34907 H1 TIP3X1087 -30.780 -10.680 -20.520 1.00 0.00 W3 H +ATOM 34908 H2 TIP3X1087 -30.790 -11.890 -19.600 1.00 0.00 W3 H +ATOM 34909 OH2 TIP3X1088 -7.060 38.710 -13.970 1.00 0.00 W3 O +ATOM 34910 H1 TIP3X1088 -7.010 38.740 -14.930 1.00 0.00 W3 H +ATOM 34911 H2 TIP3X1088 -6.910 37.790 -13.760 1.00 0.00 W3 H +ATOM 34912 OH2 TIP3X1089 13.600 31.350 34.680 1.00 0.00 W3 O +ATOM 34913 H1 TIP3X1089 12.910 31.170 34.040 1.00 0.00 W3 H +ATOM 34914 H2 TIP3X1089 14.300 31.730 34.160 1.00 0.00 W3 H +ATOM 34915 OH2 TIP3X1090 5.340 12.470 -46.450 1.00 0.00 W3 O +ATOM 34916 H1 TIP3X1090 4.430 12.310 -46.210 1.00 0.00 W3 H +ATOM 34917 H2 TIP3X1090 5.320 12.680 -47.380 1.00 0.00 W3 H +ATOM 34918 OH2 TIP3X1091 40.520 -30.140 -41.790 1.00 0.00 W3 O +ATOM 34919 H1 TIP3X1091 40.830 -30.770 -42.430 1.00 0.00 W3 H +ATOM 34920 H2 TIP3X1091 39.560 -30.170 -41.860 1.00 0.00 W3 H +ATOM 34921 OH2 TIP3X1092 -5.210 35.860 -45.360 1.00 0.00 W3 O +ATOM 34922 H1 TIP3X1092 -5.620 35.210 -45.930 1.00 0.00 W3 H +ATOM 34923 H2 TIP3X1092 -5.200 36.660 -45.870 1.00 0.00 W3 H +ATOM 34924 OH2 TIP3X1093 20.880 9.600 -50.900 1.00 0.00 W3 O +ATOM 34925 H1 TIP3X1093 21.110 8.990 -50.200 1.00 0.00 W3 H +ATOM 34926 H2 TIP3X1093 20.420 9.060 -51.550 1.00 0.00 W3 H +ATOM 34927 OH2 TIP3X1094 -13.860 38.250 -30.460 1.00 0.00 W3 O +ATOM 34928 H1 TIP3X1094 -13.070 37.910 -30.010 1.00 0.00 W3 H +ATOM 34929 H2 TIP3X1094 -13.520 38.700 -31.220 1.00 0.00 W3 H +ATOM 34930 OH2 TIP3X1095 47.110 -7.470 -45.150 1.00 0.00 W3 O +ATOM 34931 H1 TIP3X1095 47.020 -7.140 -46.050 1.00 0.00 W3 H +ATOM 34932 H2 TIP3X1095 47.960 -7.130 -44.860 1.00 0.00 W3 H +ATOM 34933 OH2 TIP3X1096 4.430 -7.090 37.740 1.00 0.00 W3 O +ATOM 34934 H1 TIP3X1096 3.830 -6.350 37.840 1.00 0.00 W3 H +ATOM 34935 H2 TIP3X1096 5.240 -6.690 37.420 1.00 0.00 W3 H +ATOM 34936 OH2 TIP3X1097 23.130 -24.980 -49.840 1.00 0.00 W3 O +ATOM 34937 H1 TIP3X1097 22.450 -24.580 -50.390 1.00 0.00 W3 H +ATOM 34938 H2 TIP3X1097 23.400 -25.750 -50.330 1.00 0.00 W3 H +ATOM 34939 OH2 TIP3X1098 -32.220 -42.830 -46.300 1.00 0.00 W3 O +ATOM 34940 H1 TIP3X1098 -31.400 -43.090 -46.710 1.00 0.00 W3 H +ATOM 34941 H2 TIP3X1098 -32.190 -43.210 -45.420 1.00 0.00 W3 H +ATOM 34942 OH2 TIP3X1099 -12.790 -17.420 -18.860 1.00 0.00 W3 O +ATOM 34943 H1 TIP3X1099 -13.440 -18.100 -18.690 1.00 0.00 W3 H +ATOM 34944 H2 TIP3X1099 -13.200 -16.610 -18.560 1.00 0.00 W3 H +ATOM 34945 OH2 TIP3X1100 39.710 3.530 -33.960 1.00 0.00 W3 O +ATOM 34946 H1 TIP3X1100 40.070 3.740 -34.810 1.00 0.00 W3 H +ATOM 34947 H2 TIP3X1100 39.440 4.380 -33.600 1.00 0.00 W3 H +ATOM 34948 OH2 TIP3X1101 -32.300 24.250 31.640 1.00 0.00 W3 O +ATOM 34949 H1 TIP3X1101 -32.810 24.420 30.850 1.00 0.00 W3 H +ATOM 34950 H2 TIP3X1101 -32.390 23.320 31.800 1.00 0.00 W3 H +ATOM 34951 OH2 TIP3X1102 37.860 15.260 -33.070 1.00 0.00 W3 O +ATOM 34952 H1 TIP3X1102 38.700 14.990 -32.720 1.00 0.00 W3 H +ATOM 34953 H2 TIP3X1102 38.040 15.470 -33.990 1.00 0.00 W3 H +ATOM 34954 OH2 TIP3X1103 6.570 -43.950 22.030 1.00 0.00 W3 O +ATOM 34955 H1 TIP3X1103 7.420 -44.390 22.000 1.00 0.00 W3 H +ATOM 34956 H2 TIP3X1103 6.730 -43.070 21.700 1.00 0.00 W3 H +ATOM 34957 OH2 TIP3X1104 -9.660 6.660 -38.810 1.00 0.00 W3 O +ATOM 34958 H1 TIP3X1104 -10.510 6.850 -39.220 1.00 0.00 W3 H +ATOM 34959 H2 TIP3X1104 -9.320 5.900 -39.270 1.00 0.00 W3 H +ATOM 34960 OH2 TIP3X1105 43.590 14.080 15.080 1.00 0.00 W3 O +ATOM 34961 H1 TIP3X1105 42.720 14.110 14.700 1.00 0.00 W3 H +ATOM 34962 H2 TIP3X1105 43.830 15.000 15.220 1.00 0.00 W3 H +ATOM 34963 OH2 TIP3X1106 -20.620 -9.280 37.210 1.00 0.00 W3 O +ATOM 34964 H1 TIP3X1106 -20.500 -9.710 36.360 1.00 0.00 W3 H +ATOM 34965 H2 TIP3X1106 -19.720 -9.120 37.510 1.00 0.00 W3 H +ATOM 34966 OH2 TIP3X1107 -22.510 19.410 -15.000 1.00 0.00 W3 O +ATOM 34967 H1 TIP3X1107 -22.640 20.300 -15.330 1.00 0.00 W3 H +ATOM 34968 H2 TIP3X1107 -22.880 19.420 -14.120 1.00 0.00 W3 H +ATOM 34969 OH2 TIP3X1108 4.580 -31.610 -48.030 1.00 0.00 W3 O +ATOM 34970 H1 TIP3X1108 4.370 -30.760 -47.630 1.00 0.00 W3 H +ATOM 34971 H2 TIP3X1108 3.990 -32.230 -47.610 1.00 0.00 W3 H +ATOM 34972 OH2 TIP3X1109 -15.530 31.320 20.140 1.00 0.00 W3 O +ATOM 34973 H1 TIP3X1109 -16.440 31.200 19.850 1.00 0.00 W3 H +ATOM 34974 H2 TIP3X1109 -15.170 31.970 19.550 1.00 0.00 W3 H +ATOM 34975 OH2 TIP3X1110 -28.480 -18.020 33.250 1.00 0.00 W3 O +ATOM 34976 H1 TIP3X1110 -28.580 -18.510 34.060 1.00 0.00 W3 H +ATOM 34977 H2 TIP3X1110 -29.180 -18.350 32.690 1.00 0.00 W3 H +ATOM 34978 OH2 TIP3X1111 -43.200 -2.830 -16.010 1.00 0.00 W3 O +ATOM 34979 H1 TIP3X1111 -42.620 -2.910 -16.770 1.00 0.00 W3 H +ATOM 34980 H2 TIP3X1111 -43.590 -3.710 -15.910 1.00 0.00 W3 H +ATOM 34981 OH2 TIP3X1112 -43.080 26.950 -17.080 1.00 0.00 W3 O +ATOM 34982 H1 TIP3X1112 -44.030 27.030 -16.960 1.00 0.00 W3 H +ATOM 34983 H2 TIP3X1112 -42.890 27.430 -17.890 1.00 0.00 W3 H +ATOM 34984 OH2 TIP3X1113 35.860 12.990 -47.690 1.00 0.00 W3 O +ATOM 34985 H1 TIP3X1113 36.320 12.550 -48.400 1.00 0.00 W3 H +ATOM 34986 H2 TIP3X1113 35.420 13.720 -48.110 1.00 0.00 W3 H +ATOM 34987 OH2 TIP3X1114 21.970 34.970 -30.370 1.00 0.00 W3 O +ATOM 34988 H1 TIP3X1114 21.510 34.230 -30.750 1.00 0.00 W3 H +ATOM 34989 H2 TIP3X1114 22.770 35.050 -30.880 1.00 0.00 W3 H +ATOM 34990 OH2 TIP3X1115 10.820 33.420 -36.010 1.00 0.00 W3 O +ATOM 34991 H1 TIP3X1115 10.940 34.360 -36.140 1.00 0.00 W3 H +ATOM 34992 H2 TIP3X1115 10.530 33.330 -35.100 1.00 0.00 W3 H +ATOM 34993 OH2 TIP3X1116 24.410 36.990 -46.480 1.00 0.00 W3 O +ATOM 34994 H1 TIP3X1116 24.040 36.150 -46.770 1.00 0.00 W3 H +ATOM 34995 H2 TIP3X1116 24.440 37.510 -47.290 1.00 0.00 W3 H +ATOM 34996 OH2 TIP3X1117 -35.170 7.660 28.400 1.00 0.00 W3 O +ATOM 34997 H1 TIP3X1117 -34.510 7.610 27.700 1.00 0.00 W3 H +ATOM 34998 H2 TIP3X1117 -34.780 7.160 29.120 1.00 0.00 W3 H +ATOM 34999 OH2 TIP3X1118 23.150 30.490 35.730 1.00 0.00 W3 O +ATOM 35000 H1 TIP3X1118 22.410 30.980 35.370 1.00 0.00 W3 H +ATOM 35001 H2 TIP3X1118 23.560 31.090 36.350 1.00 0.00 W3 H +ATOM 35002 OH2 TIP3X1119 -29.690 -11.390 -28.780 1.00 0.00 W3 O +ATOM 35003 H1 TIP3X1119 -30.540 -11.540 -29.180 1.00 0.00 W3 H +ATOM 35004 H2 TIP3X1119 -29.350 -12.270 -28.600 1.00 0.00 W3 H +ATOM 35005 OH2 TIP3X1120 -2.890 -35.080 -33.960 1.00 0.00 W3 O +ATOM 35006 H1 TIP3X1120 -3.030 -35.920 -34.400 1.00 0.00 W3 H +ATOM 35007 H2 TIP3X1120 -2.890 -34.440 -34.670 1.00 0.00 W3 H +ATOM 35008 OH2 TIP3X1121 -30.850 -48.260 -14.310 1.00 0.00 W3 O +ATOM 35009 H1 TIP3X1121 -31.750 -48.010 -14.040 1.00 0.00 W3 H +ATOM 35010 H2 TIP3X1121 -30.630 -47.650 -15.010 1.00 0.00 W3 H +ATOM 35011 OH2 TIP3X1122 -20.020 -25.320 -24.390 1.00 0.00 W3 O +ATOM 35012 H1 TIP3X1122 -19.810 -25.150 -23.470 1.00 0.00 W3 H +ATOM 35013 H2 TIP3X1122 -20.060 -26.270 -24.460 1.00 0.00 W3 H +ATOM 35014 OH2 TIP3X1123 -11.600 -21.140 -33.670 1.00 0.00 W3 O +ATOM 35015 H1 TIP3X1123 -11.130 -21.930 -33.910 1.00 0.00 W3 H +ATOM 35016 H2 TIP3X1123 -12.440 -21.210 -34.130 1.00 0.00 W3 H +ATOM 35017 OH2 TIP3X1124 -43.340 -41.110 32.370 1.00 0.00 W3 O +ATOM 35018 H1 TIP3X1124 -42.750 -41.700 32.820 1.00 0.00 W3 H +ATOM 35019 H2 TIP3X1124 -44.150 -41.610 32.280 1.00 0.00 W3 H +ATOM 35020 OH2 TIP3X1125 -1.440 -26.640 -47.090 1.00 0.00 W3 O +ATOM 35021 H1 TIP3X1125 -1.490 -27.310 -46.400 1.00 0.00 W3 H +ATOM 35022 H2 TIP3X1125 -1.450 -25.810 -46.620 1.00 0.00 W3 H +ATOM 35023 OH2 TIP3X1126 -7.270 21.650 32.490 1.00 0.00 W3 O +ATOM 35024 H1 TIP3X1126 -8.150 21.290 32.410 1.00 0.00 W3 H +ATOM 35025 H2 TIP3X1126 -6.720 20.890 32.620 1.00 0.00 W3 H +ATOM 35026 OH2 TIP3X1127 35.690 32.650 -38.640 1.00 0.00 W3 O +ATOM 35027 H1 TIP3X1127 35.180 33.250 -38.110 1.00 0.00 W3 H +ATOM 35028 H2 TIP3X1127 36.590 32.950 -38.560 1.00 0.00 W3 H +ATOM 35029 OH2 TIP3X1128 40.190 35.040 32.620 1.00 0.00 W3 O +ATOM 35030 H1 TIP3X1128 39.580 35.360 33.290 1.00 0.00 W3 H +ATOM 35031 H2 TIP3X1128 39.760 34.260 32.260 1.00 0.00 W3 H +ATOM 35032 OH2 TIP3X1129 -28.020 29.470 -27.730 1.00 0.00 W3 O +ATOM 35033 H1 TIP3X1129 -28.950 29.290 -27.840 1.00 0.00 W3 H +ATOM 35034 H2 TIP3X1129 -27.980 30.380 -27.430 1.00 0.00 W3 H +ATOM 35035 OH2 TIP3X1130 -37.870 2.500 33.780 1.00 0.00 W3 O +ATOM 35036 H1 TIP3X1130 -37.070 3.030 33.890 1.00 0.00 W3 H +ATOM 35037 H2 TIP3X1130 -38.580 3.140 33.820 1.00 0.00 W3 H +ATOM 35038 OH2 TIP3X1131 -23.880 35.060 -20.410 1.00 0.00 W3 O +ATOM 35039 H1 TIP3X1131 -24.420 35.840 -20.270 1.00 0.00 W3 H +ATOM 35040 H2 TIP3X1131 -23.030 35.300 -20.040 1.00 0.00 W3 H +ATOM 35041 OH2 TIP3X1132 38.950 -5.830 23.520 1.00 0.00 W3 O +ATOM 35042 H1 TIP3X1132 38.100 -6.240 23.310 1.00 0.00 W3 H +ATOM 35043 H2 TIP3X1132 38.900 -4.970 23.130 1.00 0.00 W3 H +ATOM 35044 OH2 TIP3X1133 -3.090 -46.440 30.350 1.00 0.00 W3 O +ATOM 35045 H1 TIP3X1133 -3.680 -47.130 30.640 1.00 0.00 W3 H +ATOM 35046 H2 TIP3X1133 -2.250 -46.880 30.200 1.00 0.00 W3 H +ATOM 35047 OH2 TIP3X1134 23.620 8.610 26.640 1.00 0.00 W3 O +ATOM 35048 H1 TIP3X1134 23.840 8.970 27.500 1.00 0.00 W3 H +ATOM 35049 H2 TIP3X1134 23.700 9.370 26.050 1.00 0.00 W3 H +ATOM 35050 OH2 TIP3X1135 -20.810 25.890 36.140 1.00 0.00 W3 O +ATOM 35051 H1 TIP3X1135 -20.510 26.770 35.890 1.00 0.00 W3 H +ATOM 35052 H2 TIP3X1135 -20.180 25.300 35.740 1.00 0.00 W3 H +ATOM 35053 OH2 TIP3X1136 47.490 22.400 32.830 1.00 0.00 W3 O +ATOM 35054 H1 TIP3X1136 47.660 22.380 31.890 1.00 0.00 W3 H +ATOM 35055 H2 TIP3X1136 48.140 23.020 33.180 1.00 0.00 W3 H +ATOM 35056 OH2 TIP3X1137 25.580 -43.560 -18.130 1.00 0.00 W3 O +ATOM 35057 H1 TIP3X1137 24.990 -43.710 -18.870 1.00 0.00 W3 H +ATOM 35058 H2 TIP3X1137 26.320 -44.130 -18.290 1.00 0.00 W3 H +ATOM 35059 OH2 TIP3X1138 -25.460 0.140 -28.970 1.00 0.00 W3 O +ATOM 35060 H1 TIP3X1138 -26.400 0.220 -28.810 1.00 0.00 W3 H +ATOM 35061 H2 TIP3X1138 -25.050 0.500 -28.190 1.00 0.00 W3 H +ATOM 35062 OH2 TIP3X1139 -15.800 -42.920 28.380 1.00 0.00 W3 O +ATOM 35063 H1 TIP3X1139 -15.730 -42.330 29.130 1.00 0.00 W3 H +ATOM 35064 H2 TIP3X1139 -16.340 -42.440 27.750 1.00 0.00 W3 H +ATOM 35065 OH2 TIP3X1140 -25.840 30.260 -46.240 1.00 0.00 W3 O +ATOM 35066 H1 TIP3X1140 -25.710 31.170 -46.490 1.00 0.00 W3 H +ATOM 35067 H2 TIP3X1140 -25.410 29.750 -46.930 1.00 0.00 W3 H +ATOM 35068 OH2 TIP3X1141 13.020 9.230 30.790 1.00 0.00 W3 O +ATOM 35069 H1 TIP3X1141 12.120 9.030 30.560 1.00 0.00 W3 H +ATOM 35070 H2 TIP3X1141 13.340 9.780 30.080 1.00 0.00 W3 H +ATOM 35071 OH2 TIP3X1142 10.890 6.900 -45.150 1.00 0.00 W3 O +ATOM 35072 H1 TIP3X1142 11.610 6.660 -44.580 1.00 0.00 W3 H +ATOM 35073 H2 TIP3X1142 11.290 7.420 -45.830 1.00 0.00 W3 H +ATOM 35074 OH2 TIP3X1143 44.270 29.910 30.910 1.00 0.00 W3 O +ATOM 35075 H1 TIP3X1143 43.630 29.270 30.630 1.00 0.00 W3 H +ATOM 35076 H2 TIP3X1143 43.800 30.500 31.500 1.00 0.00 W3 H +ATOM 35077 OH2 TIP3X1144 29.310 -17.210 -42.650 1.00 0.00 W3 O +ATOM 35078 H1 TIP3X1144 29.610 -18.120 -42.630 1.00 0.00 W3 H +ATOM 35079 H2 TIP3X1144 30.030 -16.700 -42.270 1.00 0.00 W3 H +ATOM 35080 OH2 TIP3X1145 -0.870 -27.580 18.150 1.00 0.00 W3 O +ATOM 35081 H1 TIP3X1145 -1.690 -27.990 17.880 1.00 0.00 W3 H +ATOM 35082 H2 TIP3X1145 -0.200 -28.200 17.880 1.00 0.00 W3 H +ATOM 35083 OH2 TIP3X1146 -22.020 20.160 -30.510 1.00 0.00 W3 O +ATOM 35084 H1 TIP3X1146 -22.830 19.650 -30.530 1.00 0.00 W3 H +ATOM 35085 H2 TIP3X1146 -22.190 20.910 -31.080 1.00 0.00 W3 H +ATOM 35086 OH2 TIP3X1147 7.210 25.290 27.680 1.00 0.00 W3 O +ATOM 35087 H1 TIP3X1147 7.460 24.370 27.710 1.00 0.00 W3 H +ATOM 35088 H2 TIP3X1147 7.980 25.740 27.350 1.00 0.00 W3 H +ATOM 35089 OH2 TIP3X1148 10.650 28.210 31.670 1.00 0.00 W3 O +ATOM 35090 H1 TIP3X1148 10.710 27.390 32.160 1.00 0.00 W3 H +ATOM 35091 H2 TIP3X1148 10.150 27.990 30.880 1.00 0.00 W3 H +ATOM 35092 OH2 TIP3X1149 37.440 -45.550 28.840 1.00 0.00 W3 O +ATOM 35093 H1 TIP3X1149 37.690 -45.530 29.770 1.00 0.00 W3 H +ATOM 35094 H2 TIP3X1149 36.510 -45.760 28.840 1.00 0.00 W3 H +ATOM 35095 OH2 TIP3X1150 8.200 -10.600 -36.030 1.00 0.00 W3 O +ATOM 35096 H1 TIP3X1150 7.890 -11.240 -35.380 1.00 0.00 W3 H +ATOM 35097 H2 TIP3X1150 7.410 -10.300 -36.470 1.00 0.00 W3 H +ATOM 35098 OH2 TIP3X1151 -27.620 16.330 -47.260 1.00 0.00 W3 O +ATOM 35099 H1 TIP3X1151 -27.570 15.790 -48.050 1.00 0.00 W3 H +ATOM 35100 H2 TIP3X1151 -28.550 16.460 -47.110 1.00 0.00 W3 H +ATOM 35101 OH2 TIP3X1152 34.130 27.920 -40.250 1.00 0.00 W3 O +ATOM 35102 H1 TIP3X1152 34.980 28.040 -39.840 1.00 0.00 W3 H +ATOM 35103 H2 TIP3X1152 33.500 28.060 -39.530 1.00 0.00 W3 H +ATOM 35104 OH2 TIP3X1153 -32.070 -5.810 20.790 1.00 0.00 W3 O +ATOM 35105 H1 TIP3X1153 -32.080 -4.870 20.880 1.00 0.00 W3 H +ATOM 35106 H2 TIP3X1153 -32.950 -6.050 20.530 1.00 0.00 W3 H +ATOM 35107 OH2 TIP3X1154 -20.210 -25.650 33.810 1.00 0.00 W3 O +ATOM 35108 H1 TIP3X1154 -20.720 -26.060 33.120 1.00 0.00 W3 H +ATOM 35109 H2 TIP3X1154 -19.300 -25.740 33.530 1.00 0.00 W3 H +ATOM 35110 OH2 TIP3X1155 3.700 10.790 -41.270 1.00 0.00 W3 O +ATOM 35111 H1 TIP3X1155 2.900 11.260 -41.050 1.00 0.00 W3 H +ATOM 35112 H2 TIP3X1155 3.740 10.070 -40.640 1.00 0.00 W3 H +ATOM 35113 OH2 TIP3X1156 28.490 -3.380 21.830 1.00 0.00 W3 O +ATOM 35114 H1 TIP3X1156 28.920 -4.170 21.490 1.00 0.00 W3 H +ATOM 35115 H2 TIP3X1156 28.820 -2.680 21.270 1.00 0.00 W3 H +ATOM 35116 OH2 TIP3X1157 9.900 9.360 30.310 1.00 0.00 W3 O +ATOM 35117 H1 TIP3X1157 9.320 8.780 30.790 1.00 0.00 W3 H +ATOM 35118 H2 TIP3X1157 9.820 9.080 29.390 1.00 0.00 W3 H +ATOM 35119 OH2 TIP3X1158 -20.790 37.600 -42.730 1.00 0.00 W3 O +ATOM 35120 H1 TIP3X1158 -20.050 37.930 -43.240 1.00 0.00 W3 H +ATOM 35121 H2 TIP3X1158 -21.510 38.180 -42.970 1.00 0.00 W3 H +ATOM 35122 OH2 TIP3X1159 -9.930 20.770 -17.080 1.00 0.00 W3 O +ATOM 35123 H1 TIP3X1159 -10.810 20.450 -16.900 1.00 0.00 W3 H +ATOM 35124 H2 TIP3X1159 -10.060 21.650 -17.420 1.00 0.00 W3 H +ATOM 35125 OH2 TIP3X1160 38.300 29.400 35.750 1.00 0.00 W3 O +ATOM 35126 H1 TIP3X1160 38.440 29.090 34.860 1.00 0.00 W3 H +ATOM 35127 H2 TIP3X1160 39.040 29.990 35.920 1.00 0.00 W3 H +ATOM 35128 OH2 TIP3X1161 44.590 30.950 27.220 1.00 0.00 W3 O +ATOM 35129 H1 TIP3X1161 45.220 31.670 27.180 1.00 0.00 W3 H +ATOM 35130 H2 TIP3X1161 45.080 30.240 27.650 1.00 0.00 W3 H +ATOM 35131 OH2 TIP3X1162 32.250 28.590 -26.760 1.00 0.00 W3 O +ATOM 35132 H1 TIP3X1162 31.320 28.620 -26.530 1.00 0.00 W3 H +ATOM 35133 H2 TIP3X1162 32.410 27.660 -26.950 1.00 0.00 W3 H +ATOM 35134 OH2 TIP3X1163 37.950 -0.380 -38.380 1.00 0.00 W3 O +ATOM 35135 H1 TIP3X1163 37.890 -1.330 -38.440 1.00 0.00 W3 H +ATOM 35136 H2 TIP3X1163 38.350 -0.120 -39.210 1.00 0.00 W3 H +ATOM 35137 OH2 TIP3X1164 36.950 26.240 26.970 1.00 0.00 W3 O +ATOM 35138 H1 TIP3X1164 37.520 26.920 27.340 1.00 0.00 W3 H +ATOM 35139 H2 TIP3X1164 36.070 26.490 27.280 1.00 0.00 W3 H +ATOM 35140 OH2 TIP3X1165 -15.570 42.270 -45.870 1.00 0.00 W3 O +ATOM 35141 H1 TIP3X1165 -15.870 43.120 -46.200 1.00 0.00 W3 H +ATOM 35142 H2 TIP3X1165 -14.620 42.290 -46.000 1.00 0.00 W3 H +ATOM 35143 OH2 TIP3X1166 -40.440 -8.710 -26.870 1.00 0.00 W3 O +ATOM 35144 H1 TIP3X1166 -39.840 -8.700 -27.620 1.00 0.00 W3 H +ATOM 35145 H2 TIP3X1166 -41.320 -8.740 -27.260 1.00 0.00 W3 H +ATOM 35146 OH2 TIP3X1167 41.410 38.560 -28.740 1.00 0.00 W3 O +ATOM 35147 H1 TIP3X1167 41.440 39.420 -28.320 1.00 0.00 W3 H +ATOM 35148 H2 TIP3X1167 40.870 38.700 -29.520 1.00 0.00 W3 H +ATOM 35149 OH2 TIP3X1168 43.900 -28.200 14.960 1.00 0.00 W3 O +ATOM 35150 H1 TIP3X1168 43.780 -27.840 14.080 1.00 0.00 W3 H +ATOM 35151 H2 TIP3X1168 43.660 -29.120 14.880 1.00 0.00 W3 H +ATOM 35152 OH2 TIP3X1169 -7.150 -27.990 -27.900 1.00 0.00 W3 O +ATOM 35153 H1 TIP3X1169 -6.220 -27.910 -27.670 1.00 0.00 W3 H +ATOM 35154 H2 TIP3X1169 -7.420 -28.840 -27.560 1.00 0.00 W3 H +ATOM 35155 OH2 TIP3X1170 40.340 33.710 -43.540 1.00 0.00 W3 O +ATOM 35156 H1 TIP3X1170 39.780 33.110 -44.050 1.00 0.00 W3 H +ATOM 35157 H2 TIP3X1170 40.180 34.570 -43.960 1.00 0.00 W3 H +ATOM 35158 OH2 TIP3X1171 0.830 27.380 -44.940 1.00 0.00 W3 O +ATOM 35159 H1 TIP3X1171 0.360 26.570 -45.200 1.00 0.00 W3 H +ATOM 35160 H2 TIP3X1171 0.340 27.700 -44.180 1.00 0.00 W3 H +ATOM 35161 OH2 TIP3X1172 -32.170 5.280 32.230 1.00 0.00 W3 O +ATOM 35162 H1 TIP3X1172 -31.460 4.960 31.650 1.00 0.00 W3 H +ATOM 35163 H2 TIP3X1172 -32.510 6.050 31.790 1.00 0.00 W3 H +ATOM 35164 OH2 TIP3X1173 49.130 -20.350 20.160 1.00 0.00 W3 O +ATOM 35165 H1 TIP3X1173 48.880 -20.220 19.240 1.00 0.00 W3 H +ATOM 35166 H2 TIP3X1173 49.540 -19.520 20.420 1.00 0.00 W3 H +ATOM 35167 OH2 TIP3X1174 -6.590 -41.580 28.400 1.00 0.00 W3 O +ATOM 35168 H1 TIP3X1174 -7.360 -42.140 28.450 1.00 0.00 W3 H +ATOM 35169 H2 TIP3X1174 -6.550 -41.130 29.250 1.00 0.00 W3 H +ATOM 35170 OH2 TIP3X1175 29.260 23.810 -48.720 1.00 0.00 W3 O +ATOM 35171 H1 TIP3X1175 28.580 23.190 -48.470 1.00 0.00 W3 H +ATOM 35172 H2 TIP3X1175 29.880 23.310 -49.250 1.00 0.00 W3 H +ATOM 35173 OH2 TIP3X1176 31.700 -4.830 -31.330 1.00 0.00 W3 O +ATOM 35174 H1 TIP3X1176 32.060 -5.220 -32.130 1.00 0.00 W3 H +ATOM 35175 H2 TIP3X1176 32.300 -4.120 -31.110 1.00 0.00 W3 H +ATOM 35176 OH2 TIP3X1177 -13.930 39.760 19.100 1.00 0.00 W3 O +ATOM 35177 H1 TIP3X1177 -13.460 38.940 19.230 1.00 0.00 W3 H +ATOM 35178 H2 TIP3X1177 -14.080 39.820 18.160 1.00 0.00 W3 H +ATOM 35179 OH2 TIP3X1178 -2.270 21.490 -22.550 1.00 0.00 W3 O +ATOM 35180 H1 TIP3X1178 -2.000 20.680 -22.100 1.00 0.00 W3 H +ATOM 35181 H2 TIP3X1178 -1.740 22.170 -22.150 1.00 0.00 W3 H +ATOM 35182 OH2 TIP3X1179 39.970 -31.020 29.260 1.00 0.00 W3 O +ATOM 35183 H1 TIP3X1179 39.820 -30.100 29.090 1.00 0.00 W3 H +ATOM 35184 H2 TIP3X1179 39.180 -31.300 29.730 1.00 0.00 W3 H +ATOM 35185 OH2 TIP3X1180 37.650 5.040 37.780 1.00 0.00 W3 O +ATOM 35186 H1 TIP3X1180 38.400 4.730 38.280 1.00 0.00 W3 H +ATOM 35187 H2 TIP3X1180 37.740 5.990 37.750 1.00 0.00 W3 H +ATOM 35188 OH2 TIP3X1181 9.370 26.920 -24.180 1.00 0.00 W3 O +ATOM 35189 H1 TIP3X1181 10.060 26.440 -23.720 1.00 0.00 W3 H +ATOM 35190 H2 TIP3X1181 9.160 26.350 -24.930 1.00 0.00 W3 H +ATOM 35191 OH2 TIP3X1182 23.300 31.220 -28.900 1.00 0.00 W3 O +ATOM 35192 H1 TIP3X1182 23.520 31.660 -28.080 1.00 0.00 W3 H +ATOM 35193 H2 TIP3X1182 22.380 31.440 -29.040 1.00 0.00 W3 H +ATOM 35194 OH2 TIP3X1183 8.770 27.290 29.790 1.00 0.00 W3 O +ATOM 35195 H1 TIP3X1183 8.420 28.050 29.340 1.00 0.00 W3 H +ATOM 35196 H2 TIP3X1183 8.260 26.560 29.440 1.00 0.00 W3 H +ATOM 35197 OH2 TIP3X1184 27.910 17.340 -37.340 1.00 0.00 W3 O +ATOM 35198 H1 TIP3X1184 26.970 17.500 -37.390 1.00 0.00 W3 H +ATOM 35199 H2 TIP3X1184 28.300 18.030 -37.880 1.00 0.00 W3 H +ATOM 35200 OH2 TIP3X1185 48.140 -19.200 23.240 1.00 0.00 W3 O +ATOM 35201 H1 TIP3X1185 47.570 -18.460 23.440 1.00 0.00 W3 H +ATOM 35202 H2 TIP3X1185 48.310 -19.110 22.290 1.00 0.00 W3 H +ATOM 35203 OH2 TIP3X1186 -44.490 -21.030 -24.450 1.00 0.00 W3 O +ATOM 35204 H1 TIP3X1186 -44.310 -20.100 -24.530 1.00 0.00 W3 H +ATOM 35205 H2 TIP3X1186 -43.950 -21.440 -25.130 1.00 0.00 W3 H +ATOM 35206 OH2 TIP3X1187 27.350 -19.700 -28.490 1.00 0.00 W3 O +ATOM 35207 H1 TIP3X1187 27.510 -20.290 -29.230 1.00 0.00 W3 H +ATOM 35208 H2 TIP3X1187 27.800 -20.120 -27.760 1.00 0.00 W3 H +ATOM 35209 OH2 TIP3X1188 -10.080 -29.780 -38.020 1.00 0.00 W3 O +ATOM 35210 H1 TIP3X1188 -10.480 -29.600 -38.870 1.00 0.00 W3 H +ATOM 35211 H2 TIP3X1188 -10.560 -30.530 -37.670 1.00 0.00 W3 H +ATOM 35212 OH2 TIP3X1189 35.020 6.100 27.120 1.00 0.00 W3 O +ATOM 35213 H1 TIP3X1189 35.960 6.010 27.270 1.00 0.00 W3 H +ATOM 35214 H2 TIP3X1189 34.850 7.040 27.120 1.00 0.00 W3 H +ATOM 35215 OH2 TIP3X1190 -23.010 6.430 24.670 1.00 0.00 W3 O +ATOM 35216 H1 TIP3X1190 -23.930 6.190 24.660 1.00 0.00 W3 H +ATOM 35217 H2 TIP3X1190 -22.680 6.200 23.800 1.00 0.00 W3 H +ATOM 35218 OH2 TIP3X1191 45.470 -1.960 32.020 1.00 0.00 W3 O +ATOM 35219 H1 TIP3X1191 45.440 -2.900 32.210 1.00 0.00 W3 H +ATOM 35220 H2 TIP3X1191 45.970 -1.580 32.740 1.00 0.00 W3 H +ATOM 35221 OH2 TIP3X1192 11.670 20.010 21.370 1.00 0.00 W3 O +ATOM 35222 H1 TIP3X1192 12.490 20.490 21.510 1.00 0.00 W3 H +ATOM 35223 H2 TIP3X1192 11.930 19.240 20.870 1.00 0.00 W3 H +ATOM 35224 OH2 TIP3X1193 -42.810 20.910 -4.470 1.00 0.00 W3 O +ATOM 35225 H1 TIP3X1193 -42.800 21.700 -3.920 1.00 0.00 W3 H +ATOM 35226 H2 TIP3X1193 -43.600 20.440 -4.210 1.00 0.00 W3 H +ATOM 35227 OH2 TIP3X1194 -39.980 5.730 -48.610 1.00 0.00 W3 O +ATOM 35228 H1 TIP3X1194 -40.130 5.380 -47.740 1.00 0.00 W3 H +ATOM 35229 H2 TIP3X1194 -40.180 5.010 -49.200 1.00 0.00 W3 H +ATOM 35230 OH2 TIP3X1195 35.380 -18.300 -25.900 1.00 0.00 W3 O +ATOM 35231 H1 TIP3X1195 35.220 -17.540 -25.340 1.00 0.00 W3 H +ATOM 35232 H2 TIP3X1195 34.770 -18.190 -26.630 1.00 0.00 W3 H +ATOM 35233 OH2 TIP3X1196 -21.470 -16.570 37.770 1.00 0.00 W3 O +ATOM 35234 H1 TIP3X1196 -22.320 -17.020 37.790 1.00 0.00 W3 H +ATOM 35235 H2 TIP3X1196 -21.630 -15.780 37.260 1.00 0.00 W3 H +ATOM 35236 OH2 TIP3X1197 -20.870 3.580 26.050 1.00 0.00 W3 O +ATOM 35237 H1 TIP3X1197 -20.960 3.460 25.110 1.00 0.00 W3 H +ATOM 35238 H2 TIP3X1197 -21.550 3.010 26.420 1.00 0.00 W3 H +ATOM 35239 OH2 TIP3X1198 -36.890 -23.590 -35.420 1.00 0.00 W3 O +ATOM 35240 H1 TIP3X1198 -36.560 -23.640 -34.520 1.00 0.00 W3 H +ATOM 35241 H2 TIP3X1198 -37.660 -24.150 -35.420 1.00 0.00 W3 H +ATOM 35242 OH2 TIP3X1199 13.070 -27.100 -44.090 1.00 0.00 W3 O +ATOM 35243 H1 TIP3X1199 13.410 -26.830 -43.240 1.00 0.00 W3 H +ATOM 35244 H2 TIP3X1199 12.210 -26.670 -44.160 1.00 0.00 W3 H +ATOM 35245 OH2 TIP3X1200 -8.140 -23.070 -43.880 1.00 0.00 W3 O +ATOM 35246 H1 TIP3X1200 -8.170 -23.580 -43.070 1.00 0.00 W3 H +ATOM 35247 H2 TIP3X1200 -8.990 -22.620 -43.900 1.00 0.00 W3 H +ATOM 35248 OH2 TIP3X1201 13.810 37.830 19.510 1.00 0.00 W3 O +ATOM 35249 H1 TIP3X1201 14.180 37.850 20.390 1.00 0.00 W3 H +ATOM 35250 H2 TIP3X1201 14.460 38.280 18.970 1.00 0.00 W3 H +ATOM 35251 OH2 TIP3X1202 -25.190 40.320 -48.230 1.00 0.00 W3 O +ATOM 35252 H1 TIP3X1202 -25.310 39.880 -47.390 1.00 0.00 W3 H +ATOM 35253 H2 TIP3X1202 -25.810 41.050 -48.200 1.00 0.00 W3 H +ATOM 35254 OH2 TIP3X1203 -23.850 14.680 -40.920 1.00 0.00 W3 O +ATOM 35255 H1 TIP3X1203 -23.720 15.570 -41.270 1.00 0.00 W3 H +ATOM 35256 H2 TIP3X1203 -24.410 14.800 -40.160 1.00 0.00 W3 H +ATOM 35257 OH2 TIP3X1204 -38.630 32.580 -36.940 1.00 0.00 W3 O +ATOM 35258 H1 TIP3X1204 -37.780 32.860 -36.580 1.00 0.00 W3 H +ATOM 35259 H2 TIP3X1204 -38.490 32.600 -37.880 1.00 0.00 W3 H +ATOM 35260 OH2 TIP3X1205 24.980 39.600 -30.480 1.00 0.00 W3 O +ATOM 35261 H1 TIP3X1205 24.350 38.920 -30.730 1.00 0.00 W3 H +ATOM 35262 H2 TIP3X1205 24.950 40.230 -31.190 1.00 0.00 W3 H +ATOM 35263 OH2 TIP3X1206 23.470 4.460 -32.060 1.00 0.00 W3 O +ATOM 35264 H1 TIP3X1206 23.740 3.940 -31.300 1.00 0.00 W3 H +ATOM 35265 H2 TIP3X1206 24.160 5.110 -32.150 1.00 0.00 W3 H +ATOM 35266 OH2 TIP3X1207 -44.250 16.700 -28.260 1.00 0.00 W3 O +ATOM 35267 H1 TIP3X1207 -44.010 16.730 -27.340 1.00 0.00 W3 H +ATOM 35268 H2 TIP3X1207 -44.380 17.610 -28.520 1.00 0.00 W3 H +ATOM 35269 OH2 TIP3X1208 4.190 19.690 -28.720 1.00 0.00 W3 O +ATOM 35270 H1 TIP3X1208 4.250 19.370 -27.830 1.00 0.00 W3 H +ATOM 35271 H2 TIP3X1208 4.950 19.300 -29.170 1.00 0.00 W3 H +ATOM 35272 OH2 TIP3X1209 49.000 33.650 21.130 1.00 0.00 W3 O +ATOM 35273 H1 TIP3X1209 48.830 32.800 21.560 1.00 0.00 W3 H +ATOM 35274 H2 TIP3X1209 48.790 33.500 20.210 1.00 0.00 W3 H +ATOM 35275 OH2 TIP3X1210 -21.560 34.290 36.450 1.00 0.00 W3 O +ATOM 35276 H1 TIP3X1210 -21.170 35.000 35.940 1.00 0.00 W3 H +ATOM 35277 H2 TIP3X1210 -21.400 34.520 37.360 1.00 0.00 W3 H +ATOM 35278 OH2 TIP3X1211 20.790 -17.230 36.070 1.00 0.00 W3 O +ATOM 35279 H1 TIP3X1211 21.210 -16.430 35.760 1.00 0.00 W3 H +ATOM 35280 H2 TIP3X1211 21.070 -17.900 35.440 1.00 0.00 W3 H +ATOM 35281 OH2 TIP3X1212 44.410 -36.620 -29.560 1.00 0.00 W3 O +ATOM 35282 H1 TIP3X1212 44.400 -36.390 -30.500 1.00 0.00 W3 H +ATOM 35283 H2 TIP3X1212 43.570 -36.310 -29.230 1.00 0.00 W3 H +ATOM 35284 OH2 TIP3X1213 4.630 -48.060 -42.430 1.00 0.00 W3 O +ATOM 35285 H1 TIP3X1213 4.690 -48.460 -41.560 1.00 0.00 W3 H +ATOM 35286 H2 TIP3X1213 3.690 -48.100 -42.650 1.00 0.00 W3 H +ATOM 35287 OH2 TIP3X1214 44.910 -41.710 -29.240 1.00 0.00 W3 O +ATOM 35288 H1 TIP3X1214 45.060 -40.770 -29.400 1.00 0.00 W3 H +ATOM 35289 H2 TIP3X1214 43.970 -41.830 -29.410 1.00 0.00 W3 H +ATOM 35290 OH2 TIP3X1215 43.320 -49.210 20.080 1.00 0.00 W3 O +ATOM 35291 H1 TIP3X1215 43.580 -48.820 19.240 1.00 0.00 W3 H +ATOM 35292 H2 TIP3X1215 43.980 -49.900 20.230 1.00 0.00 W3 H +ATOM 35293 OH2 TIP3X1216 6.090 -36.440 -36.870 1.00 0.00 W3 O +ATOM 35294 H1 TIP3X1216 6.350 -35.680 -36.340 1.00 0.00 W3 H +ATOM 35295 H2 TIP3X1216 6.890 -36.950 -36.940 1.00 0.00 W3 H +ATOM 35296 OH2 TIP3X1217 -34.010 -6.140 -43.320 1.00 0.00 W3 O +ATOM 35297 H1 TIP3X1217 -34.440 -6.060 -42.470 1.00 0.00 W3 H +ATOM 35298 H2 TIP3X1217 -33.090 -6.330 -43.110 1.00 0.00 W3 H +ATOM 35299 OH2 TIP3X1218 11.170 25.850 -33.780 1.00 0.00 W3 O +ATOM 35300 H1 TIP3X1218 11.380 25.740 -32.850 1.00 0.00 W3 H +ATOM 35301 H2 TIP3X1218 10.640 26.640 -33.820 1.00 0.00 W3 H +ATOM 35302 OH2 TIP3X1219 -6.600 -39.580 35.790 1.00 0.00 W3 O +ATOM 35303 H1 TIP3X1219 -6.290 -38.930 35.140 1.00 0.00 W3 H +ATOM 35304 H2 TIP3X1219 -7.180 -40.150 35.300 1.00 0.00 W3 H +ATOM 35305 OH2 TIP3X1220 -1.830 -36.990 32.970 1.00 0.00 W3 O +ATOM 35306 H1 TIP3X1220 -1.720 -36.260 33.590 1.00 0.00 W3 H +ATOM 35307 H2 TIP3X1220 -2.490 -37.560 33.380 1.00 0.00 W3 H +ATOM 35308 OH2 TIP3X1221 30.000 17.000 -46.190 1.00 0.00 W3 O +ATOM 35309 H1 TIP3X1221 30.950 16.970 -46.020 1.00 0.00 W3 H +ATOM 35310 H2 TIP3X1221 29.590 16.670 -45.390 1.00 0.00 W3 H +ATOM 35311 OH2 TIP3X1222 8.560 36.870 -46.640 1.00 0.00 W3 O +ATOM 35312 H1 TIP3X1222 8.270 37.660 -46.180 1.00 0.00 W3 H +ATOM 35313 H2 TIP3X1222 9.430 37.090 -46.960 1.00 0.00 W3 H +ATOM 35314 OH2 TIP3X1223 -19.940 -51.680 18.840 1.00 0.00 W3 O +ATOM 35315 H1 TIP3X1223 -19.780 -50.760 18.640 1.00 0.00 W3 H +ATOM 35316 H2 TIP3X1223 -20.880 -51.740 18.970 1.00 0.00 W3 H +ATOM 35317 OH2 TIP3X1224 17.210 -45.190 -29.530 1.00 0.00 W3 O +ATOM 35318 H1 TIP3X1224 16.930 -45.800 -30.220 1.00 0.00 W3 H +ATOM 35319 H2 TIP3X1224 17.160 -45.720 -28.730 1.00 0.00 W3 H +ATOM 35320 OH2 TIP3X1225 -40.770 -41.330 -37.330 1.00 0.00 W3 O +ATOM 35321 H1 TIP3X1225 -40.820 -42.260 -37.100 1.00 0.00 W3 H +ATOM 35322 H2 TIP3X1225 -41.670 -41.090 -37.510 1.00 0.00 W3 H +ATOM 35323 OH2 TIP3X1226 14.970 40.530 -30.830 1.00 0.00 W3 O +ATOM 35324 H1 TIP3X1226 15.640 41.200 -30.670 1.00 0.00 W3 H +ATOM 35325 H2 TIP3X1226 14.580 40.770 -31.670 1.00 0.00 W3 H +ATOM 35326 OH2 TIP3X1227 -27.100 19.350 -29.260 1.00 0.00 W3 O +ATOM 35327 H1 TIP3X1227 -27.030 20.300 -29.180 1.00 0.00 W3 H +ATOM 35328 H2 TIP3X1227 -26.910 19.020 -28.390 1.00 0.00 W3 H +ATOM 35329 OH2 TIP3X1228 3.230 7.700 32.920 1.00 0.00 W3 O +ATOM 35330 H1 TIP3X1228 3.530 7.870 33.820 1.00 0.00 W3 H +ATOM 35331 H2 TIP3X1228 3.090 8.580 32.560 1.00 0.00 W3 H +ATOM 35332 OH2 TIP3X1229 11.540 -45.930 30.230 1.00 0.00 W3 O +ATOM 35333 H1 TIP3X1229 11.900 -45.110 30.550 1.00 0.00 W3 H +ATOM 35334 H2 TIP3X1229 10.590 -45.850 30.340 1.00 0.00 W3 H +ATOM 35335 OH2 TIP3X1230 -20.580 35.750 -24.710 1.00 0.00 W3 O +ATOM 35336 H1 TIP3X1230 -20.660 35.270 -23.880 1.00 0.00 W3 H +ATOM 35337 H2 TIP3X1230 -19.800 35.380 -25.120 1.00 0.00 W3 H +ATOM 35338 OH2 TIP3X1231 13.130 -31.320 -50.400 1.00 0.00 W3 O +ATOM 35339 H1 TIP3X1231 12.750 -30.650 -49.830 1.00 0.00 W3 H +ATOM 35340 H2 TIP3X1231 13.890 -31.640 -49.910 1.00 0.00 W3 H +ATOM 35341 OH2 TIP3X1232 43.590 9.590 -25.180 1.00 0.00 W3 O +ATOM 35342 H1 TIP3X1232 43.900 9.790 -24.290 1.00 0.00 W3 H +ATOM 35343 H2 TIP3X1232 42.790 10.100 -25.260 1.00 0.00 W3 H +ATOM 35344 OH2 TIP3X1233 33.520 9.710 18.230 1.00 0.00 W3 O +ATOM 35345 H1 TIP3X1233 34.250 9.120 18.080 1.00 0.00 W3 H +ATOM 35346 H2 TIP3X1233 32.740 9.160 18.170 1.00 0.00 W3 H +ATOM 35347 OH2 TIP3X1234 4.090 29.880 -22.400 1.00 0.00 W3 O +ATOM 35348 H1 TIP3X1234 5.010 30.140 -22.400 1.00 0.00 W3 H +ATOM 35349 H2 TIP3X1234 4.110 28.930 -22.480 1.00 0.00 W3 H +ATOM 35350 OH2 TIP3X1235 41.190 -13.790 -17.820 1.00 0.00 W3 O +ATOM 35351 H1 TIP3X1235 41.570 -14.420 -17.200 1.00 0.00 W3 H +ATOM 35352 H2 TIP3X1235 40.270 -13.680 -17.530 1.00 0.00 W3 H +ATOM 35353 OH2 TIP3X1236 -28.540 -34.610 32.080 1.00 0.00 W3 O +ATOM 35354 H1 TIP3X1236 -28.200 -35.500 31.950 1.00 0.00 W3 H +ATOM 35355 H2 TIP3X1236 -28.030 -34.070 31.470 1.00 0.00 W3 H +ATOM 35356 OH2 TIP3X1237 -22.650 -25.520 20.640 1.00 0.00 W3 O +ATOM 35357 H1 TIP3X1237 -22.990 -24.620 20.740 1.00 0.00 W3 H +ATOM 35358 H2 TIP3X1237 -22.440 -25.590 19.710 1.00 0.00 W3 H +ATOM 35359 OH2 TIP3X1238 -31.350 20.550 -38.260 1.00 0.00 W3 O +ATOM 35360 H1 TIP3X1238 -32.060 20.000 -37.920 1.00 0.00 W3 H +ATOM 35361 H2 TIP3X1238 -31.570 21.440 -37.990 1.00 0.00 W3 H +ATOM 35362 OH2 TIP3X1239 16.610 -2.090 -33.550 1.00 0.00 W3 O +ATOM 35363 H1 TIP3X1239 15.830 -2.540 -33.840 1.00 0.00 W3 H +ATOM 35364 H2 TIP3X1239 17.290 -2.780 -33.540 1.00 0.00 W3 H +ATOM 35365 OH2 TIP3X1240 -27.080 14.560 -14.450 1.00 0.00 W3 O +ATOM 35366 H1 TIP3X1240 -26.410 14.010 -14.840 1.00 0.00 W3 H +ATOM 35367 H2 TIP3X1240 -27.900 14.130 -14.660 1.00 0.00 W3 H +ATOM 35368 OH2 TIP3X1241 -36.180 31.410 26.330 1.00 0.00 W3 O +ATOM 35369 H1 TIP3X1241 -36.100 32.200 26.860 1.00 0.00 W3 H +ATOM 35370 H2 TIP3X1241 -37.120 31.350 26.140 1.00 0.00 W3 H +ATOM 35371 OH2 TIP3X1242 43.680 -23.740 -38.020 1.00 0.00 W3 O +ATOM 35372 H1 TIP3X1242 42.880 -24.270 -38.060 1.00 0.00 W3 H +ATOM 35373 H2 TIP3X1242 43.600 -23.260 -37.200 1.00 0.00 W3 H +ATOM 35374 OH2 TIP3X1243 16.930 -38.790 -36.740 1.00 0.00 W3 O +ATOM 35375 H1 TIP3X1243 17.280 -38.650 -35.870 1.00 0.00 W3 H +ATOM 35376 H2 TIP3X1243 17.200 -38.020 -37.240 1.00 0.00 W3 H +ATOM 35377 OH2 TIP3X1244 39.490 1.330 29.860 1.00 0.00 W3 O +ATOM 35378 H1 TIP3X1244 40.010 1.570 30.620 1.00 0.00 W3 H +ATOM 35379 H2 TIP3X1244 38.590 1.270 30.170 1.00 0.00 W3 H +ATOM 35380 OH2 TIP3X1245 -36.480 4.390 -25.950 1.00 0.00 W3 O +ATOM 35381 H1 TIP3X1245 -36.480 4.660 -26.860 1.00 0.00 W3 H +ATOM 35382 H2 TIP3X1245 -36.550 5.200 -25.460 1.00 0.00 W3 H +ATOM 35383 OH2 TIP3X1246 -38.400 -40.240 -30.160 1.00 0.00 W3 O +ATOM 35384 H1 TIP3X1246 -38.690 -40.080 -29.250 1.00 0.00 W3 H +ATOM 35385 H2 TIP3X1246 -39.050 -40.850 -30.500 1.00 0.00 W3 H +ATOM 35386 OH2 TIP3X1247 -40.960 32.700 27.830 1.00 0.00 W3 O +ATOM 35387 H1 TIP3X1247 -41.650 32.070 28.060 1.00 0.00 W3 H +ATOM 35388 H2 TIP3X1247 -41.340 33.560 28.010 1.00 0.00 W3 H +ATOM 35389 OH2 TIP3X1248 -25.940 36.560 31.650 1.00 0.00 W3 O +ATOM 35390 H1 TIP3X1248 -25.180 37.140 31.640 1.00 0.00 W3 H +ATOM 35391 H2 TIP3X1248 -26.600 37.030 32.150 1.00 0.00 W3 H +ATOM 35392 OH2 TIP3X1249 37.170 -28.490 -30.360 1.00 0.00 W3 O +ATOM 35393 H1 TIP3X1249 36.650 -28.740 -31.130 1.00 0.00 W3 H +ATOM 35394 H2 TIP3X1249 37.520 -29.320 -30.020 1.00 0.00 W3 H +ATOM 35395 OH2 TIP3X1250 -45.530 -39.730 -41.920 1.00 0.00 W3 O +ATOM 35396 H1 TIP3X1250 -45.040 -40.070 -42.660 1.00 0.00 W3 H +ATOM 35397 H2 TIP3X1250 -45.720 -38.820 -42.150 1.00 0.00 W3 H +ATOM 35398 OH2 TIP3X1251 33.730 -36.260 28.150 1.00 0.00 W3 O +ATOM 35399 H1 TIP3X1251 33.350 -35.730 28.840 1.00 0.00 W3 H +ATOM 35400 H2 TIP3X1251 34.050 -35.640 27.510 1.00 0.00 W3 H +ATOM 35401 OH2 TIP3X1252 -0.530 -1.550 34.070 1.00 0.00 W3 O +ATOM 35402 H1 TIP3X1252 0.130 -1.430 33.390 1.00 0.00 W3 H +ATOM 35403 H2 TIP3X1252 -1.320 -1.840 33.590 1.00 0.00 W3 H +ATOM 35404 OH2 TIP3X1253 24.290 3.590 -43.520 1.00 0.00 W3 O +ATOM 35405 H1 TIP3X1253 24.540 3.040 -42.760 1.00 0.00 W3 H +ATOM 35406 H2 TIP3X1253 24.400 3.020 -44.270 1.00 0.00 W3 H +ATOM 35407 OH2 TIP3X1254 -41.230 -35.360 19.600 1.00 0.00 W3 O +ATOM 35408 H1 TIP3X1254 -41.680 -34.700 19.080 1.00 0.00 W3 H +ATOM 35409 H2 TIP3X1254 -41.910 -35.820 20.070 1.00 0.00 W3 H +ATOM 35410 OH2 TIP3X1255 8.770 29.560 -39.810 1.00 0.00 W3 O +ATOM 35411 H1 TIP3X1255 9.040 30.460 -39.630 1.00 0.00 W3 H +ATOM 35412 H2 TIP3X1255 9.580 29.050 -39.760 1.00 0.00 W3 H +ATOM 35413 OH2 TIP3X1256 -18.710 6.750 26.320 1.00 0.00 W3 O +ATOM 35414 H1 TIP3X1256 -19.490 6.670 26.870 1.00 0.00 W3 H +ATOM 35415 H2 TIP3X1256 -19.030 7.120 25.490 1.00 0.00 W3 H +ATOM 35416 OH2 TIP3X1257 -2.490 -5.060 -44.590 1.00 0.00 W3 O +ATOM 35417 H1 TIP3X1257 -2.240 -5.790 -45.170 1.00 0.00 W3 H +ATOM 35418 H2 TIP3X1257 -2.650 -4.320 -45.190 1.00 0.00 W3 H +ATOM 35419 OH2 TIP3X1258 -25.790 -45.910 -29.290 1.00 0.00 W3 O +ATOM 35420 H1 TIP3X1258 -25.710 -45.260 -28.600 1.00 0.00 W3 H +ATOM 35421 H2 TIP3X1258 -26.710 -45.940 -29.500 1.00 0.00 W3 H +ATOM 35422 OH2 TIP3X1259 11.910 -15.740 -46.230 1.00 0.00 W3 O +ATOM 35423 H1 TIP3X1259 11.580 -16.630 -46.210 1.00 0.00 W3 H +ATOM 35424 H2 TIP3X1259 12.110 -15.570 -47.150 1.00 0.00 W3 H +ATOM 35425 OH2 TIP3X1260 -30.010 -30.510 19.990 1.00 0.00 W3 O +ATOM 35426 H1 TIP3X1260 -30.300 -30.930 19.190 1.00 0.00 W3 H +ATOM 35427 H2 TIP3X1260 -29.440 -31.160 20.410 1.00 0.00 W3 H +ATOM 35428 OH2 TIP3X1261 18.200 -3.970 -46.910 1.00 0.00 W3 O +ATOM 35429 H1 TIP3X1261 19.080 -4.240 -46.640 1.00 0.00 W3 H +ATOM 35430 H2 TIP3X1261 18.290 -3.040 -47.110 1.00 0.00 W3 H +ATOM 35431 OH2 TIP3X1262 -33.230 -18.180 -40.390 1.00 0.00 W3 O +ATOM 35432 H1 TIP3X1262 -33.260 -19.100 -40.130 1.00 0.00 W3 H +ATOM 35433 H2 TIP3X1262 -33.800 -17.720 -39.780 1.00 0.00 W3 H +ATOM 35434 OH2 TIP3X1263 -3.560 -43.830 33.900 1.00 0.00 W3 O +ATOM 35435 H1 TIP3X1263 -2.830 -44.420 33.700 1.00 0.00 W3 H +ATOM 35436 H2 TIP3X1263 -4.010 -43.720 33.050 1.00 0.00 W3 H +ATOM 35437 OH2 TIP3X1264 45.980 -25.470 -25.730 1.00 0.00 W3 O +ATOM 35438 H1 TIP3X1264 46.270 -26.040 -25.030 1.00 0.00 W3 H +ATOM 35439 H2 TIP3X1264 46.230 -24.600 -25.440 1.00 0.00 W3 H +ATOM 35440 OH2 TIP3X1265 23.260 -0.270 -42.370 1.00 0.00 W3 O +ATOM 35441 H1 TIP3X1265 23.410 -1.130 -41.950 1.00 0.00 W3 H +ATOM 35442 H2 TIP3X1265 24.020 -0.150 -42.930 1.00 0.00 W3 H +ATOM 35443 OH2 TIP3X1266 1.580 27.380 34.490 1.00 0.00 W3 O +ATOM 35444 H1 TIP3X1266 1.900 27.940 35.200 1.00 0.00 W3 H +ATOM 35445 H2 TIP3X1266 1.770 26.480 34.790 1.00 0.00 W3 H +ATOM 35446 OH2 TIP3X1267 13.780 -11.500 18.420 1.00 0.00 W3 O +ATOM 35447 H1 TIP3X1267 14.230 -12.350 18.470 1.00 0.00 W3 H +ATOM 35448 H2 TIP3X1267 12.860 -11.700 18.570 1.00 0.00 W3 H +ATOM 35449 OH2 TIP3X1268 44.820 9.140 -45.090 1.00 0.00 W3 O +ATOM 35450 H1 TIP3X1268 44.510 9.870 -45.620 1.00 0.00 W3 H +ATOM 35451 H2 TIP3X1268 44.340 8.380 -45.420 1.00 0.00 W3 H +ATOM 35452 OH2 TIP3X1269 -3.460 40.020 -49.220 1.00 0.00 W3 O +ATOM 35453 H1 TIP3X1269 -3.190 39.430 -48.520 1.00 0.00 W3 H +ATOM 35454 H2 TIP3X1269 -3.280 40.890 -48.880 1.00 0.00 W3 H +ATOM 35455 OH2 TIP3X1270 -0.520 6.930 31.860 1.00 0.00 W3 O +ATOM 35456 H1 TIP3X1270 -0.310 7.090 30.950 1.00 0.00 W3 H +ATOM 35457 H2 TIP3X1270 -0.270 7.740 32.320 1.00 0.00 W3 H +ATOM 35458 OH2 TIP3X1271 -44.120 -32.970 -33.980 1.00 0.00 W3 O +ATOM 35459 H1 TIP3X1271 -44.170 -32.720 -34.910 1.00 0.00 W3 H +ATOM 35460 H2 TIP3X1271 -45.030 -32.980 -33.700 1.00 0.00 W3 H +ATOM 35461 OH2 TIP3X1272 -26.200 40.380 36.750 1.00 0.00 W3 O +ATOM 35462 H1 TIP3X1272 -25.810 40.210 35.900 1.00 0.00 W3 H +ATOM 35463 H2 TIP3X1272 -26.860 39.700 36.860 1.00 0.00 W3 H +ATOM 35464 OH2 TIP3X1273 3.560 -47.030 -52.840 1.00 0.00 W3 O +ATOM 35465 H1 TIP3X1273 3.970 -47.770 -53.290 1.00 0.00 W3 H +ATOM 35466 H2 TIP3X1273 4.300 -46.520 -52.500 1.00 0.00 W3 H +ATOM 35467 OH2 TIP3X1274 -14.990 25.590 30.000 1.00 0.00 W3 O +ATOM 35468 H1 TIP3X1274 -14.660 24.740 29.700 1.00 0.00 W3 H +ATOM 35469 H2 TIP3X1274 -14.230 26.020 30.400 1.00 0.00 W3 H +ATOM 35470 OH2 TIP3X1275 6.120 -4.540 -49.140 1.00 0.00 W3 O +ATOM 35471 H1 TIP3X1275 6.310 -5.260 -48.540 1.00 0.00 W3 H +ATOM 35472 H2 TIP3X1275 6.700 -3.830 -48.850 1.00 0.00 W3 H +ATOM 35473 OH2 TIP3X1276 10.080 20.420 -34.690 1.00 0.00 W3 O +ATOM 35474 H1 TIP3X1276 9.280 20.850 -35.000 1.00 0.00 W3 H +ATOM 35475 H2 TIP3X1276 10.800 20.920 -35.090 1.00 0.00 W3 H +ATOM 35476 OH2 TIP3X1277 33.640 9.680 -34.610 1.00 0.00 W3 O +ATOM 35477 H1 TIP3X1277 34.480 10.140 -34.630 1.00 0.00 W3 H +ATOM 35478 H2 TIP3X1277 32.990 10.380 -34.650 1.00 0.00 W3 H +ATOM 35479 OH2 TIP3X1278 43.180 15.360 -39.130 1.00 0.00 W3 O +ATOM 35480 H1 TIP3X1278 44.050 15.310 -39.510 1.00 0.00 W3 H +ATOM 35481 H2 TIP3X1278 42.590 15.300 -39.880 1.00 0.00 W3 H +ATOM 35482 OH2 TIP3X1279 13.440 -27.800 -22.730 1.00 0.00 W3 O +ATOM 35483 H1 TIP3X1279 12.580 -28.150 -22.550 1.00 0.00 W3 H +ATOM 35484 H2 TIP3X1279 13.980 -28.090 -21.990 1.00 0.00 W3 H +ATOM 35485 OH2 TIP3X1280 -34.260 1.060 -30.440 1.00 0.00 W3 O +ATOM 35486 H1 TIP3X1280 -35.220 1.110 -30.470 1.00 0.00 W3 H +ATOM 35487 H2 TIP3X1280 -34.060 0.860 -29.520 1.00 0.00 W3 H +ATOM 35488 OH2 TIP3X1281 -32.480 -34.840 12.770 1.00 0.00 W3 O +ATOM 35489 H1 TIP3X1281 -33.330 -35.100 13.140 1.00 0.00 W3 H +ATOM 35490 H2 TIP3X1281 -32.500 -33.880 12.770 1.00 0.00 W3 H +ATOM 35491 OH2 TIP3X1282 -21.740 -4.670 -34.080 1.00 0.00 W3 O +ATOM 35492 H1 TIP3X1282 -21.820 -5.120 -34.910 1.00 0.00 W3 H +ATOM 35493 H2 TIP3X1282 -22.610 -4.740 -33.680 1.00 0.00 W3 H +ATOM 35494 OH2 TIP3X1283 -10.830 -3.550 24.460 1.00 0.00 W3 O +ATOM 35495 H1 TIP3X1283 -11.450 -3.680 23.740 1.00 0.00 W3 H +ATOM 35496 H2 TIP3X1283 -11.340 -3.100 25.130 1.00 0.00 W3 H +ATOM 35497 OH2 TIP3X1284 -39.030 -49.690 28.840 1.00 0.00 W3 O +ATOM 35498 H1 TIP3X1284 -38.950 -48.810 29.220 1.00 0.00 W3 H +ATOM 35499 H2 TIP3X1284 -38.730 -50.270 29.530 1.00 0.00 W3 H +ATOM 35500 OH2 TIP3X1285 -42.620 14.930 19.600 1.00 0.00 W3 O +ATOM 35501 H1 TIP3X1285 -41.790 14.850 19.120 1.00 0.00 W3 H +ATOM 35502 H2 TIP3X1285 -42.840 14.020 19.830 1.00 0.00 W3 H +ATOM 35503 OH2 TIP3X1286 -11.380 8.510 27.060 1.00 0.00 W3 O +ATOM 35504 H1 TIP3X1286 -10.600 8.550 27.610 1.00 0.00 W3 H +ATOM 35505 H2 TIP3X1286 -11.350 9.320 26.540 1.00 0.00 W3 H +ATOM 35506 OH2 TIP3X1287 18.890 3.690 -16.920 1.00 0.00 W3 O +ATOM 35507 H1 TIP3X1287 18.820 2.770 -17.170 1.00 0.00 W3 H +ATOM 35508 H2 TIP3X1287 18.000 3.940 -16.680 1.00 0.00 W3 H +ATOM 35509 OH2 TIP3X1288 18.260 -17.370 -42.930 1.00 0.00 W3 O +ATOM 35510 H1 TIP3X1288 18.410 -16.790 -42.190 1.00 0.00 W3 H +ATOM 35511 H2 TIP3X1288 17.310 -17.480 -42.940 1.00 0.00 W3 H +ATOM 35512 OH2 TIP3X1289 1.130 20.180 22.270 1.00 0.00 W3 O +ATOM 35513 H1 TIP3X1289 0.620 20.200 21.470 1.00 0.00 W3 H +ATOM 35514 H2 TIP3X1289 2.000 19.920 22.000 1.00 0.00 W3 H +ATOM 35515 OH2 TIP3X1290 -24.870 -19.360 -39.170 1.00 0.00 W3 O +ATOM 35516 H1 TIP3X1290 -25.600 -19.540 -39.760 1.00 0.00 W3 H +ATOM 35517 H2 TIP3X1290 -24.110 -19.770 -39.560 1.00 0.00 W3 H +ATOM 35518 OH2 TIP3X1291 48.800 -49.200 14.290 1.00 0.00 W3 O +ATOM 35519 H1 TIP3X1291 48.950 -49.430 13.370 1.00 0.00 W3 H +ATOM 35520 H2 TIP3X1291 49.240 -48.360 14.410 1.00 0.00 W3 H +ATOM 35521 OH2 TIP3X1292 18.830 35.110 -31.890 1.00 0.00 W3 O +ATOM 35522 H1 TIP3X1292 18.520 35.970 -32.180 1.00 0.00 W3 H +ATOM 35523 H2 TIP3X1292 19.370 34.800 -32.610 1.00 0.00 W3 H +ATOM 35524 OH2 TIP3X1293 14.780 -44.450 -36.890 1.00 0.00 W3 O +ATOM 35525 H1 TIP3X1293 14.810 -45.300 -36.450 1.00 0.00 W3 H +ATOM 35526 H2 TIP3X1293 14.000 -44.490 -37.450 1.00 0.00 W3 H +ATOM 35527 OH2 TIP3X1294 1.160 25.760 -31.640 1.00 0.00 W3 O +ATOM 35528 H1 TIP3X1294 1.250 25.040 -31.030 1.00 0.00 W3 H +ATOM 35529 H2 TIP3X1294 0.860 25.350 -32.460 1.00 0.00 W3 H +ATOM 35530 OH2 TIP3X1295 -41.040 -18.760 -22.890 1.00 0.00 W3 O +ATOM 35531 H1 TIP3X1295 -40.620 -19.420 -22.330 1.00 0.00 W3 H +ATOM 35532 H2 TIP3X1295 -41.920 -18.670 -22.530 1.00 0.00 W3 H +ATOM 35533 OH2 TIP3X1296 -26.000 -9.070 -33.280 1.00 0.00 W3 O +ATOM 35534 H1 TIP3X1296 -25.160 -8.690 -33.580 1.00 0.00 W3 H +ATOM 35535 H2 TIP3X1296 -26.500 -8.320 -32.980 1.00 0.00 W3 H +ATOM 35536 OH2 TIP3X1297 -16.360 -10.750 27.260 1.00 0.00 W3 O +ATOM 35537 H1 TIP3X1297 -16.770 -9.910 27.070 1.00 0.00 W3 H +ATOM 35538 H2 TIP3X1297 -15.540 -10.730 26.770 1.00 0.00 W3 H +ATOM 35539 OH2 TIP3X1298 0.810 -37.150 17.070 1.00 0.00 W3 O +ATOM 35540 H1 TIP3X1298 1.310 -36.390 17.350 1.00 0.00 W3 H +ATOM 35541 H2 TIP3X1298 1.370 -37.580 16.410 1.00 0.00 W3 H +ATOM 35542 OH2 TIP3X1299 12.600 -46.770 24.140 1.00 0.00 W3 O +ATOM 35543 H1 TIP3X1299 12.380 -47.340 24.880 1.00 0.00 W3 H +ATOM 35544 H2 TIP3X1299 12.610 -47.350 23.380 1.00 0.00 W3 H +ATOM 35545 OH2 TIP3X1300 -18.220 -51.020 21.560 1.00 0.00 W3 O +ATOM 35546 H1 TIP3X1300 -18.340 -50.950 22.500 1.00 0.00 W3 H +ATOM 35547 H2 TIP3X1300 -17.770 -51.860 21.440 1.00 0.00 W3 H +ATOM 35548 OH2 TIP3X1301 -33.350 -7.050 -39.660 1.00 0.00 W3 O +ATOM 35549 H1 TIP3X1301 -33.880 -7.840 -39.660 1.00 0.00 W3 H +ATOM 35550 H2 TIP3X1301 -33.970 -6.340 -39.800 1.00 0.00 W3 H +ATOM 35551 OH2 TIP3X1302 44.360 40.610 -17.020 1.00 0.00 W3 O +ATOM 35552 H1 TIP3X1302 44.430 41.530 -16.770 1.00 0.00 W3 H +ATOM 35553 H2 TIP3X1302 43.480 40.350 -16.730 1.00 0.00 W3 H +ATOM 35554 OH2 TIP3X1303 26.790 -22.490 29.540 1.00 0.00 W3 O +ATOM 35555 H1 TIP3X1303 26.660 -23.300 29.040 1.00 0.00 W3 H +ATOM 35556 H2 TIP3X1303 27.230 -21.890 28.930 1.00 0.00 W3 H +ATOM 35557 OH2 TIP3X1304 -3.810 -11.620 -51.290 1.00 0.00 W3 O +ATOM 35558 H1 TIP3X1304 -4.640 -11.140 -51.260 1.00 0.00 W3 H +ATOM 35559 H2 TIP3X1304 -3.560 -11.750 -50.370 1.00 0.00 W3 H +ATOM 35560 OH2 TIP3X1305 -17.300 40.750 28.430 1.00 0.00 W3 O +ATOM 35561 H1 TIP3X1305 -18.150 40.540 28.820 1.00 0.00 W3 H +ATOM 35562 H2 TIP3X1305 -16.660 40.460 29.090 1.00 0.00 W3 H +ATOM 35563 OH2 TIP3X1306 -17.290 -37.690 7.790 1.00 0.00 W3 O +ATOM 35564 H1 TIP3X1306 -17.700 -38.450 7.380 1.00 0.00 W3 H +ATOM 35565 H2 TIP3X1306 -16.780 -38.060 8.510 1.00 0.00 W3 H +ATOM 35566 OH2 TIP3X1307 -19.340 22.340 32.200 1.00 0.00 W3 O +ATOM 35567 H1 TIP3X1307 -18.830 22.280 31.390 1.00 0.00 W3 H +ATOM 35568 H2 TIP3X1307 -19.880 23.110 32.070 1.00 0.00 W3 H +ATOM 35569 OH2 TIP3X1308 11.770 12.320 -33.080 1.00 0.00 W3 O +ATOM 35570 H1 TIP3X1308 11.100 11.770 -32.670 1.00 0.00 W3 H +ATOM 35571 H2 TIP3X1308 12.350 11.710 -33.540 1.00 0.00 W3 H +ATOM 35572 OH2 TIP3X1309 18.550 20.320 -43.860 1.00 0.00 W3 O +ATOM 35573 H1 TIP3X1309 18.190 21.040 -44.370 1.00 0.00 W3 H +ATOM 35574 H2 TIP3X1309 17.800 19.750 -43.690 1.00 0.00 W3 H +ATOM 35575 OH2 TIP3X1310 17.550 22.580 -45.320 1.00 0.00 W3 O +ATOM 35576 H1 TIP3X1310 17.310 22.640 -46.260 1.00 0.00 W3 H +ATOM 35577 H2 TIP3X1310 16.740 22.790 -44.860 1.00 0.00 W3 H +ATOM 35578 OH2 TIP3X1311 -31.830 40.380 -34.900 1.00 0.00 W3 O +ATOM 35579 H1 TIP3X1311 -32.070 39.730 -34.250 1.00 0.00 W3 H +ATOM 35580 H2 TIP3X1311 -32.250 41.190 -34.600 1.00 0.00 W3 H +ATOM 35581 OH2 TIP3X1312 45.660 9.250 -27.210 1.00 0.00 W3 O +ATOM 35582 H1 TIP3X1312 45.040 9.310 -26.480 1.00 0.00 W3 H +ATOM 35583 H2 TIP3X1312 45.390 9.960 -27.800 1.00 0.00 W3 H +ATOM 35584 OH2 TIP3X1313 37.670 -9.130 -45.930 1.00 0.00 W3 O +ATOM 35585 H1 TIP3X1313 38.350 -8.820 -46.520 1.00 0.00 W3 H +ATOM 35586 H2 TIP3X1313 37.920 -8.780 -45.070 1.00 0.00 W3 H +ATOM 35587 OH2 TIP3X1314 32.830 -0.930 -43.650 1.00 0.00 W3 O +ATOM 35588 H1 TIP3X1314 33.230 -0.350 -44.290 1.00 0.00 W3 H +ATOM 35589 H2 TIP3X1314 31.900 -0.940 -43.870 1.00 0.00 W3 H +ATOM 35590 OH2 TIP3X1315 -18.610 -32.910 33.350 1.00 0.00 W3 O +ATOM 35591 H1 TIP3X1315 -18.800 -32.350 34.100 1.00 0.00 W3 H +ATOM 35592 H2 TIP3X1315 -19.250 -32.650 32.690 1.00 0.00 W3 H +ATOM 35593 OH2 TIP3X1316 -23.510 34.430 -37.460 1.00 0.00 W3 O +ATOM 35594 H1 TIP3X1316 -23.890 33.570 -37.320 1.00 0.00 W3 H +ATOM 35595 H2 TIP3X1316 -22.800 34.490 -36.820 1.00 0.00 W3 H +ATOM 35596 OH2 TIP3X1317 16.840 -15.350 -30.530 1.00 0.00 W3 O +ATOM 35597 H1 TIP3X1317 17.330 -14.810 -29.910 1.00 0.00 W3 H +ATOM 35598 H2 TIP3X1317 17.010 -14.940 -31.370 1.00 0.00 W3 H +ATOM 35599 OH2 TIP3X1318 41.370 39.440 -25.280 1.00 0.00 W3 O +ATOM 35600 H1 TIP3X1318 40.470 39.260 -25.570 1.00 0.00 W3 H +ATOM 35601 H2 TIP3X1318 41.260 39.820 -24.410 1.00 0.00 W3 H +ATOM 35602 OH2 TIP3X1319 -42.980 31.500 -35.940 1.00 0.00 W3 O +ATOM 35603 H1 TIP3X1319 -43.710 30.920 -36.120 1.00 0.00 W3 H +ATOM 35604 H2 TIP3X1319 -42.230 30.920 -35.820 1.00 0.00 W3 H +ATOM 35605 OH2 TIP3X1320 45.130 3.940 -12.080 1.00 0.00 W3 O +ATOM 35606 H1 TIP3X1320 45.130 3.110 -11.600 1.00 0.00 W3 H +ATOM 35607 H2 TIP3X1320 45.720 4.510 -11.570 1.00 0.00 W3 H +ATOM 35608 OH2 TIP3X1321 -23.090 -42.970 35.180 1.00 0.00 W3 O +ATOM 35609 H1 TIP3X1321 -23.700 -42.240 35.160 1.00 0.00 W3 H +ATOM 35610 H2 TIP3X1321 -22.230 -42.560 35.310 1.00 0.00 W3 H +ATOM 35611 OH2 TIP3X1322 47.340 -12.810 20.570 1.00 0.00 W3 O +ATOM 35612 H1 TIP3X1322 47.770 -12.230 21.190 1.00 0.00 W3 H +ATOM 35613 H2 TIP3X1322 47.220 -12.280 19.790 1.00 0.00 W3 H +ATOM 35614 OH2 TIP3X1323 1.870 40.690 -29.440 1.00 0.00 W3 O +ATOM 35615 H1 TIP3X1323 1.670 40.980 -30.330 1.00 0.00 W3 H +ATOM 35616 H2 TIP3X1323 1.920 41.490 -28.910 1.00 0.00 W3 H +ATOM 35617 OH2 TIP3X1324 -18.130 -19.570 -29.280 1.00 0.00 W3 O +ATOM 35618 H1 TIP3X1324 -18.320 -18.680 -29.610 1.00 0.00 W3 H +ATOM 35619 H2 TIP3X1324 -18.800 -20.120 -29.670 1.00 0.00 W3 H +ATOM 35620 OH2 TIP3X1325 43.000 -23.200 35.140 1.00 0.00 W3 O +ATOM 35621 H1 TIP3X1325 43.470 -23.960 34.780 1.00 0.00 W3 H +ATOM 35622 H2 TIP3X1325 42.220 -23.110 34.600 1.00 0.00 W3 H +ATOM 35623 OH2 TIP3X1326 -29.870 -18.770 29.610 1.00 0.00 W3 O +ATOM 35624 H1 TIP3X1326 -29.180 -19.340 29.290 1.00 0.00 W3 H +ATOM 35625 H2 TIP3X1326 -30.340 -18.520 28.810 1.00 0.00 W3 H +ATOM 35626 OH2 TIP3X1327 22.610 34.250 21.600 1.00 0.00 W3 O +ATOM 35627 H1 TIP3X1327 22.910 35.150 21.460 1.00 0.00 W3 H +ATOM 35628 H2 TIP3X1327 23.410 33.730 21.670 1.00 0.00 W3 H +ATOM 35629 OH2 TIP3X1328 -20.010 -7.070 -24.420 1.00 0.00 W3 O +ATOM 35630 H1 TIP3X1328 -19.500 -7.310 -23.650 1.00 0.00 W3 H +ATOM 35631 H2 TIP3X1328 -20.280 -6.160 -24.240 1.00 0.00 W3 H +ATOM 35632 OH2 TIP3X1329 18.910 -20.270 34.830 1.00 0.00 W3 O +ATOM 35633 H1 TIP3X1329 18.750 -20.070 35.750 1.00 0.00 W3 H +ATOM 35634 H2 TIP3X1329 18.260 -20.930 34.600 1.00 0.00 W3 H +ATOM 35635 OH2 TIP3X1330 -27.440 27.200 -37.800 1.00 0.00 W3 O +ATOM 35636 H1 TIP3X1330 -27.560 26.310 -37.510 1.00 0.00 W3 H +ATOM 35637 H2 TIP3X1330 -27.910 27.240 -38.640 1.00 0.00 W3 H +ATOM 35638 OH2 TIP3X1331 3.850 -45.780 -35.370 1.00 0.00 W3 O +ATOM 35639 H1 TIP3X1331 4.250 -45.780 -34.490 1.00 0.00 W3 H +ATOM 35640 H2 TIP3X1331 3.130 -46.400 -35.300 1.00 0.00 W3 H +ATOM 35641 OH2 TIP3X1332 -1.290 -50.900 34.640 1.00 0.00 W3 O +ATOM 35642 H1 TIP3X1332 -1.650 -50.080 34.300 1.00 0.00 W3 H +ATOM 35643 H2 TIP3X1332 -0.340 -50.820 34.540 1.00 0.00 W3 H +ATOM 35644 OH2 TIP3X1333 -34.340 14.080 -19.680 1.00 0.00 W3 O +ATOM 35645 H1 TIP3X1333 -34.000 14.680 -20.330 1.00 0.00 W3 H +ATOM 35646 H2 TIP3X1333 -34.590 14.630 -18.940 1.00 0.00 W3 H +ATOM 35647 OH2 TIP3X1334 19.250 19.830 -49.480 1.00 0.00 W3 O +ATOM 35648 H1 TIP3X1334 19.670 19.290 -48.820 1.00 0.00 W3 H +ATOM 35649 H2 TIP3X1334 18.640 19.250 -49.920 1.00 0.00 W3 H +ATOM 35650 OH2 TIP3X1335 30.480 1.290 26.880 1.00 0.00 W3 O +ATOM 35651 H1 TIP3X1335 31.400 1.390 26.600 1.00 0.00 W3 H +ATOM 35652 H2 TIP3X1335 30.090 2.140 26.670 1.00 0.00 W3 H +ATOM 35653 OH2 TIP3X1336 -22.410 20.770 -28.060 1.00 0.00 W3 O +ATOM 35654 H1 TIP3X1336 -22.260 19.880 -27.760 1.00 0.00 W3 H +ATOM 35655 H2 TIP3X1336 -22.400 20.700 -29.020 1.00 0.00 W3 H +ATOM 35656 OH2 TIP3X1337 11.980 3.750 23.620 1.00 0.00 W3 O +ATOM 35657 H1 TIP3X1337 11.750 4.570 23.200 1.00 0.00 W3 H +ATOM 35658 H2 TIP3X1337 12.170 3.160 22.900 1.00 0.00 W3 H +ATOM 35659 OH2 TIP3X1338 6.660 -2.870 -43.640 1.00 0.00 W3 O +ATOM 35660 H1 TIP3X1338 6.830 -2.390 -44.450 1.00 0.00 W3 H +ATOM 35661 H2 TIP3X1338 7.530 -3.090 -43.320 1.00 0.00 W3 H +ATOM 35662 OH2 TIP3X1339 18.480 31.040 33.400 1.00 0.00 W3 O +ATOM 35663 H1 TIP3X1339 17.880 31.560 32.870 1.00 0.00 W3 H +ATOM 35664 H2 TIP3X1339 19.110 30.670 32.770 1.00 0.00 W3 H +ATOM 35665 OH2 TIP3X1340 -15.880 40.160 -30.630 1.00 0.00 W3 O +ATOM 35666 H1 TIP3X1340 -15.130 39.580 -30.480 1.00 0.00 W3 H +ATOM 35667 H2 TIP3X1340 -16.140 39.970 -31.540 1.00 0.00 W3 H +ATOM 35668 OH2 TIP3X1341 -14.990 35.290 -48.550 1.00 0.00 W3 O +ATOM 35669 H1 TIP3X1341 -14.620 34.570 -48.040 1.00 0.00 W3 H +ATOM 35670 H2 TIP3X1341 -15.010 36.030 -47.940 1.00 0.00 W3 H +ATOM 35671 OH2 TIP3X1342 -31.940 15.820 33.710 1.00 0.00 W3 O +ATOM 35672 H1 TIP3X1342 -32.800 15.810 34.140 1.00 0.00 W3 H +ATOM 35673 H2 TIP3X1342 -32.030 16.440 32.990 1.00 0.00 W3 H +ATOM 35674 OH2 TIP3X1343 33.500 39.780 36.720 1.00 0.00 W3 O +ATOM 35675 H1 TIP3X1343 32.750 40.050 37.230 1.00 0.00 W3 H +ATOM 35676 H2 TIP3X1343 33.720 40.530 36.170 1.00 0.00 W3 H +ATOM 35677 OH2 TIP3X1344 -11.680 -46.050 -32.310 1.00 0.00 W3 O +ATOM 35678 H1 TIP3X1344 -12.070 -46.900 -32.480 1.00 0.00 W3 H +ATOM 35679 H2 TIP3X1344 -10.900 -46.010 -32.870 1.00 0.00 W3 H +ATOM 35680 OH2 TIP3X1345 15.430 14.460 -22.700 1.00 0.00 W3 O +ATOM 35681 H1 TIP3X1345 15.680 14.760 -23.570 1.00 0.00 W3 H +ATOM 35682 H2 TIP3X1345 15.750 13.550 -22.660 1.00 0.00 W3 H +ATOM 35683 OH2 TIP3X1346 -20.690 31.870 -42.900 1.00 0.00 W3 O +ATOM 35684 H1 TIP3X1346 -20.580 31.130 -42.310 1.00 0.00 W3 H +ATOM 35685 H2 TIP3X1346 -19.840 32.320 -42.890 1.00 0.00 W3 H +ATOM 35686 OH2 TIP3X1347 22.670 14.290 36.540 1.00 0.00 W3 O +ATOM 35687 H1 TIP3X1347 21.950 13.660 36.540 1.00 0.00 W3 H +ATOM 35688 H2 TIP3X1347 22.800 14.500 35.610 1.00 0.00 W3 H +ATOM 35689 OH2 TIP3X1348 -29.470 -12.840 -48.500 1.00 0.00 W3 O +ATOM 35690 H1 TIP3X1348 -29.930 -12.510 -47.730 1.00 0.00 W3 H +ATOM 35691 H2 TIP3X1348 -30.030 -12.590 -49.240 1.00 0.00 W3 H +ATOM 35692 OH2 TIP3X1349 2.190 13.710 24.530 1.00 0.00 W3 O +ATOM 35693 H1 TIP3X1349 3.060 13.950 24.220 1.00 0.00 W3 H +ATOM 35694 H2 TIP3X1349 2.230 13.820 25.480 1.00 0.00 W3 H +ATOM 35695 OH2 TIP3X1350 21.330 -40.300 -21.560 1.00 0.00 W3 O +ATOM 35696 H1 TIP3X1350 21.710 -40.370 -20.680 1.00 0.00 W3 H +ATOM 35697 H2 TIP3X1350 20.620 -40.940 -21.550 1.00 0.00 W3 H +ATOM 35698 OH2 TIP3X1351 14.230 -46.550 -19.170 1.00 0.00 W3 O +ATOM 35699 H1 TIP3X1351 13.970 -47.380 -18.760 1.00 0.00 W3 H +ATOM 35700 H2 TIP3X1351 14.940 -46.220 -18.630 1.00 0.00 W3 H +ATOM 35701 OH2 TIP3X1352 -25.620 -33.380 -37.080 1.00 0.00 W3 O +ATOM 35702 H1 TIP3X1352 -25.360 -34.260 -37.340 1.00 0.00 W3 H +ATOM 35703 H2 TIP3X1352 -25.550 -32.860 -37.880 1.00 0.00 W3 H +ATOM 35704 OH2 TIP3X1353 -12.000 -15.350 -24.320 1.00 0.00 W3 O +ATOM 35705 H1 TIP3X1353 -11.870 -14.410 -24.430 1.00 0.00 W3 H +ATOM 35706 H2 TIP3X1353 -12.630 -15.400 -23.590 1.00 0.00 W3 H +ATOM 35707 OH2 TIP3X1354 -6.110 -24.490 -38.720 1.00 0.00 W3 O +ATOM 35708 H1 TIP3X1354 -5.520 -23.780 -38.480 1.00 0.00 W3 H +ATOM 35709 H2 TIP3X1354 -6.380 -24.870 -37.890 1.00 0.00 W3 H +ATOM 35710 OH2 TIP3X1355 -33.380 -15.850 27.140 1.00 0.00 W3 O +ATOM 35711 H1 TIP3X1355 -34.070 -16.420 26.810 1.00 0.00 W3 H +ATOM 35712 H2 TIP3X1355 -32.920 -15.550 26.360 1.00 0.00 W3 H +ATOM 35713 OH2 TIP3X1356 -40.160 -46.820 -32.860 1.00 0.00 W3 O +ATOM 35714 H1 TIP3X1356 -40.440 -47.020 -33.750 1.00 0.00 W3 H +ATOM 35715 H2 TIP3X1356 -40.930 -46.370 -32.480 1.00 0.00 W3 H +ATOM 35716 OH2 TIP3X1357 -8.680 14.450 19.680 1.00 0.00 W3 O +ATOM 35717 H1 TIP3X1357 -8.300 13.590 19.460 1.00 0.00 W3 H +ATOM 35718 H2 TIP3X1357 -8.120 15.080 19.240 1.00 0.00 W3 H +ATOM 35719 OH2 TIP3X1358 -32.640 -23.510 31.250 1.00 0.00 W3 O +ATOM 35720 H1 TIP3X1358 -32.910 -23.980 32.030 1.00 0.00 W3 H +ATOM 35721 H2 TIP3X1358 -32.210 -24.180 30.700 1.00 0.00 W3 H +ATOM 35722 OH2 TIP3X1359 47.380 2.830 -31.320 1.00 0.00 W3 O +ATOM 35723 H1 TIP3X1359 46.970 2.830 -32.190 1.00 0.00 W3 H +ATOM 35724 H2 TIP3X1359 48.150 2.260 -31.420 1.00 0.00 W3 H +ATOM 35725 OH2 TIP3X1360 -25.960 -47.400 -43.760 1.00 0.00 W3 O +ATOM 35726 H1 TIP3X1360 -25.320 -47.500 -43.060 1.00 0.00 W3 H +ATOM 35727 H2 TIP3X1360 -26.590 -48.120 -43.620 1.00 0.00 W3 H +ATOM 35728 OH2 TIP3X1361 -12.530 36.580 -28.830 1.00 0.00 W3 O +ATOM 35729 H1 TIP3X1361 -11.860 36.630 -28.140 1.00 0.00 W3 H +ATOM 35730 H2 TIP3X1361 -12.780 35.650 -28.860 1.00 0.00 W3 H +ATOM 35731 OH2 TIP3X1362 -26.110 35.640 -42.250 1.00 0.00 W3 O +ATOM 35732 H1 TIP3X1362 -25.450 35.010 -41.920 1.00 0.00 W3 H +ATOM 35733 H2 TIP3X1362 -26.060 36.380 -41.650 1.00 0.00 W3 H +ATOM 35734 OH2 TIP3X1363 23.020 7.240 -18.210 1.00 0.00 W3 O +ATOM 35735 H1 TIP3X1363 23.840 7.080 -18.690 1.00 0.00 W3 H +ATOM 35736 H2 TIP3X1363 22.670 6.370 -18.020 1.00 0.00 W3 H +ATOM 35737 OH2 TIP3X1364 4.110 37.870 22.090 1.00 0.00 W3 O +ATOM 35738 H1 TIP3X1364 3.800 37.250 22.760 1.00 0.00 W3 H +ATOM 35739 H2 TIP3X1364 5.030 38.030 22.320 1.00 0.00 W3 H +ATOM 35740 OH2 TIP3X1365 38.320 -13.380 22.620 1.00 0.00 W3 O +ATOM 35741 H1 TIP3X1365 37.450 -13.700 22.870 1.00 0.00 W3 H +ATOM 35742 H2 TIP3X1365 38.250 -13.180 21.690 1.00 0.00 W3 H +ATOM 35743 OH2 TIP3X1366 -24.340 -46.120 23.150 1.00 0.00 W3 O +ATOM 35744 H1 TIP3X1366 -25.170 -46.530 23.390 1.00 0.00 W3 H +ATOM 35745 H2 TIP3X1366 -24.310 -46.190 22.200 1.00 0.00 W3 H +ATOM 35746 OH2 TIP3X1367 18.200 11.530 35.810 1.00 0.00 W3 O +ATOM 35747 H1 TIP3X1367 17.430 12.080 35.730 1.00 0.00 W3 H +ATOM 35748 H2 TIP3X1367 18.070 11.040 36.620 1.00 0.00 W3 H +ATOM 35749 OH2 TIP3X1368 25.070 14.730 -21.280 1.00 0.00 W3 O +ATOM 35750 H1 TIP3X1368 24.570 14.200 -20.660 1.00 0.00 W3 H +ATOM 35751 H2 TIP3X1368 24.410 15.220 -21.770 1.00 0.00 W3 H +ATOM 35752 OH2 TIP3X1369 34.200 -22.470 -24.930 1.00 0.00 W3 O +ATOM 35753 H1 TIP3X1369 33.430 -21.910 -24.870 1.00 0.00 W3 H +ATOM 35754 H2 TIP3X1369 33.980 -23.090 -25.630 1.00 0.00 W3 H +ATOM 35755 OH2 TIP3X1370 -23.710 -29.730 -40.640 1.00 0.00 W3 O +ATOM 35756 H1 TIP3X1370 -22.860 -30.090 -40.910 1.00 0.00 W3 H +ATOM 35757 H2 TIP3X1370 -24.160 -29.550 -41.480 1.00 0.00 W3 H +ATOM 35758 OH2 TIP3X1371 -16.110 34.380 -27.680 1.00 0.00 W3 O +ATOM 35759 H1 TIP3X1371 -16.550 33.640 -28.120 1.00 0.00 W3 H +ATOM 35760 H2 TIP3X1371 -15.850 34.960 -28.390 1.00 0.00 W3 H +ATOM 35761 OH2 TIP3X1372 31.360 40.160 31.020 1.00 0.00 W3 O +ATOM 35762 H1 TIP3X1372 31.290 39.410 30.430 1.00 0.00 W3 H +ATOM 35763 H2 TIP3X1372 31.750 39.810 31.820 1.00 0.00 W3 H +ATOM 35764 OH2 TIP3X1373 10.610 41.060 25.370 1.00 0.00 W3 O +ATOM 35765 H1 TIP3X1373 10.290 41.580 24.630 1.00 0.00 W3 H +ATOM 35766 H2 TIP3X1373 11.560 41.160 25.350 1.00 0.00 W3 H +ATOM 35767 OH2 TIP3X1374 32.560 -40.960 16.210 1.00 0.00 W3 O +ATOM 35768 H1 TIP3X1374 32.660 -41.900 16.260 1.00 0.00 W3 H +ATOM 35769 H2 TIP3X1374 33.420 -40.630 15.980 1.00 0.00 W3 H +ATOM 35770 OH2 TIP3X1375 39.620 -28.380 30.390 1.00 0.00 W3 O +ATOM 35771 H1 TIP3X1375 38.990 -28.520 31.090 1.00 0.00 W3 H +ATOM 35772 H2 TIP3X1375 39.390 -27.530 30.020 1.00 0.00 W3 H +ATOM 35773 OH2 TIP3X1376 11.890 -14.130 25.780 1.00 0.00 W3 O +ATOM 35774 H1 TIP3X1376 11.740 -14.670 25.000 1.00 0.00 W3 H +ATOM 35775 H2 TIP3X1376 11.800 -14.730 26.510 1.00 0.00 W3 H +ATOM 35776 OH2 TIP3X1377 34.040 -32.100 -24.340 1.00 0.00 W3 O +ATOM 35777 H1 TIP3X1377 33.150 -32.020 -24.680 1.00 0.00 W3 H +ATOM 35778 H2 TIP3X1377 34.000 -32.840 -23.720 1.00 0.00 W3 H +ATOM 35779 OH2 TIP3X1378 -28.130 30.730 20.950 1.00 0.00 W3 O +ATOM 35780 H1 TIP3X1378 -27.480 31.420 20.810 1.00 0.00 W3 H +ATOM 35781 H2 TIP3X1378 -28.580 30.650 20.120 1.00 0.00 W3 H +ATOM 35782 OH2 TIP3X1379 36.850 39.290 -25.430 1.00 0.00 W3 O +ATOM 35783 H1 TIP3X1379 36.200 38.670 -25.790 1.00 0.00 W3 H +ATOM 35784 H2 TIP3X1379 36.490 39.530 -24.570 1.00 0.00 W3 H +ATOM 35785 OH2 TIP3X1380 8.010 10.870 -40.800 1.00 0.00 W3 O +ATOM 35786 H1 TIP3X1380 8.860 10.650 -40.420 1.00 0.00 W3 H +ATOM 35787 H2 TIP3X1380 7.550 11.340 -40.110 1.00 0.00 W3 H +ATOM 35788 OH2 TIP3X1381 -35.200 13.120 34.910 1.00 0.00 W3 O +ATOM 35789 H1 TIP3X1381 -35.950 13.650 35.160 1.00 0.00 W3 H +ATOM 35790 H2 TIP3X1381 -35.470 12.690 34.100 1.00 0.00 W3 H +ATOM 35791 OH2 TIP3X1382 32.110 -9.750 -26.530 1.00 0.00 W3 O +ATOM 35792 H1 TIP3X1382 32.620 -10.260 -25.900 1.00 0.00 W3 H +ATOM 35793 H2 TIP3X1382 31.880 -8.950 -26.060 1.00 0.00 W3 H +ATOM 35794 OH2 TIP3X1383 33.840 -35.050 -38.350 1.00 0.00 W3 O +ATOM 35795 H1 TIP3X1383 33.560 -35.300 -37.470 1.00 0.00 W3 H +ATOM 35796 H2 TIP3X1383 34.120 -35.870 -38.760 1.00 0.00 W3 H +ATOM 35797 OH2 TIP3X1384 -11.990 -21.520 31.860 1.00 0.00 W3 O +ATOM 35798 H1 TIP3X1384 -12.630 -22.150 32.190 1.00 0.00 W3 H +ATOM 35799 H2 TIP3X1384 -11.150 -21.950 31.990 1.00 0.00 W3 H +ATOM 35800 OH2 TIP3X1385 20.510 30.270 -36.160 1.00 0.00 W3 O +ATOM 35801 H1 TIP3X1385 21.040 30.470 -36.930 1.00 0.00 W3 H +ATOM 35802 H2 TIP3X1385 19.730 30.830 -36.230 1.00 0.00 W3 H +ATOM 35803 OH2 TIP3X1386 31.010 -38.790 -32.660 1.00 0.00 W3 O +ATOM 35804 H1 TIP3X1386 31.410 -37.980 -32.950 1.00 0.00 W3 H +ATOM 35805 H2 TIP3X1386 31.530 -39.470 -33.100 1.00 0.00 W3 H +ATOM 35806 OH2 TIP3X1387 10.540 -34.420 -37.060 1.00 0.00 W3 O +ATOM 35807 H1 TIP3X1387 11.290 -34.230 -37.630 1.00 0.00 W3 H +ATOM 35808 H2 TIP3X1387 10.670 -35.330 -36.790 1.00 0.00 W3 H +ATOM 35809 OH2 TIP3X1388 17.070 -24.230 19.330 1.00 0.00 W3 O +ATOM 35810 H1 TIP3X1388 16.640 -24.660 18.590 1.00 0.00 W3 H +ATOM 35811 H2 TIP3X1388 17.690 -24.890 19.660 1.00 0.00 W3 H +ATOM 35812 OH2 TIP3X1389 22.910 -33.250 -40.420 1.00 0.00 W3 O +ATOM 35813 H1 TIP3X1389 23.430 -33.800 -39.830 1.00 0.00 W3 H +ATOM 35814 H2 TIP3X1389 22.000 -33.430 -40.180 1.00 0.00 W3 H +ATOM 35815 OH2 TIP3X1390 -16.980 -41.420 -22.280 1.00 0.00 W3 O +ATOM 35816 H1 TIP3X1390 -16.120 -41.780 -22.040 1.00 0.00 W3 H +ATOM 35817 H2 TIP3X1390 -17.130 -40.730 -21.630 1.00 0.00 W3 H +ATOM 35818 OH2 TIP3X1391 49.410 -21.030 25.350 1.00 0.00 W3 O +ATOM 35819 H1 TIP3X1391 48.920 -20.760 24.570 1.00 0.00 W3 H +ATOM 35820 H2 TIP3X1391 49.030 -20.520 26.070 1.00 0.00 W3 H +ATOM 35821 OH2 TIP3X1392 26.530 26.730 -33.710 1.00 0.00 W3 O +ATOM 35822 H1 TIP3X1392 26.660 27.660 -33.460 1.00 0.00 W3 H +ATOM 35823 H2 TIP3X1392 25.770 26.750 -34.300 1.00 0.00 W3 H +ATOM 35824 OH2 TIP3X1393 39.430 33.090 -33.070 1.00 0.00 W3 O +ATOM 35825 H1 TIP3X1393 39.230 33.240 -32.150 1.00 0.00 W3 H +ATOM 35826 H2 TIP3X1393 39.500 32.140 -33.150 1.00 0.00 W3 H +ATOM 35827 OH2 TIP3X1394 -18.280 -28.830 -31.940 1.00 0.00 W3 O +ATOM 35828 H1 TIP3X1394 -18.660 -28.030 -31.580 1.00 0.00 W3 H +ATOM 35829 H2 TIP3X1394 -18.850 -29.040 -32.680 1.00 0.00 W3 H +ATOM 35830 OH2 TIP3X1395 18.200 9.660 -47.460 1.00 0.00 W3 O +ATOM 35831 H1 TIP3X1395 17.900 10.550 -47.310 1.00 0.00 W3 H +ATOM 35832 H2 TIP3X1395 17.700 9.370 -48.230 1.00 0.00 W3 H +ATOM 35833 OH2 TIP3X1396 -31.240 -48.710 -44.550 1.00 0.00 W3 O +ATOM 35834 H1 TIP3X1396 -30.400 -48.860 -44.120 1.00 0.00 W3 H +ATOM 35835 H2 TIP3X1396 -31.060 -48.870 -45.480 1.00 0.00 W3 H +ATOM 35836 OH2 TIP3X1397 11.940 -26.950 29.070 1.00 0.00 W3 O +ATOM 35837 H1 TIP3X1397 12.130 -26.460 29.870 1.00 0.00 W3 H +ATOM 35838 H2 TIP3X1397 11.870 -27.860 29.360 1.00 0.00 W3 H +ATOM 35839 OH2 TIP3X1398 7.580 -37.500 30.840 1.00 0.00 W3 O +ATOM 35840 H1 TIP3X1398 7.060 -38.310 30.840 1.00 0.00 W3 H +ATOM 35841 H2 TIP3X1398 7.000 -36.830 30.500 1.00 0.00 W3 H +ATOM 35842 OH2 TIP3X1399 35.710 3.450 -30.870 1.00 0.00 W3 O +ATOM 35843 H1 TIP3X1399 35.740 4.400 -30.740 1.00 0.00 W3 H +ATOM 35844 H2 TIP3X1399 35.110 3.140 -30.190 1.00 0.00 W3 H +ATOM 35845 OH2 TIP3X1400 -45.780 36.140 -43.110 1.00 0.00 W3 O +ATOM 35846 H1 TIP3X1400 -45.560 37.040 -42.850 1.00 0.00 W3 H +ATOM 35847 H2 TIP3X1400 -45.850 35.660 -42.290 1.00 0.00 W3 H +ATOM 35848 OH2 TIP3X1401 22.360 -28.730 -37.070 1.00 0.00 W3 O +ATOM 35849 H1 TIP3X1401 22.890 -29.330 -36.540 1.00 0.00 W3 H +ATOM 35850 H2 TIP3X1401 21.970 -29.300 -37.740 1.00 0.00 W3 H +ATOM 35851 OH2 TIP3X1402 4.140 24.280 -31.720 1.00 0.00 W3 O +ATOM 35852 H1 TIP3X1402 4.930 24.760 -31.970 1.00 0.00 W3 H +ATOM 35853 H2 TIP3X1402 4.390 23.360 -31.790 1.00 0.00 W3 H +ATOM 35854 OH2 TIP3X1403 4.260 26.990 -39.420 1.00 0.00 W3 O +ATOM 35855 H1 TIP3X1403 4.460 26.580 -38.590 1.00 0.00 W3 H +ATOM 35856 H2 TIP3X1403 4.390 27.920 -39.260 1.00 0.00 W3 H +ATOM 35857 OH2 TIP3X1404 31.580 11.600 -34.250 1.00 0.00 W3 O +ATOM 35858 H1 TIP3X1404 31.350 11.670 -35.190 1.00 0.00 W3 H +ATOM 35859 H2 TIP3X1404 31.080 12.300 -33.830 1.00 0.00 W3 H +ATOM 35860 OH2 TIP3X1405 16.730 -12.100 33.450 1.00 0.00 W3 O +ATOM 35861 H1 TIP3X1405 15.920 -11.770 33.060 1.00 0.00 W3 H +ATOM 35862 H2 TIP3X1405 17.360 -11.390 33.330 1.00 0.00 W3 H +ATOM 35863 OH2 TIP3X1406 33.640 38.230 -41.640 1.00 0.00 W3 O +ATOM 35864 H1 TIP3X1406 32.740 37.910 -41.670 1.00 0.00 W3 H +ATOM 35865 H2 TIP3X1406 33.980 38.070 -42.530 1.00 0.00 W3 H +ATOM 35866 OH2 TIP3X1407 -28.680 23.430 -26.570 1.00 0.00 W3 O +ATOM 35867 H1 TIP3X1407 -28.170 22.850 -26.020 1.00 0.00 W3 H +ATOM 35868 H2 TIP3X1407 -28.860 24.190 -26.020 1.00 0.00 W3 H +ATOM 35869 OH2 TIP3X1408 -0.260 -1.400 -38.610 1.00 0.00 W3 O +ATOM 35870 H1 TIP3X1408 0.140 -1.940 -37.930 1.00 0.00 W3 H +ATOM 35871 H2 TIP3X1408 -0.910 -0.880 -38.140 1.00 0.00 W3 H +ATOM 35872 OH2 TIP3X1409 -36.280 4.990 31.810 1.00 0.00 W3 O +ATOM 35873 H1 TIP3X1409 -36.340 5.720 32.430 1.00 0.00 W3 H +ATOM 35874 H2 TIP3X1409 -37.050 5.090 31.240 1.00 0.00 W3 H +ATOM 35875 OH2 TIP3X1410 27.950 34.510 39.210 1.00 0.00 W3 O +ATOM 35876 H1 TIP3X1410 28.080 35.240 39.810 1.00 0.00 W3 H +ATOM 35877 H2 TIP3X1410 27.020 34.500 39.040 1.00 0.00 W3 H +ATOM 35878 OH2 TIP3X1411 -30.990 18.080 -45.460 1.00 0.00 W3 O +ATOM 35879 H1 TIP3X1411 -30.770 17.490 -44.740 1.00 0.00 W3 H +ATOM 35880 H2 TIP3X1411 -30.230 18.640 -45.540 1.00 0.00 W3 H +ATOM 35881 OH2 TIP3X1412 -41.130 -30.930 36.490 1.00 0.00 W3 O +ATOM 35882 H1 TIP3X1412 -40.210 -30.850 36.250 1.00 0.00 W3 H +ATOM 35883 H2 TIP3X1412 -41.240 -30.320 37.220 1.00 0.00 W3 H +ATOM 35884 OH2 TIP3X1413 -34.310 29.680 17.210 1.00 0.00 W3 O +ATOM 35885 H1 TIP3X1413 -34.760 29.320 16.440 1.00 0.00 W3 H +ATOM 35886 H2 TIP3X1413 -34.610 30.590 17.270 1.00 0.00 W3 H +ATOM 35887 OH2 TIP3X1414 -14.540 -41.510 -32.820 1.00 0.00 W3 O +ATOM 35888 H1 TIP3X1414 -14.260 -42.190 -32.220 1.00 0.00 W3 H +ATOM 35889 H2 TIP3X1414 -14.470 -41.910 -33.680 1.00 0.00 W3 H +ATOM 35890 OH2 TIP3X1415 0.940 19.390 -45.510 1.00 0.00 W3 O +ATOM 35891 H1 TIP3X1415 1.800 19.640 -45.170 1.00 0.00 W3 H +ATOM 35892 H2 TIP3X1415 0.890 19.830 -46.370 1.00 0.00 W3 H +ATOM 35893 OH2 TIP3X1416 -31.240 -39.580 -33.060 1.00 0.00 W3 O +ATOM 35894 H1 TIP3X1416 -30.320 -39.540 -32.800 1.00 0.00 W3 H +ATOM 35895 H2 TIP3X1416 -31.550 -40.400 -32.670 1.00 0.00 W3 H +ATOM 35896 OH2 TIP3X1417 36.300 -7.780 -25.090 1.00 0.00 W3 O +ATOM 35897 H1 TIP3X1417 36.950 -7.820 -24.390 1.00 0.00 W3 H +ATOM 35898 H2 TIP3X1417 35.480 -7.580 -24.640 1.00 0.00 W3 H +ATOM 35899 OH2 TIP3X1418 -19.790 -14.950 -23.500 1.00 0.00 W3 O +ATOM 35900 H1 TIP3X1418 -20.160 -14.780 -22.630 1.00 0.00 W3 H +ATOM 35901 H2 TIP3X1418 -20.220 -15.770 -23.770 1.00 0.00 W3 H +ATOM 35902 OH2 TIP3X1419 18.320 22.620 -39.560 1.00 0.00 W3 O +ATOM 35903 H1 TIP3X1419 18.170 22.360 -38.640 1.00 0.00 W3 H +ATOM 35904 H2 TIP3X1419 18.130 23.550 -39.580 1.00 0.00 W3 H +ATOM 35905 OH2 TIP3X1420 -20.260 -33.120 -37.120 1.00 0.00 W3 O +ATOM 35906 H1 TIP3X1420 -19.940 -32.230 -37.030 1.00 0.00 W3 H +ATOM 35907 H2 TIP3X1420 -20.470 -33.390 -36.210 1.00 0.00 W3 H +ATOM 35908 OH2 TIP3X1421 -0.670 -44.830 -40.250 1.00 0.00 W3 O +ATOM 35909 H1 TIP3X1421 0.230 -44.850 -40.580 1.00 0.00 W3 H +ATOM 35910 H2 TIP3X1421 -1.210 -44.670 -41.020 1.00 0.00 W3 H +ATOM 35911 OH2 TIP3X1422 36.150 -43.110 13.480 1.00 0.00 W3 O +ATOM 35912 H1 TIP3X1422 35.430 -43.560 13.930 1.00 0.00 W3 H +ATOM 35913 H2 TIP3X1422 35.820 -42.220 13.330 1.00 0.00 W3 H +ATOM 35914 OH2 TIP3X1423 -24.040 -15.810 23.900 1.00 0.00 W3 O +ATOM 35915 H1 TIP3X1423 -23.330 -15.880 24.540 1.00 0.00 W3 H +ATOM 35916 H2 TIP3X1423 -24.520 -16.630 23.990 1.00 0.00 W3 H +ATOM 35917 OH2 TIP3X1424 23.390 -47.860 -44.340 1.00 0.00 W3 O +ATOM 35918 H1 TIP3X1424 23.360 -46.900 -44.390 1.00 0.00 W3 H +ATOM 35919 H2 TIP3X1424 23.530 -48.150 -45.250 1.00 0.00 W3 H +ATOM 35920 OH2 TIP3X1425 39.450 -39.610 -35.320 1.00 0.00 W3 O +ATOM 35921 H1 TIP3X1425 40.090 -39.510 -36.040 1.00 0.00 W3 H +ATOM 35922 H2 TIP3X1425 39.300 -40.550 -35.250 1.00 0.00 W3 H +ATOM 35923 OH2 TIP3X1426 35.990 -24.850 -23.440 1.00 0.00 W3 O +ATOM 35924 H1 TIP3X1426 35.050 -24.690 -23.580 1.00 0.00 W3 H +ATOM 35925 H2 TIP3X1426 36.250 -25.430 -24.160 1.00 0.00 W3 H +ATOM 35926 OH2 TIP3X1427 -18.450 -23.470 22.340 1.00 0.00 W3 O +ATOM 35927 H1 TIP3X1427 -17.740 -24.090 22.450 1.00 0.00 W3 H +ATOM 35928 H2 TIP3X1427 -19.040 -23.880 21.700 1.00 0.00 W3 H +ATOM 35929 OH2 TIP3X1428 3.920 -8.860 20.370 1.00 0.00 W3 O +ATOM 35930 H1 TIP3X1428 3.940 -8.340 19.560 1.00 0.00 W3 H +ATOM 35931 H2 TIP3X1428 4.810 -9.160 20.490 1.00 0.00 W3 H +ATOM 35932 OH2 TIP3X1429 31.800 24.670 -45.490 1.00 0.00 W3 O +ATOM 35933 H1 TIP3X1429 32.220 24.400 -46.320 1.00 0.00 W3 H +ATOM 35934 H2 TIP3X1429 32.080 24.000 -44.860 1.00 0.00 W3 H +ATOM 35935 OH2 TIP3X1430 -34.940 34.390 16.060 1.00 0.00 W3 O +ATOM 35936 H1 TIP3X1430 -35.410 35.230 16.030 1.00 0.00 W3 H +ATOM 35937 H2 TIP3X1430 -34.250 34.480 15.390 1.00 0.00 W3 H +ATOM 35938 OH2 TIP3X1431 -22.410 -40.160 -41.270 1.00 0.00 W3 O +ATOM 35939 H1 TIP3X1431 -23.320 -39.970 -41.090 1.00 0.00 W3 H +ATOM 35940 H2 TIP3X1431 -22.150 -40.780 -40.580 1.00 0.00 W3 H +ATOM 35941 OH2 TIP3X1432 -19.520 -52.080 28.400 1.00 0.00 W3 O +ATOM 35942 H1 TIP3X1432 -19.760 -52.620 29.150 1.00 0.00 W3 H +ATOM 35943 H2 TIP3X1432 -20.310 -51.550 28.220 1.00 0.00 W3 H +ATOM 35944 OH2 TIP3X1433 36.010 -49.480 -15.150 1.00 0.00 W3 O +ATOM 35945 H1 TIP3X1433 36.620 -50.080 -15.570 1.00 0.00 W3 H +ATOM 35946 H2 TIP3X1433 36.220 -49.540 -14.220 1.00 0.00 W3 H +ATOM 35947 OH2 TIP3X1434 5.260 -7.020 -24.420 1.00 0.00 W3 O +ATOM 35948 H1 TIP3X1434 4.750 -6.290 -24.030 1.00 0.00 W3 H +ATOM 35949 H2 TIP3X1434 5.960 -6.590 -24.900 1.00 0.00 W3 H +ATOM 35950 OH2 TIP3X1435 -30.250 6.180 -33.990 1.00 0.00 W3 O +ATOM 35951 H1 TIP3X1435 -31.100 6.580 -33.740 1.00 0.00 W3 H +ATOM 35952 H2 TIP3X1435 -29.850 6.810 -34.580 1.00 0.00 W3 H +ATOM 35953 OH2 TIP3X1436 -42.060 14.600 -6.260 1.00 0.00 W3 O +ATOM 35954 H1 TIP3X1436 -41.630 14.160 -6.990 1.00 0.00 W3 H +ATOM 35955 H2 TIP3X1436 -41.520 14.380 -5.500 1.00 0.00 W3 H +ATOM 35956 OH2 TIP3X1437 9.350 -3.300 34.110 1.00 0.00 W3 O +ATOM 35957 H1 TIP3X1437 8.940 -4.120 34.370 1.00 0.00 W3 H +ATOM 35958 H2 TIP3X1437 9.640 -3.440 33.220 1.00 0.00 W3 H +ATOM 35959 OH2 TIP3X1438 18.400 -31.870 20.710 1.00 0.00 W3 O +ATOM 35960 H1 TIP3X1438 19.120 -31.660 21.300 1.00 0.00 W3 H +ATOM 35961 H2 TIP3X1438 18.240 -31.060 20.240 1.00 0.00 W3 H +ATOM 35962 OH2 TIP3X1439 -28.100 -38.760 -40.130 1.00 0.00 W3 O +ATOM 35963 H1 TIP3X1439 -28.760 -39.030 -40.790 1.00 0.00 W3 H +ATOM 35964 H2 TIP3X1439 -28.550 -38.840 -39.290 1.00 0.00 W3 H +ATOM 35965 OH2 TIP3X1440 -19.620 -22.060 38.550 1.00 0.00 W3 O +ATOM 35966 H1 TIP3X1440 -20.030 -22.610 37.880 1.00 0.00 W3 H +ATOM 35967 H2 TIP3X1440 -19.040 -21.490 38.050 1.00 0.00 W3 H +ATOM 35968 OH2 TIP3X1441 31.620 34.450 27.390 1.00 0.00 W3 O +ATOM 35969 H1 TIP3X1441 31.410 35.080 28.080 1.00 0.00 W3 H +ATOM 35970 H2 TIP3X1441 30.920 33.810 27.420 1.00 0.00 W3 H +ATOM 35971 OH2 TIP3X1442 -18.850 -4.760 -50.120 1.00 0.00 W3 O +ATOM 35972 H1 TIP3X1442 -18.010 -5.210 -50.250 1.00 0.00 W3 H +ATOM 35973 H2 TIP3X1442 -18.920 -4.640 -49.170 1.00 0.00 W3 H +ATOM 35974 OH2 TIP3X1443 -24.710 -6.120 20.490 1.00 0.00 W3 O +ATOM 35975 H1 TIP3X1443 -24.540 -6.790 21.160 1.00 0.00 W3 H +ATOM 35976 H2 TIP3X1443 -23.950 -6.180 19.890 1.00 0.00 W3 H +ATOM 35977 OH2 TIP3X1444 -22.140 1.680 -35.630 1.00 0.00 W3 O +ATOM 35978 H1 TIP3X1444 -22.690 0.960 -35.920 1.00 0.00 W3 H +ATOM 35979 H2 TIP3X1444 -22.420 1.830 -34.720 1.00 0.00 W3 H +ATOM 35980 OH2 TIP3X1445 29.310 9.600 -38.310 1.00 0.00 W3 O +ATOM 35981 H1 TIP3X1445 28.610 9.470 -38.940 1.00 0.00 W3 H +ATOM 35982 H2 TIP3X1445 29.740 8.750 -38.260 1.00 0.00 W3 H +ATOM 35983 OH2 TIP3X1446 -19.400 -42.940 -29.360 1.00 0.00 W3 O +ATOM 35984 H1 TIP3X1446 -18.750 -42.340 -29.730 1.00 0.00 W3 H +ATOM 35985 H2 TIP3X1446 -18.920 -43.450 -28.710 1.00 0.00 W3 H +ATOM 35986 OH2 TIP3X1447 -12.860 -21.790 15.180 1.00 0.00 W3 O +ATOM 35987 H1 TIP3X1447 -12.920 -22.360 14.410 1.00 0.00 W3 H +ATOM 35988 H2 TIP3X1447 -13.730 -21.410 15.250 1.00 0.00 W3 H +ATOM 35989 OH2 TIP3X1448 16.270 3.700 18.540 1.00 0.00 W3 O +ATOM 35990 H1 TIP3X1448 16.540 4.560 18.220 1.00 0.00 W3 H +ATOM 35991 H2 TIP3X1448 16.980 3.110 18.270 1.00 0.00 W3 H +ATOM 35992 OH2 TIP3X1449 -15.730 18.500 -31.320 1.00 0.00 W3 O +ATOM 35993 H1 TIP3X1449 -16.600 18.830 -31.100 1.00 0.00 W3 H +ATOM 35994 H2 TIP3X1449 -15.890 17.680 -31.760 1.00 0.00 W3 H +ATOM 35995 OH2 TIP3X1450 35.420 26.140 21.240 1.00 0.00 W3 O +ATOM 35996 H1 TIP3X1450 35.300 25.930 20.320 1.00 0.00 W3 H +ATOM 35997 H2 TIP3X1450 34.870 26.910 21.390 1.00 0.00 W3 H +ATOM 35998 OH2 TIP3X1451 37.680 -31.900 31.000 1.00 0.00 W3 O +ATOM 35999 H1 TIP3X1451 37.350 -32.790 30.950 1.00 0.00 W3 H +ATOM 36000 H2 TIP3X1451 38.130 -31.850 31.840 1.00 0.00 W3 H +ATOM 36001 OH2 TIP3X1452 -35.670 25.870 -32.320 1.00 0.00 W3 O +ATOM 36002 H1 TIP3X1452 -35.160 25.810 -33.130 1.00 0.00 W3 H +ATOM 36003 H2 TIP3X1452 -35.040 26.210 -31.680 1.00 0.00 W3 H +ATOM 36004 OH2 TIP3X1453 46.680 -28.610 -38.150 1.00 0.00 W3 O +ATOM 36005 H1 TIP3X1453 46.110 -28.300 -38.860 1.00 0.00 W3 H +ATOM 36006 H2 TIP3X1453 46.180 -28.410 -37.360 1.00 0.00 W3 H +ATOM 36007 OH2 TIP3X1454 -25.590 -11.900 36.930 1.00 0.00 W3 O +ATOM 36008 H1 TIP3X1454 -25.380 -12.830 36.900 1.00 0.00 W3 H +ATOM 36009 H2 TIP3X1454 -26.130 -11.740 36.150 1.00 0.00 W3 H +ATOM 36010 OH2 TIP3X1455 43.770 16.900 33.070 1.00 0.00 W3 O +ATOM 36011 H1 TIP3X1455 43.330 17.710 33.310 1.00 0.00 W3 H +ATOM 36012 H2 TIP3X1455 44.450 16.790 33.740 1.00 0.00 W3 H +ATOM 36013 OH2 TIP3X1456 -6.990 0.050 -39.480 1.00 0.00 W3 O +ATOM 36014 H1 TIP3X1456 -7.660 0.300 -40.120 1.00 0.00 W3 H +ATOM 36015 H2 TIP3X1456 -7.430 -0.630 -38.970 1.00 0.00 W3 H +ATOM 36016 OH2 TIP3X1457 -15.790 27.510 20.200 1.00 0.00 W3 O +ATOM 36017 H1 TIP3X1457 -15.510 28.030 20.940 1.00 0.00 W3 H +ATOM 36018 H2 TIP3X1457 -15.220 26.740 20.200 1.00 0.00 W3 H +ATOM 36019 OH2 TIP3X1458 -7.400 34.260 30.290 1.00 0.00 W3 O +ATOM 36020 H1 TIP3X1458 -6.630 33.920 30.770 1.00 0.00 W3 H +ATOM 36021 H2 TIP3X1458 -7.960 34.630 30.960 1.00 0.00 W3 H +ATOM 36022 OH2 TIP3X1459 -37.750 -41.750 24.650 1.00 0.00 W3 O +ATOM 36023 H1 TIP3X1459 -38.040 -40.910 24.310 1.00 0.00 W3 H +ATOM 36024 H2 TIP3X1459 -37.910 -42.370 23.950 1.00 0.00 W3 H +ATOM 36025 OH2 TIP3X1460 24.350 -21.140 -30.550 1.00 0.00 W3 O +ATOM 36026 H1 TIP3X1460 23.930 -21.840 -31.050 1.00 0.00 W3 H +ATOM 36027 H2 TIP3X1460 24.950 -21.610 -29.960 1.00 0.00 W3 H +ATOM 36028 OH2 TIP3X1461 30.610 4.310 -39.590 1.00 0.00 W3 O +ATOM 36029 H1 TIP3X1461 30.390 3.960 -38.720 1.00 0.00 W3 H +ATOM 36030 H2 TIP3X1461 31.560 4.380 -39.590 1.00 0.00 W3 H +ATOM 36031 OH2 TIP3X1462 38.330 -10.010 28.540 1.00 0.00 W3 O +ATOM 36032 H1 TIP3X1462 38.940 -9.420 28.990 1.00 0.00 W3 H +ATOM 36033 H2 TIP3X1462 37.640 -10.190 29.170 1.00 0.00 W3 H +ATOM 36034 OH2 TIP3X1463 32.490 40.840 -23.070 1.00 0.00 W3 O +ATOM 36035 H1 TIP3X1463 32.800 41.410 -23.780 1.00 0.00 W3 H +ATOM 36036 H2 TIP3X1463 32.030 40.130 -23.520 1.00 0.00 W3 H +ATOM 36037 OH2 TIP3X1464 -4.580 -35.820 25.540 1.00 0.00 W3 O +ATOM 36038 H1 TIP3X1464 -5.090 -35.990 24.750 1.00 0.00 W3 H +ATOM 36039 H2 TIP3X1464 -3.850 -35.280 25.260 1.00 0.00 W3 H +ATOM 36040 OH2 TIP3X1465 2.680 21.600 -27.480 1.00 0.00 W3 O +ATOM 36041 H1 TIP3X1465 1.870 21.200 -27.780 1.00 0.00 W3 H +ATOM 36042 H2 TIP3X1465 3.380 21.030 -27.800 1.00 0.00 W3 H +ATOM 36043 OH2 TIP3X1466 -43.110 -27.320 23.380 1.00 0.00 W3 O +ATOM 36044 H1 TIP3X1466 -43.020 -27.540 24.310 1.00 0.00 W3 H +ATOM 36045 H2 TIP3X1466 -44.040 -27.250 23.230 1.00 0.00 W3 H +ATOM 36046 OH2 TIP3X1467 20.980 -21.600 -34.940 1.00 0.00 W3 O +ATOM 36047 H1 TIP3X1467 21.610 -21.060 -34.430 1.00 0.00 W3 H +ATOM 36048 H2 TIP3X1467 21.460 -21.820 -35.740 1.00 0.00 W3 H +ATOM 36049 OH2 TIP3X1468 19.330 -28.560 -20.400 1.00 0.00 W3 O +ATOM 36050 H1 TIP3X1468 18.610 -28.400 -19.800 1.00 0.00 W3 H +ATOM 36051 H2 TIP3X1468 20.110 -28.300 -19.930 1.00 0.00 W3 H +ATOM 36052 OH2 TIP3X1469 10.790 25.720 -38.030 1.00 0.00 W3 O +ATOM 36053 H1 TIP3X1469 11.200 25.710 -38.890 1.00 0.00 W3 H +ATOM 36054 H2 TIP3X1469 10.470 24.830 -37.910 1.00 0.00 W3 H +ATOM 36055 OH2 TIP3X1470 8.640 -22.690 37.280 1.00 0.00 W3 O +ATOM 36056 H1 TIP3X1470 9.070 -23.550 37.190 1.00 0.00 W3 H +ATOM 36057 H2 TIP3X1470 9.030 -22.170 36.580 1.00 0.00 W3 H +ATOM 36058 OH2 TIP3X1471 7.350 -50.850 20.480 1.00 0.00 W3 O +ATOM 36059 H1 TIP3X1471 7.520 -51.280 21.310 1.00 0.00 W3 H +ATOM 36060 H2 TIP3X1471 8.000 -50.170 20.410 1.00 0.00 W3 H +ATOM 36061 OH2 TIP3X1472 34.790 -11.530 -31.860 1.00 0.00 W3 O +ATOM 36062 H1 TIP3X1472 35.230 -12.380 -31.970 1.00 0.00 W3 H +ATOM 36063 H2 TIP3X1472 34.660 -11.450 -30.910 1.00 0.00 W3 H +ATOM 36064 OH2 TIP3X1473 -35.860 -2.110 -8.400 1.00 0.00 W3 O +ATOM 36065 H1 TIP3X1473 -35.090 -1.550 -8.560 1.00 0.00 W3 H +ATOM 36066 H2 TIP3X1473 -36.290 -1.710 -7.640 1.00 0.00 W3 H +ATOM 36067 OH2 TIP3X1474 26.540 10.690 17.320 1.00 0.00 W3 O +ATOM 36068 H1 TIP3X1474 25.860 11.340 17.210 1.00 0.00 W3 H +ATOM 36069 H2 TIP3X1474 27.140 11.070 17.970 1.00 0.00 W3 H +ATOM 36070 OH2 TIP3X1475 18.460 44.250 -49.200 1.00 0.00 W3 O +ATOM 36071 H1 TIP3X1475 18.030 44.280 -48.350 1.00 0.00 W3 H +ATOM 36072 H2 TIP3X1475 18.200 43.390 -49.560 1.00 0.00 W3 H +ATOM 36073 OH2 TIP3X1476 16.760 -48.220 -14.700 1.00 0.00 W3 O +ATOM 36074 H1 TIP3X1476 16.900 -48.250 -15.660 1.00 0.00 W3 H +ATOM 36075 H2 TIP3X1476 16.500 -47.320 -14.530 1.00 0.00 W3 H +ATOM 36076 OH2 TIP3X1477 -31.650 33.120 -21.640 1.00 0.00 W3 O +ATOM 36077 H1 TIP3X1477 -30.940 33.710 -21.880 1.00 0.00 W3 H +ATOM 36078 H2 TIP3X1477 -31.600 32.410 -22.280 1.00 0.00 W3 H +ATOM 36079 OH2 TIP3X1478 24.440 -13.430 -45.960 1.00 0.00 W3 O +ATOM 36080 H1 TIP3X1478 23.960 -14.250 -45.890 1.00 0.00 W3 H +ATOM 36081 H2 TIP3X1478 24.110 -12.880 -45.260 1.00 0.00 W3 H +ATOM 36082 OH2 TIP3X1479 27.470 2.220 32.890 1.00 0.00 W3 O +ATOM 36083 H1 TIP3X1479 28.010 1.430 32.880 1.00 0.00 W3 H +ATOM 36084 H2 TIP3X1479 26.670 1.980 32.410 1.00 0.00 W3 H +ATOM 36085 OH2 TIP3X1480 -2.270 -37.790 20.300 1.00 0.00 W3 O +ATOM 36086 H1 TIP3X1480 -1.520 -37.190 20.350 1.00 0.00 W3 H +ATOM 36087 H2 TIP3X1480 -2.390 -37.950 19.370 1.00 0.00 W3 H +ATOM 36088 OH2 TIP3X1481 -1.800 22.750 -13.670 1.00 0.00 W3 O +ATOM 36089 H1 TIP3X1481 -1.400 22.830 -12.800 1.00 0.00 W3 H +ATOM 36090 H2 TIP3X1481 -1.790 23.640 -14.020 1.00 0.00 W3 H +ATOM 36091 OH2 TIP3X1482 9.390 3.230 -33.040 1.00 0.00 W3 O +ATOM 36092 H1 TIP3X1482 9.250 2.530 -33.660 1.00 0.00 W3 H +ATOM 36093 H2 TIP3X1482 9.840 3.910 -33.540 1.00 0.00 W3 H +ATOM 36094 OH2 TIP3X1483 -14.470 29.210 -17.110 1.00 0.00 W3 O +ATOM 36095 H1 TIP3X1483 -14.780 29.720 -17.860 1.00 0.00 W3 H +ATOM 36096 H2 TIP3X1483 -14.260 28.360 -17.470 1.00 0.00 W3 H +ATOM 36097 OH2 TIP3X1484 11.070 -49.650 34.660 1.00 0.00 W3 O +ATOM 36098 H1 TIP3X1484 11.660 -50.050 34.020 1.00 0.00 W3 H +ATOM 36099 H2 TIP3X1484 10.520 -49.060 34.160 1.00 0.00 W3 H +ATOM 36100 OH2 TIP3X1485 -21.300 -24.100 13.500 1.00 0.00 W3 O +ATOM 36101 H1 TIP3X1485 -22.060 -23.540 13.640 1.00 0.00 W3 H +ATOM 36102 H2 TIP3X1485 -20.720 -23.570 12.940 1.00 0.00 W3 H +ATOM 36103 OH2 TIP3X1486 -41.040 25.310 -26.610 1.00 0.00 W3 O +ATOM 36104 H1 TIP3X1486 -41.150 25.750 -25.770 1.00 0.00 W3 H +ATOM 36105 H2 TIP3X1486 -40.100 25.130 -26.670 1.00 0.00 W3 H +ATOM 36106 OH2 TIP3X1487 -25.960 11.730 -37.810 1.00 0.00 W3 O +ATOM 36107 H1 TIP3X1487 -26.420 11.750 -36.960 1.00 0.00 W3 H +ATOM 36108 H2 TIP3X1487 -25.570 12.610 -37.870 1.00 0.00 W3 H +ATOM 36109 OH2 TIP3X1488 -3.140 -3.750 7.050 1.00 0.00 W3 O +ATOM 36110 H1 TIP3X1488 -3.220 -4.560 7.560 1.00 0.00 W3 H +ATOM 36111 H2 TIP3X1488 -3.340 -4.010 6.150 1.00 0.00 W3 H +ATOM 36112 OH2 TIP3X1489 38.400 -27.670 -53.000 1.00 0.00 W3 O +ATOM 36113 H1 TIP3X1489 39.280 -27.470 -52.660 1.00 0.00 W3 H +ATOM 36114 H2 TIP3X1489 38.320 -28.620 -52.910 1.00 0.00 W3 H +ATOM 36115 OH2 TIP3X1490 5.730 16.380 -27.540 1.00 0.00 W3 O +ATOM 36116 H1 TIP3X1490 5.160 17.140 -27.440 1.00 0.00 W3 H +ATOM 36117 H2 TIP3X1490 6.000 16.160 -26.660 1.00 0.00 W3 H +ATOM 36118 OH2 TIP3X1491 -11.670 10.120 37.140 1.00 0.00 W3 O +ATOM 36119 H1 TIP3X1491 -10.790 9.950 36.790 1.00 0.00 W3 H +ATOM 36120 H2 TIP3X1491 -11.910 10.970 36.790 1.00 0.00 W3 H +ATOM 36121 OH2 TIP3X1492 -18.090 3.870 20.480 1.00 0.00 W3 O +ATOM 36122 H1 TIP3X1492 -18.020 4.490 19.750 1.00 0.00 W3 H +ATOM 36123 H2 TIP3X1492 -17.180 3.650 20.690 1.00 0.00 W3 H +ATOM 36124 OH2 TIP3X1493 20.950 -36.970 36.760 1.00 0.00 W3 O +ATOM 36125 H1 TIP3X1493 21.440 -36.900 35.940 1.00 0.00 W3 H +ATOM 36126 H2 TIP3X1493 21.520 -37.490 37.340 1.00 0.00 W3 H +ATOM 36127 OH2 TIP3X1494 -14.240 -17.740 37.690 1.00 0.00 W3 O +ATOM 36128 H1 TIP3X1494 -14.540 -18.440 37.100 1.00 0.00 W3 H +ATOM 36129 H2 TIP3X1494 -13.780 -17.130 37.120 1.00 0.00 W3 H +ATOM 36130 OH2 TIP3X1495 -34.280 -17.900 38.520 1.00 0.00 W3 O +ATOM 36131 H1 TIP3X1495 -34.100 -17.100 39.000 1.00 0.00 W3 H +ATOM 36132 H2 TIP3X1495 -35.220 -18.050 38.620 1.00 0.00 W3 H +ATOM 36133 OH2 TIP3X1496 -0.170 -51.650 20.340 1.00 0.00 W3 O +ATOM 36134 H1 TIP3X1496 -0.460 -50.810 19.970 1.00 0.00 W3 H +ATOM 36135 H2 TIP3X1496 -0.950 -52.210 20.300 1.00 0.00 W3 H +ATOM 36136 OH2 TIP3X1497 33.250 -24.990 -42.290 1.00 0.00 W3 O +ATOM 36137 H1 TIP3X1497 33.990 -24.430 -42.510 1.00 0.00 W3 H +ATOM 36138 H2 TIP3X1497 32.510 -24.570 -42.720 1.00 0.00 W3 H +ATOM 36139 OH2 TIP3X1498 39.230 -33.120 -43.020 1.00 0.00 W3 O +ATOM 36140 H1 TIP3X1498 40.080 -32.720 -43.220 1.00 0.00 W3 H +ATOM 36141 H2 TIP3X1498 38.750 -33.070 -43.850 1.00 0.00 W3 H +ATOM 36142 OH2 TIP3X1499 -44.390 37.500 -11.520 1.00 0.00 W3 O +ATOM 36143 H1 TIP3X1499 -45.060 36.870 -11.790 1.00 0.00 W3 H +ATOM 36144 H2 TIP3X1499 -43.740 36.980 -11.050 1.00 0.00 W3 H +ATOM 36145 OH2 TIP3X1500 17.510 18.790 33.860 1.00 0.00 W3 O +ATOM 36146 H1 TIP3X1500 17.330 19.060 34.760 1.00 0.00 W3 H +ATOM 36147 H2 TIP3X1500 17.120 19.470 33.320 1.00 0.00 W3 H +ATOM 36148 OH2 TIP3X1501 40.050 -38.060 -41.700 1.00 0.00 W3 O +ATOM 36149 H1 TIP3X1501 39.480 -37.300 -41.540 1.00 0.00 W3 H +ATOM 36150 H2 TIP3X1501 40.900 -37.670 -41.920 1.00 0.00 W3 H +ATOM 36151 OH2 TIP3X1502 -39.780 -7.730 -36.310 1.00 0.00 W3 O +ATOM 36152 H1 TIP3X1502 -39.140 -7.350 -36.910 1.00 0.00 W3 H +ATOM 36153 H2 TIP3X1502 -40.550 -7.860 -36.850 1.00 0.00 W3 H +ATOM 36154 OH2 TIP3X1503 49.180 -35.310 35.840 1.00 0.00 W3 O +ATOM 36155 H1 TIP3X1503 49.150 -35.050 34.920 1.00 0.00 W3 H +ATOM 36156 H2 TIP3X1503 49.400 -34.500 36.310 1.00 0.00 W3 H +ATOM 36157 OH2 TIP3X1504 -4.990 21.850 -20.420 1.00 0.00 W3 O +ATOM 36158 H1 TIP3X1504 -4.120 21.860 -20.030 1.00 0.00 W3 H +ATOM 36159 H2 TIP3X1504 -5.430 22.620 -20.060 1.00 0.00 W3 H +ATOM 36160 OH2 TIP3X1505 -3.680 -47.900 -27.460 1.00 0.00 W3 O +ATOM 36161 H1 TIP3X1505 -4.450 -47.990 -26.920 1.00 0.00 W3 H +ATOM 36162 H2 TIP3X1505 -4.020 -47.630 -28.310 1.00 0.00 W3 H +ATOM 36163 OH2 TIP3X1506 -35.880 23.540 31.910 1.00 0.00 W3 O +ATOM 36164 H1 TIP3X1506 -35.790 23.690 32.850 1.00 0.00 W3 H +ATOM 36165 H2 TIP3X1506 -36.290 24.340 31.570 1.00 0.00 W3 H +ATOM 36166 OH2 TIP3X1507 -16.910 2.220 -42.400 1.00 0.00 W3 O +ATOM 36167 H1 TIP3X1507 -17.370 1.510 -41.940 1.00 0.00 W3 H +ATOM 36168 H2 TIP3X1507 -17.510 2.960 -42.360 1.00 0.00 W3 H +ATOM 36169 OH2 TIP3X1508 -0.320 -35.180 -23.870 1.00 0.00 W3 O +ATOM 36170 H1 TIP3X1508 -0.630 -34.290 -23.720 1.00 0.00 W3 H +ATOM 36171 H2 TIP3X1508 -0.330 -35.300 -24.820 1.00 0.00 W3 H +ATOM 36172 OH2 TIP3X1509 24.880 30.980 -50.600 1.00 0.00 W3 O +ATOM 36173 H1 TIP3X1509 25.040 31.930 -50.680 1.00 0.00 W3 H +ATOM 36174 H2 TIP3X1509 24.540 30.880 -49.720 1.00 0.00 W3 H +ATOM 36175 OH2 TIP3X1510 -22.180 40.100 -16.020 1.00 0.00 W3 O +ATOM 36176 H1 TIP3X1510 -23.000 39.890 -15.570 1.00 0.00 W3 H +ATOM 36177 H2 TIP3X1510 -22.460 40.410 -16.880 1.00 0.00 W3 H +ATOM 36178 OH2 TIP3X1511 2.500 -39.310 -26.320 1.00 0.00 W3 O +ATOM 36179 H1 TIP3X1511 3.060 -39.110 -25.570 1.00 0.00 W3 H +ATOM 36180 H2 TIP3X1511 2.270 -38.460 -26.690 1.00 0.00 W3 H +ATOM 36181 OH2 TIP3X1512 -35.880 -46.330 -37.240 1.00 0.00 W3 O +ATOM 36182 H1 TIP3X1512 -36.090 -47.090 -36.710 1.00 0.00 W3 H +ATOM 36183 H2 TIP3X1512 -35.070 -45.980 -36.860 1.00 0.00 W3 H +ATOM 36184 OH2 TIP3X1513 46.510 -9.820 -21.690 1.00 0.00 W3 O +ATOM 36185 H1 TIP3X1513 46.600 -8.870 -21.690 1.00 0.00 W3 H +ATOM 36186 H2 TIP3X1513 45.930 -10.000 -22.430 1.00 0.00 W3 H +ATOM 36187 OH2 TIP3X1514 -41.490 30.090 -26.130 1.00 0.00 W3 O +ATOM 36188 H1 TIP3X1514 -40.760 30.420 -25.610 1.00 0.00 W3 H +ATOM 36189 H2 TIP3X1514 -41.230 29.210 -26.380 1.00 0.00 W3 H +ATOM 36190 OH2 TIP3X1515 35.010 3.040 30.490 1.00 0.00 W3 O +ATOM 36191 H1 TIP3X1515 34.660 3.100 29.600 1.00 0.00 W3 H +ATOM 36192 H2 TIP3X1515 35.120 3.950 30.760 1.00 0.00 W3 H +ATOM 36193 OH2 TIP3X1516 -17.210 23.040 27.500 1.00 0.00 W3 O +ATOM 36194 H1 TIP3X1516 -17.430 23.950 27.660 1.00 0.00 W3 H +ATOM 36195 H2 TIP3X1516 -17.380 22.900 26.570 1.00 0.00 W3 H +ATOM 36196 OH2 TIP3X1517 17.930 29.690 -44.010 1.00 0.00 W3 O +ATOM 36197 H1 TIP3X1517 18.120 30.320 -44.700 1.00 0.00 W3 H +ATOM 36198 H2 TIP3X1517 17.130 30.010 -43.600 1.00 0.00 W3 H +ATOM 36199 OH2 TIP3X1518 -1.750 -10.080 -39.890 1.00 0.00 W3 O +ATOM 36200 H1 TIP3X1518 -2.410 -9.390 -39.750 1.00 0.00 W3 H +ATOM 36201 H2 TIP3X1518 -1.850 -10.320 -40.810 1.00 0.00 W3 H +ATOM 36202 OH2 TIP3X1519 -16.410 -10.670 -43.560 1.00 0.00 W3 O +ATOM 36203 H1 TIP3X1519 -17.110 -11.230 -43.210 1.00 0.00 W3 H +ATOM 36204 H2 TIP3X1519 -15.630 -11.230 -43.510 1.00 0.00 W3 H +ATOM 36205 OH2 TIP3X1520 46.400 26.730 -32.660 1.00 0.00 W3 O +ATOM 36206 H1 TIP3X1520 45.590 27.170 -32.390 1.00 0.00 W3 H +ATOM 36207 H2 TIP3X1520 47.070 27.420 -32.620 1.00 0.00 W3 H +ATOM 36208 OH2 TIP3X1521 44.240 19.100 -27.580 1.00 0.00 W3 O +ATOM 36209 H1 TIP3X1521 43.380 19.490 -27.390 1.00 0.00 W3 H +ATOM 36210 H2 TIP3X1521 44.080 18.150 -27.560 1.00 0.00 W3 H +ATOM 36211 OH2 TIP3X1522 -7.540 -37.130 -41.220 1.00 0.00 W3 O +ATOM 36212 H1 TIP3X1522 -7.660 -36.430 -41.860 1.00 0.00 W3 H +ATOM 36213 H2 TIP3X1522 -7.040 -37.800 -41.680 1.00 0.00 W3 H +ATOM 36214 OH2 TIP3X1523 -32.150 -33.140 -33.370 1.00 0.00 W3 O +ATOM 36215 H1 TIP3X1523 -32.760 -32.440 -33.600 1.00 0.00 W3 H +ATOM 36216 H2 TIP3X1523 -31.630 -33.270 -34.170 1.00 0.00 W3 H +ATOM 36217 OH2 TIP3X1524 12.630 -45.380 -25.210 1.00 0.00 W3 O +ATOM 36218 H1 TIP3X1524 12.730 -46.060 -25.870 1.00 0.00 W3 H +ATOM 36219 H2 TIP3X1524 13.310 -44.740 -25.390 1.00 0.00 W3 H +ATOM 36220 OH2 TIP3X1525 -43.140 -25.970 -15.540 1.00 0.00 W3 O +ATOM 36221 H1 TIP3X1525 -42.220 -25.950 -15.260 1.00 0.00 W3 H +ATOM 36222 H2 TIP3X1525 -43.300 -26.890 -15.760 1.00 0.00 W3 H +ATOM 36223 OH2 TIP3X1526 11.750 42.050 -27.420 1.00 0.00 W3 O +ATOM 36224 H1 TIP3X1526 11.610 41.710 -26.530 1.00 0.00 W3 H +ATOM 36225 H2 TIP3X1526 10.900 42.000 -27.840 1.00 0.00 W3 H +ATOM 36226 OH2 TIP3X1527 9.600 39.640 -41.190 1.00 0.00 W3 O +ATOM 36227 H1 TIP3X1527 10.150 39.260 -41.870 1.00 0.00 W3 H +ATOM 36228 H2 TIP3X1527 10.190 39.760 -40.440 1.00 0.00 W3 H +ATOM 36229 OH2 TIP3X1528 7.490 -51.860 18.010 1.00 0.00 W3 O +ATOM 36230 H1 TIP3X1528 7.600 -51.370 18.830 1.00 0.00 W3 H +ATOM 36231 H2 TIP3X1528 7.750 -51.250 17.330 1.00 0.00 W3 H +ATOM 36232 OH2 TIP3X1529 31.360 18.450 -22.830 1.00 0.00 W3 O +ATOM 36233 H1 TIP3X1529 31.560 18.090 -21.970 1.00 0.00 W3 H +ATOM 36234 H2 TIP3X1529 30.500 18.090 -23.050 1.00 0.00 W3 H +ATOM 36235 OH2 TIP3X1530 -32.870 4.850 -43.600 1.00 0.00 W3 O +ATOM 36236 H1 TIP3X1530 -33.340 5.450 -44.180 1.00 0.00 W3 H +ATOM 36237 H2 TIP3X1530 -32.160 4.490 -44.150 1.00 0.00 W3 H +ATOM 36238 OH2 TIP3X1531 -8.390 40.820 -43.410 1.00 0.00 W3 O +ATOM 36239 H1 TIP3X1531 -7.590 40.690 -42.890 1.00 0.00 W3 H +ATOM 36240 H2 TIP3X1531 -8.050 41.040 -44.280 1.00 0.00 W3 H +ATOM 36241 OH2 TIP3X1532 -24.620 -25.290 -33.630 1.00 0.00 W3 O +ATOM 36242 H1 TIP3X1532 -25.120 -25.700 -34.330 1.00 0.00 W3 H +ATOM 36243 H2 TIP3X1532 -24.060 -25.990 -33.290 1.00 0.00 W3 H +ATOM 36244 OH2 TIP3X1533 30.920 11.460 -37.010 1.00 0.00 W3 O +ATOM 36245 H1 TIP3X1533 30.230 10.810 -37.180 1.00 0.00 W3 H +ATOM 36246 H2 TIP3X1533 30.690 12.190 -37.580 1.00 0.00 W3 H +ATOM 36247 OH2 TIP3X1534 33.170 14.870 26.190 1.00 0.00 W3 O +ATOM 36248 H1 TIP3X1534 33.550 14.250 26.820 1.00 0.00 W3 H +ATOM 36249 H2 TIP3X1534 32.230 14.710 26.240 1.00 0.00 W3 H +ATOM 36250 OH2 TIP3X1535 45.650 30.870 -50.190 1.00 0.00 W3 O +ATOM 36251 H1 TIP3X1535 46.530 31.210 -50.070 1.00 0.00 W3 H +ATOM 36252 H2 TIP3X1535 45.350 30.640 -49.310 1.00 0.00 W3 H +ATOM 36253 OH2 TIP3X1536 30.930 14.510 23.680 1.00 0.00 W3 O +ATOM 36254 H1 TIP3X1536 30.060 14.510 23.280 1.00 0.00 W3 H +ATOM 36255 H2 TIP3X1536 30.780 14.210 24.570 1.00 0.00 W3 H +ATOM 36256 OH2 TIP3X1537 -43.110 -34.740 35.610 1.00 0.00 W3 O +ATOM 36257 H1 TIP3X1537 -42.650 -35.180 34.900 1.00 0.00 W3 H +ATOM 36258 H2 TIP3X1537 -42.860 -33.830 35.520 1.00 0.00 W3 H +ATOM 36259 OH2 TIP3X1538 35.190 24.250 -33.240 1.00 0.00 W3 O +ATOM 36260 H1 TIP3X1538 35.040 23.410 -32.800 1.00 0.00 W3 H +ATOM 36261 H2 TIP3X1538 34.380 24.410 -33.720 1.00 0.00 W3 H +ATOM 36262 OH2 TIP3X1539 11.180 25.690 32.870 1.00 0.00 W3 O +ATOM 36263 H1 TIP3X1539 12.090 25.380 32.830 1.00 0.00 W3 H +ATOM 36264 H2 TIP3X1539 10.860 25.380 33.720 1.00 0.00 W3 H +ATOM 36265 OH2 TIP3X1540 4.670 -26.770 -44.280 1.00 0.00 W3 O +ATOM 36266 H1 TIP3X1540 5.230 -26.150 -44.760 1.00 0.00 W3 H +ATOM 36267 H2 TIP3X1540 4.720 -26.490 -43.370 1.00 0.00 W3 H +ATOM 36268 OH2 TIP3X1541 35.780 40.230 -47.150 1.00 0.00 W3 O +ATOM 36269 H1 TIP3X1541 36.090 39.330 -47.240 1.00 0.00 W3 H +ATOM 36270 H2 TIP3X1541 35.110 40.320 -47.830 1.00 0.00 W3 H +ATOM 36271 OH2 TIP3X1542 38.930 -34.330 -47.680 1.00 0.00 W3 O +ATOM 36272 H1 TIP3X1542 38.550 -33.920 -46.900 1.00 0.00 W3 H +ATOM 36273 H2 TIP3X1542 39.430 -33.620 -48.100 1.00 0.00 W3 H +ATOM 36274 OH2 TIP3X1543 -18.120 19.210 -31.340 1.00 0.00 W3 O +ATOM 36275 H1 TIP3X1543 -18.660 18.890 -32.070 1.00 0.00 W3 H +ATOM 36276 H2 TIP3X1543 -18.660 19.070 -30.570 1.00 0.00 W3 H +ATOM 36277 OH2 TIP3X1544 -10.900 30.300 37.200 1.00 0.00 W3 O +ATOM 36278 H1 TIP3X1544 -10.030 30.410 37.580 1.00 0.00 W3 H +ATOM 36279 H2 TIP3X1544 -11.370 31.110 37.430 1.00 0.00 W3 H +ATOM 36280 OH2 TIP3X1545 42.670 -19.280 19.250 1.00 0.00 W3 O +ATOM 36281 H1 TIP3X1545 43.290 -19.880 18.850 1.00 0.00 W3 H +ATOM 36282 H2 TIP3X1545 42.500 -18.610 18.580 1.00 0.00 W3 H +ATOM 36283 OH2 TIP3X1546 -17.060 24.570 -36.330 1.00 0.00 W3 O +ATOM 36284 H1 TIP3X1546 -16.370 25.080 -36.750 1.00 0.00 W3 H +ATOM 36285 H2 TIP3X1546 -16.610 23.820 -35.950 1.00 0.00 W3 H +ATOM 36286 OH2 TIP3X1547 31.170 -47.950 -42.310 1.00 0.00 W3 O +ATOM 36287 H1 TIP3X1547 30.250 -48.210 -42.310 1.00 0.00 W3 H +ATOM 36288 H2 TIP3X1547 31.180 -47.040 -42.620 1.00 0.00 W3 H +ATOM 36289 OH2 TIP3X1548 -28.660 -6.690 -20.260 1.00 0.00 W3 O +ATOM 36290 H1 TIP3X1548 -28.220 -7.000 -21.040 1.00 0.00 W3 H +ATOM 36291 H2 TIP3X1548 -28.210 -7.120 -19.540 1.00 0.00 W3 H +ATOM 36292 OH2 TIP3X1549 19.690 -31.720 -49.450 1.00 0.00 W3 O +ATOM 36293 H1 TIP3X1549 19.350 -32.200 -48.690 1.00 0.00 W3 H +ATOM 36294 H2 TIP3X1549 18.900 -31.380 -49.880 1.00 0.00 W3 H +ATOM 36295 OH2 TIP3X1550 39.460 -35.860 19.570 1.00 0.00 W3 O +ATOM 36296 H1 TIP3X1550 38.890 -35.460 18.920 1.00 0.00 W3 H +ATOM 36297 H2 TIP3X1550 39.520 -35.210 20.270 1.00 0.00 W3 H +ATOM 36298 OH2 TIP3X1551 1.680 21.860 -33.150 1.00 0.00 W3 O +ATOM 36299 H1 TIP3X1551 2.400 22.000 -32.540 1.00 0.00 W3 H +ATOM 36300 H2 TIP3X1551 0.980 21.460 -32.640 1.00 0.00 W3 H +ATOM 36301 OH2 TIP3X1552 40.630 -23.710 13.280 1.00 0.00 W3 O +ATOM 36302 H1 TIP3X1552 39.840 -23.810 13.820 1.00 0.00 W3 H +ATOM 36303 H2 TIP3X1552 41.180 -24.460 13.510 1.00 0.00 W3 H +ATOM 36304 OH2 TIP3X1553 -34.820 35.840 -18.370 1.00 0.00 W3 O +ATOM 36305 H1 TIP3X1553 -34.600 35.560 -17.490 1.00 0.00 W3 H +ATOM 36306 H2 TIP3X1553 -35.350 35.140 -18.740 1.00 0.00 W3 H +ATOM 36307 OH2 TIP3X1554 -4.780 -15.110 28.870 1.00 0.00 W3 O +ATOM 36308 H1 TIP3X1554 -4.050 -14.500 28.910 1.00 0.00 W3 H +ATOM 36309 H2 TIP3X1554 -4.810 -15.400 27.960 1.00 0.00 W3 H +ATOM 36310 OH2 TIP3X1555 -34.960 -8.370 -17.750 1.00 0.00 W3 O +ATOM 36311 H1 TIP3X1555 -34.530 -8.200 -16.910 1.00 0.00 W3 H +ATOM 36312 H2 TIP3X1555 -35.030 -9.310 -17.800 1.00 0.00 W3 H +ATOM 36313 OH2 TIP3X1556 27.830 29.550 -34.210 1.00 0.00 W3 O +ATOM 36314 H1 TIP3X1556 28.710 29.780 -33.910 1.00 0.00 W3 H +ATOM 36315 H2 TIP3X1556 27.250 29.850 -33.510 1.00 0.00 W3 H +ATOM 36316 OH2 TIP3X1557 49.310 19.090 26.850 1.00 0.00 W3 O +ATOM 36317 H1 TIP3X1557 48.770 18.640 26.190 1.00 0.00 W3 H +ATOM 36318 H2 TIP3X1557 48.780 19.100 27.630 1.00 0.00 W3 H +ATOM 36319 OH2 TIP3X1558 47.060 -15.920 -48.570 1.00 0.00 W3 O +ATOM 36320 H1 TIP3X1558 46.830 -15.050 -48.240 1.00 0.00 W3 H +ATOM 36321 H2 TIP3X1558 47.910 -15.800 -49.000 1.00 0.00 W3 H +ATOM 36322 OH2 TIP3X1559 1.730 12.840 -40.750 1.00 0.00 W3 O +ATOM 36323 H1 TIP3X1559 2.240 12.680 -39.950 1.00 0.00 W3 H +ATOM 36324 H2 TIP3X1559 0.820 12.940 -40.440 1.00 0.00 W3 H +ATOM 36325 OH2 TIP3X1560 -39.290 29.860 -17.150 1.00 0.00 W3 O +ATOM 36326 H1 TIP3X1560 -38.530 30.410 -17.310 1.00 0.00 W3 H +ATOM 36327 H2 TIP3X1560 -39.440 29.410 -17.980 1.00 0.00 W3 H +ATOM 36328 OH2 TIP3X1561 4.340 19.180 -32.040 1.00 0.00 W3 O +ATOM 36329 H1 TIP3X1561 3.840 19.250 -32.850 1.00 0.00 W3 H +ATOM 36330 H2 TIP3X1561 5.120 18.670 -32.280 1.00 0.00 W3 H +ATOM 36331 OH2 TIP3X1562 43.780 -38.460 30.750 1.00 0.00 W3 O +ATOM 36332 H1 TIP3X1562 44.410 -38.060 30.150 1.00 0.00 W3 H +ATOM 36333 H2 TIP3X1562 43.020 -38.660 30.220 1.00 0.00 W3 H +ATOM 36334 OH2 TIP3X1563 37.360 0.510 -31.670 1.00 0.00 W3 O +ATOM 36335 H1 TIP3X1563 38.030 0.890 -31.100 1.00 0.00 W3 H +ATOM 36336 H2 TIP3X1563 36.560 0.540 -31.150 1.00 0.00 W3 H +ATOM 36337 OH2 TIP3X1564 12.500 -42.150 -39.510 1.00 0.00 W3 O +ATOM 36338 H1 TIP3X1564 13.140 -42.810 -39.770 1.00 0.00 W3 H +ATOM 36339 H2 TIP3X1564 11.910 -42.080 -40.260 1.00 0.00 W3 H +ATOM 36340 OH2 TIP3X1565 -27.380 -6.210 36.110 1.00 0.00 W3 O +ATOM 36341 H1 TIP3X1565 -26.790 -6.630 36.730 1.00 0.00 W3 H +ATOM 36342 H2 TIP3X1565 -27.540 -6.870 35.440 1.00 0.00 W3 H +ATOM 36343 OH2 TIP3X1566 -2.660 -24.120 32.810 1.00 0.00 W3 O +ATOM 36344 H1 TIP3X1566 -1.890 -24.600 33.110 1.00 0.00 W3 H +ATOM 36345 H2 TIP3X1566 -2.530 -24.010 31.870 1.00 0.00 W3 H +ATOM 36346 OH2 TIP3X1567 29.530 25.830 -36.900 1.00 0.00 W3 O +ATOM 36347 H1 TIP3X1567 28.680 26.140 -37.230 1.00 0.00 W3 H +ATOM 36348 H2 TIP3X1567 29.320 25.480 -36.030 1.00 0.00 W3 H +ATOM 36349 OH2 TIP3X1568 -9.080 -19.930 -26.450 1.00 0.00 W3 O +ATOM 36350 H1 TIP3X1568 -9.340 -20.710 -25.960 1.00 0.00 W3 H +ATOM 36351 H2 TIP3X1568 -9.910 -19.550 -26.740 1.00 0.00 W3 H +ATOM 36352 OH2 TIP3X1569 -3.740 -13.230 -34.980 1.00 0.00 W3 O +ATOM 36353 H1 TIP3X1569 -3.550 -13.190 -35.930 1.00 0.00 W3 H +ATOM 36354 H2 TIP3X1569 -4.610 -12.840 -34.890 1.00 0.00 W3 H +ATOM 36355 OH2 TIP3X1570 -26.320 -31.070 28.140 1.00 0.00 W3 O +ATOM 36356 H1 TIP3X1570 -27.220 -30.850 27.920 1.00 0.00 W3 H +ATOM 36357 H2 TIP3X1570 -25.790 -30.470 27.610 1.00 0.00 W3 H +ATOM 36358 OH2 TIP3X1571 24.010 -50.200 27.030 1.00 0.00 W3 O +ATOM 36359 H1 TIP3X1571 24.330 -50.260 26.130 1.00 0.00 W3 H +ATOM 36360 H2 TIP3X1571 23.270 -50.790 27.070 1.00 0.00 W3 H +ATOM 36361 OH2 TIP3X1572 -10.020 -43.030 15.530 1.00 0.00 W3 O +ATOM 36362 H1 TIP3X1572 -10.890 -42.750 15.240 1.00 0.00 W3 H +ATOM 36363 H2 TIP3X1572 -10.000 -43.960 15.350 1.00 0.00 W3 H +ATOM 36364 OH2 TIP3X1573 -10.370 -18.040 -42.940 1.00 0.00 W3 O +ATOM 36365 H1 TIP3X1573 -10.120 -18.210 -42.030 1.00 0.00 W3 H +ATOM 36366 H2 TIP3X1573 -9.650 -17.500 -43.280 1.00 0.00 W3 H +ATOM 36367 OH2 TIP3X1574 -9.530 31.390 -14.230 1.00 0.00 W3 O +ATOM 36368 H1 TIP3X1574 -9.900 31.750 -15.020 1.00 0.00 W3 H +ATOM 36369 H2 TIP3X1574 -9.600 30.440 -14.330 1.00 0.00 W3 H +ATOM 36370 OH2 TIP3X1575 38.320 -5.530 34.650 1.00 0.00 W3 O +ATOM 36371 H1 TIP3X1575 37.540 -5.690 35.170 1.00 0.00 W3 H +ATOM 36372 H2 TIP3X1575 39.020 -5.380 35.290 1.00 0.00 W3 H +ATOM 36373 OH2 TIP3X1576 1.350 9.590 -28.570 1.00 0.00 W3 O +ATOM 36374 H1 TIP3X1576 2.260 9.740 -28.830 1.00 0.00 W3 H +ATOM 36375 H2 TIP3X1576 1.040 8.890 -29.150 1.00 0.00 W3 H +ATOM 36376 OH2 TIP3X1577 29.590 -35.990 -45.740 1.00 0.00 W3 O +ATOM 36377 H1 TIP3X1577 30.070 -36.280 -46.520 1.00 0.00 W3 H +ATOM 36378 H2 TIP3X1577 29.590 -36.750 -45.160 1.00 0.00 W3 H +ATOM 36379 OH2 TIP3X1578 -40.640 32.640 35.520 1.00 0.00 W3 O +ATOM 36380 H1 TIP3X1578 -39.750 32.300 35.600 1.00 0.00 W3 H +ATOM 36381 H2 TIP3X1578 -40.560 33.380 34.930 1.00 0.00 W3 H +ATOM 36382 OH2 TIP3X1579 32.280 20.710 -42.230 1.00 0.00 W3 O +ATOM 36383 H1 TIP3X1579 33.050 20.210 -42.470 1.00 0.00 W3 H +ATOM 36384 H2 TIP3X1579 32.410 20.960 -41.320 1.00 0.00 W3 H +ATOM 36385 OH2 TIP3X1580 33.880 12.320 -36.460 1.00 0.00 W3 O +ATOM 36386 H1 TIP3X1580 33.590 11.570 -36.960 1.00 0.00 W3 H +ATOM 36387 H2 TIP3X1580 34.450 11.950 -35.780 1.00 0.00 W3 H +ATOM 36388 OH2 TIP3X1581 -1.540 32.020 20.670 1.00 0.00 W3 O +ATOM 36389 H1 TIP3X1581 -2.000 32.850 20.630 1.00 0.00 W3 H +ATOM 36390 H2 TIP3X1581 -1.990 31.470 20.040 1.00 0.00 W3 H +ATOM 36391 OH2 TIP3X1582 14.700 -18.380 35.850 1.00 0.00 W3 O +ATOM 36392 H1 TIP3X1582 15.140 -17.680 36.320 1.00 0.00 W3 H +ATOM 36393 H2 TIP3X1582 13.950 -18.620 36.400 1.00 0.00 W3 H +ATOM 36394 OH2 TIP3X1583 14.730 2.430 29.440 1.00 0.00 W3 O +ATOM 36395 H1 TIP3X1583 15.360 2.430 28.710 1.00 0.00 W3 H +ATOM 36396 H2 TIP3X1583 14.860 3.290 29.870 1.00 0.00 W3 H +ATOM 36397 OH2 TIP3X1584 46.450 -29.610 15.850 1.00 0.00 W3 O +ATOM 36398 H1 TIP3X1584 45.510 -29.580 16.050 1.00 0.00 W3 H +ATOM 36399 H2 TIP3X1584 46.470 -29.560 14.890 1.00 0.00 W3 H +ATOM 36400 OH2 TIP3X1585 1.230 28.990 -13.940 1.00 0.00 W3 O +ATOM 36401 H1 TIP3X1585 0.710 29.710 -13.600 1.00 0.00 W3 H +ATOM 36402 H2 TIP3X1585 0.620 28.480 -14.490 1.00 0.00 W3 H +ATOM 36403 OH2 TIP3X1586 24.900 21.990 17.250 1.00 0.00 W3 O +ATOM 36404 H1 TIP3X1586 24.940 21.110 16.890 1.00 0.00 W3 H +ATOM 36405 H2 TIP3X1586 23.980 22.260 17.110 1.00 0.00 W3 H +ATOM 36406 OH2 TIP3X1587 13.470 -38.760 21.190 1.00 0.00 W3 O +ATOM 36407 H1 TIP3X1587 12.850 -38.070 21.440 1.00 0.00 W3 H +ATOM 36408 H2 TIP3X1587 13.150 -39.080 20.350 1.00 0.00 W3 H +ATOM 36409 OH2 TIP3X1588 42.760 19.310 -50.510 1.00 0.00 W3 O +ATOM 36410 H1 TIP3X1588 43.640 18.930 -50.390 1.00 0.00 W3 H +ATOM 36411 H2 TIP3X1588 42.420 19.410 -49.620 1.00 0.00 W3 H +ATOM 36412 OH2 TIP3X1589 7.570 -42.510 -47.470 1.00 0.00 W3 O +ATOM 36413 H1 TIP3X1589 7.790 -42.800 -48.350 1.00 0.00 W3 H +ATOM 36414 H2 TIP3X1589 7.030 -41.730 -47.600 1.00 0.00 W3 H +ATOM 36415 OH2 TIP3X1590 -5.890 33.020 -21.250 1.00 0.00 W3 O +ATOM 36416 H1 TIP3X1590 -5.800 32.230 -21.790 1.00 0.00 W3 H +ATOM 36417 H2 TIP3X1590 -5.980 33.730 -21.890 1.00 0.00 W3 H +ATOM 36418 OH2 TIP3X1591 -16.110 19.040 -26.750 1.00 0.00 W3 O +ATOM 36419 H1 TIP3X1591 -15.710 18.910 -25.870 1.00 0.00 W3 H +ATOM 36420 H2 TIP3X1591 -15.500 18.590 -27.340 1.00 0.00 W3 H +ATOM 36421 OH2 TIP3X1592 3.270 -36.330 -40.630 1.00 0.00 W3 O +ATOM 36422 H1 TIP3X1592 3.760 -36.830 -39.980 1.00 0.00 W3 H +ATOM 36423 H2 TIP3X1592 3.090 -36.940 -41.340 1.00 0.00 W3 H +ATOM 36424 OH2 TIP3X1593 -38.050 -5.380 -12.770 1.00 0.00 W3 O +ATOM 36425 H1 TIP3X1593 -37.170 -5.090 -12.520 1.00 0.00 W3 H +ATOM 36426 H2 TIP3X1593 -37.940 -6.300 -13.010 1.00 0.00 W3 H +ATOM 36427 OH2 TIP3X1594 40.520 -20.500 37.020 1.00 0.00 W3 O +ATOM 36428 H1 TIP3X1594 40.390 -21.450 36.960 1.00 0.00 W3 H +ATOM 36429 H2 TIP3X1594 41.020 -20.280 36.230 1.00 0.00 W3 H +ATOM 36430 OH2 TIP3X1595 -40.370 39.940 -19.960 1.00 0.00 W3 O +ATOM 36431 H1 TIP3X1595 -39.490 39.880 -20.320 1.00 0.00 W3 H +ATOM 36432 H2 TIP3X1595 -40.470 40.850 -19.700 1.00 0.00 W3 H +ATOM 36433 OH2 TIP3X1596 -6.310 -24.980 -29.230 1.00 0.00 W3 O +ATOM 36434 H1 TIP3X1596 -6.880 -24.370 -29.680 1.00 0.00 W3 H +ATOM 36435 H2 TIP3X1596 -5.910 -24.480 -28.520 1.00 0.00 W3 H +ATOM 36436 OH2 TIP3X1597 -28.300 30.900 -35.500 1.00 0.00 W3 O +ATOM 36437 H1 TIP3X1597 -28.590 30.360 -36.240 1.00 0.00 W3 H +ATOM 36438 H2 TIP3X1597 -29.110 31.160 -35.070 1.00 0.00 W3 H +ATOM 36439 OH2 TIP3X1598 3.850 -26.060 23.860 1.00 0.00 W3 O +ATOM 36440 H1 TIP3X1598 4.030 -25.380 23.210 1.00 0.00 W3 H +ATOM 36441 H2 TIP3X1598 2.890 -26.060 23.930 1.00 0.00 W3 H +ATOM 36442 OH2 TIP3X1599 -16.970 -19.160 -46.810 1.00 0.00 W3 O +ATOM 36443 H1 TIP3X1599 -16.890 -20.070 -46.500 1.00 0.00 W3 H +ATOM 36444 H2 TIP3X1599 -16.260 -18.700 -46.380 1.00 0.00 W3 H +ATOM 36445 OH2 TIP3X1600 -15.750 31.350 31.250 1.00 0.00 W3 O +ATOM 36446 H1 TIP3X1600 -16.660 31.590 31.400 1.00 0.00 W3 H +ATOM 36447 H2 TIP3X1600 -15.440 31.020 32.100 1.00 0.00 W3 H +ATOM 36448 OH2 TIP3X1601 24.030 -40.380 -24.200 1.00 0.00 W3 O +ATOM 36449 H1 TIP3X1601 24.970 -40.520 -24.050 1.00 0.00 W3 H +ATOM 36450 H2 TIP3X1601 23.610 -40.950 -23.550 1.00 0.00 W3 H +ATOM 36451 OH2 TIP3X1602 -31.440 -19.340 -49.230 1.00 0.00 W3 O +ATOM 36452 H1 TIP3X1602 -31.280 -18.740 -48.490 1.00 0.00 W3 H +ATOM 36453 H2 TIP3X1602 -31.140 -20.190 -48.920 1.00 0.00 W3 H +ATOM 36454 OH2 TIP3X1603 -0.850 -25.300 28.180 1.00 0.00 W3 O +ATOM 36455 H1 TIP3X1603 -0.170 -25.020 28.800 1.00 0.00 W3 H +ATOM 36456 H2 TIP3X1603 -0.390 -25.850 27.550 1.00 0.00 W3 H +ATOM 36457 OH2 TIP3X1604 -33.800 -7.620 -15.340 1.00 0.00 W3 O +ATOM 36458 H1 TIP3X1604 -33.430 -6.770 -15.590 1.00 0.00 W3 H +ATOM 36459 H2 TIP3X1604 -33.030 -8.190 -15.200 1.00 0.00 W3 H +ATOM 36460 OH2 TIP3X1605 46.880 -12.430 28.700 1.00 0.00 W3 O +ATOM 36461 H1 TIP3X1605 46.420 -12.530 29.530 1.00 0.00 W3 H +ATOM 36462 H2 TIP3X1605 46.590 -11.590 28.350 1.00 0.00 W3 H +ATOM 36463 OH2 TIP3X1606 -26.520 -6.450 25.780 1.00 0.00 W3 O +ATOM 36464 H1 TIP3X1606 -27.210 -5.970 26.230 1.00 0.00 W3 H +ATOM 36465 H2 TIP3X1606 -26.960 -6.890 25.050 1.00 0.00 W3 H +ATOM 36466 OH2 TIP3X1607 12.350 16.370 -49.030 1.00 0.00 W3 O +ATOM 36467 H1 TIP3X1607 12.460 16.920 -49.800 1.00 0.00 W3 H +ATOM 36468 H2 TIP3X1607 11.680 15.750 -49.280 1.00 0.00 W3 H +ATOM 36469 OH2 TIP3X1608 3.170 -46.500 -46.080 1.00 0.00 W3 O +ATOM 36470 H1 TIP3X1608 3.210 -45.910 -46.840 1.00 0.00 W3 H +ATOM 36471 H2 TIP3X1608 3.910 -46.250 -45.540 1.00 0.00 W3 H +ATOM 36472 OH2 TIP3X1609 -15.660 -26.950 20.610 1.00 0.00 W3 O +ATOM 36473 H1 TIP3X1609 -16.020 -26.580 19.800 1.00 0.00 W3 H +ATOM 36474 H2 TIP3X1609 -16.230 -26.600 21.310 1.00 0.00 W3 H +ATOM 36475 OH2 TIP3X1610 28.650 -43.840 -33.150 1.00 0.00 W3 O +ATOM 36476 H1 TIP3X1610 28.060 -44.460 -32.710 1.00 0.00 W3 H +ATOM 36477 H2 TIP3X1610 28.970 -44.320 -33.920 1.00 0.00 W3 H +ATOM 36478 OH2 TIP3X1611 11.780 -6.920 -51.380 1.00 0.00 W3 O +ATOM 36479 H1 TIP3X1611 11.040 -7.000 -50.790 1.00 0.00 W3 H +ATOM 36480 H2 TIP3X1611 12.490 -6.560 -50.830 1.00 0.00 W3 H +ATOM 36481 OH2 TIP3X1612 -12.920 36.560 -42.900 1.00 0.00 W3 O +ATOM 36482 H1 TIP3X1612 -13.040 36.200 -42.020 1.00 0.00 W3 H +ATOM 36483 H2 TIP3X1612 -13.000 35.800 -43.480 1.00 0.00 W3 H +ATOM 36484 OH2 TIP3X1613 38.450 34.940 -25.470 1.00 0.00 W3 O +ATOM 36485 H1 TIP3X1613 37.680 35.240 -25.000 1.00 0.00 W3 H +ATOM 36486 H2 TIP3X1613 39.010 34.550 -24.800 1.00 0.00 W3 H +ATOM 36487 OH2 TIP3X1614 -38.800 38.580 19.930 1.00 0.00 W3 O +ATOM 36488 H1 TIP3X1614 -39.110 39.470 20.080 1.00 0.00 W3 H +ATOM 36489 H2 TIP3X1614 -39.520 38.010 20.230 1.00 0.00 W3 H +ATOM 36490 OH2 TIP3X1615 -7.540 -15.250 25.100 1.00 0.00 W3 O +ATOM 36491 H1 TIP3X1615 -8.260 -14.720 25.460 1.00 0.00 W3 H +ATOM 36492 H2 TIP3X1615 -7.910 -16.130 25.000 1.00 0.00 W3 H +ATOM 36493 OH2 TIP3X1616 -38.250 22.630 -35.660 1.00 0.00 W3 O +ATOM 36494 H1 TIP3X1616 -38.530 23.390 -35.160 1.00 0.00 W3 H +ATOM 36495 H2 TIP3X1616 -39.050 22.340 -36.090 1.00 0.00 W3 H +ATOM 36496 OH2 TIP3X1617 -9.240 3.830 29.810 1.00 0.00 W3 O +ATOM 36497 H1 TIP3X1617 -9.280 3.350 30.640 1.00 0.00 W3 H +ATOM 36498 H2 TIP3X1617 -8.390 3.590 29.440 1.00 0.00 W3 H +ATOM 36499 OH2 TIP3X1618 19.390 -36.180 17.710 1.00 0.00 W3 O +ATOM 36500 H1 TIP3X1618 19.130 -35.380 18.170 1.00 0.00 W3 H +ATOM 36501 H2 TIP3X1618 20.300 -36.040 17.470 1.00 0.00 W3 H +ATOM 36502 OH2 TIP3X1619 0.250 -45.410 -43.330 1.00 0.00 W3 O +ATOM 36503 H1 TIP3X1619 0.520 -46.170 -43.850 1.00 0.00 W3 H +ATOM 36504 H2 TIP3X1619 -0.620 -45.650 -43.010 1.00 0.00 W3 H +ATOM 36505 OH2 TIP3X1620 11.990 -45.400 27.010 1.00 0.00 W3 O +ATOM 36506 H1 TIP3X1620 12.030 -46.190 27.540 1.00 0.00 W3 H +ATOM 36507 H2 TIP3X1620 12.100 -45.700 26.110 1.00 0.00 W3 H +ATOM 36508 OH2 TIP3X1621 49.060 -32.520 26.390 1.00 0.00 W3 O +ATOM 36509 H1 TIP3X1621 49.200 -33.290 25.830 1.00 0.00 W3 H +ATOM 36510 H2 TIP3X1621 49.910 -32.370 26.790 1.00 0.00 W3 H +ATOM 36511 OH2 TIP3X1622 -16.760 3.340 35.170 1.00 0.00 W3 O +ATOM 36512 H1 TIP3X1622 -17.460 3.630 34.590 1.00 0.00 W3 H +ATOM 36513 H2 TIP3X1622 -17.130 3.420 36.050 1.00 0.00 W3 H +ATOM 36514 OH2 TIP3X1623 -29.820 -19.880 -27.970 1.00 0.00 W3 O +ATOM 36515 H1 TIP3X1623 -29.580 -18.970 -28.100 1.00 0.00 W3 H +ATOM 36516 H2 TIP3X1623 -30.510 -20.060 -28.610 1.00 0.00 W3 H +ATOM 36517 OH2 TIP3X1624 -3.290 25.190 20.840 1.00 0.00 W3 O +ATOM 36518 H1 TIP3X1624 -3.330 26.030 21.280 1.00 0.00 W3 H +ATOM 36519 H2 TIP3X1624 -3.310 24.540 21.540 1.00 0.00 W3 H +ATOM 36520 OH2 TIP3X1625 30.800 12.890 29.060 1.00 0.00 W3 O +ATOM 36521 H1 TIP3X1625 31.500 12.420 28.630 1.00 0.00 W3 H +ATOM 36522 H2 TIP3X1625 31.040 12.870 30.000 1.00 0.00 W3 H +ATOM 36523 OH2 TIP3X1626 24.640 -28.890 -21.970 1.00 0.00 W3 O +ATOM 36524 H1 TIP3X1626 24.020 -29.290 -21.360 1.00 0.00 W3 H +ATOM 36525 H2 TIP3X1626 24.240 -29.020 -22.830 1.00 0.00 W3 H +ATOM 36526 OH2 TIP3X1627 39.900 12.040 35.270 1.00 0.00 W3 O +ATOM 36527 H1 TIP3X1627 38.970 12.160 35.420 1.00 0.00 W3 H +ATOM 36528 H2 TIP3X1627 40.070 12.430 34.410 1.00 0.00 W3 H +ATOM 36529 OH2 TIP3X1628 -20.610 -33.810 -34.340 1.00 0.00 W3 O +ATOM 36530 H1 TIP3X1628 -19.900 -34.320 -33.960 1.00 0.00 W3 H +ATOM 36531 H2 TIP3X1628 -20.700 -33.050 -33.770 1.00 0.00 W3 H +ATOM 36532 OH2 TIP3X1629 -4.000 -43.670 30.920 1.00 0.00 W3 O +ATOM 36533 H1 TIP3X1629 -3.690 -44.560 30.740 1.00 0.00 W3 H +ATOM 36534 H2 TIP3X1629 -4.200 -43.300 30.060 1.00 0.00 W3 H +ATOM 36535 OH2 TIP3X1630 -26.620 6.420 -36.870 1.00 0.00 W3 O +ATOM 36536 H1 TIP3X1630 -25.740 6.700 -36.670 1.00 0.00 W3 H +ATOM 36537 H2 TIP3X1630 -26.900 5.890 -36.130 1.00 0.00 W3 H +ATOM 36538 OH2 TIP3X1631 40.220 -19.890 -52.250 1.00 0.00 W3 O +ATOM 36539 H1 TIP3X1631 40.890 -19.420 -51.760 1.00 0.00 W3 H +ATOM 36540 H2 TIP3X1631 40.290 -19.540 -53.140 1.00 0.00 W3 H +ATOM 36541 OH2 TIP3X1632 22.660 10.950 -20.310 1.00 0.00 W3 O +ATOM 36542 H1 TIP3X1632 23.360 10.340 -20.050 1.00 0.00 W3 H +ATOM 36543 H2 TIP3X1632 21.870 10.420 -20.340 1.00 0.00 W3 H +ATOM 36544 OH2 TIP3X1633 -35.150 -15.990 35.300 1.00 0.00 W3 O +ATOM 36545 H1 TIP3X1633 -34.570 -15.620 35.970 1.00 0.00 W3 H +ATOM 36546 H2 TIP3X1633 -35.800 -15.320 35.130 1.00 0.00 W3 H +ATOM 36547 OH2 TIP3X1634 -25.040 39.680 31.240 1.00 0.00 W3 O +ATOM 36548 H1 TIP3X1634 -24.380 38.980 31.320 1.00 0.00 W3 H +ATOM 36549 H2 TIP3X1634 -25.330 39.620 30.320 1.00 0.00 W3 H +ATOM 36550 OH2 TIP3X1635 13.200 22.820 -38.310 1.00 0.00 W3 O +ATOM 36551 H1 TIP3X1635 13.880 23.110 -37.700 1.00 0.00 W3 H +ATOM 36552 H2 TIP3X1635 13.620 22.130 -38.830 1.00 0.00 W3 H +ATOM 36553 OH2 TIP3X1636 -15.280 -8.070 -43.000 1.00 0.00 W3 O +ATOM 36554 H1 TIP3X1636 -15.870 -8.820 -42.950 1.00 0.00 W3 H +ATOM 36555 H2 TIP3X1636 -14.730 -8.250 -43.760 1.00 0.00 W3 H +ATOM 36556 OH2 TIP3X1637 -36.810 35.560 -29.190 1.00 0.00 W3 O +ATOM 36557 H1 TIP3X1637 -37.240 35.270 -28.390 1.00 0.00 W3 H +ATOM 36558 H2 TIP3X1637 -37.480 36.060 -29.670 1.00 0.00 W3 H +ATOM 36559 OH2 TIP3X1638 -24.140 -2.870 31.920 1.00 0.00 W3 O +ATOM 36560 H1 TIP3X1638 -25.040 -3.170 31.850 1.00 0.00 W3 H +ATOM 36561 H2 TIP3X1638 -24.160 -1.960 31.620 1.00 0.00 W3 H +ATOM 36562 OH2 TIP3X1639 -30.470 -32.320 -38.590 1.00 0.00 W3 O +ATOM 36563 H1 TIP3X1639 -31.380 -32.460 -38.860 1.00 0.00 W3 H +ATOM 36564 H2 TIP3X1639 -30.220 -33.150 -38.190 1.00 0.00 W3 H +ATOM 36565 OH2 TIP3X1640 38.860 -40.780 -26.860 1.00 0.00 W3 O +ATOM 36566 H1 TIP3X1640 38.940 -41.360 -26.100 1.00 0.00 W3 H +ATOM 36567 H2 TIP3X1640 38.090 -41.130 -27.330 1.00 0.00 W3 H +ATOM 36568 OH2 TIP3X1641 21.410 33.450 -39.910 1.00 0.00 W3 O +ATOM 36569 H1 TIP3X1641 20.710 33.830 -39.380 1.00 0.00 W3 H +ATOM 36570 H2 TIP3X1641 21.900 32.900 -39.310 1.00 0.00 W3 H +ATOM 36571 OH2 TIP3X1642 -38.980 -5.600 -30.180 1.00 0.00 W3 O +ATOM 36572 H1 TIP3X1642 -38.430 -6.140 -30.740 1.00 0.00 W3 H +ATOM 36573 H2 TIP3X1642 -38.880 -4.710 -30.540 1.00 0.00 W3 H +ATOM 36574 OH2 TIP3X1643 -10.320 1.280 -45.430 1.00 0.00 W3 O +ATOM 36575 H1 TIP3X1643 -11.190 1.440 -45.080 1.00 0.00 W3 H +ATOM 36576 H2 TIP3X1643 -10.170 0.340 -45.280 1.00 0.00 W3 H +ATOM 36577 OH2 TIP3X1644 -4.680 38.400 -24.620 1.00 0.00 W3 O +ATOM 36578 H1 TIP3X1644 -5.040 37.770 -25.240 1.00 0.00 W3 H +ATOM 36579 H2 TIP3X1644 -3.920 37.960 -24.230 1.00 0.00 W3 H +ATOM 36580 OH2 TIP3X1645 -12.660 -0.210 -40.050 1.00 0.00 W3 O +ATOM 36581 H1 TIP3X1645 -13.360 -0.800 -39.780 1.00 0.00 W3 H +ATOM 36582 H2 TIP3X1645 -12.520 -0.410 -40.970 1.00 0.00 W3 H +ATOM 36583 OH2 TIP3X1646 25.510 -48.090 -40.290 1.00 0.00 W3 O +ATOM 36584 H1 TIP3X1646 25.860 -48.030 -41.170 1.00 0.00 W3 H +ATOM 36585 H2 TIP3X1646 25.150 -48.970 -40.240 1.00 0.00 W3 H +ATOM 36586 OH2 TIP3X1647 0.830 -44.670 32.290 1.00 0.00 W3 O +ATOM 36587 H1 TIP3X1647 1.560 -45.290 32.230 1.00 0.00 W3 H +ATOM 36588 H2 TIP3X1647 1.230 -43.870 32.640 1.00 0.00 W3 H +ATOM 36589 OH2 TIP3X1648 40.450 43.910 -42.260 1.00 0.00 W3 O +ATOM 36590 H1 TIP3X1648 40.860 43.820 -43.110 1.00 0.00 W3 H +ATOM 36591 H2 TIP3X1648 39.550 43.590 -42.380 1.00 0.00 W3 H +ATOM 36592 OH2 TIP3X1649 -41.360 38.900 -31.130 1.00 0.00 W3 O +ATOM 36593 H1 TIP3X1649 -41.730 38.630 -30.290 1.00 0.00 W3 H +ATOM 36594 H2 TIP3X1649 -41.960 38.570 -31.790 1.00 0.00 W3 H +ATOM 36595 OH2 TIP3X1650 -30.540 -20.220 32.130 1.00 0.00 W3 O +ATOM 36596 H1 TIP3X1650 -30.640 -19.670 31.350 1.00 0.00 W3 H +ATOM 36597 H2 TIP3X1650 -31.410 -20.230 32.530 1.00 0.00 W3 H +ATOM 36598 OH2 TIP3X1651 -35.360 -34.150 -31.050 1.00 0.00 W3 O +ATOM 36599 H1 TIP3X1651 -34.460 -34.470 -31.080 1.00 0.00 W3 H +ATOM 36600 H2 TIP3X1651 -35.660 -34.170 -31.960 1.00 0.00 W3 H +ATOM 36601 OH2 TIP3X1652 25.910 -44.700 -49.830 1.00 0.00 W3 O +ATOM 36602 H1 TIP3X1652 26.260 -44.260 -49.050 1.00 0.00 W3 H +ATOM 36603 H2 TIP3X1652 26.460 -45.480 -49.930 1.00 0.00 W3 H +ATOM 36604 OH2 TIP3X1653 -11.170 0.390 -31.580 1.00 0.00 W3 O +ATOM 36605 H1 TIP3X1653 -11.070 0.920 -30.780 1.00 0.00 W3 H +ATOM 36606 H2 TIP3X1653 -10.280 0.090 -31.770 1.00 0.00 W3 H +ATOM 36607 OH2 TIP3X1654 41.750 -18.670 14.480 1.00 0.00 W3 O +ATOM 36608 H1 TIP3X1654 42.610 -18.530 14.080 1.00 0.00 W3 H +ATOM 36609 H2 TIP3X1654 41.580 -19.600 14.360 1.00 0.00 W3 H +ATOM 36610 OH2 TIP3X1655 7.570 -40.670 23.930 1.00 0.00 W3 O +ATOM 36611 H1 TIP3X1655 7.000 -39.910 23.930 1.00 0.00 W3 H +ATOM 36612 H2 TIP3X1655 7.340 -41.160 24.720 1.00 0.00 W3 H +ATOM 36613 OH2 TIP3X1656 -21.900 23.980 -24.250 1.00 0.00 W3 O +ATOM 36614 H1 TIP3X1656 -21.150 24.060 -23.650 1.00 0.00 W3 H +ATOM 36615 H2 TIP3X1656 -22.100 23.040 -24.240 1.00 0.00 W3 H +ATOM 36616 OH2 TIP3X1657 -0.610 -14.400 30.580 1.00 0.00 W3 O +ATOM 36617 H1 TIP3X1657 -1.430 -14.180 31.040 1.00 0.00 W3 H +ATOM 36618 H2 TIP3X1657 -0.650 -15.340 30.450 1.00 0.00 W3 H +ATOM 36619 OH2 TIP3X1658 25.990 18.190 -20.870 1.00 0.00 W3 O +ATOM 36620 H1 TIP3X1658 25.660 17.900 -21.720 1.00 0.00 W3 H +ATOM 36621 H2 TIP3X1658 25.480 17.680 -20.230 1.00 0.00 W3 H +ATOM 36622 OH2 TIP3X1659 16.980 6.070 -20.510 1.00 0.00 W3 O +ATOM 36623 H1 TIP3X1659 17.070 6.950 -20.180 1.00 0.00 W3 H +ATOM 36624 H2 TIP3X1659 17.850 5.840 -20.840 1.00 0.00 W3 H +ATOM 36625 OH2 TIP3X1660 -6.820 -49.190 -37.910 1.00 0.00 W3 O +ATOM 36626 H1 TIP3X1660 -6.930 -48.550 -38.620 1.00 0.00 W3 H +ATOM 36627 H2 TIP3X1660 -5.870 -49.330 -37.870 1.00 0.00 W3 H +ATOM 36628 OH2 TIP3X1661 -40.570 -22.760 15.200 1.00 0.00 W3 O +ATOM 36629 H1 TIP3X1661 -40.200 -21.890 15.050 1.00 0.00 W3 H +ATOM 36630 H2 TIP3X1661 -39.820 -23.350 15.140 1.00 0.00 W3 H +ATOM 36631 OH2 TIP3X1662 22.680 4.540 33.520 1.00 0.00 W3 O +ATOM 36632 H1 TIP3X1662 22.150 3.930 34.040 1.00 0.00 W3 H +ATOM 36633 H2 TIP3X1662 23.030 5.160 34.160 1.00 0.00 W3 H +ATOM 36634 OH2 TIP3X1663 -3.470 -28.320 -31.560 1.00 0.00 W3 O +ATOM 36635 H1 TIP3X1663 -3.740 -27.400 -31.540 1.00 0.00 W3 H +ATOM 36636 H2 TIP3X1663 -3.840 -28.700 -30.770 1.00 0.00 W3 H +ATOM 36637 OH2 TIP3X1664 -7.410 18.440 -43.240 1.00 0.00 W3 O +ATOM 36638 H1 TIP3X1664 -7.120 17.840 -42.550 1.00 0.00 W3 H +ATOM 36639 H2 TIP3X1664 -7.580 17.870 -43.990 1.00 0.00 W3 H +ATOM 36640 OH2 TIP3X1665 12.870 -25.160 -37.400 1.00 0.00 W3 O +ATOM 36641 H1 TIP3X1665 13.200 -25.620 -38.170 1.00 0.00 W3 H +ATOM 36642 H2 TIP3X1665 12.630 -25.850 -36.780 1.00 0.00 W3 H +ATOM 36643 OH2 TIP3X1666 -41.490 -11.610 -39.830 1.00 0.00 W3 O +ATOM 36644 H1 TIP3X1666 -41.800 -12.450 -39.490 1.00 0.00 W3 H +ATOM 36645 H2 TIP3X1666 -41.830 -10.960 -39.210 1.00 0.00 W3 H +ATOM 36646 OH2 TIP3X1667 -10.400 -29.140 -30.440 1.00 0.00 W3 O +ATOM 36647 H1 TIP3X1667 -11.120 -28.640 -30.840 1.00 0.00 W3 H +ATOM 36648 H2 TIP3X1667 -9.680 -29.060 -31.070 1.00 0.00 W3 H +ATOM 36649 OH2 TIP3X1668 8.860 -36.330 20.700 1.00 0.00 W3 O +ATOM 36650 H1 TIP3X1668 8.500 -37.110 21.110 1.00 0.00 W3 H +ATOM 36651 H2 TIP3X1668 8.770 -35.640 21.360 1.00 0.00 W3 H +ATOM 36652 OH2 TIP3X1669 -33.320 29.780 -16.300 1.00 0.00 W3 O +ATOM 36653 H1 TIP3X1669 -32.520 29.290 -16.480 1.00 0.00 W3 H +ATOM 36654 H2 TIP3X1669 -33.910 29.530 -17.000 1.00 0.00 W3 H +ATOM 36655 OH2 TIP3X1670 16.690 25.110 -29.750 1.00 0.00 W3 O +ATOM 36656 H1 TIP3X1670 16.130 25.070 -30.520 1.00 0.00 W3 H +ATOM 36657 H2 TIP3X1670 16.580 25.980 -29.400 1.00 0.00 W3 H +ATOM 36658 OH2 TIP3X1671 11.360 39.530 -38.830 1.00 0.00 W3 O +ATOM 36659 H1 TIP3X1671 12.200 39.950 -39.040 1.00 0.00 W3 H +ATOM 36660 H2 TIP3X1671 11.310 39.530 -37.880 1.00 0.00 W3 H +ATOM 36661 OH2 TIP3X1672 40.880 26.720 31.490 1.00 0.00 W3 O +ATOM 36662 H1 TIP3X1672 40.170 26.500 32.100 1.00 0.00 W3 H +ATOM 36663 H2 TIP3X1672 40.990 25.940 30.950 1.00 0.00 W3 H +ATOM 36664 OH2 TIP3X1673 47.390 -50.860 34.540 1.00 0.00 W3 O +ATOM 36665 H1 TIP3X1673 46.510 -51.250 34.600 1.00 0.00 W3 H +ATOM 36666 H2 TIP3X1673 47.240 -50.050 34.040 1.00 0.00 W3 H +ATOM 36667 OH2 TIP3X1674 -34.170 -30.380 16.210 1.00 0.00 W3 O +ATOM 36668 H1 TIP3X1674 -34.050 -30.870 17.010 1.00 0.00 W3 H +ATOM 36669 H2 TIP3X1674 -33.640 -29.590 16.310 1.00 0.00 W3 H +ATOM 36670 OH2 TIP3X1675 -30.870 -48.140 31.570 1.00 0.00 W3 O +ATOM 36671 H1 TIP3X1675 -31.490 -48.050 32.290 1.00 0.00 W3 H +ATOM 36672 H2 TIP3X1675 -31.280 -47.680 30.840 1.00 0.00 W3 H +ATOM 36673 OH2 TIP3X1676 -16.170 19.970 -39.470 1.00 0.00 W3 O +ATOM 36674 H1 TIP3X1676 -15.360 19.460 -39.450 1.00 0.00 W3 H +ATOM 36675 H2 TIP3X1676 -15.920 20.820 -39.090 1.00 0.00 W3 H +ATOM 36676 OH2 TIP3X1677 34.230 -38.430 17.930 1.00 0.00 W3 O +ATOM 36677 H1 TIP3X1677 34.170 -39.230 18.470 1.00 0.00 W3 H +ATOM 36678 H2 TIP3X1677 34.060 -38.750 17.040 1.00 0.00 W3 H +ATOM 36679 OH2 TIP3X1678 8.430 -4.250 31.550 1.00 0.00 W3 O +ATOM 36680 H1 TIP3X1678 8.080 -4.280 30.660 1.00 0.00 W3 H +ATOM 36681 H2 TIP3X1678 7.710 -3.960 32.090 1.00 0.00 W3 H +ATOM 36682 OH2 TIP3X1679 9.630 -30.870 -39.750 1.00 0.00 W3 O +ATOM 36683 H1 TIP3X1679 9.360 -30.800 -40.670 1.00 0.00 W3 H +ATOM 36684 H2 TIP3X1679 8.870 -31.260 -39.310 1.00 0.00 W3 H +ATOM 36685 OH2 TIP3X1680 -2.510 -5.090 -51.030 1.00 0.00 W3 O +ATOM 36686 H1 TIP3X1680 -3.250 -5.560 -51.400 1.00 0.00 W3 H +ATOM 36687 H2 TIP3X1680 -2.360 -5.490 -50.180 1.00 0.00 W3 H +ATOM 36688 OH2 TIP3X1681 40.220 13.610 -20.770 1.00 0.00 W3 O +ATOM 36689 H1 TIP3X1681 40.140 14.560 -20.860 1.00 0.00 W3 H +ATOM 36690 H2 TIP3X1681 39.640 13.380 -20.050 1.00 0.00 W3 H +ATOM 36691 OH2 TIP3X1682 -13.010 42.310 -24.710 1.00 0.00 W3 O +ATOM 36692 H1 TIP3X1682 -13.890 42.090 -24.400 1.00 0.00 W3 H +ATOM 36693 H2 TIP3X1682 -13.010 42.040 -25.630 1.00 0.00 W3 H +ATOM 36694 OH2 TIP3X1683 15.300 -32.600 -21.160 1.00 0.00 W3 O +ATOM 36695 H1 TIP3X1683 15.450 -31.680 -20.940 1.00 0.00 W3 H +ATOM 36696 H2 TIP3X1683 16.070 -32.860 -21.640 1.00 0.00 W3 H +ATOM 36697 OH2 TIP3X1684 -32.820 -28.210 13.170 1.00 0.00 W3 O +ATOM 36698 H1 TIP3X1684 -33.030 -27.910 14.060 1.00 0.00 W3 H +ATOM 36699 H2 TIP3X1684 -33.470 -28.870 12.980 1.00 0.00 W3 H +ATOM 36700 OH2 TIP3X1685 -16.780 21.690 39.780 1.00 0.00 W3 O +ATOM 36701 H1 TIP3X1685 -16.260 21.630 38.970 1.00 0.00 W3 H +ATOM 36702 H2 TIP3X1685 -16.210 22.120 40.400 1.00 0.00 W3 H +ATOM 36703 OH2 TIP3X1686 -17.630 -41.270 33.420 1.00 0.00 W3 O +ATOM 36704 H1 TIP3X1686 -17.390 -40.460 33.870 1.00 0.00 W3 H +ATOM 36705 H2 TIP3X1686 -18.510 -41.480 33.760 1.00 0.00 W3 H +ATOM 36706 OH2 TIP3X1687 -1.830 -34.560 27.650 1.00 0.00 W3 O +ATOM 36707 H1 TIP3X1687 -1.040 -34.530 27.110 1.00 0.00 W3 H +ATOM 36708 H2 TIP3X1687 -2.400 -33.890 27.270 1.00 0.00 W3 H +ATOM 36709 OH2 TIP3X1688 -23.020 -19.710 13.490 1.00 0.00 W3 O +ATOM 36710 H1 TIP3X1688 -23.290 -19.830 14.400 1.00 0.00 W3 H +ATOM 36711 H2 TIP3X1688 -22.910 -18.760 13.390 1.00 0.00 W3 H +ATOM 36712 OH2 TIP3X1689 -22.780 3.450 -27.180 1.00 0.00 W3 O +ATOM 36713 H1 TIP3X1689 -23.480 2.790 -27.230 1.00 0.00 W3 H +ATOM 36714 H2 TIP3X1689 -23.050 4.130 -27.800 1.00 0.00 W3 H +ATOM 36715 OH2 TIP3X1690 -6.790 9.290 26.030 1.00 0.00 W3 O +ATOM 36716 H1 TIP3X1690 -6.350 9.370 25.180 1.00 0.00 W3 H +ATOM 36717 H2 TIP3X1690 -7.100 8.390 26.050 1.00 0.00 W3 H +ATOM 36718 OH2 TIP3X1691 40.720 18.280 -39.260 1.00 0.00 W3 O +ATOM 36719 H1 TIP3X1691 40.450 18.510 -40.150 1.00 0.00 W3 H +ATOM 36720 H2 TIP3X1691 41.660 18.100 -39.330 1.00 0.00 W3 H +ATOM 36721 OH2 TIP3X1692 7.540 -34.930 18.720 1.00 0.00 W3 O +ATOM 36722 H1 TIP3X1692 7.370 -34.050 19.040 1.00 0.00 W3 H +ATOM 36723 H2 TIP3X1692 8.010 -35.350 19.440 1.00 0.00 W3 H +ATOM 36724 OH2 TIP3X1693 -18.410 3.800 -39.520 1.00 0.00 W3 O +ATOM 36725 H1 TIP3X1693 -18.550 2.910 -39.840 1.00 0.00 W3 H +ATOM 36726 H2 TIP3X1693 -19.260 4.050 -39.140 1.00 0.00 W3 H +ATOM 36727 OH2 TIP3X1694 27.340 -30.330 -40.110 1.00 0.00 W3 O +ATOM 36728 H1 TIP3X1694 27.940 -30.550 -39.400 1.00 0.00 W3 H +ATOM 36729 H2 TIP3X1694 27.110 -31.160 -40.510 1.00 0.00 W3 H +ATOM 36730 OH2 TIP3X1695 -21.810 -19.500 -49.450 1.00 0.00 W3 O +ATOM 36731 H1 TIP3X1695 -21.470 -18.740 -48.970 1.00 0.00 W3 H +ATOM 36732 H2 TIP3X1695 -22.300 -19.120 -50.170 1.00 0.00 W3 H +ATOM 36733 OH2 TIP3X1696 4.310 15.110 37.430 1.00 0.00 W3 O +ATOM 36734 H1 TIP3X1696 5.220 14.920 37.220 1.00 0.00 W3 H +ATOM 36735 H2 TIP3X1696 4.340 15.590 38.240 1.00 0.00 W3 H +ATOM 36736 OH2 TIP3X1697 -16.880 -19.100 -32.690 1.00 0.00 W3 O +ATOM 36737 H1 TIP3X1697 -16.350 -19.040 -33.480 1.00 0.00 W3 H +ATOM 36738 H2 TIP3X1697 -17.110 -20.030 -32.620 1.00 0.00 W3 H +ATOM 36739 OH2 TIP3X1698 26.170 -26.970 -30.690 1.00 0.00 W3 O +ATOM 36740 H1 TIP3X1698 25.480 -26.370 -30.990 1.00 0.00 W3 H +ATOM 36741 H2 TIP3X1698 26.980 -26.550 -31.000 1.00 0.00 W3 H +ATOM 36742 OH2 TIP3X1699 -2.700 -1.510 -40.190 1.00 0.00 W3 O +ATOM 36743 H1 TIP3X1699 -1.980 -1.410 -39.570 1.00 0.00 W3 H +ATOM 36744 H2 TIP3X1699 -2.960 -2.430 -40.110 1.00 0.00 W3 H +ATOM 36745 OH2 TIP3X1700 1.510 -25.310 37.990 1.00 0.00 W3 O +ATOM 36746 H1 TIP3X1700 0.800 -24.740 38.280 1.00 0.00 W3 H +ATOM 36747 H2 TIP3X1700 2.000 -25.500 38.790 1.00 0.00 W3 H +ATOM 36748 OH2 TIP3X1701 -33.980 -39.210 35.620 1.00 0.00 W3 O +ATOM 36749 H1 TIP3X1701 -34.300 -38.760 36.410 1.00 0.00 W3 H +ATOM 36750 H2 TIP3X1701 -33.060 -38.990 35.570 1.00 0.00 W3 H +ATOM 36751 OH2 TIP3X1702 -16.540 39.760 25.930 1.00 0.00 W3 O +ATOM 36752 H1 TIP3X1702 -15.590 39.800 25.970 1.00 0.00 W3 H +ATOM 36753 H2 TIP3X1702 -16.830 40.110 26.780 1.00 0.00 W3 H +ATOM 36754 OH2 TIP3X1703 -11.010 14.400 35.420 1.00 0.00 W3 O +ATOM 36755 H1 TIP3X1703 -11.960 14.510 35.410 1.00 0.00 W3 H +ATOM 36756 H2 TIP3X1703 -10.890 13.490 35.160 1.00 0.00 W3 H +ATOM 36757 OH2 TIP3X1704 -37.630 21.200 -30.770 1.00 0.00 W3 O +ATOM 36758 H1 TIP3X1704 -37.120 20.380 -30.810 1.00 0.00 W3 H +ATOM 36759 H2 TIP3X1704 -38.380 21.000 -30.210 1.00 0.00 W3 H +ATOM 36760 OH2 TIP3X1705 26.160 38.190 38.940 1.00 0.00 W3 O +ATOM 36761 H1 TIP3X1705 25.960 37.260 38.990 1.00 0.00 W3 H +ATOM 36762 H2 TIP3X1705 26.950 38.300 39.460 1.00 0.00 W3 H +ATOM 36763 OH2 TIP3X1706 -20.500 22.420 -40.250 1.00 0.00 W3 O +ATOM 36764 H1 TIP3X1706 -21.450 22.400 -40.220 1.00 0.00 W3 H +ATOM 36765 H2 TIP3X1706 -20.240 21.500 -40.260 1.00 0.00 W3 H +ATOM 36766 OH2 TIP3X1707 -26.050 -43.680 24.830 1.00 0.00 W3 O +ATOM 36767 H1 TIP3X1707 -25.880 -42.790 24.520 1.00 0.00 W3 H +ATOM 36768 H2 TIP3X1707 -26.720 -44.020 24.230 1.00 0.00 W3 H +ATOM 36769 OH2 TIP3X1708 -12.210 32.220 38.700 1.00 0.00 W3 O +ATOM 36770 H1 TIP3X1708 -12.050 32.230 39.650 1.00 0.00 W3 H +ATOM 36771 H2 TIP3X1708 -11.480 32.720 38.330 1.00 0.00 W3 H +ATOM 36772 OH2 TIP3X1709 -26.010 25.250 -40.330 1.00 0.00 W3 O +ATOM 36773 H1 TIP3X1709 -25.430 24.660 -40.810 1.00 0.00 W3 H +ATOM 36774 H2 TIP3X1709 -26.690 25.460 -40.970 1.00 0.00 W3 H +ATOM 36775 OH2 TIP3X1710 -13.520 -21.430 -29.040 1.00 0.00 W3 O +ATOM 36776 H1 TIP3X1710 -12.730 -21.180 -29.520 1.00 0.00 W3 H +ATOM 36777 H2 TIP3X1710 -13.500 -22.380 -29.030 1.00 0.00 W3 H +ATOM 36778 OH2 TIP3X1711 12.120 43.840 -46.160 1.00 0.00 W3 O +ATOM 36779 H1 TIP3X1711 12.600 43.030 -46.050 1.00 0.00 W3 H +ATOM 36780 H2 TIP3X1711 11.360 43.770 -45.570 1.00 0.00 W3 H +ATOM 36781 OH2 TIP3X1712 -18.430 39.760 -36.920 1.00 0.00 W3 O +ATOM 36782 H1 TIP3X1712 -18.820 39.340 -36.160 1.00 0.00 W3 H +ATOM 36783 H2 TIP3X1712 -19.180 40.070 -37.430 1.00 0.00 W3 H +ATOM 36784 OH2 TIP3X1713 6.270 -42.440 -44.570 1.00 0.00 W3 O +ATOM 36785 H1 TIP3X1713 6.680 -43.020 -45.220 1.00 0.00 W3 H +ATOM 36786 H2 TIP3X1713 6.300 -41.580 -44.970 1.00 0.00 W3 H +ATOM 36787 OH2 TIP3X1714 -2.550 -41.930 -51.750 1.00 0.00 W3 O +ATOM 36788 H1 TIP3X1714 -2.810 -42.450 -50.990 1.00 0.00 W3 H +ATOM 36789 H2 TIP3X1714 -2.550 -41.020 -51.430 1.00 0.00 W3 H +ATOM 36790 OH2 TIP3X1715 36.370 -35.940 -26.910 1.00 0.00 W3 O +ATOM 36791 H1 TIP3X1715 36.590 -35.430 -26.130 1.00 0.00 W3 H +ATOM 36792 H2 TIP3X1715 36.740 -36.810 -26.740 1.00 0.00 W3 H +ATOM 36793 OH2 TIP3X1716 -23.560 -21.980 -18.600 1.00 0.00 W3 O +ATOM 36794 H1 TIP3X1716 -24.370 -21.520 -18.810 1.00 0.00 W3 H +ATOM 36795 H2 TIP3X1716 -23.120 -22.090 -19.440 1.00 0.00 W3 H +ATOM 36796 OH2 TIP3X1717 23.960 6.950 -29.700 1.00 0.00 W3 O +ATOM 36797 H1 TIP3X1717 24.450 7.100 -30.500 1.00 0.00 W3 H +ATOM 36798 H2 TIP3X1717 24.600 6.590 -29.100 1.00 0.00 W3 H +ATOM 36799 OH2 TIP3X1718 -8.590 25.650 -30.460 1.00 0.00 W3 O +ATOM 36800 H1 TIP3X1718 -9.150 25.950 -31.180 1.00 0.00 W3 H +ATOM 36801 H2 TIP3X1718 -8.910 24.780 -30.250 1.00 0.00 W3 H +ATOM 36802 OH2 TIP3X1719 -9.680 -6.350 -33.940 1.00 0.00 W3 O +ATOM 36803 H1 TIP3X1719 -9.800 -6.060 -34.850 1.00 0.00 W3 H +ATOM 36804 H2 TIP3X1719 -10.410 -6.940 -33.770 1.00 0.00 W3 H +ATOM 36805 OH2 TIP3X1720 -27.510 25.470 -29.250 1.00 0.00 W3 O +ATOM 36806 H1 TIP3X1720 -27.770 26.120 -28.600 1.00 0.00 W3 H +ATOM 36807 H2 TIP3X1720 -28.340 25.110 -29.570 1.00 0.00 W3 H +ATOM 36808 OH2 TIP3X1721 2.720 41.300 -44.920 1.00 0.00 W3 O +ATOM 36809 H1 TIP3X1721 3.070 40.620 -44.340 1.00 0.00 W3 H +ATOM 36810 H2 TIP3X1721 3.210 42.090 -44.690 1.00 0.00 W3 H +ATOM 36811 OH2 TIP3X1722 -28.990 -47.230 -29.860 1.00 0.00 W3 O +ATOM 36812 H1 TIP3X1722 -29.740 -46.740 -29.540 1.00 0.00 W3 H +ATOM 36813 H2 TIP3X1722 -28.620 -46.690 -30.560 1.00 0.00 W3 H +ATOM 36814 OH2 TIP3X1723 -38.950 -31.240 20.630 1.00 0.00 W3 O +ATOM 36815 H1 TIP3X1723 -38.030 -31.110 20.860 1.00 0.00 W3 H +ATOM 36816 H2 TIP3X1723 -39.220 -32.020 21.120 1.00 0.00 W3 H +ATOM 36817 OH2 TIP3X1724 40.580 -0.560 -48.620 1.00 0.00 W3 O +ATOM 36818 H1 TIP3X1724 41.470 -0.860 -48.750 1.00 0.00 W3 H +ATOM 36819 H2 TIP3X1724 40.090 -0.980 -49.330 1.00 0.00 W3 H +ATOM 36820 OH2 TIP3X1725 -21.650 30.410 40.030 1.00 0.00 W3 O +ATOM 36821 H1 TIP3X1725 -21.890 29.550 40.400 1.00 0.00 W3 H +ATOM 36822 H2 TIP3X1725 -20.690 30.380 40.010 1.00 0.00 W3 H +ATOM 36823 OH2 TIP3X1726 -18.080 9.960 26.560 1.00 0.00 W3 O +ATOM 36824 H1 TIP3X1726 -17.750 9.800 25.670 1.00 0.00 W3 H +ATOM 36825 H2 TIP3X1726 -17.770 9.210 27.070 1.00 0.00 W3 H +ATOM 36826 OH2 TIP3X1727 14.500 37.010 37.710 1.00 0.00 W3 O +ATOM 36827 H1 TIP3X1727 14.290 37.640 37.020 1.00 0.00 W3 H +ATOM 36828 H2 TIP3X1727 14.500 36.160 37.270 1.00 0.00 W3 H +ATOM 36829 OH2 TIP3X1728 43.650 -48.880 -34.960 1.00 0.00 W3 O +ATOM 36830 H1 TIP3X1728 44.370 -48.290 -35.170 1.00 0.00 W3 H +ATOM 36831 H2 TIP3X1728 43.430 -48.660 -34.050 1.00 0.00 W3 H +ATOM 36832 OH2 TIP3X1729 -21.420 35.940 -19.390 1.00 0.00 W3 O +ATOM 36833 H1 TIP3X1729 -21.080 36.190 -18.540 1.00 0.00 W3 H +ATOM 36834 H2 TIP3X1729 -20.640 35.720 -19.900 1.00 0.00 W3 H +ATOM 36835 OH2 TIP3X1730 -2.010 -8.250 29.300 1.00 0.00 W3 O +ATOM 36836 H1 TIP3X1730 -2.540 -9.040 29.240 1.00 0.00 W3 H +ATOM 36837 H2 TIP3X1730 -1.470 -8.260 28.510 1.00 0.00 W3 H +ATOM 36838 OH2 TIP3X1731 -40.850 -19.860 22.330 1.00 0.00 W3 O +ATOM 36839 H1 TIP3X1731 -40.110 -20.310 21.910 1.00 0.00 W3 H +ATOM 36840 H2 TIP3X1731 -41.410 -20.570 22.640 1.00 0.00 W3 H +ATOM 36841 OH2 TIP3X1732 28.170 -27.740 -33.220 1.00 0.00 W3 O +ATOM 36842 H1 TIP3X1732 28.340 -26.870 -32.850 1.00 0.00 W3 H +ATOM 36843 H2 TIP3X1732 28.650 -28.340 -32.640 1.00 0.00 W3 H +ATOM 36844 OH2 TIP3X1733 -28.120 21.710 -38.270 1.00 0.00 W3 O +ATOM 36845 H1 TIP3X1733 -28.440 20.850 -38.540 1.00 0.00 W3 H +ATOM 36846 H2 TIP3X1733 -27.950 21.630 -37.330 1.00 0.00 W3 H +ATOM 36847 OH2 TIP3X1734 27.590 6.400 -37.380 1.00 0.00 W3 O +ATOM 36848 H1 TIP3X1734 27.490 6.730 -36.490 1.00 0.00 W3 H +ATOM 36849 H2 TIP3X1734 28.360 6.850 -37.720 1.00 0.00 W3 H +ATOM 36850 OH2 TIP3X1735 -21.270 31.390 34.800 1.00 0.00 W3 O +ATOM 36851 H1 TIP3X1735 -21.400 30.550 34.350 1.00 0.00 W3 H +ATOM 36852 H2 TIP3X1735 -21.770 31.310 35.610 1.00 0.00 W3 H +ATOM 36853 OH2 TIP3X1736 16.910 -20.060 -42.300 1.00 0.00 W3 O +ATOM 36854 H1 TIP3X1736 17.010 -20.190 -43.240 1.00 0.00 W3 H +ATOM 36855 H2 TIP3X1736 17.660 -20.500 -41.910 1.00 0.00 W3 H +ATOM 36856 OH2 TIP3X1737 -3.480 -11.430 26.050 1.00 0.00 W3 O +ATOM 36857 H1 TIP3X1737 -4.160 -12.100 25.940 1.00 0.00 W3 H +ATOM 36858 H2 TIP3X1737 -3.830 -10.650 25.620 1.00 0.00 W3 H +ATOM 36859 OH2 TIP3X1738 36.770 -37.010 30.050 1.00 0.00 W3 O +ATOM 36860 H1 TIP3X1738 36.320 -37.770 29.670 1.00 0.00 W3 H +ATOM 36861 H2 TIP3X1738 37.680 -37.310 30.190 1.00 0.00 W3 H +ATOM 36862 OH2 TIP3X1739 5.550 35.350 11.440 1.00 0.00 W3 O +ATOM 36863 H1 TIP3X1739 4.780 35.220 10.870 1.00 0.00 W3 H +ATOM 36864 H2 TIP3X1739 5.320 36.080 12.000 1.00 0.00 W3 H +ATOM 36865 OH2 TIP3X1740 -2.320 3.560 30.520 1.00 0.00 W3 O +ATOM 36866 H1 TIP3X1740 -2.380 4.090 31.310 1.00 0.00 W3 H +ATOM 36867 H2 TIP3X1740 -2.880 4.020 29.890 1.00 0.00 W3 H +ATOM 36868 OH2 TIP3X1741 -7.550 -30.970 -37.800 1.00 0.00 W3 O +ATOM 36869 H1 TIP3X1741 -8.410 -30.760 -38.150 1.00 0.00 W3 H +ATOM 36870 H2 TIP3X1741 -7.370 -30.300 -37.160 1.00 0.00 W3 H +ATOM 36871 OH2 TIP3X1742 43.440 28.020 -27.230 1.00 0.00 W3 O +ATOM 36872 H1 TIP3X1742 43.050 28.710 -27.770 1.00 0.00 W3 H +ATOM 36873 H2 TIP3X1742 43.810 27.400 -27.870 1.00 0.00 W3 H +ATOM 36874 OH2 TIP3X1743 -23.130 8.470 -34.000 1.00 0.00 W3 O +ATOM 36875 H1 TIP3X1743 -22.660 9.260 -33.750 1.00 0.00 W3 H +ATOM 36876 H2 TIP3X1743 -23.920 8.470 -33.450 1.00 0.00 W3 H +ATOM 36877 OH2 TIP3X1744 -39.920 1.240 36.370 1.00 0.00 W3 O +ATOM 36878 H1 TIP3X1744 -39.270 0.550 36.410 1.00 0.00 W3 H +ATOM 36879 H2 TIP3X1744 -39.420 2.060 36.350 1.00 0.00 W3 H +ATOM 36880 OH2 TIP3X1745 -1.280 -34.470 34.470 1.00 0.00 W3 O +ATOM 36881 H1 TIP3X1745 -1.220 -33.540 34.630 1.00 0.00 W3 H +ATOM 36882 H2 TIP3X1745 -0.450 -34.820 34.810 1.00 0.00 W3 H +ATOM 36883 OH2 TIP3X1746 3.670 -6.070 24.730 1.00 0.00 W3 O +ATOM 36884 H1 TIP3X1746 3.080 -5.460 24.280 1.00 0.00 W3 H +ATOM 36885 H2 TIP3X1746 4.160 -6.490 24.020 1.00 0.00 W3 H +ATOM 36886 OH2 TIP3X1747 20.410 -23.050 35.390 1.00 0.00 W3 O +ATOM 36887 H1 TIP3X1747 20.330 -22.100 35.480 1.00 0.00 W3 H +ATOM 36888 H2 TIP3X1747 20.950 -23.170 34.610 1.00 0.00 W3 H +ATOM 36889 OH2 TIP3X1748 33.220 -43.360 -53.690 1.00 0.00 W3 O +ATOM 36890 H1 TIP3X1748 32.910 -42.760 -53.010 1.00 0.00 W3 H +ATOM 36891 H2 TIP3X1748 34.160 -43.180 -53.750 1.00 0.00 W3 H +ATOM 36892 OH2 TIP3X1749 46.630 -3.850 -29.420 1.00 0.00 W3 O +ATOM 36893 H1 TIP3X1749 46.180 -3.580 -28.620 1.00 0.00 W3 H +ATOM 36894 H2 TIP3X1749 47.080 -4.660 -29.180 1.00 0.00 W3 H +ATOM 36895 OH2 TIP3X1750 34.660 -45.710 -25.710 1.00 0.00 W3 O +ATOM 36896 H1 TIP3X1750 35.040 -44.970 -25.250 1.00 0.00 W3 H +ATOM 36897 H2 TIP3X1750 34.970 -46.480 -25.230 1.00 0.00 W3 H +ATOM 36898 OH2 TIP3X1751 19.490 6.700 -48.310 1.00 0.00 W3 O +ATOM 36899 H1 TIP3X1751 19.700 7.580 -47.980 1.00 0.00 W3 H +ATOM 36900 H2 TIP3X1751 18.530 6.640 -48.210 1.00 0.00 W3 H +ATOM 36901 OH2 TIP3X1752 -3.740 35.400 -26.140 1.00 0.00 W3 O +ATOM 36902 H1 TIP3X1752 -4.370 35.000 -25.540 1.00 0.00 W3 H +ATOM 36903 H2 TIP3X1752 -3.070 35.780 -25.560 1.00 0.00 W3 H +ATOM 36904 OH2 TIP3X1753 43.030 33.530 -16.820 1.00 0.00 W3 O +ATOM 36905 H1 TIP3X1753 43.650 34.090 -16.350 1.00 0.00 W3 H +ATOM 36906 H2 TIP3X1753 42.630 32.980 -16.140 1.00 0.00 W3 H +ATOM 36907 OH2 TIP3X1754 -28.250 24.870 -23.170 1.00 0.00 W3 O +ATOM 36908 H1 TIP3X1754 -28.270 24.070 -22.640 1.00 0.00 W3 H +ATOM 36909 H2 TIP3X1754 -28.980 24.770 -23.780 1.00 0.00 W3 H +ATOM 36910 OH2 TIP3X1755 -45.070 -6.340 -26.230 1.00 0.00 W3 O +ATOM 36911 H1 TIP3X1755 -44.140 -6.420 -26.060 1.00 0.00 W3 H +ATOM 36912 H2 TIP3X1755 -45.280 -7.090 -26.790 1.00 0.00 W3 H +ATOM 36913 OH2 TIP3X1756 -39.390 0.310 32.900 1.00 0.00 W3 O +ATOM 36914 H1 TIP3X1756 -38.850 1.060 33.180 1.00 0.00 W3 H +ATOM 36915 H2 TIP3X1756 -40.260 0.490 33.240 1.00 0.00 W3 H +ATOM 36916 OH2 TIP3X1757 2.870 -11.260 23.910 1.00 0.00 W3 O +ATOM 36917 H1 TIP3X1757 2.260 -11.440 24.620 1.00 0.00 W3 H +ATOM 36918 H2 TIP3X1757 2.370 -10.740 23.290 1.00 0.00 W3 H +ATOM 36919 OH2 TIP3X1758 -42.760 21.740 -47.380 1.00 0.00 W3 O +ATOM 36920 H1 TIP3X1758 -42.410 21.590 -46.500 1.00 0.00 W3 H +ATOM 36921 H2 TIP3X1758 -43.210 22.570 -47.320 1.00 0.00 W3 H +ATOM 36922 OH2 TIP3X1759 -18.910 36.790 -37.770 1.00 0.00 W3 O +ATOM 36923 H1 TIP3X1759 -19.310 36.900 -38.620 1.00 0.00 W3 H +ATOM 36924 H2 TIP3X1759 -19.600 37.000 -37.140 1.00 0.00 W3 H +ATOM 36925 OH2 TIP3X1760 -22.180 0.520 -39.250 1.00 0.00 W3 O +ATOM 36926 H1 TIP3X1760 -22.080 0.470 -40.200 1.00 0.00 W3 H +ATOM 36927 H2 TIP3X1760 -21.820 1.370 -39.010 1.00 0.00 W3 H +ATOM 36928 OH2 TIP3X1761 41.810 -35.780 -36.540 1.00 0.00 W3 O +ATOM 36929 H1 TIP3X1761 41.880 -36.290 -37.340 1.00 0.00 W3 H +ATOM 36930 H2 TIP3X1761 41.080 -35.190 -36.690 1.00 0.00 W3 H +ATOM 36931 OH2 TIP3X1762 -17.780 36.560 -30.410 1.00 0.00 W3 O +ATOM 36932 H1 TIP3X1762 -16.850 36.420 -30.480 1.00 0.00 W3 H +ATOM 36933 H2 TIP3X1762 -18.170 36.000 -31.070 1.00 0.00 W3 H +ATOM 36934 OH2 TIP3X1763 -13.450 -1.660 36.130 1.00 0.00 W3 O +ATOM 36935 H1 TIP3X1763 -13.790 -2.490 35.770 1.00 0.00 W3 H +ATOM 36936 H2 TIP3X1763 -12.730 -1.430 35.550 1.00 0.00 W3 H +ATOM 36937 OH2 TIP3X1764 -11.040 -32.180 -48.270 1.00 0.00 W3 O +ATOM 36938 H1 TIP3X1764 -11.550 -32.980 -48.390 1.00 0.00 W3 H +ATOM 36939 H2 TIP3X1764 -10.730 -31.960 -49.160 1.00 0.00 W3 H +ATOM 36940 OH2 TIP3X1765 -0.450 -15.540 -42.520 1.00 0.00 W3 O +ATOM 36941 H1 TIP3X1765 -0.630 -16.190 -43.190 1.00 0.00 W3 H +ATOM 36942 H2 TIP3X1765 0.220 -15.930 -41.970 1.00 0.00 W3 H +ATOM 36943 OH2 TIP3X1766 36.610 30.150 -25.950 1.00 0.00 W3 O +ATOM 36944 H1 TIP3X1766 37.090 30.020 -25.130 1.00 0.00 W3 H +ATOM 36945 H2 TIP3X1766 36.320 29.270 -26.190 1.00 0.00 W3 H +ATOM 36946 OH2 TIP3X1767 -34.300 1.260 -24.210 1.00 0.00 W3 O +ATOM 36947 H1 TIP3X1767 -34.840 0.590 -24.610 1.00 0.00 W3 H +ATOM 36948 H2 TIP3X1767 -34.730 1.450 -23.370 1.00 0.00 W3 H +ATOM 36949 OH2 TIP3X1768 -41.890 29.470 -12.400 1.00 0.00 W3 O +ATOM 36950 H1 TIP3X1768 -42.020 30.370 -12.070 1.00 0.00 W3 H +ATOM 36951 H2 TIP3X1768 -41.270 29.570 -13.130 1.00 0.00 W3 H +ATOM 36952 OH2 TIP3X1769 -18.400 -36.790 -36.870 1.00 0.00 W3 O +ATOM 36953 H1 TIP3X1769 -17.860 -36.410 -36.170 1.00 0.00 W3 H +ATOM 36954 H2 TIP3X1769 -19.150 -37.150 -36.410 1.00 0.00 W3 H +ATOM 36955 OH2 TIP3X1770 -44.690 20.460 -20.640 1.00 0.00 W3 O +ATOM 36956 H1 TIP3X1770 -44.190 21.270 -20.510 1.00 0.00 W3 H +ATOM 36957 H2 TIP3X1770 -45.350 20.470 -19.950 1.00 0.00 W3 H +ATOM 36958 OH2 TIP3X1771 -21.130 19.580 -20.510 1.00 0.00 W3 O +ATOM 36959 H1 TIP3X1771 -20.600 20.190 -21.030 1.00 0.00 W3 H +ATOM 36960 H2 TIP3X1771 -21.570 19.030 -21.160 1.00 0.00 W3 H +ATOM 36961 OH2 TIP3X1772 2.210 40.390 23.490 1.00 0.00 W3 O +ATOM 36962 H1 TIP3X1772 1.400 40.870 23.680 1.00 0.00 W3 H +ATOM 36963 H2 TIP3X1772 1.930 39.470 23.470 1.00 0.00 W3 H +ATOM 36964 OH2 TIP3X1773 18.450 3.120 -20.380 1.00 0.00 W3 O +ATOM 36965 H1 TIP3X1773 17.620 2.670 -20.500 1.00 0.00 W3 H +ATOM 36966 H2 TIP3X1773 18.940 2.540 -19.790 1.00 0.00 W3 H +ATOM 36967 OH2 TIP3X1774 -3.540 28.120 31.830 1.00 0.00 W3 O +ATOM 36968 H1 TIP3X1774 -3.180 28.100 30.940 1.00 0.00 W3 H +ATOM 36969 H2 TIP3X1774 -2.780 28.180 32.400 1.00 0.00 W3 H +ATOM 36970 OH2 TIP3X1775 -1.000 -46.970 -34.850 1.00 0.00 W3 O +ATOM 36971 H1 TIP3X1775 -0.880 -46.460 -35.650 1.00 0.00 W3 H +ATOM 36972 H2 TIP3X1775 -1.860 -47.380 -34.940 1.00 0.00 W3 H +ATOM 36973 OH2 TIP3X1776 29.090 -20.190 22.520 1.00 0.00 W3 O +ATOM 36974 H1 TIP3X1776 28.210 -19.900 22.800 1.00 0.00 W3 H +ATOM 36975 H2 TIP3X1776 28.920 -20.700 21.720 1.00 0.00 W3 H +ATOM 36976 OH2 TIP3X1777 12.820 -48.250 28.900 1.00 0.00 W3 O +ATOM 36977 H1 TIP3X1777 12.260 -48.960 29.200 1.00 0.00 W3 H +ATOM 36978 H2 TIP3X1777 12.400 -47.460 29.260 1.00 0.00 W3 H +ATOM 36979 OH2 TIP3X1778 -19.980 26.070 -24.060 1.00 0.00 W3 O +ATOM 36980 H1 TIP3X1778 -20.310 26.930 -24.320 1.00 0.00 W3 H +ATOM 36981 H2 TIP3X1778 -19.650 25.680 -24.870 1.00 0.00 W3 H +ATOM 36982 OH2 TIP3X1779 -25.120 11.790 40.720 1.00 0.00 W3 O +ATOM 36983 H1 TIP3X1779 -24.380 11.450 40.200 1.00 0.00 W3 H +ATOM 36984 H2 TIP3X1779 -25.880 11.680 40.140 1.00 0.00 W3 H +ATOM 36985 OH2 TIP3X1780 26.590 12.520 -30.270 1.00 0.00 W3 O +ATOM 36986 H1 TIP3X1780 26.180 12.790 -31.090 1.00 0.00 W3 H +ATOM 36987 H2 TIP3X1780 26.960 13.330 -29.890 1.00 0.00 W3 H +ATOM 36988 OH2 TIP3X1781 46.420 -45.480 33.180 1.00 0.00 W3 O +ATOM 36989 H1 TIP3X1781 47.050 -44.920 32.720 1.00 0.00 W3 H +ATOM 36990 H2 TIP3X1781 46.290 -45.060 34.030 1.00 0.00 W3 H +ATOM 36991 OH2 TIP3X1782 -37.220 32.210 -17.240 1.00 0.00 W3 O +ATOM 36992 H1 TIP3X1782 -36.990 32.810 -17.950 1.00 0.00 W3 H +ATOM 36993 H2 TIP3X1782 -37.570 32.770 -16.550 1.00 0.00 W3 H +ATOM 36994 OH2 TIP3X1783 -9.580 34.010 28.790 1.00 0.00 W3 O +ATOM 36995 H1 TIP3X1783 -8.710 34.070 29.200 1.00 0.00 W3 H +ATOM 36996 H2 TIP3X1783 -9.450 33.420 28.040 1.00 0.00 W3 H +ATOM 36997 OH2 TIP3X1784 -31.030 -9.490 -46.290 1.00 0.00 W3 O +ATOM 36998 H1 TIP3X1784 -31.010 -10.440 -46.290 1.00 0.00 W3 H +ATOM 36999 H2 TIP3X1784 -30.360 -9.240 -46.940 1.00 0.00 W3 H +ATOM 37000 OH2 TIP3X1785 -12.570 26.030 27.760 1.00 0.00 W3 O +ATOM 37001 H1 TIP3X1785 -12.190 26.310 28.590 1.00 0.00 W3 H +ATOM 37002 H2 TIP3X1785 -13.190 26.730 27.540 1.00 0.00 W3 H +ATOM 37003 OH2 TIP3X1786 -11.750 16.630 -30.770 1.00 0.00 W3 O +ATOM 37004 H1 TIP3X1786 -12.540 17.100 -30.530 1.00 0.00 W3 H +ATOM 37005 H2 TIP3X1786 -11.810 16.540 -31.720 1.00 0.00 W3 H +ATOM 37006 OH2 TIP3X1787 46.290 -48.370 -26.750 1.00 0.00 W3 O +ATOM 37007 H1 TIP3X1787 46.060 -49.020 -26.080 1.00 0.00 W3 H +ATOM 37008 H2 TIP3X1787 47.090 -48.720 -27.150 1.00 0.00 W3 H +ATOM 37009 OH2 TIP3X1788 4.600 -20.120 35.250 1.00 0.00 W3 O +ATOM 37010 H1 TIP3X1788 4.350 -20.200 36.170 1.00 0.00 W3 H +ATOM 37011 H2 TIP3X1788 3.940 -19.520 34.880 1.00 0.00 W3 H +ATOM 37012 OH2 TIP3X1789 4.780 -26.030 -41.550 1.00 0.00 W3 O +ATOM 37013 H1 TIP3X1789 5.330 -25.980 -40.770 1.00 0.00 W3 H +ATOM 37014 H2 TIP3X1789 4.500 -25.120 -41.720 1.00 0.00 W3 H +ATOM 37015 OH2 TIP3X1790 -31.930 -26.180 -50.490 1.00 0.00 W3 O +ATOM 37016 H1 TIP3X1790 -32.850 -25.920 -50.480 1.00 0.00 W3 H +ATOM 37017 H2 TIP3X1790 -31.920 -27.030 -50.920 1.00 0.00 W3 H +ATOM 37018 OH2 TIP3X1791 43.940 -39.820 36.600 1.00 0.00 W3 O +ATOM 37019 H1 TIP3X1791 44.020 -40.740 36.860 1.00 0.00 W3 H +ATOM 37020 H2 TIP3X1791 44.770 -39.610 36.180 1.00 0.00 W3 H +ATOM 37021 OH2 TIP3X1792 -3.770 -49.700 37.630 1.00 0.00 W3 O +ATOM 37022 H1 TIP3X1792 -4.360 -48.990 37.880 1.00 0.00 W3 H +ATOM 37023 H2 TIP3X1792 -2.960 -49.250 37.380 1.00 0.00 W3 H +ATOM 37024 OH2 TIP3X1793 2.390 -39.200 -30.500 1.00 0.00 W3 O +ATOM 37025 H1 TIP3X1793 1.890 -39.860 -30.020 1.00 0.00 W3 H +ATOM 37026 H2 TIP3X1793 2.300 -38.410 -29.960 1.00 0.00 W3 H +ATOM 37027 OH2 TIP3X1794 -22.550 -31.140 -32.540 1.00 0.00 W3 O +ATOM 37028 H1 TIP3X1794 -21.680 -31.560 -32.550 1.00 0.00 W3 H +ATOM 37029 H2 TIP3X1794 -22.930 -31.370 -33.380 1.00 0.00 W3 H +ATOM 37030 OH2 TIP3X1795 -36.150 32.940 -23.470 1.00 0.00 W3 O +ATOM 37031 H1 TIP3X1795 -36.320 33.540 -24.200 1.00 0.00 W3 H +ATOM 37032 H2 TIP3X1795 -35.190 32.870 -23.430 1.00 0.00 W3 H +ATOM 37033 OH2 TIP3X1796 37.900 10.730 38.240 1.00 0.00 W3 O +ATOM 37034 H1 TIP3X1796 37.750 11.200 37.420 1.00 0.00 W3 H +ATOM 37035 H2 TIP3X1796 38.820 10.480 38.200 1.00 0.00 W3 H +ATOM 37036 OH2 TIP3X1797 24.250 8.450 -50.420 1.00 0.00 W3 O +ATOM 37037 H1 TIP3X1797 23.830 9.130 -49.900 1.00 0.00 W3 H +ATOM 37038 H2 TIP3X1797 23.660 7.710 -50.400 1.00 0.00 W3 H +ATOM 37039 OH2 TIP3X1798 29.700 24.640 25.720 1.00 0.00 W3 O +ATOM 37040 H1 TIP3X1798 28.920 24.140 25.430 1.00 0.00 W3 H +ATOM 37041 H2 TIP3X1798 30.220 24.000 26.210 1.00 0.00 W3 H +ATOM 37042 OH2 TIP3X1799 26.140 -48.220 -43.030 1.00 0.00 W3 O +ATOM 37043 H1 TIP3X1799 25.910 -49.110 -43.320 1.00 0.00 W3 H +ATOM 37044 H2 TIP3X1799 25.310 -47.740 -43.100 1.00 0.00 W3 H +ATOM 37045 OH2 TIP3X1800 -20.560 10.330 38.150 1.00 0.00 W3 O +ATOM 37046 H1 TIP3X1800 -20.730 9.420 38.390 1.00 0.00 W3 H +ATOM 37047 H2 TIP3X1800 -21.370 10.800 38.380 1.00 0.00 W3 H +ATOM 37048 OH2 TIP3X1801 -28.740 12.460 -44.790 1.00 0.00 W3 O +ATOM 37049 H1 TIP3X1801 -29.030 12.210 -43.910 1.00 0.00 W3 H +ATOM 37050 H2 TIP3X1801 -28.150 13.190 -44.650 1.00 0.00 W3 H +ATOM 37051 OH2 TIP3X1802 40.970 -26.770 -48.430 1.00 0.00 W3 O +ATOM 37052 H1 TIP3X1802 40.610 -26.340 -49.190 1.00 0.00 W3 H +ATOM 37053 H2 TIP3X1802 40.570 -26.330 -47.680 1.00 0.00 W3 H +ATOM 37054 OH2 TIP3X1803 8.780 25.630 -30.430 1.00 0.00 W3 O +ATOM 37055 H1 TIP3X1803 8.870 26.530 -30.100 1.00 0.00 W3 H +ATOM 37056 H2 TIP3X1803 9.170 25.090 -29.750 1.00 0.00 W3 H +ATOM 37057 OH2 TIP3X1804 35.030 18.710 -45.990 1.00 0.00 W3 O +ATOM 37058 H1 TIP3X1804 35.710 18.110 -46.300 1.00 0.00 W3 H +ATOM 37059 H2 TIP3X1804 35.500 19.430 -45.590 1.00 0.00 W3 H +ATOM 37060 OH2 TIP3X1805 40.610 -13.400 -25.210 1.00 0.00 W3 O +ATOM 37061 H1 TIP3X1805 40.610 -13.180 -26.150 1.00 0.00 W3 H +ATOM 37062 H2 TIP3X1805 41.250 -14.110 -25.130 1.00 0.00 W3 H +ATOM 37063 OH2 TIP3X1806 42.150 -36.170 30.290 1.00 0.00 W3 O +ATOM 37064 H1 TIP3X1806 41.740 -35.690 31.010 1.00 0.00 W3 H +ATOM 37065 H2 TIP3X1806 42.670 -36.850 30.700 1.00 0.00 W3 H +ATOM 37066 OH2 TIP3X1807 0.760 -20.350 36.850 1.00 0.00 W3 O +ATOM 37067 H1 TIP3X1807 -0.110 -20.240 37.250 1.00 0.00 W3 H +ATOM 37068 H2 TIP3X1807 1.200 -20.960 37.430 1.00 0.00 W3 H +ATOM 37069 OH2 TIP3X1808 -40.800 -29.540 39.220 1.00 0.00 W3 O +ATOM 37070 H1 TIP3X1808 -40.990 -28.610 39.140 1.00 0.00 W3 H +ATOM 37071 H2 TIP3X1808 -41.160 -29.790 40.070 1.00 0.00 W3 H +ATOM 37072 OH2 TIP3X1809 -40.120 29.070 -19.650 1.00 0.00 W3 O +ATOM 37073 H1 TIP3X1809 -40.390 28.160 -19.810 1.00 0.00 W3 H +ATOM 37074 H2 TIP3X1809 -40.720 29.590 -20.190 1.00 0.00 W3 H +ATOM 37075 OH2 TIP3X1810 4.830 -47.480 25.520 1.00 0.00 W3 O +ATOM 37076 H1 TIP3X1810 5.180 -46.690 25.100 1.00 0.00 W3 H +ATOM 37077 H2 TIP3X1810 4.210 -47.820 24.900 1.00 0.00 W3 H +ATOM 37078 OH2 TIP3X1811 -32.070 -46.870 29.200 1.00 0.00 W3 O +ATOM 37079 H1 TIP3X1811 -31.230 -46.440 29.350 1.00 0.00 W3 H +ATOM 37080 H2 TIP3X1811 -32.290 -46.690 28.280 1.00 0.00 W3 H +ATOM 37081 OH2 TIP3X1812 31.870 15.570 -6.020 1.00 0.00 W3 O +ATOM 37082 H1 TIP3X1812 31.210 15.630 -6.710 1.00 0.00 W3 H +ATOM 37083 H2 TIP3X1812 31.800 14.670 -5.700 1.00 0.00 W3 H +ATOM 37084 OH2 TIP3X1813 11.980 32.970 40.280 1.00 0.00 W3 O +ATOM 37085 H1 TIP3X1813 12.160 33.410 41.110 1.00 0.00 W3 H +ATOM 37086 H2 TIP3X1813 12.590 32.240 40.260 1.00 0.00 W3 H +ATOM 37087 OH2 TIP3X1814 -6.120 7.810 -50.200 1.00 0.00 W3 O +ATOM 37088 H1 TIP3X1814 -6.310 7.560 -49.290 1.00 0.00 W3 H +ATOM 37089 H2 TIP3X1814 -6.970 7.860 -50.620 1.00 0.00 W3 H +ATOM 37090 OH2 TIP3X1815 -21.000 -36.300 32.590 1.00 0.00 W3 O +ATOM 37091 H1 TIP3X1815 -20.230 -36.630 33.050 1.00 0.00 W3 H +ATOM 37092 H2 TIP3X1815 -21.130 -35.420 32.960 1.00 0.00 W3 H +ATOM 37093 OH2 TIP3X1816 -29.480 -20.580 -44.680 1.00 0.00 W3 O +ATOM 37094 H1 TIP3X1816 -29.110 -20.440 -45.560 1.00 0.00 W3 H +ATOM 37095 H2 TIP3X1816 -30.260 -21.120 -44.830 1.00 0.00 W3 H +ATOM 37096 OH2 TIP3X1817 36.270 20.520 -25.860 1.00 0.00 W3 O +ATOM 37097 H1 TIP3X1817 35.940 21.270 -26.350 1.00 0.00 W3 H +ATOM 37098 H2 TIP3X1817 35.910 19.760 -26.330 1.00 0.00 W3 H +ATOM 37099 OH2 TIP3X1818 -8.520 -41.460 34.930 1.00 0.00 W3 O +ATOM 37100 H1 TIP3X1818 -8.170 -42.230 34.480 1.00 0.00 W3 H +ATOM 37101 H2 TIP3X1818 -8.460 -41.670 35.870 1.00 0.00 W3 H +ATOM 37102 OH2 TIP3X1819 -29.800 -6.100 -28.400 1.00 0.00 W3 O +ATOM 37103 H1 TIP3X1819 -30.110 -6.950 -28.120 1.00 0.00 W3 H +ATOM 37104 H2 TIP3X1819 -29.730 -5.580 -27.600 1.00 0.00 W3 H +ATOM 37105 OH2 TIP3X1820 -19.360 -17.120 20.360 1.00 0.00 W3 O +ATOM 37106 H1 TIP3X1820 -19.530 -16.180 20.400 1.00 0.00 W3 H +ATOM 37107 H2 TIP3X1820 -18.590 -17.200 19.810 1.00 0.00 W3 H +ATOM 37108 OH2 TIP3X1821 -11.750 43.220 -45.200 1.00 0.00 W3 O +ATOM 37109 H1 TIP3X1821 -12.300 43.350 -45.960 1.00 0.00 W3 H +ATOM 37110 H2 TIP3X1821 -11.450 44.090 -44.960 1.00 0.00 W3 H +ATOM 37111 OH2 TIP3X1822 -8.430 30.120 -37.430 1.00 0.00 W3 O +ATOM 37112 H1 TIP3X1822 -8.270 30.380 -36.520 1.00 0.00 W3 H +ATOM 37113 H2 TIP3X1822 -7.580 29.810 -37.750 1.00 0.00 W3 H +ATOM 37114 OH2 TIP3X1823 -43.510 -23.890 19.690 1.00 0.00 W3 O +ATOM 37115 H1 TIP3X1823 -43.550 -23.710 20.630 1.00 0.00 W3 H +ATOM 37116 H2 TIP3X1823 -42.950 -24.660 19.610 1.00 0.00 W3 H +ATOM 37117 OH2 TIP3X1824 -9.560 -20.330 -44.410 1.00 0.00 W3 O +ATOM 37118 H1 TIP3X1824 -10.210 -20.980 -44.670 1.00 0.00 W3 H +ATOM 37119 H2 TIP3X1824 -10.060 -19.670 -43.930 1.00 0.00 W3 H +ATOM 37120 OH2 TIP3X1825 31.320 -38.480 -41.420 1.00 0.00 W3 O +ATOM 37121 H1 TIP3X1825 31.550 -39.340 -41.080 1.00 0.00 W3 H +ATOM 37122 H2 TIP3X1825 31.150 -37.950 -40.650 1.00 0.00 W3 H +ATOM 37123 OH2 TIP3X1826 34.290 0.170 -41.630 1.00 0.00 W3 O +ATOM 37124 H1 TIP3X1826 33.840 -0.270 -42.350 1.00 0.00 W3 H +ATOM 37125 H2 TIP3X1826 33.610 0.670 -41.170 1.00 0.00 W3 H +ATOM 37126 OH2 TIP3X1827 -13.300 13.950 -40.960 1.00 0.00 W3 O +ATOM 37127 H1 TIP3X1827 -12.490 14.380 -41.260 1.00 0.00 W3 H +ATOM 37128 H2 TIP3X1827 -13.720 13.660 -41.770 1.00 0.00 W3 H +ATOM 37129 OH2 TIP3X1828 -1.830 30.110 -11.940 1.00 0.00 W3 O +ATOM 37130 H1 TIP3X1828 -1.230 30.690 -12.400 1.00 0.00 W3 H +ATOM 37131 H2 TIP3X1828 -2.410 30.700 -11.450 1.00 0.00 W3 H +ATOM 37132 OH2 TIP3X1829 24.080 33.580 29.910 1.00 0.00 W3 O +ATOM 37133 H1 TIP3X1829 24.010 32.750 29.450 1.00 0.00 W3 H +ATOM 37134 H2 TIP3X1829 24.460 33.360 30.760 1.00 0.00 W3 H +ATOM 37135 OH2 TIP3X1830 -18.710 1.060 33.640 1.00 0.00 W3 O +ATOM 37136 H1 TIP3X1830 -17.980 1.260 33.030 1.00 0.00 W3 H +ATOM 37137 H2 TIP3X1830 -19.430 0.830 33.060 1.00 0.00 W3 H +ATOM 37138 OH2 TIP3X1831 -36.840 -18.530 39.400 1.00 0.00 W3 O +ATOM 37139 H1 TIP3X1831 -37.240 -18.660 40.250 1.00 0.00 W3 H +ATOM 37140 H2 TIP3X1831 -37.320 -17.800 39.020 1.00 0.00 W3 H +ATOM 37141 OH2 TIP3X1832 6.680 9.240 -25.990 1.00 0.00 W3 O +ATOM 37142 H1 TIP3X1832 7.490 9.430 -26.460 1.00 0.00 W3 H +ATOM 37143 H2 TIP3X1832 6.280 10.110 -25.860 1.00 0.00 W3 H +ATOM 37144 OH2 TIP3X1833 -23.880 -10.070 27.480 1.00 0.00 W3 O +ATOM 37145 H1 TIP3X1833 -23.370 -10.820 27.180 1.00 0.00 W3 H +ATOM 37146 H2 TIP3X1833 -24.300 -10.370 28.290 1.00 0.00 W3 H +ATOM 37147 OH2 TIP3X1834 -31.850 19.310 40.700 1.00 0.00 W3 O +ATOM 37148 H1 TIP3X1834 -31.630 18.840 39.900 1.00 0.00 W3 H +ATOM 37149 H2 TIP3X1834 -32.760 19.580 40.590 1.00 0.00 W3 H +ATOM 37150 OH2 TIP3X1835 3.610 17.930 -16.940 1.00 0.00 W3 O +ATOM 37151 H1 TIP3X1835 3.590 18.540 -16.200 1.00 0.00 W3 H +ATOM 37152 H2 TIP3X1835 4.540 17.880 -17.170 1.00 0.00 W3 H +ATOM 37153 OH2 TIP3X1836 -32.420 10.790 24.960 1.00 0.00 W3 O +ATOM 37154 H1 TIP3X1836 -32.430 10.810 24.010 1.00 0.00 W3 H +ATOM 37155 H2 TIP3X1836 -33.230 11.230 25.220 1.00 0.00 W3 H +ATOM 37156 OH2 TIP3X1837 -27.470 -34.190 -45.230 1.00 0.00 W3 O +ATOM 37157 H1 TIP3X1837 -28.290 -34.650 -45.380 1.00 0.00 W3 H +ATOM 37158 H2 TIP3X1837 -27.140 -34.550 -44.410 1.00 0.00 W3 H +ATOM 37159 OH2 TIP3X1838 -24.960 32.170 -40.260 1.00 0.00 W3 O +ATOM 37160 H1 TIP3X1838 -24.450 31.400 -40.010 1.00 0.00 W3 H +ATOM 37161 H2 TIP3X1838 -25.370 31.940 -41.100 1.00 0.00 W3 H +ATOM 37162 OH2 TIP3X1839 12.570 -12.720 37.450 1.00 0.00 W3 O +ATOM 37163 H1 TIP3X1839 12.530 -13.200 36.620 1.00 0.00 W3 H +ATOM 37164 H2 TIP3X1839 13.490 -12.530 37.570 1.00 0.00 W3 H +ATOM 37165 OH2 TIP3X1840 -35.870 -17.650 31.240 1.00 0.00 W3 O +ATOM 37166 H1 TIP3X1840 -35.560 -17.040 30.570 1.00 0.00 W3 H +ATOM 37167 H2 TIP3X1840 -36.800 -17.770 31.040 1.00 0.00 W3 H +ATOM 37168 OH2 TIP3X1841 -15.680 34.630 37.320 1.00 0.00 W3 O +ATOM 37169 H1 TIP3X1841 -15.300 35.290 36.750 1.00 0.00 W3 H +ATOM 37170 H2 TIP3X1841 -16.600 34.890 37.400 1.00 0.00 W3 H +ATOM 37171 OH2 TIP3X1842 -43.860 -31.110 -15.670 1.00 0.00 W3 O +ATOM 37172 H1 TIP3X1842 -43.070 -31.650 -15.730 1.00 0.00 W3 H +ATOM 37173 H2 TIP3X1842 -44.330 -31.470 -14.910 1.00 0.00 W3 H +ATOM 37174 OH2 TIP3X1843 29.670 34.150 -28.610 1.00 0.00 W3 O +ATOM 37175 H1 TIP3X1843 29.200 33.800 -29.370 1.00 0.00 W3 H +ATOM 37176 H2 TIP3X1843 29.110 34.830 -28.260 1.00 0.00 W3 H +ATOM 37177 OH2 TIP3X1844 13.490 -28.160 26.140 1.00 0.00 W3 O +ATOM 37178 H1 TIP3X1844 13.960 -27.960 25.320 1.00 0.00 W3 H +ATOM 37179 H2 TIP3X1844 14.140 -28.610 26.680 1.00 0.00 W3 H +ATOM 37180 OH2 TIP3X1845 30.070 2.110 36.430 1.00 0.00 W3 O +ATOM 37181 H1 TIP3X1845 29.800 1.210 36.300 1.00 0.00 W3 H +ATOM 37182 H2 TIP3X1845 30.810 2.240 35.820 1.00 0.00 W3 H +ATOM 37183 OH2 TIP3X1846 -27.450 -48.290 -39.850 1.00 0.00 W3 O +ATOM 37184 H1 TIP3X1846 -27.240 -49.140 -39.460 1.00 0.00 W3 H +ATOM 37185 H2 TIP3X1846 -27.990 -48.500 -40.620 1.00 0.00 W3 H +ATOM 37186 OH2 TIP3X1847 13.390 -24.130 30.320 1.00 0.00 W3 O +ATOM 37187 H1 TIP3X1847 13.460 -23.280 30.760 1.00 0.00 W3 H +ATOM 37188 H2 TIP3X1847 13.180 -24.750 31.030 1.00 0.00 W3 H +ATOM 37189 OH2 TIP3X1848 4.910 30.940 -38.100 1.00 0.00 W3 O +ATOM 37190 H1 TIP3X1848 5.560 30.240 -38.180 1.00 0.00 W3 H +ATOM 37191 H2 TIP3X1848 4.720 31.220 -38.990 1.00 0.00 W3 H +ATOM 37192 OH2 TIP3X1849 -29.920 -12.870 -18.150 1.00 0.00 W3 O +ATOM 37193 H1 TIP3X1849 -30.310 -13.230 -17.340 1.00 0.00 W3 H +ATOM 37194 H2 TIP3X1849 -29.200 -13.470 -18.350 1.00 0.00 W3 H +ATOM 37195 OH2 TIP3X1850 7.810 38.700 24.880 1.00 0.00 W3 O +ATOM 37196 H1 TIP3X1850 6.930 39.060 24.770 1.00 0.00 W3 H +ATOM 37197 H2 TIP3X1850 8.260 38.900 24.070 1.00 0.00 W3 H +ATOM 37198 OH2 TIP3X1851 -0.400 -45.470 8.160 1.00 0.00 W3 O +ATOM 37199 H1 TIP3X1851 -0.710 -46.260 7.710 1.00 0.00 W3 H +ATOM 37200 H2 TIP3X1851 -0.900 -45.440 8.970 1.00 0.00 W3 H +ATOM 37201 OH2 TIP3X1852 -38.190 31.210 29.530 1.00 0.00 W3 O +ATOM 37202 H1 TIP3X1852 -38.960 30.690 29.730 1.00 0.00 W3 H +ATOM 37203 H2 TIP3X1852 -38.380 32.070 29.900 1.00 0.00 W3 H +ATOM 37204 OH2 TIP3X1853 46.150 -1.470 -18.470 1.00 0.00 W3 O +ATOM 37205 H1 TIP3X1853 45.260 -1.620 -18.150 1.00 0.00 W3 H +ATOM 37206 H2 TIP3X1853 46.100 -0.620 -18.920 1.00 0.00 W3 H +ATOM 37207 OH2 TIP3X1854 -14.970 13.460 28.420 1.00 0.00 W3 O +ATOM 37208 H1 TIP3X1854 -14.180 13.320 28.930 1.00 0.00 W3 H +ATOM 37209 H2 TIP3X1854 -15.210 12.580 28.120 1.00 0.00 W3 H +ATOM 37210 OH2 TIP3X1855 -8.490 0.180 -31.030 1.00 0.00 W3 O +ATOM 37211 H1 TIP3X1855 -8.020 0.910 -30.620 1.00 0.00 W3 H +ATOM 37212 H2 TIP3X1855 -7.870 -0.550 -30.990 1.00 0.00 W3 H +ATOM 37213 OH2 TIP3X1856 1.600 28.620 -26.900 1.00 0.00 W3 O +ATOM 37214 H1 TIP3X1856 1.930 29.520 -26.820 1.00 0.00 W3 H +ATOM 37215 H2 TIP3X1856 2.320 28.140 -27.290 1.00 0.00 W3 H +ATOM 37216 OH2 TIP3X1857 2.520 31.810 -23.310 1.00 0.00 W3 O +ATOM 37217 H1 TIP3X1857 2.840 30.940 -23.060 1.00 0.00 W3 H +ATOM 37218 H2 TIP3X1857 3.230 32.400 -23.070 1.00 0.00 W3 H +ATOM 37219 OH2 TIP3X1858 -15.860 -29.260 -32.520 1.00 0.00 W3 O +ATOM 37220 H1 TIP3X1858 -15.820 -28.330 -32.740 1.00 0.00 W3 H +ATOM 37221 H2 TIP3X1858 -16.770 -29.400 -32.230 1.00 0.00 W3 H +ATOM 37222 OH2 TIP3X1859 -37.290 -25.840 20.890 1.00 0.00 W3 O +ATOM 37223 H1 TIP3X1859 -37.040 -26.760 20.970 1.00 0.00 W3 H +ATOM 37224 H2 TIP3X1859 -37.290 -25.510 21.800 1.00 0.00 W3 H +ATOM 37225 OH2 TIP3X1860 -38.490 -19.260 -34.150 1.00 0.00 W3 O +ATOM 37226 H1 TIP3X1860 -38.540 -19.890 -33.440 1.00 0.00 W3 H +ATOM 37227 H2 TIP3X1860 -38.560 -18.410 -33.730 1.00 0.00 W3 H +ATOM 37228 OH2 TIP3X1861 -33.210 8.630 -49.640 1.00 0.00 W3 O +ATOM 37229 H1 TIP3X1861 -32.610 9.230 -50.100 1.00 0.00 W3 H +ATOM 37230 H2 TIP3X1861 -32.680 7.850 -49.480 1.00 0.00 W3 H +ATOM 37231 OH2 TIP3X1862 35.690 -2.410 -44.550 1.00 0.00 W3 O +ATOM 37232 H1 TIP3X1862 34.840 -2.650 -44.920 1.00 0.00 W3 H +ATOM 37233 H2 TIP3X1862 35.570 -2.500 -43.610 1.00 0.00 W3 H +ATOM 37234 OH2 TIP3X1863 -33.140 -13.810 -14.490 1.00 0.00 W3 O +ATOM 37235 H1 TIP3X1863 -33.720 -14.570 -14.530 1.00 0.00 W3 H +ATOM 37236 H2 TIP3X1863 -33.700 -13.060 -14.680 1.00 0.00 W3 H +ATOM 37237 OH2 TIP3X1864 -21.920 -5.760 21.710 1.00 0.00 W3 O +ATOM 37238 H1 TIP3X1864 -22.630 -6.320 22.020 1.00 0.00 W3 H +ATOM 37239 H2 TIP3X1864 -22.130 -5.610 20.790 1.00 0.00 W3 H +ATOM 37240 OH2 TIP3X1865 -31.310 -15.310 -40.440 1.00 0.00 W3 O +ATOM 37241 H1 TIP3X1865 -31.290 -15.900 -39.700 1.00 0.00 W3 H +ATOM 37242 H2 TIP3X1865 -31.960 -15.690 -41.040 1.00 0.00 W3 H +ATOM 37243 OH2 TIP3X1866 13.350 19.470 -17.460 1.00 0.00 W3 O +ATOM 37244 H1 TIP3X1866 13.660 20.050 -16.770 1.00 0.00 W3 H +ATOM 37245 H2 TIP3X1866 12.390 19.480 -17.390 1.00 0.00 W3 H +ATOM 37246 OH2 TIP3X1867 -37.800 35.330 20.910 1.00 0.00 W3 O +ATOM 37247 H1 TIP3X1867 -37.550 35.500 20.000 1.00 0.00 W3 H +ATOM 37248 H2 TIP3X1867 -37.530 36.100 21.390 1.00 0.00 W3 H +ATOM 37249 OH2 TIP3X1868 19.480 -40.470 37.400 1.00 0.00 W3 O +ATOM 37250 H1 TIP3X1868 18.990 -41.210 37.760 1.00 0.00 W3 H +ATOM 37251 H2 TIP3X1868 18.830 -39.770 37.330 1.00 0.00 W3 H +ATOM 37252 OH2 TIP3X1869 -27.140 6.320 -17.040 1.00 0.00 W3 O +ATOM 37253 H1 TIP3X1869 -26.800 5.450 -17.240 1.00 0.00 W3 H +ATOM 37254 H2 TIP3X1869 -26.370 6.890 -17.120 1.00 0.00 W3 H +ATOM 37255 OH2 TIP3X1870 24.720 38.510 -34.450 1.00 0.00 W3 O +ATOM 37256 H1 TIP3X1870 24.650 39.050 -35.240 1.00 0.00 W3 H +ATOM 37257 H2 TIP3X1870 24.740 39.150 -33.730 1.00 0.00 W3 H +ATOM 37258 OH2 TIP3X1871 -6.160 37.820 -33.370 1.00 0.00 W3 O +ATOM 37259 H1 TIP3X1871 -6.880 37.400 -33.830 1.00 0.00 W3 H +ATOM 37260 H2 TIP3X1871 -5.800 37.140 -32.810 1.00 0.00 W3 H +ATOM 37261 OH2 TIP3X1872 -4.480 -6.930 37.980 1.00 0.00 W3 O +ATOM 37262 H1 TIP3X1872 -3.850 -6.650 37.310 1.00 0.00 W3 H +ATOM 37263 H2 TIP3X1872 -5.320 -6.890 37.530 1.00 0.00 W3 H +ATOM 37264 OH2 TIP3X1873 33.460 -42.380 32.970 1.00 0.00 W3 O +ATOM 37265 H1 TIP3X1873 32.650 -41.860 32.940 1.00 0.00 W3 H +ATOM 37266 H2 TIP3X1873 33.630 -42.580 32.040 1.00 0.00 W3 H +ATOM 37267 OH2 TIP3X1874 25.640 7.120 29.810 1.00 0.00 W3 O +ATOM 37268 H1 TIP3X1874 25.900 6.740 30.660 1.00 0.00 W3 H +ATOM 37269 H2 TIP3X1874 26.240 6.730 29.180 1.00 0.00 W3 H +ATOM 37270 OH2 TIP3X1875 0.200 -19.630 -39.250 1.00 0.00 W3 O +ATOM 37271 H1 TIP3X1875 0.670 -20.290 -38.740 1.00 0.00 W3 H +ATOM 37272 H2 TIP3X1875 -0.690 -19.640 -38.900 1.00 0.00 W3 H +ATOM 37273 OH2 TIP3X1876 29.680 32.630 27.620 1.00 0.00 W3 O +ATOM 37274 H1 TIP3X1876 29.180 32.000 27.110 1.00 0.00 W3 H +ATOM 37275 H2 TIP3X1876 29.060 32.990 28.240 1.00 0.00 W3 H +ATOM 37276 OH2 TIP3X1877 -30.880 36.190 -26.640 1.00 0.00 W3 O +ATOM 37277 H1 TIP3X1877 -31.170 35.660 -25.890 1.00 0.00 W3 H +ATOM 37278 H2 TIP3X1877 -30.340 36.880 -26.250 1.00 0.00 W3 H +ATOM 37279 OH2 TIP3X1878 46.570 28.820 32.560 1.00 0.00 W3 O +ATOM 37280 H1 TIP3X1878 45.770 29.120 32.130 1.00 0.00 W3 H +ATOM 37281 H2 TIP3X1878 46.350 27.940 32.880 1.00 0.00 W3 H +ATOM 37282 OH2 TIP3X1879 42.490 -16.620 -36.370 1.00 0.00 W3 O +ATOM 37283 H1 TIP3X1879 42.300 -16.680 -37.310 1.00 0.00 W3 H +ATOM 37284 H2 TIP3X1879 43.380 -16.940 -36.290 1.00 0.00 W3 H +ATOM 37285 OH2 TIP3X1880 38.600 -11.390 -27.290 1.00 0.00 W3 O +ATOM 37286 H1 TIP3X1880 38.700 -10.820 -28.040 1.00 0.00 W3 H +ATOM 37287 H2 TIP3X1880 39.110 -12.170 -27.510 1.00 0.00 W3 H +ATOM 37288 OH2 TIP3X1881 -24.670 41.980 -33.140 1.00 0.00 W3 O +ATOM 37289 H1 TIP3X1881 -23.720 42.110 -32.990 1.00 0.00 W3 H +ATOM 37290 H2 TIP3X1881 -25.080 42.300 -32.340 1.00 0.00 W3 H +ATOM 37291 OH2 TIP3X1882 32.840 -28.860 -39.310 1.00 0.00 W3 O +ATOM 37292 H1 TIP3X1882 32.690 -28.430 -40.150 1.00 0.00 W3 H +ATOM 37293 H2 TIP3X1882 32.380 -28.310 -38.670 1.00 0.00 W3 H +ATOM 37294 OH2 TIP3X1883 -3.780 39.040 -13.050 1.00 0.00 W3 O +ATOM 37295 H1 TIP3X1883 -4.270 38.710 -12.310 1.00 0.00 W3 H +ATOM 37296 H2 TIP3X1883 -3.070 39.550 -12.670 1.00 0.00 W3 H +ATOM 37297 OH2 TIP3X1884 8.010 16.230 -49.210 1.00 0.00 W3 O +ATOM 37298 H1 TIP3X1884 7.110 16.090 -48.910 1.00 0.00 W3 H +ATOM 37299 H2 TIP3X1884 8.380 16.850 -48.590 1.00 0.00 W3 H +ATOM 37300 OH2 TIP3X1885 -9.710 22.310 29.430 1.00 0.00 W3 O +ATOM 37301 H1 TIP3X1885 -10.660 22.430 29.500 1.00 0.00 W3 H +ATOM 37302 H2 TIP3X1885 -9.340 23.010 29.970 1.00 0.00 W3 H +ATOM 37303 OH2 TIP3X1886 16.710 -35.670 -42.130 1.00 0.00 W3 O +ATOM 37304 H1 TIP3X1886 17.160 -36.400 -42.580 1.00 0.00 W3 H +ATOM 37305 H2 TIP3X1886 15.960 -35.470 -42.700 1.00 0.00 W3 H +ATOM 37306 OH2 TIP3X1887 16.830 -6.570 34.470 1.00 0.00 W3 O +ATOM 37307 H1 TIP3X1887 16.090 -6.540 33.860 1.00 0.00 W3 H +ATOM 37308 H2 TIP3X1887 16.980 -7.500 34.640 1.00 0.00 W3 H +ATOM 37309 OH2 TIP3X1888 -27.120 34.390 -37.160 1.00 0.00 W3 O +ATOM 37310 H1 TIP3X1888 -28.050 34.400 -36.980 1.00 0.00 W3 H +ATOM 37311 H2 TIP3X1888 -26.700 34.350 -36.300 1.00 0.00 W3 H +ATOM 37312 OH2 TIP3X1889 38.910 -27.680 -28.090 1.00 0.00 W3 O +ATOM 37313 H1 TIP3X1889 38.500 -28.020 -28.890 1.00 0.00 W3 H +ATOM 37314 H2 TIP3X1889 39.270 -26.830 -28.360 1.00 0.00 W3 H +ATOM 37315 OH2 TIP3X1890 14.090 -7.300 28.320 1.00 0.00 W3 O +ATOM 37316 H1 TIP3X1890 14.230 -7.640 29.200 1.00 0.00 W3 H +ATOM 37317 H2 TIP3X1890 13.240 -7.650 28.060 1.00 0.00 W3 H +ATOM 37318 OH2 TIP3X1891 46.050 -30.610 -24.520 1.00 0.00 W3 O +ATOM 37319 H1 TIP3X1891 45.410 -31.240 -24.880 1.00 0.00 W3 H +ATOM 37320 H2 TIP3X1891 45.530 -29.870 -24.250 1.00 0.00 W3 H +ATOM 37321 OH2 TIP3X1892 -15.790 27.410 -29.460 1.00 0.00 W3 O +ATOM 37322 H1 TIP3X1892 -15.520 27.950 -30.190 1.00 0.00 W3 H +ATOM 37323 H2 TIP3X1892 -16.280 26.690 -29.850 1.00 0.00 W3 H +ATOM 37324 OH2 TIP3X1893 26.600 -22.400 -29.690 1.00 0.00 W3 O +ATOM 37325 H1 TIP3X1893 26.700 -22.880 -28.870 1.00 0.00 W3 H +ATOM 37326 H2 TIP3X1893 27.260 -22.780 -30.290 1.00 0.00 W3 H +ATOM 37327 OH2 TIP3X1894 18.380 20.720 -27.030 1.00 0.00 W3 O +ATOM 37328 H1 TIP3X1894 18.100 21.360 -27.700 1.00 0.00 W3 H +ATOM 37329 H2 TIP3X1894 17.670 20.730 -26.390 1.00 0.00 W3 H +ATOM 37330 OH2 TIP3X1895 -11.740 -31.530 33.100 1.00 0.00 W3 O +ATOM 37331 H1 TIP3X1895 -11.120 -31.370 32.380 1.00 0.00 W3 H +ATOM 37332 H2 TIP3X1895 -12.040 -32.440 32.950 1.00 0.00 W3 H +ATOM 37333 OH2 TIP3X1896 39.390 1.080 -25.040 1.00 0.00 W3 O +ATOM 37334 H1 TIP3X1896 39.370 2.040 -25.160 1.00 0.00 W3 H +ATOM 37335 H2 TIP3X1896 38.520 0.870 -24.710 1.00 0.00 W3 H +ATOM 37336 OH2 TIP3X1897 3.720 35.330 14.000 1.00 0.00 W3 O +ATOM 37337 H1 TIP3X1897 3.250 35.300 13.160 1.00 0.00 W3 H +ATOM 37338 H2 TIP3X1897 3.970 36.240 14.100 1.00 0.00 W3 H +ATOM 37339 OH2 TIP3X1898 7.420 -28.360 -35.460 1.00 0.00 W3 O +ATOM 37340 H1 TIP3X1898 6.550 -28.610 -35.160 1.00 0.00 W3 H +ATOM 37341 H2 TIP3X1898 7.340 -27.430 -35.690 1.00 0.00 W3 H +ATOM 37342 OH2 TIP3X1899 32.030 -15.080 17.420 1.00 0.00 W3 O +ATOM 37343 H1 TIP3X1899 31.220 -15.570 17.520 1.00 0.00 W3 H +ATOM 37344 H2 TIP3X1899 32.590 -15.390 18.130 1.00 0.00 W3 H +ATOM 37345 OH2 TIP3X1900 34.850 37.500 33.890 1.00 0.00 W3 O +ATOM 37346 H1 TIP3X1900 35.160 36.680 33.490 1.00 0.00 W3 H +ATOM 37347 H2 TIP3X1900 34.450 37.230 34.710 1.00 0.00 W3 H +ATOM 37348 OH2 TIP3X1901 -0.600 23.850 -49.350 1.00 0.00 W3 O +ATOM 37349 H1 TIP3X1901 -0.310 23.990 -50.260 1.00 0.00 W3 H +ATOM 37350 H2 TIP3X1901 0.120 24.140 -48.810 1.00 0.00 W3 H +ATOM 37351 OH2 TIP3X1902 -24.390 -44.040 14.800 1.00 0.00 W3 O +ATOM 37352 H1 TIP3X1902 -25.200 -44.530 14.850 1.00 0.00 W3 H +ATOM 37353 H2 TIP3X1902 -24.570 -43.210 15.240 1.00 0.00 W3 H +ATOM 37354 OH2 TIP3X1903 -26.480 -12.580 -43.640 1.00 0.00 W3 O +ATOM 37355 H1 TIP3X1903 -26.570 -13.320 -44.240 1.00 0.00 W3 H +ATOM 37356 H2 TIP3X1903 -25.550 -12.540 -43.440 1.00 0.00 W3 H +ATOM 37357 OH2 TIP3X1904 -43.820 -32.810 22.450 1.00 0.00 W3 O +ATOM 37358 H1 TIP3X1904 -43.400 -31.980 22.680 1.00 0.00 W3 H +ATOM 37359 H2 TIP3X1904 -43.970 -32.750 21.510 1.00 0.00 W3 H +ATOM 37360 OH2 TIP3X1905 12.210 41.760 -13.930 1.00 0.00 W3 O +ATOM 37361 H1 TIP3X1905 12.830 41.340 -14.520 1.00 0.00 W3 H +ATOM 37362 H2 TIP3X1905 11.710 41.030 -13.550 1.00 0.00 W3 H +ATOM 37363 OH2 TIP3X1906 18.840 -42.550 -47.870 1.00 0.00 W3 O +ATOM 37364 H1 TIP3X1906 18.920 -41.660 -48.210 1.00 0.00 W3 H +ATOM 37365 H2 TIP3X1906 18.530 -42.410 -46.960 1.00 0.00 W3 H +ATOM 37366 OH2 TIP3X1907 20.440 22.000 32.570 1.00 0.00 W3 O +ATOM 37367 H1 TIP3X1907 20.530 22.690 33.210 1.00 0.00 W3 H +ATOM 37368 H2 TIP3X1907 21.250 21.490 32.650 1.00 0.00 W3 H +ATOM 37369 OH2 TIP3X1908 34.470 -10.110 37.340 1.00 0.00 W3 O +ATOM 37370 H1 TIP3X1908 34.330 -10.200 36.400 1.00 0.00 W3 H +ATOM 37371 H2 TIP3X1908 34.310 -9.170 37.510 1.00 0.00 W3 H +ATOM 37372 OH2 TIP3X1909 47.270 40.430 -42.960 1.00 0.00 W3 O +ATOM 37373 H1 TIP3X1909 47.870 41.150 -43.120 1.00 0.00 W3 H +ATOM 37374 H2 TIP3X1909 46.700 40.730 -42.250 1.00 0.00 W3 H +ATOM 37375 OH2 TIP3X1910 -19.990 -39.180 -36.580 1.00 0.00 W3 O +ATOM 37376 H1 TIP3X1910 -20.900 -38.940 -36.360 1.00 0.00 W3 H +ATOM 37377 H2 TIP3X1910 -20.040 -39.600 -37.430 1.00 0.00 W3 H +ATOM 37378 OH2 TIP3X1911 34.360 20.820 -34.350 1.00 0.00 W3 O +ATOM 37379 H1 TIP3X1911 34.560 20.960 -33.430 1.00 0.00 W3 H +ATOM 37380 H2 TIP3X1911 33.610 20.230 -34.350 1.00 0.00 W3 H +ATOM 37381 OH2 TIP3X1912 2.850 31.310 -45.390 1.00 0.00 W3 O +ATOM 37382 H1 TIP3X1912 2.890 32.000 -46.060 1.00 0.00 W3 H +ATOM 37383 H2 TIP3X1912 2.220 30.680 -45.740 1.00 0.00 W3 H +ATOM 37384 OH2 TIP3X1913 -17.070 -44.210 -35.240 1.00 0.00 W3 O +ATOM 37385 H1 TIP3X1913 -16.930 -43.520 -35.900 1.00 0.00 W3 H +ATOM 37386 H2 TIP3X1913 -16.250 -44.710 -35.230 1.00 0.00 W3 H +ATOM 37387 OH2 TIP3X1914 -25.450 -4.010 17.760 1.00 0.00 W3 O +ATOM 37388 H1 TIP3X1914 -26.280 -3.740 17.400 1.00 0.00 W3 H +ATOM 37389 H2 TIP3X1914 -25.620 -4.860 18.180 1.00 0.00 W3 H +ATOM 37390 OH2 TIP3X1915 19.850 -35.720 34.010 1.00 0.00 W3 O +ATOM 37391 H1 TIP3X1915 19.260 -36.480 33.990 1.00 0.00 W3 H +ATOM 37392 H2 TIP3X1915 20.150 -35.690 34.910 1.00 0.00 W3 H +ATOM 37393 OH2 TIP3X1916 -8.490 -42.620 -27.520 1.00 0.00 W3 O +ATOM 37394 H1 TIP3X1916 -8.270 -43.540 -27.630 1.00 0.00 W3 H +ATOM 37395 H2 TIP3X1916 -7.970 -42.330 -26.770 1.00 0.00 W3 H +ATOM 37396 OH2 TIP3X1917 32.180 -32.740 -47.250 1.00 0.00 W3 O +ATOM 37397 H1 TIP3X1917 31.860 -33.090 -46.420 1.00 0.00 W3 H +ATOM 37398 H2 TIP3X1917 32.560 -33.490 -47.710 1.00 0.00 W3 H +ATOM 37399 OH2 TIP3X1918 21.110 28.720 -24.430 1.00 0.00 W3 O +ATOM 37400 H1 TIP3X1918 20.740 28.470 -23.580 1.00 0.00 W3 H +ATOM 37401 H2 TIP3X1918 21.600 29.530 -24.240 1.00 0.00 W3 H +ATOM 37402 OH2 TIP3X1919 -5.460 -25.230 31.720 1.00 0.00 W3 O +ATOM 37403 H1 TIP3X1919 -5.690 -25.950 32.310 1.00 0.00 W3 H +ATOM 37404 H2 TIP3X1919 -5.790 -24.450 32.160 1.00 0.00 W3 H +ATOM 37405 OH2 TIP3X1920 -26.190 -38.690 37.420 1.00 0.00 W3 O +ATOM 37406 H1 TIP3X1920 -26.950 -38.170 37.150 1.00 0.00 W3 H +ATOM 37407 H2 TIP3X1920 -26.550 -39.370 37.970 1.00 0.00 W3 H +ATOM 37408 OH2 TIP3X1921 -0.050 -33.200 -38.510 1.00 0.00 W3 O +ATOM 37409 H1 TIP3X1921 -0.360 -32.360 -38.870 1.00 0.00 W3 H +ATOM 37410 H2 TIP3X1921 0.890 -33.070 -38.390 1.00 0.00 W3 H +ATOM 37411 OH2 TIP3X1922 -1.450 12.290 -34.260 1.00 0.00 W3 O +ATOM 37412 H1 TIP3X1922 -1.840 12.770 -33.530 1.00 0.00 W3 H +ATOM 37413 H2 TIP3X1922 -0.740 12.870 -34.570 1.00 0.00 W3 H +ATOM 37414 OH2 TIP3X1923 12.070 8.140 -50.990 1.00 0.00 W3 O +ATOM 37415 H1 TIP3X1923 12.190 7.820 -50.100 1.00 0.00 W3 H +ATOM 37416 H2 TIP3X1923 12.940 8.110 -51.380 1.00 0.00 W3 H +ATOM 37417 OH2 TIP3X1924 -11.790 -50.960 11.750 1.00 0.00 W3 O +ATOM 37418 H1 TIP3X1924 -11.260 -50.180 11.910 1.00 0.00 W3 H +ATOM 37419 H2 TIP3X1924 -11.260 -51.480 11.150 1.00 0.00 W3 H +ATOM 37420 OH2 TIP3X1925 -17.530 -3.040 -18.600 1.00 0.00 W3 O +ATOM 37421 H1 TIP3X1925 -18.220 -2.520 -18.180 1.00 0.00 W3 H +ATOM 37422 H2 TIP3X1925 -17.640 -3.930 -18.240 1.00 0.00 W3 H +ATOM 37423 OH2 TIP3X1926 39.310 26.820 -33.650 1.00 0.00 W3 O +ATOM 37424 H1 TIP3X1926 39.910 27.010 -34.360 1.00 0.00 W3 H +ATOM 37425 H2 TIP3X1926 39.180 25.870 -33.710 1.00 0.00 W3 H +ATOM 37426 OH2 TIP3X1927 1.020 22.590 -23.810 1.00 0.00 W3 O +ATOM 37427 H1 TIP3X1927 1.860 22.170 -24.010 1.00 0.00 W3 H +ATOM 37428 H2 TIP3X1927 0.780 22.260 -22.940 1.00 0.00 W3 H +ATOM 37429 OH2 TIP3X1928 -40.670 22.220 -37.190 1.00 0.00 W3 O +ATOM 37430 H1 TIP3X1928 -40.530 22.150 -38.130 1.00 0.00 W3 H +ATOM 37431 H2 TIP3X1928 -41.390 22.840 -37.090 1.00 0.00 W3 H +ATOM 37432 OH2 TIP3X1929 -14.980 26.420 -33.470 1.00 0.00 W3 O +ATOM 37433 H1 TIP3X1929 -14.360 26.190 -32.790 1.00 0.00 W3 H +ATOM 37434 H2 TIP3X1929 -15.530 25.640 -33.590 1.00 0.00 W3 H +ATOM 37435 OH2 TIP3X1930 -2.810 -51.880 32.310 1.00 0.00 W3 O +ATOM 37436 H1 TIP3X1930 -2.860 -51.600 33.220 1.00 0.00 W3 H +ATOM 37437 H2 TIP3X1930 -3.260 -52.730 32.300 1.00 0.00 W3 H +ATOM 37438 OH2 TIP3X1931 27.090 36.110 -46.120 1.00 0.00 W3 O +ATOM 37439 H1 TIP3X1931 26.970 35.300 -45.620 1.00 0.00 W3 H +ATOM 37440 H2 TIP3X1931 26.210 36.390 -46.320 1.00 0.00 W3 H +ATOM 37441 OH2 TIP3X1932 17.720 11.030 29.010 1.00 0.00 W3 O +ATOM 37442 H1 TIP3X1932 17.180 11.320 29.740 1.00 0.00 W3 H +ATOM 37443 H2 TIP3X1932 18.430 10.520 29.410 1.00 0.00 W3 H +ATOM 37444 OH2 TIP3X1933 11.240 38.630 -43.480 1.00 0.00 W3 O +ATOM 37445 H1 TIP3X1933 11.630 38.050 -44.130 1.00 0.00 W3 H +ATOM 37446 H2 TIP3X1933 11.530 38.280 -42.640 1.00 0.00 W3 H +ATOM 37447 OH2 TIP3X1934 -26.640 -5.070 -45.170 1.00 0.00 W3 O +ATOM 37448 H1 TIP3X1934 -26.370 -5.620 -44.440 1.00 0.00 W3 H +ATOM 37449 H2 TIP3X1934 -26.900 -4.250 -44.780 1.00 0.00 W3 H +ATOM 37450 OH2 TIP3X1935 -12.230 -26.720 -46.490 1.00 0.00 W3 O +ATOM 37451 H1 TIP3X1935 -11.940 -25.910 -46.900 1.00 0.00 W3 H +ATOM 37452 H2 TIP3X1935 -13.090 -26.520 -46.140 1.00 0.00 W3 H +ATOM 37453 OH2 TIP3X1936 -41.730 17.800 -29.680 1.00 0.00 W3 O +ATOM 37454 H1 TIP3X1936 -41.510 17.210 -30.400 1.00 0.00 W3 H +ATOM 37455 H2 TIP3X1936 -42.600 18.120 -29.890 1.00 0.00 W3 H +ATOM 37456 OH2 TIP3X1937 7.050 9.270 19.000 1.00 0.00 W3 O +ATOM 37457 H1 TIP3X1937 7.240 9.330 19.940 1.00 0.00 W3 H +ATOM 37458 H2 TIP3X1937 6.540 10.050 18.820 1.00 0.00 W3 H +ATOM 37459 OH2 TIP3X1938 12.390 -5.610 -40.840 1.00 0.00 W3 O +ATOM 37460 H1 TIP3X1938 13.310 -5.860 -40.810 1.00 0.00 W3 H +ATOM 37461 H2 TIP3X1938 12.010 -5.980 -40.050 1.00 0.00 W3 H +ATOM 37462 OH2 TIP3X1939 -32.160 28.750 -37.380 1.00 0.00 W3 O +ATOM 37463 H1 TIP3X1939 -32.800 28.200 -36.930 1.00 0.00 W3 H +ATOM 37464 H2 TIP3X1939 -31.370 28.680 -36.850 1.00 0.00 W3 H +ATOM 37465 OH2 TIP3X1940 28.090 14.820 23.020 1.00 0.00 W3 O +ATOM 37466 H1 TIP3X1940 27.940 14.520 22.120 1.00 0.00 W3 H +ATOM 37467 H2 TIP3X1940 27.330 15.370 23.220 1.00 0.00 W3 H +ATOM 37468 OH2 TIP3X1941 1.250 -34.650 20.690 1.00 0.00 W3 O +ATOM 37469 H1 TIP3X1941 0.430 -34.660 20.200 1.00 0.00 W3 H +ATOM 37470 H2 TIP3X1941 1.070 -34.100 21.440 1.00 0.00 W3 H +ATOM 37471 OH2 TIP3X1942 13.000 25.100 36.940 1.00 0.00 W3 O +ATOM 37472 H1 TIP3X1942 12.280 25.110 37.580 1.00 0.00 W3 H +ATOM 37473 H2 TIP3X1942 13.220 24.180 36.830 1.00 0.00 W3 H +ATOM 37474 OH2 TIP3X1943 16.400 -5.010 -28.240 1.00 0.00 W3 O +ATOM 37475 H1 TIP3X1943 17.220 -5.210 -28.690 1.00 0.00 W3 H +ATOM 37476 H2 TIP3X1943 16.320 -5.690 -27.570 1.00 0.00 W3 H +ATOM 37477 OH2 TIP3X1944 40.270 16.550 -21.490 1.00 0.00 W3 O +ATOM 37478 H1 TIP3X1944 41.200 16.760 -21.380 1.00 0.00 W3 H +ATOM 37479 H2 TIP3X1944 39.990 17.070 -22.250 1.00 0.00 W3 H +ATOM 37480 OH2 TIP3X1945 -13.590 16.100 24.310 1.00 0.00 W3 O +ATOM 37481 H1 TIP3X1945 -12.990 15.810 24.990 1.00 0.00 W3 H +ATOM 37482 H2 TIP3X1945 -13.410 15.530 23.560 1.00 0.00 W3 H +ATOM 37483 OH2 TIP3X1946 -17.290 20.480 -47.450 1.00 0.00 W3 O +ATOM 37484 H1 TIP3X1946 -16.790 20.350 -46.640 1.00 0.00 W3 H +ATOM 37485 H2 TIP3X1946 -17.320 21.440 -47.560 1.00 0.00 W3 H +ATOM 37486 OH2 TIP3X1947 11.770 4.140 -50.410 1.00 0.00 W3 O +ATOM 37487 H1 TIP3X1947 11.930 3.230 -50.680 1.00 0.00 W3 H +ATOM 37488 H2 TIP3X1947 10.980 4.390 -50.880 1.00 0.00 W3 H +ATOM 37489 OH2 TIP3X1948 -41.230 8.740 -47.800 1.00 0.00 W3 O +ATOM 37490 H1 TIP3X1948 -40.390 9.180 -47.640 1.00 0.00 W3 H +ATOM 37491 H2 TIP3X1948 -41.110 7.870 -47.440 1.00 0.00 W3 H +ATOM 37492 OH2 TIP3X1949 1.250 -36.060 26.720 1.00 0.00 W3 O +ATOM 37493 H1 TIP3X1949 1.410 -35.190 27.070 1.00 0.00 W3 H +ATOM 37494 H2 TIP3X1949 1.930 -36.190 26.050 1.00 0.00 W3 H +ATOM 37495 OH2 TIP3X1950 47.500 9.080 26.520 1.00 0.00 W3 O +ATOM 37496 H1 TIP3X1950 46.900 8.460 26.920 1.00 0.00 W3 H +ATOM 37497 H2 TIP3X1950 47.010 9.890 26.440 1.00 0.00 W3 H +ATOM 37498 OH2 TIP3X1951 36.280 17.090 37.910 1.00 0.00 W3 O +ATOM 37499 H1 TIP3X1951 36.200 17.520 38.760 1.00 0.00 W3 H +ATOM 37500 H2 TIP3X1951 35.850 17.680 37.300 1.00 0.00 W3 H +ATOM 37501 OH2 TIP3X1952 -20.130 -15.840 28.030 1.00 0.00 W3 O +ATOM 37502 H1 TIP3X1952 -19.420 -15.820 27.380 1.00 0.00 W3 H +ATOM 37503 H2 TIP3X1952 -20.100 -14.970 28.430 1.00 0.00 W3 H +ATOM 37504 OH2 TIP3X1953 22.170 -26.460 -24.720 1.00 0.00 W3 O +ATOM 37505 H1 TIP3X1953 22.080 -25.800 -24.030 1.00 0.00 W3 H +ATOM 37506 H2 TIP3X1953 21.730 -26.080 -25.470 1.00 0.00 W3 H +ATOM 37507 OH2 TIP3X1954 17.340 -39.060 30.510 1.00 0.00 W3 O +ATOM 37508 H1 TIP3X1954 18.040 -39.690 30.730 1.00 0.00 W3 H +ATOM 37509 H2 TIP3X1954 16.530 -39.550 30.620 1.00 0.00 W3 H +ATOM 37510 OH2 TIP3X1955 13.650 -10.870 34.200 1.00 0.00 W3 O +ATOM 37511 H1 TIP3X1955 13.350 -11.780 34.350 1.00 0.00 W3 H +ATOM 37512 H2 TIP3X1955 13.920 -10.570 35.060 1.00 0.00 W3 H +ATOM 37513 OH2 TIP3X1956 46.100 2.940 -33.980 1.00 0.00 W3 O +ATOM 37514 H1 TIP3X1956 45.260 2.510 -34.200 1.00 0.00 W3 H +ATOM 37515 H2 TIP3X1956 46.410 3.300 -34.800 1.00 0.00 W3 H +ATOM 37516 OH2 TIP3X1957 39.990 34.060 -23.280 1.00 0.00 W3 O +ATOM 37517 H1 TIP3X1957 40.520 33.540 -23.880 1.00 0.00 W3 H +ATOM 37518 H2 TIP3X1957 39.400 33.420 -22.870 1.00 0.00 W3 H +ATOM 37519 OH2 TIP3X1958 5.440 31.580 25.770 1.00 0.00 W3 O +ATOM 37520 H1 TIP3X1958 5.120 30.870 25.210 1.00 0.00 W3 H +ATOM 37521 H2 TIP3X1958 5.450 31.190 26.650 1.00 0.00 W3 H +ATOM 37522 OH2 TIP3X1959 3.760 -38.910 11.150 1.00 0.00 W3 O +ATOM 37523 H1 TIP3X1959 3.780 -38.510 12.030 1.00 0.00 W3 H +ATOM 37524 H2 TIP3X1959 3.120 -38.380 10.670 1.00 0.00 W3 H +ATOM 37525 OH2 TIP3X1960 7.280 -23.180 -33.440 1.00 0.00 W3 O +ATOM 37526 H1 TIP3X1960 7.700 -22.340 -33.250 1.00 0.00 W3 H +ATOM 37527 H2 TIP3X1960 7.250 -23.630 -32.610 1.00 0.00 W3 H +ATOM 37528 OH2 TIP3X1961 13.540 -17.940 -33.760 1.00 0.00 W3 O +ATOM 37529 H1 TIP3X1961 13.410 -18.380 -34.600 1.00 0.00 W3 H +ATOM 37530 H2 TIP3X1961 14.020 -18.570 -33.230 1.00 0.00 W3 H +ATOM 37531 OH2 TIP3X1962 -42.240 -39.880 28.490 1.00 0.00 W3 O +ATOM 37532 H1 TIP3X1962 -42.970 -39.960 29.110 1.00 0.00 W3 H +ATOM 37533 H2 TIP3X1962 -41.490 -39.660 29.040 1.00 0.00 W3 H +ATOM 37534 OH2 TIP3X1963 21.110 -49.540 -35.570 1.00 0.00 W3 O +ATOM 37535 H1 TIP3X1963 21.030 -48.940 -34.820 1.00 0.00 W3 H +ATOM 37536 H2 TIP3X1963 20.240 -49.910 -35.680 1.00 0.00 W3 H +ATOM 37537 OH2 TIP3X1964 -10.340 -28.620 -47.610 1.00 0.00 W3 O +ATOM 37538 H1 TIP3X1964 -10.980 -27.930 -47.460 1.00 0.00 W3 H +ATOM 37539 H2 TIP3X1964 -9.520 -28.300 -47.240 1.00 0.00 W3 H +ATOM 37540 OH2 TIP3X1965 27.190 27.080 29.480 1.00 0.00 W3 O +ATOM 37541 H1 TIP3X1965 27.980 27.020 30.020 1.00 0.00 W3 H +ATOM 37542 H2 TIP3X1965 27.510 27.230 28.590 1.00 0.00 W3 H +ATOM 37543 OH2 TIP3X1966 -8.750 9.290 39.120 1.00 0.00 W3 O +ATOM 37544 H1 TIP3X1966 -9.660 9.270 39.420 1.00 0.00 W3 H +ATOM 37545 H2 TIP3X1966 -8.330 8.560 39.560 1.00 0.00 W3 H +ATOM 37546 OH2 TIP3X1967 11.370 3.050 -31.250 1.00 0.00 W3 O +ATOM 37547 H1 TIP3X1967 10.640 2.870 -31.850 1.00 0.00 W3 H +ATOM 37548 H2 TIP3X1967 12.120 2.630 -31.660 1.00 0.00 W3 H +ATOM 37549 OH2 TIP3X1968 42.200 -7.420 -50.120 1.00 0.00 W3 O +ATOM 37550 H1 TIP3X1968 42.900 -7.020 -50.650 1.00 0.00 W3 H +ATOM 37551 H2 TIP3X1968 42.040 -6.780 -49.420 1.00 0.00 W3 H +ATOM 37552 OH2 TIP3X1969 -30.670 -18.700 -23.940 1.00 0.00 W3 O +ATOM 37553 H1 TIP3X1969 -31.090 -17.990 -23.460 1.00 0.00 W3 H +ATOM 37554 H2 TIP3X1969 -30.060 -19.090 -23.320 1.00 0.00 W3 H +ATOM 37555 OH2 TIP3X1970 -14.130 18.260 -39.770 1.00 0.00 W3 O +ATOM 37556 H1 TIP3X1970 -13.410 18.750 -40.150 1.00 0.00 W3 H +ATOM 37557 H2 TIP3X1970 -13.780 17.360 -39.710 1.00 0.00 W3 H +ATOM 37558 OH2 TIP3X1971 -41.750 22.200 -6.880 1.00 0.00 W3 O +ATOM 37559 H1 TIP3X1971 -41.430 21.970 -6.010 1.00 0.00 W3 H +ATOM 37560 H2 TIP3X1971 -42.170 23.060 -6.760 1.00 0.00 W3 H +ATOM 37561 OH2 TIP3X1972 -34.150 -7.760 -23.180 1.00 0.00 W3 O +ATOM 37562 H1 TIP3X1972 -33.840 -6.860 -23.210 1.00 0.00 W3 H +ATOM 37563 H2 TIP3X1972 -33.380 -8.290 -23.360 1.00 0.00 W3 H +ATOM 37564 OH2 TIP3X1973 -40.720 23.870 27.840 1.00 0.00 W3 O +ATOM 37565 H1 TIP3X1973 -40.660 23.770 28.780 1.00 0.00 W3 H +ATOM 37566 H2 TIP3X1973 -39.870 24.240 27.590 1.00 0.00 W3 H +ATOM 37567 OH2 TIP3X1974 5.660 -14.040 35.010 1.00 0.00 W3 O +ATOM 37568 H1 TIP3X1974 5.830 -13.940 34.070 1.00 0.00 W3 H +ATOM 37569 H2 TIP3X1974 4.790 -13.660 35.150 1.00 0.00 W3 H +ATOM 37570 OH2 TIP3X1975 12.660 19.560 -33.650 1.00 0.00 W3 O +ATOM 37571 H1 TIP3X1975 12.860 19.180 -34.500 1.00 0.00 W3 H +ATOM 37572 H2 TIP3X1975 12.130 20.340 -33.840 1.00 0.00 W3 H +ATOM 37573 OH2 TIP3X1976 26.390 -26.950 23.600 1.00 0.00 W3 O +ATOM 37574 H1 TIP3X1976 26.630 -26.840 24.520 1.00 0.00 W3 H +ATOM 37575 H2 TIP3X1976 25.430 -26.950 23.600 1.00 0.00 W3 H +ATOM 37576 OH2 TIP3X1977 5.790 27.520 -23.550 1.00 0.00 W3 O +ATOM 37577 H1 TIP3X1977 6.480 28.180 -23.520 1.00 0.00 W3 H +ATOM 37578 H2 TIP3X1977 6.220 26.710 -23.290 1.00 0.00 W3 H +ATOM 37579 OH2 TIP3X1978 -11.460 -21.150 -41.040 1.00 0.00 W3 O +ATOM 37580 H1 TIP3X1978 -11.620 -22.050 -41.320 1.00 0.00 W3 H +ATOM 37581 H2 TIP3X1978 -12.090 -20.630 -41.540 1.00 0.00 W3 H +ATOM 37582 OH2 TIP3X1979 34.240 -48.110 -41.720 1.00 0.00 W3 O +ATOM 37583 H1 TIP3X1979 33.770 -48.780 -42.210 1.00 0.00 W3 H +ATOM 37584 H2 TIP3X1979 34.230 -48.410 -40.810 1.00 0.00 W3 H +ATOM 37585 OH2 TIP3X1980 0.840 -24.150 30.070 1.00 0.00 W3 O +ATOM 37586 H1 TIP3X1980 0.140 -23.590 30.380 1.00 0.00 W3 H +ATOM 37587 H2 TIP3X1980 1.410 -24.270 30.830 1.00 0.00 W3 H +ATOM 37588 OH2 TIP3X1981 29.500 1.520 -28.790 1.00 0.00 W3 O +ATOM 37589 H1 TIP3X1981 30.380 1.890 -28.710 1.00 0.00 W3 H +ATOM 37590 H2 TIP3X1981 29.410 1.280 -29.720 1.00 0.00 W3 H +ATOM 37591 OH2 TIP3X1982 -35.250 -18.150 26.810 1.00 0.00 W3 O +ATOM 37592 H1 TIP3X1982 -35.200 -18.980 27.280 1.00 0.00 W3 H +ATOM 37593 H2 TIP3X1982 -35.810 -18.350 26.050 1.00 0.00 W3 H +ATOM 37594 OH2 TIP3X1983 42.250 41.040 -22.990 1.00 0.00 W3 O +ATOM 37595 H1 TIP3X1983 42.730 40.450 -23.560 1.00 0.00 W3 H +ATOM 37596 H2 TIP3X1983 42.830 41.790 -22.860 1.00 0.00 W3 H +ATOM 37597 OH2 TIP3X1984 19.490 32.410 -21.050 1.00 0.00 W3 O +ATOM 37598 H1 TIP3X1984 19.970 33.070 -20.560 1.00 0.00 W3 H +ATOM 37599 H2 TIP3X1984 19.580 31.620 -20.520 1.00 0.00 W3 H +ATOM 37600 OH2 TIP3X1985 -14.350 6.040 -41.860 1.00 0.00 W3 O +ATOM 37601 H1 TIP3X1985 -15.100 6.400 -42.310 1.00 0.00 W3 H +ATOM 37602 H2 TIP3X1985 -14.700 5.340 -41.320 1.00 0.00 W3 H +ATOM 37603 OH2 TIP3X1986 17.210 -34.090 -37.460 1.00 0.00 W3 O +ATOM 37604 H1 TIP3X1986 16.760 -33.630 -36.760 1.00 0.00 W3 H +ATOM 37605 H2 TIP3X1986 17.610 -33.410 -38.000 1.00 0.00 W3 H +ATOM 37606 OH2 TIP3X1987 2.900 30.510 36.030 1.00 0.00 W3 O +ATOM 37607 H1 TIP3X1987 3.300 30.490 35.160 1.00 0.00 W3 H +ATOM 37608 H2 TIP3X1987 2.180 31.120 35.960 1.00 0.00 W3 H +ATOM 37609 OH2 TIP3X1988 29.400 -22.370 27.100 1.00 0.00 W3 O +ATOM 37610 H1 TIP3X1988 29.250 -22.470 28.040 1.00 0.00 W3 H +ATOM 37611 H2 TIP3X1988 29.190 -23.220 26.730 1.00 0.00 W3 H +ATOM 37612 OH2 TIP3X1989 -17.470 -7.980 19.090 1.00 0.00 W3 O +ATOM 37613 H1 TIP3X1989 -18.340 -7.890 18.690 1.00 0.00 W3 H +ATOM 37614 H2 TIP3X1989 -17.040 -7.140 18.930 1.00 0.00 W3 H +ATOM 37615 OH2 TIP3X1990 -43.540 8.520 -26.090 1.00 0.00 W3 O +ATOM 37616 H1 TIP3X1990 -43.070 7.690 -26.020 1.00 0.00 W3 H +ATOM 37617 H2 TIP3X1990 -44.440 8.250 -26.310 1.00 0.00 W3 H +ATOM 37618 OH2 TIP3X1991 28.300 14.150 28.910 1.00 0.00 W3 O +ATOM 37619 H1 TIP3X1991 29.200 13.810 28.920 1.00 0.00 W3 H +ATOM 37620 H2 TIP3X1991 27.750 13.400 29.090 1.00 0.00 W3 H +ATOM 37621 OH2 TIP3X1992 -27.950 -30.800 -38.070 1.00 0.00 W3 O +ATOM 37622 H1 TIP3X1992 -27.350 -31.340 -38.580 1.00 0.00 W3 H +ATOM 37623 H2 TIP3X1992 -28.600 -30.490 -38.700 1.00 0.00 W3 H +ATOM 37624 OH2 TIP3X1993 20.390 33.280 33.340 1.00 0.00 W3 O +ATOM 37625 H1 TIP3X1993 20.740 33.520 32.480 1.00 0.00 W3 H +ATOM 37626 H2 TIP3X1993 19.450 33.300 33.220 1.00 0.00 W3 H +ATOM 37627 OH2 TIP3X1994 29.150 21.360 27.500 1.00 0.00 W3 O +ATOM 37628 H1 TIP3X1994 30.060 21.090 27.380 1.00 0.00 W3 H +ATOM 37629 H2 TIP3X1994 28.640 20.760 26.970 1.00 0.00 W3 H +ATOM 37630 OH2 TIP3X1995 -13.020 -2.610 -45.500 1.00 0.00 W3 O +ATOM 37631 H1 TIP3X1995 -13.110 -2.800 -44.560 1.00 0.00 W3 H +ATOM 37632 H2 TIP3X1995 -13.920 -2.460 -45.800 1.00 0.00 W3 H +ATOM 37633 OH2 TIP3X1996 -5.280 -40.870 -12.760 1.00 0.00 W3 O +ATOM 37634 H1 TIP3X1996 -6.160 -41.180 -12.560 1.00 0.00 W3 H +ATOM 37635 H2 TIP3X1996 -4.720 -41.650 -12.660 1.00 0.00 W3 H +ATOM 37636 OH2 TIP3X1997 -22.100 13.810 -17.090 1.00 0.00 W3 O +ATOM 37637 H1 TIP3X1997 -22.020 12.880 -17.280 1.00 0.00 W3 H +ATOM 37638 H2 TIP3X1997 -22.000 14.230 -17.940 1.00 0.00 W3 H +ATOM 37639 OH2 TIP3X1998 -34.070 20.560 37.280 1.00 0.00 W3 O +ATOM 37640 H1 TIP3X1998 -33.130 20.460 37.130 1.00 0.00 W3 H +ATOM 37641 H2 TIP3X1998 -34.470 20.160 36.500 1.00 0.00 W3 H +ATOM 37642 OH2 TIP3X1999 -19.690 -7.380 -31.560 1.00 0.00 W3 O +ATOM 37643 H1 TIP3X1999 -19.110 -7.400 -30.810 1.00 0.00 W3 H +ATOM 37644 H2 TIP3X1999 -19.100 -7.350 -32.320 1.00 0.00 W3 H +ATOM 37645 OH2 TIP3X2000 -33.970 -3.730 30.240 1.00 0.00 W3 O +ATOM 37646 H1 TIP3X2000 -33.900 -3.370 29.350 1.00 0.00 W3 H +ATOM 37647 H2 TIP3X2000 -34.370 -3.030 30.760 1.00 0.00 W3 H +ATOM 37648 OH2 TIP3X2001 -27.450 -28.080 -27.900 1.00 0.00 W3 O +ATOM 37649 H1 TIP3X2001 -27.700 -27.980 -26.980 1.00 0.00 W3 H +ATOM 37650 H2 TIP3X2001 -27.670 -27.240 -28.300 1.00 0.00 W3 H +ATOM 37651 OH2 TIP3X2002 -16.780 -0.970 -42.840 1.00 0.00 W3 O +ATOM 37652 H1 TIP3X2002 -17.380 -0.800 -43.580 1.00 0.00 W3 H +ATOM 37653 H2 TIP3X2002 -17.010 -1.840 -42.530 1.00 0.00 W3 H +ATOM 37654 OH2 TIP3X2003 16.170 -38.590 -43.940 1.00 0.00 W3 O +ATOM 37655 H1 TIP3X2003 17.110 -38.750 -43.860 1.00 0.00 W3 H +ATOM 37656 H2 TIP3X2003 15.780 -39.460 -44.010 1.00 0.00 W3 H +ATOM 37657 OH2 TIP3X2004 -22.120 -19.520 -37.670 1.00 0.00 W3 O +ATOM 37658 H1 TIP3X2004 -21.910 -20.040 -38.440 1.00 0.00 W3 H +ATOM 37659 H2 TIP3X2004 -22.290 -18.640 -38.010 1.00 0.00 W3 H +ATOM 37660 OH2 TIP3X2005 19.410 -0.120 -22.780 1.00 0.00 W3 O +ATOM 37661 H1 TIP3X2005 18.690 -0.400 -22.210 1.00 0.00 W3 H +ATOM 37662 H2 TIP3X2005 19.000 0.030 -23.640 1.00 0.00 W3 H +ATOM 37663 OH2 TIP3X2006 19.680 -40.200 -19.290 1.00 0.00 W3 O +ATOM 37664 H1 TIP3X2006 19.040 -40.390 -19.970 1.00 0.00 W3 H +ATOM 37665 H2 TIP3X2006 19.230 -39.590 -18.690 1.00 0.00 W3 H +ATOM 37666 OH2 TIP3X2007 -34.140 35.680 -47.170 1.00 0.00 W3 O +ATOM 37667 H1 TIP3X2007 -34.730 36.090 -47.810 1.00 0.00 W3 H +ATOM 37668 H2 TIP3X2007 -33.930 34.830 -47.560 1.00 0.00 W3 H +ATOM 37669 OH2 TIP3X2008 -19.290 11.200 31.900 1.00 0.00 W3 O +ATOM 37670 H1 TIP3X2008 -19.160 12.080 32.270 1.00 0.00 W3 H +ATOM 37671 H2 TIP3X2008 -18.420 10.840 31.800 1.00 0.00 W3 H +ATOM 37672 OH2 TIP3X2009 45.260 18.080 -50.410 1.00 0.00 W3 O +ATOM 37673 H1 TIP3X2009 45.700 17.370 -50.870 1.00 0.00 W3 H +ATOM 37674 H2 TIP3X2009 45.920 18.780 -50.370 1.00 0.00 W3 H +ATOM 37675 OH2 TIP3X2010 9.000 28.520 -30.730 1.00 0.00 W3 O +ATOM 37676 H1 TIP3X2010 9.280 28.460 -31.650 1.00 0.00 W3 H +ATOM 37677 H2 TIP3X2010 8.310 29.180 -30.740 1.00 0.00 W3 H +ATOM 37678 OH2 TIP3X2011 -11.150 -15.250 34.340 1.00 0.00 W3 O +ATOM 37679 H1 TIP3X2011 -11.040 -14.450 34.860 1.00 0.00 W3 H +ATOM 37680 H2 TIP3X2011 -10.400 -15.800 34.590 1.00 0.00 W3 H +ATOM 37681 OH2 TIP3X2012 19.890 -22.060 -12.460 1.00 0.00 W3 O +ATOM 37682 H1 TIP3X2012 19.640 -22.980 -12.320 1.00 0.00 W3 H +ATOM 37683 H2 TIP3X2012 19.550 -21.860 -13.330 1.00 0.00 W3 H +ATOM 37684 OH2 TIP3X2013 -8.140 -24.280 -21.850 1.00 0.00 W3 O +ATOM 37685 H1 TIP3X2013 -7.610 -23.670 -21.340 1.00 0.00 W3 H +ATOM 37686 H2 TIP3X2013 -8.580 -24.820 -21.200 1.00 0.00 W3 H +ATOM 37687 OH2 TIP3X2014 -19.380 -8.880 -44.920 1.00 0.00 W3 O +ATOM 37688 H1 TIP3X2014 -18.890 -8.680 -45.700 1.00 0.00 W3 H +ATOM 37689 H2 TIP3X2014 -19.720 -8.030 -44.620 1.00 0.00 W3 H +ATOM 37690 OH2 TIP3X2015 35.810 27.790 -42.530 1.00 0.00 W3 O +ATOM 37691 H1 TIP3X2015 35.120 27.390 -41.990 1.00 0.00 W3 H +ATOM 37692 H2 TIP3X2015 35.320 28.290 -43.190 1.00 0.00 W3 H +ATOM 37693 OH2 TIP3X2016 34.040 21.050 -37.100 1.00 0.00 W3 O +ATOM 37694 H1 TIP3X2016 33.560 20.230 -37.220 1.00 0.00 W3 H +ATOM 37695 H2 TIP3X2016 33.920 21.260 -36.170 1.00 0.00 W3 H +ATOM 37696 OH2 TIP3X2017 1.540 -42.650 -16.800 1.00 0.00 W3 O +ATOM 37697 H1 TIP3X2017 1.180 -42.620 -15.930 1.00 0.00 W3 H +ATOM 37698 H2 TIP3X2017 0.850 -42.340 -17.380 1.00 0.00 W3 H +ATOM 37699 OH2 TIP3X2018 -34.780 34.480 -16.090 1.00 0.00 W3 O +ATOM 37700 H1 TIP3X2018 -34.820 34.830 -15.190 1.00 0.00 W3 H +ATOM 37701 H2 TIP3X2018 -34.880 33.540 -15.980 1.00 0.00 W3 H +ATOM 37702 OH2 TIP3X2019 5.930 26.090 -31.240 1.00 0.00 W3 O +ATOM 37703 H1 TIP3X2019 5.460 25.820 -30.460 1.00 0.00 W3 H +ATOM 37704 H2 TIP3X2019 6.810 26.320 -30.930 1.00 0.00 W3 H +ATOM 37705 OH2 TIP3X2020 27.180 -50.760 33.650 1.00 0.00 W3 O +ATOM 37706 H1 TIP3X2020 26.520 -51.450 33.490 1.00 0.00 W3 H +ATOM 37707 H2 TIP3X2020 26.660 -49.950 33.640 1.00 0.00 W3 H +ATOM 37708 OH2 TIP3X2021 34.820 42.440 -42.880 1.00 0.00 W3 O +ATOM 37709 H1 TIP3X2021 35.380 41.660 -42.920 1.00 0.00 W3 H +ATOM 37710 H2 TIP3X2021 34.300 42.320 -42.080 1.00 0.00 W3 H +ATOM 37711 OH2 TIP3X2022 -5.330 43.190 -37.990 1.00 0.00 W3 O +ATOM 37712 H1 TIP3X2022 -4.580 42.620 -37.810 1.00 0.00 W3 H +ATOM 37713 H2 TIP3X2022 -5.850 42.690 -38.620 1.00 0.00 W3 H +ATOM 37714 OH2 TIP3X2023 -23.890 -37.120 -37.740 1.00 0.00 W3 O +ATOM 37715 H1 TIP3X2023 -24.740 -36.820 -38.080 1.00 0.00 W3 H +ATOM 37716 H2 TIP3X2023 -23.330 -37.190 -38.510 1.00 0.00 W3 H +ATOM 37717 OH2 TIP3X2024 -0.180 27.700 -20.270 1.00 0.00 W3 O +ATOM 37718 H1 TIP3X2024 0.590 27.220 -19.960 1.00 0.00 W3 H +ATOM 37719 H2 TIP3X2024 -0.590 27.110 -20.910 1.00 0.00 W3 H +ATOM 37720 OH2 TIP3X2025 33.260 -48.090 31.040 1.00 0.00 W3 O +ATOM 37721 H1 TIP3X2025 32.520 -48.190 31.650 1.00 0.00 W3 H +ATOM 37722 H2 TIP3X2025 34.030 -48.320 31.550 1.00 0.00 W3 H +ATOM 37723 OH2 TIP3X2026 -26.910 11.950 -41.260 1.00 0.00 W3 O +ATOM 37724 H1 TIP3X2026 -27.670 11.820 -41.820 1.00 0.00 W3 H +ATOM 37725 H2 TIP3X2026 -26.940 11.210 -40.640 1.00 0.00 W3 H +ATOM 37726 OH2 TIP3X2027 47.220 40.430 32.440 1.00 0.00 W3 O +ATOM 37727 H1 TIP3X2027 47.570 40.840 33.240 1.00 0.00 W3 H +ATOM 37728 H2 TIP3X2027 46.460 40.980 32.200 1.00 0.00 W3 H +ATOM 37729 OH2 TIP3X2028 -13.030 -14.420 -30.140 1.00 0.00 W3 O +ATOM 37730 H1 TIP3X2028 -12.990 -14.370 -29.190 1.00 0.00 W3 H +ATOM 37731 H2 TIP3X2028 -13.720 -13.790 -30.380 1.00 0.00 W3 H +ATOM 37732 OH2 TIP3X2029 -14.460 35.530 31.640 1.00 0.00 W3 O +ATOM 37733 H1 TIP3X2029 -15.240 35.580 31.090 1.00 0.00 W3 H +ATOM 37734 H2 TIP3X2029 -13.740 35.800 31.060 1.00 0.00 W3 H +ATOM 37735 OH2 TIP3X2030 -32.970 -36.300 -47.600 1.00 0.00 W3 O +ATOM 37736 H1 TIP3X2030 -32.080 -36.660 -47.620 1.00 0.00 W3 H +ATOM 37737 H2 TIP3X2030 -32.950 -35.580 -48.240 1.00 0.00 W3 H +ATOM 37738 OH2 TIP3X2031 12.740 -45.710 -41.180 1.00 0.00 W3 O +ATOM 37739 H1 TIP3X2031 13.050 -45.520 -42.070 1.00 0.00 W3 H +ATOM 37740 H2 TIP3X2031 12.580 -46.650 -41.180 1.00 0.00 W3 H +ATOM 37741 OH2 TIP3X2032 -29.900 35.150 -21.330 1.00 0.00 W3 O +ATOM 37742 H1 TIP3X2032 -30.500 35.860 -21.060 1.00 0.00 W3 H +ATOM 37743 H2 TIP3X2032 -29.640 35.390 -22.220 1.00 0.00 W3 H +ATOM 37744 OH2 TIP3X2033 24.570 -18.670 -31.930 1.00 0.00 W3 O +ATOM 37745 H1 TIP3X2033 24.670 -19.440 -31.370 1.00 0.00 W3 H +ATOM 37746 H2 TIP3X2033 25.420 -18.590 -32.370 1.00 0.00 W3 H +ATOM 37747 OH2 TIP3X2034 42.920 9.410 -19.070 1.00 0.00 W3 O +ATOM 37748 H1 TIP3X2034 42.820 8.480 -19.290 1.00 0.00 W3 H +ATOM 37749 H2 TIP3X2034 42.840 9.870 -19.910 1.00 0.00 W3 H +ATOM 37750 OH2 TIP3X2035 26.420 -37.440 33.250 1.00 0.00 W3 O +ATOM 37751 H1 TIP3X2035 25.990 -37.530 34.100 1.00 0.00 W3 H +ATOM 37752 H2 TIP3X2035 26.110 -38.180 32.740 1.00 0.00 W3 H +ATOM 37753 OH2 TIP3X2036 -22.250 33.980 24.400 1.00 0.00 W3 O +ATOM 37754 H1 TIP3X2036 -21.700 34.150 23.640 1.00 0.00 W3 H +ATOM 37755 H2 TIP3X2036 -22.310 33.030 24.450 1.00 0.00 W3 H +ATOM 37756 OH2 TIP3X2037 -13.020 23.110 25.040 1.00 0.00 W3 O +ATOM 37757 H1 TIP3X2037 -13.450 22.390 24.590 1.00 0.00 W3 H +ATOM 37758 H2 TIP3X2037 -12.250 22.720 25.440 1.00 0.00 W3 H +ATOM 37759 OH2 TIP3X2038 -20.620 17.370 38.240 1.00 0.00 W3 O +ATOM 37760 H1 TIP3X2038 -20.050 17.620 38.960 1.00 0.00 W3 H +ATOM 37761 H2 TIP3X2038 -21.470 17.190 38.630 1.00 0.00 W3 H +ATOM 37762 OH2 TIP3X2039 39.730 -10.090 -34.280 1.00 0.00 W3 O +ATOM 37763 H1 TIP3X2039 40.460 -9.750 -34.800 1.00 0.00 W3 H +ATOM 37764 H2 TIP3X2039 39.070 -10.310 -34.930 1.00 0.00 W3 H +ATOM 37765 OH2 TIP3X2040 27.210 5.110 -23.130 1.00 0.00 W3 O +ATOM 37766 H1 TIP3X2040 26.540 5.690 -23.490 1.00 0.00 W3 H +ATOM 37767 H2 TIP3X2040 27.690 4.800 -23.900 1.00 0.00 W3 H +ATOM 37768 OH2 TIP3X2041 10.310 25.200 35.570 1.00 0.00 W3 O +ATOM 37769 H1 TIP3X2041 11.170 25.400 35.960 1.00 0.00 W3 H +ATOM 37770 H2 TIP3X2041 9.740 25.100 36.330 1.00 0.00 W3 H +ATOM 37771 OH2 TIP3X2042 -16.860 22.560 34.310 1.00 0.00 W3 O +ATOM 37772 H1 TIP3X2042 -17.150 22.950 33.480 1.00 0.00 W3 H +ATOM 37773 H2 TIP3X2042 -16.070 22.090 34.100 1.00 0.00 W3 H +ATOM 37774 OH2 TIP3X2043 -39.300 -25.490 34.950 1.00 0.00 W3 O +ATOM 37775 H1 TIP3X2043 -38.800 -26.020 34.320 1.00 0.00 W3 H +ATOM 37776 H2 TIP3X2043 -38.660 -24.850 35.270 1.00 0.00 W3 H +ATOM 37777 OH2 TIP3X2044 -2.930 -4.440 -41.980 1.00 0.00 W3 O +ATOM 37778 H1 TIP3X2044 -3.860 -4.230 -42.070 1.00 0.00 W3 H +ATOM 37779 H2 TIP3X2044 -2.660 -4.730 -42.850 1.00 0.00 W3 H +ATOM 37780 OH2 TIP3X2045 -18.520 35.040 -32.540 1.00 0.00 W3 O +ATOM 37781 H1 TIP3X2045 -18.470 34.100 -32.440 1.00 0.00 W3 H +ATOM 37782 H2 TIP3X2045 -19.120 35.180 -33.270 1.00 0.00 W3 H +ATOM 37783 OH2 TIP3X2046 20.310 -21.800 -44.040 1.00 0.00 W3 O +ATOM 37784 H1 TIP3X2046 19.400 -21.600 -44.270 1.00 0.00 W3 H +ATOM 37785 H2 TIP3X2046 20.240 -22.200 -43.180 1.00 0.00 W3 H +ATOM 37786 OH2 TIP3X2047 -18.790 -37.290 14.550 1.00 0.00 W3 O +ATOM 37787 H1 TIP3X2047 -18.360 -36.730 15.210 1.00 0.00 W3 H +ATOM 37788 H2 TIP3X2047 -18.330 -37.100 13.740 1.00 0.00 W3 H +ATOM 37789 OH2 TIP3X2048 -28.470 2.990 -41.110 1.00 0.00 W3 O +ATOM 37790 H1 TIP3X2048 -28.100 3.810 -41.430 1.00 0.00 W3 H +ATOM 37791 H2 TIP3X2048 -28.100 2.880 -40.220 1.00 0.00 W3 H +ATOM 37792 OH2 TIP3X2049 1.650 34.810 -41.520 1.00 0.00 W3 O +ATOM 37793 H1 TIP3X2049 1.220 34.000 -41.250 1.00 0.00 W3 H +ATOM 37794 H2 TIP3X2049 1.540 34.840 -42.470 1.00 0.00 W3 H +ATOM 37795 OH2 TIP3X2050 14.790 -35.380 -26.560 1.00 0.00 W3 O +ATOM 37796 H1 TIP3X2050 14.040 -35.910 -26.800 1.00 0.00 W3 H +ATOM 37797 H2 TIP3X2050 14.950 -35.580 -25.640 1.00 0.00 W3 H +ATOM 37798 OH2 TIP3X2051 -32.560 7.710 23.790 1.00 0.00 W3 O +ATOM 37799 H1 TIP3X2051 -32.840 8.310 23.090 1.00 0.00 W3 H +ATOM 37800 H2 TIP3X2051 -33.260 7.780 24.440 1.00 0.00 W3 H +ATOM 37801 OH2 TIP3X2052 27.370 2.580 36.290 1.00 0.00 W3 O +ATOM 37802 H1 TIP3X2052 26.960 2.380 35.450 1.00 0.00 W3 H +ATOM 37803 H2 TIP3X2052 28.290 2.340 36.170 1.00 0.00 W3 H +ATOM 37804 OH2 TIP3X2053 -27.200 -51.400 13.960 1.00 0.00 W3 O +ATOM 37805 H1 TIP3X2053 -26.970 -50.800 13.240 1.00 0.00 W3 H +ATOM 37806 H2 TIP3X2053 -28.070 -51.130 14.230 1.00 0.00 W3 H +ATOM 37807 OH2 TIP3X2054 -31.310 -34.340 22.670 1.00 0.00 W3 O +ATOM 37808 H1 TIP3X2054 -31.420 -34.670 21.780 1.00 0.00 W3 H +ATOM 37809 H2 TIP3X2054 -31.160 -35.120 23.210 1.00 0.00 W3 H +ATOM 37810 OH2 TIP3X2055 -3.200 -13.600 31.570 1.00 0.00 W3 O +ATOM 37811 H1 TIP3X2055 -3.690 -13.770 32.380 1.00 0.00 W3 H +ATOM 37812 H2 TIP3X2055 -3.370 -12.680 31.370 1.00 0.00 W3 H +ATOM 37813 OH2 TIP3X2056 48.440 33.750 26.220 1.00 0.00 W3 O +ATOM 37814 H1 TIP3X2056 48.930 32.960 25.970 1.00 0.00 W3 H +ATOM 37815 H2 TIP3X2056 48.880 34.050 27.020 1.00 0.00 W3 H +ATOM 37816 OH2 TIP3X2057 32.510 14.620 -11.620 1.00 0.00 W3 O +ATOM 37817 H1 TIP3X2057 32.450 13.660 -11.560 1.00 0.00 W3 H +ATOM 37818 H2 TIP3X2057 33.280 14.770 -12.170 1.00 0.00 W3 H +ATOM 37819 OH2 TIP3X2058 -24.500 4.600 28.050 1.00 0.00 W3 O +ATOM 37820 H1 TIP3X2058 -25.190 4.480 27.390 1.00 0.00 W3 H +ATOM 37821 H2 TIP3X2058 -24.190 5.490 27.910 1.00 0.00 W3 H +ATOM 37822 OH2 TIP3X2059 -18.320 28.790 -38.270 1.00 0.00 W3 O +ATOM 37823 H1 TIP3X2059 -17.510 29.280 -38.260 1.00 0.00 W3 H +ATOM 37824 H2 TIP3X2059 -18.100 27.980 -38.740 1.00 0.00 W3 H +ATOM 37825 OH2 TIP3X2060 22.360 27.520 -33.330 1.00 0.00 W3 O +ATOM 37826 H1 TIP3X2060 23.290 27.430 -33.140 1.00 0.00 W3 H +ATOM 37827 H2 TIP3X2060 22.220 28.450 -33.480 1.00 0.00 W3 H +ATOM 37828 OH2 TIP3X2061 -34.290 -19.180 -47.610 1.00 0.00 W3 O +ATOM 37829 H1 TIP3X2061 -33.370 -19.330 -47.770 1.00 0.00 W3 H +ATOM 37830 H2 TIP3X2061 -34.680 -20.050 -47.620 1.00 0.00 W3 H +ATOM 37831 OH2 TIP3X2062 -14.120 39.410 -27.080 1.00 0.00 W3 O +ATOM 37832 H1 TIP3X2062 -14.250 39.600 -28.010 1.00 0.00 W3 H +ATOM 37833 H2 TIP3X2062 -14.980 39.550 -26.680 1.00 0.00 W3 H +ATOM 37834 OH2 TIP3X2063 -10.600 6.680 30.090 1.00 0.00 W3 O +ATOM 37835 H1 TIP3X2063 -9.920 6.410 30.690 1.00 0.00 W3 H +ATOM 37836 H2 TIP3X2063 -10.250 7.450 29.650 1.00 0.00 W3 H +ATOM 37837 OH2 TIP3X2064 -36.960 -41.860 -38.470 1.00 0.00 W3 O +ATOM 37838 H1 TIP3X2064 -37.250 -41.100 -38.960 1.00 0.00 W3 H +ATOM 37839 H2 TIP3X2064 -37.760 -42.380 -38.340 1.00 0.00 W3 H +ATOM 37840 OH2 TIP3X2065 20.830 -10.690 -31.230 1.00 0.00 W3 O +ATOM 37841 H1 TIP3X2065 21.670 -11.150 -31.320 1.00 0.00 W3 H +ATOM 37842 H2 TIP3X2065 21.050 -9.770 -31.280 1.00 0.00 W3 H +ATOM 37843 OH2 TIP3X2066 -28.350 7.760 -41.010 1.00 0.00 W3 O +ATOM 37844 H1 TIP3X2066 -27.690 7.160 -40.660 1.00 0.00 W3 H +ATOM 37845 H2 TIP3X2066 -28.100 8.620 -40.660 1.00 0.00 W3 H +ATOM 37846 OH2 TIP3X2067 -37.010 -31.380 -47.080 1.00 0.00 W3 O +ATOM 37847 H1 TIP3X2067 -37.620 -30.800 -47.520 1.00 0.00 W3 H +ATOM 37848 H2 TIP3X2067 -36.800 -30.950 -46.260 1.00 0.00 W3 H +ATOM 37849 OH2 TIP3X2068 36.950 19.020 21.720 1.00 0.00 W3 O +ATOM 37850 H1 TIP3X2068 36.620 18.130 21.620 1.00 0.00 W3 H +ATOM 37851 H2 TIP3X2068 37.300 19.260 20.850 1.00 0.00 W3 H +ATOM 37852 OH2 TIP3X2069 -30.140 10.300 26.150 1.00 0.00 W3 O +ATOM 37853 H1 TIP3X2069 -29.940 9.370 26.180 1.00 0.00 W3 H +ATOM 37854 H2 TIP3X2069 -31.040 10.340 25.830 1.00 0.00 W3 H +ATOM 37855 OH2 TIP3X2070 22.710 35.660 -44.200 1.00 0.00 W3 O +ATOM 37856 H1 TIP3X2070 23.280 35.580 -44.960 1.00 0.00 W3 H +ATOM 37857 H2 TIP3X2070 22.420 34.760 -44.010 1.00 0.00 W3 H +ATOM 37858 OH2 TIP3X2071 47.870 -26.260 34.440 1.00 0.00 W3 O +ATOM 37859 H1 TIP3X2071 48.690 -26.730 34.220 1.00 0.00 W3 H +ATOM 37860 H2 TIP3X2071 47.200 -26.940 34.450 1.00 0.00 W3 H +ATOM 37861 OH2 TIP3X2072 -2.910 -45.700 19.650 1.00 0.00 W3 O +ATOM 37862 H1 TIP3X2072 -3.510 -46.440 19.550 1.00 0.00 W3 H +ATOM 37863 H2 TIP3X2072 -2.490 -45.850 20.500 1.00 0.00 W3 H +ATOM 37864 OH2 TIP3X2073 -19.690 -28.900 33.280 1.00 0.00 W3 O +ATOM 37865 H1 TIP3X2073 -19.250 -29.100 32.450 1.00 0.00 W3 H +ATOM 37866 H2 TIP3X2073 -19.590 -29.700 33.790 1.00 0.00 W3 H +ATOM 37867 OH2 TIP3X2074 -15.660 35.590 -33.310 1.00 0.00 W3 O +ATOM 37868 H1 TIP3X2074 -16.600 35.500 -33.400 1.00 0.00 W3 H +ATOM 37869 H2 TIP3X2074 -15.450 36.420 -33.750 1.00 0.00 W3 H +ATOM 37870 OH2 TIP3X2075 -28.260 24.330 -12.450 1.00 0.00 W3 O +ATOM 37871 H1 TIP3X2075 -28.970 24.510 -11.820 1.00 0.00 W3 H +ATOM 37872 H2 TIP3X2075 -28.530 23.510 -12.880 1.00 0.00 W3 H +ATOM 37873 OH2 TIP3X2076 18.830 -46.220 28.930 1.00 0.00 W3 O +ATOM 37874 H1 TIP3X2076 19.670 -46.040 29.360 1.00 0.00 W3 H +ATOM 37875 H2 TIP3X2076 18.190 -45.720 29.450 1.00 0.00 W3 H +ATOM 37876 OH2 TIP3X2077 48.510 -25.850 11.930 1.00 0.00 W3 O +ATOM 37877 H1 TIP3X2077 49.130 -25.110 11.900 1.00 0.00 W3 H +ATOM 37878 H2 TIP3X2077 49.070 -26.620 12.030 1.00 0.00 W3 H +ATOM 37879 OH2 TIP3X2078 -6.150 31.990 15.960 1.00 0.00 W3 O +ATOM 37880 H1 TIP3X2078 -5.940 32.890 15.730 1.00 0.00 W3 H +ATOM 37881 H2 TIP3X2078 -5.400 31.480 15.660 1.00 0.00 W3 H +ATOM 37882 OH2 TIP3X2079 11.250 -48.330 -29.550 1.00 0.00 W3 O +ATOM 37883 H1 TIP3X2079 11.060 -48.660 -28.670 1.00 0.00 W3 H +ATOM 37884 H2 TIP3X2079 11.700 -49.040 -29.990 1.00 0.00 W3 H +ATOM 37885 OH2 TIP3X2080 -17.540 18.030 -43.870 1.00 0.00 W3 O +ATOM 37886 H1 TIP3X2080 -17.210 17.760 -43.020 1.00 0.00 W3 H +ATOM 37887 H2 TIP3X2080 -18.390 17.600 -43.940 1.00 0.00 W3 H +ATOM 37888 OH2 TIP3X2081 29.440 27.510 30.730 1.00 0.00 W3 O +ATOM 37889 H1 TIP3X2081 29.920 28.320 30.590 1.00 0.00 W3 H +ATOM 37890 H2 TIP3X2081 29.700 27.230 31.610 1.00 0.00 W3 H +ATOM 37891 OH2 TIP3X2082 -10.290 5.680 -27.110 1.00 0.00 W3 O +ATOM 37892 H1 TIP3X2082 -10.190 5.920 -26.190 1.00 0.00 W3 H +ATOM 37893 H2 TIP3X2082 -9.430 5.370 -27.380 1.00 0.00 W3 H +ATOM 37894 OH2 TIP3X2083 -38.980 -1.720 -27.190 1.00 0.00 W3 O +ATOM 37895 H1 TIP3X2083 -38.660 -2.320 -26.520 1.00 0.00 W3 H +ATOM 37896 H2 TIP3X2083 -38.190 -1.290 -27.530 1.00 0.00 W3 H +ATOM 37897 OH2 TIP3X2084 23.140 -13.270 32.930 1.00 0.00 W3 O +ATOM 37898 H1 TIP3X2084 22.550 -12.740 33.470 1.00 0.00 W3 H +ATOM 37899 H2 TIP3X2084 24.020 -12.990 33.190 1.00 0.00 W3 H +ATOM 37900 OH2 TIP3X2085 35.310 -18.410 34.940 1.00 0.00 W3 O +ATOM 37901 H1 TIP3X2085 35.400 -19.350 35.060 1.00 0.00 W3 H +ATOM 37902 H2 TIP3X2085 34.980 -18.080 35.770 1.00 0.00 W3 H +ATOM 37903 OH2 TIP3X2086 -44.250 8.030 -37.810 1.00 0.00 W3 O +ATOM 37904 H1 TIP3X2086 -44.840 8.650 -37.380 1.00 0.00 W3 H +ATOM 37905 H2 TIP3X2086 -43.390 8.220 -37.440 1.00 0.00 W3 H +ATOM 37906 OH2 TIP3X2087 34.600 33.410 -31.120 1.00 0.00 W3 O +ATOM 37907 H1 TIP3X2087 34.160 32.980 -31.850 1.00 0.00 W3 H +ATOM 37908 H2 TIP3X2087 34.050 33.230 -30.370 1.00 0.00 W3 H +ATOM 37909 OH2 TIP3X2088 34.490 33.910 -7.850 1.00 0.00 W3 O +ATOM 37910 H1 TIP3X2088 34.710 34.600 -8.480 1.00 0.00 W3 H +ATOM 37911 H2 TIP3X2088 35.050 34.090 -7.090 1.00 0.00 W3 H +ATOM 37912 OH2 TIP3X2089 -5.570 -3.220 -28.730 1.00 0.00 W3 O +ATOM 37913 H1 TIP3X2089 -4.720 -3.140 -28.320 1.00 0.00 W3 H +ATOM 37914 H2 TIP3X2089 -6.130 -2.600 -28.260 1.00 0.00 W3 H +ATOM 37915 OH2 TIP3X2090 -29.460 -9.090 -21.060 1.00 0.00 W3 O +ATOM 37916 H1 TIP3X2090 -29.410 -8.550 -20.270 1.00 0.00 W3 H +ATOM 37917 H2 TIP3X2090 -28.650 -8.900 -21.540 1.00 0.00 W3 H +ATOM 37918 OH2 TIP3X2091 13.600 -48.870 -38.340 1.00 0.00 W3 O +ATOM 37919 H1 TIP3X2091 12.970 -49.540 -38.100 1.00 0.00 W3 H +ATOM 37920 H2 TIP3X2091 14.200 -48.840 -37.590 1.00 0.00 W3 H +ATOM 37921 OH2 TIP3X2092 -43.420 -41.770 -37.460 1.00 0.00 W3 O +ATOM 37922 H1 TIP3X2092 -44.350 -41.550 -37.490 1.00 0.00 W3 H +ATOM 37923 H2 TIP3X2092 -43.390 -42.720 -37.310 1.00 0.00 W3 H +ATOM 37924 OH2 TIP3X2093 5.240 -11.530 38.790 1.00 0.00 W3 O +ATOM 37925 H1 TIP3X2093 4.780 -10.740 39.050 1.00 0.00 W3 H +ATOM 37926 H2 TIP3X2093 6.040 -11.530 39.310 1.00 0.00 W3 H +ATOM 37927 OH2 TIP3X2094 -39.590 -1.250 -33.530 1.00 0.00 W3 O +ATOM 37928 H1 TIP3X2094 -38.630 -1.210 -33.400 1.00 0.00 W3 H +ATOM 37929 H2 TIP3X2094 -39.950 -0.740 -32.810 1.00 0.00 W3 H +ATOM 37930 OH2 TIP3X2095 -43.950 -26.260 -19.880 1.00 0.00 W3 O +ATOM 37931 H1 TIP3X2095 -43.790 -26.850 -19.150 1.00 0.00 W3 H +ATOM 37932 H2 TIP3X2095 -44.730 -26.610 -20.310 1.00 0.00 W3 H +ATOM 37933 OH2 TIP3X 1 39.380 32.760 -30.390 1.00 0.00 W4 O +ATOM 37934 H1 TIP3X 1 38.530 32.860 -29.960 1.00 0.00 W4 H +ATOM 37935 H2 TIP3X 1 39.870 32.160 -29.820 1.00 0.00 W4 H +ATOM 37936 OH2 TIP3X 2 14.030 -6.970 33.850 1.00 0.00 W4 O +ATOM 37937 H1 TIP3X 2 13.680 -7.180 34.720 1.00 0.00 W4 H +ATOM 37938 H2 TIP3X 2 13.310 -7.220 33.250 1.00 0.00 W4 H +ATOM 37939 OH2 TIP3X 3 -21.050 -32.470 25.170 1.00 0.00 W4 O +ATOM 37940 H1 TIP3X 3 -20.480 -32.710 24.450 1.00 0.00 W4 H +ATOM 37941 H2 TIP3X 3 -21.280 -31.550 25.010 1.00 0.00 W4 H +ATOM 37942 OH2 TIP3X 4 -4.000 -26.070 -26.430 1.00 0.00 W4 O +ATOM 37943 H1 TIP3X 4 -4.370 -26.700 -25.810 1.00 0.00 W4 H +ATOM 37944 H2 TIP3X 4 -4.120 -25.220 -26.000 1.00 0.00 W4 H +ATOM 37945 OH2 TIP3X 5 34.310 41.550 -21.250 1.00 0.00 W4 O +ATOM 37946 H1 TIP3X 5 33.430 41.220 -21.450 1.00 0.00 W4 H +ATOM 37947 H2 TIP3X 5 34.390 42.350 -21.790 1.00 0.00 W4 H +ATOM 37948 OH2 TIP3X 6 -24.540 15.800 -44.150 1.00 0.00 W4 O +ATOM 37949 H1 TIP3X 6 -23.620 15.570 -44.210 1.00 0.00 W4 H +ATOM 37950 H2 TIP3X 6 -24.720 15.810 -43.200 1.00 0.00 W4 H +ATOM 37951 OH2 TIP3X 7 16.350 5.400 -48.080 1.00 0.00 W4 O +ATOM 37952 H1 TIP3X 7 15.470 5.580 -48.410 1.00 0.00 W4 H +ATOM 37953 H2 TIP3X 7 16.260 5.350 -47.140 1.00 0.00 W4 H +ATOM 37954 OH2 TIP3X 8 -0.170 12.190 -38.120 1.00 0.00 W4 O +ATOM 37955 H1 TIP3X 8 -0.930 12.330 -37.560 1.00 0.00 W4 H +ATOM 37956 H2 TIP3X 8 -0.410 12.590 -38.960 1.00 0.00 W4 H +ATOM 37957 OH2 TIP3X 9 -21.750 -3.920 -27.500 1.00 0.00 W4 O +ATOM 37958 H1 TIP3X 9 -20.860 -4.090 -27.790 1.00 0.00 W4 H +ATOM 37959 H2 TIP3X 9 -21.700 -3.100 -27.020 1.00 0.00 W4 H +ATOM 37960 OH2 TIP3X 10 19.100 -29.300 -43.680 1.00 0.00 W4 O +ATOM 37961 H1 TIP3X 10 18.760 -28.440 -43.430 1.00 0.00 W4 H +ATOM 37962 H2 TIP3X 10 19.640 -29.150 -44.460 1.00 0.00 W4 H +ATOM 37963 OH2 TIP3X 11 12.350 14.570 -41.600 1.00 0.00 W4 O +ATOM 37964 H1 TIP3X 11 12.420 14.790 -40.680 1.00 0.00 W4 H +ATOM 37965 H2 TIP3X 11 12.420 15.420 -42.050 1.00 0.00 W4 H +ATOM 37966 OH2 TIP3X 12 17.940 -47.300 25.580 1.00 0.00 W4 O +ATOM 37967 H1 TIP3X 12 17.910 -47.380 24.620 1.00 0.00 W4 H +ATOM 37968 H2 TIP3X 12 18.530 -46.560 25.740 1.00 0.00 W4 H +ATOM 37969 OH2 TIP3X 13 26.400 -16.410 -50.310 1.00 0.00 W4 O +ATOM 37970 H1 TIP3X 13 26.860 -15.580 -50.500 1.00 0.00 W4 H +ATOM 37971 H2 TIP3X 13 25.940 -16.240 -49.490 1.00 0.00 W4 H +ATOM 37972 OH2 TIP3X 14 -1.410 35.130 -35.190 1.00 0.00 W4 O +ATOM 37973 H1 TIP3X 14 -1.810 35.450 -36.000 1.00 0.00 W4 H +ATOM 37974 H2 TIP3X 14 -1.900 35.550 -34.490 1.00 0.00 W4 H +ATOM 37975 OH2 TIP3X 15 45.390 -47.720 -30.440 1.00 0.00 W4 O +ATOM 37976 H1 TIP3X 15 46.290 -47.460 -30.240 1.00 0.00 W4 H +ATOM 37977 H2 TIP3X 15 45.260 -48.540 -29.960 1.00 0.00 W4 H +ATOM 37978 OH2 TIP3X 16 30.850 -45.090 -38.800 1.00 0.00 W4 O +ATOM 37979 H1 TIP3X 16 31.620 -45.670 -38.770 1.00 0.00 W4 H +ATOM 37980 H2 TIP3X 16 30.310 -45.440 -39.510 1.00 0.00 W4 H +ATOM 37981 OH2 TIP3X 17 -37.450 23.020 38.220 1.00 0.00 W4 O +ATOM 37982 H1 TIP3X 17 -37.540 23.660 38.930 1.00 0.00 W4 H +ATOM 37983 H2 TIP3X 17 -37.940 23.410 37.500 1.00 0.00 W4 H +ATOM 37984 OH2 TIP3X 18 -0.300 -24.290 -32.040 1.00 0.00 W4 O +ATOM 37985 H1 TIP3X 18 0.430 -24.900 -32.060 1.00 0.00 W4 H +ATOM 37986 H2 TIP3X 18 -0.820 -24.560 -31.270 1.00 0.00 W4 H +ATOM 37987 OH2 TIP3X 19 11.550 -39.320 -48.190 1.00 0.00 W4 O +ATOM 37988 H1 TIP3X 19 11.300 -39.930 -47.490 1.00 0.00 W4 H +ATOM 37989 H2 TIP3X 19 10.720 -38.940 -48.470 1.00 0.00 W4 H +ATOM 37990 OH2 TIP3X 20 46.520 -7.220 32.220 1.00 0.00 W4 O +ATOM 37991 H1 TIP3X 20 46.230 -7.680 31.430 1.00 0.00 W4 H +ATOM 37992 H2 TIP3X 20 46.480 -7.890 32.910 1.00 0.00 W4 H +ATOM 37993 OH2 TIP3X 21 13.930 -42.990 27.530 1.00 0.00 W4 O +ATOM 37994 H1 TIP3X 21 13.390 -42.410 28.050 1.00 0.00 W4 H +ATOM 37995 H2 TIP3X 21 13.310 -43.580 27.090 1.00 0.00 W4 H +ATOM 37996 OH2 TIP3X 22 10.060 9.070 -37.880 1.00 0.00 W4 O +ATOM 37997 H1 TIP3X 22 9.360 9.550 -37.440 1.00 0.00 W4 H +ATOM 37998 H2 TIP3X 22 10.640 9.750 -38.230 1.00 0.00 W4 H +ATOM 37999 OH2 TIP3X 23 -32.740 -41.370 12.630 1.00 0.00 W4 O +ATOM 38000 H1 TIP3X 23 -33.100 -40.540 12.300 1.00 0.00 W4 H +ATOM 38001 H2 TIP3X 23 -32.020 -41.100 13.190 1.00 0.00 W4 H +ATOM 38002 OH2 TIP3X 24 0.120 17.040 19.850 1.00 0.00 W4 O +ATOM 38003 H1 TIP3X 24 0.270 17.970 19.990 1.00 0.00 W4 H +ATOM 38004 H2 TIP3X 24 0.780 16.790 19.190 1.00 0.00 W4 H +ATOM 38005 OH2 TIP3X 25 -30.150 6.770 -39.200 1.00 0.00 W4 O +ATOM 38006 H1 TIP3X 25 -29.460 7.000 -39.810 1.00 0.00 W4 H +ATOM 38007 H2 TIP3X 25 -30.870 6.450 -39.750 1.00 0.00 W4 H +ATOM 38008 OH2 TIP3X 26 -31.050 32.450 -19.070 1.00 0.00 W4 O +ATOM 38009 H1 TIP3X 26 -31.010 31.500 -19.010 1.00 0.00 W4 H +ATOM 38010 H2 TIP3X 26 -31.580 32.630 -19.840 1.00 0.00 W4 H +ATOM 38011 OH2 TIP3X 27 -1.160 -30.780 16.130 1.00 0.00 W4 O +ATOM 38012 H1 TIP3X 27 -1.680 -31.580 16.160 1.00 0.00 W4 H +ATOM 38013 H2 TIP3X 27 -1.610 -30.230 15.500 1.00 0.00 W4 H +ATOM 38014 OH2 TIP3X 28 -27.180 43.580 -42.910 1.00 0.00 W4 O +ATOM 38015 H1 TIP3X 28 -26.950 44.240 -43.550 1.00 0.00 W4 H +ATOM 38016 H2 TIP3X 28 -26.640 42.820 -43.130 1.00 0.00 W4 H +ATOM 38017 OH2 TIP3X 29 -17.960 -25.490 -49.070 1.00 0.00 W4 O +ATOM 38018 H1 TIP3X 29 -18.740 -24.940 -49.130 1.00 0.00 W4 H +ATOM 38019 H2 TIP3X 29 -18.220 -26.240 -48.520 1.00 0.00 W4 H +ATOM 38020 OH2 TIP3X 30 -1.120 -29.060 32.950 1.00 0.00 W4 O +ATOM 38021 H1 TIP3X 30 -1.780 -28.370 32.910 1.00 0.00 W4 H +ATOM 38022 H2 TIP3X 30 -0.670 -28.910 33.780 1.00 0.00 W4 H +ATOM 38023 OH2 TIP3X 31 22.200 -10.120 -45.370 1.00 0.00 W4 O +ATOM 38024 H1 TIP3X 31 22.880 -10.560 -44.850 1.00 0.00 W4 H +ATOM 38025 H2 TIP3X 31 21.480 -10.750 -45.420 1.00 0.00 W4 H +ATOM 38026 OH2 TIP3X 32 33.920 -16.190 19.420 1.00 0.00 W4 O +ATOM 38027 H1 TIP3X 32 34.040 -17.130 19.270 1.00 0.00 W4 H +ATOM 38028 H2 TIP3X 32 34.810 -15.840 19.510 1.00 0.00 W4 H +ATOM 38029 OH2 TIP3X 33 -29.830 -14.490 31.840 1.00 0.00 W4 O +ATOM 38030 H1 TIP3X 33 -29.050 -15.000 32.040 1.00 0.00 W4 H +ATOM 38031 H2 TIP3X 33 -29.510 -13.650 31.530 1.00 0.00 W4 H +ATOM 38032 OH2 TIP3X 34 44.250 -36.280 -22.410 1.00 0.00 W4 O +ATOM 38033 H1 TIP3X 34 43.510 -36.070 -21.830 1.00 0.00 W4 H +ATOM 38034 H2 TIP3X 34 44.790 -35.490 -22.390 1.00 0.00 W4 H +ATOM 38035 OH2 TIP3X 35 22.890 33.240 -27.130 1.00 0.00 W4 O +ATOM 38036 H1 TIP3X 35 21.960 33.120 -27.350 1.00 0.00 W4 H +ATOM 38037 H2 TIP3X 35 23.030 34.180 -27.190 1.00 0.00 W4 H +ATOM 38038 OH2 TIP3X 36 -41.570 -43.630 -35.190 1.00 0.00 W4 O +ATOM 38039 H1 TIP3X 36 -41.870 -43.790 -36.080 1.00 0.00 W4 H +ATOM 38040 H2 TIP3X 36 -42.340 -43.790 -34.650 1.00 0.00 W4 H +ATOM 38041 OH2 TIP3X 37 -17.780 -11.700 29.300 1.00 0.00 W4 O +ATOM 38042 H1 TIP3X 37 -17.110 -11.710 30.000 1.00 0.00 W4 H +ATOM 38043 H2 TIP3X 37 -17.330 -11.350 28.540 1.00 0.00 W4 H +ATOM 38044 OH2 TIP3X 38 27.240 -40.780 34.420 1.00 0.00 W4 O +ATOM 38045 H1 TIP3X 38 26.820 -40.580 33.570 1.00 0.00 W4 H +ATOM 38046 H2 TIP3X 38 28.100 -40.350 34.370 1.00 0.00 W4 H +ATOM 38047 OH2 TIP3X 39 -17.450 12.080 -15.880 1.00 0.00 W4 O +ATOM 38048 H1 TIP3X 39 -18.310 11.640 -15.830 1.00 0.00 W4 H +ATOM 38049 H2 TIP3X 39 -17.500 12.780 -15.240 1.00 0.00 W4 H +ATOM 38050 OH2 TIP3X 40 28.140 -42.620 36.380 1.00 0.00 W4 O +ATOM 38051 H1 TIP3X 40 28.220 -43.520 36.050 1.00 0.00 W4 H +ATOM 38052 H2 TIP3X 40 27.540 -42.190 35.780 1.00 0.00 W4 H +ATOM 38053 OH2 TIP3X 41 1.050 -17.910 -30.390 1.00 0.00 W4 O +ATOM 38054 H1 TIP3X 41 1.860 -17.400 -30.370 1.00 0.00 W4 H +ATOM 38055 H2 TIP3X 41 0.840 -18.020 -31.310 1.00 0.00 W4 H +ATOM 38056 OH2 TIP3X 42 -23.460 -36.800 -18.150 1.00 0.00 W4 O +ATOM 38057 H1 TIP3X 42 -23.180 -37.700 -17.990 1.00 0.00 W4 H +ATOM 38058 H2 TIP3X 42 -23.820 -36.500 -17.330 1.00 0.00 W4 H +ATOM 38059 OH2 TIP3X 43 24.490 42.610 -36.010 1.00 0.00 W4 O +ATOM 38060 H1 TIP3X 43 23.830 42.360 -35.370 1.00 0.00 W4 H +ATOM 38061 H2 TIP3X 43 25.310 42.310 -35.620 1.00 0.00 W4 H +ATOM 38062 OH2 TIP3X 44 26.850 32.390 -35.880 1.00 0.00 W4 O +ATOM 38063 H1 TIP3X 44 26.930 31.800 -36.630 1.00 0.00 W4 H +ATOM 38064 H2 TIP3X 44 27.320 31.950 -35.170 1.00 0.00 W4 H +ATOM 38065 OH2 TIP3X 45 -35.900 -38.840 -25.080 1.00 0.00 W4 O +ATOM 38066 H1 TIP3X 45 -36.120 -39.560 -24.490 1.00 0.00 W4 H +ATOM 38067 H2 TIP3X 45 -36.150 -38.050 -24.600 1.00 0.00 W4 H +ATOM 38068 OH2 TIP3X 46 34.870 -26.700 -17.020 1.00 0.00 W4 O +ATOM 38069 H1 TIP3X 46 34.600 -27.550 -16.680 1.00 0.00 W4 H +ATOM 38070 H2 TIP3X 46 35.790 -26.600 -16.760 1.00 0.00 W4 H +ATOM 38071 OH2 TIP3X 47 -26.800 10.130 18.570 1.00 0.00 W4 O +ATOM 38072 H1 TIP3X 47 -27.650 9.940 18.160 1.00 0.00 W4 H +ATOM 38073 H2 TIP3X 47 -26.310 10.600 17.900 1.00 0.00 W4 H +ATOM 38074 OH2 TIP3X 48 -31.630 -20.580 -42.160 1.00 0.00 W4 O +ATOM 38075 H1 TIP3X 48 -32.210 -20.370 -41.420 1.00 0.00 W4 H +ATOM 38076 H2 TIP3X 48 -30.850 -20.970 -41.740 1.00 0.00 W4 H +ATOM 38077 OH2 TIP3X 49 -31.300 26.830 -35.550 1.00 0.00 W4 O +ATOM 38078 H1 TIP3X 49 -32.260 26.730 -35.470 1.00 0.00 W4 H +ATOM 38079 H2 TIP3X 49 -31.060 27.410 -34.830 1.00 0.00 W4 H +ATOM 38080 OH2 TIP3X 50 31.430 -24.300 23.000 1.00 0.00 W4 O +ATOM 38081 H1 TIP3X 50 32.250 -24.650 22.660 1.00 0.00 W4 H +ATOM 38082 H2 TIP3X 50 31.190 -23.600 22.400 1.00 0.00 W4 H +ATOM 38083 OH2 TIP3X 51 -38.240 39.110 -36.540 1.00 0.00 W4 O +ATOM 38084 H1 TIP3X 51 -38.440 39.050 -35.600 1.00 0.00 W4 H +ATOM 38085 H2 TIP3X 51 -37.800 38.290 -36.750 1.00 0.00 W4 H +ATOM 38086 OH2 TIP3X 52 -20.960 38.540 -18.420 1.00 0.00 W4 O +ATOM 38087 H1 TIP3X 52 -20.420 39.250 -18.080 1.00 0.00 W4 H +ATOM 38088 H2 TIP3X 52 -20.930 37.860 -17.750 1.00 0.00 W4 H +ATOM 38089 OH2 TIP3X 53 23.650 22.240 38.670 1.00 0.00 W4 O +ATOM 38090 H1 TIP3X 53 24.520 22.550 38.920 1.00 0.00 W4 H +ATOM 38091 H2 TIP3X 53 23.100 23.020 38.710 1.00 0.00 W4 H +ATOM 38092 OH2 TIP3X 54 35.270 -43.810 -43.470 1.00 0.00 W4 O +ATOM 38093 H1 TIP3X 54 36.150 -43.750 -43.110 1.00 0.00 W4 H +ATOM 38094 H2 TIP3X 54 35.020 -42.920 -43.670 1.00 0.00 W4 H +ATOM 38095 OH2 TIP3X 55 -30.820 0.040 28.030 1.00 0.00 W4 O +ATOM 38096 H1 TIP3X 55 -31.310 0.840 28.210 1.00 0.00 W4 H +ATOM 38097 H2 TIP3X 55 -31.070 -0.180 27.120 1.00 0.00 W4 H +ATOM 38098 OH2 TIP3X 56 -31.010 10.660 -9.100 1.00 0.00 W4 O +ATOM 38099 H1 TIP3X 56 -30.320 11.090 -9.580 1.00 0.00 W4 H +ATOM 38100 H2 TIP3X 56 -31.700 11.320 -9.040 1.00 0.00 W4 H +ATOM 38101 OH2 TIP3X 57 24.230 10.000 -23.660 1.00 0.00 W4 O +ATOM 38102 H1 TIP3X 57 24.050 10.870 -23.320 1.00 0.00 W4 H +ATOM 38103 H2 TIP3X 57 24.340 9.460 -22.870 1.00 0.00 W4 H +ATOM 38104 OH2 TIP3X 58 25.100 18.060 -37.270 1.00 0.00 W4 O +ATOM 38105 H1 TIP3X 58 24.610 17.930 -38.090 1.00 0.00 W4 H +ATOM 38106 H2 TIP3X 58 24.480 17.850 -36.570 1.00 0.00 W4 H +ATOM 38107 OH2 TIP3X 59 -1.820 -20.260 -47.980 1.00 0.00 W4 O +ATOM 38108 H1 TIP3X 59 -2.170 -19.550 -47.430 1.00 0.00 W4 H +ATOM 38109 H2 TIP3X 59 -0.900 -20.340 -47.720 1.00 0.00 W4 H +ATOM 38110 OH2 TIP3X 60 -10.040 9.380 -40.980 1.00 0.00 W4 O +ATOM 38111 H1 TIP3X 60 -10.660 8.970 -40.380 1.00 0.00 W4 H +ATOM 38112 H2 TIP3X 60 -10.510 10.120 -41.340 1.00 0.00 W4 H +ATOM 38113 OH2 TIP3X 61 38.320 25.220 -30.390 1.00 0.00 W4 O +ATOM 38114 H1 TIP3X 61 38.140 24.310 -30.650 1.00 0.00 W4 H +ATOM 38115 H2 TIP3X 61 37.670 25.740 -30.870 1.00 0.00 W4 H +ATOM 38116 OH2 TIP3X 62 42.390 -43.110 34.600 1.00 0.00 W4 O +ATOM 38117 H1 TIP3X 62 41.550 -42.660 34.700 1.00 0.00 W4 H +ATOM 38118 H2 TIP3X 62 42.170 -44.040 34.640 1.00 0.00 W4 H +ATOM 38119 OH2 TIP3X 63 -44.740 -1.370 -30.530 1.00 0.00 W4 O +ATOM 38120 H1 TIP3X 63 -43.880 -1.780 -30.610 1.00 0.00 W4 H +ATOM 38121 H2 TIP3X 63 -45.280 -2.010 -30.060 1.00 0.00 W4 H +ATOM 38122 OH2 TIP3X 64 31.350 -6.430 -38.710 1.00 0.00 W4 O +ATOM 38123 H1 TIP3X 64 31.540 -5.500 -38.510 1.00 0.00 W4 H +ATOM 38124 H2 TIP3X 64 30.560 -6.400 -39.240 1.00 0.00 W4 H +ATOM 38125 OH2 TIP3X 65 10.030 37.900 -30.260 1.00 0.00 W4 O +ATOM 38126 H1 TIP3X 65 10.060 37.200 -29.610 1.00 0.00 W4 H +ATOM 38127 H2 TIP3X 65 10.900 37.860 -30.690 1.00 0.00 W4 H +ATOM 38128 OH2 TIP3X 66 26.710 26.850 -38.010 1.00 0.00 W4 O +ATOM 38129 H1 TIP3X 66 26.330 27.510 -37.430 1.00 0.00 W4 H +ATOM 38130 H2 TIP3X 66 26.340 27.040 -38.870 1.00 0.00 W4 H +ATOM 38131 OH2 TIP3X 67 -21.460 -0.260 32.230 1.00 0.00 W4 O +ATOM 38132 H1 TIP3X 67 -21.930 -1.080 32.200 1.00 0.00 W4 H +ATOM 38133 H2 TIP3X 67 -21.460 0.060 31.330 1.00 0.00 W4 H +ATOM 38134 OH2 TIP3X 68 2.270 -1.140 16.360 1.00 0.00 W4 O +ATOM 38135 H1 TIP3X 68 1.790 -1.400 17.140 1.00 0.00 W4 H +ATOM 38136 H2 TIP3X 68 2.750 -1.920 16.090 1.00 0.00 W4 H +ATOM 38137 OH2 TIP3X 69 -2.090 -35.550 -29.810 1.00 0.00 W4 O +ATOM 38138 H1 TIP3X 69 -1.610 -35.930 -30.550 1.00 0.00 W4 H +ATOM 38139 H2 TIP3X 69 -2.240 -34.650 -30.070 1.00 0.00 W4 H +ATOM 38140 OH2 TIP3X 70 -25.180 15.270 -38.570 1.00 0.00 W4 O +ATOM 38141 H1 TIP3X 70 -25.100 16.120 -38.120 1.00 0.00 W4 H +ATOM 38142 H2 TIP3X 70 -26.110 15.210 -38.780 1.00 0.00 W4 H +ATOM 38143 OH2 TIP3X 71 8.830 -38.780 -23.020 1.00 0.00 W4 O +ATOM 38144 H1 TIP3X 71 8.530 -39.210 -22.210 1.00 0.00 W4 H +ATOM 38145 H2 TIP3X 71 8.030 -38.610 -23.500 1.00 0.00 W4 H +ATOM 38146 OH2 TIP3X 72 -28.700 -34.360 28.760 1.00 0.00 W4 O +ATOM 38147 H1 TIP3X 72 -29.380 -34.890 29.180 1.00 0.00 W4 H +ATOM 38148 H2 TIP3X 72 -27.880 -34.810 28.980 1.00 0.00 W4 H +ATOM 38149 OH2 TIP3X 73 8.790 -43.430 27.440 1.00 0.00 W4 O +ATOM 38150 H1 TIP3X 73 9.360 -43.600 28.200 1.00 0.00 W4 H +ATOM 38151 H2 TIP3X 73 8.090 -44.060 27.520 1.00 0.00 W4 H +ATOM 38152 OH2 TIP3X 74 -41.090 16.850 40.490 1.00 0.00 W4 O +ATOM 38153 H1 TIP3X 74 -41.170 17.490 39.770 1.00 0.00 W4 H +ATOM 38154 H2 TIP3X 74 -40.730 17.340 41.220 1.00 0.00 W4 H +ATOM 38155 OH2 TIP3X 75 1.170 34.460 39.860 1.00 0.00 W4 O +ATOM 38156 H1 TIP3X 75 0.650 35.140 40.290 1.00 0.00 W4 H +ATOM 38157 H2 TIP3X 75 0.940 34.530 38.940 1.00 0.00 W4 H +ATOM 38158 OH2 TIP3X 76 -4.140 -1.040 21.060 1.00 0.00 W4 O +ATOM 38159 H1 TIP3X 76 -4.930 -0.520 21.180 1.00 0.00 W4 H +ATOM 38160 H2 TIP3X 76 -4.160 -1.690 21.760 1.00 0.00 W4 H +ATOM 38161 OH2 TIP3X 77 -38.510 18.140 40.240 1.00 0.00 W4 O +ATOM 38162 H1 TIP3X 77 -38.260 18.110 41.170 1.00 0.00 W4 H +ATOM 38163 H2 TIP3X 77 -38.630 19.080 40.060 1.00 0.00 W4 H +ATOM 38164 OH2 TIP3X 78 2.350 31.810 -36.990 1.00 0.00 W4 O +ATOM 38165 H1 TIP3X 78 3.140 31.570 -36.500 1.00 0.00 W4 H +ATOM 38166 H2 TIP3X 78 2.400 32.750 -37.100 1.00 0.00 W4 H +ATOM 38167 OH2 TIP3X 79 11.160 -33.960 -49.870 1.00 0.00 W4 O +ATOM 38168 H1 TIP3X 79 10.370 -34.480 -49.970 1.00 0.00 W4 H +ATOM 38169 H2 TIP3X 79 11.820 -34.420 -50.390 1.00 0.00 W4 H +ATOM 38170 OH2 TIP3X 80 -0.640 32.940 33.320 1.00 0.00 W4 O +ATOM 38171 H1 TIP3X 80 -1.290 32.280 33.070 1.00 0.00 W4 H +ATOM 38172 H2 TIP3X 80 -0.890 33.740 32.850 1.00 0.00 W4 H +ATOM 38173 OH2 TIP3X 81 47.740 -46.760 22.410 1.00 0.00 W4 O +ATOM 38174 H1 TIP3X 81 48.670 -46.870 22.610 1.00 0.00 W4 H +ATOM 38175 H2 TIP3X 81 47.710 -46.180 21.650 1.00 0.00 W4 H +ATOM 38176 OH2 TIP3X 82 -35.460 23.890 -20.430 1.00 0.00 W4 O +ATOM 38177 H1 TIP3X 82 -35.620 22.990 -20.670 1.00 0.00 W4 H +ATOM 38178 H2 TIP3X 82 -36.260 24.160 -19.970 1.00 0.00 W4 H +ATOM 38179 OH2 TIP3X 83 40.480 29.380 24.570 1.00 0.00 W4 O +ATOM 38180 H1 TIP3X 83 41.360 29.020 24.610 1.00 0.00 W4 H +ATOM 38181 H2 TIP3X 83 39.990 28.740 24.060 1.00 0.00 W4 H +ATOM 38182 OH2 TIP3X 84 -19.400 -45.120 -30.970 1.00 0.00 W4 O +ATOM 38183 H1 TIP3X 84 -19.590 -44.340 -30.440 1.00 0.00 W4 H +ATOM 38184 H2 TIP3X 84 -18.760 -44.820 -31.620 1.00 0.00 W4 H +ATOM 38185 OH2 TIP3X 85 7.820 -33.700 26.690 1.00 0.00 W4 O +ATOM 38186 H1 TIP3X 85 7.010 -33.500 27.180 1.00 0.00 W4 H +ATOM 38187 H2 TIP3X 85 7.900 -34.650 26.780 1.00 0.00 W4 H +ATOM 38188 OH2 TIP3X 86 -35.460 27.340 32.250 1.00 0.00 W4 O +ATOM 38189 H1 TIP3X 86 -34.610 27.180 32.660 1.00 0.00 W4 H +ATOM 38190 H2 TIP3X 86 -35.310 28.070 31.650 1.00 0.00 W4 H +ATOM 38191 OH2 TIP3X 87 -36.050 -19.400 24.050 1.00 0.00 W4 O +ATOM 38192 H1 TIP3X 87 -36.950 -19.080 23.910 1.00 0.00 W4 H +ATOM 38193 H2 TIP3X 87 -35.840 -19.860 23.230 1.00 0.00 W4 H +ATOM 38194 OH2 TIP3X 88 2.720 27.830 24.670 1.00 0.00 W4 O +ATOM 38195 H1 TIP3X 88 1.980 27.410 25.110 1.00 0.00 W4 H +ATOM 38196 H2 TIP3X 88 3.430 27.190 24.740 1.00 0.00 W4 H +ATOM 38197 OH2 TIP3X 89 34.400 30.300 -15.690 1.00 0.00 W4 O +ATOM 38198 H1 TIP3X 89 33.810 29.700 -15.230 1.00 0.00 W4 H +ATOM 38199 H2 TIP3X 89 34.770 30.830 -14.990 1.00 0.00 W4 H +ATOM 38200 OH2 TIP3X 90 2.430 -17.280 -35.530 1.00 0.00 W4 O +ATOM 38201 H1 TIP3X 90 1.840 -16.950 -36.220 1.00 0.00 W4 H +ATOM 38202 H2 TIP3X 90 3.200 -16.710 -35.590 1.00 0.00 W4 H +ATOM 38203 OH2 TIP3X 91 34.850 -49.340 21.030 1.00 0.00 W4 O +ATOM 38204 H1 TIP3X 91 35.360 -50.130 21.170 1.00 0.00 W4 H +ATOM 38205 H2 TIP3X 91 34.200 -49.350 21.720 1.00 0.00 W4 H +ATOM 38206 OH2 TIP3X 92 -26.000 -29.020 30.700 1.00 0.00 W4 O +ATOM 38207 H1 TIP3X 92 -25.310 -29.650 30.870 1.00 0.00 W4 H +ATOM 38208 H2 TIP3X 92 -26.380 -29.300 29.870 1.00 0.00 W4 H +ATOM 38209 OH2 TIP3X 93 47.200 5.230 -10.560 1.00 0.00 W4 O +ATOM 38210 H1 TIP3X 93 47.640 6.070 -10.600 1.00 0.00 W4 H +ATOM 38211 H2 TIP3X 93 47.830 4.620 -10.920 1.00 0.00 W4 H +ATOM 38212 OH2 TIP3X 94 -20.610 14.500 -47.960 1.00 0.00 W4 O +ATOM 38213 H1 TIP3X 94 -21.390 15.040 -48.040 1.00 0.00 W4 H +ATOM 38214 H2 TIP3X 94 -20.390 14.510 -47.030 1.00 0.00 W4 H +ATOM 38215 OH2 TIP3X 95 4.350 -43.750 32.830 1.00 0.00 W4 O +ATOM 38216 H1 TIP3X 95 3.770 -43.640 33.580 1.00 0.00 W4 H +ATOM 38217 H2 TIP3X 95 4.700 -42.870 32.670 1.00 0.00 W4 H +ATOM 38218 OH2 TIP3X 96 16.940 -17.060 -23.860 1.00 0.00 W4 O +ATOM 38219 H1 TIP3X 96 16.800 -16.640 -23.010 1.00 0.00 W4 H +ATOM 38220 H2 TIP3X 96 17.780 -16.710 -24.160 1.00 0.00 W4 H +ATOM 38221 OH2 TIP3X 97 27.750 -15.360 32.780 1.00 0.00 W4 O +ATOM 38222 H1 TIP3X 97 27.780 -15.800 33.630 1.00 0.00 W4 H +ATOM 38223 H2 TIP3X 97 28.660 -15.350 32.480 1.00 0.00 W4 H +ATOM 38224 OH2 TIP3X 98 -7.750 -45.050 -40.180 1.00 0.00 W4 O +ATOM 38225 H1 TIP3X 98 -8.450 -45.350 -40.750 1.00 0.00 W4 H +ATOM 38226 H2 TIP3X 98 -7.030 -44.850 -40.770 1.00 0.00 W4 H +ATOM 38227 OH2 TIP3X 99 -42.850 -26.640 17.660 1.00 0.00 W4 O +ATOM 38228 H1 TIP3X 99 -42.410 -27.160 16.970 1.00 0.00 W4 H +ATOM 38229 H2 TIP3X 99 -42.210 -25.960 17.880 1.00 0.00 W4 H +ATOM 38230 OH2 TIP3X 100 -17.340 -13.320 32.880 1.00 0.00 W4 O +ATOM 38231 H1 TIP3X 100 -16.480 -13.490 33.270 1.00 0.00 W4 H +ATOM 38232 H2 TIP3X 100 -17.940 -13.280 33.630 1.00 0.00 W4 H +ATOM 38233 OH2 TIP3X 101 29.250 -15.640 -25.150 1.00 0.00 W4 O +ATOM 38234 H1 TIP3X 101 29.810 -16.410 -25.280 1.00 0.00 W4 H +ATOM 38235 H2 TIP3X 101 28.390 -15.910 -25.480 1.00 0.00 W4 H +ATOM 38236 OH2 TIP3X 102 -41.530 34.620 37.490 1.00 0.00 W4 O +ATOM 38237 H1 TIP3X 102 -41.340 33.980 36.800 1.00 0.00 W4 H +ATOM 38238 H2 TIP3X 102 -41.810 34.090 38.230 1.00 0.00 W4 H +ATOM 38239 OH2 TIP3X 103 -8.100 -38.850 -19.150 1.00 0.00 W4 O +ATOM 38240 H1 TIP3X 103 -7.640 -38.640 -18.330 1.00 0.00 W4 H +ATOM 38241 H2 TIP3X 103 -8.380 -39.760 -19.020 1.00 0.00 W4 H +ATOM 38242 OH2 TIP3X 104 12.030 30.340 32.640 1.00 0.00 W4 O +ATOM 38243 H1 TIP3X 104 11.450 29.590 32.510 1.00 0.00 W4 H +ATOM 38244 H2 TIP3X 104 11.620 31.050 32.120 1.00 0.00 W4 H +ATOM 38245 OH2 TIP3X 105 1.550 3.930 -39.750 1.00 0.00 W4 O +ATOM 38246 H1 TIP3X 105 0.960 3.260 -40.100 1.00 0.00 W4 H +ATOM 38247 H2 TIP3X 105 1.140 4.760 -40.000 1.00 0.00 W4 H +ATOM 38248 OH2 TIP3X 106 45.310 -43.530 -36.570 1.00 0.00 W4 O +ATOM 38249 H1 TIP3X 106 44.960 -43.680 -35.690 1.00 0.00 W4 H +ATOM 38250 H2 TIP3X 106 44.760 -44.080 -37.130 1.00 0.00 W4 H +ATOM 38251 OH2 TIP3X 107 -28.200 24.400 28.580 1.00 0.00 W4 O +ATOM 38252 H1 TIP3X 107 -27.460 23.980 29.020 1.00 0.00 W4 H +ATOM 38253 H2 TIP3X 107 -28.970 23.950 28.920 1.00 0.00 W4 H +ATOM 38254 OH2 TIP3X 108 27.220 -37.640 -52.470 1.00 0.00 W4 O +ATOM 38255 H1 TIP3X 108 26.710 -36.840 -52.370 1.00 0.00 W4 H +ATOM 38256 H2 TIP3X 108 26.660 -38.200 -53.000 1.00 0.00 W4 H +ATOM 38257 OH2 TIP3X 109 33.080 16.700 -50.930 1.00 0.00 W4 O +ATOM 38258 H1 TIP3X 109 34.010 16.930 -50.990 1.00 0.00 W4 H +ATOM 38259 H2 TIP3X 109 33.000 16.180 -50.130 1.00 0.00 W4 H +ATOM 38260 OH2 TIP3X 110 15.220 25.760 -31.940 1.00 0.00 W4 O +ATOM 38261 H1 TIP3X 110 14.910 26.630 -31.710 1.00 0.00 W4 H +ATOM 38262 H2 TIP3X 110 15.810 25.890 -32.680 1.00 0.00 W4 H +ATOM 38263 OH2 TIP3X 111 46.660 26.970 -13.770 1.00 0.00 W4 O +ATOM 38264 H1 TIP3X 111 47.480 27.130 -14.220 1.00 0.00 W4 H +ATOM 38265 H2 TIP3X 111 46.730 27.460 -12.950 1.00 0.00 W4 H +ATOM 38266 OH2 TIP3X 112 36.050 -46.010 -23.100 1.00 0.00 W4 O +ATOM 38267 H1 TIP3X 112 36.980 -46.150 -22.950 1.00 0.00 W4 H +ATOM 38268 H2 TIP3X 112 35.980 -45.080 -23.300 1.00 0.00 W4 H +ATOM 38269 OH2 TIP3X 113 1.560 -28.240 -29.540 1.00 0.00 W4 O +ATOM 38270 H1 TIP3X 113 0.790 -28.220 -30.100 1.00 0.00 W4 H +ATOM 38271 H2 TIP3X 113 2.070 -28.990 -29.850 1.00 0.00 W4 H +ATOM 38272 OH2 TIP3X 114 19.310 -7.240 37.950 1.00 0.00 W4 O +ATOM 38273 H1 TIP3X 114 19.920 -6.850 38.570 1.00 0.00 W4 H +ATOM 38274 H2 TIP3X 114 19.820 -7.930 37.510 1.00 0.00 W4 H +ATOM 38275 OH2 TIP3X 115 11.240 36.250 18.960 1.00 0.00 W4 O +ATOM 38276 H1 TIP3X 115 11.310 36.390 19.910 1.00 0.00 W4 H +ATOM 38277 H2 TIP3X 115 12.010 35.710 18.750 1.00 0.00 W4 H +ATOM 38278 OH2 TIP3X 116 14.420 21.530 38.710 1.00 0.00 W4 O +ATOM 38279 H1 TIP3X 116 14.480 20.570 38.660 1.00 0.00 W4 H +ATOM 38280 H2 TIP3X 116 15.300 21.810 38.920 1.00 0.00 W4 H +ATOM 38281 OH2 TIP3X 117 12.210 1.590 38.320 1.00 0.00 W4 O +ATOM 38282 H1 TIP3X 117 12.410 0.870 37.720 1.00 0.00 W4 H +ATOM 38283 H2 TIP3X 117 12.200 2.360 37.770 1.00 0.00 W4 H +ATOM 38284 OH2 TIP3X 118 11.440 41.090 -44.800 1.00 0.00 W4 O +ATOM 38285 H1 TIP3X 118 11.040 40.400 -44.260 1.00 0.00 W4 H +ATOM 38286 H2 TIP3X 118 11.550 41.820 -44.220 1.00 0.00 W4 H +ATOM 38287 OH2 TIP3X 119 -30.240 7.070 29.140 1.00 0.00 W4 O +ATOM 38288 H1 TIP3X 119 -29.690 7.830 29.370 1.00 0.00 W4 H +ATOM 38289 H2 TIP3X 119 -30.030 6.890 28.220 1.00 0.00 W4 H +ATOM 38290 OH2 TIP3X 120 11.020 41.820 -24.090 1.00 0.00 W4 O +ATOM 38291 H1 TIP3X 120 10.160 41.450 -24.290 1.00 0.00 W4 H +ATOM 38292 H2 TIP3X 120 11.420 41.210 -23.470 1.00 0.00 W4 H +ATOM 38293 OH2 TIP3X 121 31.780 19.830 -34.910 1.00 0.00 W4 O +ATOM 38294 H1 TIP3X 121 31.120 19.390 -34.370 1.00 0.00 W4 H +ATOM 38295 H2 TIP3X 121 32.450 19.170 -35.090 1.00 0.00 W4 H +ATOM 38296 OH2 TIP3X 122 1.540 -6.750 21.980 1.00 0.00 W4 O +ATOM 38297 H1 TIP3X 122 0.860 -6.240 22.420 1.00 0.00 W4 H +ATOM 38298 H2 TIP3X 122 2.160 -6.100 21.670 1.00 0.00 W4 H +ATOM 38299 OH2 TIP3X 123 35.520 -40.360 -46.100 1.00 0.00 W4 O +ATOM 38300 H1 TIP3X 123 36.280 -40.760 -46.530 1.00 0.00 W4 H +ATOM 38301 H2 TIP3X 123 35.650 -40.530 -45.170 1.00 0.00 W4 H +ATOM 38302 OH2 TIP3X 124 -34.070 1.890 -33.410 1.00 0.00 W4 O +ATOM 38303 H1 TIP3X 124 -33.350 1.390 -33.790 1.00 0.00 W4 H +ATOM 38304 H2 TIP3X 124 -34.530 1.260 -32.850 1.00 0.00 W4 H +ATOM 38305 OH2 TIP3X 125 -25.050 38.740 -23.990 1.00 0.00 W4 O +ATOM 38306 H1 TIP3X 125 -24.430 38.420 -24.650 1.00 0.00 W4 H +ATOM 38307 H2 TIP3X 125 -24.750 39.630 -23.810 1.00 0.00 W4 H +ATOM 38308 OH2 TIP3X 126 47.280 -8.290 21.520 1.00 0.00 W4 O +ATOM 38309 H1 TIP3X 126 47.900 -8.940 21.830 1.00 0.00 W4 H +ATOM 38310 H2 TIP3X 126 47.310 -7.600 22.160 1.00 0.00 W4 H +ATOM 38311 OH2 TIP3X 127 -4.520 32.700 -30.210 1.00 0.00 W4 O +ATOM 38312 H1 TIP3X 127 -3.890 33.370 -30.450 1.00 0.00 W4 H +ATOM 38313 H2 TIP3X 127 -4.910 32.440 -31.040 1.00 0.00 W4 H +ATOM 38314 OH2 TIP3X 128 -40.660 30.230 30.340 1.00 0.00 W4 O +ATOM 38315 H1 TIP3X 128 -41.060 30.620 31.110 1.00 0.00 W4 H +ATOM 38316 H2 TIP3X 128 -41.360 30.210 29.680 1.00 0.00 W4 H +ATOM 38317 OH2 TIP3X 129 26.610 11.430 -20.970 1.00 0.00 W4 O +ATOM 38318 H1 TIP3X 129 26.510 12.380 -20.930 1.00 0.00 W4 H +ATOM 38319 H2 TIP3X 129 27.390 11.250 -20.450 1.00 0.00 W4 H +ATOM 38320 OH2 TIP3X 130 -5.070 8.440 -26.090 1.00 0.00 W4 O +ATOM 38321 H1 TIP3X 130 -5.570 8.750 -25.330 1.00 0.00 W4 H +ATOM 38322 H2 TIP3X 130 -5.470 7.590 -26.310 1.00 0.00 W4 H +ATOM 38323 OH2 TIP3X 131 42.940 -48.160 -41.440 1.00 0.00 W4 O +ATOM 38324 H1 TIP3X 131 42.690 -47.680 -40.650 1.00 0.00 W4 H +ATOM 38325 H2 TIP3X 131 43.020 -47.500 -42.120 1.00 0.00 W4 H +ATOM 38326 OH2 TIP3X 132 -37.750 -42.960 27.250 1.00 0.00 W4 O +ATOM 38327 H1 TIP3X 132 -37.860 -43.770 26.750 1.00 0.00 W4 H +ATOM 38328 H2 TIP3X 132 -37.790 -42.260 26.590 1.00 0.00 W4 H +ATOM 38329 OH2 TIP3X 133 43.440 -19.770 21.990 1.00 0.00 W4 O +ATOM 38330 H1 TIP3X 133 43.550 -19.450 21.080 1.00 0.00 W4 H +ATOM 38331 H2 TIP3X 133 43.910 -19.130 22.520 1.00 0.00 W4 H +ATOM 38332 OH2 TIP3X 134 -39.190 -51.590 18.010 1.00 0.00 W4 O +ATOM 38333 H1 TIP3X 134 -39.540 -50.740 17.710 1.00 0.00 W4 H +ATOM 38334 H2 TIP3X 134 -39.940 -52.180 17.950 1.00 0.00 W4 H +ATOM 38335 OH2 TIP3X 135 45.490 1.230 -29.550 1.00 0.00 W4 O +ATOM 38336 H1 TIP3X 135 46.320 1.710 -29.630 1.00 0.00 W4 H +ATOM 38337 H2 TIP3X 135 45.360 0.820 -30.400 1.00 0.00 W4 H +ATOM 38338 OH2 TIP3X 136 -10.590 25.520 -47.720 1.00 0.00 W4 O +ATOM 38339 H1 TIP3X 136 -9.990 24.960 -47.250 1.00 0.00 W4 H +ATOM 38340 H2 TIP3X 136 -10.050 25.930 -48.400 1.00 0.00 W4 H +ATOM 38341 OH2 TIP3X 137 38.090 3.410 28.570 1.00 0.00 W4 O +ATOM 38342 H1 TIP3X 137 37.910 2.680 27.990 1.00 0.00 W4 H +ATOM 38343 H2 TIP3X 137 38.820 3.110 29.110 1.00 0.00 W4 H +ATOM 38344 OH2 TIP3X 138 -10.240 19.740 -30.320 1.00 0.00 W4 O +ATOM 38345 H1 TIP3X 138 -10.820 20.370 -29.910 1.00 0.00 W4 H +ATOM 38346 H2 TIP3X 138 -10.800 19.010 -30.560 1.00 0.00 W4 H +ATOM 38347 OH2 TIP3X 139 45.850 -13.200 -34.410 1.00 0.00 W4 O +ATOM 38348 H1 TIP3X 139 45.940 -13.850 -33.710 1.00 0.00 W4 H +ATOM 38349 H2 TIP3X 139 46.240 -13.620 -35.170 1.00 0.00 W4 H +ATOM 38350 OH2 TIP3X 140 3.050 -19.750 28.380 1.00 0.00 W4 O +ATOM 38351 H1 TIP3X 140 2.250 -19.300 28.080 1.00 0.00 W4 H +ATOM 38352 H2 TIP3X 140 2.980 -20.630 28.010 1.00 0.00 W4 H +ATOM 38353 OH2 TIP3X 141 39.910 7.970 -22.950 1.00 0.00 W4 O +ATOM 38354 H1 TIP3X 141 40.080 8.250 -22.060 1.00 0.00 W4 H +ATOM 38355 H2 TIP3X 141 39.830 8.790 -23.450 1.00 0.00 W4 H +ATOM 38356 OH2 TIP3X 142 -7.330 -0.010 36.610 1.00 0.00 W4 O +ATOM 38357 H1 TIP3X 142 -7.850 0.330 35.890 1.00 0.00 W4 H +ATOM 38358 H2 TIP3X 142 -7.960 -0.110 37.320 1.00 0.00 W4 H +ATOM 38359 OH2 TIP3X 143 -32.510 -15.240 -28.860 1.00 0.00 W4 O +ATOM 38360 H1 TIP3X 143 -32.690 -16.170 -28.950 1.00 0.00 W4 H +ATOM 38361 H2 TIP3X 143 -32.830 -14.860 -29.670 1.00 0.00 W4 H +ATOM 38362 OH2 TIP3X 144 -25.650 -40.350 -37.990 1.00 0.00 W4 O +ATOM 38363 H1 TIP3X 144 -26.330 -40.690 -38.560 1.00 0.00 W4 H +ATOM 38364 H2 TIP3X 144 -25.020 -39.940 -38.580 1.00 0.00 W4 H +ATOM 38365 OH2 TIP3X 145 -25.190 9.630 20.590 1.00 0.00 W4 O +ATOM 38366 H1 TIP3X 145 -24.280 9.760 20.340 1.00 0.00 W4 H +ATOM 38367 H2 TIP3X 145 -25.690 9.800 19.790 1.00 0.00 W4 H +ATOM 38368 OH2 TIP3X 146 -5.550 -10.720 -43.350 1.00 0.00 W4 O +ATOM 38369 H1 TIP3X 146 -4.920 -10.230 -43.880 1.00 0.00 W4 H +ATOM 38370 H2 TIP3X 146 -5.070 -10.890 -42.530 1.00 0.00 W4 H +ATOM 38371 OH2 TIP3X 147 40.010 -16.030 -32.450 1.00 0.00 W4 O +ATOM 38372 H1 TIP3X 147 40.350 -16.810 -32.890 1.00 0.00 W4 H +ATOM 38373 H2 TIP3X 147 39.860 -16.310 -31.550 1.00 0.00 W4 H +ATOM 38374 OH2 TIP3X 148 31.360 -29.540 -19.040 1.00 0.00 W4 O +ATOM 38375 H1 TIP3X 148 32.300 -29.610 -19.210 1.00 0.00 W4 H +ATOM 38376 H2 TIP3X 148 31.050 -28.910 -19.690 1.00 0.00 W4 H +ATOM 38377 OH2 TIP3X 149 -14.930 39.450 -48.370 1.00 0.00 W4 O +ATOM 38378 H1 TIP3X 149 -15.090 40.390 -48.460 1.00 0.00 W4 H +ATOM 38379 H2 TIP3X 149 -14.800 39.300 -47.440 1.00 0.00 W4 H +ATOM 38380 OH2 TIP3X 150 -5.820 -3.920 -41.750 1.00 0.00 W4 O +ATOM 38381 H1 TIP3X 150 -6.760 -3.710 -41.720 1.00 0.00 W4 H +ATOM 38382 H2 TIP3X 150 -5.580 -4.000 -40.820 1.00 0.00 W4 H +ATOM 38383 OH2 TIP3X 151 -45.330 31.750 -38.890 1.00 0.00 W4 O +ATOM 38384 H1 TIP3X 151 -45.400 31.230 -38.090 1.00 0.00 W4 H +ATOM 38385 H2 TIP3X 151 -44.890 32.550 -38.620 1.00 0.00 W4 H +ATOM 38386 OH2 TIP3X 152 -19.100 32.280 36.230 1.00 0.00 W4 O +ATOM 38387 H1 TIP3X 152 -19.920 32.410 35.780 1.00 0.00 W4 H +ATOM 38388 H2 TIP3X 152 -19.270 31.540 36.820 1.00 0.00 W4 H +ATOM 38389 OH2 TIP3X 153 37.570 -33.820 -18.720 1.00 0.00 W4 O +ATOM 38390 H1 TIP3X 153 37.260 -33.490 -17.880 1.00 0.00 W4 H +ATOM 38391 H2 TIP3X 153 38.520 -33.670 -18.690 1.00 0.00 W4 H +ATOM 38392 OH2 TIP3X 154 1.270 34.810 -18.610 1.00 0.00 W4 O +ATOM 38393 H1 TIP3X 154 0.990 34.380 -19.420 1.00 0.00 W4 H +ATOM 38394 H2 TIP3X 154 1.170 35.750 -18.790 1.00 0.00 W4 H +ATOM 38395 OH2 TIP3X 155 26.580 18.930 33.060 1.00 0.00 W4 O +ATOM 38396 H1 TIP3X 155 27.520 19.000 33.010 1.00 0.00 W4 H +ATOM 38397 H2 TIP3X 155 26.350 19.390 33.870 1.00 0.00 W4 H +ATOM 38398 OH2 TIP3X 156 -27.170 35.370 39.350 1.00 0.00 W4 O +ATOM 38399 H1 TIP3X 156 -26.570 36.080 39.600 1.00 0.00 W4 H +ATOM 38400 H2 TIP3X 156 -26.710 34.570 39.570 1.00 0.00 W4 H +ATOM 38401 OH2 TIP3X 157 35.080 -3.980 26.140 1.00 0.00 W4 O +ATOM 38402 H1 TIP3X 157 35.740 -3.440 26.590 1.00 0.00 W4 H +ATOM 38403 H2 TIP3X 157 34.290 -3.440 26.140 1.00 0.00 W4 H +ATOM 38404 OH2 TIP3X 158 20.530 -12.730 -39.110 1.00 0.00 W4 O +ATOM 38405 H1 TIP3X 158 20.560 -12.770 -38.160 1.00 0.00 W4 H +ATOM 38406 H2 TIP3X 158 21.130 -12.020 -39.340 1.00 0.00 W4 H +ATOM 38407 OH2 TIP3X 159 -38.390 25.320 -26.440 1.00 0.00 W4 O +ATOM 38408 H1 TIP3X 159 -38.090 26.170 -26.110 1.00 0.00 W4 H +ATOM 38409 H2 TIP3X 159 -37.610 24.930 -26.840 1.00 0.00 W4 H +ATOM 38410 OH2 TIP3X 160 -10.050 -37.780 -36.280 1.00 0.00 W4 O +ATOM 38411 H1 TIP3X 160 -10.110 -36.830 -36.260 1.00 0.00 W4 H +ATOM 38412 H2 TIP3X 160 -10.670 -38.060 -36.950 1.00 0.00 W4 H +ATOM 38413 OH2 TIP3X 161 -17.500 -31.750 -43.710 1.00 0.00 W4 O +ATOM 38414 H1 TIP3X 161 -17.360 -32.390 -44.420 1.00 0.00 W4 H +ATOM 38415 H2 TIP3X 161 -18.170 -31.160 -44.040 1.00 0.00 W4 H +ATOM 38416 OH2 TIP3X 162 -42.930 -7.890 -30.950 1.00 0.00 W4 O +ATOM 38417 H1 TIP3X 162 -43.020 -7.640 -31.870 1.00 0.00 W4 H +ATOM 38418 H2 TIP3X 162 -42.920 -8.850 -30.970 1.00 0.00 W4 H +ATOM 38419 OH2 TIP3X 163 -29.370 -1.030 -16.110 1.00 0.00 W4 O +ATOM 38420 H1 TIP3X 163 -29.440 -1.050 -17.060 1.00 0.00 W4 H +ATOM 38421 H2 TIP3X 163 -30.040 -1.640 -15.800 1.00 0.00 W4 H +ATOM 38422 OH2 TIP3X 164 36.530 -44.710 -27.690 1.00 0.00 W4 O +ATOM 38423 H1 TIP3X 164 35.610 -44.630 -27.440 1.00 0.00 W4 H +ATOM 38424 H2 TIP3X 164 37.010 -44.530 -26.880 1.00 0.00 W4 H +ATOM 38425 OH2 TIP3X 165 -19.180 -9.290 23.040 1.00 0.00 W4 O +ATOM 38426 H1 TIP3X 165 -19.280 -8.410 22.700 1.00 0.00 W4 H +ATOM 38427 H2 TIP3X 165 -19.380 -9.210 23.980 1.00 0.00 W4 H +ATOM 38428 OH2 TIP3X 166 11.460 40.100 36.290 1.00 0.00 W4 O +ATOM 38429 H1 TIP3X 166 12.110 39.570 35.830 1.00 0.00 W4 H +ATOM 38430 H2 TIP3X 166 11.420 39.730 37.160 1.00 0.00 W4 H +ATOM 38431 OH2 TIP3X 167 -27.480 -28.530 28.240 1.00 0.00 W4 O +ATOM 38432 H1 TIP3X 167 -27.120 -28.240 27.410 1.00 0.00 W4 H +ATOM 38433 H2 TIP3X 167 -28.140 -29.190 28.000 1.00 0.00 W4 H +ATOM 38434 OH2 TIP3X 168 19.740 -16.900 -27.670 1.00 0.00 W4 O +ATOM 38435 H1 TIP3X 168 20.340 -17.640 -27.690 1.00 0.00 W4 H +ATOM 38436 H2 TIP3X 168 20.260 -16.150 -27.970 1.00 0.00 W4 H +ATOM 38437 OH2 TIP3X 169 -17.000 -40.610 -33.510 1.00 0.00 W4 O +ATOM 38438 H1 TIP3X 169 -16.200 -40.740 -32.980 1.00 0.00 W4 H +ATOM 38439 H2 TIP3X 169 -16.740 -40.830 -34.390 1.00 0.00 W4 H +ATOM 38440 OH2 TIP3X 170 24.480 -25.940 -21.620 1.00 0.00 W4 O +ATOM 38441 H1 TIP3X 170 24.970 -25.640 -20.850 1.00 0.00 W4 H +ATOM 38442 H2 TIP3X 170 24.550 -26.890 -21.590 1.00 0.00 W4 H +ATOM 38443 OH2 TIP3X 171 -43.050 1.700 -40.180 1.00 0.00 W4 O +ATOM 38444 H1 TIP3X 171 -43.850 1.170 -40.170 1.00 0.00 W4 H +ATOM 38445 H2 TIP3X 171 -43.330 2.530 -40.560 1.00 0.00 W4 H +ATOM 38446 OH2 TIP3X 172 16.020 35.560 -23.190 1.00 0.00 W4 O +ATOM 38447 H1 TIP3X 172 16.360 34.660 -23.240 1.00 0.00 W4 H +ATOM 38448 H2 TIP3X 172 16.770 36.100 -22.990 1.00 0.00 W4 H +ATOM 38449 OH2 TIP3X 173 1.310 -5.590 -51.080 1.00 0.00 W4 O +ATOM 38450 H1 TIP3X 173 1.440 -4.790 -51.590 1.00 0.00 W4 H +ATOM 38451 H2 TIP3X 173 1.280 -5.300 -50.170 1.00 0.00 W4 H +ATOM 38452 OH2 TIP3X 174 -1.690 -6.340 -39.730 1.00 0.00 W4 O +ATOM 38453 H1 TIP3X 174 -2.260 -7.030 -40.060 1.00 0.00 W4 H +ATOM 38454 H2 TIP3X 174 -0.870 -6.470 -40.210 1.00 0.00 W4 H +ATOM 38455 OH2 TIP3X 175 -40.690 22.240 -41.320 1.00 0.00 W4 O +ATOM 38456 H1 TIP3X 175 -40.290 22.300 -42.180 1.00 0.00 W4 H +ATOM 38457 H2 TIP3X 175 -41.500 22.740 -41.390 1.00 0.00 W4 H +ATOM 38458 OH2 TIP3X 176 -8.720 38.290 -37.090 1.00 0.00 W4 O +ATOM 38459 H1 TIP3X 176 -9.070 39.150 -37.320 1.00 0.00 W4 H +ATOM 38460 H2 TIP3X 176 -8.850 37.760 -37.880 1.00 0.00 W4 H +ATOM 38461 OH2 TIP3X 177 -31.500 10.010 31.750 1.00 0.00 W4 O +ATOM 38462 H1 TIP3X 177 -31.980 10.520 32.380 1.00 0.00 W4 H +ATOM 38463 H2 TIP3X 177 -30.720 10.540 31.550 1.00 0.00 W4 H +ATOM 38464 OH2 TIP3X 178 -37.940 -36.830 -27.260 1.00 0.00 W4 O +ATOM 38465 H1 TIP3X 178 -37.540 -36.590 -26.430 1.00 0.00 W4 H +ATOM 38466 H2 TIP3X 178 -37.210 -36.910 -27.860 1.00 0.00 W4 H +ATOM 38467 OH2 TIP3X 179 -31.080 38.960 40.030 1.00 0.00 W4 O +ATOM 38468 H1 TIP3X 179 -30.830 38.770 40.940 1.00 0.00 W4 H +ATOM 38469 H2 TIP3X 179 -31.310 38.120 39.660 1.00 0.00 W4 H +ATOM 38470 OH2 TIP3X 180 5.440 14.710 -17.200 1.00 0.00 W4 O +ATOM 38471 H1 TIP3X 180 6.350 14.660 -16.960 1.00 0.00 W4 H +ATOM 38472 H2 TIP3X 180 5.410 15.240 -18.000 1.00 0.00 W4 H +ATOM 38473 OH2 TIP3X 181 8.960 -4.030 23.680 1.00 0.00 W4 O +ATOM 38474 H1 TIP3X 181 8.070 -4.330 23.890 1.00 0.00 W4 H +ATOM 38475 H2 TIP3X 181 9.200 -3.480 24.430 1.00 0.00 W4 H +ATOM 38476 OH2 TIP3X 182 43.860 17.370 37.920 1.00 0.00 W4 O +ATOM 38477 H1 TIP3X 182 43.680 16.570 37.400 1.00 0.00 W4 H +ATOM 38478 H2 TIP3X 182 44.630 17.130 38.440 1.00 0.00 W4 H +ATOM 38479 OH2 TIP3X 183 -23.220 19.880 38.800 1.00 0.00 W4 O +ATOM 38480 H1 TIP3X 183 -22.670 19.880 39.600 1.00 0.00 W4 H +ATOM 38481 H2 TIP3X 183 -22.610 20.110 38.100 1.00 0.00 W4 H +ATOM 38482 OH2 TIP3X 184 -14.580 30.140 41.490 1.00 0.00 W4 O +ATOM 38483 H1 TIP3X 184 -14.030 30.920 41.440 1.00 0.00 W4 H +ATOM 38484 H2 TIP3X 184 -15.270 30.300 40.860 1.00 0.00 W4 H +ATOM 38485 OH2 TIP3X 185 18.250 43.310 -32.070 1.00 0.00 W4 O +ATOM 38486 H1 TIP3X 185 17.810 43.080 -31.250 1.00 0.00 W4 H +ATOM 38487 H2 TIP3X 185 17.740 44.030 -32.430 1.00 0.00 W4 H +ATOM 38488 OH2 TIP3X 186 38.440 39.000 -16.480 1.00 0.00 W4 O +ATOM 38489 H1 TIP3X 186 38.170 39.600 -17.170 1.00 0.00 W4 H +ATOM 38490 H2 TIP3X 186 37.820 39.160 -15.770 1.00 0.00 W4 H +ATOM 38491 OH2 TIP3X 187 0.960 -34.710 35.950 1.00 0.00 W4 O +ATOM 38492 H1 TIP3X 187 0.440 -34.460 36.720 1.00 0.00 W4 H +ATOM 38493 H2 TIP3X 187 1.500 -33.950 35.780 1.00 0.00 W4 H +ATOM 38494 OH2 TIP3X 188 -37.670 35.550 -9.880 1.00 0.00 W4 O +ATOM 38495 H1 TIP3X 188 -36.850 35.820 -10.300 1.00 0.00 W4 H +ATOM 38496 H2 TIP3X 188 -38.110 35.030 -10.560 1.00 0.00 W4 H +ATOM 38497 OH2 TIP3X 189 23.350 -11.840 -31.340 1.00 0.00 W4 O +ATOM 38498 H1 TIP3X 189 23.860 -11.200 -31.840 1.00 0.00 W4 H +ATOM 38499 H2 TIP3X 189 23.980 -12.200 -30.710 1.00 0.00 W4 H +ATOM 38500 OH2 TIP3X 190 29.920 9.680 -28.120 1.00 0.00 W4 O +ATOM 38501 H1 TIP3X 190 30.180 8.790 -28.380 1.00 0.00 W4 H +ATOM 38502 H2 TIP3X 190 29.080 9.550 -27.670 1.00 0.00 W4 H +ATOM 38503 OH2 TIP3X 191 -42.780 5.640 -22.240 1.00 0.00 W4 O +ATOM 38504 H1 TIP3X 191 -42.850 4.870 -21.690 1.00 0.00 W4 H +ATOM 38505 H2 TIP3X 191 -42.380 5.320 -23.050 1.00 0.00 W4 H +ATOM 38506 OH2 TIP3X 192 31.680 23.230 29.170 1.00 0.00 W4 O +ATOM 38507 H1 TIP3X 192 32.470 23.720 29.420 1.00 0.00 W4 H +ATOM 38508 H2 TIP3X 192 31.180 23.170 29.970 1.00 0.00 W4 H +ATOM 38509 OH2 TIP3X 193 8.870 35.170 30.160 1.00 0.00 W4 O +ATOM 38510 H1 TIP3X 193 9.630 35.380 29.610 1.00 0.00 W4 H +ATOM 38511 H2 TIP3X 193 8.120 35.510 29.670 1.00 0.00 W4 H +ATOM 38512 OH2 TIP3X 194 -40.040 1.810 -15.230 1.00 0.00 W4 O +ATOM 38513 H1 TIP3X 194 -40.270 1.160 -15.890 1.00 0.00 W4 H +ATOM 38514 H2 TIP3X 194 -40.790 1.830 -14.620 1.00 0.00 W4 H +ATOM 38515 OH2 TIP3X 195 -2.300 15.770 20.390 1.00 0.00 W4 O +ATOM 38516 H1 TIP3X 195 -1.450 16.200 20.250 1.00 0.00 W4 H +ATOM 38517 H2 TIP3X 195 -2.870 16.150 19.720 1.00 0.00 W4 H +ATOM 38518 OH2 TIP3X 196 -41.740 -45.220 -19.450 1.00 0.00 W4 O +ATOM 38519 H1 TIP3X 196 -41.100 -45.110 -18.750 1.00 0.00 W4 H +ATOM 38520 H2 TIP3X 196 -42.130 -44.360 -19.580 1.00 0.00 W4 H +ATOM 38521 OH2 TIP3X 197 -43.080 -32.590 19.920 1.00 0.00 W4 O +ATOM 38522 H1 TIP3X 197 -43.000 -32.810 18.990 1.00 0.00 W4 H +ATOM 38523 H2 TIP3X 197 -42.230 -32.870 20.290 1.00 0.00 W4 H +ATOM 38524 OH2 TIP3X 198 4.040 -4.110 13.090 1.00 0.00 W4 O +ATOM 38525 H1 TIP3X 198 4.270 -4.400 13.980 1.00 0.00 W4 H +ATOM 38526 H2 TIP3X 198 4.800 -3.600 12.800 1.00 0.00 W4 H +ATOM 38527 OH2 TIP3X 199 30.170 40.530 -21.290 1.00 0.00 W4 O +ATOM 38528 H1 TIP3X 199 30.970 40.620 -21.820 1.00 0.00 W4 H +ATOM 38529 H2 TIP3X 199 29.610 41.260 -21.570 1.00 0.00 W4 H +ATOM 38530 OH2 TIP3X 200 46.990 -30.660 -31.750 1.00 0.00 W4 O +ATOM 38531 H1 TIP3X 200 47.660 -30.180 -32.220 1.00 0.00 W4 H +ATOM 38532 H2 TIP3X 200 47.200 -30.560 -30.830 1.00 0.00 W4 H +ATOM 38533 OH2 TIP3X 201 27.140 16.010 -32.640 1.00 0.00 W4 O +ATOM 38534 H1 TIP3X 201 27.790 16.700 -32.730 1.00 0.00 W4 H +ATOM 38535 H2 TIP3X 201 26.910 16.010 -31.720 1.00 0.00 W4 H +ATOM 38536 OH2 TIP3X 202 29.410 16.550 13.090 1.00 0.00 W4 O +ATOM 38537 H1 TIP3X 202 28.540 16.190 13.300 1.00 0.00 W4 H +ATOM 38538 H2 TIP3X 202 29.230 17.420 12.770 1.00 0.00 W4 H +ATOM 38539 OH2 TIP3X 203 43.310 -43.340 -40.770 1.00 0.00 W4 O +ATOM 38540 H1 TIP3X 203 43.110 -43.390 -41.710 1.00 0.00 W4 H +ATOM 38541 H2 TIP3X 203 43.330 -44.250 -40.490 1.00 0.00 W4 H +ATOM 38542 OH2 TIP3X 204 39.460 -23.940 -30.970 1.00 0.00 W4 O +ATOM 38543 H1 TIP3X 204 39.030 -23.100 -31.110 1.00 0.00 W4 H +ATOM 38544 H2 TIP3X 204 38.830 -24.580 -31.300 1.00 0.00 W4 H +ATOM 38545 OH2 TIP3X 205 48.000 1.580 22.950 1.00 0.00 W4 O +ATOM 38546 H1 TIP3X 205 47.350 1.040 23.390 1.00 0.00 W4 H +ATOM 38547 H2 TIP3X 205 48.410 0.990 22.320 1.00 0.00 W4 H +ATOM 38548 OH2 TIP3X 206 0.130 -41.600 -21.280 1.00 0.00 W4 O +ATOM 38549 H1 TIP3X 206 0.110 -40.810 -21.840 1.00 0.00 W4 H +ATOM 38550 H2 TIP3X 206 0.310 -41.250 -20.400 1.00 0.00 W4 H +ATOM 38551 OH2 TIP3X 207 -9.010 -4.130 -32.440 1.00 0.00 W4 O +ATOM 38552 H1 TIP3X 207 -9.840 -3.880 -32.030 1.00 0.00 W4 H +ATOM 38553 H2 TIP3X 207 -9.200 -4.930 -32.920 1.00 0.00 W4 H +ATOM 38554 OH2 TIP3X 208 38.780 27.990 28.260 1.00 0.00 W4 O +ATOM 38555 H1 TIP3X 208 39.470 28.610 28.040 1.00 0.00 W4 H +ATOM 38556 H2 TIP3X 208 38.530 28.210 29.150 1.00 0.00 W4 H +ATOM 38557 OH2 TIP3X 209 41.860 -25.770 -37.800 1.00 0.00 W4 O +ATOM 38558 H1 TIP3X 209 41.070 -25.650 -37.260 1.00 0.00 W4 H +ATOM 38559 H2 TIP3X 209 41.960 -26.720 -37.890 1.00 0.00 W4 H +ATOM 38560 OH2 TIP3X 210 13.740 22.680 25.820 1.00 0.00 W4 O +ATOM 38561 H1 TIP3X 210 13.130 23.420 25.830 1.00 0.00 W4 H +ATOM 38562 H2 TIP3X 210 13.290 21.990 26.280 1.00 0.00 W4 H +ATOM 38563 OH2 TIP3X 211 -15.990 8.360 -20.470 1.00 0.00 W4 O +ATOM 38564 H1 TIP3X 211 -15.120 7.960 -20.370 1.00 0.00 W4 H +ATOM 38565 H2 TIP3X 211 -16.600 7.620 -20.400 1.00 0.00 W4 H +ATOM 38566 OH2 TIP3X 212 41.270 19.460 -26.820 1.00 0.00 W4 O +ATOM 38567 H1 TIP3X 212 40.310 19.440 -26.790 1.00 0.00 W4 H +ATOM 38568 H2 TIP3X 212 41.550 18.810 -26.180 1.00 0.00 W4 H +ATOM 38569 OH2 TIP3X 213 -17.290 -34.310 -21.660 1.00 0.00 W4 O +ATOM 38570 H1 TIP3X 213 -17.770 -33.830 -22.340 1.00 0.00 W4 H +ATOM 38571 H2 TIP3X 213 -17.880 -34.310 -20.900 1.00 0.00 W4 H +ATOM 38572 OH2 TIP3X 214 43.470 -44.380 -34.390 1.00 0.00 W4 O +ATOM 38573 H1 TIP3X 214 42.900 -43.700 -34.030 1.00 0.00 W4 H +ATOM 38574 H2 TIP3X 214 42.880 -45.100 -34.600 1.00 0.00 W4 H +ATOM 38575 OH2 TIP3X 215 14.650 -45.550 -52.530 1.00 0.00 W4 O +ATOM 38576 H1 TIP3X 215 14.650 -46.350 -51.990 1.00 0.00 W4 H +ATOM 38577 H2 TIP3X 215 13.760 -45.230 -52.460 1.00 0.00 W4 H +ATOM 38578 OH2 TIP3X 216 -11.340 -12.860 29.400 1.00 0.00 W4 O +ATOM 38579 H1 TIP3X 216 -11.020 -11.960 29.400 1.00 0.00 W4 H +ATOM 38580 H2 TIP3X 216 -11.490 -13.060 28.480 1.00 0.00 W4 H +ATOM 38581 OH2 TIP3X 217 40.870 -13.710 29.340 1.00 0.00 W4 O +ATOM 38582 H1 TIP3X 217 40.350 -13.350 28.630 1.00 0.00 W4 H +ATOM 38583 H2 TIP3X 217 41.240 -14.520 28.980 1.00 0.00 W4 H +ATOM 38584 OH2 TIP3X 218 -34.090 16.950 36.190 1.00 0.00 W4 O +ATOM 38585 H1 TIP3X 218 -34.890 16.840 36.690 1.00 0.00 W4 H +ATOM 38586 H2 TIP3X 218 -34.340 17.460 35.430 1.00 0.00 W4 H +ATOM 38587 OH2 TIP3X 219 24.020 29.870 -48.200 1.00 0.00 W4 O +ATOM 38588 H1 TIP3X 219 23.170 29.550 -47.890 1.00 0.00 W4 H +ATOM 38589 H2 TIP3X 219 24.560 29.090 -48.250 1.00 0.00 W4 H +ATOM 38590 OH2 TIP3X 220 -3.210 -31.750 26.430 1.00 0.00 W4 O +ATOM 38591 H1 TIP3X 220 -3.340 -30.800 26.420 1.00 0.00 W4 H +ATOM 38592 H2 TIP3X 220 -2.260 -31.860 26.330 1.00 0.00 W4 H +ATOM 38593 OH2 TIP3X 221 -3.170 23.930 -16.470 1.00 0.00 W4 O +ATOM 38594 H1 TIP3X 221 -3.760 23.800 -15.710 1.00 0.00 W4 H +ATOM 38595 H2 TIP3X 221 -2.290 23.940 -16.080 1.00 0.00 W4 H +ATOM 38596 OH2 TIP3X 222 15.360 12.360 35.060 1.00 0.00 W4 O +ATOM 38597 H1 TIP3X 222 15.320 11.460 34.730 1.00 0.00 W4 H +ATOM 38598 H2 TIP3X 222 14.580 12.460 35.600 1.00 0.00 W4 H +ATOM 38599 OH2 TIP3X 223 16.530 35.310 -20.020 1.00 0.00 W4 O +ATOM 38600 H1 TIP3X 223 16.600 35.290 -19.060 1.00 0.00 W4 H +ATOM 38601 H2 TIP3X 223 17.180 35.960 -20.290 1.00 0.00 W4 H +ATOM 38602 OH2 TIP3X 224 -40.320 -0.420 -16.930 1.00 0.00 W4 O +ATOM 38603 H1 TIP3X 224 -40.250 -0.980 -16.160 1.00 0.00 W4 H +ATOM 38604 H2 TIP3X 224 -41.250 -0.440 -17.160 1.00 0.00 W4 H +ATOM 38605 OH2 TIP3X 225 36.450 -16.820 -33.110 1.00 0.00 W4 O +ATOM 38606 H1 TIP3X 225 36.440 -15.900 -33.360 1.00 0.00 W4 H +ATOM 38607 H2 TIP3X 225 37.140 -17.220 -33.630 1.00 0.00 W4 H +ATOM 38608 OH2 TIP3X 226 -31.640 36.520 -15.430 1.00 0.00 W4 O +ATOM 38609 H1 TIP3X 226 -31.670 36.710 -16.370 1.00 0.00 W4 H +ATOM 38610 H2 TIP3X 226 -30.730 36.680 -15.180 1.00 0.00 W4 H +ATOM 38611 OH2 TIP3X 227 36.420 22.930 35.580 1.00 0.00 W4 O +ATOM 38612 H1 TIP3X 227 37.270 22.990 35.130 1.00 0.00 W4 H +ATOM 38613 H2 TIP3X 227 36.200 22.000 35.550 1.00 0.00 W4 H +ATOM 38614 OH2 TIP3X 228 -8.130 -36.820 37.550 1.00 0.00 W4 O +ATOM 38615 H1 TIP3X 228 -8.100 -37.530 36.910 1.00 0.00 W4 H +ATOM 38616 H2 TIP3X 228 -7.930 -37.230 38.390 1.00 0.00 W4 H +ATOM 38617 OH2 TIP3X 229 22.500 26.630 -25.800 1.00 0.00 W4 O +ATOM 38618 H1 TIP3X 229 23.070 26.890 -25.080 1.00 0.00 W4 H +ATOM 38619 H2 TIP3X 229 21.840 27.330 -25.840 1.00 0.00 W4 H +ATOM 38620 OH2 TIP3X 230 44.040 2.630 -37.070 1.00 0.00 W4 O +ATOM 38621 H1 TIP3X 230 44.740 2.180 -37.540 1.00 0.00 W4 H +ATOM 38622 H2 TIP3X 230 43.930 2.150 -36.260 1.00 0.00 W4 H +ATOM 38623 OH2 TIP3X 231 -7.260 13.240 -34.490 1.00 0.00 W4 O +ATOM 38624 H1 TIP3X 231 -6.950 13.060 -33.610 1.00 0.00 W4 H +ATOM 38625 H2 TIP3X 231 -8.110 13.670 -34.360 1.00 0.00 W4 H +ATOM 38626 OH2 TIP3X 232 -8.990 -32.190 -43.550 1.00 0.00 W4 O +ATOM 38627 H1 TIP3X 232 -8.860 -32.100 -44.490 1.00 0.00 W4 H +ATOM 38628 H2 TIP3X 232 -9.610 -31.500 -43.320 1.00 0.00 W4 H +ATOM 38629 OH2 TIP3X 233 2.890 1.100 -44.190 1.00 0.00 W4 O +ATOM 38630 H1 TIP3X 233 2.400 0.520 -43.600 1.00 0.00 W4 H +ATOM 38631 H2 TIP3X 233 3.340 0.500 -44.790 1.00 0.00 W4 H +ATOM 38632 OH2 TIP3X 234 -4.860 35.590 36.380 1.00 0.00 W4 O +ATOM 38633 H1 TIP3X 234 -5.410 35.340 37.120 1.00 0.00 W4 H +ATOM 38634 H2 TIP3X 234 -4.610 36.500 36.560 1.00 0.00 W4 H +ATOM 38635 OH2 TIP3X 235 39.130 -37.190 -29.090 1.00 0.00 W4 O +ATOM 38636 H1 TIP3X 235 38.300 -36.760 -28.830 1.00 0.00 W4 H +ATOM 38637 H2 TIP3X 235 39.160 -37.090 -30.030 1.00 0.00 W4 H +ATOM 38638 OH2 TIP3X 236 30.280 33.560 17.330 1.00 0.00 W4 O +ATOM 38639 H1 TIP3X 236 30.600 34.370 16.940 1.00 0.00 W4 H +ATOM 38640 H2 TIP3X 236 30.170 33.770 18.260 1.00 0.00 W4 H +ATOM 38641 OH2 TIP3X 237 -38.560 33.700 -14.960 1.00 0.00 W4 O +ATOM 38642 H1 TIP3X 237 -38.220 34.380 -14.370 1.00 0.00 W4 H +ATOM 38643 H2 TIP3X 237 -38.810 34.170 -15.750 1.00 0.00 W4 H +ATOM 38644 OH2 TIP3X 238 17.080 9.200 -28.140 1.00 0.00 W4 O +ATOM 38645 H1 TIP3X 238 17.600 8.740 -27.490 1.00 0.00 W4 H +ATOM 38646 H2 TIP3X 238 17.290 10.130 -28.000 1.00 0.00 W4 H +ATOM 38647 OH2 TIP3X 239 22.730 16.090 -43.820 1.00 0.00 W4 O +ATOM 38648 H1 TIP3X 239 22.600 17.040 -43.790 1.00 0.00 W4 H +ATOM 38649 H2 TIP3X 239 21.890 15.750 -44.150 1.00 0.00 W4 H +ATOM 38650 OH2 TIP3X 240 -15.340 -0.760 -29.250 1.00 0.00 W4 O +ATOM 38651 H1 TIP3X 240 -14.780 -1.420 -28.840 1.00 0.00 W4 H +ATOM 38652 H2 TIP3X 240 -16.210 -1.170 -29.290 1.00 0.00 W4 H +ATOM 38653 OH2 TIP3X 241 26.110 -22.120 -17.140 1.00 0.00 W4 O +ATOM 38654 H1 TIP3X 241 26.200 -22.530 -16.280 1.00 0.00 W4 H +ATOM 38655 H2 TIP3X 241 26.970 -21.760 -17.330 1.00 0.00 W4 H +ATOM 38656 OH2 TIP3X 242 11.690 -20.430 -32.720 1.00 0.00 W4 O +ATOM 38657 H1 TIP3X 242 11.140 -19.850 -33.250 1.00 0.00 W4 H +ATOM 38658 H2 TIP3X 242 12.430 -20.630 -33.280 1.00 0.00 W4 H +ATOM 38659 OH2 TIP3X 243 0.350 -47.110 -48.360 1.00 0.00 W4 O +ATOM 38660 H1 TIP3X 243 0.510 -46.180 -48.170 1.00 0.00 W4 H +ATOM 38661 H2 TIP3X 243 0.860 -47.270 -49.150 1.00 0.00 W4 H +ATOM 38662 OH2 TIP3X 244 41.890 3.470 34.900 1.00 0.00 W4 O +ATOM 38663 H1 TIP3X 244 41.680 2.660 34.450 1.00 0.00 W4 H +ATOM 38664 H2 TIP3X 244 41.360 4.130 34.470 1.00 0.00 W4 H +ATOM 38665 OH2 TIP3X 245 20.420 26.730 36.200 1.00 0.00 W4 O +ATOM 38666 H1 TIP3X 245 21.300 26.870 35.830 1.00 0.00 W4 H +ATOM 38667 H2 TIP3X 245 20.550 26.770 37.150 1.00 0.00 W4 H +ATOM 38668 OH2 TIP3X 246 16.650 41.000 -43.380 1.00 0.00 W4 O +ATOM 38669 H1 TIP3X 246 16.570 40.400 -42.640 1.00 0.00 W4 H +ATOM 38670 H2 TIP3X 246 17.490 41.440 -43.240 1.00 0.00 W4 H +ATOM 38671 OH2 TIP3X 247 -18.160 -31.430 29.700 1.00 0.00 W4 O +ATOM 38672 H1 TIP3X 247 -17.400 -31.980 29.880 1.00 0.00 W4 H +ATOM 38673 H2 TIP3X 247 -17.790 -30.600 29.380 1.00 0.00 W4 H +ATOM 38674 OH2 TIP3X 248 22.400 -38.020 26.210 1.00 0.00 W4 O +ATOM 38675 H1 TIP3X 248 22.490 -38.890 25.840 1.00 0.00 W4 H +ATOM 38676 H2 TIP3X 248 23.290 -37.660 26.200 1.00 0.00 W4 H +ATOM 38677 OH2 TIP3X 249 -20.120 12.340 -32.720 1.00 0.00 W4 O +ATOM 38678 H1 TIP3X 249 -20.150 11.730 -33.460 1.00 0.00 W4 H +ATOM 38679 H2 TIP3X 249 -20.740 12.000 -32.090 1.00 0.00 W4 H +ATOM 38680 OH2 TIP3X 250 9.950 -20.820 -51.710 1.00 0.00 W4 O +ATOM 38681 H1 TIP3X 250 9.190 -21.210 -52.130 1.00 0.00 W4 H +ATOM 38682 H2 TIP3X 250 9.900 -19.890 -51.940 1.00 0.00 W4 H +ATOM 38683 OH2 TIP3X 251 39.510 39.760 21.730 1.00 0.00 W4 O +ATOM 38684 H1 TIP3X 251 40.280 40.290 21.530 1.00 0.00 W4 H +ATOM 38685 H2 TIP3X 251 38.950 39.850 20.960 1.00 0.00 W4 H +ATOM 38686 OH2 TIP3X 252 -24.450 -37.010 31.070 1.00 0.00 W4 O +ATOM 38687 H1 TIP3X 252 -23.930 -36.230 31.290 1.00 0.00 W4 H +ATOM 38688 H2 TIP3X 252 -23.900 -37.480 30.440 1.00 0.00 W4 H +ATOM 38689 OH2 TIP3X 253 -31.070 -9.000 33.210 1.00 0.00 W4 O +ATOM 38690 H1 TIP3X 253 -31.840 -8.930 32.640 1.00 0.00 W4 H +ATOM 38691 H2 TIP3X 253 -31.230 -8.380 33.910 1.00 0.00 W4 H +ATOM 38692 OH2 TIP3X 254 4.180 33.430 -21.860 1.00 0.00 W4 O +ATOM 38693 H1 TIP3X 254 4.490 32.980 -21.080 1.00 0.00 W4 H +ATOM 38694 H2 TIP3X 254 4.190 34.350 -21.640 1.00 0.00 W4 H +ATOM 38695 OH2 TIP3X 255 29.740 -24.600 -34.070 1.00 0.00 W4 O +ATOM 38696 H1 TIP3X 255 30.680 -24.780 -33.980 1.00 0.00 W4 H +ATOM 38697 H2 TIP3X 255 29.360 -24.900 -33.250 1.00 0.00 W4 H +ATOM 38698 OH2 TIP3X 256 -42.270 -8.800 27.140 1.00 0.00 W4 O +ATOM 38699 H1 TIP3X 256 -42.170 -8.630 26.200 1.00 0.00 W4 H +ATOM 38700 H2 TIP3X 256 -41.840 -9.640 27.270 1.00 0.00 W4 H +ATOM 38701 OH2 TIP3X 257 17.960 -42.630 -40.660 1.00 0.00 W4 O +ATOM 38702 H1 TIP3X 257 17.820 -43.490 -41.060 1.00 0.00 W4 H +ATOM 38703 H2 TIP3X 257 17.780 -42.760 -39.730 1.00 0.00 W4 H +ATOM 38704 OH2 TIP3X 258 -12.140 -10.670 -46.430 1.00 0.00 W4 O +ATOM 38705 H1 TIP3X 258 -11.640 -10.400 -47.200 1.00 0.00 W4 H +ATOM 38706 H2 TIP3X 258 -11.800 -11.530 -46.210 1.00 0.00 W4 H +ATOM 38707 OH2 TIP3X 259 31.360 34.060 37.280 1.00 0.00 W4 O +ATOM 38708 H1 TIP3X 259 31.860 34.740 37.750 1.00 0.00 W4 H +ATOM 38709 H2 TIP3X 259 30.700 33.780 37.900 1.00 0.00 W4 H +ATOM 38710 OH2 TIP3X 260 -3.410 -26.570 -16.550 1.00 0.00 W4 O +ATOM 38711 H1 TIP3X 260 -2.900 -26.990 -17.250 1.00 0.00 W4 H +ATOM 38712 H2 TIP3X 260 -3.320 -27.140 -15.800 1.00 0.00 W4 H +ATOM 38713 OH2 TIP3X 261 31.290 2.520 -32.310 1.00 0.00 W4 O +ATOM 38714 H1 TIP3X 261 30.750 3.060 -31.730 1.00 0.00 W4 H +ATOM 38715 H2 TIP3X 261 31.820 1.990 -31.720 1.00 0.00 W4 H +ATOM 38716 OH2 TIP3X 262 36.120 -25.990 35.530 1.00 0.00 W4 O +ATOM 38717 H1 TIP3X 262 37.040 -26.200 35.700 1.00 0.00 W4 H +ATOM 38718 H2 TIP3X 262 35.630 -26.660 36.010 1.00 0.00 W4 H +ATOM 38719 OH2 TIP3X 263 16.750 21.500 -22.020 1.00 0.00 W4 O +ATOM 38720 H1 TIP3X 263 16.580 22.440 -22.030 1.00 0.00 W4 H +ATOM 38721 H2 TIP3X 263 17.480 21.390 -21.420 1.00 0.00 W4 H +ATOM 38722 OH2 TIP3X 264 44.150 21.840 -38.030 1.00 0.00 W4 O +ATOM 38723 H1 TIP3X 264 44.440 20.930 -37.990 1.00 0.00 W4 H +ATOM 38724 H2 TIP3X 264 44.620 22.280 -37.310 1.00 0.00 W4 H +ATOM 38725 OH2 TIP3X 265 2.500 -9.960 -32.230 1.00 0.00 W4 O +ATOM 38726 H1 TIP3X 265 1.770 -9.670 -32.790 1.00 0.00 W4 H +ATOM 38727 H2 TIP3X 265 3.060 -9.190 -32.140 1.00 0.00 W4 H +ATOM 38728 OH2 TIP3X 266 40.180 -50.390 31.430 1.00 0.00 W4 O +ATOM 38729 H1 TIP3X 266 40.510 -51.240 31.700 1.00 0.00 W4 H +ATOM 38730 H2 TIP3X 266 39.230 -50.480 31.450 1.00 0.00 W4 H +ATOM 38731 OH2 TIP3X 267 12.960 -9.480 31.760 1.00 0.00 W4 O +ATOM 38732 H1 TIP3X 267 13.470 -9.770 32.520 1.00 0.00 W4 H +ATOM 38733 H2 TIP3X 267 13.520 -9.650 31.010 1.00 0.00 W4 H +ATOM 38734 OH2 TIP3X 268 -27.790 6.270 -24.050 1.00 0.00 W4 O +ATOM 38735 H1 TIP3X 268 -27.970 7.110 -24.480 1.00 0.00 W4 H +ATOM 38736 H2 TIP3X 268 -27.970 6.430 -23.130 1.00 0.00 W4 H +ATOM 38737 OH2 TIP3X 269 -17.270 6.870 -35.250 1.00 0.00 W4 O +ATOM 38738 H1 TIP3X 269 -16.520 6.370 -34.930 1.00 0.00 W4 H +ATOM 38739 H2 TIP3X 269 -16.910 7.730 -35.460 1.00 0.00 W4 H +ATOM 38740 OH2 TIP3X 270 19.660 20.090 -30.250 1.00 0.00 W4 O +ATOM 38741 H1 TIP3X 270 19.820 19.520 -31.000 1.00 0.00 W4 H +ATOM 38742 H2 TIP3X 270 20.220 20.850 -30.390 1.00 0.00 W4 H +ATOM 38743 OH2 TIP3X 271 -8.760 -21.550 -36.140 1.00 0.00 W4 O +ATOM 38744 H1 TIP3X 271 -7.950 -22.050 -36.120 1.00 0.00 W4 H +ATOM 38745 H2 TIP3X 271 -8.850 -21.280 -37.050 1.00 0.00 W4 H +ATOM 38746 OH2 TIP3X 272 44.540 -44.310 27.360 1.00 0.00 W4 O +ATOM 38747 H1 TIP3X 272 45.240 -44.470 26.720 1.00 0.00 W4 H +ATOM 38748 H2 TIP3X 272 43.820 -44.860 27.070 1.00 0.00 W4 H +ATOM 38749 OH2 TIP3X 273 -24.520 3.520 39.700 1.00 0.00 W4 O +ATOM 38750 H1 TIP3X 273 -24.230 4.430 39.710 1.00 0.00 W4 H +ATOM 38751 H2 TIP3X 273 -23.980 3.090 40.360 1.00 0.00 W4 H +ATOM 38752 OH2 TIP3X 274 40.200 31.710 -37.650 1.00 0.00 W4 O +ATOM 38753 H1 TIP3X 274 41.030 31.310 -37.390 1.00 0.00 W4 H +ATOM 38754 H2 TIP3X 274 40.040 32.370 -36.970 1.00 0.00 W4 H +ATOM 38755 OH2 TIP3X 275 19.930 3.220 -31.890 1.00 0.00 W4 O +ATOM 38756 H1 TIP3X 275 19.640 4.130 -31.930 1.00 0.00 W4 H +ATOM 38757 H2 TIP3X 275 20.000 3.030 -30.960 1.00 0.00 W4 H +ATOM 38758 OH2 TIP3X 276 2.940 2.110 -23.100 1.00 0.00 W4 O +ATOM 38759 H1 TIP3X 276 2.000 2.240 -23.080 1.00 0.00 W4 H +ATOM 38760 H2 TIP3X 276 3.060 1.290 -23.590 1.00 0.00 W4 H +ATOM 38761 OH2 TIP3X 277 -5.010 -52.690 37.050 1.00 0.00 W4 O +ATOM 38762 H1 TIP3X 277 -4.210 -52.600 36.530 1.00 0.00 W4 H +ATOM 38763 H2 TIP3X 277 -5.150 -51.810 37.410 1.00 0.00 W4 H +ATOM 38764 OH2 TIP3X 278 -18.190 -20.010 -36.760 1.00 0.00 W4 O +ATOM 38765 H1 TIP3X 278 -17.930 -20.930 -36.750 1.00 0.00 W4 H +ATOM 38766 H2 TIP3X 278 -18.670 -19.890 -35.940 1.00 0.00 W4 H +ATOM 38767 OH2 TIP3X 279 37.730 27.190 -12.840 1.00 0.00 W4 O +ATOM 38768 H1 TIP3X 279 38.650 27.430 -12.920 1.00 0.00 W4 H +ATOM 38769 H2 TIP3X 279 37.540 27.280 -11.900 1.00 0.00 W4 H +ATOM 38770 OH2 TIP3X 280 -18.870 25.900 -19.500 1.00 0.00 W4 O +ATOM 38771 H1 TIP3X 280 -18.510 26.010 -20.390 1.00 0.00 W4 H +ATOM 38772 H2 TIP3X 280 -18.440 26.590 -19.000 1.00 0.00 W4 H +ATOM 38773 OH2 TIP3X 281 -22.150 -35.510 -46.860 1.00 0.00 W4 O +ATOM 38774 H1 TIP3X 281 -22.750 -36.190 -47.190 1.00 0.00 W4 H +ATOM 38775 H2 TIP3X 281 -21.990 -35.770 -45.960 1.00 0.00 W4 H +ATOM 38776 OH2 TIP3X 282 7.430 29.870 -46.460 1.00 0.00 W4 O +ATOM 38777 H1 TIP3X 282 7.090 30.470 -45.790 1.00 0.00 W4 H +ATOM 38778 H2 TIP3X 282 6.660 29.360 -46.730 1.00 0.00 W4 H +ATOM 38779 OH2 TIP3X 283 -10.730 -40.070 19.860 1.00 0.00 W4 O +ATOM 38780 H1 TIP3X 283 -10.750 -40.290 20.790 1.00 0.00 W4 H +ATOM 38781 H2 TIP3X 283 -11.200 -40.770 19.430 1.00 0.00 W4 H +ATOM 38782 OH2 TIP3X 284 32.660 31.360 20.560 1.00 0.00 W4 O +ATOM 38783 H1 TIP3X 284 32.420 32.160 20.090 1.00 0.00 W4 H +ATOM 38784 H2 TIP3X 284 33.430 31.610 21.090 1.00 0.00 W4 H +ATOM 38785 OH2 TIP3X 285 -6.740 -6.350 -43.390 1.00 0.00 W4 O +ATOM 38786 H1 TIP3X 285 -6.230 -6.020 -42.660 1.00 0.00 W4 H +ATOM 38787 H2 TIP3X 285 -7.090 -7.180 -43.080 1.00 0.00 W4 H +ATOM 38788 OH2 TIP3X 286 -34.760 -0.410 -28.070 1.00 0.00 W4 O +ATOM 38789 H1 TIP3X 286 -35.310 -0.270 -27.300 1.00 0.00 W4 H +ATOM 38790 H2 TIP3X 286 -34.950 -1.310 -28.340 1.00 0.00 W4 H +ATOM 38791 OH2 TIP3X 287 18.630 -34.640 -40.320 1.00 0.00 W4 O +ATOM 38792 H1 TIP3X 287 18.360 -33.780 -39.970 1.00 0.00 W4 H +ATOM 38793 H2 TIP3X 287 17.820 -35.030 -40.640 1.00 0.00 W4 H +ATOM 38794 OH2 TIP3X 288 22.580 28.320 -39.930 1.00 0.00 W4 O +ATOM 38795 H1 TIP3X 288 22.830 27.520 -40.400 1.00 0.00 W4 H +ATOM 38796 H2 TIP3X 288 23.230 28.400 -39.230 1.00 0.00 W4 H +ATOM 38797 OH2 TIP3X 289 -2.430 6.080 -41.160 1.00 0.00 W4 O +ATOM 38798 H1 TIP3X 289 -2.530 5.310 -40.610 1.00 0.00 W4 H +ATOM 38799 H2 TIP3X 289 -3.010 6.730 -40.760 1.00 0.00 W4 H +ATOM 38800 OH2 TIP3X 290 17.760 3.490 -49.380 1.00 0.00 W4 O +ATOM 38801 H1 TIP3X 290 17.460 4.150 -48.750 1.00 0.00 W4 H +ATOM 38802 H2 TIP3X 290 17.050 3.420 -50.010 1.00 0.00 W4 H +ATOM 38803 OH2 TIP3X 291 -32.770 -43.100 -49.870 1.00 0.00 W4 O +ATOM 38804 H1 TIP3X 291 -32.510 -42.990 -50.780 1.00 0.00 W4 H +ATOM 38805 H2 TIP3X 291 -33.720 -43.210 -49.900 1.00 0.00 W4 H +ATOM 38806 OH2 TIP3X 292 39.340 -47.010 -28.460 1.00 0.00 W4 O +ATOM 38807 H1 TIP3X 292 40.080 -47.270 -27.920 1.00 0.00 W4 H +ATOM 38808 H2 TIP3X 292 39.490 -47.440 -29.310 1.00 0.00 W4 H +ATOM 38809 OH2 TIP3X 293 -20.330 20.480 -36.870 1.00 0.00 W4 O +ATOM 38810 H1 TIP3X 293 -19.560 19.950 -36.680 1.00 0.00 W4 H +ATOM 38811 H2 TIP3X 293 -19.990 21.360 -37.010 1.00 0.00 W4 H +ATOM 38812 OH2 TIP3X 294 -11.200 39.680 -21.260 1.00 0.00 W4 O +ATOM 38813 H1 TIP3X 294 -10.590 40.170 -20.710 1.00 0.00 W4 H +ATOM 38814 H2 TIP3X 294 -10.640 39.210 -21.870 1.00 0.00 W4 H +ATOM 38815 OH2 TIP3X 295 7.770 10.680 14.800 1.00 0.00 W4 O +ATOM 38816 H1 TIP3X 295 8.090 11.240 14.100 1.00 0.00 W4 H +ATOM 38817 H2 TIP3X 295 7.330 11.270 15.400 1.00 0.00 W4 H +ATOM 38818 OH2 TIP3X 296 48.070 36.120 -28.920 1.00 0.00 W4 O +ATOM 38819 H1 TIP3X 296 47.930 35.300 -28.440 1.00 0.00 W4 H +ATOM 38820 H2 TIP3X 296 47.210 36.520 -28.990 1.00 0.00 W4 H +ATOM 38821 OH2 TIP3X 297 -40.930 10.520 31.230 1.00 0.00 W4 O +ATOM 38822 H1 TIP3X 297 -41.730 10.590 31.770 1.00 0.00 W4 H +ATOM 38823 H2 TIP3X 297 -41.090 9.760 30.680 1.00 0.00 W4 H +ATOM 38824 OH2 TIP3X 298 -2.780 14.760 -34.420 1.00 0.00 W4 O +ATOM 38825 H1 TIP3X 298 -2.090 14.360 -34.970 1.00 0.00 W4 H +ATOM 38826 H2 TIP3X 298 -2.450 15.650 -34.250 1.00 0.00 W4 H +ATOM 38827 OH2 TIP3X 299 45.370 -6.070 24.830 1.00 0.00 W4 O +ATOM 38828 H1 TIP3X 299 45.300 -5.140 25.050 1.00 0.00 W4 H +ATOM 38829 H2 TIP3X 299 45.240 -6.530 25.670 1.00 0.00 W4 H +ATOM 38830 OH2 TIP3X 300 -15.240 1.840 -34.090 1.00 0.00 W4 O +ATOM 38831 H1 TIP3X 300 -14.380 1.850 -33.680 1.00 0.00 W4 H +ATOM 38832 H2 TIP3X 300 -15.820 1.460 -33.420 1.00 0.00 W4 H +ATOM 38833 OH2 TIP3X 301 -7.490 42.080 -10.430 1.00 0.00 W4 O +ATOM 38834 H1 TIP3X 301 -8.340 41.930 -10.870 1.00 0.00 W4 H +ATOM 38835 H2 TIP3X 301 -6.860 41.620 -10.970 1.00 0.00 W4 H +ATOM 38836 OH2 TIP3X 302 30.510 -12.550 -26.230 1.00 0.00 W4 O +ATOM 38837 H1 TIP3X 302 31.010 -11.740 -26.250 1.00 0.00 W4 H +ATOM 38838 H2 TIP3X 302 30.890 -13.050 -25.520 1.00 0.00 W4 H +ATOM 38839 OH2 TIP3X 303 -3.410 -48.480 10.470 1.00 0.00 W4 O +ATOM 38840 H1 TIP3X 303 -4.140 -47.910 10.740 1.00 0.00 W4 H +ATOM 38841 H2 TIP3X 303 -3.570 -49.300 10.930 1.00 0.00 W4 H +ATOM 38842 OH2 TIP3X 304 45.530 42.900 -18.980 1.00 0.00 W4 O +ATOM 38843 H1 TIP3X 304 46.320 42.410 -19.240 1.00 0.00 W4 H +ATOM 38844 H2 TIP3X 304 45.610 42.970 -18.020 1.00 0.00 W4 H +ATOM 38845 OH2 TIP3X 305 -40.540 -31.510 -45.660 1.00 0.00 W4 O +ATOM 38846 H1 TIP3X 305 -39.940 -32.200 -45.930 1.00 0.00 W4 H +ATOM 38847 H2 TIP3X 305 -40.930 -31.830 -44.840 1.00 0.00 W4 H +ATOM 38848 OH2 TIP3X 306 28.390 -42.960 27.180 1.00 0.00 W4 O +ATOM 38849 H1 TIP3X 306 28.090 -43.810 27.530 1.00 0.00 W4 H +ATOM 38850 H2 TIP3X 306 28.200 -42.340 27.880 1.00 0.00 W4 H +ATOM 38851 OH2 TIP3X 307 25.200 19.150 13.890 1.00 0.00 W4 O +ATOM 38852 H1 TIP3X 307 25.080 19.100 14.840 1.00 0.00 W4 H +ATOM 38853 H2 TIP3X 307 24.790 19.980 13.640 1.00 0.00 W4 H +ATOM 38854 OH2 TIP3X 308 -43.040 21.260 20.040 1.00 0.00 W4 O +ATOM 38855 H1 TIP3X 308 -43.890 21.290 19.590 1.00 0.00 W4 H +ATOM 38856 H2 TIP3X 308 -43.080 20.450 20.560 1.00 0.00 W4 H +ATOM 38857 OH2 TIP3X 309 -16.240 36.020 -21.930 1.00 0.00 W4 O +ATOM 38858 H1 TIP3X 309 -16.640 36.240 -21.090 1.00 0.00 W4 H +ATOM 38859 H2 TIP3X 309 -16.980 35.910 -22.540 1.00 0.00 W4 H +ATOM 38860 OH2 TIP3X 310 -11.320 -34.880 -25.030 1.00 0.00 W4 O +ATOM 38861 H1 TIP3X 310 -11.750 -35.690 -25.290 1.00 0.00 W4 H +ATOM 38862 H2 TIP3X 310 -10.790 -34.620 -25.790 1.00 0.00 W4 H +ATOM 38863 OH2 TIP3X 311 37.520 17.350 29.940 1.00 0.00 W4 O +ATOM 38864 H1 TIP3X 311 37.320 17.730 29.080 1.00 0.00 W4 H +ATOM 38865 H2 TIP3X 311 36.720 16.890 30.180 1.00 0.00 W4 H +ATOM 38866 OH2 TIP3X 312 23.480 40.440 16.750 1.00 0.00 W4 O +ATOM 38867 H1 TIP3X 312 23.790 40.870 17.540 1.00 0.00 W4 H +ATOM 38868 H2 TIP3X 312 24.170 40.600 16.090 1.00 0.00 W4 H +ATOM 38869 OH2 TIP3X 313 -27.050 18.310 -18.920 1.00 0.00 W4 O +ATOM 38870 H1 TIP3X 313 -27.200 18.860 -18.150 1.00 0.00 W4 H +ATOM 38871 H2 TIP3X 313 -26.120 18.110 -18.910 1.00 0.00 W4 H +ATOM 38872 OH2 TIP3X 314 6.340 10.400 -34.120 1.00 0.00 W4 O +ATOM 38873 H1 TIP3X 314 5.480 10.210 -34.490 1.00 0.00 W4 H +ATOM 38874 H2 TIP3X 314 6.290 11.310 -33.830 1.00 0.00 W4 H +ATOM 38875 OH2 TIP3X 315 34.870 -13.280 -24.920 1.00 0.00 W4 O +ATOM 38876 H1 TIP3X 315 35.430 -13.790 -25.500 1.00 0.00 W4 H +ATOM 38877 H2 TIP3X 315 34.150 -13.870 -24.700 1.00 0.00 W4 H +ATOM 38878 OH2 TIP3X 316 22.330 -24.430 -22.660 1.00 0.00 W4 O +ATOM 38879 H1 TIP3X 316 21.610 -24.350 -22.040 1.00 0.00 W4 H +ATOM 38880 H2 TIP3X 316 22.970 -24.980 -22.220 1.00 0.00 W4 H +ATOM 38881 OH2 TIP3X 317 -9.200 -34.690 18.460 1.00 0.00 W4 O +ATOM 38882 H1 TIP3X 317 -9.570 -35.520 18.750 1.00 0.00 W4 H +ATOM 38883 H2 TIP3X 317 -9.950 -34.220 18.090 1.00 0.00 W4 H +ATOM 38884 OH2 TIP3X 318 -2.870 -29.440 -36.430 1.00 0.00 W4 O +ATOM 38885 H1 TIP3X 318 -2.440 -30.250 -36.160 1.00 0.00 W4 H +ATOM 38886 H2 TIP3X 318 -3.530 -29.280 -35.760 1.00 0.00 W4 H +ATOM 38887 OH2 TIP3X 319 45.680 -35.170 -46.570 1.00 0.00 W4 O +ATOM 38888 H1 TIP3X 319 45.060 -35.500 -47.220 1.00 0.00 W4 H +ATOM 38889 H2 TIP3X 319 46.490 -35.010 -47.060 1.00 0.00 W4 H +ATOM 38890 OH2 TIP3X 320 8.370 -26.470 21.140 1.00 0.00 W4 O +ATOM 38891 H1 TIP3X 320 7.800 -26.880 21.790 1.00 0.00 W4 H +ATOM 38892 H2 TIP3X 320 7.770 -26.220 20.430 1.00 0.00 W4 H +ATOM 38893 OH2 TIP3X 321 8.460 -9.840 23.750 1.00 0.00 W4 O +ATOM 38894 H1 TIP3X 321 7.790 -10.500 23.930 1.00 0.00 W4 H +ATOM 38895 H2 TIP3X 321 7.990 -9.160 23.270 1.00 0.00 W4 H +ATOM 38896 OH2 TIP3X 322 1.270 -35.550 -42.860 1.00 0.00 W4 O +ATOM 38897 H1 TIP3X 322 0.850 -35.420 -43.710 1.00 0.00 W4 H +ATOM 38898 H2 TIP3X 322 0.700 -36.160 -42.390 1.00 0.00 W4 H +ATOM 38899 OH2 TIP3X 323 -12.120 -37.430 -37.880 1.00 0.00 W4 O +ATOM 38900 H1 TIP3X 323 -11.940 -37.150 -38.780 1.00 0.00 W4 H +ATOM 38901 H2 TIP3X 323 -12.990 -37.840 -37.930 1.00 0.00 W4 H +ATOM 38902 OH2 TIP3X 324 10.710 38.960 26.920 1.00 0.00 W4 O +ATOM 38903 H1 TIP3X 324 10.340 38.970 27.810 1.00 0.00 W4 H +ATOM 38904 H2 TIP3X 324 10.140 39.540 26.420 1.00 0.00 W4 H +ATOM 38905 OH2 TIP3X 325 36.470 -14.580 19.660 1.00 0.00 W4 O +ATOM 38906 H1 TIP3X 325 36.840 -14.970 18.860 1.00 0.00 W4 H +ATOM 38907 H2 TIP3X 325 36.940 -13.750 19.750 1.00 0.00 W4 H +ATOM 38908 OH2 TIP3X 326 13.140 -37.760 -33.890 1.00 0.00 W4 O +ATOM 38909 H1 TIP3X 326 13.270 -38.110 -34.770 1.00 0.00 W4 H +ATOM 38910 H2 TIP3X 326 13.540 -38.390 -33.310 1.00 0.00 W4 H +ATOM 38911 OH2 TIP3X 327 10.870 32.110 29.380 1.00 0.00 W4 O +ATOM 38912 H1 TIP3X 327 10.480 32.520 30.150 1.00 0.00 W4 H +ATOM 38913 H2 TIP3X 327 11.810 32.120 29.550 1.00 0.00 W4 H +ATOM 38914 OH2 TIP3X 328 32.750 5.020 -15.730 1.00 0.00 W4 O +ATOM 38915 H1 TIP3X 328 32.180 5.780 -15.650 1.00 0.00 W4 H +ATOM 38916 H2 TIP3X 328 32.940 4.760 -14.820 1.00 0.00 W4 H +ATOM 38917 OH2 TIP3X 329 24.010 -42.640 35.010 1.00 0.00 W4 O +ATOM 38918 H1 TIP3X 329 23.780 -41.780 34.670 1.00 0.00 W4 H +ATOM 38919 H2 TIP3X 329 23.210 -42.950 35.440 1.00 0.00 W4 H +ATOM 38920 OH2 TIP3X 330 -22.700 -26.840 -32.020 1.00 0.00 W4 O +ATOM 38921 H1 TIP3X 330 -22.470 -27.660 -31.580 1.00 0.00 W4 H +ATOM 38922 H2 TIP3X 330 -22.030 -26.720 -32.690 1.00 0.00 W4 H +ATOM 38923 OH2 TIP3X 331 9.800 42.220 -49.400 1.00 0.00 W4 O +ATOM 38924 H1 TIP3X 331 9.910 41.320 -49.080 1.00 0.00 W4 H +ATOM 38925 H2 TIP3X 331 9.830 42.760 -48.610 1.00 0.00 W4 H +ATOM 38926 OH2 TIP3X 332 22.480 31.850 -38.080 1.00 0.00 W4 O +ATOM 38927 H1 TIP3X 332 22.930 32.550 -37.610 1.00 0.00 W4 H +ATOM 38928 H2 TIP3X 332 22.860 31.040 -37.710 1.00 0.00 W4 H +ATOM 38929 OH2 TIP3X 333 43.590 19.430 -34.970 1.00 0.00 W4 O +ATOM 38930 H1 TIP3X 333 43.110 18.930 -34.320 1.00 0.00 W4 H +ATOM 38931 H2 TIP3X 333 43.990 20.150 -34.490 1.00 0.00 W4 H +ATOM 38932 OH2 TIP3X 334 28.460 -32.990 -48.880 1.00 0.00 W4 O +ATOM 38933 H1 TIP3X 334 29.180 -33.560 -49.170 1.00 0.00 W4 H +ATOM 38934 H2 TIP3X 334 28.550 -32.950 -47.930 1.00 0.00 W4 H +ATOM 38935 OH2 TIP3X 335 -23.950 28.280 41.090 1.00 0.00 W4 O +ATOM 38936 H1 TIP3X 335 -23.800 28.610 41.970 1.00 0.00 W4 H +ATOM 38937 H2 TIP3X 335 -24.850 28.560 40.890 1.00 0.00 W4 H +ATOM 38938 OH2 TIP3X 336 20.670 -31.260 -21.220 1.00 0.00 W4 O +ATOM 38939 H1 TIP3X 336 20.550 -32.190 -21.400 1.00 0.00 W4 H +ATOM 38940 H2 TIP3X 336 20.240 -31.120 -20.370 1.00 0.00 W4 H +ATOM 38941 OH2 TIP3X 337 -35.780 -12.190 36.990 1.00 0.00 W4 O +ATOM 38942 H1 TIP3X 337 -35.540 -12.890 37.590 1.00 0.00 W4 H +ATOM 38943 H2 TIP3X 337 -34.970 -11.980 36.520 1.00 0.00 W4 H +ATOM 38944 OH2 TIP3X 338 39.280 -44.130 -49.560 1.00 0.00 W4 O +ATOM 38945 H1 TIP3X 338 39.370 -45.050 -49.310 1.00 0.00 W4 H +ATOM 38946 H2 TIP3X 338 39.320 -44.140 -50.530 1.00 0.00 W4 H +ATOM 38947 OH2 TIP3X 339 -13.050 -38.030 -31.070 1.00 0.00 W4 O +ATOM 38948 H1 TIP3X 339 -12.680 -38.890 -30.850 1.00 0.00 W4 H +ATOM 38949 H2 TIP3X 339 -13.090 -38.040 -32.030 1.00 0.00 W4 H +ATOM 38950 OH2 TIP3X 340 7.970 29.090 27.730 1.00 0.00 W4 O +ATOM 38951 H1 TIP3X 340 7.190 29.540 28.070 1.00 0.00 W4 H +ATOM 38952 H2 TIP3X 340 7.740 28.880 26.830 1.00 0.00 W4 H +ATOM 38953 OH2 TIP3X 341 -41.730 7.090 -40.260 1.00 0.00 W4 O +ATOM 38954 H1 TIP3X 341 -41.750 8.010 -39.980 1.00 0.00 W4 H +ATOM 38955 H2 TIP3X 341 -42.660 6.890 -40.450 1.00 0.00 W4 H +ATOM 38956 OH2 TIP3X 342 -16.570 29.370 28.460 1.00 0.00 W4 O +ATOM 38957 H1 TIP3X 342 -15.960 28.760 28.060 1.00 0.00 W4 H +ATOM 38958 H2 TIP3X 342 -16.400 29.300 29.400 1.00 0.00 W4 H +ATOM 38959 OH2 TIP3X 343 -22.990 17.570 36.240 1.00 0.00 W4 O +ATOM 38960 H1 TIP3X 343 -22.180 17.400 36.730 1.00 0.00 W4 H +ATOM 38961 H2 TIP3X 343 -22.710 17.530 35.320 1.00 0.00 W4 H +ATOM 38962 OH2 TIP3X 344 32.780 -41.210 -45.660 1.00 0.00 W4 O +ATOM 38963 H1 TIP3X 344 32.580 -40.290 -45.490 1.00 0.00 W4 H +ATOM 38964 H2 TIP3X 344 33.670 -41.200 -45.990 1.00 0.00 W4 H +ATOM 38965 OH2 TIP3X 345 29.500 -4.760 33.450 1.00 0.00 W4 O +ATOM 38966 H1 TIP3X 345 29.330 -5.450 34.090 1.00 0.00 W4 H +ATOM 38967 H2 TIP3X 345 30.440 -4.790 33.320 1.00 0.00 W4 H +ATOM 38968 OH2 TIP3X 346 -6.000 -38.480 33.380 1.00 0.00 W4 O +ATOM 38969 H1 TIP3X 346 -5.560 -37.780 32.900 1.00 0.00 W4 H +ATOM 38970 H2 TIP3X 346 -6.890 -38.150 33.500 1.00 0.00 W4 H +ATOM 38971 OH2 TIP3X 347 30.500 -39.150 -22.950 1.00 0.00 W4 O +ATOM 38972 H1 TIP3X 347 30.920 -39.470 -22.140 1.00 0.00 W4 H +ATOM 38973 H2 TIP3X 347 29.560 -39.200 -22.760 1.00 0.00 W4 H +ATOM 38974 OH2 TIP3X 348 23.470 -51.040 34.880 1.00 0.00 W4 O +ATOM 38975 H1 TIP3X 348 22.900 -50.790 35.610 1.00 0.00 W4 H +ATOM 38976 H2 TIP3X 348 24.050 -51.700 35.260 1.00 0.00 W4 H +ATOM 38977 OH2 TIP3X 349 -41.690 -35.800 -29.820 1.00 0.00 W4 O +ATOM 38978 H1 TIP3X 349 -42.160 -36.440 -30.340 1.00 0.00 W4 H +ATOM 38979 H2 TIP3X 349 -42.290 -35.050 -29.740 1.00 0.00 W4 H +ATOM 38980 OH2 TIP3X 350 3.270 -16.460 -44.470 1.00 0.00 W4 O +ATOM 38981 H1 TIP3X 350 2.790 -17.160 -44.020 1.00 0.00 W4 H +ATOM 38982 H2 TIP3X 350 4.150 -16.510 -44.100 1.00 0.00 W4 H +ATOM 38983 OH2 TIP3X 351 48.260 -43.010 14.780 1.00 0.00 W4 O +ATOM 38984 H1 TIP3X 351 47.480 -42.520 14.530 1.00 0.00 W4 H +ATOM 38985 H2 TIP3X 351 49.000 -42.420 14.570 1.00 0.00 W4 H +ATOM 38986 OH2 TIP3X 352 -20.110 0.590 -32.660 1.00 0.00 W4 O +ATOM 38987 H1 TIP3X 352 -19.510 -0.070 -32.310 1.00 0.00 W4 H +ATOM 38988 H2 TIP3X 352 -19.970 0.560 -33.600 1.00 0.00 W4 H +ATOM 38989 OH2 TIP3X 353 2.990 28.360 38.160 1.00 0.00 W4 O +ATOM 38990 H1 TIP3X 353 3.270 29.110 37.640 1.00 0.00 W4 H +ATOM 38991 H2 TIP3X 353 3.760 28.100 38.660 1.00 0.00 W4 H +ATOM 38992 OH2 TIP3X 354 -3.670 34.230 23.570 1.00 0.00 W4 O +ATOM 38993 H1 TIP3X 354 -2.750 34.200 23.830 1.00 0.00 W4 H +ATOM 38994 H2 TIP3X 354 -3.820 35.130 23.310 1.00 0.00 W4 H +ATOM 38995 OH2 TIP3X 355 21.360 -44.940 -21.620 1.00 0.00 W4 O +ATOM 38996 H1 TIP3X 355 21.420 -45.750 -22.140 1.00 0.00 W4 H +ATOM 38997 H2 TIP3X 355 21.770 -44.280 -22.170 1.00 0.00 W4 H +ATOM 38998 OH2 TIP3X 356 1.820 -16.710 32.070 1.00 0.00 W4 O +ATOM 38999 H1 TIP3X 356 2.400 -16.040 31.720 1.00 0.00 W4 H +ATOM 39000 H2 TIP3X 356 2.400 -17.380 32.420 1.00 0.00 W4 H +ATOM 39001 OH2 TIP3X 357 46.160 29.090 -16.790 1.00 0.00 W4 O +ATOM 39002 H1 TIP3X 357 46.460 28.620 -17.560 1.00 0.00 W4 H +ATOM 39003 H2 TIP3X 357 46.900 29.060 -16.190 1.00 0.00 W4 H +ATOM 39004 OH2 TIP3X 358 12.140 -41.950 -32.950 1.00 0.00 W4 O +ATOM 39005 H1 TIP3X 358 12.290 -41.010 -32.870 1.00 0.00 W4 H +ATOM 39006 H2 TIP3X 358 11.760 -42.070 -33.810 1.00 0.00 W4 H +ATOM 39007 OH2 TIP3X 359 -20.120 18.630 -29.550 1.00 0.00 W4 O +ATOM 39008 H1 TIP3X 359 -20.640 18.080 -30.130 1.00 0.00 W4 H +ATOM 39009 H2 TIP3X 359 -20.620 19.440 -29.470 1.00 0.00 W4 H +ATOM 39010 OH2 TIP3X 360 22.580 0.540 15.820 1.00 0.00 W4 O +ATOM 39011 H1 TIP3X 360 22.500 0.630 16.770 1.00 0.00 W4 H +ATOM 39012 H2 TIP3X 360 23.450 0.890 15.620 1.00 0.00 W4 H +ATOM 39013 OH2 TIP3X 361 42.240 -7.600 26.420 1.00 0.00 W4 O +ATOM 39014 H1 TIP3X 361 41.860 -6.770 26.150 1.00 0.00 W4 H +ATOM 39015 H2 TIP3X 361 43.090 -7.360 26.800 1.00 0.00 W4 H +ATOM 39016 OH2 TIP3X 362 -15.410 -38.780 -50.280 1.00 0.00 W4 O +ATOM 39017 H1 TIP3X 362 -15.340 -39.520 -49.680 1.00 0.00 W4 H +ATOM 39018 H2 TIP3X 362 -15.530 -38.020 -49.690 1.00 0.00 W4 H +ATOM 39019 OH2 TIP3X 363 -39.500 25.790 -48.950 1.00 0.00 W4 O +ATOM 39020 H1 TIP3X 363 -39.730 25.240 -48.200 1.00 0.00 W4 H +ATOM 39021 H2 TIP3X 363 -38.550 25.850 -48.920 1.00 0.00 W4 H +ATOM 39022 OH2 TIP3X 364 8.830 -30.540 21.070 1.00 0.00 W4 O +ATOM 39023 H1 TIP3X 364 8.510 -30.270 21.930 1.00 0.00 W4 H +ATOM 39024 H2 TIP3X 364 9.760 -30.330 21.110 1.00 0.00 W4 H +ATOM 39025 OH2 TIP3X 365 12.370 -1.450 -48.050 1.00 0.00 W4 O +ATOM 39026 H1 TIP3X 365 12.080 -0.970 -48.840 1.00 0.00 W4 H +ATOM 39027 H2 TIP3X 365 12.730 -2.260 -48.400 1.00 0.00 W4 H +ATOM 39028 OH2 TIP3X 366 -30.470 -51.990 38.480 1.00 0.00 W4 O +ATOM 39029 H1 TIP3X 366 -30.460 -52.260 37.560 1.00 0.00 W4 H +ATOM 39030 H2 TIP3X 366 -30.520 -51.040 38.450 1.00 0.00 W4 H +ATOM 39031 OH2 TIP3X 367 -19.620 -1.910 -17.350 1.00 0.00 W4 O +ATOM 39032 H1 TIP3X 367 -19.610 -1.260 -16.650 1.00 0.00 W4 H +ATOM 39033 H2 TIP3X 367 -20.190 -2.600 -17.040 1.00 0.00 W4 H +ATOM 39034 OH2 TIP3X 368 -40.090 11.430 -49.230 1.00 0.00 W4 O +ATOM 39035 H1 TIP3X 368 -39.690 12.250 -49.510 1.00 0.00 W4 H +ATOM 39036 H2 TIP3X 368 -39.390 10.780 -49.300 1.00 0.00 W4 H +ATOM 39037 OH2 TIP3X 369 30.110 16.780 -14.360 1.00 0.00 W4 O +ATOM 39038 H1 TIP3X 369 30.360 16.580 -13.470 1.00 0.00 W4 H +ATOM 39039 H2 TIP3X 369 29.220 17.150 -14.310 1.00 0.00 W4 H +ATOM 39040 OH2 TIP3X 370 40.820 9.870 37.890 1.00 0.00 W4 O +ATOM 39041 H1 TIP3X 370 41.370 9.550 38.590 1.00 0.00 W4 H +ATOM 39042 H2 TIP3X 370 41.120 9.400 37.110 1.00 0.00 W4 H +ATOM 39043 OH2 TIP3X 371 -12.260 22.680 -39.290 1.00 0.00 W4 O +ATOM 39044 H1 TIP3X 371 -11.940 23.350 -38.680 1.00 0.00 W4 H +ATOM 39045 H2 TIP3X 371 -11.890 21.860 -38.960 1.00 0.00 W4 H +ATOM 39046 OH2 TIP3X 372 -41.770 11.060 -26.870 1.00 0.00 W4 O +ATOM 39047 H1 TIP3X 372 -41.470 10.180 -26.670 1.00 0.00 W4 H +ATOM 39048 H2 TIP3X 372 -41.000 11.510 -27.200 1.00 0.00 W4 H +ATOM 39049 OH2 TIP3X 373 6.040 -20.180 16.600 1.00 0.00 W4 O +ATOM 39050 H1 TIP3X 373 6.580 -20.910 16.920 1.00 0.00 W4 H +ATOM 39051 H2 TIP3X 373 6.140 -20.210 15.640 1.00 0.00 W4 H +ATOM 39052 OH2 TIP3X 374 8.710 -36.630 -45.390 1.00 0.00 W4 O +ATOM 39053 H1 TIP3X 374 8.940 -37.090 -44.570 1.00 0.00 W4 H +ATOM 39054 H2 TIP3X 374 7.780 -36.460 -45.310 1.00 0.00 W4 H +ATOM 39055 OH2 TIP3X 375 28.460 -34.270 -43.060 1.00 0.00 W4 O +ATOM 39056 H1 TIP3X 375 27.530 -34.240 -43.250 1.00 0.00 W4 H +ATOM 39057 H2 TIP3X 375 28.610 -35.140 -42.670 1.00 0.00 W4 H +ATOM 39058 OH2 TIP3X 376 -18.500 35.720 32.590 1.00 0.00 W4 O +ATOM 39059 H1 TIP3X 376 -17.960 35.160 33.160 1.00 0.00 W4 H +ATOM 39060 H2 TIP3X 376 -18.020 35.770 31.770 1.00 0.00 W4 H +ATOM 39061 OH2 TIP3X 377 -35.950 -23.890 -26.280 1.00 0.00 W4 O +ATOM 39062 H1 TIP3X 377 -35.080 -23.680 -26.610 1.00 0.00 W4 H +ATOM 39063 H2 TIP3X 377 -36.070 -23.330 -25.510 1.00 0.00 W4 H +ATOM 39064 OH2 TIP3X 378 -20.970 -35.420 15.090 1.00 0.00 W4 O +ATOM 39065 H1 TIP3X 378 -20.380 -34.660 15.120 1.00 0.00 W4 H +ATOM 39066 H2 TIP3X 378 -20.390 -36.160 14.880 1.00 0.00 W4 H +ATOM 39067 OH2 TIP3X 379 -34.010 -22.230 -27.730 1.00 0.00 W4 O +ATOM 39068 H1 TIP3X 379 -33.300 -22.070 -28.330 1.00 0.00 W4 H +ATOM 39069 H2 TIP3X 379 -34.740 -21.700 -28.060 1.00 0.00 W4 H +ATOM 39070 OH2 TIP3X 380 -3.590 -40.080 -49.770 1.00 0.00 W4 O +ATOM 39071 H1 TIP3X 380 -3.940 -39.590 -50.510 1.00 0.00 W4 H +ATOM 39072 H2 TIP3X 380 -3.910 -39.620 -49.000 1.00 0.00 W4 H +ATOM 39073 OH2 TIP3X 381 32.850 -29.880 28.360 1.00 0.00 W4 O +ATOM 39074 H1 TIP3X 381 32.710 -29.510 27.490 1.00 0.00 W4 H +ATOM 39075 H2 TIP3X 381 33.630 -29.420 28.690 1.00 0.00 W4 H +ATOM 39076 OH2 TIP3X 382 39.590 -24.960 -36.360 1.00 0.00 W4 O +ATOM 39077 H1 TIP3X 382 38.720 -25.340 -36.520 1.00 0.00 W4 H +ATOM 39078 H2 TIP3X 382 39.610 -24.180 -36.910 1.00 0.00 W4 H +ATOM 39079 OH2 TIP3X 383 -31.630 12.610 -47.440 1.00 0.00 W4 O +ATOM 39080 H1 TIP3X 383 -32.560 12.360 -47.420 1.00 0.00 W4 H +ATOM 39081 H2 TIP3X 383 -31.540 13.300 -46.780 1.00 0.00 W4 H +ATOM 39082 OH2 TIP3X 384 41.370 -39.970 31.960 1.00 0.00 W4 O +ATOM 39083 H1 TIP3X 384 41.960 -40.590 31.530 1.00 0.00 W4 H +ATOM 39084 H2 TIP3X 384 40.500 -40.190 31.610 1.00 0.00 W4 H +ATOM 39085 OH2 TIP3X 385 45.720 31.150 -29.690 1.00 0.00 W4 O +ATOM 39086 H1 TIP3X 385 46.300 31.690 -30.210 1.00 0.00 W4 H +ATOM 39087 H2 TIP3X 385 45.290 31.760 -29.080 1.00 0.00 W4 H +ATOM 39088 OH2 TIP3X 386 -28.950 2.600 34.970 1.00 0.00 W4 O +ATOM 39089 H1 TIP3X 386 -29.780 2.230 34.650 1.00 0.00 W4 H +ATOM 39090 H2 TIP3X 386 -28.360 2.540 34.220 1.00 0.00 W4 H +ATOM 39091 OH2 TIP3X 387 18.180 -30.340 -15.510 1.00 0.00 W4 O +ATOM 39092 H1 TIP3X 387 19.060 -30.030 -15.720 1.00 0.00 W4 H +ATOM 39093 H2 TIP3X 387 17.880 -30.780 -16.310 1.00 0.00 W4 H +ATOM 39094 OH2 TIP3X 388 12.230 -45.930 -34.840 1.00 0.00 W4 O +ATOM 39095 H1 TIP3X 388 12.680 -46.510 -35.440 1.00 0.00 W4 H +ATOM 39096 H2 TIP3X 388 12.640 -46.080 -33.990 1.00 0.00 W4 H +ATOM 39097 OH2 TIP3X 389 43.970 -46.600 14.380 1.00 0.00 W4 O +ATOM 39098 H1 TIP3X 389 44.070 -47.520 14.150 1.00 0.00 W4 H +ATOM 39099 H2 TIP3X 389 43.290 -46.280 13.790 1.00 0.00 W4 H +ATOM 39100 OH2 TIP3X 390 -27.650 -49.240 -27.680 1.00 0.00 W4 O +ATOM 39101 H1 TIP3X 390 -28.350 -48.640 -27.900 1.00 0.00 W4 H +ATOM 39102 H2 TIP3X 390 -27.420 -49.660 -28.510 1.00 0.00 W4 H +ATOM 39103 OH2 TIP3X 391 -0.080 -25.050 -40.000 1.00 0.00 W4 O +ATOM 39104 H1 TIP3X 391 0.720 -24.540 -39.880 1.00 0.00 W4 H +ATOM 39105 H2 TIP3X 391 -0.200 -25.500 -39.170 1.00 0.00 W4 H +ATOM 39106 OH2 TIP3X 392 -24.590 36.760 -28.510 1.00 0.00 W4 O +ATOM 39107 H1 TIP3X 392 -24.770 36.830 -29.450 1.00 0.00 W4 H +ATOM 39108 H2 TIP3X 392 -25.450 36.650 -28.120 1.00 0.00 W4 H +ATOM 39109 OH2 TIP3X 393 -31.320 0.320 31.010 1.00 0.00 W4 O +ATOM 39110 H1 TIP3X 393 -30.790 0.980 30.560 1.00 0.00 W4 H +ATOM 39111 H2 TIP3X 393 -31.930 0.020 30.340 1.00 0.00 W4 H +ATOM 39112 OH2 TIP3X 394 -26.990 10.500 28.180 1.00 0.00 W4 O +ATOM 39113 H1 TIP3X 394 -27.090 10.390 27.230 1.00 0.00 W4 H +ATOM 39114 H2 TIP3X 394 -27.760 10.040 28.540 1.00 0.00 W4 H +ATOM 39115 OH2 TIP3X 395 31.540 -24.550 31.620 1.00 0.00 W4 O +ATOM 39116 H1 TIP3X 395 31.870 -25.130 32.300 1.00 0.00 W4 H +ATOM 39117 H2 TIP3X 395 31.610 -23.670 32.000 1.00 0.00 W4 H +ATOM 39118 OH2 TIP3X 396 -3.250 -42.100 16.070 1.00 0.00 W4 O +ATOM 39119 H1 TIP3X 396 -3.730 -42.590 15.400 1.00 0.00 W4 H +ATOM 39120 H2 TIP3X 396 -3.690 -42.330 16.890 1.00 0.00 W4 H +ATOM 39121 OH2 TIP3X 397 -38.100 8.680 -40.240 1.00 0.00 W4 O +ATOM 39122 H1 TIP3X 397 -37.310 8.700 -40.770 1.00 0.00 W4 H +ATOM 39123 H2 TIP3X 397 -38.710 8.130 -40.750 1.00 0.00 W4 H +ATOM 39124 OH2 TIP3X 398 32.410 -25.460 -39.480 1.00 0.00 W4 O +ATOM 39125 H1 TIP3X 398 31.600 -25.150 -39.890 1.00 0.00 W4 H +ATOM 39126 H2 TIP3X 398 33.070 -25.370 -40.160 1.00 0.00 W4 H +ATOM 39127 OH2 TIP3X 399 -24.760 15.260 23.380 1.00 0.00 W4 O +ATOM 39128 H1 TIP3X 399 -23.930 14.770 23.390 1.00 0.00 W4 H +ATOM 39129 H2 TIP3X 399 -24.530 16.100 23.770 1.00 0.00 W4 H +ATOM 39130 OH2 TIP3X 400 -13.820 11.590 -39.270 1.00 0.00 W4 O +ATOM 39131 H1 TIP3X 400 -14.200 10.950 -39.880 1.00 0.00 W4 H +ATOM 39132 H2 TIP3X 400 -13.520 12.300 -39.830 1.00 0.00 W4 H +ATOM 39133 OH2 TIP3X 401 -35.090 10.720 -7.180 1.00 0.00 W4 O +ATOM 39134 H1 TIP3X 401 -36.000 10.450 -7.060 1.00 0.00 W4 H +ATOM 39135 H2 TIP3X 401 -35.140 11.640 -7.440 1.00 0.00 W4 H +ATOM 39136 OH2 TIP3X 402 -42.260 -33.650 24.570 1.00 0.00 W4 O +ATOM 39137 H1 TIP3X 402 -41.770 -34.460 24.380 1.00 0.00 W4 H +ATOM 39138 H2 TIP3X 402 -42.880 -33.580 23.850 1.00 0.00 W4 H +ATOM 39139 OH2 TIP3X 403 30.720 35.140 -19.930 1.00 0.00 W4 O +ATOM 39140 H1 TIP3X 403 30.100 34.650 -19.380 1.00 0.00 W4 H +ATOM 39141 H2 TIP3X 403 31.580 34.900 -19.600 1.00 0.00 W4 H +ATOM 39142 OH2 TIP3X 404 -40.270 -41.660 -19.340 1.00 0.00 W4 O +ATOM 39143 H1 TIP3X 404 -40.480 -40.880 -19.880 1.00 0.00 W4 H +ATOM 39144 H2 TIP3X 404 -41.010 -42.240 -19.480 1.00 0.00 W4 H +ATOM 39145 OH2 TIP3X 405 -23.320 -48.030 -48.460 1.00 0.00 W4 O +ATOM 39146 H1 TIP3X 405 -22.780 -47.840 -49.230 1.00 0.00 W4 H +ATOM 39147 H2 TIP3X 405 -23.320 -47.210 -47.960 1.00 0.00 W4 H +ATOM 39148 OH2 TIP3X 406 40.850 -14.410 -20.580 1.00 0.00 W4 O +ATOM 39149 H1 TIP3X 406 39.980 -14.400 -21.000 1.00 0.00 W4 H +ATOM 39150 H2 TIP3X 406 40.670 -14.120 -19.680 1.00 0.00 W4 H +ATOM 39151 OH2 TIP3X 407 45.680 25.960 -49.150 1.00 0.00 W4 O +ATOM 39152 H1 TIP3X 407 45.800 26.760 -49.670 1.00 0.00 W4 H +ATOM 39153 H2 TIP3X 407 45.920 26.200 -48.260 1.00 0.00 W4 H +ATOM 39154 OH2 TIP3X 408 -24.380 -41.320 12.040 1.00 0.00 W4 O +ATOM 39155 H1 TIP3X 408 -24.310 -41.030 12.950 1.00 0.00 W4 H +ATOM 39156 H2 TIP3X 408 -25.100 -41.950 12.060 1.00 0.00 W4 H +ATOM 39157 OH2 TIP3X 409 -36.290 -21.330 -30.390 1.00 0.00 W4 O +ATOM 39158 H1 TIP3X 409 -37.070 -21.870 -30.480 1.00 0.00 W4 H +ATOM 39159 H2 TIP3X 409 -36.610 -20.520 -29.970 1.00 0.00 W4 H +ATOM 39160 OH2 TIP3X 410 -5.660 -41.880 -19.280 1.00 0.00 W4 O +ATOM 39161 H1 TIP3X 410 -6.220 -41.810 -20.060 1.00 0.00 W4 H +ATOM 39162 H2 TIP3X 410 -6.230 -41.620 -18.550 1.00 0.00 W4 H +ATOM 39163 OH2 TIP3X 411 -43.930 -29.380 -30.260 1.00 0.00 W4 O +ATOM 39164 H1 TIP3X 411 -43.520 -28.620 -30.660 1.00 0.00 W4 H +ATOM 39165 H2 TIP3X 411 -43.410 -29.560 -29.480 1.00 0.00 W4 H +ATOM 39166 OH2 TIP3X 412 -20.860 -12.540 -29.720 1.00 0.00 W4 O +ATOM 39167 H1 TIP3X 412 -20.680 -13.480 -29.660 1.00 0.00 W4 H +ATOM 39168 H2 TIP3X 412 -21.560 -12.470 -30.360 1.00 0.00 W4 H +ATOM 39169 OH2 TIP3X 413 45.060 9.820 -22.580 1.00 0.00 W4 O +ATOM 39170 H1 TIP3X 413 45.830 9.260 -22.570 1.00 0.00 W4 H +ATOM 39171 H2 TIP3X 413 45.300 10.580 -22.040 1.00 0.00 W4 H +ATOM 39172 OH2 TIP3X 414 14.120 24.750 29.370 1.00 0.00 W4 O +ATOM 39173 H1 TIP3X 414 13.200 24.540 29.210 1.00 0.00 W4 H +ATOM 39174 H2 TIP3X 414 14.220 24.670 30.320 1.00 0.00 W4 H +ATOM 39175 OH2 TIP3X 415 -19.730 8.730 -45.210 1.00 0.00 W4 O +ATOM 39176 H1 TIP3X 415 -20.030 8.990 -46.080 1.00 0.00 W4 H +ATOM 39177 H2 TIP3X 415 -19.120 8.010 -45.360 1.00 0.00 W4 H +ATOM 39178 OH2 TIP3X 416 30.590 18.970 25.820 1.00 0.00 W4 O +ATOM 39179 H1 TIP3X 416 31.170 18.520 26.440 1.00 0.00 W4 H +ATOM 39180 H2 TIP3X 416 31.120 19.670 25.450 1.00 0.00 W4 H +ATOM 39181 OH2 TIP3X 417 3.690 32.390 29.050 1.00 0.00 W4 O +ATOM 39182 H1 TIP3X 417 3.320 31.630 29.500 1.00 0.00 W4 H +ATOM 39183 H2 TIP3X 417 3.830 33.030 29.740 1.00 0.00 W4 H +ATOM 39184 OH2 TIP3X 418 -14.470 7.290 -33.570 1.00 0.00 W4 O +ATOM 39185 H1 TIP3X 418 -14.480 6.360 -33.810 1.00 0.00 W4 H +ATOM 39186 H2 TIP3X 418 -14.570 7.290 -32.620 1.00 0.00 W4 H +ATOM 39187 OH2 TIP3X 419 16.670 -31.520 -17.400 1.00 0.00 W4 O +ATOM 39188 H1 TIP3X 419 16.180 -31.830 -16.650 1.00 0.00 W4 H +ATOM 39189 H2 TIP3X 419 16.030 -31.000 -17.900 1.00 0.00 W4 H +ATOM 39190 OH2 TIP3X 420 47.660 -50.810 21.140 1.00 0.00 W4 O +ATOM 39191 H1 TIP3X 420 47.610 -51.250 21.990 1.00 0.00 W4 H +ATOM 39192 H2 TIP3X 420 47.020 -50.090 21.210 1.00 0.00 W4 H +ATOM 39193 OH2 TIP3X 421 4.410 10.760 -26.590 1.00 0.00 W4 O +ATOM 39194 H1 TIP3X 421 4.430 9.980 -26.040 1.00 0.00 W4 H +ATOM 39195 H2 TIP3X 421 4.080 10.460 -27.430 1.00 0.00 W4 H +ATOM 39196 OH2 TIP3X 422 46.820 -6.880 -37.150 1.00 0.00 W4 O +ATOM 39197 H1 TIP3X 422 47.670 -6.560 -37.450 1.00 0.00 W4 H +ATOM 39198 H2 TIP3X 422 46.180 -6.460 -37.710 1.00 0.00 W4 H +ATOM 39199 OH2 TIP3X 423 -0.800 37.000 -16.270 1.00 0.00 W4 O +ATOM 39200 H1 TIP3X 423 -0.200 36.370 -15.870 1.00 0.00 W4 H +ATOM 39201 H2 TIP3X 423 -0.450 37.150 -17.150 1.00 0.00 W4 H +ATOM 39202 OH2 TIP3X 424 35.830 33.490 -34.950 1.00 0.00 W4 O +ATOM 39203 H1 TIP3X 424 36.260 33.530 -34.100 1.00 0.00 W4 H +ATOM 39204 H2 TIP3X 424 36.440 32.990 -35.500 1.00 0.00 W4 H +ATOM 39205 OH2 TIP3X 425 31.210 10.860 -47.610 1.00 0.00 W4 O +ATOM 39206 H1 TIP3X 425 31.770 10.520 -48.300 1.00 0.00 W4 H +ATOM 39207 H2 TIP3X 425 30.370 10.990 -48.040 1.00 0.00 W4 H +ATOM 39208 OH2 TIP3X 426 6.680 13.990 28.790 1.00 0.00 W4 O +ATOM 39209 H1 TIP3X 426 6.160 14.730 29.100 1.00 0.00 W4 H +ATOM 39210 H2 TIP3X 426 7.570 14.190 29.080 1.00 0.00 W4 H +ATOM 39211 OH2 TIP3X 427 -32.480 18.580 -41.590 1.00 0.00 W4 O +ATOM 39212 H1 TIP3X 427 -32.490 17.970 -42.330 1.00 0.00 W4 H +ATOM 39213 H2 TIP3X 427 -31.560 18.840 -41.510 1.00 0.00 W4 H +ATOM 39214 OH2 TIP3X 428 28.910 -25.640 -15.150 1.00 0.00 W4 O +ATOM 39215 H1 TIP3X 428 29.790 -26.020 -15.210 1.00 0.00 W4 H +ATOM 39216 H2 TIP3X 428 28.650 -25.780 -14.240 1.00 0.00 W4 H +ATOM 39217 OH2 TIP3X 429 -24.690 -35.080 -44.000 1.00 0.00 W4 O +ATOM 39218 H1 TIP3X 429 -24.000 -35.410 -43.430 1.00 0.00 W4 H +ATOM 39219 H2 TIP3X 429 -25.100 -35.860 -44.370 1.00 0.00 W4 H +ATOM 39220 OH2 TIP3X 430 -33.780 -46.540 35.700 1.00 0.00 W4 O +ATOM 39221 H1 TIP3X 430 -34.450 -45.900 35.460 1.00 0.00 W4 H +ATOM 39222 H2 TIP3X 430 -33.930 -46.690 36.640 1.00 0.00 W4 H +ATOM 39223 OH2 TIP3X 431 23.510 39.350 -41.500 1.00 0.00 W4 O +ATOM 39224 H1 TIP3X 431 23.550 38.400 -41.430 1.00 0.00 W4 H +ATOM 39225 H2 TIP3X 431 22.710 39.520 -42.010 1.00 0.00 W4 H +ATOM 39226 OH2 TIP3X 432 -11.380 -29.160 -26.550 1.00 0.00 W4 O +ATOM 39227 H1 TIP3X 432 -12.090 -28.710 -26.990 1.00 0.00 W4 H +ATOM 39228 H2 TIP3X 432 -11.010 -28.510 -25.940 1.00 0.00 W4 H +ATOM 39229 OH2 TIP3X 433 39.910 30.610 -33.850 1.00 0.00 W4 O +ATOM 39230 H1 TIP3X 433 40.570 30.660 -33.150 1.00 0.00 W4 H +ATOM 39231 H2 TIP3X 433 40.120 29.810 -34.320 1.00 0.00 W4 H +ATOM 39232 OH2 TIP3X 434 -26.870 -31.760 15.950 1.00 0.00 W4 O +ATOM 39233 H1 TIP3X 434 -27.020 -32.520 16.510 1.00 0.00 W4 H +ATOM 39234 H2 TIP3X 434 -26.040 -31.950 15.520 1.00 0.00 W4 H +ATOM 39235 OH2 TIP3X 435 -9.500 -7.680 38.480 1.00 0.00 W4 O +ATOM 39236 H1 TIP3X 435 -9.830 -7.360 39.330 1.00 0.00 W4 H +ATOM 39237 H2 TIP3X 435 -10.000 -8.490 38.330 1.00 0.00 W4 H +ATOM 39238 OH2 TIP3X 436 -40.320 -47.700 -29.490 1.00 0.00 W4 O +ATOM 39239 H1 TIP3X 436 -39.590 -48.130 -29.930 1.00 0.00 W4 H +ATOM 39240 H2 TIP3X 436 -41.050 -48.300 -29.570 1.00 0.00 W4 H +ATOM 39241 OH2 TIP3X 437 11.230 37.830 29.900 1.00 0.00 W4 O +ATOM 39242 H1 TIP3X 437 12.040 37.990 29.420 1.00 0.00 W4 H +ATOM 39243 H2 TIP3X 437 10.990 36.930 29.690 1.00 0.00 W4 H +ATOM 39244 OH2 TIP3X 438 -7.820 34.850 -30.530 1.00 0.00 W4 O +ATOM 39245 H1 TIP3X 438 -8.080 34.180 -29.900 1.00 0.00 W4 H +ATOM 39246 H2 TIP3X 438 -8.430 35.570 -30.380 1.00 0.00 W4 H +ATOM 39247 OH2 TIP3X 439 7.430 21.020 -47.370 1.00 0.00 W4 O +ATOM 39248 H1 TIP3X 439 7.110 21.590 -46.670 1.00 0.00 W4 H +ATOM 39249 H2 TIP3X 439 6.650 20.740 -47.850 1.00 0.00 W4 H +ATOM 39250 OH2 TIP3X 440 5.820 34.700 -12.780 1.00 0.00 W4 O +ATOM 39251 H1 TIP3X 440 5.850 35.470 -13.350 1.00 0.00 W4 H +ATOM 39252 H2 TIP3X 440 5.270 34.970 -12.040 1.00 0.00 W4 H +ATOM 39253 OH2 TIP3X 441 2.480 -3.090 -18.460 1.00 0.00 W4 O +ATOM 39254 H1 TIP3X 441 2.550 -2.180 -18.770 1.00 0.00 W4 H +ATOM 39255 H2 TIP3X 441 1.560 -3.210 -18.280 1.00 0.00 W4 H +ATOM 39256 OH2 TIP3X 442 7.480 -1.400 19.070 1.00 0.00 W4 O +ATOM 39257 H1 TIP3X 442 6.670 -1.410 19.580 1.00 0.00 W4 H +ATOM 39258 H2 TIP3X 442 7.860 -0.540 19.240 1.00 0.00 W4 H +ATOM 39259 OH2 TIP3X 443 38.130 -39.580 32.960 1.00 0.00 W4 O +ATOM 39260 H1 TIP3X 443 38.900 -40.120 33.180 1.00 0.00 W4 H +ATOM 39261 H2 TIP3X 443 38.470 -38.680 32.960 1.00 0.00 W4 H +ATOM 39262 OH2 TIP3X 444 13.710 -33.170 -47.940 1.00 0.00 W4 O +ATOM 39263 H1 TIP3X 444 13.020 -33.780 -48.240 1.00 0.00 W4 H +ATOM 39264 H2 TIP3X 444 14.410 -33.280 -48.580 1.00 0.00 W4 H +ATOM 39265 OH2 TIP3X 445 39.160 17.210 -42.450 1.00 0.00 W4 O +ATOM 39266 H1 TIP3X 445 38.930 16.650 -41.710 1.00 0.00 W4 H +ATOM 39267 H2 TIP3X 445 39.870 16.750 -42.890 1.00 0.00 W4 H +ATOM 39268 OH2 TIP3X 446 39.330 -17.430 15.880 1.00 0.00 W4 O +ATOM 39269 H1 TIP3X 446 39.650 -16.550 16.030 1.00 0.00 W4 H +ATOM 39270 H2 TIP3X 446 39.870 -17.770 15.170 1.00 0.00 W4 H +ATOM 39271 OH2 TIP3X 447 1.790 15.560 32.590 1.00 0.00 W4 O +ATOM 39272 H1 TIP3X 447 0.910 15.570 32.230 1.00 0.00 W4 H +ATOM 39273 H2 TIP3X 447 2.210 14.800 32.170 1.00 0.00 W4 H +ATOM 39274 OH2 TIP3X 448 -33.450 2.540 24.950 1.00 0.00 W4 O +ATOM 39275 H1 TIP3X 448 -33.010 2.950 25.710 1.00 0.00 W4 H +ATOM 39276 H2 TIP3X 448 -32.890 2.760 24.210 1.00 0.00 W4 H +ATOM 39277 OH2 TIP3X 449 26.930 -11.790 -20.400 1.00 0.00 W4 O +ATOM 39278 H1 TIP3X 449 27.530 -11.550 -19.690 1.00 0.00 W4 H +ATOM 39279 H2 TIP3X 449 27.020 -11.090 -21.040 1.00 0.00 W4 H +ATOM 39280 OH2 TIP3X 450 -15.530 -25.580 -37.060 1.00 0.00 W4 O +ATOM 39281 H1 TIP3X 450 -15.980 -25.990 -37.800 1.00 0.00 W4 H +ATOM 39282 H2 TIP3X 450 -15.360 -26.310 -36.460 1.00 0.00 W4 H +ATOM 39283 OH2 TIP3X 451 20.490 15.100 -44.830 1.00 0.00 W4 O +ATOM 39284 H1 TIP3X 451 20.560 14.630 -45.660 1.00 0.00 W4 H +ATOM 39285 H2 TIP3X 451 19.560 15.290 -44.740 1.00 0.00 W4 H +ATOM 39286 OH2 TIP3X 452 -23.010 -37.410 36.850 1.00 0.00 W4 O +ATOM 39287 H1 TIP3X 452 -22.080 -37.200 36.780 1.00 0.00 W4 H +ATOM 39288 H2 TIP3X 452 -23.260 -37.680 35.960 1.00 0.00 W4 H +ATOM 39289 OH2 TIP3X 453 31.830 35.940 32.500 1.00 0.00 W4 O +ATOM 39290 H1 TIP3X 453 31.140 36.390 32.980 1.00 0.00 W4 H +ATOM 39291 H2 TIP3X 453 31.440 35.100 32.250 1.00 0.00 W4 H +ATOM 39292 OH2 TIP3X 454 37.560 -43.830 34.360 1.00 0.00 W4 O +ATOM 39293 H1 TIP3X 454 36.860 -43.170 34.320 1.00 0.00 W4 H +ATOM 39294 H2 TIP3X 454 38.360 -43.330 34.520 1.00 0.00 W4 H +ATOM 39295 OH2 TIP3X 455 -28.380 -28.740 -47.850 1.00 0.00 W4 O +ATOM 39296 H1 TIP3X 455 -28.640 -28.550 -46.950 1.00 0.00 W4 H +ATOM 39297 H2 TIP3X 455 -27.730 -28.080 -48.060 1.00 0.00 W4 H +ATOM 39298 OH2 TIP3X 456 8.350 34.640 -43.740 1.00 0.00 W4 O +ATOM 39299 H1 TIP3X 456 8.710 35.510 -43.950 1.00 0.00 W4 H +ATOM 39300 H2 TIP3X 456 7.600 34.820 -43.180 1.00 0.00 W4 H +ATOM 39301 OH2 TIP3X 457 47.320 -36.930 -38.370 1.00 0.00 W4 O +ATOM 39302 H1 TIP3X 457 47.730 -37.570 -38.950 1.00 0.00 W4 H +ATOM 39303 H2 TIP3X 457 47.900 -36.870 -37.610 1.00 0.00 W4 H +ATOM 39304 OH2 TIP3X 458 45.370 -43.990 -50.500 1.00 0.00 W4 O +ATOM 39305 H1 TIP3X 458 44.850 -43.530 -51.140 1.00 0.00 W4 H +ATOM 39306 H2 TIP3X 458 46.010 -44.490 -51.010 1.00 0.00 W4 H +ATOM 39307 OH2 TIP3X 459 43.010 17.670 -47.030 1.00 0.00 W4 O +ATOM 39308 H1 TIP3X 459 43.900 17.920 -47.260 1.00 0.00 W4 H +ATOM 39309 H2 TIP3X 459 42.730 17.090 -47.740 1.00 0.00 W4 H +ATOM 39310 OH2 TIP3X 460 42.200 -12.730 -22.150 1.00 0.00 W4 O +ATOM 39311 H1 TIP3X 460 41.920 -13.330 -21.470 1.00 0.00 W4 H +ATOM 39312 H2 TIP3X 460 41.690 -11.930 -21.990 1.00 0.00 W4 H +ATOM 39313 OH2 TIP3X 461 -5.890 15.380 -45.100 1.00 0.00 W4 O +ATOM 39314 H1 TIP3X 461 -6.800 15.410 -44.810 1.00 0.00 W4 H +ATOM 39315 H2 TIP3X 461 -5.940 15.120 -46.020 1.00 0.00 W4 H +ATOM 39316 OH2 TIP3X 462 -3.100 7.990 -35.520 1.00 0.00 W4 O +ATOM 39317 H1 TIP3X 462 -2.350 7.660 -35.040 1.00 0.00 W4 H +ATOM 39318 H2 TIP3X 462 -2.970 8.940 -35.580 1.00 0.00 W4 H +ATOM 39319 OH2 TIP3X 463 -24.430 16.130 -26.950 1.00 0.00 W4 O +ATOM 39320 H1 TIP3X 463 -24.600 15.580 -26.190 1.00 0.00 W4 H +ATOM 39321 H2 TIP3X 463 -25.290 16.220 -27.360 1.00 0.00 W4 H +ATOM 39322 OH2 TIP3X 464 -42.290 -44.550 -48.740 1.00 0.00 W4 O +ATOM 39323 H1 TIP3X 464 -43.090 -44.140 -49.050 1.00 0.00 W4 H +ATOM 39324 H2 TIP3X 464 -42.170 -45.310 -49.320 1.00 0.00 W4 H +ATOM 39325 OH2 TIP3X 465 -43.430 -7.270 -41.980 1.00 0.00 W4 O +ATOM 39326 H1 TIP3X 465 -42.860 -8.030 -41.830 1.00 0.00 W4 H +ATOM 39327 H2 TIP3X 465 -42.880 -6.510 -41.830 1.00 0.00 W4 H +ATOM 39328 OH2 TIP3X 466 -37.610 15.570 -8.080 1.00 0.00 W4 O +ATOM 39329 H1 TIP3X 466 -37.990 16.450 -7.960 1.00 0.00 W4 H +ATOM 39330 H2 TIP3X 466 -36.750 15.740 -8.490 1.00 0.00 W4 H +ATOM 39331 OH2 TIP3X 467 8.270 -44.210 -37.420 1.00 0.00 W4 O +ATOM 39332 H1 TIP3X 467 9.210 -44.340 -37.350 1.00 0.00 W4 H +ATOM 39333 H2 TIP3X 467 7.930 -44.350 -36.540 1.00 0.00 W4 H +ATOM 39334 OH2 TIP3X 468 -7.600 27.530 -43.530 1.00 0.00 W4 O +ATOM 39335 H1 TIP3X 468 -8.290 27.260 -44.130 1.00 0.00 W4 H +ATOM 39336 H2 TIP3X 468 -8.040 27.630 -42.680 1.00 0.00 W4 H +ATOM 39337 OH2 TIP3X 469 -10.820 20.070 40.830 1.00 0.00 W4 O +ATOM 39338 H1 TIP3X 469 -10.420 20.930 40.650 1.00 0.00 W4 H +ATOM 39339 H2 TIP3X 469 -10.120 19.440 40.620 1.00 0.00 W4 H +ATOM 39340 OH2 TIP3X 470 -28.880 10.150 -46.470 1.00 0.00 W4 O +ATOM 39341 H1 TIP3X 470 -28.800 10.960 -45.960 1.00 0.00 W4 H +ATOM 39342 H2 TIP3X 470 -28.540 9.470 -45.900 1.00 0.00 W4 H +ATOM 39343 OH2 TIP3X 471 -22.200 17.110 -12.970 1.00 0.00 W4 O +ATOM 39344 H1 TIP3X 471 -21.250 17.090 -12.890 1.00 0.00 W4 H +ATOM 39345 H2 TIP3X 471 -22.420 18.040 -13.080 1.00 0.00 W4 H +ATOM 39346 OH2 TIP3X 472 20.590 38.250 20.350 1.00 0.00 W4 O +ATOM 39347 H1 TIP3X 472 19.750 38.280 19.890 1.00 0.00 W4 H +ATOM 39348 H2 TIP3X 472 20.930 39.130 20.270 1.00 0.00 W4 H +ATOM 39349 OH2 TIP3X 473 6.590 36.410 -48.550 1.00 0.00 W4 O +ATOM 39350 H1 TIP3X 473 7.470 36.480 -48.160 1.00 0.00 W4 H +ATOM 39351 H2 TIP3X 473 6.630 35.600 -49.060 1.00 0.00 W4 H +ATOM 39352 OH2 TIP3X 474 -14.860 -26.240 -45.650 1.00 0.00 W4 O +ATOM 39353 H1 TIP3X 474 -15.130 -25.540 -45.050 1.00 0.00 W4 H +ATOM 39354 H2 TIP3X 474 -15.060 -27.050 -45.190 1.00 0.00 W4 H +ATOM 39355 OH2 TIP3X 475 40.760 24.400 30.050 1.00 0.00 W4 O +ATOM 39356 H1 TIP3X 475 40.540 23.510 30.320 1.00 0.00 W4 H +ATOM 39357 H2 TIP3X 475 40.220 24.560 29.280 1.00 0.00 W4 H +ATOM 39358 OH2 TIP3X 476 25.400 -44.020 -43.880 1.00 0.00 W4 O +ATOM 39359 H1 TIP3X 476 25.420 -43.220 -44.420 1.00 0.00 W4 H +ATOM 39360 H2 TIP3X 476 26.250 -44.430 -44.030 1.00 0.00 W4 H +ATOM 39361 OH2 TIP3X 477 -11.360 -26.380 36.280 1.00 0.00 W4 O +ATOM 39362 H1 TIP3X 477 -12.090 -25.840 36.580 1.00 0.00 W4 H +ATOM 39363 H2 TIP3X 477 -10.700 -26.300 36.960 1.00 0.00 W4 H +ATOM 39364 OH2 TIP3X 478 -41.650 -32.820 30.320 1.00 0.00 W4 O +ATOM 39365 H1 TIP3X 478 -40.880 -32.680 30.870 1.00 0.00 W4 H +ATOM 39366 H2 TIP3X 478 -41.800 -33.760 30.350 1.00 0.00 W4 H +ATOM 39367 OH2 TIP3X 479 33.330 11.370 24.720 1.00 0.00 W4 O +ATOM 39368 H1 TIP3X 479 33.910 12.120 24.600 1.00 0.00 W4 H +ATOM 39369 H2 TIP3X 479 33.450 10.850 23.920 1.00 0.00 W4 H +ATOM 39370 OH2 TIP3X 480 44.990 -22.260 -16.760 1.00 0.00 W4 O +ATOM 39371 H1 TIP3X 480 45.480 -22.010 -15.980 1.00 0.00 W4 H +ATOM 39372 H2 TIP3X 480 45.630 -22.240 -17.470 1.00 0.00 W4 H +ATOM 39373 OH2 TIP3X 481 13.670 0.140 31.120 1.00 0.00 W4 O +ATOM 39374 H1 TIP3X 481 13.940 -0.620 30.610 1.00 0.00 W4 H +ATOM 39375 H2 TIP3X 481 14.170 0.860 30.760 1.00 0.00 W4 H +ATOM 39376 OH2 TIP3X 482 15.220 19.240 -21.190 1.00 0.00 W4 O +ATOM 39377 H1 TIP3X 482 15.660 18.710 -21.860 1.00 0.00 W4 H +ATOM 39378 H2 TIP3X 482 15.110 20.100 -21.590 1.00 0.00 W4 H +ATOM 39379 OH2 TIP3X 483 47.490 41.820 -15.960 1.00 0.00 W4 O +ATOM 39380 H1 TIP3X 483 46.630 42.130 -16.210 1.00 0.00 W4 H +ATOM 39381 H2 TIP3X 483 47.410 41.580 -15.030 1.00 0.00 W4 H +ATOM 39382 OH2 TIP3X 484 -29.690 5.530 -16.230 1.00 0.00 W4 O +ATOM 39383 H1 TIP3X 484 -28.900 6.050 -16.380 1.00 0.00 W4 H +ATOM 39384 H2 TIP3X 484 -29.890 5.680 -15.300 1.00 0.00 W4 H +ATOM 39385 OH2 TIP3X 485 11.280 -46.210 -51.850 1.00 0.00 W4 O +ATOM 39386 H1 TIP3X 485 10.940 -46.220 -52.740 1.00 0.00 W4 H +ATOM 39387 H2 TIP3X 485 11.410 -45.290 -51.650 1.00 0.00 W4 H +ATOM 39388 OH2 TIP3X 486 -22.110 -25.870 15.410 1.00 0.00 W4 O +ATOM 39389 H1 TIP3X 486 -21.980 -25.200 14.740 1.00 0.00 W4 H +ATOM 39390 H2 TIP3X 486 -21.260 -26.280 15.520 1.00 0.00 W4 H +ATOM 39391 OH2 TIP3X 487 -41.800 22.550 -28.290 1.00 0.00 W4 O +ATOM 39392 H1 TIP3X 487 -41.110 22.520 -27.630 1.00 0.00 W4 H +ATOM 39393 H2 TIP3X 487 -41.350 22.860 -29.080 1.00 0.00 W4 H +ATOM 39394 OH2 TIP3X 488 11.500 22.860 18.980 1.00 0.00 W4 O +ATOM 39395 H1 TIP3X 488 12.310 23.290 18.720 1.00 0.00 W4 H +ATOM 39396 H2 TIP3X 488 11.790 22.110 19.510 1.00 0.00 W4 H +ATOM 39397 OH2 TIP3X 489 28.470 8.400 27.020 1.00 0.00 W4 O +ATOM 39398 H1 TIP3X 489 28.400 7.490 27.280 1.00 0.00 W4 H +ATOM 39399 H2 TIP3X 489 29.410 8.590 27.050 1.00 0.00 W4 H +ATOM 39400 OH2 TIP3X 490 -15.220 -34.760 28.570 1.00 0.00 W4 O +ATOM 39401 H1 TIP3X 490 -15.010 -34.320 29.400 1.00 0.00 W4 H +ATOM 39402 H2 TIP3X 490 -15.200 -34.050 27.920 1.00 0.00 W4 H +ATOM 39403 OH2 TIP3X 491 24.150 31.560 -31.630 1.00 0.00 W4 O +ATOM 39404 H1 TIP3X 491 23.800 32.450 -31.710 1.00 0.00 W4 H +ATOM 39405 H2 TIP3X 491 24.020 31.340 -30.710 1.00 0.00 W4 H +ATOM 39406 OH2 TIP3X 492 -35.820 29.770 29.960 1.00 0.00 W4 O +ATOM 39407 H1 TIP3X 492 -36.490 30.430 30.120 1.00 0.00 W4 H +ATOM 39408 H2 TIP3X 492 -36.010 29.440 29.080 1.00 0.00 W4 H +ATOM 39409 OH2 TIP3X 493 -32.140 -0.470 -22.600 1.00 0.00 W4 O +ATOM 39410 H1 TIP3X 493 -32.420 0.190 -23.240 1.00 0.00 W4 H +ATOM 39411 H2 TIP3X 493 -32.720 -1.220 -22.760 1.00 0.00 W4 H +ATOM 39412 OH2 TIP3X 494 37.720 17.540 -11.150 1.00 0.00 W4 O +ATOM 39413 H1 TIP3X 494 37.940 16.650 -11.420 1.00 0.00 W4 H +ATOM 39414 H2 TIP3X 494 37.910 17.570 -10.210 1.00 0.00 W4 H +ATOM 39415 OH2 TIP3X 495 32.200 -1.090 -51.450 1.00 0.00 W4 O +ATOM 39416 H1 TIP3X 495 32.850 -1.080 -50.740 1.00 0.00 W4 H +ATOM 39417 H2 TIP3X 495 32.630 -0.650 -52.170 1.00 0.00 W4 H +ATOM 39418 OH2 TIP3X 496 -36.560 16.730 33.950 1.00 0.00 W4 O +ATOM 39419 H1 TIP3X 496 -36.540 16.120 33.200 1.00 0.00 W4 H +ATOM 39420 H2 TIP3X 496 -35.710 17.160 33.920 1.00 0.00 W4 H +ATOM 39421 OH2 TIP3X 497 -44.100 10.050 21.870 1.00 0.00 W4 O +ATOM 39422 H1 TIP3X 497 -43.450 9.990 22.570 1.00 0.00 W4 H +ATOM 39423 H2 TIP3X 497 -43.590 10.210 21.080 1.00 0.00 W4 H +ATOM 39424 OH2 TIP3X 498 26.770 -48.330 -23.260 1.00 0.00 W4 O +ATOM 39425 H1 TIP3X 498 27.180 -47.590 -22.830 1.00 0.00 W4 H +ATOM 39426 H2 TIP3X 498 26.270 -47.940 -23.990 1.00 0.00 W4 H +ATOM 39427 OH2 TIP3X 499 -30.340 -48.340 -18.550 1.00 0.00 W4 O +ATOM 39428 H1 TIP3X 499 -29.400 -48.180 -18.480 1.00 0.00 W4 H +ATOM 39429 H2 TIP3X 499 -30.750 -47.530 -18.240 1.00 0.00 W4 H +ATOM 39430 OH2 TIP3X 500 41.880 24.260 37.860 1.00 0.00 W4 O +ATOM 39431 H1 TIP3X 500 41.550 23.690 38.550 1.00 0.00 W4 H +ATOM 39432 H2 TIP3X 500 41.180 24.300 37.210 1.00 0.00 W4 H +ATOM 39433 OH2 TIP3X 501 12.560 35.790 39.750 1.00 0.00 W4 O +ATOM 39434 H1 TIP3X 501 12.320 34.880 39.920 1.00 0.00 W4 H +ATOM 39435 H2 TIP3X 501 13.460 35.740 39.430 1.00 0.00 W4 H +ATOM 39436 OH2 TIP3X 502 41.770 8.070 29.620 1.00 0.00 W4 O +ATOM 39437 H1 TIP3X 502 42.070 7.900 28.730 1.00 0.00 W4 H +ATOM 39438 H2 TIP3X 502 40.850 8.300 29.540 1.00 0.00 W4 H +ATOM 39439 OH2 TIP3X 503 37.240 -19.000 -23.220 1.00 0.00 W4 O +ATOM 39440 H1 TIP3X 503 37.800 -19.450 -22.590 1.00 0.00 W4 H +ATOM 39441 H2 TIP3X 503 36.910 -19.690 -23.800 1.00 0.00 W4 H +ATOM 39442 OH2 TIP3X 504 9.330 -44.270 21.050 1.00 0.00 W4 O +ATOM 39443 H1 TIP3X 504 9.960 -44.140 20.340 1.00 0.00 W4 H +ATOM 39444 H2 TIP3X 504 9.870 -44.270 21.840 1.00 0.00 W4 H +ATOM 39445 OH2 TIP3X 505 26.740 -25.650 29.000 1.00 0.00 W4 O +ATOM 39446 H1 TIP3X 505 27.320 -26.340 28.710 1.00 0.00 W4 H +ATOM 39447 H2 TIP3X 505 25.870 -26.040 28.980 1.00 0.00 W4 H +ATOM 39448 OH2 TIP3X 506 19.990 19.300 -21.770 1.00 0.00 W4 O +ATOM 39449 H1 TIP3X 506 19.550 19.210 -22.620 1.00 0.00 W4 H +ATOM 39450 H2 TIP3X 506 19.790 20.190 -21.480 1.00 0.00 W4 H +ATOM 39451 OH2 TIP3X 507 1.080 -49.740 -32.490 1.00 0.00 W4 O +ATOM 39452 H1 TIP3X 507 0.310 -49.600 -31.940 1.00 0.00 W4 H +ATOM 39453 H2 TIP3X 507 1.690 -49.070 -32.200 1.00 0.00 W4 H +ATOM 39454 OH2 TIP3X 508 45.490 -34.250 19.030 1.00 0.00 W4 O +ATOM 39455 H1 TIP3X 508 44.960 -34.800 18.460 1.00 0.00 W4 H +ATOM 39456 H2 TIP3X 508 44.930 -34.120 19.790 1.00 0.00 W4 H +ATOM 39457 OH2 TIP3X 509 -11.180 -40.840 35.090 1.00 0.00 W4 O +ATOM 39458 H1 TIP3X 509 -10.250 -41.040 34.890 1.00 0.00 W4 H +ATOM 39459 H2 TIP3X 509 -11.320 -41.220 35.950 1.00 0.00 W4 H +ATOM 39460 OH2 TIP3X 510 32.620 -39.440 -48.570 1.00 0.00 W4 O +ATOM 39461 H1 TIP3X 510 33.450 -39.000 -48.390 1.00 0.00 W4 H +ATOM 39462 H2 TIP3X 510 32.850 -40.350 -48.730 1.00 0.00 W4 H +ATOM 39463 OH2 TIP3X 511 1.620 26.120 -37.200 1.00 0.00 W4 O +ATOM 39464 H1 TIP3X 511 1.050 26.440 -36.500 1.00 0.00 W4 H +ATOM 39465 H2 TIP3X 511 2.510 26.380 -36.930 1.00 0.00 W4 H +ATOM 39466 OH2 TIP3X 512 36.340 4.120 -49.910 1.00 0.00 W4 O +ATOM 39467 H1 TIP3X 512 37.170 4.020 -49.440 1.00 0.00 W4 H +ATOM 39468 H2 TIP3X 512 36.170 5.070 -49.860 1.00 0.00 W4 H +ATOM 39469 OH2 TIP3X 513 -8.060 22.420 -19.350 1.00 0.00 W4 O +ATOM 39470 H1 TIP3X 513 -8.850 22.780 -18.950 1.00 0.00 W4 H +ATOM 39471 H2 TIP3X 513 -7.440 23.150 -19.370 1.00 0.00 W4 H +ATOM 39472 OH2 TIP3X 514 -27.380 -13.080 20.720 1.00 0.00 W4 O +ATOM 39473 H1 TIP3X 514 -27.670 -12.160 20.770 1.00 0.00 W4 H +ATOM 39474 H2 TIP3X 514 -28.130 -13.550 20.350 1.00 0.00 W4 H +ATOM 39475 OH2 TIP3X 515 9.750 30.150 -42.880 1.00 0.00 W4 O +ATOM 39476 H1 TIP3X 515 9.510 30.710 -43.620 1.00 0.00 W4 H +ATOM 39477 H2 TIP3X 515 10.380 30.680 -42.380 1.00 0.00 W4 H +ATOM 39478 OH2 TIP3X 516 -17.060 -25.060 -41.470 1.00 0.00 W4 O +ATOM 39479 H1 TIP3X 516 -16.980 -25.870 -41.950 1.00 0.00 W4 H +ATOM 39480 H2 TIP3X 516 -17.540 -25.300 -40.670 1.00 0.00 W4 H +ATOM 39481 OH2 TIP3X 517 -0.660 -6.350 30.440 1.00 0.00 W4 O +ATOM 39482 H1 TIP3X 517 -1.160 -7.060 30.050 1.00 0.00 W4 H +ATOM 39483 H2 TIP3X 517 0.110 -6.250 29.890 1.00 0.00 W4 H +ATOM 39484 OH2 TIP3X 518 41.860 -35.700 22.320 1.00 0.00 W4 O +ATOM 39485 H1 TIP3X 518 40.930 -35.910 22.240 1.00 0.00 W4 H +ATOM 39486 H2 TIP3X 518 41.940 -35.300 23.170 1.00 0.00 W4 H +ATOM 39487 OH2 TIP3X 519 -2.340 -44.940 -24.850 1.00 0.00 W4 O +ATOM 39488 H1 TIP3X 519 -2.300 -45.880 -24.640 1.00 0.00 W4 H +ATOM 39489 H2 TIP3X 519 -2.070 -44.510 -24.040 1.00 0.00 W4 H +ATOM 39490 OH2 TIP3X 520 45.640 21.350 30.480 1.00 0.00 W4 O +ATOM 39491 H1 TIP3X 520 45.390 20.930 31.310 1.00 0.00 W4 H +ATOM 39492 H2 TIP3X 520 44.810 21.550 30.050 1.00 0.00 W4 H +ATOM 39493 OH2 TIP3X 521 20.550 -47.120 -49.870 1.00 0.00 W4 O +ATOM 39494 H1 TIP3X 521 20.040 -47.890 -49.620 1.00 0.00 W4 H +ATOM 39495 H2 TIP3X 521 19.960 -46.380 -49.710 1.00 0.00 W4 H +ATOM 39496 OH2 TIP3X 522 -33.870 -44.810 16.170 1.00 0.00 W4 O +ATOM 39497 H1 TIP3X 522 -32.930 -44.860 16.320 1.00 0.00 W4 H +ATOM 39498 H2 TIP3X 522 -34.250 -44.620 17.030 1.00 0.00 W4 H +ATOM 39499 OH2 TIP3X 523 -16.690 1.260 31.580 1.00 0.00 W4 O +ATOM 39500 H1 TIP3X 523 -16.140 0.530 31.310 1.00 0.00 W4 H +ATOM 39501 H2 TIP3X 523 -17.380 1.310 30.920 1.00 0.00 W4 H +ATOM 39502 OH2 TIP3X 524 -0.320 40.290 -40.130 1.00 0.00 W4 O +ATOM 39503 H1 TIP3X 524 -1.140 40.200 -39.650 1.00 0.00 W4 H +ATOM 39504 H2 TIP3X 524 0.140 39.460 -39.960 1.00 0.00 W4 H +ATOM 39505 OH2 TIP3X 525 20.120 -20.210 27.430 1.00 0.00 W4 O +ATOM 39506 H1 TIP3X 525 20.430 -19.310 27.270 1.00 0.00 W4 H +ATOM 39507 H2 TIP3X 525 20.490 -20.440 28.280 1.00 0.00 W4 H +ATOM 39508 OH2 TIP3X 526 -34.960 29.900 -22.780 1.00 0.00 W4 O +ATOM 39509 H1 TIP3X 526 -34.680 30.750 -22.430 1.00 0.00 W4 H +ATOM 39510 H2 TIP3X 526 -35.080 30.050 -23.710 1.00 0.00 W4 H +ATOM 39511 OH2 TIP3X 527 4.620 -7.930 -49.850 1.00 0.00 W4 O +ATOM 39512 H1 TIP3X 527 5.570 -7.990 -49.950 1.00 0.00 W4 H +ATOM 39513 H2 TIP3X 527 4.470 -8.180 -48.930 1.00 0.00 W4 H +ATOM 39514 OH2 TIP3X 528 -14.440 -36.140 37.470 1.00 0.00 W4 O +ATOM 39515 H1 TIP3X 528 -14.610 -36.000 38.400 1.00 0.00 W4 H +ATOM 39516 H2 TIP3X 528 -15.090 -36.800 37.210 1.00 0.00 W4 H +ATOM 39517 OH2 TIP3X 529 16.350 25.250 -46.760 1.00 0.00 W4 O +ATOM 39518 H1 TIP3X 529 16.590 26.020 -46.240 1.00 0.00 W4 H +ATOM 39519 H2 TIP3X 529 17.020 25.210 -47.450 1.00 0.00 W4 H +ATOM 39520 OH2 TIP3X 530 -13.700 25.920 -44.100 1.00 0.00 W4 O +ATOM 39521 H1 TIP3X 530 -14.220 26.440 -44.720 1.00 0.00 W4 H +ATOM 39522 H2 TIP3X 530 -13.260 25.270 -44.650 1.00 0.00 W4 H +ATOM 39523 OH2 TIP3X 531 -41.640 0.580 -42.510 1.00 0.00 W4 O +ATOM 39524 H1 TIP3X 531 -41.810 1.020 -41.670 1.00 0.00 W4 H +ATOM 39525 H2 TIP3X 531 -41.620 1.300 -43.140 1.00 0.00 W4 H +ATOM 39526 OH2 TIP3X 532 14.470 -37.140 -38.510 1.00 0.00 W4 O +ATOM 39527 H1 TIP3X 532 13.890 -37.870 -38.740 1.00 0.00 W4 H +ATOM 39528 H2 TIP3X 532 14.790 -36.820 -39.350 1.00 0.00 W4 H +ATOM 39529 OH2 TIP3X 533 0.430 10.320 30.260 1.00 0.00 W4 O +ATOM 39530 H1 TIP3X 533 0.440 9.520 29.730 1.00 0.00 W4 H +ATOM 39531 H2 TIP3X 533 -0.240 10.160 30.930 1.00 0.00 W4 H +ATOM 39532 OH2 TIP3X 534 18.190 -4.480 -40.370 1.00 0.00 W4 O +ATOM 39533 H1 TIP3X 534 18.190 -5.440 -40.420 1.00 0.00 W4 H +ATOM 39534 H2 TIP3X 534 18.550 -4.190 -41.210 1.00 0.00 W4 H +ATOM 39535 OH2 TIP3X 535 25.960 -16.020 -33.360 1.00 0.00 W4 O +ATOM 39536 H1 TIP3X 535 26.310 -16.850 -33.710 1.00 0.00 W4 H +ATOM 39537 H2 TIP3X 535 26.570 -15.360 -33.680 1.00 0.00 W4 H +ATOM 39538 OH2 TIP3X 536 17.280 20.280 16.000 1.00 0.00 W4 O +ATOM 39539 H1 TIP3X 536 16.840 20.900 16.590 1.00 0.00 W4 H +ATOM 39540 H2 TIP3X 536 18.140 20.690 15.830 1.00 0.00 W4 H +ATOM 39541 OH2 TIP3X 537 4.380 3.940 35.920 1.00 0.00 W4 O +ATOM 39542 H1 TIP3X 537 3.710 4.550 36.210 1.00 0.00 W4 H +ATOM 39543 H2 TIP3X 537 3.890 3.230 35.510 1.00 0.00 W4 H +ATOM 39544 OH2 TIP3X 538 -19.550 38.420 -24.050 1.00 0.00 W4 O +ATOM 39545 H1 TIP3X 538 -19.950 37.610 -24.360 1.00 0.00 W4 H +ATOM 39546 H2 TIP3X 538 -18.610 38.300 -24.220 1.00 0.00 W4 H +ATOM 39547 OH2 TIP3X 539 17.480 -25.740 -37.860 1.00 0.00 W4 O +ATOM 39548 H1 TIP3X 539 17.910 -25.900 -37.020 1.00 0.00 W4 H +ATOM 39549 H2 TIP3X 539 17.570 -26.560 -38.340 1.00 0.00 W4 H +ATOM 39550 OH2 TIP3X 540 18.050 5.250 22.080 1.00 0.00 W4 O +ATOM 39551 H1 TIP3X 540 18.470 4.610 21.520 1.00 0.00 W4 H +ATOM 39552 H2 TIP3X 540 17.310 5.590 21.570 1.00 0.00 W4 H +ATOM 39553 OH2 TIP3X 541 -33.910 23.890 -17.380 1.00 0.00 W4 O +ATOM 39554 H1 TIP3X 541 -34.660 23.850 -17.970 1.00 0.00 W4 H +ATOM 39555 H2 TIP3X 541 -34.280 23.750 -16.500 1.00 0.00 W4 H +ATOM 39556 OH2 TIP3X 542 44.350 -0.470 -15.250 1.00 0.00 W4 O +ATOM 39557 H1 TIP3X 542 44.250 -0.990 -16.040 1.00 0.00 W4 H +ATOM 39558 H2 TIP3X 542 43.520 -0.580 -14.780 1.00 0.00 W4 H +ATOM 39559 OH2 TIP3X 543 28.310 -32.220 -23.390 1.00 0.00 W4 O +ATOM 39560 H1 TIP3X 543 28.830 -31.640 -23.950 1.00 0.00 W4 H +ATOM 39561 H2 TIP3X 543 28.010 -31.650 -22.680 1.00 0.00 W4 H +ATOM 39562 OH2 TIP3X 544 -19.980 -43.500 16.580 1.00 0.00 W4 O +ATOM 39563 H1 TIP3X 544 -19.290 -43.930 17.080 1.00 0.00 W4 H +ATOM 39564 H2 TIP3X 544 -20.060 -42.630 16.990 1.00 0.00 W4 H +ATOM 39565 OH2 TIP3X 545 -20.300 -46.490 25.740 1.00 0.00 W4 O +ATOM 39566 H1 TIP3X 545 -20.070 -45.710 25.230 1.00 0.00 W4 H +ATOM 39567 H2 TIP3X 545 -21.090 -46.820 25.320 1.00 0.00 W4 H +ATOM 39568 OH2 TIP3X 546 34.230 -2.960 -34.770 1.00 0.00 W4 O +ATOM 39569 H1 TIP3X 546 33.580 -2.520 -35.320 1.00 0.00 W4 H +ATOM 39570 H2 TIP3X 546 34.080 -3.900 -34.920 1.00 0.00 W4 H +ATOM 39571 OH2 TIP3X 547 -14.770 1.200 35.040 1.00 0.00 W4 O +ATOM 39572 H1 TIP3X 547 -15.480 1.820 34.870 1.00 0.00 W4 H +ATOM 39573 H2 TIP3X 547 -15.200 0.380 35.250 1.00 0.00 W4 H +ATOM 39574 OH2 TIP3X 548 23.740 -0.110 26.580 1.00 0.00 W4 O +ATOM 39575 H1 TIP3X 548 23.250 0.700 26.500 1.00 0.00 W4 H +ATOM 39576 H2 TIP3X 548 23.090 -0.800 26.480 1.00 0.00 W4 H +ATOM 39577 OH2 TIP3X 549 27.640 -43.930 23.900 1.00 0.00 W4 O +ATOM 39578 H1 TIP3X 549 28.200 -43.400 24.470 1.00 0.00 W4 H +ATOM 39579 H2 TIP3X 549 26.870 -43.370 23.750 1.00 0.00 W4 H +ATOM 39580 OH2 TIP3X 550 -14.530 -42.910 -39.870 1.00 0.00 W4 O +ATOM 39581 H1 TIP3X 550 -14.170 -42.060 -39.630 1.00 0.00 W4 H +ATOM 39582 H2 TIP3X 550 -13.810 -43.350 -40.330 1.00 0.00 W4 H +ATOM 39583 OH2 TIP3X 551 33.370 -15.750 -15.320 1.00 0.00 W4 O +ATOM 39584 H1 TIP3X 551 32.480 -16.090 -15.180 1.00 0.00 W4 H +ATOM 39585 H2 TIP3X 551 33.950 -16.460 -15.060 1.00 0.00 W4 H +ATOM 39586 OH2 TIP3X 552 42.280 2.990 26.140 1.00 0.00 W4 O +ATOM 39587 H1 TIP3X 552 41.460 2.520 26.290 1.00 0.00 W4 H +ATOM 39588 H2 TIP3X 552 42.920 2.550 26.690 1.00 0.00 W4 H +ATOM 39589 OH2 TIP3X 553 -0.610 -41.240 30.750 1.00 0.00 W4 O +ATOM 39590 H1 TIP3X 553 -0.610 -42.180 30.530 1.00 0.00 W4 H +ATOM 39591 H2 TIP3X 553 -0.300 -41.210 31.660 1.00 0.00 W4 H +ATOM 39592 OH2 TIP3X 554 -11.210 15.880 19.090 1.00 0.00 W4 O +ATOM 39593 H1 TIP3X 554 -10.340 15.520 19.220 1.00 0.00 W4 H +ATOM 39594 H2 TIP3X 554 -11.100 16.820 19.190 1.00 0.00 W4 H +ATOM 39595 OH2 TIP3X 555 42.120 15.250 31.450 1.00 0.00 W4 O +ATOM 39596 H1 TIP3X 555 42.550 15.710 32.180 1.00 0.00 W4 H +ATOM 39597 H2 TIP3X 555 41.500 14.650 31.890 1.00 0.00 W4 H +ATOM 39598 OH2 TIP3X 556 -23.280 -24.910 -41.090 1.00 0.00 W4 O +ATOM 39599 H1 TIP3X 556 -23.270 -25.580 -40.410 1.00 0.00 W4 H +ATOM 39600 H2 TIP3X 556 -22.710 -24.220 -40.770 1.00 0.00 W4 H +ATOM 39601 OH2 TIP3X 557 -42.620 -47.560 20.060 1.00 0.00 W4 O +ATOM 39602 H1 TIP3X 557 -42.170 -47.460 20.900 1.00 0.00 W4 H +ATOM 39603 H2 TIP3X 557 -41.930 -47.740 19.430 1.00 0.00 W4 H +ATOM 39604 OH2 TIP3X 558 -40.840 39.600 28.060 1.00 0.00 W4 O +ATOM 39605 H1 TIP3X 558 -41.240 39.290 28.870 1.00 0.00 W4 H +ATOM 39606 H2 TIP3X 558 -41.220 39.040 27.380 1.00 0.00 W4 H +ATOM 39607 OH2 TIP3X 559 39.680 -17.810 -48.460 1.00 0.00 W4 O +ATOM 39608 H1 TIP3X 559 40.390 -17.380 -47.980 1.00 0.00 W4 H +ATOM 39609 H2 TIP3X 559 38.910 -17.730 -47.880 1.00 0.00 W4 H +ATOM 39610 OH2 TIP3X 560 -24.330 33.550 38.480 1.00 0.00 W4 O +ATOM 39611 H1 TIP3X 560 -24.310 32.630 38.740 1.00 0.00 W4 H +ATOM 39612 H2 TIP3X 560 -23.410 33.760 38.290 1.00 0.00 W4 H +ATOM 39613 OH2 TIP3X 561 28.770 -0.680 25.760 1.00 0.00 W4 O +ATOM 39614 H1 TIP3X 561 29.370 -0.010 26.080 1.00 0.00 W4 H +ATOM 39615 H2 TIP3X 561 27.930 -0.250 25.700 1.00 0.00 W4 H +ATOM 39616 OH2 TIP3X 562 -18.050 -37.460 -39.860 1.00 0.00 W4 O +ATOM 39617 H1 TIP3X 562 -18.490 -38.310 -39.820 1.00 0.00 W4 H +ATOM 39618 H2 TIP3X 562 -18.480 -36.950 -39.190 1.00 0.00 W4 H +ATOM 39619 OH2 TIP3X 563 -3.980 30.200 -38.970 1.00 0.00 W4 O +ATOM 39620 H1 TIP3X 563 -3.410 30.700 -39.530 1.00 0.00 W4 H +ATOM 39621 H2 TIP3X 563 -3.650 29.300 -39.020 1.00 0.00 W4 H +ATOM 39622 OH2 TIP3X 564 42.370 -8.340 -22.170 1.00 0.00 W4 O +ATOM 39623 H1 TIP3X 564 41.770 -7.930 -22.780 1.00 0.00 W4 H +ATOM 39624 H2 TIP3X 564 42.800 -9.020 -22.670 1.00 0.00 W4 H +ATOM 39625 OH2 TIP3X 565 32.490 17.100 -45.470 1.00 0.00 W4 O +ATOM 39626 H1 TIP3X 565 33.350 17.440 -45.720 1.00 0.00 W4 H +ATOM 39627 H2 TIP3X 565 32.300 17.530 -44.640 1.00 0.00 W4 H +ATOM 39628 OH2 TIP3X 566 31.230 -21.660 -35.240 1.00 0.00 W4 O +ATOM 39629 H1 TIP3X 566 31.160 -22.290 -34.540 1.00 0.00 W4 H +ATOM 39630 H2 TIP3X 566 31.610 -20.880 -34.840 1.00 0.00 W4 H +ATOM 39631 OH2 TIP3X 567 26.610 39.650 -37.900 1.00 0.00 W4 O +ATOM 39632 H1 TIP3X 567 25.750 39.810 -37.530 1.00 0.00 W4 H +ATOM 39633 H2 TIP3X 567 26.840 38.760 -37.600 1.00 0.00 W4 H +ATOM 39634 OH2 TIP3X 568 -9.050 4.730 -33.590 1.00 0.00 W4 O +ATOM 39635 H1 TIP3X 568 -8.570 4.520 -34.390 1.00 0.00 W4 H +ATOM 39636 H2 TIP3X 568 -9.950 4.480 -33.790 1.00 0.00 W4 H +ATOM 39637 OH2 TIP3X 569 -18.790 2.230 39.150 1.00 0.00 W4 O +ATOM 39638 H1 TIP3X 569 -19.390 1.840 38.520 1.00 0.00 W4 H +ATOM 39639 H2 TIP3X 569 -19.100 1.910 40.000 1.00 0.00 W4 H +ATOM 39640 OH2 TIP3X 570 34.870 -44.940 -34.640 1.00 0.00 W4 O +ATOM 39641 H1 TIP3X 570 35.790 -44.820 -34.820 1.00 0.00 W4 H +ATOM 39642 H2 TIP3X 570 34.770 -44.740 -33.710 1.00 0.00 W4 H +ATOM 39643 OH2 TIP3X 571 35.530 -5.950 18.780 1.00 0.00 W4 O +ATOM 39644 H1 TIP3X 571 35.280 -5.310 18.100 1.00 0.00 W4 H +ATOM 39645 H2 TIP3X 571 34.770 -6.510 18.860 1.00 0.00 W4 H +ATOM 39646 OH2 TIP3X 572 20.430 10.310 -39.240 1.00 0.00 W4 O +ATOM 39647 H1 TIP3X 572 20.280 9.960 -38.360 1.00 0.00 W4 H +ATOM 39648 H2 TIP3X 572 20.200 11.230 -39.180 1.00 0.00 W4 H +ATOM 39649 OH2 TIP3X 573 35.010 -27.960 -22.820 1.00 0.00 W4 O +ATOM 39650 H1 TIP3X 573 35.530 -27.160 -22.850 1.00 0.00 W4 H +ATOM 39651 H2 TIP3X 573 35.520 -28.600 -23.320 1.00 0.00 W4 H +ATOM 39652 OH2 TIP3X 574 -44.560 -24.700 -32.820 1.00 0.00 W4 O +ATOM 39653 H1 TIP3X 574 -45.510 -24.820 -32.820 1.00 0.00 W4 H +ATOM 39654 H2 TIP3X 574 -44.310 -24.740 -33.750 1.00 0.00 W4 H +ATOM 39655 OH2 TIP3X 575 38.620 15.230 28.740 1.00 0.00 W4 O +ATOM 39656 H1 TIP3X 575 37.930 14.800 28.230 1.00 0.00 W4 H +ATOM 39657 H2 TIP3X 575 38.150 15.720 29.400 1.00 0.00 W4 H +ATOM 39658 OH2 TIP3X 576 -9.830 34.760 24.280 1.00 0.00 W4 O +ATOM 39659 H1 TIP3X 576 -10.610 34.250 24.030 1.00 0.00 W4 H +ATOM 39660 H2 TIP3X 576 -9.150 34.460 23.670 1.00 0.00 W4 H +ATOM 39661 OH2 TIP3X 577 24.370 -30.590 -51.560 1.00 0.00 W4 O +ATOM 39662 H1 TIP3X 577 24.770 -30.820 -50.720 1.00 0.00 W4 H +ATOM 39663 H2 TIP3X 577 25.040 -30.090 -52.020 1.00 0.00 W4 H +ATOM 39664 OH2 TIP3X 578 27.860 -26.890 -47.610 1.00 0.00 W4 O +ATOM 39665 H1 TIP3X 578 28.300 -27.360 -48.310 1.00 0.00 W4 H +ATOM 39666 H2 TIP3X 578 26.970 -26.750 -47.940 1.00 0.00 W4 H +ATOM 39667 OH2 TIP3X 579 -9.340 -48.450 -26.190 1.00 0.00 W4 O +ATOM 39668 H1 TIP3X 579 -9.820 -49.230 -26.470 1.00 0.00 W4 H +ATOM 39669 H2 TIP3X 579 -9.390 -48.470 -25.240 1.00 0.00 W4 H +ATOM 39670 OH2 TIP3X 580 -34.290 -45.450 30.580 1.00 0.00 W4 O +ATOM 39671 H1 TIP3X 580 -33.730 -46.010 30.060 1.00 0.00 W4 H +ATOM 39672 H2 TIP3X 580 -34.480 -44.710 30.000 1.00 0.00 W4 H +ATOM 39673 OH2 TIP3X 581 31.690 25.150 23.710 1.00 0.00 W4 O +ATOM 39674 H1 TIP3X 581 31.150 24.940 24.460 1.00 0.00 W4 H +ATOM 39675 H2 TIP3X 581 32.150 24.330 23.500 1.00 0.00 W4 H +ATOM 39676 OH2 TIP3X 582 14.610 14.410 33.230 1.00 0.00 W4 O +ATOM 39677 H1 TIP3X 582 14.910 14.160 32.360 1.00 0.00 W4 H +ATOM 39678 H2 TIP3X 582 14.920 13.720 33.800 1.00 0.00 W4 H +ATOM 39679 OH2 TIP3X 583 17.070 31.790 35.600 1.00 0.00 W4 O +ATOM 39680 H1 TIP3X 583 17.550 31.450 34.840 1.00 0.00 W4 H +ATOM 39681 H2 TIP3X 583 16.470 31.090 35.850 1.00 0.00 W4 H +ATOM 39682 OH2 TIP3X 584 24.110 -28.950 34.380 1.00 0.00 W4 O +ATOM 39683 H1 TIP3X 584 23.740 -29.440 33.640 1.00 0.00 W4 H +ATOM 39684 H2 TIP3X 584 25.020 -28.820 34.140 1.00 0.00 W4 H +ATOM 39685 OH2 TIP3X 585 -4.750 -12.890 -30.990 1.00 0.00 W4 O +ATOM 39686 H1 TIP3X 585 -3.990 -13.130 -30.460 1.00 0.00 W4 H +ATOM 39687 H2 TIP3X 585 -4.940 -11.990 -30.740 1.00 0.00 W4 H +ATOM 39688 OH2 TIP3X 586 -22.850 -8.900 -21.450 1.00 0.00 W4 O +ATOM 39689 H1 TIP3X 586 -22.600 -9.610 -22.030 1.00 0.00 W4 H +ATOM 39690 H2 TIP3X 586 -23.650 -9.200 -21.020 1.00 0.00 W4 H +ATOM 39691 OH2 TIP3X 587 -17.230 -17.310 18.610 1.00 0.00 W4 O +ATOM 39692 H1 TIP3X 587 -17.720 -17.530 17.810 1.00 0.00 W4 H +ATOM 39693 H2 TIP3X 587 -16.810 -18.120 18.870 1.00 0.00 W4 H +ATOM 39694 OH2 TIP3X 588 -6.010 -16.720 -46.220 1.00 0.00 W4 O +ATOM 39695 H1 TIP3X 588 -6.860 -16.730 -45.780 1.00 0.00 W4 H +ATOM 39696 H2 TIP3X 588 -5.810 -17.660 -46.360 1.00 0.00 W4 H +ATOM 39697 OH2 TIP3X 589 47.110 3.550 -49.000 1.00 0.00 W4 O +ATOM 39698 H1 TIP3X 589 47.510 4.420 -48.960 1.00 0.00 W4 H +ATOM 39699 H2 TIP3X 589 46.350 3.610 -48.420 1.00 0.00 W4 H +ATOM 39700 OH2 TIP3X 590 -28.920 16.140 33.410 1.00 0.00 W4 O +ATOM 39701 H1 TIP3X 590 -28.620 15.850 34.270 1.00 0.00 W4 H +ATOM 39702 H2 TIP3X 590 -29.710 16.650 33.590 1.00 0.00 W4 H +ATOM 39703 OH2 TIP3X 591 38.710 26.630 33.260 1.00 0.00 W4 O +ATOM 39704 H1 TIP3X 591 38.330 25.750 33.370 1.00 0.00 W4 H +ATOM 39705 H2 TIP3X 591 38.870 26.920 34.160 1.00 0.00 W4 H +ATOM 39706 OH2 TIP3X 592 28.490 21.870 -17.270 1.00 0.00 W4 O +ATOM 39707 H1 TIP3X 592 28.530 22.790 -17.500 1.00 0.00 W4 H +ATOM 39708 H2 TIP3X 592 28.590 21.400 -18.090 1.00 0.00 W4 H +ATOM 39709 OH2 TIP3X 593 -24.410 27.620 -40.590 1.00 0.00 W4 O +ATOM 39710 H1 TIP3X 593 -24.040 27.450 -41.450 1.00 0.00 W4 H +ATOM 39711 H2 TIP3X 593 -25.040 26.910 -40.460 1.00 0.00 W4 H +ATOM 39712 OH2 TIP3X 594 35.890 -21.060 25.250 1.00 0.00 W4 O +ATOM 39713 H1 TIP3X 594 36.040 -21.660 24.520 1.00 0.00 W4 H +ATOM 39714 H2 TIP3X 594 35.770 -21.630 26.010 1.00 0.00 W4 H +ATOM 39715 OH2 TIP3X 595 24.840 27.100 38.560 1.00 0.00 W4 O +ATOM 39716 H1 TIP3X 595 25.730 26.960 38.860 1.00 0.00 W4 H +ATOM 39717 H2 TIP3X 595 24.290 26.610 39.180 1.00 0.00 W4 H +ATOM 39718 OH2 TIP3X 596 30.410 -28.530 -16.220 1.00 0.00 W4 O +ATOM 39719 H1 TIP3X 596 30.250 -28.810 -17.120 1.00 0.00 W4 H +ATOM 39720 H2 TIP3X 596 30.830 -27.670 -16.290 1.00 0.00 W4 H +ATOM 39721 OH2 TIP3X 597 -17.200 42.790 -19.100 1.00 0.00 W4 O +ATOM 39722 H1 TIP3X 597 -16.490 43.100 -19.660 1.00 0.00 W4 H +ATOM 39723 H2 TIP3X 597 -16.770 42.420 -18.340 1.00 0.00 W4 H +ATOM 39724 OH2 TIP3X 598 -25.800 -40.010 -46.720 1.00 0.00 W4 O +ATOM 39725 H1 TIP3X 598 -24.990 -40.450 -47.010 1.00 0.00 W4 H +ATOM 39726 H2 TIP3X 598 -25.600 -39.740 -45.810 1.00 0.00 W4 H +ATOM 39727 OH2 TIP3X 599 -9.250 -45.890 28.860 1.00 0.00 W4 O +ATOM 39728 H1 TIP3X 599 -10.090 -46.310 28.690 1.00 0.00 W4 H +ATOM 39729 H2 TIP3X 599 -8.610 -46.390 28.350 1.00 0.00 W4 H +ATOM 39730 OH2 TIP3X 600 -10.460 -43.070 24.290 1.00 0.00 W4 O +ATOM 39731 H1 TIP3X 600 -10.550 -42.320 24.860 1.00 0.00 W4 H +ATOM 39732 H2 TIP3X 600 -9.740 -43.580 24.670 1.00 0.00 W4 H +ATOM 39733 OH2 TIP3X 601 15.370 -2.330 -19.850 1.00 0.00 W4 O +ATOM 39734 H1 TIP3X 601 14.700 -1.690 -19.580 1.00 0.00 W4 H +ATOM 39735 H2 TIP3X 601 16.140 -1.800 -20.020 1.00 0.00 W4 H +ATOM 39736 OH2 TIP3X 602 -18.410 -30.380 -29.650 1.00 0.00 W4 O +ATOM 39737 H1 TIP3X 602 -19.070 -29.840 -29.210 1.00 0.00 W4 H +ATOM 39738 H2 TIP3X 602 -18.370 -30.030 -30.530 1.00 0.00 W4 H +ATOM 39739 OH2 TIP3X 603 -27.080 -47.290 12.720 1.00 0.00 W4 O +ATOM 39740 H1 TIP3X 603 -27.600 -46.710 12.160 1.00 0.00 W4 H +ATOM 39741 H2 TIP3X 603 -26.220 -46.860 12.740 1.00 0.00 W4 H +ATOM 39742 OH2 TIP3X 604 -18.550 38.250 35.560 1.00 0.00 W4 O +ATOM 39743 H1 TIP3X 604 -18.920 38.300 36.450 1.00 0.00 W4 H +ATOM 39744 H2 TIP3X 604 -17.870 38.920 35.540 1.00 0.00 W4 H +ATOM 39745 OH2 TIP3X 605 41.990 -20.790 -39.340 1.00 0.00 W4 O +ATOM 39746 H1 TIP3X 605 41.220 -21.190 -39.750 1.00 0.00 W4 H +ATOM 39747 H2 TIP3X 605 42.730 -21.150 -39.840 1.00 0.00 W4 H +ATOM 39748 OH2 TIP3X 606 32.620 12.440 -6.030 1.00 0.00 W4 O +ATOM 39749 H1 TIP3X 606 32.370 12.460 -6.970 1.00 0.00 W4 H +ATOM 39750 H2 TIP3X 606 32.190 11.640 -5.700 1.00 0.00 W4 H +ATOM 39751 OH2 TIP3X 607 -20.240 -20.830 -30.270 1.00 0.00 W4 O +ATOM 39752 H1 TIP3X 607 -20.570 -20.660 -31.140 1.00 0.00 W4 H +ATOM 39753 H2 TIP3X 607 -20.630 -21.680 -30.020 1.00 0.00 W4 H +ATOM 39754 OH2 TIP3X 608 -32.380 -16.330 36.560 1.00 0.00 W4 O +ATOM 39755 H1 TIP3X 608 -32.360 -16.590 35.640 1.00 0.00 W4 H +ATOM 39756 H2 TIP3X 608 -32.330 -17.150 37.050 1.00 0.00 W4 H +ATOM 39757 OH2 TIP3X 609 34.580 30.750 23.960 1.00 0.00 W4 O +ATOM 39758 H1 TIP3X 609 34.430 31.390 23.260 1.00 0.00 W4 H +ATOM 39759 H2 TIP3X 609 35.520 30.560 23.920 1.00 0.00 W4 H +ATOM 39760 OH2 TIP3X 610 -2.380 -49.390 30.400 1.00 0.00 W4 O +ATOM 39761 H1 TIP3X 610 -2.570 -49.830 31.240 1.00 0.00 W4 H +ATOM 39762 H2 TIP3X 610 -3.190 -48.920 30.200 1.00 0.00 W4 H +ATOM 39763 OH2 TIP3X 611 -30.220 -14.580 -27.190 1.00 0.00 W4 O +ATOM 39764 H1 TIP3X 611 -30.700 -14.740 -28.000 1.00 0.00 W4 H +ATOM 39765 H2 TIP3X 611 -30.780 -13.980 -26.690 1.00 0.00 W4 H +ATOM 39766 OH2 TIP3X 612 21.630 23.270 -18.760 1.00 0.00 W4 O +ATOM 39767 H1 TIP3X 612 21.440 22.830 -17.940 1.00 0.00 W4 H +ATOM 39768 H2 TIP3X 612 21.530 22.570 -19.420 1.00 0.00 W4 H +ATOM 39769 OH2 TIP3X 613 34.190 -45.550 22.670 1.00 0.00 W4 O +ATOM 39770 H1 TIP3X 613 34.000 -44.820 23.240 1.00 0.00 W4 H +ATOM 39771 H2 TIP3X 613 34.950 -45.270 22.160 1.00 0.00 W4 H +ATOM 39772 OH2 TIP3X 614 4.790 40.530 20.590 1.00 0.00 W4 O +ATOM 39773 H1 TIP3X 614 4.410 39.830 21.120 1.00 0.00 W4 H +ATOM 39774 H2 TIP3X 614 5.610 40.750 21.040 1.00 0.00 W4 H +ATOM 39775 OH2 TIP3X 615 -29.820 -39.350 16.440 1.00 0.00 W4 O +ATOM 39776 H1 TIP3X 615 -29.610 -39.080 17.340 1.00 0.00 W4 H +ATOM 39777 H2 TIP3X 615 -30.050 -38.530 16.000 1.00 0.00 W4 H +ATOM 39778 OH2 TIP3X 616 -35.930 -2.570 28.350 1.00 0.00 W4 O +ATOM 39779 H1 TIP3X 616 -36.590 -2.980 28.920 1.00 0.00 W4 H +ATOM 39780 H2 TIP3X 616 -36.370 -2.510 27.490 1.00 0.00 W4 H +ATOM 39781 OH2 TIP3X 617 -12.290 39.730 -32.250 1.00 0.00 W4 O +ATOM 39782 H1 TIP3X 617 -12.870 40.280 -32.760 1.00 0.00 W4 H +ATOM 39783 H2 TIP3X 617 -11.410 39.990 -32.520 1.00 0.00 W4 H +ATOM 39784 OH2 TIP3X 618 24.900 12.590 -47.350 1.00 0.00 W4 O +ATOM 39785 H1 TIP3X 618 24.430 13.250 -46.840 1.00 0.00 W4 H +ATOM 39786 H2 TIP3X 618 25.290 12.020 -46.690 1.00 0.00 W4 H +ATOM 39787 OH2 TIP3X 619 27.800 -38.000 29.880 1.00 0.00 W4 O +ATOM 39788 H1 TIP3X 619 28.160 -38.850 30.140 1.00 0.00 W4 H +ATOM 39789 H2 TIP3X 619 26.930 -38.190 29.540 1.00 0.00 W4 H +ATOM 39790 OH2 TIP3X 620 28.100 37.260 20.370 1.00 0.00 W4 O +ATOM 39791 H1 TIP3X 620 28.650 37.390 19.590 1.00 0.00 W4 H +ATOM 39792 H2 TIP3X 620 27.470 36.590 20.110 1.00 0.00 W4 H +ATOM 39793 OH2 TIP3X 621 27.310 -27.090 26.410 1.00 0.00 W4 O +ATOM 39794 H1 TIP3X 621 26.460 -27.250 26.820 1.00 0.00 W4 H +ATOM 39795 H2 TIP3X 621 27.840 -27.840 26.690 1.00 0.00 W4 H +ATOM 39796 OH2 TIP3X 622 5.860 -46.100 -52.070 1.00 0.00 W4 O +ATOM 39797 H1 TIP3X 622 6.510 -46.640 -51.640 1.00 0.00 W4 H +ATOM 39798 H2 TIP3X 622 6.160 -46.020 -52.970 1.00 0.00 W4 H +ATOM 39799 OH2 TIP3X 623 -13.560 4.920 28.310 1.00 0.00 W4 O +ATOM 39800 H1 TIP3X 623 -14.120 4.220 27.960 1.00 0.00 W4 H +ATOM 39801 H2 TIP3X 623 -14.130 5.680 28.390 1.00 0.00 W4 H +ATOM 39802 OH2 TIP3X 624 38.990 16.820 -48.270 1.00 0.00 W4 O +ATOM 39803 H1 TIP3X 624 39.550 16.450 -47.590 1.00 0.00 W4 H +ATOM 39804 H2 TIP3X 624 39.130 16.260 -49.040 1.00 0.00 W4 H +ATOM 39805 OH2 TIP3X 625 10.930 15.200 35.710 1.00 0.00 W4 O +ATOM 39806 H1 TIP3X 625 11.280 14.800 34.920 1.00 0.00 W4 H +ATOM 39807 H2 TIP3X 625 10.140 14.690 35.900 1.00 0.00 W4 H +ATOM 39808 OH2 TIP3X 626 -23.400 -0.990 -44.610 1.00 0.00 W4 O +ATOM 39809 H1 TIP3X 626 -23.650 -1.350 -45.470 1.00 0.00 W4 H +ATOM 39810 H2 TIP3X 626 -22.930 -0.180 -44.830 1.00 0.00 W4 H +ATOM 39811 OH2 TIP3X 627 -25.780 11.060 -21.850 1.00 0.00 W4 O +ATOM 39812 H1 TIP3X 627 -26.110 10.170 -21.950 1.00 0.00 W4 H +ATOM 39813 H2 TIP3X 627 -25.560 11.140 -20.940 1.00 0.00 W4 H +ATOM 39814 OH2 TIP3X 628 34.530 -40.950 -38.300 1.00 0.00 W4 O +ATOM 39815 H1 TIP3X 628 34.230 -40.250 -38.890 1.00 0.00 W4 H +ATOM 39816 H2 TIP3X 628 33.790 -41.540 -38.230 1.00 0.00 W4 H +ATOM 39817 OH2 TIP3X 629 42.560 13.200 -13.760 1.00 0.00 W4 O +ATOM 39818 H1 TIP3X 629 43.380 12.700 -13.840 1.00 0.00 W4 H +ATOM 39819 H2 TIP3X 629 42.760 13.910 -13.150 1.00 0.00 W4 H +ATOM 39820 OH2 TIP3X 630 42.170 -42.240 -29.340 1.00 0.00 W4 O +ATOM 39821 H1 TIP3X 630 41.850 -42.990 -29.830 1.00 0.00 W4 H +ATOM 39822 H2 TIP3X 630 41.550 -41.550 -29.530 1.00 0.00 W4 H +ATOM 39823 OH2 TIP3X 631 -32.520 23.260 -43.240 1.00 0.00 W4 O +ATOM 39824 H1 TIP3X 631 -32.440 22.690 -44.000 1.00 0.00 W4 H +ATOM 39825 H2 TIP3X 631 -32.210 24.110 -43.550 1.00 0.00 W4 H +ATOM 39826 OH2 TIP3X 632 35.930 -29.220 -47.400 1.00 0.00 W4 O +ATOM 39827 H1 TIP3X 632 36.400 -28.930 -46.620 1.00 0.00 W4 H +ATOM 39828 H2 TIP3X 632 35.020 -29.300 -47.120 1.00 0.00 W4 H +ATOM 39829 OH2 TIP3X 633 31.500 8.240 26.940 1.00 0.00 W4 O +ATOM 39830 H1 TIP3X 633 31.390 8.830 27.680 1.00 0.00 W4 H +ATOM 39831 H2 TIP3X 633 32.430 8.270 26.740 1.00 0.00 W4 H +ATOM 39832 OH2 TIP3X 634 17.920 -52.110 28.340 1.00 0.00 W4 O +ATOM 39833 H1 TIP3X 634 17.680 -52.270 27.420 1.00 0.00 W4 H +ATOM 39834 H2 TIP3X 634 17.130 -51.740 28.730 1.00 0.00 W4 H +ATOM 39835 OH2 TIP3X 635 28.280 -3.200 26.870 1.00 0.00 W4 O +ATOM 39836 H1 TIP3X 635 27.330 -3.300 26.790 1.00 0.00 W4 H +ATOM 39837 H2 TIP3X 635 28.470 -2.370 26.430 1.00 0.00 W4 H +ATOM 39838 OH2 TIP3X 636 43.780 -34.100 21.070 1.00 0.00 W4 O +ATOM 39839 H1 TIP3X 636 43.630 -33.210 21.410 1.00 0.00 W4 H +ATOM 39840 H2 TIP3X 636 43.020 -34.600 21.350 1.00 0.00 W4 H +ATOM 39841 OH2 TIP3X 637 25.670 16.810 -43.440 1.00 0.00 W4 O +ATOM 39842 H1 TIP3X 637 24.920 17.260 -43.830 1.00 0.00 W4 H +ATOM 39843 H2 TIP3X 637 26.370 17.460 -43.430 1.00 0.00 W4 H +ATOM 39844 OH2 TIP3X 638 7.540 0.760 -47.530 1.00 0.00 W4 O +ATOM 39845 H1 TIP3X 638 8.220 0.750 -46.850 1.00 0.00 W4 H +ATOM 39846 H2 TIP3X 638 7.200 1.650 -47.510 1.00 0.00 W4 H +ATOM 39847 OH2 TIP3X 639 -27.260 38.550 -41.830 1.00 0.00 W4 O +ATOM 39848 H1 TIP3X 639 -27.220 37.870 -41.150 1.00 0.00 W4 H +ATOM 39849 H2 TIP3X 639 -28.050 38.330 -42.340 1.00 0.00 W4 H +ATOM 39850 OH2 TIP3X 640 19.380 19.250 37.290 1.00 0.00 W4 O +ATOM 39851 H1 TIP3X 640 19.640 18.420 37.680 1.00 0.00 W4 H +ATOM 39852 H2 TIP3X 640 20.190 19.750 37.230 1.00 0.00 W4 H +ATOM 39853 OH2 TIP3X 641 40.000 -43.100 -32.840 1.00 0.00 W4 O +ATOM 39854 H1 TIP3X 641 39.270 -43.370 -32.290 1.00 0.00 W4 H +ATOM 39855 H2 TIP3X 641 40.150 -42.180 -32.630 1.00 0.00 W4 H +ATOM 39856 OH2 TIP3X 642 -38.970 27.700 -46.770 1.00 0.00 W4 O +ATOM 39857 H1 TIP3X 642 -39.870 27.430 -46.570 1.00 0.00 W4 H +ATOM 39858 H2 TIP3X 642 -38.450 26.920 -46.620 1.00 0.00 W4 H +ATOM 39859 OH2 TIP3X 643 -17.820 -42.500 36.350 1.00 0.00 W4 O +ATOM 39860 H1 TIP3X 643 -17.040 -42.580 36.890 1.00 0.00 W4 H +ATOM 39861 H2 TIP3X 643 -18.080 -41.580 36.440 1.00 0.00 W4 H +ATOM 39862 OH2 TIP3X 644 34.930 -16.400 -28.080 1.00 0.00 W4 O +ATOM 39863 H1 TIP3X 644 34.080 -16.280 -28.520 1.00 0.00 W4 H +ATOM 39864 H2 TIP3X 644 35.510 -16.730 -28.760 1.00 0.00 W4 H +ATOM 39865 OH2 TIP3X 645 -42.250 -30.230 -48.100 1.00 0.00 W4 O +ATOM 39866 H1 TIP3X 645 -41.920 -30.020 -47.230 1.00 0.00 W4 H +ATOM 39867 H2 TIP3X 645 -42.830 -29.490 -48.310 1.00 0.00 W4 H +ATOM 39868 OH2 TIP3X 646 -35.560 -20.050 33.370 1.00 0.00 W4 O +ATOM 39869 H1 TIP3X 646 -35.030 -20.750 33.770 1.00 0.00 W4 H +ATOM 39870 H2 TIP3X 646 -35.710 -20.350 32.470 1.00 0.00 W4 H +ATOM 39871 OH2 TIP3X 647 -25.100 -10.920 29.890 1.00 0.00 W4 O +ATOM 39872 H1 TIP3X 647 -25.500 -11.760 29.660 1.00 0.00 W4 H +ATOM 39873 H2 TIP3X 647 -25.030 -10.930 30.830 1.00 0.00 W4 H +ATOM 39874 OH2 TIP3X 648 -40.310 -15.740 -37.850 1.00 0.00 W4 O +ATOM 39875 H1 TIP3X 648 -41.030 -15.290 -38.300 1.00 0.00 W4 H +ATOM 39876 H2 TIP3X 648 -39.960 -15.090 -37.250 1.00 0.00 W4 H +ATOM 39877 OH2 TIP3X 649 -44.790 -1.580 -27.080 1.00 0.00 W4 O +ATOM 39878 H1 TIP3X 649 -45.360 -2.350 -27.020 1.00 0.00 W4 H +ATOM 39879 H2 TIP3X 649 -45.280 -0.880 -26.650 1.00 0.00 W4 H +ATOM 39880 OH2 TIP3X 650 36.820 24.810 -27.130 1.00 0.00 W4 O +ATOM 39881 H1 TIP3X 650 37.380 24.030 -27.210 1.00 0.00 W4 H +ATOM 39882 H2 TIP3X 650 37.350 25.520 -27.480 1.00 0.00 W4 H +ATOM 39883 OH2 TIP3X 651 -41.840 -8.310 20.590 1.00 0.00 W4 O +ATOM 39884 H1 TIP3X 651 -41.830 -7.820 19.770 1.00 0.00 W4 H +ATOM 39885 H2 TIP3X 651 -41.670 -9.210 20.340 1.00 0.00 W4 H +ATOM 39886 OH2 TIP3X 652 41.070 0.280 -14.530 1.00 0.00 W4 O +ATOM 39887 H1 TIP3X 652 40.360 -0.340 -14.660 1.00 0.00 W4 H +ATOM 39888 H2 TIP3X 652 40.820 0.760 -13.730 1.00 0.00 W4 H +ATOM 39889 OH2 TIP3X 653 -38.520 -21.780 -48.200 1.00 0.00 W4 O +ATOM 39890 H1 TIP3X 653 -38.850 -22.110 -47.380 1.00 0.00 W4 H +ATOM 39891 H2 TIP3X 653 -38.960 -20.940 -48.330 1.00 0.00 W4 H +ATOM 39892 OH2 TIP3X 654 27.500 6.910 -40.590 1.00 0.00 W4 O +ATOM 39893 H1 TIP3X 654 26.800 6.280 -40.770 1.00 0.00 W4 H +ATOM 39894 H2 TIP3X 654 27.110 7.540 -39.990 1.00 0.00 W4 H +ATOM 39895 OH2 TIP3X 655 34.800 10.720 -5.640 1.00 0.00 W4 O +ATOM 39896 H1 TIP3X 655 34.120 11.380 -5.590 1.00 0.00 W4 H +ATOM 39897 H2 TIP3X 655 35.580 11.130 -5.270 1.00 0.00 W4 H +ATOM 39898 OH2 TIP3X 656 -10.370 -41.340 -45.850 1.00 0.00 W4 O +ATOM 39899 H1 TIP3X 656 -10.150 -40.770 -45.120 1.00 0.00 W4 H +ATOM 39900 H2 TIP3X 656 -10.070 -40.880 -46.630 1.00 0.00 W4 H +ATOM 39901 OH2 TIP3X 657 33.150 -4.680 -17.840 1.00 0.00 W4 O +ATOM 39902 H1 TIP3X 657 33.820 -4.380 -18.450 1.00 0.00 W4 H +ATOM 39903 H2 TIP3X 657 33.640 -4.940 -17.060 1.00 0.00 W4 H +ATOM 39904 OH2 TIP3X 658 31.910 31.130 -46.540 1.00 0.00 W4 O +ATOM 39905 H1 TIP3X 658 32.660 31.040 -47.140 1.00 0.00 W4 H +ATOM 39906 H2 TIP3X 658 32.060 31.950 -46.080 1.00 0.00 W4 H +ATOM 39907 OH2 TIP3X 659 40.180 -13.950 35.440 1.00 0.00 W4 O +ATOM 39908 H1 TIP3X 659 39.870 -13.080 35.660 1.00 0.00 W4 H +ATOM 39909 H2 TIP3X 659 39.660 -14.210 34.680 1.00 0.00 W4 H +ATOM 39910 OH2 TIP3X 660 -19.260 -6.530 -34.510 1.00 0.00 W4 O +ATOM 39911 H1 TIP3X 660 -19.880 -5.800 -34.600 1.00 0.00 W4 H +ATOM 39912 H2 TIP3X 660 -19.710 -7.280 -34.860 1.00 0.00 W4 H +ATOM 39913 OH2 TIP3X 661 38.470 -6.030 -30.820 1.00 0.00 W4 O +ATOM 39914 H1 TIP3X 661 38.770 -5.990 -29.910 1.00 0.00 W4 H +ATOM 39915 H2 TIP3X 661 38.270 -5.120 -31.040 1.00 0.00 W4 H +ATOM 39916 OH2 TIP3X 662 39.290 13.910 -29.160 1.00 0.00 W4 O +ATOM 39917 H1 TIP3X 662 39.930 13.180 -29.100 1.00 0.00 W4 H +ATOM 39918 H2 TIP3X 662 38.980 13.870 -30.070 1.00 0.00 W4 H +ATOM 39919 OH2 TIP3X 663 -28.140 -43.040 -45.060 1.00 0.00 W4 O +ATOM 39920 H1 TIP3X 663 -28.520 -43.920 -45.020 1.00 0.00 W4 H +ATOM 39921 H2 TIP3X 663 -28.890 -42.450 -45.120 1.00 0.00 W4 H +ATOM 39922 OH2 TIP3X 664 -17.350 -26.740 25.690 1.00 0.00 W4 O +ATOM 39923 H1 TIP3X 664 -18.000 -26.460 25.050 1.00 0.00 W4 H +ATOM 39924 H2 TIP3X 664 -17.730 -26.520 26.530 1.00 0.00 W4 H +ATOM 39925 OH2 TIP3X 665 -38.190 15.480 24.490 1.00 0.00 W4 O +ATOM 39926 H1 TIP3X 665 -38.700 15.980 25.150 1.00 0.00 W4 H +ATOM 39927 H2 TIP3X 665 -38.830 15.230 23.830 1.00 0.00 W4 H +ATOM 39928 OH2 TIP3X 666 2.650 32.510 26.600 1.00 0.00 W4 O +ATOM 39929 H1 TIP3X 666 2.800 32.310 27.520 1.00 0.00 W4 H +ATOM 39930 H2 TIP3X 666 3.530 32.590 26.230 1.00 0.00 W4 H +ATOM 39931 OH2 TIP3X 667 -0.690 38.160 -11.650 1.00 0.00 W4 O +ATOM 39932 H1 TIP3X 667 0.160 38.580 -11.510 1.00 0.00 W4 H +ATOM 39933 H2 TIP3X 667 -1.230 38.860 -12.030 1.00 0.00 W4 H +ATOM 39934 OH2 TIP3X 668 30.000 -27.320 -19.740 1.00 0.00 W4 O +ATOM 39935 H1 TIP3X 668 29.750 -27.060 -18.850 1.00 0.00 W4 H +ATOM 39936 H2 TIP3X 668 29.170 -27.380 -20.220 1.00 0.00 W4 H +ATOM 39937 OH2 TIP3X 669 4.060 -38.210 -23.660 1.00 0.00 W4 O +ATOM 39938 H1 TIP3X 669 4.040 -38.410 -22.730 1.00 0.00 W4 H +ATOM 39939 H2 TIP3X 669 3.780 -37.290 -23.710 1.00 0.00 W4 H +ATOM 39940 OH2 TIP3X 670 -32.870 37.530 24.860 1.00 0.00 W4 O +ATOM 39941 H1 TIP3X 670 -32.180 37.490 25.510 1.00 0.00 W4 H +ATOM 39942 H2 TIP3X 670 -32.860 38.440 24.560 1.00 0.00 W4 H +ATOM 39943 OH2 TIP3X 671 36.500 16.180 21.240 1.00 0.00 W4 O +ATOM 39944 H1 TIP3X 671 37.170 16.350 21.900 1.00 0.00 W4 H +ATOM 39945 H2 TIP3X 671 36.320 15.240 21.320 1.00 0.00 W4 H +ATOM 39946 OH2 TIP3X 672 -38.660 -18.830 -37.340 1.00 0.00 W4 O +ATOM 39947 H1 TIP3X 672 -38.500 -18.520 -36.440 1.00 0.00 W4 H +ATOM 39948 H2 TIP3X 672 -38.870 -18.040 -37.830 1.00 0.00 W4 H +ATOM 39949 OH2 TIP3X 673 33.650 7.560 -36.220 1.00 0.00 W4 O +ATOM 39950 H1 TIP3X 673 34.560 7.600 -36.510 1.00 0.00 W4 H +ATOM 39951 H2 TIP3X 673 33.620 8.130 -35.450 1.00 0.00 W4 H +ATOM 39952 OH2 TIP3X 674 21.760 -34.600 20.070 1.00 0.00 W4 O +ATOM 39953 H1 TIP3X 674 21.580 -34.580 21.010 1.00 0.00 W4 H +ATOM 39954 H2 TIP3X 674 20.930 -34.350 19.660 1.00 0.00 W4 H +ATOM 39955 OH2 TIP3X 675 -43.870 -22.070 -36.090 1.00 0.00 W4 O +ATOM 39956 H1 TIP3X 675 -43.100 -22.580 -36.340 1.00 0.00 W4 H +ATOM 39957 H2 TIP3X 675 -44.570 -22.400 -36.660 1.00 0.00 W4 H +ATOM 39958 OH2 TIP3X 676 46.490 18.830 -33.440 1.00 0.00 W4 O +ATOM 39959 H1 TIP3X 676 46.220 19.610 -33.910 1.00 0.00 W4 H +ATOM 39960 H2 TIP3X 676 45.770 18.630 -32.840 1.00 0.00 W4 H +ATOM 39961 OH2 TIP3X 677 1.770 -23.050 -43.570 1.00 0.00 W4 O +ATOM 39962 H1 TIP3X 677 2.430 -22.910 -42.910 1.00 0.00 W4 H +ATOM 39963 H2 TIP3X 677 1.970 -23.920 -43.940 1.00 0.00 W4 H +ATOM 39964 OH2 TIP3X 678 10.650 -7.100 37.880 1.00 0.00 W4 O +ATOM 39965 H1 TIP3X 678 10.940 -7.970 37.600 1.00 0.00 W4 H +ATOM 39966 H2 TIP3X 678 11.110 -6.500 37.290 1.00 0.00 W4 H +ATOM 39967 OH2 TIP3X 679 -1.500 4.000 27.240 1.00 0.00 W4 O +ATOM 39968 H1 TIP3X 679 -2.330 3.770 27.640 1.00 0.00 W4 H +ATOM 39969 H2 TIP3X 679 -0.840 3.670 27.840 1.00 0.00 W4 H +ATOM 39970 OH2 TIP3X 680 4.360 9.230 -50.670 1.00 0.00 W4 O +ATOM 39971 H1 TIP3X 680 3.650 8.590 -50.550 1.00 0.00 W4 H +ATOM 39972 H2 TIP3X 680 5.150 8.690 -50.740 1.00 0.00 W4 H +ATOM 39973 OH2 TIP3X 681 10.720 35.540 -28.790 1.00 0.00 W4 O +ATOM 39974 H1 TIP3X 681 11.370 36.080 -28.350 1.00 0.00 W4 H +ATOM 39975 H2 TIP3X 681 10.810 34.680 -28.380 1.00 0.00 W4 H +ATOM 39976 OH2 TIP3X 682 39.220 -22.790 -37.980 1.00 0.00 W4 O +ATOM 39977 H1 TIP3X 682 38.280 -22.930 -38.070 1.00 0.00 W4 H +ATOM 39978 H2 TIP3X 682 39.490 -22.410 -38.820 1.00 0.00 W4 H +ATOM 39979 OH2 TIP3X 683 -6.450 21.010 -37.140 1.00 0.00 W4 O +ATOM 39980 H1 TIP3X 683 -6.270 20.230 -36.620 1.00 0.00 W4 H +ATOM 39981 H2 TIP3X 683 -5.680 21.580 -37.000 1.00 0.00 W4 H +ATOM 39982 OH2 TIP3X 684 -40.780 -15.370 -26.740 1.00 0.00 W4 O +ATOM 39983 H1 TIP3X 684 -40.210 -15.660 -26.010 1.00 0.00 W4 H +ATOM 39984 H2 TIP3X 684 -41.330 -16.130 -26.910 1.00 0.00 W4 H +ATOM 39985 OH2 TIP3X 685 -12.000 -15.800 -40.060 1.00 0.00 W4 O +ATOM 39986 H1 TIP3X 685 -12.810 -15.600 -39.570 1.00 0.00 W4 H +ATOM 39987 H2 TIP3X 685 -11.910 -15.080 -40.670 1.00 0.00 W4 H +ATOM 39988 OH2 TIP3X 686 -31.780 -6.940 -42.020 1.00 0.00 W4 O +ATOM 39989 H1 TIP3X 686 -32.150 -6.770 -41.160 1.00 0.00 W4 H +ATOM 39990 H2 TIP3X 686 -31.540 -7.870 -42.010 1.00 0.00 W4 H +ATOM 39991 OH2 TIP3X 687 30.170 -3.480 -50.510 1.00 0.00 W4 O +ATOM 39992 H1 TIP3X 687 30.500 -2.780 -51.070 1.00 0.00 W4 H +ATOM 39993 H2 TIP3X 687 29.610 -4.000 -51.080 1.00 0.00 W4 H +ATOM 39994 OH2 TIP3X 688 24.220 -23.050 31.160 1.00 0.00 W4 O +ATOM 39995 H1 TIP3X 688 24.070 -23.600 30.400 1.00 0.00 W4 H +ATOM 39996 H2 TIP3X 688 23.710 -22.250 30.990 1.00 0.00 W4 H +ATOM 39997 OH2 TIP3X 689 47.400 -39.890 -36.340 1.00 0.00 W4 O +ATOM 39998 H1 TIP3X 689 46.500 -39.560 -36.340 1.00 0.00 W4 H +ATOM 39999 H2 TIP3X 689 47.680 -39.800 -35.420 1.00 0.00 W4 H +ATOM 40000 OH2 TIP3X 690 32.360 -16.080 24.210 1.00 0.00 W4 O +ATOM 40001 H1 TIP3X 690 31.630 -16.640 23.910 1.00 0.00 W4 H +ATOM 40002 H2 TIP3X 690 32.650 -15.610 23.420 1.00 0.00 W4 H +ATOM 40003 OH2 TIP3X 691 -31.390 -13.840 25.490 1.00 0.00 W4 O +ATOM 40004 H1 TIP3X 691 -32.320 -13.690 25.360 1.00 0.00 W4 H +ATOM 40005 H2 TIP3X 691 -30.970 -13.090 25.080 1.00 0.00 W4 H +ATOM 40006 OH2 TIP3X 692 20.460 19.020 23.900 1.00 0.00 W4 O +ATOM 40007 H1 TIP3X 692 20.920 18.500 23.240 1.00 0.00 W4 H +ATOM 40008 H2 TIP3X 692 20.590 18.540 24.710 1.00 0.00 W4 H +ATOM 40009 OH2 TIP3X 693 -5.150 34.280 -34.740 1.00 0.00 W4 O +ATOM 40010 H1 TIP3X 693 -5.400 33.850 -35.560 1.00 0.00 W4 H +ATOM 40011 H2 TIP3X 693 -5.980 34.640 -34.400 1.00 0.00 W4 H +ATOM 40012 OH2 TIP3X 694 31.260 -17.110 -14.170 1.00 0.00 W4 O +ATOM 40013 H1 TIP3X 694 31.700 -17.640 -13.510 1.00 0.00 W4 H +ATOM 40014 H2 TIP3X 694 30.490 -17.620 -14.410 1.00 0.00 W4 H +ATOM 40015 OH2 TIP3X 695 3.340 -20.590 31.400 1.00 0.00 W4 O +ATOM 40016 H1 TIP3X 695 3.340 -20.510 30.440 1.00 0.00 W4 H +ATOM 40017 H2 TIP3X 695 2.500 -20.220 31.670 1.00 0.00 W4 H +ATOM 40018 OH2 TIP3X 696 -13.900 17.220 37.310 1.00 0.00 W4 O +ATOM 40019 H1 TIP3X 696 -13.950 16.650 36.550 1.00 0.00 W4 H +ATOM 40020 H2 TIP3X 696 -13.000 17.150 37.600 1.00 0.00 W4 H +ATOM 40021 OH2 TIP3X 697 34.780 1.920 -51.310 1.00 0.00 W4 O +ATOM 40022 H1 TIP3X 697 34.520 2.720 -51.750 1.00 0.00 W4 H +ATOM 40023 H2 TIP3X 697 34.830 1.250 -52.000 1.00 0.00 W4 H +ATOM 40024 OH2 TIP3X 698 42.100 15.450 -15.400 1.00 0.00 W4 O +ATOM 40025 H1 TIP3X 698 42.970 15.750 -15.140 1.00 0.00 W4 H +ATOM 40026 H2 TIP3X 698 41.910 14.710 -14.810 1.00 0.00 W4 H +ATOM 40027 OH2 TIP3X 699 -4.870 13.000 17.210 1.00 0.00 W4 O +ATOM 40028 H1 TIP3X 699 -4.470 13.770 16.800 1.00 0.00 W4 H +ATOM 40029 H2 TIP3X 699 -4.130 12.490 17.540 1.00 0.00 W4 H +ATOM 40030 OH2 TIP3X 700 21.900 -13.030 -20.820 1.00 0.00 W4 O +ATOM 40031 H1 TIP3X 700 22.810 -12.880 -20.560 1.00 0.00 W4 H +ATOM 40032 H2 TIP3X 700 21.860 -12.760 -21.740 1.00 0.00 W4 H +ATOM 40033 OH2 TIP3X 701 0.170 -45.140 14.120 1.00 0.00 W4 O +ATOM 40034 H1 TIP3X 701 -0.590 -44.830 13.630 1.00 0.00 W4 H +ATOM 40035 H2 TIP3X 701 0.880 -44.580 13.820 1.00 0.00 W4 H +ATOM 40036 OH2 TIP3X 702 -16.780 -43.510 20.860 1.00 0.00 W4 O +ATOM 40037 H1 TIP3X 702 -15.830 -43.550 20.670 1.00 0.00 W4 H +ATOM 40038 H2 TIP3X 702 -17.040 -44.430 20.930 1.00 0.00 W4 H +ATOM 40039 OH2 TIP3X 703 5.130 26.250 24.500 1.00 0.00 W4 O +ATOM 40040 H1 TIP3X 703 5.710 25.950 23.810 1.00 0.00 W4 H +ATOM 40041 H2 TIP3X 703 5.680 26.760 25.080 1.00 0.00 W4 H +ATOM 40042 OH2 TIP3X 704 36.270 8.670 -49.240 1.00 0.00 W4 O +ATOM 40043 H1 TIP3X 704 37.000 8.440 -48.660 1.00 0.00 W4 H +ATOM 40044 H2 TIP3X 704 36.570 8.380 -50.110 1.00 0.00 W4 H +ATOM 40045 OH2 TIP3X 705 -21.840 11.910 -47.670 1.00 0.00 W4 O +ATOM 40046 H1 TIP3X 705 -21.150 11.270 -47.540 1.00 0.00 W4 H +ATOM 40047 H2 TIP3X 705 -21.370 12.740 -47.820 1.00 0.00 W4 H +ATOM 40048 OH2 TIP3X 706 13.260 -34.410 -38.120 1.00 0.00 W4 O +ATOM 40049 H1 TIP3X 706 13.150 -34.870 -38.960 1.00 0.00 W4 H +ATOM 40050 H2 TIP3X 706 13.690 -35.060 -37.560 1.00 0.00 W4 H +ATOM 40051 OH2 TIP3X 707 15.460 37.310 -39.210 1.00 0.00 W4 O +ATOM 40052 H1 TIP3X 707 15.400 37.810 -40.020 1.00 0.00 W4 H +ATOM 40053 H2 TIP3X 707 14.680 37.590 -38.710 1.00 0.00 W4 H +ATOM 40054 OH2 TIP3X 708 -41.970 -37.140 34.740 1.00 0.00 W4 O +ATOM 40055 H1 TIP3X 708 -41.710 -37.660 35.500 1.00 0.00 W4 H +ATOM 40056 H2 TIP3X 708 -42.440 -37.750 34.180 1.00 0.00 W4 H +ATOM 40057 OH2 TIP3X 709 8.290 -31.110 -42.010 1.00 0.00 W4 O +ATOM 40058 H1 TIP3X 709 7.490 -31.600 -41.790 1.00 0.00 W4 H +ATOM 40059 H2 TIP3X 709 8.060 -30.610 -42.800 1.00 0.00 W4 H +ATOM 40060 OH2 TIP3X 710 -20.390 42.210 -41.540 1.00 0.00 W4 O +ATOM 40061 H1 TIP3X 710 -20.370 41.870 -42.440 1.00 0.00 W4 H +ATOM 40062 H2 TIP3X 710 -21.280 42.510 -41.430 1.00 0.00 W4 H +ATOM 40063 OH2 TIP3X 711 31.370 -17.550 -25.450 1.00 0.00 W4 O +ATOM 40064 H1 TIP3X 711 31.890 -18.260 -25.060 1.00 0.00 W4 H +ATOM 40065 H2 TIP3X 711 31.460 -17.690 -26.380 1.00 0.00 W4 H +ATOM 40066 OH2 TIP3X 712 6.850 -22.630 17.620 1.00 0.00 W4 O +ATOM 40067 H1 TIP3X 712 6.150 -23.250 17.790 1.00 0.00 W4 H +ATOM 40068 H2 TIP3X 712 7.640 -23.080 17.930 1.00 0.00 W4 H +ATOM 40069 OH2 TIP3X 713 -1.320 -10.510 -31.380 1.00 0.00 W4 O +ATOM 40070 H1 TIP3X 713 -1.400 -11.440 -31.590 1.00 0.00 W4 H +ATOM 40071 H2 TIP3X 713 -0.790 -10.150 -32.090 1.00 0.00 W4 H +ATOM 40072 OH2 TIP3X 714 19.910 28.650 -21.910 1.00 0.00 W4 O +ATOM 40073 H1 TIP3X 714 20.540 29.270 -21.520 1.00 0.00 W4 H +ATOM 40074 H2 TIP3X 714 19.560 28.170 -21.160 1.00 0.00 W4 H +ATOM 40075 OH2 TIP3X 715 16.820 -3.180 23.810 1.00 0.00 W4 O +ATOM 40076 H1 TIP3X 715 16.130 -3.720 24.210 1.00 0.00 W4 H +ATOM 40077 H2 TIP3X 715 17.100 -3.680 23.050 1.00 0.00 W4 H +ATOM 40078 OH2 TIP3X 716 -10.610 -29.060 -19.590 1.00 0.00 W4 O +ATOM 40079 H1 TIP3X 716 -10.190 -28.840 -18.760 1.00 0.00 W4 H +ATOM 40080 H2 TIP3X 716 -11.140 -28.280 -19.800 1.00 0.00 W4 H +ATOM 40081 OH2 TIP3X 717 -22.790 -25.490 -44.190 1.00 0.00 W4 O +ATOM 40082 H1 TIP3X 717 -22.460 -24.870 -43.560 1.00 0.00 W4 H +ATOM 40083 H2 TIP3X 717 -22.030 -25.990 -44.460 1.00 0.00 W4 H +ATOM 40084 OH2 TIP3X 718 48.700 -19.020 16.580 1.00 0.00 W4 O +ATOM 40085 H1 TIP3X 718 47.990 -19.350 17.140 1.00 0.00 W4 H +ATOM 40086 H2 TIP3X 718 48.930 -19.780 16.050 1.00 0.00 W4 H +ATOM 40087 OH2 TIP3X 719 -43.460 -2.650 36.130 1.00 0.00 W4 O +ATOM 40088 H1 TIP3X 719 -43.820 -2.630 37.020 1.00 0.00 W4 H +ATOM 40089 H2 TIP3X 719 -43.070 -1.790 36.000 1.00 0.00 W4 H +ATOM 40090 OH2 TIP3X 720 -31.780 -21.550 16.430 1.00 0.00 W4 O +ATOM 40091 H1 TIP3X 720 -32.710 -21.320 16.500 1.00 0.00 W4 H +ATOM 40092 H2 TIP3X 720 -31.580 -21.510 15.500 1.00 0.00 W4 H +ATOM 40093 OH2 TIP3X 721 40.910 9.440 -42.740 1.00 0.00 W4 O +ATOM 40094 H1 TIP3X 721 41.440 9.380 -41.950 1.00 0.00 W4 H +ATOM 40095 H2 TIP3X 721 41.440 9.950 -43.350 1.00 0.00 W4 H +ATOM 40096 OH2 TIP3X 1 -33.040 -5.770 -45.950 1.00 0.00 W5 O +ATOM 40097 H1 TIP3X 1 -32.110 -5.550 -46.000 1.00 0.00 W5 H +ATOM 40098 H2 TIP3X 1 -33.280 -5.610 -45.040 1.00 0.00 W5 H +ATOM 40099 OH2 TIP3X 2 -44.920 1.460 -33.840 1.00 0.00 W5 O +ATOM 40100 H1 TIP3X 2 -45.450 2.260 -33.870 1.00 0.00 W5 H +ATOM 40101 H2 TIP3X 2 -45.510 0.760 -34.090 1.00 0.00 W5 H +ATOM 40102 OH2 TIP3X 3 22.900 -23.940 16.380 1.00 0.00 W5 O +ATOM 40103 H1 TIP3X 3 22.570 -24.230 17.230 1.00 0.00 W5 H +ATOM 40104 H2 TIP3X 3 23.850 -24.080 16.420 1.00 0.00 W5 H +ATOM 40105 OH2 TIP3X 4 -31.070 -3.400 -12.210 1.00 0.00 W5 O +ATOM 40106 H1 TIP3X 4 -30.260 -3.380 -11.710 1.00 0.00 W5 H +ATOM 40107 H2 TIP3X 4 -30.810 -3.690 -13.090 1.00 0.00 W5 H +ATOM 40108 OH2 TIP3X 5 49.230 40.620 35.190 1.00 0.00 W5 O +ATOM 40109 H1 TIP3X 5 48.890 40.200 35.990 1.00 0.00 W5 H +ATOM 40110 H2 TIP3X 5 50.080 40.190 35.040 1.00 0.00 W5 H +ATOM 40111 OH2 TIP3X 6 -35.040 29.680 -43.710 1.00 0.00 W5 O +ATOM 40112 H1 TIP3X 6 -34.310 29.440 -43.140 1.00 0.00 W5 H +ATOM 40113 H2 TIP3X 6 -35.500 30.360 -43.230 1.00 0.00 W5 H +ATOM 40114 OH2 TIP3X 7 42.820 -22.020 -49.800 1.00 0.00 W5 O +ATOM 40115 H1 TIP3X 7 42.260 -21.400 -49.350 1.00 0.00 W5 H +ATOM 40116 H2 TIP3X 7 43.130 -22.610 -49.110 1.00 0.00 W5 H +ATOM 40117 OH2 TIP3X 8 20.850 -18.210 25.730 1.00 0.00 W5 O +ATOM 40118 H1 TIP3X 8 21.700 -17.820 25.940 1.00 0.00 W5 H +ATOM 40119 H2 TIP3X 8 20.210 -17.640 26.160 1.00 0.00 W5 H +ATOM 40120 OH2 TIP3X 9 21.720 -43.830 -42.420 1.00 0.00 W5 O +ATOM 40121 H1 TIP3X 9 21.600 -42.920 -42.160 1.00 0.00 W5 H +ATOM 40122 H2 TIP3X 9 21.920 -44.280 -41.600 1.00 0.00 W5 H +ATOM 40123 OH2 TIP3X 10 1.720 -6.710 -38.420 1.00 0.00 W5 O +ATOM 40124 H1 TIP3X 10 1.460 -7.520 -38.880 1.00 0.00 W5 H +ATOM 40125 H2 TIP3X 10 2.030 -7.000 -37.570 1.00 0.00 W5 H +ATOM 40126 OH2 TIP3X 11 45.230 36.120 21.680 1.00 0.00 W5 O +ATOM 40127 H1 TIP3X 11 45.590 35.890 22.550 1.00 0.00 W5 H +ATOM 40128 H2 TIP3X 11 44.810 35.320 21.380 1.00 0.00 W5 H +ATOM 40129 OH2 TIP3X 12 40.370 -46.000 -40.650 1.00 0.00 W5 O +ATOM 40130 H1 TIP3X 12 39.880 -45.550 -39.960 1.00 0.00 W5 H +ATOM 40131 H2 TIP3X 12 40.810 -46.720 -40.190 1.00 0.00 W5 H +ATOM 40132 OH2 TIP3X 13 46.920 -38.020 -53.370 1.00 0.00 W5 O +ATOM 40133 H1 TIP3X 13 46.890 -38.030 -54.340 1.00 0.00 W5 H +ATOM 40134 H2 TIP3X 13 46.790 -37.100 -53.150 1.00 0.00 W5 H +ATOM 40135 OH2 TIP3X 14 -8.960 12.100 -44.460 1.00 0.00 W5 O +ATOM 40136 H1 TIP3X 14 -8.610 12.820 -43.930 1.00 0.00 W5 H +ATOM 40137 H2 TIP3X 14 -8.300 11.410 -44.370 1.00 0.00 W5 H +ATOM 40138 OH2 TIP3X 15 21.250 -5.690 -41.020 1.00 0.00 W5 O +ATOM 40139 H1 TIP3X 15 22.020 -5.980 -41.500 1.00 0.00 W5 H +ATOM 40140 H2 TIP3X 15 20.720 -6.470 -40.910 1.00 0.00 W5 H +ATOM 40141 OH2 TIP3X 16 -20.470 -27.910 36.230 1.00 0.00 W5 O +ATOM 40142 H1 TIP3X 16 -19.540 -28.040 35.990 1.00 0.00 W5 H +ATOM 40143 H2 TIP3X 16 -20.830 -27.390 35.510 1.00 0.00 W5 H +ATOM 40144 OH2 TIP3X 17 -15.240 -34.880 -38.960 1.00 0.00 W5 O +ATOM 40145 H1 TIP3X 17 -15.610 -34.270 -38.320 1.00 0.00 W5 H +ATOM 40146 H2 TIP3X 17 -15.380 -35.740 -38.580 1.00 0.00 W5 H +ATOM 40147 OH2 TIP3X 18 -33.020 -41.620 -26.480 1.00 0.00 W5 O +ATOM 40148 H1 TIP3X 18 -32.870 -41.560 -25.540 1.00 0.00 W5 H +ATOM 40149 H2 TIP3X 18 -33.960 -41.790 -26.570 1.00 0.00 W5 H +ATOM 40150 OH2 TIP3X 19 19.320 -15.430 -50.690 1.00 0.00 W5 O +ATOM 40151 H1 TIP3X 19 18.680 -16.130 -50.760 1.00 0.00 W5 H +ATOM 40152 H2 TIP3X 19 18.870 -14.650 -51.040 1.00 0.00 W5 H +ATOM 40153 OH2 TIP3X 20 15.660 24.640 -38.390 1.00 0.00 W5 O +ATOM 40154 H1 TIP3X 20 16.410 25.060 -38.810 1.00 0.00 W5 H +ATOM 40155 H2 TIP3X 20 15.210 24.170 -39.100 1.00 0.00 W5 H +ATOM 40156 OH2 TIP3X 21 -36.460 -18.150 -49.180 1.00 0.00 W5 O +ATOM 40157 H1 TIP3X 21 -36.600 -17.230 -48.940 1.00 0.00 W5 H +ATOM 40158 H2 TIP3X 21 -35.720 -18.430 -48.630 1.00 0.00 W5 H +ATOM 40159 OH2 TIP3X 22 -24.660 -46.530 27.870 1.00 0.00 W5 O +ATOM 40160 H1 TIP3X 22 -24.760 -46.200 28.770 1.00 0.00 W5 H +ATOM 40161 H2 TIP3X 22 -24.090 -47.280 27.950 1.00 0.00 W5 H +ATOM 40162 OH2 TIP3X 23 -5.080 21.300 -33.580 1.00 0.00 W5 O +ATOM 40163 H1 TIP3X 23 -5.190 20.580 -34.200 1.00 0.00 W5 H +ATOM 40164 H2 TIP3X 23 -4.960 22.070 -34.130 1.00 0.00 W5 H +ATOM 40165 OH2 TIP3X 24 35.680 10.300 -20.390 1.00 0.00 W5 O +ATOM 40166 H1 TIP3X 24 36.390 10.440 -19.750 1.00 0.00 W5 H +ATOM 40167 H2 TIP3X 24 36.040 10.630 -21.220 1.00 0.00 W5 H +ATOM 40168 OH2 TIP3X 25 2.190 28.870 -29.780 1.00 0.00 W5 O +ATOM 40169 H1 TIP3X 25 2.560 28.090 -29.360 1.00 0.00 W5 H +ATOM 40170 H2 TIP3X 25 2.560 28.870 -30.660 1.00 0.00 W5 H +ATOM 40171 OH2 TIP3X 26 -2.030 -7.150 32.720 1.00 0.00 W5 O +ATOM 40172 H1 TIP3X 26 -1.470 -6.790 32.040 1.00 0.00 W5 H +ATOM 40173 H2 TIP3X 26 -1.690 -8.020 32.880 1.00 0.00 W5 H +ATOM 40174 OH2 TIP3X 27 -7.570 33.640 36.000 1.00 0.00 W5 O +ATOM 40175 H1 TIP3X 27 -7.210 32.840 36.380 1.00 0.00 W5 H +ATOM 40176 H2 TIP3X 27 -7.740 34.210 36.750 1.00 0.00 W5 H +ATOM 40177 OH2 TIP3X 28 -17.970 3.360 -25.020 1.00 0.00 W5 O +ATOM 40178 H1 TIP3X 28 -17.970 2.440 -25.310 1.00 0.00 W5 H +ATOM 40179 H2 TIP3X 28 -18.440 3.340 -24.180 1.00 0.00 W5 H +ATOM 40180 OH2 TIP3X 29 25.280 -23.470 -36.080 1.00 0.00 W5 O +ATOM 40181 H1 TIP3X 29 25.480 -24.380 -35.900 1.00 0.00 W5 H +ATOM 40182 H2 TIP3X 29 25.740 -22.990 -35.390 1.00 0.00 W5 H +ATOM 40183 OH2 TIP3X 30 -30.560 -51.230 18.200 1.00 0.00 W5 O +ATOM 40184 H1 TIP3X 30 -29.880 -51.800 17.840 1.00 0.00 W5 H +ATOM 40185 H2 TIP3X 30 -31.060 -50.930 17.430 1.00 0.00 W5 H +ATOM 40186 OH2 TIP3X 31 -17.560 43.170 -43.360 1.00 0.00 W5 O +ATOM 40187 H1 TIP3X 31 -17.400 44.100 -43.500 1.00 0.00 W5 H +ATOM 40188 H2 TIP3X 31 -17.520 42.780 -44.240 1.00 0.00 W5 H +ATOM 40189 OH2 TIP3X 32 -24.720 26.540 38.850 1.00 0.00 W5 O +ATOM 40190 H1 TIP3X 32 -24.130 25.980 39.350 1.00 0.00 W5 H +ATOM 40191 H2 TIP3X 32 -24.560 27.420 39.180 1.00 0.00 W5 H +ATOM 40192 OH2 TIP3X 33 -14.060 -39.560 -23.830 1.00 0.00 W5 O +ATOM 40193 H1 TIP3X 33 -14.330 -40.280 -24.390 1.00 0.00 W5 H +ATOM 40194 H2 TIP3X 33 -13.230 -39.270 -24.210 1.00 0.00 W5 H +ATOM 40195 OH2 TIP3X 34 5.790 16.160 -34.450 1.00 0.00 W5 O +ATOM 40196 H1 TIP3X 34 5.160 16.720 -34.910 1.00 0.00 W5 H +ATOM 40197 H2 TIP3X 34 6.600 16.260 -34.960 1.00 0.00 W5 H +ATOM 40198 OH2 TIP3X 35 1.900 22.840 -19.060 1.00 0.00 W5 O +ATOM 40199 H1 TIP3X 35 2.590 22.850 -18.390 1.00 0.00 W5 H +ATOM 40200 H2 TIP3X 35 1.100 22.750 -18.560 1.00 0.00 W5 H +ATOM 40201 OH2 TIP3X 36 -38.340 40.800 -38.860 1.00 0.00 W5 O +ATOM 40202 H1 TIP3X 36 -38.640 41.570 -38.380 1.00 0.00 W5 H +ATOM 40203 H2 TIP3X 36 -38.240 40.130 -38.200 1.00 0.00 W5 H +ATOM 40204 OH2 TIP3X 37 17.170 -36.730 -38.470 1.00 0.00 W5 O +ATOM 40205 H1 TIP3X 37 17.530 -35.930 -38.080 1.00 0.00 W5 H +ATOM 40206 H2 TIP3X 37 16.230 -36.660 -38.330 1.00 0.00 W5 H +ATOM 40207 OH2 TIP3X 38 30.830 5.760 26.120 1.00 0.00 W5 O +ATOM 40208 H1 TIP3X 38 31.420 5.570 25.400 1.00 0.00 W5 H +ATOM 40209 H2 TIP3X 38 31.140 6.590 26.480 1.00 0.00 W5 H +ATOM 40210 OH2 TIP3X 39 18.000 25.330 -39.520 1.00 0.00 W5 O +ATOM 40211 H1 TIP3X 39 18.070 25.170 -40.460 1.00 0.00 W5 H +ATOM 40212 H2 TIP3X 39 18.360 26.210 -39.400 1.00 0.00 W5 H +ATOM 40213 OH2 TIP3X 40 40.360 -29.530 -46.070 1.00 0.00 W5 O +ATOM 40214 H1 TIP3X 40 40.110 -29.130 -46.900 1.00 0.00 W5 H +ATOM 40215 H2 TIP3X 40 40.670 -28.800 -45.540 1.00 0.00 W5 H +ATOM 40216 OH2 TIP3X 41 -28.860 -5.440 39.430 1.00 0.00 W5 O +ATOM 40217 H1 TIP3X 41 -28.620 -4.640 38.960 1.00 0.00 W5 H +ATOM 40218 H2 TIP3X 41 -28.050 -5.690 39.900 1.00 0.00 W5 H +ATOM 40219 OH2 TIP3X 42 -22.050 -10.750 30.810 1.00 0.00 W5 O +ATOM 40220 H1 TIP3X 42 -21.570 -11.240 31.480 1.00 0.00 W5 H +ATOM 40221 H2 TIP3X 42 -22.970 -10.980 30.960 1.00 0.00 W5 H +ATOM 40222 OH2 TIP3X 43 -5.260 26.110 32.730 1.00 0.00 W5 O +ATOM 40223 H1 TIP3X 43 -4.770 26.250 33.540 1.00 0.00 W5 H +ATOM 40224 H2 TIP3X 43 -4.790 26.630 32.080 1.00 0.00 W5 H +ATOM 40225 OH2 TIP3X 44 3.480 26.860 -28.290 1.00 0.00 W5 O +ATOM 40226 H1 TIP3X 44 4.070 27.260 -27.650 1.00 0.00 W5 H +ATOM 40227 H2 TIP3X 44 3.780 25.950 -28.350 1.00 0.00 W5 H +ATOM 40228 OH2 TIP3X 45 -25.570 39.140 28.660 1.00 0.00 W5 O +ATOM 40229 H1 TIP3X 45 -25.800 38.230 28.440 1.00 0.00 W5 H +ATOM 40230 H2 TIP3X 45 -24.760 39.310 28.190 1.00 0.00 W5 H +ATOM 40231 OH2 TIP3X 46 14.080 28.390 -33.720 1.00 0.00 W5 O +ATOM 40232 H1 TIP3X 46 13.280 28.270 -33.210 1.00 0.00 W5 H +ATOM 40233 H2 TIP3X 46 13.960 27.840 -34.490 1.00 0.00 W5 H +ATOM 40234 OH2 TIP3X 47 3.410 -3.020 34.190 1.00 0.00 W5 O +ATOM 40235 H1 TIP3X 47 3.250 -2.430 34.940 1.00 0.00 W5 H +ATOM 40236 H2 TIP3X 47 2.720 -2.800 33.570 1.00 0.00 W5 H +ATOM 40237 OH2 TIP3X 48 37.890 26.510 36.280 1.00 0.00 W5 O +ATOM 40238 H1 TIP3X 48 37.010 26.770 36.550 1.00 0.00 W5 H +ATOM 40239 H2 TIP3X 48 38.460 26.890 36.950 1.00 0.00 W5 H +ATOM 40240 OH2 TIP3X 49 19.080 -19.720 37.500 1.00 0.00 W5 O +ATOM 40241 H1 TIP3X 49 18.230 -19.700 37.920 1.00 0.00 W5 H +ATOM 40242 H2 TIP3X 49 19.710 -19.780 38.220 1.00 0.00 W5 H +ATOM 40243 OH2 TIP3X 50 34.860 -39.550 25.290 1.00 0.00 W5 O +ATOM 40244 H1 TIP3X 50 34.740 -38.650 24.960 1.00 0.00 W5 H +ATOM 40245 H2 TIP3X 50 34.470 -39.530 26.160 1.00 0.00 W5 H +ATOM 40246 OH2 TIP3X 51 37.900 -32.330 19.300 1.00 0.00 W5 O +ATOM 40247 H1 TIP3X 51 37.890 -31.430 19.660 1.00 0.00 W5 H +ATOM 40248 H2 TIP3X 51 37.340 -32.820 19.890 1.00 0.00 W5 H +ATOM 40249 OH2 TIP3X 52 -6.930 -28.160 -22.660 1.00 0.00 W5 O +ATOM 40250 H1 TIP3X 52 -6.170 -28.220 -22.080 1.00 0.00 W5 H +ATOM 40251 H2 TIP3X 52 -7.490 -28.900 -22.410 1.00 0.00 W5 H +ATOM 40252 OH2 TIP3X 53 -26.200 28.720 37.190 1.00 0.00 W5 O +ATOM 40253 H1 TIP3X 53 -26.900 29.360 37.260 1.00 0.00 W5 H +ATOM 40254 H2 TIP3X 53 -26.460 28.010 37.790 1.00 0.00 W5 H +ATOM 40255 OH2 TIP3X 54 2.220 15.350 -21.960 1.00 0.00 W5 O +ATOM 40256 H1 TIP3X 54 2.700 14.960 -22.700 1.00 0.00 W5 H +ATOM 40257 H2 TIP3X 54 1.620 15.960 -22.370 1.00 0.00 W5 H +ATOM 40258 OH2 TIP3X 55 -39.110 -8.180 30.170 1.00 0.00 W5 O +ATOM 40259 H1 TIP3X 55 -39.530 -9.040 30.090 1.00 0.00 W5 H +ATOM 40260 H2 TIP3X 55 -39.800 -7.540 30.010 1.00 0.00 W5 H +ATOM 40261 OH2 TIP3X 56 26.110 24.300 -25.510 1.00 0.00 W5 O +ATOM 40262 H1 TIP3X 56 26.100 23.470 -25.980 1.00 0.00 W5 H +ATOM 40263 H2 TIP3X 56 26.800 24.200 -24.850 1.00 0.00 W5 H +ATOM 40264 OH2 TIP3X 57 24.750 -13.020 -33.960 1.00 0.00 W5 O +ATOM 40265 H1 TIP3X 57 25.020 -13.910 -33.730 1.00 0.00 W5 H +ATOM 40266 H2 TIP3X 57 25.080 -12.470 -33.250 1.00 0.00 W5 H +ATOM 40267 OH2 TIP3X 58 -24.380 1.450 -26.520 1.00 0.00 W5 O +ATOM 40268 H1 TIP3X 58 -24.290 1.170 -25.600 1.00 0.00 W5 H +ATOM 40269 H2 TIP3X 58 -24.910 2.250 -26.480 1.00 0.00 W5 H +ATOM 40270 OH2 TIP3X 59 46.600 27.990 -40.160 1.00 0.00 W5 O +ATOM 40271 H1 TIP3X 59 45.710 27.650 -40.030 1.00 0.00 W5 H +ATOM 40272 H2 TIP3X 59 46.810 28.420 -39.330 1.00 0.00 W5 H +ATOM 40273 OH2 TIP3X 60 -22.720 -39.650 -37.300 1.00 0.00 W5 O +ATOM 40274 H1 TIP3X 60 -23.260 -38.850 -37.380 1.00 0.00 W5 H +ATOM 40275 H2 TIP3X 60 -22.630 -39.960 -38.190 1.00 0.00 W5 H +ATOM 40276 OH2 TIP3X 61 21.250 17.390 29.220 1.00 0.00 W5 O +ATOM 40277 H1 TIP3X 61 20.940 17.890 29.980 1.00 0.00 W5 H +ATOM 40278 H2 TIP3X 61 21.110 16.480 29.460 1.00 0.00 W5 H +ATOM 40279 OH2 TIP3X 62 46.230 2.470 -51.390 1.00 0.00 W5 O +ATOM 40280 H1 TIP3X 62 46.690 2.880 -50.660 1.00 0.00 W5 H +ATOM 40281 H2 TIP3X 62 46.270 1.530 -51.200 1.00 0.00 W5 H +ATOM 40282 OH2 TIP3X 63 13.560 26.880 -23.960 1.00 0.00 W5 O +ATOM 40283 H1 TIP3X 63 13.520 27.670 -24.500 1.00 0.00 W5 H +ATOM 40284 H2 TIP3X 63 14.380 26.960 -23.470 1.00 0.00 W5 H +ATOM 40285 OH2 TIP3X 64 23.520 11.420 38.770 1.00 0.00 W5 O +ATOM 40286 H1 TIP3X 64 23.400 11.940 39.560 1.00 0.00 W5 H +ATOM 40287 H2 TIP3X 64 23.650 10.530 39.080 1.00 0.00 W5 H +ATOM 40288 OH2 TIP3X 65 -12.080 -41.960 12.830 1.00 0.00 W5 O +ATOM 40289 H1 TIP3X 65 -12.280 -41.270 12.190 1.00 0.00 W5 H +ATOM 40290 H2 TIP3X 65 -12.000 -42.760 12.290 1.00 0.00 W5 H +ATOM 40291 OH2 TIP3X 66 -34.370 24.040 22.060 1.00 0.00 W5 O +ATOM 40292 H1 TIP3X 66 -34.380 24.790 22.660 1.00 0.00 W5 H +ATOM 40293 H2 TIP3X 66 -33.700 24.280 21.410 1.00 0.00 W5 H +ATOM 40294 OH2 TIP3X 67 -26.210 -11.980 -35.670 1.00 0.00 W5 O +ATOM 40295 H1 TIP3X 67 -26.990 -12.500 -35.840 1.00 0.00 W5 H +ATOM 40296 H2 TIP3X 67 -25.900 -11.710 -36.530 1.00 0.00 W5 H +ATOM 40297 OH2 TIP3X 68 41.760 25.400 -27.030 1.00 0.00 W5 O +ATOM 40298 H1 TIP3X 68 42.610 25.350 -27.440 1.00 0.00 W5 H +ATOM 40299 H2 TIP3X 68 41.320 26.130 -27.470 1.00 0.00 W5 H +ATOM 40300 OH2 TIP3X 69 27.190 -28.530 33.600 1.00 0.00 W5 O +ATOM 40301 H1 TIP3X 69 27.920 -27.970 33.370 1.00 0.00 W5 H +ATOM 40302 H2 TIP3X 69 26.780 -28.740 32.750 1.00 0.00 W5 H +ATOM 40303 OH2 TIP3X 70 34.320 -6.250 -30.100 1.00 0.00 W5 O +ATOM 40304 H1 TIP3X 70 34.910 -6.670 -30.730 1.00 0.00 W5 H +ATOM 40305 H2 TIP3X 70 33.670 -6.920 -29.900 1.00 0.00 W5 H +ATOM 40306 OH2 TIP3X 71 2.910 17.980 -43.470 1.00 0.00 W5 O +ATOM 40307 H1 TIP3X 71 2.060 17.530 -43.480 1.00 0.00 W5 H +ATOM 40308 H2 TIP3X 71 3.230 17.900 -44.370 1.00 0.00 W5 H +ATOM 40309 OH2 TIP3X 72 -0.020 32.490 -47.730 1.00 0.00 W5 O +ATOM 40310 H1 TIP3X 72 -0.510 32.900 -47.010 1.00 0.00 W5 H +ATOM 40311 H2 TIP3X 72 0.510 31.810 -47.310 1.00 0.00 W5 H +ATOM 40312 OH2 TIP3X 73 -12.810 -4.140 -36.390 1.00 0.00 W5 O +ATOM 40313 H1 TIP3X 73 -12.610 -3.480 -35.720 1.00 0.00 W5 H +ATOM 40314 H2 TIP3X 73 -13.630 -3.850 -36.780 1.00 0.00 W5 H +ATOM 40315 OH2 TIP3X 74 -43.010 -9.240 -28.050 1.00 0.00 W5 O +ATOM 40316 H1 TIP3X 74 -43.520 -9.810 -28.610 1.00 0.00 W5 H +ATOM 40317 H2 TIP3X 74 -42.840 -8.460 -28.590 1.00 0.00 W5 H +ATOM 40318 OH2 TIP3X 75 -25.670 0.440 -19.650 1.00 0.00 W5 O +ATOM 40319 H1 TIP3X 75 -26.530 0.870 -19.690 1.00 0.00 W5 H +ATOM 40320 H2 TIP3X 75 -25.050 1.160 -19.580 1.00 0.00 W5 H +ATOM 40321 OH2 TIP3X 76 5.050 0.450 38.210 1.00 0.00 W5 O +ATOM 40322 H1 TIP3X 76 5.080 1.410 38.250 1.00 0.00 W5 H +ATOM 40323 H2 TIP3X 76 5.240 0.170 39.100 1.00 0.00 W5 H +ATOM 40324 OH2 TIP3X 77 -32.880 34.200 14.280 1.00 0.00 W5 O +ATOM 40325 H1 TIP3X 77 -31.950 34.290 14.490 1.00 0.00 W5 H +ATOM 40326 H2 TIP3X 77 -32.930 33.340 13.860 1.00 0.00 W5 H +ATOM 40327 OH2 TIP3X 78 -22.040 -13.170 36.280 1.00 0.00 W5 O +ATOM 40328 H1 TIP3X 78 -22.530 -13.410 37.060 1.00 0.00 W5 H +ATOM 40329 H2 TIP3X 78 -22.380 -12.300 36.040 1.00 0.00 W5 H +ATOM 40330 OH2 TIP3X 79 3.400 35.670 -49.910 1.00 0.00 W5 O +ATOM 40331 H1 TIP3X 79 4.280 35.670 -49.550 1.00 0.00 W5 H +ATOM 40332 H2 TIP3X 79 2.910 36.240 -49.330 1.00 0.00 W5 H +ATOM 40333 OH2 TIP3X 80 -11.980 38.140 -45.240 1.00 0.00 W5 O +ATOM 40334 H1 TIP3X 80 -11.520 38.870 -44.810 1.00 0.00 W5 H +ATOM 40335 H2 TIP3X 80 -12.450 37.700 -44.530 1.00 0.00 W5 H +ATOM 40336 OH2 TIP3X 81 -6.420 24.470 -20.720 1.00 0.00 W5 O +ATOM 40337 H1 TIP3X 81 -6.110 25.330 -21.010 1.00 0.00 W5 H +ATOM 40338 H2 TIP3X 81 -7.290 24.380 -21.140 1.00 0.00 W5 H +ATOM 40339 OH2 TIP3X 82 -0.560 7.170 -34.800 1.00 0.00 W5 O +ATOM 40340 H1 TIP3X 82 -0.190 8.040 -34.890 1.00 0.00 W5 H +ATOM 40341 H2 TIP3X 82 0.000 6.740 -34.140 1.00 0.00 W5 H +ATOM 40342 OH2 TIP3X 83 25.300 -34.470 -27.650 1.00 0.00 W5 O +ATOM 40343 H1 TIP3X 83 24.950 -34.780 -26.810 1.00 0.00 W5 H +ATOM 40344 H2 TIP3X 83 25.180 -35.210 -28.250 1.00 0.00 W5 H +ATOM 40345 OH2 TIP3X 84 2.550 19.440 -34.140 1.00 0.00 W5 O +ATOM 40346 H1 TIP3X 84 1.800 18.840 -34.070 1.00 0.00 W5 H +ATOM 40347 H2 TIP3X 84 2.180 20.300 -34.040 1.00 0.00 W5 H +ATOM 40348 OH2 TIP3X 85 6.340 5.640 -46.850 1.00 0.00 W5 O +ATOM 40349 H1 TIP3X 85 7.150 6.120 -46.890 1.00 0.00 W5 H +ATOM 40350 H2 TIP3X 85 5.650 6.310 -46.810 1.00 0.00 W5 H +ATOM 40351 OH2 TIP3X 86 -22.080 36.190 -29.310 1.00 0.00 W5 O +ATOM 40352 H1 TIP3X 86 -22.840 36.410 -28.760 1.00 0.00 W5 H +ATOM 40353 H2 TIP3X 86 -21.330 36.430 -28.770 1.00 0.00 W5 H +ATOM 40354 OH2 TIP3X 87 36.560 17.790 -31.560 1.00 0.00 W5 O +ATOM 40355 H1 TIP3X 87 36.380 17.000 -31.030 1.00 0.00 W5 H +ATOM 40356 H2 TIP3X 87 36.910 17.450 -32.380 1.00 0.00 W5 H +ATOM 40357 OH2 TIP3X 88 42.820 -28.720 -21.270 1.00 0.00 W5 O +ATOM 40358 H1 TIP3X 88 42.430 -28.560 -20.420 1.00 0.00 W5 H +ATOM 40359 H2 TIP3X 88 43.050 -29.650 -21.270 1.00 0.00 W5 H +ATOM 40360 OH2 TIP3X 89 -13.830 -10.910 25.590 1.00 0.00 W5 O +ATOM 40361 H1 TIP3X 89 -13.640 -10.150 25.030 1.00 0.00 W5 H +ATOM 40362 H2 TIP3X 89 -14.140 -11.580 24.980 1.00 0.00 W5 H +ATOM 40363 OH2 TIP3X 90 25.240 -44.570 -26.340 1.00 0.00 W5 O +ATOM 40364 H1 TIP3X 90 25.500 -45.240 -26.960 1.00 0.00 W5 H +ATOM 40365 H2 TIP3X 90 25.170 -43.770 -26.850 1.00 0.00 W5 H +ATOM 40366 OH2 TIP3X 91 1.750 -32.750 -23.150 1.00 0.00 W5 O +ATOM 40367 H1 TIP3X 91 2.160 -33.570 -22.870 1.00 0.00 W5 H +ATOM 40368 H2 TIP3X 91 0.830 -32.830 -22.880 1.00 0.00 W5 H +ATOM 40369 OH2 TIP3X 92 -5.890 40.540 -11.800 1.00 0.00 W5 O +ATOM 40370 H1 TIP3X 92 -5.650 40.270 -12.690 1.00 0.00 W5 H +ATOM 40371 H2 TIP3X 92 -6.080 39.710 -11.350 1.00 0.00 W5 H +ATOM 40372 OH2 TIP3X 93 -39.940 -9.430 -48.340 1.00 0.00 W5 O +ATOM 40373 H1 TIP3X 93 -39.070 -9.010 -48.320 1.00 0.00 W5 H +ATOM 40374 H2 TIP3X 93 -40.180 -9.520 -47.410 1.00 0.00 W5 H +ATOM 40375 OH2 TIP3X 94 29.320 9.590 37.640 1.00 0.00 W5 O +ATOM 40376 H1 TIP3X 94 28.470 9.940 37.890 1.00 0.00 W5 H +ATOM 40377 H2 TIP3X 94 29.750 10.310 37.160 1.00 0.00 W5 H +ATOM 40378 OH2 TIP3X 95 40.760 32.110 23.790 1.00 0.00 W5 O +ATOM 40379 H1 TIP3X 95 41.700 32.290 23.890 1.00 0.00 W5 H +ATOM 40380 H2 TIP3X 95 40.630 31.290 24.240 1.00 0.00 W5 H +ATOM 40381 OH2 TIP3X 96 1.860 -30.930 -31.150 1.00 0.00 W5 O +ATOM 40382 H1 TIP3X 96 1.970 -30.240 -31.810 1.00 0.00 W5 H +ATOM 40383 H2 TIP3X 96 2.190 -31.720 -31.580 1.00 0.00 W5 H +ATOM 40384 OH2 TIP3X 97 -2.210 -42.650 20.580 1.00 0.00 W5 O +ATOM 40385 H1 TIP3X 97 -2.970 -43.000 20.120 1.00 0.00 W5 H +ATOM 40386 H2 TIP3X 97 -1.790 -43.420 20.960 1.00 0.00 W5 H +ATOM 40387 OH2 TIP3X 98 -16.260 2.800 -29.630 1.00 0.00 W5 O +ATOM 40388 H1 TIP3X 98 -15.480 3.150 -30.060 1.00 0.00 W5 H +ATOM 40389 H2 TIP3X 98 -16.320 3.270 -28.800 1.00 0.00 W5 H +ATOM 40390 OH2 TIP3X 99 1.850 39.110 -11.410 1.00 0.00 W5 O +ATOM 40391 H1 TIP3X 99 2.550 39.340 -10.810 1.00 0.00 W5 H +ATOM 40392 H2 TIP3X 99 2.290 38.890 -12.240 1.00 0.00 W5 H +ATOM 40393 OH2 TIP3X 100 42.230 -41.700 -34.850 1.00 0.00 W5 O +ATOM 40394 H1 TIP3X 100 41.640 -41.660 -35.600 1.00 0.00 W5 H +ATOM 40395 H2 TIP3X 100 41.790 -41.210 -34.170 1.00 0.00 W5 H +ATOM 40396 OH2 TIP3X 101 38.180 23.900 -33.680 1.00 0.00 W5 O +ATOM 40397 H1 TIP3X 101 37.970 23.090 -34.140 1.00 0.00 W5 H +ATOM 40398 H2 TIP3X 101 37.350 24.170 -33.280 1.00 0.00 W5 H +ATOM 40399 OH2 TIP3X 102 19.150 -38.720 24.790 1.00 0.00 W5 O +ATOM 40400 H1 TIP3X 102 19.930 -39.090 25.190 1.00 0.00 W5 H +ATOM 40401 H2 TIP3X 102 19.430 -38.440 23.910 1.00 0.00 W5 H +ATOM 40402 OH2 TIP3X 103 -39.460 6.980 32.420 1.00 0.00 W5 O +ATOM 40403 H1 TIP3X 103 -39.430 7.930 32.470 1.00 0.00 W5 H +ATOM 40404 H2 TIP3X 103 -40.150 6.720 33.030 1.00 0.00 W5 H +ATOM 40405 OH2 TIP3X 104 13.910 15.640 -34.850 1.00 0.00 W5 O +ATOM 40406 H1 TIP3X 104 14.810 15.380 -35.080 1.00 0.00 W5 H +ATOM 40407 H2 TIP3X 104 14.010 16.120 -34.030 1.00 0.00 W5 H +ATOM 40408 OH2 TIP3X 105 -38.270 33.220 22.390 1.00 0.00 W5 O +ATOM 40409 H1 TIP3X 105 -39.110 32.920 22.050 1.00 0.00 W5 H +ATOM 40410 H2 TIP3X 105 -38.000 33.910 21.790 1.00 0.00 W5 H +ATOM 40411 OH2 TIP3X 106 4.750 -11.670 -35.490 1.00 0.00 W5 O +ATOM 40412 H1 TIP3X 106 4.730 -12.510 -35.950 1.00 0.00 W5 H +ATOM 40413 H2 TIP3X 106 5.070 -11.880 -34.610 1.00 0.00 W5 H +ATOM 40414 OH2 TIP3X 107 1.930 -29.660 24.640 1.00 0.00 W5 O +ATOM 40415 H1 TIP3X 107 1.700 -30.290 25.310 1.00 0.00 W5 H +ATOM 40416 H2 TIP3X 107 1.140 -29.520 24.130 1.00 0.00 W5 H +ATOM 40417 OH2 TIP3X 108 45.700 28.290 35.580 1.00 0.00 W5 O +ATOM 40418 H1 TIP3X 108 45.360 28.120 34.690 1.00 0.00 W5 H +ATOM 40419 H2 TIP3X 108 45.320 29.130 35.830 1.00 0.00 W5 H +ATOM 40420 OH2 TIP3X 109 -23.660 -51.200 23.090 1.00 0.00 W5 O +ATOM 40421 H1 TIP3X 109 -23.290 -51.910 23.610 1.00 0.00 W5 H +ATOM 40422 H2 TIP3X 109 -22.900 -50.690 22.810 1.00 0.00 W5 H +ATOM 40423 OH2 TIP3X 110 22.240 32.730 -35.000 1.00 0.00 W5 O +ATOM 40424 H1 TIP3X 110 21.650 33.480 -34.930 1.00 0.00 W5 H +ATOM 40425 H2 TIP3X 110 22.600 32.790 -35.890 1.00 0.00 W5 H +ATOM 40426 OH2 TIP3X 111 28.770 0.970 -31.630 1.00 0.00 W5 O +ATOM 40427 H1 TIP3X 111 28.140 0.650 -30.970 1.00 0.00 W5 H +ATOM 40428 H2 TIP3X 111 28.340 1.720 -32.050 1.00 0.00 W5 H +ATOM 40429 OH2 TIP3X 112 30.190 -32.850 34.250 1.00 0.00 W5 O +ATOM 40430 H1 TIP3X 112 29.620 -33.580 34.500 1.00 0.00 W5 H +ATOM 40431 H2 TIP3X 112 29.590 -32.190 33.890 1.00 0.00 W5 H +ATOM 40432 OH2 TIP3X 113 4.430 35.990 -21.160 1.00 0.00 W5 O +ATOM 40433 H1 TIP3X 113 3.890 36.660 -20.760 1.00 0.00 W5 H +ATOM 40434 H2 TIP3X 113 5.300 36.380 -21.250 1.00 0.00 W5 H +ATOM 40435 OH2 TIP3X 114 -41.080 -23.410 -14.260 1.00 0.00 W5 O +ATOM 40436 H1 TIP3X 114 -41.920 -23.340 -13.820 1.00 0.00 W5 H +ATOM 40437 H2 TIP3X 114 -40.600 -22.620 -14.010 1.00 0.00 W5 H +ATOM 40438 OH2 TIP3X 115 -16.080 24.720 22.360 1.00 0.00 W5 O +ATOM 40439 H1 TIP3X 115 -15.680 24.950 21.520 1.00 0.00 W5 H +ATOM 40440 H2 TIP3X 115 -15.540 25.190 23.000 1.00 0.00 W5 H +ATOM 40441 OH2 TIP3X 116 17.020 -31.820 16.750 1.00 0.00 W5 O +ATOM 40442 H1 TIP3X 116 16.420 -31.080 16.820 1.00 0.00 W5 H +ATOM 40443 H2 TIP3X 116 17.830 -31.520 17.160 1.00 0.00 W5 H +ATOM 40444 OH2 TIP3X 117 15.840 22.680 -33.660 1.00 0.00 W5 O +ATOM 40445 H1 TIP3X 117 15.890 22.390 -32.740 1.00 0.00 W5 H +ATOM 40446 H2 TIP3X 117 16.510 23.370 -33.730 1.00 0.00 W5 H +ATOM 40447 OH2 TIP3X 118 6.640 30.900 -22.030 1.00 0.00 W5 O +ATOM 40448 H1 TIP3X 118 7.110 30.450 -22.730 1.00 0.00 W5 H +ATOM 40449 H2 TIP3X 118 6.920 30.440 -21.230 1.00 0.00 W5 H +ATOM 40450 OH2 TIP3X 119 1.950 18.850 -30.470 1.00 0.00 W5 O +ATOM 40451 H1 TIP3X 119 2.160 18.780 -29.530 1.00 0.00 W5 H +ATOM 40452 H2 TIP3X 119 2.790 18.740 -30.910 1.00 0.00 W5 H +ATOM 40453 OH2 TIP3X 120 42.310 30.580 -41.690 1.00 0.00 W5 O +ATOM 40454 H1 TIP3X 120 41.460 30.930 -41.410 1.00 0.00 W5 H +ATOM 40455 H2 TIP3X 120 42.570 31.140 -42.420 1.00 0.00 W5 H +ATOM 40456 OH2 TIP3X 121 38.860 22.490 34.550 1.00 0.00 W5 O +ATOM 40457 H1 TIP3X 121 38.590 21.590 34.690 1.00 0.00 W5 H +ATOM 40458 H2 TIP3X 121 39.700 22.420 34.100 1.00 0.00 W5 H +ATOM 40459 OH2 TIP3X 122 22.560 20.920 -20.190 1.00 0.00 W5 O +ATOM 40460 H1 TIP3X 122 22.030 20.530 -19.500 1.00 0.00 W5 H +ATOM 40461 H2 TIP3X 122 22.700 20.200 -20.810 1.00 0.00 W5 H +ATOM 40462 OH2 TIP3X 123 -44.840 10.210 -49.040 1.00 0.00 W5 O +ATOM 40463 H1 TIP3X 123 -44.590 10.850 -49.700 1.00 0.00 W5 H +ATOM 40464 H2 TIP3X 123 -45.410 10.690 -48.450 1.00 0.00 W5 H +ATOM 40465 OH2 TIP3X 124 -42.960 -20.620 -31.410 1.00 0.00 W5 O +ATOM 40466 H1 TIP3X 124 -43.560 -20.440 -30.690 1.00 0.00 W5 H +ATOM 40467 H2 TIP3X 124 -43.510 -21.060 -32.060 1.00 0.00 W5 H +ATOM 40468 OH2 TIP3X 125 -7.740 -12.540 37.290 1.00 0.00 W5 O +ATOM 40469 H1 TIP3X 125 -7.080 -12.300 36.630 1.00 0.00 W5 H +ATOM 40470 H2 TIP3X 125 -7.270 -12.520 38.120 1.00 0.00 W5 H +ATOM 40471 OH2 TIP3X 126 21.260 -46.370 30.240 1.00 0.00 W5 O +ATOM 40472 H1 TIP3X 126 21.170 -46.540 31.170 1.00 0.00 W5 H +ATOM 40473 H2 TIP3X 126 21.530 -47.200 29.850 1.00 0.00 W5 H +ATOM 40474 OH2 TIP3X 127 -29.860 -33.930 -17.830 1.00 0.00 W5 O +ATOM 40475 H1 TIP3X 127 -30.090 -33.160 -17.330 1.00 0.00 W5 H +ATOM 40476 H2 TIP3X 127 -30.290 -33.780 -18.690 1.00 0.00 W5 H +ATOM 40477 OH2 TIP3X 128 -21.240 0.830 -23.930 1.00 0.00 W5 O +ATOM 40478 H1 TIP3X 128 -21.470 1.720 -24.190 1.00 0.00 W5 H +ATOM 40479 H2 TIP3X 128 -21.660 0.710 -23.080 1.00 0.00 W5 H +ATOM 40480 OH2 TIP3X 129 27.370 -19.160 -46.390 1.00 0.00 W5 O +ATOM 40481 H1 TIP3X 129 26.510 -19.590 -46.480 1.00 0.00 W5 H +ATOM 40482 H2 TIP3X 129 27.670 -19.040 -47.290 1.00 0.00 W5 H +ATOM 40483 OH2 TIP3X 130 -25.580 -31.980 -39.720 1.00 0.00 W5 O +ATOM 40484 H1 TIP3X 130 -25.180 -31.180 -40.060 1.00 0.00 W5 H +ATOM 40485 H2 TIP3X 130 -26.090 -32.330 -40.440 1.00 0.00 W5 H +ATOM 40486 OH2 TIP3X 131 -16.310 -3.250 -36.910 1.00 0.00 W5 O +ATOM 40487 H1 TIP3X 131 -16.350 -2.790 -37.760 1.00 0.00 W5 H +ATOM 40488 H2 TIP3X 131 -16.770 -2.660 -36.310 1.00 0.00 W5 H +ATOM 40489 OH2 TIP3X 132 40.270 -2.430 -39.770 1.00 0.00 W5 O +ATOM 40490 H1 TIP3X 132 40.720 -2.970 -39.120 1.00 0.00 W5 H +ATOM 40491 H2 TIP3X 132 39.420 -2.860 -39.900 1.00 0.00 W5 H +ATOM 40492 OH2 TIP3X 133 28.960 14.270 34.480 1.00 0.00 W5 O +ATOM 40493 H1 TIP3X 133 28.580 14.200 33.610 1.00 0.00 W5 H +ATOM 40494 H2 TIP3X 133 29.170 15.200 34.570 1.00 0.00 W5 H +ATOM 40495 OH2 TIP3X 134 -38.460 25.860 -32.110 1.00 0.00 W5 O +ATOM 40496 H1 TIP3X 134 -38.620 26.760 -32.410 1.00 0.00 W5 H +ATOM 40497 H2 TIP3X 134 -37.520 25.800 -32.020 1.00 0.00 W5 H +ATOM 40498 OH2 TIP3X 135 -7.920 26.600 32.670 1.00 0.00 W5 O +ATOM 40499 H1 TIP3X 135 -8.410 26.170 33.380 1.00 0.00 W5 H +ATOM 40500 H2 TIP3X 135 -7.090 26.140 32.640 1.00 0.00 W5 H +ATOM 40501 OH2 TIP3X 136 39.210 -16.690 -28.010 1.00 0.00 W5 O +ATOM 40502 H1 TIP3X 136 38.280 -16.600 -27.790 1.00 0.00 W5 H +ATOM 40503 H2 TIP3X 136 39.250 -16.500 -28.950 1.00 0.00 W5 H +ATOM 40504 OH2 TIP3X 137 14.460 33.910 -48.320 1.00 0.00 W5 O +ATOM 40505 H1 TIP3X 137 13.870 34.230 -47.640 1.00 0.00 W5 H +ATOM 40506 H2 TIP3X 137 15.130 34.590 -48.390 1.00 0.00 W5 H +ATOM 40507 OH2 TIP3X 138 -17.940 39.990 14.740 1.00 0.00 W5 O +ATOM 40508 H1 TIP3X 138 -17.030 40.260 14.820 1.00 0.00 W5 H +ATOM 40509 H2 TIP3X 138 -18.380 40.750 14.350 1.00 0.00 W5 H +ATOM 40510 OH2 TIP3X 139 2.000 4.530 33.840 1.00 0.00 W5 O +ATOM 40511 H1 TIP3X 139 1.340 4.620 33.150 1.00 0.00 W5 H +ATOM 40512 H2 TIP3X 139 2.830 4.580 33.380 1.00 0.00 W5 H +ATOM 40513 OH2 TIP3X 140 40.640 -13.940 24.320 1.00 0.00 W5 O +ATOM 40514 H1 TIP3X 140 40.960 -14.730 23.880 1.00 0.00 W5 H +ATOM 40515 H2 TIP3X 140 39.960 -13.600 23.740 1.00 0.00 W5 H +ATOM 40516 OH2 TIP3X 141 -22.480 7.700 -30.840 1.00 0.00 W5 O +ATOM 40517 H1 TIP3X 141 -21.650 7.590 -30.390 1.00 0.00 W5 H +ATOM 40518 H2 TIP3X 141 -22.300 7.500 -31.750 1.00 0.00 W5 H +ATOM 40519 OH2 TIP3X 142 -4.930 -19.490 -31.770 1.00 0.00 W5 O +ATOM 40520 H1 TIP3X 142 -5.340 -20.280 -32.120 1.00 0.00 W5 H +ATOM 40521 H2 TIP3X 142 -4.280 -19.250 -32.420 1.00 0.00 W5 H +ATOM 40522 OH2 TIP3X 143 -25.670 9.600 -43.350 1.00 0.00 W5 O +ATOM 40523 H1 TIP3X 143 -24.790 9.380 -43.060 1.00 0.00 W5 H +ATOM 40524 H2 TIP3X 143 -25.580 10.470 -43.730 1.00 0.00 W5 H +ATOM 40525 OH2 TIP3X 144 -10.640 -25.430 22.650 1.00 0.00 W5 O +ATOM 40526 H1 TIP3X 144 -11.530 -25.210 22.910 1.00 0.00 W5 H +ATOM 40527 H2 TIP3X 144 -10.460 -24.890 21.880 1.00 0.00 W5 H +ATOM 40528 OH2 TIP3X 145 0.520 -18.770 24.050 1.00 0.00 W5 O +ATOM 40529 H1 TIP3X 145 0.240 -18.090 24.660 1.00 0.00 W5 H +ATOM 40530 H2 TIP3X 145 -0.240 -19.350 23.970 1.00 0.00 W5 H +ATOM 40531 OH2 TIP3X 146 -5.090 -47.470 18.460 1.00 0.00 W5 O +ATOM 40532 H1 TIP3X 146 -5.210 -46.820 17.770 1.00 0.00 W5 H +ATOM 40533 H2 TIP3X 146 -5.890 -47.420 18.970 1.00 0.00 W5 H +ATOM 40534 OH2 TIP3X 147 -9.230 -43.120 28.130 1.00 0.00 W5 O +ATOM 40535 H1 TIP3X 147 -10.050 -42.610 28.170 1.00 0.00 W5 H +ATOM 40536 H2 TIP3X 147 -9.350 -43.810 28.770 1.00 0.00 W5 H +ATOM 40537 OH2 TIP3X 148 30.470 -23.050 16.330 1.00 0.00 W5 O +ATOM 40538 H1 TIP3X 148 30.240 -22.370 16.960 1.00 0.00 W5 H +ATOM 40539 H2 TIP3X 148 30.960 -23.700 16.840 1.00 0.00 W5 H +ATOM 40540 OH2 TIP3X 149 44.170 -16.490 18.720 1.00 0.00 W5 O +ATOM 40541 H1 TIP3X 149 43.620 -17.040 18.170 1.00 0.00 W5 H +ATOM 40542 H2 TIP3X 149 44.140 -15.620 18.310 1.00 0.00 W5 H +ATOM 40543 OH2 TIP3X 150 -35.210 18.760 -37.690 1.00 0.00 W5 O +ATOM 40544 H1 TIP3X 150 -35.400 18.390 -38.560 1.00 0.00 W5 H +ATOM 40545 H2 TIP3X 150 -35.400 19.690 -37.770 1.00 0.00 W5 H +ATOM 40546 OH2 TIP3X 151 17.440 29.050 -26.490 1.00 0.00 W5 O +ATOM 40547 H1 TIP3X 151 18.160 29.650 -26.710 1.00 0.00 W5 H +ATOM 40548 H2 TIP3X 151 16.670 29.450 -26.900 1.00 0.00 W5 H +ATOM 40549 OH2 TIP3X 152 -2.950 -38.310 -28.730 1.00 0.00 W5 O +ATOM 40550 H1 TIP3X 152 -2.600 -39.060 -29.210 1.00 0.00 W5 H +ATOM 40551 H2 TIP3X 152 -2.540 -37.540 -29.140 1.00 0.00 W5 H +ATOM 40552 OH2 TIP3X 153 28.400 -21.120 -26.310 1.00 0.00 W5 O +ATOM 40553 H1 TIP3X 153 27.640 -21.700 -26.390 1.00 0.00 W5 H +ATOM 40554 H2 TIP3X 153 28.260 -20.660 -25.490 1.00 0.00 W5 H +ATOM 40555 OH2 TIP3X 154 37.090 18.870 26.800 1.00 0.00 W5 O +ATOM 40556 H1 TIP3X 154 37.840 18.660 26.250 1.00 0.00 W5 H +ATOM 40557 H2 TIP3X 154 37.180 19.820 26.950 1.00 0.00 W5 H +ATOM 40558 OH2 TIP3X 155 -22.470 -18.810 -34.850 1.00 0.00 W5 O +ATOM 40559 H1 TIP3X 155 -22.560 -19.260 -35.670 1.00 0.00 W5 H +ATOM 40560 H2 TIP3X 155 -21.880 -18.080 -35.030 1.00 0.00 W5 H +ATOM 40561 OH2 TIP3X 156 -44.130 -45.200 -45.680 1.00 0.00 W5 O +ATOM 40562 H1 TIP3X 156 -44.820 -45.200 -46.350 1.00 0.00 W5 H +ATOM 40563 H2 TIP3X 156 -44.610 -45.220 -44.860 1.00 0.00 W5 H +ATOM 40564 OH2 TIP3X 157 -37.380 -23.590 38.140 1.00 0.00 W5 O +ATOM 40565 H1 TIP3X 157 -36.780 -24.310 38.360 1.00 0.00 W5 H +ATOM 40566 H2 TIP3X 157 -36.830 -22.800 38.190 1.00 0.00 W5 H +ATOM 40567 OH2 TIP3X 158 12.680 30.300 -21.410 1.00 0.00 W5 O +ATOM 40568 H1 TIP3X 158 12.790 30.490 -22.340 1.00 0.00 W5 H +ATOM 40569 H2 TIP3X 158 11.920 29.710 -21.380 1.00 0.00 W5 H +ATOM 40570 OH2 TIP3X 159 19.520 24.550 -21.180 1.00 0.00 W5 O +ATOM 40571 H1 TIP3X 159 20.350 24.090 -21.180 1.00 0.00 W5 H +ATOM 40572 H2 TIP3X 159 19.390 24.810 -22.100 1.00 0.00 W5 H +ATOM 40573 OH2 TIP3X 160 -37.490 8.810 -27.520 1.00 0.00 W5 O +ATOM 40574 H1 TIP3X 160 -36.980 9.620 -27.470 1.00 0.00 W5 H +ATOM 40575 H2 TIP3X 160 -37.490 8.600 -28.450 1.00 0.00 W5 H +ATOM 40576 OH2 TIP3X 161 14.420 -42.900 -46.010 1.00 0.00 W5 O +ATOM 40577 H1 TIP3X 161 14.950 -43.400 -46.630 1.00 0.00 W5 H +ATOM 40578 H2 TIP3X 161 15.020 -42.220 -45.700 1.00 0.00 W5 H +ATOM 40579 OH2 TIP3X 162 -43.620 25.530 -9.800 1.00 0.00 W5 O +ATOM 40580 H1 TIP3X 162 -44.140 26.340 -9.710 1.00 0.00 W5 H +ATOM 40581 H2 TIP3X 162 -43.620 25.150 -8.920 1.00 0.00 W5 H +ATOM 40582 OH2 TIP3X 163 41.220 14.430 28.840 1.00 0.00 W5 O +ATOM 40583 H1 TIP3X 163 40.310 14.750 28.830 1.00 0.00 W5 H +ATOM 40584 H2 TIP3X 163 41.620 14.890 29.590 1.00 0.00 W5 H +ATOM 40585 OH2 TIP3X 164 -13.430 -16.640 -27.490 1.00 0.00 W5 O +ATOM 40586 H1 TIP3X 164 -14.230 -16.830 -27.980 1.00 0.00 W5 H +ATOM 40587 H2 TIP3X 164 -13.720 -16.530 -26.590 1.00 0.00 W5 H +ATOM 40588 OH2 TIP3X 165 -28.550 -2.850 38.440 1.00 0.00 W5 O +ATOM 40589 H1 TIP3X 165 -29.180 -2.730 37.730 1.00 0.00 W5 H +ATOM 40590 H2 TIP3X 165 -28.340 -1.970 38.740 1.00 0.00 W5 H +ATOM 40591 OH2 TIP3X 166 -33.690 29.820 32.740 1.00 0.00 W5 O +ATOM 40592 H1 TIP3X 166 -34.120 30.600 33.100 1.00 0.00 W5 H +ATOM 40593 H2 TIP3X 166 -34.080 29.090 33.230 1.00 0.00 W5 H +ATOM 40594 OH2 TIP3X 167 45.500 -33.810 -28.770 1.00 0.00 W5 O +ATOM 40595 H1 TIP3X 167 44.720 -34.270 -29.070 1.00 0.00 W5 H +ATOM 40596 H2 TIP3X 167 46.140 -33.940 -29.490 1.00 0.00 W5 H +ATOM 40597 OH2 TIP3X 168 16.480 -34.260 -44.760 1.00 0.00 W5 O +ATOM 40598 H1 TIP3X 168 15.680 -33.730 -44.770 1.00 0.00 W5 H +ATOM 40599 H2 TIP3X 168 17.130 -33.700 -44.350 1.00 0.00 W5 H +ATOM 40600 OH2 TIP3X 169 12.540 -41.160 32.830 1.00 0.00 W5 O +ATOM 40601 H1 TIP3X 169 12.570 -40.520 32.120 1.00 0.00 W5 H +ATOM 40602 H2 TIP3X 169 12.420 -42.010 32.390 1.00 0.00 W5 H +ATOM 40603 OH2 TIP3X 170 37.630 -26.460 20.560 1.00 0.00 W5 O +ATOM 40604 H1 TIP3X 170 37.660 -26.080 19.680 1.00 0.00 W5 H +ATOM 40605 H2 TIP3X 170 36.960 -25.950 21.020 1.00 0.00 W5 H +ATOM 40606 OH2 TIP3X 171 -17.160 23.270 24.720 1.00 0.00 W5 O +ATOM 40607 H1 TIP3X 171 -17.350 22.420 24.320 1.00 0.00 W5 H +ATOM 40608 H2 TIP3X 171 -16.760 23.780 24.010 1.00 0.00 W5 H +ATOM 40609 OH2 TIP3X 172 27.990 23.150 -39.290 1.00 0.00 W5 O +ATOM 40610 H1 TIP3X 172 28.730 22.530 -39.290 1.00 0.00 W5 H +ATOM 40611 H2 TIP3X 172 28.410 24.010 -39.380 1.00 0.00 W5 H +ATOM 40612 OH2 TIP3X 173 2.240 -17.980 37.560 1.00 0.00 W5 O +ATOM 40613 H1 TIP3X 173 1.880 -18.760 37.120 1.00 0.00 W5 H +ATOM 40614 H2 TIP3X 173 2.680 -17.500 36.860 1.00 0.00 W5 H +ATOM 40615 OH2 TIP3X 174 48.150 -26.220 18.250 1.00 0.00 W5 O +ATOM 40616 H1 TIP3X 174 48.500 -25.340 18.400 1.00 0.00 W5 H +ATOM 40617 H2 TIP3X 174 47.240 -26.170 18.500 1.00 0.00 W5 H +ATOM 40618 OH2 TIP3X 175 -36.090 -14.310 13.190 1.00 0.00 W5 O +ATOM 40619 H1 TIP3X 175 -36.320 -15.240 13.200 1.00 0.00 W5 H +ATOM 40620 H2 TIP3X 175 -35.140 -14.320 13.340 1.00 0.00 W5 H +ATOM 40621 OH2 TIP3X 176 38.540 27.700 22.880 1.00 0.00 W5 O +ATOM 40622 H1 TIP3X 176 38.160 27.680 22.000 1.00 0.00 W5 H +ATOM 40623 H2 TIP3X 176 39.160 26.970 22.880 1.00 0.00 W5 H +ATOM 40624 OH2 TIP3X 177 16.150 -6.850 -26.380 1.00 0.00 W5 O +ATOM 40625 H1 TIP3X 177 16.350 -7.600 -25.810 1.00 0.00 W5 H +ATOM 40626 H2 TIP3X 177 16.280 -6.090 -25.810 1.00 0.00 W5 H +ATOM 40627 OH2 TIP3X 178 -40.350 -36.120 31.990 1.00 0.00 W5 O +ATOM 40628 H1 TIP3X 178 -41.040 -36.310 31.360 1.00 0.00 W5 H +ATOM 40629 H2 TIP3X 178 -40.660 -36.520 32.800 1.00 0.00 W5 H +ATOM 40630 OH2 TIP3X 179 -13.640 -15.770 -22.130 1.00 0.00 W5 O +ATOM 40631 H1 TIP3X 179 -14.240 -16.330 -21.640 1.00 0.00 W5 H +ATOM 40632 H2 TIP3X 179 -13.910 -14.870 -21.890 1.00 0.00 W5 H +ATOM 40633 OH2 TIP3X 180 -24.430 -26.240 -22.650 1.00 0.00 W5 O +ATOM 40634 H1 TIP3X 180 -24.070 -26.020 -21.790 1.00 0.00 W5 H +ATOM 40635 H2 TIP3X 180 -24.160 -25.520 -23.220 1.00 0.00 W5 H +ATOM 40636 OH2 TIP3X 181 -0.870 -5.410 -31.010 1.00 0.00 W5 O +ATOM 40637 H1 TIP3X 181 0.040 -5.200 -31.210 1.00 0.00 W5 H +ATOM 40638 H2 TIP3X 181 -1.280 -5.540 -31.870 1.00 0.00 W5 H +ATOM 40639 OH2 TIP3X 182 6.850 12.210 -30.130 1.00 0.00 W5 O +ATOM 40640 H1 TIP3X 182 7.300 12.880 -29.620 1.00 0.00 W5 H +ATOM 40641 H2 TIP3X 182 5.920 12.430 -30.030 1.00 0.00 W5 H +ATOM 40642 OH2 TIP3X 183 17.830 25.450 -16.080 1.00 0.00 W5 O +ATOM 40643 H1 TIP3X 183 18.110 26.370 -15.950 1.00 0.00 W5 H +ATOM 40644 H2 TIP3X 183 17.690 25.110 -15.200 1.00 0.00 W5 H +ATOM 40645 OH2 TIP3X 184 -32.810 34.930 28.930 1.00 0.00 W5 O +ATOM 40646 H1 TIP3X 184 -33.220 34.320 29.560 1.00 0.00 W5 H +ATOM 40647 H2 TIP3X 184 -32.270 34.380 28.380 1.00 0.00 W5 H +ATOM 40648 OH2 TIP3X 185 -12.310 1.800 -49.700 1.00 0.00 W5 O +ATOM 40649 H1 TIP3X 185 -13.130 1.590 -49.250 1.00 0.00 W5 H +ATOM 40650 H2 TIP3X 185 -11.630 1.410 -49.150 1.00 0.00 W5 H +ATOM 40651 OH2 TIP3X 186 47.040 12.590 18.690 1.00 0.00 W5 O +ATOM 40652 H1 TIP3X 186 47.580 11.830 18.910 1.00 0.00 W5 H +ATOM 40653 H2 TIP3X 186 47.010 12.590 17.740 1.00 0.00 W5 H +ATOM 40654 OH2 TIP3X 187 -45.200 -29.320 -44.990 1.00 0.00 W5 O +ATOM 40655 H1 TIP3X 187 -46.080 -29.130 -44.670 1.00 0.00 W5 H +ATOM 40656 H2 TIP3X 187 -45.330 -29.600 -45.900 1.00 0.00 W5 H +ATOM 40657 OH2 TIP3X 188 33.890 -38.730 -42.740 1.00 0.00 W5 O +ATOM 40658 H1 TIP3X 188 33.140 -39.010 -42.220 1.00 0.00 W5 H +ATOM 40659 H2 TIP3X 188 34.180 -37.910 -42.330 1.00 0.00 W5 H +ATOM 40660 OH2 TIP3X 189 41.940 30.020 38.170 1.00 0.00 W5 O +ATOM 40661 H1 TIP3X 189 41.490 29.310 38.610 1.00 0.00 W5 H +ATOM 40662 H2 TIP3X 189 42.410 30.490 38.870 1.00 0.00 W5 H +ATOM 40663 OH2 TIP3X 190 -4.330 12.000 -29.420 1.00 0.00 W5 O +ATOM 40664 H1 TIP3X 190 -4.960 11.890 -28.710 1.00 0.00 W5 H +ATOM 40665 H2 TIP3X 190 -4.140 12.950 -29.430 1.00 0.00 W5 H +ATOM 40666 OH2 TIP3X 191 42.960 -36.440 11.470 1.00 0.00 W5 O +ATOM 40667 H1 TIP3X 191 43.080 -35.750 12.140 1.00 0.00 W5 H +ATOM 40668 H2 TIP3X 191 42.390 -36.040 10.810 1.00 0.00 W5 H +ATOM 40669 OH2 TIP3X 192 35.560 34.650 36.860 1.00 0.00 W5 O +ATOM 40670 H1 TIP3X 192 35.260 33.830 36.480 1.00 0.00 W5 H +ATOM 40671 H2 TIP3X 192 35.010 35.320 36.460 1.00 0.00 W5 H +ATOM 40672 OH2 TIP3X 193 -40.780 6.020 -11.200 1.00 0.00 W5 O +ATOM 40673 H1 TIP3X 193 -41.500 6.240 -10.620 1.00 0.00 W5 H +ATOM 40674 H2 TIP3X 193 -40.450 5.180 -10.870 1.00 0.00 W5 H +ATOM 40675 OH2 TIP3X 194 -34.900 3.910 33.900 1.00 0.00 W5 O +ATOM 40676 H1 TIP3X 194 -33.940 3.980 33.790 1.00 0.00 W5 H +ATOM 40677 H2 TIP3X 194 -35.260 4.250 33.080 1.00 0.00 W5 H +ATOM 40678 OH2 TIP3X 195 -39.260 22.220 -48.050 1.00 0.00 W5 O +ATOM 40679 H1 TIP3X 195 -39.510 22.980 -47.530 1.00 0.00 W5 H +ATOM 40680 H2 TIP3X 195 -38.310 22.230 -48.040 1.00 0.00 W5 H +ATOM 40681 OH2 TIP3X 196 5.010 35.250 24.830 1.00 0.00 W5 O +ATOM 40682 H1 TIP3X 196 5.550 34.710 25.400 1.00 0.00 W5 H +ATOM 40683 H2 TIP3X 196 5.150 36.150 25.140 1.00 0.00 W5 H +ATOM 40684 OH2 TIP3X 197 23.250 -17.790 -25.830 1.00 0.00 W5 O +ATOM 40685 H1 TIP3X 197 23.470 -18.220 -26.650 1.00 0.00 W5 H +ATOM 40686 H2 TIP3X 197 23.880 -17.080 -25.740 1.00 0.00 W5 H +ATOM 40687 OH2 TIP3X 198 -19.130 -19.880 25.510 1.00 0.00 W5 O +ATOM 40688 H1 TIP3X 198 -19.020 -20.410 24.720 1.00 0.00 W5 H +ATOM 40689 H2 TIP3X 198 -19.450 -20.510 26.160 1.00 0.00 W5 H +ATOM 40690 OH2 TIP3X 199 -2.450 -0.150 35.780 1.00 0.00 W5 O +ATOM 40691 H1 TIP3X 199 -2.600 0.760 35.510 1.00 0.00 W5 H +ATOM 40692 H2 TIP3X 199 -1.880 -0.510 35.080 1.00 0.00 W5 H +ATOM 40693 OH2 TIP3X 200 -12.380 38.360 34.600 1.00 0.00 W5 O +ATOM 40694 H1 TIP3X 200 -12.320 38.920 33.830 1.00 0.00 W5 H +ATOM 40695 H2 TIP3X 200 -13.260 38.000 34.560 1.00 0.00 W5 H +ATOM 40696 OH2 TIP3X 201 9.450 28.160 -17.050 1.00 0.00 W5 O +ATOM 40697 H1 TIP3X 201 9.490 29.050 -16.700 1.00 0.00 W5 H +ATOM 40698 H2 TIP3X 201 10.070 28.160 -17.780 1.00 0.00 W5 H +ATOM 40699 OH2 TIP3X 202 -13.980 -30.230 -45.440 1.00 0.00 W5 O +ATOM 40700 H1 TIP3X 202 -13.030 -30.120 -45.400 1.00 0.00 W5 H +ATOM 40701 H2 TIP3X 202 -14.110 -31.140 -45.690 1.00 0.00 W5 H +ATOM 40702 OH2 TIP3X 203 23.610 34.200 -32.540 1.00 0.00 W5 O +ATOM 40703 H1 TIP3X 203 24.510 34.150 -32.840 1.00 0.00 W5 H +ATOM 40704 H2 TIP3X 203 23.200 34.850 -33.120 1.00 0.00 W5 H +ATOM 40705 OH2 TIP3X 204 7.160 -40.250 29.940 1.00 0.00 W5 O +ATOM 40706 H1 TIP3X 204 7.840 -40.130 29.270 1.00 0.00 W5 H +ATOM 40707 H2 TIP3X 204 6.340 -40.080 29.460 1.00 0.00 W5 H +ATOM 40708 OH2 TIP3X 205 -13.050 39.570 31.360 1.00 0.00 W5 O +ATOM 40709 H1 TIP3X 205 -13.360 40.330 31.850 1.00 0.00 W5 H +ATOM 40710 H2 TIP3X 205 -13.820 39.290 30.860 1.00 0.00 W5 H +ATOM 40711 OH2 TIP3X 206 -37.350 36.360 18.310 1.00 0.00 W5 O +ATOM 40712 H1 TIP3X 206 -38.100 36.970 18.320 1.00 0.00 W5 H +ATOM 40713 H2 TIP3X 206 -36.770 36.690 17.630 1.00 0.00 W5 H +ATOM 40714 OH2 TIP3X 207 28.760 -8.180 -18.830 1.00 0.00 W5 O +ATOM 40715 H1 TIP3X 207 27.950 -7.790 -19.130 1.00 0.00 W5 H +ATOM 40716 H2 TIP3X 207 28.880 -7.820 -17.950 1.00 0.00 W5 H +ATOM 40717 OH2 TIP3X 208 -11.220 -36.830 28.450 1.00 0.00 W5 O +ATOM 40718 H1 TIP3X 208 -10.620 -36.420 29.060 1.00 0.00 W5 H +ATOM 40719 H2 TIP3X 208 -12.030 -36.960 28.950 1.00 0.00 W5 H +ATOM 40720 OH2 TIP3X 209 17.870 -48.520 35.240 1.00 0.00 W5 O +ATOM 40721 H1 TIP3X 209 17.450 -48.930 36.000 1.00 0.00 W5 H +ATOM 40722 H2 TIP3X 209 17.450 -48.940 34.490 1.00 0.00 W5 H +ATOM 40723 OH2 TIP3X 210 40.220 37.750 31.260 1.00 0.00 W5 O +ATOM 40724 H1 TIP3X 210 39.830 37.630 30.390 1.00 0.00 W5 H +ATOM 40725 H2 TIP3X 210 40.330 36.860 31.610 1.00 0.00 W5 H +ATOM 40726 OH2 TIP3X 211 -43.920 19.470 25.350 1.00 0.00 W5 O +ATOM 40727 H1 TIP3X 211 -43.160 19.800 25.820 1.00 0.00 W5 H +ATOM 40728 H2 TIP3X 211 -44.280 18.780 25.920 1.00 0.00 W5 H +ATOM 40729 OH2 TIP3X 212 -5.110 28.470 36.820 1.00 0.00 W5 O +ATOM 40730 H1 TIP3X 212 -5.990 28.420 36.440 1.00 0.00 W5 H +ATOM 40731 H2 TIP3X 212 -4.970 27.600 37.200 1.00 0.00 W5 H +ATOM 40732 OH2 TIP3X 213 39.710 -7.730 36.780 1.00 0.00 W5 O +ATOM 40733 H1 TIP3X 213 39.010 -8.370 36.670 1.00 0.00 W5 H +ATOM 40734 H2 TIP3X 213 40.510 -8.250 36.700 1.00 0.00 W5 H +ATOM 40735 OH2 TIP3X 214 40.410 -19.050 -35.870 1.00 0.00 W5 O +ATOM 40736 H1 TIP3X 214 40.670 -19.950 -35.720 1.00 0.00 W5 H +ATOM 40737 H2 TIP3X 214 40.930 -18.550 -35.220 1.00 0.00 W5 H +ATOM 40738 OH2 TIP3X 215 6.980 -26.180 -26.360 1.00 0.00 W5 O +ATOM 40739 H1 TIP3X 215 7.460 -25.400 -26.080 1.00 0.00 W5 H +ATOM 40740 H2 TIP3X 215 7.000 -26.760 -25.600 1.00 0.00 W5 H +ATOM 40741 OH2 TIP3X 216 -38.350 14.750 -20.060 1.00 0.00 W5 O +ATOM 40742 H1 TIP3X 216 -38.350 15.130 -19.180 1.00 0.00 W5 H +ATOM 40743 H2 TIP3X 216 -38.060 15.470 -20.630 1.00 0.00 W5 H +ATOM 40744 OH2 TIP3X 217 -32.320 7.850 -31.330 1.00 0.00 W5 O +ATOM 40745 H1 TIP3X 217 -33.030 7.260 -31.590 1.00 0.00 W5 H +ATOM 40746 H2 TIP3X 217 -32.090 7.570 -30.440 1.00 0.00 W5 H +ATOM 40747 OH2 TIP3X 218 11.760 24.860 -31.230 1.00 0.00 W5 O +ATOM 40748 H1 TIP3X 218 11.180 24.100 -31.310 1.00 0.00 W5 H +ATOM 40749 H2 TIP3X 218 11.570 25.210 -30.360 1.00 0.00 W5 H +ATOM 40750 OH2 TIP3X 219 -10.970 29.480 -31.170 1.00 0.00 W5 O +ATOM 40751 H1 TIP3X 219 -10.070 29.170 -31.050 1.00 0.00 W5 H +ATOM 40752 H2 TIP3X 219 -11.170 29.270 -32.080 1.00 0.00 W5 H +ATOM 40753 OH2 TIP3X 220 10.650 -8.720 21.440 1.00 0.00 W5 O +ATOM 40754 H1 TIP3X 220 10.250 -8.030 21.970 1.00 0.00 W5 H +ATOM 40755 H2 TIP3X 220 9.900 -9.240 21.140 1.00 0.00 W5 H +ATOM 40756 OH2 TIP3X 221 10.210 -17.070 -37.090 1.00 0.00 W5 O +ATOM 40757 H1 TIP3X 221 11.110 -17.000 -37.410 1.00 0.00 W5 H +ATOM 40758 H2 TIP3X 221 9.950 -16.170 -36.930 1.00 0.00 W5 H +ATOM 40759 OH2 TIP3X 222 34.080 18.390 -15.720 1.00 0.00 W5 O +ATOM 40760 H1 TIP3X 222 33.520 18.880 -15.110 1.00 0.00 W5 H +ATOM 40761 H2 TIP3X 222 34.310 17.600 -15.250 1.00 0.00 W5 H +ATOM 40762 OH2 TIP3X 223 -26.510 19.090 -44.250 1.00 0.00 W5 O +ATOM 40763 H1 TIP3X 223 -26.380 20.040 -44.130 1.00 0.00 W5 H +ATOM 40764 H2 TIP3X 223 -25.630 18.730 -44.260 1.00 0.00 W5 H +ATOM 40765 OH2 TIP3X 224 41.310 -21.210 14.150 1.00 0.00 W5 O +ATOM 40766 H1 TIP3X 224 41.100 -22.080 13.800 1.00 0.00 W5 H +ATOM 40767 H2 TIP3X 224 41.490 -21.370 15.070 1.00 0.00 W5 H +ATOM 40768 OH2 TIP3X 225 27.040 37.200 25.430 1.00 0.00 W5 O +ATOM 40769 H1 TIP3X 225 27.350 36.860 26.270 1.00 0.00 W5 H +ATOM 40770 H2 TIP3X 225 27.740 37.000 24.810 1.00 0.00 W5 H +ATOM 40771 OH2 TIP3X 226 -38.710 -39.850 27.490 1.00 0.00 W5 O +ATOM 40772 H1 TIP3X 226 -39.070 -39.250 28.130 1.00 0.00 W5 H +ATOM 40773 H2 TIP3X 226 -38.390 -40.600 28.000 1.00 0.00 W5 H +ATOM 40774 OH2 TIP3X 227 15.260 40.930 -36.660 1.00 0.00 W5 O +ATOM 40775 H1 TIP3X 227 14.810 40.750 -35.830 1.00 0.00 W5 H +ATOM 40776 H2 TIP3X 227 14.640 40.660 -37.330 1.00 0.00 W5 H +ATOM 40777 OH2 TIP3X 228 14.550 19.080 -42.560 1.00 0.00 W5 O +ATOM 40778 H1 TIP3X 228 15.380 18.600 -42.680 1.00 0.00 W5 H +ATOM 40779 H2 TIP3X 228 14.350 19.430 -43.430 1.00 0.00 W5 H +ATOM 40780 OH2 TIP3X 229 41.770 -47.200 -48.360 1.00 0.00 W5 O +ATOM 40781 H1 TIP3X 229 40.880 -47.040 -48.090 1.00 0.00 W5 H +ATOM 40782 H2 TIP3X 229 41.910 -46.610 -49.110 1.00 0.00 W5 H +ATOM 40783 OH2 TIP3X 230 -16.040 -36.690 -48.350 1.00 0.00 W5 O +ATOM 40784 H1 TIP3X 230 -16.850 -37.180 -48.220 1.00 0.00 W5 H +ATOM 40785 H2 TIP3X 230 -16.280 -35.780 -48.230 1.00 0.00 W5 H +ATOM 40786 OH2 TIP3X 231 13.410 32.090 -40.900 1.00 0.00 W5 O +ATOM 40787 H1 TIP3X 231 12.500 31.790 -40.770 1.00 0.00 W5 H +ATOM 40788 H2 TIP3X 231 13.900 31.620 -40.240 1.00 0.00 W5 H +ATOM 40789 OH2 TIP3X 232 -14.060 -43.520 -23.770 1.00 0.00 W5 O +ATOM 40790 H1 TIP3X 232 -13.920 -44.270 -23.190 1.00 0.00 W5 H +ATOM 40791 H2 TIP3X 232 -13.170 -43.260 -24.040 1.00 0.00 W5 H +ATOM 40792 OH2 TIP3X 233 -26.590 -3.680 23.310 1.00 0.00 W5 O +ATOM 40793 H1 TIP3X 233 -26.920 -4.460 23.760 1.00 0.00 W5 H +ATOM 40794 H2 TIP3X 233 -27.090 -3.650 22.490 1.00 0.00 W5 H +ATOM 40795 OH2 TIP3X 234 -17.280 -11.990 23.960 1.00 0.00 W5 O +ATOM 40796 H1 TIP3X 234 -17.680 -12.610 23.330 1.00 0.00 W5 H +ATOM 40797 H2 TIP3X 234 -17.770 -11.180 23.830 1.00 0.00 W5 H +ATOM 40798 OH2 TIP3X 235 39.530 1.350 -9.430 1.00 0.00 W5 O +ATOM 40799 H1 TIP3X 235 38.790 1.540 -8.860 1.00 0.00 W5 H +ATOM 40800 H2 TIP3X 235 40.060 0.720 -8.930 1.00 0.00 W5 H +ATOM 40801 OH2 TIP3X 236 -22.070 -40.510 33.420 1.00 0.00 W5 O +ATOM 40802 H1 TIP3X 236 -21.200 -40.830 33.630 1.00 0.00 W5 H +ATOM 40803 H2 TIP3X 236 -22.670 -41.130 33.840 1.00 0.00 W5 H +ATOM 40804 OH2 TIP3X 237 -1.940 -51.050 11.780 1.00 0.00 W5 O +ATOM 40805 H1 TIP3X 237 -2.630 -51.210 11.130 1.00 0.00 W5 H +ATOM 40806 H2 TIP3X 237 -2.410 -50.820 12.580 1.00 0.00 W5 H +ATOM 40807 OH2 TIP3X 238 48.200 5.100 18.580 1.00 0.00 W5 O +ATOM 40808 H1 TIP3X 238 48.240 6.000 18.890 1.00 0.00 W5 H +ATOM 40809 H2 TIP3X 238 49.020 4.710 18.910 1.00 0.00 W5 H +ATOM 40810 OH2 TIP3X 239 38.650 20.010 -16.450 1.00 0.00 W5 O +ATOM 40811 H1 TIP3X 239 39.320 19.390 -16.710 1.00 0.00 W5 H +ATOM 40812 H2 TIP3X 239 38.090 19.540 -15.840 1.00 0.00 W5 H +ATOM 40813 OH2 TIP3X 240 31.010 21.660 -49.990 1.00 0.00 W5 O +ATOM 40814 H1 TIP3X 240 30.870 21.240 -49.150 1.00 0.00 W5 H +ATOM 40815 H2 TIP3X 240 31.940 21.880 -49.990 1.00 0.00 W5 H +ATOM 40816 OH2 TIP3X 241 -28.930 -36.900 22.770 1.00 0.00 W5 O +ATOM 40817 H1 TIP3X 241 -29.280 -36.070 22.480 1.00 0.00 W5 H +ATOM 40818 H2 TIP3X 241 -28.310 -37.150 22.070 1.00 0.00 W5 H +ATOM 40819 OH2 TIP3X 242 42.030 -5.460 -30.310 1.00 0.00 W5 O +ATOM 40820 H1 TIP3X 242 42.370 -4.680 -30.760 1.00 0.00 W5 H +ATOM 40821 H2 TIP3X 242 41.100 -5.280 -30.220 1.00 0.00 W5 H +ATOM 40822 OH2 TIP3X 243 -3.900 -32.450 -49.400 1.00 0.00 W5 O +ATOM 40823 H1 TIP3X 243 -4.090 -32.670 -48.490 1.00 0.00 W5 H +ATOM 40824 H2 TIP3X 243 -3.350 -31.670 -49.360 1.00 0.00 W5 H +ATOM 40825 OH2 TIP3X 244 8.570 30.990 24.290 1.00 0.00 W5 O +ATOM 40826 H1 TIP3X 244 7.850 31.520 23.960 1.00 0.00 W5 H +ATOM 40827 H2 TIP3X 244 9.010 31.550 24.930 1.00 0.00 W5 H +ATOM 40828 OH2 TIP3X 245 -41.570 -24.570 -41.660 1.00 0.00 W5 O +ATOM 40829 H1 TIP3X 245 -41.140 -24.180 -40.890 1.00 0.00 W5 H +ATOM 40830 H2 TIP3X 245 -41.760 -23.820 -42.220 1.00 0.00 W5 H +ATOM 40831 OH2 TIP3X 246 7.350 -41.660 20.480 1.00 0.00 W5 O +ATOM 40832 H1 TIP3X 246 8.160 -41.330 20.080 1.00 0.00 W5 H +ATOM 40833 H2 TIP3X 246 6.910 -42.120 19.760 1.00 0.00 W5 H +ATOM 40834 OH2 TIP3X 247 -36.190 -5.480 -31.340 1.00 0.00 W5 O +ATOM 40835 H1 TIP3X 247 -36.360 -4.870 -30.620 1.00 0.00 W5 H +ATOM 40836 H2 TIP3X 247 -35.240 -5.460 -31.440 1.00 0.00 W5 H +ATOM 40837 OH2 TIP3X 248 30.000 -46.000 -44.370 1.00 0.00 W5 O +ATOM 40838 H1 TIP3X 248 30.100 -45.080 -44.610 1.00 0.00 W5 H +ATOM 40839 H2 TIP3X 248 30.680 -46.450 -44.880 1.00 0.00 W5 H +ATOM 40840 OH2 TIP3X 249 -43.020 18.530 -44.740 1.00 0.00 W5 O +ATOM 40841 H1 TIP3X 249 -43.550 18.870 -44.010 1.00 0.00 W5 H +ATOM 40842 H2 TIP3X 249 -42.140 18.860 -44.570 1.00 0.00 W5 H +ATOM 40843 OH2 TIP3X 250 -41.660 -9.660 33.610 1.00 0.00 W5 O +ATOM 40844 H1 TIP3X 250 -41.950 -9.200 32.820 1.00 0.00 W5 H +ATOM 40845 H2 TIP3X 250 -42.360 -9.510 34.240 1.00 0.00 W5 H +ATOM 40846 OH2 TIP3X 251 -38.880 42.200 -17.980 1.00 0.00 W5 O +ATOM 40847 H1 TIP3X 251 -37.940 42.140 -17.750 1.00 0.00 W5 H +ATOM 40848 H2 TIP3X 251 -39.280 41.500 -17.470 1.00 0.00 W5 H +ATOM 40849 OH2 TIP3X 252 -38.640 41.380 -41.630 1.00 0.00 W5 O +ATOM 40850 H1 TIP3X 252 -38.050 41.140 -40.930 1.00 0.00 W5 H +ATOM 40851 H2 TIP3X 252 -39.240 42.020 -41.240 1.00 0.00 W5 H +ATOM 40852 OH2 TIP3X 253 19.100 -15.310 21.190 1.00 0.00 W5 O +ATOM 40853 H1 TIP3X 253 18.330 -15.290 20.610 1.00 0.00 W5 H +ATOM 40854 H2 TIP3X 253 19.580 -14.520 20.960 1.00 0.00 W5 H +ATOM 40855 OH2 TIP3X 254 17.730 -7.080 -46.480 1.00 0.00 W5 O +ATOM 40856 H1 TIP3X 254 17.660 -7.530 -47.320 1.00 0.00 W5 H +ATOM 40857 H2 TIP3X 254 18.380 -6.380 -46.640 1.00 0.00 W5 H +ATOM 40858 OH2 TIP3X 255 0.750 23.140 28.210 1.00 0.00 W5 O +ATOM 40859 H1 TIP3X 255 0.590 22.420 27.590 1.00 0.00 W5 H +ATOM 40860 H2 TIP3X 255 1.660 23.360 28.090 1.00 0.00 W5 H +ATOM 40861 OH2 TIP3X 256 -27.440 23.310 23.900 1.00 0.00 W5 O +ATOM 40862 H1 TIP3X 256 -27.110 22.770 23.190 1.00 0.00 W5 H +ATOM 40863 H2 TIP3X 256 -26.790 23.240 24.590 1.00 0.00 W5 H +ATOM 40864 OH2 TIP3X 257 43.080 -37.670 20.990 1.00 0.00 W5 O +ATOM 40865 H1 TIP3X 257 43.940 -37.830 21.380 1.00 0.00 W5 H +ATOM 40866 H2 TIP3X 257 42.670 -37.030 21.560 1.00 0.00 W5 H +ATOM 40867 OH2 TIP3X 258 -7.360 8.100 31.560 1.00 0.00 W5 O +ATOM 40868 H1 TIP3X 258 -6.930 7.410 31.050 1.00 0.00 W5 H +ATOM 40869 H2 TIP3X 258 -7.530 8.800 30.930 1.00 0.00 W5 H +ATOM 40870 OH2 TIP3X 259 -33.040 -1.910 -37.360 1.00 0.00 W5 O +ATOM 40871 H1 TIP3X 259 -32.990 -2.170 -36.440 1.00 0.00 W5 H +ATOM 40872 H2 TIP3X 259 -33.110 -0.950 -37.340 1.00 0.00 W5 H +ATOM 40873 OH2 TIP3X 260 -22.420 -16.280 -30.120 1.00 0.00 W5 O +ATOM 40874 H1 TIP3X 260 -22.720 -17.060 -30.580 1.00 0.00 W5 H +ATOM 40875 H2 TIP3X 260 -21.750 -16.590 -29.520 1.00 0.00 W5 H +ATOM 40876 OH2 TIP3X 261 31.260 41.380 -35.100 1.00 0.00 W5 O +ATOM 40877 H1 TIP3X 261 31.080 40.500 -35.450 1.00 0.00 W5 H +ATOM 40878 H2 TIP3X 261 30.910 41.340 -34.200 1.00 0.00 W5 H +ATOM 40879 OH2 TIP3X 262 21.650 -18.810 -28.000 1.00 0.00 W5 O +ATOM 40880 H1 TIP3X 262 22.110 -18.790 -28.830 1.00 0.00 W5 H +ATOM 40881 H2 TIP3X 262 21.500 -19.740 -27.820 1.00 0.00 W5 H +ATOM 40882 OH2 TIP3X 263 -21.550 18.570 29.890 1.00 0.00 W5 O +ATOM 40883 H1 TIP3X 263 -21.840 17.710 30.190 1.00 0.00 W5 H +ATOM 40884 H2 TIP3X 263 -21.430 18.450 28.950 1.00 0.00 W5 H +ATOM 40885 OH2 TIP3X 264 -25.950 -16.880 18.390 1.00 0.00 W5 O +ATOM 40886 H1 TIP3X 264 -26.400 -17.250 17.640 1.00 0.00 W5 H +ATOM 40887 H2 TIP3X 264 -25.020 -17.080 18.240 1.00 0.00 W5 H +ATOM 40888 OH2 TIP3X 265 30.750 38.950 35.460 1.00 0.00 W5 O +ATOM 40889 H1 TIP3X 265 30.010 38.490 35.060 1.00 0.00 W5 H +ATOM 40890 H2 TIP3X 265 30.840 38.570 36.330 1.00 0.00 W5 H +ATOM 40891 OH2 TIP3X 266 -25.110 1.430 -35.040 1.00 0.00 W5 O +ATOM 40892 H1 TIP3X 266 -24.720 1.740 -34.230 1.00 0.00 W5 H +ATOM 40893 H2 TIP3X 266 -25.430 0.550 -34.840 1.00 0.00 W5 H +ATOM 40894 OH2 TIP3X 267 3.000 -31.700 -39.040 1.00 0.00 W5 O +ATOM 40895 H1 TIP3X 267 3.220 -30.930 -39.560 1.00 0.00 W5 H +ATOM 40896 H2 TIP3X 267 2.640 -32.320 -39.670 1.00 0.00 W5 H +ATOM 40897 OH2 TIP3X 268 -35.250 32.230 17.340 1.00 0.00 W5 O +ATOM 40898 H1 TIP3X 268 -36.200 32.250 17.450 1.00 0.00 W5 H +ATOM 40899 H2 TIP3X 268 -35.050 33.030 16.870 1.00 0.00 W5 H +ATOM 40900 OH2 TIP3X 269 -5.200 16.850 -42.530 1.00 0.00 W5 O +ATOM 40901 H1 TIP3X 269 -5.250 16.390 -43.370 1.00 0.00 W5 H +ATOM 40902 H2 TIP3X 269 -4.300 17.160 -42.480 1.00 0.00 W5 H +ATOM 40903 OH2 TIP3X 270 -37.360 -46.690 -25.650 1.00 0.00 W5 O +ATOM 40904 H1 TIP3X 270 -36.580 -46.150 -25.760 1.00 0.00 W5 H +ATOM 40905 H2 TIP3X 270 -37.260 -47.390 -26.290 1.00 0.00 W5 H +ATOM 40906 OH2 TIP3X 271 -14.670 8.250 35.390 1.00 0.00 W5 O +ATOM 40907 H1 TIP3X 271 -14.760 7.460 34.850 1.00 0.00 W5 H +ATOM 40908 H2 TIP3X 271 -15.550 8.380 35.760 1.00 0.00 W5 H +ATOM 40909 OH2 TIP3X 272 46.940 36.200 -19.050 1.00 0.00 W5 O +ATOM 40910 H1 TIP3X 272 47.720 35.730 -18.750 1.00 0.00 W5 H +ATOM 40911 H2 TIP3X 272 47.080 37.100 -18.770 1.00 0.00 W5 H +ATOM 40912 OH2 TIP3X 273 -40.930 0.870 -36.840 1.00 0.00 W5 O +ATOM 40913 H1 TIP3X 273 -40.400 0.090 -36.950 1.00 0.00 W5 H +ATOM 40914 H2 TIP3X 273 -41.060 0.950 -35.890 1.00 0.00 W5 H +ATOM 40915 OH2 TIP3X 274 34.600 -33.050 -33.730 1.00 0.00 W5 O +ATOM 40916 H1 TIP3X 274 34.020 -33.630 -33.250 1.00 0.00 W5 H +ATOM 40917 H2 TIP3X 274 35.110 -32.600 -33.060 1.00 0.00 W5 H +ATOM 40918 OH2 TIP3X 275 -18.470 11.720 -39.930 1.00 0.00 W5 O +ATOM 40919 H1 TIP3X 275 -18.170 10.930 -40.360 1.00 0.00 W5 H +ATOM 40920 H2 TIP3X 275 -19.280 11.970 -40.390 1.00 0.00 W5 H +ATOM 40921 OH2 TIP3X 276 -0.510 -9.360 27.190 1.00 0.00 W5 O +ATOM 40922 H1 TIP3X 276 -1.010 -9.640 26.440 1.00 0.00 W5 H +ATOM 40923 H2 TIP3X 276 0.400 -9.540 26.960 1.00 0.00 W5 H +ATOM 40924 OH2 TIP3X 277 9.740 -48.280 18.100 1.00 0.00 W5 O +ATOM 40925 H1 TIP3X 277 10.570 -47.850 17.930 1.00 0.00 W5 H +ATOM 40926 H2 TIP3X 277 9.240 -47.640 18.610 1.00 0.00 W5 H +ATOM 40927 OH2 TIP3X 278 -33.170 -41.650 -23.430 1.00 0.00 W5 O +ATOM 40928 H1 TIP3X 278 -33.640 -41.650 -22.610 1.00 0.00 W5 H +ATOM 40929 H2 TIP3X 278 -32.500 -42.330 -23.340 1.00 0.00 W5 H +ATOM 40930 OH2 TIP3X 279 -39.180 -28.580 19.590 1.00 0.00 W5 O +ATOM 40931 H1 TIP3X 279 -39.640 -29.130 18.950 1.00 0.00 W5 H +ATOM 40932 H2 TIP3X 279 -39.110 -29.140 20.360 1.00 0.00 W5 H +ATOM 40933 OH2 TIP3X 280 30.440 4.220 -51.110 1.00 0.00 W5 O +ATOM 40934 H1 TIP3X 280 29.550 4.370 -51.440 1.00 0.00 W5 H +ATOM 40935 H2 TIP3X 280 31.010 4.690 -51.720 1.00 0.00 W5 H +ATOM 40936 OH2 TIP3X 281 36.470 16.450 16.030 1.00 0.00 W5 O +ATOM 40937 H1 TIP3X 281 37.000 16.680 16.800 1.00 0.00 W5 H +ATOM 40938 H2 TIP3X 281 35.600 16.760 16.250 1.00 0.00 W5 H +ATOM 40939 OH2 TIP3X 282 2.660 -49.660 32.410 1.00 0.00 W5 O +ATOM 40940 H1 TIP3X 282 2.000 -49.500 31.730 1.00 0.00 W5 H +ATOM 40941 H2 TIP3X 282 2.570 -50.580 32.630 1.00 0.00 W5 H +ATOM 40942 OH2 TIP3X 283 -2.140 0.110 -37.170 1.00 0.00 W5 O +ATOM 40943 H1 TIP3X 283 -1.850 0.550 -36.370 1.00 0.00 W5 H +ATOM 40944 H2 TIP3X 283 -2.530 0.810 -37.700 1.00 0.00 W5 H +ATOM 40945 OH2 TIP3X 284 21.370 -1.100 32.490 1.00 0.00 W5 O +ATOM 40946 H1 TIP3X 284 21.390 -0.250 32.930 1.00 0.00 W5 H +ATOM 40947 H2 TIP3X 284 20.950 -1.690 33.130 1.00 0.00 W5 H +ATOM 40948 OH2 TIP3X 285 41.080 1.540 -37.930 1.00 0.00 W5 O +ATOM 40949 H1 TIP3X 285 41.430 1.190 -38.750 1.00 0.00 W5 H +ATOM 40950 H2 TIP3X 285 41.790 2.090 -37.590 1.00 0.00 W5 H +ATOM 40951 OH2 TIP3X 286 20.630 -16.500 29.150 1.00 0.00 W5 O +ATOM 40952 H1 TIP3X 286 21.420 -16.400 29.690 1.00 0.00 W5 H +ATOM 40953 H2 TIP3X 286 20.040 -17.030 29.690 1.00 0.00 W5 H +ATOM 40954 OH2 TIP3X 287 15.510 -41.450 -23.920 1.00 0.00 W5 O +ATOM 40955 H1 TIP3X 287 15.140 -42.080 -23.290 1.00 0.00 W5 H +ATOM 40956 H2 TIP3X 287 15.080 -41.670 -24.750 1.00 0.00 W5 H +ATOM 40957 OH2 TIP3X 288 10.960 -44.970 -23.170 1.00 0.00 W5 O +ATOM 40958 H1 TIP3X 288 11.590 -44.790 -22.470 1.00 0.00 W5 H +ATOM 40959 H2 TIP3X 288 11.510 -45.170 -23.930 1.00 0.00 W5 H +ATOM 40960 OH2 TIP3X 289 -15.700 -38.910 24.990 1.00 0.00 W5 O +ATOM 40961 H1 TIP3X 289 -15.240 -38.420 25.670 1.00 0.00 W5 H +ATOM 40962 H2 TIP3X 289 -16.130 -39.640 25.440 1.00 0.00 W5 H +ATOM 40963 OH2 TIP3X 290 19.480 36.600 -36.480 1.00 0.00 W5 O +ATOM 40964 H1 TIP3X 290 19.780 35.770 -36.870 1.00 0.00 W5 H +ATOM 40965 H2 TIP3X 290 19.820 37.270 -37.080 1.00 0.00 W5 H +ATOM 40966 OH2 TIP3X 291 -45.210 -20.090 -49.250 1.00 0.00 W5 O +ATOM 40967 H1 TIP3X 291 -45.720 -19.290 -49.260 1.00 0.00 W5 H +ATOM 40968 H2 TIP3X 291 -45.570 -20.630 -49.940 1.00 0.00 W5 H +ATOM 40969 OH2 TIP3X 292 9.040 0.690 38.700 1.00 0.00 W5 O +ATOM 40970 H1 TIP3X 292 9.560 0.790 39.500 1.00 0.00 W5 H +ATOM 40971 H2 TIP3X 292 9.680 0.700 37.990 1.00 0.00 W5 H +ATOM 40972 OH2 TIP3X 293 17.140 40.780 16.880 1.00 0.00 W5 O +ATOM 40973 H1 TIP3X 293 17.050 39.830 16.750 1.00 0.00 W5 H +ATOM 40974 H2 TIP3X 293 17.300 41.120 16.000 1.00 0.00 W5 H +ATOM 40975 OH2 TIP3X 294 18.610 5.080 30.500 1.00 0.00 W5 O +ATOM 40976 H1 TIP3X 294 19.120 5.310 29.720 1.00 0.00 W5 H +ATOM 40977 H2 TIP3X 294 19.110 4.380 30.910 1.00 0.00 W5 H +ATOM 40978 OH2 TIP3X 295 46.620 38.390 -33.520 1.00 0.00 W5 O +ATOM 40979 H1 TIP3X 295 45.830 38.550 -33.010 1.00 0.00 W5 H +ATOM 40980 H2 TIP3X 295 46.410 38.740 -34.390 1.00 0.00 W5 H +ATOM 40981 OH2 TIP3X 296 16.330 4.600 -15.690 1.00 0.00 W5 O +ATOM 40982 H1 TIP3X 296 15.920 4.840 -14.860 1.00 0.00 W5 H +ATOM 40983 H2 TIP3X 296 15.600 4.240 -16.210 1.00 0.00 W5 H +ATOM 40984 OH2 TIP3X 297 39.670 11.810 25.910 1.00 0.00 W5 O +ATOM 40985 H1 TIP3X 297 39.660 10.890 25.640 1.00 0.00 W5 H +ATOM 40986 H2 TIP3X 297 39.040 12.230 25.320 1.00 0.00 W5 H +ATOM 40987 OH2 TIP3X 298 23.060 -6.440 -42.950 1.00 0.00 W5 O +ATOM 40988 H1 TIP3X 298 23.580 -7.190 -42.670 1.00 0.00 W5 H +ATOM 40989 H2 TIP3X 298 22.470 -6.780 -43.610 1.00 0.00 W5 H +ATOM 40990 OH2 TIP3X 299 -17.710 -39.330 22.920 1.00 0.00 W5 O +ATOM 40991 H1 TIP3X 299 -17.140 -39.460 23.670 1.00 0.00 W5 H +ATOM 40992 H2 TIP3X 299 -18.330 -38.650 23.190 1.00 0.00 W5 H +ATOM 40993 OH2 TIP3X 300 -25.560 29.320 -34.100 1.00 0.00 W5 O +ATOM 40994 H1 TIP3X 300 -25.020 29.350 -33.300 1.00 0.00 W5 H +ATOM 40995 H2 TIP3X 300 -26.100 30.110 -34.040 1.00 0.00 W5 H +ATOM 40996 OH2 TIP3X 301 -20.370 -46.070 12.400 1.00 0.00 W5 O +ATOM 40997 H1 TIP3X 301 -21.110 -46.230 11.820 1.00 0.00 W5 H +ATOM 40998 H2 TIP3X 301 -20.760 -45.660 13.180 1.00 0.00 W5 H +ATOM 40999 OH2 TIP3X 302 -16.630 0.980 -31.720 1.00 0.00 W5 O +ATOM 41000 H1 TIP3X 302 -16.300 1.540 -31.020 1.00 0.00 W5 H +ATOM 41001 H2 TIP3X 302 -17.130 0.300 -31.280 1.00 0.00 W5 H +ATOM 41002 OH2 TIP3X 303 -34.190 -26.510 21.890 1.00 0.00 W5 O +ATOM 41003 H1 TIP3X 303 -34.300 -27.060 22.680 1.00 0.00 W5 H +ATOM 41004 H2 TIP3X 303 -33.720 -25.740 22.200 1.00 0.00 W5 H +ATOM 41005 OH2 TIP3X 304 4.770 39.470 -33.670 1.00 0.00 W5 O +ATOM 41006 H1 TIP3X 304 4.730 40.290 -34.170 1.00 0.00 W5 H +ATOM 41007 H2 TIP3X 304 4.410 38.820 -34.260 1.00 0.00 W5 H +ATOM 41008 OH2 TIP3X 305 24.700 26.150 30.710 1.00 0.00 W5 O +ATOM 41009 H1 TIP3X 305 25.220 25.570 31.270 1.00 0.00 W5 H +ATOM 41010 H2 TIP3X 305 25.340 26.540 30.120 1.00 0.00 W5 H +ATOM 41011 OH2 TIP3X 306 33.010 -22.500 -46.760 1.00 0.00 W5 O +ATOM 41012 H1 TIP3X 306 32.080 -22.430 -46.540 1.00 0.00 W5 H +ATOM 41013 H2 TIP3X 306 33.320 -21.600 -46.830 1.00 0.00 W5 H +ATOM 41014 OH2 TIP3X 307 -14.820 25.430 -37.650 1.00 0.00 W5 O +ATOM 41015 H1 TIP3X 307 -14.590 25.630 -38.560 1.00 0.00 W5 H +ATOM 41016 H2 TIP3X 307 -13.980 25.150 -37.260 1.00 0.00 W5 H +ATOM 41017 OH2 TIP3X 308 -15.570 -21.580 -44.190 1.00 0.00 W5 O +ATOM 41018 H1 TIP3X 308 -15.160 -22.140 -43.530 1.00 0.00 W5 H +ATOM 41019 H2 TIP3X 308 -15.850 -20.800 -43.710 1.00 0.00 W5 H +ATOM 41020 OH2 TIP3X 309 27.160 -11.650 -46.950 1.00 0.00 W5 O +ATOM 41021 H1 TIP3X 309 26.460 -11.100 -47.300 1.00 0.00 W5 H +ATOM 41022 H2 TIP3X 309 27.830 -11.640 -47.640 1.00 0.00 W5 H +ATOM 41023 OH2 TIP3X 310 38.750 -12.840 -13.300 1.00 0.00 W5 O +ATOM 41024 H1 TIP3X 310 38.990 -12.350 -12.510 1.00 0.00 W5 H +ATOM 41025 H2 TIP3X 310 39.530 -13.370 -13.500 1.00 0.00 W5 H +ATOM 41026 OH2 TIP3X 311 26.850 27.880 -22.580 1.00 0.00 W5 O +ATOM 41027 H1 TIP3X 311 27.630 28.430 -22.570 1.00 0.00 W5 H +ATOM 41028 H2 TIP3X 311 26.890 27.440 -23.430 1.00 0.00 W5 H +ATOM 41029 OH2 TIP3X 312 42.520 -18.350 -27.070 1.00 0.00 W5 O +ATOM 41030 H1 TIP3X 312 41.930 -17.640 -26.810 1.00 0.00 W5 H +ATOM 41031 H2 TIP3X 312 41.960 -19.130 -27.040 1.00 0.00 W5 H +ATOM 41032 OH2 TIP3X 313 23.720 39.810 22.580 1.00 0.00 W5 O +ATOM 41033 H1 TIP3X 313 23.450 40.570 22.060 1.00 0.00 W5 H +ATOM 41034 H2 TIP3X 313 23.110 39.800 23.320 1.00 0.00 W5 H +ATOM 41035 OH2 TIP3X 314 47.630 -12.180 -30.680 1.00 0.00 W5 O +ATOM 41036 H1 TIP3X 314 47.400 -13.070 -30.960 1.00 0.00 W5 H +ATOM 41037 H2 TIP3X 314 46.950 -11.620 -31.060 1.00 0.00 W5 H +ATOM 41038 OH2 TIP3X 315 0.250 2.100 -33.020 1.00 0.00 W5 O +ATOM 41039 H1 TIP3X 315 0.000 1.770 -33.880 1.00 0.00 W5 H +ATOM 41040 H2 TIP3X 315 0.250 1.330 -32.450 1.00 0.00 W5 H +ATOM 41041 OH2 TIP3X 316 45.200 -40.430 16.770 1.00 0.00 W5 O +ATOM 41042 H1 TIP3X 316 45.320 -40.010 17.630 1.00 0.00 W5 H +ATOM 41043 H2 TIP3X 316 44.260 -40.520 16.670 1.00 0.00 W5 H +ATOM 41044 OH2 TIP3X 317 15.040 23.550 -40.690 1.00 0.00 W5 O +ATOM 41045 H1 TIP3X 317 14.320 23.010 -41.040 1.00 0.00 W5 H +ATOM 41046 H2 TIP3X 317 15.700 23.550 -41.390 1.00 0.00 W5 H +ATOM 41047 OH2 TIP3X 318 -42.060 18.490 -6.190 1.00 0.00 W5 O +ATOM 41048 H1 TIP3X 318 -42.570 17.810 -5.760 1.00 0.00 W5 H +ATOM 41049 H2 TIP3X 318 -42.130 19.250 -5.610 1.00 0.00 W5 H +ATOM 41050 OH2 TIP3X 319 22.610 -22.380 -37.180 1.00 0.00 W5 O +ATOM 41051 H1 TIP3X 319 23.500 -22.610 -36.920 1.00 0.00 W5 H +ATOM 41052 H2 TIP3X 319 22.710 -22.100 -38.100 1.00 0.00 W5 H +ATOM 41053 OH2 TIP3X 320 -39.040 35.830 37.660 1.00 0.00 W5 O +ATOM 41054 H1 TIP3X 320 -39.910 35.490 37.450 1.00 0.00 W5 H +ATOM 41055 H2 TIP3X 320 -38.710 35.220 38.320 1.00 0.00 W5 H +ATOM 41056 OH2 TIP3X 321 -14.370 -48.370 13.930 1.00 0.00 W5 O +ATOM 41057 H1 TIP3X 321 -14.800 -48.820 13.210 1.00 0.00 W5 H +ATOM 41058 H2 TIP3X 321 -13.770 -49.020 14.300 1.00 0.00 W5 H +ATOM 41059 OH2 TIP3X 322 -24.830 -21.570 -29.540 1.00 0.00 W5 O +ATOM 41060 H1 TIP3X 322 -24.650 -21.930 -30.410 1.00 0.00 W5 H +ATOM 41061 H2 TIP3X 322 -23.980 -21.550 -29.110 1.00 0.00 W5 H +ATOM 41062 OH2 TIP3X 323 39.110 16.350 22.460 1.00 0.00 W5 O +ATOM 41063 H1 TIP3X 323 39.660 16.100 23.210 1.00 0.00 W5 H +ATOM 41064 H2 TIP3X 323 39.140 17.310 22.460 1.00 0.00 W5 H +ATOM 41065 OH2 TIP3X 324 -22.180 -36.410 -43.640 1.00 0.00 W5 O +ATOM 41066 H1 TIP3X 324 -22.260 -37.350 -43.770 1.00 0.00 W5 H +ATOM 41067 H2 TIP3X 324 -21.720 -36.320 -42.810 1.00 0.00 W5 H +ATOM 41068 OH2 TIP3X 325 40.600 34.410 16.730 1.00 0.00 W5 O +ATOM 41069 H1 TIP3X 325 40.450 35.000 15.980 1.00 0.00 W5 H +ATOM 41070 H2 TIP3X 325 39.760 34.400 17.190 1.00 0.00 W5 H +ATOM 41071 OH2 TIP3X 326 23.410 29.060 -37.370 1.00 0.00 W5 O +ATOM 41072 H1 TIP3X 326 24.280 28.860 -37.030 1.00 0.00 W5 H +ATOM 41073 H2 TIP3X 326 22.820 28.450 -36.950 1.00 0.00 W5 H +ATOM 41074 OH2 TIP3X 327 41.810 -2.850 -46.280 1.00 0.00 W5 O +ATOM 41075 H1 TIP3X 327 41.170 -2.920 -46.990 1.00 0.00 W5 H +ATOM 41076 H2 TIP3X 327 41.580 -3.560 -45.680 1.00 0.00 W5 H +ATOM 41077 OH2 TIP3X 328 25.420 10.130 -29.170 1.00 0.00 W5 O +ATOM 41078 H1 TIP3X 328 25.980 10.870 -29.410 1.00 0.00 W5 H +ATOM 41079 H2 TIP3X 328 24.860 10.480 -28.480 1.00 0.00 W5 H +ATOM 41080 OH2 TIP3X 329 -39.740 -19.630 25.290 1.00 0.00 W5 O +ATOM 41081 H1 TIP3X 329 -39.360 -20.070 24.530 1.00 0.00 W5 H +ATOM 41082 H2 TIP3X 329 -40.110 -18.810 24.930 1.00 0.00 W5 H +ATOM 41083 OH2 TIP3X 330 -39.240 9.440 -20.030 1.00 0.00 W5 O +ATOM 41084 H1 TIP3X 330 -39.500 10.350 -19.980 1.00 0.00 W5 H +ATOM 41085 H2 TIP3X 330 -38.330 9.420 -19.720 1.00 0.00 W5 H +ATOM 41086 OH2 TIP3X 331 -28.980 -30.490 -28.370 1.00 0.00 W5 O +ATOM 41087 H1 TIP3X 331 -28.600 -29.610 -28.440 1.00 0.00 W5 H +ATOM 41088 H2 TIP3X 331 -28.230 -31.080 -28.300 1.00 0.00 W5 H +ATOM 41089 OH2 TIP3X 332 47.640 37.340 -22.410 1.00 0.00 W5 O +ATOM 41090 H1 TIP3X 332 48.120 37.640 -21.630 1.00 0.00 W5 H +ATOM 41091 H2 TIP3X 332 47.900 36.430 -22.520 1.00 0.00 W5 H +ATOM 41092 OH2 TIP3X 333 -5.130 -47.890 -51.000 1.00 0.00 W5 O +ATOM 41093 H1 TIP3X 333 -5.440 -47.480 -50.200 1.00 0.00 W5 H +ATOM 41094 H2 TIP3X 333 -5.540 -47.370 -51.700 1.00 0.00 W5 H +ATOM 41095 OH2 TIP3X 334 -6.860 -31.100 32.330 1.00 0.00 W5 O +ATOM 41096 H1 TIP3X 334 -5.940 -31.240 32.090 1.00 0.00 W5 H +ATOM 41097 H2 TIP3X 334 -6.900 -31.320 33.260 1.00 0.00 W5 H +ATOM 41098 OH2 TIP3X 335 -12.060 39.970 -47.700 1.00 0.00 W5 O +ATOM 41099 H1 TIP3X 335 -12.320 39.480 -46.920 1.00 0.00 W5 H +ATOM 41100 H2 TIP3X 335 -12.320 39.410 -48.430 1.00 0.00 W5 H +ATOM 41101 OH2 TIP3X 336 -38.540 -34.250 20.020 1.00 0.00 W5 O +ATOM 41102 H1 TIP3X 336 -39.340 -34.780 20.110 1.00 0.00 W5 H +ATOM 41103 H2 TIP3X 336 -38.380 -33.900 20.900 1.00 0.00 W5 H +ATOM 41104 OH2 TIP3X 337 -8.900 -2.470 -36.850 1.00 0.00 W5 O +ATOM 41105 H1 TIP3X 337 -9.500 -1.930 -37.370 1.00 0.00 W5 H +ATOM 41106 H2 TIP3X 337 -8.980 -2.130 -35.960 1.00 0.00 W5 H +ATOM 41107 OH2 TIP3X 338 -4.160 -50.090 19.340 1.00 0.00 W5 O +ATOM 41108 H1 TIP3X 338 -4.030 -49.220 19.700 1.00 0.00 W5 H +ATOM 41109 H2 TIP3X 338 -4.140 -49.970 18.390 1.00 0.00 W5 H +ATOM 41110 OH2 TIP3X 339 -14.730 25.110 24.520 1.00 0.00 W5 O +ATOM 41111 H1 TIP3X 339 -15.120 25.380 25.350 1.00 0.00 W5 H +ATOM 41112 H2 TIP3X 339 -13.930 24.640 24.760 1.00 0.00 W5 H +ATOM 41113 OH2 TIP3X 340 48.870 -28.990 17.960 1.00 0.00 W5 O +ATOM 41114 H1 TIP3X 340 49.770 -28.940 18.290 1.00 0.00 W5 H +ATOM 41115 H2 TIP3X 340 48.490 -28.140 18.170 1.00 0.00 W5 H +ATOM 41116 OH2 TIP3X 341 -36.530 -45.790 -34.100 1.00 0.00 W5 O +ATOM 41117 H1 TIP3X 341 -35.860 -45.330 -33.610 1.00 0.00 W5 H +ATOM 41118 H2 TIP3X 341 -37.280 -45.200 -34.120 1.00 0.00 W5 H +ATOM 41119 OH2 TIP3X 342 28.200 -43.730 -26.110 1.00 0.00 W5 O +ATOM 41120 H1 TIP3X 342 27.320 -44.090 -26.080 1.00 0.00 W5 H +ATOM 41121 H2 TIP3X 342 28.150 -43.020 -26.760 1.00 0.00 W5 H +ATOM 41122 OH2 TIP3X 343 37.570 -12.080 26.750 1.00 0.00 W5 O +ATOM 41123 H1 TIP3X 343 37.570 -11.400 27.430 1.00 0.00 W5 H +ATOM 41124 H2 TIP3X 343 36.720 -12.500 26.820 1.00 0.00 W5 H +ATOM 41125 OH2 TIP3X 344 18.550 40.310 26.340 1.00 0.00 W5 O +ATOM 41126 H1 TIP3X 344 17.630 40.420 26.120 1.00 0.00 W5 H +ATOM 41127 H2 TIP3X 344 18.580 40.440 27.300 1.00 0.00 W5 H +ATOM 41128 OH2 TIP3X 345 41.330 -26.180 -32.200 1.00 0.00 W5 O +ATOM 41129 H1 TIP3X 345 40.930 -25.350 -32.440 1.00 0.00 W5 H +ATOM 41130 H2 TIP3X 345 40.840 -26.850 -32.690 1.00 0.00 W5 H +ATOM 41131 OH2 TIP3X 346 -29.230 40.870 -34.760 1.00 0.00 W5 O +ATOM 41132 H1 TIP3X 346 -30.110 40.500 -34.790 1.00 0.00 W5 H +ATOM 41133 H2 TIP3X 346 -28.770 40.470 -35.510 1.00 0.00 W5 H +ATOM 41134 OH2 TIP3X 347 31.190 24.340 32.060 1.00 0.00 W5 O +ATOM 41135 H1 TIP3X 347 31.620 24.970 31.480 1.00 0.00 W5 H +ATOM 41136 H2 TIP3X 347 31.560 24.520 32.920 1.00 0.00 W5 H +ATOM 41137 OH2 TIP3X 348 33.880 -23.260 -37.750 1.00 0.00 W5 O +ATOM 41138 H1 TIP3X 348 33.250 -22.550 -37.800 1.00 0.00 W5 H +ATOM 41139 H2 TIP3X 348 33.370 -24.050 -37.920 1.00 0.00 W5 H +ATOM 41140 OH2 TIP3X 349 18.120 17.000 -21.470 1.00 0.00 W5 O +ATOM 41141 H1 TIP3X 349 18.510 17.880 -21.460 1.00 0.00 W5 H +ATOM 41142 H2 TIP3X 349 17.440 17.060 -22.140 1.00 0.00 W5 H +ATOM 41143 OH2 TIP3X 350 -23.510 -48.620 -33.150 1.00 0.00 W5 O +ATOM 41144 H1 TIP3X 350 -23.160 -47.760 -32.890 1.00 0.00 W5 H +ATOM 41145 H2 TIP3X 350 -23.970 -48.460 -33.960 1.00 0.00 W5 H +ATOM 41146 OH2 TIP3X 351 -38.210 32.880 -45.750 1.00 0.00 W5 O +ATOM 41147 H1 TIP3X 351 -38.180 31.960 -46.020 1.00 0.00 W5 H +ATOM 41148 H2 TIP3X 351 -38.770 32.880 -44.980 1.00 0.00 W5 H +ATOM 41149 OH2 TIP3X 352 -30.950 -47.980 -33.440 1.00 0.00 W5 O +ATOM 41150 H1 TIP3X 352 -30.910 -48.330 -32.540 1.00 0.00 W5 H +ATOM 41151 H2 TIP3X 352 -30.810 -48.740 -34.000 1.00 0.00 W5 H +ATOM 41152 OH2 TIP3X 353 20.640 24.480 31.060 1.00 0.00 W5 O +ATOM 41153 H1 TIP3X 353 20.510 23.770 31.680 1.00 0.00 W5 H +ATOM 41154 H2 TIP3X 353 20.860 25.240 31.600 1.00 0.00 W5 H +ATOM 41155 OH2 TIP3X 354 39.400 -3.960 -47.650 1.00 0.00 W5 O +ATOM 41156 H1 TIP3X 354 39.030 -4.450 -48.380 1.00 0.00 W5 H +ATOM 41157 H2 TIP3X 354 38.690 -3.900 -47.010 1.00 0.00 W5 H +ATOM 41158 OH2 TIP3X 355 -41.460 -45.320 -29.730 1.00 0.00 W5 O +ATOM 41159 H1 TIP3X 355 -40.820 -44.620 -29.810 1.00 0.00 W5 H +ATOM 41160 H2 TIP3X 355 -40.940 -46.100 -29.520 1.00 0.00 W5 H +ATOM 41161 OH2 TIP3X 356 -22.390 29.070 -24.550 1.00 0.00 W5 O +ATOM 41162 H1 TIP3X 356 -22.610 28.170 -24.290 1.00 0.00 W5 H +ATOM 41163 H2 TIP3X 356 -21.560 28.980 -25.020 1.00 0.00 W5 H +ATOM 41164 OH2 TIP3X 357 -3.050 -39.500 34.090 1.00 0.00 W5 O +ATOM 41165 H1 TIP3X 357 -3.290 -40.080 33.370 1.00 0.00 W5 H +ATOM 41166 H2 TIP3X 357 -3.880 -39.150 34.420 1.00 0.00 W5 H +ATOM 41167 OH2 TIP3X 358 -6.470 -12.390 -37.220 1.00 0.00 W5 O +ATOM 41168 H1 TIP3X 358 -7.320 -12.750 -37.490 1.00 0.00 W5 H +ATOM 41169 H2 TIP3X 358 -6.480 -12.440 -36.270 1.00 0.00 W5 H +ATOM 41170 OH2 TIP3X 359 24.080 29.670 27.160 1.00 0.00 W5 O +ATOM 41171 H1 TIP3X 359 24.150 30.090 28.010 1.00 0.00 W5 H +ATOM 41172 H2 TIP3X 359 24.990 29.650 26.840 1.00 0.00 W5 H +ATOM 41173 OH2 TIP3X 360 -12.290 -45.760 -47.720 1.00 0.00 W5 O +ATOM 41174 H1 TIP3X 360 -12.980 -46.180 -48.240 1.00 0.00 W5 H +ATOM 41175 H2 TIP3X 360 -11.490 -46.160 -48.040 1.00 0.00 W5 H +ATOM 41176 OH2 TIP3X 361 12.900 4.510 -12.530 1.00 0.00 W5 O +ATOM 41177 H1 TIP3X 361 12.790 3.670 -12.950 1.00 0.00 W5 H +ATOM 41178 H2 TIP3X 361 12.030 4.920 -12.570 1.00 0.00 W5 H +ATOM 41179 OH2 TIP3X 362 23.870 -46.040 -22.270 1.00 0.00 W5 O +ATOM 41180 H1 TIP3X 362 24.190 -46.430 -23.090 1.00 0.00 W5 H +ATOM 41181 H2 TIP3X 362 24.570 -46.210 -21.640 1.00 0.00 W5 H +ATOM 41182 OH2 TIP3X 363 -11.980 -13.440 -46.720 1.00 0.00 W5 O +ATOM 41183 H1 TIP3X 363 -11.460 -14.070 -46.210 1.00 0.00 W5 H +ATOM 41184 H2 TIP3X 363 -12.170 -13.910 -47.530 1.00 0.00 W5 H +ATOM 41185 OH2 TIP3X 364 15.950 42.970 -34.250 1.00 0.00 W5 O +ATOM 41186 H1 TIP3X 364 16.140 43.590 -33.550 1.00 0.00 W5 H +ATOM 41187 H2 TIP3X 364 15.300 42.370 -33.880 1.00 0.00 W5 H +ATOM 41188 OH2 TIP3X 365 16.580 -41.190 -44.980 1.00 0.00 W5 O +ATOM 41189 H1 TIP3X 365 17.260 -40.610 -45.330 1.00 0.00 W5 H +ATOM 41190 H2 TIP3X 365 17.060 -41.950 -44.650 1.00 0.00 W5 H +ATOM 41191 OH2 TIP3X 366 -33.800 -31.030 -34.580 1.00 0.00 W5 O +ATOM 41192 H1 TIP3X 366 -33.210 -30.600 -35.190 1.00 0.00 W5 H +ATOM 41193 H2 TIP3X 366 -34.630 -31.070 -35.040 1.00 0.00 W5 H +ATOM 41194 OH2 TIP3X 367 29.190 35.570 -35.790 1.00 0.00 W5 O +ATOM 41195 H1 TIP3X 367 28.740 36.400 -35.920 1.00 0.00 W5 H +ATOM 41196 H2 TIP3X 367 29.200 35.160 -36.650 1.00 0.00 W5 H +ATOM 41197 OH2 TIP3X 368 27.640 -49.470 22.040 1.00 0.00 W5 O +ATOM 41198 H1 TIP3X 368 28.400 -49.230 21.530 1.00 0.00 W5 H +ATOM 41199 H2 TIP3X 368 27.990 -49.880 22.820 1.00 0.00 W5 H +ATOM 41200 OH2 TIP3X 369 -32.160 -6.240 -26.590 1.00 0.00 W5 O +ATOM 41201 H1 TIP3X 369 -31.260 -6.370 -26.290 1.00 0.00 W5 H +ATOM 41202 H2 TIP3X 369 -32.500 -7.130 -26.720 1.00 0.00 W5 H +ATOM 41203 OH2 TIP3X 370 20.630 -23.370 -41.000 1.00 0.00 W5 O +ATOM 41204 H1 TIP3X 370 20.720 -23.810 -40.160 1.00 0.00 W5 H +ATOM 41205 H2 TIP3X 370 21.480 -22.990 -41.180 1.00 0.00 W5 H +ATOM 41206 OH2 TIP3X 371 -0.820 -43.720 29.920 1.00 0.00 W5 O +ATOM 41207 H1 TIP3X 371 -1.050 -44.380 30.580 1.00 0.00 W5 H +ATOM 41208 H2 TIP3X 371 -1.040 -44.140 29.090 1.00 0.00 W5 H +ATOM 41209 OH2 TIP3X 372 -9.630 -40.190 25.670 1.00 0.00 W5 O +ATOM 41210 H1 TIP3X 372 -10.570 -40.060 25.840 1.00 0.00 W5 H +ATOM 41211 H2 TIP3X 372 -9.240 -40.260 26.540 1.00 0.00 W5 H +ATOM 41212 OH2 TIP3X 373 33.730 -25.070 -46.770 1.00 0.00 W5 O +ATOM 41213 H1 TIP3X 373 33.480 -24.150 -46.690 1.00 0.00 W5 H +ATOM 41214 H2 TIP3X 373 33.260 -25.370 -47.560 1.00 0.00 W5 H +ATOM 41215 OH2 TIP3X 374 -29.360 -40.570 28.110 1.00 0.00 W5 O +ATOM 41216 H1 TIP3X 374 -29.180 -41.240 27.450 1.00 0.00 W5 H +ATOM 41217 H2 TIP3X 374 -29.930 -41.020 28.740 1.00 0.00 W5 H +ATOM 41218 OH2 TIP3X 375 -38.770 -32.800 -28.980 1.00 0.00 W5 O +ATOM 41219 H1 TIP3X 375 -38.930 -33.410 -28.270 1.00 0.00 W5 H +ATOM 41220 H2 TIP3X 375 -39.590 -32.750 -29.460 1.00 0.00 W5 H +ATOM 41221 OH2 TIP3X 376 -16.480 38.010 -24.480 1.00 0.00 W5 O +ATOM 41222 H1 TIP3X 376 -15.910 37.290 -24.750 1.00 0.00 W5 H +ATOM 41223 H2 TIP3X 376 -16.280 38.720 -25.090 1.00 0.00 W5 H +ATOM 41224 OH2 TIP3X 377 -24.660 -33.150 33.550 1.00 0.00 W5 O +ATOM 41225 H1 TIP3X 377 -25.110 -33.990 33.440 1.00 0.00 W5 H +ATOM 41226 H2 TIP3X 377 -25.360 -32.500 33.590 1.00 0.00 W5 H +ATOM 41227 OH2 TIP3X 378 -28.520 -5.770 23.530 1.00 0.00 W5 O +ATOM 41228 H1 TIP3X 378 -28.200 -5.760 22.620 1.00 0.00 W5 H +ATOM 41229 H2 TIP3X 378 -29.070 -6.570 23.570 1.00 0.00 W5 H +ATOM 41230 OH2 TIP3X 379 8.470 -49.330 -43.720 1.00 0.00 W5 O +ATOM 41231 H1 TIP3X 379 7.890 -49.510 -42.980 1.00 0.00 W5 H +ATOM 41232 H2 TIP3X 379 8.600 -48.380 -43.700 1.00 0.00 W5 H +ATOM 41233 OH2 TIP3X 380 1.170 -36.580 -22.140 1.00 0.00 W5 O +ATOM 41234 H1 TIP3X 380 1.870 -35.930 -22.060 1.00 0.00 W5 H +ATOM 41235 H2 TIP3X 380 0.500 -36.160 -22.680 1.00 0.00 W5 H +ATOM 41236 OH2 TIP3X 381 46.200 21.370 25.820 1.00 0.00 W5 O +ATOM 41237 H1 TIP3X 381 45.880 20.570 26.220 1.00 0.00 W5 H +ATOM 41238 H2 TIP3X 381 45.580 22.050 26.090 1.00 0.00 W5 H +ATOM 41239 OH2 TIP3X 382 0.960 30.530 -18.300 1.00 0.00 W5 O +ATOM 41240 H1 TIP3X 382 0.860 30.900 -19.170 1.00 0.00 W5 H +ATOM 41241 H2 TIP3X 382 0.070 30.490 -17.960 1.00 0.00 W5 H +ATOM 41242 OH2 TIP3X 383 -34.560 -3.910 37.050 1.00 0.00 W5 O +ATOM 41243 H1 TIP3X 383 -35.170 -4.640 36.970 1.00 0.00 W5 H +ATOM 41244 H2 TIP3X 383 -33.930 -4.200 37.720 1.00 0.00 W5 H +ATOM 41245 OH2 TIP3X 384 10.230 16.410 21.590 1.00 0.00 W5 O +ATOM 41246 H1 TIP3X 384 9.720 17.040 21.060 1.00 0.00 W5 H +ATOM 41247 H2 TIP3X 384 9.640 15.660 21.690 1.00 0.00 W5 H +ATOM 41248 OH2 TIP3X 385 36.850 -0.230 -14.900 1.00 0.00 W5 O +ATOM 41249 H1 TIP3X 385 37.450 -0.410 -14.180 1.00 0.00 W5 H +ATOM 41250 H2 TIP3X 385 35.990 -0.430 -14.550 1.00 0.00 W5 H +ATOM 41251 OH2 TIP3X 386 -8.150 -35.600 21.370 1.00 0.00 W5 O +ATOM 41252 H1 TIP3X 386 -8.770 -36.100 21.900 1.00 0.00 W5 H +ATOM 41253 H2 TIP3X 386 -7.510 -35.270 21.990 1.00 0.00 W5 H +ATOM 41254 OH2 TIP3X 387 37.860 34.730 -44.830 1.00 0.00 W5 O +ATOM 41255 H1 TIP3X 387 37.330 35.460 -45.160 1.00 0.00 W5 H +ATOM 41256 H2 TIP3X 387 38.070 34.210 -45.600 1.00 0.00 W5 H +ATOM 41257 OH2 TIP3X 388 20.490 -39.630 34.540 1.00 0.00 W5 O +ATOM 41258 H1 TIP3X 388 20.660 -40.400 34.010 1.00 0.00 W5 H +ATOM 41259 H2 TIP3X 388 19.940 -39.950 35.250 1.00 0.00 W5 H +ATOM 41260 OH2 TIP3X 389 -34.450 11.470 -30.230 1.00 0.00 W5 O +ATOM 41261 H1 TIP3X 389 -34.850 10.930 -30.910 1.00 0.00 W5 H +ATOM 41262 H2 TIP3X 389 -35.200 11.780 -29.700 1.00 0.00 W5 H +ATOM 41263 OH2 TIP3X 390 -43.640 16.480 -4.980 1.00 0.00 W5 O +ATOM 41264 H1 TIP3X 390 -43.210 15.790 -5.490 1.00 0.00 W5 H +ATOM 41265 H2 TIP3X 390 -44.380 16.050 -4.570 1.00 0.00 W5 H +ATOM 41266 OH2 TIP3X 391 -33.000 5.030 36.650 1.00 0.00 W5 O +ATOM 41267 H1 TIP3X 391 -32.370 4.500 36.170 1.00 0.00 W5 H +ATOM 41268 H2 TIP3X 391 -33.570 4.390 37.090 1.00 0.00 W5 H +ATOM 41269 OH2 TIP3X 392 -20.120 -22.000 -33.960 1.00 0.00 W5 O +ATOM 41270 H1 TIP3X 392 -20.880 -22.570 -34.090 1.00 0.00 W5 H +ATOM 41271 H2 TIP3X 392 -20.480 -21.180 -33.620 1.00 0.00 W5 H +ATOM 41272 OH2 TIP3X 393 -2.610 12.730 30.060 1.00 0.00 W5 O +ATOM 41273 H1 TIP3X 393 -1.700 12.760 29.780 1.00 0.00 W5 H +ATOM 41274 H2 TIP3X 393 -2.570 12.720 31.010 1.00 0.00 W5 H +ATOM 41275 OH2 TIP3X 394 -7.040 39.140 20.540 1.00 0.00 W5 O +ATOM 41276 H1 TIP3X 394 -7.850 39.210 20.040 1.00 0.00 W5 H +ATOM 41277 H2 TIP3X 394 -6.430 39.710 20.090 1.00 0.00 W5 H +ATOM 41278 OH2 TIP3X 395 -25.430 28.540 -19.250 1.00 0.00 W5 O +ATOM 41279 H1 TIP3X 395 -26.100 28.350 -18.580 1.00 0.00 W5 H +ATOM 41280 H2 TIP3X 395 -25.890 28.490 -20.080 1.00 0.00 W5 H +ATOM 41281 OH2 TIP3X 396 -18.800 23.610 38.250 1.00 0.00 W5 O +ATOM 41282 H1 TIP3X 396 -17.940 23.320 38.560 1.00 0.00 W5 H +ATOM 41283 H2 TIP3X 396 -18.620 24.460 37.840 1.00 0.00 W5 H +ATOM 41284 OH2 TIP3X 397 36.500 -14.710 -26.540 1.00 0.00 W5 O +ATOM 41285 H1 TIP3X 397 35.810 -15.140 -27.070 1.00 0.00 W5 H +ATOM 41286 H2 TIP3X 397 36.910 -14.090 -27.140 1.00 0.00 W5 H +ATOM 41287 OH2 TIP3X 398 -8.550 -1.730 33.090 1.00 0.00 W5 O +ATOM 41288 H1 TIP3X 398 -7.600 -1.640 33.120 1.00 0.00 W5 H +ATOM 41289 H2 TIP3X 398 -8.710 -2.650 33.280 1.00 0.00 W5 H +ATOM 41290 OH2 TIP3X 399 28.830 16.940 34.910 1.00 0.00 W5 O +ATOM 41291 H1 TIP3X 399 28.900 17.700 34.320 1.00 0.00 W5 H +ATOM 41292 H2 TIP3X 399 28.640 17.320 35.760 1.00 0.00 W5 H +ATOM 41293 OH2 TIP3X 400 46.350 6.890 -31.640 1.00 0.00 W5 O +ATOM 41294 H1 TIP3X 400 47.090 7.510 -31.620 1.00 0.00 W5 H +ATOM 41295 H2 TIP3X 400 46.670 6.130 -31.170 1.00 0.00 W5 H +ATOM 41296 OH2 TIP3X 401 -6.130 20.360 36.490 1.00 0.00 W5 O +ATOM 41297 H1 TIP3X 401 -6.880 19.990 36.000 1.00 0.00 W5 H +ATOM 41298 H2 TIP3X 401 -5.380 20.220 35.930 1.00 0.00 W5 H +ATOM 41299 OH2 TIP3X 402 -9.670 -46.520 19.310 1.00 0.00 W5 O +ATOM 41300 H1 TIP3X 402 -9.860 -45.630 19.630 1.00 0.00 W5 H +ATOM 41301 H2 TIP3X 402 -8.790 -46.710 19.650 1.00 0.00 W5 H +ATOM 41302 OH2 TIP3X 403 -43.550 24.470 -27.490 1.00 0.00 W5 O +ATOM 41303 H1 TIP3X 403 -43.230 23.580 -27.680 1.00 0.00 W5 H +ATOM 41304 H2 TIP3X 403 -42.760 25.010 -27.420 1.00 0.00 W5 H +ATOM 41305 OH2 TIP3X 404 2.130 -35.880 -49.510 1.00 0.00 W5 O +ATOM 41306 H1 TIP3X 404 1.540 -36.610 -49.270 1.00 0.00 W5 H +ATOM 41307 H2 TIP3X 404 2.250 -35.400 -48.700 1.00 0.00 W5 H +ATOM 41308 OH2 TIP3X 405 -0.910 -14.610 23.040 1.00 0.00 W5 O +ATOM 41309 H1 TIP3X 405 -0.160 -15.150 23.240 1.00 0.00 W5 H +ATOM 41310 H2 TIP3X 405 -0.680 -14.160 22.220 1.00 0.00 W5 H +ATOM 41311 OH2 TIP3X 406 33.070 -10.010 -48.520 1.00 0.00 W5 O +ATOM 41312 H1 TIP3X 406 32.320 -9.790 -49.080 1.00 0.00 W5 H +ATOM 41313 H2 TIP3X 406 33.550 -10.670 -49.010 1.00 0.00 W5 H +ATOM 41314 OH2 TIP3X 407 16.190 42.820 -25.710 1.00 0.00 W5 O +ATOM 41315 H1 TIP3X 407 15.720 42.090 -25.320 1.00 0.00 W5 H +ATOM 41316 H2 TIP3X 407 17.090 42.530 -25.770 1.00 0.00 W5 H +ATOM 41317 OH2 TIP3X 408 34.920 -41.900 -30.070 1.00 0.00 W5 O +ATOM 41318 H1 TIP3X 408 35.110 -42.690 -29.560 1.00 0.00 W5 H +ATOM 41319 H2 TIP3X 408 35.440 -41.220 -29.640 1.00 0.00 W5 H +ATOM 41320 OH2 TIP3X 409 38.140 29.400 -31.230 1.00 0.00 W5 O +ATOM 41321 H1 TIP3X 409 39.030 29.100 -31.410 1.00 0.00 W5 H +ATOM 41322 H2 TIP3X 409 37.750 29.530 -32.090 1.00 0.00 W5 H +ATOM 41323 OH2 TIP3X 410 -36.690 8.520 -30.330 1.00 0.00 W5 O +ATOM 41324 H1 TIP3X 410 -36.560 9.250 -30.930 1.00 0.00 W5 H +ATOM 41325 H2 TIP3X 410 -37.190 7.880 -30.840 1.00 0.00 W5 H +ATOM 41326 OH2 TIP3X 411 27.350 -42.880 -48.110 1.00 0.00 W5 O +ATOM 41327 H1 TIP3X 411 27.470 -42.350 -47.320 1.00 0.00 W5 H +ATOM 41328 H2 TIP3X 411 28.070 -42.620 -48.680 1.00 0.00 W5 H +ATOM 41329 OH2 TIP3X 412 22.380 -18.010 -30.490 1.00 0.00 W5 O +ATOM 41330 H1 TIP3X 412 22.280 -18.930 -30.200 1.00 0.00 W5 H +ATOM 41331 H2 TIP3X 412 23.130 -18.040 -31.090 1.00 0.00 W5 H +ATOM 41332 OH2 TIP3X 413 -41.840 13.680 -25.720 1.00 0.00 W5 O +ATOM 41333 H1 TIP3X 413 -42.100 13.650 -24.800 1.00 0.00 W5 H +ATOM 41334 H2 TIP3X 413 -42.260 12.920 -26.110 1.00 0.00 W5 H +ATOM 41335 OH2 TIP3X 414 37.320 -9.440 36.730 1.00 0.00 W5 O +ATOM 41336 H1 TIP3X 414 36.760 -9.640 37.470 1.00 0.00 W5 H +ATOM 41337 H2 TIP3X 414 36.720 -9.170 36.040 1.00 0.00 W5 H +ATOM 41338 OH2 TIP3X 415 23.770 -8.860 -42.070 1.00 0.00 W5 O +ATOM 41339 H1 TIP3X 415 24.470 -9.450 -42.400 1.00 0.00 W5 H +ATOM 41340 H2 TIP3X 415 23.370 -9.340 -41.360 1.00 0.00 W5 H +ATOM 41341 OH2 TIP3X 416 9.470 -36.460 -51.980 1.00 0.00 W5 O +ATOM 41342 H1 TIP3X 416 9.140 -35.980 -51.220 1.00 0.00 W5 H +ATOM 41343 H2 TIP3X 416 9.390 -35.840 -52.700 1.00 0.00 W5 H +ATOM 41344 OH2 TIP3X 417 -27.690 11.090 -13.760 1.00 0.00 W5 O +ATOM 41345 H1 TIP3X 417 -27.590 11.440 -12.880 1.00 0.00 W5 H +ATOM 41346 H2 TIP3X 417 -27.330 10.200 -13.700 1.00 0.00 W5 H +ATOM 41347 OH2 TIP3X 418 4.780 32.260 37.660 1.00 0.00 W5 O +ATOM 41348 H1 TIP3X 418 5.300 32.040 38.440 1.00 0.00 W5 H +ATOM 41349 H2 TIP3X 418 4.230 31.490 37.510 1.00 0.00 W5 H +ATOM 41350 OH2 TIP3X 419 27.960 -23.050 14.460 1.00 0.00 W5 O +ATOM 41351 H1 TIP3X 419 28.610 -22.950 15.140 1.00 0.00 W5 H +ATOM 41352 H2 TIP3X 419 28.460 -23.200 13.660 1.00 0.00 W5 H +ATOM 41353 OH2 TIP3X 420 -18.800 -27.130 -27.240 1.00 0.00 W5 O +ATOM 41354 H1 TIP3X 420 -18.500 -27.470 -26.400 1.00 0.00 W5 H +ATOM 41355 H2 TIP3X 420 -18.350 -26.290 -27.330 1.00 0.00 W5 H +ATOM 41356 OH2 TIP3X 421 40.970 -22.890 28.770 1.00 0.00 W5 O +ATOM 41357 H1 TIP3X 421 41.260 -21.980 28.680 1.00 0.00 W5 H +ATOM 41358 H2 TIP3X 421 40.180 -22.940 28.220 1.00 0.00 W5 H +ATOM 41359 OH2 TIP3X 422 -41.670 -14.750 25.240 1.00 0.00 W5 O +ATOM 41360 H1 TIP3X 422 -42.300 -14.560 25.940 1.00 0.00 W5 H +ATOM 41361 H2 TIP3X 422 -42.010 -14.240 24.500 1.00 0.00 W5 H +ATOM 41362 OH2 TIP3X 423 41.360 -18.850 -30.040 1.00 0.00 W5 O +ATOM 41363 H1 TIP3X 423 40.720 -18.860 -29.330 1.00 0.00 W5 H +ATOM 41364 H2 TIP3X 423 41.880 -18.060 -29.880 1.00 0.00 W5 H +ATOM 41365 OH2 TIP3X 424 -13.950 -23.720 -25.960 1.00 0.00 W5 O +ATOM 41366 H1 TIP3X 424 -13.000 -23.800 -26.100 1.00 0.00 W5 H +ATOM 41367 H2 TIP3X 424 -14.150 -22.810 -26.200 1.00 0.00 W5 H +ATOM 41368 OH2 TIP3X 425 -31.740 38.670 30.500 1.00 0.00 W5 O +ATOM 41369 H1 TIP3X 425 -32.530 38.450 31.000 1.00 0.00 W5 H +ATOM 41370 H2 TIP3X 425 -31.740 38.050 29.780 1.00 0.00 W5 H +ATOM 41371 OH2 TIP3X 426 34.330 -23.560 -51.450 1.00 0.00 W5 O +ATOM 41372 H1 TIP3X 426 34.800 -23.570 -50.610 1.00 0.00 W5 H +ATOM 41373 H2 TIP3X 426 33.990 -24.440 -51.540 1.00 0.00 W5 H +ATOM 41374 OH2 TIP3X 427 5.560 7.360 23.820 1.00 0.00 W5 O +ATOM 41375 H1 TIP3X 427 5.830 8.160 24.260 1.00 0.00 W5 H +ATOM 41376 H2 TIP3X 427 4.930 6.960 24.430 1.00 0.00 W5 H +ATOM 41377 OH2 TIP3X 428 -1.630 9.270 -40.480 1.00 0.00 W5 O +ATOM 41378 H1 TIP3X 428 -1.600 8.310 -40.500 1.00 0.00 W5 H +ATOM 41379 H2 TIP3X 428 -2.400 9.500 -40.990 1.00 0.00 W5 H +ATOM 41380 OH2 TIP3X 429 18.180 -12.350 22.710 1.00 0.00 W5 O +ATOM 41381 H1 TIP3X 429 18.060 -11.400 22.640 1.00 0.00 W5 H +ATOM 41382 H2 TIP3X 429 17.540 -12.720 22.120 1.00 0.00 W5 H +ATOM 41383 OH2 TIP3X 430 -27.560 -0.700 22.420 1.00 0.00 W5 O +ATOM 41384 H1 TIP3X 430 -28.420 -0.290 22.570 1.00 0.00 W5 H +ATOM 41385 H2 TIP3X 430 -27.210 -0.230 21.660 1.00 0.00 W5 H +ATOM 41386 OH2 TIP3X 431 16.690 33.040 -42.480 1.00 0.00 W5 O +ATOM 41387 H1 TIP3X 431 17.180 32.890 -41.680 1.00 0.00 W5 H +ATOM 41388 H2 TIP3X 431 16.300 32.200 -42.680 1.00 0.00 W5 H +ATOM 41389 OH2 TIP3X 432 -32.770 42.240 -17.830 1.00 0.00 W5 O +ATOM 41390 H1 TIP3X 432 -32.660 42.440 -16.910 1.00 0.00 W5 H +ATOM 41391 H2 TIP3X 432 -32.040 41.650 -18.030 1.00 0.00 W5 H +ATOM 41392 OH2 TIP3X 433 21.440 -13.230 26.880 1.00 0.00 W5 O +ATOM 41393 H1 TIP3X 433 21.010 -12.940 26.080 1.00 0.00 W5 H +ATOM 41394 H2 TIP3X 433 22.220 -13.690 26.580 1.00 0.00 W5 H +ATOM 41395 OH2 TIP3X 434 -31.970 -27.630 -35.500 1.00 0.00 W5 O +ATOM 41396 H1 TIP3X 434 -32.060 -28.590 -35.580 1.00 0.00 W5 H +ATOM 41397 H2 TIP3X 434 -32.860 -27.300 -35.520 1.00 0.00 W5 H +ATOM 41398 OH2 TIP3X 435 -42.010 -33.290 15.220 1.00 0.00 W5 O +ATOM 41399 H1 TIP3X 435 -41.970 -32.370 14.970 1.00 0.00 W5 H +ATOM 41400 H2 TIP3X 435 -41.310 -33.710 14.730 1.00 0.00 W5 H +ATOM 41401 OH2 TIP3X 436 29.260 14.140 -47.570 1.00 0.00 W5 O +ATOM 41402 H1 TIP3X 436 28.660 14.410 -46.870 1.00 0.00 W5 H +ATOM 41403 H2 TIP3X 436 29.730 14.940 -47.810 1.00 0.00 W5 H +ATOM 41404 OH2 TIP3X 437 -30.770 -25.410 -45.740 1.00 0.00 W5 O +ATOM 41405 H1 TIP3X 437 -30.910 -26.210 -45.230 1.00 0.00 W5 H +ATOM 41406 H2 TIP3X 437 -30.830 -24.700 -45.090 1.00 0.00 W5 H +ATOM 41407 OH2 TIP3X 438 24.710 -35.040 -39.280 1.00 0.00 W5 O +ATOM 41408 H1 TIP3X 438 25.430 -35.650 -39.450 1.00 0.00 W5 H +ATOM 41409 H2 TIP3X 438 24.190 -35.470 -38.610 1.00 0.00 W5 H +ATOM 41410 OH2 TIP3X 439 7.380 26.680 -36.450 1.00 0.00 W5 O +ATOM 41411 H1 TIP3X 439 7.530 25.890 -35.950 1.00 0.00 W5 H +ATOM 41412 H2 TIP3X 439 7.270 26.380 -37.350 1.00 0.00 W5 H +ATOM 41413 OH2 TIP3X 440 2.240 15.200 -47.770 1.00 0.00 W5 O +ATOM 41414 H1 TIP3X 440 2.270 15.370 -48.700 1.00 0.00 W5 H +ATOM 41415 H2 TIP3X 440 1.400 15.560 -47.480 1.00 0.00 W5 H +ATOM 41416 OH2 TIP3X 441 -13.380 -16.480 35.550 1.00 0.00 W5 O +ATOM 41417 H1 TIP3X 441 -12.750 -16.110 34.950 1.00 0.00 W5 H +ATOM 41418 H2 TIP3X 441 -13.850 -17.140 35.040 1.00 0.00 W5 H +ATOM 41419 OH2 TIP3X 442 -17.890 -40.990 -30.450 1.00 0.00 W5 O +ATOM 41420 H1 TIP3X 442 -18.520 -40.650 -31.090 1.00 0.00 W5 H +ATOM 41421 H2 TIP3X 442 -17.420 -40.210 -30.140 1.00 0.00 W5 H +ATOM 41422 OH2 TIP3X 443 -10.170 40.700 -37.430 1.00 0.00 W5 O +ATOM 41423 H1 TIP3X 443 -10.270 41.030 -36.550 1.00 0.00 W5 H +ATOM 41424 H2 TIP3X 443 -10.470 41.410 -38.000 1.00 0.00 W5 H +ATOM 41425 OH2 TIP3X 444 -3.590 29.130 -28.150 1.00 0.00 W5 O +ATOM 41426 H1 TIP3X 444 -3.550 28.190 -27.950 1.00 0.00 W5 H +ATOM 41427 H2 TIP3X 444 -3.970 29.510 -27.360 1.00 0.00 W5 H +ATOM 41428 OH2 TIP3X 445 -33.210 3.630 -23.050 1.00 0.00 W5 O +ATOM 41429 H1 TIP3X 445 -33.340 2.870 -23.600 1.00 0.00 W5 H +ATOM 41430 H2 TIP3X 445 -33.800 4.300 -23.400 1.00 0.00 W5 H +ATOM 41431 OH2 TIP3X 446 -13.810 -5.570 39.550 1.00 0.00 W5 O +ATOM 41432 H1 TIP3X 446 -14.530 -5.930 39.040 1.00 0.00 W5 H +ATOM 41433 H2 TIP3X 446 -13.890 -4.620 39.450 1.00 0.00 W5 H +ATOM 41434 OH2 TIP3X 447 -41.400 15.560 -41.360 1.00 0.00 W5 O +ATOM 41435 H1 TIP3X 447 -40.910 15.080 -40.690 1.00 0.00 W5 H +ATOM 41436 H2 TIP3X 447 -42.040 16.060 -40.870 1.00 0.00 W5 H +ATOM 41437 OH2 TIP3X 448 -25.200 -45.900 -50.860 1.00 0.00 W5 O +ATOM 41438 H1 TIP3X 448 -24.880 -45.810 -51.760 1.00 0.00 W5 H +ATOM 41439 H2 TIP3X 448 -25.910 -45.270 -50.800 1.00 0.00 W5 H +ATOM 41440 OH2 TIP3X 449 21.300 -30.360 -51.150 1.00 0.00 W5 O +ATOM 41441 H1 TIP3X 449 20.740 -30.870 -50.580 1.00 0.00 W5 H +ATOM 41442 H2 TIP3X 449 22.160 -30.770 -51.060 1.00 0.00 W5 H +ATOM 41443 OH2 TIP3X 450 22.180 35.470 -49.810 1.00 0.00 W5 O +ATOM 41444 H1 TIP3X 450 21.350 35.810 -50.110 1.00 0.00 W5 H +ATOM 41445 H2 TIP3X 450 22.650 35.240 -50.610 1.00 0.00 W5 H +ATOM 41446 OH2 TIP3X 451 -30.740 -48.820 -36.120 1.00 0.00 W5 O +ATOM 41447 H1 TIP3X 451 -31.550 -48.310 -36.100 1.00 0.00 W5 H +ATOM 41448 H2 TIP3X 451 -31.030 -49.720 -36.230 1.00 0.00 W5 H +ATOM 41449 OH2 TIP3X 452 30.930 4.020 -17.580 1.00 0.00 W5 O +ATOM 41450 H1 TIP3X 452 31.130 4.630 -16.870 1.00 0.00 W5 H +ATOM 41451 H2 TIP3X 452 30.180 3.510 -17.250 1.00 0.00 W5 H +ATOM 41452 OH2 TIP3X 453 -42.350 12.640 -41.420 1.00 0.00 W5 O +ATOM 41453 H1 TIP3X 453 -42.200 12.720 -40.480 1.00 0.00 W5 H +ATOM 41454 H2 TIP3X 453 -43.270 12.370 -41.490 1.00 0.00 W5 H +ATOM 41455 OH2 TIP3X 454 41.540 8.140 -16.180 1.00 0.00 W5 O +ATOM 41456 H1 TIP3X 454 42.020 7.560 -16.790 1.00 0.00 W5 H +ATOM 41457 H2 TIP3X 454 41.070 8.750 -16.740 1.00 0.00 W5 H +ATOM 41458 OH2 TIP3X 455 -1.420 -28.070 36.930 1.00 0.00 W5 O +ATOM 41459 H1 TIP3X 455 -0.500 -27.940 36.680 1.00 0.00 W5 H +ATOM 41460 H2 TIP3X 455 -1.910 -27.670 36.220 1.00 0.00 W5 H +ATOM 41461 OH2 TIP3X 456 11.170 38.010 12.910 1.00 0.00 W5 O +ATOM 41462 H1 TIP3X 456 11.250 37.060 12.970 1.00 0.00 W5 H +ATOM 41463 H2 TIP3X 456 10.260 38.150 12.650 1.00 0.00 W5 H +ATOM 41464 OH2 TIP3X 457 -12.880 -13.860 -27.520 1.00 0.00 W5 O +ATOM 41465 H1 TIP3X 457 -12.150 -13.720 -26.920 1.00 0.00 W5 H +ATOM 41466 H2 TIP3X 457 -13.010 -14.810 -27.520 1.00 0.00 W5 H +ATOM 41467 OH2 TIP3X 458 -26.560 -36.900 -44.420 1.00 0.00 W5 O +ATOM 41468 H1 TIP3X 458 -26.700 -37.200 -43.530 1.00 0.00 W5 H +ATOM 41469 H2 TIP3X 458 -27.440 -36.700 -44.750 1.00 0.00 W5 H +ATOM 41470 OH2 TIP3X 459 -43.110 9.750 -45.760 1.00 0.00 W5 O +ATOM 41471 H1 TIP3X 459 -43.870 9.200 -45.970 1.00 0.00 W5 H +ATOM 41472 H2 TIP3X 459 -42.370 9.140 -45.840 1.00 0.00 W5 H +ATOM 41473 OH2 TIP3X 460 -28.100 25.140 -45.930 1.00 0.00 W5 O +ATOM 41474 H1 TIP3X 460 -27.750 24.620 -45.190 1.00 0.00 W5 H +ATOM 41475 H2 TIP3X 460 -28.990 25.370 -45.670 1.00 0.00 W5 H +ATOM 41476 OH2 TIP3X 461 22.110 2.220 26.290 1.00 0.00 W5 O +ATOM 41477 H1 TIP3X 461 21.180 2.370 26.110 1.00 0.00 W5 H +ATOM 41478 H2 TIP3X 461 22.510 3.100 26.260 1.00 0.00 W5 H +ATOM 41479 OH2 TIP3X 462 -4.990 -48.290 -43.910 1.00 0.00 W5 O +ATOM 41480 H1 TIP3X 462 -4.920 -48.500 -42.980 1.00 0.00 W5 H +ATOM 41481 H2 TIP3X 462 -5.210 -49.110 -44.340 1.00 0.00 W5 H +ATOM 41482 OH2 TIP3X 463 37.120 -36.650 24.830 1.00 0.00 W5 O +ATOM 41483 H1 TIP3X 463 36.240 -36.460 24.510 1.00 0.00 W5 H +ATOM 41484 H2 TIP3X 463 37.290 -35.980 25.480 1.00 0.00 W5 H +ATOM 41485 OH2 TIP3X 464 -13.500 17.300 -48.160 1.00 0.00 W5 O +ATOM 41486 H1 TIP3X 464 -14.240 16.830 -47.790 1.00 0.00 W5 H +ATOM 41487 H2 TIP3X 464 -12.900 16.610 -48.470 1.00 0.00 W5 H +ATOM 41488 OH2 TIP3X 465 21.360 7.510 -29.310 1.00 0.00 W5 O +ATOM 41489 H1 TIP3X 465 22.220 7.180 -29.540 1.00 0.00 W5 H +ATOM 41490 H2 TIP3X 465 21.520 8.410 -29.010 1.00 0.00 W5 H +ATOM 41491 OH2 TIP3X 466 45.040 -0.230 -49.170 1.00 0.00 W5 O +ATOM 41492 H1 TIP3X 466 44.420 -0.970 -49.130 1.00 0.00 W5 H +ATOM 41493 H2 TIP3X 466 45.670 -0.490 -49.840 1.00 0.00 W5 H +ATOM 41494 OH2 TIP3X 467 48.480 27.770 35.780 1.00 0.00 W5 O +ATOM 41495 H1 TIP3X 467 49.090 28.100 35.110 1.00 0.00 W5 H +ATOM 41496 H2 TIP3X 467 47.660 28.240 35.590 1.00 0.00 W5 H +ATOM 41497 OH2 TIP3X 468 35.390 -48.640 -20.840 1.00 0.00 W5 O +ATOM 41498 H1 TIP3X 468 34.950 -48.780 -20.000 1.00 0.00 W5 H +ATOM 41499 H2 TIP3X 468 35.200 -47.730 -21.050 1.00 0.00 W5 H +ATOM 41500 OH2 TIP3X 469 -20.260 -13.350 38.410 1.00 0.00 W5 O +ATOM 41501 H1 TIP3X 469 -20.570 -13.390 37.510 1.00 0.00 W5 H +ATOM 41502 H2 TIP3X 469 -21.050 -13.300 38.940 1.00 0.00 W5 H +ATOM 41503 OH2 TIP3X 470 39.680 41.780 -39.830 1.00 0.00 W5 O +ATOM 41504 H1 TIP3X 470 39.750 41.060 -40.460 1.00 0.00 W5 H +ATOM 41505 H2 TIP3X 470 40.100 42.510 -40.260 1.00 0.00 W5 H +ATOM 41506 OH2 TIP3X 471 -12.960 39.960 -41.220 1.00 0.00 W5 O +ATOM 41507 H1 TIP3X 471 -13.570 40.690 -41.140 1.00 0.00 W5 H +ATOM 41508 H2 TIP3X 471 -13.290 39.310 -40.580 1.00 0.00 W5 H +ATOM 41509 OH2 TIP3X 472 -43.060 7.710 -43.360 1.00 0.00 W5 O +ATOM 41510 H1 TIP3X 472 -43.940 8.090 -43.270 1.00 0.00 W5 H +ATOM 41511 H2 TIP3X 472 -42.470 8.450 -43.170 1.00 0.00 W5 H +ATOM 41512 OH2 TIP3X 473 -25.430 6.780 -42.370 1.00 0.00 W5 O +ATOM 41513 H1 TIP3X 473 -25.830 7.640 -42.300 1.00 0.00 W5 H +ATOM 41514 H2 TIP3X 473 -25.530 6.400 -41.490 1.00 0.00 W5 H +ATOM 41515 OH2 TIP3X 474 -5.630 19.840 30.080 1.00 0.00 W5 O +ATOM 41516 H1 TIP3X 474 -6.010 20.690 29.880 1.00 0.00 W5 H +ATOM 41517 H2 TIP3X 474 -5.040 19.660 29.350 1.00 0.00 W5 H +ATOM 41518 OH2 TIP3X 475 35.170 -7.710 -44.920 1.00 0.00 W5 O +ATOM 41519 H1 TIP3X 475 34.600 -8.470 -44.980 1.00 0.00 W5 H +ATOM 41520 H2 TIP3X 475 34.590 -6.990 -44.670 1.00 0.00 W5 H +ATOM 41521 OH2 TIP3X 476 -30.840 -10.310 -14.710 1.00 0.00 W5 O +ATOM 41522 H1 TIP3X 476 -31.700 -10.450 -15.110 1.00 0.00 W5 H +ATOM 41523 H2 TIP3X 476 -30.990 -9.710 -14.000 1.00 0.00 W5 H +ATOM 41524 OH2 TIP3X 477 -26.850 -44.670 -42.240 1.00 0.00 W5 O +ATOM 41525 H1 TIP3X 477 -27.670 -44.190 -42.420 1.00 0.00 W5 H +ATOM 41526 H2 TIP3X 477 -27.000 -45.540 -42.620 1.00 0.00 W5 H +ATOM 41527 OH2 TIP3X 478 26.830 28.730 -42.740 1.00 0.00 W5 O +ATOM 41528 H1 TIP3X 478 27.280 27.930 -43.040 1.00 0.00 W5 H +ATOM 41529 H2 TIP3X 478 26.780 29.290 -43.510 1.00 0.00 W5 H +ATOM 41530 OH2 TIP3X 479 5.680 11.010 35.100 1.00 0.00 W5 O +ATOM 41531 H1 TIP3X 479 6.280 11.550 35.630 1.00 0.00 W5 H +ATOM 41532 H2 TIP3X 479 6.270 10.540 34.500 1.00 0.00 W5 H +ATOM 41533 OH2 TIP3X 480 -14.910 -2.290 -33.650 1.00 0.00 W5 O +ATOM 41534 H1 TIP3X 480 -15.170 -3.210 -33.680 1.00 0.00 W5 H +ATOM 41535 H2 TIP3X 480 -15.390 -1.870 -34.360 1.00 0.00 W5 H +ATOM 41536 OH2 TIP3X 481 -41.310 -44.330 -43.250 1.00 0.00 W5 O +ATOM 41537 H1 TIP3X 481 -40.710 -44.500 -43.970 1.00 0.00 W5 H +ATOM 41538 H2 TIP3X 481 -42.080 -43.950 -43.680 1.00 0.00 W5 H +ATOM 41539 OH2 TIP3X 482 -41.850 -29.860 -28.740 1.00 0.00 W5 O +ATOM 41540 H1 TIP3X 482 -41.150 -29.220 -28.640 1.00 0.00 W5 H +ATOM 41541 H2 TIP3X 482 -41.430 -30.610 -29.160 1.00 0.00 W5 H +ATOM 41542 OH2 TIP3X 483 -16.500 41.960 -16.330 1.00 0.00 W5 O +ATOM 41543 H1 TIP3X 483 -16.140 42.750 -15.950 1.00 0.00 W5 H +ATOM 41544 H2 TIP3X 483 -16.520 41.340 -15.600 1.00 0.00 W5 H +ATOM 41545 OH2 TIP3X 484 37.990 -21.300 -29.080 1.00 0.00 W5 O +ATOM 41546 H1 TIP3X 484 37.380 -22.040 -29.120 1.00 0.00 W5 H +ATOM 41547 H2 TIP3X 484 37.740 -20.750 -29.830 1.00 0.00 W5 H +ATOM 41548 OH2 TIP3X 485 -18.520 -44.940 10.280 1.00 0.00 W5 O +ATOM 41549 H1 TIP3X 485 -18.480 -44.400 9.490 1.00 0.00 W5 H +ATOM 41550 H2 TIP3X 485 -19.430 -44.900 10.550 1.00 0.00 W5 H +ATOM 41551 OH2 TIP3X 486 -12.720 -49.470 -39.620 1.00 0.00 W5 O +ATOM 41552 H1 TIP3X 486 -13.610 -49.510 -39.940 1.00 0.00 W5 H +ATOM 41553 H2 TIP3X 486 -12.480 -48.540 -39.680 1.00 0.00 W5 H +ATOM 41554 OH2 TIP3X 487 39.190 -16.270 -16.360 1.00 0.00 W5 O +ATOM 41555 H1 TIP3X 487 40.130 -16.120 -16.450 1.00 0.00 W5 H +ATOM 41556 H2 TIP3X 487 39.120 -17.200 -16.130 1.00 0.00 W5 H +ATOM 41557 OH2 TIP3X 488 1.250 6.370 -46.700 1.00 0.00 W5 O +ATOM 41558 H1 TIP3X 488 1.600 6.500 -45.820 1.00 0.00 W5 H +ATOM 41559 H2 TIP3X 488 1.020 5.440 -46.720 1.00 0.00 W5 H +ATOM 41560 OH2 TIP3X 489 -23.940 23.200 -26.850 1.00 0.00 W5 O +ATOM 41561 H1 TIP3X 489 -23.260 23.160 -26.180 1.00 0.00 W5 H +ATOM 41562 H2 TIP3X 489 -23.460 23.320 -27.670 1.00 0.00 W5 H +ATOM 41563 OH2 TIP3X 490 -41.860 33.310 31.450 1.00 0.00 W5 O +ATOM 41564 H1 TIP3X 490 -42.660 33.610 31.890 1.00 0.00 W5 H +ATOM 41565 H2 TIP3X 490 -41.860 32.360 31.590 1.00 0.00 W5 H +ATOM 41566 OH2 TIP3X 491 -29.910 -14.990 36.880 1.00 0.00 W5 O +ATOM 41567 H1 TIP3X 491 -30.270 -14.110 37.030 1.00 0.00 W5 H +ATOM 41568 H2 TIP3X 491 -30.680 -15.570 36.910 1.00 0.00 W5 H +ATOM 41569 OH2 TIP3X 492 41.310 -15.940 -23.440 1.00 0.00 W5 O +ATOM 41570 H1 TIP3X 492 40.640 -15.920 -22.760 1.00 0.00 W5 H +ATOM 41571 H2 TIP3X 492 40.820 -16.130 -24.240 1.00 0.00 W5 H +ATOM 41572 OH2 TIP3X 493 7.350 -46.820 -41.940 1.00 0.00 W5 O +ATOM 41573 H1 TIP3X 493 6.590 -47.280 -41.580 1.00 0.00 W5 H +ATOM 41574 H2 TIP3X 493 7.490 -46.080 -41.350 1.00 0.00 W5 H +ATOM 41575 OH2 TIP3X 494 -14.670 -5.750 -38.700 1.00 0.00 W5 O +ATOM 41576 H1 TIP3X 494 -15.110 -6.500 -39.100 1.00 0.00 W5 H +ATOM 41577 H2 TIP3X 494 -14.940 -5.790 -37.780 1.00 0.00 W5 H +ATOM 41578 OH2 TIP3X 495 3.360 0.270 -38.120 1.00 0.00 W5 O +ATOM 41579 H1 TIP3X 495 3.380 0.340 -39.070 1.00 0.00 W5 H +ATOM 41580 H2 TIP3X 495 3.310 1.180 -37.820 1.00 0.00 W5 H +ATOM 41581 OH2 TIP3X 496 44.030 -42.510 -52.470 1.00 0.00 W5 O +ATOM 41582 H1 TIP3X 496 43.240 -42.430 -51.930 1.00 0.00 W5 H +ATOM 41583 H2 TIP3X 496 43.750 -43.020 -53.230 1.00 0.00 W5 H +ATOM 41584 OH2 TIP3X 497 30.250 13.670 -19.900 1.00 0.00 W5 O +ATOM 41585 H1 TIP3X 497 30.330 13.680 -20.850 1.00 0.00 W5 H +ATOM 41586 H2 TIP3X 497 29.310 13.840 -19.740 1.00 0.00 W5 H +ATOM 41587 OH2 TIP3X 498 43.810 27.130 15.330 1.00 0.00 W5 O +ATOM 41588 H1 TIP3X 498 44.340 26.360 15.110 1.00 0.00 W5 H +ATOM 41589 H2 TIP3X 498 42.960 26.790 15.580 1.00 0.00 W5 H +ATOM 41590 OH2 TIP3X 499 -23.240 -15.660 -45.540 1.00 0.00 W5 O +ATOM 41591 H1 TIP3X 499 -24.050 -16.130 -45.790 1.00 0.00 W5 H +ATOM 41592 H2 TIP3X 499 -23.340 -15.490 -44.610 1.00 0.00 W5 H +ATOM 41593 OH2 TIP3X 500 -17.820 -27.070 -34.570 1.00 0.00 W5 O +ATOM 41594 H1 TIP3X 500 -17.430 -27.560 -35.300 1.00 0.00 W5 H +ATOM 41595 H2 TIP3X 500 -17.090 -26.860 -34.000 1.00 0.00 W5 H +ATOM 41596 OH2 TIP3X 501 0.240 -29.910 30.650 1.00 0.00 W5 O +ATOM 41597 H1 TIP3X 501 -0.380 -29.670 31.350 1.00 0.00 W5 H +ATOM 41598 H2 TIP3X 501 0.100 -30.830 30.490 1.00 0.00 W5 H +ATOM 41599 OH2 TIP3X 502 -17.360 -10.110 -30.710 1.00 0.00 W5 O +ATOM 41600 H1 TIP3X 502 -17.670 -9.540 -30.020 1.00 0.00 W5 H +ATOM 41601 H2 TIP3X 502 -17.140 -9.510 -31.440 1.00 0.00 W5 H +ATOM 41602 OH2 TIP3X 503 15.920 -27.450 -29.190 1.00 0.00 W5 O +ATOM 41603 H1 TIP3X 503 16.220 -26.550 -29.320 1.00 0.00 W5 H +ATOM 41604 H2 TIP3X 503 16.490 -27.780 -28.500 1.00 0.00 W5 H +ATOM 41605 OH2 TIP3X 504 -33.740 11.240 -16.440 1.00 0.00 W5 O +ATOM 41606 H1 TIP3X 504 -33.390 10.430 -16.830 1.00 0.00 W5 H +ATOM 41607 H2 TIP3X 504 -33.330 11.260 -15.570 1.00 0.00 W5 H +ATOM 41608 OH2 TIP3X 505 -21.690 -38.190 -20.810 1.00 0.00 W5 O +ATOM 41609 H1 TIP3X 505 -22.450 -38.570 -20.390 1.00 0.00 W5 H +ATOM 41610 H2 TIP3X 505 -21.290 -37.650 -20.120 1.00 0.00 W5 H +ATOM 41611 OH2 TIP3X 506 8.760 29.110 37.830 1.00 0.00 W5 O +ATOM 41612 H1 TIP3X 506 9.520 29.670 37.630 1.00 0.00 W5 H +ATOM 41613 H2 TIP3X 506 8.800 28.980 38.770 1.00 0.00 W5 H +ATOM 41614 OH2 TIP3X 507 -32.390 35.090 -12.940 1.00 0.00 W5 O +ATOM 41615 H1 TIP3X 507 -32.090 35.430 -13.790 1.00 0.00 W5 H +ATOM 41616 H2 TIP3X 507 -33.320 35.290 -12.910 1.00 0.00 W5 H +ATOM 41617 OH2 TIP3X 508 39.940 23.220 -26.720 1.00 0.00 W5 O +ATOM 41618 H1 TIP3X 508 40.690 22.770 -27.110 1.00 0.00 W5 H +ATOM 41619 H2 TIP3X 508 40.140 24.150 -26.830 1.00 0.00 W5 H +ATOM 41620 OH2 TIP3X 509 31.220 4.460 28.590 1.00 0.00 W5 O +ATOM 41621 H1 TIP3X 509 32.170 4.370 28.510 1.00 0.00 W5 H +ATOM 41622 H2 TIP3X 509 30.910 4.600 27.700 1.00 0.00 W5 H +ATOM 41623 OH2 TIP3X 510 27.850 -34.170 35.410 1.00 0.00 W5 O +ATOM 41624 H1 TIP3X 510 27.830 -33.390 35.970 1.00 0.00 W5 H +ATOM 41625 H2 TIP3X 510 27.010 -34.150 34.970 1.00 0.00 W5 H +ATOM 41626 OH2 TIP3X 511 -3.480 -23.750 29.760 1.00 0.00 W5 O +ATOM 41627 H1 TIP3X 511 -3.950 -24.430 30.250 1.00 0.00 W5 H +ATOM 41628 H2 TIP3X 511 -4.120 -23.370 29.160 1.00 0.00 W5 H +ATOM 41629 OH2 TIP3X 512 30.810 30.840 36.060 1.00 0.00 W5 O +ATOM 41630 H1 TIP3X 512 30.280 31.180 36.780 1.00 0.00 W5 H +ATOM 41631 H2 TIP3X 512 30.220 30.850 35.310 1.00 0.00 W5 H +ATOM 41632 OH2 TIP3X 513 -27.900 -30.400 -43.480 1.00 0.00 W5 O +ATOM 41633 H1 TIP3X 513 -27.690 -30.670 -42.590 1.00 0.00 W5 H +ATOM 41634 H2 TIP3X 513 -28.840 -30.240 -43.480 1.00 0.00 W5 H +ATOM 41635 OH2 TIP3X 514 34.400 -29.060 -16.050 1.00 0.00 W5 O +ATOM 41636 H1 TIP3X 514 34.080 -29.670 -15.400 1.00 0.00 W5 H +ATOM 41637 H2 TIP3X 514 34.840 -29.600 -16.710 1.00 0.00 W5 H +ATOM 41638 OH2 TIP3X 515 28.520 7.940 -10.820 1.00 0.00 W5 O +ATOM 41639 H1 TIP3X 515 28.720 7.010 -10.750 1.00 0.00 W5 H +ATOM 41640 H2 TIP3X 515 27.650 7.980 -11.220 1.00 0.00 W5 H +ATOM 41641 OH2 TIP3X 516 -26.010 32.010 -21.630 1.00 0.00 W5 O +ATOM 41642 H1 TIP3X 516 -25.580 31.710 -20.830 1.00 0.00 W5 H +ATOM 41643 H2 TIP3X 516 -26.110 32.950 -21.510 1.00 0.00 W5 H +ATOM 41644 OH2 TIP3X 517 26.200 -21.570 -34.160 1.00 0.00 W5 O +ATOM 41645 H1 TIP3X 517 27.070 -21.250 -33.970 1.00 0.00 W5 H +ATOM 41646 H2 TIP3X 517 26.110 -22.380 -33.640 1.00 0.00 W5 H +ATOM 41647 OH2 TIP3X 518 -26.750 -50.280 27.720 1.00 0.00 W5 O +ATOM 41648 H1 TIP3X 518 -27.270 -49.710 27.150 1.00 0.00 W5 H +ATOM 41649 H2 TIP3X 518 -26.390 -50.950 27.140 1.00 0.00 W5 H +ATOM 41650 OH2 TIP3X 519 9.590 -5.470 -43.830 1.00 0.00 W5 O +ATOM 41651 H1 TIP3X 519 9.720 -4.600 -44.190 1.00 0.00 W5 H +ATOM 41652 H2 TIP3X 519 9.850 -5.400 -42.910 1.00 0.00 W5 H +ATOM 41653 OH2 TIP3X 520 35.980 36.300 -41.030 1.00 0.00 W5 O +ATOM 41654 H1 TIP3X 520 36.230 36.900 -40.310 1.00 0.00 W5 H +ATOM 41655 H2 TIP3X 520 35.040 36.470 -41.160 1.00 0.00 W5 H +ATOM 41656 OH2 TIP3X 521 -38.850 17.310 -22.640 1.00 0.00 W5 O +ATOM 41657 H1 TIP3X 521 -39.490 17.750 -22.070 1.00 0.00 W5 H +ATOM 41658 H2 TIP3X 521 -38.040 17.330 -22.130 1.00 0.00 W5 H +ATOM 41659 OH2 TIP3X 522 38.020 -20.590 23.350 1.00 0.00 W5 O +ATOM 41660 H1 TIP3X 522 37.830 -19.660 23.510 1.00 0.00 W5 H +ATOM 41661 H2 TIP3X 522 37.870 -20.700 22.410 1.00 0.00 W5 H +ATOM 41662 OH2 TIP3X 523 7.380 42.160 -17.800 1.00 0.00 W5 O +ATOM 41663 H1 TIP3X 523 7.190 41.790 -18.660 1.00 0.00 W5 H +ATOM 41664 H2 TIP3X 523 6.530 42.320 -17.400 1.00 0.00 W5 H +ATOM 41665 OH2 TIP3X 524 43.260 -34.330 24.420 1.00 0.00 W5 O +ATOM 41666 H1 TIP3X 524 42.960 -33.820 25.170 1.00 0.00 W5 H +ATOM 41667 H2 TIP3X 524 43.550 -35.160 24.800 1.00 0.00 W5 H +ATOM 41668 OH2 TIP3X 525 25.540 -38.550 -36.370 1.00 0.00 W5 O +ATOM 41669 H1 TIP3X 525 25.480 -37.700 -35.940 1.00 0.00 W5 H +ATOM 41670 H2 TIP3X 525 24.620 -38.810 -36.510 1.00 0.00 W5 H +ATOM 41671 OH2 TIP3X 526 -11.130 -30.820 -35.230 1.00 0.00 W5 O +ATOM 41672 H1 TIP3X 526 -11.520 -31.230 -36.000 1.00 0.00 W5 H +ATOM 41673 H2 TIP3X 526 -11.850 -30.690 -34.630 1.00 0.00 W5 H +ATOM 41674 OH2 TIP3X 527 -11.470 -46.450 -29.690 1.00 0.00 W5 O +ATOM 41675 H1 TIP3X 527 -12.310 -46.880 -29.780 1.00 0.00 W5 H +ATOM 41676 H2 TIP3X 527 -11.350 -45.950 -30.490 1.00 0.00 W5 H +ATOM 41677 OH2 TIP3X 528 37.830 24.370 -16.880 1.00 0.00 W5 O +ATOM 41678 H1 TIP3X 528 38.040 24.030 -16.010 1.00 0.00 W5 H +ATOM 41679 H2 TIP3X 528 38.630 24.210 -17.390 1.00 0.00 W5 H +ATOM 41680 OH2 TIP3X 529 23.180 -3.950 24.210 1.00 0.00 W5 O +ATOM 41681 H1 TIP3X 529 22.620 -3.440 23.620 1.00 0.00 W5 H +ATOM 41682 H2 TIP3X 529 22.820 -4.840 24.180 1.00 0.00 W5 H +ATOM 41683 OH2 TIP3X 530 -0.230 -17.260 30.130 1.00 0.00 W5 O +ATOM 41684 H1 TIP3X 530 0.430 -17.260 30.830 1.00 0.00 W5 H +ATOM 41685 H2 TIP3X 530 -0.020 -18.030 29.610 1.00 0.00 W5 H +ATOM 41686 OH2 TIP3X 531 -23.180 3.760 -20.770 1.00 0.00 W5 O +ATOM 41687 H1 TIP3X 531 -22.250 3.540 -20.670 1.00 0.00 W5 H +ATOM 41688 H2 TIP3X 531 -23.620 3.300 -20.060 1.00 0.00 W5 H +ATOM 41689 OH2 TIP3X 532 -33.310 -35.030 34.450 1.00 0.00 W5 O +ATOM 41690 H1 TIP3X 532 -33.850 -34.350 34.060 1.00 0.00 W5 H +ATOM 41691 H2 TIP3X 532 -32.470 -34.960 33.990 1.00 0.00 W5 H +ATOM 41692 OH2 TIP3X 533 4.810 -35.420 34.780 1.00 0.00 W5 O +ATOM 41693 H1 TIP3X 533 4.780 -36.350 35.010 1.00 0.00 W5 H +ATOM 41694 H2 TIP3X 533 5.620 -35.320 34.290 1.00 0.00 W5 H +ATOM 41695 OH2 TIP3X 534 7.010 39.250 -39.680 1.00 0.00 W5 O +ATOM 41696 H1 TIP3X 534 6.690 38.390 -39.970 1.00 0.00 W5 H +ATOM 41697 H2 TIP3X 534 7.830 39.370 -40.150 1.00 0.00 W5 H +ATOM 41698 OH2 TIP3X 535 -5.820 -42.800 -29.320 1.00 0.00 W5 O +ATOM 41699 H1 TIP3X 535 -5.350 -42.380 -28.600 1.00 0.00 W5 H +ATOM 41700 H2 TIP3X 535 -5.980 -43.700 -29.030 1.00 0.00 W5 H +ATOM 41701 OH2 TIP3X 536 23.090 -20.490 -45.210 1.00 0.00 W5 O +ATOM 41702 H1 TIP3X 536 22.510 -19.860 -45.630 1.00 0.00 W5 H +ATOM 41703 H2 TIP3X 536 22.540 -20.960 -44.590 1.00 0.00 W5 H +ATOM 41704 OH2 TIP3X 537 -12.360 27.830 37.550 1.00 0.00 W5 O +ATOM 41705 H1 TIP3X 537 -12.050 28.730 37.440 1.00 0.00 W5 H +ATOM 41706 H2 TIP3X 537 -12.100 27.580 38.440 1.00 0.00 W5 H +ATOM 41707 OH2 TIP3X 538 -9.490 -37.240 16.590 1.00 0.00 W5 O +ATOM 41708 H1 TIP3X 538 -9.620 -37.120 17.530 1.00 0.00 W5 H +ATOM 41709 H2 TIP3X 538 -9.330 -38.180 16.490 1.00 0.00 W5 H +ATOM 41710 OH2 TIP3X 539 -35.630 14.100 -23.340 1.00 0.00 W5 O +ATOM 41711 H1 TIP3X 539 -35.290 13.780 -22.500 1.00 0.00 W5 H +ATOM 41712 H2 TIP3X 539 -35.450 15.040 -23.330 1.00 0.00 W5 H +ATOM 41713 OH2 TIP3X 540 15.230 -9.700 36.630 1.00 0.00 W5 O +ATOM 41714 H1 TIP3X 540 16.160 -9.890 36.730 1.00 0.00 W5 H +ATOM 41715 H2 TIP3X 540 14.920 -9.570 37.530 1.00 0.00 W5 H +ATOM 41716 OH2 TIP3X 541 28.600 -33.300 -39.660 1.00 0.00 W5 O +ATOM 41717 H1 TIP3X 541 28.960 -34.030 -40.160 1.00 0.00 W5 H +ATOM 41718 H2 TIP3X 541 29.250 -33.130 -38.980 1.00 0.00 W5 H +ATOM 41719 OH2 TIP3X 542 -33.860 -15.490 20.950 1.00 0.00 W5 O +ATOM 41720 H1 TIP3X 542 -33.190 -15.970 20.460 1.00 0.00 W5 H +ATOM 41721 H2 TIP3X 542 -34.530 -16.150 21.140 1.00 0.00 W5 H +ATOM 41722 OH2 TIP3X 543 5.930 -41.230 -42.140 1.00 0.00 W5 O +ATOM 41723 H1 TIP3X 543 5.140 -41.570 -41.730 1.00 0.00 W5 H +ATOM 41724 H2 TIP3X 543 5.990 -41.730 -42.960 1.00 0.00 W5 H +ATOM 41725 OH2 TIP3X 544 -6.340 36.190 24.950 1.00 0.00 W5 O +ATOM 41726 H1 TIP3X 544 -5.720 36.120 25.680 1.00 0.00 W5 H +ATOM 41727 H2 TIP3X 544 -5.820 35.940 24.180 1.00 0.00 W5 H +ATOM 41728 OH2 TIP3X 545 14.990 20.690 -49.820 1.00 0.00 W5 O +ATOM 41729 H1 TIP3X 545 14.160 20.250 -49.960 1.00 0.00 W5 H +ATOM 41730 H2 TIP3X 545 14.750 21.590 -49.600 1.00 0.00 W5 H +ATOM 41731 OH2 TIP3X 546 0.710 19.370 34.750 1.00 0.00 W5 O +ATOM 41732 H1 TIP3X 546 0.480 18.480 34.510 1.00 0.00 W5 H +ATOM 41733 H2 TIP3X 546 -0.040 19.700 35.230 1.00 0.00 W5 H +ATOM 41734 OH2 TIP3X 547 -27.470 28.580 -17.390 1.00 0.00 W5 O +ATOM 41735 H1 TIP3X 547 -27.580 28.760 -16.460 1.00 0.00 W5 H +ATOM 41736 H2 TIP3X 547 -27.940 29.290 -17.830 1.00 0.00 W5 H +ATOM 41737 OH2 TIP3X 548 -42.420 24.440 38.840 1.00 0.00 W5 O +ATOM 41738 H1 TIP3X 548 -42.900 25.220 39.130 1.00 0.00 W5 H +ATOM 41739 H2 TIP3X 548 -41.560 24.780 38.590 1.00 0.00 W5 H +ATOM 41740 OH2 TIP3X 549 17.540 16.100 37.200 1.00 0.00 W5 O +ATOM 41741 H1 TIP3X 549 18.500 16.090 37.190 1.00 0.00 W5 H +ATOM 41742 H2 TIP3X 549 17.300 15.690 36.370 1.00 0.00 W5 H +ATOM 41743 OH2 TIP3X 550 -32.460 3.380 -14.250 1.00 0.00 W5 O +ATOM 41744 H1 TIP3X 550 -31.680 3.920 -14.140 1.00 0.00 W5 H +ATOM 41745 H2 TIP3X 550 -33.110 3.960 -14.670 1.00 0.00 W5 H +ATOM 41746 OH2 TIP3X 551 15.120 41.230 33.090 1.00 0.00 W5 O +ATOM 41747 H1 TIP3X 551 14.390 40.850 32.600 1.00 0.00 W5 H +ATOM 41748 H2 TIP3X 551 15.200 40.660 33.860 1.00 0.00 W5 H +ATOM 41749 OH2 TIP3X 552 2.350 22.830 32.630 1.00 0.00 W5 O +ATOM 41750 H1 TIP3X 552 2.830 23.370 33.260 1.00 0.00 W5 H +ATOM 41751 H2 TIP3X 552 2.840 22.010 32.630 1.00 0.00 W5 H +ATOM 41752 OH2 TIP3X 553 -6.520 27.600 20.660 1.00 0.00 W5 O +ATOM 41753 H1 TIP3X 553 -6.220 26.810 20.220 1.00 0.00 W5 H +ATOM 41754 H2 TIP3X 553 -6.410 27.420 21.590 1.00 0.00 W5 H +ATOM 41755 OH2 TIP3X 554 -39.780 28.180 41.270 1.00 0.00 W5 O +ATOM 41756 H1 TIP3X 554 -40.620 28.620 41.370 1.00 0.00 W5 H +ATOM 41757 H2 TIP3X 554 -39.970 27.270 41.490 1.00 0.00 W5 H +ATOM 41758 OH2 TIP3X 555 26.830 37.250 -36.450 1.00 0.00 W5 O +ATOM 41759 H1 TIP3X 555 26.570 36.840 -37.270 1.00 0.00 W5 H +ATOM 41760 H2 TIP3X 555 26.080 37.160 -35.880 1.00 0.00 W5 H +ATOM 41761 OH2 TIP3X 556 18.680 13.110 -38.750 1.00 0.00 W5 O +ATOM 41762 H1 TIP3X 556 18.040 13.570 -39.290 1.00 0.00 W5 H +ATOM 41763 H2 TIP3X 556 18.550 13.470 -37.870 1.00 0.00 W5 H +ATOM 41764 OH2 TIP3X 557 34.860 36.290 -49.900 1.00 0.00 W5 O +ATOM 41765 H1 TIP3X 557 35.700 35.810 -49.830 1.00 0.00 W5 H +ATOM 41766 H2 TIP3X 557 34.360 35.780 -50.540 1.00 0.00 W5 H +ATOM 41767 OH2 TIP3X 558 -1.410 -40.960 18.750 1.00 0.00 W5 O +ATOM 41768 H1 TIP3X 558 -0.560 -41.410 18.720 1.00 0.00 W5 H +ATOM 41769 H2 TIP3X 558 -1.870 -41.360 19.490 1.00 0.00 W5 H +ATOM 41770 OH2 TIP3X 559 -17.320 10.410 -42.470 1.00 0.00 W5 O +ATOM 41771 H1 TIP3X 559 -16.920 11.060 -43.060 1.00 0.00 W5 H +ATOM 41772 H2 TIP3X 559 -18.190 10.280 -42.830 1.00 0.00 W5 H +ATOM 41773 OH2 TIP3X 560 24.230 21.890 -42.300 1.00 0.00 W5 O +ATOM 41774 H1 TIP3X 560 24.900 21.830 -42.980 1.00 0.00 W5 H +ATOM 41775 H2 TIP3X 560 24.690 22.220 -41.530 1.00 0.00 W5 H +ATOM 41776 OH2 TIP3X 561 -41.050 -26.490 28.360 1.00 0.00 W5 O +ATOM 41777 H1 TIP3X 561 -40.430 -25.760 28.310 1.00 0.00 W5 H +ATOM 41778 H2 TIP3X 561 -41.910 -26.080 28.450 1.00 0.00 W5 H +ATOM 41779 OH2 TIP3X 562 38.450 38.550 16.970 1.00 0.00 W5 O +ATOM 41780 H1 TIP3X 562 38.170 37.690 17.300 1.00 0.00 W5 H +ATOM 41781 H2 TIP3X 562 37.660 38.910 16.570 1.00 0.00 W5 H +ATOM 41782 OH2 TIP3X 563 -17.880 -16.770 -48.240 1.00 0.00 W5 O +ATOM 41783 H1 TIP3X 563 -17.810 -15.830 -48.130 1.00 0.00 W5 H +ATOM 41784 H2 TIP3X 563 -17.320 -17.140 -47.560 1.00 0.00 W5 H +ATOM 41785 OH2 TIP3X 564 26.330 -40.250 -34.070 1.00 0.00 W5 O +ATOM 41786 H1 TIP3X 564 25.770 -39.550 -34.430 1.00 0.00 W5 H +ATOM 41787 H2 TIP3X 564 26.240 -40.970 -34.680 1.00 0.00 W5 H +ATOM 41788 OH2 TIP3X 565 -6.180 9.370 -34.900 1.00 0.00 W5 O +ATOM 41789 H1 TIP3X 565 -6.320 8.490 -35.250 1.00 0.00 W5 H +ATOM 41790 H2 TIP3X 565 -5.460 9.270 -34.280 1.00 0.00 W5 H +ATOM 41791 OH2 TIP3X 566 15.330 13.420 22.200 1.00 0.00 W5 O +ATOM 41792 H1 TIP3X 566 15.180 13.130 21.300 1.00 0.00 W5 H +ATOM 41793 H2 TIP3X 566 14.470 13.730 22.510 1.00 0.00 W5 H +ATOM 41794 OH2 TIP3X 567 19.490 17.380 -37.400 1.00 0.00 W5 O +ATOM 41795 H1 TIP3X 567 20.020 17.300 -38.190 1.00 0.00 W5 H +ATOM 41796 H2 TIP3X 567 19.240 18.290 -37.370 1.00 0.00 W5 H +ATOM 41797 OH2 TIP3X 568 -34.550 -36.180 22.660 1.00 0.00 W5 O +ATOM 41798 H1 TIP3X 568 -34.170 -36.070 23.530 1.00 0.00 W5 H +ATOM 41799 H2 TIP3X 568 -34.570 -37.130 22.510 1.00 0.00 W5 H +ATOM 41800 OH2 TIP3X 569 15.900 22.600 34.590 1.00 0.00 W5 O +ATOM 41801 H1 TIP3X 569 15.180 22.740 35.210 1.00 0.00 W5 H +ATOM 41802 H2 TIP3X 569 16.700 22.690 35.110 1.00 0.00 W5 H +ATOM 41803 OH2 TIP3X 570 4.490 33.510 31.540 1.00 0.00 W5 O +ATOM 41804 H1 TIP3X 570 4.890 34.300 31.900 1.00 0.00 W5 H +ATOM 41805 H2 TIP3X 570 5.120 32.810 31.760 1.00 0.00 W5 H +ATOM 41806 OH2 TIP3X 571 -36.230 -3.230 -37.760 1.00 0.00 W5 O +ATOM 41807 H1 TIP3X 571 -36.870 -2.640 -38.150 1.00 0.00 W5 H +ATOM 41808 H2 TIP3X 571 -35.560 -3.330 -38.420 1.00 0.00 W5 H +ATOM 41809 OH2 TIP3X 572 -37.830 33.260 17.770 1.00 0.00 W5 O +ATOM 41810 H1 TIP3X 572 -38.750 33.080 18.030 1.00 0.00 W5 H +ATOM 41811 H2 TIP3X 572 -37.900 33.950 17.110 1.00 0.00 W5 H +ATOM 41812 OH2 TIP3X 573 -44.230 19.490 -42.350 1.00 0.00 W5 O +ATOM 41813 H1 TIP3X 573 -45.110 19.450 -42.740 1.00 0.00 W5 H +ATOM 41814 H2 TIP3X 573 -44.260 20.250 -41.770 1.00 0.00 W5 H +ATOM 41815 OH2 TIP3X 574 -29.260 35.950 -31.670 1.00 0.00 W5 O +ATOM 41816 H1 TIP3X 574 -28.520 35.880 -31.060 1.00 0.00 W5 H +ATOM 41817 H2 TIP3X 574 -30.000 36.180 -31.110 1.00 0.00 W5 H +ATOM 41818 OH2 TIP3X 575 25.110 11.730 -44.570 1.00 0.00 W5 O +ATOM 41819 H1 TIP3X 575 24.550 10.950 -44.500 1.00 0.00 W5 H +ATOM 41820 H2 TIP3X 575 25.950 11.450 -44.210 1.00 0.00 W5 H +ATOM 41821 OH2 TIP3X 576 -31.120 27.710 -47.850 1.00 0.00 W5 O +ATOM 41822 H1 TIP3X 576 -31.300 27.300 -47.000 1.00 0.00 W5 H +ATOM 41823 H2 TIP3X 576 -31.200 28.650 -47.680 1.00 0.00 W5 H +ATOM 41824 OH2 TIP3X 577 9.060 3.610 -44.130 1.00 0.00 W5 O +ATOM 41825 H1 TIP3X 577 9.390 4.250 -44.750 1.00 0.00 W5 H +ATOM 41826 H2 TIP3X 577 9.380 2.770 -44.450 1.00 0.00 W5 H +ATOM 41827 OH2 TIP3X 578 27.800 -13.410 -37.940 1.00 0.00 W5 O +ATOM 41828 H1 TIP3X 578 27.240 -14.030 -37.490 1.00 0.00 W5 H +ATOM 41829 H2 TIP3X 578 28.460 -13.950 -38.380 1.00 0.00 W5 H +ATOM 41830 OH2 TIP3X 579 26.800 -17.530 25.290 1.00 0.00 W5 O +ATOM 41831 H1 TIP3X 579 27.680 -17.220 25.520 1.00 0.00 W5 H +ATOM 41832 H2 TIP3X 579 26.570 -18.130 26.000 1.00 0.00 W5 H +ATOM 41833 OH2 TIP3X 580 -33.240 20.110 26.810 1.00 0.00 W5 O +ATOM 41834 H1 TIP3X 580 -33.750 19.340 27.070 1.00 0.00 W5 H +ATOM 41835 H2 TIP3X 580 -32.330 19.820 26.890 1.00 0.00 W5 H +ATOM 41836 OH2 TIP3X 581 5.950 0.090 -40.100 1.00 0.00 W5 O +ATOM 41837 H1 TIP3X 581 5.460 0.660 -40.690 1.00 0.00 W5 H +ATOM 41838 H2 TIP3X 581 6.820 0.010 -40.500 1.00 0.00 W5 H +ATOM 41839 OH2 TIP3X 582 -31.230 -23.790 -27.380 1.00 0.00 W5 O +ATOM 41840 H1 TIP3X 582 -31.830 -24.410 -27.790 1.00 0.00 W5 H +ATOM 41841 H2 TIP3X 582 -30.580 -23.610 -28.050 1.00 0.00 W5 H +ATOM 41842 OH2 TIP3X 583 7.420 12.730 -49.360 1.00 0.00 W5 O +ATOM 41843 H1 TIP3X 583 7.180 12.000 -49.930 1.00 0.00 W5 H +ATOM 41844 H2 TIP3X 583 7.560 13.460 -49.950 1.00 0.00 W5 H +ATOM 41845 OH2 TIP3X 584 -43.320 -40.880 -47.230 1.00 0.00 W5 O +ATOM 41846 H1 TIP3X 584 -44.080 -41.260 -46.770 1.00 0.00 W5 H +ATOM 41847 H2 TIP3X 584 -43.360 -39.950 -47.030 1.00 0.00 W5 H +ATOM 41848 OH2 TIP3X 585 -25.270 -0.990 -21.900 1.00 0.00 W5 O +ATOM 41849 H1 TIP3X 585 -25.310 -0.620 -21.020 1.00 0.00 W5 H +ATOM 41850 H2 TIP3X 585 -25.100 -0.230 -22.470 1.00 0.00 W5 H +ATOM 41851 OH2 TIP3X 586 35.550 3.250 38.260 1.00 0.00 W5 O +ATOM 41852 H1 TIP3X 586 36.250 3.870 38.030 1.00 0.00 W5 H +ATOM 41853 H2 TIP3X 586 35.000 3.720 38.870 1.00 0.00 W5 H +ATOM 41854 OH2 TIP3X 587 -29.960 -2.530 29.180 1.00 0.00 W5 O +ATOM 41855 H1 TIP3X 587 -30.040 -1.580 29.090 1.00 0.00 W5 H +ATOM 41856 H2 TIP3X 587 -29.830 -2.670 30.120 1.00 0.00 W5 H +ATOM 41857 OH2 TIP3X 588 46.510 -47.740 -50.380 1.00 0.00 W5 O +ATOM 41858 H1 TIP3X 588 47.330 -48.220 -50.540 1.00 0.00 W5 H +ATOM 41859 H2 TIP3X 588 45.820 -48.390 -50.500 1.00 0.00 W5 H +ATOM 41860 OH2 TIP3X 589 -13.810 -51.670 21.290 1.00 0.00 W5 O +ATOM 41861 H1 TIP3X 589 -13.380 -51.950 22.100 1.00 0.00 W5 H +ATOM 41862 H2 TIP3X 589 -13.920 -50.730 21.370 1.00 0.00 W5 H +ATOM 41863 OH2 TIP3X 590 -7.980 41.350 -33.700 1.00 0.00 W5 O +ATOM 41864 H1 TIP3X 590 -7.160 40.850 -33.610 1.00 0.00 W5 H +ATOM 41865 H2 TIP3X 590 -7.720 42.110 -34.230 1.00 0.00 W5 H +ATOM 41866 OH2 TIP3X 591 40.160 -32.950 -18.300 1.00 0.00 W5 O +ATOM 41867 H1 TIP3X 591 40.600 -33.800 -18.420 1.00 0.00 W5 H +ATOM 41868 H2 TIP3X 591 40.180 -32.810 -17.360 1.00 0.00 W5 H +ATOM 41869 OH2 TIP3X 592 -17.960 -8.980 38.030 1.00 0.00 W5 O +ATOM 41870 H1 TIP3X 592 -17.470 -8.780 37.230 1.00 0.00 W5 H +ATOM 41871 H2 TIP3X 592 -17.330 -8.830 38.740 1.00 0.00 W5 H +ATOM 41872 OH2 TIP3X 593 17.210 36.940 36.960 1.00 0.00 W5 O +ATOM 41873 H1 TIP3X 593 16.880 36.130 36.550 1.00 0.00 W5 H +ATOM 41874 H2 TIP3X 593 16.520 37.170 37.590 1.00 0.00 W5 H +ATOM 41875 OH2 TIP3X 594 -27.250 19.020 -38.980 1.00 0.00 W5 O +ATOM 41876 H1 TIP3X 594 -26.460 18.850 -38.470 1.00 0.00 W5 H +ATOM 41877 H2 TIP3X 594 -26.930 19.200 -39.860 1.00 0.00 W5 H +ATOM 41878 OH2 TIP3X 595 16.120 -10.230 -46.770 1.00 0.00 W5 O +ATOM 41879 H1 TIP3X 595 17.040 -10.230 -46.510 1.00 0.00 W5 H +ATOM 41880 H2 TIP3X 595 15.720 -9.530 -46.250 1.00 0.00 W5 H +ATOM 41881 OH2 TIP3X 596 -28.060 -32.380 -35.920 1.00 0.00 W5 O +ATOM 41882 H1 TIP3X 596 -28.080 -31.650 -36.530 1.00 0.00 W5 H +ATOM 41883 H2 TIP3X 596 -27.270 -32.870 -36.170 1.00 0.00 W5 H +ATOM 41884 OH2 TIP3X 597 10.780 35.610 28.220 1.00 0.00 W5 O +ATOM 41885 H1 TIP3X 597 10.120 35.910 27.590 1.00 0.00 W5 H +ATOM 41886 H2 TIP3X 597 11.570 35.530 27.690 1.00 0.00 W5 H +ATOM 41887 OH2 TIP3X 598 -37.670 4.700 -43.460 1.00 0.00 W5 O +ATOM 41888 H1 TIP3X 598 -37.720 4.910 -42.520 1.00 0.00 W5 H +ATOM 41889 H2 TIP3X 598 -38.010 3.810 -43.510 1.00 0.00 W5 H +ATOM 41890 OH2 TIP3X 599 -18.250 24.200 20.980 1.00 0.00 W5 O +ATOM 41891 H1 TIP3X 599 -17.610 24.380 21.660 1.00 0.00 W5 H +ATOM 41892 H2 TIP3X 599 -18.800 23.500 21.340 1.00 0.00 W5 H +ATOM 41893 OH2 TIP3X 600 34.210 0.690 22.950 1.00 0.00 W5 O +ATOM 41894 H1 TIP3X 600 33.260 0.730 22.880 1.00 0.00 W5 H +ATOM 41895 H2 TIP3X 600 34.520 0.710 22.050 1.00 0.00 W5 H +ATOM 41896 OH2 TIP3X 601 15.700 -2.960 -36.680 1.00 0.00 W5 O +ATOM 41897 H1 TIP3X 601 16.190 -2.890 -37.500 1.00 0.00 W5 H +ATOM 41898 H2 TIP3X 601 14.780 -2.830 -36.930 1.00 0.00 W5 H +ATOM 41899 OH2 TIP3X 602 4.730 26.840 27.540 1.00 0.00 W5 O +ATOM 41900 H1 TIP3X 602 4.600 26.920 28.490 1.00 0.00 W5 H +ATOM 41901 H2 TIP3X 602 5.570 26.380 27.450 1.00 0.00 W5 H +ATOM 41902 OH2 TIP3X 603 13.430 -21.460 -48.660 1.00 0.00 W5 O +ATOM 41903 H1 TIP3X 603 13.400 -21.990 -49.450 1.00 0.00 W5 H +ATOM 41904 H2 TIP3X 603 13.010 -22.000 -47.990 1.00 0.00 W5 H +ATOM 41905 OH2 TIP3X 604 36.490 -36.120 33.950 1.00 0.00 W5 O +ATOM 41906 H1 TIP3X 604 36.490 -35.510 34.690 1.00 0.00 W5 H +ATOM 41907 H2 TIP3X 604 36.240 -36.960 34.340 1.00 0.00 W5 H +ATOM 41908 OH2 TIP3X 605 -25.710 -29.940 -33.170 1.00 0.00 W5 O +ATOM 41909 H1 TIP3X 605 -26.430 -30.040 -32.530 1.00 0.00 W5 H +ATOM 41910 H2 TIP3X 605 -26.150 -30.030 -34.020 1.00 0.00 W5 H +ATOM 41911 OH2 TIP3X 606 41.460 7.740 -38.930 1.00 0.00 W5 O +ATOM 41912 H1 TIP3X 606 40.530 7.590 -39.080 1.00 0.00 W5 H +ATOM 41913 H2 TIP3X 606 41.520 8.680 -38.780 1.00 0.00 W5 H +ATOM 41914 OH2 TIP3X 607 -38.650 -23.370 30.860 1.00 0.00 W5 O +ATOM 41915 H1 TIP3X 607 -39.260 -22.900 31.410 1.00 0.00 W5 H +ATOM 41916 H2 TIP3X 607 -37.810 -23.250 31.290 1.00 0.00 W5 H +ATOM 41917 OH2 TIP3X 608 28.920 21.010 -35.470 1.00 0.00 W5 O +ATOM 41918 H1 TIP3X 608 28.350 20.320 -35.800 1.00 0.00 W5 H +ATOM 41919 H2 TIP3X 608 29.570 21.140 -36.160 1.00 0.00 W5 H +ATOM 41920 OH2 TIP3X 609 -12.520 2.300 -33.250 1.00 0.00 W5 O +ATOM 41921 H1 TIP3X 609 -12.290 1.680 -32.550 1.00 0.00 W5 H +ATOM 41922 H2 TIP3X 609 -11.850 2.970 -33.190 1.00 0.00 W5 H +ATOM 41923 OH2 TIP3X 610 45.730 -18.050 20.250 1.00 0.00 W5 O +ATOM 41924 H1 TIP3X 610 45.210 -17.520 19.660 1.00 0.00 W5 H +ATOM 41925 H2 TIP3X 610 45.830 -17.510 21.030 1.00 0.00 W5 H +ATOM 41926 OH2 TIP3X 611 26.510 28.640 -17.860 1.00 0.00 W5 O +ATOM 41927 H1 TIP3X 611 27.390 28.840 -18.180 1.00 0.00 W5 H +ATOM 41928 H2 TIP3X 611 26.640 28.350 -16.970 1.00 0.00 W5 H +ATOM 41929 OH2 TIP3X 612 -21.600 -8.140 -28.600 1.00 0.00 W5 O +ATOM 41930 H1 TIP3X 612 -21.870 -7.670 -29.380 1.00 0.00 W5 H +ATOM 41931 H2 TIP3X 612 -20.670 -8.290 -28.710 1.00 0.00 W5 H +ATOM 41932 OH2 TIP3X 613 -21.310 2.470 -19.400 1.00 0.00 W5 O +ATOM 41933 H1 TIP3X 613 -20.590 1.840 -19.330 1.00 0.00 W5 H +ATOM 41934 H2 TIP3X 613 -21.730 2.450 -18.550 1.00 0.00 W5 H +ATOM 41935 OH2 TIP3X 614 4.440 17.270 28.270 1.00 0.00 W5 O +ATOM 41936 H1 TIP3X 614 5.300 17.650 28.000 1.00 0.00 W5 H +ATOM 41937 H2 TIP3X 614 3.940 18.030 28.550 1.00 0.00 W5 H +ATOM 41938 OH2 TIP3X 615 39.190 -18.850 34.810 1.00 0.00 W5 O +ATOM 41939 H1 TIP3X 615 38.970 -18.840 35.740 1.00 0.00 W5 H +ATOM 41940 H2 TIP3X 615 40.070 -19.240 34.780 1.00 0.00 W5 H +ATOM 41941 OH2 TIP3X 616 -3.910 6.560 -29.270 1.00 0.00 W5 O +ATOM 41942 H1 TIP3X 616 -4.300 7.370 -29.620 1.00 0.00 W5 H +ATOM 41943 H2 TIP3X 616 -3.670 6.070 -30.050 1.00 0.00 W5 H +ATOM 41944 OH2 TIP3X 617 -7.590 33.250 17.980 1.00 0.00 W5 O +ATOM 41945 H1 TIP3X 617 -6.830 33.770 18.200 1.00 0.00 W5 H +ATOM 41946 H2 TIP3X 617 -7.320 32.730 17.230 1.00 0.00 W5 H +ATOM 41947 OH2 TIP3X 618 -8.150 40.140 -21.140 1.00 0.00 W5 O +ATOM 41948 H1 TIP3X 618 -7.460 40.190 -20.470 1.00 0.00 W5 H +ATOM 41949 H2 TIP3X 618 -7.900 39.410 -21.700 1.00 0.00 W5 H +ATOM 41950 OH2 TIP3X 619 -13.720 15.080 -29.130 1.00 0.00 W5 O +ATOM 41951 H1 TIP3X 619 -12.800 14.850 -29.290 1.00 0.00 W5 H +ATOM 41952 H2 TIP3X 619 -14.200 14.260 -29.340 1.00 0.00 W5 H +ATOM 41953 OH2 TIP3X 620 -37.210 -10.840 -40.420 1.00 0.00 W5 O +ATOM 41954 H1 TIP3X 620 -37.570 -11.670 -40.750 1.00 0.00 W5 H +ATOM 41955 H2 TIP3X 620 -36.770 -10.450 -41.180 1.00 0.00 W5 H +ATOM 41956 OH2 TIP3X 621 33.570 14.060 16.570 1.00 0.00 W5 O +ATOM 41957 H1 TIP3X 621 33.620 15.010 16.500 1.00 0.00 W5 H +ATOM 41958 H2 TIP3X 621 33.870 13.740 15.720 1.00 0.00 W5 H +ATOM 41959 OH2 TIP3X 622 -27.510 35.240 -28.810 1.00 0.00 W5 O +ATOM 41960 H1 TIP3X 622 -27.860 34.470 -28.360 1.00 0.00 W5 H +ATOM 41961 H2 TIP3X 622 -26.850 34.910 -29.400 1.00 0.00 W5 H +ATOM 41962 OH2 TIP3X 623 -40.140 -29.040 24.240 1.00 0.00 W5 O +ATOM 41963 H1 TIP3X 623 -39.460 -29.680 24.440 1.00 0.00 W5 H +ATOM 41964 H2 TIP3X 623 -39.870 -28.250 24.710 1.00 0.00 W5 H +ATOM 41965 OH2 TIP3X 624 -21.970 10.650 35.430 1.00 0.00 W5 O +ATOM 41966 H1 TIP3X 624 -22.530 11.010 36.110 1.00 0.00 W5 H +ATOM 41967 H2 TIP3X 624 -21.310 10.140 35.890 1.00 0.00 W5 H +ATOM 41968 OH2 TIP3X 625 -24.940 0.460 25.300 1.00 0.00 W5 O +ATOM 41969 H1 TIP3X 625 -24.770 -0.480 25.280 1.00 0.00 W5 H +ATOM 41970 H2 TIP3X 625 -24.240 0.840 24.780 1.00 0.00 W5 H +ATOM 41971 OH2 TIP3X 626 18.410 -31.030 -31.440 1.00 0.00 W5 O +ATOM 41972 H1 TIP3X 626 18.340 -31.430 -30.570 1.00 0.00 W5 H +ATOM 41973 H2 TIP3X 626 17.550 -30.660 -31.600 1.00 0.00 W5 H +ATOM 41974 OH2 TIP3X 627 -39.250 3.600 -46.810 1.00 0.00 W5 O +ATOM 41975 H1 TIP3X 627 -39.160 4.080 -45.980 1.00 0.00 W5 H +ATOM 41976 H2 TIP3X 627 -38.590 2.910 -46.760 1.00 0.00 W5 H +ATOM 41977 OH2 TIP3X 628 40.440 -34.330 24.630 1.00 0.00 W5 O +ATOM 41978 H1 TIP3X 628 41.300 -33.950 24.800 1.00 0.00 W5 H +ATOM 41979 H2 TIP3X 628 39.840 -33.810 25.170 1.00 0.00 W5 H +ATOM 41980 OH2 TIP3X 629 1.440 11.660 -30.950 1.00 0.00 W5 O +ATOM 41981 H1 TIP3X 629 1.110 10.910 -30.470 1.00 0.00 W5 H +ATOM 41982 H2 TIP3X 629 0.760 12.320 -30.880 1.00 0.00 W5 H +ATOM 41983 OH2 TIP3X 630 -41.710 -7.730 -50.030 1.00 0.00 W5 O +ATOM 41984 H1 TIP3X 630 -41.020 -8.250 -49.620 1.00 0.00 W5 H +ATOM 41985 H2 TIP3X 630 -41.870 -7.020 -49.400 1.00 0.00 W5 H +ATOM 41986 OH2 TIP3X 631 -8.740 26.080 -34.840 1.00 0.00 W5 O +ATOM 41987 H1 TIP3X 631 -8.540 25.140 -34.720 1.00 0.00 W5 H +ATOM 41988 H2 TIP3X 631 -8.820 26.180 -35.790 1.00 0.00 W5 H +ATOM 41989 OH2 TIP3X 632 -1.260 -0.300 28.900 1.00 0.00 W5 O +ATOM 41990 H1 TIP3X 632 -1.910 -0.820 29.390 1.00 0.00 W5 H +ATOM 41991 H2 TIP3X 632 -1.100 -0.820 28.100 1.00 0.00 W5 H +ATOM 41992 OH2 TIP3X 633 42.420 3.610 -19.830 1.00 0.00 W5 O +ATOM 41993 H1 TIP3X 633 41.670 4.070 -20.210 1.00 0.00 W5 H +ATOM 41994 H2 TIP3X 633 42.470 2.790 -20.330 1.00 0.00 W5 H +ATOM 41995 OH2 TIP3X 634 -41.090 -15.370 29.680 1.00 0.00 W5 O +ATOM 41996 H1 TIP3X 634 -40.770 -15.600 30.560 1.00 0.00 W5 H +ATOM 41997 H2 TIP3X 634 -40.310 -15.170 29.180 1.00 0.00 W5 H +ATOM 41998 OH2 TIP3X 635 40.800 9.650 -47.060 1.00 0.00 W5 O +ATOM 41999 H1 TIP3X 635 40.410 9.390 -46.220 1.00 0.00 W5 H +ATOM 42000 H2 TIP3X 635 41.570 10.170 -46.810 1.00 0.00 W5 H +ATOM 42001 OH2 TIP3X 636 -21.460 20.570 -49.480 1.00 0.00 W5 O +ATOM 42002 H1 TIP3X 636 -22.260 20.090 -49.230 1.00 0.00 W5 H +ATOM 42003 H2 TIP3X 636 -21.280 21.140 -48.730 1.00 0.00 W5 H +ATOM 42004 OH2 TIP3X 637 7.300 -8.830 15.160 1.00 0.00 W5 O +ATOM 42005 H1 TIP3X 637 6.940 -9.580 14.680 1.00 0.00 W5 H +ATOM 42006 H2 TIP3X 637 6.640 -8.140 15.020 1.00 0.00 W5 H +ATOM 42007 OH2 TIP3X 638 33.940 -36.190 -32.940 1.00 0.00 W5 O +ATOM 42008 H1 TIP3X 638 34.840 -36.040 -33.250 1.00 0.00 W5 H +ATOM 42009 H2 TIP3X 638 34.040 -36.620 -32.100 1.00 0.00 W5 H +ATOM 42010 OH2 TIP3X 639 23.830 28.500 -29.160 1.00 0.00 W5 O +ATOM 42011 H1 TIP3X 639 23.910 29.450 -29.140 1.00 0.00 W5 H +ATOM 42012 H2 TIP3X 639 24.650 28.190 -28.790 1.00 0.00 W5 H +ATOM 42013 OH2 TIP3X 640 27.250 -46.590 32.930 1.00 0.00 W5 O +ATOM 42014 H1 TIP3X 640 26.850 -46.120 33.660 1.00 0.00 W5 H +ATOM 42015 H2 TIP3X 640 26.970 -47.490 33.040 1.00 0.00 W5 H +ATOM 42016 OH2 TIP3X 641 7.940 27.870 -28.400 1.00 0.00 W5 O +ATOM 42017 H1 TIP3X 641 7.580 28.760 -28.310 1.00 0.00 W5 H +ATOM 42018 H2 TIP3X 641 8.640 27.950 -29.040 1.00 0.00 W5 H +ATOM 42019 OH2 TIP3X 642 25.280 -34.700 -42.670 1.00 0.00 W5 O +ATOM 42020 H1 TIP3X 642 24.490 -34.510 -43.190 1.00 0.00 W5 H +ATOM 42021 H2 TIP3X 642 25.020 -34.530 -41.770 1.00 0.00 W5 H +ATOM 42022 OH2 TIP3X 643 -2.920 -37.270 -35.600 1.00 0.00 W5 O +ATOM 42023 H1 TIP3X 643 -2.260 -36.970 -36.230 1.00 0.00 W5 H +ATOM 42024 H2 TIP3X 643 -3.730 -37.330 -36.120 1.00 0.00 W5 H +ATOM 42025 OH2 TIP3X 644 -6.940 24.480 -38.400 1.00 0.00 W5 O +ATOM 42026 H1 TIP3X 644 -6.600 23.760 -38.930 1.00 0.00 W5 H +ATOM 42027 H2 TIP3X 644 -6.240 25.130 -38.400 1.00 0.00 W5 H +ATOM 42028 OH2 TIP3X 645 -27.780 1.440 37.290 1.00 0.00 W5 O +ATOM 42029 H1 TIP3X 645 -28.200 1.840 36.530 1.00 0.00 W5 H +ATOM 42030 H2 TIP3X 645 -27.500 2.170 37.830 1.00 0.00 W5 H +ATOM 42031 OH2 TIP3X 646 -1.650 3.860 18.840 1.00 0.00 W5 O +ATOM 42032 H1 TIP3X 646 -2.160 4.030 18.050 1.00 0.00 W5 H +ATOM 42033 H2 TIP3X 646 -1.500 2.920 18.840 1.00 0.00 W5 H +ATOM 42034 OH2 TIP3X 647 -36.160 8.490 -22.230 1.00 0.00 W5 O +ATOM 42035 H1 TIP3X 647 -36.660 9.290 -22.350 1.00 0.00 W5 H +ATOM 42036 H2 TIP3X 647 -36.110 8.390 -21.270 1.00 0.00 W5 H +ATOM 42037 OH2 TIP3X 648 42.120 15.260 -29.650 1.00 0.00 W5 O +ATOM 42038 H1 TIP3X 648 41.820 15.920 -29.010 1.00 0.00 W5 H +ATOM 42039 H2 TIP3X 648 41.610 14.470 -29.430 1.00 0.00 W5 H +ATOM 42040 OH2 TIP3X 649 -40.580 25.730 41.560 1.00 0.00 W5 O +ATOM 42041 H1 TIP3X 649 -41.490 25.460 41.570 1.00 0.00 W5 H +ATOM 42042 H2 TIP3X 649 -40.100 25.000 41.970 1.00 0.00 W5 H +ATOM 42043 OH2 TIP3X 650 -17.130 -43.700 -41.160 1.00 0.00 W5 O +ATOM 42044 H1 TIP3X 650 -16.270 -43.530 -40.770 1.00 0.00 W5 H +ATOM 42045 H2 TIP3X 650 -17.050 -44.560 -41.560 1.00 0.00 W5 H +ATOM 42046 OH2 TIP3X 651 26.630 20.090 35.890 1.00 0.00 W5 O +ATOM 42047 H1 TIP3X 651 26.400 19.430 36.540 1.00 0.00 W5 H +ATOM 42048 H2 TIP3X 651 27.320 20.600 36.300 1.00 0.00 W5 H +ATOM 42049 OH2 TIP3X 652 43.690 -45.920 -43.150 1.00 0.00 W5 O +ATOM 42050 H1 TIP3X 652 43.560 -45.660 -44.060 1.00 0.00 W5 H +ATOM 42051 H2 TIP3X 652 44.500 -46.420 -43.150 1.00 0.00 W5 H +ATOM 42052 OH2 TIP3X 653 28.280 -21.370 32.310 1.00 0.00 W5 O +ATOM 42053 H1 TIP3X 653 28.450 -20.460 32.540 1.00 0.00 W5 H +ATOM 42054 H2 TIP3X 653 29.060 -21.650 31.840 1.00 0.00 W5 H +ATOM 42055 OH2 TIP3X 654 -27.080 -32.390 -50.620 1.00 0.00 W5 O +ATOM 42056 H1 TIP3X 654 -26.800 -33.110 -51.200 1.00 0.00 W5 H +ATOM 42057 H2 TIP3X 654 -26.860 -32.700 -49.740 1.00 0.00 W5 H +ATOM 42058 OH2 TIP3X 655 33.900 -12.730 -45.360 1.00 0.00 W5 O +ATOM 42059 H1 TIP3X 655 33.770 -11.780 -45.410 1.00 0.00 W5 H +ATOM 42060 H2 TIP3X 655 34.590 -12.910 -46.000 1.00 0.00 W5 H +ATOM 42061 OH2 TIP3X 656 5.280 34.030 -24.330 1.00 0.00 W5 O +ATOM 42062 H1 TIP3X 656 5.060 33.600 -23.510 1.00 0.00 W5 H +ATOM 42063 H2 TIP3X 656 6.230 34.130 -24.310 1.00 0.00 W5 H +ATOM 42064 OH2 TIP3X 657 -34.180 4.430 22.960 1.00 0.00 W5 O +ATOM 42065 H1 TIP3X 657 -34.570 4.120 23.790 1.00 0.00 W5 H +ATOM 42066 H2 TIP3X 657 -33.250 4.520 23.160 1.00 0.00 W5 H +ATOM 42067 OH2 TIP3X 658 27.250 28.740 -30.410 1.00 0.00 W5 O +ATOM 42068 H1 TIP3X 658 27.780 28.010 -30.720 1.00 0.00 W5 H +ATOM 42069 H2 TIP3X 658 27.010 28.510 -29.520 1.00 0.00 W5 H +ATOM 42070 OH2 TIP3X 659 19.380 -37.590 -43.640 1.00 0.00 W5 O +ATOM 42071 H1 TIP3X 659 19.130 -37.700 -44.560 1.00 0.00 W5 H +ATOM 42072 H2 TIP3X 659 20.280 -37.920 -43.600 1.00 0.00 W5 H +ATOM 42073 OH2 TIP3X 660 -38.730 -48.270 34.670 1.00 0.00 W5 O +ATOM 42074 H1 TIP3X 660 -39.470 -48.760 35.040 1.00 0.00 W5 H +ATOM 42075 H2 TIP3X 660 -38.090 -48.940 34.430 1.00 0.00 W5 H +ATOM 42076 OH2 TIP3X 661 -4.940 -9.840 37.840 1.00 0.00 W5 O +ATOM 42077 H1 TIP3X 661 -4.950 -8.940 38.140 1.00 0.00 W5 H +ATOM 42078 H2 TIP3X 661 -5.060 -10.370 38.630 1.00 0.00 W5 H +ATOM 42079 OH2 TIP3X 662 -18.870 -38.450 -31.190 1.00 0.00 W5 O +ATOM 42080 H1 TIP3X 662 -18.530 -37.710 -30.690 1.00 0.00 W5 H +ATOM 42081 H2 TIP3X 662 -19.800 -38.260 -31.310 1.00 0.00 W5 H +ATOM 42082 OH2 TIP3X 663 37.440 38.730 -30.330 1.00 0.00 W5 O +ATOM 42083 H1 TIP3X 663 36.770 39.400 -30.310 1.00 0.00 W5 H +ATOM 42084 H2 TIP3X 663 37.030 37.960 -29.960 1.00 0.00 W5 H +ATOM 42085 OH2 TIP3X 664 -21.210 -20.960 19.090 1.00 0.00 W5 O +ATOM 42086 H1 TIP3X 664 -21.130 -20.340 18.370 1.00 0.00 W5 H +ATOM 42087 H2 TIP3X 664 -20.310 -21.240 19.280 1.00 0.00 W5 H +ATOM 42088 OH2 TIP3X 665 -0.380 30.590 -34.660 1.00 0.00 W5 O +ATOM 42089 H1 TIP3X 665 0.340 31.050 -35.100 1.00 0.00 W5 H +ATOM 42090 H2 TIP3X 665 -0.790 30.090 -35.350 1.00 0.00 W5 H +ATOM 42091 OH2 TIP3X 666 1.110 -14.900 -29.470 1.00 0.00 W5 O +ATOM 42092 H1 TIP3X 666 1.340 -15.830 -29.550 1.00 0.00 W5 H +ATOM 42093 H2 TIP3X 666 1.330 -14.680 -28.570 1.00 0.00 W5 H +ATOM 42094 OH2 TIP3X 667 -13.980 -3.890 -42.970 1.00 0.00 W5 O +ATOM 42095 H1 TIP3X 667 -13.620 -4.780 -43.060 1.00 0.00 W5 H +ATOM 42096 H2 TIP3X 667 -14.840 -3.950 -43.390 1.00 0.00 W5 H +ATOM 42097 OH2 TIP3X 668 -25.020 29.790 16.400 1.00 0.00 W5 O +ATOM 42098 H1 TIP3X 668 -24.290 29.170 16.360 1.00 0.00 W5 H +ATOM 42099 H2 TIP3X 668 -25.650 29.400 16.990 1.00 0.00 W5 H +ATOM 42100 OH2 TIP3X 669 -25.480 -45.970 -46.040 1.00 0.00 W5 O +ATOM 42101 H1 TIP3X 669 -25.420 -45.040 -45.810 1.00 0.00 W5 H +ATOM 42102 H2 TIP3X 669 -25.850 -46.390 -45.270 1.00 0.00 W5 H +ATOM 42103 OH2 TIP3X 670 -5.040 -19.930 -25.210 1.00 0.00 W5 O +ATOM 42104 H1 TIP3X 670 -5.380 -19.840 -26.080 1.00 0.00 W5 H +ATOM 42105 H2 TIP3X 670 -4.260 -19.360 -25.190 1.00 0.00 W5 H +ATOM 42106 OH2 TIP3X 671 -40.290 -1.400 -29.530 1.00 0.00 W5 O +ATOM 42107 H1 TIP3X 671 -40.910 -1.540 -28.810 1.00 0.00 W5 H +ATOM 42108 H2 TIP3X 671 -39.440 -1.330 -29.100 1.00 0.00 W5 H +ATOM 42109 OH2 TIP3X 672 -38.490 -27.420 -33.920 1.00 0.00 W5 O +ATOM 42110 H1 TIP3X 672 -37.960 -27.030 -33.220 1.00 0.00 W5 H +ATOM 42111 H2 TIP3X 672 -38.810 -28.240 -33.530 1.00 0.00 W5 H +ATOM 42112 OH2 TIP3X 673 -2.400 -15.600 -33.580 1.00 0.00 W5 O +ATOM 42113 H1 TIP3X 673 -1.570 -15.570 -33.110 1.00 0.00 W5 H +ATOM 42114 H2 TIP3X 673 -2.260 -15.020 -34.340 1.00 0.00 W5 H +ATOM 42115 OH2 TIP3X 674 7.560 18.990 -39.170 1.00 0.00 W5 O +ATOM 42116 H1 TIP3X 674 8.140 19.750 -39.260 1.00 0.00 W5 H +ATOM 42117 H2 TIP3X 674 7.960 18.310 -39.720 1.00 0.00 W5 H +ATOM 42118 OH2 TIP3X 675 -10.860 -34.160 -45.110 1.00 0.00 W5 O +ATOM 42119 H1 TIP3X 675 -10.400 -33.960 -44.300 1.00 0.00 W5 H +ATOM 42120 H2 TIP3X 675 -11.760 -34.310 -44.830 1.00 0.00 W5 H +ATOM 42121 OH2 TIP3X 676 -37.630 14.430 36.970 1.00 0.00 W5 O +ATOM 42122 H1 TIP3X 676 -38.180 15.120 36.600 1.00 0.00 W5 H +ATOM 42123 H2 TIP3X 676 -37.350 14.780 37.810 1.00 0.00 W5 H +ATOM 42124 OH2 TIP3X 677 -4.500 -21.980 33.340 1.00 0.00 W5 O +ATOM 42125 H1 TIP3X 677 -4.370 -21.630 34.210 1.00 0.00 W5 H +ATOM 42126 H2 TIP3X 677 -3.850 -22.680 33.260 1.00 0.00 W5 H +ATOM 42127 OH2 TIP3X 678 -19.240 8.400 -26.430 1.00 0.00 W5 O +ATOM 42128 H1 TIP3X 678 -18.920 7.610 -26.010 1.00 0.00 W5 H +ATOM 42129 H2 TIP3X 678 -20.180 8.270 -26.520 1.00 0.00 W5 H +ATOM 42130 OH2 TIP3X 679 2.180 4.500 37.870 1.00 0.00 W5 O +ATOM 42131 H1 TIP3X 679 2.740 5.050 38.430 1.00 0.00 W5 H +ATOM 42132 H2 TIP3X 679 2.240 3.630 38.260 1.00 0.00 W5 H +ATOM 42133 OH2 TIP3X 680 32.910 -7.360 18.970 1.00 0.00 W5 O +ATOM 42134 H1 TIP3X 680 32.260 -7.370 19.680 1.00 0.00 W5 H +ATOM 42135 H2 TIP3X 680 32.480 -7.810 18.240 1.00 0.00 W5 H +ATOM 42136 OH2 TIP3X 681 19.560 -43.480 -26.230 1.00 0.00 W5 O +ATOM 42137 H1 TIP3X 681 19.150 -43.740 -25.410 1.00 0.00 W5 H +ATOM 42138 H2 TIP3X 681 20.440 -43.190 -25.980 1.00 0.00 W5 H +ATOM 42139 OH2 TIP3X 682 41.550 -21.510 -36.830 1.00 0.00 W5 O +ATOM 42140 H1 TIP3X 682 40.660 -21.770 -37.040 1.00 0.00 W5 H +ATOM 42141 H2 TIP3X 682 41.920 -21.210 -37.660 1.00 0.00 W5 H +ATOM 42142 OH2 TIP3X 683 -19.040 43.680 -38.410 1.00 0.00 W5 O +ATOM 42143 H1 TIP3X 683 -18.430 43.370 -37.740 1.00 0.00 W5 H +ATOM 42144 H2 TIP3X 683 -19.190 42.920 -38.970 1.00 0.00 W5 H +ATOM 42145 OH2 TIP3X 684 11.130 -9.750 -39.350 1.00 0.00 W5 O +ATOM 42146 H1 TIP3X 684 11.580 -9.000 -38.940 1.00 0.00 W5 H +ATOM 42147 H2 TIP3X 684 11.440 -10.500 -38.860 1.00 0.00 W5 H +ATOM 42148 OH2 TIP3X 685 -41.970 -17.860 -27.580 1.00 0.00 W5 O +ATOM 42149 H1 TIP3X 685 -42.630 -18.050 -28.240 1.00 0.00 W5 H +ATOM 42150 H2 TIP3X 685 -41.870 -18.680 -27.090 1.00 0.00 W5 H +ATOM 42151 OH2 TIP3X 686 -30.630 -6.990 -32.700 1.00 0.00 W5 O +ATOM 42152 H1 TIP3X 686 -31.460 -7.420 -32.490 1.00 0.00 W5 H +ATOM 42153 H2 TIP3X 686 -30.000 -7.700 -32.810 1.00 0.00 W5 H +ATOM 42154 OH2 TIP3X 687 4.510 -2.420 -47.470 1.00 0.00 W5 O +ATOM 42155 H1 TIP3X 687 4.530 -3.200 -46.900 1.00 0.00 W5 H +ATOM 42156 H2 TIP3X 687 4.200 -2.760 -48.320 1.00 0.00 W5 H +ATOM 42157 OH2 TIP3X 688 22.560 -38.050 -44.640 1.00 0.00 W5 O +ATOM 42158 H1 TIP3X 688 22.740 -38.060 -45.580 1.00 0.00 W5 H +ATOM 42159 H2 TIP3X 688 23.370 -37.700 -44.250 1.00 0.00 W5 H +ATOM 42160 OH2 TIP3X 689 40.190 -17.530 30.950 1.00 0.00 W5 O +ATOM 42161 H1 TIP3X 689 40.660 -16.800 31.360 1.00 0.00 W5 H +ATOM 42162 H2 TIP3X 689 40.580 -18.310 31.340 1.00 0.00 W5 H +ATOM 42163 OH2 TIP3X 690 8.890 39.050 -22.300 1.00 0.00 W5 O +ATOM 42164 H1 TIP3X 690 9.810 38.920 -22.050 1.00 0.00 W5 H +ATOM 42165 H2 TIP3X 690 8.480 38.210 -22.130 1.00 0.00 W5 H +ATOM 42166 OH2 TIP3X 691 45.120 -39.350 -32.180 1.00 0.00 W5 O +ATOM 42167 H1 TIP3X 691 44.270 -39.120 -31.810 1.00 0.00 W5 H +ATOM 42168 H2 TIP3X 691 45.220 -40.290 -32.020 1.00 0.00 W5 H +ATOM 42169 OH2 TIP3X 692 41.270 12.670 23.450 1.00 0.00 W5 O +ATOM 42170 H1 TIP3X 692 42.050 12.220 23.140 1.00 0.00 W5 H +ATOM 42171 H2 TIP3X 692 40.970 13.180 22.700 1.00 0.00 W5 H +ATOM 42172 OH2 TIP3X 693 26.750 21.660 -21.760 1.00 0.00 W5 O +ATOM 42173 H1 TIP3X 693 26.670 21.700 -20.800 1.00 0.00 W5 H +ATOM 42174 H2 TIP3X 693 25.920 21.970 -22.090 1.00 0.00 W5 H +ATOM 42175 OH2 TIP3X 694 4.090 34.070 -26.820 1.00 0.00 W5 O +ATOM 42176 H1 TIP3X 694 4.550 34.050 -25.980 1.00 0.00 W5 H +ATOM 42177 H2 TIP3X 694 3.770 34.960 -26.900 1.00 0.00 W5 H +ATOM 42178 OH2 TIP3X 695 -28.850 -45.950 -46.390 1.00 0.00 W5 O +ATOM 42179 H1 TIP3X 695 -29.360 -45.550 -47.090 1.00 0.00 W5 H +ATOM 42180 H2 TIP3X 695 -28.000 -46.130 -46.780 1.00 0.00 W5 H +ATOM 42181 OH2 TIP3X 696 7.060 14.700 -36.930 1.00 0.00 W5 O +ATOM 42182 H1 TIP3X 696 7.620 14.270 -36.300 1.00 0.00 W5 H +ATOM 42183 H2 TIP3X 696 6.690 14.000 -37.470 1.00 0.00 W5 H +ATOM 42184 OH2 TIP3X 697 -5.300 35.660 -31.460 1.00 0.00 W5 O +ATOM 42185 H1 TIP3X 697 -5.020 36.140 -30.680 1.00 0.00 W5 H +ATOM 42186 H2 TIP3X 697 -6.160 35.310 -31.230 1.00 0.00 W5 H +ATOM 42187 OH2 TIP3X 698 -0.350 -41.090 -49.710 1.00 0.00 W5 O +ATOM 42188 H1 TIP3X 698 -0.680 -40.680 -48.920 1.00 0.00 W5 H +ATOM 42189 H2 TIP3X 698 -0.910 -41.870 -49.810 1.00 0.00 W5 H +ATOM 42190 OH2 TIP3X 699 30.960 30.650 39.310 1.00 0.00 W5 O +ATOM 42191 H1 TIP3X 699 31.000 29.850 38.790 1.00 0.00 W5 H +ATOM 42192 H2 TIP3X 699 30.320 31.190 38.870 1.00 0.00 W5 H +ATOM 42193 OH2 TIP3X 700 -34.980 -1.610 31.600 1.00 0.00 W5 O +ATOM 42194 H1 TIP3X 700 -34.770 -0.870 32.160 1.00 0.00 W5 H +ATOM 42195 H2 TIP3X 700 -35.860 -1.420 31.260 1.00 0.00 W5 H +ATOM 42196 OH2 TIP3X 701 -45.170 34.730 -40.340 1.00 0.00 W5 O +ATOM 42197 H1 TIP3X 701 -44.730 35.590 -40.390 1.00 0.00 W5 H +ATOM 42198 H2 TIP3X 701 -46.030 34.940 -39.980 1.00 0.00 W5 H +ATOM 42199 OH2 TIP3X 702 -6.070 42.320 -48.050 1.00 0.00 W5 O +ATOM 42200 H1 TIP3X 702 -6.780 42.760 -48.530 1.00 0.00 W5 H +ATOM 42201 H2 TIP3X 702 -5.370 42.970 -48.010 1.00 0.00 W5 H +ATOM 42202 OH2 TIP3X 703 45.780 6.130 -34.830 1.00 0.00 W5 O +ATOM 42203 H1 TIP3X 703 46.060 6.430 -33.970 1.00 0.00 W5 H +ATOM 42204 H2 TIP3X 703 44.970 5.650 -34.660 1.00 0.00 W5 H +ATOM 42205 OH2 TIP3X 704 -5.410 39.040 -46.540 1.00 0.00 W5 O +ATOM 42206 H1 TIP3X 704 -5.390 40.000 -46.620 1.00 0.00 W5 H +ATOM 42207 H2 TIP3X 704 -4.800 38.860 -45.830 1.00 0.00 W5 H +ATOM 42208 OH2 TIP3X 705 -19.950 -13.190 29.080 1.00 0.00 W5 O +ATOM 42209 H1 TIP3X 705 -20.210 -13.360 29.980 1.00 0.00 W5 H +ATOM 42210 H2 TIP3X 705 -19.150 -12.670 29.160 1.00 0.00 W5 H +ATOM 42211 OH2 TIP3X 706 -40.990 -19.550 -35.060 1.00 0.00 W5 O +ATOM 42212 H1 TIP3X 706 -41.540 -19.340 -34.300 1.00 0.00 W5 H +ATOM 42213 H2 TIP3X 706 -40.090 -19.450 -34.730 1.00 0.00 W5 H +ATOM 42214 OH2 TIP3X 707 30.880 -16.360 32.050 1.00 0.00 W5 O +ATOM 42215 H1 TIP3X 707 30.920 -16.200 31.100 1.00 0.00 W5 H +ATOM 42216 H2 TIP3X 707 31.650 -15.920 32.400 1.00 0.00 W5 H +ATOM 42217 OH2 TIP3X 708 -36.210 -6.130 39.620 1.00 0.00 W5 O +ATOM 42218 H1 TIP3X 708 -36.670 -6.830 39.170 1.00 0.00 W5 H +ATOM 42219 H2 TIP3X 708 -36.830 -5.790 40.260 1.00 0.00 W5 H +ATOM 42220 OH2 TIP3X 709 -12.100 34.760 -49.640 1.00 0.00 W5 O +ATOM 42221 H1 TIP3X 709 -11.820 34.240 -48.890 1.00 0.00 W5 H +ATOM 42222 H2 TIP3X 709 -12.410 35.580 -49.260 1.00 0.00 W5 H +ATOM 42223 OH2 TIP3X 710 24.170 -35.740 35.660 1.00 0.00 W5 O +ATOM 42224 H1 TIP3X 710 23.740 -36.500 35.280 1.00 0.00 W5 H +ATOM 42225 H2 TIP3X 710 23.450 -35.150 35.910 1.00 0.00 W5 H +ATOM 42226 OH2 TIP3X 711 16.530 38.510 -41.760 1.00 0.00 W5 O +ATOM 42227 H1 TIP3X 711 15.870 38.570 -42.460 1.00 0.00 W5 H +ATOM 42228 H2 TIP3X 711 17.210 37.940 -42.130 1.00 0.00 W5 H +ATOM 42229 OH2 TIP3X 712 -37.110 13.460 -29.800 1.00 0.00 W5 O +ATOM 42230 H1 TIP3X 712 -37.080 13.100 -28.920 1.00 0.00 W5 H +ATOM 42231 H2 TIP3X 712 -36.570 14.240 -29.760 1.00 0.00 W5 H +ATOM 42232 OH2 TIP3X 713 -11.630 -42.750 30.840 1.00 0.00 W5 O +ATOM 42233 H1 TIP3X 713 -12.540 -42.710 31.130 1.00 0.00 W5 H +ATOM 42234 H2 TIP3X 713 -11.550 -43.640 30.480 1.00 0.00 W5 H +ATOM 42235 OH2 TIP3X 714 -8.730 -7.350 33.040 1.00 0.00 W5 O +ATOM 42236 H1 TIP3X 714 -8.800 -7.980 32.330 1.00 0.00 W5 H +ATOM 42237 H2 TIP3X 714 -8.730 -7.880 33.840 1.00 0.00 W5 H +ATOM 42238 OH2 TIP3X 715 6.840 0.520 26.690 1.00 0.00 W5 O +ATOM 42239 H1 TIP3X 715 7.450 -0.190 26.900 1.00 0.00 W5 H +ATOM 42240 H2 TIP3X 715 6.240 0.120 26.070 1.00 0.00 W5 H +ATOM 42241 OH2 TIP3X 716 27.750 -39.020 -32.360 1.00 0.00 W5 O +ATOM 42242 H1 TIP3X 716 27.290 -39.560 -33.010 1.00 0.00 W5 H +ATOM 42243 H2 TIP3X 716 28.670 -39.300 -32.420 1.00 0.00 W5 H +ATOM 42244 OH2 TIP3X 717 -32.190 -13.300 -38.410 1.00 0.00 W5 O +ATOM 42245 H1 TIP3X 717 -32.410 -13.640 -39.270 1.00 0.00 W5 H +ATOM 42246 H2 TIP3X 717 -33.000 -12.890 -38.090 1.00 0.00 W5 H +ATOM 42247 OH2 TIP3X 718 -4.050 7.000 27.860 1.00 0.00 W5 O +ATOM 42248 H1 TIP3X 718 -4.570 6.550 27.190 1.00 0.00 W5 H +ATOM 42249 H2 TIP3X 718 -4.420 6.720 28.690 1.00 0.00 W5 H +ATOM 42250 OH2 TIP3X 719 6.480 -20.310 -35.520 1.00 0.00 W5 O +ATOM 42251 H1 TIP3X 719 6.640 -19.400 -35.770 1.00 0.00 W5 H +ATOM 42252 H2 TIP3X 719 6.020 -20.690 -36.270 1.00 0.00 W5 H +ATOM 42253 OH2 TIP3X 720 28.350 -1.430 30.030 1.00 0.00 W5 O +ATOM 42254 H1 TIP3X 720 29.090 -0.930 29.680 1.00 0.00 W5 H +ATOM 42255 H2 TIP3X 720 27.610 -1.160 29.490 1.00 0.00 W5 H +ATOM 42256 OH2 TIP3X 721 -30.860 -45.340 -33.840 1.00 0.00 W5 O +ATOM 42257 H1 TIP3X 721 -31.020 -46.280 -33.790 1.00 0.00 W5 H +ATOM 42258 H2 TIP3X 721 -30.960 -45.120 -34.760 1.00 0.00 W5 H +ATOM 42259 OH2 TIP3X 722 45.720 19.380 -41.240 1.00 0.00 W5 O +ATOM 42260 H1 TIP3X 722 45.070 20.080 -41.340 1.00 0.00 W5 H +ATOM 42261 H2 TIP3X 722 46.430 19.800 -40.740 1.00 0.00 W5 H +ATOM 42262 OH2 TIP3X 723 32.260 39.020 -47.430 1.00 0.00 W5 O +ATOM 42263 H1 TIP3X 723 32.470 39.880 -47.810 1.00 0.00 W5 H +ATOM 42264 H2 TIP3X 723 32.410 39.120 -46.490 1.00 0.00 W5 H +ATOM 42265 OH2 TIP3X 724 23.230 35.970 28.920 1.00 0.00 W5 O +ATOM 42266 H1 TIP3X 724 23.640 36.440 28.180 1.00 0.00 W5 H +ATOM 42267 H2 TIP3X 724 23.860 35.300 29.170 1.00 0.00 W5 H +ATOM 42268 OH2 TIP3X 725 34.460 1.250 -33.000 1.00 0.00 W5 O +ATOM 42269 H1 TIP3X 725 34.060 1.940 -33.550 1.00 0.00 W5 H +ATOM 42270 H2 TIP3X 725 35.400 1.430 -33.040 1.00 0.00 W5 H +ATOM 42271 OH2 TIP3X 726 15.310 -43.940 16.580 1.00 0.00 W5 O +ATOM 42272 H1 TIP3X 726 15.620 -44.760 16.220 1.00 0.00 W5 H +ATOM 42273 H2 TIP3X 726 15.490 -43.290 15.910 1.00 0.00 W5 H +ATOM 42274 OH2 TIP3X 727 -36.880 -24.340 -50.220 1.00 0.00 W5 O +ATOM 42275 H1 TIP3X 727 -37.160 -23.790 -50.960 1.00 0.00 W5 H +ATOM 42276 H2 TIP3X 727 -36.100 -24.810 -50.550 1.00 0.00 W5 H +ATOM 42277 OH2 TIP3X 728 22.890 4.940 -20.500 1.00 0.00 W5 O +ATOM 42278 H1 TIP3X 728 22.940 4.040 -20.800 1.00 0.00 W5 H +ATOM 42279 H2 TIP3X 728 23.750 5.110 -20.110 1.00 0.00 W5 H +ATOM 42280 OH2 TIP3X 729 -39.830 21.760 -8.540 1.00 0.00 W5 O +ATOM 42281 H1 TIP3X 729 -40.190 22.510 -9.020 1.00 0.00 W5 H +ATOM 42282 H2 TIP3X 729 -40.450 21.600 -7.830 1.00 0.00 W5 H +ATOM 42283 OH2 TIP3X 730 21.820 22.830 -35.510 1.00 0.00 W5 O +ATOM 42284 H1 TIP3X 730 22.240 23.620 -35.840 1.00 0.00 W5 H +ATOM 42285 H2 TIP3X 730 21.250 22.540 -36.230 1.00 0.00 W5 H +ATOM 42286 OH2 TIP3X 731 -43.140 10.360 39.070 1.00 0.00 W5 O +ATOM 42287 H1 TIP3X 731 -43.360 10.780 38.240 1.00 0.00 W5 H +ATOM 42288 H2 TIP3X 731 -42.270 9.980 38.910 1.00 0.00 W5 H +ATOM 42289 OH2 TIP3X 732 -35.690 -40.750 -32.180 1.00 0.00 W5 O +ATOM 42290 H1 TIP3X 732 -34.880 -40.870 -31.690 1.00 0.00 W5 H +ATOM 42291 H2 TIP3X 732 -36.390 -40.910 -31.540 1.00 0.00 W5 H +ATOM 42292 OH2 TIP3X 733 48.260 -6.080 18.830 1.00 0.00 W5 O +ATOM 42293 H1 TIP3X 733 47.650 -6.780 19.050 1.00 0.00 W5 H +ATOM 42294 H2 TIP3X 733 48.960 -6.510 18.340 1.00 0.00 W5 H +ATOM 42295 OH2 TIP3X 734 -22.940 -22.670 20.730 1.00 0.00 W5 O +ATOM 42296 H1 TIP3X 734 -22.240 -22.290 20.210 1.00 0.00 W5 H +ATOM 42297 H2 TIP3X 734 -23.690 -22.740 20.130 1.00 0.00 W5 H +ATOM 42298 OH2 TIP3X 735 -42.900 16.400 -25.490 1.00 0.00 W5 O +ATOM 42299 H1 TIP3X 735 -42.150 16.910 -25.160 1.00 0.00 W5 H +ATOM 42300 H2 TIP3X 735 -42.510 15.570 -25.790 1.00 0.00 W5 H +ATOM 42301 OH2 TIP3X 736 45.590 35.290 29.300 1.00 0.00 W5 O +ATOM 42302 H1 TIP3X 736 44.900 34.680 29.050 1.00 0.00 W5 H +ATOM 42303 H2 TIP3X 736 45.130 36.040 29.640 1.00 0.00 W5 H +ATOM 42304 OH2 TIP3X 737 4.710 -4.980 -41.490 1.00 0.00 W5 O +ATOM 42305 H1 TIP3X 737 5.090 -4.310 -42.050 1.00 0.00 W5 H +ATOM 42306 H2 TIP3X 737 4.930 -5.800 -41.930 1.00 0.00 W5 H +ATOM 42307 OH2 TIP3X 738 19.640 12.590 26.770 1.00 0.00 W5 O +ATOM 42308 H1 TIP3X 738 19.140 11.960 26.250 1.00 0.00 W5 H +ATOM 42309 H2 TIP3X 738 19.400 12.420 27.680 1.00 0.00 W5 H +ATOM 42310 OH2 TIP3X 739 -27.680 -41.810 35.780 1.00 0.00 W5 O +ATOM 42311 H1 TIP3X 739 -28.540 -41.640 36.170 1.00 0.00 W5 H +ATOM 42312 H2 TIP3X 739 -27.830 -41.760 34.830 1.00 0.00 W5 H +ATOM 42313 OH2 TIP3X 740 25.490 -30.060 23.050 1.00 0.00 W5 O +ATOM 42314 H1 TIP3X 740 26.410 -30.190 23.290 1.00 0.00 W5 H +ATOM 42315 H2 TIP3X 740 25.450 -29.170 22.730 1.00 0.00 W5 H +ATOM 42316 OH2 TIP3X 741 -4.160 -38.580 16.260 1.00 0.00 W5 O +ATOM 42317 H1 TIP3X 741 -4.300 -37.750 16.700 1.00 0.00 W5 H +ATOM 42318 H2 TIP3X 741 -3.260 -38.810 16.450 1.00 0.00 W5 H +ATOM 42319 OH2 TIP3X 742 -8.050 16.970 -26.510 1.00 0.00 W5 O +ATOM 42320 H1 TIP3X 742 -7.740 17.870 -26.490 1.00 0.00 W5 H +ATOM 42321 H2 TIP3X 742 -8.720 16.950 -27.180 1.00 0.00 W5 H +ATOM 42322 OH2 TIP3X 743 9.390 -26.140 27.500 1.00 0.00 W5 O +ATOM 42323 H1 TIP3X 743 9.450 -26.540 28.370 1.00 0.00 W5 H +ATOM 42324 H2 TIP3X 743 9.780 -26.790 26.910 1.00 0.00 W5 H +ATOM 42325 OH2 TIP3X 744 -30.450 28.970 -34.180 1.00 0.00 W5 O +ATOM 42326 H1 TIP3X 744 -29.540 28.920 -33.880 1.00 0.00 W5 H +ATOM 42327 H2 TIP3X 744 -30.530 29.850 -34.550 1.00 0.00 W5 H +ATOM 42328 OH2 TIP3X 745 36.630 -30.360 28.790 1.00 0.00 W5 O +ATOM 42329 H1 TIP3X 745 37.110 -30.800 29.500 1.00 0.00 W5 H +ATOM 42330 H2 TIP3X 745 35.760 -30.740 28.820 1.00 0.00 W5 H +ATOM 42331 OH2 TIP3X 746 5.820 29.610 -41.910 1.00 0.00 W5 O +ATOM 42332 H1 TIP3X 746 5.840 30.560 -41.940 1.00 0.00 W5 H +ATOM 42333 H2 TIP3X 746 5.850 29.400 -40.970 1.00 0.00 W5 H +ATOM 42334 OH2 TIP3X 747 44.280 -31.530 -26.730 1.00 0.00 W5 O +ATOM 42335 H1 TIP3X 747 43.790 -31.760 -27.520 1.00 0.00 W5 H +ATOM 42336 H2 TIP3X 747 43.810 -31.960 -26.010 1.00 0.00 W5 H +ATOM 42337 OH2 TIP3X 748 -21.020 5.960 -21.170 1.00 0.00 W5 O +ATOM 42338 H1 TIP3X 748 -20.410 5.430 -20.640 1.00 0.00 W5 H +ATOM 42339 H2 TIP3X 748 -20.610 6.030 -22.030 1.00 0.00 W5 H +ATOM 42340 OH2 TIP3X 749 -35.450 -41.810 12.260 1.00 0.00 W5 O +ATOM 42341 H1 TIP3X 749 -35.560 -42.300 13.080 1.00 0.00 W5 H +ATOM 42342 H2 TIP3X 749 -34.510 -41.890 12.060 1.00 0.00 W5 H +ATOM 42343 OH2 TIP3X 750 -20.240 -28.530 18.860 1.00 0.00 W5 O +ATOM 42344 H1 TIP3X 750 -19.370 -28.560 18.450 1.00 0.00 W5 H +ATOM 42345 H2 TIP3X 750 -20.790 -28.130 18.200 1.00 0.00 W5 H +ATOM 42346 OH2 TIP3X 751 38.300 16.170 13.780 1.00 0.00 W5 O +ATOM 42347 H1 TIP3X 751 37.660 16.250 14.490 1.00 0.00 W5 H +ATOM 42348 H2 TIP3X 751 37.920 16.650 13.060 1.00 0.00 W5 H +ATOM 42349 OH2 TIP3X 752 -2.380 -35.580 -44.350 1.00 0.00 W5 O +ATOM 42350 H1 TIP3X 752 -1.720 -35.480 -45.030 1.00 0.00 W5 H +ATOM 42351 H2 TIP3X 752 -2.510 -34.680 -44.020 1.00 0.00 W5 H +ATOM 42352 OH2 TIP3X 753 -18.950 -33.770 13.800 1.00 0.00 W5 O +ATOM 42353 H1 TIP3X 753 -18.740 -34.300 13.030 1.00 0.00 W5 H +ATOM 42354 H2 TIP3X 753 -19.270 -32.930 13.440 1.00 0.00 W5 H +ATOM 42355 OH2 TIP3X 754 -26.830 34.450 -19.080 1.00 0.00 W5 O +ATOM 42356 H1 TIP3X 754 -26.810 34.410 -20.030 1.00 0.00 W5 H +ATOM 42357 H2 TIP3X 754 -27.330 33.690 -18.800 1.00 0.00 W5 H +ATOM 42358 OH2 TIP3X 755 20.350 29.680 -29.830 1.00 0.00 W5 O +ATOM 42359 H1 TIP3X 755 20.200 29.070 -30.550 1.00 0.00 W5 H +ATOM 42360 H2 TIP3X 755 20.710 29.130 -29.120 1.00 0.00 W5 H +ATOM 42361 OH2 TIP3X 756 -2.800 -13.510 -27.410 1.00 0.00 W5 O +ATOM 42362 H1 TIP3X 756 -3.230 -12.830 -27.940 1.00 0.00 W5 H +ATOM 42363 H2 TIP3X 756 -3.210 -14.330 -27.690 1.00 0.00 W5 H +ATOM 42364 OH2 TIP3X 757 -29.980 9.110 -15.000 1.00 0.00 W5 O +ATOM 42365 H1 TIP3X 757 -29.160 9.360 -15.430 1.00 0.00 W5 H +ATOM 42366 H2 TIP3X 757 -29.710 8.520 -14.290 1.00 0.00 W5 H +ATOM 42367 OH2 TIP3X 758 -18.700 42.290 -46.280 1.00 0.00 W5 O +ATOM 42368 H1 TIP3X 758 -18.140 41.530 -46.330 1.00 0.00 W5 H +ATOM 42369 H2 TIP3X 758 -19.060 42.390 -47.160 1.00 0.00 W5 H +ATOM 42370 OH2 TIP3X 759 40.500 -29.350 -49.700 1.00 0.00 W5 O +ATOM 42371 H1 TIP3X 759 41.270 -29.500 -49.120 1.00 0.00 W5 H +ATOM 42372 H2 TIP3X 759 40.880 -29.140 -50.550 1.00 0.00 W5 H +ATOM 42373 OH2 TIP3X 760 -41.630 4.510 32.020 1.00 0.00 W5 O +ATOM 42374 H1 TIP3X 760 -41.180 4.320 31.190 1.00 0.00 W5 H +ATOM 42375 H2 TIP3X 760 -41.870 5.430 31.960 1.00 0.00 W5 H +ATOM 42376 OH2 TIP3X 761 47.270 -30.780 -41.210 1.00 0.00 W5 O +ATOM 42377 H1 TIP3X 761 47.580 -31.160 -42.030 1.00 0.00 W5 H +ATOM 42378 H2 TIP3X 761 46.740 -31.470 -40.810 1.00 0.00 W5 H +ATOM 42379 OH2 TIP3X 762 -26.720 -13.650 32.660 1.00 0.00 W5 O +ATOM 42380 H1 TIP3X 762 -27.080 -13.950 33.490 1.00 0.00 W5 H +ATOM 42381 H2 TIP3X 762 -27.150 -14.190 32.000 1.00 0.00 W5 H +ATOM 42382 OH2 TIP3X 763 -29.990 16.620 -43.280 1.00 0.00 W5 O +ATOM 42383 H1 TIP3X 763 -29.050 16.500 -43.160 1.00 0.00 W5 H +ATOM 42384 H2 TIP3X 763 -30.390 16.230 -42.500 1.00 0.00 W5 H +ATOM 42385 OH2 TIP3X 764 27.660 18.210 -14.750 1.00 0.00 W5 O +ATOM 42386 H1 TIP3X 764 26.730 18.170 -15.000 1.00 0.00 W5 H +ATOM 42387 H2 TIP3X 764 27.740 19.030 -14.260 1.00 0.00 W5 H +ATOM 42388 OH2 TIP3X 765 2.760 -25.380 -52.310 1.00 0.00 W5 O +ATOM 42389 H1 TIP3X 765 1.900 -24.990 -52.160 1.00 0.00 W5 H +ATOM 42390 H2 TIP3X 765 3.090 -25.570 -51.440 1.00 0.00 W5 H +ATOM 42391 OH2 TIP3X 766 10.980 22.360 37.180 1.00 0.00 W5 O +ATOM 42392 H1 TIP3X 766 10.390 22.290 36.440 1.00 0.00 W5 H +ATOM 42393 H2 TIP3X 766 11.860 22.330 36.810 1.00 0.00 W5 H +ATOM 42394 OH2 TIP3X 767 15.550 20.500 -36.730 1.00 0.00 W5 O +ATOM 42395 H1 TIP3X 767 15.370 21.400 -36.490 1.00 0.00 W5 H +ATOM 42396 H2 TIP3X 767 14.830 20.010 -36.340 1.00 0.00 W5 H +ATOM 42397 OH2 TIP3X 768 32.850 -34.910 36.270 1.00 0.00 W5 O +ATOM 42398 H1 TIP3X 768 33.780 -34.880 36.510 1.00 0.00 W5 H +ATOM 42399 H2 TIP3X 768 32.550 -35.760 36.560 1.00 0.00 W5 H +ATOM 42400 OH2 TIP3X 769 44.970 -36.450 -44.170 1.00 0.00 W5 O +ATOM 42401 H1 TIP3X 769 44.710 -37.070 -44.860 1.00 0.00 W5 H +ATOM 42402 H2 TIP3X 769 45.890 -36.280 -44.340 1.00 0.00 W5 H +ATOM 42403 OH2 TIP3X 770 37.750 -25.460 -21.460 1.00 0.00 W5 O +ATOM 42404 H1 TIP3X 770 37.770 -24.900 -20.690 1.00 0.00 W5 H +ATOM 42405 H2 TIP3X 770 37.280 -24.950 -22.120 1.00 0.00 W5 H +ATOM 42406 OH2 TIP3X 771 26.110 10.220 -17.030 1.00 0.00 W5 O +ATOM 42407 H1 TIP3X 771 26.010 9.820 -16.160 1.00 0.00 W5 H +ATOM 42408 H2 TIP3X 771 25.590 11.010 -16.980 1.00 0.00 W5 H +ATOM 42409 OH2 TIP3X 772 -28.460 -25.140 32.230 1.00 0.00 W5 O +ATOM 42410 H1 TIP3X 772 -27.770 -25.480 32.790 1.00 0.00 W5 H +ATOM 42411 H2 TIP3X 772 -28.590 -25.800 31.570 1.00 0.00 W5 H +ATOM 42412 OH2 TIP3X 773 32.340 -40.590 19.100 1.00 0.00 W5 O +ATOM 42413 H1 TIP3X 773 32.350 -40.970 18.230 1.00 0.00 W5 H +ATOM 42414 H2 TIP3X 773 31.860 -39.770 19.000 1.00 0.00 W5 H +ATOM 42415 OH2 TIP3X 774 -41.190 -40.650 -44.680 1.00 0.00 W5 O +ATOM 42416 H1 TIP3X 774 -41.610 -41.510 -44.780 1.00 0.00 W5 H +ATOM 42417 H2 TIP3X 774 -40.370 -40.840 -44.230 1.00 0.00 W5 H +ATOM 42418 OH2 TIP3X 775 1.910 11.900 28.840 1.00 0.00 W5 O +ATOM 42419 H1 TIP3X 775 2.650 12.210 29.360 1.00 0.00 W5 H +ATOM 42420 H2 TIP3X 775 1.430 11.320 29.430 1.00 0.00 W5 H +ATOM 42421 OH2 TIP3X 776 0.930 28.930 -49.600 1.00 0.00 W5 O +ATOM 42422 H1 TIP3X 776 1.220 28.930 -50.510 1.00 0.00 W5 H +ATOM 42423 H2 TIP3X 776 1.270 28.120 -49.230 1.00 0.00 W5 H +ATOM 42424 OH2 TIP3X 777 -31.430 -41.160 15.310 1.00 0.00 W5 O +ATOM 42425 H1 TIP3X 777 -31.160 -40.310 15.650 1.00 0.00 W5 H +ATOM 42426 H2 TIP3X 777 -30.710 -41.760 15.530 1.00 0.00 W5 H +ATOM 42427 OH2 TIP3X 778 40.930 -23.830 -33.600 1.00 0.00 W5 O +ATOM 42428 H1 TIP3X 778 40.970 -22.880 -33.430 1.00 0.00 W5 H +ATOM 42429 H2 TIP3X 778 40.460 -23.910 -34.430 1.00 0.00 W5 H +ATOM 42430 OH2 TIP3X 779 2.600 40.860 -14.380 1.00 0.00 W5 O +ATOM 42431 H1 TIP3X 779 2.430 41.240 -13.510 1.00 0.00 W5 H +ATOM 42432 H2 TIP3X 779 3.500 41.140 -14.570 1.00 0.00 W5 H +ATOM 42433 OH2 TIP3X 780 25.680 -39.710 31.870 1.00 0.00 W5 O +ATOM 42434 H1 TIP3X 780 26.210 -40.120 31.190 1.00 0.00 W5 H +ATOM 42435 H2 TIP3X 780 25.160 -40.430 32.230 1.00 0.00 W5 H +ATOM 42436 OH2 TIP3X 781 -32.650 -19.060 -35.780 1.00 0.00 W5 O +ATOM 42437 H1 TIP3X 781 -33.220 -19.730 -36.170 1.00 0.00 W5 H +ATOM 42438 H2 TIP3X 781 -31.770 -19.450 -35.800 1.00 0.00 W5 H +ATOM 42439 OH2 TIP3X 782 -34.680 17.050 39.530 1.00 0.00 W5 O +ATOM 42440 H1 TIP3X 782 -34.600 17.900 39.950 1.00 0.00 W5 H +ATOM 42441 H2 TIP3X 782 -35.180 17.230 38.730 1.00 0.00 W5 H +ATOM 42442 OH2 TIP3X 783 -5.700 -46.860 -48.510 1.00 0.00 W5 O +ATOM 42443 H1 TIP3X 783 -6.600 -47.200 -48.500 1.00 0.00 W5 H +ATOM 42444 H2 TIP3X 783 -5.650 -46.280 -47.750 1.00 0.00 W5 H +ATOM 42445 OH2 TIP3X 784 -32.790 -48.470 34.000 1.00 0.00 W5 O +ATOM 42446 H1 TIP3X 784 -32.020 -48.490 34.570 1.00 0.00 W5 H +ATOM 42447 H2 TIP3X 784 -33.300 -47.720 34.310 1.00 0.00 W5 H +ATOM 42448 OH2 TIP3X 785 -40.230 -16.440 -34.660 1.00 0.00 W5 O +ATOM 42449 H1 TIP3X 785 -39.980 -17.130 -34.040 1.00 0.00 W5 H +ATOM 42450 H2 TIP3X 785 -40.010 -15.630 -34.220 1.00 0.00 W5 H +ATOM 42451 OH2 TIP3X 786 24.950 28.870 -20.210 1.00 0.00 W5 O +ATOM 42452 H1 TIP3X 786 25.320 29.550 -20.780 1.00 0.00 W5 H +ATOM 42453 H2 TIP3X 786 25.370 29.010 -19.370 1.00 0.00 W5 H +ATOM 42454 OH2 TIP3X 787 44.940 -47.820 18.020 1.00 0.00 W5 O +ATOM 42455 H1 TIP3X 787 45.440 -48.630 17.960 1.00 0.00 W5 H +ATOM 42456 H2 TIP3X 787 45.600 -47.130 18.050 1.00 0.00 W5 H +ATOM 42457 OH2 TIP3X 788 8.490 34.880 -12.360 1.00 0.00 W5 O +ATOM 42458 H1 TIP3X 788 7.570 34.770 -12.590 1.00 0.00 W5 H +ATOM 42459 H2 TIP3X 788 8.490 34.940 -11.400 1.00 0.00 W5 H +ATOM 42460 OH2 TIP3X 789 29.490 -21.870 -32.100 1.00 0.00 W5 O +ATOM 42461 H1 TIP3X 789 29.040 -21.880 -32.940 1.00 0.00 W5 H +ATOM 42462 H2 TIP3X 789 29.390 -22.750 -31.760 1.00 0.00 W5 H +ATOM 42463 OH2 TIP3X 790 17.810 -47.280 22.950 1.00 0.00 W5 O +ATOM 42464 H1 TIP3X 790 18.150 -47.070 22.080 1.00 0.00 W5 H +ATOM 42465 H2 TIP3X 790 16.930 -46.920 22.960 1.00 0.00 W5 H +ATOM 42466 OH2 TIP3X 791 -1.000 -47.880 28.840 1.00 0.00 W5 O +ATOM 42467 H1 TIP3X 791 -0.170 -48.160 28.460 1.00 0.00 W5 H +ATOM 42468 H2 TIP3X 791 -1.320 -48.660 29.290 1.00 0.00 W5 H +ATOM 42469 OH2 TIP3X 792 46.150 34.190 -31.230 1.00 0.00 W5 O +ATOM 42470 H1 TIP3X 792 46.590 35.010 -31.460 1.00 0.00 W5 H +ATOM 42471 H2 TIP3X 792 46.780 33.730 -30.680 1.00 0.00 W5 H +ATOM 42472 OH2 TIP3X 793 -20.620 17.310 -35.380 1.00 0.00 W5 O +ATOM 42473 H1 TIP3X 793 -20.460 17.180 -36.310 1.00 0.00 W5 H +ATOM 42474 H2 TIP3X 793 -19.910 16.820 -34.950 1.00 0.00 W5 H +ATOM 42475 OH2 TIP3X 794 30.400 -1.360 23.750 1.00 0.00 W5 O +ATOM 42476 H1 TIP3X 794 29.820 -1.720 23.080 1.00 0.00 W5 H +ATOM 42477 H2 TIP3X 794 29.850 -1.330 24.530 1.00 0.00 W5 H +ATOM 42478 OH2 TIP3X 795 46.970 39.970 -45.820 1.00 0.00 W5 O +ATOM 42479 H1 TIP3X 795 47.310 40.670 -46.380 1.00 0.00 W5 H +ATOM 42480 H2 TIP3X 795 47.200 40.230 -44.940 1.00 0.00 W5 H +ATOM 42481 OH2 TIP3X 796 23.800 -12.710 -17.620 1.00 0.00 W5 O +ATOM 42482 H1 TIP3X 796 24.490 -12.060 -17.480 1.00 0.00 W5 H +ATOM 42483 H2 TIP3X 796 24.280 -13.500 -17.860 1.00 0.00 W5 H +ATOM 42484 OH2 TIP3X 797 25.430 -33.860 34.050 1.00 0.00 W5 O +ATOM 42485 H1 TIP3X 797 24.880 -34.460 34.560 1.00 0.00 W5 H +ATOM 42486 H2 TIP3X 797 24.810 -33.350 33.540 1.00 0.00 W5 H +ATOM 42487 OH2 TIP3X 798 5.550 -22.240 25.940 1.00 0.00 W5 O +ATOM 42488 H1 TIP3X 798 5.630 -23.140 25.610 1.00 0.00 W5 H +ATOM 42489 H2 TIP3X 798 5.020 -22.330 26.740 1.00 0.00 W5 H +ATOM 42490 OH2 TIP3X 799 17.330 34.060 26.900 1.00 0.00 W5 O +ATOM 42491 H1 TIP3X 799 17.820 33.360 26.490 1.00 0.00 W5 H +ATOM 42492 H2 TIP3X 799 17.260 34.740 26.230 1.00 0.00 W5 H +ATOM 42493 OH2 TIP3X 800 -40.620 -38.890 -31.940 1.00 0.00 W5 O +ATOM 42494 H1 TIP3X 800 -40.760 -39.080 -32.860 1.00 0.00 W5 H +ATOM 42495 H2 TIP3X 800 -41.500 -38.730 -31.590 1.00 0.00 W5 H +ATOM 42496 OH2 TIP3X 801 38.480 24.170 25.840 1.00 0.00 W5 O +ATOM 42497 H1 TIP3X 801 37.920 24.890 26.140 1.00 0.00 W5 H +ATOM 42498 H2 TIP3X 801 38.550 24.310 24.890 1.00 0.00 W5 H +ATOM 42499 OH2 TIP3X 802 16.100 -20.280 31.920 1.00 0.00 W5 O +ATOM 42500 H1 TIP3X 802 15.800 -19.480 32.350 1.00 0.00 W5 H +ATOM 42501 H2 TIP3X 802 15.510 -20.390 31.170 1.00 0.00 W5 H +ATOM 42502 OH2 TIP3X 803 -38.850 -37.950 -42.400 1.00 0.00 W5 O +ATOM 42503 H1 TIP3X 803 -38.370 -37.340 -42.950 1.00 0.00 W5 H +ATOM 42504 H2 TIP3X 803 -38.430 -38.810 -42.580 1.00 0.00 W5 H +ATOM 42505 OH2 TIP3X 804 5.920 35.270 -42.760 1.00 0.00 W5 O +ATOM 42506 H1 TIP3X 804 5.230 35.720 -43.250 1.00 0.00 W5 H +ATOM 42507 H2 TIP3X 804 5.600 34.380 -42.660 1.00 0.00 W5 H +ATOM 42508 OH2 TIP3X 805 -1.770 -34.540 -40.160 1.00 0.00 W5 O +ATOM 42509 H1 TIP3X 805 -1.380 -34.200 -39.360 1.00 0.00 W5 H +ATOM 42510 H2 TIP3X 805 -1.400 -34.010 -40.860 1.00 0.00 W5 H +ATOM 42511 OH2 TIP3X 806 40.960 39.320 33.430 1.00 0.00 W5 O +ATOM 42512 H1 TIP3X 806 41.780 38.830 33.350 1.00 0.00 W5 H +ATOM 42513 H2 TIP3X 806 40.370 38.940 32.780 1.00 0.00 W5 H +ATOM 42514 OH2 TIP3X 807 30.890 -37.340 -47.810 1.00 0.00 W5 O +ATOM 42515 H1 TIP3X 807 30.550 -37.280 -48.700 1.00 0.00 W5 H +ATOM 42516 H2 TIP3X 807 31.210 -38.240 -47.740 1.00 0.00 W5 H +ATOM 42517 OH2 TIP3X 808 42.780 -46.280 29.320 1.00 0.00 W5 O +ATOM 42518 H1 TIP3X 808 41.840 -46.410 29.330 1.00 0.00 W5 H +ATOM 42519 H2 TIP3X 808 42.890 -45.340 29.200 1.00 0.00 W5 H +ATOM 42520 OH2 TIP3X 809 2.520 28.040 -16.690 1.00 0.00 W5 O +ATOM 42521 H1 TIP3X 809 1.700 28.050 -16.200 1.00 0.00 W5 H +ATOM 42522 H2 TIP3X 809 2.410 28.740 -17.340 1.00 0.00 W5 H +ATOM 42523 OH2 TIP3X 810 -26.950 20.030 -16.790 1.00 0.00 W5 O +ATOM 42524 H1 TIP3X 810 -26.310 20.690 -16.550 1.00 0.00 W5 H +ATOM 42525 H2 TIP3X 810 -27.780 20.350 -16.430 1.00 0.00 W5 H +ATOM 42526 OH2 TIP3X 811 31.960 36.000 -39.560 1.00 0.00 W5 O +ATOM 42527 H1 TIP3X 811 31.260 35.650 -39.000 1.00 0.00 W5 H +ATOM 42528 H2 TIP3X 811 31.740 36.930 -39.670 1.00 0.00 W5 H +ATOM 42529 OH2 TIP3X 812 4.950 31.570 -33.770 1.00 0.00 W5 O +ATOM 42530 H1 TIP3X 812 4.890 30.610 -33.690 1.00 0.00 W5 H +ATOM 42531 H2 TIP3X 812 5.890 31.750 -33.790 1.00 0.00 W5 H +ATOM 42532 OH2 TIP3X 813 -16.850 -25.250 18.540 1.00 0.00 W5 O +ATOM 42533 H1 TIP3X 813 -17.630 -25.500 18.050 1.00 0.00 W5 H +ATOM 42534 H2 TIP3X 813 -16.880 -24.300 18.580 1.00 0.00 W5 H +ATOM 42535 OH2 TIP3X 814 -34.060 -29.500 19.650 1.00 0.00 W5 O +ATOM 42536 H1 TIP3X 814 -34.110 -30.350 19.200 1.00 0.00 W5 H +ATOM 42537 H2 TIP3X 814 -33.180 -29.490 20.030 1.00 0.00 W5 H +ATOM 42538 OH2 TIP3X 815 36.300 7.660 -28.650 1.00 0.00 W5 O +ATOM 42539 H1 TIP3X 815 36.100 6.920 -29.230 1.00 0.00 W5 H +ATOM 42540 H2 TIP3X 815 35.560 8.260 -28.780 1.00 0.00 W5 H +ATOM 42541 OH2 TIP3X 816 -16.690 -16.790 38.890 1.00 0.00 W5 O +ATOM 42542 H1 TIP3X 816 -17.130 -16.360 38.160 1.00 0.00 W5 H +ATOM 42543 H2 TIP3X 816 -15.760 -16.770 38.660 1.00 0.00 W5 H +ATOM 42544 OH2 TIP3X 817 -20.660 -46.730 -46.690 1.00 0.00 W5 O +ATOM 42545 H1 TIP3X 817 -20.060 -47.240 -46.140 1.00 0.00 W5 H +ATOM 42546 H2 TIP3X 817 -21.530 -46.980 -46.370 1.00 0.00 W5 H +ATOM 42547 OH2 TIP3X 818 9.300 19.570 28.170 1.00 0.00 W5 O +ATOM 42548 H1 TIP3X 818 9.400 20.250 27.500 1.00 0.00 W5 H +ATOM 42549 H2 TIP3X 818 9.410 18.750 27.690 1.00 0.00 W5 H +ATOM 42550 OH2 TIP3X 819 32.150 32.490 -16.040 1.00 0.00 W5 O +ATOM 42551 H1 TIP3X 819 32.800 31.790 -15.980 1.00 0.00 W5 H +ATOM 42552 H2 TIP3X 819 31.300 32.040 -16.110 1.00 0.00 W5 H +ATOM 42553 OH2 TIP3X 820 11.760 33.420 25.700 1.00 0.00 W5 O +ATOM 42554 H1 TIP3X 820 12.590 33.360 26.170 1.00 0.00 W5 H +ATOM 42555 H2 TIP3X 820 11.190 32.780 26.130 1.00 0.00 W5 H +ATOM 42556 OH2 TIP3X 821 -42.240 38.510 25.610 1.00 0.00 W5 O +ATOM 42557 H1 TIP3X 821 -42.780 39.280 25.810 1.00 0.00 W5 H +ATOM 42558 H2 TIP3X 821 -42.590 38.190 24.780 1.00 0.00 W5 H +ATOM 42559 OH2 TIP3X 822 -15.290 -26.860 28.600 1.00 0.00 W5 O +ATOM 42560 H1 TIP3X 822 -14.910 -26.140 28.100 1.00 0.00 W5 H +ATOM 42561 H2 TIP3X 822 -16.190 -26.590 28.770 1.00 0.00 W5 H +ATOM 42562 OH2 TIP3X 823 26.980 42.220 -48.140 1.00 0.00 W5 O +ATOM 42563 H1 TIP3X 823 26.190 42.080 -47.620 1.00 0.00 W5 H +ATOM 42564 H2 TIP3X 823 27.690 42.180 -47.510 1.00 0.00 W5 H +ATOM 42565 OH2 TIP3X 824 -24.330 32.270 -24.010 1.00 0.00 W5 O +ATOM 42566 H1 TIP3X 824 -24.210 32.630 -24.890 1.00 0.00 W5 H +ATOM 42567 H2 TIP3X 824 -24.860 32.930 -23.560 1.00 0.00 W5 H +ATOM 42568 OH2 TIP3X 825 18.420 -22.040 -38.450 1.00 0.00 W5 O +ATOM 42569 H1 TIP3X 825 17.850 -22.320 -39.160 1.00 0.00 W5 H +ATOM 42570 H2 TIP3X 825 18.260 -22.680 -37.750 1.00 0.00 W5 H +ATOM 42571 OH2 TIP3X 826 -41.100 -42.180 -47.740 1.00 0.00 W5 O +ATOM 42572 H1 TIP3X 826 -41.590 -42.940 -48.060 1.00 0.00 W5 H +ATOM 42573 H2 TIP3X 826 -41.750 -41.640 -47.280 1.00 0.00 W5 H +ATOM 42574 OH2 TIP3X 827 -9.890 -43.790 -30.250 1.00 0.00 W5 O +ATOM 42575 H1 TIP3X 827 -10.520 -43.380 -30.840 1.00 0.00 W5 H +ATOM 42576 H2 TIP3X 827 -9.850 -43.210 -29.490 1.00 0.00 W5 H +ATOM 42577 OH2 TIP3X 828 26.560 8.330 18.930 1.00 0.00 W5 O +ATOM 42578 H1 TIP3X 828 26.830 9.100 18.430 1.00 0.00 W5 H +ATOM 42579 H2 TIP3X 828 26.320 8.670 19.790 1.00 0.00 W5 H +ATOM 42580 OH2 TIP3X 829 26.560 20.290 -19.070 1.00 0.00 W5 O +ATOM 42581 H1 TIP3X 829 27.370 19.800 -19.010 1.00 0.00 W5 H +ATOM 42582 H2 TIP3X 829 26.030 19.820 -19.720 1.00 0.00 W5 H +ATOM 42583 OH2 TIP3X 830 19.570 30.680 -48.900 1.00 0.00 W5 O +ATOM 42584 H1 TIP3X 830 19.240 30.600 -47.990 1.00 0.00 W5 H +ATOM 42585 H2 TIP3X 830 19.740 31.600 -49.020 1.00 0.00 W5 H +ATOM 42586 OH2 TIP3X 831 39.910 -11.960 -48.390 1.00 0.00 W5 O +ATOM 42587 H1 TIP3X 831 40.200 -12.500 -47.650 1.00 0.00 W5 H +ATOM 42588 H2 TIP3X 831 40.600 -11.300 -48.490 1.00 0.00 W5 H +ATOM 42589 OH2 TIP3X 832 -28.410 25.850 26.170 1.00 0.00 W5 O +ATOM 42590 H1 TIP3X 832 -27.490 26.140 26.150 1.00 0.00 W5 H +ATOM 42591 H2 TIP3X 832 -28.520 25.440 27.010 1.00 0.00 W5 H +ATOM 42592 OH2 TIP3X 833 23.810 24.180 -28.550 1.00 0.00 W5 O +ATOM 42593 H1 TIP3X 833 23.840 23.240 -28.630 1.00 0.00 W5 H +ATOM 42594 H2 TIP3X 833 24.560 24.390 -27.980 1.00 0.00 W5 H +ATOM 42595 OH2 TIP3X 834 20.850 36.990 -28.820 1.00 0.00 W5 O +ATOM 42596 H1 TIP3X 834 20.370 37.590 -29.380 1.00 0.00 W5 H +ATOM 42597 H2 TIP3X 834 21.020 36.220 -29.350 1.00 0.00 W5 H +ATOM 42598 OH2 TIP3X 835 34.270 -43.440 30.410 1.00 0.00 W5 O +ATOM 42599 H1 TIP3X 835 34.490 -42.830 29.710 1.00 0.00 W5 H +ATOM 42600 H2 TIP3X 835 33.880 -44.190 29.960 1.00 0.00 W5 H +ATOM 42601 OH2 TIP3X 836 -34.660 2.090 -18.020 1.00 0.00 W5 O +ATOM 42602 H1 TIP3X 836 -35.600 2.200 -18.080 1.00 0.00 W5 H +ATOM 42603 H2 TIP3X 836 -34.410 1.690 -18.850 1.00 0.00 W5 H +ATOM 42604 OH2 TIP3X 837 -24.180 2.440 -44.630 1.00 0.00 W5 O +ATOM 42605 H1 TIP3X 837 -23.410 2.000 -45.000 1.00 0.00 W5 H +ATOM 42606 H2 TIP3X 837 -24.800 1.730 -44.470 1.00 0.00 W5 H +ATOM 42607 OH2 TIP3X 838 0.600 29.010 20.960 1.00 0.00 W5 O +ATOM 42608 H1 TIP3X 838 0.100 29.370 21.690 1.00 0.00 W5 H +ATOM 42609 H2 TIP3X 838 0.000 29.020 20.210 1.00 0.00 W5 H +ATOM 42610 OH2 TIP3X 839 14.930 38.320 -43.790 1.00 0.00 W5 O +ATOM 42611 H1 TIP3X 839 15.190 38.490 -44.690 1.00 0.00 W5 H +ATOM 42612 H2 TIP3X 839 15.180 37.400 -43.640 1.00 0.00 W5 H +ATOM 42613 OH2 TIP3X 840 41.310 -35.100 15.500 1.00 0.00 W5 O +ATOM 42614 H1 TIP3X 840 40.880 -34.360 15.050 1.00 0.00 W5 H +ATOM 42615 H2 TIP3X 840 42.000 -35.360 14.890 1.00 0.00 W5 H +ATOM 42616 OH2 TIP3X 841 -11.480 29.230 40.270 1.00 0.00 W5 O +ATOM 42617 H1 TIP3X 841 -10.900 30.000 40.330 1.00 0.00 W5 H +ATOM 42618 H2 TIP3X 841 -12.360 29.600 40.320 1.00 0.00 W5 H +ATOM 42619 OH2 TIP3X 842 21.310 -11.230 34.270 1.00 0.00 W5 O +ATOM 42620 H1 TIP3X 842 20.820 -11.400 35.070 1.00 0.00 W5 H +ATOM 42621 H2 TIP3X 842 22.160 -10.930 34.570 1.00 0.00 W5 H +ATOM 42622 OH2 TIP3X 843 -20.280 -14.750 -47.330 1.00 0.00 W5 O +ATOM 42623 H1 TIP3X 843 -19.460 -14.800 -47.820 1.00 0.00 W5 H +ATOM 42624 H2 TIP3X 843 -20.460 -15.640 -47.050 1.00 0.00 W5 H +ATOM 42625 OH2 TIP3X 844 21.170 -28.740 -22.550 1.00 0.00 W5 O +ATOM 42626 H1 TIP3X 844 20.970 -29.530 -22.040 1.00 0.00 W5 H +ATOM 42627 H2 TIP3X 844 21.230 -28.050 -21.910 1.00 0.00 W5 H +ATOM 42628 OH2 TIP3X 845 -24.370 12.010 -19.530 1.00 0.00 W5 O +ATOM 42629 H1 TIP3X 845 -23.460 11.820 -19.350 1.00 0.00 W5 H +ATOM 42630 H2 TIP3X 845 -24.840 11.230 -19.230 1.00 0.00 W5 H +ATOM 42631 OH2 TIP3X 846 27.440 -51.970 30.440 1.00 0.00 W5 O +ATOM 42632 H1 TIP3X 846 26.820 -51.250 30.420 1.00 0.00 W5 H +ATOM 42633 H2 TIP3X 846 28.120 -51.730 29.810 1.00 0.00 W5 H +ATOM 42634 OH2 TIP3X 847 12.780 -26.770 -49.360 1.00 0.00 W5 O +ATOM 42635 H1 TIP3X 847 12.390 -25.980 -48.980 1.00 0.00 W5 H +ATOM 42636 H2 TIP3X 847 12.430 -26.810 -50.250 1.00 0.00 W5 H +ATOM 42637 OH2 TIP3X 848 -6.900 -16.580 29.640 1.00 0.00 W5 O +ATOM 42638 H1 TIP3X 848 -6.300 -15.890 29.330 1.00 0.00 W5 H +ATOM 42639 H2 TIP3X 848 -7.390 -16.160 30.350 1.00 0.00 W5 H +ATOM 42640 OH2 TIP3X 849 -7.230 10.350 29.060 1.00 0.00 W5 O +ATOM 42641 H1 TIP3X 849 -7.100 10.600 28.140 1.00 0.00 W5 H +ATOM 42642 H2 TIP3X 849 -6.940 11.110 29.560 1.00 0.00 W5 H +ATOM 42643 OH2 TIP3X 850 -33.090 -42.740 32.130 1.00 0.00 W5 O +ATOM 42644 H1 TIP3X 850 -32.440 -42.040 32.120 1.00 0.00 W5 H +ATOM 42645 H2 TIP3X 850 -33.930 -42.290 32.130 1.00 0.00 W5 H +ATOM 42646 OH2 TIP3X 851 24.500 -27.490 -50.330 1.00 0.00 W5 O +ATOM 42647 H1 TIP3X 851 25.330 -27.440 -50.810 1.00 0.00 W5 H +ATOM 42648 H2 TIP3X 851 24.750 -27.740 -49.430 1.00 0.00 W5 H +ATOM 42649 OH2 TIP3X 852 -2.050 33.570 40.470 1.00 0.00 W5 O +ATOM 42650 H1 TIP3X 852 -2.720 33.790 41.120 1.00 0.00 W5 H +ATOM 42651 H2 TIP3X 852 -1.240 33.480 40.980 1.00 0.00 W5 H +ATOM 42652 OH2 TIP3X 853 -6.370 -48.940 21.540 1.00 0.00 W5 O +ATOM 42653 H1 TIP3X 853 -7.180 -49.350 21.870 1.00 0.00 W5 H +ATOM 42654 H2 TIP3X 853 -5.900 -49.660 21.110 1.00 0.00 W5 H +ATOM 42655 OH2 TIP3X 854 -28.490 19.450 -23.400 1.00 0.00 W5 O +ATOM 42656 H1 TIP3X 854 -27.790 18.810 -23.330 1.00 0.00 W5 H +ATOM 42657 H2 TIP3X 854 -29.080 19.260 -22.670 1.00 0.00 W5 H +ATOM 42658 OH2 TIP3X 855 -43.460 -17.750 -49.790 1.00 0.00 W5 O +ATOM 42659 H1 TIP3X 855 -43.490 -18.690 -49.670 1.00 0.00 W5 H +ATOM 42660 H2 TIP3X 855 -43.640 -17.610 -50.720 1.00 0.00 W5 H +ATOM 42661 OH2 TIP3X 856 10.750 26.580 -15.140 1.00 0.00 W5 O +ATOM 42662 H1 TIP3X 856 10.240 27.270 -15.570 1.00 0.00 W5 H +ATOM 42663 H2 TIP3X 856 11.660 26.730 -15.430 1.00 0.00 W5 H +ATOM 42664 OH2 TIP3X 857 -10.990 21.400 -20.350 1.00 0.00 W5 O +ATOM 42665 H1 TIP3X 857 -11.330 22.050 -20.960 1.00 0.00 W5 H +ATOM 42666 H2 TIP3X 857 -10.420 21.900 -19.760 1.00 0.00 W5 H +ATOM 42667 OH2 TIP3X 858 -22.670 0.710 -21.290 1.00 0.00 W5 O +ATOM 42668 H1 TIP3X 858 -23.110 0.240 -20.580 1.00 0.00 W5 H +ATOM 42669 H2 TIP3X 858 -22.290 1.490 -20.880 1.00 0.00 W5 H +ATOM 42670 OH2 TIP3X 859 43.650 38.240 -23.310 1.00 0.00 W5 O +ATOM 42671 H1 TIP3X 859 42.740 37.940 -23.270 1.00 0.00 W5 H +ATOM 42672 H2 TIP3X 859 44.170 37.480 -23.090 1.00 0.00 W5 H +ATOM 42673 OH2 TIP3X 860 1.080 -39.040 -43.410 1.00 0.00 W5 O +ATOM 42674 H1 TIP3X 860 0.280 -38.540 -43.270 1.00 0.00 W5 H +ATOM 42675 H2 TIP3X 860 0.960 -39.440 -44.270 1.00 0.00 W5 H +ATOM 42676 OH2 TIP3X 861 4.860 18.540 -23.570 1.00 0.00 W5 O +ATOM 42677 H1 TIP3X 861 3.990 18.570 -23.960 1.00 0.00 W5 H +ATOM 42678 H2 TIP3X 861 5.220 17.700 -23.870 1.00 0.00 W5 H +ATOM 42679 OH2 TIP3X 862 -1.170 8.370 -30.040 1.00 0.00 W5 O +ATOM 42680 H1 TIP3X 862 -1.310 9.310 -30.140 1.00 0.00 W5 H +ATOM 42681 H2 TIP3X 862 -1.720 7.970 -30.710 1.00 0.00 W5 H +ATOM 42682 OH2 TIP3X 863 1.490 -49.290 14.080 1.00 0.00 W5 O +ATOM 42683 H1 TIP3X 863 2.270 -49.730 13.740 1.00 0.00 W5 H +ATOM 42684 H2 TIP3X 863 0.880 -50.000 14.280 1.00 0.00 W5 H +ATOM 42685 OH2 TIP3X 864 46.280 -22.620 -38.860 1.00 0.00 W5 O +ATOM 42686 H1 TIP3X 864 45.970 -23.140 -39.590 1.00 0.00 W5 H +ATOM 42687 H2 TIP3X 864 45.480 -22.310 -38.440 1.00 0.00 W5 H +ATOM 42688 OH2 TIP3X 865 8.340 5.810 -31.800 1.00 0.00 W5 O +ATOM 42689 H1 TIP3X 865 8.750 4.990 -32.090 1.00 0.00 W5 H +ATOM 42690 H2 TIP3X 865 8.500 6.430 -32.520 1.00 0.00 W5 H +ATOM 42691 OH2 TIP3X 866 -39.150 29.220 -29.700 1.00 0.00 W5 O +ATOM 42692 H1 TIP3X 866 -38.400 29.750 -29.990 1.00 0.00 W5 H +ATOM 42693 H2 TIP3X 866 -38.750 28.460 -29.270 1.00 0.00 W5 H +ATOM 42694 OH2 TIP3X 867 33.430 20.780 -11.640 1.00 0.00 W5 O +ATOM 42695 H1 TIP3X 867 33.730 21.480 -12.210 1.00 0.00 W5 H +ATOM 42696 H2 TIP3X 867 34.150 20.650 -11.020 1.00 0.00 W5 H +ATOM 42697 OH2 TIP3X 868 -32.960 24.000 -25.170 1.00 0.00 W5 O +ATOM 42698 H1 TIP3X 868 -32.480 23.280 -25.600 1.00 0.00 W5 H +ATOM 42699 H2 TIP3X 868 -33.720 24.130 -25.730 1.00 0.00 W5 H +ATOM 42700 OH2 TIP3X 869 -43.370 -48.830 -47.460 1.00 0.00 W5 O +ATOM 42701 H1 TIP3X 869 -43.560 -48.840 -48.390 1.00 0.00 W5 H +ATOM 42702 H2 TIP3X 869 -42.420 -48.950 -47.410 1.00 0.00 W5 H +ATOM 42703 OH2 TIP3X 870 5.130 -50.300 22.910 1.00 0.00 W5 O +ATOM 42704 H1 TIP3X 870 5.280 -51.080 23.440 1.00 0.00 W5 H +ATOM 42705 H2 TIP3X 870 5.940 -49.800 22.980 1.00 0.00 W5 H +ATOM 42706 OH2 TIP3X 871 34.500 34.920 32.070 1.00 0.00 W5 O +ATOM 42707 H1 TIP3X 871 34.380 34.070 31.640 1.00 0.00 W5 H +ATOM 42708 H2 TIP3X 871 33.630 35.260 32.200 1.00 0.00 W5 H +ATOM 42709 OH2 TIP3X 872 -5.420 21.680 -28.750 1.00 0.00 W5 O +ATOM 42710 H1 TIP3X 872 -6.050 22.290 -28.350 1.00 0.00 W5 H +ATOM 42711 H2 TIP3X 872 -5.960 21.000 -29.130 1.00 0.00 W5 H +ATOM 42712 OH2 TIP3X 873 -26.220 -33.720 -48.250 1.00 0.00 W5 O +ATOM 42713 H1 TIP3X 873 -26.950 -34.180 -47.840 1.00 0.00 W5 H +ATOM 42714 H2 TIP3X 873 -25.720 -33.380 -47.520 1.00 0.00 W5 H +ATOM 42715 OH2 TIP3X 874 4.880 -22.550 -34.700 1.00 0.00 W5 O +ATOM 42716 H1 TIP3X 874 5.110 -21.930 -35.390 1.00 0.00 W5 H +ATOM 42717 H2 TIP3X 874 5.720 -22.940 -34.440 1.00 0.00 W5 H +ATOM 42718 OH2 TIP3X 875 32.540 -27.920 -24.250 1.00 0.00 W5 O +ATOM 42719 H1 TIP3X 875 33.490 -27.830 -24.160 1.00 0.00 W5 H +ATOM 42720 H2 TIP3X 875 32.360 -28.850 -24.100 1.00 0.00 W5 H +ATOM 42721 OH2 TIP3X 876 1.580 1.330 -51.010 1.00 0.00 W5 O +ATOM 42722 H1 TIP3X 876 0.680 1.560 -51.220 1.00 0.00 W5 H +ATOM 42723 H2 TIP3X 876 1.860 1.980 -50.370 1.00 0.00 W5 H +ATOM 42724 OH2 TIP3X 877 -18.210 20.260 36.900 1.00 0.00 W5 O +ATOM 42725 H1 TIP3X 877 -17.460 20.830 37.050 1.00 0.00 W5 H +ATOM 42726 H2 TIP3X 877 -18.040 19.490 37.450 1.00 0.00 W5 H +ATOM 42727 OH2 TIP3X 878 22.950 17.640 -33.190 1.00 0.00 W5 O +ATOM 42728 H1 TIP3X 878 22.890 17.410 -34.120 1.00 0.00 W5 H +ATOM 42729 H2 TIP3X 878 22.750 18.560 -33.150 1.00 0.00 W5 H +ATOM 42730 OH2 TIP3X 879 -38.360 10.590 -33.720 1.00 0.00 W5 O +ATOM 42731 H1 TIP3X 879 -39.100 10.590 -33.100 1.00 0.00 W5 H +ATOM 42732 H2 TIP3X 879 -38.330 11.500 -34.040 1.00 0.00 W5 H +ATOM 42733 OH2 TIP3X 880 9.710 -36.440 35.730 1.00 0.00 W5 O +ATOM 42734 H1 TIP3X 880 10.240 -37.090 35.280 1.00 0.00 W5 H +ATOM 42735 H2 TIP3X 880 9.870 -36.590 36.660 1.00 0.00 W5 H +ATOM 42736 OH2 TIP3X 881 12.970 38.310 34.780 1.00 0.00 W5 O +ATOM 42737 H1 TIP3X 881 13.460 37.480 34.800 1.00 0.00 W5 H +ATOM 42738 H2 TIP3X 881 12.420 38.240 34.000 1.00 0.00 W5 H +ATOM 42739 OH2 TIP3X 882 6.740 30.560 -18.820 1.00 0.00 W5 O +ATOM 42740 H1 TIP3X 882 6.990 30.690 -17.900 1.00 0.00 W5 H +ATOM 42741 H2 TIP3X 882 7.290 29.840 -19.110 1.00 0.00 W5 H +ATOM 42742 OH2 TIP3X 883 -18.340 -32.070 37.810 1.00 0.00 W5 O +ATOM 42743 H1 TIP3X 883 -19.010 -32.320 38.450 1.00 0.00 W5 H +ATOM 42744 H2 TIP3X 883 -18.610 -32.480 36.990 1.00 0.00 W5 H +ATOM 42745 OH2 TIP3X 884 -34.190 37.690 -20.510 1.00 0.00 W5 O +ATOM 42746 H1 TIP3X 884 -34.590 37.220 -21.240 1.00 0.00 W5 H +ATOM 42747 H2 TIP3X 884 -34.580 37.310 -19.740 1.00 0.00 W5 H +ATOM 42748 OH2 TIP3X 885 38.210 22.550 -30.860 1.00 0.00 W5 O +ATOM 42749 H1 TIP3X 885 38.710 22.500 -31.670 1.00 0.00 W5 H +ATOM 42750 H2 TIP3X 885 37.620 21.800 -30.890 1.00 0.00 W5 H +ATOM 42751 OH2 TIP3X 886 26.770 16.360 20.350 1.00 0.00 W5 O +ATOM 42752 H1 TIP3X 886 27.020 15.430 20.370 1.00 0.00 W5 H +ATOM 42753 H2 TIP3X 886 27.190 16.730 21.130 1.00 0.00 W5 H +ATOM 42754 OH2 TIP3X 887 -10.000 30.030 -46.200 1.00 0.00 W5 O +ATOM 42755 H1 TIP3X 887 -9.430 29.680 -46.890 1.00 0.00 W5 H +ATOM 42756 H2 TIP3X 887 -10.430 29.260 -45.830 1.00 0.00 W5 H +ATOM 42757 OH2 TIP3X 888 5.230 -40.970 33.130 1.00 0.00 W5 O +ATOM 42758 H1 TIP3X 888 5.770 -41.500 33.720 1.00 0.00 W5 H +ATOM 42759 H2 TIP3X 888 5.060 -40.170 33.630 1.00 0.00 W5 H +ATOM 42760 OH2 TIP3X 889 45.730 4.840 -14.670 1.00 0.00 W5 O +ATOM 42761 H1 TIP3X 889 45.260 4.550 -13.890 1.00 0.00 W5 H +ATOM 42762 H2 TIP3X 889 46.470 4.240 -14.760 1.00 0.00 W5 H +ATOM 42763 OH2 TIP3X 890 29.740 15.590 -16.910 1.00 0.00 W5 O +ATOM 42764 H1 TIP3X 890 30.650 15.310 -16.960 1.00 0.00 W5 H +ATOM 42765 H2 TIP3X 890 29.660 15.970 -16.030 1.00 0.00 W5 H +ATOM 42766 OH2 TIP3X 891 1.470 -44.140 22.260 1.00 0.00 W5 O +ATOM 42767 H1 TIP3X 891 2.350 -44.470 22.420 1.00 0.00 W5 H +ATOM 42768 H2 TIP3X 891 1.600 -43.250 21.930 1.00 0.00 W5 H +ATOM 42769 OH2 TIP3X 892 -15.940 41.040 -33.480 1.00 0.00 W5 O +ATOM 42770 H1 TIP3X 892 -15.220 41.590 -33.180 1.00 0.00 W5 H +ATOM 42771 H2 TIP3X 892 -15.920 41.110 -34.440 1.00 0.00 W5 H +ATOM 42772 OH2 TIP3X 893 36.970 24.480 -43.300 1.00 0.00 W5 O +ATOM 42773 H1 TIP3X 893 37.190 23.930 -42.560 1.00 0.00 W5 H +ATOM 42774 H2 TIP3X 893 36.430 25.190 -42.930 1.00 0.00 W5 H +ATOM 42775 OH2 TIP3X 894 -17.770 19.000 -37.210 1.00 0.00 W5 O +ATOM 42776 H1 TIP3X 894 -17.200 19.320 -37.910 1.00 0.00 W5 H +ATOM 42777 H2 TIP3X 894 -17.390 19.360 -36.410 1.00 0.00 W5 H +ATOM 42778 OH2 TIP3X 895 43.040 -33.540 -47.030 1.00 0.00 W5 O +ATOM 42779 H1 TIP3X 895 42.850 -34.470 -46.940 1.00 0.00 W5 H +ATOM 42780 H2 TIP3X 895 43.850 -33.410 -46.550 1.00 0.00 W5 H +ATOM 42781 OH2 TIP3X 896 24.990 23.660 19.420 1.00 0.00 W5 O +ATOM 42782 H1 TIP3X 896 25.870 23.990 19.230 1.00 0.00 W5 H +ATOM 42783 H2 TIP3X 896 24.930 22.840 18.930 1.00 0.00 W5 H +ATOM 42784 OH2 TIP3X 897 -12.570 -33.040 -27.980 1.00 0.00 W5 O +ATOM 42785 H1 TIP3X 897 -12.560 -32.120 -28.260 1.00 0.00 W5 H +ATOM 42786 H2 TIP3X 897 -13.440 -33.170 -27.590 1.00 0.00 W5 H +ATOM 42787 OH2 TIP3X 898 -24.920 25.610 -37.690 1.00 0.00 W5 O +ATOM 42788 H1 TIP3X 898 -25.150 26.530 -37.580 1.00 0.00 W5 H +ATOM 42789 H2 TIP3X 898 -25.370 25.330 -38.480 1.00 0.00 W5 H +ATOM 42790 OH2 TIP3X 899 -17.880 2.140 -45.670 1.00 0.00 W5 O +ATOM 42791 H1 TIP3X 899 -17.710 2.620 -46.490 1.00 0.00 W5 H +ATOM 42792 H2 TIP3X 899 -17.030 2.030 -45.270 1.00 0.00 W5 H +ATOM 42793 OH2 TIP3X 900 -32.330 -9.110 25.350 1.00 0.00 W5 O +ATOM 42794 H1 TIP3X 900 -32.540 -9.940 25.780 1.00 0.00 W5 H +ATOM 42795 H2 TIP3X 900 -32.100 -8.530 26.070 1.00 0.00 W5 H +ATOM 42796 OH2 TIP3X 901 44.790 -11.160 -29.500 1.00 0.00 W5 O +ATOM 42797 H1 TIP3X 901 44.530 -10.550 -30.200 1.00 0.00 W5 H +ATOM 42798 H2 TIP3X 901 44.510 -12.020 -29.800 1.00 0.00 W5 H +ATOM 42799 OH2 TIP3X 902 22.890 37.240 -39.260 1.00 0.00 W5 O +ATOM 42800 H1 TIP3X 902 22.830 37.120 -40.220 1.00 0.00 W5 H +ATOM 42801 H2 TIP3X 902 21.980 37.160 -38.960 1.00 0.00 W5 H +ATOM 42802 OH2 TIP3X 903 23.530 -43.950 26.860 1.00 0.00 W5 O +ATOM 42803 H1 TIP3X 903 24.090 -44.720 26.960 1.00 0.00 W5 H +ATOM 42804 H2 TIP3X 903 23.870 -43.330 27.500 1.00 0.00 W5 H +ATOM 42805 OH2 TIP3X 904 47.820 -10.290 14.230 1.00 0.00 W5 O +ATOM 42806 H1 TIP3X 904 47.070 -10.550 14.770 1.00 0.00 W5 H +ATOM 42807 H2 TIP3X 904 48.460 -10.990 14.380 1.00 0.00 W5 H +ATOM 42808 OH2 TIP3X 905 14.920 -47.740 16.580 1.00 0.00 W5 O +ATOM 42809 H1 TIP3X 905 15.240 -47.020 16.040 1.00 0.00 W5 H +ATOM 42810 H2 TIP3X 905 15.290 -47.580 17.440 1.00 0.00 W5 H +ATOM 42811 OH2 TIP3X 906 -17.610 -13.310 -22.660 1.00 0.00 W5 O +ATOM 42812 H1 TIP3X 906 -18.090 -13.860 -23.280 1.00 0.00 W5 H +ATOM 42813 H2 TIP3X 906 -17.030 -12.770 -23.230 1.00 0.00 W5 H +ATOM 42814 OH2 TIP3X 907 -44.570 17.620 -46.830 1.00 0.00 W5 O +ATOM 42815 H1 TIP3X 907 -43.970 17.750 -46.100 1.00 0.00 W5 H +ATOM 42816 H2 TIP3X 907 -44.840 18.510 -47.080 1.00 0.00 W5 H +ATOM 42817 OH2 TIP3X 908 -15.400 -48.340 30.650 1.00 0.00 W5 O +ATOM 42818 H1 TIP3X 908 -14.590 -48.120 31.120 1.00 0.00 W5 H +ATOM 42819 H2 TIP3X 908 -15.830 -49.000 31.210 1.00 0.00 W5 H +ATOM 42820 OH2 TIP3X 909 -20.600 -5.050 26.480 1.00 0.00 W5 O +ATOM 42821 H1 TIP3X 909 -19.970 -5.260 27.180 1.00 0.00 W5 H +ATOM 42822 H2 TIP3X 909 -21.080 -5.870 26.350 1.00 0.00 W5 H +ATOM 42823 OH2 TIP3X 910 38.300 7.790 37.810 1.00 0.00 W5 O +ATOM 42824 H1 TIP3X 910 37.920 8.500 38.330 1.00 0.00 W5 H +ATOM 42825 H2 TIP3X 910 38.140 8.040 36.900 1.00 0.00 W5 H +ATOM 42826 OH2 TIP3X 911 -35.120 -44.930 -26.930 1.00 0.00 W5 O +ATOM 42827 H1 TIP3X 911 -34.540 -44.710 -27.660 1.00 0.00 W5 H +ATOM 42828 H2 TIP3X 911 -35.830 -44.290 -26.970 1.00 0.00 W5 H +ATOM 42829 OH2 TIP3X 912 -21.530 4.340 18.410 1.00 0.00 W5 O +ATOM 42830 H1 TIP3X 912 -21.410 3.620 19.050 1.00 0.00 W5 H +ATOM 42831 H2 TIP3X 912 -22.370 4.730 18.650 1.00 0.00 W5 H +ATOM 42832 OH2 TIP3X 913 16.170 4.900 -29.750 1.00 0.00 W5 O +ATOM 42833 H1 TIP3X 913 16.380 5.540 -30.440 1.00 0.00 W5 H +ATOM 42834 H2 TIP3X 913 16.330 5.370 -28.930 1.00 0.00 W5 H +ATOM 42835 OH2 TIP3X 914 -13.490 -8.020 38.140 1.00 0.00 W5 O +ATOM 42836 H1 TIP3X 914 -13.310 -8.460 38.980 1.00 0.00 W5 H +ATOM 42837 H2 TIP3X 914 -12.670 -8.110 37.650 1.00 0.00 W5 H +ATOM 42838 OH2 TIP3X 915 -35.260 -9.920 33.890 1.00 0.00 W5 O +ATOM 42839 H1 TIP3X 915 -35.650 -9.190 34.370 1.00 0.00 W5 H +ATOM 42840 H2 TIP3X 915 -36.000 -10.510 33.720 1.00 0.00 W5 H +ATOM 42841 OH2 TIP3X 916 18.820 14.930 -25.150 1.00 0.00 W5 O +ATOM 42842 H1 TIP3X 916 18.350 14.090 -25.060 1.00 0.00 W5 H +ATOM 42843 H2 TIP3X 916 19.490 14.890 -24.460 1.00 0.00 W5 H +ATOM 42844 OH2 TIP3X 917 -36.230 -0.350 -25.660 1.00 0.00 W5 O +ATOM 42845 H1 TIP3X 917 -36.560 0.530 -25.850 1.00 0.00 W5 H +ATOM 42846 H2 TIP3X 917 -36.610 -0.560 -24.810 1.00 0.00 W5 H +ATOM 42847 OH2 TIP3X 918 37.560 27.730 20.340 1.00 0.00 W5 O +ATOM 42848 H1 TIP3X 918 36.800 27.160 20.330 1.00 0.00 W5 H +ATOM 42849 H2 TIP3X 918 38.240 27.230 19.890 1.00 0.00 W5 H +ATOM 42850 OH2 TIP3X 919 37.030 -1.710 -50.740 1.00 0.00 W5 O +ATOM 42851 H1 TIP3X 919 36.660 -1.270 -49.970 1.00 0.00 W5 H +ATOM 42852 H2 TIP3X 919 37.970 -1.560 -50.660 1.00 0.00 W5 H +ATOM 42853 OH2 TIP3X 920 9.240 -10.620 36.100 1.00 0.00 W5 O +ATOM 42854 H1 TIP3X 920 8.480 -11.100 36.430 1.00 0.00 W5 H +ATOM 42855 H2 TIP3X 920 8.900 -9.750 35.870 1.00 0.00 W5 H +ATOM 42856 OH2 TIP3X 921 5.900 23.570 25.030 1.00 0.00 W5 O +ATOM 42857 H1 TIP3X 921 6.450 24.020 24.390 1.00 0.00 W5 H +ATOM 42858 H2 TIP3X 921 5.230 24.210 25.260 1.00 0.00 W5 H +ATOM 42859 OH2 TIP3X 922 28.830 16.840 -48.730 1.00 0.00 W5 O +ATOM 42860 H1 TIP3X 922 29.240 16.930 -47.870 1.00 0.00 W5 H +ATOM 42861 H2 TIP3X 922 29.250 17.490 -49.280 1.00 0.00 W5 H +ATOM 42862 OH2 TIP3X 923 39.030 18.370 37.060 1.00 0.00 W5 O +ATOM 42863 H1 TIP3X 923 39.920 18.550 37.370 1.00 0.00 W5 H +ATOM 42864 H2 TIP3X 923 38.720 17.640 37.590 1.00 0.00 W5 H +ATOM 42865 OH2 TIP3X 924 19.230 9.130 -26.350 1.00 0.00 W5 O +ATOM 42866 H1 TIP3X 924 18.970 10.000 -26.660 1.00 0.00 W5 H +ATOM 42867 H2 TIP3X 924 20.170 9.180 -26.250 1.00 0.00 W5 H +ATOM 42868 OH2 TIP3X 925 -29.530 13.880 -15.050 1.00 0.00 W5 O +ATOM 42869 H1 TIP3X 925 -29.950 13.530 -15.830 1.00 0.00 W5 H +ATOM 42870 H2 TIP3X 925 -29.700 13.230 -14.370 1.00 0.00 W5 H +ATOM 42871 OH2 TIP3X 926 9.050 23.780 -47.790 1.00 0.00 W5 O +ATOM 42872 H1 TIP3X 926 8.150 23.720 -48.110 1.00 0.00 W5 H +ATOM 42873 H2 TIP3X 926 9.340 24.660 -48.030 1.00 0.00 W5 H +ATOM 42874 OH2 TIP3X 927 -30.300 2.830 -48.410 1.00 0.00 W5 O +ATOM 42875 H1 TIP3X 927 -29.450 3.030 -48.020 1.00 0.00 W5 H +ATOM 42876 H2 TIP3X 927 -30.930 3.330 -47.880 1.00 0.00 W5 H +ATOM 42877 OH2 TIP3X 928 -1.030 39.040 37.290 1.00 0.00 W5 O +ATOM 42878 H1 TIP3X 928 -0.240 39.450 37.650 1.00 0.00 W5 H +ATOM 42879 H2 TIP3X 928 -1.400 39.690 36.700 1.00 0.00 W5 H +ATOM 42880 OH2 TIP3X 929 -19.760 27.440 38.830 1.00 0.00 W5 O +ATOM 42881 H1 TIP3X 929 -19.280 27.430 39.650 1.00 0.00 W5 H +ATOM 42882 H2 TIP3X 929 -19.190 26.980 38.210 1.00 0.00 W5 H +ATOM 42883 OH2 TIP3X 930 -17.190 40.400 31.110 1.00 0.00 W5 O +ATOM 42884 H1 TIP3X 930 -16.950 39.700 31.720 1.00 0.00 W5 H +ATOM 42885 H2 TIP3X 930 -17.980 40.780 31.500 1.00 0.00 W5 H +ATOM 42886 OH2 TIP3X 931 26.850 3.570 14.650 1.00 0.00 W5 O +ATOM 42887 H1 TIP3X 931 27.380 4.350 14.490 1.00 0.00 W5 H +ATOM 42888 H2 TIP3X 931 25.940 3.880 14.630 1.00 0.00 W5 H +ATOM 42889 OH2 TIP3X 932 -17.290 -36.250 20.230 1.00 0.00 W5 O +ATOM 42890 H1 TIP3X 932 -16.790 -36.670 20.930 1.00 0.00 W5 H +ATOM 42891 H2 TIP3X 932 -16.840 -35.410 20.080 1.00 0.00 W5 H +ATOM 42892 OH2 TIP3X 933 43.040 23.750 -31.210 1.00 0.00 W5 O +ATOM 42893 H1 TIP3X 933 43.990 23.610 -31.130 1.00 0.00 W5 H +ATOM 42894 H2 TIP3X 933 42.680 22.890 -31.380 1.00 0.00 W5 H +ATOM 42895 OH2 TIP3X 934 36.790 -16.100 -44.680 1.00 0.00 W5 O +ATOM 42896 H1 TIP3X 934 37.510 -15.940 -44.080 1.00 0.00 W5 H +ATOM 42897 H2 TIP3X 934 36.360 -15.250 -44.750 1.00 0.00 W5 H +ATOM 42898 OH2 TIP3X 935 43.050 13.840 -19.290 1.00 0.00 W5 O +ATOM 42899 H1 TIP3X 935 42.530 13.640 -20.070 1.00 0.00 W5 H +ATOM 42900 H2 TIP3X 935 43.500 14.660 -19.510 1.00 0.00 W5 H +ATOM 42901 OH2 TIP3X 936 -34.000 -29.730 30.070 1.00 0.00 W5 O +ATOM 42902 H1 TIP3X 936 -34.820 -30.120 29.750 1.00 0.00 W5 H +ATOM 42903 H2 TIP3X 936 -33.900 -28.930 29.560 1.00 0.00 W5 H +ATOM 42904 OH2 TIP3X 937 12.750 30.620 -16.460 1.00 0.00 W5 O +ATOM 42905 H1 TIP3X 937 11.810 30.780 -16.330 1.00 0.00 W5 H +ATOM 42906 H2 TIP3X 937 13.170 31.150 -15.800 1.00 0.00 W5 H +ATOM 42907 OH2 TIP3X 938 45.580 7.040 -19.920 1.00 0.00 W5 O +ATOM 42908 H1 TIP3X 938 46.520 6.920 -19.840 1.00 0.00 W5 H +ATOM 42909 H2 TIP3X 938 45.220 6.160 -20.090 1.00 0.00 W5 H +ATOM 42910 OH2 TIP3X 939 -12.140 36.020 -36.900 1.00 0.00 W5 O +ATOM 42911 H1 TIP3X 939 -11.640 35.980 -37.720 1.00 0.00 W5 H +ATOM 42912 H2 TIP3X 939 -11.970 36.890 -36.550 1.00 0.00 W5 H +ATOM 42913 OH2 TIP3X 940 -43.020 8.980 -32.680 1.00 0.00 W5 O +ATOM 42914 H1 TIP3X 940 -43.720 9.180 -33.290 1.00 0.00 W5 H +ATOM 42915 H2 TIP3X 940 -43.400 8.300 -32.120 1.00 0.00 W5 H +ATOM 42916 OH2 TIP3X 941 -8.140 5.200 -50.340 1.00 0.00 W5 O +ATOM 42917 H1 TIP3X 941 -7.990 5.420 -51.270 1.00 0.00 W5 H +ATOM 42918 H2 TIP3X 941 -7.630 5.860 -49.870 1.00 0.00 W5 H +ATOM 42919 OH2 TIP3X 942 8.230 36.930 -32.340 1.00 0.00 W5 O +ATOM 42920 H1 TIP3X 942 7.610 37.620 -32.080 1.00 0.00 W5 H +ATOM 42921 H2 TIP3X 942 8.990 37.080 -31.780 1.00 0.00 W5 H +ATOM 42922 OH2 TIP3X 943 0.800 42.430 -20.970 1.00 0.00 W5 O +ATOM 42923 H1 TIP3X 943 0.440 42.300 -21.840 1.00 0.00 W5 H +ATOM 42924 H2 TIP3X 943 0.070 42.800 -20.460 1.00 0.00 W5 H +ATOM 42925 OH2 TIP3X 944 -39.840 -23.180 37.110 1.00 0.00 W5 O +ATOM 42926 H1 TIP3X 944 -39.560 -23.390 36.210 1.00 0.00 W5 H +ATOM 42927 H2 TIP3X 944 -39.090 -23.410 37.650 1.00 0.00 W5 H +ATOM 42928 OH2 TIP3X 945 10.080 7.410 -41.580 1.00 0.00 W5 O +ATOM 42929 H1 TIP3X 945 9.890 7.390 -40.640 1.00 0.00 W5 H +ATOM 42930 H2 TIP3X 945 10.930 6.970 -41.650 1.00 0.00 W5 H +ATOM 42931 OH2 TIP3X 946 36.680 22.690 -47.800 1.00 0.00 W5 O +ATOM 42932 H1 TIP3X 946 37.540 23.060 -47.620 1.00 0.00 W5 H +ATOM 42933 H2 TIP3X 946 36.200 22.780 -46.980 1.00 0.00 W5 H +ATOM 42934 OH2 TIP3X 947 3.170 12.260 -38.380 1.00 0.00 W5 O +ATOM 42935 H1 TIP3X 947 4.110 12.380 -38.520 1.00 0.00 W5 H +ATOM 42936 H2 TIP3X 947 3.110 11.800 -37.550 1.00 0.00 W5 H +ATOM 42937 OH2 TIP3X 948 -22.000 34.600 39.330 1.00 0.00 W5 O +ATOM 42938 H1 TIP3X 948 -21.740 34.140 40.130 1.00 0.00 W5 H +ATOM 42939 H2 TIP3X 948 -22.110 35.510 39.590 1.00 0.00 W5 H +ATOM 42940 OH2 TIP3X 949 -22.480 -23.120 -34.460 1.00 0.00 W5 O +ATOM 42941 H1 TIP3X 949 -22.760 -22.790 -35.320 1.00 0.00 W5 H +ATOM 42942 H2 TIP3X 949 -23.240 -23.600 -34.130 1.00 0.00 W5 H +ATOM 42943 OH2 TIP3X 950 22.870 -20.210 -33.660 1.00 0.00 W5 O +ATOM 42944 H1 TIP3X 950 23.270 -19.780 -32.900 1.00 0.00 W5 H +ATOM 42945 H2 TIP3X 950 23.420 -19.970 -34.400 1.00 0.00 W5 H +ATOM 42946 OH2 TIP3X 951 -36.610 -20.980 36.140 1.00 0.00 W5 O +ATOM 42947 H1 TIP3X 951 -35.790 -20.620 35.800 1.00 0.00 W5 H +ATOM 42948 H2 TIP3X 951 -36.530 -20.930 37.090 1.00 0.00 W5 H +ATOM 42949 OH2 TIP3X 952 14.870 34.180 39.460 1.00 0.00 W5 O +ATOM 42950 H1 TIP3X 952 15.710 33.770 39.300 1.00 0.00 W5 H +ATOM 42951 H2 TIP3X 952 14.350 33.960 38.690 1.00 0.00 W5 H +ATOM 42952 OH2 TIP3X 953 -13.760 -20.690 -23.910 1.00 0.00 W5 O +ATOM 42953 H1 TIP3X 953 -13.920 -19.760 -23.830 1.00 0.00 W5 H +ATOM 42954 H2 TIP3X 953 -14.010 -20.900 -24.810 1.00 0.00 W5 H +ATOM 42955 OH2 TIP3X 954 -18.930 -30.270 -46.310 1.00 0.00 W5 O +ATOM 42956 H1 TIP3X 954 -19.260 -31.150 -46.460 1.00 0.00 W5 H +ATOM 42957 H2 TIP3X 954 -18.690 -29.950 -47.180 1.00 0.00 W5 H +ATOM 42958 OH2 TIP3X 955 -16.640 -32.870 22.100 1.00 0.00 W5 O +ATOM 42959 H1 TIP3X 955 -16.390 -32.300 21.360 1.00 0.00 W5 H +ATOM 42960 H2 TIP3X 955 -16.010 -32.660 22.780 1.00 0.00 W5 H +ATOM 42961 OH2 TIP3X 956 35.120 -36.240 19.080 1.00 0.00 W5 O +ATOM 42962 H1 TIP3X 956 35.210 -35.700 18.300 1.00 0.00 W5 H +ATOM 42963 H2 TIP3X 956 34.890 -37.110 18.750 1.00 0.00 W5 H +ATOM 42964 OH2 TIP3X 957 3.500 21.880 26.480 1.00 0.00 W5 O +ATOM 42965 H1 TIP3X 957 3.440 22.810 26.660 1.00 0.00 W5 H +ATOM 42966 H2 TIP3X 957 2.810 21.700 25.840 1.00 0.00 W5 H +ATOM 42967 OH2 TIP3X 958 22.150 -18.940 -50.560 1.00 0.00 W5 O +ATOM 42968 H1 TIP3X 958 21.980 -18.140 -50.070 1.00 0.00 W5 H +ATOM 42969 H2 TIP3X 958 21.430 -19.000 -51.180 1.00 0.00 W5 H +ATOM 42970 OH2 TIP3X 959 -6.380 35.240 -22.730 1.00 0.00 W5 O +ATOM 42971 H1 TIP3X 959 -7.270 34.930 -22.870 1.00 0.00 W5 H +ATOM 42972 H2 TIP3X 959 -6.030 35.390 -23.610 1.00 0.00 W5 H +ATOM 42973 OH2 TIP3X 960 -28.260 13.280 -21.630 1.00 0.00 W5 O +ATOM 42974 H1 TIP3X 960 -28.560 12.450 -21.240 1.00 0.00 W5 H +ATOM 42975 H2 TIP3X 960 -28.740 13.350 -22.450 1.00 0.00 W5 H +ATOM 42976 OH2 TIP3X 961 3.990 28.960 -12.870 1.00 0.00 W5 O +ATOM 42977 H1 TIP3X 961 3.060 29.000 -13.120 1.00 0.00 W5 H +ATOM 42978 H2 TIP3X 961 4.380 28.370 -13.510 1.00 0.00 W5 H +ATOM 42979 OH2 TIP3X 962 -39.980 -35.000 -26.050 1.00 0.00 W5 O +ATOM 42980 H1 TIP3X 962 -39.230 -34.970 -26.660 1.00 0.00 W5 H +ATOM 42981 H2 TIP3X 962 -40.560 -34.300 -26.330 1.00 0.00 W5 H +ATOM 42982 OH2 TIP3X 963 38.270 15.390 33.960 1.00 0.00 W5 O +ATOM 42983 H1 TIP3X 963 38.440 16.250 33.570 1.00 0.00 W5 H +ATOM 42984 H2 TIP3X 963 38.220 15.570 34.900 1.00 0.00 W5 H +ATOM 42985 OH2 TIP3X 964 -41.620 -25.060 38.460 1.00 0.00 W5 O +ATOM 42986 H1 TIP3X 964 -42.300 -25.280 37.830 1.00 0.00 W5 H +ATOM 42987 H2 TIP3X 964 -41.000 -24.510 37.960 1.00 0.00 W5 H +ATOM 42988 OH2 TIP3X 965 7.100 -48.480 23.620 1.00 0.00 W5 O +ATOM 42989 H1 TIP3X 965 6.970 -48.330 24.550 1.00 0.00 W5 H +ATOM 42990 H2 TIP3X 965 7.640 -49.270 23.580 1.00 0.00 W5 H +ATOM 42991 OH2 TIP3X 966 34.540 11.820 -9.710 1.00 0.00 W5 O +ATOM 42992 H1 TIP3X 966 35.470 12.040 -9.680 1.00 0.00 W5 H +ATOM 42993 H2 TIP3X 966 34.520 10.870 -9.550 1.00 0.00 W5 H +ATOM 42994 OH2 TIP3X 967 -16.530 20.620 -44.800 1.00 0.00 W5 O +ATOM 42995 H1 TIP3X 967 -15.820 20.930 -44.230 1.00 0.00 W5 H +ATOM 42996 H2 TIP3X 967 -16.720 19.740 -44.470 1.00 0.00 W5 H +ATOM 42997 OH2 TIP3X 968 23.130 -26.630 31.320 1.00 0.00 W5 O +ATOM 42998 H1 TIP3X 968 22.500 -26.110 31.830 1.00 0.00 W5 H +ATOM 42999 H2 TIP3X 968 23.690 -25.980 30.890 1.00 0.00 W5 H +ATOM 43000 OH2 TIP3X 969 16.260 18.280 -30.820 1.00 0.00 W5 O +ATOM 43001 H1 TIP3X 969 15.490 18.800 -31.050 1.00 0.00 W5 H +ATOM 43002 H2 TIP3X 969 16.980 18.910 -30.780 1.00 0.00 W5 H +ATOM 43003 OH2 TIP3X 970 8.370 -46.640 -50.140 1.00 0.00 W5 O +ATOM 43004 H1 TIP3X 970 8.060 -46.770 -49.250 1.00 0.00 W5 H +ATOM 43005 H2 TIP3X 970 8.320 -45.700 -50.280 1.00 0.00 W5 H +ATOM 43006 OH2 TIP3X 971 48.540 22.900 25.960 1.00 0.00 W5 O +ATOM 43007 H1 TIP3X 971 47.830 22.340 25.660 1.00 0.00 W5 H +ATOM 43008 H2 TIP3X 971 48.130 23.500 26.570 1.00 0.00 W5 H +ATOM 43009 OH2 TIP3X 972 -28.560 -15.150 -18.980 1.00 0.00 W5 O +ATOM 43010 H1 TIP3X 972 -28.930 -16.040 -19.000 1.00 0.00 W5 H +ATOM 43011 H2 TIP3X 972 -27.620 -15.270 -19.140 1.00 0.00 W5 H +ATOM 43012 OH2 TIP3X 973 -21.490 -46.550 -32.070 1.00 0.00 W5 O +ATOM 43013 H1 TIP3X 973 -21.900 -45.740 -32.400 1.00 0.00 W5 H +ATOM 43014 H2 TIP3X 973 -20.600 -46.290 -31.830 1.00 0.00 W5 H +ATOM 43015 OH2 TIP3X 974 -27.340 -42.040 -28.830 1.00 0.00 W5 O +ATOM 43016 H1 TIP3X 974 -26.710 -41.830 -29.530 1.00 0.00 W5 H +ATOM 43017 H2 TIP3X 974 -27.090 -41.460 -28.110 1.00 0.00 W5 H +ATOM 43018 OH2 TIP3X 975 18.340 23.690 39.680 1.00 0.00 W5 O +ATOM 43019 H1 TIP3X 975 18.610 23.260 38.860 1.00 0.00 W5 H +ATOM 43020 H2 TIP3X 975 17.610 23.160 40.000 1.00 0.00 W5 H +ATOM 43021 OH2 TIP3X 976 -40.950 -4.490 -21.680 1.00 0.00 W5 O +ATOM 43022 H1 TIP3X 976 -41.630 -4.020 -22.180 1.00 0.00 W5 H +ATOM 43023 H2 TIP3X 976 -41.220 -5.410 -21.740 1.00 0.00 W5 H +ATOM 43024 OH2 TIP3X 977 -31.150 -17.020 -38.080 1.00 0.00 W5 O +ATOM 43025 H1 TIP3X 977 -30.660 -17.820 -38.280 1.00 0.00 W5 H +ATOM 43026 H2 TIP3X 977 -32.010 -17.320 -37.820 1.00 0.00 W5 H +ATOM 43027 OH2 TIP3X 978 17.110 41.540 -46.230 1.00 0.00 W5 O +ATOM 43028 H1 TIP3X 978 16.640 42.330 -46.490 1.00 0.00 W5 H +ATOM 43029 H2 TIP3X 978 16.650 41.250 -45.430 1.00 0.00 W5 H +ATOM 43030 OH2 TIP3X 979 -22.710 36.390 25.610 1.00 0.00 W5 O +ATOM 43031 H1 TIP3X 979 -21.940 36.450 26.190 1.00 0.00 W5 H +ATOM 43032 H2 TIP3X 979 -22.710 35.480 25.320 1.00 0.00 W5 H +ATOM 43033 OH2 TIP3X 980 -4.990 -35.870 -49.720 1.00 0.00 W5 O +ATOM 43034 H1 TIP3X 980 -5.760 -35.910 -50.300 1.00 0.00 W5 H +ATOM 43035 H2 TIP3X 980 -4.410 -36.560 -50.050 1.00 0.00 W5 H +ATOM 43036 OH2 TIP3X 981 -21.090 30.000 -45.910 1.00 0.00 W5 O +ATOM 43037 H1 TIP3X 981 -21.440 30.810 -45.540 1.00 0.00 W5 H +ATOM 43038 H2 TIP3X 981 -20.740 29.530 -45.160 1.00 0.00 W5 H +ATOM 43039 OH2 TIP3X 982 37.390 12.520 36.160 1.00 0.00 W5 O +ATOM 43040 H1 TIP3X 982 37.680 13.430 36.210 1.00 0.00 W5 H +ATOM 43041 H2 TIP3X 982 36.440 12.560 36.200 1.00 0.00 W5 H +ATOM 43042 OH2 TIP3X 983 -43.990 25.130 -36.470 1.00 0.00 W5 O +ATOM 43043 H1 TIP3X 983 -43.320 24.840 -37.090 1.00 0.00 W5 H +ATOM 43044 H2 TIP3X 983 -44.500 24.340 -36.270 1.00 0.00 W5 H +ATOM 43045 OH2 TIP3X 984 25.150 18.070 24.550 1.00 0.00 W5 O +ATOM 43046 H1 TIP3X 984 25.490 18.900 24.890 1.00 0.00 W5 H +ATOM 43047 H2 TIP3X 984 25.910 17.650 24.150 1.00 0.00 W5 H +ATOM 43048 OH2 TIP3X 985 -1.570 -6.580 8.800 1.00 0.00 W5 O +ATOM 43049 H1 TIP3X 985 -2.380 -6.470 8.290 1.00 0.00 W5 H +ATOM 43050 H2 TIP3X 985 -1.800 -6.270 9.680 1.00 0.00 W5 H +ATOM 43051 OH2 TIP3X 986 -11.520 -22.260 -44.860 1.00 0.00 W5 O +ATOM 43052 H1 TIP3X 986 -12.010 -22.680 -44.150 1.00 0.00 W5 H +ATOM 43053 H2 TIP3X 986 -11.550 -22.900 -45.580 1.00 0.00 W5 H +ATOM 43054 OH2 TIP3X 987 -6.760 -43.420 -49.480 1.00 0.00 W5 O +ATOM 43055 H1 TIP3X 987 -5.970 -43.590 -50.000 1.00 0.00 W5 H +ATOM 43056 H2 TIP3X 987 -7.450 -43.300 -50.130 1.00 0.00 W5 H +ATOM 43057 OH2 TIP3X 988 42.610 -14.720 35.980 1.00 0.00 W5 O +ATOM 43058 H1 TIP3X 988 41.750 -14.290 35.880 1.00 0.00 W5 H +ATOM 43059 H2 TIP3X 988 42.780 -14.660 36.920 1.00 0.00 W5 H +ATOM 43060 OH2 TIP3X 989 4.190 -42.270 -17.760 1.00 0.00 W5 O +ATOM 43061 H1 TIP3X 989 4.210 -41.380 -18.100 1.00 0.00 W5 H +ATOM 43062 H2 TIP3X 989 3.350 -42.340 -17.290 1.00 0.00 W5 H +ATOM 43063 OH2 TIP3X 990 1.960 -3.460 -22.920 1.00 0.00 W5 O +ATOM 43064 H1 TIP3X 990 2.080 -4.130 -23.600 1.00 0.00 W5 H +ATOM 43065 H2 TIP3X 990 2.060 -2.630 -23.380 1.00 0.00 W5 H +ATOM 43066 OH2 TIP3X 991 0.350 18.500 25.000 1.00 0.00 W5 O +ATOM 43067 H1 TIP3X 991 -0.410 17.980 24.720 1.00 0.00 W5 H +ATOM 43068 H2 TIP3X 991 0.650 18.940 24.200 1.00 0.00 W5 H +ATOM 43069 OH2 TIP3X 992 28.850 -15.500 19.990 1.00 0.00 W5 O +ATOM 43070 H1 TIP3X 992 28.140 -16.070 20.290 1.00 0.00 W5 H +ATOM 43071 H2 TIP3X 992 29.420 -16.070 19.490 1.00 0.00 W5 H +ATOM 43072 OH2 TIP3X 993 32.470 29.780 14.890 1.00 0.00 W5 O +ATOM 43073 H1 TIP3X 993 33.350 29.550 14.620 1.00 0.00 W5 H +ATOM 43074 H2 TIP3X 993 32.580 30.520 15.500 1.00 0.00 W5 H +ATOM 43075 OH2 TIP3X 994 -23.650 27.720 31.190 1.00 0.00 W5 O +ATOM 43076 H1 TIP3X 994 -22.910 27.920 30.600 1.00 0.00 W5 H +ATOM 43077 H2 TIP3X 994 -23.290 27.840 32.070 1.00 0.00 W5 H +ATOM 43078 OH2 TIP3X 995 10.060 -25.330 37.870 1.00 0.00 W5 O +ATOM 43079 H1 TIP3X 995 10.510 -26.170 37.760 1.00 0.00 W5 H +ATOM 43080 H2 TIP3X 995 9.860 -25.280 38.800 1.00 0.00 W5 H +ATOM 43081 OH2 TIP3X 996 16.200 29.840 -49.750 1.00 0.00 W5 O +ATOM 43082 H1 TIP3X 996 15.710 29.010 -49.710 1.00 0.00 W5 H +ATOM 43083 H2 TIP3X 996 16.590 29.930 -48.890 1.00 0.00 W5 H +ATOM 43084 OH2 TIP3X 997 24.030 28.160 20.430 1.00 0.00 W5 O +ATOM 43085 H1 TIP3X 997 24.590 28.280 19.660 1.00 0.00 W5 H +ATOM 43086 H2 TIP3X 997 24.400 27.400 20.880 1.00 0.00 W5 H +ATOM 43087 OH2 TIP3X 998 22.160 23.400 26.760 1.00 0.00 W5 O +ATOM 43088 H1 TIP3X 998 21.790 24.100 26.230 1.00 0.00 W5 H +ATOM 43089 H2 TIP3X 998 22.680 23.860 27.430 1.00 0.00 W5 H +ATOM 43090 OH2 TIP3X 999 27.650 33.040 -43.330 1.00 0.00 W5 O +ATOM 43091 H1 TIP3X 999 28.540 32.770 -43.090 1.00 0.00 W5 H +ATOM 43092 H2 TIP3X 999 27.550 33.920 -42.960 1.00 0.00 W5 H +ATOM 43093 OH2 TIP3X1000 -14.840 -38.790 31.730 1.00 0.00 W5 O +ATOM 43094 H1 TIP3X1000 -15.050 -37.880 31.960 1.00 0.00 W5 H +ATOM 43095 H2 TIP3X1000 -14.430 -39.150 32.500 1.00 0.00 W5 H +ATOM 43096 OH2 TIP3X1001 -31.480 0.720 -43.450 1.00 0.00 W5 O +ATOM 43097 H1 TIP3X1001 -30.570 0.510 -43.240 1.00 0.00 W5 H +ATOM 43098 H2 TIP3X1001 -31.480 0.890 -44.390 1.00 0.00 W5 H +ATOM 43099 OH2 TIP3X1002 -37.520 -12.660 -37.490 1.00 0.00 W5 O +ATOM 43100 H1 TIP3X1002 -38.150 -11.940 -37.530 1.00 0.00 W5 H +ATOM 43101 H2 TIP3X1002 -37.630 -13.130 -38.310 1.00 0.00 W5 H +ATOM 43102 OH2 TIP3X1003 4.670 5.650 -49.800 1.00 0.00 W5 O +ATOM 43103 H1 TIP3X1003 5.340 6.340 -49.730 1.00 0.00 W5 H +ATOM 43104 H2 TIP3X1003 4.930 5.150 -50.560 1.00 0.00 W5 H +ATOM 43105 OH2 TIP3X1004 32.450 1.190 -39.720 1.00 0.00 W5 O +ATOM 43106 H1 TIP3X1004 32.690 1.910 -39.130 1.00 0.00 W5 H +ATOM 43107 H2 TIP3X1004 32.590 0.400 -39.210 1.00 0.00 W5 H +ATOM 43108 OH2 TIP3X1005 37.190 -19.750 32.620 1.00 0.00 W5 O +ATOM 43109 H1 TIP3X1005 37.790 -19.700 33.360 1.00 0.00 W5 H +ATOM 43110 H2 TIP3X1005 36.320 -19.820 33.020 1.00 0.00 W5 H +ATOM 43111 OH2 TIP3X1006 -35.860 -37.040 -47.810 1.00 0.00 W5 O +ATOM 43112 H1 TIP3X1006 -36.030 -36.650 -48.670 1.00 0.00 W5 H +ATOM 43113 H2 TIP3X1006 -34.900 -37.180 -47.810 1.00 0.00 W5 H +ATOM 43114 OH2 TIP3X1007 12.490 -50.150 -15.230 1.00 0.00 W5 O +ATOM 43115 H1 TIP3X1007 12.670 -50.410 -16.130 1.00 0.00 W5 H +ATOM 43116 H2 TIP3X1007 13.130 -50.610 -14.700 1.00 0.00 W5 H +ATOM 43117 OH2 TIP3X1008 -38.110 -15.710 21.180 1.00 0.00 W5 O +ATOM 43118 H1 TIP3X1008 -37.430 -16.350 20.950 1.00 0.00 W5 H +ATOM 43119 H2 TIP3X1008 -37.620 -14.940 21.470 1.00 0.00 W5 H +ATOM 43120 OH2 TIP3X1009 35.910 16.830 -50.850 1.00 0.00 W5 O +ATOM 43121 H1 TIP3X1009 35.990 16.040 -51.380 1.00 0.00 W5 H +ATOM 43122 H2 TIP3X1009 36.720 17.330 -51.040 1.00 0.00 W5 H +ATOM 43123 OH2 TIP3X1010 -26.050 35.650 21.070 1.00 0.00 W5 O +ATOM 43124 H1 TIP3X1010 -26.410 36.220 21.740 1.00 0.00 W5 H +ATOM 43125 H2 TIP3X1010 -25.860 36.230 20.330 1.00 0.00 W5 H +ATOM 43126 OH2 TIP3X1011 -32.750 -24.330 19.530 1.00 0.00 W5 O +ATOM 43127 H1 TIP3X1011 -32.460 -24.960 18.890 1.00 0.00 W5 H +ATOM 43128 H2 TIP3X1011 -33.700 -24.350 19.490 1.00 0.00 W5 H +ATOM 43129 OH2 TIP3X1012 0.740 -20.790 18.750 1.00 0.00 W5 O +ATOM 43130 H1 TIP3X1012 1.470 -20.200 18.540 1.00 0.00 W5 H +ATOM 43131 H2 TIP3X1012 1.090 -21.660 18.580 1.00 0.00 W5 H +ATOM 43132 OH2 TIP3X1013 -39.800 -16.610 -24.410 1.00 0.00 W5 O +ATOM 43133 H1 TIP3X1013 -38.880 -16.880 -24.500 1.00 0.00 W5 H +ATOM 43134 H2 TIP3X1013 -40.190 -17.290 -23.860 1.00 0.00 W5 H +ATOM 43135 OH2 TIP3X1014 14.210 -3.560 -29.010 1.00 0.00 W5 O +ATOM 43136 H1 TIP3X1014 14.710 -2.770 -29.180 1.00 0.00 W5 H +ATOM 43137 H2 TIP3X1014 14.860 -4.180 -28.680 1.00 0.00 W5 H +ATOM 43138 OH2 TIP3X1015 -37.010 4.990 -19.040 1.00 0.00 W5 O +ATOM 43139 H1 TIP3X1015 -37.770 5.090 -19.630 1.00 0.00 W5 H +ATOM 43140 H2 TIP3X1015 -36.880 4.040 -19.010 1.00 0.00 W5 H +ATOM 43141 OH2 TIP3X1016 -19.380 -15.620 -35.190 1.00 0.00 W5 O +ATOM 43142 H1 TIP3X1016 -19.580 -14.900 -35.780 1.00 0.00 W5 H +ATOM 43143 H2 TIP3X1016 -20.080 -16.260 -35.330 1.00 0.00 W5 H +ATOM 43144 OH2 TIP3X1017 18.650 -22.950 -48.540 1.00 0.00 W5 O +ATOM 43145 H1 TIP3X1017 18.850 -22.360 -49.270 1.00 0.00 W5 H +ATOM 43146 H2 TIP3X1017 17.780 -22.690 -48.250 1.00 0.00 W5 H +ATOM 43147 OH2 TIP3X1018 5.480 26.350 35.980 1.00 0.00 W5 O +ATOM 43148 H1 TIP3X1018 5.760 27.260 35.870 1.00 0.00 W5 H +ATOM 43149 H2 TIP3X1018 6.150 25.840 35.530 1.00 0.00 W5 H +ATOM 43150 OH2 TIP3X1019 47.660 -31.630 -16.180 1.00 0.00 W5 O +ATOM 43151 H1 TIP3X1019 46.760 -31.310 -16.290 1.00 0.00 W5 H +ATOM 43152 H2 TIP3X1019 47.580 -32.430 -15.660 1.00 0.00 W5 H +ATOM 43153 OH2 TIP3X1020 43.690 17.190 -44.450 1.00 0.00 W5 O +ATOM 43154 H1 TIP3X1020 44.640 17.290 -44.500 1.00 0.00 W5 H +ATOM 43155 H2 TIP3X1020 43.380 17.370 -45.350 1.00 0.00 W5 H +ATOM 43156 OH2 TIP3X1021 23.990 -3.730 -41.730 1.00 0.00 W5 O +ATOM 43157 H1 TIP3X1021 24.400 -3.770 -40.870 1.00 0.00 W5 H +ATOM 43158 H2 TIP3X1021 23.680 -4.620 -41.900 1.00 0.00 W5 H +ATOM 43159 OH2 TIP3X1022 44.760 -36.430 36.210 1.00 0.00 W5 O +ATOM 43160 H1 TIP3X1022 45.200 -36.870 35.490 1.00 0.00 W5 H +ATOM 43161 H2 TIP3X1022 45.460 -36.100 36.780 1.00 0.00 W5 H +ATOM 43162 OH2 TIP3X1023 -32.210 5.340 -17.000 1.00 0.00 W5 O +ATOM 43163 H1 TIP3X1023 -32.480 5.410 -16.090 1.00 0.00 W5 H +ATOM 43164 H2 TIP3X1023 -31.250 5.270 -16.960 1.00 0.00 W5 H +ATOM 43165 OH2 TIP3X1024 -15.600 -5.210 31.400 1.00 0.00 W5 O +ATOM 43166 H1 TIP3X1024 -14.880 -5.570 31.920 1.00 0.00 W5 H +ATOM 43167 H2 TIP3X1024 -16.350 -5.240 31.990 1.00 0.00 W5 H +ATOM 43168 OH2 TIP3X1025 -39.760 -45.780 -27.340 1.00 0.00 W5 O +ATOM 43169 H1 TIP3X1025 -38.980 -45.990 -26.840 1.00 0.00 W5 H +ATOM 43170 H2 TIP3X1025 -39.600 -46.140 -28.210 1.00 0.00 W5 H +ATOM 43171 OH2 TIP3X1026 6.570 33.170 23.690 1.00 0.00 W5 O +ATOM 43172 H1 TIP3X1026 6.380 34.040 24.060 1.00 0.00 W5 H +ATOM 43173 H2 TIP3X1026 6.200 32.560 24.320 1.00 0.00 W5 H +ATOM 43174 OH2 TIP3X1027 -14.640 -37.510 27.090 1.00 0.00 W5 O +ATOM 43175 H1 TIP3X1027 -14.670 -38.340 27.570 1.00 0.00 W5 H +ATOM 43176 H2 TIP3X1027 -15.140 -36.900 27.630 1.00 0.00 W5 H +ATOM 43177 OH2 TIP3X1028 34.330 27.750 -49.680 1.00 0.00 W5 O +ATOM 43178 H1 TIP3X1028 34.260 26.810 -49.540 1.00 0.00 W5 H +ATOM 43179 H2 TIP3X1028 34.170 28.140 -48.820 1.00 0.00 W5 H +ATOM 43180 OH2 TIP3X1029 14.280 -36.080 -35.990 1.00 0.00 W5 O +ATOM 43181 H1 TIP3X1029 14.380 -36.680 -36.720 1.00 0.00 W5 H +ATOM 43182 H2 TIP3X1029 13.790 -36.580 -35.330 1.00 0.00 W5 H +ATOM 43183 OH2 TIP3X1030 -11.870 31.590 -34.550 1.00 0.00 W5 O +ATOM 43184 H1 TIP3X1030 -12.270 31.230 -35.340 1.00 0.00 W5 H +ATOM 43185 H2 TIP3X1030 -11.450 32.400 -34.840 1.00 0.00 W5 H +ATOM 43186 OH2 TIP3X1031 -2.460 32.450 -39.920 1.00 0.00 W5 O +ATOM 43187 H1 TIP3X1031 -2.210 32.950 -39.140 1.00 0.00 W5 H +ATOM 43188 H2 TIP3X1031 -3.280 32.860 -40.220 1.00 0.00 W5 H +ATOM 43189 OH2 TIP3X1032 34.130 8.000 23.780 1.00 0.00 W5 O +ATOM 43190 H1 TIP3X1032 33.770 7.260 23.280 1.00 0.00 W5 H +ATOM 43191 H2 TIP3X1032 35.060 7.810 23.840 1.00 0.00 W5 H +ATOM 43192 OH2 TIP3X1033 -14.830 17.160 20.610 1.00 0.00 W5 O +ATOM 43193 H1 TIP3X1033 -14.280 16.400 20.450 1.00 0.00 W5 H +ATOM 43194 H2 TIP3X1033 -15.150 17.420 19.750 1.00 0.00 W5 H +ATOM 43195 OH2 TIP3X1034 9.930 13.060 -25.770 1.00 0.00 W5 O +ATOM 43196 H1 TIP3X1034 9.540 13.130 -26.650 1.00 0.00 W5 H +ATOM 43197 H2 TIP3X1034 10.850 13.230 -25.900 1.00 0.00 W5 H +ATOM 43198 OH2 TIP3X1035 37.900 -13.550 -18.840 1.00 0.00 W5 O +ATOM 43199 H1 TIP3X1035 37.760 -14.500 -18.740 1.00 0.00 W5 H +ATOM 43200 H2 TIP3X1035 37.670 -13.370 -19.740 1.00 0.00 W5 H +ATOM 43201 OH2 TIP3X1036 35.920 13.830 26.590 1.00 0.00 W5 O +ATOM 43202 H1 TIP3X1036 36.150 13.420 27.420 1.00 0.00 W5 H +ATOM 43203 H2 TIP3X1036 35.870 14.770 26.800 1.00 0.00 W5 H +ATOM 43204 OH2 TIP3X1037 -42.620 -24.480 -22.260 1.00 0.00 W5 O +ATOM 43205 H1 TIP3X1037 -42.550 -24.620 -21.320 1.00 0.00 W5 H +ATOM 43206 H2 TIP3X1037 -43.180 -25.190 -22.560 1.00 0.00 W5 H +ATOM 43207 OH2 TIP3X1038 17.010 -0.730 31.150 1.00 0.00 W5 O +ATOM 43208 H1 TIP3X1038 16.370 -1.170 30.590 1.00 0.00 W5 H +ATOM 43209 H2 TIP3X1038 17.700 -0.450 30.550 1.00 0.00 W5 H +ATOM 43210 OH2 TIP3X1039 40.170 -47.340 -14.240 1.00 0.00 W5 O +ATOM 43211 H1 TIP3X1039 40.040 -46.650 -13.600 1.00 0.00 W5 H +ATOM 43212 H2 TIP3X1039 40.890 -47.040 -14.790 1.00 0.00 W5 H +ATOM 43213 OH2 TIP3X1040 -8.320 36.760 16.900 1.00 0.00 W5 O +ATOM 43214 H1 TIP3X1040 -9.270 36.790 16.900 1.00 0.00 W5 H +ATOM 43215 H2 TIP3X1040 -8.100 35.970 17.390 1.00 0.00 W5 H +ATOM 43216 OH2 TIP3X1041 -26.860 19.210 19.750 1.00 0.00 W5 O +ATOM 43217 H1 TIP3X1041 -27.300 19.930 19.320 1.00 0.00 W5 H +ATOM 43218 H2 TIP3X1041 -26.110 19.610 20.180 1.00 0.00 W5 H +ATOM 43219 OH2 TIP3X1042 7.340 -32.460 -48.800 1.00 0.00 W5 O +ATOM 43220 H1 TIP3X1042 7.290 -31.790 -49.470 1.00 0.00 W5 H +ATOM 43221 H2 TIP3X1042 6.570 -32.320 -48.260 1.00 0.00 W5 H +ATOM 43222 OH2 TIP3X1043 -32.590 37.630 28.140 1.00 0.00 W5 O +ATOM 43223 H1 TIP3X1043 -32.580 36.680 28.120 1.00 0.00 W5 H +ATOM 43224 H2 TIP3X1043 -31.890 37.890 27.530 1.00 0.00 W5 H +ATOM 43225 OH2 TIP3X1044 44.950 4.480 -20.430 1.00 0.00 W5 O +ATOM 43226 H1 TIP3X1044 44.360 4.060 -19.810 1.00 0.00 W5 H +ATOM 43227 H2 TIP3X1044 45.030 3.870 -21.160 1.00 0.00 W5 H +ATOM 43228 OH2 TIP3X1045 -27.390 1.810 -23.910 1.00 0.00 W5 O +ATOM 43229 H1 TIP3X1045 -28.280 1.490 -23.720 1.00 0.00 W5 H +ATOM 43230 H2 TIP3X1045 -27.540 2.480 -24.580 1.00 0.00 W5 H +ATOM 43231 OH2 TIP3X1046 -44.310 28.070 -12.400 1.00 0.00 W5 O +ATOM 43232 H1 TIP3X1046 -43.360 28.100 -12.550 1.00 0.00 W5 H +ATOM 43233 H2 TIP3X1046 -44.500 28.880 -11.920 1.00 0.00 W5 H +ATOM 43234 OH2 TIP3X1047 -29.580 -1.860 -27.730 1.00 0.00 W5 O +ATOM 43235 H1 TIP3X1047 -29.060 -2.110 -28.500 1.00 0.00 W5 H +ATOM 43236 H2 TIP3X1047 -29.440 -2.560 -27.090 1.00 0.00 W5 H +ATOM 43237 OH2 TIP3X1048 -34.540 -22.360 -44.670 1.00 0.00 W5 O +ATOM 43238 H1 TIP3X1048 -35.050 -22.960 -44.130 1.00 0.00 W5 H +ATOM 43239 H2 TIP3X1048 -35.060 -21.560 -44.710 1.00 0.00 W5 H +ATOM 43240 OH2 TIP3X1049 -32.200 13.930 -43.870 1.00 0.00 W5 O +ATOM 43241 H1 TIP3X1049 -32.500 13.030 -44.030 1.00 0.00 W5 H +ATOM 43242 H2 TIP3X1049 -31.750 13.880 -43.020 1.00 0.00 W5 H +ATOM 43243 OH2 TIP3X1050 19.120 -44.420 -23.670 1.00 0.00 W5 O +ATOM 43244 H1 TIP3X1050 18.920 -43.670 -23.100 1.00 0.00 W5 H +ATOM 43245 H2 TIP3X1050 19.310 -45.130 -23.070 1.00 0.00 W5 H +ATOM 43246 OH2 TIP3X1051 -2.780 25.870 34.770 1.00 0.00 W5 O +ATOM 43247 H1 TIP3X1051 -3.150 26.750 34.740 1.00 0.00 W5 H +ATOM 43248 H2 TIP3X1051 -1.940 25.970 35.220 1.00 0.00 W5 H +ATOM 43249 OH2 TIP3X1052 -6.150 36.350 -12.390 1.00 0.00 W5 O +ATOM 43250 H1 TIP3X1052 -6.580 37.080 -11.950 1.00 0.00 W5 H +ATOM 43251 H2 TIP3X1052 -5.460 36.080 -11.790 1.00 0.00 W5 H +ATOM 43252 OH2 TIP3X1053 26.980 -31.670 -17.790 1.00 0.00 W5 O +ATOM 43253 H1 TIP3X1053 26.280 -32.320 -17.830 1.00 0.00 W5 H +ATOM 43254 H2 TIP3X1053 27.220 -31.620 -16.860 1.00 0.00 W5 H +ATOM 43255 OH2 TIP3X1054 -17.000 -25.750 22.650 1.00 0.00 W5 O +ATOM 43256 H1 TIP3X1054 -17.600 -26.190 23.250 1.00 0.00 W5 H +ATOM 43257 H2 TIP3X1054 -16.400 -25.260 23.230 1.00 0.00 W5 H +ATOM 43258 OH2 TIP3X1055 -13.850 10.190 -30.120 1.00 0.00 W5 O +ATOM 43259 H1 TIP3X1055 -14.430 10.620 -29.490 1.00 0.00 W5 H +ATOM 43260 H2 TIP3X1055 -13.450 9.480 -29.630 1.00 0.00 W5 H +ATOM 43261 OH2 TIP3X1056 -13.020 15.340 27.010 1.00 0.00 W5 O +ATOM 43262 H1 TIP3X1056 -13.580 14.870 27.640 1.00 0.00 W5 H +ATOM 43263 H2 TIP3X1056 -12.150 14.970 27.170 1.00 0.00 W5 H +ATOM 43264 OH2 TIP3X1057 25.370 22.890 -34.420 1.00 0.00 W5 O +ATOM 43265 H1 TIP3X1057 25.730 23.630 -34.920 1.00 0.00 W5 H +ATOM 43266 H2 TIP3X1057 24.920 22.360 -35.080 1.00 0.00 W5 H +ATOM 43267 OH2 TIP3X1058 -2.110 37.160 -24.310 1.00 0.00 W5 O +ATOM 43268 H1 TIP3X1058 -1.610 36.580 -23.740 1.00 0.00 W5 H +ATOM 43269 H2 TIP3X1058 -1.460 37.780 -24.640 1.00 0.00 W5 H +ATOM 43270 OH2 TIP3X1059 -32.330 -37.770 17.390 1.00 0.00 W5 O +ATOM 43271 H1 TIP3X1059 -32.580 -37.520 16.510 1.00 0.00 W5 H +ATOM 43272 H2 TIP3X1059 -31.430 -37.480 17.500 1.00 0.00 W5 H +ATOM 43273 OH2 TIP3X1060 -42.070 -22.870 -43.950 1.00 0.00 W5 O +ATOM 43274 H1 TIP3X1060 -42.670 -22.450 -43.310 1.00 0.00 W5 H +ATOM 43275 H2 TIP3X1060 -42.550 -23.640 -44.250 1.00 0.00 W5 H +ATOM 43276 OH2 TIP3X1061 33.270 3.800 -38.510 1.00 0.00 W5 O +ATOM 43277 H1 TIP3X1061 33.730 3.750 -39.350 1.00 0.00 W5 H +ATOM 43278 H2 TIP3X1061 33.950 3.610 -37.850 1.00 0.00 W5 H +ATOM 43279 OH2 TIP3X1062 35.480 -13.410 -47.890 1.00 0.00 W5 O +ATOM 43280 H1 TIP3X1062 36.310 -13.580 -48.340 1.00 0.00 W5 H +ATOM 43281 H2 TIP3X1062 35.470 -12.470 -47.740 1.00 0.00 W5 H +ATOM 43282 OH2 TIP3X1063 32.930 -2.400 -31.900 1.00 0.00 W5 O +ATOM 43283 H1 TIP3X1063 33.510 -2.090 -31.220 1.00 0.00 W5 H +ATOM 43284 H2 TIP3X1063 33.520 -2.690 -32.600 1.00 0.00 W5 H +ATOM 43285 OH2 TIP3X1064 39.850 -30.640 -37.660 1.00 0.00 W5 O +ATOM 43286 H1 TIP3X1064 40.150 -30.950 -38.510 1.00 0.00 W5 H +ATOM 43287 H2 TIP3X1064 38.900 -30.650 -37.720 1.00 0.00 W5 H +ATOM 43288 OH2 TIP3X1065 5.320 -8.360 29.060 1.00 0.00 W5 O +ATOM 43289 H1 TIP3X1065 5.920 -7.900 29.650 1.00 0.00 W5 H +ATOM 43290 H2 TIP3X1065 4.700 -8.810 29.620 1.00 0.00 W5 H +ATOM 43291 OH2 TIP3X1066 -32.200 33.370 -42.740 1.00 0.00 W5 O +ATOM 43292 H1 TIP3X1066 -31.750 33.560 -43.560 1.00 0.00 W5 H +ATOM 43293 H2 TIP3X1066 -31.860 34.020 -42.110 1.00 0.00 W5 H +ATOM 43294 OH2 TIP3X1067 47.700 23.030 18.970 1.00 0.00 W5 O +ATOM 43295 H1 TIP3X1067 48.030 22.360 19.580 1.00 0.00 W5 H +ATOM 43296 H2 TIP3X1067 48.470 23.310 18.480 1.00 0.00 W5 H +ATOM 43297 OH2 TIP3X1068 33.260 31.070 -27.570 1.00 0.00 W5 O +ATOM 43298 H1 TIP3X1068 33.870 31.560 -27.020 1.00 0.00 W5 H +ATOM 43299 H2 TIP3X1068 33.110 30.250 -27.100 1.00 0.00 W5 H +ATOM 43300 OH2 TIP3X1069 46.040 -12.260 -44.540 1.00 0.00 W5 O +ATOM 43301 H1 TIP3X1069 45.220 -12.690 -44.310 1.00 0.00 W5 H +ATOM 43302 H2 TIP3X1069 45.850 -11.330 -44.440 1.00 0.00 W5 H +ATOM 43303 OH2 TIP3X1070 -11.720 -23.200 -23.620 1.00 0.00 W5 O +ATOM 43304 H1 TIP3X1070 -11.960 -24.130 -23.630 1.00 0.00 W5 H +ATOM 43305 H2 TIP3X1070 -12.460 -22.780 -23.170 1.00 0.00 W5 H +ATOM 43306 OH2 TIP3X1071 16.660 -30.780 35.360 1.00 0.00 W5 O +ATOM 43307 H1 TIP3X1071 15.790 -30.490 35.620 1.00 0.00 W5 H +ATOM 43308 H2 TIP3X1071 16.630 -31.730 35.450 1.00 0.00 W5 H +ATOM 43309 OH2 TIP3X1072 -37.490 2.140 -18.650 1.00 0.00 W5 O +ATOM 43310 H1 TIP3X1072 -37.870 2.280 -19.520 1.00 0.00 W5 H +ATOM 43311 H2 TIP3X1072 -37.700 1.220 -18.450 1.00 0.00 W5 H +ATOM 43312 OH2 TIP3X1073 47.550 20.050 28.820 1.00 0.00 W5 O +ATOM 43313 H1 TIP3X1073 47.410 20.580 28.040 1.00 0.00 W5 H +ATOM 43314 H2 TIP3X1073 47.040 20.490 29.500 1.00 0.00 W5 H +ATOM 43315 OH2 TIP3X1074 -39.690 24.900 -34.330 1.00 0.00 W5 O +ATOM 43316 H1 TIP3X1074 -39.410 25.200 -33.470 1.00 0.00 W5 H +ATOM 43317 H2 TIP3X1074 -40.490 24.400 -34.170 1.00 0.00 W5 H +ATOM 43318 OH2 TIP3X1075 19.110 15.870 -40.360 1.00 0.00 W5 O +ATOM 43319 H1 TIP3X1075 19.240 14.940 -40.510 1.00 0.00 W5 H +ATOM 43320 H2 TIP3X1075 19.930 16.280 -40.650 1.00 0.00 W5 H +ATOM 43321 OH2 TIP3X1076 -25.630 -50.210 24.880 1.00 0.00 W5 O +ATOM 43322 H1 TIP3X1076 -25.110 -49.570 25.380 1.00 0.00 W5 H +ATOM 43323 H2 TIP3X1076 -25.130 -50.350 24.080 1.00 0.00 W5 H +ATOM 43324 OH2 TIP3X1077 -17.270 -46.780 26.600 1.00 0.00 W5 O +ATOM 43325 H1 TIP3X1077 -17.160 -46.300 27.420 1.00 0.00 W5 H +ATOM 43326 H2 TIP3X1077 -17.680 -46.140 26.010 1.00 0.00 W5 H +ATOM 43327 OH2 TIP3X1078 31.230 18.890 -30.330 1.00 0.00 W5 O +ATOM 43328 H1 TIP3X1078 30.790 18.100 -29.980 1.00 0.00 W5 H +ATOM 43329 H2 TIP3X1078 31.910 18.550 -30.910 1.00 0.00 W5 H +ATOM 43330 OH2 TIP3X1079 -21.500 -27.960 -35.930 1.00 0.00 W5 O +ATOM 43331 H1 TIP3X1079 -21.530 -27.010 -35.870 1.00 0.00 W5 H +ATOM 43332 H2 TIP3X1079 -22.130 -28.260 -35.280 1.00 0.00 W5 H +ATOM 43333 OH2 TIP3X1080 -43.190 11.300 -38.430 1.00 0.00 W5 O +ATOM 43334 H1 TIP3X1080 -42.910 11.310 -37.520 1.00 0.00 W5 H +ATOM 43335 H2 TIP3X1080 -43.900 11.950 -38.480 1.00 0.00 W5 H +ATOM 43336 OH2 TIP3X1081 -24.630 -49.730 19.530 1.00 0.00 W5 O +ATOM 43337 H1 TIP3X1081 -25.060 -50.040 20.330 1.00 0.00 W5 H +ATOM 43338 H2 TIP3X1081 -24.370 -50.520 19.070 1.00 0.00 W5 H +ATOM 43339 OH2 TIP3X1082 -30.960 -45.610 -28.980 1.00 0.00 W5 O +ATOM 43340 H1 TIP3X1082 -31.370 -45.020 -28.340 1.00 0.00 W5 H +ATOM 43341 H2 TIP3X1082 -31.330 -45.340 -29.830 1.00 0.00 W5 H +ATOM 43342 OH2 TIP3X1083 -19.850 -44.460 -44.860 1.00 0.00 W5 O +ATOM 43343 H1 TIP3X1083 -20.410 -44.000 -44.230 1.00 0.00 W5 H +ATOM 43344 H2 TIP3X1083 -20.440 -45.060 -45.310 1.00 0.00 W5 H +ATOM 43345 OH2 TIP3X1084 46.430 27.210 -24.760 1.00 0.00 W5 O +ATOM 43346 H1 TIP3X1084 46.760 28.030 -24.380 1.00 0.00 W5 H +ATOM 43347 H2 TIP3X1084 46.790 27.210 -25.650 1.00 0.00 W5 H +ATOM 43348 OH2 TIP3X1085 25.050 -38.230 -26.000 1.00 0.00 W5 O +ATOM 43349 H1 TIP3X1085 25.750 -38.170 -25.360 1.00 0.00 W5 H +ATOM 43350 H2 TIP3X1085 24.330 -38.660 -25.530 1.00 0.00 W5 H +ATOM 43351 OH2 TIP3X1086 -28.180 7.650 37.120 1.00 0.00 W5 O +ATOM 43352 H1 TIP3X1086 -28.320 6.730 36.890 1.00 0.00 W5 H +ATOM 43353 H2 TIP3X1086 -28.360 8.120 36.310 1.00 0.00 W5 H +ATOM 43354 OH2 TIP3X1087 41.320 30.400 33.190 1.00 0.00 W5 O +ATOM 43355 H1 TIP3X1087 40.520 30.670 32.760 1.00 0.00 W5 H +ATOM 43356 H2 TIP3X1087 41.910 31.130 33.100 1.00 0.00 W5 H +ATOM 43357 OH2 TIP3X1088 34.470 40.860 -16.380 1.00 0.00 W5 O +ATOM 43358 H1 TIP3X1088 33.930 41.270 -15.710 1.00 0.00 W5 H +ATOM 43359 H2 TIP3X1088 34.000 41.010 -17.200 1.00 0.00 W5 H +ATOM 43360 OH2 TIP3X1089 -45.450 39.270 -46.880 1.00 0.00 W5 O +ATOM 43361 H1 TIP3X1089 -46.340 38.910 -46.810 1.00 0.00 W5 H +ATOM 43362 H2 TIP3X1089 -44.890 38.500 -46.950 1.00 0.00 W5 H +ATOM 43363 OH2 TIP3X1090 16.000 37.590 -17.250 1.00 0.00 W5 O +ATOM 43364 H1 TIP3X1090 16.680 37.000 -16.940 1.00 0.00 W5 H +ATOM 43365 H2 TIP3X1090 15.280 37.490 -16.610 1.00 0.00 W5 H +ATOM 43366 OH2 TIP3X1091 47.680 -37.560 35.490 1.00 0.00 W5 O +ATOM 43367 H1 TIP3X1091 47.540 -37.780 36.400 1.00 0.00 W5 H +ATOM 43368 H2 TIP3X1091 48.140 -36.720 35.510 1.00 0.00 W5 H +ATOM 43369 OH2 TIP3X1092 23.740 19.480 34.990 1.00 0.00 W5 O +ATOM 43370 H1 TIP3X1092 24.650 19.600 35.230 1.00 0.00 W5 H +ATOM 43371 H2 TIP3X1092 23.260 19.560 35.810 1.00 0.00 W5 H +ATOM 43372 OH2 TIP3X1093 -27.870 -2.050 -47.290 1.00 0.00 W5 O +ATOM 43373 H1 TIP3X1093 -27.960 -1.930 -46.350 1.00 0.00 W5 H +ATOM 43374 H2 TIP3X1093 -26.930 -1.950 -47.450 1.00 0.00 W5 H +ATOM 43375 OH2 TIP3X1094 30.800 -40.420 -30.510 1.00 0.00 W5 O +ATOM 43376 H1 TIP3X1094 30.630 -40.030 -31.370 1.00 0.00 W5 H +ATOM 43377 H2 TIP3X1094 31.160 -39.700 -29.990 1.00 0.00 W5 H +ATOM 43378 OH2 TIP3X1095 5.250 32.730 -36.260 1.00 0.00 W5 O +ATOM 43379 H1 TIP3X1095 5.230 32.160 -37.040 1.00 0.00 W5 H +ATOM 43380 H2 TIP3X1095 4.980 32.170 -35.540 1.00 0.00 W5 H +ATOM 43381 OH2 TIP3X1096 30.560 -4.730 -20.550 1.00 0.00 W5 O +ATOM 43382 H1 TIP3X1096 31.270 -4.250 -20.140 1.00 0.00 W5 H +ATOM 43383 H2 TIP3X1096 30.870 -5.620 -20.620 1.00 0.00 W5 H +ATOM 43384 OH2 TIP3X1097 47.890 -25.230 22.510 1.00 0.00 W5 O +ATOM 43385 H1 TIP3X1097 47.820 -25.520 23.420 1.00 0.00 W5 H +ATOM 43386 H2 TIP3X1097 46.990 -25.100 22.230 1.00 0.00 W5 H +ATOM 43387 OH2 TIP3X1098 -32.440 -2.140 -29.910 1.00 0.00 W5 O +ATOM 43388 H1 TIP3X1098 -32.020 -1.770 -29.140 1.00 0.00 W5 H +ATOM 43389 H2 TIP3X1098 -32.600 -3.060 -29.670 1.00 0.00 W5 H +ATOM 43390 OH2 TIP3X1099 -21.060 -8.850 39.890 1.00 0.00 W5 O +ATOM 43391 H1 TIP3X1099 -21.980 -8.620 39.740 1.00 0.00 W5 H +ATOM 43392 H2 TIP3X1099 -20.740 -9.150 39.040 1.00 0.00 W5 H +ATOM 43393 OH2 TIP3X1100 47.060 4.950 -29.650 1.00 0.00 W5 O +ATOM 43394 H1 TIP3X1100 46.250 4.790 -29.160 1.00 0.00 W5 H +ATOM 43395 H2 TIP3X1100 47.190 4.150 -30.180 1.00 0.00 W5 H +ATOM 43396 OH2 TIP3X1101 35.410 -22.850 -35.070 1.00 0.00 W5 O +ATOM 43397 H1 TIP3X1101 35.160 -23.130 -35.950 1.00 0.00 W5 H +ATOM 43398 H2 TIP3X1101 36.120 -23.440 -34.820 1.00 0.00 W5 H +ATOM 43399 OH2 TIP3X1102 6.990 -42.590 34.840 1.00 0.00 W5 O +ATOM 43400 H1 TIP3X1102 7.120 -43.130 35.620 1.00 0.00 W5 H +ATOM 43401 H2 TIP3X1102 7.740 -42.000 34.840 1.00 0.00 W5 H +ATOM 43402 OH2 TIP3X1103 -14.590 -35.680 19.240 1.00 0.00 W5 O +ATOM 43403 H1 TIP3X1103 -14.400 -36.010 18.370 1.00 0.00 W5 H +ATOM 43404 H2 TIP3X1103 -13.770 -35.760 19.720 1.00 0.00 W5 H +ATOM 43405 OH2 TIP3X1104 15.940 34.670 -27.970 1.00 0.00 W5 O +ATOM 43406 H1 TIP3X1104 15.960 34.640 -28.930 1.00 0.00 W5 H +ATOM 43407 H2 TIP3X1104 16.780 35.040 -27.720 1.00 0.00 W5 H +ATOM 43408 OH2 TIP3X1105 -38.180 35.550 -48.140 1.00 0.00 W5 O +ATOM 43409 H1 TIP3X1105 -37.280 35.880 -48.020 1.00 0.00 W5 H +ATOM 43410 H2 TIP3X1105 -38.080 34.600 -48.150 1.00 0.00 W5 H +ATOM 43411 OH2 TIP3X1106 -40.510 41.390 -16.060 1.00 0.00 W5 O +ATOM 43412 H1 TIP3X1106 -40.170 41.530 -15.190 1.00 0.00 W5 H +ATOM 43413 H2 TIP3X1106 -41.420 41.680 -16.020 1.00 0.00 W5 H +ATOM 43414 OH2 TIP3X1107 22.260 31.380 -24.350 1.00 0.00 W5 O +ATOM 43415 H1 TIP3X1107 22.870 32.100 -24.410 1.00 0.00 W5 H +ATOM 43416 H2 TIP3X1107 21.400 31.770 -24.520 1.00 0.00 W5 H +ATOM 43417 OH2 TIP3X1108 -45.060 -45.310 -43.110 1.00 0.00 W5 O +ATOM 43418 H1 TIP3X1108 -44.830 -45.070 -42.210 1.00 0.00 W5 H +ATOM 43419 H2 TIP3X1108 -45.850 -44.810 -43.300 1.00 0.00 W5 H +ATOM 43420 OH2 TIP3X1109 -36.940 -46.160 -29.190 1.00 0.00 W5 O +ATOM 43421 H1 TIP3X1109 -36.890 -46.690 -29.980 1.00 0.00 W5 H +ATOM 43422 H2 TIP3X1109 -36.090 -46.300 -28.770 1.00 0.00 W5 H +ATOM 43423 OH2 TIP3X1110 22.780 -19.030 -40.820 1.00 0.00 W5 O +ATOM 43424 H1 TIP3X1110 22.970 -18.110 -40.670 1.00 0.00 W5 H +ATOM 43425 H2 TIP3X1110 22.350 -19.040 -41.670 1.00 0.00 W5 H +ATOM 43426 OH2 TIP3X1111 23.680 15.350 -15.180 1.00 0.00 W5 O +ATOM 43427 H1 TIP3X1111 23.110 14.620 -15.400 1.00 0.00 W5 H +ATOM 43428 H2 TIP3X1111 23.970 15.170 -14.280 1.00 0.00 W5 H +ATOM 43429 OH2 TIP3X1112 -20.470 -8.560 32.050 1.00 0.00 W5 O +ATOM 43430 H1 TIP3X1112 -20.590 -9.510 32.130 1.00 0.00 W5 H +ATOM 43431 H2 TIP3X1112 -21.200 -8.180 32.540 1.00 0.00 W5 H +ATOM 43432 OH2 TIP3X1113 -2.950 -4.130 25.820 1.00 0.00 W5 O +ATOM 43433 H1 TIP3X1113 -3.120 -4.760 25.130 1.00 0.00 W5 H +ATOM 43434 H2 TIP3X1113 -2.280 -4.550 26.370 1.00 0.00 W5 H +ATOM 43435 OH2 TIP3X1114 12.220 7.050 -17.160 1.00 0.00 W5 O +ATOM 43436 H1 TIP3X1114 11.550 7.190 -17.840 1.00 0.00 W5 H +ATOM 43437 H2 TIP3X1114 11.740 7.050 -16.340 1.00 0.00 W5 H +ATOM 43438 OH2 TIP3X1115 45.780 22.560 23.290 1.00 0.00 W5 O +ATOM 43439 H1 TIP3X1115 45.600 21.770 22.790 1.00 0.00 W5 H +ATOM 43440 H2 TIP3X1115 45.810 22.250 24.200 1.00 0.00 W5 H +ATOM 43441 OH2 TIP3X1116 -7.520 -15.400 -49.490 1.00 0.00 W5 O +ATOM 43442 H1 TIP3X1116 -6.620 -15.090 -49.640 1.00 0.00 W5 H +ATOM 43443 H2 TIP3X1116 -8.030 -14.980 -50.190 1.00 0.00 W5 H +ATOM 43444 OH2 TIP3X1117 31.840 36.350 38.890 1.00 0.00 W5 O +ATOM 43445 H1 TIP3X1117 31.040 36.870 38.820 1.00 0.00 W5 H +ATOM 43446 H2 TIP3X1117 31.970 36.240 39.830 1.00 0.00 W5 H +ATOM 43447 OH2 TIP3X1118 -26.470 25.430 -48.120 1.00 0.00 W5 O +ATOM 43448 H1 TIP3X1118 -26.930 25.540 -47.280 1.00 0.00 W5 H +ATOM 43449 H2 TIP3X1118 -27.170 25.430 -48.770 1.00 0.00 W5 H +ATOM 43450 OH2 TIP3X1119 -11.930 33.100 27.700 1.00 0.00 W5 O +ATOM 43451 H1 TIP3X1119 -12.740 33.020 28.220 1.00 0.00 W5 H +ATOM 43452 H2 TIP3X1119 -11.260 33.320 28.340 1.00 0.00 W5 H +ATOM 43453 OH2 TIP3X1120 25.470 -15.750 -47.690 1.00 0.00 W5 O +ATOM 43454 H1 TIP3X1120 25.290 -14.900 -48.100 1.00 0.00 W5 H +ATOM 43455 H2 TIP3X1120 24.640 -16.020 -47.310 1.00 0.00 W5 H +ATOM 43456 OH2 TIP3X1121 -3.090 -17.710 29.260 1.00 0.00 W5 O +ATOM 43457 H1 TIP3X1121 -2.360 -17.120 29.080 1.00 0.00 W5 H +ATOM 43458 H2 TIP3X1121 -3.870 -17.200 29.060 1.00 0.00 W5 H +ATOM 43459 OH2 TIP3X1122 -5.350 13.850 -38.230 1.00 0.00 W5 O +ATOM 43460 H1 TIP3X1122 -6.140 13.370 -38.010 1.00 0.00 W5 H +ATOM 43461 H2 TIP3X1122 -4.910 13.300 -38.880 1.00 0.00 W5 H +ATOM 43462 OH2 TIP3X1123 25.230 -8.310 33.760 1.00 0.00 W5 O +ATOM 43463 H1 TIP3X1123 24.740 -7.560 33.430 1.00 0.00 W5 H +ATOM 43464 H2 TIP3X1123 26.040 -8.330 33.240 1.00 0.00 W5 H +ATOM 43465 OH2 TIP3X1124 -11.170 30.870 26.560 1.00 0.00 W5 O +ATOM 43466 H1 TIP3X1124 -11.550 30.950 25.680 1.00 0.00 W5 H +ATOM 43467 H2 TIP3X1124 -11.420 31.690 27.000 1.00 0.00 W5 H +ATOM 43468 OH2 TIP3X1125 -27.130 42.780 -34.340 1.00 0.00 W5 O +ATOM 43469 H1 TIP3X1125 -26.350 42.410 -33.910 1.00 0.00 W5 H +ATOM 43470 H2 TIP3X1125 -27.780 42.090 -34.290 1.00 0.00 W5 H +ATOM 43471 OH2 TIP3X1126 44.560 -3.550 21.530 1.00 0.00 W5 O +ATOM 43472 H1 TIP3X1126 45.250 -3.800 20.900 1.00 0.00 W5 H +ATOM 43473 H2 TIP3X1126 44.230 -4.380 21.860 1.00 0.00 W5 H +ATOM 43474 OH2 TIP3X1127 7.080 17.990 38.960 1.00 0.00 W5 O +ATOM 43475 H1 TIP3X1127 6.190 18.260 38.760 1.00 0.00 W5 H +ATOM 43476 H2 TIP3X1127 7.590 18.230 38.200 1.00 0.00 W5 H +ATOM 43477 OH2 TIP3X1128 -3.800 -7.530 -43.190 1.00 0.00 W5 O +ATOM 43478 H1 TIP3X1128 -3.910 -6.600 -43.400 1.00 0.00 W5 H +ATOM 43479 H2 TIP3X1128 -3.960 -7.970 -44.020 1.00 0.00 W5 H +ATOM 43480 OH2 TIP3X1129 -38.760 -22.190 -50.960 1.00 0.00 W5 O +ATOM 43481 H1 TIP3X1129 -38.470 -22.120 -50.050 1.00 0.00 W5 H +ATOM 43482 H2 TIP3X1129 -39.580 -22.690 -50.930 1.00 0.00 W5 H +ATOM 43483 OH2 TIP3X1130 21.770 31.270 -15.240 1.00 0.00 W5 O +ATOM 43484 H1 TIP3X1130 21.080 30.700 -15.590 1.00 0.00 W5 H +ATOM 43485 H2 TIP3X1130 22.270 30.700 -14.640 1.00 0.00 W5 H +ATOM 43486 OH2 TIP3X1131 -2.360 -29.340 -50.170 1.00 0.00 W5 O +ATOM 43487 H1 TIP3X1131 -1.660 -29.990 -50.080 1.00 0.00 W5 H +ATOM 43488 H2 TIP3X1131 -1.890 -28.500 -50.230 1.00 0.00 W5 H +ATOM 43489 OH2 TIP3X1132 22.120 28.600 -46.730 1.00 0.00 W5 O +ATOM 43490 H1 TIP3X1132 21.810 27.840 -47.220 1.00 0.00 W5 H +ATOM 43491 H2 TIP3X1132 22.530 28.230 -45.940 1.00 0.00 W5 H +ATOM 43492 OH2 TIP3X1133 22.260 -45.840 -52.520 1.00 0.00 W5 O +ATOM 43493 H1 TIP3X1133 22.340 -46.010 -51.580 1.00 0.00 W5 H +ATOM 43494 H2 TIP3X1133 23.050 -45.360 -52.750 1.00 0.00 W5 H +ATOM 43495 OH2 TIP3X1134 -7.580 34.330 -33.540 1.00 0.00 W5 O +ATOM 43496 H1 TIP3X1134 -7.890 35.170 -33.870 1.00 0.00 W5 H +ATOM 43497 H2 TIP3X1134 -7.920 34.280 -32.650 1.00 0.00 W5 H +ATOM 43498 OH2 TIP3X1135 -3.350 -1.890 27.510 1.00 0.00 W5 O +ATOM 43499 H1 TIP3X1135 -4.010 -2.400 27.990 1.00 0.00 W5 H +ATOM 43500 H2 TIP3X1135 -2.890 -2.540 26.970 1.00 0.00 W5 H +ATOM 43501 OH2 TIP3X1136 -14.820 37.050 -13.210 1.00 0.00 W5 O +ATOM 43502 H1 TIP3X1136 -14.240 36.320 -13.040 1.00 0.00 W5 H +ATOM 43503 H2 TIP3X1136 -14.490 37.750 -12.630 1.00 0.00 W5 H +ATOM 43504 OH2 TIP3X1137 33.580 -45.850 -21.850 1.00 0.00 W5 O +ATOM 43505 H1 TIP3X1137 34.510 -45.950 -22.040 1.00 0.00 W5 H +ATOM 43506 H2 TIP3X1137 33.550 -45.510 -20.950 1.00 0.00 W5 H +ATOM 43507 OH2 TIP3X1138 40.450 -10.020 -25.530 1.00 0.00 W5 O +ATOM 43508 H1 TIP3X1138 41.320 -10.200 -25.900 1.00 0.00 W5 H +ATOM 43509 H2 TIP3X1138 39.860 -10.560 -26.040 1.00 0.00 W5 H +ATOM 43510 OH2 TIP3X1139 46.670 -15.170 -36.080 1.00 0.00 W5 O +ATOM 43511 H1 TIP3X1139 46.090 -15.870 -36.390 1.00 0.00 W5 H +ATOM 43512 H2 TIP3X1139 47.520 -15.580 -36.000 1.00 0.00 W5 H +ATOM 43513 OH2 TIP3X1140 36.290 -39.130 -40.160 1.00 0.00 W5 O +ATOM 43514 H1 TIP3X1140 36.450 -40.070 -40.240 1.00 0.00 W5 H +ATOM 43515 H2 TIP3X1140 36.470 -38.780 -41.020 1.00 0.00 W5 H +ATOM 43516 OH2 TIP3X1141 -16.830 10.960 -21.050 1.00 0.00 W5 O +ATOM 43517 H1 TIP3X1141 -16.330 10.250 -20.630 1.00 0.00 W5 H +ATOM 43518 H2 TIP3X1141 -16.920 11.620 -20.360 1.00 0.00 W5 H +ATOM 43519 OH2 TIP3X1142 -44.170 -29.700 -22.240 1.00 0.00 W5 O +ATOM 43520 H1 TIP3X1142 -44.610 -29.230 -22.930 1.00 0.00 W5 H +ATOM 43521 H2 TIP3X1142 -44.810 -30.360 -21.950 1.00 0.00 W5 H +ATOM 43522 OH2 TIP3X1143 -15.480 14.060 -47.050 1.00 0.00 W5 O +ATOM 43523 H1 TIP3X1143 -15.500 13.130 -47.260 1.00 0.00 W5 H +ATOM 43524 H2 TIP3X1143 -14.690 14.180 -46.530 1.00 0.00 W5 H +ATOM 43525 OH2 TIP3X1144 42.630 -45.310 17.510 1.00 0.00 W5 O +ATOM 43526 H1 TIP3X1144 42.670 -44.380 17.290 1.00 0.00 W5 H +ATOM 43527 H2 TIP3X1144 43.350 -45.710 17.030 1.00 0.00 W5 H +ATOM 43528 OH2 TIP3X1145 19.710 -13.460 -24.840 1.00 0.00 W5 O +ATOM 43529 H1 TIP3X1145 19.960 -12.920 -25.590 1.00 0.00 W5 H +ATOM 43530 H2 TIP3X1145 19.620 -14.350 -25.200 1.00 0.00 W5 H +ATOM 43531 OH2 TIP3X1146 14.850 -47.860 -50.790 1.00 0.00 W5 O +ATOM 43532 H1 TIP3X1146 14.200 -47.830 -50.090 1.00 0.00 W5 H +ATOM 43533 H2 TIP3X1146 14.410 -48.340 -51.490 1.00 0.00 W5 H +ATOM 43534 OH2 TIP3X1147 21.650 25.410 12.200 1.00 0.00 W5 O +ATOM 43535 H1 TIP3X1147 22.470 25.060 12.550 1.00 0.00 W5 H +ATOM 43536 H2 TIP3X1147 21.610 26.310 12.510 1.00 0.00 W5 H +ATOM 43537 OH2 TIP3X1148 40.370 -40.290 -51.500 1.00 0.00 W5 O +ATOM 43538 H1 TIP3X1148 40.570 -41.200 -51.690 1.00 0.00 W5 H +ATOM 43539 H2 TIP3X1148 40.380 -40.220 -50.550 1.00 0.00 W5 H +ATOM 43540 OH2 TIP3X1149 34.010 -18.760 22.440 1.00 0.00 W5 O +ATOM 43541 H1 TIP3X1149 34.730 -18.870 21.820 1.00 0.00 W5 H +ATOM 43542 H2 TIP3X1149 34.430 -18.610 23.280 1.00 0.00 W5 H +ATOM 43543 OH2 TIP3X1150 -36.360 -17.840 -42.310 1.00 0.00 W5 O +ATOM 43544 H1 TIP3X1150 -36.190 -17.010 -41.850 1.00 0.00 W5 H +ATOM 43545 H2 TIP3X1150 -36.520 -18.480 -41.620 1.00 0.00 W5 H +ATOM 43546 OH2 TIP3X1151 40.890 23.680 -50.000 1.00 0.00 W5 O +ATOM 43547 H1 TIP3X1151 41.120 22.960 -49.420 1.00 0.00 W5 H +ATOM 43548 H2 TIP3X1151 41.540 24.360 -49.810 1.00 0.00 W5 H +ATOM 43549 OH2 TIP3X1152 27.830 -27.400 14.490 1.00 0.00 W5 O +ATOM 43550 H1 TIP3X1152 27.210 -26.710 14.730 1.00 0.00 W5 H +ATOM 43551 H2 TIP3X1152 27.290 -28.180 14.350 1.00 0.00 W5 H +ATOM 43552 OH2 TIP3X1153 9.260 -6.680 22.610 1.00 0.00 W5 O +ATOM 43553 H1 TIP3X1153 9.580 -5.830 22.910 1.00 0.00 W5 H +ATOM 43554 H2 TIP3X1153 8.910 -6.500 21.730 1.00 0.00 W5 H +ATOM 43555 OH2 TIP3X1154 13.340 43.950 -49.430 1.00 0.00 W5 O +ATOM 43556 H1 TIP3X1154 13.360 43.230 -48.810 1.00 0.00 W5 H +ATOM 43557 H2 TIP3X1154 13.970 43.690 -50.110 1.00 0.00 W5 H +ATOM 43558 OH2 TIP3X1155 6.580 30.240 19.910 1.00 0.00 W5 O +ATOM 43559 H1 TIP3X1155 6.220 30.180 19.030 1.00 0.00 W5 H +ATOM 43560 H2 TIP3X1155 6.230 31.060 20.250 1.00 0.00 W5 H +ATOM 43561 OH2 TIP3X1156 12.680 -6.980 -26.750 1.00 0.00 W5 O +ATOM 43562 H1 TIP3X1156 12.630 -7.760 -26.210 1.00 0.00 W5 H +ATOM 43563 H2 TIP3X1156 13.530 -7.030 -27.190 1.00 0.00 W5 H +ATOM 43564 OH2 TIP3X1157 -38.590 28.470 -40.190 1.00 0.00 W5 O +ATOM 43565 H1 TIP3X1157 -37.740 28.570 -39.760 1.00 0.00 W5 H +ATOM 43566 H2 TIP3X1157 -39.050 29.280 -39.990 1.00 0.00 W5 H +ATOM 43567 OH2 TIP3X1158 20.510 32.430 -28.060 1.00 0.00 W5 O +ATOM 43568 H1 TIP3X1158 20.390 32.160 -28.980 1.00 0.00 W5 H +ATOM 43569 H2 TIP3X1158 20.230 31.670 -27.570 1.00 0.00 W5 H +ATOM 43570 OH2 TIP3X1159 -15.880 -32.000 8.890 1.00 0.00 W5 O +ATOM 43571 H1 TIP3X1159 -16.660 -32.560 9.000 1.00 0.00 W5 H +ATOM 43572 H2 TIP3X1159 -15.150 -32.620 8.870 1.00 0.00 W5 H +ATOM 43573 OH2 TIP3X1160 10.440 -28.190 13.810 1.00 0.00 W5 O +ATOM 43574 H1 TIP3X1160 10.630 -28.020 12.890 1.00 0.00 W5 H +ATOM 43575 H2 TIP3X1160 10.510 -27.340 14.230 1.00 0.00 W5 H +ATOM 43576 OH2 TIP3X1161 -41.640 -19.940 -25.750 1.00 0.00 W5 O +ATOM 43577 H1 TIP3X1161 -42.400 -19.480 -25.400 1.00 0.00 W5 H +ATOM 43578 H2 TIP3X1161 -41.690 -20.820 -25.370 1.00 0.00 W5 H +ATOM 43579 OH2 TIP3X1162 26.160 29.550 22.830 1.00 0.00 W5 O +ATOM 43580 H1 TIP3X1162 26.680 28.980 22.250 1.00 0.00 W5 H +ATOM 43581 H2 TIP3X1162 26.720 29.710 23.580 1.00 0.00 W5 H +ATOM 43582 OH2 TIP3X1163 7.160 -17.930 17.780 1.00 0.00 W5 O +ATOM 43583 H1 TIP3X1163 6.860 -18.540 17.100 1.00 0.00 W5 H +ATOM 43584 H2 TIP3X1163 6.430 -17.340 17.930 1.00 0.00 W5 H +ATOM 43585 OH2 TIP3X1164 -21.180 -33.170 -22.260 1.00 0.00 W5 O +ATOM 43586 H1 TIP3X1164 -21.170 -34.080 -22.560 1.00 0.00 W5 H +ATOM 43587 H2 TIP3X1164 -22.070 -33.030 -21.930 1.00 0.00 W5 H +ATOM 43588 OH2 TIP3X1165 -0.320 -49.950 -14.810 1.00 0.00 W5 O +ATOM 43589 H1 TIP3X1165 -0.700 -49.920 -13.930 1.00 0.00 W5 H +ATOM 43590 H2 TIP3X1165 -1.050 -49.720 -15.390 1.00 0.00 W5 H +ATOM 43591 OH2 TIP3X1166 1.720 26.510 -48.720 1.00 0.00 W5 O +ATOM 43592 H1 TIP3X1166 1.840 26.180 -49.620 1.00 0.00 W5 H +ATOM 43593 H2 TIP3X1166 1.690 25.730 -48.180 1.00 0.00 W5 H +ATOM 43594 OH2 TIP3X1167 -23.670 37.460 -41.420 1.00 0.00 W5 O +ATOM 43595 H1 TIP3X1167 -23.170 36.960 -40.780 1.00 0.00 W5 H +ATOM 43596 H2 TIP3X1167 -23.690 36.890 -42.200 1.00 0.00 W5 H +ATOM 43597 OH2 TIP3X1168 32.820 40.000 -44.570 1.00 0.00 W5 O +ATOM 43598 H1 TIP3X1168 33.310 40.770 -44.310 1.00 0.00 W5 H +ATOM 43599 H2 TIP3X1168 33.260 39.270 -44.160 1.00 0.00 W5 H +ATOM 43600 OH2 TIP3X1169 14.940 -32.480 22.400 1.00 0.00 W5 O +ATOM 43601 H1 TIP3X1169 15.820 -32.180 22.570 1.00 0.00 W5 H +ATOM 43602 H2 TIP3X1169 14.500 -31.710 22.010 1.00 0.00 W5 H +ATOM 43603 OH2 TIP3X1170 45.030 -1.510 18.830 1.00 0.00 W5 O +ATOM 43604 H1 TIP3X1170 45.700 -0.820 18.890 1.00 0.00 W5 H +ATOM 43605 H2 TIP3X1170 45.500 -2.320 19.030 1.00 0.00 W5 H +ATOM 43606 OH2 TIP3X1171 -9.890 -19.350 25.820 1.00 0.00 W5 O +ATOM 43607 H1 TIP3X1171 -9.240 -19.460 25.140 1.00 0.00 W5 H +ATOM 43608 H2 TIP3X1171 -9.430 -18.870 26.510 1.00 0.00 W5 H +ATOM 43609 OH2 TIP3X1172 13.790 13.950 -38.640 1.00 0.00 W5 O +ATOM 43610 H1 TIP3X1172 13.840 13.180 -39.210 1.00 0.00 W5 H +ATOM 43611 H2 TIP3X1172 14.450 14.550 -39.010 1.00 0.00 W5 H +ATOM 43612 OH2 TIP3X1173 -18.530 -20.610 -14.350 1.00 0.00 W5 O +ATOM 43613 H1 TIP3X1173 -19.360 -20.280 -14.680 1.00 0.00 W5 H +ATOM 43614 H2 TIP3X1173 -17.940 -19.860 -14.390 1.00 0.00 W5 H +ATOM 43615 OH2 TIP3X1174 29.570 36.500 -21.860 1.00 0.00 W5 O +ATOM 43616 H1 TIP3X1174 30.270 36.010 -21.400 1.00 0.00 W5 H +ATOM 43617 H2 TIP3X1174 29.710 36.310 -22.780 1.00 0.00 W5 H +ATOM 43618 OH2 TIP3X1175 19.840 -25.460 -49.160 1.00 0.00 W5 O +ATOM 43619 H1 TIP3X1175 19.300 -24.700 -48.920 1.00 0.00 W5 H +ATOM 43620 H2 TIP3X1175 20.490 -25.520 -48.470 1.00 0.00 W5 H +ATOM 43621 OH2 TIP3X1176 -32.850 13.430 36.150 1.00 0.00 W5 O +ATOM 43622 H1 TIP3X1176 -32.580 14.350 36.210 1.00 0.00 W5 H +ATOM 43623 H2 TIP3X1176 -33.710 13.460 35.750 1.00 0.00 W5 H +ATOM 43624 OH2 TIP3X1177 -31.900 -0.840 -11.840 1.00 0.00 W5 O +ATOM 43625 H1 TIP3X1177 -32.600 -0.830 -12.480 1.00 0.00 W5 H +ATOM 43626 H2 TIP3X1177 -31.540 -1.740 -11.900 1.00 0.00 W5 H +ATOM 43627 OH2 TIP3X1178 -14.050 -17.740 20.970 1.00 0.00 W5 O +ATOM 43628 H1 TIP3X1178 -14.160 -17.020 20.340 1.00 0.00 W5 H +ATOM 43629 H2 TIP3X1178 -14.940 -17.930 21.270 1.00 0.00 W5 H +ATOM 43630 OH2 TIP3X1179 8.580 11.790 -28.010 1.00 0.00 W5 O +ATOM 43631 H1 TIP3X1179 7.730 11.740 -28.440 1.00 0.00 W5 H +ATOM 43632 H2 TIP3X1179 9.160 11.250 -28.550 1.00 0.00 W5 H +ATOM 43633 OH2 TIP3X1180 -5.930 -2.880 38.110 1.00 0.00 W5 O +ATOM 43634 H1 TIP3X1180 -6.640 -2.820 38.730 1.00 0.00 W5 H +ATOM 43635 H2 TIP3X1180 -5.760 -1.970 37.840 1.00 0.00 W5 H +ATOM 43636 OH2 TIP3X1181 36.490 17.310 -43.470 1.00 0.00 W5 O +ATOM 43637 H1 TIP3X1181 37.440 17.210 -43.390 1.00 0.00 W5 H +ATOM 43638 H2 TIP3X1181 36.300 17.010 -44.350 1.00 0.00 W5 H +ATOM 43639 OH2 TIP3X1182 -18.380 -2.060 -32.060 1.00 0.00 W5 O +ATOM 43640 H1 TIP3X1182 -18.090 -2.000 -32.970 1.00 0.00 W5 H +ATOM 43641 H2 TIP3X1182 -18.530 -2.980 -31.910 1.00 0.00 W5 H +ATOM 43642 OH2 TIP3X1183 -33.290 -28.090 27.850 1.00 0.00 W5 O +ATOM 43643 H1 TIP3X1183 -32.480 -27.650 28.110 1.00 0.00 W5 H +ATOM 43644 H2 TIP3X1183 -33.230 -28.170 26.910 1.00 0.00 W5 H +ATOM 43645 OH2 TIP3X1184 19.380 9.940 33.410 1.00 0.00 W5 O +ATOM 43646 H1 TIP3X1184 19.860 9.120 33.320 1.00 0.00 W5 H +ATOM 43647 H2 TIP3X1184 19.110 9.970 34.330 1.00 0.00 W5 H +ATOM 43648 OH2 TIP3X1185 -27.880 38.520 37.060 1.00 0.00 W5 O +ATOM 43649 H1 TIP3X1185 -28.790 38.220 37.120 1.00 0.00 W5 H +ATOM 43650 H2 TIP3X1185 -27.370 37.730 36.860 1.00 0.00 W5 H +ATOM 43651 OH2 TIP3X1186 28.220 -13.940 28.840 1.00 0.00 W5 O +ATOM 43652 H1 TIP3X1186 27.400 -14.110 29.320 1.00 0.00 W5 H +ATOM 43653 H2 TIP3X1186 28.280 -12.990 28.810 1.00 0.00 W5 H +ATOM 43654 OH2 TIP3X1187 -26.710 -34.900 -32.420 1.00 0.00 W5 O +ATOM 43655 H1 TIP3X1187 -25.780 -34.690 -32.510 1.00 0.00 W5 H +ATOM 43656 H2 TIP3X1187 -26.930 -34.640 -31.520 1.00 0.00 W5 H +ATOM 43657 OH2 TIP3X1188 39.800 -42.200 35.210 1.00 0.00 W5 O +ATOM 43658 H1 TIP3X1188 39.350 -42.350 36.040 1.00 0.00 W5 H +ATOM 43659 H2 TIP3X1188 40.210 -41.340 35.310 1.00 0.00 W5 H +ATOM 43660 OH2 TIP3X1189 -7.910 -14.650 -25.000 1.00 0.00 W5 O +ATOM 43661 H1 TIP3X1189 -7.720 -14.410 -24.100 1.00 0.00 W5 H +ATOM 43662 H2 TIP3X1189 -7.990 -13.810 -25.460 1.00 0.00 W5 H +ATOM 43663 OH2 TIP3X1190 -8.810 -28.370 -51.750 1.00 0.00 W5 O +ATOM 43664 H1 TIP3X1190 -9.430 -27.650 -51.760 1.00 0.00 W5 H +ATOM 43665 H2 TIP3X1190 -8.020 -28.000 -51.350 1.00 0.00 W5 H +ATOM 43666 OH2 TIP3X1191 3.880 12.560 33.600 1.00 0.00 W5 O +ATOM 43667 H1 TIP3X1191 3.470 12.840 34.430 1.00 0.00 W5 H +ATOM 43668 H2 TIP3X1191 4.620 12.020 33.870 1.00 0.00 W5 H +ATOM 43669 OH2 TIP3X1192 0.240 4.660 -44.830 1.00 0.00 W5 O +ATOM 43670 H1 TIP3X1192 -0.580 4.210 -45.070 1.00 0.00 W5 H +ATOM 43671 H2 TIP3X1192 -0.040 5.550 -44.580 1.00 0.00 W5 H +ATOM 43672 OH2 TIP3X1193 -16.910 -7.820 26.660 1.00 0.00 W5 O +ATOM 43673 H1 TIP3X1193 -17.050 -7.870 27.610 1.00 0.00 W5 H +ATOM 43674 H2 TIP3X1193 -17.790 -7.870 26.280 1.00 0.00 W5 H +ATOM 43675 OH2 TIP3X1194 23.390 -10.850 -27.170 1.00 0.00 W5 O +ATOM 43676 H1 TIP3X1194 23.560 -10.560 -26.280 1.00 0.00 W5 H +ATOM 43677 H2 TIP3X1194 24.050 -11.530 -27.320 1.00 0.00 W5 H +ATOM 43678 OH2 TIP3X1195 43.080 -34.400 13.370 1.00 0.00 W5 O +ATOM 43679 H1 TIP3X1195 42.740 -33.510 13.310 1.00 0.00 W5 H +ATOM 43680 H2 TIP3X1195 43.940 -34.290 13.780 1.00 0.00 W5 H +ATOM 43681 OH2 TIP3X1196 -22.740 -5.730 -43.500 1.00 0.00 W5 O +ATOM 43682 H1 TIP3X1196 -23.570 -5.400 -43.160 1.00 0.00 W5 H +ATOM 43683 H2 TIP3X1196 -22.700 -5.420 -44.400 1.00 0.00 W5 H +ATOM 43684 OH2 TIP3X1197 23.480 13.260 19.650 1.00 0.00 W5 O +ATOM 43685 H1 TIP3X1197 24.220 13.490 19.090 1.00 0.00 W5 H +ATOM 43686 H2 TIP3X1197 23.840 12.670 20.310 1.00 0.00 W5 H +ATOM 43687 OH2 TIP3X1198 -3.450 20.920 35.540 1.00 0.00 W5 O +ATOM 43688 H1 TIP3X1198 -3.310 20.350 34.790 1.00 0.00 W5 H +ATOM 43689 H2 TIP3X1198 -2.690 21.520 35.520 1.00 0.00 W5 H +ATOM 43690 OH2 TIP3X1199 42.020 11.980 -24.300 1.00 0.00 W5 O +ATOM 43691 H1 TIP3X1199 41.790 11.760 -23.390 1.00 0.00 W5 H +ATOM 43692 H2 TIP3X1199 41.470 11.410 -24.840 1.00 0.00 W5 H +ATOM 43693 OH2 TIP3X1200 4.040 4.680 -38.620 1.00 0.00 W5 O +ATOM 43694 H1 TIP3X1200 4.360 4.140 -39.340 1.00 0.00 W5 H +ATOM 43695 H2 TIP3X1200 3.150 4.380 -38.480 1.00 0.00 W5 H +ATOM 43696 OH2 TIP3X1201 -28.900 0.590 -42.610 1.00 0.00 W5 O +ATOM 43697 H1 TIP3X1201 -28.710 -0.130 -42.020 1.00 0.00 W5 H +ATOM 43698 H2 TIP3X1201 -28.290 1.290 -42.340 1.00 0.00 W5 H +ATOM 43699 OH2 TIP3X1202 -31.450 -24.730 22.060 1.00 0.00 W5 O +ATOM 43700 H1 TIP3X1202 -31.600 -24.430 21.160 1.00 0.00 W5 H +ATOM 43701 H2 TIP3X1202 -30.990 -24.000 22.470 1.00 0.00 W5 H +ATOM 43702 OH2 TIP3X1203 6.150 -26.230 -29.970 1.00 0.00 W5 O +ATOM 43703 H1 TIP3X1203 6.290 -26.440 -29.050 1.00 0.00 W5 H +ATOM 43704 H2 TIP3X1203 5.770 -27.030 -30.340 1.00 0.00 W5 H +ATOM 43705 OH2 TIP3X1204 -1.530 31.030 -17.470 1.00 0.00 W5 O +ATOM 43706 H1 TIP3X1204 -1.560 31.430 -16.610 1.00 0.00 W5 H +ATOM 43707 H2 TIP3X1204 -2.420 30.710 -17.620 1.00 0.00 W5 H +ATOM 43708 OH2 TIP3X1205 -26.780 20.110 27.080 1.00 0.00 W5 O +ATOM 43709 H1 TIP3X1205 -26.650 19.400 26.450 1.00 0.00 W5 H +ATOM 43710 H2 TIP3X1205 -26.670 19.690 27.930 1.00 0.00 W5 H +ATOM 43711 OH2 TIP3X1206 -3.150 -36.900 14.000 1.00 0.00 W5 O +ATOM 43712 H1 TIP3X1206 -3.650 -36.720 13.210 1.00 0.00 W5 H +ATOM 43713 H2 TIP3X1206 -3.820 -37.000 14.690 1.00 0.00 W5 H +ATOM 43714 OH2 TIP3X1207 32.490 -15.890 -29.600 1.00 0.00 W5 O +ATOM 43715 H1 TIP3X1207 32.750 -16.210 -30.460 1.00 0.00 W5 H +ATOM 43716 H2 TIP3X1207 31.650 -16.320 -29.440 1.00 0.00 W5 H +ATOM 43717 OH2 TIP3X1208 17.210 22.850 -28.310 1.00 0.00 W5 O +ATOM 43718 H1 TIP3X1208 16.990 23.630 -28.820 1.00 0.00 W5 H +ATOM 43719 H2 TIP3X1208 16.420 22.670 -27.800 1.00 0.00 W5 H +ATOM 43720 OH2 TIP3X1209 35.110 0.700 20.350 1.00 0.00 W5 O +ATOM 43721 H1 TIP3X1209 35.570 1.160 19.640 1.00 0.00 W5 H +ATOM 43722 H2 TIP3X1209 35.410 -0.200 20.280 1.00 0.00 W5 H +ATOM 43723 OH2 TIP3X1210 0.560 -6.660 -41.310 1.00 0.00 W5 O +ATOM 43724 H1 TIP3X1210 0.590 -7.590 -41.530 1.00 0.00 W5 H +ATOM 43725 H2 TIP3X1210 0.250 -6.240 -42.110 1.00 0.00 W5 H +ATOM 43726 OH2 TIP3X1211 12.040 -13.410 31.700 1.00 0.00 W5 O +ATOM 43727 H1 TIP3X1211 11.440 -14.150 31.550 1.00 0.00 W5 H +ATOM 43728 H2 TIP3X1211 11.610 -12.670 31.290 1.00 0.00 W5 H +ATOM 43729 OH2 TIP3X1212 12.970 -9.760 -48.540 1.00 0.00 W5 O +ATOM 43730 H1 TIP3X1212 13.030 -10.620 -48.120 1.00 0.00 W5 H +ATOM 43731 H2 TIP3X1212 13.860 -9.540 -48.790 1.00 0.00 W5 H +ATOM 43732 OH2 TIP3X1213 3.110 -48.950 -37.260 1.00 0.00 W5 O +ATOM 43733 H1 TIP3X1213 3.320 -49.720 -36.750 1.00 0.00 W5 H +ATOM 43734 H2 TIP3X1213 2.510 -48.450 -36.710 1.00 0.00 W5 H +ATOM 43735 OH2 TIP3X1214 -17.770 -45.870 16.370 1.00 0.00 W5 O +ATOM 43736 H1 TIP3X1214 -17.730 -45.120 15.760 1.00 0.00 W5 H +ATOM 43737 H2 TIP3X1214 -18.350 -45.570 17.070 1.00 0.00 W5 H +ATOM 43738 OH2 TIP3X1215 5.140 24.760 32.640 1.00 0.00 W5 O +ATOM 43739 H1 TIP3X1215 6.000 25.000 32.290 1.00 0.00 W5 H +ATOM 43740 H2 TIP3X1215 4.550 24.840 31.890 1.00 0.00 W5 H +ATOM 43741 OH2 TIP3X1216 24.030 -43.660 -20.340 1.00 0.00 W5 O +ATOM 43742 H1 TIP3X1216 23.920 -44.420 -20.910 1.00 0.00 W5 H +ATOM 43743 H2 TIP3X1216 23.130 -43.360 -20.170 1.00 0.00 W5 H +ATOM 43744 OH2 TIP3X1217 11.600 19.500 -13.330 1.00 0.00 W5 O +ATOM 43745 H1 TIP3X1217 11.950 18.650 -13.590 1.00 0.00 W5 H +ATOM 43746 H2 TIP3X1217 10.650 19.390 -13.370 1.00 0.00 W5 H +ATOM 43747 OH2 TIP3X1218 -11.470 12.030 -45.390 1.00 0.00 W5 O +ATOM 43748 H1 TIP3X1218 -10.550 12.180 -45.220 1.00 0.00 W5 H +ATOM 43749 H2 TIP3X1218 -11.830 11.740 -44.550 1.00 0.00 W5 H +ATOM 43750 OH2 TIP3X1219 -37.880 7.200 28.020 1.00 0.00 W5 O +ATOM 43751 H1 TIP3X1219 -38.200 6.700 28.770 1.00 0.00 W5 H +ATOM 43752 H2 TIP3X1219 -36.950 7.320 28.170 1.00 0.00 W5 H +ATOM 43753 OH2 TIP3X1220 -2.210 26.580 -27.870 1.00 0.00 W5 O +ATOM 43754 H1 TIP3X1220 -2.940 25.980 -28.040 1.00 0.00 W5 H +ATOM 43755 H2 TIP3X1220 -1.490 26.230 -28.390 1.00 0.00 W5 H +ATOM 43756 OH2 TIP3X1221 -7.950 -26.030 -24.020 1.00 0.00 W5 O +ATOM 43757 H1 TIP3X1221 -7.550 -26.860 -23.780 1.00 0.00 W5 H +ATOM 43758 H2 TIP3X1221 -7.870 -25.480 -23.240 1.00 0.00 W5 H +ATOM 43759 OH2 TIP3X1222 -28.680 35.330 34.030 1.00 0.00 W5 O +ATOM 43760 H1 TIP3X1222 -29.100 35.840 33.330 1.00 0.00 W5 H +ATOM 43761 H2 TIP3X1222 -27.770 35.600 34.030 1.00 0.00 W5 H +ATOM 43762 OH2 TIP3X1223 5.760 -22.400 20.760 1.00 0.00 W5 O +ATOM 43763 H1 TIP3X1223 5.520 -22.610 19.860 1.00 0.00 W5 H +ATOM 43764 H2 TIP3X1223 6.710 -22.270 20.730 1.00 0.00 W5 H +ATOM 43765 OH2 TIP3X1224 30.180 40.990 -41.470 1.00 0.00 W5 O +ATOM 43766 H1 TIP3X1224 30.420 41.810 -41.040 1.00 0.00 W5 H +ATOM 43767 H2 TIP3X1224 29.650 40.530 -40.820 1.00 0.00 W5 H +ATOM 43768 OH2 TIP3X1225 -9.380 36.070 40.000 1.00 0.00 W5 O +ATOM 43769 H1 TIP3X1225 -8.430 36.010 40.000 1.00 0.00 W5 H +ATOM 43770 H2 TIP3X1225 -9.560 37.000 39.820 1.00 0.00 W5 H +ATOM 43771 OH2 TIP3X1226 -28.480 21.900 -31.560 1.00 0.00 W5 O +ATOM 43772 H1 TIP3X1226 -28.260 22.230 -30.690 1.00 0.00 W5 H +ATOM 43773 H2 TIP3X1226 -27.810 22.260 -32.130 1.00 0.00 W5 H +ATOM 43774 OH2 TIP3X1227 -5.560 -27.960 32.550 1.00 0.00 W5 O +ATOM 43775 H1 TIP3X1227 -6.010 -28.710 32.170 1.00 0.00 W5 H +ATOM 43776 H2 TIP3X1227 -4.860 -27.760 31.900 1.00 0.00 W5 H +ATOM 43777 OH2 TIP3X1228 2.070 24.500 -46.430 1.00 0.00 W5 O +ATOM 43778 H1 TIP3X1228 2.520 23.710 -46.740 1.00 0.00 W5 H +ATOM 43779 H2 TIP3X1228 2.740 24.980 -45.950 1.00 0.00 W5 H +ATOM 43780 OH2 TIP3X1229 31.870 9.670 -14.210 1.00 0.00 W5 O +ATOM 43781 H1 TIP3X1229 31.000 9.280 -14.240 1.00 0.00 W5 H +ATOM 43782 H2 TIP3X1229 32.240 9.420 -13.370 1.00 0.00 W5 H +ATOM 43783 OH2 TIP3X1230 1.670 -44.920 18.030 1.00 0.00 W5 O +ATOM 43784 H1 TIP3X1230 1.980 -44.750 17.140 1.00 0.00 W5 H +ATOM 43785 H2 TIP3X1230 1.790 -44.090 18.480 1.00 0.00 W5 H +ATOM 43786 OH2 TIP3X1231 23.070 8.440 -38.740 1.00 0.00 W5 O +ATOM 43787 H1 TIP3X1231 23.860 8.900 -38.470 1.00 0.00 W5 H +ATOM 43788 H2 TIP3X1231 22.440 8.630 -38.040 1.00 0.00 W5 H +ATOM 43789 OH2 TIP3X1232 15.200 -48.900 22.540 1.00 0.00 W5 O +ATOM 43790 H1 TIP3X1232 14.870 -48.030 22.290 1.00 0.00 W5 H +ATOM 43791 H2 TIP3X1232 15.670 -48.740 23.360 1.00 0.00 W5 H +ATOM 43792 OH2 TIP3X1233 -6.390 -10.370 29.820 1.00 0.00 W5 O +ATOM 43793 H1 TIP3X1233 -6.870 -9.730 29.310 1.00 0.00 W5 H +ATOM 43794 H2 TIP3X1233 -5.940 -10.910 29.170 1.00 0.00 W5 H +ATOM 43795 OH2 TIP3X1234 -27.270 -38.810 33.560 1.00 0.00 W5 O +ATOM 43796 H1 TIP3X1234 -27.660 -39.620 33.240 1.00 0.00 W5 H +ATOM 43797 H2 TIP3X1234 -26.380 -38.810 33.200 1.00 0.00 W5 H +ATOM 43798 OH2 TIP3X1235 3.110 11.540 -35.550 1.00 0.00 W5 O +ATOM 43799 H1 TIP3X1235 2.660 11.020 -34.900 1.00 0.00 W5 H +ATOM 43800 H2 TIP3X1235 3.210 12.400 -35.140 1.00 0.00 W5 H +ATOM 43801 OH2 TIP3X1236 -15.820 -6.100 37.760 1.00 0.00 W5 O +ATOM 43802 H1 TIP3X1236 -15.390 -6.920 37.500 1.00 0.00 W5 H +ATOM 43803 H2 TIP3X1236 -16.420 -5.910 37.050 1.00 0.00 W5 H +ATOM 43804 OH2 TIP3X1237 16.880 0.160 -36.240 1.00 0.00 W5 O +ATOM 43805 H1 TIP3X1237 17.080 0.440 -35.350 1.00 0.00 W5 H +ATOM 43806 H2 TIP3X1237 17.020 -0.790 -36.230 1.00 0.00 W5 H +ATOM 43807 OH2 TIP3X1238 20.700 31.950 35.690 1.00 0.00 W5 O +ATOM 43808 H1 TIP3X1238 20.110 31.230 35.430 1.00 0.00 W5 H +ATOM 43809 H2 TIP3X1238 20.670 32.560 34.960 1.00 0.00 W5 H +ATOM 43810 OH2 TIP3X1239 -30.310 18.580 34.780 1.00 0.00 W5 O +ATOM 43811 H1 TIP3X1239 -31.240 18.830 34.650 1.00 0.00 W5 H +ATOM 43812 H2 TIP3X1239 -30.330 17.950 35.490 1.00 0.00 W5 H +ATOM 43813 OH2 TIP3X1240 -20.890 -34.880 -26.500 1.00 0.00 W5 O +ATOM 43814 H1 TIP3X1240 -21.230 -34.480 -25.700 1.00 0.00 W5 H +ATOM 43815 H2 TIP3X1240 -19.940 -34.890 -26.370 1.00 0.00 W5 H +ATOM 43816 OH2 TIP3X1241 -14.040 39.340 -22.230 1.00 0.00 W5 O +ATOM 43817 H1 TIP3X1241 -14.020 38.860 -23.050 1.00 0.00 W5 H +ATOM 43818 H2 TIP3X1241 -13.160 39.220 -21.860 1.00 0.00 W5 H +ATOM 43819 OH2 TIP3X1242 -23.060 -43.980 -45.610 1.00 0.00 W5 O +ATOM 43820 H1 TIP3X1242 -22.700 -43.620 -44.810 1.00 0.00 W5 H +ATOM 43821 H2 TIP3X1242 -23.690 -43.330 -45.910 1.00 0.00 W5 H +ATOM 43822 OH2 TIP3X1243 -42.270 21.290 27.010 1.00 0.00 W5 O +ATOM 43823 H1 TIP3X1243 -43.030 21.730 27.380 1.00 0.00 W5 H +ATOM 43824 H2 TIP3X1243 -41.900 21.910 26.390 1.00 0.00 W5 H +ATOM 43825 OH2 TIP3X1244 -22.490 24.590 -33.360 1.00 0.00 W5 O +ATOM 43826 H1 TIP3X1244 -22.780 25.160 -32.660 1.00 0.00 W5 H +ATOM 43827 H2 TIP3X1244 -22.690 25.070 -34.160 1.00 0.00 W5 H +ATOM 43828 OH2 TIP3X1245 -37.480 -12.360 26.830 1.00 0.00 W5 O +ATOM 43829 H1 TIP3X1245 -36.620 -12.020 26.600 1.00 0.00 W5 H +ATOM 43830 H2 TIP3X1245 -37.750 -12.880 26.070 1.00 0.00 W5 H +ATOM 43831 OH2 TIP3X1246 35.710 -39.160 33.490 1.00 0.00 W5 O +ATOM 43832 H1 TIP3X1246 36.570 -39.280 33.070 1.00 0.00 W5 H +ATOM 43833 H2 TIP3X1246 35.920 -39.040 34.420 1.00 0.00 W5 H +ATOM 43834 OH2 TIP3X1247 -29.340 0.000 -22.610 1.00 0.00 W5 O +ATOM 43835 H1 TIP3X1247 -30.290 0.040 -22.690 1.00 0.00 W5 H +ATOM 43836 H2 TIP3X1247 -29.100 -0.800 -23.070 1.00 0.00 W5 H +ATOM 43837 OH2 TIP3X1248 45.590 -9.330 34.090 1.00 0.00 W5 O +ATOM 43838 H1 TIP3X1248 45.110 -10.160 34.050 1.00 0.00 W5 H +ATOM 43839 H2 TIP3X1248 46.130 -9.400 34.870 1.00 0.00 W5 H +ATOM 43840 OH2 TIP3X1249 -28.310 -13.470 -36.170 1.00 0.00 W5 O +ATOM 43841 H1 TIP3X1249 -29.260 -13.600 -36.190 1.00 0.00 W5 H +ATOM 43842 H2 TIP3X1249 -28.010 -14.060 -35.480 1.00 0.00 W5 H +ATOM 43843 OH2 TIP3X1250 15.880 30.320 -33.860 1.00 0.00 W5 O +ATOM 43844 H1 TIP3X1250 15.640 31.060 -34.430 1.00 0.00 W5 H +ATOM 43845 H2 TIP3X1250 15.110 29.760 -33.860 1.00 0.00 W5 H +ATOM 43846 OH2 TIP3X1251 9.490 35.870 14.690 1.00 0.00 W5 O +ATOM 43847 H1 TIP3X1251 8.760 35.520 14.180 1.00 0.00 W5 H +ATOM 43848 H2 TIP3X1251 10.250 35.760 14.110 1.00 0.00 W5 H +ATOM 43849 OH2 TIP3X1252 36.200 -33.280 -36.400 1.00 0.00 W5 O +ATOM 43850 H1 TIP3X1252 36.580 -32.420 -36.560 1.00 0.00 W5 H +ATOM 43851 H2 TIP3X1252 35.440 -33.100 -35.830 1.00 0.00 W5 H +ATOM 43852 OH2 TIP3X1253 -20.170 41.390 -30.700 1.00 0.00 W5 O +ATOM 43853 H1 TIP3X1253 -19.700 40.580 -30.520 1.00 0.00 W5 H +ATOM 43854 H2 TIP3X1253 -19.690 42.060 -30.220 1.00 0.00 W5 H +ATOM 43855 OH2 TIP3X1254 49.320 -15.980 27.980 1.00 0.00 W5 O +ATOM 43856 H1 TIP3X1254 48.550 -15.410 27.930 1.00 0.00 W5 H +ATOM 43857 H2 TIP3X1254 50.030 -15.490 27.570 1.00 0.00 W5 H +ATOM 43858 OH2 TIP3X1255 43.010 13.700 -45.520 1.00 0.00 W5 O +ATOM 43859 H1 TIP3X1255 43.860 13.950 -45.150 1.00 0.00 W5 H +ATOM 43860 H2 TIP3X1255 43.140 13.730 -46.460 1.00 0.00 W5 H +ATOM 43861 OH2 TIP3X1256 6.750 23.210 37.810 1.00 0.00 W5 O +ATOM 43862 H1 TIP3X1256 7.190 22.420 38.120 1.00 0.00 W5 H +ATOM 43863 H2 TIP3X1256 6.840 23.190 36.860 1.00 0.00 W5 H +ATOM 43864 OH2 TIP3X1257 8.270 7.380 31.270 1.00 0.00 W5 O +ATOM 43865 H1 TIP3X1257 8.000 7.290 32.190 1.00 0.00 W5 H +ATOM 43866 H2 TIP3X1257 7.800 6.680 30.810 1.00 0.00 W5 H +ATOM 43867 OH2 TIP3X1258 8.390 -21.660 33.570 1.00 0.00 W5 O +ATOM 43868 H1 TIP3X1258 9.000 -22.340 33.300 1.00 0.00 W5 H +ATOM 43869 H2 TIP3X1258 7.530 -21.990 33.350 1.00 0.00 W5 H +ATOM 43870 OH2 TIP3X1259 21.130 -7.580 -44.630 1.00 0.00 W5 O +ATOM 43871 H1 TIP3X1259 21.750 -8.210 -44.980 1.00 0.00 W5 H +ATOM 43872 H2 TIP3X1259 20.690 -8.050 -43.920 1.00 0.00 W5 H +ATOM 43873 OH2 TIP3X1260 -44.880 -25.590 -48.220 1.00 0.00 W5 O +ATOM 43874 H1 TIP3X1260 -44.080 -25.080 -48.130 1.00 0.00 W5 H +ATOM 43875 H2 TIP3X1260 -45.350 -25.460 -47.390 1.00 0.00 W5 H +ATOM 43876 OH2 TIP3X1261 16.760 -24.720 -28.840 1.00 0.00 W5 O +ATOM 43877 H1 TIP3X1261 16.440 -23.830 -28.990 1.00 0.00 W5 H +ATOM 43878 H2 TIP3X1261 16.610 -24.870 -27.900 1.00 0.00 W5 H +ATOM 43879 OH2 TIP3X1262 -5.170 25.510 -29.750 1.00 0.00 W5 O +ATOM 43880 H1 TIP3X1262 -4.620 26.130 -30.240 1.00 0.00 W5 H +ATOM 43881 H2 TIP3X1262 -5.660 25.060 -30.440 1.00 0.00 W5 H +ATOM 43882 OH2 TIP3X1263 -37.050 -14.320 34.080 1.00 0.00 W5 O +ATOM 43883 H1 TIP3X1263 -37.600 -14.890 33.540 1.00 0.00 W5 H +ATOM 43884 H2 TIP3X1263 -37.660 -13.740 34.530 1.00 0.00 W5 H +ATOM 43885 OH2 TIP3X1264 -40.470 26.640 24.190 1.00 0.00 W5 O +ATOM 43886 H1 TIP3X1264 -39.770 26.210 24.660 1.00 0.00 W5 H +ATOM 43887 H2 TIP3X1264 -40.070 27.450 23.850 1.00 0.00 W5 H +ATOM 43888 OH2 TIP3X1265 -15.660 33.460 -20.800 1.00 0.00 W5 O +ATOM 43889 H1 TIP3X1265 -15.580 34.370 -20.490 1.00 0.00 W5 H +ATOM 43890 H2 TIP3X1265 -16.280 33.500 -21.540 1.00 0.00 W5 H +ATOM 43891 OH2 TIP3X1266 3.450 -14.660 31.070 1.00 0.00 W5 O +ATOM 43892 H1 TIP3X1266 3.790 -14.070 31.750 1.00 0.00 W5 H +ATOM 43893 H2 TIP3X1266 4.220 -15.100 30.720 1.00 0.00 W5 H +ATOM 43894 OH2 TIP3X1267 -28.990 -10.680 33.270 1.00 0.00 W5 O +ATOM 43895 H1 TIP3X1267 -28.350 -10.370 33.910 1.00 0.00 W5 H +ATOM 43896 H2 TIP3X1267 -29.770 -10.160 33.440 1.00 0.00 W5 H +ATOM 43897 OH2 TIP3X1268 22.680 5.820 -39.550 1.00 0.00 W5 O +ATOM 43898 H1 TIP3X1268 22.730 5.850 -40.510 1.00 0.00 W5 H +ATOM 43899 H2 TIP3X1268 22.680 6.740 -39.280 1.00 0.00 W5 H +ATOM 43900 OH2 TIP3X1269 46.220 -47.400 -38.480 1.00 0.00 W5 O +ATOM 43901 H1 TIP3X1269 47.080 -47.730 -38.210 1.00 0.00 W5 H +ATOM 43902 H2 TIP3X1269 46.120 -47.700 -39.380 1.00 0.00 W5 H +ATOM 43903 OH2 TIP3X1270 19.340 34.990 -26.520 1.00 0.00 W5 O +ATOM 43904 H1 TIP3X1270 19.610 34.330 -27.160 1.00 0.00 W5 H +ATOM 43905 H2 TIP3X1270 20.160 35.290 -26.130 1.00 0.00 W5 H +ATOM 43906 OH2 TIP3X1271 35.720 -3.380 -12.170 1.00 0.00 W5 O +ATOM 43907 H1 TIP3X1271 36.480 -3.360 -11.600 1.00 0.00 W5 H +ATOM 43908 H2 TIP3X1271 35.290 -4.210 -11.990 1.00 0.00 W5 H +ATOM 43909 OH2 TIP3X1272 35.810 10.550 -46.060 1.00 0.00 W5 O +ATOM 43910 H1 TIP3X1272 36.020 11.400 -46.440 1.00 0.00 W5 H +ATOM 43911 H2 TIP3X1272 34.880 10.600 -45.840 1.00 0.00 W5 H +ATOM 43912 OH2 TIP3X1273 17.300 43.630 -44.020 1.00 0.00 W5 O +ATOM 43913 H1 TIP3X1273 16.930 42.890 -43.530 1.00 0.00 W5 H +ATOM 43914 H2 TIP3X1273 16.980 44.410 -43.560 1.00 0.00 W5 H +ATOM 43915 OH2 TIP3X1274 -40.430 15.270 -49.070 1.00 0.00 W5 O +ATOM 43916 H1 TIP3X1274 -39.700 14.690 -49.300 1.00 0.00 W5 H +ATOM 43917 H2 TIP3X1274 -40.820 14.880 -48.280 1.00 0.00 W5 H +ATOM 43918 OH2 TIP3X1275 -30.330 -37.730 32.860 1.00 0.00 W5 O +ATOM 43919 H1 TIP3X1275 -29.390 -37.580 32.710 1.00 0.00 W5 H +ATOM 43920 H2 TIP3X1275 -30.420 -37.750 33.820 1.00 0.00 W5 H +ATOM 43921 OH2 TIP3X1276 -25.050 -31.410 38.430 1.00 0.00 W5 O +ATOM 43922 H1 TIP3X1276 -25.370 -32.180 38.890 1.00 0.00 W5 H +ATOM 43923 H2 TIP3X1276 -24.190 -31.250 38.810 1.00 0.00 W5 H +ATOM 43924 OH2 TIP3X1277 25.260 15.560 -40.340 1.00 0.00 W5 O +ATOM 43925 H1 TIP3X1277 25.330 15.190 -41.220 1.00 0.00 W5 H +ATOM 43926 H2 TIP3X1277 25.310 14.810 -39.750 1.00 0.00 W5 H +ATOM 43927 OH2 TIP3X1278 35.600 -3.520 36.460 1.00 0.00 W5 O +ATOM 43928 H1 TIP3X1278 35.260 -4.220 35.910 1.00 0.00 W5 H +ATOM 43929 H2 TIP3X1278 36.540 -3.670 36.500 1.00 0.00 W5 H +ATOM 43930 OH2 TIP3X1279 32.790 -27.940 -20.940 1.00 0.00 W5 O +ATOM 43931 H1 TIP3X1279 32.020 -28.360 -21.320 1.00 0.00 W5 H +ATOM 43932 H2 TIP3X1279 33.340 -27.710 -21.700 1.00 0.00 W5 H +ATOM 43933 OH2 TIP3X1280 -4.720 -36.620 31.830 1.00 0.00 W5 O +ATOM 43934 H1 TIP3X1280 -4.840 -35.780 32.280 1.00 0.00 W5 H +ATOM 43935 H2 TIP3X1280 -3.930 -36.500 31.300 1.00 0.00 W5 H +ATOM 43936 OH2 TIP3X1281 17.290 33.360 31.760 1.00 0.00 W5 O +ATOM 43937 H1 TIP3X1281 17.560 32.890 30.980 1.00 0.00 W5 H +ATOM 43938 H2 TIP3X1281 17.120 34.250 31.460 1.00 0.00 W5 H +ATOM 43939 OH2 TIP3X1282 -17.430 38.730 -21.690 1.00 0.00 W5 O +ATOM 43940 H1 TIP3X1282 -16.880 38.870 -20.920 1.00 0.00 W5 H +ATOM 43941 H2 TIP3X1282 -16.820 38.370 -22.340 1.00 0.00 W5 H +ATOM 43942 OH2 TIP3X1283 -28.220 32.570 40.040 1.00 0.00 W5 O +ATOM 43943 H1 TIP3X1283 -27.630 32.500 40.800 1.00 0.00 W5 H +ATOM 43944 H2 TIP3X1283 -27.850 31.980 39.390 1.00 0.00 W5 H +ATOM 43945 OH2 TIP3X1284 -8.700 -44.640 25.620 1.00 0.00 W5 O +ATOM 43946 H1 TIP3X1284 -8.620 -44.270 26.500 1.00 0.00 W5 H +ATOM 43947 H2 TIP3X1284 -7.970 -45.260 25.570 1.00 0.00 W5 H +ATOM 43948 OH2 TIP3X1285 -14.460 -6.620 27.450 1.00 0.00 W5 O +ATOM 43949 H1 TIP3X1285 -14.480 -6.940 26.560 1.00 0.00 W5 H +ATOM 43950 H2 TIP3X1285 -15.250 -6.980 27.860 1.00 0.00 W5 H +ATOM 43951 OH2 TIP3X1286 32.900 39.580 33.370 1.00 0.00 W5 O +ATOM 43952 H1 TIP3X1286 32.350 39.850 34.120 1.00 0.00 W5 H +ATOM 43953 H2 TIP3X1286 33.270 38.740 33.640 1.00 0.00 W5 H +ATOM 43954 OH2 TIP3X1287 46.760 -42.140 -41.250 1.00 0.00 W5 O +ATOM 43955 H1 TIP3X1287 46.350 -42.030 -40.390 1.00 0.00 W5 H +ATOM 43956 H2 TIP3X1287 46.290 -41.530 -41.820 1.00 0.00 W5 H +ATOM 43957 OH2 TIP3X1288 -30.590 40.760 -18.620 1.00 0.00 W5 O +ATOM 43958 H1 TIP3X1288 -30.010 41.450 -18.930 1.00 0.00 W5 H +ATOM 43959 H2 TIP3X1288 -31.220 40.650 -19.320 1.00 0.00 W5 H +ATOM 43960 OH2 TIP3X1289 -28.880 -25.120 -26.100 1.00 0.00 W5 O +ATOM 43961 H1 TIP3X1289 -29.740 -24.710 -26.160 1.00 0.00 W5 H +ATOM 43962 H2 TIP3X1289 -28.310 -24.570 -26.640 1.00 0.00 W5 H +ATOM 43963 OH2 TIP3X1290 14.140 -6.550 -49.600 1.00 0.00 W5 O +ATOM 43964 H1 TIP3X1290 14.490 -7.410 -49.840 1.00 0.00 W5 H +ATOM 43965 H2 TIP3X1290 14.890 -6.090 -49.200 1.00 0.00 W5 H +ATOM 43966 OH2 TIP3X1291 31.750 -1.520 32.190 1.00 0.00 W5 O +ATOM 43967 H1 TIP3X1291 31.860 -2.320 31.690 1.00 0.00 W5 H +ATOM 43968 H2 TIP3X1291 32.330 -0.880 31.760 1.00 0.00 W5 H +ATOM 43969 OH2 TIP3X1292 39.590 0.800 -29.690 1.00 0.00 W5 O +ATOM 43970 H1 TIP3X1292 38.900 1.390 -29.360 1.00 0.00 W5 H +ATOM 43971 H2 TIP3X1292 40.400 1.220 -29.420 1.00 0.00 W5 H +ATOM 43972 OH2 TIP3X1293 -43.240 31.260 -40.530 1.00 0.00 W5 O +ATOM 43973 H1 TIP3X1293 -43.990 31.370 -39.940 1.00 0.00 W5 H +ATOM 43974 H2 TIP3X1293 -42.710 32.040 -40.380 1.00 0.00 W5 H +ATOM 43975 OH2 TIP3X1294 -5.670 40.570 22.690 1.00 0.00 W5 O +ATOM 43976 H1 TIP3X1294 -5.700 41.450 23.080 1.00 0.00 W5 H +ATOM 43977 H2 TIP3X1294 -5.420 40.720 21.780 1.00 0.00 W5 H +ATOM 43978 OH2 TIP3X1295 25.570 25.370 -45.280 1.00 0.00 W5 O +ATOM 43979 H1 TIP3X1295 26.450 25.620 -45.000 1.00 0.00 W5 H +ATOM 43980 H2 TIP3X1295 25.100 26.200 -45.370 1.00 0.00 W5 H +ATOM 43981 OH2 TIP3X1296 -20.140 6.280 -23.850 1.00 0.00 W5 O +ATOM 43982 H1 TIP3X1296 -19.320 6.250 -24.330 1.00 0.00 W5 H +ATOM 43983 H2 TIP3X1296 -20.720 5.700 -24.330 1.00 0.00 W5 H +ATOM 43984 OH2 TIP3X1297 -38.270 -4.260 30.940 1.00 0.00 W5 O +ATOM 43985 H1 TIP3X1297 -37.650 -4.340 31.670 1.00 0.00 W5 H +ATOM 43986 H2 TIP3X1297 -38.900 -3.610 31.230 1.00 0.00 W5 H +ATOM 43987 OH2 TIP3X1298 12.640 -19.130 21.370 1.00 0.00 W5 O +ATOM 43988 H1 TIP3X1298 12.150 -19.070 20.550 1.00 0.00 W5 H +ATOM 43989 H2 TIP3X1298 13.550 -19.190 21.090 1.00 0.00 W5 H +ATOM 43990 OH2 TIP3X1299 26.980 -10.160 -51.050 1.00 0.00 W5 O +ATOM 43991 H1 TIP3X1299 27.440 -10.140 -50.210 1.00 0.00 W5 H +ATOM 43992 H2 TIP3X1299 26.590 -9.300 -51.150 1.00 0.00 W5 H +ATOM 43993 OH2 TIP3X1300 -39.570 -39.880 -24.700 1.00 0.00 W5 O +ATOM 43994 H1 TIP3X1300 -39.810 -39.160 -24.100 1.00 0.00 W5 H +ATOM 43995 H2 TIP3X1300 -40.380 -40.350 -24.840 1.00 0.00 W5 H +ATOM 43996 OH2 TIP3X1301 11.970 -12.440 -39.670 1.00 0.00 W5 O +ATOM 43997 H1 TIP3X1301 11.880 -13.390 -39.760 1.00 0.00 W5 H +ATOM 43998 H2 TIP3X1301 11.770 -12.090 -40.530 1.00 0.00 W5 H +ATOM 43999 OH2 TIP3X1302 -37.830 -23.860 17.420 1.00 0.00 W5 O +ATOM 44000 H1 TIP3X1302 -38.300 -23.990 18.240 1.00 0.00 W5 H +ATOM 44001 H2 TIP3X1302 -37.730 -22.910 17.350 1.00 0.00 W5 H +ATOM 44002 OH2 TIP3X1303 -12.000 -30.740 35.690 1.00 0.00 W5 O +ATOM 44003 H1 TIP3X1303 -12.040 -31.020 34.780 1.00 0.00 W5 H +ATOM 44004 H2 TIP3X1303 -11.160 -31.090 36.000 1.00 0.00 W5 H +ATOM 44005 OH2 TIP3X1304 -33.330 -1.350 -42.090 1.00 0.00 W5 O +ATOM 44006 H1 TIP3X1304 -33.830 -0.590 -41.780 1.00 0.00 W5 H +ATOM 44007 H2 TIP3X1304 -32.570 -0.980 -42.540 1.00 0.00 W5 H +ATOM 44008 OH2 TIP3X1305 -5.220 10.900 20.880 1.00 0.00 W5 O +ATOM 44009 H1 TIP3X1305 -4.650 11.540 20.440 1.00 0.00 W5 H +ATOM 44010 H2 TIP3X1305 -5.070 10.080 20.400 1.00 0.00 W5 H +ATOM 44011 OH2 TIP3X1306 8.070 34.600 39.550 1.00 0.00 W5 O +ATOM 44012 H1 TIP3X1306 7.710 33.740 39.320 1.00 0.00 W5 H +ATOM 44013 H2 TIP3X1306 7.370 35.030 40.040 1.00 0.00 W5 H +ATOM 44014 OH2 TIP3X1307 34.240 -3.410 -47.430 1.00 0.00 W5 O +ATOM 44015 H1 TIP3X1307 33.810 -4.160 -47.840 1.00 0.00 W5 H +ATOM 44016 H2 TIP3X1307 34.340 -2.780 -48.150 1.00 0.00 W5 H +ATOM 44017 OH2 TIP3X1308 35.190 -28.500 36.580 1.00 0.00 W5 O +ATOM 44018 H1 TIP3X1308 34.450 -29.060 36.340 1.00 0.00 W5 H +ATOM 44019 H2 TIP3X1308 35.460 -28.820 37.440 1.00 0.00 W5 H +ATOM 44020 OH2 TIP3X1309 -2.720 -33.430 -26.870 1.00 0.00 W5 O +ATOM 44021 H1 TIP3X1309 -3.010 -33.380 -27.780 1.00 0.00 W5 H +ATOM 44022 H2 TIP3X1309 -3.250 -32.790 -26.400 1.00 0.00 W5 H +ATOM 44023 OH2 TIP3X1310 39.660 -13.620 26.990 1.00 0.00 W5 O +ATOM 44024 H1 TIP3X1310 40.020 -13.470 26.110 1.00 0.00 W5 H +ATOM 44025 H2 TIP3X1310 38.820 -13.190 26.990 1.00 0.00 W5 H +ATOM 44026 OH2 TIP3X1311 32.570 2.470 25.320 1.00 0.00 W5 O +ATOM 44027 H1 TIP3X1311 32.710 3.410 25.370 1.00 0.00 W5 H +ATOM 44028 H2 TIP3X1311 32.190 2.340 24.450 1.00 0.00 W5 H +ATOM 44029 OH2 TIP3X1312 3.450 -43.240 19.710 1.00 0.00 W5 O +ATOM 44030 H1 TIP3X1312 3.810 -42.590 19.100 1.00 0.00 W5 H +ATOM 44031 H2 TIP3X1312 2.850 -42.740 20.270 1.00 0.00 W5 H +ATOM 44032 OH2 TIP3X1313 -8.120 -45.440 -25.040 1.00 0.00 W5 O +ATOM 44033 H1 TIP3X1313 -8.930 -44.930 -25.020 1.00 0.00 W5 H +ATOM 44034 H2 TIP3X1313 -7.680 -45.150 -25.850 1.00 0.00 W5 H +ATOM 44035 OH2 TIP3X1314 -4.650 12.190 28.380 1.00 0.00 W5 O +ATOM 44036 H1 TIP3X1314 -4.160 12.530 29.130 1.00 0.00 W5 H +ATOM 44037 H2 TIP3X1314 -5.500 12.630 28.450 1.00 0.00 W5 H +ATOM 44038 OH2 TIP3X1315 -7.510 41.690 -14.640 1.00 0.00 W5 O +ATOM 44039 H1 TIP3X1315 -8.300 41.300 -15.010 1.00 0.00 W5 H +ATOM 44040 H2 TIP3X1315 -7.020 40.960 -14.270 1.00 0.00 W5 H +ATOM 44041 OH2 TIP3X1316 -12.390 12.300 -28.690 1.00 0.00 W5 O +ATOM 44042 H1 TIP3X1316 -12.180 11.990 -29.570 1.00 0.00 W5 H +ATOM 44043 H2 TIP3X1316 -13.210 11.860 -28.470 1.00 0.00 W5 H +ATOM 44044 OH2 TIP3X1317 8.870 27.520 22.850 1.00 0.00 W5 O +ATOM 44045 H1 TIP3X1317 8.020 27.550 23.290 1.00 0.00 W5 H +ATOM 44046 H2 TIP3X1317 8.650 27.250 21.950 1.00 0.00 W5 H +ATOM 44047 OH2 TIP3X1318 32.250 6.700 35.830 1.00 0.00 W5 O +ATOM 44048 H1 TIP3X1318 32.140 6.120 36.580 1.00 0.00 W5 H +ATOM 44049 H2 TIP3X1318 31.350 6.920 35.560 1.00 0.00 W5 H +ATOM 44050 OH2 TIP3X1319 15.020 -4.650 -41.630 1.00 0.00 W5 O +ATOM 44051 H1 TIP3X1319 14.620 -4.360 -42.450 1.00 0.00 W5 H +ATOM 44052 H2 TIP3X1319 15.300 -3.850 -41.210 1.00 0.00 W5 H +ATOM 44053 OH2 TIP3X1320 -31.490 35.310 23.180 1.00 0.00 W5 O +ATOM 44054 H1 TIP3X1320 -30.580 35.560 23.340 1.00 0.00 W5 H +ATOM 44055 H2 TIP3X1320 -32.000 35.900 23.730 1.00 0.00 W5 H +ATOM 44056 OH2 TIP3X1321 39.300 38.810 -39.830 1.00 0.00 W5 O +ATOM 44057 H1 TIP3X1321 39.590 38.470 -40.680 1.00 0.00 W5 H +ATOM 44058 H2 TIP3X1321 40.110 39.110 -39.410 1.00 0.00 W5 H +ATOM 44059 OH2 TIP3X1322 14.870 -4.740 24.710 1.00 0.00 W5 O +ATOM 44060 H1 TIP3X1322 14.080 -4.400 25.110 1.00 0.00 W5 H +ATOM 44061 H2 TIP3X1322 15.270 -5.280 25.390 1.00 0.00 W5 H +ATOM 44062 OH2 TIP3X1323 33.530 41.040 -48.600 1.00 0.00 W5 O +ATOM 44063 H1 TIP3X1323 33.260 40.770 -49.470 1.00 0.00 W5 H +ATOM 44064 H2 TIP3X1323 33.930 41.900 -48.720 1.00 0.00 W5 H +ATOM 44065 OH2 TIP3X1324 4.590 18.870 38.560 1.00 0.00 W5 O +ATOM 44066 H1 TIP3X1324 4.910 19.760 38.440 1.00 0.00 W5 H +ATOM 44067 H2 TIP3X1324 3.980 18.720 37.840 1.00 0.00 W5 H +ATOM 44068 OH2 TIP3X1325 25.710 -39.960 24.360 1.00 0.00 W5 O +ATOM 44069 H1 TIP3X1325 26.450 -39.550 23.910 1.00 0.00 W5 H +ATOM 44070 H2 TIP3X1325 25.860 -39.770 25.290 1.00 0.00 W5 H +ATOM 44071 OH2 TIP3X1326 17.210 35.550 24.460 1.00 0.00 W5 O +ATOM 44072 H1 TIP3X1326 17.720 35.380 23.670 1.00 0.00 W5 H +ATOM 44073 H2 TIP3X1326 17.100 36.500 24.480 1.00 0.00 W5 H +ATOM 44074 OH2 TIP3X1327 46.190 -43.610 -30.790 1.00 0.00 W5 O +ATOM 44075 H1 TIP3X1327 45.880 -43.250 -29.950 1.00 0.00 W5 H +ATOM 44076 H2 TIP3X1327 45.810 -43.020 -31.450 1.00 0.00 W5 H +ATOM 44077 OH2 TIP3X1328 -38.900 -21.270 -24.270 1.00 0.00 W5 O +ATOM 44078 H1 TIP3X1328 -39.560 -21.700 -23.730 1.00 0.00 W5 H +ATOM 44079 H2 TIP3X1328 -39.200 -21.410 -25.170 1.00 0.00 W5 H +ATOM 44080 OH2 TIP3X1329 29.600 29.710 -44.090 1.00 0.00 W5 O +ATOM 44081 H1 TIP3X1329 29.520 29.660 -43.130 1.00 0.00 W5 H +ATOM 44082 H2 TIP3X1329 30.380 29.200 -44.280 1.00 0.00 W5 H +ATOM 44083 OH2 TIP3X1330 -11.090 39.420 -29.330 1.00 0.00 W5 O +ATOM 44084 H1 TIP3X1330 -11.370 39.890 -28.540 1.00 0.00 W5 H +ATOM 44085 H2 TIP3X1330 -11.090 40.090 -30.020 1.00 0.00 W5 H +ATOM 44086 OH2 TIP3X1331 -7.740 1.670 -43.910 1.00 0.00 W5 O +ATOM 44087 H1 TIP3X1331 -7.260 2.040 -44.640 1.00 0.00 W5 H +ATOM 44088 H2 TIP3X1331 -8.580 1.410 -44.280 1.00 0.00 W5 H +ATOM 44089 OH2 TIP3X1332 14.520 10.340 32.770 1.00 0.00 W5 O +ATOM 44090 H1 TIP3X1332 13.630 10.470 33.070 1.00 0.00 W5 H +ATOM 44091 H2 TIP3X1332 14.440 9.780 31.990 1.00 0.00 W5 H +ATOM 44092 OH2 TIP3X1333 17.340 -34.790 -25.450 1.00 0.00 W5 O +ATOM 44093 H1 TIP3X1333 17.120 -35.240 -24.640 1.00 0.00 W5 H +ATOM 44094 H2 TIP3X1333 17.130 -35.410 -26.140 1.00 0.00 W5 H +ATOM 44095 OH2 TIP3X1334 27.270 -41.740 -52.190 1.00 0.00 W5 O +ATOM 44096 H1 TIP3X1334 26.910 -41.450 -53.020 1.00 0.00 W5 H +ATOM 44097 H2 TIP3X1334 28.100 -42.170 -52.410 1.00 0.00 W5 H +ATOM 44098 OH2 TIP3X1335 19.220 -41.500 22.060 1.00 0.00 W5 O +ATOM 44099 H1 TIP3X1335 18.600 -40.770 22.040 1.00 0.00 W5 H +ATOM 44100 H2 TIP3X1335 19.590 -41.480 22.950 1.00 0.00 W5 H +ATOM 44101 OH2 TIP3X1336 20.420 17.700 26.210 1.00 0.00 W5 O +ATOM 44102 H1 TIP3X1336 20.800 17.710 27.090 1.00 0.00 W5 H +ATOM 44103 H2 TIP3X1336 19.790 16.990 26.220 1.00 0.00 W5 H +ATOM 44104 OH2 TIP3X1337 -43.080 24.880 -12.440 1.00 0.00 W5 O +ATOM 44105 H1 TIP3X1337 -43.440 25.210 -11.610 1.00 0.00 W5 H +ATOM 44106 H2 TIP3X1337 -42.250 24.470 -12.200 1.00 0.00 W5 H +ATOM 44107 OH2 TIP3X1338 -38.650 -7.810 19.510 1.00 0.00 W5 O +ATOM 44108 H1 TIP3X1338 -39.560 -7.640 19.250 1.00 0.00 W5 H +ATOM 44109 H2 TIP3X1338 -38.590 -8.760 19.560 1.00 0.00 W5 H +ATOM 44110 OH2 TIP3X1339 1.520 -10.720 38.280 1.00 0.00 W5 O +ATOM 44111 H1 TIP3X1339 2.040 -10.360 39.010 1.00 0.00 W5 H +ATOM 44112 H2 TIP3X1339 1.610 -10.070 37.580 1.00 0.00 W5 H +ATOM 44113 OH2 TIP3X1340 12.550 36.700 -45.350 1.00 0.00 W5 O +ATOM 44114 H1 TIP3X1340 12.340 35.770 -45.350 1.00 0.00 W5 H +ATOM 44115 H2 TIP3X1340 13.080 36.830 -46.130 1.00 0.00 W5 H +ATOM 44116 OH2 TIP3X1341 27.510 6.620 -46.290 1.00 0.00 W5 O +ATOM 44117 H1 TIP3X1341 27.390 7.360 -45.700 1.00 0.00 W5 H +ATOM 44118 H2 TIP3X1341 28.430 6.660 -46.550 1.00 0.00 W5 H +ATOM 44119 OH2 TIP3X1342 -24.690 -38.450 23.430 1.00 0.00 W5 O +ATOM 44120 H1 TIP3X1342 -24.610 -39.400 23.530 1.00 0.00 W5 H +ATOM 44121 H2 TIP3X1342 -25.240 -38.170 24.160 1.00 0.00 W5 H +ATOM 44122 OH2 TIP3X1343 -42.470 -30.390 28.180 1.00 0.00 W5 O +ATOM 44123 H1 TIP3X1343 -42.540 -29.680 27.560 1.00 0.00 W5 H +ATOM 44124 H2 TIP3X1343 -42.130 -31.130 27.670 1.00 0.00 W5 H +ATOM 44125 OH2 TIP3X1344 1.820 -11.820 -44.710 1.00 0.00 W5 O +ATOM 44126 H1 TIP3X1344 2.470 -11.110 -44.570 1.00 0.00 W5 H +ATOM 44127 H2 TIP3X1344 2.160 -12.540 -44.190 1.00 0.00 W5 H +ATOM 44128 OH2 TIP3X1345 -21.400 -50.090 30.970 1.00 0.00 W5 O +ATOM 44129 H1 TIP3X1345 -20.710 -49.480 31.240 1.00 0.00 W5 H +ATOM 44130 H2 TIP3X1345 -21.990 -50.140 31.710 1.00 0.00 W5 H +ATOM 44131 OH2 TIP3X1346 -24.830 25.170 -21.860 1.00 0.00 W5 O +ATOM 44132 H1 TIP3X1346 -25.230 24.370 -22.200 1.00 0.00 W5 H +ATOM 44133 H2 TIP3X1346 -24.470 25.610 -22.630 1.00 0.00 W5 H +ATOM 44134 OH2 TIP3X1347 -1.760 1.390 31.770 1.00 0.00 W5 O +ATOM 44135 H1 TIP3X1347 -2.440 0.730 31.920 1.00 0.00 W5 H +ATOM 44136 H2 TIP3X1347 -2.190 2.070 31.260 1.00 0.00 W5 H +ATOM 44137 OH2 TIP3X1348 1.270 26.530 39.100 1.00 0.00 W5 O +ATOM 44138 H1 TIP3X1348 1.960 27.070 38.700 1.00 0.00 W5 H +ATOM 44139 H2 TIP3X1348 1.650 26.250 39.930 1.00 0.00 W5 H +ATOM 44140 OH2 TIP3X1349 -32.910 24.060 34.880 1.00 0.00 W5 O +ATOM 44141 H1 TIP3X1349 -32.770 24.740 34.220 1.00 0.00 W5 H +ATOM 44142 H2 TIP3X1349 -32.350 24.320 35.620 1.00 0.00 W5 H +ATOM 44143 OH2 TIP3X1350 19.570 -21.780 -50.820 1.00 0.00 W5 O +ATOM 44144 H1 TIP3X1350 19.050 -21.950 -51.600 1.00 0.00 W5 H +ATOM 44145 H2 TIP3X1350 19.960 -20.920 -50.980 1.00 0.00 W5 H +ATOM 44146 OH2 TIP3X1351 -10.010 -44.040 10.700 1.00 0.00 W5 O +ATOM 44147 H1 TIP3X1351 -10.260 -44.960 10.860 1.00 0.00 W5 H +ATOM 44148 H2 TIP3X1351 -9.580 -44.060 9.850 1.00 0.00 W5 H +ATOM 44149 OH2 TIP3X1352 -26.250 -7.360 -43.310 1.00 0.00 W5 O +ATOM 44150 H1 TIP3X1352 -25.450 -7.670 -42.880 1.00 0.00 W5 H +ATOM 44151 H2 TIP3X1352 -26.880 -7.240 -42.590 1.00 0.00 W5 H +ATOM 44152 OH2 TIP3X1353 -5.550 25.370 19.150 1.00 0.00 W5 O +ATOM 44153 H1 TIP3X1353 -6.060 24.560 19.050 1.00 0.00 W5 H +ATOM 44154 H2 TIP3X1353 -4.860 25.130 19.780 1.00 0.00 W5 H +ATOM 44155 OH2 TIP3X1354 -32.050 -12.090 -42.350 1.00 0.00 W5 O +ATOM 44156 H1 TIP3X1354 -31.330 -12.110 -41.710 1.00 0.00 W5 H +ATOM 44157 H2 TIP3X1354 -32.840 -12.200 -41.820 1.00 0.00 W5 H +ATOM 44158 OH2 TIP3X1355 35.380 -11.550 -18.320 1.00 0.00 W5 O +ATOM 44159 H1 TIP3X1355 35.590 -10.630 -18.470 1.00 0.00 W5 H +ATOM 44160 H2 TIP3X1355 34.830 -11.800 -19.070 1.00 0.00 W5 H +ATOM 44161 OH2 TIP3X1356 4.640 -20.120 19.930 1.00 0.00 W5 O +ATOM 44162 H1 TIP3X1356 4.980 -20.900 20.350 1.00 0.00 W5 H +ATOM 44163 H2 TIP3X1356 4.980 -20.150 19.040 1.00 0.00 W5 H +ATOM 44164 OH2 TIP3X1357 -32.830 3.950 -29.020 1.00 0.00 W5 O +ATOM 44165 H1 TIP3X1357 -32.030 3.530 -29.340 1.00 0.00 W5 H +ATOM 44166 H2 TIP3X1357 -33.130 3.370 -28.310 1.00 0.00 W5 H +ATOM 44167 OH2 TIP3X1358 10.790 10.910 -40.550 1.00 0.00 W5 O +ATOM 44168 H1 TIP3X1358 11.100 10.330 -41.250 1.00 0.00 W5 H +ATOM 44169 H2 TIP3X1358 11.010 11.790 -40.870 1.00 0.00 W5 H +ATOM 44170 OH2 TIP3X1359 11.050 -12.710 -37.000 1.00 0.00 W5 O +ATOM 44171 H1 TIP3X1359 11.560 -13.420 -36.610 1.00 0.00 W5 H +ATOM 44172 H2 TIP3X1359 11.670 -12.220 -37.520 1.00 0.00 W5 H +ATOM 44173 OH2 TIP3X1360 9.320 32.020 27.170 1.00 0.00 W5 O +ATOM 44174 H1 TIP3X1360 9.590 32.330 28.040 1.00 0.00 W5 H +ATOM 44175 H2 TIP3X1360 9.720 31.170 27.080 1.00 0.00 W5 H +ATOM 44176 OH2 TIP3X1361 19.230 14.550 -36.090 1.00 0.00 W5 O +ATOM 44177 H1 TIP3X1361 20.060 14.400 -35.650 1.00 0.00 W5 H +ATOM 44178 H2 TIP3X1361 19.360 15.370 -36.560 1.00 0.00 W5 H +ATOM 44179 OH2 TIP3X1362 17.170 -43.730 -35.270 1.00 0.00 W5 O +ATOM 44180 H1 TIP3X1362 16.320 -43.970 -34.880 1.00 0.00 W5 H +ATOM 44181 H2 TIP3X1362 17.170 -42.780 -35.280 1.00 0.00 W5 H +ATOM 44182 OH2 TIP3X1363 8.460 -32.820 32.990 1.00 0.00 W5 O +ATOM 44183 H1 TIP3X1363 8.850 -33.690 32.940 1.00 0.00 W5 H +ATOM 44184 H2 TIP3X1363 8.950 -32.300 32.350 1.00 0.00 W5 H +ATOM 44185 OH2 TIP3X1364 37.380 35.630 -36.960 1.00 0.00 W5 O +ATOM 44186 H1 TIP3X1364 36.970 36.300 -37.490 1.00 0.00 W5 H +ATOM 44187 H2 TIP3X1364 37.330 35.960 -36.070 1.00 0.00 W5 H +ATOM 44188 OH2 TIP3X1365 -20.590 -47.480 29.190 1.00 0.00 W5 O +ATOM 44189 H1 TIP3X1365 -20.530 -48.180 28.550 1.00 0.00 W5 H +ATOM 44190 H2 TIP3X1365 -20.860 -46.720 28.690 1.00 0.00 W5 H +ATOM 44191 OH2 TIP3X1366 16.370 13.730 -25.940 1.00 0.00 W5 O +ATOM 44192 H1 TIP3X1366 16.000 14.560 -25.610 1.00 0.00 W5 H +ATOM 44193 H2 TIP3X1366 15.770 13.060 -25.630 1.00 0.00 W5 H +ATOM 44194 OH2 TIP3X1367 -37.980 -46.490 -19.050 1.00 0.00 W5 O +ATOM 44195 H1 TIP3X1367 -37.120 -46.220 -18.710 1.00 0.00 W5 H +ATOM 44196 H2 TIP3X1367 -38.020 -46.120 -19.930 1.00 0.00 W5 H +ATOM 44197 OH2 TIP3X1368 21.450 34.070 18.680 1.00 0.00 W5 O +ATOM 44198 H1 TIP3X1368 22.240 33.760 18.260 1.00 0.00 W5 H +ATOM 44199 H2 TIP3X1368 21.650 34.050 19.620 1.00 0.00 W5 H +ATOM 44200 OH2 TIP3X1369 -9.820 -39.900 -48.280 1.00 0.00 W5 O +ATOM 44201 H1 TIP3X1369 -9.690 -39.030 -47.930 1.00 0.00 W5 H +ATOM 44202 H2 TIP3X1369 -10.070 -39.770 -49.200 1.00 0.00 W5 H +ATOM 44203 OH2 TIP3X1370 35.410 -34.310 36.870 1.00 0.00 W5 O +ATOM 44204 H1 TIP3X1370 35.440 -34.710 37.750 1.00 0.00 W5 H +ATOM 44205 H2 TIP3X1370 35.700 -33.410 37.020 1.00 0.00 W5 H +ATOM 44206 OH2 TIP3X1371 14.780 -25.610 -52.330 1.00 0.00 W5 O +ATOM 44207 H1 TIP3X1371 14.450 -26.510 -52.250 1.00 0.00 W5 H +ATOM 44208 H2 TIP3X1371 15.720 -25.720 -52.460 1.00 0.00 W5 H +ATOM 44209 OH2 TIP3X1372 -38.830 -33.430 -35.920 1.00 0.00 W5 O +ATOM 44210 H1 TIP3X1372 -38.710 -34.350 -36.190 1.00 0.00 W5 H +ATOM 44211 H2 TIP3X1372 -39.540 -33.110 -36.480 1.00 0.00 W5 H +ATOM 44212 OH2 TIP3X1373 28.310 -38.670 -21.310 1.00 0.00 W5 O +ATOM 44213 H1 TIP3X1373 28.410 -39.200 -20.530 1.00 0.00 W5 H +ATOM 44214 H2 TIP3X1373 28.240 -37.770 -21.000 1.00 0.00 W5 H +ATOM 44215 OH2 TIP3X1374 24.410 -46.890 -25.020 1.00 0.00 W5 O +ATOM 44216 H1 TIP3X1374 24.700 -46.020 -25.290 1.00 0.00 W5 H +ATOM 44217 H2 TIP3X1374 23.620 -47.040 -25.540 1.00 0.00 W5 H +ATOM 44218 OH2 TIP3X1375 -37.180 -41.880 21.700 1.00 0.00 W5 O +ATOM 44219 H1 TIP3X1375 -37.580 -41.750 20.840 1.00 0.00 W5 H +ATOM 44220 H2 TIP3X1375 -36.270 -41.580 21.590 1.00 0.00 W5 H +ATOM 44221 OH2 TIP3X1376 34.970 -18.560 25.040 1.00 0.00 W5 O +ATOM 44222 H1 TIP3X1376 35.360 -19.340 25.450 1.00 0.00 W5 H +ATOM 44223 H2 TIP3X1376 34.040 -18.660 25.160 1.00 0.00 W5 H +ATOM 44224 OH2 TIP3X1377 -23.470 -21.790 -32.070 1.00 0.00 W5 O +ATOM 44225 H1 TIP3X1377 -22.780 -22.130 -32.640 1.00 0.00 W5 H +ATOM 44226 H2 TIP3X1377 -24.120 -21.430 -32.680 1.00 0.00 W5 H +ATOM 44227 OH2 TIP3X1378 -31.650 17.530 26.670 1.00 0.00 W5 O +ATOM 44228 H1 TIP3X1378 -30.930 18.070 27.010 1.00 0.00 W5 H +ATOM 44229 H2 TIP3X1378 -31.230 16.700 26.440 1.00 0.00 W5 H +ATOM 44230 OH2 TIP3X1379 39.320 42.140 -12.040 1.00 0.00 W5 O +ATOM 44231 H1 TIP3X1379 38.570 41.600 -12.260 1.00 0.00 W5 H +ATOM 44232 H2 TIP3X1379 39.350 42.150 -11.080 1.00 0.00 W5 H +ATOM 44233 OH2 TIP3X1380 -8.890 35.570 -48.450 1.00 0.00 W5 O +ATOM 44234 H1 TIP3X1380 -8.610 36.280 -47.870 1.00 0.00 W5 H +ATOM 44235 H2 TIP3X1380 -9.150 36.010 -49.260 1.00 0.00 W5 H +ATOM 44236 OH2 TIP3X1381 7.750 -8.130 17.990 1.00 0.00 W5 O +ATOM 44237 H1 TIP3X1381 7.900 -7.230 17.680 1.00 0.00 W5 H +ATOM 44238 H2 TIP3X1381 7.480 -8.610 17.200 1.00 0.00 W5 H +ATOM 44239 OH2 TIP3X1382 -22.090 21.270 -24.020 1.00 0.00 W5 O +ATOM 44240 H1 TIP3X1382 -21.910 20.660 -24.730 1.00 0.00 W5 H +ATOM 44241 H2 TIP3X1382 -22.750 20.840 -23.480 1.00 0.00 W5 H +ATOM 44242 OH2 TIP3X1383 -31.480 -22.560 33.580 1.00 0.00 W5 O +ATOM 44243 H1 TIP3X1383 -31.680 -22.420 32.650 1.00 0.00 W5 H +ATOM 44244 H2 TIP3X1383 -31.390 -23.510 33.660 1.00 0.00 W5 H +ATOM 44245 OH2 TIP3X1384 -15.000 19.680 -34.330 1.00 0.00 W5 O +ATOM 44246 H1 TIP3X1384 -15.840 19.360 -34.010 1.00 0.00 W5 H +ATOM 44247 H2 TIP3X1384 -14.590 20.090 -33.580 1.00 0.00 W5 H +ATOM 44248 OH2 TIP3X1385 25.930 41.000 -41.530 1.00 0.00 W5 O +ATOM 44249 H1 TIP3X1385 25.160 40.450 -41.630 1.00 0.00 W5 H +ATOM 44250 H2 TIP3X1385 25.800 41.460 -40.700 1.00 0.00 W5 H +ATOM 44251 OH2 TIP3X1386 41.780 28.680 -39.700 1.00 0.00 W5 O +ATOM 44252 H1 TIP3X1386 42.210 27.820 -39.800 1.00 0.00 W5 H +ATOM 44253 H2 TIP3X1386 41.880 29.100 -40.550 1.00 0.00 W5 H +ATOM 44254 OH2 TIP3X1387 46.160 -11.280 -14.620 1.00 0.00 W5 O +ATOM 44255 H1 TIP3X1387 46.910 -11.680 -15.050 1.00 0.00 W5 H +ATOM 44256 H2 TIP3X1387 45.440 -11.360 -15.240 1.00 0.00 W5 H +ATOM 44257 OH2 TIP3X1388 31.650 7.670 -46.720 1.00 0.00 W5 O +ATOM 44258 H1 TIP3X1388 32.560 7.950 -46.770 1.00 0.00 W5 H +ATOM 44259 H2 TIP3X1388 31.480 7.270 -47.570 1.00 0.00 W5 H +ATOM 44260 OH2 TIP3X1389 -16.590 30.100 39.220 1.00 0.00 W5 O +ATOM 44261 H1 TIP3X1389 -16.060 30.800 38.830 1.00 0.00 W5 H +ATOM 44262 H2 TIP3X1389 -17.410 30.530 39.480 1.00 0.00 W5 H +ATOM 44263 OH2 TIP3X1390 -6.630 -47.400 -22.980 1.00 0.00 W5 O +ATOM 44264 H1 TIP3X1390 -5.970 -46.750 -22.770 1.00 0.00 W5 H +ATOM 44265 H2 TIP3X1390 -7.150 -47.000 -23.680 1.00 0.00 W5 H +ATOM 44266 OH2 TIP3X1391 -36.590 -28.930 -18.890 1.00 0.00 W5 O +ATOM 44267 H1 TIP3X1391 -35.730 -29.210 -18.580 1.00 0.00 W5 H +ATOM 44268 H2 TIP3X1391 -37.070 -28.710 -18.080 1.00 0.00 W5 H +ATOM 44269 OH2 TIP3X1392 -13.910 1.330 -28.300 1.00 0.00 W5 O +ATOM 44270 H1 TIP3X1392 -14.580 0.980 -28.890 1.00 0.00 W5 H +ATOM 44271 H2 TIP3X1392 -13.100 1.220 -28.790 1.00 0.00 W5 H +ATOM 44272 OH2 TIP3X1393 -27.000 -34.570 26.080 1.00 0.00 W5 O +ATOM 44273 H1 TIP3X1393 -26.570 -35.410 25.990 1.00 0.00 W5 H +ATOM 44274 H2 TIP3X1393 -26.510 -34.120 26.770 1.00 0.00 W5 H +ATOM 44275 OH2 TIP3X1394 34.090 32.570 27.540 1.00 0.00 W5 O +ATOM 44276 H1 TIP3X1394 34.220 33.520 27.500 1.00 0.00 W5 H +ATOM 44277 H2 TIP3X1394 34.980 32.210 27.550 1.00 0.00 W5 H +ATOM 44278 OH2 TIP3X1395 34.060 -5.740 -26.830 1.00 0.00 W5 O +ATOM 44279 H1 TIP3X1395 34.710 -6.320 -27.220 1.00 0.00 W5 H +ATOM 44280 H2 TIP3X1395 34.170 -5.860 -25.880 1.00 0.00 W5 H +ATOM 44281 OH2 TIP3X1396 19.120 -21.350 29.950 1.00 0.00 W5 O +ATOM 44282 H1 TIP3X1396 19.500 -22.220 29.830 1.00 0.00 W5 H +ATOM 44283 H2 TIP3X1396 18.800 -21.110 29.090 1.00 0.00 W5 H +ATOM 44284 OH2 TIP3X1397 -40.380 24.330 -46.440 1.00 0.00 W5 O +ATOM 44285 H1 TIP3X1397 -41.120 23.850 -46.050 1.00 0.00 W5 H +ATOM 44286 H2 TIP3X1397 -40.400 25.190 -46.020 1.00 0.00 W5 H +ATOM 44287 OH2 TIP3X1398 8.760 12.410 -47.030 1.00 0.00 W5 O +ATOM 44288 H1 TIP3X1398 8.410 12.430 -47.920 1.00 0.00 W5 H +ATOM 44289 H2 TIP3X1398 8.820 13.330 -46.780 1.00 0.00 W5 H +ATOM 44290 OH2 TIP3X1399 12.100 16.830 -14.750 1.00 0.00 W5 O +ATOM 44291 H1 TIP3X1399 12.040 16.660 -13.810 1.00 0.00 W5 H +ATOM 44292 H2 TIP3X1399 12.540 16.050 -15.110 1.00 0.00 W5 H +ATOM 44293 OH2 TIP3X1400 -25.910 -27.160 18.830 1.00 0.00 W5 O +ATOM 44294 H1 TIP3X1400 -25.690 -26.980 17.920 1.00 0.00 W5 H +ATOM 44295 H2 TIP3X1400 -25.630 -28.060 18.980 1.00 0.00 W5 H +ATOM 44296 OH2 TIP3X1401 39.330 11.320 -50.920 1.00 0.00 W5 O +ATOM 44297 H1 TIP3X1401 38.440 11.080 -50.680 1.00 0.00 W5 H +ATOM 44298 H2 TIP3X1401 39.470 10.900 -51.770 1.00 0.00 W5 H +ATOM 44299 OH2 TIP3X1402 -27.330 22.400 -28.850 1.00 0.00 W5 O +ATOM 44300 H1 TIP3X1402 -27.590 22.590 -27.950 1.00 0.00 W5 H +ATOM 44301 H2 TIP3X1402 -26.860 23.190 -29.130 1.00 0.00 W5 H +ATOM 44302 OH2 TIP3X1403 -28.280 -47.870 26.050 1.00 0.00 W5 O +ATOM 44303 H1 TIP3X1403 -29.010 -48.420 25.780 1.00 0.00 W5 H +ATOM 44304 H2 TIP3X1403 -28.660 -47.220 26.640 1.00 0.00 W5 H +ATOM 44305 OH2 TIP3X1404 -33.030 15.710 -36.920 1.00 0.00 W5 O +ATOM 44306 H1 TIP3X1404 -33.280 15.390 -37.780 1.00 0.00 W5 H +ATOM 44307 H2 TIP3X1404 -32.970 14.920 -36.380 1.00 0.00 W5 H +ATOM 44308 OH2 TIP3X1405 23.890 -48.290 -36.300 1.00 0.00 W5 O +ATOM 44309 H1 TIP3X1405 24.020 -47.380 -36.050 1.00 0.00 W5 H +ATOM 44310 H2 TIP3X1405 22.960 -48.370 -36.490 1.00 0.00 W5 H +ATOM 44311 OH2 TIP3X1406 31.800 37.120 -34.500 1.00 0.00 W5 O +ATOM 44312 H1 TIP3X1406 32.600 36.820 -34.930 1.00 0.00 W5 H +ATOM 44313 H2 TIP3X1406 31.210 37.350 -35.210 1.00 0.00 W5 H +ATOM 44314 OH2 TIP3X1407 3.130 -48.450 -22.850 1.00 0.00 W5 O +ATOM 44315 H1 TIP3X1407 2.400 -48.360 -23.440 1.00 0.00 W5 H +ATOM 44316 H2 TIP3X1407 3.510 -49.300 -23.050 1.00 0.00 W5 H +ATOM 44317 OH2 TIP3X1408 1.260 23.170 -30.300 1.00 0.00 W5 O +ATOM 44318 H1 TIP3X1408 0.890 22.310 -30.110 1.00 0.00 W5 H +ATOM 44319 H2 TIP3X1408 2.200 23.040 -30.210 1.00 0.00 W5 H +ATOM 44320 OH2 TIP3X1409 19.940 30.080 -26.760 1.00 0.00 W5 O +ATOM 44321 H1 TIP3X1409 20.310 29.290 -27.180 1.00 0.00 W5 H +ATOM 44322 H2 TIP3X1409 20.300 30.040 -25.870 1.00 0.00 W5 H +ATOM 44323 OH2 TIP3X1410 39.700 17.420 -36.910 1.00 0.00 W5 O +ATOM 44324 H1 TIP3X1410 40.320 17.750 -37.560 1.00 0.00 W5 H +ATOM 44325 H2 TIP3X1410 38.850 17.500 -37.350 1.00 0.00 W5 H +ATOM 44326 OH2 TIP3X1411 -21.900 36.980 29.500 1.00 0.00 W5 O +ATOM 44327 H1 TIP3X1411 -21.410 36.220 29.820 1.00 0.00 W5 H +ATOM 44328 H2 TIP3X1411 -21.520 37.170 28.640 1.00 0.00 W5 H +ATOM 44329 OH2 TIP3X1412 29.350 31.700 -16.560 1.00 0.00 W5 O +ATOM 44330 H1 TIP3X1412 29.230 31.060 -15.860 1.00 0.00 W5 H +ATOM 44331 H2 TIP3X1412 29.510 31.170 -17.350 1.00 0.00 W5 H +ATOM 44332 OH2 TIP3X1413 -27.650 -20.430 -25.960 1.00 0.00 W5 O +ATOM 44333 H1 TIP3X1413 -27.670 -19.560 -26.360 1.00 0.00 W5 H +ATOM 44334 H2 TIP3X1413 -28.540 -20.770 -26.080 1.00 0.00 W5 H +ATOM 44335 OH2 TIP3X1414 21.650 -19.500 -24.010 1.00 0.00 W5 O +ATOM 44336 H1 TIP3X1414 22.140 -20.240 -24.390 1.00 0.00 W5 H +ATOM 44337 H2 TIP3X1414 21.880 -18.750 -24.560 1.00 0.00 W5 H +ATOM 44338 OH2 TIP3X1415 31.360 22.570 -24.380 1.00 0.00 W5 O +ATOM 44339 H1 TIP3X1415 32.110 22.020 -24.650 1.00 0.00 W5 H +ATOM 44340 H2 TIP3X1415 30.810 21.980 -23.870 1.00 0.00 W5 H +ATOM 44341 OH2 TIP3X1416 -22.280 -31.620 34.860 1.00 0.00 W5 O +ATOM 44342 H1 TIP3X1416 -22.510 -31.700 35.790 1.00 0.00 W5 H +ATOM 44343 H2 TIP3X1416 -23.070 -31.870 34.400 1.00 0.00 W5 H +ATOM 44344 OH2 TIP3X1417 42.030 11.320 -17.230 1.00 0.00 W5 O +ATOM 44345 H1 TIP3X1417 42.310 10.490 -17.600 1.00 0.00 W5 H +ATOM 44346 H2 TIP3X1417 42.850 11.720 -16.930 1.00 0.00 W5 H +ATOM 44347 OH2 TIP3X1418 41.180 -46.950 -22.720 1.00 0.00 W5 O +ATOM 44348 H1 TIP3X1418 41.830 -47.630 -22.850 1.00 0.00 W5 H +ATOM 44349 H2 TIP3X1418 40.890 -46.710 -23.600 1.00 0.00 W5 H +ATOM 44350 OH2 TIP3X1419 28.810 25.600 -34.330 1.00 0.00 W5 O +ATOM 44351 H1 TIP3X1419 28.620 24.670 -34.140 1.00 0.00 W5 H +ATOM 44352 H2 TIP3X1419 28.070 26.070 -33.960 1.00 0.00 W5 H +ATOM 44353 OH2 TIP3X1420 9.160 -14.690 -36.640 1.00 0.00 W5 O +ATOM 44354 H1 TIP3X1420 8.420 -14.160 -36.340 1.00 0.00 W5 H +ATOM 44355 H2 TIP3X1420 9.910 -14.080 -36.600 1.00 0.00 W5 H +ATOM 44356 OH2 TIP3X1421 21.070 -2.070 35.060 1.00 0.00 W5 O +ATOM 44357 H1 TIP3X1421 21.210 -2.460 35.920 1.00 0.00 W5 H +ATOM 44358 H2 TIP3X1421 20.510 -2.700 34.600 1.00 0.00 W5 H +ATOM 44359 OH2 TIP3X1422 -41.130 1.930 -26.750 1.00 0.00 W5 O +ATOM 44360 H1 TIP3X1422 -41.850 1.510 -27.220 1.00 0.00 W5 H +ATOM 44361 H2 TIP3X1422 -40.340 1.550 -27.160 1.00 0.00 W5 H +ATOM 44362 OH2 TIP3X1423 16.540 26.420 29.130 1.00 0.00 W5 O +ATOM 44363 H1 TIP3X1423 16.150 27.120 28.600 1.00 0.00 W5 H +ATOM 44364 H2 TIP3X1423 15.820 25.800 29.260 1.00 0.00 W5 H +ATOM 44365 OH2 TIP3X1424 25.530 -41.230 -16.710 1.00 0.00 W5 O +ATOM 44366 H1 TIP3X1424 25.530 -42.100 -17.110 1.00 0.00 W5 H +ATOM 44367 H2 TIP3X1424 25.740 -41.380 -15.790 1.00 0.00 W5 H +ATOM 44368 OH2 TIP3X1425 -43.280 -12.450 -44.850 1.00 0.00 W5 O +ATOM 44369 H1 TIP3X1425 -43.250 -12.290 -43.900 1.00 0.00 W5 H +ATOM 44370 H2 TIP3X1425 -43.290 -13.400 -44.930 1.00 0.00 W5 H +ATOM 44371 OH2 TIP3X1426 17.340 -36.370 -34.780 1.00 0.00 W5 O +ATOM 44372 H1 TIP3X1426 18.230 -36.290 -35.110 1.00 0.00 W5 H +ATOM 44373 H2 TIP3X1426 16.850 -35.660 -35.220 1.00 0.00 W5 H +ATOM 44374 OH2 TIP3X1427 1.170 -28.460 35.040 1.00 0.00 W5 O +ATOM 44375 H1 TIP3X1427 1.850 -28.610 35.700 1.00 0.00 W5 H +ATOM 44376 H2 TIP3X1427 1.190 -27.510 34.890 1.00 0.00 W5 H +ATOM 44377 OH2 TIP3X1428 35.780 0.780 -47.850 1.00 0.00 W5 O +ATOM 44378 H1 TIP3X1428 35.860 1.670 -47.500 1.00 0.00 W5 H +ATOM 44379 H2 TIP3X1428 36.590 0.660 -48.350 1.00 0.00 W5 H +ATOM 44380 OH2 TIP3X1429 9.160 40.770 -34.230 1.00 0.00 W5 O +ATOM 44381 H1 TIP3X1429 8.960 41.270 -35.010 1.00 0.00 W5 H +ATOM 44382 H2 TIP3X1429 8.500 41.050 -33.590 1.00 0.00 W5 H +ATOM 44383 OH2 TIP3X1430 -9.230 -46.720 -38.300 1.00 0.00 W5 O +ATOM 44384 H1 TIP3X1430 -8.530 -46.640 -38.940 1.00 0.00 W5 H +ATOM 44385 H2 TIP3X1430 -8.800 -46.520 -37.460 1.00 0.00 W5 H +ATOM 44386 OH2 TIP3X1431 -11.460 -48.340 18.800 1.00 0.00 W5 O +ATOM 44387 H1 TIP3X1431 -12.300 -47.900 18.880 1.00 0.00 W5 H +ATOM 44388 H2 TIP3X1431 -10.840 -47.770 19.240 1.00 0.00 W5 H +ATOM 44389 OH2 TIP3X1432 -7.570 -34.630 -34.820 1.00 0.00 W5 O +ATOM 44390 H1 TIP3X1432 -8.400 -34.660 -34.350 1.00 0.00 W5 H +ATOM 44391 H2 TIP3X1432 -6.970 -35.160 -34.300 1.00 0.00 W5 H +ATOM 44392 OH2 TIP3X1433 -21.440 38.390 -30.670 1.00 0.00 W5 O +ATOM 44393 H1 TIP3X1433 -21.430 37.460 -30.460 1.00 0.00 W5 H +ATOM 44394 H2 TIP3X1433 -22.300 38.550 -31.070 1.00 0.00 W5 H +ATOM 44395 OH2 TIP3X1434 -14.980 -45.800 -30.240 1.00 0.00 W5 O +ATOM 44396 H1 TIP3X1434 -15.190 -46.300 -29.450 1.00 0.00 W5 H +ATOM 44397 H2 TIP3X1434 -14.980 -46.450 -30.940 1.00 0.00 W5 H +ATOM 44398 OH2 TIP3X1435 11.020 -12.500 -47.270 1.00 0.00 W5 O +ATOM 44399 H1 TIP3X1435 11.000 -12.360 -48.220 1.00 0.00 W5 H +ATOM 44400 H2 TIP3X1435 11.910 -12.770 -47.090 1.00 0.00 W5 H +ATOM 44401 OH2 TIP3X1436 16.000 -46.010 14.670 1.00 0.00 W5 O +ATOM 44402 H1 TIP3X1436 15.920 -45.960 13.730 1.00 0.00 W5 H +ATOM 44403 H2 TIP3X1436 16.920 -45.880 14.850 1.00 0.00 W5 H +ATOM 44404 OH2 TIP3X1437 10.430 19.790 -40.500 1.00 0.00 W5 O +ATOM 44405 H1 TIP3X1437 9.900 20.520 -40.180 1.00 0.00 W5 H +ATOM 44406 H2 TIP3X1437 10.540 19.970 -41.430 1.00 0.00 W5 H +ATOM 44407 OH2 TIP3X1438 26.010 36.570 -22.070 1.00 0.00 W5 O +ATOM 44408 H1 TIP3X1438 26.450 36.270 -21.270 1.00 0.00 W5 H +ATOM 44409 H2 TIP3X1438 26.360 37.450 -22.210 1.00 0.00 W5 H +ATOM 44410 OH2 TIP3X1439 -30.250 -23.230 38.900 1.00 0.00 W5 O +ATOM 44411 H1 TIP3X1439 -29.580 -23.620 38.340 1.00 0.00 W5 H +ATOM 44412 H2 TIP3X1439 -29.830 -23.160 39.750 1.00 0.00 W5 H +ATOM 44413 OH2 TIP3X1440 11.790 -43.150 -46.690 1.00 0.00 W5 O +ATOM 44414 H1 TIP3X1440 12.160 -43.190 -47.590 1.00 0.00 W5 H +ATOM 44415 H2 TIP3X1440 12.560 -43.080 -46.130 1.00 0.00 W5 H +ATOM 44416 OH2 TIP3X1441 47.150 -39.180 33.380 1.00 0.00 W5 O +ATOM 44417 H1 TIP3X1441 47.320 -38.640 34.140 1.00 0.00 W5 H +ATOM 44418 H2 TIP3X1441 46.220 -39.060 33.200 1.00 0.00 W5 H +ATOM 44419 OH2 TIP3X1442 40.320 14.830 -46.890 1.00 0.00 W5 O +ATOM 44420 H1 TIP3X1442 40.440 14.040 -47.430 1.00 0.00 W5 H +ATOM 44421 H2 TIP3X1442 39.640 14.580 -46.250 1.00 0.00 W5 H +ATOM 44422 OH2 TIP3X1443 24.420 -20.300 -25.020 1.00 0.00 W5 O +ATOM 44423 H1 TIP3X1443 24.560 -19.560 -24.420 1.00 0.00 W5 H +ATOM 44424 H2 TIP3X1443 24.400 -19.910 -25.890 1.00 0.00 W5 H +ATOM 44425 OH2 TIP3X1444 23.580 -48.510 31.430 1.00 0.00 W5 O +ATOM 44426 H1 TIP3X1444 23.630 -47.740 31.990 1.00 0.00 W5 H +ATOM 44427 H2 TIP3X1444 23.500 -49.260 32.030 1.00 0.00 W5 H +ATOM 44428 OH2 TIP3X1445 -37.800 2.800 25.810 1.00 0.00 W5 O +ATOM 44429 H1 TIP3X1445 -37.870 3.750 25.930 1.00 0.00 W5 H +ATOM 44430 H2 TIP3X1445 -38.680 2.520 25.570 1.00 0.00 W5 H +ATOM 44431 OH2 TIP3X1446 -26.870 -19.810 -37.200 1.00 0.00 W5 O +ATOM 44432 H1 TIP3X1446 -27.150 -20.680 -36.890 1.00 0.00 W5 H +ATOM 44433 H2 TIP3X1446 -26.070 -19.970 -37.690 1.00 0.00 W5 H +ATOM 44434 OH2 TIP3X1447 -33.310 20.470 22.410 1.00 0.00 W5 O +ATOM 44435 H1 TIP3X1447 -33.820 20.470 21.590 1.00 0.00 W5 H +ATOM 44436 H2 TIP3X1447 -32.850 19.630 22.400 1.00 0.00 W5 H +ATOM 44437 OH2 TIP3X1448 -25.200 -18.750 -49.680 1.00 0.00 W5 O +ATOM 44438 H1 TIP3X1448 -25.370 -19.030 -50.560 1.00 0.00 W5 H +ATOM 44439 H2 TIP3X1448 -24.770 -17.890 -49.770 1.00 0.00 W5 H +ATOM 44440 OH2 TIP3X1449 5.440 22.520 -34.420 1.00 0.00 W5 O +ATOM 44441 H1 TIP3X1449 5.010 21.720 -34.740 1.00 0.00 W5 H +ATOM 44442 H2 TIP3X1449 5.770 22.280 -33.560 1.00 0.00 W5 H +ATOM 44443 OH2 TIP3X1450 20.100 25.480 -17.720 1.00 0.00 W5 O +ATOM 44444 H1 TIP3X1450 19.350 25.210 -17.190 1.00 0.00 W5 H +ATOM 44445 H2 TIP3X1450 20.480 24.650 -18.030 1.00 0.00 W5 H +ATOM 44446 OH2 TIP3X1451 31.300 -23.310 -25.370 1.00 0.00 W5 O +ATOM 44447 H1 TIP3X1451 30.920 -22.480 -25.650 1.00 0.00 W5 H +ATOM 44448 H2 TIP3X1451 30.670 -23.650 -24.730 1.00 0.00 W5 H +ATOM 44449 OH2 TIP3X1452 9.960 8.860 -32.400 1.00 0.00 W5 O +ATOM 44450 H1 TIP3X1452 9.830 9.600 -33.010 1.00 0.00 W5 H +ATOM 44451 H2 TIP3X1452 10.900 8.830 -32.260 1.00 0.00 W5 H +ATOM 44452 OH2 TIP3X1453 -2.320 27.960 28.960 1.00 0.00 W5 O +ATOM 44453 H1 TIP3X1453 -2.740 27.120 28.880 1.00 0.00 W5 H +ATOM 44454 H2 TIP3X1453 -1.800 28.060 28.160 1.00 0.00 W5 H +ATOM 44455 OH2 TIP3X1454 43.490 34.080 22.890 1.00 0.00 W5 O +ATOM 44456 H1 TIP3X1454 42.920 34.770 23.220 1.00 0.00 W5 H +ATOM 44457 H2 TIP3X1454 43.450 33.390 23.560 1.00 0.00 W5 H +ATOM 44458 OH2 TIP3X1455 35.590 27.600 34.840 1.00 0.00 W5 O +ATOM 44459 H1 TIP3X1455 36.480 27.290 34.660 1.00 0.00 W5 H +ATOM 44460 H2 TIP3X1455 35.540 27.640 35.800 1.00 0.00 W5 H +ATOM 44461 OH2 TIP3X1456 25.690 33.290 18.720 1.00 0.00 W5 O +ATOM 44462 H1 TIP3X1456 26.420 32.960 18.180 1.00 0.00 W5 H +ATOM 44463 H2 TIP3X1456 25.680 34.220 18.560 1.00 0.00 W5 H +ATOM 44464 OH2 TIP3X1457 -32.520 -1.200 39.440 1.00 0.00 W5 O +ATOM 44465 H1 TIP3X1457 -33.100 -0.660 38.920 1.00 0.00 W5 H +ATOM 44466 H2 TIP3X1457 -31.640 -0.850 39.260 1.00 0.00 W5 H +ATOM 44467 OH2 TIP3X1458 -14.710 -27.130 24.760 1.00 0.00 W5 O +ATOM 44468 H1 TIP3X1458 -14.900 -27.670 23.990 1.00 0.00 W5 H +ATOM 44469 H2 TIP3X1458 -15.560 -27.000 25.190 1.00 0.00 W5 H +ATOM 44470 OH2 TIP3X1459 26.290 39.330 23.660 1.00 0.00 W5 O +ATOM 44471 H1 TIP3X1459 25.940 39.590 24.520 1.00 0.00 W5 H +ATOM 44472 H2 TIP3X1459 25.550 39.460 23.060 1.00 0.00 W5 H +ATOM 44473 OH2 TIP3X1460 -6.400 -24.340 -19.100 1.00 0.00 W5 O +ATOM 44474 H1 TIP3X1460 -6.780 -23.550 -19.470 1.00 0.00 W5 H +ATOM 44475 H2 TIP3X1460 -7.140 -24.950 -19.020 1.00 0.00 W5 H +ATOM 44476 OH2 TIP3X1461 -40.050 -47.850 -37.840 1.00 0.00 W5 O +ATOM 44477 H1 TIP3X1461 -40.690 -47.720 -38.540 1.00 0.00 W5 H +ATOM 44478 H2 TIP3X1461 -39.500 -48.570 -38.130 1.00 0.00 W5 H +ATOM 44479 OH2 TIP3X1462 -36.260 3.300 -32.270 1.00 0.00 W5 O +ATOM 44480 H1 TIP3X1462 -36.460 2.420 -31.970 1.00 0.00 W5 H +ATOM 44481 H2 TIP3X1462 -35.440 3.210 -32.760 1.00 0.00 W5 H +ATOM 44482 OH2 TIP3X1463 -39.650 -28.420 -40.500 1.00 0.00 W5 O +ATOM 44483 H1 TIP3X1463 -40.150 -28.500 -39.680 1.00 0.00 W5 H +ATOM 44484 H2 TIP3X1463 -40.300 -28.500 -41.190 1.00 0.00 W5 H +ATOM 44485 OH2 TIP3X1464 25.510 13.960 -42.430 1.00 0.00 W5 O +ATOM 44486 H1 TIP3X1464 25.420 14.730 -43.000 1.00 0.00 W5 H +ATOM 44487 H2 TIP3X1464 25.220 13.230 -42.970 1.00 0.00 W5 H +ATOM 44488 OH2 TIP3X1465 13.830 9.140 36.970 1.00 0.00 W5 O +ATOM 44489 H1 TIP3X1465 13.800 8.560 36.210 1.00 0.00 W5 H +ATOM 44490 H2 TIP3X1465 13.270 8.720 37.620 1.00 0.00 W5 H +ATOM 44491 OH2 TIP3X1466 45.920 -0.360 -44.420 1.00 0.00 W5 O +ATOM 44492 H1 TIP3X1466 45.280 -0.490 -45.130 1.00 0.00 W5 H +ATOM 44493 H2 TIP3X1466 45.500 -0.760 -43.660 1.00 0.00 W5 H +ATOM 44494 OH2 TIP3X1467 -17.970 32.630 -28.780 1.00 0.00 W5 O +ATOM 44495 H1 TIP3X1467 -18.310 32.330 -27.940 1.00 0.00 W5 H +ATOM 44496 H2 TIP3X1467 -18.730 32.800 -29.320 1.00 0.00 W5 H +ATOM 44497 OH2 TIP3X1468 -24.550 33.630 27.280 1.00 0.00 W5 O +ATOM 44498 H1 TIP3X1468 -25.190 33.280 27.910 1.00 0.00 W5 H +ATOM 44499 H2 TIP3X1468 -23.980 34.180 27.820 1.00 0.00 W5 H +ATOM 44500 OH2 TIP3X1469 21.170 -23.970 -51.400 1.00 0.00 W5 O +ATOM 44501 H1 TIP3X1469 20.530 -24.550 -50.980 1.00 0.00 W5 H +ATOM 44502 H2 TIP3X1469 20.970 -23.100 -51.080 1.00 0.00 W5 H +ATOM 44503 OH2 TIP3X1470 -21.890 -7.770 26.220 1.00 0.00 W5 O +ATOM 44504 H1 TIP3X1470 -22.630 -7.260 26.570 1.00 0.00 W5 H +ATOM 44505 H2 TIP3X1470 -22.280 -8.590 25.930 1.00 0.00 W5 H +ATOM 44506 OH2 TIP3X1471 10.470 32.370 -40.950 1.00 0.00 W5 O +ATOM 44507 H1 TIP3X1471 10.760 32.440 -40.030 1.00 0.00 W5 H +ATOM 44508 H2 TIP3X1471 9.860 33.090 -41.060 1.00 0.00 W5 H +ATOM 44509 OH2 TIP3X1472 33.390 0.790 -45.830 1.00 0.00 W5 O +ATOM 44510 H1 TIP3X1472 33.660 1.570 -45.340 1.00 0.00 W5 H +ATOM 44511 H2 TIP3X1472 34.080 0.650 -46.470 1.00 0.00 W5 H +ATOM 44512 OH2 TIP3X1473 -39.710 -32.810 32.280 1.00 0.00 W5 O +ATOM 44513 H1 TIP3X1473 -38.900 -33.230 32.540 1.00 0.00 W5 H +ATOM 44514 H2 TIP3X1473 -40.340 -33.010 32.980 1.00 0.00 W5 H +ATOM 44515 OH2 TIP3X1474 -14.250 2.270 26.870 1.00 0.00 W5 O +ATOM 44516 H1 TIP3X1474 -14.040 1.490 26.370 1.00 0.00 W5 H +ATOM 44517 H2 TIP3X1474 -14.580 1.940 27.700 1.00 0.00 W5 H +ATOM 44518 OH2 TIP3X1475 28.490 14.340 -28.880 1.00 0.00 W5 O +ATOM 44519 H1 TIP3X1475 29.250 13.780 -28.990 1.00 0.00 W5 H +ATOM 44520 H2 TIP3X1475 28.080 14.040 -28.070 1.00 0.00 W5 H +ATOM 44521 OH2 TIP3X1476 23.790 -26.530 -38.050 1.00 0.00 W5 O +ATOM 44522 H1 TIP3X1476 23.370 -27.170 -37.470 1.00 0.00 W5 H +ATOM 44523 H2 TIP3X1476 23.050 -26.030 -38.410 1.00 0.00 W5 H +ATOM 44524 OH2 TIP3X1477 -40.100 -2.410 -44.140 1.00 0.00 W5 O +ATOM 44525 H1 TIP3X1477 -39.570 -1.870 -43.540 1.00 0.00 W5 H +ATOM 44526 H2 TIP3X1477 -39.870 -3.310 -43.910 1.00 0.00 W5 H +ATOM 44527 OH2 TIP3X1478 40.080 -27.820 14.100 1.00 0.00 W5 O +ATOM 44528 H1 TIP3X1478 39.690 -28.690 14.070 1.00 0.00 W5 H +ATOM 44529 H2 TIP3X1478 39.680 -27.400 14.860 1.00 0.00 W5 H +ATOM 44530 OH2 TIP3X1479 -11.130 26.460 39.810 1.00 0.00 W5 O +ATOM 44531 H1 TIP3X1479 -11.080 27.400 40.020 1.00 0.00 W5 H +ATOM 44532 H2 TIP3X1479 -11.950 26.170 40.200 1.00 0.00 W5 H +ATOM 44533 OH2 TIP3X1480 -27.590 -27.700 23.460 1.00 0.00 W5 O +ATOM 44534 H1 TIP3X1480 -28.550 -27.630 23.380 1.00 0.00 W5 H +ATOM 44535 H2 TIP3X1480 -27.250 -27.210 22.720 1.00 0.00 W5 H +ATOM 44536 OH2 TIP3X1481 -29.610 -24.430 25.310 1.00 0.00 W5 O +ATOM 44537 H1 TIP3X1481 -30.300 -23.810 25.090 1.00 0.00 W5 H +ATOM 44538 H2 TIP3X1481 -30.070 -25.170 25.720 1.00 0.00 W5 H +ATOM 44539 OH2 TIP3X1482 -28.460 -41.700 -19.470 1.00 0.00 W5 O +ATOM 44540 H1 TIP3X1482 -28.980 -41.470 -18.700 1.00 0.00 W5 H +ATOM 44541 H2 TIP3X1482 -27.970 -40.910 -19.680 1.00 0.00 W5 H +ATOM 44542 OH2 TIP3X1483 -15.090 -21.500 -39.600 1.00 0.00 W5 O +ATOM 44543 H1 TIP3X1483 -14.710 -21.930 -38.830 1.00 0.00 W5 H +ATOM 44544 H2 TIP3X1483 -14.700 -20.630 -39.620 1.00 0.00 W5 H +ATOM 44545 OH2 TIP3X1484 38.200 14.810 -11.000 1.00 0.00 W5 O +ATOM 44546 H1 TIP3X1484 38.860 15.100 -10.380 1.00 0.00 W5 H +ATOM 44547 H2 TIP3X1484 38.120 13.870 -10.860 1.00 0.00 W5 H +ATOM 44548 OH2 TIP3X1485 41.530 39.780 -38.600 1.00 0.00 W5 O +ATOM 44549 H1 TIP3X1485 42.170 40.140 -39.200 1.00 0.00 W5 H +ATOM 44550 H2 TIP3X1485 41.870 40.020 -37.720 1.00 0.00 W5 H +ATOM 44551 OH2 TIP3X1486 -23.330 -15.980 35.370 1.00 0.00 W5 O +ATOM 44552 H1 TIP3X1486 -24.050 -15.700 35.920 1.00 0.00 W5 H +ATOM 44553 H2 TIP3X1486 -23.600 -15.760 34.490 1.00 0.00 W5 H +ATOM 44554 OH2 TIP3X1487 -37.640 30.120 -27.300 1.00 0.00 W5 O +ATOM 44555 H1 TIP3X1487 -38.190 30.640 -27.890 1.00 0.00 W5 H +ATOM 44556 H2 TIP3X1487 -36.910 30.700 -27.090 1.00 0.00 W5 H +ATOM 44557 OH2 TIP3X1488 39.260 14.620 -13.410 1.00 0.00 W5 O +ATOM 44558 H1 TIP3X1488 38.740 14.510 -12.610 1.00 0.00 W5 H +ATOM 44559 H2 TIP3X1488 40.150 14.780 -13.090 1.00 0.00 W5 H +ATOM 44560 OH2 TIP3X1489 22.440 -48.360 -21.060 1.00 0.00 W5 O +ATOM 44561 H1 TIP3X1489 22.460 -48.380 -20.100 1.00 0.00 W5 H +ATOM 44562 H2 TIP3X1489 23.140 -47.770 -21.320 1.00 0.00 W5 H +ATOM 44563 OH2 TIP3X1490 34.180 -7.570 24.840 1.00 0.00 W5 O +ATOM 44564 H1 TIP3X1490 34.890 -6.940 25.030 1.00 0.00 W5 H +ATOM 44565 H2 TIP3X1490 33.870 -7.830 25.700 1.00 0.00 W5 H +ATOM 44566 OH2 TIP3X1491 43.820 -36.570 25.460 1.00 0.00 W5 O +ATOM 44567 H1 TIP3X1491 43.670 -37.260 24.820 1.00 0.00 W5 H +ATOM 44568 H2 TIP3X1491 43.370 -36.880 26.250 1.00 0.00 W5 H +ATOM 44569 OH2 TIP3X1492 26.050 15.500 -26.540 1.00 0.00 W5 O +ATOM 44570 H1 TIP3X1492 26.130 14.550 -26.680 1.00 0.00 W5 H +ATOM 44571 H2 TIP3X1492 26.660 15.680 -25.830 1.00 0.00 W5 H +ATOM 44572 OH2 TIP3X1493 -16.170 12.620 37.600 1.00 0.00 W5 O +ATOM 44573 H1 TIP3X1493 -16.290 12.150 38.430 1.00 0.00 W5 H +ATOM 44574 H2 TIP3X1493 -16.650 13.440 37.730 1.00 0.00 W5 H +ATOM 44575 OH2 TIP3X1494 -32.580 -22.030 21.210 1.00 0.00 W5 O +ATOM 44576 H1 TIP3X1494 -32.190 -21.360 20.670 1.00 0.00 W5 H +ATOM 44577 H2 TIP3X1494 -32.700 -22.780 20.620 1.00 0.00 W5 H +ATOM 44578 OH2 TIP3X1495 22.080 -49.570 15.100 1.00 0.00 W5 O +ATOM 44579 H1 TIP3X1495 22.960 -49.320 14.830 1.00 0.00 W5 H +ATOM 44580 H2 TIP3X1495 21.520 -48.890 14.730 1.00 0.00 W5 H +ATOM 44581 OH2 TIP3X1496 -32.830 -14.120 -45.470 1.00 0.00 W5 O +ATOM 44582 H1 TIP3X1496 -33.430 -13.480 -45.860 1.00 0.00 W5 H +ATOM 44583 H2 TIP3X1496 -33.350 -14.540 -44.780 1.00 0.00 W5 H +ATOM 44584 OH2 TIP3X1497 32.400 21.580 -30.080 1.00 0.00 W5 O +ATOM 44585 H1 TIP3X1497 32.880 21.430 -29.270 1.00 0.00 W5 H +ATOM 44586 H2 TIP3X1497 32.200 20.710 -30.420 1.00 0.00 W5 H +ATOM 44587 OH2 TIP3X1498 38.730 3.910 -43.510 1.00 0.00 W5 O +ATOM 44588 H1 TIP3X1498 38.410 4.770 -43.230 1.00 0.00 W5 H +ATOM 44589 H2 TIP3X1498 38.000 3.550 -44.010 1.00 0.00 W5 H +ATOM 44590 OH2 TIP3X1499 21.170 -0.810 -20.850 1.00 0.00 W5 O +ATOM 44591 H1 TIP3X1499 20.660 -0.850 -21.650 1.00 0.00 W5 H +ATOM 44592 H2 TIP3X1499 20.680 -0.220 -20.280 1.00 0.00 W5 H +ATOM 44593 OH2 TIP3X1500 -5.420 29.060 39.520 1.00 0.00 W5 O +ATOM 44594 H1 TIP3X1500 -4.590 29.190 39.990 1.00 0.00 W5 H +ATOM 44595 H2 TIP3X1500 -5.140 28.850 38.620 1.00 0.00 W5 H +ATOM 44596 OH2 TIP3X1501 -41.210 -0.110 -22.810 1.00 0.00 W5 O +ATOM 44597 H1 TIP3X1501 -41.040 -0.200 -23.750 1.00 0.00 W5 H +ATOM 44598 H2 TIP3X1501 -40.910 0.760 -22.590 1.00 0.00 W5 H +ATOM 44599 OH2 TIP3X1502 26.540 -23.290 -14.670 1.00 0.00 W5 O +ATOM 44600 H1 TIP3X1502 27.340 -23.810 -14.820 1.00 0.00 W5 H +ATOM 44601 H2 TIP3X1502 26.320 -23.470 -13.760 1.00 0.00 W5 H +ATOM 44602 OH2 TIP3X1503 -17.530 -46.080 31.490 1.00 0.00 W5 O +ATOM 44603 H1 TIP3X1503 -16.980 -46.710 31.960 1.00 0.00 W5 H +ATOM 44604 H2 TIP3X1503 -17.090 -45.250 31.610 1.00 0.00 W5 H +ATOM 44605 OH2 TIP3X1504 -23.780 17.660 24.250 1.00 0.00 W5 O +ATOM 44606 H1 TIP3X1504 -23.090 18.190 23.840 1.00 0.00 W5 H +ATOM 44607 H2 TIP3X1504 -24.550 18.210 24.230 1.00 0.00 W5 H +ATOM 44608 OH2 TIP3X1505 -32.260 -16.670 -16.660 1.00 0.00 W5 O +ATOM 44609 H1 TIP3X1505 -32.720 -15.950 -16.230 1.00 0.00 W5 H +ATOM 44610 H2 TIP3X1505 -31.330 -16.510 -16.480 1.00 0.00 W5 H +ATOM 44611 OH2 TIP3X1506 -13.190 26.950 -18.580 1.00 0.00 W5 O +ATOM 44612 H1 TIP3X1506 -13.660 26.560 -19.330 1.00 0.00 W5 H +ATOM 44613 H2 TIP3X1506 -12.360 26.480 -18.560 1.00 0.00 W5 H +ATOM 44614 OH2 TIP3X1507 -0.260 14.160 -49.020 1.00 0.00 W5 O +ATOM 44615 H1 TIP3X1507 0.540 13.810 -48.630 1.00 0.00 W5 H +ATOM 44616 H2 TIP3X1507 -0.950 13.570 -48.690 1.00 0.00 W5 H +ATOM 44617 OH2 TIP3X1508 19.790 42.270 -45.970 1.00 0.00 W5 O +ATOM 44618 H1 TIP3X1508 19.920 42.840 -45.220 1.00 0.00 W5 H +ATOM 44619 H2 TIP3X1508 18.850 42.070 -45.970 1.00 0.00 W5 H +ATOM 44620 OH2 TIP3X1509 -40.870 9.210 -22.230 1.00 0.00 W5 O +ATOM 44621 H1 TIP3X1509 -40.180 9.000 -21.610 1.00 0.00 W5 H +ATOM 44622 H2 TIP3X1509 -40.440 9.720 -22.920 1.00 0.00 W5 H +ATOM 44623 OH2 TIP3X1510 43.140 -40.950 -46.990 1.00 0.00 W5 O +ATOM 44624 H1 TIP3X1510 42.910 -41.440 -46.200 1.00 0.00 W5 H +ATOM 44625 H2 TIP3X1510 42.370 -41.030 -47.560 1.00 0.00 W5 H +ATOM 44626 OH2 TIP3X1511 44.600 18.430 -24.020 1.00 0.00 W5 O +ATOM 44627 H1 TIP3X1511 44.290 19.230 -23.600 1.00 0.00 W5 H +ATOM 44628 H2 TIP3X1511 43.860 18.130 -24.540 1.00 0.00 W5 H +ATOM 44629 OH2 TIP3X1512 16.520 30.760 29.530 1.00 0.00 W5 O +ATOM 44630 H1 TIP3X1512 16.920 31.170 28.750 1.00 0.00 W5 H +ATOM 44631 H2 TIP3X1512 17.150 30.100 29.820 1.00 0.00 W5 H +ATOM 44632 OH2 TIP3X1513 -14.130 28.500 -25.250 1.00 0.00 W5 O +ATOM 44633 H1 TIP3X1513 -14.820 29.090 -25.550 1.00 0.00 W5 H +ATOM 44634 H2 TIP3X1513 -14.050 27.860 -25.960 1.00 0.00 W5 H +ATOM 44635 OH2 TIP3X1514 -3.920 -33.180 17.820 1.00 0.00 W5 O +ATOM 44636 H1 TIP3X1514 -4.010 -32.440 18.410 1.00 0.00 W5 H +ATOM 44637 H2 TIP3X1514 -4.810 -33.530 17.750 1.00 0.00 W5 H +ATOM 44638 OH2 TIP3X1515 -30.250 -47.240 -26.560 1.00 0.00 W5 O +ATOM 44639 H1 TIP3X1515 -30.880 -47.620 -25.950 1.00 0.00 W5 H +ATOM 44640 H2 TIP3X1515 -30.780 -46.750 -27.190 1.00 0.00 W5 H +ATOM 44641 OH2 TIP3X1516 -1.110 -35.750 22.050 1.00 0.00 W5 O +ATOM 44642 H1 TIP3X1516 -1.300 -36.090 22.930 1.00 0.00 W5 H +ATOM 44643 H2 TIP3X1516 -0.650 -34.930 22.200 1.00 0.00 W5 H +ATOM 44644 OH2 TIP3X1517 24.040 21.490 13.250 1.00 0.00 W5 O +ATOM 44645 H1 TIP3X1517 23.690 21.590 12.370 1.00 0.00 W5 H +ATOM 44646 H2 TIP3X1517 24.300 22.380 13.500 1.00 0.00 W5 H +ATOM 44647 OH2 TIP3X1518 -30.940 -13.120 39.820 1.00 0.00 W5 O +ATOM 44648 H1 TIP3X1518 -31.300 -12.510 40.460 1.00 0.00 W5 H +ATOM 44649 H2 TIP3X1518 -31.600 -13.170 39.130 1.00 0.00 W5 H +ATOM 44650 OH2 TIP3X1519 -44.330 -7.730 -17.010 1.00 0.00 W5 O +ATOM 44651 H1 TIP3X1519 -45.140 -8.000 -16.560 1.00 0.00 W5 H +ATOM 44652 H2 TIP3X1519 -43.680 -8.390 -16.750 1.00 0.00 W5 H +ATOM 44653 OH2 TIP3X1520 1.290 -31.460 -48.560 1.00 0.00 W5 O +ATOM 44654 H1 TIP3X1520 1.650 -30.860 -47.910 1.00 0.00 W5 H +ATOM 44655 H2 TIP3X1520 1.460 -31.010 -49.400 1.00 0.00 W5 H +ATOM 44656 OH2 TIP3X1521 34.720 -45.530 32.910 1.00 0.00 W5 O +ATOM 44657 H1 TIP3X1521 34.510 -46.010 32.110 1.00 0.00 W5 H +ATOM 44658 H2 TIP3X1521 35.460 -44.960 32.650 1.00 0.00 W5 H +ATOM 44659 OH2 TIP3X1522 11.110 -27.110 -41.810 1.00 0.00 W5 O +ATOM 44660 H1 TIP3X1522 10.340 -27.350 -42.340 1.00 0.00 W5 H +ATOM 44661 H2 TIP3X1522 11.360 -27.930 -41.390 1.00 0.00 W5 H +ATOM 44662 OH2 TIP3X1523 34.370 -0.930 -13.930 1.00 0.00 W5 O +ATOM 44663 H1 TIP3X1523 33.490 -1.260 -14.100 1.00 0.00 W5 H +ATOM 44664 H2 TIP3X1523 34.800 -1.630 -13.440 1.00 0.00 W5 H +ATOM 44665 OH2 TIP3X1524 46.030 0.630 -37.740 1.00 0.00 W5 O +ATOM 44666 H1 TIP3X1524 46.410 0.630 -38.610 1.00 0.00 W5 H +ATOM 44667 H2 TIP3X1524 45.380 -0.070 -37.760 1.00 0.00 W5 H +ATOM 44668 OH2 TIP3X1525 -27.830 40.560 39.410 1.00 0.00 W5 O +ATOM 44669 H1 TIP3X1525 -28.520 40.200 38.850 1.00 0.00 W5 H +ATOM 44670 H2 TIP3X1525 -28.310 41.100 40.040 1.00 0.00 W5 H +ATOM 44671 OH2 TIP3X1526 -27.150 17.210 31.290 1.00 0.00 W5 O +ATOM 44672 H1 TIP3X1526 -27.200 16.760 30.450 1.00 0.00 W5 H +ATOM 44673 H2 TIP3X1526 -27.870 16.850 31.800 1.00 0.00 W5 H +ATOM 44674 OH2 TIP3X1527 33.800 17.820 -12.130 1.00 0.00 W5 O +ATOM 44675 H1 TIP3X1527 34.510 17.810 -11.480 1.00 0.00 W5 H +ATOM 44676 H2 TIP3X1527 33.600 18.740 -12.250 1.00 0.00 W5 H +ATOM 44677 OH2 TIP3X1528 47.720 6.500 37.220 1.00 0.00 W5 O +ATOM 44678 H1 TIP3X1528 47.870 5.570 37.410 1.00 0.00 W5 H +ATOM 44679 H2 TIP3X1528 48.520 6.780 36.760 1.00 0.00 W5 H +ATOM 44680 OH2 TIP3X1529 41.230 12.400 -41.300 1.00 0.00 W5 O +ATOM 44681 H1 TIP3X1529 40.750 12.360 -42.130 1.00 0.00 W5 H +ATOM 44682 H2 TIP3X1529 42.130 12.600 -41.550 1.00 0.00 W5 H +ATOM 44683 OH2 TIP3X1530 -0.550 -22.760 20.330 1.00 0.00 W5 O +ATOM 44684 H1 TIP3X1530 -0.460 -23.630 19.910 1.00 0.00 W5 H +ATOM 44685 H2 TIP3X1530 -0.150 -22.160 19.700 1.00 0.00 W5 H +ATOM 44686 OH2 TIP3X1531 -37.430 10.860 -9.320 1.00 0.00 W5 O +ATOM 44687 H1 TIP3X1531 -36.850 11.620 -9.230 1.00 0.00 W5 H +ATOM 44688 H2 TIP3X1531 -38.160 11.060 -8.750 1.00 0.00 W5 H +ATOM 44689 OH2 TIP3X1532 49.820 -32.850 37.160 1.00 0.00 W5 O +ATOM 44690 H1 TIP3X1532 50.320 -32.230 36.620 1.00 0.00 W5 H +ATOM 44691 H2 TIP3X1532 48.920 -32.510 37.130 1.00 0.00 W5 H +ATOM 44692 OH2 TIP3X1533 40.980 -27.280 -51.890 1.00 0.00 W5 O +ATOM 44693 H1 TIP3X1533 41.880 -26.970 -52.010 1.00 0.00 W5 H +ATOM 44694 H2 TIP3X1533 40.610 -26.690 -51.240 1.00 0.00 W5 H +ATOM 44695 OH2 TIP3X1534 -29.340 12.710 -40.030 1.00 0.00 W5 O +ATOM 44696 H1 TIP3X1534 -28.430 12.900 -39.800 1.00 0.00 W5 H +ATOM 44697 H2 TIP3X1534 -29.710 12.270 -39.260 1.00 0.00 W5 H +ATOM 44698 OH2 TIP3X1535 -40.520 -26.000 -35.210 1.00 0.00 W5 O +ATOM 44699 H1 TIP3X1535 -41.090 -26.770 -35.190 1.00 0.00 W5 H +ATOM 44700 H2 TIP3X1535 -39.830 -26.180 -34.580 1.00 0.00 W5 H +ATOM 44701 OH2 TIP3X1536 43.480 -27.980 -46.240 1.00 0.00 W5 O +ATOM 44702 H1 TIP3X1536 43.040 -28.800 -46.490 1.00 0.00 W5 H +ATOM 44703 H2 TIP3X1536 42.780 -27.460 -45.840 1.00 0.00 W5 H +ATOM 44704 OH2 TIP3X1537 32.740 -36.720 -45.930 1.00 0.00 W5 O +ATOM 44705 H1 TIP3X1537 32.460 -36.330 -46.760 1.00 0.00 W5 H +ATOM 44706 H2 TIP3X1537 33.550 -37.180 -46.140 1.00 0.00 W5 H +ATOM 44707 OH2 TIP3X1538 23.110 -47.640 -32.920 1.00 0.00 W5 O +ATOM 44708 H1 TIP3X1538 22.540 -46.930 -32.650 1.00 0.00 W5 H +ATOM 44709 H2 TIP3X1538 23.630 -47.280 -33.640 1.00 0.00 W5 H +ATOM 44710 OH2 TIP3X1539 -14.810 -46.630 -38.190 1.00 0.00 W5 O +ATOM 44711 H1 TIP3X1539 -14.590 -47.330 -37.580 1.00 0.00 W5 H +ATOM 44712 H2 TIP3X1539 -14.050 -46.050 -38.180 1.00 0.00 W5 H +ATOM 44713 OH2 TIP3X1540 -42.350 3.130 -20.390 1.00 0.00 W5 O +ATOM 44714 H1 TIP3X1540 -43.080 3.320 -19.790 1.00 0.00 W5 H +ATOM 44715 H2 TIP3X1540 -41.850 2.460 -19.950 1.00 0.00 W5 H +ATOM 44716 OH2 TIP3X1541 12.940 -25.010 -22.440 1.00 0.00 W5 O +ATOM 44717 H1 TIP3X1541 12.840 -25.970 -22.350 1.00 0.00 W5 H +ATOM 44718 H2 TIP3X1541 12.050 -24.700 -22.600 1.00 0.00 W5 H +ATOM 44719 OH2 TIP3X1542 26.270 -30.700 -26.160 1.00 0.00 W5 O +ATOM 44720 H1 TIP3X1542 26.740 -31.460 -26.530 1.00 0.00 W5 H +ATOM 44721 H2 TIP3X1542 26.910 -30.260 -25.620 1.00 0.00 W5 H +ATOM 44722 OH2 TIP3X1543 -25.050 14.750 40.030 1.00 0.00 W5 O +ATOM 44723 H1 TIP3X1543 -24.850 13.800 40.050 1.00 0.00 W5 H +ATOM 44724 H2 TIP3X1543 -25.630 14.850 39.270 1.00 0.00 W5 H +ATOM 44725 OH2 TIP3X1544 17.850 29.080 -47.550 1.00 0.00 W5 O +ATOM 44726 H1 TIP3X1544 17.980 28.600 -46.740 1.00 0.00 W5 H +ATOM 44727 H2 TIP3X1544 18.270 28.550 -48.230 1.00 0.00 W5 H +ATOM 44728 OH2 TIP3X1545 -17.230 10.830 -33.580 1.00 0.00 W5 O +ATOM 44729 H1 TIP3X1545 -16.910 10.600 -32.700 1.00 0.00 W5 H +ATOM 44730 H2 TIP3X1545 -17.970 10.240 -33.720 1.00 0.00 W5 H +ATOM 44731 OH2 TIP3X1546 -25.690 -0.290 33.750 1.00 0.00 W5 O +ATOM 44732 H1 TIP3X1546 -24.870 0.070 34.110 1.00 0.00 W5 H +ATOM 44733 H2 TIP3X1546 -26.270 -0.370 34.520 1.00 0.00 W5 H +ATOM 44734 OH2 TIP3X1547 -44.660 29.530 -27.290 1.00 0.00 W5 O +ATOM 44735 H1 TIP3X1547 -45.360 30.140 -27.040 1.00 0.00 W5 H +ATOM 44736 H2 TIP3X1547 -43.890 29.850 -26.830 1.00 0.00 W5 H +ATOM 44737 OH2 TIP3X1548 11.570 24.380 28.190 1.00 0.00 W5 O +ATOM 44738 H1 TIP3X1548 11.570 24.280 27.240 1.00 0.00 W5 H +ATOM 44739 H2 TIP3X1548 11.370 25.310 28.340 1.00 0.00 W5 H +ATOM 44740 OH2 TIP3X1549 17.520 20.140 -40.460 1.00 0.00 W5 O +ATOM 44741 H1 TIP3X1549 18.220 19.480 -40.480 1.00 0.00 W5 H +ATOM 44742 H2 TIP3X1549 17.950 20.920 -40.100 1.00 0.00 W5 H +ATOM 44743 OH2 TIP3X1550 35.320 -21.240 35.530 1.00 0.00 W5 O +ATOM 44744 H1 TIP3X1550 34.530 -21.470 35.030 1.00 0.00 W5 H +ATOM 44745 H2 TIP3X1550 35.330 -21.860 36.250 1.00 0.00 W5 H +ATOM 44746 OH2 TIP3X1551 17.050 -1.710 26.470 1.00 0.00 W5 O +ATOM 44747 H1 TIP3X1551 16.730 -2.440 25.940 1.00 0.00 W5 H +ATOM 44748 H2 TIP3X1551 17.120 -0.980 25.850 1.00 0.00 W5 H +ATOM 44749 OH2 TIP3X1552 34.460 -13.460 32.790 1.00 0.00 W5 O +ATOM 44750 H1 TIP3X1552 34.130 -14.250 33.220 1.00 0.00 W5 H +ATOM 44751 H2 TIP3X1552 34.890 -13.780 32.010 1.00 0.00 W5 H +ATOM 44752 OH2 TIP3X1553 -26.870 -43.950 -32.300 1.00 0.00 W5 O +ATOM 44753 H1 TIP3X1553 -26.180 -44.310 -32.850 1.00 0.00 W5 H +ATOM 44754 H2 TIP3X1553 -27.380 -44.710 -32.020 1.00 0.00 W5 H +ATOM 44755 OH2 TIP3X1554 -18.670 15.950 -33.560 1.00 0.00 W5 O +ATOM 44756 H1 TIP3X1554 -19.280 15.580 -32.910 1.00 0.00 W5 H +ATOM 44757 H2 TIP3X1554 -18.100 15.220 -33.790 1.00 0.00 W5 H +ATOM 44758 OH2 TIP3X1555 -37.730 40.340 -20.210 1.00 0.00 W5 O +ATOM 44759 H1 TIP3X1555 -37.500 40.960 -19.510 1.00 0.00 W5 H +ATOM 44760 H2 TIP3X1555 -37.200 40.630 -20.970 1.00 0.00 W5 H +ATOM 44761 OH2 TIP3X1556 -21.270 -4.470 -23.880 1.00 0.00 W5 O +ATOM 44762 H1 TIP3X1556 -22.200 -4.360 -23.810 1.00 0.00 W5 H +ATOM 44763 H2 TIP3X1556 -20.920 -3.600 -24.060 1.00 0.00 W5 H +ATOM 44764 OH2 TIP3X1557 26.020 -10.940 -17.350 1.00 0.00 W5 O +ATOM 44765 H1 TIP3X1557 26.970 -11.060 -17.320 1.00 0.00 W5 H +ATOM 44766 H2 TIP3X1557 25.870 -10.120 -16.870 1.00 0.00 W5 H +ATOM 44767 OH2 TIP3X1558 12.450 -29.520 -41.970 1.00 0.00 W5 O +ATOM 44768 H1 TIP3X1558 12.410 -30.470 -42.020 1.00 0.00 W5 H +ATOM 44769 H2 TIP3X1558 13.390 -29.310 -41.990 1.00 0.00 W5 H +ATOM 44770 OH2 TIP3X1559 39.580 34.930 28.900 1.00 0.00 W5 O +ATOM 44771 H1 TIP3X1559 39.310 35.830 29.110 1.00 0.00 W5 H +ATOM 44772 H2 TIP3X1559 38.790 34.540 28.520 1.00 0.00 W5 H +ATOM 44773 OH2 TIP3X1560 -41.240 -30.340 14.520 1.00 0.00 W5 O +ATOM 44774 H1 TIP3X1560 -41.620 -30.560 13.670 1.00 0.00 W5 H +ATOM 44775 H2 TIP3X1560 -40.410 -29.900 14.310 1.00 0.00 W5 H +ATOM 44776 OH2 TIP3X1561 19.610 6.490 19.680 1.00 0.00 W5 O +ATOM 44777 H1 TIP3X1561 19.850 5.730 19.150 1.00 0.00 W5 H +ATOM 44778 H2 TIP3X1561 18.660 6.400 19.810 1.00 0.00 W5 H +ATOM 44779 OH2 TIP3X1562 47.030 -41.780 27.050 1.00 0.00 W5 O +ATOM 44780 H1 TIP3X1562 47.730 -41.120 27.100 1.00 0.00 W5 H +ATOM 44781 H2 TIP3X1562 46.260 -41.280 26.770 1.00 0.00 W5 H +ATOM 44782 OH2 TIP3X1563 -38.290 -20.950 23.320 1.00 0.00 W5 O +ATOM 44783 H1 TIP3X1563 -38.490 -21.480 22.550 1.00 0.00 W5 H +ATOM 44784 H2 TIP3X1563 -38.060 -21.580 24.000 1.00 0.00 W5 H +ATOM 44785 OH2 TIP3X1564 -21.750 40.290 34.330 1.00 0.00 W5 O +ATOM 44786 H1 TIP3X1564 -21.410 39.880 35.130 1.00 0.00 W5 H +ATOM 44787 H2 TIP3X1564 -21.840 41.220 34.560 1.00 0.00 W5 H +ATOM 44788 OH2 TIP3X1565 23.880 -43.920 19.290 1.00 0.00 W5 O +ATOM 44789 H1 TIP3X1565 23.400 -44.290 18.550 1.00 0.00 W5 H +ATOM 44790 H2 TIP3X1565 23.940 -44.640 19.920 1.00 0.00 W5 H +ATOM 44791 OH2 TIP3X1566 22.000 -11.570 -48.810 1.00 0.00 W5 O +ATOM 44792 H1 TIP3X1566 22.490 -12.040 -49.470 1.00 0.00 W5 H +ATOM 44793 H2 TIP3X1566 21.140 -11.420 -49.210 1.00 0.00 W5 H +ATOM 44794 OH2 TIP3X1567 10.180 -43.240 -31.210 1.00 0.00 W5 O +ATOM 44795 H1 TIP3X1567 10.560 -43.520 -30.380 1.00 0.00 W5 H +ATOM 44796 H2 TIP3X1567 10.920 -42.920 -31.720 1.00 0.00 W5 H +ATOM 44797 OH2 TIP3X1568 -0.060 38.390 -37.590 1.00 0.00 W5 O +ATOM 44798 H1 TIP3X1568 -0.420 37.510 -37.690 1.00 0.00 W5 H +ATOM 44799 H2 TIP3X1568 0.850 38.310 -37.900 1.00 0.00 W5 H +ATOM 44800 OH2 TIP3X1569 39.520 32.790 30.840 1.00 0.00 W5 O +ATOM 44801 H1 TIP3X1569 38.630 32.430 30.830 1.00 0.00 W5 H +ATOM 44802 H2 TIP3X1569 39.530 33.430 30.140 1.00 0.00 W5 H +ATOM 44803 OH2 TIP3X1570 17.590 -39.640 -23.730 1.00 0.00 W5 O +ATOM 44804 H1 TIP3X1570 17.340 -39.220 -22.910 1.00 0.00 W5 H +ATOM 44805 H2 TIP3X1570 16.890 -40.280 -23.900 1.00 0.00 W5 H +ATOM 44806 OH2 TIP3X1571 -8.440 11.540 26.020 1.00 0.00 W5 O +ATOM 44807 H1 TIP3X1571 -7.770 10.880 25.780 1.00 0.00 W5 H +ATOM 44808 H2 TIP3X1571 -8.990 11.590 25.230 1.00 0.00 W5 H +ATOM 44809 OH2 TIP3X1572 19.380 -46.030 -53.150 1.00 0.00 W5 O +ATOM 44810 H1 TIP3X1572 20.270 -45.800 -52.890 1.00 0.00 W5 H +ATOM 44811 H2 TIP3X1572 19.070 -46.620 -52.470 1.00 0.00 W5 H +ATOM 44812 OH2 TIP3X1573 -42.840 37.310 -15.720 1.00 0.00 W5 O +ATOM 44813 H1 TIP3X1573 -41.970 37.600 -16.000 1.00 0.00 W5 H +ATOM 44814 H2 TIP3X1573 -43.090 37.930 -15.040 1.00 0.00 W5 H +ATOM 44815 OH2 TIP3X1574 30.480 13.960 26.280 1.00 0.00 W5 O +ATOM 44816 H1 TIP3X1574 30.660 13.660 27.180 1.00 0.00 W5 H +ATOM 44817 H2 TIP3X1574 29.670 14.450 26.350 1.00 0.00 W5 H +ATOM 44818 OH2 TIP3X1575 -5.930 -20.050 -42.240 1.00 0.00 W5 O +ATOM 44819 H1 TIP3X1575 -6.140 -19.460 -41.520 1.00 0.00 W5 H +ATOM 44820 H2 TIP3X1575 -5.500 -20.810 -41.820 1.00 0.00 W5 H +ATOM 44821 OH2 TIP3X1576 39.910 25.270 -20.210 1.00 0.00 W5 O +ATOM 44822 H1 TIP3X1576 39.920 25.360 -21.160 1.00 0.00 W5 H +ATOM 44823 H2 TIP3X1576 39.130 25.760 -19.930 1.00 0.00 W5 H +ATOM 44824 OH2 TIP3X1577 -10.020 27.020 -24.970 1.00 0.00 W5 O +ATOM 44825 H1 TIP3X1577 -10.390 27.780 -25.410 1.00 0.00 W5 H +ATOM 44826 H2 TIP3X1577 -10.200 27.170 -24.040 1.00 0.00 W5 H +ATOM 44827 OH2 TIP3X1578 -34.730 -48.680 -20.850 1.00 0.00 W5 O +ATOM 44828 H1 TIP3X1578 -35.350 -49.100 -20.250 1.00 0.00 W5 H +ATOM 44829 H2 TIP3X1578 -35.280 -48.290 -21.530 1.00 0.00 W5 H +ATOM 44830 OH2 TIP3X1579 27.420 -32.840 19.980 1.00 0.00 W5 O +ATOM 44831 H1 TIP3X1579 27.940 -32.040 20.010 1.00 0.00 W5 H +ATOM 44832 H2 TIP3X1579 27.470 -33.140 19.060 1.00 0.00 W5 H +ATOM 44833 OH2 TIP3X1580 -16.660 26.520 -24.150 1.00 0.00 W5 O +ATOM 44834 H1 TIP3X1580 -16.780 27.030 -24.950 1.00 0.00 W5 H +ATOM 44835 H2 TIP3X1580 -15.750 26.240 -24.170 1.00 0.00 W5 H +ATOM 44836 OH2 TIP3X1581 45.230 20.160 21.110 1.00 0.00 W5 O +ATOM 44837 H1 TIP3X1581 44.470 20.270 21.670 1.00 0.00 W5 H +ATOM 44838 H2 TIP3X1581 45.390 19.210 21.120 1.00 0.00 W5 H +ATOM 44839 OH2 TIP3X1582 -4.170 -26.590 -44.780 1.00 0.00 W5 O +ATOM 44840 H1 TIP3X1582 -4.540 -25.720 -44.630 1.00 0.00 W5 H +ATOM 44841 H2 TIP3X1582 -4.560 -26.870 -45.610 1.00 0.00 W5 H +ATOM 44842 OH2 TIP3X1583 44.190 13.100 -34.390 1.00 0.00 W5 O +ATOM 44843 H1 TIP3X1583 44.180 13.380 -33.470 1.00 0.00 W5 H +ATOM 44844 H2 TIP3X1583 43.520 13.650 -34.810 1.00 0.00 W5 H +ATOM 44845 OH2 TIP3X1584 35.190 -45.930 -37.440 1.00 0.00 W5 O +ATOM 44846 H1 TIP3X1584 35.870 -45.340 -37.790 1.00 0.00 W5 H +ATOM 44847 H2 TIP3X1584 35.130 -45.700 -36.520 1.00 0.00 W5 H +ATOM 44848 OH2 TIP3X1585 25.890 -45.870 -38.700 1.00 0.00 W5 O +ATOM 44849 H1 TIP3X1585 25.590 -46.670 -39.130 1.00 0.00 W5 H +ATOM 44850 H2 TIP3X1585 26.680 -45.630 -39.170 1.00 0.00 W5 H +ATOM 44851 OH2 TIP3X1586 30.200 10.320 -11.630 1.00 0.00 W5 O +ATOM 44852 H1 TIP3X1586 29.670 10.970 -11.160 1.00 0.00 W5 H +ATOM 44853 H2 TIP3X1586 29.850 9.480 -11.340 1.00 0.00 W5 H +ATOM 44854 OH2 TIP3X1587 -41.230 26.430 -20.590 1.00 0.00 W5 O +ATOM 44855 H1 TIP3X1587 -41.970 27.000 -20.400 1.00 0.00 W5 H +ATOM 44856 H2 TIP3X1587 -41.200 25.810 -19.860 1.00 0.00 W5 H +ATOM 44857 OH2 TIP3X1588 2.970 -44.850 -31.260 1.00 0.00 W5 O +ATOM 44858 H1 TIP3X1588 2.680 -44.520 -30.410 1.00 0.00 W5 H +ATOM 44859 H2 TIP3X1588 2.290 -45.470 -31.520 1.00 0.00 W5 H +ATOM 44860 OH2 TIP3X1589 30.300 33.030 -26.210 1.00 0.00 W5 O +ATOM 44861 H1 TIP3X1589 29.900 33.420 -26.980 1.00 0.00 W5 H +ATOM 44862 H2 TIP3X1589 31.100 33.540 -26.080 1.00 0.00 W5 H +ATOM 44863 OH2 TIP3X1590 11.470 29.480 38.830 1.00 0.00 W5 O +ATOM 44864 H1 TIP3X1590 12.160 28.850 39.050 1.00 0.00 W5 H +ATOM 44865 H2 TIP3X1590 11.460 29.500 37.880 1.00 0.00 W5 H +ATOM 44866 OH2 TIP3X1591 47.210 -0.360 33.730 1.00 0.00 W5 O +ATOM 44867 H1 TIP3X1591 47.060 0.560 33.940 1.00 0.00 W5 H +ATOM 44868 H2 TIP3X1591 47.930 -0.620 34.290 1.00 0.00 W5 H +ATOM 44869 OH2 TIP3X1592 36.210 -31.480 36.610 1.00 0.00 W5 O +ATOM 44870 H1 TIP3X1592 35.390 -31.010 36.450 1.00 0.00 W5 H +ATOM 44871 H2 TIP3X1592 36.380 -31.370 37.540 1.00 0.00 W5 H +ATOM 44872 OH2 TIP3X1593 -4.660 38.860 33.420 1.00 0.00 W5 O +ATOM 44873 H1 TIP3X1593 -5.300 38.300 33.030 1.00 0.00 W5 H +ATOM 44874 H2 TIP3X1593 -5.020 39.120 34.260 1.00 0.00 W5 H +ATOM 44875 OH2 TIP3X1594 -29.350 -35.530 -42.950 1.00 0.00 W5 O +ATOM 44876 H1 TIP3X1594 -30.040 -36.140 -43.210 1.00 0.00 W5 H +ATOM 44877 H2 TIP3X1594 -29.570 -34.710 -43.400 1.00 0.00 W5 H +ATOM 44878 OH2 TIP3X1595 26.640 -29.610 13.820 1.00 0.00 W5 O +ATOM 44879 H1 TIP3X1595 26.910 -29.580 12.900 1.00 0.00 W5 H +ATOM 44880 H2 TIP3X1595 25.780 -30.030 13.820 1.00 0.00 W5 H +ATOM 44881 OH2 TIP3X1596 -36.050 -1.640 -33.240 1.00 0.00 W5 O +ATOM 44882 H1 TIP3X1596 -36.110 -2.230 -33.990 1.00 0.00 W5 H +ATOM 44883 H2 TIP3X1596 -35.320 -1.970 -32.730 1.00 0.00 W5 H +ATOM 44884 OH2 TIP3X1597 3.640 -11.880 35.750 1.00 0.00 W5 O +ATOM 44885 H1 TIP3X1597 4.240 -11.280 36.180 1.00 0.00 W5 H +ATOM 44886 H2 TIP3X1597 3.070 -12.200 36.460 1.00 0.00 W5 H +ATOM 44887 OH2 TIP3X1598 45.780 20.070 35.940 1.00 0.00 W5 O +ATOM 44888 H1 TIP3X1598 46.330 20.570 36.550 1.00 0.00 W5 H +ATOM 44889 H2 TIP3X1598 46.130 19.180 35.990 1.00 0.00 W5 H +ATOM 44890 OH2 TIP3X1599 -27.850 -3.210 -38.980 1.00 0.00 W5 O +ATOM 44891 H1 TIP3X1599 -27.090 -3.600 -38.540 1.00 0.00 W5 H +ATOM 44892 H2 TIP3X1599 -28.580 -3.740 -38.690 1.00 0.00 W5 H +ATOM 44893 OH2 TIP3X1600 -6.310 -11.070 -49.590 1.00 0.00 W5 O +ATOM 44894 H1 TIP3X1600 -7.040 -11.680 -49.620 1.00 0.00 W5 H +ATOM 44895 H2 TIP3X1600 -6.330 -10.630 -50.450 1.00 0.00 W5 H +ATOM 44896 OH2 TIP3X1601 -12.850 0.220 40.010 1.00 0.00 W5 O +ATOM 44897 H1 TIP3X1601 -12.380 0.860 39.460 1.00 0.00 W5 H +ATOM 44898 H2 TIP3X1601 -13.760 0.340 39.790 1.00 0.00 W5 H +ATOM 44899 OH2 TIP3X1602 -26.940 -31.360 33.950 1.00 0.00 W5 O +ATOM 44900 H1 TIP3X1602 -27.480 -31.970 33.460 1.00 0.00 W5 H +ATOM 44901 H2 TIP3X1602 -27.310 -30.500 33.740 1.00 0.00 W5 H +ATOM 44902 OH2 TIP3X1603 -21.960 22.720 -47.520 1.00 0.00 W5 O +ATOM 44903 H1 TIP3X1603 -22.730 22.400 -47.040 1.00 0.00 W5 H +ATOM 44904 H2 TIP3X1603 -21.660 23.480 -47.040 1.00 0.00 W5 H +ATOM 44905 OH2 TIP3X1604 -28.350 28.160 -40.470 1.00 0.00 W5 O +ATOM 44906 H1 TIP3X1604 -28.930 28.890 -40.690 1.00 0.00 W5 H +ATOM 44907 H2 TIP3X1604 -27.470 28.530 -40.500 1.00 0.00 W5 H +ATOM 44908 OH2 TIP3X1605 -20.070 -13.430 -44.940 1.00 0.00 W5 O +ATOM 44909 H1 TIP3X1605 -20.640 -12.660 -45.030 1.00 0.00 W5 H +ATOM 44910 H2 TIP3X1605 -20.220 -13.920 -45.750 1.00 0.00 W5 H +ATOM 44911 OH2 TIP3X1606 -29.540 -7.620 30.290 1.00 0.00 W5 O +ATOM 44912 H1 TIP3X1606 -30.000 -6.800 30.470 1.00 0.00 W5 H +ATOM 44913 H2 TIP3X1606 -29.250 -7.930 31.140 1.00 0.00 W5 H +ATOM 44914 OH2 TIP3X1607 -34.230 1.070 -20.610 1.00 0.00 W5 O +ATOM 44915 H1 TIP3X1607 -34.950 1.380 -21.160 1.00 0.00 W5 H +ATOM 44916 H2 TIP3X1607 -33.590 1.790 -20.610 1.00 0.00 W5 H +ATOM 44917 OH2 TIP3X1608 14.370 35.960 -13.900 1.00 0.00 W5 O +ATOM 44918 H1 TIP3X1608 15.000 36.280 -13.280 1.00 0.00 W5 H +ATOM 44919 H2 TIP3X1608 13.580 35.770 -13.390 1.00 0.00 W5 H +ATOM 44920 OH2 TIP3X1609 44.270 -4.520 -45.990 1.00 0.00 W5 O +ATOM 44921 H1 TIP3X1609 44.200 -4.460 -46.950 1.00 0.00 W5 H +ATOM 44922 H2 TIP3X1609 43.370 -4.500 -45.680 1.00 0.00 W5 H +ATOM 44923 OH2 TIP3X1610 -2.810 14.900 36.210 1.00 0.00 W5 O +ATOM 44924 H1 TIP3X1610 -3.200 14.200 35.690 1.00 0.00 W5 H +ATOM 44925 H2 TIP3X1610 -2.470 14.460 36.990 1.00 0.00 W5 H +ATOM 44926 OH2 TIP3X1611 41.910 -9.540 36.720 1.00 0.00 W5 O +ATOM 44927 H1 TIP3X1611 41.860 -10.090 35.940 1.00 0.00 W5 H +ATOM 44928 H2 TIP3X1611 41.650 -10.110 37.430 1.00 0.00 W5 H +ATOM 44929 OH2 TIP3X1612 -21.080 6.760 -33.230 1.00 0.00 W5 O +ATOM 44930 H1 TIP3X1612 -21.790 7.230 -33.660 1.00 0.00 W5 H +ATOM 44931 H2 TIP3X1612 -21.320 5.830 -33.290 1.00 0.00 W5 H +ATOM 44932 OH2 TIP3X1613 3.920 -7.540 17.950 1.00 0.00 W5 O +ATOM 44933 H1 TIP3X1613 3.220 -7.280 17.360 1.00 0.00 W5 H +ATOM 44934 H2 TIP3X1613 4.710 -7.490 17.420 1.00 0.00 W5 H +ATOM 44935 OH2 TIP3X1614 30.750 31.790 -31.850 1.00 0.00 W5 O +ATOM 44936 H1 TIP3X1614 31.410 31.490 -31.220 1.00 0.00 W5 H +ATOM 44937 H2 TIP3X1614 31.130 32.560 -32.250 1.00 0.00 W5 H +ATOM 44938 OH2 TIP3X1615 35.660 -32.110 -31.550 1.00 0.00 W5 O +ATOM 44939 H1 TIP3X1615 35.760 -32.660 -30.780 1.00 0.00 W5 H +ATOM 44940 H2 TIP3X1615 36.410 -32.350 -32.110 1.00 0.00 W5 H +ATOM 44941 OH2 TIP3X1616 -19.740 -40.480 -44.610 1.00 0.00 W5 O +ATOM 44942 H1 TIP3X1616 -19.320 -39.620 -44.700 1.00 0.00 W5 H +ATOM 44943 H2 TIP3X1616 -19.320 -40.900 -43.870 1.00 0.00 W5 H +ATOM 44944 OH2 TIP3X1617 43.750 28.820 -34.030 1.00 0.00 W5 O +ATOM 44945 H1 TIP3X1617 43.690 28.590 -33.110 1.00 0.00 W5 H +ATOM 44946 H2 TIP3X1617 43.860 29.770 -34.050 1.00 0.00 W5 H +ATOM 44947 OH2 TIP3X1618 -41.720 27.030 27.550 1.00 0.00 W5 O +ATOM 44948 H1 TIP3X1618 -41.160 26.300 27.320 1.00 0.00 W5 H +ATOM 44949 H2 TIP3X1618 -41.860 26.960 28.490 1.00 0.00 W5 H +ATOM 44950 OH2 TIP3X1619 -42.490 -9.000 -33.770 1.00 0.00 W5 O +ATOM 44951 H1 TIP3X1619 -42.140 -9.890 -33.890 1.00 0.00 W5 H +ATOM 44952 H2 TIP3X1619 -43.440 -9.130 -33.730 1.00 0.00 W5 H +ATOM 44953 OH2 TIP3X1620 -10.330 7.420 -30.530 1.00 0.00 W5 O +ATOM 44954 H1 TIP3X1620 -9.630 8.060 -30.490 1.00 0.00 W5 H +ATOM 44955 H2 TIP3X1620 -10.390 7.190 -31.450 1.00 0.00 W5 H +ATOM 44956 OH2 TIP3X1621 10.260 -28.010 -37.090 1.00 0.00 W5 O +ATOM 44957 H1 TIP3X1621 11.170 -28.260 -37.270 1.00 0.00 W5 H +ATOM 44958 H2 TIP3X1621 9.880 -28.780 -36.670 1.00 0.00 W5 H +ATOM 44959 OH2 TIP3X1622 -25.880 -40.900 24.780 1.00 0.00 W5 O +ATOM 44960 H1 TIP3X1622 -26.600 -40.280 24.680 1.00 0.00 W5 H +ATOM 44961 H2 TIP3X1622 -25.450 -40.640 25.600 1.00 0.00 W5 H +ATOM 44962 OH2 TIP3X1623 -21.940 32.340 -35.580 1.00 0.00 W5 O +ATOM 44963 H1 TIP3X1623 -21.270 31.690 -35.790 1.00 0.00 W5 H +ATOM 44964 H2 TIP3X1623 -22.250 32.090 -34.710 1.00 0.00 W5 H +ATOM 44965 OH2 TIP3X1624 -7.890 -49.720 29.380 1.00 0.00 W5 O +ATOM 44966 H1 TIP3X1624 -7.720 -50.650 29.470 1.00 0.00 W5 H +ATOM 44967 H2 TIP3X1624 -8.330 -49.470 30.190 1.00 0.00 W5 H +ATOM 44968 OH2 TIP3X1625 -33.960 37.970 -34.730 1.00 0.00 W5 O +ATOM 44969 H1 TIP3X1625 -34.880 38.010 -34.520 1.00 0.00 W5 H +ATOM 44970 H2 TIP3X1625 -33.520 38.430 -34.020 1.00 0.00 W5 H +ATOM 44971 OH2 TIP3X1626 -40.460 33.010 -20.420 1.00 0.00 W5 O +ATOM 44972 H1 TIP3X1626 -39.910 32.220 -20.410 1.00 0.00 W5 H +ATOM 44973 H2 TIP3X1626 -40.730 33.100 -21.330 1.00 0.00 W5 H +ATOM 44974 OH2 TIP3X1627 -17.980 28.250 -33.330 1.00 0.00 W5 O +ATOM 44975 H1 TIP3X1627 -18.920 28.340 -33.480 1.00 0.00 W5 H +ATOM 44976 H2 TIP3X1627 -17.660 27.730 -34.060 1.00 0.00 W5 H +ATOM 44977 OH2 TIP3X1628 -16.430 -19.440 -42.840 1.00 0.00 W5 O +ATOM 44978 H1 TIP3X1628 -17.170 -19.310 -43.420 1.00 0.00 W5 H +ATOM 44979 H2 TIP3X1628 -16.380 -18.640 -42.320 1.00 0.00 W5 H +ATOM 44980 OH2 TIP3X1629 -31.300 -28.280 32.110 1.00 0.00 W5 O +ATOM 44981 H1 TIP3X1629 -31.270 -28.030 33.030 1.00 0.00 W5 H +ATOM 44982 H2 TIP3X1629 -30.920 -29.160 32.080 1.00 0.00 W5 H +ATOM 44983 OH2 TIP3X1630 -19.290 -14.730 -18.710 1.00 0.00 W5 O +ATOM 44984 H1 TIP3X1630 -18.640 -14.670 -18.000 1.00 0.00 W5 H +ATOM 44985 H2 TIP3X1630 -19.730 -15.560 -18.550 1.00 0.00 W5 H +ATOM 44986 OH2 TIP3X1631 15.960 -52.190 22.240 1.00 0.00 W5 O +ATOM 44987 H1 TIP3X1631 15.040 -51.930 22.310 1.00 0.00 W5 H +ATOM 44988 H2 TIP3X1631 16.440 -51.370 22.240 1.00 0.00 W5 H +ATOM 44989 OH2 TIP3X1632 40.780 -4.510 -15.720 1.00 0.00 W5 O +ATOM 44990 H1 TIP3X1632 40.920 -4.990 -14.900 1.00 0.00 W5 H +ATOM 44991 H2 TIP3X1632 40.000 -4.910 -16.110 1.00 0.00 W5 H +ATOM 44992 OH2 TIP3X1633 3.940 -41.330 16.370 1.00 0.00 W5 O +ATOM 44993 H1 TIP3X1633 4.360 -40.500 16.140 1.00 0.00 W5 H +ATOM 44994 H2 TIP3X1633 4.620 -41.990 16.250 1.00 0.00 W5 H +ATOM 44995 OH2 TIP3X1634 28.720 15.180 37.210 1.00 0.00 W5 O +ATOM 44996 H1 TIP3X1634 28.340 15.040 36.340 1.00 0.00 W5 H +ATOM 44997 H2 TIP3X1634 28.190 15.890 37.590 1.00 0.00 W5 H +ATOM 44998 OH2 TIP3X1635 -0.130 13.550 26.170 1.00 0.00 W5 O +ATOM 44999 H1 TIP3X1635 0.250 13.890 26.980 1.00 0.00 W5 H +ATOM 45000 H2 TIP3X1635 0.610 13.430 25.580 1.00 0.00 W5 H +ATOM 45001 OH2 TIP3X1636 8.850 34.030 -47.310 1.00 0.00 W5 O +ATOM 45002 H1 TIP3X1636 7.950 33.700 -47.340 1.00 0.00 W5 H +ATOM 45003 H2 TIP3X1636 8.760 34.970 -47.170 1.00 0.00 W5 H +ATOM 45004 OH2 TIP3X1637 -20.110 -10.910 -27.770 1.00 0.00 W5 O +ATOM 45005 H1 TIP3X1637 -19.990 -11.640 -27.170 1.00 0.00 W5 H +ATOM 45006 H2 TIP3X1637 -20.530 -11.300 -28.550 1.00 0.00 W5 H +ATOM 45007 OH2 TIP3X1638 -6.780 -3.670 -47.200 1.00 0.00 W5 O +ATOM 45008 H1 TIP3X1638 -6.550 -3.610 -46.260 1.00 0.00 W5 H +ATOM 45009 H2 TIP3X1638 -7.020 -2.770 -47.430 1.00 0.00 W5 H +ATOM 45010 OH2 TIP3X1639 -21.300 -32.810 31.940 1.00 0.00 W5 O +ATOM 45011 H1 TIP3X1639 -21.720 -32.710 31.080 1.00 0.00 W5 H +ATOM 45012 H2 TIP3X1639 -22.010 -32.750 32.570 1.00 0.00 W5 H +ATOM 45013 OH2 TIP3X1640 46.470 -34.170 -19.630 1.00 0.00 W5 O +ATOM 45014 H1 TIP3X1640 46.320 -33.360 -19.140 1.00 0.00 W5 H +ATOM 45015 H2 TIP3X1640 46.780 -34.790 -18.980 1.00 0.00 W5 H +ATOM 45016 OH2 TIP3X1641 25.730 40.680 -49.920 1.00 0.00 W5 O +ATOM 45017 H1 TIP3X1641 25.230 40.250 -49.220 1.00 0.00 W5 H +ATOM 45018 H2 TIP3X1641 26.300 41.290 -49.450 1.00 0.00 W5 H +ATOM 45019 OH2 TIP3X1642 -19.010 38.560 38.280 1.00 0.00 W5 O +ATOM 45020 H1 TIP3X1642 -18.920 37.730 38.750 1.00 0.00 W5 H +ATOM 45021 H2 TIP3X1642 -18.830 39.230 38.940 1.00 0.00 W5 H +ATOM 45022 OH2 TIP3X1643 -6.470 34.020 -47.510 1.00 0.00 W5 O +ATOM 45023 H1 TIP3X1643 -7.130 34.590 -47.900 1.00 0.00 W5 H +ATOM 45024 H2 TIP3X1643 -6.970 33.280 -47.150 1.00 0.00 W5 H +ATOM 45025 OH2 TIP3X1644 -29.290 38.800 28.930 1.00 0.00 W5 O +ATOM 45026 H1 TIP3X1644 -28.690 39.540 28.780 1.00 0.00 W5 H +ATOM 45027 H2 TIP3X1644 -29.770 39.050 29.720 1.00 0.00 W5 H +ATOM 45028 OH2 TIP3X1645 4.640 26.660 -49.090 1.00 0.00 W5 O +ATOM 45029 H1 TIP3X1645 5.200 27.420 -49.250 1.00 0.00 W5 H +ATOM 45030 H2 TIP3X1645 3.890 27.020 -48.600 1.00 0.00 W5 H +ATOM 45031 OH2 TIP3X1646 -34.140 4.160 -38.610 1.00 0.00 W5 O +ATOM 45032 H1 TIP3X1646 -34.090 4.310 -39.550 1.00 0.00 W5 H +ATOM 45033 H2 TIP3X1646 -34.490 3.270 -38.520 1.00 0.00 W5 H +ATOM 45034 OH2 TIP3X1647 -6.270 8.280 -38.790 1.00 0.00 W5 O +ATOM 45035 H1 TIP3X1647 -5.470 8.720 -38.500 1.00 0.00 W5 H +ATOM 45036 H2 TIP3X1647 -6.890 8.390 -38.070 1.00 0.00 W5 H +ATOM 45037 OH2 TIP3X1648 10.030 -20.880 19.210 1.00 0.00 W5 O +ATOM 45038 H1 TIP3X1648 10.440 -21.710 18.960 1.00 0.00 W5 H +ATOM 45039 H2 TIP3X1648 10.720 -20.230 19.130 1.00 0.00 W5 H +ATOM 45040 OH2 TIP3X1649 -24.820 22.430 -48.880 1.00 0.00 W5 O +ATOM 45041 H1 TIP3X1649 -24.510 22.860 -48.100 1.00 0.00 W5 H +ATOM 45042 H2 TIP3X1649 -25.760 22.590 -48.910 1.00 0.00 W5 H +ATOM 45043 OH2 TIP3X1650 38.140 -27.760 -35.920 1.00 0.00 W5 O +ATOM 45044 H1 TIP3X1650 37.910 -28.240 -35.130 1.00 0.00 W5 H +ATOM 45045 H2 TIP3X1650 37.340 -27.770 -36.430 1.00 0.00 W5 H +ATOM 45046 OH2 TIP3X1651 38.390 41.020 -48.520 1.00 0.00 W5 O +ATOM 45047 H1 TIP3X1651 37.540 40.980 -48.080 1.00 0.00 W5 H +ATOM 45048 H2 TIP3X1651 38.950 41.530 -47.930 1.00 0.00 W5 H +ATOM 45049 OH2 TIP3X1652 40.340 11.940 28.390 1.00 0.00 W5 O +ATOM 45050 H1 TIP3X1652 40.130 11.890 27.450 1.00 0.00 W5 H +ATOM 45051 H2 TIP3X1652 40.800 12.780 28.480 1.00 0.00 W5 H +ATOM 45052 OH2 TIP3X1653 34.200 40.030 -27.890 1.00 0.00 W5 O +ATOM 45053 H1 TIP3X1653 33.310 39.950 -27.550 1.00 0.00 W5 H +ATOM 45054 H2 TIP3X1653 34.650 39.240 -27.580 1.00 0.00 W5 H +ATOM 45055 OH2 TIP3X1654 -12.200 7.860 -40.210 1.00 0.00 W5 O +ATOM 45056 H1 TIP3X1654 -12.340 8.130 -39.290 1.00 0.00 W5 H +ATOM 45057 H2 TIP3X1654 -13.080 7.840 -40.570 1.00 0.00 W5 H +ATOM 45058 OH2 TIP3X1655 -14.820 -7.130 -26.430 1.00 0.00 W5 O +ATOM 45059 H1 TIP3X1655 -15.260 -6.530 -25.840 1.00 0.00 W5 H +ATOM 45060 H2 TIP3X1655 -14.760 -6.650 -27.260 1.00 0.00 W5 H +ATOM 45061 OH2 TIP3X1656 45.140 -18.590 -24.170 1.00 0.00 W5 O +ATOM 45062 H1 TIP3X1656 44.560 -19.220 -24.590 1.00 0.00 W5 H +ATOM 45063 H2 TIP3X1656 45.000 -18.720 -23.230 1.00 0.00 W5 H +ATOM 45064 OH2 TIP3X1657 14.860 -42.380 22.750 1.00 0.00 W5 O +ATOM 45065 H1 TIP3X1657 15.090 -41.590 23.240 1.00 0.00 W5 H +ATOM 45066 H2 TIP3X1657 13.980 -42.590 23.050 1.00 0.00 W5 H +ATOM 45067 OH2 TIP3X1658 -29.640 -43.810 32.520 1.00 0.00 W5 O +ATOM 45068 H1 TIP3X1658 -29.710 -44.330 31.720 1.00 0.00 W5 H +ATOM 45069 H2 TIP3X1658 -30.210 -44.260 33.150 1.00 0.00 W5 H +ATOM 45070 OH2 TIP3X1659 -2.740 35.250 33.580 1.00 0.00 W5 O +ATOM 45071 H1 TIP3X1659 -3.690 35.070 33.590 1.00 0.00 W5 H +ATOM 45072 H2 TIP3X1659 -2.520 35.390 34.500 1.00 0.00 W5 H +ATOM 45073 OH2 TIP3X1660 -6.800 31.510 -23.870 1.00 0.00 W5 O +ATOM 45074 H1 TIP3X1660 -7.030 31.270 -24.770 1.00 0.00 W5 H +ATOM 45075 H2 TIP3X1660 -7.430 32.180 -23.620 1.00 0.00 W5 H +ATOM 45076 OH2 TIP3X1661 45.390 20.620 -10.570 1.00 0.00 W5 O +ATOM 45077 H1 TIP3X1661 45.720 21.440 -10.200 1.00 0.00 W5 H +ATOM 45078 H2 TIP3X1661 44.500 20.830 -10.850 1.00 0.00 W5 H +ATOM 45079 OH2 TIP3X1662 7.350 11.910 -20.750 1.00 0.00 W5 O +ATOM 45080 H1 TIP3X1662 6.800 11.940 -19.980 1.00 0.00 W5 H +ATOM 45081 H2 TIP3X1662 7.990 12.610 -20.620 1.00 0.00 W5 H +ATOM 45082 OH2 TIP3X1663 36.640 -8.920 30.900 1.00 0.00 W5 O +ATOM 45083 H1 TIP3X1663 36.430 -9.780 31.280 1.00 0.00 W5 H +ATOM 45084 H2 TIP3X1663 37.230 -8.510 31.530 1.00 0.00 W5 H +ATOM 45085 OH2 TIP3X1664 -31.790 -26.030 -32.250 1.00 0.00 W5 O +ATOM 45086 H1 TIP3X1664 -30.980 -26.490 -32.040 1.00 0.00 W5 H +ATOM 45087 H2 TIP3X1664 -31.660 -25.750 -33.160 1.00 0.00 W5 H +ATOM 45088 OH2 TIP3X1665 18.000 -0.470 -25.140 1.00 0.00 W5 O +ATOM 45089 H1 TIP3X1665 18.120 -1.420 -25.250 1.00 0.00 W5 H +ATOM 45090 H2 TIP3X1665 18.110 -0.120 -26.020 1.00 0.00 W5 H +ATOM 45091 OH2 TIP3X1666 38.710 -16.020 -39.330 1.00 0.00 W5 O +ATOM 45092 H1 TIP3X1666 39.240 -15.240 -39.210 1.00 0.00 W5 H +ATOM 45093 H2 TIP3X1666 39.270 -16.740 -39.050 1.00 0.00 W5 H +ATOM 45094 OH2 TIP3X1667 -24.400 0.610 -48.960 1.00 0.00 W5 O +ATOM 45095 H1 TIP3X1667 -24.470 0.070 -49.740 1.00 0.00 W5 H +ATOM 45096 H2 TIP3X1667 -23.490 0.930 -48.970 1.00 0.00 W5 H +ATOM 45097 OH2 TIP3X1668 12.730 9.440 -32.170 1.00 0.00 W5 O +ATOM 45098 H1 TIP3X1668 13.510 9.640 -32.690 1.00 0.00 W5 H +ATOM 45099 H2 TIP3X1668 13.060 9.240 -31.300 1.00 0.00 W5 H +ATOM 45100 OH2 TIP3X1669 -9.590 -15.690 -47.800 1.00 0.00 W5 O +ATOM 45101 H1 TIP3X1669 -10.390 -16.080 -48.180 1.00 0.00 W5 H +ATOM 45102 H2 TIP3X1669 -8.930 -15.780 -48.480 1.00 0.00 W5 H +ATOM 45103 OH2 TIP3X1670 -24.680 -21.140 -21.870 1.00 0.00 W5 O +ATOM 45104 H1 TIP3X1670 -25.250 -20.580 -21.340 1.00 0.00 W5 H +ATOM 45105 H2 TIP3X1670 -24.920 -22.030 -21.620 1.00 0.00 W5 H +ATOM 45106 OH2 TIP3X1671 45.400 16.470 30.800 1.00 0.00 W5 O +ATOM 45107 H1 TIP3X1671 45.230 16.300 31.720 1.00 0.00 W5 H +ATOM 45108 H2 TIP3X1671 46.350 16.630 30.770 1.00 0.00 W5 H +ATOM 45109 OH2 TIP3X1672 0.960 -28.320 -48.510 1.00 0.00 W5 O +ATOM 45110 H1 TIP3X1672 0.220 -27.920 -48.060 1.00 0.00 W5 H +ATOM 45111 H2 TIP3X1672 0.830 -28.070 -49.430 1.00 0.00 W5 H +ATOM 45112 OH2 TIP3X1673 46.300 -12.290 -27.470 1.00 0.00 W5 O +ATOM 45113 H1 TIP3X1673 47.130 -12.330 -27.950 1.00 0.00 W5 H +ATOM 45114 H2 TIP3X1673 45.730 -11.740 -28.000 1.00 0.00 W5 H +ATOM 45115 OH2 TIP3X1674 35.810 7.740 30.240 1.00 0.00 W5 O +ATOM 45116 H1 TIP3X1674 36.420 7.200 29.750 1.00 0.00 W5 H +ATOM 45117 H2 TIP3X1674 35.080 7.890 29.630 1.00 0.00 W5 H +ATOM 45118 OH2 TIP3X1675 10.340 15.660 -20.930 1.00 0.00 W5 O +ATOM 45119 H1 TIP3X1675 10.300 15.600 -21.880 1.00 0.00 W5 H +ATOM 45120 H2 TIP3X1675 11.170 16.110 -20.750 1.00 0.00 W5 H +ATOM 45121 OH2 TIP3X1676 -25.630 -24.460 -50.270 1.00 0.00 W5 O +ATOM 45122 H1 TIP3X1676 -26.390 -24.440 -50.860 1.00 0.00 W5 H +ATOM 45123 H2 TIP3X1676 -25.450 -23.540 -50.090 1.00 0.00 W5 H +ATOM 45124 OH2 TIP3X1677 19.450 18.760 -32.720 1.00 0.00 W5 O +ATOM 45125 H1 TIP3X1677 19.150 19.590 -33.110 1.00 0.00 W5 H +ATOM 45126 H2 TIP3X1677 20.010 18.380 -33.390 1.00 0.00 W5 H +ATOM 45127 OH2 TIP3X1678 13.400 9.040 -15.500 1.00 0.00 W5 O +ATOM 45128 H1 TIP3X1678 13.210 8.940 -16.440 1.00 0.00 W5 H +ATOM 45129 H2 TIP3X1678 13.620 9.970 -15.410 1.00 0.00 W5 H +ATOM 45130 OH2 TIP3X1679 -30.820 16.280 -29.610 1.00 0.00 W5 O +ATOM 45131 H1 TIP3X1679 -29.870 16.140 -29.720 1.00 0.00 W5 H +ATOM 45132 H2 TIP3X1679 -31.020 17.030 -30.160 1.00 0.00 W5 H +ATOM 45133 OH2 TIP3X1680 -10.910 42.050 -30.490 1.00 0.00 W5 O +ATOM 45134 H1 TIP3X1680 -11.790 42.130 -30.110 1.00 0.00 W5 H +ATOM 45135 H2 TIP3X1680 -10.750 42.890 -30.920 1.00 0.00 W5 H +ATOM 45136 OH2 TIP3X1681 18.520 -7.280 -40.620 1.00 0.00 W5 O +ATOM 45137 H1 TIP3X1681 19.060 -7.320 -39.830 1.00 0.00 W5 H +ATOM 45138 H2 TIP3X1681 17.950 -8.040 -40.550 1.00 0.00 W5 H +ATOM 45139 OH2 TIP3X1682 19.430 -34.780 -20.740 1.00 0.00 W5 O +ATOM 45140 H1 TIP3X1682 18.570 -34.850 -20.350 1.00 0.00 W5 H +ATOM 45141 H2 TIP3X1682 19.930 -35.500 -20.370 1.00 0.00 W5 H +ATOM 45142 OH2 TIP3X1683 23.560 -35.820 -21.960 1.00 0.00 W5 O +ATOM 45143 H1 TIP3X1683 24.480 -35.660 -21.720 1.00 0.00 W5 H +ATOM 45144 H2 TIP3X1683 23.590 -36.620 -22.480 1.00 0.00 W5 H +ATOM 45145 OH2 TIP3X1684 29.510 8.570 -41.660 1.00 0.00 W5 O +ATOM 45146 H1 TIP3X1684 29.390 9.510 -41.710 1.00 0.00 W5 H +ATOM 45147 H2 TIP3X1684 28.710 8.240 -41.250 1.00 0.00 W5 H +ATOM 45148 OH2 TIP3X1685 -36.730 -8.190 -30.970 1.00 0.00 W5 O +ATOM 45149 H1 TIP3X1685 -36.240 -8.580 -31.700 1.00 0.00 W5 H +ATOM 45150 H2 TIP3X1685 -36.560 -7.250 -31.050 1.00 0.00 W5 H +ATOM 45151 OH2 TIP3X1686 -42.270 -11.990 34.720 1.00 0.00 W5 O +ATOM 45152 H1 TIP3X1686 -42.800 -11.320 34.290 1.00 0.00 W5 H +ATOM 45153 H2 TIP3X1686 -42.890 -12.680 34.950 1.00 0.00 W5 H +ATOM 45154 OH2 TIP3X1687 40.140 1.450 17.010 1.00 0.00 W5 O +ATOM 45155 H1 TIP3X1687 39.760 0.820 17.630 1.00 0.00 W5 H +ATOM 45156 H2 TIP3X1687 41.090 1.360 17.130 1.00 0.00 W5 H +ATOM 45157 OH2 TIP3X1688 41.470 22.380 26.900 1.00 0.00 W5 O +ATOM 45158 H1 TIP3X1688 40.810 23.060 27.040 1.00 0.00 W5 H +ATOM 45159 H2 TIP3X1688 41.520 22.300 25.940 1.00 0.00 W5 H +ATOM 45160 OH2 TIP3X1689 -19.800 40.920 -17.100 1.00 0.00 W5 O +ATOM 45161 H1 TIP3X1689 -20.460 40.570 -16.500 1.00 0.00 W5 H +ATOM 45162 H2 TIP3X1689 -19.310 41.550 -16.580 1.00 0.00 W5 H +ATOM 45163 OH2 TIP3X1690 31.810 -27.320 33.510 1.00 0.00 W5 O +ATOM 45164 H1 TIP3X1690 32.430 -26.630 33.730 1.00 0.00 W5 H +ATOM 45165 H2 TIP3X1690 32.290 -28.140 33.630 1.00 0.00 W5 H +ATOM 45166 OH2 TIP3X1691 -10.660 15.750 -36.220 1.00 0.00 W5 O +ATOM 45167 H1 TIP3X1691 -10.830 16.590 -35.790 1.00 0.00 W5 H +ATOM 45168 H2 TIP3X1691 -10.030 15.310 -35.660 1.00 0.00 W5 H +ATOM 45169 OH2 TIP3X1692 -10.560 -14.440 -44.400 1.00 0.00 W5 O +ATOM 45170 H1 TIP3X1692 -11.390 -14.900 -44.300 1.00 0.00 W5 H +ATOM 45171 H2 TIP3X1692 -9.900 -15.020 -44.020 1.00 0.00 W5 H +ATOM 45172 OH2 TIP3X1693 -30.520 34.360 -33.660 1.00 0.00 W5 O +ATOM 45173 H1 TIP3X1693 -30.110 35.080 -33.180 1.00 0.00 W5 H +ATOM 45174 H2 TIP3X1693 -31.460 34.500 -33.570 1.00 0.00 W5 H +ATOM 45175 OH2 TIP3X1694 19.680 -4.070 -37.890 1.00 0.00 W5 O +ATOM 45176 H1 TIP3X1694 19.120 -4.660 -38.370 1.00 0.00 W5 H +ATOM 45177 H2 TIP3X1694 19.100 -3.660 -37.240 1.00 0.00 W5 H +ATOM 45178 OH2 TIP3X1695 23.400 -13.170 -39.920 1.00 0.00 W5 O +ATOM 45179 H1 TIP3X1695 24.000 -13.370 -40.640 1.00 0.00 W5 H +ATOM 45180 H2 TIP3X1695 22.990 -12.340 -40.180 1.00 0.00 W5 H +ATOM 45181 OH2 TIP3X1696 -31.010 -35.470 -49.960 1.00 0.00 W5 O +ATOM 45182 H1 TIP3X1696 -30.950 -34.580 -50.320 1.00 0.00 W5 H +ATOM 45183 H2 TIP3X1696 -31.300 -36.010 -50.700 1.00 0.00 W5 H +ATOM 45184 OH2 TIP3X1697 -19.840 39.700 40.610 1.00 0.00 W5 O +ATOM 45185 H1 TIP3X1697 -20.200 38.880 40.260 1.00 0.00 W5 H +ATOM 45186 H2 TIP3X1697 -20.430 39.920 41.330 1.00 0.00 W5 H +ATOM 45187 OH2 TIP3X1698 26.830 19.670 20.710 1.00 0.00 W5 O +ATOM 45188 H1 TIP3X1698 26.800 18.980 20.050 1.00 0.00 W5 H +ATOM 45189 H2 TIP3X1698 26.950 20.480 20.210 1.00 0.00 W5 H +ATOM 45190 OH2 TIP3X1699 29.480 -28.050 -45.650 1.00 0.00 W5 O +ATOM 45191 H1 TIP3X1699 29.490 -28.860 -46.150 1.00 0.00 W5 H +ATOM 45192 H2 TIP3X1699 28.830 -27.500 -46.070 1.00 0.00 W5 H +ATOM 45193 OH2 TIP3X1700 5.170 -16.820 37.630 1.00 0.00 W5 O +ATOM 45194 H1 TIP3X1700 5.770 -16.080 37.710 1.00 0.00 W5 H +ATOM 45195 H2 TIP3X1700 4.910 -16.820 36.710 1.00 0.00 W5 H +ATOM 45196 OH2 TIP3X1701 -42.730 -45.280 18.350 1.00 0.00 W5 O +ATOM 45197 H1 TIP3X1701 -43.480 -44.720 18.160 1.00 0.00 W5 H +ATOM 45198 H2 TIP3X1701 -42.970 -45.740 19.150 1.00 0.00 W5 H +ATOM 45199 OH2 TIP3X1702 -38.090 -34.750 33.060 1.00 0.00 W5 O +ATOM 45200 H1 TIP3X1702 -37.400 -35.400 32.950 1.00 0.00 W5 H +ATOM 45201 H2 TIP3X1702 -38.840 -35.090 32.560 1.00 0.00 W5 H +ATOM 45202 OH2 TIP3X1703 17.770 -35.610 31.100 1.00 0.00 W5 O +ATOM 45203 H1 TIP3X1703 17.870 -36.280 31.780 1.00 0.00 W5 H +ATOM 45204 H2 TIP3X1703 18.140 -36.010 30.310 1.00 0.00 W5 H +ATOM 45205 OH2 TIP3X1704 -18.770 33.690 26.440 1.00 0.00 W5 O +ATOM 45206 H1 TIP3X1704 -18.160 33.240 27.010 1.00 0.00 W5 H +ATOM 45207 H2 TIP3X1704 -19.120 33.010 25.870 1.00 0.00 W5 H +ATOM 45208 OH2 TIP3X1705 7.050 -23.840 35.070 1.00 0.00 W5 O +ATOM 45209 H1 TIP3X1705 6.440 -23.130 34.870 1.00 0.00 W5 H +ATOM 45210 H2 TIP3X1705 7.410 -24.100 34.230 1.00 0.00 W5 H +ATOM 45211 OH2 TIP3X1706 37.000 -34.440 31.140 1.00 0.00 W5 O +ATOM 45212 H1 TIP3X1706 36.490 -34.590 31.940 1.00 0.00 W5 H +ATOM 45213 H2 TIP3X1706 36.780 -35.160 30.570 1.00 0.00 W5 H +ATOM 45214 OH2 TIP3X1707 8.420 -0.280 -42.000 1.00 0.00 W5 O +ATOM 45215 H1 TIP3X1707 9.150 0.340 -41.980 1.00 0.00 W5 H +ATOM 45216 H2 TIP3X1707 8.820 -1.130 -41.810 1.00 0.00 W5 H +ATOM 45217 OH2 TIP3X1708 -25.160 28.460 -36.600 1.00 0.00 W5 O +ATOM 45218 H1 TIP3X1708 -25.230 28.530 -35.650 1.00 0.00 W5 H +ATOM 45219 H2 TIP3X1708 -26.070 28.400 -36.900 1.00 0.00 W5 H +ATOM 45220 OH2 TIP3X1709 46.090 26.490 38.580 1.00 0.00 W5 O +ATOM 45221 H1 TIP3X1709 46.780 26.820 39.180 1.00 0.00 W5 H +ATOM 45222 H2 TIP3X1709 46.260 26.950 37.760 1.00 0.00 W5 H +ATOM 45223 OH2 TIP3X1710 10.840 -24.120 -34.310 1.00 0.00 W5 O +ATOM 45224 H1 TIP3X1710 10.280 -23.360 -34.150 1.00 0.00 W5 H +ATOM 45225 H2 TIP3X1710 11.450 -23.840 -35.000 1.00 0.00 W5 H +ATOM 45226 OH2 TIP3X1711 33.930 -27.970 31.070 1.00 0.00 W5 O +ATOM 45227 H1 TIP3X1711 33.480 -27.340 30.520 1.00 0.00 W5 H +ATOM 45228 H2 TIP3X1711 34.840 -27.700 31.060 1.00 0.00 W5 H +ATOM 45229 OH2 TIP3X1712 41.370 3.660 -48.620 1.00 0.00 W5 O +ATOM 45230 H1 TIP3X1712 41.800 3.480 -49.450 1.00 0.00 W5 H +ATOM 45231 H2 TIP3X1712 41.830 3.100 -47.980 1.00 0.00 W5 H +ATOM 45232 OH2 TIP3X1713 4.350 -23.900 -29.780 1.00 0.00 W5 O +ATOM 45233 H1 TIP3X1713 4.340 -24.000 -28.840 1.00 0.00 W5 H +ATOM 45234 H2 TIP3X1713 4.890 -24.640 -30.100 1.00 0.00 W5 H +ATOM 45235 OH2 TIP3X1714 45.270 21.660 19.010 1.00 0.00 W5 O +ATOM 45236 H1 TIP3X1714 46.150 22.040 19.020 1.00 0.00 W5 H +ATOM 45237 H2 TIP3X1714 45.240 21.120 19.800 1.00 0.00 W5 H +ATOM 45238 OH2 TIP3X1715 -18.650 -6.760 -26.700 1.00 0.00 W5 O +ATOM 45239 H1 TIP3X1715 -18.040 -6.300 -26.110 1.00 0.00 W5 H +ATOM 45240 H2 TIP3X1715 -19.220 -7.260 -26.120 1.00 0.00 W5 H +ATOM 45241 OH2 TIP3X1716 -0.300 20.320 -31.890 1.00 0.00 W5 O +ATOM 45242 H1 TIP3X1716 -1.220 20.330 -31.640 1.00 0.00 W5 H +ATOM 45243 H2 TIP3X1716 0.150 19.940 -31.130 1.00 0.00 W5 H +ATOM 45244 OH2 TIP3X1717 -2.380 -45.740 -42.600 1.00 0.00 W5 O +ATOM 45245 H1 TIP3X1717 -2.720 -46.140 -41.810 1.00 0.00 W5 H +ATOM 45246 H2 TIP3X1717 -3.150 -45.650 -43.170 1.00 0.00 W5 H +ATOM 45247 OH2 TIP3X1718 45.280 1.850 19.860 1.00 0.00 W5 O +ATOM 45248 H1 TIP3X1718 46.070 1.370 20.060 1.00 0.00 W5 H +ATOM 45249 H2 TIP3X1718 45.540 2.460 19.160 1.00 0.00 W5 H +ATOM 45250 OH2 TIP3X1719 22.300 32.900 -43.590 1.00 0.00 W5 O +ATOM 45251 H1 TIP3X1719 21.430 32.840 -43.210 1.00 0.00 W5 H +ATOM 45252 H2 TIP3X1719 22.150 32.850 -44.540 1.00 0.00 W5 H +ATOM 45253 OH2 TIP3X1720 20.220 -40.760 -50.170 1.00 0.00 W5 O +ATOM 45254 H1 TIP3X1720 20.740 -40.000 -50.470 1.00 0.00 W5 H +ATOM 45255 H2 TIP3X1720 19.390 -40.370 -49.870 1.00 0.00 W5 H +ATOM 45256 OH2 TIP3X1721 -30.630 -21.830 -31.450 1.00 0.00 W5 O +ATOM 45257 H1 TIP3X1721 -30.210 -21.200 -32.030 1.00 0.00 W5 H +ATOM 45258 H2 TIP3X1721 -31.410 -21.370 -31.120 1.00 0.00 W5 H +ATOM 45259 OH2 TIP3X1722 -18.590 -47.710 -30.080 1.00 0.00 W5 O +ATOM 45260 H1 TIP3X1722 -19.330 -48.090 -30.570 1.00 0.00 W5 H +ATOM 45261 H2 TIP3X1722 -18.910 -46.890 -29.740 1.00 0.00 W5 H +ATOM 45262 OH2 TIP3X1723 31.900 -24.470 36.890 1.00 0.00 W5 O +ATOM 45263 H1 TIP3X1723 31.770 -24.430 37.840 1.00 0.00 W5 H +ATOM 45264 H2 TIP3X1723 31.570 -25.340 36.650 1.00 0.00 W5 H +ATOM 45265 OH2 TIP3X1724 17.660 25.860 22.080 1.00 0.00 W5 O +ATOM 45266 H1 TIP3X1724 16.710 25.950 21.940 1.00 0.00 W5 H +ATOM 45267 H2 TIP3X1724 17.740 25.670 23.010 1.00 0.00 W5 H +ATOM 45268 OH2 TIP3X1725 11.660 -21.910 -41.080 1.00 0.00 W5 O +ATOM 45269 H1 TIP3X1725 11.390 -21.860 -40.170 1.00 0.00 W5 H +ATOM 45270 H2 TIP3X1725 11.780 -22.850 -41.250 1.00 0.00 W5 H +ATOM 45271 OH2 TIP3X1726 4.740 -38.520 20.680 1.00 0.00 W5 O +ATOM 45272 H1 TIP3X1726 4.080 -37.940 21.080 1.00 0.00 W5 H +ATOM 45273 H2 TIP3X1726 4.240 -39.010 20.020 1.00 0.00 W5 H +ATOM 45274 OH2 TIP3X1727 28.420 36.130 -26.920 1.00 0.00 W5 O +ATOM 45275 H1 TIP3X1727 27.700 35.560 -26.670 1.00 0.00 W5 H +ATOM 45276 H2 TIP3X1727 28.150 37.000 -26.620 1.00 0.00 W5 H +ATOM 45277 OH2 TIP3X1728 47.010 22.970 -27.020 1.00 0.00 W5 O +ATOM 45278 H1 TIP3X1728 47.620 22.230 -27.090 1.00 0.00 W5 H +ATOM 45279 H2 TIP3X1728 46.270 22.730 -27.580 1.00 0.00 W5 H +ATOM 45280 OH2 TIP3X1729 -16.450 10.950 31.430 1.00 0.00 W5 O +ATOM 45281 H1 TIP3X1729 -15.800 10.540 30.860 1.00 0.00 W5 H +ATOM 45282 H2 TIP3X1729 -16.170 11.870 31.500 1.00 0.00 W5 H +ATOM 45283 OH2 TIP3X1730 33.230 12.150 -16.990 1.00 0.00 W5 O +ATOM 45284 H1 TIP3X1730 33.310 11.670 -16.170 1.00 0.00 W5 H +ATOM 45285 H2 TIP3X1730 34.020 12.700 -17.040 1.00 0.00 W5 H +ATOM 45286 OH2 TIP3X1731 3.610 19.260 -45.870 1.00 0.00 W5 O +ATOM 45287 H1 TIP3X1731 3.450 20.200 -46.000 1.00 0.00 W5 H +ATOM 45288 H2 TIP3X1731 4.550 19.200 -45.700 1.00 0.00 W5 H +ATOM 45289 OH2 TIP3X1732 36.100 21.390 -41.710 1.00 0.00 W5 O +ATOM 45290 H1 TIP3X1732 36.190 22.250 -41.290 1.00 0.00 W5 H +ATOM 45291 H2 TIP3X1732 37.010 21.090 -41.820 1.00 0.00 W5 H +ATOM 45292 OH2 TIP3X1733 19.590 5.690 -30.860 1.00 0.00 W5 O +ATOM 45293 H1 TIP3X1733 19.300 6.610 -30.970 1.00 0.00 W5 H +ATOM 45294 H2 TIP3X1733 19.900 5.660 -29.950 1.00 0.00 W5 H +ATOM 45295 OH2 TIP3X1734 -8.870 16.310 -48.160 1.00 0.00 W5 O +ATOM 45296 H1 TIP3X1734 -8.800 15.370 -48.300 1.00 0.00 W5 H +ATOM 45297 H2 TIP3X1734 -8.560 16.690 -48.980 1.00 0.00 W5 H +ATOM 45298 OH2 TIP3X1735 31.410 30.920 -23.190 1.00 0.00 W5 O +ATOM 45299 H1 TIP3X1735 32.010 31.360 -23.780 1.00 0.00 W5 H +ATOM 45300 H2 TIP3X1735 31.240 30.070 -23.610 1.00 0.00 W5 H +ATOM 45301 OH2 TIP3X1736 40.160 -1.260 36.180 1.00 0.00 W5 O +ATOM 45302 H1 TIP3X1736 40.180 -0.870 35.300 1.00 0.00 W5 H +ATOM 45303 H2 TIP3X1736 41.010 -1.060 36.550 1.00 0.00 W5 H +ATOM 45304 OH2 TIP3X1737 16.540 33.930 -14.560 1.00 0.00 W5 O +ATOM 45305 H1 TIP3X1737 15.620 34.020 -14.810 1.00 0.00 W5 H +ATOM 45306 H2 TIP3X1737 16.810 34.820 -14.330 1.00 0.00 W5 H +ATOM 45307 OH2 TIP3X1738 26.450 12.760 -26.350 1.00 0.00 W5 O +ATOM 45308 H1 TIP3X1738 25.650 12.240 -26.410 1.00 0.00 W5 H +ATOM 45309 H2 TIP3X1738 26.780 12.590 -25.470 1.00 0.00 W5 H +ATOM 45310 OH2 TIP3X1739 43.210 -34.430 -43.970 1.00 0.00 W5 O +ATOM 45311 H1 TIP3X1739 42.940 -34.270 -44.870 1.00 0.00 W5 H +ATOM 45312 H2 TIP3X1739 43.900 -35.090 -44.050 1.00 0.00 W5 H +ATOM 45313 OH2 TIP3X1740 -16.580 26.030 26.590 1.00 0.00 W5 O +ATOM 45314 H1 TIP3X1740 -17.380 25.890 26.100 1.00 0.00 W5 H +ATOM 45315 H2 TIP3X1740 -16.830 25.870 27.500 1.00 0.00 W5 H +ATOM 45316 OH2 TIP3X1741 -13.400 -38.860 -44.620 1.00 0.00 W5 O +ATOM 45317 H1 TIP3X1741 -14.340 -38.920 -44.740 1.00 0.00 W5 H +ATOM 45318 H2 TIP3X1741 -13.290 -38.080 -44.080 1.00 0.00 W5 H +ATOM 45319 OH2 TIP3X1742 30.780 -27.960 22.420 1.00 0.00 W5 O +ATOM 45320 H1 TIP3X1742 31.230 -27.140 22.220 1.00 0.00 W5 H +ATOM 45321 H2 TIP3X1742 29.860 -27.770 22.200 1.00 0.00 W5 H +ATOM 45322 OH2 TIP3X1743 -21.620 3.800 -24.720 1.00 0.00 W5 O +ATOM 45323 H1 TIP3X1743 -22.130 4.450 -24.240 1.00 0.00 W5 H +ATOM 45324 H2 TIP3X1743 -22.150 3.610 -25.490 1.00 0.00 W5 H +ATOM 45325 OH2 TIP3X1744 16.420 -44.020 21.200 1.00 0.00 W5 O +ATOM 45326 H1 TIP3X1744 17.280 -43.660 21.390 1.00 0.00 W5 H +ATOM 45327 H2 TIP3X1744 15.800 -43.420 21.610 1.00 0.00 W5 H +ATOM 45328 OH2 TIP3X1745 30.300 -24.560 -41.240 1.00 0.00 W5 O +ATOM 45329 H1 TIP3X1745 30.550 -24.740 -42.160 1.00 0.00 W5 H +ATOM 45330 H2 TIP3X1745 29.950 -23.670 -41.270 1.00 0.00 W5 H +ATOM 45331 OH2 TIP3X1746 -4.250 12.600 -33.080 1.00 0.00 W5 O +ATOM 45332 H1 TIP3X1746 -3.800 12.050 -33.730 1.00 0.00 W5 H +ATOM 45333 H2 TIP3X1746 -4.110 13.490 -33.370 1.00 0.00 W5 H +ATOM 45334 OH2 TIP3X1747 23.530 -0.120 -16.860 1.00 0.00 W5 O +ATOM 45335 H1 TIP3X1747 23.280 0.500 -17.540 1.00 0.00 W5 H +ATOM 45336 H2 TIP3X1747 22.710 -0.530 -16.590 1.00 0.00 W5 H +ATOM 45337 OH2 TIP3X1748 -6.740 13.960 39.830 1.00 0.00 W5 O +ATOM 45338 H1 TIP3X1748 -6.830 13.100 39.400 1.00 0.00 W5 H +ATOM 45339 H2 TIP3X1748 -7.400 14.510 39.390 1.00 0.00 W5 H +ATOM 45340 OH2 TIP3X1749 -8.970 -50.840 33.540 1.00 0.00 W5 O +ATOM 45341 H1 TIP3X1749 -8.770 -51.780 33.470 1.00 0.00 W5 H +ATOM 45342 H2 TIP3X1749 -8.960 -50.520 32.640 1.00 0.00 W5 H +ATOM 45343 OH2 TIP3X1750 41.990 -10.670 34.310 1.00 0.00 W5 O +ATOM 45344 H1 TIP3X1750 42.780 -11.170 34.120 1.00 0.00 W5 H +ATOM 45345 H2 TIP3X1750 41.420 -10.810 33.550 1.00 0.00 W5 H +ATOM 45346 OH2 TIP3X1751 2.710 33.720 -46.760 1.00 0.00 W5 O +ATOM 45347 H1 TIP3X1751 2.280 34.570 -46.700 1.00 0.00 W5 H +ATOM 45348 H2 TIP3X1751 3.640 33.920 -46.790 1.00 0.00 W5 H +ATOM 45349 OH2 TIP3X1752 -8.640 -16.320 -28.450 1.00 0.00 W5 O +ATOM 45350 H1 TIP3X1752 -9.170 -16.460 -27.670 1.00 0.00 W5 H +ATOM 45351 H2 TIP3X1752 -8.320 -15.430 -28.370 1.00 0.00 W5 H +ATOM 45352 OH2 TIP3X1753 0.710 -7.430 10.070 1.00 0.00 W5 O +ATOM 45353 H1 TIP3X1753 -0.090 -7.170 9.610 1.00 0.00 W5 H +ATOM 45354 H2 TIP3X1753 0.990 -6.630 10.520 1.00 0.00 W5 H +ATOM 45355 OH2 TIP3X1754 -35.430 -41.300 32.080 1.00 0.00 W5 O +ATOM 45356 H1 TIP3X1754 -35.910 -40.490 32.220 1.00 0.00 W5 H +ATOM 45357 H2 TIP3X1754 -36.100 -41.980 32.080 1.00 0.00 W5 H +ATOM 45358 OH2 TIP3X1755 43.940 -0.940 -46.220 1.00 0.00 W5 O +ATOM 45359 H1 TIP3X1755 43.680 -0.340 -46.920 1.00 0.00 W5 H +ATOM 45360 H2 TIP3X1755 43.400 -1.720 -46.350 1.00 0.00 W5 H +ATOM 45361 OH2 TIP3X1756 -0.090 31.650 -13.610 1.00 0.00 W5 O +ATOM 45362 H1 TIP3X1756 -0.770 31.850 -14.250 1.00 0.00 W5 H +ATOM 45363 H2 TIP3X1756 0.520 32.390 -13.680 1.00 0.00 W5 H +ATOM 45364 OH2 TIP3X1757 12.080 -41.650 -42.410 1.00 0.00 W5 O +ATOM 45365 H1 TIP3X1757 13.020 -41.790 -42.310 1.00 0.00 W5 H +ATOM 45366 H2 TIP3X1757 11.810 -42.280 -43.070 1.00 0.00 W5 H +ATOM 45367 OH2 TIP3X1758 -3.240 -18.270 -37.960 1.00 0.00 W5 O +ATOM 45368 H1 TIP3X1758 -3.210 -18.170 -38.910 1.00 0.00 W5 H +ATOM 45369 H2 TIP3X1758 -3.210 -19.220 -37.810 1.00 0.00 W5 H +ATOM 45370 OH2 TIP3X1759 3.270 42.160 -22.830 1.00 0.00 W5 O +ATOM 45371 H1 TIP3X1759 2.790 42.110 -21.990 1.00 0.00 W5 H +ATOM 45372 H2 TIP3X1759 3.370 41.250 -23.110 1.00 0.00 W5 H +ATOM 45373 OH2 TIP3X1760 -41.930 12.050 19.980 1.00 0.00 W5 O +ATOM 45374 H1 TIP3X1760 -41.620 11.610 20.770 1.00 0.00 W5 H +ATOM 45375 H2 TIP3X1760 -41.140 12.260 19.490 1.00 0.00 W5 H +ATOM 45376 OH2 TIP3X1761 -33.910 26.490 -15.370 1.00 0.00 W5 O +ATOM 45377 H1 TIP3X1761 -33.110 26.330 -15.880 1.00 0.00 W5 H +ATOM 45378 H2 TIP3X1761 -34.570 26.700 -16.020 1.00 0.00 W5 H +ATOM 45379 OH2 TIP3X1762 2.390 -39.810 -17.980 1.00 0.00 W5 O +ATOM 45380 H1 TIP3X1762 2.410 -39.210 -18.720 1.00 0.00 W5 H +ATOM 45381 H2 TIP3X1762 3.260 -39.760 -17.600 1.00 0.00 W5 H +ATOM 45382 OH2 TIP3X1763 -7.080 -26.330 -48.210 1.00 0.00 W5 O +ATOM 45383 H1 TIP3X1763 -7.070 -25.610 -47.570 1.00 0.00 W5 H +ATOM 45384 H2 TIP3X1763 -7.150 -27.130 -47.670 1.00 0.00 W5 H +ATOM 45385 OH2 TIP3X1764 40.710 -2.770 -34.290 1.00 0.00 W5 O +ATOM 45386 H1 TIP3X1764 40.230 -3.330 -34.900 1.00 0.00 W5 H +ATOM 45387 H2 TIP3X1764 40.030 -2.200 -33.910 1.00 0.00 W5 H +ATOM 45388 OH2 TIP3X1765 19.940 -37.690 22.410 1.00 0.00 W5 O +ATOM 45389 H1 TIP3X1765 19.430 -37.970 21.650 1.00 0.00 W5 H +ATOM 45390 H2 TIP3X1765 20.840 -37.890 22.170 1.00 0.00 W5 H +ATOM 45391 OH2 TIP3X1766 -5.410 4.450 36.150 1.00 0.00 W5 O +ATOM 45392 H1 TIP3X1766 -4.730 4.840 35.600 1.00 0.00 W5 H +ATOM 45393 H2 TIP3X1766 -6.060 4.120 35.520 1.00 0.00 W5 H +ATOM 45394 OH2 TIP3X1767 -8.880 -32.230 -25.540 1.00 0.00 W5 O +ATOM 45395 H1 TIP3X1767 -9.140 -32.630 -24.700 1.00 0.00 W5 H +ATOM 45396 H2 TIP3X1767 -9.400 -32.700 -26.190 1.00 0.00 W5 H +ATOM 45397 OH2 TIP3X1768 -25.830 -18.430 34.100 1.00 0.00 W5 O +ATOM 45398 H1 TIP3X1768 -25.300 -17.730 33.720 1.00 0.00 W5 H +ATOM 45399 H2 TIP3X1768 -26.710 -18.300 33.750 1.00 0.00 W5 H +ATOM 45400 OH2 TIP3X1769 33.280 22.970 -43.830 1.00 0.00 W5 O +ATOM 45401 H1 TIP3X1769 33.630 23.510 -43.130 1.00 0.00 W5 H +ATOM 45402 H2 TIP3X1769 32.860 22.240 -43.370 1.00 0.00 W5 H +ATOM 45403 OH2 TIP3X1770 -30.110 5.190 -43.440 1.00 0.00 W5 O +ATOM 45404 H1 TIP3X1770 -29.200 5.330 -43.170 1.00 0.00 W5 H +ATOM 45405 H2 TIP3X1770 -30.160 4.240 -43.600 1.00 0.00 W5 H +ATOM 45406 OH2 TIP3X1771 -34.490 -35.890 18.500 1.00 0.00 W5 O +ATOM 45407 H1 TIP3X1771 -33.540 -35.910 18.360 1.00 0.00 W5 H +ATOM 45408 H2 TIP3X1771 -34.860 -35.910 17.620 1.00 0.00 W5 H +ATOM 45409 OH2 TIP3X1772 -26.110 27.130 -31.100 1.00 0.00 W5 O +ATOM 45410 H1 TIP3X1772 -26.220 26.370 -30.530 1.00 0.00 W5 H +ATOM 45411 H2 TIP3X1772 -26.990 27.500 -31.160 1.00 0.00 W5 H +ATOM 45412 OH2 TIP3X1773 -3.520 20.490 22.520 1.00 0.00 W5 O +ATOM 45413 H1 TIP3X1773 -3.370 20.870 21.650 1.00 0.00 W5 H +ATOM 45414 H2 TIP3X1773 -3.650 19.550 22.350 1.00 0.00 W5 H +ATOM 45415 OH2 TIP3X1774 23.460 -45.810 -49.900 1.00 0.00 W5 O +ATOM 45416 H1 TIP3X1774 24.220 -45.240 -50.050 1.00 0.00 W5 H +ATOM 45417 H2 TIP3X1774 22.930 -45.330 -49.270 1.00 0.00 W5 H +ATOM 45418 OH2 TIP3X1775 -4.100 -37.110 11.520 1.00 0.00 W5 O +ATOM 45419 H1 TIP3X1775 -4.750 -36.830 10.870 1.00 0.00 W5 H +ATOM 45420 H2 TIP3X1775 -4.240 -38.060 11.600 1.00 0.00 W5 H +ATOM 45421 OH2 TIP3X1776 -28.050 -47.570 31.800 1.00 0.00 W5 O +ATOM 45422 H1 TIP3X1776 -27.890 -48.510 31.740 1.00 0.00 W5 H +ATOM 45423 H2 TIP3X1776 -29.000 -47.490 31.790 1.00 0.00 W5 H +ATOM 45424 OH2 TIP3X1777 11.110 -5.890 35.250 1.00 0.00 W5 O +ATOM 45425 H1 TIP3X1777 11.130 -6.280 34.380 1.00 0.00 W5 H +ATOM 45426 H2 TIP3X1777 10.200 -5.690 35.410 1.00 0.00 W5 H +ATOM 45427 OH2 TIP3X1778 48.800 -14.120 34.400 1.00 0.00 W5 O +ATOM 45428 H1 TIP3X1778 48.090 -14.740 34.210 1.00 0.00 W5 H +ATOM 45429 H2 TIP3X1778 49.590 -14.580 34.120 1.00 0.00 W5 H +ATOM 45430 OH2 TIP3X1779 -28.190 32.380 -43.000 1.00 0.00 W5 O +ATOM 45431 H1 TIP3X1779 -28.920 32.040 -43.520 1.00 0.00 W5 H +ATOM 45432 H2 TIP3X1779 -27.920 33.180 -43.470 1.00 0.00 W5 H +ATOM 45433 OH2 TIP3X1780 -22.430 -29.080 33.870 1.00 0.00 W5 O +ATOM 45434 H1 TIP3X1780 -22.280 -29.970 34.190 1.00 0.00 W5 H +ATOM 45435 H2 TIP3X1780 -21.710 -28.910 33.270 1.00 0.00 W5 H +ATOM 45436 OH2 TIP3X1781 -40.900 13.880 36.210 1.00 0.00 W5 O +ATOM 45437 H1 TIP3X1781 -41.570 13.260 35.910 1.00 0.00 W5 H +ATOM 45438 H2 TIP3X1781 -40.180 13.310 36.520 1.00 0.00 W5 H +ATOM 45439 OH2 TIP3X1782 3.460 6.900 -30.010 1.00 0.00 W5 O +ATOM 45440 H1 TIP3X1782 4.330 6.960 -30.410 1.00 0.00 W5 H +ATOM 45441 H2 TIP3X1782 3.290 7.780 -29.670 1.00 0.00 W5 H +ATOM 45442 OH2 TIP3X1783 20.850 -26.090 32.440 1.00 0.00 W5 O +ATOM 45443 H1 TIP3X1783 20.380 -26.410 33.220 1.00 0.00 W5 H +ATOM 45444 H2 TIP3X1783 20.160 -25.720 31.890 1.00 0.00 W5 H +ATOM 45445 OH2 TIP3X1784 -27.330 -5.010 20.930 1.00 0.00 W5 O +ATOM 45446 H1 TIP3X1784 -27.910 -4.490 20.370 1.00 0.00 W5 H +ATOM 45447 H2 TIP3X1784 -26.480 -4.990 20.490 1.00 0.00 W5 H +ATOM 45448 OH2 TIP3X1785 47.300 4.310 -39.030 1.00 0.00 W5 O +ATOM 45449 H1 TIP3X1785 47.880 3.600 -39.330 1.00 0.00 W5 H +ATOM 45450 H2 TIP3X1785 46.650 4.370 -39.710 1.00 0.00 W5 H +ATOM 45451 OH2 TIP3X1786 -29.000 16.290 -26.930 1.00 0.00 W5 O +ATOM 45452 H1 TIP3X1786 -28.340 17.000 -26.940 1.00 0.00 W5 H +ATOM 45453 H2 TIP3X1786 -29.000 15.960 -27.840 1.00 0.00 W5 H +ATOM 45454 OH2 TIP3X1787 -13.310 -5.110 -46.300 1.00 0.00 W5 O +ATOM 45455 H1 TIP3X1787 -12.940 -4.250 -46.160 1.00 0.00 W5 H +ATOM 45456 H2 TIP3X1787 -12.880 -5.670 -45.660 1.00 0.00 W5 H +ATOM 45457 OH2 TIP3X1788 40.180 21.710 29.890 1.00 0.00 W5 O +ATOM 45458 H1 TIP3X1788 39.660 21.530 29.110 1.00 0.00 W5 H +ATOM 45459 H2 TIP3X1788 39.840 21.090 30.550 1.00 0.00 W5 H +ATOM 45460 OH2 TIP3X1789 17.220 -31.730 -42.690 1.00 0.00 W5 O +ATOM 45461 H1 TIP3X1789 18.090 -31.860 -42.320 1.00 0.00 W5 H +ATOM 45462 H2 TIP3X1789 16.630 -32.170 -42.090 1.00 0.00 W5 H +ATOM 45463 OH2 TIP3X1790 32.180 24.840 -22.630 1.00 0.00 W5 O +ATOM 45464 H1 TIP3X1790 32.430 24.740 -23.540 1.00 0.00 W5 H +ATOM 45465 H2 TIP3X1790 32.190 23.940 -22.270 1.00 0.00 W5 H +ATOM 45466 OH2 TIP3X1791 39.190 -42.590 -21.690 1.00 0.00 W5 O +ATOM 45467 H1 TIP3X1791 40.040 -42.260 -21.420 1.00 0.00 W5 H +ATOM 45468 H2 TIP3X1791 38.920 -43.170 -20.980 1.00 0.00 W5 H +ATOM 45469 OH2 TIP3X1792 -7.870 -22.260 -20.070 1.00 0.00 W5 O +ATOM 45470 H1 TIP3X1792 -8.370 -21.840 -19.370 1.00 0.00 W5 H +ATOM 45471 H2 TIP3X1792 -8.300 -21.990 -20.880 1.00 0.00 W5 H +ATOM 45472 OH2 TIP3X1793 -28.940 -45.570 -23.990 1.00 0.00 W5 O +ATOM 45473 H1 TIP3X1793 -28.610 -46.450 -24.210 1.00 0.00 W5 H +ATOM 45474 H2 TIP3X1793 -29.210 -45.650 -23.070 1.00 0.00 W5 H +ATOM 45475 OH2 TIP3X1794 7.390 21.650 -41.780 1.00 0.00 W5 O +ATOM 45476 H1 TIP3X1794 6.580 22.050 -41.500 1.00 0.00 W5 H +ATOM 45477 H2 TIP3X1794 8.020 21.850 -41.090 1.00 0.00 W5 H +ATOM 45478 OH2 TIP3X1795 -36.410 13.080 -36.920 1.00 0.00 W5 O +ATOM 45479 H1 TIP3X1795 -36.930 13.620 -37.500 1.00 0.00 W5 H +ATOM 45480 H2 TIP3X1795 -36.140 12.330 -37.450 1.00 0.00 W5 H +ATOM 45481 OH2 TIP3X1796 -26.270 -16.840 -36.810 1.00 0.00 W5 O +ATOM 45482 H1 TIP3X1796 -26.080 -17.680 -37.210 1.00 0.00 W5 H +ATOM 45483 H2 TIP3X1796 -26.790 -16.370 -37.470 1.00 0.00 W5 H +ATOM 45484 OH2 TIP3X1797 8.080 -29.010 34.130 1.00 0.00 W5 O +ATOM 45485 H1 TIP3X1797 7.970 -29.810 34.640 1.00 0.00 W5 H +ATOM 45486 H2 TIP3X1797 8.870 -28.600 34.480 1.00 0.00 W5 H +ATOM 45487 OH2 TIP3X1798 -37.110 6.940 -48.310 1.00 0.00 W5 O +ATOM 45488 H1 TIP3X1798 -37.270 6.650 -47.410 1.00 0.00 W5 H +ATOM 45489 H2 TIP3X1798 -37.950 6.850 -48.740 1.00 0.00 W5 H +ATOM 45490 OH2 TIP3X1799 -12.480 12.950 -47.540 1.00 0.00 W5 O +ATOM 45491 H1 TIP3X1799 -12.070 12.670 -46.730 1.00 0.00 W5 H +ATOM 45492 H2 TIP3X1799 -13.210 12.330 -47.660 1.00 0.00 W5 H +ATOM 45493 OH2 TIP3X1800 1.190 33.890 22.330 1.00 0.00 W5 O +ATOM 45494 H1 TIP3X1800 1.480 33.050 21.970 1.00 0.00 W5 H +ATOM 45495 H2 TIP3X1800 0.590 34.240 21.670 1.00 0.00 W5 H +ATOM 45496 OH2 TIP3X1801 10.770 -5.470 31.800 1.00 0.00 W5 O +ATOM 45497 H1 TIP3X1801 11.410 -4.810 31.530 1.00 0.00 W5 H +ATOM 45498 H2 TIP3X1801 9.930 -5.100 31.550 1.00 0.00 W5 H +ATOM 45499 OH2 TIP3X1802 -20.390 -29.700 -40.320 1.00 0.00 W5 O +ATOM 45500 H1 TIP3X1802 -20.210 -29.580 -39.390 1.00 0.00 W5 H +ATOM 45501 H2 TIP3X1802 -19.530 -29.840 -40.720 1.00 0.00 W5 H +ATOM 45502 OH2 TIP3X1803 -4.060 -6.380 28.830 1.00 0.00 W5 O +ATOM 45503 H1 TIP3X1803 -3.270 -6.890 28.630 1.00 0.00 W5 H +ATOM 45504 H2 TIP3X1803 -4.300 -5.980 28.000 1.00 0.00 W5 H +ATOM 45505 OH2 TIP3X1804 -18.400 13.470 -23.430 1.00 0.00 W5 O +ATOM 45506 H1 TIP3X1804 -17.650 13.720 -23.990 1.00 0.00 W5 H +ATOM 45507 H2 TIP3X1804 -18.170 13.800 -22.570 1.00 0.00 W5 H +ATOM 45508 OH2 TIP3X1805 28.080 22.990 -33.650 1.00 0.00 W5 O +ATOM 45509 H1 TIP3X1805 28.140 22.210 -34.210 1.00 0.00 W5 H +ATOM 45510 H2 TIP3X1805 27.180 23.000 -33.350 1.00 0.00 W5 H +ATOM 45511 OH2 TIP3X1806 10.130 -26.560 -21.410 1.00 0.00 W5 O +ATOM 45512 H1 TIP3X1806 10.360 -27.450 -21.670 1.00 0.00 W5 H +ATOM 45513 H2 TIP3X1806 10.640 -26.400 -20.610 1.00 0.00 W5 H +ATOM 45514 OH2 TIP3X1807 41.810 -10.010 -48.480 1.00 0.00 W5 O +ATOM 45515 H1 TIP3X1807 42.710 -10.180 -48.180 1.00 0.00 W5 H +ATOM 45516 H2 TIP3X1807 41.830 -9.100 -48.800 1.00 0.00 W5 H +ATOM 45517 OH2 TIP3X1808 7.700 38.180 39.100 1.00 0.00 W5 O +ATOM 45518 H1 TIP3X1808 7.960 37.590 38.390 1.00 0.00 W5 H +ATOM 45519 H2 TIP3X1808 8.440 38.170 39.710 1.00 0.00 W5 H +ATOM 45520 OH2 TIP3X1809 37.050 14.990 -19.400 1.00 0.00 W5 O +ATOM 45521 H1 TIP3X1809 37.600 14.210 -19.320 1.00 0.00 W5 H +ATOM 45522 H2 TIP3X1809 37.550 15.680 -18.990 1.00 0.00 W5 H +ATOM 45523 OH2 TIP3X1810 -7.190 30.650 30.390 1.00 0.00 W5 O +ATOM 45524 H1 TIP3X1810 -7.920 30.890 29.830 1.00 0.00 W5 H +ATOM 45525 H2 TIP3X1810 -7.570 30.070 31.060 1.00 0.00 W5 H +ATOM 45526 OH2 TIP3X1811 -7.450 19.680 -30.450 1.00 0.00 W5 O +ATOM 45527 H1 TIP3X1811 -8.340 19.640 -30.120 1.00 0.00 W5 H +ATOM 45528 H2 TIP3X1811 -7.500 20.200 -31.250 1.00 0.00 W5 H +ATOM 45529 OH2 TIP3X1812 15.910 -49.560 25.280 1.00 0.00 W5 O +ATOM 45530 H1 TIP3X1812 16.810 -49.470 25.590 1.00 0.00 W5 H +ATOM 45531 H2 TIP3X1812 15.710 -50.490 25.410 1.00 0.00 W5 H +ATOM 45532 OH2 TIP3X1813 10.150 -14.230 -42.170 1.00 0.00 W5 O +ATOM 45533 H1 TIP3X1813 11.080 -14.090 -42.310 1.00 0.00 W5 H +ATOM 45534 H2 TIP3X1813 9.720 -13.550 -42.690 1.00 0.00 W5 H +ATOM 45535 OH2 TIP3X1814 -1.120 -48.840 -37.900 1.00 0.00 W5 O +ATOM 45536 H1 TIP3X1814 -0.740 -49.610 -38.330 1.00 0.00 W5 H +ATOM 45537 H2 TIP3X1814 -0.980 -49.000 -36.970 1.00 0.00 W5 H +ATOM 45538 OH2 TIP3X1815 -4.660 21.920 -47.260 1.00 0.00 W5 O +ATOM 45539 H1 TIP3X1815 -4.880 22.350 -46.440 1.00 0.00 W5 H +ATOM 45540 H2 TIP3X1815 -4.310 22.630 -47.820 1.00 0.00 W5 H +ATOM 45541 OH2 TIP3X1816 -19.110 -45.230 18.690 1.00 0.00 W5 O +ATOM 45542 H1 TIP3X1816 -18.540 -44.980 19.410 1.00 0.00 W5 H +ATOM 45543 H2 TIP3X1816 -19.770 -45.790 19.090 1.00 0.00 W5 H +ATOM 45544 OH2 TIP3X1817 -28.080 8.430 -44.580 1.00 0.00 W5 O +ATOM 45545 H1 TIP3X1817 -27.600 8.710 -43.820 1.00 0.00 W5 H +ATOM 45546 H2 TIP3X1817 -27.430 7.970 -45.120 1.00 0.00 W5 H +ATOM 45547 OH2 TIP3X1818 -29.230 -43.090 -22.080 1.00 0.00 W5 O +ATOM 45548 H1 TIP3X1818 -29.410 -44.020 -21.900 1.00 0.00 W5 H +ATOM 45549 H2 TIP3X1818 -29.020 -42.710 -21.220 1.00 0.00 W5 H +ATOM 45550 OH2 TIP3X1819 27.690 15.330 -21.750 1.00 0.00 W5 O +ATOM 45551 H1 TIP3X1819 26.740 15.200 -21.660 1.00 0.00 W5 H +ATOM 45552 H2 TIP3X1819 27.950 15.750 -20.930 1.00 0.00 W5 H +ATOM 45553 OH2 TIP3X1820 -7.440 -7.890 -35.290 1.00 0.00 W5 O +ATOM 45554 H1 TIP3X1820 -6.960 -7.090 -35.510 1.00 0.00 W5 H +ATOM 45555 H2 TIP3X1820 -8.350 -7.710 -35.540 1.00 0.00 W5 H +ATOM 45556 OH2 TIP3X1821 3.000 10.330 31.570 1.00 0.00 W5 O +ATOM 45557 H1 TIP3X1821 3.130 10.990 32.260 1.00 0.00 W5 H +ATOM 45558 H2 TIP3X1821 2.060 10.370 31.390 1.00 0.00 W5 H +ATOM 45559 OH2 TIP3X1822 -8.870 -44.820 22.380 1.00 0.00 W5 O +ATOM 45560 H1 TIP3X1822 -8.800 -45.660 22.830 1.00 0.00 W5 H +ATOM 45561 H2 TIP3X1822 -9.520 -44.330 22.880 1.00 0.00 W5 H +ATOM 45562 OH2 TIP3X1823 1.200 -7.150 28.560 1.00 0.00 W5 O +ATOM 45563 H1 TIP3X1823 0.700 -7.580 27.870 1.00 0.00 W5 H +ATOM 45564 H2 TIP3X1823 2.100 -7.130 28.230 1.00 0.00 W5 H +ATOM 45565 OH2 TIP3X1824 28.640 -1.870 -39.710 1.00 0.00 W5 O +ATOM 45566 H1 TIP3X1824 28.860 -0.950 -39.850 1.00 0.00 W5 H +ATOM 45567 H2 TIP3X1824 29.330 -2.190 -39.140 1.00 0.00 W5 H +ATOM 45568 OH2 TIP3X1825 34.960 40.220 -30.640 1.00 0.00 W5 O +ATOM 45569 H1 TIP3X1825 34.440 40.210 -29.830 1.00 0.00 W5 H +ATOM 45570 H2 TIP3X1825 34.490 40.810 -31.220 1.00 0.00 W5 H +ATOM 45571 OH2 TIP3X1826 -21.150 25.550 -20.870 1.00 0.00 W5 O +ATOM 45572 H1 TIP3X1826 -21.060 26.170 -21.600 1.00 0.00 W5 H +ATOM 45573 H2 TIP3X1826 -20.310 25.610 -20.410 1.00 0.00 W5 H +ATOM 45574 OH2 TIP3X1827 -4.520 -32.930 29.500 1.00 0.00 W5 O +ATOM 45575 H1 TIP3X1827 -4.060 -33.120 30.320 1.00 0.00 W5 H +ATOM 45576 H2 TIP3X1827 -4.970 -33.750 29.290 1.00 0.00 W5 H +ATOM 45577 OH2 TIP3X1828 11.210 -21.770 31.820 1.00 0.00 W5 O +ATOM 45578 H1 TIP3X1828 11.630 -21.400 31.040 1.00 0.00 W5 H +ATOM 45579 H2 TIP3X1828 10.600 -22.410 31.470 1.00 0.00 W5 H +ATOM 45580 OH2 TIP3X1829 6.300 7.950 -21.560 1.00 0.00 W5 O +ATOM 45581 H1 TIP3X1829 5.920 7.570 -20.750 1.00 0.00 W5 H +ATOM 45582 H2 TIP3X1829 7.130 8.330 -21.290 1.00 0.00 W5 H +ATOM 45583 OH2 TIP3X1830 -31.440 -19.220 20.390 1.00 0.00 W5 O +ATOM 45584 H1 TIP3X1830 -31.600 -18.510 21.010 1.00 0.00 W5 H +ATOM 45585 H2 TIP3X1830 -31.160 -18.780 19.590 1.00 0.00 W5 H +ATOM 45586 OH2 TIP3X1831 12.350 39.140 -24.310 1.00 0.00 W5 O +ATOM 45587 H1 TIP3X1831 12.670 38.230 -24.250 1.00 0.00 W5 H +ATOM 45588 H2 TIP3X1831 11.820 39.140 -25.110 1.00 0.00 W5 H +ATOM 45589 OH2 TIP3X1832 -21.910 14.670 -44.290 1.00 0.00 W5 O +ATOM 45590 H1 TIP3X1832 -21.920 15.610 -44.480 1.00 0.00 W5 H +ATOM 45591 H2 TIP3X1832 -21.010 14.400 -44.520 1.00 0.00 W5 H +ATOM 45592 OH2 TIP3X1833 -4.310 -47.560 -20.700 1.00 0.00 W5 O +ATOM 45593 H1 TIP3X1833 -4.750 -47.940 -19.940 1.00 0.00 W5 H +ATOM 45594 H2 TIP3X1833 -4.870 -46.830 -20.950 1.00 0.00 W5 H +ATOM 45595 OH2 TIP3X1834 16.550 37.220 33.060 1.00 0.00 W5 O +ATOM 45596 H1 TIP3X1834 17.440 36.970 32.810 1.00 0.00 W5 H +ATOM 45597 H2 TIP3X1834 16.550 38.170 33.050 1.00 0.00 W5 H +ATOM 45598 OH2 TIP3X1835 23.760 21.050 -36.120 1.00 0.00 W5 O +ATOM 45599 H1 TIP3X1835 23.670 20.640 -36.980 1.00 0.00 W5 H +ATOM 45600 H2 TIP3X1835 22.860 21.190 -35.830 1.00 0.00 W5 H +ATOM 45601 OH2 TIP3X1836 -3.160 -26.690 29.040 1.00 0.00 W5 O +ATOM 45602 H1 TIP3X1836 -2.350 -26.170 29.020 1.00 0.00 W5 H +ATOM 45603 H2 TIP3X1836 -3.860 -26.030 29.000 1.00 0.00 W5 H +ATOM 45604 OH2 TIP3X1837 44.860 -3.340 -27.510 1.00 0.00 W5 O +ATOM 45605 H1 TIP3X1837 44.650 -3.950 -26.800 1.00 0.00 W5 H +ATOM 45606 H2 TIP3X1837 44.020 -2.990 -27.780 1.00 0.00 W5 H +ATOM 45607 OH2 TIP3X1838 -26.350 -6.350 -32.570 1.00 0.00 W5 O +ATOM 45608 H1 TIP3X1838 -26.040 -6.650 -31.720 1.00 0.00 W5 H +ATOM 45609 H2 TIP3X1838 -27.230 -6.000 -32.390 1.00 0.00 W5 H +ATOM 45610 OH2 TIP3X1839 18.950 -32.750 31.060 1.00 0.00 W5 O +ATOM 45611 H1 TIP3X1839 18.610 -33.640 31.000 1.00 0.00 W5 H +ATOM 45612 H2 TIP3X1839 19.210 -32.650 31.960 1.00 0.00 W5 H +ATOM 45613 OH2 TIP3X1840 -30.940 21.920 28.270 1.00 0.00 W5 O +ATOM 45614 H1 TIP3X1840 -31.410 22.710 28.000 1.00 0.00 W5 H +ATOM 45615 H2 TIP3X1840 -30.450 21.660 27.480 1.00 0.00 W5 H +ATOM 45616 OH2 TIP3X1841 -35.240 -19.020 19.760 1.00 0.00 W5 O +ATOM 45617 H1 TIP3X1841 -35.390 -19.940 19.520 1.00 0.00 W5 H +ATOM 45618 H2 TIP3X1841 -34.480 -18.760 19.240 1.00 0.00 W5 H +ATOM 45619 OH2 TIP3X1842 -37.950 5.390 38.160 1.00 0.00 W5 O +ATOM 45620 H1 TIP3X1842 -38.010 6.340 38.270 1.00 0.00 W5 H +ATOM 45621 H2 TIP3X1842 -37.230 5.120 38.750 1.00 0.00 W5 H +ATOM 45622 OH2 TIP3X1843 4.060 -29.350 -44.580 1.00 0.00 W5 O +ATOM 45623 H1 TIP3X1843 4.470 -28.490 -44.530 1.00 0.00 W5 H +ATOM 45624 H2 TIP3X1843 3.750 -29.420 -45.490 1.00 0.00 W5 H +ATOM 45625 OH2 TIP3X1844 -45.490 20.540 -37.460 1.00 0.00 W5 O +ATOM 45626 H1 TIP3X1844 -45.190 21.020 -38.230 1.00 0.00 W5 H +ATOM 45627 H2 TIP3X1844 -44.700 20.350 -36.970 1.00 0.00 W5 H +ATOM 45628 OH2 TIP3X1845 37.830 -45.080 -42.860 1.00 0.00 W5 O +ATOM 45629 H1 TIP3X1845 37.330 -45.420 -42.120 1.00 0.00 W5 H +ATOM 45630 H2 TIP3X1845 38.660 -44.780 -42.480 1.00 0.00 W5 H +ATOM 45631 OH2 TIP3X1846 -28.370 4.820 27.960 1.00 0.00 W5 O +ATOM 45632 H1 TIP3X1846 -27.840 4.190 27.470 1.00 0.00 W5 H +ATOM 45633 H2 TIP3X1846 -27.790 5.120 28.670 1.00 0.00 W5 H +ATOM 45634 OH2 TIP3X1847 9.890 23.690 30.470 1.00 0.00 W5 O +ATOM 45635 H1 TIP3X1847 10.530 23.250 31.020 1.00 0.00 W5 H +ATOM 45636 H2 TIP3X1847 10.380 24.000 29.720 1.00 0.00 W5 H +ATOM 45637 OH2 TIP3X1848 40.220 42.020 -46.950 1.00 0.00 W5 O +ATOM 45638 H1 TIP3X1848 39.630 42.570 -46.420 1.00 0.00 W5 H +ATOM 45639 H2 TIP3X1848 40.900 42.610 -47.270 1.00 0.00 W5 H +ATOM 45640 OH2 TIP3X1849 0.950 -29.870 27.840 1.00 0.00 W5 O +ATOM 45641 H1 TIP3X1849 0.370 -29.670 28.580 1.00 0.00 W5 H +ATOM 45642 H2 TIP3X1849 0.410 -30.430 27.280 1.00 0.00 W5 H +ATOM 45643 OH2 TIP3X1850 -38.940 33.890 -11.690 1.00 0.00 W5 O +ATOM 45644 H1 TIP3X1850 -39.790 33.930 -12.120 1.00 0.00 W5 H +ATOM 45645 H2 TIP3X1850 -38.330 34.350 -12.270 1.00 0.00 W5 H +ATOM 45646 OH2 TIP3X1851 -24.750 -47.030 -35.020 1.00 0.00 W5 O +ATOM 45647 H1 TIP3X1851 -25.250 -47.300 -35.780 1.00 0.00 W5 H +ATOM 45648 H2 TIP3X1851 -25.020 -46.120 -34.860 1.00 0.00 W5 H +ATOM 45649 OH2 TIP3X1852 -23.860 6.680 -36.250 1.00 0.00 W5 O +ATOM 45650 H1 TIP3X1852 -23.750 7.380 -35.600 1.00 0.00 W5 H +ATOM 45651 H2 TIP3X1852 -23.840 7.120 -37.090 1.00 0.00 W5 H +ATOM 45652 OH2 TIP3X1853 32.020 10.180 33.120 1.00 0.00 W5 O +ATOM 45653 H1 TIP3X1853 32.040 10.010 34.060 1.00 0.00 W5 H +ATOM 45654 H2 TIP3X1853 32.490 9.460 32.730 1.00 0.00 W5 H +ATOM 45655 OH2 TIP3X1854 -34.160 -49.930 19.790 1.00 0.00 W5 O +ATOM 45656 H1 TIP3X1854 -33.290 -49.840 20.190 1.00 0.00 W5 H +ATOM 45657 H2 TIP3X1854 -34.070 -49.550 18.920 1.00 0.00 W5 H +ATOM 45658 OH2 TIP3X1855 2.200 15.990 -41.370 1.00 0.00 W5 O +ATOM 45659 H1 TIP3X1855 2.360 15.730 -40.460 1.00 0.00 W5 H +ATOM 45660 H2 TIP3X1855 2.910 15.580 -41.860 1.00 0.00 W5 H +ATOM 45661 OH2 TIP3X1856 25.420 5.070 -41.350 1.00 0.00 W5 O +ATOM 45662 H1 TIP3X1856 25.750 4.800 -42.210 1.00 0.00 W5 H +ATOM 45663 H2 TIP3X1856 24.490 5.210 -41.480 1.00 0.00 W5 H +ATOM 45664 OH2 TIP3X1857 33.580 17.710 26.270 1.00 0.00 W5 O +ATOM 45665 H1 TIP3X1857 33.440 18.090 25.400 1.00 0.00 W5 H +ATOM 45666 H2 TIP3X1857 33.230 16.820 26.210 1.00 0.00 W5 H +ATOM 45667 OH2 TIP3X1858 21.560 -15.200 23.590 1.00 0.00 W5 O +ATOM 45668 H1 TIP3X1858 21.560 -16.040 23.150 1.00 0.00 W5 H +ATOM 45669 H2 TIP3X1858 22.480 -14.940 23.600 1.00 0.00 W5 H +ATOM 45670 OH2 TIP3X1859 -18.220 -43.650 -47.170 1.00 0.00 W5 O +ATOM 45671 H1 TIP3X1859 -18.980 -43.990 -47.640 1.00 0.00 W5 H +ATOM 45672 H2 TIP3X1859 -18.410 -43.800 -46.240 1.00 0.00 W5 H +ATOM 45673 OH2 TIP3X1860 1.680 -48.430 -41.900 1.00 0.00 W5 O +ATOM 45674 H1 TIP3X1860 2.030 -49.000 -41.230 1.00 0.00 W5 H +ATOM 45675 H2 TIP3X1860 1.890 -47.550 -41.600 1.00 0.00 W5 H +ATOM 45676 OH2 TIP3X1861 -20.430 26.140 -16.670 1.00 0.00 W5 O +ATOM 45677 H1 TIP3X1861 -21.230 26.600 -16.930 1.00 0.00 W5 H +ATOM 45678 H2 TIP3X1861 -19.720 26.700 -16.980 1.00 0.00 W5 H +ATOM 45679 OH2 TIP3X1862 -26.160 33.180 36.240 1.00 0.00 W5 O +ATOM 45680 H1 TIP3X1862 -25.560 33.350 36.960 1.00 0.00 W5 H +ATOM 45681 H2 TIP3X1862 -25.620 33.280 35.460 1.00 0.00 W5 H +ATOM 45682 OH2 TIP3X1863 -5.410 -28.660 -46.750 1.00 0.00 W5 O +ATOM 45683 H1 TIP3X1863 -5.040 -28.630 -47.640 1.00 0.00 W5 H +ATOM 45684 H2 TIP3X1863 -5.460 -29.600 -46.570 1.00 0.00 W5 H +ATOM 45685 OH2 TIP3X1864 30.570 -14.260 -38.260 1.00 0.00 W5 O +ATOM 45686 H1 TIP3X1864 30.880 -14.880 -37.590 1.00 0.00 W5 H +ATOM 45687 H2 TIP3X1864 30.920 -13.410 -37.960 1.00 0.00 W5 H +ATOM 45688 OH2 TIP3X1865 29.250 -42.910 -30.750 1.00 0.00 W5 O +ATOM 45689 H1 TIP3X1865 29.740 -42.090 -30.780 1.00 0.00 W5 H +ATOM 45690 H2 TIP3X1865 28.960 -43.050 -31.640 1.00 0.00 W5 H +ATOM 45691 OH2 TIP3X1866 -43.750 -44.330 28.130 1.00 0.00 W5 O +ATOM 45692 H1 TIP3X1866 -42.830 -44.180 28.290 1.00 0.00 W5 H +ATOM 45693 H2 TIP3X1866 -44.000 -45.000 28.760 1.00 0.00 W5 H +ATOM 45694 OH2 TIP3X1867 -26.390 -33.180 -20.940 1.00 0.00 W5 O +ATOM 45695 H1 TIP3X1867 -26.630 -32.280 -20.720 1.00 0.00 W5 H +ATOM 45696 H2 TIP3X1867 -25.860 -33.490 -20.210 1.00 0.00 W5 H +ATOM 45697 OH2 TIP3X1868 14.100 -4.310 -44.660 1.00 0.00 W5 O +ATOM 45698 H1 TIP3X1868 13.620 -4.930 -45.200 1.00 0.00 W5 H +ATOM 45699 H2 TIP3X1868 13.440 -3.890 -44.110 1.00 0.00 W5 H +ATOM 45700 OH2 TIP3X1869 -31.600 -11.600 -49.540 1.00 0.00 W5 O +ATOM 45701 H1 TIP3X1869 -32.360 -12.010 -49.150 1.00 0.00 W5 H +ATOM 45702 H2 TIP3X1869 -31.960 -10.840 -50.000 1.00 0.00 W5 H +ATOM 45703 OH2 TIP3X1870 46.920 18.810 -12.170 1.00 0.00 W5 O +ATOM 45704 H1 TIP3X1870 46.650 19.200 -11.340 1.00 0.00 W5 H +ATOM 45705 H2 TIP3X1870 46.950 17.870 -11.990 1.00 0.00 W5 H +ATOM 45706 OH2 TIP3X1871 34.800 32.020 38.540 1.00 0.00 W5 O +ATOM 45707 H1 TIP3X1871 34.080 31.730 37.980 1.00 0.00 W5 H +ATOM 45708 H2 TIP3X1871 35.240 32.700 38.030 1.00 0.00 W5 H +ATOM 45709 OH2 TIP3X1872 -1.800 10.940 -30.380 1.00 0.00 W5 O +ATOM 45710 H1 TIP3X1872 -1.630 11.570 -31.070 1.00 0.00 W5 H +ATOM 45711 H2 TIP3X1872 -2.660 11.190 -30.020 1.00 0.00 W5 H +ATOM 45712 OH2 TIP3X1873 -33.880 -36.690 -24.930 1.00 0.00 W5 O +ATOM 45713 H1 TIP3X1873 -33.010 -36.440 -25.230 1.00 0.00 W5 H +ATOM 45714 H2 TIP3X1873 -33.940 -37.630 -25.090 1.00 0.00 W5 H +ATOM 45715 OH2 TIP3X1874 16.110 -19.230 -35.340 1.00 0.00 W5 O +ATOM 45716 H1 TIP3X1874 16.950 -18.950 -35.710 1.00 0.00 W5 H +ATOM 45717 H2 TIP3X1874 16.350 -19.880 -34.670 1.00 0.00 W5 H +ATOM 45718 OH2 TIP3X1875 -29.290 24.970 -35.140 1.00 0.00 W5 O +ATOM 45719 H1 TIP3X1875 -29.600 25.880 -35.210 1.00 0.00 W5 H +ATOM 45720 H2 TIP3X1875 -28.810 24.820 -35.960 1.00 0.00 W5 H +ATOM 45721 OH2 TIP3X1876 17.180 -43.110 25.480 1.00 0.00 W5 O +ATOM 45722 H1 TIP3X1876 16.900 -42.700 26.300 1.00 0.00 W5 H +ATOM 45723 H2 TIP3X1876 16.850 -42.540 24.800 1.00 0.00 W5 H +ATOM 45724 OH2 TIP3X1877 17.090 -37.130 25.820 1.00 0.00 W5 O +ATOM 45725 H1 TIP3X1877 17.880 -37.400 25.350 1.00 0.00 W5 H +ATOM 45726 H2 TIP3X1877 16.380 -37.290 25.190 1.00 0.00 W5 H +ATOM 45727 OH2 TIP3X1878 -29.540 37.760 -47.800 1.00 0.00 W5 O +ATOM 45728 H1 TIP3X1878 -28.800 38.180 -48.230 1.00 0.00 W5 H +ATOM 45729 H2 TIP3X1878 -29.220 36.890 -47.550 1.00 0.00 W5 H +ATOM 45730 OH2 TIP3X1879 -19.410 10.230 -47.650 1.00 0.00 W5 O +ATOM 45731 H1 TIP3X1879 -18.970 10.350 -48.480 1.00 0.00 W5 H +ATOM 45732 H2 TIP3X1879 -19.120 10.970 -47.110 1.00 0.00 W5 H +ATOM 45733 OH2 TIP3X1880 25.490 -28.710 -37.950 1.00 0.00 W5 O +ATOM 45734 H1 TIP3X1880 24.870 -28.040 -38.240 1.00 0.00 W5 H +ATOM 45735 H2 TIP3X1880 26.330 -28.440 -38.320 1.00 0.00 W5 H +ATOM 45736 OH2 TIP3X1881 30.530 -13.480 20.390 1.00 0.00 W5 O +ATOM 45737 H1 TIP3X1881 29.940 -14.200 20.140 1.00 0.00 W5 H +ATOM 45738 H2 TIP3X1881 29.960 -12.830 20.780 1.00 0.00 W5 H +ATOM 45739 OH2 TIP3X1882 23.500 2.140 -20.990 1.00 0.00 W5 O +ATOM 45740 H1 TIP3X1882 23.250 1.840 -20.110 1.00 0.00 W5 H +ATOM 45741 H2 TIP3X1882 22.780 1.850 -21.550 1.00 0.00 W5 H +ATOM 45742 OH2 TIP3X1883 -0.160 -41.320 -37.760 1.00 0.00 W5 O +ATOM 45743 H1 TIP3X1883 0.540 -41.550 -37.140 1.00 0.00 W5 H +ATOM 45744 H2 TIP3X1883 0.310 -41.030 -38.540 1.00 0.00 W5 H +ATOM 45745 OH2 TIP3X1884 -20.110 15.660 24.970 1.00 0.00 W5 O +ATOM 45746 H1 TIP3X1884 -20.170 14.980 24.300 1.00 0.00 W5 H +ATOM 45747 H2 TIP3X1884 -21.030 15.870 25.170 1.00 0.00 W5 H +ATOM 45748 OH2 TIP3X1885 -17.130 -6.160 -31.020 1.00 0.00 W5 O +ATOM 45749 H1 TIP3X1885 -16.460 -5.490 -30.830 1.00 0.00 W5 H +ATOM 45750 H2 TIP3X1885 -16.760 -6.690 -31.720 1.00 0.00 W5 H +ATOM 45751 OH2 TIP3X1886 10.130 21.240 23.400 1.00 0.00 W5 O +ATOM 45752 H1 TIP3X1886 11.000 20.950 23.110 1.00 0.00 W5 H +ATOM 45753 H2 TIP3X1886 9.570 20.470 23.270 1.00 0.00 W5 H +ATOM 45754 OH2 TIP3X1887 43.220 -24.300 -30.680 1.00 0.00 W5 O +ATOM 45755 H1 TIP3X1887 42.510 -24.700 -31.200 1.00 0.00 W5 H +ATOM 45756 H2 TIP3X1887 43.470 -24.970 -30.060 1.00 0.00 W5 H +ATOM 45757 OH2 TIP3X1888 2.390 -23.050 -35.280 1.00 0.00 W5 O +ATOM 45758 H1 TIP3X1888 1.860 -22.330 -34.940 1.00 0.00 W5 H +ATOM 45759 H2 TIP3X1888 3.270 -22.860 -34.990 1.00 0.00 W5 H +ATOM 45760 OH2 TIP3X1889 7.040 -11.570 25.710 1.00 0.00 W5 O +ATOM 45761 H1 TIP3X1889 7.260 -10.820 26.260 1.00 0.00 W5 H +ATOM 45762 H2 TIP3X1889 7.870 -11.980 25.490 1.00 0.00 W5 H +ATOM 45763 OH2 TIP3X1890 45.800 -23.600 -31.410 1.00 0.00 W5 O +ATOM 45764 H1 TIP3X1890 44.920 -23.680 -31.050 1.00 0.00 W5 H +ATOM 45765 H2 TIP3X1890 46.330 -24.190 -30.880 1.00 0.00 W5 H +ATOM 45766 OH2 TIP3X1891 -18.410 -30.270 -21.190 1.00 0.00 W5 O +ATOM 45767 H1 TIP3X1891 -18.390 -30.950 -21.860 1.00 0.00 W5 H +ATOM 45768 H2 TIP3X1891 -17.730 -29.640 -21.450 1.00 0.00 W5 H +ATOM 45769 OH2 TIP3X1892 5.360 -41.090 -34.440 1.00 0.00 W5 O +ATOM 45770 H1 TIP3X1892 5.150 -41.480 -33.590 1.00 0.00 W5 H +ATOM 45771 H2 TIP3X1892 6.290 -40.880 -34.380 1.00 0.00 W5 H +ATOM 45772 OH2 TIP3X1893 -38.440 -3.380 -31.480 1.00 0.00 W5 O +ATOM 45773 H1 TIP3X1893 -37.480 -3.390 -31.360 1.00 0.00 W5 H +ATOM 45774 H2 TIP3X1893 -38.700 -2.480 -31.300 1.00 0.00 W5 H +ATOM 45775 OH2 TIP3X1894 13.330 -23.560 -50.670 1.00 0.00 W5 O +ATOM 45776 H1 TIP3X1894 14.070 -24.140 -50.820 1.00 0.00 W5 H +ATOM 45777 H2 TIP3X1894 12.590 -23.990 -51.100 1.00 0.00 W5 H +ATOM 45778 OH2 TIP3X1895 -38.590 -20.580 33.520 1.00 0.00 W5 O +ATOM 45779 H1 TIP3X1895 -38.290 -20.810 32.640 1.00 0.00 W5 H +ATOM 45780 H2 TIP3X1895 -37.800 -20.420 34.020 1.00 0.00 W5 H +ATOM 45781 OH2 TIP3X1896 4.260 35.550 20.570 1.00 0.00 W5 O +ATOM 45782 H1 TIP3X1896 4.310 35.790 19.640 1.00 0.00 W5 H +ATOM 45783 H2 TIP3X1896 3.680 36.200 20.950 1.00 0.00 W5 H +ATOM 45784 OH2 TIP3X1897 -29.650 12.880 27.150 1.00 0.00 W5 O +ATOM 45785 H1 TIP3X1897 -29.640 11.960 26.860 1.00 0.00 W5 H +ATOM 45786 H2 TIP3X1897 -30.570 13.070 27.330 1.00 0.00 W5 H +ATOM 45787 OH2 TIP3X1898 14.110 23.480 -23.160 1.00 0.00 W5 O +ATOM 45788 H1 TIP3X1898 14.640 23.990 -22.550 1.00 0.00 W5 H +ATOM 45789 H2 TIP3X1898 13.360 23.170 -22.630 1.00 0.00 W5 H +ATOM 45790 OH2 TIP3X1899 6.200 -24.530 -44.500 1.00 0.00 W5 O +ATOM 45791 H1 TIP3X1899 5.620 -23.910 -44.050 1.00 0.00 W5 H +ATOM 45792 H2 TIP3X1899 6.870 -24.730 -43.850 1.00 0.00 W5 H +ATOM 45793 OH2 TIP3X1900 1.980 18.690 -23.240 1.00 0.00 W5 O +ATOM 45794 H1 TIP3X1900 1.560 18.670 -22.380 1.00 0.00 W5 H +ATOM 45795 H2 TIP3X1900 1.740 19.530 -23.620 1.00 0.00 W5 H +ATOM 45796 OH2 TIP3X1901 18.240 -33.600 -47.470 1.00 0.00 W5 O +ATOM 45797 H1 TIP3X1901 17.850 -32.870 -47.000 1.00 0.00 W5 H +ATOM 45798 H2 TIP3X1901 17.490 -34.130 -47.750 1.00 0.00 W5 H +ATOM 45799 OH2 TIP3X1902 6.750 21.060 24.150 1.00 0.00 W5 O +ATOM 45800 H1 TIP3X1902 6.250 20.480 24.730 1.00 0.00 W5 H +ATOM 45801 H2 TIP3X1902 6.490 21.940 24.410 1.00 0.00 W5 H +ATOM 45802 OH2 TIP3X1903 -6.530 -38.940 -26.890 1.00 0.00 W5 O +ATOM 45803 H1 TIP3X1903 -7.120 -38.190 -26.910 1.00 0.00 W5 H +ATOM 45804 H2 TIP3X1903 -6.180 -38.990 -27.780 1.00 0.00 W5 H +ATOM 45805 OH2 TIP3X1904 40.380 12.150 -48.090 1.00 0.00 W5 O +ATOM 45806 H1 TIP3X1904 39.760 12.040 -48.810 1.00 0.00 W5 H +ATOM 45807 H2 TIP3X1904 40.490 11.270 -47.730 1.00 0.00 W5 H +ATOM 45808 OH2 TIP3X1905 -28.540 7.950 33.400 1.00 0.00 W5 O +ATOM 45809 H1 TIP3X1905 -28.420 7.000 33.400 1.00 0.00 W5 H +ATOM 45810 H2 TIP3X1905 -29.440 8.070 33.660 1.00 0.00 W5 H +ATOM 45811 OH2 TIP3X1906 -19.120 -42.570 -38.210 1.00 0.00 W5 O +ATOM 45812 H1 TIP3X1906 -18.240 -42.860 -37.970 1.00 0.00 W5 H +ATOM 45813 H2 TIP3X1906 -19.700 -43.040 -37.610 1.00 0.00 W5 H +ATOM 45814 OH2 TIP3X1907 -37.260 -16.780 -25.750 1.00 0.00 W5 O +ATOM 45815 H1 TIP3X1907 -37.180 -15.920 -25.340 1.00 0.00 W5 H +ATOM 45816 H2 TIP3X1907 -36.580 -16.780 -26.430 1.00 0.00 W5 H +ATOM 45817 OH2 TIP3X1908 11.030 13.300 18.980 1.00 0.00 W5 O +ATOM 45818 H1 TIP3X1908 10.940 14.220 18.730 1.00 0.00 W5 H +ATOM 45819 H2 TIP3X1908 10.170 12.920 18.830 1.00 0.00 W5 H +ATOM 45820 OH2 TIP3X1909 26.900 -35.840 -50.390 1.00 0.00 W5 O +ATOM 45821 H1 TIP3X1909 27.520 -36.460 -50.770 1.00 0.00 W5 H +ATOM 45822 H2 TIP3X1909 27.270 -35.640 -49.530 1.00 0.00 W5 H +ATOM 45823 OH2 TIP3X1910 43.840 -32.890 -17.850 1.00 0.00 W5 O +ATOM 45824 H1 TIP3X1910 43.470 -32.760 -18.730 1.00 0.00 W5 H +ATOM 45825 H2 TIP3X1910 44.660 -32.390 -17.850 1.00 0.00 W5 H +ATOM 45826 OH2 TIP3X1911 47.960 33.970 29.130 1.00 0.00 W5 O +ATOM 45827 H1 TIP3X1911 47.220 34.320 29.630 1.00 0.00 W5 H +ATOM 45828 H2 TIP3X1911 47.560 33.320 28.540 1.00 0.00 W5 H +ATOM 45829 OH2 TIP3X1912 30.700 -7.680 -48.910 1.00 0.00 W5 O +ATOM 45830 H1 TIP3X1912 29.910 -7.270 -48.570 1.00 0.00 W5 H +ATOM 45831 H2 TIP3X1912 31.420 -7.170 -48.530 1.00 0.00 W5 H +ATOM 45832 OH2 TIP3X1913 30.150 -46.220 -48.760 1.00 0.00 W5 O +ATOM 45833 H1 TIP3X1913 30.690 -46.790 -49.300 1.00 0.00 W5 H +ATOM 45834 H2 TIP3X1913 30.040 -45.430 -49.290 1.00 0.00 W5 H +ATOM 45835 OH2 TIP3X1914 7.140 16.100 -42.600 1.00 0.00 W5 O +ATOM 45836 H1 TIP3X1914 7.160 15.770 -41.710 1.00 0.00 W5 H +ATOM 45837 H2 TIP3X1914 6.890 17.030 -42.500 1.00 0.00 W5 H +ATOM 45838 OH2 TIP3X1915 -2.640 -49.490 -16.420 1.00 0.00 W5 O +ATOM 45839 H1 TIP3X1915 -2.590 -48.540 -16.590 1.00 0.00 W5 H +ATOM 45840 H2 TIP3X1915 -3.370 -49.580 -15.810 1.00 0.00 W5 H +ATOM 45841 OH2 TIP3X1916 29.560 -34.030 -17.870 1.00 0.00 W5 O +ATOM 45842 H1 TIP3X1916 28.960 -33.630 -17.250 1.00 0.00 W5 H +ATOM 45843 H2 TIP3X1916 29.820 -33.300 -18.440 1.00 0.00 W5 H +ATOM 45844 OH2 TIP3X1917 -0.820 -12.030 -47.490 1.00 0.00 W5 O +ATOM 45845 H1 TIP3X1917 -1.540 -11.550 -47.910 1.00 0.00 W5 H +ATOM 45846 H2 TIP3X1917 -0.680 -12.800 -48.030 1.00 0.00 W5 H +ATOM 45847 OH2 TIP3X1918 4.310 -16.730 35.080 1.00 0.00 W5 O +ATOM 45848 H1 TIP3X1918 4.290 -15.820 34.770 1.00 0.00 W5 H +ATOM 45849 H2 TIP3X1918 4.260 -17.260 34.280 1.00 0.00 W5 H +ATOM 45850 OH2 TIP3X1919 -1.210 35.560 -49.150 1.00 0.00 W5 O +ATOM 45851 H1 TIP3X1919 -0.300 35.380 -49.370 1.00 0.00 W5 H +ATOM 45852 H2 TIP3X1919 -1.430 36.340 -49.660 1.00 0.00 W5 H +ATOM 45853 OH2 TIP3X1920 -12.840 -48.040 -27.170 1.00 0.00 W5 O +ATOM 45854 H1 TIP3X1920 -12.010 -47.880 -26.730 1.00 0.00 W5 H +ATOM 45855 H2 TIP3X1920 -12.660 -48.720 -27.810 1.00 0.00 W5 H +ATOM 45856 OH2 TIP3X1921 -16.850 29.930 -43.030 1.00 0.00 W5 O +ATOM 45857 H1 TIP3X1921 -16.420 30.710 -43.380 1.00 0.00 W5 H +ATOM 45858 H2 TIP3X1921 -17.310 30.220 -42.250 1.00 0.00 W5 H +ATOM 45859 OH2 TIP3X1922 -29.480 37.510 -35.050 1.00 0.00 W5 O +ATOM 45860 H1 TIP3X1922 -29.370 36.590 -35.300 1.00 0.00 W5 H +ATOM 45861 H2 TIP3X1922 -28.610 37.820 -34.860 1.00 0.00 W5 H +ATOM 45862 OH2 TIP3X1923 18.230 -28.570 26.360 1.00 0.00 W5 O +ATOM 45863 H1 TIP3X1923 17.720 -29.030 25.710 1.00 0.00 W5 H +ATOM 45864 H2 TIP3X1923 18.820 -29.240 26.710 1.00 0.00 W5 H +ATOM 45865 OH2 TIP3X1924 -12.920 -13.600 21.950 1.00 0.00 W5 O +ATOM 45866 H1 TIP3X1924 -13.300 -12.730 22.090 1.00 0.00 W5 H +ATOM 45867 H2 TIP3X1924 -13.650 -14.200 22.020 1.00 0.00 W5 H +ATOM 45868 OH2 TIP3X 1 40.370 -5.150 36.750 1.00 0.00 W6 O +ATOM 45869 H1 TIP3X 1 40.450 -6.060 37.030 1.00 0.00 W6 H +ATOM 45870 H2 TIP3X 1 41.250 -4.790 36.850 1.00 0.00 W6 H +ATOM 45871 OH2 TIP3X 2 -27.690 -41.760 32.940 1.00 0.00 W6 O +ATOM 45872 H1 TIP3X 2 -28.370 -42.400 32.710 1.00 0.00 W6 H +ATOM 45873 H2 TIP3X 2 -26.890 -42.110 32.560 1.00 0.00 W6 H +ATOM 45874 OH2 TIP3X 3 -31.310 -16.260 20.090 1.00 0.00 W6 O +ATOM 45875 H1 TIP3X 3 -30.860 -16.300 19.240 1.00 0.00 W6 H +ATOM 45876 H2 TIP3X 3 -30.610 -16.270 20.740 1.00 0.00 W6 H +ATOM 45877 OH2 TIP3X 4 14.630 -18.460 -29.070 1.00 0.00 W6 O +ATOM 45878 H1 TIP3X 4 13.900 -17.850 -29.080 1.00 0.00 W6 H +ATOM 45879 H2 TIP3X 4 14.250 -19.270 -28.740 1.00 0.00 W6 H +ATOM 45880 OH2 TIP3X 5 17.250 -40.610 24.240 1.00 0.00 W6 O +ATOM 45881 H1 TIP3X 5 16.790 -40.180 23.530 1.00 0.00 W6 H +ATOM 45882 H2 TIP3X 5 17.610 -39.900 24.770 1.00 0.00 W6 H +ATOM 45883 OH2 TIP3X 6 -16.360 8.570 -44.970 1.00 0.00 W6 O +ATOM 45884 H1 TIP3X 6 -16.960 8.580 -45.710 1.00 0.00 W6 H +ATOM 45885 H2 TIP3X 6 -15.850 9.370 -45.050 1.00 0.00 W6 H +ATOM 45886 OH2 TIP3X 7 11.520 39.180 20.320 1.00 0.00 W6 O +ATOM 45887 H1 TIP3X 7 12.060 38.480 19.940 1.00 0.00 W6 H +ATOM 45888 H2 TIP3X 7 11.450 39.840 19.640 1.00 0.00 W6 H +ATOM 45889 OH2 TIP3X 8 44.750 13.250 19.870 1.00 0.00 W6 O +ATOM 45890 H1 TIP3X 8 45.400 12.690 19.450 1.00 0.00 W6 H +ATOM 45891 H2 TIP3X 8 45.220 14.070 20.060 1.00 0.00 W6 H +ATOM 45892 OH2 TIP3X 9 -12.840 -7.290 -50.260 1.00 0.00 W6 O +ATOM 45893 H1 TIP3X 9 -13.580 -7.750 -49.860 1.00 0.00 W6 H +ATOM 45894 H2 TIP3X 9 -12.090 -7.870 -50.120 1.00 0.00 W6 H +ATOM 45895 OH2 TIP3X 10 -8.590 -42.130 -24.090 1.00 0.00 W6 O +ATOM 45896 H1 TIP3X 10 -7.800 -41.720 -24.450 1.00 0.00 W6 H +ATOM 45897 H2 TIP3X 10 -8.430 -42.160 -23.140 1.00 0.00 W6 H +ATOM 45898 OH2 TIP3X 11 1.870 11.680 16.900 1.00 0.00 W6 O +ATOM 45899 H1 TIP3X 11 1.140 11.430 16.350 1.00 0.00 W6 H +ATOM 45900 H2 TIP3X 11 1.470 11.890 17.750 1.00 0.00 W6 H +ATOM 45901 OH2 TIP3X 12 -39.890 -42.970 19.810 1.00 0.00 W6 O +ATOM 45902 H1 TIP3X 12 -40.020 -43.880 20.110 1.00 0.00 W6 H +ATOM 45903 H2 TIP3X 12 -39.090 -43.000 19.290 1.00 0.00 W6 H +ATOM 45904 OH2 TIP3X 13 5.180 -28.980 25.390 1.00 0.00 W6 O +ATOM 45905 H1 TIP3X 13 4.560 -28.270 25.530 1.00 0.00 W6 H +ATOM 45906 H2 TIP3X 13 5.930 -28.760 25.930 1.00 0.00 W6 H +ATOM 45907 OH2 TIP3X 14 6.280 -15.530 21.210 1.00 0.00 W6 O +ATOM 45908 H1 TIP3X 14 5.610 -14.860 21.060 1.00 0.00 W6 H +ATOM 45909 H2 TIP3X 14 5.790 -16.360 21.170 1.00 0.00 W6 H +ATOM 45910 OH2 TIP3X 15 -6.900 -20.030 -49.740 1.00 0.00 W6 O +ATOM 45911 H1 TIP3X 15 -7.430 -19.690 -49.020 1.00 0.00 W6 H +ATOM 45912 H2 TIP3X 15 -6.300 -20.640 -49.320 1.00 0.00 W6 H +ATOM 45913 OH2 TIP3X 16 -4.270 -21.590 -29.800 1.00 0.00 W6 O +ATOM 45914 H1 TIP3X 16 -4.260 -20.630 -29.750 1.00 0.00 W6 H +ATOM 45915 H2 TIP3X 16 -4.690 -21.870 -28.990 1.00 0.00 W6 H +ATOM 45916 OH2 TIP3X 17 18.470 12.560 -23.800 1.00 0.00 W6 O +ATOM 45917 H1 TIP3X 17 18.280 11.680 -24.120 1.00 0.00 W6 H +ATOM 45918 H2 TIP3X 17 18.490 12.470 -22.850 1.00 0.00 W6 H +ATOM 45919 OH2 TIP3X 18 21.440 29.970 -18.570 1.00 0.00 W6 O +ATOM 45920 H1 TIP3X 18 21.960 29.920 -19.370 1.00 0.00 W6 H +ATOM 45921 H2 TIP3X 18 21.840 29.340 -17.970 1.00 0.00 W6 H +ATOM 45922 OH2 TIP3X 19 29.110 16.530 -19.460 1.00 0.00 W6 O +ATOM 45923 H1 TIP3X 19 29.310 16.360 -18.540 1.00 0.00 W6 H +ATOM 45924 H2 TIP3X 19 29.960 16.650 -19.890 1.00 0.00 W6 H +ATOM 45925 OH2 TIP3X 20 -45.190 31.620 -13.170 1.00 0.00 W6 O +ATOM 45926 H1 TIP3X 20 -44.560 31.320 -13.820 1.00 0.00 W6 H +ATOM 45927 H2 TIP3X 20 -44.920 32.510 -12.960 1.00 0.00 W6 H +ATOM 45928 OH2 TIP3X 21 40.520 38.770 38.970 1.00 0.00 W6 O +ATOM 45929 H1 TIP3X 21 41.120 39.380 39.390 1.00 0.00 W6 H +ATOM 45930 H2 TIP3X 21 39.670 38.960 39.350 1.00 0.00 W6 H +ATOM 45931 OH2 TIP3X 22 31.710 3.070 -27.250 1.00 0.00 W6 O +ATOM 45932 H1 TIP3X 22 30.830 3.400 -27.040 1.00 0.00 W6 H +ATOM 45933 H2 TIP3X 22 31.940 2.530 -26.480 1.00 0.00 W6 H +ATOM 45934 OH2 TIP3X 23 24.700 25.380 21.650 1.00 0.00 W6 O +ATOM 45935 H1 TIP3X 23 24.660 24.930 20.820 1.00 0.00 W6 H +ATOM 45936 H2 TIP3X 23 25.320 24.860 22.180 1.00 0.00 W6 H +ATOM 45937 OH2 TIP3X 24 37.640 -41.780 -47.060 1.00 0.00 W6 O +ATOM 45938 H1 TIP3X 24 38.180 -42.270 -46.450 1.00 0.00 W6 H +ATOM 45939 H2 TIP3X 24 38.170 -41.710 -47.860 1.00 0.00 W6 H +ATOM 45940 OH2 TIP3X 25 -19.450 38.770 -34.160 1.00 0.00 W6 O +ATOM 45941 H1 TIP3X 25 -18.790 39.460 -34.140 1.00 0.00 W6 H +ATOM 45942 H2 TIP3X 25 -19.380 38.350 -33.300 1.00 0.00 W6 H +ATOM 45943 OH2 TIP3X 26 -42.060 -31.950 -50.450 1.00 0.00 W6 O +ATOM 45944 H1 TIP3X 26 -42.230 -31.260 -49.830 1.00 0.00 W6 H +ATOM 45945 H2 TIP3X 26 -42.420 -31.620 -51.280 1.00 0.00 W6 H +ATOM 45946 OH2 TIP3X 27 48.870 -49.990 24.890 1.00 0.00 W6 O +ATOM 45947 H1 TIP3X 27 48.140 -50.400 24.410 1.00 0.00 W6 H +ATOM 45948 H2 TIP3X 27 48.430 -49.580 25.650 1.00 0.00 W6 H +ATOM 45949 OH2 TIP3X 28 -38.600 33.190 -8.290 1.00 0.00 W6 O +ATOM 45950 H1 TIP3X 28 -38.130 33.880 -8.750 1.00 0.00 W6 H +ATOM 45951 H2 TIP3X 28 -38.220 33.180 -7.410 1.00 0.00 W6 H +ATOM 45952 OH2 TIP3X 29 -26.850 -32.480 -25.140 1.00 0.00 W6 O +ATOM 45953 H1 TIP3X 29 -26.840 -31.540 -25.350 1.00 0.00 W6 H +ATOM 45954 H2 TIP3X 29 -27.760 -32.740 -25.260 1.00 0.00 W6 H +ATOM 45955 OH2 TIP3X 30 -28.150 -9.690 -36.050 1.00 0.00 W6 O +ATOM 45956 H1 TIP3X 30 -28.760 -9.420 -35.350 1.00 0.00 W6 H +ATOM 45957 H2 TIP3X 30 -27.400 -10.060 -35.590 1.00 0.00 W6 H +ATOM 45958 OH2 TIP3X 31 5.570 40.710 28.250 1.00 0.00 W6 O +ATOM 45959 H1 TIP3X 31 5.980 40.960 29.080 1.00 0.00 W6 H +ATOM 45960 H2 TIP3X 31 4.650 40.920 28.370 1.00 0.00 W6 H +ATOM 45961 OH2 TIP3X 32 -13.580 20.650 28.230 1.00 0.00 W6 O +ATOM 45962 H1 TIP3X 32 -12.900 20.330 27.620 1.00 0.00 W6 H +ATOM 45963 H2 TIP3X 32 -14.080 19.870 28.470 1.00 0.00 W6 H +ATOM 45964 OH2 TIP3X 33 33.890 -43.970 -27.890 1.00 0.00 W6 O +ATOM 45965 H1 TIP3X 33 33.670 -44.550 -27.160 1.00 0.00 W6 H +ATOM 45966 H2 TIP3X 33 33.130 -43.400 -27.980 1.00 0.00 W6 H +ATOM 45967 OH2 TIP3X 34 27.110 22.990 16.310 1.00 0.00 W6 O +ATOM 45968 H1 TIP3X 34 26.250 22.710 16.620 1.00 0.00 W6 H +ATOM 45969 H2 TIP3X 34 27.360 23.700 16.910 1.00 0.00 W6 H +ATOM 45970 OH2 TIP3X 35 40.370 5.480 30.170 1.00 0.00 W6 O +ATOM 45971 H1 TIP3X 35 40.840 6.280 29.930 1.00 0.00 W6 H +ATOM 45972 H2 TIP3X 35 39.550 5.800 30.550 1.00 0.00 W6 H +ATOM 45973 OH2 TIP3X 36 29.110 21.130 36.210 1.00 0.00 W6 O +ATOM 45974 H1 TIP3X 36 29.530 21.930 36.510 1.00 0.00 W6 H +ATOM 45975 H2 TIP3X 36 29.780 20.440 36.340 1.00 0.00 W6 H +ATOM 45976 OH2 TIP3X 37 46.030 -12.970 -47.350 1.00 0.00 W6 O +ATOM 45977 H1 TIP3X 37 45.840 -12.830 -46.420 1.00 0.00 W6 H +ATOM 45978 H2 TIP3X 37 46.560 -12.220 -47.610 1.00 0.00 W6 H +ATOM 45979 OH2 TIP3X 38 26.300 24.100 39.420 1.00 0.00 W6 O +ATOM 45980 H1 TIP3X 38 25.880 24.820 39.880 1.00 0.00 W6 H +ATOM 45981 H2 TIP3X 38 26.610 23.510 40.110 1.00 0.00 W6 H +ATOM 45982 OH2 TIP3X 39 -41.930 -12.800 -29.300 1.00 0.00 W6 O +ATOM 45983 H1 TIP3X 39 -42.800 -12.420 -29.230 1.00 0.00 W6 H +ATOM 45984 H2 TIP3X 39 -41.690 -13.020 -28.390 1.00 0.00 W6 H +ATOM 45985 OH2 TIP3X 40 -27.410 39.370 -36.730 1.00 0.00 W6 O +ATOM 45986 H1 TIP3X 40 -26.480 39.610 -36.630 1.00 0.00 W6 H +ATOM 45987 H2 TIP3X 40 -27.500 38.550 -36.240 1.00 0.00 W6 H +ATOM 45988 OH2 TIP3X 41 18.870 42.060 -42.220 1.00 0.00 W6 O +ATOM 45989 H1 TIP3X 41 18.920 42.230 -41.280 1.00 0.00 W6 H +ATOM 45990 H2 TIP3X 41 19.310 42.810 -42.620 1.00 0.00 W6 H +ATOM 45991 OH2 TIP3X 42 27.500 -18.880 -32.730 1.00 0.00 W6 O +ATOM 45992 H1 TIP3X 42 28.290 -19.390 -32.930 1.00 0.00 W6 H +ATOM 45993 H2 TIP3X 42 27.840 -18.050 -32.380 1.00 0.00 W6 H +ATOM 45994 OH2 TIP3X 43 -25.010 23.150 -35.560 1.00 0.00 W6 O +ATOM 45995 H1 TIP3X 43 -24.190 22.660 -35.530 1.00 0.00 W6 H +ATOM 45996 H2 TIP3X 43 -24.890 23.770 -36.280 1.00 0.00 W6 H +ATOM 45997 OH2 TIP3X 44 -13.020 19.000 -31.560 1.00 0.00 W6 O +ATOM 45998 H1 TIP3X 44 -13.940 18.720 -31.520 1.00 0.00 W6 H +ATOM 45999 H2 TIP3X 44 -13.060 19.950 -31.630 1.00 0.00 W6 H +ATOM 46000 OH2 TIP3X 45 7.060 4.910 -35.030 1.00 0.00 W6 O +ATOM 46001 H1 TIP3X 45 6.900 5.810 -34.750 1.00 0.00 W6 H +ATOM 46002 H2 TIP3X 45 7.810 4.960 -35.620 1.00 0.00 W6 H +ATOM 46003 OH2 TIP3X 46 3.970 28.110 18.270 1.00 0.00 W6 O +ATOM 46004 H1 TIP3X 46 4.030 28.390 17.360 1.00 0.00 W6 H +ATOM 46005 H2 TIP3X 46 4.710 27.510 18.390 1.00 0.00 W6 H +ATOM 46006 OH2 TIP3X 47 -27.950 -20.690 28.380 1.00 0.00 W6 O +ATOM 46007 H1 TIP3X 47 -27.150 -20.650 27.870 1.00 0.00 W6 H +ATOM 46008 H2 TIP3X 47 -28.090 -21.630 28.520 1.00 0.00 W6 H +ATOM 46009 OH2 TIP3X 48 -5.620 9.740 23.500 1.00 0.00 W6 O +ATOM 46010 H1 TIP3X 48 -4.900 9.110 23.520 1.00 0.00 W6 H +ATOM 46011 H2 TIP3X 48 -5.430 10.310 22.750 1.00 0.00 W6 H +ATOM 46012 OH2 TIP3X 49 -22.240 4.370 34.530 1.00 0.00 W6 O +ATOM 46013 H1 TIP3X 49 -21.630 4.350 35.260 1.00 0.00 W6 H +ATOM 46014 H2 TIP3X 49 -22.140 5.230 34.140 1.00 0.00 W6 H +ATOM 46015 OH2 TIP3X 50 37.620 19.090 -13.940 1.00 0.00 W6 O +ATOM 46016 H1 TIP3X 50 37.650 18.760 -13.040 1.00 0.00 W6 H +ATOM 46017 H2 TIP3X 50 37.830 18.330 -14.500 1.00 0.00 W6 H +ATOM 46018 OH2 TIP3X 51 27.540 -2.520 -48.540 1.00 0.00 W6 O +ATOM 46019 H1 TIP3X 51 27.410 -3.290 -49.110 1.00 0.00 W6 H +ATOM 46020 H2 TIP3X 51 27.000 -2.700 -47.770 1.00 0.00 W6 H +ATOM 46021 OH2 TIP3X 52 -10.330 -50.900 27.970 1.00 0.00 W6 O +ATOM 46022 H1 TIP3X 52 -10.250 -51.600 27.310 1.00 0.00 W6 H +ATOM 46023 H2 TIP3X 52 -9.610 -51.050 28.570 1.00 0.00 W6 H +ATOM 46024 OH2 TIP3X 53 -32.870 13.740 -34.330 1.00 0.00 W6 O +ATOM 46025 H1 TIP3X 53 -33.780 13.960 -34.530 1.00 0.00 W6 H +ATOM 46026 H2 TIP3X 53 -32.730 14.090 -33.450 1.00 0.00 W6 H +ATOM 46027 OH2 TIP3X 54 -38.190 -17.080 -32.320 1.00 0.00 W6 O +ATOM 46028 H1 TIP3X 54 -38.450 -17.680 -31.630 1.00 0.00 W6 H +ATOM 46029 H2 TIP3X 54 -38.470 -16.210 -32.010 1.00 0.00 W6 H +ATOM 46030 OH2 TIP3X 55 27.050 27.940 20.920 1.00 0.00 W6 O +ATOM 46031 H1 TIP3X 55 27.050 27.800 19.970 1.00 0.00 W6 H +ATOM 46032 H2 TIP3X 55 27.260 27.090 21.290 1.00 0.00 W6 H +ATOM 46033 OH2 TIP3X 56 -21.750 -21.900 -46.500 1.00 0.00 W6 O +ATOM 46034 H1 TIP3X 56 -22.160 -21.050 -46.600 1.00 0.00 W6 H +ATOM 46035 H2 TIP3X 56 -21.860 -22.330 -47.350 1.00 0.00 W6 H +ATOM 46036 OH2 TIP3X 57 20.560 40.620 -20.940 1.00 0.00 W6 O +ATOM 46037 H1 TIP3X 57 20.670 39.680 -21.100 1.00 0.00 W6 H +ATOM 46038 H2 TIP3X 57 20.700 40.720 -20.000 1.00 0.00 W6 H +ATOM 46039 OH2 TIP3X 58 45.490 -37.120 22.520 1.00 0.00 W6 O +ATOM 46040 H1 TIP3X 58 46.280 -37.230 22.010 1.00 0.00 W6 H +ATOM 46041 H2 TIP3X 58 45.430 -36.180 22.680 1.00 0.00 W6 H +ATOM 46042 OH2 TIP3X 59 -5.400 8.420 34.860 1.00 0.00 W6 O +ATOM 46043 H1 TIP3X 59 -6.220 8.190 35.300 1.00 0.00 W6 H +ATOM 46044 H2 TIP3X 59 -5.560 8.260 33.940 1.00 0.00 W6 H +ATOM 46045 OH2 TIP3X 60 17.360 22.040 -48.250 1.00 0.00 W6 O +ATOM 46046 H1 TIP3X 60 17.910 21.950 -49.030 1.00 0.00 W6 H +ATOM 46047 H2 TIP3X 60 17.360 21.170 -47.840 1.00 0.00 W6 H +ATOM 46048 OH2 TIP3X 61 48.810 -6.140 26.170 1.00 0.00 W6 O +ATOM 46049 H1 TIP3X 61 49.740 -6.150 26.390 1.00 0.00 W6 H +ATOM 46050 H2 TIP3X 61 48.370 -6.340 27.000 1.00 0.00 W6 H +ATOM 46051 OH2 TIP3X 62 -25.720 0.100 -43.890 1.00 0.00 W6 O +ATOM 46052 H1 TIP3X 62 -26.360 -0.130 -44.570 1.00 0.00 W6 H +ATOM 46053 H2 TIP3X 62 -24.910 -0.330 -44.160 1.00 0.00 W6 H +ATOM 46054 OH2 TIP3X 63 -34.780 -27.840 37.030 1.00 0.00 W6 O +ATOM 46055 H1 TIP3X 63 -34.230 -27.160 36.660 1.00 0.00 W6 H +ATOM 46056 H2 TIP3X 63 -34.530 -28.630 36.560 1.00 0.00 W6 H +ATOM 46057 OH2 TIP3X 64 32.250 -21.620 25.870 1.00 0.00 W6 O +ATOM 46058 H1 TIP3X 64 32.680 -21.670 25.020 1.00 0.00 W6 H +ATOM 46059 H2 TIP3X 64 31.320 -21.690 25.670 1.00 0.00 W6 H +ATOM 46060 OH2 TIP3X 65 -35.550 -28.030 -50.180 1.00 0.00 W6 O +ATOM 46061 H1 TIP3X 65 -35.420 -28.780 -50.750 1.00 0.00 W6 H +ATOM 46062 H2 TIP3X 65 -36.470 -28.090 -49.920 1.00 0.00 W6 H +ATOM 46063 OH2 TIP3X 66 -24.740 -38.760 -51.070 1.00 0.00 W6 O +ATOM 46064 H1 TIP3X 66 -25.560 -38.870 -51.560 1.00 0.00 W6 H +ATOM 46065 H2 TIP3X 66 -24.980 -38.220 -50.310 1.00 0.00 W6 H +ATOM 46066 OH2 TIP3X 67 49.180 15.020 34.310 1.00 0.00 W6 O +ATOM 46067 H1 TIP3X 67 49.020 14.610 35.150 1.00 0.00 W6 H +ATOM 46068 H2 TIP3X 67 49.980 15.530 34.430 1.00 0.00 W6 H +ATOM 46069 OH2 TIP3X 68 35.950 24.470 -20.440 1.00 0.00 W6 O +ATOM 46070 H1 TIP3X 68 36.700 23.910 -20.250 1.00 0.00 W6 H +ATOM 46071 H2 TIP3X 68 35.850 25.010 -19.660 1.00 0.00 W6 H +ATOM 46072 OH2 TIP3X 69 -31.220 -18.080 -30.300 1.00 0.00 W6 O +ATOM 46073 H1 TIP3X 69 -31.290 -18.630 -31.080 1.00 0.00 W6 H +ATOM 46074 H2 TIP3X 69 -32.130 -17.830 -30.090 1.00 0.00 W6 H +ATOM 46075 OH2 TIP3X 70 23.690 -43.740 -33.380 1.00 0.00 W6 O +ATOM 46076 H1 TIP3X 70 22.780 -43.450 -33.530 1.00 0.00 W6 H +ATOM 46077 H2 TIP3X 70 23.820 -43.680 -32.430 1.00 0.00 W6 H +ATOM 46078 OH2 TIP3X 71 38.800 21.610 20.640 1.00 0.00 W6 O +ATOM 46079 H1 TIP3X 71 38.920 20.680 20.460 1.00 0.00 W6 H +ATOM 46080 H2 TIP3X 71 39.670 21.990 20.510 1.00 0.00 W6 H +ATOM 46081 OH2 TIP3X 72 39.290 -2.220 -14.010 1.00 0.00 W6 O +ATOM 46082 H1 TIP3X 72 38.990 -3.140 -13.970 1.00 0.00 W6 H +ATOM 46083 H2 TIP3X 72 38.900 -1.810 -13.240 1.00 0.00 W6 H +ATOM 46084 OH2 TIP3X 73 32.830 -36.620 14.560 1.00 0.00 W6 O +ATOM 46085 H1 TIP3X 73 32.190 -37.230 14.930 1.00 0.00 W6 H +ATOM 46086 H2 TIP3X 73 33.500 -37.180 14.170 1.00 0.00 W6 H +ATOM 46087 OH2 TIP3X 74 -41.070 -38.950 36.650 1.00 0.00 W6 O +ATOM 46088 H1 TIP3X 74 -41.570 -38.490 37.320 1.00 0.00 W6 H +ATOM 46089 H2 TIP3X 74 -40.550 -39.590 37.140 1.00 0.00 W6 H +ATOM 46090 OH2 TIP3X 75 5.870 27.640 -43.990 1.00 0.00 W6 O +ATOM 46091 H1 TIP3X 75 5.720 28.580 -43.930 1.00 0.00 W6 H +ATOM 46092 H2 TIP3X 75 5.470 27.280 -43.200 1.00 0.00 W6 H +ATOM 46093 OH2 TIP3X 76 -7.290 26.880 -25.550 1.00 0.00 W6 O +ATOM 46094 H1 TIP3X 76 -8.220 27.060 -25.430 1.00 0.00 W6 H +ATOM 46095 H2 TIP3X 76 -7.220 26.570 -26.450 1.00 0.00 W6 H +ATOM 46096 OH2 TIP3X 77 23.460 -43.370 13.300 1.00 0.00 W6 O +ATOM 46097 H1 TIP3X 77 23.760 -42.630 12.770 1.00 0.00 W6 H +ATOM 46098 H2 TIP3X 77 22.610 -43.090 13.650 1.00 0.00 W6 H +ATOM 46099 OH2 TIP3X 78 32.890 -45.290 -50.800 1.00 0.00 W6 O +ATOM 46100 H1 TIP3X 78 32.900 -44.640 -50.110 1.00 0.00 W6 H +ATOM 46101 H2 TIP3X 78 32.090 -45.120 -51.300 1.00 0.00 W6 H +ATOM 46102 OH2 TIP3X 79 -41.080 -30.790 -36.060 1.00 0.00 W6 O +ATOM 46103 H1 TIP3X 79 -41.140 -30.260 -35.270 1.00 0.00 W6 H +ATOM 46104 H2 TIP3X 79 -41.140 -31.700 -35.740 1.00 0.00 W6 H +ATOM 46105 OH2 TIP3X 80 9.940 -40.540 20.030 1.00 0.00 W6 O +ATOM 46106 H1 TIP3X 80 10.780 -40.170 19.750 1.00 0.00 W6 H +ATOM 46107 H2 TIP3X 80 9.990 -40.560 20.990 1.00 0.00 W6 H +ATOM 46108 OH2 TIP3X 81 -6.710 -8.010 28.400 1.00 0.00 W6 O +ATOM 46109 H1 TIP3X 81 -7.230 -7.300 28.800 1.00 0.00 W6 H +ATOM 46110 H2 TIP3X 81 -7.210 -8.280 27.640 1.00 0.00 W6 H +ATOM 46111 OH2 TIP3X 82 -2.170 -4.780 34.640 1.00 0.00 W6 O +ATOM 46112 H1 TIP3X 82 -2.390 -5.330 33.880 1.00 0.00 W6 H +ATOM 46113 H2 TIP3X 82 -2.970 -4.280 34.810 1.00 0.00 W6 H +ATOM 46114 OH2 TIP3X 83 -14.550 33.660 39.640 1.00 0.00 W6 O +ATOM 46115 H1 TIP3X 83 -14.740 34.060 38.800 1.00 0.00 W6 H +ATOM 46116 H2 TIP3X 83 -13.840 33.030 39.460 1.00 0.00 W6 H +ATOM 46117 OH2 TIP3X 84 -3.130 18.960 33.490 1.00 0.00 W6 O +ATOM 46118 H1 TIP3X 84 -2.370 19.280 33.010 1.00 0.00 W6 H +ATOM 46119 H2 TIP3X 84 -3.090 18.000 33.380 1.00 0.00 W6 H +ATOM 46120 OH2 TIP3X 85 17.230 -0.010 -43.170 1.00 0.00 W6 O +ATOM 46121 H1 TIP3X 85 17.070 0.840 -42.770 1.00 0.00 W6 H +ATOM 46122 H2 TIP3X 85 18.170 -0.160 -43.040 1.00 0.00 W6 H +ATOM 46123 OH2 TIP3X 86 40.770 8.400 -33.160 1.00 0.00 W6 O +ATOM 46124 H1 TIP3X 86 41.560 7.870 -33.330 1.00 0.00 W6 H +ATOM 46125 H2 TIP3X 86 41.000 8.960 -32.420 1.00 0.00 W6 H +ATOM 46126 OH2 TIP3X 87 -36.860 -4.700 22.720 1.00 0.00 W6 O +ATOM 46127 H1 TIP3X 87 -36.260 -4.170 22.210 1.00 0.00 W6 H +ATOM 46128 H2 TIP3X 87 -37.420 -5.130 22.070 1.00 0.00 W6 H +ATOM 46129 OH2 TIP3X 88 -37.130 2.350 -40.590 1.00 0.00 W6 O +ATOM 46130 H1 TIP3X 88 -37.990 1.960 -40.720 1.00 0.00 W6 H +ATOM 46131 H2 TIP3X 88 -37.310 3.270 -40.400 1.00 0.00 W6 H +ATOM 46132 OH2 TIP3X 89 43.740 1.450 -34.460 1.00 0.00 W6 O +ATOM 46133 H1 TIP3X 89 43.150 0.940 -35.020 1.00 0.00 W6 H +ATOM 46134 H2 TIP3X 89 44.110 0.800 -33.860 1.00 0.00 W6 H +ATOM 46135 OH2 TIP3X 90 42.320 34.200 38.890 1.00 0.00 W6 O +ATOM 46136 H1 TIP3X 90 41.780 34.870 39.300 1.00 0.00 W6 H +ATOM 46137 H2 TIP3X 90 41.830 33.920 38.130 1.00 0.00 W6 H +ATOM 46138 OH2 TIP3X 91 37.920 37.230 20.900 1.00 0.00 W6 O +ATOM 46139 H1 TIP3X 91 37.230 37.310 20.240 1.00 0.00 W6 H +ATOM 46140 H2 TIP3X 91 38.450 38.020 20.780 1.00 0.00 W6 H +ATOM 46141 OH2 TIP3X 92 23.270 20.330 -49.000 1.00 0.00 W6 O +ATOM 46142 H1 TIP3X 92 23.330 20.050 -48.090 1.00 0.00 W6 H +ATOM 46143 H2 TIP3X 92 22.910 19.560 -49.460 1.00 0.00 W6 H +ATOM 46144 OH2 TIP3X 93 5.800 33.460 -46.720 1.00 0.00 W6 O +ATOM 46145 H1 TIP3X 93 5.840 32.800 -47.400 1.00 0.00 W6 H +ATOM 46146 H2 TIP3X 93 5.910 32.970 -45.910 1.00 0.00 W6 H +ATOM 46147 OH2 TIP3X 94 32.690 -26.140 -18.600 1.00 0.00 W6 O +ATOM 46148 H1 TIP3X 94 33.540 -26.190 -18.160 1.00 0.00 W6 H +ATOM 46149 H2 TIP3X 94 32.650 -26.920 -19.150 1.00 0.00 W6 H +ATOM 46150 OH2 TIP3X 95 24.470 6.410 -44.650 1.00 0.00 W6 O +ATOM 46151 H1 TIP3X 95 25.150 6.850 -44.140 1.00 0.00 W6 H +ATOM 46152 H2 TIP3X 95 24.350 5.570 -44.220 1.00 0.00 W6 H +ATOM 46153 OH2 TIP3X 96 15.580 -17.110 -43.670 1.00 0.00 W6 O +ATOM 46154 H1 TIP3X 96 15.600 -16.220 -44.000 1.00 0.00 W6 H +ATOM 46155 H2 TIP3X 96 14.670 -17.390 -43.790 1.00 0.00 W6 H +ATOM 46156 OH2 TIP3X 97 -36.800 -45.630 28.150 1.00 0.00 W6 O +ATOM 46157 H1 TIP3X 97 -36.940 -45.490 27.220 1.00 0.00 W6 H +ATOM 46158 H2 TIP3X 97 -37.650 -45.450 28.560 1.00 0.00 W6 H +ATOM 46159 OH2 TIP3X 98 25.100 -47.230 -46.760 1.00 0.00 W6 O +ATOM 46160 H1 TIP3X 98 24.850 -46.350 -47.050 1.00 0.00 W6 H +ATOM 46161 H2 TIP3X 98 26.030 -47.290 -46.980 1.00 0.00 W6 H +ATOM 46162 OH2 TIP3X 99 24.030 -26.250 25.500 1.00 0.00 W6 O +ATOM 46163 H1 TIP3X 99 23.860 -25.420 25.940 1.00 0.00 W6 H +ATOM 46164 H2 TIP3X 99 24.110 -26.880 26.220 1.00 0.00 W6 H +ATOM 46165 OH2 TIP3X 100 6.980 -27.270 -49.060 1.00 0.00 W6 O +ATOM 46166 H1 TIP3X 100 7.120 -26.750 -49.860 1.00 0.00 W6 H +ATOM 46167 H2 TIP3X 100 6.070 -27.120 -48.830 1.00 0.00 W6 H +ATOM 46168 OH2 TIP3X 101 -26.380 -35.490 29.100 1.00 0.00 W6 O +ATOM 46169 H1 TIP3X 101 -26.300 -36.300 28.590 1.00 0.00 W6 H +ATOM 46170 H2 TIP3X 101 -25.580 -35.010 28.910 1.00 0.00 W6 H +ATOM 46171 OH2 TIP3X 102 21.830 -15.900 -49.820 1.00 0.00 W6 O +ATOM 46172 H1 TIP3X 102 22.220 -15.340 -50.490 1.00 0.00 W6 H +ATOM 46173 H2 TIP3X 102 20.910 -15.630 -49.790 1.00 0.00 W6 H +ATOM 46174 OH2 TIP3X 103 43.630 -28.970 -37.050 1.00 0.00 W6 O +ATOM 46175 H1 TIP3X 103 42.750 -28.590 -37.060 1.00 0.00 W6 H +ATOM 46176 H2 TIP3X 103 43.580 -29.710 -37.680 1.00 0.00 W6 H +ATOM 46177 OH2 TIP3X 104 33.050 17.080 -39.860 1.00 0.00 W6 O +ATOM 46178 H1 TIP3X 104 33.520 17.170 -40.690 1.00 0.00 W6 H +ATOM 46179 H2 TIP3X 104 32.310 16.520 -40.070 1.00 0.00 W6 H +ATOM 46180 OH2 TIP3X 105 0.560 39.070 33.570 1.00 0.00 W6 O +ATOM 46181 H1 TIP3X 105 -0.280 38.620 33.450 1.00 0.00 W6 H +ATOM 46182 H2 TIP3X 105 0.600 39.700 32.850 1.00 0.00 W6 H +ATOM 46183 OH2 TIP3X 106 9.270 -5.060 -30.070 1.00 0.00 W6 O +ATOM 46184 H1 TIP3X 106 10.120 -4.650 -29.890 1.00 0.00 W6 H +ATOM 46185 H2 TIP3X 106 9.480 -5.820 -30.600 1.00 0.00 W6 H +ATOM 46186 OH2 TIP3X 107 26.200 0.420 25.350 1.00 0.00 W6 O +ATOM 46187 H1 TIP3X 107 26.170 -0.020 24.510 1.00 0.00 W6 H +ATOM 46188 H2 TIP3X 107 25.350 0.230 25.750 1.00 0.00 W6 H +ATOM 46189 OH2 TIP3X 108 24.930 -6.550 -49.710 1.00 0.00 W6 O +ATOM 46190 H1 TIP3X 108 25.310 -6.730 -50.570 1.00 0.00 W6 H +ATOM 46191 H2 TIP3X 108 24.910 -5.590 -49.650 1.00 0.00 W6 H +ATOM 46192 OH2 TIP3X 109 43.570 24.220 -7.800 1.00 0.00 W6 O +ATOM 46193 H1 TIP3X 109 44.500 24.440 -7.890 1.00 0.00 W6 H +ATOM 46194 H2 TIP3X 109 43.100 24.980 -8.110 1.00 0.00 W6 H +ATOM 46195 OH2 TIP3X 110 -33.740 42.380 -33.660 1.00 0.00 W6 O +ATOM 46196 H1 TIP3X 110 -33.560 42.010 -32.800 1.00 0.00 W6 H +ATOM 46197 H2 TIP3X 110 -34.670 42.590 -33.650 1.00 0.00 W6 H +ATOM 46198 OH2 TIP3X 111 -17.670 27.450 22.830 1.00 0.00 W6 O +ATOM 46199 H1 TIP3X 111 -16.740 27.440 22.600 1.00 0.00 W6 H +ATOM 46200 H2 TIP3X 111 -17.890 26.530 22.970 1.00 0.00 W6 H +ATOM 46201 OH2 TIP3X 112 -7.030 23.400 35.140 1.00 0.00 W6 O +ATOM 46202 H1 TIP3X 112 -7.480 23.300 34.310 1.00 0.00 W6 H +ATOM 46203 H2 TIP3X 112 -6.150 23.040 34.980 1.00 0.00 W6 H +ATOM 46204 OH2 TIP3X 113 -24.840 40.810 -35.940 1.00 0.00 W6 O +ATOM 46205 H1 TIP3X 113 -24.790 41.300 -35.110 1.00 0.00 W6 H +ATOM 46206 H2 TIP3X 113 -24.660 39.900 -35.690 1.00 0.00 W6 H +ATOM 46207 OH2 TIP3X 114 41.720 33.830 36.000 1.00 0.00 W6 O +ATOM 46208 H1 TIP3X 114 40.780 33.970 36.120 1.00 0.00 W6 H +ATOM 46209 H2 TIP3X 114 41.870 33.980 35.070 1.00 0.00 W6 H +ATOM 46210 OH2 TIP3X 115 -40.810 -15.190 21.560 1.00 0.00 W6 O +ATOM 46211 H1 TIP3X 115 -40.930 -14.480 22.190 1.00 0.00 W6 H +ATOM 46212 H2 TIP3X 115 -39.890 -15.140 21.300 1.00 0.00 W6 H +ATOM 46213 OH2 TIP3X 116 46.160 -13.670 -38.380 1.00 0.00 W6 O +ATOM 46214 H1 TIP3X 116 46.420 -13.880 -37.490 1.00 0.00 W6 H +ATOM 46215 H2 TIP3X 116 46.270 -14.510 -38.860 1.00 0.00 W6 H +ATOM 46216 OH2 TIP3X 117 -2.430 -10.250 -42.580 1.00 0.00 W6 O +ATOM 46217 H1 TIP3X 117 -2.230 -10.950 -43.190 1.00 0.00 W6 H +ATOM 46218 H2 TIP3X 117 -2.840 -9.580 -43.120 1.00 0.00 W6 H +ATOM 46219 OH2 TIP3X 118 -21.200 -4.350 31.120 1.00 0.00 W6 O +ATOM 46220 H1 TIP3X 118 -22.130 -4.130 31.210 1.00 0.00 W6 H +ATOM 46221 H2 TIP3X 118 -20.930 -4.560 32.000 1.00 0.00 W6 H +ATOM 46222 OH2 TIP3X 119 -35.070 3.470 -48.440 1.00 0.00 W6 O +ATOM 46223 H1 TIP3X 119 -35.940 3.900 -48.470 1.00 0.00 W6 H +ATOM 46224 H2 TIP3X 119 -34.920 3.190 -49.340 1.00 0.00 W6 H +ATOM 46225 OH2 TIP3X 120 -41.930 -20.390 -39.940 1.00 0.00 W6 O +ATOM 46226 H1 TIP3X 120 -42.160 -19.580 -39.480 1.00 0.00 W6 H +ATOM 46227 H2 TIP3X 120 -42.660 -20.550 -40.520 1.00 0.00 W6 H +ATOM 46228 OH2 TIP3X 121 -11.830 -5.910 -39.880 1.00 0.00 W6 O +ATOM 46229 H1 TIP3X 121 -11.490 -6.670 -39.390 1.00 0.00 W6 H +ATOM 46230 H2 TIP3X 121 -12.760 -5.890 -39.670 1.00 0.00 W6 H +ATOM 46231 OH2 TIP3X 122 34.780 -14.750 -20.660 1.00 0.00 W6 O +ATOM 46232 H1 TIP3X 122 34.390 -15.220 -19.930 1.00 0.00 W6 H +ATOM 46233 H2 TIP3X 122 35.550 -15.250 -20.910 1.00 0.00 W6 H +ATOM 46234 OH2 TIP3X 123 15.300 6.490 -41.760 1.00 0.00 W6 O +ATOM 46235 H1 TIP3X 123 15.720 6.650 -40.920 1.00 0.00 W6 H +ATOM 46236 H2 TIP3X 123 16.010 6.260 -42.360 1.00 0.00 W6 H +ATOM 46237 OH2 TIP3X 124 -31.560 28.320 -40.170 1.00 0.00 W6 O +ATOM 46238 H1 TIP3X 124 -31.930 28.730 -39.380 1.00 0.00 W6 H +ATOM 46239 H2 TIP3X 124 -31.260 27.470 -39.870 1.00 0.00 W6 H +ATOM 46240 OH2 TIP3X 125 -12.070 -23.050 -37.830 1.00 0.00 W6 O +ATOM 46241 H1 TIP3X 125 -11.710 -22.200 -37.630 1.00 0.00 W6 H +ATOM 46242 H2 TIP3X 125 -13.010 -22.960 -37.640 1.00 0.00 W6 H +ATOM 46243 OH2 TIP3X 126 -21.040 32.300 -27.820 1.00 0.00 W6 O +ATOM 46244 H1 TIP3X 126 -20.830 31.900 -28.670 1.00 0.00 W6 H +ATOM 46245 H2 TIP3X 126 -20.440 31.860 -27.210 1.00 0.00 W6 H +ATOM 46246 OH2 TIP3X 127 36.470 9.420 24.310 1.00 0.00 W6 O +ATOM 46247 H1 TIP3X 127 36.080 9.800 25.090 1.00 0.00 W6 H +ATOM 46248 H2 TIP3X 127 36.050 9.860 23.580 1.00 0.00 W6 H +ATOM 46249 OH2 TIP3X 128 4.080 -41.740 -28.430 1.00 0.00 W6 O +ATOM 46250 H1 TIP3X 128 3.370 -41.280 -28.870 1.00 0.00 W6 H +ATOM 46251 H2 TIP3X 128 4.440 -41.090 -27.820 1.00 0.00 W6 H +ATOM 46252 OH2 TIP3X 129 -39.460 -32.440 38.810 1.00 0.00 W6 O +ATOM 46253 H1 TIP3X 129 -39.890 -31.590 38.870 1.00 0.00 W6 H +ATOM 46254 H2 TIP3X 129 -40.020 -32.960 38.250 1.00 0.00 W6 H +ATOM 46255 OH2 TIP3X 130 36.600 23.980 -40.660 1.00 0.00 W6 O +ATOM 46256 H1 TIP3X 130 36.610 23.470 -39.850 1.00 0.00 W6 H +ATOM 46257 H2 TIP3X 130 37.120 24.760 -40.470 1.00 0.00 W6 H +ATOM 46258 OH2 TIP3X 131 -45.160 26.120 -40.040 1.00 0.00 W6 O +ATOM 46259 H1 TIP3X 131 -45.300 26.680 -39.270 1.00 0.00 W6 H +ATOM 46260 H2 TIP3X 131 -44.460 26.550 -40.520 1.00 0.00 W6 H +ATOM 46261 OH2 TIP3X 132 -1.370 -6.160 -33.930 1.00 0.00 W6 O +ATOM 46262 H1 TIP3X 132 -0.760 -6.910 -33.950 1.00 0.00 W6 H +ATOM 46263 H2 TIP3X 132 -2.010 -6.340 -34.610 1.00 0.00 W6 H +ATOM 46264 OH2 TIP3X 133 -22.480 14.000 23.680 1.00 0.00 W6 O +ATOM 46265 H1 TIP3X 133 -22.390 13.500 24.480 1.00 0.00 W6 H +ATOM 46266 H2 TIP3X 133 -21.650 13.860 23.210 1.00 0.00 W6 H +ATOM 46267 OH2 TIP3X 134 18.760 -25.680 30.640 1.00 0.00 W6 O +ATOM 46268 H1 TIP3X 134 18.290 -26.100 31.360 1.00 0.00 W6 H +ATOM 46269 H2 TIP3X 134 18.080 -25.240 30.130 1.00 0.00 W6 H +ATOM 46270 OH2 TIP3X 135 -4.110 -23.540 24.510 1.00 0.00 W6 O +ATOM 46271 H1 TIP3X 135 -3.630 -23.700 25.330 1.00 0.00 W6 H +ATOM 46272 H2 TIP3X 135 -3.450 -23.580 23.830 1.00 0.00 W6 H +ATOM 46273 OH2 TIP3X 136 -23.060 -13.030 38.830 1.00 0.00 W6 O +ATOM 46274 H1 TIP3X 136 -23.390 -13.820 39.270 1.00 0.00 W6 H +ATOM 46275 H2 TIP3X 136 -22.990 -12.390 39.530 1.00 0.00 W6 H +ATOM 46276 OH2 TIP3X 137 27.780 -48.010 29.260 1.00 0.00 W6 O +ATOM 46277 H1 TIP3X 137 28.360 -48.280 28.560 1.00 0.00 W6 H +ATOM 46278 H2 TIP3X 137 28.370 -47.760 29.980 1.00 0.00 W6 H +ATOM 46279 OH2 TIP3X 138 34.020 -39.100 -35.530 1.00 0.00 W6 O +ATOM 46280 H1 TIP3X 138 34.790 -38.770 -35.080 1.00 0.00 W6 H +ATOM 46281 H2 TIP3X 138 33.830 -39.940 -35.100 1.00 0.00 W6 H +ATOM 46282 OH2 TIP3X 139 -21.730 -47.860 -28.280 1.00 0.00 W6 O +ATOM 46283 H1 TIP3X 139 -21.300 -48.520 -28.830 1.00 0.00 W6 H +ATOM 46284 H2 TIP3X 139 -22.640 -47.870 -28.580 1.00 0.00 W6 H +ATOM 46285 OH2 TIP3X 140 2.500 7.640 23.060 1.00 0.00 W6 O +ATOM 46286 H1 TIP3X 140 2.820 7.160 23.840 1.00 0.00 W6 H +ATOM 46287 H2 TIP3X 140 3.190 8.280 22.870 1.00 0.00 W6 H +ATOM 46288 OH2 TIP3X 141 -30.850 3.010 -45.450 1.00 0.00 W6 O +ATOM 46289 H1 TIP3X 141 -30.610 2.120 -45.720 1.00 0.00 W6 H +ATOM 46290 H2 TIP3X 141 -31.580 3.250 -46.010 1.00 0.00 W6 H +ATOM 46291 OH2 TIP3X 142 25.390 -39.420 -40.540 1.00 0.00 W6 O +ATOM 46292 H1 TIP3X 142 25.700 -40.270 -40.870 1.00 0.00 W6 H +ATOM 46293 H2 TIP3X 142 26.180 -38.940 -40.320 1.00 0.00 W6 H +ATOM 46294 OH2 TIP3X 143 11.560 19.350 29.700 1.00 0.00 W6 O +ATOM 46295 H1 TIP3X 143 11.450 18.760 30.440 1.00 0.00 W6 H +ATOM 46296 H2 TIP3X 143 10.680 19.460 29.350 1.00 0.00 W6 H +ATOM 46297 OH2 TIP3X 144 -1.690 -38.540 17.580 1.00 0.00 W6 O +ATOM 46298 H1 TIP3X 144 -1.650 -39.360 18.060 1.00 0.00 W6 H +ATOM 46299 H2 TIP3X 144 -0.770 -38.310 17.430 1.00 0.00 W6 H +ATOM 46300 OH2 TIP3X 145 39.190 -17.620 -19.690 1.00 0.00 W6 O +ATOM 46301 H1 TIP3X 145 38.400 -17.100 -19.570 1.00 0.00 W6 H +ATOM 46302 H2 TIP3X 145 39.900 -16.970 -19.620 1.00 0.00 W6 H +ATOM 46303 OH2 TIP3X 146 -15.440 30.950 -19.220 1.00 0.00 W6 O +ATOM 46304 H1 TIP3X 146 -15.550 31.890 -19.340 1.00 0.00 W6 H +ATOM 46305 H2 TIP3X 146 -16.320 30.640 -18.970 1.00 0.00 W6 H +ATOM 46306 OH2 TIP3X 147 10.530 31.920 15.960 1.00 0.00 W6 O +ATOM 46307 H1 TIP3X 147 10.160 32.770 16.210 1.00 0.00 W6 H +ATOM 46308 H2 TIP3X 147 11.170 31.730 16.640 1.00 0.00 W6 H +ATOM 46309 OH2 TIP3X 148 -3.460 18.620 -23.750 1.00 0.00 W6 O +ATOM 46310 H1 TIP3X 148 -2.950 18.600 -22.950 1.00 0.00 W6 H +ATOM 46311 H2 TIP3X 148 -3.800 19.510 -23.790 1.00 0.00 W6 H +ATOM 46312 OH2 TIP3X 149 -28.460 -2.090 24.740 1.00 0.00 W6 O +ATOM 46313 H1 TIP3X 149 -27.870 -1.760 24.050 1.00 0.00 W6 H +ATOM 46314 H2 TIP3X 149 -28.890 -2.840 24.340 1.00 0.00 W6 H +ATOM 46315 OH2 TIP3X 150 -10.050 -44.240 34.390 1.00 0.00 W6 O +ATOM 46316 H1 TIP3X 150 -10.850 -44.670 34.710 1.00 0.00 W6 H +ATOM 46317 H2 TIP3X 150 -9.810 -43.650 35.110 1.00 0.00 W6 H +ATOM 46318 OH2 TIP3X 151 17.570 -5.400 36.990 1.00 0.00 W6 O +ATOM 46319 H1 TIP3X 151 18.130 -6.070 37.390 1.00 0.00 W6 H +ATOM 46320 H2 TIP3X 151 17.340 -5.760 36.130 1.00 0.00 W6 H +ATOM 46321 OH2 TIP3X 152 34.840 6.730 36.550 1.00 0.00 W6 O +ATOM 46322 H1 TIP3X 152 33.910 6.830 36.370 1.00 0.00 W6 H +ATOM 46323 H2 TIP3X 152 34.910 6.730 37.510 1.00 0.00 W6 H +ATOM 46324 OH2 TIP3X 153 -20.540 3.180 31.040 1.00 0.00 W6 O +ATOM 46325 H1 TIP3X 153 -21.200 2.590 31.400 1.00 0.00 W6 H +ATOM 46326 H2 TIP3X 153 -21.030 3.950 30.740 1.00 0.00 W6 H +ATOM 46327 OH2 TIP3X 154 -16.980 -47.210 -46.290 1.00 0.00 W6 O +ATOM 46328 H1 TIP3X 154 -16.180 -47.160 -45.770 1.00 0.00 W6 H +ATOM 46329 H2 TIP3X 154 -17.690 -47.050 -45.660 1.00 0.00 W6 H +ATOM 46330 OH2 TIP3X 155 -31.690 -2.790 -46.300 1.00 0.00 W6 O +ATOM 46331 H1 TIP3X 155 -31.750 -3.160 -45.410 1.00 0.00 W6 H +ATOM 46332 H2 TIP3X 155 -31.240 -3.470 -46.800 1.00 0.00 W6 H +ATOM 46333 OH2 TIP3X 156 -44.640 37.530 -40.350 1.00 0.00 W6 O +ATOM 46334 H1 TIP3X 156 -43.840 37.880 -40.740 1.00 0.00 W6 H +ATOM 46335 H2 TIP3X 156 -45.200 38.300 -40.210 1.00 0.00 W6 H +ATOM 46336 OH2 TIP3X 157 -14.550 -42.420 35.080 1.00 0.00 W6 O +ATOM 46337 H1 TIP3X 157 -14.420 -42.900 35.890 1.00 0.00 W6 H +ATOM 46338 H2 TIP3X 157 -14.810 -43.080 34.440 1.00 0.00 W6 H +ATOM 46339 OH2 TIP3X 158 -4.120 -9.340 27.890 1.00 0.00 W6 O +ATOM 46340 H1 TIP3X 158 -4.300 -9.390 26.950 1.00 0.00 W6 H +ATOM 46341 H2 TIP3X 158 -4.750 -8.690 28.210 1.00 0.00 W6 H +ATOM 46342 OH2 TIP3X 159 20.050 5.220 -20.780 1.00 0.00 W6 O +ATOM 46343 H1 TIP3X 159 20.810 5.060 -20.220 1.00 0.00 W6 H +ATOM 46344 H2 TIP3X 159 19.430 4.530 -20.540 1.00 0.00 W6 H +ATOM 46345 OH2 TIP3X 160 3.000 -15.410 26.610 1.00 0.00 W6 O +ATOM 46346 H1 TIP3X 160 3.780 -14.950 26.280 1.00 0.00 W6 H +ATOM 46347 H2 TIP3X 160 2.620 -14.800 27.240 1.00 0.00 W6 H +ATOM 46348 OH2 TIP3X 161 -31.780 6.310 -41.330 1.00 0.00 W6 O +ATOM 46349 H1 TIP3X 161 -32.740 6.260 -41.400 1.00 0.00 W6 H +ATOM 46350 H2 TIP3X 161 -31.460 5.680 -41.970 1.00 0.00 W6 H +ATOM 46351 OH2 TIP3X 162 7.250 9.520 -30.700 1.00 0.00 W6 O +ATOM 46352 H1 TIP3X 162 7.010 10.400 -30.410 1.00 0.00 W6 H +ATOM 46353 H2 TIP3X 162 8.020 9.650 -31.250 1.00 0.00 W6 H +ATOM 46354 OH2 TIP3X 163 -26.090 -10.360 -24.050 1.00 0.00 W6 O +ATOM 46355 H1 TIP3X 163 -25.330 -10.540 -24.600 1.00 0.00 W6 H +ATOM 46356 H2 TIP3X 163 -26.750 -10.020 -24.660 1.00 0.00 W6 H +ATOM 46357 OH2 TIP3X 164 16.410 6.310 24.100 1.00 0.00 W6 O +ATOM 46358 H1 TIP3X 164 15.910 6.380 23.290 1.00 0.00 W6 H +ATOM 46359 H2 TIP3X 164 16.940 5.510 24.000 1.00 0.00 W6 H +ATOM 46360 OH2 TIP3X 165 22.470 -31.920 26.280 1.00 0.00 W6 O +ATOM 46361 H1 TIP3X 165 22.590 -31.340 27.030 1.00 0.00 W6 H +ATOM 46362 H2 TIP3X 165 22.520 -32.800 26.660 1.00 0.00 W6 H +ATOM 46363 OH2 TIP3X 166 0.470 -25.060 -35.500 1.00 0.00 W6 O +ATOM 46364 H1 TIP3X 166 1.420 -24.990 -35.400 1.00 0.00 W6 H +ATOM 46365 H2 TIP3X 166 0.150 -25.200 -34.610 1.00 0.00 W6 H +ATOM 46366 OH2 TIP3X 167 -29.550 -39.750 -41.990 1.00 0.00 W6 O +ATOM 46367 H1 TIP3X 167 -29.700 -40.040 -42.900 1.00 0.00 W6 H +ATOM 46368 H2 TIP3X 167 -29.980 -40.420 -41.460 1.00 0.00 W6 H +ATOM 46369 OH2 TIP3X 168 15.610 -2.440 -22.940 1.00 0.00 W6 O +ATOM 46370 H1 TIP3X 168 16.540 -2.610 -22.790 1.00 0.00 W6 H +ATOM 46371 H2 TIP3X 168 15.160 -2.890 -22.220 1.00 0.00 W6 H +ATOM 46372 OH2 TIP3X 169 12.280 -15.790 -40.430 1.00 0.00 W6 O +ATOM 46373 H1 TIP3X 169 13.120 -16.220 -40.620 1.00 0.00 W6 H +ATOM 46374 H2 TIP3X 169 11.620 -16.470 -40.580 1.00 0.00 W6 H +ATOM 46375 OH2 TIP3X 170 25.450 32.360 -47.200 1.00 0.00 W6 O +ATOM 46376 H1 TIP3X 170 26.140 32.110 -47.810 1.00 0.00 W6 H +ATOM 46377 H2 TIP3X 170 24.790 31.660 -47.290 1.00 0.00 W6 H +ATOM 46378 OH2 TIP3X 171 45.180 35.470 -35.530 1.00 0.00 W6 O +ATOM 46379 H1 TIP3X 171 45.440 36.350 -35.820 1.00 0.00 W6 H +ATOM 46380 H2 TIP3X 171 45.080 35.560 -34.590 1.00 0.00 W6 H +ATOM 46381 OH2 TIP3X 172 -25.340 -21.020 -34.030 1.00 0.00 W6 O +ATOM 46382 H1 TIP3X 172 -25.540 -20.150 -34.350 1.00 0.00 W6 H +ATOM 46383 H2 TIP3X 172 -25.360 -21.580 -34.810 1.00 0.00 W6 H +ATOM 46384 OH2 TIP3X 173 37.190 -6.360 -35.820 1.00 0.00 W6 O +ATOM 46385 H1 TIP3X 173 37.580 -5.570 -36.220 1.00 0.00 W6 H +ATOM 46386 H2 TIP3X 173 37.810 -7.060 -36.030 1.00 0.00 W6 H +ATOM 46387 OH2 TIP3X 174 0.750 -12.680 -35.600 1.00 0.00 W6 O +ATOM 46388 H1 TIP3X 174 0.900 -11.880 -36.110 1.00 0.00 W6 H +ATOM 46389 H2 TIP3X 174 0.210 -12.390 -34.870 1.00 0.00 W6 H +ATOM 46390 OH2 TIP3X 175 19.020 -45.000 -49.310 1.00 0.00 W6 O +ATOM 46391 H1 TIP3X 175 19.140 -44.280 -48.680 1.00 0.00 W6 H +ATOM 46392 H2 TIP3X 175 18.190 -44.770 -49.750 1.00 0.00 W6 H +ATOM 46393 OH2 TIP3X 176 2.720 -33.660 -47.400 1.00 0.00 W6 O +ATOM 46394 H1 TIP3X 176 2.110 -33.080 -47.850 1.00 0.00 W6 H +ATOM 46395 H2 TIP3X 176 2.160 -34.230 -46.870 1.00 0.00 W6 H +ATOM 46396 OH2 TIP3X 177 -33.070 6.280 -45.800 1.00 0.00 W6 O +ATOM 46397 H1 TIP3X 177 -33.430 6.830 -46.500 1.00 0.00 W6 H +ATOM 46398 H2 TIP3X 177 -32.150 6.530 -45.740 1.00 0.00 W6 H +ATOM 46399 OH2 TIP3X 178 34.770 -38.120 -47.610 1.00 0.00 W6 O +ATOM 46400 H1 TIP3X 178 35.280 -38.850 -47.280 1.00 0.00 W6 H +ATOM 46401 H2 TIP3X 178 35.430 -37.500 -47.930 1.00 0.00 W6 H +ATOM 46402 OH2 TIP3X 179 -21.890 19.550 23.690 1.00 0.00 W6 O +ATOM 46403 H1 TIP3X 179 -22.370 20.380 23.670 1.00 0.00 W6 H +ATOM 46404 H2 TIP3X 179 -20.970 19.810 23.530 1.00 0.00 W6 H +ATOM 46405 OH2 TIP3X 180 46.640 22.340 -47.040 1.00 0.00 W6 O +ATOM 46406 H1 TIP3X 180 47.490 22.310 -47.450 1.00 0.00 W6 H +ATOM 46407 H2 TIP3X 180 46.040 21.950 -47.680 1.00 0.00 W6 H +ATOM 46408 OH2 TIP3X 181 15.760 -4.600 32.040 1.00 0.00 W6 O +ATOM 46409 H1 TIP3X 181 16.460 -4.860 32.630 1.00 0.00 W6 H +ATOM 46410 H2 TIP3X 181 16.180 -4.420 31.210 1.00 0.00 W6 H +ATOM 46411 OH2 TIP3X 182 1.470 -20.580 -29.300 1.00 0.00 W6 O +ATOM 46412 H1 TIP3X 182 1.560 -19.670 -29.570 1.00 0.00 W6 H +ATOM 46413 H2 TIP3X 182 0.530 -20.720 -29.220 1.00 0.00 W6 H +ATOM 46414 OH2 TIP3X 183 24.550 40.570 32.240 1.00 0.00 W6 O +ATOM 46415 H1 TIP3X 183 24.750 41.510 32.290 1.00 0.00 W6 H +ATOM 46416 H2 TIP3X 183 25.020 40.180 32.970 1.00 0.00 W6 H +ATOM 46417 OH2 TIP3X 184 9.170 -37.320 -48.020 1.00 0.00 W6 O +ATOM 46418 H1 TIP3X 184 9.060 -37.280 -47.080 1.00 0.00 W6 H +ATOM 46419 H2 TIP3X 184 9.000 -36.430 -48.320 1.00 0.00 W6 H +ATOM 46420 OH2 TIP3X 185 11.840 35.880 -40.850 1.00 0.00 W6 O +ATOM 46421 H1 TIP3X 185 10.970 35.540 -40.640 1.00 0.00 W6 H +ATOM 46422 H2 TIP3X 185 12.200 35.260 -41.490 1.00 0.00 W6 H +ATOM 46423 OH2 TIP3X 186 24.210 -51.330 32.280 1.00 0.00 W6 O +ATOM 46424 H1 TIP3X 186 23.920 -51.160 33.170 1.00 0.00 W6 H +ATOM 46425 H2 TIP3X 186 24.360 -52.280 32.260 1.00 0.00 W6 H +ATOM 46426 OH2 TIP3X 187 33.320 -47.620 34.350 1.00 0.00 W6 O +ATOM 46427 H1 TIP3X 187 33.990 -48.160 34.760 1.00 0.00 W6 H +ATOM 46428 H2 TIP3X 187 33.800 -46.860 34.020 1.00 0.00 W6 H +ATOM 46429 OH2 TIP3X 188 -15.990 21.690 37.300 1.00 0.00 W6 O +ATOM 46430 H1 TIP3X 188 -16.090 22.100 36.450 1.00 0.00 W6 H +ATOM 46431 H2 TIP3X 188 -15.250 21.080 37.190 1.00 0.00 W6 H +ATOM 46432 OH2 TIP3X 189 -23.380 -37.890 -47.370 1.00 0.00 W6 O +ATOM 46433 H1 TIP3X 189 -23.700 -38.660 -46.890 1.00 0.00 W6 H +ATOM 46434 H2 TIP3X 189 -23.790 -37.960 -48.240 1.00 0.00 W6 H +ATOM 46435 OH2 TIP3X 190 -0.190 9.800 -34.850 1.00 0.00 W6 O +ATOM 46436 H1 TIP3X 190 -0.770 10.430 -34.430 1.00 0.00 W6 H +ATOM 46437 H2 TIP3X 190 0.650 10.260 -34.940 1.00 0.00 W6 H +ATOM 46438 OH2 TIP3X 191 -40.680 -12.020 -48.910 1.00 0.00 W6 O +ATOM 46439 H1 TIP3X 191 -40.410 -11.110 -49.060 1.00 0.00 W6 H +ATOM 46440 H2 TIP3X 191 -40.750 -12.100 -47.960 1.00 0.00 W6 H +ATOM 46441 OH2 TIP3X 192 20.350 -23.860 29.620 1.00 0.00 W6 O +ATOM 46442 H1 TIP3X 192 19.840 -24.570 29.990 1.00 0.00 W6 H +ATOM 46443 H2 TIP3X 192 20.070 -23.810 28.710 1.00 0.00 W6 H +ATOM 46444 OH2 TIP3X 193 5.040 -20.570 23.520 1.00 0.00 W6 O +ATOM 46445 H1 TIP3X 193 4.700 -21.340 23.040 1.00 0.00 W6 H +ATOM 46446 H2 TIP3X 193 5.730 -20.930 24.090 1.00 0.00 W6 H +ATOM 46447 OH2 TIP3X 194 -37.820 17.900 -13.390 1.00 0.00 W6 O +ATOM 46448 H1 TIP3X 194 -38.710 17.730 -13.100 1.00 0.00 W6 H +ATOM 46449 H2 TIP3X 194 -37.400 18.320 -12.640 1.00 0.00 W6 H +ATOM 46450 OH2 TIP3X 195 4.220 -4.380 -26.530 1.00 0.00 W6 O +ATOM 46451 H1 TIP3X 195 5.060 -4.840 -26.630 1.00 0.00 W6 H +ATOM 46452 H2 TIP3X 195 4.130 -4.280 -25.580 1.00 0.00 W6 H +ATOM 46453 OH2 TIP3X 196 0.170 -44.220 -47.780 1.00 0.00 W6 O +ATOM 46454 H1 TIP3X 196 0.440 -43.980 -46.900 1.00 0.00 W6 H +ATOM 46455 H2 TIP3X 196 0.990 -44.270 -48.280 1.00 0.00 W6 H +ATOM 46456 OH2 TIP3X 197 28.590 42.470 -22.670 1.00 0.00 W6 O +ATOM 46457 H1 TIP3X 197 27.950 42.140 -23.290 1.00 0.00 W6 H +ATOM 46458 H2 TIP3X 197 28.790 43.360 -22.980 1.00 0.00 W6 H +ATOM 46459 OH2 TIP3X 198 -42.650 -4.190 -42.610 1.00 0.00 W6 O +ATOM 46460 H1 TIP3X 198 -41.920 -4.640 -42.170 1.00 0.00 W6 H +ATOM 46461 H2 TIP3X 198 -42.700 -4.620 -43.470 1.00 0.00 W6 H +ATOM 46462 OH2 TIP3X 199 42.270 -27.200 23.700 1.00 0.00 W6 O +ATOM 46463 H1 TIP3X 199 42.710 -26.360 23.530 1.00 0.00 W6 H +ATOM 46464 H2 TIP3X 199 41.810 -27.060 24.530 1.00 0.00 W6 H +ATOM 46465 OH2 TIP3X 200 -21.780 23.690 37.350 1.00 0.00 W6 O +ATOM 46466 H1 TIP3X 200 -21.060 23.130 37.620 1.00 0.00 W6 H +ATOM 46467 H2 TIP3X 200 -21.360 24.470 36.970 1.00 0.00 W6 H +ATOM 46468 OH2 TIP3X 201 -35.700 -48.230 -23.550 1.00 0.00 W6 O +ATOM 46469 H1 TIP3X 201 -35.170 -47.510 -23.900 1.00 0.00 W6 H +ATOM 46470 H2 TIP3X 201 -36.580 -48.070 -23.890 1.00 0.00 W6 H +ATOM 46471 OH2 TIP3X 202 -11.240 -30.600 -46.120 1.00 0.00 W6 O +ATOM 46472 H1 TIP3X 202 -10.770 -29.990 -46.680 1.00 0.00 W6 H +ATOM 46473 H2 TIP3X 202 -11.220 -31.430 -46.600 1.00 0.00 W6 H +ATOM 46474 OH2 TIP3X 203 9.150 -8.380 34.550 1.00 0.00 W6 O +ATOM 46475 H1 TIP3X 203 10.010 -8.420 34.140 1.00 0.00 W6 H +ATOM 46476 H2 TIP3X 203 8.530 -8.440 33.830 1.00 0.00 W6 H +ATOM 46477 OH2 TIP3X 204 -33.310 -14.220 13.340 1.00 0.00 W6 O +ATOM 46478 H1 TIP3X 204 -33.410 -14.440 14.270 1.00 0.00 W6 H +ATOM 46479 H2 TIP3X 204 -32.390 -13.980 13.250 1.00 0.00 W6 H +ATOM 46480 OH2 TIP3X 205 -9.290 30.850 28.590 1.00 0.00 W6 O +ATOM 46481 H1 TIP3X 205 -9.840 31.410 29.110 1.00 0.00 W6 H +ATOM 46482 H2 TIP3X 205 -9.830 30.600 27.840 1.00 0.00 W6 H +ATOM 46483 OH2 TIP3X 206 27.240 30.350 40.070 1.00 0.00 W6 O +ATOM 46484 H1 TIP3X 206 27.820 31.030 40.400 1.00 0.00 W6 H +ATOM 46485 H2 TIP3X 206 26.880 30.710 39.250 1.00 0.00 W6 H +ATOM 46486 OH2 TIP3X 207 -9.300 24.610 20.200 1.00 0.00 W6 O +ATOM 46487 H1 TIP3X 207 -8.840 25.000 19.470 1.00 0.00 W6 H +ATOM 46488 H2 TIP3X 207 -10.220 24.880 20.080 1.00 0.00 W6 H +ATOM 46489 OH2 TIP3X 208 39.720 -1.810 -51.080 1.00 0.00 W6 O +ATOM 46490 H1 TIP3X 208 39.900 -1.280 -51.860 1.00 0.00 W6 H +ATOM 46491 H2 TIP3X 208 39.910 -2.710 -51.350 1.00 0.00 W6 H +ATOM 46492 OH2 TIP3X 209 -41.520 -15.560 -19.270 1.00 0.00 W6 O +ATOM 46493 H1 TIP3X 209 -42.050 -15.330 -20.020 1.00 0.00 W6 H +ATOM 46494 H2 TIP3X 209 -41.740 -16.470 -19.080 1.00 0.00 W6 H +ATOM 46495 OH2 TIP3X 210 33.030 -4.070 -41.250 1.00 0.00 W6 O +ATOM 46496 H1 TIP3X 210 32.360 -4.170 -41.930 1.00 0.00 W6 H +ATOM 46497 H2 TIP3X 210 32.720 -3.340 -40.720 1.00 0.00 W6 H +ATOM 46498 OH2 TIP3X 211 5.350 39.880 24.010 1.00 0.00 W6 O +ATOM 46499 H1 TIP3X 211 4.430 40.160 23.960 1.00 0.00 W6 H +ATOM 46500 H2 TIP3X 211 5.840 40.620 23.660 1.00 0.00 W6 H +ATOM 46501 OH2 TIP3X 212 -11.580 -3.040 30.540 1.00 0.00 W6 O +ATOM 46502 H1 TIP3X 212 -10.850 -2.840 29.960 1.00 0.00 W6 H +ATOM 46503 H2 TIP3X 212 -12.240 -3.440 29.960 1.00 0.00 W6 H +ATOM 46504 OH2 TIP3X 213 6.760 16.390 -31.740 1.00 0.00 W6 O +ATOM 46505 H1 TIP3X 213 6.710 17.300 -32.040 1.00 0.00 W6 H +ATOM 46506 H2 TIP3X 213 7.490 16.030 -32.220 1.00 0.00 W6 H +ATOM 46507 OH2 TIP3X 214 -45.720 34.690 -45.770 1.00 0.00 W6 O +ATOM 46508 H1 TIP3X 214 -44.780 34.740 -45.550 1.00 0.00 W6 H +ATOM 46509 H2 TIP3X 214 -46.160 34.730 -44.920 1.00 0.00 W6 H +ATOM 46510 OH2 TIP3X 215 -38.110 -5.690 -22.980 1.00 0.00 W6 O +ATOM 46511 H1 TIP3X 215 -37.670 -6.160 -23.690 1.00 0.00 W6 H +ATOM 46512 H2 TIP3X 215 -39.020 -5.600 -23.280 1.00 0.00 W6 H +ATOM 46513 OH2 TIP3X 216 -32.370 7.420 -36.720 1.00 0.00 W6 O +ATOM 46514 H1 TIP3X 216 -32.920 8.110 -36.340 1.00 0.00 W6 H +ATOM 46515 H2 TIP3X 216 -31.470 7.730 -36.600 1.00 0.00 W6 H +ATOM 46516 OH2 TIP3X 217 0.550 30.570 -21.030 1.00 0.00 W6 O +ATOM 46517 H1 TIP3X 217 0.590 30.310 -21.940 1.00 0.00 W6 H +ATOM 46518 H2 TIP3X 217 0.340 29.760 -20.550 1.00 0.00 W6 H +ATOM 46519 OH2 TIP3X 218 -43.540 6.420 -19.270 1.00 0.00 W6 O +ATOM 46520 H1 TIP3X 218 -43.970 6.440 -18.410 1.00 0.00 W6 H +ATOM 46521 H2 TIP3X 218 -42.920 5.700 -19.210 1.00 0.00 W6 H +ATOM 46522 OH2 TIP3X 219 3.820 10.730 19.580 1.00 0.00 W6 O +ATOM 46523 H1 TIP3X 219 3.030 10.590 19.080 1.00 0.00 W6 H +ATOM 46524 H2 TIP3X 219 4.500 10.840 18.920 1.00 0.00 W6 H +ATOM 46525 OH2 TIP3X 220 15.790 -2.040 -42.180 1.00 0.00 W6 O +ATOM 46526 H1 TIP3X 220 16.270 -2.640 -42.750 1.00 0.00 W6 H +ATOM 46527 H2 TIP3X 220 16.130 -1.180 -42.390 1.00 0.00 W6 H +ATOM 46528 OH2 TIP3X 221 -34.530 -31.020 -26.080 1.00 0.00 W6 O +ATOM 46529 H1 TIP3X 221 -34.130 -31.810 -25.730 1.00 0.00 W6 H +ATOM 46530 H2 TIP3X 221 -34.490 -30.380 -25.360 1.00 0.00 W6 H +ATOM 46531 OH2 TIP3X 222 -11.880 -19.390 20.340 1.00 0.00 W6 O +ATOM 46532 H1 TIP3X 222 -12.570 -18.730 20.510 1.00 0.00 W6 H +ATOM 46533 H2 TIP3X 222 -11.820 -19.450 19.390 1.00 0.00 W6 H +ATOM 46534 OH2 TIP3X 223 -28.760 27.030 29.230 1.00 0.00 W6 O +ATOM 46535 H1 TIP3X 223 -27.830 27.200 29.040 1.00 0.00 W6 H +ATOM 46536 H2 TIP3X 223 -28.860 26.090 29.070 1.00 0.00 W6 H +ATOM 46537 OH2 TIP3X 224 -12.940 -39.220 -47.550 1.00 0.00 W6 O +ATOM 46538 H1 TIP3X 224 -13.060 -38.270 -47.580 1.00 0.00 W6 H +ATOM 46539 H2 TIP3X 224 -12.620 -39.380 -46.660 1.00 0.00 W6 H +ATOM 46540 OH2 TIP3X 225 -9.200 1.160 -35.200 1.00 0.00 W6 O +ATOM 46541 H1 TIP3X 225 -8.340 1.380 -34.850 1.00 0.00 W6 H +ATOM 46542 H2 TIP3X 225 -9.390 0.300 -34.850 1.00 0.00 W6 H +ATOM 46543 OH2 TIP3X 226 -6.570 15.980 22.690 1.00 0.00 W6 O +ATOM 46544 H1 TIP3X 226 -6.240 15.600 23.500 1.00 0.00 W6 H +ATOM 46545 H2 TIP3X 226 -6.270 15.390 22.000 1.00 0.00 W6 H +ATOM 46546 OH2 TIP3X 227 -0.860 -49.260 19.280 1.00 0.00 W6 O +ATOM 46547 H1 TIP3X 227 -0.750 -49.380 18.340 1.00 0.00 W6 H +ATOM 46548 H2 TIP3X 227 -0.400 -48.440 19.470 1.00 0.00 W6 H +ATOM 46549 OH2 TIP3X 228 -19.240 20.110 -18.190 1.00 0.00 W6 O +ATOM 46550 H1 TIP3X 228 -18.560 19.600 -18.630 1.00 0.00 W6 H +ATOM 46551 H2 TIP3X 228 -19.950 19.480 -18.050 1.00 0.00 W6 H +ATOM 46552 OH2 TIP3X 229 -3.160 -2.280 23.900 1.00 0.00 W6 O +ATOM 46553 H1 TIP3X 229 -3.120 -2.760 24.750 1.00 0.00 W6 H +ATOM 46554 H2 TIP3X 229 -3.060 -2.970 23.240 1.00 0.00 W6 H +ATOM 46555 OH2 TIP3X 230 -11.460 -23.420 -19.790 1.00 0.00 W6 O +ATOM 46556 H1 TIP3X 230 -10.820 -22.710 -19.810 1.00 0.00 W6 H +ATOM 46557 H2 TIP3X 230 -12.290 -22.990 -19.580 1.00 0.00 W6 H +ATOM 46558 OH2 TIP3X 231 -41.660 -22.210 23.810 1.00 0.00 W6 O +ATOM 46559 H1 TIP3X 231 -41.220 -22.890 24.310 1.00 0.00 W6 H +ATOM 46560 H2 TIP3X 231 -42.270 -21.810 24.440 1.00 0.00 W6 H +ATOM 46561 OH2 TIP3X 232 -24.830 -33.900 -25.900 1.00 0.00 W6 O +ATOM 46562 H1 TIP3X 232 -25.430 -33.300 -25.470 1.00 0.00 W6 H +ATOM 46563 H2 TIP3X 232 -23.990 -33.770 -25.460 1.00 0.00 W6 H +ATOM 46564 OH2 TIP3X 233 0.260 -2.080 -44.820 1.00 0.00 W6 O +ATOM 46565 H1 TIP3X 233 0.890 -2.180 -45.550 1.00 0.00 W6 H +ATOM 46566 H2 TIP3X 233 -0.390 -1.470 -45.160 1.00 0.00 W6 H +ATOM 46567 OH2 TIP3X 234 37.840 -44.470 31.520 1.00 0.00 W6 O +ATOM 46568 H1 TIP3X 234 38.050 -44.610 32.440 1.00 0.00 W6 H +ATOM 46569 H2 TIP3X 234 37.380 -43.630 31.510 1.00 0.00 W6 H +ATOM 46570 OH2 TIP3X 235 -4.670 20.420 -17.480 1.00 0.00 W6 O +ATOM 46571 H1 TIP3X 235 -4.670 20.990 -18.250 1.00 0.00 W6 H +ATOM 46572 H2 TIP3X 235 -4.450 20.990 -16.760 1.00 0.00 W6 H +ATOM 46573 OH2 TIP3X 236 34.540 19.250 -42.340 1.00 0.00 W6 O +ATOM 46574 H1 TIP3X 236 35.020 20.020 -42.050 1.00 0.00 W6 H +ATOM 46575 H2 TIP3X 236 35.220 18.610 -42.560 1.00 0.00 W6 H +ATOM 46576 OH2 TIP3X 237 -13.390 -9.410 28.720 1.00 0.00 W6 O +ATOM 46577 H1 TIP3X 237 -12.890 -8.650 28.440 1.00 0.00 W6 H +ATOM 46578 H2 TIP3X 237 -14.130 -9.040 29.200 1.00 0.00 W6 H +ATOM 46579 OH2 TIP3X 238 -4.490 -21.140 28.830 1.00 0.00 W6 O +ATOM 46580 H1 TIP3X 238 -4.500 -21.700 28.050 1.00 0.00 W6 H +ATOM 46581 H2 TIP3X 238 -4.810 -20.290 28.520 1.00 0.00 W6 H +ATOM 46582 OH2 TIP3X 239 -38.190 -15.570 15.490 1.00 0.00 W6 O +ATOM 46583 H1 TIP3X 239 -37.360 -15.790 15.900 1.00 0.00 W6 H +ATOM 46584 H2 TIP3X 239 -38.530 -16.400 15.150 1.00 0.00 W6 H +ATOM 46585 OH2 TIP3X 240 -6.340 -14.140 -28.900 1.00 0.00 W6 O +ATOM 46586 H1 TIP3X 240 -6.390 -13.520 -29.640 1.00 0.00 W6 H +ATOM 46587 H2 TIP3X 240 -6.270 -13.580 -28.130 1.00 0.00 W6 H +ATOM 46588 OH2 TIP3X 241 -37.630 3.000 22.960 1.00 0.00 W6 O +ATOM 46589 H1 TIP3X 241 -37.180 3.850 23.000 1.00 0.00 W6 H +ATOM 46590 H2 TIP3X 241 -37.860 2.800 23.870 1.00 0.00 W6 H +ATOM 46591 OH2 TIP3X 242 -7.690 8.920 -25.330 1.00 0.00 W6 O +ATOM 46592 H1 TIP3X 242 -7.970 8.790 -26.240 1.00 0.00 W6 H +ATOM 46593 H2 TIP3X 242 -7.930 9.830 -25.120 1.00 0.00 W6 H +ATOM 46594 OH2 TIP3X 243 -32.130 31.880 27.850 1.00 0.00 W6 O +ATOM 46595 H1 TIP3X 243 -32.390 31.650 28.740 1.00 0.00 W6 H +ATOM 46596 H2 TIP3X 243 -31.550 31.170 27.580 1.00 0.00 W6 H +ATOM 46597 OH2 TIP3X 244 -5.690 -18.550 -40.170 1.00 0.00 W6 O +ATOM 46598 H1 TIP3X 244 -4.760 -18.320 -40.210 1.00 0.00 W6 H +ATOM 46599 H2 TIP3X 244 -5.940 -18.350 -39.270 1.00 0.00 W6 H +ATOM 46600 OH2 TIP3X 245 -23.950 -7.460 23.030 1.00 0.00 W6 O +ATOM 46601 H1 TIP3X 245 -23.610 -8.190 23.540 1.00 0.00 W6 H +ATOM 46602 H2 TIP3X 245 -24.050 -6.740 23.660 1.00 0.00 W6 H +ATOM 46603 OH2 TIP3X 246 -37.800 -9.180 -25.890 1.00 0.00 W6 O +ATOM 46604 H1 TIP3X 246 -38.630 -9.070 -26.340 1.00 0.00 W6 H +ATOM 46605 H2 TIP3X 246 -37.610 -8.320 -25.510 1.00 0.00 W6 H +ATOM 46606 OH2 TIP3X 247 -31.880 36.480 -46.070 1.00 0.00 W6 O +ATOM 46607 H1 TIP3X 247 -31.390 37.070 -46.620 1.00 0.00 W6 H +ATOM 46608 H2 TIP3X 247 -32.710 36.330 -46.530 1.00 0.00 W6 H +ATOM 46609 OH2 TIP3X 248 -29.440 11.130 -42.220 1.00 0.00 W6 O +ATOM 46610 H1 TIP3X 248 -29.620 10.220 -41.950 1.00 0.00 W6 H +ATOM 46611 H2 TIP3X 248 -29.800 11.670 -41.510 1.00 0.00 W6 H +ATOM 46612 OH2 TIP3X 249 5.510 9.480 30.030 1.00 0.00 W6 O +ATOM 46613 H1 TIP3X 249 4.610 9.780 30.080 1.00 0.00 W6 H +ATOM 46614 H2 TIP3X 249 5.590 8.830 30.720 1.00 0.00 W6 H +ATOM 46615 OH2 TIP3X 250 13.430 13.870 38.720 1.00 0.00 W6 O +ATOM 46616 H1 TIP3X 250 13.590 13.170 38.100 1.00 0.00 W6 H +ATOM 46617 H2 TIP3X 250 12.510 14.110 38.590 1.00 0.00 W6 H +ATOM 46618 OH2 TIP3X 251 41.680 -17.350 -34.020 1.00 0.00 W6 O +ATOM 46619 H1 TIP3X 251 41.630 -17.170 -34.960 1.00 0.00 W6 H +ATOM 46620 H2 TIP3X 251 42.610 -17.300 -33.810 1.00 0.00 W6 H +ATOM 46621 OH2 TIP3X 252 -23.870 -3.690 34.530 1.00 0.00 W6 O +ATOM 46622 H1 TIP3X 252 -24.800 -3.930 34.500 1.00 0.00 W6 H +ATOM 46623 H2 TIP3X 252 -23.640 -3.510 33.620 1.00 0.00 W6 H +ATOM 46624 OH2 TIP3X 253 -11.790 29.630 -17.110 1.00 0.00 W6 O +ATOM 46625 H1 TIP3X 253 -11.320 30.410 -16.810 1.00 0.00 W6 H +ATOM 46626 H2 TIP3X 253 -12.690 29.750 -16.800 1.00 0.00 W6 H +ATOM 46627 OH2 TIP3X 254 -41.450 -3.450 -18.390 1.00 0.00 W6 O +ATOM 46628 H1 TIP3X 254 -41.080 -3.990 -17.700 1.00 0.00 W6 H +ATOM 46629 H2 TIP3X 254 -40.850 -3.560 -19.130 1.00 0.00 W6 H +ATOM 46630 OH2 TIP3X 255 16.460 2.550 34.070 1.00 0.00 W6 O +ATOM 46631 H1 TIP3X 255 15.740 2.850 33.500 1.00 0.00 W6 H +ATOM 46632 H2 TIP3X 255 16.610 1.650 33.810 1.00 0.00 W6 H +ATOM 46633 OH2 TIP3X 256 -12.240 -46.550 -24.210 1.00 0.00 W6 O +ATOM 46634 H1 TIP3X 256 -12.070 -46.140 -23.370 1.00 0.00 W6 H +ATOM 46635 H2 TIP3X 256 -12.440 -47.460 -24.000 1.00 0.00 W6 H +ATOM 46636 OH2 TIP3X 257 17.670 14.660 -44.650 1.00 0.00 W6 O +ATOM 46637 H1 TIP3X 257 17.170 13.890 -44.380 1.00 0.00 W6 H +ATOM 46638 H2 TIP3X 257 17.000 15.330 -44.850 1.00 0.00 W6 H +ATOM 46639 OH2 TIP3X 258 37.380 -42.700 28.380 1.00 0.00 W6 O +ATOM 46640 H1 TIP3X 258 37.640 -43.610 28.350 1.00 0.00 W6 H +ATOM 46641 H2 TIP3X 258 38.080 -42.230 27.910 1.00 0.00 W6 H +ATOM 46642 OH2 TIP3X 259 -16.600 -9.210 -25.750 1.00 0.00 W6 O +ATOM 46643 H1 TIP3X 259 -15.750 -8.860 -26.020 1.00 0.00 W6 H +ATOM 46644 H2 TIP3X 259 -16.820 -8.730 -24.950 1.00 0.00 W6 H +ATOM 46645 OH2 TIP3X 260 -8.780 -9.370 17.340 1.00 0.00 W6 O +ATOM 46646 H1 TIP3X 260 -9.310 -8.570 17.350 1.00 0.00 W6 H +ATOM 46647 H2 TIP3X 260 -8.510 -9.470 18.260 1.00 0.00 W6 H +ATOM 46648 OH2 TIP3X 261 2.250 -32.130 19.040 1.00 0.00 W6 O +ATOM 46649 H1 TIP3X 261 2.610 -31.600 18.330 1.00 0.00 W6 H +ATOM 46650 H2 TIP3X 261 1.920 -32.920 18.610 1.00 0.00 W6 H +ATOM 46651 OH2 TIP3X 262 -3.310 20.550 -31.500 1.00 0.00 W6 O +ATOM 46652 H1 TIP3X 262 -3.410 21.210 -30.810 1.00 0.00 W6 H +ATOM 46653 H2 TIP3X 262 -3.840 20.870 -32.230 1.00 0.00 W6 H +ATOM 46654 OH2 TIP3X 263 -37.940 -8.510 27.640 1.00 0.00 W6 O +ATOM 46655 H1 TIP3X 263 -38.100 -8.080 28.480 1.00 0.00 W6 H +ATOM 46656 H2 TIP3X 263 -37.050 -8.890 27.740 1.00 0.00 W6 H +ATOM 46657 OH2 TIP3X 264 12.190 17.640 -31.700 1.00 0.00 W6 O +ATOM 46658 H1 TIP3X 264 12.370 18.220 -32.440 1.00 0.00 W6 H +ATOM 46659 H2 TIP3X 264 12.990 17.120 -31.590 1.00 0.00 W6 H +ATOM 46660 OH2 TIP3X 265 7.760 -24.180 -30.900 1.00 0.00 W6 O +ATOM 46661 H1 TIP3X 265 6.980 -24.620 -30.560 1.00 0.00 W6 H +ATOM 46662 H2 TIP3X 265 8.470 -24.770 -30.730 1.00 0.00 W6 H +ATOM 46663 OH2 TIP3X 266 10.970 -11.620 19.550 1.00 0.00 W6 O +ATOM 46664 H1 TIP3X 266 11.320 -12.130 20.270 1.00 0.00 W6 H +ATOM 46665 H2 TIP3X 266 10.090 -11.370 19.820 1.00 0.00 W6 H +ATOM 46666 OH2 TIP3X 267 -17.830 13.290 -34.330 1.00 0.00 W6 O +ATOM 46667 H1 TIP3X 267 -18.590 13.030 -34.850 1.00 0.00 W6 H +ATOM 46668 H2 TIP3X 267 -17.660 12.550 -33.750 1.00 0.00 W6 H +ATOM 46669 OH2 TIP3X 268 7.400 14.140 33.630 1.00 0.00 W6 O +ATOM 46670 H1 TIP3X 268 7.020 15.000 33.780 1.00 0.00 W6 H +ATOM 46671 H2 TIP3X 268 7.280 13.970 32.700 1.00 0.00 W6 H +ATOM 46672 OH2 TIP3X 269 3.160 -45.020 -17.410 1.00 0.00 W6 O +ATOM 46673 H1 TIP3X 269 2.430 -44.820 -16.820 1.00 0.00 W6 H +ATOM 46674 H2 TIP3X 269 3.380 -44.170 -17.820 1.00 0.00 W6 H +ATOM 46675 OH2 TIP3X 270 -40.830 -3.610 34.760 1.00 0.00 W6 O +ATOM 46676 H1 TIP3X 270 -40.860 -4.570 34.790 1.00 0.00 W6 H +ATOM 46677 H2 TIP3X 270 -40.410 -3.350 35.580 1.00 0.00 W6 H +ATOM 46678 OH2 TIP3X 271 -12.540 3.890 -47.840 1.00 0.00 W6 O +ATOM 46679 H1 TIP3X 271 -11.730 3.630 -47.420 1.00 0.00 W6 H +ATOM 46680 H2 TIP3X 271 -12.770 3.160 -48.410 1.00 0.00 W6 H +ATOM 46681 OH2 TIP3X 272 -36.920 -39.410 -22.090 1.00 0.00 W6 O +ATOM 46682 H1 TIP3X 272 -37.670 -38.840 -22.250 1.00 0.00 W6 H +ATOM 46683 H2 TIP3X 272 -37.130 -40.210 -22.570 1.00 0.00 W6 H +ATOM 46684 OH2 TIP3X 273 30.560 14.800 -43.300 1.00 0.00 W6 O +ATOM 46685 H1 TIP3X 273 29.980 15.500 -43.610 1.00 0.00 W6 H +ATOM 46686 H2 TIP3X 273 30.470 14.840 -42.340 1.00 0.00 W6 H +ATOM 46687 OH2 TIP3X 274 -37.730 36.230 40.360 1.00 0.00 W6 O +ATOM 46688 H1 TIP3X 274 -38.450 36.730 40.750 1.00 0.00 W6 H +ATOM 46689 H2 TIP3X 274 -37.020 36.290 41.000 1.00 0.00 W6 H +ATOM 46690 OH2 TIP3X 275 -35.700 -17.680 -33.300 1.00 0.00 W6 O +ATOM 46691 H1 TIP3X 275 -36.460 -17.300 -32.860 1.00 0.00 W6 H +ATOM 46692 H2 TIP3X 275 -35.950 -18.580 -33.490 1.00 0.00 W6 H +ATOM 46693 OH2 TIP3X 276 -22.290 -18.730 -16.300 1.00 0.00 W6 O +ATOM 46694 H1 TIP3X 276 -22.820 -18.540 -17.080 1.00 0.00 W6 H +ATOM 46695 H2 TIP3X 276 -22.370 -17.930 -15.770 1.00 0.00 W6 H +ATOM 46696 OH2 TIP3X 277 20.440 -18.890 -42.480 1.00 0.00 W6 O +ATOM 46697 H1 TIP3X 277 20.170 -19.720 -42.100 1.00 0.00 W6 H +ATOM 46698 H2 TIP3X 277 19.620 -18.480 -42.770 1.00 0.00 W6 H +ATOM 46699 OH2 TIP3X 278 21.950 -39.290 31.140 1.00 0.00 W6 O +ATOM 46700 H1 TIP3X 278 21.960 -38.920 30.250 1.00 0.00 W6 H +ATOM 46701 H2 TIP3X 278 22.030 -38.530 31.710 1.00 0.00 W6 H +ATOM 46702 OH2 TIP3X 279 -25.030 -47.430 17.790 1.00 0.00 W6 O +ATOM 46703 H1 TIP3X 279 -25.010 -48.010 18.550 1.00 0.00 W6 H +ATOM 46704 H2 TIP3X 279 -24.750 -47.980 17.060 1.00 0.00 W6 H +ATOM 46705 OH2 TIP3X 280 24.680 34.970 38.790 1.00 0.00 W6 O +ATOM 46706 H1 TIP3X 280 24.730 34.010 38.780 1.00 0.00 W6 H +ATOM 46707 H2 TIP3X 280 24.310 35.190 39.640 1.00 0.00 W6 H +ATOM 46708 OH2 TIP3X 281 21.280 15.680 -48.420 1.00 0.00 W6 O +ATOM 46709 H1 TIP3X 281 22.210 15.620 -48.600 1.00 0.00 W6 H +ATOM 46710 H2 TIP3X 281 21.120 16.620 -48.300 1.00 0.00 W6 H +ATOM 46711 OH2 TIP3X 282 -16.380 16.780 40.480 1.00 0.00 W6 O +ATOM 46712 H1 TIP3X 282 -16.350 17.480 39.820 1.00 0.00 W6 H +ATOM 46713 H2 TIP3X 282 -17.250 16.850 40.860 1.00 0.00 W6 H +ATOM 46714 OH2 TIP3X 283 -32.810 -21.790 -47.240 1.00 0.00 W6 O +ATOM 46715 H1 TIP3X 283 -33.680 -22.080 -47.010 1.00 0.00 W6 H +ATOM 46716 H2 TIP3X 283 -32.420 -21.530 -46.400 1.00 0.00 W6 H +ATOM 46717 OH2 TIP3X 284 -20.120 32.430 -39.580 1.00 0.00 W6 O +ATOM 46718 H1 TIP3X 284 -19.560 33.040 -39.100 1.00 0.00 W6 H +ATOM 46719 H2 TIP3X 284 -20.940 32.410 -39.080 1.00 0.00 W6 H +ATOM 46720 OH2 TIP3X 285 -34.350 22.300 41.380 1.00 0.00 W6 O +ATOM 46721 H1 TIP3X 285 -33.830 22.610 42.120 1.00 0.00 W6 H +ATOM 46722 H2 TIP3X 285 -34.100 22.880 40.660 1.00 0.00 W6 H +ATOM 46723 OH2 TIP3X 286 -6.170 -22.190 25.530 1.00 0.00 W6 O +ATOM 46724 H1 TIP3X 286 -6.320 -21.310 25.180 1.00 0.00 W6 H +ATOM 46725 H2 TIP3X 286 -5.280 -22.400 25.250 1.00 0.00 W6 H +ATOM 46726 OH2 TIP3X 287 28.650 -21.070 -17.920 1.00 0.00 W6 O +ATOM 46727 H1 TIP3X 287 28.510 -21.610 -18.700 1.00 0.00 W6 H +ATOM 46728 H2 TIP3X 287 29.590 -21.140 -17.740 1.00 0.00 W6 H +ATOM 46729 OH2 TIP3X 288 -7.410 -49.540 -35.140 1.00 0.00 W6 O +ATOM 46730 H1 TIP3X 288 -7.160 -49.750 -36.030 1.00 0.00 W6 H +ATOM 46731 H2 TIP3X 288 -6.840 -48.810 -34.910 1.00 0.00 W6 H +ATOM 46732 OH2 TIP3X 289 16.940 -2.410 -39.050 1.00 0.00 W6 O +ATOM 46733 H1 TIP3X 289 16.950 -1.750 -39.740 1.00 0.00 W6 H +ATOM 46734 H2 TIP3X 289 17.380 -3.170 -39.430 1.00 0.00 W6 H +ATOM 46735 OH2 TIP3X 290 16.580 -16.000 27.970 1.00 0.00 W6 O +ATOM 46736 H1 TIP3X 290 15.710 -16.360 27.740 1.00 0.00 W6 H +ATOM 46737 H2 TIP3X 290 16.570 -15.970 28.940 1.00 0.00 W6 H +ATOM 46738 OH2 TIP3X 291 13.350 11.860 -18.250 1.00 0.00 W6 O +ATOM 46739 H1 TIP3X 291 13.820 11.710 -17.430 1.00 0.00 W6 H +ATOM 46740 H2 TIP3X 291 13.110 12.780 -18.230 1.00 0.00 W6 H +ATOM 46741 OH2 TIP3X 292 49.130 12.460 38.630 1.00 0.00 W6 O +ATOM 46742 H1 TIP3X 292 49.370 11.820 37.960 1.00 0.00 W6 H +ATOM 46743 H2 TIP3X 292 49.550 13.270 38.350 1.00 0.00 W6 H +ATOM 46744 OH2 TIP3X 293 -4.750 -39.180 -32.090 1.00 0.00 W6 O +ATOM 46745 H1 TIP3X 293 -5.230 -39.810 -32.620 1.00 0.00 W6 H +ATOM 46746 H2 TIP3X 293 -4.220 -39.700 -31.490 1.00 0.00 W6 H +ATOM 46747 OH2 TIP3X 294 -31.630 -6.520 -50.390 1.00 0.00 W6 O +ATOM 46748 H1 TIP3X 294 -32.450 -7.000 -50.280 1.00 0.00 W6 H +ATOM 46749 H2 TIP3X 294 -30.950 -7.180 -50.270 1.00 0.00 W6 H +ATOM 46750 OH2 TIP3X 295 -37.840 25.740 -37.970 1.00 0.00 W6 O +ATOM 46751 H1 TIP3X 295 -38.140 25.630 -38.880 1.00 0.00 W6 H +ATOM 46752 H2 TIP3X 295 -38.610 26.020 -37.490 1.00 0.00 W6 H +ATOM 46753 OH2 TIP3X 296 29.080 25.480 -40.080 1.00 0.00 W6 O +ATOM 46754 H1 TIP3X 296 29.470 25.790 -40.890 1.00 0.00 W6 H +ATOM 46755 H2 TIP3X 296 29.640 25.840 -39.390 1.00 0.00 W6 H +ATOM 46756 OH2 TIP3X 297 33.420 4.000 -43.780 1.00 0.00 W6 O +ATOM 46757 H1 TIP3X 297 33.040 4.770 -44.230 1.00 0.00 W6 H +ATOM 46758 H2 TIP3X 297 32.690 3.620 -43.300 1.00 0.00 W6 H +ATOM 46759 OH2 TIP3X 298 -25.320 -5.770 -47.700 1.00 0.00 W6 O +ATOM 46760 H1 TIP3X 298 -24.930 -6.250 -46.970 1.00 0.00 W6 H +ATOM 46761 H2 TIP3X 298 -26.090 -5.360 -47.330 1.00 0.00 W6 H +ATOM 46762 OH2 TIP3X 299 -29.210 -17.030 -25.430 1.00 0.00 W6 O +ATOM 46763 H1 TIP3X 299 -29.950 -16.430 -25.570 1.00 0.00 W6 H +ATOM 46764 H2 TIP3X 299 -29.590 -17.770 -24.950 1.00 0.00 W6 H +ATOM 46765 OH2 TIP3X 300 42.210 -45.270 32.410 1.00 0.00 W6 O +ATOM 46766 H1 TIP3X 300 43.100 -45.610 32.420 1.00 0.00 W6 H +ATOM 46767 H2 TIP3X 300 41.680 -46.010 32.110 1.00 0.00 W6 H +ATOM 46768 OH2 TIP3X 301 6.620 -21.200 38.270 1.00 0.00 W6 O +ATOM 46769 H1 TIP3X 301 7.480 -21.610 38.170 1.00 0.00 W6 H +ATOM 46770 H2 TIP3X 301 6.790 -20.270 38.170 1.00 0.00 W6 H +ATOM 46771 OH2 TIP3X 302 19.690 -5.650 -34.950 1.00 0.00 W6 O +ATOM 46772 H1 TIP3X 302 19.970 -5.370 -35.820 1.00 0.00 W6 H +ATOM 46773 H2 TIP3X 302 20.100 -6.500 -34.820 1.00 0.00 W6 H +ATOM 46774 OH2 TIP3X 303 -19.760 9.830 -36.440 1.00 0.00 W6 O +ATOM 46775 H1 TIP3X 303 -19.120 10.350 -36.910 1.00 0.00 W6 H +ATOM 46776 H2 TIP3X 303 -20.330 9.480 -37.130 1.00 0.00 W6 H +ATOM 46777 OH2 TIP3X 304 -15.330 -23.080 -41.790 1.00 0.00 W6 O +ATOM 46778 H1 TIP3X 304 -15.250 -22.540 -41.000 1.00 0.00 W6 H +ATOM 46779 H2 TIP3X 304 -15.990 -23.750 -41.560 1.00 0.00 W6 H +ATOM 46780 OH2 TIP3X 305 -5.670 38.080 -40.490 1.00 0.00 W6 O +ATOM 46781 H1 TIP3X 305 -6.500 37.590 -40.380 1.00 0.00 W6 H +ATOM 46782 H2 TIP3X 305 -5.520 38.090 -41.430 1.00 0.00 W6 H +ATOM 46783 OH2 TIP3X 306 27.590 21.170 14.210 1.00 0.00 W6 O +ATOM 46784 H1 TIP3X 306 27.490 21.780 14.940 1.00 0.00 W6 H +ATOM 46785 H2 TIP3X 306 26.720 21.130 13.800 1.00 0.00 W6 H +ATOM 46786 OH2 TIP3X 307 16.230 -21.530 -50.830 1.00 0.00 W6 O +ATOM 46787 H1 TIP3X 307 15.480 -21.270 -51.380 1.00 0.00 W6 H +ATOM 46788 H2 TIP3X 307 16.880 -21.840 -51.470 1.00 0.00 W6 H +ATOM 46789 OH2 TIP3X 308 -38.090 -41.130 13.060 1.00 0.00 W6 O +ATOM 46790 H1 TIP3X 308 -38.140 -41.830 13.710 1.00 0.00 W6 H +ATOM 46791 H2 TIP3X 308 -37.280 -41.310 12.570 1.00 0.00 W6 H +ATOM 46792 OH2 TIP3X 309 0.050 -29.860 -21.980 1.00 0.00 W6 O +ATOM 46793 H1 TIP3X 309 0.260 -29.110 -22.530 1.00 0.00 W6 H +ATOM 46794 H2 TIP3X 309 -0.650 -29.530 -21.400 1.00 0.00 W6 H +ATOM 46795 OH2 TIP3X 310 23.380 -9.620 -18.250 1.00 0.00 W6 O +ATOM 46796 H1 TIP3X 310 24.260 -9.990 -18.300 1.00 0.00 W6 H +ATOM 46797 H2 TIP3X 310 22.990 -9.820 -19.110 1.00 0.00 W6 H +ATOM 46798 OH2 TIP3X 311 -38.070 25.600 25.290 1.00 0.00 W6 O +ATOM 46799 H1 TIP3X 311 -38.030 25.530 26.230 1.00 0.00 W6 H +ATOM 46800 H2 TIP3X 311 -37.310 25.110 24.970 1.00 0.00 W6 H +ATOM 46801 OH2 TIP3X 312 40.850 20.910 -48.620 1.00 0.00 W6 O +ATOM 46802 H1 TIP3X 312 40.110 21.340 -48.200 1.00 0.00 W6 H +ATOM 46803 H2 TIP3X 312 40.450 20.280 -49.220 1.00 0.00 W6 H +ATOM 46804 OH2 TIP3X 313 -1.630 33.250 -20.060 1.00 0.00 W6 O +ATOM 46805 H1 TIP3X 313 -1.620 33.060 -21.000 1.00 0.00 W6 H +ATOM 46806 H2 TIP3X 313 -1.470 32.420 -19.640 1.00 0.00 W6 H +ATOM 46807 OH2 TIP3X 314 32.780 -48.230 17.030 1.00 0.00 W6 O +ATOM 46808 H1 TIP3X 314 32.740 -47.310 16.720 1.00 0.00 W6 H +ATOM 46809 H2 TIP3X 314 33.620 -48.540 16.720 1.00 0.00 W6 H +ATOM 46810 OH2 TIP3X 315 -22.480 -34.090 -38.370 1.00 0.00 W6 O +ATOM 46811 H1 TIP3X 315 -22.700 -33.460 -39.040 1.00 0.00 W6 H +ATOM 46812 H2 TIP3X 315 -21.700 -33.740 -37.940 1.00 0.00 W6 H +ATOM 46813 OH2 TIP3X 316 23.160 44.010 -43.830 1.00 0.00 W6 O +ATOM 46814 H1 TIP3X 316 23.520 43.120 -43.810 1.00 0.00 W6 H +ATOM 46815 H2 TIP3X 316 23.930 44.570 -43.750 1.00 0.00 W6 H +ATOM 46816 OH2 TIP3X 317 -5.420 -3.170 28.730 1.00 0.00 W6 O +ATOM 46817 H1 TIP3X 317 -5.700 -3.990 29.140 1.00 0.00 W6 H +ATOM 46818 H2 TIP3X 317 -6.230 -2.760 28.420 1.00 0.00 W6 H +ATOM 46819 OH2 TIP3X 318 35.720 20.530 -10.150 1.00 0.00 W6 O +ATOM 46820 H1 TIP3X 318 36.140 21.390 -10.170 1.00 0.00 W6 H +ATOM 46821 H2 TIP3X 318 35.450 20.410 -9.240 1.00 0.00 W6 H +ATOM 46822 OH2 TIP3X 319 34.580 37.640 -44.220 1.00 0.00 W6 O +ATOM 46823 H1 TIP3X 319 34.580 36.970 -44.920 1.00 0.00 W6 H +ATOM 46824 H2 TIP3X 319 35.490 37.710 -43.950 1.00 0.00 W6 H +ATOM 46825 OH2 TIP3X 320 43.550 9.530 -38.000 1.00 0.00 W6 O +ATOM 46826 H1 TIP3X 320 42.970 9.980 -38.610 1.00 0.00 W6 H +ATOM 46827 H2 TIP3X 320 43.270 9.830 -37.140 1.00 0.00 W6 H +ATOM 46828 OH2 TIP3X 321 -8.760 -23.630 -48.970 1.00 0.00 W6 O +ATOM 46829 H1 TIP3X 321 -8.540 -24.200 -48.230 1.00 0.00 W6 H +ATOM 46830 H2 TIP3X 321 -8.460 -24.110 -49.740 1.00 0.00 W6 H +ATOM 46831 OH2 TIP3X 322 -15.390 34.020 27.040 1.00 0.00 W6 O +ATOM 46832 H1 TIP3X 322 -15.780 34.070 27.930 1.00 0.00 W6 H +ATOM 46833 H2 TIP3X 322 -15.610 34.870 26.650 1.00 0.00 W6 H +ATOM 46834 OH2 TIP3X 323 -42.960 33.550 39.380 1.00 0.00 W6 O +ATOM 46835 H1 TIP3X 323 -43.680 32.900 39.390 1.00 0.00 W6 H +ATOM 46836 H2 TIP3X 323 -43.320 34.310 39.840 1.00 0.00 W6 H +ATOM 46837 OH2 TIP3X 324 11.080 10.230 21.610 1.00 0.00 W6 O +ATOM 46838 H1 TIP3X 324 11.160 10.250 20.660 1.00 0.00 W6 H +ATOM 46839 H2 TIP3X 324 11.870 9.770 21.900 1.00 0.00 W6 H +ATOM 46840 OH2 TIP3X 325 38.220 40.140 37.620 1.00 0.00 W6 O +ATOM 46841 H1 TIP3X 325 39.130 40.110 37.350 1.00 0.00 W6 H +ATOM 46842 H2 TIP3X 325 37.770 39.540 37.010 1.00 0.00 W6 H +ATOM 46843 OH2 TIP3X 326 -19.170 2.530 -48.870 1.00 0.00 W6 O +ATOM 46844 H1 TIP3X 326 -18.990 3.060 -49.640 1.00 0.00 W6 H +ATOM 46845 H2 TIP3X 326 -18.310 2.290 -48.540 1.00 0.00 W6 H +ATOM 46846 OH2 TIP3X 327 -28.100 -21.030 -32.920 1.00 0.00 W6 O +ATOM 46847 H1 TIP3X 327 -27.960 -20.310 -32.310 1.00 0.00 W6 H +ATOM 46848 H2 TIP3X 327 -27.290 -21.120 -33.390 1.00 0.00 W6 H +ATOM 46849 OH2 TIP3X 328 40.500 43.930 -50.210 1.00 0.00 W6 O +ATOM 46850 H1 TIP3X 328 39.780 43.620 -49.680 1.00 0.00 W6 H +ATOM 46851 H2 TIP3X 328 40.160 44.700 -50.650 1.00 0.00 W6 H +ATOM 46852 OH2 TIP3X 329 -24.080 -42.320 28.350 1.00 0.00 W6 O +ATOM 46853 H1 TIP3X 329 -23.810 -42.990 27.730 1.00 0.00 W6 H +ATOM 46854 H2 TIP3X 329 -23.460 -41.620 28.260 1.00 0.00 W6 H +ATOM 46855 OH2 TIP3X 330 3.600 -31.660 -43.000 1.00 0.00 W6 O +ATOM 46856 H1 TIP3X 330 3.630 -30.800 -43.430 1.00 0.00 W6 H +ATOM 46857 H2 TIP3X 330 4.420 -32.080 -43.250 1.00 0.00 W6 H +ATOM 46858 OH2 TIP3X 331 -12.030 4.300 -41.910 1.00 0.00 W6 O +ATOM 46859 H1 TIP3X 331 -12.660 3.600 -41.740 1.00 0.00 W6 H +ATOM 46860 H2 TIP3X 331 -12.570 5.080 -42.000 1.00 0.00 W6 H +ATOM 46861 OH2 TIP3X 332 40.720 -19.600 -25.370 1.00 0.00 W6 O +ATOM 46862 H1 TIP3X 332 40.250 -19.140 -24.670 1.00 0.00 W6 H +ATOM 46863 H2 TIP3X 332 40.260 -19.330 -26.180 1.00 0.00 W6 H +ATOM 46864 OH2 TIP3X 333 -30.940 8.300 -7.770 1.00 0.00 W6 O +ATOM 46865 H1 TIP3X 333 -30.050 7.940 -7.660 1.00 0.00 W6 H +ATOM 46866 H2 TIP3X 333 -30.790 9.150 -8.200 1.00 0.00 W6 H +ATOM 46867 OH2 TIP3X 334 12.590 -32.500 28.560 1.00 0.00 W6 O +ATOM 46868 H1 TIP3X 334 12.830 -32.400 27.640 1.00 0.00 W6 H +ATOM 46869 H2 TIP3X 334 13.230 -31.960 29.030 1.00 0.00 W6 H +ATOM 46870 OH2 TIP3X 335 -18.180 36.310 39.810 1.00 0.00 W6 O +ATOM 46871 H1 TIP3X 335 -17.260 36.170 40.050 1.00 0.00 W6 H +ATOM 46872 H2 TIP3X 335 -18.260 35.930 38.930 1.00 0.00 W6 H +ATOM 46873 OH2 TIP3X 336 -25.470 11.570 -28.800 1.00 0.00 W6 O +ATOM 46874 H1 TIP3X 336 -25.230 11.410 -27.890 1.00 0.00 W6 H +ATOM 46875 H2 TIP3X 336 -24.800 11.110 -29.310 1.00 0.00 W6 H +ATOM 46876 OH2 TIP3X 337 48.650 -38.430 31.100 1.00 0.00 W6 O +ATOM 46877 H1 TIP3X 337 48.820 -39.010 30.360 1.00 0.00 W6 H +ATOM 46878 H2 TIP3X 337 48.110 -38.960 31.690 1.00 0.00 W6 H +ATOM 46879 OH2 TIP3X 338 21.250 -12.610 -18.240 1.00 0.00 W6 O +ATOM 46880 H1 TIP3X 338 22.150 -12.450 -17.990 1.00 0.00 W6 H +ATOM 46881 H2 TIP3X 338 21.260 -12.590 -19.200 1.00 0.00 W6 H +ATOM 46882 OH2 TIP3X 339 46.950 4.260 -36.230 1.00 0.00 W6 O +ATOM 46883 H1 TIP3X 339 46.980 4.510 -37.150 1.00 0.00 W6 H +ATOM 46884 H2 TIP3X 339 46.780 5.080 -35.770 1.00 0.00 W6 H +ATOM 46885 OH2 TIP3X 340 -27.910 15.930 -39.230 1.00 0.00 W6 O +ATOM 46886 H1 TIP3X 340 -27.580 15.710 -40.100 1.00 0.00 W6 H +ATOM 46887 H2 TIP3X 340 -28.140 16.850 -39.270 1.00 0.00 W6 H +ATOM 46888 OH2 TIP3X 341 -26.920 40.920 -16.020 1.00 0.00 W6 O +ATOM 46889 H1 TIP3X 341 -27.230 40.180 -15.520 1.00 0.00 W6 H +ATOM 46890 H2 TIP3X 341 -26.250 41.320 -15.470 1.00 0.00 W6 H +ATOM 46891 OH2 TIP3X 342 -1.710 -34.400 -50.510 1.00 0.00 W6 O +ATOM 46892 H1 TIP3X 342 -2.080 -35.280 -50.460 1.00 0.00 W6 H +ATOM 46893 H2 TIP3X 342 -2.430 -33.860 -50.820 1.00 0.00 W6 H +ATOM 46894 OH2 TIP3X 343 26.350 2.570 -48.220 1.00 0.00 W6 O +ATOM 46895 H1 TIP3X 343 27.270 2.440 -48.400 1.00 0.00 W6 H +ATOM 46896 H2 TIP3X 343 26.020 1.690 -48.050 1.00 0.00 W6 H +ATOM 46897 OH2 TIP3X 344 32.500 15.350 31.090 1.00 0.00 W6 O +ATOM 46898 H1 TIP3X 344 32.400 14.750 30.350 1.00 0.00 W6 H +ATOM 46899 H2 TIP3X 344 31.760 15.950 31.000 1.00 0.00 W6 H +ATOM 46900 OH2 TIP3X 345 18.230 -24.750 11.090 1.00 0.00 W6 O +ATOM 46901 H1 TIP3X 345 17.980 -24.130 11.780 1.00 0.00 W6 H +ATOM 46902 H2 TIP3X 345 19.040 -25.150 11.400 1.00 0.00 W6 H +ATOM 46903 OH2 TIP3X 346 -33.090 -32.930 -39.110 1.00 0.00 W6 O +ATOM 46904 H1 TIP3X 346 -33.840 -32.860 -39.690 1.00 0.00 W6 H +ATOM 46905 H2 TIP3X 346 -33.460 -32.990 -38.240 1.00 0.00 W6 H +ATOM 46906 OH2 TIP3X 347 0.350 -16.600 25.610 1.00 0.00 W6 O +ATOM 46907 H1 TIP3X 347 1.220 -16.320 25.890 1.00 0.00 W6 H +ATOM 46908 H2 TIP3X 347 -0.250 -15.960 25.990 1.00 0.00 W6 H +ATOM 46909 OH2 TIP3X 348 -12.360 -24.990 16.600 1.00 0.00 W6 O +ATOM 46910 H1 TIP3X 348 -13.160 -25.480 16.760 1.00 0.00 W6 H +ATOM 46911 H2 TIP3X 348 -11.740 -25.640 16.260 1.00 0.00 W6 H +ATOM 46912 OH2 TIP3X 349 33.080 32.550 36.030 1.00 0.00 W6 O +ATOM 46913 H1 TIP3X 349 32.680 31.980 35.380 1.00 0.00 W6 H +ATOM 46914 H2 TIP3X 349 32.350 33.030 36.410 1.00 0.00 W6 H +ATOM 46915 OH2 TIP3X 350 21.070 -35.340 29.640 1.00 0.00 W6 O +ATOM 46916 H1 TIP3X 350 20.900 -36.180 29.220 1.00 0.00 W6 H +ATOM 46917 H2 TIP3X 350 21.360 -35.570 30.530 1.00 0.00 W6 H +ATOM 46918 OH2 TIP3X 351 13.210 -33.810 -18.710 1.00 0.00 W6 O +ATOM 46919 H1 TIP3X 351 12.590 -33.080 -18.690 1.00 0.00 W6 H +ATOM 46920 H2 TIP3X 351 12.670 -34.590 -18.760 1.00 0.00 W6 H +ATOM 46921 OH2 TIP3X 352 10.000 23.520 -34.650 1.00 0.00 W6 O +ATOM 46922 H1 TIP3X 352 10.690 24.180 -34.700 1.00 0.00 W6 H +ATOM 46923 H2 TIP3X 352 9.230 23.940 -35.030 1.00 0.00 W6 H +ATOM 46924 OH2 TIP3X 353 37.370 -3.230 -35.810 1.00 0.00 W6 O +ATOM 46925 H1 TIP3X 353 37.680 -3.030 -36.690 1.00 0.00 W6 H +ATOM 46926 H2 TIP3X 353 36.720 -2.550 -35.620 1.00 0.00 W6 H +ATOM 46927 OH2 TIP3X 354 38.190 8.140 -42.270 1.00 0.00 W6 O +ATOM 46928 H1 TIP3X 354 37.530 8.810 -42.480 1.00 0.00 W6 H +ATOM 46929 H2 TIP3X 354 39.030 8.560 -42.480 1.00 0.00 W6 H +ATOM 46930 OH2 TIP3X 355 0.030 -28.100 22.150 1.00 0.00 W6 O +ATOM 46931 H1 TIP3X 355 -0.600 -27.600 21.640 1.00 0.00 W6 H +ATOM 46932 H2 TIP3X 355 -0.440 -28.900 22.400 1.00 0.00 W6 H +ATOM 46933 OH2 TIP3X 356 28.180 -34.540 21.860 1.00 0.00 W6 O +ATOM 46934 H1 TIP3X 356 27.860 -33.960 21.170 1.00 0.00 W6 H +ATOM 46935 H2 TIP3X 356 28.700 -35.200 21.400 1.00 0.00 W6 H +ATOM 46936 OH2 TIP3X 357 -32.980 31.940 -37.030 1.00 0.00 W6 O +ATOM 46937 H1 TIP3X 357 -33.510 31.220 -37.380 1.00 0.00 W6 H +ATOM 46938 H2 TIP3X 357 -32.200 31.950 -37.570 1.00 0.00 W6 H +ATOM 46939 OH2 TIP3X 358 2.000 34.950 30.820 1.00 0.00 W6 O +ATOM 46940 H1 TIP3X 358 2.800 35.110 30.310 1.00 0.00 W6 H +ATOM 46941 H2 TIP3X 358 1.960 33.990 30.880 1.00 0.00 W6 H +ATOM 46942 OH2 TIP3X 359 -35.680 -38.360 -38.970 1.00 0.00 W6 O +ATOM 46943 H1 TIP3X 359 -35.610 -37.410 -38.980 1.00 0.00 W6 H +ATOM 46944 H2 TIP3X 359 -34.920 -38.660 -38.490 1.00 0.00 W6 H +ATOM 46945 OH2 TIP3X 360 -16.130 -48.890 -33.700 1.00 0.00 W6 O +ATOM 46946 H1 TIP3X 360 -16.420 -48.120 -33.220 1.00 0.00 W6 H +ATOM 46947 H2 TIP3X 360 -16.920 -49.280 -34.070 1.00 0.00 W6 H +ATOM 46948 OH2 TIP3X 361 10.370 -29.060 -44.510 1.00 0.00 W6 O +ATOM 46949 H1 TIP3X 361 11.060 -29.460 -43.980 1.00 0.00 W6 H +ATOM 46950 H2 TIP3X 361 9.980 -29.810 -44.990 1.00 0.00 W6 H +ATOM 46951 OH2 TIP3X 362 3.400 6.620 -44.190 1.00 0.00 W6 O +ATOM 46952 H1 TIP3X 362 4.090 6.880 -44.790 1.00 0.00 W6 H +ATOM 46953 H2 TIP3X 362 2.960 7.440 -43.960 1.00 0.00 W6 H +ATOM 46954 OH2 TIP3X 363 -12.850 8.630 -37.540 1.00 0.00 W6 O +ATOM 46955 H1 TIP3X 363 -13.740 8.910 -37.720 1.00 0.00 W6 H +ATOM 46956 H2 TIP3X 363 -12.720 8.770 -36.610 1.00 0.00 W6 H +ATOM 46957 OH2 TIP3X 364 7.810 42.680 -46.150 1.00 0.00 W6 O +ATOM 46958 H1 TIP3X 364 8.520 43.260 -46.410 1.00 0.00 W6 H +ATOM 46959 H2 TIP3X 364 7.520 43.020 -45.300 1.00 0.00 W6 H +ATOM 46960 OH2 TIP3X 365 -36.640 38.030 -44.380 1.00 0.00 W6 O +ATOM 46961 H1 TIP3X 365 -37.340 38.460 -44.880 1.00 0.00 W6 H +ATOM 46962 H2 TIP3X 365 -37.090 37.520 -43.720 1.00 0.00 W6 H +ATOM 46963 OH2 TIP3X 366 -38.290 -0.280 24.030 1.00 0.00 W6 O +ATOM 46964 H1 TIP3X 366 -37.980 -0.590 24.880 1.00 0.00 W6 H +ATOM 46965 H2 TIP3X 366 -39.130 -0.720 23.910 1.00 0.00 W6 H +ATOM 46966 OH2 TIP3X 367 43.770 -11.130 -34.680 1.00 0.00 W6 O +ATOM 46967 H1 TIP3X 367 44.370 -11.830 -34.960 1.00 0.00 W6 H +ATOM 46968 H2 TIP3X 367 43.690 -10.560 -35.440 1.00 0.00 W6 H +ATOM 46969 OH2 TIP3X 368 -44.540 -35.860 -48.290 1.00 0.00 W6 O +ATOM 46970 H1 TIP3X 368 -44.070 -36.320 -48.970 1.00 0.00 W6 H +ATOM 46971 H2 TIP3X 368 -44.380 -34.930 -48.450 1.00 0.00 W6 H +ATOM 46972 OH2 TIP3X 369 -29.590 34.690 38.210 1.00 0.00 W6 O +ATOM 46973 H1 TIP3X 369 -28.800 34.800 38.750 1.00 0.00 W6 H +ATOM 46974 H2 TIP3X 369 -29.310 34.170 37.460 1.00 0.00 W6 H +ATOM 46975 OH2 TIP3X 370 13.490 -20.660 -19.650 1.00 0.00 W6 O +ATOM 46976 H1 TIP3X 370 13.600 -21.600 -19.490 1.00 0.00 W6 H +ATOM 46977 H2 TIP3X 370 14.070 -20.240 -19.020 1.00 0.00 W6 H +ATOM 46978 OH2 TIP3X 371 3.290 -6.760 31.280 1.00 0.00 W6 O +ATOM 46979 H1 TIP3X 371 2.810 -6.730 32.110 1.00 0.00 W6 H +ATOM 46980 H2 TIP3X 371 2.620 -6.780 30.610 1.00 0.00 W6 H +ATOM 46981 OH2 TIP3X 372 29.890 12.490 -26.320 1.00 0.00 W6 O +ATOM 46982 H1 TIP3X 372 30.190 11.580 -26.300 1.00 0.00 W6 H +ATOM 46983 H2 TIP3X 372 29.690 12.680 -25.400 1.00 0.00 W6 H +ATOM 46984 OH2 TIP3X 373 -35.440 -1.410 -15.730 1.00 0.00 W6 O +ATOM 46985 H1 TIP3X 373 -34.870 -1.580 -14.970 1.00 0.00 W6 H +ATOM 46986 H2 TIP3X 373 -34.840 -1.140 -16.420 1.00 0.00 W6 H +ATOM 46987 OH2 TIP3X 374 42.700 32.840 -49.320 1.00 0.00 W6 O +ATOM 46988 H1 TIP3X 374 41.820 33.210 -49.420 1.00 0.00 W6 H +ATOM 46989 H2 TIP3X 374 42.570 32.010 -48.850 1.00 0.00 W6 H +ATOM 46990 OH2 TIP3X 375 -35.000 7.310 -38.020 1.00 0.00 W6 O +ATOM 46991 H1 TIP3X 375 -35.840 7.370 -38.460 1.00 0.00 W6 H +ATOM 46992 H2 TIP3X 375 -34.400 7.800 -38.580 1.00 0.00 W6 H +ATOM 46993 OH2 TIP3X 376 19.230 -44.580 22.600 1.00 0.00 W6 O +ATOM 46994 H1 TIP3X 376 19.110 -43.720 23.030 1.00 0.00 W6 H +ATOM 46995 H2 TIP3X 376 18.660 -45.180 23.100 1.00 0.00 W6 H +ATOM 46996 OH2 TIP3X 377 21.310 -33.550 -28.140 1.00 0.00 W6 O +ATOM 46997 H1 TIP3X 377 20.840 -33.490 -27.300 1.00 0.00 W6 H +ATOM 46998 H2 TIP3X 377 21.900 -32.790 -28.120 1.00 0.00 W6 H +ATOM 46999 OH2 TIP3X 378 24.480 15.170 -45.940 1.00 0.00 W6 O +ATOM 47000 H1 TIP3X 378 23.950 15.360 -45.170 1.00 0.00 W6 H +ATOM 47001 H2 TIP3X 378 24.300 15.900 -46.540 1.00 0.00 W6 H +ATOM 47002 OH2 TIP3X 379 -29.940 21.370 33.450 1.00 0.00 W6 O +ATOM 47003 H1 TIP3X 379 -29.870 20.420 33.390 1.00 0.00 W6 H +ATOM 47004 H2 TIP3X 379 -29.250 21.700 32.870 1.00 0.00 W6 H +ATOM 47005 OH2 TIP3X 380 8.610 -33.740 21.910 1.00 0.00 W6 O +ATOM 47006 H1 TIP3X 380 8.310 -33.170 21.210 1.00 0.00 W6 H +ATOM 47007 H2 TIP3X 380 8.070 -33.510 22.660 1.00 0.00 W6 H +ATOM 47008 OH2 TIP3X 381 -5.610 18.090 25.210 1.00 0.00 W6 O +ATOM 47009 H1 TIP3X 381 -6.160 17.560 25.800 1.00 0.00 W6 H +ATOM 47010 H2 TIP3X 381 -5.290 17.460 24.560 1.00 0.00 W6 H +ATOM 47011 OH2 TIP3X 382 -35.030 41.090 -28.860 1.00 0.00 W6 O +ATOM 47012 H1 TIP3X 382 -35.560 40.340 -28.590 1.00 0.00 W6 H +ATOM 47013 H2 TIP3X 382 -34.220 41.010 -28.380 1.00 0.00 W6 H +ATOM 47014 OH2 TIP3X 383 36.360 -47.160 12.340 1.00 0.00 W6 O +ATOM 47015 H1 TIP3X 383 35.830 -46.640 11.750 1.00 0.00 W6 H +ATOM 47016 H2 TIP3X 383 36.160 -46.800 13.210 1.00 0.00 W6 H +ATOM 47017 OH2 TIP3X 384 -19.430 -3.050 -35.040 1.00 0.00 W6 O +ATOM 47018 H1 TIP3X 384 -20.320 -3.150 -34.700 1.00 0.00 W6 H +ATOM 47019 H2 TIP3X 384 -19.440 -2.230 -35.530 1.00 0.00 W6 H +ATOM 47020 OH2 TIP3X 385 36.580 -43.240 -50.470 1.00 0.00 W6 O +ATOM 47021 H1 TIP3X 385 37.240 -43.480 -49.810 1.00 0.00 W6 H +ATOM 47022 H2 TIP3X 385 36.190 -44.080 -50.720 1.00 0.00 W6 H +ATOM 47023 OH2 TIP3X 386 29.340 -4.090 29.200 1.00 0.00 W6 O +ATOM 47024 H1 TIP3X 386 29.930 -3.530 29.700 1.00 0.00 W6 H +ATOM 47025 H2 TIP3X 386 29.080 -3.550 28.450 1.00 0.00 W6 H +ATOM 47026 OH2 TIP3X 387 -43.210 -24.520 28.150 1.00 0.00 W6 O +ATOM 47027 H1 TIP3X 387 -43.490 -23.610 28.270 1.00 0.00 W6 H +ATOM 47028 H2 TIP3X 387 -44.020 -25.020 28.100 1.00 0.00 W6 H +ATOM 47029 OH2 TIP3X 388 15.980 -38.330 -16.870 1.00 0.00 W6 O +ATOM 47030 H1 TIP3X 388 15.770 -37.590 -17.420 1.00 0.00 W6 H +ATOM 47031 H2 TIP3X 388 15.620 -39.100 -17.330 1.00 0.00 W6 H +ATOM 47032 OH2 TIP3X 389 10.540 15.850 17.910 1.00 0.00 W6 O +ATOM 47033 H1 TIP3X 389 11.000 16.360 18.570 1.00 0.00 W6 H +ATOM 47034 H2 TIP3X 389 10.850 16.210 17.070 1.00 0.00 W6 H +ATOM 47035 OH2 TIP3X 390 -3.870 32.380 27.590 1.00 0.00 W6 O +ATOM 47036 H1 TIP3X 390 -4.400 31.600 27.720 1.00 0.00 W6 H +ATOM 47037 H2 TIP3X 390 -3.330 32.440 28.370 1.00 0.00 W6 H +ATOM 47038 OH2 TIP3X 391 0.690 31.860 -28.760 1.00 0.00 W6 O +ATOM 47039 H1 TIP3X 391 0.310 31.030 -29.040 1.00 0.00 W6 H +ATOM 47040 H2 TIP3X 391 0.930 31.720 -27.840 1.00 0.00 W6 H +ATOM 47041 OH2 TIP3X 392 -33.850 40.150 41.600 1.00 0.00 W6 O +ATOM 47042 H1 TIP3X 392 -33.700 39.290 42.010 1.00 0.00 W6 H +ATOM 47043 H2 TIP3X 392 -33.320 40.760 42.130 1.00 0.00 W6 H +ATOM 47044 OH2 TIP3X 393 48.290 -36.680 26.370 1.00 0.00 W6 O +ATOM 47045 H1 TIP3X 393 48.410 -36.780 25.430 1.00 0.00 W6 H +ATOM 47046 H2 TIP3X 393 47.650 -35.980 26.470 1.00 0.00 W6 H +ATOM 47047 OH2 TIP3X 394 13.910 -1.730 -40.330 1.00 0.00 W6 O +ATOM 47048 H1 TIP3X 394 13.830 -0.780 -40.460 1.00 0.00 W6 H +ATOM 47049 H2 TIP3X 394 14.680 -1.980 -40.840 1.00 0.00 W6 H +ATOM 47050 OH2 TIP3X 395 23.940 5.940 -47.430 1.00 0.00 W6 O +ATOM 47051 H1 TIP3X 395 24.150 6.280 -46.570 1.00 0.00 W6 H +ATOM 47052 H2 TIP3X 395 24.780 5.880 -47.890 1.00 0.00 W6 H +ATOM 47053 OH2 TIP3X 396 -33.970 -23.960 23.960 1.00 0.00 W6 O +ATOM 47054 H1 TIP3X 396 -33.760 -24.280 24.850 1.00 0.00 W6 H +ATOM 47055 H2 TIP3X 396 -33.270 -23.340 23.770 1.00 0.00 W6 H +ATOM 47056 OH2 TIP3X 397 -17.810 -36.340 -42.490 1.00 0.00 W6 O +ATOM 47057 H1 TIP3X 397 -18.010 -36.420 -41.550 1.00 0.00 W6 H +ATOM 47058 H2 TIP3X 397 -17.140 -35.650 -42.530 1.00 0.00 W6 H +ATOM 47059 OH2 TIP3X 398 -1.030 -22.250 30.210 1.00 0.00 W6 O +ATOM 47060 H1 TIP3X 398 -1.770 -22.820 30.000 1.00 0.00 W6 H +ATOM 47061 H2 TIP3X 398 -1.410 -21.390 30.340 1.00 0.00 W6 H +ATOM 47062 OH2 TIP3X 399 12.740 4.380 37.310 1.00 0.00 W6 O +ATOM 47063 H1 TIP3X 399 13.250 4.720 38.050 1.00 0.00 W6 H +ATOM 47064 H2 TIP3X 399 13.410 4.140 36.660 1.00 0.00 W6 H +ATOM 47065 OH2 TIP3X 400 -26.390 30.230 -41.920 1.00 0.00 W6 O +ATOM 47066 H1 TIP3X 400 -25.910 29.710 -42.570 1.00 0.00 W6 H +ATOM 47067 H2 TIP3X 400 -26.900 30.850 -42.460 1.00 0.00 W6 H +ATOM 47068 OH2 TIP3X 401 17.970 -22.480 -23.550 1.00 0.00 W6 O +ATOM 47069 H1 TIP3X 401 17.210 -22.630 -24.100 1.00 0.00 W6 H +ATOM 47070 H2 TIP3X 401 17.980 -21.540 -23.410 1.00 0.00 W6 H +ATOM 47071 OH2 TIP3X 402 2.910 -14.120 -34.330 1.00 0.00 W6 O +ATOM 47072 H1 TIP3X 402 3.340 -14.570 -35.050 1.00 0.00 W6 H +ATOM 47073 H2 TIP3X 402 2.240 -13.600 -34.750 1.00 0.00 W6 H +ATOM 47074 OH2 TIP3X 403 -0.660 9.700 32.900 1.00 0.00 W6 O +ATOM 47075 H1 TIP3X 403 -1.410 9.140 33.130 1.00 0.00 W6 H +ATOM 47076 H2 TIP3X 403 -0.570 10.300 33.630 1.00 0.00 W6 H +ATOM 47077 OH2 TIP3X 404 46.490 -11.180 18.460 1.00 0.00 W6 O +ATOM 47078 H1 TIP3X 404 45.660 -11.070 18.020 1.00 0.00 W6 H +ATOM 47079 H2 TIP3X 404 47.130 -10.780 17.880 1.00 0.00 W6 H +ATOM 47080 OH2 TIP3X 405 5.290 39.140 -37.280 1.00 0.00 W6 O +ATOM 47081 H1 TIP3X 405 6.030 39.050 -37.880 1.00 0.00 W6 H +ATOM 47082 H2 TIP3X 405 5.570 38.710 -36.470 1.00 0.00 W6 H +ATOM 47083 OH2 TIP3X 406 -27.600 37.970 -23.600 1.00 0.00 W6 O +ATOM 47084 H1 TIP3X 406 -27.590 38.580 -22.870 1.00 0.00 W6 H +ATOM 47085 H2 TIP3X 406 -26.710 38.000 -23.950 1.00 0.00 W6 H +ATOM 47086 OH2 TIP3X 407 34.320 8.480 32.390 1.00 0.00 W6 O +ATOM 47087 H1 TIP3X 407 34.140 7.620 32.750 1.00 0.00 W6 H +ATOM 47088 H2 TIP3X 407 34.550 8.320 31.470 1.00 0.00 W6 H +ATOM 47089 OH2 TIP3X 408 2.650 33.430 -29.750 1.00 0.00 W6 O +ATOM 47090 H1 TIP3X 408 2.610 33.220 -30.690 1.00 0.00 W6 H +ATOM 47091 H2 TIP3X 408 1.880 33.010 -29.380 1.00 0.00 W6 H +ATOM 47092 OH2 TIP3X 409 -2.540 37.260 19.740 1.00 0.00 W6 O +ATOM 47093 H1 TIP3X 409 -3.390 37.210 19.300 1.00 0.00 W6 H +ATOM 47094 H2 TIP3X 409 -1.900 37.100 19.050 1.00 0.00 W6 H +ATOM 47095 OH2 TIP3X 410 9.300 13.340 -19.790 1.00 0.00 W6 O +ATOM 47096 H1 TIP3X 410 9.860 14.120 -19.720 1.00 0.00 W6 H +ATOM 47097 H2 TIP3X 410 9.280 12.960 -18.920 1.00 0.00 W6 H +ATOM 47098 OH2 TIP3X 411 -31.420 -1.520 25.860 1.00 0.00 W6 O +ATOM 47099 H1 TIP3X 411 -30.490 -1.450 25.690 1.00 0.00 W6 H +ATOM 47100 H2 TIP3X 411 -31.660 -2.400 25.580 1.00 0.00 W6 H +ATOM 47101 OH2 TIP3X 412 -39.740 0.240 -46.940 1.00 0.00 W6 O +ATOM 47102 H1 TIP3X 412 -38.890 0.210 -46.510 1.00 0.00 W6 H +ATOM 47103 H2 TIP3X 412 -40.380 0.160 -46.230 1.00 0.00 W6 H +ATOM 47104 OH2 TIP3X 413 -29.700 -36.560 17.860 1.00 0.00 W6 O +ATOM 47105 H1 TIP3X 413 -28.790 -36.710 18.100 1.00 0.00 W6 H +ATOM 47106 H2 TIP3X 413 -29.710 -35.720 17.410 1.00 0.00 W6 H +ATOM 47107 OH2 TIP3X 414 -16.800 -47.070 38.110 1.00 0.00 W6 O +ATOM 47108 H1 TIP3X 414 -15.950 -47.480 38.230 1.00 0.00 W6 H +ATOM 47109 H2 TIP3X 414 -17.430 -47.780 38.170 1.00 0.00 W6 H +ATOM 47110 OH2 TIP3X 415 -23.300 -37.630 34.060 1.00 0.00 W6 O +ATOM 47111 H1 TIP3X 415 -22.820 -37.180 33.370 1.00 0.00 W6 H +ATOM 47112 H2 TIP3X 415 -23.210 -38.560 33.840 1.00 0.00 W6 H +ATOM 47113 OH2 TIP3X 416 34.980 13.490 23.820 1.00 0.00 W6 O +ATOM 47114 H1 TIP3X 416 35.420 13.970 24.520 1.00 0.00 W6 H +ATOM 47115 H2 TIP3X 416 35.400 12.640 23.800 1.00 0.00 W6 H +ATOM 47116 OH2 TIP3X 417 -10.540 -38.270 35.820 1.00 0.00 W6 O +ATOM 47117 H1 TIP3X 417 -11.090 -38.090 36.580 1.00 0.00 W6 H +ATOM 47118 H2 TIP3X 417 -10.720 -39.190 35.610 1.00 0.00 W6 H +ATOM 47119 OH2 TIP3X 418 1.210 -24.230 -27.310 1.00 0.00 W6 O +ATOM 47120 H1 TIP3X 418 1.540 -24.980 -26.810 1.00 0.00 W6 H +ATOM 47121 H2 TIP3X 418 1.830 -23.520 -27.140 1.00 0.00 W6 H +ATOM 47122 OH2 TIP3X 419 21.380 34.430 30.930 1.00 0.00 W6 O +ATOM 47123 H1 TIP3X 419 22.340 34.410 31.010 1.00 0.00 W6 H +ATOM 47124 H2 TIP3X 419 21.220 34.300 30.000 1.00 0.00 W6 H +ATOM 47125 OH2 TIP3X 420 -3.700 0.910 27.030 1.00 0.00 W6 O +ATOM 47126 H1 TIP3X 420 -2.820 0.960 27.390 1.00 0.00 W6 H +ATOM 47127 H2 TIP3X 420 -3.840 -0.020 26.870 1.00 0.00 W6 H +ATOM 47128 OH2 TIP3X 421 32.790 -49.390 22.730 1.00 0.00 W6 O +ATOM 47129 H1 TIP3X 421 31.870 -49.180 22.670 1.00 0.00 W6 H +ATOM 47130 H2 TIP3X 421 32.870 -49.910 23.520 1.00 0.00 W6 H +ATOM 47131 OH2 TIP3X 422 12.240 14.440 22.640 1.00 0.00 W6 O +ATOM 47132 H1 TIP3X 422 12.750 14.190 21.870 1.00 0.00 W6 H +ATOM 47133 H2 TIP3X 422 11.640 15.120 22.320 1.00 0.00 W6 H +ATOM 47134 OH2 TIP3X 423 -3.760 -20.810 22.020 1.00 0.00 W6 O +ATOM 47135 H1 TIP3X 423 -3.840 -20.250 21.250 1.00 0.00 W6 H +ATOM 47136 H2 TIP3X 423 -3.420 -21.650 21.680 1.00 0.00 W6 H +ATOM 47137 OH2 TIP3X 424 -6.520 -31.130 -48.800 1.00 0.00 W6 O +ATOM 47138 H1 TIP3X 424 -5.970 -31.890 -49.030 1.00 0.00 W6 H +ATOM 47139 H2 TIP3X 424 -6.040 -30.380 -49.130 1.00 0.00 W6 H +ATOM 47140 OH2 TIP3X 425 -37.310 0.690 38.980 1.00 0.00 W6 O +ATOM 47141 H1 TIP3X 425 -37.100 -0.020 38.390 1.00 0.00 W6 H +ATOM 47142 H2 TIP3X 425 -37.380 1.470 38.410 1.00 0.00 W6 H +ATOM 47143 OH2 TIP3X 426 18.970 35.550 -41.610 1.00 0.00 W6 O +ATOM 47144 H1 TIP3X 426 19.040 36.170 -42.330 1.00 0.00 W6 H +ATOM 47145 H2 TIP3X 426 19.150 34.700 -42.020 1.00 0.00 W6 H +ATOM 47146 OH2 TIP3X 427 -37.720 15.770 -27.030 1.00 0.00 W6 O +ATOM 47147 H1 TIP3X 427 -38.120 16.650 -27.060 1.00 0.00 W6 H +ATOM 47148 H2 TIP3X 427 -37.400 15.630 -27.930 1.00 0.00 W6 H +ATOM 47149 OH2 TIP3X 428 -13.170 42.430 -47.290 1.00 0.00 W6 O +ATOM 47150 H1 TIP3X 428 -12.750 41.630 -47.580 1.00 0.00 W6 H +ATOM 47151 H2 TIP3X 428 -13.650 42.740 -48.060 1.00 0.00 W6 H +ATOM 47152 OH2 TIP3X 429 -5.300 23.540 31.500 1.00 0.00 W6 O +ATOM 47153 H1 TIP3X 429 -5.200 24.450 31.820 1.00 0.00 W6 H +ATOM 47154 H2 TIP3X 429 -5.900 23.130 32.140 1.00 0.00 W6 H +ATOM 47155 OH2 TIP3X 430 -42.040 26.070 -43.840 1.00 0.00 W6 O +ATOM 47156 H1 TIP3X 430 -41.800 26.510 -44.650 1.00 0.00 W6 H +ATOM 47157 H2 TIP3X 430 -42.600 25.350 -44.120 1.00 0.00 W6 H +ATOM 47158 OH2 TIP3X 431 30.860 -24.400 -51.130 1.00 0.00 W6 O +ATOM 47159 H1 TIP3X 431 30.490 -24.020 -50.330 1.00 0.00 W6 H +ATOM 47160 H2 TIP3X 431 31.370 -23.700 -51.530 1.00 0.00 W6 H +ATOM 47161 OH2 TIP3X 432 43.680 -51.440 30.130 1.00 0.00 W6 O +ATOM 47162 H1 TIP3X 432 42.990 -51.330 29.470 1.00 0.00 W6 H +ATOM 47163 H2 TIP3X 432 43.500 -52.300 30.510 1.00 0.00 W6 H +ATOM 47164 OH2 TIP3X 433 -18.680 -35.290 11.660 1.00 0.00 W6 O +ATOM 47165 H1 TIP3X 433 -18.640 -35.430 10.710 1.00 0.00 W6 H +ATOM 47166 H2 TIP3X 433 -18.060 -35.910 12.030 1.00 0.00 W6 H +ATOM 47167 OH2 TIP3X 434 -43.700 -31.870 32.230 1.00 0.00 W6 O +ATOM 47168 H1 TIP3X 434 -42.990 -32.080 31.610 1.00 0.00 W6 H +ATOM 47169 H2 TIP3X 434 -43.430 -31.040 32.640 1.00 0.00 W6 H +ATOM 47170 OH2 TIP3X 435 44.860 -51.400 19.080 1.00 0.00 W6 O +ATOM 47171 H1 TIP3X 435 45.270 -52.210 18.760 1.00 0.00 W6 H +ATOM 47172 H2 TIP3X 435 45.570 -50.910 19.460 1.00 0.00 W6 H +ATOM 47173 OH2 TIP3X 436 -2.710 37.780 -47.640 1.00 0.00 W6 O +ATOM 47174 H1 TIP3X 436 -2.890 37.880 -46.710 1.00 0.00 W6 H +ATOM 47175 H2 TIP3X 436 -1.760 37.720 -47.690 1.00 0.00 W6 H +ATOM 47176 OH2 TIP3X 437 42.780 6.250 -11.770 1.00 0.00 W6 O +ATOM 47177 H1 TIP3X 437 42.940 6.650 -10.910 1.00 0.00 W6 H +ATOM 47178 H2 TIP3X 437 42.610 6.990 -12.340 1.00 0.00 W6 H +ATOM 47179 OH2 TIP3X 438 -41.310 -12.510 -22.360 1.00 0.00 W6 O +ATOM 47180 H1 TIP3X 438 -41.940 -12.050 -22.900 1.00 0.00 W6 H +ATOM 47181 H2 TIP3X 438 -41.850 -13.020 -21.740 1.00 0.00 W6 H +ATOM 47182 OH2 TIP3X 439 31.040 -26.150 25.270 1.00 0.00 W6 O +ATOM 47183 H1 TIP3X 439 31.970 -26.180 25.500 1.00 0.00 W6 H +ATOM 47184 H2 TIP3X 439 31.040 -25.750 24.400 1.00 0.00 W6 H +ATOM 47185 OH2 TIP3X 440 -21.280 -0.260 25.500 1.00 0.00 W6 O +ATOM 47186 H1 TIP3X 440 -21.820 0.380 25.030 1.00 0.00 W6 H +ATOM 47187 H2 TIP3X 440 -21.820 -1.050 25.540 1.00 0.00 W6 H +ATOM 47188 OH2 TIP3X 441 34.670 19.910 -19.070 1.00 0.00 W6 O +ATOM 47189 H1 TIP3X 441 34.320 19.080 -18.760 1.00 0.00 W6 H +ATOM 47190 H2 TIP3X 441 35.580 19.900 -18.810 1.00 0.00 W6 H +ATOM 47191 OH2 TIP3X 442 32.200 -2.330 -15.100 1.00 0.00 W6 O +ATOM 47192 H1 TIP3X 442 31.910 -1.550 -15.580 1.00 0.00 W6 H +ATOM 47193 H2 TIP3X 442 31.630 -2.360 -14.330 1.00 0.00 W6 H +ATOM 47194 OH2 TIP3X 443 -25.620 18.240 -34.840 1.00 0.00 W6 O +ATOM 47195 H1 TIP3X 443 -25.880 18.940 -34.260 1.00 0.00 W6 H +ATOM 47196 H2 TIP3X 443 -24.660 18.230 -34.810 1.00 0.00 W6 H +ATOM 47197 OH2 TIP3X 444 40.020 -10.780 25.520 1.00 0.00 W6 O +ATOM 47198 H1 TIP3X 444 39.780 -9.870 25.630 1.00 0.00 W6 H +ATOM 47199 H2 TIP3X 444 39.550 -11.240 26.220 1.00 0.00 W6 H +ATOM 47200 OH2 TIP3X 445 36.200 29.430 -50.580 1.00 0.00 W6 O +ATOM 47201 H1 TIP3X 445 35.470 28.940 -50.210 1.00 0.00 W6 H +ATOM 47202 H2 TIP3X 445 36.720 29.690 -49.820 1.00 0.00 W6 H +ATOM 47203 OH2 TIP3X 446 21.630 35.450 -24.890 1.00 0.00 W6 O +ATOM 47204 H1 TIP3X 446 22.520 35.760 -25.010 1.00 0.00 W6 H +ATOM 47205 H2 TIP3X 446 21.700 34.680 -24.330 1.00 0.00 W6 H +ATOM 47206 OH2 TIP3X 447 20.000 25.130 25.900 1.00 0.00 W6 O +ATOM 47207 H1 TIP3X 447 19.770 25.220 26.820 1.00 0.00 W6 H +ATOM 47208 H2 TIP3X 447 20.150 26.030 25.590 1.00 0.00 W6 H +ATOM 47209 OH2 TIP3X 448 -28.160 27.430 39.070 1.00 0.00 W6 O +ATOM 47210 H1 TIP3X 448 -27.650 28.120 39.490 1.00 0.00 W6 H +ATOM 47211 H2 TIP3X 448 -28.910 27.290 39.650 1.00 0.00 W6 H +ATOM 47212 OH2 TIP3X 449 34.340 4.020 -41.230 1.00 0.00 W6 O +ATOM 47213 H1 TIP3X 449 34.430 4.320 -42.130 1.00 0.00 W6 H +ATOM 47214 H2 TIP3X 449 35.000 3.320 -41.150 1.00 0.00 W6 H +ATOM 47215 OH2 TIP3X 450 -5.760 -30.370 21.300 1.00 0.00 W6 O +ATOM 47216 H1 TIP3X 450 -6.210 -29.800 21.930 1.00 0.00 W6 H +ATOM 47217 H2 TIP3X 450 -6.390 -30.490 20.590 1.00 0.00 W6 H +ATOM 47218 OH2 TIP3X 451 -22.690 -36.620 -27.520 1.00 0.00 W6 O +ATOM 47219 H1 TIP3X 451 -23.420 -36.060 -27.770 1.00 0.00 W6 H +ATOM 47220 H2 TIP3X 451 -22.040 -36.010 -27.170 1.00 0.00 W6 H +ATOM 47221 OH2 TIP3X 452 -21.440 42.870 -26.100 1.00 0.00 W6 O +ATOM 47222 H1 TIP3X 452 -22.100 42.210 -26.330 1.00 0.00 W6 H +ATOM 47223 H2 TIP3X 452 -21.350 43.390 -26.890 1.00 0.00 W6 H +ATOM 47224 OH2 TIP3X 453 8.210 -23.820 -25.200 1.00 0.00 W6 O +ATOM 47225 H1 TIP3X 453 8.790 -23.940 -24.450 1.00 0.00 W6 H +ATOM 47226 H2 TIP3X 453 8.240 -22.890 -25.380 1.00 0.00 W6 H +ATOM 47227 OH2 TIP3X 454 40.840 26.270 27.290 1.00 0.00 W6 O +ATOM 47228 H1 TIP3X 454 41.580 26.640 27.790 1.00 0.00 W6 H +ATOM 47229 H2 TIP3X 454 40.060 26.670 27.690 1.00 0.00 W6 H +ATOM 47230 OH2 TIP3X 455 11.530 -38.730 29.180 1.00 0.00 W6 O +ATOM 47231 H1 TIP3X 455 10.870 -38.130 29.510 1.00 0.00 W6 H +ATOM 47232 H2 TIP3X 455 11.470 -38.670 28.230 1.00 0.00 W6 H +ATOM 47233 OH2 TIP3X 456 26.910 -10.810 35.760 1.00 0.00 W6 O +ATOM 47234 H1 TIP3X 456 27.380 -10.240 35.160 1.00 0.00 W6 H +ATOM 47235 H2 TIP3X 456 26.940 -11.670 35.350 1.00 0.00 W6 H +ATOM 47236 OH2 TIP3X 457 -20.130 19.210 -33.440 1.00 0.00 W6 O +ATOM 47237 H1 TIP3X 457 -20.350 18.640 -34.170 1.00 0.00 W6 H +ATOM 47238 H2 TIP3X 457 -20.630 18.860 -32.700 1.00 0.00 W6 H +ATOM 47239 OH2 TIP3X 458 14.050 -40.230 -49.440 1.00 0.00 W6 O +ATOM 47240 H1 TIP3X 458 14.600 -39.500 -49.730 1.00 0.00 W6 H +ATOM 47241 H2 TIP3X 458 13.440 -39.850 -48.830 1.00 0.00 W6 H +ATOM 47242 OH2 TIP3X 459 -10.560 10.390 -32.960 1.00 0.00 W6 O +ATOM 47243 H1 TIP3X 459 -10.300 10.850 -33.750 1.00 0.00 W6 H +ATOM 47244 H2 TIP3X 459 -11.310 10.900 -32.620 1.00 0.00 W6 H +ATOM 47245 OH2 TIP3X 460 34.190 15.390 38.090 1.00 0.00 W6 O +ATOM 47246 H1 TIP3X 460 34.950 15.960 37.960 1.00 0.00 W6 H +ATOM 47247 H2 TIP3X 460 34.570 14.540 38.320 1.00 0.00 W6 H +ATOM 47248 OH2 TIP3X 461 -23.100 -30.720 -22.540 1.00 0.00 W6 O +ATOM 47249 H1 TIP3X 461 -23.390 -31.620 -22.380 1.00 0.00 W6 H +ATOM 47250 H2 TIP3X 461 -23.900 -30.200 -22.460 1.00 0.00 W6 H +ATOM 47251 OH2 TIP3X 462 12.540 -16.490 24.330 1.00 0.00 W6 O +ATOM 47252 H1 TIP3X 462 12.030 -16.230 23.570 1.00 0.00 W6 H +ATOM 47253 H2 TIP3X 462 12.560 -17.450 24.280 1.00 0.00 W6 H +ATOM 47254 OH2 TIP3X 463 -3.630 -23.230 -36.410 1.00 0.00 W6 O +ATOM 47255 H1 TIP3X 463 -3.570 -22.280 -36.340 1.00 0.00 W6 H +ATOM 47256 H2 TIP3X 463 -3.580 -23.540 -35.500 1.00 0.00 W6 H +ATOM 47257 OH2 TIP3X 464 31.540 12.320 -42.320 1.00 0.00 W6 O +ATOM 47258 H1 TIP3X 464 31.520 13.000 -42.990 1.00 0.00 W6 H +ATOM 47259 H2 TIP3X 464 30.920 11.660 -42.630 1.00 0.00 W6 H +ATOM 47260 OH2 TIP3X 465 35.680 -47.650 23.780 1.00 0.00 W6 O +ATOM 47261 H1 TIP3X 465 35.060 -46.970 23.520 1.00 0.00 W6 H +ATOM 47262 H2 TIP3X 465 35.470 -48.390 23.200 1.00 0.00 W6 H +ATOM 47263 OH2 TIP3X 466 42.410 -24.400 24.150 1.00 0.00 W6 O +ATOM 47264 H1 TIP3X 466 42.240 -24.270 25.080 1.00 0.00 W6 H +ATOM 47265 H2 TIP3X 466 43.360 -24.280 24.040 1.00 0.00 W6 H +ATOM 47266 OH2 TIP3X 467 19.040 -15.440 -45.030 1.00 0.00 W6 O +ATOM 47267 H1 TIP3X 467 19.940 -15.210 -45.210 1.00 0.00 W6 H +ATOM 47268 H2 TIP3X 467 19.090 -16.170 -44.410 1.00 0.00 W6 H +ATOM 47269 OH2 TIP3X 468 14.070 -38.190 24.810 1.00 0.00 W6 O +ATOM 47270 H1 TIP3X 468 14.000 -39.050 25.220 1.00 0.00 W6 H +ATOM 47271 H2 TIP3X 468 13.200 -38.020 24.440 1.00 0.00 W6 H +ATOM 47272 OH2 TIP3X 469 -14.030 -44.000 20.290 1.00 0.00 W6 O +ATOM 47273 H1 TIP3X 469 -13.490 -43.780 21.050 1.00 0.00 W6 H +ATOM 47274 H2 TIP3X 469 -13.830 -44.910 20.090 1.00 0.00 W6 H +ATOM 47275 OH2 TIP3X 470 -43.980 -17.740 -34.970 1.00 0.00 W6 O +ATOM 47276 H1 TIP3X 470 -43.560 -17.940 -35.800 1.00 0.00 W6 H +ATOM 47277 H2 TIP3X 470 -44.300 -18.570 -34.640 1.00 0.00 W6 H +ATOM 47278 OH2 TIP3X 471 19.800 -20.250 24.210 1.00 0.00 W6 O +ATOM 47279 H1 TIP3X 471 20.190 -19.630 24.820 1.00 0.00 W6 H +ATOM 47280 H2 TIP3X 471 20.520 -20.840 23.960 1.00 0.00 W6 H +ATOM 47281 OH2 TIP3X 472 -17.730 39.640 -46.810 1.00 0.00 W6 O +ATOM 47282 H1 TIP3X 472 -16.810 39.860 -46.630 1.00 0.00 W6 H +ATOM 47283 H2 TIP3X 472 -17.820 39.770 -47.760 1.00 0.00 W6 H +ATOM 47284 OH2 TIP3X 473 42.870 17.940 26.630 1.00 0.00 W6 O +ATOM 47285 H1 TIP3X 473 42.950 17.540 27.510 1.00 0.00 W6 H +ATOM 47286 H2 TIP3X 473 41.930 18.030 26.490 1.00 0.00 W6 H +ATOM 47287 OH2 TIP3X 474 -18.790 -7.890 -38.020 1.00 0.00 W6 O +ATOM 47288 H1 TIP3X 474 -19.240 -7.040 -37.950 1.00 0.00 W6 H +ATOM 47289 H2 TIP3X 474 -18.220 -7.920 -37.260 1.00 0.00 W6 H +ATOM 47290 OH2 TIP3X 475 44.130 -38.600 -45.840 1.00 0.00 W6 O +ATOM 47291 H1 TIP3X 475 44.400 -39.120 -46.590 1.00 0.00 W6 H +ATOM 47292 H2 TIP3X 475 43.400 -39.090 -45.460 1.00 0.00 W6 H +ATOM 47293 OH2 TIP3X 476 11.270 -36.210 -32.510 1.00 0.00 W6 O +ATOM 47294 H1 TIP3X 476 10.420 -36.610 -32.650 1.00 0.00 W6 H +ATOM 47295 H2 TIP3X 476 11.880 -36.740 -33.020 1.00 0.00 W6 H +ATOM 47296 OH2 TIP3X 477 -16.470 -40.420 29.890 1.00 0.00 W6 O +ATOM 47297 H1 TIP3X 477 -17.410 -40.270 30.050 1.00 0.00 W6 H +ATOM 47298 H2 TIP3X 477 -16.030 -39.920 30.560 1.00 0.00 W6 H +ATOM 47299 OH2 TIP3X 478 -12.660 -14.640 -49.110 1.00 0.00 W6 O +ATOM 47300 H1 TIP3X 478 -13.350 -14.520 -49.760 1.00 0.00 W6 H +ATOM 47301 H2 TIP3X 478 -12.090 -15.300 -49.500 1.00 0.00 W6 H +ATOM 47302 OH2 TIP3X 479 -10.930 -9.540 -48.560 1.00 0.00 W6 O +ATOM 47303 H1 TIP3X 479 -10.920 -10.360 -49.040 1.00 0.00 W6 H +ATOM 47304 H2 TIP3X 479 -10.210 -9.030 -48.920 1.00 0.00 W6 H +ATOM 47305 OH2 TIP3X 480 -41.550 27.380 -38.130 1.00 0.00 W6 O +ATOM 47306 H1 TIP3X 480 -42.360 27.750 -38.450 1.00 0.00 W6 H +ATOM 47307 H2 TIP3X 480 -41.310 27.940 -37.380 1.00 0.00 W6 H +ATOM 47308 OH2 TIP3X 481 6.340 -6.770 -47.390 1.00 0.00 W6 O +ATOM 47309 H1 TIP3X 481 6.890 -7.530 -47.570 1.00 0.00 W6 H +ATOM 47310 H2 TIP3X 481 5.770 -7.050 -46.670 1.00 0.00 W6 H +ATOM 47311 OH2 TIP3X 482 20.790 34.620 28.230 1.00 0.00 W6 O +ATOM 47312 H1 TIP3X 482 21.690 34.680 27.890 1.00 0.00 W6 H +ATOM 47313 H2 TIP3X 482 20.410 35.470 28.010 1.00 0.00 W6 H +ATOM 47314 OH2 TIP3X 483 -11.880 23.670 -30.500 1.00 0.00 W6 O +ATOM 47315 H1 TIP3X 483 -11.150 23.150 -30.190 1.00 0.00 W6 H +ATOM 47316 H2 TIP3X 483 -12.330 23.110 -31.140 1.00 0.00 W6 H +ATOM 47317 OH2 TIP3X 484 28.170 38.720 -21.470 1.00 0.00 W6 O +ATOM 47318 H1 TIP3X 484 28.580 37.870 -21.610 1.00 0.00 W6 H +ATOM 47319 H2 TIP3X 484 28.850 39.360 -21.660 1.00 0.00 W6 H +ATOM 47320 OH2 TIP3X 485 20.490 39.310 -37.080 1.00 0.00 W6 O +ATOM 47321 H1 TIP3X 485 19.580 39.610 -37.060 1.00 0.00 W6 H +ATOM 47322 H2 TIP3X 485 20.920 39.850 -37.730 1.00 0.00 W6 H +ATOM 47323 OH2 TIP3X 486 -23.140 -47.990 -38.810 1.00 0.00 W6 O +ATOM 47324 H1 TIP3X 486 -22.890 -47.430 -38.090 1.00 0.00 W6 H +ATOM 47325 H2 TIP3X 486 -22.380 -48.530 -38.980 1.00 0.00 W6 H +ATOM 47326 OH2 TIP3X 487 26.090 -32.610 27.360 1.00 0.00 W6 O +ATOM 47327 H1 TIP3X 487 27.030 -32.730 27.540 1.00 0.00 W6 H +ATOM 47328 H2 TIP3X 487 25.860 -33.350 26.790 1.00 0.00 W6 H +ATOM 47329 OH2 TIP3X 488 3.780 -9.150 -34.810 1.00 0.00 W6 O +ATOM 47330 H1 TIP3X 488 4.010 -9.230 -33.890 1.00 0.00 W6 H +ATOM 47331 H2 TIP3X 488 4.060 -9.980 -35.200 1.00 0.00 W6 H +ATOM 47332 OH2 TIP3X 489 -32.180 -29.370 -49.060 1.00 0.00 W6 O +ATOM 47333 H1 TIP3X 489 -32.030 -29.090 -49.970 1.00 0.00 W6 H +ATOM 47334 H2 TIP3X 489 -32.090 -28.560 -48.550 1.00 0.00 W6 H +ATOM 47335 OH2 TIP3X 490 -43.180 37.780 -35.770 1.00 0.00 W6 O +ATOM 47336 H1 TIP3X 490 -42.250 37.960 -35.640 1.00 0.00 W6 H +ATOM 47337 H2 TIP3X 490 -43.210 37.250 -36.580 1.00 0.00 W6 H +ATOM 47338 OH2 TIP3X 491 -28.550 -0.250 -7.430 1.00 0.00 W6 O +ATOM 47339 H1 TIP3X 491 -29.500 -0.370 -7.390 1.00 0.00 W6 H +ATOM 47340 H2 TIP3X 491 -28.200 -0.990 -6.950 1.00 0.00 W6 H +ATOM 47341 OH2 TIP3X 492 -18.060 -34.590 24.940 1.00 0.00 W6 O +ATOM 47342 H1 TIP3X 492 -17.150 -34.890 25.060 1.00 0.00 W6 H +ATOM 47343 H2 TIP3X 492 -18.300 -34.920 24.070 1.00 0.00 W6 H +ATOM 47344 OH2 TIP3X 493 -42.240 -22.030 34.990 1.00 0.00 W6 O +ATOM 47345 H1 TIP3X 493 -42.690 -22.240 35.800 1.00 0.00 W6 H +ATOM 47346 H2 TIP3X 493 -41.780 -21.210 35.180 1.00 0.00 W6 H +ATOM 47347 OH2 TIP3X 494 -8.750 25.000 -22.660 1.00 0.00 W6 O +ATOM 47348 H1 TIP3X 494 -8.170 25.670 -23.010 1.00 0.00 W6 H +ATOM 47349 H2 TIP3X 494 -9.500 25.480 -22.320 1.00 0.00 W6 H +ATOM 47350 OH2 TIP3X 495 15.490 -12.570 38.200 1.00 0.00 W6 O +ATOM 47351 H1 TIP3X 495 15.030 -11.790 38.520 1.00 0.00 W6 H +ATOM 47352 H2 TIP3X 495 15.880 -12.960 38.970 1.00 0.00 W6 H +ATOM 47353 OH2 TIP3X 496 -6.160 -3.660 25.710 1.00 0.00 W6 O +ATOM 47354 H1 TIP3X 496 -5.800 -4.540 25.860 1.00 0.00 W6 H +ATOM 47355 H2 TIP3X 496 -6.950 -3.630 26.260 1.00 0.00 W6 H +ATOM 47356 OH2 TIP3X 497 -38.150 -39.420 -39.480 1.00 0.00 W6 O +ATOM 47357 H1 TIP3X 497 -37.510 -38.950 -38.950 1.00 0.00 W6 H +ATOM 47358 H2 TIP3X 497 -37.730 -39.510 -40.340 1.00 0.00 W6 H +ATOM 47359 OH2 TIP3X 498 36.160 2.120 -44.460 1.00 0.00 W6 O +ATOM 47360 H1 TIP3X 498 35.520 2.780 -44.740 1.00 0.00 W6 H +ATOM 47361 H2 TIP3X 498 36.860 2.160 -45.120 1.00 0.00 W6 H +ATOM 47362 OH2 TIP3X 499 49.200 9.140 33.870 1.00 0.00 W6 O +ATOM 47363 H1 TIP3X 499 48.510 8.570 33.520 1.00 0.00 W6 H +ATOM 47364 H2 TIP3X 499 49.210 9.890 33.270 1.00 0.00 W6 H +ATOM 47365 OH2 TIP3X 500 -11.150 -49.410 -17.050 1.00 0.00 W6 O +ATOM 47366 H1 TIP3X 500 -11.330 -49.970 -17.810 1.00 0.00 W6 H +ATOM 47367 H2 TIP3X 500 -11.560 -48.570 -17.270 1.00 0.00 W6 H +ATOM 47368 OH2 TIP3X 501 21.820 -31.820 -31.500 1.00 0.00 W6 O +ATOM 47369 H1 TIP3X 501 20.950 -32.200 -31.350 1.00 0.00 W6 H +ATOM 47370 H2 TIP3X 501 22.320 -32.050 -30.720 1.00 0.00 W6 H +ATOM 47371 OH2 TIP3X 502 -6.700 -7.960 -39.880 1.00 0.00 W6 O +ATOM 47372 H1 TIP3X 502 -7.160 -8.390 -40.600 1.00 0.00 W6 H +ATOM 47373 H2 TIP3X 502 -6.900 -8.490 -39.110 1.00 0.00 W6 H +ATOM 47374 OH2 TIP3X 503 -1.020 -14.650 -36.640 1.00 0.00 W6 O +ATOM 47375 H1 TIP3X 503 -0.450 -15.410 -36.540 1.00 0.00 W6 H +ATOM 47376 H2 TIP3X 503 -0.470 -13.910 -36.370 1.00 0.00 W6 H +ATOM 47377 OH2 TIP3X 504 0.350 -2.660 21.870 1.00 0.00 W6 O +ATOM 47378 H1 TIP3X 504 -0.060 -3.290 22.460 1.00 0.00 W6 H +ATOM 47379 H2 TIP3X 504 0.290 -1.820 22.340 1.00 0.00 W6 H +ATOM 47380 OH2 TIP3X 505 35.090 -29.780 -26.190 1.00 0.00 W6 O +ATOM 47381 H1 TIP3X 505 35.100 -29.810 -27.150 1.00 0.00 W6 H +ATOM 47382 H2 TIP3X 505 34.600 -30.550 -25.930 1.00 0.00 W6 H +ATOM 47383 OH2 TIP3X 506 -43.170 8.250 -49.700 1.00 0.00 W6 O +ATOM 47384 H1 TIP3X 506 -43.770 8.920 -49.390 1.00 0.00 W6 H +ATOM 47385 H2 TIP3X 506 -42.350 8.420 -49.230 1.00 0.00 W6 H +ATOM 47386 OH2 TIP3X 507 41.090 15.210 24.640 1.00 0.00 W6 O +ATOM 47387 H1 TIP3X 507 41.610 15.250 25.450 1.00 0.00 W6 H +ATOM 47388 H2 TIP3X 507 41.300 14.360 24.260 1.00 0.00 W6 H +ATOM 47389 OH2 TIP3X 508 22.770 15.490 -23.040 1.00 0.00 W6 O +ATOM 47390 H1 TIP3X 508 22.590 16.060 -23.790 1.00 0.00 W6 H +ATOM 47391 H2 TIP3X 508 21.910 15.170 -22.770 1.00 0.00 W6 H +ATOM 47392 OH2 TIP3X 509 -22.240 8.990 27.180 1.00 0.00 W6 O +ATOM 47393 H1 TIP3X 509 -21.750 8.940 26.350 1.00 0.00 W6 H +ATOM 47394 H2 TIP3X 509 -22.630 9.860 27.170 1.00 0.00 W6 H +ATOM 47395 OH2 TIP3X 510 46.930 -41.650 -17.010 1.00 0.00 W6 O +ATOM 47396 H1 TIP3X 510 47.680 -41.070 -16.920 1.00 0.00 W6 H +ATOM 47397 H2 TIP3X 510 46.320 -41.170 -17.590 1.00 0.00 W6 H +ATOM 47398 OH2 TIP3X 511 -25.030 -7.750 -46.100 1.00 0.00 W6 O +ATOM 47399 H1 TIP3X 511 -25.760 -7.640 -45.480 1.00 0.00 W6 H +ATOM 47400 H2 TIP3X 511 -24.790 -8.670 -46.030 1.00 0.00 W6 H +ATOM 47401 OH2 TIP3X 512 29.400 26.630 -18.140 1.00 0.00 W6 O +ATOM 47402 H1 TIP3X 512 30.050 26.650 -18.830 1.00 0.00 W6 H +ATOM 47403 H2 TIP3X 512 29.880 26.920 -17.360 1.00 0.00 W6 H +ATOM 47404 OH2 TIP3X 513 29.500 -19.780 25.920 1.00 0.00 W6 O +ATOM 47405 H1 TIP3X 513 28.560 -19.780 25.720 1.00 0.00 W6 H +ATOM 47406 H2 TIP3X 513 29.620 -20.580 26.440 1.00 0.00 W6 H +ATOM 47407 OH2 TIP3X 514 26.430 20.090 -36.060 1.00 0.00 W6 O +ATOM 47408 H1 TIP3X 514 25.970 19.510 -36.660 1.00 0.00 W6 H +ATOM 47409 H2 TIP3X 514 25.830 20.830 -35.930 1.00 0.00 W6 H +ATOM 47410 OH2 TIP3X 515 23.590 -47.920 -18.110 1.00 0.00 W6 O +ATOM 47411 H1 TIP3X 515 23.310 -48.520 -17.420 1.00 0.00 W6 H +ATOM 47412 H2 TIP3X 515 24.350 -48.340 -18.500 1.00 0.00 W6 H +ATOM 47413 OH2 TIP3X 516 -42.950 -9.310 -47.460 1.00 0.00 W6 O +ATOM 47414 H1 TIP3X 516 -43.400 -9.840 -48.100 1.00 0.00 W6 H +ATOM 47415 H2 TIP3X 516 -42.260 -9.890 -47.120 1.00 0.00 W6 H +ATOM 47416 OH2 TIP3X 517 13.360 1.960 -47.350 1.00 0.00 W6 O +ATOM 47417 H1 TIP3X 517 14.200 2.380 -47.140 1.00 0.00 W6 H +ATOM 47418 H2 TIP3X 517 13.610 1.180 -47.850 1.00 0.00 W6 H +ATOM 47419 OH2 TIP3X 518 -13.130 -6.930 -24.630 1.00 0.00 W6 O +ATOM 47420 H1 TIP3X 518 -13.400 -7.790 -24.310 1.00 0.00 W6 H +ATOM 47421 H2 TIP3X 518 -13.450 -6.900 -25.520 1.00 0.00 W6 H +ATOM 47422 OH2 TIP3X 519 20.350 -4.990 -45.690 1.00 0.00 W6 O +ATOM 47423 H1 TIP3X 519 20.590 -5.910 -45.700 1.00 0.00 W6 H +ATOM 47424 H2 TIP3X 519 20.240 -4.780 -44.760 1.00 0.00 W6 H +ATOM 47425 OH2 TIP3X 520 -15.020 -13.800 -25.580 1.00 0.00 W6 O +ATOM 47426 H1 TIP3X 520 -15.650 -13.100 -25.760 1.00 0.00 W6 H +ATOM 47427 H2 TIP3X 520 -14.250 -13.580 -26.090 1.00 0.00 W6 H +ATOM 47428 OH2 TIP3X 521 -37.610 20.390 -26.690 1.00 0.00 W6 O +ATOM 47429 H1 TIP3X 521 -37.060 20.660 -27.430 1.00 0.00 W6 H +ATOM 47430 H2 TIP3X 521 -37.210 19.590 -26.360 1.00 0.00 W6 H +ATOM 47431 OH2 TIP3X 522 -4.950 26.870 -37.760 1.00 0.00 W6 O +ATOM 47432 H1 TIP3X 522 -4.540 26.980 -36.890 1.00 0.00 W6 H +ATOM 47433 H2 TIP3X 522 -4.210 26.760 -38.350 1.00 0.00 W6 H +ATOM 47434 OH2 TIP3X 523 36.610 16.280 -25.480 1.00 0.00 W6 O +ATOM 47435 H1 TIP3X 523 36.780 16.870 -24.740 1.00 0.00 W6 H +ATOM 47436 H2 TIP3X 523 37.460 16.210 -25.930 1.00 0.00 W6 H +ATOM 47437 OH2 TIP3X 524 -32.490 18.150 -33.730 1.00 0.00 W6 O +ATOM 47438 H1 TIP3X 524 -31.780 18.730 -34.010 1.00 0.00 W6 H +ATOM 47439 H2 TIP3X 524 -32.630 17.580 -34.480 1.00 0.00 W6 H +ATOM 47440 OH2 TIP3X 525 -37.300 -25.690 -18.450 1.00 0.00 W6 O +ATOM 47441 H1 TIP3X 525 -37.550 -26.410 -17.870 1.00 0.00 W6 H +ATOM 47442 H2 TIP3X 525 -38.140 -25.310 -18.730 1.00 0.00 W6 H +ATOM 47443 OH2 TIP3X 526 23.260 38.560 -21.650 1.00 0.00 W6 O +ATOM 47444 H1 TIP3X 526 24.120 38.160 -21.830 1.00 0.00 W6 H +ATOM 47445 H2 TIP3X 526 23.430 39.500 -21.630 1.00 0.00 W6 H +ATOM 47446 OH2 TIP3X 527 36.770 -20.770 -45.700 1.00 0.00 W6 O +ATOM 47447 H1 TIP3X 527 37.400 -20.240 -45.210 1.00 0.00 W6 H +ATOM 47448 H2 TIP3X 527 37.280 -21.540 -45.970 1.00 0.00 W6 H +ATOM 47449 OH2 TIP3X 528 -13.690 20.400 -21.420 1.00 0.00 W6 O +ATOM 47450 H1 TIP3X 528 -12.780 20.380 -21.720 1.00 0.00 W6 H +ATOM 47451 H2 TIP3X 528 -13.670 19.970 -20.570 1.00 0.00 W6 H +ATOM 47452 OH2 TIP3X 529 4.050 39.220 -40.550 1.00 0.00 W6 O +ATOM 47453 H1 TIP3X 529 3.320 38.630 -40.760 1.00 0.00 W6 H +ATOM 47454 H2 TIP3X 529 4.590 38.710 -39.930 1.00 0.00 W6 H +ATOM 47455 OH2 TIP3X 530 -43.900 -26.130 -29.420 1.00 0.00 W6 O +ATOM 47456 H1 TIP3X 530 -43.310 -26.510 -30.060 1.00 0.00 W6 H +ATOM 47457 H2 TIP3X 530 -43.540 -25.260 -29.250 1.00 0.00 W6 H +ATOM 47458 OH2 TIP3X 531 3.320 -47.920 -17.770 1.00 0.00 W6 O +ATOM 47459 H1 TIP3X 531 3.340 -47.030 -17.430 1.00 0.00 W6 H +ATOM 47460 H2 TIP3X 531 3.380 -47.810 -18.730 1.00 0.00 W6 H +ATOM 47461 OH2 TIP3X 532 -1.950 40.080 -42.830 1.00 0.00 W6 O +ATOM 47462 H1 TIP3X 532 -2.240 40.310 -41.940 1.00 0.00 W6 H +ATOM 47463 H2 TIP3X 532 -1.680 39.160 -42.770 1.00 0.00 W6 H +ATOM 47464 OH2 TIP3X 533 -9.220 34.520 19.900 1.00 0.00 W6 O +ATOM 47465 H1 TIP3X 533 -8.810 34.110 19.130 1.00 0.00 W6 H +ATOM 47466 H2 TIP3X 533 -10.010 34.940 19.550 1.00 0.00 W6 H +ATOM 47467 OH2 TIP3X 534 -41.560 -12.790 27.980 1.00 0.00 W6 O +ATOM 47468 H1 TIP3X 534 -40.650 -12.930 27.730 1.00 0.00 W6 H +ATOM 47469 H2 TIP3X 534 -41.710 -13.390 28.710 1.00 0.00 W6 H +ATOM 47470 OH2 TIP3X 535 -31.810 -30.840 28.720 1.00 0.00 W6 O +ATOM 47471 H1 TIP3X 535 -32.090 -31.320 27.940 1.00 0.00 W6 H +ATOM 47472 H2 TIP3X 535 -32.620 -30.590 29.160 1.00 0.00 W6 H +ATOM 47473 OH2 TIP3X 536 -6.630 -34.090 -44.870 1.00 0.00 W6 O +ATOM 47474 H1 TIP3X 536 -7.170 -33.460 -45.340 1.00 0.00 W6 H +ATOM 47475 H2 TIP3X 536 -6.040 -34.450 -45.520 1.00 0.00 W6 H +ATOM 47476 OH2 TIP3X 537 39.430 -2.810 30.760 1.00 0.00 W6 O +ATOM 47477 H1 TIP3X 537 39.000 -3.560 31.180 1.00 0.00 W6 H +ATOM 47478 H2 TIP3X 537 39.300 -2.090 31.370 1.00 0.00 W6 H +ATOM 47479 OH2 TIP3X 538 -12.250 24.280 -37.100 1.00 0.00 W6 O +ATOM 47480 H1 TIP3X 538 -12.360 23.470 -36.600 1.00 0.00 W6 H +ATOM 47481 H2 TIP3X 538 -11.390 24.600 -36.850 1.00 0.00 W6 H +ATOM 47482 OH2 TIP3X 539 44.970 19.600 27.350 1.00 0.00 W6 O +ATOM 47483 H1 TIP3X 539 44.380 18.860 27.190 1.00 0.00 W6 H +ATOM 47484 H2 TIP3X 539 44.430 20.230 27.850 1.00 0.00 W6 H +ATOM 47485 OH2 TIP3X 540 -18.790 39.250 -30.160 1.00 0.00 W6 O +ATOM 47486 H1 TIP3X 540 -18.160 38.530 -30.090 1.00 0.00 W6 H +ATOM 47487 H2 TIP3X 540 -19.640 38.820 -30.200 1.00 0.00 W6 H +ATOM 47488 OH2 TIP3X 541 -35.980 11.130 -27.650 1.00 0.00 W6 O +ATOM 47489 H1 TIP3X 541 -35.230 11.140 -27.070 1.00 0.00 W6 H +ATOM 47490 H2 TIP3X 541 -36.700 11.490 -27.120 1.00 0.00 W6 H +ATOM 47491 OH2 TIP3X 542 11.430 -25.690 -31.370 1.00 0.00 W6 O +ATOM 47492 H1 TIP3X 542 11.190 -26.380 -30.760 1.00 0.00 W6 H +ATOM 47493 H2 TIP3X 542 12.280 -25.960 -31.730 1.00 0.00 W6 H +ATOM 47494 OH2 TIP3X 543 -43.330 -30.240 17.760 1.00 0.00 W6 O +ATOM 47495 H1 TIP3X 543 -42.410 -30.460 17.920 1.00 0.00 W6 H +ATOM 47496 H2 TIP3X 543 -43.340 -29.290 17.670 1.00 0.00 W6 H +ATOM 47497 OH2 TIP3X 544 -14.340 -45.070 33.170 1.00 0.00 W6 O +ATOM 47498 H1 TIP3X 544 -14.400 -44.190 32.810 1.00 0.00 W6 H +ATOM 47499 H2 TIP3X 544 -15.220 -45.260 33.500 1.00 0.00 W6 H +ATOM 47500 OH2 TIP3X 545 -40.040 17.050 -7.640 1.00 0.00 W6 O +ATOM 47501 H1 TIP3X 545 -40.410 16.180 -7.470 1.00 0.00 W6 H +ATOM 47502 H2 TIP3X 545 -40.410 17.610 -6.960 1.00 0.00 W6 H +ATOM 47503 OH2 TIP3X 546 -36.940 -16.720 28.740 1.00 0.00 W6 O +ATOM 47504 H1 TIP3X 546 -36.290 -16.770 28.030 1.00 0.00 W6 H +ATOM 47505 H2 TIP3X 546 -36.840 -15.840 29.100 1.00 0.00 W6 H +ATOM 47506 OH2 TIP3X 547 -39.380 12.240 -37.150 1.00 0.00 W6 O +ATOM 47507 H1 TIP3X 547 -38.980 11.380 -37.150 1.00 0.00 W6 H +ATOM 47508 H2 TIP3X 547 -39.030 12.680 -36.370 1.00 0.00 W6 H +ATOM 47509 OH2 TIP3X 548 -40.700 -21.110 27.420 1.00 0.00 W6 O +ATOM 47510 H1 TIP3X 548 -40.370 -20.710 26.620 1.00 0.00 W6 H +ATOM 47511 H2 TIP3X 548 -41.630 -20.890 27.430 1.00 0.00 W6 H +ATOM 47512 OH2 TIP3X 549 28.130 15.910 31.480 1.00 0.00 W6 O +ATOM 47513 H1 TIP3X 549 28.030 15.430 30.670 1.00 0.00 W6 H +ATOM 47514 H2 TIP3X 549 27.310 16.400 31.560 1.00 0.00 W6 H +ATOM 47515 OH2 TIP3X 550 -1.600 23.440 -35.540 1.00 0.00 W6 O +ATOM 47516 H1 TIP3X 550 -1.060 24.080 -36.000 1.00 0.00 W6 H +ATOM 47517 H2 TIP3X 550 -2.210 23.980 -35.030 1.00 0.00 W6 H +ATOM 47518 OH2 TIP3X 551 -1.710 43.010 -27.710 1.00 0.00 W6 O +ATOM 47519 H1 TIP3X 551 -1.840 43.940 -27.830 1.00 0.00 W6 H +ATOM 47520 H2 TIP3X 551 -2.580 42.660 -27.560 1.00 0.00 W6 H +ATOM 47521 OH2 TIP3X 552 -29.460 10.460 37.550 1.00 0.00 W6 O +ATOM 47522 H1 TIP3X 552 -28.940 9.660 37.460 1.00 0.00 W6 H +ATOM 47523 H2 TIP3X 552 -29.790 10.640 36.660 1.00 0.00 W6 H +ATOM 47524 OH2 TIP3X 553 -38.560 6.060 -21.870 1.00 0.00 W6 O +ATOM 47525 H1 TIP3X 553 -39.060 6.460 -21.150 1.00 0.00 W6 H +ATOM 47526 H2 TIP3X 553 -39.140 6.150 -22.630 1.00 0.00 W6 H +ATOM 47527 OH2 TIP3X 554 21.560 -38.370 -32.840 1.00 0.00 W6 O +ATOM 47528 H1 TIP3X 554 21.570 -39.080 -33.460 1.00 0.00 W6 H +ATOM 47529 H2 TIP3X 554 21.880 -37.610 -33.330 1.00 0.00 W6 H +ATOM 47530 OH2 TIP3X 555 -33.070 32.920 41.240 1.00 0.00 W6 O +ATOM 47531 H1 TIP3X 555 -32.390 32.950 40.570 1.00 0.00 W6 H +ATOM 47532 H2 TIP3X 555 -33.690 33.600 40.990 1.00 0.00 W6 H +ATOM 47533 OH2 TIP3X 556 -2.100 40.450 40.230 1.00 0.00 W6 O +ATOM 47534 H1 TIP3X 556 -1.820 41.080 39.570 1.00 0.00 W6 H +ATOM 47535 H2 TIP3X 556 -1.310 40.300 40.770 1.00 0.00 W6 H +ATOM 47536 OH2 TIP3X 557 -24.150 -48.100 -29.750 1.00 0.00 W6 O +ATOM 47537 H1 TIP3X 557 -24.550 -48.860 -30.180 1.00 0.00 W6 H +ATOM 47538 H2 TIP3X 557 -24.820 -47.420 -29.790 1.00 0.00 W6 H +ATOM 47539 OH2 TIP3X 558 27.780 -26.150 -28.400 1.00 0.00 W6 O +ATOM 47540 H1 TIP3X 558 26.900 -26.250 -28.780 1.00 0.00 W6 H +ATOM 47541 H2 TIP3X 558 28.330 -25.930 -29.140 1.00 0.00 W6 H +ATOM 47542 OH2 TIP3X 559 -8.250 8.370 -28.720 1.00 0.00 W6 O +ATOM 47543 H1 TIP3X 559 -8.950 8.930 -28.350 1.00 0.00 W6 H +ATOM 47544 H2 TIP3X 559 -8.340 7.540 -28.260 1.00 0.00 W6 H +ATOM 47545 OH2 TIP3X 560 0.230 -37.670 36.000 1.00 0.00 W6 O +ATOM 47546 H1 TIP3X 560 0.810 -38.140 35.400 1.00 0.00 W6 H +ATOM 47547 H2 TIP3X 560 0.720 -36.890 36.260 1.00 0.00 W6 H +ATOM 47548 OH2 TIP3X 561 -35.710 -30.210 -32.300 1.00 0.00 W6 O +ATOM 47549 H1 TIP3X 561 -34.970 -30.470 -31.750 1.00 0.00 W6 H +ATOM 47550 H2 TIP3X 561 -36.050 -31.030 -32.650 1.00 0.00 W6 H +ATOM 47551 OH2 TIP3X 562 9.400 -46.660 -24.960 1.00 0.00 W6 O +ATOM 47552 H1 TIP3X 562 8.640 -46.650 -25.540 1.00 0.00 W6 H +ATOM 47553 H2 TIP3X 562 9.420 -45.800 -24.560 1.00 0.00 W6 H +ATOM 47554 OH2 TIP3X 563 -31.960 -11.370 26.910 1.00 0.00 W6 O +ATOM 47555 H1 TIP3X 563 -31.700 -11.120 27.800 1.00 0.00 W6 H +ATOM 47556 H2 TIP3X 563 -31.880 -12.330 26.890 1.00 0.00 W6 H +ATOM 47557 OH2 TIP3X 564 -28.980 -5.480 -31.130 1.00 0.00 W6 O +ATOM 47558 H1 TIP3X 564 -29.740 -5.870 -31.560 1.00 0.00 W6 H +ATOM 47559 H2 TIP3X 564 -29.180 -5.490 -30.200 1.00 0.00 W6 H +ATOM 47560 OH2 TIP3X 565 -22.010 4.270 -33.750 1.00 0.00 W6 O +ATOM 47561 H1 TIP3X 565 -22.190 3.430 -34.170 1.00 0.00 W6 H +ATOM 47562 H2 TIP3X 565 -22.860 4.570 -33.450 1.00 0.00 W6 H +ATOM 47563 OH2 TIP3X 566 5.560 -22.040 33.470 1.00 0.00 W6 O +ATOM 47564 H1 TIP3X 566 5.050 -21.490 34.070 1.00 0.00 W6 H +ATOM 47565 H2 TIP3X 566 4.910 -22.330 32.820 1.00 0.00 W6 H +ATOM 47566 OH2 TIP3X 567 -11.240 -50.970 23.080 1.00 0.00 W6 O +ATOM 47567 H1 TIP3X 567 -11.880 -50.900 23.790 1.00 0.00 W6 H +ATOM 47568 H2 TIP3X 567 -11.320 -50.140 22.600 1.00 0.00 W6 H +ATOM 47569 OH2 TIP3X 568 35.370 9.570 -39.870 1.00 0.00 W6 O +ATOM 47570 H1 TIP3X 568 34.450 9.850 -39.800 1.00 0.00 W6 H +ATOM 47571 H2 TIP3X 568 35.520 9.020 -39.100 1.00 0.00 W6 H +ATOM 47572 OH2 TIP3X 569 -27.990 -37.560 35.880 1.00 0.00 W6 O +ATOM 47573 H1 TIP3X 569 -28.910 -37.830 35.830 1.00 0.00 W6 H +ATOM 47574 H2 TIP3X 569 -27.560 -38.070 35.190 1.00 0.00 W6 H +ATOM 47575 OH2 TIP3X 570 -43.510 38.810 22.960 1.00 0.00 W6 O +ATOM 47576 H1 TIP3X 570 -43.020 39.120 22.180 1.00 0.00 W6 H +ATOM 47577 H2 TIP3X 570 -44.100 39.540 23.150 1.00 0.00 W6 H +ATOM 47578 OH2 TIP3X 571 -14.030 -30.290 28.990 1.00 0.00 W6 O +ATOM 47579 H1 TIP3X 571 -13.630 -31.120 29.240 1.00 0.00 W6 H +ATOM 47580 H2 TIP3X 571 -14.060 -29.780 29.790 1.00 0.00 W6 H +ATOM 47581 OH2 TIP3X 572 6.690 30.440 -28.140 1.00 0.00 W6 O +ATOM 47582 H1 TIP3X 572 5.740 30.550 -28.140 1.00 0.00 W6 H +ATOM 47583 H2 TIP3X 572 7.020 31.160 -27.600 1.00 0.00 W6 H +ATOM 47584 OH2 TIP3X 573 18.370 37.140 -21.190 1.00 0.00 W6 O +ATOM 47585 H1 TIP3X 573 18.450 36.910 -22.110 1.00 0.00 W6 H +ATOM 47586 H2 TIP3X 573 19.260 37.290 -20.900 1.00 0.00 W6 H +ATOM 47587 OH2 TIP3X 574 39.150 20.110 -11.480 1.00 0.00 W6 O +ATOM 47588 H1 TIP3X 574 38.670 19.460 -10.970 1.00 0.00 W6 H +ATOM 47589 H2 TIP3X 574 39.490 20.730 -10.820 1.00 0.00 W6 H +ATOM 47590 OH2 TIP3X 575 -26.580 32.220 16.140 1.00 0.00 W6 O +ATOM 47591 H1 TIP3X 575 -27.060 32.020 15.330 1.00 0.00 W6 H +ATOM 47592 H2 TIP3X 575 -26.290 31.360 16.470 1.00 0.00 W6 H +ATOM 47593 OH2 TIP3X 576 -4.740 21.940 20.330 1.00 0.00 W6 O +ATOM 47594 H1 TIP3X 576 -5.190 22.350 21.060 1.00 0.00 W6 H +ATOM 47595 H2 TIP3X 576 -5.290 22.130 19.570 1.00 0.00 W6 H +ATOM 47596 OH2 TIP3X 577 4.940 -6.350 33.980 1.00 0.00 W6 O +ATOM 47597 H1 TIP3X 577 4.070 -6.740 33.920 1.00 0.00 W6 H +ATOM 47598 H2 TIP3X 577 4.840 -5.640 34.610 1.00 0.00 W6 H +ATOM 47599 OH2 TIP3X 578 39.820 -48.060 -42.900 1.00 0.00 W6 O +ATOM 47600 H1 TIP3X 578 39.910 -47.300 -42.340 1.00 0.00 W6 H +ATOM 47601 H2 TIP3X 578 40.660 -48.140 -43.340 1.00 0.00 W6 H +ATOM 47602 OH2 TIP3X 579 41.770 36.020 24.560 1.00 0.00 W6 O +ATOM 47603 H1 TIP3X 579 41.120 35.780 25.220 1.00 0.00 W6 H +ATOM 47604 H2 TIP3X 579 41.330 36.670 24.010 1.00 0.00 W6 H +ATOM 47605 OH2 TIP3X 580 -25.520 6.380 -27.850 1.00 0.00 W6 O +ATOM 47606 H1 TIP3X 580 -26.430 6.310 -28.130 1.00 0.00 W6 H +ATOM 47607 H2 TIP3X 580 -25.020 5.930 -28.530 1.00 0.00 W6 H +ATOM 47608 OH2 TIP3X 581 -25.940 -23.620 -47.180 1.00 0.00 W6 O +ATOM 47609 H1 TIP3X 581 -25.940 -23.570 -48.130 1.00 0.00 W6 H +ATOM 47610 H2 TIP3X 581 -26.870 -23.670 -46.930 1.00 0.00 W6 H +ATOM 47611 OH2 TIP3X 582 42.480 -36.510 -41.650 1.00 0.00 W6 O +ATOM 47612 H1 TIP3X 582 42.890 -35.730 -42.010 1.00 0.00 W6 H +ATOM 47613 H2 TIP3X 582 43.140 -37.200 -41.770 1.00 0.00 W6 H +ATOM 47614 OH2 TIP3X 583 -21.330 15.030 33.040 1.00 0.00 W6 O +ATOM 47615 H1 TIP3X 583 -20.600 14.580 33.480 1.00 0.00 W6 H +ATOM 47616 H2 TIP3X 583 -21.250 15.940 33.320 1.00 0.00 W6 H +ATOM 47617 OH2 TIP3X 584 -22.060 1.050 -45.710 1.00 0.00 W6 O +ATOM 47618 H1 TIP3X 584 -21.180 1.200 -45.380 1.00 0.00 W6 H +ATOM 47619 H2 TIP3X 584 -22.030 1.340 -46.620 1.00 0.00 W6 H +ATOM 47620 OH2 TIP3X 585 -7.580 41.980 -45.760 1.00 0.00 W6 O +ATOM 47621 H1 TIP3X 585 -8.310 41.690 -46.310 1.00 0.00 W6 H +ATOM 47622 H2 TIP3X 585 -6.910 42.280 -46.370 1.00 0.00 W6 H +ATOM 47623 OH2 TIP3X 586 -12.110 -19.540 17.520 1.00 0.00 W6 O +ATOM 47624 H1 TIP3X 586 -11.620 -20.360 17.620 1.00 0.00 W6 H +ATOM 47625 H2 TIP3X 586 -12.380 -19.540 16.610 1.00 0.00 W6 H +ATOM 47626 OH2 TIP3X 587 -25.670 18.030 37.370 1.00 0.00 W6 O +ATOM 47627 H1 TIP3X 587 -24.800 18.000 36.970 1.00 0.00 W6 H +ATOM 47628 H2 TIP3X 587 -25.950 18.940 37.240 1.00 0.00 W6 H +ATOM 47629 OH2 TIP3X 588 -33.330 -49.800 23.440 1.00 0.00 W6 O +ATOM 47630 H1 TIP3X 588 -33.460 -49.620 24.370 1.00 0.00 W6 H +ATOM 47631 H2 TIP3X 588 -33.860 -50.580 23.270 1.00 0.00 W6 H +ATOM 47632 OH2 TIP3X 589 -23.580 -3.220 -30.240 1.00 0.00 W6 O +ATOM 47633 H1 TIP3X 589 -23.620 -3.370 -29.290 1.00 0.00 W6 H +ATOM 47634 H2 TIP3X 589 -23.880 -2.320 -30.350 1.00 0.00 W6 H +ATOM 47635 OH2 TIP3X 590 -22.210 -46.100 10.530 1.00 0.00 W6 O +ATOM 47636 H1 TIP3X 590 -22.550 -46.780 9.950 1.00 0.00 W6 H +ATOM 47637 H2 TIP3X 590 -22.200 -45.310 9.980 1.00 0.00 W6 H +ATOM 47638 OH2 TIP3X 591 26.680 -4.760 19.850 1.00 0.00 W6 O +ATOM 47639 H1 TIP3X 591 26.880 -4.630 18.910 1.00 0.00 W6 H +ATOM 47640 H2 TIP3X 591 27.280 -5.460 20.120 1.00 0.00 W6 H +ATOM 47641 OH2 TIP3X 592 11.680 40.600 -35.760 1.00 0.00 W6 O +ATOM 47642 H1 TIP3X 592 10.890 40.260 -35.330 1.00 0.00 W6 H +ATOM 47643 H2 TIP3X 592 12.330 40.630 -35.060 1.00 0.00 W6 H +ATOM 47644 OH2 TIP3X 593 -19.110 -11.240 35.430 1.00 0.00 W6 O +ATOM 47645 H1 TIP3X 593 -19.340 -12.000 35.970 1.00 0.00 W6 H +ATOM 47646 H2 TIP3X 593 -18.170 -11.150 35.530 1.00 0.00 W6 H +ATOM 47647 OH2 TIP3X 594 -0.690 -26.230 -42.790 1.00 0.00 W6 O +ATOM 47648 H1 TIP3X 594 -0.390 -25.760 -42.000 1.00 0.00 W6 H +ATOM 47649 H2 TIP3X 594 -1.340 -26.850 -42.450 1.00 0.00 W6 H +ATOM 47650 OH2 TIP3X 595 -34.970 -51.270 36.230 1.00 0.00 W6 O +ATOM 47651 H1 TIP3X 595 -34.190 -50.790 35.970 1.00 0.00 W6 H +ATOM 47652 H2 TIP3X 595 -34.680 -51.820 36.960 1.00 0.00 W6 H +ATOM 47653 OH2 TIP3X 596 -36.290 16.130 -32.190 1.00 0.00 W6 O +ATOM 47654 H1 TIP3X 596 -36.240 15.610 -32.990 1.00 0.00 W6 H +ATOM 47655 H2 TIP3X 596 -37.130 15.880 -31.790 1.00 0.00 W6 H +ATOM 47656 OH2 TIP3X 597 5.890 -17.720 -44.400 1.00 0.00 W6 O +ATOM 47657 H1 TIP3X 597 6.270 -18.170 -43.640 1.00 0.00 W6 H +ATOM 47658 H2 TIP3X 597 5.890 -16.800 -44.140 1.00 0.00 W6 H +ATOM 47659 OH2 TIP3X 598 -35.960 -27.810 28.940 1.00 0.00 W6 O +ATOM 47660 H1 TIP3X 598 -35.570 -27.940 28.070 1.00 0.00 W6 H +ATOM 47661 H2 TIP3X 598 -36.880 -28.050 28.820 1.00 0.00 W6 H +ATOM 47662 OH2 TIP3X 599 -40.290 -28.070 36.010 1.00 0.00 W6 O +ATOM 47663 H1 TIP3X 599 -40.590 -27.190 35.780 1.00 0.00 W6 H +ATOM 47664 H2 TIP3X 599 -40.050 -28.460 35.180 1.00 0.00 W6 H +ATOM 47665 OH2 TIP3X 600 22.530 17.100 17.550 1.00 0.00 W6 O +ATOM 47666 H1 TIP3X 600 21.730 17.210 18.070 1.00 0.00 W6 H +ATOM 47667 H2 TIP3X 600 22.440 16.210 17.180 1.00 0.00 W6 H +ATOM 47668 OH2 TIP3X 601 37.590 24.760 -7.400 1.00 0.00 W6 O +ATOM 47669 H1 TIP3X 601 38.520 24.590 -7.250 1.00 0.00 W6 H +ATOM 47670 H2 TIP3X 601 37.310 25.230 -6.600 1.00 0.00 W6 H +ATOM 47671 OH2 TIP3X 602 -8.360 5.900 38.390 1.00 0.00 W6 O +ATOM 47672 H1 TIP3X 602 -9.200 6.130 37.980 1.00 0.00 W6 H +ATOM 47673 H2 TIP3X 602 -8.540 5.090 38.860 1.00 0.00 W6 H +ATOM 47674 OH2 TIP3X 603 16.050 -32.270 -33.070 1.00 0.00 W6 O +ATOM 47675 H1 TIP3X 603 16.180 -32.980 -32.430 1.00 0.00 W6 H +ATOM 47676 H2 TIP3X 603 15.980 -31.480 -32.520 1.00 0.00 W6 H +ATOM 47677 OH2 TIP3X 604 38.420 -31.250 -25.780 1.00 0.00 W6 O +ATOM 47678 H1 TIP3X 604 37.850 -31.130 -25.030 1.00 0.00 W6 H +ATOM 47679 H2 TIP3X 604 39.070 -31.890 -25.500 1.00 0.00 W6 H +ATOM 47680 OH2 TIP3X 605 4.040 36.210 17.890 1.00 0.00 W6 O +ATOM 47681 H1 TIP3X 605 4.440 35.770 17.130 1.00 0.00 W6 H +ATOM 47682 H2 TIP3X 605 3.160 36.440 17.590 1.00 0.00 W6 H +ATOM 47683 OH2 TIP3X 606 21.230 -24.880 -37.890 1.00 0.00 W6 O +ATOM 47684 H1 TIP3X 606 20.810 -25.110 -37.050 1.00 0.00 W6 H +ATOM 47685 H2 TIP3X 606 21.720 -24.090 -37.700 1.00 0.00 W6 H +ATOM 47686 OH2 TIP3X 607 42.660 -38.780 -27.930 1.00 0.00 W6 O +ATOM 47687 H1 TIP3X 607 43.100 -38.580 -28.760 1.00 0.00 W6 H +ATOM 47688 H2 TIP3X 607 42.130 -38.010 -27.760 1.00 0.00 W6 H +ATOM 47689 OH2 TIP3X 608 -42.090 -24.910 35.460 1.00 0.00 W6 O +ATOM 47690 H1 TIP3X 608 -41.250 -25.110 35.060 1.00 0.00 W6 H +ATOM 47691 H2 TIP3X 608 -42.290 -24.020 35.150 1.00 0.00 W6 H +ATOM 47692 OH2 TIP3X 609 -1.050 36.030 -27.560 1.00 0.00 W6 O +ATOM 47693 H1 TIP3X 609 -1.490 35.680 -26.790 1.00 0.00 W6 H +ATOM 47694 H2 TIP3X 609 -0.120 36.020 -27.330 1.00 0.00 W6 H +ATOM 47695 OH2 TIP3X 610 6.700 7.260 21.360 1.00 0.00 W6 O +ATOM 47696 H1 TIP3X 610 6.050 7.340 22.060 1.00 0.00 W6 H +ATOM 47697 H2 TIP3X 610 6.160 7.260 20.570 1.00 0.00 W6 H +ATOM 47698 OH2 TIP3X 611 38.610 30.450 -44.450 1.00 0.00 W6 O +ATOM 47699 H1 TIP3X 611 38.540 30.870 -43.590 1.00 0.00 W6 H +ATOM 47700 H2 TIP3X 611 38.650 29.520 -44.270 1.00 0.00 W6 H +ATOM 47701 OH2 TIP3X 612 6.440 -6.830 -28.980 1.00 0.00 W6 O +ATOM 47702 H1 TIP3X 612 6.370 -6.620 -28.040 1.00 0.00 W6 H +ATOM 47703 H2 TIP3X 612 7.110 -6.210 -29.300 1.00 0.00 W6 H +ATOM 47704 OH2 TIP3X 613 10.010 -18.210 22.730 1.00 0.00 W6 O +ATOM 47705 H1 TIP3X 613 9.180 -18.230 22.260 1.00 0.00 W6 H +ATOM 47706 H2 TIP3X 613 10.590 -18.760 22.190 1.00 0.00 W6 H +ATOM 47707 OH2 TIP3X 614 -21.780 2.310 -48.230 1.00 0.00 W6 O +ATOM 47708 H1 TIP3X 614 -20.860 2.470 -48.400 1.00 0.00 W6 H +ATOM 47709 H2 TIP3X 614 -22.060 3.040 -47.690 1.00 0.00 W6 H +ATOM 47710 OH2 TIP3X 615 9.330 -33.900 36.890 1.00 0.00 W6 O +ATOM 47711 H1 TIP3X 615 9.400 -34.360 36.050 1.00 0.00 W6 H +ATOM 47712 H2 TIP3X 615 8.450 -34.110 37.200 1.00 0.00 W6 H +ATOM 47713 OH2 TIP3X 616 30.060 6.630 -38.360 1.00 0.00 W6 O +ATOM 47714 H1 TIP3X 616 30.960 6.950 -38.360 1.00 0.00 W6 H +ATOM 47715 H2 TIP3X 616 30.110 5.770 -38.780 1.00 0.00 W6 H +ATOM 47716 OH2 TIP3X 617 -42.560 -6.490 -44.510 1.00 0.00 W6 O +ATOM 47717 H1 TIP3X 617 -41.820 -7.090 -44.590 1.00 0.00 W6 H +ATOM 47718 H2 TIP3X 617 -43.160 -6.920 -43.890 1.00 0.00 W6 H +ATOM 47719 OH2 TIP3X 618 -38.100 -36.980 -50.050 1.00 0.00 W6 O +ATOM 47720 H1 TIP3X 618 -38.420 -37.150 -49.160 1.00 0.00 W6 H +ATOM 47721 H2 TIP3X 618 -38.860 -36.680 -50.550 1.00 0.00 W6 H +ATOM 47722 OH2 TIP3X 619 2.970 -50.850 29.500 1.00 0.00 W6 O +ATOM 47723 H1 TIP3X 619 3.390 -50.030 29.230 1.00 0.00 W6 H +ATOM 47724 H2 TIP3X 619 2.360 -51.050 28.780 1.00 0.00 W6 H +ATOM 47725 OH2 TIP3X 620 -14.160 -44.310 -36.250 1.00 0.00 W6 O +ATOM 47726 H1 TIP3X 620 -14.240 -43.350 -36.180 1.00 0.00 W6 H +ATOM 47727 H2 TIP3X 620 -13.550 -44.550 -35.550 1.00 0.00 W6 H +ATOM 47728 OH2 TIP3X 621 -24.060 11.790 -42.000 1.00 0.00 W6 O +ATOM 47729 H1 TIP3X 621 -25.020 11.730 -41.920 1.00 0.00 W6 H +ATOM 47730 H2 TIP3X 621 -23.900 12.720 -42.170 1.00 0.00 W6 H +ATOM 47731 OH2 TIP3X 622 25.250 31.520 33.320 1.00 0.00 W6 O +ATOM 47732 H1 TIP3X 622 24.500 31.210 32.820 1.00 0.00 W6 H +ATOM 47733 H2 TIP3X 622 25.920 30.850 33.190 1.00 0.00 W6 H +ATOM 47734 OH2 TIP3X 623 19.430 -12.060 17.700 1.00 0.00 W6 O +ATOM 47735 H1 TIP3X 623 20.350 -12.240 17.530 1.00 0.00 W6 H +ATOM 47736 H2 TIP3X 623 18.980 -12.410 16.930 1.00 0.00 W6 H +ATOM 47737 OH2 TIP3X 624 -16.310 -48.530 -50.260 1.00 0.00 W6 O +ATOM 47738 H1 TIP3X 624 -16.900 -48.630 -49.520 1.00 0.00 W6 H +ATOM 47739 H2 TIP3X 624 -16.780 -47.960 -50.870 1.00 0.00 W6 H +ATOM 47740 OH2 TIP3X 625 31.110 -18.360 23.410 1.00 0.00 W6 O +ATOM 47741 H1 TIP3X 625 31.980 -18.610 23.090 1.00 0.00 W6 H +ATOM 47742 H2 TIP3X 625 30.520 -19.020 23.050 1.00 0.00 W6 H +ATOM 47743 OH2 TIP3X 626 8.600 -50.650 15.830 1.00 0.00 W6 O +ATOM 47744 H1 TIP3X 626 8.400 -50.820 14.910 1.00 0.00 W6 H +ATOM 47745 H2 TIP3X 626 9.030 -49.790 15.820 1.00 0.00 W6 H +ATOM 47746 OH2 TIP3X 627 -10.520 -44.300 -43.300 1.00 0.00 W6 O +ATOM 47747 H1 TIP3X 627 -10.140 -44.310 -44.180 1.00 0.00 W6 H +ATOM 47748 H2 TIP3X 627 -10.190 -45.110 -42.900 1.00 0.00 W6 H +ATOM 47749 OH2 TIP3X 628 25.060 40.350 25.900 1.00 0.00 W6 O +ATOM 47750 H1 TIP3X 628 25.700 40.380 26.620 1.00 0.00 W6 H +ATOM 47751 H2 TIP3X 628 24.700 41.240 25.890 1.00 0.00 W6 H +ATOM 47752 OH2 TIP3X 629 1.250 -6.220 38.480 1.00 0.00 W6 O +ATOM 47753 H1 TIP3X 629 1.000 -7.050 38.890 1.00 0.00 W6 H +ATOM 47754 H2 TIP3X 629 0.430 -5.700 38.470 1.00 0.00 W6 H +ATOM 47755 OH2 TIP3X 630 49.640 -49.200 28.230 1.00 0.00 W6 O +ATOM 47756 H1 TIP3X 630 50.160 -49.960 28.480 1.00 0.00 W6 H +ATOM 47757 H2 TIP3X 630 48.750 -49.420 28.520 1.00 0.00 W6 H +ATOM 47758 OH2 TIP3X 631 20.830 -13.860 -15.660 1.00 0.00 W6 O +ATOM 47759 H1 TIP3X 631 20.860 -13.490 -16.540 1.00 0.00 W6 H +ATOM 47760 H2 TIP3X 631 21.700 -14.230 -15.530 1.00 0.00 W6 H +ATOM 47761 OH2 TIP3X 632 -3.790 -9.610 -45.280 1.00 0.00 W6 O +ATOM 47762 H1 TIP3X 632 -2.940 -9.570 -45.730 1.00 0.00 W6 H +ATOM 47763 H2 TIP3X 632 -4.360 -10.090 -45.880 1.00 0.00 W6 H +ATOM 47764 OH2 TIP3X 633 37.890 -19.080 27.760 1.00 0.00 W6 O +ATOM 47765 H1 TIP3X 633 37.860 -19.910 27.280 1.00 0.00 W6 H +ATOM 47766 H2 TIP3X 633 38.760 -19.070 28.160 1.00 0.00 W6 H +ATOM 47767 OH2 TIP3X 634 3.340 -23.000 29.150 1.00 0.00 W6 O +ATOM 47768 H1 TIP3X 634 2.430 -23.180 29.330 1.00 0.00 W6 H +ATOM 47769 H2 TIP3X 634 3.470 -23.270 28.240 1.00 0.00 W6 H +ATOM 47770 OH2 TIP3X 635 -34.000 -16.070 29.910 1.00 0.00 W6 O +ATOM 47771 H1 TIP3X 635 -33.240 -15.810 30.420 1.00 0.00 W6 H +ATOM 47772 H2 TIP3X 635 -33.730 -15.990 28.990 1.00 0.00 W6 H +ATOM 47773 OH2 TIP3X 636 11.250 -42.490 -35.510 1.00 0.00 W6 O +ATOM 47774 H1 TIP3X 636 12.000 -42.090 -35.950 1.00 0.00 W6 H +ATOM 47775 H2 TIP3X 636 11.030 -43.250 -36.040 1.00 0.00 W6 H +ATOM 47776 OH2 TIP3X 637 -30.790 33.060 -26.350 1.00 0.00 W6 O +ATOM 47777 H1 TIP3X 637 -30.010 32.520 -26.520 1.00 0.00 W6 H +ATOM 47778 H2 TIP3X 637 -30.680 33.830 -26.900 1.00 0.00 W6 H +ATOM 47779 OH2 TIP3X 638 19.370 38.990 32.810 1.00 0.00 W6 O +ATOM 47780 H1 TIP3X 638 18.840 39.720 32.500 1.00 0.00 W6 H +ATOM 47781 H2 TIP3X 638 19.330 39.040 33.770 1.00 0.00 W6 H +ATOM 47782 OH2 TIP3X 639 -34.320 -24.810 -36.150 1.00 0.00 W6 O +ATOM 47783 H1 TIP3X 639 -34.480 -25.740 -36.040 1.00 0.00 W6 H +ATOM 47784 H2 TIP3X 639 -35.180 -24.400 -36.030 1.00 0.00 W6 H +ATOM 47785 OH2 TIP3X 640 -0.170 6.350 -50.460 1.00 0.00 W6 O +ATOM 47786 H1 TIP3X 640 -0.730 7.020 -50.080 1.00 0.00 W6 H +ATOM 47787 H2 TIP3X 640 0.630 6.370 -49.940 1.00 0.00 W6 H +ATOM 47788 OH2 TIP3X 641 37.940 -33.120 -33.110 1.00 0.00 W6 O +ATOM 47789 H1 TIP3X 641 38.730 -33.010 -32.590 1.00 0.00 W6 H +ATOM 47790 H2 TIP3X 641 38.110 -32.630 -33.920 1.00 0.00 W6 H +ATOM 47791 OH2 TIP3X 642 8.750 35.100 -19.070 1.00 0.00 W6 O +ATOM 47792 H1 TIP3X 642 8.280 34.790 -18.300 1.00 0.00 W6 H +ATOM 47793 H2 TIP3X 642 8.330 34.630 -19.800 1.00 0.00 W6 H +ATOM 47794 OH2 TIP3X 643 -4.020 -17.350 -51.750 1.00 0.00 W6 O +ATOM 47795 H1 TIP3X 643 -4.950 -17.200 -51.850 1.00 0.00 W6 H +ATOM 47796 H2 TIP3X 643 -3.830 -17.120 -50.840 1.00 0.00 W6 H +ATOM 47797 OH2 TIP3X 644 28.440 -39.630 15.810 1.00 0.00 W6 O +ATOM 47798 H1 TIP3X 644 27.620 -39.240 15.500 1.00 0.00 W6 H +ATOM 47799 H2 TIP3X 644 28.760 -40.140 15.060 1.00 0.00 W6 H +ATOM 47800 OH2 TIP3X 645 -37.880 -45.050 25.710 1.00 0.00 W6 O +ATOM 47801 H1 TIP3X 645 -37.680 -44.660 24.860 1.00 0.00 W6 H +ATOM 47802 H2 TIP3X 645 -38.800 -45.290 25.650 1.00 0.00 W6 H +ATOM 47803 OH2 TIP3X 646 -25.100 -32.540 -30.680 1.00 0.00 W6 O +ATOM 47804 H1 TIP3X 646 -25.310 -31.700 -31.080 1.00 0.00 W6 H +ATOM 47805 H2 TIP3X 646 -24.680 -33.040 -31.390 1.00 0.00 W6 H +ATOM 47806 OH2 TIP3X 647 47.990 -30.690 -21.880 1.00 0.00 W6 O +ATOM 47807 H1 TIP3X 647 48.380 -29.820 -21.760 1.00 0.00 W6 H +ATOM 47808 H2 TIP3X 647 47.120 -30.500 -22.240 1.00 0.00 W6 H +ATOM 47809 OH2 TIP3X 648 11.380 -24.700 -47.830 1.00 0.00 W6 O +ATOM 47810 H1 TIP3X 648 11.320 -25.330 -47.100 1.00 0.00 W6 H +ATOM 47811 H2 TIP3X 648 11.110 -23.860 -47.450 1.00 0.00 W6 H +ATOM 47812 OH2 TIP3X 649 -14.510 -21.220 -26.400 1.00 0.00 W6 O +ATOM 47813 H1 TIP3X 649 -15.440 -21.000 -26.460 1.00 0.00 W6 H +ATOM 47814 H2 TIP3X 649 -14.200 -21.160 -27.300 1.00 0.00 W6 H +ATOM 47815 OH2 TIP3X 650 -18.620 -32.300 -23.230 1.00 0.00 W6 O +ATOM 47816 H1 TIP3X 650 -19.510 -32.620 -23.040 1.00 0.00 W6 H +ATOM 47817 H2 TIP3X 650 -18.700 -31.930 -24.110 1.00 0.00 W6 H +ATOM 47818 OH2 TIP3X 651 33.190 -35.170 -48.370 1.00 0.00 W6 O +ATOM 47819 H1 TIP3X 651 33.070 -36.000 -48.840 1.00 0.00 W6 H +ATOM 47820 H2 TIP3X 651 34.140 -35.040 -48.340 1.00 0.00 W6 H +ATOM 47821 OH2 TIP3X 652 28.140 30.190 -39.570 1.00 0.00 W6 O +ATOM 47822 H1 TIP3X 652 27.430 29.580 -39.750 1.00 0.00 W6 H +ATOM 47823 H2 TIP3X 652 28.390 30.020 -38.660 1.00 0.00 W6 H +ATOM 47824 OH2 TIP3X 653 30.110 -32.520 22.030 1.00 0.00 W6 O +ATOM 47825 H1 TIP3X 653 29.520 -33.240 22.250 1.00 0.00 W6 H +ATOM 47826 H2 TIP3X 653 30.800 -32.570 22.700 1.00 0.00 W6 H +ATOM 47827 OH2 TIP3X 654 4.200 26.790 -42.090 1.00 0.00 W6 O +ATOM 47828 H1 TIP3X 654 3.280 26.630 -41.840 1.00 0.00 W6 H +ATOM 47829 H2 TIP3X 654 4.700 26.640 -41.280 1.00 0.00 W6 H +ATOM 47830 OH2 TIP3X 655 18.920 27.200 -19.730 1.00 0.00 W6 O +ATOM 47831 H1 TIP3X 655 18.860 26.310 -20.070 1.00 0.00 W6 H +ATOM 47832 H2 TIP3X 655 19.210 27.100 -18.830 1.00 0.00 W6 H +ATOM 47833 OH2 TIP3X 656 40.240 -33.510 -37.280 1.00 0.00 W6 O +ATOM 47834 H1 TIP3X 656 39.940 -32.600 -37.330 1.00 0.00 W6 H +ATOM 47835 H2 TIP3X 656 39.430 -34.030 -37.280 1.00 0.00 W6 H +ATOM 47836 OH2 TIP3X 657 7.720 38.950 27.720 1.00 0.00 W6 O +ATOM 47837 H1 TIP3X 657 6.950 39.500 27.900 1.00 0.00 W6 H +ATOM 47838 H2 TIP3X 657 7.670 38.760 26.790 1.00 0.00 W6 H +ATOM 47839 OH2 TIP3X 658 1.380 28.470 -39.610 1.00 0.00 W6 O +ATOM 47840 H1 TIP3X 658 0.690 27.900 -39.270 1.00 0.00 W6 H +ATOM 47841 H2 TIP3X 658 2.140 27.900 -39.720 1.00 0.00 W6 H +ATOM 47842 OH2 TIP3X 659 38.950 27.240 -15.910 1.00 0.00 W6 O +ATOM 47843 H1 TIP3X 659 38.760 28.130 -15.640 1.00 0.00 W6 H +ATOM 47844 H2 TIP3X 659 39.340 26.830 -15.140 1.00 0.00 W6 H +ATOM 47845 OH2 TIP3X 660 45.140 -14.480 -19.340 1.00 0.00 W6 O +ATOM 47846 H1 TIP3X 660 44.590 -15.160 -18.940 1.00 0.00 W6 H +ATOM 47847 H2 TIP3X 660 44.530 -13.800 -19.620 1.00 0.00 W6 H +ATOM 47848 OH2 TIP3X 661 18.060 24.280 -33.670 1.00 0.00 W6 O +ATOM 47849 H1 TIP3X 661 17.690 25.090 -34.040 1.00 0.00 W6 H +ATOM 47850 H2 TIP3X 661 18.330 24.530 -32.790 1.00 0.00 W6 H +ATOM 47851 OH2 TIP3X 662 -35.230 28.020 19.270 1.00 0.00 W6 O +ATOM 47852 H1 TIP3X 662 -34.450 27.500 19.390 1.00 0.00 W6 H +ATOM 47853 H2 TIP3X 662 -35.020 28.600 18.540 1.00 0.00 W6 H +ATOM 47854 OH2 TIP3X 663 17.820 -42.950 35.100 1.00 0.00 W6 O +ATOM 47855 H1 TIP3X 663 17.870 -43.910 35.120 1.00 0.00 W6 H +ATOM 47856 H2 TIP3X 663 17.910 -42.680 36.010 1.00 0.00 W6 H +ATOM 47857 OH2 TIP3X 664 40.200 13.800 33.130 1.00 0.00 W6 O +ATOM 47858 H1 TIP3X 664 39.770 13.480 32.340 1.00 0.00 W6 H +ATOM 47859 H2 TIP3X 664 39.590 14.440 33.500 1.00 0.00 W6 H +ATOM 47860 OH2 TIP3X 665 -6.630 35.240 -25.550 1.00 0.00 W6 O +ATOM 47861 H1 TIP3X 665 -6.640 35.610 -26.430 1.00 0.00 W6 H +ATOM 47862 H2 TIP3X 665 -7.290 34.540 -25.580 1.00 0.00 W6 H +ATOM 47863 OH2 TIP3X 666 -33.190 5.130 27.200 1.00 0.00 W6 O +ATOM 47864 H1 TIP3X 666 -32.300 4.740 27.200 1.00 0.00 W6 H +ATOM 47865 H2 TIP3X 666 -33.690 4.580 27.790 1.00 0.00 W6 H +ATOM 47866 OH2 TIP3X 667 21.690 -10.580 31.620 1.00 0.00 W6 O +ATOM 47867 H1 TIP3X 667 21.930 -11.460 31.340 1.00 0.00 W6 H +ATOM 47868 H2 TIP3X 667 21.550 -10.670 32.570 1.00 0.00 W6 H +ATOM 47869 OH2 TIP3X 668 -28.910 9.680 -23.860 1.00 0.00 W6 O +ATOM 47870 H1 TIP3X 668 -29.720 10.200 -23.790 1.00 0.00 W6 H +ATOM 47871 H2 TIP3X 668 -29.060 9.100 -24.600 1.00 0.00 W6 H +ATOM 47872 OH2 TIP3X 669 11.000 -33.340 -34.600 1.00 0.00 W6 O +ATOM 47873 H1 TIP3X 669 10.880 -33.460 -35.530 1.00 0.00 W6 H +ATOM 47874 H2 TIP3X 669 11.930 -33.550 -34.450 1.00 0.00 W6 H +ATOM 47875 OH2 TIP3X 670 -27.530 -43.010 19.510 1.00 0.00 W6 O +ATOM 47876 H1 TIP3X 670 -28.300 -43.200 18.970 1.00 0.00 W6 H +ATOM 47877 H2 TIP3X 670 -26.820 -42.870 18.890 1.00 0.00 W6 H +ATOM 47878 OH2 TIP3X 671 -17.690 -51.710 35.170 1.00 0.00 W6 O +ATOM 47879 H1 TIP3X 671 -17.880 -51.810 36.100 1.00 0.00 W6 H +ATOM 47880 H2 TIP3X 671 -18.080 -50.870 34.940 1.00 0.00 W6 H +ATOM 47881 OH2 TIP3X 672 -35.070 6.690 40.190 1.00 0.00 W6 O +ATOM 47882 H1 TIP3X 672 -35.130 7.380 39.520 1.00 0.00 W6 H +ATOM 47883 H2 TIP3X 672 -35.000 5.880 39.690 1.00 0.00 W6 H +ATOM 47884 OH2 TIP3X 673 -0.670 -46.170 -22.010 1.00 0.00 W6 O +ATOM 47885 H1 TIP3X 673 -0.610 -45.220 -22.000 1.00 0.00 W6 H +ATOM 47886 H2 TIP3X 673 -1.220 -46.390 -22.760 1.00 0.00 W6 H +ATOM 47887 OH2 TIP3X 674 -29.490 29.580 30.370 1.00 0.00 W6 O +ATOM 47888 H1 TIP3X 674 -29.170 28.680 30.330 1.00 0.00 W6 H +ATOM 47889 H2 TIP3X 674 -29.770 29.700 31.270 1.00 0.00 W6 H +ATOM 47890 OH2 TIP3X 675 -39.350 -39.640 -49.410 1.00 0.00 W6 O +ATOM 47891 H1 TIP3X 675 -39.350 -39.080 -50.170 1.00 0.00 W6 H +ATOM 47892 H2 TIP3X 675 -39.780 -39.130 -48.720 1.00 0.00 W6 H +ATOM 47893 OH2 TIP3X 676 -19.230 14.770 -45.370 1.00 0.00 W6 O +ATOM 47894 H1 TIP3X 676 -19.380 15.650 -45.000 1.00 0.00 W6 H +ATOM 47895 H2 TIP3X 676 -18.810 14.280 -44.660 1.00 0.00 W6 H +ATOM 47896 OH2 TIP3X 677 40.100 -25.120 -46.370 1.00 0.00 W6 O +ATOM 47897 H1 TIP3X 677 39.890 -24.680 -47.200 1.00 0.00 W6 H +ATOM 47898 H2 TIP3X 677 40.480 -24.420 -45.840 1.00 0.00 W6 H +ATOM 47899 OH2 TIP3X 678 31.380 -27.210 -37.720 1.00 0.00 W6 O +ATOM 47900 H1 TIP3X 678 30.680 -26.670 -37.360 1.00 0.00 W6 H +ATOM 47901 H2 TIP3X 678 31.920 -26.610 -38.220 1.00 0.00 W6 H +ATOM 47902 OH2 TIP3X 679 -1.430 -40.100 21.670 1.00 0.00 W6 O +ATOM 47903 H1 TIP3X 679 -1.660 -39.390 21.070 1.00 0.00 W6 H +ATOM 47904 H2 TIP3X 679 -1.770 -40.890 21.260 1.00 0.00 W6 H +ATOM 47905 OH2 TIP3X 680 38.910 -10.650 33.330 1.00 0.00 W6 O +ATOM 47906 H1 TIP3X 680 38.140 -11.010 33.770 1.00 0.00 W6 H +ATOM 47907 H2 TIP3X 680 39.170 -11.330 32.710 1.00 0.00 W6 H +ATOM 47908 OH2 TIP3X 681 41.200 -1.330 21.270 1.00 0.00 W6 O +ATOM 47909 H1 TIP3X 681 41.920 -0.690 21.340 1.00 0.00 W6 H +ATOM 47910 H2 TIP3X 681 40.570 -0.920 20.690 1.00 0.00 W6 H +ATOM 47911 OH2 TIP3X 682 -16.470 -45.710 29.100 1.00 0.00 W6 O +ATOM 47912 H1 TIP3X 682 -16.840 -45.860 29.960 1.00 0.00 W6 H +ATOM 47913 H2 TIP3X 682 -16.350 -44.770 29.050 1.00 0.00 W6 H +ATOM 47914 OH2 TIP3X 683 18.690 28.350 22.420 1.00 0.00 W6 O +ATOM 47915 H1 TIP3X 683 19.490 28.480 21.920 1.00 0.00 W6 H +ATOM 47916 H2 TIP3X 683 18.390 27.480 22.170 1.00 0.00 W6 H +ATOM 47917 OH2 TIP3X 684 -7.230 13.980 -49.680 1.00 0.00 W6 O +ATOM 47918 H1 TIP3X 684 -7.520 13.100 -49.900 1.00 0.00 W6 H +ATOM 47919 H2 TIP3X 684 -6.310 14.000 -49.910 1.00 0.00 W6 H +ATOM 47920 OH2 TIP3X 685 41.540 -15.400 -26.810 1.00 0.00 W6 O +ATOM 47921 H1 TIP3X 685 42.430 -15.260 -27.130 1.00 0.00 W6 H +ATOM 47922 H2 TIP3X 685 41.000 -15.400 -27.600 1.00 0.00 W6 H +ATOM 47923 OH2 TIP3X 686 16.720 7.270 20.690 1.00 0.00 W6 O +ATOM 47924 H1 TIP3X 686 16.670 8.230 20.810 1.00 0.00 W6 H +ATOM 47925 H2 TIP3X 686 15.900 6.950 21.050 1.00 0.00 W6 H +ATOM 47926 OH2 TIP3X 687 46.250 -32.550 -36.280 1.00 0.00 W6 O +ATOM 47927 H1 TIP3X 687 46.410 -31.620 -36.440 1.00 0.00 W6 H +ATOM 47928 H2 TIP3X 687 45.300 -32.640 -36.430 1.00 0.00 W6 H +ATOM 47929 OH2 TIP3X 688 -24.570 17.030 32.010 1.00 0.00 W6 O +ATOM 47930 H1 TIP3X 688 -24.260 16.430 31.350 1.00 0.00 W6 H +ATOM 47931 H2 TIP3X 688 -25.490 17.180 31.790 1.00 0.00 W6 H +ATOM 47932 OH2 TIP3X 689 -2.560 15.870 -47.860 1.00 0.00 W6 O +ATOM 47933 H1 TIP3X 689 -1.740 15.480 -48.140 1.00 0.00 W6 H +ATOM 47934 H2 TIP3X 689 -2.550 16.770 -48.220 1.00 0.00 W6 H +ATOM 47935 OH2 TIP3X 690 27.290 -46.160 17.660 1.00 0.00 W6 O +ATOM 47936 H1 TIP3X 690 26.350 -45.950 17.660 1.00 0.00 W6 H +ATOM 47937 H2 TIP3X 690 27.340 -47.020 17.260 1.00 0.00 W6 H +ATOM 47938 OH2 TIP3X 691 12.890 -35.420 28.880 1.00 0.00 W6 O +ATOM 47939 H1 TIP3X 691 12.140 -35.990 28.930 1.00 0.00 W6 H +ATOM 47940 H2 TIP3X 691 12.520 -34.530 28.910 1.00 0.00 W6 H +ATOM 47941 OH2 TIP3X 692 -7.860 -32.680 34.680 1.00 0.00 W6 O +ATOM 47942 H1 TIP3X 692 -8.140 -31.940 35.230 1.00 0.00 W6 H +ATOM 47943 H2 TIP3X 692 -8.600 -33.270 34.660 1.00 0.00 W6 H +ATOM 47944 OH2 TIP3X 693 15.110 -37.110 -19.390 1.00 0.00 W6 O +ATOM 47945 H1 TIP3X 693 15.720 -37.550 -19.990 1.00 0.00 W6 H +ATOM 47946 H2 TIP3X 693 14.870 -36.310 -19.850 1.00 0.00 W6 H +ATOM 47947 OH2 TIP3X 694 45.370 -8.820 -39.170 1.00 0.00 W6 O +ATOM 47948 H1 TIP3X 694 44.770 -9.270 -39.750 1.00 0.00 W6 H +ATOM 47949 H2 TIP3X 694 46.160 -9.370 -39.170 1.00 0.00 W6 H +ATOM 47950 OH2 TIP3X 695 27.560 -31.130 -20.940 1.00 0.00 W6 O +ATOM 47951 H1 TIP3X 695 26.880 -31.500 -20.380 1.00 0.00 W6 H +ATOM 47952 H2 TIP3X 695 28.380 -31.320 -20.490 1.00 0.00 W6 H +ATOM 47953 OH2 TIP3X 696 -20.040 -32.390 -32.130 1.00 0.00 W6 O +ATOM 47954 H1 TIP3X 696 -19.080 -32.390 -32.230 1.00 0.00 W6 H +ATOM 47955 H2 TIP3X 696 -20.170 -32.370 -31.190 1.00 0.00 W6 H +ATOM 47956 OH2 TIP3X 697 28.980 8.380 -13.690 1.00 0.00 W6 O +ATOM 47957 H1 TIP3X 697 29.160 8.110 -12.780 1.00 0.00 W6 H +ATOM 47958 H2 TIP3X 697 28.040 8.290 -13.790 1.00 0.00 W6 H +ATOM 47959 OH2 TIP3X 698 -29.510 -32.000 -31.620 1.00 0.00 W6 O +ATOM 47960 H1 TIP3X 698 -29.190 -32.610 -32.270 1.00 0.00 W6 H +ATOM 47961 H2 TIP3X 698 -30.290 -31.600 -32.010 1.00 0.00 W6 H +ATOM 47962 OH2 TIP3X 699 28.980 11.020 -19.630 1.00 0.00 W6 O +ATOM 47963 H1 TIP3X 699 29.880 11.300 -19.480 1.00 0.00 W6 H +ATOM 47964 H2 TIP3X 699 28.840 10.310 -19.010 1.00 0.00 W6 H +ATOM 47965 OH2 TIP3X 700 37.220 -49.010 -44.340 1.00 0.00 W6 O +ATOM 47966 H1 TIP3X 700 36.770 -48.170 -44.230 1.00 0.00 W6 H +ATOM 47967 H2 TIP3X 700 37.670 -49.160 -43.520 1.00 0.00 W6 H +ATOM 47968 OH2 TIP3X 701 -17.460 27.300 34.120 1.00 0.00 W6 O +ATOM 47969 H1 TIP3X 701 -16.590 27.120 33.770 1.00 0.00 W6 H +ATOM 47970 H2 TIP3X 701 -17.390 28.160 34.530 1.00 0.00 W6 H +ATOM 47971 OH2 TIP3X 702 2.830 29.800 30.060 1.00 0.00 W6 O +ATOM 47972 H1 TIP3X 702 3.040 29.380 30.900 1.00 0.00 W6 H +ATOM 47973 H2 TIP3X 702 3.170 29.170 29.410 1.00 0.00 W6 H +ATOM 47974 OH2 TIP3X 703 43.370 21.480 28.670 1.00 0.00 W6 O +ATOM 47975 H1 TIP3X 703 43.120 21.170 29.530 1.00 0.00 W6 H +ATOM 47976 H2 TIP3X 703 42.540 21.690 28.250 1.00 0.00 W6 H +ATOM 47977 OH2 TIP3X 704 24.200 -33.940 -32.610 1.00 0.00 W6 O +ATOM 47978 H1 TIP3X 704 23.860 -34.580 -31.990 1.00 0.00 W6 H +ATOM 47979 H2 TIP3X 704 24.300 -33.140 -32.110 1.00 0.00 W6 H +ATOM 47980 OH2 TIP3X 705 32.400 -28.150 -44.400 1.00 0.00 W6 O +ATOM 47981 H1 TIP3X 705 32.120 -27.950 -45.290 1.00 0.00 W6 H +ATOM 47982 H2 TIP3X 705 32.320 -29.100 -44.320 1.00 0.00 W6 H +ATOM 47983 OH2 TIP3X 706 -37.820 -27.210 -36.840 1.00 0.00 W6 O +ATOM 47984 H1 TIP3X 706 -38.030 -27.280 -35.910 1.00 0.00 W6 H +ATOM 47985 H2 TIP3X 706 -38.180 -28.010 -37.210 1.00 0.00 W6 H +ATOM 47986 OH2 TIP3X 707 -16.500 -11.100 36.040 1.00 0.00 W6 O +ATOM 47987 H1 TIP3X 707 -16.650 -11.980 36.360 1.00 0.00 W6 H +ATOM 47988 H2 TIP3X 707 -16.170 -10.620 36.800 1.00 0.00 W6 H +ATOM 47989 OH2 TIP3X 708 35.220 15.840 -21.340 1.00 0.00 W6 O +ATOM 47990 H1 TIP3X 708 34.280 15.890 -21.130 1.00 0.00 W6 H +ATOM 47991 H2 TIP3X 708 35.610 15.400 -20.590 1.00 0.00 W6 H +ATOM 47992 OH2 TIP3X 709 42.310 20.360 -19.080 1.00 0.00 W6 O +ATOM 47993 H1 TIP3X 709 42.050 21.150 -19.550 1.00 0.00 W6 H +ATOM 47994 H2 TIP3X 709 43.030 20.640 -18.520 1.00 0.00 W6 H +ATOM 47995 OH2 TIP3X 710 -8.840 28.130 38.490 1.00 0.00 W6 O +ATOM 47996 H1 TIP3X 710 -9.500 28.180 39.190 1.00 0.00 W6 H +ATOM 47997 H2 TIP3X 710 -8.540 29.030 38.360 1.00 0.00 W6 H +ATOM 47998 OH2 TIP3X 711 14.300 -35.060 -21.280 1.00 0.00 W6 O +ATOM 47999 H1 TIP3X 711 14.370 -34.150 -20.990 1.00 0.00 W6 H +ATOM 48000 H2 TIP3X 711 14.970 -35.130 -21.970 1.00 0.00 W6 H +ATOM 48001 OH2 TIP3X 712 -39.240 -37.180 -29.550 1.00 0.00 W6 O +ATOM 48002 H1 TIP3X 712 -38.800 -36.930 -28.730 1.00 0.00 W6 H +ATOM 48003 H2 TIP3X 712 -39.980 -36.590 -29.620 1.00 0.00 W6 H +ATOM 48004 OH2 TIP3X 713 -38.730 13.180 -34.640 1.00 0.00 W6 O +ATOM 48005 H1 TIP3X 713 -38.790 14.100 -34.900 1.00 0.00 W6 H +ATOM 48006 H2 TIP3X 713 -38.840 13.210 -33.690 1.00 0.00 W6 H +ATOM 48007 OH2 TIP3X 714 -17.720 14.720 38.460 1.00 0.00 W6 O +ATOM 48008 H1 TIP3X 714 -18.650 14.970 38.510 1.00 0.00 W6 H +ATOM 48009 H2 TIP3X 714 -17.260 15.500 38.760 1.00 0.00 W6 H +ATOM 48010 OH2 TIP3X 715 25.280 -29.410 -29.510 1.00 0.00 W6 O +ATOM 48011 H1 TIP3X 715 25.220 -28.470 -29.710 1.00 0.00 W6 H +ATOM 48012 H2 TIP3X 715 26.130 -29.660 -29.860 1.00 0.00 W6 H +ATOM 48013 OH2 TIP3X 716 12.660 -19.660 24.030 1.00 0.00 W6 O +ATOM 48014 H1 TIP3X 716 12.700 -19.270 23.150 1.00 0.00 W6 H +ATOM 48015 H2 TIP3X 716 13.490 -20.120 24.120 1.00 0.00 W6 H +ATOM 48016 OH2 TIP3X 717 25.210 -27.320 20.980 1.00 0.00 W6 O +ATOM 48017 H1 TIP3X 717 24.690 -27.160 20.200 1.00 0.00 W6 H +ATOM 48018 H2 TIP3X 717 24.670 -27.020 21.710 1.00 0.00 W6 H +ATOM 48019 OH2 TIP3X 718 41.840 43.160 -44.510 1.00 0.00 W6 O +ATOM 48020 H1 TIP3X 718 42.750 43.130 -44.200 1.00 0.00 W6 H +ATOM 48021 H2 TIP3X 718 41.820 43.900 -45.100 1.00 0.00 W6 H +ATOM 48022 OH2 TIP3X 719 -33.930 -37.160 -16.550 1.00 0.00 W6 O +ATOM 48023 H1 TIP3X 719 -33.990 -36.630 -15.760 1.00 0.00 W6 H +ATOM 48024 H2 TIP3X 719 -33.250 -37.810 -16.350 1.00 0.00 W6 H +ATOM 48025 OH2 TIP3X 720 13.190 14.660 28.470 1.00 0.00 W6 O +ATOM 48026 H1 TIP3X 720 13.070 14.800 29.410 1.00 0.00 W6 H +ATOM 48027 H2 TIP3X 720 13.970 14.130 28.400 1.00 0.00 W6 H +ATOM 48028 OH2 TIP3X 721 -8.620 -21.550 26.960 1.00 0.00 W6 O +ATOM 48029 H1 TIP3X 721 -9.300 -20.900 26.820 1.00 0.00 W6 H +ATOM 48030 H2 TIP3X 721 -8.120 -21.560 26.140 1.00 0.00 W6 H +ATOM 48031 OH2 TIP3X 722 35.590 -10.480 -47.100 1.00 0.00 W6 O +ATOM 48032 H1 TIP3X 722 36.080 -9.760 -46.740 1.00 0.00 W6 H +ATOM 48033 H2 TIP3X 722 34.710 -10.120 -47.240 1.00 0.00 W6 H +ATOM 48034 OH2 TIP3X 723 42.920 20.960 35.320 1.00 0.00 W6 O +ATOM 48035 H1 TIP3X 723 42.200 20.340 35.410 1.00 0.00 W6 H +ATOM 48036 H2 TIP3X 723 43.500 20.770 36.060 1.00 0.00 W6 H +ATOM 48037 OH2 TIP3X 724 -40.500 35.920 41.930 1.00 0.00 W6 O +ATOM 48038 H1 TIP3X 724 -41.450 35.880 41.830 1.00 0.00 W6 H +ATOM 48039 H2 TIP3X 724 -40.270 35.090 42.340 1.00 0.00 W6 H +ATOM 48040 OH2 TIP3X 725 3.820 -1.110 28.250 1.00 0.00 W6 O +ATOM 48041 H1 TIP3X 725 3.590 -0.440 27.610 1.00 0.00 W6 H +ATOM 48042 H2 TIP3X 725 3.750 -0.680 29.090 1.00 0.00 W6 H +ATOM 48043 OH2 TIP3X 726 -30.130 10.760 40.700 1.00 0.00 W6 O +ATOM 48044 H1 TIP3X 726 -30.260 10.860 39.750 1.00 0.00 W6 H +ATOM 48045 H2 TIP3X 726 -29.210 10.970 40.840 1.00 0.00 W6 H +ATOM 48046 OH2 TIP3X 727 0.410 -5.760 35.330 1.00 0.00 W6 O +ATOM 48047 H1 TIP3X 727 -0.400 -5.380 35.000 1.00 0.00 W6 H +ATOM 48048 H2 TIP3X 727 0.780 -5.100 35.910 1.00 0.00 W6 H +ATOM 48049 OH2 TIP3X 728 15.450 -15.010 -50.620 1.00 0.00 W6 O +ATOM 48050 H1 TIP3X 728 14.500 -15.020 -50.460 1.00 0.00 W6 H +ATOM 48051 H2 TIP3X 728 15.830 -15.410 -49.840 1.00 0.00 W6 H +ATOM 48052 OH2 TIP3X 729 18.210 25.760 33.200 1.00 0.00 W6 O +ATOM 48053 H1 TIP3X 729 17.820 26.320 33.870 1.00 0.00 W6 H +ATOM 48054 H2 TIP3X 729 18.770 26.360 32.690 1.00 0.00 W6 H +ATOM 48055 OH2 TIP3X 730 -42.350 -41.810 20.390 1.00 0.00 W6 O +ATOM 48056 H1 TIP3X 730 -41.880 -42.540 19.980 1.00 0.00 W6 H +ATOM 48057 H2 TIP3X 730 -41.650 -41.230 20.710 1.00 0.00 W6 H +ATOM 48058 OH2 TIP3X 731 25.330 3.350 28.310 1.00 0.00 W6 O +ATOM 48059 H1 TIP3X 731 25.920 3.830 28.890 1.00 0.00 W6 H +ATOM 48060 H2 TIP3X 731 25.820 3.290 27.480 1.00 0.00 W6 H +ATOM 48061 OH2 TIP3X 732 8.500 -18.410 -38.680 1.00 0.00 W6 O +ATOM 48062 H1 TIP3X 732 9.240 -17.880 -38.380 1.00 0.00 W6 H +ATOM 48063 H2 TIP3X 732 8.000 -17.840 -39.260 1.00 0.00 W6 H +ATOM 48064 OH2 TIP3X 733 31.300 13.900 37.000 1.00 0.00 W6 O +ATOM 48065 H1 TIP3X 733 31.930 14.610 36.940 1.00 0.00 W6 H +ATOM 48066 H2 TIP3X 733 30.450 14.330 36.910 1.00 0.00 W6 H +ATOM 48067 OH2 TIP3X 1 0.160 37.760 -46.240 1.00 0.00 W7 O +ATOM 48068 H1 TIP3X 1 -0.020 37.320 -45.410 1.00 0.00 W7 H +ATOM 48069 H2 TIP3X 1 0.440 38.640 -45.990 1.00 0.00 W7 H +ATOM 48070 OH2 TIP3X 2 21.860 36.010 36.520 1.00 0.00 W7 O +ATOM 48071 H1 TIP3X 2 21.840 36.620 37.250 1.00 0.00 W7 H +ATOM 48072 H2 TIP3X 2 22.800 35.890 36.340 1.00 0.00 W7 H +ATOM 48073 OH2 TIP3X 3 -24.270 -14.900 -37.310 1.00 0.00 W7 O +ATOM 48074 H1 TIP3X 3 -25.060 -15.400 -37.130 1.00 0.00 W7 H +ATOM 48075 H2 TIP3X 3 -24.240 -14.830 -38.260 1.00 0.00 W7 H +ATOM 48076 OH2 TIP3X 4 -15.060 40.340 38.950 1.00 0.00 W7 O +ATOM 48077 H1 TIP3X 4 -14.510 40.750 38.270 1.00 0.00 W7 H +ATOM 48078 H2 TIP3X 4 -15.950 40.460 38.640 1.00 0.00 W7 H +ATOM 48079 OH2 TIP3X 5 11.460 12.350 -46.050 1.00 0.00 W7 O +ATOM 48080 H1 TIP3X 5 11.430 11.400 -45.880 1.00 0.00 W7 H +ATOM 48081 H2 TIP3X 5 10.750 12.500 -46.680 1.00 0.00 W7 H +ATOM 48082 OH2 TIP3X 6 22.200 -27.840 -52.120 1.00 0.00 W7 O +ATOM 48083 H1 TIP3X 6 21.730 -28.600 -51.760 1.00 0.00 W7 H +ATOM 48084 H2 TIP3X 6 22.970 -27.750 -51.570 1.00 0.00 W7 H +ATOM 48085 OH2 TIP3X 7 -17.530 -41.270 -49.630 1.00 0.00 W7 O +ATOM 48086 H1 TIP3X 7 -18.300 -41.200 -50.190 1.00 0.00 W7 H +ATOM 48087 H2 TIP3X 7 -17.710 -42.010 -49.050 1.00 0.00 W7 H +ATOM 48088 OH2 TIP3X 8 20.280 -1.030 -39.260 1.00 0.00 W7 O +ATOM 48089 H1 TIP3X 8 21.210 -1.160 -39.350 1.00 0.00 W7 H +ATOM 48090 H2 TIP3X 8 19.950 -1.900 -38.990 1.00 0.00 W7 H +ATOM 48091 OH2 TIP3X 9 1.580 16.550 17.720 1.00 0.00 W7 O +ATOM 48092 H1 TIP3X 9 1.600 15.820 17.110 1.00 0.00 W7 H +ATOM 48093 H2 TIP3X 9 2.320 17.100 17.470 1.00 0.00 W7 H +ATOM 48094 OH2 TIP3X 10 -17.230 -37.840 -33.220 1.00 0.00 W7 O +ATOM 48095 H1 TIP3X 10 -17.600 -38.350 -33.930 1.00 0.00 W7 H +ATOM 48096 H2 TIP3X 10 -17.620 -38.190 -32.430 1.00 0.00 W7 H +ATOM 48097 OH2 TIP3X 11 24.420 -28.860 -26.990 1.00 0.00 W7 O +ATOM 48098 H1 TIP3X 11 25.030 -29.530 -26.640 1.00 0.00 W7 H +ATOM 48099 H2 TIP3X 11 24.580 -28.890 -27.940 1.00 0.00 W7 H +ATOM 48100 OH2 TIP3X 12 32.400 -34.330 33.680 1.00 0.00 W7 O +ATOM 48101 H1 TIP3X 12 31.570 -33.840 33.680 1.00 0.00 W7 H +ATOM 48102 H2 TIP3X 12 32.660 -34.370 34.590 1.00 0.00 W7 H +ATOM 48103 OH2 TIP3X 13 4.030 -32.660 21.260 1.00 0.00 W7 O +ATOM 48104 H1 TIP3X 13 4.520 -33.340 20.820 1.00 0.00 W7 H +ATOM 48105 H2 TIP3X 13 3.150 -32.720 20.900 1.00 0.00 W7 H +ATOM 48106 OH2 TIP3X 14 -10.870 -37.650 -40.360 1.00 0.00 W7 O +ATOM 48107 H1 TIP3X 14 -10.240 -38.290 -40.040 1.00 0.00 W7 H +ATOM 48108 H2 TIP3X 14 -10.570 -37.440 -41.240 1.00 0.00 W7 H +ATOM 48109 OH2 TIP3X 15 -15.590 -42.010 17.830 1.00 0.00 W7 O +ATOM 48110 H1 TIP3X 15 -15.570 -41.290 18.470 1.00 0.00 W7 H +ATOM 48111 H2 TIP3X 15 -15.690 -42.800 18.360 1.00 0.00 W7 H +ATOM 48112 OH2 TIP3X 16 21.470 -35.700 -34.310 1.00 0.00 W7 O +ATOM 48113 H1 TIP3X 16 22.160 -35.050 -34.460 1.00 0.00 W7 H +ATOM 48114 H2 TIP3X 16 20.860 -35.270 -33.710 1.00 0.00 W7 H +ATOM 48115 OH2 TIP3X 17 11.920 -0.760 28.510 1.00 0.00 W7 O +ATOM 48116 H1 TIP3X 17 11.230 -0.350 28.000 1.00 0.00 W7 H +ATOM 48117 H2 TIP3X 17 12.640 -0.120 28.480 1.00 0.00 W7 H +ATOM 48118 OH2 TIP3X 18 -31.180 32.710 39.500 1.00 0.00 W7 O +ATOM 48119 H1 TIP3X 18 -30.790 31.840 39.380 1.00 0.00 W7 H +ATOM 48120 H2 TIP3X 18 -30.540 33.310 39.110 1.00 0.00 W7 H +ATOM 48121 OH2 TIP3X 19 -29.100 -42.160 -32.290 1.00 0.00 W7 O +ATOM 48122 H1 TIP3X 19 -28.460 -42.840 -32.080 1.00 0.00 W7 H +ATOM 48123 H2 TIP3X 19 -28.600 -41.340 -32.260 1.00 0.00 W7 H +ATOM 48124 OH2 TIP3X 20 43.880 5.010 -39.180 1.00 0.00 W7 O +ATOM 48125 H1 TIP3X 20 43.510 4.700 -40.010 1.00 0.00 W7 H +ATOM 48126 H2 TIP3X 20 43.990 4.210 -38.660 1.00 0.00 W7 H +ATOM 48127 OH2 TIP3X 21 -20.420 25.590 28.580 1.00 0.00 W7 O +ATOM 48128 H1 TIP3X 21 -19.470 25.620 28.740 1.00 0.00 W7 H +ATOM 48129 H2 TIP3X 21 -20.680 24.730 28.880 1.00 0.00 W7 H +ATOM 48130 OH2 TIP3X 22 -8.700 20.980 -34.970 1.00 0.00 W7 O +ATOM 48131 H1 TIP3X 22 -8.500 20.310 -34.330 1.00 0.00 W7 H +ATOM 48132 H2 TIP3X 22 -8.670 20.540 -35.820 1.00 0.00 W7 H +ATOM 48133 OH2 TIP3X 23 -43.810 -44.040 -28.830 1.00 0.00 W7 O +ATOM 48134 H1 TIP3X 23 -43.820 -44.110 -27.880 1.00 0.00 W7 H +ATOM 48135 H2 TIP3X 23 -42.890 -44.000 -29.050 1.00 0.00 W7 H +ATOM 48136 OH2 TIP3X 24 -40.770 11.950 33.810 1.00 0.00 W7 O +ATOM 48137 H1 TIP3X 24 -41.550 11.430 33.640 1.00 0.00 W7 H +ATOM 48138 H2 TIP3X 24 -41.030 12.850 33.640 1.00 0.00 W7 H +ATOM 48139 OH2 TIP3X 25 -36.760 37.830 -33.610 1.00 0.00 W7 O +ATOM 48140 H1 TIP3X 25 -36.860 37.090 -34.210 1.00 0.00 W7 H +ATOM 48141 H2 TIP3X 25 -37.660 38.120 -33.450 1.00 0.00 W7 H +ATOM 48142 OH2 TIP3X 26 -12.300 -49.380 26.920 1.00 0.00 W7 O +ATOM 48143 H1 TIP3X 26 -11.560 -49.800 27.350 1.00 0.00 W7 H +ATOM 48144 H2 TIP3X 26 -12.440 -48.570 27.410 1.00 0.00 W7 H +ATOM 48145 OH2 TIP3X 27 -35.140 38.920 -41.170 1.00 0.00 W7 O +ATOM 48146 H1 TIP3X 27 -34.660 39.230 -40.400 1.00 0.00 W7 H +ATOM 48147 H2 TIP3X 27 -34.590 39.190 -41.910 1.00 0.00 W7 H +ATOM 48148 OH2 TIP3X 28 -19.920 -11.140 -38.060 1.00 0.00 W7 O +ATOM 48149 H1 TIP3X 28 -19.060 -11.470 -37.820 1.00 0.00 W7 H +ATOM 48150 H2 TIP3X 28 -19.770 -10.670 -38.880 1.00 0.00 W7 H +ATOM 48151 OH2 TIP3X 29 -14.570 4.680 -34.280 1.00 0.00 W7 O +ATOM 48152 H1 TIP3X 29 -14.290 4.820 -35.180 1.00 0.00 W7 H +ATOM 48153 H2 TIP3X 29 -14.650 3.720 -34.200 1.00 0.00 W7 H +ATOM 48154 OH2 TIP3X 30 6.400 -44.970 -39.870 1.00 0.00 W7 O +ATOM 48155 H1 TIP3X 30 5.860 -45.300 -39.150 1.00 0.00 W7 H +ATOM 48156 H2 TIP3X 30 6.820 -44.190 -39.520 1.00 0.00 W7 H +ATOM 48157 OH2 TIP3X 31 19.480 -19.240 -34.480 1.00 0.00 W7 O +ATOM 48158 H1 TIP3X 31 18.680 -19.690 -34.240 1.00 0.00 W7 H +ATOM 48159 H2 TIP3X 31 19.980 -19.880 -34.980 1.00 0.00 W7 H +ATOM 48160 OH2 TIP3X 32 -41.640 -50.230 25.290 1.00 0.00 W7 O +ATOM 48161 H1 TIP3X 32 -42.320 -50.870 25.460 1.00 0.00 W7 H +ATOM 48162 H2 TIP3X 32 -40.820 -50.710 25.430 1.00 0.00 W7 H +ATOM 48163 OH2 TIP3X 33 13.240 27.690 -28.870 1.00 0.00 W7 O +ATOM 48164 H1 TIP3X 33 13.180 28.130 -29.730 1.00 0.00 W7 H +ATOM 48165 H2 TIP3X 33 14.160 27.480 -28.780 1.00 0.00 W7 H +ATOM 48166 OH2 TIP3X 34 -20.640 -17.610 25.110 1.00 0.00 W7 O +ATOM 48167 H1 TIP3X 34 -20.720 -18.540 25.350 1.00 0.00 W7 H +ATOM 48168 H2 TIP3X 34 -19.780 -17.540 24.690 1.00 0.00 W7 H +ATOM 48169 OH2 TIP3X 35 8.990 36.300 25.830 1.00 0.00 W7 O +ATOM 48170 H1 TIP3X 35 8.680 37.170 25.550 1.00 0.00 W7 H +ATOM 48171 H2 TIP3X 35 9.340 35.910 25.040 1.00 0.00 W7 H +ATOM 48172 OH2 TIP3X 36 25.930 24.590 -48.550 1.00 0.00 W7 O +ATOM 48173 H1 TIP3X 36 26.260 23.980 -49.210 1.00 0.00 W7 H +ATOM 48174 H2 TIP3X 36 25.800 24.050 -47.780 1.00 0.00 W7 H +ATOM 48175 OH2 TIP3X 37 -38.580 -28.680 28.790 1.00 0.00 W7 O +ATOM 48176 H1 TIP3X 37 -38.320 -29.220 28.030 1.00 0.00 W7 H +ATOM 48177 H2 TIP3X 37 -39.320 -28.160 28.470 1.00 0.00 W7 H +ATOM 48178 OH2 TIP3X 38 -2.810 -41.520 27.910 1.00 0.00 W7 O +ATOM 48179 H1 TIP3X 38 -1.850 -41.500 27.890 1.00 0.00 W7 H +ATOM 48180 H2 TIP3X 38 -3.060 -40.850 28.540 1.00 0.00 W7 H +ATOM 48181 OH2 TIP3X 39 19.760 -51.120 35.280 1.00 0.00 W7 O +ATOM 48182 H1 TIP3X 39 19.920 -50.190 35.120 1.00 0.00 W7 H +ATOM 48183 H2 TIP3X 39 20.110 -51.250 36.170 1.00 0.00 W7 H +ATOM 48184 OH2 TIP3X 40 25.670 -30.880 -36.120 1.00 0.00 W7 O +ATOM 48185 H1 TIP3X 40 26.060 -30.100 -36.520 1.00 0.00 W7 H +ATOM 48186 H2 TIP3X 40 25.940 -31.600 -36.680 1.00 0.00 W7 H +ATOM 48187 OH2 TIP3X 41 -3.270 -49.810 26.930 1.00 0.00 W7 O +ATOM 48188 H1 TIP3X 41 -2.390 -49.720 26.570 1.00 0.00 W7 H +ATOM 48189 H2 TIP3X 41 -3.190 -50.500 27.580 1.00 0.00 W7 H +ATOM 48190 OH2 TIP3X 42 19.810 -3.080 26.920 1.00 0.00 W7 O +ATOM 48191 H1 TIP3X 42 19.210 -2.380 26.650 1.00 0.00 W7 H +ATOM 48192 H2 TIP3X 42 19.480 -3.860 26.480 1.00 0.00 W7 H +ATOM 48193 OH2 TIP3X 43 -19.400 -22.520 -39.060 1.00 0.00 W7 O +ATOM 48194 H1 TIP3X 43 -19.270 -22.130 -38.200 1.00 0.00 W7 H +ATOM 48195 H2 TIP3X 43 -18.900 -21.970 -39.650 1.00 0.00 W7 H +ATOM 48196 OH2 TIP3X 44 -33.150 -17.810 -25.790 1.00 0.00 W7 O +ATOM 48197 H1 TIP3X 44 -32.370 -18.210 -25.410 1.00 0.00 W7 H +ATOM 48198 H2 TIP3X 44 -33.770 -18.540 -25.860 1.00 0.00 W7 H +ATOM 48199 OH2 TIP3X 45 -15.810 -12.430 -50.410 1.00 0.00 W7 O +ATOM 48200 H1 TIP3X 45 -15.200 -12.970 -50.920 1.00 0.00 W7 H +ATOM 48201 H2 TIP3X 45 -15.310 -12.190 -49.620 1.00 0.00 W7 H +ATOM 48202 OH2 TIP3X 46 -41.010 -15.910 38.480 1.00 0.00 W7 O +ATOM 48203 H1 TIP3X 46 -40.440 -15.140 38.550 1.00 0.00 W7 H +ATOM 48204 H2 TIP3X 46 -40.770 -16.450 39.230 1.00 0.00 W7 H +ATOM 48205 OH2 TIP3X 47 -37.650 -13.060 22.210 1.00 0.00 W7 O +ATOM 48206 H1 TIP3X 47 -37.110 -13.240 22.980 1.00 0.00 W7 H +ATOM 48207 H2 TIP3X 47 -37.160 -12.390 21.730 1.00 0.00 W7 H +ATOM 48208 OH2 TIP3X 48 25.810 2.630 21.420 1.00 0.00 W7 O +ATOM 48209 H1 TIP3X 48 26.290 1.810 21.400 1.00 0.00 W7 H +ATOM 48210 H2 TIP3X 48 25.710 2.880 20.500 1.00 0.00 W7 H +ATOM 48211 OH2 TIP3X 49 41.270 -25.150 -25.460 1.00 0.00 W7 O +ATOM 48212 H1 TIP3X 49 40.880 -24.330 -25.170 1.00 0.00 W7 H +ATOM 48213 H2 TIP3X 49 41.070 -25.200 -26.400 1.00 0.00 W7 H +ATOM 48214 OH2 TIP3X 50 13.830 15.930 20.310 1.00 0.00 W7 O +ATOM 48215 H1 TIP3X 50 14.420 16.400 19.720 1.00 0.00 W7 H +ATOM 48216 H2 TIP3X 50 13.750 15.060 19.910 1.00 0.00 W7 H +ATOM 48217 OH2 TIP3X 51 -16.140 -29.860 19.930 1.00 0.00 W7 O +ATOM 48218 H1 TIP3X 51 -15.930 -29.550 19.040 1.00 0.00 W7 H +ATOM 48219 H2 TIP3X 51 -16.630 -29.140 20.330 1.00 0.00 W7 H +ATOM 48220 OH2 TIP3X 52 44.450 -9.080 -36.580 1.00 0.00 W7 O +ATOM 48221 H1 TIP3X 52 44.440 -9.060 -37.540 1.00 0.00 W7 H +ATOM 48222 H2 TIP3X 52 44.480 -8.170 -36.320 1.00 0.00 W7 H +ATOM 48223 OH2 TIP3X 53 3.310 -41.740 -41.120 1.00 0.00 W7 O +ATOM 48224 H1 TIP3X 53 2.480 -42.010 -41.530 1.00 0.00 W7 H +ATOM 48225 H2 TIP3X 53 3.600 -42.490 -40.630 1.00 0.00 W7 H +ATOM 48226 OH2 TIP3X 54 -20.100 28.250 35.320 1.00 0.00 W7 O +ATOM 48227 H1 TIP3X 54 -19.650 28.950 34.840 1.00 0.00 W7 H +ATOM 48228 H2 TIP3X 54 -20.120 28.560 36.230 1.00 0.00 W7 H +ATOM 48229 OH2 TIP3X 55 44.720 -13.000 -23.340 1.00 0.00 W7 O +ATOM 48230 H1 TIP3X 55 43.970 -12.620 -22.890 1.00 0.00 W7 H +ATOM 48231 H2 TIP3X 55 44.440 -13.900 -23.540 1.00 0.00 W7 H +ATOM 48232 OH2 TIP3X 56 -15.160 -5.860 34.900 1.00 0.00 W7 O +ATOM 48233 H1 TIP3X 56 -14.890 -4.970 34.660 1.00 0.00 W7 H +ATOM 48234 H2 TIP3X 56 -14.760 -6.410 34.230 1.00 0.00 W7 H +ATOM 48235 OH2 TIP3X 57 -40.560 -27.110 -48.180 1.00 0.00 W7 O +ATOM 48236 H1 TIP3X 57 -41.380 -27.600 -48.290 1.00 0.00 W7 H +ATOM 48237 H2 TIP3X 57 -40.590 -26.440 -48.850 1.00 0.00 W7 H +ATOM 48238 OH2 TIP3X 58 -44.910 9.660 -40.080 1.00 0.00 W7 O +ATOM 48239 H1 TIP3X 58 -45.110 9.060 -39.350 1.00 0.00 W7 H +ATOM 48240 H2 TIP3X 58 -44.570 10.450 -39.660 1.00 0.00 W7 H +ATOM 48241 OH2 TIP3X 59 40.110 -34.180 -52.130 1.00 0.00 W7 O +ATOM 48242 H1 TIP3X 59 40.640 -34.770 -52.680 1.00 0.00 W7 H +ATOM 48243 H2 TIP3X 59 40.120 -33.340 -52.600 1.00 0.00 W7 H +ATOM 48244 OH2 TIP3X 60 18.610 34.260 22.350 1.00 0.00 W7 O +ATOM 48245 H1 TIP3X 60 18.950 33.460 21.940 1.00 0.00 W7 H +ATOM 48246 H2 TIP3X 60 19.410 34.790 22.510 1.00 0.00 W7 H +ATOM 48247 OH2 TIP3X 61 -43.220 -15.160 -44.750 1.00 0.00 W7 O +ATOM 48248 H1 TIP3X 61 -42.480 -15.200 -44.130 1.00 0.00 W7 H +ATOM 48249 H2 TIP3X 61 -43.190 -15.990 -45.210 1.00 0.00 W7 H +ATOM 48250 OH2 TIP3X 62 -26.650 15.940 -35.440 1.00 0.00 W7 O +ATOM 48251 H1 TIP3X 62 -27.350 16.080 -36.070 1.00 0.00 W7 H +ATOM 48252 H2 TIP3X 62 -26.260 16.820 -35.340 1.00 0.00 W7 H +ATOM 48253 OH2 TIP3X 63 22.730 10.640 36.150 1.00 0.00 W7 O +ATOM 48254 H1 TIP3X 63 22.040 11.260 35.900 1.00 0.00 W7 H +ATOM 48255 H2 TIP3X 63 22.940 10.890 37.050 1.00 0.00 W7 H +ATOM 48256 OH2 TIP3X 64 -39.370 13.920 22.620 1.00 0.00 W7 O +ATOM 48257 H1 TIP3X 64 -40.010 13.370 22.140 1.00 0.00 W7 H +ATOM 48258 H2 TIP3X 64 -38.770 14.220 21.940 1.00 0.00 W7 H +ATOM 48259 OH2 TIP3X 65 23.050 27.050 -20.540 1.00 0.00 W7 O +ATOM 48260 H1 TIP3X 65 22.870 26.730 -19.660 1.00 0.00 W7 H +ATOM 48261 H2 TIP3X 65 23.720 27.720 -20.430 1.00 0.00 W7 H +ATOM 48262 OH2 TIP3X 66 47.490 -25.170 27.380 1.00 0.00 W7 O +ATOM 48263 H1 TIP3X 66 47.620 -24.430 27.960 1.00 0.00 W7 H +ATOM 48264 H2 TIP3X 66 48.270 -25.700 27.470 1.00 0.00 W7 H +ATOM 48265 OH2 TIP3X 67 -42.130 -8.520 31.140 1.00 0.00 W7 O +ATOM 48266 H1 TIP3X 67 -42.850 -8.410 30.510 1.00 0.00 W7 H +ATOM 48267 H2 TIP3X 67 -41.890 -9.450 31.060 1.00 0.00 W7 H +ATOM 48268 OH2 TIP3X 68 18.750 13.770 -18.110 1.00 0.00 W7 O +ATOM 48269 H1 TIP3X 68 18.120 13.330 -17.550 1.00 0.00 W7 H +ATOM 48270 H2 TIP3X 68 18.340 14.610 -18.340 1.00 0.00 W7 H +ATOM 48271 OH2 TIP3X 69 35.600 11.600 -30.370 1.00 0.00 W7 O +ATOM 48272 H1 TIP3X 69 35.900 11.660 -29.460 1.00 0.00 W7 H +ATOM 48273 H2 TIP3X 69 36.180 10.960 -30.760 1.00 0.00 W7 H +ATOM 48274 OH2 TIP3X 70 22.000 11.280 -46.210 1.00 0.00 W7 O +ATOM 48275 H1 TIP3X 70 22.800 11.750 -45.980 1.00 0.00 W7 H +ATOM 48276 H2 TIP3X 70 21.520 11.230 -45.390 1.00 0.00 W7 H +ATOM 48277 OH2 TIP3X 71 -34.810 -25.440 26.390 1.00 0.00 W7 O +ATOM 48278 H1 TIP3X 71 -35.420 -24.800 26.760 1.00 0.00 W7 H +ATOM 48279 H2 TIP3X 71 -35.170 -26.290 26.630 1.00 0.00 W7 H +ATOM 48280 OH2 TIP3X 72 14.050 8.510 -12.570 1.00 0.00 W7 O +ATOM 48281 H1 TIP3X 72 13.180 8.280 -12.220 1.00 0.00 W7 H +ATOM 48282 H2 TIP3X 72 13.900 8.730 -13.490 1.00 0.00 W7 H +ATOM 48283 OH2 TIP3X 73 25.080 -38.550 -22.010 1.00 0.00 W7 O +ATOM 48284 H1 TIP3X 73 25.320 -37.960 -21.280 1.00 0.00 W7 H +ATOM 48285 H2 TIP3X 73 25.690 -39.290 -21.920 1.00 0.00 W7 H +ATOM 48286 OH2 TIP3X 74 42.650 -37.730 -34.850 1.00 0.00 W7 O +ATOM 48287 H1 TIP3X 74 43.460 -38.100 -35.200 1.00 0.00 W7 H +ATOM 48288 H2 TIP3X 74 42.260 -37.260 -35.590 1.00 0.00 W7 H +ATOM 48289 OH2 TIP3X 75 -12.770 24.410 -28.130 1.00 0.00 W7 O +ATOM 48290 H1 TIP3X 75 -13.400 23.680 -28.090 1.00 0.00 W7 H +ATOM 48291 H2 TIP3X 75 -12.290 24.250 -28.930 1.00 0.00 W7 H +ATOM 48292 OH2 TIP3X 76 19.410 -32.860 33.970 1.00 0.00 W7 O +ATOM 48293 H1 TIP3X 76 19.750 -33.750 33.830 1.00 0.00 W7 H +ATOM 48294 H2 TIP3X 76 18.490 -32.990 34.190 1.00 0.00 W7 H +ATOM 48295 OH2 TIP3X 77 49.030 -22.480 29.790 1.00 0.00 W7 O +ATOM 48296 H1 TIP3X 77 49.330 -22.170 30.650 1.00 0.00 W7 H +ATOM 48297 H2 TIP3X 77 49.540 -23.270 29.630 1.00 0.00 W7 H +ATOM 48298 OH2 TIP3X 78 -38.430 -18.140 23.020 1.00 0.00 W7 O +ATOM 48299 H1 TIP3X 78 -38.440 -19.070 22.780 1.00 0.00 W7 H +ATOM 48300 H2 TIP3X 78 -39.350 -17.870 22.980 1.00 0.00 W7 H +ATOM 48301 OH2 TIP3X 79 32.190 29.240 -50.780 1.00 0.00 W7 O +ATOM 48302 H1 TIP3X 79 33.040 28.830 -50.610 1.00 0.00 W7 H +ATOM 48303 H2 TIP3X 79 31.720 29.190 -49.950 1.00 0.00 W7 H +ATOM 48304 OH2 TIP3X 80 -14.070 -30.960 -39.320 1.00 0.00 W7 O +ATOM 48305 H1 TIP3X 80 -13.750 -30.780 -40.210 1.00 0.00 W7 H +ATOM 48306 H2 TIP3X 80 -14.400 -30.110 -39.010 1.00 0.00 W7 H +ATOM 48307 OH2 TIP3X 81 -18.320 -29.240 -37.600 1.00 0.00 W7 O +ATOM 48308 H1 TIP3X 81 -17.910 -30.060 -37.880 1.00 0.00 W7 H +ATOM 48309 H2 TIP3X 81 -19.190 -29.520 -37.290 1.00 0.00 W7 H +ATOM 48310 OH2 TIP3X 82 27.800 -38.210 23.340 1.00 0.00 W7 O +ATOM 48311 H1 TIP3X 82 28.610 -38.430 23.820 1.00 0.00 W7 H +ATOM 48312 H2 TIP3X 82 28.120 -37.790 22.540 1.00 0.00 W7 H +ATOM 48313 OH2 TIP3X 83 -39.090 -4.520 38.140 1.00 0.00 W7 O +ATOM 48314 H1 TIP3X 83 -39.690 -4.760 37.440 1.00 0.00 W7 H +ATOM 48315 H2 TIP3X 83 -39.650 -4.060 38.790 1.00 0.00 W7 H +ATOM 48316 OH2 TIP3X 84 20.160 -37.360 -21.200 1.00 0.00 W7 O +ATOM 48317 H1 TIP3X 84 20.430 -36.920 -22.000 1.00 0.00 W7 H +ATOM 48318 H2 TIP3X 84 20.400 -38.280 -21.340 1.00 0.00 W7 H +ATOM 48319 OH2 TIP3X 85 -24.620 -4.410 -41.920 1.00 0.00 W7 O +ATOM 48320 H1 TIP3X 85 -25.560 -4.240 -42.040 1.00 0.00 W7 H +ATOM 48321 H2 TIP3X 85 -24.260 -3.570 -41.630 1.00 0.00 W7 H +ATOM 48322 OH2 TIP3X 86 28.240 -31.790 -51.590 1.00 0.00 W7 O +ATOM 48323 H1 TIP3X 86 28.600 -32.390 -52.230 1.00 0.00 W7 H +ATOM 48324 H2 TIP3X 86 28.430 -32.210 -50.740 1.00 0.00 W7 H +ATOM 48325 OH2 TIP3X 87 43.620 10.200 18.530 1.00 0.00 W7 O +ATOM 48326 H1 TIP3X 87 42.840 10.300 17.980 1.00 0.00 W7 H +ATOM 48327 H2 TIP3X 87 44.270 10.780 18.110 1.00 0.00 W7 H +ATOM 48328 OH2 TIP3X 88 28.660 -46.700 -22.170 1.00 0.00 W7 O +ATOM 48329 H1 TIP3X 88 28.460 -45.870 -21.750 1.00 0.00 W7 H +ATOM 48330 H2 TIP3X 88 28.710 -46.490 -23.100 1.00 0.00 W7 H +ATOM 48331 OH2 TIP3X 89 48.960 19.580 38.840 1.00 0.00 W7 O +ATOM 48332 H1 TIP3X 89 48.220 20.160 38.710 1.00 0.00 W7 H +ATOM 48333 H2 TIP3X 89 49.260 19.350 37.970 1.00 0.00 W7 H +ATOM 48334 OH2 TIP3X 90 -34.310 -21.230 -36.760 1.00 0.00 W7 O +ATOM 48335 H1 TIP3X 90 -34.830 -21.570 -37.490 1.00 0.00 W7 H +ATOM 48336 H2 TIP3X 90 -34.860 -21.380 -35.990 1.00 0.00 W7 H +ATOM 48337 OH2 TIP3X 91 27.730 -17.040 -27.220 1.00 0.00 W7 O +ATOM 48338 H1 TIP3X 91 27.100 -16.470 -26.780 1.00 0.00 W7 H +ATOM 48339 H2 TIP3X 91 27.190 -17.760 -27.580 1.00 0.00 W7 H +ATOM 48340 OH2 TIP3X 92 6.570 -5.260 23.800 1.00 0.00 W7 O +ATOM 48341 H1 TIP3X 92 6.360 -6.160 23.570 1.00 0.00 W7 H +ATOM 48342 H2 TIP3X 92 6.430 -5.220 24.750 1.00 0.00 W7 H +ATOM 48343 OH2 TIP3X 93 -35.020 -33.990 -27.850 1.00 0.00 W7 O +ATOM 48344 H1 TIP3X 93 -34.110 -34.270 -27.740 1.00 0.00 W7 H +ATOM 48345 H2 TIP3X 93 -35.020 -33.480 -28.660 1.00 0.00 W7 H +ATOM 48346 OH2 TIP3X 94 -16.920 -18.170 26.040 1.00 0.00 W7 O +ATOM 48347 H1 TIP3X 94 -17.490 -18.920 25.940 1.00 0.00 W7 H +ATOM 48348 H2 TIP3X 94 -17.520 -17.430 26.210 1.00 0.00 W7 H +ATOM 48349 OH2 TIP3X 95 -32.850 1.870 36.360 1.00 0.00 W7 O +ATOM 48350 H1 TIP3X 95 -31.970 2.030 36.670 1.00 0.00 W7 H +ATOM 48351 H2 TIP3X 95 -32.900 2.350 35.530 1.00 0.00 W7 H +ATOM 48352 OH2 TIP3X 96 6.550 -44.730 36.980 1.00 0.00 W7 O +ATOM 48353 H1 TIP3X 96 5.750 -44.520 37.460 1.00 0.00 W7 H +ATOM 48354 H2 TIP3X 96 6.260 -45.330 36.290 1.00 0.00 W7 H +ATOM 48355 OH2 TIP3X 97 15.950 12.750 27.980 1.00 0.00 W7 O +ATOM 48356 H1 TIP3X 97 16.430 11.930 28.080 1.00 0.00 W7 H +ATOM 48357 H2 TIP3X 97 16.100 13.210 28.810 1.00 0.00 W7 H +ATOM 48358 OH2 TIP3X 98 -4.260 -15.250 -42.710 1.00 0.00 W7 O +ATOM 48359 H1 TIP3X 98 -4.960 -15.500 -42.110 1.00 0.00 W7 H +ATOM 48360 H2 TIP3X 98 -4.280 -14.290 -42.710 1.00 0.00 W7 H +ATOM 48361 OH2 TIP3X 99 37.700 -16.440 17.950 1.00 0.00 W7 O +ATOM 48362 H1 TIP3X 99 38.120 -16.910 17.220 1.00 0.00 W7 H +ATOM 48363 H2 TIP3X 99 37.450 -17.110 18.570 1.00 0.00 W7 H +ATOM 48364 OH2 TIP3X 100 15.770 38.170 -25.360 1.00 0.00 W7 O +ATOM 48365 H1 TIP3X 100 15.230 37.430 -25.080 1.00 0.00 W7 H +ATOM 48366 H2 TIP3X 100 16.500 37.770 -25.830 1.00 0.00 W7 H +ATOM 48367 OH2 TIP3X 101 -13.160 -37.400 30.250 1.00 0.00 W7 O +ATOM 48368 H1 TIP3X 101 -14.050 -37.690 30.450 1.00 0.00 W7 H +ATOM 48369 H2 TIP3X 101 -12.650 -38.210 30.230 1.00 0.00 W7 H +ATOM 48370 OH2 TIP3X 102 -39.310 35.640 -20.690 1.00 0.00 W7 O +ATOM 48371 H1 TIP3X 102 -39.260 35.600 -21.650 1.00 0.00 W7 H +ATOM 48372 H2 TIP3X 102 -39.700 34.820 -20.430 1.00 0.00 W7 H +ATOM 48373 OH2 TIP3X 103 29.860 -7.680 -51.380 1.00 0.00 W7 O +ATOM 48374 H1 TIP3X 103 30.670 -7.520 -51.880 1.00 0.00 W7 H +ATOM 48375 H2 TIP3X 103 30.100 -7.460 -50.470 1.00 0.00 W7 H +ATOM 48376 OH2 TIP3X 104 -29.360 17.240 23.040 1.00 0.00 W7 O +ATOM 48377 H1 TIP3X 104 -29.000 16.580 23.640 1.00 0.00 W7 H +ATOM 48378 H2 TIP3X 104 -29.160 16.900 22.170 1.00 0.00 W7 H +ATOM 48379 OH2 TIP3X 105 -14.340 -11.910 -30.950 1.00 0.00 W7 O +ATOM 48380 H1 TIP3X 105 -14.820 -11.910 -30.120 1.00 0.00 W7 H +ATOM 48381 H2 TIP3X 105 -14.370 -11.000 -31.240 1.00 0.00 W7 H +ATOM 48382 OH2 TIP3X 106 -3.780 33.060 -47.610 1.00 0.00 W7 O +ATOM 48383 H1 TIP3X 106 -3.050 33.650 -47.760 1.00 0.00 W7 H +ATOM 48384 H2 TIP3X 106 -4.560 33.550 -47.900 1.00 0.00 W7 H +ATOM 48385 OH2 TIP3X 107 -16.860 -36.190 16.550 1.00 0.00 W7 O +ATOM 48386 H1 TIP3X 107 -17.010 -35.370 17.020 1.00 0.00 W7 H +ATOM 48387 H2 TIP3X 107 -16.340 -35.940 15.790 1.00 0.00 W7 H +ATOM 48388 OH2 TIP3X 108 -8.880 16.600 -31.830 1.00 0.00 W7 O +ATOM 48389 H1 TIP3X 108 -8.960 15.910 -32.480 1.00 0.00 W7 H +ATOM 48390 H2 TIP3X 108 -9.750 16.670 -31.440 1.00 0.00 W7 H +ATOM 48391 OH2 TIP3X 109 15.890 -18.280 -19.520 1.00 0.00 W7 O +ATOM 48392 H1 TIP3X 109 16.230 -19.130 -19.770 1.00 0.00 W7 H +ATOM 48393 H2 TIP3X 109 15.760 -18.340 -18.580 1.00 0.00 W7 H +ATOM 48394 OH2 TIP3X 110 -19.050 -48.840 17.850 1.00 0.00 W7 O +ATOM 48395 H1 TIP3X 110 -18.390 -49.100 18.490 1.00 0.00 W7 H +ATOM 48396 H2 TIP3X 110 -18.560 -48.350 17.190 1.00 0.00 W7 H +ATOM 48397 OH2 TIP3X 111 -0.670 26.530 -39.140 1.00 0.00 W7 O +ATOM 48398 H1 TIP3X 111 -0.310 25.660 -39.310 1.00 0.00 W7 H +ATOM 48399 H2 TIP3X 111 -0.770 26.560 -38.180 1.00 0.00 W7 H +ATOM 48400 OH2 TIP3X 112 7.100 30.270 -31.080 1.00 0.00 W7 O +ATOM 48401 H1 TIP3X 112 6.320 30.070 -31.620 1.00 0.00 W7 H +ATOM 48402 H2 TIP3X 112 6.740 30.430 -30.220 1.00 0.00 W7 H +ATOM 48403 OH2 TIP3X 113 43.420 -13.600 -27.980 1.00 0.00 W7 O +ATOM 48404 H1 TIP3X 113 43.010 -12.780 -28.250 1.00 0.00 W7 H +ATOM 48405 H2 TIP3X 113 43.860 -13.920 -28.770 1.00 0.00 W7 H +ATOM 48406 OH2 TIP3X 114 11.520 -25.500 -51.910 1.00 0.00 W7 O +ATOM 48407 H1 TIP3X 114 12.360 -25.310 -52.340 1.00 0.00 W7 H +ATOM 48408 H2 TIP3X 114 11.410 -26.440 -51.990 1.00 0.00 W7 H +ATOM 48409 OH2 TIP3X 115 -33.490 29.720 39.500 1.00 0.00 W7 O +ATOM 48410 H1 TIP3X 115 -33.320 30.660 39.400 1.00 0.00 W7 H +ATOM 48411 H2 TIP3X 115 -33.370 29.550 40.440 1.00 0.00 W7 H +ATOM 48412 OH2 TIP3X 116 -25.820 -20.860 15.960 1.00 0.00 W7 O +ATOM 48413 H1 TIP3X 116 -25.020 -20.360 16.080 1.00 0.00 W7 H +ATOM 48414 H2 TIP3X 116 -25.870 -21.430 16.730 1.00 0.00 W7 H +ATOM 48415 OH2 TIP3X 117 37.210 29.910 39.730 1.00 0.00 W7 O +ATOM 48416 H1 TIP3X 117 36.650 29.480 39.100 1.00 0.00 W7 H +ATOM 48417 H2 TIP3X 117 38.080 29.880 39.340 1.00 0.00 W7 H +ATOM 48418 OH2 TIP3X 118 -31.370 -39.610 -51.630 1.00 0.00 W7 O +ATOM 48419 H1 TIP3X 118 -31.600 -39.340 -50.730 1.00 0.00 W7 H +ATOM 48420 H2 TIP3X 118 -32.200 -39.570 -52.110 1.00 0.00 W7 H +ATOM 48421 OH2 TIP3X 119 -24.690 38.000 -35.680 1.00 0.00 W7 O +ATOM 48422 H1 TIP3X 119 -24.620 37.350 -34.970 1.00 0.00 W7 H +ATOM 48423 H2 TIP3X 119 -23.920 37.850 -36.220 1.00 0.00 W7 H +ATOM 48424 OH2 TIP3X 120 -25.270 -14.660 36.640 1.00 0.00 W7 O +ATOM 48425 H1 TIP3X 120 -26.060 -14.800 36.110 1.00 0.00 W7 H +ATOM 48426 H2 TIP3X 120 -25.580 -14.740 37.540 1.00 0.00 W7 H +ATOM 48427 OH2 TIP3X 121 12.440 -2.910 -23.540 1.00 0.00 W7 O +ATOM 48428 H1 TIP3X 121 13.130 -2.250 -23.490 1.00 0.00 W7 H +ATOM 48429 H2 TIP3X 121 12.570 -3.340 -24.380 1.00 0.00 W7 H +ATOM 48430 OH2 TIP3X 122 -35.800 17.210 -43.590 1.00 0.00 W7 O +ATOM 48431 H1 TIP3X 122 -36.350 16.880 -44.300 1.00 0.00 W7 H +ATOM 48432 H2 TIP3X 122 -35.290 17.920 -43.990 1.00 0.00 W7 H +ATOM 48433 OH2 TIP3X 123 19.250 -49.840 25.620 1.00 0.00 W7 O +ATOM 48434 H1 TIP3X 123 19.890 -49.940 26.320 1.00 0.00 W7 H +ATOM 48435 H2 TIP3X 123 18.820 -49.010 25.810 1.00 0.00 W7 H +ATOM 48436 OH2 TIP3X 124 16.720 -27.990 -24.490 1.00 0.00 W7 O +ATOM 48437 H1 TIP3X 124 17.180 -28.420 -23.770 1.00 0.00 W7 H +ATOM 48438 H2 TIP3X 124 17.040 -27.090 -24.460 1.00 0.00 W7 H +ATOM 48439 OH2 TIP3X 125 14.370 -49.710 30.750 1.00 0.00 W7 O +ATOM 48440 H1 TIP3X 125 14.660 -50.440 30.200 1.00 0.00 W7 H +ATOM 48441 H2 TIP3X 125 14.210 -49.000 30.140 1.00 0.00 W7 H +ATOM 48442 OH2 TIP3X 126 -44.020 19.140 -29.980 1.00 0.00 W7 O +ATOM 48443 H1 TIP3X 126 -44.930 18.910 -30.140 1.00 0.00 W7 H +ATOM 48444 H2 TIP3X 126 -43.750 19.660 -30.730 1.00 0.00 W7 H +ATOM 48445 OH2 TIP3X 127 32.050 36.830 -31.880 1.00 0.00 W7 O +ATOM 48446 H1 TIP3X 127 31.560 36.040 -31.650 1.00 0.00 W7 H +ATOM 48447 H2 TIP3X 127 32.000 36.870 -32.840 1.00 0.00 W7 H +ATOM 48448 OH2 TIP3X 128 21.660 -41.950 -19.030 1.00 0.00 W7 O +ATOM 48449 H1 TIP3X 128 20.810 -41.520 -19.070 1.00 0.00 W7 H +ATOM 48450 H2 TIP3X 128 21.570 -42.610 -18.340 1.00 0.00 W7 H +ATOM 48451 OH2 TIP3X 129 -43.360 -17.080 -47.110 1.00 0.00 W7 O +ATOM 48452 H1 TIP3X 129 -43.050 -17.920 -46.770 1.00 0.00 W7 H +ATOM 48453 H2 TIP3X 129 -43.490 -17.230 -48.040 1.00 0.00 W7 H +ATOM 48454 OH2 TIP3X 130 -2.000 38.100 33.200 1.00 0.00 W7 O +ATOM 48455 H1 TIP3X 130 -2.950 38.240 33.260 1.00 0.00 W7 H +ATOM 48456 H2 TIP3X 130 -1.910 37.150 33.160 1.00 0.00 W7 H +ATOM 48457 OH2 TIP3X 131 -29.240 22.180 -43.900 1.00 0.00 W7 O +ATOM 48458 H1 TIP3X 131 -29.940 21.970 -43.280 1.00 0.00 W7 H +ATOM 48459 H2 TIP3X 131 -29.620 21.990 -44.760 1.00 0.00 W7 H +ATOM 48460 OH2 TIP3X 132 -24.840 41.640 -42.630 1.00 0.00 W7 O +ATOM 48461 H1 TIP3X 132 -25.140 40.870 -43.130 1.00 0.00 W7 H +ATOM 48462 H2 TIP3X 132 -25.470 41.690 -41.900 1.00 0.00 W7 H +ATOM 48463 OH2 TIP3X 133 18.490 -38.620 20.570 1.00 0.00 W7 O +ATOM 48464 H1 TIP3X 133 18.980 -38.900 19.790 1.00 0.00 W7 H +ATOM 48465 H2 TIP3X 133 17.570 -38.690 20.300 1.00 0.00 W7 H +ATOM 48466 OH2 TIP3X 134 42.100 16.860 -8.250 1.00 0.00 W7 O +ATOM 48467 H1 TIP3X 134 41.550 17.320 -7.610 1.00 0.00 W7 H +ATOM 48468 H2 TIP3X 134 42.900 17.360 -8.310 1.00 0.00 W7 H +ATOM 48469 OH2 TIP3X 135 -38.090 26.730 33.870 1.00 0.00 W7 O +ATOM 48470 H1 TIP3X 135 -37.150 26.630 33.650 1.00 0.00 W7 H +ATOM 48471 H2 TIP3X 135 -38.180 27.650 34.100 1.00 0.00 W7 H +ATOM 48472 OH2 TIP3X 136 33.820 23.970 36.270 1.00 0.00 W7 O +ATOM 48473 H1 TIP3X 136 34.740 23.740 36.260 1.00 0.00 W7 H +ATOM 48474 H2 TIP3X 136 33.390 23.200 36.630 1.00 0.00 W7 H +ATOM 48475 OH2 TIP3X 137 -15.720 -13.780 -42.880 1.00 0.00 W7 O +ATOM 48476 H1 TIP3X 137 -15.310 -13.860 -42.030 1.00 0.00 W7 H +ATOM 48477 H2 TIP3X 137 -15.050 -13.390 -43.440 1.00 0.00 W7 H +ATOM 48478 OH2 TIP3X 138 -29.240 -28.150 -32.000 1.00 0.00 W7 O +ATOM 48479 H1 TIP3X 138 -29.140 -28.610 -32.830 1.00 0.00 W7 H +ATOM 48480 H2 TIP3X 138 -28.560 -27.470 -32.030 1.00 0.00 W7 H +ATOM 48481 OH2 TIP3X 139 -14.260 34.500 -36.210 1.00 0.00 W7 O +ATOM 48482 H1 TIP3X 139 -14.510 34.830 -35.340 1.00 0.00 W7 H +ATOM 48483 H2 TIP3X 139 -13.520 35.040 -36.460 1.00 0.00 W7 H +ATOM 48484 OH2 TIP3X 140 -5.880 24.240 -32.130 1.00 0.00 W7 O +ATOM 48485 H1 TIP3X 140 -6.080 24.640 -32.980 1.00 0.00 W7 H +ATOM 48486 H2 TIP3X 140 -6.090 23.320 -32.250 1.00 0.00 W7 H +ATOM 48487 OH2 TIP3X 141 -41.180 -26.850 15.420 1.00 0.00 W7 O +ATOM 48488 H1 TIP3X 141 -41.450 -25.960 15.220 1.00 0.00 W7 H +ATOM 48489 H2 TIP3X 141 -40.890 -27.210 14.590 1.00 0.00 W7 H +ATOM 48490 OH2 TIP3X 142 46.630 -19.820 18.250 1.00 0.00 W7 O +ATOM 48491 H1 TIP3X 142 45.730 -20.120 18.090 1.00 0.00 W7 H +ATOM 48492 H2 TIP3X 142 46.570 -19.310 19.050 1.00 0.00 W7 H +ATOM 48493 OH2 TIP3X 143 -5.000 -34.290 -42.390 1.00 0.00 W7 O +ATOM 48494 H1 TIP3X 143 -5.580 -34.350 -43.140 1.00 0.00 W7 H +ATOM 48495 H2 TIP3X 143 -4.190 -33.910 -42.730 1.00 0.00 W7 H +ATOM 48496 OH2 TIP3X 144 -10.880 40.590 -44.460 1.00 0.00 W7 O +ATOM 48497 H1 TIP3X 144 -11.230 41.460 -44.620 1.00 0.00 W7 H +ATOM 48498 H2 TIP3X 144 -9.990 40.730 -44.140 1.00 0.00 W7 H +ATOM 48499 OH2 TIP3X 145 13.760 29.160 -45.470 1.00 0.00 W7 O +ATOM 48500 H1 TIP3X 145 13.460 28.250 -45.550 1.00 0.00 W7 H +ATOM 48501 H2 TIP3X 145 13.070 29.600 -44.960 1.00 0.00 W7 H +ATOM 48502 OH2 TIP3X 146 3.950 38.620 -29.280 1.00 0.00 W7 O +ATOM 48503 H1 TIP3X 146 3.630 37.730 -29.400 1.00 0.00 W7 H +ATOM 48504 H2 TIP3X 146 3.170 39.180 -29.390 1.00 0.00 W7 H +ATOM 48505 OH2 TIP3X 147 9.510 -35.950 -22.920 1.00 0.00 W7 O +ATOM 48506 H1 TIP3X 147 9.550 -35.890 -21.950 1.00 0.00 W7 H +ATOM 48507 H2 TIP3X 147 9.050 -36.780 -23.080 1.00 0.00 W7 H +ATOM 48508 OH2 TIP3X 148 -30.290 41.260 -39.620 1.00 0.00 W7 O +ATOM 48509 H1 TIP3X 148 -30.130 40.360 -39.330 1.00 0.00 W7 H +ATOM 48510 H2 TIP3X 148 -30.500 41.740 -38.820 1.00 0.00 W7 H +ATOM 48511 OH2 TIP3X 149 -18.440 26.750 31.400 1.00 0.00 W7 O +ATOM 48512 H1 TIP3X 149 -18.280 26.510 32.320 1.00 0.00 W7 H +ATOM 48513 H2 TIP3X 149 -18.700 27.670 31.450 1.00 0.00 W7 H +ATOM 48514 OH2 TIP3X 150 5.910 36.830 -24.240 1.00 0.00 W7 O +ATOM 48515 H1 TIP3X 150 6.110 35.910 -24.360 1.00 0.00 W7 H +ATOM 48516 H2 TIP3X 150 4.960 36.860 -24.120 1.00 0.00 W7 H +ATOM 48517 OH2 TIP3X 151 18.200 37.520 -33.770 1.00 0.00 W7 O +ATOM 48518 H1 TIP3X 151 18.930 37.930 -34.230 1.00 0.00 W7 H +ATOM 48519 H2 TIP3X 151 17.520 38.200 -33.750 1.00 0.00 W7 H +ATOM 48520 OH2 TIP3X 152 -21.640 36.770 20.070 1.00 0.00 W7 O +ATOM 48521 H1 TIP3X 152 -20.940 36.530 19.470 1.00 0.00 W7 H +ATOM 48522 H2 TIP3X 152 -21.720 37.730 19.990 1.00 0.00 W7 H +ATOM 48523 OH2 TIP3X 153 11.410 -11.520 -42.850 1.00 0.00 W7 O +ATOM 48524 H1 TIP3X 153 11.100 -10.840 -43.450 1.00 0.00 W7 H +ATOM 48525 H2 TIP3X 153 11.730 -12.220 -43.430 1.00 0.00 W7 H +ATOM 48526 OH2 TIP3X 154 42.510 9.250 -51.100 1.00 0.00 W7 O +ATOM 48527 H1 TIP3X 154 41.930 8.660 -51.570 1.00 0.00 W7 H +ATOM 48528 H2 TIP3X 154 42.210 10.130 -51.340 1.00 0.00 W7 H +ATOM 48529 OH2 TIP3X 155 15.670 -48.630 12.040 1.00 0.00 W7 O +ATOM 48530 H1 TIP3X 155 15.870 -47.760 11.710 1.00 0.00 W7 H +ATOM 48531 H2 TIP3X 155 15.010 -48.500 12.710 1.00 0.00 W7 H +ATOM 48532 OH2 TIP3X 156 -26.300 3.360 26.140 1.00 0.00 W7 O +ATOM 48533 H1 TIP3X 156 -27.180 3.220 25.780 1.00 0.00 W7 H +ATOM 48534 H2 TIP3X 156 -25.800 2.610 25.850 1.00 0.00 W7 H +ATOM 48535 OH2 TIP3X 157 -34.630 -34.320 -49.760 1.00 0.00 W7 O +ATOM 48536 H1 TIP3X 157 -34.200 -34.680 -50.540 1.00 0.00 W7 H +ATOM 48537 H2 TIP3X 157 -35.530 -34.150 -50.040 1.00 0.00 W7 H +ATOM 48538 OH2 TIP3X 158 26.620 19.390 -43.970 1.00 0.00 W7 O +ATOM 48539 H1 TIP3X 158 27.170 19.420 -44.750 1.00 0.00 W7 H +ATOM 48540 H2 TIP3X 158 25.880 19.970 -44.160 1.00 0.00 W7 H +ATOM 48541 OH2 TIP3X 159 -39.350 -15.710 35.910 1.00 0.00 W7 O +ATOM 48542 H1 TIP3X 159 -40.160 -15.860 36.390 1.00 0.00 W7 H +ATOM 48543 H2 TIP3X 159 -39.620 -15.340 35.080 1.00 0.00 W7 H +ATOM 48544 OH2 TIP3X 160 25.670 -13.220 -30.470 1.00 0.00 W7 O +ATOM 48545 H1 TIP3X 160 26.320 -13.230 -29.770 1.00 0.00 W7 H +ATOM 48546 H2 TIP3X 160 25.930 -12.510 -31.050 1.00 0.00 W7 H +ATOM 48547 OH2 TIP3X 161 -22.200 -39.170 12.910 1.00 0.00 W7 O +ATOM 48548 H1 TIP3X 161 -22.920 -38.610 12.610 1.00 0.00 W7 H +ATOM 48549 H2 TIP3X 161 -22.590 -40.040 12.970 1.00 0.00 W7 H +ATOM 48550 OH2 TIP3X 162 21.580 -13.880 -46.440 1.00 0.00 W7 O +ATOM 48551 H1 TIP3X 162 21.950 -13.350 -47.150 1.00 0.00 W7 H +ATOM 48552 H2 TIP3X 162 21.110 -13.250 -45.900 1.00 0.00 W7 H +ATOM 48553 OH2 TIP3X 163 -23.170 -49.100 26.390 1.00 0.00 W7 O +ATOM 48554 H1 TIP3X 163 -23.520 -48.960 27.270 1.00 0.00 W7 H +ATOM 48555 H2 TIP3X 163 -22.270 -49.370 26.530 1.00 0.00 W7 H +ATOM 48556 OH2 TIP3X 164 34.390 -47.400 -15.950 1.00 0.00 W7 O +ATOM 48557 H1 TIP3X 164 34.990 -48.100 -15.710 1.00 0.00 W7 H +ATOM 48558 H2 TIP3X 164 34.670 -46.650 -15.440 1.00 0.00 W7 H +ATOM 48559 OH2 TIP3X 165 -19.270 11.860 36.290 1.00 0.00 W7 O +ATOM 48560 H1 TIP3X 165 -18.320 11.760 36.230 1.00 0.00 W7 H +ATOM 48561 H2 TIP3X 165 -19.560 11.130 36.830 1.00 0.00 W7 H +ATOM 48562 OH2 TIP3X 166 36.470 11.600 -27.050 1.00 0.00 W7 O +ATOM 48563 H1 TIP3X 166 36.540 10.710 -26.720 1.00 0.00 W7 H +ATOM 48564 H2 TIP3X 166 36.930 12.140 -26.400 1.00 0.00 W7 H +ATOM 48565 OH2 TIP3X 167 -26.320 -38.630 -35.970 1.00 0.00 W7 O +ATOM 48566 H1 TIP3X 167 -25.940 -39.140 -35.260 1.00 0.00 W7 H +ATOM 48567 H2 TIP3X 167 -25.980 -39.050 -36.770 1.00 0.00 W7 H +ATOM 48568 OH2 TIP3X 168 43.430 -49.400 14.210 1.00 0.00 W7 O +ATOM 48569 H1 TIP3X 168 43.080 -49.950 13.520 1.00 0.00 W7 H +ATOM 48570 H2 TIP3X 168 44.310 -49.730 14.370 1.00 0.00 W7 H +ATOM 48571 OH2 TIP3X 169 -32.070 8.140 -23.930 1.00 0.00 W7 O +ATOM 48572 H1 TIP3X 169 -31.350 7.580 -24.220 1.00 0.00 W7 H +ATOM 48573 H2 TIP3X 169 -32.810 7.540 -23.830 1.00 0.00 W7 H +ATOM 48574 OH2 TIP3X 170 5.220 11.220 -23.210 1.00 0.00 W7 O +ATOM 48575 H1 TIP3X 170 5.710 11.570 -23.960 1.00 0.00 W7 H +ATOM 48576 H2 TIP3X 170 5.560 11.710 -22.460 1.00 0.00 W7 H +ATOM 48577 OH2 TIP3X 171 -16.210 -20.590 -49.390 1.00 0.00 W7 O +ATOM 48578 H1 TIP3X 171 -16.310 -21.460 -49.790 1.00 0.00 W7 H +ATOM 48579 H2 TIP3X 171 -16.480 -20.700 -48.490 1.00 0.00 W7 H +ATOM 48580 OH2 TIP3X 172 -5.400 -48.130 -18.070 1.00 0.00 W7 O +ATOM 48581 H1 TIP3X 172 -6.210 -48.350 -17.610 1.00 0.00 W7 H +ATOM 48582 H2 TIP3X 172 -4.840 -47.770 -17.380 1.00 0.00 W7 H +ATOM 48583 OH2 TIP3X 173 -33.280 24.790 28.800 1.00 0.00 W7 O +ATOM 48584 H1 TIP3X 173 -32.830 24.540 28.000 1.00 0.00 W7 H +ATOM 48585 H2 TIP3X 173 -33.000 25.700 28.970 1.00 0.00 W7 H +ATOM 48586 OH2 TIP3X 174 0.530 4.260 -37.150 1.00 0.00 W7 O +ATOM 48587 H1 TIP3X 174 -0.010 5.040 -37.240 1.00 0.00 W7 H +ATOM 48588 H2 TIP3X 174 0.960 4.170 -38.010 1.00 0.00 W7 H +ATOM 48589 OH2 TIP3X 175 0.330 -14.290 -39.470 1.00 0.00 W7 O +ATOM 48590 H1 TIP3X 175 -0.540 -13.980 -39.220 1.00 0.00 W7 H +ATOM 48591 H2 TIP3X 175 0.210 -14.690 -40.330 1.00 0.00 W7 H +ATOM 48592 OH2 TIP3X 176 1.360 -15.930 35.940 1.00 0.00 W7 O +ATOM 48593 H1 TIP3X 176 1.480 -15.370 35.180 1.00 0.00 W7 H +ATOM 48594 H2 TIP3X 176 1.890 -15.500 36.620 1.00 0.00 W7 H +ATOM 48595 OH2 TIP3X 177 -25.390 38.590 -46.060 1.00 0.00 W7 O +ATOM 48596 H1 TIP3X 177 -25.420 37.720 -45.650 1.00 0.00 W7 H +ATOM 48597 H2 TIP3X 177 -26.000 39.120 -45.550 1.00 0.00 W7 H +ATOM 48598 OH2 TIP3X 178 14.460 16.180 -31.940 1.00 0.00 W7 O +ATOM 48599 H1 TIP3X 178 15.270 16.580 -31.610 1.00 0.00 W7 H +ATOM 48600 H2 TIP3X 178 14.410 15.350 -31.480 1.00 0.00 W7 H +ATOM 48601 OH2 TIP3X 179 -0.450 26.220 36.380 1.00 0.00 W7 O +ATOM 48602 H1 TIP3X 179 -0.440 27.170 36.480 1.00 0.00 W7 H +ATOM 48603 H2 TIP3X 179 0.290 25.920 36.900 1.00 0.00 W7 H +ATOM 48604 OH2 TIP3X 180 -38.670 -12.780 -26.350 1.00 0.00 W7 O +ATOM 48605 H1 TIP3X 180 -39.530 -12.390 -26.210 1.00 0.00 W7 H +ATOM 48606 H2 TIP3X 180 -38.740 -13.180 -27.220 1.00 0.00 W7 H +ATOM 48607 OH2 TIP3X 181 17.580 -5.010 21.970 1.00 0.00 W7 O +ATOM 48608 H1 TIP3X 181 17.750 -4.870 21.040 1.00 0.00 W7 H +ATOM 48609 H2 TIP3X 181 18.360 -5.470 22.290 1.00 0.00 W7 H +ATOM 48610 OH2 TIP3X 182 -38.330 41.980 -28.620 1.00 0.00 W7 O +ATOM 48611 H1 TIP3X 182 -38.650 41.080 -28.720 1.00 0.00 W7 H +ATOM 48612 H2 TIP3X 182 -37.500 41.990 -29.100 1.00 0.00 W7 H +ATOM 48613 OH2 TIP3X 183 -14.320 -18.710 -39.090 1.00 0.00 W7 O +ATOM 48614 H1 TIP3X 183 -15.200 -18.510 -38.760 1.00 0.00 W7 H +ATOM 48615 H2 TIP3X 183 -13.730 -18.400 -38.390 1.00 0.00 W7 H +ATOM 48616 OH2 TIP3X 184 -25.920 16.100 34.090 1.00 0.00 W7 O +ATOM 48617 H1 TIP3X 184 -25.340 15.410 34.400 1.00 0.00 W7 H +ATOM 48618 H2 TIP3X 184 -25.410 16.570 33.420 1.00 0.00 W7 H +ATOM 48619 OH2 TIP3X 185 -43.580 -25.860 -37.770 1.00 0.00 W7 O +ATOM 48620 H1 TIP3X 185 -43.620 -26.760 -38.080 1.00 0.00 W7 H +ATOM 48621 H2 TIP3X 185 -44.240 -25.810 -37.070 1.00 0.00 W7 H +ATOM 48622 OH2 TIP3X 186 0.200 -51.170 15.790 1.00 0.00 W7 O +ATOM 48623 H1 TIP3X 186 1.040 -51.010 16.220 1.00 0.00 W7 H +ATOM 48624 H2 TIP3X 186 0.250 -52.090 15.520 1.00 0.00 W7 H +ATOM 48625 OH2 TIP3X 187 11.180 23.650 25.340 1.00 0.00 W7 O +ATOM 48626 H1 TIP3X 187 10.990 24.390 24.750 1.00 0.00 W7 H +ATOM 48627 H2 TIP3X 187 10.410 23.090 25.290 1.00 0.00 W7 H +ATOM 48628 OH2 TIP3X 188 45.110 38.540 -14.560 1.00 0.00 W7 O +ATOM 48629 H1 TIP3X 188 44.810 38.480 -15.470 1.00 0.00 W7 H +ATOM 48630 H2 TIP3X 188 44.330 38.370 -14.040 1.00 0.00 W7 H +ATOM 48631 OH2 TIP3X 189 9.980 -48.970 13.870 1.00 0.00 W7 O +ATOM 48632 H1 TIP3X 189 10.700 -48.560 13.390 1.00 0.00 W7 H +ATOM 48633 H2 TIP3X 189 9.730 -49.720 13.330 1.00 0.00 W7 H +ATOM 48634 OH2 TIP3X 190 5.020 -16.510 -46.850 1.00 0.00 W7 O +ATOM 48635 H1 TIP3X 190 4.090 -16.670 -46.670 1.00 0.00 W7 H +ATOM 48636 H2 TIP3X 190 5.480 -17.030 -46.210 1.00 0.00 W7 H +ATOM 48637 OH2 TIP3X 191 -31.730 17.850 38.390 1.00 0.00 W7 O +ATOM 48638 H1 TIP3X 191 -31.340 17.110 37.930 1.00 0.00 W7 H +ATOM 48639 H2 TIP3X 191 -32.560 18.030 37.920 1.00 0.00 W7 H +ATOM 48640 OH2 TIP3X 192 29.060 32.040 38.030 1.00 0.00 W7 O +ATOM 48641 H1 TIP3X 192 28.690 32.810 38.450 1.00 0.00 W7 H +ATOM 48642 H2 TIP3X 192 28.310 31.580 37.650 1.00 0.00 W7 H +ATOM 48643 OH2 TIP3X 193 6.960 -25.660 -51.470 1.00 0.00 W7 O +ATOM 48644 H1 TIP3X 193 6.190 -25.240 -51.880 1.00 0.00 W7 H +ATOM 48645 H2 TIP3X 193 7.680 -25.050 -51.630 1.00 0.00 W7 H +ATOM 48646 OH2 TIP3X 194 25.340 -30.750 29.300 1.00 0.00 W7 O +ATOM 48647 H1 TIP3X 194 24.400 -30.920 29.320 1.00 0.00 W7 H +ATOM 48648 H2 TIP3X 194 25.630 -31.150 28.470 1.00 0.00 W7 H +ATOM 48649 OH2 TIP3X 195 35.380 10.970 22.440 1.00 0.00 W7 O +ATOM 48650 H1 TIP3X 195 34.480 10.840 22.150 1.00 0.00 W7 H +ATOM 48651 H2 TIP3X 195 35.900 10.890 21.640 1.00 0.00 W7 H +ATOM 48652 OH2 TIP3X 196 -20.330 30.250 -36.730 1.00 0.00 W7 O +ATOM 48653 H1 TIP3X 196 -21.080 29.650 -36.790 1.00 0.00 W7 H +ATOM 48654 H2 TIP3X 196 -19.710 29.930 -37.390 1.00 0.00 W7 H +ATOM 48655 OH2 TIP3X 197 -43.290 -28.960 35.590 1.00 0.00 W7 O +ATOM 48656 H1 TIP3X 197 -43.250 -28.820 34.650 1.00 0.00 W7 H +ATOM 48657 H2 TIP3X 197 -42.370 -29.120 35.840 1.00 0.00 W7 H +ATOM 48658 OH2 TIP3X 198 12.840 17.380 -46.480 1.00 0.00 W7 O +ATOM 48659 H1 TIP3X 198 13.030 18.310 -46.360 1.00 0.00 W7 H +ATOM 48660 H2 TIP3X 198 12.730 17.270 -47.420 1.00 0.00 W7 H +ATOM 48661 OH2 TIP3X 199 43.970 21.250 -48.330 1.00 0.00 W7 O +ATOM 48662 H1 TIP3X 199 43.930 22.190 -48.140 1.00 0.00 W7 H +ATOM 48663 H2 TIP3X 199 43.450 21.150 -49.120 1.00 0.00 W7 H +ATOM 48664 OH2 TIP3X 200 18.980 -41.110 27.260 1.00 0.00 W7 O +ATOM 48665 H1 TIP3X 200 19.860 -41.490 27.300 1.00 0.00 W7 H +ATOM 48666 H2 TIP3X 200 18.490 -41.560 27.930 1.00 0.00 W7 H +ATOM 48667 OH2 TIP3X 201 -38.790 -44.360 -30.950 1.00 0.00 W7 O +ATOM 48668 H1 TIP3X 201 -38.550 -45.130 -30.430 1.00 0.00 W7 H +ATOM 48669 H2 TIP3X 201 -38.540 -44.580 -31.850 1.00 0.00 W7 H +ATOM 48670 OH2 TIP3X 202 -11.740 -47.810 -45.080 1.00 0.00 W7 O +ATOM 48671 H1 TIP3X 202 -11.530 -46.950 -45.430 1.00 0.00 W7 H +ATOM 48672 H2 TIP3X 202 -10.930 -48.310 -45.190 1.00 0.00 W7 H +ATOM 48673 OH2 TIP3X 203 -36.020 -19.660 -22.410 1.00 0.00 W7 O +ATOM 48674 H1 TIP3X 203 -35.570 -18.970 -22.920 1.00 0.00 W7 H +ATOM 48675 H2 TIP3X 203 -35.660 -19.580 -21.530 1.00 0.00 W7 H +ATOM 48676 OH2 TIP3X 204 20.180 -13.250 36.010 1.00 0.00 W7 O +ATOM 48677 H1 TIP3X 204 19.300 -13.480 35.710 1.00 0.00 W7 H +ATOM 48678 H2 TIP3X 204 20.750 -13.870 35.560 1.00 0.00 W7 H +ATOM 48679 OH2 TIP3X 205 34.950 15.720 -34.040 1.00 0.00 W7 O +ATOM 48680 H1 TIP3X 205 35.110 15.400 -33.150 1.00 0.00 W7 H +ATOM 48681 H2 TIP3X 205 35.680 15.370 -34.550 1.00 0.00 W7 H +ATOM 48682 OH2 TIP3X 206 1.480 -43.690 -45.460 1.00 0.00 W7 O +ATOM 48683 H1 TIP3X 206 2.280 -43.490 -44.990 1.00 0.00 W7 H +ATOM 48684 H2 TIP3X 206 0.980 -44.250 -44.860 1.00 0.00 W7 H +ATOM 48685 OH2 TIP3X 207 -44.290 3.200 -11.600 1.00 0.00 W7 O +ATOM 48686 H1 TIP3X 207 -43.530 3.180 -12.180 1.00 0.00 W7 H +ATOM 48687 H2 TIP3X 207 -43.910 3.410 -10.740 1.00 0.00 W7 H +ATOM 48688 OH2 TIP3X 208 -16.390 -7.870 -32.940 1.00 0.00 W7 O +ATOM 48689 H1 TIP3X 208 -15.740 -8.540 -32.780 1.00 0.00 W7 H +ATOM 48690 H2 TIP3X 208 -16.780 -8.100 -33.770 1.00 0.00 W7 H +ATOM 48691 OH2 TIP3X 209 -41.230 -0.660 -9.790 1.00 0.00 W7 O +ATOM 48692 H1 TIP3X 209 -40.890 0.020 -9.200 1.00 0.00 W7 H +ATOM 48693 H2 TIP3X 209 -40.540 -0.750 -10.450 1.00 0.00 W7 H +ATOM 48694 OH2 TIP3X 210 -16.540 -28.820 -44.770 1.00 0.00 W7 O +ATOM 48695 H1 TIP3X 210 -17.170 -28.870 -45.490 1.00 0.00 W7 H +ATOM 48696 H2 TIP3X 210 -15.850 -29.450 -44.990 1.00 0.00 W7 H +ATOM 48697 OH2 TIP3X 211 -42.000 23.050 -44.770 1.00 0.00 W7 O +ATOM 48698 H1 TIP3X 211 -42.780 22.880 -44.230 1.00 0.00 W7 H +ATOM 48699 H2 TIP3X 211 -41.270 22.950 -44.160 1.00 0.00 W7 H +ATOM 48700 OH2 TIP3X 212 -27.330 41.080 -29.720 1.00 0.00 W7 O +ATOM 48701 H1 TIP3X 212 -27.030 40.330 -29.210 1.00 0.00 W7 H +ATOM 48702 H2 TIP3X 212 -27.320 40.770 -30.620 1.00 0.00 W7 H +ATOM 48703 OH2 TIP3X 213 4.420 40.860 14.400 1.00 0.00 W7 O +ATOM 48704 H1 TIP3X 213 4.920 40.410 13.720 1.00 0.00 W7 H +ATOM 48705 H2 TIP3X 213 4.920 40.700 15.200 1.00 0.00 W7 H +ATOM 48706 OH2 TIP3X 214 5.330 22.700 29.040 1.00 0.00 W7 O +ATOM 48707 H1 TIP3X 214 4.470 22.320 28.900 1.00 0.00 W7 H +ATOM 48708 H2 TIP3X 214 5.770 22.620 28.190 1.00 0.00 W7 H +ATOM 48709 OH2 TIP3X 215 39.790 -30.440 35.160 1.00 0.00 W7 O +ATOM 48710 H1 TIP3X 215 39.460 -31.320 35.040 1.00 0.00 W7 H +ATOM 48711 H2 TIP3X 215 40.360 -30.490 35.920 1.00 0.00 W7 H +ATOM 48712 OH2 TIP3X 216 -25.010 -42.010 32.340 1.00 0.00 W7 O +ATOM 48713 H1 TIP3X 216 -24.780 -41.890 33.260 1.00 0.00 W7 H +ATOM 48714 H2 TIP3X 216 -24.310 -42.550 31.980 1.00 0.00 W7 H +ATOM 48715 OH2 TIP3X 217 -18.810 -0.520 -45.270 1.00 0.00 W7 O +ATOM 48716 H1 TIP3X 217 -18.690 -1.050 -46.060 1.00 0.00 W7 H +ATOM 48717 H2 TIP3X 217 -18.270 0.260 -45.410 1.00 0.00 W7 H +ATOM 48718 OH2 TIP3X 218 19.570 -19.100 -51.650 1.00 0.00 W7 O +ATOM 48719 H1 TIP3X 218 18.800 -18.860 -51.160 1.00 0.00 W7 H +ATOM 48720 H2 TIP3X 218 19.500 -18.610 -52.470 1.00 0.00 W7 H +ATOM 48721 OH2 TIP3X 219 -22.780 -43.450 31.770 1.00 0.00 W7 O +ATOM 48722 H1 TIP3X 219 -22.790 -43.960 32.590 1.00 0.00 W7 H +ATOM 48723 H2 TIP3X 219 -22.000 -43.780 31.300 1.00 0.00 W7 H +ATOM 48724 OH2 TIP3X 220 -1.400 -31.210 -44.870 1.00 0.00 W7 O +ATOM 48725 H1 TIP3X 220 -1.100 -30.310 -45.000 1.00 0.00 W7 H +ATOM 48726 H2 TIP3X 220 -0.620 -31.680 -44.580 1.00 0.00 W7 H +ATOM 48727 OH2 TIP3X 221 10.720 -30.420 31.180 1.00 0.00 W7 O +ATOM 48728 H1 TIP3X 221 9.780 -30.240 31.300 1.00 0.00 W7 H +ATOM 48729 H2 TIP3X 221 10.970 -29.960 30.380 1.00 0.00 W7 H +ATOM 48730 OH2 TIP3X 222 33.550 38.050 -10.630 1.00 0.00 W7 O +ATOM 48731 H1 TIP3X 222 33.970 38.790 -10.200 1.00 0.00 W7 H +ATOM 48732 H2 TIP3X 222 32.660 38.350 -10.840 1.00 0.00 W7 H +ATOM 48733 OH2 TIP3X 223 21.790 -37.490 -28.110 1.00 0.00 W7 O +ATOM 48734 H1 TIP3X 223 21.500 -38.240 -27.580 1.00 0.00 W7 H +ATOM 48735 H2 TIP3X 223 22.550 -37.150 -27.650 1.00 0.00 W7 H +ATOM 48736 OH2 TIP3X 224 1.660 40.410 26.360 1.00 0.00 W7 O +ATOM 48737 H1 TIP3X 224 0.780 40.370 25.980 1.00 0.00 W7 H +ATOM 48738 H2 TIP3X 224 2.240 40.610 25.610 1.00 0.00 W7 H +ATOM 48739 OH2 TIP3X 225 -37.760 -3.090 17.230 1.00 0.00 W7 O +ATOM 48740 H1 TIP3X 225 -37.090 -2.540 16.810 1.00 0.00 W7 H +ATOM 48741 H2 TIP3X 225 -37.260 -3.660 17.820 1.00 0.00 W7 H +ATOM 48742 OH2 TIP3X 226 -37.750 11.480 36.610 1.00 0.00 W7 O +ATOM 48743 H1 TIP3X 226 -37.610 12.380 36.900 1.00 0.00 W7 H +ATOM 48744 H2 TIP3X 226 -38.600 11.230 36.970 1.00 0.00 W7 H +ATOM 48745 OH2 TIP3X 227 12.110 10.190 -48.380 1.00 0.00 W7 O +ATOM 48746 H1 TIP3X 227 11.360 10.290 -48.970 1.00 0.00 W7 H +ATOM 48747 H2 TIP3X 227 12.240 11.040 -47.980 1.00 0.00 W7 H +ATOM 48748 OH2 TIP3X 228 15.040 2.710 -50.020 1.00 0.00 W7 O +ATOM 48749 H1 TIP3X 228 14.390 2.010 -49.890 1.00 0.00 W7 H +ATOM 48750 H2 TIP3X 228 14.910 3.290 -49.280 1.00 0.00 W7 H +ATOM 48751 OH2 TIP3X 229 -0.350 15.990 -42.180 1.00 0.00 W7 O +ATOM 48752 H1 TIP3X 229 -0.830 15.290 -41.720 1.00 0.00 W7 H +ATOM 48753 H2 TIP3X 229 0.490 16.050 -41.730 1.00 0.00 W7 H +ATOM 48754 OH2 TIP3X 230 -35.440 39.540 24.150 1.00 0.00 W7 O +ATOM 48755 H1 TIP3X 230 -35.750 38.700 23.790 1.00 0.00 W7 H +ATOM 48756 H2 TIP3X 230 -35.910 39.630 24.970 1.00 0.00 W7 H +ATOM 48757 OH2 TIP3X 231 27.340 31.810 29.380 1.00 0.00 W7 O +ATOM 48758 H1 TIP3X 231 27.330 30.850 29.420 1.00 0.00 W7 H +ATOM 48759 H2 TIP3X 231 26.970 32.090 30.210 1.00 0.00 W7 H +ATOM 48760 OH2 TIP3X 232 -9.730 -0.850 30.780 1.00 0.00 W7 O +ATOM 48761 H1 TIP3X 232 -9.600 -1.340 31.590 1.00 0.00 W7 H +ATOM 48762 H2 TIP3X 232 -9.660 -1.510 30.080 1.00 0.00 W7 H +ATOM 48763 OH2 TIP3X 233 -6.910 6.030 27.450 1.00 0.00 W7 O +ATOM 48764 H1 TIP3X 233 -7.290 5.200 27.160 1.00 0.00 W7 H +ATOM 48765 H2 TIP3X 233 -6.820 5.930 28.400 1.00 0.00 W7 H +ATOM 48766 OH2 TIP3X 234 39.410 -37.260 29.570 1.00 0.00 W7 O +ATOM 48767 H1 TIP3X 234 39.500 -37.080 28.630 1.00 0.00 W7 H +ATOM 48768 H2 TIP3X 234 39.780 -38.140 29.680 1.00 0.00 W7 H +ATOM 48769 OH2 TIP3X 235 -37.980 -38.850 -33.680 1.00 0.00 W7 O +ATOM 48770 H1 TIP3X 235 -37.140 -39.290 -33.590 1.00 0.00 W7 H +ATOM 48771 H2 TIP3X 235 -38.250 -39.040 -34.580 1.00 0.00 W7 H +ATOM 48772 OH2 TIP3X 236 -32.040 -44.130 -26.920 1.00 0.00 W7 O +ATOM 48773 H1 TIP3X 236 -32.420 -43.250 -26.870 1.00 0.00 W7 H +ATOM 48774 H2 TIP3X 236 -31.550 -44.230 -26.100 1.00 0.00 W7 H +ATOM 48775 OH2 TIP3X 237 45.600 -32.880 -45.270 1.00 0.00 W7 O +ATOM 48776 H1 TIP3X 237 46.050 -32.980 -44.430 1.00 0.00 W7 H +ATOM 48777 H2 TIP3X 237 45.750 -33.710 -45.730 1.00 0.00 W7 H +ATOM 48778 OH2 TIP3X 238 23.220 37.100 22.210 1.00 0.00 W7 O +ATOM 48779 H1 TIP3X 238 24.130 36.920 22.440 1.00 0.00 W7 H +ATOM 48780 H2 TIP3X 238 23.180 38.050 22.130 1.00 0.00 W7 H +ATOM 48781 OH2 TIP3X 239 41.760 -31.590 -25.340 1.00 0.00 W7 O +ATOM 48782 H1 TIP3X 239 41.230 -30.800 -25.350 1.00 0.00 W7 H +ATOM 48783 H2 TIP3X 239 41.590 -31.990 -24.480 1.00 0.00 W7 H +ATOM 48784 OH2 TIP3X 240 -1.790 23.320 35.250 1.00 0.00 W7 O +ATOM 48785 H1 TIP3X 240 -1.330 23.290 34.410 1.00 0.00 W7 H +ATOM 48786 H2 TIP3X 240 -2.570 23.850 35.080 1.00 0.00 W7 H +ATOM 48787 OH2 TIP3X 241 -6.710 -38.860 27.490 1.00 0.00 W7 O +ATOM 48788 H1 TIP3X 241 -6.660 -39.800 27.300 1.00 0.00 W7 H +ATOM 48789 H2 TIP3X 241 -6.750 -38.800 28.440 1.00 0.00 W7 H +ATOM 48790 OH2 TIP3X 242 43.290 13.550 -42.670 1.00 0.00 W7 O +ATOM 48791 H1 TIP3X 242 42.690 13.720 -43.390 1.00 0.00 W7 H +ATOM 48792 H2 TIP3X 242 43.450 14.400 -42.270 1.00 0.00 W7 H +ATOM 48793 OH2 TIP3X 243 0.550 3.050 -23.670 1.00 0.00 W7 O +ATOM 48794 H1 TIP3X 243 0.590 3.210 -24.620 1.00 0.00 W7 H +ATOM 48795 H2 TIP3X 243 0.580 3.930 -23.290 1.00 0.00 W7 H +ATOM 48796 OH2 TIP3X 244 31.700 -40.020 26.630 1.00 0.00 W7 O +ATOM 48797 H1 TIP3X 244 32.490 -39.770 27.090 1.00 0.00 W7 H +ATOM 48798 H2 TIP3X 244 31.040 -40.110 27.310 1.00 0.00 W7 H +ATOM 48799 OH2 TIP3X 245 -27.150 -26.230 -21.110 1.00 0.00 W7 O +ATOM 48800 H1 TIP3X 245 -27.200 -26.280 -20.150 1.00 0.00 W7 H +ATOM 48801 H2 TIP3X 245 -26.570 -26.950 -21.360 1.00 0.00 W7 H +ATOM 48802 OH2 TIP3X 246 -16.630 -34.100 18.560 1.00 0.00 W7 O +ATOM 48803 H1 TIP3X 246 -16.450 -33.250 18.150 1.00 0.00 W7 H +ATOM 48804 H2 TIP3X 246 -15.770 -34.490 18.700 1.00 0.00 W7 H +ATOM 48805 OH2 TIP3X 247 -23.170 -45.100 -29.710 1.00 0.00 W7 O +ATOM 48806 H1 TIP3X 247 -22.820 -45.860 -30.180 1.00 0.00 W7 H +ATOM 48807 H2 TIP3X 247 -24.110 -45.270 -29.640 1.00 0.00 W7 H +ATOM 48808 OH2 TIP3X 248 11.370 -29.250 19.590 1.00 0.00 W7 O +ATOM 48809 H1 TIP3X 248 10.920 -28.600 20.130 1.00 0.00 W7 H +ATOM 48810 H2 TIP3X 248 11.040 -29.100 18.700 1.00 0.00 W7 H +ATOM 48811 OH2 TIP3X 249 8.590 -21.750 21.360 1.00 0.00 W7 O +ATOM 48812 H1 TIP3X 249 9.070 -21.400 20.610 1.00 0.00 W7 H +ATOM 48813 H2 TIP3X 249 8.910 -21.240 22.100 1.00 0.00 W7 H +ATOM 48814 OH2 TIP3X 250 -39.910 -26.350 -43.160 1.00 0.00 W7 O +ATOM 48815 H1 TIP3X 250 -40.460 -25.650 -42.790 1.00 0.00 W7 H +ATOM 48816 H2 TIP3X 250 -40.050 -27.100 -42.590 1.00 0.00 W7 H +ATOM 48817 OH2 TIP3X 251 13.120 -30.290 32.660 1.00 0.00 W7 O +ATOM 48818 H1 TIP3X 251 13.100 -29.340 32.630 1.00 0.00 W7 H +ATOM 48819 H2 TIP3X 251 12.420 -30.570 32.080 1.00 0.00 W7 H +ATOM 48820 OH2 TIP3X 252 30.880 5.400 37.730 1.00 0.00 W7 O +ATOM 48821 H1 TIP3X 252 30.250 5.740 38.370 1.00 0.00 W7 H +ATOM 48822 H2 TIP3X 252 30.680 4.460 37.680 1.00 0.00 W7 H +ATOM 48823 OH2 TIP3X 253 -41.530 -23.060 -50.650 1.00 0.00 W7 O +ATOM 48824 H1 TIP3X 253 -42.410 -22.960 -51.020 1.00 0.00 W7 H +ATOM 48825 H2 TIP3X 253 -41.660 -23.590 -49.850 1.00 0.00 W7 H +ATOM 48826 OH2 TIP3X 254 -30.410 19.220 -18.360 1.00 0.00 W7 O +ATOM 48827 H1 TIP3X 254 -30.290 19.660 -17.520 1.00 0.00 W7 H +ATOM 48828 H2 TIP3X 254 -30.800 19.880 -18.930 1.00 0.00 W7 H +ATOM 48829 OH2 TIP3X 255 14.120 41.800 -47.840 1.00 0.00 W7 O +ATOM 48830 H1 TIP3X 255 14.280 41.470 -46.950 1.00 0.00 W7 H +ATOM 48831 H2 TIP3X 255 14.180 41.030 -48.400 1.00 0.00 W7 H +ATOM 48832 OH2 TIP3X 256 31.560 -34.140 -27.350 1.00 0.00 W7 O +ATOM 48833 H1 TIP3X 256 31.930 -34.910 -27.790 1.00 0.00 W7 H +ATOM 48834 H2 TIP3X 256 31.950 -34.150 -26.470 1.00 0.00 W7 H +ATOM 48835 OH2 TIP3X 257 11.680 37.610 24.640 1.00 0.00 W7 O +ATOM 48836 H1 TIP3X 257 11.940 38.410 24.180 1.00 0.00 W7 H +ATOM 48837 H2 TIP3X 257 11.190 37.930 25.390 1.00 0.00 W7 H +ATOM 48838 OH2 TIP3X 258 36.050 10.830 26.420 1.00 0.00 W7 O +ATOM 48839 H1 TIP3X 258 36.550 10.910 27.230 1.00 0.00 W7 H +ATOM 48840 H2 TIP3X 258 36.000 11.730 26.080 1.00 0.00 W7 H +ATOM 48841 OH2 TIP3X 259 -30.210 -10.660 -24.890 1.00 0.00 W7 O +ATOM 48842 H1 TIP3X 259 -30.480 -11.530 -25.170 1.00 0.00 W7 H +ATOM 48843 H2 TIP3X 259 -29.470 -10.420 -25.450 1.00 0.00 W7 H +ATOM 48844 OH2 TIP3X 260 18.950 -16.520 -38.630 1.00 0.00 W7 O +ATOM 48845 H1 TIP3X 260 18.020 -16.700 -38.750 1.00 0.00 W7 H +ATOM 48846 H2 TIP3X 260 18.990 -15.990 -37.840 1.00 0.00 W7 H +ATOM 48847 OH2 TIP3X 261 19.810 38.290 39.730 1.00 0.00 W7 O +ATOM 48848 H1 TIP3X 261 19.800 37.350 39.850 1.00 0.00 W7 H +ATOM 48849 H2 TIP3X 261 20.530 38.460 39.130 1.00 0.00 W7 H +ATOM 48850 OH2 TIP3X 262 28.730 -20.100 35.060 1.00 0.00 W7 O +ATOM 48851 H1 TIP3X 262 28.520 -21.030 35.080 1.00 0.00 W7 H +ATOM 48852 H2 TIP3X 262 27.920 -19.680 34.770 1.00 0.00 W7 H +ATOM 48853 OH2 TIP3X 263 -22.490 -28.110 23.690 1.00 0.00 W7 O +ATOM 48854 H1 TIP3X 263 -22.240 -27.720 22.860 1.00 0.00 W7 H +ATOM 48855 H2 TIP3X 263 -23.250 -28.640 23.490 1.00 0.00 W7 H +ATOM 48856 OH2 TIP3X 264 -23.010 2.430 32.690 1.00 0.00 W7 O +ATOM 48857 H1 TIP3X 264 -22.710 3.110 33.290 1.00 0.00 W7 H +ATOM 48858 H2 TIP3X 264 -23.090 1.640 33.220 1.00 0.00 W7 H +ATOM 48859 OH2 TIP3X 265 35.000 -1.950 23.840 1.00 0.00 W7 O +ATOM 48860 H1 TIP3X 265 35.750 -1.460 23.480 1.00 0.00 W7 H +ATOM 48861 H2 TIP3X 265 35.180 -2.860 23.600 1.00 0.00 W7 H +ATOM 48862 OH2 TIP3X 266 44.000 -30.530 -52.550 1.00 0.00 W7 O +ATOM 48863 H1 TIP3X 266 44.370 -30.040 -51.810 1.00 0.00 W7 H +ATOM 48864 H2 TIP3X 266 43.170 -30.100 -52.730 1.00 0.00 W7 H +ATOM 48865 OH2 TIP3X 267 18.030 39.030 -39.460 1.00 0.00 W7 O +ATOM 48866 H1 TIP3X 267 17.650 38.780 -38.620 1.00 0.00 W7 H +ATOM 48867 H2 TIP3X 267 17.280 39.380 -39.960 1.00 0.00 W7 H +ATOM 48868 OH2 TIP3X 268 -21.790 6.120 21.930 1.00 0.00 W7 O +ATOM 48869 H1 TIP3X 268 -21.290 6.820 21.520 1.00 0.00 W7 H +ATOM 48870 H2 TIP3X 268 -22.190 5.630 21.200 1.00 0.00 W7 H +ATOM 48871 OH2 TIP3X 269 11.700 -17.390 -50.290 1.00 0.00 W7 O +ATOM 48872 H1 TIP3X 269 11.890 -17.540 -51.230 1.00 0.00 W7 H +ATOM 48873 H2 TIP3X 269 10.750 -17.420 -50.240 1.00 0.00 W7 H +ATOM 48874 OH2 TIP3X 270 29.610 -29.410 -31.820 1.00 0.00 W7 O +ATOM 48875 H1 TIP3X 270 29.470 -30.000 -31.080 1.00 0.00 W7 H +ATOM 48876 H2 TIP3X 270 30.170 -28.710 -31.480 1.00 0.00 W7 H +ATOM 48877 OH2 TIP3X 271 2.870 -35.720 -36.200 1.00 0.00 W7 O +ATOM 48878 H1 TIP3X 271 3.540 -35.080 -36.420 1.00 0.00 W7 H +ATOM 48879 H2 TIP3X 271 2.790 -35.670 -35.240 1.00 0.00 W7 H +ATOM 48880 OH2 TIP3X 272 -30.210 29.890 -22.050 1.00 0.00 W7 O +ATOM 48881 H1 TIP3X 272 -30.050 29.020 -22.430 1.00 0.00 W7 H +ATOM 48882 H2 TIP3X 272 -29.500 30.430 -22.380 1.00 0.00 W7 H +ATOM 48883 OH2 TIP3X 273 2.320 -44.670 -20.840 1.00 0.00 W7 O +ATOM 48884 H1 TIP3X 273 1.500 -44.330 -20.480 1.00 0.00 W7 H +ATOM 48885 H2 TIP3X 273 2.180 -44.680 -21.780 1.00 0.00 W7 H +ATOM 48886 OH2 TIP3X 274 -18.760 3.050 -31.450 1.00 0.00 W7 O +ATOM 48887 H1 TIP3X 274 -17.940 3.120 -31.930 1.00 0.00 W7 H +ATOM 48888 H2 TIP3X 274 -19.240 2.350 -31.900 1.00 0.00 W7 H +ATOM 48889 OH2 TIP3X 275 -13.480 -25.560 37.590 1.00 0.00 W7 O +ATOM 48890 H1 TIP3X 275 -13.900 -24.750 37.270 1.00 0.00 W7 H +ATOM 48891 H2 TIP3X 275 -14.130 -25.950 38.180 1.00 0.00 W7 H +ATOM 48892 OH2 TIP3X 276 6.410 6.520 -38.400 1.00 0.00 W7 O +ATOM 48893 H1 TIP3X 276 6.250 7.290 -38.960 1.00 0.00 W7 H +ATOM 48894 H2 TIP3X 276 5.620 5.990 -38.480 1.00 0.00 W7 H +ATOM 48895 OH2 TIP3X 277 44.750 28.080 -44.890 1.00 0.00 W7 O +ATOM 48896 H1 TIP3X 277 44.520 28.270 -43.980 1.00 0.00 W7 H +ATOM 48897 H2 TIP3X 277 43.950 28.250 -45.380 1.00 0.00 W7 H +ATOM 48898 OH2 TIP3X 278 -27.420 11.190 -8.710 1.00 0.00 W7 O +ATOM 48899 H1 TIP3X 278 -27.880 11.660 -8.010 1.00 0.00 W7 H +ATOM 48900 H2 TIP3X 278 -26.620 11.700 -8.840 1.00 0.00 W7 H +ATOM 48901 OH2 TIP3X 279 -20.800 38.310 -21.160 1.00 0.00 W7 O +ATOM 48902 H1 TIP3X 279 -20.970 38.260 -20.220 1.00 0.00 W7 H +ATOM 48903 H2 TIP3X 279 -21.300 37.580 -21.530 1.00 0.00 W7 H +ATOM 48904 OH2 TIP3X 280 -30.020 0.300 39.940 1.00 0.00 W7 O +ATOM 48905 H1 TIP3X 280 -30.030 -0.090 40.820 1.00 0.00 W7 H +ATOM 48906 H2 TIP3X 280 -29.740 1.200 40.080 1.00 0.00 W7 H +ATOM 48907 OH2 TIP3X 281 39.760 -14.000 19.120 1.00 0.00 W7 O +ATOM 48908 H1 TIP3X 281 39.090 -13.320 19.210 1.00 0.00 W7 H +ATOM 48909 H2 TIP3X 281 40.580 -13.520 18.980 1.00 0.00 W7 H +ATOM 48910 OH2 TIP3X 282 -41.070 -16.260 -42.840 1.00 0.00 W7 O +ATOM 48911 H1 TIP3X 282 -41.140 -16.460 -41.900 1.00 0.00 W7 H +ATOM 48912 H2 TIP3X 282 -40.260 -16.680 -43.120 1.00 0.00 W7 H +ATOM 48913 OH2 TIP3X 283 35.920 -4.670 -50.390 1.00 0.00 W7 O +ATOM 48914 H1 TIP3X 283 36.100 -4.090 -51.140 1.00 0.00 W7 H +ATOM 48915 H2 TIP3X 283 36.780 -4.770 -49.960 1.00 0.00 W7 H +ATOM 48916 OH2 TIP3X 284 -4.940 37.850 23.210 1.00 0.00 W7 O +ATOM 48917 H1 TIP3X 284 -5.310 37.740 24.080 1.00 0.00 W7 H +ATOM 48918 H2 TIP3X 284 -4.680 38.780 23.190 1.00 0.00 W7 H +ATOM 48919 OH2 TIP3X 285 -19.010 -13.780 14.520 1.00 0.00 W7 O +ATOM 48920 H1 TIP3X 285 -18.830 -14.320 15.290 1.00 0.00 W7 H +ATOM 48921 H2 TIP3X 285 -19.070 -14.410 13.800 1.00 0.00 W7 H +ATOM 48922 OH2 TIP3X 286 29.640 -18.620 32.820 1.00 0.00 W7 O +ATOM 48923 H1 TIP3X 286 30.040 -17.760 32.670 1.00 0.00 W7 H +ATOM 48924 H2 TIP3X 286 29.800 -18.790 33.760 1.00 0.00 W7 H +ATOM 48925 OH2 TIP3X 287 -42.150 -38.870 16.080 1.00 0.00 W7 O +ATOM 48926 H1 TIP3X 287 -41.280 -38.970 15.710 1.00 0.00 W7 H +ATOM 48927 H2 TIP3X 287 -42.310 -37.930 16.100 1.00 0.00 W7 H +ATOM 48928 OH2 TIP3X 288 11.780 -26.610 -35.240 1.00 0.00 W7 O +ATOM 48929 H1 TIP3X 288 11.060 -26.810 -35.840 1.00 0.00 W7 H +ATOM 48930 H2 TIP3X 288 11.420 -25.940 -34.640 1.00 0.00 W7 H +ATOM 48931 OH2 TIP3X 289 3.340 22.110 -16.860 1.00 0.00 W7 O +ATOM 48932 H1 TIP3X 289 4.290 22.190 -16.810 1.00 0.00 W7 H +ATOM 48933 H2 TIP3X 289 3.050 22.150 -15.950 1.00 0.00 W7 H +ATOM 48934 OH2 TIP3X 290 9.280 12.490 34.590 1.00 0.00 W7 O +ATOM 48935 H1 TIP3X 290 8.530 13.040 34.400 1.00 0.00 W7 H +ATOM 48936 H2 TIP3X 290 9.510 12.090 33.750 1.00 0.00 W7 H +ATOM 48937 OH2 TIP3X 291 16.190 -22.310 -47.420 1.00 0.00 W7 O +ATOM 48938 H1 TIP3X 291 15.900 -21.400 -47.280 1.00 0.00 W7 H +ATOM 48939 H2 TIP3X 291 15.870 -22.780 -46.640 1.00 0.00 W7 H +ATOM 48940 OH2 TIP3X 292 -22.700 13.630 -24.760 1.00 0.00 W7 O +ATOM 48941 H1 TIP3X 292 -22.620 14.210 -24.010 1.00 0.00 W7 H +ATOM 48942 H2 TIP3X 292 -21.930 13.840 -25.300 1.00 0.00 W7 H +ATOM 48943 OH2 TIP3X 293 -43.290 -10.240 22.980 1.00 0.00 W7 O +ATOM 48944 H1 TIP3X 293 -44.040 -10.550 23.490 1.00 0.00 W7 H +ATOM 48945 H2 TIP3X 293 -43.480 -10.550 22.090 1.00 0.00 W7 H +ATOM 48946 OH2 TIP3X 294 43.460 -20.240 -45.790 1.00 0.00 W7 O +ATOM 48947 H1 TIP3X 294 43.050 -19.530 -45.280 1.00 0.00 W7 H +ATOM 48948 H2 TIP3X 294 43.690 -19.830 -46.620 1.00 0.00 W7 H +ATOM 48949 OH2 TIP3X 295 -16.700 27.220 -43.690 1.00 0.00 W7 O +ATOM 48950 H1 TIP3X 295 -16.590 28.090 -43.300 1.00 0.00 W7 H +ATOM 48951 H2 TIP3X 295 -16.280 26.630 -43.080 1.00 0.00 W7 H +ATOM 48952 OH2 TIP3X 296 -25.710 -32.390 19.250 1.00 0.00 W7 O +ATOM 48953 H1 TIP3X 296 -26.430 -32.910 18.870 1.00 0.00 W7 H +ATOM 48954 H2 TIP3X 296 -24.920 -32.750 18.840 1.00 0.00 W7 H +ATOM 48955 OH2 TIP3X 297 31.870 26.500 27.350 1.00 0.00 W7 O +ATOM 48956 H1 TIP3X 297 31.000 26.190 27.090 1.00 0.00 W7 H +ATOM 48957 H2 TIP3X 297 31.850 27.440 27.160 1.00 0.00 W7 H +ATOM 48958 OH2 TIP3X 298 42.930 6.760 -33.830 1.00 0.00 W7 O +ATOM 48959 H1 TIP3X 298 42.760 6.500 -34.740 1.00 0.00 W7 H +ATOM 48960 H2 TIP3X 298 42.810 5.960 -33.320 1.00 0.00 W7 H +ATOM 48961 OH2 TIP3X 299 -21.560 -41.970 20.870 1.00 0.00 W7 O +ATOM 48962 H1 TIP3X 299 -20.730 -41.820 21.320 1.00 0.00 W7 H +ATOM 48963 H2 TIP3X 299 -22.070 -42.510 21.470 1.00 0.00 W7 H +ATOM 48964 OH2 TIP3X 300 38.600 26.890 -27.900 1.00 0.00 W7 O +ATOM 48965 H1 TIP3X 300 38.760 26.420 -28.720 1.00 0.00 W7 H +ATOM 48966 H2 TIP3X 300 38.610 27.820 -28.170 1.00 0.00 W7 H +ATOM 48967 OH2 TIP3X 301 40.120 28.360 -20.620 1.00 0.00 W7 O +ATOM 48968 H1 TIP3X 301 40.700 28.940 -21.100 1.00 0.00 W7 H +ATOM 48969 H2 TIP3X 301 40.200 27.500 -21.070 1.00 0.00 W7 H +ATOM 48970 OH2 TIP3X 302 -27.630 -6.990 -25.100 1.00 0.00 W7 O +ATOM 48971 H1 TIP3X 302 -27.510 -7.030 -24.150 1.00 0.00 W7 H +ATOM 48972 H2 TIP3X 302 -28.220 -6.270 -25.250 1.00 0.00 W7 H +ATOM 48973 OH2 TIP3X 303 -11.780 -35.000 12.090 1.00 0.00 W7 O +ATOM 48974 H1 TIP3X 303 -12.430 -35.670 12.320 1.00 0.00 W7 H +ATOM 48975 H2 TIP3X 303 -11.640 -34.510 12.900 1.00 0.00 W7 H +ATOM 48976 OH2 TIP3X 304 43.030 -11.530 -46.220 1.00 0.00 W7 O +ATOM 48977 H1 TIP3X 304 42.490 -10.760 -46.050 1.00 0.00 W7 H +ATOM 48978 H2 TIP3X 304 42.790 -12.160 -45.550 1.00 0.00 W7 H +ATOM 48979 OH2 TIP3X 305 -1.110 43.320 -38.910 1.00 0.00 W7 O +ATOM 48980 H1 TIP3X 305 -0.270 43.690 -38.640 1.00 0.00 W7 H +ATOM 48981 H2 TIP3X 305 -1.000 43.120 -39.840 1.00 0.00 W7 H +ATOM 48982 OH2 TIP3X 306 38.230 0.360 -41.120 1.00 0.00 W7 O +ATOM 48983 H1 TIP3X 306 37.420 0.810 -41.370 1.00 0.00 W7 H +ATOM 48984 H2 TIP3X 306 38.300 -0.380 -41.730 1.00 0.00 W7 H +ATOM 48985 OH2 TIP3X 307 -12.080 16.490 -33.850 1.00 0.00 W7 O +ATOM 48986 H1 TIP3X 307 -12.720 16.150 -34.450 1.00 0.00 W7 H +ATOM 48987 H2 TIP3X 307 -12.250 17.430 -33.830 1.00 0.00 W7 H +ATOM 48988 OH2 TIP3X 308 -26.300 39.360 19.060 1.00 0.00 W7 O +ATOM 48989 H1 TIP3X 308 -25.350 39.460 19.210 1.00 0.00 W7 H +ATOM 48990 H2 TIP3X 308 -26.530 40.110 18.510 1.00 0.00 W7 H +ATOM 48991 OH2 TIP3X 309 26.260 -43.350 17.640 1.00 0.00 W7 O +ATOM 48992 H1 TIP3X 309 25.450 -43.400 18.140 1.00 0.00 W7 H +ATOM 48993 H2 TIP3X 309 26.700 -44.190 17.810 1.00 0.00 W7 H +ATOM 48994 OH2 TIP3X 310 34.870 -18.800 -19.770 1.00 0.00 W7 O +ATOM 48995 H1 TIP3X 310 35.700 -18.670 -19.310 1.00 0.00 W7 H +ATOM 48996 H2 TIP3X 310 34.250 -19.050 -19.080 1.00 0.00 W7 H +ATOM 48997 OH2 TIP3X 311 27.770 -4.620 31.270 1.00 0.00 W7 O +ATOM 48998 H1 TIP3X 311 28.360 -4.210 30.640 1.00 0.00 W7 H +ATOM 48999 H2 TIP3X 311 28.300 -4.740 32.050 1.00 0.00 W7 H +ATOM 49000 OH2 TIP3X 312 37.140 -16.870 -47.760 1.00 0.00 W7 O +ATOM 49001 H1 TIP3X 312 37.270 -16.420 -46.920 1.00 0.00 W7 H +ATOM 49002 H2 TIP3X 312 37.100 -16.160 -48.400 1.00 0.00 W7 H +ATOM 49003 OH2 TIP3X 313 42.700 18.240 -20.960 1.00 0.00 W7 O +ATOM 49004 H1 TIP3X 313 42.880 18.770 -21.750 1.00 0.00 W7 H +ATOM 49005 H2 TIP3X 313 42.530 18.890 -20.280 1.00 0.00 W7 H +ATOM 49006 OH2 TIP3X 314 16.440 26.730 -34.230 1.00 0.00 W7 O +ATOM 49007 H1 TIP3X 314 17.010 27.490 -34.230 1.00 0.00 W7 H +ATOM 49008 H2 TIP3X 314 16.070 26.700 -35.110 1.00 0.00 W7 H +ATOM 49009 OH2 TIP3X 315 14.240 16.990 -40.610 1.00 0.00 W7 O +ATOM 49010 H1 TIP3X 315 14.240 17.500 -41.420 1.00 0.00 W7 H +ATOM 49011 H2 TIP3X 315 14.600 17.590 -39.950 1.00 0.00 W7 H +ATOM 49012 OH2 TIP3X 316 35.850 33.760 -47.790 1.00 0.00 W7 O +ATOM 49013 H1 TIP3X 316 35.380 33.370 -48.530 1.00 0.00 W7 H +ATOM 49014 H2 TIP3X 316 36.200 33.010 -47.310 1.00 0.00 W7 H +ATOM 49015 OH2 TIP3X 317 -31.400 -42.340 -30.220 1.00 0.00 W7 O +ATOM 49016 H1 TIP3X 317 -30.640 -42.500 -30.780 1.00 0.00 W7 H +ATOM 49017 H2 TIP3X 317 -32.040 -43.000 -30.520 1.00 0.00 W7 H +ATOM 49018 OH2 TIP3X 318 5.170 32.800 21.140 1.00 0.00 W7 O +ATOM 49019 H1 TIP3X 318 5.640 32.970 21.960 1.00 0.00 W7 H +ATOM 49020 H2 TIP3X 318 5.030 33.670 20.770 1.00 0.00 W7 H +ATOM 49021 OH2 TIP3X 319 25.570 13.500 -38.510 1.00 0.00 W7 O +ATOM 49022 H1 TIP3X 319 26.210 13.420 -37.800 1.00 0.00 W7 H +ATOM 49023 H2 TIP3X 319 24.720 13.500 -38.080 1.00 0.00 W7 H +ATOM 49024 OH2 TIP3X 320 40.990 26.580 22.920 1.00 0.00 W7 O +ATOM 49025 H1 TIP3X 320 41.370 26.370 23.770 1.00 0.00 W7 H +ATOM 49026 H2 TIP3X 320 41.720 26.930 22.410 1.00 0.00 W7 H +ATOM 49027 OH2 TIP3X 321 -4.370 -4.660 39.710 1.00 0.00 W7 O +ATOM 49028 H1 TIP3X 321 -4.840 -4.050 39.150 1.00 0.00 W7 H +ATOM 49029 H2 TIP3X 321 -4.440 -5.510 39.260 1.00 0.00 W7 H +ATOM 49030 OH2 TIP3X 322 -27.220 -5.930 28.980 1.00 0.00 W7 O +ATOM 49031 H1 TIP3X 322 -26.750 -6.740 29.220 1.00 0.00 W7 H +ATOM 49032 H2 TIP3X 322 -28.050 -6.240 28.620 1.00 0.00 W7 H +ATOM 49033 OH2 TIP3X 323 9.840 11.570 31.990 1.00 0.00 W7 O +ATOM 49034 H1 TIP3X 323 9.940 10.780 31.470 1.00 0.00 W7 H +ATOM 49035 H2 TIP3X 323 9.110 12.040 31.580 1.00 0.00 W7 H +ATOM 49036 OH2 TIP3X 324 -42.760 34.140 -36.330 1.00 0.00 W7 O +ATOM 49037 H1 TIP3X 324 -43.640 34.500 -36.330 1.00 0.00 W7 H +ATOM 49038 H2 TIP3X 324 -42.880 33.200 -36.190 1.00 0.00 W7 H +ATOM 49039 OH2 TIP3X 325 12.270 -23.440 35.110 1.00 0.00 W7 O +ATOM 49040 H1 TIP3X 325 12.950 -23.780 34.520 1.00 0.00 W7 H +ATOM 49041 H2 TIP3X 325 11.530 -24.030 34.990 1.00 0.00 W7 H +ATOM 49042 OH2 TIP3X 326 23.590 18.060 10.610 1.00 0.00 W7 O +ATOM 49043 H1 TIP3X 326 22.790 17.680 10.970 1.00 0.00 W7 H +ATOM 49044 H2 TIP3X 326 23.580 18.960 10.930 1.00 0.00 W7 H +ATOM 49045 OH2 TIP3X 327 44.840 -47.200 31.290 1.00 0.00 W7 O +ATOM 49046 H1 TIP3X 327 44.180 -47.160 30.590 1.00 0.00 W7 H +ATOM 49047 H2 TIP3X 327 45.360 -46.420 31.160 1.00 0.00 W7 H +ATOM 49048 OH2 TIP3X 328 -2.020 -11.940 37.080 1.00 0.00 W7 O +ATOM 49049 H1 TIP3X 328 -1.890 -11.880 36.130 1.00 0.00 W7 H +ATOM 49050 H2 TIP3X 328 -1.710 -11.090 37.410 1.00 0.00 W7 H +ATOM 49051 OH2 TIP3X 329 21.820 -43.250 32.730 1.00 0.00 W7 O +ATOM 49052 H1 TIP3X 329 21.560 -44.130 32.980 1.00 0.00 W7 H +ATOM 49053 H2 TIP3X 329 21.290 -43.050 31.960 1.00 0.00 W7 H +ATOM 49054 OH2 TIP3X 330 -11.680 18.910 27.380 1.00 0.00 W7 O +ATOM 49055 H1 TIP3X 330 -11.960 18.000 27.500 1.00 0.00 W7 H +ATOM 49056 H2 TIP3X 330 -10.730 18.840 27.230 1.00 0.00 W7 H +ATOM 49057 OH2 TIP3X 331 40.970 30.920 -21.220 1.00 0.00 W7 O +ATOM 49058 H1 TIP3X 331 40.920 31.600 -20.560 1.00 0.00 W7 H +ATOM 49059 H2 TIP3X 331 41.870 30.970 -21.570 1.00 0.00 W7 H +ATOM 49060 OH2 TIP3X 332 37.690 -20.130 -32.850 1.00 0.00 W7 O +ATOM 49061 H1 TIP3X 332 37.710 -20.380 -33.770 1.00 0.00 W7 H +ATOM 49062 H2 TIP3X 332 36.770 -20.120 -32.620 1.00 0.00 W7 H +ATOM 49063 OH2 TIP3X 333 9.490 1.450 -46.000 1.00 0.00 W7 O +ATOM 49064 H1 TIP3X 333 10.130 2.160 -46.150 1.00 0.00 W7 H +ATOM 49065 H2 TIP3X 333 9.970 0.650 -46.200 1.00 0.00 W7 H +ATOM 49066 OH2 TIP3X 334 -23.770 -21.370 -36.590 1.00 0.00 W7 O +ATOM 49067 H1 TIP3X 334 -24.490 -21.330 -37.230 1.00 0.00 W7 H +ATOM 49068 H2 TIP3X 334 -23.100 -20.780 -36.950 1.00 0.00 W7 H +ATOM 49069 OH2 TIP3X 335 23.460 2.310 29.820 1.00 0.00 W7 O +ATOM 49070 H1 TIP3X 335 23.010 3.130 30.020 1.00 0.00 W7 H +ATOM 49071 H2 TIP3X 335 24.080 2.520 29.140 1.00 0.00 W7 H +ATOM 49072 OH2 TIP3X 336 -26.220 -50.290 30.310 1.00 0.00 W7 O +ATOM 49073 H1 TIP3X 336 -25.760 -51.130 30.350 1.00 0.00 W7 H +ATOM 49074 H2 TIP3X 336 -26.450 -50.180 29.390 1.00 0.00 W7 H +ATOM 49075 OH2 TIP3X 337 -28.600 34.270 22.450 1.00 0.00 W7 O +ATOM 49076 H1 TIP3X 337 -28.020 33.910 21.780 1.00 0.00 W7 H +ATOM 49077 H2 TIP3X 337 -28.440 35.210 22.450 1.00 0.00 W7 H +ATOM 49078 OH2 TIP3X 338 -30.900 20.420 -35.110 1.00 0.00 W7 O +ATOM 49079 H1 TIP3X 338 -30.020 20.060 -35.230 1.00 0.00 W7 H +ATOM 49080 H2 TIP3X 338 -31.210 20.620 -36.000 1.00 0.00 W7 H +ATOM 49081 OH2 TIP3X 339 38.910 -24.510 27.020 1.00 0.00 W7 O +ATOM 49082 H1 TIP3X 339 38.380 -24.000 27.640 1.00 0.00 W7 H +ATOM 49083 H2 TIP3X 339 39.230 -23.860 26.390 1.00 0.00 W7 H +ATOM 49084 OH2 TIP3X 340 36.620 26.460 -22.320 1.00 0.00 W7 O +ATOM 49085 H1 TIP3X 340 37.520 26.130 -22.330 1.00 0.00 W7 H +ATOM 49086 H2 TIP3X 340 36.080 25.710 -22.150 1.00 0.00 W7 H +ATOM 49087 OH2 TIP3X 341 -39.810 -42.040 29.280 1.00 0.00 W7 O +ATOM 49088 H1 TIP3X 341 -39.140 -42.710 29.210 1.00 0.00 W7 H +ATOM 49089 H2 TIP3X 341 -40.430 -42.250 28.580 1.00 0.00 W7 H +ATOM 49090 OH2 TIP3X 342 -18.740 11.760 -50.050 1.00 0.00 W7 O +ATOM 49091 H1 TIP3X 342 -18.060 12.290 -49.640 1.00 0.00 W7 H +ATOM 49092 H2 TIP3X 342 -19.530 12.290 -50.030 1.00 0.00 W7 H +ATOM 49093 OH2 TIP3X 343 25.320 -32.830 -19.840 1.00 0.00 W7 O +ATOM 49094 H1 TIP3X 343 24.950 -32.970 -18.960 1.00 0.00 W7 H +ATOM 49095 H2 TIP3X 343 24.600 -32.480 -20.360 1.00 0.00 W7 H +ATOM 49096 OH2 TIP3X 344 -4.070 13.540 -43.860 1.00 0.00 W7 O +ATOM 49097 H1 TIP3X 344 -3.240 13.510 -44.340 1.00 0.00 W7 H +ATOM 49098 H2 TIP3X 344 -4.570 14.200 -44.320 1.00 0.00 W7 H +ATOM 49099 OH2 TIP3X 345 -18.440 -20.400 32.320 1.00 0.00 W7 O +ATOM 49100 H1 TIP3X 345 -19.330 -20.080 32.260 1.00 0.00 W7 H +ATOM 49101 H2 TIP3X 345 -18.520 -21.270 32.730 1.00 0.00 W7 H +ATOM 49102 OH2 TIP3X 346 1.450 -40.880 17.360 1.00 0.00 W7 O +ATOM 49103 H1 TIP3X 346 0.780 -41.120 16.710 1.00 0.00 W7 H +ATOM 49104 H2 TIP3X 346 2.230 -41.380 17.100 1.00 0.00 W7 H +ATOM 49105 OH2 TIP3X 347 0.240 -48.590 31.700 1.00 0.00 W7 O +ATOM 49106 H1 TIP3X 347 0.050 -48.700 30.770 1.00 0.00 W7 H +ATOM 49107 H2 TIP3X 347 -0.630 -48.520 32.110 1.00 0.00 W7 H +ATOM 49108 OH2 TIP3X 348 37.690 11.810 17.350 1.00 0.00 W7 O +ATOM 49109 H1 TIP3X 348 37.820 12.600 17.880 1.00 0.00 W7 H +ATOM 49110 H2 TIP3X 348 36.930 12.010 16.800 1.00 0.00 W7 H +ATOM 49111 OH2 TIP3X 349 19.700 31.960 -17.770 1.00 0.00 W7 O +ATOM 49112 H1 TIP3X 349 20.370 31.320 -18.040 1.00 0.00 W7 H +ATOM 49113 H2 TIP3X 349 19.140 31.460 -17.170 1.00 0.00 W7 H +ATOM 49114 OH2 TIP3X 350 36.220 39.160 -14.790 1.00 0.00 W7 O +ATOM 49115 H1 TIP3X 350 35.880 38.910 -13.930 1.00 0.00 W7 H +ATOM 49116 H2 TIP3X 350 35.630 39.840 -15.090 1.00 0.00 W7 H +ATOM 49117 OH2 TIP3X 351 31.770 20.730 28.150 1.00 0.00 W7 O +ATOM 49118 H1 TIP3X 351 31.620 21.580 28.580 1.00 0.00 W7 H +ATOM 49119 H2 TIP3X 351 32.680 20.780 27.860 1.00 0.00 W7 H +ATOM 49120 OH2 TIP3X 352 4.590 23.700 -36.830 1.00 0.00 W7 O +ATOM 49121 H1 TIP3X 352 5.120 23.370 -36.100 1.00 0.00 W7 H +ATOM 49122 H2 TIP3X 352 3.780 23.170 -36.790 1.00 0.00 W7 H +ATOM 49123 OH2 TIP3X 353 20.810 7.730 -20.120 1.00 0.00 W7 O +ATOM 49124 H1 TIP3X 353 20.500 6.920 -20.520 1.00 0.00 W7 H +ATOM 49125 H2 TIP3X 353 21.280 7.460 -19.340 1.00 0.00 W7 H +ATOM 49126 OH2 TIP3X 354 -39.470 13.180 31.080 1.00 0.00 W7 O +ATOM 49127 H1 TIP3X 354 -39.210 13.260 32.000 1.00 0.00 W7 H +ATOM 49128 H2 TIP3X 354 -39.970 12.370 31.050 1.00 0.00 W7 H +ATOM 49129 OH2 TIP3X 355 29.430 -16.980 -34.200 1.00 0.00 W7 O +ATOM 49130 H1 TIP3X 355 28.650 -17.010 -34.770 1.00 0.00 W7 H +ATOM 49131 H2 TIP3X 355 29.560 -16.050 -34.030 1.00 0.00 W7 H +ATOM 49132 OH2 TIP3X 356 -16.340 37.730 -37.120 1.00 0.00 W7 O +ATOM 49133 H1 TIP3X 356 -16.060 38.200 -37.910 1.00 0.00 W7 H +ATOM 49134 H2 TIP3X 356 -17.220 37.430 -37.330 1.00 0.00 W7 H +ATOM 49135 OH2 TIP3X 357 32.740 7.370 29.970 1.00 0.00 W7 O +ATOM 49136 H1 TIP3X 357 32.170 8.100 29.730 1.00 0.00 W7 H +ATOM 49137 H2 TIP3X 357 32.150 6.730 30.360 1.00 0.00 W7 H +ATOM 49138 OH2 TIP3X 358 -4.430 23.170 25.610 1.00 0.00 W7 O +ATOM 49139 H1 TIP3X 358 -5.180 22.800 26.080 1.00 0.00 W7 H +ATOM 49140 H2 TIP3X 358 -4.530 24.120 25.700 1.00 0.00 W7 H +ATOM 49141 OH2 TIP3X 359 46.230 42.780 -33.240 1.00 0.00 W7 O +ATOM 49142 H1 TIP3X 359 45.370 42.920 -33.630 1.00 0.00 W7 H +ATOM 49143 H2 TIP3X 359 46.380 43.570 -32.710 1.00 0.00 W7 H +ATOM 49144 OH2 TIP3X 360 42.780 -7.720 -32.860 1.00 0.00 W7 O +ATOM 49145 H1 TIP3X 360 43.470 -7.260 -33.340 1.00 0.00 W7 H +ATOM 49146 H2 TIP3X 360 42.160 -7.040 -32.610 1.00 0.00 W7 H +ATOM 49147 OH2 TIP3X 361 -35.720 -9.420 -33.530 1.00 0.00 W7 O +ATOM 49148 H1 TIP3X 361 -35.250 -10.240 -33.650 1.00 0.00 W7 H +ATOM 49149 H2 TIP3X 361 -35.110 -8.750 -33.840 1.00 0.00 W7 H +ATOM 49150 OH2 TIP3X 362 -3.980 -35.000 20.330 1.00 0.00 W7 O +ATOM 49151 H1 TIP3X 362 -4.370 -34.570 21.090 1.00 0.00 W7 H +ATOM 49152 H2 TIP3X 362 -3.030 -34.810 20.400 1.00 0.00 W7 H +ATOM 49153 OH2 TIP3X 363 -8.920 33.660 -23.140 1.00 0.00 W7 O +ATOM 49154 H1 TIP3X 363 -9.530 34.290 -23.540 1.00 0.00 W7 H +ATOM 49155 H2 TIP3X 363 -9.100 33.730 -22.210 1.00 0.00 W7 H +ATOM 49156 OH2 TIP3X 364 -17.790 -8.050 -47.350 1.00 0.00 W7 O +ATOM 49157 H1 TIP3X 364 -17.960 -8.590 -48.120 1.00 0.00 W7 H +ATOM 49158 H2 TIP3X 364 -17.150 -7.410 -47.640 1.00 0.00 W7 H +ATOM 49159 OH2 TIP3X 365 -39.800 21.820 21.720 1.00 0.00 W7 O +ATOM 49160 H1 TIP3X 365 -40.350 22.280 21.070 1.00 0.00 W7 H +ATOM 49161 H2 TIP3X 365 -40.270 21.920 22.550 1.00 0.00 W7 H +ATOM 49162 OH2 TIP3X 366 4.300 -13.060 22.120 1.00 0.00 W7 O +ATOM 49163 H1 TIP3X 366 3.880 -12.990 21.260 1.00 0.00 W7 H +ATOM 49164 H2 TIP3X 366 3.760 -12.500 22.680 1.00 0.00 W7 H +ATOM 49165 OH2 TIP3X 367 25.780 28.660 -40.170 1.00 0.00 W7 O +ATOM 49166 H1 TIP3X 367 25.010 29.210 -40.190 1.00 0.00 W7 H +ATOM 49167 H2 TIP3X 367 26.110 28.680 -41.070 1.00 0.00 W7 H +ATOM 49168 OH2 TIP3X 368 -20.330 -14.640 20.380 1.00 0.00 W7 O +ATOM 49169 H1 TIP3X 368 -21.090 -14.610 20.970 1.00 0.00 W7 H +ATOM 49170 H2 TIP3X 368 -20.620 -14.240 19.580 1.00 0.00 W7 H +ATOM 49171 OH2 TIP3X 369 13.760 17.330 24.590 1.00 0.00 W7 O +ATOM 49172 H1 TIP3X 369 14.340 17.150 23.840 1.00 0.00 W7 H +ATOM 49173 H2 TIP3X 369 12.870 17.210 24.240 1.00 0.00 W7 H +ATOM 49174 OH2 TIP3X 370 32.360 -3.050 34.360 1.00 0.00 W7 O +ATOM 49175 H1 TIP3X 370 32.690 -2.470 35.050 1.00 0.00 W7 H +ATOM 49176 H2 TIP3X 370 31.910 -2.470 33.760 1.00 0.00 W7 H +ATOM 49177 OH2 TIP3X 371 -22.370 30.950 -48.160 1.00 0.00 W7 O +ATOM 49178 H1 TIP3X 371 -21.580 30.620 -47.720 1.00 0.00 W7 H +ATOM 49179 H2 TIP3X 371 -23.010 30.250 -48.060 1.00 0.00 W7 H +ATOM 49180 OH2 TIP3X 372 38.850 12.580 -25.600 1.00 0.00 W7 O +ATOM 49181 H1 TIP3X 372 39.250 13.220 -25.020 1.00 0.00 W7 H +ATOM 49182 H2 TIP3X 372 38.990 12.930 -26.490 1.00 0.00 W7 H +ATOM 49183 OH2 TIP3X 373 -6.930 21.160 -15.590 1.00 0.00 W7 O +ATOM 49184 H1 TIP3X 373 -7.590 21.640 -15.090 1.00 0.00 W7 H +ATOM 49185 H2 TIP3X 373 -7.400 20.820 -16.350 1.00 0.00 W7 H +ATOM 49186 OH2 TIP3X 374 38.400 21.890 -24.580 1.00 0.00 W7 O +ATOM 49187 H1 TIP3X 374 38.630 22.230 -25.440 1.00 0.00 W7 H +ATOM 49188 H2 TIP3X 374 37.480 21.610 -24.680 1.00 0.00 W7 H +ATOM 49189 OH2 TIP3X 375 -20.980 -25.090 -36.430 1.00 0.00 W7 O +ATOM 49190 H1 TIP3X 375 -21.850 -25.140 -36.820 1.00 0.00 W7 H +ATOM 49191 H2 TIP3X 375 -21.080 -24.540 -35.670 1.00 0.00 W7 H +ATOM 49192 OH2 TIP3X 376 -37.300 -31.670 -34.350 1.00 0.00 W7 O +ATOM 49193 H1 TIP3X 376 -37.730 -32.260 -34.960 1.00 0.00 W7 H +ATOM 49194 H2 TIP3X 376 -36.780 -31.090 -34.900 1.00 0.00 W7 H +ATOM 49195 OH2 TIP3X 377 19.390 -23.610 -21.410 1.00 0.00 W7 O +ATOM 49196 H1 TIP3X 377 19.120 -23.200 -22.230 1.00 0.00 W7 H +ATOM 49197 H2 TIP3X 377 19.540 -22.880 -20.820 1.00 0.00 W7 H +ATOM 49198 OH2 TIP3X 378 48.930 -22.110 12.970 1.00 0.00 W7 O +ATOM 49199 H1 TIP3X 378 49.580 -22.730 12.620 1.00 0.00 W7 H +ATOM 49200 H2 TIP3X 378 48.340 -21.940 12.230 1.00 0.00 W7 H +ATOM 49201 OH2 TIP3X 379 35.700 11.680 -34.590 1.00 0.00 W7 O +ATOM 49202 H1 TIP3X 379 35.860 12.390 -33.970 1.00 0.00 W7 H +ATOM 49203 H2 TIP3X 379 36.520 11.610 -35.080 1.00 0.00 W7 H +ATOM 49204 OH2 TIP3X 380 -32.960 -13.130 -17.600 1.00 0.00 W7 O +ATOM 49205 H1 TIP3X 380 -33.600 -12.980 -18.300 1.00 0.00 W7 H +ATOM 49206 H2 TIP3X 380 -32.170 -13.420 -18.040 1.00 0.00 W7 H +ATOM 49207 OH2 TIP3X 381 -29.400 11.620 31.250 1.00 0.00 W7 O +ATOM 49208 H1 TIP3X 381 -28.660 12.090 31.640 1.00 0.00 W7 H +ATOM 49209 H2 TIP3X 381 -29.470 11.980 30.360 1.00 0.00 W7 H +ATOM 49210 OH2 TIP3X 382 -6.920 -6.710 -31.140 1.00 0.00 W7 O +ATOM 49211 H1 TIP3X 382 -6.520 -6.410 -31.960 1.00 0.00 W7 H +ATOM 49212 H2 TIP3X 382 -6.190 -7.100 -30.650 1.00 0.00 W7 H +ATOM 49213 OH2 TIP3X 383 10.300 37.480 -34.090 1.00 0.00 W7 O +ATOM 49214 H1 TIP3X 383 9.460 37.280 -33.690 1.00 0.00 W7 H +ATOM 49215 H2 TIP3X 383 10.080 37.720 -34.990 1.00 0.00 W7 H +ATOM 49216 OH2 TIP3X 384 -32.070 -9.470 -18.640 1.00 0.00 W7 O +ATOM 49217 H1 TIP3X 384 -32.160 -10.340 -19.020 1.00 0.00 W7 H +ATOM 49218 H2 TIP3X 384 -32.500 -9.540 -17.790 1.00 0.00 W7 H +ATOM 49219 OH2 TIP3X 385 49.340 -40.370 34.200 1.00 0.00 W7 O +ATOM 49220 H1 TIP3X 385 49.920 -39.670 33.900 1.00 0.00 W7 H +ATOM 49221 H2 TIP3X 385 48.460 -40.060 34.000 1.00 0.00 W7 H +ATOM 49222 OH2 TIP3X 386 34.420 -48.780 -37.110 1.00 0.00 W7 O +ATOM 49223 H1 TIP3X 386 35.130 -48.850 -37.760 1.00 0.00 W7 H +ATOM 49224 H2 TIP3X 386 34.400 -47.860 -36.870 1.00 0.00 W7 H +ATOM 49225 OH2 TIP3X 387 -4.720 12.210 -46.520 1.00 0.00 W7 O +ATOM 49226 H1 TIP3X 387 -5.520 12.610 -46.860 1.00 0.00 W7 H +ATOM 49227 H2 TIP3X 387 -4.900 12.060 -45.590 1.00 0.00 W7 H +ATOM 49228 OH2 TIP3X 388 15.840 -39.590 13.580 1.00 0.00 W7 O +ATOM 49229 H1 TIP3X 388 15.540 -38.900 14.160 1.00 0.00 W7 H +ATOM 49230 H2 TIP3X 388 15.760 -39.240 12.700 1.00 0.00 W7 H +ATOM 49231 OH2 TIP3X 389 23.350 21.590 -27.930 1.00 0.00 W7 O +ATOM 49232 H1 TIP3X 389 23.040 20.750 -28.290 1.00 0.00 W7 H +ATOM 49233 H2 TIP3X 389 22.900 21.660 -27.090 1.00 0.00 W7 H +ATOM 49234 OH2 TIP3X 390 15.180 -11.710 -51.460 1.00 0.00 W7 O +ATOM 49235 H1 TIP3X 390 14.700 -11.960 -52.250 1.00 0.00 W7 H +ATOM 49236 H2 TIP3X 390 16.040 -12.120 -51.560 1.00 0.00 W7 H +ATOM 49237 OH2 TIP3X 391 -30.000 -41.190 -27.880 1.00 0.00 W7 O +ATOM 49238 H1 TIP3X 391 -29.170 -41.630 -28.050 1.00 0.00 W7 H +ATOM 49239 H2 TIP3X 391 -30.640 -41.680 -28.390 1.00 0.00 W7 H +ATOM 49240 OH2 TIP3X 392 33.120 15.440 22.890 1.00 0.00 W7 O +ATOM 49241 H1 TIP3X 392 33.800 14.910 23.310 1.00 0.00 W7 H +ATOM 49242 H2 TIP3X 392 32.290 15.110 23.230 1.00 0.00 W7 H +ATOM 49243 OH2 TIP3X 393 -12.940 32.930 -44.630 1.00 0.00 W7 O +ATOM 49244 H1 TIP3X 393 -12.140 32.770 -45.130 1.00 0.00 W7 H +ATOM 49245 H2 TIP3X 393 -13.550 33.280 -45.270 1.00 0.00 W7 H +ATOM 49246 OH2 TIP3X 394 -36.970 -38.330 25.820 1.00 0.00 W7 O +ATOM 49247 H1 TIP3X 394 -37.700 -38.680 26.340 1.00 0.00 W7 H +ATOM 49248 H2 TIP3X 394 -36.810 -38.990 25.150 1.00 0.00 W7 H +ATOM 49249 OH2 TIP3X 395 -14.720 -40.820 -48.580 1.00 0.00 W7 O +ATOM 49250 H1 TIP3X 395 -15.210 -41.210 -47.850 1.00 0.00 W7 H +ATOM 49251 H2 TIP3X 395 -14.150 -40.170 -48.160 1.00 0.00 W7 H +ATOM 49252 OH2 TIP3X 396 36.350 -1.050 -34.460 1.00 0.00 W7 O +ATOM 49253 H1 TIP3X 396 36.300 -0.520 -33.650 1.00 0.00 W7 H +ATOM 49254 H2 TIP3X 396 35.540 -1.550 -34.450 1.00 0.00 W7 H +ATOM 49255 OH2 TIP3X 397 6.380 -40.680 -26.780 1.00 0.00 W7 O +ATOM 49256 H1 TIP3X 397 6.240 -41.610 -26.590 1.00 0.00 W7 H +ATOM 49257 H2 TIP3X 397 7.020 -40.660 -27.500 1.00 0.00 W7 H +ATOM 49258 OH2 TIP3X 398 7.720 -49.440 -28.090 1.00 0.00 W7 O +ATOM 49259 H1 TIP3X 398 7.590 -48.580 -27.700 1.00 0.00 W7 H +ATOM 49260 H2 TIP3X 398 7.760 -50.040 -27.340 1.00 0.00 W7 H +ATOM 49261 OH2 TIP3X 399 -3.270 -28.930 17.300 1.00 0.00 W7 O +ATOM 49262 H1 TIP3X 399 -2.920 -29.760 16.990 1.00 0.00 W7 H +ATOM 49263 H2 TIP3X 399 -3.930 -28.680 16.640 1.00 0.00 W7 H +ATOM 49264 OH2 TIP3X 400 -7.030 -35.310 24.230 1.00 0.00 W7 O +ATOM 49265 H1 TIP3X 400 -7.160 -34.770 25.010 1.00 0.00 W7 H +ATOM 49266 H2 TIP3X 400 -7.500 -36.130 24.410 1.00 0.00 W7 H +ATOM 49267 OH2 TIP3X 401 13.550 24.590 18.320 1.00 0.00 W7 O +ATOM 49268 H1 TIP3X 401 13.750 25.120 17.550 1.00 0.00 W7 H +ATOM 49269 H2 TIP3X 401 14.350 24.070 18.470 1.00 0.00 W7 H +ATOM 49270 OH2 TIP3X 402 44.800 19.260 -37.400 1.00 0.00 W7 O +ATOM 49271 H1 TIP3X 402 44.530 19.030 -36.510 1.00 0.00 W7 H +ATOM 49272 H2 TIP3X 402 45.570 18.720 -37.560 1.00 0.00 W7 H +ATOM 49273 OH2 TIP3X 403 35.760 -11.750 -27.040 1.00 0.00 W7 O +ATOM 49274 H1 TIP3X 403 36.670 -11.560 -26.850 1.00 0.00 W7 H +ATOM 49275 H2 TIP3X 403 35.370 -11.980 -26.200 1.00 0.00 W7 H +ATOM 49276 OH2 TIP3X 404 -0.020 0.700 16.370 1.00 0.00 W7 O +ATOM 49277 H1 TIP3X 404 0.910 0.530 16.530 1.00 0.00 W7 H +ATOM 49278 H2 TIP3X 404 -0.030 1.460 15.780 1.00 0.00 W7 H +ATOM 49279 OH2 TIP3X 405 -21.980 -37.030 -50.430 1.00 0.00 W7 O +ATOM 49280 H1 TIP3X 405 -22.830 -36.870 -50.030 1.00 0.00 W7 H +ATOM 49281 H2 TIP3X 405 -21.570 -37.690 -49.860 1.00 0.00 W7 H +ATOM 49282 OH2 TIP3X 406 38.480 -7.930 -48.850 1.00 0.00 W7 O +ATOM 49283 H1 TIP3X 406 38.070 -8.760 -49.090 1.00 0.00 W7 H +ATOM 49284 H2 TIP3X 406 37.760 -7.400 -48.490 1.00 0.00 W7 H +ATOM 49285 OH2 TIP3X 407 -2.160 -43.240 -38.510 1.00 0.00 W7 O +ATOM 49286 H1 TIP3X 407 -1.710 -44.070 -38.690 1.00 0.00 W7 H +ATOM 49287 H2 TIP3X 407 -1.500 -42.710 -38.050 1.00 0.00 W7 H +ATOM 49288 OH2 TIP3X 408 37.260 -38.680 -42.670 1.00 0.00 W7 O +ATOM 49289 H1 TIP3X 408 37.980 -39.310 -42.710 1.00 0.00 W7 H +ATOM 49290 H2 TIP3X 408 37.440 -38.070 -43.390 1.00 0.00 W7 H +ATOM 49291 OH2 TIP3X 409 -17.110 -4.710 -39.500 1.00 0.00 W7 O +ATOM 49292 H1 TIP3X 409 -16.280 -5.170 -39.330 1.00 0.00 W7 H +ATOM 49293 H2 TIP3X 409 -17.620 -4.840 -38.700 1.00 0.00 W7 H +ATOM 49294 OH2 TIP3X 410 17.540 -29.490 -50.760 1.00 0.00 W7 O +ATOM 49295 H1 TIP3X 410 18.170 -28.860 -51.090 1.00 0.00 W7 H +ATOM 49296 H2 TIP3X 410 16.900 -28.960 -50.290 1.00 0.00 W7 H +ATOM 49297 OH2 TIP3X 411 -5.910 -25.620 25.350 1.00 0.00 W7 O +ATOM 49298 H1 TIP3X 411 -5.510 -24.870 24.910 1.00 0.00 W7 H +ATOM 49299 H2 TIP3X 411 -6.750 -25.740 24.910 1.00 0.00 W7 H +ATOM 49300 OH2 TIP3X 412 1.410 35.360 -31.620 1.00 0.00 W7 O +ATOM 49301 H1 TIP3X 412 0.710 34.730 -31.780 1.00 0.00 W7 H +ATOM 49302 H2 TIP3X 412 1.920 34.970 -30.920 1.00 0.00 W7 H +ATOM 49303 OH2 TIP3X 413 31.930 -39.030 -37.750 1.00 0.00 W7 O +ATOM 49304 H1 TIP3X 413 31.470 -39.110 -36.910 1.00 0.00 W7 H +ATOM 49305 H2 TIP3X 413 32.860 -39.070 -37.510 1.00 0.00 W7 H +ATOM 49306 OH2 TIP3X 414 -40.430 38.640 41.050 1.00 0.00 W7 O +ATOM 49307 H1 TIP3X 414 -40.430 37.800 41.510 1.00 0.00 W7 H +ATOM 49308 H2 TIP3X 414 -39.960 38.470 40.240 1.00 0.00 W7 H +ATOM 49309 OH2 TIP3X 415 -42.570 14.150 -35.120 1.00 0.00 W7 O +ATOM 49310 H1 TIP3X 415 -42.650 14.100 -34.170 1.00 0.00 W7 H +ATOM 49311 H2 TIP3X 415 -42.250 13.280 -35.390 1.00 0.00 W7 H +ATOM 49312 OH2 TIP3X 416 9.970 -3.790 26.890 1.00 0.00 W7 O +ATOM 49313 H1 TIP3X 416 9.340 -3.330 27.460 1.00 0.00 W7 H +ATOM 49314 H2 TIP3X 416 10.680 -4.030 27.480 1.00 0.00 W7 H +ATOM 49315 OH2 TIP3X 417 4.550 20.230 -35.910 1.00 0.00 W7 O +ATOM 49316 H1 TIP3X 417 3.850 19.840 -35.380 1.00 0.00 W7 H +ATOM 49317 H2 TIP3X 417 4.360 19.970 -36.810 1.00 0.00 W7 H +ATOM 49318 OH2 TIP3X 418 26.900 -7.730 38.130 1.00 0.00 W7 O +ATOM 49319 H1 TIP3X 418 27.500 -7.280 37.540 1.00 0.00 W7 H +ATOM 49320 H2 TIP3X 418 26.140 -7.920 37.590 1.00 0.00 W7 H +ATOM 49321 OH2 TIP3X 419 -40.200 13.550 -43.690 1.00 0.00 W7 O +ATOM 49322 H1 TIP3X 419 -39.340 13.840 -43.370 1.00 0.00 W7 H +ATOM 49323 H2 TIP3X 419 -40.010 12.790 -44.240 1.00 0.00 W7 H +ATOM 49324 OH2 TIP3X 420 15.570 40.600 -17.770 1.00 0.00 W7 O +ATOM 49325 H1 TIP3X 420 16.280 41.140 -17.410 1.00 0.00 W7 H +ATOM 49326 H2 TIP3X 420 16.020 39.910 -18.260 1.00 0.00 W7 H +ATOM 49327 OH2 TIP3X 421 -23.240 36.060 -43.820 1.00 0.00 W7 O +ATOM 49328 H1 TIP3X 421 -24.110 36.080 -44.220 1.00 0.00 W7 H +ATOM 49329 H2 TIP3X 421 -22.650 36.310 -44.530 1.00 0.00 W7 H +ATOM 49330 OH2 TIP3X 422 29.800 -5.260 25.730 1.00 0.00 W7 O +ATOM 49331 H1 TIP3X 422 29.110 -4.730 26.130 1.00 0.00 W7 H +ATOM 49332 H2 TIP3X 422 29.510 -5.380 24.820 1.00 0.00 W7 H +ATOM 49333 OH2 TIP3X 423 -8.450 3.100 -48.720 1.00 0.00 W7 O +ATOM 49334 H1 TIP3X 423 -7.640 2.620 -48.940 1.00 0.00 W7 H +ATOM 49335 H2 TIP3X 423 -8.320 3.960 -49.110 1.00 0.00 W7 H +ATOM 49336 OH2 TIP3X 424 -23.190 -2.620 -39.040 1.00 0.00 W7 O +ATOM 49337 H1 TIP3X 424 -23.680 -2.030 -38.460 1.00 0.00 W7 H +ATOM 49338 H2 TIP3X 424 -23.330 -2.270 -39.930 1.00 0.00 W7 H +ATOM 49339 OH2 TIP3X 425 -16.160 5.610 -46.990 1.00 0.00 W7 O +ATOM 49340 H1 TIP3X 425 -16.030 5.660 -46.040 1.00 0.00 W7 H +ATOM 49341 H2 TIP3X 425 -15.330 5.930 -47.360 1.00 0.00 W7 H +ATOM 49342 OH2 TIP3X 426 39.420 3.330 19.040 1.00 0.00 W7 O +ATOM 49343 H1 TIP3X 426 39.720 3.570 18.160 1.00 0.00 W7 H +ATOM 49344 H2 TIP3X 426 40.150 2.880 19.440 1.00 0.00 W7 H +ATOM 49345 OH2 TIP3X 427 33.650 3.770 -48.940 1.00 0.00 W7 O +ATOM 49346 H1 TIP3X 427 34.520 4.070 -49.180 1.00 0.00 W7 H +ATOM 49347 H2 TIP3X 427 33.590 2.880 -49.300 1.00 0.00 W7 H +ATOM 49348 OH2 TIP3X 428 -30.250 -27.020 23.490 1.00 0.00 W7 O +ATOM 49349 H1 TIP3X 428 -30.460 -26.650 24.340 1.00 0.00 W7 H +ATOM 49350 H2 TIP3X 428 -30.390 -26.310 22.870 1.00 0.00 W7 H +ATOM 49351 OH2 TIP3X 429 -13.490 -16.330 28.770 1.00 0.00 W7 O +ATOM 49352 H1 TIP3X 429 -12.600 -16.030 28.960 1.00 0.00 W7 H +ATOM 49353 H2 TIP3X 429 -13.380 -17.070 28.180 1.00 0.00 W7 H +ATOM 49354 OH2 TIP3X 430 6.420 -24.780 -22.700 1.00 0.00 W7 O +ATOM 49355 H1 TIP3X 430 6.910 -25.590 -22.810 1.00 0.00 W7 H +ATOM 49356 H2 TIP3X 430 6.460 -24.350 -23.550 1.00 0.00 W7 H +ATOM 49357 OH2 TIP3X 431 -34.620 -34.750 26.160 1.00 0.00 W7 O +ATOM 49358 H1 TIP3X 431 -33.690 -34.960 26.070 1.00 0.00 W7 H +ATOM 49359 H2 TIP3X 431 -34.780 -34.760 27.100 1.00 0.00 W7 H +ATOM 49360 OH2 TIP3X 432 45.070 10.780 25.940 1.00 0.00 W7 O +ATOM 49361 H1 TIP3X 432 44.670 10.240 25.260 1.00 0.00 W7 H +ATOM 49362 H2 TIP3X 432 44.430 11.460 26.120 1.00 0.00 W7 H +ATOM 49363 OH2 TIP3X 433 -3.750 41.380 -44.690 1.00 0.00 W7 O +ATOM 49364 H1 TIP3X 433 -3.870 42.030 -44.000 1.00 0.00 W7 H +ATOM 49365 H2 TIP3X 433 -2.850 41.500 -44.980 1.00 0.00 W7 H +ATOM 49366 OH2 TIP3X 434 8.250 38.830 -36.080 1.00 0.00 W7 O +ATOM 49367 H1 TIP3X 434 8.170 38.960 -35.130 1.00 0.00 W7 H +ATOM 49368 H2 TIP3X 434 8.300 39.710 -36.440 1.00 0.00 W7 H +ATOM 49369 OH2 TIP3X 435 -13.450 -3.860 -28.400 1.00 0.00 W7 O +ATOM 49370 H1 TIP3X 435 -13.820 -3.350 -27.680 1.00 0.00 W7 H +ATOM 49371 H2 TIP3X 435 -14.170 -4.420 -28.700 1.00 0.00 W7 H +ATOM 49372 OH2 TIP3X 436 22.120 -24.390 -19.430 1.00 0.00 W7 O +ATOM 49373 H1 TIP3X 436 22.320 -25.100 -18.830 1.00 0.00 W7 H +ATOM 49374 H2 TIP3X 436 21.250 -24.090 -19.170 1.00 0.00 W7 H +ATOM 49375 OH2 TIP3X 437 -20.240 31.500 -15.420 1.00 0.00 W7 O +ATOM 49376 H1 TIP3X 437 -20.500 31.130 -16.260 1.00 0.00 W7 H +ATOM 49377 H2 TIP3X 437 -20.120 32.440 -15.600 1.00 0.00 W7 H +ATOM 49378 OH2 TIP3X 438 -38.080 -45.860 35.720 1.00 0.00 W7 O +ATOM 49379 H1 TIP3X 438 -37.180 -45.690 36.010 1.00 0.00 W7 H +ATOM 49380 H2 TIP3X 438 -38.050 -46.730 35.340 1.00 0.00 W7 H +ATOM 49381 OH2 TIP3X 439 -24.880 20.540 31.420 1.00 0.00 W7 O +ATOM 49382 H1 TIP3X 439 -23.950 20.680 31.210 1.00 0.00 W7 H +ATOM 49383 H2 TIP3X 439 -25.140 21.320 31.920 1.00 0.00 W7 H +ATOM 49384 OH2 TIP3X 440 47.290 -4.550 -39.280 1.00 0.00 W7 O +ATOM 49385 H1 TIP3X 440 47.270 -3.670 -39.640 1.00 0.00 W7 H +ATOM 49386 H2 TIP3X 440 46.640 -5.040 -39.780 1.00 0.00 W7 H +ATOM 49387 OH2 TIP3X 441 -36.200 -10.550 30.950 1.00 0.00 W7 O +ATOM 49388 H1 TIP3X 441 -36.810 -11.210 30.610 1.00 0.00 W7 H +ATOM 49389 H2 TIP3X 441 -35.700 -10.270 30.190 1.00 0.00 W7 H +ATOM 49390 OH2 TIP3X 442 41.810 7.890 35.750 1.00 0.00 W7 O +ATOM 49391 H1 TIP3X 442 40.940 8.060 35.390 1.00 0.00 W7 H +ATOM 49392 H2 TIP3X 442 42.350 7.690 34.980 1.00 0.00 W7 H +ATOM 49393 OH2 TIP3X 443 22.930 -48.950 17.770 1.00 0.00 W7 O +ATOM 49394 H1 TIP3X 443 23.790 -49.300 17.540 1.00 0.00 W7 H +ATOM 49395 H2 TIP3X 443 22.320 -49.440 17.230 1.00 0.00 W7 H +ATOM 49396 OH2 TIP3X 444 18.140 35.820 -9.220 1.00 0.00 W7 O +ATOM 49397 H1 TIP3X 444 18.450 36.380 -9.930 1.00 0.00 W7 H +ATOM 49398 H2 TIP3X 444 17.310 36.230 -8.940 1.00 0.00 W7 H +ATOM 49399 OH2 TIP3X 445 23.170 10.580 -48.510 1.00 0.00 W7 O +ATOM 49400 H1 TIP3X 445 24.030 10.880 -48.250 1.00 0.00 W7 H +ATOM 49401 H2 TIP3X 445 22.570 10.970 -47.870 1.00 0.00 W7 H +ATOM 49402 OH2 TIP3X 446 -40.310 28.070 36.800 1.00 0.00 W7 O +ATOM 49403 H1 TIP3X 446 -40.290 27.140 37.070 1.00 0.00 W7 H +ATOM 49404 H2 TIP3X 446 -41.080 28.430 37.250 1.00 0.00 W7 H +ATOM 49405 OH2 TIP3X 447 -11.180 35.330 -26.540 1.00 0.00 W7 O +ATOM 49406 H1 TIP3X 447 -10.760 35.250 -25.670 1.00 0.00 W7 H +ATOM 49407 H2 TIP3X 447 -12.070 35.040 -26.400 1.00 0.00 W7 H +ATOM 49408 OH2 TIP3X 448 40.140 11.470 -15.150 1.00 0.00 W7 O +ATOM 49409 H1 TIP3X 448 40.490 11.360 -16.040 1.00 0.00 W7 H +ATOM 49410 H2 TIP3X 448 40.680 12.160 -14.760 1.00 0.00 W7 H +ATOM 49411 OH2 TIP3X 449 29.010 20.620 -13.350 1.00 0.00 W7 O +ATOM 49412 H1 TIP3X 449 28.230 20.680 -12.790 1.00 0.00 W7 H +ATOM 49413 H2 TIP3X 449 29.670 20.220 -12.800 1.00 0.00 W7 H +ATOM 49414 OH2 TIP3X 450 -28.370 -22.820 18.090 1.00 0.00 W7 O +ATOM 49415 H1 TIP3X 450 -29.100 -23.130 18.630 1.00 0.00 W7 H +ATOM 49416 H2 TIP3X 450 -27.640 -23.370 18.360 1.00 0.00 W7 H +ATOM 49417 OH2 TIP3X 451 38.990 -35.330 35.600 1.00 0.00 W7 O +ATOM 49418 H1 TIP3X 451 39.930 -35.260 35.510 1.00 0.00 W7 H +ATOM 49419 H2 TIP3X 451 38.840 -36.120 36.110 1.00 0.00 W7 H +ATOM 49420 OH2 TIP3X 452 33.610 17.820 -31.590 1.00 0.00 W7 O +ATOM 49421 H1 TIP3X 452 34.540 17.970 -31.420 1.00 0.00 W7 H +ATOM 49422 H2 TIP3X 452 33.480 18.130 -32.500 1.00 0.00 W7 H +ATOM 49423 OH2 TIP3X 453 -7.110 -7.810 -46.200 1.00 0.00 W7 O +ATOM 49424 H1 TIP3X 453 -6.750 -7.390 -45.410 1.00 0.00 W7 H +ATOM 49425 H2 TIP3X 453 -7.270 -7.080 -46.810 1.00 0.00 W7 H +ATOM 49426 OH2 TIP3X 454 -35.970 -17.190 21.480 1.00 0.00 W7 O +ATOM 49427 H1 TIP3X 454 -35.740 -17.870 20.860 1.00 0.00 W7 H +ATOM 49428 H2 TIP3X 454 -35.830 -17.590 22.350 1.00 0.00 W7 H +ATOM 49429 OH2 TIP3X 455 23.220 -22.810 -32.650 1.00 0.00 W7 O +ATOM 49430 H1 TIP3X 455 23.230 -23.600 -33.200 1.00 0.00 W7 H +ATOM 49431 H2 TIP3X 455 23.080 -22.090 -33.270 1.00 0.00 W7 H +ATOM 49432 OH2 TIP3X 456 37.580 -30.320 -41.010 1.00 0.00 W7 O +ATOM 49433 H1 TIP3X 456 37.010 -30.020 -41.710 1.00 0.00 W7 H +ATOM 49434 H2 TIP3X 456 37.100 -30.090 -40.200 1.00 0.00 W7 H +ATOM 49435 OH2 TIP3X 457 33.230 1.120 -37.020 1.00 0.00 W7 O +ATOM 49436 H1 TIP3X 457 32.840 1.590 -36.280 1.00 0.00 W7 H +ATOM 49437 H2 TIP3X 457 34.110 0.890 -36.710 1.00 0.00 W7 H +ATOM 49438 OH2 TIP3X 458 26.290 29.410 35.810 1.00 0.00 W7 O +ATOM 49439 H1 TIP3X 458 25.540 29.390 35.230 1.00 0.00 W7 H +ATOM 49440 H2 TIP3X 458 26.190 30.200 36.330 1.00 0.00 W7 H +ATOM 49441 OH2 TIP3X 459 -19.520 7.120 38.260 1.00 0.00 W7 O +ATOM 49442 H1 TIP3X 459 -19.390 7.720 37.530 1.00 0.00 W7 H +ATOM 49443 H2 TIP3X 459 -19.070 6.310 37.990 1.00 0.00 W7 H +ATOM 49444 OH2 TIP3X 460 47.920 20.630 16.200 1.00 0.00 W7 O +ATOM 49445 H1 TIP3X 460 47.020 20.380 16.390 1.00 0.00 W7 H +ATOM 49446 H2 TIP3X 460 47.850 21.430 15.680 1.00 0.00 W7 H +ATOM 49447 OH2 TIP3X 461 -13.850 -47.040 34.960 1.00 0.00 W7 O +ATOM 49448 H1 TIP3X 461 -13.030 -47.210 35.430 1.00 0.00 W7 H +ATOM 49449 H2 TIP3X 461 -13.770 -46.140 34.650 1.00 0.00 W7 H +ATOM 49450 OH2 TIP3X 462 15.380 17.770 19.250 1.00 0.00 W7 O +ATOM 49451 H1 TIP3X 462 16.250 17.570 18.890 1.00 0.00 W7 H +ATOM 49452 H2 TIP3X 462 15.360 18.730 19.290 1.00 0.00 W7 H +ATOM 49453 OH2 TIP3X 463 39.400 -16.070 -51.190 1.00 0.00 W7 O +ATOM 49454 H1 TIP3X 463 38.930 -16.530 -51.890 1.00 0.00 W7 H +ATOM 49455 H2 TIP3X 463 39.510 -16.740 -50.510 1.00 0.00 W7 H +ATOM 49456 OH2 TIP3X 464 -0.220 -3.280 -41.370 1.00 0.00 W7 O +ATOM 49457 H1 TIP3X 464 -1.050 -3.690 -41.590 1.00 0.00 W7 H +ATOM 49458 H2 TIP3X 464 -0.400 -2.350 -41.390 1.00 0.00 W7 H +ATOM 49459 OH2 TIP3X 465 37.820 -4.900 31.860 1.00 0.00 W7 O +ATOM 49460 H1 TIP3X 465 38.110 -5.760 32.160 1.00 0.00 W7 H +ATOM 49461 H2 TIP3X 465 37.180 -5.090 31.180 1.00 0.00 W7 H +ATOM 49462 OH2 TIP3X 466 6.190 -41.580 14.280 1.00 0.00 W7 O +ATOM 49463 H1 TIP3X 466 7.140 -41.640 14.280 1.00 0.00 W7 H +ATOM 49464 H2 TIP3X 466 5.920 -42.300 14.850 1.00 0.00 W7 H +ATOM 49465 OH2 TIP3X 467 -9.330 -29.010 -32.970 1.00 0.00 W7 O +ATOM 49466 H1 TIP3X 467 -9.410 -29.910 -33.280 1.00 0.00 W7 H +ATOM 49467 H2 TIP3X 467 -9.780 -28.490 -33.630 1.00 0.00 W7 H +ATOM 49468 OH2 TIP3X 468 -14.670 32.850 -47.010 1.00 0.00 W7 O +ATOM 49469 H1 TIP3X 468 -15.590 32.650 -46.830 1.00 0.00 W7 H +ATOM 49470 H2 TIP3X 468 -14.300 32.020 -47.310 1.00 0.00 W7 H +ATOM 49471 OH2 TIP3X 469 6.660 23.530 -18.960 1.00 0.00 W7 O +ATOM 49472 H1 TIP3X 469 6.320 23.110 -18.170 1.00 0.00 W7 H +ATOM 49473 H2 TIP3X 469 5.900 23.980 -19.330 1.00 0.00 W7 H +ATOM 49474 OH2 TIP3X 470 34.580 -16.310 -23.150 1.00 0.00 W7 O +ATOM 49475 H1 TIP3X 470 34.100 -15.800 -23.800 1.00 0.00 W7 H +ATOM 49476 H2 TIP3X 470 33.990 -17.030 -22.920 1.00 0.00 W7 H +ATOM 49477 OH2 TIP3X 471 -21.760 11.360 30.500 1.00 0.00 W7 O +ATOM 49478 H1 TIP3X 471 -22.130 11.810 31.250 1.00 0.00 W7 H +ATOM 49479 H2 TIP3X 471 -20.900 11.040 30.790 1.00 0.00 W7 H +ATOM 49480 OH2 TIP3X 472 -29.700 -8.630 -49.690 1.00 0.00 W7 O +ATOM 49481 H1 TIP3X 472 -29.860 -9.190 -50.450 1.00 0.00 W7 H +ATOM 49482 H2 TIP3X 472 -29.120 -9.140 -49.120 1.00 0.00 W7 H +ATOM 49483 OH2 TIP3X 473 1.540 24.810 -22.020 1.00 0.00 W7 O +ATOM 49484 H1 TIP3X 473 1.820 25.560 -22.550 1.00 0.00 W7 H +ATOM 49485 H2 TIP3X 473 2.340 24.270 -21.940 1.00 0.00 W7 H +ATOM 49486 OH2 TIP3X 474 11.610 -48.360 -26.180 1.00 0.00 W7 O +ATOM 49487 H1 TIP3X 474 10.790 -47.840 -26.250 1.00 0.00 W7 H +ATOM 49488 H2 TIP3X 474 12.080 -47.950 -25.470 1.00 0.00 W7 H +ATOM 49489 OH2 TIP3X 475 29.630 20.970 -22.790 1.00 0.00 W7 O +ATOM 49490 H1 TIP3X 475 28.710 21.070 -22.580 1.00 0.00 W7 H +ATOM 49491 H2 TIP3X 475 29.820 20.050 -22.600 1.00 0.00 W7 H +ATOM 49492 OH2 TIP3X 476 -28.160 -40.710 -47.570 1.00 0.00 W7 O +ATOM 49493 H1 TIP3X 476 -27.310 -40.390 -47.260 1.00 0.00 W7 H +ATOM 49494 H2 TIP3X 476 -28.300 -41.520 -47.080 1.00 0.00 W7 H +ATOM 49495 OH2 TIP3X 477 43.650 -33.410 -20.510 1.00 0.00 W7 O +ATOM 49496 H1 TIP3X 477 44.500 -33.630 -20.870 1.00 0.00 W7 H +ATOM 49497 H2 TIP3X 477 43.010 -33.860 -21.070 1.00 0.00 W7 H +ATOM 49498 OH2 TIP3X 478 -42.490 12.610 23.490 1.00 0.00 W7 O +ATOM 49499 H1 TIP3X 478 -42.000 13.120 24.130 1.00 0.00 W7 H +ATOM 49500 H2 TIP3X 478 -41.850 12.000 23.120 1.00 0.00 W7 H +ATOM 49501 OH2 TIP3X 479 -6.800 -30.330 16.440 1.00 0.00 W7 O +ATOM 49502 H1 TIP3X 479 -7.230 -30.320 15.590 1.00 0.00 W7 H +ATOM 49503 H2 TIP3X 479 -6.120 -29.670 16.380 1.00 0.00 W7 H +ATOM 49504 OH2 TIP3X 480 18.170 -34.250 15.520 1.00 0.00 W7 O +ATOM 49505 H1 TIP3X 480 18.800 -34.210 14.800 1.00 0.00 W7 H +ATOM 49506 H2 TIP3X 480 18.030 -33.330 15.760 1.00 0.00 W7 H +ATOM 49507 OH2 TIP3X 481 43.350 32.890 28.900 1.00 0.00 W7 O +ATOM 49508 H1 TIP3X 481 43.550 31.950 29.010 1.00 0.00 W7 H +ATOM 49509 H2 TIP3X 481 42.880 32.930 28.060 1.00 0.00 W7 H +ATOM 49510 OH2 TIP3X 482 4.340 -20.900 -37.070 1.00 0.00 W7 O +ATOM 49511 H1 TIP3X 482 4.740 -20.900 -37.940 1.00 0.00 W7 H +ATOM 49512 H2 TIP3X 482 3.600 -21.490 -37.150 1.00 0.00 W7 H +ATOM 49513 OH2 TIP3X 483 26.600 15.170 -49.510 1.00 0.00 W7 O +ATOM 49514 H1 TIP3X 483 27.430 15.600 -49.280 1.00 0.00 W7 H +ATOM 49515 H2 TIP3X 483 26.820 14.240 -49.520 1.00 0.00 W7 H +ATOM 49516 OH2 TIP3X 484 32.350 -13.790 28.310 1.00 0.00 W7 O +ATOM 49517 H1 TIP3X 484 32.090 -12.870 28.380 1.00 0.00 W7 H +ATOM 49518 H2 TIP3X 484 33.230 -13.760 27.930 1.00 0.00 W7 H +ATOM 49519 OH2 TIP3X 485 -30.430 24.790 40.110 1.00 0.00 W7 O +ATOM 49520 H1 TIP3X 485 -29.660 24.640 40.660 1.00 0.00 W7 H +ATOM 49521 H2 TIP3X 485 -30.650 23.930 39.750 1.00 0.00 W7 H +ATOM 49522 OH2 TIP3X 486 -34.900 -0.100 -47.860 1.00 0.00 W7 O +ATOM 49523 H1 TIP3X 486 -35.580 -0.120 -48.540 1.00 0.00 W7 H +ATOM 49524 H2 TIP3X 486 -34.280 -0.770 -48.130 1.00 0.00 W7 H +ATOM 49525 OH2 TIP3X 487 -37.330 1.740 -36.210 1.00 0.00 W7 O +ATOM 49526 H1 TIP3X 487 -37.610 1.960 -35.320 1.00 0.00 W7 H +ATOM 49527 H2 TIP3X 487 -38.140 1.590 -36.690 1.00 0.00 W7 H +ATOM 49528 OH2 TIP3X 488 -19.950 17.090 -37.990 1.00 0.00 W7 O +ATOM 49529 H1 TIP3X 488 -19.250 17.700 -37.810 1.00 0.00 W7 H +ATOM 49530 H2 TIP3X 488 -19.630 16.590 -38.740 1.00 0.00 W7 H +ATOM 49531 OH2 TIP3X 489 -25.280 -29.910 18.010 1.00 0.00 W7 O +ATOM 49532 H1 TIP3X 489 -25.510 -30.770 18.390 1.00 0.00 W7 H +ATOM 49533 H2 TIP3X 489 -24.840 -30.120 17.190 1.00 0.00 W7 H +ATOM 49534 OH2 TIP3X 490 -11.040 2.100 -28.960 1.00 0.00 W7 O +ATOM 49535 H1 TIP3X 490 -10.090 2.210 -29.060 1.00 0.00 W7 H +ATOM 49536 H2 TIP3X 490 -11.410 2.910 -29.320 1.00 0.00 W7 H +ATOM 49537 OH2 TIP3X 491 43.590 26.680 -24.590 1.00 0.00 W7 O +ATOM 49538 H1 TIP3X 491 43.640 26.880 -25.520 1.00 0.00 W7 H +ATOM 49539 H2 TIP3X 491 44.500 26.670 -24.290 1.00 0.00 W7 H +ATOM 49540 OH2 TIP3X 492 -33.590 -4.530 -28.280 1.00 0.00 W7 O +ATOM 49541 H1 TIP3X 492 -34.370 -5.000 -28.010 1.00 0.00 W7 H +ATOM 49542 H2 TIP3X 492 -32.870 -4.950 -27.810 1.00 0.00 W7 H +ATOM 49543 OH2 TIP3X 493 -11.110 7.970 -45.900 1.00 0.00 W7 O +ATOM 49544 H1 TIP3X 493 -10.380 7.350 -45.900 1.00 0.00 W7 H +ATOM 49545 H2 TIP3X 493 -11.600 7.760 -45.110 1.00 0.00 W7 H +ATOM 49546 OH2 TIP3X 494 -34.580 -37.660 38.020 1.00 0.00 W7 O +ATOM 49547 H1 TIP3X 494 -34.010 -36.940 37.730 1.00 0.00 W7 H +ATOM 49548 H2 TIP3X 494 -34.960 -37.340 38.840 1.00 0.00 W7 H +ATOM 49549 OH2 TIP3X 495 -42.170 41.350 -24.280 1.00 0.00 W7 O +ATOM 49550 H1 TIP3X 495 -42.860 41.510 -24.910 1.00 0.00 W7 H +ATOM 49551 H2 TIP3X 495 -41.740 42.200 -24.180 1.00 0.00 W7 H +ATOM 49552 OH2 TIP3X 496 38.400 -6.630 -19.480 1.00 0.00 W7 O +ATOM 49553 H1 TIP3X 496 37.790 -6.120 -20.020 1.00 0.00 W7 H +ATOM 49554 H2 TIP3X 496 39.220 -6.630 -19.990 1.00 0.00 W7 H +ATOM 49555 OH2 TIP3X 497 -37.240 -2.880 -13.970 1.00 0.00 W7 O +ATOM 49556 H1 TIP3X 497 -36.730 -2.690 -14.760 1.00 0.00 W7 H +ATOM 49557 H2 TIP3X 497 -37.260 -3.840 -13.930 1.00 0.00 W7 H +ATOM 49558 OH2 TIP3X 498 -22.180 -45.530 -26.660 1.00 0.00 W7 O +ATOM 49559 H1 TIP3X 498 -22.150 -45.140 -27.540 1.00 0.00 W7 H +ATOM 49560 H2 TIP3X 498 -22.300 -46.460 -26.830 1.00 0.00 W7 H +ATOM 49561 OH2 TIP3X 499 -42.470 -5.780 -26.780 1.00 0.00 W7 O +ATOM 49562 H1 TIP3X 499 -41.900 -6.050 -27.500 1.00 0.00 W7 H +ATOM 49563 H2 TIP3X 499 -42.810 -4.920 -27.050 1.00 0.00 W7 H +ATOM 49564 OH2 TIP3X 500 -23.180 6.550 -19.200 1.00 0.00 W7 O +ATOM 49565 H1 TIP3X 500 -23.350 6.010 -18.430 1.00 0.00 W7 H +ATOM 49566 H2 TIP3X 500 -22.740 7.330 -18.850 1.00 0.00 W7 H +ATOM 49567 OH2 TIP3X 501 1.100 20.780 -47.980 1.00 0.00 W7 O +ATOM 49568 H1 TIP3X 501 0.490 21.510 -47.810 1.00 0.00 W7 H +ATOM 49569 H2 TIP3X 501 1.960 21.170 -47.830 1.00 0.00 W7 H +ATOM 49570 OH2 TIP3X 502 -41.450 -24.940 -17.640 1.00 0.00 W7 O +ATOM 49571 H1 TIP3X 502 -40.980 -25.580 -17.110 1.00 0.00 W7 H +ATOM 49572 H2 TIP3X 502 -42.370 -25.070 -17.410 1.00 0.00 W7 H +ATOM 49573 OH2 TIP3X 503 20.540 -41.430 -41.410 1.00 0.00 W7 O +ATOM 49574 H1 TIP3X 503 20.520 -40.750 -42.090 1.00 0.00 W7 H +ATOM 49575 H2 TIP3X 503 19.640 -41.710 -41.340 1.00 0.00 W7 H +ATOM 49576 OH2 TIP3X 504 4.430 -7.850 -37.130 1.00 0.00 W7 O +ATOM 49577 H1 TIP3X 504 4.080 -8.110 -36.280 1.00 0.00 W7 H +ATOM 49578 H2 TIP3X 504 4.560 -8.680 -37.600 1.00 0.00 W7 H +ATOM 49579 OH2 TIP3X 505 34.440 -0.580 -49.820 1.00 0.00 W7 O +ATOM 49580 H1 TIP3X 505 34.760 -0.400 -48.940 1.00 0.00 W7 H +ATOM 49581 H2 TIP3X 505 34.800 0.120 -50.370 1.00 0.00 W7 H +ATOM 49582 OH2 TIP3X 506 28.470 -37.630 20.410 1.00 0.00 W7 O +ATOM 49583 H1 TIP3X 506 28.990 -38.290 19.960 1.00 0.00 W7 H +ATOM 49584 H2 TIP3X 506 28.620 -36.830 19.920 1.00 0.00 W7 H +ATOM 49585 OH2 TIP3X 507 23.770 25.150 24.490 1.00 0.00 W7 O +ATOM 49586 H1 TIP3X 507 22.850 24.870 24.530 1.00 0.00 W7 H +ATOM 49587 H2 TIP3X 507 23.920 25.380 23.570 1.00 0.00 W7 H +ATOM 49588 OH2 TIP3X 508 -29.820 -45.520 -40.530 1.00 0.00 W7 O +ATOM 49589 H1 TIP3X 508 -29.350 -45.970 -39.830 1.00 0.00 W7 H +ATOM 49590 H2 TIP3X 508 -30.050 -46.210 -41.150 1.00 0.00 W7 H +ATOM 49591 OH2 TIP3X 509 -0.560 -28.160 -31.320 1.00 0.00 W7 O +ATOM 49592 H1 TIP3X 509 -1.480 -28.070 -31.590 1.00 0.00 W7 H +ATOM 49593 H2 TIP3X 509 -0.080 -28.340 -32.130 1.00 0.00 W7 H +ATOM 49594 OH2 TIP3X 510 43.600 -11.850 27.610 1.00 0.00 W7 O +ATOM 49595 H1 TIP3X 510 44.100 -11.070 27.370 1.00 0.00 W7 H +ATOM 49596 H2 TIP3X 510 43.050 -11.570 28.340 1.00 0.00 W7 H +ATOM 49597 OH2 TIP3X 511 11.410 -30.440 -32.880 1.00 0.00 W7 O +ATOM 49598 H1 TIP3X 511 11.890 -30.330 -33.710 1.00 0.00 W7 H +ATOM 49599 H2 TIP3X 511 10.510 -30.260 -33.110 1.00 0.00 W7 H +ATOM 49600 OH2 TIP3X 512 10.110 -14.900 28.630 1.00 0.00 W7 O +ATOM 49601 H1 TIP3X 512 9.970 -15.850 28.540 1.00 0.00 W7 H +ATOM 49602 H2 TIP3X 512 9.780 -14.690 29.500 1.00 0.00 W7 H +ATOM 49603 OH2 TIP3X 513 -11.470 -19.560 36.660 1.00 0.00 W7 O +ATOM 49604 H1 TIP3X 513 -11.690 -19.300 35.760 1.00 0.00 W7 H +ATOM 49605 H2 TIP3X 513 -11.290 -20.490 36.610 1.00 0.00 W7 H +ATOM 49606 OH2 TIP3X 514 -13.640 29.380 27.380 1.00 0.00 W7 O +ATOM 49607 H1 TIP3X 514 -12.960 30.040 27.220 1.00 0.00 W7 H +ATOM 49608 H2 TIP3X 514 -13.840 29.470 28.310 1.00 0.00 W7 H +ATOM 49609 OH2 TIP3X 515 41.900 22.480 -34.100 1.00 0.00 W7 O +ATOM 49610 H1 TIP3X 515 41.570 22.130 -33.280 1.00 0.00 W7 H +ATOM 49611 H2 TIP3X 515 41.910 23.430 -33.980 1.00 0.00 W7 H +ATOM 49612 OH2 TIP3X 516 -24.160 -46.320 12.650 1.00 0.00 W7 O +ATOM 49613 H1 TIP3X 516 -24.260 -45.460 13.050 1.00 0.00 W7 H +ATOM 49614 H2 TIP3X 516 -23.640 -46.140 11.860 1.00 0.00 W7 H +ATOM 49615 OH2 TIP3X 517 -4.970 -41.530 -44.160 1.00 0.00 W7 O +ATOM 49616 H1 TIP3X 517 -4.140 -41.300 -44.590 1.00 0.00 W7 H +ATOM 49617 H2 TIP3X 517 -4.880 -42.470 -43.990 1.00 0.00 W7 H +ATOM 49618 OH2 TIP3X 518 -6.550 -18.460 -37.590 1.00 0.00 W7 O +ATOM 49619 H1 TIP3X 518 -7.400 -18.310 -37.180 1.00 0.00 W7 H +ATOM 49620 H2 TIP3X 518 -5.920 -18.410 -36.880 1.00 0.00 W7 H +ATOM 49621 OH2 TIP3X 519 30.250 -33.620 -21.950 1.00 0.00 W7 O +ATOM 49622 H1 TIP3X 519 30.320 -34.530 -22.260 1.00 0.00 W7 H +ATOM 49623 H2 TIP3X 519 29.600 -33.220 -22.520 1.00 0.00 W7 H +ATOM 49624 OH2 TIP3X 520 44.480 24.730 -42.800 1.00 0.00 W7 O +ATOM 49625 H1 TIP3X 520 43.600 24.670 -43.170 1.00 0.00 W7 H +ATOM 49626 H2 TIP3X 520 44.340 25.010 -41.890 1.00 0.00 W7 H +ATOM 49627 OH2 TIP3X 521 -7.710 38.900 27.330 1.00 0.00 W7 O +ATOM 49628 H1 TIP3X 521 -7.710 39.490 28.100 1.00 0.00 W7 H +ATOM 49629 H2 TIP3X 521 -7.540 38.030 27.690 1.00 0.00 W7 H +ATOM 49630 OH2 TIP3X 522 15.270 -7.280 -45.370 1.00 0.00 W7 O +ATOM 49631 H1 TIP3X 522 15.470 -7.150 -44.450 1.00 0.00 W7 H +ATOM 49632 H2 TIP3X 522 16.090 -7.070 -45.830 1.00 0.00 W7 H +ATOM 49633 OH2 TIP3X 523 -44.580 -20.300 -34.290 1.00 0.00 W7 O +ATOM 49634 H1 TIP3X 523 -45.130 -20.720 -33.630 1.00 0.00 W7 H +ATOM 49635 H2 TIP3X 523 -44.220 -21.020 -34.800 1.00 0.00 W7 H +ATOM 49636 OH2 TIP3X 524 16.370 1.900 -47.320 1.00 0.00 W7 O +ATOM 49637 H1 TIP3X 524 17.230 1.650 -46.990 1.00 0.00 W7 H +ATOM 49638 H2 TIP3X 524 16.520 2.140 -48.240 1.00 0.00 W7 H +ATOM 49639 OH2 TIP3X 525 -11.700 28.500 -33.820 1.00 0.00 W7 O +ATOM 49640 H1 TIP3X 525 -11.780 29.450 -33.900 1.00 0.00 W7 H +ATOM 49641 H2 TIP3X 525 -12.460 28.160 -34.290 1.00 0.00 W7 H +ATOM 49642 OH2 TIP3X 526 44.850 -48.250 -53.370 1.00 0.00 W7 O +ATOM 49643 H1 TIP3X 526 44.730 -48.110 -54.310 1.00 0.00 W7 H +ATOM 49644 H2 TIP3X 526 44.680 -47.390 -52.970 1.00 0.00 W7 H +ATOM 49645 OH2 TIP3X 527 44.020 16.590 -30.990 1.00 0.00 W7 O +ATOM 49646 H1 TIP3X 527 43.370 16.150 -30.440 1.00 0.00 W7 H +ATOM 49647 H2 TIP3X 527 44.830 16.120 -30.850 1.00 0.00 W7 H +ATOM 49648 OH2 TIP3X 528 -19.810 -49.360 -25.890 1.00 0.00 W7 O +ATOM 49649 H1 TIP3X 528 -20.040 -50.290 -25.880 1.00 0.00 W7 H +ATOM 49650 H2 TIP3X 528 -20.470 -48.950 -26.430 1.00 0.00 W7 H +ATOM 49651 OH2 TIP3X 529 24.500 19.250 16.870 1.00 0.00 W7 O +ATOM 49652 H1 TIP3X 529 25.130 18.900 17.500 1.00 0.00 W7 H +ATOM 49653 H2 TIP3X 529 23.770 18.640 16.890 1.00 0.00 W7 H +ATOM 49654 OH2 TIP3X 530 9.520 -6.600 -49.840 1.00 0.00 W7 O +ATOM 49655 H1 TIP3X 530 8.630 -6.290 -50.060 1.00 0.00 W7 H +ATOM 49656 H2 TIP3X 530 9.810 -6.020 -49.140 1.00 0.00 W7 H +ATOM 49657 OH2 TIP3X 531 -30.760 16.680 -47.700 1.00 0.00 W7 O +ATOM 49658 H1 TIP3X 531 -31.000 17.180 -46.920 1.00 0.00 W7 H +ATOM 49659 H2 TIP3X 531 -30.670 15.780 -47.400 1.00 0.00 W7 H +ATOM 49660 OH2 TIP3X 532 7.620 23.880 -35.900 1.00 0.00 W7 O +ATOM 49661 H1 TIP3X 532 7.540 23.510 -36.770 1.00 0.00 W7 H +ATOM 49662 H2 TIP3X 532 7.020 23.370 -35.360 1.00 0.00 W7 H +ATOM 49663 OH2 TIP3X 533 -1.680 -20.850 33.390 1.00 0.00 W7 O +ATOM 49664 H1 TIP3X 533 -2.330 -20.360 33.890 1.00 0.00 W7 H +ATOM 49665 H2 TIP3X 533 -2.090 -20.950 32.520 1.00 0.00 W7 H +ATOM 49666 OH2 TIP3X 534 18.210 -40.620 -38.430 1.00 0.00 W7 O +ATOM 49667 H1 TIP3X 534 17.840 -40.050 -39.100 1.00 0.00 W7 H +ATOM 49668 H2 TIP3X 534 17.800 -40.340 -37.620 1.00 0.00 W7 H +ATOM 49669 OH2 TIP3X 535 -39.070 18.010 -48.280 1.00 0.00 W7 O +ATOM 49670 H1 TIP3X 535 -38.490 18.510 -47.680 1.00 0.00 W7 H +ATOM 49671 H2 TIP3X 535 -39.720 17.610 -47.690 1.00 0.00 W7 H +ATOM 49672 OH2 TIP3X 536 6.240 -31.920 -34.700 1.00 0.00 W7 O +ATOM 49673 H1 TIP3X 536 7.100 -32.300 -34.900 1.00 0.00 W7 H +ATOM 49674 H2 TIP3X 536 5.870 -32.480 -34.020 1.00 0.00 W7 H +ATOM 49675 OH2 TIP3X 537 12.220 2.550 28.300 1.00 0.00 W7 O +ATOM 49676 H1 TIP3X 537 12.890 2.500 28.980 1.00 0.00 W7 H +ATOM 49677 H2 TIP3X 537 12.550 3.230 27.710 1.00 0.00 W7 H +ATOM 49678 OH2 TIP3X 538 3.190 -44.280 15.590 1.00 0.00 W7 O +ATOM 49679 H1 TIP3X 538 4.070 -43.910 15.690 1.00 0.00 W7 H +ATOM 49680 H2 TIP3X 538 2.890 -43.950 14.740 1.00 0.00 W7 H +ATOM 49681 OH2 TIP3X 539 30.290 -0.060 16.730 1.00 0.00 W7 O +ATOM 49682 H1 TIP3X 539 29.860 0.570 16.160 1.00 0.00 W7 H +ATOM 49683 H2 TIP3X 539 29.720 -0.100 17.500 1.00 0.00 W7 H +ATOM 49684 OH2 TIP3X 540 -34.250 -11.980 29.170 1.00 0.00 W7 O +ATOM 49685 H1 TIP3X 540 -34.130 -11.060 28.950 1.00 0.00 W7 H +ATOM 49686 H2 TIP3X 540 -33.420 -12.240 29.560 1.00 0.00 W7 H +ATOM 49687 OH2 TIP3X 541 -5.790 20.170 17.500 1.00 0.00 W7 O +ATOM 49688 H1 TIP3X 541 -5.840 19.230 17.340 1.00 0.00 W7 H +ATOM 49689 H2 TIP3X 541 -5.010 20.450 17.020 1.00 0.00 W7 H +ATOM 49690 OH2 TIP3X 542 -26.790 -4.060 31.170 1.00 0.00 W7 O +ATOM 49691 H1 TIP3X 542 -27.100 -4.420 30.340 1.00 0.00 W7 H +ATOM 49692 H2 TIP3X 542 -27.440 -3.390 31.400 1.00 0.00 W7 H +ATOM 49693 OH2 TIP3X 543 3.440 27.200 -32.090 1.00 0.00 W7 O +ATOM 49694 H1 TIP3X 543 4.180 26.670 -31.790 1.00 0.00 W7 H +ATOM 49695 H2 TIP3X 543 2.700 26.590 -32.060 1.00 0.00 W7 H +ATOM 49696 OH2 TIP3X 544 -12.280 -37.170 -49.840 1.00 0.00 W7 O +ATOM 49697 H1 TIP3X 544 -13.130 -37.490 -50.130 1.00 0.00 W7 H +ATOM 49698 H2 TIP3X 544 -11.670 -37.860 -50.130 1.00 0.00 W7 H +ATOM 49699 OH2 TIP3X 545 35.280 38.940 -50.570 1.00 0.00 W7 O +ATOM 49700 H1 TIP3X 545 35.060 38.030 -50.370 1.00 0.00 W7 H +ATOM 49701 H2 TIP3X 545 36.080 39.100 -50.080 1.00 0.00 W7 H +ATOM 49702 OH2 TIP3X 546 -34.140 -42.220 35.160 1.00 0.00 W7 O +ATOM 49703 H1 TIP3X 546 -34.660 -41.720 34.540 1.00 0.00 W7 H +ATOM 49704 H2 TIP3X 546 -33.260 -42.240 34.780 1.00 0.00 W7 H +ATOM 49705 OH2 TIP3X 547 23.550 -39.880 -18.470 1.00 0.00 W7 O +ATOM 49706 H1 TIP3X 547 22.890 -40.550 -18.650 1.00 0.00 W7 H +ATOM 49707 H2 TIP3X 547 24.030 -40.210 -17.710 1.00 0.00 W7 H +ATOM 49708 OH2 TIP3X 548 -17.360 38.380 33.040 1.00 0.00 W7 O +ATOM 49709 H1 TIP3X 548 -17.860 38.530 33.840 1.00 0.00 W7 H +ATOM 49710 H2 TIP3X 548 -17.790 37.630 32.630 1.00 0.00 W7 H +ATOM 49711 OH2 TIP3X 549 20.210 -26.040 -26.830 1.00 0.00 W7 O +ATOM 49712 H1 TIP3X 549 19.930 -25.140 -26.610 1.00 0.00 W7 H +ATOM 49713 H2 TIP3X 549 19.490 -26.410 -27.310 1.00 0.00 W7 H +ATOM 49714 OH2 TIP3X 550 -17.990 32.580 31.970 1.00 0.00 W7 O +ATOM 49715 H1 TIP3X 550 -18.170 32.980 32.820 1.00 0.00 W7 H +ATOM 49716 H2 TIP3X 550 -17.850 33.310 31.370 1.00 0.00 W7 H +ATOM 49717 OH2 TIP3X 551 -24.050 18.210 -30.190 1.00 0.00 W7 O +ATOM 49718 H1 TIP3X 551 -24.210 17.320 -29.870 1.00 0.00 W7 H +ATOM 49719 H2 TIP3X 551 -24.860 18.690 -29.980 1.00 0.00 W7 H +ATOM 49720 OH2 TIP3X 552 -20.790 42.370 -34.760 1.00 0.00 W7 O +ATOM 49721 H1 TIP3X 552 -20.110 41.920 -34.270 1.00 0.00 W7 H +ATOM 49722 H2 TIP3X 552 -20.820 41.900 -35.600 1.00 0.00 W7 H +ATOM 49723 OH2 TIP3X 553 -10.150 17.160 -28.460 1.00 0.00 W7 O +ATOM 49724 H1 TIP3X 553 -10.830 16.960 -29.110 1.00 0.00 W7 H +ATOM 49725 H2 TIP3X 553 -10.330 18.060 -28.190 1.00 0.00 W7 H +ATOM 49726 OH2 TIP3X 554 -44.590 38.140 -17.510 1.00 0.00 W7 O +ATOM 49727 H1 TIP3X 554 -45.040 38.350 -16.690 1.00 0.00 W7 H +ATOM 49728 H2 TIP3X 554 -43.730 37.810 -17.220 1.00 0.00 W7 H +ATOM 49729 OH2 TIP3X 555 38.800 32.560 -27.420 1.00 0.00 W7 O +ATOM 49730 H1 TIP3X 555 38.040 33.070 -27.710 1.00 0.00 W7 H +ATOM 49731 H2 TIP3X 555 38.640 32.380 -26.500 1.00 0.00 W7 H +ATOM 49732 OH2 TIP3X 556 29.570 34.440 -38.340 1.00 0.00 W7 O +ATOM 49733 H1 TIP3X 556 29.820 33.670 -37.840 1.00 0.00 W7 H +ATOM 49734 H2 TIP3X 556 29.420 34.120 -39.230 1.00 0.00 W7 H +ATOM 49735 OH2 TIP3X 557 -29.500 7.360 -36.560 1.00 0.00 W7 O +ATOM 49736 H1 TIP3X 557 -28.570 7.160 -36.610 1.00 0.00 W7 H +ATOM 49737 H2 TIP3X 557 -29.880 6.970 -37.340 1.00 0.00 W7 H +ATOM 49738 OH2 TIP3X 558 44.530 4.330 29.260 1.00 0.00 W7 O +ATOM 49739 H1 TIP3X 558 43.800 4.440 29.870 1.00 0.00 W7 H +ATOM 49740 H2 TIP3X 558 45.280 4.720 29.700 1.00 0.00 W7 H +ATOM 49741 OH2 TIP3X 559 -6.890 24.290 -42.270 1.00 0.00 W7 O +ATOM 49742 H1 TIP3X 559 -6.770 23.630 -42.950 1.00 0.00 W7 H +ATOM 49743 H2 TIP3X 559 -6.420 25.050 -42.600 1.00 0.00 W7 H +ATOM 49744 OH2 TIP3X 560 -19.880 10.970 -15.410 1.00 0.00 W7 O +ATOM 49745 H1 TIP3X 560 -19.590 10.050 -15.340 1.00 0.00 W7 H +ATOM 49746 H2 TIP3X 560 -20.510 10.980 -16.120 1.00 0.00 W7 H +ATOM 49747 OH2 TIP3X 561 14.220 13.360 -30.780 1.00 0.00 W7 O +ATOM 49748 H1 TIP3X 561 13.510 12.830 -30.420 1.00 0.00 W7 H +ATOM 49749 H2 TIP3X 561 14.900 13.340 -30.090 1.00 0.00 W7 H +ATOM 49750 OH2 TIP3X 562 40.000 -24.670 -51.040 1.00 0.00 W7 O +ATOM 49751 H1 TIP3X 562 39.770 -24.420 -51.940 1.00 0.00 W7 H +ATOM 49752 H2 TIP3X 562 39.960 -23.840 -50.550 1.00 0.00 W7 H +ATOM 49753 OH2 TIP3X 563 22.510 36.610 -16.130 1.00 0.00 W7 O +ATOM 49754 H1 TIP3X 563 22.040 35.780 -16.040 1.00 0.00 W7 H +ATOM 49755 H2 TIP3X 563 23.400 36.410 -15.890 1.00 0.00 W7 H +ATOM 49756 OH2 TIP3X 564 2.980 -44.600 -48.180 1.00 0.00 W7 O +ATOM 49757 H1 TIP3X 564 3.670 -45.020 -48.680 1.00 0.00 W7 H +ATOM 49758 H2 TIP3X 564 3.310 -43.720 -47.990 1.00 0.00 W7 H +ATOM 49759 OH2 TIP3X 565 -16.550 20.480 -29.010 1.00 0.00 W7 O +ATOM 49760 H1 TIP3X 565 -16.350 20.070 -28.170 1.00 0.00 W7 H +ATOM 49761 H2 TIP3X 565 -16.770 19.760 -29.590 1.00 0.00 W7 H +ATOM 49762 OH2 TIP3X 566 21.120 20.160 -18.120 1.00 0.00 W7 O +ATOM 49763 H1 TIP3X 566 20.430 20.790 -17.870 1.00 0.00 W7 H +ATOM 49764 H2 TIP3X 566 20.970 19.420 -17.530 1.00 0.00 W7 H +ATOM 49765 OH2 TIP3X 567 34.270 -37.990 -31.060 1.00 0.00 W7 O +ATOM 49766 H1 TIP3X 567 34.960 -38.170 -30.430 1.00 0.00 W7 H +ATOM 49767 H2 TIP3X 567 34.270 -38.740 -31.650 1.00 0.00 W7 H +ATOM 49768 OH2 TIP3X 568 -25.300 35.500 25.220 1.00 0.00 W7 O +ATOM 49769 H1 TIP3X 568 -24.600 36.140 25.350 1.00 0.00 W7 H +ATOM 49770 H2 TIP3X 568 -25.220 34.900 25.960 1.00 0.00 W7 H +ATOM 49771 OH2 TIP3X 569 2.490 -4.170 22.810 1.00 0.00 W7 O +ATOM 49772 H1 TIP3X 569 3.240 -4.190 22.230 1.00 0.00 W7 H +ATOM 49773 H2 TIP3X 569 1.860 -3.580 22.400 1.00 0.00 W7 H +ATOM 49774 OH2 TIP3X 570 -37.990 -42.660 34.040 1.00 0.00 W7 O +ATOM 49775 H1 TIP3X 570 -38.380 -41.870 33.650 1.00 0.00 W7 H +ATOM 49776 H2 TIP3X 570 -37.590 -42.350 34.860 1.00 0.00 W7 H +ATOM 49777 OH2 TIP3X 571 20.940 15.090 24.320 1.00 0.00 W7 O +ATOM 49778 H1 TIP3X 571 20.370 15.300 23.590 1.00 0.00 W7 H +ATOM 49779 H2 TIP3X 571 20.350 15.120 25.090 1.00 0.00 W7 H +ATOM 49780 OH2 TIP3X 572 29.060 -39.210 -50.980 1.00 0.00 W7 O +ATOM 49781 H1 TIP3X 572 29.510 -38.580 -50.420 1.00 0.00 W7 H +ATOM 49782 H2 TIP3X 572 28.420 -38.690 -51.460 1.00 0.00 W7 H +ATOM 49783 OH2 TIP3X 573 -21.440 -14.060 17.920 1.00 0.00 W7 O +ATOM 49784 H1 TIP3X 573 -22.090 -14.730 17.730 1.00 0.00 W7 H +ATOM 49785 H2 TIP3X 573 -21.250 -13.640 17.080 1.00 0.00 W7 H +ATOM 49786 OH2 TIP3X 574 42.920 11.780 21.250 1.00 0.00 W7 O +ATOM 49787 H1 TIP3X 574 43.440 12.420 20.770 1.00 0.00 W7 H +ATOM 49788 H2 TIP3X 574 43.390 10.950 21.130 1.00 0.00 W7 H +ATOM 49789 OH2 TIP3X 575 16.970 -2.230 -28.230 1.00 0.00 W7 O +ATOM 49790 H1 TIP3X 575 17.830 -2.090 -28.610 1.00 0.00 W7 H +ATOM 49791 H2 TIP3X 575 16.900 -3.190 -28.130 1.00 0.00 W7 H +ATOM 49792 OH2 TIP3X 576 -7.210 -5.020 35.300 1.00 0.00 W7 O +ATOM 49793 H1 TIP3X 576 -8.130 -5.110 35.060 1.00 0.00 W7 H +ATOM 49794 H2 TIP3X 576 -7.170 -5.330 36.200 1.00 0.00 W7 H +ATOM 49795 OH2 TIP3X 577 40.120 40.660 -21.330 1.00 0.00 W7 O +ATOM 49796 H1 TIP3X 577 40.930 40.740 -21.830 1.00 0.00 W7 H +ATOM 49797 H2 TIP3X 577 40.310 41.090 -20.500 1.00 0.00 W7 H +ATOM 49798 OH2 TIP3X 578 -18.680 41.180 -33.140 1.00 0.00 W7 O +ATOM 49799 H1 TIP3X 578 -19.090 41.010 -32.290 1.00 0.00 W7 H +ATOM 49800 H2 TIP3X 578 -17.740 41.190 -32.950 1.00 0.00 W7 H +ATOM 49801 OH2 TIP3X 579 13.220 39.580 31.640 1.00 0.00 W7 O +ATOM 49802 H1 TIP3X 579 12.670 38.950 32.110 1.00 0.00 W7 H +ATOM 49803 H2 TIP3X 579 13.880 39.050 31.190 1.00 0.00 W7 H +ATOM 49804 OH2 TIP3X 580 33.720 -40.660 -18.650 1.00 0.00 W7 O +ATOM 49805 H1 TIP3X 580 32.790 -40.900 -18.620 1.00 0.00 W7 H +ATOM 49806 H2 TIP3X 580 34.190 -41.480 -18.740 1.00 0.00 W7 H +ATOM 49807 OH2 TIP3X 581 24.330 29.730 -25.850 1.00 0.00 W7 O +ATOM 49808 H1 TIP3X 581 24.280 29.100 -25.120 1.00 0.00 W7 H +ATOM 49809 H2 TIP3X 581 23.420 30.040 -25.950 1.00 0.00 W7 H +ATOM 49810 OH2 TIP3X 582 -12.890 -25.960 -37.310 1.00 0.00 W7 O +ATOM 49811 H1 TIP3X 582 -12.260 -25.390 -37.760 1.00 0.00 W7 H +ATOM 49812 H2 TIP3X 582 -13.720 -25.480 -37.340 1.00 0.00 W7 H +ATOM 49813 OH2 TIP3X 583 9.720 26.440 -26.730 1.00 0.00 W7 O +ATOM 49814 H1 TIP3X 583 9.070 26.980 -27.170 1.00 0.00 W7 H +ATOM 49815 H2 TIP3X 583 10.360 27.060 -26.380 1.00 0.00 W7 H +ATOM 49816 OH2 TIP3X 584 -21.990 10.770 -26.760 1.00 0.00 W7 O +ATOM 49817 H1 TIP3X 584 -21.810 9.830 -26.920 1.00 0.00 W7 H +ATOM 49818 H2 TIP3X 584 -22.850 10.780 -26.360 1.00 0.00 W7 H +ATOM 49819 OH2 TIP3X 585 29.780 -22.260 30.100 1.00 0.00 W7 O +ATOM 49820 H1 TIP3X 585 30.650 -21.880 30.220 1.00 0.00 W7 H +ATOM 49821 H2 TIP3X 585 29.880 -23.170 30.360 1.00 0.00 W7 H +ATOM 49822 OH2 TIP3X 586 -22.930 33.420 -26.360 1.00 0.00 W7 O +ATOM 49823 H1 TIP3X 586 -22.360 33.220 -27.110 1.00 0.00 W7 H +ATOM 49824 H2 TIP3X 586 -22.430 33.150 -25.600 1.00 0.00 W7 H +ATOM 49825 OH2 TIP3X 587 -44.670 -49.570 -31.860 1.00 0.00 W7 O +ATOM 49826 H1 TIP3X 587 -44.280 -50.050 -31.130 1.00 0.00 W7 H +ATOM 49827 H2 TIP3X 587 -45.620 -49.630 -31.710 1.00 0.00 W7 H +ATOM 49828 OH2 TIP3X 588 -35.790 8.400 -16.470 1.00 0.00 W7 O +ATOM 49829 H1 TIP3X 588 -35.770 7.470 -16.230 1.00 0.00 W7 H +ATOM 49830 H2 TIP3X 588 -36.020 8.860 -15.670 1.00 0.00 W7 H +ATOM 49831 OH2 TIP3X 589 15.100 -39.000 -52.730 1.00 0.00 W7 O +ATOM 49832 H1 TIP3X 589 14.200 -39.270 -52.500 1.00 0.00 W7 H +ATOM 49833 H2 TIP3X 589 15.660 -39.610 -52.270 1.00 0.00 W7 H +ATOM 49834 OH2 TIP3X 590 35.070 -10.840 -42.060 1.00 0.00 W7 O +ATOM 49835 H1 TIP3X 590 34.470 -10.160 -42.360 1.00 0.00 W7 H +ATOM 49836 H2 TIP3X 590 35.840 -10.360 -41.740 1.00 0.00 W7 H +ATOM 49837 OH2 TIP3X 591 -8.360 17.820 -23.550 1.00 0.00 W7 O +ATOM 49838 H1 TIP3X 591 -8.170 18.610 -24.050 1.00 0.00 W7 H +ATOM 49839 H2 TIP3X 591 -9.270 17.600 -23.780 1.00 0.00 W7 H +ATOM 49840 OH2 TIP3X 592 -29.600 17.380 -32.970 1.00 0.00 W7 O +ATOM 49841 H1 TIP3X 592 -29.600 18.000 -32.250 1.00 0.00 W7 H +ATOM 49842 H2 TIP3X 592 -30.070 16.620 -32.640 1.00 0.00 W7 H +ATOM 49843 OH2 TIP3X 593 -34.220 -2.430 22.720 1.00 0.00 W7 O +ATOM 49844 H1 TIP3X 593 -33.410 -2.510 22.220 1.00 0.00 W7 H +ATOM 49845 H2 TIP3X 593 -34.910 -2.380 22.060 1.00 0.00 W7 H +ATOM 49846 OH2 TIP3X 594 -10.670 20.030 -23.060 1.00 0.00 W7 O +ATOM 49847 H1 TIP3X 594 -10.700 20.990 -23.100 1.00 0.00 W7 H +ATOM 49848 H2 TIP3X 594 -9.900 19.840 -22.520 1.00 0.00 W7 H +ATOM 49849 OH2 TIP3X 595 -8.240 13.130 30.300 1.00 0.00 W7 O +ATOM 49850 H1 TIP3X 595 -7.950 13.470 29.470 1.00 0.00 W7 H +ATOM 49851 H2 TIP3X 595 -9.120 12.780 30.130 1.00 0.00 W7 H +ATOM 49852 OH2 TIP3X 596 45.780 23.560 35.730 1.00 0.00 W7 O +ATOM 49853 H1 TIP3X 596 44.880 23.780 35.510 1.00 0.00 W7 H +ATOM 49854 H2 TIP3X 596 45.760 23.330 36.660 1.00 0.00 W7 H +ATOM 49855 OH2 TIP3X 597 -25.910 23.030 29.680 1.00 0.00 W7 O +ATOM 49856 H1 TIP3X 597 -25.720 23.690 30.340 1.00 0.00 W7 H +ATOM 49857 H2 TIP3X 597 -25.060 22.630 29.490 1.00 0.00 W7 H +ATOM 49858 OH2 TIP3X 598 -30.420 38.290 26.420 1.00 0.00 W7 O +ATOM 49859 H1 TIP3X 598 -29.650 38.340 26.960 1.00 0.00 W7 H +ATOM 49860 H2 TIP3X 598 -30.300 38.970 25.750 1.00 0.00 W7 H +ATOM 49861 OH2 TIP3X 599 17.560 25.090 24.550 1.00 0.00 W7 O +ATOM 49862 H1 TIP3X 599 18.380 25.010 25.030 1.00 0.00 W7 H +ATOM 49863 H2 TIP3X 599 16.910 24.670 25.120 1.00 0.00 W7 H +ATOM 49864 OH2 TIP3X 600 44.750 18.650 24.330 1.00 0.00 W7 O +ATOM 49865 H1 TIP3X 600 44.260 18.230 25.050 1.00 0.00 W7 H +ATOM 49866 H2 TIP3X 600 44.100 19.160 23.870 1.00 0.00 W7 H +ATOM 49867 OH2 TIP3X 601 -19.490 23.170 -36.930 1.00 0.00 W7 O +ATOM 49868 H1 TIP3X 601 -20.150 23.590 -37.480 1.00 0.00 W7 H +ATOM 49869 H2 TIP3X 601 -18.710 23.690 -37.040 1.00 0.00 W7 H +ATOM 49870 OH2 TIP3X 602 25.740 36.170 -49.210 1.00 0.00 W7 O +ATOM 49871 H1 TIP3X 602 25.690 36.900 -49.820 1.00 0.00 W7 H +ATOM 49872 H2 TIP3X 602 26.440 36.430 -48.600 1.00 0.00 W7 H +ATOM 49873 OH2 TIP3X 603 17.930 -23.380 -42.830 1.00 0.00 W7 O +ATOM 49874 H1 TIP3X 603 18.380 -24.030 -43.370 1.00 0.00 W7 H +ATOM 49875 H2 TIP3X 603 17.610 -22.740 -43.470 1.00 0.00 W7 H +ATOM 49876 OH2 TIP3X 604 -12.330 20.130 -41.190 1.00 0.00 W7 O +ATOM 49877 H1 TIP3X 604 -11.690 19.410 -41.280 1.00 0.00 W7 H +ATOM 49878 H2 TIP3X 604 -12.040 20.600 -40.410 1.00 0.00 W7 H +ATOM 49879 OH2 TIP3X 605 16.440 6.480 38.040 1.00 0.00 W7 O +ATOM 49880 H1 TIP3X 605 17.020 7.240 38.040 1.00 0.00 W7 H +ATOM 49881 H2 TIP3X 605 15.580 6.830 38.240 1.00 0.00 W7 H +ATOM 49882 OH2 TIP3X 606 3.240 12.250 37.880 1.00 0.00 W7 O +ATOM 49883 H1 TIP3X 606 3.610 12.820 37.200 1.00 0.00 W7 H +ATOM 49884 H2 TIP3X 606 3.680 12.530 38.680 1.00 0.00 W7 H +ATOM 49885 OH2 TIP3X 607 27.470 3.990 30.190 1.00 0.00 W7 O +ATOM 49886 H1 TIP3X 607 28.010 3.190 30.140 1.00 0.00 W7 H +ATOM 49887 H2 TIP3X 607 26.780 3.770 30.820 1.00 0.00 W7 H +ATOM 49888 OH2 TIP3X 608 -40.840 -42.080 23.320 1.00 0.00 W7 O +ATOM 49889 H1 TIP3X 608 -40.660 -41.460 24.020 1.00 0.00 W7 H +ATOM 49890 H2 TIP3X 608 -40.580 -42.920 23.670 1.00 0.00 W7 H +ATOM 49891 OH2 TIP3X 609 3.600 -43.370 -43.760 1.00 0.00 W7 O +ATOM 49892 H1 TIP3X 609 3.800 -43.920 -43.000 1.00 0.00 W7 H +ATOM 49893 H2 TIP3X 609 4.450 -43.050 -44.070 1.00 0.00 W7 H +ATOM 49894 OH2 TIP3X 610 45.310 -42.690 -44.360 1.00 0.00 W7 O +ATOM 49895 H1 TIP3X 610 46.040 -43.100 -43.910 1.00 0.00 W7 H +ATOM 49896 H2 TIP3X 610 45.450 -42.900 -45.290 1.00 0.00 W7 H +ATOM 49897 OH2 TIP3X 611 31.800 -29.000 24.810 1.00 0.00 W7 O +ATOM 49898 H1 TIP3X 611 32.060 -28.280 25.390 1.00 0.00 W7 H +ATOM 49899 H2 TIP3X 611 31.370 -28.560 24.070 1.00 0.00 W7 H +ATOM 49900 OH2 TIP3X 612 22.220 -25.680 -47.110 1.00 0.00 W7 O +ATOM 49901 H1 TIP3X 612 22.530 -25.020 -46.480 1.00 0.00 W7 H +ATOM 49902 H2 TIP3X 612 22.770 -25.560 -47.880 1.00 0.00 W7 H +ATOM 49903 OH2 TIP3X 613 -28.330 -16.910 38.370 1.00 0.00 W7 O +ATOM 49904 H1 TIP3X 613 -28.770 -16.280 37.790 1.00 0.00 W7 H +ATOM 49905 H2 TIP3X 613 -28.980 -17.090 39.050 1.00 0.00 W7 H +ATOM 49906 OH2 TIP3X 614 -27.770 -14.650 18.480 1.00 0.00 W7 O +ATOM 49907 H1 TIP3X 614 -28.680 -14.900 18.250 1.00 0.00 W7 H +ATOM 49908 H2 TIP3X 614 -27.230 -15.320 18.030 1.00 0.00 W7 H +ATOM 49909 OH2 TIP3X 615 41.940 17.140 -25.500 1.00 0.00 W7 O +ATOM 49910 H1 TIP3X 615 42.210 16.350 -25.970 1.00 0.00 W7 H +ATOM 49911 H2 TIP3X 615 41.880 16.870 -24.590 1.00 0.00 W7 H +ATOM 49912 OH2 TIP3X 616 -43.610 41.070 -45.040 1.00 0.00 W7 O +ATOM 49913 H1 TIP3X 616 -42.710 41.040 -45.370 1.00 0.00 W7 H +ATOM 49914 H2 TIP3X 616 -44.150 40.760 -45.760 1.00 0.00 W7 H +ATOM 49915 OH2 TIP3X 617 5.600 41.240 -47.730 1.00 0.00 W7 O +ATOM 49916 H1 TIP3X 617 6.000 41.900 -47.150 1.00 0.00 W7 H +ATOM 49917 H2 TIP3X 617 6.310 40.980 -48.330 1.00 0.00 W7 H +ATOM 49918 OH2 TIP3X 618 21.920 -34.520 26.740 1.00 0.00 W7 O +ATOM 49919 H1 TIP3X 618 21.500 -35.170 26.180 1.00 0.00 W7 H +ATOM 49920 H2 TIP3X 618 21.270 -34.310 27.400 1.00 0.00 W7 H +ATOM 49921 OH2 TIP3X 619 -24.300 -35.160 -49.550 1.00 0.00 W7 O +ATOM 49922 H1 TIP3X 619 -24.610 -35.290 -50.440 1.00 0.00 W7 H +ATOM 49923 H2 TIP3X 619 -24.900 -34.530 -49.170 1.00 0.00 W7 H +ATOM 49924 OH2 TIP3X 620 27.880 -25.350 18.430 1.00 0.00 W7 O +ATOM 49925 H1 TIP3X 620 28.310 -26.180 18.630 1.00 0.00 W7 H +ATOM 49926 H2 TIP3X 620 28.560 -24.700 18.550 1.00 0.00 W7 H +ATOM 49927 OH2 TIP3X 621 -25.270 -29.660 -28.840 1.00 0.00 W7 O +ATOM 49928 H1 TIP3X 621 -25.940 -29.200 -28.360 1.00 0.00 W7 H +ATOM 49929 H2 TIP3X 621 -25.700 -29.960 -29.650 1.00 0.00 W7 H +ATOM 49930 OH2 TIP3X 622 -6.080 19.000 32.740 1.00 0.00 W7 O +ATOM 49931 H1 TIP3X 622 -5.140 18.830 32.700 1.00 0.00 W7 H +ATOM 49932 H2 TIP3X 622 -6.350 19.020 31.820 1.00 0.00 W7 H +ATOM 49933 OH2 TIP3X 623 37.900 12.910 24.340 1.00 0.00 W7 O +ATOM 49934 H1 TIP3X 623 38.250 13.790 24.150 1.00 0.00 W7 H +ATOM 49935 H2 TIP3X 623 37.980 12.440 23.500 1.00 0.00 W7 H +ATOM 49936 OH2 TIP3X 624 25.810 -11.890 -39.500 1.00 0.00 W7 O +ATOM 49937 H1 TIP3X 624 26.510 -12.000 -38.870 1.00 0.00 W7 H +ATOM 49938 H2 TIP3X 624 25.070 -12.390 -39.150 1.00 0.00 W7 H +ATOM 49939 OH2 TIP3X 625 -15.320 10.890 27.540 1.00 0.00 W7 O +ATOM 49940 H1 TIP3X 625 -15.420 10.140 28.130 1.00 0.00 W7 H +ATOM 49941 H2 TIP3X 625 -15.190 10.480 26.680 1.00 0.00 W7 H +ATOM 49942 OH2 TIP3X 626 -24.300 21.580 -45.780 1.00 0.00 W7 O +ATOM 49943 H1 TIP3X 626 -24.080 21.560 -44.850 1.00 0.00 W7 H +ATOM 49944 H2 TIP3X 626 -25.240 21.830 -45.790 1.00 0.00 W7 H +ATOM 49945 OH2 TIP3X 627 -29.110 -18.100 -21.840 1.00 0.00 W7 O +ATOM 49946 H1 TIP3X 627 -29.970 -17.940 -21.450 1.00 0.00 W7 H +ATOM 49947 H2 TIP3X 627 -28.630 -18.590 -21.180 1.00 0.00 W7 H +ATOM 49948 OH2 TIP3X 628 5.700 31.400 -44.810 1.00 0.00 W7 O +ATOM 49949 H1 TIP3X 628 5.890 31.330 -43.870 1.00 0.00 W7 H +ATOM 49950 H2 TIP3X 628 4.810 31.080 -44.900 1.00 0.00 W7 H +ATOM 49951 OH2 TIP3X 629 14.280 29.870 23.400 1.00 0.00 W7 O +ATOM 49952 H1 TIP3X 629 14.440 30.200 24.280 1.00 0.00 W7 H +ATOM 49953 H2 TIP3X 629 14.850 30.410 22.840 1.00 0.00 W7 H +ATOM 49954 OH2 TIP3X 630 42.810 4.690 31.510 1.00 0.00 W7 O +ATOM 49955 H1 TIP3X 630 42.380 5.210 32.190 1.00 0.00 W7 H +ATOM 49956 H2 TIP3X 630 42.090 4.310 31.010 1.00 0.00 W7 H +ATOM 49957 OH2 TIP3X 631 -13.450 20.630 -46.790 1.00 0.00 W7 O +ATOM 49958 H1 TIP3X 631 -14.320 21.000 -46.970 1.00 0.00 W7 H +ATOM 49959 H2 TIP3X 631 -12.940 21.370 -46.480 1.00 0.00 W7 H +ATOM 49960 OH2 TIP3X 632 17.690 -42.780 -28.050 1.00 0.00 W7 O +ATOM 49961 H1 TIP3X 632 17.520 -43.680 -28.330 1.00 0.00 W7 H +ATOM 49962 H2 TIP3X 632 18.480 -42.850 -27.510 1.00 0.00 W7 H +ATOM 49963 OH2 TIP3X 633 22.560 -28.090 36.660 1.00 0.00 W7 O +ATOM 49964 H1 TIP3X 633 23.110 -27.810 37.400 1.00 0.00 W7 H +ATOM 49965 H2 TIP3X 633 23.150 -28.060 35.910 1.00 0.00 W7 H +ATOM 49966 OH2 TIP3X 634 -0.050 6.170 38.410 1.00 0.00 W7 O +ATOM 49967 H1 TIP3X 634 0.580 5.510 38.120 1.00 0.00 W7 H +ATOM 49968 H2 TIP3X 634 -0.320 6.610 37.610 1.00 0.00 W7 H +ATOM 49969 OH2 TIP3X 635 46.300 15.360 -30.470 1.00 0.00 W7 O +ATOM 49970 H1 TIP3X 635 46.660 14.990 -29.660 1.00 0.00 W7 H +ATOM 49971 H2 TIP3X 635 47.000 15.900 -30.820 1.00 0.00 W7 H +ATOM 49972 OH2 TIP3X 636 -40.930 -33.210 21.620 1.00 0.00 W7 O +ATOM 49973 H1 TIP3X 636 -41.700 -33.110 22.170 1.00 0.00 W7 H +ATOM 49974 H2 TIP3X 636 -40.800 -34.160 21.540 1.00 0.00 W7 H +ATOM 49975 OH2 TIP3X 637 18.850 -10.210 -38.360 1.00 0.00 W7 O +ATOM 49976 H1 TIP3X 637 18.440 -10.770 -39.010 1.00 0.00 W7 H +ATOM 49977 H2 TIP3X 637 19.310 -9.530 -38.870 1.00 0.00 W7 H +ATOM 49978 OH2 TIP3X 638 -38.380 7.640 -10.360 1.00 0.00 W7 O +ATOM 49979 H1 TIP3X 638 -39.320 7.570 -10.160 1.00 0.00 W7 H +ATOM 49980 H2 TIP3X 638 -38.190 8.580 -10.330 1.00 0.00 W7 H +ATOM 49981 OH2 TIP3X 639 -11.690 5.250 38.140 1.00 0.00 W7 O +ATOM 49982 H1 TIP3X 639 -12.390 5.560 37.560 1.00 0.00 W7 H +ATOM 49983 H2 TIP3X 639 -11.980 5.490 39.020 1.00 0.00 W7 H +ATOM 49984 OH2 TIP3X 640 19.910 27.480 31.920 1.00 0.00 W7 O +ATOM 49985 H1 TIP3X 640 19.980 28.420 32.110 1.00 0.00 W7 H +ATOM 49986 H2 TIP3X 640 20.810 27.170 31.910 1.00 0.00 W7 H +ATOM 49987 OH2 TIP3X 641 29.170 -25.860 -36.600 1.00 0.00 W7 O +ATOM 49988 H1 TIP3X 641 28.820 -25.380 -37.340 1.00 0.00 W7 H +ATOM 49989 H2 TIP3X 641 29.250 -25.200 -35.900 1.00 0.00 W7 H +ATOM 49990 OH2 TIP3X 642 37.630 -39.180 25.900 1.00 0.00 W7 O +ATOM 49991 H1 TIP3X 642 37.430 -38.370 25.430 1.00 0.00 W7 H +ATOM 49992 H2 TIP3X 642 36.790 -39.450 26.260 1.00 0.00 W7 H +ATOM 49993 OH2 TIP3X 643 -39.310 39.060 -34.070 1.00 0.00 W7 O +ATOM 49994 H1 TIP3X 643 -39.920 39.260 -33.370 1.00 0.00 W7 H +ATOM 49995 H2 TIP3X 643 -39.620 38.220 -34.430 1.00 0.00 W7 H +ATOM 49996 OH2 TIP3X 644 -34.750 37.840 -37.300 1.00 0.00 W7 O +ATOM 49997 H1 TIP3X 644 -34.020 37.460 -37.810 1.00 0.00 W7 H +ATOM 49998 H2 TIP3X 644 -34.450 37.820 -36.400 1.00 0.00 W7 H +ATOM 49999 OH2 TIP3X 645 42.720 -42.410 -17.950 1.00 0.00 W7 O +ATOM 50000 H1 TIP3X 645 41.940 -42.060 -17.520 1.00 0.00 W7 H +ATOM 50001 H2 TIP3X 645 43.090 -43.020 -17.320 1.00 0.00 W7 H +ATOM 50002 OH2 TIP3X 646 -31.460 9.160 -47.120 1.00 0.00 W7 O +ATOM 50003 H1 TIP3X 646 -31.290 8.390 -46.570 1.00 0.00 W7 H +ATOM 50004 H2 TIP3X 646 -30.760 9.780 -46.860 1.00 0.00 W7 H +ATOM 50005 OH2 TIP3X 647 -24.500 35.970 -34.110 1.00 0.00 W7 O +ATOM 50006 H1 TIP3X 647 -23.670 35.510 -34.070 1.00 0.00 W7 H +ATOM 50007 H2 TIP3X 647 -25.080 35.400 -34.620 1.00 0.00 W7 H +ATOM 50008 OH2 TIP3X 648 -15.480 -41.520 -25.320 1.00 0.00 W7 O +ATOM 50009 H1 TIP3X 648 -15.140 -42.340 -24.970 1.00 0.00 W7 H +ATOM 50010 H2 TIP3X 648 -16.320 -41.410 -24.870 1.00 0.00 W7 H +ATOM 50011 OH2 TIP3X 649 40.720 30.950 35.820 1.00 0.00 W7 O +ATOM 50012 H1 TIP3X 649 41.010 30.640 34.960 1.00 0.00 W7 H +ATOM 50013 H2 TIP3X 649 41.400 30.640 36.430 1.00 0.00 W7 H +ATOM 50014 OH2 TIP3X 650 13.690 -28.430 -34.570 1.00 0.00 W7 O +ATOM 50015 H1 TIP3X 650 14.020 -28.130 -33.720 1.00 0.00 W7 H +ATOM 50016 H2 TIP3X 650 13.120 -27.730 -34.880 1.00 0.00 W7 H +ATOM 50017 OH2 TIP3X 651 -38.300 20.140 -23.540 1.00 0.00 W7 O +ATOM 50018 H1 TIP3X 651 -38.680 19.270 -23.600 1.00 0.00 W7 H +ATOM 50019 H2 TIP3X 651 -37.470 20.080 -24.020 1.00 0.00 W7 H +ATOM 50020 OH2 TIP3X 652 15.110 -36.750 -48.770 1.00 0.00 W7 O +ATOM 50021 H1 TIP3X 652 14.210 -36.730 -48.450 1.00 0.00 W7 H +ATOM 50022 H2 TIP3X 652 15.630 -37.100 -48.040 1.00 0.00 W7 H +ATOM 50023 OH2 TIP3X 653 -31.770 18.190 22.340 1.00 0.00 W7 O +ATOM 50024 H1 TIP3X 653 -32.290 17.550 22.840 1.00 0.00 W7 H +ATOM 50025 H2 TIP3X 653 -30.880 18.090 22.650 1.00 0.00 W7 H +ATOM 50026 OH2 TIP3X 654 7.130 -9.260 27.020 1.00 0.00 W7 O +ATOM 50027 H1 TIP3X 654 6.380 -8.930 27.510 1.00 0.00 W7 H +ATOM 50028 H2 TIP3X 654 7.690 -8.500 26.890 1.00 0.00 W7 H +ATOM 50029 OH2 TIP3X 655 38.480 2.130 -46.080 1.00 0.00 W7 O +ATOM 50030 H1 TIP3X 655 39.240 1.900 -45.530 1.00 0.00 W7 H +ATOM 50031 H2 TIP3X 655 38.450 1.450 -46.750 1.00 0.00 W7 H +ATOM 50032 OH2 TIP3X 656 25.680 -22.570 -38.820 1.00 0.00 W7 O +ATOM 50033 H1 TIP3X 656 25.500 -21.680 -38.540 1.00 0.00 W7 H +ATOM 50034 H2 TIP3X 656 25.570 -23.100 -38.020 1.00 0.00 W7 H +ATOM 50035 OH2 TIP3X 657 8.570 -38.060 -38.340 1.00 0.00 W7 O +ATOM 50036 H1 TIP3X 657 8.290 -37.700 -39.180 1.00 0.00 W7 H +ATOM 50037 H2 TIP3X 657 8.580 -39.010 -38.480 1.00 0.00 W7 H +ATOM 50038 OH2 TIP3X 658 14.560 41.070 13.990 1.00 0.00 W7 O +ATOM 50039 H1 TIP3X 658 14.200 40.720 14.800 1.00 0.00 W7 H +ATOM 50040 H2 TIP3X 658 13.840 41.000 13.360 1.00 0.00 W7 H +ATOM 50041 OH2 TIP3X 659 40.390 -27.580 20.680 1.00 0.00 W7 O +ATOM 50042 H1 TIP3X 659 39.980 -27.220 19.890 1.00 0.00 W7 H +ATOM 50043 H2 TIP3X 659 41.160 -28.040 20.350 1.00 0.00 W7 H +ATOM 50044 OH2 TIP3X 660 4.950 17.560 -50.210 1.00 0.00 W7 O +ATOM 50045 H1 TIP3X 660 5.290 16.940 -49.570 1.00 0.00 W7 H +ATOM 50046 H2 TIP3X 660 4.860 18.380 -49.720 1.00 0.00 W7 H +ATOM 50047 OH2 TIP3X 661 35.150 20.050 -22.260 1.00 0.00 W7 O +ATOM 50048 H1 TIP3X 661 34.990 20.140 -21.320 1.00 0.00 W7 H +ATOM 50049 H2 TIP3X 661 35.040 20.940 -22.600 1.00 0.00 W7 H +ATOM 50050 OH2 TIP3X 662 22.190 -40.630 -46.550 1.00 0.00 W7 O +ATOM 50051 H1 TIP3X 662 23.000 -40.490 -46.070 1.00 0.00 W7 H +ATOM 50052 H2 TIP3X 662 22.420 -41.240 -47.250 1.00 0.00 W7 H +ATOM 50053 OH2 TIP3X 663 -9.490 -28.630 32.260 1.00 0.00 W7 O +ATOM 50054 H1 TIP3X 663 -9.170 -29.530 32.150 1.00 0.00 W7 H +ATOM 50055 H2 TIP3X 663 -9.630 -28.330 31.360 1.00 0.00 W7 H +ATOM 50056 OH2 TIP3X 664 -33.520 -24.840 33.360 1.00 0.00 W7 O +ATOM 50057 H1 TIP3X 664 -34.210 -25.460 33.610 1.00 0.00 W7 H +ATOM 50058 H2 TIP3X 664 -32.750 -25.140 33.850 1.00 0.00 W7 H +ATOM 50059 OH2 TIP3X 665 -2.300 12.250 -48.170 1.00 0.00 W7 O +ATOM 50060 H1 TIP3X 665 -3.040 11.890 -47.680 1.00 0.00 W7 H +ATOM 50061 H2 TIP3X 665 -2.460 12.000 -49.070 1.00 0.00 W7 H +ATOM 50062 OH2 TIP3X 666 8.850 -2.350 36.720 1.00 0.00 W7 O +ATOM 50063 H1 TIP3X 666 9.160 -2.650 35.870 1.00 0.00 W7 H +ATOM 50064 H2 TIP3X 666 9.140 -1.450 36.790 1.00 0.00 W7 H +ATOM 50065 OH2 TIP3X 667 35.280 -22.220 22.500 1.00 0.00 W7 O +ATOM 50066 H1 TIP3X 667 34.680 -21.680 23.010 1.00 0.00 W7 H +ATOM 50067 H2 TIP3X 667 35.560 -21.670 21.780 1.00 0.00 W7 H +ATOM 50068 OH2 TIP3X 668 41.740 24.240 -24.230 1.00 0.00 W7 O +ATOM 50069 H1 TIP3X 668 42.510 24.800 -24.180 1.00 0.00 W7 H +ATOM 50070 H2 TIP3X 668 41.440 24.330 -25.140 1.00 0.00 W7 H +ATOM 50071 OH2 TIP3X 669 44.580 28.790 -42.080 1.00 0.00 W7 O +ATOM 50072 H1 TIP3X 669 44.010 29.530 -41.860 1.00 0.00 W7 H +ATOM 50073 H2 TIP3X 669 44.370 28.120 -41.420 1.00 0.00 W7 H +ATOM 50074 OH2 TIP3X 670 -37.500 37.650 -41.800 1.00 0.00 W7 O +ATOM 50075 H1 TIP3X 670 -37.420 36.770 -41.440 1.00 0.00 W7 H +ATOM 50076 H2 TIP3X 670 -36.830 38.170 -41.350 1.00 0.00 W7 H +ATOM 50077 OH2 TIP3X 671 -29.930 0.860 -26.130 1.00 0.00 W7 O +ATOM 50078 H1 TIP3X 671 -30.050 0.010 -26.550 1.00 0.00 W7 H +ATOM 50079 H2 TIP3X 671 -29.000 1.040 -26.220 1.00 0.00 W7 H +ATOM 50080 OH2 TIP3X 672 7.760 -38.550 -31.410 1.00 0.00 W7 O +ATOM 50081 H1 TIP3X 672 8.690 -38.780 -31.350 1.00 0.00 W7 H +ATOM 50082 H2 TIP3X 672 7.380 -39.260 -31.930 1.00 0.00 W7 H +ATOM 50083 OH2 TIP3X 673 29.060 -8.770 -25.600 1.00 0.00 W7 O +ATOM 50084 H1 TIP3X 673 29.300 -9.100 -26.460 1.00 0.00 W7 H +ATOM 50085 H2 TIP3X 673 29.550 -7.950 -25.510 1.00 0.00 W7 H +ATOM 50086 OH2 TIP3X 674 34.820 -10.090 -13.930 1.00 0.00 W7 O +ATOM 50087 H1 TIP3X 674 35.330 -9.610 -13.270 1.00 0.00 W7 H +ATOM 50088 H2 TIP3X 674 35.440 -10.740 -14.280 1.00 0.00 W7 H +ATOM 50089 OH2 TIP3X 675 -2.670 -47.050 -50.250 1.00 0.00 W7 O +ATOM 50090 H1 TIP3X 675 -2.990 -46.940 -49.360 1.00 0.00 W7 H +ATOM 50091 H2 TIP3X 675 -3.390 -47.480 -50.720 1.00 0.00 W7 H +ATOM 50092 OH2 TIP3X 676 -13.540 -28.180 35.970 1.00 0.00 W7 O +ATOM 50093 H1 TIP3X 676 -12.980 -28.910 35.730 1.00 0.00 W7 H +ATOM 50094 H2 TIP3X 676 -12.920 -27.490 36.240 1.00 0.00 W7 H +ATOM 50095 OH2 TIP3X 677 -27.700 41.020 28.160 1.00 0.00 W7 O +ATOM 50096 H1 TIP3X 677 -27.050 41.670 28.420 1.00 0.00 W7 H +ATOM 50097 H2 TIP3X 677 -27.200 40.200 28.070 1.00 0.00 W7 H +ATOM 50098 OH2 TIP3X 678 -21.780 0.690 -28.750 1.00 0.00 W7 O +ATOM 50099 H1 TIP3X 678 -21.560 0.880 -27.840 1.00 0.00 W7 H +ATOM 50100 H2 TIP3X 678 -21.720 -0.260 -28.830 1.00 0.00 W7 H +ATOM 50101 OH2 TIP3X 679 -4.010 -10.640 31.820 1.00 0.00 W7 O +ATOM 50102 H1 TIP3X 679 -4.330 -9.920 31.270 1.00 0.00 W7 H +ATOM 50103 H2 TIP3X 679 -3.860 -10.260 32.680 1.00 0.00 W7 H +ATOM 50104 OH2 TIP3X 680 -16.670 -43.390 15.740 1.00 0.00 W7 O +ATOM 50105 H1 TIP3X 680 -15.890 -43.360 15.190 1.00 0.00 W7 H +ATOM 50106 H2 TIP3X 680 -16.420 -42.900 16.520 1.00 0.00 W7 H +ATOM 50107 OH2 TIP3X 681 33.860 -47.990 -32.650 1.00 0.00 W7 O +ATOM 50108 H1 TIP3X 681 33.200 -47.940 -33.350 1.00 0.00 W7 H +ATOM 50109 H2 TIP3X 681 33.630 -47.300 -32.040 1.00 0.00 W7 H +ATOM 50110 OH2 TIP3X 682 5.050 27.690 -15.200 1.00 0.00 W7 O +ATOM 50111 H1 TIP3X 682 4.200 27.830 -15.620 1.00 0.00 W7 H +ATOM 50112 H2 TIP3X 682 5.650 27.540 -15.920 1.00 0.00 W7 H +ATOM 50113 OH2 TIP3X 683 23.150 32.630 16.900 1.00 0.00 W7 O +ATOM 50114 H1 TIP3X 683 22.440 32.120 16.510 1.00 0.00 W7 H +ATOM 50115 H2 TIP3X 683 23.420 32.120 17.660 1.00 0.00 W7 H +ATOM 50116 OH2 TIP3X 684 14.540 -32.110 -45.330 1.00 0.00 W7 O +ATOM 50117 H1 TIP3X 684 15.420 -31.720 -45.350 1.00 0.00 W7 H +ATOM 50118 H2 TIP3X 684 13.940 -31.380 -45.450 1.00 0.00 W7 H +ATOM 50119 OH2 TIP3X 685 -27.180 -15.640 15.870 1.00 0.00 W7 O +ATOM 50120 H1 TIP3X 685 -27.990 -15.130 15.850 1.00 0.00 W7 H +ATOM 50121 H2 TIP3X 685 -27.480 -16.550 16.020 1.00 0.00 W7 H +ATOM 50122 OH2 TIP3X 686 -3.810 -17.270 -48.670 1.00 0.00 W7 O +ATOM 50123 H1 TIP3X 686 -3.670 -16.550 -48.060 1.00 0.00 W7 H +ATOM 50124 H2 TIP3X 686 -4.170 -17.970 -48.140 1.00 0.00 W7 H +ATOM 50125 OH2 TIP3X 687 15.270 29.760 -36.970 1.00 0.00 W7 O +ATOM 50126 H1 TIP3X 687 14.530 30.290 -36.690 1.00 0.00 W7 H +ATOM 50127 H2 TIP3X 687 15.100 28.900 -36.610 1.00 0.00 W7 H +ATOM 50128 OH2 TIP3X 688 -11.620 -22.520 17.550 1.00 0.00 W7 O +ATOM 50129 H1 TIP3X 688 -11.760 -23.470 17.410 1.00 0.00 W7 H +ATOM 50130 H2 TIP3X 688 -11.800 -22.140 16.680 1.00 0.00 W7 H +ATOM 50131 OH2 TIP3X 689 -29.110 -45.150 21.960 1.00 0.00 W7 O +ATOM 50132 H1 TIP3X 689 -28.330 -44.620 22.090 1.00 0.00 W7 H +ATOM 50133 H2 TIP3X 689 -29.600 -44.680 21.280 1.00 0.00 W7 H +ATOM 50134 OH2 TIP3X 690 -31.260 25.180 -16.540 1.00 0.00 W7 O +ATOM 50135 H1 TIP3X 690 -31.030 24.460 -15.960 1.00 0.00 W7 H +ATOM 50136 H2 TIP3X 690 -31.870 24.790 -17.170 1.00 0.00 W7 H +ATOM 50137 OH2 TIP3X 691 44.200 -22.210 26.550 1.00 0.00 W7 O +ATOM 50138 H1 TIP3X 691 44.860 -22.860 26.770 1.00 0.00 W7 H +ATOM 50139 H2 TIP3X 691 44.330 -22.030 25.620 1.00 0.00 W7 H +ATOM 50140 OH2 TIP3X 692 14.260 -29.710 35.770 1.00 0.00 W7 O +ATOM 50141 H1 TIP3X 692 13.650 -29.670 35.030 1.00 0.00 W7 H +ATOM 50142 H2 TIP3X 692 13.770 -30.170 36.450 1.00 0.00 W7 H +ATOM 50143 OH2 TIP3X 693 11.300 35.640 -18.630 1.00 0.00 W7 O +ATOM 50144 H1 TIP3X 693 10.430 35.440 -18.970 1.00 0.00 W7 H +ATOM 50145 H2 TIP3X 693 11.460 34.970 -17.960 1.00 0.00 W7 H +ATOM 50146 OH2 TIP3X 694 -24.300 -3.690 27.830 1.00 0.00 W7 O +ATOM 50147 H1 TIP3X 694 -24.210 -3.640 28.780 1.00 0.00 W7 H +ATOM 50148 H2 TIP3X 694 -25.170 -3.340 27.640 1.00 0.00 W7 H +ATOM 50149 OH2 TIP3X 695 -3.490 -41.030 -30.250 1.00 0.00 W7 O +ATOM 50150 H1 TIP3X 695 -3.410 -41.490 -29.400 1.00 0.00 W7 H +ATOM 50151 H2 TIP3X 695 -2.830 -41.450 -30.800 1.00 0.00 W7 H +ATOM 50152 OH2 TIP3X 696 34.470 -26.220 -51.620 1.00 0.00 W7 O +ATOM 50153 H1 TIP3X 696 35.340 -26.010 -51.950 1.00 0.00 W7 H +ATOM 50154 H2 TIP3X 696 34.620 -26.860 -50.930 1.00 0.00 W7 H +ATOM 50155 OH2 TIP3X 697 27.370 17.690 22.950 1.00 0.00 W7 O +ATOM 50156 H1 TIP3X 697 27.070 18.500 22.540 1.00 0.00 W7 H +ATOM 50157 H2 TIP3X 697 28.310 17.810 23.080 1.00 0.00 W7 H +ATOM 50158 OH2 TIP3X 698 -19.390 16.630 -27.470 1.00 0.00 W7 O +ATOM 50159 H1 TIP3X 698 -19.450 17.410 -28.030 1.00 0.00 W7 H +ATOM 50160 H2 TIP3X 698 -19.230 15.910 -28.090 1.00 0.00 W7 H +ATOM 50161 OH2 TIP3X 699 30.710 -25.230 27.770 1.00 0.00 W7 O +ATOM 50162 H1 TIP3X 699 30.720 -25.600 26.890 1.00 0.00 W7 H +ATOM 50163 H2 TIP3X 699 31.440 -24.610 27.790 1.00 0.00 W7 H +ATOM 50164 OH2 TIP3X 700 -3.400 -19.900 35.200 1.00 0.00 W7 O +ATOM 50165 H1 TIP3X 700 -3.850 -19.290 34.620 1.00 0.00 W7 H +ATOM 50166 H2 TIP3X 700 -3.630 -19.600 36.080 1.00 0.00 W7 H +ATOM 50167 OH2 TIP3X 701 -36.460 38.840 26.540 1.00 0.00 W7 O +ATOM 50168 H1 TIP3X 701 -36.950 38.140 26.100 1.00 0.00 W7 H +ATOM 50169 H2 TIP3X 701 -37.000 39.060 27.300 1.00 0.00 W7 H +ATOM 50170 OH2 TIP3X 702 -25.230 13.710 -49.190 1.00 0.00 W7 O +ATOM 50171 H1 TIP3X 702 -24.700 12.990 -49.510 1.00 0.00 W7 H +ATOM 50172 H2 TIP3X 702 -26.140 13.410 -49.300 1.00 0.00 W7 H +ATOM 50173 OH2 TIP3X 703 8.190 37.800 12.470 1.00 0.00 W7 O +ATOM 50174 H1 TIP3X 703 7.430 38.000 11.930 1.00 0.00 W7 H +ATOM 50175 H2 TIP3X 703 8.170 36.850 12.570 1.00 0.00 W7 H +ATOM 50176 OH2 TIP3X 704 -33.630 -25.190 -28.470 1.00 0.00 W7 O +ATOM 50177 H1 TIP3X 704 -34.030 -24.320 -28.340 1.00 0.00 W7 H +ATOM 50178 H2 TIP3X 704 -34.070 -25.540 -29.240 1.00 0.00 W7 H +ATOM 50179 OH2 TIP3X 705 -13.670 1.930 -38.050 1.00 0.00 W7 O +ATOM 50180 H1 TIP3X 705 -13.320 1.280 -38.660 1.00 0.00 W7 H +ATOM 50181 H2 TIP3X 705 -13.290 1.700 -37.200 1.00 0.00 W7 H +ATOM 50182 OH2 TIP3X 706 15.470 -46.180 22.730 1.00 0.00 W7 O +ATOM 50183 H1 TIP3X 706 14.800 -45.880 23.360 1.00 0.00 W7 H +ATOM 50184 H2 TIP3X 706 15.630 -45.410 22.200 1.00 0.00 W7 H +ATOM 50185 OH2 TIP3X 707 17.180 -22.190 34.640 1.00 0.00 W7 O +ATOM 50186 H1 TIP3X 707 17.410 -23.110 34.780 1.00 0.00 W7 H +ATOM 50187 H2 TIP3X 707 16.780 -22.170 33.770 1.00 0.00 W7 H +ATOM 50188 OH2 TIP3X 708 16.560 -2.960 -44.640 1.00 0.00 W7 O +ATOM 50189 H1 TIP3X 708 16.800 -3.580 -45.320 1.00 0.00 W7 H +ATOM 50190 H2 TIP3X 708 15.600 -2.860 -44.730 1.00 0.00 W7 H +ATOM 50191 OH2 TIP3X 709 27.780 32.580 17.170 1.00 0.00 W7 O +ATOM 50192 H1 TIP3X 709 27.620 31.670 16.930 1.00 0.00 W7 H +ATOM 50193 H2 TIP3X 709 28.730 32.640 17.270 1.00 0.00 W7 H +ATOM 50194 OH2 TIP3X 710 43.980 -20.160 -29.000 1.00 0.00 W7 O +ATOM 50195 H1 TIP3X 710 43.900 -19.760 -28.140 1.00 0.00 W7 H +ATOM 50196 H2 TIP3X 710 43.130 -20.030 -29.410 1.00 0.00 W7 H +ATOM 50197 OH2 TIP3X 711 39.650 -10.510 -41.100 1.00 0.00 W7 O +ATOM 50198 H1 TIP3X 711 40.240 -9.830 -41.420 1.00 0.00 W7 H +ATOM 50199 H2 TIP3X 711 39.860 -11.280 -41.640 1.00 0.00 W7 H +ATOM 50200 OH2 TIP3X 712 47.740 -28.850 29.420 1.00 0.00 W7 O +ATOM 50201 H1 TIP3X 712 47.550 -28.720 28.490 1.00 0.00 W7 H +ATOM 50202 H2 TIP3X 712 47.190 -29.590 29.670 1.00 0.00 W7 H +ATOM 50203 OH2 TIP3X 713 -32.560 -46.610 18.620 1.00 0.00 W7 O +ATOM 50204 H1 TIP3X 713 -32.870 -47.180 17.940 1.00 0.00 W7 H +ATOM 50205 H2 TIP3X 713 -32.010 -45.960 18.170 1.00 0.00 W7 H +ATOM 50206 OH2 TIP3X 714 -11.480 30.000 -39.820 1.00 0.00 W7 O +ATOM 50207 H1 TIP3X 714 -11.280 29.420 -39.070 1.00 0.00 W7 H +ATOM 50208 H2 TIP3X 714 -12.370 29.730 -40.080 1.00 0.00 W7 H +ATOM 50209 OH2 TIP3X 715 -36.400 5.720 -16.130 1.00 0.00 W7 O +ATOM 50210 H1 TIP3X 715 -36.550 5.530 -17.050 1.00 0.00 W7 H +ATOM 50211 H2 TIP3X 715 -37.040 5.160 -15.670 1.00 0.00 W7 H +ATOM 50212 OH2 TIP3X 716 2.870 -15.090 23.780 1.00 0.00 W7 O +ATOM 50213 H1 TIP3X 716 2.810 -14.220 24.180 1.00 0.00 W7 H +ATOM 50214 H2 TIP3X 716 3.520 -15.560 24.310 1.00 0.00 W7 H +ATOM 50215 OH2 TIP3X 717 45.620 36.200 -41.870 1.00 0.00 W7 O +ATOM 50216 H1 TIP3X 717 45.120 36.800 -42.420 1.00 0.00 W7 H +ATOM 50217 H2 TIP3X 717 46.130 36.770 -41.300 1.00 0.00 W7 H +ATOM 50218 OH2 TIP3X 718 14.210 17.280 27.500 1.00 0.00 W7 O +ATOM 50219 H1 TIP3X 718 13.900 16.500 27.960 1.00 0.00 W7 H +ATOM 50220 H2 TIP3X 718 14.390 16.970 26.610 1.00 0.00 W7 H +ATOM 50221 OH2 TIP3X 719 5.380 15.810 30.410 1.00 0.00 W7 O +ATOM 50222 H1 TIP3X 719 6.030 16.230 30.980 1.00 0.00 W7 H +ATOM 50223 H2 TIP3X 719 5.010 16.540 29.900 1.00 0.00 W7 H +ATOM 50224 OH2 TIP3X 720 -28.620 2.690 22.440 1.00 0.00 W7 O +ATOM 50225 H1 TIP3X 720 -28.300 3.450 22.920 1.00 0.00 W7 H +ATOM 50226 H2 TIP3X 720 -28.300 2.810 21.550 1.00 0.00 W7 H +ATOM 50227 OH2 TIP3X 721 -39.780 32.070 -25.220 1.00 0.00 W7 O +ATOM 50228 H1 TIP3X 721 -39.180 32.740 -25.560 1.00 0.00 W7 H +ATOM 50229 H2 TIP3X 721 -39.350 31.750 -24.430 1.00 0.00 W7 H +ATOM 50230 OH2 TIP3X 722 8.440 -18.450 20.370 1.00 0.00 W7 O +ATOM 50231 H1 TIP3X 722 8.930 -19.130 19.890 1.00 0.00 W7 H +ATOM 50232 H2 TIP3X 722 7.740 -18.190 19.780 1.00 0.00 W7 H +ATOM 50233 OH2 TIP3X 723 39.610 35.770 -18.850 1.00 0.00 W7 O +ATOM 50234 H1 TIP3X 723 39.030 36.100 -19.530 1.00 0.00 W7 H +ATOM 50235 H2 TIP3X 723 40.240 35.220 -19.310 1.00 0.00 W7 H +ATOM 50236 OH2 TIP3X 724 -10.860 38.170 30.720 1.00 0.00 W7 O +ATOM 50237 H1 TIP3X 724 -11.590 38.610 31.150 1.00 0.00 W7 H +ATOM 50238 H2 TIP3X 724 -10.380 38.870 30.260 1.00 0.00 W7 H +ATOM 50239 OH2 TIP3X 725 43.120 20.290 -22.750 1.00 0.00 W7 O +ATOM 50240 H1 TIP3X 725 42.190 20.460 -22.840 1.00 0.00 W7 H +ATOM 50241 H2 TIP3X 725 43.550 21.050 -23.150 1.00 0.00 W7 H +ATOM 50242 OH2 TIP3X 726 -44.600 -23.420 -38.950 1.00 0.00 W7 O +ATOM 50243 H1 TIP3X 726 -44.280 -24.260 -38.620 1.00 0.00 W7 H +ATOM 50244 H2 TIP3X 726 -44.130 -23.300 -39.760 1.00 0.00 W7 H +ATOM 50245 OH2 TIP3X 727 12.600 20.010 -38.380 1.00 0.00 W7 O +ATOM 50246 H1 TIP3X 727 11.850 20.120 -38.980 1.00 0.00 W7 H +ATOM 50247 H2 TIP3X 727 13.350 19.830 -38.950 1.00 0.00 W7 H +ATOM 50248 OH2 TIP3X 728 -33.350 40.460 -12.290 1.00 0.00 W7 O +ATOM 50249 H1 TIP3X 728 -33.080 40.860 -11.460 1.00 0.00 W7 H +ATOM 50250 H2 TIP3X 728 -33.920 41.110 -12.700 1.00 0.00 W7 H +ATOM 50251 OH2 TIP3X 729 -15.530 -47.400 -28.060 1.00 0.00 W7 O +ATOM 50252 H1 TIP3X 729 -14.680 -47.790 -27.880 1.00 0.00 W7 H +ATOM 50253 H2 TIP3X 729 -16.030 -47.530 -27.250 1.00 0.00 W7 H +ATOM 50254 OH2 TIP3X 730 16.770 24.850 -18.990 1.00 0.00 W7 O +ATOM 50255 H1 TIP3X 730 16.090 25.530 -18.980 1.00 0.00 W7 H +ATOM 50256 H2 TIP3X 730 17.360 25.100 -18.280 1.00 0.00 W7 H +ATOM 50257 OH2 TIP3X 731 -17.490 1.440 -18.790 1.00 0.00 W7 O +ATOM 50258 H1 TIP3X 731 -17.230 1.420 -19.710 1.00 0.00 W7 H +ATOM 50259 H2 TIP3X 731 -17.410 2.360 -18.530 1.00 0.00 W7 H +ATOM 50260 OH2 TIP3X 732 28.870 -13.810 -48.630 1.00 0.00 W7 O +ATOM 50261 H1 TIP3X 732 29.480 -13.590 -47.930 1.00 0.00 W7 H +ATOM 50262 H2 TIP3X 732 28.560 -14.690 -48.410 1.00 0.00 W7 H +ATOM 50263 OH2 TIP3X 733 -37.010 -15.500 -47.980 1.00 0.00 W7 O +ATOM 50264 H1 TIP3X 733 -37.280 -14.630 -47.690 1.00 0.00 W7 H +ATOM 50265 H2 TIP3X 733 -36.200 -15.660 -47.510 1.00 0.00 W7 H +ATOM 50266 OH2 TIP3X 734 25.330 1.280 15.440 1.00 0.00 W7 O +ATOM 50267 H1 TIP3X 734 25.630 0.420 15.140 1.00 0.00 W7 H +ATOM 50268 H2 TIP3X 734 26.070 1.870 15.290 1.00 0.00 W7 H +ATOM 50269 OH2 TIP3X 735 2.710 42.700 -25.520 1.00 0.00 W7 O +ATOM 50270 H1 TIP3X 735 3.410 42.170 -25.900 1.00 0.00 W7 H +ATOM 50271 H2 TIP3X 735 2.650 42.390 -24.610 1.00 0.00 W7 H +ATOM 50272 OH2 TIP3X 736 22.290 5.090 23.380 1.00 0.00 W7 O +ATOM 50273 H1 TIP3X 736 23.120 4.850 23.790 1.00 0.00 W7 H +ATOM 50274 H2 TIP3X 736 22.530 5.320 22.470 1.00 0.00 W7 H +ATOM 50275 OH2 TIP3X 737 -5.780 -17.140 -34.710 1.00 0.00 W7 O +ATOM 50276 H1 TIP3X 737 -5.390 -16.650 -33.980 1.00 0.00 W7 H +ATOM 50277 H2 TIP3X 737 -5.870 -16.490 -35.400 1.00 0.00 W7 H +ATOM 50278 OH2 TIP3X 738 18.160 -14.260 34.460 1.00 0.00 W7 O +ATOM 50279 H1 TIP3X 738 18.920 -13.970 33.940 1.00 0.00 W7 H +ATOM 50280 H2 TIP3X 738 17.510 -13.570 34.330 1.00 0.00 W7 H +ATOM 50281 OH2 TIP3X 739 -32.610 21.970 33.040 1.00 0.00 W7 O +ATOM 50282 H1 TIP3X 739 -32.850 22.730 33.580 1.00 0.00 W7 H +ATOM 50283 H2 TIP3X 739 -31.700 21.790 33.290 1.00 0.00 W7 H +ATOM 50284 OH2 TIP3X 740 -18.430 30.230 34.390 1.00 0.00 W7 O +ATOM 50285 H1 TIP3X 740 -17.490 30.340 34.260 1.00 0.00 W7 H +ATOM 50286 H2 TIP3X 740 -18.620 30.740 35.190 1.00 0.00 W7 H +ATOM 50287 OH2 TIP3X 741 -41.290 -11.280 -46.250 1.00 0.00 W7 O +ATOM 50288 H1 TIP3X 741 -41.940 -11.700 -45.700 1.00 0.00 W7 H +ATOM 50289 H2 TIP3X 741 -40.600 -11.000 -45.650 1.00 0.00 W7 H +ATOM 50290 OH2 TIP3X 742 -15.670 -39.040 -30.210 1.00 0.00 W7 O +ATOM 50291 H1 TIP3X 742 -14.970 -38.460 -30.510 1.00 0.00 W7 H +ATOM 50292 H2 TIP3X 742 -16.200 -38.500 -29.630 1.00 0.00 W7 H +ATOM 50293 OH2 TIP3X 743 -37.620 -1.420 -39.750 1.00 0.00 W7 O +ATOM 50294 H1 TIP3X 743 -37.890 -1.030 -40.590 1.00 0.00 W7 H +ATOM 50295 H2 TIP3X 743 -36.780 -1.000 -39.560 1.00 0.00 W7 H +ATOM 50296 OH2 TIP3X 744 -32.920 -2.820 20.210 1.00 0.00 W7 O +ATOM 50297 H1 TIP3X 744 -31.970 -2.720 20.260 1.00 0.00 W7 H +ATOM 50298 H2 TIP3X 744 -33.130 -2.730 19.280 1.00 0.00 W7 H +ATOM 50299 OH2 TIP3X 745 -3.330 -16.740 -30.760 1.00 0.00 W7 O +ATOM 50300 H1 TIP3X 745 -2.620 -16.120 -30.600 1.00 0.00 W7 H +ATOM 50301 H2 TIP3X 745 -4.010 -16.220 -31.210 1.00 0.00 W7 H +ATOM 50302 OH2 TIP3X 746 -30.050 26.910 23.100 1.00 0.00 W7 O +ATOM 50303 H1 TIP3X 746 -29.170 27.250 23.240 1.00 0.00 W7 H +ATOM 50304 H2 TIP3X 746 -30.050 26.610 22.190 1.00 0.00 W7 H +ATOM 50305 OH2 TIP3X 747 -31.980 14.140 -22.330 1.00 0.00 W7 O +ATOM 50306 H1 TIP3X 747 -31.920 14.510 -23.220 1.00 0.00 W7 H +ATOM 50307 H2 TIP3X 747 -31.750 13.220 -22.440 1.00 0.00 W7 H +ATOM 50308 OH2 TIP3X 748 28.520 -30.500 34.550 1.00 0.00 W7 O +ATOM 50309 H1 TIP3X 748 28.010 -29.780 34.190 1.00 0.00 W7 H +ATOM 50310 H2 TIP3X 748 27.900 -31.020 35.060 1.00 0.00 W7 H +ATOM 50311 OH2 TIP3X 749 41.790 25.420 -41.910 1.00 0.00 W7 O +ATOM 50312 H1 TIP3X 749 42.440 25.900 -41.410 1.00 0.00 W7 H +ATOM 50313 H2 TIP3X 749 41.520 24.710 -41.330 1.00 0.00 W7 H +ATOM 50314 OH2 TIP3X 750 -39.020 2.640 18.320 1.00 0.00 W7 O +ATOM 50315 H1 TIP3X 750 -39.530 1.990 17.830 1.00 0.00 W7 H +ATOM 50316 H2 TIP3X 750 -39.420 2.660 19.190 1.00 0.00 W7 H +ATOM 50317 OH2 TIP3X 751 -19.470 19.960 33.740 1.00 0.00 W7 O +ATOM 50318 H1 TIP3X 751 -19.480 20.770 33.220 1.00 0.00 W7 H +ATOM 50319 H2 TIP3X 751 -18.730 20.060 34.340 1.00 0.00 W7 H +ATOM 50320 OH2 TIP3X 752 -16.570 40.120 -26.160 1.00 0.00 W7 O +ATOM 50321 H1 TIP3X 752 -17.340 40.380 -26.660 1.00 0.00 W7 H +ATOM 50322 H2 TIP3X 752 -16.550 40.710 -25.410 1.00 0.00 W7 H +ATOM 50323 OH2 TIP3X 753 -3.960 22.320 38.580 1.00 0.00 W7 O +ATOM 50324 H1 TIP3X 753 -4.760 22.350 38.060 1.00 0.00 W7 H +ATOM 50325 H2 TIP3X 753 -3.520 23.150 38.400 1.00 0.00 W7 H +ATOM 50326 OH2 TIP3X 754 -31.020 2.400 -40.630 1.00 0.00 W7 O +ATOM 50327 H1 TIP3X 754 -30.110 2.390 -40.920 1.00 0.00 W7 H +ATOM 50328 H2 TIP3X 754 -31.470 1.850 -41.280 1.00 0.00 W7 H +ATOM 50329 OH2 TIP3X 755 -29.340 25.700 -31.240 1.00 0.00 W7 O +ATOM 50330 H1 TIP3X 755 -29.280 26.470 -31.830 1.00 0.00 W7 H +ATOM 50331 H2 TIP3X 755 -30.150 25.260 -31.500 1.00 0.00 W7 H +ATOM 50332 OH2 TIP3X 756 1.320 -35.360 -30.870 1.00 0.00 W7 O +ATOM 50333 H1 TIP3X 756 1.990 -35.620 -31.500 1.00 0.00 W7 H +ATOM 50334 H2 TIP3X 756 0.520 -35.270 -31.380 1.00 0.00 W7 H +ATOM 50335 OH2 TIP3X 757 49.690 24.590 33.560 1.00 0.00 W7 O +ATOM 50336 H1 TIP3X 757 49.600 23.840 34.150 1.00 0.00 W7 H +ATOM 50337 H2 TIP3X 757 49.040 25.220 33.870 1.00 0.00 W7 H +ATOM 50338 OH2 TIP3X 758 -40.310 37.070 -45.080 1.00 0.00 W7 O +ATOM 50339 H1 TIP3X 758 -40.990 37.740 -44.990 1.00 0.00 W7 H +ATOM 50340 H2 TIP3X 758 -40.370 36.800 -46.000 1.00 0.00 W7 H +ATOM 50341 OH2 TIP3X 759 2.440 -23.100 26.370 1.00 0.00 W7 O +ATOM 50342 H1 TIP3X 759 2.430 -22.840 25.450 1.00 0.00 W7 H +ATOM 50343 H2 TIP3X 759 1.580 -22.870 26.710 1.00 0.00 W7 H +ATOM 50344 OH2 TIP3X 760 -30.890 -2.710 16.990 1.00 0.00 W7 O +ATOM 50345 H1 TIP3X 760 -31.130 -3.550 16.600 1.00 0.00 W7 H +ATOM 50346 H2 TIP3X 760 -31.720 -2.310 17.230 1.00 0.00 W7 H +ATOM 50347 OH2 TIP3X 761 23.940 26.450 -30.860 1.00 0.00 W7 O +ATOM 50348 H1 TIP3X 761 23.920 27.240 -30.330 1.00 0.00 W7 H +ATOM 50349 H2 TIP3X 761 23.250 25.890 -30.510 1.00 0.00 W7 H +ATOM 50350 OH2 TIP3X 762 35.760 13.440 -17.000 1.00 0.00 W7 O +ATOM 50351 H1 TIP3X 762 36.050 13.980 -17.720 1.00 0.00 W7 H +ATOM 50352 H2 TIP3X 762 36.560 13.240 -16.510 1.00 0.00 W7 H +ATOM 50353 OH2 TIP3X 763 -11.070 23.170 35.900 1.00 0.00 W7 O +ATOM 50354 H1 TIP3X 763 -10.970 24.100 35.680 1.00 0.00 W7 H +ATOM 50355 H2 TIP3X 763 -11.280 23.170 36.830 1.00 0.00 W7 H +ATOM 50356 OH2 TIP3X 764 -42.010 -26.960 -26.370 1.00 0.00 W7 O +ATOM 50357 H1 TIP3X 764 -41.220 -26.800 -26.890 1.00 0.00 W7 H +ATOM 50358 H2 TIP3X 764 -42.710 -26.560 -26.870 1.00 0.00 W7 H +ATOM 50359 OH2 TIP3X 765 7.540 32.990 18.730 1.00 0.00 W7 O +ATOM 50360 H1 TIP3X 765 7.060 32.470 18.080 1.00 0.00 W7 H +ATOM 50361 H2 TIP3X 765 8.220 33.430 18.230 1.00 0.00 W7 H +ATOM 50362 OH2 TIP3X 766 48.520 35.780 31.550 1.00 0.00 W7 O +ATOM 50363 H1 TIP3X 766 48.920 36.200 30.780 1.00 0.00 W7 H +ATOM 50364 H2 TIP3X 766 47.830 36.390 31.830 1.00 0.00 W7 H +ATOM 50365 OH2 TIP3X 767 30.950 -34.320 -49.630 1.00 0.00 W7 O +ATOM 50366 H1 TIP3X 767 31.290 -34.150 -50.500 1.00 0.00 W7 H +ATOM 50367 H2 TIP3X 767 31.690 -34.690 -49.140 1.00 0.00 W7 H +ATOM 50368 OH2 TIP3X 768 -17.440 21.330 -33.110 1.00 0.00 W7 O +ATOM 50369 H1 TIP3X 768 -17.340 20.560 -32.550 1.00 0.00 W7 H +ATOM 50370 H2 TIP3X 768 -18.380 21.420 -33.230 1.00 0.00 W7 H +ATOM 50371 OH2 TIP3X 769 37.010 -25.220 -34.450 1.00 0.00 W7 O +ATOM 50372 H1 TIP3X 769 37.240 -25.510 -33.570 1.00 0.00 W7 H +ATOM 50373 H2 TIP3X 769 36.290 -25.800 -34.710 1.00 0.00 W7 H +ATOM 50374 OH2 TIP3X 770 32.880 -40.190 21.700 1.00 0.00 W7 O +ATOM 50375 H1 TIP3X 770 32.850 -40.190 20.750 1.00 0.00 W7 H +ATOM 50376 H2 TIP3X 770 31.980 -40.020 21.980 1.00 0.00 W7 H +ATOM 50377 OH2 TIP3X 771 -5.130 -14.230 -39.360 1.00 0.00 W7 O +ATOM 50378 H1 TIP3X 771 -4.580 -14.680 -38.720 1.00 0.00 W7 H +ATOM 50379 H2 TIP3X 771 -5.580 -13.560 -38.860 1.00 0.00 W7 H +ATOM 50380 OH2 TIP3X 772 -42.120 -11.280 25.720 1.00 0.00 W7 O +ATOM 50381 H1 TIP3X 772 -41.870 -12.050 26.230 1.00 0.00 W7 H +ATOM 50382 H2 TIP3X 772 -41.380 -10.680 25.800 1.00 0.00 W7 H +ATOM 50383 OH2 TIP3X 773 6.290 19.070 -45.570 1.00 0.00 W7 O +ATOM 50384 H1 TIP3X 773 6.930 19.730 -45.860 1.00 0.00 W7 H +ATOM 50385 H2 TIP3X 773 6.750 18.240 -45.660 1.00 0.00 W7 H +ATOM 50386 OH2 TIP3X 774 37.000 29.990 22.880 1.00 0.00 W7 O +ATOM 50387 H1 TIP3X 774 37.650 29.290 22.860 1.00 0.00 W7 H +ATOM 50388 H2 TIP3X 774 36.460 29.850 22.100 1.00 0.00 W7 H +ATOM 50389 OH2 TIP3X 775 -20.140 -36.250 -22.910 1.00 0.00 W7 O +ATOM 50390 H1 TIP3X 775 -20.090 -37.180 -23.100 1.00 0.00 W7 H +ATOM 50391 H2 TIP3X 775 -20.240 -36.220 -21.950 1.00 0.00 W7 H +ATOM 50392 OH2 TIP3X 776 -11.410 -38.920 23.500 1.00 0.00 W7 O +ATOM 50393 H1 TIP3X 776 -10.960 -38.390 22.850 1.00 0.00 W7 H +ATOM 50394 H2 TIP3X 776 -10.750 -39.550 23.790 1.00 0.00 W7 H +ATOM 50395 OH2 TIP3X 777 7.840 -16.840 32.030 1.00 0.00 W7 O +ATOM 50396 H1 TIP3X 777 7.640 -17.630 32.540 1.00 0.00 W7 H +ATOM 50397 H2 TIP3X 777 7.680 -17.080 31.110 1.00 0.00 W7 H +ATOM 50398 OH2 TIP3X 778 -30.050 41.670 -26.080 1.00 0.00 W7 O +ATOM 50399 H1 TIP3X 778 -30.080 41.000 -26.760 1.00 0.00 W7 H +ATOM 50400 H2 TIP3X 778 -29.260 42.170 -26.250 1.00 0.00 W7 H +ATOM 50401 OH2 TIP3X 779 32.370 -44.230 -47.410 1.00 0.00 W7 O +ATOM 50402 H1 TIP3X 779 32.170 -43.830 -48.250 1.00 0.00 W7 H +ATOM 50403 H2 TIP3X 779 33.280 -43.970 -47.230 1.00 0.00 W7 H +ATOM 50404 OH2 TIP3X 780 -26.660 -26.750 -48.680 1.00 0.00 W7 O +ATOM 50405 H1 TIP3X 780 -27.210 -26.300 -48.030 1.00 0.00 W7 H +ATOM 50406 H2 TIP3X 780 -26.410 -26.070 -49.300 1.00 0.00 W7 H +ATOM 50407 OH2 TIP3X 781 32.570 -14.030 -27.600 1.00 0.00 W7 O +ATOM 50408 H1 TIP3X 781 31.650 -14.140 -27.830 1.00 0.00 W7 H +ATOM 50409 H2 TIP3X 781 33.040 -14.610 -28.200 1.00 0.00 W7 H +ATOM 50410 OH2 TIP3X 782 44.210 -47.770 -46.710 1.00 0.00 W7 O +ATOM 50411 H1 TIP3X 782 44.310 -48.720 -46.870 1.00 0.00 W7 H +ATOM 50412 H2 TIP3X 782 43.680 -47.460 -47.450 1.00 0.00 W7 H +ATOM 50413 OH2 TIP3X 783 -11.620 -8.660 31.620 1.00 0.00 W7 O +ATOM 50414 H1 TIP3X 783 -11.860 -9.520 31.250 1.00 0.00 W7 H +ATOM 50415 H2 TIP3X 783 -11.590 -8.080 30.860 1.00 0.00 W7 H +ATOM 50416 OH2 TIP3X 784 37.350 14.260 -37.300 1.00 0.00 W7 O +ATOM 50417 H1 TIP3X 784 37.270 14.890 -36.570 1.00 0.00 W7 H +ATOM 50418 H2 TIP3X 784 36.440 13.990 -37.480 1.00 0.00 W7 H +ATOM 50419 OH2 TIP3X 785 10.010 -18.770 25.440 1.00 0.00 W7 O +ATOM 50420 H1 TIP3X 785 9.300 -19.420 25.500 1.00 0.00 W7 H +ATOM 50421 H2 TIP3X 785 10.140 -18.660 24.500 1.00 0.00 W7 H +ATOM 50422 OH2 TIP3X 786 38.950 -21.500 25.990 1.00 0.00 W7 O +ATOM 50423 H1 TIP3X 786 38.220 -21.420 25.370 1.00 0.00 W7 H +ATOM 50424 H2 TIP3X 786 39.640 -21.960 25.500 1.00 0.00 W7 H +ATOM 50425 OH2 TIP3X 787 21.290 32.250 -30.660 1.00 0.00 W7 O +ATOM 50426 H1 TIP3X 787 20.990 31.360 -30.450 1.00 0.00 W7 H +ATOM 50427 H2 TIP3X 787 21.810 32.140 -31.460 1.00 0.00 W7 H +ATOM 50428 OH2 TIP3X 788 -30.600 11.620 -19.960 1.00 0.00 W7 O +ATOM 50429 H1 TIP3X 788 -31.380 11.060 -19.900 1.00 0.00 W7 H +ATOM 50430 H2 TIP3X 788 -30.670 12.210 -19.220 1.00 0.00 W7 H +ATOM 50431 OH2 TIP3X 789 45.550 -24.010 29.880 1.00 0.00 W7 O +ATOM 50432 H1 TIP3X 789 44.890 -24.230 30.530 1.00 0.00 W7 H +ATOM 50433 H2 TIP3X 789 46.370 -24.000 30.370 1.00 0.00 W7 H +ATOM 50434 OH2 TIP3X 790 3.540 -30.130 28.640 1.00 0.00 W7 O +ATOM 50435 H1 TIP3X 790 3.450 -31.070 28.770 1.00 0.00 W7 H +ATOM 50436 H2 TIP3X 790 2.660 -29.820 28.460 1.00 0.00 W7 H +ATOM 50437 OH2 TIP3X 791 -32.240 -27.500 20.180 1.00 0.00 W7 O +ATOM 50438 H1 TIP3X 791 -32.540 -26.980 19.440 1.00 0.00 W7 H +ATOM 50439 H2 TIP3X 791 -32.800 -27.220 20.910 1.00 0.00 W7 H +ATOM 50440 OH2 TIP3X 792 41.810 -44.420 -31.120 1.00 0.00 W7 O +ATOM 50441 H1 TIP3X 792 41.300 -45.230 -31.090 1.00 0.00 W7 H +ATOM 50442 H2 TIP3X 792 41.340 -43.860 -31.740 1.00 0.00 W7 H +ATOM 50443 OH2 TIP3X 793 17.490 -19.730 22.520 1.00 0.00 W7 O +ATOM 50444 H1 TIP3X 793 18.220 -20.010 23.090 1.00 0.00 W7 H +ATOM 50445 H2 TIP3X 793 17.840 -18.960 22.070 1.00 0.00 W7 H +ATOM 50446 OH2 TIP3X 794 5.000 3.580 -48.010 1.00 0.00 W7 O +ATOM 50447 H1 TIP3X 794 5.210 4.110 -47.240 1.00 0.00 W7 H +ATOM 50448 H2 TIP3X 794 4.820 4.230 -48.690 1.00 0.00 W7 H +ATOM 50449 OH2 TIP3X 795 33.820 -15.170 22.050 1.00 0.00 W7 O +ATOM 50450 H1 TIP3X 795 33.520 -15.640 21.270 1.00 0.00 W7 H +ATOM 50451 H2 TIP3X 795 34.720 -15.450 22.170 1.00 0.00 W7 H +ATOM 50452 OH2 TIP3X 796 -40.190 -42.100 -41.950 1.00 0.00 W7 O +ATOM 50453 H1 TIP3X 796 -39.960 -42.850 -41.380 1.00 0.00 W7 H +ATOM 50454 H2 TIP3X 796 -40.910 -42.420 -42.490 1.00 0.00 W7 H +ATOM 50455 OH2 TIP3X 797 -35.920 29.270 -34.610 1.00 0.00 W7 O +ATOM 50456 H1 TIP3X 797 -35.180 29.520 -34.070 1.00 0.00 W7 H +ATOM 50457 H2 TIP3X 797 -36.690 29.370 -34.030 1.00 0.00 W7 H +ATOM 50458 OH2 TIP3X 798 -11.190 12.350 31.490 1.00 0.00 W7 O +ATOM 50459 H1 TIP3X 798 -11.000 11.910 30.650 1.00 0.00 W7 H +ATOM 50460 H2 TIP3X 798 -10.730 11.820 32.130 1.00 0.00 W7 H +ATOM 50461 OH2 TIP3X 799 26.380 7.170 -12.380 1.00 0.00 W7 O +ATOM 50462 H1 TIP3X 799 25.430 7.210 -12.240 1.00 0.00 W7 H +ATOM 50463 H2 TIP3X 799 26.580 6.230 -12.410 1.00 0.00 W7 H +ATOM 50464 OH2 TIP3X 800 16.570 -42.620 -32.050 1.00 0.00 W7 O +ATOM 50465 H1 TIP3X 800 17.010 -42.140 -32.740 1.00 0.00 W7 H +ATOM 50466 H2 TIP3X 800 17.270 -42.950 -31.490 1.00 0.00 W7 H +ATOM 50467 OH2 TIP3X 801 34.830 40.370 -10.240 1.00 0.00 W7 O +ATOM 50468 H1 TIP3X 801 35.200 40.940 -9.560 1.00 0.00 W7 H +ATOM 50469 H2 TIP3X 801 35.570 40.010 -10.710 1.00 0.00 W7 H +ATOM 50470 OH2 TIP3X 802 12.370 10.600 -38.300 1.00 0.00 W7 O +ATOM 50471 H1 TIP3X 802 12.140 10.870 -39.200 1.00 0.00 W7 H +ATOM 50472 H2 TIP3X 802 13.180 11.080 -38.110 1.00 0.00 W7 H +ATOM 50473 OH2 TIP3X 803 40.310 -46.880 -51.240 1.00 0.00 W7 O +ATOM 50474 H1 TIP3X 803 40.960 -47.570 -51.150 1.00 0.00 W7 H +ATOM 50475 H2 TIP3X 803 39.580 -47.290 -51.700 1.00 0.00 W7 H +ATOM 50476 OH2 TIP3X 804 -1.250 -48.990 16.610 1.00 0.00 W7 O +ATOM 50477 H1 TIP3X 804 -0.820 -49.820 16.410 1.00 0.00 W7 H +ATOM 50478 H2 TIP3X 804 -0.690 -48.330 16.190 1.00 0.00 W7 H +ATOM 50479 OH2 TIP3X 805 -21.460 1.840 -41.570 1.00 0.00 W7 O +ATOM 50480 H1 TIP3X 805 -21.030 1.940 -42.420 1.00 0.00 W7 H +ATOM 50481 H2 TIP3X 805 -21.940 2.670 -41.450 1.00 0.00 W7 H +ATOM 50482 OH2 TIP3X 806 11.030 35.510 37.430 1.00 0.00 W7 O +ATOM 50483 H1 TIP3X 806 11.480 34.870 36.910 1.00 0.00 W7 H +ATOM 50484 H2 TIP3X 806 11.510 35.520 38.260 1.00 0.00 W7 H +ATOM 50485 OH2 TIP3X 807 -10.540 -3.860 39.320 1.00 0.00 W7 O +ATOM 50486 H1 TIP3X 807 -10.330 -2.980 39.630 1.00 0.00 W7 H +ATOM 50487 H2 TIP3X 807 -11.440 -3.800 39.000 1.00 0.00 W7 H +ATOM 50488 OH2 TIP3X 808 -23.840 24.960 -47.590 1.00 0.00 W7 O +ATOM 50489 H1 TIP3X 808 -24.730 24.840 -47.930 1.00 0.00 W7 H +ATOM 50490 H2 TIP3X 808 -23.290 24.940 -48.370 1.00 0.00 W7 H +ATOM 50491 OH2 TIP3X 809 24.670 7.940 -21.630 1.00 0.00 W7 O +ATOM 50492 H1 TIP3X 809 24.600 8.600 -20.950 1.00 0.00 W7 H +ATOM 50493 H2 TIP3X 809 24.860 7.130 -21.150 1.00 0.00 W7 H +ATOM 50494 OH2 TIP3X 810 44.040 -30.330 -31.530 1.00 0.00 W7 O +ATOM 50495 H1 TIP3X 810 44.990 -30.360 -31.540 1.00 0.00 W7 H +ATOM 50496 H2 TIP3X 810 43.820 -29.400 -31.670 1.00 0.00 W7 H +ATOM 50497 OH2 TIP3X 811 41.060 10.140 -26.990 1.00 0.00 W7 O +ATOM 50498 H1 TIP3X 811 41.330 10.730 -27.700 1.00 0.00 W7 H +ATOM 50499 H2 TIP3X 811 40.540 9.470 -27.430 1.00 0.00 W7 H +ATOM 50500 OH2 TIP3X 812 -22.700 39.630 -39.670 1.00 0.00 W7 O +ATOM 50501 H1 TIP3X 812 -23.060 39.010 -40.300 1.00 0.00 W7 H +ATOM 50502 H2 TIP3X 812 -23.200 40.430 -39.820 1.00 0.00 W7 H +ATOM 50503 OH2 TIP3X 813 32.630 -21.770 -28.220 1.00 0.00 W7 O +ATOM 50504 H1 TIP3X 813 32.810 -21.410 -29.100 1.00 0.00 W7 H +ATOM 50505 H2 TIP3X 813 33.490 -21.900 -27.830 1.00 0.00 W7 H +ATOM 50506 OH2 TIP3X 814 -14.020 6.890 39.700 1.00 0.00 W7 O +ATOM 50507 H1 TIP3X 814 -14.940 7.130 39.830 1.00 0.00 W7 H +ATOM 50508 H2 TIP3X 814 -13.840 7.130 38.780 1.00 0.00 W7 H +ATOM 50509 OH2 TIP3X 815 -28.510 -27.130 30.440 1.00 0.00 W7 O +ATOM 50510 H1 TIP3X 815 -27.720 -27.530 30.090 1.00 0.00 W7 H +ATOM 50511 H2 TIP3X 815 -29.220 -27.710 30.170 1.00 0.00 W7 H +ATOM 50512 OH2 TIP3X 816 34.140 -42.000 -35.240 1.00 0.00 W7 O +ATOM 50513 H1 TIP3X 816 33.260 -41.840 -35.580 1.00 0.00 W7 H +ATOM 50514 H2 TIP3X 816 34.160 -42.950 -35.070 1.00 0.00 W7 H +ATOM 50515 OH2 TIP3X 817 -41.630 -39.380 -21.070 1.00 0.00 W7 O +ATOM 50516 H1 TIP3X 817 -42.440 -39.730 -20.690 1.00 0.00 W7 H +ATOM 50517 H2 TIP3X 817 -41.840 -38.480 -21.300 1.00 0.00 W7 H +ATOM 50518 OH2 TIP3X 818 -37.320 27.870 -25.790 1.00 0.00 W7 O +ATOM 50519 H1 TIP3X 818 -37.800 28.460 -26.370 1.00 0.00 W7 H +ATOM 50520 H2 TIP3X 818 -36.510 28.340 -25.600 1.00 0.00 W7 H +ATOM 50521 OH2 TIP3X 819 8.320 -51.360 22.970 1.00 0.00 W7 O +ATOM 50522 H1 TIP3X 819 9.040 -51.750 22.470 1.00 0.00 W7 H +ATOM 50523 H2 TIP3X 819 8.380 -51.770 23.840 1.00 0.00 W7 H +ATOM 50524 OH2 TIP3X 820 -43.800 -29.020 14.450 1.00 0.00 W7 O +ATOM 50525 H1 TIP3X 820 -42.880 -29.220 14.310 1.00 0.00 W7 H +ATOM 50526 H2 TIP3X 820 -44.030 -29.530 15.230 1.00 0.00 W7 H +ATOM 50527 OH2 TIP3X 821 -23.610 8.440 -21.140 1.00 0.00 W7 O +ATOM 50528 H1 TIP3X 821 -23.110 8.630 -20.360 1.00 0.00 W7 H +ATOM 50529 H2 TIP3X 821 -24.460 8.140 -20.810 1.00 0.00 W7 H +ATOM 50530 OH2 TIP3X 822 -34.850 40.930 -31.680 1.00 0.00 W7 O +ATOM 50531 H1 TIP3X 822 -34.820 40.970 -30.720 1.00 0.00 W7 H +ATOM 50532 H2 TIP3X 822 -35.730 40.620 -31.880 1.00 0.00 W7 H +ATOM 50533 OH2 TIP3X 823 -40.410 2.740 -38.940 1.00 0.00 W7 O +ATOM 50534 H1 TIP3X 823 -40.630 2.080 -38.280 1.00 0.00 W7 H +ATOM 50535 H2 TIP3X 823 -40.950 2.520 -39.700 1.00 0.00 W7 H +ATOM 50536 OH2 TIP3X 824 31.660 -25.900 -15.980 1.00 0.00 W7 O +ATOM 50537 H1 TIP3X 824 31.860 -25.540 -16.850 1.00 0.00 W7 H +ATOM 50538 H2 TIP3X 824 32.480 -25.840 -15.490 1.00 0.00 W7 H +ATOM 50539 OH2 TIP3X 825 30.710 -0.420 29.080 1.00 0.00 W7 O +ATOM 50540 H1 TIP3X 825 31.510 -0.030 29.440 1.00 0.00 W7 H +ATOM 50541 H2 TIP3X 825 30.690 -0.080 28.180 1.00 0.00 W7 H +ATOM 50542 OH2 TIP3X 826 -42.210 30.930 -19.550 1.00 0.00 W7 O +ATOM 50543 H1 TIP3X 826 -42.420 31.100 -18.640 1.00 0.00 W7 H +ATOM 50544 H2 TIP3X 826 -41.620 31.650 -19.790 1.00 0.00 W7 H +ATOM 50545 OH2 TIP3X 827 -26.700 -44.230 27.610 1.00 0.00 W7 O +ATOM 50546 H1 TIP3X 827 -26.290 -43.750 26.880 1.00 0.00 W7 H +ATOM 50547 H2 TIP3X 827 -26.110 -44.970 27.780 1.00 0.00 W7 H +ATOM 50548 OH2 TIP3X 828 38.050 22.810 -20.050 1.00 0.00 W7 O +ATOM 50549 H1 TIP3X 828 38.750 22.780 -19.400 1.00 0.00 W7 H +ATOM 50550 H2 TIP3X 828 37.860 21.900 -20.240 1.00 0.00 W7 H +ATOM 50551 OH2 TIP3X 829 15.680 18.760 -47.650 1.00 0.00 W7 O +ATOM 50552 H1 TIP3X 829 15.670 17.830 -47.500 1.00 0.00 W7 H +ATOM 50553 H2 TIP3X 829 15.990 18.860 -48.560 1.00 0.00 W7 H +ATOM 50554 OH2 TIP3X 830 4.670 2.000 -50.860 1.00 0.00 W7 O +ATOM 50555 H1 TIP3X 830 5.270 2.480 -51.420 1.00 0.00 W7 H +ATOM 50556 H2 TIP3X 830 4.660 2.500 -50.040 1.00 0.00 W7 H +ATOM 50557 OH2 TIP3X 831 -31.220 -18.090 -46.800 1.00 0.00 W7 O +ATOM 50558 H1 TIP3X 831 -31.120 -17.230 -46.400 1.00 0.00 W7 H +ATOM 50559 H2 TIP3X 831 -31.490 -18.660 -46.100 1.00 0.00 W7 H +ATOM 50560 OH2 TIP3X 832 42.320 -42.760 31.260 1.00 0.00 W7 O +ATOM 50561 H1 TIP3X 832 43.200 -42.410 31.180 1.00 0.00 W7 H +ATOM 50562 H2 TIP3X 832 42.400 -43.520 31.830 1.00 0.00 W7 H +ATOM 50563 OH2 TIP3X 833 19.640 -42.330 24.900 1.00 0.00 W7 O +ATOM 50564 H1 TIP3X 833 18.930 -42.970 24.970 1.00 0.00 W7 H +ATOM 50565 H2 TIP3X 833 19.310 -41.560 25.360 1.00 0.00 W7 H +ATOM 50566 OH2 TIP3X 834 -30.970 -7.700 35.820 1.00 0.00 W7 O +ATOM 50567 H1 TIP3X 834 -31.020 -7.510 36.760 1.00 0.00 W7 H +ATOM 50568 H2 TIP3X 834 -31.030 -6.850 35.400 1.00 0.00 W7 H +ATOM 50569 OH2 TIP3X 835 -11.340 -7.940 -45.400 1.00 0.00 W7 O +ATOM 50570 H1 TIP3X 835 -10.540 -8.450 -45.480 1.00 0.00 W7 H +ATOM 50571 H2 TIP3X 835 -12.020 -8.470 -45.800 1.00 0.00 W7 H +ATOM 50572 OH2 TIP3X 836 -29.340 -30.040 24.850 1.00 0.00 W7 O +ATOM 50573 H1 TIP3X 836 -30.140 -30.030 24.310 1.00 0.00 W7 H +ATOM 50574 H2 TIP3X 836 -28.660 -29.690 24.270 1.00 0.00 W7 H +ATOM 50575 OH2 TIP3X 837 8.750 -6.520 19.970 1.00 0.00 W7 O +ATOM 50576 H1 TIP3X 837 8.480 -5.600 20.010 1.00 0.00 W7 H +ATOM 50577 H2 TIP3X 837 9.290 -6.580 19.180 1.00 0.00 W7 H +ATOM 50578 OH2 TIP3X 838 47.520 13.540 -40.910 1.00 0.00 W7 O +ATOM 50579 H1 TIP3X 838 46.700 13.120 -41.190 1.00 0.00 W7 H +ATOM 50580 H2 TIP3X 838 47.240 14.260 -40.350 1.00 0.00 W7 H +ATOM 50581 OH2 TIP3X 839 -22.260 37.530 -37.390 1.00 0.00 W7 O +ATOM 50582 H1 TIP3X 839 -22.150 36.860 -38.060 1.00 0.00 W7 H +ATOM 50583 H2 TIP3X 839 -22.420 38.330 -37.890 1.00 0.00 W7 H +ATOM 50584 OH2 TIP3X 840 -6.090 31.750 37.440 1.00 0.00 W7 O +ATOM 50585 H1 TIP3X 840 -5.860 32.320 38.160 1.00 0.00 W7 H +ATOM 50586 H2 TIP3X 840 -5.330 31.170 37.340 1.00 0.00 W7 H +ATOM 50587 OH2 TIP3X 841 -42.950 -19.370 -45.640 1.00 0.00 W7 O +ATOM 50588 H1 TIP3X 841 -42.400 -19.820 -44.990 1.00 0.00 W7 H +ATOM 50589 H2 TIP3X 841 -43.840 -19.600 -45.380 1.00 0.00 W7 H +ATOM 50590 OH2 TIP3X 842 40.690 22.020 -22.980 1.00 0.00 W7 O +ATOM 50591 H1 TIP3X 842 39.750 22.070 -23.140 1.00 0.00 W7 H +ATOM 50592 H2 TIP3X 842 41.080 22.650 -23.580 1.00 0.00 W7 H +ATOM 50593 OH2 TIP3X 843 25.590 -0.260 -47.500 1.00 0.00 W7 O +ATOM 50594 H1 TIP3X 843 25.750 -1.130 -47.110 1.00 0.00 W7 H +ATOM 50595 H2 TIP3X 843 25.340 -0.450 -48.400 1.00 0.00 W7 H +ATOM 50596 OH2 TIP3X 844 -39.010 -3.640 24.110 1.00 0.00 W7 O +ATOM 50597 H1 TIP3X 844 -38.950 -4.230 23.350 1.00 0.00 W7 H +ATOM 50598 H2 TIP3X 844 -38.110 -3.580 24.430 1.00 0.00 W7 H +ATOM 50599 OH2 TIP3X 845 -43.040 -13.150 31.250 1.00 0.00 W7 O +ATOM 50600 H1 TIP3X 845 -42.140 -12.920 31.440 1.00 0.00 W7 H +ATOM 50601 H2 TIP3X 845 -43.350 -13.600 32.030 1.00 0.00 W7 H +ATOM 50602 OH2 TIP3X 846 -41.110 -16.240 -49.250 1.00 0.00 W7 O +ATOM 50603 H1 TIP3X 846 -41.590 -17.070 -49.330 1.00 0.00 W7 H +ATOM 50604 H2 TIP3X 846 -40.750 -16.250 -48.370 1.00 0.00 W7 H +ATOM 50605 OH2 TIP3X 847 -4.340 -44.760 37.920 1.00 0.00 W7 O +ATOM 50606 H1 TIP3X 847 -5.250 -44.600 37.670 1.00 0.00 W7 H +ATOM 50607 H2 TIP3X 847 -4.050 -45.460 37.340 1.00 0.00 W7 H +ATOM 50608 OH2 TIP3X 848 31.030 33.360 32.320 1.00 0.00 W7 O +ATOM 50609 H1 TIP3X 848 30.210 33.110 32.750 1.00 0.00 W7 H +ATOM 50610 H2 TIP3X 848 31.530 32.540 32.260 1.00 0.00 W7 H +ATOM 50611 OH2 TIP3X 849 -4.520 14.940 -26.300 1.00 0.00 W7 O +ATOM 50612 H1 TIP3X 849 -4.970 15.770 -26.310 1.00 0.00 W7 H +ATOM 50613 H2 TIP3X 849 -5.150 14.330 -25.920 1.00 0.00 W7 H +ATOM 50614 OH2 TIP3X 850 7.880 37.980 32.840 1.00 0.00 W7 O +ATOM 50615 H1 TIP3X 850 7.300 37.780 33.570 1.00 0.00 W7 H +ATOM 50616 H2 TIP3X 850 7.510 37.510 32.090 1.00 0.00 W7 H +ATOM 50617 OH2 TIP3X 851 -20.600 -39.120 -49.140 1.00 0.00 W7 O +ATOM 50618 H1 TIP3X 851 -20.330 -39.790 -49.770 1.00 0.00 W7 H +ATOM 50619 H2 TIP3X 851 -21.040 -39.600 -48.450 1.00 0.00 W7 H +ATOM 50620 OH2 TIP3X 852 -7.610 4.280 -42.500 1.00 0.00 W7 O +ATOM 50621 H1 TIP3X 852 -6.690 4.540 -42.440 1.00 0.00 W7 H +ATOM 50622 H2 TIP3X 852 -7.590 3.490 -43.040 1.00 0.00 W7 H +ATOM 50623 OH2 TIP3X 853 -28.970 33.390 35.920 1.00 0.00 W7 O +ATOM 50624 H1 TIP3X 853 -28.880 34.130 35.310 1.00 0.00 W7 H +ATOM 50625 H2 TIP3X 853 -28.100 33.000 35.970 1.00 0.00 W7 H +ATOM 50626 OH2 TIP3X 854 -37.800 22.320 -21.860 1.00 0.00 W7 O +ATOM 50627 H1 TIP3X 854 -37.860 21.470 -22.310 1.00 0.00 W7 H +ATOM 50628 H2 TIP3X 854 -37.980 22.960 -22.540 1.00 0.00 W7 H +ATOM 50629 OH2 TIP3X 855 -27.120 -0.550 39.220 1.00 0.00 W7 O +ATOM 50630 H1 TIP3X 855 -27.240 0.280 38.780 1.00 0.00 W7 H +ATOM 50631 H2 TIP3X 855 -27.530 -0.440 40.080 1.00 0.00 W7 H +ATOM 50632 OH2 TIP3X 856 -2.600 -23.480 37.210 1.00 0.00 W7 O +ATOM 50633 H1 TIP3X 856 -2.440 -22.600 37.550 1.00 0.00 W7 H +ATOM 50634 H2 TIP3X 856 -2.040 -23.530 36.440 1.00 0.00 W7 H +ATOM 50635 OH2 TIP3X 857 -30.800 -2.110 -20.880 1.00 0.00 W7 O +ATOM 50636 H1 TIP3X 857 -30.170 -2.400 -21.540 1.00 0.00 W7 H +ATOM 50637 H2 TIP3X 857 -31.470 -1.630 -21.370 1.00 0.00 W7 H +ATOM 50638 OH2 TIP3X 858 -38.900 26.280 -14.520 1.00 0.00 W7 O +ATOM 50639 H1 TIP3X 858 -39.120 27.190 -14.340 1.00 0.00 W7 H +ATOM 50640 H2 TIP3X 858 -39.620 25.960 -15.060 1.00 0.00 W7 H +ATOM 50641 OH2 TIP3X 859 -23.240 -9.790 24.860 1.00 0.00 W7 O +ATOM 50642 H1 TIP3X 859 -24.090 -9.710 25.300 1.00 0.00 W7 H +ATOM 50643 H2 TIP3X 859 -23.160 -10.720 24.660 1.00 0.00 W7 H +ATOM 50644 OH2 TIP3X 860 -19.410 29.600 27.070 1.00 0.00 W7 O +ATOM 50645 H1 TIP3X 860 -18.930 28.770 27.080 1.00 0.00 W7 H +ATOM 50646 H2 TIP3X 860 -19.070 30.100 27.820 1.00 0.00 W7 H +ATOM 50647 OH2 TIP3X 861 18.370 41.170 -34.050 1.00 0.00 W7 O +ATOM 50648 H1 TIP3X 861 18.550 41.870 -33.420 1.00 0.00 W7 H +ATOM 50649 H2 TIP3X 861 17.440 40.950 -33.900 1.00 0.00 W7 H +ATOM 50650 OH2 TIP3X 862 -13.180 -50.690 15.160 1.00 0.00 W7 O +ATOM 50651 H1 TIP3X 862 -13.230 -51.640 15.230 1.00 0.00 W7 H +ATOM 50652 H2 TIP3X 862 -13.130 -50.390 16.070 1.00 0.00 W7 H +ATOM 50653 OH2 TIP3X 863 23.550 -21.330 -50.120 1.00 0.00 W7 O +ATOM 50654 H1 TIP3X 863 23.590 -21.600 -51.040 1.00 0.00 W7 H +ATOM 50655 H2 TIP3X 863 23.030 -20.530 -50.130 1.00 0.00 W7 H +ATOM 50656 OH2 TIP3X 864 -42.530 14.190 33.920 1.00 0.00 W7 O +ATOM 50657 H1 TIP3X 864 -42.690 14.690 34.720 1.00 0.00 W7 H +ATOM 50658 H2 TIP3X 864 -43.380 14.140 33.500 1.00 0.00 W7 H +ATOM 50659 OH2 TIP3X 865 -13.260 39.460 27.430 1.00 0.00 W7 O +ATOM 50660 H1 TIP3X 865 -13.290 40.400 27.590 1.00 0.00 W7 H +ATOM 50661 H2 TIP3X 865 -13.460 39.050 28.280 1.00 0.00 W7 H +ATOM 50662 OH2 TIP3X 866 15.100 9.230 -44.810 1.00 0.00 W7 O +ATOM 50663 H1 TIP3X 866 15.930 9.430 -45.240 1.00 0.00 W7 H +ATOM 50664 H2 TIP3X 866 15.140 9.710 -43.980 1.00 0.00 W7 H +ATOM 50665 OH2 TIP3X 867 -10.520 9.660 32.540 1.00 0.00 W7 O +ATOM 50666 H1 TIP3X 867 -10.310 8.720 32.510 1.00 0.00 W7 H +ATOM 50667 H2 TIP3X 867 -11.440 9.690 32.810 1.00 0.00 W7 H +ATOM 50668 OH2 TIP3X 868 -32.710 30.170 -41.990 1.00 0.00 W7 O +ATOM 50669 H1 TIP3X 868 -32.860 30.900 -41.400 1.00 0.00 W7 H +ATOM 50670 H2 TIP3X 868 -32.060 29.630 -41.560 1.00 0.00 W7 H +ATOM 50671 OH2 TIP3X 869 -21.360 -10.980 33.350 1.00 0.00 W7 O +ATOM 50672 H1 TIP3X 869 -21.890 -10.920 34.150 1.00 0.00 W7 H +ATOM 50673 H2 TIP3X 869 -20.520 -11.330 33.650 1.00 0.00 W7 H +ATOM 50674 OH2 TIP3X 870 14.340 10.110 18.920 1.00 0.00 W7 O +ATOM 50675 H1 TIP3X 870 13.990 10.120 18.030 1.00 0.00 W7 H +ATOM 50676 H2 TIP3X 870 13.940 9.340 19.330 1.00 0.00 W7 H +ATOM 50677 OH2 TIP3X 871 -11.600 42.360 -41.880 1.00 0.00 W7 O +ATOM 50678 H1 TIP3X 871 -12.090 42.530 -42.670 1.00 0.00 W7 H +ATOM 50679 H2 TIP3X 871 -11.670 41.410 -41.760 1.00 0.00 W7 H +ATOM 50680 OH2 TIP3X 872 2.590 -23.210 23.890 1.00 0.00 W7 O +ATOM 50681 H1 TIP3X 872 2.400 -22.790 23.050 1.00 0.00 W7 H +ATOM 50682 H2 TIP3X 872 3.460 -23.610 23.770 1.00 0.00 W7 H +ATOM 50683 OH2 TIP3X 873 38.310 17.750 32.730 1.00 0.00 W7 O +ATOM 50684 H1 TIP3X 873 37.660 18.400 33.010 1.00 0.00 W7 H +ATOM 50685 H2 TIP3X 873 38.160 17.650 31.790 1.00 0.00 W7 H +ATOM 50686 OH2 TIP3X 874 -24.960 -8.130 37.280 1.00 0.00 W7 O +ATOM 50687 H1 TIP3X 874 -24.140 -7.740 37.600 1.00 0.00 W7 H +ATOM 50688 H2 TIP3X 874 -25.320 -8.580 38.050 1.00 0.00 W7 H +ATOM 50689 OH2 TIP3X 875 -38.790 -44.440 -51.420 1.00 0.00 W7 O +ATOM 50690 H1 TIP3X 875 -38.750 -43.680 -50.840 1.00 0.00 W7 H +ATOM 50691 H2 TIP3X 875 -39.640 -44.370 -51.850 1.00 0.00 W7 H +ATOM 50692 OH2 TIP3X 876 -25.930 13.390 20.530 1.00 0.00 W7 O +ATOM 50693 H1 TIP3X 876 -25.250 13.260 19.860 1.00 0.00 W7 H +ATOM 50694 H2 TIP3X 876 -25.670 12.840 21.260 1.00 0.00 W7 H +ATOM 50695 OH2 TIP3X 877 32.790 24.680 -25.400 1.00 0.00 W7 O +ATOM 50696 H1 TIP3X 877 32.780 24.880 -26.330 1.00 0.00 W7 H +ATOM 50697 H2 TIP3X 877 31.960 24.220 -25.240 1.00 0.00 W7 H +ATOM 50698 OH2 TIP3X 878 -12.200 -31.750 -37.590 1.00 0.00 W7 O +ATOM 50699 H1 TIP3X 878 -12.360 -32.690 -37.440 1.00 0.00 W7 H +ATOM 50700 H2 TIP3X 878 -12.820 -31.520 -38.280 1.00 0.00 W7 H +ATOM 50701 OH2 TIP3X 879 -26.440 -11.920 17.990 1.00 0.00 W7 O +ATOM 50702 H1 TIP3X 879 -25.670 -12.110 17.470 1.00 0.00 W7 H +ATOM 50703 H2 TIP3X 879 -26.670 -12.760 18.400 1.00 0.00 W7 H +ATOM 50704 OH2 TIP3X 880 37.590 -45.500 24.250 1.00 0.00 W7 O +ATOM 50705 H1 TIP3X 880 37.100 -45.080 23.540 1.00 0.00 W7 H +ATOM 50706 H2 TIP3X 880 37.350 -46.420 24.190 1.00 0.00 W7 H +ATOM 50707 OH2 TIP3X 881 -13.700 -18.470 -47.750 1.00 0.00 W7 O +ATOM 50708 H1 TIP3X 881 -14.270 -17.830 -47.340 1.00 0.00 W7 H +ATOM 50709 H2 TIP3X 881 -14.270 -18.950 -48.350 1.00 0.00 W7 H +ATOM 50710 OH2 TIP3X 882 36.090 -18.360 30.590 1.00 0.00 W7 O +ATOM 50711 H1 TIP3X 882 36.670 -18.500 31.340 1.00 0.00 W7 H +ATOM 50712 H2 TIP3X 882 35.210 -18.360 30.960 1.00 0.00 W7 H +ATOM 50713 OH2 TIP3X 883 4.120 -37.640 -38.490 1.00 0.00 W7 O +ATOM 50714 H1 TIP3X 883 4.610 -38.450 -38.630 1.00 0.00 W7 H +ATOM 50715 H2 TIP3X 883 4.620 -37.160 -37.840 1.00 0.00 W7 H +ATOM 50716 OH2 TIP3X 884 -30.430 -13.140 -15.250 1.00 0.00 W7 O +ATOM 50717 H1 TIP3X 884 -31.340 -13.270 -15.020 1.00 0.00 W7 H +ATOM 50718 H2 TIP3X 884 -30.190 -12.310 -14.830 1.00 0.00 W7 H +ATOM 50719 OH2 TIP3X 885 14.830 -42.280 -42.090 1.00 0.00 W7 O +ATOM 50720 H1 TIP3X 885 15.390 -41.510 -42.010 1.00 0.00 W7 H +ATOM 50721 H2 TIP3X 885 14.910 -42.720 -41.250 1.00 0.00 W7 H +ATOM 50722 OH2 TIP3X 886 26.720 33.160 31.710 1.00 0.00 W7 O +ATOM 50723 H1 TIP3X 886 27.220 33.740 32.280 1.00 0.00 W7 H +ATOM 50724 H2 TIP3X 886 26.190 32.640 32.310 1.00 0.00 W7 H +ATOM 50725 OH2 TIP3X 887 -33.870 -13.080 -48.900 1.00 0.00 W7 O +ATOM 50726 H1 TIP3X 887 -33.990 -13.180 -47.960 1.00 0.00 W7 H +ATOM 50727 H2 TIP3X 887 -33.260 -13.790 -49.130 1.00 0.00 W7 H +ATOM 50728 OH2 TIP3X 888 6.710 -6.970 -36.140 1.00 0.00 W7 O +ATOM 50729 H1 TIP3X 888 6.790 -7.560 -35.390 1.00 0.00 W7 H +ATOM 50730 H2 TIP3X 888 5.880 -7.190 -36.540 1.00 0.00 W7 H +ATOM 50731 OH2 TIP3X 889 6.510 -34.110 36.880 1.00 0.00 W7 O +ATOM 50732 H1 TIP3X 889 5.860 -34.780 36.630 1.00 0.00 W7 H +ATOM 50733 H2 TIP3X 889 6.370 -33.390 36.270 1.00 0.00 W7 H +ATOM 50734 OH2 TIP3X 890 39.460 -5.680 -28.400 1.00 0.00 W7 O +ATOM 50735 H1 TIP3X 890 38.540 -5.900 -28.210 1.00 0.00 W7 H +ATOM 50736 H2 TIP3X 890 39.860 -5.570 -27.540 1.00 0.00 W7 H +ATOM 50737 OH2 TIP3X 891 -20.230 8.880 29.360 1.00 0.00 W7 O +ATOM 50738 H1 TIP3X 891 -20.660 8.350 30.020 1.00 0.00 W7 H +ATOM 50739 H2 TIP3X 891 -20.840 8.860 28.620 1.00 0.00 W7 H +ATOM 50740 OH2 TIP3X 892 -25.260 -24.370 -44.640 1.00 0.00 W7 O +ATOM 50741 H1 TIP3X 892 -24.420 -24.820 -44.670 1.00 0.00 W7 H +ATOM 50742 H2 TIP3X 892 -25.480 -24.190 -45.550 1.00 0.00 W7 H +ATOM 50743 OH2 TIP3X 893 20.910 -13.670 -31.200 1.00 0.00 W7 O +ATOM 50744 H1 TIP3X 893 21.840 -13.680 -31.400 1.00 0.00 W7 H +ATOM 50745 H2 TIP3X 893 20.660 -12.740 -31.280 1.00 0.00 W7 H +ATOM 50746 OH2 TIP3X 894 29.110 2.150 15.490 1.00 0.00 W7 O +ATOM 50747 H1 TIP3X 894 29.710 2.780 15.110 1.00 0.00 W7 H +ATOM 50748 H2 TIP3X 894 28.240 2.430 15.210 1.00 0.00 W7 H +ATOM 50749 OH2 TIP3X 895 -37.330 21.150 -42.370 1.00 0.00 W7 O +ATOM 50750 H1 TIP3X 895 -36.400 21.280 -42.200 1.00 0.00 W7 H +ATOM 50751 H2 TIP3X 895 -37.780 21.660 -41.700 1.00 0.00 W7 H +ATOM 50752 OH2 TIP3X 896 -15.810 6.640 27.360 1.00 0.00 W7 O +ATOM 50753 H1 TIP3X 896 -15.450 7.460 27.710 1.00 0.00 W7 H +ATOM 50754 H2 TIP3X 896 -16.590 6.900 26.890 1.00 0.00 W7 H +ATOM 50755 OH2 TIP3X 897 5.630 4.120 -27.870 1.00 0.00 W7 O +ATOM 50756 H1 TIP3X 897 5.150 3.920 -27.070 1.00 0.00 W7 H +ATOM 50757 H2 TIP3X 897 6.530 4.260 -27.590 1.00 0.00 W7 H +ATOM 50758 OH2 TIP3X 898 14.060 -25.350 28.000 1.00 0.00 W7 O +ATOM 50759 H1 TIP3X 898 13.790 -24.800 28.740 1.00 0.00 W7 H +ATOM 50760 H2 TIP3X 898 13.450 -26.090 28.030 1.00 0.00 W7 H +ATOM 50761 OH2 TIP3X 899 35.110 17.480 19.130 1.00 0.00 W7 O +ATOM 50762 H1 TIP3X 899 35.660 18.170 18.770 1.00 0.00 W7 H +ATOM 50763 H2 TIP3X 899 35.680 16.980 19.720 1.00 0.00 W7 H +ATOM 50764 OH2 TIP3X 900 -13.050 -33.180 23.930 1.00 0.00 W7 O +ATOM 50765 H1 TIP3X 900 -13.740 -32.510 23.950 1.00 0.00 W7 H +ATOM 50766 H2 TIP3X 900 -12.840 -33.350 24.850 1.00 0.00 W7 H +ATOM 50767 OH2 TIP3X 901 35.310 25.250 -24.890 1.00 0.00 W7 O +ATOM 50768 H1 TIP3X 901 35.870 25.020 -25.630 1.00 0.00 W7 H +ATOM 50769 H2 TIP3X 901 34.420 25.170 -25.230 1.00 0.00 W7 H +ATOM 50770 OH2 TIP3X 902 -6.870 30.690 -40.420 1.00 0.00 W7 O +ATOM 50771 H1 TIP3X 902 -7.050 29.890 -39.920 1.00 0.00 W7 H +ATOM 50772 H2 TIP3X 902 -5.940 30.860 -40.260 1.00 0.00 W7 H +ATOM 50773 OH2 TIP3X 903 7.930 -20.780 25.870 1.00 0.00 W7 O +ATOM 50774 H1 TIP3X 903 8.550 -21.500 25.810 1.00 0.00 W7 H +ATOM 50775 H2 TIP3X 903 7.140 -21.150 26.260 1.00 0.00 W7 H +ATOM 50776 OH2 TIP3X 904 45.190 36.090 -29.090 1.00 0.00 W7 O +ATOM 50777 H1 TIP3X 904 44.250 36.110 -29.270 1.00 0.00 W7 H +ATOM 50778 H2 TIP3X 904 45.520 35.370 -29.610 1.00 0.00 W7 H +ATOM 50779 OH2 TIP3X 905 23.080 -12.400 -43.860 1.00 0.00 W7 O +ATOM 50780 H1 TIP3X 905 22.470 -13.140 -43.820 1.00 0.00 W7 H +ATOM 50781 H2 TIP3X 905 23.750 -12.590 -43.200 1.00 0.00 W7 H +ATOM 50782 OH2 TIP3X 906 -44.070 -48.740 -50.190 1.00 0.00 W7 O +ATOM 50783 H1 TIP3X 906 -43.980 -48.060 -50.850 1.00 0.00 W7 H +ATOM 50784 H2 TIP3X 906 -44.720 -49.350 -50.560 1.00 0.00 W7 H +ATOM 50785 OH2 TIP3X 907 -34.510 -9.990 -36.600 1.00 0.00 W7 O +ATOM 50786 H1 TIP3X 907 -35.060 -9.230 -36.740 1.00 0.00 W7 H +ATOM 50787 H2 TIP3X 907 -33.840 -9.710 -35.980 1.00 0.00 W7 H +ATOM 50788 OH2 TIP3X 908 -41.610 38.170 15.390 1.00 0.00 W7 O +ATOM 50789 H1 TIP3X 908 -41.340 38.620 14.590 1.00 0.00 W7 H +ATOM 50790 H2 TIP3X 908 -42.480 38.510 15.580 1.00 0.00 W7 H +ATOM 50791 OH2 TIP3X 909 40.450 -45.960 23.930 1.00 0.00 W7 O +ATOM 50792 H1 TIP3X 909 39.730 -45.340 23.860 1.00 0.00 W7 H +ATOM 50793 H2 TIP3X 909 40.040 -46.830 23.830 1.00 0.00 W7 H +ATOM 50794 OH2 TIP3X 910 7.510 -4.500 38.180 1.00 0.00 W7 O +ATOM 50795 H1 TIP3X 910 7.920 -5.260 38.600 1.00 0.00 W7 H +ATOM 50796 H2 TIP3X 910 8.180 -4.170 37.580 1.00 0.00 W7 H +ATOM 50797 OH2 TIP3X 911 -1.390 -34.970 -36.930 1.00 0.00 W7 O +ATOM 50798 H1 TIP3X 911 -0.710 -34.320 -37.060 1.00 0.00 W7 H +ATOM 50799 H2 TIP3X 911 -2.180 -34.470 -36.760 1.00 0.00 W7 H +ATOM 50800 OH2 TIP3X 912 34.600 40.880 29.220 1.00 0.00 W7 O +ATOM 50801 H1 TIP3X 912 33.990 41.460 28.770 1.00 0.00 W7 H +ATOM 50802 H2 TIP3X 912 34.670 40.110 28.660 1.00 0.00 W7 H +ATOM 50803 OH2 TIP3X 913 26.850 -10.180 -25.290 1.00 0.00 W7 O +ATOM 50804 H1 TIP3X 913 27.660 -9.720 -25.440 1.00 0.00 W7 H +ATOM 50805 H2 TIP3X 913 27.080 -11.110 -25.410 1.00 0.00 W7 H +ATOM 50806 OH2 TIP3X 914 30.420 -47.150 -31.380 1.00 0.00 W7 O +ATOM 50807 H1 TIP3X 914 31.050 -46.660 -31.900 1.00 0.00 W7 H +ATOM 50808 H2 TIP3X 914 30.650 -48.070 -31.520 1.00 0.00 W7 H +ATOM 50809 OH2 TIP3X 915 -23.720 -45.360 -48.700 1.00 0.00 W7 O +ATOM 50810 H1 TIP3X 915 -24.110 -45.620 -49.530 1.00 0.00 W7 H +ATOM 50811 H2 TIP3X 915 -24.340 -44.720 -48.330 1.00 0.00 W7 H +ATOM 50812 OH2 TIP3X 916 -9.750 37.870 -32.610 1.00 0.00 W7 O +ATOM 50813 H1 TIP3X 916 -9.740 37.510 -31.710 1.00 0.00 W7 H +ATOM 50814 H2 TIP3X 916 -10.550 38.380 -32.660 1.00 0.00 W7 H +ATOM 50815 OH2 TIP3X 917 43.260 38.850 -36.090 1.00 0.00 W7 O +ATOM 50816 H1 TIP3X 917 42.600 39.490 -35.790 1.00 0.00 W7 H +ATOM 50817 H2 TIP3X 917 42.910 38.010 -35.800 1.00 0.00 W7 H +ATOM 50818 OH2 TIP3X 918 33.590 13.880 -29.950 1.00 0.00 W7 O +ATOM 50819 H1 TIP3X 918 32.980 14.110 -30.660 1.00 0.00 W7 H +ATOM 50820 H2 TIP3X 918 34.110 13.170 -30.320 1.00 0.00 W7 H +ATOM 50821 OH2 TIP3X 919 -42.070 29.700 38.460 1.00 0.00 W7 O +ATOM 50822 H1 TIP3X 919 -41.970 29.310 39.320 1.00 0.00 W7 H +ATOM 50823 H2 TIP3X 919 -43.020 29.890 38.390 1.00 0.00 W7 H +ATOM 50824 OH2 TIP3X 920 17.260 -37.100 -27.640 1.00 0.00 W7 O +ATOM 50825 H1 TIP3X 920 17.970 -36.700 -28.140 1.00 0.00 W7 H +ATOM 50826 H2 TIP3X 920 16.480 -36.590 -27.870 1.00 0.00 W7 H +ATOM 50827 OH2 TIP3X 921 9.890 -41.090 -46.570 1.00 0.00 W7 O +ATOM 50828 H1 TIP3X 921 10.540 -41.780 -46.520 1.00 0.00 W7 H +ATOM 50829 H2 TIP3X 921 9.250 -41.410 -47.210 1.00 0.00 W7 H +ATOM 50830 OH2 TIP3X 922 29.690 -31.110 31.800 1.00 0.00 W7 O +ATOM 50831 H1 TIP3X 922 30.000 -30.470 31.150 1.00 0.00 W7 H +ATOM 50832 H2 TIP3X 922 28.900 -30.710 32.160 1.00 0.00 W7 H +ATOM 50833 OH2 TIP3X 923 32.570 -20.110 28.580 1.00 0.00 W7 O +ATOM 50834 H1 TIP3X 923 33.160 -19.540 28.070 1.00 0.00 W7 H +ATOM 50835 H2 TIP3X 923 32.410 -20.860 28.020 1.00 0.00 W7 H +ATOM 50836 OH2 TIP3X 924 37.690 -48.280 20.460 1.00 0.00 W7 O +ATOM 50837 H1 TIP3X 924 36.770 -48.140 20.700 1.00 0.00 W7 H +ATOM 50838 H2 TIP3X 924 38.110 -48.590 21.250 1.00 0.00 W7 H +ATOM 50839 OH2 TIP3X 925 3.630 -32.350 -50.610 1.00 0.00 W7 O +ATOM 50840 H1 TIP3X 925 3.110 -31.560 -50.750 1.00 0.00 W7 H +ATOM 50841 H2 TIP3X 925 4.310 -32.080 -49.980 1.00 0.00 W7 H +ATOM 50842 OH2 TIP3X 926 9.850 -35.180 32.880 1.00 0.00 W7 O +ATOM 50843 H1 TIP3X 926 10.560 -35.640 33.330 1.00 0.00 W7 H +ATOM 50844 H2 TIP3X 926 10.090 -35.220 31.950 1.00 0.00 W7 H +ATOM 50845 OH2 TIP3X 927 30.290 12.020 -29.090 1.00 0.00 W7 O +ATOM 50846 H1 TIP3X 927 30.300 11.070 -29.250 1.00 0.00 W7 H +ATOM 50847 H2 TIP3X 927 30.180 12.090 -28.140 1.00 0.00 W7 H +ATOM 50848 OH2 TIP3X 928 -35.170 -17.310 -23.570 1.00 0.00 W7 O +ATOM 50849 H1 TIP3X 928 -34.340 -17.070 -23.980 1.00 0.00 W7 H +ATOM 50850 H2 TIP3X 928 -35.840 -16.840 -24.060 1.00 0.00 W7 H +ATOM 50851 OH2 TIP3X 929 23.330 -41.910 -36.310 1.00 0.00 W7 O +ATOM 50852 H1 TIP3X 929 23.900 -42.360 -36.940 1.00 0.00 W7 H +ATOM 50853 H2 TIP3X 929 22.990 -42.630 -35.760 1.00 0.00 W7 H +ATOM 50854 OH2 TIP3X 930 9.280 -14.710 37.920 1.00 0.00 W7 O +ATOM 50855 H1 TIP3X 930 9.630 -13.890 38.300 1.00 0.00 W7 H +ATOM 50856 H2 TIP3X 930 9.530 -15.390 38.540 1.00 0.00 W7 H +ATOM 50857 OH2 TIP3X 931 19.320 -39.830 13.620 1.00 0.00 W7 O +ATOM 50858 H1 TIP3X 931 18.880 -39.100 14.040 1.00 0.00 W7 H +ATOM 50859 H2 TIP3X 931 18.880 -39.930 12.780 1.00 0.00 W7 H +ATOM 50860 OH2 TIP3X 932 -41.710 -6.070 32.650 1.00 0.00 W7 O +ATOM 50861 H1 TIP3X 932 -42.010 -6.870 32.220 1.00 0.00 W7 H +ATOM 50862 H2 TIP3X 932 -41.980 -5.370 32.060 1.00 0.00 W7 H +ATOM 50863 OH2 TIP3X 933 19.170 -37.950 -25.130 1.00 0.00 W7 O +ATOM 50864 H1 TIP3X 933 18.600 -37.750 -25.880 1.00 0.00 W7 H +ATOM 50865 H2 TIP3X 933 18.710 -38.620 -24.630 1.00 0.00 W7 H +ATOM 50866 OH2 TIP3X 934 -5.540 -0.480 -32.000 1.00 0.00 W7 O +ATOM 50867 H1 TIP3X 934 -4.710 -0.940 -32.170 1.00 0.00 W7 H +ATOM 50868 H2 TIP3X 934 -6.130 -1.170 -31.690 1.00 0.00 W7 H +ATOM 50869 OH2 TIP3X 935 47.990 28.190 -11.490 1.00 0.00 W7 O +ATOM 50870 H1 TIP3X 935 47.540 28.720 -10.840 1.00 0.00 W7 H +ATOM 50871 H2 TIP3X 935 48.650 28.770 -11.870 1.00 0.00 W7 H +ATOM 50872 OH2 TIP3X 936 -5.500 26.720 -22.090 1.00 0.00 W7 O +ATOM 50873 H1 TIP3X 936 -5.560 27.350 -22.800 1.00 0.00 W7 H +ATOM 50874 H2 TIP3X 936 -5.880 27.160 -21.330 1.00 0.00 W7 H +ATOM 50875 OH2 TIP3X 937 41.830 15.900 -12.350 1.00 0.00 W7 O +ATOM 50876 H1 TIP3X 937 42.780 15.930 -12.300 1.00 0.00 W7 H +ATOM 50877 H2 TIP3X 937 41.550 16.800 -12.290 1.00 0.00 W7 H +ATOM 50878 OH2 TIP3X 938 12.300 -22.640 -36.090 1.00 0.00 W7 O +ATOM 50879 H1 TIP3X 938 11.750 -22.300 -36.800 1.00 0.00 W7 H +ATOM 50880 H2 TIP3X 938 12.530 -23.520 -36.370 1.00 0.00 W7 H +ATOM 50881 OH2 TIP3X 939 -4.360 16.730 -36.120 1.00 0.00 W7 O +ATOM 50882 H1 TIP3X 939 -3.900 15.930 -35.880 1.00 0.00 W7 H +ATOM 50883 H2 TIP3X 939 -4.340 16.740 -37.080 1.00 0.00 W7 H +ATOM 50884 OH2 TIP3X 940 -44.900 -10.190 -40.600 1.00 0.00 W7 O +ATOM 50885 H1 TIP3X 940 -45.110 -9.510 -41.250 1.00 0.00 W7 H +ATOM 50886 H2 TIP3X 940 -44.820 -9.710 -39.780 1.00 0.00 W7 H +ATOM 50887 OH2 TIP3X 941 -29.440 -18.070 -43.400 1.00 0.00 W7 O +ATOM 50888 H1 TIP3X 941 -29.420 -18.240 -42.450 1.00 0.00 W7 H +ATOM 50889 H2 TIP3X 941 -29.290 -18.930 -43.790 1.00 0.00 W7 H +ATOM 50890 OH2 TIP3X 942 16.270 -20.680 36.720 1.00 0.00 W7 O +ATOM 50891 H1 TIP3X 942 16.570 -21.270 36.020 1.00 0.00 W7 H +ATOM 50892 H2 TIP3X 942 16.110 -19.860 36.280 1.00 0.00 W7 H +ATOM 50893 OH2 TIP3X 943 3.210 -38.990 -41.660 1.00 0.00 W7 O +ATOM 50894 H1 TIP3X 943 3.330 -39.900 -41.390 1.00 0.00 W7 H +ATOM 50895 H2 TIP3X 943 2.470 -39.020 -42.260 1.00 0.00 W7 H +ATOM 50896 OH2 TIP3X 944 41.530 -2.580 25.870 1.00 0.00 W7 O +ATOM 50897 H1 TIP3X 944 42.010 -2.420 26.690 1.00 0.00 W7 H +ATOM 50898 H2 TIP3X 944 41.840 -1.890 25.270 1.00 0.00 W7 H +ATOM 50899 OH2 TIP3X 945 1.650 -16.630 -41.070 1.00 0.00 W7 O +ATOM 50900 H1 TIP3X 945 2.570 -16.460 -41.250 1.00 0.00 W7 H +ATOM 50901 H2 TIP3X 945 1.550 -17.570 -41.160 1.00 0.00 W7 H +ATOM 50902 OH2 TIP3X 946 13.910 -4.500 -31.750 1.00 0.00 W7 O +ATOM 50903 H1 TIP3X 946 14.140 -3.990 -30.980 1.00 0.00 W7 H +ATOM 50904 H2 TIP3X 946 13.880 -3.860 -32.470 1.00 0.00 W7 H +ATOM 50905 OH2 TIP3X 947 22.860 -46.150 14.500 1.00 0.00 W7 O +ATOM 50906 H1 TIP3X 947 22.070 -45.930 15.000 1.00 0.00 W7 H +ATOM 50907 H2 TIP3X 947 22.990 -45.400 13.910 1.00 0.00 W7 H +ATOM 50908 OH2 TIP3X 948 13.350 20.050 -46.890 1.00 0.00 W7 O +ATOM 50909 H1 TIP3X 948 13.010 20.790 -47.400 1.00 0.00 W7 H +ATOM 50910 H2 TIP3X 948 14.190 19.820 -47.310 1.00 0.00 W7 H +ATOM 50911 OH2 TIP3X 949 22.790 -39.230 -36.750 1.00 0.00 W7 O +ATOM 50912 H1 TIP3X 949 22.700 -38.990 -37.680 1.00 0.00 W7 H +ATOM 50913 H2 TIP3X 949 22.860 -40.180 -36.750 1.00 0.00 W7 H +ATOM 50914 OH2 TIP3X 950 36.440 5.810 -47.480 1.00 0.00 W7 O +ATOM 50915 H1 TIP3X 950 36.760 5.940 -46.590 1.00 0.00 W7 H +ATOM 50916 H2 TIP3X 950 37.100 5.250 -47.900 1.00 0.00 W7 H +ATOM 50917 OH2 TIP3X 951 -30.970 13.300 19.460 1.00 0.00 W7 O +ATOM 50918 H1 TIP3X 951 -31.290 12.590 20.030 1.00 0.00 W7 H +ATOM 50919 H2 TIP3X 951 -30.260 12.890 18.970 1.00 0.00 W7 H +ATOM 50920 OH2 TIP3X 952 20.610 5.220 -37.950 1.00 0.00 W7 O +ATOM 50921 H1 TIP3X 952 21.350 5.440 -38.510 1.00 0.00 W7 H +ATOM 50922 H2 TIP3X 952 20.550 4.270 -37.990 1.00 0.00 W7 H +ATOM 50923 OH2 TIP3X 953 48.930 -18.480 33.550 1.00 0.00 W7 O +ATOM 50924 H1 TIP3X 953 49.100 -19.220 32.960 1.00 0.00 W7 H +ATOM 50925 H2 TIP3X 953 48.150 -18.750 34.040 1.00 0.00 W7 H +ATOM 50926 OH2 TIP3X 954 -34.800 -4.390 16.050 1.00 0.00 W7 O +ATOM 50927 H1 TIP3X 954 -34.960 -3.450 15.890 1.00 0.00 W7 H +ATOM 50928 H2 TIP3X 954 -35.640 -4.810 15.830 1.00 0.00 W7 H +ATOM 50929 OH2 TIP3X 955 -18.830 -36.140 -29.800 1.00 0.00 W7 O +ATOM 50930 H1 TIP3X 955 -19.330 -35.360 -29.560 1.00 0.00 W7 H +ATOM 50931 H2 TIP3X 955 -17.950 -35.810 -29.990 1.00 0.00 W7 H +ATOM 50932 OH2 TIP3X 956 43.390 -1.720 23.470 1.00 0.00 W7 O +ATOM 50933 H1 TIP3X 956 43.980 -2.370 23.070 1.00 0.00 W7 H +ATOM 50934 H2 TIP3X 956 42.730 -1.580 22.780 1.00 0.00 W7 H +ATOM 50935 OH2 TIP3X 957 40.920 -18.550 -45.770 1.00 0.00 W7 O +ATOM 50936 H1 TIP3X 957 40.230 -18.880 -45.200 1.00 0.00 W7 H +ATOM 50937 H2 TIP3X 957 40.760 -18.980 -46.610 1.00 0.00 W7 H +ATOM 50938 OH2 TIP3X 958 17.670 -21.260 -44.710 1.00 0.00 W7 O +ATOM 50939 H1 TIP3X 958 16.880 -21.680 -45.060 1.00 0.00 W7 H +ATOM 50940 H2 TIP3X 958 17.670 -20.400 -45.130 1.00 0.00 W7 H +ATOM 50941 OH2 TIP3X 959 30.530 -2.760 -38.160 1.00 0.00 W7 O +ATOM 50942 H1 TIP3X 959 30.970 -3.470 -37.710 1.00 0.00 W7 H +ATOM 50943 H2 TIP3X 959 31.200 -2.090 -38.280 1.00 0.00 W7 H +ATOM 50944 OH2 TIP3X 960 -4.160 -18.600 32.540 1.00 0.00 W7 O +ATOM 50945 H1 TIP3X 960 -4.330 -17.750 32.140 1.00 0.00 W7 H +ATOM 50946 H2 TIP3X 960 -3.750 -19.120 31.840 1.00 0.00 W7 H +ATOM 50947 OH2 TIP3X 961 8.880 15.780 -33.190 1.00 0.00 W7 O +ATOM 50948 H1 TIP3X 961 9.600 15.440 -32.670 1.00 0.00 W7 H +ATOM 50949 H2 TIP3X 961 9.290 16.280 -33.890 1.00 0.00 W7 H +ATOM 50950 OH2 TIP3X 962 -38.180 -9.400 -17.190 1.00 0.00 W7 O +ATOM 50951 H1 TIP3X 962 -38.850 -9.780 -16.610 1.00 0.00 W7 H +ATOM 50952 H2 TIP3X 962 -37.480 -10.060 -17.220 1.00 0.00 W7 H +ATOM 50953 OH2 TIP3X 963 32.530 16.760 -20.340 1.00 0.00 W7 O +ATOM 50954 H1 TIP3X 963 32.420 15.820 -20.230 1.00 0.00 W7 H +ATOM 50955 H2 TIP3X 963 33.050 17.040 -19.590 1.00 0.00 W7 H +ATOM 50956 OH2 TIP3X 964 14.240 6.370 -32.060 1.00 0.00 W7 O +ATOM 50957 H1 TIP3X 964 15.100 6.760 -31.960 1.00 0.00 W7 H +ATOM 50958 H2 TIP3X 964 13.910 6.280 -31.160 1.00 0.00 W7 H +ATOM 50959 OH2 TIP3X 965 20.180 -14.020 32.660 1.00 0.00 W7 O +ATOM 50960 H1 TIP3X 965 19.360 -14.060 32.170 1.00 0.00 W7 H +ATOM 50961 H2 TIP3X 965 20.850 -13.840 32.000 1.00 0.00 W7 H +ATOM 50962 OH2 TIP3X 966 31.840 7.550 -41.290 1.00 0.00 W7 O +ATOM 50963 H1 TIP3X 966 32.070 7.420 -40.370 1.00 0.00 W7 H +ATOM 50964 H2 TIP3X 966 30.960 7.930 -41.260 1.00 0.00 W7 H +ATOM 50965 OH2 TIP3X 967 15.380 -20.990 -38.550 1.00 0.00 W7 O +ATOM 50966 H1 TIP3X 967 14.780 -20.680 -37.870 1.00 0.00 W7 H +ATOM 50967 H2 TIP3X 967 15.600 -21.880 -38.290 1.00 0.00 W7 H +ATOM 50968 OH2 TIP3X 968 -5.300 -23.280 -32.450 1.00 0.00 W7 O +ATOM 50969 H1 TIP3X 968 -4.630 -22.810 -31.950 1.00 0.00 W7 H +ATOM 50970 H2 TIP3X 968 -5.980 -22.610 -32.610 1.00 0.00 W7 H +ATOM 50971 OH2 TIP3X 969 -22.840 -29.000 -30.400 1.00 0.00 W7 O +ATOM 50972 H1 TIP3X 969 -23.730 -28.930 -30.060 1.00 0.00 W7 H +ATOM 50973 H2 TIP3X 969 -22.730 -29.920 -30.640 1.00 0.00 W7 H +ATOM 50974 OH2 TIP3X 970 -39.240 -39.150 14.680 1.00 0.00 W7 O +ATOM 50975 H1 TIP3X 970 -38.780 -39.830 14.190 1.00 0.00 W7 H +ATOM 50976 H2 TIP3X 970 -39.340 -38.440 14.050 1.00 0.00 W7 H +ATOM 50977 OH2 TIP3X 971 18.620 28.480 -34.440 1.00 0.00 W7 O +ATOM 50978 H1 TIP3X 971 19.290 29.090 -34.120 1.00 0.00 W7 H +ATOM 50979 H2 TIP3X 971 18.550 28.670 -35.370 1.00 0.00 W7 H +ATOM 50980 OH2 TIP3X 972 46.930 -25.610 -48.330 1.00 0.00 W7 O +ATOM 50981 H1 TIP3X 972 46.060 -25.810 -48.660 1.00 0.00 W7 H +ATOM 50982 H2 TIP3X 972 46.970 -26.040 -47.470 1.00 0.00 W7 H +ATOM 50983 OH2 TIP3X 973 -19.720 -2.200 -22.630 1.00 0.00 W7 O +ATOM 50984 H1 TIP3X 973 -20.650 -1.990 -22.770 1.00 0.00 W7 H +ATOM 50985 H2 TIP3X 973 -19.570 -1.990 -21.720 1.00 0.00 W7 H +ATOM 50986 OH2 TIP3X 974 12.540 -34.290 24.370 1.00 0.00 W7 O +ATOM 50987 H1 TIP3X 974 12.920 -33.730 25.050 1.00 0.00 W7 H +ATOM 50988 H2 TIP3X 974 13.290 -34.770 24.000 1.00 0.00 W7 H +ATOM 50989 OH2 TIP3X 975 2.460 7.360 -49.590 1.00 0.00 W7 O +ATOM 50990 H1 TIP3X 975 3.190 6.910 -49.160 1.00 0.00 W7 H +ATOM 50991 H2 TIP3X 975 1.980 7.770 -48.870 1.00 0.00 W7 H +ATOM 50992 OH2 TIP3X 976 40.460 -35.320 -31.380 1.00 0.00 W7 O +ATOM 50993 H1 TIP3X 976 40.620 -34.500 -31.840 1.00 0.00 W7 H +ATOM 50994 H2 TIP3X 976 41.080 -35.300 -30.650 1.00 0.00 W7 H +ATOM 50995 OH2 TIP3X 977 -35.050 16.800 -23.810 1.00 0.00 W7 O +ATOM 50996 H1 TIP3X 977 -34.290 16.780 -24.410 1.00 0.00 W7 H +ATOM 50997 H2 TIP3X 977 -34.730 17.280 -23.050 1.00 0.00 W7 H +ATOM 50998 OH2 TIP3X 978 -26.260 29.960 34.030 1.00 0.00 W7 O +ATOM 50999 H1 TIP3X 978 -25.410 30.400 34.010 1.00 0.00 W7 H +ATOM 51000 H2 TIP3X 978 -26.410 29.690 33.120 1.00 0.00 W7 H +ATOM 51001 OH2 TIP3X 979 -35.670 0.590 25.330 1.00 0.00 W7 O +ATOM 51002 H1 TIP3X 979 -35.050 1.310 25.230 1.00 0.00 W7 H +ATOM 51003 H2 TIP3X 979 -36.530 1.010 25.180 1.00 0.00 W7 H +ATOM 51004 OH2 TIP3X 980 43.480 32.230 -43.940 1.00 0.00 W7 O +ATOM 51005 H1 TIP3X 980 44.190 31.640 -43.700 1.00 0.00 W7 H +ATOM 51006 H2 TIP3X 980 43.610 32.990 -43.380 1.00 0.00 W7 H +ATOM 51007 OH2 TIP3X 981 -42.540 -38.710 -45.890 1.00 0.00 W7 O +ATOM 51008 H1 TIP3X 981 -42.020 -39.340 -45.390 1.00 0.00 W7 H +ATOM 51009 H2 TIP3X 981 -42.550 -37.920 -45.340 1.00 0.00 W7 H +ATOM 51010 OH2 TIP3X 982 -31.290 0.330 -46.250 1.00 0.00 W7 O +ATOM 51011 H1 TIP3X 982 -31.980 0.320 -46.920 1.00 0.00 W7 H +ATOM 51012 H2 TIP3X 982 -31.130 -0.600 -46.070 1.00 0.00 W7 H +ATOM 51013 OH2 TIP3X 983 -26.290 -40.220 20.630 1.00 0.00 W7 O +ATOM 51014 H1 TIP3X 983 -26.100 -39.700 19.860 1.00 0.00 W7 H +ATOM 51015 H2 TIP3X 983 -27.200 -40.520 20.510 1.00 0.00 W7 H +ATOM 51016 OH2 TIP3X 984 34.450 27.730 -23.670 1.00 0.00 W7 O +ATOM 51017 H1 TIP3X 984 34.730 26.810 -23.610 1.00 0.00 W7 H +ATOM 51018 H2 TIP3X 984 34.650 27.980 -24.570 1.00 0.00 W7 H +ATOM 51019 OH2 TIP3X 985 -21.580 -5.010 35.540 1.00 0.00 W7 O +ATOM 51020 H1 TIP3X 985 -21.090 -4.620 34.820 1.00 0.00 W7 H +ATOM 51021 H2 TIP3X 985 -22.490 -4.750 35.370 1.00 0.00 W7 H +ATOM 51022 OH2 TIP3X 986 28.050 15.660 -24.700 1.00 0.00 W7 O +ATOM 51023 H1 TIP3X 986 28.390 15.630 -23.800 1.00 0.00 W7 H +ATOM 51024 H2 TIP3X 986 28.840 15.640 -25.240 1.00 0.00 W7 H +ATOM 51025 OH2 TIP3X 987 13.390 -39.490 -31.430 1.00 0.00 W7 O +ATOM 51026 H1 TIP3X 987 13.480 -40.240 -30.830 1.00 0.00 W7 H +ATOM 51027 H2 TIP3X 987 13.970 -38.830 -31.070 1.00 0.00 W7 H +ATOM 51028 OH2 TIP3X 988 36.040 -25.730 28.530 1.00 0.00 W7 O +ATOM 51029 H1 TIP3X 988 35.800 -25.220 29.300 1.00 0.00 W7 H +ATOM 51030 H2 TIP3X 988 35.480 -26.510 28.560 1.00 0.00 W7 H +ATOM 51031 OH2 TIP3X 989 38.370 -26.080 -25.110 1.00 0.00 W7 O +ATOM 51032 H1 TIP3X 989 38.940 -26.850 -25.080 1.00 0.00 W7 H +ATOM 51033 H2 TIP3X 989 37.580 -26.390 -25.560 1.00 0.00 W7 H +ATOM 51034 OH2 TIP3X 990 0.320 1.730 -41.170 1.00 0.00 W7 O +ATOM 51035 H1 TIP3X 990 0.450 1.470 -42.080 1.00 0.00 W7 H +ATOM 51036 H2 TIP3X 990 -0.600 1.550 -40.990 1.00 0.00 W7 H +ATOM 51037 OH2 TIP3X 991 -29.760 36.660 36.180 1.00 0.00 W7 O +ATOM 51038 H1 TIP3X 991 -29.450 36.190 35.400 1.00 0.00 W7 H +ATOM 51039 H2 TIP3X 991 -29.960 35.980 36.800 1.00 0.00 W7 H +ATOM 51040 OH2 TIP3X 992 -15.680 19.160 -49.670 1.00 0.00 W7 O +ATOM 51041 H1 TIP3X 992 -14.810 18.840 -49.410 1.00 0.00 W7 H +ATOM 51042 H2 TIP3X 992 -15.600 20.110 -49.630 1.00 0.00 W7 H +ATOM 51043 OH2 TIP3X 993 11.670 36.450 21.660 1.00 0.00 W7 O +ATOM 51044 H1 TIP3X 993 11.170 36.900 22.330 1.00 0.00 W7 H +ATOM 51045 H2 TIP3X 993 12.130 35.750 22.130 1.00 0.00 W7 H +ATOM 51046 OH2 TIP3X 994 19.100 4.070 33.710 1.00 0.00 W7 O +ATOM 51047 H1 TIP3X 994 19.640 3.450 33.230 1.00 0.00 W7 H +ATOM 51048 H2 TIP3X 994 18.330 3.570 33.970 1.00 0.00 W7 H +ATOM 51049 OH2 TIP3X 995 -34.840 8.780 25.770 1.00 0.00 W7 O +ATOM 51050 H1 TIP3X 995 -35.360 9.160 26.470 1.00 0.00 W7 H +ATOM 51051 H2 TIP3X 995 -34.660 9.520 25.180 1.00 0.00 W7 H +ATOM 51052 OH2 TIP3X 996 -5.940 -41.520 25.620 1.00 0.00 W7 O +ATOM 51053 H1 TIP3X 996 -6.320 -41.790 26.450 1.00 0.00 W7 H +ATOM 51054 H2 TIP3X 996 -6.670 -41.570 25.000 1.00 0.00 W7 H +ATOM 51055 OH2 TIP3X 997 48.560 -50.320 11.780 1.00 0.00 W7 O +ATOM 51056 H1 TIP3X 997 48.400 -50.250 10.840 1.00 0.00 W7 H +ATOM 51057 H2 TIP3X 997 47.830 -50.820 12.120 1.00 0.00 W7 H +ATOM 51058 OH2 TIP3X 998 -6.170 -19.400 37.770 1.00 0.00 W7 O +ATOM 51059 H1 TIP3X 998 -5.860 -20.230 37.400 1.00 0.00 W7 H +ATOM 51060 H2 TIP3X 998 -5.390 -18.890 37.910 1.00 0.00 W7 H +ATOM 51061 OH2 TIP3X 999 -27.260 23.350 32.720 1.00 0.00 W7 O +ATOM 51062 H1 TIP3X 999 -27.010 24.060 32.130 1.00 0.00 W7 H +ATOM 51063 H2 TIP3X 999 -27.680 23.810 33.470 1.00 0.00 W7 H +ATOM 51064 OH2 TIP3X1000 36.960 12.310 28.830 1.00 0.00 W7 O +ATOM 51065 H1 TIP3X1000 36.870 11.810 29.650 1.00 0.00 W7 H +ATOM 51066 H2 TIP3X1000 37.850 12.120 28.530 1.00 0.00 W7 H +ATOM 51067 OH2 TIP3X1001 -12.220 -37.580 -25.530 1.00 0.00 W7 O +ATOM 51068 H1 TIP3X1001 -11.660 -38.100 -26.100 1.00 0.00 W7 H +ATOM 51069 H2 TIP3X1001 -13.090 -37.670 -25.910 1.00 0.00 W7 H +ATOM 51070 OH2 TIP3X1002 -34.740 31.610 -20.500 1.00 0.00 W7 O +ATOM 51071 H1 TIP3X1002 -35.580 31.200 -20.320 1.00 0.00 W7 H +ATOM 51072 H2 TIP3X1002 -34.880 32.540 -20.310 1.00 0.00 W7 H +ATOM 51073 OH2 TIP3X1003 36.200 -15.830 -30.420 1.00 0.00 W7 O +ATOM 51074 H1 TIP3X1003 36.670 -16.360 -31.060 1.00 0.00 W7 H +ATOM 51075 H2 TIP3X1003 35.570 -15.330 -30.940 1.00 0.00 W7 H +ATOM 51076 OH2 TIP3X1004 -44.730 -6.960 -21.780 1.00 0.00 W7 O +ATOM 51077 H1 TIP3X1004 -44.910 -6.800 -20.850 1.00 0.00 W7 H +ATOM 51078 H2 TIP3X1004 -45.370 -7.620 -22.040 1.00 0.00 W7 H +ATOM 51079 OH2 TIP3X1005 -33.340 -38.430 -37.320 1.00 0.00 W7 O +ATOM 51080 H1 TIP3X1005 -32.930 -37.740 -36.810 1.00 0.00 W7 H +ATOM 51081 H2 TIP3X1005 -32.910 -39.230 -37.040 1.00 0.00 W7 H +ATOM 51082 OH2 TIP3X1006 34.830 -43.180 -19.360 1.00 0.00 W7 O +ATOM 51083 H1 TIP3X1006 35.240 -44.040 -19.300 1.00 0.00 W7 H +ATOM 51084 H2 TIP3X1006 35.360 -42.700 -19.990 1.00 0.00 W7 H +ATOM 51085 OH2 TIP3X1007 6.830 12.420 37.040 1.00 0.00 W7 O +ATOM 51086 H1 TIP3X1007 7.430 12.070 37.700 1.00 0.00 W7 H +ATOM 51087 H2 TIP3X1007 6.910 13.370 37.120 1.00 0.00 W7 H +ATOM 51088 OH2 TIP3X1008 -30.230 -1.840 -35.330 1.00 0.00 W7 O +ATOM 51089 H1 TIP3X1008 -31.190 -1.880 -35.290 1.00 0.00 W7 H +ATOM 51090 H2 TIP3X1008 -29.970 -1.420 -34.520 1.00 0.00 W7 H +ATOM 51091 OH2 TIP3X1009 -24.100 16.890 28.800 1.00 0.00 W7 O +ATOM 51092 H1 TIP3X1009 -23.160 16.740 28.660 1.00 0.00 W7 H +ATOM 51093 H2 TIP3X1009 -24.380 16.130 29.320 1.00 0.00 W7 H +ATOM 51094 OH2 TIP3X1010 43.530 -23.330 -47.220 1.00 0.00 W7 O +ATOM 51095 H1 TIP3X1010 44.180 -23.080 -46.570 1.00 0.00 W7 H +ATOM 51096 H2 TIP3X1010 42.690 -23.070 -46.850 1.00 0.00 W7 H +ATOM 51097 OH2 TIP3X1011 45.410 24.580 -17.920 1.00 0.00 W7 O +ATOM 51098 H1 TIP3X1011 45.330 24.700 -16.980 1.00 0.00 W7 H +ATOM 51099 H2 TIP3X1011 46.180 24.010 -18.020 1.00 0.00 W7 H +ATOM 51100 OH2 TIP3X1012 34.880 7.000 18.160 1.00 0.00 W7 O +ATOM 51101 H1 TIP3X1012 34.840 6.410 17.390 1.00 0.00 W7 H +ATOM 51102 H2 TIP3X1012 34.030 6.860 18.590 1.00 0.00 W7 H +ATOM 51103 OH2 TIP3X1013 6.440 -27.060 23.190 1.00 0.00 W7 O +ATOM 51104 H1 TIP3X1013 5.520 -26.990 23.440 1.00 0.00 W7 H +ATOM 51105 H2 TIP3X1013 6.880 -26.380 23.710 1.00 0.00 W7 H +ATOM 51106 OH2 TIP3X1014 44.030 30.550 36.270 1.00 0.00 W7 O +ATOM 51107 H1 TIP3X1014 43.440 30.100 36.870 1.00 0.00 W7 H +ATOM 51108 H2 TIP3X1014 44.160 31.410 36.660 1.00 0.00 W7 H +ATOM 51109 OH2 TIP3X1015 41.750 7.880 -7.390 1.00 0.00 W7 O +ATOM 51110 H1 TIP3X1015 41.310 8.740 -7.410 1.00 0.00 W7 H +ATOM 51111 H2 TIP3X1015 41.150 7.330 -6.870 1.00 0.00 W7 H +ATOM 51112 OH2 TIP3X1016 28.100 -30.820 23.920 1.00 0.00 W7 O +ATOM 51113 H1 TIP3X1016 28.990 -30.750 24.260 1.00 0.00 W7 H +ATOM 51114 H2 TIP3X1016 27.960 -31.760 23.790 1.00 0.00 W7 H +ATOM 51115 OH2 TIP3X1017 9.160 18.750 -23.250 1.00 0.00 W7 O +ATOM 51116 H1 TIP3X1017 8.980 18.520 -22.330 1.00 0.00 W7 H +ATOM 51117 H2 TIP3X1017 8.450 18.340 -23.750 1.00 0.00 W7 H +ATOM 51118 OH2 TIP3X1018 12.090 22.730 -21.580 1.00 0.00 W7 O +ATOM 51119 H1 TIP3X1018 11.570 21.950 -21.420 1.00 0.00 W7 H +ATOM 51120 H2 TIP3X1018 12.720 22.760 -20.870 1.00 0.00 W7 H +ATOM 51121 OH2 TIP3X1019 -8.820 -6.040 -39.530 1.00 0.00 W7 O +ATOM 51122 H1 TIP3X1019 -8.420 -5.180 -39.720 1.00 0.00 W7 H +ATOM 51123 H2 TIP3X1019 -8.250 -6.660 -39.990 1.00 0.00 W7 H +ATOM 51124 OH2 TIP3X1020 32.450 31.350 25.770 1.00 0.00 W7 O +ATOM 51125 H1 TIP3X1020 32.430 32.080 26.390 1.00 0.00 W7 H +ATOM 51126 H2 TIP3X1020 33.380 31.250 25.550 1.00 0.00 W7 H +ATOM 51127 OH2 TIP3X1021 25.450 -39.750 -29.690 1.00 0.00 W7 O +ATOM 51128 H1 TIP3X1021 24.530 -39.950 -29.540 1.00 0.00 W7 H +ATOM 51129 H2 TIP3X1021 25.620 -40.050 -30.580 1.00 0.00 W7 H +ATOM 51130 OH2 TIP3X1022 13.490 -45.090 -43.710 1.00 0.00 W7 O +ATOM 51131 H1 TIP3X1022 13.950 -44.260 -43.830 1.00 0.00 W7 H +ATOM 51132 H2 TIP3X1022 12.560 -44.850 -43.720 1.00 0.00 W7 H +ATOM 51133 OH2 TIP3X1023 32.510 17.590 -25.300 1.00 0.00 W7 O +ATOM 51134 H1 TIP3X1023 32.310 17.770 -24.380 1.00 0.00 W7 H +ATOM 51135 H2 TIP3X1023 31.660 17.650 -25.740 1.00 0.00 W7 H +ATOM 51136 OH2 TIP3X1024 28.590 -48.030 -38.890 1.00 0.00 W7 O +ATOM 51137 H1 TIP3X1024 28.570 -47.450 -39.640 1.00 0.00 W7 H +ATOM 51138 H2 TIP3X1024 29.500 -48.020 -38.580 1.00 0.00 W7 H +ATOM 51139 OH2 TIP3X1025 -6.680 -38.290 -16.950 1.00 0.00 W7 O +ATOM 51140 H1 TIP3X1025 -6.270 -37.980 -16.140 1.00 0.00 W7 H +ATOM 51141 H2 TIP3X1025 -6.080 -38.950 -17.290 1.00 0.00 W7 H +ATOM 51142 OH2 TIP3X1026 -6.380 2.470 31.660 1.00 0.00 W7 O +ATOM 51143 H1 TIP3X1026 -6.170 3.360 31.340 1.00 0.00 W7 H +ATOM 51144 H2 TIP3X1026 -5.940 1.890 31.040 1.00 0.00 W7 H +ATOM 51145 OH2 TIP3X1027 47.760 -24.820 -19.650 1.00 0.00 W7 O +ATOM 51146 H1 TIP3X1027 47.820 -24.040 -19.080 1.00 0.00 W7 H +ATOM 51147 H2 TIP3X1027 48.340 -25.450 -19.230 1.00 0.00 W7 H +ATOM 51148 OH2 TIP3X1028 43.130 40.190 29.830 1.00 0.00 W7 O +ATOM 51149 H1 TIP3X1028 43.590 40.650 29.120 1.00 0.00 W7 H +ATOM 51150 H2 TIP3X1028 42.610 40.860 30.260 1.00 0.00 W7 H +ATOM 51151 OH2 TIP3X1029 -8.880 -17.100 34.110 1.00 0.00 W7 O +ATOM 51152 H1 TIP3X1029 -8.140 -16.480 34.110 1.00 0.00 W7 H +ATOM 51153 H2 TIP3X1029 -8.540 -17.870 34.580 1.00 0.00 W7 H +ATOM 51154 OH2 TIP3X1030 -40.940 22.930 19.430 1.00 0.00 W7 O +ATOM 51155 H1 TIP3X1030 -41.790 22.540 19.650 1.00 0.00 W7 H +ATOM 51156 H2 TIP3X1030 -40.450 22.240 19.000 1.00 0.00 W7 H +ATOM 51157 OH2 TIP3X1031 -36.100 18.520 -25.790 1.00 0.00 W7 O +ATOM 51158 H1 TIP3X1031 -35.340 19.100 -25.700 1.00 0.00 W7 H +ATOM 51159 H2 TIP3X1031 -35.850 17.720 -25.340 1.00 0.00 W7 H +ATOM 51160 OH2 TIP3X1032 40.310 12.860 -44.120 1.00 0.00 W7 O +ATOM 51161 H1 TIP3X1032 39.450 12.650 -44.500 1.00 0.00 W7 H +ATOM 51162 H2 TIP3X1032 40.450 13.780 -44.350 1.00 0.00 W7 H +ATOM 51163 OH2 TIP3X1033 46.500 -44.910 25.720 1.00 0.00 W7 O +ATOM 51164 H1 TIP3X1033 47.050 -44.130 25.730 1.00 0.00 W7 H +ATOM 51165 H2 TIP3X1033 47.110 -45.630 25.530 1.00 0.00 W7 H +ATOM 51166 OH2 TIP3X1034 20.420 26.070 -34.910 1.00 0.00 W7 O +ATOM 51167 H1 TIP3X1034 21.240 26.360 -34.500 1.00 0.00 W7 H +ATOM 51168 H2 TIP3X1034 19.750 26.620 -34.520 1.00 0.00 W7 H +ATOM 51169 OH2 TIP3X1035 5.550 -48.880 -39.740 1.00 0.00 W7 O +ATOM 51170 H1 TIP3X1035 5.280 -49.660 -39.250 1.00 0.00 W7 H +ATOM 51171 H2 TIP3X1035 5.980 -48.330 -39.090 1.00 0.00 W7 H +ATOM 51172 OH2 TIP3X1036 -39.620 -13.520 38.720 1.00 0.00 W7 O +ATOM 51173 H1 TIP3X1036 -39.790 -13.130 37.860 1.00 0.00 W7 H +ATOM 51174 H2 TIP3X1036 -39.510 -12.770 39.290 1.00 0.00 W7 H +ATOM 51175 OH2 TIP3X1037 -32.080 -43.020 -43.180 1.00 0.00 W7 O +ATOM 51176 H1 TIP3X1037 -31.800 -43.940 -43.230 1.00 0.00 W7 H +ATOM 51177 H2 TIP3X1037 -33.000 -43.080 -42.920 1.00 0.00 W7 H +ATOM 51178 OH2 TIP3X1038 14.370 11.510 -39.800 1.00 0.00 W7 O +ATOM 51179 H1 TIP3X1038 15.310 11.540 -39.650 1.00 0.00 W7 H +ATOM 51180 H2 TIP3X1038 14.280 11.010 -40.610 1.00 0.00 W7 H +ATOM 51181 OH2 TIP3X1039 -11.740 31.380 30.510 1.00 0.00 W7 O +ATOM 51182 H1 TIP3X1039 -12.510 31.790 30.120 1.00 0.00 W7 H +ATOM 51183 H2 TIP3X1039 -11.840 30.450 30.300 1.00 0.00 W7 H +ATOM 51184 OH2 TIP3X1040 -4.600 -26.560 -34.940 1.00 0.00 W7 O +ATOM 51185 H1 TIP3X1040 -4.760 -27.430 -34.560 1.00 0.00 W7 H +ATOM 51186 H2 TIP3X1040 -3.720 -26.630 -35.310 1.00 0.00 W7 H +ATOM 51187 OH2 TIP3X1041 -13.210 18.420 40.440 1.00 0.00 W7 O +ATOM 51188 H1 TIP3X1041 -14.160 18.610 40.380 1.00 0.00 W7 H +ATOM 51189 H2 TIP3X1041 -12.860 19.120 40.990 1.00 0.00 W7 H +ATOM 51190 OH2 TIP3X1042 21.930 -32.280 -42.940 1.00 0.00 W7 O +ATOM 51191 H1 TIP3X1042 21.970 -31.570 -42.310 1.00 0.00 W7 H +ATOM 51192 H2 TIP3X1042 21.200 -32.820 -42.650 1.00 0.00 W7 H +ATOM 51193 OH2 TIP3X1043 37.310 -35.740 -33.310 1.00 0.00 W7 O +ATOM 51194 H1 TIP3X1043 37.540 -34.810 -33.320 1.00 0.00 W7 H +ATOM 51195 H2 TIP3X1043 36.810 -35.880 -34.110 1.00 0.00 W7 H +ATOM 51196 OH2 TIP3X1044 0.180 24.100 38.820 1.00 0.00 W7 O +ATOM 51197 H1 TIP3X1044 0.560 24.940 39.020 1.00 0.00 W7 H +ATOM 51198 H2 TIP3X1044 0.170 23.630 39.650 1.00 0.00 W7 H +ATOM 51199 OH2 TIP3X1045 -31.970 -50.310 36.900 1.00 0.00 W7 O +ATOM 51200 H1 TIP3X1045 -31.550 -49.590 36.440 1.00 0.00 W7 H +ATOM 51201 H2 TIP3X1045 -32.620 -49.890 37.470 1.00 0.00 W7 H +ATOM 51202 OH2 TIP3X1046 48.810 -41.980 19.890 1.00 0.00 W7 O +ATOM 51203 H1 TIP3X1046 49.440 -41.850 19.170 1.00 0.00 W7 H +ATOM 51204 H2 TIP3X1046 48.810 -41.150 20.360 1.00 0.00 W7 H +ATOM 51205 OH2 TIP3X1047 34.720 -34.330 -22.730 1.00 0.00 W7 O +ATOM 51206 H1 TIP3X1047 35.650 -34.430 -22.860 1.00 0.00 W7 H +ATOM 51207 H2 TIP3X1047 34.330 -34.860 -23.430 1.00 0.00 W7 H +ATOM 51208 OH2 TIP3X1048 -2.370 -48.200 33.150 1.00 0.00 W7 O +ATOM 51209 H1 TIP3X1048 -3.280 -48.450 33.280 1.00 0.00 W7 H +ATOM 51210 H2 TIP3X1048 -2.390 -47.240 33.170 1.00 0.00 W7 H +ATOM 51211 OH2 TIP3X 1 -21.580 -2.400 -47.090 1.00 0.00 W8 O +ATOM 51212 H1 TIP3X 1 -21.290 -2.640 -46.220 1.00 0.00 W8 H +ATOM 51213 H2 TIP3X 1 -20.780 -2.330 -47.600 1.00 0.00 W8 H +ATOM 51214 OH2 TIP3X 2 -28.150 -25.380 12.360 1.00 0.00 W8 O +ATOM 51215 H1 TIP3X 2 -28.620 -24.710 11.870 1.00 0.00 W8 H +ATOM 51216 H2 TIP3X 2 -28.710 -26.150 12.300 1.00 0.00 W8 H +ATOM 51217 OH2 TIP3X 3 35.840 -5.220 -41.400 1.00 0.00 W8 O +ATOM 51218 H1 TIP3X 3 36.270 -5.010 -40.570 1.00 0.00 W8 H +ATOM 51219 H2 TIP3X 3 35.050 -4.690 -41.390 1.00 0.00 W8 H +ATOM 51220 OH2 TIP3X 4 0.270 31.040 26.760 1.00 0.00 W8 O +ATOM 51221 H1 TIP3X 4 0.420 30.100 26.700 1.00 0.00 W8 H +ATOM 51222 H2 TIP3X 4 1.050 31.440 26.380 1.00 0.00 W8 H +ATOM 51223 OH2 TIP3X 5 34.430 2.320 33.370 1.00 0.00 W8 O +ATOM 51224 H1 TIP3X 5 34.730 1.420 33.270 1.00 0.00 W8 H +ATOM 51225 H2 TIP3X 5 34.740 2.770 32.580 1.00 0.00 W8 H +ATOM 51226 OH2 TIP3X 6 44.880 -26.910 -34.800 1.00 0.00 W8 O +ATOM 51227 H1 TIP3X 6 44.520 -26.570 -35.610 1.00 0.00 W8 H +ATOM 51228 H2 TIP3X 6 45.610 -26.300 -34.600 1.00 0.00 W8 H +ATOM 51229 OH2 TIP3X 7 -39.960 -21.850 -36.890 1.00 0.00 W8 O +ATOM 51230 H1 TIP3X 7 -40.260 -21.050 -36.460 1.00 0.00 W8 H +ATOM 51231 H2 TIP3X 7 -40.640 -22.500 -36.700 1.00 0.00 W8 H +ATOM 51232 OH2 TIP3X 8 14.770 40.550 -24.750 1.00 0.00 W8 O +ATOM 51233 H1 TIP3X 8 15.260 39.770 -24.970 1.00 0.00 W8 H +ATOM 51234 H2 TIP3X 8 13.890 40.230 -24.540 1.00 0.00 W8 H +ATOM 51235 OH2 TIP3X 9 32.620 36.410 -48.310 1.00 0.00 W8 O +ATOM 51236 H1 TIP3X 9 33.310 36.460 -48.990 1.00 0.00 W8 H +ATOM 51237 H2 TIP3X 9 32.430 37.310 -48.090 1.00 0.00 W8 H +ATOM 51238 OH2 TIP3X 10 29.960 -27.940 -40.780 1.00 0.00 W8 O +ATOM 51239 H1 TIP3X 10 29.980 -28.420 -41.600 1.00 0.00 W8 H +ATOM 51240 H2 TIP3X 10 30.340 -27.090 -41.000 1.00 0.00 W8 H +ATOM 51241 OH2 TIP3X 11 2.660 1.190 27.240 1.00 0.00 W8 O +ATOM 51242 H1 TIP3X 11 1.810 1.330 26.830 1.00 0.00 W8 H +ATOM 51243 H2 TIP3X 11 3.260 1.700 26.720 1.00 0.00 W8 H +ATOM 51244 OH2 TIP3X 12 26.700 -31.200 -43.470 1.00 0.00 W8 O +ATOM 51245 H1 TIP3X 12 26.500 -31.820 -44.170 1.00 0.00 W8 H +ATOM 51246 H2 TIP3X 12 26.150 -31.470 -42.730 1.00 0.00 W8 H +ATOM 51247 OH2 TIP3X 13 46.660 11.710 -49.400 1.00 0.00 W8 O +ATOM 51248 H1 TIP3X 13 45.790 12.050 -49.600 1.00 0.00 W8 H +ATOM 51249 H2 TIP3X 13 47.150 12.460 -49.060 1.00 0.00 W8 H +ATOM 51250 OH2 TIP3X 14 -7.470 -28.240 21.070 1.00 0.00 W8 O +ATOM 51251 H1 TIP3X 14 -8.080 -28.670 20.470 1.00 0.00 W8 H +ATOM 51252 H2 TIP3X 14 -6.960 -27.640 20.510 1.00 0.00 W8 H +ATOM 51253 OH2 TIP3X 15 -23.140 -47.440 15.450 1.00 0.00 W8 O +ATOM 51254 H1 TIP3X 15 -22.350 -47.700 14.970 1.00 0.00 W8 H +ATOM 51255 H2 TIP3X 15 -23.780 -47.260 14.750 1.00 0.00 W8 H +ATOM 51256 OH2 TIP3X 16 42.570 -25.140 31.660 1.00 0.00 W8 O +ATOM 51257 H1 TIP3X 16 43.170 -25.830 31.940 1.00 0.00 W8 H +ATOM 51258 H2 TIP3X 16 41.700 -25.480 31.860 1.00 0.00 W8 H +ATOM 51259 OH2 TIP3X 17 -15.590 7.900 -39.080 1.00 0.00 W8 O +ATOM 51260 H1 TIP3X 17 -16.490 8.020 -38.780 1.00 0.00 W8 H +ATOM 51261 H2 TIP3X 17 -15.440 6.960 -38.980 1.00 0.00 W8 H +ATOM 51262 OH2 TIP3X 18 14.900 -38.040 30.480 1.00 0.00 W8 O +ATOM 51263 H1 TIP3X 18 15.830 -37.930 30.670 1.00 0.00 W8 H +ATOM 51264 H2 TIP3X 18 14.850 -38.230 29.540 1.00 0.00 W8 H +ATOM 51265 OH2 TIP3X 19 34.010 3.110 -28.860 1.00 0.00 W8 O +ATOM 51266 H1 TIP3X 19 34.060 4.020 -29.150 1.00 0.00 W8 H +ATOM 51267 H2 TIP3X 19 33.610 3.160 -27.990 1.00 0.00 W8 H +ATOM 51268 OH2 TIP3X 20 -36.460 -41.440 36.580 1.00 0.00 W8 O +ATOM 51269 H1 TIP3X 20 -36.650 -40.800 35.900 1.00 0.00 W8 H +ATOM 51270 H2 TIP3X 20 -35.530 -41.310 36.790 1.00 0.00 W8 H +ATOM 51271 OH2 TIP3X 21 35.210 -6.890 32.460 1.00 0.00 W8 O +ATOM 51272 H1 TIP3X 21 35.580 -6.370 31.750 1.00 0.00 W8 H +ATOM 51273 H2 TIP3X 21 34.720 -7.590 32.030 1.00 0.00 W8 H +ATOM 51274 OH2 TIP3X 22 -32.650 -22.800 -34.590 1.00 0.00 W8 O +ATOM 51275 H1 TIP3X 22 -33.000 -22.330 -35.340 1.00 0.00 W8 H +ATOM 51276 H2 TIP3X 22 -31.980 -22.210 -34.220 1.00 0.00 W8 H +ATOM 51277 OH2 TIP3X 23 -42.970 -3.390 32.460 1.00 0.00 W8 O +ATOM 51278 H1 TIP3X 23 -43.410 -2.590 32.720 1.00 0.00 W8 H +ATOM 51279 H2 TIP3X 23 -42.400 -3.620 33.200 1.00 0.00 W8 H +ATOM 51280 OH2 TIP3X 24 -33.840 8.640 33.360 1.00 0.00 W8 O +ATOM 51281 H1 TIP3X 24 -33.830 8.500 32.410 1.00 0.00 W8 H +ATOM 51282 H2 TIP3X 24 -33.440 9.500 33.480 1.00 0.00 W8 H +ATOM 51283 OH2 TIP3X 25 -6.270 23.230 40.840 1.00 0.00 W8 O +ATOM 51284 H1 TIP3X 25 -6.450 23.100 39.910 1.00 0.00 W8 H +ATOM 51285 H2 TIP3X 25 -5.990 24.140 40.910 1.00 0.00 W8 H +ATOM 51286 OH2 TIP3X 26 32.090 -33.850 14.640 1.00 0.00 W8 O +ATOM 51287 H1 TIP3X 26 31.200 -34.070 14.400 1.00 0.00 W8 H +ATOM 51288 H2 TIP3X 26 32.610 -34.620 14.400 1.00 0.00 W8 H +ATOM 51289 OH2 TIP3X 27 -26.760 21.740 -40.950 1.00 0.00 W8 O +ATOM 51290 H1 TIP3X 27 -27.570 21.230 -41.060 1.00 0.00 W8 H +ATOM 51291 H2 TIP3X 27 -27.060 22.590 -40.630 1.00 0.00 W8 H +ATOM 51292 OH2 TIP3X 28 48.590 31.660 37.530 1.00 0.00 W8 O +ATOM 51293 H1 TIP3X 28 48.170 31.410 36.710 1.00 0.00 W8 H +ATOM 51294 H2 TIP3X 28 48.320 30.980 38.150 1.00 0.00 W8 H +ATOM 51295 OH2 TIP3X 29 45.180 -27.440 -40.150 1.00 0.00 W8 O +ATOM 51296 H1 TIP3X 29 45.590 -27.100 -40.930 1.00 0.00 W8 H +ATOM 51297 H2 TIP3X 29 44.410 -27.920 -40.460 1.00 0.00 W8 H +ATOM 51298 OH2 TIP3X 30 13.100 29.530 -31.190 1.00 0.00 W8 O +ATOM 51299 H1 TIP3X 30 13.790 30.020 -31.640 1.00 0.00 W8 H +ATOM 51300 H2 TIP3X 30 12.930 30.030 -30.400 1.00 0.00 W8 H +ATOM 51301 OH2 TIP3X 31 28.060 -48.050 15.870 1.00 0.00 W8 O +ATOM 51302 H1 TIP3X 31 28.550 -47.620 15.170 1.00 0.00 W8 H +ATOM 51303 H2 TIP3X 31 27.330 -48.470 15.420 1.00 0.00 W8 H +ATOM 51304 OH2 TIP3X 32 -40.180 -29.020 -31.950 1.00 0.00 W8 O +ATOM 51305 H1 TIP3X 32 -39.680 -28.790 -31.150 1.00 0.00 W8 H +ATOM 51306 H2 TIP3X 32 -40.040 -29.960 -32.050 1.00 0.00 W8 H +ATOM 51307 OH2 TIP3X 33 -26.220 40.700 -26.130 1.00 0.00 W8 O +ATOM 51308 H1 TIP3X 33 -26.590 39.950 -25.670 1.00 0.00 W8 H +ATOM 51309 H2 TIP3X 33 -25.950 40.340 -26.990 1.00 0.00 W8 H +ATOM 51310 OH2 TIP3X 34 37.660 24.760 29.530 1.00 0.00 W8 O +ATOM 51311 H1 TIP3X 34 37.510 25.000 28.620 1.00 0.00 W8 H +ATOM 51312 H2 TIP3X 34 37.170 23.960 29.660 1.00 0.00 W8 H +ATOM 51313 OH2 TIP3X 35 34.220 -30.640 -45.650 1.00 0.00 W8 O +ATOM 51314 H1 TIP3X 35 34.590 -31.460 -45.950 1.00 0.00 W8 H +ATOM 51315 H2 TIP3X 35 33.290 -30.840 -45.480 1.00 0.00 W8 H +ATOM 51316 OH2 TIP3X 36 -14.110 10.150 -45.240 1.00 0.00 W8 O +ATOM 51317 H1 TIP3X 36 -13.390 9.910 -44.640 1.00 0.00 W8 H +ATOM 51318 H2 TIP3X 36 -14.420 10.990 -44.900 1.00 0.00 W8 H +ATOM 51319 OH2 TIP3X 37 -34.080 -39.510 -49.040 1.00 0.00 W8 O +ATOM 51320 H1 TIP3X 37 -33.800 -39.870 -48.200 1.00 0.00 W8 H +ATOM 51321 H2 TIP3X 37 -34.990 -39.220 -48.900 1.00 0.00 W8 H +ATOM 51322 OH2 TIP3X 38 1.840 -36.740 -27.060 1.00 0.00 W8 O +ATOM 51323 H1 TIP3X 38 1.230 -36.010 -27.090 1.00 0.00 W8 H +ATOM 51324 H2 TIP3X 38 2.470 -36.490 -26.370 1.00 0.00 W8 H +ATOM 51325 OH2 TIP3X 39 44.060 8.270 -30.450 1.00 0.00 W8 O +ATOM 51326 H1 TIP3X 39 43.480 7.650 -30.020 1.00 0.00 W8 H +ATOM 51327 H2 TIP3X 39 44.730 7.730 -30.880 1.00 0.00 W8 H +ATOM 51328 OH2 TIP3X 40 32.480 10.610 -21.480 1.00 0.00 W8 O +ATOM 51329 H1 TIP3X 40 32.270 10.510 -20.550 1.00 0.00 W8 H +ATOM 51330 H2 TIP3X 40 33.350 11.010 -21.480 1.00 0.00 W8 H +ATOM 51331 OH2 TIP3X 41 0.220 -37.190 -37.530 1.00 0.00 W8 O +ATOM 51332 H1 TIP3X 41 -0.030 -37.200 -38.450 1.00 0.00 W8 H +ATOM 51333 H2 TIP3X 41 -0.370 -36.560 -37.130 1.00 0.00 W8 H +ATOM 51334 OH2 TIP3X 42 -3.050 13.780 26.520 1.00 0.00 W8 O +ATOM 51335 H1 TIP3X 42 -3.410 13.090 27.070 1.00 0.00 W8 H +ATOM 51336 H2 TIP3X 42 -2.120 13.580 26.440 1.00 0.00 W8 H +ATOM 51337 OH2 TIP3X 43 -32.890 -32.940 -24.590 1.00 0.00 W8 O +ATOM 51338 H1 TIP3X 43 -32.060 -32.770 -25.050 1.00 0.00 W8 H +ATOM 51339 H2 TIP3X 43 -32.950 -33.900 -24.570 1.00 0.00 W8 H +ATOM 51340 OH2 TIP3X 44 -26.760 -8.240 19.400 1.00 0.00 W8 O +ATOM 51341 H1 TIP3X 44 -26.050 -8.490 18.810 1.00 0.00 W8 H +ATOM 51342 H2 TIP3X 44 -26.400 -7.510 19.910 1.00 0.00 W8 H +ATOM 51343 OH2 TIP3X 45 -20.290 -27.130 -15.990 1.00 0.00 W8 O +ATOM 51344 H1 TIP3X 45 -20.870 -26.510 -15.550 1.00 0.00 W8 H +ATOM 51345 H2 TIP3X 45 -19.510 -27.150 -15.450 1.00 0.00 W8 H +ATOM 51346 OH2 TIP3X 46 -3.000 0.940 -43.860 1.00 0.00 W8 O +ATOM 51347 H1 TIP3X 46 -3.420 0.550 -43.090 1.00 0.00 W8 H +ATOM 51348 H2 TIP3X 46 -2.320 1.510 -43.490 1.00 0.00 W8 H +ATOM 51349 OH2 TIP3X 47 10.850 42.990 -40.400 1.00 0.00 W8 O +ATOM 51350 H1 TIP3X 47 9.940 43.210 -40.240 1.00 0.00 W8 H +ATOM 51351 H2 TIP3X 47 11.150 42.610 -39.570 1.00 0.00 W8 H +ATOM 51352 OH2 TIP3X 48 1.810 -16.240 -48.990 1.00 0.00 W8 O +ATOM 51353 H1 TIP3X 48 2.020 -15.640 -48.280 1.00 0.00 W8 H +ATOM 51354 H2 TIP3X 48 0.890 -16.080 -49.180 1.00 0.00 W8 H +ATOM 51355 OH2 TIP3X 49 -10.330 -31.130 30.690 1.00 0.00 W8 O +ATOM 51356 H1 TIP3X 49 -10.020 -30.230 30.670 1.00 0.00 W8 H +ATOM 51357 H2 TIP3X 49 -9.540 -31.650 30.750 1.00 0.00 W8 H +ATOM 51358 OH2 TIP3X 50 3.950 10.080 -47.860 1.00 0.00 W8 O +ATOM 51359 H1 TIP3X 50 4.360 10.140 -48.720 1.00 0.00 W8 H +ATOM 51360 H2 TIP3X 50 3.250 10.730 -47.870 1.00 0.00 W8 H +ATOM 51361 OH2 TIP3X 51 -23.940 -28.130 36.220 1.00 0.00 W8 O +ATOM 51362 H1 TIP3X 51 -24.530 -28.900 36.260 1.00 0.00 W8 H +ATOM 51363 H2 TIP3X 51 -23.200 -28.420 35.670 1.00 0.00 W8 H +ATOM 51364 OH2 TIP3X 52 0.080 -2.780 36.460 1.00 0.00 W8 O +ATOM 51365 H1 TIP3X 52 -0.840 -2.700 36.730 1.00 0.00 W8 H +ATOM 51366 H2 TIP3X 52 0.090 -2.410 35.570 1.00 0.00 W8 H +ATOM 51367 OH2 TIP3X 53 35.040 15.360 -48.740 1.00 0.00 W8 O +ATOM 51368 H1 TIP3X 53 35.410 15.670 -47.920 1.00 0.00 W8 H +ATOM 51369 H2 TIP3X 53 35.490 15.860 -49.420 1.00 0.00 W8 H +ATOM 51370 OH2 TIP3X 54 16.020 -29.500 -35.760 1.00 0.00 W8 O +ATOM 51371 H1 TIP3X 54 15.920 -29.400 -36.720 1.00 0.00 W8 H +ATOM 51372 H2 TIP3X 54 15.120 -29.490 -35.430 1.00 0.00 W8 H +ATOM 51373 OH2 TIP3X 55 8.320 -5.700 35.190 1.00 0.00 W8 O +ATOM 51374 H1 TIP3X 55 8.360 -6.670 35.230 1.00 0.00 W8 H +ATOM 51375 H2 TIP3X 55 7.390 -5.510 35.080 1.00 0.00 W8 H +ATOM 51376 OH2 TIP3X 56 -32.560 28.170 36.870 1.00 0.00 W8 O +ATOM 51377 H1 TIP3X 56 -32.580 28.010 37.810 1.00 0.00 W8 H +ATOM 51378 H2 TIP3X 56 -31.630 28.290 36.660 1.00 0.00 W8 H +ATOM 51379 OH2 TIP3X 57 13.620 -7.690 36.230 1.00 0.00 W8 O +ATOM 51380 H1 TIP3X 57 12.860 -8.230 36.430 1.00 0.00 W8 H +ATOM 51381 H2 TIP3X 57 14.350 -8.310 36.160 1.00 0.00 W8 H +ATOM 51382 OH2 TIP3X 58 47.730 34.590 -35.150 1.00 0.00 W8 O +ATOM 51383 H1 TIP3X 58 47.880 34.240 -34.270 1.00 0.00 W8 H +ATOM 51384 H2 TIP3X 58 46.810 34.860 -35.130 1.00 0.00 W8 H +ATOM 51385 OH2 TIP3X 59 -28.830 -21.610 -47.200 1.00 0.00 W8 O +ATOM 51386 H1 TIP3X 59 -28.770 -22.570 -47.260 1.00 0.00 W8 H +ATOM 51387 H2 TIP3X 59 -29.300 -21.350 -48.000 1.00 0.00 W8 H +ATOM 51388 OH2 TIP3X 60 -6.560 -3.370 -33.910 1.00 0.00 W8 O +ATOM 51389 H1 TIP3X 60 -6.060 -4.020 -33.390 1.00 0.00 W8 H +ATOM 51390 H2 TIP3X 60 -7.460 -3.460 -33.580 1.00 0.00 W8 H +ATOM 51391 OH2 TIP3X 61 14.000 -48.320 -16.650 1.00 0.00 W8 O +ATOM 51392 H1 TIP3X 61 14.610 -48.940 -17.070 1.00 0.00 W8 H +ATOM 51393 H2 TIP3X 61 13.810 -48.720 -15.800 1.00 0.00 W8 H +ATOM 51394 OH2 TIP3X 62 -4.480 -46.420 -29.570 1.00 0.00 W8 O +ATOM 51395 H1 TIP3X 62 -4.280 -45.600 -30.040 1.00 0.00 W8 H +ATOM 51396 H2 TIP3X 62 -5.290 -46.230 -29.110 1.00 0.00 W8 H +ATOM 51397 OH2 TIP3X 63 -29.210 26.720 31.950 1.00 0.00 W8 O +ATOM 51398 H1 TIP3X 63 -28.440 26.880 32.510 1.00 0.00 W8 H +ATOM 51399 H2 TIP3X 63 -28.830 26.570 31.080 1.00 0.00 W8 H +ATOM 51400 OH2 TIP3X 64 25.700 39.590 -21.460 1.00 0.00 W8 O +ATOM 51401 H1 TIP3X 64 25.670 40.450 -21.880 1.00 0.00 W8 H +ATOM 51402 H2 TIP3X 64 26.630 39.370 -21.410 1.00 0.00 W8 H +ATOM 51403 OH2 TIP3X 65 -28.590 16.810 -11.720 1.00 0.00 W8 O +ATOM 51404 H1 TIP3X 65 -28.700 17.630 -11.230 1.00 0.00 W8 H +ATOM 51405 H2 TIP3X 65 -28.200 17.090 -12.550 1.00 0.00 W8 H +ATOM 51406 OH2 TIP3X 66 -28.560 35.030 -48.610 1.00 0.00 W8 O +ATOM 51407 H1 TIP3X 66 -27.680 35.240 -48.880 1.00 0.00 W8 H +ATOM 51408 H2 TIP3X 66 -28.460 34.740 -47.690 1.00 0.00 W8 H +ATOM 51409 OH2 TIP3X 67 -15.780 36.500 -15.930 1.00 0.00 W8 O +ATOM 51410 H1 TIP3X 67 -15.500 36.900 -15.110 1.00 0.00 W8 H +ATOM 51411 H2 TIP3X 67 -16.430 35.850 -15.670 1.00 0.00 W8 H +ATOM 51412 OH2 TIP3X 68 -9.420 7.990 21.580 1.00 0.00 W8 O +ATOM 51413 H1 TIP3X 68 -8.650 7.670 22.070 1.00 0.00 W8 H +ATOM 51414 H2 TIP3X 68 -9.190 7.860 20.670 1.00 0.00 W8 H +ATOM 51415 OH2 TIP3X 69 34.210 -15.940 -18.420 1.00 0.00 W8 O +ATOM 51416 H1 TIP3X 69 33.310 -16.240 -18.300 1.00 0.00 W8 H +ATOM 51417 H2 TIP3X 69 34.680 -16.270 -17.660 1.00 0.00 W8 H +ATOM 51418 OH2 TIP3X 70 -44.210 -11.940 -33.970 1.00 0.00 W8 O +ATOM 51419 H1 TIP3X 70 -44.230 -12.400 -33.110 1.00 0.00 W8 H +ATOM 51420 H2 TIP3X 70 -43.390 -12.230 -34.370 1.00 0.00 W8 H +ATOM 51421 OH2 TIP3X 71 34.950 -48.050 26.840 1.00 0.00 W8 O +ATOM 51422 H1 TIP3X 71 35.230 -48.950 26.600 1.00 0.00 W8 H +ATOM 51423 H2 TIP3X 71 35.200 -47.510 26.100 1.00 0.00 W8 H +ATOM 51424 OH2 TIP3X 72 5.810 -37.870 -42.770 1.00 0.00 W8 O +ATOM 51425 H1 TIP3X 72 6.210 -38.520 -43.350 1.00 0.00 W8 H +ATOM 51426 H2 TIP3X 72 5.090 -38.340 -42.350 1.00 0.00 W8 H +ATOM 51427 OH2 TIP3X 73 27.260 -18.530 -18.800 1.00 0.00 W8 O +ATOM 51428 H1 TIP3X 73 28.080 -18.960 -18.600 1.00 0.00 W8 H +ATOM 51429 H2 TIP3X 73 26.870 -18.350 -17.960 1.00 0.00 W8 H +ATOM 51430 OH2 TIP3X 74 32.080 -10.020 -32.280 1.00 0.00 W8 O +ATOM 51431 H1 TIP3X 74 31.680 -10.140 -33.130 1.00 0.00 W8 H +ATOM 51432 H2 TIP3X 74 33.020 -9.980 -32.450 1.00 0.00 W8 H +ATOM 51433 OH2 TIP3X 75 -37.970 -5.900 -37.810 1.00 0.00 W8 O +ATOM 51434 H1 TIP3X 75 -37.280 -5.240 -37.890 1.00 0.00 W8 H +ATOM 51435 H2 TIP3X 75 -38.780 -5.430 -38.000 1.00 0.00 W8 H +ATOM 51436 OH2 TIP3X 76 -3.470 30.970 37.800 1.00 0.00 W8 O +ATOM 51437 H1 TIP3X 76 -2.790 31.590 38.080 1.00 0.00 W8 H +ATOM 51438 H2 TIP3X 76 -3.230 30.140 38.230 1.00 0.00 W8 H +ATOM 51439 OH2 TIP3X 77 -22.130 -24.490 -25.710 1.00 0.00 W8 O +ATOM 51440 H1 TIP3X 77 -22.210 -24.760 -26.630 1.00 0.00 W8 H +ATOM 51441 H2 TIP3X 77 -21.260 -24.750 -25.450 1.00 0.00 W8 H +ATOM 51442 OH2 TIP3X 78 -27.110 -43.640 -48.060 1.00 0.00 W8 O +ATOM 51443 H1 TIP3X 78 -26.540 -43.980 -47.360 1.00 0.00 W8 H +ATOM 51444 H2 TIP3X 78 -26.530 -43.110 -48.610 1.00 0.00 W8 H +ATOM 51445 OH2 TIP3X 79 34.970 -2.150 -39.770 1.00 0.00 W8 O +ATOM 51446 H1 TIP3X 79 35.860 -2.300 -39.430 1.00 0.00 W8 H +ATOM 51447 H2 TIP3X 79 35.080 -1.490 -40.450 1.00 0.00 W8 H +ATOM 51448 OH2 TIP3X 80 42.590 1.750 18.100 1.00 0.00 W8 O +ATOM 51449 H1 TIP3X 80 42.760 2.630 17.750 1.00 0.00 W8 H +ATOM 51450 H2 TIP3X 80 43.380 1.260 17.890 1.00 0.00 W8 H +ATOM 51451 OH2 TIP3X 81 -23.060 19.380 -47.280 1.00 0.00 W8 O +ATOM 51452 H1 TIP3X 81 -23.740 18.700 -47.330 1.00 0.00 W8 H +ATOM 51453 H2 TIP3X 81 -23.500 20.120 -46.860 1.00 0.00 W8 H +ATOM 51454 OH2 TIP3X 82 46.200 17.750 -45.300 1.00 0.00 W8 O +ATOM 51455 H1 TIP3X 82 46.590 17.170 -45.950 1.00 0.00 W8 H +ATOM 51456 H2 TIP3X 82 45.880 18.500 -45.800 1.00 0.00 W8 H +ATOM 51457 OH2 TIP3X 83 -26.300 -37.550 27.510 1.00 0.00 W8 O +ATOM 51458 H1 TIP3X 83 -27.060 -37.400 26.950 1.00 0.00 W8 H +ATOM 51459 H2 TIP3X 83 -25.790 -38.220 27.070 1.00 0.00 W8 H +ATOM 51460 OH2 TIP3X 84 44.050 -17.050 -32.700 1.00 0.00 W8 O +ATOM 51461 H1 TIP3X 84 44.790 -16.440 -32.720 1.00 0.00 W8 H +ATOM 51462 H2 TIP3X 84 44.360 -17.820 -33.170 1.00 0.00 W8 H +ATOM 51463 OH2 TIP3X 85 17.960 6.920 34.790 1.00 0.00 W8 O +ATOM 51464 H1 TIP3X 85 17.910 6.000 34.980 1.00 0.00 W8 H +ATOM 51465 H2 TIP3X 85 18.400 6.970 33.930 1.00 0.00 W8 H +ATOM 51466 OH2 TIP3X 86 -37.910 -10.530 33.340 1.00 0.00 W8 O +ATOM 51467 H1 TIP3X 86 -38.570 -9.840 33.270 1.00 0.00 W8 H +ATOM 51468 H2 TIP3X 86 -38.100 -11.130 32.620 1.00 0.00 W8 H +ATOM 51469 OH2 TIP3X 87 46.690 1.390 29.530 1.00 0.00 W8 O +ATOM 51470 H1 TIP3X 87 47.230 0.610 29.340 1.00 0.00 W8 H +ATOM 51471 H2 TIP3X 87 45.790 1.060 29.460 1.00 0.00 W8 H +ATOM 51472 OH2 TIP3X 88 -28.500 36.030 -43.100 1.00 0.00 W8 O +ATOM 51473 H1 TIP3X 88 -28.500 35.510 -43.900 1.00 0.00 W8 H +ATOM 51474 H2 TIP3X 88 -27.630 35.910 -42.730 1.00 0.00 W8 H +ATOM 51475 OH2 TIP3X 89 -18.470 -18.330 -22.910 1.00 0.00 W8 O +ATOM 51476 H1 TIP3X 89 -17.860 -17.720 -22.490 1.00 0.00 W8 H +ATOM 51477 H2 TIP3X 89 -19.300 -18.210 -22.440 1.00 0.00 W8 H +ATOM 51478 OH2 TIP3X 90 16.500 -32.060 -35.700 1.00 0.00 W8 O +ATOM 51479 H1 TIP3X 90 16.670 -31.120 -35.690 1.00 0.00 W8 H +ATOM 51480 H2 TIP3X 90 16.370 -32.290 -34.780 1.00 0.00 W8 H +ATOM 51481 OH2 TIP3X 91 -40.540 -28.460 -16.940 1.00 0.00 W8 O +ATOM 51482 H1 TIP3X 91 -40.610 -28.460 -17.900 1.00 0.00 W8 H +ATOM 51483 H2 TIP3X 91 -39.620 -28.270 -16.770 1.00 0.00 W8 H +ATOM 51484 OH2 TIP3X 92 -41.320 -40.350 25.870 1.00 0.00 W8 O +ATOM 51485 H1 TIP3X 92 -40.370 -40.420 25.960 1.00 0.00 W8 H +ATOM 51486 H2 TIP3X 92 -41.640 -40.210 26.770 1.00 0.00 W8 H +ATOM 51487 OH2 TIP3X 93 -42.810 32.220 -32.350 1.00 0.00 W8 O +ATOM 51488 H1 TIP3X 93 -42.720 32.530 -31.450 1.00 0.00 W8 H +ATOM 51489 H2 TIP3X 93 -43.670 32.530 -32.620 1.00 0.00 W8 H +ATOM 51490 OH2 TIP3X 94 2.720 17.680 23.200 1.00 0.00 W8 O +ATOM 51491 H1 TIP3X 94 2.970 18.370 22.590 1.00 0.00 W8 H +ATOM 51492 H2 TIP3X 94 3.540 17.440 23.640 1.00 0.00 W8 H +ATOM 51493 OH2 TIP3X 95 30.060 -51.620 32.110 1.00 0.00 W8 O +ATOM 51494 H1 TIP3X 95 29.130 -51.730 32.350 1.00 0.00 W8 H +ATOM 51495 H2 TIP3X 95 30.350 -52.490 31.850 1.00 0.00 W8 H +ATOM 51496 OH2 TIP3X 96 -5.160 -48.570 31.100 1.00 0.00 W8 O +ATOM 51497 H1 TIP3X 96 -5.380 -49.410 31.490 1.00 0.00 W8 H +ATOM 51498 H2 TIP3X 96 -5.490 -47.920 31.710 1.00 0.00 W8 H +ATOM 51499 OH2 TIP3X 97 40.440 16.260 -31.820 1.00 0.00 W8 O +ATOM 51500 H1 TIP3X 97 39.650 16.710 -31.510 1.00 0.00 W8 H +ATOM 51501 H2 TIP3X 97 40.780 15.820 -31.040 1.00 0.00 W8 H +ATOM 51502 OH2 TIP3X 98 -20.550 -41.950 25.570 1.00 0.00 W8 O +ATOM 51503 H1 TIP3X 98 -19.610 -41.900 25.760 1.00 0.00 W8 H +ATOM 51504 H2 TIP3X 98 -20.760 -42.880 25.610 1.00 0.00 W8 H +ATOM 51505 OH2 TIP3X 99 37.520 -48.440 -35.610 1.00 0.00 W8 O +ATOM 51506 H1 TIP3X 99 37.690 -49.300 -35.220 1.00 0.00 W8 H +ATOM 51507 H2 TIP3X 99 37.130 -48.620 -36.450 1.00 0.00 W8 H +ATOM 51508 OH2 TIP3X 100 -40.120 21.340 -26.550 1.00 0.00 W8 O +ATOM 51509 H1 TIP3X 100 -39.190 21.170 -26.700 1.00 0.00 W8 H +ATOM 51510 H2 TIP3X 100 -40.450 20.530 -26.160 1.00 0.00 W8 H +ATOM 51511 OH2 TIP3X 101 -13.700 -20.490 -35.250 1.00 0.00 W8 O +ATOM 51512 H1 TIP3X 101 -12.890 -20.090 -35.580 1.00 0.00 W8 H +ATOM 51513 H2 TIP3X 101 -14.010 -21.040 -35.960 1.00 0.00 W8 H +ATOM 51514 OH2 TIP3X 102 -13.320 -19.170 -41.500 1.00 0.00 W8 O +ATOM 51515 H1 TIP3X 102 -13.790 -18.510 -42.020 1.00 0.00 W8 H +ATOM 51516 H2 TIP3X 102 -13.750 -19.150 -40.640 1.00 0.00 W8 H +ATOM 51517 OH2 TIP3X 103 47.080 -33.000 -51.500 1.00 0.00 W8 O +ATOM 51518 H1 TIP3X 103 47.350 -32.510 -50.720 1.00 0.00 W8 H +ATOM 51519 H2 TIP3X 103 46.170 -32.750 -51.630 1.00 0.00 W8 H +ATOM 51520 OH2 TIP3X 104 8.100 25.610 37.490 1.00 0.00 W8 O +ATOM 51521 H1 TIP3X 104 7.460 26.260 37.770 1.00 0.00 W8 H +ATOM 51522 H2 TIP3X 104 7.730 24.770 37.740 1.00 0.00 W8 H +ATOM 51523 OH2 TIP3X 105 -8.580 -25.820 -19.150 1.00 0.00 W8 O +ATOM 51524 H1 TIP3X 105 -9.290 -25.840 -19.780 1.00 0.00 W8 H +ATOM 51525 H2 TIP3X 105 -8.680 -26.640 -18.650 1.00 0.00 W8 H +ATOM 51526 OH2 TIP3X 106 -18.450 -28.210 -24.650 1.00 0.00 W8 O +ATOM 51527 H1 TIP3X 106 -19.370 -28.360 -24.420 1.00 0.00 W8 H +ATOM 51528 H2 TIP3X 106 -17.980 -28.300 -23.810 1.00 0.00 W8 H +ATOM 51529 OH2 TIP3X 107 24.830 22.540 -19.540 1.00 0.00 W8 O +ATOM 51530 H1 TIP3X 107 25.480 21.990 -19.110 1.00 0.00 W8 H +ATOM 51531 H2 TIP3X 107 24.060 21.980 -19.630 1.00 0.00 W8 H +ATOM 51532 OH2 TIP3X 108 45.020 5.840 -23.400 1.00 0.00 W8 O +ATOM 51533 H1 TIP3X 108 45.060 4.950 -23.040 1.00 0.00 W8 H +ATOM 51534 H2 TIP3X 108 45.230 6.400 -22.650 1.00 0.00 W8 H +ATOM 51535 OH2 TIP3X 109 -24.950 13.960 30.290 1.00 0.00 W8 O +ATOM 51536 H1 TIP3X 109 -25.180 13.640 31.150 1.00 0.00 W8 H +ATOM 51537 H2 TIP3X 109 -25.620 13.590 29.710 1.00 0.00 W8 H +ATOM 51538 OH2 TIP3X 110 -1.810 -40.070 -47.420 1.00 0.00 W8 O +ATOM 51539 H1 TIP3X 110 -2.500 -40.710 -47.230 1.00 0.00 W8 H +ATOM 51540 H2 TIP3X 110 -2.260 -39.360 -47.870 1.00 0.00 W8 H +ATOM 51541 OH2 TIP3X 111 -34.910 16.640 -9.510 1.00 0.00 W8 O +ATOM 51542 H1 TIP3X 111 -34.340 15.920 -9.800 1.00 0.00 W8 H +ATOM 51543 H2 TIP3X 111 -34.290 17.340 -9.310 1.00 0.00 W8 H +ATOM 51544 OH2 TIP3X 112 -12.470 -6.950 -36.260 1.00 0.00 W8 O +ATOM 51545 H1 TIP3X 112 -13.390 -7.180 -36.140 1.00 0.00 W8 H +ATOM 51546 H2 TIP3X 112 -12.470 -5.990 -36.290 1.00 0.00 W8 H +ATOM 51547 OH2 TIP3X 113 -24.840 -44.260 -33.890 1.00 0.00 W8 O +ATOM 51548 H1 TIP3X 113 -24.520 -43.570 -34.480 1.00 0.00 W8 H +ATOM 51549 H2 TIP3X 113 -24.220 -44.270 -33.170 1.00 0.00 W8 H +ATOM 51550 OH2 TIP3X 114 18.600 -46.000 -35.680 1.00 0.00 W8 O +ATOM 51551 H1 TIP3X 114 17.920 -46.660 -35.850 1.00 0.00 W8 H +ATOM 51552 H2 TIP3X 114 18.120 -45.180 -35.580 1.00 0.00 W8 H +ATOM 51553 OH2 TIP3X 115 -26.940 -44.910 -16.700 1.00 0.00 W8 O +ATOM 51554 H1 TIP3X 115 -27.780 -44.490 -16.540 1.00 0.00 W8 H +ATOM 51555 H2 TIP3X 115 -26.560 -44.410 -17.430 1.00 0.00 W8 H +ATOM 51556 OH2 TIP3X 116 -15.540 -26.630 -32.990 1.00 0.00 W8 O +ATOM 51557 H1 TIP3X 116 -14.730 -26.130 -33.010 1.00 0.00 W8 H +ATOM 51558 H2 TIP3X 116 -15.930 -26.450 -32.140 1.00 0.00 W8 H +ATOM 51559 OH2 TIP3X 117 10.790 -41.060 -25.740 1.00 0.00 W8 O +ATOM 51560 H1 TIP3X 117 10.190 -41.540 -25.160 1.00 0.00 W8 H +ATOM 51561 H2 TIP3X 117 11.560 -41.630 -25.830 1.00 0.00 W8 H +ATOM 51562 OH2 TIP3X 118 -37.240 -2.970 -48.180 1.00 0.00 W8 O +ATOM 51563 H1 TIP3X 118 -37.860 -2.720 -48.850 1.00 0.00 W8 H +ATOM 51564 H2 TIP3X 118 -36.380 -2.960 -48.610 1.00 0.00 W8 H +ATOM 51565 OH2 TIP3X 119 4.010 -0.910 31.190 1.00 0.00 W8 O +ATOM 51566 H1 TIP3X 119 4.280 -1.720 31.600 1.00 0.00 W8 H +ATOM 51567 H2 TIP3X 119 4.820 -0.390 31.130 1.00 0.00 W8 H +ATOM 51568 OH2 TIP3X 120 27.600 -35.920 -47.430 1.00 0.00 W8 O +ATOM 51569 H1 TIP3X 120 28.130 -35.830 -46.630 1.00 0.00 W8 H +ATOM 51570 H2 TIP3X 120 26.710 -35.720 -47.150 1.00 0.00 W8 H +ATOM 51571 OH2 TIP3X 121 -30.800 15.060 -41.260 1.00 0.00 W8 O +ATOM 51572 H1 TIP3X 121 -30.470 14.370 -40.690 1.00 0.00 W8 H +ATOM 51573 H2 TIP3X 121 -31.670 15.260 -40.910 1.00 0.00 W8 H +ATOM 51574 OH2 TIP3X 122 15.340 -49.300 33.240 1.00 0.00 W8 O +ATOM 51575 H1 TIP3X 122 14.990 -49.570 32.400 1.00 0.00 W8 H +ATOM 51576 H2 TIP3X 122 16.090 -49.890 33.390 1.00 0.00 W8 H +ATOM 51577 OH2 TIP3X 123 -26.910 -19.500 -30.190 1.00 0.00 W8 O +ATOM 51578 H1 TIP3X 123 -26.070 -19.680 -29.770 1.00 0.00 W8 H +ATOM 51579 H2 TIP3X 123 -27.530 -20.090 -29.760 1.00 0.00 W8 H +ATOM 51580 OH2 TIP3X 124 21.080 25.040 -28.130 1.00 0.00 W8 O +ATOM 51581 H1 TIP3X 124 20.870 24.210 -27.710 1.00 0.00 W8 H +ATOM 51582 H2 TIP3X 124 22.040 25.100 -28.120 1.00 0.00 W8 H +ATOM 51583 OH2 TIP3X 125 41.380 26.090 -46.850 1.00 0.00 W8 O +ATOM 51584 H1 TIP3X 125 42.220 25.660 -46.670 1.00 0.00 W8 H +ATOM 51585 H2 TIP3X 125 41.030 26.290 -45.980 1.00 0.00 W8 H +ATOM 51586 OH2 TIP3X 126 -22.030 35.180 -33.250 1.00 0.00 W8 O +ATOM 51587 H1 TIP3X 126 -21.260 34.670 -33.530 1.00 0.00 W8 H +ATOM 51588 H2 TIP3X 126 -22.340 34.710 -32.470 1.00 0.00 W8 H +ATOM 51589 OH2 TIP3X 127 -12.720 18.440 -45.130 1.00 0.00 W8 O +ATOM 51590 H1 TIP3X 127 -13.150 17.720 -45.600 1.00 0.00 W8 H +ATOM 51591 H2 TIP3X 127 -12.930 19.210 -45.660 1.00 0.00 W8 H +ATOM 51592 OH2 TIP3X 128 -13.320 -48.590 -31.990 1.00 0.00 W8 O +ATOM 51593 H1 TIP3X 128 -14.070 -48.660 -31.380 1.00 0.00 W8 H +ATOM 51594 H2 TIP3X 128 -13.360 -49.420 -32.490 1.00 0.00 W8 H +ATOM 51595 OH2 TIP3X 129 17.080 7.820 31.370 1.00 0.00 W8 O +ATOM 51596 H1 TIP3X 129 17.910 7.790 31.840 1.00 0.00 W8 H +ATOM 51597 H2 TIP3X 129 16.440 8.040 32.050 1.00 0.00 W8 H +ATOM 51598 OH2 TIP3X 130 38.840 -10.350 -51.130 1.00 0.00 W8 O +ATOM 51599 H1 TIP3X 130 38.440 -10.690 -50.330 1.00 0.00 W8 H +ATOM 51600 H2 TIP3X 130 38.100 -10.180 -51.710 1.00 0.00 W8 H +ATOM 51601 OH2 TIP3X 131 13.210 14.570 -18.250 1.00 0.00 W8 O +ATOM 51602 H1 TIP3X 131 12.650 15.340 -18.400 1.00 0.00 W8 H +ATOM 51603 H2 TIP3X 131 13.990 14.750 -18.790 1.00 0.00 W8 H +ATOM 51604 OH2 TIP3X 132 -44.820 32.300 -27.420 1.00 0.00 W8 O +ATOM 51605 H1 TIP3X 132 -43.930 32.290 -27.760 1.00 0.00 W8 H +ATOM 51606 H2 TIP3X 132 -44.730 32.470 -26.480 1.00 0.00 W8 H +ATOM 51607 OH2 TIP3X 133 36.530 -26.750 -42.060 1.00 0.00 W8 O +ATOM 51608 H1 TIP3X 133 35.870 -26.890 -42.730 1.00 0.00 W8 H +ATOM 51609 H2 TIP3X 133 36.280 -27.320 -41.340 1.00 0.00 W8 H +ATOM 51610 OH2 TIP3X 134 25.480 -22.730 34.110 1.00 0.00 W8 O +ATOM 51611 H1 TIP3X 134 25.270 -21.970 34.650 1.00 0.00 W8 H +ATOM 51612 H2 TIP3X 134 25.880 -23.360 34.700 1.00 0.00 W8 H +ATOM 51613 OH2 TIP3X 135 39.300 17.920 -23.710 1.00 0.00 W8 O +ATOM 51614 H1 TIP3X 135 38.560 18.160 -23.150 1.00 0.00 W8 H +ATOM 51615 H2 TIP3X 135 39.330 18.620 -24.370 1.00 0.00 W8 H +ATOM 51616 OH2 TIP3X 136 34.550 -49.240 -18.430 1.00 0.00 W8 O +ATOM 51617 H1 TIP3X 136 34.790 -49.090 -17.520 1.00 0.00 W8 H +ATOM 51618 H2 TIP3X 136 34.020 -50.040 -18.400 1.00 0.00 W8 H +ATOM 51619 OH2 TIP3X 137 35.850 35.530 -32.340 1.00 0.00 W8 O +ATOM 51620 H1 TIP3X 137 35.470 36.070 -31.650 1.00 0.00 W8 H +ATOM 51621 H2 TIP3X 137 35.520 34.650 -32.150 1.00 0.00 W8 H +ATOM 51622 OH2 TIP3X 138 22.910 20.220 -38.430 1.00 0.00 W8 O +ATOM 51623 H1 TIP3X 138 23.310 19.530 -38.940 1.00 0.00 W8 H +ATOM 51624 H2 TIP3X 138 22.400 20.720 -39.070 1.00 0.00 W8 H +ATOM 51625 OH2 TIP3X 139 -17.180 9.100 -28.110 1.00 0.00 W8 O +ATOM 51626 H1 TIP3X 139 -16.610 8.330 -28.150 1.00 0.00 W8 H +ATOM 51627 H2 TIP3X 139 -17.860 8.850 -27.480 1.00 0.00 W8 H +ATOM 51628 OH2 TIP3X 140 20.700 -30.350 -28.120 1.00 0.00 W8 O +ATOM 51629 H1 TIP3X 140 19.980 -30.700 -27.600 1.00 0.00 W8 H +ATOM 51630 H2 TIP3X 140 21.490 -30.720 -27.710 1.00 0.00 W8 H +ATOM 51631 OH2 TIP3X 141 -14.670 35.230 -40.120 1.00 0.00 W8 O +ATOM 51632 H1 TIP3X 141 -15.380 34.950 -39.540 1.00 0.00 W8 H +ATOM 51633 H2 TIP3X 141 -14.050 34.490 -40.130 1.00 0.00 W8 H +ATOM 51634 OH2 TIP3X 142 -5.870 -36.000 36.270 1.00 0.00 W8 O +ATOM 51635 H1 TIP3X 142 -6.740 -36.060 36.680 1.00 0.00 W8 H +ATOM 51636 H2 TIP3X 142 -5.490 -35.190 36.630 1.00 0.00 W8 H +ATOM 51637 OH2 TIP3X 143 16.420 43.200 -29.810 1.00 0.00 W8 O +ATOM 51638 H1 TIP3X 143 15.800 42.780 -29.210 1.00 0.00 W8 H +ATOM 51639 H2 TIP3X 143 15.880 43.800 -30.330 1.00 0.00 W8 H +ATOM 51640 OH2 TIP3X 144 -5.520 -5.670 -35.620 1.00 0.00 W8 O +ATOM 51641 H1 TIP3X 144 -5.950 -4.820 -35.640 1.00 0.00 W8 H +ATOM 51642 H2 TIP3X 144 -4.590 -5.470 -35.520 1.00 0.00 W8 H +ATOM 51643 OH2 TIP3X 145 25.290 -32.750 22.570 1.00 0.00 W8 O +ATOM 51644 H1 TIP3X 145 26.160 -32.770 22.960 1.00 0.00 W8 H +ATOM 51645 H2 TIP3X 145 24.980 -31.850 22.730 1.00 0.00 W8 H +ATOM 51646 OH2 TIP3X 146 -27.150 -49.730 11.810 1.00 0.00 W8 O +ATOM 51647 H1 TIP3X 146 -27.370 -48.800 11.960 1.00 0.00 W8 H +ATOM 51648 H2 TIP3X 146 -26.820 -49.750 10.910 1.00 0.00 W8 H +ATOM 51649 OH2 TIP3X 147 40.200 -5.530 -21.110 1.00 0.00 W8 O +ATOM 51650 H1 TIP3X 147 39.970 -4.770 -21.630 1.00 0.00 W8 H +ATOM 51651 H2 TIP3X 147 41.090 -5.350 -20.790 1.00 0.00 W8 H +ATOM 51652 OH2 TIP3X 148 17.060 33.200 -45.240 1.00 0.00 W8 O +ATOM 51653 H1 TIP3X 148 16.670 32.340 -45.450 1.00 0.00 W8 H +ATOM 51654 H2 TIP3X 148 16.950 33.290 -44.300 1.00 0.00 W8 H +ATOM 51655 OH2 TIP3X 149 -17.080 17.100 -46.670 1.00 0.00 W8 O +ATOM 51656 H1 TIP3X 149 -17.240 17.500 -45.810 1.00 0.00 W8 H +ATOM 51657 H2 TIP3X 149 -16.760 16.220 -46.470 1.00 0.00 W8 H +ATOM 51658 OH2 TIP3X 150 41.490 -11.290 -51.390 1.00 0.00 W8 O +ATOM 51659 H1 TIP3X 150 41.950 -10.460 -51.540 1.00 0.00 W8 H +ATOM 51660 H2 TIP3X 150 40.620 -11.040 -51.100 1.00 0.00 W8 H +ATOM 51661 OH2 TIP3X 151 -30.250 -0.090 -38.450 1.00 0.00 W8 O +ATOM 51662 H1 TIP3X 151 -29.740 0.590 -38.020 1.00 0.00 W8 H +ATOM 51663 H2 TIP3X 151 -31.150 0.060 -38.150 1.00 0.00 W8 H +ATOM 51664 OH2 TIP3X 152 -19.540 39.410 29.250 1.00 0.00 W8 O +ATOM 51665 H1 TIP3X 152 -20.090 38.660 29.500 1.00 0.00 W8 H +ATOM 51666 H2 TIP3X 152 -19.360 39.850 30.080 1.00 0.00 W8 H +ATOM 51667 OH2 TIP3X 153 15.420 23.770 -49.200 1.00 0.00 W8 O +ATOM 51668 H1 TIP3X 153 15.290 24.470 -48.560 1.00 0.00 W8 H +ATOM 51669 H2 TIP3X 153 16.140 23.250 -48.850 1.00 0.00 W8 H +ATOM 51670 OH2 TIP3X 154 -25.480 -7.560 -37.580 1.00 0.00 W8 O +ATOM 51671 H1 TIP3X 154 -26.320 -7.660 -38.040 1.00 0.00 W8 H +ATOM 51672 H2 TIP3X 154 -25.700 -7.110 -36.770 1.00 0.00 W8 H +ATOM 51673 OH2 TIP3X 155 41.430 13.570 -50.120 1.00 0.00 W8 O +ATOM 51674 H1 TIP3X 155 42.380 13.690 -50.000 1.00 0.00 W8 H +ATOM 51675 H2 TIP3X 155 41.230 12.790 -49.600 1.00 0.00 W8 H +ATOM 51676 OH2 TIP3X 156 -22.430 -32.340 -29.980 1.00 0.00 W8 O +ATOM 51677 H1 TIP3X 156 -23.330 -32.330 -29.650 1.00 0.00 W8 H +ATOM 51678 H2 TIP3X 156 -22.510 -31.980 -30.870 1.00 0.00 W8 H +ATOM 51679 OH2 TIP3X 157 19.160 -44.060 -20.100 1.00 0.00 W8 O +ATOM 51680 H1 TIP3X 157 19.880 -44.690 -20.160 1.00 0.00 W8 H +ATOM 51681 H2 TIP3X 157 19.460 -43.290 -20.600 1.00 0.00 W8 H +ATOM 51682 OH2 TIP3X 158 -4.780 23.550 -34.950 1.00 0.00 W8 O +ATOM 51683 H1 TIP3X 158 -4.600 23.510 -35.890 1.00 0.00 W8 H +ATOM 51684 H2 TIP3X 158 -4.400 24.380 -34.660 1.00 0.00 W8 H +ATOM 51685 OH2 TIP3X 159 -2.320 -4.930 14.090 1.00 0.00 W8 O +ATOM 51686 H1 TIP3X 159 -1.820 -4.500 14.780 1.00 0.00 W8 H +ATOM 51687 H2 TIP3X 159 -3.070 -5.320 14.530 1.00 0.00 W8 H +ATOM 51688 OH2 TIP3X 160 35.540 43.200 -23.460 1.00 0.00 W8 O +ATOM 51689 H1 TIP3X 160 36.420 42.900 -23.280 1.00 0.00 W8 H +ATOM 51690 H2 TIP3X 160 35.550 43.500 -24.370 1.00 0.00 W8 H +ATOM 51691 OH2 TIP3X 161 -19.890 -44.750 -35.570 1.00 0.00 W8 O +ATOM 51692 H1 TIP3X 161 -20.210 -45.650 -35.600 1.00 0.00 W8 H +ATOM 51693 H2 TIP3X 161 -18.950 -44.820 -35.400 1.00 0.00 W8 H +ATOM 51694 OH2 TIP3X 162 -1.550 4.740 -32.890 1.00 0.00 W8 O +ATOM 51695 H1 TIP3X 162 -1.020 4.130 -33.390 1.00 0.00 W8 H +ATOM 51696 H2 TIP3X 162 -2.160 4.190 -32.400 1.00 0.00 W8 H +ATOM 51697 OH2 TIP3X 163 16.930 -9.830 31.010 1.00 0.00 W8 O +ATOM 51698 H1 TIP3X 163 16.880 -9.480 31.890 1.00 0.00 W8 H +ATOM 51699 H2 TIP3X 163 17.280 -9.100 30.490 1.00 0.00 W8 H +ATOM 51700 OH2 TIP3X 164 39.190 15.330 -24.410 1.00 0.00 W8 O +ATOM 51701 H1 TIP3X 164 39.370 16.120 -23.900 1.00 0.00 W8 H +ATOM 51702 H2 TIP3X 164 39.360 15.580 -25.320 1.00 0.00 W8 H +ATOM 51703 OH2 TIP3X 165 -22.990 20.280 -36.070 1.00 0.00 W8 O +ATOM 51704 H1 TIP3X 165 -22.720 19.500 -35.580 1.00 0.00 W8 H +ATOM 51705 H2 TIP3X 165 -22.200 20.600 -36.470 1.00 0.00 W8 H +ATOM 51706 OH2 TIP3X 166 -26.390 -5.570 33.110 1.00 0.00 W8 O +ATOM 51707 H1 TIP3X 166 -26.590 -4.850 33.720 1.00 0.00 W8 H +ATOM 51708 H2 TIP3X 166 -26.350 -5.150 32.260 1.00 0.00 W8 H +ATOM 51709 OH2 TIP3X 167 47.520 -12.430 -41.900 1.00 0.00 W8 O +ATOM 51710 H1 TIP3X 167 46.600 -12.370 -41.660 1.00 0.00 W8 H +ATOM 51711 H2 TIP3X 167 47.810 -11.530 -41.990 1.00 0.00 W8 H +ATOM 51712 OH2 TIP3X 168 -31.140 -32.350 -29.310 1.00 0.00 W8 O +ATOM 51713 H1 TIP3X 168 -30.320 -31.970 -29.010 1.00 0.00 W8 H +ATOM 51714 H2 TIP3X 168 -30.970 -32.600 -30.230 1.00 0.00 W8 H +ATOM 51715 OH2 TIP3X 169 -22.130 -44.960 37.310 1.00 0.00 W8 O +ATOM 51716 H1 TIP3X 169 -22.810 -44.500 36.800 1.00 0.00 W8 H +ATOM 51717 H2 TIP3X 169 -21.930 -44.350 38.040 1.00 0.00 W8 H +ATOM 51718 OH2 TIP3X 170 24.960 15.070 30.510 1.00 0.00 W8 O +ATOM 51719 H1 TIP3X 170 24.260 15.320 29.900 1.00 0.00 W8 H +ATOM 51720 H2 TIP3X 170 25.480 15.870 30.620 1.00 0.00 W8 H +ATOM 51721 OH2 TIP3X 171 23.140 -49.830 20.830 1.00 0.00 W8 O +ATOM 51722 H1 TIP3X 171 23.990 -49.420 20.610 1.00 0.00 W8 H +ATOM 51723 H2 TIP3X 171 23.170 -49.940 21.780 1.00 0.00 W8 H +ATOM 51724 OH2 TIP3X 172 48.310 -11.300 34.970 1.00 0.00 W8 O +ATOM 51725 H1 TIP3X 172 48.750 -12.150 35.050 1.00 0.00 W8 H +ATOM 51726 H2 TIP3X 172 48.650 -10.780 35.690 1.00 0.00 W8 H +ATOM 51727 OH2 TIP3X 173 42.630 32.480 31.570 1.00 0.00 W8 O +ATOM 51728 H1 TIP3X 173 41.760 32.750 31.320 1.00 0.00 W8 H +ATOM 51729 H2 TIP3X 173 43.190 32.790 30.860 1.00 0.00 W8 H +ATOM 51730 OH2 TIP3X 174 37.700 42.390 -29.830 1.00 0.00 W8 O +ATOM 51731 H1 TIP3X 174 37.240 41.560 -29.690 1.00 0.00 W8 H +ATOM 51732 H2 TIP3X 174 37.120 43.050 -29.470 1.00 0.00 W8 H +ATOM 51733 OH2 TIP3X 175 -6.360 40.510 -19.210 1.00 0.00 W8 O +ATOM 51734 H1 TIP3X 175 -6.270 41.370 -18.830 1.00 0.00 W8 H +ATOM 51735 H2 TIP3X 175 -5.610 40.400 -19.770 1.00 0.00 W8 H +ATOM 51736 OH2 TIP3X 176 -25.870 42.500 -38.120 1.00 0.00 W8 O +ATOM 51737 H1 TIP3X 176 -25.280 41.820 -37.780 1.00 0.00 W8 H +ATOM 51738 H2 TIP3X 176 -25.440 43.330 -37.910 1.00 0.00 W8 H +ATOM 51739 OH2 TIP3X 177 1.750 -31.900 -36.640 1.00 0.00 W8 O +ATOM 51740 H1 TIP3X 177 1.830 -31.120 -36.090 1.00 0.00 W8 H +ATOM 51741 H2 TIP3X 177 2.390 -31.760 -37.340 1.00 0.00 W8 H +ATOM 51742 OH2 TIP3X 178 -6.720 -36.880 13.570 1.00 0.00 W8 O +ATOM 51743 H1 TIP3X 178 -6.290 -37.700 13.820 1.00 0.00 W8 H +ATOM 51744 H2 TIP3X 178 -7.620 -37.150 13.350 1.00 0.00 W8 H +ATOM 51745 OH2 TIP3X 179 36.280 -1.680 20.400 1.00 0.00 W8 O +ATOM 51746 H1 TIP3X 179 36.950 -2.180 19.940 1.00 0.00 W8 H +ATOM 51747 H2 TIP3X 179 36.660 -1.490 21.260 1.00 0.00 W8 H +ATOM 51748 OH2 TIP3X 180 -30.880 -22.100 -49.180 1.00 0.00 W8 O +ATOM 51749 H1 TIP3X 180 -30.700 -23.020 -49.340 1.00 0.00 W8 H +ATOM 51750 H2 TIP3X 180 -31.610 -22.100 -48.560 1.00 0.00 W8 H +ATOM 51751 OH2 TIP3X 181 26.610 -44.040 29.780 1.00 0.00 W8 O +ATOM 51752 H1 TIP3X 181 26.070 -44.420 30.470 1.00 0.00 W8 H +ATOM 51753 H2 TIP3X 181 27.360 -43.650 30.240 1.00 0.00 W8 H +ATOM 51754 OH2 TIP3X 182 -41.240 12.670 -30.870 1.00 0.00 W8 O +ATOM 51755 H1 TIP3X 182 -41.340 12.780 -29.930 1.00 0.00 W8 H +ATOM 51756 H2 TIP3X 182 -42.130 12.740 -31.220 1.00 0.00 W8 H +ATOM 51757 OH2 TIP3X 183 -42.500 5.670 -29.820 1.00 0.00 W8 O +ATOM 51758 H1 TIP3X 183 -42.800 5.200 -30.610 1.00 0.00 W8 H +ATOM 51759 H2 TIP3X 183 -43.120 6.400 -29.730 1.00 0.00 W8 H +ATOM 51760 OH2 TIP3X 184 11.060 17.640 37.210 1.00 0.00 W8 O +ATOM 51761 H1 TIP3X 184 10.970 17.550 38.160 1.00 0.00 W8 H +ATOM 51762 H2 TIP3X 184 10.890 16.760 36.880 1.00 0.00 W8 H +ATOM 51763 OH2 TIP3X 185 32.720 34.250 -18.290 1.00 0.00 W8 O +ATOM 51764 H1 TIP3X 185 33.620 34.030 -18.540 1.00 0.00 W8 H +ATOM 51765 H2 TIP3X 185 32.520 33.650 -17.580 1.00 0.00 W8 H +ATOM 51766 OH2 TIP3X 186 -12.980 -47.540 24.600 1.00 0.00 W8 O +ATOM 51767 H1 TIP3X 186 -12.050 -47.710 24.500 1.00 0.00 W8 H +ATOM 51768 H2 TIP3X 186 -13.090 -47.320 25.540 1.00 0.00 W8 H +ATOM 51769 OH2 TIP3X 187 39.910 -14.580 -46.920 1.00 0.00 W8 O +ATOM 51770 H1 TIP3X 187 39.210 -14.160 -47.410 1.00 0.00 W8 H +ATOM 51771 H2 TIP3X 187 39.990 -15.450 -47.310 1.00 0.00 W8 H +ATOM 51772 OH2 TIP3X 188 -17.920 6.070 29.910 1.00 0.00 W8 O +ATOM 51773 H1 TIP3X 188 -17.590 5.320 29.430 1.00 0.00 W8 H +ATOM 51774 H2 TIP3X 188 -17.560 6.830 29.440 1.00 0.00 W8 H +ATOM 51775 OH2 TIP3X 189 -27.220 4.890 -42.940 1.00 0.00 W8 O +ATOM 51776 H1 TIP3X 189 -26.790 5.710 -43.180 1.00 0.00 W8 H +ATOM 51777 H2 TIP3X 189 -26.490 4.270 -42.780 1.00 0.00 W8 H +ATOM 51778 OH2 TIP3X 190 -29.080 -27.760 -22.310 1.00 0.00 W8 O +ATOM 51779 H1 TIP3X 190 -29.850 -27.770 -21.740 1.00 0.00 W8 H +ATOM 51780 H2 TIP3X 190 -28.440 -27.230 -21.840 1.00 0.00 W8 H +ATOM 51781 OH2 TIP3X 191 32.720 -49.210 -23.610 1.00 0.00 W8 O +ATOM 51782 H1 TIP3X 191 32.240 -48.510 -23.160 1.00 0.00 W8 H +ATOM 51783 H2 TIP3X 191 33.370 -48.750 -24.140 1.00 0.00 W8 H +ATOM 51784 OH2 TIP3X 192 -42.100 -29.420 -24.790 1.00 0.00 W8 O +ATOM 51785 H1 TIP3X 192 -42.860 -29.230 -24.250 1.00 0.00 W8 H +ATOM 51786 H2 TIP3X 192 -42.100 -28.740 -25.470 1.00 0.00 W8 H +ATOM 51787 OH2 TIP3X 193 -6.530 -26.320 -16.870 1.00 0.00 W8 O +ATOM 51788 H1 TIP3X 193 -6.240 -25.680 -17.530 1.00 0.00 W8 H +ATOM 51789 H2 TIP3X 193 -5.750 -26.480 -16.340 1.00 0.00 W8 H +ATOM 51790 OH2 TIP3X 194 -15.580 3.730 -44.740 1.00 0.00 W8 O +ATOM 51791 H1 TIP3X 194 -15.100 4.560 -44.650 1.00 0.00 W8 H +ATOM 51792 H2 TIP3X 194 -15.960 3.580 -43.880 1.00 0.00 W8 H +ATOM 51793 OH2 TIP3X 195 -18.370 34.990 21.290 1.00 0.00 W8 O +ATOM 51794 H1 TIP3X 195 -18.250 34.470 20.490 1.00 0.00 W8 H +ATOM 51795 H2 TIP3X 195 -18.340 34.360 22.000 1.00 0.00 W8 H +ATOM 51796 OH2 TIP3X 196 28.200 -39.440 -37.050 1.00 0.00 W8 O +ATOM 51797 H1 TIP3X 196 28.540 -38.800 -36.440 1.00 0.00 W8 H +ATOM 51798 H2 TIP3X 196 27.250 -39.450 -36.900 1.00 0.00 W8 H +ATOM 51799 OH2 TIP3X 197 8.560 32.160 34.390 1.00 0.00 W8 O +ATOM 51800 H1 TIP3X 197 7.680 32.370 34.700 1.00 0.00 W8 H +ATOM 51801 H2 TIP3X 197 9.090 32.190 35.190 1.00 0.00 W8 H +ATOM 51802 OH2 TIP3X 198 18.830 -43.570 -51.880 1.00 0.00 W8 O +ATOM 51803 H1 TIP3X 198 19.670 -43.640 -51.450 1.00 0.00 W8 H +ATOM 51804 H2 TIP3X 198 18.670 -44.450 -52.230 1.00 0.00 W8 H +ATOM 51805 OH2 TIP3X 199 47.080 -12.330 32.810 1.00 0.00 W8 O +ATOM 51806 H1 TIP3X 199 47.450 -11.870 33.570 1.00 0.00 W8 H +ATOM 51807 H2 TIP3X 199 47.570 -11.990 32.070 1.00 0.00 W8 H +ATOM 51808 OH2 TIP3X 200 -18.670 25.560 -44.540 1.00 0.00 W8 O +ATOM 51809 H1 TIP3X 200 -17.890 26.050 -44.300 1.00 0.00 W8 H +ATOM 51810 H2 TIP3X 200 -18.660 24.790 -43.980 1.00 0.00 W8 H +ATOM 51811 OH2 TIP3X 201 42.780 12.130 25.780 1.00 0.00 W8 O +ATOM 51812 H1 TIP3X 201 41.910 11.740 25.770 1.00 0.00 W8 H +ATOM 51813 H2 TIP3X 201 42.630 13.040 26.050 1.00 0.00 W8 H +ATOM 51814 OH2 TIP3X 202 -24.880 -29.650 26.500 1.00 0.00 W8 O +ATOM 51815 H1 TIP3X 202 -23.960 -29.780 26.290 1.00 0.00 W8 H +ATOM 51816 H2 TIP3X 202 -25.200 -29.030 25.840 1.00 0.00 W8 H +ATOM 51817 OH2 TIP3X 203 -4.670 32.470 35.200 1.00 0.00 W8 O +ATOM 51818 H1 TIP3X 203 -4.320 32.540 36.090 1.00 0.00 W8 H +ATOM 51819 H2 TIP3X 203 -5.380 31.830 35.270 1.00 0.00 W8 H +ATOM 51820 OH2 TIP3X 204 -8.240 8.240 -46.590 1.00 0.00 W8 O +ATOM 51821 H1 TIP3X 204 -8.640 7.530 -46.090 1.00 0.00 W8 H +ATOM 51822 H2 TIP3X 204 -8.690 8.200 -47.440 1.00 0.00 W8 H +ATOM 51823 OH2 TIP3X 205 -16.270 25.250 -41.660 1.00 0.00 W8 O +ATOM 51824 H1 TIP3X 205 -16.790 25.380 -40.870 1.00 0.00 W8 H +ATOM 51825 H2 TIP3X 205 -16.660 24.490 -42.080 1.00 0.00 W8 H +ATOM 51826 OH2 TIP3X 206 -21.140 14.360 38.960 1.00 0.00 W8 O +ATOM 51827 H1 TIP3X 206 -21.670 15.140 39.130 1.00 0.00 W8 H +ATOM 51828 H2 TIP3X 206 -21.190 13.880 39.780 1.00 0.00 W8 H +ATOM 51829 OH2 TIP3X 207 -8.900 -45.850 -17.330 1.00 0.00 W8 O +ATOM 51830 H1 TIP3X 207 -9.070 -46.470 -16.630 1.00 0.00 W8 H +ATOM 51831 H2 TIP3X 207 -9.030 -44.990 -16.940 1.00 0.00 W8 H +ATOM 51832 OH2 TIP3X 208 42.090 28.680 30.010 1.00 0.00 W8 O +ATOM 51833 H1 TIP3X 208 41.670 27.940 30.450 1.00 0.00 W8 H +ATOM 51834 H2 TIP3X 208 41.400 29.330 29.890 1.00 0.00 W8 H +ATOM 51835 OH2 TIP3X 209 37.370 9.900 -31.690 1.00 0.00 W8 O +ATOM 51836 H1 TIP3X 209 37.560 9.470 -32.520 1.00 0.00 W8 H +ATOM 51837 H2 TIP3X 209 38.230 10.030 -31.290 1.00 0.00 W8 H +ATOM 51838 OH2 TIP3X 210 27.780 -46.250 -31.960 1.00 0.00 W8 O +ATOM 51839 H1 TIP3X 210 27.170 -46.950 -32.120 1.00 0.00 W8 H +ATOM 51840 H2 TIP3X 210 28.600 -46.680 -31.710 1.00 0.00 W8 H +ATOM 51841 OH2 TIP3X 211 11.370 29.400 -18.750 1.00 0.00 W8 O +ATOM 51842 H1 TIP3X 211 11.740 29.780 -17.960 1.00 0.00 W8 H +ATOM 51843 H2 TIP3X 211 11.950 28.680 -18.980 1.00 0.00 W8 H +ATOM 51844 OH2 TIP3X 212 -24.970 -26.580 21.990 1.00 0.00 W8 O +ATOM 51845 H1 TIP3X 212 -24.880 -27.520 22.170 1.00 0.00 W8 H +ATOM 51846 H2 TIP3X 212 -24.480 -26.440 21.190 1.00 0.00 W8 H +ATOM 51847 OH2 TIP3X 213 16.910 18.650 -50.330 1.00 0.00 W8 O +ATOM 51848 H1 TIP3X 213 16.300 19.360 -50.540 1.00 0.00 W8 H +ATOM 51849 H2 TIP3X 213 16.400 17.850 -50.370 1.00 0.00 W8 H +ATOM 51850 OH2 TIP3X 214 15.490 -33.520 31.120 1.00 0.00 W8 O +ATOM 51851 H1 TIP3X 214 16.090 -32.900 31.520 1.00 0.00 W8 H +ATOM 51852 H2 TIP3X 214 16.060 -34.250 30.830 1.00 0.00 W8 H +ATOM 51853 OH2 TIP3X 215 12.080 -27.830 -29.480 1.00 0.00 W8 O +ATOM 51854 H1 TIP3X 215 11.160 -28.110 -29.530 1.00 0.00 W8 H +ATOM 51855 H2 TIP3X 215 12.480 -28.470 -28.890 1.00 0.00 W8 H +ATOM 51856 OH2 TIP3X 216 -39.710 13.300 -13.070 1.00 0.00 W8 O +ATOM 51857 H1 TIP3X 216 -39.750 14.200 -13.400 1.00 0.00 W8 H +ATOM 51858 H2 TIP3X 216 -39.790 12.750 -13.850 1.00 0.00 W8 H +ATOM 51859 OH2 TIP3X 217 -9.980 12.090 23.750 1.00 0.00 W8 O +ATOM 51860 H1 TIP3X 217 -9.830 11.620 22.930 1.00 0.00 W8 H +ATOM 51861 H2 TIP3X 217 -9.690 12.980 23.570 1.00 0.00 W8 H +ATOM 51862 OH2 TIP3X 218 -3.460 -11.950 -48.630 1.00 0.00 W8 O +ATOM 51863 H1 TIP3X 218 -4.220 -11.420 -48.390 1.00 0.00 W8 H +ATOM 51864 H2 TIP3X 218 -3.380 -12.580 -47.930 1.00 0.00 W8 H +ATOM 51865 OH2 TIP3X 219 -22.800 -43.800 22.550 1.00 0.00 W8 O +ATOM 51866 H1 TIP3X 219 -22.910 -44.610 23.050 1.00 0.00 W8 H +ATOM 51867 H2 TIP3X 219 -23.590 -43.290 22.720 1.00 0.00 W8 H +ATOM 51868 OH2 TIP3X 220 38.150 11.030 -35.840 1.00 0.00 W8 O +ATOM 51869 H1 TIP3X 220 38.730 10.280 -35.720 1.00 0.00 W8 H +ATOM 51870 H2 TIP3X 220 38.740 11.740 -36.110 1.00 0.00 W8 H +ATOM 51871 OH2 TIP3X 221 12.340 -31.000 37.430 1.00 0.00 W8 O +ATOM 51872 H1 TIP3X 221 11.480 -30.980 37.020 1.00 0.00 W8 H +ATOM 51873 H2 TIP3X 221 12.760 -31.770 37.050 1.00 0.00 W8 H +ATOM 51874 OH2 TIP3X 222 -27.660 -34.080 23.340 1.00 0.00 W8 O +ATOM 51875 H1 TIP3X 222 -26.940 -34.380 22.780 1.00 0.00 W8 H +ATOM 51876 H2 TIP3X 222 -27.480 -34.470 24.190 1.00 0.00 W8 H +ATOM 51877 OH2 TIP3X 223 44.310 -15.750 32.270 1.00 0.00 W8 O +ATOM 51878 H1 TIP3X 223 44.010 -15.750 31.360 1.00 0.00 W8 H +ATOM 51879 H2 TIP3X 223 45.130 -15.260 32.250 1.00 0.00 W8 H +ATOM 51880 OH2 TIP3X 224 22.350 -21.550 -27.440 1.00 0.00 W8 O +ATOM 51881 H1 TIP3X 224 22.230 -21.920 -26.560 1.00 0.00 W8 H +ATOM 51882 H2 TIP3X 224 23.170 -21.920 -27.750 1.00 0.00 W8 H +ATOM 51883 OH2 TIP3X 225 -40.110 16.910 26.480 1.00 0.00 W8 O +ATOM 51884 H1 TIP3X 225 -40.290 17.650 25.910 1.00 0.00 W8 H +ATOM 51885 H2 TIP3X 225 -39.450 17.240 27.100 1.00 0.00 W8 H +ATOM 51886 OH2 TIP3X 226 25.050 -35.550 -46.670 1.00 0.00 W8 O +ATOM 51887 H1 TIP3X 226 24.550 -36.160 -47.220 1.00 0.00 W8 H +ATOM 51888 H2 TIP3X 226 24.630 -34.700 -46.800 1.00 0.00 W8 H +ATOM 51889 OH2 TIP3X 227 39.610 -27.440 -33.800 1.00 0.00 W8 O +ATOM 51890 H1 TIP3X 227 39.360 -27.190 -34.690 1.00 0.00 W8 H +ATOM 51891 H2 TIP3X 227 39.090 -28.230 -33.620 1.00 0.00 W8 H +ATOM 51892 OH2 TIP3X 228 -27.140 -8.110 -18.300 1.00 0.00 W8 O +ATOM 51893 H1 TIP3X 228 -26.510 -7.840 -17.630 1.00 0.00 W8 H +ATOM 51894 H2 TIP3X 228 -27.940 -8.340 -17.820 1.00 0.00 W8 H +ATOM 51895 OH2 TIP3X 229 22.700 35.060 24.650 1.00 0.00 W8 O +ATOM 51896 H1 TIP3X 229 21.800 35.230 24.380 1.00 0.00 W8 H +ATOM 51897 H2 TIP3X 229 23.230 35.520 24.000 1.00 0.00 W8 H +ATOM 51898 OH2 TIP3X 230 -23.960 -10.840 -43.460 1.00 0.00 W8 O +ATOM 51899 H1 TIP3X 230 -24.590 -10.530 -42.800 1.00 0.00 W8 H +ATOM 51900 H2 TIP3X 230 -23.600 -10.040 -43.840 1.00 0.00 W8 H +ATOM 51901 OH2 TIP3X 231 -0.070 -47.010 36.540 1.00 0.00 W8 O +ATOM 51902 H1 TIP3X 231 -0.420 -47.860 36.810 1.00 0.00 W8 H +ATOM 51903 H2 TIP3X 231 0.090 -46.550 37.370 1.00 0.00 W8 H +ATOM 51904 OH2 TIP3X 232 31.720 -21.770 36.760 1.00 0.00 W8 O +ATOM 51905 H1 TIP3X 232 31.310 -21.780 37.620 1.00 0.00 W8 H +ATOM 51906 H2 TIP3X 232 31.730 -22.690 36.480 1.00 0.00 W8 H +ATOM 51907 OH2 TIP3X 233 9.290 10.700 -34.230 1.00 0.00 W8 O +ATOM 51908 H1 TIP3X 233 8.650 10.680 -34.950 1.00 0.00 W8 H +ATOM 51909 H2 TIP3X 233 10.120 10.930 -34.660 1.00 0.00 W8 H +ATOM 51910 OH2 TIP3X 234 41.110 -37.600 13.490 1.00 0.00 W8 O +ATOM 51911 H1 TIP3X 234 40.300 -37.850 13.050 1.00 0.00 W8 H +ATOM 51912 H2 TIP3X 234 41.520 -36.960 12.900 1.00 0.00 W8 H +ATOM 51913 OH2 TIP3X 235 -42.690 -41.380 17.450 1.00 0.00 W8 O +ATOM 51914 H1 TIP3X 235 -42.420 -41.120 18.320 1.00 0.00 W8 H +ATOM 51915 H2 TIP3X 235 -42.620 -40.580 16.930 1.00 0.00 W8 H +ATOM 51916 OH2 TIP3X 236 -7.070 -37.710 30.420 1.00 0.00 W8 O +ATOM 51917 H1 TIP3X 236 -7.600 -36.910 30.290 1.00 0.00 W8 H +ATOM 51918 H2 TIP3X 236 -6.330 -37.410 30.940 1.00 0.00 W8 H +ATOM 51919 OH2 TIP3X 237 -12.650 -47.970 -42.610 1.00 0.00 W8 O +ATOM 51920 H1 TIP3X 237 -12.370 -47.790 -43.500 1.00 0.00 W8 H +ATOM 51921 H2 TIP3X 237 -13.590 -47.790 -42.610 1.00 0.00 W8 H +ATOM 51922 OH2 TIP3X 238 22.570 -37.690 34.410 1.00 0.00 W8 O +ATOM 51923 H1 TIP3X 238 23.300 -38.310 34.510 1.00 0.00 W8 H +ATOM 51924 H2 TIP3X 238 21.790 -38.210 34.590 1.00 0.00 W8 H +ATOM 51925 OH2 TIP3X 239 22.270 -15.250 -23.720 1.00 0.00 W8 O +ATOM 51926 H1 TIP3X 239 23.070 -15.400 -24.220 1.00 0.00 W8 H +ATOM 51927 H2 TIP3X 239 21.970 -14.380 -23.980 1.00 0.00 W8 H +ATOM 51928 OH2 TIP3X 240 -36.720 17.110 -20.690 1.00 0.00 W8 O +ATOM 51929 H1 TIP3X 240 -36.610 17.340 -19.760 1.00 0.00 W8 H +ATOM 51930 H2 TIP3X 240 -35.860 17.280 -21.080 1.00 0.00 W8 H +ATOM 51931 OH2 TIP3X 241 42.480 2.030 23.280 1.00 0.00 W8 O +ATOM 51932 H1 TIP3X 241 42.200 2.840 23.690 1.00 0.00 W8 H +ATOM 51933 H2 TIP3X 241 43.060 1.630 23.920 1.00 0.00 W8 H +ATOM 51934 OH2 TIP3X 242 -41.120 -21.620 -29.360 1.00 0.00 W8 O +ATOM 51935 H1 TIP3X 242 -41.390 -20.850 -29.880 1.00 0.00 W8 H +ATOM 51936 H2 TIP3X 242 -41.590 -22.350 -29.760 1.00 0.00 W8 H +ATOM 51937 OH2 TIP3X 243 38.590 33.570 34.870 1.00 0.00 W8 O +ATOM 51938 H1 TIP3X 243 38.300 34.490 34.830 1.00 0.00 W8 H +ATOM 51939 H2 TIP3X 243 38.380 33.300 35.760 1.00 0.00 W8 H +ATOM 51940 OH2 TIP3X 244 15.070 3.180 -31.870 1.00 0.00 W8 O +ATOM 51941 H1 TIP3X 244 14.630 3.850 -32.380 1.00 0.00 W8 H +ATOM 51942 H2 TIP3X 244 15.640 3.660 -31.270 1.00 0.00 W8 H +ATOM 51943 OH2 TIP3X 245 16.660 23.210 29.270 1.00 0.00 W8 O +ATOM 51944 H1 TIP3X 245 17.140 23.300 30.090 1.00 0.00 W8 H +ATOM 51945 H2 TIP3X 245 15.780 23.520 29.480 1.00 0.00 W8 H +ATOM 51946 OH2 TIP3X 246 -17.830 -1.420 -28.550 1.00 0.00 W8 O +ATOM 51947 H1 TIP3X 246 -18.400 -0.850 -29.080 1.00 0.00 W8 H +ATOM 51948 H2 TIP3X 246 -18.210 -1.390 -27.670 1.00 0.00 W8 H +ATOM 51949 OH2 TIP3X 247 -12.400 0.650 -35.610 1.00 0.00 W8 O +ATOM 51950 H1 TIP3X 247 -12.660 -0.110 -35.090 1.00 0.00 W8 H +ATOM 51951 H2 TIP3X 247 -11.620 0.980 -35.170 1.00 0.00 W8 H +ATOM 51952 OH2 TIP3X 248 29.510 -30.950 -34.070 1.00 0.00 W8 O +ATOM 51953 H1 TIP3X 248 29.730 -30.200 -33.520 1.00 0.00 W8 H +ATOM 51954 H2 TIP3X 248 28.650 -31.240 -33.750 1.00 0.00 W8 H +ATOM 51955 OH2 TIP3X 249 19.960 27.790 -31.650 1.00 0.00 W8 O +ATOM 51956 H1 TIP3X 249 20.820 27.640 -32.040 1.00 0.00 W8 H +ATOM 51957 H2 TIP3X 249 19.460 26.990 -31.880 1.00 0.00 W8 H +ATOM 51958 OH2 TIP3X 250 -8.550 37.400 23.840 1.00 0.00 W8 O +ATOM 51959 H1 TIP3X 250 -7.790 37.090 24.340 1.00 0.00 W8 H +ATOM 51960 H2 TIP3X 250 -9.050 36.590 23.670 1.00 0.00 W8 H +ATOM 51961 OH2 TIP3X 251 -20.090 24.740 -46.680 1.00 0.00 W8 O +ATOM 51962 H1 TIP3X 251 -19.920 25.390 -46.000 1.00 0.00 W8 H +ATOM 51963 H2 TIP3X 251 -19.400 24.090 -46.570 1.00 0.00 W8 H +ATOM 51964 OH2 TIP3X 252 41.440 34.760 -30.920 1.00 0.00 W8 O +ATOM 51965 H1 TIP3X 252 41.170 34.670 -30.010 1.00 0.00 W8 H +ATOM 51966 H2 TIP3X 252 40.880 34.160 -31.410 1.00 0.00 W8 H +ATOM 51967 OH2 TIP3X 253 46.900 41.670 12.900 1.00 0.00 W8 O +ATOM 51968 H1 TIP3X 253 46.390 42.430 12.620 1.00 0.00 W8 H +ATOM 51969 H2 TIP3X 253 46.270 41.150 13.410 1.00 0.00 W8 H +ATOM 51970 OH2 TIP3X 254 -41.530 3.570 -34.200 1.00 0.00 W8 O +ATOM 51971 H1 TIP3X 254 -41.960 2.720 -34.290 1.00 0.00 W8 H +ATOM 51972 H2 TIP3X 254 -40.590 3.370 -34.260 1.00 0.00 W8 H +ATOM 51973 OH2 TIP3X 255 10.780 -37.510 -37.040 1.00 0.00 W8 O +ATOM 51974 H1 TIP3X 255 11.420 -38.130 -37.380 1.00 0.00 W8 H +ATOM 51975 H2 TIP3X 255 10.000 -37.630 -37.590 1.00 0.00 W8 H +ATOM 51976 OH2 TIP3X 256 -29.210 -16.150 22.200 1.00 0.00 W8 O +ATOM 51977 H1 TIP3X 256 -28.740 -15.550 22.790 1.00 0.00 W8 H +ATOM 51978 H2 TIP3X 256 -29.430 -16.900 22.750 1.00 0.00 W8 H +ATOM 51979 OH2 TIP3X 257 22.050 38.500 25.630 1.00 0.00 W8 O +ATOM 51980 H1 TIP3X 257 22.890 38.900 25.860 1.00 0.00 W8 H +ATOM 51981 H2 TIP3X 257 21.960 37.740 26.200 1.00 0.00 W8 H +ATOM 51982 OH2 TIP3X 258 -7.870 20.230 -39.290 1.00 0.00 W8 O +ATOM 51983 H1 TIP3X 258 -7.470 20.590 -38.490 1.00 0.00 W8 H +ATOM 51984 H2 TIP3X 258 -7.150 19.790 -39.750 1.00 0.00 W8 H +ATOM 51985 OH2 TIP3X 259 -33.600 40.240 26.330 1.00 0.00 W8 O +ATOM 51986 H1 TIP3X 259 -34.240 39.620 26.680 1.00 0.00 W8 H +ATOM 51987 H2 TIP3X 259 -33.680 40.170 25.380 1.00 0.00 W8 H +ATOM 51988 OH2 TIP3X 260 6.300 38.620 -31.460 1.00 0.00 W8 O +ATOM 51989 H1 TIP3X 260 5.760 38.560 -30.680 1.00 0.00 W8 H +ATOM 51990 H2 TIP3X 260 5.680 38.860 -32.160 1.00 0.00 W8 H +ATOM 51991 OH2 TIP3X 261 1.330 -40.710 -28.350 1.00 0.00 W8 O +ATOM 51992 H1 TIP3X 261 0.520 -41.180 -28.140 1.00 0.00 W8 H +ATOM 51993 H2 TIP3X 261 1.620 -40.360 -27.510 1.00 0.00 W8 H +ATOM 51994 OH2 TIP3X 262 -12.140 -36.060 20.420 1.00 0.00 W8 O +ATOM 51995 H1 TIP3X 262 -11.290 -36.480 20.470 1.00 0.00 W8 H +ATOM 51996 H2 TIP3X 262 -12.430 -35.980 21.330 1.00 0.00 W8 H +ATOM 51997 OH2 TIP3X 263 -36.230 33.430 -36.140 1.00 0.00 W8 O +ATOM 51998 H1 TIP3X 263 -35.420 33.130 -36.550 1.00 0.00 W8 H +ATOM 51999 H2 TIP3X 263 -36.080 33.340 -35.210 1.00 0.00 W8 H +ATOM 52000 OH2 TIP3X 264 42.450 -15.800 23.100 1.00 0.00 W8 O +ATOM 52001 H1 TIP3X 264 42.400 -15.570 22.170 1.00 0.00 W8 H +ATOM 52002 H2 TIP3X 264 43.350 -16.070 23.230 1.00 0.00 W8 H +ATOM 52003 OH2 TIP3X 265 -30.210 -27.010 13.190 1.00 0.00 W8 O +ATOM 52004 H1 TIP3X 265 -30.860 -27.700 13.130 1.00 0.00 W8 H +ATOM 52005 H2 TIP3X 265 -30.520 -26.460 13.920 1.00 0.00 W8 H +ATOM 52006 OH2 TIP3X 266 0.350 4.440 31.610 1.00 0.00 W8 O +ATOM 52007 H1 TIP3X 266 -0.070 5.300 31.680 1.00 0.00 W8 H +ATOM 52008 H2 TIP3X 266 0.150 4.140 30.720 1.00 0.00 W8 H +ATOM 52009 OH2 TIP3X 267 11.220 11.820 -36.140 1.00 0.00 W8 O +ATOM 52010 H1 TIP3X 267 11.570 11.380 -36.910 1.00 0.00 W8 H +ATOM 52011 H2 TIP3X 267 11.780 12.590 -36.030 1.00 0.00 W8 H +ATOM 52012 OH2 TIP3X 268 -29.130 9.270 -19.580 1.00 0.00 W8 O +ATOM 52013 H1 TIP3X 268 -29.880 8.700 -19.360 1.00 0.00 W8 H +ATOM 52014 H2 TIP3X 268 -29.520 10.000 -20.060 1.00 0.00 W8 H +ATOM 52015 OH2 TIP3X 269 -3.620 17.690 36.180 1.00 0.00 W8 O +ATOM 52016 H1 TIP3X 269 -3.730 16.740 36.090 1.00 0.00 W8 H +ATOM 52017 H2 TIP3X 269 -3.700 18.030 35.290 1.00 0.00 W8 H +ATOM 52018 OH2 TIP3X 270 40.760 22.930 -10.950 1.00 0.00 W8 O +ATOM 52019 H1 TIP3X 270 41.270 23.550 -11.470 1.00 0.00 W8 H +ATOM 52020 H2 TIP3X 270 39.870 23.280 -10.980 1.00 0.00 W8 H +ATOM 52021 OH2 TIP3X 271 -17.330 -10.570 33.160 1.00 0.00 W8 O +ATOM 52022 H1 TIP3X 271 -18.070 -10.820 33.720 1.00 0.00 W8 H +ATOM 52023 H2 TIP3X 271 -17.060 -11.380 32.740 1.00 0.00 W8 H +ATOM 52024 OH2 TIP3X 272 42.480 30.080 -48.970 1.00 0.00 W8 O +ATOM 52025 H1 TIP3X 272 42.100 29.230 -49.220 1.00 0.00 W8 H +ATOM 52026 H2 TIP3X 272 43.330 29.850 -48.600 1.00 0.00 W8 H +ATOM 52027 OH2 TIP3X 273 -35.290 -9.480 28.000 1.00 0.00 W8 O +ATOM 52028 H1 TIP3X 273 -35.070 -10.100 27.310 1.00 0.00 W8 H +ATOM 52029 H2 TIP3X 273 -34.700 -8.740 27.850 1.00 0.00 W8 H +ATOM 52030 OH2 TIP3X 274 -6.480 5.620 -40.010 1.00 0.00 W8 O +ATOM 52031 H1 TIP3X 274 -6.000 5.620 -40.840 1.00 0.00 W8 H +ATOM 52032 H2 TIP3X 274 -6.420 6.520 -39.690 1.00 0.00 W8 H +ATOM 52033 OH2 TIP3X 275 21.490 -11.860 -23.340 1.00 0.00 W8 O +ATOM 52034 H1 TIP3X 275 21.970 -11.440 -24.050 1.00 0.00 W8 H +ATOM 52035 H2 TIP3X 275 20.790 -12.350 -23.780 1.00 0.00 W8 H +ATOM 52036 OH2 TIP3X 276 -21.970 30.350 -30.950 1.00 0.00 W8 O +ATOM 52037 H1 TIP3X 276 -21.450 31.150 -30.830 1.00 0.00 W8 H +ATOM 52038 H2 TIP3X 276 -21.330 29.640 -30.970 1.00 0.00 W8 H +ATOM 52039 OH2 TIP3X 277 4.080 -46.880 -20.360 1.00 0.00 W8 O +ATOM 52040 H1 TIP3X 277 4.330 -47.090 -21.260 1.00 0.00 W8 H +ATOM 52041 H2 TIP3X 277 3.630 -46.040 -20.440 1.00 0.00 W8 H +ATOM 52042 OH2 TIP3X 278 16.740 -19.720 -49.050 1.00 0.00 W8 O +ATOM 52043 H1 TIP3X 278 15.960 -19.350 -48.630 1.00 0.00 W8 H +ATOM 52044 H2 TIP3X 278 16.420 -20.510 -49.480 1.00 0.00 W8 H +ATOM 52045 OH2 TIP3X 279 -30.700 28.170 -25.320 1.00 0.00 W8 O +ATOM 52046 H1 TIP3X 279 -31.120 28.920 -24.900 1.00 0.00 W8 H +ATOM 52047 H2 TIP3X 279 -29.790 28.200 -25.030 1.00 0.00 W8 H +ATOM 52048 OH2 TIP3X 280 40.720 0.730 -18.310 1.00 0.00 W8 O +ATOM 52049 H1 TIP3X 280 39.960 0.570 -17.770 1.00 0.00 W8 H +ATOM 52050 H2 TIP3X 280 40.390 0.710 -19.210 1.00 0.00 W8 H +ATOM 52051 OH2 TIP3X 281 -20.810 -11.850 -49.550 1.00 0.00 W8 O +ATOM 52052 H1 TIP3X 281 -20.320 -12.470 -50.090 1.00 0.00 W8 H +ATOM 52053 H2 TIP3X 281 -21.720 -11.960 -49.840 1.00 0.00 W8 H +ATOM 52054 OH2 TIP3X 282 -36.670 -48.880 -26.920 1.00 0.00 W8 O +ATOM 52055 H1 TIP3X 282 -35.950 -48.800 -27.540 1.00 0.00 W8 H +ATOM 52056 H2 TIP3X 282 -37.160 -49.650 -27.230 1.00 0.00 W8 H +ATOM 52057 OH2 TIP3X 283 -27.050 -41.270 -40.380 1.00 0.00 W8 O +ATOM 52058 H1 TIP3X 283 -27.330 -40.360 -40.380 1.00 0.00 W8 H +ATOM 52059 H2 TIP3X 283 -27.820 -41.750 -40.700 1.00 0.00 W8 H +ATOM 52060 OH2 TIP3X 284 -31.970 43.240 -43.400 1.00 0.00 W8 O +ATOM 52061 H1 TIP3X 284 -32.630 42.550 -43.470 1.00 0.00 W8 H +ATOM 52062 H2 TIP3X 284 -31.140 42.790 -43.520 1.00 0.00 W8 H +ATOM 52063 OH2 TIP3X 285 -34.320 19.930 32.050 1.00 0.00 W8 O +ATOM 52064 H1 TIP3X 285 -33.960 20.760 32.380 1.00 0.00 W8 H +ATOM 52065 H2 TIP3X 285 -34.290 20.020 31.100 1.00 0.00 W8 H +ATOM 52066 OH2 TIP3X 286 -4.550 38.480 29.460 1.00 0.00 W8 O +ATOM 52067 H1 TIP3X 286 -4.020 38.690 28.700 1.00 0.00 W8 H +ATOM 52068 H2 TIP3X 286 -3.940 38.430 30.190 1.00 0.00 W8 H +ATOM 52069 OH2 TIP3X 287 38.670 -4.880 -13.320 1.00 0.00 W8 O +ATOM 52070 H1 TIP3X 287 39.360 -5.530 -13.410 1.00 0.00 W8 H +ATOM 52071 H2 TIP3X 287 37.850 -5.360 -13.460 1.00 0.00 W8 H +ATOM 52072 OH2 TIP3X 288 -17.510 -10.160 16.650 1.00 0.00 W8 O +ATOM 52073 H1 TIP3X 288 -18.010 -10.720 17.240 1.00 0.00 W8 H +ATOM 52074 H2 TIP3X 288 -18.030 -9.360 16.600 1.00 0.00 W8 H +ATOM 52075 OH2 TIP3X 289 2.450 16.720 -50.420 1.00 0.00 W8 O +ATOM 52076 H1 TIP3X 289 3.390 16.890 -50.430 1.00 0.00 W8 H +ATOM 52077 H2 TIP3X 289 2.050 17.570 -50.260 1.00 0.00 W8 H +ATOM 52078 OH2 TIP3X 290 -5.400 -17.310 24.390 1.00 0.00 W8 O +ATOM 52079 H1 TIP3X 290 -5.630 -16.710 23.680 1.00 0.00 W8 H +ATOM 52080 H2 TIP3X 290 -5.310 -16.740 25.150 1.00 0.00 W8 H +ATOM 52081 OH2 TIP3X 291 -41.430 -25.750 19.860 1.00 0.00 W8 O +ATOM 52082 H1 TIP3X 291 -41.370 -26.600 19.430 1.00 0.00 W8 H +ATOM 52083 H2 TIP3X 291 -41.110 -25.910 20.750 1.00 0.00 W8 H +ATOM 52084 OH2 TIP3X 292 -36.590 -21.420 20.080 1.00 0.00 W8 O +ATOM 52085 H1 TIP3X 292 -37.340 -21.330 19.490 1.00 0.00 W8 H +ATOM 52086 H2 TIP3X 292 -36.940 -21.880 20.840 1.00 0.00 W8 H +ATOM 52087 OH2 TIP3X 293 38.250 7.150 -32.930 1.00 0.00 W8 O +ATOM 52088 H1 TIP3X 293 38.300 6.290 -32.500 1.00 0.00 W8 H +ATOM 52089 H2 TIP3X 293 39.110 7.530 -32.810 1.00 0.00 W8 H +ATOM 52090 OH2 TIP3X 294 35.850 0.520 -36.840 1.00 0.00 W8 O +ATOM 52091 H1 TIP3X 294 36.590 0.330 -37.420 1.00 0.00 W8 H +ATOM 52092 H2 TIP3X 294 36.100 0.180 -35.990 1.00 0.00 W8 H +ATOM 52093 OH2 TIP3X 295 40.230 18.940 26.140 1.00 0.00 W8 O +ATOM 52094 H1 TIP3X 295 40.040 19.300 25.280 1.00 0.00 W8 H +ATOM 52095 H2 TIP3X 295 40.140 19.690 26.740 1.00 0.00 W8 H +ATOM 52096 OH2 TIP3X 296 -3.510 -18.960 -28.980 1.00 0.00 W8 O +ATOM 52097 H1 TIP3X 296 -3.240 -18.340 -29.660 1.00 0.00 W8 H +ATOM 52098 H2 TIP3X 296 -4.440 -18.750 -28.830 1.00 0.00 W8 H +ATOM 52099 OH2 TIP3X 297 -15.040 -38.810 -35.920 1.00 0.00 W8 O +ATOM 52100 H1 TIP3X 297 -14.540 -38.560 -35.140 1.00 0.00 W8 H +ATOM 52101 H2 TIP3X 297 -15.610 -39.520 -35.640 1.00 0.00 W8 H +ATOM 52102 OH2 TIP3X 298 37.310 43.790 -37.770 1.00 0.00 W8 O +ATOM 52103 H1 TIP3X 298 38.190 43.860 -38.130 1.00 0.00 W8 H +ATOM 52104 H2 TIP3X 298 37.130 42.850 -37.740 1.00 0.00 W8 H +ATOM 52105 OH2 TIP3X 299 -44.420 41.110 -26.350 1.00 0.00 W8 O +ATOM 52106 H1 TIP3X 299 -45.230 40.730 -26.690 1.00 0.00 W8 H +ATOM 52107 H2 TIP3X 299 -43.760 40.440 -26.530 1.00 0.00 W8 H +ATOM 52108 OH2 TIP3X 300 1.860 -45.970 -40.610 1.00 0.00 W8 O +ATOM 52109 H1 TIP3X 300 2.150 -45.890 -39.700 1.00 0.00 W8 H +ATOM 52110 H2 TIP3X 300 2.570 -45.590 -41.130 1.00 0.00 W8 H +ATOM 52111 OH2 TIP3X 301 9.020 -42.960 -23.770 1.00 0.00 W8 O +ATOM 52112 H1 TIP3X 301 9.530 -43.650 -23.330 1.00 0.00 W8 H +ATOM 52113 H2 TIP3X 301 8.480 -42.580 -23.080 1.00 0.00 W8 H +ATOM 52114 OH2 TIP3X 302 16.620 32.390 -22.520 1.00 0.00 W8 O +ATOM 52115 H1 TIP3X 302 16.690 31.440 -22.370 1.00 0.00 W8 H +ATOM 52116 H2 TIP3X 302 17.190 32.790 -21.860 1.00 0.00 W8 H +ATOM 52117 OH2 TIP3X 303 26.940 38.950 -45.340 1.00 0.00 W8 O +ATOM 52118 H1 TIP3X 303 26.210 38.790 -44.740 1.00 0.00 W8 H +ATOM 52119 H2 TIP3X 303 27.170 38.080 -45.680 1.00 0.00 W8 H +ATOM 52120 OH2 TIP3X 304 -41.590 -12.750 23.110 1.00 0.00 W8 O +ATOM 52121 H1 TIP3X 304 -41.280 -12.240 22.360 1.00 0.00 W8 H +ATOM 52122 H2 TIP3X 304 -41.770 -12.110 23.790 1.00 0.00 W8 H +ATOM 52123 OH2 TIP3X 305 16.730 39.040 -19.690 1.00 0.00 W8 O +ATOM 52124 H1 TIP3X 305 16.390 38.320 -19.150 1.00 0.00 W8 H +ATOM 52125 H2 TIP3X 305 17.310 38.610 -20.320 1.00 0.00 W8 H +ATOM 52126 OH2 TIP3X 306 37.640 39.240 -35.770 1.00 0.00 W8 O +ATOM 52127 H1 TIP3X 306 37.130 39.990 -35.450 1.00 0.00 W8 H +ATOM 52128 H2 TIP3X 306 37.330 38.500 -35.250 1.00 0.00 W8 H +ATOM 52129 OH2 TIP3X 307 7.030 -47.550 12.810 1.00 0.00 W8 O +ATOM 52130 H1 TIP3X 307 7.900 -47.760 13.150 1.00 0.00 W8 H +ATOM 52131 H2 TIP3X 307 6.740 -48.360 12.370 1.00 0.00 W8 H +ATOM 52132 OH2 TIP3X 308 24.610 9.350 -31.760 1.00 0.00 W8 O +ATOM 52133 H1 TIP3X 308 24.770 9.360 -30.810 1.00 0.00 W8 H +ATOM 52134 H2 TIP3X 308 23.670 9.310 -31.850 1.00 0.00 W8 H +ATOM 52135 OH2 TIP3X 309 22.210 -44.140 24.210 1.00 0.00 W8 O +ATOM 52136 H1 TIP3X 309 22.820 -44.190 24.950 1.00 0.00 W8 H +ATOM 52137 H2 TIP3X 309 21.530 -43.540 24.520 1.00 0.00 W8 H +ATOM 52138 OH2 TIP3X 310 -20.770 -31.570 16.160 1.00 0.00 W8 O +ATOM 52139 H1 TIP3X 310 -20.200 -32.270 16.480 1.00 0.00 W8 H +ATOM 52140 H2 TIP3X 310 -20.190 -31.000 15.650 1.00 0.00 W8 H +ATOM 52141 OH2 TIP3X 311 8.430 -47.540 -32.980 1.00 0.00 W8 O +ATOM 52142 H1 TIP3X 311 8.680 -46.620 -33.110 1.00 0.00 W8 H +ATOM 52143 H2 TIP3X 311 8.590 -47.690 -32.040 1.00 0.00 W8 H +ATOM 52144 OH2 TIP3X 312 17.750 -7.950 -49.130 1.00 0.00 W8 O +ATOM 52145 H1 TIP3X 312 17.940 -7.170 -49.640 1.00 0.00 W8 H +ATOM 52146 H2 TIP3X 312 18.610 -8.340 -48.930 1.00 0.00 W8 H +ATOM 52147 OH2 TIP3X 313 39.220 33.810 25.200 1.00 0.00 W8 O +ATOM 52148 H1 TIP3X 313 38.390 33.640 24.750 1.00 0.00 W8 H +ATOM 52149 H2 TIP3X 313 39.850 33.230 24.770 1.00 0.00 W8 H +ATOM 52150 OH2 TIP3X 314 47.460 37.310 -25.370 1.00 0.00 W8 O +ATOM 52151 H1 TIP3X 314 47.360 37.580 -24.450 1.00 0.00 W8 H +ATOM 52152 H2 TIP3X 314 48.410 37.210 -25.480 1.00 0.00 W8 H +ATOM 52153 OH2 TIP3X 315 7.380 21.790 33.770 1.00 0.00 W8 O +ATOM 52154 H1 TIP3X 315 8.070 21.120 33.740 1.00 0.00 W8 H +ATOM 52155 H2 TIP3X 315 7.330 22.130 32.880 1.00 0.00 W8 H +ATOM 52156 OH2 TIP3X 316 42.160 4.270 -41.050 1.00 0.00 W8 O +ATOM 52157 H1 TIP3X 316 41.350 3.800 -40.840 1.00 0.00 W8 H +ATOM 52158 H2 TIP3X 316 42.490 3.850 -41.850 1.00 0.00 W8 H +ATOM 52159 OH2 TIP3X 317 -4.880 26.830 -49.190 1.00 0.00 W8 O +ATOM 52160 H1 TIP3X 317 -5.480 26.310 -49.730 1.00 0.00 W8 H +ATOM 52161 H2 TIP3X 317 -4.010 26.660 -49.580 1.00 0.00 W8 H +ATOM 52162 OH2 TIP3X 318 -29.520 0.370 19.670 1.00 0.00 W8 O +ATOM 52163 H1 TIP3X 318 -28.600 0.330 19.910 1.00 0.00 W8 H +ATOM 52164 H2 TIP3X 318 -29.550 0.120 18.740 1.00 0.00 W8 H +ATOM 52165 OH2 TIP3X 319 18.810 -23.980 -45.700 1.00 0.00 W8 O +ATOM 52166 H1 TIP3X 319 19.640 -23.510 -45.600 1.00 0.00 W8 H +ATOM 52167 H2 TIP3X 319 18.560 -23.860 -46.600 1.00 0.00 W8 H +ATOM 52168 OH2 TIP3X 320 41.650 -43.010 -23.510 1.00 0.00 W8 O +ATOM 52169 H1 TIP3X 320 40.730 -43.040 -23.280 1.00 0.00 W8 H +ATOM 52170 H2 TIP3X 320 41.670 -42.980 -24.470 1.00 0.00 W8 H +ATOM 52171 OH2 TIP3X 321 38.710 -18.030 -41.970 1.00 0.00 W8 O +ATOM 52172 H1 TIP3X 321 39.340 -17.330 -42.140 1.00 0.00 W8 H +ATOM 52173 H2 TIP3X 321 38.320 -17.800 -41.130 1.00 0.00 W8 H +ATOM 52174 OH2 TIP3X 322 -13.360 25.040 -39.920 1.00 0.00 W8 O +ATOM 52175 H1 TIP3X 322 -13.140 25.120 -40.860 1.00 0.00 W8 H +ATOM 52176 H2 TIP3X 322 -12.950 24.230 -39.640 1.00 0.00 W8 H +ATOM 52177 OH2 TIP3X 323 5.660 -32.500 -28.310 1.00 0.00 W8 O +ATOM 52178 H1 TIP3X 323 5.360 -33.350 -27.960 1.00 0.00 W8 H +ATOM 52179 H2 TIP3X 323 4.850 -32.010 -28.460 1.00 0.00 W8 H +ATOM 52180 OH2 TIP3X 324 10.180 32.450 19.980 1.00 0.00 W8 O +ATOM 52181 H1 TIP3X 324 9.300 32.830 20.010 1.00 0.00 W8 H +ATOM 52182 H2 TIP3X 324 10.410 32.320 20.900 1.00 0.00 W8 H +ATOM 52183 OH2 TIP3X 325 -11.710 -26.470 -29.440 1.00 0.00 W8 O +ATOM 52184 H1 TIP3X 325 -10.830 -26.690 -29.130 1.00 0.00 W8 H +ATOM 52185 H2 TIP3X 325 -12.290 -26.830 -28.770 1.00 0.00 W8 H +ATOM 52186 OH2 TIP3X 326 16.450 -45.110 -19.920 1.00 0.00 W8 O +ATOM 52187 H1 TIP3X 326 17.220 -44.550 -20.030 1.00 0.00 W8 H +ATOM 52188 H2 TIP3X 326 15.760 -44.510 -19.640 1.00 0.00 W8 H +ATOM 52189 OH2 TIP3X 327 -22.640 12.320 33.120 1.00 0.00 W8 O +ATOM 52190 H1 TIP3X 327 -22.110 13.110 33.140 1.00 0.00 W8 H +ATOM 52191 H2 TIP3X 327 -22.360 11.810 33.870 1.00 0.00 W8 H +ATOM 52192 OH2 TIP3X 328 21.470 -51.150 18.820 1.00 0.00 W8 O +ATOM 52193 H1 TIP3X 328 21.980 -50.610 19.430 1.00 0.00 W8 H +ATOM 52194 H2 TIP3X 328 20.600 -51.200 19.210 1.00 0.00 W8 H +ATOM 52195 OH2 TIP3X 329 -0.900 -11.210 29.350 1.00 0.00 W8 O +ATOM 52196 H1 TIP3X 329 -0.050 -10.980 29.690 1.00 0.00 W8 H +ATOM 52197 H2 TIP3X 329 -1.160 -10.470 28.810 1.00 0.00 W8 H +ATOM 52198 OH2 TIP3X 330 -7.690 -8.970 -42.740 1.00 0.00 W8 O +ATOM 52199 H1 TIP3X 330 -8.250 -9.180 -43.490 1.00 0.00 W8 H +ATOM 52200 H2 TIP3X 330 -6.940 -9.560 -42.830 1.00 0.00 W8 H +ATOM 52201 OH2 TIP3X 331 -22.650 -48.640 9.420 1.00 0.00 W8 O +ATOM 52202 H1 TIP3X 331 -23.380 -49.240 9.590 1.00 0.00 W8 H +ATOM 52203 H2 TIP3X 331 -21.920 -49.030 9.890 1.00 0.00 W8 H +ATOM 52204 OH2 TIP3X 332 -32.670 21.380 -16.710 1.00 0.00 W8 O +ATOM 52205 H1 TIP3X 332 -33.170 22.160 -16.440 1.00 0.00 W8 H +ATOM 52206 H2 TIP3X 332 -31.890 21.730 -17.130 1.00 0.00 W8 H +ATOM 52207 OH2 TIP3X 333 -27.750 -33.700 -30.200 1.00 0.00 W8 O +ATOM 52208 H1 TIP3X 333 -26.920 -33.250 -30.050 1.00 0.00 W8 H +ATOM 52209 H2 TIP3X 333 -28.260 -33.090 -30.740 1.00 0.00 W8 H +ATOM 52210 OH2 TIP3X 334 30.220 32.490 -42.670 1.00 0.00 W8 O +ATOM 52211 H1 TIP3X 334 30.240 31.590 -42.990 1.00 0.00 W8 H +ATOM 52212 H2 TIP3X 334 30.980 32.910 -43.070 1.00 0.00 W8 H +ATOM 52213 OH2 TIP3X 335 3.530 -47.490 29.560 1.00 0.00 W8 O +ATOM 52214 H1 TIP3X 335 4.450 -47.720 29.470 1.00 0.00 W8 H +ATOM 52215 H2 TIP3X 335 3.430 -47.180 30.450 1.00 0.00 W8 H +ATOM 52216 OH2 TIP3X 336 -2.520 -38.670 26.790 1.00 0.00 W8 O +ATOM 52217 H1 TIP3X 336 -3.430 -38.960 26.760 1.00 0.00 W8 H +ATOM 52218 H2 TIP3X 336 -2.240 -38.850 27.690 1.00 0.00 W8 H +ATOM 52219 OH2 TIP3X 337 0.960 6.810 -38.600 1.00 0.00 W8 O +ATOM 52220 H1 TIP3X 337 0.790 6.820 -39.540 1.00 0.00 W8 H +ATOM 52221 H2 TIP3X 337 0.910 7.730 -38.330 1.00 0.00 W8 H +ATOM 52222 OH2 TIP3X 338 -33.970 -11.690 -33.970 1.00 0.00 W8 O +ATOM 52223 H1 TIP3X 338 -33.900 -12.460 -34.530 1.00 0.00 W8 H +ATOM 52224 H2 TIP3X 338 -33.320 -11.080 -34.320 1.00 0.00 W8 H +ATOM 52225 OH2 TIP3X 339 -9.090 -4.810 27.220 1.00 0.00 W8 O +ATOM 52226 H1 TIP3X 339 -8.730 -5.370 27.900 1.00 0.00 W8 H +ATOM 52227 H2 TIP3X 339 -9.390 -5.410 26.550 1.00 0.00 W8 H +ATOM 52228 OH2 TIP3X 340 16.320 18.080 -23.220 1.00 0.00 W8 O +ATOM 52229 H1 TIP3X 340 16.080 17.750 -24.080 1.00 0.00 W8 H +ATOM 52230 H2 TIP3X 340 17.130 18.570 -23.370 1.00 0.00 W8 H +ATOM 52231 OH2 TIP3X 341 -4.170 -31.950 -33.160 1.00 0.00 W8 O +ATOM 52232 H1 TIP3X 341 -4.260 -32.090 -32.210 1.00 0.00 W8 H +ATOM 52233 H2 TIP3X 341 -4.260 -32.810 -33.540 1.00 0.00 W8 H +ATOM 52234 OH2 TIP3X 342 22.990 14.140 -35.350 1.00 0.00 W8 O +ATOM 52235 H1 TIP3X 342 23.060 14.380 -36.270 1.00 0.00 W8 H +ATOM 52236 H2 TIP3X 342 23.600 14.730 -34.910 1.00 0.00 W8 H +ATOM 52237 OH2 TIP3X 343 -4.090 36.370 16.380 1.00 0.00 W8 O +ATOM 52238 H1 TIP3X 343 -3.280 35.870 16.490 1.00 0.00 W8 H +ATOM 52239 H2 TIP3X 343 -3.860 37.050 15.750 1.00 0.00 W8 H +ATOM 52240 OH2 TIP3X 344 -35.960 -12.070 -50.190 1.00 0.00 W8 O +ATOM 52241 H1 TIP3X 344 -36.300 -11.710 -49.370 1.00 0.00 W8 H +ATOM 52242 H2 TIP3X 344 -35.170 -12.540 -49.930 1.00 0.00 W8 H +ATOM 52243 OH2 TIP3X 345 -36.530 18.320 -34.260 1.00 0.00 W8 O +ATOM 52244 H1 TIP3X 345 -36.820 17.830 -35.020 1.00 0.00 W8 H +ATOM 52245 H2 TIP3X 345 -36.020 17.690 -33.750 1.00 0.00 W8 H +ATOM 52246 OH2 TIP3X 346 41.620 -0.030 -40.210 1.00 0.00 W8 O +ATOM 52247 H1 TIP3X 346 42.250 -0.470 -40.760 1.00 0.00 W8 H +ATOM 52248 H2 TIP3X 346 40.920 -0.670 -40.070 1.00 0.00 W8 H +ATOM 52249 OH2 TIP3X 347 -25.250 31.310 -28.920 1.00 0.00 W8 O +ATOM 52250 H1 TIP3X 347 -24.480 31.330 -28.350 1.00 0.00 W8 H +ATOM 52251 H2 TIP3X 347 -25.970 31.560 -28.350 1.00 0.00 W8 H +ATOM 52252 OH2 TIP3X 348 20.460 -25.160 -34.860 1.00 0.00 W8 O +ATOM 52253 H1 TIP3X 348 20.270 -26.090 -34.940 1.00 0.00 W8 H +ATOM 52254 H2 TIP3X 348 21.210 -25.120 -34.280 1.00 0.00 W8 H +ATOM 52255 OH2 TIP3X 349 18.040 22.640 36.130 1.00 0.00 W8 O +ATOM 52256 H1 TIP3X 349 17.770 22.010 36.780 1.00 0.00 W8 H +ATOM 52257 H2 TIP3X 349 19.000 22.600 36.130 1.00 0.00 W8 H +ATOM 52258 OH2 TIP3X 350 9.680 -40.600 -39.340 1.00 0.00 W8 O +ATOM 52259 H1 TIP3X 350 10.610 -40.790 -39.470 1.00 0.00 W8 H +ATOM 52260 H2 TIP3X 350 9.380 -40.290 -40.200 1.00 0.00 W8 H +ATOM 52261 OH2 TIP3X 351 -6.790 -30.700 -26.820 1.00 0.00 W8 O +ATOM 52262 H1 TIP3X 351 -6.110 -31.000 -26.230 1.00 0.00 W8 H +ATOM 52263 H2 TIP3X 351 -7.500 -31.340 -26.710 1.00 0.00 W8 H +ATOM 52264 OH2 TIP3X 352 -10.050 12.200 -27.510 1.00 0.00 W8 O +ATOM 52265 H1 TIP3X 352 -10.920 12.070 -27.880 1.00 0.00 W8 H +ATOM 52266 H2 TIP3X 352 -9.610 12.820 -28.090 1.00 0.00 W8 H +ATOM 52267 OH2 TIP3X 353 33.790 -8.530 30.470 1.00 0.00 W8 O +ATOM 52268 H1 TIP3X 353 33.360 -9.140 29.860 1.00 0.00 W8 H +ATOM 52269 H2 TIP3X 353 34.730 -8.630 30.290 1.00 0.00 W8 H +ATOM 52270 OH2 TIP3X 354 -40.400 11.020 37.580 1.00 0.00 W8 O +ATOM 52271 H1 TIP3X 354 -40.420 11.350 38.470 1.00 0.00 W8 H +ATOM 52272 H2 TIP3X 354 -41.270 11.220 37.240 1.00 0.00 W8 H +ATOM 52273 OH2 TIP3X 355 32.660 20.270 -27.320 1.00 0.00 W8 O +ATOM 52274 H1 TIP3X 355 32.660 20.110 -26.380 1.00 0.00 W8 H +ATOM 52275 H2 TIP3X 355 31.860 20.760 -27.480 1.00 0.00 W8 H +ATOM 52276 OH2 TIP3X 356 -34.290 -49.370 38.090 1.00 0.00 W8 O +ATOM 52277 H1 TIP3X 356 -35.090 -49.120 38.560 1.00 0.00 W8 H +ATOM 52278 H2 TIP3X 356 -34.610 -49.650 37.230 1.00 0.00 W8 H +ATOM 52279 OH2 TIP3X 357 -40.240 14.720 -10.780 1.00 0.00 W8 O +ATOM 52280 H1 TIP3X 357 -39.870 14.360 -11.590 1.00 0.00 W8 H +ATOM 52281 H2 TIP3X 357 -39.900 15.620 -10.740 1.00 0.00 W8 H +ATOM 52282 OH2 TIP3X 358 37.500 -33.680 -51.420 1.00 0.00 W8 O +ATOM 52283 H1 TIP3X 358 38.310 -34.140 -51.600 1.00 0.00 W8 H +ATOM 52284 H2 TIP3X 358 37.740 -32.950 -50.850 1.00 0.00 W8 H +ATOM 52285 OH2 TIP3X 359 16.970 17.240 -25.670 1.00 0.00 W8 O +ATOM 52286 H1 TIP3X 359 16.340 17.120 -26.380 1.00 0.00 W8 H +ATOM 52287 H2 TIP3X 359 17.610 16.540 -25.790 1.00 0.00 W8 H +ATOM 52288 OH2 TIP3X 360 43.770 -34.510 -52.400 1.00 0.00 W8 O +ATOM 52289 H1 TIP3X 360 43.800 -33.760 -51.810 1.00 0.00 W8 H +ATOM 52290 H2 TIP3X 360 43.510 -35.240 -51.840 1.00 0.00 W8 H +ATOM 52291 OH2 TIP3X 361 47.390 15.970 -27.790 1.00 0.00 W8 O +ATOM 52292 H1 TIP3X 361 48.290 15.640 -27.810 1.00 0.00 W8 H +ATOM 52293 H2 TIP3X 361 47.490 16.920 -27.700 1.00 0.00 W8 H +ATOM 52294 OH2 TIP3X 362 -4.450 20.350 40.380 1.00 0.00 W8 O +ATOM 52295 H1 TIP3X 362 -3.810 19.900 39.810 1.00 0.00 W8 H +ATOM 52296 H2 TIP3X 362 -4.720 21.120 39.870 1.00 0.00 W8 H +ATOM 52297 OH2 TIP3X 363 -7.800 28.430 25.670 1.00 0.00 W8 O +ATOM 52298 H1 TIP3X 363 -7.670 29.380 25.570 1.00 0.00 W8 H +ATOM 52299 H2 TIP3X 363 -8.670 28.350 26.060 1.00 0.00 W8 H +ATOM 52300 OH2 TIP3X 364 -40.590 36.860 -48.050 1.00 0.00 W8 O +ATOM 52301 H1 TIP3X 364 -40.290 37.770 -47.980 1.00 0.00 W8 H +ATOM 52302 H2 TIP3X 364 -39.790 36.340 -48.070 1.00 0.00 W8 H +ATOM 52303 OH2 TIP3X 365 -23.660 -10.180 -48.580 1.00 0.00 W8 O +ATOM 52304 H1 TIP3X 365 -23.760 -10.720 -47.800 1.00 0.00 W8 H +ATOM 52305 H2 TIP3X 365 -23.090 -10.690 -49.150 1.00 0.00 W8 H +ATOM 52306 OH2 TIP3X 366 47.680 -39.460 -33.430 1.00 0.00 W8 O +ATOM 52307 H1 TIP3X 366 47.870 -40.120 -32.770 1.00 0.00 W8 H +ATOM 52308 H2 TIP3X 366 46.960 -38.960 -33.070 1.00 0.00 W8 H +ATOM 52309 OH2 TIP3X 367 -37.180 -41.620 -35.310 1.00 0.00 W8 O +ATOM 52310 H1 TIP3X 367 -36.370 -41.170 -35.550 1.00 0.00 W8 H +ATOM 52311 H2 TIP3X 367 -37.220 -42.380 -35.870 1.00 0.00 W8 H +ATOM 52312 OH2 TIP3X 368 18.430 -37.660 -50.140 1.00 0.00 W8 O +ATOM 52313 H1 TIP3X 368 19.220 -37.150 -49.940 1.00 0.00 W8 H +ATOM 52314 H2 TIP3X 368 18.220 -37.420 -51.050 1.00 0.00 W8 H +ATOM 52315 OH2 TIP3X 369 -8.680 -12.080 -49.280 1.00 0.00 W8 O +ATOM 52316 H1 TIP3X 369 -9.400 -12.540 -49.720 1.00 0.00 W8 H +ATOM 52317 H2 TIP3X 369 -8.970 -12.000 -48.380 1.00 0.00 W8 H +ATOM 52318 OH2 TIP3X 370 6.070 19.950 31.150 1.00 0.00 W8 O +ATOM 52319 H1 TIP3X 370 6.230 20.810 30.780 1.00 0.00 W8 H +ATOM 52320 H2 TIP3X 370 5.310 20.080 31.730 1.00 0.00 W8 H +ATOM 52321 OH2 TIP3X 371 24.350 34.790 15.910 1.00 0.00 W8 O +ATOM 52322 H1 TIP3X 371 24.880 35.040 16.680 1.00 0.00 W8 H +ATOM 52323 H2 TIP3X 371 23.840 34.030 16.220 1.00 0.00 W8 H +ENDMDL +CONECT 1 2 3 4 5 +CONECT 2 1 +CONECT 3 1 +CONECT 4 1 +CONECT 5 1 6 7 +CONECT 6 5 +CONECT 7 5 8 9 +CONECT 8 7 +CONECT 9 7 10 11 27 +CONECT 10 9 +CONECT 11 9 12 13 14 +CONECT 12 11 +CONECT 13 11 +CONECT 14 11 15 16 17 +CONECT 15 14 +CONECT 16 14 +CONECT 17 14 18 19 20 +CONECT 18 17 +CONECT 19 17 +CONECT 20 17 21 22 23 +CONECT 21 20 +CONECT 22 20 +CONECT 23 20 24 25 26 +CONECT 24 23 +CONECT 25 23 +CONECT 26 23 +CONECT 27 9 28 29 +CONECT 28 27 +CONECT 29 27 30 31 +CONECT 30 29 +CONECT 31 29 32 33 41 +CONECT 32 31 +CONECT 33 31 34 35 37 +CONECT 34 33 +CONECT 35 33 36 +CONECT 36 35 +CONECT 37 33 38 39 40 +CONECT 38 37 +CONECT 39 37 +CONECT 40 37 +CONECT 41 31 42 43 +CONECT 42 41 +CONECT 43 41 44 45 +CONECT 44 43 +CONECT 45 43 46 47 61 +CONECT 46 45 +CONECT 47 45 48 49 50 +CONECT 48 47 +CONECT 49 47 +CONECT 50 47 51 57 +CONECT 51 50 52 53 +CONECT 52 51 +CONECT 53 51 54 55 +CONECT 54 53 +CONECT 55 53 56 59 +CONECT 56 55 +CONECT 57 50 58 59 +CONECT 58 57 +CONECT 59 55 57 60 +CONECT 60 59 +CONECT 61 45 62 63 +CONECT 62 61 +CONECT 63 61 64 65 +CONECT 64 63 +CONECT 65 63 66 67 76 +CONECT 66 65 +CONECT 67 65 68 69 70 +CONECT 68 67 +CONECT 69 67 +CONECT 70 67 71 72 73 +CONECT 71 70 +CONECT 72 70 +CONECT 73 70 74 75 +CONECT 74 73 +CONECT 75 73 +CONECT 76 65 77 78 +CONECT 77 76 +CONECT 78 76 79 80 +CONECT 79 78 +CONECT 80 78 81 82 92 +CONECT 81 80 +CONECT 82 80 83 84 88 +CONECT 83 82 +CONECT 84 82 85 86 87 +CONECT 85 84 +CONECT 86 84 +CONECT 87 84 +CONECT 88 82 89 90 91 +CONECT 89 88 +CONECT 90 88 +CONECT 91 88 +CONECT 92 80 93 94 +CONECT 93 92 +CONECT 94 92 95 96 +CONECT 95 94 +CONECT 96 94 97 98 108 +CONECT 97 96 +CONECT 98 96 99 100 104 +CONECT 99 98 +CONECT 100 98 101 102 103 +CONECT 101 100 +CONECT 102 100 +CONECT 103 100 +CONECT 104 98 105 106 107 +CONECT 105 104 +CONECT 106 104 +CONECT 107 104 +CONECT 108 96 109 110 +CONECT 109 108 +CONECT 110 108 111 112 +CONECT 111 110 +CONECT 112 110 113 114 128 +CONECT 113 112 +CONECT 114 112 115 116 117 +CONECT 115 114 +CONECT 116 114 +CONECT 117 114 118 124 +CONECT 118 117 119 120 +CONECT 119 118 +CONECT 120 118 121 122 +CONECT 121 120 +CONECT 122 120 123 126 +CONECT 123 122 +CONECT 124 117 125 126 +CONECT 125 124 +CONECT 126 122 124 127 +CONECT 127 126 +CONECT 128 112 129 130 +CONECT 129 128 +CONECT 130 128 131 132 +CONECT 131 130 +CONECT 132 130 133 134 147 +CONECT 133 132 +CONECT 134 132 135 136 140 +CONECT 135 134 +CONECT 136 134 137 138 139 +CONECT 137 136 +CONECT 138 136 +CONECT 139 136 +CONECT 140 134 141 142 143 +CONECT 141 140 +CONECT 142 140 +CONECT 143 140 144 145 146 +CONECT 144 143 +CONECT 145 143 +CONECT 146 143 +CONECT 147 132 148 149 +CONECT 148 147 +CONECT 149 147 150 151 +CONECT 150 149 +CONECT 151 149 152 153 163 +CONECT 152 151 +CONECT 153 151 154 155 159 +CONECT 154 153 +CONECT 155 153 156 157 158 +CONECT 156 155 +CONECT 157 155 +CONECT 158 155 +CONECT 159 153 160 161 162 +CONECT 160 159 +CONECT 161 159 +CONECT 162 159 +CONECT 163 151 164 165 +CONECT 164 163 +CONECT 165 163 166 167 +CONECT 166 165 +CONECT 167 165 168 169 182 +CONECT 168 167 +CONECT 169 167 170 171 172 +CONECT 170 169 +CONECT 171 169 +CONECT 172 169 173 174 178 +CONECT 173 172 +CONECT 174 172 175 176 177 +CONECT 175 174 +CONECT 176 174 +CONECT 177 174 +CONECT 178 172 179 180 181 +CONECT 179 178 +CONECT 180 178 +CONECT 181 178 +CONECT 182 167 183 184 +CONECT 183 182 +CONECT 184 182 185 186 +CONECT 185 184 +CONECT 186 184 187 188 198 +CONECT 187 186 +CONECT 188 186 189 190 194 +CONECT 189 188 +CONECT 190 188 191 192 193 +CONECT 191 190 +CONECT 192 190 +CONECT 193 190 +CONECT 194 188 195 196 197 +CONECT 195 194 +CONECT 196 194 +CONECT 197 194 +CONECT 198 186 199 200 +CONECT 199 198 +CONECT 200 198 201 202 +CONECT 201 200 +CONECT 202 200 203 204 208 +CONECT 203 202 +CONECT 204 202 205 206 207 +CONECT 205 204 +CONECT 206 204 +CONECT 207 204 +CONECT 208 202 209 210 +CONECT 209 208 +CONECT 210 208 211 212 +CONECT 211 210 +CONECT 212 210 213 214 215 +CONECT 213 212 +CONECT 214 212 +CONECT 215 212 216 217 +CONECT 216 215 +CONECT 217 215 218 219 +CONECT 218 217 +CONECT 219 217 220 221 226 +CONECT 220 219 +CONECT 221 219 222 223 224 +CONECT 222 221 +CONECT 223 221 +CONECT 224 221 225 +CONECT 225 224 +CONECT 226 219 227 228 +CONECT 227 226 +CONECT 228 226 229 230 +CONECT 229 228 +CONECT 230 228 231 232 245 +CONECT 231 230 +CONECT 232 230 233 234 235 +CONECT 233 232 +CONECT 234 232 +CONECT 235 232 236 237 241 +CONECT 236 235 +CONECT 237 235 238 239 240 +CONECT 238 237 +CONECT 239 237 +CONECT 240 237 +CONECT 241 235 242 243 244 +CONECT 242 241 +CONECT 243 241 +CONECT 244 241 +CONECT 245 230 246 247 +CONECT 246 245 +CONECT 247 245 248 249 +CONECT 248 247 +CONECT 249 247 250 251 256 +CONECT 250 249 +CONECT 251 249 252 253 254 +CONECT 252 251 +CONECT 253 251 +CONECT 254 251 255 +CONECT 255 254 +CONECT 256 249 257 258 +CONECT 257 256 +CONECT 258 256 259 260 +CONECT 259 258 +CONECT 260 258 261 262 275 +CONECT 261 260 +CONECT 262 260 263 264 265 +CONECT 263 262 +CONECT 264 262 +CONECT 265 262 266 267 271 +CONECT 266 265 +CONECT 267 265 268 269 270 +CONECT 268 267 +CONECT 269 267 +CONECT 270 267 +CONECT 271 265 272 273 274 +CONECT 272 271 +CONECT 273 271 +CONECT 274 271 +CONECT 275 260 276 277 +CONECT 276 275 +CONECT 277 275 278 279 +CONECT 278 277 +CONECT 279 277 280 281 291 +CONECT 280 279 +CONECT 281 279 282 283 287 +CONECT 282 281 +CONECT 283 281 284 285 286 +CONECT 284 283 +CONECT 285 283 +CONECT 286 283 +CONECT 287 281 288 289 290 +CONECT 288 287 +CONECT 289 287 +CONECT 290 287 +CONECT 291 279 292 293 +CONECT 292 291 +CONECT 293 291 294 295 +CONECT 294 293 +CONECT 295 293 296 297 305 +CONECT 296 295 +CONECT 297 295 298 299 301 +CONECT 298 297 +CONECT 299 297 300 +CONECT 300 299 +CONECT 301 297 302 303 304 +CONECT 302 301 +CONECT 303 301 +CONECT 304 301 +CONECT 305 295 306 307 +CONECT 306 305 +CONECT 307 305 308 309 +CONECT 308 307 +CONECT 309 307 310 311 324 +CONECT 310 309 +CONECT 311 309 312 313 317 +CONECT 312 311 +CONECT 313 311 314 315 316 +CONECT 314 313 +CONECT 315 313 +CONECT 316 313 +CONECT 317 311 318 319 320 +CONECT 318 317 +CONECT 319 317 +CONECT 320 317 321 322 323 +CONECT 321 320 +CONECT 322 320 +CONECT 323 320 +CONECT 324 309 325 326 +CONECT 325 324 +CONECT 326 324 327 328 +CONECT 327 326 +CONECT 328 326 329 330 343 +CONECT 329 328 +CONECT 330 328 331 332 336 +CONECT 331 330 +CONECT 332 330 333 334 335 +CONECT 333 332 +CONECT 334 332 +CONECT 335 332 +CONECT 336 330 337 338 339 +CONECT 337 336 +CONECT 338 336 +CONECT 339 336 340 341 342 +CONECT 340 339 +CONECT 341 339 +CONECT 342 339 +CONECT 343 328 344 345 +CONECT 344 343 +CONECT 345 343 346 347 +CONECT 346 345 +CONECT 347 345 348 349 350 +CONECT 348 347 +CONECT 349 347 +CONECT 350 347 351 352 +CONECT 351 350 +CONECT 352 350 353 354 +CONECT 353 352 +CONECT 354 352 355 356 364 +CONECT 355 354 +CONECT 356 354 357 358 359 +CONECT 357 356 +CONECT 358 356 +CONECT 359 356 360 361 +CONECT 360 359 +CONECT 361 359 362 363 +CONECT 362 361 +CONECT 363 361 +CONECT 364 354 365 366 +CONECT 365 364 +CONECT 366 364 367 368 +CONECT 367 366 +CONECT 368 366 369 370 383 +CONECT 369 368 +CONECT 370 368 371 372 376 +CONECT 371 370 +CONECT 372 370 373 374 375 +CONECT 373 372 +CONECT 374 372 +CONECT 375 372 +CONECT 376 370 377 378 379 +CONECT 377 376 +CONECT 378 376 +CONECT 379 376 380 381 382 +CONECT 380 379 +CONECT 381 379 +CONECT 382 379 +CONECT 383 368 384 385 +CONECT 384 383 +CONECT 385 383 386 387 +CONECT 386 385 +CONECT 387 385 388 389 402 +CONECT 388 387 +CONECT 389 387 390 391 392 +CONECT 390 389 +CONECT 391 389 +CONECT 392 389 393 394 398 +CONECT 393 392 +CONECT 394 392 395 396 397 +CONECT 395 394 +CONECT 396 394 +CONECT 397 394 +CONECT 398 392 399 400 401 +CONECT 399 398 +CONECT 400 398 +CONECT 401 398 +CONECT 402 387 403 404 +CONECT 403 402 +CONECT 404 402 405 406 +CONECT 405 404 +CONECT 406 404 407 408 418 +CONECT 407 406 +CONECT 408 406 409 410 414 +CONECT 409 408 +CONECT 410 408 411 412 413 +CONECT 411 410 +CONECT 412 410 +CONECT 413 410 +CONECT 414 408 415 416 417 +CONECT 415 414 +CONECT 416 414 +CONECT 417 414 +CONECT 418 406 419 420 +CONECT 419 418 +CONECT 420 418 421 422 +CONECT 421 420 +CONECT 422 420 423 424 435 +CONECT 423 422 +CONECT 424 422 425 426 427 +CONECT 425 424 +CONECT 426 424 +CONECT 427 424 428 429 430 +CONECT 428 427 +CONECT 429 427 +CONECT 430 427 431 +CONECT 431 430 432 433 434 +CONECT 432 431 +CONECT 433 431 +CONECT 434 431 +CONECT 435 422 436 437 +CONECT 436 435 +CONECT 437 435 438 439 +CONECT 438 437 +CONECT 439 437 440 441 451 +CONECT 440 439 +CONECT 441 439 442 443 447 +CONECT 442 441 +CONECT 443 441 444 445 446 +CONECT 444 443 +CONECT 445 443 +CONECT 446 443 +CONECT 447 441 448 449 450 +CONECT 448 447 +CONECT 449 447 +CONECT 450 447 +CONECT 451 439 452 453 +CONECT 452 451 +CONECT 453 451 454 455 +CONECT 454 453 +CONECT 455 453 456 457 462 +CONECT 456 455 +CONECT 457 455 458 459 460 +CONECT 458 457 +CONECT 459 457 +CONECT 460 457 461 +CONECT 461 460 +CONECT 462 455 463 464 +CONECT 463 462 +CONECT 464 462 465 466 +CONECT 465 464 +CONECT 466 464 467 468 481 +CONECT 467 466 +CONECT 468 466 469 470 474 +CONECT 469 468 +CONECT 470 468 471 472 473 +CONECT 471 470 +CONECT 472 470 +CONECT 473 470 +CONECT 474 468 475 476 477 +CONECT 475 474 +CONECT 476 474 +CONECT 477 474 478 479 480 +CONECT 478 477 +CONECT 479 477 +CONECT 480 477 +CONECT 481 466 482 483 +CONECT 482 481 +CONECT 483 481 484 485 +CONECT 484 483 +CONECT 485 483 486 487 503 +CONECT 486 485 +CONECT 487 485 488 489 490 +CONECT 488 487 +CONECT 489 487 +CONECT 490 487 491 492 493 +CONECT 491 490 +CONECT 492 490 +CONECT 493 490 494 495 496 +CONECT 494 493 +CONECT 495 493 +CONECT 496 493 497 498 499 +CONECT 497 496 +CONECT 498 496 +CONECT 499 496 500 501 502 +CONECT 500 499 +CONECT 501 499 +CONECT 502 499 +CONECT 503 485 504 505 +CONECT 504 503 +CONECT 505 503 506 507 +CONECT 506 505 +CONECT 507 505 508 509 519 +CONECT 508 507 +CONECT 509 507 510 511 515 +CONECT 510 509 +CONECT 511 509 512 513 514 +CONECT 512 511 +CONECT 513 511 +CONECT 514 511 +CONECT 515 509 516 517 518 +CONECT 516 515 +CONECT 517 515 +CONECT 518 515 +CONECT 519 507 520 521 +CONECT 520 519 +CONECT 521 519 522 523 +CONECT 522 521 +CONECT 523 521 524 525 533 +CONECT 524 523 +CONECT 525 523 526 527 528 +CONECT 526 525 +CONECT 527 525 +CONECT 528 525 529 530 +CONECT 529 528 +CONECT 530 528 531 532 +CONECT 531 530 +CONECT 532 530 +CONECT 533 523 534 535 +CONECT 534 533 +CONECT 535 533 536 537 +CONECT 536 535 +CONECT 537 535 538 539 557 +CONECT 538 537 +CONECT 539 537 540 541 542 +CONECT 540 539 +CONECT 541 539 +CONECT 542 539 543 544 545 +CONECT 543 542 +CONECT 544 542 +CONECT 545 542 546 547 548 +CONECT 546 545 +CONECT 547 545 +CONECT 548 545 549 550 +CONECT 549 548 +CONECT 550 548 551 554 +CONECT 551 550 552 553 +CONECT 552 551 +CONECT 553 551 +CONECT 554 550 555 556 +CONECT 555 554 +CONECT 556 554 +CONECT 557 537 558 559 +CONECT 558 557 +CONECT 559 557 560 561 +CONECT 560 559 +CONECT 561 559 562 563 574 +CONECT 562 561 +CONECT 563 561 564 565 567 +CONECT 564 563 +CONECT 565 563 +CONECT 566 567 568 +CONECT 567 563 566 572 +CONECT 568 566 569 570 +CONECT 569 568 +CONECT 570 568 571 572 +CONECT 571 570 +CONECT 572 567 570 573 +CONECT 573 572 +CONECT 574 561 575 576 +CONECT 575 574 +CONECT 576 574 577 578 +CONECT 577 576 +CONECT 578 576 579 580 593 +CONECT 579 578 +CONECT 580 578 581 582 583 +CONECT 581 580 +CONECT 582 580 +CONECT 583 580 584 585 589 +CONECT 584 583 +CONECT 585 583 586 587 588 +CONECT 586 585 +CONECT 587 585 +CONECT 588 585 +CONECT 589 583 590 591 592 +CONECT 590 589 +CONECT 591 589 +CONECT 592 589 +CONECT 593 578 594 595 +CONECT 594 593 +CONECT 595 593 596 597 +CONECT 596 595 +CONECT 597 595 598 599 610 +CONECT 598 597 +CONECT 599 597 600 601 602 +CONECT 600 599 +CONECT 601 599 +CONECT 602 599 603 604 605 +CONECT 603 602 +CONECT 604 602 +CONECT 605 602 606 607 +CONECT 606 605 +CONECT 607 605 608 609 +CONECT 608 607 +CONECT 609 607 +CONECT 610 597 611 612 +CONECT 611 610 +CONECT 612 610 613 614 +CONECT 613 612 +CONECT 614 612 615 616 624 +CONECT 615 614 +CONECT 616 614 617 618 620 +CONECT 617 616 +CONECT 618 616 619 +CONECT 619 618 +CONECT 620 616 621 622 623 +CONECT 621 620 +CONECT 622 620 +CONECT 623 620 +CONECT 624 614 625 626 +CONECT 625 624 +CONECT 626 624 627 628 +CONECT 627 626 +CONECT 628 626 629 630 640 +CONECT 629 628 +CONECT 630 628 631 632 636 +CONECT 631 630 +CONECT 632 630 633 634 635 +CONECT 633 632 +CONECT 634 632 +CONECT 635 632 +CONECT 636 630 637 638 639 +CONECT 637 636 +CONECT 638 636 +CONECT 639 636 +CONECT 640 628 641 642 +CONECT 641 640 +CONECT 642 640 643 644 +CONECT 643 642 +CONECT 644 642 645 646 654 +CONECT 645 644 +CONECT 646 644 647 648 649 +CONECT 647 646 +CONECT 648 646 +CONECT 649 646 650 651 +CONECT 650 649 +CONECT 651 649 652 653 +CONECT 652 651 +CONECT 653 651 +CONECT 654 644 655 656 +CONECT 655 654 +CONECT 656 654 657 658 +CONECT 657 656 +CONECT 658 656 659 660 668 +CONECT 659 658 +CONECT 660 658 661 662 663 +CONECT 661 660 +CONECT 662 660 +CONECT 663 660 664 665 +CONECT 664 663 +CONECT 665 663 666 667 +CONECT 666 665 +CONECT 667 665 +CONECT 668 658 669 670 +CONECT 669 668 +CONECT 670 668 671 672 +CONECT 671 670 +CONECT 672 670 673 674 689 +CONECT 673 672 +CONECT 674 672 675 676 677 +CONECT 675 674 +CONECT 676 674 +CONECT 677 674 678 685 +CONECT 678 677 679 680 +CONECT 679 678 +CONECT 680 678 681 682 +CONECT 681 680 +CONECT 682 680 683 687 +CONECT 683 682 684 +CONECT 684 683 +CONECT 685 677 686 687 +CONECT 686 685 +CONECT 687 682 685 688 +CONECT 688 687 +CONECT 689 672 690 691 +CONECT 690 689 +CONECT 691 689 692 693 +CONECT 692 691 +CONECT 693 691 694 695 709 +CONECT 694 693 +CONECT 695 693 696 697 698 +CONECT 696 695 +CONECT 697 695 +CONECT 698 695 699 705 +CONECT 699 698 700 701 +CONECT 700 699 +CONECT 701 699 702 703 +CONECT 702 701 +CONECT 703 701 704 707 +CONECT 704 703 +CONECT 705 698 706 707 +CONECT 706 705 +CONECT 707 703 705 708 +CONECT 708 707 +CONECT 709 693 710 711 +CONECT 710 709 +CONECT 711 709 712 713 +CONECT 712 711 +CONECT 713 711 714 715 728 +CONECT 714 713 +CONECT 715 713 716 717 718 +CONECT 716 715 +CONECT 717 715 +CONECT 718 715 719 720 724 +CONECT 719 718 +CONECT 720 718 721 722 723 +CONECT 721 720 +CONECT 722 720 +CONECT 723 720 +CONECT 724 718 725 726 727 +CONECT 725 724 +CONECT 726 724 +CONECT 727 724 +CONECT 728 713 729 730 +CONECT 729 728 +CONECT 730 728 731 732 +CONECT 731 730 +CONECT 732 730 733 734 748 +CONECT 733 732 +CONECT 734 732 735 736 737 +CONECT 735 734 +CONECT 736 734 +CONECT 737 734 738 744 +CONECT 738 737 739 740 +CONECT 739 738 +CONECT 740 738 741 742 +CONECT 741 740 +CONECT 742 740 743 746 +CONECT 743 742 +CONECT 744 737 745 746 +CONECT 745 744 +CONECT 746 742 744 747 +CONECT 747 746 +CONECT 748 732 749 750 +CONECT 749 748 +CONECT 750 748 751 752 +CONECT 751 750 +CONECT 752 750 753 754 759 +CONECT 753 752 +CONECT 754 752 755 756 757 +CONECT 755 754 +CONECT 756 754 +CONECT 757 754 758 +CONECT 758 757 +CONECT 759 752 760 761 +CONECT 760 759 +CONECT 761 759 762 763 +CONECT 762 761 +CONECT 763 761 764 765 778 +CONECT 764 763 +CONECT 765 763 766 767 768 +CONECT 766 765 +CONECT 767 765 +CONECT 768 765 769 770 774 +CONECT 769 768 +CONECT 770 768 771 772 773 +CONECT 771 770 +CONECT 772 770 +CONECT 773 770 +CONECT 774 768 775 776 777 +CONECT 775 774 +CONECT 776 774 +CONECT 777 774 +CONECT 778 763 779 780 +CONECT 779 778 +CONECT 780 778 781 782 +CONECT 781 780 +CONECT 782 780 783 784 788 +CONECT 783 782 +CONECT 784 782 785 786 787 +CONECT 785 784 +CONECT 786 784 +CONECT 787 784 +CONECT 788 782 789 790 +CONECT 789 788 +CONECT 790 788 791 792 +CONECT 791 790 +CONECT 792 790 793 794 799 +CONECT 793 792 +CONECT 794 792 795 796 797 +CONECT 795 794 +CONECT 796 794 +CONECT 797 794 798 +CONECT 798 797 +CONECT 799 792 800 801 +CONECT 800 799 +CONECT 801 799 802 803 +CONECT 802 801 +CONECT 803 801 804 805 809 +CONECT 804 803 +CONECT 805 803 806 807 808 +CONECT 806 805 +CONECT 807 805 +CONECT 808 805 +CONECT 809 803 810 811 +CONECT 810 809 +CONECT 811 809 812 813 +CONECT 812 811 +CONECT 813 811 814 815 821 +CONECT 814 813 +CONECT 815 813 816 817 818 +CONECT 816 815 +CONECT 817 815 +CONECT 818 815 819 820 +CONECT 819 818 +CONECT 820 818 +CONECT 821 813 822 823 +CONECT 822 821 +CONECT 823 821 824 825 +CONECT 824 823 +CONECT 825 823 826 827 840 +CONECT 826 825 +CONECT 827 825 828 829 830 +CONECT 828 827 +CONECT 829 827 +CONECT 830 827 831 832 836 +CONECT 831 830 +CONECT 832 830 833 834 835 +CONECT 833 832 +CONECT 834 832 +CONECT 835 832 +CONECT 836 830 837 838 839 +CONECT 837 836 +CONECT 838 836 +CONECT 839 836 +CONECT 840 825 841 842 +CONECT 841 840 +CONECT 842 840 843 844 +CONECT 843 842 +CONECT 844 842 845 846 859 +CONECT 845 844 +CONECT 846 844 847 848 852 +CONECT 847 846 +CONECT 848 846 849 850 851 +CONECT 849 848 +CONECT 850 848 +CONECT 851 848 +CONECT 852 846 853 854 855 +CONECT 853 852 +CONECT 854 852 +CONECT 855 852 856 857 858 +CONECT 856 855 +CONECT 857 855 +CONECT 858 855 +CONECT 859 844 860 861 +CONECT 860 859 +CONECT 861 859 862 863 +CONECT 862 861 +CONECT 863 861 864 865 878 +CONECT 864 863 +CONECT 865 863 866 867 871 +CONECT 866 865 +CONECT 867 865 868 869 870 +CONECT 868 867 +CONECT 869 867 +CONECT 870 867 +CONECT 871 865 872 873 874 +CONECT 872 871 +CONECT 873 871 +CONECT 874 871 875 876 877 +CONECT 875 874 +CONECT 876 874 +CONECT 877 874 +CONECT 878 863 879 880 +CONECT 879 878 +CONECT 880 878 881 882 +CONECT 881 880 +CONECT 882 880 883 884 885 +CONECT 883 882 +CONECT 884 882 +CONECT 885 882 886 887 +CONECT 886 885 +CONECT 887 885 888 889 +CONECT 888 887 +CONECT 889 887 890 891 901 +CONECT 890 889 +CONECT 891 889 892 893 897 +CONECT 892 891 +CONECT 893 891 894 895 896 +CONECT 894 893 +CONECT 895 893 +CONECT 896 893 +CONECT 897 891 898 899 900 +CONECT 898 897 +CONECT 899 897 +CONECT 900 897 +CONECT 901 889 902 903 +CONECT 902 901 +CONECT 903 901 904 905 +CONECT 904 903 +CONECT 905 903 906 907 921 +CONECT 906 905 +CONECT 907 905 908 909 910 +CONECT 908 907 +CONECT 909 907 +CONECT 910 907 911 917 +CONECT 911 910 912 913 +CONECT 912 911 +CONECT 913 911 914 915 +CONECT 914 913 +CONECT 915 913 916 919 +CONECT 916 915 +CONECT 917 910 918 919 +CONECT 918 917 +CONECT 919 915 917 920 +CONECT 920 919 +CONECT 921 905 922 923 +CONECT 922 921 +CONECT 923 921 924 925 +CONECT 924 923 +CONECT 925 923 926 927 932 +CONECT 926 925 +CONECT 927 925 928 929 930 +CONECT 928 927 +CONECT 929 927 +CONECT 930 927 931 +CONECT 931 930 +CONECT 932 925 933 934 +CONECT 933 932 +CONECT 934 932 935 936 +CONECT 935 934 +CONECT 936 934 937 938 949 +CONECT 937 936 +CONECT 938 936 939 940 941 +CONECT 939 938 +CONECT 940 938 +CONECT 941 938 942 943 944 +CONECT 942 941 +CONECT 943 941 +CONECT 944 941 945 +CONECT 945 944 946 947 948 +CONECT 946 945 +CONECT 947 945 +CONECT 948 945 +CONECT 949 936 950 951 +CONECT 950 949 +CONECT 951 949 952 953 +CONECT 952 951 +CONECT 953 951 954 955 963 +CONECT 954 953 +CONECT 955 953 956 957 958 +CONECT 956 955 +CONECT 957 955 +CONECT 958 955 959 960 +CONECT 959 958 +CONECT 960 958 961 962 +CONECT 961 960 +CONECT 962 960 +CONECT 963 953 964 965 +CONECT 964 963 +CONECT 965 963 966 967 +CONECT 966 965 +CONECT 967 965 968 969 982 +CONECT 968 967 +CONECT 969 967 970 971 972 +CONECT 970 969 +CONECT 971 969 +CONECT 972 969 973 974 978 +CONECT 973 972 +CONECT 974 972 975 976 977 +CONECT 975 974 +CONECT 976 974 +CONECT 977 974 +CONECT 978 972 979 980 981 +CONECT 979 978 +CONECT 980 978 +CONECT 981 978 +CONECT 982 967 983 984 +CONECT 983 982 +CONECT 984 982 985 986 +CONECT 985 984 +CONECT 986 984 987 988 1003 +CONECT 987 986 +CONECT 988 986 989 990 991 +CONECT 989 988 +CONECT 990 988 +CONECT 991 988 992 999 +CONECT 992 991 993 994 +CONECT 993 992 +CONECT 994 992 995 996 +CONECT 995 994 +CONECT 996 994 997 1001 +CONECT 997 996 998 +CONECT 998 997 +CONECT 999 991 1000 1001 +CONECT 1000 999 +CONECT 1001 996 999 1002 +CONECT 1002 1001 +CONECT 1003 986 1004 1005 +CONECT 1004 1003 +CONECT 1005 1003 1006 1007 +CONECT 1006 1005 +CONECT 1007 1005 1008 1009 1017 +CONECT 1008 1007 +CONECT 1009 1007 1010 1011 1013 +CONECT 1010 1009 +CONECT 1011 1009 1012 +CONECT 1012 1011 +CONECT 1013 1009 1014 1015 1016 +CONECT 1014 1013 +CONECT 1015 1013 +CONECT 1016 1013 +CONECT 1017 1007 1018 1019 +CONECT 1018 1017 +CONECT 1019 1017 1020 1021 +CONECT 1020 1019 +CONECT 1021 1019 1022 1023 1036 +CONECT 1022 1021 +CONECT 1023 1021 1024 1025 1026 +CONECT 1024 1023 +CONECT 1025 1023 +CONECT 1026 1023 1027 1028 1032 +CONECT 1027 1026 +CONECT 1028 1026 1029 1030 1031 +CONECT 1029 1028 +CONECT 1030 1028 +CONECT 1031 1028 +CONECT 1032 1026 1033 1034 1035 +CONECT 1033 1032 +CONECT 1034 1032 +CONECT 1035 1032 +CONECT 1036 1021 1037 1038 +CONECT 1037 1036 +CONECT 1038 1036 1039 1040 +CONECT 1039 1038 +CONECT 1040 1038 1041 1042 1057 +CONECT 1041 1040 +CONECT 1042 1040 1043 1044 1045 +CONECT 1043 1042 +CONECT 1044 1042 +CONECT 1045 1042 1046 1053 +CONECT 1046 1045 1047 1048 +CONECT 1047 1046 +CONECT 1048 1046 1049 1050 +CONECT 1049 1048 +CONECT 1050 1048 1051 1055 +CONECT 1051 1050 1052 +CONECT 1052 1051 +CONECT 1053 1045 1054 1055 +CONECT 1054 1053 +CONECT 1055 1050 1053 1056 +CONECT 1056 1055 +CONECT 1057 1040 1058 1059 +CONECT 1058 1057 +CONECT 1059 1057 1060 1061 +CONECT 1060 1059 +CONECT 1061 1059 1062 1063 1071 +CONECT 1062 1061 +CONECT 1063 1061 1064 1065 1067 +CONECT 1064 1063 +CONECT 1065 1063 1066 +CONECT 1066 1065 +CONECT 1067 1063 1068 1069 1070 +CONECT 1068 1067 +CONECT 1069 1067 +CONECT 1070 1067 +CONECT 1071 1061 1072 1073 +CONECT 1072 1071 +CONECT 1073 1071 1074 1075 +CONECT 1074 1073 +CONECT 1075 1073 1076 1077 1087 +CONECT 1076 1075 +CONECT 1077 1075 1078 1079 1083 +CONECT 1078 1077 +CONECT 1079 1077 1080 1081 1082 +CONECT 1080 1079 +CONECT 1081 1079 +CONECT 1082 1079 +CONECT 1083 1077 1084 1085 1086 +CONECT 1084 1083 +CONECT 1085 1083 +CONECT 1086 1083 +CONECT 1087 1075 1088 1089 +CONECT 1088 1087 +CONECT 1089 1087 1090 1091 +CONECT 1090 1089 +CONECT 1091 1089 1092 1093 1106 +CONECT 1092 1091 +CONECT 1093 1091 1094 1095 1099 +CONECT 1094 1093 +CONECT 1095 1093 1096 1097 1098 +CONECT 1096 1095 +CONECT 1097 1095 +CONECT 1098 1095 +CONECT 1099 1093 1100 1101 1102 +CONECT 1100 1099 +CONECT 1101 1099 +CONECT 1102 1099 1103 1104 1105 +CONECT 1103 1102 +CONECT 1104 1102 +CONECT 1105 1102 +CONECT 1106 1091 1107 1108 +CONECT 1107 1106 +CONECT 1108 1106 1109 1110 +CONECT 1109 1108 +CONECT 1110 1108 1111 1112 1113 +CONECT 1111 1110 +CONECT 1112 1110 +CONECT 1113 1110 1114 1115 +CONECT 1114 1113 +CONECT 1115 1113 1116 1117 +CONECT 1116 1115 +CONECT 1117 1115 1118 1119 1134 +CONECT 1118 1117 +CONECT 1119 1117 1120 1121 1122 +CONECT 1120 1119 +CONECT 1121 1119 +CONECT 1122 1119 1123 1130 +CONECT 1123 1122 1124 1125 +CONECT 1124 1123 +CONECT 1125 1123 1126 1127 +CONECT 1126 1125 +CONECT 1127 1125 1128 1132 +CONECT 1128 1127 1129 +CONECT 1129 1128 +CONECT 1130 1122 1131 1132 +CONECT 1131 1130 +CONECT 1132 1127 1130 1133 +CONECT 1133 1132 +CONECT 1134 1117 1135 1136 +CONECT 1135 1134 +CONECT 1136 1134 1137 1138 +CONECT 1137 1136 +CONECT 1138 1136 1139 1140 1158 +CONECT 1139 1138 +CONECT 1140 1138 1141 1142 1143 +CONECT 1141 1140 +CONECT 1142 1140 +CONECT 1143 1140 1144 1149 +CONECT 1144 1143 1145 1146 +CONECT 1145 1144 +CONECT 1146 1144 1147 1148 +CONECT 1147 1146 +CONECT 1148 1146 1149 1154 +CONECT 1149 1143 1148 1150 +CONECT 1150 1149 1151 1152 +CONECT 1151 1150 +CONECT 1152 1150 1153 1156 +CONECT 1153 1152 +CONECT 1154 1148 1155 1156 +CONECT 1155 1154 +CONECT 1156 1152 1154 1157 +CONECT 1157 1156 +CONECT 1158 1138 1159 1160 +CONECT 1159 1158 +CONECT 1160 1158 1161 1164 +CONECT 1161 1160 1162 1163 1169 +CONECT 1162 1161 +CONECT 1163 1161 +CONECT 1164 1160 1165 1166 1172 +CONECT 1165 1164 +CONECT 1166 1164 1167 1168 1169 +CONECT 1167 1166 +CONECT 1168 1166 +CONECT 1169 1161 1166 1170 1171 +CONECT 1170 1169 +CONECT 1171 1169 +CONECT 1172 1164 1173 1174 +CONECT 1173 1172 +CONECT 1174 1172 1175 1176 +CONECT 1175 1174 +CONECT 1176 1174 1177 1178 1191 +CONECT 1177 1176 +CONECT 1178 1176 1179 1180 1181 +CONECT 1179 1178 +CONECT 1180 1178 +CONECT 1181 1178 1182 1183 1187 +CONECT 1182 1181 +CONECT 1183 1181 1184 1185 1186 +CONECT 1184 1183 +CONECT 1185 1183 +CONECT 1186 1183 +CONECT 1187 1181 1188 1189 1190 +CONECT 1188 1187 +CONECT 1189 1187 +CONECT 1190 1187 +CONECT 1191 1176 1192 1193 +CONECT 1192 1191 +CONECT 1193 1191 1194 1195 +CONECT 1194 1193 +CONECT 1195 1193 1196 1197 1198 +CONECT 1196 1195 +CONECT 1197 1195 +CONECT 1198 1195 1199 1200 +CONECT 1199 1198 +CONECT 1200 1198 1201 1204 +CONECT 1201 1200 1202 1203 1209 +CONECT 1202 1201 +CONECT 1203 1201 +CONECT 1204 1200 1205 1206 1212 +CONECT 1205 1204 +CONECT 1206 1204 1207 1208 1209 +CONECT 1207 1206 +CONECT 1208 1206 +CONECT 1209 1201 1206 1210 1211 +CONECT 1210 1209 +CONECT 1211 1209 +CONECT 1212 1204 1213 1214 +CONECT 1213 1212 +CONECT 1214 1212 1215 1216 +CONECT 1215 1214 +CONECT 1216 1214 1217 1218 1228 +CONECT 1217 1216 +CONECT 1218 1216 1219 1220 1224 +CONECT 1219 1218 +CONECT 1220 1218 1221 1222 1223 +CONECT 1221 1220 +CONECT 1222 1220 +CONECT 1223 1220 +CONECT 1224 1218 1225 1226 1227 +CONECT 1225 1224 +CONECT 1226 1224 +CONECT 1227 1224 +CONECT 1228 1216 1229 1230 +CONECT 1229 1228 +CONECT 1230 1228 1231 1232 +CONECT 1231 1230 +CONECT 1232 1230 1233 1234 1244 +CONECT 1233 1232 +CONECT 1234 1232 1235 1236 1240 +CONECT 1235 1234 +CONECT 1236 1234 1237 1238 1239 +CONECT 1237 1236 +CONECT 1238 1236 +CONECT 1239 1236 +CONECT 1240 1234 1241 1242 1243 +CONECT 1241 1240 +CONECT 1242 1240 +CONECT 1243 1240 +CONECT 1244 1232 1245 1246 +CONECT 1245 1244 +CONECT 1246 1244 1247 1248 +CONECT 1247 1246 +CONECT 1248 1246 1249 1250 1254 +CONECT 1249 1248 +CONECT 1250 1248 1251 1252 1253 +CONECT 1251 1250 +CONECT 1252 1250 +CONECT 1253 1250 2548 +CONECT 1254 1248 1255 1256 +CONECT 1255 1254 +CONECT 1256 1254 1257 1258 +CONECT 1257 1256 +CONECT 1258 1256 1259 1260 1266 +CONECT 1259 1258 +CONECT 1260 1258 1261 1262 1263 +CONECT 1261 1260 +CONECT 1262 1260 +CONECT 1263 1260 1264 1265 +CONECT 1264 1263 +CONECT 1265 1263 +CONECT 1266 1258 1267 1268 +CONECT 1267 1266 +CONECT 1268 1266 1269 1270 +CONECT 1269 1268 +CONECT 1270 1268 1271 1272 1285 +CONECT 1271 1270 +CONECT 1272 1270 1273 1274 1275 +CONECT 1273 1272 +CONECT 1274 1272 +CONECT 1275 1272 1276 1277 1281 +CONECT 1276 1275 +CONECT 1277 1275 1278 1279 1280 +CONECT 1278 1277 +CONECT 1279 1277 +CONECT 1280 1277 +CONECT 1281 1275 1282 1283 1284 +CONECT 1282 1281 +CONECT 1283 1281 +CONECT 1284 1281 +CONECT 1285 1270 1286 1287 +CONECT 1286 1285 +CONECT 1287 1285 1288 1289 +CONECT 1288 1287 +CONECT 1289 1287 1290 1291 1309 +CONECT 1290 1289 +CONECT 1291 1289 1292 1293 1294 +CONECT 1292 1291 +CONECT 1293 1291 +CONECT 1294 1291 1295 1300 +CONECT 1295 1294 1296 1297 +CONECT 1296 1295 +CONECT 1297 1295 1298 1299 +CONECT 1298 1297 +CONECT 1299 1297 1300 1305 +CONECT 1300 1294 1299 1301 +CONECT 1301 1300 1302 1303 +CONECT 1302 1301 +CONECT 1303 1301 1304 1307 +CONECT 1304 1303 +CONECT 1305 1299 1306 1307 +CONECT 1306 1305 +CONECT 1307 1303 1305 1308 +CONECT 1308 1307 +CONECT 1309 1289 1310 1311 +CONECT 1310 1309 +CONECT 1311 1309 1312 1313 +CONECT 1312 1311 +CONECT 1313 1311 1314 1315 1328 +CONECT 1314 1313 +CONECT 1315 1313 1316 1317 1318 +CONECT 1316 1315 +CONECT 1317 1315 +CONECT 1318 1315 1319 1320 1324 +CONECT 1319 1318 +CONECT 1320 1318 1321 1322 1323 +CONECT 1321 1320 +CONECT 1322 1320 +CONECT 1323 1320 +CONECT 1324 1318 1325 1326 1327 +CONECT 1325 1324 +CONECT 1326 1324 +CONECT 1327 1324 +CONECT 1328 1313 1329 1330 +CONECT 1329 1328 +CONECT 1330 1328 1331 1332 +CONECT 1331 1330 +CONECT 1332 1330 1333 1334 1338 +CONECT 1333 1332 +CONECT 1334 1332 1335 1336 1337 +CONECT 1335 1334 +CONECT 1336 1334 +CONECT 1337 1334 +CONECT 1338 1332 1339 1340 +CONECT 1339 1338 +CONECT 1340 1338 1341 1342 +CONECT 1341 1340 +CONECT 1342 1340 1343 1344 1357 +CONECT 1343 1342 +CONECT 1344 1342 1345 1346 1347 +CONECT 1345 1344 +CONECT 1346 1344 +CONECT 1347 1344 1348 1349 1353 +CONECT 1348 1347 +CONECT 1349 1347 1350 1351 1352 +CONECT 1350 1349 +CONECT 1351 1349 +CONECT 1352 1349 +CONECT 1353 1347 1354 1355 1356 +CONECT 1354 1353 +CONECT 1355 1353 +CONECT 1356 1353 +CONECT 1357 1342 1358 1359 +CONECT 1358 1357 +CONECT 1359 1357 1360 1361 +CONECT 1360 1359 +CONECT 1361 1359 1362 1363 1369 +CONECT 1362 1361 +CONECT 1363 1361 1364 1365 1366 +CONECT 1364 1363 +CONECT 1365 1363 +CONECT 1366 1363 1367 1368 +CONECT 1367 1366 +CONECT 1368 1366 +CONECT 1369 1361 1370 1371 +CONECT 1370 1369 +CONECT 1371 1369 1372 1373 +CONECT 1372 1371 +CONECT 1373 1371 1374 1375 1390 +CONECT 1374 1373 +CONECT 1375 1373 1376 1377 1378 +CONECT 1376 1375 +CONECT 1377 1375 +CONECT 1378 1375 1379 1386 +CONECT 1379 1378 1380 1381 +CONECT 1380 1379 +CONECT 1381 1379 1382 1383 +CONECT 1382 1381 +CONECT 1383 1381 1384 1388 +CONECT 1384 1383 1385 +CONECT 1385 1384 +CONECT 1386 1378 1387 1388 +CONECT 1387 1386 +CONECT 1388 1383 1386 1389 +CONECT 1389 1388 +CONECT 1390 1373 1391 1392 +CONECT 1391 1390 +CONECT 1392 1390 1393 1394 +CONECT 1393 1392 +CONECT 1394 1392 1395 1396 1406 +CONECT 1395 1394 +CONECT 1396 1394 1397 1398 1402 +CONECT 1397 1396 +CONECT 1398 1396 1399 1400 1401 +CONECT 1399 1398 +CONECT 1400 1398 +CONECT 1401 1398 +CONECT 1402 1396 1403 1404 1405 +CONECT 1403 1402 +CONECT 1404 1402 +CONECT 1405 1402 +CONECT 1406 1394 1407 1408 +CONECT 1407 1406 +CONECT 1408 1406 1409 1410 +CONECT 1409 1408 +CONECT 1410 1408 1411 1412 1422 +CONECT 1411 1410 +CONECT 1412 1410 1413 1414 1418 +CONECT 1413 1412 +CONECT 1414 1412 1415 1416 1417 +CONECT 1415 1414 +CONECT 1416 1414 +CONECT 1417 1414 +CONECT 1418 1412 1419 1420 1421 +CONECT 1419 1418 +CONECT 1420 1418 +CONECT 1421 1418 +CONECT 1422 1410 1423 1424 +CONECT 1423 1422 +CONECT 1424 1422 1425 1426 +CONECT 1425 1424 +CONECT 1426 1424 1427 1428 1433 +CONECT 1427 1426 +CONECT 1428 1426 1429 1430 1431 +CONECT 1429 1428 +CONECT 1430 1428 +CONECT 1431 1428 1432 +CONECT 1432 1431 +CONECT 1433 1426 1434 1435 +CONECT 1434 1433 +CONECT 1435 1433 1436 1437 +CONECT 1436 1435 +CONECT 1437 1435 1438 1439 1447 +CONECT 1438 1437 +CONECT 1439 1437 1440 1441 1442 +CONECT 1440 1439 +CONECT 1441 1439 +CONECT 1442 1439 1443 1444 +CONECT 1443 1442 +CONECT 1444 1442 1445 1446 +CONECT 1445 1444 +CONECT 1446 1444 +CONECT 1447 1437 1448 1449 +CONECT 1448 1447 +CONECT 1449 1447 1450 1451 +CONECT 1450 1449 +CONECT 1451 1449 1452 1453 1457 +CONECT 1452 1451 +CONECT 1453 1451 1454 1455 1456 +CONECT 1454 1453 +CONECT 1455 1453 +CONECT 1456 1453 +CONECT 1457 1451 1458 1459 +CONECT 1458 1457 +CONECT 1459 1457 1460 1461 +CONECT 1460 1459 +CONECT 1461 1459 1462 1463 1468 +CONECT 1462 1461 +CONECT 1463 1461 1464 1465 1466 +CONECT 1464 1463 +CONECT 1465 1463 +CONECT 1466 1463 1467 +CONECT 1467 1466 +CONECT 1468 1461 1469 1470 +CONECT 1469 1468 +CONECT 1470 1468 1471 1472 +CONECT 1471 1470 +CONECT 1472 1470 1473 1474 1484 +CONECT 1473 1472 +CONECT 1474 1472 1475 1476 1480 +CONECT 1475 1474 +CONECT 1476 1474 1477 1478 1479 +CONECT 1477 1476 +CONECT 1478 1476 +CONECT 1479 1476 +CONECT 1480 1474 1481 1482 1483 +CONECT 1481 1480 +CONECT 1482 1480 +CONECT 1483 1480 +CONECT 1484 1472 1485 1486 +CONECT 1485 1484 +CONECT 1486 1484 1487 1488 +CONECT 1487 1486 +CONECT 1488 1486 1489 1490 1501 +CONECT 1489 1488 +CONECT 1490 1488 1491 1492 1493 +CONECT 1491 1490 +CONECT 1492 1490 +CONECT 1493 1490 1494 1495 1496 +CONECT 1494 1493 +CONECT 1495 1493 +CONECT 1496 1493 1497 +CONECT 1497 1496 1498 1499 1500 +CONECT 1498 1497 +CONECT 1499 1497 +CONECT 1500 1497 +CONECT 1501 1488 1502 1503 +CONECT 1502 1501 +CONECT 1503 1501 1504 1505 +CONECT 1504 1503 +CONECT 1505 1503 1506 1507 1515 +CONECT 1506 1505 +CONECT 1507 1505 1508 1509 1510 +CONECT 1508 1507 +CONECT 1509 1507 +CONECT 1510 1507 1511 1512 +CONECT 1511 1510 +CONECT 1512 1510 1513 1514 +CONECT 1513 1512 +CONECT 1514 1512 +CONECT 1515 1505 1516 1517 +CONECT 1516 1515 +CONECT 1517 1515 1518 1519 +CONECT 1518 1517 +CONECT 1519 1517 1520 1521 1534 +CONECT 1520 1519 +CONECT 1521 1519 1522 1523 1524 +CONECT 1522 1521 +CONECT 1523 1521 +CONECT 1524 1521 1525 1526 1530 +CONECT 1525 1524 +CONECT 1526 1524 1527 1528 1529 +CONECT 1527 1526 +CONECT 1528 1526 +CONECT 1529 1526 +CONECT 1530 1524 1531 1532 1533 +CONECT 1531 1530 +CONECT 1532 1530 +CONECT 1533 1530 +CONECT 1534 1519 1535 1536 +CONECT 1535 1534 +CONECT 1536 1534 1537 1538 +CONECT 1537 1536 +CONECT 1538 1536 1539 1540 1553 +CONECT 1539 1538 +CONECT 1540 1538 1541 1542 1543 +CONECT 1541 1540 +CONECT 1542 1540 +CONECT 1543 1540 1544 1545 1549 +CONECT 1544 1543 +CONECT 1545 1543 1546 1547 1548 +CONECT 1546 1545 +CONECT 1547 1545 +CONECT 1548 1545 +CONECT 1549 1543 1550 1551 1552 +CONECT 1550 1549 +CONECT 1551 1549 +CONECT 1552 1549 +CONECT 1553 1538 1554 1555 +CONECT 1554 1553 +CONECT 1555 1553 1556 1557 +CONECT 1556 1555 +CONECT 1557 1555 1558 1559 1572 +CONECT 1558 1557 +CONECT 1559 1557 1560 1561 1565 +CONECT 1560 1559 +CONECT 1561 1559 1562 1563 1564 +CONECT 1562 1561 +CONECT 1563 1561 +CONECT 1564 1561 +CONECT 1565 1559 1566 1567 1568 +CONECT 1566 1565 +CONECT 1567 1565 +CONECT 1568 1565 1569 1570 1571 +CONECT 1569 1568 +CONECT 1570 1568 +CONECT 1571 1568 +CONECT 1572 1557 1573 1574 +CONECT 1573 1572 +CONECT 1574 1572 1575 1576 +CONECT 1575 1574 +CONECT 1576 1574 1577 1578 1591 +CONECT 1577 1576 +CONECT 1578 1576 1579 1580 1584 +CONECT 1579 1578 +CONECT 1580 1578 1581 1582 1583 +CONECT 1581 1580 +CONECT 1582 1580 +CONECT 1583 1580 +CONECT 1584 1578 1585 1586 1587 +CONECT 1585 1584 +CONECT 1586 1584 +CONECT 1587 1584 1588 1589 1590 +CONECT 1588 1587 +CONECT 1589 1587 +CONECT 1590 1587 +CONECT 1591 1576 1592 1593 +CONECT 1592 1591 +CONECT 1593 1591 1594 1595 +CONECT 1594 1593 +CONECT 1595 1593 1596 1597 1602 +CONECT 1596 1595 +CONECT 1597 1595 1598 1599 1600 +CONECT 1598 1597 +CONECT 1599 1597 +CONECT 1600 1597 1601 +CONECT 1601 1600 +CONECT 1602 1595 1603 1604 +CONECT 1603 1602 +CONECT 1604 1602 1605 1606 +CONECT 1605 1604 +CONECT 1606 1604 1607 1608 1622 +CONECT 1607 1606 +CONECT 1608 1606 1609 1610 1611 +CONECT 1609 1608 +CONECT 1610 1608 +CONECT 1611 1608 1612 1618 +CONECT 1612 1611 1613 1614 +CONECT 1613 1612 +CONECT 1614 1612 1615 1616 +CONECT 1615 1614 +CONECT 1616 1614 1617 1620 +CONECT 1617 1616 +CONECT 1618 1611 1619 1620 +CONECT 1619 1618 +CONECT 1620 1616 1618 1621 +CONECT 1621 1620 +CONECT 1622 1606 1623 1624 +CONECT 1623 1622 +CONECT 1624 1622 1625 1626 +CONECT 1625 1624 +CONECT 1626 1624 1627 1628 1634 +CONECT 1627 1626 +CONECT 1628 1626 1629 1630 1631 +CONECT 1629 1628 +CONECT 1630 1628 +CONECT 1631 1628 1632 1633 +CONECT 1632 1631 +CONECT 1633 1631 +CONECT 1634 1626 1635 1636 +CONECT 1635 1634 +CONECT 1636 1634 1637 1638 +CONECT 1637 1636 +CONECT 1638 1636 1639 1640 1658 +CONECT 1639 1638 +CONECT 1640 1638 1641 1642 1643 +CONECT 1641 1640 +CONECT 1642 1640 +CONECT 1643 1640 1644 1645 1646 +CONECT 1644 1643 +CONECT 1645 1643 +CONECT 1646 1643 1647 1648 1649 +CONECT 1647 1646 +CONECT 1648 1646 +CONECT 1649 1646 1650 1651 +CONECT 1650 1649 +CONECT 1651 1649 1652 1655 +CONECT 1652 1651 1653 1654 +CONECT 1653 1652 +CONECT 1654 1652 +CONECT 1655 1651 1656 1657 +CONECT 1656 1655 +CONECT 1657 1655 +CONECT 1658 1638 1659 1660 +CONECT 1659 1658 +CONECT 1660 1658 1661 1662 +CONECT 1661 1660 +CONECT 1662 1660 1663 1664 1679 +CONECT 1663 1662 +CONECT 1664 1662 1665 1666 1667 +CONECT 1665 1664 +CONECT 1666 1664 +CONECT 1667 1664 1668 1675 +CONECT 1668 1667 1669 1670 +CONECT 1669 1668 +CONECT 1670 1668 1671 1672 +CONECT 1671 1670 +CONECT 1672 1670 1673 1677 +CONECT 1673 1672 1674 +CONECT 1674 1673 +CONECT 1675 1667 1676 1677 +CONECT 1676 1675 +CONECT 1677 1672 1675 1678 +CONECT 1678 1677 +CONECT 1679 1662 1680 1681 +CONECT 1680 1679 +CONECT 1681 1679 1682 1683 +CONECT 1682 1681 +CONECT 1683 1681 1684 1685 1699 +CONECT 1684 1683 +CONECT 1685 1683 1686 1687 1688 +CONECT 1686 1685 +CONECT 1687 1685 +CONECT 1688 1685 1689 1695 +CONECT 1689 1688 1690 1691 +CONECT 1690 1689 +CONECT 1691 1689 1692 1693 +CONECT 1692 1691 +CONECT 1693 1691 1694 1697 +CONECT 1694 1693 +CONECT 1695 1688 1696 1697 +CONECT 1696 1695 +CONECT 1697 1693 1695 1698 +CONECT 1698 1697 +CONECT 1699 1683 1700 1701 +CONECT 1700 1699 +CONECT 1701 1699 1702 1703 +CONECT 1702 1701 +CONECT 1703 1701 1704 1705 1710 +CONECT 1704 1703 +CONECT 1705 1703 1706 1707 1708 +CONECT 1706 1705 +CONECT 1707 1705 +CONECT 1708 1705 1709 +CONECT 1709 1708 +CONECT 1710 1703 1711 1712 +CONECT 1711 1710 +CONECT 1712 1710 1713 1714 +CONECT 1713 1712 +CONECT 1714 1712 1715 1716 1726 +CONECT 1715 1714 +CONECT 1716 1714 1717 1718 1722 +CONECT 1717 1716 +CONECT 1718 1716 1719 1720 1721 +CONECT 1719 1718 +CONECT 1720 1718 +CONECT 1721 1718 +CONECT 1722 1716 1723 1724 1725 +CONECT 1723 1722 +CONECT 1724 1722 +CONECT 1725 1722 +CONECT 1726 1714 1727 1728 +CONECT 1727 1726 +CONECT 1728 1726 1729 1730 +CONECT 1729 1728 +CONECT 1730 1728 1731 1732 1740 +CONECT 1731 1730 +CONECT 1732 1730 1733 1734 1736 +CONECT 1733 1732 +CONECT 1734 1732 1735 +CONECT 1735 1734 +CONECT 1736 1732 1737 1738 1739 +CONECT 1737 1736 +CONECT 1738 1736 +CONECT 1739 1736 +CONECT 1740 1730 1741 1742 +CONECT 1741 1740 +CONECT 1742 1740 1743 1744 +CONECT 1743 1742 +CONECT 1744 1742 1745 1746 1762 +CONECT 1745 1744 +CONECT 1746 1744 1747 1748 1749 +CONECT 1747 1746 +CONECT 1748 1746 +CONECT 1749 1746 1750 1751 1752 +CONECT 1750 1749 +CONECT 1751 1749 +CONECT 1752 1749 1753 1754 1755 +CONECT 1753 1752 +CONECT 1754 1752 +CONECT 1755 1752 1756 1757 1758 +CONECT 1756 1755 +CONECT 1757 1755 +CONECT 1758 1755 1759 1760 1761 +CONECT 1759 1758 +CONECT 1760 1758 +CONECT 1761 1758 +CONECT 1762 1744 1763 1764 +CONECT 1763 1762 +CONECT 1764 1762 1765 1768 +CONECT 1765 1764 1766 1767 1773 +CONECT 1766 1765 +CONECT 1767 1765 +CONECT 1768 1764 1769 1770 1776 +CONECT 1769 1768 +CONECT 1770 1768 1771 1772 1773 +CONECT 1771 1770 +CONECT 1772 1770 +CONECT 1773 1765 1770 1774 1775 +CONECT 1774 1773 +CONECT 1775 1773 +CONECT 1776 1768 1777 1778 +CONECT 1777 1776 +CONECT 1778 1776 1779 1780 +CONECT 1779 1778 +CONECT 1780 1778 1781 1782 1795 +CONECT 1781 1780 +CONECT 1782 1780 1783 1784 1785 +CONECT 1783 1782 +CONECT 1784 1782 +CONECT 1785 1782 1786 1787 1791 +CONECT 1786 1785 +CONECT 1787 1785 1788 1789 1790 +CONECT 1788 1787 +CONECT 1789 1787 +CONECT 1790 1787 +CONECT 1791 1785 1792 1793 1794 +CONECT 1792 1791 +CONECT 1793 1791 +CONECT 1794 1791 +CONECT 1795 1780 1796 1797 +CONECT 1796 1795 +CONECT 1797 1795 1798 1799 +CONECT 1798 1797 +CONECT 1799 1797 1800 1801 1809 +CONECT 1800 1799 +CONECT 1801 1799 1802 1803 1805 +CONECT 1802 1801 +CONECT 1803 1801 1804 +CONECT 1804 1803 +CONECT 1805 1801 1806 1807 1808 +CONECT 1806 1805 +CONECT 1807 1805 +CONECT 1808 1805 +CONECT 1809 1799 1810 1811 +CONECT 1810 1809 +CONECT 1811 1809 1812 1813 +CONECT 1812 1811 +CONECT 1813 1811 1814 1815 1830 +CONECT 1814 1813 +CONECT 1815 1813 1816 1817 1818 +CONECT 1816 1815 +CONECT 1817 1815 +CONECT 1818 1815 1819 1826 +CONECT 1819 1818 1820 1821 +CONECT 1820 1819 +CONECT 1821 1819 1822 1823 +CONECT 1822 1821 +CONECT 1823 1821 1824 1828 +CONECT 1824 1823 1825 +CONECT 1825 1824 +CONECT 1826 1818 1827 1828 +CONECT 1827 1826 +CONECT 1828 1823 1826 1829 +CONECT 1829 1828 +CONECT 1830 1813 1831 1832 +CONECT 1831 1830 +CONECT 1832 1830 1833 1836 +CONECT 1833 1832 1834 1835 1841 +CONECT 1834 1833 +CONECT 1835 1833 +CONECT 1836 1832 1837 1838 1844 +CONECT 1837 1836 +CONECT 1838 1836 1839 1840 1841 +CONECT 1839 1838 +CONECT 1840 1838 +CONECT 1841 1833 1838 1842 1843 +CONECT 1842 1841 +CONECT 1843 1841 +CONECT 1844 1836 1845 1846 +CONECT 1845 1844 +CONECT 1846 1844 1847 1848 +CONECT 1847 1846 +CONECT 1848 1846 1849 1850 1860 +CONECT 1849 1848 +CONECT 1850 1848 1851 1852 1856 +CONECT 1851 1850 +CONECT 1852 1850 1853 1854 1855 +CONECT 1853 1852 +CONECT 1854 1852 +CONECT 1855 1852 +CONECT 1856 1850 1857 1858 1859 +CONECT 1857 1856 +CONECT 1858 1856 +CONECT 1859 1856 +CONECT 1860 1848 1861 1862 +CONECT 1861 1860 +CONECT 1862 1860 1863 1864 +CONECT 1863 1862 +CONECT 1864 1862 1865 1866 1882 +CONECT 1865 1864 +CONECT 1866 1864 1867 1868 1869 +CONECT 1867 1866 +CONECT 1868 1866 +CONECT 1869 1866 1870 1871 1872 +CONECT 1870 1869 +CONECT 1871 1869 +CONECT 1872 1869 1873 1874 1875 +CONECT 1873 1872 +CONECT 1874 1872 +CONECT 1875 1872 1876 1877 1878 +CONECT 1876 1875 +CONECT 1877 1875 +CONECT 1878 1875 1879 1880 1881 +CONECT 1879 1878 +CONECT 1880 1878 +CONECT 1881 1878 +CONECT 1882 1864 1883 1884 +CONECT 1883 1882 +CONECT 1884 1882 1885 1886 +CONECT 1885 1884 +CONECT 1886 1884 1887 1888 1906 +CONECT 1887 1886 +CONECT 1888 1886 1889 1890 1891 +CONECT 1889 1888 +CONECT 1890 1888 +CONECT 1891 1888 1892 1893 1894 +CONECT 1892 1891 +CONECT 1893 1891 +CONECT 1894 1891 1895 1896 1897 +CONECT 1895 1894 +CONECT 1896 1894 +CONECT 1897 1894 1898 1899 +CONECT 1898 1897 +CONECT 1899 1897 1900 1903 +CONECT 1900 1899 1901 1902 +CONECT 1901 1900 +CONECT 1902 1900 +CONECT 1903 1899 1904 1905 +CONECT 1904 1903 +CONECT 1905 1903 +CONECT 1906 1886 1907 1908 +CONECT 1907 1906 +CONECT 1908 1906 1909 1910 +CONECT 1909 1908 +CONECT 1910 1908 1911 1912 1920 +CONECT 1911 1910 +CONECT 1912 1910 1913 1914 1916 +CONECT 1913 1912 +CONECT 1914 1912 1915 +CONECT 1915 1914 +CONECT 1916 1912 1917 1918 1919 +CONECT 1917 1916 +CONECT 1918 1916 +CONECT 1919 1916 +CONECT 1920 1910 1921 1922 +CONECT 1921 1920 +CONECT 1922 1920 1923 1924 +CONECT 1923 1922 +CONECT 1924 1922 1925 1926 1934 +CONECT 1925 1924 +CONECT 1926 1924 1927 1928 1930 +CONECT 1927 1926 +CONECT 1928 1926 1929 +CONECT 1929 1928 +CONECT 1930 1926 1931 1932 1933 +CONECT 1931 1930 +CONECT 1932 1930 +CONECT 1933 1930 +CONECT 1934 1924 1935 1936 +CONECT 1935 1934 +CONECT 1936 1934 1937 1938 +CONECT 1937 1936 +CONECT 1938 1936 1939 1940 1956 +CONECT 1939 1938 +CONECT 1940 1938 1941 1942 1943 +CONECT 1941 1940 +CONECT 1942 1940 +CONECT 1943 1940 1944 1945 1946 +CONECT 1944 1943 +CONECT 1945 1943 +CONECT 1946 1943 1947 1948 1949 +CONECT 1947 1946 +CONECT 1948 1946 +CONECT 1949 1946 1950 1951 1952 +CONECT 1950 1949 +CONECT 1951 1949 +CONECT 1952 1949 1953 1954 1955 +CONECT 1953 1952 +CONECT 1954 1952 +CONECT 1955 1952 +CONECT 1956 1938 1957 1958 +CONECT 1957 1956 +CONECT 1958 1956 1959 1960 +CONECT 1959 1958 +CONECT 1960 1958 1961 1962 1973 +CONECT 1961 1960 +CONECT 1962 1960 1963 1964 1965 +CONECT 1963 1962 +CONECT 1964 1962 +CONECT 1965 1962 1966 1967 1968 +CONECT 1966 1965 +CONECT 1967 1965 +CONECT 1968 1965 1969 +CONECT 1969 1968 1970 1971 1972 +CONECT 1970 1969 +CONECT 1971 1969 +CONECT 1972 1969 +CONECT 1973 1960 1974 1975 +CONECT 1974 1973 +CONECT 1975 1973 1976 1977 +CONECT 1976 1975 +CONECT 1977 1975 1978 1979 1983 +CONECT 1978 1977 +CONECT 1979 1977 1980 1981 1982 +CONECT 1980 1979 +CONECT 1981 1979 +CONECT 1982 1979 +CONECT 1983 1977 1984 1985 +CONECT 1984 1983 +CONECT 1985 1983 1986 1987 +CONECT 1986 1985 +CONECT 1987 1985 1988 1989 1990 +CONECT 1988 1987 +CONECT 1989 1987 +CONECT 1990 1987 1991 1992 +CONECT 1991 1990 +CONECT 1992 1990 1993 1994 +CONECT 1993 1992 +CONECT 1994 1992 1995 1996 2007 +CONECT 1995 1994 +CONECT 1996 1994 1997 1998 1999 +CONECT 1997 1996 +CONECT 1998 1996 +CONECT 1999 1996 2000 2001 2002 +CONECT 2000 1999 +CONECT 2001 1999 +CONECT 2002 1999 2003 +CONECT 2003 2002 2004 2005 2006 +CONECT 2004 2003 +CONECT 2005 2003 +CONECT 2006 2003 +CONECT 2007 1994 2008 2009 +CONECT 2008 2007 +CONECT 2009 2007 2010 2011 +CONECT 2010 2009 +CONECT 2011 2009 2012 2013 2024 +CONECT 2012 2011 +CONECT 2013 2011 2014 2015 2016 +CONECT 2014 2013 +CONECT 2015 2013 +CONECT 2016 2013 2017 2018 2019 +CONECT 2017 2016 +CONECT 2018 2016 +CONECT 2019 2016 2020 +CONECT 2020 2019 2021 2022 2023 +CONECT 2021 2020 +CONECT 2022 2020 +CONECT 2023 2020 +CONECT 2024 2011 2025 2026 +CONECT 2025 2024 +CONECT 2026 2024 2027 2028 +CONECT 2027 2026 +CONECT 2028 2026 2029 2030 2043 +CONECT 2029 2028 +CONECT 2030 2028 2031 2032 2036 +CONECT 2031 2030 +CONECT 2032 2030 2033 2034 2035 +CONECT 2033 2032 +CONECT 2034 2032 +CONECT 2035 2032 +CONECT 2036 2030 2037 2038 2039 +CONECT 2037 2036 +CONECT 2038 2036 +CONECT 2039 2036 2040 2041 2042 +CONECT 2040 2039 +CONECT 2041 2039 +CONECT 2042 2039 +CONECT 2043 2028 2044 2045 +CONECT 2044 2043 +CONECT 2045 2043 2046 2047 +CONECT 2046 2045 +CONECT 2047 2045 2048 2049 2053 +CONECT 2048 2047 +CONECT 2049 2047 2050 2051 2052 +CONECT 2050 2049 +CONECT 2051 2049 +CONECT 2052 2049 +CONECT 2053 2047 2054 2055 +CONECT 2054 2053 +CONECT 2055 2053 2056 2057 +CONECT 2056 2055 +CONECT 2057 2055 2058 2059 2063 +CONECT 2058 2057 +CONECT 2059 2057 2060 2061 2062 +CONECT 2060 2059 +CONECT 2061 2059 +CONECT 2062 2059 +CONECT 2063 2057 2064 2065 +CONECT 2064 2063 +CONECT 2065 2063 2066 2067 +CONECT 2066 2065 +CONECT 2067 2065 2068 2069 2073 +CONECT 2068 2067 +CONECT 2069 2067 2070 2071 2072 +CONECT 2070 2069 +CONECT 2071 2069 +CONECT 2072 2069 +CONECT 2073 2067 2074 2075 +CONECT 2074 2073 +CONECT 2075 2073 2076 2077 +CONECT 2076 2075 +CONECT 2077 2075 2078 2079 2097 +CONECT 2078 2077 +CONECT 2079 2077 2080 2081 2082 +CONECT 2080 2079 +CONECT 2081 2079 +CONECT 2082 2079 2083 2088 +CONECT 2083 2082 2084 2085 +CONECT 2084 2083 +CONECT 2085 2083 2086 2087 +CONECT 2086 2085 +CONECT 2087 2085 2088 2093 +CONECT 2088 2082 2087 2089 +CONECT 2089 2088 2090 2091 +CONECT 2090 2089 +CONECT 2091 2089 2092 2095 +CONECT 2092 2091 +CONECT 2093 2087 2094 2095 +CONECT 2094 2093 +CONECT 2095 2091 2093 2096 +CONECT 2096 2095 +CONECT 2097 2077 2098 2099 +CONECT 2098 2097 +CONECT 2099 2097 2100 2101 +CONECT 2100 2099 +CONECT 2101 2099 2102 2103 2113 +CONECT 2102 2101 +CONECT 2103 2101 2104 2105 2109 +CONECT 2104 2103 +CONECT 2105 2103 2106 2107 2108 +CONECT 2106 2105 +CONECT 2107 2105 +CONECT 2108 2105 +CONECT 2109 2103 2110 2111 2112 +CONECT 2110 2109 +CONECT 2111 2109 +CONECT 2112 2109 +CONECT 2113 2101 2114 2115 +CONECT 2114 2113 +CONECT 2115 2113 2116 2117 +CONECT 2116 2115 +CONECT 2117 2115 2118 2119 2132 +CONECT 2118 2117 +CONECT 2119 2117 2120 2121 2122 +CONECT 2120 2119 +CONECT 2121 2119 +CONECT 2122 2119 2123 2124 2128 +CONECT 2123 2122 +CONECT 2124 2122 2125 2126 2127 +CONECT 2125 2124 +CONECT 2126 2124 +CONECT 2127 2124 +CONECT 2128 2122 2129 2130 2131 +CONECT 2129 2128 +CONECT 2130 2128 +CONECT 2131 2128 +CONECT 2132 2117 2133 2134 +CONECT 2133 2132 +CONECT 2134 2132 2135 2136 +CONECT 2135 2134 +CONECT 2136 2134 2137 2138 2143 +CONECT 2137 2136 +CONECT 2138 2136 2139 2140 2141 +CONECT 2139 2138 +CONECT 2140 2138 +CONECT 2141 2138 2142 +CONECT 2142 2141 +CONECT 2143 2136 2144 2145 +CONECT 2144 2143 +CONECT 2145 2143 2146 2147 +CONECT 2146 2145 +CONECT 2147 2145 2148 2149 2163 +CONECT 2148 2147 +CONECT 2149 2147 2150 2151 2152 +CONECT 2150 2149 +CONECT 2151 2149 +CONECT 2152 2149 2153 2159 +CONECT 2153 2152 2154 2155 +CONECT 2154 2153 +CONECT 2155 2153 2156 2157 +CONECT 2156 2155 +CONECT 2157 2155 2158 2161 +CONECT 2158 2157 +CONECT 2159 2152 2160 2161 +CONECT 2160 2159 +CONECT 2161 2157 2159 2162 +CONECT 2162 2161 +CONECT 2163 2147 2164 2165 +CONECT 2164 2163 +CONECT 2165 2163 2166 2167 +CONECT 2166 2165 +CONECT 2167 2165 2168 2169 2182 +CONECT 2168 2167 +CONECT 2169 2167 2170 2171 2175 +CONECT 2170 2169 +CONECT 2171 2169 2172 2173 2174 +CONECT 2172 2171 +CONECT 2173 2171 +CONECT 2174 2171 +CONECT 2175 2169 2176 2177 2178 +CONECT 2176 2175 +CONECT 2177 2175 +CONECT 2178 2175 2179 2180 2181 +CONECT 2179 2178 +CONECT 2180 2178 +CONECT 2181 2178 +CONECT 2182 2167 2183 2184 +CONECT 2183 2182 +CONECT 2184 2182 2185 2186 +CONECT 2185 2184 +CONECT 2186 2184 2187 2188 2201 +CONECT 2187 2186 +CONECT 2188 2186 2189 2190 2191 +CONECT 2189 2188 +CONECT 2190 2188 +CONECT 2191 2188 2192 2193 2197 +CONECT 2192 2191 +CONECT 2193 2191 2194 2195 2196 +CONECT 2194 2193 +CONECT 2195 2193 +CONECT 2196 2193 +CONECT 2197 2191 2198 2199 2200 +CONECT 2198 2197 +CONECT 2199 2197 +CONECT 2200 2197 +CONECT 2201 2186 2202 2203 +CONECT 2202 2201 +CONECT 2203 2201 2204 2205 +CONECT 2204 2203 +CONECT 2205 2203 2206 2207 2225 +CONECT 2206 2205 +CONECT 2207 2205 2208 2209 2210 +CONECT 2208 2207 +CONECT 2209 2207 +CONECT 2210 2207 2211 2216 +CONECT 2211 2210 2212 2213 +CONECT 2212 2211 +CONECT 2213 2211 2214 2215 +CONECT 2214 2213 +CONECT 2215 2213 2216 2221 +CONECT 2216 2210 2215 2217 +CONECT 2217 2216 2218 2219 +CONECT 2218 2217 +CONECT 2219 2217 2220 2223 +CONECT 2220 2219 +CONECT 2221 2215 2222 2223 +CONECT 2222 2221 +CONECT 2223 2219 2221 2224 +CONECT 2224 2223 +CONECT 2225 2205 2226 2227 +CONECT 2226 2225 +CONECT 2227 2225 2228 2229 +CONECT 2228 2227 +CONECT 2229 2227 2230 2231 2235 +CONECT 2230 2229 +CONECT 2231 2229 2232 2233 2234 +CONECT 2232 2231 +CONECT 2233 2231 +CONECT 2234 2231 +CONECT 2235 2229 2236 2237 +CONECT 2236 2235 +CONECT 2237 2235 2238 2241 +CONECT 2238 2237 2239 2240 2246 +CONECT 2239 2238 +CONECT 2240 2238 +CONECT 2241 2237 2242 2243 2249 +CONECT 2242 2241 +CONECT 2243 2241 2244 2245 2246 +CONECT 2244 2243 +CONECT 2245 2243 +CONECT 2246 2238 2243 2247 2248 +CONECT 2247 2246 +CONECT 2248 2246 +CONECT 2249 2241 2250 2251 +CONECT 2250 2249 +CONECT 2251 2249 2252 2253 +CONECT 2252 2251 +CONECT 2253 2251 2254 2255 2259 +CONECT 2254 2253 +CONECT 2255 2253 2256 2257 2258 +CONECT 2256 2255 +CONECT 2257 2255 +CONECT 2258 2255 +CONECT 2259 2253 2260 2261 +CONECT 2260 2259 +CONECT 2261 2259 2262 2263 +CONECT 2262 2261 +CONECT 2263 2261 2264 2265 2278 +CONECT 2264 2263 +CONECT 2265 2263 2266 2267 2271 +CONECT 2266 2265 +CONECT 2267 2265 2268 2269 2270 +CONECT 2268 2267 +CONECT 2269 2267 +CONECT 2270 2267 +CONECT 2271 2265 2272 2273 2274 +CONECT 2272 2271 +CONECT 2273 2271 +CONECT 2274 2271 2275 2276 2277 +CONECT 2275 2274 +CONECT 2276 2274 +CONECT 2277 2274 +CONECT 2278 2263 2279 2280 +CONECT 2279 2278 +CONECT 2280 2278 2281 2282 +CONECT 2281 2280 +CONECT 2282 2280 2283 2284 2297 +CONECT 2283 2282 +CONECT 2284 2282 2285 2286 2287 +CONECT 2285 2284 +CONECT 2286 2284 +CONECT 2287 2284 2288 2289 2293 +CONECT 2288 2287 +CONECT 2289 2287 2290 2291 2292 +CONECT 2290 2289 +CONECT 2291 2289 +CONECT 2292 2289 +CONECT 2293 2287 2294 2295 2296 +CONECT 2294 2293 +CONECT 2295 2293 +CONECT 2296 2293 +CONECT 2297 2282 2298 2299 +CONECT 2298 2297 +CONECT 2299 2297 2300 2301 +CONECT 2300 2299 +CONECT 2301 2299 2302 2303 2317 +CONECT 2302 2301 +CONECT 2303 2301 2304 2305 2306 +CONECT 2304 2303 +CONECT 2305 2303 +CONECT 2306 2303 2307 2313 +CONECT 2307 2306 2308 2309 +CONECT 2308 2307 +CONECT 2309 2307 2310 2311 +CONECT 2310 2309 +CONECT 2311 2309 2312 2315 +CONECT 2312 2311 +CONECT 2313 2306 2314 2315 +CONECT 2314 2313 +CONECT 2315 2311 2313 2316 +CONECT 2316 2315 +CONECT 2317 2301 2318 2319 +CONECT 2318 2317 +CONECT 2319 2317 2320 2321 +CONECT 2320 2319 +CONECT 2321 2319 2322 2323 2341 +CONECT 2322 2321 +CONECT 2323 2321 2324 2325 2326 +CONECT 2324 2323 +CONECT 2325 2323 +CONECT 2326 2323 2327 2332 +CONECT 2327 2326 2328 2329 +CONECT 2328 2327 +CONECT 2329 2327 2330 2331 +CONECT 2330 2329 +CONECT 2331 2329 2332 2337 +CONECT 2332 2326 2331 2333 +CONECT 2333 2332 2334 2335 +CONECT 2334 2333 +CONECT 2335 2333 2336 2339 +CONECT 2336 2335 +CONECT 2337 2331 2338 2339 +CONECT 2338 2337 +CONECT 2339 2335 2337 2340 +CONECT 2340 2339 +CONECT 2341 2321 2342 2343 +CONECT 2342 2341 +CONECT 2343 2341 2344 2345 +CONECT 2344 2343 +CONECT 2345 2343 2346 2347 2358 +CONECT 2346 2345 +CONECT 2347 2345 2348 2349 2350 +CONECT 2348 2347 +CONECT 2349 2347 +CONECT 2350 2347 2351 2352 2353 +CONECT 2351 2350 +CONECT 2352 2350 +CONECT 2353 2350 2354 2355 +CONECT 2354 2353 +CONECT 2355 2353 2356 2357 +CONECT 2356 2355 +CONECT 2357 2355 +CONECT 2358 2345 2359 2360 +CONECT 2359 2358 +CONECT 2360 2358 2361 2362 +CONECT 2361 2360 +CONECT 2362 2360 2363 2364 2378 +CONECT 2363 2362 +CONECT 2364 2362 2365 2366 2367 +CONECT 2365 2364 +CONECT 2366 2364 +CONECT 2367 2364 2368 2374 +CONECT 2368 2367 2369 2370 +CONECT 2369 2368 +CONECT 2370 2368 2371 2372 +CONECT 2371 2370 +CONECT 2372 2370 2373 2376 +CONECT 2373 2372 +CONECT 2374 2367 2375 2376 +CONECT 2375 2374 +CONECT 2376 2372 2374 2377 +CONECT 2377 2376 +CONECT 2378 2362 2379 2380 +CONECT 2379 2378 +CONECT 2380 2378 2381 2382 +CONECT 2381 2380 +CONECT 2382 2380 2383 2384 2397 +CONECT 2383 2382 +CONECT 2384 2382 2385 2386 2390 +CONECT 2385 2384 +CONECT 2386 2384 2387 2388 2389 +CONECT 2387 2386 +CONECT 2388 2386 +CONECT 2389 2386 +CONECT 2390 2384 2391 2392 2393 +CONECT 2391 2390 +CONECT 2392 2390 +CONECT 2393 2390 2394 2395 2396 +CONECT 2394 2393 +CONECT 2395 2393 +CONECT 2396 2393 +CONECT 2397 2382 2398 2399 +CONECT 2398 2397 +CONECT 2399 2397 2400 2401 +CONECT 2400 2399 +CONECT 2401 2399 2402 2403 2413 +CONECT 2402 2401 +CONECT 2403 2401 2404 2405 2409 +CONECT 2404 2403 +CONECT 2405 2403 2406 2407 2408 +CONECT 2406 2405 +CONECT 2407 2405 +CONECT 2408 2405 +CONECT 2409 2403 2410 2411 2412 +CONECT 2410 2409 +CONECT 2411 2409 +CONECT 2412 2409 +CONECT 2413 2401 2414 2415 +CONECT 2414 2413 +CONECT 2415 2413 2416 2417 +CONECT 2416 2415 +CONECT 2417 2415 2418 2419 2420 +CONECT 2418 2417 +CONECT 2419 2417 +CONECT 2420 2417 2421 2422 +CONECT 2421 2420 +CONECT 2422 2420 2423 2424 +CONECT 2423 2422 +CONECT 2424 2422 2425 2426 2436 +CONECT 2425 2424 +CONECT 2426 2424 2427 2428 2432 +CONECT 2427 2426 +CONECT 2428 2426 2429 2430 2431 +CONECT 2429 2428 +CONECT 2430 2428 +CONECT 2431 2428 +CONECT 2432 2426 2433 2434 2435 +CONECT 2433 2432 +CONECT 2434 2432 +CONECT 2435 2432 +CONECT 2436 2424 2437 2438 +CONECT 2437 2436 +CONECT 2438 2436 2439 2440 +CONECT 2439 2438 +CONECT 2440 2438 2441 2442 2460 +CONECT 2441 2440 +CONECT 2442 2440 2443 2444 2445 +CONECT 2443 2442 +CONECT 2444 2442 +CONECT 2445 2442 2446 2447 2448 +CONECT 2446 2445 +CONECT 2447 2445 +CONECT 2448 2445 2449 2450 2451 +CONECT 2449 2448 +CONECT 2450 2448 +CONECT 2451 2448 2452 2453 +CONECT 2452 2451 +CONECT 2453 2451 2454 2457 +CONECT 2454 2453 2455 2456 +CONECT 2455 2454 +CONECT 2456 2454 +CONECT 2457 2453 2458 2459 +CONECT 2458 2457 +CONECT 2459 2457 +CONECT 2460 2440 2461 2462 +CONECT 2461 2460 +CONECT 2462 2460 2463 2464 +CONECT 2463 2462 +CONECT 2464 2462 2465 2466 2474 +CONECT 2465 2464 +CONECT 2466 2464 2467 2468 2470 +CONECT 2467 2466 +CONECT 2468 2466 2469 +CONECT 2469 2468 +CONECT 2470 2466 2471 2472 2473 +CONECT 2471 2470 +CONECT 2472 2470 +CONECT 2473 2470 +CONECT 2474 2464 2475 2476 +CONECT 2475 2474 +CONECT 2476 2474 2477 2478 +CONECT 2477 2476 +CONECT 2478 2476 2479 2480 2490 +CONECT 2479 2478 +CONECT 2480 2478 2481 2482 2486 +CONECT 2481 2480 +CONECT 2482 2480 2483 2484 2485 +CONECT 2483 2482 +CONECT 2484 2482 +CONECT 2485 2482 +CONECT 2486 2480 2487 2488 2489 +CONECT 2487 2486 +CONECT 2488 2486 +CONECT 2489 2486 +CONECT 2490 2478 2491 2492 +CONECT 2491 2490 +CONECT 2492 2490 2493 2494 +CONECT 2493 2492 +CONECT 2494 2492 2495 2496 2505 +CONECT 2495 2494 +CONECT 2496 2494 2497 2498 2499 +CONECT 2497 2496 +CONECT 2498 2496 +CONECT 2499 2496 2500 2501 2502 +CONECT 2500 2499 +CONECT 2501 2499 +CONECT 2502 2499 2503 2504 +CONECT 2503 2502 +CONECT 2504 2502 +CONECT 2505 2494 2506 2507 +CONECT 2506 2505 +CONECT 2507 2505 2508 2509 +CONECT 2508 2507 +CONECT 2509 2507 2510 2511 2517 +CONECT 2510 2509 +CONECT 2511 2509 2512 2513 2514 +CONECT 2512 2511 +CONECT 2513 2511 +CONECT 2514 2511 2515 2516 +CONECT 2515 2514 +CONECT 2516 2514 +CONECT 2517 2509 2518 2519 +CONECT 2518 2517 +CONECT 2519 2517 2520 2521 +CONECT 2520 2519 +CONECT 2521 2519 2522 2523 2524 +CONECT 2522 2521 +CONECT 2523 2521 +CONECT 2524 2521 2525 2526 +CONECT 2525 2524 +CONECT 2526 2524 2527 2528 +CONECT 2527 2526 +CONECT 2528 2526 2529 2530 2539 +CONECT 2529 2528 +CONECT 2530 2528 2531 2532 2533 +CONECT 2531 2530 +CONECT 2532 2530 +CONECT 2533 2530 2534 2535 2536 +CONECT 2534 2533 +CONECT 2535 2533 +CONECT 2536 2533 2537 2538 +CONECT 2537 2536 +CONECT 2538 2536 +CONECT 2539 2528 2540 2541 +CONECT 2540 2539 +CONECT 2541 2539 2542 2543 +CONECT 2542 2541 +CONECT 2543 2541 2544 2545 2549 +CONECT 2544 2543 +CONECT 2545 2543 2546 2547 2548 +CONECT 2546 2545 +CONECT 2547 2545 +CONECT 2548 1253 2545 +CONECT 2549 2543 2550 2551 +CONECT 2550 2549 +CONECT 2551 2549 2552 2553 +CONECT 2552 2551 +CONECT 2553 2551 2554 2555 2570 +CONECT 2554 2553 +CONECT 2555 2553 2556 2557 2558 +CONECT 2556 2555 +CONECT 2557 2555 +CONECT 2558 2555 2559 2566 +CONECT 2559 2558 2560 2561 +CONECT 2560 2559 +CONECT 2561 2559 2562 2563 +CONECT 2562 2561 +CONECT 2563 2561 2564 2568 +CONECT 2564 2563 2565 +CONECT 2565 2564 +CONECT 2566 2558 2567 2568 +CONECT 2567 2566 +CONECT 2568 2563 2566 2569 +CONECT 2569 2568 +CONECT 2570 2553 2571 2572 +CONECT 2571 2570 +CONECT 2572 2570 2573 2574 +CONECT 2573 2572 +CONECT 2574 2572 2575 2576 2589 +CONECT 2575 2574 +CONECT 2576 2574 2577 2578 2582 +CONECT 2577 2576 +CONECT 2578 2576 2579 2580 2581 +CONECT 2579 2578 +CONECT 2580 2578 +CONECT 2581 2578 +CONECT 2582 2576 2583 2584 2585 +CONECT 2583 2582 +CONECT 2584 2582 +CONECT 2585 2582 2586 2587 2588 +CONECT 2586 2585 +CONECT 2587 2585 +CONECT 2588 2585 +CONECT 2589 2574 2590 2591 +CONECT 2590 2589 +CONECT 2591 2589 2592 2593 +CONECT 2592 2591 +CONECT 2593 2591 2594 2595 2606 +CONECT 2594 2593 +CONECT 2595 2593 2596 2597 2598 +CONECT 2596 2595 +CONECT 2597 2595 +CONECT 2598 2595 2599 2600 2601 +CONECT 2599 2598 +CONECT 2600 2598 +CONECT 2601 2598 2602 2603 +CONECT 2602 2601 +CONECT 2603 2601 2604 2605 +CONECT 2604 2603 +CONECT 2605 2603 +CONECT 2606 2593 2607 2608 +CONECT 2607 2606 +CONECT 2608 2606 2609 2610 +CONECT 2609 2608 +CONECT 2610 2608 2611 2612 2626 +CONECT 2611 2610 +CONECT 2612 2610 2613 2614 2615 +CONECT 2613 2612 +CONECT 2614 2612 +CONECT 2615 2612 2616 2622 +CONECT 2616 2615 2617 2618 +CONECT 2617 2616 +CONECT 2618 2616 2619 2620 +CONECT 2619 2618 +CONECT 2620 2618 2621 2624 +CONECT 2621 2620 +CONECT 2622 2615 2623 2624 +CONECT 2623 2622 +CONECT 2624 2620 2622 2625 +CONECT 2625 2624 +CONECT 2626 2610 2627 2628 +CONECT 2627 2626 +CONECT 2628 2626 2629 2630 +CONECT 2629 2628 +CONECT 2630 2628 2631 2632 2646 +CONECT 2631 2630 +CONECT 2632 2630 2633 2634 2635 +CONECT 2633 2632 +CONECT 2634 2632 +CONECT 2635 2632 2636 2642 +CONECT 2636 2635 2637 2638 +CONECT 2637 2636 +CONECT 2638 2636 2639 2640 +CONECT 2639 2638 +CONECT 2640 2638 2641 2644 +CONECT 2641 2640 +CONECT 2642 2635 2643 2644 +CONECT 2643 2642 +CONECT 2644 2640 2642 2645 +CONECT 2645 2644 +CONECT 2646 2630 2647 2648 +CONECT 2647 2646 +CONECT 2648 2646 2649 2650 +CONECT 2649 2648 +CONECT 2650 2648 2651 2652 2657 +CONECT 2651 2650 +CONECT 2652 2650 2653 2654 2655 +CONECT 2653 2652 +CONECT 2654 2652 +CONECT 2655 2652 2656 +CONECT 2656 2655 +CONECT 2657 2650 2658 2659 +CONECT 2658 2657 +CONECT 2659 2657 2660 2661 +CONECT 2660 2659 +CONECT 2661 2659 2662 2663 2671 +CONECT 2662 2661 +CONECT 2663 2661 2664 2665 2666 +CONECT 2664 2663 +CONECT 2665 2663 +CONECT 2666 2663 2667 2668 +CONECT 2667 2666 +CONECT 2668 2666 2669 2670 +CONECT 2669 2668 +CONECT 2670 2668 +CONECT 2671 2661 2672 2673 +CONECT 2672 2671 +CONECT 2673 2671 2674 2675 +CONECT 2674 2673 +CONECT 2675 2673 2676 2677 2681 +CONECT 2676 2675 +CONECT 2677 2675 2678 2679 2680 +CONECT 2678 2677 +CONECT 2679 2677 +CONECT 2680 2677 +CONECT 2681 2675 2682 2683 +CONECT 2682 2681 +CONECT 2683 2681 2684 2685 +CONECT 2684 2683 +CONECT 2685 2683 2686 2687 2691 +CONECT 2686 2685 +CONECT 2687 2685 2688 2689 2690 +CONECT 2688 2687 +CONECT 2689 2687 +CONECT 2690 2687 +CONECT 2691 2685 2692 2693 +CONECT 2692 2691 +CONECT 2693 2691 2694 2695 +CONECT 2694 2693 +CONECT 2695 2693 2696 2697 2707 +CONECT 2696 2695 +CONECT 2697 2695 2698 2699 2703 +CONECT 2698 2697 +CONECT 2699 2697 2700 2701 2702 +CONECT 2700 2699 +CONECT 2701 2699 +CONECT 2702 2699 +CONECT 2703 2697 2704 2705 2706 +CONECT 2704 2703 +CONECT 2705 2703 +CONECT 2706 2703 +CONECT 2707 2695 2708 2709 +CONECT 2708 2707 +CONECT 2709 2707 2710 2711 +CONECT 2710 2709 +CONECT 2711 2709 2712 2713 2721 +CONECT 2712 2711 +CONECT 2713 2711 2714 2715 2717 +CONECT 2714 2713 +CONECT 2715 2713 2716 +CONECT 2716 2715 +CONECT 2717 2713 2718 2719 2720 +CONECT 2718 2717 +CONECT 2719 2717 +CONECT 2720 2717 +CONECT 2721 2711 2722 2723 +CONECT 2722 2721 +CONECT 2723 2721 2724 2725 +CONECT 2724 2723 +CONECT 2725 2723 2726 2727 2741 +CONECT 2726 2725 +CONECT 2727 2725 2728 2729 2730 +CONECT 2728 2727 +CONECT 2729 2727 +CONECT 2730 2727 2731 2737 +CONECT 2731 2730 2732 2733 +CONECT 2732 2731 +CONECT 2733 2731 2734 2735 +CONECT 2734 2733 +CONECT 2735 2733 2736 2739 +CONECT 2736 2735 +CONECT 2737 2730 2738 2739 +CONECT 2738 2737 +CONECT 2739 2735 2737 2740 +CONECT 2740 2739 +CONECT 2741 2725 2742 2743 +CONECT 2742 2741 +CONECT 2743 2741 2744 2745 +CONECT 2744 2743 +CONECT 2745 2743 2746 2747 2748 +CONECT 2746 2745 +CONECT 2747 2745 +CONECT 2748 2745 2749 2750 +CONECT 2749 2748 +CONECT 2750 2748 2751 2752 +CONECT 2751 2750 +CONECT 2752 2750 2753 2754 2762 +CONECT 2753 2752 +CONECT 2754 2752 2755 2756 2758 +CONECT 2755 2754 +CONECT 2756 2754 2757 +CONECT 2757 2756 +CONECT 2758 2754 2759 2760 2761 +CONECT 2759 2758 +CONECT 2760 2758 +CONECT 2761 2758 +CONECT 2762 2752 2763 2764 +CONECT 2763 2762 +CONECT 2764 2762 2765 2766 +CONECT 2765 2764 +CONECT 2766 2764 2767 2768 2772 +CONECT 2767 2766 +CONECT 2768 2766 2769 2770 2771 +CONECT 2769 2768 +CONECT 2770 2768 +CONECT 2771 2768 +CONECT 2772 2766 2773 2774 +CONECT 2773 2772 +CONECT 2774 2772 2775 2776 +CONECT 2775 2774 +CONECT 2776 2774 2777 2778 2791 +CONECT 2777 2776 +CONECT 2778 2776 2779 2780 2784 +CONECT 2779 2778 +CONECT 2780 2778 2781 2782 2783 +CONECT 2781 2780 +CONECT 2782 2780 +CONECT 2783 2780 +CONECT 2784 2778 2785 2786 2787 +CONECT 2785 2784 +CONECT 2786 2784 +CONECT 2787 2784 2788 2789 2790 +CONECT 2788 2787 +CONECT 2789 2787 +CONECT 2790 2787 +CONECT 2791 2776 2792 2793 +CONECT 2792 2791 +CONECT 2793 2791 2794 2795 +CONECT 2794 2793 +CONECT 2795 2793 2796 2797 2801 +CONECT 2796 2795 +CONECT 2797 2795 2798 2799 2800 +CONECT 2798 2797 +CONECT 2799 2797 +CONECT 2800 2797 +CONECT 2801 2795 2802 2803 +CONECT 2802 2801 +CONECT 2803 2801 2804 2805 +CONECT 2804 2803 +CONECT 2805 2803 2806 2807 2811 +CONECT 2806 2805 +CONECT 2807 2805 2808 2809 2810 +CONECT 2808 2807 +CONECT 2809 2807 +CONECT 2810 2807 +CONECT 2811 2805 2812 2813 +CONECT 2812 2811 +CONECT 2813 2811 2814 2815 +CONECT 2814 2813 +CONECT 2815 2813 2816 2817 2831 +CONECT 2816 2815 +CONECT 2817 2815 2818 2819 2820 +CONECT 2818 2817 +CONECT 2819 2817 +CONECT 2820 2817 2821 2827 +CONECT 2821 2820 2822 2823 +CONECT 2822 2821 +CONECT 2823 2821 2824 2825 +CONECT 2824 2823 +CONECT 2825 2823 2826 2829 +CONECT 2826 2825 +CONECT 2827 2820 2828 2829 +CONECT 2828 2827 +CONECT 2829 2825 2827 2830 +CONECT 2830 2829 +CONECT 2831 2815 2832 2833 +CONECT 2832 2831 +CONECT 2833 2831 2834 2835 +CONECT 2834 2833 +CONECT 2835 2833 2836 2837 2852 +CONECT 2836 2835 +CONECT 2837 2835 2838 2839 2840 +CONECT 2838 2837 +CONECT 2839 2837 +CONECT 2840 2837 2841 2848 +CONECT 2841 2840 2842 2843 +CONECT 2842 2841 +CONECT 2843 2841 2844 2845 +CONECT 2844 2843 +CONECT 2845 2843 2846 2850 +CONECT 2846 2845 2847 +CONECT 2847 2846 +CONECT 2848 2840 2849 2850 +CONECT 2849 2848 +CONECT 2850 2845 2848 2851 +CONECT 2851 2850 +CONECT 2852 2835 2853 2854 +CONECT 2853 2852 +CONECT 2854 2852 2855 2856 +CONECT 2855 2854 +CONECT 2856 2854 2857 2858 2871 +CONECT 2857 2856 +CONECT 2858 2856 2859 2860 2861 +CONECT 2859 2858 +CONECT 2860 2858 +CONECT 2861 2858 2862 2863 2867 +CONECT 2862 2861 +CONECT 2863 2861 2864 2865 2866 +CONECT 2864 2863 +CONECT 2865 2863 +CONECT 2866 2863 +CONECT 2867 2861 2868 2869 2870 +CONECT 2868 2867 +CONECT 2869 2867 +CONECT 2870 2867 +CONECT 2871 2856 2872 2873 +CONECT 2872 2871 +CONECT 2873 2871 2874 2877 +CONECT 2874 2873 2875 2876 2882 +CONECT 2875 2874 +CONECT 2876 2874 +CONECT 2877 2873 2878 2879 2885 +CONECT 2878 2877 +CONECT 2879 2877 2880 2881 2882 +CONECT 2880 2879 +CONECT 2881 2879 +CONECT 2882 2874 2879 2883 2884 +CONECT 2883 2882 +CONECT 2884 2882 +CONECT 2885 2877 2886 2887 +CONECT 2886 2885 +CONECT 2887 2885 2888 2889 +CONECT 2888 2887 +CONECT 2889 2887 2890 2891 2901 +CONECT 2890 2889 +CONECT 2891 2889 2892 2893 2897 +CONECT 2892 2891 +CONECT 2893 2891 2894 2895 2896 +CONECT 2894 2893 +CONECT 2895 2893 +CONECT 2896 2893 +CONECT 2897 2891 2898 2899 2900 +CONECT 2898 2897 +CONECT 2899 2897 +CONECT 2900 2897 +CONECT 2901 2889 2902 2903 +CONECT 2902 2901 +CONECT 2903 2901 2904 2905 +CONECT 2904 2903 +CONECT 2905 2903 2906 2907 2920 +CONECT 2906 2905 +CONECT 2907 2905 2908 2909 2913 +CONECT 2908 2907 +CONECT 2909 2907 2910 2911 2912 +CONECT 2910 2909 +CONECT 2911 2909 +CONECT 2912 2909 +CONECT 2913 2907 2914 2915 2916 +CONECT 2914 2913 +CONECT 2915 2913 +CONECT 2916 2913 2917 2918 2919 +CONECT 2917 2916 +CONECT 2918 2916 +CONECT 2919 2916 +CONECT 2920 2905 2921 2922 +CONECT 2921 2920 +CONECT 2922 2920 2923 2924 +CONECT 2923 2922 +CONECT 2924 2922 2925 2926 2939 +CONECT 2925 2924 +CONECT 2926 2924 2927 2928 2932 +CONECT 2927 2926 +CONECT 2928 2926 2929 2930 2931 +CONECT 2929 2928 +CONECT 2930 2928 +CONECT 2931 2928 +CONECT 2932 2926 2933 2934 2935 +CONECT 2933 2932 +CONECT 2934 2932 +CONECT 2935 2932 2936 2937 2938 +CONECT 2936 2935 +CONECT 2937 2935 +CONECT 2938 2935 +CONECT 2939 2924 2940 2941 +CONECT 2940 2939 +CONECT 2941 2939 2942 2943 +CONECT 2942 2941 +CONECT 2943 2941 2944 2945 2956 +CONECT 2944 2943 +CONECT 2945 2943 2946 2947 2948 +CONECT 2946 2945 +CONECT 2947 2945 +CONECT 2948 2945 2949 2950 2951 +CONECT 2949 2948 +CONECT 2950 2948 +CONECT 2951 2948 2952 +CONECT 2952 2951 2953 2954 2955 +CONECT 2953 2952 +CONECT 2954 2952 +CONECT 2955 2952 +CONECT 2956 2943 2957 2958 +CONECT 2957 2956 +CONECT 2958 2956 2959 2960 +CONECT 2959 2958 +CONECT 2960 2958 2961 2962 2970 +CONECT 2961 2960 +CONECT 2962 2960 2963 2964 2966 +CONECT 2963 2962 +CONECT 2964 2962 2965 +CONECT 2965 2964 +CONECT 2966 2962 2967 2968 2969 +CONECT 2967 2966 +CONECT 2968 2966 +CONECT 2969 2966 +CONECT 2970 2960 2971 2972 +CONECT 2971 2970 +CONECT 2972 2970 2973 2974 +CONECT 2973 2972 +CONECT 2974 2972 2975 2976 2986 +CONECT 2975 2974 +CONECT 2976 2974 2977 2978 2982 +CONECT 2977 2976 +CONECT 2978 2976 2979 2980 2981 +CONECT 2979 2978 +CONECT 2980 2978 +CONECT 2981 2978 +CONECT 2982 2976 2983 2984 2985 +CONECT 2983 2982 +CONECT 2984 2982 +CONECT 2985 2982 +CONECT 2986 2974 2987 2988 +CONECT 2987 2986 +CONECT 2988 2986 2989 2990 +CONECT 2989 2988 +CONECT 2990 2988 2991 2992 3005 +CONECT 2991 2990 +CONECT 2992 2990 2993 2994 2995 +CONECT 2993 2992 +CONECT 2994 2992 +CONECT 2995 2992 2996 2997 3001 +CONECT 2996 2995 +CONECT 2997 2995 2998 2999 3000 +CONECT 2998 2997 +CONECT 2999 2997 +CONECT 3000 2997 +CONECT 3001 2995 3002 3003 3004 +CONECT 3002 3001 +CONECT 3003 3001 +CONECT 3004 3001 +CONECT 3005 2990 3006 3007 +CONECT 3006 3005 +CONECT 3007 3005 3008 3009 +CONECT 3008 3007 +CONECT 3009 3007 3010 3011 3026 +CONECT 3010 3009 +CONECT 3011 3009 3012 3013 3014 +CONECT 3012 3011 +CONECT 3013 3011 +CONECT 3014 3011 3015 3022 +CONECT 3015 3014 3016 3017 +CONECT 3016 3015 +CONECT 3017 3015 3018 3019 +CONECT 3018 3017 +CONECT 3019 3017 3020 3024 +CONECT 3020 3019 3021 +CONECT 3021 3020 +CONECT 3022 3014 3023 3024 +CONECT 3023 3022 +CONECT 3024 3019 3022 3025 +CONECT 3025 3024 +CONECT 3026 3009 3027 3028 +CONECT 3027 3026 +CONECT 3028 3026 3029 3030 +CONECT 3029 3028 +CONECT 3030 3028 3031 3032 3050 +CONECT 3031 3030 +CONECT 3032 3030 3033 3034 3035 +CONECT 3033 3032 +CONECT 3034 3032 +CONECT 3035 3032 3036 3041 +CONECT 3036 3035 3037 3038 +CONECT 3037 3036 +CONECT 3038 3036 3039 3040 +CONECT 3039 3038 +CONECT 3040 3038 3041 3046 +CONECT 3041 3035 3040 3042 +CONECT 3042 3041 3043 3044 +CONECT 3043 3042 +CONECT 3044 3042 3045 3048 +CONECT 3045 3044 +CONECT 3046 3040 3047 3048 +CONECT 3047 3046 +CONECT 3048 3044 3046 3049 +CONECT 3049 3048 +CONECT 3050 3030 3051 3052 +CONECT 3051 3050 +CONECT 3052 3050 3053 3054 +CONECT 3053 3052 +CONECT 3054 3052 3055 3056 3068 +CONECT 3055 3054 +CONECT 3056 3054 3057 3058 3061 +CONECT 3057 3056 +CONECT 3058 3056 +CONECT 3059 3060 3061 3062 +CONECT 3060 3059 +CONECT 3061 3056 3059 3064 +CONECT 3062 3059 3063 3066 +CONECT 3063 3062 +CONECT 3064 3061 3065 3066 +CONECT 3065 3064 +CONECT 3066 3062 3064 3067 +CONECT 3067 3066 +CONECT 3068 3054 3069 3070 +CONECT 3069 3068 +CONECT 3070 3068 3071 3072 +CONECT 3071 3070 +CONECT 3072 3070 3073 3074 3087 +CONECT 3073 3072 +CONECT 3074 3072 3075 3076 3080 +CONECT 3075 3074 +CONECT 3076 3074 3077 3078 3079 +CONECT 3077 3076 +CONECT 3078 3076 +CONECT 3079 3076 +CONECT 3080 3074 3081 3082 3083 +CONECT 3081 3080 +CONECT 3082 3080 +CONECT 3083 3080 3084 3085 3086 +CONECT 3084 3083 +CONECT 3085 3083 +CONECT 3086 3083 +CONECT 3087 3072 3088 3089 +CONECT 3088 3087 +CONECT 3089 3087 3090 3091 +CONECT 3090 3089 +CONECT 3091 3089 3092 3093 3098 +CONECT 3092 3091 +CONECT 3093 3091 3094 3095 3096 +CONECT 3094 3093 +CONECT 3095 3093 +CONECT 3096 3093 3097 +CONECT 3097 3096 +CONECT 3098 3091 3099 3100 +CONECT 3099 3098 +CONECT 3100 3098 3101 3102 +CONECT 3101 3100 +CONECT 3102 3100 3103 3104 3122 +CONECT 3103 3102 +CONECT 3104 3102 3105 3106 3107 +CONECT 3105 3104 +CONECT 3106 3104 +CONECT 3107 3104 3108 3109 3110 +CONECT 3108 3107 +CONECT 3109 3107 +CONECT 3110 3107 3111 3112 3113 +CONECT 3111 3110 +CONECT 3112 3110 +CONECT 3113 3110 3114 3115 +CONECT 3114 3113 +CONECT 3115 3113 3116 3119 +CONECT 3116 3115 3117 3118 +CONECT 3117 3116 +CONECT 3118 3116 +CONECT 3119 3115 3120 3121 +CONECT 3120 3119 +CONECT 3121 3119 +CONECT 3122 3102 3123 3124 +CONECT 3123 3122 +CONECT 3124 3122 3125 3126 +CONECT 3125 3124 +CONECT 3126 3124 3127 3128 3132 +CONECT 3127 3126 +CONECT 3128 3126 3129 3130 3131 +CONECT 3129 3128 +CONECT 3130 3128 +CONECT 3131 3128 +CONECT 3132 3126 3133 3134 +CONECT 3133 3132 +CONECT 3134 3132 3135 3136 +CONECT 3135 3134 +CONECT 3136 3134 3137 3138 3143 +CONECT 3137 3136 +CONECT 3138 3136 3139 3140 3141 +CONECT 3139 3138 +CONECT 3140 3138 +CONECT 3141 3138 3142 +CONECT 3142 3141 +CONECT 3143 3136 3144 3145 +CONECT 3144 3143 +CONECT 3145 3143 3146 3147 +CONECT 3146 3145 +CONECT 3147 3145 3148 3149 3165 +CONECT 3148 3147 +CONECT 3149 3147 3150 3151 3152 +CONECT 3150 3149 +CONECT 3151 3149 +CONECT 3152 3149 3153 3154 3155 +CONECT 3153 3152 +CONECT 3154 3152 +CONECT 3155 3152 3156 3157 3158 +CONECT 3156 3155 +CONECT 3157 3155 +CONECT 3158 3155 3159 3160 3161 +CONECT 3159 3158 +CONECT 3160 3158 +CONECT 3161 3158 3162 3163 3164 +CONECT 3162 3161 +CONECT 3163 3161 +CONECT 3164 3161 +CONECT 3165 3147 3166 3167 +CONECT 3166 3165 +CONECT 3167 3165 3168 3169 +CONECT 3168 3167 +CONECT 3169 3167 3170 3171 3176 +CONECT 3170 3169 +CONECT 3171 3169 3172 3173 3174 +CONECT 3172 3171 +CONECT 3173 3171 +CONECT 3174 3171 3175 +CONECT 3175 3174 +CONECT 3176 3169 3177 3178 +CONECT 3177 3176 +CONECT 3178 3176 3179 3180 +CONECT 3179 3178 +CONECT 3180 3178 3181 3182 3200 +CONECT 3181 3180 +CONECT 3182 3180 3183 3184 3185 +CONECT 3183 3182 +CONECT 3184 3182 +CONECT 3185 3182 3186 3187 3188 +CONECT 3186 3185 +CONECT 3187 3185 +CONECT 3188 3185 3189 3190 3191 +CONECT 3189 3188 +CONECT 3190 3188 +CONECT 3191 3188 3192 3193 +CONECT 3192 3191 +CONECT 3193 3191 3194 3197 +CONECT 3194 3193 3195 3196 +CONECT 3195 3194 +CONECT 3196 3194 +CONECT 3197 3193 3198 3199 +CONECT 3198 3197 +CONECT 3199 3197 +CONECT 3200 3180 3201 3202 +CONECT 3201 3200 +CONECT 3202 3200 3203 3204 +CONECT 3203 3202 +CONECT 3204 3202 3205 3206 3219 +CONECT 3205 3204 +CONECT 3206 3204 3207 3208 3212 +CONECT 3207 3206 +CONECT 3208 3206 3209 3210 3211 +CONECT 3209 3208 +CONECT 3210 3208 +CONECT 3211 3208 +CONECT 3212 3206 3213 3214 3215 +CONECT 3213 3212 +CONECT 3214 3212 +CONECT 3215 3212 3216 3217 3218 +CONECT 3216 3215 +CONECT 3217 3215 +CONECT 3218 3215 +CONECT 3219 3204 3220 3221 +CONECT 3220 3219 +CONECT 3221 3219 3222 3223 +CONECT 3222 3221 +CONECT 3223 3221 3224 3225 3241 +CONECT 3224 3223 +CONECT 3225 3223 3226 3227 3228 +CONECT 3226 3225 +CONECT 3227 3225 +CONECT 3228 3225 3229 3230 3231 +CONECT 3229 3228 +CONECT 3230 3228 +CONECT 3231 3228 3232 3233 3234 +CONECT 3232 3231 +CONECT 3233 3231 +CONECT 3234 3231 3235 3236 3237 +CONECT 3235 3234 +CONECT 3236 3234 +CONECT 3237 3234 3238 3239 3240 +CONECT 3238 3237 +CONECT 3239 3237 +CONECT 3240 3237 +CONECT 3241 3223 3242 3243 +CONECT 3242 3241 +CONECT 3243 3241 3244 3245 +CONECT 3244 3243 +CONECT 3245 3243 3246 3247 3263 +CONECT 3246 3245 +CONECT 3247 3245 3248 3249 3250 +CONECT 3248 3247 +CONECT 3249 3247 +CONECT 3250 3247 3251 3252 3253 +CONECT 3251 3250 +CONECT 3252 3250 +CONECT 3253 3250 3254 3255 3256 +CONECT 3254 3253 +CONECT 3255 3253 +CONECT 3256 3253 3257 3258 3259 +CONECT 3257 3256 +CONECT 3258 3256 +CONECT 3259 3256 3260 3261 3262 +CONECT 3260 3259 +CONECT 3261 3259 +CONECT 3262 3259 +CONECT 3263 3245 3264 3265 +CONECT 3264 3263 +CONECT 3265 3263 3266 3267 +CONECT 3266 3265 +CONECT 3267 3265 3268 3269 3275 +CONECT 3268 3267 +CONECT 3269 3267 3270 3271 3272 +CONECT 3270 3269 +CONECT 3271 3269 +CONECT 3272 3269 3273 3274 +CONECT 3273 3272 +CONECT 3274 3272 +CONECT 3275 3267 3276 3277 +CONECT 3276 3275 +CONECT 3277 3275 3278 3279 +CONECT 3278 3277 +CONECT 3279 3277 3280 3281 3297 +CONECT 3280 3279 +CONECT 3281 3279 3282 3283 3284 +CONECT 3282 3281 +CONECT 3283 3281 +CONECT 3284 3281 3285 3286 3287 +CONECT 3285 3284 +CONECT 3286 3284 +CONECT 3287 3284 3288 3289 3290 +CONECT 3288 3287 +CONECT 3289 3287 +CONECT 3290 3287 3291 3292 3293 +CONECT 3291 3290 +CONECT 3292 3290 +CONECT 3293 3290 3294 3295 3296 +CONECT 3294 3293 +CONECT 3295 3293 +CONECT 3296 3293 +CONECT 3297 3279 3298 3299 +CONECT 3298 3297 +CONECT 3299 3297 3300 3301 +CONECT 3300 3299 +CONECT 3301 3299 3302 3303 3319 +CONECT 3302 3301 +CONECT 3303 3301 3304 3305 3306 +CONECT 3304 3303 +CONECT 3305 3303 +CONECT 3306 3303 3307 3308 3309 +CONECT 3307 3306 +CONECT 3308 3306 +CONECT 3309 3306 3310 3311 3312 +CONECT 3310 3309 +CONECT 3311 3309 +CONECT 3312 3309 3313 3314 3315 +CONECT 3313 3312 +CONECT 3314 3312 +CONECT 3315 3312 3316 3317 3318 +CONECT 3316 3315 +CONECT 3317 3315 +CONECT 3318 3315 +CONECT 3319 3301 3320 3321 +CONECT 3320 3319 +CONECT 3321 3319 3322 3323 +CONECT 3322 3321 +CONECT 3323 3321 3324 3325 3334 +CONECT 3324 3323 +CONECT 3325 3323 3326 3327 3328 +CONECT 3326 3325 +CONECT 3327 3325 +CONECT 3328 3325 3329 3330 3331 +CONECT 3329 3328 +CONECT 3330 3328 +CONECT 3331 3328 3332 3333 +CONECT 3332 3331 +CONECT 3333 3331 +CONECT 3334 3323 3335 3336 +CONECT 3335 3334 +CONECT 3336 3334 3337 3340 +CONECT 3337 3336 3338 3339 3345 +CONECT 3338 3337 +CONECT 3339 3337 +CONECT 3340 3336 3341 3342 3348 +CONECT 3341 3340 +CONECT 3342 3340 3343 3344 3345 +CONECT 3343 3342 +CONECT 3344 3342 +CONECT 3345 3337 3342 3346 3347 +CONECT 3346 3345 +CONECT 3347 3345 +CONECT 3348 3340 3349 3350 +CONECT 3349 3348 +CONECT 3350 3348 3351 3352 +CONECT 3351 3350 +CONECT 3352 3350 3353 3354 3364 +CONECT 3353 3352 +CONECT 3354 3352 3355 3356 3360 +CONECT 3355 3354 +CONECT 3356 3354 3357 3358 3359 +CONECT 3357 3356 +CONECT 3358 3356 +CONECT 3359 3356 +CONECT 3360 3354 3361 3362 3363 +CONECT 3361 3360 +CONECT 3362 3360 +CONECT 3363 3360 +CONECT 3364 3352 3365 3366 +CONECT 3365 3364 +CONECT 3366 3364 3367 3368 +CONECT 3367 3366 +CONECT 3368 3366 3369 3370 3374 +CONECT 3369 3368 +CONECT 3370 3368 3371 3372 3373 +CONECT 3371 3370 +CONECT 3372 3370 +CONECT 3373 3370 +CONECT 3374 3368 3375 3376 +CONECT 3375 3374 +CONECT 3376 3374 3377 3378 +CONECT 3377 3376 +CONECT 3378 3376 3379 3380 3388 +CONECT 3379 3378 +CONECT 3380 3378 3381 3382 3383 +CONECT 3381 3380 +CONECT 3382 3380 +CONECT 3383 3380 3384 3385 +CONECT 3384 3383 +CONECT 3385 3383 3386 3387 +CONECT 3386 3385 +CONECT 3387 3385 +CONECT 3388 3378 3389 3390 +CONECT 3389 3388 +CONECT 3390 3388 3391 3392 +CONECT 3391 3390 +CONECT 3392 3390 3393 3394 3405 +CONECT 3393 3392 +CONECT 3394 3392 3395 3396 3397 +CONECT 3395 3394 +CONECT 3396 3394 +CONECT 3397 3394 3398 3399 3400 +CONECT 3398 3397 +CONECT 3399 3397 +CONECT 3400 3397 3401 3402 +CONECT 3401 3400 +CONECT 3402 3400 3403 3404 +CONECT 3403 3402 +CONECT 3404 3402 +CONECT 3405 3392 3406 3407 +CONECT 3406 3405 +CONECT 3407 3405 3408 3409 +CONECT 3408 3407 +CONECT 3409 3407 3410 3411 3412 +CONECT 3410 3409 +CONECT 3411 3409 +CONECT 3412 3409 +CONECT 3413 3414 3415 3416 3417 +CONECT 3414 3413 +CONECT 3415 3413 +CONECT 3416 3413 +CONECT 3417 3413 3418 3419 +CONECT 3418 3417 +CONECT 3419 3417 3420 3421 +CONECT 3420 3419 +CONECT 3421 3419 3422 3423 3434 +CONECT 3422 3421 +CONECT 3423 3421 3424 3425 3426 +CONECT 3424 3423 +CONECT 3425 3423 +CONECT 3426 3423 3427 3428 3429 +CONECT 3427 3426 +CONECT 3428 3426 +CONECT 3429 3426 3430 3431 +CONECT 3430 3429 +CONECT 3431 3429 3432 3433 +CONECT 3432 3431 +CONECT 3433 3431 +CONECT 3434 3421 3435 3436 +CONECT 3435 3434 +CONECT 3436 3434 3437 3440 +CONECT 3437 3436 3438 3439 3445 +CONECT 3438 3437 +CONECT 3439 3437 +CONECT 3440 3436 3441 3442 3448 +CONECT 3441 3440 +CONECT 3442 3440 3443 3444 3445 +CONECT 3443 3442 +CONECT 3444 3442 +CONECT 3445 3437 3442 3446 3447 +CONECT 3446 3445 +CONECT 3447 3445 +CONECT 3448 3440 3449 3450 +CONECT 3449 3448 +CONECT 3450 3448 3451 3452 +CONECT 3451 3450 +CONECT 3452 3450 3453 3454 3458 +CONECT 3453 3452 +CONECT 3454 3452 3455 3456 3457 +CONECT 3455 3454 +CONECT 3456 3454 +CONECT 3457 3454 +CONECT 3458 3452 3459 3460 +CONECT 3459 3458 +CONECT 3460 3458 3461 3462 +CONECT 3461 3460 +CONECT 3462 3460 3463 3464 3480 +CONECT 3463 3462 +CONECT 3464 3462 3465 3466 3467 +CONECT 3465 3464 +CONECT 3466 3464 +CONECT 3467 3464 3468 3469 3470 +CONECT 3468 3467 +CONECT 3469 3467 +CONECT 3470 3467 3471 3472 3473 +CONECT 3471 3470 +CONECT 3472 3470 +CONECT 3473 3470 3474 3475 3476 +CONECT 3474 3473 +CONECT 3475 3473 +CONECT 3476 3473 3477 3478 3479 +CONECT 3477 3476 +CONECT 3478 3476 +CONECT 3479 3476 +CONECT 3480 3462 3481 3482 +CONECT 3481 3480 +CONECT 3482 3480 3483 3484 +CONECT 3483 3482 +CONECT 3484 3482 3485 3486 3502 +CONECT 3485 3484 +CONECT 3486 3484 3487 3488 3489 +CONECT 3487 3486 +CONECT 3488 3486 +CONECT 3489 3486 3490 3491 3492 +CONECT 3490 3489 +CONECT 3491 3489 +CONECT 3492 3489 3493 3494 3495 +CONECT 3493 3492 +CONECT 3494 3492 +CONECT 3495 3492 3496 3497 3498 +CONECT 3496 3495 +CONECT 3497 3495 +CONECT 3498 3495 3499 3500 3501 +CONECT 3499 3498 +CONECT 3500 3498 +CONECT 3501 3498 +CONECT 3502 3484 3503 3504 +CONECT 3503 3502 +CONECT 3504 3502 3505 3506 +CONECT 3505 3504 +CONECT 3506 3504 3507 3508 3524 +CONECT 3507 3506 +CONECT 3508 3506 3509 3510 3511 +CONECT 3509 3508 +CONECT 3510 3508 +CONECT 3511 3508 3512 3513 3514 +CONECT 3512 3511 +CONECT 3513 3511 +CONECT 3514 3511 3515 3516 3517 +CONECT 3515 3514 +CONECT 3516 3514 +CONECT 3517 3514 3518 3519 3520 +CONECT 3518 3517 +CONECT 3519 3517 +CONECT 3520 3517 3521 3522 3523 +CONECT 3521 3520 +CONECT 3522 3520 +CONECT 3523 3520 +CONECT 3524 3506 3525 3526 +CONECT 3525 3524 +CONECT 3526 3524 3527 3530 +CONECT 3527 3526 3528 3529 3535 +CONECT 3528 3527 +CONECT 3529 3527 +CONECT 3530 3526 3531 3532 3538 +CONECT 3531 3530 +CONECT 3532 3530 3533 3534 3535 +CONECT 3533 3532 +CONECT 3534 3532 +CONECT 3535 3527 3532 3536 3537 +CONECT 3536 3535 +CONECT 3537 3535 +CONECT 3538 3530 3539 3540 +CONECT 3539 3538 +CONECT 3540 3538 3541 3544 +CONECT 3541 3540 3542 3543 3549 +CONECT 3542 3541 +CONECT 3543 3541 +CONECT 3544 3540 3545 3546 3552 +CONECT 3545 3544 +CONECT 3546 3544 3547 3548 3549 +CONECT 3547 3546 +CONECT 3548 3546 +CONECT 3549 3541 3546 3550 3551 +CONECT 3550 3549 +CONECT 3551 3549 +CONECT 3552 3544 3553 3554 +CONECT 3553 3552 +CONECT 3554 3552 3555 3558 +CONECT 3555 3554 3556 3557 3563 +CONECT 3556 3555 +CONECT 3557 3555 +CONECT 3558 3554 3559 3560 3566 +CONECT 3559 3558 +CONECT 3560 3558 3561 3562 3563 +CONECT 3561 3560 +CONECT 3562 3560 +CONECT 3563 3555 3560 3564 3565 +CONECT 3564 3563 +CONECT 3565 3563 +CONECT 3566 3558 3567 3568 +CONECT 3567 3566 +CONECT 3568 3566 3569 3570 +CONECT 3569 3568 +CONECT 3570 3568 3571 3572 3577 +CONECT 3571 3570 +CONECT 3572 3570 3573 3574 3575 +CONECT 3573 3572 +CONECT 3574 3572 +CONECT 3575 3572 3576 +CONECT 3576 3575 +CONECT 3577 3570 3578 3579 +CONECT 3578 3577 +CONECT 3579 3577 3580 3581 +CONECT 3580 3579 +CONECT 3581 3579 3582 3583 3601 +CONECT 3582 3581 +CONECT 3583 3581 3584 3585 3586 +CONECT 3584 3583 +CONECT 3585 3583 +CONECT 3586 3583 3587 3588 3589 +CONECT 3587 3586 +CONECT 3588 3586 +CONECT 3589 3586 3590 3591 3592 +CONECT 3590 3589 +CONECT 3591 3589 +CONECT 3592 3589 3593 3594 +CONECT 3593 3592 +CONECT 3594 3592 3595 3598 +CONECT 3595 3594 3596 3597 +CONECT 3596 3595 +CONECT 3597 3595 +CONECT 3598 3594 3599 3600 +CONECT 3599 3598 +CONECT 3600 3598 +CONECT 3601 3581 3602 3603 +CONECT 3602 3601 +CONECT 3603 3601 3604 3605 +CONECT 3604 3603 +CONECT 3605 3603 3606 3607 3616 +CONECT 3606 3605 +CONECT 3607 3605 3608 3609 3610 +CONECT 3608 3607 +CONECT 3609 3607 +CONECT 3610 3607 3611 3612 3613 +CONECT 3611 3610 +CONECT 3612 3610 +CONECT 3613 3610 3614 3615 +CONECT 3614 3613 +CONECT 3615 3613 +CONECT 3616 3605 3617 3618 +CONECT 3617 3616 +CONECT 3618 3616 3619 3620 +CONECT 3619 3618 +CONECT 3620 3618 3621 3622 3638 +CONECT 3621 3620 +CONECT 3622 3620 3623 3624 3625 +CONECT 3623 3622 +CONECT 3624 3622 +CONECT 3625 3622 3626 3627 3628 +CONECT 3626 3625 +CONECT 3627 3625 +CONECT 3628 3625 3629 3630 3631 +CONECT 3629 3628 +CONECT 3630 3628 +CONECT 3631 3628 3632 3633 3634 +CONECT 3632 3631 +CONECT 3633 3631 +CONECT 3634 3631 3635 3636 3637 +CONECT 3635 3634 +CONECT 3636 3634 +CONECT 3637 3634 +CONECT 3638 3620 3639 3640 +CONECT 3639 3638 +CONECT 3640 3638 3641 3642 +CONECT 3641 3640 +CONECT 3642 3640 3643 3644 3660 +CONECT 3643 3642 +CONECT 3644 3642 3645 3646 3647 +CONECT 3645 3644 +CONECT 3646 3644 +CONECT 3647 3644 3648 3649 3650 +CONECT 3648 3647 +CONECT 3649 3647 +CONECT 3650 3647 3651 3652 3653 +CONECT 3651 3650 +CONECT 3652 3650 +CONECT 3653 3650 3654 3655 3656 +CONECT 3654 3653 +CONECT 3655 3653 +CONECT 3656 3653 3657 3658 3659 +CONECT 3657 3656 +CONECT 3658 3656 +CONECT 3659 3656 +CONECT 3660 3642 3661 3662 +CONECT 3661 3660 +CONECT 3662 3660 3663 3664 +CONECT 3663 3662 +CONECT 3664 3662 3665 3666 3676 +CONECT 3665 3664 +CONECT 3666 3664 3667 3668 3672 +CONECT 3667 3666 +CONECT 3668 3666 3669 3670 3671 +CONECT 3669 3668 +CONECT 3670 3668 +CONECT 3671 3668 +CONECT 3672 3666 3673 3674 3675 +CONECT 3673 3672 +CONECT 3674 3672 +CONECT 3675 3672 +CONECT 3676 3664 3677 3678 +CONECT 3677 3676 +CONECT 3678 3676 3679 3680 +CONECT 3679 3678 +CONECT 3680 3678 3681 3682 3690 +CONECT 3681 3680 +CONECT 3682 3680 3683 3684 3686 +CONECT 3683 3682 +CONECT 3684 3682 3685 +CONECT 3685 3684 +CONECT 3686 3682 3687 3688 3689 +CONECT 3687 3686 +CONECT 3688 3686 +CONECT 3689 3686 +CONECT 3690 3680 3691 3692 +CONECT 3691 3690 +CONECT 3692 3690 3693 3694 +CONECT 3693 3692 +CONECT 3694 3692 3695 3696 3714 +CONECT 3695 3694 +CONECT 3696 3694 3697 3698 3699 +CONECT 3697 3696 +CONECT 3698 3696 +CONECT 3699 3696 3700 3701 3702 +CONECT 3700 3699 +CONECT 3701 3699 +CONECT 3702 3699 3703 3704 3705 +CONECT 3703 3702 +CONECT 3704 3702 +CONECT 3705 3702 3706 3707 +CONECT 3706 3705 +CONECT 3707 3705 3708 3711 +CONECT 3708 3707 3709 3710 +CONECT 3709 3708 +CONECT 3710 3708 +CONECT 3711 3707 3712 3713 +CONECT 3712 3711 +CONECT 3713 3711 +CONECT 3714 3694 3715 3716 +CONECT 3715 3714 +CONECT 3716 3714 3717 3718 +CONECT 3717 3716 +CONECT 3718 3716 3719 3720 3728 +CONECT 3719 3718 +CONECT 3720 3718 3721 3722 3724 +CONECT 3721 3720 +CONECT 3722 3720 3723 +CONECT 3723 3722 +CONECT 3724 3720 3725 3726 3727 +CONECT 3725 3724 +CONECT 3726 3724 +CONECT 3727 3724 +CONECT 3728 3718 3729 3730 +CONECT 3729 3728 +CONECT 3730 3728 3731 3732 +CONECT 3731 3730 +CONECT 3732 3730 3733 3734 3747 +CONECT 3733 3732 +CONECT 3734 3732 3735 3736 3740 +CONECT 3735 3734 +CONECT 3736 3734 3737 3738 3739 +CONECT 3737 3736 +CONECT 3738 3736 +CONECT 3739 3736 +CONECT 3740 3734 3741 3742 3743 +CONECT 3741 3740 +CONECT 3742 3740 +CONECT 3743 3740 3744 3745 3746 +CONECT 3744 3743 +CONECT 3745 3743 +CONECT 3746 3743 +CONECT 3747 3732 3748 3749 +CONECT 3748 3747 +CONECT 3749 3747 3750 3751 +CONECT 3750 3749 +CONECT 3751 3749 3752 3753 3766 +CONECT 3752 3751 +CONECT 3753 3751 3754 3755 3756 +CONECT 3754 3753 +CONECT 3755 3753 +CONECT 3756 3753 3757 3758 3762 +CONECT 3757 3756 +CONECT 3758 3756 3759 3760 3761 +CONECT 3759 3758 +CONECT 3760 3758 +CONECT 3761 3758 +CONECT 3762 3756 3763 3764 3765 +CONECT 3763 3762 +CONECT 3764 3762 +CONECT 3765 3762 +CONECT 3766 3751 3767 3768 +CONECT 3767 3766 +CONECT 3768 3766 3769 3770 +CONECT 3769 3768 +CONECT 3770 3768 3771 3772 3776 +CONECT 3771 3770 +CONECT 3772 3770 3773 3774 3775 +CONECT 3773 3772 +CONECT 3774 3772 +CONECT 3775 3772 +CONECT 3776 3770 3777 3778 +CONECT 3777 3776 +CONECT 3778 3776 3779 3780 +CONECT 3779 3778 +CONECT 3780 3778 3781 3782 3795 +CONECT 3781 3780 +CONECT 3782 3780 3783 3784 3788 +CONECT 3783 3782 +CONECT 3784 3782 3785 3786 3787 +CONECT 3785 3784 +CONECT 3786 3784 +CONECT 3787 3784 +CONECT 3788 3782 3789 3790 3791 +CONECT 3789 3788 +CONECT 3790 3788 +CONECT 3791 3788 3792 3793 3794 +CONECT 3792 3791 +CONECT 3793 3791 +CONECT 3794 3791 +CONECT 3795 3780 3796 3797 +CONECT 3796 3795 +CONECT 3797 3795 3798 3799 +CONECT 3798 3797 +CONECT 3799 3797 3800 3801 3814 +CONECT 3800 3799 +CONECT 3801 3799 3802 3803 3804 +CONECT 3802 3801 +CONECT 3803 3801 +CONECT 3804 3801 3805 3806 3810 +CONECT 3805 3804 +CONECT 3806 3804 3807 3808 3809 +CONECT 3807 3806 +CONECT 3808 3806 +CONECT 3809 3806 +CONECT 3810 3804 3811 3812 3813 +CONECT 3811 3810 +CONECT 3812 3810 +CONECT 3813 3810 +CONECT 3814 3799 3815 3816 +CONECT 3815 3814 +CONECT 3816 3814 3817 3818 +CONECT 3817 3816 +CONECT 3818 3816 3819 3820 3833 +CONECT 3819 3818 +CONECT 3820 3818 3821 3822 3823 +CONECT 3821 3820 +CONECT 3822 3820 +CONECT 3823 3820 3824 3825 3829 +CONECT 3824 3823 +CONECT 3825 3823 3826 3827 3828 +CONECT 3826 3825 +CONECT 3827 3825 +CONECT 3828 3825 +CONECT 3829 3823 3830 3831 3832 +CONECT 3830 3829 +CONECT 3831 3829 +CONECT 3832 3829 +CONECT 3833 3818 3834 3835 +CONECT 3834 3833 +CONECT 3835 3833 3836 3837 +CONECT 3836 3835 +CONECT 3837 3835 3838 3839 3843 +CONECT 3838 3837 +CONECT 3839 3837 3840 3841 3842 +CONECT 3840 3839 +CONECT 3841 3839 +CONECT 3842 3839 +CONECT 3843 3837 3844 3845 +CONECT 3844 3843 +CONECT 3845 3843 3846 3847 +CONECT 3846 3845 +CONECT 3847 3845 3848 3849 3863 +CONECT 3848 3847 +CONECT 3849 3847 3850 3851 3852 +CONECT 3850 3849 +CONECT 3851 3849 +CONECT 3852 3849 3853 3859 +CONECT 3853 3852 3854 3855 +CONECT 3854 3853 +CONECT 3855 3853 3856 3857 +CONECT 3856 3855 +CONECT 3857 3855 3858 3861 +CONECT 3858 3857 +CONECT 3859 3852 3860 3861 +CONECT 3860 3859 +CONECT 3861 3857 3859 3862 +CONECT 3862 3861 +CONECT 3863 3847 3864 3865 +CONECT 3864 3863 +CONECT 3865 3863 3866 3867 +CONECT 3866 3865 +CONECT 3867 3865 3868 3869 3882 +CONECT 3868 3867 +CONECT 3869 3867 3870 3871 3875 +CONECT 3870 3869 +CONECT 3871 3869 3872 3873 3874 +CONECT 3872 3871 +CONECT 3873 3871 +CONECT 3874 3871 +CONECT 3875 3869 3876 3877 3878 +CONECT 3876 3875 +CONECT 3877 3875 +CONECT 3878 3875 3879 3880 3881 +CONECT 3879 3878 +CONECT 3880 3878 +CONECT 3881 3878 +CONECT 3882 3867 3883 3884 +CONECT 3883 3882 +CONECT 3884 3882 3885 3886 +CONECT 3885 3884 +CONECT 3886 3884 3887 3888 3901 +CONECT 3887 3886 +CONECT 3888 3886 3889 3890 3894 +CONECT 3889 3888 +CONECT 3890 3888 3891 3892 3893 +CONECT 3891 3890 +CONECT 3892 3890 +CONECT 3893 3890 +CONECT 3894 3888 3895 3896 3897 +CONECT 3895 3894 +CONECT 3896 3894 +CONECT 3897 3894 3898 3899 3900 +CONECT 3898 3897 +CONECT 3899 3897 +CONECT 3900 3897 +CONECT 3901 3886 3902 3903 +CONECT 3902 3901 +CONECT 3903 3901 3904 3905 +CONECT 3904 3903 +CONECT 3905 3903 3906 3907 3915 +CONECT 3906 3905 +CONECT 3907 3905 3908 3909 3911 +CONECT 3908 3907 +CONECT 3909 3907 3910 +CONECT 3910 3909 +CONECT 3911 3907 3912 3913 3914 +CONECT 3912 3911 +CONECT 3913 3911 +CONECT 3914 3911 +CONECT 3915 3905 3916 3917 +CONECT 3916 3915 +CONECT 3917 3915 3918 3919 +CONECT 3918 3917 +CONECT 3919 3917 3920 3921 3939 +CONECT 3920 3919 +CONECT 3921 3919 3922 3923 3924 +CONECT 3922 3921 +CONECT 3923 3921 +CONECT 3924 3921 3925 3930 +CONECT 3925 3924 3926 3927 +CONECT 3926 3925 +CONECT 3927 3925 3928 3929 +CONECT 3928 3927 +CONECT 3929 3927 3930 3935 +CONECT 3930 3924 3929 3931 +CONECT 3931 3930 3932 3933 +CONECT 3932 3931 +CONECT 3933 3931 3934 3937 +CONECT 3934 3933 +CONECT 3935 3929 3936 3937 +CONECT 3936 3935 +CONECT 3937 3933 3935 3938 +CONECT 3938 3937 +CONECT 3939 3919 3940 3941 +CONECT 3940 3939 +CONECT 3941 3939 3942 3943 +CONECT 3942 3941 +CONECT 3943 3941 3944 3945 3949 +CONECT 3944 3943 +CONECT 3945 3943 3946 3947 3948 +CONECT 3946 3945 +CONECT 3947 3945 +CONECT 3948 3945 +CONECT 3949 3943 3950 3951 +CONECT 3950 3949 +CONECT 3951 3949 3952 3955 +CONECT 3952 3951 3953 3954 3960 +CONECT 3953 3952 +CONECT 3954 3952 +CONECT 3955 3951 3956 3957 3963 +CONECT 3956 3955 +CONECT 3957 3955 3958 3959 3960 +CONECT 3958 3957 +CONECT 3959 3957 +CONECT 3960 3952 3957 3961 3962 +CONECT 3961 3960 +CONECT 3962 3960 +CONECT 3963 3955 3964 3965 +CONECT 3964 3963 +CONECT 3965 3963 3966 3967 +CONECT 3966 3965 +CONECT 3967 3965 3968 3969 3984 +CONECT 3968 3967 +CONECT 3969 3967 3970 3971 3972 +CONECT 3970 3969 +CONECT 3971 3969 +CONECT 3972 3969 3973 3980 +CONECT 3973 3972 3974 3975 +CONECT 3974 3973 +CONECT 3975 3973 3976 3977 +CONECT 3976 3975 +CONECT 3977 3975 3978 3982 +CONECT 3978 3977 3979 +CONECT 3979 3978 +CONECT 3980 3972 3981 3982 +CONECT 3981 3980 +CONECT 3982 3977 3980 3983 +CONECT 3983 3982 +CONECT 3984 3967 3985 3986 +CONECT 3985 3984 +CONECT 3986 3984 3987 3988 +CONECT 3987 3986 +CONECT 3988 3986 3989 3990 3998 +CONECT 3989 3988 +CONECT 3990 3988 3991 3992 3993 +CONECT 3991 3990 +CONECT 3992 3990 +CONECT 3993 3990 3994 3995 +CONECT 3994 3993 +CONECT 3995 3993 3996 3997 +CONECT 3996 3995 +CONECT 3997 3995 +CONECT 3998 3988 3999 4000 +CONECT 3999 3998 +CONECT 4000 3998 4001 4002 +CONECT 4001 4000 +CONECT 4002 4000 4003 4004 4014 +CONECT 4003 4002 +CONECT 4004 4002 4005 4006 4010 +CONECT 4005 4004 +CONECT 4006 4004 4007 4008 4009 +CONECT 4007 4006 +CONECT 4008 4006 +CONECT 4009 4006 +CONECT 4010 4004 4011 4012 4013 +CONECT 4011 4010 +CONECT 4012 4010 +CONECT 4013 4010 +CONECT 4014 4002 4015 4016 +CONECT 4015 4014 +CONECT 4016 4014 4017 4018 +CONECT 4017 4016 +CONECT 4018 4016 4019 4020 4031 +CONECT 4019 4018 +CONECT 4020 4018 4021 4022 4023 +CONECT 4021 4020 +CONECT 4022 4020 +CONECT 4023 4020 4024 4025 4026 +CONECT 4024 4023 +CONECT 4025 4023 +CONECT 4026 4023 4027 +CONECT 4027 4026 4028 4029 4030 +CONECT 4028 4027 +CONECT 4029 4027 +CONECT 4030 4027 +CONECT 4031 4018 4032 4033 +CONECT 4032 4031 +CONECT 4033 4031 4034 4035 +CONECT 4034 4033 +CONECT 4035 4033 4036 4037 4047 +CONECT 4036 4035 +CONECT 4037 4035 4038 4039 4043 +CONECT 4038 4037 +CONECT 4039 4037 4040 4041 4042 +CONECT 4040 4039 +CONECT 4041 4039 +CONECT 4042 4039 +CONECT 4043 4037 4044 4045 4046 +CONECT 4044 4043 +CONECT 4045 4043 +CONECT 4046 4043 +CONECT 4047 4035 4048 4049 +CONECT 4048 4047 +CONECT 4049 4047 4050 4051 +CONECT 4050 4049 +CONECT 4051 4049 4052 4053 4066 +CONECT 4052 4051 +CONECT 4053 4051 4054 4055 4056 +CONECT 4054 4053 +CONECT 4055 4053 +CONECT 4056 4053 4057 4058 4062 +CONECT 4057 4056 +CONECT 4058 4056 4059 4060 4061 +CONECT 4059 4058 +CONECT 4060 4058 +CONECT 4061 4058 +CONECT 4062 4056 4063 4064 4065 +CONECT 4063 4062 +CONECT 4064 4062 +CONECT 4065 4062 +CONECT 4066 4051 4067 4068 +CONECT 4067 4066 +CONECT 4068 4066 4069 4070 +CONECT 4069 4068 +CONECT 4070 4068 4071 4072 4085 +CONECT 4071 4070 +CONECT 4072 4070 4073 4074 4078 +CONECT 4073 4072 +CONECT 4074 4072 4075 4076 4077 +CONECT 4075 4074 +CONECT 4076 4074 +CONECT 4077 4074 +CONECT 4078 4072 4079 4080 4081 +CONECT 4079 4078 +CONECT 4080 4078 +CONECT 4081 4078 4082 4083 4084 +CONECT 4082 4081 +CONECT 4083 4081 +CONECT 4084 4081 +CONECT 4085 4070 4086 4087 +CONECT 4086 4085 +CONECT 4087 4085 4088 4089 +CONECT 4088 4087 +CONECT 4089 4087 4090 4091 4099 +CONECT 4090 4089 +CONECT 4091 4089 4092 4093 4094 +CONECT 4092 4091 +CONECT 4093 4091 +CONECT 4094 4091 4095 4096 +CONECT 4095 4094 +CONECT 4096 4094 4097 4098 +CONECT 4097 4096 +CONECT 4098 4096 +CONECT 4099 4089 4100 4101 +CONECT 4100 4099 +CONECT 4101 4099 4102 4103 +CONECT 4102 4101 +CONECT 4103 4101 4104 4105 4113 +CONECT 4104 4103 +CONECT 4105 4103 4106 4107 4109 +CONECT 4106 4105 +CONECT 4107 4105 4108 +CONECT 4108 4107 +CONECT 4109 4105 4110 4111 4112 +CONECT 4110 4109 +CONECT 4111 4109 +CONECT 4112 4109 +CONECT 4113 4103 4114 4115 +CONECT 4114 4113 +CONECT 4115 4113 4116 4117 +CONECT 4116 4115 +CONECT 4117 4115 4118 4119 4133 +CONECT 4118 4117 +CONECT 4119 4117 4120 4121 4122 +CONECT 4120 4119 +CONECT 4121 4119 +CONECT 4122 4119 4123 4129 +CONECT 4123 4122 4124 4125 +CONECT 4124 4123 +CONECT 4125 4123 4126 4127 +CONECT 4126 4125 +CONECT 4127 4125 4128 4131 +CONECT 4128 4127 +CONECT 4129 4122 4130 4131 +CONECT 4130 4129 +CONECT 4131 4127 4129 4132 +CONECT 4132 4131 +CONECT 4133 4117 4134 4135 +CONECT 4134 4133 +CONECT 4135 4133 4136 4137 +CONECT 4136 4135 +CONECT 4137 4135 4138 4139 4143 +CONECT 4138 4137 +CONECT 4139 4137 4140 4141 4142 +CONECT 4140 4139 +CONECT 4141 4139 +CONECT 4142 4139 4176 +CONECT 4143 4137 4144 4145 +CONECT 4144 4143 +CONECT 4145 4143 4146 4147 +CONECT 4146 4145 +CONECT 4147 4145 4148 4149 4153 +CONECT 4148 4147 +CONECT 4149 4147 4150 4151 4152 +CONECT 4150 4149 +CONECT 4151 4149 +CONECT 4152 4149 +CONECT 4153 4147 4154 4155 +CONECT 4154 4153 +CONECT 4155 4153 4156 4159 +CONECT 4156 4155 4157 4158 4164 +CONECT 4157 4156 +CONECT 4158 4156 +CONECT 4159 4155 4160 4161 4167 +CONECT 4160 4159 +CONECT 4161 4159 4162 4163 4164 +CONECT 4162 4161 +CONECT 4163 4161 +CONECT 4164 4156 4161 4165 4166 +CONECT 4165 4164 +CONECT 4166 4164 +CONECT 4167 4159 4168 4169 +CONECT 4168 4167 +CONECT 4169 4167 4170 4171 +CONECT 4170 4169 +CONECT 4171 4169 4172 4173 4177 +CONECT 4172 4171 +CONECT 4173 4171 4174 4175 4176 +CONECT 4174 4173 +CONECT 4175 4173 +CONECT 4176 4142 4173 +CONECT 4177 4171 4178 4179 +CONECT 4178 4177 +CONECT 4179 4177 4180 4181 +CONECT 4180 4179 +CONECT 4181 4179 4182 4183 4196 +CONECT 4182 4181 +CONECT 4183 4181 4184 4185 4189 +CONECT 4184 4183 +CONECT 4185 4183 4186 4187 4188 +CONECT 4186 4185 +CONECT 4187 4185 +CONECT 4188 4185 +CONECT 4189 4183 4190 4191 4192 +CONECT 4190 4189 +CONECT 4191 4189 +CONECT 4192 4189 4193 4194 4195 +CONECT 4193 4192 +CONECT 4194 4192 +CONECT 4195 4192 +CONECT 4196 4181 4197 4198 +CONECT 4197 4196 +CONECT 4198 4196 4199 4202 +CONECT 4199 4198 4200 4201 4207 +CONECT 4200 4199 +CONECT 4201 4199 +CONECT 4202 4198 4203 4204 4210 +CONECT 4203 4202 +CONECT 4204 4202 4205 4206 4207 +CONECT 4205 4204 +CONECT 4206 4204 +CONECT 4207 4199 4204 4208 4209 +CONECT 4208 4207 +CONECT 4209 4207 +CONECT 4210 4202 4211 4212 +CONECT 4211 4210 +CONECT 4212 4210 4213 4214 +CONECT 4213 4212 +CONECT 4214 4212 4215 4216 4224 +CONECT 4215 4214 +CONECT 4216 4214 4217 4218 4219 +CONECT 4217 4216 +CONECT 4218 4216 +CONECT 4219 4216 4220 4221 +CONECT 4220 4219 +CONECT 4221 4219 4222 4223 +CONECT 4222 4221 +CONECT 4223 4221 +CONECT 4224 4214 4225 4226 +CONECT 4225 4224 +CONECT 4226 4224 4227 4228 +CONECT 4227 4226 +CONECT 4228 4226 4229 4230 4238 +CONECT 4229 4228 +CONECT 4230 4228 4231 4232 4234 +CONECT 4231 4230 +CONECT 4232 4230 4233 +CONECT 4233 4232 +CONECT 4234 4230 4235 4236 4237 +CONECT 4235 4234 +CONECT 4236 4234 +CONECT 4237 4234 +CONECT 4238 4228 4239 4240 +CONECT 4239 4238 +CONECT 4240 4238 4241 4242 +CONECT 4241 4240 +CONECT 4242 4240 4243 4244 4254 +CONECT 4243 4242 +CONECT 4244 4242 4245 4246 4250 +CONECT 4245 4244 +CONECT 4246 4244 4247 4248 4249 +CONECT 4247 4246 +CONECT 4248 4246 +CONECT 4249 4246 +CONECT 4250 4244 4251 4252 4253 +CONECT 4251 4250 +CONECT 4252 4250 +CONECT 4253 4250 +CONECT 4254 4242 4255 4256 +CONECT 4255 4254 +CONECT 4256 4254 4257 4258 +CONECT 4257 4256 +CONECT 4258 4256 4259 4260 4278 +CONECT 4259 4258 +CONECT 4260 4258 4261 4262 4263 +CONECT 4261 4260 +CONECT 4262 4260 +CONECT 4263 4260 4264 4269 +CONECT 4264 4263 4265 4266 +CONECT 4265 4264 +CONECT 4266 4264 4267 4268 +CONECT 4267 4266 +CONECT 4268 4266 4269 4274 +CONECT 4269 4263 4268 4270 +CONECT 4270 4269 4271 4272 +CONECT 4271 4270 +CONECT 4272 4270 4273 4276 +CONECT 4273 4272 +CONECT 4274 4268 4275 4276 +CONECT 4275 4274 +CONECT 4276 4272 4274 4277 +CONECT 4277 4276 +CONECT 4278 4258 4279 4280 +CONECT 4279 4278 +CONECT 4280 4278 4281 4282 +CONECT 4281 4280 +CONECT 4282 4280 4283 4284 4292 +CONECT 4283 4282 +CONECT 4284 4282 4285 4286 4288 +CONECT 4285 4284 +CONECT 4286 4284 4287 +CONECT 4287 4286 +CONECT 4288 4284 4289 4290 4291 +CONECT 4289 4288 +CONECT 4290 4288 +CONECT 4291 4288 +CONECT 4292 4282 4293 4294 +CONECT 4293 4292 +CONECT 4294 4292 4295 4296 +CONECT 4295 4294 +CONECT 4296 4294 4297 4298 4311 +CONECT 4297 4296 +CONECT 4298 4296 4299 4300 4304 +CONECT 4299 4298 +CONECT 4300 4298 4301 4302 4303 +CONECT 4301 4300 +CONECT 4302 4300 +CONECT 4303 4300 +CONECT 4304 4298 4305 4306 4307 +CONECT 4305 4304 +CONECT 4306 4304 +CONECT 4307 4304 4308 4309 4310 +CONECT 4308 4307 +CONECT 4309 4307 +CONECT 4310 4307 +CONECT 4311 4296 4312 4313 +CONECT 4312 4311 +CONECT 4313 4311 4314 4315 +CONECT 4314 4313 +CONECT 4315 4313 4316 4317 4318 +CONECT 4316 4315 +CONECT 4317 4315 +CONECT 4318 4315 4319 4320 +CONECT 4319 4318 +CONECT 4320 4318 4321 4322 +CONECT 4321 4320 +CONECT 4322 4320 4323 4324 4339 +CONECT 4323 4322 +CONECT 4324 4322 4325 4326 4327 +CONECT 4325 4324 +CONECT 4326 4324 +CONECT 4327 4324 4328 4335 +CONECT 4328 4327 4329 4330 +CONECT 4329 4328 +CONECT 4330 4328 4331 4332 +CONECT 4331 4330 +CONECT 4332 4330 4333 4337 +CONECT 4333 4332 4334 +CONECT 4334 4333 +CONECT 4335 4327 4336 4337 +CONECT 4336 4335 +CONECT 4337 4332 4335 4338 +CONECT 4338 4337 +CONECT 4339 4322 4340 4341 +CONECT 4340 4339 +CONECT 4341 4339 4342 4343 +CONECT 4342 4341 +CONECT 4343 4341 4344 4345 4363 +CONECT 4344 4343 +CONECT 4345 4343 4346 4347 4348 +CONECT 4346 4345 +CONECT 4347 4345 +CONECT 4348 4345 4349 4354 +CONECT 4349 4348 4350 4351 +CONECT 4350 4349 +CONECT 4351 4349 4352 4353 +CONECT 4352 4351 +CONECT 4353 4351 4354 4359 +CONECT 4354 4348 4353 4355 +CONECT 4355 4354 4356 4357 +CONECT 4356 4355 +CONECT 4357 4355 4358 4361 +CONECT 4358 4357 +CONECT 4359 4353 4360 4361 +CONECT 4360 4359 +CONECT 4361 4357 4359 4362 +CONECT 4362 4361 +CONECT 4363 4343 4364 4365 +CONECT 4364 4363 +CONECT 4365 4363 4366 4367 +CONECT 4366 4365 +CONECT 4367 4365 4368 4369 4382 +CONECT 4368 4367 +CONECT 4369 4367 4370 4371 4372 +CONECT 4370 4369 +CONECT 4371 4369 +CONECT 4372 4369 4373 4374 4378 +CONECT 4373 4372 +CONECT 4374 4372 4375 4376 4377 +CONECT 4375 4374 +CONECT 4376 4374 +CONECT 4377 4374 +CONECT 4378 4372 4379 4380 4381 +CONECT 4379 4378 +CONECT 4380 4378 +CONECT 4381 4378 +CONECT 4382 4367 4383 4384 +CONECT 4383 4382 +CONECT 4384 4382 4385 4386 +CONECT 4385 4384 +CONECT 4386 4384 4387 4388 4393 +CONECT 4387 4386 +CONECT 4388 4386 4389 4390 4391 +CONECT 4389 4388 +CONECT 4390 4388 +CONECT 4391 4388 4392 +CONECT 4392 4391 +CONECT 4393 4386 4394 4395 +CONECT 4394 4393 +CONECT 4395 4393 4396 4397 +CONECT 4396 4395 +CONECT 4397 4395 4398 4399 4414 +CONECT 4398 4397 +CONECT 4399 4397 4400 4401 4402 +CONECT 4400 4399 +CONECT 4401 4399 +CONECT 4402 4399 4403 4410 +CONECT 4403 4402 4404 4405 +CONECT 4404 4403 +CONECT 4405 4403 4406 4407 +CONECT 4406 4405 +CONECT 4407 4405 4408 4412 +CONECT 4408 4407 4409 +CONECT 4409 4408 +CONECT 4410 4402 4411 4412 +CONECT 4411 4410 +CONECT 4412 4407 4410 4413 +CONECT 4413 4412 +CONECT 4414 4397 4415 4416 +CONECT 4415 4414 +CONECT 4416 4414 4417 4418 +CONECT 4417 4416 +CONECT 4418 4416 4419 4420 4433 +CONECT 4419 4418 +CONECT 4420 4418 4421 4422 4426 +CONECT 4421 4420 +CONECT 4422 4420 4423 4424 4425 +CONECT 4423 4422 +CONECT 4424 4422 +CONECT 4425 4422 +CONECT 4426 4420 4427 4428 4429 +CONECT 4427 4426 +CONECT 4428 4426 +CONECT 4429 4426 4430 4431 4432 +CONECT 4430 4429 +CONECT 4431 4429 +CONECT 4432 4429 +CONECT 4433 4418 4434 4435 +CONECT 4434 4433 +CONECT 4435 4433 4436 4437 +CONECT 4436 4435 +CONECT 4437 4435 4438 4439 4447 +CONECT 4438 4437 +CONECT 4439 4437 4440 4441 4442 +CONECT 4440 4439 +CONECT 4441 4439 +CONECT 4442 4439 4443 4444 +CONECT 4443 4442 +CONECT 4444 4442 4445 4446 +CONECT 4445 4444 +CONECT 4446 4444 +CONECT 4447 4437 4448 4449 +CONECT 4448 4447 +CONECT 4449 4447 4450 4451 +CONECT 4450 4449 +CONECT 4451 4449 4452 4453 4458 +CONECT 4452 4451 +CONECT 4453 4451 4454 4455 4456 +CONECT 4454 4453 +CONECT 4455 4453 +CONECT 4456 4453 4457 +CONECT 4457 4456 +CONECT 4458 4451 4459 4460 +CONECT 4459 4458 +CONECT 4460 4458 4461 4462 +CONECT 4461 4460 +CONECT 4462 4460 4463 4464 4472 +CONECT 4463 4462 +CONECT 4464 4462 4465 4466 4468 +CONECT 4465 4464 +CONECT 4466 4464 4467 +CONECT 4467 4466 +CONECT 4468 4464 4469 4470 4471 +CONECT 4469 4468 +CONECT 4470 4468 +CONECT 4471 4468 +CONECT 4472 4462 4473 4474 +CONECT 4473 4472 +CONECT 4474 4472 4475 4476 +CONECT 4475 4474 +CONECT 4476 4474 4477 4478 4491 +CONECT 4477 4476 +CONECT 4478 4476 4479 4480 4484 +CONECT 4479 4478 +CONECT 4480 4478 4481 4482 4483 +CONECT 4481 4480 +CONECT 4482 4480 +CONECT 4483 4480 +CONECT 4484 4478 4485 4486 4487 +CONECT 4485 4484 +CONECT 4486 4484 +CONECT 4487 4484 4488 4489 4490 +CONECT 4488 4487 +CONECT 4489 4487 +CONECT 4490 4487 +CONECT 4491 4476 4492 4493 +CONECT 4492 4491 +CONECT 4493 4491 4494 4495 +CONECT 4494 4493 +CONECT 4495 4493 4496 4497 4505 +CONECT 4496 4495 +CONECT 4497 4495 4498 4499 4500 +CONECT 4498 4497 +CONECT 4499 4497 +CONECT 4500 4497 4501 4502 +CONECT 4501 4500 +CONECT 4502 4500 4503 4504 +CONECT 4503 4502 +CONECT 4504 4502 +CONECT 4505 4495 4506 4507 +CONECT 4506 4505 +CONECT 4507 4505 4508 4511 +CONECT 4508 4507 4509 4510 4516 +CONECT 4509 4508 +CONECT 4510 4508 +CONECT 4511 4507 4512 4513 4519 +CONECT 4512 4511 +CONECT 4513 4511 4514 4515 4516 +CONECT 4514 4513 +CONECT 4515 4513 +CONECT 4516 4508 4513 4517 4518 +CONECT 4517 4516 +CONECT 4518 4516 +CONECT 4519 4511 4520 4521 +CONECT 4520 4519 +CONECT 4521 4519 4522 4523 +CONECT 4522 4521 +CONECT 4523 4521 4524 4525 4529 +CONECT 4524 4523 +CONECT 4525 4523 4526 4527 4528 +CONECT 4526 4525 +CONECT 4527 4525 +CONECT 4528 4525 +CONECT 4529 4523 4530 4531 +CONECT 4530 4529 +CONECT 4531 4529 4532 4533 +CONECT 4532 4531 +CONECT 4533 4531 4534 4535 4540 +CONECT 4534 4533 +CONECT 4535 4533 4536 4537 4538 +CONECT 4536 4535 +CONECT 4537 4535 +CONECT 4538 4535 4539 +CONECT 4539 4538 +CONECT 4540 4533 4541 4542 +CONECT 4541 4540 +CONECT 4542 4540 4543 4544 +CONECT 4543 4542 +CONECT 4544 4542 4545 4546 4561 +CONECT 4545 4544 +CONECT 4546 4544 4547 4548 4549 +CONECT 4547 4546 +CONECT 4548 4546 +CONECT 4549 4546 4550 4557 +CONECT 4550 4549 4551 4552 +CONECT 4551 4550 +CONECT 4552 4550 4553 4554 +CONECT 4553 4552 +CONECT 4554 4552 4555 4559 +CONECT 4555 4554 4556 +CONECT 4556 4555 +CONECT 4557 4549 4558 4559 +CONECT 4558 4557 +CONECT 4559 4554 4557 4560 +CONECT 4560 4559 +CONECT 4561 4544 4562 4563 +CONECT 4562 4561 +CONECT 4563 4561 4564 4565 +CONECT 4564 4563 +CONECT 4565 4563 4566 4567 4571 +CONECT 4566 4565 +CONECT 4567 4565 4568 4569 4570 +CONECT 4568 4567 +CONECT 4569 4567 +CONECT 4570 4567 +CONECT 4571 4565 4572 4573 +CONECT 4572 4571 +CONECT 4573 4571 4574 4575 +CONECT 4574 4573 +CONECT 4575 4573 4576 4577 4590 +CONECT 4576 4575 +CONECT 4577 4575 4578 4579 4580 +CONECT 4578 4577 +CONECT 4579 4577 +CONECT 4580 4577 4581 4582 4586 +CONECT 4581 4580 +CONECT 4582 4580 4583 4584 4585 +CONECT 4583 4582 +CONECT 4584 4582 +CONECT 4585 4582 +CONECT 4586 4580 4587 4588 4589 +CONECT 4587 4586 +CONECT 4588 4586 +CONECT 4589 4586 +CONECT 4590 4575 4591 4592 +CONECT 4591 4590 +CONECT 4592 4590 4593 4594 +CONECT 4593 4592 +CONECT 4594 4592 4595 4596 4601 +CONECT 4595 4594 +CONECT 4596 4594 4597 4598 4599 +CONECT 4597 4596 +CONECT 4598 4596 +CONECT 4599 4596 4600 +CONECT 4600 4599 +CONECT 4601 4594 4602 4603 +CONECT 4602 4601 +CONECT 4603 4601 4604 4605 +CONECT 4604 4603 +CONECT 4605 4603 4606 4607 4615 +CONECT 4606 4605 +CONECT 4607 4605 4608 4609 4610 +CONECT 4608 4607 +CONECT 4609 4607 +CONECT 4610 4607 4611 4612 +CONECT 4611 4610 +CONECT 4612 4610 4613 4614 +CONECT 4613 4612 +CONECT 4614 4612 +CONECT 4615 4605 4616 4617 +CONECT 4616 4615 +CONECT 4617 4615 4618 4619 +CONECT 4618 4617 +CONECT 4619 4617 4620 4621 4625 +CONECT 4620 4619 +CONECT 4621 4619 4622 4623 4624 +CONECT 4622 4621 +CONECT 4623 4621 +CONECT 4624 4621 +CONECT 4625 4619 4626 4627 +CONECT 4626 4625 +CONECT 4627 4625 4628 4629 +CONECT 4628 4627 +CONECT 4629 4627 4630 4631 4639 +CONECT 4630 4629 +CONECT 4631 4629 4632 4633 4635 +CONECT 4632 4631 +CONECT 4633 4631 4634 +CONECT 4634 4633 +CONECT 4635 4631 4636 4637 4638 +CONECT 4636 4635 +CONECT 4637 4635 +CONECT 4638 4635 +CONECT 4639 4629 4640 4641 +CONECT 4640 4639 +CONECT 4641 4639 4642 4643 +CONECT 4642 4641 +CONECT 4643 4641 4644 4645 4659 +CONECT 4644 4643 +CONECT 4645 4643 4646 4647 4648 +CONECT 4646 4645 +CONECT 4647 4645 +CONECT 4648 4645 4649 4655 +CONECT 4649 4648 4650 4651 +CONECT 4650 4649 +CONECT 4651 4649 4652 4653 +CONECT 4652 4651 +CONECT 4653 4651 4654 4657 +CONECT 4654 4653 +CONECT 4655 4648 4656 4657 +CONECT 4656 4655 +CONECT 4657 4653 4655 4658 +CONECT 4658 4657 +CONECT 4659 4643 4660 4661 +CONECT 4660 4659 +CONECT 4661 4659 4662 4663 +CONECT 4662 4661 +CONECT 4663 4661 4664 4665 4681 +CONECT 4664 4663 +CONECT 4665 4663 4666 4667 4668 +CONECT 4666 4665 +CONECT 4667 4665 +CONECT 4668 4665 4669 4670 4671 +CONECT 4669 4668 +CONECT 4670 4668 +CONECT 4671 4668 4672 4673 4674 +CONECT 4672 4671 +CONECT 4673 4671 +CONECT 4674 4671 4675 4676 4677 +CONECT 4675 4674 +CONECT 4676 4674 +CONECT 4677 4674 4678 4679 4680 +CONECT 4678 4677 +CONECT 4679 4677 +CONECT 4680 4677 +CONECT 4681 4663 4682 4683 +CONECT 4682 4681 +CONECT 4683 4681 4684 4685 +CONECT 4684 4683 +CONECT 4685 4683 4686 4687 4703 +CONECT 4686 4685 +CONECT 4687 4685 4688 4689 4690 +CONECT 4688 4687 +CONECT 4689 4687 +CONECT 4690 4687 4691 4692 4693 +CONECT 4691 4690 +CONECT 4692 4690 +CONECT 4693 4690 4694 4695 4696 +CONECT 4694 4693 +CONECT 4695 4693 +CONECT 4696 4693 4697 4698 4699 +CONECT 4697 4696 +CONECT 4698 4696 +CONECT 4699 4696 4700 4701 4702 +CONECT 4700 4699 +CONECT 4701 4699 +CONECT 4702 4699 +CONECT 4703 4685 4704 4705 +CONECT 4704 4703 +CONECT 4705 4703 4706 4707 +CONECT 4706 4705 +CONECT 4707 4705 4708 4709 4717 +CONECT 4708 4707 +CONECT 4709 4707 4710 4711 4713 +CONECT 4710 4709 +CONECT 4711 4709 4712 +CONECT 4712 4711 +CONECT 4713 4709 4714 4715 4716 +CONECT 4714 4713 +CONECT 4715 4713 +CONECT 4716 4713 +CONECT 4717 4707 4718 4719 +CONECT 4718 4717 +CONECT 4719 4717 4720 4721 +CONECT 4720 4719 +CONECT 4721 4719 4722 4723 4737 +CONECT 4722 4721 +CONECT 4723 4721 4724 4725 4726 +CONECT 4724 4723 +CONECT 4725 4723 +CONECT 4726 4723 4727 4733 +CONECT 4727 4726 4728 4729 +CONECT 4728 4727 +CONECT 4729 4727 4730 4731 +CONECT 4730 4729 +CONECT 4731 4729 4732 4735 +CONECT 4732 4731 +CONECT 4733 4726 4734 4735 +CONECT 4734 4733 +CONECT 4735 4731 4733 4736 +CONECT 4736 4735 +CONECT 4737 4721 4738 4739 +CONECT 4738 4737 +CONECT 4739 4737 4740 4741 +CONECT 4740 4739 +CONECT 4741 4739 4742 4743 4759 +CONECT 4742 4741 +CONECT 4743 4741 4744 4745 4746 +CONECT 4744 4743 +CONECT 4745 4743 +CONECT 4746 4743 4747 4748 4749 +CONECT 4747 4746 +CONECT 4748 4746 +CONECT 4749 4746 4750 4751 4752 +CONECT 4750 4749 +CONECT 4751 4749 +CONECT 4752 4749 4753 4754 4755 +CONECT 4753 4752 +CONECT 4754 4752 +CONECT 4755 4752 4756 4757 4758 +CONECT 4756 4755 +CONECT 4757 4755 +CONECT 4758 4755 +CONECT 4759 4741 4760 4761 +CONECT 4760 4759 +CONECT 4761 4759 4762 4763 +CONECT 4762 4761 +CONECT 4763 4761 4764 4765 4776 +CONECT 4764 4763 +CONECT 4765 4763 4766 4767 4769 +CONECT 4766 4765 +CONECT 4767 4765 +CONECT 4768 4769 4770 +CONECT 4769 4765 4768 4774 +CONECT 4770 4768 4771 4772 +CONECT 4771 4770 +CONECT 4772 4770 4773 4774 +CONECT 4773 4772 +CONECT 4774 4769 4772 4775 +CONECT 4775 4774 +CONECT 4776 4763 4777 4778 +CONECT 4777 4776 +CONECT 4778 4776 4779 4780 +CONECT 4779 4778 +CONECT 4780 4778 4781 4782 4795 +CONECT 4781 4780 +CONECT 4782 4780 4783 4784 4785 +CONECT 4783 4782 +CONECT 4784 4782 +CONECT 4785 4782 4786 4787 4791 +CONECT 4786 4785 +CONECT 4787 4785 4788 4789 4790 +CONECT 4788 4787 +CONECT 4789 4787 +CONECT 4790 4787 +CONECT 4791 4785 4792 4793 4794 +CONECT 4792 4791 +CONECT 4793 4791 +CONECT 4794 4791 +CONECT 4795 4780 4796 4797 +CONECT 4796 4795 +CONECT 4797 4795 4798 4799 +CONECT 4798 4797 +CONECT 4799 4797 4800 4801 4814 +CONECT 4800 4799 +CONECT 4801 4799 4802 4803 4804 +CONECT 4802 4801 +CONECT 4803 4801 +CONECT 4804 4801 4805 4806 4810 +CONECT 4805 4804 +CONECT 4806 4804 4807 4808 4809 +CONECT 4807 4806 +CONECT 4808 4806 +CONECT 4809 4806 +CONECT 4810 4804 4811 4812 4813 +CONECT 4811 4810 +CONECT 4812 4810 +CONECT 4813 4810 +CONECT 4814 4799 4815 4816 +CONECT 4815 4814 +CONECT 4816 4814 4817 4818 +CONECT 4817 4816 +CONECT 4818 4816 4819 4820 4831 +CONECT 4819 4818 +CONECT 4820 4818 4821 4822 4823 +CONECT 4821 4820 +CONECT 4822 4820 +CONECT 4823 4820 4824 4825 4826 +CONECT 4824 4823 +CONECT 4825 4823 +CONECT 4826 4823 4827 +CONECT 4827 4826 4828 4829 4830 +CONECT 4828 4827 +CONECT 4829 4827 +CONECT 4830 4827 +CONECT 4831 4818 4832 4833 +CONECT 4832 4831 +CONECT 4833 4831 4834 4835 +CONECT 4834 4833 +CONECT 4835 4833 4836 4837 4838 +CONECT 4836 4835 +CONECT 4837 4835 +CONECT 4838 4835 +CONECT 4839 4840 4846 4852 4853 +CONECT 4840 4839 4841 4845 +CONECT 4841 4840 4842 4864 +CONECT 4842 4841 4843 4865 +CONECT 4843 4842 4844 4866 +CONECT 4844 4843 4845 4867 +CONECT 4845 4840 4844 4868 +CONECT 4846 4839 4847 4851 +CONECT 4847 4846 4848 4869 +CONECT 4848 4847 4849 4870 +CONECT 4849 4848 4850 4871 +CONECT 4850 4849 4851 4872 +CONECT 4851 4846 4850 4873 +CONECT 4852 4839 4854 4855 +CONECT 4853 4839 4874 +CONECT 4854 4852 +CONECT 4855 4852 4856 +CONECT 4856 4855 4857 4861 4875 +CONECT 4857 4856 4858 4876 4877 +CONECT 4858 4857 4859 4863 4878 +CONECT 4859 4858 4860 4879 4880 +CONECT 4860 4859 4861 4881 4882 +CONECT 4861 4856 4860 4862 4883 +CONECT 4862 4861 4863 4884 4885 +CONECT 4863 4858 4862 4886 4887 +CONECT 4864 4841 +CONECT 4865 4842 +CONECT 4866 4843 +CONECT 4867 4844 +CONECT 4868 4845 +CONECT 4869 4847 +CONECT 4870 4848 +CONECT 4871 4849 +CONECT 4872 4850 +CONECT 4873 4851 +CONECT 4874 4853 +CONECT 4875 4856 +CONECT 4876 4857 +CONECT 4877 4857 +CONECT 4878 4858 +CONECT 4879 4859 +CONECT 4880 4859 +CONECT 4881 4860 +CONECT 4882 4860 +CONECT 4883 4861 +CONECT 4884 4862 +CONECT 4885 4862 +CONECT 4886 4863 +CONECT 4887 4863 +CONECT 4888 4889 4890 +CONECT 4889 4888 +CONECT 4890 4888 +CONECT 4891 4892 4893 +CONECT 4892 4891 +CONECT 4893 4891 +CONECT 4894 4895 4896 +CONECT 4895 4894 +CONECT 4896 4894 +CONECT 4897 4898 4899 +CONECT 4898 4897 +CONECT 4899 4897 +CONECT 4900 4901 4902 +CONECT 4901 4900 +CONECT 4902 4900 +CONECT 4903 4904 4905 +CONECT 4904 4903 +CONECT 4905 4903 +CONECT 4906 4907 4908 +CONECT 4907 4906 +CONECT 4908 4906 +CONECT 4909 4910 4911 +CONECT 4910 4909 +CONECT 4911 4909 +CONECT 4912 4913 4914 +CONECT 4913 4912 +CONECT 4914 4912 +CONECT 4915 4916 4917 +CONECT 4916 4915 +CONECT 4917 4915 +CONECT 4918 4919 4920 +CONECT 4919 4918 +CONECT 4920 4918 +CONECT 4921 4922 4923 +CONECT 4922 4921 +CONECT 4923 4921 +CONECT 4924 4925 4926 +CONECT 4925 4924 +CONECT 4926 4924 +CONECT 4927 4928 4929 +CONECT 4928 4927 +CONECT 4929 4927 +CONECT 4930 4931 4932 +CONECT 4931 4930 +CONECT 4932 4930 +CONECT 4933 4934 4935 +CONECT 4934 4933 +CONECT 4935 4933 +CONECT 4936 4937 4938 +CONECT 4937 4936 +CONECT 4938 4936 +CONECT 4939 4940 4941 +CONECT 4940 4939 +CONECT 4941 4939 +CONECT 4942 4943 4944 +CONECT 4943 4942 +CONECT 4944 4942 +CONECT 4945 4946 4947 +CONECT 4946 4945 +CONECT 4947 4945 +CONECT 4948 4949 4950 +CONECT 4949 4948 +CONECT 4950 4948 +CONECT 4951 4952 4953 +CONECT 4952 4951 +CONECT 4953 4951 +CONECT 4954 4955 4956 +CONECT 4955 4954 +CONECT 4956 4954 +CONECT 4957 4958 4959 +CONECT 4958 4957 +CONECT 4959 4957 +CONECT 4960 4961 4962 +CONECT 4961 4960 +CONECT 4962 4960 +CONECT 4963 4964 4965 +CONECT 4964 4963 +CONECT 4965 4963 +CONECT 4966 4967 4968 +CONECT 4967 4966 +CONECT 4968 4966 +CONECT 4969 4970 4971 +CONECT 4970 4969 +CONECT 4971 4969 +CONECT 4972 4973 4974 +CONECT 4973 4972 +CONECT 4974 4972 +CONECT 4975 4976 4977 +CONECT 4976 4975 +CONECT 4977 4975 +CONECT 4978 4979 4980 +CONECT 4979 4978 +CONECT 4980 4978 +CONECT 4981 4982 4983 +CONECT 4982 4981 +CONECT 4983 4981 +CONECT 4984 4985 4986 +CONECT 4985 4984 +CONECT 4986 4984 +CONECT 4987 4988 4989 +CONECT 4988 4987 +CONECT 4989 4987 +CONECT 4990 4991 4992 +CONECT 4991 4990 +CONECT 4992 4990 +CONECT 4993 4994 4995 +CONECT 4994 4993 +CONECT 4995 4993 +CONECT 4996 4997 4998 +CONECT 4997 4996 +CONECT 4998 4996 +CONECT 4999 5000 5001 +CONECT 5000 4999 +CONECT 5001 4999 +CONECT 5002 5003 5004 +CONECT 5003 5002 +CONECT 5004 5002 +CONECT 5005 5006 5007 +CONECT 5006 5005 +CONECT 5007 5005 +CONECT 5008 5009 5010 +CONECT 5009 5008 +CONECT 5010 5008 +CONECT 5011 5012 5013 +CONECT 5012 5011 +CONECT 5013 5011 +CONECT 5014 5015 5016 +CONECT 5015 5014 +CONECT 5016 5014 +CONECT 5017 5018 5019 +CONECT 5018 5017 +CONECT 5019 5017 +CONECT 5020 5021 5022 +CONECT 5021 5020 +CONECT 5022 5020 +CONECT 5023 5024 5025 +CONECT 5024 5023 +CONECT 5025 5023 +CONECT 5026 5027 5028 +CONECT 5027 5026 +CONECT 5028 5026 +CONECT 5029 5030 5031 +CONECT 5030 5029 +CONECT 5031 5029 +CONECT 5032 5033 5034 +CONECT 5033 5032 +CONECT 5034 5032 +CONECT 5035 5036 5037 +CONECT 5036 5035 +CONECT 5037 5035 +CONECT 5038 5039 5040 +CONECT 5039 5038 +CONECT 5040 5038 +CONECT 5041 5042 5043 +CONECT 5042 5041 +CONECT 5043 5041 +CONECT 5044 5045 5046 +CONECT 5045 5044 +CONECT 5046 5044 +CONECT 5047 5048 5049 +CONECT 5048 5047 +CONECT 5049 5047 +CONECT 5050 5051 5052 +CONECT 5051 5050 +CONECT 5052 5050 +CONECT 5053 5054 5055 +CONECT 5054 5053 +CONECT 5055 5053 +CONECT 5056 5057 5058 +CONECT 5057 5056 +CONECT 5058 5056 +CONECT 5059 5060 5061 +CONECT 5060 5059 +CONECT 5061 5059 +CONECT 5062 5063 5064 +CONECT 5063 5062 +CONECT 5064 5062 +CONECT 5065 5066 5067 +CONECT 5066 5065 +CONECT 5067 5065 +CONECT 5068 5069 5070 +CONECT 5069 5068 +CONECT 5070 5068 +CONECT 5071 5072 5073 +CONECT 5072 5071 +CONECT 5073 5071 +CONECT 5074 5075 5076 +CONECT 5075 5074 +CONECT 5076 5074 +CONECT 5077 5078 5079 +CONECT 5078 5077 +CONECT 5079 5077 +CONECT 5080 5081 5082 +CONECT 5081 5080 +CONECT 5082 5080 +CONECT 5083 5084 5085 +CONECT 5084 5083 +CONECT 5085 5083 +CONECT 5086 5087 5088 +CONECT 5087 5086 +CONECT 5088 5086 +CONECT 5089 5090 5091 +CONECT 5090 5089 +CONECT 5091 5089 +CONECT 5092 5093 5094 +CONECT 5093 5092 +CONECT 5094 5092 +CONECT 5095 5096 5097 +CONECT 5096 5095 +CONECT 5097 5095 +CONECT 5098 5099 5100 +CONECT 5099 5098 +CONECT 5100 5098 +CONECT 5101 5102 5103 +CONECT 5102 5101 +CONECT 5103 5101 +CONECT 5104 5105 5106 +CONECT 5105 5104 +CONECT 5106 5104 +CONECT 5107 5108 5109 +CONECT 5108 5107 +CONECT 5109 5107 +CONECT 5110 5111 5112 +CONECT 5111 5110 +CONECT 5112 5110 +CONECT 5113 5114 5115 +CONECT 5114 5113 +CONECT 5115 5113 +CONECT 5116 5117 5118 +CONECT 5117 5116 +CONECT 5118 5116 +CONECT 5119 5120 5121 +CONECT 5120 5119 +CONECT 5121 5119 +CONECT 5122 5123 5124 +CONECT 5123 5122 +CONECT 5124 5122 +CONECT 5125 5126 5127 +CONECT 5126 5125 +CONECT 5127 5125 +CONECT 5128 5129 5130 +CONECT 5129 5128 +CONECT 5130 5128 +CONECT 5131 5132 5133 +CONECT 5132 5131 +CONECT 5133 5131 +CONECT 5134 5135 5136 +CONECT 5135 5134 +CONECT 5136 5134 +CONECT 5137 5138 5139 +CONECT 5138 5137 +CONECT 5139 5137 +CONECT 5140 5141 5142 +CONECT 5141 5140 +CONECT 5142 5140 +CONECT 5143 5144 5145 +CONECT 5144 5143 +CONECT 5145 5143 +CONECT 5146 5147 5148 +CONECT 5147 5146 +CONECT 5148 5146 +CONECT 5149 5150 5151 +CONECT 5150 5149 +CONECT 5151 5149 +CONECT 5152 5153 5154 +CONECT 5153 5152 +CONECT 5154 5152 +CONECT 5155 5156 5157 +CONECT 5156 5155 +CONECT 5157 5155 +CONECT 5158 5159 5160 +CONECT 5159 5158 +CONECT 5160 5158 +CONECT 5161 5162 5163 +CONECT 5162 5161 +CONECT 5163 5161 +CONECT 5164 5165 5166 +CONECT 5165 5164 +CONECT 5166 5164 +CONECT 5167 5168 5169 +CONECT 5168 5167 +CONECT 5169 5167 +CONECT 5170 5171 5172 +CONECT 5171 5170 +CONECT 5172 5170 +CONECT 5173 5174 5175 +CONECT 5174 5173 +CONECT 5175 5173 +CONECT 5176 5177 5178 +CONECT 5177 5176 +CONECT 5178 5176 +CONECT 5179 5180 5181 +CONECT 5180 5179 +CONECT 5181 5179 +CONECT 5182 5183 5184 +CONECT 5183 5182 +CONECT 5184 5182 +CONECT 5185 5186 5187 +CONECT 5186 5185 +CONECT 5187 5185 +CONECT 5188 5189 5190 +CONECT 5189 5188 +CONECT 5190 5188 +CONECT 5191 5192 5193 +CONECT 5192 5191 +CONECT 5193 5191 +CONECT 5194 5195 5196 +CONECT 5195 5194 +CONECT 5196 5194 +CONECT 5197 5198 5199 +CONECT 5198 5197 +CONECT 5199 5197 +CONECT 5200 5201 5202 +CONECT 5201 5200 +CONECT 5202 5200 +CONECT 5203 5204 5205 +CONECT 5204 5203 +CONECT 5205 5203 +CONECT 5206 5207 5208 +CONECT 5207 5206 +CONECT 5208 5206 +CONECT 5209 5210 5211 +CONECT 5210 5209 +CONECT 5211 5209 +CONECT 5212 5213 5214 +CONECT 5213 5212 +CONECT 5214 5212 +CONECT 5215 5216 5217 +CONECT 5216 5215 +CONECT 5217 5215 +CONECT 5218 5219 5220 +CONECT 5219 5218 +CONECT 5220 5218 +CONECT 5221 5222 5223 +CONECT 5222 5221 +CONECT 5223 5221 +CONECT 5224 5225 5226 +CONECT 5225 5224 +CONECT 5226 5224 +CONECT 5227 5228 5229 +CONECT 5228 5227 +CONECT 5229 5227 +CONECT 5230 5231 5232 +CONECT 5231 5230 +CONECT 5232 5230 +CONECT 5233 5234 5235 +CONECT 5234 5233 +CONECT 5235 5233 +CONECT 5236 5237 5238 +CONECT 5237 5236 +CONECT 5238 5236 +CONECT 5239 5240 5241 +CONECT 5240 5239 +CONECT 5241 5239 +CONECT 5242 5243 5244 +CONECT 5243 5242 +CONECT 5244 5242 +CONECT 5245 5246 5247 +CONECT 5246 5245 +CONECT 5247 5245 +CONECT 5248 5249 5250 +CONECT 5249 5248 +CONECT 5250 5248 +CONECT 5251 5252 5253 +CONECT 5252 5251 +CONECT 5253 5251 +CONECT 5254 5255 5256 +CONECT 5255 5254 +CONECT 5256 5254 +CONECT 5257 5258 5259 +CONECT 5258 5257 +CONECT 5259 5257 +CONECT 5260 5261 5262 +CONECT 5261 5260 +CONECT 5262 5260 +CONECT 5263 5264 5265 +CONECT 5264 5263 +CONECT 5265 5263 +CONECT 5266 5267 5268 +CONECT 5267 5266 +CONECT 5268 5266 +CONECT 5269 5270 5271 +CONECT 5270 5269 +CONECT 5271 5269 +CONECT 5272 5273 5274 +CONECT 5273 5272 +CONECT 5274 5272 +CONECT 5275 5276 5277 +CONECT 5276 5275 +CONECT 5277 5275 +CONECT 5278 5279 5280 +CONECT 5279 5278 +CONECT 5280 5278 +CONECT 5281 5282 5283 +CONECT 5282 5281 +CONECT 5283 5281 +CONECT 5284 5285 5286 +CONECT 5285 5284 +CONECT 5286 5284 +CONECT 5287 5288 5289 +CONECT 5288 5287 +CONECT 5289 5287 +CONECT 5290 5291 5292 +CONECT 5291 5290 +CONECT 5292 5290 +CONECT 5293 5294 5295 +CONECT 5294 5293 +CONECT 5295 5293 +CONECT 5296 5297 5298 +CONECT 5297 5296 +CONECT 5298 5296 +CONECT 5299 5300 5301 +CONECT 5300 5299 +CONECT 5301 5299 +CONECT 5302 5303 5304 +CONECT 5303 5302 +CONECT 5304 5302 +CONECT 5305 5306 5307 +CONECT 5306 5305 +CONECT 5307 5305 +CONECT 5308 5309 5310 +CONECT 5309 5308 +CONECT 5310 5308 +CONECT 5311 5312 5313 +CONECT 5312 5311 +CONECT 5313 5311 +CONECT 5314 5315 5316 +CONECT 5315 5314 +CONECT 5316 5314 +CONECT 5317 5318 5319 +CONECT 5318 5317 +CONECT 5319 5317 +CONECT 5320 5321 5322 +CONECT 5321 5320 +CONECT 5322 5320 +CONECT 5323 5324 5325 +CONECT 5324 5323 +CONECT 5325 5323 +CONECT 5326 5327 5328 +CONECT 5327 5326 +CONECT 5328 5326 +CONECT 5329 5330 5331 +CONECT 5330 5329 +CONECT 5331 5329 +CONECT 5332 5333 5334 +CONECT 5333 5332 +CONECT 5334 5332 +CONECT 5335 5336 5337 +CONECT 5336 5335 +CONECT 5337 5335 +CONECT 5338 5339 5340 +CONECT 5339 5338 +CONECT 5340 5338 +CONECT 5341 5342 5343 +CONECT 5342 5341 +CONECT 5343 5341 +CONECT 5344 5345 5346 +CONECT 5345 5344 +CONECT 5346 5344 +CONECT 5347 5348 5349 +CONECT 5348 5347 +CONECT 5349 5347 +CONECT 5350 5351 5352 +CONECT 5351 5350 +CONECT 5352 5350 +CONECT 5353 5354 5355 +CONECT 5354 5353 +CONECT 5355 5353 +CONECT 5356 5357 5358 +CONECT 5357 5356 +CONECT 5358 5356 +CONECT 5359 5360 5361 +CONECT 5360 5359 +CONECT 5361 5359 +CONECT 5362 5363 5364 +CONECT 5363 5362 +CONECT 5364 5362 +CONECT 5365 5366 5367 +CONECT 5366 5365 +CONECT 5367 5365 +CONECT 5368 5369 5370 +CONECT 5369 5368 +CONECT 5370 5368 +CONECT 5371 5372 5373 +CONECT 5372 5371 +CONECT 5373 5371 +CONECT 5374 5375 5376 +CONECT 5375 5374 +CONECT 5376 5374 +CONECT 5377 5378 5379 +CONECT 5378 5377 +CONECT 5379 5377 +CONECT 5380 5381 5382 +CONECT 5381 5380 +CONECT 5382 5380 +CONECT 5383 5384 5385 +CONECT 5384 5383 +CONECT 5385 5383 +CONECT 5386 5387 5388 +CONECT 5387 5386 +CONECT 5388 5386 +CONECT 5389 5390 5391 +CONECT 5390 5389 +CONECT 5391 5389 +CONECT 5392 5393 5394 +CONECT 5393 5392 +CONECT 5394 5392 +CONECT 5395 5396 5397 +CONECT 5396 5395 +CONECT 5397 5395 +CONECT 5398 5399 5400 +CONECT 5399 5398 +CONECT 5400 5398 +CONECT 5401 5402 5403 +CONECT 5402 5401 +CONECT 5403 5401 +CONECT 5404 5405 5406 +CONECT 5405 5404 +CONECT 5406 5404 +CONECT 5407 5408 5409 +CONECT 5408 5407 +CONECT 5409 5407 +CONECT 5410 5411 5412 +CONECT 5411 5410 +CONECT 5412 5410 +CONECT 5413 5414 5415 +CONECT 5414 5413 +CONECT 5415 5413 +CONECT 5416 5417 5418 +CONECT 5417 5416 +CONECT 5418 5416 +CONECT 5419 5420 5421 +CONECT 5420 5419 +CONECT 5421 5419 +CONECT 5422 5423 5424 +CONECT 5423 5422 +CONECT 5424 5422 +CONECT 5425 5426 5427 +CONECT 5426 5425 +CONECT 5427 5425 +CONECT 5428 5429 5430 +CONECT 5429 5428 +CONECT 5430 5428 +CONECT 5431 5432 5433 +CONECT 5432 5431 +CONECT 5433 5431 +CONECT 5434 5435 5436 +CONECT 5435 5434 +CONECT 5436 5434 +CONECT 5437 5438 5439 +CONECT 5438 5437 +CONECT 5439 5437 +CONECT 5440 5441 5442 +CONECT 5441 5440 +CONECT 5442 5440 +CONECT 5443 5444 5445 +CONECT 5444 5443 +CONECT 5445 5443 +CONECT 5446 5447 5448 +CONECT 5447 5446 +CONECT 5448 5446 +CONECT 5449 5450 5451 +CONECT 5450 5449 +CONECT 5451 5449 +CONECT 5452 5453 5454 +CONECT 5453 5452 +CONECT 5454 5452 +CONECT 5455 5456 5457 +CONECT 5456 5455 +CONECT 5457 5455 +CONECT 5458 5459 5460 +CONECT 5459 5458 +CONECT 5460 5458 +CONECT 5461 5462 5463 +CONECT 5462 5461 +CONECT 5463 5461 +CONECT 5464 5465 5466 +CONECT 5465 5464 +CONECT 5466 5464 +CONECT 5467 5468 5469 +CONECT 5468 5467 +CONECT 5469 5467 +CONECT 5470 5471 5472 +CONECT 5471 5470 +CONECT 5472 5470 +CONECT 5473 5474 5475 +CONECT 5474 5473 +CONECT 5475 5473 +CONECT 5476 5477 5478 +CONECT 5477 5476 +CONECT 5478 5476 +CONECT 5479 5480 5481 +CONECT 5480 5479 +CONECT 5481 5479 +CONECT 5482 5483 5484 +CONECT 5483 5482 +CONECT 5484 5482 +CONECT 5485 5486 5487 +CONECT 5486 5485 +CONECT 5487 5485 +CONECT 5488 5489 5490 +CONECT 5489 5488 +CONECT 5490 5488 +CONECT 5491 5492 5493 +CONECT 5492 5491 +CONECT 5493 5491 +CONECT 5494 5495 5496 +CONECT 5495 5494 +CONECT 5496 5494 +CONECT 5497 5498 5499 +CONECT 5498 5497 +CONECT 5499 5497 +CONECT 5500 5501 5502 +CONECT 5501 5500 +CONECT 5502 5500 +CONECT 5503 5504 5505 +CONECT 5504 5503 +CONECT 5505 5503 +CONECT 5506 5507 5508 +CONECT 5507 5506 +CONECT 5508 5506 +CONECT 5509 5510 5511 +CONECT 5510 5509 +CONECT 5511 5509 +CONECT 5512 5513 5514 +CONECT 5513 5512 +CONECT 5514 5512 +CONECT 5515 5516 5517 +CONECT 5516 5515 +CONECT 5517 5515 +CONECT 5518 5519 5520 +CONECT 5519 5518 +CONECT 5520 5518 +CONECT 5521 5522 5523 +CONECT 5522 5521 +CONECT 5523 5521 +CONECT 5524 5525 5526 +CONECT 5525 5524 +CONECT 5526 5524 +CONECT 5527 5528 5529 +CONECT 5528 5527 +CONECT 5529 5527 +CONECT 5530 5531 5532 +CONECT 5531 5530 +CONECT 5532 5530 +CONECT 5533 5534 5535 +CONECT 5534 5533 +CONECT 5535 5533 +CONECT 5536 5537 5538 +CONECT 5537 5536 +CONECT 5538 5536 +CONECT 5539 5540 5541 +CONECT 5540 5539 +CONECT 5541 5539 +CONECT 5542 5543 5544 +CONECT 5543 5542 +CONECT 5544 5542 +CONECT 5545 5546 5547 +CONECT 5546 5545 +CONECT 5547 5545 +CONECT 5548 5549 5550 +CONECT 5549 5548 +CONECT 5550 5548 +CONECT 5551 5552 5553 +CONECT 5552 5551 +CONECT 5553 5551 +CONECT 5554 5555 5556 +CONECT 5555 5554 +CONECT 5556 5554 +CONECT 5557 5558 5559 +CONECT 5558 5557 +CONECT 5559 5557 +CONECT 5560 5561 5562 +CONECT 5561 5560 +CONECT 5562 5560 +CONECT 5563 5564 5565 +CONECT 5564 5563 +CONECT 5565 5563 +CONECT 5566 5567 5568 +CONECT 5567 5566 +CONECT 5568 5566 +CONECT 5569 5570 5571 +CONECT 5570 5569 +CONECT 5571 5569 +CONECT 5572 5573 5574 +CONECT 5573 5572 +CONECT 5574 5572 +CONECT 5575 5576 5577 +CONECT 5576 5575 +CONECT 5577 5575 +CONECT 5578 5579 5580 +CONECT 5579 5578 +CONECT 5580 5578 +CONECT 5581 5582 5583 +CONECT 5582 5581 +CONECT 5583 5581 +CONECT 5584 5585 5586 +CONECT 5585 5584 +CONECT 5586 5584 +CONECT 5587 5588 5589 +CONECT 5588 5587 +CONECT 5589 5587 +CONECT 5590 5591 5592 +CONECT 5591 5590 +CONECT 5592 5590 +CONECT 5593 5594 5595 +CONECT 5594 5593 +CONECT 5595 5593 +CONECT 5596 5597 5598 +CONECT 5597 5596 +CONECT 5598 5596 +CONECT 5599 5600 5601 +CONECT 5600 5599 +CONECT 5601 5599 +CONECT 5602 5603 5604 +CONECT 5603 5602 +CONECT 5604 5602 +CONECT 5605 5606 5607 +CONECT 5606 5605 +CONECT 5607 5605 +CONECT 5608 5609 5610 +CONECT 5609 5608 +CONECT 5610 5608 +CONECT 5611 5612 5613 +CONECT 5612 5611 +CONECT 5613 5611 +CONECT 5614 5615 5616 +CONECT 5615 5614 +CONECT 5616 5614 +CONECT 5617 5618 5619 +CONECT 5618 5617 +CONECT 5619 5617 +CONECT 5620 5621 5622 +CONECT 5621 5620 +CONECT 5622 5620 +CONECT 5623 5624 5625 +CONECT 5624 5623 +CONECT 5625 5623 +CONECT 5626 5627 5628 +CONECT 5627 5626 +CONECT 5628 5626 +CONECT 5629 5630 5631 +CONECT 5630 5629 +CONECT 5631 5629 +CONECT 5632 5633 5634 +CONECT 5633 5632 +CONECT 5634 5632 +CONECT 5635 5636 5637 +CONECT 5636 5635 +CONECT 5637 5635 +CONECT 5638 5639 5640 +CONECT 5639 5638 +CONECT 5640 5638 +CONECT 5641 5642 5643 +CONECT 5642 5641 +CONECT 5643 5641 +CONECT 5644 5645 5646 +CONECT 5645 5644 +CONECT 5646 5644 +CONECT 5647 5648 5649 +CONECT 5648 5647 +CONECT 5649 5647 +CONECT 5650 5651 5652 +CONECT 5651 5650 +CONECT 5652 5650 +CONECT 5653 5654 5655 +CONECT 5654 5653 +CONECT 5655 5653 +CONECT 5656 5657 5658 +CONECT 5657 5656 +CONECT 5658 5656 +CONECT 5659 5660 5661 +CONECT 5660 5659 +CONECT 5661 5659 +CONECT 5662 5663 5664 +CONECT 5663 5662 +CONECT 5664 5662 +CONECT 5665 5666 5667 +CONECT 5666 5665 +CONECT 5667 5665 +CONECT 5668 5669 5670 +CONECT 5669 5668 +CONECT 5670 5668 +CONECT 5671 5672 5673 +CONECT 5672 5671 +CONECT 5673 5671 +CONECT 5674 5675 5676 +CONECT 5675 5674 +CONECT 5676 5674 +CONECT 5677 5678 5679 +CONECT 5678 5677 +CONECT 5679 5677 +CONECT 5680 5681 5682 +CONECT 5681 5680 +CONECT 5682 5680 +CONECT 5683 5684 5685 +CONECT 5684 5683 +CONECT 5685 5683 +CONECT 5686 5687 5688 +CONECT 5687 5686 +CONECT 5688 5686 +CONECT 5689 5690 5691 +CONECT 5690 5689 +CONECT 5691 5689 +CONECT 5692 5693 5694 +CONECT 5693 5692 +CONECT 5694 5692 +CONECT 5695 5696 5697 +CONECT 5696 5695 +CONECT 5697 5695 +CONECT 5698 5699 5700 +CONECT 5699 5698 +CONECT 5700 5698 +CONECT 5701 5702 5703 +CONECT 5702 5701 +CONECT 5703 5701 +CONECT 5704 5705 5706 +CONECT 5705 5704 +CONECT 5706 5704 +CONECT 5707 5708 5709 +CONECT 5708 5707 +CONECT 5709 5707 +CONECT 5710 5711 5712 +CONECT 5711 5710 +CONECT 5712 5710 +CONECT 5713 5714 5715 +CONECT 5714 5713 +CONECT 5715 5713 +CONECT 5716 5717 5718 +CONECT 5717 5716 +CONECT 5718 5716 +CONECT 5719 5720 5721 +CONECT 5720 5719 +CONECT 5721 5719 +CONECT 5722 5723 5724 +CONECT 5723 5722 +CONECT 5724 5722 +CONECT 5725 5726 5727 +CONECT 5726 5725 +CONECT 5727 5725 +CONECT 5728 5729 5730 +CONECT 5729 5728 +CONECT 5730 5728 +CONECT 5731 5732 5733 +CONECT 5732 5731 +CONECT 5733 5731 +CONECT 5734 5735 5736 +CONECT 5735 5734 +CONECT 5736 5734 +CONECT 5737 5738 5739 +CONECT 5738 5737 +CONECT 5739 5737 +CONECT 5740 5741 5742 +CONECT 5741 5740 +CONECT 5742 5740 +CONECT 5743 5744 5745 +CONECT 5744 5743 +CONECT 5745 5743 +CONECT 5746 5747 5748 +CONECT 5747 5746 +CONECT 5748 5746 +CONECT 5749 5750 5751 +CONECT 5750 5749 +CONECT 5751 5749 +CONECT 5752 5753 5754 +CONECT 5753 5752 +CONECT 5754 5752 +CONECT 5755 5756 5757 +CONECT 5756 5755 +CONECT 5757 5755 +CONECT 5758 5759 5760 +CONECT 5759 5758 +CONECT 5760 5758 +CONECT 5761 5762 5763 +CONECT 5762 5761 +CONECT 5763 5761 +CONECT 5764 5765 5766 +CONECT 5765 5764 +CONECT 5766 5764 +CONECT 5767 5768 5769 +CONECT 5768 5767 +CONECT 5769 5767 +CONECT 5770 5771 5772 +CONECT 5771 5770 +CONECT 5772 5770 +CONECT 5773 5774 5775 +CONECT 5774 5773 +CONECT 5775 5773 +CONECT 5776 5777 5778 +CONECT 5777 5776 +CONECT 5778 5776 +CONECT 5779 5780 5781 +CONECT 5780 5779 +CONECT 5781 5779 +CONECT 5782 5783 5784 +CONECT 5783 5782 +CONECT 5784 5782 +CONECT 5785 5786 5787 +CONECT 5786 5785 +CONECT 5787 5785 +CONECT 5788 5789 5790 +CONECT 5789 5788 +CONECT 5790 5788 +CONECT 5791 5792 5793 +CONECT 5792 5791 +CONECT 5793 5791 +CONECT 5794 5795 5796 +CONECT 5795 5794 +CONECT 5796 5794 +CONECT 5797 5798 5799 +CONECT 5798 5797 +CONECT 5799 5797 +CONECT 5800 5801 5802 +CONECT 5801 5800 +CONECT 5802 5800 +CONECT 5803 5804 5805 +CONECT 5804 5803 +CONECT 5805 5803 +CONECT 5806 5807 5808 +CONECT 5807 5806 +CONECT 5808 5806 +CONECT 5809 5810 5811 +CONECT 5810 5809 +CONECT 5811 5809 +CONECT 5812 5813 5814 +CONECT 5813 5812 +CONECT 5814 5812 +CONECT 5815 5816 5817 +CONECT 5816 5815 +CONECT 5817 5815 +CONECT 5818 5819 5820 +CONECT 5819 5818 +CONECT 5820 5818 +CONECT 5821 5822 5823 +CONECT 5822 5821 +CONECT 5823 5821 +CONECT 5824 5825 5826 +CONECT 5825 5824 +CONECT 5826 5824 +CONECT 5827 5828 5829 +CONECT 5828 5827 +CONECT 5829 5827 +CONECT 5830 5831 5832 +CONECT 5831 5830 +CONECT 5832 5830 +CONECT 5833 5834 5835 +CONECT 5834 5833 +CONECT 5835 5833 +CONECT 5836 5837 5838 +CONECT 5837 5836 +CONECT 5838 5836 +CONECT 5839 5840 5841 +CONECT 5840 5839 +CONECT 5841 5839 +CONECT 5842 5843 5844 +CONECT 5843 5842 +CONECT 5844 5842 +CONECT 5845 5846 5847 +CONECT 5846 5845 +CONECT 5847 5845 +CONECT 5848 5849 5850 +CONECT 5849 5848 +CONECT 5850 5848 +CONECT 5851 5852 5853 +CONECT 5852 5851 +CONECT 5853 5851 +CONECT 5854 5855 5856 +CONECT 5855 5854 +CONECT 5856 5854 +CONECT 5857 5858 5859 +CONECT 5858 5857 +CONECT 5859 5857 +CONECT 5860 5861 5862 +CONECT 5861 5860 +CONECT 5862 5860 +CONECT 5863 5864 5865 +CONECT 5864 5863 +CONECT 5865 5863 +CONECT 5866 5867 5868 +CONECT 5867 5866 +CONECT 5868 5866 +CONECT 5869 5870 5871 +CONECT 5870 5869 +CONECT 5871 5869 +CONECT 5872 5873 5874 +CONECT 5873 5872 +CONECT 5874 5872 +CONECT 5875 5876 5877 +CONECT 5876 5875 +CONECT 5877 5875 +CONECT 5878 5879 5880 +CONECT 5879 5878 +CONECT 5880 5878 +CONECT 5881 5882 5883 +CONECT 5882 5881 +CONECT 5883 5881 +CONECT 5884 5885 5886 +CONECT 5885 5884 +CONECT 5886 5884 +CONECT 5887 5888 5889 +CONECT 5888 5887 +CONECT 5889 5887 +CONECT 5890 5891 5892 +CONECT 5891 5890 +CONECT 5892 5890 +CONECT 5893 5894 5895 +CONECT 5894 5893 +CONECT 5895 5893 +CONECT 5896 5897 5898 +CONECT 5897 5896 +CONECT 5898 5896 +CONECT 5899 5900 5901 +CONECT 5900 5899 +CONECT 5901 5899 +CONECT 5902 5903 5904 +CONECT 5903 5902 +CONECT 5904 5902 +CONECT 5905 5906 5907 +CONECT 5906 5905 +CONECT 5907 5905 +CONECT 5908 5909 5910 +CONECT 5909 5908 +CONECT 5910 5908 +CONECT 5911 5912 5913 +CONECT 5912 5911 +CONECT 5913 5911 +CONECT 5914 5915 5916 +CONECT 5915 5914 +CONECT 5916 5914 +CONECT 5917 5918 5919 +CONECT 5918 5917 +CONECT 5919 5917 +CONECT 5920 5921 5922 +CONECT 5921 5920 +CONECT 5922 5920 +CONECT 5923 5924 5925 +CONECT 5924 5923 +CONECT 5925 5923 +CONECT 5926 5927 5928 +CONECT 5927 5926 +CONECT 5928 5926 +CONECT 5929 5930 5931 +CONECT 5930 5929 +CONECT 5931 5929 +CONECT 5932 5933 5934 +CONECT 5933 5932 +CONECT 5934 5932 +CONECT 5935 5936 5937 +CONECT 5936 5935 +CONECT 5937 5935 +CONECT 5938 5939 5940 +CONECT 5939 5938 +CONECT 5940 5938 +CONECT 5941 5942 5943 +CONECT 5942 5941 +CONECT 5943 5941 +CONECT 5944 5945 5946 +CONECT 5945 5944 +CONECT 5946 5944 +CONECT 5947 5948 5949 +CONECT 5948 5947 +CONECT 5949 5947 +CONECT 5950 5951 5952 +CONECT 5951 5950 +CONECT 5952 5950 +CONECT 5953 5954 5955 +CONECT 5954 5953 +CONECT 5955 5953 +CONECT 5956 5957 5958 +CONECT 5957 5956 +CONECT 5958 5956 +CONECT 5959 5960 5961 +CONECT 5960 5959 +CONECT 5961 5959 +CONECT 5962 5963 5964 +CONECT 5963 5962 +CONECT 5964 5962 +CONECT 5965 5966 5967 +CONECT 5966 5965 +CONECT 5967 5965 +CONECT 5968 5969 5970 +CONECT 5969 5968 +CONECT 5970 5968 +CONECT 5971 5972 5973 +CONECT 5972 5971 +CONECT 5973 5971 +CONECT 5974 5975 5976 +CONECT 5975 5974 +CONECT 5976 5974 +CONECT 5977 5978 5979 +CONECT 5978 5977 +CONECT 5979 5977 +CONECT 5980 5981 5982 +CONECT 5981 5980 +CONECT 5982 5980 +CONECT 5983 5984 5985 +CONECT 5984 5983 +CONECT 5985 5983 +CONECT 5986 5987 5988 +CONECT 5987 5986 +CONECT 5988 5986 +CONECT 5989 5990 5991 +CONECT 5990 5989 +CONECT 5991 5989 +CONECT 5992 5993 5994 +CONECT 5993 5992 +CONECT 5994 5992 +CONECT 5995 5996 5997 +CONECT 5996 5995 +CONECT 5997 5995 +CONECT 5998 5999 6000 +CONECT 5999 5998 +CONECT 6000 5998 +CONECT 6001 6002 6003 +CONECT 6002 6001 +CONECT 6003 6001 +CONECT 6004 6005 6006 +CONECT 6005 6004 +CONECT 6006 6004 +CONECT 6007 6008 6009 +CONECT 6008 6007 +CONECT 6009 6007 +CONECT 6010 6011 6012 +CONECT 6011 6010 +CONECT 6012 6010 +CONECT 6013 6014 6015 +CONECT 6014 6013 +CONECT 6015 6013 +CONECT 6016 6017 6018 +CONECT 6017 6016 +CONECT 6018 6016 +CONECT 6019 6020 6021 +CONECT 6020 6019 +CONECT 6021 6019 +CONECT 6022 6023 6024 +CONECT 6023 6022 +CONECT 6024 6022 +CONECT 6025 6026 6027 +CONECT 6026 6025 +CONECT 6027 6025 +CONECT 6028 6029 6030 +CONECT 6029 6028 +CONECT 6030 6028 +CONECT 6031 6032 6033 +CONECT 6032 6031 +CONECT 6033 6031 +CONECT 6034 6035 6036 +CONECT 6035 6034 +CONECT 6036 6034 +CONECT 6037 6038 6039 +CONECT 6038 6037 +CONECT 6039 6037 +CONECT 6040 6041 6042 +CONECT 6041 6040 +CONECT 6042 6040 +CONECT 6043 6044 6045 +CONECT 6044 6043 +CONECT 6045 6043 +CONECT 6046 6047 6048 +CONECT 6047 6046 +CONECT 6048 6046 +CONECT 6049 6050 6051 +CONECT 6050 6049 +CONECT 6051 6049 +CONECT 6052 6053 6054 +CONECT 6053 6052 +CONECT 6054 6052 +CONECT 6055 6056 6057 +CONECT 6056 6055 +CONECT 6057 6055 +CONECT 6058 6059 6060 +CONECT 6059 6058 +CONECT 6060 6058 +CONECT 6061 6062 6063 +CONECT 6062 6061 +CONECT 6063 6061 +CONECT 6064 6065 6066 +CONECT 6065 6064 +CONECT 6066 6064 +CONECT 6067 6068 6069 +CONECT 6068 6067 +CONECT 6069 6067 +CONECT 6070 6071 6072 +CONECT 6071 6070 +CONECT 6072 6070 +CONECT 6073 6074 6075 +CONECT 6074 6073 +CONECT 6075 6073 +CONECT 6076 6077 6078 +CONECT 6077 6076 +CONECT 6078 6076 +CONECT 6079 6080 6081 +CONECT 6080 6079 +CONECT 6081 6079 +CONECT 6082 6083 6084 +CONECT 6083 6082 +CONECT 6084 6082 +CONECT 6085 6086 6087 +CONECT 6086 6085 +CONECT 6087 6085 +CONECT 6088 6089 6090 +CONECT 6089 6088 +CONECT 6090 6088 +CONECT 6091 6092 6093 +CONECT 6092 6091 +CONECT 6093 6091 +CONECT 6094 6095 6096 +CONECT 6095 6094 +CONECT 6096 6094 +CONECT 6097 6098 6099 +CONECT 6098 6097 +CONECT 6099 6097 +CONECT 6100 6101 6102 +CONECT 6101 6100 +CONECT 6102 6100 +CONECT 6103 6104 6105 +CONECT 6104 6103 +CONECT 6105 6103 +CONECT 6106 6107 6108 +CONECT 6107 6106 +CONECT 6108 6106 +CONECT 6109 6110 6111 +CONECT 6110 6109 +CONECT 6111 6109 +CONECT 6112 6113 6114 +CONECT 6113 6112 +CONECT 6114 6112 +CONECT 6115 6116 6117 +CONECT 6116 6115 +CONECT 6117 6115 +CONECT 6118 6119 6120 +CONECT 6119 6118 +CONECT 6120 6118 +CONECT 6121 6122 6123 +CONECT 6122 6121 +CONECT 6123 6121 +CONECT 6124 6125 6126 +CONECT 6125 6124 +CONECT 6126 6124 +CONECT 6127 6128 6129 +CONECT 6128 6127 +CONECT 6129 6127 +CONECT 6130 6131 6132 +CONECT 6131 6130 +CONECT 6132 6130 +CONECT 6133 6134 6135 +CONECT 6134 6133 +CONECT 6135 6133 +CONECT 6136 6137 6138 +CONECT 6137 6136 +CONECT 6138 6136 +CONECT 6139 6140 6141 +CONECT 6140 6139 +CONECT 6141 6139 +CONECT 6142 6143 6144 +CONECT 6143 6142 +CONECT 6144 6142 +CONECT 6145 6146 6147 +CONECT 6146 6145 +CONECT 6147 6145 +CONECT 6148 6149 6150 +CONECT 6149 6148 +CONECT 6150 6148 +CONECT 6151 6152 6153 +CONECT 6152 6151 +CONECT 6153 6151 +CONECT 6154 6155 6156 +CONECT 6155 6154 +CONECT 6156 6154 +CONECT 6157 6158 6159 +CONECT 6158 6157 +CONECT 6159 6157 +CONECT 6160 6161 6162 +CONECT 6161 6160 +CONECT 6162 6160 +CONECT 6163 6164 6165 +CONECT 6164 6163 +CONECT 6165 6163 +CONECT 6166 6167 6168 +CONECT 6167 6166 +CONECT 6168 6166 +CONECT 6169 6170 6171 +CONECT 6170 6169 +CONECT 6171 6169 +CONECT 6172 6173 6174 +CONECT 6173 6172 +CONECT 6174 6172 +CONECT 6175 6176 6177 +CONECT 6176 6175 +CONECT 6177 6175 +CONECT 6178 6179 6180 +CONECT 6179 6178 +CONECT 6180 6178 +CONECT 6181 6182 6183 +CONECT 6182 6181 +CONECT 6183 6181 +CONECT 6184 6185 6186 +CONECT 6185 6184 +CONECT 6186 6184 +CONECT 6187 6188 6189 +CONECT 6188 6187 +CONECT 6189 6187 +CONECT 6190 6191 6192 +CONECT 6191 6190 +CONECT 6192 6190 +CONECT 6193 6194 6195 +CONECT 6194 6193 +CONECT 6195 6193 +CONECT 6196 6197 6198 +CONECT 6197 6196 +CONECT 6198 6196 +CONECT 6199 6200 6201 +CONECT 6200 6199 +CONECT 6201 6199 +CONECT 6202 6203 6204 +CONECT 6203 6202 +CONECT 6204 6202 +CONECT 6205 6206 6207 +CONECT 6206 6205 +CONECT 6207 6205 +CONECT 6208 6209 6210 +CONECT 6209 6208 +CONECT 6210 6208 +CONECT 6211 6212 6213 +CONECT 6212 6211 +CONECT 6213 6211 +CONECT 6214 6215 6216 +CONECT 6215 6214 +CONECT 6216 6214 +CONECT 6217 6218 6219 +CONECT 6218 6217 +CONECT 6219 6217 +CONECT 6220 6221 6222 +CONECT 6221 6220 +CONECT 6222 6220 +CONECT 6223 6224 6225 +CONECT 6224 6223 +CONECT 6225 6223 +CONECT 6226 6227 6228 +CONECT 6227 6226 +CONECT 6228 6226 +CONECT 6229 6230 6231 +CONECT 6230 6229 +CONECT 6231 6229 +CONECT 6232 6233 6234 +CONECT 6233 6232 +CONECT 6234 6232 +CONECT 6235 6236 6237 +CONECT 6236 6235 +CONECT 6237 6235 +CONECT 6238 6239 6240 +CONECT 6239 6238 +CONECT 6240 6238 +CONECT 6241 6242 6243 +CONECT 6242 6241 +CONECT 6243 6241 +CONECT 6244 6245 6246 +CONECT 6245 6244 +CONECT 6246 6244 +CONECT 6247 6248 6249 +CONECT 6248 6247 +CONECT 6249 6247 +CONECT 6250 6251 6252 +CONECT 6251 6250 +CONECT 6252 6250 +CONECT 6253 6254 6255 +CONECT 6254 6253 +CONECT 6255 6253 +CONECT 6256 6257 6258 +CONECT 6257 6256 +CONECT 6258 6256 +CONECT 6259 6260 6261 +CONECT 6260 6259 +CONECT 6261 6259 +CONECT 6262 6263 6264 +CONECT 6263 6262 +CONECT 6264 6262 +CONECT 6265 6266 6267 +CONECT 6266 6265 +CONECT 6267 6265 +CONECT 6268 6269 6270 +CONECT 6269 6268 +CONECT 6270 6268 +CONECT 6271 6272 6273 +CONECT 6272 6271 +CONECT 6273 6271 +CONECT 6274 6275 6276 +CONECT 6275 6274 +CONECT 6276 6274 +CONECT 6277 6278 6279 +CONECT 6278 6277 +CONECT 6279 6277 +CONECT 6280 6281 6282 +CONECT 6281 6280 +CONECT 6282 6280 +CONECT 6283 6284 6285 +CONECT 6284 6283 +CONECT 6285 6283 +CONECT 6286 6287 6288 +CONECT 6287 6286 +CONECT 6288 6286 +CONECT 6289 6290 6291 +CONECT 6290 6289 +CONECT 6291 6289 +CONECT 6292 6293 6294 +CONECT 6293 6292 +CONECT 6294 6292 +CONECT 6295 6296 6297 +CONECT 6296 6295 +CONECT 6297 6295 +CONECT 6298 6299 6300 +CONECT 6299 6298 +CONECT 6300 6298 +CONECT 6301 6302 6303 +CONECT 6302 6301 +CONECT 6303 6301 +CONECT 6304 6305 6306 +CONECT 6305 6304 +CONECT 6306 6304 +CONECT 6307 6308 6309 +CONECT 6308 6307 +CONECT 6309 6307 +CONECT 6310 6311 6312 +CONECT 6311 6310 +CONECT 6312 6310 +CONECT 6313 6314 6315 +CONECT 6314 6313 +CONECT 6315 6313 +CONECT 6316 6317 6318 +CONECT 6317 6316 +CONECT 6318 6316 +CONECT 6319 6320 6321 +CONECT 6320 6319 +CONECT 6321 6319 +CONECT 6322 6323 6324 +CONECT 6323 6322 +CONECT 6324 6322 +CONECT 6325 6326 6327 +CONECT 6326 6325 +CONECT 6327 6325 +CONECT 6328 6329 6330 +CONECT 6329 6328 +CONECT 6330 6328 +CONECT 6331 6332 6333 +CONECT 6332 6331 +CONECT 6333 6331 +CONECT 6334 6335 6336 +CONECT 6335 6334 +CONECT 6336 6334 +CONECT 6337 6338 6339 +CONECT 6338 6337 +CONECT 6339 6337 +CONECT 6340 6341 6342 +CONECT 6341 6340 +CONECT 6342 6340 +CONECT 6343 6344 6345 +CONECT 6344 6343 +CONECT 6345 6343 +CONECT 6346 6347 6348 +CONECT 6347 6346 +CONECT 6348 6346 +CONECT 6349 6350 6351 +CONECT 6350 6349 +CONECT 6351 6349 +CONECT 6352 6353 6354 +CONECT 6353 6352 +CONECT 6354 6352 +CONECT 6355 6356 6357 +CONECT 6356 6355 +CONECT 6357 6355 +CONECT 6358 6359 6360 +CONECT 6359 6358 +CONECT 6360 6358 +CONECT 6361 6362 6363 +CONECT 6362 6361 +CONECT 6363 6361 +CONECT 6364 6365 6366 +CONECT 6365 6364 +CONECT 6366 6364 +CONECT 6367 6368 6369 +CONECT 6368 6367 +CONECT 6369 6367 +CONECT 6370 6371 6372 +CONECT 6371 6370 +CONECT 6372 6370 +CONECT 6373 6374 6375 +CONECT 6374 6373 +CONECT 6375 6373 +CONECT 6376 6377 6378 +CONECT 6377 6376 +CONECT 6378 6376 +CONECT 6379 6380 6381 +CONECT 6380 6379 +CONECT 6381 6379 +CONECT 6382 6383 6384 +CONECT 6383 6382 +CONECT 6384 6382 +CONECT 6385 6386 6387 +CONECT 6386 6385 +CONECT 6387 6385 +CONECT 6388 6389 6390 +CONECT 6389 6388 +CONECT 6390 6388 +CONECT 6391 6392 6393 +CONECT 6392 6391 +CONECT 6393 6391 +CONECT 6394 6395 6396 +CONECT 6395 6394 +CONECT 6396 6394 +CONECT 6397 6398 6399 +CONECT 6398 6397 +CONECT 6399 6397 +CONECT 6400 6401 6402 +CONECT 6401 6400 +CONECT 6402 6400 +CONECT 6403 6404 6405 +CONECT 6404 6403 +CONECT 6405 6403 +CONECT 6406 6407 6408 +CONECT 6407 6406 +CONECT 6408 6406 +CONECT 6409 6410 6411 +CONECT 6410 6409 +CONECT 6411 6409 +CONECT 6412 6413 6414 +CONECT 6413 6412 +CONECT 6414 6412 +CONECT 6415 6416 6417 +CONECT 6416 6415 +CONECT 6417 6415 +CONECT 6418 6419 6420 +CONECT 6419 6418 +CONECT 6420 6418 +CONECT 6421 6422 6423 +CONECT 6422 6421 +CONECT 6423 6421 +CONECT 6424 6425 6426 +CONECT 6425 6424 +CONECT 6426 6424 +CONECT 6427 6428 6429 +CONECT 6428 6427 +CONECT 6429 6427 +CONECT 6430 6431 6432 +CONECT 6431 6430 +CONECT 6432 6430 +CONECT 6433 6434 6435 +CONECT 6434 6433 +CONECT 6435 6433 +CONECT 6436 6437 6438 +CONECT 6437 6436 +CONECT 6438 6436 +CONECT 6439 6440 6441 +CONECT 6440 6439 +CONECT 6441 6439 +CONECT 6442 6443 6444 +CONECT 6443 6442 +CONECT 6444 6442 +CONECT 6445 6446 6447 +CONECT 6446 6445 +CONECT 6447 6445 +CONECT 6448 6449 6450 +CONECT 6449 6448 +CONECT 6450 6448 +CONECT 6451 6452 6453 +CONECT 6452 6451 +CONECT 6453 6451 +CONECT 6454 6455 6456 +CONECT 6455 6454 +CONECT 6456 6454 +CONECT 6457 6458 6459 +CONECT 6458 6457 +CONECT 6459 6457 +CONECT 6460 6461 6462 +CONECT 6461 6460 +CONECT 6462 6460 +CONECT 6463 6464 6465 +CONECT 6464 6463 +CONECT 6465 6463 +CONECT 6466 6467 6468 +CONECT 6467 6466 +CONECT 6468 6466 +CONECT 6469 6470 6471 +CONECT 6470 6469 +CONECT 6471 6469 +CONECT 6472 6473 6474 +CONECT 6473 6472 +CONECT 6474 6472 +CONECT 6475 6476 6477 +CONECT 6476 6475 +CONECT 6477 6475 +CONECT 6478 6479 6480 +CONECT 6479 6478 +CONECT 6480 6478 +CONECT 6481 6482 6483 +CONECT 6482 6481 +CONECT 6483 6481 +CONECT 6484 6485 6486 +CONECT 6485 6484 +CONECT 6486 6484 +CONECT 6487 6488 6489 +CONECT 6488 6487 +CONECT 6489 6487 +CONECT 6490 6491 6492 +CONECT 6491 6490 +CONECT 6492 6490 +CONECT 6493 6494 6495 +CONECT 6494 6493 +CONECT 6495 6493 +CONECT 6496 6497 6498 +CONECT 6497 6496 +CONECT 6498 6496 +CONECT 6499 6500 6501 +CONECT 6500 6499 +CONECT 6501 6499 +CONECT 6502 6503 6504 +CONECT 6503 6502 +CONECT 6504 6502 +CONECT 6505 6506 6507 +CONECT 6506 6505 +CONECT 6507 6505 +CONECT 6508 6509 6510 +CONECT 6509 6508 +CONECT 6510 6508 +CONECT 6511 6512 6513 +CONECT 6512 6511 +CONECT 6513 6511 +CONECT 6514 6515 6516 +CONECT 6515 6514 +CONECT 6516 6514 +CONECT 6517 6518 6519 +CONECT 6518 6517 +CONECT 6519 6517 +CONECT 6520 6521 6522 +CONECT 6521 6520 +CONECT 6522 6520 +CONECT 6523 6524 6525 +CONECT 6524 6523 +CONECT 6525 6523 +CONECT 6526 6527 6528 +CONECT 6527 6526 +CONECT 6528 6526 +CONECT 6529 6530 6531 +CONECT 6530 6529 +CONECT 6531 6529 +CONECT 6532 6533 6534 +CONECT 6533 6532 +CONECT 6534 6532 +CONECT 6535 6536 6537 +CONECT 6536 6535 +CONECT 6537 6535 +CONECT 6538 6539 6540 +CONECT 6539 6538 +CONECT 6540 6538 +CONECT 6541 6542 6543 +CONECT 6542 6541 +CONECT 6543 6541 +CONECT 6544 6545 6546 +CONECT 6545 6544 +CONECT 6546 6544 +CONECT 6547 6548 6549 +CONECT 6548 6547 +CONECT 6549 6547 +CONECT 6550 6551 6552 +CONECT 6551 6550 +CONECT 6552 6550 +CONECT 6553 6554 6555 +CONECT 6554 6553 +CONECT 6555 6553 +CONECT 6556 6557 6558 +CONECT 6557 6556 +CONECT 6558 6556 +CONECT 6559 6560 6561 +CONECT 6560 6559 +CONECT 6561 6559 +CONECT 6562 6563 6564 +CONECT 6563 6562 +CONECT 6564 6562 +CONECT 6565 6566 6567 +CONECT 6566 6565 +CONECT 6567 6565 +CONECT 6568 6569 6570 +CONECT 6569 6568 +CONECT 6570 6568 +CONECT 6571 6572 6573 +CONECT 6572 6571 +CONECT 6573 6571 +CONECT 6574 6575 6576 +CONECT 6575 6574 +CONECT 6576 6574 +CONECT 6577 6578 6579 +CONECT 6578 6577 +CONECT 6579 6577 +CONECT 6580 6581 6582 +CONECT 6581 6580 +CONECT 6582 6580 +CONECT 6583 6584 6585 +CONECT 6584 6583 +CONECT 6585 6583 +CONECT 6586 6587 6588 +CONECT 6587 6586 +CONECT 6588 6586 +CONECT 6589 6590 6591 +CONECT 6590 6589 +CONECT 6591 6589 +CONECT 6592 6593 6594 +CONECT 6593 6592 +CONECT 6594 6592 +CONECT 6595 6596 6597 +CONECT 6596 6595 +CONECT 6597 6595 +CONECT 6598 6599 6600 +CONECT 6599 6598 +CONECT 6600 6598 +CONECT 6601 6602 6603 +CONECT 6602 6601 +CONECT 6603 6601 +CONECT 6604 6605 6606 +CONECT 6605 6604 +CONECT 6606 6604 +CONECT 6607 6608 6609 +CONECT 6608 6607 +CONECT 6609 6607 +CONECT 6610 6611 6612 +CONECT 6611 6610 +CONECT 6612 6610 +CONECT 6613 6614 6615 +CONECT 6614 6613 +CONECT 6615 6613 +CONECT 6616 6617 6618 +CONECT 6617 6616 +CONECT 6618 6616 +CONECT 6619 6620 6621 +CONECT 6620 6619 +CONECT 6621 6619 +CONECT 6622 6623 6624 +CONECT 6623 6622 +CONECT 6624 6622 +CONECT 6625 6626 6627 +CONECT 6626 6625 +CONECT 6627 6625 +CONECT 6628 6629 6630 +CONECT 6629 6628 +CONECT 6630 6628 +CONECT 6631 6632 6633 +CONECT 6632 6631 +CONECT 6633 6631 +CONECT 6634 6635 6636 +CONECT 6635 6634 +CONECT 6636 6634 +CONECT 6637 6638 6639 +CONECT 6638 6637 +CONECT 6639 6637 +CONECT 6640 6641 6642 +CONECT 6641 6640 +CONECT 6642 6640 +CONECT 6643 6644 6645 +CONECT 6644 6643 +CONECT 6645 6643 +CONECT 6646 6647 6648 +CONECT 6647 6646 +CONECT 6648 6646 +CONECT 6649 6650 6651 +CONECT 6650 6649 +CONECT 6651 6649 +CONECT 6652 6653 6654 +CONECT 6653 6652 +CONECT 6654 6652 +CONECT 6655 6656 6657 +CONECT 6656 6655 +CONECT 6657 6655 +CONECT 6658 6659 6660 +CONECT 6659 6658 +CONECT 6660 6658 +CONECT 6661 6662 6663 +CONECT 6662 6661 +CONECT 6663 6661 +CONECT 6664 6665 6666 +CONECT 6665 6664 +CONECT 6666 6664 +CONECT 6667 6668 6669 +CONECT 6668 6667 +CONECT 6669 6667 +CONECT 6670 6671 6672 +CONECT 6671 6670 +CONECT 6672 6670 +CONECT 6673 6674 6675 +CONECT 6674 6673 +CONECT 6675 6673 +CONECT 6676 6677 6678 +CONECT 6677 6676 +CONECT 6678 6676 +CONECT 6679 6680 6681 +CONECT 6680 6679 +CONECT 6681 6679 +CONECT 6682 6683 6684 +CONECT 6683 6682 +CONECT 6684 6682 +CONECT 6685 6686 6687 +CONECT 6686 6685 +CONECT 6687 6685 +CONECT 6688 6689 6690 +CONECT 6689 6688 +CONECT 6690 6688 +CONECT 6691 6692 6693 +CONECT 6692 6691 +CONECT 6693 6691 +CONECT 6694 6695 6696 +CONECT 6695 6694 +CONECT 6696 6694 +CONECT 6697 6698 6699 +CONECT 6698 6697 +CONECT 6699 6697 +CONECT 6700 6701 6702 +CONECT 6701 6700 +CONECT 6702 6700 +CONECT 6703 6704 6705 +CONECT 6704 6703 +CONECT 6705 6703 +CONECT 6706 6707 6708 +CONECT 6707 6706 +CONECT 6708 6706 +CONECT 6709 6710 6711 +CONECT 6710 6709 +CONECT 6711 6709 +CONECT 6712 6713 6714 +CONECT 6713 6712 +CONECT 6714 6712 +CONECT 6715 6716 6717 +CONECT 6716 6715 +CONECT 6717 6715 +CONECT 6718 6719 6720 +CONECT 6719 6718 +CONECT 6720 6718 +CONECT 6721 6722 6723 +CONECT 6722 6721 +CONECT 6723 6721 +CONECT 6724 6725 6726 +CONECT 6725 6724 +CONECT 6726 6724 +CONECT 6727 6728 6729 +CONECT 6728 6727 +CONECT 6729 6727 +CONECT 6730 6731 6732 +CONECT 6731 6730 +CONECT 6732 6730 +CONECT 6733 6734 6735 +CONECT 6734 6733 +CONECT 6735 6733 +CONECT 6736 6737 6738 +CONECT 6737 6736 +CONECT 6738 6736 +CONECT 6739 6740 6741 +CONECT 6740 6739 +CONECT 6741 6739 +CONECT 6742 6743 6744 +CONECT 6743 6742 +CONECT 6744 6742 +CONECT 6745 6746 6747 +CONECT 6746 6745 +CONECT 6747 6745 +CONECT 6748 6749 6750 +CONECT 6749 6748 +CONECT 6750 6748 +CONECT 6751 6752 6753 +CONECT 6752 6751 +CONECT 6753 6751 +CONECT 6754 6755 6756 +CONECT 6755 6754 +CONECT 6756 6754 +CONECT 6757 6758 6759 +CONECT 6758 6757 +CONECT 6759 6757 +CONECT 6760 6761 6762 +CONECT 6761 6760 +CONECT 6762 6760 +CONECT 6763 6764 6765 +CONECT 6764 6763 +CONECT 6765 6763 +CONECT 6766 6767 6768 +CONECT 6767 6766 +CONECT 6768 6766 +CONECT 6769 6770 6771 +CONECT 6770 6769 +CONECT 6771 6769 +CONECT 6772 6773 6774 +CONECT 6773 6772 +CONECT 6774 6772 +CONECT 6775 6776 6777 +CONECT 6776 6775 +CONECT 6777 6775 +CONECT 6778 6779 6780 +CONECT 6779 6778 +CONECT 6780 6778 +CONECT 6781 6782 6783 +CONECT 6782 6781 +CONECT 6783 6781 +CONECT 6784 6785 6786 +CONECT 6785 6784 +CONECT 6786 6784 +CONECT 6787 6788 6789 +CONECT 6788 6787 +CONECT 6789 6787 +CONECT 6790 6791 6792 +CONECT 6791 6790 +CONECT 6792 6790 +CONECT 6793 6794 6795 +CONECT 6794 6793 +CONECT 6795 6793 +CONECT 6796 6797 6798 +CONECT 6797 6796 +CONECT 6798 6796 +CONECT 6799 6800 6801 +CONECT 6800 6799 +CONECT 6801 6799 +CONECT 6802 6803 6804 +CONECT 6803 6802 +CONECT 6804 6802 +CONECT 6805 6806 6807 +CONECT 6806 6805 +CONECT 6807 6805 +CONECT 6808 6809 6810 +CONECT 6809 6808 +CONECT 6810 6808 +CONECT 6811 6812 6813 +CONECT 6812 6811 +CONECT 6813 6811 +CONECT 6814 6815 6816 +CONECT 6815 6814 +CONECT 6816 6814 +CONECT 6817 6818 6819 +CONECT 6818 6817 +CONECT 6819 6817 +CONECT 6820 6821 6822 +CONECT 6821 6820 +CONECT 6822 6820 +CONECT 6823 6824 6825 +CONECT 6824 6823 +CONECT 6825 6823 +CONECT 6826 6827 6828 +CONECT 6827 6826 +CONECT 6828 6826 +CONECT 6829 6830 6831 +CONECT 6830 6829 +CONECT 6831 6829 +CONECT 6832 6833 6834 +CONECT 6833 6832 +CONECT 6834 6832 +CONECT 6835 6836 6837 +CONECT 6836 6835 +CONECT 6837 6835 +CONECT 6838 6839 6840 +CONECT 6839 6838 +CONECT 6840 6838 +CONECT 6841 6842 6843 +CONECT 6842 6841 +CONECT 6843 6841 +CONECT 6844 6845 6846 +CONECT 6845 6844 +CONECT 6846 6844 +CONECT 6847 6848 6849 +CONECT 6848 6847 +CONECT 6849 6847 +CONECT 6850 6851 6852 +CONECT 6851 6850 +CONECT 6852 6850 +CONECT 6853 6854 6855 +CONECT 6854 6853 +CONECT 6855 6853 +CONECT 6856 6857 6858 +CONECT 6857 6856 +CONECT 6858 6856 +CONECT 6859 6860 6861 +CONECT 6860 6859 +CONECT 6861 6859 +CONECT 6862 6863 6864 +CONECT 6863 6862 +CONECT 6864 6862 +CONECT 6865 6866 6867 +CONECT 6866 6865 +CONECT 6867 6865 +CONECT 6868 6869 6870 +CONECT 6869 6868 +CONECT 6870 6868 +CONECT 6871 6872 6873 +CONECT 6872 6871 +CONECT 6873 6871 +CONECT 6874 6875 6876 +CONECT 6875 6874 +CONECT 6876 6874 +CONECT 6877 6878 6879 +CONECT 6878 6877 +CONECT 6879 6877 +CONECT 6880 6881 6882 +CONECT 6881 6880 +CONECT 6882 6880 +CONECT 6883 6884 6885 +CONECT 6884 6883 +CONECT 6885 6883 +CONECT 6886 6887 6888 +CONECT 6887 6886 +CONECT 6888 6886 +CONECT 6889 6890 6891 +CONECT 6890 6889 +CONECT 6891 6889 +CONECT 6892 6893 6894 +CONECT 6893 6892 +CONECT 6894 6892 +CONECT 6895 6896 6897 +CONECT 6896 6895 +CONECT 6897 6895 +CONECT 6898 6899 6900 +CONECT 6899 6898 +CONECT 6900 6898 +CONECT 6901 6902 6903 +CONECT 6902 6901 +CONECT 6903 6901 +CONECT 6904 6905 6906 +CONECT 6905 6904 +CONECT 6906 6904 +CONECT 6907 6908 6909 +CONECT 6908 6907 +CONECT 6909 6907 +CONECT 6910 6911 6912 +CONECT 6911 6910 +CONECT 6912 6910 +CONECT 6913 6914 6915 +CONECT 6914 6913 +CONECT 6915 6913 +CONECT 6916 6917 6918 +CONECT 6917 6916 +CONECT 6918 6916 +CONECT 6919 6920 6921 +CONECT 6920 6919 +CONECT 6921 6919 +CONECT 6922 6923 6924 +CONECT 6923 6922 +CONECT 6924 6922 +CONECT 6925 6926 6927 +CONECT 6926 6925 +CONECT 6927 6925 +CONECT 6928 6929 6930 +CONECT 6929 6928 +CONECT 6930 6928 +CONECT 6931 6932 6933 +CONECT 6932 6931 +CONECT 6933 6931 +CONECT 6934 6935 6936 +CONECT 6935 6934 +CONECT 6936 6934 +CONECT 6937 6938 6939 +CONECT 6938 6937 +CONECT 6939 6937 +CONECT 6940 6941 6942 +CONECT 6941 6940 +CONECT 6942 6940 +CONECT 6943 6944 6945 +CONECT 6944 6943 +CONECT 6945 6943 +CONECT 6946 6947 6948 +CONECT 6947 6946 +CONECT 6948 6946 +CONECT 6949 6950 6951 +CONECT 6950 6949 +CONECT 6951 6949 +CONECT 6952 6953 6954 +CONECT 6953 6952 +CONECT 6954 6952 +CONECT 6955 6956 6957 +CONECT 6956 6955 +CONECT 6957 6955 +CONECT 6958 6959 6960 +CONECT 6959 6958 +CONECT 6960 6958 +CONECT 6961 6962 6963 +CONECT 6962 6961 +CONECT 6963 6961 +CONECT 6964 6965 6966 +CONECT 6965 6964 +CONECT 6966 6964 +CONECT 6967 6968 6969 +CONECT 6968 6967 +CONECT 6969 6967 +CONECT 6970 6971 6972 +CONECT 6971 6970 +CONECT 6972 6970 +CONECT 6973 6974 6975 +CONECT 6974 6973 +CONECT 6975 6973 +CONECT 6976 6977 6978 +CONECT 6977 6976 +CONECT 6978 6976 +CONECT 6979 6980 6981 +CONECT 6980 6979 +CONECT 6981 6979 +CONECT 6982 6983 6984 +CONECT 6983 6982 +CONECT 6984 6982 +CONECT 6985 6986 6987 +CONECT 6986 6985 +CONECT 6987 6985 +CONECT 6988 6989 6990 +CONECT 6989 6988 +CONECT 6990 6988 +CONECT 6991 6992 6993 +CONECT 6992 6991 +CONECT 6993 6991 +CONECT 6994 6995 6996 +CONECT 6995 6994 +CONECT 6996 6994 +CONECT 6997 6998 6999 +CONECT 6998 6997 +CONECT 6999 6997 +CONECT 7000 7001 7002 +CONECT 7001 7000 +CONECT 7002 7000 +CONECT 7003 7004 7005 +CONECT 7004 7003 +CONECT 7005 7003 +CONECT 7006 7007 7008 +CONECT 7007 7006 +CONECT 7008 7006 +CONECT 7009 7010 7011 +CONECT 7010 7009 +CONECT 7011 7009 +CONECT 7012 7013 7014 +CONECT 7013 7012 +CONECT 7014 7012 +CONECT 7015 7016 7017 +CONECT 7016 7015 +CONECT 7017 7015 +CONECT 7018 7019 7020 +CONECT 7019 7018 +CONECT 7020 7018 +CONECT 7021 7022 7023 +CONECT 7022 7021 +CONECT 7023 7021 +CONECT 7024 7025 7026 +CONECT 7025 7024 +CONECT 7026 7024 +CONECT 7027 7028 7029 +CONECT 7028 7027 +CONECT 7029 7027 +CONECT 7030 7031 7032 +CONECT 7031 7030 +CONECT 7032 7030 +CONECT 7033 7034 7035 +CONECT 7034 7033 +CONECT 7035 7033 +CONECT 7036 7037 7038 +CONECT 7037 7036 +CONECT 7038 7036 +CONECT 7039 7040 7041 +CONECT 7040 7039 +CONECT 7041 7039 +CONECT 7042 7043 7044 +CONECT 7043 7042 +CONECT 7044 7042 +CONECT 7045 7046 7047 +CONECT 7046 7045 +CONECT 7047 7045 +CONECT 7048 7049 7050 +CONECT 7049 7048 +CONECT 7050 7048 +CONECT 7051 7052 7053 +CONECT 7052 7051 +CONECT 7053 7051 +CONECT 7054 7055 7056 +CONECT 7055 7054 +CONECT 7056 7054 +CONECT 7057 7058 7059 +CONECT 7058 7057 +CONECT 7059 7057 +CONECT 7060 7061 7062 +CONECT 7061 7060 +CONECT 7062 7060 +CONECT 7063 7064 7065 +CONECT 7064 7063 +CONECT 7065 7063 +CONECT 7066 7067 7068 +CONECT 7067 7066 +CONECT 7068 7066 +CONECT 7069 7070 7071 +CONECT 7070 7069 +CONECT 7071 7069 +CONECT 7072 7073 7074 +CONECT 7073 7072 +CONECT 7074 7072 +CONECT 7075 7076 7077 +CONECT 7076 7075 +CONECT 7077 7075 +CONECT 7078 7079 7080 +CONECT 7079 7078 +CONECT 7080 7078 +CONECT 7081 7082 7083 +CONECT 7082 7081 +CONECT 7083 7081 +CONECT 7084 7085 7086 +CONECT 7085 7084 +CONECT 7086 7084 +CONECT 7087 7088 7089 +CONECT 7088 7087 +CONECT 7089 7087 +CONECT 7090 7091 7092 +CONECT 7091 7090 +CONECT 7092 7090 +CONECT 7093 7094 7095 +CONECT 7094 7093 +CONECT 7095 7093 +CONECT 7096 7097 7098 +CONECT 7097 7096 +CONECT 7098 7096 +CONECT 7099 7100 7101 +CONECT 7100 7099 +CONECT 7101 7099 +CONECT 7102 7103 7104 +CONECT 7103 7102 +CONECT 7104 7102 +CONECT 7105 7106 7107 +CONECT 7106 7105 +CONECT 7107 7105 +CONECT 7108 7109 7110 +CONECT 7109 7108 +CONECT 7110 7108 +CONECT 7111 7112 7113 +CONECT 7112 7111 +CONECT 7113 7111 +CONECT 7114 7115 7116 +CONECT 7115 7114 +CONECT 7116 7114 +CONECT 7117 7118 7119 +CONECT 7118 7117 +CONECT 7119 7117 +CONECT 7120 7121 7122 +CONECT 7121 7120 +CONECT 7122 7120 +CONECT 7123 7124 7125 +CONECT 7124 7123 +CONECT 7125 7123 +CONECT 7126 7127 7128 +CONECT 7127 7126 +CONECT 7128 7126 +CONECT 7129 7130 7131 +CONECT 7130 7129 +CONECT 7131 7129 +CONECT 7132 7133 7134 +CONECT 7133 7132 +CONECT 7134 7132 +CONECT 7135 7136 7137 +CONECT 7136 7135 +CONECT 7137 7135 +CONECT 7138 7139 7140 +CONECT 7139 7138 +CONECT 7140 7138 +CONECT 7141 7142 7143 +CONECT 7142 7141 +CONECT 7143 7141 +CONECT 7144 7145 7146 +CONECT 7145 7144 +CONECT 7146 7144 +CONECT 7147 7148 7149 +CONECT 7148 7147 +CONECT 7149 7147 +CONECT 7150 7151 7152 +CONECT 7151 7150 +CONECT 7152 7150 +CONECT 7153 7154 7155 +CONECT 7154 7153 +CONECT 7155 7153 +CONECT 7156 7157 7158 +CONECT 7157 7156 +CONECT 7158 7156 +CONECT 7159 7160 7161 +CONECT 7160 7159 +CONECT 7161 7159 +CONECT 7162 7163 7164 +CONECT 7163 7162 +CONECT 7164 7162 +CONECT 7165 7166 7167 +CONECT 7166 7165 +CONECT 7167 7165 +CONECT 7168 7169 7170 +CONECT 7169 7168 +CONECT 7170 7168 +CONECT 7171 7172 7173 +CONECT 7172 7171 +CONECT 7173 7171 +CONECT 7174 7175 7176 +CONECT 7175 7174 +CONECT 7176 7174 +CONECT 7177 7178 7179 +CONECT 7178 7177 +CONECT 7179 7177 +CONECT 7180 7181 7182 +CONECT 7181 7180 +CONECT 7182 7180 +CONECT 7183 7184 7185 +CONECT 7184 7183 +CONECT 7185 7183 +CONECT 7186 7187 7188 +CONECT 7187 7186 +CONECT 7188 7186 +CONECT 7189 7190 7191 +CONECT 7190 7189 +CONECT 7191 7189 +CONECT 7192 7193 7194 +CONECT 7193 7192 +CONECT 7194 7192 +CONECT 7195 7196 7197 +CONECT 7196 7195 +CONECT 7197 7195 +CONECT 7198 7199 7200 +CONECT 7199 7198 +CONECT 7200 7198 +CONECT 7201 7202 7203 +CONECT 7202 7201 +CONECT 7203 7201 +CONECT 7204 7205 7206 +CONECT 7205 7204 +CONECT 7206 7204 +CONECT 7207 7208 7209 +CONECT 7208 7207 +CONECT 7209 7207 +CONECT 7210 7211 7212 +CONECT 7211 7210 +CONECT 7212 7210 +CONECT 7213 7214 7215 +CONECT 7214 7213 +CONECT 7215 7213 +CONECT 7216 7217 7218 +CONECT 7217 7216 +CONECT 7218 7216 +CONECT 7219 7220 7221 +CONECT 7220 7219 +CONECT 7221 7219 +CONECT 7222 7223 7224 +CONECT 7223 7222 +CONECT 7224 7222 +CONECT 7225 7226 7227 +CONECT 7226 7225 +CONECT 7227 7225 +CONECT 7228 7229 7230 +CONECT 7229 7228 +CONECT 7230 7228 +CONECT 7231 7232 7233 +CONECT 7232 7231 +CONECT 7233 7231 +CONECT 7234 7235 7236 +CONECT 7235 7234 +CONECT 7236 7234 +CONECT 7237 7238 7239 +CONECT 7238 7237 +CONECT 7239 7237 +CONECT 7240 7241 7242 +CONECT 7241 7240 +CONECT 7242 7240 +CONECT 7243 7244 7245 +CONECT 7244 7243 +CONECT 7245 7243 +CONECT 7246 7247 7248 +CONECT 7247 7246 +CONECT 7248 7246 +CONECT 7249 7250 7251 +CONECT 7250 7249 +CONECT 7251 7249 +CONECT 7252 7253 7254 +CONECT 7253 7252 +CONECT 7254 7252 +CONECT 7255 7256 7257 +CONECT 7256 7255 +CONECT 7257 7255 +CONECT 7258 7259 7260 +CONECT 7259 7258 +CONECT 7260 7258 +CONECT 7261 7262 7263 +CONECT 7262 7261 +CONECT 7263 7261 +CONECT 7264 7265 7266 +CONECT 7265 7264 +CONECT 7266 7264 +CONECT 7267 7268 7269 +CONECT 7268 7267 +CONECT 7269 7267 +CONECT 7270 7271 7272 +CONECT 7271 7270 +CONECT 7272 7270 +CONECT 7273 7274 7275 +CONECT 7274 7273 +CONECT 7275 7273 +CONECT 7276 7277 7278 +CONECT 7277 7276 +CONECT 7278 7276 +CONECT 7279 7280 7281 +CONECT 7280 7279 +CONECT 7281 7279 +CONECT 7282 7283 7284 +CONECT 7283 7282 +CONECT 7284 7282 +CONECT 7285 7286 7287 +CONECT 7286 7285 +CONECT 7287 7285 +CONECT 7288 7289 7290 +CONECT 7289 7288 +CONECT 7290 7288 +CONECT 7291 7292 7293 +CONECT 7292 7291 +CONECT 7293 7291 +CONECT 7294 7295 7296 +CONECT 7295 7294 +CONECT 7296 7294 +CONECT 7297 7298 7299 +CONECT 7298 7297 +CONECT 7299 7297 +CONECT 7300 7301 7302 +CONECT 7301 7300 +CONECT 7302 7300 +CONECT 7303 7304 7305 +CONECT 7304 7303 +CONECT 7305 7303 +CONECT 7306 7307 7308 +CONECT 7307 7306 +CONECT 7308 7306 +CONECT 7309 7310 7311 +CONECT 7310 7309 +CONECT 7311 7309 +CONECT 7312 7313 7314 +CONECT 7313 7312 +CONECT 7314 7312 +CONECT 7315 7316 7317 +CONECT 7316 7315 +CONECT 7317 7315 +CONECT 7318 7319 7320 +CONECT 7319 7318 +CONECT 7320 7318 +CONECT 7321 7322 7323 +CONECT 7322 7321 +CONECT 7323 7321 +CONECT 7324 7325 7326 +CONECT 7325 7324 +CONECT 7326 7324 +CONECT 7327 7328 7329 +CONECT 7328 7327 +CONECT 7329 7327 +CONECT 7330 7331 7332 +CONECT 7331 7330 +CONECT 7332 7330 +CONECT 7333 7334 7335 +CONECT 7334 7333 +CONECT 7335 7333 +CONECT 7336 7337 7338 +CONECT 7337 7336 +CONECT 7338 7336 +CONECT 7339 7340 7341 +CONECT 7340 7339 +CONECT 7341 7339 +CONECT 7342 7343 7344 +CONECT 7343 7342 +CONECT 7344 7342 +CONECT 7345 7346 7347 +CONECT 7346 7345 +CONECT 7347 7345 +CONECT 7348 7349 7350 +CONECT 7349 7348 +CONECT 7350 7348 +CONECT 7351 7352 7353 +CONECT 7352 7351 +CONECT 7353 7351 +CONECT 7354 7355 7356 +CONECT 7355 7354 +CONECT 7356 7354 +CONECT 7357 7358 7359 +CONECT 7358 7357 +CONECT 7359 7357 +CONECT 7360 7361 7362 +CONECT 7361 7360 +CONECT 7362 7360 +CONECT 7363 7364 7365 +CONECT 7364 7363 +CONECT 7365 7363 +CONECT 7366 7367 7368 +CONECT 7367 7366 +CONECT 7368 7366 +CONECT 7369 7370 7371 +CONECT 7370 7369 +CONECT 7371 7369 +CONECT 7372 7373 7374 +CONECT 7373 7372 +CONECT 7374 7372 +CONECT 7375 7376 7377 +CONECT 7376 7375 +CONECT 7377 7375 +CONECT 7378 7379 7380 +CONECT 7379 7378 +CONECT 7380 7378 +CONECT 7381 7382 7383 +CONECT 7382 7381 +CONECT 7383 7381 +CONECT 7384 7385 7386 +CONECT 7385 7384 +CONECT 7386 7384 +CONECT 7387 7388 7389 +CONECT 7388 7387 +CONECT 7389 7387 +CONECT 7390 7391 7392 +CONECT 7391 7390 +CONECT 7392 7390 +CONECT 7393 7394 7395 +CONECT 7394 7393 +CONECT 7395 7393 +CONECT 7396 7397 7398 +CONECT 7397 7396 +CONECT 7398 7396 +CONECT 7399 7400 7401 +CONECT 7400 7399 +CONECT 7401 7399 +CONECT 7402 7403 7404 +CONECT 7403 7402 +CONECT 7404 7402 +CONECT 7405 7406 7407 +CONECT 7406 7405 +CONECT 7407 7405 +CONECT 7408 7409 7410 +CONECT 7409 7408 +CONECT 7410 7408 +CONECT 7411 7412 7413 +CONECT 7412 7411 +CONECT 7413 7411 +CONECT 7414 7415 7416 +CONECT 7415 7414 +CONECT 7416 7414 +CONECT 7417 7418 7419 +CONECT 7418 7417 +CONECT 7419 7417 +CONECT 7420 7421 7422 +CONECT 7421 7420 +CONECT 7422 7420 +CONECT 7423 7424 7425 +CONECT 7424 7423 +CONECT 7425 7423 +CONECT 7426 7427 7428 +CONECT 7427 7426 +CONECT 7428 7426 +CONECT 7429 7430 7431 +CONECT 7430 7429 +CONECT 7431 7429 +CONECT 7432 7433 7434 +CONECT 7433 7432 +CONECT 7434 7432 +CONECT 7435 7436 7437 +CONECT 7436 7435 +CONECT 7437 7435 +CONECT 7438 7439 7440 +CONECT 7439 7438 +CONECT 7440 7438 +CONECT 7441 7442 7443 +CONECT 7442 7441 +CONECT 7443 7441 +CONECT 7444 7445 7446 +CONECT 7445 7444 +CONECT 7446 7444 +CONECT 7447 7448 7449 +CONECT 7448 7447 +CONECT 7449 7447 +CONECT 7450 7451 7452 +CONECT 7451 7450 +CONECT 7452 7450 +CONECT 7453 7454 7455 +CONECT 7454 7453 +CONECT 7455 7453 +CONECT 7456 7457 7458 +CONECT 7457 7456 +CONECT 7458 7456 +CONECT 7459 7460 7461 +CONECT 7460 7459 +CONECT 7461 7459 +CONECT 7462 7463 7464 +CONECT 7463 7462 +CONECT 7464 7462 +CONECT 7465 7466 7467 +CONECT 7466 7465 +CONECT 7467 7465 +CONECT 7468 7469 7470 +CONECT 7469 7468 +CONECT 7470 7468 +CONECT 7471 7472 7473 +CONECT 7472 7471 +CONECT 7473 7471 +CONECT 7474 7475 7476 +CONECT 7475 7474 +CONECT 7476 7474 +CONECT 7477 7478 7479 +CONECT 7478 7477 +CONECT 7479 7477 +CONECT 7480 7481 7482 +CONECT 7481 7480 +CONECT 7482 7480 +CONECT 7483 7484 7485 +CONECT 7484 7483 +CONECT 7485 7483 +CONECT 7486 7487 7488 +CONECT 7487 7486 +CONECT 7488 7486 +CONECT 7489 7490 7491 +CONECT 7490 7489 +CONECT 7491 7489 +CONECT 7492 7493 7494 +CONECT 7493 7492 +CONECT 7494 7492 +CONECT 7495 7496 7497 +CONECT 7496 7495 +CONECT 7497 7495 +CONECT 7498 7499 7500 +CONECT 7499 7498 +CONECT 7500 7498 +CONECT 7501 7502 7503 +CONECT 7502 7501 +CONECT 7503 7501 +CONECT 7504 7505 7506 +CONECT 7505 7504 +CONECT 7506 7504 +CONECT 7507 7508 7509 +CONECT 7508 7507 +CONECT 7509 7507 +CONECT 7510 7511 7512 +CONECT 7511 7510 +CONECT 7512 7510 +CONECT 7513 7514 7515 +CONECT 7514 7513 +CONECT 7515 7513 +CONECT 7516 7517 7518 +CONECT 7517 7516 +CONECT 7518 7516 +CONECT 7519 7520 7521 +CONECT 7520 7519 +CONECT 7521 7519 +CONECT 7522 7523 7524 +CONECT 7523 7522 +CONECT 7524 7522 +CONECT 7525 7526 7527 +CONECT 7526 7525 +CONECT 7527 7525 +CONECT 7528 7529 7530 +CONECT 7529 7528 +CONECT 7530 7528 +CONECT 7531 7532 7533 +CONECT 7532 7531 +CONECT 7533 7531 +CONECT 7534 7535 7536 +CONECT 7535 7534 +CONECT 7536 7534 +CONECT 7537 7538 7539 +CONECT 7538 7537 +CONECT 7539 7537 +CONECT 7540 7541 7542 +CONECT 7541 7540 +CONECT 7542 7540 +CONECT 7543 7544 7545 +CONECT 7544 7543 +CONECT 7545 7543 +CONECT 7546 7547 7548 +CONECT 7547 7546 +CONECT 7548 7546 +CONECT 7549 7550 7551 +CONECT 7550 7549 +CONECT 7551 7549 +CONECT 7552 7553 7554 +CONECT 7553 7552 +CONECT 7554 7552 +CONECT 7555 7556 7557 +CONECT 7556 7555 +CONECT 7557 7555 +CONECT 7558 7559 7560 +CONECT 7559 7558 +CONECT 7560 7558 +CONECT 7561 7562 7563 +CONECT 7562 7561 +CONECT 7563 7561 +CONECT 7564 7565 7566 +CONECT 7565 7564 +CONECT 7566 7564 +CONECT 7567 7568 7569 +CONECT 7568 7567 +CONECT 7569 7567 +CONECT 7570 7571 7572 +CONECT 7571 7570 +CONECT 7572 7570 +CONECT 7573 7574 7575 +CONECT 7574 7573 +CONECT 7575 7573 +CONECT 7576 7577 7578 +CONECT 7577 7576 +CONECT 7578 7576 +CONECT 7579 7580 7581 +CONECT 7580 7579 +CONECT 7581 7579 +CONECT 7582 7583 7584 +CONECT 7583 7582 +CONECT 7584 7582 +CONECT 7585 7586 7587 +CONECT 7586 7585 +CONECT 7587 7585 +CONECT 7588 7589 7590 +CONECT 7589 7588 +CONECT 7590 7588 +CONECT 7591 7592 7593 +CONECT 7592 7591 +CONECT 7593 7591 +CONECT 7594 7595 7596 +CONECT 7595 7594 +CONECT 7596 7594 +CONECT 7597 7598 7599 +CONECT 7598 7597 +CONECT 7599 7597 +CONECT 7600 7601 7602 +CONECT 7601 7600 +CONECT 7602 7600 +CONECT 7603 7604 7605 +CONECT 7604 7603 +CONECT 7605 7603 +CONECT 7606 7607 7608 +CONECT 7607 7606 +CONECT 7608 7606 +CONECT 7609 7610 7611 +CONECT 7610 7609 +CONECT 7611 7609 +CONECT 7612 7613 7614 +CONECT 7613 7612 +CONECT 7614 7612 +CONECT 7615 7616 7617 +CONECT 7616 7615 +CONECT 7617 7615 +CONECT 7618 7619 7620 +CONECT 7619 7618 +CONECT 7620 7618 +CONECT 7621 7622 7623 +CONECT 7622 7621 +CONECT 7623 7621 +CONECT 7624 7625 7626 +CONECT 7625 7624 +CONECT 7626 7624 +CONECT 7627 7628 7629 +CONECT 7628 7627 +CONECT 7629 7627 +CONECT 7630 7631 7632 +CONECT 7631 7630 +CONECT 7632 7630 +CONECT 7633 7634 7635 +CONECT 7634 7633 +CONECT 7635 7633 +CONECT 7636 7637 7638 +CONECT 7637 7636 +CONECT 7638 7636 +CONECT 7639 7640 7641 +CONECT 7640 7639 +CONECT 7641 7639 +CONECT 7642 7643 7644 +CONECT 7643 7642 +CONECT 7644 7642 +CONECT 7645 7646 7647 +CONECT 7646 7645 +CONECT 7647 7645 +CONECT 7648 7649 7650 +CONECT 7649 7648 +CONECT 7650 7648 +CONECT 7651 7652 7653 +CONECT 7652 7651 +CONECT 7653 7651 +CONECT 7654 7655 7656 +CONECT 7655 7654 +CONECT 7656 7654 +CONECT 7657 7658 7659 +CONECT 7658 7657 +CONECT 7659 7657 +CONECT 7660 7661 7662 +CONECT 7661 7660 +CONECT 7662 7660 +CONECT 7663 7664 7665 +CONECT 7664 7663 +CONECT 7665 7663 +CONECT 7666 7667 7668 +CONECT 7667 7666 +CONECT 7668 7666 +CONECT 7669 7670 7671 +CONECT 7670 7669 +CONECT 7671 7669 +CONECT 7672 7673 7674 +CONECT 7673 7672 +CONECT 7674 7672 +CONECT 7675 7676 7677 +CONECT 7676 7675 +CONECT 7677 7675 +CONECT 7678 7679 7680 +CONECT 7679 7678 +CONECT 7680 7678 +CONECT 7681 7682 7683 +CONECT 7682 7681 +CONECT 7683 7681 +CONECT 7684 7685 7686 +CONECT 7685 7684 +CONECT 7686 7684 +CONECT 7687 7688 7689 +CONECT 7688 7687 +CONECT 7689 7687 +CONECT 7690 7691 7692 +CONECT 7691 7690 +CONECT 7692 7690 +CONECT 7693 7694 7695 +CONECT 7694 7693 +CONECT 7695 7693 +CONECT 7696 7697 7698 +CONECT 7697 7696 +CONECT 7698 7696 +CONECT 7699 7700 7701 +CONECT 7700 7699 +CONECT 7701 7699 +CONECT 7702 7703 7704 +CONECT 7703 7702 +CONECT 7704 7702 +CONECT 7705 7706 7707 +CONECT 7706 7705 +CONECT 7707 7705 +CONECT 7708 7709 7710 +CONECT 7709 7708 +CONECT 7710 7708 +CONECT 7711 7712 7713 +CONECT 7712 7711 +CONECT 7713 7711 +CONECT 7714 7715 7716 +CONECT 7715 7714 +CONECT 7716 7714 +CONECT 7717 7718 7719 +CONECT 7718 7717 +CONECT 7719 7717 +CONECT 7720 7721 7722 +CONECT 7721 7720 +CONECT 7722 7720 +CONECT 7723 7724 7725 +CONECT 7724 7723 +CONECT 7725 7723 +CONECT 7726 7727 7728 +CONECT 7727 7726 +CONECT 7728 7726 +CONECT 7729 7730 7731 +CONECT 7730 7729 +CONECT 7731 7729 +CONECT 7732 7733 7734 +CONECT 7733 7732 +CONECT 7734 7732 +CONECT 7735 7736 7737 +CONECT 7736 7735 +CONECT 7737 7735 +CONECT 7738 7739 7740 +CONECT 7739 7738 +CONECT 7740 7738 +CONECT 7741 7742 7743 +CONECT 7742 7741 +CONECT 7743 7741 +CONECT 7744 7745 7746 +CONECT 7745 7744 +CONECT 7746 7744 +CONECT 7747 7748 7749 +CONECT 7748 7747 +CONECT 7749 7747 +CONECT 7750 7751 7752 +CONECT 7751 7750 +CONECT 7752 7750 +CONECT 7753 7754 7755 +CONECT 7754 7753 +CONECT 7755 7753 +CONECT 7756 7757 7758 +CONECT 7757 7756 +CONECT 7758 7756 +CONECT 7759 7760 7761 +CONECT 7760 7759 +CONECT 7761 7759 +CONECT 7762 7763 7764 +CONECT 7763 7762 +CONECT 7764 7762 +CONECT 7765 7766 7767 +CONECT 7766 7765 +CONECT 7767 7765 +CONECT 7768 7769 7770 +CONECT 7769 7768 +CONECT 7770 7768 +CONECT 7771 7772 7773 +CONECT 7772 7771 +CONECT 7773 7771 +CONECT 7774 7775 7776 +CONECT 7775 7774 +CONECT 7776 7774 +CONECT 7777 7778 7779 +CONECT 7778 7777 +CONECT 7779 7777 +CONECT 7780 7781 7782 +CONECT 7781 7780 +CONECT 7782 7780 +CONECT 7783 7784 7785 +CONECT 7784 7783 +CONECT 7785 7783 +CONECT 7786 7787 7788 +CONECT 7787 7786 +CONECT 7788 7786 +CONECT 7789 7790 7791 +CONECT 7790 7789 +CONECT 7791 7789 +CONECT 7792 7793 7794 +CONECT 7793 7792 +CONECT 7794 7792 +CONECT 7795 7796 7797 +CONECT 7796 7795 +CONECT 7797 7795 +CONECT 7798 7799 7800 +CONECT 7799 7798 +CONECT 7800 7798 +CONECT 7801 7802 7803 +CONECT 7802 7801 +CONECT 7803 7801 +CONECT 7804 7805 7806 +CONECT 7805 7804 +CONECT 7806 7804 +CONECT 7807 7808 7809 +CONECT 7808 7807 +CONECT 7809 7807 +CONECT 7810 7811 7812 +CONECT 7811 7810 +CONECT 7812 7810 +CONECT 7813 7814 7815 +CONECT 7814 7813 +CONECT 7815 7813 +CONECT 7816 7817 7818 +CONECT 7817 7816 +CONECT 7818 7816 +CONECT 7819 7820 7821 +CONECT 7820 7819 +CONECT 7821 7819 +CONECT 7822 7823 7824 +CONECT 7823 7822 +CONECT 7824 7822 +CONECT 7825 7826 7827 +CONECT 7826 7825 +CONECT 7827 7825 +CONECT 7828 7829 7830 +CONECT 7829 7828 +CONECT 7830 7828 +CONECT 7831 7832 7833 +CONECT 7832 7831 +CONECT 7833 7831 +CONECT 7834 7835 7836 +CONECT 7835 7834 +CONECT 7836 7834 +CONECT 7837 7838 7839 +CONECT 7838 7837 +CONECT 7839 7837 +CONECT 7840 7841 7842 +CONECT 7841 7840 +CONECT 7842 7840 +CONECT 7843 7844 7845 +CONECT 7844 7843 +CONECT 7845 7843 +CONECT 7846 7847 7848 +CONECT 7847 7846 +CONECT 7848 7846 +CONECT 7849 7850 7851 +CONECT 7850 7849 +CONECT 7851 7849 +CONECT 7852 7853 7854 +CONECT 7853 7852 +CONECT 7854 7852 +CONECT 7855 7856 7857 +CONECT 7856 7855 +CONECT 7857 7855 +CONECT 7858 7859 7860 +CONECT 7859 7858 +CONECT 7860 7858 +CONECT 7861 7862 7863 +CONECT 7862 7861 +CONECT 7863 7861 +CONECT 7864 7865 7866 +CONECT 7865 7864 +CONECT 7866 7864 +CONECT 7867 7868 7869 +CONECT 7868 7867 +CONECT 7869 7867 +CONECT 7870 7871 7872 +CONECT 7871 7870 +CONECT 7872 7870 +CONECT 7873 7874 7875 +CONECT 7874 7873 +CONECT 7875 7873 +CONECT 7876 7877 7878 +CONECT 7877 7876 +CONECT 7878 7876 +CONECT 7879 7880 7881 +CONECT 7880 7879 +CONECT 7881 7879 +CONECT 7882 7883 7884 +CONECT 7883 7882 +CONECT 7884 7882 +CONECT 7885 7886 7887 +CONECT 7886 7885 +CONECT 7887 7885 +CONECT 7888 7889 7890 +CONECT 7889 7888 +CONECT 7890 7888 +CONECT 7891 7892 7893 +CONECT 7892 7891 +CONECT 7893 7891 +CONECT 7894 7895 7896 +CONECT 7895 7894 +CONECT 7896 7894 +CONECT 7897 7898 7899 +CONECT 7898 7897 +CONECT 7899 7897 +CONECT 7900 7901 7902 +CONECT 7901 7900 +CONECT 7902 7900 +CONECT 7903 7904 7905 +CONECT 7904 7903 +CONECT 7905 7903 +CONECT 7906 7907 7908 +CONECT 7907 7906 +CONECT 7908 7906 +CONECT 7909 7910 7911 +CONECT 7910 7909 +CONECT 7911 7909 +CONECT 7912 7913 7914 +CONECT 7913 7912 +CONECT 7914 7912 +CONECT 7915 7916 7917 +CONECT 7916 7915 +CONECT 7917 7915 +CONECT 7918 7919 7920 +CONECT 7919 7918 +CONECT 7920 7918 +CONECT 7921 7922 7923 +CONECT 7922 7921 +CONECT 7923 7921 +CONECT 7924 7925 7926 +CONECT 7925 7924 +CONECT 7926 7924 +CONECT 7927 7928 7929 +CONECT 7928 7927 +CONECT 7929 7927 +CONECT 7930 7931 7932 +CONECT 7931 7930 +CONECT 7932 7930 +CONECT 7933 7934 7935 +CONECT 7934 7933 +CONECT 7935 7933 +CONECT 7936 7937 7938 +CONECT 7937 7936 +CONECT 7938 7936 +CONECT 7939 7940 7941 +CONECT 7940 7939 +CONECT 7941 7939 +CONECT 7942 7943 7944 +CONECT 7943 7942 +CONECT 7944 7942 +CONECT 7945 7946 7947 +CONECT 7946 7945 +CONECT 7947 7945 +CONECT 7948 7949 7950 +CONECT 7949 7948 +CONECT 7950 7948 +CONECT 7951 7952 7953 +CONECT 7952 7951 +CONECT 7953 7951 +CONECT 7954 7955 7956 +CONECT 7955 7954 +CONECT 7956 7954 +CONECT 7957 7958 7959 +CONECT 7958 7957 +CONECT 7959 7957 +CONECT 7960 7961 7962 +CONECT 7961 7960 +CONECT 7962 7960 +CONECT 7963 7964 7965 +CONECT 7964 7963 +CONECT 7965 7963 +CONECT 7966 7967 7968 +CONECT 7967 7966 +CONECT 7968 7966 +CONECT 7969 7970 7971 +CONECT 7970 7969 +CONECT 7971 7969 +CONECT 7972 7973 7974 +CONECT 7973 7972 +CONECT 7974 7972 +CONECT 7975 7976 7977 +CONECT 7976 7975 +CONECT 7977 7975 +CONECT 7978 7979 7980 +CONECT 7979 7978 +CONECT 7980 7978 +CONECT 7981 7982 7983 +CONECT 7982 7981 +CONECT 7983 7981 +CONECT 7984 7985 7986 +CONECT 7985 7984 +CONECT 7986 7984 +CONECT 7987 7988 7989 +CONECT 7988 7987 +CONECT 7989 7987 +CONECT 7990 7991 7992 +CONECT 7991 7990 +CONECT 7992 7990 +CONECT 7993 7994 7995 +CONECT 7994 7993 +CONECT 7995 7993 +CONECT 7996 7997 7998 +CONECT 7997 7996 +CONECT 7998 7996 +CONECT 7999 8000 8001 +CONECT 8000 7999 +CONECT 8001 7999 +CONECT 8002 8003 8004 +CONECT 8003 8002 +CONECT 8004 8002 +CONECT 8005 8006 8007 +CONECT 8006 8005 +CONECT 8007 8005 +CONECT 8008 8009 8010 +CONECT 8009 8008 +CONECT 8010 8008 +CONECT 8011 8012 8013 +CONECT 8012 8011 +CONECT 8013 8011 +CONECT 8014 8015 8016 +CONECT 8015 8014 +CONECT 8016 8014 +CONECT 8017 8018 8019 +CONECT 8018 8017 +CONECT 8019 8017 +CONECT 8020 8021 8022 +CONECT 8021 8020 +CONECT 8022 8020 +CONECT 8023 8024 8025 +CONECT 8024 8023 +CONECT 8025 8023 +CONECT 8026 8027 8028 +CONECT 8027 8026 +CONECT 8028 8026 +CONECT 8029 8030 8031 +CONECT 8030 8029 +CONECT 8031 8029 +CONECT 8032 8033 8034 +CONECT 8033 8032 +CONECT 8034 8032 +CONECT 8035 8036 8037 +CONECT 8036 8035 +CONECT 8037 8035 +CONECT 8038 8039 8040 +CONECT 8039 8038 +CONECT 8040 8038 +CONECT 8041 8042 8043 +CONECT 8042 8041 +CONECT 8043 8041 +CONECT 8044 8045 8046 +CONECT 8045 8044 +CONECT 8046 8044 +CONECT 8047 8048 8049 +CONECT 8048 8047 +CONECT 8049 8047 +CONECT 8050 8051 8052 +CONECT 8051 8050 +CONECT 8052 8050 +CONECT 8053 8054 8055 +CONECT 8054 8053 +CONECT 8055 8053 +CONECT 8056 8057 8058 +CONECT 8057 8056 +CONECT 8058 8056 +CONECT 8059 8060 8061 +CONECT 8060 8059 +CONECT 8061 8059 +CONECT 8062 8063 8064 +CONECT 8063 8062 +CONECT 8064 8062 +CONECT 8065 8066 8067 +CONECT 8066 8065 +CONECT 8067 8065 +CONECT 8068 8069 8070 +CONECT 8069 8068 +CONECT 8070 8068 +CONECT 8071 8072 8073 +CONECT 8072 8071 +CONECT 8073 8071 +CONECT 8074 8075 8076 +CONECT 8075 8074 +CONECT 8076 8074 +CONECT 8077 8078 8079 +CONECT 8078 8077 +CONECT 8079 8077 +CONECT 8080 8081 8082 +CONECT 8081 8080 +CONECT 8082 8080 +CONECT 8083 8084 8085 +CONECT 8084 8083 +CONECT 8085 8083 +CONECT 8086 8087 8088 +CONECT 8087 8086 +CONECT 8088 8086 +CONECT 8089 8090 8091 +CONECT 8090 8089 +CONECT 8091 8089 +CONECT 8092 8093 8094 +CONECT 8093 8092 +CONECT 8094 8092 +CONECT 8095 8096 8097 +CONECT 8096 8095 +CONECT 8097 8095 +CONECT 8098 8099 8100 +CONECT 8099 8098 +CONECT 8100 8098 +CONECT 8101 8102 8103 +CONECT 8102 8101 +CONECT 8103 8101 +CONECT 8104 8105 8106 +CONECT 8105 8104 +CONECT 8106 8104 +CONECT 8107 8108 8109 +CONECT 8108 8107 +CONECT 8109 8107 +CONECT 8110 8111 8112 +CONECT 8111 8110 +CONECT 8112 8110 +CONECT 8113 8114 8115 +CONECT 8114 8113 +CONECT 8115 8113 +CONECT 8116 8117 8118 +CONECT 8117 8116 +CONECT 8118 8116 +CONECT 8119 8120 8121 +CONECT 8120 8119 +CONECT 8121 8119 +CONECT 8122 8123 8124 +CONECT 8123 8122 +CONECT 8124 8122 +CONECT 8125 8126 8127 +CONECT 8126 8125 +CONECT 8127 8125 +CONECT 8128 8129 8130 +CONECT 8129 8128 +CONECT 8130 8128 +CONECT 8131 8132 8133 +CONECT 8132 8131 +CONECT 8133 8131 +CONECT 8134 8135 8136 +CONECT 8135 8134 +CONECT 8136 8134 +CONECT 8137 8138 8139 +CONECT 8138 8137 +CONECT 8139 8137 +CONECT 8140 8141 8142 +CONECT 8141 8140 +CONECT 8142 8140 +CONECT 8143 8144 8145 +CONECT 8144 8143 +CONECT 8145 8143 +CONECT 8146 8147 8148 +CONECT 8147 8146 +CONECT 8148 8146 +CONECT 8149 8150 8151 +CONECT 8150 8149 +CONECT 8151 8149 +CONECT 8152 8153 8154 +CONECT 8153 8152 +CONECT 8154 8152 +CONECT 8155 8156 8157 +CONECT 8156 8155 +CONECT 8157 8155 +CONECT 8158 8159 8160 +CONECT 8159 8158 +CONECT 8160 8158 +CONECT 8161 8162 8163 +CONECT 8162 8161 +CONECT 8163 8161 +CONECT 8164 8165 8166 +CONECT 8165 8164 +CONECT 8166 8164 +CONECT 8167 8168 8169 +CONECT 8168 8167 +CONECT 8169 8167 +CONECT 8170 8171 8172 +CONECT 8171 8170 +CONECT 8172 8170 +CONECT 8173 8174 8175 +CONECT 8174 8173 +CONECT 8175 8173 +CONECT 8176 8177 8178 +CONECT 8177 8176 +CONECT 8178 8176 +CONECT 8179 8180 8181 +CONECT 8180 8179 +CONECT 8181 8179 +CONECT 8182 8183 8184 +CONECT 8183 8182 +CONECT 8184 8182 +CONECT 8185 8186 8187 +CONECT 8186 8185 +CONECT 8187 8185 +CONECT 8188 8189 8190 +CONECT 8189 8188 +CONECT 8190 8188 +CONECT 8191 8192 8193 +CONECT 8192 8191 +CONECT 8193 8191 +CONECT 8194 8195 8196 +CONECT 8195 8194 +CONECT 8196 8194 +CONECT 8197 8198 8199 +CONECT 8198 8197 +CONECT 8199 8197 +CONECT 8200 8201 8202 +CONECT 8201 8200 +CONECT 8202 8200 +CONECT 8203 8204 8205 +CONECT 8204 8203 +CONECT 8205 8203 +CONECT 8206 8207 8208 +CONECT 8207 8206 +CONECT 8208 8206 +CONECT 8209 8210 8211 +CONECT 8210 8209 +CONECT 8211 8209 +CONECT 8212 8213 8214 +CONECT 8213 8212 +CONECT 8214 8212 +CONECT 8215 8216 8217 +CONECT 8216 8215 +CONECT 8217 8215 +CONECT 8218 8219 8220 +CONECT 8219 8218 +CONECT 8220 8218 +CONECT 8221 8222 8223 +CONECT 8222 8221 +CONECT 8223 8221 +CONECT 8224 8225 8226 +CONECT 8225 8224 +CONECT 8226 8224 +CONECT 8227 8228 8229 +CONECT 8228 8227 +CONECT 8229 8227 +CONECT 8230 8231 8232 +CONECT 8231 8230 +CONECT 8232 8230 +CONECT 8233 8234 8235 +CONECT 8234 8233 +CONECT 8235 8233 +CONECT 8236 8237 8238 +CONECT 8237 8236 +CONECT 8238 8236 +CONECT 8239 8240 8241 +CONECT 8240 8239 +CONECT 8241 8239 +CONECT 8242 8243 8244 +CONECT 8243 8242 +CONECT 8244 8242 +CONECT 8245 8246 8247 +CONECT 8246 8245 +CONECT 8247 8245 +CONECT 8248 8249 8250 +CONECT 8249 8248 +CONECT 8250 8248 +CONECT 8251 8252 8253 +CONECT 8252 8251 +CONECT 8253 8251 +CONECT 8254 8255 8256 +CONECT 8255 8254 +CONECT 8256 8254 +CONECT 8257 8258 8259 +CONECT 8258 8257 +CONECT 8259 8257 +CONECT 8260 8261 8262 +CONECT 8261 8260 +CONECT 8262 8260 +CONECT 8263 8264 8265 +CONECT 8264 8263 +CONECT 8265 8263 +CONECT 8266 8267 8268 +CONECT 8267 8266 +CONECT 8268 8266 +CONECT 8269 8270 8271 +CONECT 8270 8269 +CONECT 8271 8269 +CONECT 8272 8273 8274 +CONECT 8273 8272 +CONECT 8274 8272 +CONECT 8275 8276 8277 +CONECT 8276 8275 +CONECT 8277 8275 +CONECT 8278 8279 8280 +CONECT 8279 8278 +CONECT 8280 8278 +CONECT 8281 8282 8283 +CONECT 8282 8281 +CONECT 8283 8281 +CONECT 8284 8285 8286 +CONECT 8285 8284 +CONECT 8286 8284 +CONECT 8287 8288 8289 +CONECT 8288 8287 +CONECT 8289 8287 +CONECT 8290 8291 8292 +CONECT 8291 8290 +CONECT 8292 8290 +CONECT 8293 8294 8295 +CONECT 8294 8293 +CONECT 8295 8293 +CONECT 8296 8297 8298 +CONECT 8297 8296 +CONECT 8298 8296 +CONECT 8299 8300 8301 +CONECT 8300 8299 +CONECT 8301 8299 +CONECT 8302 8303 8304 +CONECT 8303 8302 +CONECT 8304 8302 +CONECT 8305 8306 8307 +CONECT 8306 8305 +CONECT 8307 8305 +CONECT 8308 8309 8310 +CONECT 8309 8308 +CONECT 8310 8308 +CONECT 8311 8312 8313 +CONECT 8312 8311 +CONECT 8313 8311 +CONECT 8314 8315 8316 +CONECT 8315 8314 +CONECT 8316 8314 +CONECT 8317 8318 8319 +CONECT 8318 8317 +CONECT 8319 8317 +CONECT 8320 8321 8322 +CONECT 8321 8320 +CONECT 8322 8320 +CONECT 8323 8324 8325 +CONECT 8324 8323 +CONECT 8325 8323 +CONECT 8326 8327 8328 +CONECT 8327 8326 +CONECT 8328 8326 +CONECT 8329 8330 8331 +CONECT 8330 8329 +CONECT 8331 8329 +CONECT 8332 8333 8334 +CONECT 8333 8332 +CONECT 8334 8332 +CONECT 8335 8336 8337 +CONECT 8336 8335 +CONECT 8337 8335 +CONECT 8338 8339 8340 +CONECT 8339 8338 +CONECT 8340 8338 +CONECT 8341 8342 8343 +CONECT 8342 8341 +CONECT 8343 8341 +CONECT 8344 8345 8346 +CONECT 8345 8344 +CONECT 8346 8344 +CONECT 8347 8348 8349 +CONECT 8348 8347 +CONECT 8349 8347 +CONECT 8350 8351 8352 +CONECT 8351 8350 +CONECT 8352 8350 +CONECT 8353 8354 8355 +CONECT 8354 8353 +CONECT 8355 8353 +CONECT 8356 8357 8358 +CONECT 8357 8356 +CONECT 8358 8356 +CONECT 8359 8360 8361 +CONECT 8360 8359 +CONECT 8361 8359 +CONECT 8362 8363 8364 +CONECT 8363 8362 +CONECT 8364 8362 +CONECT 8365 8366 8367 +CONECT 8366 8365 +CONECT 8367 8365 +CONECT 8368 8369 8370 +CONECT 8369 8368 +CONECT 8370 8368 +CONECT 8371 8372 8373 +CONECT 8372 8371 +CONECT 8373 8371 +CONECT 8374 8375 8376 +CONECT 8375 8374 +CONECT 8376 8374 +CONECT 8377 8378 8379 +CONECT 8378 8377 +CONECT 8379 8377 +CONECT 8380 8381 8382 +CONECT 8381 8380 +CONECT 8382 8380 +CONECT 8383 8384 8385 +CONECT 8384 8383 +CONECT 8385 8383 +CONECT 8386 8387 8388 +CONECT 8387 8386 +CONECT 8388 8386 +CONECT 8389 8390 8391 +CONECT 8390 8389 +CONECT 8391 8389 +CONECT 8392 8393 8394 +CONECT 8393 8392 +CONECT 8394 8392 +CONECT 8395 8396 8397 +CONECT 8396 8395 +CONECT 8397 8395 +CONECT 8398 8399 8400 +CONECT 8399 8398 +CONECT 8400 8398 +CONECT 8401 8402 8403 +CONECT 8402 8401 +CONECT 8403 8401 +CONECT 8404 8405 8406 +CONECT 8405 8404 +CONECT 8406 8404 +CONECT 8407 8408 8409 +CONECT 8408 8407 +CONECT 8409 8407 +CONECT 8410 8411 8412 +CONECT 8411 8410 +CONECT 8412 8410 +CONECT 8413 8414 8415 +CONECT 8414 8413 +CONECT 8415 8413 +CONECT 8416 8417 8418 +CONECT 8417 8416 +CONECT 8418 8416 +CONECT 8419 8420 8421 +CONECT 8420 8419 +CONECT 8421 8419 +CONECT 8422 8423 8424 +CONECT 8423 8422 +CONECT 8424 8422 +CONECT 8425 8426 8427 +CONECT 8426 8425 +CONECT 8427 8425 +CONECT 8428 8429 8430 +CONECT 8429 8428 +CONECT 8430 8428 +CONECT 8431 8432 8433 +CONECT 8432 8431 +CONECT 8433 8431 +CONECT 8434 8435 8436 +CONECT 8435 8434 +CONECT 8436 8434 +CONECT 8437 8438 8439 +CONECT 8438 8437 +CONECT 8439 8437 +CONECT 8440 8441 8442 +CONECT 8441 8440 +CONECT 8442 8440 +CONECT 8443 8444 8445 +CONECT 8444 8443 +CONECT 8445 8443 +CONECT 8446 8447 8448 +CONECT 8447 8446 +CONECT 8448 8446 +CONECT 8449 8450 8451 +CONECT 8450 8449 +CONECT 8451 8449 +CONECT 8452 8453 8454 +CONECT 8453 8452 +CONECT 8454 8452 +CONECT 8455 8456 8457 +CONECT 8456 8455 +CONECT 8457 8455 +CONECT 8458 8459 8460 +CONECT 8459 8458 +CONECT 8460 8458 +CONECT 8461 8462 8463 +CONECT 8462 8461 +CONECT 8463 8461 +CONECT 8464 8465 8466 +CONECT 8465 8464 +CONECT 8466 8464 +CONECT 8467 8468 8469 +CONECT 8468 8467 +CONECT 8469 8467 +CONECT 8470 8471 8472 +CONECT 8471 8470 +CONECT 8472 8470 +CONECT 8473 8474 8475 +CONECT 8474 8473 +CONECT 8475 8473 +CONECT 8476 8477 8478 +CONECT 8477 8476 +CONECT 8478 8476 +CONECT 8479 8480 8481 +CONECT 8480 8479 +CONECT 8481 8479 +CONECT 8482 8483 8484 +CONECT 8483 8482 +CONECT 8484 8482 +CONECT 8485 8486 8487 +CONECT 8486 8485 +CONECT 8487 8485 +CONECT 8488 8489 8490 +CONECT 8489 8488 +CONECT 8490 8488 +CONECT 8491 8492 8493 +CONECT 8492 8491 +CONECT 8493 8491 +CONECT 8494 8495 8496 +CONECT 8495 8494 +CONECT 8496 8494 +CONECT 8497 8498 8499 +CONECT 8498 8497 +CONECT 8499 8497 +CONECT 8500 8501 8502 +CONECT 8501 8500 +CONECT 8502 8500 +CONECT 8503 8504 8505 +CONECT 8504 8503 +CONECT 8505 8503 +CONECT 8506 8507 8508 +CONECT 8507 8506 +CONECT 8508 8506 +CONECT 8509 8510 8511 +CONECT 8510 8509 +CONECT 8511 8509 +CONECT 8512 8513 8514 +CONECT 8513 8512 +CONECT 8514 8512 +CONECT 8515 8516 8517 +CONECT 8516 8515 +CONECT 8517 8515 +CONECT 8518 8519 8520 +CONECT 8519 8518 +CONECT 8520 8518 +CONECT 8521 8522 8523 +CONECT 8522 8521 +CONECT 8523 8521 +CONECT 8524 8525 8526 +CONECT 8525 8524 +CONECT 8526 8524 +CONECT 8527 8528 8529 +CONECT 8528 8527 +CONECT 8529 8527 +CONECT 8530 8531 8532 +CONECT 8531 8530 +CONECT 8532 8530 +CONECT 8533 8534 8535 +CONECT 8534 8533 +CONECT 8535 8533 +CONECT 8536 8537 8538 +CONECT 8537 8536 +CONECT 8538 8536 +CONECT 8539 8540 8541 +CONECT 8540 8539 +CONECT 8541 8539 +CONECT 8542 8543 8544 +CONECT 8543 8542 +CONECT 8544 8542 +CONECT 8545 8546 8547 +CONECT 8546 8545 +CONECT 8547 8545 +CONECT 8548 8549 8550 +CONECT 8549 8548 +CONECT 8550 8548 +CONECT 8551 8552 8553 +CONECT 8552 8551 +CONECT 8553 8551 +CONECT 8554 8555 8556 +CONECT 8555 8554 +CONECT 8556 8554 +CONECT 8557 8558 8559 +CONECT 8558 8557 +CONECT 8559 8557 +CONECT 8560 8561 8562 +CONECT 8561 8560 +CONECT 8562 8560 +CONECT 8563 8564 8565 +CONECT 8564 8563 +CONECT 8565 8563 +CONECT 8566 8567 8568 +CONECT 8567 8566 +CONECT 8568 8566 +CONECT 8569 8570 8571 +CONECT 8570 8569 +CONECT 8571 8569 +CONECT 8572 8573 8574 +CONECT 8573 8572 +CONECT 8574 8572 +CONECT 8575 8576 8577 +CONECT 8576 8575 +CONECT 8577 8575 +CONECT 8578 8579 8580 +CONECT 8579 8578 +CONECT 8580 8578 +CONECT 8581 8582 8583 +CONECT 8582 8581 +CONECT 8583 8581 +CONECT 8584 8585 8586 +CONECT 8585 8584 +CONECT 8586 8584 +CONECT 8587 8588 8589 +CONECT 8588 8587 +CONECT 8589 8587 +CONECT 8590 8591 8592 +CONECT 8591 8590 +CONECT 8592 8590 +CONECT 8593 8594 8595 +CONECT 8594 8593 +CONECT 8595 8593 +CONECT 8596 8597 8598 +CONECT 8597 8596 +CONECT 8598 8596 +CONECT 8599 8600 8601 +CONECT 8600 8599 +CONECT 8601 8599 +CONECT 8602 8603 8604 +CONECT 8603 8602 +CONECT 8604 8602 +CONECT 8605 8606 8607 +CONECT 8606 8605 +CONECT 8607 8605 +CONECT 8608 8609 8610 +CONECT 8609 8608 +CONECT 8610 8608 +CONECT 8611 8612 8613 +CONECT 8612 8611 +CONECT 8613 8611 +CONECT 8614 8615 8616 +CONECT 8615 8614 +CONECT 8616 8614 +CONECT 8617 8618 8619 +CONECT 8618 8617 +CONECT 8619 8617 +CONECT 8620 8621 8622 +CONECT 8621 8620 +CONECT 8622 8620 +CONECT 8623 8624 8625 +CONECT 8624 8623 +CONECT 8625 8623 +CONECT 8626 8627 8628 +CONECT 8627 8626 +CONECT 8628 8626 +CONECT 8629 8630 8631 +CONECT 8630 8629 +CONECT 8631 8629 +CONECT 8632 8633 8634 +CONECT 8633 8632 +CONECT 8634 8632 +CONECT 8635 8636 8637 +CONECT 8636 8635 +CONECT 8637 8635 +CONECT 8638 8639 8640 +CONECT 8639 8638 +CONECT 8640 8638 +CONECT 8641 8642 8643 +CONECT 8642 8641 +CONECT 8643 8641 +CONECT 8644 8645 8646 +CONECT 8645 8644 +CONECT 8646 8644 +CONECT 8647 8648 8649 +CONECT 8648 8647 +CONECT 8649 8647 +CONECT 8650 8651 8652 +CONECT 8651 8650 +CONECT 8652 8650 +CONECT 8653 8654 8655 +CONECT 8654 8653 +CONECT 8655 8653 +CONECT 8656 8657 8658 +CONECT 8657 8656 +CONECT 8658 8656 +CONECT 8659 8660 8661 +CONECT 8660 8659 +CONECT 8661 8659 +CONECT 8662 8663 8664 +CONECT 8663 8662 +CONECT 8664 8662 +CONECT 8665 8666 8667 +CONECT 8666 8665 +CONECT 8667 8665 +CONECT 8668 8669 8670 +CONECT 8669 8668 +CONECT 8670 8668 +CONECT 8671 8672 8673 +CONECT 8672 8671 +CONECT 8673 8671 +CONECT 8674 8675 8676 +CONECT 8675 8674 +CONECT 8676 8674 +CONECT 8677 8678 8679 +CONECT 8678 8677 +CONECT 8679 8677 +CONECT 8680 8681 8682 +CONECT 8681 8680 +CONECT 8682 8680 +CONECT 8683 8684 8685 +CONECT 8684 8683 +CONECT 8685 8683 +CONECT 8686 8687 8688 +CONECT 8687 8686 +CONECT 8688 8686 +CONECT 8689 8690 8691 +CONECT 8690 8689 +CONECT 8691 8689 +CONECT 8692 8693 8694 +CONECT 8693 8692 +CONECT 8694 8692 +CONECT 8695 8696 8697 +CONECT 8696 8695 +CONECT 8697 8695 +CONECT 8698 8699 8700 +CONECT 8699 8698 +CONECT 8700 8698 +CONECT 8701 8702 8703 +CONECT 8702 8701 +CONECT 8703 8701 +CONECT 8704 8705 8706 +CONECT 8705 8704 +CONECT 8706 8704 +CONECT 8707 8708 8709 +CONECT 8708 8707 +CONECT 8709 8707 +CONECT 8710 8711 8712 +CONECT 8711 8710 +CONECT 8712 8710 +CONECT 8713 8714 8715 +CONECT 8714 8713 +CONECT 8715 8713 +CONECT 8716 8717 8718 +CONECT 8717 8716 +CONECT 8718 8716 +CONECT 8719 8720 8721 +CONECT 8720 8719 +CONECT 8721 8719 +CONECT 8722 8723 8724 +CONECT 8723 8722 +CONECT 8724 8722 +CONECT 8725 8726 8727 +CONECT 8726 8725 +CONECT 8727 8725 +CONECT 8728 8729 8730 +CONECT 8729 8728 +CONECT 8730 8728 +CONECT 8731 8732 8733 +CONECT 8732 8731 +CONECT 8733 8731 +CONECT 8734 8735 8736 +CONECT 8735 8734 +CONECT 8736 8734 +CONECT 8737 8738 8739 +CONECT 8738 8737 +CONECT 8739 8737 +CONECT 8740 8741 8742 +CONECT 8741 8740 +CONECT 8742 8740 +CONECT 8743 8744 8745 +CONECT 8744 8743 +CONECT 8745 8743 +CONECT 8746 8747 8748 +CONECT 8747 8746 +CONECT 8748 8746 +CONECT 8749 8750 8751 +CONECT 8750 8749 +CONECT 8751 8749 +CONECT 8752 8753 8754 +CONECT 8753 8752 +CONECT 8754 8752 +CONECT 8755 8756 8757 +CONECT 8756 8755 +CONECT 8757 8755 +CONECT 8758 8759 8760 +CONECT 8759 8758 +CONECT 8760 8758 +CONECT 8761 8762 8763 +CONECT 8762 8761 +CONECT 8763 8761 +CONECT 8764 8765 8766 +CONECT 8765 8764 +CONECT 8766 8764 +CONECT 8767 8768 8769 +CONECT 8768 8767 +CONECT 8769 8767 +CONECT 8770 8771 8772 +CONECT 8771 8770 +CONECT 8772 8770 +CONECT 8773 8774 8775 +CONECT 8774 8773 +CONECT 8775 8773 +CONECT 8776 8777 8778 +CONECT 8777 8776 +CONECT 8778 8776 +CONECT 8779 8780 8781 +CONECT 8780 8779 +CONECT 8781 8779 +CONECT 8782 8783 8784 +CONECT 8783 8782 +CONECT 8784 8782 +CONECT 8785 8786 8787 +CONECT 8786 8785 +CONECT 8787 8785 +CONECT 8788 8789 8790 +CONECT 8789 8788 +CONECT 8790 8788 +CONECT 8791 8792 8793 +CONECT 8792 8791 +CONECT 8793 8791 +CONECT 8794 8795 8796 +CONECT 8795 8794 +CONECT 8796 8794 +CONECT 8797 8798 8799 +CONECT 8798 8797 +CONECT 8799 8797 +CONECT 8800 8801 8802 +CONECT 8801 8800 +CONECT 8802 8800 +CONECT 8803 8804 8805 +CONECT 8804 8803 +CONECT 8805 8803 +CONECT 8806 8807 8808 +CONECT 8807 8806 +CONECT 8808 8806 +CONECT 8809 8810 8811 +CONECT 8810 8809 +CONECT 8811 8809 +CONECT 8812 8813 8814 +CONECT 8813 8812 +CONECT 8814 8812 +CONECT 8815 8816 8817 +CONECT 8816 8815 +CONECT 8817 8815 +CONECT 8818 8819 8820 +CONECT 8819 8818 +CONECT 8820 8818 +CONECT 8821 8822 8823 +CONECT 8822 8821 +CONECT 8823 8821 +CONECT 8824 8825 8826 +CONECT 8825 8824 +CONECT 8826 8824 +CONECT 8827 8828 8829 +CONECT 8828 8827 +CONECT 8829 8827 +CONECT 8830 8831 8832 +CONECT 8831 8830 +CONECT 8832 8830 +CONECT 8833 8834 8835 +CONECT 8834 8833 +CONECT 8835 8833 +CONECT 8836 8837 8838 +CONECT 8837 8836 +CONECT 8838 8836 +CONECT 8839 8840 8841 +CONECT 8840 8839 +CONECT 8841 8839 +CONECT 8842 8843 8844 +CONECT 8843 8842 +CONECT 8844 8842 +CONECT 8845 8846 8847 +CONECT 8846 8845 +CONECT 8847 8845 +CONECT 8848 8849 8850 +CONECT 8849 8848 +CONECT 8850 8848 +CONECT 8851 8852 8853 +CONECT 8852 8851 +CONECT 8853 8851 +CONECT 8854 8855 8856 +CONECT 8855 8854 +CONECT 8856 8854 +CONECT 8857 8858 8859 +CONECT 8858 8857 +CONECT 8859 8857 +CONECT 8860 8861 8862 +CONECT 8861 8860 +CONECT 8862 8860 +CONECT 8863 8864 8865 +CONECT 8864 8863 +CONECT 8865 8863 +CONECT 8866 8867 8868 +CONECT 8867 8866 +CONECT 8868 8866 +CONECT 8869 8870 8871 +CONECT 8870 8869 +CONECT 8871 8869 +CONECT 8872 8873 8874 +CONECT 8873 8872 +CONECT 8874 8872 +CONECT 8875 8876 8877 +CONECT 8876 8875 +CONECT 8877 8875 +CONECT 8878 8879 8880 +CONECT 8879 8878 +CONECT 8880 8878 +CONECT 8881 8882 8883 +CONECT 8882 8881 +CONECT 8883 8881 +CONECT 8884 8885 8886 +CONECT 8885 8884 +CONECT 8886 8884 +CONECT 8887 8888 8889 +CONECT 8888 8887 +CONECT 8889 8887 +CONECT 8890 8891 8892 +CONECT 8891 8890 +CONECT 8892 8890 +CONECT 8893 8894 8895 +CONECT 8894 8893 +CONECT 8895 8893 +CONECT 8896 8897 8898 +CONECT 8897 8896 +CONECT 8898 8896 +CONECT 8899 8900 8901 +CONECT 8900 8899 +CONECT 8901 8899 +CONECT 8902 8903 8904 +CONECT 8903 8902 +CONECT 8904 8902 +CONECT 8905 8906 8907 +CONECT 8906 8905 +CONECT 8907 8905 +CONECT 8908 8909 8910 +CONECT 8909 8908 +CONECT 8910 8908 +CONECT 8911 8912 8913 +CONECT 8912 8911 +CONECT 8913 8911 +CONECT 8914 8915 8916 +CONECT 8915 8914 +CONECT 8916 8914 +CONECT 8917 8918 8919 +CONECT 8918 8917 +CONECT 8919 8917 +CONECT 8920 8921 8922 +CONECT 8921 8920 +CONECT 8922 8920 +CONECT 8923 8924 8925 +CONECT 8924 8923 +CONECT 8925 8923 +CONECT 8926 8927 8928 +CONECT 8927 8926 +CONECT 8928 8926 +CONECT 8929 8930 8931 +CONECT 8930 8929 +CONECT 8931 8929 +CONECT 8932 8933 8934 +CONECT 8933 8932 +CONECT 8934 8932 +CONECT 8935 8936 8937 +CONECT 8936 8935 +CONECT 8937 8935 +CONECT 8938 8939 8940 +CONECT 8939 8938 +CONECT 8940 8938 +CONECT 8941 8942 8943 +CONECT 8942 8941 +CONECT 8943 8941 +CONECT 8944 8945 8946 +CONECT 8945 8944 +CONECT 8946 8944 +CONECT 8947 8948 8949 +CONECT 8948 8947 +CONECT 8949 8947 +CONECT 8950 8951 8952 +CONECT 8951 8950 +CONECT 8952 8950 +CONECT 8953 8954 8955 +CONECT 8954 8953 +CONECT 8955 8953 +CONECT 8956 8957 8958 +CONECT 8957 8956 +CONECT 8958 8956 +CONECT 8959 8960 8961 +CONECT 8960 8959 +CONECT 8961 8959 +CONECT 8962 8963 8964 +CONECT 8963 8962 +CONECT 8964 8962 +CONECT 8965 8966 8967 +CONECT 8966 8965 +CONECT 8967 8965 +CONECT 8968 8969 8970 +CONECT 8969 8968 +CONECT 8970 8968 +CONECT 8971 8972 8973 +CONECT 8972 8971 +CONECT 8973 8971 +CONECT 8974 8975 8976 +CONECT 8975 8974 +CONECT 8976 8974 +CONECT 8977 8978 8979 +CONECT 8978 8977 +CONECT 8979 8977 +CONECT 8980 8981 8982 +CONECT 8981 8980 +CONECT 8982 8980 +CONECT 8983 8984 8985 +CONECT 8984 8983 +CONECT 8985 8983 +CONECT 8986 8987 8988 +CONECT 8987 8986 +CONECT 8988 8986 +CONECT 8989 8990 8991 +CONECT 8990 8989 +CONECT 8991 8989 +CONECT 8992 8993 8994 +CONECT 8993 8992 +CONECT 8994 8992 +CONECT 8995 8996 8997 +CONECT 8996 8995 +CONECT 8997 8995 +CONECT 8998 8999 9000 +CONECT 8999 8998 +CONECT 9000 8998 +CONECT 9001 9002 9003 +CONECT 9002 9001 +CONECT 9003 9001 +CONECT 9004 9005 9006 +CONECT 9005 9004 +CONECT 9006 9004 +CONECT 9007 9008 9009 +CONECT 9008 9007 +CONECT 9009 9007 +CONECT 9010 9011 9012 +CONECT 9011 9010 +CONECT 9012 9010 +CONECT 9013 9014 9015 +CONECT 9014 9013 +CONECT 9015 9013 +CONECT 9016 9017 9018 +CONECT 9017 9016 +CONECT 9018 9016 +CONECT 9019 9020 9021 +CONECT 9020 9019 +CONECT 9021 9019 +CONECT 9022 9023 9024 +CONECT 9023 9022 +CONECT 9024 9022 +CONECT 9025 9026 9027 +CONECT 9026 9025 +CONECT 9027 9025 +CONECT 9028 9029 9030 +CONECT 9029 9028 +CONECT 9030 9028 +CONECT 9031 9032 9033 +CONECT 9032 9031 +CONECT 9033 9031 +CONECT 9034 9035 9036 +CONECT 9035 9034 +CONECT 9036 9034 +CONECT 9037 9038 9039 +CONECT 9038 9037 +CONECT 9039 9037 +CONECT 9040 9041 9042 +CONECT 9041 9040 +CONECT 9042 9040 +CONECT 9043 9044 9045 +CONECT 9044 9043 +CONECT 9045 9043 +CONECT 9046 9047 9048 +CONECT 9047 9046 +CONECT 9048 9046 +CONECT 9049 9050 9051 +CONECT 9050 9049 +CONECT 9051 9049 +CONECT 9052 9053 9054 +CONECT 9053 9052 +CONECT 9054 9052 +CONECT 9055 9056 9057 +CONECT 9056 9055 +CONECT 9057 9055 +CONECT 9058 9059 9060 +CONECT 9059 9058 +CONECT 9060 9058 +CONECT 9061 9062 9063 +CONECT 9062 9061 +CONECT 9063 9061 +CONECT 9064 9065 9066 +CONECT 9065 9064 +CONECT 9066 9064 +CONECT 9067 9068 9069 +CONECT 9068 9067 +CONECT 9069 9067 +CONECT 9070 9071 9072 +CONECT 9071 9070 +CONECT 9072 9070 +CONECT 9073 9074 9075 +CONECT 9074 9073 +CONECT 9075 9073 +CONECT 9076 9077 9078 +CONECT 9077 9076 +CONECT 9078 9076 +CONECT 9079 9080 9081 +CONECT 9080 9079 +CONECT 9081 9079 +CONECT 9082 9083 9084 +CONECT 9083 9082 +CONECT 9084 9082 +CONECT 9085 9086 9087 +CONECT 9086 9085 +CONECT 9087 9085 +CONECT 9088 9089 9090 +CONECT 9089 9088 +CONECT 9090 9088 +CONECT 9091 9092 9093 +CONECT 9092 9091 +CONECT 9093 9091 +CONECT 9094 9095 9096 +CONECT 9095 9094 +CONECT 9096 9094 +CONECT 9097 9098 9099 +CONECT 9098 9097 +CONECT 9099 9097 +CONECT 9100 9101 9102 +CONECT 9101 9100 +CONECT 9102 9100 +CONECT 9103 9104 9105 +CONECT 9104 9103 +CONECT 9105 9103 +CONECT 9106 9107 9108 +CONECT 9107 9106 +CONECT 9108 9106 +CONECT 9109 9110 9111 +CONECT 9110 9109 +CONECT 9111 9109 +CONECT 9112 9113 9114 +CONECT 9113 9112 +CONECT 9114 9112 +CONECT 9115 9116 9117 +CONECT 9116 9115 +CONECT 9117 9115 +CONECT 9118 9119 9120 +CONECT 9119 9118 +CONECT 9120 9118 +CONECT 9121 9122 9123 +CONECT 9122 9121 +CONECT 9123 9121 +CONECT 9124 9125 9126 +CONECT 9125 9124 +CONECT 9126 9124 +CONECT 9127 9128 9129 +CONECT 9128 9127 +CONECT 9129 9127 +CONECT 9130 9131 9132 +CONECT 9131 9130 +CONECT 9132 9130 +CONECT 9133 9134 9135 +CONECT 9134 9133 +CONECT 9135 9133 +CONECT 9136 9137 9138 +CONECT 9137 9136 +CONECT 9138 9136 +CONECT 9139 9140 9141 +CONECT 9140 9139 +CONECT 9141 9139 +CONECT 9142 9143 9144 +CONECT 9143 9142 +CONECT 9144 9142 +CONECT 9145 9146 9147 +CONECT 9146 9145 +CONECT 9147 9145 +CONECT 9148 9149 9150 +CONECT 9149 9148 +CONECT 9150 9148 +CONECT 9151 9152 9153 +CONECT 9152 9151 +CONECT 9153 9151 +CONECT 9154 9155 9156 +CONECT 9155 9154 +CONECT 9156 9154 +CONECT 9157 9158 9159 +CONECT 9158 9157 +CONECT 9159 9157 +CONECT 9160 9161 9162 +CONECT 9161 9160 +CONECT 9162 9160 +CONECT 9163 9164 9165 +CONECT 9164 9163 +CONECT 9165 9163 +CONECT 9166 9167 9168 +CONECT 9167 9166 +CONECT 9168 9166 +CONECT 9169 9170 9171 +CONECT 9170 9169 +CONECT 9171 9169 +CONECT 9172 9173 9174 +CONECT 9173 9172 +CONECT 9174 9172 +CONECT 9175 9176 9177 +CONECT 9176 9175 +CONECT 9177 9175 +CONECT 9178 9179 9180 +CONECT 9179 9178 +CONECT 9180 9178 +CONECT 9181 9182 9183 +CONECT 9182 9181 +CONECT 9183 9181 +CONECT 9184 9185 9186 +CONECT 9185 9184 +CONECT 9186 9184 +CONECT 9187 9188 9189 +CONECT 9188 9187 +CONECT 9189 9187 +CONECT 9190 9191 9192 +CONECT 9191 9190 +CONECT 9192 9190 +CONECT 9193 9194 9195 +CONECT 9194 9193 +CONECT 9195 9193 +CONECT 9196 9197 9198 +CONECT 9197 9196 +CONECT 9198 9196 +CONECT 9199 9200 9201 +CONECT 9200 9199 +CONECT 9201 9199 +CONECT 9202 9203 9204 +CONECT 9203 9202 +CONECT 9204 9202 +CONECT 9205 9206 9207 +CONECT 9206 9205 +CONECT 9207 9205 +CONECT 9208 9209 9210 +CONECT 9209 9208 +CONECT 9210 9208 +CONECT 9211 9212 9213 +CONECT 9212 9211 +CONECT 9213 9211 +CONECT 9214 9215 9216 +CONECT 9215 9214 +CONECT 9216 9214 +CONECT 9217 9218 9219 +CONECT 9218 9217 +CONECT 9219 9217 +CONECT 9220 9221 9222 +CONECT 9221 9220 +CONECT 9222 9220 +CONECT 9223 9224 9225 +CONECT 9224 9223 +CONECT 9225 9223 +CONECT 9226 9227 9228 +CONECT 9227 9226 +CONECT 9228 9226 +CONECT 9229 9230 9231 +CONECT 9230 9229 +CONECT 9231 9229 +CONECT 9232 9233 9234 +CONECT 9233 9232 +CONECT 9234 9232 +CONECT 9235 9236 9237 +CONECT 9236 9235 +CONECT 9237 9235 +CONECT 9238 9239 9240 +CONECT 9239 9238 +CONECT 9240 9238 +CONECT 9241 9242 9243 +CONECT 9242 9241 +CONECT 9243 9241 +CONECT 9244 9245 9246 +CONECT 9245 9244 +CONECT 9246 9244 +CONECT 9247 9248 9249 +CONECT 9248 9247 +CONECT 9249 9247 +CONECT 9250 9251 9252 +CONECT 9251 9250 +CONECT 9252 9250 +CONECT 9253 9254 9255 +CONECT 9254 9253 +CONECT 9255 9253 +CONECT 9256 9257 9258 +CONECT 9257 9256 +CONECT 9258 9256 +CONECT 9259 9260 9261 +CONECT 9260 9259 +CONECT 9261 9259 +CONECT 9262 9263 9264 +CONECT 9263 9262 +CONECT 9264 9262 +CONECT 9265 9266 9267 +CONECT 9266 9265 +CONECT 9267 9265 +CONECT 9268 9269 9270 +CONECT 9269 9268 +CONECT 9270 9268 +CONECT 9271 9272 9273 +CONECT 9272 9271 +CONECT 9273 9271 +CONECT 9274 9275 9276 +CONECT 9275 9274 +CONECT 9276 9274 +CONECT 9277 9278 9279 +CONECT 9278 9277 +CONECT 9279 9277 +CONECT 9280 9281 9282 +CONECT 9281 9280 +CONECT 9282 9280 +CONECT 9283 9284 9285 +CONECT 9284 9283 +CONECT 9285 9283 +CONECT 9286 9287 9288 +CONECT 9287 9286 +CONECT 9288 9286 +CONECT 9289 9290 9291 +CONECT 9290 9289 +CONECT 9291 9289 +CONECT 9292 9293 9294 +CONECT 9293 9292 +CONECT 9294 9292 +CONECT 9295 9296 9297 +CONECT 9296 9295 +CONECT 9297 9295 +CONECT 9298 9299 9300 +CONECT 9299 9298 +CONECT 9300 9298 +CONECT 9301 9302 9303 +CONECT 9302 9301 +CONECT 9303 9301 +CONECT 9304 9305 9306 +CONECT 9305 9304 +CONECT 9306 9304 +CONECT 9307 9308 9309 +CONECT 9308 9307 +CONECT 9309 9307 +CONECT 9310 9311 9312 +CONECT 9311 9310 +CONECT 9312 9310 +CONECT 9313 9314 9315 +CONECT 9314 9313 +CONECT 9315 9313 +CONECT 9316 9317 9318 +CONECT 9317 9316 +CONECT 9318 9316 +CONECT 9319 9320 9321 +CONECT 9320 9319 +CONECT 9321 9319 +CONECT 9322 9323 9324 +CONECT 9323 9322 +CONECT 9324 9322 +CONECT 9325 9326 9327 +CONECT 9326 9325 +CONECT 9327 9325 +CONECT 9328 9329 9330 +CONECT 9329 9328 +CONECT 9330 9328 +CONECT 9331 9332 9333 +CONECT 9332 9331 +CONECT 9333 9331 +CONECT 9334 9335 9336 +CONECT 9335 9334 +CONECT 9336 9334 +CONECT 9337 9338 9339 +CONECT 9338 9337 +CONECT 9339 9337 +CONECT 9340 9341 9342 +CONECT 9341 9340 +CONECT 9342 9340 +CONECT 9343 9344 9345 +CONECT 9344 9343 +CONECT 9345 9343 +CONECT 9346 9347 9348 +CONECT 9347 9346 +CONECT 9348 9346 +CONECT 9349 9350 9351 +CONECT 9350 9349 +CONECT 9351 9349 +CONECT 9352 9353 9354 +CONECT 9353 9352 +CONECT 9354 9352 +CONECT 9355 9356 9357 +CONECT 9356 9355 +CONECT 9357 9355 +CONECT 9358 9359 9360 +CONECT 9359 9358 +CONECT 9360 9358 +CONECT 9361 9362 9363 +CONECT 9362 9361 +CONECT 9363 9361 +CONECT 9364 9365 9366 +CONECT 9365 9364 +CONECT 9366 9364 +CONECT 9367 9368 9369 +CONECT 9368 9367 +CONECT 9369 9367 +CONECT 9370 9371 9372 +CONECT 9371 9370 +CONECT 9372 9370 +CONECT 9373 9374 9375 +CONECT 9374 9373 +CONECT 9375 9373 +CONECT 9376 9377 9378 +CONECT 9377 9376 +CONECT 9378 9376 +CONECT 9379 9380 9381 +CONECT 9380 9379 +CONECT 9381 9379 +CONECT 9382 9383 9384 +CONECT 9383 9382 +CONECT 9384 9382 +CONECT 9385 9386 9387 +CONECT 9386 9385 +CONECT 9387 9385 +CONECT 9388 9389 9390 +CONECT 9389 9388 +CONECT 9390 9388 +CONECT 9391 9392 9393 +CONECT 9392 9391 +CONECT 9393 9391 +CONECT 9394 9395 9396 +CONECT 9395 9394 +CONECT 9396 9394 +CONECT 9397 9398 9399 +CONECT 9398 9397 +CONECT 9399 9397 +CONECT 9400 9401 9402 +CONECT 9401 9400 +CONECT 9402 9400 +CONECT 9403 9404 9405 +CONECT 9404 9403 +CONECT 9405 9403 +CONECT 9406 9407 9408 +CONECT 9407 9406 +CONECT 9408 9406 +CONECT 9409 9410 9411 +CONECT 9410 9409 +CONECT 9411 9409 +CONECT 9412 9413 9414 +CONECT 9413 9412 +CONECT 9414 9412 +CONECT 9415 9416 9417 +CONECT 9416 9415 +CONECT 9417 9415 +CONECT 9418 9419 9420 +CONECT 9419 9418 +CONECT 9420 9418 +CONECT 9421 9422 9423 +CONECT 9422 9421 +CONECT 9423 9421 +CONECT 9424 9425 9426 +CONECT 9425 9424 +CONECT 9426 9424 +CONECT 9427 9428 9429 +CONECT 9428 9427 +CONECT 9429 9427 +CONECT 9430 9431 9432 +CONECT 9431 9430 +CONECT 9432 9430 +CONECT 9433 9434 9435 +CONECT 9434 9433 +CONECT 9435 9433 +CONECT 9436 9437 9438 +CONECT 9437 9436 +CONECT 9438 9436 +CONECT 9439 9440 9441 +CONECT 9440 9439 +CONECT 9441 9439 +CONECT 9442 9443 9444 +CONECT 9443 9442 +CONECT 9444 9442 +CONECT 9445 9446 9447 +CONECT 9446 9445 +CONECT 9447 9445 +CONECT 9448 9449 9450 +CONECT 9449 9448 +CONECT 9450 9448 +CONECT 9451 9452 9453 +CONECT 9452 9451 +CONECT 9453 9451 +CONECT 9454 9455 9456 +CONECT 9455 9454 +CONECT 9456 9454 +CONECT 9457 9458 9459 +CONECT 9458 9457 +CONECT 9459 9457 +CONECT 9460 9461 9462 +CONECT 9461 9460 +CONECT 9462 9460 +CONECT 9463 9464 9465 +CONECT 9464 9463 +CONECT 9465 9463 +CONECT 9466 9467 9468 +CONECT 9467 9466 +CONECT 9468 9466 +CONECT 9469 9470 9471 +CONECT 9470 9469 +CONECT 9471 9469 +CONECT 9472 9473 9474 +CONECT 9473 9472 +CONECT 9474 9472 +CONECT 9475 9476 9477 +CONECT 9476 9475 +CONECT 9477 9475 +CONECT 9478 9479 9480 +CONECT 9479 9478 +CONECT 9480 9478 +CONECT 9481 9482 9483 +CONECT 9482 9481 +CONECT 9483 9481 +CONECT 9484 9485 9486 +CONECT 9485 9484 +CONECT 9486 9484 +CONECT 9487 9488 9489 +CONECT 9488 9487 +CONECT 9489 9487 +CONECT 9490 9491 9492 +CONECT 9491 9490 +CONECT 9492 9490 +CONECT 9493 9494 9495 +CONECT 9494 9493 +CONECT 9495 9493 +CONECT 9496 9497 9498 +CONECT 9497 9496 +CONECT 9498 9496 +CONECT 9499 9500 9501 +CONECT 9500 9499 +CONECT 9501 9499 +CONECT 9502 9503 9504 +CONECT 9503 9502 +CONECT 9504 9502 +CONECT 9505 9506 9507 +CONECT 9506 9505 +CONECT 9507 9505 +CONECT 9508 9509 9510 +CONECT 9509 9508 +CONECT 9510 9508 +CONECT 9511 9512 9513 +CONECT 9512 9511 +CONECT 9513 9511 +CONECT 9514 9515 9516 +CONECT 9515 9514 +CONECT 9516 9514 +CONECT 9517 9518 9519 +CONECT 9518 9517 +CONECT 9519 9517 +CONECT 9520 9521 9522 +CONECT 9521 9520 +CONECT 9522 9520 +CONECT 9523 9524 9525 +CONECT 9524 9523 +CONECT 9525 9523 +CONECT 9526 9527 9528 +CONECT 9527 9526 +CONECT 9528 9526 +CONECT 9529 9530 9531 +CONECT 9530 9529 +CONECT 9531 9529 +CONECT 9532 9533 9534 +CONECT 9533 9532 +CONECT 9534 9532 +CONECT 9535 9536 9537 +CONECT 9536 9535 +CONECT 9537 9535 +CONECT 9538 9539 9540 +CONECT 9539 9538 +CONECT 9540 9538 +CONECT 9541 9542 9543 +CONECT 9542 9541 +CONECT 9543 9541 +CONECT 9544 9545 9546 +CONECT 9545 9544 +CONECT 9546 9544 +CONECT 9547 9548 9549 +CONECT 9548 9547 +CONECT 9549 9547 +CONECT 9550 9551 9552 +CONECT 9551 9550 +CONECT 9552 9550 +CONECT 9553 9554 9555 +CONECT 9554 9553 +CONECT 9555 9553 +CONECT 9556 9557 9558 +CONECT 9557 9556 +CONECT 9558 9556 +CONECT 9559 9560 9561 +CONECT 9560 9559 +CONECT 9561 9559 +CONECT 9562 9563 9564 +CONECT 9563 9562 +CONECT 9564 9562 +CONECT 9565 9566 9567 +CONECT 9566 9565 +CONECT 9567 9565 +CONECT 9568 9569 9570 +CONECT 9569 9568 +CONECT 9570 9568 +CONECT 9571 9572 9573 +CONECT 9572 9571 +CONECT 9573 9571 +CONECT 9574 9575 9576 +CONECT 9575 9574 +CONECT 9576 9574 +CONECT 9577 9578 9579 +CONECT 9578 9577 +CONECT 9579 9577 +CONECT 9580 9581 9582 +CONECT 9581 9580 +CONECT 9582 9580 +CONECT 9583 9584 9585 +CONECT 9584 9583 +CONECT 9585 9583 +CONECT 9586 9587 9588 +CONECT 9587 9586 +CONECT 9588 9586 +CONECT 9589 9590 9591 +CONECT 9590 9589 +CONECT 9591 9589 +CONECT 9592 9593 9594 +CONECT 9593 9592 +CONECT 9594 9592 +CONECT 9595 9596 9597 +CONECT 9596 9595 +CONECT 9597 9595 +CONECT 9598 9599 9600 +CONECT 9599 9598 +CONECT 9600 9598 +CONECT 9601 9602 9603 +CONECT 9602 9601 +CONECT 9603 9601 +CONECT 9604 9605 9606 +CONECT 9605 9604 +CONECT 9606 9604 +CONECT 9607 9608 9609 +CONECT 9608 9607 +CONECT 9609 9607 +CONECT 9610 9611 9612 +CONECT 9611 9610 +CONECT 9612 9610 +CONECT 9613 9614 9615 +CONECT 9614 9613 +CONECT 9615 9613 +CONECT 9616 9617 9618 +CONECT 9617 9616 +CONECT 9618 9616 +CONECT 9619 9620 9621 +CONECT 9620 9619 +CONECT 9621 9619 +CONECT 9622 9623 9624 +CONECT 9623 9622 +CONECT 9624 9622 +CONECT 9625 9626 9627 +CONECT 9626 9625 +CONECT 9627 9625 +CONECT 9628 9629 9630 +CONECT 9629 9628 +CONECT 9630 9628 +CONECT 9631 9632 9633 +CONECT 9632 9631 +CONECT 9633 9631 +CONECT 9634 9635 9636 +CONECT 9635 9634 +CONECT 9636 9634 +CONECT 9637 9638 9639 +CONECT 9638 9637 +CONECT 9639 9637 +CONECT 9640 9641 9642 +CONECT 9641 9640 +CONECT 9642 9640 +CONECT 9643 9644 9645 +CONECT 9644 9643 +CONECT 9645 9643 +CONECT 9646 9647 9648 +CONECT 9647 9646 +CONECT 9648 9646 +CONECT 9649 9650 9651 +CONECT 9650 9649 +CONECT 9651 9649 +CONECT 9652 9653 9654 +CONECT 9653 9652 +CONECT 9654 9652 +CONECT 9655 9656 9657 +CONECT 9656 9655 +CONECT 9657 9655 +CONECT 9658 9659 9660 +CONECT 9659 9658 +CONECT 9660 9658 +CONECT 9661 9662 9663 +CONECT 9662 9661 +CONECT 9663 9661 +CONECT 9664 9665 9666 +CONECT 9665 9664 +CONECT 9666 9664 +CONECT 9667 9668 9669 +CONECT 9668 9667 +CONECT 9669 9667 +CONECT 9670 9671 9672 +CONECT 9671 9670 +CONECT 9672 9670 +CONECT 9673 9674 9675 +CONECT 9674 9673 +CONECT 9675 9673 +CONECT 9676 9677 9678 +CONECT 9677 9676 +CONECT 9678 9676 +CONECT 9679 9680 9681 +CONECT 9680 9679 +CONECT 9681 9679 +CONECT 9682 9683 9684 +CONECT 9683 9682 +CONECT 9684 9682 +CONECT 9685 9686 9687 +CONECT 9686 9685 +CONECT 9687 9685 +CONECT 9688 9689 9690 +CONECT 9689 9688 +CONECT 9690 9688 +CONECT 9691 9692 9693 +CONECT 9692 9691 +CONECT 9693 9691 +CONECT 9694 9695 9696 +CONECT 9695 9694 +CONECT 9696 9694 +CONECT 9697 9698 9699 +CONECT 9698 9697 +CONECT 9699 9697 +CONECT 9700 9701 9702 +CONECT 9701 9700 +CONECT 9702 9700 +CONECT 9703 9704 9705 +CONECT 9704 9703 +CONECT 9705 9703 +CONECT 9706 9707 9708 +CONECT 9707 9706 +CONECT 9708 9706 +CONECT 9709 9710 9711 +CONECT 9710 9709 +CONECT 9711 9709 +CONECT 9712 9713 9714 +CONECT 9713 9712 +CONECT 9714 9712 +CONECT 9715 9716 9717 +CONECT 9716 9715 +CONECT 9717 9715 +CONECT 9718 9719 9720 +CONECT 9719 9718 +CONECT 9720 9718 +CONECT 9721 9722 9723 +CONECT 9722 9721 +CONECT 9723 9721 +CONECT 9724 9725 9726 +CONECT 9725 9724 +CONECT 9726 9724 +CONECT 9727 9728 9729 +CONECT 9728 9727 +CONECT 9729 9727 +CONECT 9730 9731 9732 +CONECT 9731 9730 +CONECT 9732 9730 +CONECT 9733 9734 9735 +CONECT 9734 9733 +CONECT 9735 9733 +CONECT 9736 9737 9738 +CONECT 9737 9736 +CONECT 9738 9736 +CONECT 9739 9740 9741 +CONECT 9740 9739 +CONECT 9741 9739 +CONECT 9742 9743 9744 +CONECT 9743 9742 +CONECT 9744 9742 +CONECT 9745 9746 9747 +CONECT 9746 9745 +CONECT 9747 9745 +CONECT 9748 9749 9750 +CONECT 9749 9748 +CONECT 9750 9748 +CONECT 9751 9752 9753 +CONECT 9752 9751 +CONECT 9753 9751 +CONECT 9754 9755 9756 +CONECT 9755 9754 +CONECT 9756 9754 +CONECT 9757 9758 9759 +CONECT 9758 9757 +CONECT 9759 9757 +CONECT 9760 9761 9762 +CONECT 9761 9760 +CONECT 9762 9760 +CONECT 9763 9764 9765 +CONECT 9764 9763 +CONECT 9765 9763 +CONECT 9766 9767 9768 +CONECT 9767 9766 +CONECT 9768 9766 +CONECT 9769 9770 9771 +CONECT 9770 9769 +CONECT 9771 9769 +CONECT 9772 9773 9774 +CONECT 9773 9772 +CONECT 9774 9772 +CONECT 9775 9776 9777 +CONECT 9776 9775 +CONECT 9777 9775 +CONECT 9778 9779 9780 +CONECT 9779 9778 +CONECT 9780 9778 +CONECT 9781 9782 9783 +CONECT 9782 9781 +CONECT 9783 9781 +CONECT 9784 9785 9786 +CONECT 9785 9784 +CONECT 9786 9784 +CONECT 9787 9788 9789 +CONECT 9788 9787 +CONECT 9789 9787 +CONECT 9790 9791 9792 +CONECT 9791 9790 +CONECT 9792 9790 +CONECT 9793 9794 9795 +CONECT 9794 9793 +CONECT 9795 9793 +CONECT 9796 9797 9798 +CONECT 9797 9796 +CONECT 9798 9796 +CONECT 9799 9800 9801 +CONECT 9800 9799 +CONECT 9801 9799 +CONECT 9802 9803 9804 +CONECT 9803 9802 +CONECT 9804 9802 +CONECT 9805 9806 9807 +CONECT 9806 9805 +CONECT 9807 9805 +CONECT 9808 9809 9810 +CONECT 9809 9808 +CONECT 9810 9808 +CONECT 9811 9812 9813 +CONECT 9812 9811 +CONECT 9813 9811 +CONECT 9814 9815 9816 +CONECT 9815 9814 +CONECT 9816 9814 +CONECT 9817 9818 9819 +CONECT 9818 9817 +CONECT 9819 9817 +CONECT 9820 9821 9822 +CONECT 9821 9820 +CONECT 9822 9820 +CONECT 9823 9824 9825 +CONECT 9824 9823 +CONECT 9825 9823 +CONECT 9826 9827 9828 +CONECT 9827 9826 +CONECT 9828 9826 +CONECT 9829 9830 9831 +CONECT 9830 9829 +CONECT 9831 9829 +CONECT 9832 9833 9834 +CONECT 9833 9832 +CONECT 9834 9832 +CONECT 9835 9836 9837 +CONECT 9836 9835 +CONECT 9837 9835 +CONECT 9838 9839 9840 +CONECT 9839 9838 +CONECT 9840 9838 +CONECT 9841 9842 9843 +CONECT 9842 9841 +CONECT 9843 9841 +CONECT 9844 9845 9846 +CONECT 9845 9844 +CONECT 9846 9844 +CONECT 9847 9848 9849 +CONECT 9848 9847 +CONECT 9849 9847 +CONECT 9850 9851 9852 +CONECT 9851 9850 +CONECT 9852 9850 +CONECT 9853 9854 9855 +CONECT 9854 9853 +CONECT 9855 9853 +CONECT 9856 9857 9858 +CONECT 9857 9856 +CONECT 9858 9856 +CONECT 9859 9860 9861 +CONECT 9860 9859 +CONECT 9861 9859 +CONECT 9862 9863 9864 +CONECT 9863 9862 +CONECT 9864 9862 +CONECT 9865 9866 9867 +CONECT 9866 9865 +CONECT 9867 9865 +CONECT 9868 9869 9870 +CONECT 9869 9868 +CONECT 9870 9868 +CONECT 9871 9872 9873 +CONECT 9872 9871 +CONECT 9873 9871 +CONECT 9874 9875 9876 +CONECT 9875 9874 +CONECT 9876 9874 +CONECT 9877 9878 9879 +CONECT 9878 9877 +CONECT 9879 9877 +CONECT 9880 9881 9882 +CONECT 9881 9880 +CONECT 9882 9880 +CONECT 9883 9884 9885 +CONECT 9884 9883 +CONECT 9885 9883 +CONECT 9886 9887 9888 +CONECT 9887 9886 +CONECT 9888 9886 +CONECT 9889 9890 9891 +CONECT 9890 9889 +CONECT 9891 9889 +CONECT 9892 9893 9894 +CONECT 9893 9892 +CONECT 9894 9892 +CONECT 9895 9896 9897 +CONECT 9896 9895 +CONECT 9897 9895 +CONECT 9898 9899 9900 +CONECT 9899 9898 +CONECT 9900 9898 +CONECT 9901 9902 9903 +CONECT 9902 9901 +CONECT 9903 9901 +CONECT 9904 9905 9906 +CONECT 9905 9904 +CONECT 9906 9904 +CONECT 9907 9908 9909 +CONECT 9908 9907 +CONECT 9909 9907 +CONECT 9910 9911 9912 +CONECT 9911 9910 +CONECT 9912 9910 +CONECT 9913 9914 9915 +CONECT 9914 9913 +CONECT 9915 9913 +CONECT 9916 9917 9918 +CONECT 9917 9916 +CONECT 9918 9916 +CONECT 9919 9920 9921 +CONECT 9920 9919 +CONECT 9921 9919 +CONECT 9922 9923 9924 +CONECT 9923 9922 +CONECT 9924 9922 +CONECT 9925 9926 9927 +CONECT 9926 9925 +CONECT 9927 9925 +CONECT 9928 9929 9930 +CONECT 9929 9928 +CONECT 9930 9928 +CONECT 9931 9932 9933 +CONECT 9932 9931 +CONECT 9933 9931 +CONECT 9934 9935 9936 +CONECT 9935 9934 +CONECT 9936 9934 +CONECT 9937 9938 9939 +CONECT 9938 9937 +CONECT 9939 9937 +CONECT 9940 9941 9942 +CONECT 9941 9940 +CONECT 9942 9940 +CONECT 9943 9944 9945 +CONECT 9944 9943 +CONECT 9945 9943 +CONECT 9946 9947 9948 +CONECT 9947 9946 +CONECT 9948 9946 +CONECT 9949 9950 9951 +CONECT 9950 9949 +CONECT 9951 9949 +CONECT 9952 9953 9954 +CONECT 9953 9952 +CONECT 9954 9952 +CONECT 9955 9956 9957 +CONECT 9956 9955 +CONECT 9957 9955 +CONECT 9958 9959 9960 +CONECT 9959 9958 +CONECT 9960 9958 +CONECT 9961 9962 9963 +CONECT 9962 9961 +CONECT 9963 9961 +CONECT 9964 9965 9966 +CONECT 9965 9964 +CONECT 9966 9964 +CONECT 9967 9968 9969 +CONECT 9968 9967 +CONECT 9969 9967 +CONECT 9970 9971 9972 +CONECT 9971 9970 +CONECT 9972 9970 +CONECT 9973 9974 9975 +CONECT 9974 9973 +CONECT 9975 9973 +CONECT 9976 9977 9978 +CONECT 9977 9976 +CONECT 9978 9976 +CONECT 9979 9980 9981 +CONECT 9980 9979 +CONECT 9981 9979 +CONECT 9982 9983 9984 +CONECT 9983 9982 +CONECT 9984 9982 +CONECT 9985 9986 9987 +CONECT 9986 9985 +CONECT 9987 9985 +CONECT 9988 9989 9990 +CONECT 9989 9988 +CONECT 9990 9988 +CONECT 9991 9992 9993 +CONECT 9992 9991 +CONECT 9993 9991 +CONECT 9994 9995 9996 +CONECT 9995 9994 +CONECT 9996 9994 +CONECT 9997 9998 9999 +CONECT 9998 9997 +CONECT 9999 9997 +CONECT100001000110002 +CONECT1000110000 +CONECT1000210000 +CONECT100031000410005 +CONECT1000410003 +CONECT1000510003 +CONECT100061000710008 +CONECT1000710006 +CONECT1000810006 +CONECT100091001010011 +CONECT1001010009 +CONECT1001110009 +CONECT100121001310014 +CONECT1001310012 +CONECT1001410012 +CONECT100151001610017 +CONECT1001610015 +CONECT1001710015 +CONECT100181001910020 +CONECT1001910018 +CONECT1002010018 +CONECT100211002210023 +CONECT1002210021 +CONECT1002310021 +CONECT100241002510026 +CONECT1002510024 +CONECT1002610024 +CONECT100271002810029 +CONECT1002810027 +CONECT1002910027 +CONECT100301003110032 +CONECT1003110030 +CONECT1003210030 +CONECT100331003410035 +CONECT1003410033 +CONECT1003510033 +CONECT100361003710038 +CONECT1003710036 +CONECT1003810036 +CONECT100391004010041 +CONECT1004010039 +CONECT1004110039 +CONECT100421004310044 +CONECT1004310042 +CONECT1004410042 +CONECT100451004610047 +CONECT1004610045 +CONECT1004710045 +CONECT100481004910050 +CONECT1004910048 +CONECT1005010048 +CONECT100511005210053 +CONECT1005210051 +CONECT1005310051 +CONECT100541005510056 +CONECT1005510054 +CONECT1005610054 +CONECT100571005810059 +CONECT1005810057 +CONECT1005910057 +CONECT100601006110062 +CONECT1006110060 +CONECT1006210060 +CONECT100631006410065 +CONECT1006410063 +CONECT1006510063 +CONECT100661006710068 +CONECT1006710066 +CONECT1006810066 +CONECT100691007010071 +CONECT1007010069 +CONECT1007110069 +CONECT100721007310074 +CONECT1007310072 +CONECT1007410072 +CONECT100751007610077 +CONECT1007610075 +CONECT1007710075 +CONECT100781007910080 +CONECT1007910078 +CONECT1008010078 +CONECT100811008210083 +CONECT1008210081 +CONECT1008310081 +CONECT100841008510086 +CONECT1008510084 +CONECT1008610084 +CONECT100871008810089 +CONECT1008810087 +CONECT1008910087 +CONECT100901009110092 +CONECT1009110090 +CONECT1009210090 +CONECT100931009410095 +CONECT1009410093 +CONECT1009510093 +CONECT100961009710098 +CONECT1009710096 +CONECT1009810096 +CONECT100991010010101 +CONECT1010010099 +CONECT1010110099 +CONECT101021010310104 +CONECT1010310102 +CONECT1010410102 +CONECT101051010610107 +CONECT1010610105 +CONECT1010710105 +CONECT101081010910110 +CONECT1010910108 +CONECT1011010108 +CONECT101111011210113 +CONECT1011210111 +CONECT1011310111 +CONECT101141011510116 +CONECT1011510114 +CONECT1011610114 +CONECT101171011810119 +CONECT1011810117 +CONECT1011910117 +CONECT101201012110122 +CONECT1012110120 +CONECT1012210120 +CONECT101231012410125 +CONECT1012410123 +CONECT1012510123 +CONECT101261012710128 +CONECT1012710126 +CONECT1012810126 +CONECT101291013010131 +CONECT1013010129 +CONECT1013110129 +CONECT101321013310134 +CONECT1013310132 +CONECT1013410132 +CONECT101351013610137 +CONECT1013610135 +CONECT1013710135 +CONECT101381013910140 +CONECT1013910138 +CONECT1014010138 +CONECT101411014210143 +CONECT1014210141 +CONECT1014310141 +CONECT101441014510146 +CONECT1014510144 +CONECT1014610144 +CONECT101471014810149 +CONECT1014810147 +CONECT1014910147 +CONECT101501015110152 +CONECT1015110150 +CONECT1015210150 +CONECT101531015410155 +CONECT1015410153 +CONECT1015510153 +CONECT101561015710158 +CONECT1015710156 +CONECT1015810156 +CONECT101591016010161 +CONECT1016010159 +CONECT1016110159 +CONECT101621016310164 +CONECT1016310162 +CONECT1016410162 +CONECT101651016610167 +CONECT1016610165 +CONECT1016710165 +CONECT101681016910170 +CONECT1016910168 +CONECT1017010168 +CONECT101711017210173 +CONECT1017210171 +CONECT1017310171 +CONECT101741017510176 +CONECT1017510174 +CONECT1017610174 +CONECT101771017810179 +CONECT1017810177 +CONECT1017910177 +CONECT101801018110182 +CONECT1018110180 +CONECT1018210180 +CONECT101831018410185 +CONECT1018410183 +CONECT1018510183 +CONECT101861018710188 +CONECT1018710186 +CONECT1018810186 +CONECT101891019010191 +CONECT1019010189 +CONECT1019110189 +CONECT101921019310194 +CONECT1019310192 +CONECT1019410192 +CONECT101951019610197 +CONECT1019610195 +CONECT1019710195 +CONECT101981019910200 +CONECT1019910198 +CONECT1020010198 +CONECT102011020210203 +CONECT1020210201 +CONECT1020310201 +CONECT102041020510206 +CONECT1020510204 +CONECT1020610204 +CONECT102071020810209 +CONECT1020810207 +CONECT1020910207 +CONECT102101021110212 +CONECT1021110210 +CONECT1021210210 +CONECT102131021410215 +CONECT1021410213 +CONECT1021510213 +CONECT102161021710218 +CONECT1021710216 +CONECT1021810216 +CONECT102191022010221 +CONECT1022010219 +CONECT1022110219 +CONECT102221022310224 +CONECT1022310222 +CONECT1022410222 +CONECT102251022610227 +CONECT1022610225 +CONECT1022710225 +CONECT102281022910230 +CONECT1022910228 +CONECT1023010228 +CONECT102311023210233 +CONECT1023210231 +CONECT1023310231 +CONECT102341023510236 +CONECT1023510234 +CONECT1023610234 +CONECT102371023810239 +CONECT1023810237 +CONECT1023910237 +CONECT102401024110242 +CONECT1024110240 +CONECT1024210240 +CONECT102431024410245 +CONECT1024410243 +CONECT1024510243 +CONECT102461024710248 +CONECT1024710246 +CONECT1024810246 +CONECT102491025010251 +CONECT1025010249 +CONECT1025110249 +CONECT102521025310254 +CONECT1025310252 +CONECT1025410252 +CONECT102551025610257 +CONECT1025610255 +CONECT1025710255 +CONECT102581025910260 +CONECT1025910258 +CONECT1026010258 +CONECT102611026210263 +CONECT1026210261 +CONECT1026310261 +CONECT102641026510266 +CONECT1026510264 +CONECT1026610264 +CONECT102671026810269 +CONECT1026810267 +CONECT1026910267 +CONECT102701027110272 +CONECT1027110270 +CONECT1027210270 +CONECT102731027410275 +CONECT1027410273 +CONECT1027510273 +CONECT102761027710278 +CONECT1027710276 +CONECT1027810276 +CONECT102791028010281 +CONECT1028010279 +CONECT1028110279 +CONECT102821028310284 +CONECT1028310282 +CONECT1028410282 +CONECT102851028610287 +CONECT1028610285 +CONECT1028710285 +CONECT102881028910290 +CONECT1028910288 +CONECT1029010288 +CONECT102911029210293 +CONECT1029210291 +CONECT1029310291 +CONECT102941029510296 +CONECT1029510294 +CONECT1029610294 +CONECT102971029810299 +CONECT1029810297 +CONECT1029910297 +CONECT103001030110302 +CONECT1030110300 +CONECT1030210300 +CONECT103031030410305 +CONECT1030410303 +CONECT1030510303 +CONECT103061030710308 +CONECT1030710306 +CONECT1030810306 +CONECT103091031010311 +CONECT1031010309 +CONECT1031110309 +CONECT103121031310314 +CONECT1031310312 +CONECT1031410312 +CONECT103151031610317 +CONECT1031610315 +CONECT1031710315 +CONECT103181031910320 +CONECT1031910318 +CONECT1032010318 +CONECT103211032210323 +CONECT1032210321 +CONECT1032310321 +CONECT103241032510326 +CONECT1032510324 +CONECT1032610324 +CONECT103271032810329 +CONECT1032810327 +CONECT1032910327 +CONECT103301033110332 +CONECT1033110330 +CONECT1033210330 +CONECT103331033410335 +CONECT1033410333 +CONECT1033510333 +CONECT103361033710338 +CONECT1033710336 +CONECT1033810336 +CONECT103391034010341 +CONECT1034010339 +CONECT1034110339 +CONECT103421034310344 +CONECT1034310342 +CONECT1034410342 +CONECT103451034610347 +CONECT1034610345 +CONECT1034710345 +CONECT103481034910350 +CONECT1034910348 +CONECT1035010348 +CONECT103511035210353 +CONECT1035210351 +CONECT1035310351 +CONECT103541035510356 +CONECT1035510354 +CONECT1035610354 +CONECT103571035810359 +CONECT1035810357 +CONECT1035910357 +CONECT103601036110362 +CONECT1036110360 +CONECT1036210360 +CONECT103631036410365 +CONECT1036410363 +CONECT1036510363 +CONECT103661036710368 +CONECT1036710366 +CONECT1036810366 +CONECT103691037010371 +CONECT1037010369 +CONECT1037110369 +CONECT103721037310374 +CONECT1037310372 +CONECT1037410372 +CONECT103751037610377 +CONECT1037610375 +CONECT1037710375 +CONECT103781037910380 +CONECT1037910378 +CONECT1038010378 +CONECT103811038210383 +CONECT1038210381 +CONECT1038310381 +CONECT103841038510386 +CONECT1038510384 +CONECT1038610384 +CONECT103871038810389 +CONECT1038810387 +CONECT1038910387 +CONECT103901039110392 +CONECT1039110390 +CONECT1039210390 +CONECT103931039410395 +CONECT1039410393 +CONECT1039510393 +CONECT103961039710398 +CONECT1039710396 +CONECT1039810396 +CONECT103991040010401 +CONECT1040010399 +CONECT1040110399 +CONECT104021040310404 +CONECT1040310402 +CONECT1040410402 +CONECT104051040610407 +CONECT1040610405 +CONECT1040710405 +CONECT104081040910410 +CONECT1040910408 +CONECT1041010408 +CONECT104111041210413 +CONECT1041210411 +CONECT1041310411 +CONECT104141041510416 +CONECT1041510414 +CONECT1041610414 +CONECT104171041810419 +CONECT1041810417 +CONECT1041910417 +CONECT104201042110422 +CONECT1042110420 +CONECT1042210420 +CONECT104231042410425 +CONECT1042410423 +CONECT1042510423 +CONECT104261042710428 +CONECT1042710426 +CONECT1042810426 +CONECT104291043010431 +CONECT1043010429 +CONECT1043110429 +CONECT104321043310434 +CONECT1043310432 +CONECT1043410432 +CONECT104351043610437 +CONECT1043610435 +CONECT1043710435 +CONECT104381043910440 +CONECT1043910438 +CONECT1044010438 +CONECT104411044210443 +CONECT1044210441 +CONECT1044310441 +CONECT104441044510446 +CONECT1044510444 +CONECT1044610444 +CONECT104471044810449 +CONECT1044810447 +CONECT1044910447 +CONECT104501045110452 +CONECT1045110450 +CONECT1045210450 +CONECT104531045410455 +CONECT1045410453 +CONECT1045510453 +CONECT104561045710458 +CONECT1045710456 +CONECT1045810456 +CONECT104591046010461 +CONECT1046010459 +CONECT1046110459 +CONECT104621046310464 +CONECT1046310462 +CONECT1046410462 +CONECT104651046610467 +CONECT1046610465 +CONECT1046710465 +CONECT104681046910470 +CONECT1046910468 +CONECT1047010468 +CONECT104711047210473 +CONECT1047210471 +CONECT1047310471 +CONECT104741047510476 +CONECT1047510474 +CONECT1047610474 +CONECT104771047810479 +CONECT1047810477 +CONECT1047910477 +CONECT104801048110482 +CONECT1048110480 +CONECT1048210480 +CONECT104831048410485 +CONECT1048410483 +CONECT1048510483 +CONECT104861048710488 +CONECT1048710486 +CONECT1048810486 +CONECT104891049010491 +CONECT1049010489 +CONECT1049110489 +CONECT104921049310494 +CONECT1049310492 +CONECT1049410492 +CONECT104951049610497 +CONECT1049610495 +CONECT1049710495 +CONECT104981049910500 +CONECT1049910498 +CONECT1050010498 +CONECT105011050210503 +CONECT1050210501 +CONECT1050310501 +CONECT105041050510506 +CONECT1050510504 +CONECT1050610504 +CONECT105071050810509 +CONECT1050810507 +CONECT1050910507 +CONECT105101051110512 +CONECT1051110510 +CONECT1051210510 +CONECT105131051410515 +CONECT1051410513 +CONECT1051510513 +CONECT105161051710518 +CONECT1051710516 +CONECT1051810516 +CONECT105191052010521 +CONECT1052010519 +CONECT1052110519 +CONECT105221052310524 +CONECT1052310522 +CONECT1052410522 +CONECT105251052610527 +CONECT1052610525 +CONECT1052710525 +CONECT105281052910530 +CONECT1052910528 +CONECT1053010528 +CONECT105311053210533 +CONECT1053210531 +CONECT1053310531 +CONECT105341053510536 +CONECT1053510534 +CONECT1053610534 +CONECT105371053810539 +CONECT1053810537 +CONECT1053910537 +CONECT105401054110542 +CONECT1054110540 +CONECT1054210540 +CONECT105431054410545 +CONECT1054410543 +CONECT1054510543 +CONECT105461054710548 +CONECT1054710546 +CONECT1054810546 +CONECT105491055010551 +CONECT1055010549 +CONECT1055110549 +CONECT105521055310554 +CONECT1055310552 +CONECT1055410552 +CONECT105551055610557 +CONECT1055610555 +CONECT1055710555 +CONECT105581055910560 +CONECT1055910558 +CONECT1056010558 +CONECT105611056210563 +CONECT1056210561 +CONECT1056310561 +CONECT105641056510566 +CONECT1056510564 +CONECT1056610564 +CONECT105671056810569 +CONECT1056810567 +CONECT1056910567 +CONECT105701057110572 +CONECT1057110570 +CONECT1057210570 +CONECT105731057410575 +CONECT1057410573 +CONECT1057510573 +CONECT105761057710578 +CONECT1057710576 +CONECT1057810576 +CONECT105791058010581 +CONECT1058010579 +CONECT1058110579 +CONECT105821058310584 +CONECT1058310582 +CONECT1058410582 +CONECT105851058610587 +CONECT1058610585 +CONECT1058710585 +CONECT105881058910590 +CONECT1058910588 +CONECT1059010588 +CONECT105911059210593 +CONECT1059210591 +CONECT1059310591 +CONECT105941059510596 +CONECT1059510594 +CONECT1059610594 +CONECT105971059810599 +CONECT1059810597 +CONECT1059910597 +CONECT106001060110602 +CONECT1060110600 +CONECT1060210600 +CONECT106031060410605 +CONECT1060410603 +CONECT1060510603 +CONECT106061060710608 +CONECT1060710606 +CONECT1060810606 +CONECT106091061010611 +CONECT1061010609 +CONECT1061110609 +CONECT106121061310614 +CONECT1061310612 +CONECT1061410612 +CONECT106151061610617 +CONECT1061610615 +CONECT1061710615 +CONECT106181061910620 +CONECT1061910618 +CONECT1062010618 +CONECT106211062210623 +CONECT1062210621 +CONECT1062310621 +CONECT106241062510626 +CONECT1062510624 +CONECT1062610624 +CONECT106271062810629 +CONECT1062810627 +CONECT1062910627 +CONECT106301063110632 +CONECT1063110630 +CONECT1063210630 +CONECT106331063410635 +CONECT1063410633 +CONECT1063510633 +CONECT106361063710638 +CONECT1063710636 +CONECT1063810636 +CONECT106391064010641 +CONECT1064010639 +CONECT1064110639 +CONECT106421064310644 +CONECT1064310642 +CONECT1064410642 +CONECT106451064610647 +CONECT1064610645 +CONECT1064710645 +CONECT106481064910650 +CONECT1064910648 +CONECT1065010648 +CONECT106511065210653 +CONECT1065210651 +CONECT1065310651 +CONECT106541065510656 +CONECT1065510654 +CONECT1065610654 +CONECT106571065810659 +CONECT1065810657 +CONECT1065910657 +CONECT106601066110662 +CONECT1066110660 +CONECT1066210660 +CONECT106631066410665 +CONECT1066410663 +CONECT1066510663 +CONECT106661066710668 +CONECT1066710666 +CONECT1066810666 +CONECT106691067010671 +CONECT1067010669 +CONECT1067110669 +CONECT106721067310674 +CONECT1067310672 +CONECT1067410672 +CONECT106751067610677 +CONECT1067610675 +CONECT1067710675 +CONECT106781067910680 +CONECT1067910678 +CONECT1068010678 +CONECT106811068210683 +CONECT1068210681 +CONECT1068310681 +CONECT106841068510686 +CONECT1068510684 +CONECT1068610684 +CONECT106871068810689 +CONECT1068810687 +CONECT1068910687 +CONECT106901069110692 +CONECT1069110690 +CONECT1069210690 +CONECT106931069410695 +CONECT1069410693 +CONECT1069510693 +CONECT106961069710698 +CONECT1069710696 +CONECT1069810696 +CONECT106991070010701 +CONECT1070010699 +CONECT1070110699 +CONECT107021070310704 +CONECT1070310702 +CONECT1070410702 +CONECT107051070610707 +CONECT1070610705 +CONECT1070710705 +CONECT107081070910710 +CONECT1070910708 +CONECT1071010708 +CONECT107111071210713 +CONECT1071210711 +CONECT1071310711 +CONECT107141071510716 +CONECT1071510714 +CONECT1071610714 +CONECT107171071810719 +CONECT1071810717 +CONECT1071910717 +CONECT107201072110722 +CONECT1072110720 +CONECT1072210720 +CONECT107231072410725 +CONECT1072410723 +CONECT1072510723 +CONECT107261072710728 +CONECT1072710726 +CONECT1072810726 +CONECT107291073010731 +CONECT1073010729 +CONECT1073110729 +CONECT107321073310734 +CONECT1073310732 +CONECT1073410732 +CONECT107351073610737 +CONECT1073610735 +CONECT1073710735 +CONECT107381073910740 +CONECT1073910738 +CONECT1074010738 +CONECT107411074210743 +CONECT1074210741 +CONECT1074310741 +CONECT107441074510746 +CONECT1074510744 +CONECT1074610744 +CONECT107471074810749 +CONECT1074810747 +CONECT1074910747 +CONECT107501075110752 +CONECT1075110750 +CONECT1075210750 +CONECT107531075410755 +CONECT1075410753 +CONECT1075510753 +CONECT107561075710758 +CONECT1075710756 +CONECT1075810756 +CONECT107591076010761 +CONECT1076010759 +CONECT1076110759 +CONECT107621076310764 +CONECT1076310762 +CONECT1076410762 +CONECT107651076610767 +CONECT1076610765 +CONECT1076710765 +CONECT107681076910770 +CONECT1076910768 +CONECT1077010768 +CONECT107711077210773 +CONECT1077210771 +CONECT1077310771 +CONECT107741077510776 +CONECT1077510774 +CONECT1077610774 +CONECT107771077810779 +CONECT1077810777 +CONECT1077910777 +CONECT107801078110782 +CONECT1078110780 +CONECT1078210780 +CONECT107831078410785 +CONECT1078410783 +CONECT1078510783 +CONECT107861078710788 +CONECT1078710786 +CONECT1078810786 +CONECT107891079010791 +CONECT1079010789 +CONECT1079110789 +CONECT107921079310794 +CONECT1079310792 +CONECT1079410792 +CONECT107951079610797 +CONECT1079610795 +CONECT1079710795 +CONECT107981079910800 +CONECT1079910798 +CONECT1080010798 +CONECT108011080210803 +CONECT1080210801 +CONECT1080310801 +CONECT108041080510806 +CONECT1080510804 +CONECT1080610804 +CONECT108071080810809 +CONECT1080810807 +CONECT1080910807 +CONECT108101081110812 +CONECT1081110810 +CONECT1081210810 +CONECT108131081410815 +CONECT1081410813 +CONECT1081510813 +CONECT108161081710818 +CONECT1081710816 +CONECT1081810816 +CONECT108191082010821 +CONECT1082010819 +CONECT1082110819 +CONECT108221082310824 +CONECT1082310822 +CONECT1082410822 +CONECT108251082610827 +CONECT1082610825 +CONECT1082710825 +CONECT108281082910830 +CONECT1082910828 +CONECT1083010828 +CONECT108311083210833 +CONECT1083210831 +CONECT1083310831 +CONECT108341083510836 +CONECT1083510834 +CONECT1083610834 +CONECT108371083810839 +CONECT1083810837 +CONECT1083910837 +CONECT108401084110842 +CONECT1084110840 +CONECT1084210840 +CONECT108431084410845 +CONECT1084410843 +CONECT1084510843 +CONECT108461084710848 +CONECT1084710846 +CONECT1084810846 +CONECT108491085010851 +CONECT1085010849 +CONECT1085110849 +CONECT108521085310854 +CONECT1085310852 +CONECT1085410852 +CONECT108551085610857 +CONECT1085610855 +CONECT1085710855 +CONECT108581085910860 +CONECT1085910858 +CONECT1086010858 +CONECT108611086210863 +CONECT1086210861 +CONECT1086310861 +CONECT108641086510866 +CONECT1086510864 +CONECT1086610864 +CONECT108671086810869 +CONECT1086810867 +CONECT1086910867 +CONECT108701087110872 +CONECT1087110870 +CONECT1087210870 +CONECT108731087410875 +CONECT1087410873 +CONECT1087510873 +CONECT108761087710878 +CONECT1087710876 +CONECT1087810876 +CONECT108791088010881 +CONECT1088010879 +CONECT1088110879 +CONECT108821088310884 +CONECT1088310882 +CONECT1088410882 +CONECT108851088610887 +CONECT1088610885 +CONECT1088710885 +CONECT108881088910890 +CONECT1088910888 +CONECT1089010888 +CONECT108911089210893 +CONECT1089210891 +CONECT1089310891 +CONECT108941089510896 +CONECT1089510894 +CONECT1089610894 +CONECT108971089810899 +CONECT1089810897 +CONECT1089910897 +CONECT109001090110902 +CONECT1090110900 +CONECT1090210900 +CONECT109031090410905 +CONECT1090410903 +CONECT1090510903 +CONECT109061090710908 +CONECT1090710906 +CONECT1090810906 +CONECT109091091010911 +CONECT1091010909 +CONECT1091110909 +CONECT109121091310914 +CONECT1091310912 +CONECT1091410912 +CONECT109151091610917 +CONECT1091610915 +CONECT1091710915 +CONECT109181091910920 +CONECT1091910918 +CONECT1092010918 +CONECT109211092210923 +CONECT1092210921 +CONECT1092310921 +CONECT109241092510926 +CONECT1092510924 +CONECT1092610924 +CONECT109271092810929 +CONECT1092810927 +CONECT1092910927 +CONECT109301093110932 +CONECT1093110930 +CONECT1093210930 +CONECT109331093410935 +CONECT1093410933 +CONECT1093510933 +CONECT109361093710938 +CONECT1093710936 +CONECT1093810936 +CONECT109391094010941 +CONECT1094010939 +CONECT1094110939 +CONECT109421094310944 +CONECT1094310942 +CONECT1094410942 +CONECT109451094610947 +CONECT1094610945 +CONECT1094710945 +CONECT109481094910950 +CONECT1094910948 +CONECT1095010948 +CONECT109511095210953 +CONECT1095210951 +CONECT1095310951 +CONECT109541095510956 +CONECT1095510954 +CONECT1095610954 +CONECT109571095810959 +CONECT1095810957 +CONECT1095910957 +CONECT109601096110962 +CONECT1096110960 +CONECT1096210960 +CONECT109631096410965 +CONECT1096410963 +CONECT1096510963 +CONECT109661096710968 +CONECT1096710966 +CONECT1096810966 +CONECT109691097010971 +CONECT1097010969 +CONECT1097110969 +CONECT109721097310974 +CONECT1097310972 +CONECT1097410972 +CONECT109751097610977 +CONECT1097610975 +CONECT1097710975 +CONECT109781097910980 +CONECT1097910978 +CONECT1098010978 +CONECT109811098210983 +CONECT1098210981 +CONECT1098310981 +CONECT109841098510986 +CONECT1098510984 +CONECT1098610984 +CONECT109871098810989 +CONECT1098810987 +CONECT1098910987 +CONECT109901099110992 +CONECT1099110990 +CONECT1099210990 +CONECT109931099410995 +CONECT1099410993 +CONECT1099510993 +CONECT109961099710998 +CONECT1099710996 +CONECT1099810996 +CONECT109991100011001 +CONECT1100010999 +CONECT1100110999 +CONECT110021100311004 +CONECT1100311002 +CONECT1100411002 +CONECT110051100611007 +CONECT1100611005 +CONECT1100711005 +CONECT110081100911010 +CONECT1100911008 +CONECT1101011008 +CONECT110111101211013 +CONECT1101211011 +CONECT1101311011 +CONECT110141101511016 +CONECT1101511014 +CONECT1101611014 +CONECT110171101811019 +CONECT1101811017 +CONECT1101911017 +CONECT110201102111022 +CONECT1102111020 +CONECT1102211020 +CONECT110231102411025 +CONECT1102411023 +CONECT1102511023 +CONECT110261102711028 +CONECT1102711026 +CONECT1102811026 +CONECT110291103011031 +CONECT1103011029 +CONECT1103111029 +CONECT110321103311034 +CONECT1103311032 +CONECT1103411032 +CONECT110351103611037 +CONECT1103611035 +CONECT1103711035 +CONECT110381103911040 +CONECT1103911038 +CONECT1104011038 +CONECT110411104211043 +CONECT1104211041 +CONECT1104311041 +CONECT110441104511046 +CONECT1104511044 +CONECT1104611044 +CONECT110471104811049 +CONECT1104811047 +CONECT1104911047 +CONECT110501105111052 +CONECT1105111050 +CONECT1105211050 +CONECT110531105411055 +CONECT1105411053 +CONECT1105511053 +CONECT110561105711058 +CONECT1105711056 +CONECT1105811056 +CONECT110591106011061 +CONECT1106011059 +CONECT1106111059 +CONECT110621106311064 +CONECT1106311062 +CONECT1106411062 +CONECT110651106611067 +CONECT1106611065 +CONECT1106711065 +CONECT110681106911070 +CONECT1106911068 +CONECT1107011068 +CONECT110711107211073 +CONECT1107211071 +CONECT1107311071 +CONECT110741107511076 +CONECT1107511074 +CONECT1107611074 +CONECT110771107811079 +CONECT1107811077 +CONECT1107911077 +CONECT110801108111082 +CONECT1108111080 +CONECT1108211080 +CONECT110831108411085 +CONECT1108411083 +CONECT1108511083 +CONECT110861108711088 +CONECT1108711086 +CONECT1108811086 +CONECT110891109011091 +CONECT1109011089 +CONECT1109111089 +CONECT110921109311094 +CONECT1109311092 +CONECT1109411092 +CONECT110951109611097 +CONECT1109611095 +CONECT1109711095 +CONECT110981109911100 +CONECT1109911098 +CONECT1110011098 +CONECT111011110211103 +CONECT1110211101 +CONECT1110311101 +CONECT111041110511106 +CONECT1110511104 +CONECT1110611104 +CONECT111071110811109 +CONECT1110811107 +CONECT1110911107 +CONECT111101111111112 +CONECT1111111110 +CONECT1111211110 +CONECT111131111411115 +CONECT1111411113 +CONECT1111511113 +CONECT111161111711118 +CONECT1111711116 +CONECT1111811116 +CONECT111191112011121 +CONECT1112011119 +CONECT1112111119 +CONECT111221112311124 +CONECT1112311122 +CONECT1112411122 +CONECT111251112611127 +CONECT1112611125 +CONECT1112711125 +CONECT111281112911130 +CONECT1112911128 +CONECT1113011128 +CONECT111311113211133 +CONECT1113211131 +CONECT1113311131 +CONECT111341113511136 +CONECT1113511134 +CONECT1113611134 +CONECT111371113811139 +CONECT1113811137 +CONECT1113911137 +CONECT111401114111142 +CONECT1114111140 +CONECT1114211140 +CONECT111431114411145 +CONECT1114411143 +CONECT1114511143 +CONECT111461114711148 +CONECT1114711146 +CONECT1114811146 +CONECT111491115011151 +CONECT1115011149 +CONECT1115111149 +CONECT111521115311154 +CONECT1115311152 +CONECT1115411152 +CONECT111551115611157 +CONECT1115611155 +CONECT1115711155 +CONECT111581115911160 +CONECT1115911158 +CONECT1116011158 +CONECT111611116211163 +CONECT1116211161 +CONECT1116311161 +CONECT111641116511166 +CONECT1116511164 +CONECT1116611164 +CONECT111671116811169 +CONECT1116811167 +CONECT1116911167 +CONECT111701117111172 +CONECT1117111170 +CONECT1117211170 +CONECT111731117411175 +CONECT1117411173 +CONECT1117511173 +CONECT111761117711178 +CONECT1117711176 +CONECT1117811176 +CONECT111791118011181 +CONECT1118011179 +CONECT1118111179 +CONECT111821118311184 +CONECT1118311182 +CONECT1118411182 +CONECT111851118611187 +CONECT1118611185 +CONECT1118711185 +CONECT111881118911190 +CONECT1118911188 +CONECT1119011188 +CONECT111911119211193 +CONECT1119211191 +CONECT1119311191 +CONECT111941119511196 +CONECT1119511194 +CONECT1119611194 +CONECT111971119811199 +CONECT1119811197 +CONECT1119911197 +CONECT112001120111202 +CONECT1120111200 +CONECT1120211200 +CONECT112031120411205 +CONECT1120411203 +CONECT1120511203 +CONECT112061120711208 +CONECT1120711206 +CONECT1120811206 +CONECT112091121011211 +CONECT1121011209 +CONECT1121111209 +CONECT112121121311214 +CONECT1121311212 +CONECT1121411212 +CONECT112151121611217 +CONECT1121611215 +CONECT1121711215 +CONECT112181121911220 +CONECT1121911218 +CONECT1122011218 +CONECT112211122211223 +CONECT1122211221 +CONECT1122311221 +CONECT112241122511226 +CONECT1122511224 +CONECT1122611224 +CONECT112271122811229 +CONECT1122811227 +CONECT1122911227 +CONECT112301123111232 +CONECT1123111230 +CONECT1123211230 +CONECT112331123411235 +CONECT1123411233 +CONECT1123511233 +CONECT112361123711238 +CONECT1123711236 +CONECT1123811236 +CONECT112391124011241 +CONECT1124011239 +CONECT1124111239 +CONECT112421124311244 +CONECT1124311242 +CONECT1124411242 +CONECT112451124611247 +CONECT1124611245 +CONECT1124711245 +CONECT112481124911250 +CONECT1124911248 +CONECT1125011248 +CONECT112511125211253 +CONECT1125211251 +CONECT1125311251 +CONECT112541125511256 +CONECT1125511254 +CONECT1125611254 +CONECT112571125811259 +CONECT1125811257 +CONECT1125911257 +CONECT112601126111262 +CONECT1126111260 +CONECT1126211260 +CONECT112631126411265 +CONECT1126411263 +CONECT1126511263 +CONECT112661126711268 +CONECT1126711266 +CONECT1126811266 +CONECT112691127011271 +CONECT1127011269 +CONECT1127111269 +CONECT112721127311274 +CONECT1127311272 +CONECT1127411272 +CONECT112751127611277 +CONECT1127611275 +CONECT1127711275 +CONECT112781127911280 +CONECT1127911278 +CONECT1128011278 +CONECT112811128211283 +CONECT1128211281 +CONECT1128311281 +CONECT112841128511286 +CONECT1128511284 +CONECT1128611284 +CONECT112871128811289 +CONECT1128811287 +CONECT1128911287 +CONECT112901129111292 +CONECT1129111290 +CONECT1129211290 +CONECT112931129411295 +CONECT1129411293 +CONECT1129511293 +CONECT112961129711298 +CONECT1129711296 +CONECT1129811296 +CONECT112991130011301 +CONECT1130011299 +CONECT1130111299 +CONECT113021130311304 +CONECT1130311302 +CONECT1130411302 +CONECT113051130611307 +CONECT1130611305 +CONECT1130711305 +CONECT113081130911310 +CONECT1130911308 +CONECT1131011308 +CONECT113111131211313 +CONECT1131211311 +CONECT1131311311 +CONECT113141131511316 +CONECT1131511314 +CONECT1131611314 +CONECT113171131811319 +CONECT1131811317 +CONECT1131911317 +CONECT113201132111322 +CONECT1132111320 +CONECT1132211320 +CONECT113231132411325 +CONECT1132411323 +CONECT1132511323 +CONECT113261132711328 +CONECT1132711326 +CONECT1132811326 +CONECT113291133011331 +CONECT1133011329 +CONECT1133111329 +CONECT113321133311334 +CONECT1133311332 +CONECT1133411332 +CONECT113351133611337 +CONECT1133611335 +CONECT1133711335 +CONECT113381133911340 +CONECT1133911338 +CONECT1134011338 +CONECT113411134211343 +CONECT1134211341 +CONECT1134311341 +CONECT113441134511346 +CONECT1134511344 +CONECT1134611344 +CONECT113471134811349 +CONECT1134811347 +CONECT1134911347 +CONECT113501135111352 +CONECT1135111350 +CONECT1135211350 +CONECT113531135411355 +CONECT1135411353 +CONECT1135511353 +CONECT113561135711358 +CONECT1135711356 +CONECT1135811356 +CONECT113591136011361 +CONECT1136011359 +CONECT1136111359 +CONECT113621136311364 +CONECT1136311362 +CONECT1136411362 +CONECT113651136611367 +CONECT1136611365 +CONECT1136711365 +CONECT113681136911370 +CONECT1136911368 +CONECT1137011368 +CONECT113711137211373 +CONECT1137211371 +CONECT1137311371 +CONECT113741137511376 +CONECT1137511374 +CONECT1137611374 +CONECT113771137811379 +CONECT1137811377 +CONECT1137911377 +CONECT113801138111382 +CONECT1138111380 +CONECT1138211380 +CONECT113831138411385 +CONECT1138411383 +CONECT1138511383 +CONECT113861138711388 +CONECT1138711386 +CONECT1138811386 +CONECT113891139011391 +CONECT1139011389 +CONECT1139111389 +CONECT113921139311394 +CONECT1139311392 +CONECT1139411392 +CONECT113951139611397 +CONECT1139611395 +CONECT1139711395 +CONECT113981139911400 +CONECT1139911398 +CONECT1140011398 +CONECT114011140211403 +CONECT1140211401 +CONECT1140311401 +CONECT114041140511406 +CONECT1140511404 +CONECT1140611404 +CONECT114071140811409 +CONECT1140811407 +CONECT1140911407 +CONECT114101141111412 +CONECT1141111410 +CONECT1141211410 +CONECT114131141411415 +CONECT1141411413 +CONECT1141511413 +CONECT114161141711418 +CONECT1141711416 +CONECT1141811416 +CONECT114191142011421 +CONECT1142011419 +CONECT1142111419 +CONECT114221142311424 +CONECT1142311422 +CONECT1142411422 +CONECT114251142611427 +CONECT1142611425 +CONECT1142711425 +CONECT114281142911430 +CONECT1142911428 +CONECT1143011428 +CONECT114311143211433 +CONECT1143211431 +CONECT1143311431 +CONECT114341143511436 +CONECT1143511434 +CONECT1143611434 +CONECT114371143811439 +CONECT1143811437 +CONECT1143911437 +CONECT114401144111442 +CONECT1144111440 +CONECT1144211440 +CONECT114431144411445 +CONECT1144411443 +CONECT1144511443 +CONECT114461144711448 +CONECT1144711446 +CONECT1144811446 +CONECT114491145011451 +CONECT1145011449 +CONECT1145111449 +CONECT114521145311454 +CONECT1145311452 +CONECT1145411452 +CONECT114551145611457 +CONECT1145611455 +CONECT1145711455 +CONECT114581145911460 +CONECT1145911458 +CONECT1146011458 +CONECT114611146211463 +CONECT1146211461 +CONECT1146311461 +CONECT114641146511466 +CONECT1146511464 +CONECT1146611464 +CONECT114671146811469 +CONECT1146811467 +CONECT1146911467 +CONECT114701147111472 +CONECT1147111470 +CONECT1147211470 +CONECT114731147411475 +CONECT1147411473 +CONECT1147511473 +CONECT114761147711478 +CONECT1147711476 +CONECT1147811476 +CONECT114791148011481 +CONECT1148011479 +CONECT1148111479 +CONECT114821148311484 +CONECT1148311482 +CONECT1148411482 +CONECT114851148611487 +CONECT1148611485 +CONECT1148711485 +CONECT114881148911490 +CONECT1148911488 +CONECT1149011488 +CONECT114911149211493 +CONECT1149211491 +CONECT1149311491 +CONECT114941149511496 +CONECT1149511494 +CONECT1149611494 +CONECT114971149811499 +CONECT1149811497 +CONECT1149911497 +CONECT115001150111502 +CONECT1150111500 +CONECT1150211500 +CONECT115031150411505 +CONECT1150411503 +CONECT1150511503 +CONECT115061150711508 +CONECT1150711506 +CONECT1150811506 +CONECT115091151011511 +CONECT1151011509 +CONECT1151111509 +CONECT115121151311514 +CONECT1151311512 +CONECT1151411512 +CONECT115151151611517 +CONECT1151611515 +CONECT1151711515 +CONECT115181151911520 +CONECT1151911518 +CONECT1152011518 +CONECT115211152211523 +CONECT1152211521 +CONECT1152311521 +CONECT115241152511526 +CONECT1152511524 +CONECT1152611524 +CONECT115271152811529 +CONECT1152811527 +CONECT1152911527 +CONECT115301153111532 +CONECT1153111530 +CONECT1153211530 +CONECT115331153411535 +CONECT1153411533 +CONECT1153511533 +CONECT115361153711538 +CONECT1153711536 +CONECT1153811536 +CONECT115391154011541 +CONECT1154011539 +CONECT1154111539 +CONECT115421154311544 +CONECT1154311542 +CONECT1154411542 +CONECT115451154611547 +CONECT1154611545 +CONECT1154711545 +CONECT115481154911550 +CONECT1154911548 +CONECT1155011548 +CONECT115511155211553 +CONECT1155211551 +CONECT1155311551 +CONECT115541155511556 +CONECT1155511554 +CONECT1155611554 +CONECT115571155811559 +CONECT1155811557 +CONECT1155911557 +CONECT115601156111562 +CONECT1156111560 +CONECT1156211560 +CONECT115631156411565 +CONECT1156411563 +CONECT1156511563 +CONECT115661156711568 +CONECT1156711566 +CONECT1156811566 +CONECT115691157011571 +CONECT1157011569 +CONECT1157111569 +CONECT115721157311574 +CONECT1157311572 +CONECT1157411572 +CONECT115751157611577 +CONECT1157611575 +CONECT1157711575 +CONECT115781157911580 +CONECT1157911578 +CONECT1158011578 +CONECT115811158211583 +CONECT1158211581 +CONECT1158311581 +CONECT115841158511586 +CONECT1158511584 +CONECT1158611584 +CONECT115871158811589 +CONECT1158811587 +CONECT1158911587 +CONECT115901159111592 +CONECT1159111590 +CONECT1159211590 +CONECT115931159411595 +CONECT1159411593 +CONECT1159511593 +CONECT115961159711598 +CONECT1159711596 +CONECT1159811596 +CONECT115991160011601 +CONECT1160011599 +CONECT1160111599 +CONECT116021160311604 +CONECT1160311602 +CONECT1160411602 +CONECT116051160611607 +CONECT1160611605 +CONECT1160711605 +CONECT116081160911610 +CONECT1160911608 +CONECT1161011608 +CONECT116111161211613 +CONECT1161211611 +CONECT1161311611 +CONECT116141161511616 +CONECT1161511614 +CONECT1161611614 +CONECT116171161811619 +CONECT1161811617 +CONECT1161911617 +CONECT116201162111622 +CONECT1162111620 +CONECT1162211620 +CONECT116231162411625 +CONECT1162411623 +CONECT1162511623 +CONECT116261162711628 +CONECT1162711626 +CONECT1162811626 +CONECT116291163011631 +CONECT1163011629 +CONECT1163111629 +CONECT116321163311634 +CONECT1163311632 +CONECT1163411632 +CONECT116351163611637 +CONECT1163611635 +CONECT1163711635 +CONECT116381163911640 +CONECT1163911638 +CONECT1164011638 +CONECT116411164211643 +CONECT1164211641 +CONECT1164311641 +CONECT116441164511646 +CONECT1164511644 +CONECT1164611644 +CONECT116471164811649 +CONECT1164811647 +CONECT1164911647 +CONECT116501165111652 +CONECT1165111650 +CONECT1165211650 +CONECT116531165411655 +CONECT1165411653 +CONECT1165511653 +CONECT116561165711658 +CONECT1165711656 +CONECT1165811656 +CONECT116591166011661 +CONECT1166011659 +CONECT1166111659 +CONECT116621166311664 +CONECT1166311662 +CONECT1166411662 +CONECT116651166611667 +CONECT1166611665 +CONECT1166711665 +CONECT116681166911670 +CONECT1166911668 +CONECT1167011668 +CONECT116711167211673 +CONECT1167211671 +CONECT1167311671 +CONECT116741167511676 +CONECT1167511674 +CONECT1167611674 +CONECT116771167811679 +CONECT1167811677 +CONECT1167911677 +CONECT116801168111682 +CONECT1168111680 +CONECT1168211680 +CONECT116831168411685 +CONECT1168411683 +CONECT1168511683 +CONECT116861168711688 +CONECT1168711686 +CONECT1168811686 +CONECT116891169011691 +CONECT1169011689 +CONECT1169111689 +CONECT116921169311694 +CONECT1169311692 +CONECT1169411692 +CONECT116951169611697 +CONECT1169611695 +CONECT1169711695 +CONECT116981169911700 +CONECT1169911698 +CONECT1170011698 +CONECT117011170211703 +CONECT1170211701 +CONECT1170311701 +CONECT117041170511706 +CONECT1170511704 +CONECT1170611704 +CONECT117071170811709 +CONECT1170811707 +CONECT1170911707 +CONECT117101171111712 +CONECT1171111710 +CONECT1171211710 +CONECT117131171411715 +CONECT1171411713 +CONECT1171511713 +CONECT117161171711718 +CONECT1171711716 +CONECT1171811716 +CONECT117191172011721 +CONECT1172011719 +CONECT1172111719 +CONECT117221172311724 +CONECT1172311722 +CONECT1172411722 +CONECT117251172611727 +CONECT1172611725 +CONECT1172711725 +CONECT117281172911730 +CONECT1172911728 +CONECT1173011728 +CONECT117311173211733 +CONECT1173211731 +CONECT1173311731 +CONECT117341173511736 +CONECT1173511734 +CONECT1173611734 +CONECT117371173811739 +CONECT1173811737 +CONECT1173911737 +CONECT117401174111742 +CONECT1174111740 +CONECT1174211740 +CONECT117431174411745 +CONECT1174411743 +CONECT1174511743 +CONECT117461174711748 +CONECT1174711746 +CONECT1174811746 +CONECT117491175011751 +CONECT1175011749 +CONECT1175111749 +CONECT117521175311754 +CONECT1175311752 +CONECT1175411752 +CONECT117551175611757 +CONECT1175611755 +CONECT1175711755 +CONECT117581175911760 +CONECT1175911758 +CONECT1176011758 +CONECT117611176211763 +CONECT1176211761 +CONECT1176311761 +CONECT117641176511766 +CONECT1176511764 +CONECT1176611764 +CONECT117671176811769 +CONECT1176811767 +CONECT1176911767 +CONECT117701177111772 +CONECT1177111770 +CONECT1177211770 +CONECT117731177411775 +CONECT1177411773 +CONECT1177511773 +CONECT117761177711778 +CONECT1177711776 +CONECT1177811776 +CONECT117791178011781 +CONECT1178011779 +CONECT1178111779 +CONECT117821178311784 +CONECT1178311782 +CONECT1178411782 +CONECT117851178611787 +CONECT1178611785 +CONECT1178711785 +CONECT117881178911790 +CONECT1178911788 +CONECT1179011788 +CONECT117911179211793 +CONECT1179211791 +CONECT1179311791 +CONECT117941179511796 +CONECT1179511794 +CONECT1179611794 +CONECT117971179811799 +CONECT1179811797 +CONECT1179911797 +CONECT118001180111802 +CONECT1180111800 +CONECT1180211800 +CONECT118031180411805 +CONECT1180411803 +CONECT1180511803 +CONECT118061180711808 +CONECT1180711806 +CONECT1180811806 +CONECT118091181011811 +CONECT1181011809 +CONECT1181111809 +CONECT118121181311814 +CONECT1181311812 +CONECT1181411812 +CONECT118151181611817 +CONECT1181611815 +CONECT1181711815 +CONECT118181181911820 +CONECT1181911818 +CONECT1182011818 +CONECT118211182211823 +CONECT1182211821 +CONECT1182311821 +CONECT118241182511826 +CONECT1182511824 +CONECT1182611824 +CONECT118271182811829 +CONECT1182811827 +CONECT1182911827 +CONECT118301183111832 +CONECT1183111830 +CONECT1183211830 +CONECT118331183411835 +CONECT1183411833 +CONECT1183511833 +CONECT118361183711838 +CONECT1183711836 +CONECT1183811836 +CONECT118391184011841 +CONECT1184011839 +CONECT1184111839 +CONECT118421184311844 +CONECT1184311842 +CONECT1184411842 +CONECT118451184611847 +CONECT1184611845 +CONECT1184711845 +CONECT118481184911850 +CONECT1184911848 +CONECT1185011848 +CONECT118511185211853 +CONECT1185211851 +CONECT1185311851 +CONECT118541185511856 +CONECT1185511854 +CONECT1185611854 +CONECT118571185811859 +CONECT1185811857 +CONECT1185911857 +CONECT118601186111862 +CONECT1186111860 +CONECT1186211860 +CONECT118631186411865 +CONECT1186411863 +CONECT1186511863 +CONECT118661186711868 +CONECT1186711866 +CONECT1186811866 +CONECT118691187011871 +CONECT1187011869 +CONECT1187111869 +CONECT118721187311874 +CONECT1187311872 +CONECT1187411872 +CONECT118751187611877 +CONECT1187611875 +CONECT1187711875 +CONECT118781187911880 +CONECT1187911878 +CONECT1188011878 +CONECT118811188211883 +CONECT1188211881 +CONECT1188311881 +CONECT118841188511886 +CONECT1188511884 +CONECT1188611884 +CONECT118871188811889 +CONECT1188811887 +CONECT1188911887 +CONECT118901189111892 +CONECT1189111890 +CONECT1189211890 +CONECT118931189411895 +CONECT1189411893 +CONECT1189511893 +CONECT118961189711898 +CONECT1189711896 +CONECT1189811896 +CONECT118991190011901 +CONECT1190011899 +CONECT1190111899 +CONECT119021190311904 +CONECT1190311902 +CONECT1190411902 +CONECT119051190611907 +CONECT1190611905 +CONECT1190711905 +CONECT119081190911910 +CONECT1190911908 +CONECT1191011908 +CONECT119111191211913 +CONECT1191211911 +CONECT1191311911 +CONECT119141191511916 +CONECT1191511914 +CONECT1191611914 +CONECT119171191811919 +CONECT1191811917 +CONECT1191911917 +CONECT119201192111922 +CONECT1192111920 +CONECT1192211920 +CONECT119231192411925 +CONECT1192411923 +CONECT1192511923 +CONECT119261192711928 +CONECT1192711926 +CONECT1192811926 +CONECT119291193011931 +CONECT1193011929 +CONECT1193111929 +CONECT119321193311934 +CONECT1193311932 +CONECT1193411932 +CONECT119351193611937 +CONECT1193611935 +CONECT1193711935 +CONECT119381193911940 +CONECT1193911938 +CONECT1194011938 +CONECT119411194211943 +CONECT1194211941 +CONECT1194311941 +CONECT119441194511946 +CONECT1194511944 +CONECT1194611944 +CONECT119471194811949 +CONECT1194811947 +CONECT1194911947 +CONECT119501195111952 +CONECT1195111950 +CONECT1195211950 +CONECT119531195411955 +CONECT1195411953 +CONECT1195511953 +CONECT119561195711958 +CONECT1195711956 +CONECT1195811956 +CONECT119591196011961 +CONECT1196011959 +CONECT1196111959 +CONECT119621196311964 +CONECT1196311962 +CONECT1196411962 +CONECT119651196611967 +CONECT1196611965 +CONECT1196711965 +CONECT119681196911970 +CONECT1196911968 +CONECT1197011968 +CONECT119711197211973 +CONECT1197211971 +CONECT1197311971 +CONECT119741197511976 +CONECT1197511974 +CONECT1197611974 +CONECT119771197811979 +CONECT1197811977 +CONECT1197911977 +CONECT119801198111982 +CONECT1198111980 +CONECT1198211980 +CONECT119831198411985 +CONECT1198411983 +CONECT1198511983 +CONECT119861198711988 +CONECT1198711986 +CONECT1198811986 +CONECT119891199011991 +CONECT1199011989 +CONECT1199111989 +CONECT119921199311994 +CONECT1199311992 +CONECT1199411992 +CONECT119951199611997 +CONECT1199611995 +CONECT1199711995 +CONECT119981199912000 +CONECT1199911998 +CONECT1200011998 +CONECT120011200212003 +CONECT1200212001 +CONECT1200312001 +CONECT120041200512006 +CONECT1200512004 +CONECT1200612004 +CONECT120071200812009 +CONECT1200812007 +CONECT1200912007 +CONECT120101201112012 +CONECT1201112010 +CONECT1201212010 +CONECT120131201412015 +CONECT1201412013 +CONECT1201512013 +CONECT120161201712018 +CONECT1201712016 +CONECT1201812016 +CONECT120191202012021 +CONECT1202012019 +CONECT1202112019 +CONECT120221202312024 +CONECT1202312022 +CONECT1202412022 +CONECT120251202612027 +CONECT1202612025 +CONECT1202712025 +CONECT120281202912030 +CONECT1202912028 +CONECT1203012028 +CONECT120311203212033 +CONECT1203212031 +CONECT1203312031 +CONECT120341203512036 +CONECT1203512034 +CONECT1203612034 +CONECT120371203812039 +CONECT1203812037 +CONECT1203912037 +CONECT120401204112042 +CONECT1204112040 +CONECT1204212040 +CONECT120431204412045 +CONECT1204412043 +CONECT1204512043 +CONECT120461204712048 +CONECT1204712046 +CONECT1204812046 +CONECT120491205012051 +CONECT1205012049 +CONECT1205112049 +CONECT120521205312054 +CONECT1205312052 +CONECT1205412052 +CONECT120551205612057 +CONECT1205612055 +CONECT1205712055 +CONECT120581205912060 +CONECT1205912058 +CONECT1206012058 +CONECT120611206212063 +CONECT1206212061 +CONECT1206312061 +CONECT120641206512066 +CONECT1206512064 +CONECT1206612064 +CONECT120671206812069 +CONECT1206812067 +CONECT1206912067 +CONECT120701207112072 +CONECT1207112070 +CONECT1207212070 +CONECT120731207412075 +CONECT1207412073 +CONECT1207512073 +CONECT120761207712078 +CONECT1207712076 +CONECT1207812076 +CONECT120791208012081 +CONECT1208012079 +CONECT1208112079 +CONECT120821208312084 +CONECT1208312082 +CONECT1208412082 +CONECT120851208612087 +CONECT1208612085 +CONECT1208712085 +CONECT120881208912090 +CONECT1208912088 +CONECT1209012088 +CONECT120911209212093 +CONECT1209212091 +CONECT1209312091 +CONECT120941209512096 +CONECT1209512094 +CONECT1209612094 +CONECT120971209812099 +CONECT1209812097 +CONECT1209912097 +CONECT121001210112102 +CONECT1210112100 +CONECT1210212100 +CONECT121031210412105 +CONECT1210412103 +CONECT1210512103 +CONECT121061210712108 +CONECT1210712106 +CONECT1210812106 +CONECT121091211012111 +CONECT1211012109 +CONECT1211112109 +CONECT121121211312114 +CONECT1211312112 +CONECT1211412112 +CONECT121151211612117 +CONECT1211612115 +CONECT1211712115 +CONECT121181211912120 +CONECT1211912118 +CONECT1212012118 +CONECT121211212212123 +CONECT1212212121 +CONECT1212312121 +CONECT121241212512126 +CONECT1212512124 +CONECT1212612124 +CONECT121271212812129 +CONECT1212812127 +CONECT1212912127 +CONECT121301213112132 +CONECT1213112130 +CONECT1213212130 +CONECT121331213412135 +CONECT1213412133 +CONECT1213512133 +CONECT121361213712138 +CONECT1213712136 +CONECT1213812136 +CONECT121391214012141 +CONECT1214012139 +CONECT1214112139 +CONECT121421214312144 +CONECT1214312142 +CONECT1214412142 +CONECT121451214612147 +CONECT1214612145 +CONECT1214712145 +CONECT121481214912150 +CONECT1214912148 +CONECT1215012148 +CONECT121511215212153 +CONECT1215212151 +CONECT1215312151 +CONECT121541215512156 +CONECT1215512154 +CONECT1215612154 +CONECT121571215812159 +CONECT1215812157 +CONECT1215912157 +CONECT121601216112162 +CONECT1216112160 +CONECT1216212160 +CONECT121631216412165 +CONECT1216412163 +CONECT1216512163 +CONECT121661216712168 +CONECT1216712166 +CONECT1216812166 +CONECT121691217012171 +CONECT1217012169 +CONECT1217112169 +CONECT121721217312174 +CONECT1217312172 +CONECT1217412172 +CONECT121751217612177 +CONECT1217612175 +CONECT1217712175 +CONECT121781217912180 +CONECT1217912178 +CONECT1218012178 +CONECT121811218212183 +CONECT1218212181 +CONECT1218312181 +CONECT121841218512186 +CONECT1218512184 +CONECT1218612184 +CONECT121871218812189 +CONECT1218812187 +CONECT1218912187 +CONECT121901219112192 +CONECT1219112190 +CONECT1219212190 +CONECT121931219412195 +CONECT1219412193 +CONECT1219512193 +CONECT121961219712198 +CONECT1219712196 +CONECT1219812196 +CONECT121991220012201 +CONECT1220012199 +CONECT1220112199 +CONECT122021220312204 +CONECT1220312202 +CONECT1220412202 +CONECT122051220612207 +CONECT1220612205 +CONECT1220712205 +CONECT122081220912210 +CONECT1220912208 +CONECT1221012208 +CONECT122111221212213 +CONECT1221212211 +CONECT1221312211 +CONECT122141221512216 +CONECT1221512214 +CONECT1221612214 +CONECT122171221812219 +CONECT1221812217 +CONECT1221912217 +CONECT122201222112222 +CONECT1222112220 +CONECT1222212220 +CONECT122231222412225 +CONECT1222412223 +CONECT1222512223 +CONECT122261222712228 +CONECT1222712226 +CONECT1222812226 +CONECT122291223012231 +CONECT1223012229 +CONECT1223112229 +CONECT122321223312234 +CONECT1223312232 +CONECT1223412232 +CONECT122351223612237 +CONECT1223612235 +CONECT1223712235 +CONECT122381223912240 +CONECT1223912238 +CONECT1224012238 +CONECT122411224212243 +CONECT1224212241 +CONECT1224312241 +CONECT122441224512246 +CONECT1224512244 +CONECT1224612244 +CONECT122471224812249 +CONECT1224812247 +CONECT1224912247 +CONECT122501225112252 +CONECT1225112250 +CONECT1225212250 +CONECT122531225412255 +CONECT1225412253 +CONECT1225512253 +CONECT122561225712258 +CONECT1225712256 +CONECT1225812256 +CONECT122591226012261 +CONECT1226012259 +CONECT1226112259 +CONECT122621226312264 +CONECT1226312262 +CONECT1226412262 +CONECT122651226612267 +CONECT1226612265 +CONECT1226712265 +CONECT122681226912270 +CONECT1226912268 +CONECT1227012268 +CONECT122711227212273 +CONECT1227212271 +CONECT1227312271 +CONECT122741227512276 +CONECT1227512274 +CONECT1227612274 +CONECT122771227812279 +CONECT1227812277 +CONECT1227912277 +CONECT122801228112282 +CONECT1228112280 +CONECT1228212280 +CONECT122831228412285 +CONECT1228412283 +CONECT1228512283 +CONECT122861228712288 +CONECT1228712286 +CONECT1228812286 +CONECT122891229012291 +CONECT1229012289 +CONECT1229112289 +CONECT122921229312294 +CONECT1229312292 +CONECT1229412292 +CONECT122951229612297 +CONECT1229612295 +CONECT1229712295 +CONECT122981229912300 +CONECT1229912298 +CONECT1230012298 +CONECT123011230212303 +CONECT1230212301 +CONECT1230312301 +CONECT123041230512306 +CONECT1230512304 +CONECT1230612304 +CONECT123071230812309 +CONECT1230812307 +CONECT1230912307 +CONECT123101231112312 +CONECT1231112310 +CONECT1231212310 +CONECT123131231412315 +CONECT1231412313 +CONECT1231512313 +CONECT123161231712318 +CONECT1231712316 +CONECT1231812316 +CONECT123191232012321 +CONECT1232012319 +CONECT1232112319 +CONECT123221232312324 +CONECT1232312322 +CONECT1232412322 +CONECT123251232612327 +CONECT1232612325 +CONECT1232712325 +CONECT123281232912330 +CONECT1232912328 +CONECT1233012328 +CONECT123311233212333 +CONECT1233212331 +CONECT1233312331 +CONECT123341233512336 +CONECT1233512334 +CONECT1233612334 +CONECT123371233812339 +CONECT1233812337 +CONECT1233912337 +CONECT123401234112342 +CONECT1234112340 +CONECT1234212340 +CONECT123431234412345 +CONECT1234412343 +CONECT1234512343 +CONECT123461234712348 +CONECT1234712346 +CONECT1234812346 +CONECT123491235012351 +CONECT1235012349 +CONECT1235112349 +CONECT123521235312354 +CONECT1235312352 +CONECT1235412352 +CONECT123551235612357 +CONECT1235612355 +CONECT1235712355 +CONECT123581235912360 +CONECT1235912358 +CONECT1236012358 +CONECT123611236212363 +CONECT1236212361 +CONECT1236312361 +CONECT123641236512366 +CONECT1236512364 +CONECT1236612364 +CONECT123671236812369 +CONECT1236812367 +CONECT1236912367 +CONECT123701237112372 +CONECT1237112370 +CONECT1237212370 +CONECT123731237412375 +CONECT1237412373 +CONECT1237512373 +CONECT123761237712378 +CONECT1237712376 +CONECT1237812376 +CONECT123791238012381 +CONECT1238012379 +CONECT1238112379 +CONECT123821238312384 +CONECT1238312382 +CONECT1238412382 +CONECT123851238612387 +CONECT1238612385 +CONECT1238712385 +CONECT123881238912390 +CONECT1238912388 +CONECT1239012388 +CONECT123911239212393 +CONECT1239212391 +CONECT1239312391 +CONECT123941239512396 +CONECT1239512394 +CONECT1239612394 +CONECT123971239812399 +CONECT1239812397 +CONECT1239912397 +CONECT124001240112402 +CONECT1240112400 +CONECT1240212400 +CONECT124031240412405 +CONECT1240412403 +CONECT1240512403 +CONECT124061240712408 +CONECT1240712406 +CONECT1240812406 +CONECT124091241012411 +CONECT1241012409 +CONECT1241112409 +CONECT124121241312414 +CONECT1241312412 +CONECT1241412412 +CONECT124151241612417 +CONECT1241612415 +CONECT1241712415 +CONECT124181241912420 +CONECT1241912418 +CONECT1242012418 +CONECT124211242212423 +CONECT1242212421 +CONECT1242312421 +CONECT124241242512426 +CONECT1242512424 +CONECT1242612424 +CONECT124271242812429 +CONECT1242812427 +CONECT1242912427 +CONECT124301243112432 +CONECT1243112430 +CONECT1243212430 +CONECT124331243412435 +CONECT1243412433 +CONECT1243512433 +CONECT124361243712438 +CONECT1243712436 +CONECT1243812436 +CONECT124391244012441 +CONECT1244012439 +CONECT1244112439 +CONECT124421244312444 +CONECT1244312442 +CONECT1244412442 +CONECT124451244612447 +CONECT1244612445 +CONECT1244712445 +CONECT124481244912450 +CONECT1244912448 +CONECT1245012448 +CONECT124511245212453 +CONECT1245212451 +CONECT1245312451 +CONECT124541245512456 +CONECT1245512454 +CONECT1245612454 +CONECT124571245812459 +CONECT1245812457 +CONECT1245912457 +CONECT124601246112462 +CONECT1246112460 +CONECT1246212460 +CONECT124631246412465 +CONECT1246412463 +CONECT1246512463 +CONECT124661246712468 +CONECT1246712466 +CONECT1246812466 +CONECT124691247012471 +CONECT1247012469 +CONECT1247112469 +CONECT124721247312474 +CONECT1247312472 +CONECT1247412472 +CONECT124751247612477 +CONECT1247612475 +CONECT1247712475 +CONECT124781247912480 +CONECT1247912478 +CONECT1248012478 +CONECT124811248212483 +CONECT1248212481 +CONECT1248312481 +CONECT124841248512486 +CONECT1248512484 +CONECT1248612484 +CONECT124871248812489 +CONECT1248812487 +CONECT1248912487 +CONECT124901249112492 +CONECT1249112490 +CONECT1249212490 +CONECT124931249412495 +CONECT1249412493 +CONECT1249512493 +CONECT124961249712498 +CONECT1249712496 +CONECT1249812496 +CONECT124991250012501 +CONECT1250012499 +CONECT1250112499 +CONECT125021250312504 +CONECT1250312502 +CONECT1250412502 +CONECT125051250612507 +CONECT1250612505 +CONECT1250712505 +CONECT125081250912510 +CONECT1250912508 +CONECT1251012508 +CONECT125111251212513 +CONECT1251212511 +CONECT1251312511 +CONECT125141251512516 +CONECT1251512514 +CONECT1251612514 +CONECT125171251812519 +CONECT1251812517 +CONECT1251912517 +CONECT125201252112522 +CONECT1252112520 +CONECT1252212520 +CONECT125231252412525 +CONECT1252412523 +CONECT1252512523 +CONECT125261252712528 +CONECT1252712526 +CONECT1252812526 +CONECT125291253012531 +CONECT1253012529 +CONECT1253112529 +CONECT125321253312534 +CONECT1253312532 +CONECT1253412532 +CONECT125351253612537 +CONECT1253612535 +CONECT1253712535 +CONECT125381253912540 +CONECT1253912538 +CONECT1254012538 +CONECT125411254212543 +CONECT1254212541 +CONECT1254312541 +CONECT125441254512546 +CONECT1254512544 +CONECT1254612544 +CONECT125471254812549 +CONECT1254812547 +CONECT1254912547 +CONECT125501255112552 +CONECT1255112550 +CONECT1255212550 +CONECT125531255412555 +CONECT1255412553 +CONECT1255512553 +CONECT125561255712558 +CONECT1255712556 +CONECT1255812556 +CONECT125591256012561 +CONECT1256012559 +CONECT1256112559 +CONECT125621256312564 +CONECT1256312562 +CONECT1256412562 +CONECT125651256612567 +CONECT1256612565 +CONECT1256712565 +CONECT125681256912570 +CONECT1256912568 +CONECT1257012568 +CONECT125711257212573 +CONECT1257212571 +CONECT1257312571 +CONECT125741257512576 +CONECT1257512574 +CONECT1257612574 +CONECT125771257812579 +CONECT1257812577 +CONECT1257912577 +CONECT125801258112582 +CONECT1258112580 +CONECT1258212580 +CONECT125831258412585 +CONECT1258412583 +CONECT1258512583 +CONECT125861258712588 +CONECT1258712586 +CONECT1258812586 +CONECT125891259012591 +CONECT1259012589 +CONECT1259112589 +CONECT125921259312594 +CONECT1259312592 +CONECT1259412592 +CONECT125951259612597 +CONECT1259612595 +CONECT1259712595 +CONECT125981259912600 +CONECT1259912598 +CONECT1260012598 +CONECT126011260212603 +CONECT1260212601 +CONECT1260312601 +CONECT126041260512606 +CONECT1260512604 +CONECT1260612604 +CONECT126071260812609 +CONECT1260812607 +CONECT1260912607 +CONECT126101261112612 +CONECT1261112610 +CONECT1261212610 +CONECT126131261412615 +CONECT1261412613 +CONECT1261512613 +CONECT126161261712618 +CONECT1261712616 +CONECT1261812616 +CONECT126191262012621 +CONECT1262012619 +CONECT1262112619 +CONECT126221262312624 +CONECT1262312622 +CONECT1262412622 +CONECT126251262612627 +CONECT1262612625 +CONECT1262712625 +CONECT126281262912630 +CONECT1262912628 +CONECT1263012628 +CONECT126311263212633 +CONECT1263212631 +CONECT1263312631 +CONECT126341263512636 +CONECT1263512634 +CONECT1263612634 +CONECT126371263812639 +CONECT1263812637 +CONECT1263912637 +CONECT126401264112642 +CONECT1264112640 +CONECT1264212640 +CONECT126431264412645 +CONECT1264412643 +CONECT1264512643 +CONECT126461264712648 +CONECT1264712646 +CONECT1264812646 +CONECT126491265012651 +CONECT1265012649 +CONECT1265112649 +CONECT126521265312654 +CONECT1265312652 +CONECT1265412652 +CONECT126551265612657 +CONECT1265612655 +CONECT1265712655 +CONECT126581265912660 +CONECT1265912658 +CONECT1266012658 +CONECT126611266212663 +CONECT1266212661 +CONECT1266312661 +CONECT126641266512666 +CONECT1266512664 +CONECT1266612664 +CONECT126671266812669 +CONECT1266812667 +CONECT1266912667 +CONECT126701267112672 +CONECT1267112670 +CONECT1267212670 +CONECT126731267412675 +CONECT1267412673 +CONECT1267512673 +CONECT126761267712678 +CONECT1267712676 +CONECT1267812676 +CONECT126791268012681 +CONECT1268012679 +CONECT1268112679 +CONECT126821268312684 +CONECT1268312682 +CONECT1268412682 +CONECT126851268612687 +CONECT1268612685 +CONECT1268712685 +CONECT126881268912690 +CONECT1268912688 +CONECT1269012688 +CONECT126911269212693 +CONECT1269212691 +CONECT1269312691 +CONECT126941269512696 +CONECT1269512694 +CONECT1269612694 +CONECT126971269812699 +CONECT1269812697 +CONECT1269912697 +CONECT127001270112702 +CONECT1270112700 +CONECT1270212700 +CONECT127031270412705 +CONECT1270412703 +CONECT1270512703 +CONECT127061270712708 +CONECT1270712706 +CONECT1270812706 +CONECT127091271012711 +CONECT1271012709 +CONECT1271112709 +CONECT127121271312714 +CONECT1271312712 +CONECT1271412712 +CONECT127151271612717 +CONECT1271612715 +CONECT1271712715 +CONECT127181271912720 +CONECT1271912718 +CONECT1272012718 +CONECT127211272212723 +CONECT1272212721 +CONECT1272312721 +CONECT127241272512726 +CONECT1272512724 +CONECT1272612724 +CONECT127271272812729 +CONECT1272812727 +CONECT1272912727 +CONECT127301273112732 +CONECT1273112730 +CONECT1273212730 +CONECT127331273412735 +CONECT1273412733 +CONECT1273512733 +CONECT127361273712738 +CONECT1273712736 +CONECT1273812736 +CONECT127391274012741 +CONECT1274012739 +CONECT1274112739 +CONECT127421274312744 +CONECT1274312742 +CONECT1274412742 +CONECT127451274612747 +CONECT1274612745 +CONECT1274712745 +CONECT127481274912750 +CONECT1274912748 +CONECT1275012748 +CONECT127511275212753 +CONECT1275212751 +CONECT1275312751 +CONECT127541275512756 +CONECT1275512754 +CONECT1275612754 +CONECT127571275812759 +CONECT1275812757 +CONECT1275912757 +CONECT127601276112762 +CONECT1276112760 +CONECT1276212760 +CONECT127631276412765 +CONECT1276412763 +CONECT1276512763 +CONECT127661276712768 +CONECT1276712766 +CONECT1276812766 +CONECT127691277012771 +CONECT1277012769 +CONECT1277112769 +CONECT127721277312774 +CONECT1277312772 +CONECT1277412772 +CONECT127751277612777 +CONECT1277612775 +CONECT1277712775 +CONECT127781277912780 +CONECT1277912778 +CONECT1278012778 +CONECT127811278212783 +CONECT1278212781 +CONECT1278312781 +CONECT127841278512786 +CONECT1278512784 +CONECT1278612784 +CONECT127871278812789 +CONECT1278812787 +CONECT1278912787 +CONECT127901279112792 +CONECT1279112790 +CONECT1279212790 +CONECT127931279412795 +CONECT1279412793 +CONECT1279512793 +CONECT127961279712798 +CONECT1279712796 +CONECT1279812796 +CONECT127991280012801 +CONECT1280012799 +CONECT1280112799 +CONECT128021280312804 +CONECT1280312802 +CONECT1280412802 +CONECT128051280612807 +CONECT1280612805 +CONECT1280712805 +CONECT128081280912810 +CONECT1280912808 +CONECT1281012808 +CONECT128111281212813 +CONECT1281212811 +CONECT1281312811 +CONECT128141281512816 +CONECT1281512814 +CONECT1281612814 +CONECT128171281812819 +CONECT1281812817 +CONECT1281912817 +CONECT128201282112822 +CONECT1282112820 +CONECT1282212820 +CONECT128231282412825 +CONECT1282412823 +CONECT1282512823 +CONECT128261282712828 +CONECT1282712826 +CONECT1282812826 +CONECT128291283012831 +CONECT1283012829 +CONECT1283112829 +CONECT128321283312834 +CONECT1283312832 +CONECT1283412832 +CONECT128351283612837 +CONECT1283612835 +CONECT1283712835 +CONECT128381283912840 +CONECT1283912838 +CONECT1284012838 +CONECT128411284212843 +CONECT1284212841 +CONECT1284312841 +CONECT128441284512846 +CONECT1284512844 +CONECT1284612844 +CONECT128471284812849 +CONECT1284812847 +CONECT1284912847 +CONECT128501285112852 +CONECT1285112850 +CONECT1285212850 +CONECT128531285412855 +CONECT1285412853 +CONECT1285512853 +CONECT128561285712858 +CONECT1285712856 +CONECT1285812856 +CONECT128591286012861 +CONECT1286012859 +CONECT1286112859 +CONECT128621286312864 +CONECT1286312862 +CONECT1286412862 +CONECT128651286612867 +CONECT1286612865 +CONECT1286712865 +CONECT128681286912870 +CONECT1286912868 +CONECT1287012868 +CONECT128711287212873 +CONECT1287212871 +CONECT1287312871 +CONECT128741287512876 +CONECT1287512874 +CONECT1287612874 +CONECT128771287812879 +CONECT1287812877 +CONECT1287912877 +CONECT128801288112882 +CONECT1288112880 +CONECT1288212880 +CONECT128831288412885 +CONECT1288412883 +CONECT1288512883 +CONECT128861288712888 +CONECT1288712886 +CONECT1288812886 +CONECT128891289012891 +CONECT1289012889 +CONECT1289112889 +CONECT128921289312894 +CONECT1289312892 +CONECT1289412892 +CONECT128951289612897 +CONECT1289612895 +CONECT1289712895 +CONECT128981289912900 +CONECT1289912898 +CONECT1290012898 +CONECT129011290212903 +CONECT1290212901 +CONECT1290312901 +CONECT129041290512906 +CONECT1290512904 +CONECT1290612904 +CONECT129071290812909 +CONECT1290812907 +CONECT1290912907 +CONECT129101291112912 +CONECT1291112910 +CONECT1291212910 +CONECT129131291412915 +CONECT1291412913 +CONECT1291512913 +CONECT129161291712918 +CONECT1291712916 +CONECT1291812916 +CONECT129191292012921 +CONECT1292012919 +CONECT1292112919 +CONECT129221292312924 +CONECT1292312922 +CONECT1292412922 +CONECT129251292612927 +CONECT1292612925 +CONECT1292712925 +CONECT129281292912930 +CONECT1292912928 +CONECT1293012928 +CONECT129311293212933 +CONECT1293212931 +CONECT1293312931 +CONECT129341293512936 +CONECT1293512934 +CONECT1293612934 +CONECT129371293812939 +CONECT1293812937 +CONECT1293912937 +CONECT129401294112942 +CONECT1294112940 +CONECT1294212940 +CONECT129431294412945 +CONECT1294412943 +CONECT1294512943 +CONECT129461294712948 +CONECT1294712946 +CONECT1294812946 +CONECT129491295012951 +CONECT1295012949 +CONECT1295112949 +CONECT129521295312954 +CONECT1295312952 +CONECT1295412952 +CONECT129551295612957 +CONECT1295612955 +CONECT1295712955 +CONECT129581295912960 +CONECT1295912958 +CONECT1296012958 +CONECT129611296212963 +CONECT1296212961 +CONECT1296312961 +CONECT129641296512966 +CONECT1296512964 +CONECT1296612964 +CONECT129671296812969 +CONECT1296812967 +CONECT1296912967 +CONECT129701297112972 +CONECT1297112970 +CONECT1297212970 +CONECT129731297412975 +CONECT1297412973 +CONECT1297512973 +CONECT129761297712978 +CONECT1297712976 +CONECT1297812976 +CONECT129791298012981 +CONECT1298012979 +CONECT1298112979 +CONECT129821298312984 +CONECT1298312982 +CONECT1298412982 +CONECT129851298612987 +CONECT1298612985 +CONECT1298712985 +CONECT129881298912990 +CONECT1298912988 +CONECT1299012988 +CONECT129911299212993 +CONECT1299212991 +CONECT1299312991 +CONECT129941299512996 +CONECT1299512994 +CONECT1299612994 +CONECT129971299812999 +CONECT1299812997 +CONECT1299912997 +CONECT130001300113002 +CONECT1300113000 +CONECT1300213000 +CONECT130031300413005 +CONECT1300413003 +CONECT1300513003 +CONECT130061300713008 +CONECT1300713006 +CONECT1300813006 +CONECT130091301013011 +CONECT1301013009 +CONECT1301113009 +CONECT130121301313014 +CONECT1301313012 +CONECT1301413012 +CONECT130151301613017 +CONECT1301613015 +CONECT1301713015 +CONECT130181301913020 +CONECT1301913018 +CONECT1302013018 +CONECT130211302213023 +CONECT1302213021 +CONECT1302313021 +CONECT130241302513026 +CONECT1302513024 +CONECT1302613024 +CONECT130271302813029 +CONECT1302813027 +CONECT1302913027 +CONECT130301303113032 +CONECT1303113030 +CONECT1303213030 +CONECT130331303413035 +CONECT1303413033 +CONECT1303513033 +CONECT130361303713038 +CONECT1303713036 +CONECT1303813036 +CONECT130391304013041 +CONECT1304013039 +CONECT1304113039 +CONECT130421304313044 +CONECT1304313042 +CONECT1304413042 +CONECT130451304613047 +CONECT1304613045 +CONECT1304713045 +CONECT130481304913050 +CONECT1304913048 +CONECT1305013048 +CONECT130511305213053 +CONECT1305213051 +CONECT1305313051 +CONECT130541305513056 +CONECT1305513054 +CONECT1305613054 +CONECT130571305813059 +CONECT1305813057 +CONECT1305913057 +CONECT130601306113062 +CONECT1306113060 +CONECT1306213060 +CONECT130631306413065 +CONECT1306413063 +CONECT1306513063 +CONECT130661306713068 +CONECT1306713066 +CONECT1306813066 +CONECT130691307013071 +CONECT1307013069 +CONECT1307113069 +CONECT130721307313074 +CONECT1307313072 +CONECT1307413072 +CONECT130751307613077 +CONECT1307613075 +CONECT1307713075 +CONECT130781307913080 +CONECT1307913078 +CONECT1308013078 +CONECT130811308213083 +CONECT1308213081 +CONECT1308313081 +CONECT130841308513086 +CONECT1308513084 +CONECT1308613084 +CONECT130871308813089 +CONECT1308813087 +CONECT1308913087 +CONECT130901309113092 +CONECT1309113090 +CONECT1309213090 +CONECT130931309413095 +CONECT1309413093 +CONECT1309513093 +CONECT130961309713098 +CONECT1309713096 +CONECT1309813096 +CONECT130991310013101 +CONECT1310013099 +CONECT1310113099 +CONECT131021310313104 +CONECT1310313102 +CONECT1310413102 +CONECT131051310613107 +CONECT1310613105 +CONECT1310713105 +CONECT131081310913110 +CONECT1310913108 +CONECT1311013108 +CONECT131111311213113 +CONECT1311213111 +CONECT1311313111 +CONECT131141311513116 +CONECT1311513114 +CONECT1311613114 +CONECT131171311813119 +CONECT1311813117 +CONECT1311913117 +CONECT131201312113122 +CONECT1312113120 +CONECT1312213120 +CONECT131231312413125 +CONECT1312413123 +CONECT1312513123 +CONECT131261312713128 +CONECT1312713126 +CONECT1312813126 +CONECT131291313013131 +CONECT1313013129 +CONECT1313113129 +CONECT131321313313134 +CONECT1313313132 +CONECT1313413132 +CONECT131351313613137 +CONECT1313613135 +CONECT1313713135 +CONECT131381313913140 +CONECT1313913138 +CONECT1314013138 +CONECT131411314213143 +CONECT1314213141 +CONECT1314313141 +CONECT131441314513146 +CONECT1314513144 +CONECT1314613144 +CONECT131471314813149 +CONECT1314813147 +CONECT1314913147 +CONECT131501315113152 +CONECT1315113150 +CONECT1315213150 +CONECT131531315413155 +CONECT1315413153 +CONECT1315513153 +CONECT131561315713158 +CONECT1315713156 +CONECT1315813156 +CONECT131591316013161 +CONECT1316013159 +CONECT1316113159 +CONECT131621316313164 +CONECT1316313162 +CONECT1316413162 +CONECT131651316613167 +CONECT1316613165 +CONECT1316713165 +CONECT131681316913170 +CONECT1316913168 +CONECT1317013168 +CONECT131711317213173 +CONECT1317213171 +CONECT1317313171 +CONECT131741317513176 +CONECT1317513174 +CONECT1317613174 +CONECT131771317813179 +CONECT1317813177 +CONECT1317913177 +CONECT131801318113182 +CONECT1318113180 +CONECT1318213180 +CONECT131831318413185 +CONECT1318413183 +CONECT1318513183 +CONECT131861318713188 +CONECT1318713186 +CONECT1318813186 +CONECT131891319013191 +CONECT1319013189 +CONECT1319113189 +CONECT131921319313194 +CONECT1319313192 +CONECT1319413192 +CONECT131951319613197 +CONECT1319613195 +CONECT1319713195 +CONECT131981319913200 +CONECT1319913198 +CONECT1320013198 +CONECT132011320213203 +CONECT1320213201 +CONECT1320313201 +CONECT132041320513206 +CONECT1320513204 +CONECT1320613204 +CONECT132071320813209 +CONECT1320813207 +CONECT1320913207 +CONECT132101321113212 +CONECT1321113210 +CONECT1321213210 +CONECT132131321413215 +CONECT1321413213 +CONECT1321513213 +CONECT132161321713218 +CONECT1321713216 +CONECT1321813216 +CONECT132191322013221 +CONECT1322013219 +CONECT1322113219 +CONECT132221322313224 +CONECT1322313222 +CONECT1322413222 +CONECT132251322613227 +CONECT1322613225 +CONECT1322713225 +CONECT132281322913230 +CONECT1322913228 +CONECT1323013228 +CONECT132311323213233 +CONECT1323213231 +CONECT1323313231 +CONECT132341323513236 +CONECT1323513234 +CONECT1323613234 +CONECT132371323813239 +CONECT1323813237 +CONECT1323913237 +CONECT132401324113242 +CONECT1324113240 +CONECT1324213240 +CONECT132431324413245 +CONECT1324413243 +CONECT1324513243 +CONECT132461324713248 +CONECT1324713246 +CONECT1324813246 +CONECT132491325013251 +CONECT1325013249 +CONECT1325113249 +CONECT132521325313254 +CONECT1325313252 +CONECT1325413252 +CONECT132551325613257 +CONECT1325613255 +CONECT1325713255 +CONECT132581325913260 +CONECT1325913258 +CONECT1326013258 +CONECT132611326213263 +CONECT1326213261 +CONECT1326313261 +CONECT132641326513266 +CONECT1326513264 +CONECT1326613264 +CONECT132671326813269 +CONECT1326813267 +CONECT1326913267 +CONECT132701327113272 +CONECT1327113270 +CONECT1327213270 +CONECT132731327413275 +CONECT1327413273 +CONECT1327513273 +CONECT132761327713278 +CONECT1327713276 +CONECT1327813276 +CONECT132791328013281 +CONECT1328013279 +CONECT1328113279 +CONECT132821328313284 +CONECT1328313282 +CONECT1328413282 +CONECT132851328613287 +CONECT1328613285 +CONECT1328713285 +CONECT132881328913290 +CONECT1328913288 +CONECT1329013288 +CONECT132911329213293 +CONECT1329213291 +CONECT1329313291 +CONECT132941329513296 +CONECT1329513294 +CONECT1329613294 +CONECT132971329813299 +CONECT1329813297 +CONECT1329913297 +CONECT133001330113302 +CONECT1330113300 +CONECT1330213300 +CONECT133031330413305 +CONECT1330413303 +CONECT1330513303 +CONECT133061330713308 +CONECT1330713306 +CONECT1330813306 +CONECT133091331013311 +CONECT1331013309 +CONECT1331113309 +CONECT133121331313314 +CONECT1331313312 +CONECT1331413312 +CONECT133151331613317 +CONECT1331613315 +CONECT1331713315 +CONECT133181331913320 +CONECT1331913318 +CONECT1332013318 +CONECT133211332213323 +CONECT1332213321 +CONECT1332313321 +CONECT133241332513326 +CONECT1332513324 +CONECT1332613324 +CONECT133271332813329 +CONECT1332813327 +CONECT1332913327 +CONECT133301333113332 +CONECT1333113330 +CONECT1333213330 +CONECT133331333413335 +CONECT1333413333 +CONECT1333513333 +CONECT133361333713338 +CONECT1333713336 +CONECT1333813336 +CONECT133391334013341 +CONECT1334013339 +CONECT1334113339 +CONECT133421334313344 +CONECT1334313342 +CONECT1334413342 +CONECT133451334613347 +CONECT1334613345 +CONECT1334713345 +CONECT133481334913350 +CONECT1334913348 +CONECT1335013348 +CONECT133511335213353 +CONECT1335213351 +CONECT1335313351 +CONECT133541335513356 +CONECT1335513354 +CONECT1335613354 +CONECT133571335813359 +CONECT1335813357 +CONECT1335913357 +CONECT133601336113362 +CONECT1336113360 +CONECT1336213360 +CONECT133631336413365 +CONECT1336413363 +CONECT1336513363 +CONECT133661336713368 +CONECT1336713366 +CONECT1336813366 +CONECT133691337013371 +CONECT1337013369 +CONECT1337113369 +CONECT133721337313374 +CONECT1337313372 +CONECT1337413372 +CONECT133751337613377 +CONECT1337613375 +CONECT1337713375 +CONECT133781337913380 +CONECT1337913378 +CONECT1338013378 +CONECT133811338213383 +CONECT1338213381 +CONECT1338313381 +CONECT133841338513386 +CONECT1338513384 +CONECT1338613384 +CONECT133871338813389 +CONECT1338813387 +CONECT1338913387 +CONECT133901339113392 +CONECT1339113390 +CONECT1339213390 +CONECT133931339413395 +CONECT1339413393 +CONECT1339513393 +CONECT133961339713398 +CONECT1339713396 +CONECT1339813396 +CONECT133991340013401 +CONECT1340013399 +CONECT1340113399 +CONECT134021340313404 +CONECT1340313402 +CONECT1340413402 +CONECT134051340613407 +CONECT1340613405 +CONECT1340713405 +CONECT134081340913410 +CONECT1340913408 +CONECT1341013408 +CONECT134111341213413 +CONECT1341213411 +CONECT1341313411 +CONECT134141341513416 +CONECT1341513414 +CONECT1341613414 +CONECT134171341813419 +CONECT1341813417 +CONECT1341913417 +CONECT134201342113422 +CONECT1342113420 +CONECT1342213420 +CONECT134231342413425 +CONECT1342413423 +CONECT1342513423 +CONECT134261342713428 +CONECT1342713426 +CONECT1342813426 +CONECT134291343013431 +CONECT1343013429 +CONECT1343113429 +CONECT134321343313434 +CONECT1343313432 +CONECT1343413432 +CONECT134351343613437 +CONECT1343613435 +CONECT1343713435 +CONECT134381343913440 +CONECT1343913438 +CONECT1344013438 +CONECT134411344213443 +CONECT1344213441 +CONECT1344313441 +CONECT134441344513446 +CONECT1344513444 +CONECT1344613444 +CONECT134471344813449 +CONECT1344813447 +CONECT1344913447 +CONECT134501345113452 +CONECT1345113450 +CONECT1345213450 +CONECT134531345413455 +CONECT1345413453 +CONECT1345513453 +CONECT134561345713458 +CONECT1345713456 +CONECT1345813456 +CONECT134591346013461 +CONECT1346013459 +CONECT1346113459 +CONECT134621346313464 +CONECT1346313462 +CONECT1346413462 +CONECT134651346613467 +CONECT1346613465 +CONECT1346713465 +CONECT134681346913470 +CONECT1346913468 +CONECT1347013468 +CONECT134711347213473 +CONECT1347213471 +CONECT1347313471 +CONECT134741347513476 +CONECT1347513474 +CONECT1347613474 +CONECT134771347813479 +CONECT1347813477 +CONECT1347913477 +CONECT134801348113482 +CONECT1348113480 +CONECT1348213480 +CONECT134831348413485 +CONECT1348413483 +CONECT1348513483 +CONECT134861348713488 +CONECT1348713486 +CONECT1348813486 +CONECT134891349013491 +CONECT1349013489 +CONECT1349113489 +CONECT134921349313494 +CONECT1349313492 +CONECT1349413492 +CONECT134951349613497 +CONECT1349613495 +CONECT1349713495 +CONECT134981349913500 +CONECT1349913498 +CONECT1350013498 +CONECT135011350213503 +CONECT1350213501 +CONECT1350313501 +CONECT135041350513506 +CONECT1350513504 +CONECT1350613504 +CONECT135071350813509 +CONECT1350813507 +CONECT1350913507 +CONECT135101351113512 +CONECT1351113510 +CONECT1351213510 +CONECT135131351413515 +CONECT1351413513 +CONECT1351513513 +CONECT135161351713518 +CONECT1351713516 +CONECT1351813516 +CONECT135191352013521 +CONECT1352013519 +CONECT1352113519 +CONECT135221352313524 +CONECT1352313522 +CONECT1352413522 +CONECT135251352613527 +CONECT1352613525 +CONECT1352713525 +CONECT135281352913530 +CONECT1352913528 +CONECT1353013528 +CONECT135311353213533 +CONECT1353213531 +CONECT1353313531 +CONECT135341353513536 +CONECT1353513534 +CONECT1353613534 +CONECT135371353813539 +CONECT1353813537 +CONECT1353913537 +CONECT135401354113542 +CONECT1354113540 +CONECT1354213540 +CONECT135431354413545 +CONECT1354413543 +CONECT1354513543 +CONECT135461354713548 +CONECT1354713546 +CONECT1354813546 +CONECT135491355013551 +CONECT1355013549 +CONECT1355113549 +CONECT135521355313554 +CONECT1355313552 +CONECT1355413552 +CONECT135551355613557 +CONECT1355613555 +CONECT1355713555 +CONECT135581355913560 +CONECT1355913558 +CONECT1356013558 +CONECT135611356213563 +CONECT1356213561 +CONECT1356313561 +CONECT135641356513566 +CONECT1356513564 +CONECT1356613564 +CONECT135671356813569 +CONECT1356813567 +CONECT1356913567 +CONECT135701357113572 +CONECT1357113570 +CONECT1357213570 +CONECT135731357413575 +CONECT1357413573 +CONECT1357513573 +CONECT135761357713578 +CONECT1357713576 +CONECT1357813576 +CONECT135791358013581 +CONECT1358013579 +CONECT1358113579 +CONECT135821358313584 +CONECT1358313582 +CONECT1358413582 +CONECT135851358613587 +CONECT1358613585 +CONECT1358713585 +CONECT135881358913590 +CONECT1358913588 +CONECT1359013588 +CONECT135911359213593 +CONECT1359213591 +CONECT1359313591 +CONECT135941359513596 +CONECT1359513594 +CONECT1359613594 +CONECT135971359813599 +CONECT1359813597 +CONECT1359913597 +CONECT136001360113602 +CONECT1360113600 +CONECT1360213600 +CONECT136031360413605 +CONECT1360413603 +CONECT1360513603 +CONECT136061360713608 +CONECT1360713606 +CONECT1360813606 +CONECT136091361013611 +CONECT1361013609 +CONECT1361113609 +CONECT136121361313614 +CONECT1361313612 +CONECT1361413612 +CONECT136151361613617 +CONECT1361613615 +CONECT1361713615 +CONECT136181361913620 +CONECT1361913618 +CONECT1362013618 +CONECT136211362213623 +CONECT1362213621 +CONECT1362313621 +CONECT136241362513626 +CONECT1362513624 +CONECT1362613624 +CONECT136271362813629 +CONECT1362813627 +CONECT1362913627 +CONECT136301363113632 +CONECT1363113630 +CONECT1363213630 +CONECT136331363413635 +CONECT1363413633 +CONECT1363513633 +CONECT136361363713638 +CONECT1363713636 +CONECT1363813636 +CONECT136391364013641 +CONECT1364013639 +CONECT1364113639 +CONECT136421364313644 +CONECT1364313642 +CONECT1364413642 +CONECT136451364613647 +CONECT1364613645 +CONECT1364713645 +CONECT136481364913650 +CONECT1364913648 +CONECT1365013648 +CONECT136511365213653 +CONECT1365213651 +CONECT1365313651 +CONECT136541365513656 +CONECT1365513654 +CONECT1365613654 +CONECT136571365813659 +CONECT1365813657 +CONECT1365913657 +CONECT136601366113662 +CONECT1366113660 +CONECT1366213660 +CONECT136631366413665 +CONECT1366413663 +CONECT1366513663 +CONECT136661366713668 +CONECT1366713666 +CONECT1366813666 +CONECT136691367013671 +CONECT1367013669 +CONECT1367113669 +CONECT136721367313674 +CONECT1367313672 +CONECT1367413672 +CONECT136751367613677 +CONECT1367613675 +CONECT1367713675 +CONECT136781367913680 +CONECT1367913678 +CONECT1368013678 +CONECT136811368213683 +CONECT1368213681 +CONECT1368313681 +CONECT136841368513686 +CONECT1368513684 +CONECT1368613684 +CONECT136871368813689 +CONECT1368813687 +CONECT1368913687 +CONECT136901369113692 +CONECT1369113690 +CONECT1369213690 +CONECT136931369413695 +CONECT1369413693 +CONECT1369513693 +CONECT136961369713698 +CONECT1369713696 +CONECT1369813696 +CONECT136991370013701 +CONECT1370013699 +CONECT1370113699 +CONECT137021370313704 +CONECT1370313702 +CONECT1370413702 +CONECT137051370613707 +CONECT1370613705 +CONECT1370713705 +CONECT137081370913710 +CONECT1370913708 +CONECT1371013708 +CONECT137111371213713 +CONECT1371213711 +CONECT1371313711 +CONECT137141371513716 +CONECT1371513714 +CONECT1371613714 +CONECT137171371813719 +CONECT1371813717 +CONECT1371913717 +CONECT137201372113722 +CONECT1372113720 +CONECT1372213720 +CONECT137231372413725 +CONECT1372413723 +CONECT1372513723 +CONECT137261372713728 +CONECT1372713726 +CONECT1372813726 +CONECT137291373013731 +CONECT1373013729 +CONECT1373113729 +CONECT137321373313734 +CONECT1373313732 +CONECT1373413732 +CONECT137351373613737 +CONECT1373613735 +CONECT1373713735 +CONECT137381373913740 +CONECT1373913738 +CONECT1374013738 +CONECT137411374213743 +CONECT1374213741 +CONECT1374313741 +CONECT137441374513746 +CONECT1374513744 +CONECT1374613744 +CONECT137471374813749 +CONECT1374813747 +CONECT1374913747 +CONECT137501375113752 +CONECT1375113750 +CONECT1375213750 +CONECT137531375413755 +CONECT1375413753 +CONECT1375513753 +CONECT137561375713758 +CONECT1375713756 +CONECT1375813756 +CONECT137591376013761 +CONECT1376013759 +CONECT1376113759 +CONECT137621376313764 +CONECT1376313762 +CONECT1376413762 +CONECT137651376613767 +CONECT1376613765 +CONECT1376713765 +CONECT137681376913770 +CONECT1376913768 +CONECT1377013768 +CONECT137711377213773 +CONECT1377213771 +CONECT1377313771 +CONECT137741377513776 +CONECT1377513774 +CONECT1377613774 +CONECT137771377813779 +CONECT1377813777 +CONECT1377913777 +CONECT137801378113782 +CONECT1378113780 +CONECT1378213780 +CONECT137831378413785 +CONECT1378413783 +CONECT1378513783 +CONECT137861378713788 +CONECT1378713786 +CONECT1378813786 +CONECT137891379013791 +CONECT1379013789 +CONECT1379113789 +CONECT137921379313794 +CONECT1379313792 +CONECT1379413792 +CONECT137951379613797 +CONECT1379613795 +CONECT1379713795 +CONECT137981379913800 +CONECT1379913798 +CONECT1380013798 +CONECT138011380213803 +CONECT1380213801 +CONECT1380313801 +CONECT138041380513806 +CONECT1380513804 +CONECT1380613804 +CONECT138071380813809 +CONECT1380813807 +CONECT1380913807 +CONECT138101381113812 +CONECT1381113810 +CONECT1381213810 +CONECT138131381413815 +CONECT1381413813 +CONECT1381513813 +CONECT138161381713818 +CONECT1381713816 +CONECT1381813816 +CONECT138191382013821 +CONECT1382013819 +CONECT1382113819 +CONECT138221382313824 +CONECT1382313822 +CONECT1382413822 +CONECT138251382613827 +CONECT1382613825 +CONECT1382713825 +CONECT138281382913830 +CONECT1382913828 +CONECT1383013828 +CONECT138311383213833 +CONECT1383213831 +CONECT1383313831 +CONECT138341383513836 +CONECT1383513834 +CONECT1383613834 +CONECT138371383813839 +CONECT1383813837 +CONECT1383913837 +CONECT138401384113842 +CONECT1384113840 +CONECT1384213840 +CONECT138431384413845 +CONECT1384413843 +CONECT1384513843 +CONECT138461384713848 +CONECT1384713846 +CONECT1384813846 +CONECT138491385013851 +CONECT1385013849 +CONECT1385113849 +CONECT138521385313854 +CONECT1385313852 +CONECT1385413852 +CONECT138551385613857 +CONECT1385613855 +CONECT1385713855 +CONECT138581385913860 +CONECT1385913858 +CONECT1386013858 +CONECT138611386213863 +CONECT1386213861 +CONECT1386313861 +CONECT138641386513866 +CONECT1386513864 +CONECT1386613864 +CONECT138671386813869 +CONECT1386813867 +CONECT1386913867 +CONECT138701387113872 +CONECT1387113870 +CONECT1387213870 +CONECT138731387413875 +CONECT1387413873 +CONECT1387513873 +CONECT138761387713878 +CONECT1387713876 +CONECT1387813876 +CONECT138791388013881 +CONECT1388013879 +CONECT1388113879 +CONECT138821388313884 +CONECT1388313882 +CONECT1388413882 +CONECT138851388613887 +CONECT1388613885 +CONECT1388713885 +CONECT138881388913890 +CONECT1388913888 +CONECT1389013888 +CONECT138911389213893 +CONECT1389213891 +CONECT1389313891 +CONECT138941389513896 +CONECT1389513894 +CONECT1389613894 +CONECT138971389813899 +CONECT1389813897 +CONECT1389913897 +CONECT139001390113902 +CONECT1390113900 +CONECT1390213900 +CONECT139031390413905 +CONECT1390413903 +CONECT1390513903 +CONECT139061390713908 +CONECT1390713906 +CONECT1390813906 +CONECT139091391013911 +CONECT1391013909 +CONECT1391113909 +CONECT139121391313914 +CONECT1391313912 +CONECT1391413912 +CONECT139151391613917 +CONECT1391613915 +CONECT1391713915 +CONECT139181391913920 +CONECT1391913918 +CONECT1392013918 +CONECT139211392213923 +CONECT1392213921 +CONECT1392313921 +CONECT139241392513926 +CONECT1392513924 +CONECT1392613924 +CONECT139271392813929 +CONECT1392813927 +CONECT1392913927 +CONECT139301393113932 +CONECT1393113930 +CONECT1393213930 +CONECT139331393413935 +CONECT1393413933 +CONECT1393513933 +CONECT139361393713938 +CONECT1393713936 +CONECT1393813936 +CONECT139391394013941 +CONECT1394013939 +CONECT1394113939 +CONECT139421394313944 +CONECT1394313942 +CONECT1394413942 +CONECT139451394613947 +CONECT1394613945 +CONECT1394713945 +CONECT139481394913950 +CONECT1394913948 +CONECT1395013948 +CONECT139511395213953 +CONECT1395213951 +CONECT1395313951 +CONECT139541395513956 +CONECT1395513954 +CONECT1395613954 +CONECT139571395813959 +CONECT1395813957 +CONECT1395913957 +CONECT139601396113962 +CONECT1396113960 +CONECT1396213960 +CONECT139631396413965 +CONECT1396413963 +CONECT1396513963 +CONECT139661396713968 +CONECT1396713966 +CONECT1396813966 +CONECT139691397013971 +CONECT1397013969 +CONECT1397113969 +CONECT139721397313974 +CONECT1397313972 +CONECT1397413972 +CONECT139751397613977 +CONECT1397613975 +CONECT1397713975 +CONECT139781397913980 +CONECT1397913978 +CONECT1398013978 +CONECT139811398213983 +CONECT1398213981 +CONECT1398313981 +CONECT139841398513986 +CONECT1398513984 +CONECT1398613984 +CONECT139871398813989 +CONECT1398813987 +CONECT1398913987 +CONECT139901399113992 +CONECT1399113990 +CONECT1399213990 +CONECT139931399413995 +CONECT1399413993 +CONECT1399513993 +CONECT139961399713998 +CONECT1399713996 +CONECT1399813996 +CONECT139991400014001 +CONECT1400013999 +CONECT1400113999 +CONECT140021400314004 +CONECT1400314002 +CONECT1400414002 +CONECT140051400614007 +CONECT1400614005 +CONECT1400714005 +CONECT140081400914010 +CONECT1400914008 +CONECT1401014008 +CONECT140111401214013 +CONECT1401214011 +CONECT1401314011 +CONECT140141401514016 +CONECT1401514014 +CONECT1401614014 +CONECT140171401814019 +CONECT1401814017 +CONECT1401914017 +CONECT140201402114022 +CONECT1402114020 +CONECT1402214020 +CONECT140231402414025 +CONECT1402414023 +CONECT1402514023 +CONECT140261402714028 +CONECT1402714026 +CONECT1402814026 +CONECT140291403014031 +CONECT1403014029 +CONECT1403114029 +CONECT140321403314034 +CONECT1403314032 +CONECT1403414032 +CONECT140351403614037 +CONECT1403614035 +CONECT1403714035 +CONECT140381403914040 +CONECT1403914038 +CONECT1404014038 +CONECT140411404214043 +CONECT1404214041 +CONECT1404314041 +CONECT140441404514046 +CONECT1404514044 +CONECT1404614044 +CONECT140471404814049 +CONECT1404814047 +CONECT1404914047 +CONECT140501405114052 +CONECT1405114050 +CONECT1405214050 +CONECT140531405414055 +CONECT1405414053 +CONECT1405514053 +CONECT140561405714058 +CONECT1405714056 +CONECT1405814056 +CONECT140591406014061 +CONECT1406014059 +CONECT1406114059 +CONECT140621406314064 +CONECT1406314062 +CONECT1406414062 +CONECT140651406614067 +CONECT1406614065 +CONECT1406714065 +CONECT140681406914070 +CONECT1406914068 +CONECT1407014068 +CONECT140711407214073 +CONECT1407214071 +CONECT1407314071 +CONECT140741407514076 +CONECT1407514074 +CONECT1407614074 +CONECT140771407814079 +CONECT1407814077 +CONECT1407914077 +CONECT140801408114082 +CONECT1408114080 +CONECT1408214080 +CONECT140831408414085 +CONECT1408414083 +CONECT1408514083 +CONECT140861408714088 +CONECT1408714086 +CONECT1408814086 +CONECT140891409014091 +CONECT1409014089 +CONECT1409114089 +CONECT140921409314094 +CONECT1409314092 +CONECT1409414092 +CONECT140951409614097 +CONECT1409614095 +CONECT1409714095 +CONECT140981409914100 +CONECT1409914098 +CONECT1410014098 +CONECT141011410214103 +CONECT1410214101 +CONECT1410314101 +CONECT141041410514106 +CONECT1410514104 +CONECT1410614104 +CONECT141071410814109 +CONECT1410814107 +CONECT1410914107 +CONECT141101411114112 +CONECT1411114110 +CONECT1411214110 +CONECT141131411414115 +CONECT1411414113 +CONECT1411514113 +CONECT141161411714118 +CONECT1411714116 +CONECT1411814116 +CONECT141191412014121 +CONECT1412014119 +CONECT1412114119 +CONECT141221412314124 +CONECT1412314122 +CONECT1412414122 +CONECT141251412614127 +CONECT1412614125 +CONECT1412714125 +CONECT141281412914130 +CONECT1412914128 +CONECT1413014128 +CONECT141311413214133 +CONECT1413214131 +CONECT1413314131 +CONECT141341413514136 +CONECT1413514134 +CONECT1413614134 +CONECT141371413814139 +CONECT1413814137 +CONECT1413914137 +CONECT141401414114142 +CONECT1414114140 +CONECT1414214140 +CONECT141431414414145 +CONECT1414414143 +CONECT1414514143 +CONECT141461414714148 +CONECT1414714146 +CONECT1414814146 +CONECT141491415014151 +CONECT1415014149 +CONECT1415114149 +CONECT141521415314154 +CONECT1415314152 +CONECT1415414152 +CONECT141551415614157 +CONECT1415614155 +CONECT1415714155 +CONECT141581415914160 +CONECT1415914158 +CONECT1416014158 +CONECT141611416214163 +CONECT1416214161 +CONECT1416314161 +CONECT141641416514166 +CONECT1416514164 +CONECT1416614164 +CONECT141671416814169 +CONECT1416814167 +CONECT1416914167 +CONECT141701417114172 +CONECT1417114170 +CONECT1417214170 +CONECT141731417414175 +CONECT1417414173 +CONECT1417514173 +CONECT141761417714178 +CONECT1417714176 +CONECT1417814176 +CONECT141791418014181 +CONECT1418014179 +CONECT1418114179 +CONECT141821418314184 +CONECT1418314182 +CONECT1418414182 +CONECT141851418614187 +CONECT1418614185 +CONECT1418714185 +CONECT141881418914190 +CONECT1418914188 +CONECT1419014188 +CONECT141911419214193 +CONECT1419214191 +CONECT1419314191 +CONECT141941419514196 +CONECT1419514194 +CONECT1419614194 +CONECT141971419814199 +CONECT1419814197 +CONECT1419914197 +CONECT142001420114202 +CONECT1420114200 +CONECT1420214200 +CONECT142031420414205 +CONECT1420414203 +CONECT1420514203 +CONECT142061420714208 +CONECT1420714206 +CONECT1420814206 +CONECT142091421014211 +CONECT1421014209 +CONECT1421114209 +CONECT142121421314214 +CONECT1421314212 +CONECT1421414212 +CONECT142151421614217 +CONECT1421614215 +CONECT1421714215 +CONECT142181421914220 +CONECT1421914218 +CONECT1422014218 +CONECT142211422214223 +CONECT1422214221 +CONECT1422314221 +CONECT142241422514226 +CONECT1422514224 +CONECT1422614224 +CONECT142271422814229 +CONECT1422814227 +CONECT1422914227 +CONECT142301423114232 +CONECT1423114230 +CONECT1423214230 +CONECT142331423414235 +CONECT1423414233 +CONECT1423514233 +CONECT142361423714238 +CONECT1423714236 +CONECT1423814236 +CONECT142391424014241 +CONECT1424014239 +CONECT1424114239 +CONECT142421424314244 +CONECT1424314242 +CONECT1424414242 +CONECT142451424614247 +CONECT1424614245 +CONECT1424714245 +CONECT142481424914250 +CONECT1424914248 +CONECT1425014248 +CONECT142511425214253 +CONECT1425214251 +CONECT1425314251 +CONECT142541425514256 +CONECT1425514254 +CONECT1425614254 +CONECT142571425814259 +CONECT1425814257 +CONECT1425914257 +CONECT142601426114262 +CONECT1426114260 +CONECT1426214260 +CONECT142631426414265 +CONECT1426414263 +CONECT1426514263 +CONECT142661426714268 +CONECT1426714266 +CONECT1426814266 +CONECT142691427014271 +CONECT1427014269 +CONECT1427114269 +CONECT142721427314274 +CONECT1427314272 +CONECT1427414272 +CONECT142751427614277 +CONECT1427614275 +CONECT1427714275 +CONECT142781427914280 +CONECT1427914278 +CONECT1428014278 +CONECT142811428214283 +CONECT1428214281 +CONECT1428314281 +CONECT142841428514286 +CONECT1428514284 +CONECT1428614284 +CONECT142871428814289 +CONECT1428814287 +CONECT1428914287 +CONECT142901429114292 +CONECT1429114290 +CONECT1429214290 +CONECT142931429414295 +CONECT1429414293 +CONECT1429514293 +CONECT142961429714298 +CONECT1429714296 +CONECT1429814296 +CONECT142991430014301 +CONECT1430014299 +CONECT1430114299 +CONECT143021430314304 +CONECT1430314302 +CONECT1430414302 +CONECT143051430614307 +CONECT1430614305 +CONECT1430714305 +CONECT143081430914310 +CONECT1430914308 +CONECT1431014308 +CONECT143111431214313 +CONECT1431214311 +CONECT1431314311 +CONECT143141431514316 +CONECT1431514314 +CONECT1431614314 +CONECT143171431814319 +CONECT1431814317 +CONECT1431914317 +CONECT143201432114322 +CONECT1432114320 +CONECT1432214320 +CONECT143231432414325 +CONECT1432414323 +CONECT1432514323 +CONECT143261432714328 +CONECT1432714326 +CONECT1432814326 +CONECT143291433014331 +CONECT1433014329 +CONECT1433114329 +CONECT143321433314334 +CONECT1433314332 +CONECT1433414332 +CONECT143351433614337 +CONECT1433614335 +CONECT1433714335 +CONECT143381433914340 +CONECT1433914338 +CONECT1434014338 +CONECT143411434214343 +CONECT1434214341 +CONECT1434314341 +CONECT143441434514346 +CONECT1434514344 +CONECT1434614344 +CONECT143471434814349 +CONECT1434814347 +CONECT1434914347 +CONECT143501435114352 +CONECT1435114350 +CONECT1435214350 +CONECT143531435414355 +CONECT1435414353 +CONECT1435514353 +CONECT143561435714358 +CONECT1435714356 +CONECT1435814356 +CONECT143591436014361 +CONECT1436014359 +CONECT1436114359 +CONECT143621436314364 +CONECT1436314362 +CONECT1436414362 +CONECT143651436614367 +CONECT1436614365 +CONECT1436714365 +CONECT143681436914370 +CONECT1436914368 +CONECT1437014368 +CONECT143711437214373 +CONECT1437214371 +CONECT1437314371 +CONECT143741437514376 +CONECT1437514374 +CONECT1437614374 +CONECT143771437814379 +CONECT1437814377 +CONECT1437914377 +CONECT143801438114382 +CONECT1438114380 +CONECT1438214380 +CONECT143831438414385 +CONECT1438414383 +CONECT1438514383 +CONECT143861438714388 +CONECT1438714386 +CONECT1438814386 +CONECT143891439014391 +CONECT1439014389 +CONECT1439114389 +CONECT143921439314394 +CONECT1439314392 +CONECT1439414392 +CONECT143951439614397 +CONECT1439614395 +CONECT1439714395 +CONECT143981439914400 +CONECT1439914398 +CONECT1440014398 +CONECT144011440214403 +CONECT1440214401 +CONECT1440314401 +CONECT144041440514406 +CONECT1440514404 +CONECT1440614404 +CONECT144071440814409 +CONECT1440814407 +CONECT1440914407 +CONECT144101441114412 +CONECT1441114410 +CONECT1441214410 +CONECT144131441414415 +CONECT1441414413 +CONECT1441514413 +CONECT144161441714418 +CONECT1441714416 +CONECT1441814416 +CONECT144191442014421 +CONECT1442014419 +CONECT1442114419 +CONECT144221442314424 +CONECT1442314422 +CONECT1442414422 +CONECT144251442614427 +CONECT1442614425 +CONECT1442714425 +CONECT144281442914430 +CONECT1442914428 +CONECT1443014428 +CONECT144311443214433 +CONECT1443214431 +CONECT1443314431 +CONECT144341443514436 +CONECT1443514434 +CONECT1443614434 +CONECT144371443814439 +CONECT1443814437 +CONECT1443914437 +CONECT144401444114442 +CONECT1444114440 +CONECT1444214440 +CONECT144431444414445 +CONECT1444414443 +CONECT1444514443 +CONECT144461444714448 +CONECT1444714446 +CONECT1444814446 +CONECT144491445014451 +CONECT1445014449 +CONECT1445114449 +CONECT144521445314454 +CONECT1445314452 +CONECT1445414452 +CONECT144551445614457 +CONECT1445614455 +CONECT1445714455 +CONECT144581445914460 +CONECT1445914458 +CONECT1446014458 +CONECT144611446214463 +CONECT1446214461 +CONECT1446314461 +CONECT144641446514466 +CONECT1446514464 +CONECT1446614464 +CONECT144671446814469 +CONECT1446814467 +CONECT1446914467 +CONECT144701447114472 +CONECT1447114470 +CONECT1447214470 +CONECT144731447414475 +CONECT1447414473 +CONECT1447514473 +CONECT144761447714478 +CONECT1447714476 +CONECT1447814476 +CONECT144791448014481 +CONECT1448014479 +CONECT1448114479 +CONECT144821448314484 +CONECT1448314482 +CONECT1448414482 +CONECT144851448614487 +CONECT1448614485 +CONECT1448714485 +CONECT144881448914490 +CONECT1448914488 +CONECT1449014488 +CONECT144911449214493 +CONECT1449214491 +CONECT1449314491 +CONECT144941449514496 +CONECT1449514494 +CONECT1449614494 +CONECT144971449814499 +CONECT1449814497 +CONECT1449914497 +CONECT145001450114502 +CONECT1450114500 +CONECT1450214500 +CONECT145031450414505 +CONECT1450414503 +CONECT1450514503 +CONECT145061450714508 +CONECT1450714506 +CONECT1450814506 +CONECT145091451014511 +CONECT1451014509 +CONECT1451114509 +CONECT145121451314514 +CONECT1451314512 +CONECT1451414512 +CONECT145151451614517 +CONECT1451614515 +CONECT1451714515 +CONECT145181451914520 +CONECT1451914518 +CONECT1452014518 +CONECT145211452214523 +CONECT1452214521 +CONECT1452314521 +CONECT145241452514526 +CONECT1452514524 +CONECT1452614524 +CONECT145271452814529 +CONECT1452814527 +CONECT1452914527 +CONECT145301453114532 +CONECT1453114530 +CONECT1453214530 +CONECT145331453414535 +CONECT1453414533 +CONECT1453514533 +CONECT145361453714538 +CONECT1453714536 +CONECT1453814536 +CONECT145391454014541 +CONECT1454014539 +CONECT1454114539 +CONECT145421454314544 +CONECT1454314542 +CONECT1454414542 +CONECT145451454614547 +CONECT1454614545 +CONECT1454714545 +CONECT145481454914550 +CONECT1454914548 +CONECT1455014548 +CONECT145511455214553 +CONECT1455214551 +CONECT1455314551 +CONECT145541455514556 +CONECT1455514554 +CONECT1455614554 +CONECT145571455814559 +CONECT1455814557 +CONECT1455914557 +CONECT145601456114562 +CONECT1456114560 +CONECT1456214560 +CONECT145631456414565 +CONECT1456414563 +CONECT1456514563 +CONECT145661456714568 +CONECT1456714566 +CONECT1456814566 +CONECT145691457014571 +CONECT1457014569 +CONECT1457114569 +CONECT145721457314574 +CONECT1457314572 +CONECT1457414572 +CONECT145751457614577 +CONECT1457614575 +CONECT1457714575 +CONECT145781457914580 +CONECT1457914578 +CONECT1458014578 +CONECT145811458214583 +CONECT1458214581 +CONECT1458314581 +CONECT145841458514586 +CONECT1458514584 +CONECT1458614584 +CONECT145871458814589 +CONECT1458814587 +CONECT1458914587 +CONECT145901459114592 +CONECT1459114590 +CONECT1459214590 +CONECT145931459414595 +CONECT1459414593 +CONECT1459514593 +CONECT145961459714598 +CONECT1459714596 +CONECT1459814596 +CONECT145991460014601 +CONECT1460014599 +CONECT1460114599 +CONECT146021460314604 +CONECT1460314602 +CONECT1460414602 +CONECT146051460614607 +CONECT1460614605 +CONECT1460714605 +CONECT146081460914610 +CONECT1460914608 +CONECT1461014608 +CONECT146111461214613 +CONECT1461214611 +CONECT1461314611 +CONECT146141461514616 +CONECT1461514614 +CONECT1461614614 +CONECT146171461814619 +CONECT1461814617 +CONECT1461914617 +CONECT146201462114622 +CONECT1462114620 +CONECT1462214620 +CONECT146231462414625 +CONECT1462414623 +CONECT1462514623 +CONECT146261462714628 +CONECT1462714626 +CONECT1462814626 +CONECT146291463014631 +CONECT1463014629 +CONECT1463114629 +CONECT146321463314634 +CONECT1463314632 +CONECT1463414632 +CONECT146351463614637 +CONECT1463614635 +CONECT1463714635 +CONECT146381463914640 +CONECT1463914638 +CONECT1464014638 +CONECT146411464214643 +CONECT1464214641 +CONECT1464314641 +CONECT146441464514646 +CONECT1464514644 +CONECT1464614644 +CONECT146471464814649 +CONECT1464814647 +CONECT1464914647 +CONECT146501465114652 +CONECT1465114650 +CONECT1465214650 +CONECT146531465414655 +CONECT1465414653 +CONECT1465514653 +CONECT146561465714658 +CONECT1465714656 +CONECT1465814656 +CONECT146591466014661 +CONECT1466014659 +CONECT1466114659 +CONECT146621466314664 +CONECT1466314662 +CONECT1466414662 +CONECT146651466614667 +CONECT1466614665 +CONECT1466714665 +CONECT146681466914670 +CONECT1466914668 +CONECT1467014668 +CONECT146711467214673 +CONECT1467214671 +CONECT1467314671 +CONECT146741467514676 +CONECT1467514674 +CONECT1467614674 +CONECT146771467814679 +CONECT1467814677 +CONECT1467914677 +CONECT146801468114682 +CONECT1468114680 +CONECT1468214680 +CONECT146831468414685 +CONECT1468414683 +CONECT1468514683 +CONECT146861468714688 +CONECT1468714686 +CONECT1468814686 +CONECT146891469014691 +CONECT1469014689 +CONECT1469114689 +CONECT146921469314694 +CONECT1469314692 +CONECT1469414692 +CONECT146951469614697 +CONECT1469614695 +CONECT1469714695 +CONECT146981469914700 +CONECT1469914698 +CONECT1470014698 +CONECT147011470214703 +CONECT1470214701 +CONECT1470314701 +CONECT147041470514706 +CONECT1470514704 +CONECT1470614704 +CONECT147071470814709 +CONECT1470814707 +CONECT1470914707 +CONECT147101471114712 +CONECT1471114710 +CONECT1471214710 +CONECT147131471414715 +CONECT1471414713 +CONECT1471514713 +CONECT147161471714718 +CONECT1471714716 +CONECT1471814716 +CONECT147191472014721 +CONECT1472014719 +CONECT1472114719 +CONECT147221472314724 +CONECT1472314722 +CONECT1472414722 +CONECT147251472614727 +CONECT1472614725 +CONECT1472714725 +CONECT147281472914730 +CONECT1472914728 +CONECT1473014728 +CONECT147311473214733 +CONECT1473214731 +CONECT1473314731 +CONECT147341473514736 +CONECT1473514734 +CONECT1473614734 +CONECT147371473814739 +CONECT1473814737 +CONECT1473914737 +CONECT147401474114742 +CONECT1474114740 +CONECT1474214740 +CONECT147431474414745 +CONECT1474414743 +CONECT1474514743 +CONECT147461474714748 +CONECT1474714746 +CONECT1474814746 +CONECT147491475014751 +CONECT1475014749 +CONECT1475114749 +CONECT147521475314754 +CONECT1475314752 +CONECT1475414752 +CONECT147551475614757 +CONECT1475614755 +CONECT1475714755 +CONECT147581475914760 +CONECT1475914758 +CONECT1476014758 +CONECT147611476214763 +CONECT1476214761 +CONECT1476314761 +CONECT147641476514766 +CONECT1476514764 +CONECT1476614764 +CONECT147671476814769 +CONECT1476814767 +CONECT1476914767 +CONECT147701477114772 +CONECT1477114770 +CONECT1477214770 +CONECT147731477414775 +CONECT1477414773 +CONECT1477514773 +CONECT147761477714778 +CONECT1477714776 +CONECT1477814776 +CONECT147791478014781 +CONECT1478014779 +CONECT1478114779 +CONECT147821478314784 +CONECT1478314782 +CONECT1478414782 +CONECT147851478614787 +CONECT1478614785 +CONECT1478714785 +CONECT147881478914790 +CONECT1478914788 +CONECT1479014788 +CONECT147911479214793 +CONECT1479214791 +CONECT1479314791 +CONECT147941479514796 +CONECT1479514794 +CONECT1479614794 +CONECT147971479814799 +CONECT1479814797 +CONECT1479914797 +CONECT148001480114802 +CONECT1480114800 +CONECT1480214800 +CONECT148031480414805 +CONECT1480414803 +CONECT1480514803 +CONECT148061480714808 +CONECT1480714806 +CONECT1480814806 +CONECT148091481014811 +CONECT1481014809 +CONECT1481114809 +CONECT148121481314814 +CONECT1481314812 +CONECT1481414812 +CONECT148151481614817 +CONECT1481614815 +CONECT1481714815 +CONECT148181481914820 +CONECT1481914818 +CONECT1482014818 +CONECT148211482214823 +CONECT1482214821 +CONECT1482314821 +CONECT148241482514826 +CONECT1482514824 +CONECT1482614824 +CONECT148271482814829 +CONECT1482814827 +CONECT1482914827 +CONECT148301483114832 +CONECT1483114830 +CONECT1483214830 +CONECT148331483414835 +CONECT1483414833 +CONECT1483514833 +CONECT148361483714838 +CONECT1483714836 +CONECT1483814836 +CONECT148391484014841 +CONECT1484014839 +CONECT1484114839 +CONECT148421484314844 +CONECT1484314842 +CONECT1484414842 +CONECT148451484614847 +CONECT1484614845 +CONECT1484714845 +CONECT148481484914850 +CONECT1484914848 +CONECT1485014848 +CONECT148511485214853 +CONECT1485214851 +CONECT1485314851 +CONECT148541485514856 +CONECT1485514854 +CONECT1485614854 +CONECT148571485814859 +CONECT1485814857 +CONECT1485914857 +CONECT148601486114862 +CONECT1486114860 +CONECT1486214860 +CONECT148631486414865 +CONECT1486414863 +CONECT1486514863 +CONECT148661486714868 +CONECT1486714866 +CONECT1486814866 +CONECT148691487014871 +CONECT1487014869 +CONECT1487114869 +CONECT148721487314874 +CONECT1487314872 +CONECT1487414872 +CONECT148751487614877 +CONECT1487614875 +CONECT1487714875 +CONECT148781487914880 +CONECT1487914878 +CONECT1488014878 +CONECT148811488214883 +CONECT1488214881 +CONECT1488314881 +CONECT148841488514886 +CONECT1488514884 +CONECT1488614884 +CONECT148871488814889 +CONECT1488814887 +CONECT1488914887 +CONECT148901489114892 +CONECT1489114890 +CONECT1489214890 +CONECT148931489414895 +CONECT1489414893 +CONECT1489514893 +CONECT148961489714898 +CONECT1489714896 +CONECT1489814896 +CONECT148991490014901 +CONECT1490014899 +CONECT1490114899 +CONECT149021490314904 +CONECT1490314902 +CONECT1490414902 +CONECT149051490614907 +CONECT1490614905 +CONECT1490714905 +CONECT149081490914910 +CONECT1490914908 +CONECT1491014908 +CONECT149111491214913 +CONECT1491214911 +CONECT1491314911 +CONECT149141491514916 +CONECT1491514914 +CONECT1491614914 +CONECT149171491814919 +CONECT1491814917 +CONECT1491914917 +CONECT149201492114922 +CONECT1492114920 +CONECT1492214920 +CONECT149231492414925 +CONECT1492414923 +CONECT1492514923 +CONECT149261492714928 +CONECT1492714926 +CONECT1492814926 +CONECT149291493014931 +CONECT1493014929 +CONECT1493114929 +CONECT149321493314934 +CONECT1493314932 +CONECT1493414932 +CONECT149351493614937 +CONECT1493614935 +CONECT1493714935 +CONECT149381493914940 +CONECT1493914938 +CONECT1494014938 +CONECT149411494214943 +CONECT1494214941 +CONECT1494314941 +CONECT149441494514946 +CONECT1494514944 +CONECT1494614944 +CONECT149471494814949 +CONECT1494814947 +CONECT1494914947 +CONECT149501495114952 +CONECT1495114950 +CONECT1495214950 +CONECT149531495414955 +CONECT1495414953 +CONECT1495514953 +CONECT149561495714958 +CONECT1495714956 +CONECT1495814956 +CONECT149591496014961 +CONECT1496014959 +CONECT1496114959 +CONECT149621496314964 +CONECT1496314962 +CONECT1496414962 +CONECT149651496614967 +CONECT1496614965 +CONECT1496714965 +CONECT149681496914970 +CONECT1496914968 +CONECT1497014968 +CONECT149711497214973 +CONECT1497214971 +CONECT1497314971 +CONECT149741497514976 +CONECT1497514974 +CONECT1497614974 +CONECT149771497814979 +CONECT1497814977 +CONECT1497914977 +CONECT149801498114982 +CONECT1498114980 +CONECT1498214980 +CONECT149831498414985 +CONECT1498414983 +CONECT1498514983 +CONECT149861498714988 +CONECT1498714986 +CONECT1498814986 +CONECT149891499014991 +CONECT1499014989 +CONECT1499114989 +CONECT149921499314994 +CONECT1499314992 +CONECT1499414992 +CONECT149951499614997 +CONECT1499614995 +CONECT1499714995 +CONECT149981499915000 +CONECT1499914998 +CONECT1500014998 +CONECT150011500215003 +CONECT1500215001 +CONECT1500315001 +CONECT150041500515006 +CONECT1500515004 +CONECT1500615004 +CONECT150071500815009 +CONECT1500815007 +CONECT1500915007 +CONECT150101501115012 +CONECT1501115010 +CONECT1501215010 +CONECT150131501415015 +CONECT1501415013 +CONECT1501515013 +CONECT150161501715018 +CONECT1501715016 +CONECT1501815016 +CONECT150191502015021 +CONECT1502015019 +CONECT1502115019 +CONECT150221502315024 +CONECT1502315022 +CONECT1502415022 +CONECT150251502615027 +CONECT1502615025 +CONECT1502715025 +CONECT150281502915030 +CONECT1502915028 +CONECT1503015028 +CONECT150311503215033 +CONECT1503215031 +CONECT1503315031 +CONECT150341503515036 +CONECT1503515034 +CONECT1503615034 +CONECT150371503815039 +CONECT1503815037 +CONECT1503915037 +CONECT150401504115042 +CONECT1504115040 +CONECT1504215040 +CONECT150431504415045 +CONECT1504415043 +CONECT1504515043 +CONECT150461504715048 +CONECT1504715046 +CONECT1504815046 +CONECT150491505015051 +CONECT1505015049 +CONECT1505115049 +CONECT150521505315054 +CONECT1505315052 +CONECT1505415052 +CONECT150551505615057 +CONECT1505615055 +CONECT1505715055 +CONECT150581505915060 +CONECT1505915058 +CONECT1506015058 +CONECT150611506215063 +CONECT1506215061 +CONECT1506315061 +CONECT150641506515066 +CONECT1506515064 +CONECT1506615064 +CONECT150671506815069 +CONECT1506815067 +CONECT1506915067 +CONECT150701507115072 +CONECT1507115070 +CONECT1507215070 +CONECT150731507415075 +CONECT1507415073 +CONECT1507515073 +CONECT150761507715078 +CONECT1507715076 +CONECT1507815076 +CONECT150791508015081 +CONECT1508015079 +CONECT1508115079 +CONECT150821508315084 +CONECT1508315082 +CONECT1508415082 +CONECT150851508615087 +CONECT1508615085 +CONECT1508715085 +CONECT150881508915090 +CONECT1508915088 +CONECT1509015088 +CONECT150911509215093 +CONECT1509215091 +CONECT1509315091 +CONECT150941509515096 +CONECT1509515094 +CONECT1509615094 +CONECT150971509815099 +CONECT1509815097 +CONECT1509915097 +CONECT151001510115102 +CONECT1510115100 +CONECT1510215100 +CONECT151031510415105 +CONECT1510415103 +CONECT1510515103 +CONECT151061510715108 +CONECT1510715106 +CONECT1510815106 +CONECT151091511015111 +CONECT1511015109 +CONECT1511115109 +CONECT151121511315114 +CONECT1511315112 +CONECT1511415112 +CONECT151151511615117 +CONECT1511615115 +CONECT1511715115 +CONECT151181511915120 +CONECT1511915118 +CONECT1512015118 +CONECT151211512215123 +CONECT1512215121 +CONECT1512315121 +CONECT151241512515126 +CONECT1512515124 +CONECT1512615124 +CONECT151271512815129 +CONECT1512815127 +CONECT1512915127 +CONECT151301513115132 +CONECT1513115130 +CONECT1513215130 +CONECT151331513415135 +CONECT1513415133 +CONECT1513515133 +CONECT151361513715138 +CONECT1513715136 +CONECT1513815136 +CONECT151391514015141 +CONECT1514015139 +CONECT1514115139 +CONECT151421514315144 +CONECT1514315142 +CONECT1514415142 +CONECT151451514615147 +CONECT1514615145 +CONECT1514715145 +CONECT151481514915150 +CONECT1514915148 +CONECT1515015148 +CONECT151511515215153 +CONECT1515215151 +CONECT1515315151 +CONECT151541515515156 +CONECT1515515154 +CONECT1515615154 +CONECT151571515815159 +CONECT1515815157 +CONECT1515915157 +CONECT151601516115162 +CONECT1516115160 +CONECT1516215160 +CONECT151631516415165 +CONECT1516415163 +CONECT1516515163 +CONECT151661516715168 +CONECT1516715166 +CONECT1516815166 +CONECT151691517015171 +CONECT1517015169 +CONECT1517115169 +CONECT151721517315174 +CONECT1517315172 +CONECT1517415172 +CONECT151751517615177 +CONECT1517615175 +CONECT1517715175 +CONECT151781517915180 +CONECT1517915178 +CONECT1518015178 +CONECT151811518215183 +CONECT1518215181 +CONECT1518315181 +CONECT151841518515186 +CONECT1518515184 +CONECT1518615184 +CONECT151871518815189 +CONECT1518815187 +CONECT1518915187 +CONECT151901519115192 +CONECT1519115190 +CONECT1519215190 +CONECT151931519415195 +CONECT1519415193 +CONECT1519515193 +CONECT151961519715198 +CONECT1519715196 +CONECT1519815196 +CONECT151991520015201 +CONECT1520015199 +CONECT1520115199 +CONECT152021520315204 +CONECT1520315202 +CONECT1520415202 +CONECT152051520615207 +CONECT1520615205 +CONECT1520715205 +CONECT152081520915210 +CONECT1520915208 +CONECT1521015208 +CONECT152111521215213 +CONECT1521215211 +CONECT1521315211 +CONECT152141521515216 +CONECT1521515214 +CONECT1521615214 +CONECT152171521815219 +CONECT1521815217 +CONECT1521915217 +CONECT152201522115222 +CONECT1522115220 +CONECT1522215220 +CONECT152231522415225 +CONECT1522415223 +CONECT1522515223 +CONECT152261522715228 +CONECT1522715226 +CONECT1522815226 +CONECT152291523015231 +CONECT1523015229 +CONECT1523115229 +CONECT152321523315234 +CONECT1523315232 +CONECT1523415232 +CONECT152351523615237 +CONECT1523615235 +CONECT1523715235 +CONECT152381523915240 +CONECT1523915238 +CONECT1524015238 +CONECT152411524215243 +CONECT1524215241 +CONECT1524315241 +CONECT152441524515246 +CONECT1524515244 +CONECT1524615244 +CONECT152471524815249 +CONECT1524815247 +CONECT1524915247 +CONECT152501525115252 +CONECT1525115250 +CONECT1525215250 +CONECT152531525415255 +CONECT1525415253 +CONECT1525515253 +CONECT152561525715258 +CONECT1525715256 +CONECT1525815256 +CONECT152591526015261 +CONECT1526015259 +CONECT1526115259 +CONECT152621526315264 +CONECT1526315262 +CONECT1526415262 +CONECT152651526615267 +CONECT1526615265 +CONECT1526715265 +CONECT152681526915270 +CONECT1526915268 +CONECT1527015268 +CONECT152711527215273 +CONECT1527215271 +CONECT1527315271 +CONECT152741527515276 +CONECT1527515274 +CONECT1527615274 +CONECT152771527815279 +CONECT1527815277 +CONECT1527915277 +CONECT152801528115282 +CONECT1528115280 +CONECT1528215280 +CONECT152831528415285 +CONECT1528415283 +CONECT1528515283 +CONECT152861528715288 +CONECT1528715286 +CONECT1528815286 +CONECT152891529015291 +CONECT1529015289 +CONECT1529115289 +CONECT152921529315294 +CONECT1529315292 +CONECT1529415292 +CONECT152951529615297 +CONECT1529615295 +CONECT1529715295 +CONECT152981529915300 +CONECT1529915298 +CONECT1530015298 +CONECT153011530215303 +CONECT1530215301 +CONECT1530315301 +CONECT153041530515306 +CONECT1530515304 +CONECT1530615304 +CONECT153071530815309 +CONECT1530815307 +CONECT1530915307 +CONECT153101531115312 +CONECT1531115310 +CONECT1531215310 +CONECT153131531415315 +CONECT1531415313 +CONECT1531515313 +CONECT153161531715318 +CONECT1531715316 +CONECT1531815316 +CONECT153191532015321 +CONECT1532015319 +CONECT1532115319 +CONECT153221532315324 +CONECT1532315322 +CONECT1532415322 +CONECT153251532615327 +CONECT1532615325 +CONECT1532715325 +CONECT153281532915330 +CONECT1532915328 +CONECT1533015328 +CONECT153311533215333 +CONECT1533215331 +CONECT1533315331 +CONECT153341533515336 +CONECT1533515334 +CONECT1533615334 +CONECT153371533815339 +CONECT1533815337 +CONECT1533915337 +CONECT153401534115342 +CONECT1534115340 +CONECT1534215340 +CONECT153431534415345 +CONECT1534415343 +CONECT1534515343 +CONECT153461534715348 +CONECT1534715346 +CONECT1534815346 +CONECT153491535015351 +CONECT1535015349 +CONECT1535115349 +CONECT153521535315354 +CONECT1535315352 +CONECT1535415352 +CONECT153551535615357 +CONECT1535615355 +CONECT1535715355 +CONECT153581535915360 +CONECT1535915358 +CONECT1536015358 +CONECT153611536215363 +CONECT1536215361 +CONECT1536315361 +CONECT153641536515366 +CONECT1536515364 +CONECT1536615364 +CONECT153671536815369 +CONECT1536815367 +CONECT1536915367 +CONECT153701537115372 +CONECT1537115370 +CONECT1537215370 +CONECT153731537415375 +CONECT1537415373 +CONECT1537515373 +CONECT153761537715378 +CONECT1537715376 +CONECT1537815376 +CONECT153791538015381 +CONECT1538015379 +CONECT1538115379 +CONECT153821538315384 +CONECT1538315382 +CONECT1538415382 +CONECT153851538615387 +CONECT1538615385 +CONECT1538715385 +CONECT153881538915390 +CONECT1538915388 +CONECT1539015388 +CONECT153911539215393 +CONECT1539215391 +CONECT1539315391 +CONECT153941539515396 +CONECT1539515394 +CONECT1539615394 +CONECT153971539815399 +CONECT1539815397 +CONECT1539915397 +CONECT154001540115402 +CONECT1540115400 +CONECT1540215400 +CONECT154031540415405 +CONECT1540415403 +CONECT1540515403 +CONECT154061540715408 +CONECT1540715406 +CONECT1540815406 +CONECT154091541015411 +CONECT1541015409 +CONECT1541115409 +CONECT154121541315414 +CONECT1541315412 +CONECT1541415412 +CONECT154151541615417 +CONECT1541615415 +CONECT1541715415 +CONECT154181541915420 +CONECT1541915418 +CONECT1542015418 +CONECT154211542215423 +CONECT1542215421 +CONECT1542315421 +CONECT154241542515426 +CONECT1542515424 +CONECT1542615424 +CONECT154271542815429 +CONECT1542815427 +CONECT1542915427 +CONECT154301543115432 +CONECT1543115430 +CONECT1543215430 +CONECT154331543415435 +CONECT1543415433 +CONECT1543515433 +CONECT154361543715438 +CONECT1543715436 +CONECT1543815436 +CONECT154391544015441 +CONECT1544015439 +CONECT1544115439 +CONECT154421544315444 +CONECT1544315442 +CONECT1544415442 +CONECT154451544615447 +CONECT1544615445 +CONECT1544715445 +CONECT154481544915450 +CONECT1544915448 +CONECT1545015448 +CONECT154511545215453 +CONECT1545215451 +CONECT1545315451 +CONECT154541545515456 +CONECT1545515454 +CONECT1545615454 +CONECT154571545815459 +CONECT1545815457 +CONECT1545915457 +CONECT154601546115462 +CONECT1546115460 +CONECT1546215460 +CONECT154631546415465 +CONECT1546415463 +CONECT1546515463 +CONECT154661546715468 +CONECT1546715466 +CONECT1546815466 +CONECT154691547015471 +CONECT1547015469 +CONECT1547115469 +CONECT154721547315474 +CONECT1547315472 +CONECT1547415472 +CONECT154751547615477 +CONECT1547615475 +CONECT1547715475 +CONECT154781547915480 +CONECT1547915478 +CONECT1548015478 +CONECT154811548215483 +CONECT1548215481 +CONECT1548315481 +CONECT154841548515486 +CONECT1548515484 +CONECT1548615484 +CONECT154871548815489 +CONECT1548815487 +CONECT1548915487 +CONECT154901549115492 +CONECT1549115490 +CONECT1549215490 +CONECT154931549415495 +CONECT1549415493 +CONECT1549515493 +CONECT154961549715498 +CONECT1549715496 +CONECT1549815496 +CONECT154991550015501 +CONECT1550015499 +CONECT1550115499 +CONECT155021550315504 +CONECT1550315502 +CONECT1550415502 +CONECT155051550615507 +CONECT1550615505 +CONECT1550715505 +CONECT155081550915510 +CONECT1550915508 +CONECT1551015508 +CONECT155111551215513 +CONECT1551215511 +CONECT1551315511 +CONECT155141551515516 +CONECT1551515514 +CONECT1551615514 +CONECT155171551815519 +CONECT1551815517 +CONECT1551915517 +CONECT155201552115522 +CONECT1552115520 +CONECT1552215520 +CONECT155231552415525 +CONECT1552415523 +CONECT1552515523 +CONECT155261552715528 +CONECT1552715526 +CONECT1552815526 +CONECT155291553015531 +CONECT1553015529 +CONECT1553115529 +CONECT155321553315534 +CONECT1553315532 +CONECT1553415532 +CONECT155351553615537 +CONECT1553615535 +CONECT1553715535 +CONECT155381553915540 +CONECT1553915538 +CONECT1554015538 +CONECT155411554215543 +CONECT1554215541 +CONECT1554315541 +CONECT155441554515546 +CONECT1554515544 +CONECT1554615544 +CONECT155471554815549 +CONECT1554815547 +CONECT1554915547 +CONECT155501555115552 +CONECT1555115550 +CONECT1555215550 +CONECT155531555415555 +CONECT1555415553 +CONECT1555515553 +CONECT155561555715558 +CONECT1555715556 +CONECT1555815556 +CONECT155591556015561 +CONECT1556015559 +CONECT1556115559 +CONECT155621556315564 +CONECT1556315562 +CONECT1556415562 +CONECT155651556615567 +CONECT1556615565 +CONECT1556715565 +CONECT155681556915570 +CONECT1556915568 +CONECT1557015568 +CONECT155711557215573 +CONECT1557215571 +CONECT1557315571 +CONECT155741557515576 +CONECT1557515574 +CONECT1557615574 +CONECT155771557815579 +CONECT1557815577 +CONECT1557915577 +CONECT155801558115582 +CONECT1558115580 +CONECT1558215580 +CONECT155831558415585 +CONECT1558415583 +CONECT1558515583 +CONECT155861558715588 +CONECT1558715586 +CONECT1558815586 +CONECT155891559015591 +CONECT1559015589 +CONECT1559115589 +CONECT155921559315594 +CONECT1559315592 +CONECT1559415592 +CONECT155951559615597 +CONECT1559615595 +CONECT1559715595 +CONECT155981559915600 +CONECT1559915598 +CONECT1560015598 +CONECT156011560215603 +CONECT1560215601 +CONECT1560315601 +CONECT156041560515606 +CONECT1560515604 +CONECT1560615604 +CONECT156071560815609 +CONECT1560815607 +CONECT1560915607 +CONECT156101561115612 +CONECT1561115610 +CONECT1561215610 +CONECT156131561415615 +CONECT1561415613 +CONECT1561515613 +CONECT156161561715618 +CONECT1561715616 +CONECT1561815616 +CONECT156191562015621 +CONECT1562015619 +CONECT1562115619 +CONECT156221562315624 +CONECT1562315622 +CONECT1562415622 +CONECT156251562615627 +CONECT1562615625 +CONECT1562715625 +CONECT156281562915630 +CONECT1562915628 +CONECT1563015628 +CONECT156311563215633 +CONECT1563215631 +CONECT1563315631 +CONECT156341563515636 +CONECT1563515634 +CONECT1563615634 +CONECT156371563815639 +CONECT1563815637 +CONECT1563915637 +CONECT156401564115642 +CONECT1564115640 +CONECT1564215640 +CONECT156431564415645 +CONECT1564415643 +CONECT1564515643 +CONECT156461564715648 +CONECT1564715646 +CONECT1564815646 +CONECT156491565015651 +CONECT1565015649 +CONECT1565115649 +CONECT156521565315654 +CONECT1565315652 +CONECT1565415652 +CONECT156551565615657 +CONECT1565615655 +CONECT1565715655 +CONECT156581565915660 +CONECT1565915658 +CONECT1566015658 +CONECT156611566215663 +CONECT1566215661 +CONECT1566315661 +CONECT156641566515666 +CONECT1566515664 +CONECT1566615664 +CONECT156671566815669 +CONECT1566815667 +CONECT1566915667 +CONECT156701567115672 +CONECT1567115670 +CONECT1567215670 +CONECT156731567415675 +CONECT1567415673 +CONECT1567515673 +CONECT156761567715678 +CONECT1567715676 +CONECT1567815676 +CONECT156791568015681 +CONECT1568015679 +CONECT1568115679 +CONECT156821568315684 +CONECT1568315682 +CONECT1568415682 +CONECT156851568615687 +CONECT1568615685 +CONECT1568715685 +CONECT156881568915690 +CONECT1568915688 +CONECT1569015688 +CONECT156911569215693 +CONECT1569215691 +CONECT1569315691 +CONECT156941569515696 +CONECT1569515694 +CONECT1569615694 +CONECT156971569815699 +CONECT1569815697 +CONECT1569915697 +CONECT157001570115702 +CONECT1570115700 +CONECT1570215700 +CONECT157031570415705 +CONECT1570415703 +CONECT1570515703 +CONECT157061570715708 +CONECT1570715706 +CONECT1570815706 +CONECT157091571015711 +CONECT1571015709 +CONECT1571115709 +CONECT157121571315714 +CONECT1571315712 +CONECT1571415712 +CONECT157151571615717 +CONECT1571615715 +CONECT1571715715 +CONECT157181571915720 +CONECT1571915718 +CONECT1572015718 +CONECT157211572215723 +CONECT1572215721 +CONECT1572315721 +CONECT157241572515726 +CONECT1572515724 +CONECT1572615724 +CONECT157271572815729 +CONECT1572815727 +CONECT1572915727 +CONECT157301573115732 +CONECT1573115730 +CONECT1573215730 +CONECT157331573415735 +CONECT1573415733 +CONECT1573515733 +CONECT157361573715738 +CONECT1573715736 +CONECT1573815736 +CONECT157391574015741 +CONECT1574015739 +CONECT1574115739 +CONECT157421574315744 +CONECT1574315742 +CONECT1574415742 +CONECT157451574615747 +CONECT1574615745 +CONECT1574715745 +CONECT157481574915750 +CONECT1574915748 +CONECT1575015748 +CONECT157511575215753 +CONECT1575215751 +CONECT1575315751 +CONECT157541575515756 +CONECT1575515754 +CONECT1575615754 +CONECT157571575815759 +CONECT1575815757 +CONECT1575915757 +CONECT157601576115762 +CONECT1576115760 +CONECT1576215760 +CONECT157631576415765 +CONECT1576415763 +CONECT1576515763 +CONECT157661576715768 +CONECT1576715766 +CONECT1576815766 +CONECT157691577015771 +CONECT1577015769 +CONECT1577115769 +CONECT157721577315774 +CONECT1577315772 +CONECT1577415772 +CONECT157751577615777 +CONECT1577615775 +CONECT1577715775 +CONECT157781577915780 +CONECT1577915778 +CONECT1578015778 +CONECT157811578215783 +CONECT1578215781 +CONECT1578315781 +CONECT157841578515786 +CONECT1578515784 +CONECT1578615784 +CONECT157871578815789 +CONECT1578815787 +CONECT1578915787 +CONECT157901579115792 +CONECT1579115790 +CONECT1579215790 +CONECT157931579415795 +CONECT1579415793 +CONECT1579515793 +CONECT157961579715798 +CONECT1579715796 +CONECT1579815796 +CONECT157991580015801 +CONECT1580015799 +CONECT1580115799 +CONECT158021580315804 +CONECT1580315802 +CONECT1580415802 +CONECT158051580615807 +CONECT1580615805 +CONECT1580715805 +CONECT158081580915810 +CONECT1580915808 +CONECT1581015808 +CONECT158111581215813 +CONECT1581215811 +CONECT1581315811 +CONECT158141581515816 +CONECT1581515814 +CONECT1581615814 +CONECT158171581815819 +CONECT1581815817 +CONECT1581915817 +CONECT158201582115822 +CONECT1582115820 +CONECT1582215820 +CONECT158231582415825 +CONECT1582415823 +CONECT1582515823 +CONECT158261582715828 +CONECT1582715826 +CONECT1582815826 +CONECT158291583015831 +CONECT1583015829 +CONECT1583115829 +CONECT158321583315834 +CONECT1583315832 +CONECT1583415832 +CONECT158351583615837 +CONECT1583615835 +CONECT1583715835 +CONECT158381583915840 +CONECT1583915838 +CONECT1584015838 +CONECT158411584215843 +CONECT1584215841 +CONECT1584315841 +CONECT158441584515846 +CONECT1584515844 +CONECT1584615844 +CONECT158471584815849 +CONECT1584815847 +CONECT1584915847 +CONECT158501585115852 +CONECT1585115850 +CONECT1585215850 +CONECT158531585415855 +CONECT1585415853 +CONECT1585515853 +CONECT158561585715858 +CONECT1585715856 +CONECT1585815856 +CONECT158591586015861 +CONECT1586015859 +CONECT1586115859 +CONECT158621586315864 +CONECT1586315862 +CONECT1586415862 +CONECT158651586615867 +CONECT1586615865 +CONECT1586715865 +CONECT158681586915870 +CONECT1586915868 +CONECT1587015868 +CONECT158711587215873 +CONECT1587215871 +CONECT1587315871 +CONECT158741587515876 +CONECT1587515874 +CONECT1587615874 +CONECT158771587815879 +CONECT1587815877 +CONECT1587915877 +CONECT158801588115882 +CONECT1588115880 +CONECT1588215880 +CONECT158831588415885 +CONECT1588415883 +CONECT1588515883 +CONECT158861588715888 +CONECT1588715886 +CONECT1588815886 +CONECT158891589015891 +CONECT1589015889 +CONECT1589115889 +CONECT158921589315894 +CONECT1589315892 +CONECT1589415892 +CONECT158951589615897 +CONECT1589615895 +CONECT1589715895 +CONECT158981589915900 +CONECT1589915898 +CONECT1590015898 +CONECT159011590215903 +CONECT1590215901 +CONECT1590315901 +CONECT159041590515906 +CONECT1590515904 +CONECT1590615904 +CONECT159071590815909 +CONECT1590815907 +CONECT1590915907 +CONECT159101591115912 +CONECT1591115910 +CONECT1591215910 +CONECT159131591415915 +CONECT1591415913 +CONECT1591515913 +CONECT159161591715918 +CONECT1591715916 +CONECT1591815916 +CONECT159191592015921 +CONECT1592015919 +CONECT1592115919 +CONECT159221592315924 +CONECT1592315922 +CONECT1592415922 +CONECT159251592615927 +CONECT1592615925 +CONECT1592715925 +CONECT159281592915930 +CONECT1592915928 +CONECT1593015928 +CONECT159311593215933 +CONECT1593215931 +CONECT1593315931 +CONECT159341593515936 +CONECT1593515934 +CONECT1593615934 +CONECT159371593815939 +CONECT1593815937 +CONECT1593915937 +CONECT159401594115942 +CONECT1594115940 +CONECT1594215940 +CONECT159431594415945 +CONECT1594415943 +CONECT1594515943 +CONECT159461594715948 +CONECT1594715946 +CONECT1594815946 +CONECT159491595015951 +CONECT1595015949 +CONECT1595115949 +CONECT159521595315954 +CONECT1595315952 +CONECT1595415952 +CONECT159551595615957 +CONECT1595615955 +CONECT1595715955 +CONECT159581595915960 +CONECT1595915958 +CONECT1596015958 +CONECT159611596215963 +CONECT1596215961 +CONECT1596315961 +CONECT159641596515966 +CONECT1596515964 +CONECT1596615964 +CONECT159671596815969 +CONECT1596815967 +CONECT1596915967 +CONECT159701597115972 +CONECT1597115970 +CONECT1597215970 +CONECT159731597415975 +CONECT1597415973 +CONECT1597515973 +CONECT159761597715978 +CONECT1597715976 +CONECT1597815976 +CONECT159791598015981 +CONECT1598015979 +CONECT1598115979 +CONECT159821598315984 +CONECT1598315982 +CONECT1598415982 +CONECT159851598615987 +CONECT1598615985 +CONECT1598715985 +CONECT159881598915990 +CONECT1598915988 +CONECT1599015988 +CONECT159911599215993 +CONECT1599215991 +CONECT1599315991 +CONECT159941599515996 +CONECT1599515994 +CONECT1599615994 +CONECT159971599815999 +CONECT1599815997 +CONECT1599915997 +CONECT160001600116002 +CONECT1600116000 +CONECT1600216000 +CONECT160031600416005 +CONECT1600416003 +CONECT1600516003 +CONECT160061600716008 +CONECT1600716006 +CONECT1600816006 +CONECT160091601016011 +CONECT1601016009 +CONECT1601116009 +CONECT160121601316014 +CONECT1601316012 +CONECT1601416012 +CONECT160151601616017 +CONECT1601616015 +CONECT1601716015 +CONECT160181601916020 +CONECT1601916018 +CONECT1602016018 +CONECT160211602216023 +CONECT1602216021 +CONECT1602316021 +CONECT160241602516026 +CONECT1602516024 +CONECT1602616024 +CONECT160271602816029 +CONECT1602816027 +CONECT1602916027 +CONECT160301603116032 +CONECT1603116030 +CONECT1603216030 +CONECT160331603416035 +CONECT1603416033 +CONECT1603516033 +CONECT160361603716038 +CONECT1603716036 +CONECT1603816036 +CONECT160391604016041 +CONECT1604016039 +CONECT1604116039 +CONECT160421604316044 +CONECT1604316042 +CONECT1604416042 +CONECT160451604616047 +CONECT1604616045 +CONECT1604716045 +CONECT160481604916050 +CONECT1604916048 +CONECT1605016048 +CONECT160511605216053 +CONECT1605216051 +CONECT1605316051 +CONECT160541605516056 +CONECT1605516054 +CONECT1605616054 +CONECT160571605816059 +CONECT1605816057 +CONECT1605916057 +CONECT160601606116062 +CONECT1606116060 +CONECT1606216060 +CONECT160631606416065 +CONECT1606416063 +CONECT1606516063 +CONECT160661606716068 +CONECT1606716066 +CONECT1606816066 +CONECT160691607016071 +CONECT1607016069 +CONECT1607116069 +CONECT160721607316074 +CONECT1607316072 +CONECT1607416072 +CONECT160751607616077 +CONECT1607616075 +CONECT1607716075 +CONECT160781607916080 +CONECT1607916078 +CONECT1608016078 +CONECT160811608216083 +CONECT1608216081 +CONECT1608316081 +CONECT160841608516086 +CONECT1608516084 +CONECT1608616084 +CONECT160871608816089 +CONECT1608816087 +CONECT1608916087 +CONECT160901609116092 +CONECT1609116090 +CONECT1609216090 +CONECT160931609416095 +CONECT1609416093 +CONECT1609516093 +CONECT160961609716098 +CONECT1609716096 +CONECT1609816096 +CONECT160991610016101 +CONECT1610016099 +CONECT1610116099 +CONECT161021610316104 +CONECT1610316102 +CONECT1610416102 +CONECT161051610616107 +CONECT1610616105 +CONECT1610716105 +CONECT161081610916110 +CONECT1610916108 +CONECT1611016108 +CONECT161111611216113 +CONECT1611216111 +CONECT1611316111 +CONECT161141611516116 +CONECT1611516114 +CONECT1611616114 +CONECT161171611816119 +CONECT1611816117 +CONECT1611916117 +CONECT161201612116122 +CONECT1612116120 +CONECT1612216120 +CONECT161231612416125 +CONECT1612416123 +CONECT1612516123 +CONECT161261612716128 +CONECT1612716126 +CONECT1612816126 +CONECT161291613016131 +CONECT1613016129 +CONECT1613116129 +CONECT161321613316134 +CONECT1613316132 +CONECT1613416132 +CONECT161351613616137 +CONECT1613616135 +CONECT1613716135 +CONECT161381613916140 +CONECT1613916138 +CONECT1614016138 +CONECT161411614216143 +CONECT1614216141 +CONECT1614316141 +CONECT161441614516146 +CONECT1614516144 +CONECT1614616144 +CONECT161471614816149 +CONECT1614816147 +CONECT1614916147 +CONECT161501615116152 +CONECT1615116150 +CONECT1615216150 +CONECT161531615416155 +CONECT1615416153 +CONECT1615516153 +CONECT161561615716158 +CONECT1615716156 +CONECT1615816156 +CONECT161591616016161 +CONECT1616016159 +CONECT1616116159 +CONECT161621616316164 +CONECT1616316162 +CONECT1616416162 +CONECT161651616616167 +CONECT1616616165 +CONECT1616716165 +CONECT161681616916170 +CONECT1616916168 +CONECT1617016168 +CONECT161711617216173 +CONECT1617216171 +CONECT1617316171 +CONECT161741617516176 +CONECT1617516174 +CONECT1617616174 +CONECT161771617816179 +CONECT1617816177 +CONECT1617916177 +CONECT161801618116182 +CONECT1618116180 +CONECT1618216180 +CONECT161831618416185 +CONECT1618416183 +CONECT1618516183 +CONECT161861618716188 +CONECT1618716186 +CONECT1618816186 +CONECT161891619016191 +CONECT1619016189 +CONECT1619116189 +CONECT161921619316194 +CONECT1619316192 +CONECT1619416192 +CONECT161951619616197 +CONECT1619616195 +CONECT1619716195 +CONECT161981619916200 +CONECT1619916198 +CONECT1620016198 +CONECT162011620216203 +CONECT1620216201 +CONECT1620316201 +CONECT162041620516206 +CONECT1620516204 +CONECT1620616204 +CONECT162071620816209 +CONECT1620816207 +CONECT1620916207 +CONECT162101621116212 +CONECT1621116210 +CONECT1621216210 +CONECT162131621416215 +CONECT1621416213 +CONECT1621516213 +CONECT162161621716218 +CONECT1621716216 +CONECT1621816216 +CONECT162191622016221 +CONECT1622016219 +CONECT1622116219 +CONECT162221622316224 +CONECT1622316222 +CONECT1622416222 +CONECT162251622616227 +CONECT1622616225 +CONECT1622716225 +CONECT162281622916230 +CONECT1622916228 +CONECT1623016228 +CONECT162311623216233 +CONECT1623216231 +CONECT1623316231 +CONECT162341623516236 +CONECT1623516234 +CONECT1623616234 +CONECT162371623816239 +CONECT1623816237 +CONECT1623916237 +CONECT162401624116242 +CONECT1624116240 +CONECT1624216240 +CONECT162431624416245 +CONECT1624416243 +CONECT1624516243 +CONECT162461624716248 +CONECT1624716246 +CONECT1624816246 +CONECT162491625016251 +CONECT1625016249 +CONECT1625116249 +CONECT162521625316254 +CONECT1625316252 +CONECT1625416252 +CONECT162551625616257 +CONECT1625616255 +CONECT1625716255 +CONECT162581625916260 +CONECT1625916258 +CONECT1626016258 +CONECT162611626216263 +CONECT1626216261 +CONECT1626316261 +CONECT162641626516266 +CONECT1626516264 +CONECT1626616264 +CONECT162671626816269 +CONECT1626816267 +CONECT1626916267 +CONECT162701627116272 +CONECT1627116270 +CONECT1627216270 +CONECT162731627416275 +CONECT1627416273 +CONECT1627516273 +CONECT162761627716278 +CONECT1627716276 +CONECT1627816276 +CONECT162791628016281 +CONECT1628016279 +CONECT1628116279 +CONECT162821628316284 +CONECT1628316282 +CONECT1628416282 +CONECT162851628616287 +CONECT1628616285 +CONECT1628716285 +CONECT162881628916290 +CONECT1628916288 +CONECT1629016288 +CONECT162911629216293 +CONECT1629216291 +CONECT1629316291 +CONECT162941629516296 +CONECT1629516294 +CONECT1629616294 +CONECT162971629816299 +CONECT1629816297 +CONECT1629916297 +CONECT163001630116302 +CONECT1630116300 +CONECT1630216300 +CONECT163031630416305 +CONECT1630416303 +CONECT1630516303 +CONECT163061630716308 +CONECT1630716306 +CONECT1630816306 +CONECT163091631016311 +CONECT1631016309 +CONECT1631116309 +CONECT163121631316314 +CONECT1631316312 +CONECT1631416312 +CONECT163151631616317 +CONECT1631616315 +CONECT1631716315 +CONECT163181631916320 +CONECT1631916318 +CONECT1632016318 +CONECT163211632216323 +CONECT1632216321 +CONECT1632316321 +CONECT163241632516326 +CONECT1632516324 +CONECT1632616324 +CONECT163271632816329 +CONECT1632816327 +CONECT1632916327 +CONECT163301633116332 +CONECT1633116330 +CONECT1633216330 +CONECT163331633416335 +CONECT1633416333 +CONECT1633516333 +CONECT163361633716338 +CONECT1633716336 +CONECT1633816336 +CONECT163391634016341 +CONECT1634016339 +CONECT1634116339 +CONECT163421634316344 +CONECT1634316342 +CONECT1634416342 +CONECT163451634616347 +CONECT1634616345 +CONECT1634716345 +CONECT163481634916350 +CONECT1634916348 +CONECT1635016348 +CONECT163511635216353 +CONECT1635216351 +CONECT1635316351 +CONECT163541635516356 +CONECT1635516354 +CONECT1635616354 +CONECT163571635816359 +CONECT1635816357 +CONECT1635916357 +CONECT163601636116362 +CONECT1636116360 +CONECT1636216360 +CONECT163631636416365 +CONECT1636416363 +CONECT1636516363 +CONECT163661636716368 +CONECT1636716366 +CONECT1636816366 +CONECT163691637016371 +CONECT1637016369 +CONECT1637116369 +CONECT163721637316374 +CONECT1637316372 +CONECT1637416372 +CONECT163751637616377 +CONECT1637616375 +CONECT1637716375 +CONECT163781637916380 +CONECT1637916378 +CONECT1638016378 +CONECT163811638216383 +CONECT1638216381 +CONECT1638316381 +CONECT163841638516386 +CONECT1638516384 +CONECT1638616384 +CONECT163871638816389 +CONECT1638816387 +CONECT1638916387 +CONECT163901639116392 +CONECT1639116390 +CONECT1639216390 +CONECT163931639416395 +CONECT1639416393 +CONECT1639516393 +CONECT163961639716398 +CONECT1639716396 +CONECT1639816396 +CONECT163991640016401 +CONECT1640016399 +CONECT1640116399 +CONECT164021640316404 +CONECT1640316402 +CONECT1640416402 +CONECT164051640616407 +CONECT1640616405 +CONECT1640716405 +CONECT164081640916410 +CONECT1640916408 +CONECT1641016408 +CONECT164111641216413 +CONECT1641216411 +CONECT1641316411 +CONECT164141641516416 +CONECT1641516414 +CONECT1641616414 +CONECT164171641816419 +CONECT1641816417 +CONECT1641916417 +CONECT164201642116422 +CONECT1642116420 +CONECT1642216420 +CONECT164231642416425 +CONECT1642416423 +CONECT1642516423 +CONECT164261642716428 +CONECT1642716426 +CONECT1642816426 +CONECT164291643016431 +CONECT1643016429 +CONECT1643116429 +CONECT164321643316434 +CONECT1643316432 +CONECT1643416432 +CONECT164351643616437 +CONECT1643616435 +CONECT1643716435 +CONECT164381643916440 +CONECT1643916438 +CONECT1644016438 +CONECT164411644216443 +CONECT1644216441 +CONECT1644316441 +CONECT164441644516446 +CONECT1644516444 +CONECT1644616444 +CONECT164471644816449 +CONECT1644816447 +CONECT1644916447 +CONECT164501645116452 +CONECT1645116450 +CONECT1645216450 +CONECT164531645416455 +CONECT1645416453 +CONECT1645516453 +CONECT164561645716458 +CONECT1645716456 +CONECT1645816456 +CONECT164591646016461 +CONECT1646016459 +CONECT1646116459 +CONECT164621646316464 +CONECT1646316462 +CONECT1646416462 +CONECT164651646616467 +CONECT1646616465 +CONECT1646716465 +CONECT164681646916470 +CONECT1646916468 +CONECT1647016468 +CONECT164711647216473 +CONECT1647216471 +CONECT1647316471 +CONECT164741647516476 +CONECT1647516474 +CONECT1647616474 +CONECT164771647816479 +CONECT1647816477 +CONECT1647916477 +CONECT164801648116482 +CONECT1648116480 +CONECT1648216480 +CONECT164831648416485 +CONECT1648416483 +CONECT1648516483 +CONECT164861648716488 +CONECT1648716486 +CONECT1648816486 +CONECT164891649016491 +CONECT1649016489 +CONECT1649116489 +CONECT164921649316494 +CONECT1649316492 +CONECT1649416492 +CONECT164951649616497 +CONECT1649616495 +CONECT1649716495 +CONECT164981649916500 +CONECT1649916498 +CONECT1650016498 +CONECT165011650216503 +CONECT1650216501 +CONECT1650316501 +CONECT165041650516506 +CONECT1650516504 +CONECT1650616504 +CONECT165071650816509 +CONECT1650816507 +CONECT1650916507 +CONECT165101651116512 +CONECT1651116510 +CONECT1651216510 +CONECT165131651416515 +CONECT1651416513 +CONECT1651516513 +CONECT165161651716518 +CONECT1651716516 +CONECT1651816516 +CONECT165191652016521 +CONECT1652016519 +CONECT1652116519 +CONECT165221652316524 +CONECT1652316522 +CONECT1652416522 +CONECT165251652616527 +CONECT1652616525 +CONECT1652716525 +CONECT165281652916530 +CONECT1652916528 +CONECT1653016528 +CONECT165311653216533 +CONECT1653216531 +CONECT1653316531 +CONECT165341653516536 +CONECT1653516534 +CONECT1653616534 +CONECT165371653816539 +CONECT1653816537 +CONECT1653916537 +CONECT165401654116542 +CONECT1654116540 +CONECT1654216540 +CONECT165431654416545 +CONECT1654416543 +CONECT1654516543 +CONECT165461654716548 +CONECT1654716546 +CONECT1654816546 +CONECT165491655016551 +CONECT1655016549 +CONECT1655116549 +CONECT165521655316554 +CONECT1655316552 +CONECT1655416552 +CONECT165551655616557 +CONECT1655616555 +CONECT1655716555 +CONECT165581655916560 +CONECT1655916558 +CONECT1656016558 +CONECT165611656216563 +CONECT1656216561 +CONECT1656316561 +CONECT165641656516566 +CONECT1656516564 +CONECT1656616564 +CONECT165671656816569 +CONECT1656816567 +CONECT1656916567 +CONECT165701657116572 +CONECT1657116570 +CONECT1657216570 +CONECT165731657416575 +CONECT1657416573 +CONECT1657516573 +CONECT165761657716578 +CONECT1657716576 +CONECT1657816576 +CONECT165791658016581 +CONECT1658016579 +CONECT1658116579 +CONECT165821658316584 +CONECT1658316582 +CONECT1658416582 +CONECT165851658616587 +CONECT1658616585 +CONECT1658716585 +CONECT165881658916590 +CONECT1658916588 +CONECT1659016588 +CONECT165911659216593 +CONECT1659216591 +CONECT1659316591 +CONECT165941659516596 +CONECT1659516594 +CONECT1659616594 +CONECT165971659816599 +CONECT1659816597 +CONECT1659916597 +CONECT166001660116602 +CONECT1660116600 +CONECT1660216600 +CONECT166031660416605 +CONECT1660416603 +CONECT1660516603 +CONECT166061660716608 +CONECT1660716606 +CONECT1660816606 +CONECT166091661016611 +CONECT1661016609 +CONECT1661116609 +CONECT166121661316614 +CONECT1661316612 +CONECT1661416612 +CONECT166151661616617 +CONECT1661616615 +CONECT1661716615 +CONECT166181661916620 +CONECT1661916618 +CONECT1662016618 +CONECT166211662216623 +CONECT1662216621 +CONECT1662316621 +CONECT166241662516626 +CONECT1662516624 +CONECT1662616624 +CONECT166271662816629 +CONECT1662816627 +CONECT1662916627 +CONECT166301663116632 +CONECT1663116630 +CONECT1663216630 +CONECT166331663416635 +CONECT1663416633 +CONECT1663516633 +CONECT166361663716638 +CONECT1663716636 +CONECT1663816636 +CONECT166391664016641 +CONECT1664016639 +CONECT1664116639 +CONECT166421664316644 +CONECT1664316642 +CONECT1664416642 +CONECT166451664616647 +CONECT1664616645 +CONECT1664716645 +CONECT166481664916650 +CONECT1664916648 +CONECT1665016648 +CONECT166511665216653 +CONECT1665216651 +CONECT1665316651 +CONECT166541665516656 +CONECT1665516654 +CONECT1665616654 +CONECT166571665816659 +CONECT1665816657 +CONECT1665916657 +CONECT166601666116662 +CONECT1666116660 +CONECT1666216660 +CONECT166631666416665 +CONECT1666416663 +CONECT1666516663 +CONECT166661666716668 +CONECT1666716666 +CONECT1666816666 +CONECT166691667016671 +CONECT1667016669 +CONECT1667116669 +CONECT166721667316674 +CONECT1667316672 +CONECT1667416672 +CONECT166751667616677 +CONECT1667616675 +CONECT1667716675 +CONECT166781667916680 +CONECT1667916678 +CONECT1668016678 +CONECT166811668216683 +CONECT1668216681 +CONECT1668316681 +CONECT166841668516686 +CONECT1668516684 +CONECT1668616684 +CONECT166871668816689 +CONECT1668816687 +CONECT1668916687 +CONECT166901669116692 +CONECT1669116690 +CONECT1669216690 +CONECT166931669416695 +CONECT1669416693 +CONECT1669516693 +CONECT166961669716698 +CONECT1669716696 +CONECT1669816696 +CONECT166991670016701 +CONECT1670016699 +CONECT1670116699 +CONECT167021670316704 +CONECT1670316702 +CONECT1670416702 +CONECT167051670616707 +CONECT1670616705 +CONECT1670716705 +CONECT167081670916710 +CONECT1670916708 +CONECT1671016708 +CONECT167111671216713 +CONECT1671216711 +CONECT1671316711 +CONECT167141671516716 +CONECT1671516714 +CONECT1671616714 +CONECT167171671816719 +CONECT1671816717 +CONECT1671916717 +CONECT167201672116722 +CONECT1672116720 +CONECT1672216720 +CONECT167231672416725 +CONECT1672416723 +CONECT1672516723 +CONECT167261672716728 +CONECT1672716726 +CONECT1672816726 +CONECT167291673016731 +CONECT1673016729 +CONECT1673116729 +CONECT167321673316734 +CONECT1673316732 +CONECT1673416732 +CONECT167351673616737 +CONECT1673616735 +CONECT1673716735 +CONECT167381673916740 +CONECT1673916738 +CONECT1674016738 +CONECT167411674216743 +CONECT1674216741 +CONECT1674316741 +CONECT167441674516746 +CONECT1674516744 +CONECT1674616744 +CONECT167471674816749 +CONECT1674816747 +CONECT1674916747 +CONECT167501675116752 +CONECT1675116750 +CONECT1675216750 +CONECT167531675416755 +CONECT1675416753 +CONECT1675516753 +CONECT167561675716758 +CONECT1675716756 +CONECT1675816756 +CONECT167591676016761 +CONECT1676016759 +CONECT1676116759 +CONECT167621676316764 +CONECT1676316762 +CONECT1676416762 +CONECT167651676616767 +CONECT1676616765 +CONECT1676716765 +CONECT167681676916770 +CONECT1676916768 +CONECT1677016768 +CONECT167711677216773 +CONECT1677216771 +CONECT1677316771 +CONECT167741677516776 +CONECT1677516774 +CONECT1677616774 +CONECT167771677816779 +CONECT1677816777 +CONECT1677916777 +CONECT167801678116782 +CONECT1678116780 +CONECT1678216780 +CONECT167831678416785 +CONECT1678416783 +CONECT1678516783 +CONECT167861678716788 +CONECT1678716786 +CONECT1678816786 +CONECT167891679016791 +CONECT1679016789 +CONECT1679116789 +CONECT167921679316794 +CONECT1679316792 +CONECT1679416792 +CONECT167951679616797 +CONECT1679616795 +CONECT1679716795 +CONECT167981679916800 +CONECT1679916798 +CONECT1680016798 +CONECT168011680216803 +CONECT1680216801 +CONECT1680316801 +CONECT168041680516806 +CONECT1680516804 +CONECT1680616804 +CONECT168071680816809 +CONECT1680816807 +CONECT1680916807 +CONECT168101681116812 +CONECT1681116810 +CONECT1681216810 +CONECT168131681416815 +CONECT1681416813 +CONECT1681516813 +CONECT168161681716818 +CONECT1681716816 +CONECT1681816816 +CONECT168191682016821 +CONECT1682016819 +CONECT1682116819 +CONECT168221682316824 +CONECT1682316822 +CONECT1682416822 +CONECT168251682616827 +CONECT1682616825 +CONECT1682716825 +CONECT168281682916830 +CONECT1682916828 +CONECT1683016828 +CONECT168311683216833 +CONECT1683216831 +CONECT1683316831 +CONECT168341683516836 +CONECT1683516834 +CONECT1683616834 +CONECT168371683816839 +CONECT1683816837 +CONECT1683916837 +CONECT168401684116842 +CONECT1684116840 +CONECT1684216840 +CONECT168431684416845 +CONECT1684416843 +CONECT1684516843 +CONECT168461684716848 +CONECT1684716846 +CONECT1684816846 +CONECT168491685016851 +CONECT1685016849 +CONECT1685116849 +CONECT168521685316854 +CONECT1685316852 +CONECT1685416852 +CONECT168551685616857 +CONECT1685616855 +CONECT1685716855 +CONECT168581685916860 +CONECT1685916858 +CONECT1686016858 +CONECT168611686216863 +CONECT1686216861 +CONECT1686316861 +CONECT168641686516866 +CONECT1686516864 +CONECT1686616864 +CONECT168671686816869 +CONECT1686816867 +CONECT1686916867 +CONECT168701687116872 +CONECT1687116870 +CONECT1687216870 +CONECT168731687416875 +CONECT1687416873 +CONECT1687516873 +CONECT168761687716878 +CONECT1687716876 +CONECT1687816876 +CONECT168791688016881 +CONECT1688016879 +CONECT1688116879 +CONECT168821688316884 +CONECT1688316882 +CONECT1688416882 +CONECT168851688616887 +CONECT1688616885 +CONECT1688716885 +CONECT168881688916890 +CONECT1688916888 +CONECT1689016888 +CONECT168911689216893 +CONECT1689216891 +CONECT1689316891 +CONECT168941689516896 +CONECT1689516894 +CONECT1689616894 +CONECT168971689816899 +CONECT1689816897 +CONECT1689916897 +CONECT169001690116902 +CONECT1690116900 +CONECT1690216900 +CONECT169031690416905 +CONECT1690416903 +CONECT1690516903 +CONECT169061690716908 +CONECT1690716906 +CONECT1690816906 +CONECT169091691016911 +CONECT1691016909 +CONECT1691116909 +CONECT169121691316914 +CONECT1691316912 +CONECT1691416912 +CONECT169151691616917 +CONECT1691616915 +CONECT1691716915 +CONECT169181691916920 +CONECT1691916918 +CONECT1692016918 +CONECT169211692216923 +CONECT1692216921 +CONECT1692316921 +CONECT169241692516926 +CONECT1692516924 +CONECT1692616924 +CONECT169271692816929 +CONECT1692816927 +CONECT1692916927 +CONECT169301693116932 +CONECT1693116930 +CONECT1693216930 +CONECT169331693416935 +CONECT1693416933 +CONECT1693516933 +CONECT169361693716938 +CONECT1693716936 +CONECT1693816936 +CONECT169391694016941 +CONECT1694016939 +CONECT1694116939 +CONECT169421694316944 +CONECT1694316942 +CONECT1694416942 +CONECT169451694616947 +CONECT1694616945 +CONECT1694716945 +CONECT169481694916950 +CONECT1694916948 +CONECT1695016948 +CONECT169511695216953 +CONECT1695216951 +CONECT1695316951 +CONECT169541695516956 +CONECT1695516954 +CONECT1695616954 +CONECT169571695816959 +CONECT1695816957 +CONECT1695916957 +CONECT169601696116962 +CONECT1696116960 +CONECT1696216960 +CONECT169631696416965 +CONECT1696416963 +CONECT1696516963 +CONECT169661696716968 +CONECT1696716966 +CONECT1696816966 +CONECT169691697016971 +CONECT1697016969 +CONECT1697116969 +CONECT169721697316974 +CONECT1697316972 +CONECT1697416972 +CONECT169751697616977 +CONECT1697616975 +CONECT1697716975 +CONECT169781697916980 +CONECT1697916978 +CONECT1698016978 +CONECT169811698216983 +CONECT1698216981 +CONECT1698316981 +CONECT169841698516986 +CONECT1698516984 +CONECT1698616984 +CONECT169871698816989 +CONECT1698816987 +CONECT1698916987 +CONECT169901699116992 +CONECT1699116990 +CONECT1699216990 +CONECT169931699416995 +CONECT1699416993 +CONECT1699516993 +CONECT169961699716998 +CONECT1699716996 +CONECT1699816996 +CONECT169991700017001 +CONECT1700016999 +CONECT1700116999 +CONECT170021700317004 +CONECT1700317002 +CONECT1700417002 +CONECT170051700617007 +CONECT1700617005 +CONECT1700717005 +CONECT170081700917010 +CONECT1700917008 +CONECT1701017008 +CONECT170111701217013 +CONECT1701217011 +CONECT1701317011 +CONECT170141701517016 +CONECT1701517014 +CONECT1701617014 +CONECT170171701817019 +CONECT1701817017 +CONECT1701917017 +CONECT170201702117022 +CONECT1702117020 +CONECT1702217020 +CONECT170231702417025 +CONECT1702417023 +CONECT1702517023 +CONECT170261702717028 +CONECT1702717026 +CONECT1702817026 +CONECT170291703017031 +CONECT1703017029 +CONECT1703117029 +CONECT170321703317034 +CONECT1703317032 +CONECT1703417032 +CONECT170351703617037 +CONECT1703617035 +CONECT1703717035 +CONECT170381703917040 +CONECT1703917038 +CONECT1704017038 +CONECT170411704217043 +CONECT1704217041 +CONECT1704317041 +CONECT170441704517046 +CONECT1704517044 +CONECT1704617044 +CONECT170471704817049 +CONECT1704817047 +CONECT1704917047 +CONECT170501705117052 +CONECT1705117050 +CONECT1705217050 +CONECT170531705417055 +CONECT1705417053 +CONECT1705517053 +CONECT170561705717058 +CONECT1705717056 +CONECT1705817056 +CONECT170591706017061 +CONECT1706017059 +CONECT1706117059 +CONECT170621706317064 +CONECT1706317062 +CONECT1706417062 +CONECT170651706617067 +CONECT1706617065 +CONECT1706717065 +CONECT170681706917070 +CONECT1706917068 +CONECT1707017068 +CONECT170711707217073 +CONECT1707217071 +CONECT1707317071 +CONECT170741707517076 +CONECT1707517074 +CONECT1707617074 +CONECT170771707817079 +CONECT1707817077 +CONECT1707917077 +CONECT170801708117082 +CONECT1708117080 +CONECT1708217080 +CONECT170831708417085 +CONECT1708417083 +CONECT1708517083 +CONECT170861708717088 +CONECT1708717086 +CONECT1708817086 +CONECT170891709017091 +CONECT1709017089 +CONECT1709117089 +CONECT170921709317094 +CONECT1709317092 +CONECT1709417092 +CONECT170951709617097 +CONECT1709617095 +CONECT1709717095 +CONECT170981709917100 +CONECT1709917098 +CONECT1710017098 +CONECT171011710217103 +CONECT1710217101 +CONECT1710317101 +CONECT171041710517106 +CONECT1710517104 +CONECT1710617104 +CONECT171071710817109 +CONECT1710817107 +CONECT1710917107 +CONECT171101711117112 +CONECT1711117110 +CONECT1711217110 +CONECT171131711417115 +CONECT1711417113 +CONECT1711517113 +CONECT171161711717118 +CONECT1711717116 +CONECT1711817116 +CONECT171191712017121 +CONECT1712017119 +CONECT1712117119 +CONECT171221712317124 +CONECT1712317122 +CONECT1712417122 +CONECT171251712617127 +CONECT1712617125 +CONECT1712717125 +CONECT171281712917130 +CONECT1712917128 +CONECT1713017128 +CONECT171311713217133 +CONECT1713217131 +CONECT1713317131 +CONECT171341713517136 +CONECT1713517134 +CONECT1713617134 +CONECT171371713817139 +CONECT1713817137 +CONECT1713917137 +CONECT171401714117142 +CONECT1714117140 +CONECT1714217140 +CONECT171431714417145 +CONECT1714417143 +CONECT1714517143 +CONECT171461714717148 +CONECT1714717146 +CONECT1714817146 +CONECT171491715017151 +CONECT1715017149 +CONECT1715117149 +CONECT171521715317154 +CONECT1715317152 +CONECT1715417152 +CONECT171551715617157 +CONECT1715617155 +CONECT1715717155 +CONECT171581715917160 +CONECT1715917158 +CONECT1716017158 +CONECT171611716217163 +CONECT1716217161 +CONECT1716317161 +CONECT171641716517166 +CONECT1716517164 +CONECT1716617164 +CONECT171671716817169 +CONECT1716817167 +CONECT1716917167 +CONECT171701717117172 +CONECT1717117170 +CONECT1717217170 +CONECT171731717417175 +CONECT1717417173 +CONECT1717517173 +CONECT171761717717178 +CONECT1717717176 +CONECT1717817176 +CONECT171791718017181 +CONECT1718017179 +CONECT1718117179 +CONECT171821718317184 +CONECT1718317182 +CONECT1718417182 +CONECT171851718617187 +CONECT1718617185 +CONECT1718717185 +CONECT171881718917190 +CONECT1718917188 +CONECT1719017188 +CONECT171911719217193 +CONECT1719217191 +CONECT1719317191 +CONECT171941719517196 +CONECT1719517194 +CONECT1719617194 +CONECT171971719817199 +CONECT1719817197 +CONECT1719917197 +CONECT172001720117202 +CONECT1720117200 +CONECT1720217200 +CONECT172031720417205 +CONECT1720417203 +CONECT1720517203 +CONECT172061720717208 +CONECT1720717206 +CONECT1720817206 +CONECT172091721017211 +CONECT1721017209 +CONECT1721117209 +CONECT172121721317214 +CONECT1721317212 +CONECT1721417212 +CONECT172151721617217 +CONECT1721617215 +CONECT1721717215 +CONECT172181721917220 +CONECT1721917218 +CONECT1722017218 +CONECT172211722217223 +CONECT1722217221 +CONECT1722317221 +CONECT172241722517226 +CONECT1722517224 +CONECT1722617224 +CONECT172271722817229 +CONECT1722817227 +CONECT1722917227 +CONECT172301723117232 +CONECT1723117230 +CONECT1723217230 +CONECT172331723417235 +CONECT1723417233 +CONECT1723517233 +CONECT172361723717238 +CONECT1723717236 +CONECT1723817236 +CONECT172391724017241 +CONECT1724017239 +CONECT1724117239 +CONECT172421724317244 +CONECT1724317242 +CONECT1724417242 +CONECT172451724617247 +CONECT1724617245 +CONECT1724717245 +CONECT172481724917250 +CONECT1724917248 +CONECT1725017248 +CONECT172511725217253 +CONECT1725217251 +CONECT1725317251 +CONECT172541725517256 +CONECT1725517254 +CONECT1725617254 +CONECT172571725817259 +CONECT1725817257 +CONECT1725917257 +CONECT172601726117262 +CONECT1726117260 +CONECT1726217260 +CONECT172631726417265 +CONECT1726417263 +CONECT1726517263 +CONECT172661726717268 +CONECT1726717266 +CONECT1726817266 +CONECT172691727017271 +CONECT1727017269 +CONECT1727117269 +CONECT172721727317274 +CONECT1727317272 +CONECT1727417272 +CONECT172751727617277 +CONECT1727617275 +CONECT1727717275 +CONECT172781727917280 +CONECT1727917278 +CONECT1728017278 +CONECT172811728217283 +CONECT1728217281 +CONECT1728317281 +CONECT172841728517286 +CONECT1728517284 +CONECT1728617284 +CONECT172871728817289 +CONECT1728817287 +CONECT1728917287 +CONECT172901729117292 +CONECT1729117290 +CONECT1729217290 +CONECT172931729417295 +CONECT1729417293 +CONECT1729517293 +CONECT172961729717298 +CONECT1729717296 +CONECT1729817296 +CONECT172991730017301 +CONECT1730017299 +CONECT1730117299 +CONECT173021730317304 +CONECT1730317302 +CONECT1730417302 +CONECT173051730617307 +CONECT1730617305 +CONECT1730717305 +CONECT173081730917310 +CONECT1730917308 +CONECT1731017308 +CONECT173111731217313 +CONECT1731217311 +CONECT1731317311 +CONECT173141731517316 +CONECT1731517314 +CONECT1731617314 +CONECT173171731817319 +CONECT1731817317 +CONECT1731917317 +CONECT173201732117322 +CONECT1732117320 +CONECT1732217320 +CONECT173231732417325 +CONECT1732417323 +CONECT1732517323 +CONECT173261732717328 +CONECT1732717326 +CONECT1732817326 +CONECT173291733017331 +CONECT1733017329 +CONECT1733117329 +CONECT173321733317334 +CONECT1733317332 +CONECT1733417332 +CONECT173351733617337 +CONECT1733617335 +CONECT1733717335 +CONECT173381733917340 +CONECT1733917338 +CONECT1734017338 +CONECT173411734217343 +CONECT1734217341 +CONECT1734317341 +CONECT173441734517346 +CONECT1734517344 +CONECT1734617344 +CONECT173471734817349 +CONECT1734817347 +CONECT1734917347 +CONECT173501735117352 +CONECT1735117350 +CONECT1735217350 +CONECT173531735417355 +CONECT1735417353 +CONECT1735517353 +CONECT173561735717358 +CONECT1735717356 +CONECT1735817356 +CONECT173591736017361 +CONECT1736017359 +CONECT1736117359 +CONECT173621736317364 +CONECT1736317362 +CONECT1736417362 +CONECT173651736617367 +CONECT1736617365 +CONECT1736717365 +CONECT173681736917370 +CONECT1736917368 +CONECT1737017368 +CONECT173711737217373 +CONECT1737217371 +CONECT1737317371 +CONECT173741737517376 +CONECT1737517374 +CONECT1737617374 +CONECT173771737817379 +CONECT1737817377 +CONECT1737917377 +CONECT173801738117382 +CONECT1738117380 +CONECT1738217380 +CONECT173831738417385 +CONECT1738417383 +CONECT1738517383 +CONECT173861738717388 +CONECT1738717386 +CONECT1738817386 +CONECT173891739017391 +CONECT1739017389 +CONECT1739117389 +CONECT173921739317394 +CONECT1739317392 +CONECT1739417392 +CONECT173951739617397 +CONECT1739617395 +CONECT1739717395 +CONECT173981739917400 +CONECT1739917398 +CONECT1740017398 +CONECT174011740217403 +CONECT1740217401 +CONECT1740317401 +CONECT174041740517406 +CONECT1740517404 +CONECT1740617404 +CONECT174071740817409 +CONECT1740817407 +CONECT1740917407 +CONECT174101741117412 +CONECT1741117410 +CONECT1741217410 +CONECT174131741417415 +CONECT1741417413 +CONECT1741517413 +CONECT174161741717418 +CONECT1741717416 +CONECT1741817416 +CONECT174191742017421 +CONECT1742017419 +CONECT1742117419 +CONECT174221742317424 +CONECT1742317422 +CONECT1742417422 +CONECT174251742617427 +CONECT1742617425 +CONECT1742717425 +CONECT174281742917430 +CONECT1742917428 +CONECT1743017428 +CONECT174311743217433 +CONECT1743217431 +CONECT1743317431 +CONECT174341743517436 +CONECT1743517434 +CONECT1743617434 +CONECT174371743817439 +CONECT1743817437 +CONECT1743917437 +CONECT174401744117442 +CONECT1744117440 +CONECT1744217440 +CONECT174431744417445 +CONECT1744417443 +CONECT1744517443 +CONECT174461744717448 +CONECT1744717446 +CONECT1744817446 +CONECT174491745017451 +CONECT1745017449 +CONECT1745117449 +CONECT174521745317454 +CONECT1745317452 +CONECT1745417452 +CONECT174551745617457 +CONECT1745617455 +CONECT1745717455 +CONECT174581745917460 +CONECT1745917458 +CONECT1746017458 +CONECT174611746217463 +CONECT1746217461 +CONECT1746317461 +CONECT174641746517466 +CONECT1746517464 +CONECT1746617464 +CONECT174671746817469 +CONECT1746817467 +CONECT1746917467 +CONECT174701747117472 +CONECT1747117470 +CONECT1747217470 +CONECT174731747417475 +CONECT1747417473 +CONECT1747517473 +CONECT174761747717478 +CONECT1747717476 +CONECT1747817476 +CONECT174791748017481 +CONECT1748017479 +CONECT1748117479 +CONECT174821748317484 +CONECT1748317482 +CONECT1748417482 +CONECT174851748617487 +CONECT1748617485 +CONECT1748717485 +CONECT174881748917490 +CONECT1748917488 +CONECT1749017488 +CONECT174911749217493 +CONECT1749217491 +CONECT1749317491 +CONECT174941749517496 +CONECT1749517494 +CONECT1749617494 +CONECT174971749817499 +CONECT1749817497 +CONECT1749917497 +CONECT175001750117502 +CONECT1750117500 +CONECT1750217500 +CONECT175031750417505 +CONECT1750417503 +CONECT1750517503 +CONECT175061750717508 +CONECT1750717506 +CONECT1750817506 +CONECT175091751017511 +CONECT1751017509 +CONECT1751117509 +CONECT175121751317514 +CONECT1751317512 +CONECT1751417512 +CONECT175151751617517 +CONECT1751617515 +CONECT1751717515 +CONECT175181751917520 +CONECT1751917518 +CONECT1752017518 +CONECT175211752217523 +CONECT1752217521 +CONECT1752317521 +CONECT175241752517526 +CONECT1752517524 +CONECT1752617524 +CONECT175271752817529 +CONECT1752817527 +CONECT1752917527 +CONECT175301753117532 +CONECT1753117530 +CONECT1753217530 +CONECT175331753417535 +CONECT1753417533 +CONECT1753517533 +CONECT175361753717538 +CONECT1753717536 +CONECT1753817536 +CONECT175391754017541 +CONECT1754017539 +CONECT1754117539 +CONECT175421754317544 +CONECT1754317542 +CONECT1754417542 +CONECT175451754617547 +CONECT1754617545 +CONECT1754717545 +CONECT175481754917550 +CONECT1754917548 +CONECT1755017548 +CONECT175511755217553 +CONECT1755217551 +CONECT1755317551 +CONECT175541755517556 +CONECT1755517554 +CONECT1755617554 +CONECT175571755817559 +CONECT1755817557 +CONECT1755917557 +CONECT175601756117562 +CONECT1756117560 +CONECT1756217560 +CONECT175631756417565 +CONECT1756417563 +CONECT1756517563 +CONECT175661756717568 +CONECT1756717566 +CONECT1756817566 +CONECT175691757017571 +CONECT1757017569 +CONECT1757117569 +CONECT175721757317574 +CONECT1757317572 +CONECT1757417572 +CONECT175751757617577 +CONECT1757617575 +CONECT1757717575 +CONECT175781757917580 +CONECT1757917578 +CONECT1758017578 +CONECT175811758217583 +CONECT1758217581 +CONECT1758317581 +CONECT175841758517586 +CONECT1758517584 +CONECT1758617584 +CONECT175871758817589 +CONECT1758817587 +CONECT1758917587 +CONECT175901759117592 +CONECT1759117590 +CONECT1759217590 +CONECT175931759417595 +CONECT1759417593 +CONECT1759517593 +CONECT175961759717598 +CONECT1759717596 +CONECT1759817596 +CONECT175991760017601 +CONECT1760017599 +CONECT1760117599 +CONECT176021760317604 +CONECT1760317602 +CONECT1760417602 +CONECT176051760617607 +CONECT1760617605 +CONECT1760717605 +CONECT176081760917610 +CONECT1760917608 +CONECT1761017608 +CONECT176111761217613 +CONECT1761217611 +CONECT1761317611 +CONECT176141761517616 +CONECT1761517614 +CONECT1761617614 +CONECT176171761817619 +CONECT1761817617 +CONECT1761917617 +CONECT176201762117622 +CONECT1762117620 +CONECT1762217620 +CONECT176231762417625 +CONECT1762417623 +CONECT1762517623 +CONECT176261762717628 +CONECT1762717626 +CONECT1762817626 +CONECT176291763017631 +CONECT1763017629 +CONECT1763117629 +CONECT176321763317634 +CONECT1763317632 +CONECT1763417632 +CONECT176351763617637 +CONECT1763617635 +CONECT1763717635 +CONECT176381763917640 +CONECT1763917638 +CONECT1764017638 +CONECT176411764217643 +CONECT1764217641 +CONECT1764317641 +CONECT176441764517646 +CONECT1764517644 +CONECT1764617644 +CONECT176471764817649 +CONECT1764817647 +CONECT1764917647 +CONECT176501765117652 +CONECT1765117650 +CONECT1765217650 +CONECT176531765417655 +CONECT1765417653 +CONECT1765517653 +CONECT176561765717658 +CONECT1765717656 +CONECT1765817656 +CONECT176591766017661 +CONECT1766017659 +CONECT1766117659 +CONECT176621766317664 +CONECT1766317662 +CONECT1766417662 +CONECT176651766617667 +CONECT1766617665 +CONECT1766717665 +CONECT176681766917670 +CONECT1766917668 +CONECT1767017668 +CONECT176711767217673 +CONECT1767217671 +CONECT1767317671 +CONECT176741767517676 +CONECT1767517674 +CONECT1767617674 +CONECT176771767817679 +CONECT1767817677 +CONECT1767917677 +CONECT176801768117682 +CONECT1768117680 +CONECT1768217680 +CONECT176831768417685 +CONECT1768417683 +CONECT1768517683 +CONECT176861768717688 +CONECT1768717686 +CONECT1768817686 +CONECT176891769017691 +CONECT1769017689 +CONECT1769117689 +CONECT176921769317694 +CONECT1769317692 +CONECT1769417692 +CONECT176951769617697 +CONECT1769617695 +CONECT1769717695 +CONECT176981769917700 +CONECT1769917698 +CONECT1770017698 +CONECT177011770217703 +CONECT1770217701 +CONECT1770317701 +CONECT177041770517706 +CONECT1770517704 +CONECT1770617704 +CONECT177071770817709 +CONECT1770817707 +CONECT1770917707 +CONECT177101771117712 +CONECT1771117710 +CONECT1771217710 +CONECT177131771417715 +CONECT1771417713 +CONECT1771517713 +CONECT177161771717718 +CONECT1771717716 +CONECT1771817716 +CONECT177191772017721 +CONECT1772017719 +CONECT1772117719 +CONECT177221772317724 +CONECT1772317722 +CONECT1772417722 +CONECT177251772617727 +CONECT1772617725 +CONECT1772717725 +CONECT177281772917730 +CONECT1772917728 +CONECT1773017728 +CONECT177311773217733 +CONECT1773217731 +CONECT1773317731 +CONECT177341773517736 +CONECT1773517734 +CONECT1773617734 +CONECT177371773817739 +CONECT1773817737 +CONECT1773917737 +CONECT177401774117742 +CONECT1774117740 +CONECT1774217740 +CONECT177431774417745 +CONECT1774417743 +CONECT1774517743 +CONECT177461774717748 +CONECT1774717746 +CONECT1774817746 +CONECT177491775017751 +CONECT1775017749 +CONECT1775117749 +CONECT177521775317754 +CONECT1775317752 +CONECT1775417752 +CONECT177551775617757 +CONECT1775617755 +CONECT1775717755 +CONECT177581775917760 +CONECT1775917758 +CONECT1776017758 +CONECT177611776217763 +CONECT1776217761 +CONECT1776317761 +CONECT177641776517766 +CONECT1776517764 +CONECT1776617764 +CONECT177671776817769 +CONECT1776817767 +CONECT1776917767 +CONECT177701777117772 +CONECT1777117770 +CONECT1777217770 +CONECT177731777417775 +CONECT1777417773 +CONECT1777517773 +CONECT177761777717778 +CONECT1777717776 +CONECT1777817776 +CONECT177791778017781 +CONECT1778017779 +CONECT1778117779 +CONECT177821778317784 +CONECT1778317782 +CONECT1778417782 +CONECT177851778617787 +CONECT1778617785 +CONECT1778717785 +CONECT177881778917790 +CONECT1778917788 +CONECT1779017788 +CONECT177911779217793 +CONECT1779217791 +CONECT1779317791 +CONECT177941779517796 +CONECT1779517794 +CONECT1779617794 +CONECT177971779817799 +CONECT1779817797 +CONECT1779917797 +CONECT178001780117802 +CONECT1780117800 +CONECT1780217800 +CONECT178031780417805 +CONECT1780417803 +CONECT1780517803 +CONECT178061780717808 +CONECT1780717806 +CONECT1780817806 +CONECT178091781017811 +CONECT1781017809 +CONECT1781117809 +CONECT178121781317814 +CONECT1781317812 +CONECT1781417812 +CONECT178151781617817 +CONECT1781617815 +CONECT1781717815 +CONECT178181781917820 +CONECT1781917818 +CONECT1782017818 +CONECT178211782217823 +CONECT1782217821 +CONECT1782317821 +CONECT178241782517826 +CONECT1782517824 +CONECT1782617824 +CONECT178271782817829 +CONECT1782817827 +CONECT1782917827 +CONECT178301783117832 +CONECT1783117830 +CONECT1783217830 +CONECT178331783417835 +CONECT1783417833 +CONECT1783517833 +CONECT178361783717838 +CONECT1783717836 +CONECT1783817836 +CONECT178391784017841 +CONECT1784017839 +CONECT1784117839 +CONECT178421784317844 +CONECT1784317842 +CONECT1784417842 +CONECT178451784617847 +CONECT1784617845 +CONECT1784717845 +CONECT178481784917850 +CONECT1784917848 +CONECT1785017848 +CONECT178511785217853 +CONECT1785217851 +CONECT1785317851 +CONECT178541785517856 +CONECT1785517854 +CONECT1785617854 +CONECT178571785817859 +CONECT1785817857 +CONECT1785917857 +CONECT178601786117862 +CONECT1786117860 +CONECT1786217860 +CONECT178631786417865 +CONECT1786417863 +CONECT1786517863 +CONECT178661786717868 +CONECT1786717866 +CONECT1786817866 +CONECT178691787017871 +CONECT1787017869 +CONECT1787117869 +CONECT178721787317874 +CONECT1787317872 +CONECT1787417872 +CONECT178751787617877 +CONECT1787617875 +CONECT1787717875 +CONECT178781787917880 +CONECT1787917878 +CONECT1788017878 +CONECT178811788217883 +CONECT1788217881 +CONECT1788317881 +CONECT178841788517886 +CONECT1788517884 +CONECT1788617884 +CONECT178871788817889 +CONECT1788817887 +CONECT1788917887 +CONECT178901789117892 +CONECT1789117890 +CONECT1789217890 +CONECT178931789417895 +CONECT1789417893 +CONECT1789517893 +CONECT178961789717898 +CONECT1789717896 +CONECT1789817896 +CONECT178991790017901 +CONECT1790017899 +CONECT1790117899 +CONECT179021790317904 +CONECT1790317902 +CONECT1790417902 +CONECT179051790617907 +CONECT1790617905 +CONECT1790717905 +CONECT179081790917910 +CONECT1790917908 +CONECT1791017908 +CONECT179111791217913 +CONECT1791217911 +CONECT1791317911 +CONECT179141791517916 +CONECT1791517914 +CONECT1791617914 +CONECT179171791817919 +CONECT1791817917 +CONECT1791917917 +CONECT179201792117922 +CONECT1792117920 +CONECT1792217920 +CONECT179231792417925 +CONECT1792417923 +CONECT1792517923 +CONECT179261792717928 +CONECT1792717926 +CONECT1792817926 +CONECT179291793017931 +CONECT1793017929 +CONECT1793117929 +CONECT179321793317934 +CONECT1793317932 +CONECT1793417932 +CONECT179351793617937 +CONECT1793617935 +CONECT1793717935 +CONECT179381793917940 +CONECT1793917938 +CONECT1794017938 +CONECT179411794217943 +CONECT1794217941 +CONECT1794317941 +CONECT179441794517946 +CONECT1794517944 +CONECT1794617944 +CONECT179471794817949 +CONECT1794817947 +CONECT1794917947 +CONECT179501795117952 +CONECT1795117950 +CONECT1795217950 +CONECT179531795417955 +CONECT1795417953 +CONECT1795517953 +CONECT179561795717958 +CONECT1795717956 +CONECT1795817956 +CONECT179591796017961 +CONECT1796017959 +CONECT1796117959 +CONECT179621796317964 +CONECT1796317962 +CONECT1796417962 +CONECT179651796617967 +CONECT1796617965 +CONECT1796717965 +CONECT179681796917970 +CONECT1796917968 +CONECT1797017968 +CONECT179711797217973 +CONECT1797217971 +CONECT1797317971 +CONECT179741797517976 +CONECT1797517974 +CONECT1797617974 +CONECT179771797817979 +CONECT1797817977 +CONECT1797917977 +CONECT179801798117982 +CONECT1798117980 +CONECT1798217980 +CONECT179831798417985 +CONECT1798417983 +CONECT1798517983 +CONECT179861798717988 +CONECT1798717986 +CONECT1798817986 +CONECT179891799017991 +CONECT1799017989 +CONECT1799117989 +CONECT179921799317994 +CONECT1799317992 +CONECT1799417992 +CONECT179951799617997 +CONECT1799617995 +CONECT1799717995 +CONECT179981799918000 +CONECT1799917998 +CONECT1800017998 +CONECT180011800218003 +CONECT1800218001 +CONECT1800318001 +CONECT180041800518006 +CONECT1800518004 +CONECT1800618004 +CONECT180071800818009 +CONECT1800818007 +CONECT1800918007 +CONECT180101801118012 +CONECT1801118010 +CONECT1801218010 +CONECT180131801418015 +CONECT1801418013 +CONECT1801518013 +CONECT180161801718018 +CONECT1801718016 +CONECT1801818016 +CONECT180191802018021 +CONECT1802018019 +CONECT1802118019 +CONECT180221802318024 +CONECT1802318022 +CONECT1802418022 +CONECT180251802618027 +CONECT1802618025 +CONECT1802718025 +CONECT180281802918030 +CONECT1802918028 +CONECT1803018028 +CONECT180311803218033 +CONECT1803218031 +CONECT1803318031 +CONECT180341803518036 +CONECT1803518034 +CONECT1803618034 +CONECT180371803818039 +CONECT1803818037 +CONECT1803918037 +CONECT180401804118042 +CONECT1804118040 +CONECT1804218040 +CONECT180431804418045 +CONECT1804418043 +CONECT1804518043 +CONECT180461804718048 +CONECT1804718046 +CONECT1804818046 +CONECT180491805018051 +CONECT1805018049 +CONECT1805118049 +CONECT180521805318054 +CONECT1805318052 +CONECT1805418052 +CONECT180551805618057 +CONECT1805618055 +CONECT1805718055 +CONECT180581805918060 +CONECT1805918058 +CONECT1806018058 +CONECT180611806218063 +CONECT1806218061 +CONECT1806318061 +CONECT180641806518066 +CONECT1806518064 +CONECT1806618064 +CONECT180671806818069 +CONECT1806818067 +CONECT1806918067 +CONECT180701807118072 +CONECT1807118070 +CONECT1807218070 +CONECT180731807418075 +CONECT1807418073 +CONECT1807518073 +CONECT180761807718078 +CONECT1807718076 +CONECT1807818076 +CONECT180791808018081 +CONECT1808018079 +CONECT1808118079 +CONECT180821808318084 +CONECT1808318082 +CONECT1808418082 +CONECT180851808618087 +CONECT1808618085 +CONECT1808718085 +CONECT180881808918090 +CONECT1808918088 +CONECT1809018088 +CONECT180911809218093 +CONECT1809218091 +CONECT1809318091 +CONECT180941809518096 +CONECT1809518094 +CONECT1809618094 +CONECT180971809818099 +CONECT1809818097 +CONECT1809918097 +CONECT181001810118102 +CONECT1810118100 +CONECT1810218100 +CONECT181031810418105 +CONECT1810418103 +CONECT1810518103 +CONECT181061810718108 +CONECT1810718106 +CONECT1810818106 +CONECT181091811018111 +CONECT1811018109 +CONECT1811118109 +CONECT181121811318114 +CONECT1811318112 +CONECT1811418112 +CONECT181151811618117 +CONECT1811618115 +CONECT1811718115 +CONECT181181811918120 +CONECT1811918118 +CONECT1812018118 +CONECT181211812218123 +CONECT1812218121 +CONECT1812318121 +CONECT181241812518126 +CONECT1812518124 +CONECT1812618124 +CONECT181271812818129 +CONECT1812818127 +CONECT1812918127 +CONECT181301813118132 +CONECT1813118130 +CONECT1813218130 +CONECT181331813418135 +CONECT1813418133 +CONECT1813518133 +CONECT181361813718138 +CONECT1813718136 +CONECT1813818136 +CONECT181391814018141 +CONECT1814018139 +CONECT1814118139 +CONECT181421814318144 +CONECT1814318142 +CONECT1814418142 +CONECT181451814618147 +CONECT1814618145 +CONECT1814718145 +CONECT181481814918150 +CONECT1814918148 +CONECT1815018148 +CONECT181511815218153 +CONECT1815218151 +CONECT1815318151 +CONECT181541815518156 +CONECT1815518154 +CONECT1815618154 +CONECT181571815818159 +CONECT1815818157 +CONECT1815918157 +CONECT181601816118162 +CONECT1816118160 +CONECT1816218160 +CONECT181631816418165 +CONECT1816418163 +CONECT1816518163 +CONECT181661816718168 +CONECT1816718166 +CONECT1816818166 +CONECT181691817018171 +CONECT1817018169 +CONECT1817118169 +CONECT181721817318174 +CONECT1817318172 +CONECT1817418172 +CONECT181751817618177 +CONECT1817618175 +CONECT1817718175 +CONECT181781817918180 +CONECT1817918178 +CONECT1818018178 +CONECT181811818218183 +CONECT1818218181 +CONECT1818318181 +CONECT181841818518186 +CONECT1818518184 +CONECT1818618184 +CONECT181871818818189 +CONECT1818818187 +CONECT1818918187 +CONECT181901819118192 +CONECT1819118190 +CONECT1819218190 +CONECT181931819418195 +CONECT1819418193 +CONECT1819518193 +CONECT181961819718198 +CONECT1819718196 +CONECT1819818196 +CONECT181991820018201 +CONECT1820018199 +CONECT1820118199 +CONECT182021820318204 +CONECT1820318202 +CONECT1820418202 +CONECT182051820618207 +CONECT1820618205 +CONECT1820718205 +CONECT182081820918210 +CONECT1820918208 +CONECT1821018208 +CONECT182111821218213 +CONECT1821218211 +CONECT1821318211 +CONECT182141821518216 +CONECT1821518214 +CONECT1821618214 +CONECT182171821818219 +CONECT1821818217 +CONECT1821918217 +CONECT182201822118222 +CONECT1822118220 +CONECT1822218220 +CONECT182231822418225 +CONECT1822418223 +CONECT1822518223 +CONECT182261822718228 +CONECT1822718226 +CONECT1822818226 +CONECT182291823018231 +CONECT1823018229 +CONECT1823118229 +CONECT182321823318234 +CONECT1823318232 +CONECT1823418232 +CONECT182351823618237 +CONECT1823618235 +CONECT1823718235 +CONECT182381823918240 +CONECT1823918238 +CONECT1824018238 +CONECT182411824218243 +CONECT1824218241 +CONECT1824318241 +CONECT182441824518246 +CONECT1824518244 +CONECT1824618244 +CONECT182471824818249 +CONECT1824818247 +CONECT1824918247 +CONECT182501825118252 +CONECT1825118250 +CONECT1825218250 +CONECT182531825418255 +CONECT1825418253 +CONECT1825518253 +CONECT182561825718258 +CONECT1825718256 +CONECT1825818256 +CONECT182591826018261 +CONECT1826018259 +CONECT1826118259 +CONECT182621826318264 +CONECT1826318262 +CONECT1826418262 +CONECT182651826618267 +CONECT1826618265 +CONECT1826718265 +CONECT182681826918270 +CONECT1826918268 +CONECT1827018268 +CONECT182711827218273 +CONECT1827218271 +CONECT1827318271 +CONECT182741827518276 +CONECT1827518274 +CONECT1827618274 +CONECT182771827818279 +CONECT1827818277 +CONECT1827918277 +CONECT182801828118282 +CONECT1828118280 +CONECT1828218280 +CONECT182831828418285 +CONECT1828418283 +CONECT1828518283 +CONECT182861828718288 +CONECT1828718286 +CONECT1828818286 +CONECT182891829018291 +CONECT1829018289 +CONECT1829118289 +CONECT182921829318294 +CONECT1829318292 +CONECT1829418292 +CONECT182951829618297 +CONECT1829618295 +CONECT1829718295 +CONECT182981829918300 +CONECT1829918298 +CONECT1830018298 +CONECT183011830218303 +CONECT1830218301 +CONECT1830318301 +CONECT183041830518306 +CONECT1830518304 +CONECT1830618304 +CONECT183071830818309 +CONECT1830818307 +CONECT1830918307 +CONECT183101831118312 +CONECT1831118310 +CONECT1831218310 +CONECT183131831418315 +CONECT1831418313 +CONECT1831518313 +CONECT183161831718318 +CONECT1831718316 +CONECT1831818316 +CONECT183191832018321 +CONECT1832018319 +CONECT1832118319 +CONECT183221832318324 +CONECT1832318322 +CONECT1832418322 +CONECT183251832618327 +CONECT1832618325 +CONECT1832718325 +CONECT183281832918330 +CONECT1832918328 +CONECT1833018328 +CONECT183311833218333 +CONECT1833218331 +CONECT1833318331 +CONECT183341833518336 +CONECT1833518334 +CONECT1833618334 +CONECT183371833818339 +CONECT1833818337 +CONECT1833918337 +CONECT183401834118342 +CONECT1834118340 +CONECT1834218340 +CONECT183431834418345 +CONECT1834418343 +CONECT1834518343 +CONECT183461834718348 +CONECT1834718346 +CONECT1834818346 +CONECT183491835018351 +CONECT1835018349 +CONECT1835118349 +CONECT183521835318354 +CONECT1835318352 +CONECT1835418352 +CONECT183551835618357 +CONECT1835618355 +CONECT1835718355 +CONECT183581835918360 +CONECT1835918358 +CONECT1836018358 +CONECT183611836218363 +CONECT1836218361 +CONECT1836318361 +CONECT183641836518366 +CONECT1836518364 +CONECT1836618364 +CONECT183671836818369 +CONECT1836818367 +CONECT1836918367 +CONECT183701837118372 +CONECT1837118370 +CONECT1837218370 +CONECT183731837418375 +CONECT1837418373 +CONECT1837518373 +CONECT183761837718378 +CONECT1837718376 +CONECT1837818376 +CONECT183791838018381 +CONECT1838018379 +CONECT1838118379 +CONECT183821838318384 +CONECT1838318382 +CONECT1838418382 +CONECT183851838618387 +CONECT1838618385 +CONECT1838718385 +CONECT183881838918390 +CONECT1838918388 +CONECT1839018388 +CONECT183911839218393 +CONECT1839218391 +CONECT1839318391 +CONECT183941839518396 +CONECT1839518394 +CONECT1839618394 +CONECT183971839818399 +CONECT1839818397 +CONECT1839918397 +CONECT184001840118402 +CONECT1840118400 +CONECT1840218400 +CONECT184031840418405 +CONECT1840418403 +CONECT1840518403 +CONECT184061840718408 +CONECT1840718406 +CONECT1840818406 +CONECT184091841018411 +CONECT1841018409 +CONECT1841118409 +CONECT184121841318414 +CONECT1841318412 +CONECT1841418412 +CONECT184151841618417 +CONECT1841618415 +CONECT1841718415 +CONECT184181841918420 +CONECT1841918418 +CONECT1842018418 +CONECT184211842218423 +CONECT1842218421 +CONECT1842318421 +CONECT184241842518426 +CONECT1842518424 +CONECT1842618424 +CONECT184271842818429 +CONECT1842818427 +CONECT1842918427 +CONECT184301843118432 +CONECT1843118430 +CONECT1843218430 +CONECT184331843418435 +CONECT1843418433 +CONECT1843518433 +CONECT184361843718438 +CONECT1843718436 +CONECT1843818436 +CONECT184391844018441 +CONECT1844018439 +CONECT1844118439 +CONECT184421844318444 +CONECT1844318442 +CONECT1844418442 +CONECT184451844618447 +CONECT1844618445 +CONECT1844718445 +CONECT184481844918450 +CONECT1844918448 +CONECT1845018448 +CONECT184511845218453 +CONECT1845218451 +CONECT1845318451 +CONECT184541845518456 +CONECT1845518454 +CONECT1845618454 +CONECT184571845818459 +CONECT1845818457 +CONECT1845918457 +CONECT184601846118462 +CONECT1846118460 +CONECT1846218460 +CONECT184631846418465 +CONECT1846418463 +CONECT1846518463 +CONECT184661846718468 +CONECT1846718466 +CONECT1846818466 +CONECT184691847018471 +CONECT1847018469 +CONECT1847118469 +CONECT184721847318474 +CONECT1847318472 +CONECT1847418472 +CONECT184751847618477 +CONECT1847618475 +CONECT1847718475 +CONECT184781847918480 +CONECT1847918478 +CONECT1848018478 +CONECT184811848218483 +CONECT1848218481 +CONECT1848318481 +CONECT184841848518486 +CONECT1848518484 +CONECT1848618484 +CONECT184871848818489 +CONECT1848818487 +CONECT1848918487 +CONECT184901849118492 +CONECT1849118490 +CONECT1849218490 +CONECT184931849418495 +CONECT1849418493 +CONECT1849518493 +CONECT184961849718498 +CONECT1849718496 +CONECT1849818496 +CONECT184991850018501 +CONECT1850018499 +CONECT1850118499 +CONECT185021850318504 +CONECT1850318502 +CONECT1850418502 +CONECT185051850618507 +CONECT1850618505 +CONECT1850718505 +CONECT185081850918510 +CONECT1850918508 +CONECT1851018508 +CONECT185111851218513 +CONECT1851218511 +CONECT1851318511 +CONECT185141851518516 +CONECT1851518514 +CONECT1851618514 +CONECT185171851818519 +CONECT1851818517 +CONECT1851918517 +CONECT185201852118522 +CONECT1852118520 +CONECT1852218520 +CONECT185231852418525 +CONECT1852418523 +CONECT1852518523 +CONECT185261852718528 +CONECT1852718526 +CONECT1852818526 +CONECT185291853018531 +CONECT1853018529 +CONECT1853118529 +CONECT185321853318534 +CONECT1853318532 +CONECT1853418532 +CONECT185351853618537 +CONECT1853618535 +CONECT1853718535 +CONECT185381853918540 +CONECT1853918538 +CONECT1854018538 +CONECT185411854218543 +CONECT1854218541 +CONECT1854318541 +CONECT185441854518546 +CONECT1854518544 +CONECT1854618544 +CONECT185471854818549 +CONECT1854818547 +CONECT1854918547 +CONECT185501855118552 +CONECT1855118550 +CONECT1855218550 +CONECT185531855418555 +CONECT1855418553 +CONECT1855518553 +CONECT185561855718558 +CONECT1855718556 +CONECT1855818556 +CONECT185591856018561 +CONECT1856018559 +CONECT1856118559 +CONECT185621856318564 +CONECT1856318562 +CONECT1856418562 +CONECT185651856618567 +CONECT1856618565 +CONECT1856718565 +CONECT185681856918570 +CONECT1856918568 +CONECT1857018568 +CONECT185711857218573 +CONECT1857218571 +CONECT1857318571 +CONECT185741857518576 +CONECT1857518574 +CONECT1857618574 +CONECT185771857818579 +CONECT1857818577 +CONECT1857918577 +CONECT185801858118582 +CONECT1858118580 +CONECT1858218580 +CONECT185831858418585 +CONECT1858418583 +CONECT1858518583 +CONECT185861858718588 +CONECT1858718586 +CONECT1858818586 +CONECT185891859018591 +CONECT1859018589 +CONECT1859118589 +CONECT185921859318594 +CONECT1859318592 +CONECT1859418592 +CONECT185951859618597 +CONECT1859618595 +CONECT1859718595 +CONECT185981859918600 +CONECT1859918598 +CONECT1860018598 +CONECT186011860218603 +CONECT1860218601 +CONECT1860318601 +CONECT186041860518606 +CONECT1860518604 +CONECT1860618604 +CONECT186071860818609 +CONECT1860818607 +CONECT1860918607 +CONECT186101861118612 +CONECT1861118610 +CONECT1861218610 +CONECT186131861418615 +CONECT1861418613 +CONECT1861518613 +CONECT186161861718618 +CONECT1861718616 +CONECT1861818616 +CONECT186191862018621 +CONECT1862018619 +CONECT1862118619 +CONECT186221862318624 +CONECT1862318622 +CONECT1862418622 +CONECT186251862618627 +CONECT1862618625 +CONECT1862718625 +CONECT186281862918630 +CONECT1862918628 +CONECT1863018628 +CONECT186311863218633 +CONECT1863218631 +CONECT1863318631 +CONECT186341863518636 +CONECT1863518634 +CONECT1863618634 +CONECT186371863818639 +CONECT1863818637 +CONECT1863918637 +CONECT186401864118642 +CONECT1864118640 +CONECT1864218640 +CONECT186431864418645 +CONECT1864418643 +CONECT1864518643 +CONECT186461864718648 +CONECT1864718646 +CONECT1864818646 +CONECT186491865018651 +CONECT1865018649 +CONECT1865118649 +CONECT186521865318654 +CONECT1865318652 +CONECT1865418652 +CONECT186551865618657 +CONECT1865618655 +CONECT1865718655 +CONECT186581865918660 +CONECT1865918658 +CONECT1866018658 +CONECT186611866218663 +CONECT1866218661 +CONECT1866318661 +CONECT186641866518666 +CONECT1866518664 +CONECT1866618664 +CONECT186671866818669 +CONECT1866818667 +CONECT1866918667 +CONECT186701867118672 +CONECT1867118670 +CONECT1867218670 +CONECT186731867418675 +CONECT1867418673 +CONECT1867518673 +CONECT186761867718678 +CONECT1867718676 +CONECT1867818676 +CONECT186791868018681 +CONECT1868018679 +CONECT1868118679 +CONECT186821868318684 +CONECT1868318682 +CONECT1868418682 +CONECT186851868618687 +CONECT1868618685 +CONECT1868718685 +CONECT186881868918690 +CONECT1868918688 +CONECT1869018688 +CONECT186911869218693 +CONECT1869218691 +CONECT1869318691 +CONECT186941869518696 +CONECT1869518694 +CONECT1869618694 +CONECT186971869818699 +CONECT1869818697 +CONECT1869918697 +CONECT187001870118702 +CONECT1870118700 +CONECT1870218700 +CONECT187031870418705 +CONECT1870418703 +CONECT1870518703 +CONECT187061870718708 +CONECT1870718706 +CONECT1870818706 +CONECT187091871018711 +CONECT1871018709 +CONECT1871118709 +CONECT187121871318714 +CONECT1871318712 +CONECT1871418712 +CONECT187151871618717 +CONECT1871618715 +CONECT1871718715 +CONECT187181871918720 +CONECT1871918718 +CONECT1872018718 +CONECT187211872218723 +CONECT1872218721 +CONECT1872318721 +CONECT187241872518726 +CONECT1872518724 +CONECT1872618724 +CONECT187271872818729 +CONECT1872818727 +CONECT1872918727 +CONECT187301873118732 +CONECT1873118730 +CONECT1873218730 +CONECT187331873418735 +CONECT1873418733 +CONECT1873518733 +CONECT187361873718738 +CONECT1873718736 +CONECT1873818736 +CONECT187391874018741 +CONECT1874018739 +CONECT1874118739 +CONECT187421874318744 +CONECT1874318742 +CONECT1874418742 +CONECT187451874618747 +CONECT1874618745 +CONECT1874718745 +CONECT187481874918750 +CONECT1874918748 +CONECT1875018748 +CONECT187511875218753 +CONECT1875218751 +CONECT1875318751 +CONECT187541875518756 +CONECT1875518754 +CONECT1875618754 +CONECT187571875818759 +CONECT1875818757 +CONECT1875918757 +CONECT187601876118762 +CONECT1876118760 +CONECT1876218760 +CONECT187631876418765 +CONECT1876418763 +CONECT1876518763 +CONECT187661876718768 +CONECT1876718766 +CONECT1876818766 +CONECT187691877018771 +CONECT1877018769 +CONECT1877118769 +CONECT187721877318774 +CONECT1877318772 +CONECT1877418772 +CONECT187751877618777 +CONECT1877618775 +CONECT1877718775 +CONECT187781877918780 +CONECT1877918778 +CONECT1878018778 +CONECT187811878218783 +CONECT1878218781 +CONECT1878318781 +CONECT187841878518786 +CONECT1878518784 +CONECT1878618784 +CONECT187871878818789 +CONECT1878818787 +CONECT1878918787 +CONECT187901879118792 +CONECT1879118790 +CONECT1879218790 +CONECT187931879418795 +CONECT1879418793 +CONECT1879518793 +CONECT187961879718798 +CONECT1879718796 +CONECT1879818796 +CONECT187991880018801 +CONECT1880018799 +CONECT1880118799 +CONECT188021880318804 +CONECT1880318802 +CONECT1880418802 +CONECT188051880618807 +CONECT1880618805 +CONECT1880718805 +CONECT188081880918810 +CONECT1880918808 +CONECT1881018808 +CONECT188111881218813 +CONECT1881218811 +CONECT1881318811 +CONECT188141881518816 +CONECT1881518814 +CONECT1881618814 +CONECT188171881818819 +CONECT1881818817 +CONECT1881918817 +CONECT188201882118822 +CONECT1882118820 +CONECT1882218820 +CONECT188231882418825 +CONECT1882418823 +CONECT1882518823 +CONECT188261882718828 +CONECT1882718826 +CONECT1882818826 +CONECT188291883018831 +CONECT1883018829 +CONECT1883118829 +CONECT188321883318834 +CONECT1883318832 +CONECT1883418832 +CONECT188351883618837 +CONECT1883618835 +CONECT1883718835 +CONECT188381883918840 +CONECT1883918838 +CONECT1884018838 +CONECT188411884218843 +CONECT1884218841 +CONECT1884318841 +CONECT188441884518846 +CONECT1884518844 +CONECT1884618844 +CONECT188471884818849 +CONECT1884818847 +CONECT1884918847 +CONECT188501885118852 +CONECT1885118850 +CONECT1885218850 +CONECT188531885418855 +CONECT1885418853 +CONECT1885518853 +CONECT188561885718858 +CONECT1885718856 +CONECT1885818856 +CONECT188591886018861 +CONECT1886018859 +CONECT1886118859 +CONECT188621886318864 +CONECT1886318862 +CONECT1886418862 +CONECT188651886618867 +CONECT1886618865 +CONECT1886718865 +CONECT188681886918870 +CONECT1886918868 +CONECT1887018868 +CONECT188711887218873 +CONECT1887218871 +CONECT1887318871 +CONECT188741887518876 +CONECT1887518874 +CONECT1887618874 +CONECT188771887818879 +CONECT1887818877 +CONECT1887918877 +CONECT188801888118882 +CONECT1888118880 +CONECT1888218880 +CONECT188831888418885 +CONECT1888418883 +CONECT1888518883 +CONECT188861888718888 +CONECT1888718886 +CONECT1888818886 +CONECT188891889018891 +CONECT1889018889 +CONECT1889118889 +CONECT188921889318894 +CONECT1889318892 +CONECT1889418892 +CONECT188951889618897 +CONECT1889618895 +CONECT1889718895 +CONECT188981889918900 +CONECT1889918898 +CONECT1890018898 +CONECT189011890218903 +CONECT1890218901 +CONECT1890318901 +CONECT189041890518906 +CONECT1890518904 +CONECT1890618904 +CONECT189071890818909 +CONECT1890818907 +CONECT1890918907 +CONECT189101891118912 +CONECT1891118910 +CONECT1891218910 +CONECT189131891418915 +CONECT1891418913 +CONECT1891518913 +CONECT189161891718918 +CONECT1891718916 +CONECT1891818916 +CONECT189191892018921 +CONECT1892018919 +CONECT1892118919 +CONECT189221892318924 +CONECT1892318922 +CONECT1892418922 +CONECT189251892618927 +CONECT1892618925 +CONECT1892718925 +CONECT189281892918930 +CONECT1892918928 +CONECT1893018928 +CONECT189311893218933 +CONECT1893218931 +CONECT1893318931 +CONECT189341893518936 +CONECT1893518934 +CONECT1893618934 +CONECT189371893818939 +CONECT1893818937 +CONECT1893918937 +CONECT189401894118942 +CONECT1894118940 +CONECT1894218940 +CONECT189431894418945 +CONECT1894418943 +CONECT1894518943 +CONECT189461894718948 +CONECT1894718946 +CONECT1894818946 +CONECT189491895018951 +CONECT1895018949 +CONECT1895118949 +CONECT189521895318954 +CONECT1895318952 +CONECT1895418952 +CONECT189551895618957 +CONECT1895618955 +CONECT1895718955 +CONECT189581895918960 +CONECT1895918958 +CONECT1896018958 +CONECT189611896218963 +CONECT1896218961 +CONECT1896318961 +CONECT189641896518966 +CONECT1896518964 +CONECT1896618964 +CONECT189671896818969 +CONECT1896818967 +CONECT1896918967 +CONECT189701897118972 +CONECT1897118970 +CONECT1897218970 +CONECT189731897418975 +CONECT1897418973 +CONECT1897518973 +CONECT189761897718978 +CONECT1897718976 +CONECT1897818976 +CONECT189791898018981 +CONECT1898018979 +CONECT1898118979 +CONECT189821898318984 +CONECT1898318982 +CONECT1898418982 +CONECT189851898618987 +CONECT1898618985 +CONECT1898718985 +CONECT189881898918990 +CONECT1898918988 +CONECT1899018988 +CONECT189911899218993 +CONECT1899218991 +CONECT1899318991 +CONECT189941899518996 +CONECT1899518994 +CONECT1899618994 +CONECT189971899818999 +CONECT1899818997 +CONECT1899918997 +CONECT190001900119002 +CONECT1900119000 +CONECT1900219000 +CONECT190031900419005 +CONECT1900419003 +CONECT1900519003 +CONECT190061900719008 +CONECT1900719006 +CONECT1900819006 +CONECT190091901019011 +CONECT1901019009 +CONECT1901119009 +CONECT190121901319014 +CONECT1901319012 +CONECT1901419012 +CONECT190151901619017 +CONECT1901619015 +CONECT1901719015 +CONECT190181901919020 +CONECT1901919018 +CONECT1902019018 +CONECT190211902219023 +CONECT1902219021 +CONECT1902319021 +CONECT190241902519026 +CONECT1902519024 +CONECT1902619024 +CONECT190271902819029 +CONECT1902819027 +CONECT1902919027 +CONECT190301903119032 +CONECT1903119030 +CONECT1903219030 +CONECT190331903419035 +CONECT1903419033 +CONECT1903519033 +CONECT190361903719038 +CONECT1903719036 +CONECT1903819036 +CONECT190391904019041 +CONECT1904019039 +CONECT1904119039 +CONECT190421904319044 +CONECT1904319042 +CONECT1904419042 +CONECT190451904619047 +CONECT1904619045 +CONECT1904719045 +CONECT190481904919050 +CONECT1904919048 +CONECT1905019048 +CONECT190511905219053 +CONECT1905219051 +CONECT1905319051 +CONECT190541905519056 +CONECT1905519054 +CONECT1905619054 +CONECT190571905819059 +CONECT1905819057 +CONECT1905919057 +CONECT190601906119062 +CONECT1906119060 +CONECT1906219060 +CONECT190631906419065 +CONECT1906419063 +CONECT1906519063 +CONECT190661906719068 +CONECT1906719066 +CONECT1906819066 +CONECT190691907019071 +CONECT1907019069 +CONECT1907119069 +CONECT190721907319074 +CONECT1907319072 +CONECT1907419072 +CONECT190751907619077 +CONECT1907619075 +CONECT1907719075 +CONECT190781907919080 +CONECT1907919078 +CONECT1908019078 +CONECT190811908219083 +CONECT1908219081 +CONECT1908319081 +CONECT190841908519086 +CONECT1908519084 +CONECT1908619084 +CONECT190871908819089 +CONECT1908819087 +CONECT1908919087 +CONECT190901909119092 +CONECT1909119090 +CONECT1909219090 +CONECT190931909419095 +CONECT1909419093 +CONECT1909519093 +CONECT190961909719098 +CONECT1909719096 +CONECT1909819096 +CONECT190991910019101 +CONECT1910019099 +CONECT1910119099 +CONECT191021910319104 +CONECT1910319102 +CONECT1910419102 +CONECT191051910619107 +CONECT1910619105 +CONECT1910719105 +CONECT191081910919110 +CONECT1910919108 +CONECT1911019108 +CONECT191111911219113 +CONECT1911219111 +CONECT1911319111 +CONECT191141911519116 +CONECT1911519114 +CONECT1911619114 +CONECT191171911819119 +CONECT1911819117 +CONECT1911919117 +CONECT191201912119122 +CONECT1912119120 +CONECT1912219120 +CONECT191231912419125 +CONECT1912419123 +CONECT1912519123 +CONECT191261912719128 +CONECT1912719126 +CONECT1912819126 +CONECT191291913019131 +CONECT1913019129 +CONECT1913119129 +CONECT191321913319134 +CONECT1913319132 +CONECT1913419132 +CONECT191351913619137 +CONECT1913619135 +CONECT1913719135 +CONECT191381913919140 +CONECT1913919138 +CONECT1914019138 +CONECT191411914219143 +CONECT1914219141 +CONECT1914319141 +CONECT191441914519146 +CONECT1914519144 +CONECT1914619144 +CONECT191471914819149 +CONECT1914819147 +CONECT1914919147 +CONECT191501915119152 +CONECT1915119150 +CONECT1915219150 +CONECT191531915419155 +CONECT1915419153 +CONECT1915519153 +CONECT191561915719158 +CONECT1915719156 +CONECT1915819156 +CONECT191591916019161 +CONECT1916019159 +CONECT1916119159 +CONECT191621916319164 +CONECT1916319162 +CONECT1916419162 +CONECT191651916619167 +CONECT1916619165 +CONECT1916719165 +CONECT191681916919170 +CONECT1916919168 +CONECT1917019168 +CONECT191711917219173 +CONECT1917219171 +CONECT1917319171 +CONECT191741917519176 +CONECT1917519174 +CONECT1917619174 +CONECT191771917819179 +CONECT1917819177 +CONECT1917919177 +CONECT191801918119182 +CONECT1918119180 +CONECT1918219180 +CONECT191831918419185 +CONECT1918419183 +CONECT1918519183 +CONECT191861918719188 +CONECT1918719186 +CONECT1918819186 +CONECT191891919019191 +CONECT1919019189 +CONECT1919119189 +CONECT191921919319194 +CONECT1919319192 +CONECT1919419192 +CONECT191951919619197 +CONECT1919619195 +CONECT1919719195 +CONECT191981919919200 +CONECT1919919198 +CONECT1920019198 +CONECT192011920219203 +CONECT1920219201 +CONECT1920319201 +CONECT192041920519206 +CONECT1920519204 +CONECT1920619204 +CONECT192071920819209 +CONECT1920819207 +CONECT1920919207 +CONECT192101921119212 +CONECT1921119210 +CONECT1921219210 +CONECT192131921419215 +CONECT1921419213 +CONECT1921519213 +CONECT192161921719218 +CONECT1921719216 +CONECT1921819216 +CONECT192191922019221 +CONECT1922019219 +CONECT1922119219 +CONECT192221922319224 +CONECT1922319222 +CONECT1922419222 +CONECT192251922619227 +CONECT1922619225 +CONECT1922719225 +CONECT192281922919230 +CONECT1922919228 +CONECT1923019228 +CONECT192311923219233 +CONECT1923219231 +CONECT1923319231 +CONECT192341923519236 +CONECT1923519234 +CONECT1923619234 +CONECT192371923819239 +CONECT1923819237 +CONECT1923919237 +CONECT192401924119242 +CONECT1924119240 +CONECT1924219240 +CONECT192431924419245 +CONECT1924419243 +CONECT1924519243 +CONECT192461924719248 +CONECT1924719246 +CONECT1924819246 +CONECT192491925019251 +CONECT1925019249 +CONECT1925119249 +CONECT192521925319254 +CONECT1925319252 +CONECT1925419252 +CONECT192551925619257 +CONECT1925619255 +CONECT1925719255 +CONECT192581925919260 +CONECT1925919258 +CONECT1926019258 +CONECT192611926219263 +CONECT1926219261 +CONECT1926319261 +CONECT192641926519266 +CONECT1926519264 +CONECT1926619264 +CONECT192671926819269 +CONECT1926819267 +CONECT1926919267 +CONECT192701927119272 +CONECT1927119270 +CONECT1927219270 +CONECT192731927419275 +CONECT1927419273 +CONECT1927519273 +CONECT192761927719278 +CONECT1927719276 +CONECT1927819276 +CONECT192791928019281 +CONECT1928019279 +CONECT1928119279 +CONECT192821928319284 +CONECT1928319282 +CONECT1928419282 +CONECT192851928619287 +CONECT1928619285 +CONECT1928719285 +CONECT192881928919290 +CONECT1928919288 +CONECT1929019288 +CONECT192911929219293 +CONECT1929219291 +CONECT1929319291 +CONECT192941929519296 +CONECT1929519294 +CONECT1929619294 +CONECT192971929819299 +CONECT1929819297 +CONECT1929919297 +CONECT193001930119302 +CONECT1930119300 +CONECT1930219300 +CONECT193031930419305 +CONECT1930419303 +CONECT1930519303 +CONECT193061930719308 +CONECT1930719306 +CONECT1930819306 +CONECT193091931019311 +CONECT1931019309 +CONECT1931119309 +CONECT193121931319314 +CONECT1931319312 +CONECT1931419312 +CONECT193151931619317 +CONECT1931619315 +CONECT1931719315 +CONECT193181931919320 +CONECT1931919318 +CONECT1932019318 +CONECT193211932219323 +CONECT1932219321 +CONECT1932319321 +CONECT193241932519326 +CONECT1932519324 +CONECT1932619324 +CONECT193271932819329 +CONECT1932819327 +CONECT1932919327 +CONECT193301933119332 +CONECT1933119330 +CONECT1933219330 +CONECT193331933419335 +CONECT1933419333 +CONECT1933519333 +CONECT193361933719338 +CONECT1933719336 +CONECT1933819336 +CONECT193391934019341 +CONECT1934019339 +CONECT1934119339 +CONECT193421934319344 +CONECT1934319342 +CONECT1934419342 +CONECT193451934619347 +CONECT1934619345 +CONECT1934719345 +CONECT193481934919350 +CONECT1934919348 +CONECT1935019348 +CONECT193511935219353 +CONECT1935219351 +CONECT1935319351 +CONECT193541935519356 +CONECT1935519354 +CONECT1935619354 +CONECT193571935819359 +CONECT1935819357 +CONECT1935919357 +CONECT193601936119362 +CONECT1936119360 +CONECT1936219360 +CONECT193631936419365 +CONECT1936419363 +CONECT1936519363 +CONECT193661936719368 +CONECT1936719366 +CONECT1936819366 +CONECT193691937019371 +CONECT1937019369 +CONECT1937119369 +CONECT193721937319374 +CONECT1937319372 +CONECT1937419372 +CONECT193751937619377 +CONECT1937619375 +CONECT1937719375 +CONECT193781937919380 +CONECT1937919378 +CONECT1938019378 +CONECT193811938219383 +CONECT1938219381 +CONECT1938319381 +CONECT193841938519386 +CONECT1938519384 +CONECT1938619384 +CONECT193871938819389 +CONECT1938819387 +CONECT1938919387 +CONECT193901939119392 +CONECT1939119390 +CONECT1939219390 +CONECT193931939419395 +CONECT1939419393 +CONECT1939519393 +CONECT193961939719398 +CONECT1939719396 +CONECT1939819396 +CONECT193991940019401 +CONECT1940019399 +CONECT1940119399 +CONECT194021940319404 +CONECT1940319402 +CONECT1940419402 +CONECT194051940619407 +CONECT1940619405 +CONECT1940719405 +CONECT194081940919410 +CONECT1940919408 +CONECT1941019408 +CONECT194111941219413 +CONECT1941219411 +CONECT1941319411 +CONECT194141941519416 +CONECT1941519414 +CONECT1941619414 +CONECT194171941819419 +CONECT1941819417 +CONECT1941919417 +CONECT194201942119422 +CONECT1942119420 +CONECT1942219420 +CONECT194231942419425 +CONECT1942419423 +CONECT1942519423 +CONECT194261942719428 +CONECT1942719426 +CONECT1942819426 +CONECT194291943019431 +CONECT1943019429 +CONECT1943119429 +CONECT194321943319434 +CONECT1943319432 +CONECT1943419432 +CONECT194351943619437 +CONECT1943619435 +CONECT1943719435 +CONECT194381943919440 +CONECT1943919438 +CONECT1944019438 +CONECT194411944219443 +CONECT1944219441 +CONECT1944319441 +CONECT194441944519446 +CONECT1944519444 +CONECT1944619444 +CONECT194471944819449 +CONECT1944819447 +CONECT1944919447 +CONECT194501945119452 +CONECT1945119450 +CONECT1945219450 +CONECT194531945419455 +CONECT1945419453 +CONECT1945519453 +CONECT194561945719458 +CONECT1945719456 +CONECT1945819456 +CONECT194591946019461 +CONECT1946019459 +CONECT1946119459 +CONECT194621946319464 +CONECT1946319462 +CONECT1946419462 +CONECT194651946619467 +CONECT1946619465 +CONECT1946719465 +CONECT194681946919470 +CONECT1946919468 +CONECT1947019468 +CONECT194711947219473 +CONECT1947219471 +CONECT1947319471 +CONECT194741947519476 +CONECT1947519474 +CONECT1947619474 +CONECT194771947819479 +CONECT1947819477 +CONECT1947919477 +CONECT194801948119482 +CONECT1948119480 +CONECT1948219480 +CONECT194831948419485 +CONECT1948419483 +CONECT1948519483 +CONECT194861948719488 +CONECT1948719486 +CONECT1948819486 +CONECT194891949019491 +CONECT1949019489 +CONECT1949119489 +CONECT194921949319494 +CONECT1949319492 +CONECT1949419492 +CONECT194951949619497 +CONECT1949619495 +CONECT1949719495 +CONECT194981949919500 +CONECT1949919498 +CONECT1950019498 +CONECT195011950219503 +CONECT1950219501 +CONECT1950319501 +CONECT195041950519506 +CONECT1950519504 +CONECT1950619504 +CONECT195071950819509 +CONECT1950819507 +CONECT1950919507 +CONECT195101951119512 +CONECT1951119510 +CONECT1951219510 +CONECT195131951419515 +CONECT1951419513 +CONECT1951519513 +CONECT195161951719518 +CONECT1951719516 +CONECT1951819516 +CONECT195191952019521 +CONECT1952019519 +CONECT1952119519 +CONECT195221952319524 +CONECT1952319522 +CONECT1952419522 +CONECT195251952619527 +CONECT1952619525 +CONECT1952719525 +CONECT195281952919530 +CONECT1952919528 +CONECT1953019528 +CONECT195311953219533 +CONECT1953219531 +CONECT1953319531 +CONECT195341953519536 +CONECT1953519534 +CONECT1953619534 +CONECT195371953819539 +CONECT1953819537 +CONECT1953919537 +CONECT195401954119542 +CONECT1954119540 +CONECT1954219540 +CONECT195431954419545 +CONECT1954419543 +CONECT1954519543 +CONECT195461954719548 +CONECT1954719546 +CONECT1954819546 +CONECT195491955019551 +CONECT1955019549 +CONECT1955119549 +CONECT195521955319554 +CONECT1955319552 +CONECT1955419552 +CONECT195551955619557 +CONECT1955619555 +CONECT1955719555 +CONECT195581955919560 +CONECT1955919558 +CONECT1956019558 +CONECT195611956219563 +CONECT1956219561 +CONECT1956319561 +CONECT195641956519566 +CONECT1956519564 +CONECT1956619564 +CONECT195671956819569 +CONECT1956819567 +CONECT1956919567 +CONECT195701957119572 +CONECT1957119570 +CONECT1957219570 +CONECT195731957419575 +CONECT1957419573 +CONECT1957519573 +CONECT195761957719578 +CONECT1957719576 +CONECT1957819576 +CONECT195791958019581 +CONECT1958019579 +CONECT1958119579 +CONECT195821958319584 +CONECT1958319582 +CONECT1958419582 +CONECT195851958619587 +CONECT1958619585 +CONECT1958719585 +CONECT195881958919590 +CONECT1958919588 +CONECT1959019588 +CONECT195911959219593 +CONECT1959219591 +CONECT1959319591 +CONECT195941959519596 +CONECT1959519594 +CONECT1959619594 +CONECT195971959819599 +CONECT1959819597 +CONECT1959919597 +CONECT196001960119602 +CONECT1960119600 +CONECT1960219600 +CONECT196031960419605 +CONECT1960419603 +CONECT1960519603 +CONECT196061960719608 +CONECT1960719606 +CONECT1960819606 +CONECT196091961019611 +CONECT1961019609 +CONECT1961119609 +CONECT196121961319614 +CONECT1961319612 +CONECT1961419612 +CONECT196151961619617 +CONECT1961619615 +CONECT1961719615 +CONECT196181961919620 +CONECT1961919618 +CONECT1962019618 +CONECT196211962219623 +CONECT1962219621 +CONECT1962319621 +CONECT196241962519626 +CONECT1962519624 +CONECT1962619624 +CONECT196271962819629 +CONECT1962819627 +CONECT1962919627 +CONECT196301963119632 +CONECT1963119630 +CONECT1963219630 +CONECT196331963419635 +CONECT1963419633 +CONECT1963519633 +CONECT196361963719638 +CONECT1963719636 +CONECT1963819636 +CONECT196391964019641 +CONECT1964019639 +CONECT1964119639 +CONECT196421964319644 +CONECT1964319642 +CONECT1964419642 +CONECT196451964619647 +CONECT1964619645 +CONECT1964719645 +CONECT196481964919650 +CONECT1964919648 +CONECT1965019648 +CONECT196511965219653 +CONECT1965219651 +CONECT1965319651 +CONECT196541965519656 +CONECT1965519654 +CONECT1965619654 +CONECT196571965819659 +CONECT1965819657 +CONECT1965919657 +CONECT196601966119662 +CONECT1966119660 +CONECT1966219660 +CONECT196631966419665 +CONECT1966419663 +CONECT1966519663 +CONECT196661966719668 +CONECT1966719666 +CONECT1966819666 +CONECT196691967019671 +CONECT1967019669 +CONECT1967119669 +CONECT196721967319674 +CONECT1967319672 +CONECT1967419672 +CONECT196751967619677 +CONECT1967619675 +CONECT1967719675 +CONECT196781967919680 +CONECT1967919678 +CONECT1968019678 +CONECT196811968219683 +CONECT1968219681 +CONECT1968319681 +CONECT196841968519686 +CONECT1968519684 +CONECT1968619684 +CONECT196871968819689 +CONECT1968819687 +CONECT1968919687 +CONECT196901969119692 +CONECT1969119690 +CONECT1969219690 +CONECT196931969419695 +CONECT1969419693 +CONECT1969519693 +CONECT196961969719698 +CONECT1969719696 +CONECT1969819696 +CONECT196991970019701 +CONECT1970019699 +CONECT1970119699 +CONECT197021970319704 +CONECT1970319702 +CONECT1970419702 +CONECT197051970619707 +CONECT1970619705 +CONECT1970719705 +CONECT197081970919710 +CONECT1970919708 +CONECT1971019708 +CONECT197111971219713 +CONECT1971219711 +CONECT1971319711 +CONECT197141971519716 +CONECT1971519714 +CONECT1971619714 +CONECT197171971819719 +CONECT1971819717 +CONECT1971919717 +CONECT197201972119722 +CONECT1972119720 +CONECT1972219720 +CONECT197231972419725 +CONECT1972419723 +CONECT1972519723 +CONECT197261972719728 +CONECT1972719726 +CONECT1972819726 +CONECT197291973019731 +CONECT1973019729 +CONECT1973119729 +CONECT197321973319734 +CONECT1973319732 +CONECT1973419732 +CONECT197351973619737 +CONECT1973619735 +CONECT1973719735 +CONECT197381973919740 +CONECT1973919738 +CONECT1974019738 +CONECT197411974219743 +CONECT1974219741 +CONECT1974319741 +CONECT197441974519746 +CONECT1974519744 +CONECT1974619744 +CONECT197471974819749 +CONECT1974819747 +CONECT1974919747 +CONECT197501975119752 +CONECT1975119750 +CONECT1975219750 +CONECT197531975419755 +CONECT1975419753 +CONECT1975519753 +CONECT197561975719758 +CONECT1975719756 +CONECT1975819756 +CONECT197591976019761 +CONECT1976019759 +CONECT1976119759 +CONECT197621976319764 +CONECT1976319762 +CONECT1976419762 +CONECT197651976619767 +CONECT1976619765 +CONECT1976719765 +CONECT197681976919770 +CONECT1976919768 +CONECT1977019768 +CONECT197711977219773 +CONECT1977219771 +CONECT1977319771 +CONECT197741977519776 +CONECT1977519774 +CONECT1977619774 +CONECT197771977819779 +CONECT1977819777 +CONECT1977919777 +CONECT197801978119782 +CONECT1978119780 +CONECT1978219780 +CONECT197831978419785 +CONECT1978419783 +CONECT1978519783 +CONECT197861978719788 +CONECT1978719786 +CONECT1978819786 +CONECT197891979019791 +CONECT1979019789 +CONECT1979119789 +CONECT197921979319794 +CONECT1979319792 +CONECT1979419792 +CONECT197951979619797 +CONECT1979619795 +CONECT1979719795 +CONECT197981979919800 +CONECT1979919798 +CONECT1980019798 +CONECT198011980219803 +CONECT1980219801 +CONECT1980319801 +CONECT198041980519806 +CONECT1980519804 +CONECT1980619804 +CONECT198071980819809 +CONECT1980819807 +CONECT1980919807 +CONECT198101981119812 +CONECT1981119810 +CONECT1981219810 +CONECT198131981419815 +CONECT1981419813 +CONECT1981519813 +CONECT198161981719818 +CONECT1981719816 +CONECT1981819816 +CONECT198191982019821 +CONECT1982019819 +CONECT1982119819 +CONECT198221982319824 +CONECT1982319822 +CONECT1982419822 +CONECT198251982619827 +CONECT1982619825 +CONECT1982719825 +CONECT198281982919830 +CONECT1982919828 +CONECT1983019828 +CONECT198311983219833 +CONECT1983219831 +CONECT1983319831 +CONECT198341983519836 +CONECT1983519834 +CONECT1983619834 +CONECT198371983819839 +CONECT1983819837 +CONECT1983919837 +CONECT198401984119842 +CONECT1984119840 +CONECT1984219840 +CONECT198431984419845 +CONECT1984419843 +CONECT1984519843 +CONECT198461984719848 +CONECT1984719846 +CONECT1984819846 +CONECT198491985019851 +CONECT1985019849 +CONECT1985119849 +CONECT198521985319854 +CONECT1985319852 +CONECT1985419852 +CONECT198551985619857 +CONECT1985619855 +CONECT1985719855 +CONECT198581985919860 +CONECT1985919858 +CONECT1986019858 +CONECT198611986219863 +CONECT1986219861 +CONECT1986319861 +CONECT198641986519866 +CONECT1986519864 +CONECT1986619864 +CONECT198671986819869 +CONECT1986819867 +CONECT1986919867 +CONECT198701987119872 +CONECT1987119870 +CONECT1987219870 +CONECT198731987419875 +CONECT1987419873 +CONECT1987519873 +CONECT198761987719878 +CONECT1987719876 +CONECT1987819876 +CONECT198791988019881 +CONECT1988019879 +CONECT1988119879 +CONECT198821988319884 +CONECT1988319882 +CONECT1988419882 +CONECT198851988619887 +CONECT1988619885 +CONECT1988719885 +CONECT198881988919890 +CONECT1988919888 +CONECT1989019888 +CONECT198911989219893 +CONECT1989219891 +CONECT1989319891 +CONECT198941989519896 +CONECT1989519894 +CONECT1989619894 +CONECT198971989819899 +CONECT1989819897 +CONECT1989919897 +CONECT199001990119902 +CONECT1990119900 +CONECT1990219900 +CONECT199031990419905 +CONECT1990419903 +CONECT1990519903 +CONECT199061990719908 +CONECT1990719906 +CONECT1990819906 +CONECT199091991019911 +CONECT1991019909 +CONECT1991119909 +CONECT199121991319914 +CONECT1991319912 +CONECT1991419912 +CONECT199151991619917 +CONECT1991619915 +CONECT1991719915 +CONECT199181991919920 +CONECT1991919918 +CONECT1992019918 +CONECT199211992219923 +CONECT1992219921 +CONECT1992319921 +CONECT199241992519926 +CONECT1992519924 +CONECT1992619924 +CONECT199271992819929 +CONECT1992819927 +CONECT1992919927 +CONECT199301993119932 +CONECT1993119930 +CONECT1993219930 +CONECT199331993419935 +CONECT1993419933 +CONECT1993519933 +CONECT199361993719938 +CONECT1993719936 +CONECT1993819936 +CONECT199391994019941 +CONECT1994019939 +CONECT1994119939 +CONECT199421994319944 +CONECT1994319942 +CONECT1994419942 +CONECT199451994619947 +CONECT1994619945 +CONECT1994719945 +CONECT199481994919950 +CONECT1994919948 +CONECT1995019948 +CONECT199511995219953 +CONECT1995219951 +CONECT1995319951 +CONECT199541995519956 +CONECT1995519954 +CONECT1995619954 +CONECT199571995819959 +CONECT1995819957 +CONECT1995919957 +CONECT199601996119962 +CONECT1996119960 +CONECT1996219960 +CONECT199631996419965 +CONECT1996419963 +CONECT1996519963 +CONECT199661996719968 +CONECT1996719966 +CONECT1996819966 +CONECT199691997019971 +CONECT1997019969 +CONECT1997119969 +CONECT199721997319974 +CONECT1997319972 +CONECT1997419972 +CONECT199751997619977 +CONECT1997619975 +CONECT1997719975 +CONECT199781997919980 +CONECT1997919978 +CONECT1998019978 +CONECT199811998219983 +CONECT1998219981 +CONECT1998319981 +CONECT199841998519986 +CONECT1998519984 +CONECT1998619984 +CONECT199871998819989 +CONECT1998819987 +CONECT1998919987 +CONECT199901999119992 +CONECT1999119990 +CONECT1999219990 +CONECT199931999419995 +CONECT1999419993 +CONECT1999519993 +CONECT199961999719998 +CONECT1999719996 +CONECT1999819996 +CONECT199992000020001 +CONECT2000019999 +CONECT2000119999 +CONECT200022000320004 +CONECT2000320002 +CONECT2000420002 +CONECT200052000620007 +CONECT2000620005 +CONECT2000720005 +CONECT200082000920010 +CONECT2000920008 +CONECT2001020008 +CONECT200112001220013 +CONECT2001220011 +CONECT2001320011 +CONECT200142001520016 +CONECT2001520014 +CONECT2001620014 +CONECT200172001820019 +CONECT2001820017 +CONECT2001920017 +CONECT200202002120022 +CONECT2002120020 +CONECT2002220020 +CONECT200232002420025 +CONECT2002420023 +CONECT2002520023 +CONECT200262002720028 +CONECT2002720026 +CONECT2002820026 +CONECT200292003020031 +CONECT2003020029 +CONECT2003120029 +CONECT200322003320034 +CONECT2003320032 +CONECT2003420032 +CONECT200352003620037 +CONECT2003620035 +CONECT2003720035 +CONECT200382003920040 +CONECT2003920038 +CONECT2004020038 +CONECT200412004220043 +CONECT2004220041 +CONECT2004320041 +CONECT200442004520046 +CONECT2004520044 +CONECT2004620044 +CONECT200472004820049 +CONECT2004820047 +CONECT2004920047 +CONECT200502005120052 +CONECT2005120050 +CONECT2005220050 +CONECT200532005420055 +CONECT2005420053 +CONECT2005520053 +CONECT200562005720058 +CONECT2005720056 +CONECT2005820056 +CONECT200592006020061 +CONECT2006020059 +CONECT2006120059 +CONECT200622006320064 +CONECT2006320062 +CONECT2006420062 +CONECT200652006620067 +CONECT2006620065 +CONECT2006720065 +CONECT200682006920070 +CONECT2006920068 +CONECT2007020068 +CONECT200712007220073 +CONECT2007220071 +CONECT2007320071 +CONECT200742007520076 +CONECT2007520074 +CONECT2007620074 +CONECT200772007820079 +CONECT2007820077 +CONECT2007920077 +CONECT200802008120082 +CONECT2008120080 +CONECT2008220080 +CONECT200832008420085 +CONECT2008420083 +CONECT2008520083 +CONECT200862008720088 +CONECT2008720086 +CONECT2008820086 +CONECT200892009020091 +CONECT2009020089 +CONECT2009120089 +CONECT200922009320094 +CONECT2009320092 +CONECT2009420092 +CONECT200952009620097 +CONECT2009620095 +CONECT2009720095 +CONECT200982009920100 +CONECT2009920098 +CONECT2010020098 +CONECT201012010220103 +CONECT2010220101 +CONECT2010320101 +CONECT201042010520106 +CONECT2010520104 +CONECT2010620104 +CONECT201072010820109 +CONECT2010820107 +CONECT2010920107 +CONECT201102011120112 +CONECT2011120110 +CONECT2011220110 +CONECT201132011420115 +CONECT2011420113 +CONECT2011520113 +CONECT201162011720118 +CONECT2011720116 +CONECT2011820116 +CONECT201192012020121 +CONECT2012020119 +CONECT2012120119 +CONECT201222012320124 +CONECT2012320122 +CONECT2012420122 +CONECT201252012620127 +CONECT2012620125 +CONECT2012720125 +CONECT201282012920130 +CONECT2012920128 +CONECT2013020128 +CONECT201312013220133 +CONECT2013220131 +CONECT2013320131 +CONECT201342013520136 +CONECT2013520134 +CONECT2013620134 +CONECT201372013820139 +CONECT2013820137 +CONECT2013920137 +CONECT201402014120142 +CONECT2014120140 +CONECT2014220140 +CONECT201432014420145 +CONECT2014420143 +CONECT2014520143 +CONECT201462014720148 +CONECT2014720146 +CONECT2014820146 +CONECT201492015020151 +CONECT2015020149 +CONECT2015120149 +CONECT201522015320154 +CONECT2015320152 +CONECT2015420152 +CONECT201552015620157 +CONECT2015620155 +CONECT2015720155 +CONECT201582015920160 +CONECT2015920158 +CONECT2016020158 +CONECT201612016220163 +CONECT2016220161 +CONECT2016320161 +CONECT201642016520166 +CONECT2016520164 +CONECT2016620164 +CONECT201672016820169 +CONECT2016820167 +CONECT2016920167 +CONECT201702017120172 +CONECT2017120170 +CONECT2017220170 +CONECT201732017420175 +CONECT2017420173 +CONECT2017520173 +CONECT201762017720178 +CONECT2017720176 +CONECT2017820176 +CONECT201792018020181 +CONECT2018020179 +CONECT2018120179 +CONECT201822018320184 +CONECT2018320182 +CONECT2018420182 +CONECT201852018620187 +CONECT2018620185 +CONECT2018720185 +CONECT201882018920190 +CONECT2018920188 +CONECT2019020188 +CONECT201912019220193 +CONECT2019220191 +CONECT2019320191 +CONECT201942019520196 +CONECT2019520194 +CONECT2019620194 +CONECT201972019820199 +CONECT2019820197 +CONECT2019920197 +CONECT202002020120202 +CONECT2020120200 +CONECT2020220200 +CONECT202032020420205 +CONECT2020420203 +CONECT2020520203 +CONECT202062020720208 +CONECT2020720206 +CONECT2020820206 +CONECT202092021020211 +CONECT2021020209 +CONECT2021120209 +CONECT202122021320214 +CONECT2021320212 +CONECT2021420212 +CONECT202152021620217 +CONECT2021620215 +CONECT2021720215 +CONECT202182021920220 +CONECT2021920218 +CONECT2022020218 +CONECT202212022220223 +CONECT2022220221 +CONECT2022320221 +CONECT202242022520226 +CONECT2022520224 +CONECT2022620224 +CONECT202272022820229 +CONECT2022820227 +CONECT2022920227 +CONECT202302023120232 +CONECT2023120230 +CONECT2023220230 +CONECT202332023420235 +CONECT2023420233 +CONECT2023520233 +CONECT202362023720238 +CONECT2023720236 +CONECT2023820236 +CONECT202392024020241 +CONECT2024020239 +CONECT2024120239 +CONECT202422024320244 +CONECT2024320242 +CONECT2024420242 +CONECT202452024620247 +CONECT2024620245 +CONECT2024720245 +CONECT202482024920250 +CONECT2024920248 +CONECT2025020248 +CONECT202512025220253 +CONECT2025220251 +CONECT2025320251 +CONECT202542025520256 +CONECT2025520254 +CONECT2025620254 +CONECT202572025820259 +CONECT2025820257 +CONECT2025920257 +CONECT202602026120262 +CONECT2026120260 +CONECT2026220260 +CONECT202632026420265 +CONECT2026420263 +CONECT2026520263 +CONECT202662026720268 +CONECT2026720266 +CONECT2026820266 +CONECT202692027020271 +CONECT2027020269 +CONECT2027120269 +CONECT202722027320274 +CONECT2027320272 +CONECT2027420272 +CONECT202752027620277 +CONECT2027620275 +CONECT2027720275 +CONECT202782027920280 +CONECT2027920278 +CONECT2028020278 +CONECT202812028220283 +CONECT2028220281 +CONECT2028320281 +CONECT202842028520286 +CONECT2028520284 +CONECT2028620284 +CONECT202872028820289 +CONECT2028820287 +CONECT2028920287 +CONECT202902029120292 +CONECT2029120290 +CONECT2029220290 +CONECT202932029420295 +CONECT2029420293 +CONECT2029520293 +CONECT202962029720298 +CONECT2029720296 +CONECT2029820296 +CONECT202992030020301 +CONECT2030020299 +CONECT2030120299 +CONECT203022030320304 +CONECT2030320302 +CONECT2030420302 +CONECT203052030620307 +CONECT2030620305 +CONECT2030720305 +CONECT203082030920310 +CONECT2030920308 +CONECT2031020308 +CONECT203112031220313 +CONECT2031220311 +CONECT2031320311 +CONECT203142031520316 +CONECT2031520314 +CONECT2031620314 +CONECT203172031820319 +CONECT2031820317 +CONECT2031920317 +CONECT203202032120322 +CONECT2032120320 +CONECT2032220320 +CONECT203232032420325 +CONECT2032420323 +CONECT2032520323 +CONECT203262032720328 +CONECT2032720326 +CONECT2032820326 +CONECT203292033020331 +CONECT2033020329 +CONECT2033120329 +CONECT203322033320334 +CONECT2033320332 +CONECT2033420332 +CONECT203352033620337 +CONECT2033620335 +CONECT2033720335 +CONECT203382033920340 +CONECT2033920338 +CONECT2034020338 +CONECT203412034220343 +CONECT2034220341 +CONECT2034320341 +CONECT203442034520346 +CONECT2034520344 +CONECT2034620344 +CONECT203472034820349 +CONECT2034820347 +CONECT2034920347 +CONECT203502035120352 +CONECT2035120350 +CONECT2035220350 +CONECT203532035420355 +CONECT2035420353 +CONECT2035520353 +CONECT203562035720358 +CONECT2035720356 +CONECT2035820356 +CONECT203592036020361 +CONECT2036020359 +CONECT2036120359 +CONECT203622036320364 +CONECT2036320362 +CONECT2036420362 +CONECT203652036620367 +CONECT2036620365 +CONECT2036720365 +CONECT203682036920370 +CONECT2036920368 +CONECT2037020368 +CONECT203712037220373 +CONECT2037220371 +CONECT2037320371 +CONECT203742037520376 +CONECT2037520374 +CONECT2037620374 +CONECT203772037820379 +CONECT2037820377 +CONECT2037920377 +CONECT203802038120382 +CONECT2038120380 +CONECT2038220380 +CONECT203832038420385 +CONECT2038420383 +CONECT2038520383 +CONECT203862038720388 +CONECT2038720386 +CONECT2038820386 +CONECT203892039020391 +CONECT2039020389 +CONECT2039120389 +CONECT203922039320394 +CONECT2039320392 +CONECT2039420392 +CONECT203952039620397 +CONECT2039620395 +CONECT2039720395 +CONECT203982039920400 +CONECT2039920398 +CONECT2040020398 +CONECT204012040220403 +CONECT2040220401 +CONECT2040320401 +CONECT204042040520406 +CONECT2040520404 +CONECT2040620404 +CONECT204072040820409 +CONECT2040820407 +CONECT2040920407 +CONECT204102041120412 +CONECT2041120410 +CONECT2041220410 +CONECT204132041420415 +CONECT2041420413 +CONECT2041520413 +CONECT204162041720418 +CONECT2041720416 +CONECT2041820416 +CONECT204192042020421 +CONECT2042020419 +CONECT2042120419 +CONECT204222042320424 +CONECT2042320422 +CONECT2042420422 +CONECT204252042620427 +CONECT2042620425 +CONECT2042720425 +CONECT204282042920430 +CONECT2042920428 +CONECT2043020428 +CONECT204312043220433 +CONECT2043220431 +CONECT2043320431 +CONECT204342043520436 +CONECT2043520434 +CONECT2043620434 +CONECT204372043820439 +CONECT2043820437 +CONECT2043920437 +CONECT204402044120442 +CONECT2044120440 +CONECT2044220440 +CONECT204432044420445 +CONECT2044420443 +CONECT2044520443 +CONECT204462044720448 +CONECT2044720446 +CONECT2044820446 +CONECT204492045020451 +CONECT2045020449 +CONECT2045120449 +CONECT204522045320454 +CONECT2045320452 +CONECT2045420452 +CONECT204552045620457 +CONECT2045620455 +CONECT2045720455 +CONECT204582045920460 +CONECT2045920458 +CONECT2046020458 +CONECT204612046220463 +CONECT2046220461 +CONECT2046320461 +CONECT204642046520466 +CONECT2046520464 +CONECT2046620464 +CONECT204672046820469 +CONECT2046820467 +CONECT2046920467 +CONECT204702047120472 +CONECT2047120470 +CONECT2047220470 +CONECT204732047420475 +CONECT2047420473 +CONECT2047520473 +CONECT204762047720478 +CONECT2047720476 +CONECT2047820476 +CONECT204792048020481 +CONECT2048020479 +CONECT2048120479 +CONECT204822048320484 +CONECT2048320482 +CONECT2048420482 +CONECT204852048620487 +CONECT2048620485 +CONECT2048720485 +CONECT204882048920490 +CONECT2048920488 +CONECT2049020488 +CONECT204912049220493 +CONECT2049220491 +CONECT2049320491 +CONECT204942049520496 +CONECT2049520494 +CONECT2049620494 +CONECT204972049820499 +CONECT2049820497 +CONECT2049920497 +CONECT205002050120502 +CONECT2050120500 +CONECT2050220500 +CONECT205032050420505 +CONECT2050420503 +CONECT2050520503 +CONECT205062050720508 +CONECT2050720506 +CONECT2050820506 +CONECT205092051020511 +CONECT2051020509 +CONECT2051120509 +CONECT205122051320514 +CONECT2051320512 +CONECT2051420512 +CONECT205152051620517 +CONECT2051620515 +CONECT2051720515 +CONECT205182051920520 +CONECT2051920518 +CONECT2052020518 +CONECT205212052220523 +CONECT2052220521 +CONECT2052320521 +CONECT205242052520526 +CONECT2052520524 +CONECT2052620524 +CONECT205272052820529 +CONECT2052820527 +CONECT2052920527 +CONECT205302053120532 +CONECT2053120530 +CONECT2053220530 +CONECT205332053420535 +CONECT2053420533 +CONECT2053520533 +CONECT205362053720538 +CONECT2053720536 +CONECT2053820536 +CONECT205392054020541 +CONECT2054020539 +CONECT2054120539 +CONECT205422054320544 +CONECT2054320542 +CONECT2054420542 +CONECT205452054620547 +CONECT2054620545 +CONECT2054720545 +CONECT205482054920550 +CONECT2054920548 +CONECT2055020548 +CONECT205512055220553 +CONECT2055220551 +CONECT2055320551 +CONECT205542055520556 +CONECT2055520554 +CONECT2055620554 +CONECT205572055820559 +CONECT2055820557 +CONECT2055920557 +CONECT205602056120562 +CONECT2056120560 +CONECT2056220560 +CONECT205632056420565 +CONECT2056420563 +CONECT2056520563 +CONECT205662056720568 +CONECT2056720566 +CONECT2056820566 +CONECT205692057020571 +CONECT2057020569 +CONECT2057120569 +CONECT205722057320574 +CONECT2057320572 +CONECT2057420572 +CONECT205752057620577 +CONECT2057620575 +CONECT2057720575 +CONECT205782057920580 +CONECT2057920578 +CONECT2058020578 +CONECT205812058220583 +CONECT2058220581 +CONECT2058320581 +CONECT205842058520586 +CONECT2058520584 +CONECT2058620584 +CONECT205872058820589 +CONECT2058820587 +CONECT2058920587 +CONECT205902059120592 +CONECT2059120590 +CONECT2059220590 +CONECT205932059420595 +CONECT2059420593 +CONECT2059520593 +CONECT205962059720598 +CONECT2059720596 +CONECT2059820596 +CONECT205992060020601 +CONECT2060020599 +CONECT2060120599 +CONECT206022060320604 +CONECT2060320602 +CONECT2060420602 +CONECT206052060620607 +CONECT2060620605 +CONECT2060720605 +CONECT206082060920610 +CONECT2060920608 +CONECT2061020608 +CONECT206112061220613 +CONECT2061220611 +CONECT2061320611 +CONECT206142061520616 +CONECT2061520614 +CONECT2061620614 +CONECT206172061820619 +CONECT2061820617 +CONECT2061920617 +CONECT206202062120622 +CONECT2062120620 +CONECT2062220620 +CONECT206232062420625 +CONECT2062420623 +CONECT2062520623 +CONECT206262062720628 +CONECT2062720626 +CONECT2062820626 +CONECT206292063020631 +CONECT2063020629 +CONECT2063120629 +CONECT206322063320634 +CONECT2063320632 +CONECT2063420632 +CONECT206352063620637 +CONECT2063620635 +CONECT2063720635 +CONECT206382063920640 +CONECT2063920638 +CONECT2064020638 +CONECT206412064220643 +CONECT2064220641 +CONECT2064320641 +CONECT206442064520646 +CONECT2064520644 +CONECT2064620644 +CONECT206472064820649 +CONECT2064820647 +CONECT2064920647 +CONECT206502065120652 +CONECT2065120650 +CONECT2065220650 +CONECT206532065420655 +CONECT2065420653 +CONECT2065520653 +CONECT206562065720658 +CONECT2065720656 +CONECT2065820656 +CONECT206592066020661 +CONECT2066020659 +CONECT2066120659 +CONECT206622066320664 +CONECT2066320662 +CONECT2066420662 +CONECT206652066620667 +CONECT2066620665 +CONECT2066720665 +CONECT206682066920670 +CONECT2066920668 +CONECT2067020668 +CONECT206712067220673 +CONECT2067220671 +CONECT2067320671 +CONECT206742067520676 +CONECT2067520674 +CONECT2067620674 +CONECT206772067820679 +CONECT2067820677 +CONECT2067920677 +CONECT206802068120682 +CONECT2068120680 +CONECT2068220680 +CONECT206832068420685 +CONECT2068420683 +CONECT2068520683 +CONECT206862068720688 +CONECT2068720686 +CONECT2068820686 +CONECT206892069020691 +CONECT2069020689 +CONECT2069120689 +CONECT206922069320694 +CONECT2069320692 +CONECT2069420692 +CONECT206952069620697 +CONECT2069620695 +CONECT2069720695 +CONECT206982069920700 +CONECT2069920698 +CONECT2070020698 +CONECT207012070220703 +CONECT2070220701 +CONECT2070320701 +CONECT207042070520706 +CONECT2070520704 +CONECT2070620704 +CONECT207072070820709 +CONECT2070820707 +CONECT2070920707 +CONECT207102071120712 +CONECT2071120710 +CONECT2071220710 +CONECT207132071420715 +CONECT2071420713 +CONECT2071520713 +CONECT207162071720718 +CONECT2071720716 +CONECT2071820716 +CONECT207192072020721 +CONECT2072020719 +CONECT2072120719 +CONECT207222072320724 +CONECT2072320722 +CONECT2072420722 +CONECT207252072620727 +CONECT2072620725 +CONECT2072720725 +CONECT207282072920730 +CONECT2072920728 +CONECT2073020728 +CONECT207312073220733 +CONECT2073220731 +CONECT2073320731 +CONECT207342073520736 +CONECT2073520734 +CONECT2073620734 +CONECT207372073820739 +CONECT2073820737 +CONECT2073920737 +CONECT207402074120742 +CONECT2074120740 +CONECT2074220740 +CONECT207432074420745 +CONECT2074420743 +CONECT2074520743 +CONECT207462074720748 +CONECT2074720746 +CONECT2074820746 +CONECT207492075020751 +CONECT2075020749 +CONECT2075120749 +CONECT207522075320754 +CONECT2075320752 +CONECT2075420752 +CONECT207552075620757 +CONECT2075620755 +CONECT2075720755 +CONECT207582075920760 +CONECT2075920758 +CONECT2076020758 +CONECT207612076220763 +CONECT2076220761 +CONECT2076320761 +CONECT207642076520766 +CONECT2076520764 +CONECT2076620764 +CONECT207672076820769 +CONECT2076820767 +CONECT2076920767 +CONECT207702077120772 +CONECT2077120770 +CONECT2077220770 +CONECT207732077420775 +CONECT2077420773 +CONECT2077520773 +CONECT207762077720778 +CONECT2077720776 +CONECT2077820776 +CONECT207792078020781 +CONECT2078020779 +CONECT2078120779 +CONECT207822078320784 +CONECT2078320782 +CONECT2078420782 +CONECT207852078620787 +CONECT2078620785 +CONECT2078720785 +CONECT207882078920790 +CONECT2078920788 +CONECT2079020788 +CONECT207912079220793 +CONECT2079220791 +CONECT2079320791 +CONECT207942079520796 +CONECT2079520794 +CONECT2079620794 +CONECT207972079820799 +CONECT2079820797 +CONECT2079920797 +CONECT208002080120802 +CONECT2080120800 +CONECT2080220800 +CONECT208032080420805 +CONECT2080420803 +CONECT2080520803 +CONECT208062080720808 +CONECT2080720806 +CONECT2080820806 +CONECT208092081020811 +CONECT2081020809 +CONECT2081120809 +CONECT208122081320814 +CONECT2081320812 +CONECT2081420812 +CONECT208152081620817 +CONECT2081620815 +CONECT2081720815 +CONECT208182081920820 +CONECT2081920818 +CONECT2082020818 +CONECT208212082220823 +CONECT2082220821 +CONECT2082320821 +CONECT208242082520826 +CONECT2082520824 +CONECT2082620824 +CONECT208272082820829 +CONECT2082820827 +CONECT2082920827 +CONECT208302083120832 +CONECT2083120830 +CONECT2083220830 +CONECT208332083420835 +CONECT2083420833 +CONECT2083520833 +CONECT208362083720838 +CONECT2083720836 +CONECT2083820836 +CONECT208392084020841 +CONECT2084020839 +CONECT2084120839 +CONECT208422084320844 +CONECT2084320842 +CONECT2084420842 +CONECT208452084620847 +CONECT2084620845 +CONECT2084720845 +CONECT208482084920850 +CONECT2084920848 +CONECT2085020848 +CONECT208512085220853 +CONECT2085220851 +CONECT2085320851 +CONECT208542085520856 +CONECT2085520854 +CONECT2085620854 +CONECT208572085820859 +CONECT2085820857 +CONECT2085920857 +CONECT208602086120862 +CONECT2086120860 +CONECT2086220860 +CONECT208632086420865 +CONECT2086420863 +CONECT2086520863 +CONECT208662086720868 +CONECT2086720866 +CONECT2086820866 +CONECT208692087020871 +CONECT2087020869 +CONECT2087120869 +CONECT208722087320874 +CONECT2087320872 +CONECT2087420872 +CONECT208752087620877 +CONECT2087620875 +CONECT2087720875 +CONECT208782087920880 +CONECT2087920878 +CONECT2088020878 +CONECT208812088220883 +CONECT2088220881 +CONECT2088320881 +CONECT208842088520886 +CONECT2088520884 +CONECT2088620884 +CONECT208872088820889 +CONECT2088820887 +CONECT2088920887 +CONECT208902089120892 +CONECT2089120890 +CONECT2089220890 +CONECT208932089420895 +CONECT2089420893 +CONECT2089520893 +CONECT208962089720898 +CONECT2089720896 +CONECT2089820896 +CONECT208992090020901 +CONECT2090020899 +CONECT2090120899 +CONECT209022090320904 +CONECT2090320902 +CONECT2090420902 +CONECT209052090620907 +CONECT2090620905 +CONECT2090720905 +CONECT209082090920910 +CONECT2090920908 +CONECT2091020908 +CONECT209112091220913 +CONECT2091220911 +CONECT2091320911 +CONECT209142091520916 +CONECT2091520914 +CONECT2091620914 +CONECT209172091820919 +CONECT2091820917 +CONECT2091920917 +CONECT209202092120922 +CONECT2092120920 +CONECT2092220920 +CONECT209232092420925 +CONECT2092420923 +CONECT2092520923 +CONECT209262092720928 +CONECT2092720926 +CONECT2092820926 +CONECT209292093020931 +CONECT2093020929 +CONECT2093120929 +CONECT209322093320934 +CONECT2093320932 +CONECT2093420932 +CONECT209352093620937 +CONECT2093620935 +CONECT2093720935 +CONECT209382093920940 +CONECT2093920938 +CONECT2094020938 +CONECT209412094220943 +CONECT2094220941 +CONECT2094320941 +CONECT209442094520946 +CONECT2094520944 +CONECT2094620944 +CONECT209472094820949 +CONECT2094820947 +CONECT2094920947 +CONECT209502095120952 +CONECT2095120950 +CONECT2095220950 +CONECT209532095420955 +CONECT2095420953 +CONECT2095520953 +CONECT209562095720958 +CONECT2095720956 +CONECT2095820956 +CONECT209592096020961 +CONECT2096020959 +CONECT2096120959 +CONECT209622096320964 +CONECT2096320962 +CONECT2096420962 +CONECT209652096620967 +CONECT2096620965 +CONECT2096720965 +CONECT209682096920970 +CONECT2096920968 +CONECT2097020968 +CONECT209712097220973 +CONECT2097220971 +CONECT2097320971 +CONECT209742097520976 +CONECT2097520974 +CONECT2097620974 +CONECT209772097820979 +CONECT2097820977 +CONECT2097920977 +CONECT209802098120982 +CONECT2098120980 +CONECT2098220980 +CONECT209832098420985 +CONECT2098420983 +CONECT2098520983 +CONECT209862098720988 +CONECT2098720986 +CONECT2098820986 +CONECT209892099020991 +CONECT2099020989 +CONECT2099120989 +CONECT209922099320994 +CONECT2099320992 +CONECT2099420992 +CONECT209952099620997 +CONECT2099620995 +CONECT2099720995 +CONECT209982099921000 +CONECT2099920998 +CONECT2100020998 +CONECT210012100221003 +CONECT2100221001 +CONECT2100321001 +CONECT210042100521006 +CONECT2100521004 +CONECT2100621004 +CONECT210072100821009 +CONECT2100821007 +CONECT2100921007 +CONECT210102101121012 +CONECT2101121010 +CONECT2101221010 +CONECT210132101421015 +CONECT2101421013 +CONECT2101521013 +CONECT210162101721018 +CONECT2101721016 +CONECT2101821016 +CONECT210192102021021 +CONECT2102021019 +CONECT2102121019 +CONECT210222102321024 +CONECT2102321022 +CONECT2102421022 +CONECT210252102621027 +CONECT2102621025 +CONECT2102721025 +CONECT210282102921030 +CONECT2102921028 +CONECT2103021028 +CONECT210312103221033 +CONECT2103221031 +CONECT2103321031 +CONECT210342103521036 +CONECT2103521034 +CONECT2103621034 +CONECT210372103821039 +CONECT2103821037 +CONECT2103921037 +CONECT210402104121042 +CONECT2104121040 +CONECT2104221040 +CONECT210432104421045 +CONECT2104421043 +CONECT2104521043 +CONECT210462104721048 +CONECT2104721046 +CONECT2104821046 +CONECT210492105021051 +CONECT2105021049 +CONECT2105121049 +CONECT210522105321054 +CONECT2105321052 +CONECT2105421052 +CONECT210552105621057 +CONECT2105621055 +CONECT2105721055 +CONECT210582105921060 +CONECT2105921058 +CONECT2106021058 +CONECT210612106221063 +CONECT2106221061 +CONECT2106321061 +CONECT210642106521066 +CONECT2106521064 +CONECT2106621064 +CONECT210672106821069 +CONECT2106821067 +CONECT2106921067 +CONECT210702107121072 +CONECT2107121070 +CONECT2107221070 +CONECT210732107421075 +CONECT2107421073 +CONECT2107521073 +CONECT210762107721078 +CONECT2107721076 +CONECT2107821076 +CONECT210792108021081 +CONECT2108021079 +CONECT2108121079 +CONECT210822108321084 +CONECT2108321082 +CONECT2108421082 +CONECT210852108621087 +CONECT2108621085 +CONECT2108721085 +CONECT210882108921090 +CONECT2108921088 +CONECT2109021088 +CONECT210912109221093 +CONECT2109221091 +CONECT2109321091 +CONECT210942109521096 +CONECT2109521094 +CONECT2109621094 +CONECT210972109821099 +CONECT2109821097 +CONECT2109921097 +CONECT211002110121102 +CONECT2110121100 +CONECT2110221100 +CONECT211032110421105 +CONECT2110421103 +CONECT2110521103 +CONECT211062110721108 +CONECT2110721106 +CONECT2110821106 +CONECT211092111021111 +CONECT2111021109 +CONECT2111121109 +CONECT211122111321114 +CONECT2111321112 +CONECT2111421112 +CONECT211152111621117 +CONECT2111621115 +CONECT2111721115 +CONECT211182111921120 +CONECT2111921118 +CONECT2112021118 +CONECT211212112221123 +CONECT2112221121 +CONECT2112321121 +CONECT211242112521126 +CONECT2112521124 +CONECT2112621124 +CONECT211272112821129 +CONECT2112821127 +CONECT2112921127 +CONECT211302113121132 +CONECT2113121130 +CONECT2113221130 +CONECT211332113421135 +CONECT2113421133 +CONECT2113521133 +CONECT211362113721138 +CONECT2113721136 +CONECT2113821136 +CONECT211392114021141 +CONECT2114021139 +CONECT2114121139 +CONECT211422114321144 +CONECT2114321142 +CONECT2114421142 +CONECT211452114621147 +CONECT2114621145 +CONECT2114721145 +CONECT211482114921150 +CONECT2114921148 +CONECT2115021148 +CONECT211512115221153 +CONECT2115221151 +CONECT2115321151 +CONECT211542115521156 +CONECT2115521154 +CONECT2115621154 +CONECT211572115821159 +CONECT2115821157 +CONECT2115921157 +CONECT211602116121162 +CONECT2116121160 +CONECT2116221160 +CONECT211632116421165 +CONECT2116421163 +CONECT2116521163 +CONECT211662116721168 +CONECT2116721166 +CONECT2116821166 +CONECT211692117021171 +CONECT2117021169 +CONECT2117121169 +CONECT211722117321174 +CONECT2117321172 +CONECT2117421172 +CONECT211752117621177 +CONECT2117621175 +CONECT2117721175 +CONECT211782117921180 +CONECT2117921178 +CONECT2118021178 +CONECT211812118221183 +CONECT2118221181 +CONECT2118321181 +CONECT211842118521186 +CONECT2118521184 +CONECT2118621184 +CONECT211872118821189 +CONECT2118821187 +CONECT2118921187 +CONECT211902119121192 +CONECT2119121190 +CONECT2119221190 +CONECT211932119421195 +CONECT2119421193 +CONECT2119521193 +CONECT211962119721198 +CONECT2119721196 +CONECT2119821196 +CONECT211992120021201 +CONECT2120021199 +CONECT2120121199 +CONECT212022120321204 +CONECT2120321202 +CONECT2120421202 +CONECT212052120621207 +CONECT2120621205 +CONECT2120721205 +CONECT212082120921210 +CONECT2120921208 +CONECT2121021208 +CONECT212112121221213 +CONECT2121221211 +CONECT2121321211 +CONECT212142121521216 +CONECT2121521214 +CONECT2121621214 +CONECT212172121821219 +CONECT2121821217 +CONECT2121921217 +CONECT212202122121222 +CONECT2122121220 +CONECT2122221220 +CONECT212232122421225 +CONECT2122421223 +CONECT2122521223 +CONECT212262122721228 +CONECT2122721226 +CONECT2122821226 +CONECT212292123021231 +CONECT2123021229 +CONECT2123121229 +CONECT212322123321234 +CONECT2123321232 +CONECT2123421232 +CONECT212352123621237 +CONECT2123621235 +CONECT2123721235 +CONECT212382123921240 +CONECT2123921238 +CONECT2124021238 +CONECT212412124221243 +CONECT2124221241 +CONECT2124321241 +CONECT212442124521246 +CONECT2124521244 +CONECT2124621244 +CONECT212472124821249 +CONECT2124821247 +CONECT2124921247 +CONECT212502125121252 +CONECT2125121250 +CONECT2125221250 +CONECT212532125421255 +CONECT2125421253 +CONECT2125521253 +CONECT212562125721258 +CONECT2125721256 +CONECT2125821256 +CONECT212592126021261 +CONECT2126021259 +CONECT2126121259 +CONECT212622126321264 +CONECT2126321262 +CONECT2126421262 +CONECT212652126621267 +CONECT2126621265 +CONECT2126721265 +CONECT212682126921270 +CONECT2126921268 +CONECT2127021268 +CONECT212712127221273 +CONECT2127221271 +CONECT2127321271 +CONECT212742127521276 +CONECT2127521274 +CONECT2127621274 +CONECT212772127821279 +CONECT2127821277 +CONECT2127921277 +CONECT212802128121282 +CONECT2128121280 +CONECT2128221280 +CONECT212832128421285 +CONECT2128421283 +CONECT2128521283 +CONECT212862128721288 +CONECT2128721286 +CONECT2128821286 +CONECT212892129021291 +CONECT2129021289 +CONECT2129121289 +CONECT212922129321294 +CONECT2129321292 +CONECT2129421292 +CONECT212952129621297 +CONECT2129621295 +CONECT2129721295 +CONECT212982129921300 +CONECT2129921298 +CONECT2130021298 +CONECT213012130221303 +CONECT2130221301 +CONECT2130321301 +CONECT213042130521306 +CONECT2130521304 +CONECT2130621304 +CONECT213072130821309 +CONECT2130821307 +CONECT2130921307 +CONECT213102131121312 +CONECT2131121310 +CONECT2131221310 +CONECT213132131421315 +CONECT2131421313 +CONECT2131521313 +CONECT213162131721318 +CONECT2131721316 +CONECT2131821316 +CONECT213192132021321 +CONECT2132021319 +CONECT2132121319 +CONECT213222132321324 +CONECT2132321322 +CONECT2132421322 +CONECT213252132621327 +CONECT2132621325 +CONECT2132721325 +CONECT213282132921330 +CONECT2132921328 +CONECT2133021328 +CONECT213312133221333 +CONECT2133221331 +CONECT2133321331 +CONECT213342133521336 +CONECT2133521334 +CONECT2133621334 +CONECT213372133821339 +CONECT2133821337 +CONECT2133921337 +CONECT213402134121342 +CONECT2134121340 +CONECT2134221340 +CONECT213432134421345 +CONECT2134421343 +CONECT2134521343 +CONECT213462134721348 +CONECT2134721346 +CONECT2134821346 +CONECT213492135021351 +CONECT2135021349 +CONECT2135121349 +CONECT213522135321354 +CONECT2135321352 +CONECT2135421352 +CONECT213552135621357 +CONECT2135621355 +CONECT2135721355 +CONECT213582135921360 +CONECT2135921358 +CONECT2136021358 +CONECT213612136221363 +CONECT2136221361 +CONECT2136321361 +CONECT213642136521366 +CONECT2136521364 +CONECT2136621364 +CONECT213672136821369 +CONECT2136821367 +CONECT2136921367 +CONECT213702137121372 +CONECT2137121370 +CONECT2137221370 +CONECT213732137421375 +CONECT2137421373 +CONECT2137521373 +CONECT213762137721378 +CONECT2137721376 +CONECT2137821376 +CONECT213792138021381 +CONECT2138021379 +CONECT2138121379 +CONECT213822138321384 +CONECT2138321382 +CONECT2138421382 +CONECT213852138621387 +CONECT2138621385 +CONECT2138721385 +CONECT213882138921390 +CONECT2138921388 +CONECT2139021388 +CONECT213912139221393 +CONECT2139221391 +CONECT2139321391 +CONECT213942139521396 +CONECT2139521394 +CONECT2139621394 +CONECT213972139821399 +CONECT2139821397 +CONECT2139921397 +CONECT214002140121402 +CONECT2140121400 +CONECT2140221400 +CONECT214032140421405 +CONECT2140421403 +CONECT2140521403 +CONECT214062140721408 +CONECT2140721406 +CONECT2140821406 +CONECT214092141021411 +CONECT2141021409 +CONECT2141121409 +CONECT214122141321414 +CONECT2141321412 +CONECT2141421412 +CONECT214152141621417 +CONECT2141621415 +CONECT2141721415 +CONECT214182141921420 +CONECT2141921418 +CONECT2142021418 +CONECT214212142221423 +CONECT2142221421 +CONECT2142321421 +CONECT214242142521426 +CONECT2142521424 +CONECT2142621424 +CONECT214272142821429 +CONECT2142821427 +CONECT2142921427 +CONECT214302143121432 +CONECT2143121430 +CONECT2143221430 +CONECT214332143421435 +CONECT2143421433 +CONECT2143521433 +CONECT214362143721438 +CONECT2143721436 +CONECT2143821436 +CONECT214392144021441 +CONECT2144021439 +CONECT2144121439 +CONECT214422144321444 +CONECT2144321442 +CONECT2144421442 +CONECT214452144621447 +CONECT2144621445 +CONECT2144721445 +CONECT214482144921450 +CONECT2144921448 +CONECT2145021448 +CONECT214512145221453 +CONECT2145221451 +CONECT2145321451 +CONECT214542145521456 +CONECT2145521454 +CONECT2145621454 +CONECT214572145821459 +CONECT2145821457 +CONECT2145921457 +CONECT214602146121462 +CONECT2146121460 +CONECT2146221460 +CONECT214632146421465 +CONECT2146421463 +CONECT2146521463 +CONECT214662146721468 +CONECT2146721466 +CONECT2146821466 +CONECT214692147021471 +CONECT2147021469 +CONECT2147121469 +CONECT214722147321474 +CONECT2147321472 +CONECT2147421472 +CONECT214752147621477 +CONECT2147621475 +CONECT2147721475 +CONECT214782147921480 +CONECT2147921478 +CONECT2148021478 +CONECT214812148221483 +CONECT2148221481 +CONECT2148321481 +CONECT214842148521486 +CONECT2148521484 +CONECT2148621484 +CONECT214872148821489 +CONECT2148821487 +CONECT2148921487 +CONECT214902149121492 +CONECT2149121490 +CONECT2149221490 +CONECT214932149421495 +CONECT2149421493 +CONECT2149521493 +CONECT214962149721498 +CONECT2149721496 +CONECT2149821496 +CONECT214992150021501 +CONECT2150021499 +CONECT2150121499 +CONECT215022150321504 +CONECT2150321502 +CONECT2150421502 +CONECT215052150621507 +CONECT2150621505 +CONECT2150721505 +CONECT215082150921510 +CONECT2150921508 +CONECT2151021508 +CONECT215112151221513 +CONECT2151221511 +CONECT2151321511 +CONECT215142151521516 +CONECT2151521514 +CONECT2151621514 +CONECT215172151821519 +CONECT2151821517 +CONECT2151921517 +CONECT215202152121522 +CONECT2152121520 +CONECT2152221520 +CONECT215232152421525 +CONECT2152421523 +CONECT2152521523 +CONECT215262152721528 +CONECT2152721526 +CONECT2152821526 +CONECT215292153021531 +CONECT2153021529 +CONECT2153121529 +CONECT215322153321534 +CONECT2153321532 +CONECT2153421532 +CONECT215352153621537 +CONECT2153621535 +CONECT2153721535 +CONECT215382153921540 +CONECT2153921538 +CONECT2154021538 +CONECT215412154221543 +CONECT2154221541 +CONECT2154321541 +CONECT215442154521546 +CONECT2154521544 +CONECT2154621544 +CONECT215472154821549 +CONECT2154821547 +CONECT2154921547 +CONECT215502155121552 +CONECT2155121550 +CONECT2155221550 +CONECT215532155421555 +CONECT2155421553 +CONECT2155521553 +CONECT215562155721558 +CONECT2155721556 +CONECT2155821556 +CONECT215592156021561 +CONECT2156021559 +CONECT2156121559 +CONECT215622156321564 +CONECT2156321562 +CONECT2156421562 +CONECT215652156621567 +CONECT2156621565 +CONECT2156721565 +CONECT215682156921570 +CONECT2156921568 +CONECT2157021568 +CONECT215712157221573 +CONECT2157221571 +CONECT2157321571 +CONECT215742157521576 +CONECT2157521574 +CONECT2157621574 +CONECT215772157821579 +CONECT2157821577 +CONECT2157921577 +CONECT215802158121582 +CONECT2158121580 +CONECT2158221580 +CONECT215832158421585 +CONECT2158421583 +CONECT2158521583 +CONECT215862158721588 +CONECT2158721586 +CONECT2158821586 +CONECT215892159021591 +CONECT2159021589 +CONECT2159121589 +CONECT215922159321594 +CONECT2159321592 +CONECT2159421592 +CONECT215952159621597 +CONECT2159621595 +CONECT2159721595 +CONECT215982159921600 +CONECT2159921598 +CONECT2160021598 +CONECT216012160221603 +CONECT2160221601 +CONECT2160321601 +CONECT216042160521606 +CONECT2160521604 +CONECT2160621604 +CONECT216072160821609 +CONECT2160821607 +CONECT2160921607 +CONECT216102161121612 +CONECT2161121610 +CONECT2161221610 +CONECT216132161421615 +CONECT2161421613 +CONECT2161521613 +CONECT216162161721618 +CONECT2161721616 +CONECT2161821616 +CONECT216192162021621 +CONECT2162021619 +CONECT2162121619 +CONECT216222162321624 +CONECT2162321622 +CONECT2162421622 +CONECT216252162621627 +CONECT2162621625 +CONECT2162721625 +CONECT216282162921630 +CONECT2162921628 +CONECT2163021628 +CONECT216312163221633 +CONECT2163221631 +CONECT2163321631 +CONECT216342163521636 +CONECT2163521634 +CONECT2163621634 +CONECT216372163821639 +CONECT2163821637 +CONECT2163921637 +CONECT216402164121642 +CONECT2164121640 +CONECT2164221640 +CONECT216432164421645 +CONECT2164421643 +CONECT2164521643 +CONECT216462164721648 +CONECT2164721646 +CONECT2164821646 +CONECT216492165021651 +CONECT2165021649 +CONECT2165121649 +CONECT216522165321654 +CONECT2165321652 +CONECT2165421652 +CONECT216552165621657 +CONECT2165621655 +CONECT2165721655 +CONECT216582165921660 +CONECT2165921658 +CONECT2166021658 +CONECT216612166221663 +CONECT2166221661 +CONECT2166321661 +CONECT216642166521666 +CONECT2166521664 +CONECT2166621664 +CONECT216672166821669 +CONECT2166821667 +CONECT2166921667 +CONECT216702167121672 +CONECT2167121670 +CONECT2167221670 +CONECT216732167421675 +CONECT2167421673 +CONECT2167521673 +CONECT216762167721678 +CONECT2167721676 +CONECT2167821676 +CONECT216792168021681 +CONECT2168021679 +CONECT2168121679 +CONECT216822168321684 +CONECT2168321682 +CONECT2168421682 +CONECT216852168621687 +CONECT2168621685 +CONECT2168721685 +CONECT216882168921690 +CONECT2168921688 +CONECT2169021688 +CONECT216912169221693 +CONECT2169221691 +CONECT2169321691 +CONECT216942169521696 +CONECT2169521694 +CONECT2169621694 +CONECT216972169821699 +CONECT2169821697 +CONECT2169921697 +CONECT217002170121702 +CONECT2170121700 +CONECT2170221700 +CONECT217032170421705 +CONECT2170421703 +CONECT2170521703 +CONECT217062170721708 +CONECT2170721706 +CONECT2170821706 +CONECT217092171021711 +CONECT2171021709 +CONECT2171121709 +CONECT217122171321714 +CONECT2171321712 +CONECT2171421712 +CONECT217152171621717 +CONECT2171621715 +CONECT2171721715 +CONECT217182171921720 +CONECT2171921718 +CONECT2172021718 +CONECT217212172221723 +CONECT2172221721 +CONECT2172321721 +CONECT217242172521726 +CONECT2172521724 +CONECT2172621724 +CONECT217272172821729 +CONECT2172821727 +CONECT2172921727 +CONECT217302173121732 +CONECT2173121730 +CONECT2173221730 +CONECT217332173421735 +CONECT2173421733 +CONECT2173521733 +CONECT217362173721738 +CONECT2173721736 +CONECT2173821736 +CONECT217392174021741 +CONECT2174021739 +CONECT2174121739 +CONECT217422174321744 +CONECT2174321742 +CONECT2174421742 +CONECT217452174621747 +CONECT2174621745 +CONECT2174721745 +CONECT217482174921750 +CONECT2174921748 +CONECT2175021748 +CONECT217512175221753 +CONECT2175221751 +CONECT2175321751 +CONECT217542175521756 +CONECT2175521754 +CONECT2175621754 +CONECT217572175821759 +CONECT2175821757 +CONECT2175921757 +CONECT217602176121762 +CONECT2176121760 +CONECT2176221760 +CONECT217632176421765 +CONECT2176421763 +CONECT2176521763 +CONECT217662176721768 +CONECT2176721766 +CONECT2176821766 +CONECT217692177021771 +CONECT2177021769 +CONECT2177121769 +CONECT217722177321774 +CONECT2177321772 +CONECT2177421772 +CONECT217752177621777 +CONECT2177621775 +CONECT2177721775 +CONECT217782177921780 +CONECT2177921778 +CONECT2178021778 +CONECT217812178221783 +CONECT2178221781 +CONECT2178321781 +CONECT217842178521786 +CONECT2178521784 +CONECT2178621784 +CONECT217872178821789 +CONECT2178821787 +CONECT2178921787 +CONECT217902179121792 +CONECT2179121790 +CONECT2179221790 +CONECT217932179421795 +CONECT2179421793 +CONECT2179521793 +CONECT217962179721798 +CONECT2179721796 +CONECT2179821796 +CONECT217992180021801 +CONECT2180021799 +CONECT2180121799 +CONECT218022180321804 +CONECT2180321802 +CONECT2180421802 +CONECT218052180621807 +CONECT2180621805 +CONECT2180721805 +CONECT218082180921810 +CONECT2180921808 +CONECT2181021808 +CONECT218112181221813 +CONECT2181221811 +CONECT2181321811 +CONECT218142181521816 +CONECT2181521814 +CONECT2181621814 +CONECT218172181821819 +CONECT2181821817 +CONECT2181921817 +CONECT218202182121822 +CONECT2182121820 +CONECT2182221820 +CONECT218232182421825 +CONECT2182421823 +CONECT2182521823 +CONECT218262182721828 +CONECT2182721826 +CONECT2182821826 +CONECT218292183021831 +CONECT2183021829 +CONECT2183121829 +CONECT218322183321834 +CONECT2183321832 +CONECT2183421832 +CONECT218352183621837 +CONECT2183621835 +CONECT2183721835 +CONECT218382183921840 +CONECT2183921838 +CONECT2184021838 +CONECT218412184221843 +CONECT2184221841 +CONECT2184321841 +CONECT218442184521846 +CONECT2184521844 +CONECT2184621844 +CONECT218472184821849 +CONECT2184821847 +CONECT2184921847 +CONECT218502185121852 +CONECT2185121850 +CONECT2185221850 +CONECT218532185421855 +CONECT2185421853 +CONECT2185521853 +CONECT218562185721858 +CONECT2185721856 +CONECT2185821856 +CONECT218592186021861 +CONECT2186021859 +CONECT2186121859 +CONECT218622186321864 +CONECT2186321862 +CONECT2186421862 +CONECT218652186621867 +CONECT2186621865 +CONECT2186721865 +CONECT218682186921870 +CONECT2186921868 +CONECT2187021868 +CONECT218712187221873 +CONECT2187221871 +CONECT2187321871 +CONECT218742187521876 +CONECT2187521874 +CONECT2187621874 +CONECT218772187821879 +CONECT2187821877 +CONECT2187921877 +CONECT218802188121882 +CONECT2188121880 +CONECT2188221880 +CONECT218832188421885 +CONECT2188421883 +CONECT2188521883 +CONECT218862188721888 +CONECT2188721886 +CONECT2188821886 +CONECT218892189021891 +CONECT2189021889 +CONECT2189121889 +CONECT218922189321894 +CONECT2189321892 +CONECT2189421892 +CONECT218952189621897 +CONECT2189621895 +CONECT2189721895 +CONECT218982189921900 +CONECT2189921898 +CONECT2190021898 +CONECT219012190221903 +CONECT2190221901 +CONECT2190321901 +CONECT219042190521906 +CONECT2190521904 +CONECT2190621904 +CONECT219072190821909 +CONECT2190821907 +CONECT2190921907 +CONECT219102191121912 +CONECT2191121910 +CONECT2191221910 +CONECT219132191421915 +CONECT2191421913 +CONECT2191521913 +CONECT219162191721918 +CONECT2191721916 +CONECT2191821916 +CONECT219192192021921 +CONECT2192021919 +CONECT2192121919 +CONECT219222192321924 +CONECT2192321922 +CONECT2192421922 +CONECT219252192621927 +CONECT2192621925 +CONECT2192721925 +CONECT219282192921930 +CONECT2192921928 +CONECT2193021928 +CONECT219312193221933 +CONECT2193221931 +CONECT2193321931 +CONECT219342193521936 +CONECT2193521934 +CONECT2193621934 +CONECT219372193821939 +CONECT2193821937 +CONECT2193921937 +CONECT219402194121942 +CONECT2194121940 +CONECT2194221940 +CONECT219432194421945 +CONECT2194421943 +CONECT2194521943 +CONECT219462194721948 +CONECT2194721946 +CONECT2194821946 +CONECT219492195021951 +CONECT2195021949 +CONECT2195121949 +CONECT219522195321954 +CONECT2195321952 +CONECT2195421952 +CONECT219552195621957 +CONECT2195621955 +CONECT2195721955 +CONECT219582195921960 +CONECT2195921958 +CONECT2196021958 +CONECT219612196221963 +CONECT2196221961 +CONECT2196321961 +CONECT219642196521966 +CONECT2196521964 +CONECT2196621964 +CONECT219672196821969 +CONECT2196821967 +CONECT2196921967 +CONECT219702197121972 +CONECT2197121970 +CONECT2197221970 +CONECT219732197421975 +CONECT2197421973 +CONECT2197521973 +CONECT219762197721978 +CONECT2197721976 +CONECT2197821976 +CONECT219792198021981 +CONECT2198021979 +CONECT2198121979 +CONECT219822198321984 +CONECT2198321982 +CONECT2198421982 +CONECT219852198621987 +CONECT2198621985 +CONECT2198721985 +CONECT219882198921990 +CONECT2198921988 +CONECT2199021988 +CONECT219912199221993 +CONECT2199221991 +CONECT2199321991 +CONECT219942199521996 +CONECT2199521994 +CONECT2199621994 +CONECT219972199821999 +CONECT2199821997 +CONECT2199921997 +CONECT220002200122002 +CONECT2200122000 +CONECT2200222000 +CONECT220032200422005 +CONECT2200422003 +CONECT2200522003 +CONECT220062200722008 +CONECT2200722006 +CONECT2200822006 +CONECT220092201022011 +CONECT2201022009 +CONECT2201122009 +CONECT220122201322014 +CONECT2201322012 +CONECT2201422012 +CONECT220152201622017 +CONECT2201622015 +CONECT2201722015 +CONECT220182201922020 +CONECT2201922018 +CONECT2202022018 +CONECT220212202222023 +CONECT2202222021 +CONECT2202322021 +CONECT220242202522026 +CONECT2202522024 +CONECT2202622024 +CONECT220272202822029 +CONECT2202822027 +CONECT2202922027 +CONECT220302203122032 +CONECT2203122030 +CONECT2203222030 +CONECT220332203422035 +CONECT2203422033 +CONECT2203522033 +CONECT220362203722038 +CONECT2203722036 +CONECT2203822036 +CONECT220392204022041 +CONECT2204022039 +CONECT2204122039 +CONECT220422204322044 +CONECT2204322042 +CONECT2204422042 +CONECT220452204622047 +CONECT2204622045 +CONECT2204722045 +CONECT220482204922050 +CONECT2204922048 +CONECT2205022048 +CONECT220512205222053 +CONECT2205222051 +CONECT2205322051 +CONECT220542205522056 +CONECT2205522054 +CONECT2205622054 +CONECT220572205822059 +CONECT2205822057 +CONECT2205922057 +CONECT220602206122062 +CONECT2206122060 +CONECT2206222060 +CONECT220632206422065 +CONECT2206422063 +CONECT2206522063 +CONECT220662206722068 +CONECT2206722066 +CONECT2206822066 +CONECT220692207022071 +CONECT2207022069 +CONECT2207122069 +CONECT220722207322074 +CONECT2207322072 +CONECT2207422072 +CONECT220752207622077 +CONECT2207622075 +CONECT2207722075 +CONECT220782207922080 +CONECT2207922078 +CONECT2208022078 +CONECT220812208222083 +CONECT2208222081 +CONECT2208322081 +CONECT220842208522086 +CONECT2208522084 +CONECT2208622084 +CONECT220872208822089 +CONECT2208822087 +CONECT2208922087 +CONECT220902209122092 +CONECT2209122090 +CONECT2209222090 +CONECT220932209422095 +CONECT2209422093 +CONECT2209522093 +CONECT220962209722098 +CONECT2209722096 +CONECT2209822096 +CONECT220992210022101 +CONECT2210022099 +CONECT2210122099 +CONECT221022210322104 +CONECT2210322102 +CONECT2210422102 +CONECT221052210622107 +CONECT2210622105 +CONECT2210722105 +CONECT221082210922110 +CONECT2210922108 +CONECT2211022108 +CONECT221112211222113 +CONECT2211222111 +CONECT2211322111 +CONECT221142211522116 +CONECT2211522114 +CONECT2211622114 +CONECT221172211822119 +CONECT2211822117 +CONECT2211922117 +CONECT221202212122122 +CONECT2212122120 +CONECT2212222120 +CONECT221232212422125 +CONECT2212422123 +CONECT2212522123 +CONECT221262212722128 +CONECT2212722126 +CONECT2212822126 +CONECT221292213022131 +CONECT2213022129 +CONECT2213122129 +CONECT221322213322134 +CONECT2213322132 +CONECT2213422132 +CONECT221352213622137 +CONECT2213622135 +CONECT2213722135 +CONECT221382213922140 +CONECT2213922138 +CONECT2214022138 +CONECT221412214222143 +CONECT2214222141 +CONECT2214322141 +CONECT221442214522146 +CONECT2214522144 +CONECT2214622144 +CONECT221472214822149 +CONECT2214822147 +CONECT2214922147 +CONECT221502215122152 +CONECT2215122150 +CONECT2215222150 +CONECT221532215422155 +CONECT2215422153 +CONECT2215522153 +CONECT221562215722158 +CONECT2215722156 +CONECT2215822156 +CONECT221592216022161 +CONECT2216022159 +CONECT2216122159 +CONECT221622216322164 +CONECT2216322162 +CONECT2216422162 +CONECT221652216622167 +CONECT2216622165 +CONECT2216722165 +CONECT221682216922170 +CONECT2216922168 +CONECT2217022168 +CONECT221712217222173 +CONECT2217222171 +CONECT2217322171 +CONECT221742217522176 +CONECT2217522174 +CONECT2217622174 +CONECT221772217822179 +CONECT2217822177 +CONECT2217922177 +CONECT221802218122182 +CONECT2218122180 +CONECT2218222180 +CONECT221832218422185 +CONECT2218422183 +CONECT2218522183 +CONECT221862218722188 +CONECT2218722186 +CONECT2218822186 +CONECT221892219022191 +CONECT2219022189 +CONECT2219122189 +CONECT221922219322194 +CONECT2219322192 +CONECT2219422192 +CONECT221952219622197 +CONECT2219622195 +CONECT2219722195 +CONECT221982219922200 +CONECT2219922198 +CONECT2220022198 +CONECT222012220222203 +CONECT2220222201 +CONECT2220322201 +CONECT222042220522206 +CONECT2220522204 +CONECT2220622204 +CONECT222072220822209 +CONECT2220822207 +CONECT2220922207 +CONECT222102221122212 +CONECT2221122210 +CONECT2221222210 +CONECT222132221422215 +CONECT2221422213 +CONECT2221522213 +CONECT222162221722218 +CONECT2221722216 +CONECT2221822216 +CONECT222192222022221 +CONECT2222022219 +CONECT2222122219 +CONECT222222222322224 +CONECT2222322222 +CONECT2222422222 +CONECT222252222622227 +CONECT2222622225 +CONECT2222722225 +CONECT222282222922230 +CONECT2222922228 +CONECT2223022228 +CONECT222312223222233 +CONECT2223222231 +CONECT2223322231 +CONECT222342223522236 +CONECT2223522234 +CONECT2223622234 +CONECT222372223822239 +CONECT2223822237 +CONECT2223922237 +CONECT222402224122242 +CONECT2224122240 +CONECT2224222240 +CONECT222432224422245 +CONECT2224422243 +CONECT2224522243 +CONECT222462224722248 +CONECT2224722246 +CONECT2224822246 +CONECT222492225022251 +CONECT2225022249 +CONECT2225122249 +CONECT222522225322254 +CONECT2225322252 +CONECT2225422252 +CONECT222552225622257 +CONECT2225622255 +CONECT2225722255 +CONECT222582225922260 +CONECT2225922258 +CONECT2226022258 +CONECT222612226222263 +CONECT2226222261 +CONECT2226322261 +CONECT222642226522266 +CONECT2226522264 +CONECT2226622264 +CONECT222672226822269 +CONECT2226822267 +CONECT2226922267 +CONECT222702227122272 +CONECT2227122270 +CONECT2227222270 +CONECT222732227422275 +CONECT2227422273 +CONECT2227522273 +CONECT222762227722278 +CONECT2227722276 +CONECT2227822276 +CONECT222792228022281 +CONECT2228022279 +CONECT2228122279 +CONECT222822228322284 +CONECT2228322282 +CONECT2228422282 +CONECT222852228622287 +CONECT2228622285 +CONECT2228722285 +CONECT222882228922290 +CONECT2228922288 +CONECT2229022288 +CONECT222912229222293 +CONECT2229222291 +CONECT2229322291 +CONECT222942229522296 +CONECT2229522294 +CONECT2229622294 +CONECT222972229822299 +CONECT2229822297 +CONECT2229922297 +CONECT223002230122302 +CONECT2230122300 +CONECT2230222300 +CONECT223032230422305 +CONECT2230422303 +CONECT2230522303 +CONECT223062230722308 +CONECT2230722306 +CONECT2230822306 +CONECT223092231022311 +CONECT2231022309 +CONECT2231122309 +CONECT223122231322314 +CONECT2231322312 +CONECT2231422312 +CONECT223152231622317 +CONECT2231622315 +CONECT2231722315 +CONECT223182231922320 +CONECT2231922318 +CONECT2232022318 +CONECT223212232222323 +CONECT2232222321 +CONECT2232322321 +CONECT223242232522326 +CONECT2232522324 +CONECT2232622324 +CONECT223272232822329 +CONECT2232822327 +CONECT2232922327 +CONECT223302233122332 +CONECT2233122330 +CONECT2233222330 +CONECT223332233422335 +CONECT2233422333 +CONECT2233522333 +CONECT223362233722338 +CONECT2233722336 +CONECT2233822336 +CONECT223392234022341 +CONECT2234022339 +CONECT2234122339 +CONECT223422234322344 +CONECT2234322342 +CONECT2234422342 +CONECT223452234622347 +CONECT2234622345 +CONECT2234722345 +CONECT223482234922350 +CONECT2234922348 +CONECT2235022348 +CONECT223512235222353 +CONECT2235222351 +CONECT2235322351 +CONECT223542235522356 +CONECT2235522354 +CONECT2235622354 +CONECT223572235822359 +CONECT2235822357 +CONECT2235922357 +CONECT223602236122362 +CONECT2236122360 +CONECT2236222360 +CONECT223632236422365 +CONECT2236422363 +CONECT2236522363 +CONECT223662236722368 +CONECT2236722366 +CONECT2236822366 +CONECT223692237022371 +CONECT2237022369 +CONECT2237122369 +CONECT223722237322374 +CONECT2237322372 +CONECT2237422372 +CONECT223752237622377 +CONECT2237622375 +CONECT2237722375 +CONECT223782237922380 +CONECT2237922378 +CONECT2238022378 +CONECT223812238222383 +CONECT2238222381 +CONECT2238322381 +CONECT223842238522386 +CONECT2238522384 +CONECT2238622384 +CONECT223872238822389 +CONECT2238822387 +CONECT2238922387 +CONECT223902239122392 +CONECT2239122390 +CONECT2239222390 +CONECT223932239422395 +CONECT2239422393 +CONECT2239522393 +CONECT223962239722398 +CONECT2239722396 +CONECT2239822396 +CONECT223992240022401 +CONECT2240022399 +CONECT2240122399 +CONECT224022240322404 +CONECT2240322402 +CONECT2240422402 +CONECT224052240622407 +CONECT2240622405 +CONECT2240722405 +CONECT224082240922410 +CONECT2240922408 +CONECT2241022408 +CONECT224112241222413 +CONECT2241222411 +CONECT2241322411 +CONECT224142241522416 +CONECT2241522414 +CONECT2241622414 +CONECT224172241822419 +CONECT2241822417 +CONECT2241922417 +CONECT224202242122422 +CONECT2242122420 +CONECT2242222420 +CONECT224232242422425 +CONECT2242422423 +CONECT2242522423 +CONECT224262242722428 +CONECT2242722426 +CONECT2242822426 +CONECT224292243022431 +CONECT2243022429 +CONECT2243122429 +CONECT224322243322434 +CONECT2243322432 +CONECT2243422432 +CONECT224352243622437 +CONECT2243622435 +CONECT2243722435 +CONECT224382243922440 +CONECT2243922438 +CONECT2244022438 +CONECT224412244222443 +CONECT2244222441 +CONECT2244322441 +CONECT224442244522446 +CONECT2244522444 +CONECT2244622444 +CONECT224472244822449 +CONECT2244822447 +CONECT2244922447 +CONECT224502245122452 +CONECT2245122450 +CONECT2245222450 +CONECT224532245422455 +CONECT2245422453 +CONECT2245522453 +CONECT224562245722458 +CONECT2245722456 +CONECT2245822456 +CONECT224592246022461 +CONECT2246022459 +CONECT2246122459 +CONECT224622246322464 +CONECT2246322462 +CONECT2246422462 +CONECT224652246622467 +CONECT2246622465 +CONECT2246722465 +CONECT224682246922470 +CONECT2246922468 +CONECT2247022468 +CONECT224712247222473 +CONECT2247222471 +CONECT2247322471 +CONECT224742247522476 +CONECT2247522474 +CONECT2247622474 +CONECT224772247822479 +CONECT2247822477 +CONECT2247922477 +CONECT224802248122482 +CONECT2248122480 +CONECT2248222480 +CONECT224832248422485 +CONECT2248422483 +CONECT2248522483 +CONECT224862248722488 +CONECT2248722486 +CONECT2248822486 +CONECT224892249022491 +CONECT2249022489 +CONECT2249122489 +CONECT224922249322494 +CONECT2249322492 +CONECT2249422492 +CONECT224952249622497 +CONECT2249622495 +CONECT2249722495 +CONECT224982249922500 +CONECT2249922498 +CONECT2250022498 +CONECT225012250222503 +CONECT2250222501 +CONECT2250322501 +CONECT225042250522506 +CONECT2250522504 +CONECT2250622504 +CONECT225072250822509 +CONECT2250822507 +CONECT2250922507 +CONECT225102251122512 +CONECT2251122510 +CONECT2251222510 +CONECT225132251422515 +CONECT2251422513 +CONECT2251522513 +CONECT225162251722518 +CONECT2251722516 +CONECT2251822516 +CONECT225192252022521 +CONECT2252022519 +CONECT2252122519 +CONECT225222252322524 +CONECT2252322522 +CONECT2252422522 +CONECT225252252622527 +CONECT2252622525 +CONECT2252722525 +CONECT225282252922530 +CONECT2252922528 +CONECT2253022528 +CONECT225312253222533 +CONECT2253222531 +CONECT2253322531 +CONECT225342253522536 +CONECT2253522534 +CONECT2253622534 +CONECT225372253822539 +CONECT2253822537 +CONECT2253922537 +CONECT225402254122542 +CONECT2254122540 +CONECT2254222540 +CONECT225432254422545 +CONECT2254422543 +CONECT2254522543 +CONECT225462254722548 +CONECT2254722546 +CONECT2254822546 +CONECT225492255022551 +CONECT2255022549 +CONECT2255122549 +CONECT225522255322554 +CONECT2255322552 +CONECT2255422552 +CONECT225552255622557 +CONECT2255622555 +CONECT2255722555 +CONECT225582255922560 +CONECT2255922558 +CONECT2256022558 +CONECT225612256222563 +CONECT2256222561 +CONECT2256322561 +CONECT225642256522566 +CONECT2256522564 +CONECT2256622564 +CONECT225672256822569 +CONECT2256822567 +CONECT2256922567 +CONECT225702257122572 +CONECT2257122570 +CONECT2257222570 +CONECT225732257422575 +CONECT2257422573 +CONECT2257522573 +CONECT225762257722578 +CONECT2257722576 +CONECT2257822576 +CONECT225792258022581 +CONECT2258022579 +CONECT2258122579 +CONECT225822258322584 +CONECT2258322582 +CONECT2258422582 +CONECT225852258622587 +CONECT2258622585 +CONECT2258722585 +CONECT225882258922590 +CONECT2258922588 +CONECT2259022588 +CONECT225912259222593 +CONECT2259222591 +CONECT2259322591 +CONECT225942259522596 +CONECT2259522594 +CONECT2259622594 +CONECT225972259822599 +CONECT2259822597 +CONECT2259922597 +CONECT226002260122602 +CONECT2260122600 +CONECT2260222600 +CONECT226032260422605 +CONECT2260422603 +CONECT2260522603 +CONECT226062260722608 +CONECT2260722606 +CONECT2260822606 +CONECT226092261022611 +CONECT2261022609 +CONECT2261122609 +CONECT226122261322614 +CONECT2261322612 +CONECT2261422612 +CONECT226152261622617 +CONECT2261622615 +CONECT2261722615 +CONECT226182261922620 +CONECT2261922618 +CONECT2262022618 +CONECT226212262222623 +CONECT2262222621 +CONECT2262322621 +CONECT226242262522626 +CONECT2262522624 +CONECT2262622624 +CONECT226272262822629 +CONECT2262822627 +CONECT2262922627 +CONECT226302263122632 +CONECT2263122630 +CONECT2263222630 +CONECT226332263422635 +CONECT2263422633 +CONECT2263522633 +CONECT226362263722638 +CONECT2263722636 +CONECT2263822636 +CONECT226392264022641 +CONECT2264022639 +CONECT2264122639 +CONECT226422264322644 +CONECT2264322642 +CONECT2264422642 +CONECT226452264622647 +CONECT2264622645 +CONECT2264722645 +CONECT226482264922650 +CONECT2264922648 +CONECT2265022648 +CONECT226512265222653 +CONECT2265222651 +CONECT2265322651 +CONECT226542265522656 +CONECT2265522654 +CONECT2265622654 +CONECT226572265822659 +CONECT2265822657 +CONECT2265922657 +CONECT226602266122662 +CONECT2266122660 +CONECT2266222660 +CONECT226632266422665 +CONECT2266422663 +CONECT2266522663 +CONECT226662266722668 +CONECT2266722666 +CONECT2266822666 +CONECT226692267022671 +CONECT2267022669 +CONECT2267122669 +CONECT226722267322674 +CONECT2267322672 +CONECT2267422672 +CONECT226752267622677 +CONECT2267622675 +CONECT2267722675 +CONECT226782267922680 +CONECT2267922678 +CONECT2268022678 +CONECT226812268222683 +CONECT2268222681 +CONECT2268322681 +CONECT226842268522686 +CONECT2268522684 +CONECT2268622684 +CONECT226872268822689 +CONECT2268822687 +CONECT2268922687 +CONECT226902269122692 +CONECT2269122690 +CONECT2269222690 +CONECT226932269422695 +CONECT2269422693 +CONECT2269522693 +CONECT226962269722698 +CONECT2269722696 +CONECT2269822696 +CONECT226992270022701 +CONECT2270022699 +CONECT2270122699 +CONECT227022270322704 +CONECT2270322702 +CONECT2270422702 +CONECT227052270622707 +CONECT2270622705 +CONECT2270722705 +CONECT227082270922710 +CONECT2270922708 +CONECT2271022708 +CONECT227112271222713 +CONECT2271222711 +CONECT2271322711 +CONECT227142271522716 +CONECT2271522714 +CONECT2271622714 +CONECT227172271822719 +CONECT2271822717 +CONECT2271922717 +CONECT227202272122722 +CONECT2272122720 +CONECT2272222720 +CONECT227232272422725 +CONECT2272422723 +CONECT2272522723 +CONECT227262272722728 +CONECT2272722726 +CONECT2272822726 +CONECT227292273022731 +CONECT2273022729 +CONECT2273122729 +CONECT227322273322734 +CONECT2273322732 +CONECT2273422732 +CONECT227352273622737 +CONECT2273622735 +CONECT2273722735 +CONECT227382273922740 +CONECT2273922738 +CONECT2274022738 +CONECT227412274222743 +CONECT2274222741 +CONECT2274322741 +CONECT227442274522746 +CONECT2274522744 +CONECT2274622744 +CONECT227472274822749 +CONECT2274822747 +CONECT2274922747 +CONECT227502275122752 +CONECT2275122750 +CONECT2275222750 +CONECT227532275422755 +CONECT2275422753 +CONECT2275522753 +CONECT227562275722758 +CONECT2275722756 +CONECT2275822756 +CONECT227592276022761 +CONECT2276022759 +CONECT2276122759 +CONECT227622276322764 +CONECT2276322762 +CONECT2276422762 +CONECT227652276622767 +CONECT2276622765 +CONECT2276722765 +CONECT227682276922770 +CONECT2276922768 +CONECT2277022768 +CONECT227712277222773 +CONECT2277222771 +CONECT2277322771 +CONECT227742277522776 +CONECT2277522774 +CONECT2277622774 +CONECT227772277822779 +CONECT2277822777 +CONECT2277922777 +CONECT227802278122782 +CONECT2278122780 +CONECT2278222780 +CONECT227832278422785 +CONECT2278422783 +CONECT2278522783 +CONECT227862278722788 +CONECT2278722786 +CONECT2278822786 +CONECT227892279022791 +CONECT2279022789 +CONECT2279122789 +CONECT227922279322794 +CONECT2279322792 +CONECT2279422792 +CONECT227952279622797 +CONECT2279622795 +CONECT2279722795 +CONECT227982279922800 +CONECT2279922798 +CONECT2280022798 +CONECT228012280222803 +CONECT2280222801 +CONECT2280322801 +CONECT228042280522806 +CONECT2280522804 +CONECT2280622804 +CONECT228072280822809 +CONECT2280822807 +CONECT2280922807 +CONECT228102281122812 +CONECT2281122810 +CONECT2281222810 +CONECT228132281422815 +CONECT2281422813 +CONECT2281522813 +CONECT228162281722818 +CONECT2281722816 +CONECT2281822816 +CONECT228192282022821 +CONECT2282022819 +CONECT2282122819 +CONECT228222282322824 +CONECT2282322822 +CONECT2282422822 +CONECT228252282622827 +CONECT2282622825 +CONECT2282722825 +CONECT228282282922830 +CONECT2282922828 +CONECT2283022828 +CONECT228312283222833 +CONECT2283222831 +CONECT2283322831 +CONECT228342283522836 +CONECT2283522834 +CONECT2283622834 +CONECT228372283822839 +CONECT2283822837 +CONECT2283922837 +CONECT228402284122842 +CONECT2284122840 +CONECT2284222840 +CONECT228432284422845 +CONECT2284422843 +CONECT2284522843 +CONECT228462284722848 +CONECT2284722846 +CONECT2284822846 +CONECT228492285022851 +CONECT2285022849 +CONECT2285122849 +CONECT228522285322854 +CONECT2285322852 +CONECT2285422852 +CONECT228552285622857 +CONECT2285622855 +CONECT2285722855 +CONECT228582285922860 +CONECT2285922858 +CONECT2286022858 +CONECT228612286222863 +CONECT2286222861 +CONECT2286322861 +CONECT228642286522866 +CONECT2286522864 +CONECT2286622864 +CONECT228672286822869 +CONECT2286822867 +CONECT2286922867 +CONECT228702287122872 +CONECT2287122870 +CONECT2287222870 +CONECT228732287422875 +CONECT2287422873 +CONECT2287522873 +CONECT228762287722878 +CONECT2287722876 +CONECT2287822876 +CONECT228792288022881 +CONECT2288022879 +CONECT2288122879 +CONECT228822288322884 +CONECT2288322882 +CONECT2288422882 +CONECT228852288622887 +CONECT2288622885 +CONECT2288722885 +CONECT228882288922890 +CONECT2288922888 +CONECT2289022888 +CONECT228912289222893 +CONECT2289222891 +CONECT2289322891 +CONECT228942289522896 +CONECT2289522894 +CONECT2289622894 +CONECT228972289822899 +CONECT2289822897 +CONECT2289922897 +CONECT229002290122902 +CONECT2290122900 +CONECT2290222900 +CONECT229032290422905 +CONECT2290422903 +CONECT2290522903 +CONECT229062290722908 +CONECT2290722906 +CONECT2290822906 +CONECT229092291022911 +CONECT2291022909 +CONECT2291122909 +CONECT229122291322914 +CONECT2291322912 +CONECT2291422912 +CONECT229152291622917 +CONECT2291622915 +CONECT2291722915 +CONECT229182291922920 +CONECT2291922918 +CONECT2292022918 +CONECT229212292222923 +CONECT2292222921 +CONECT2292322921 +CONECT229242292522926 +CONECT2292522924 +CONECT2292622924 +CONECT229272292822929 +CONECT2292822927 +CONECT2292922927 +CONECT229302293122932 +CONECT2293122930 +CONECT2293222930 +CONECT229332293422935 +CONECT2293422933 +CONECT2293522933 +CONECT229362293722938 +CONECT2293722936 +CONECT2293822936 +CONECT229392294022941 +CONECT2294022939 +CONECT2294122939 +CONECT229422294322944 +CONECT2294322942 +CONECT2294422942 +CONECT229452294622947 +CONECT2294622945 +CONECT2294722945 +CONECT229482294922950 +CONECT2294922948 +CONECT2295022948 +CONECT229512295222953 +CONECT2295222951 +CONECT2295322951 +CONECT229542295522956 +CONECT2295522954 +CONECT2295622954 +CONECT229572295822959 +CONECT2295822957 +CONECT2295922957 +CONECT229602296122962 +CONECT2296122960 +CONECT2296222960 +CONECT229632296422965 +CONECT2296422963 +CONECT2296522963 +CONECT229662296722968 +CONECT2296722966 +CONECT2296822966 +CONECT229692297022971 +CONECT2297022969 +CONECT2297122969 +CONECT229722297322974 +CONECT2297322972 +CONECT2297422972 +CONECT229752297622977 +CONECT2297622975 +CONECT2297722975 +CONECT229782297922980 +CONECT2297922978 +CONECT2298022978 +CONECT229812298222983 +CONECT2298222981 +CONECT2298322981 +CONECT229842298522986 +CONECT2298522984 +CONECT2298622984 +CONECT229872298822989 +CONECT2298822987 +CONECT2298922987 +CONECT229902299122992 +CONECT2299122990 +CONECT2299222990 +CONECT229932299422995 +CONECT2299422993 +CONECT2299522993 +CONECT229962299722998 +CONECT2299722996 +CONECT2299822996 +CONECT229992300023001 +CONECT2300022999 +CONECT2300122999 +CONECT230022300323004 +CONECT2300323002 +CONECT2300423002 +CONECT230052300623007 +CONECT2300623005 +CONECT2300723005 +CONECT230082300923010 +CONECT2300923008 +CONECT2301023008 +CONECT230112301223013 +CONECT2301223011 +CONECT2301323011 +CONECT230142301523016 +CONECT2301523014 +CONECT2301623014 +CONECT230172301823019 +CONECT2301823017 +CONECT2301923017 +CONECT230202302123022 +CONECT2302123020 +CONECT2302223020 +CONECT230232302423025 +CONECT2302423023 +CONECT2302523023 +CONECT230262302723028 +CONECT2302723026 +CONECT2302823026 +CONECT230292303023031 +CONECT2303023029 +CONECT2303123029 +CONECT230322303323034 +CONECT2303323032 +CONECT2303423032 +CONECT230352303623037 +CONECT2303623035 +CONECT2303723035 +CONECT230382303923040 +CONECT2303923038 +CONECT2304023038 +CONECT230412304223043 +CONECT2304223041 +CONECT2304323041 +CONECT230442304523046 +CONECT2304523044 +CONECT2304623044 +CONECT230472304823049 +CONECT2304823047 +CONECT2304923047 +CONECT230502305123052 +CONECT2305123050 +CONECT2305223050 +CONECT230532305423055 +CONECT2305423053 +CONECT2305523053 +CONECT230562305723058 +CONECT2305723056 +CONECT2305823056 +CONECT230592306023061 +CONECT2306023059 +CONECT2306123059 +CONECT230622306323064 +CONECT2306323062 +CONECT2306423062 +CONECT230652306623067 +CONECT2306623065 +CONECT2306723065 +CONECT230682306923070 +CONECT2306923068 +CONECT2307023068 +CONECT230712307223073 +CONECT2307223071 +CONECT2307323071 +CONECT230742307523076 +CONECT2307523074 +CONECT2307623074 +CONECT230772307823079 +CONECT2307823077 +CONECT2307923077 +CONECT230802308123082 +CONECT2308123080 +CONECT2308223080 +CONECT230832308423085 +CONECT2308423083 +CONECT2308523083 +CONECT230862308723088 +CONECT2308723086 +CONECT2308823086 +CONECT230892309023091 +CONECT2309023089 +CONECT2309123089 +CONECT230922309323094 +CONECT2309323092 +CONECT2309423092 +CONECT230952309623097 +CONECT2309623095 +CONECT2309723095 +CONECT230982309923100 +CONECT2309923098 +CONECT2310023098 +CONECT231012310223103 +CONECT2310223101 +CONECT2310323101 +CONECT231042310523106 +CONECT2310523104 +CONECT2310623104 +CONECT231072310823109 +CONECT2310823107 +CONECT2310923107 +CONECT231102311123112 +CONECT2311123110 +CONECT2311223110 +CONECT231132311423115 +CONECT2311423113 +CONECT2311523113 +CONECT231162311723118 +CONECT2311723116 +CONECT2311823116 +CONECT231192312023121 +CONECT2312023119 +CONECT2312123119 +CONECT231222312323124 +CONECT2312323122 +CONECT2312423122 +CONECT231252312623127 +CONECT2312623125 +CONECT2312723125 +CONECT231282312923130 +CONECT2312923128 +CONECT2313023128 +CONECT231312313223133 +CONECT2313223131 +CONECT2313323131 +CONECT231342313523136 +CONECT2313523134 +CONECT2313623134 +CONECT231372313823139 +CONECT2313823137 +CONECT2313923137 +CONECT231402314123142 +CONECT2314123140 +CONECT2314223140 +CONECT231432314423145 +CONECT2314423143 +CONECT2314523143 +CONECT231462314723148 +CONECT2314723146 +CONECT2314823146 +CONECT231492315023151 +CONECT2315023149 +CONECT2315123149 +CONECT231522315323154 +CONECT2315323152 +CONECT2315423152 +CONECT231552315623157 +CONECT2315623155 +CONECT2315723155 +CONECT231582315923160 +CONECT2315923158 +CONECT2316023158 +CONECT231612316223163 +CONECT2316223161 +CONECT2316323161 +CONECT231642316523166 +CONECT2316523164 +CONECT2316623164 +CONECT231672316823169 +CONECT2316823167 +CONECT2316923167 +CONECT231702317123172 +CONECT2317123170 +CONECT2317223170 +CONECT231732317423175 +CONECT2317423173 +CONECT2317523173 +CONECT231762317723178 +CONECT2317723176 +CONECT2317823176 +CONECT231792318023181 +CONECT2318023179 +CONECT2318123179 +CONECT231822318323184 +CONECT2318323182 +CONECT2318423182 +CONECT231852318623187 +CONECT2318623185 +CONECT2318723185 +CONECT231882318923190 +CONECT2318923188 +CONECT2319023188 +CONECT231912319223193 +CONECT2319223191 +CONECT2319323191 +CONECT231942319523196 +CONECT2319523194 +CONECT2319623194 +CONECT231972319823199 +CONECT2319823197 +CONECT2319923197 +CONECT232002320123202 +CONECT2320123200 +CONECT2320223200 +CONECT232032320423205 +CONECT2320423203 +CONECT2320523203 +CONECT232062320723208 +CONECT2320723206 +CONECT2320823206 +CONECT232092321023211 +CONECT2321023209 +CONECT2321123209 +CONECT232122321323214 +CONECT2321323212 +CONECT2321423212 +CONECT232152321623217 +CONECT2321623215 +CONECT2321723215 +CONECT232182321923220 +CONECT2321923218 +CONECT2322023218 +CONECT232212322223223 +CONECT2322223221 +CONECT2322323221 +CONECT232242322523226 +CONECT2322523224 +CONECT2322623224 +CONECT232272322823229 +CONECT2322823227 +CONECT2322923227 +CONECT232302323123232 +CONECT2323123230 +CONECT2323223230 +CONECT232332323423235 +CONECT2323423233 +CONECT2323523233 +CONECT232362323723238 +CONECT2323723236 +CONECT2323823236 +CONECT232392324023241 +CONECT2324023239 +CONECT2324123239 +CONECT232422324323244 +CONECT2324323242 +CONECT2324423242 +CONECT232452324623247 +CONECT2324623245 +CONECT2324723245 +CONECT232482324923250 +CONECT2324923248 +CONECT2325023248 +CONECT232512325223253 +CONECT2325223251 +CONECT2325323251 +CONECT232542325523256 +CONECT2325523254 +CONECT2325623254 +CONECT232572325823259 +CONECT2325823257 +CONECT2325923257 +CONECT232602326123262 +CONECT2326123260 +CONECT2326223260 +CONECT232632326423265 +CONECT2326423263 +CONECT2326523263 +CONECT232662326723268 +CONECT2326723266 +CONECT2326823266 +CONECT232692327023271 +CONECT2327023269 +CONECT2327123269 +CONECT232722327323274 +CONECT2327323272 +CONECT2327423272 +CONECT232752327623277 +CONECT2327623275 +CONECT2327723275 +CONECT232782327923280 +CONECT2327923278 +CONECT2328023278 +CONECT232812328223283 +CONECT2328223281 +CONECT2328323281 +CONECT232842328523286 +CONECT2328523284 +CONECT2328623284 +CONECT232872328823289 +CONECT2328823287 +CONECT2328923287 +CONECT232902329123292 +CONECT2329123290 +CONECT2329223290 +CONECT232932329423295 +CONECT2329423293 +CONECT2329523293 +CONECT232962329723298 +CONECT2329723296 +CONECT2329823296 +CONECT232992330023301 +CONECT2330023299 +CONECT2330123299 +CONECT233022330323304 +CONECT2330323302 +CONECT2330423302 +CONECT233052330623307 +CONECT2330623305 +CONECT2330723305 +CONECT233082330923310 +CONECT2330923308 +CONECT2331023308 +CONECT233112331223313 +CONECT2331223311 +CONECT2331323311 +CONECT233142331523316 +CONECT2331523314 +CONECT2331623314 +CONECT233172331823319 +CONECT2331823317 +CONECT2331923317 +CONECT233202332123322 +CONECT2332123320 +CONECT2332223320 +CONECT233232332423325 +CONECT2332423323 +CONECT2332523323 +CONECT233262332723328 +CONECT2332723326 +CONECT2332823326 +CONECT233292333023331 +CONECT2333023329 +CONECT2333123329 +CONECT233322333323334 +CONECT2333323332 +CONECT2333423332 +CONECT233352333623337 +CONECT2333623335 +CONECT2333723335 +CONECT233382333923340 +CONECT2333923338 +CONECT2334023338 +CONECT233412334223343 +CONECT2334223341 +CONECT2334323341 +CONECT233442334523346 +CONECT2334523344 +CONECT2334623344 +CONECT233472334823349 +CONECT2334823347 +CONECT2334923347 +CONECT233502335123352 +CONECT2335123350 +CONECT2335223350 +CONECT233532335423355 +CONECT2335423353 +CONECT2335523353 +CONECT233562335723358 +CONECT2335723356 +CONECT2335823356 +CONECT233592336023361 +CONECT2336023359 +CONECT2336123359 +CONECT233622336323364 +CONECT2336323362 +CONECT2336423362 +CONECT233652336623367 +CONECT2336623365 +CONECT2336723365 +CONECT233682336923370 +CONECT2336923368 +CONECT2337023368 +CONECT233712337223373 +CONECT2337223371 +CONECT2337323371 +CONECT233742337523376 +CONECT2337523374 +CONECT2337623374 +CONECT233772337823379 +CONECT2337823377 +CONECT2337923377 +CONECT233802338123382 +CONECT2338123380 +CONECT2338223380 +CONECT233832338423385 +CONECT2338423383 +CONECT2338523383 +CONECT233862338723388 +CONECT2338723386 +CONECT2338823386 +CONECT233892339023391 +CONECT2339023389 +CONECT2339123389 +CONECT233922339323394 +CONECT2339323392 +CONECT2339423392 +CONECT233952339623397 +CONECT2339623395 +CONECT2339723395 +CONECT233982339923400 +CONECT2339923398 +CONECT2340023398 +CONECT234012340223403 +CONECT2340223401 +CONECT2340323401 +CONECT234042340523406 +CONECT2340523404 +CONECT2340623404 +CONECT234072340823409 +CONECT2340823407 +CONECT2340923407 +CONECT234102341123412 +CONECT2341123410 +CONECT2341223410 +CONECT234132341423415 +CONECT2341423413 +CONECT2341523413 +CONECT234162341723418 +CONECT2341723416 +CONECT2341823416 +CONECT234192342023421 +CONECT2342023419 +CONECT2342123419 +CONECT234222342323424 +CONECT2342323422 +CONECT2342423422 +CONECT234252342623427 +CONECT2342623425 +CONECT2342723425 +CONECT234282342923430 +CONECT2342923428 +CONECT2343023428 +CONECT234312343223433 +CONECT2343223431 +CONECT2343323431 +CONECT234342343523436 +CONECT2343523434 +CONECT2343623434 +CONECT234372343823439 +CONECT2343823437 +CONECT2343923437 +CONECT234402344123442 +CONECT2344123440 +CONECT2344223440 +CONECT234432344423445 +CONECT2344423443 +CONECT2344523443 +CONECT234462344723448 +CONECT2344723446 +CONECT2344823446 +CONECT234492345023451 +CONECT2345023449 +CONECT2345123449 +CONECT234522345323454 +CONECT2345323452 +CONECT2345423452 +CONECT234552345623457 +CONECT2345623455 +CONECT2345723455 +CONECT234582345923460 +CONECT2345923458 +CONECT2346023458 +CONECT234612346223463 +CONECT2346223461 +CONECT2346323461 +CONECT234642346523466 +CONECT2346523464 +CONECT2346623464 +CONECT234672346823469 +CONECT2346823467 +CONECT2346923467 +CONECT234702347123472 +CONECT2347123470 +CONECT2347223470 +CONECT234732347423475 +CONECT2347423473 +CONECT2347523473 +CONECT234762347723478 +CONECT2347723476 +CONECT2347823476 +CONECT234792348023481 +CONECT2348023479 +CONECT2348123479 +CONECT234822348323484 +CONECT2348323482 +CONECT2348423482 +CONECT234852348623487 +CONECT2348623485 +CONECT2348723485 +CONECT234882348923490 +CONECT2348923488 +CONECT2349023488 +CONECT234912349223493 +CONECT2349223491 +CONECT2349323491 +CONECT234942349523496 +CONECT2349523494 +CONECT2349623494 +CONECT234972349823499 +CONECT2349823497 +CONECT2349923497 +CONECT235002350123502 +CONECT2350123500 +CONECT2350223500 +CONECT235032350423505 +CONECT2350423503 +CONECT2350523503 +CONECT235062350723508 +CONECT2350723506 +CONECT2350823506 +CONECT235092351023511 +CONECT2351023509 +CONECT2351123509 +CONECT235122351323514 +CONECT2351323512 +CONECT2351423512 +CONECT235152351623517 +CONECT2351623515 +CONECT2351723515 +CONECT235182351923520 +CONECT2351923518 +CONECT2352023518 +CONECT235212352223523 +CONECT2352223521 +CONECT2352323521 +CONECT235242352523526 +CONECT2352523524 +CONECT2352623524 +CONECT235272352823529 +CONECT2352823527 +CONECT2352923527 +CONECT235302353123532 +CONECT2353123530 +CONECT2353223530 +CONECT235332353423535 +CONECT2353423533 +CONECT2353523533 +CONECT235362353723538 +CONECT2353723536 +CONECT2353823536 +CONECT235392354023541 +CONECT2354023539 +CONECT2354123539 +CONECT235422354323544 +CONECT2354323542 +CONECT2354423542 +CONECT235452354623547 +CONECT2354623545 +CONECT2354723545 +CONECT235482354923550 +CONECT2354923548 +CONECT2355023548 +CONECT235512355223553 +CONECT2355223551 +CONECT2355323551 +CONECT235542355523556 +CONECT2355523554 +CONECT2355623554 +CONECT235572355823559 +CONECT2355823557 +CONECT2355923557 +CONECT235602356123562 +CONECT2356123560 +CONECT2356223560 +CONECT235632356423565 +CONECT2356423563 +CONECT2356523563 +CONECT235662356723568 +CONECT2356723566 +CONECT2356823566 +CONECT235692357023571 +CONECT2357023569 +CONECT2357123569 +CONECT235722357323574 +CONECT2357323572 +CONECT2357423572 +CONECT235752357623577 +CONECT2357623575 +CONECT2357723575 +CONECT235782357923580 +CONECT2357923578 +CONECT2358023578 +CONECT235812358223583 +CONECT2358223581 +CONECT2358323581 +CONECT235842358523586 +CONECT2358523584 +CONECT2358623584 +CONECT235872358823589 +CONECT2358823587 +CONECT2358923587 +CONECT235902359123592 +CONECT2359123590 +CONECT2359223590 +CONECT235932359423595 +CONECT2359423593 +CONECT2359523593 +CONECT235962359723598 +CONECT2359723596 +CONECT2359823596 +CONECT235992360023601 +CONECT2360023599 +CONECT2360123599 +CONECT236022360323604 +CONECT2360323602 +CONECT2360423602 +CONECT236052360623607 +CONECT2360623605 +CONECT2360723605 +CONECT236082360923610 +CONECT2360923608 +CONECT2361023608 +CONECT236112361223613 +CONECT2361223611 +CONECT2361323611 +CONECT236142361523616 +CONECT2361523614 +CONECT2361623614 +CONECT236172361823619 +CONECT2361823617 +CONECT2361923617 +CONECT236202362123622 +CONECT2362123620 +CONECT2362223620 +CONECT236232362423625 +CONECT2362423623 +CONECT2362523623 +CONECT236262362723628 +CONECT2362723626 +CONECT2362823626 +CONECT236292363023631 +CONECT2363023629 +CONECT2363123629 +CONECT236322363323634 +CONECT2363323632 +CONECT2363423632 +CONECT236352363623637 +CONECT2363623635 +CONECT2363723635 +CONECT236382363923640 +CONECT2363923638 +CONECT2364023638 +CONECT236412364223643 +CONECT2364223641 +CONECT2364323641 +CONECT236442364523646 +CONECT2364523644 +CONECT2364623644 +CONECT236472364823649 +CONECT2364823647 +CONECT2364923647 +CONECT236502365123652 +CONECT2365123650 +CONECT2365223650 +CONECT236532365423655 +CONECT2365423653 +CONECT2365523653 +CONECT236562365723658 +CONECT2365723656 +CONECT2365823656 +CONECT236592366023661 +CONECT2366023659 +CONECT2366123659 +CONECT236622366323664 +CONECT2366323662 +CONECT2366423662 +CONECT236652366623667 +CONECT2366623665 +CONECT2366723665 +CONECT236682366923670 +CONECT2366923668 +CONECT2367023668 +CONECT236712367223673 +CONECT2367223671 +CONECT2367323671 +CONECT236742367523676 +CONECT2367523674 +CONECT2367623674 +CONECT236772367823679 +CONECT2367823677 +CONECT2367923677 +CONECT236802368123682 +CONECT2368123680 +CONECT2368223680 +CONECT236832368423685 +CONECT2368423683 +CONECT2368523683 +CONECT236862368723688 +CONECT2368723686 +CONECT2368823686 +CONECT236892369023691 +CONECT2369023689 +CONECT2369123689 +CONECT236922369323694 +CONECT2369323692 +CONECT2369423692 +CONECT236952369623697 +CONECT2369623695 +CONECT2369723695 +CONECT236982369923700 +CONECT2369923698 +CONECT2370023698 +CONECT237012370223703 +CONECT2370223701 +CONECT2370323701 +CONECT237042370523706 +CONECT2370523704 +CONECT2370623704 +CONECT237072370823709 +CONECT2370823707 +CONECT2370923707 +CONECT237102371123712 +CONECT2371123710 +CONECT2371223710 +CONECT237132371423715 +CONECT2371423713 +CONECT2371523713 +CONECT237162371723718 +CONECT2371723716 +CONECT2371823716 +CONECT237192372023721 +CONECT2372023719 +CONECT2372123719 +CONECT237222372323724 +CONECT2372323722 +CONECT2372423722 +CONECT237252372623727 +CONECT2372623725 +CONECT2372723725 +CONECT237282372923730 +CONECT2372923728 +CONECT2373023728 +CONECT237312373223733 +CONECT2373223731 +CONECT2373323731 +CONECT237342373523736 +CONECT2373523734 +CONECT2373623734 +CONECT237372373823739 +CONECT2373823737 +CONECT2373923737 +CONECT237402374123742 +CONECT2374123740 +CONECT2374223740 +CONECT237432374423745 +CONECT2374423743 +CONECT2374523743 +CONECT237462374723748 +CONECT2374723746 +CONECT2374823746 +CONECT237492375023751 +CONECT2375023749 +CONECT2375123749 +CONECT237522375323754 +CONECT2375323752 +CONECT2375423752 +CONECT237552375623757 +CONECT2375623755 +CONECT2375723755 +CONECT237582375923760 +CONECT2375923758 +CONECT2376023758 +CONECT237612376223763 +CONECT2376223761 +CONECT2376323761 +CONECT237642376523766 +CONECT2376523764 +CONECT2376623764 +CONECT237672376823769 +CONECT2376823767 +CONECT2376923767 +CONECT237702377123772 +CONECT2377123770 +CONECT2377223770 +CONECT237732377423775 +CONECT2377423773 +CONECT2377523773 +CONECT237762377723778 +CONECT2377723776 +CONECT2377823776 +CONECT237792378023781 +CONECT2378023779 +CONECT2378123779 +CONECT237822378323784 +CONECT2378323782 +CONECT2378423782 +CONECT237852378623787 +CONECT2378623785 +CONECT2378723785 +CONECT237882378923790 +CONECT2378923788 +CONECT2379023788 +CONECT237912379223793 +CONECT2379223791 +CONECT2379323791 +CONECT237942379523796 +CONECT2379523794 +CONECT2379623794 +CONECT237972379823799 +CONECT2379823797 +CONECT2379923797 +CONECT238002380123802 +CONECT2380123800 +CONECT2380223800 +CONECT238032380423805 +CONECT2380423803 +CONECT2380523803 +CONECT238062380723808 +CONECT2380723806 +CONECT2380823806 +CONECT238092381023811 +CONECT2381023809 +CONECT2381123809 +CONECT238122381323814 +CONECT2381323812 +CONECT2381423812 +CONECT238152381623817 +CONECT2381623815 +CONECT2381723815 +CONECT238182381923820 +CONECT2381923818 +CONECT2382023818 +CONECT238212382223823 +CONECT2382223821 +CONECT2382323821 +CONECT238242382523826 +CONECT2382523824 +CONECT2382623824 +CONECT238272382823829 +CONECT2382823827 +CONECT2382923827 +CONECT238302383123832 +CONECT2383123830 +CONECT2383223830 +CONECT238332383423835 +CONECT2383423833 +CONECT2383523833 +CONECT238362383723838 +CONECT2383723836 +CONECT2383823836 +CONECT238392384023841 +CONECT2384023839 +CONECT2384123839 +CONECT238422384323844 +CONECT2384323842 +CONECT2384423842 +CONECT238452384623847 +CONECT2384623845 +CONECT2384723845 +CONECT238482384923850 +CONECT2384923848 +CONECT2385023848 +CONECT238512385223853 +CONECT2385223851 +CONECT2385323851 +CONECT238542385523856 +CONECT2385523854 +CONECT2385623854 +CONECT238572385823859 +CONECT2385823857 +CONECT2385923857 +CONECT238602386123862 +CONECT2386123860 +CONECT2386223860 +CONECT238632386423865 +CONECT2386423863 +CONECT2386523863 +CONECT238662386723868 +CONECT2386723866 +CONECT2386823866 +CONECT238692387023871 +CONECT2387023869 +CONECT2387123869 +CONECT238722387323874 +CONECT2387323872 +CONECT2387423872 +CONECT238752387623877 +CONECT2387623875 +CONECT2387723875 +CONECT238782387923880 +CONECT2387923878 +CONECT2388023878 +CONECT238812388223883 +CONECT2388223881 +CONECT2388323881 +CONECT238842388523886 +CONECT2388523884 +CONECT2388623884 +CONECT238872388823889 +CONECT2388823887 +CONECT2388923887 +CONECT238902389123892 +CONECT2389123890 +CONECT2389223890 +CONECT238932389423895 +CONECT2389423893 +CONECT2389523893 +CONECT238962389723898 +CONECT2389723896 +CONECT2389823896 +CONECT238992390023901 +CONECT2390023899 +CONECT2390123899 +CONECT239022390323904 +CONECT2390323902 +CONECT2390423902 +CONECT239052390623907 +CONECT2390623905 +CONECT2390723905 +CONECT239082390923910 +CONECT2390923908 +CONECT2391023908 +CONECT239112391223913 +CONECT2391223911 +CONECT2391323911 +CONECT239142391523916 +CONECT2391523914 +CONECT2391623914 +CONECT239172391823919 +CONECT2391823917 +CONECT2391923917 +CONECT239202392123922 +CONECT2392123920 +CONECT2392223920 +CONECT239232392423925 +CONECT2392423923 +CONECT2392523923 +CONECT239262392723928 +CONECT2392723926 +CONECT2392823926 +CONECT239292393023931 +CONECT2393023929 +CONECT2393123929 +CONECT239322393323934 +CONECT2393323932 +CONECT2393423932 +CONECT239352393623937 +CONECT2393623935 +CONECT2393723935 +CONECT239382393923940 +CONECT2393923938 +CONECT2394023938 +CONECT239412394223943 +CONECT2394223941 +CONECT2394323941 +CONECT239442394523946 +CONECT2394523944 +CONECT2394623944 +CONECT239472394823949 +CONECT2394823947 +CONECT2394923947 +CONECT239502395123952 +CONECT2395123950 +CONECT2395223950 +CONECT239532395423955 +CONECT2395423953 +CONECT2395523953 +CONECT239562395723958 +CONECT2395723956 +CONECT2395823956 +CONECT239592396023961 +CONECT2396023959 +CONECT2396123959 +CONECT239622396323964 +CONECT2396323962 +CONECT2396423962 +CONECT239652396623967 +CONECT2396623965 +CONECT2396723965 +CONECT239682396923970 +CONECT2396923968 +CONECT2397023968 +CONECT239712397223973 +CONECT2397223971 +CONECT2397323971 +CONECT239742397523976 +CONECT2397523974 +CONECT2397623974 +CONECT239772397823979 +CONECT2397823977 +CONECT2397923977 +CONECT239802398123982 +CONECT2398123980 +CONECT2398223980 +CONECT239832398423985 +CONECT2398423983 +CONECT2398523983 +CONECT239862398723988 +CONECT2398723986 +CONECT2398823986 +CONECT239892399023991 +CONECT2399023989 +CONECT2399123989 +CONECT239922399323994 +CONECT2399323992 +CONECT2399423992 +CONECT239952399623997 +CONECT2399623995 +CONECT2399723995 +CONECT239982399924000 +CONECT2399923998 +CONECT2400023998 +CONECT240012400224003 +CONECT2400224001 +CONECT2400324001 +CONECT240042400524006 +CONECT2400524004 +CONECT2400624004 +CONECT240072400824009 +CONECT2400824007 +CONECT2400924007 +CONECT240102401124012 +CONECT2401124010 +CONECT2401224010 +CONECT240132401424015 +CONECT2401424013 +CONECT2401524013 +CONECT240162401724018 +CONECT2401724016 +CONECT2401824016 +CONECT240192402024021 +CONECT2402024019 +CONECT2402124019 +CONECT240222402324024 +CONECT2402324022 +CONECT2402424022 +CONECT240252402624027 +CONECT2402624025 +CONECT2402724025 +CONECT240282402924030 +CONECT2402924028 +CONECT2403024028 +CONECT240312403224033 +CONECT2403224031 +CONECT2403324031 +CONECT240342403524036 +CONECT2403524034 +CONECT2403624034 +CONECT240372403824039 +CONECT2403824037 +CONECT2403924037 +CONECT240402404124042 +CONECT2404124040 +CONECT2404224040 +CONECT240432404424045 +CONECT2404424043 +CONECT2404524043 +CONECT240462404724048 +CONECT2404724046 +CONECT2404824046 +CONECT240492405024051 +CONECT2405024049 +CONECT2405124049 +CONECT240522405324054 +CONECT2405324052 +CONECT2405424052 +CONECT240552405624057 +CONECT2405624055 +CONECT2405724055 +CONECT240582405924060 +CONECT2405924058 +CONECT2406024058 +CONECT240612406224063 +CONECT2406224061 +CONECT2406324061 +CONECT240642406524066 +CONECT2406524064 +CONECT2406624064 +CONECT240672406824069 +CONECT2406824067 +CONECT2406924067 +CONECT240702407124072 +CONECT2407124070 +CONECT2407224070 +CONECT240732407424075 +CONECT2407424073 +CONECT2407524073 +CONECT240762407724078 +CONECT2407724076 +CONECT2407824076 +CONECT240792408024081 +CONECT2408024079 +CONECT2408124079 +CONECT240822408324084 +CONECT2408324082 +CONECT2408424082 +CONECT240852408624087 +CONECT2408624085 +CONECT2408724085 +CONECT240882408924090 +CONECT2408924088 +CONECT2409024088 +CONECT240912409224093 +CONECT2409224091 +CONECT2409324091 +CONECT240942409524096 +CONECT2409524094 +CONECT2409624094 +CONECT240972409824099 +CONECT2409824097 +CONECT2409924097 +CONECT241002410124102 +CONECT2410124100 +CONECT2410224100 +CONECT241032410424105 +CONECT2410424103 +CONECT2410524103 +CONECT241062410724108 +CONECT2410724106 +CONECT2410824106 +CONECT241092411024111 +CONECT2411024109 +CONECT2411124109 +CONECT241122411324114 +CONECT2411324112 +CONECT2411424112 +CONECT241152411624117 +CONECT2411624115 +CONECT2411724115 +CONECT241182411924120 +CONECT2411924118 +CONECT2412024118 +CONECT241212412224123 +CONECT2412224121 +CONECT2412324121 +CONECT241242412524126 +CONECT2412524124 +CONECT2412624124 +CONECT241272412824129 +CONECT2412824127 +CONECT2412924127 +CONECT241302413124132 +CONECT2413124130 +CONECT2413224130 +CONECT241332413424135 +CONECT2413424133 +CONECT2413524133 +CONECT241362413724138 +CONECT2413724136 +CONECT2413824136 +CONECT241392414024141 +CONECT2414024139 +CONECT2414124139 +CONECT241422414324144 +CONECT2414324142 +CONECT2414424142 +CONECT241452414624147 +CONECT2414624145 +CONECT2414724145 +CONECT241482414924150 +CONECT2414924148 +CONECT2415024148 +CONECT241512415224153 +CONECT2415224151 +CONECT2415324151 +CONECT241542415524156 +CONECT2415524154 +CONECT2415624154 +CONECT241572415824159 +CONECT2415824157 +CONECT2415924157 +CONECT241602416124162 +CONECT2416124160 +CONECT2416224160 +CONECT241632416424165 +CONECT2416424163 +CONECT2416524163 +CONECT241662416724168 +CONECT2416724166 +CONECT2416824166 +CONECT241692417024171 +CONECT2417024169 +CONECT2417124169 +CONECT241722417324174 +CONECT2417324172 +CONECT2417424172 +CONECT241752417624177 +CONECT2417624175 +CONECT2417724175 +CONECT241782417924180 +CONECT2417924178 +CONECT2418024178 +CONECT241812418224183 +CONECT2418224181 +CONECT2418324181 +CONECT241842418524186 +CONECT2418524184 +CONECT2418624184 +CONECT241872418824189 +CONECT2418824187 +CONECT2418924187 +CONECT241902419124192 +CONECT2419124190 +CONECT2419224190 +CONECT241932419424195 +CONECT2419424193 +CONECT2419524193 +CONECT241962419724198 +CONECT2419724196 +CONECT2419824196 +CONECT241992420024201 +CONECT2420024199 +CONECT2420124199 +CONECT242022420324204 +CONECT2420324202 +CONECT2420424202 +CONECT242052420624207 +CONECT2420624205 +CONECT2420724205 +CONECT242082420924210 +CONECT2420924208 +CONECT2421024208 +CONECT242112421224213 +CONECT2421224211 +CONECT2421324211 +CONECT242142421524216 +CONECT2421524214 +CONECT2421624214 +CONECT242172421824219 +CONECT2421824217 +CONECT2421924217 +CONECT242202422124222 +CONECT2422124220 +CONECT2422224220 +CONECT242232422424225 +CONECT2422424223 +CONECT2422524223 +CONECT242262422724228 +CONECT2422724226 +CONECT2422824226 +CONECT242292423024231 +CONECT2423024229 +CONECT2423124229 +CONECT242322423324234 +CONECT2423324232 +CONECT2423424232 +CONECT242352423624237 +CONECT2423624235 +CONECT2423724235 +CONECT242382423924240 +CONECT2423924238 +CONECT2424024238 +CONECT242412424224243 +CONECT2424224241 +CONECT2424324241 +CONECT242442424524246 +CONECT2424524244 +CONECT2424624244 +CONECT242472424824249 +CONECT2424824247 +CONECT2424924247 +CONECT242502425124252 +CONECT2425124250 +CONECT2425224250 +CONECT242532425424255 +CONECT2425424253 +CONECT2425524253 +CONECT242562425724258 +CONECT2425724256 +CONECT2425824256 +CONECT242592426024261 +CONECT2426024259 +CONECT2426124259 +CONECT242622426324264 +CONECT2426324262 +CONECT2426424262 +CONECT242652426624267 +CONECT2426624265 +CONECT2426724265 +CONECT242682426924270 +CONECT2426924268 +CONECT2427024268 +CONECT242712427224273 +CONECT2427224271 +CONECT2427324271 +CONECT242742427524276 +CONECT2427524274 +CONECT2427624274 +CONECT242772427824279 +CONECT2427824277 +CONECT2427924277 +CONECT242802428124282 +CONECT2428124280 +CONECT2428224280 +CONECT242832428424285 +CONECT2428424283 +CONECT2428524283 +CONECT242862428724288 +CONECT2428724286 +CONECT2428824286 +CONECT242892429024291 +CONECT2429024289 +CONECT2429124289 +CONECT242922429324294 +CONECT2429324292 +CONECT2429424292 +CONECT242952429624297 +CONECT2429624295 +CONECT2429724295 +CONECT242982429924300 +CONECT2429924298 +CONECT2430024298 +CONECT243012430224303 +CONECT2430224301 +CONECT2430324301 +CONECT243042430524306 +CONECT2430524304 +CONECT2430624304 +CONECT243072430824309 +CONECT2430824307 +CONECT2430924307 +CONECT243102431124312 +CONECT2431124310 +CONECT2431224310 +CONECT243132431424315 +CONECT2431424313 +CONECT2431524313 +CONECT243162431724318 +CONECT2431724316 +CONECT2431824316 +CONECT243192432024321 +CONECT2432024319 +CONECT2432124319 +CONECT243222432324324 +CONECT2432324322 +CONECT2432424322 +CONECT243252432624327 +CONECT2432624325 +CONECT2432724325 +CONECT243282432924330 +CONECT2432924328 +CONECT2433024328 +CONECT243312433224333 +CONECT2433224331 +CONECT2433324331 +CONECT243342433524336 +CONECT2433524334 +CONECT2433624334 +CONECT243372433824339 +CONECT2433824337 +CONECT2433924337 +CONECT243402434124342 +CONECT2434124340 +CONECT2434224340 +CONECT243432434424345 +CONECT2434424343 +CONECT2434524343 +CONECT243462434724348 +CONECT2434724346 +CONECT2434824346 +CONECT243492435024351 +CONECT2435024349 +CONECT2435124349 +CONECT243522435324354 +CONECT2435324352 +CONECT2435424352 +CONECT243552435624357 +CONECT2435624355 +CONECT2435724355 +CONECT243582435924360 +CONECT2435924358 +CONECT2436024358 +CONECT243612436224363 +CONECT2436224361 +CONECT2436324361 +CONECT243642436524366 +CONECT2436524364 +CONECT2436624364 +CONECT243672436824369 +CONECT2436824367 +CONECT2436924367 +CONECT243702437124372 +CONECT2437124370 +CONECT2437224370 +CONECT243732437424375 +CONECT2437424373 +CONECT2437524373 +CONECT243762437724378 +CONECT2437724376 +CONECT2437824376 +CONECT243792438024381 +CONECT2438024379 +CONECT2438124379 +CONECT243822438324384 +CONECT2438324382 +CONECT2438424382 +CONECT243852438624387 +CONECT2438624385 +CONECT2438724385 +CONECT243882438924390 +CONECT2438924388 +CONECT2439024388 +CONECT243912439224393 +CONECT2439224391 +CONECT2439324391 +CONECT243942439524396 +CONECT2439524394 +CONECT2439624394 +CONECT243972439824399 +CONECT2439824397 +CONECT2439924397 +CONECT244002440124402 +CONECT2440124400 +CONECT2440224400 +CONECT244032440424405 +CONECT2440424403 +CONECT2440524403 +CONECT244062440724408 +CONECT2440724406 +CONECT2440824406 +CONECT244092441024411 +CONECT2441024409 +CONECT2441124409 +CONECT244122441324414 +CONECT2441324412 +CONECT2441424412 +CONECT244152441624417 +CONECT2441624415 +CONECT2441724415 +CONECT244182441924420 +CONECT2441924418 +CONECT2442024418 +CONECT244212442224423 +CONECT2442224421 +CONECT2442324421 +CONECT244242442524426 +CONECT2442524424 +CONECT2442624424 +CONECT244272442824429 +CONECT2442824427 +CONECT2442924427 +CONECT244302443124432 +CONECT2443124430 +CONECT2443224430 +CONECT244332443424435 +CONECT2443424433 +CONECT2443524433 +CONECT244362443724438 +CONECT2443724436 +CONECT2443824436 +CONECT244392444024441 +CONECT2444024439 +CONECT2444124439 +CONECT244422444324444 +CONECT2444324442 +CONECT2444424442 +CONECT244452444624447 +CONECT2444624445 +CONECT2444724445 +CONECT244482444924450 +CONECT2444924448 +CONECT2445024448 +CONECT244512445224453 +CONECT2445224451 +CONECT2445324451 +CONECT244542445524456 +CONECT2445524454 +CONECT2445624454 +CONECT244572445824459 +CONECT2445824457 +CONECT2445924457 +CONECT244602446124462 +CONECT2446124460 +CONECT2446224460 +CONECT244632446424465 +CONECT2446424463 +CONECT2446524463 +CONECT244662446724468 +CONECT2446724466 +CONECT2446824466 +CONECT244692447024471 +CONECT2447024469 +CONECT2447124469 +CONECT244722447324474 +CONECT2447324472 +CONECT2447424472 +CONECT244752447624477 +CONECT2447624475 +CONECT2447724475 +CONECT244782447924480 +CONECT2447924478 +CONECT2448024478 +CONECT244812448224483 +CONECT2448224481 +CONECT2448324481 +CONECT244842448524486 +CONECT2448524484 +CONECT2448624484 +CONECT244872448824489 +CONECT2448824487 +CONECT2448924487 +CONECT244902449124492 +CONECT2449124490 +CONECT2449224490 +CONECT244932449424495 +CONECT2449424493 +CONECT2449524493 +CONECT244962449724498 +CONECT2449724496 +CONECT2449824496 +CONECT244992450024501 +CONECT2450024499 +CONECT2450124499 +CONECT245022450324504 +CONECT2450324502 +CONECT2450424502 +CONECT245052450624507 +CONECT2450624505 +CONECT2450724505 +CONECT245082450924510 +CONECT2450924508 +CONECT2451024508 +CONECT245112451224513 +CONECT2451224511 +CONECT2451324511 +CONECT245142451524516 +CONECT2451524514 +CONECT2451624514 +CONECT245172451824519 +CONECT2451824517 +CONECT2451924517 +CONECT245202452124522 +CONECT2452124520 +CONECT2452224520 +CONECT245232452424525 +CONECT2452424523 +CONECT2452524523 +CONECT245262452724528 +CONECT2452724526 +CONECT2452824526 +CONECT245292453024531 +CONECT2453024529 +CONECT2453124529 +CONECT245322453324534 +CONECT2453324532 +CONECT2453424532 +CONECT245352453624537 +CONECT2453624535 +CONECT2453724535 +CONECT245382453924540 +CONECT2453924538 +CONECT2454024538 +CONECT245412454224543 +CONECT2454224541 +CONECT2454324541 +CONECT245442454524546 +CONECT2454524544 +CONECT2454624544 +CONECT245472454824549 +CONECT2454824547 +CONECT2454924547 +CONECT245502455124552 +CONECT2455124550 +CONECT2455224550 +CONECT245532455424555 +CONECT2455424553 +CONECT2455524553 +CONECT245562455724558 +CONECT2455724556 +CONECT2455824556 +CONECT245592456024561 +CONECT2456024559 +CONECT2456124559 +CONECT245622456324564 +CONECT2456324562 +CONECT2456424562 +CONECT245652456624567 +CONECT2456624565 +CONECT2456724565 +CONECT245682456924570 +CONECT2456924568 +CONECT2457024568 +CONECT245712457224573 +CONECT2457224571 +CONECT2457324571 +CONECT245742457524576 +CONECT2457524574 +CONECT2457624574 +CONECT245772457824579 +CONECT2457824577 +CONECT2457924577 +CONECT245802458124582 +CONECT2458124580 +CONECT2458224580 +CONECT245832458424585 +CONECT2458424583 +CONECT2458524583 +CONECT245862458724588 +CONECT2458724586 +CONECT2458824586 +CONECT245892459024591 +CONECT2459024589 +CONECT2459124589 +CONECT245922459324594 +CONECT2459324592 +CONECT2459424592 +CONECT245952459624597 +CONECT2459624595 +CONECT2459724595 +CONECT245982459924600 +CONECT2459924598 +CONECT2460024598 +CONECT246012460224603 +CONECT2460224601 +CONECT2460324601 +CONECT246042460524606 +CONECT2460524604 +CONECT2460624604 +CONECT246072460824609 +CONECT2460824607 +CONECT2460924607 +CONECT246102461124612 +CONECT2461124610 +CONECT2461224610 +CONECT246132461424615 +CONECT2461424613 +CONECT2461524613 +CONECT246162461724618 +CONECT2461724616 +CONECT2461824616 +CONECT246192462024621 +CONECT2462024619 +CONECT2462124619 +CONECT246222462324624 +CONECT2462324622 +CONECT2462424622 +CONECT246252462624627 +CONECT2462624625 +CONECT2462724625 +CONECT246282462924630 +CONECT2462924628 +CONECT2463024628 +CONECT246312463224633 +CONECT2463224631 +CONECT2463324631 +CONECT246342463524636 +CONECT2463524634 +CONECT2463624634 +CONECT246372463824639 +CONECT2463824637 +CONECT2463924637 +CONECT246402464124642 +CONECT2464124640 +CONECT2464224640 +CONECT246432464424645 +CONECT2464424643 +CONECT2464524643 +CONECT246462464724648 +CONECT2464724646 +CONECT2464824646 +CONECT246492465024651 +CONECT2465024649 +CONECT2465124649 +CONECT246522465324654 +CONECT2465324652 +CONECT2465424652 +CONECT246552465624657 +CONECT2465624655 +CONECT2465724655 +CONECT246582465924660 +CONECT2465924658 +CONECT2466024658 +CONECT246612466224663 +CONECT2466224661 +CONECT2466324661 +CONECT246642466524666 +CONECT2466524664 +CONECT2466624664 +CONECT246672466824669 +CONECT2466824667 +CONECT2466924667 +CONECT246702467124672 +CONECT2467124670 +CONECT2467224670 +CONECT246732467424675 +CONECT2467424673 +CONECT2467524673 +CONECT246762467724678 +CONECT2467724676 +CONECT2467824676 +CONECT246792468024681 +CONECT2468024679 +CONECT2468124679 +CONECT246822468324684 +CONECT2468324682 +CONECT2468424682 +CONECT246852468624687 +CONECT2468624685 +CONECT2468724685 +CONECT246882468924690 +CONECT2468924688 +CONECT2469024688 +CONECT246912469224693 +CONECT2469224691 +CONECT2469324691 +CONECT246942469524696 +CONECT2469524694 +CONECT2469624694 +CONECT246972469824699 +CONECT2469824697 +CONECT2469924697 +CONECT247002470124702 +CONECT2470124700 +CONECT2470224700 +CONECT247032470424705 +CONECT2470424703 +CONECT2470524703 +CONECT247062470724708 +CONECT2470724706 +CONECT2470824706 +CONECT247092471024711 +CONECT2471024709 +CONECT2471124709 +CONECT247122471324714 +CONECT2471324712 +CONECT2471424712 +CONECT247152471624717 +CONECT2471624715 +CONECT2471724715 +CONECT247182471924720 +CONECT2471924718 +CONECT2472024718 +CONECT247212472224723 +CONECT2472224721 +CONECT2472324721 +CONECT247242472524726 +CONECT2472524724 +CONECT2472624724 +CONECT247272472824729 +CONECT2472824727 +CONECT2472924727 +CONECT247302473124732 +CONECT2473124730 +CONECT2473224730 +CONECT247332473424735 +CONECT2473424733 +CONECT2473524733 +CONECT247362473724738 +CONECT2473724736 +CONECT2473824736 +CONECT247392474024741 +CONECT2474024739 +CONECT2474124739 +CONECT247422474324744 +CONECT2474324742 +CONECT2474424742 +CONECT247452474624747 +CONECT2474624745 +CONECT2474724745 +CONECT247482474924750 +CONECT2474924748 +CONECT2475024748 +CONECT247512475224753 +CONECT2475224751 +CONECT2475324751 +CONECT247542475524756 +CONECT2475524754 +CONECT2475624754 +CONECT247572475824759 +CONECT2475824757 +CONECT2475924757 +CONECT247602476124762 +CONECT2476124760 +CONECT2476224760 +CONECT247632476424765 +CONECT2476424763 +CONECT2476524763 +CONECT247662476724768 +CONECT2476724766 +CONECT2476824766 +CONECT247692477024771 +CONECT2477024769 +CONECT2477124769 +CONECT247722477324774 +CONECT2477324772 +CONECT2477424772 +CONECT247752477624777 +CONECT2477624775 +CONECT2477724775 +CONECT247782477924780 +CONECT2477924778 +CONECT2478024778 +CONECT247812478224783 +CONECT2478224781 +CONECT2478324781 +CONECT247842478524786 +CONECT2478524784 +CONECT2478624784 +CONECT247872478824789 +CONECT2478824787 +CONECT2478924787 +CONECT247902479124792 +CONECT2479124790 +CONECT2479224790 +CONECT247932479424795 +CONECT2479424793 +CONECT2479524793 +CONECT247962479724798 +CONECT2479724796 +CONECT2479824796 +CONECT247992480024801 +CONECT2480024799 +CONECT2480124799 +CONECT248022480324804 +CONECT2480324802 +CONECT2480424802 +CONECT248052480624807 +CONECT2480624805 +CONECT2480724805 +CONECT248082480924810 +CONECT2480924808 +CONECT2481024808 +CONECT248112481224813 +CONECT2481224811 +CONECT2481324811 +CONECT248142481524816 +CONECT2481524814 +CONECT2481624814 +CONECT248172481824819 +CONECT2481824817 +CONECT2481924817 +CONECT248202482124822 +CONECT2482124820 +CONECT2482224820 +CONECT248232482424825 +CONECT2482424823 +CONECT2482524823 +CONECT248262482724828 +CONECT2482724826 +CONECT2482824826 +CONECT248292483024831 +CONECT2483024829 +CONECT2483124829 +CONECT248322483324834 +CONECT2483324832 +CONECT2483424832 +CONECT248352483624837 +CONECT2483624835 +CONECT2483724835 +CONECT248382483924840 +CONECT2483924838 +CONECT2484024838 +CONECT248412484224843 +CONECT2484224841 +CONECT2484324841 +CONECT248442484524846 +CONECT2484524844 +CONECT2484624844 +CONECT248472484824849 +CONECT2484824847 +CONECT2484924847 +CONECT248502485124852 +CONECT2485124850 +CONECT2485224850 +CONECT248532485424855 +CONECT2485424853 +CONECT2485524853 +CONECT248562485724858 +CONECT2485724856 +CONECT2485824856 +CONECT248592486024861 +CONECT2486024859 +CONECT2486124859 +CONECT248622486324864 +CONECT2486324862 +CONECT2486424862 +CONECT248652486624867 +CONECT2486624865 +CONECT2486724865 +CONECT248682486924870 +CONECT2486924868 +CONECT2487024868 +CONECT248712487224873 +CONECT2487224871 +CONECT2487324871 +CONECT248742487524876 +CONECT2487524874 +CONECT2487624874 +CONECT248772487824879 +CONECT2487824877 +CONECT2487924877 +CONECT248802488124882 +CONECT2488124880 +CONECT2488224880 +CONECT248832488424885 +CONECT2488424883 +CONECT2488524883 +CONECT248862488724888 +CONECT2488724886 +CONECT2488824886 +CONECT248892489024891 +CONECT2489024889 +CONECT2489124889 +CONECT248922489324894 +CONECT2489324892 +CONECT2489424892 +CONECT248952489624897 +CONECT2489624895 +CONECT2489724895 +CONECT248982489924900 +CONECT2489924898 +CONECT2490024898 +CONECT249012490224903 +CONECT2490224901 +CONECT2490324901 +CONECT249042490524906 +CONECT2490524904 +CONECT2490624904 +CONECT249072490824909 +CONECT2490824907 +CONECT2490924907 +CONECT249102491124912 +CONECT2491124910 +CONECT2491224910 +CONECT249132491424915 +CONECT2491424913 +CONECT2491524913 +CONECT249162491724918 +CONECT2491724916 +CONECT2491824916 +CONECT249192492024921 +CONECT2492024919 +CONECT2492124919 +CONECT249222492324924 +CONECT2492324922 +CONECT2492424922 +CONECT249252492624927 +CONECT2492624925 +CONECT2492724925 +CONECT249282492924930 +CONECT2492924928 +CONECT2493024928 +CONECT249312493224933 +CONECT2493224931 +CONECT2493324931 +CONECT249342493524936 +CONECT2493524934 +CONECT2493624934 +CONECT249372493824939 +CONECT2493824937 +CONECT2493924937 +CONECT249402494124942 +CONECT2494124940 +CONECT2494224940 +CONECT249432494424945 +CONECT2494424943 +CONECT2494524943 +CONECT249462494724948 +CONECT2494724946 +CONECT2494824946 +CONECT249492495024951 +CONECT2495024949 +CONECT2495124949 +CONECT249522495324954 +CONECT2495324952 +CONECT2495424952 +CONECT249552495624957 +CONECT2495624955 +CONECT2495724955 +CONECT249582495924960 +CONECT2495924958 +CONECT2496024958 +CONECT249612496224963 +CONECT2496224961 +CONECT2496324961 +CONECT249642496524966 +CONECT2496524964 +CONECT2496624964 +CONECT249672496824969 +CONECT2496824967 +CONECT2496924967 +CONECT249702497124972 +CONECT2497124970 +CONECT2497224970 +CONECT249732497424975 +CONECT2497424973 +CONECT2497524973 +CONECT249762497724978 +CONECT2497724976 +CONECT2497824976 +CONECT249792498024981 +CONECT2498024979 +CONECT2498124979 +CONECT249822498324984 +CONECT2498324982 +CONECT2498424982 +CONECT249852498624987 +CONECT2498624985 +CONECT2498724985 +CONECT249882498924990 +CONECT2498924988 +CONECT2499024988 +CONECT249912499224993 +CONECT2499224991 +CONECT2499324991 +CONECT249942499524996 +CONECT2499524994 +CONECT2499624994 +CONECT249972499824999 +CONECT2499824997 +CONECT2499924997 +CONECT250002500125002 +CONECT2500125000 +CONECT2500225000 +CONECT250032500425005 +CONECT2500425003 +CONECT2500525003 +CONECT250062500725008 +CONECT2500725006 +CONECT2500825006 +CONECT250092501025011 +CONECT2501025009 +CONECT2501125009 +CONECT250122501325014 +CONECT2501325012 +CONECT2501425012 +CONECT250152501625017 +CONECT2501625015 +CONECT2501725015 +CONECT250182501925020 +CONECT2501925018 +CONECT2502025018 +CONECT250212502225023 +CONECT2502225021 +CONECT2502325021 +CONECT250242502525026 +CONECT2502525024 +CONECT2502625024 +CONECT250272502825029 +CONECT2502825027 +CONECT2502925027 +CONECT250302503125032 +CONECT2503125030 +CONECT2503225030 +CONECT250332503425035 +CONECT2503425033 +CONECT2503525033 +CONECT250362503725038 +CONECT2503725036 +CONECT2503825036 +CONECT250392504025041 +CONECT2504025039 +CONECT2504125039 +CONECT250422504325044 +CONECT2504325042 +CONECT2504425042 +CONECT250452504625047 +CONECT2504625045 +CONECT2504725045 +CONECT250482504925050 +CONECT2504925048 +CONECT2505025048 +CONECT250512505225053 +CONECT2505225051 +CONECT2505325051 +CONECT250542505525056 +CONECT2505525054 +CONECT2505625054 +CONECT250572505825059 +CONECT2505825057 +CONECT2505925057 +CONECT250602506125062 +CONECT2506125060 +CONECT2506225060 +CONECT250632506425065 +CONECT2506425063 +CONECT2506525063 +CONECT250662506725068 +CONECT2506725066 +CONECT2506825066 +CONECT250692507025071 +CONECT2507025069 +CONECT2507125069 +CONECT250722507325074 +CONECT2507325072 +CONECT2507425072 +CONECT250752507625077 +CONECT2507625075 +CONECT2507725075 +CONECT250782507925080 +CONECT2507925078 +CONECT2508025078 +CONECT250812508225083 +CONECT2508225081 +CONECT2508325081 +CONECT250842508525086 +CONECT2508525084 +CONECT2508625084 +CONECT250872508825089 +CONECT2508825087 +CONECT2508925087 +CONECT250902509125092 +CONECT2509125090 +CONECT2509225090 +CONECT250932509425095 +CONECT2509425093 +CONECT2509525093 +CONECT250962509725098 +CONECT2509725096 +CONECT2509825096 +CONECT250992510025101 +CONECT2510025099 +CONECT2510125099 +CONECT251022510325104 +CONECT2510325102 +CONECT2510425102 +CONECT251052510625107 +CONECT2510625105 +CONECT2510725105 +CONECT251082510925110 +CONECT2510925108 +CONECT2511025108 +CONECT251112511225113 +CONECT2511225111 +CONECT2511325111 +CONECT251142511525116 +CONECT2511525114 +CONECT2511625114 +CONECT251172511825119 +CONECT2511825117 +CONECT2511925117 +CONECT251202512125122 +CONECT2512125120 +CONECT2512225120 +CONECT251232512425125 +CONECT2512425123 +CONECT2512525123 +CONECT251262512725128 +CONECT2512725126 +CONECT2512825126 +CONECT251292513025131 +CONECT2513025129 +CONECT2513125129 +CONECT251322513325134 +CONECT2513325132 +CONECT2513425132 +CONECT251352513625137 +CONECT2513625135 +CONECT2513725135 +CONECT251382513925140 +CONECT2513925138 +CONECT2514025138 +CONECT251412514225143 +CONECT2514225141 +CONECT2514325141 +CONECT251442514525146 +CONECT2514525144 +CONECT2514625144 +CONECT251472514825149 +CONECT2514825147 +CONECT2514925147 +CONECT251502515125152 +CONECT2515125150 +CONECT2515225150 +CONECT251532515425155 +CONECT2515425153 +CONECT2515525153 +CONECT251562515725158 +CONECT2515725156 +CONECT2515825156 +CONECT251592516025161 +CONECT2516025159 +CONECT2516125159 +CONECT251622516325164 +CONECT2516325162 +CONECT2516425162 +CONECT251652516625167 +CONECT2516625165 +CONECT2516725165 +CONECT251682516925170 +CONECT2516925168 +CONECT2517025168 +CONECT251712517225173 +CONECT2517225171 +CONECT2517325171 +CONECT251742517525176 +CONECT2517525174 +CONECT2517625174 +CONECT251772517825179 +CONECT2517825177 +CONECT2517925177 +CONECT251802518125182 +CONECT2518125180 +CONECT2518225180 +CONECT251832518425185 +CONECT2518425183 +CONECT2518525183 +CONECT251862518725188 +CONECT2518725186 +CONECT2518825186 +CONECT251892519025191 +CONECT2519025189 +CONECT2519125189 +CONECT251922519325194 +CONECT2519325192 +CONECT2519425192 +CONECT251952519625197 +CONECT2519625195 +CONECT2519725195 +CONECT251982519925200 +CONECT2519925198 +CONECT2520025198 +CONECT252012520225203 +CONECT2520225201 +CONECT2520325201 +CONECT252042520525206 +CONECT2520525204 +CONECT2520625204 +CONECT252072520825209 +CONECT2520825207 +CONECT2520925207 +CONECT252102521125212 +CONECT2521125210 +CONECT2521225210 +CONECT252132521425215 +CONECT2521425213 +CONECT2521525213 +CONECT252162521725218 +CONECT2521725216 +CONECT2521825216 +CONECT252192522025221 +CONECT2522025219 +CONECT2522125219 +CONECT252222522325224 +CONECT2522325222 +CONECT2522425222 +CONECT252252522625227 +CONECT2522625225 +CONECT2522725225 +CONECT252282522925230 +CONECT2522925228 +CONECT2523025228 +CONECT252312523225233 +CONECT2523225231 +CONECT2523325231 +CONECT252342523525236 +CONECT2523525234 +CONECT2523625234 +CONECT252372523825239 +CONECT2523825237 +CONECT2523925237 +CONECT252402524125242 +CONECT2524125240 +CONECT2524225240 +CONECT252432524425245 +CONECT2524425243 +CONECT2524525243 +CONECT252462524725248 +CONECT2524725246 +CONECT2524825246 +CONECT252492525025251 +CONECT2525025249 +CONECT2525125249 +CONECT252522525325254 +CONECT2525325252 +CONECT2525425252 +CONECT252552525625257 +CONECT2525625255 +CONECT2525725255 +CONECT252582525925260 +CONECT2525925258 +CONECT2526025258 +CONECT252612526225263 +CONECT2526225261 +CONECT2526325261 +CONECT252642526525266 +CONECT2526525264 +CONECT2526625264 +CONECT252672526825269 +CONECT2526825267 +CONECT2526925267 +CONECT252702527125272 +CONECT2527125270 +CONECT2527225270 +CONECT252732527425275 +CONECT2527425273 +CONECT2527525273 +CONECT252762527725278 +CONECT2527725276 +CONECT2527825276 +CONECT252792528025281 +CONECT2528025279 +CONECT2528125279 +CONECT252822528325284 +CONECT2528325282 +CONECT2528425282 +CONECT252852528625287 +CONECT2528625285 +CONECT2528725285 +CONECT252882528925290 +CONECT2528925288 +CONECT2529025288 +CONECT252912529225293 +CONECT2529225291 +CONECT2529325291 +CONECT252942529525296 +CONECT2529525294 +CONECT2529625294 +CONECT252972529825299 +CONECT2529825297 +CONECT2529925297 +CONECT253002530125302 +CONECT2530125300 +CONECT2530225300 +CONECT253032530425305 +CONECT2530425303 +CONECT2530525303 +CONECT253062530725308 +CONECT2530725306 +CONECT2530825306 +CONECT253092531025311 +CONECT2531025309 +CONECT2531125309 +CONECT253122531325314 +CONECT2531325312 +CONECT2531425312 +CONECT253152531625317 +CONECT2531625315 +CONECT2531725315 +CONECT253182531925320 +CONECT2531925318 +CONECT2532025318 +CONECT253212532225323 +CONECT2532225321 +CONECT2532325321 +CONECT253242532525326 +CONECT2532525324 +CONECT2532625324 +CONECT253272532825329 +CONECT2532825327 +CONECT2532925327 +CONECT253302533125332 +CONECT2533125330 +CONECT2533225330 +CONECT253332533425335 +CONECT2533425333 +CONECT2533525333 +CONECT253362533725338 +CONECT2533725336 +CONECT2533825336 +CONECT253392534025341 +CONECT2534025339 +CONECT2534125339 +CONECT253422534325344 +CONECT2534325342 +CONECT2534425342 +CONECT253452534625347 +CONECT2534625345 +CONECT2534725345 +CONECT253482534925350 +CONECT2534925348 +CONECT2535025348 +CONECT253512535225353 +CONECT2535225351 +CONECT2535325351 +CONECT253542535525356 +CONECT2535525354 +CONECT2535625354 +CONECT253572535825359 +CONECT2535825357 +CONECT2535925357 +CONECT253602536125362 +CONECT2536125360 +CONECT2536225360 +CONECT253632536425365 +CONECT2536425363 +CONECT2536525363 +CONECT253662536725368 +CONECT2536725366 +CONECT2536825366 +CONECT253692537025371 +CONECT2537025369 +CONECT2537125369 +CONECT253722537325374 +CONECT2537325372 +CONECT2537425372 +CONECT253752537625377 +CONECT2537625375 +CONECT2537725375 +CONECT253782537925380 +CONECT2537925378 +CONECT2538025378 +CONECT253812538225383 +CONECT2538225381 +CONECT2538325381 +CONECT253842538525386 +CONECT2538525384 +CONECT2538625384 +CONECT253872538825389 +CONECT2538825387 +CONECT2538925387 +CONECT253902539125392 +CONECT2539125390 +CONECT2539225390 +CONECT253932539425395 +CONECT2539425393 +CONECT2539525393 +CONECT253962539725398 +CONECT2539725396 +CONECT2539825396 +CONECT253992540025401 +CONECT2540025399 +CONECT2540125399 +CONECT254022540325404 +CONECT2540325402 +CONECT2540425402 +CONECT254052540625407 +CONECT2540625405 +CONECT2540725405 +CONECT254082540925410 +CONECT2540925408 +CONECT2541025408 +CONECT254112541225413 +CONECT2541225411 +CONECT2541325411 +CONECT254142541525416 +CONECT2541525414 +CONECT2541625414 +CONECT254172541825419 +CONECT2541825417 +CONECT2541925417 +CONECT254202542125422 +CONECT2542125420 +CONECT2542225420 +CONECT254232542425425 +CONECT2542425423 +CONECT2542525423 +CONECT254262542725428 +CONECT2542725426 +CONECT2542825426 +CONECT254292543025431 +CONECT2543025429 +CONECT2543125429 +CONECT254322543325434 +CONECT2543325432 +CONECT2543425432 +CONECT254352543625437 +CONECT2543625435 +CONECT2543725435 +CONECT254382543925440 +CONECT2543925438 +CONECT2544025438 +CONECT254412544225443 +CONECT2544225441 +CONECT2544325441 +CONECT254442544525446 +CONECT2544525444 +CONECT2544625444 +CONECT254472544825449 +CONECT2544825447 +CONECT2544925447 +CONECT254502545125452 +CONECT2545125450 +CONECT2545225450 +CONECT254532545425455 +CONECT2545425453 +CONECT2545525453 +CONECT254562545725458 +CONECT2545725456 +CONECT2545825456 +CONECT254592546025461 +CONECT2546025459 +CONECT2546125459 +CONECT254622546325464 +CONECT2546325462 +CONECT2546425462 +CONECT254652546625467 +CONECT2546625465 +CONECT2546725465 +CONECT254682546925470 +CONECT2546925468 +CONECT2547025468 +CONECT254712547225473 +CONECT2547225471 +CONECT2547325471 +CONECT254742547525476 +CONECT2547525474 +CONECT2547625474 +CONECT254772547825479 +CONECT2547825477 +CONECT2547925477 +CONECT254802548125482 +CONECT2548125480 +CONECT2548225480 +CONECT254832548425485 +CONECT2548425483 +CONECT2548525483 +CONECT254862548725488 +CONECT2548725486 +CONECT2548825486 +CONECT254892549025491 +CONECT2549025489 +CONECT2549125489 +CONECT254922549325494 +CONECT2549325492 +CONECT2549425492 +CONECT254952549625497 +CONECT2549625495 +CONECT2549725495 +CONECT254982549925500 +CONECT2549925498 +CONECT2550025498 +CONECT255012550225503 +CONECT2550225501 +CONECT2550325501 +CONECT255042550525506 +CONECT2550525504 +CONECT2550625504 +CONECT255072550825509 +CONECT2550825507 +CONECT2550925507 +CONECT255102551125512 +CONECT2551125510 +CONECT2551225510 +CONECT255132551425515 +CONECT2551425513 +CONECT2551525513 +CONECT255162551725518 +CONECT2551725516 +CONECT2551825516 +CONECT255192552025521 +CONECT2552025519 +CONECT2552125519 +CONECT255222552325524 +CONECT2552325522 +CONECT2552425522 +CONECT255252552625527 +CONECT2552625525 +CONECT2552725525 +CONECT255282552925530 +CONECT2552925528 +CONECT2553025528 +CONECT255312553225533 +CONECT2553225531 +CONECT2553325531 +CONECT255342553525536 +CONECT2553525534 +CONECT2553625534 +CONECT255372553825539 +CONECT2553825537 +CONECT2553925537 +CONECT255402554125542 +CONECT2554125540 +CONECT2554225540 +CONECT255432554425545 +CONECT2554425543 +CONECT2554525543 +CONECT255462554725548 +CONECT2554725546 +CONECT2554825546 +CONECT255492555025551 +CONECT2555025549 +CONECT2555125549 +CONECT255522555325554 +CONECT2555325552 +CONECT2555425552 +CONECT255552555625557 +CONECT2555625555 +CONECT2555725555 +CONECT255582555925560 +CONECT2555925558 +CONECT2556025558 +CONECT255612556225563 +CONECT2556225561 +CONECT2556325561 +CONECT255642556525566 +CONECT2556525564 +CONECT2556625564 +CONECT255672556825569 +CONECT2556825567 +CONECT2556925567 +CONECT255702557125572 +CONECT2557125570 +CONECT2557225570 +CONECT255732557425575 +CONECT2557425573 +CONECT2557525573 +CONECT255762557725578 +CONECT2557725576 +CONECT2557825576 +CONECT255792558025581 +CONECT2558025579 +CONECT2558125579 +CONECT255822558325584 +CONECT2558325582 +CONECT2558425582 +CONECT255852558625587 +CONECT2558625585 +CONECT2558725585 +CONECT255882558925590 +CONECT2558925588 +CONECT2559025588 +CONECT255912559225593 +CONECT2559225591 +CONECT2559325591 +CONECT255942559525596 +CONECT2559525594 +CONECT2559625594 +CONECT255972559825599 +CONECT2559825597 +CONECT2559925597 +CONECT256002560125602 +CONECT2560125600 +CONECT2560225600 +CONECT256032560425605 +CONECT2560425603 +CONECT2560525603 +CONECT256062560725608 +CONECT2560725606 +CONECT2560825606 +CONECT256092561025611 +CONECT2561025609 +CONECT2561125609 +CONECT256122561325614 +CONECT2561325612 +CONECT2561425612 +CONECT256152561625617 +CONECT2561625615 +CONECT2561725615 +CONECT256182561925620 +CONECT2561925618 +CONECT2562025618 +CONECT256212562225623 +CONECT2562225621 +CONECT2562325621 +CONECT256242562525626 +CONECT2562525624 +CONECT2562625624 +CONECT256272562825629 +CONECT2562825627 +CONECT2562925627 +CONECT256302563125632 +CONECT2563125630 +CONECT2563225630 +CONECT256332563425635 +CONECT2563425633 +CONECT2563525633 +CONECT256362563725638 +CONECT2563725636 +CONECT2563825636 +CONECT256392564025641 +CONECT2564025639 +CONECT2564125639 +CONECT256422564325644 +CONECT2564325642 +CONECT2564425642 +CONECT256452564625647 +CONECT2564625645 +CONECT2564725645 +CONECT256482564925650 +CONECT2564925648 +CONECT2565025648 +CONECT256512565225653 +CONECT2565225651 +CONECT2565325651 +CONECT256542565525656 +CONECT2565525654 +CONECT2565625654 +CONECT256572565825659 +CONECT2565825657 +CONECT2565925657 +CONECT256602566125662 +CONECT2566125660 +CONECT2566225660 +CONECT256632566425665 +CONECT2566425663 +CONECT2566525663 +CONECT256662566725668 +CONECT2566725666 +CONECT2566825666 +CONECT256692567025671 +CONECT2567025669 +CONECT2567125669 +CONECT256722567325674 +CONECT2567325672 +CONECT2567425672 +CONECT256752567625677 +CONECT2567625675 +CONECT2567725675 +CONECT256782567925680 +CONECT2567925678 +CONECT2568025678 +CONECT256812568225683 +CONECT2568225681 +CONECT2568325681 +CONECT256842568525686 +CONECT2568525684 +CONECT2568625684 +CONECT256872568825689 +CONECT2568825687 +CONECT2568925687 +CONECT256902569125692 +CONECT2569125690 +CONECT2569225690 +CONECT256932569425695 +CONECT2569425693 +CONECT2569525693 +CONECT256962569725698 +CONECT2569725696 +CONECT2569825696 +CONECT256992570025701 +CONECT2570025699 +CONECT2570125699 +CONECT257022570325704 +CONECT2570325702 +CONECT2570425702 +CONECT257052570625707 +CONECT2570625705 +CONECT2570725705 +CONECT257082570925710 +CONECT2570925708 +CONECT2571025708 +CONECT257112571225713 +CONECT2571225711 +CONECT2571325711 +CONECT257142571525716 +CONECT2571525714 +CONECT2571625714 +CONECT257172571825719 +CONECT2571825717 +CONECT2571925717 +CONECT257202572125722 +CONECT2572125720 +CONECT2572225720 +CONECT257232572425725 +CONECT2572425723 +CONECT2572525723 +CONECT257262572725728 +CONECT2572725726 +CONECT2572825726 +CONECT257292573025731 +CONECT2573025729 +CONECT2573125729 +CONECT257322573325734 +CONECT2573325732 +CONECT2573425732 +CONECT257352573625737 +CONECT2573625735 +CONECT2573725735 +CONECT257382573925740 +CONECT2573925738 +CONECT2574025738 +CONECT257412574225743 +CONECT2574225741 +CONECT2574325741 +CONECT257442574525746 +CONECT2574525744 +CONECT2574625744 +CONECT257472574825749 +CONECT2574825747 +CONECT2574925747 +CONECT257502575125752 +CONECT2575125750 +CONECT2575225750 +CONECT257532575425755 +CONECT2575425753 +CONECT2575525753 +CONECT257562575725758 +CONECT2575725756 +CONECT2575825756 +CONECT257592576025761 +CONECT2576025759 +CONECT2576125759 +CONECT257622576325764 +CONECT2576325762 +CONECT2576425762 +CONECT257652576625767 +CONECT2576625765 +CONECT2576725765 +CONECT257682576925770 +CONECT2576925768 +CONECT2577025768 +CONECT257712577225773 +CONECT2577225771 +CONECT2577325771 +CONECT257742577525776 +CONECT2577525774 +CONECT2577625774 +CONECT257772577825779 +CONECT2577825777 +CONECT2577925777 +CONECT257802578125782 +CONECT2578125780 +CONECT2578225780 +CONECT257832578425785 +CONECT2578425783 +CONECT2578525783 +CONECT257862578725788 +CONECT2578725786 +CONECT2578825786 +CONECT257892579025791 +CONECT2579025789 +CONECT2579125789 +CONECT257922579325794 +CONECT2579325792 +CONECT2579425792 +CONECT257952579625797 +CONECT2579625795 +CONECT2579725795 +CONECT257982579925800 +CONECT2579925798 +CONECT2580025798 +CONECT258012580225803 +CONECT2580225801 +CONECT2580325801 +CONECT258042580525806 +CONECT2580525804 +CONECT2580625804 +CONECT258072580825809 +CONECT2580825807 +CONECT2580925807 +CONECT258102581125812 +CONECT2581125810 +CONECT2581225810 +CONECT258132581425815 +CONECT2581425813 +CONECT2581525813 +CONECT258162581725818 +CONECT2581725816 +CONECT2581825816 +CONECT258192582025821 +CONECT2582025819 +CONECT2582125819 +CONECT258222582325824 +CONECT2582325822 +CONECT2582425822 +CONECT258252582625827 +CONECT2582625825 +CONECT2582725825 +CONECT258282582925830 +CONECT2582925828 +CONECT2583025828 +CONECT258312583225833 +CONECT2583225831 +CONECT2583325831 +CONECT258342583525836 +CONECT2583525834 +CONECT2583625834 +CONECT258372583825839 +CONECT2583825837 +CONECT2583925837 +CONECT258402584125842 +CONECT2584125840 +CONECT2584225840 +CONECT258432584425845 +CONECT2584425843 +CONECT2584525843 +CONECT258462584725848 +CONECT2584725846 +CONECT2584825846 +CONECT258492585025851 +CONECT2585025849 +CONECT2585125849 +CONECT258522585325854 +CONECT2585325852 +CONECT2585425852 +CONECT258552585625857 +CONECT2585625855 +CONECT2585725855 +CONECT258582585925860 +CONECT2585925858 +CONECT2586025858 +CONECT258612586225863 +CONECT2586225861 +CONECT2586325861 +CONECT258642586525866 +CONECT2586525864 +CONECT2586625864 +CONECT258672586825869 +CONECT2586825867 +CONECT2586925867 +CONECT258702587125872 +CONECT2587125870 +CONECT2587225870 +CONECT258732587425875 +CONECT2587425873 +CONECT2587525873 +CONECT258762587725878 +CONECT2587725876 +CONECT2587825876 +CONECT258792588025881 +CONECT2588025879 +CONECT2588125879 +CONECT258822588325884 +CONECT2588325882 +CONECT2588425882 +CONECT258852588625887 +CONECT2588625885 +CONECT2588725885 +CONECT258882588925890 +CONECT2588925888 +CONECT2589025888 +CONECT258912589225893 +CONECT2589225891 +CONECT2589325891 +CONECT258942589525896 +CONECT2589525894 +CONECT2589625894 +CONECT258972589825899 +CONECT2589825897 +CONECT2589925897 +CONECT259002590125902 +CONECT2590125900 +CONECT2590225900 +CONECT259032590425905 +CONECT2590425903 +CONECT2590525903 +CONECT259062590725908 +CONECT2590725906 +CONECT2590825906 +CONECT259092591025911 +CONECT2591025909 +CONECT2591125909 +CONECT259122591325914 +CONECT2591325912 +CONECT2591425912 +CONECT259152591625917 +CONECT2591625915 +CONECT2591725915 +CONECT259182591925920 +CONECT2591925918 +CONECT2592025918 +CONECT259212592225923 +CONECT2592225921 +CONECT2592325921 +CONECT259242592525926 +CONECT2592525924 +CONECT2592625924 +CONECT259272592825929 +CONECT2592825927 +CONECT2592925927 +CONECT259302593125932 +CONECT2593125930 +CONECT2593225930 +CONECT259332593425935 +CONECT2593425933 +CONECT2593525933 +CONECT259362593725938 +CONECT2593725936 +CONECT2593825936 +CONECT259392594025941 +CONECT2594025939 +CONECT2594125939 +CONECT259422594325944 +CONECT2594325942 +CONECT2594425942 +CONECT259452594625947 +CONECT2594625945 +CONECT2594725945 +CONECT259482594925950 +CONECT2594925948 +CONECT2595025948 +CONECT259512595225953 +CONECT2595225951 +CONECT2595325951 +CONECT259542595525956 +CONECT2595525954 +CONECT2595625954 +CONECT259572595825959 +CONECT2595825957 +CONECT2595925957 +CONECT259602596125962 +CONECT2596125960 +CONECT2596225960 +CONECT259632596425965 +CONECT2596425963 +CONECT2596525963 +CONECT259662596725968 +CONECT2596725966 +CONECT2596825966 +CONECT259692597025971 +CONECT2597025969 +CONECT2597125969 +CONECT259722597325974 +CONECT2597325972 +CONECT2597425972 +CONECT259752597625977 +CONECT2597625975 +CONECT2597725975 +CONECT259782597925980 +CONECT2597925978 +CONECT2598025978 +CONECT259812598225983 +CONECT2598225981 +CONECT2598325981 +CONECT259842598525986 +CONECT2598525984 +CONECT2598625984 +CONECT259872598825989 +CONECT2598825987 +CONECT2598925987 +CONECT259902599125992 +CONECT2599125990 +CONECT2599225990 +CONECT259932599425995 +CONECT2599425993 +CONECT2599525993 +CONECT259962599725998 +CONECT2599725996 +CONECT2599825996 +CONECT259992600026001 +CONECT2600025999 +CONECT2600125999 +CONECT260022600326004 +CONECT2600326002 +CONECT2600426002 +CONECT260052600626007 +CONECT2600626005 +CONECT2600726005 +CONECT260082600926010 +CONECT2600926008 +CONECT2601026008 +CONECT260112601226013 +CONECT2601226011 +CONECT2601326011 +CONECT260142601526016 +CONECT2601526014 +CONECT2601626014 +CONECT260172601826019 +CONECT2601826017 +CONECT2601926017 +CONECT260202602126022 +CONECT2602126020 +CONECT2602226020 +CONECT260232602426025 +CONECT2602426023 +CONECT2602526023 +CONECT260262602726028 +CONECT2602726026 +CONECT2602826026 +CONECT260292603026031 +CONECT2603026029 +CONECT2603126029 +CONECT260322603326034 +CONECT2603326032 +CONECT2603426032 +CONECT260352603626037 +CONECT2603626035 +CONECT2603726035 +CONECT260382603926040 +CONECT2603926038 +CONECT2604026038 +CONECT260412604226043 +CONECT2604226041 +CONECT2604326041 +CONECT260442604526046 +CONECT2604526044 +CONECT2604626044 +CONECT260472604826049 +CONECT2604826047 +CONECT2604926047 +CONECT260502605126052 +CONECT2605126050 +CONECT2605226050 +CONECT260532605426055 +CONECT2605426053 +CONECT2605526053 +CONECT260562605726058 +CONECT2605726056 +CONECT2605826056 +CONECT260592606026061 +CONECT2606026059 +CONECT2606126059 +CONECT260622606326064 +CONECT2606326062 +CONECT2606426062 +CONECT260652606626067 +CONECT2606626065 +CONECT2606726065 +CONECT260682606926070 +CONECT2606926068 +CONECT2607026068 +CONECT260712607226073 +CONECT2607226071 +CONECT2607326071 +CONECT260742607526076 +CONECT2607526074 +CONECT2607626074 +CONECT260772607826079 +CONECT2607826077 +CONECT2607926077 +CONECT260802608126082 +CONECT2608126080 +CONECT2608226080 +CONECT260832608426085 +CONECT2608426083 +CONECT2608526083 +CONECT260862608726088 +CONECT2608726086 +CONECT2608826086 +CONECT260892609026091 +CONECT2609026089 +CONECT2609126089 +CONECT260922609326094 +CONECT2609326092 +CONECT2609426092 +CONECT260952609626097 +CONECT2609626095 +CONECT2609726095 +CONECT260982609926100 +CONECT2609926098 +CONECT2610026098 +CONECT261012610226103 +CONECT2610226101 +CONECT2610326101 +CONECT261042610526106 +CONECT2610526104 +CONECT2610626104 +CONECT261072610826109 +CONECT2610826107 +CONECT2610926107 +CONECT261102611126112 +CONECT2611126110 +CONECT2611226110 +CONECT261132611426115 +CONECT2611426113 +CONECT2611526113 +CONECT261162611726118 +CONECT2611726116 +CONECT2611826116 +CONECT261192612026121 +CONECT2612026119 +CONECT2612126119 +CONECT261222612326124 +CONECT2612326122 +CONECT2612426122 +CONECT261252612626127 +CONECT2612626125 +CONECT2612726125 +CONECT261282612926130 +CONECT2612926128 +CONECT2613026128 +CONECT261312613226133 +CONECT2613226131 +CONECT2613326131 +CONECT261342613526136 +CONECT2613526134 +CONECT2613626134 +CONECT261372613826139 +CONECT2613826137 +CONECT2613926137 +CONECT261402614126142 +CONECT2614126140 +CONECT2614226140 +CONECT261432614426145 +CONECT2614426143 +CONECT2614526143 +CONECT261462614726148 +CONECT2614726146 +CONECT2614826146 +CONECT261492615026151 +CONECT2615026149 +CONECT2615126149 +CONECT261522615326154 +CONECT2615326152 +CONECT2615426152 +CONECT261552615626157 +CONECT2615626155 +CONECT2615726155 +CONECT261582615926160 +CONECT2615926158 +CONECT2616026158 +CONECT261612616226163 +CONECT2616226161 +CONECT2616326161 +CONECT261642616526166 +CONECT2616526164 +CONECT2616626164 +CONECT261672616826169 +CONECT2616826167 +CONECT2616926167 +CONECT261702617126172 +CONECT2617126170 +CONECT2617226170 +CONECT261732617426175 +CONECT2617426173 +CONECT2617526173 +CONECT261762617726178 +CONECT2617726176 +CONECT2617826176 +CONECT261792618026181 +CONECT2618026179 +CONECT2618126179 +CONECT261822618326184 +CONECT2618326182 +CONECT2618426182 +CONECT261852618626187 +CONECT2618626185 +CONECT2618726185 +CONECT261882618926190 +CONECT2618926188 +CONECT2619026188 +CONECT261912619226193 +CONECT2619226191 +CONECT2619326191 +CONECT261942619526196 +CONECT2619526194 +CONECT2619626194 +CONECT261972619826199 +CONECT2619826197 +CONECT2619926197 +CONECT262002620126202 +CONECT2620126200 +CONECT2620226200 +CONECT262032620426205 +CONECT2620426203 +CONECT2620526203 +CONECT262062620726208 +CONECT2620726206 +CONECT2620826206 +CONECT262092621026211 +CONECT2621026209 +CONECT2621126209 +CONECT262122621326214 +CONECT2621326212 +CONECT2621426212 +CONECT262152621626217 +CONECT2621626215 +CONECT2621726215 +CONECT262182621926220 +CONECT2621926218 +CONECT2622026218 +CONECT262212622226223 +CONECT2622226221 +CONECT2622326221 +CONECT262242622526226 +CONECT2622526224 +CONECT2622626224 +CONECT262272622826229 +CONECT2622826227 +CONECT2622926227 +CONECT262302623126232 +CONECT2623126230 +CONECT2623226230 +CONECT262332623426235 +CONECT2623426233 +CONECT2623526233 +CONECT262362623726238 +CONECT2623726236 +CONECT2623826236 +CONECT262392624026241 +CONECT2624026239 +CONECT2624126239 +CONECT262422624326244 +CONECT2624326242 +CONECT2624426242 +CONECT262452624626247 +CONECT2624626245 +CONECT2624726245 +CONECT262482624926250 +CONECT2624926248 +CONECT2625026248 +CONECT262512625226253 +CONECT2625226251 +CONECT2625326251 +CONECT262542625526256 +CONECT2625526254 +CONECT2625626254 +CONECT262572625826259 +CONECT2625826257 +CONECT2625926257 +CONECT262602626126262 +CONECT2626126260 +CONECT2626226260 +CONECT262632626426265 +CONECT2626426263 +CONECT2626526263 +CONECT262662626726268 +CONECT2626726266 +CONECT2626826266 +CONECT262692627026271 +CONECT2627026269 +CONECT2627126269 +CONECT262722627326274 +CONECT2627326272 +CONECT2627426272 +CONECT262752627626277 +CONECT2627626275 +CONECT2627726275 +CONECT262782627926280 +CONECT2627926278 +CONECT2628026278 +CONECT262812628226283 +CONECT2628226281 +CONECT2628326281 +CONECT262842628526286 +CONECT2628526284 +CONECT2628626284 +CONECT262872628826289 +CONECT2628826287 +CONECT2628926287 +CONECT262902629126292 +CONECT2629126290 +CONECT2629226290 +CONECT262932629426295 +CONECT2629426293 +CONECT2629526293 +CONECT262962629726298 +CONECT2629726296 +CONECT2629826296 +CONECT262992630026301 +CONECT2630026299 +CONECT2630126299 +CONECT263022630326304 +CONECT2630326302 +CONECT2630426302 +CONECT263052630626307 +CONECT2630626305 +CONECT2630726305 +CONECT263082630926310 +CONECT2630926308 +CONECT2631026308 +CONECT263112631226313 +CONECT2631226311 +CONECT2631326311 +CONECT263142631526316 +CONECT2631526314 +CONECT2631626314 +CONECT263172631826319 +CONECT2631826317 +CONECT2631926317 +CONECT263202632126322 +CONECT2632126320 +CONECT2632226320 +CONECT263232632426325 +CONECT2632426323 +CONECT2632526323 +CONECT263262632726328 +CONECT2632726326 +CONECT2632826326 +CONECT263292633026331 +CONECT2633026329 +CONECT2633126329 +CONECT263322633326334 +CONECT2633326332 +CONECT2633426332 +CONECT263352633626337 +CONECT2633626335 +CONECT2633726335 +CONECT263382633926340 +CONECT2633926338 +CONECT2634026338 +CONECT263412634226343 +CONECT2634226341 +CONECT2634326341 +CONECT263442634526346 +CONECT2634526344 +CONECT2634626344 +CONECT263472634826349 +CONECT2634826347 +CONECT2634926347 +CONECT263502635126352 +CONECT2635126350 +CONECT2635226350 +CONECT263532635426355 +CONECT2635426353 +CONECT2635526353 +CONECT263562635726358 +CONECT2635726356 +CONECT2635826356 +CONECT263592636026361 +CONECT2636026359 +CONECT2636126359 +CONECT263622636326364 +CONECT2636326362 +CONECT2636426362 +CONECT263652636626367 +CONECT2636626365 +CONECT2636726365 +CONECT263682636926370 +CONECT2636926368 +CONECT2637026368 +CONECT263712637226373 +CONECT2637226371 +CONECT2637326371 +CONECT263742637526376 +CONECT2637526374 +CONECT2637626374 +CONECT263772637826379 +CONECT2637826377 +CONECT2637926377 +CONECT263802638126382 +CONECT2638126380 +CONECT2638226380 +CONECT263832638426385 +CONECT2638426383 +CONECT2638526383 +CONECT263862638726388 +CONECT2638726386 +CONECT2638826386 +CONECT263892639026391 +CONECT2639026389 +CONECT2639126389 +CONECT263922639326394 +CONECT2639326392 +CONECT2639426392 +CONECT263952639626397 +CONECT2639626395 +CONECT2639726395 +CONECT263982639926400 +CONECT2639926398 +CONECT2640026398 +CONECT264012640226403 +CONECT2640226401 +CONECT2640326401 +CONECT264042640526406 +CONECT2640526404 +CONECT2640626404 +CONECT264072640826409 +CONECT2640826407 +CONECT2640926407 +CONECT264102641126412 +CONECT2641126410 +CONECT2641226410 +CONECT264132641426415 +CONECT2641426413 +CONECT2641526413 +CONECT264162641726418 +CONECT2641726416 +CONECT2641826416 +CONECT264192642026421 +CONECT2642026419 +CONECT2642126419 +CONECT264222642326424 +CONECT2642326422 +CONECT2642426422 +CONECT264252642626427 +CONECT2642626425 +CONECT2642726425 +CONECT264282642926430 +CONECT2642926428 +CONECT2643026428 +CONECT264312643226433 +CONECT2643226431 +CONECT2643326431 +CONECT264342643526436 +CONECT2643526434 +CONECT2643626434 +CONECT264372643826439 +CONECT2643826437 +CONECT2643926437 +CONECT264402644126442 +CONECT2644126440 +CONECT2644226440 +CONECT264432644426445 +CONECT2644426443 +CONECT2644526443 +CONECT264462644726448 +CONECT2644726446 +CONECT2644826446 +CONECT264492645026451 +CONECT2645026449 +CONECT2645126449 +CONECT264522645326454 +CONECT2645326452 +CONECT2645426452 +CONECT264552645626457 +CONECT2645626455 +CONECT2645726455 +CONECT264582645926460 +CONECT2645926458 +CONECT2646026458 +CONECT264612646226463 +CONECT2646226461 +CONECT2646326461 +CONECT264642646526466 +CONECT2646526464 +CONECT2646626464 +CONECT264672646826469 +CONECT2646826467 +CONECT2646926467 +CONECT264702647126472 +CONECT2647126470 +CONECT2647226470 +CONECT264732647426475 +CONECT2647426473 +CONECT2647526473 +CONECT264762647726478 +CONECT2647726476 +CONECT2647826476 +CONECT264792648026481 +CONECT2648026479 +CONECT2648126479 +CONECT264822648326484 +CONECT2648326482 +CONECT2648426482 +CONECT264852648626487 +CONECT2648626485 +CONECT2648726485 +CONECT264882648926490 +CONECT2648926488 +CONECT2649026488 +CONECT264912649226493 +CONECT2649226491 +CONECT2649326491 +CONECT264942649526496 +CONECT2649526494 +CONECT2649626494 +CONECT264972649826499 +CONECT2649826497 +CONECT2649926497 +CONECT265002650126502 +CONECT2650126500 +CONECT2650226500 +CONECT265032650426505 +CONECT2650426503 +CONECT2650526503 +CONECT265062650726508 +CONECT2650726506 +CONECT2650826506 +CONECT265092651026511 +CONECT2651026509 +CONECT2651126509 +CONECT265122651326514 +CONECT2651326512 +CONECT2651426512 +CONECT265152651626517 +CONECT2651626515 +CONECT2651726515 +CONECT265182651926520 +CONECT2651926518 +CONECT2652026518 +CONECT265212652226523 +CONECT2652226521 +CONECT2652326521 +CONECT265242652526526 +CONECT2652526524 +CONECT2652626524 +CONECT265272652826529 +CONECT2652826527 +CONECT2652926527 +CONECT265302653126532 +CONECT2653126530 +CONECT2653226530 +CONECT265332653426535 +CONECT2653426533 +CONECT2653526533 +CONECT265362653726538 +CONECT2653726536 +CONECT2653826536 +CONECT265392654026541 +CONECT2654026539 +CONECT2654126539 +CONECT265422654326544 +CONECT2654326542 +CONECT2654426542 +CONECT265452654626547 +CONECT2654626545 +CONECT2654726545 +CONECT265482654926550 +CONECT2654926548 +CONECT2655026548 +CONECT265512655226553 +CONECT2655226551 +CONECT2655326551 +CONECT265542655526556 +CONECT2655526554 +CONECT2655626554 +CONECT265572655826559 +CONECT2655826557 +CONECT2655926557 +CONECT265602656126562 +CONECT2656126560 +CONECT2656226560 +CONECT265632656426565 +CONECT2656426563 +CONECT2656526563 +CONECT265662656726568 +CONECT2656726566 +CONECT2656826566 +CONECT265692657026571 +CONECT2657026569 +CONECT2657126569 +CONECT265722657326574 +CONECT2657326572 +CONECT2657426572 +CONECT265752657626577 +CONECT2657626575 +CONECT2657726575 +CONECT265782657926580 +CONECT2657926578 +CONECT2658026578 +CONECT265812658226583 +CONECT2658226581 +CONECT2658326581 +CONECT265842658526586 +CONECT2658526584 +CONECT2658626584 +CONECT265872658826589 +CONECT2658826587 +CONECT2658926587 +CONECT265902659126592 +CONECT2659126590 +CONECT2659226590 +CONECT265932659426595 +CONECT2659426593 +CONECT2659526593 +CONECT265962659726598 +CONECT2659726596 +CONECT2659826596 +CONECT265992660026601 +CONECT2660026599 +CONECT2660126599 +CONECT266022660326604 +CONECT2660326602 +CONECT2660426602 +CONECT266052660626607 +CONECT2660626605 +CONECT2660726605 +CONECT266082660926610 +CONECT2660926608 +CONECT2661026608 +CONECT266112661226613 +CONECT2661226611 +CONECT2661326611 +CONECT266142661526616 +CONECT2661526614 +CONECT2661626614 +CONECT266172661826619 +CONECT2661826617 +CONECT2661926617 +CONECT266202662126622 +CONECT2662126620 +CONECT2662226620 +CONECT266232662426625 +CONECT2662426623 +CONECT2662526623 +CONECT266262662726628 +CONECT2662726626 +CONECT2662826626 +CONECT266292663026631 +CONECT2663026629 +CONECT2663126629 +CONECT266322663326634 +CONECT2663326632 +CONECT2663426632 +CONECT266352663626637 +CONECT2663626635 +CONECT2663726635 +CONECT266382663926640 +CONECT2663926638 +CONECT2664026638 +CONECT266412664226643 +CONECT2664226641 +CONECT2664326641 +CONECT266442664526646 +CONECT2664526644 +CONECT2664626644 +CONECT266472664826649 +CONECT2664826647 +CONECT2664926647 +CONECT266502665126652 +CONECT2665126650 +CONECT2665226650 +CONECT266532665426655 +CONECT2665426653 +CONECT2665526653 +CONECT266562665726658 +CONECT2665726656 +CONECT2665826656 +CONECT266592666026661 +CONECT2666026659 +CONECT2666126659 +CONECT266622666326664 +CONECT2666326662 +CONECT2666426662 +CONECT266652666626667 +CONECT2666626665 +CONECT2666726665 +CONECT266682666926670 +CONECT2666926668 +CONECT2667026668 +CONECT266712667226673 +CONECT2667226671 +CONECT2667326671 +CONECT266742667526676 +CONECT2667526674 +CONECT2667626674 +CONECT266772667826679 +CONECT2667826677 +CONECT2667926677 +CONECT266802668126682 +CONECT2668126680 +CONECT2668226680 +CONECT266832668426685 +CONECT2668426683 +CONECT2668526683 +CONECT266862668726688 +CONECT2668726686 +CONECT2668826686 +CONECT266892669026691 +CONECT2669026689 +CONECT2669126689 +CONECT266922669326694 +CONECT2669326692 +CONECT2669426692 +CONECT266952669626697 +CONECT2669626695 +CONECT2669726695 +CONECT266982669926700 +CONECT2669926698 +CONECT2670026698 +CONECT267012670226703 +CONECT2670226701 +CONECT2670326701 +CONECT267042670526706 +CONECT2670526704 +CONECT2670626704 +CONECT267072670826709 +CONECT2670826707 +CONECT2670926707 +CONECT267102671126712 +CONECT2671126710 +CONECT2671226710 +CONECT267132671426715 +CONECT2671426713 +CONECT2671526713 +CONECT267162671726718 +CONECT2671726716 +CONECT2671826716 +CONECT267192672026721 +CONECT2672026719 +CONECT2672126719 +CONECT267222672326724 +CONECT2672326722 +CONECT2672426722 +CONECT267252672626727 +CONECT2672626725 +CONECT2672726725 +CONECT267282672926730 +CONECT2672926728 +CONECT2673026728 +CONECT267312673226733 +CONECT2673226731 +CONECT2673326731 +CONECT267342673526736 +CONECT2673526734 +CONECT2673626734 +CONECT267372673826739 +CONECT2673826737 +CONECT2673926737 +CONECT267402674126742 +CONECT2674126740 +CONECT2674226740 +CONECT267432674426745 +CONECT2674426743 +CONECT2674526743 +CONECT267462674726748 +CONECT2674726746 +CONECT2674826746 +CONECT267492675026751 +CONECT2675026749 +CONECT2675126749 +CONECT267522675326754 +CONECT2675326752 +CONECT2675426752 +CONECT267552675626757 +CONECT2675626755 +CONECT2675726755 +CONECT267582675926760 +CONECT2675926758 +CONECT2676026758 +CONECT267612676226763 +CONECT2676226761 +CONECT2676326761 +CONECT267642676526766 +CONECT2676526764 +CONECT2676626764 +CONECT267672676826769 +CONECT2676826767 +CONECT2676926767 +CONECT267702677126772 +CONECT2677126770 +CONECT2677226770 +CONECT267732677426775 +CONECT2677426773 +CONECT2677526773 +CONECT267762677726778 +CONECT2677726776 +CONECT2677826776 +CONECT267792678026781 +CONECT2678026779 +CONECT2678126779 +CONECT267822678326784 +CONECT2678326782 +CONECT2678426782 +CONECT267852678626787 +CONECT2678626785 +CONECT2678726785 +CONECT267882678926790 +CONECT2678926788 +CONECT2679026788 +CONECT267912679226793 +CONECT2679226791 +CONECT2679326791 +CONECT267942679526796 +CONECT2679526794 +CONECT2679626794 +CONECT267972679826799 +CONECT2679826797 +CONECT2679926797 +CONECT268002680126802 +CONECT2680126800 +CONECT2680226800 +CONECT268032680426805 +CONECT2680426803 +CONECT2680526803 +CONECT268062680726808 +CONECT2680726806 +CONECT2680826806 +CONECT268092681026811 +CONECT2681026809 +CONECT2681126809 +CONECT268122681326814 +CONECT2681326812 +CONECT2681426812 +CONECT268152681626817 +CONECT2681626815 +CONECT2681726815 +CONECT268182681926820 +CONECT2681926818 +CONECT2682026818 +CONECT268212682226823 +CONECT2682226821 +CONECT2682326821 +CONECT268242682526826 +CONECT2682526824 +CONECT2682626824 +CONECT268272682826829 +CONECT2682826827 +CONECT2682926827 +CONECT268302683126832 +CONECT2683126830 +CONECT2683226830 +CONECT268332683426835 +CONECT2683426833 +CONECT2683526833 +CONECT268362683726838 +CONECT2683726836 +CONECT2683826836 +CONECT268392684026841 +CONECT2684026839 +CONECT2684126839 +CONECT268422684326844 +CONECT2684326842 +CONECT2684426842 +CONECT268452684626847 +CONECT2684626845 +CONECT2684726845 +CONECT268482684926850 +CONECT2684926848 +CONECT2685026848 +CONECT268512685226853 +CONECT2685226851 +CONECT2685326851 +CONECT268542685526856 +CONECT2685526854 +CONECT2685626854 +CONECT268572685826859 +CONECT2685826857 +CONECT2685926857 +CONECT268602686126862 +CONECT2686126860 +CONECT2686226860 +CONECT268632686426865 +CONECT2686426863 +CONECT2686526863 +CONECT268662686726868 +CONECT2686726866 +CONECT2686826866 +CONECT268692687026871 +CONECT2687026869 +CONECT2687126869 +CONECT268722687326874 +CONECT2687326872 +CONECT2687426872 +CONECT268752687626877 +CONECT2687626875 +CONECT2687726875 +CONECT268782687926880 +CONECT2687926878 +CONECT2688026878 +CONECT268812688226883 +CONECT2688226881 +CONECT2688326881 +CONECT268842688526886 +CONECT2688526884 +CONECT2688626884 +CONECT268872688826889 +CONECT2688826887 +CONECT2688926887 +CONECT268902689126892 +CONECT2689126890 +CONECT2689226890 +CONECT268932689426895 +CONECT2689426893 +CONECT2689526893 +CONECT268962689726898 +CONECT2689726896 +CONECT2689826896 +CONECT268992690026901 +CONECT2690026899 +CONECT2690126899 +CONECT269022690326904 +CONECT2690326902 +CONECT2690426902 +CONECT269052690626907 +CONECT2690626905 +CONECT2690726905 +CONECT269082690926910 +CONECT2690926908 +CONECT2691026908 +CONECT269112691226913 +CONECT2691226911 +CONECT2691326911 +CONECT269142691526916 +CONECT2691526914 +CONECT2691626914 +CONECT269172691826919 +CONECT2691826917 +CONECT2691926917 +CONECT269202692126922 +CONECT2692126920 +CONECT2692226920 +CONECT269232692426925 +CONECT2692426923 +CONECT2692526923 +CONECT269262692726928 +CONECT2692726926 +CONECT2692826926 +CONECT269292693026931 +CONECT2693026929 +CONECT2693126929 +CONECT269322693326934 +CONECT2693326932 +CONECT2693426932 +CONECT269352693626937 +CONECT2693626935 +CONECT2693726935 +CONECT269382693926940 +CONECT2693926938 +CONECT2694026938 +CONECT269412694226943 +CONECT2694226941 +CONECT2694326941 +CONECT269442694526946 +CONECT2694526944 +CONECT2694626944 +CONECT269472694826949 +CONECT2694826947 +CONECT2694926947 +CONECT269502695126952 +CONECT2695126950 +CONECT2695226950 +CONECT269532695426955 +CONECT2695426953 +CONECT2695526953 +CONECT269562695726958 +CONECT2695726956 +CONECT2695826956 +CONECT269592696026961 +CONECT2696026959 +CONECT2696126959 +CONECT269622696326964 +CONECT2696326962 +CONECT2696426962 +CONECT269652696626967 +CONECT2696626965 +CONECT2696726965 +CONECT269682696926970 +CONECT2696926968 +CONECT2697026968 +CONECT269712697226973 +CONECT2697226971 +CONECT2697326971 +CONECT269742697526976 +CONECT2697526974 +CONECT2697626974 +CONECT269772697826979 +CONECT2697826977 +CONECT2697926977 +CONECT269802698126982 +CONECT2698126980 +CONECT2698226980 +CONECT269832698426985 +CONECT2698426983 +CONECT2698526983 +CONECT269862698726988 +CONECT2698726986 +CONECT2698826986 +CONECT269892699026991 +CONECT2699026989 +CONECT2699126989 +CONECT269922699326994 +CONECT2699326992 +CONECT2699426992 +CONECT269952699626997 +CONECT2699626995 +CONECT2699726995 +CONECT269982699927000 +CONECT2699926998 +CONECT2700026998 +CONECT270012700227003 +CONECT2700227001 +CONECT2700327001 +CONECT270042700527006 +CONECT2700527004 +CONECT2700627004 +CONECT270072700827009 +CONECT2700827007 +CONECT2700927007 +CONECT270102701127012 +CONECT2701127010 +CONECT2701227010 +CONECT270132701427015 +CONECT2701427013 +CONECT2701527013 +CONECT270162701727018 +CONECT2701727016 +CONECT2701827016 +CONECT270192702027021 +CONECT2702027019 +CONECT2702127019 +CONECT270222702327024 +CONECT2702327022 +CONECT2702427022 +CONECT270252702627027 +CONECT2702627025 +CONECT2702727025 +CONECT270282702927030 +CONECT2702927028 +CONECT2703027028 +CONECT270312703227033 +CONECT2703227031 +CONECT2703327031 +CONECT270342703527036 +CONECT2703527034 +CONECT2703627034 +CONECT270372703827039 +CONECT2703827037 +CONECT2703927037 +CONECT270402704127042 +CONECT2704127040 +CONECT2704227040 +CONECT270432704427045 +CONECT2704427043 +CONECT2704527043 +CONECT270462704727048 +CONECT2704727046 +CONECT2704827046 +CONECT270492705027051 +CONECT2705027049 +CONECT2705127049 +CONECT270522705327054 +CONECT2705327052 +CONECT2705427052 +CONECT270552705627057 +CONECT2705627055 +CONECT2705727055 +CONECT270582705927060 +CONECT2705927058 +CONECT2706027058 +CONECT270612706227063 +CONECT2706227061 +CONECT2706327061 +CONECT270642706527066 +CONECT2706527064 +CONECT2706627064 +CONECT270672706827069 +CONECT2706827067 +CONECT2706927067 +CONECT270702707127072 +CONECT2707127070 +CONECT2707227070 +CONECT270732707427075 +CONECT2707427073 +CONECT2707527073 +CONECT270762707727078 +CONECT2707727076 +CONECT2707827076 +CONECT270792708027081 +CONECT2708027079 +CONECT2708127079 +CONECT270822708327084 +CONECT2708327082 +CONECT2708427082 +CONECT270852708627087 +CONECT2708627085 +CONECT2708727085 +CONECT270882708927090 +CONECT2708927088 +CONECT2709027088 +CONECT270912709227093 +CONECT2709227091 +CONECT2709327091 +CONECT270942709527096 +CONECT2709527094 +CONECT2709627094 +CONECT270972709827099 +CONECT2709827097 +CONECT2709927097 +CONECT271002710127102 +CONECT2710127100 +CONECT2710227100 +CONECT271032710427105 +CONECT2710427103 +CONECT2710527103 +CONECT271062710727108 +CONECT2710727106 +CONECT2710827106 +CONECT271092711027111 +CONECT2711027109 +CONECT2711127109 +CONECT271122711327114 +CONECT2711327112 +CONECT2711427112 +CONECT271152711627117 +CONECT2711627115 +CONECT2711727115 +CONECT271182711927120 +CONECT2711927118 +CONECT2712027118 +CONECT271212712227123 +CONECT2712227121 +CONECT2712327121 +CONECT271242712527126 +CONECT2712527124 +CONECT2712627124 +CONECT271272712827129 +CONECT2712827127 +CONECT2712927127 +CONECT271302713127132 +CONECT2713127130 +CONECT2713227130 +CONECT271332713427135 +CONECT2713427133 +CONECT2713527133 +CONECT271362713727138 +CONECT2713727136 +CONECT2713827136 +CONECT271392714027141 +CONECT2714027139 +CONECT2714127139 +CONECT271422714327144 +CONECT2714327142 +CONECT2714427142 +CONECT271452714627147 +CONECT2714627145 +CONECT2714727145 +CONECT271482714927150 +CONECT2714927148 +CONECT2715027148 +CONECT271512715227153 +CONECT2715227151 +CONECT2715327151 +CONECT271542715527156 +CONECT2715527154 +CONECT2715627154 +CONECT271572715827159 +CONECT2715827157 +CONECT2715927157 +CONECT271602716127162 +CONECT2716127160 +CONECT2716227160 +CONECT271632716427165 +CONECT2716427163 +CONECT2716527163 +CONECT271662716727168 +CONECT2716727166 +CONECT2716827166 +CONECT271692717027171 +CONECT2717027169 +CONECT2717127169 +CONECT271722717327174 +CONECT2717327172 +CONECT2717427172 +CONECT271752717627177 +CONECT2717627175 +CONECT2717727175 +CONECT271782717927180 +CONECT2717927178 +CONECT2718027178 +CONECT271812718227183 +CONECT2718227181 +CONECT2718327181 +CONECT271842718527186 +CONECT2718527184 +CONECT2718627184 +CONECT271872718827189 +CONECT2718827187 +CONECT2718927187 +CONECT271902719127192 +CONECT2719127190 +CONECT2719227190 +CONECT271932719427195 +CONECT2719427193 +CONECT2719527193 +CONECT271962719727198 +CONECT2719727196 +CONECT2719827196 +CONECT271992720027201 +CONECT2720027199 +CONECT2720127199 +CONECT272022720327204 +CONECT2720327202 +CONECT2720427202 +CONECT272052720627207 +CONECT2720627205 +CONECT2720727205 +CONECT272082720927210 +CONECT2720927208 +CONECT2721027208 +CONECT272112721227213 +CONECT2721227211 +CONECT2721327211 +CONECT272142721527216 +CONECT2721527214 +CONECT2721627214 +CONECT272172721827219 +CONECT2721827217 +CONECT2721927217 +CONECT272202722127222 +CONECT2722127220 +CONECT2722227220 +CONECT272232722427225 +CONECT2722427223 +CONECT2722527223 +CONECT272262722727228 +CONECT2722727226 +CONECT2722827226 +CONECT272292723027231 +CONECT2723027229 +CONECT2723127229 +CONECT272322723327234 +CONECT2723327232 +CONECT2723427232 +CONECT272352723627237 +CONECT2723627235 +CONECT2723727235 +CONECT272382723927240 +CONECT2723927238 +CONECT2724027238 +CONECT272412724227243 +CONECT2724227241 +CONECT2724327241 +CONECT272442724527246 +CONECT2724527244 +CONECT2724627244 +CONECT272472724827249 +CONECT2724827247 +CONECT2724927247 +CONECT272502725127252 +CONECT2725127250 +CONECT2725227250 +CONECT272532725427255 +CONECT2725427253 +CONECT2725527253 +CONECT272562725727258 +CONECT2725727256 +CONECT2725827256 +CONECT272592726027261 +CONECT2726027259 +CONECT2726127259 +CONECT272622726327264 +CONECT2726327262 +CONECT2726427262 +CONECT272652726627267 +CONECT2726627265 +CONECT2726727265 +CONECT272682726927270 +CONECT2726927268 +CONECT2727027268 +CONECT272712727227273 +CONECT2727227271 +CONECT2727327271 +CONECT272742727527276 +CONECT2727527274 +CONECT2727627274 +CONECT272772727827279 +CONECT2727827277 +CONECT2727927277 +CONECT272802728127282 +CONECT2728127280 +CONECT2728227280 +CONECT272832728427285 +CONECT2728427283 +CONECT2728527283 +CONECT272862728727288 +CONECT2728727286 +CONECT2728827286 +CONECT272892729027291 +CONECT2729027289 +CONECT2729127289 +CONECT272922729327294 +CONECT2729327292 +CONECT2729427292 +CONECT272952729627297 +CONECT2729627295 +CONECT2729727295 +CONECT272982729927300 +CONECT2729927298 +CONECT2730027298 +CONECT273012730227303 +CONECT2730227301 +CONECT2730327301 +CONECT273042730527306 +CONECT2730527304 +CONECT2730627304 +CONECT273072730827309 +CONECT2730827307 +CONECT2730927307 +CONECT273102731127312 +CONECT2731127310 +CONECT2731227310 +CONECT273132731427315 +CONECT2731427313 +CONECT2731527313 +CONECT273162731727318 +CONECT2731727316 +CONECT2731827316 +CONECT273192732027321 +CONECT2732027319 +CONECT2732127319 +CONECT273222732327324 +CONECT2732327322 +CONECT2732427322 +CONECT273252732627327 +CONECT2732627325 +CONECT2732727325 +CONECT273282732927330 +CONECT2732927328 +CONECT2733027328 +CONECT273312733227333 +CONECT2733227331 +CONECT2733327331 +CONECT273342733527336 +CONECT2733527334 +CONECT2733627334 +CONECT273372733827339 +CONECT2733827337 +CONECT2733927337 +CONECT273402734127342 +CONECT2734127340 +CONECT2734227340 +CONECT273432734427345 +CONECT2734427343 +CONECT2734527343 +CONECT273462734727348 +CONECT2734727346 +CONECT2734827346 +CONECT273492735027351 +CONECT2735027349 +CONECT2735127349 +CONECT273522735327354 +CONECT2735327352 +CONECT2735427352 +CONECT273552735627357 +CONECT2735627355 +CONECT2735727355 +CONECT273582735927360 +CONECT2735927358 +CONECT2736027358 +CONECT273612736227363 +CONECT2736227361 +CONECT2736327361 +CONECT273642736527366 +CONECT2736527364 +CONECT2736627364 +CONECT273672736827369 +CONECT2736827367 +CONECT2736927367 +CONECT273702737127372 +CONECT2737127370 +CONECT2737227370 +CONECT273732737427375 +CONECT2737427373 +CONECT2737527373 +CONECT273762737727378 +CONECT2737727376 +CONECT2737827376 +CONECT273792738027381 +CONECT2738027379 +CONECT2738127379 +CONECT273822738327384 +CONECT2738327382 +CONECT2738427382 +CONECT273852738627387 +CONECT2738627385 +CONECT2738727385 +CONECT273882738927390 +CONECT2738927388 +CONECT2739027388 +CONECT273912739227393 +CONECT2739227391 +CONECT2739327391 +CONECT273942739527396 +CONECT2739527394 +CONECT2739627394 +CONECT273972739827399 +CONECT2739827397 +CONECT2739927397 +CONECT274002740127402 +CONECT2740127400 +CONECT2740227400 +CONECT274032740427405 +CONECT2740427403 +CONECT2740527403 +CONECT274062740727408 +CONECT2740727406 +CONECT2740827406 +CONECT274092741027411 +CONECT2741027409 +CONECT2741127409 +CONECT274122741327414 +CONECT2741327412 +CONECT2741427412 +CONECT274152741627417 +CONECT2741627415 +CONECT2741727415 +CONECT274182741927420 +CONECT2741927418 +CONECT2742027418 +CONECT274212742227423 +CONECT2742227421 +CONECT2742327421 +CONECT274242742527426 +CONECT2742527424 +CONECT2742627424 +CONECT274272742827429 +CONECT2742827427 +CONECT2742927427 +CONECT274302743127432 +CONECT2743127430 +CONECT2743227430 +CONECT274332743427435 +CONECT2743427433 +CONECT2743527433 +CONECT274362743727438 +CONECT2743727436 +CONECT2743827436 +CONECT274392744027441 +CONECT2744027439 +CONECT2744127439 +CONECT274422744327444 +CONECT2744327442 +CONECT2744427442 +CONECT274452744627447 +CONECT2744627445 +CONECT2744727445 +CONECT274482744927450 +CONECT2744927448 +CONECT2745027448 +CONECT274512745227453 +CONECT2745227451 +CONECT2745327451 +CONECT274542745527456 +CONECT2745527454 +CONECT2745627454 +CONECT274572745827459 +CONECT2745827457 +CONECT2745927457 +CONECT274602746127462 +CONECT2746127460 +CONECT2746227460 +CONECT274632746427465 +CONECT2746427463 +CONECT2746527463 +CONECT274662746727468 +CONECT2746727466 +CONECT2746827466 +CONECT274692747027471 +CONECT2747027469 +CONECT2747127469 +CONECT274722747327474 +CONECT2747327472 +CONECT2747427472 +CONECT274752747627477 +CONECT2747627475 +CONECT2747727475 +CONECT274782747927480 +CONECT2747927478 +CONECT2748027478 +CONECT274812748227483 +CONECT2748227481 +CONECT2748327481 +CONECT274842748527486 +CONECT2748527484 +CONECT2748627484 +CONECT274872748827489 +CONECT2748827487 +CONECT2748927487 +CONECT274902749127492 +CONECT2749127490 +CONECT2749227490 +CONECT274932749427495 +CONECT2749427493 +CONECT2749527493 +CONECT274962749727498 +CONECT2749727496 +CONECT2749827496 +CONECT274992750027501 +CONECT2750027499 +CONECT2750127499 +CONECT275022750327504 +CONECT2750327502 +CONECT2750427502 +CONECT275052750627507 +CONECT2750627505 +CONECT2750727505 +CONECT275082750927510 +CONECT2750927508 +CONECT2751027508 +CONECT275112751227513 +CONECT2751227511 +CONECT2751327511 +CONECT275142751527516 +CONECT2751527514 +CONECT2751627514 +CONECT275172751827519 +CONECT2751827517 +CONECT2751927517 +CONECT275202752127522 +CONECT2752127520 +CONECT2752227520 +CONECT275232752427525 +CONECT2752427523 +CONECT2752527523 +CONECT275262752727528 +CONECT2752727526 +CONECT2752827526 +CONECT275292753027531 +CONECT2753027529 +CONECT2753127529 +CONECT275322753327534 +CONECT2753327532 +CONECT2753427532 +CONECT275352753627537 +CONECT2753627535 +CONECT2753727535 +CONECT275382753927540 +CONECT2753927538 +CONECT2754027538 +CONECT275412754227543 +CONECT2754227541 +CONECT2754327541 +CONECT275442754527546 +CONECT2754527544 +CONECT2754627544 +CONECT275472754827549 +CONECT2754827547 +CONECT2754927547 +CONECT275502755127552 +CONECT2755127550 +CONECT2755227550 +CONECT275532755427555 +CONECT2755427553 +CONECT2755527553 +CONECT275562755727558 +CONECT2755727556 +CONECT2755827556 +CONECT275592756027561 +CONECT2756027559 +CONECT2756127559 +CONECT275622756327564 +CONECT2756327562 +CONECT2756427562 +CONECT275652756627567 +CONECT2756627565 +CONECT2756727565 +CONECT275682756927570 +CONECT2756927568 +CONECT2757027568 +CONECT275712757227573 +CONECT2757227571 +CONECT2757327571 +CONECT275742757527576 +CONECT2757527574 +CONECT2757627574 +CONECT275772757827579 +CONECT2757827577 +CONECT2757927577 +CONECT275802758127582 +CONECT2758127580 +CONECT2758227580 +CONECT275832758427585 +CONECT2758427583 +CONECT2758527583 +CONECT275862758727588 +CONECT2758727586 +CONECT2758827586 +CONECT275892759027591 +CONECT2759027589 +CONECT2759127589 +CONECT275922759327594 +CONECT2759327592 +CONECT2759427592 +CONECT275952759627597 +CONECT2759627595 +CONECT2759727595 +CONECT275982759927600 +CONECT2759927598 +CONECT2760027598 +CONECT276012760227603 +CONECT2760227601 +CONECT2760327601 +CONECT276042760527606 +CONECT2760527604 +CONECT2760627604 +CONECT276072760827609 +CONECT2760827607 +CONECT2760927607 +CONECT276102761127612 +CONECT2761127610 +CONECT2761227610 +CONECT276132761427615 +CONECT2761427613 +CONECT2761527613 +CONECT276162761727618 +CONECT2761727616 +CONECT2761827616 +CONECT276192762027621 +CONECT2762027619 +CONECT2762127619 +CONECT276222762327624 +CONECT2762327622 +CONECT2762427622 +CONECT276252762627627 +CONECT2762627625 +CONECT2762727625 +CONECT276282762927630 +CONECT2762927628 +CONECT2763027628 +CONECT276312763227633 +CONECT2763227631 +CONECT2763327631 +CONECT276342763527636 +CONECT2763527634 +CONECT2763627634 +CONECT276372763827639 +CONECT2763827637 +CONECT2763927637 +CONECT276402764127642 +CONECT2764127640 +CONECT2764227640 +CONECT276432764427645 +CONECT2764427643 +CONECT2764527643 +CONECT276462764727648 +CONECT2764727646 +CONECT2764827646 +CONECT276492765027651 +CONECT2765027649 +CONECT2765127649 +CONECT276522765327654 +CONECT2765327652 +CONECT2765427652 +CONECT276552765627657 +CONECT2765627655 +CONECT2765727655 +CONECT276582765927660 +CONECT2765927658 +CONECT2766027658 +CONECT276612766227663 +CONECT2766227661 +CONECT2766327661 +CONECT276642766527666 +CONECT2766527664 +CONECT2766627664 +CONECT276672766827669 +CONECT2766827667 +CONECT2766927667 +CONECT276702767127672 +CONECT2767127670 +CONECT2767227670 +CONECT276732767427675 +CONECT2767427673 +CONECT2767527673 +CONECT276762767727678 +CONECT2767727676 +CONECT2767827676 +CONECT276792768027681 +CONECT2768027679 +CONECT2768127679 +CONECT276822768327684 +CONECT2768327682 +CONECT2768427682 +CONECT276852768627687 +CONECT2768627685 +CONECT2768727685 +CONECT276882768927690 +CONECT2768927688 +CONECT2769027688 +CONECT276912769227693 +CONECT2769227691 +CONECT2769327691 +CONECT276942769527696 +CONECT2769527694 +CONECT2769627694 +CONECT276972769827699 +CONECT2769827697 +CONECT2769927697 +CONECT277002770127702 +CONECT2770127700 +CONECT2770227700 +CONECT277032770427705 +CONECT2770427703 +CONECT2770527703 +CONECT277062770727708 +CONECT2770727706 +CONECT2770827706 +CONECT277092771027711 +CONECT2771027709 +CONECT2771127709 +CONECT277122771327714 +CONECT2771327712 +CONECT2771427712 +CONECT277152771627717 +CONECT2771627715 +CONECT2771727715 +CONECT277182771927720 +CONECT2771927718 +CONECT2772027718 +CONECT277212772227723 +CONECT2772227721 +CONECT2772327721 +CONECT277242772527726 +CONECT2772527724 +CONECT2772627724 +CONECT277272772827729 +CONECT2772827727 +CONECT2772927727 +CONECT277302773127732 +CONECT2773127730 +CONECT2773227730 +CONECT277332773427735 +CONECT2773427733 +CONECT2773527733 +CONECT277362773727738 +CONECT2773727736 +CONECT2773827736 +CONECT277392774027741 +CONECT2774027739 +CONECT2774127739 +CONECT277422774327744 +CONECT2774327742 +CONECT2774427742 +CONECT277452774627747 +CONECT2774627745 +CONECT2774727745 +CONECT277482774927750 +CONECT2774927748 +CONECT2775027748 +CONECT277512775227753 +CONECT2775227751 +CONECT2775327751 +CONECT277542775527756 +CONECT2775527754 +CONECT2775627754 +CONECT277572775827759 +CONECT2775827757 +CONECT2775927757 +CONECT277602776127762 +CONECT2776127760 +CONECT2776227760 +CONECT277632776427765 +CONECT2776427763 +CONECT2776527763 +CONECT277662776727768 +CONECT2776727766 +CONECT2776827766 +CONECT277692777027771 +CONECT2777027769 +CONECT2777127769 +CONECT277722777327774 +CONECT2777327772 +CONECT2777427772 +CONECT277752777627777 +CONECT2777627775 +CONECT2777727775 +CONECT277782777927780 +CONECT2777927778 +CONECT2778027778 +CONECT277812778227783 +CONECT2778227781 +CONECT2778327781 +CONECT277842778527786 +CONECT2778527784 +CONECT2778627784 +CONECT277872778827789 +CONECT2778827787 +CONECT2778927787 +CONECT277902779127792 +CONECT2779127790 +CONECT2779227790 +CONECT277932779427795 +CONECT2779427793 +CONECT2779527793 +CONECT277962779727798 +CONECT2779727796 +CONECT2779827796 +CONECT277992780027801 +CONECT2780027799 +CONECT2780127799 +CONECT278022780327804 +CONECT2780327802 +CONECT2780427802 +CONECT278052780627807 +CONECT2780627805 +CONECT2780727805 +CONECT278082780927810 +CONECT2780927808 +CONECT2781027808 +CONECT278112781227813 +CONECT2781227811 +CONECT2781327811 +CONECT278142781527816 +CONECT2781527814 +CONECT2781627814 +CONECT278172781827819 +CONECT2781827817 +CONECT2781927817 +CONECT278202782127822 +CONECT2782127820 +CONECT2782227820 +CONECT278232782427825 +CONECT2782427823 +CONECT2782527823 +CONECT278262782727828 +CONECT2782727826 +CONECT2782827826 +CONECT278292783027831 +CONECT2783027829 +CONECT2783127829 +CONECT278322783327834 +CONECT2783327832 +CONECT2783427832 +CONECT278352783627837 +CONECT2783627835 +CONECT2783727835 +CONECT278382783927840 +CONECT2783927838 +CONECT2784027838 +CONECT278412784227843 +CONECT2784227841 +CONECT2784327841 +CONECT278442784527846 +CONECT2784527844 +CONECT2784627844 +CONECT278472784827849 +CONECT2784827847 +CONECT2784927847 +CONECT278502785127852 +CONECT2785127850 +CONECT2785227850 +CONECT278532785427855 +CONECT2785427853 +CONECT2785527853 +CONECT278562785727858 +CONECT2785727856 +CONECT2785827856 +CONECT278592786027861 +CONECT2786027859 +CONECT2786127859 +CONECT278622786327864 +CONECT2786327862 +CONECT2786427862 +CONECT278652786627867 +CONECT2786627865 +CONECT2786727865 +CONECT278682786927870 +CONECT2786927868 +CONECT2787027868 +CONECT278712787227873 +CONECT2787227871 +CONECT2787327871 +CONECT278742787527876 +CONECT2787527874 +CONECT2787627874 +CONECT278772787827879 +CONECT2787827877 +CONECT2787927877 +CONECT278802788127882 +CONECT2788127880 +CONECT2788227880 +CONECT278832788427885 +CONECT2788427883 +CONECT2788527883 +CONECT278862788727888 +CONECT2788727886 +CONECT2788827886 +CONECT278892789027891 +CONECT2789027889 +CONECT2789127889 +CONECT278922789327894 +CONECT2789327892 +CONECT2789427892 +CONECT278952789627897 +CONECT2789627895 +CONECT2789727895 +CONECT278982789927900 +CONECT2789927898 +CONECT2790027898 +CONECT279012790227903 +CONECT2790227901 +CONECT2790327901 +CONECT279042790527906 +CONECT2790527904 +CONECT2790627904 +CONECT279072790827909 +CONECT2790827907 +CONECT2790927907 +CONECT279102791127912 +CONECT2791127910 +CONECT2791227910 +CONECT279132791427915 +CONECT2791427913 +CONECT2791527913 +CONECT279162791727918 +CONECT2791727916 +CONECT2791827916 +CONECT279192792027921 +CONECT2792027919 +CONECT2792127919 +CONECT279222792327924 +CONECT2792327922 +CONECT2792427922 +CONECT279252792627927 +CONECT2792627925 +CONECT2792727925 +CONECT279282792927930 +CONECT2792927928 +CONECT2793027928 +CONECT279312793227933 +CONECT2793227931 +CONECT2793327931 +CONECT279342793527936 +CONECT2793527934 +CONECT2793627934 +CONECT279372793827939 +CONECT2793827937 +CONECT2793927937 +CONECT279402794127942 +CONECT2794127940 +CONECT2794227940 +CONECT279432794427945 +CONECT2794427943 +CONECT2794527943 +CONECT279462794727948 +CONECT2794727946 +CONECT2794827946 +CONECT279492795027951 +CONECT2795027949 +CONECT2795127949 +CONECT279522795327954 +CONECT2795327952 +CONECT2795427952 +CONECT279552795627957 +CONECT2795627955 +CONECT2795727955 +CONECT279582795927960 +CONECT2795927958 +CONECT2796027958 +CONECT279612796227963 +CONECT2796227961 +CONECT2796327961 +CONECT279642796527966 +CONECT2796527964 +CONECT2796627964 +CONECT279672796827969 +CONECT2796827967 +CONECT2796927967 +CONECT279702797127972 +CONECT2797127970 +CONECT2797227970 +CONECT279732797427975 +CONECT2797427973 +CONECT2797527973 +CONECT279762797727978 +CONECT2797727976 +CONECT2797827976 +CONECT279792798027981 +CONECT2798027979 +CONECT2798127979 +CONECT279822798327984 +CONECT2798327982 +CONECT2798427982 +CONECT279852798627987 +CONECT2798627985 +CONECT2798727985 +CONECT279882798927990 +CONECT2798927988 +CONECT2799027988 +CONECT279912799227993 +CONECT2799227991 +CONECT2799327991 +CONECT279942799527996 +CONECT2799527994 +CONECT2799627994 +CONECT279972799827999 +CONECT2799827997 +CONECT2799927997 +CONECT280002800128002 +CONECT2800128000 +CONECT2800228000 +CONECT280032800428005 +CONECT2800428003 +CONECT2800528003 +CONECT280062800728008 +CONECT2800728006 +CONECT2800828006 +CONECT280092801028011 +CONECT2801028009 +CONECT2801128009 +CONECT280122801328014 +CONECT2801328012 +CONECT2801428012 +CONECT280152801628017 +CONECT2801628015 +CONECT2801728015 +CONECT280182801928020 +CONECT2801928018 +CONECT2802028018 +CONECT280212802228023 +CONECT2802228021 +CONECT2802328021 +CONECT280242802528026 +CONECT2802528024 +CONECT2802628024 +CONECT280272802828029 +CONECT2802828027 +CONECT2802928027 +CONECT280302803128032 +CONECT2803128030 +CONECT2803228030 +CONECT280332803428035 +CONECT2803428033 +CONECT2803528033 +CONECT280362803728038 +CONECT2803728036 +CONECT2803828036 +CONECT280392804028041 +CONECT2804028039 +CONECT2804128039 +CONECT280422804328044 +CONECT2804328042 +CONECT2804428042 +CONECT280452804628047 +CONECT2804628045 +CONECT2804728045 +CONECT280482804928050 +CONECT2804928048 +CONECT2805028048 +CONECT280512805228053 +CONECT2805228051 +CONECT2805328051 +CONECT280542805528056 +CONECT2805528054 +CONECT2805628054 +CONECT280572805828059 +CONECT2805828057 +CONECT2805928057 +CONECT280602806128062 +CONECT2806128060 +CONECT2806228060 +CONECT280632806428065 +CONECT2806428063 +CONECT2806528063 +CONECT280662806728068 +CONECT2806728066 +CONECT2806828066 +CONECT280692807028071 +CONECT2807028069 +CONECT2807128069 +CONECT280722807328074 +CONECT2807328072 +CONECT2807428072 +CONECT280752807628077 +CONECT2807628075 +CONECT2807728075 +CONECT280782807928080 +CONECT2807928078 +CONECT2808028078 +CONECT280812808228083 +CONECT2808228081 +CONECT2808328081 +CONECT280842808528086 +CONECT2808528084 +CONECT2808628084 +CONECT280872808828089 +CONECT2808828087 +CONECT2808928087 +CONECT280902809128092 +CONECT2809128090 +CONECT2809228090 +CONECT280932809428095 +CONECT2809428093 +CONECT2809528093 +CONECT280962809728098 +CONECT2809728096 +CONECT2809828096 +CONECT280992810028101 +CONECT2810028099 +CONECT2810128099 +CONECT281022810328104 +CONECT2810328102 +CONECT2810428102 +CONECT281052810628107 +CONECT2810628105 +CONECT2810728105 +CONECT281082810928110 +CONECT2810928108 +CONECT2811028108 +CONECT281112811228113 +CONECT2811228111 +CONECT2811328111 +CONECT281142811528116 +CONECT2811528114 +CONECT2811628114 +CONECT281172811828119 +CONECT2811828117 +CONECT2811928117 +CONECT281202812128122 +CONECT2812128120 +CONECT2812228120 +CONECT281232812428125 +CONECT2812428123 +CONECT2812528123 +CONECT281262812728128 +CONECT2812728126 +CONECT2812828126 +CONECT281292813028131 +CONECT2813028129 +CONECT2813128129 +CONECT281322813328134 +CONECT2813328132 +CONECT2813428132 +CONECT281352813628137 +CONECT2813628135 +CONECT2813728135 +CONECT281382813928140 +CONECT2813928138 +CONECT2814028138 +CONECT281412814228143 +CONECT2814228141 +CONECT2814328141 +CONECT281442814528146 +CONECT2814528144 +CONECT2814628144 +CONECT281472814828149 +CONECT2814828147 +CONECT2814928147 +CONECT281502815128152 +CONECT2815128150 +CONECT2815228150 +CONECT281532815428155 +CONECT2815428153 +CONECT2815528153 +CONECT281562815728158 +CONECT2815728156 +CONECT2815828156 +CONECT281592816028161 +CONECT2816028159 +CONECT2816128159 +CONECT281622816328164 +CONECT2816328162 +CONECT2816428162 +CONECT281652816628167 +CONECT2816628165 +CONECT2816728165 +CONECT281682816928170 +CONECT2816928168 +CONECT2817028168 +CONECT281712817228173 +CONECT2817228171 +CONECT2817328171 +CONECT281742817528176 +CONECT2817528174 +CONECT2817628174 +CONECT281772817828179 +CONECT2817828177 +CONECT2817928177 +CONECT281802818128182 +CONECT2818128180 +CONECT2818228180 +CONECT281832818428185 +CONECT2818428183 +CONECT2818528183 +CONECT281862818728188 +CONECT2818728186 +CONECT2818828186 +CONECT281892819028191 +CONECT2819028189 +CONECT2819128189 +CONECT281922819328194 +CONECT2819328192 +CONECT2819428192 +CONECT281952819628197 +CONECT2819628195 +CONECT2819728195 +CONECT281982819928200 +CONECT2819928198 +CONECT2820028198 +CONECT282012820228203 +CONECT2820228201 +CONECT2820328201 +CONECT282042820528206 +CONECT2820528204 +CONECT2820628204 +CONECT282072820828209 +CONECT2820828207 +CONECT2820928207 +CONECT282102821128212 +CONECT2821128210 +CONECT2821228210 +CONECT282132821428215 +CONECT2821428213 +CONECT2821528213 +CONECT282162821728218 +CONECT2821728216 +CONECT2821828216 +CONECT282192822028221 +CONECT2822028219 +CONECT2822128219 +CONECT282222822328224 +CONECT2822328222 +CONECT2822428222 +CONECT282252822628227 +CONECT2822628225 +CONECT2822728225 +CONECT282282822928230 +CONECT2822928228 +CONECT2823028228 +CONECT282312823228233 +CONECT2823228231 +CONECT2823328231 +CONECT282342823528236 +CONECT2823528234 +CONECT2823628234 +CONECT282372823828239 +CONECT2823828237 +CONECT2823928237 +CONECT282402824128242 +CONECT2824128240 +CONECT2824228240 +CONECT282432824428245 +CONECT2824428243 +CONECT2824528243 +CONECT282462824728248 +CONECT2824728246 +CONECT2824828246 +CONECT282492825028251 +CONECT2825028249 +CONECT2825128249 +CONECT282522825328254 +CONECT2825328252 +CONECT2825428252 +CONECT282552825628257 +CONECT2825628255 +CONECT2825728255 +CONECT282582825928260 +CONECT2825928258 +CONECT2826028258 +CONECT282612826228263 +CONECT2826228261 +CONECT2826328261 +CONECT282642826528266 +CONECT2826528264 +CONECT2826628264 +CONECT282672826828269 +CONECT2826828267 +CONECT2826928267 +CONECT282702827128272 +CONECT2827128270 +CONECT2827228270 +CONECT282732827428275 +CONECT2827428273 +CONECT2827528273 +CONECT282762827728278 +CONECT2827728276 +CONECT2827828276 +CONECT282792828028281 +CONECT2828028279 +CONECT2828128279 +CONECT282822828328284 +CONECT2828328282 +CONECT2828428282 +CONECT282852828628287 +CONECT2828628285 +CONECT2828728285 +CONECT282882828928290 +CONECT2828928288 +CONECT2829028288 +CONECT282912829228293 +CONECT2829228291 +CONECT2829328291 +CONECT282942829528296 +CONECT2829528294 +CONECT2829628294 +CONECT282972829828299 +CONECT2829828297 +CONECT2829928297 +CONECT283002830128302 +CONECT2830128300 +CONECT2830228300 +CONECT283032830428305 +CONECT2830428303 +CONECT2830528303 +CONECT283062830728308 +CONECT2830728306 +CONECT2830828306 +CONECT283092831028311 +CONECT2831028309 +CONECT2831128309 +CONECT283122831328314 +CONECT2831328312 +CONECT2831428312 +CONECT283152831628317 +CONECT2831628315 +CONECT2831728315 +CONECT283182831928320 +CONECT2831928318 +CONECT2832028318 +CONECT283212832228323 +CONECT2832228321 +CONECT2832328321 +CONECT283242832528326 +CONECT2832528324 +CONECT2832628324 +CONECT283272832828329 +CONECT2832828327 +CONECT2832928327 +CONECT283302833128332 +CONECT2833128330 +CONECT2833228330 +CONECT283332833428335 +CONECT2833428333 +CONECT2833528333 +CONECT283362833728338 +CONECT2833728336 +CONECT2833828336 +CONECT283392834028341 +CONECT2834028339 +CONECT2834128339 +CONECT283422834328344 +CONECT2834328342 +CONECT2834428342 +CONECT283452834628347 +CONECT2834628345 +CONECT2834728345 +CONECT283482834928350 +CONECT2834928348 +CONECT2835028348 +CONECT283512835228353 +CONECT2835228351 +CONECT2835328351 +CONECT283542835528356 +CONECT2835528354 +CONECT2835628354 +CONECT283572835828359 +CONECT2835828357 +CONECT2835928357 +CONECT283602836128362 +CONECT2836128360 +CONECT2836228360 +CONECT283632836428365 +CONECT2836428363 +CONECT2836528363 +CONECT283662836728368 +CONECT2836728366 +CONECT2836828366 +CONECT283692837028371 +CONECT2837028369 +CONECT2837128369 +CONECT283722837328374 +CONECT2837328372 +CONECT2837428372 +CONECT283752837628377 +CONECT2837628375 +CONECT2837728375 +CONECT283782837928380 +CONECT2837928378 +CONECT2838028378 +CONECT283812838228383 +CONECT2838228381 +CONECT2838328381 +CONECT283842838528386 +CONECT2838528384 +CONECT2838628384 +CONECT283872838828389 +CONECT2838828387 +CONECT2838928387 +CONECT283902839128392 +CONECT2839128390 +CONECT2839228390 +CONECT283932839428395 +CONECT2839428393 +CONECT2839528393 +CONECT283962839728398 +CONECT2839728396 +CONECT2839828396 +CONECT283992840028401 +CONECT2840028399 +CONECT2840128399 +CONECT284022840328404 +CONECT2840328402 +CONECT2840428402 +CONECT284052840628407 +CONECT2840628405 +CONECT2840728405 +CONECT284082840928410 +CONECT2840928408 +CONECT2841028408 +CONECT284112841228413 +CONECT2841228411 +CONECT2841328411 +CONECT284142841528416 +CONECT2841528414 +CONECT2841628414 +CONECT284172841828419 +CONECT2841828417 +CONECT2841928417 +CONECT284202842128422 +CONECT2842128420 +CONECT2842228420 +CONECT284232842428425 +CONECT2842428423 +CONECT2842528423 +CONECT284262842728428 +CONECT2842728426 +CONECT2842828426 +CONECT284292843028431 +CONECT2843028429 +CONECT2843128429 +CONECT284322843328434 +CONECT2843328432 +CONECT2843428432 +CONECT284352843628437 +CONECT2843628435 +CONECT2843728435 +CONECT284382843928440 +CONECT2843928438 +CONECT2844028438 +CONECT284412844228443 +CONECT2844228441 +CONECT2844328441 +CONECT284442844528446 +CONECT2844528444 +CONECT2844628444 +CONECT284472844828449 +CONECT2844828447 +CONECT2844928447 +CONECT284502845128452 +CONECT2845128450 +CONECT2845228450 +CONECT284532845428455 +CONECT2845428453 +CONECT2845528453 +CONECT284562845728458 +CONECT2845728456 +CONECT2845828456 +CONECT284592846028461 +CONECT2846028459 +CONECT2846128459 +CONECT284622846328464 +CONECT2846328462 +CONECT2846428462 +CONECT284652846628467 +CONECT2846628465 +CONECT2846728465 +CONECT284682846928470 +CONECT2846928468 +CONECT2847028468 +CONECT284712847228473 +CONECT2847228471 +CONECT2847328471 +CONECT284742847528476 +CONECT2847528474 +CONECT2847628474 +CONECT284772847828479 +CONECT2847828477 +CONECT2847928477 +CONECT284802848128482 +CONECT2848128480 +CONECT2848228480 +CONECT284832848428485 +CONECT2848428483 +CONECT2848528483 +CONECT284862848728488 +CONECT2848728486 +CONECT2848828486 +CONECT284892849028491 +CONECT2849028489 +CONECT2849128489 +CONECT284922849328494 +CONECT2849328492 +CONECT2849428492 +CONECT284952849628497 +CONECT2849628495 +CONECT2849728495 +CONECT284982849928500 +CONECT2849928498 +CONECT2850028498 +CONECT285012850228503 +CONECT2850228501 +CONECT2850328501 +CONECT285042850528506 +CONECT2850528504 +CONECT2850628504 +CONECT285072850828509 +CONECT2850828507 +CONECT2850928507 +CONECT285102851128512 +CONECT2851128510 +CONECT2851228510 +CONECT285132851428515 +CONECT2851428513 +CONECT2851528513 +CONECT285162851728518 +CONECT2851728516 +CONECT2851828516 +CONECT285192852028521 +CONECT2852028519 +CONECT2852128519 +CONECT285222852328524 +CONECT2852328522 +CONECT2852428522 +CONECT285252852628527 +CONECT2852628525 +CONECT2852728525 +CONECT285282852928530 +CONECT2852928528 +CONECT2853028528 +CONECT285312853228533 +CONECT2853228531 +CONECT2853328531 +CONECT285342853528536 +CONECT2853528534 +CONECT2853628534 +CONECT285372853828539 +CONECT2853828537 +CONECT2853928537 +CONECT285402854128542 +CONECT2854128540 +CONECT2854228540 +CONECT285432854428545 +CONECT2854428543 +CONECT2854528543 +CONECT285462854728548 +CONECT2854728546 +CONECT2854828546 +CONECT285492855028551 +CONECT2855028549 +CONECT2855128549 +CONECT285522855328554 +CONECT2855328552 +CONECT2855428552 +CONECT285552855628557 +CONECT2855628555 +CONECT2855728555 +CONECT285582855928560 +CONECT2855928558 +CONECT2856028558 +CONECT285612856228563 +CONECT2856228561 +CONECT2856328561 +CONECT285642856528566 +CONECT2856528564 +CONECT2856628564 +CONECT285672856828569 +CONECT2856828567 +CONECT2856928567 +CONECT285702857128572 +CONECT2857128570 +CONECT2857228570 +CONECT285732857428575 +CONECT2857428573 +CONECT2857528573 +CONECT285762857728578 +CONECT2857728576 +CONECT2857828576 +CONECT285792858028581 +CONECT2858028579 +CONECT2858128579 +CONECT285822858328584 +CONECT2858328582 +CONECT2858428582 +CONECT285852858628587 +CONECT2858628585 +CONECT2858728585 +CONECT285882858928590 +CONECT2858928588 +CONECT2859028588 +CONECT285912859228593 +CONECT2859228591 +CONECT2859328591 +CONECT285942859528596 +CONECT2859528594 +CONECT2859628594 +CONECT285972859828599 +CONECT2859828597 +CONECT2859928597 +CONECT286002860128602 +CONECT2860128600 +CONECT2860228600 +CONECT286032860428605 +CONECT2860428603 +CONECT2860528603 +CONECT286062860728608 +CONECT2860728606 +CONECT2860828606 +CONECT286092861028611 +CONECT2861028609 +CONECT2861128609 +CONECT286122861328614 +CONECT2861328612 +CONECT2861428612 +CONECT286152861628617 +CONECT2861628615 +CONECT2861728615 +CONECT286182861928620 +CONECT2861928618 +CONECT2862028618 +CONECT286212862228623 +CONECT2862228621 +CONECT2862328621 +CONECT286242862528626 +CONECT2862528624 +CONECT2862628624 +CONECT286272862828629 +CONECT2862828627 +CONECT2862928627 +CONECT286302863128632 +CONECT2863128630 +CONECT2863228630 +CONECT286332863428635 +CONECT2863428633 +CONECT2863528633 +CONECT286362863728638 +CONECT2863728636 +CONECT2863828636 +CONECT286392864028641 +CONECT2864028639 +CONECT2864128639 +CONECT286422864328644 +CONECT2864328642 +CONECT2864428642 +CONECT286452864628647 +CONECT2864628645 +CONECT2864728645 +CONECT286482864928650 +CONECT2864928648 +CONECT2865028648 +CONECT286512865228653 +CONECT2865228651 +CONECT2865328651 +CONECT286542865528656 +CONECT2865528654 +CONECT2865628654 +CONECT286572865828659 +CONECT2865828657 +CONECT2865928657 +CONECT286602866128662 +CONECT2866128660 +CONECT2866228660 +CONECT286632866428665 +CONECT2866428663 +CONECT2866528663 +CONECT286662866728668 +CONECT2866728666 +CONECT2866828666 +CONECT286692867028671 +CONECT2867028669 +CONECT2867128669 +CONECT286722867328674 +CONECT2867328672 +CONECT2867428672 +CONECT286752867628677 +CONECT2867628675 +CONECT2867728675 +CONECT286782867928680 +CONECT2867928678 +CONECT2868028678 +CONECT286812868228683 +CONECT2868228681 +CONECT2868328681 +CONECT286842868528686 +CONECT2868528684 +CONECT2868628684 +CONECT286872868828689 +CONECT2868828687 +CONECT2868928687 +CONECT286902869128692 +CONECT2869128690 +CONECT2869228690 +CONECT286932869428695 +CONECT2869428693 +CONECT2869528693 +CONECT286962869728698 +CONECT2869728696 +CONECT2869828696 +CONECT286992870028701 +CONECT2870028699 +CONECT2870128699 +CONECT287022870328704 +CONECT2870328702 +CONECT2870428702 +CONECT287052870628707 +CONECT2870628705 +CONECT2870728705 +CONECT287082870928710 +CONECT2870928708 +CONECT2871028708 +CONECT287112871228713 +CONECT2871228711 +CONECT2871328711 +CONECT287142871528716 +CONECT2871528714 +CONECT2871628714 +CONECT287172871828719 +CONECT2871828717 +CONECT2871928717 +CONECT287202872128722 +CONECT2872128720 +CONECT2872228720 +CONECT287232872428725 +CONECT2872428723 +CONECT2872528723 +CONECT287262872728728 +CONECT2872728726 +CONECT2872828726 +CONECT287292873028731 +CONECT2873028729 +CONECT2873128729 +CONECT287322873328734 +CONECT2873328732 +CONECT2873428732 +CONECT287352873628737 +CONECT2873628735 +CONECT2873728735 +CONECT287382873928740 +CONECT2873928738 +CONECT2874028738 +CONECT287412874228743 +CONECT2874228741 +CONECT2874328741 +CONECT287442874528746 +CONECT2874528744 +CONECT2874628744 +CONECT287472874828749 +CONECT2874828747 +CONECT2874928747 +CONECT287502875128752 +CONECT2875128750 +CONECT2875228750 +CONECT287532875428755 +CONECT2875428753 +CONECT2875528753 +CONECT287562875728758 +CONECT2875728756 +CONECT2875828756 +CONECT287592876028761 +CONECT2876028759 +CONECT2876128759 +CONECT287622876328764 +CONECT2876328762 +CONECT2876428762 +CONECT287652876628767 +CONECT2876628765 +CONECT2876728765 +CONECT287682876928770 +CONECT2876928768 +CONECT2877028768 +CONECT287712877228773 +CONECT2877228771 +CONECT2877328771 +CONECT287742877528776 +CONECT2877528774 +CONECT2877628774 +CONECT287772877828779 +CONECT2877828777 +CONECT2877928777 +CONECT287802878128782 +CONECT2878128780 +CONECT2878228780 +CONECT287832878428785 +CONECT2878428783 +CONECT2878528783 +CONECT287862878728788 +CONECT2878728786 +CONECT2878828786 +CONECT287892879028791 +CONECT2879028789 +CONECT2879128789 +CONECT287922879328794 +CONECT2879328792 +CONECT2879428792 +CONECT287952879628797 +CONECT2879628795 +CONECT2879728795 +CONECT287982879928800 +CONECT2879928798 +CONECT2880028798 +CONECT288012880228803 +CONECT2880228801 +CONECT2880328801 +CONECT288042880528806 +CONECT2880528804 +CONECT2880628804 +CONECT288072880828809 +CONECT2880828807 +CONECT2880928807 +CONECT288102881128812 +CONECT2881128810 +CONECT2881228810 +CONECT288132881428815 +CONECT2881428813 +CONECT2881528813 +CONECT288162881728818 +CONECT2881728816 +CONECT2881828816 +CONECT288192882028821 +CONECT2882028819 +CONECT2882128819 +CONECT288222882328824 +CONECT2882328822 +CONECT2882428822 +CONECT288252882628827 +CONECT2882628825 +CONECT2882728825 +CONECT288282882928830 +CONECT2882928828 +CONECT2883028828 +CONECT288312883228833 +CONECT2883228831 +CONECT2883328831 +CONECT288342883528836 +CONECT2883528834 +CONECT2883628834 +CONECT288372883828839 +CONECT2883828837 +CONECT2883928837 +CONECT288402884128842 +CONECT2884128840 +CONECT2884228840 +CONECT288432884428845 +CONECT2884428843 +CONECT2884528843 +CONECT288462884728848 +CONECT2884728846 +CONECT2884828846 +CONECT288492885028851 +CONECT2885028849 +CONECT2885128849 +CONECT288522885328854 +CONECT2885328852 +CONECT2885428852 +CONECT288552885628857 +CONECT2885628855 +CONECT2885728855 +CONECT288582885928860 +CONECT2885928858 +CONECT2886028858 +CONECT288612886228863 +CONECT2886228861 +CONECT2886328861 +CONECT288642886528866 +CONECT2886528864 +CONECT2886628864 +CONECT288672886828869 +CONECT2886828867 +CONECT2886928867 +CONECT288702887128872 +CONECT2887128870 +CONECT2887228870 +CONECT288732887428875 +CONECT2887428873 +CONECT2887528873 +CONECT288762887728878 +CONECT2887728876 +CONECT2887828876 +CONECT288792888028881 +CONECT2888028879 +CONECT2888128879 +CONECT288822888328884 +CONECT2888328882 +CONECT2888428882 +CONECT288852888628887 +CONECT2888628885 +CONECT2888728885 +CONECT288882888928890 +CONECT2888928888 +CONECT2889028888 +CONECT288912889228893 +CONECT2889228891 +CONECT2889328891 +CONECT288942889528896 +CONECT2889528894 +CONECT2889628894 +CONECT288972889828899 +CONECT2889828897 +CONECT2889928897 +CONECT289002890128902 +CONECT2890128900 +CONECT2890228900 +CONECT289032890428905 +CONECT2890428903 +CONECT2890528903 +CONECT289062890728908 +CONECT2890728906 +CONECT2890828906 +CONECT289092891028911 +CONECT2891028909 +CONECT2891128909 +CONECT289122891328914 +CONECT2891328912 +CONECT2891428912 +CONECT289152891628917 +CONECT2891628915 +CONECT2891728915 +CONECT289182891928920 +CONECT2891928918 +CONECT2892028918 +CONECT289212892228923 +CONECT2892228921 +CONECT2892328921 +CONECT289242892528926 +CONECT2892528924 +CONECT2892628924 +CONECT289272892828929 +CONECT2892828927 +CONECT2892928927 +CONECT289302893128932 +CONECT2893128930 +CONECT2893228930 +CONECT289332893428935 +CONECT2893428933 +CONECT2893528933 +CONECT289362893728938 +CONECT2893728936 +CONECT2893828936 +CONECT289392894028941 +CONECT2894028939 +CONECT2894128939 +CONECT289422894328944 +CONECT2894328942 +CONECT2894428942 +CONECT289452894628947 +CONECT2894628945 +CONECT2894728945 +CONECT289482894928950 +CONECT2894928948 +CONECT2895028948 +CONECT289512895228953 +CONECT2895228951 +CONECT2895328951 +CONECT289542895528956 +CONECT2895528954 +CONECT2895628954 +CONECT289572895828959 +CONECT2895828957 +CONECT2895928957 +CONECT289602896128962 +CONECT2896128960 +CONECT2896228960 +CONECT289632896428965 +CONECT2896428963 +CONECT2896528963 +CONECT289662896728968 +CONECT2896728966 +CONECT2896828966 +CONECT289692897028971 +CONECT2897028969 +CONECT2897128969 +CONECT289722897328974 +CONECT2897328972 +CONECT2897428972 +CONECT289752897628977 +CONECT2897628975 +CONECT2897728975 +CONECT289782897928980 +CONECT2897928978 +CONECT2898028978 +CONECT289812898228983 +CONECT2898228981 +CONECT2898328981 +CONECT289842898528986 +CONECT2898528984 +CONECT2898628984 +CONECT289872898828989 +CONECT2898828987 +CONECT2898928987 +CONECT289902899128992 +CONECT2899128990 +CONECT2899228990 +CONECT289932899428995 +CONECT2899428993 +CONECT2899528993 +CONECT289962899728998 +CONECT2899728996 +CONECT2899828996 +CONECT289992900029001 +CONECT2900028999 +CONECT2900128999 +CONECT290022900329004 +CONECT2900329002 +CONECT2900429002 +CONECT290052900629007 +CONECT2900629005 +CONECT2900729005 +CONECT290082900929010 +CONECT2900929008 +CONECT2901029008 +CONECT290112901229013 +CONECT2901229011 +CONECT2901329011 +CONECT290142901529016 +CONECT2901529014 +CONECT2901629014 +CONECT290172901829019 +CONECT2901829017 +CONECT2901929017 +CONECT290202902129022 +CONECT2902129020 +CONECT2902229020 +CONECT290232902429025 +CONECT2902429023 +CONECT2902529023 +CONECT290262902729028 +CONECT2902729026 +CONECT2902829026 +CONECT290292903029031 +CONECT2903029029 +CONECT2903129029 +CONECT290322903329034 +CONECT2903329032 +CONECT2903429032 +CONECT290352903629037 +CONECT2903629035 +CONECT2903729035 +CONECT290382903929040 +CONECT2903929038 +CONECT2904029038 +CONECT290412904229043 +CONECT2904229041 +CONECT2904329041 +CONECT290442904529046 +CONECT2904529044 +CONECT2904629044 +CONECT290472904829049 +CONECT2904829047 +CONECT2904929047 +CONECT290502905129052 +CONECT2905129050 +CONECT2905229050 +CONECT290532905429055 +CONECT2905429053 +CONECT2905529053 +CONECT290562905729058 +CONECT2905729056 +CONECT2905829056 +CONECT290592906029061 +CONECT2906029059 +CONECT2906129059 +CONECT290622906329064 +CONECT2906329062 +CONECT2906429062 +CONECT290652906629067 +CONECT2906629065 +CONECT2906729065 +CONECT290682906929070 +CONECT2906929068 +CONECT2907029068 +CONECT290712907229073 +CONECT2907229071 +CONECT2907329071 +CONECT290742907529076 +CONECT2907529074 +CONECT2907629074 +CONECT290772907829079 +CONECT2907829077 +CONECT2907929077 +CONECT290802908129082 +CONECT2908129080 +CONECT2908229080 +CONECT290832908429085 +CONECT2908429083 +CONECT2908529083 +CONECT290862908729088 +CONECT2908729086 +CONECT2908829086 +CONECT290892909029091 +CONECT2909029089 +CONECT2909129089 +CONECT290922909329094 +CONECT2909329092 +CONECT2909429092 +CONECT290952909629097 +CONECT2909629095 +CONECT2909729095 +CONECT290982909929100 +CONECT2909929098 +CONECT2910029098 +CONECT291012910229103 +CONECT2910229101 +CONECT2910329101 +CONECT291042910529106 +CONECT2910529104 +CONECT2910629104 +CONECT291072910829109 +CONECT2910829107 +CONECT2910929107 +CONECT291102911129112 +CONECT2911129110 +CONECT2911229110 +CONECT291132911429115 +CONECT2911429113 +CONECT2911529113 +CONECT291162911729118 +CONECT2911729116 +CONECT2911829116 +CONECT291192912029121 +CONECT2912029119 +CONECT2912129119 +CONECT291222912329124 +CONECT2912329122 +CONECT2912429122 +CONECT291252912629127 +CONECT2912629125 +CONECT2912729125 +CONECT291282912929130 +CONECT2912929128 +CONECT2913029128 +CONECT291312913229133 +CONECT2913229131 +CONECT2913329131 +CONECT291342913529136 +CONECT2913529134 +CONECT2913629134 +CONECT291372913829139 +CONECT2913829137 +CONECT2913929137 +CONECT291402914129142 +CONECT2914129140 +CONECT2914229140 +CONECT291432914429145 +CONECT2914429143 +CONECT2914529143 +CONECT291462914729148 +CONECT2914729146 +CONECT2914829146 +CONECT291492915029151 +CONECT2915029149 +CONECT2915129149 +CONECT291522915329154 +CONECT2915329152 +CONECT2915429152 +CONECT291552915629157 +CONECT2915629155 +CONECT2915729155 +CONECT291582915929160 +CONECT2915929158 +CONECT2916029158 +CONECT291612916229163 +CONECT2916229161 +CONECT2916329161 +CONECT291642916529166 +CONECT2916529164 +CONECT2916629164 +CONECT291672916829169 +CONECT2916829167 +CONECT2916929167 +CONECT291702917129172 +CONECT2917129170 +CONECT2917229170 +CONECT291732917429175 +CONECT2917429173 +CONECT2917529173 +CONECT291762917729178 +CONECT2917729176 +CONECT2917829176 +CONECT291792918029181 +CONECT2918029179 +CONECT2918129179 +CONECT291822918329184 +CONECT2918329182 +CONECT2918429182 +CONECT291852918629187 +CONECT2918629185 +CONECT2918729185 +CONECT291882918929190 +CONECT2918929188 +CONECT2919029188 +CONECT291912919229193 +CONECT2919229191 +CONECT2919329191 +CONECT291942919529196 +CONECT2919529194 +CONECT2919629194 +CONECT291972919829199 +CONECT2919829197 +CONECT2919929197 +CONECT292002920129202 +CONECT2920129200 +CONECT2920229200 +CONECT292032920429205 +CONECT2920429203 +CONECT2920529203 +CONECT292062920729208 +CONECT2920729206 +CONECT2920829206 +CONECT292092921029211 +CONECT2921029209 +CONECT2921129209 +CONECT292122921329214 +CONECT2921329212 +CONECT2921429212 +CONECT292152921629217 +CONECT2921629215 +CONECT2921729215 +CONECT292182921929220 +CONECT2921929218 +CONECT2922029218 +CONECT292212922229223 +CONECT2922229221 +CONECT2922329221 +CONECT292242922529226 +CONECT2922529224 +CONECT2922629224 +CONECT292272922829229 +CONECT2922829227 +CONECT2922929227 +CONECT292302923129232 +CONECT2923129230 +CONECT2923229230 +CONECT292332923429235 +CONECT2923429233 +CONECT2923529233 +CONECT292362923729238 +CONECT2923729236 +CONECT2923829236 +CONECT292392924029241 +CONECT2924029239 +CONECT2924129239 +CONECT292422924329244 +CONECT2924329242 +CONECT2924429242 +CONECT292452924629247 +CONECT2924629245 +CONECT2924729245 +CONECT292482924929250 +CONECT2924929248 +CONECT2925029248 +CONECT292512925229253 +CONECT2925229251 +CONECT2925329251 +CONECT292542925529256 +CONECT2925529254 +CONECT2925629254 +CONECT292572925829259 +CONECT2925829257 +CONECT2925929257 +CONECT292602926129262 +CONECT2926129260 +CONECT2926229260 +CONECT292632926429265 +CONECT2926429263 +CONECT2926529263 +CONECT292662926729268 +CONECT2926729266 +CONECT2926829266 +CONECT292692927029271 +CONECT2927029269 +CONECT2927129269 +CONECT292722927329274 +CONECT2927329272 +CONECT2927429272 +CONECT292752927629277 +CONECT2927629275 +CONECT2927729275 +CONECT292782927929280 +CONECT2927929278 +CONECT2928029278 +CONECT292812928229283 +CONECT2928229281 +CONECT2928329281 +CONECT292842928529286 +CONECT2928529284 +CONECT2928629284 +CONECT292872928829289 +CONECT2928829287 +CONECT2928929287 +CONECT292902929129292 +CONECT2929129290 +CONECT2929229290 +CONECT292932929429295 +CONECT2929429293 +CONECT2929529293 +CONECT292962929729298 +CONECT2929729296 +CONECT2929829296 +CONECT292992930029301 +CONECT2930029299 +CONECT2930129299 +CONECT293022930329304 +CONECT2930329302 +CONECT2930429302 +CONECT293052930629307 +CONECT2930629305 +CONECT2930729305 +CONECT293082930929310 +CONECT2930929308 +CONECT2931029308 +CONECT293112931229313 +CONECT2931229311 +CONECT2931329311 +CONECT293142931529316 +CONECT2931529314 +CONECT2931629314 +CONECT293172931829319 +CONECT2931829317 +CONECT2931929317 +CONECT293202932129322 +CONECT2932129320 +CONECT2932229320 +CONECT293232932429325 +CONECT2932429323 +CONECT2932529323 +CONECT293262932729328 +CONECT2932729326 +CONECT2932829326 +CONECT293292933029331 +CONECT2933029329 +CONECT2933129329 +CONECT293322933329334 +CONECT2933329332 +CONECT2933429332 +CONECT293352933629337 +CONECT2933629335 +CONECT2933729335 +CONECT293382933929340 +CONECT2933929338 +CONECT2934029338 +CONECT293412934229343 +CONECT2934229341 +CONECT2934329341 +CONECT293442934529346 +CONECT2934529344 +CONECT2934629344 +CONECT293472934829349 +CONECT2934829347 +CONECT2934929347 +CONECT293502935129352 +CONECT2935129350 +CONECT2935229350 +CONECT293532935429355 +CONECT2935429353 +CONECT2935529353 +CONECT293562935729358 +CONECT2935729356 +CONECT2935829356 +CONECT293592936029361 +CONECT2936029359 +CONECT2936129359 +CONECT293622936329364 +CONECT2936329362 +CONECT2936429362 +CONECT293652936629367 +CONECT2936629365 +CONECT2936729365 +CONECT293682936929370 +CONECT2936929368 +CONECT2937029368 +CONECT293712937229373 +CONECT2937229371 +CONECT2937329371 +CONECT293742937529376 +CONECT2937529374 +CONECT2937629374 +CONECT293772937829379 +CONECT2937829377 +CONECT2937929377 +CONECT293802938129382 +CONECT2938129380 +CONECT2938229380 +CONECT293832938429385 +CONECT2938429383 +CONECT2938529383 +CONECT293862938729388 +CONECT2938729386 +CONECT2938829386 +CONECT293892939029391 +CONECT2939029389 +CONECT2939129389 +CONECT293922939329394 +CONECT2939329392 +CONECT2939429392 +CONECT293952939629397 +CONECT2939629395 +CONECT2939729395 +CONECT293982939929400 +CONECT2939929398 +CONECT2940029398 +CONECT294012940229403 +CONECT2940229401 +CONECT2940329401 +CONECT294042940529406 +CONECT2940529404 +CONECT2940629404 +CONECT294072940829409 +CONECT2940829407 +CONECT2940929407 +CONECT294102941129412 +CONECT2941129410 +CONECT2941229410 +CONECT294132941429415 +CONECT2941429413 +CONECT2941529413 +CONECT294162941729418 +CONECT2941729416 +CONECT2941829416 +CONECT294192942029421 +CONECT2942029419 +CONECT2942129419 +CONECT294222942329424 +CONECT2942329422 +CONECT2942429422 +CONECT294252942629427 +CONECT2942629425 +CONECT2942729425 +CONECT294282942929430 +CONECT2942929428 +CONECT2943029428 +CONECT294312943229433 +CONECT2943229431 +CONECT2943329431 +CONECT294342943529436 +CONECT2943529434 +CONECT2943629434 +CONECT294372943829439 +CONECT2943829437 +CONECT2943929437 +CONECT294402944129442 +CONECT2944129440 +CONECT2944229440 +CONECT294432944429445 +CONECT2944429443 +CONECT2944529443 +CONECT294462944729448 +CONECT2944729446 +CONECT2944829446 +CONECT294492945029451 +CONECT2945029449 +CONECT2945129449 +CONECT294522945329454 +CONECT2945329452 +CONECT2945429452 +CONECT294552945629457 +CONECT2945629455 +CONECT2945729455 +CONECT294582945929460 +CONECT2945929458 +CONECT2946029458 +CONECT294612946229463 +CONECT2946229461 +CONECT2946329461 +CONECT294642946529466 +CONECT2946529464 +CONECT2946629464 +CONECT294672946829469 +CONECT2946829467 +CONECT2946929467 +CONECT294702947129472 +CONECT2947129470 +CONECT2947229470 +CONECT294732947429475 +CONECT2947429473 +CONECT2947529473 +CONECT294762947729478 +CONECT2947729476 +CONECT2947829476 +CONECT294792948029481 +CONECT2948029479 +CONECT2948129479 +CONECT294822948329484 +CONECT2948329482 +CONECT2948429482 +CONECT294852948629487 +CONECT2948629485 +CONECT2948729485 +CONECT294882948929490 +CONECT2948929488 +CONECT2949029488 +CONECT294912949229493 +CONECT2949229491 +CONECT2949329491 +CONECT294942949529496 +CONECT2949529494 +CONECT2949629494 +CONECT294972949829499 +CONECT2949829497 +CONECT2949929497 +CONECT295002950129502 +CONECT2950129500 +CONECT2950229500 +CONECT295032950429505 +CONECT2950429503 +CONECT2950529503 +CONECT295062950729508 +CONECT2950729506 +CONECT2950829506 +CONECT295092951029511 +CONECT2951029509 +CONECT2951129509 +CONECT295122951329514 +CONECT2951329512 +CONECT2951429512 +CONECT295152951629517 +CONECT2951629515 +CONECT2951729515 +CONECT295182951929520 +CONECT2951929518 +CONECT2952029518 +CONECT295212952229523 +CONECT2952229521 +CONECT2952329521 +CONECT295242952529526 +CONECT2952529524 +CONECT2952629524 +CONECT295272952829529 +CONECT2952829527 +CONECT2952929527 +CONECT295302953129532 +CONECT2953129530 +CONECT2953229530 +CONECT295332953429535 +CONECT2953429533 +CONECT2953529533 +CONECT295362953729538 +CONECT2953729536 +CONECT2953829536 +CONECT295392954029541 +CONECT2954029539 +CONECT2954129539 +CONECT295422954329544 +CONECT2954329542 +CONECT2954429542 +CONECT295452954629547 +CONECT2954629545 +CONECT2954729545 +CONECT295482954929550 +CONECT2954929548 +CONECT2955029548 +CONECT295512955229553 +CONECT2955229551 +CONECT2955329551 +CONECT295542955529556 +CONECT2955529554 +CONECT2955629554 +CONECT295572955829559 +CONECT2955829557 +CONECT2955929557 +CONECT295602956129562 +CONECT2956129560 +CONECT2956229560 +CONECT295632956429565 +CONECT2956429563 +CONECT2956529563 +CONECT295662956729568 +CONECT2956729566 +CONECT2956829566 +CONECT295692957029571 +CONECT2957029569 +CONECT2957129569 +CONECT295722957329574 +CONECT2957329572 +CONECT2957429572 +CONECT295752957629577 +CONECT2957629575 +CONECT2957729575 +CONECT295782957929580 +CONECT2957929578 +CONECT2958029578 +CONECT295812958229583 +CONECT2958229581 +CONECT2958329581 +CONECT295842958529586 +CONECT2958529584 +CONECT2958629584 +CONECT295872958829589 +CONECT2958829587 +CONECT2958929587 +CONECT295902959129592 +CONECT2959129590 +CONECT2959229590 +CONECT295932959429595 +CONECT2959429593 +CONECT2959529593 +CONECT295962959729598 +CONECT2959729596 +CONECT2959829596 +CONECT295992960029601 +CONECT2960029599 +CONECT2960129599 +CONECT296022960329604 +CONECT2960329602 +CONECT2960429602 +CONECT296052960629607 +CONECT2960629605 +CONECT2960729605 +CONECT296082960929610 +CONECT2960929608 +CONECT2961029608 +CONECT296112961229613 +CONECT2961229611 +CONECT2961329611 +CONECT296142961529616 +CONECT2961529614 +CONECT2961629614 +CONECT296172961829619 +CONECT2961829617 +CONECT2961929617 +CONECT296202962129622 +CONECT2962129620 +CONECT2962229620 +CONECT296232962429625 +CONECT2962429623 +CONECT2962529623 +CONECT296262962729628 +CONECT2962729626 +CONECT2962829626 +CONECT296292963029631 +CONECT2963029629 +CONECT2963129629 +CONECT296322963329634 +CONECT2963329632 +CONECT2963429632 +CONECT296352963629637 +CONECT2963629635 +CONECT2963729635 +CONECT296382963929640 +CONECT2963929638 +CONECT2964029638 +CONECT296412964229643 +CONECT2964229641 +CONECT2964329641 +CONECT296442964529646 +CONECT2964529644 +CONECT2964629644 +CONECT296472964829649 +CONECT2964829647 +CONECT2964929647 +CONECT296502965129652 +CONECT2965129650 +CONECT2965229650 +CONECT296532965429655 +CONECT2965429653 +CONECT2965529653 +CONECT296562965729658 +CONECT2965729656 +CONECT2965829656 +CONECT296592966029661 +CONECT2966029659 +CONECT2966129659 +CONECT296622966329664 +CONECT2966329662 +CONECT2966429662 +CONECT296652966629667 +CONECT2966629665 +CONECT2966729665 +CONECT296682966929670 +CONECT2966929668 +CONECT2967029668 +CONECT296712967229673 +CONECT2967229671 +CONECT2967329671 +CONECT296742967529676 +CONECT2967529674 +CONECT2967629674 +CONECT296772967829679 +CONECT2967829677 +CONECT2967929677 +CONECT296802968129682 +CONECT2968129680 +CONECT2968229680 +CONECT296832968429685 +CONECT2968429683 +CONECT2968529683 +CONECT296862968729688 +CONECT2968729686 +CONECT2968829686 +CONECT296892969029691 +CONECT2969029689 +CONECT2969129689 +CONECT296922969329694 +CONECT2969329692 +CONECT2969429692 +CONECT296952969629697 +CONECT2969629695 +CONECT2969729695 +CONECT296982969929700 +CONECT2969929698 +CONECT2970029698 +CONECT297012970229703 +CONECT2970229701 +CONECT2970329701 +CONECT297042970529706 +CONECT2970529704 +CONECT2970629704 +CONECT297072970829709 +CONECT2970829707 +CONECT2970929707 +CONECT297102971129712 +CONECT2971129710 +CONECT2971229710 +CONECT297132971429715 +CONECT2971429713 +CONECT2971529713 +CONECT297162971729718 +CONECT2971729716 +CONECT2971829716 +CONECT297192972029721 +CONECT2972029719 +CONECT2972129719 +CONECT297222972329724 +CONECT2972329722 +CONECT2972429722 +CONECT297252972629727 +CONECT2972629725 +CONECT2972729725 +CONECT297282972929730 +CONECT2972929728 +CONECT2973029728 +CONECT297312973229733 +CONECT2973229731 +CONECT2973329731 +CONECT297342973529736 +CONECT2973529734 +CONECT2973629734 +CONECT297372973829739 +CONECT2973829737 +CONECT2973929737 +CONECT297402974129742 +CONECT2974129740 +CONECT2974229740 +CONECT297432974429745 +CONECT2974429743 +CONECT2974529743 +CONECT297462974729748 +CONECT2974729746 +CONECT2974829746 +CONECT297492975029751 +CONECT2975029749 +CONECT2975129749 +CONECT297522975329754 +CONECT2975329752 +CONECT2975429752 +CONECT297552975629757 +CONECT2975629755 +CONECT2975729755 +CONECT297582975929760 +CONECT2975929758 +CONECT2976029758 +CONECT297612976229763 +CONECT2976229761 +CONECT2976329761 +CONECT297642976529766 +CONECT2976529764 +CONECT2976629764 +CONECT297672976829769 +CONECT2976829767 +CONECT2976929767 +CONECT297702977129772 +CONECT2977129770 +CONECT2977229770 +CONECT297732977429775 +CONECT2977429773 +CONECT2977529773 +CONECT297762977729778 +CONECT2977729776 +CONECT2977829776 +CONECT297792978029781 +CONECT2978029779 +CONECT2978129779 +CONECT297822978329784 +CONECT2978329782 +CONECT2978429782 +CONECT297852978629787 +CONECT2978629785 +CONECT2978729785 +CONECT297882978929790 +CONECT2978929788 +CONECT2979029788 +CONECT297912979229793 +CONECT2979229791 +CONECT2979329791 +CONECT297942979529796 +CONECT2979529794 +CONECT2979629794 +CONECT297972979829799 +CONECT2979829797 +CONECT2979929797 +CONECT298002980129802 +CONECT2980129800 +CONECT2980229800 +CONECT298032980429805 +CONECT2980429803 +CONECT2980529803 +CONECT298062980729808 +CONECT2980729806 +CONECT2980829806 +CONECT298092981029811 +CONECT2981029809 +CONECT2981129809 +CONECT298122981329814 +CONECT2981329812 +CONECT2981429812 +CONECT298152981629817 +CONECT2981629815 +CONECT2981729815 +CONECT298182981929820 +CONECT2981929818 +CONECT2982029818 +CONECT298212982229823 +CONECT2982229821 +CONECT2982329821 +CONECT298242982529826 +CONECT2982529824 +CONECT2982629824 +CONECT298272982829829 +CONECT2982829827 +CONECT2982929827 +CONECT298302983129832 +CONECT2983129830 +CONECT2983229830 +CONECT298332983429835 +CONECT2983429833 +CONECT2983529833 +CONECT298362983729838 +CONECT2983729836 +CONECT2983829836 +CONECT298392984029841 +CONECT2984029839 +CONECT2984129839 +CONECT298422984329844 +CONECT2984329842 +CONECT2984429842 +CONECT298452984629847 +CONECT2984629845 +CONECT2984729845 +CONECT298482984929850 +CONECT2984929848 +CONECT2985029848 +CONECT298512985229853 +CONECT2985229851 +CONECT2985329851 +CONECT298542985529856 +CONECT2985529854 +CONECT2985629854 +CONECT298572985829859 +CONECT2985829857 +CONECT2985929857 +CONECT298602986129862 +CONECT2986129860 +CONECT2986229860 +CONECT298632986429865 +CONECT2986429863 +CONECT2986529863 +CONECT298662986729868 +CONECT2986729866 +CONECT2986829866 +CONECT298692987029871 +CONECT2987029869 +CONECT2987129869 +CONECT298722987329874 +CONECT2987329872 +CONECT2987429872 +CONECT298752987629877 +CONECT2987629875 +CONECT2987729875 +CONECT298782987929880 +CONECT2987929878 +CONECT2988029878 +CONECT298812988229883 +CONECT2988229881 +CONECT2988329881 +CONECT298842988529886 +CONECT2988529884 +CONECT2988629884 +CONECT298872988829889 +CONECT2988829887 +CONECT2988929887 +CONECT298902989129892 +CONECT2989129890 +CONECT2989229890 +CONECT298932989429895 +CONECT2989429893 +CONECT2989529893 +CONECT298962989729898 +CONECT2989729896 +CONECT2989829896 +CONECT298992990029901 +CONECT2990029899 +CONECT2990129899 +CONECT299022990329904 +CONECT2990329902 +CONECT2990429902 +CONECT299052990629907 +CONECT2990629905 +CONECT2990729905 +CONECT299082990929910 +CONECT2990929908 +CONECT2991029908 +CONECT299112991229913 +CONECT2991229911 +CONECT2991329911 +CONECT299142991529916 +CONECT2991529914 +CONECT2991629914 +CONECT299172991829919 +CONECT2991829917 +CONECT2991929917 +CONECT299202992129922 +CONECT2992129920 +CONECT2992229920 +CONECT299232992429925 +CONECT2992429923 +CONECT2992529923 +CONECT299262992729928 +CONECT2992729926 +CONECT2992829926 +CONECT299292993029931 +CONECT2993029929 +CONECT2993129929 +CONECT299322993329934 +CONECT2993329932 +CONECT2993429932 +CONECT299352993629937 +CONECT2993629935 +CONECT2993729935 +CONECT299382993929940 +CONECT2993929938 +CONECT2994029938 +CONECT299412994229943 +CONECT2994229941 +CONECT2994329941 +CONECT299442994529946 +CONECT2994529944 +CONECT2994629944 +CONECT299472994829949 +CONECT2994829947 +CONECT2994929947 +CONECT299502995129952 +CONECT2995129950 +CONECT2995229950 +CONECT299532995429955 +CONECT2995429953 +CONECT2995529953 +CONECT299562995729958 +CONECT2995729956 +CONECT2995829956 +CONECT299592996029961 +CONECT2996029959 +CONECT2996129959 +CONECT299622996329964 +CONECT2996329962 +CONECT2996429962 +CONECT299652996629967 +CONECT2996629965 +CONECT2996729965 +CONECT299682996929970 +CONECT2996929968 +CONECT2997029968 +CONECT299712997229973 +CONECT2997229971 +CONECT2997329971 +CONECT299742997529976 +CONECT2997529974 +CONECT2997629974 +CONECT299772997829979 +CONECT2997829977 +CONECT2997929977 +CONECT299802998129982 +CONECT2998129980 +CONECT2998229980 +CONECT299832998429985 +CONECT2998429983 +CONECT2998529983 +CONECT299862998729988 +CONECT2998729986 +CONECT2998829986 +CONECT299892999029991 +CONECT2999029989 +CONECT2999129989 +CONECT299922999329994 +CONECT2999329992 +CONECT2999429992 +CONECT299952999629997 +CONECT2999629995 +CONECT2999729995 +CONECT299982999930000 +CONECT2999929998 +CONECT3000029998 +CONECT300013000230003 +CONECT3000230001 +CONECT3000330001 +CONECT300043000530006 +CONECT3000530004 +CONECT3000630004 +CONECT300073000830009 +CONECT3000830007 +CONECT3000930007 +CONECT300103001130012 +CONECT3001130010 +CONECT3001230010 +CONECT300133001430015 +CONECT3001430013 +CONECT3001530013 +CONECT300163001730018 +CONECT3001730016 +CONECT3001830016 +CONECT300193002030021 +CONECT3002030019 +CONECT3002130019 +CONECT300223002330024 +CONECT3002330022 +CONECT3002430022 +CONECT300253002630027 +CONECT3002630025 +CONECT3002730025 +CONECT300283002930030 +CONECT3002930028 +CONECT3003030028 +CONECT300313003230033 +CONECT3003230031 +CONECT3003330031 +CONECT300343003530036 +CONECT3003530034 +CONECT3003630034 +CONECT300373003830039 +CONECT3003830037 +CONECT3003930037 +CONECT300403004130042 +CONECT3004130040 +CONECT3004230040 +CONECT300433004430045 +CONECT3004430043 +CONECT3004530043 +CONECT300463004730048 +CONECT3004730046 +CONECT3004830046 +CONECT300493005030051 +CONECT3005030049 +CONECT3005130049 +CONECT300523005330054 +CONECT3005330052 +CONECT3005430052 +CONECT300553005630057 +CONECT3005630055 +CONECT3005730055 +CONECT300583005930060 +CONECT3005930058 +CONECT3006030058 +CONECT300613006230063 +CONECT3006230061 +CONECT3006330061 +CONECT300643006530066 +CONECT3006530064 +CONECT3006630064 +CONECT300673006830069 +CONECT3006830067 +CONECT3006930067 +CONECT300703007130072 +CONECT3007130070 +CONECT3007230070 +CONECT300733007430075 +CONECT3007430073 +CONECT3007530073 +CONECT300763007730078 +CONECT3007730076 +CONECT3007830076 +CONECT300793008030081 +CONECT3008030079 +CONECT3008130079 +CONECT300823008330084 +CONECT3008330082 +CONECT3008430082 +CONECT300853008630087 +CONECT3008630085 +CONECT3008730085 +CONECT300883008930090 +CONECT3008930088 +CONECT3009030088 +CONECT300913009230093 +CONECT3009230091 +CONECT3009330091 +CONECT300943009530096 +CONECT3009530094 +CONECT3009630094 +CONECT300973009830099 +CONECT3009830097 +CONECT3009930097 +CONECT301003010130102 +CONECT3010130100 +CONECT3010230100 +CONECT301033010430105 +CONECT3010430103 +CONECT3010530103 +CONECT301063010730108 +CONECT3010730106 +CONECT3010830106 +CONECT301093011030111 +CONECT3011030109 +CONECT3011130109 +CONECT301123011330114 +CONECT3011330112 +CONECT3011430112 +CONECT301153011630117 +CONECT3011630115 +CONECT3011730115 +CONECT301183011930120 +CONECT3011930118 +CONECT3012030118 +CONECT301213012230123 +CONECT3012230121 +CONECT3012330121 +CONECT301243012530126 +CONECT3012530124 +CONECT3012630124 +CONECT301273012830129 +CONECT3012830127 +CONECT3012930127 +CONECT301303013130132 +CONECT3013130130 +CONECT3013230130 +CONECT301333013430135 +CONECT3013430133 +CONECT3013530133 +CONECT301363013730138 +CONECT3013730136 +CONECT3013830136 +CONECT301393014030141 +CONECT3014030139 +CONECT3014130139 +CONECT301423014330144 +CONECT3014330142 +CONECT3014430142 +CONECT301453014630147 +CONECT3014630145 +CONECT3014730145 +CONECT301483014930150 +CONECT3014930148 +CONECT3015030148 +CONECT301513015230153 +CONECT3015230151 +CONECT3015330151 +CONECT301543015530156 +CONECT3015530154 +CONECT3015630154 +CONECT301573015830159 +CONECT3015830157 +CONECT3015930157 +CONECT301603016130162 +CONECT3016130160 +CONECT3016230160 +CONECT301633016430165 +CONECT3016430163 +CONECT3016530163 +CONECT301663016730168 +CONECT3016730166 +CONECT3016830166 +CONECT301693017030171 +CONECT3017030169 +CONECT3017130169 +CONECT301723017330174 +CONECT3017330172 +CONECT3017430172 +CONECT301753017630177 +CONECT3017630175 +CONECT3017730175 +CONECT301783017930180 +CONECT3017930178 +CONECT3018030178 +CONECT301813018230183 +CONECT3018230181 +CONECT3018330181 +CONECT301843018530186 +CONECT3018530184 +CONECT3018630184 +CONECT301873018830189 +CONECT3018830187 +CONECT3018930187 +CONECT301903019130192 +CONECT3019130190 +CONECT3019230190 +CONECT301933019430195 +CONECT3019430193 +CONECT3019530193 +CONECT301963019730198 +CONECT3019730196 +CONECT3019830196 +CONECT301993020030201 +CONECT3020030199 +CONECT3020130199 +CONECT302023020330204 +CONECT3020330202 +CONECT3020430202 +CONECT302053020630207 +CONECT3020630205 +CONECT3020730205 +CONECT302083020930210 +CONECT3020930208 +CONECT3021030208 +CONECT302113021230213 +CONECT3021230211 +CONECT3021330211 +CONECT302143021530216 +CONECT3021530214 +CONECT3021630214 +CONECT302173021830219 +CONECT3021830217 +CONECT3021930217 +CONECT302203022130222 +CONECT3022130220 +CONECT3022230220 +CONECT302233022430225 +CONECT3022430223 +CONECT3022530223 +CONECT302263022730228 +CONECT3022730226 +CONECT3022830226 +CONECT302293023030231 +CONECT3023030229 +CONECT3023130229 +CONECT302323023330234 +CONECT3023330232 +CONECT3023430232 +CONECT302353023630237 +CONECT3023630235 +CONECT3023730235 +CONECT302383023930240 +CONECT3023930238 +CONECT3024030238 +CONECT302413024230243 +CONECT3024230241 +CONECT3024330241 +CONECT302443024530246 +CONECT3024530244 +CONECT3024630244 +CONECT302473024830249 +CONECT3024830247 +CONECT3024930247 +CONECT302503025130252 +CONECT3025130250 +CONECT3025230250 +CONECT302533025430255 +CONECT3025430253 +CONECT3025530253 +CONECT302563025730258 +CONECT3025730256 +CONECT3025830256 +CONECT302593026030261 +CONECT3026030259 +CONECT3026130259 +CONECT302623026330264 +CONECT3026330262 +CONECT3026430262 +CONECT302653026630267 +CONECT3026630265 +CONECT3026730265 +CONECT302683026930270 +CONECT3026930268 +CONECT3027030268 +CONECT302713027230273 +CONECT3027230271 +CONECT3027330271 +CONECT302743027530276 +CONECT3027530274 +CONECT3027630274 +CONECT302773027830279 +CONECT3027830277 +CONECT3027930277 +CONECT302803028130282 +CONECT3028130280 +CONECT3028230280 +CONECT302833028430285 +CONECT3028430283 +CONECT3028530283 +CONECT302863028730288 +CONECT3028730286 +CONECT3028830286 +CONECT302893029030291 +CONECT3029030289 +CONECT3029130289 +CONECT302923029330294 +CONECT3029330292 +CONECT3029430292 +CONECT302953029630297 +CONECT3029630295 +CONECT3029730295 +CONECT302983029930300 +CONECT3029930298 +CONECT3030030298 +CONECT303013030230303 +CONECT3030230301 +CONECT3030330301 +CONECT303043030530306 +CONECT3030530304 +CONECT3030630304 +CONECT303073030830309 +CONECT3030830307 +CONECT3030930307 +CONECT303103031130312 +CONECT3031130310 +CONECT3031230310 +CONECT303133031430315 +CONECT3031430313 +CONECT3031530313 +CONECT303163031730318 +CONECT3031730316 +CONECT3031830316 +CONECT303193032030321 +CONECT3032030319 +CONECT3032130319 +CONECT303223032330324 +CONECT3032330322 +CONECT3032430322 +CONECT303253032630327 +CONECT3032630325 +CONECT3032730325 +CONECT303283032930330 +CONECT3032930328 +CONECT3033030328 +CONECT303313033230333 +CONECT3033230331 +CONECT3033330331 +CONECT303343033530336 +CONECT3033530334 +CONECT3033630334 +CONECT303373033830339 +CONECT3033830337 +CONECT3033930337 +CONECT303403034130342 +CONECT3034130340 +CONECT3034230340 +CONECT303433034430345 +CONECT3034430343 +CONECT3034530343 +CONECT303463034730348 +CONECT3034730346 +CONECT3034830346 +CONECT303493035030351 +CONECT3035030349 +CONECT3035130349 +CONECT303523035330354 +CONECT3035330352 +CONECT3035430352 +CONECT303553035630357 +CONECT3035630355 +CONECT3035730355 +CONECT303583035930360 +CONECT3035930358 +CONECT3036030358 +CONECT303613036230363 +CONECT3036230361 +CONECT3036330361 +CONECT303643036530366 +CONECT3036530364 +CONECT3036630364 +CONECT303673036830369 +CONECT3036830367 +CONECT3036930367 +CONECT303703037130372 +CONECT3037130370 +CONECT3037230370 +CONECT303733037430375 +CONECT3037430373 +CONECT3037530373 +CONECT303763037730378 +CONECT3037730376 +CONECT3037830376 +CONECT303793038030381 +CONECT3038030379 +CONECT3038130379 +CONECT303823038330384 +CONECT3038330382 +CONECT3038430382 +CONECT303853038630387 +CONECT3038630385 +CONECT3038730385 +CONECT303883038930390 +CONECT3038930388 +CONECT3039030388 +CONECT303913039230393 +CONECT3039230391 +CONECT3039330391 +CONECT303943039530396 +CONECT3039530394 +CONECT3039630394 +CONECT303973039830399 +CONECT3039830397 +CONECT3039930397 +CONECT304003040130402 +CONECT3040130400 +CONECT3040230400 +CONECT304033040430405 +CONECT3040430403 +CONECT3040530403 +CONECT304063040730408 +CONECT3040730406 +CONECT3040830406 +CONECT304093041030411 +CONECT3041030409 +CONECT3041130409 +CONECT304123041330414 +CONECT3041330412 +CONECT3041430412 +CONECT304153041630417 +CONECT3041630415 +CONECT3041730415 +CONECT304183041930420 +CONECT3041930418 +CONECT3042030418 +CONECT304213042230423 +CONECT3042230421 +CONECT3042330421 +CONECT304243042530426 +CONECT3042530424 +CONECT3042630424 +CONECT304273042830429 +CONECT3042830427 +CONECT3042930427 +CONECT304303043130432 +CONECT3043130430 +CONECT3043230430 +CONECT304333043430435 +CONECT3043430433 +CONECT3043530433 +CONECT304363043730438 +CONECT3043730436 +CONECT3043830436 +CONECT304393044030441 +CONECT3044030439 +CONECT3044130439 +CONECT304423044330444 +CONECT3044330442 +CONECT3044430442 +CONECT304453044630447 +CONECT3044630445 +CONECT3044730445 +CONECT304483044930450 +CONECT3044930448 +CONECT3045030448 +CONECT304513045230453 +CONECT3045230451 +CONECT3045330451 +CONECT304543045530456 +CONECT3045530454 +CONECT3045630454 +CONECT304573045830459 +CONECT3045830457 +CONECT3045930457 +CONECT304603046130462 +CONECT3046130460 +CONECT3046230460 +CONECT304633046430465 +CONECT3046430463 +CONECT3046530463 +CONECT304663046730468 +CONECT3046730466 +CONECT3046830466 +CONECT304693047030471 +CONECT3047030469 +CONECT3047130469 +CONECT304723047330474 +CONECT3047330472 +CONECT3047430472 +CONECT304753047630477 +CONECT3047630475 +CONECT3047730475 +CONECT304783047930480 +CONECT3047930478 +CONECT3048030478 +CONECT304813048230483 +CONECT3048230481 +CONECT3048330481 +CONECT304843048530486 +CONECT3048530484 +CONECT3048630484 +CONECT304873048830489 +CONECT3048830487 +CONECT3048930487 +CONECT304903049130492 +CONECT3049130490 +CONECT3049230490 +CONECT304933049430495 +CONECT3049430493 +CONECT3049530493 +CONECT304963049730498 +CONECT3049730496 +CONECT3049830496 +CONECT304993050030501 +CONECT3050030499 +CONECT3050130499 +CONECT305023050330504 +CONECT3050330502 +CONECT3050430502 +CONECT305053050630507 +CONECT3050630505 +CONECT3050730505 +CONECT305083050930510 +CONECT3050930508 +CONECT3051030508 +CONECT305113051230513 +CONECT3051230511 +CONECT3051330511 +CONECT305143051530516 +CONECT3051530514 +CONECT3051630514 +CONECT305173051830519 +CONECT3051830517 +CONECT3051930517 +CONECT305203052130522 +CONECT3052130520 +CONECT3052230520 +CONECT305233052430525 +CONECT3052430523 +CONECT3052530523 +CONECT305263052730528 +CONECT3052730526 +CONECT3052830526 +CONECT305293053030531 +CONECT3053030529 +CONECT3053130529 +CONECT305323053330534 +CONECT3053330532 +CONECT3053430532 +CONECT305353053630537 +CONECT3053630535 +CONECT3053730535 +CONECT305383053930540 +CONECT3053930538 +CONECT3054030538 +CONECT305413054230543 +CONECT3054230541 +CONECT3054330541 +CONECT305443054530546 +CONECT3054530544 +CONECT3054630544 +CONECT305473054830549 +CONECT3054830547 +CONECT3054930547 +CONECT305503055130552 +CONECT3055130550 +CONECT3055230550 +CONECT305533055430555 +CONECT3055430553 +CONECT3055530553 +CONECT305563055730558 +CONECT3055730556 +CONECT3055830556 +CONECT305593056030561 +CONECT3056030559 +CONECT3056130559 +CONECT305623056330564 +CONECT3056330562 +CONECT3056430562 +CONECT305653056630567 +CONECT3056630565 +CONECT3056730565 +CONECT305683056930570 +CONECT3056930568 +CONECT3057030568 +CONECT305713057230573 +CONECT3057230571 +CONECT3057330571 +CONECT305743057530576 +CONECT3057530574 +CONECT3057630574 +CONECT305773057830579 +CONECT3057830577 +CONECT3057930577 +CONECT305803058130582 +CONECT3058130580 +CONECT3058230580 +CONECT305833058430585 +CONECT3058430583 +CONECT3058530583 +CONECT305863058730588 +CONECT3058730586 +CONECT3058830586 +CONECT305893059030591 +CONECT3059030589 +CONECT3059130589 +CONECT305923059330594 +CONECT3059330592 +CONECT3059430592 +CONECT305953059630597 +CONECT3059630595 +CONECT3059730595 +CONECT305983059930600 +CONECT3059930598 +CONECT3060030598 +CONECT306013060230603 +CONECT3060230601 +CONECT3060330601 +CONECT306043060530606 +CONECT3060530604 +CONECT3060630604 +CONECT306073060830609 +CONECT3060830607 +CONECT3060930607 +CONECT306103061130612 +CONECT3061130610 +CONECT3061230610 +CONECT306133061430615 +CONECT3061430613 +CONECT3061530613 +CONECT306163061730618 +CONECT3061730616 +CONECT3061830616 +CONECT306193062030621 +CONECT3062030619 +CONECT3062130619 +CONECT306223062330624 +CONECT3062330622 +CONECT3062430622 +CONECT306253062630627 +CONECT3062630625 +CONECT3062730625 +CONECT306283062930630 +CONECT3062930628 +CONECT3063030628 +CONECT306313063230633 +CONECT3063230631 +CONECT3063330631 +CONECT306343063530636 +CONECT3063530634 +CONECT3063630634 +CONECT306373063830639 +CONECT3063830637 +CONECT3063930637 +CONECT306403064130642 +CONECT3064130640 +CONECT3064230640 +CONECT306433064430645 +CONECT3064430643 +CONECT3064530643 +CONECT306463064730648 +CONECT3064730646 +CONECT3064830646 +CONECT306493065030651 +CONECT3065030649 +CONECT3065130649 +CONECT306523065330654 +CONECT3065330652 +CONECT3065430652 +CONECT306553065630657 +CONECT3065630655 +CONECT3065730655 +CONECT306583065930660 +CONECT3065930658 +CONECT3066030658 +CONECT306613066230663 +CONECT3066230661 +CONECT3066330661 +CONECT306643066530666 +CONECT3066530664 +CONECT3066630664 +CONECT306673066830669 +CONECT3066830667 +CONECT3066930667 +CONECT306703067130672 +CONECT3067130670 +CONECT3067230670 +CONECT306733067430675 +CONECT3067430673 +CONECT3067530673 +CONECT306763067730678 +CONECT3067730676 +CONECT3067830676 +CONECT306793068030681 +CONECT3068030679 +CONECT3068130679 +CONECT306823068330684 +CONECT3068330682 +CONECT3068430682 +CONECT306853068630687 +CONECT3068630685 +CONECT3068730685 +CONECT306883068930690 +CONECT3068930688 +CONECT3069030688 +CONECT306913069230693 +CONECT3069230691 +CONECT3069330691 +CONECT306943069530696 +CONECT3069530694 +CONECT3069630694 +CONECT306973069830699 +CONECT3069830697 +CONECT3069930697 +CONECT307003070130702 +CONECT3070130700 +CONECT3070230700 +CONECT307033070430705 +CONECT3070430703 +CONECT3070530703 +CONECT307063070730708 +CONECT3070730706 +CONECT3070830706 +CONECT307093071030711 +CONECT3071030709 +CONECT3071130709 +CONECT307123071330714 +CONECT3071330712 +CONECT3071430712 +CONECT307153071630717 +CONECT3071630715 +CONECT3071730715 +CONECT307183071930720 +CONECT3071930718 +CONECT3072030718 +CONECT307213072230723 +CONECT3072230721 +CONECT3072330721 +CONECT307243072530726 +CONECT3072530724 +CONECT3072630724 +CONECT307273072830729 +CONECT3072830727 +CONECT3072930727 +CONECT307303073130732 +CONECT3073130730 +CONECT3073230730 +CONECT307333073430735 +CONECT3073430733 +CONECT3073530733 +CONECT307363073730738 +CONECT3073730736 +CONECT3073830736 +CONECT307393074030741 +CONECT3074030739 +CONECT3074130739 +CONECT307423074330744 +CONECT3074330742 +CONECT3074430742 +CONECT307453074630747 +CONECT3074630745 +CONECT3074730745 +CONECT307483074930750 +CONECT3074930748 +CONECT3075030748 +CONECT307513075230753 +CONECT3075230751 +CONECT3075330751 +CONECT307543075530756 +CONECT3075530754 +CONECT3075630754 +CONECT307573075830759 +CONECT3075830757 +CONECT3075930757 +CONECT307603076130762 +CONECT3076130760 +CONECT3076230760 +CONECT307633076430765 +CONECT3076430763 +CONECT3076530763 +CONECT307663076730768 +CONECT3076730766 +CONECT3076830766 +CONECT307693077030771 +CONECT3077030769 +CONECT3077130769 +CONECT307723077330774 +CONECT3077330772 +CONECT3077430772 +CONECT307753077630777 +CONECT3077630775 +CONECT3077730775 +CONECT307783077930780 +CONECT3077930778 +CONECT3078030778 +CONECT307813078230783 +CONECT3078230781 +CONECT3078330781 +CONECT307843078530786 +CONECT3078530784 +CONECT3078630784 +CONECT307873078830789 +CONECT3078830787 +CONECT3078930787 +CONECT307903079130792 +CONECT3079130790 +CONECT3079230790 +CONECT307933079430795 +CONECT3079430793 +CONECT3079530793 +CONECT307963079730798 +CONECT3079730796 +CONECT3079830796 +CONECT307993080030801 +CONECT3080030799 +CONECT3080130799 +CONECT308023080330804 +CONECT3080330802 +CONECT3080430802 +CONECT308053080630807 +CONECT3080630805 +CONECT3080730805 +CONECT308083080930810 +CONECT3080930808 +CONECT3081030808 +CONECT308113081230813 +CONECT3081230811 +CONECT3081330811 +CONECT308143081530816 +CONECT3081530814 +CONECT3081630814 +CONECT308173081830819 +CONECT3081830817 +CONECT3081930817 +CONECT308203082130822 +CONECT3082130820 +CONECT3082230820 +CONECT308233082430825 +CONECT3082430823 +CONECT3082530823 +CONECT308263082730828 +CONECT3082730826 +CONECT3082830826 +CONECT308293083030831 +CONECT3083030829 +CONECT3083130829 +CONECT308323083330834 +CONECT3083330832 +CONECT3083430832 +CONECT308353083630837 +CONECT3083630835 +CONECT3083730835 +CONECT308383083930840 +CONECT3083930838 +CONECT3084030838 +CONECT308413084230843 +CONECT3084230841 +CONECT3084330841 +CONECT308443084530846 +CONECT3084530844 +CONECT3084630844 +CONECT308473084830849 +CONECT3084830847 +CONECT3084930847 +CONECT308503085130852 +CONECT3085130850 +CONECT3085230850 +CONECT308533085430855 +CONECT3085430853 +CONECT3085530853 +CONECT308563085730858 +CONECT3085730856 +CONECT3085830856 +CONECT308593086030861 +CONECT3086030859 +CONECT3086130859 +CONECT308623086330864 +CONECT3086330862 +CONECT3086430862 +CONECT308653086630867 +CONECT3086630865 +CONECT3086730865 +CONECT308683086930870 +CONECT3086930868 +CONECT3087030868 +CONECT308713087230873 +CONECT3087230871 +CONECT3087330871 +CONECT308743087530876 +CONECT3087530874 +CONECT3087630874 +CONECT308773087830879 +CONECT3087830877 +CONECT3087930877 +CONECT308803088130882 +CONECT3088130880 +CONECT3088230880 +CONECT308833088430885 +CONECT3088430883 +CONECT3088530883 +CONECT308863088730888 +CONECT3088730886 +CONECT3088830886 +CONECT308893089030891 +CONECT3089030889 +CONECT3089130889 +CONECT308923089330894 +CONECT3089330892 +CONECT3089430892 +CONECT308953089630897 +CONECT3089630895 +CONECT3089730895 +CONECT308983089930900 +CONECT3089930898 +CONECT3090030898 +CONECT309013090230903 +CONECT3090230901 +CONECT3090330901 +CONECT309043090530906 +CONECT3090530904 +CONECT3090630904 +CONECT309073090830909 +CONECT3090830907 +CONECT3090930907 +CONECT309103091130912 +CONECT3091130910 +CONECT3091230910 +CONECT309133091430915 +CONECT3091430913 +CONECT3091530913 +CONECT309163091730918 +CONECT3091730916 +CONECT3091830916 +CONECT309193092030921 +CONECT3092030919 +CONECT3092130919 +CONECT309223092330924 +CONECT3092330922 +CONECT3092430922 +CONECT309253092630927 +CONECT3092630925 +CONECT3092730925 +CONECT309283092930930 +CONECT3092930928 +CONECT3093030928 +CONECT309313093230933 +CONECT3093230931 +CONECT3093330931 +CONECT309343093530936 +CONECT3093530934 +CONECT3093630934 +CONECT309373093830939 +CONECT3093830937 +CONECT3093930937 +CONECT309403094130942 +CONECT3094130940 +CONECT3094230940 +CONECT309433094430945 +CONECT3094430943 +CONECT3094530943 +CONECT309463094730948 +CONECT3094730946 +CONECT3094830946 +CONECT309493095030951 +CONECT3095030949 +CONECT3095130949 +CONECT309523095330954 +CONECT3095330952 +CONECT3095430952 +CONECT309553095630957 +CONECT3095630955 +CONECT3095730955 +CONECT309583095930960 +CONECT3095930958 +CONECT3096030958 +CONECT309613096230963 +CONECT3096230961 +CONECT3096330961 +CONECT309643096530966 +CONECT3096530964 +CONECT3096630964 +CONECT309673096830969 +CONECT3096830967 +CONECT3096930967 +CONECT309703097130972 +CONECT3097130970 +CONECT3097230970 +CONECT309733097430975 +CONECT3097430973 +CONECT3097530973 +CONECT309763097730978 +CONECT3097730976 +CONECT3097830976 +CONECT309793098030981 +CONECT3098030979 +CONECT3098130979 +CONECT309823098330984 +CONECT3098330982 +CONECT3098430982 +CONECT309853098630987 +CONECT3098630985 +CONECT3098730985 +CONECT309883098930990 +CONECT3098930988 +CONECT3099030988 +CONECT309913099230993 +CONECT3099230991 +CONECT3099330991 +CONECT309943099530996 +CONECT3099530994 +CONECT3099630994 +CONECT309973099830999 +CONECT3099830997 +CONECT3099930997 +CONECT310003100131002 +CONECT3100131000 +CONECT3100231000 +CONECT310033100431005 +CONECT3100431003 +CONECT3100531003 +CONECT310063100731008 +CONECT3100731006 +CONECT3100831006 +CONECT310093101031011 +CONECT3101031009 +CONECT3101131009 +CONECT310123101331014 +CONECT3101331012 +CONECT3101431012 +CONECT310153101631017 +CONECT3101631015 +CONECT3101731015 +CONECT310183101931020 +CONECT3101931018 +CONECT3102031018 +CONECT310213102231023 +CONECT3102231021 +CONECT3102331021 +CONECT310243102531026 +CONECT3102531024 +CONECT3102631024 +CONECT310273102831029 +CONECT3102831027 +CONECT3102931027 +CONECT310303103131032 +CONECT3103131030 +CONECT3103231030 +CONECT310333103431035 +CONECT3103431033 +CONECT3103531033 +CONECT310363103731038 +CONECT3103731036 +CONECT3103831036 +CONECT310393104031041 +CONECT3104031039 +CONECT3104131039 +CONECT310423104331044 +CONECT3104331042 +CONECT3104431042 +CONECT310453104631047 +CONECT3104631045 +CONECT3104731045 +CONECT310483104931050 +CONECT3104931048 +CONECT3105031048 +CONECT310513105231053 +CONECT3105231051 +CONECT3105331051 +CONECT310543105531056 +CONECT3105531054 +CONECT3105631054 +CONECT310573105831059 +CONECT3105831057 +CONECT3105931057 +CONECT310603106131062 +CONECT3106131060 +CONECT3106231060 +CONECT310633106431065 +CONECT3106431063 +CONECT3106531063 +CONECT310663106731068 +CONECT3106731066 +CONECT3106831066 +CONECT310693107031071 +CONECT3107031069 +CONECT3107131069 +CONECT310723107331074 +CONECT3107331072 +CONECT3107431072 +CONECT310753107631077 +CONECT3107631075 +CONECT3107731075 +CONECT310783107931080 +CONECT3107931078 +CONECT3108031078 +CONECT310813108231083 +CONECT3108231081 +CONECT3108331081 +CONECT310843108531086 +CONECT3108531084 +CONECT3108631084 +CONECT310873108831089 +CONECT3108831087 +CONECT3108931087 +CONECT310903109131092 +CONECT3109131090 +CONECT3109231090 +CONECT310933109431095 +CONECT3109431093 +CONECT3109531093 +CONECT310963109731098 +CONECT3109731096 +CONECT3109831096 +CONECT310993110031101 +CONECT3110031099 +CONECT3110131099 +CONECT311023110331104 +CONECT3110331102 +CONECT3110431102 +CONECT311053110631107 +CONECT3110631105 +CONECT3110731105 +CONECT311083110931110 +CONECT3110931108 +CONECT3111031108 +CONECT311113111231113 +CONECT3111231111 +CONECT3111331111 +CONECT311143111531116 +CONECT3111531114 +CONECT3111631114 +CONECT311173111831119 +CONECT3111831117 +CONECT3111931117 +CONECT311203112131122 +CONECT3112131120 +CONECT3112231120 +CONECT311233112431125 +CONECT3112431123 +CONECT3112531123 +CONECT311263112731128 +CONECT3112731126 +CONECT3112831126 +CONECT311293113031131 +CONECT3113031129 +CONECT3113131129 +CONECT311323113331134 +CONECT3113331132 +CONECT3113431132 +CONECT311353113631137 +CONECT3113631135 +CONECT3113731135 +CONECT311383113931140 +CONECT3113931138 +CONECT3114031138 +CONECT311413114231143 +CONECT3114231141 +CONECT3114331141 +CONECT311443114531146 +CONECT3114531144 +CONECT3114631144 +CONECT311473114831149 +CONECT3114831147 +CONECT3114931147 +CONECT311503115131152 +CONECT3115131150 +CONECT3115231150 +CONECT311533115431155 +CONECT3115431153 +CONECT3115531153 +CONECT311563115731158 +CONECT3115731156 +CONECT3115831156 +CONECT311593116031161 +CONECT3116031159 +CONECT3116131159 +CONECT311623116331164 +CONECT3116331162 +CONECT3116431162 +CONECT311653116631167 +CONECT3116631165 +CONECT3116731165 +CONECT311683116931170 +CONECT3116931168 +CONECT3117031168 +CONECT311713117231173 +CONECT3117231171 +CONECT3117331171 +CONECT311743117531176 +CONECT3117531174 +CONECT3117631174 +CONECT311773117831179 +CONECT3117831177 +CONECT3117931177 +CONECT311803118131182 +CONECT3118131180 +CONECT3118231180 +CONECT311833118431185 +CONECT3118431183 +CONECT3118531183 +CONECT311863118731188 +CONECT3118731186 +CONECT3118831186 +CONECT311893119031191 +CONECT3119031189 +CONECT3119131189 +CONECT311923119331194 +CONECT3119331192 +CONECT3119431192 +CONECT311953119631197 +CONECT3119631195 +CONECT3119731195 +CONECT311983119931200 +CONECT3119931198 +CONECT3120031198 +CONECT312013120231203 +CONECT3120231201 +CONECT3120331201 +CONECT312043120531206 +CONECT3120531204 +CONECT3120631204 +CONECT312073120831209 +CONECT3120831207 +CONECT3120931207 +CONECT312103121131212 +CONECT3121131210 +CONECT3121231210 +CONECT312133121431215 +CONECT3121431213 +CONECT3121531213 +CONECT312163121731218 +CONECT3121731216 +CONECT3121831216 +CONECT312193122031221 +CONECT3122031219 +CONECT3122131219 +CONECT312223122331224 +CONECT3122331222 +CONECT3122431222 +CONECT312253122631227 +CONECT3122631225 +CONECT3122731225 +CONECT312283122931230 +CONECT3122931228 +CONECT3123031228 +CONECT312313123231233 +CONECT3123231231 +CONECT3123331231 +CONECT312343123531236 +CONECT3123531234 +CONECT3123631234 +CONECT312373123831239 +CONECT3123831237 +CONECT3123931237 +CONECT312403124131242 +CONECT3124131240 +CONECT3124231240 +CONECT312433124431245 +CONECT3124431243 +CONECT3124531243 +CONECT312463124731248 +CONECT3124731246 +CONECT3124831246 +CONECT312493125031251 +CONECT3125031249 +CONECT3125131249 +CONECT312523125331254 +CONECT3125331252 +CONECT3125431252 +CONECT312553125631257 +CONECT3125631255 +CONECT3125731255 +CONECT312583125931260 +CONECT3125931258 +CONECT3126031258 +CONECT312613126231263 +CONECT3126231261 +CONECT3126331261 +CONECT312643126531266 +CONECT3126531264 +CONECT3126631264 +CONECT312673126831269 +CONECT3126831267 +CONECT3126931267 +CONECT312703127131272 +CONECT3127131270 +CONECT3127231270 +CONECT312733127431275 +CONECT3127431273 +CONECT3127531273 +CONECT312763127731278 +CONECT3127731276 +CONECT3127831276 +CONECT312793128031281 +CONECT3128031279 +CONECT3128131279 +CONECT312823128331284 +CONECT3128331282 +CONECT3128431282 +CONECT312853128631287 +CONECT3128631285 +CONECT3128731285 +CONECT312883128931290 +CONECT3128931288 +CONECT3129031288 +CONECT312913129231293 +CONECT3129231291 +CONECT3129331291 +CONECT312943129531296 +CONECT3129531294 +CONECT3129631294 +CONECT312973129831299 +CONECT3129831297 +CONECT3129931297 +CONECT313003130131302 +CONECT3130131300 +CONECT3130231300 +CONECT313033130431305 +CONECT3130431303 +CONECT3130531303 +CONECT313063130731308 +CONECT3130731306 +CONECT3130831306 +CONECT313093131031311 +CONECT3131031309 +CONECT3131131309 +CONECT313123131331314 +CONECT3131331312 +CONECT3131431312 +CONECT313153131631317 +CONECT3131631315 +CONECT3131731315 +CONECT313183131931320 +CONECT3131931318 +CONECT3132031318 +CONECT313213132231323 +CONECT3132231321 +CONECT3132331321 +CONECT313243132531326 +CONECT3132531324 +CONECT3132631324 +CONECT313273132831329 +CONECT3132831327 +CONECT3132931327 +CONECT313303133131332 +CONECT3133131330 +CONECT3133231330 +CONECT313333133431335 +CONECT3133431333 +CONECT3133531333 +CONECT313363133731338 +CONECT3133731336 +CONECT3133831336 +CONECT313393134031341 +CONECT3134031339 +CONECT3134131339 +CONECT313423134331344 +CONECT3134331342 +CONECT3134431342 +CONECT313453134631347 +CONECT3134631345 +CONECT3134731345 +CONECT313483134931350 +CONECT3134931348 +CONECT3135031348 +CONECT313513135231353 +CONECT3135231351 +CONECT3135331351 +CONECT313543135531356 +CONECT3135531354 +CONECT3135631354 +CONECT313573135831359 +CONECT3135831357 +CONECT3135931357 +CONECT313603136131362 +CONECT3136131360 +CONECT3136231360 +CONECT313633136431365 +CONECT3136431363 +CONECT3136531363 +CONECT313663136731368 +CONECT3136731366 +CONECT3136831366 +CONECT313693137031371 +CONECT3137031369 +CONECT3137131369 +CONECT313723137331374 +CONECT3137331372 +CONECT3137431372 +CONECT313753137631377 +CONECT3137631375 +CONECT3137731375 +CONECT313783137931380 +CONECT3137931378 +CONECT3138031378 +CONECT313813138231383 +CONECT3138231381 +CONECT3138331381 +CONECT313843138531386 +CONECT3138531384 +CONECT3138631384 +CONECT313873138831389 +CONECT3138831387 +CONECT3138931387 +CONECT313903139131392 +CONECT3139131390 +CONECT3139231390 +CONECT313933139431395 +CONECT3139431393 +CONECT3139531393 +CONECT313963139731398 +CONECT3139731396 +CONECT3139831396 +CONECT313993140031401 +CONECT3140031399 +CONECT3140131399 +CONECT314023140331404 +CONECT3140331402 +CONECT3140431402 +CONECT314053140631407 +CONECT3140631405 +CONECT3140731405 +CONECT314083140931410 +CONECT3140931408 +CONECT3141031408 +CONECT314113141231413 +CONECT3141231411 +CONECT3141331411 +CONECT314143141531416 +CONECT3141531414 +CONECT3141631414 +CONECT314173141831419 +CONECT3141831417 +CONECT3141931417 +CONECT314203142131422 +CONECT3142131420 +CONECT3142231420 +CONECT314233142431425 +CONECT3142431423 +CONECT3142531423 +CONECT314263142731428 +CONECT3142731426 +CONECT3142831426 +CONECT314293143031431 +CONECT3143031429 +CONECT3143131429 +CONECT314323143331434 +CONECT3143331432 +CONECT3143431432 +CONECT314353143631437 +CONECT3143631435 +CONECT3143731435 +CONECT314383143931440 +CONECT3143931438 +CONECT3144031438 +CONECT314413144231443 +CONECT3144231441 +CONECT3144331441 +CONECT314443144531446 +CONECT3144531444 +CONECT3144631444 +CONECT314473144831449 +CONECT3144831447 +CONECT3144931447 +CONECT314503145131452 +CONECT3145131450 +CONECT3145231450 +CONECT314533145431455 +CONECT3145431453 +CONECT3145531453 +CONECT314563145731458 +CONECT3145731456 +CONECT3145831456 +CONECT314593146031461 +CONECT3146031459 +CONECT3146131459 +CONECT314623146331464 +CONECT3146331462 +CONECT3146431462 +CONECT314653146631467 +CONECT3146631465 +CONECT3146731465 +CONECT314683146931470 +CONECT3146931468 +CONECT3147031468 +CONECT314713147231473 +CONECT3147231471 +CONECT3147331471 +CONECT314743147531476 +CONECT3147531474 +CONECT3147631474 +CONECT314773147831479 +CONECT3147831477 +CONECT3147931477 +CONECT314803148131482 +CONECT3148131480 +CONECT3148231480 +CONECT314833148431485 +CONECT3148431483 +CONECT3148531483 +CONECT314863148731488 +CONECT3148731486 +CONECT3148831486 +CONECT314893149031491 +CONECT3149031489 +CONECT3149131489 +CONECT314923149331494 +CONECT3149331492 +CONECT3149431492 +CONECT314953149631497 +CONECT3149631495 +CONECT3149731495 +CONECT314983149931500 +CONECT3149931498 +CONECT3150031498 +CONECT315013150231503 +CONECT3150231501 +CONECT3150331501 +CONECT315043150531506 +CONECT3150531504 +CONECT3150631504 +CONECT315073150831509 +CONECT3150831507 +CONECT3150931507 +CONECT315103151131512 +CONECT3151131510 +CONECT3151231510 +CONECT315133151431515 +CONECT3151431513 +CONECT3151531513 +CONECT315163151731518 +CONECT3151731516 +CONECT3151831516 +CONECT315193152031521 +CONECT3152031519 +CONECT3152131519 +CONECT315223152331524 +CONECT3152331522 +CONECT3152431522 +CONECT315253152631527 +CONECT3152631525 +CONECT3152731525 +CONECT315283152931530 +CONECT3152931528 +CONECT3153031528 +CONECT315313153231533 +CONECT3153231531 +CONECT3153331531 +CONECT315343153531536 +CONECT3153531534 +CONECT3153631534 +CONECT315373153831539 +CONECT3153831537 +CONECT3153931537 +CONECT315403154131542 +CONECT3154131540 +CONECT3154231540 +CONECT315433154431545 +CONECT3154431543 +CONECT3154531543 +CONECT315463154731548 +CONECT3154731546 +CONECT3154831546 +CONECT315493155031551 +CONECT3155031549 +CONECT3155131549 +CONECT315523155331554 +CONECT3155331552 +CONECT3155431552 +CONECT315553155631557 +CONECT3155631555 +CONECT3155731555 +CONECT315583155931560 +CONECT3155931558 +CONECT3156031558 +CONECT315613156231563 +CONECT3156231561 +CONECT3156331561 +CONECT315643156531566 +CONECT3156531564 +CONECT3156631564 +CONECT315673156831569 +CONECT3156831567 +CONECT3156931567 +CONECT315703157131572 +CONECT3157131570 +CONECT3157231570 +CONECT315733157431575 +CONECT3157431573 +CONECT3157531573 +CONECT315763157731578 +CONECT3157731576 +CONECT3157831576 +CONECT315793158031581 +CONECT3158031579 +CONECT3158131579 +CONECT315823158331584 +CONECT3158331582 +CONECT3158431582 +CONECT315853158631587 +CONECT3158631585 +CONECT3158731585 +CONECT315883158931590 +CONECT3158931588 +CONECT3159031588 +CONECT315913159231593 +CONECT3159231591 +CONECT3159331591 +CONECT315943159531596 +CONECT3159531594 +CONECT3159631594 +CONECT315973159831599 +CONECT3159831597 +CONECT3159931597 +CONECT316003160131602 +CONECT3160131600 +CONECT3160231600 +CONECT316033160431605 +CONECT3160431603 +CONECT3160531603 +CONECT316063160731608 +CONECT3160731606 +CONECT3160831606 +CONECT316093161031611 +CONECT3161031609 +CONECT3161131609 +CONECT316123161331614 +CONECT3161331612 +CONECT3161431612 +CONECT316153161631617 +CONECT3161631615 +CONECT3161731615 +CONECT316183161931620 +CONECT3161931618 +CONECT3162031618 +CONECT316213162231623 +CONECT3162231621 +CONECT3162331621 +CONECT316243162531626 +CONECT3162531624 +CONECT3162631624 +CONECT316273162831629 +CONECT3162831627 +CONECT3162931627 +CONECT316303163131632 +CONECT3163131630 +CONECT3163231630 +CONECT316333163431635 +CONECT3163431633 +CONECT3163531633 +CONECT316363163731638 +CONECT3163731636 +CONECT3163831636 +CONECT316393164031641 +CONECT3164031639 +CONECT3164131639 +CONECT316423164331644 +CONECT3164331642 +CONECT3164431642 +CONECT316453164631647 +CONECT3164631645 +CONECT3164731645 +CONECT316483164931650 +CONECT3164931648 +CONECT3165031648 +CONECT316513165231653 +CONECT3165231651 +CONECT3165331651 +CONECT316543165531656 +CONECT3165531654 +CONECT3165631654 +CONECT316573165831659 +CONECT3165831657 +CONECT3165931657 +CONECT316603166131662 +CONECT3166131660 +CONECT3166231660 +CONECT316633166431665 +CONECT3166431663 +CONECT3166531663 +CONECT316663166731668 +CONECT3166731666 +CONECT3166831666 +CONECT316693167031671 +CONECT3167031669 +CONECT3167131669 +CONECT316723167331674 +CONECT3167331672 +CONECT3167431672 +CONECT316753167631677 +CONECT3167631675 +CONECT3167731675 +CONECT316783167931680 +CONECT3167931678 +CONECT3168031678 +CONECT316813168231683 +CONECT3168231681 +CONECT3168331681 +CONECT316843168531686 +CONECT3168531684 +CONECT3168631684 +CONECT316873168831689 +CONECT3168831687 +CONECT3168931687 +CONECT316903169131692 +CONECT3169131690 +CONECT3169231690 +CONECT316933169431695 +CONECT3169431693 +CONECT3169531693 +CONECT316963169731698 +CONECT3169731696 +CONECT3169831696 +CONECT316993170031701 +CONECT3170031699 +CONECT3170131699 +CONECT317023170331704 +CONECT3170331702 +CONECT3170431702 +CONECT317053170631707 +CONECT3170631705 +CONECT3170731705 +CONECT317083170931710 +CONECT3170931708 +CONECT3171031708 +CONECT317113171231713 +CONECT3171231711 +CONECT3171331711 +CONECT317143171531716 +CONECT3171531714 +CONECT3171631714 +CONECT317173171831719 +CONECT3171831717 +CONECT3171931717 +CONECT317203172131722 +CONECT3172131720 +CONECT3172231720 +CONECT317233172431725 +CONECT3172431723 +CONECT3172531723 +CONECT317263172731728 +CONECT3172731726 +CONECT3172831726 +CONECT317293173031731 +CONECT3173031729 +CONECT3173131729 +CONECT317323173331734 +CONECT3173331732 +CONECT3173431732 +CONECT317353173631737 +CONECT3173631735 +CONECT3173731735 +CONECT317383173931740 +CONECT3173931738 +CONECT3174031738 +CONECT317413174231743 +CONECT3174231741 +CONECT3174331741 +CONECT317443174531746 +CONECT3174531744 +CONECT3174631744 +CONECT317473174831749 +CONECT3174831747 +CONECT3174931747 +CONECT317503175131752 +CONECT3175131750 +CONECT3175231750 +CONECT317533175431755 +CONECT3175431753 +CONECT3175531753 +CONECT317563175731758 +CONECT3175731756 +CONECT3175831756 +CONECT317593176031761 +CONECT3176031759 +CONECT3176131759 +CONECT317623176331764 +CONECT3176331762 +CONECT3176431762 +CONECT317653176631767 +CONECT3176631765 +CONECT3176731765 +CONECT317683176931770 +CONECT3176931768 +CONECT3177031768 +CONECT317713177231773 +CONECT3177231771 +CONECT3177331771 +CONECT317743177531776 +CONECT3177531774 +CONECT3177631774 +CONECT317773177831779 +CONECT3177831777 +CONECT3177931777 +CONECT317803178131782 +CONECT3178131780 +CONECT3178231780 +CONECT317833178431785 +CONECT3178431783 +CONECT3178531783 +CONECT317863178731788 +CONECT3178731786 +CONECT3178831786 +CONECT317893179031791 +CONECT3179031789 +CONECT3179131789 +CONECT317923179331794 +CONECT3179331792 +CONECT3179431792 +CONECT317953179631797 +CONECT3179631795 +CONECT3179731795 +CONECT317983179931800 +CONECT3179931798 +CONECT3180031798 +CONECT318013180231803 +CONECT3180231801 +CONECT3180331801 +CONECT318043180531806 +CONECT3180531804 +CONECT3180631804 +CONECT318073180831809 +CONECT3180831807 +CONECT3180931807 +CONECT318103181131812 +CONECT3181131810 +CONECT3181231810 +CONECT318133181431815 +CONECT3181431813 +CONECT3181531813 +CONECT318163181731818 +CONECT3181731816 +CONECT3181831816 +CONECT318193182031821 +CONECT3182031819 +CONECT3182131819 +CONECT318223182331824 +CONECT3182331822 +CONECT3182431822 +CONECT318253182631827 +CONECT3182631825 +CONECT3182731825 +CONECT318283182931830 +CONECT3182931828 +CONECT3183031828 +CONECT318313183231833 +CONECT3183231831 +CONECT3183331831 +CONECT318343183531836 +CONECT3183531834 +CONECT3183631834 +CONECT318373183831839 +CONECT3183831837 +CONECT3183931837 +CONECT318403184131842 +CONECT3184131840 +CONECT3184231840 +CONECT318433184431845 +CONECT3184431843 +CONECT3184531843 +CONECT318463184731848 +CONECT3184731846 +CONECT3184831846 +CONECT318493185031851 +CONECT3185031849 +CONECT3185131849 +CONECT318523185331854 +CONECT3185331852 +CONECT3185431852 +CONECT318553185631857 +CONECT3185631855 +CONECT3185731855 +CONECT318583185931860 +CONECT3185931858 +CONECT3186031858 +CONECT318613186231863 +CONECT3186231861 +CONECT3186331861 +CONECT318643186531866 +CONECT3186531864 +CONECT3186631864 +CONECT318673186831869 +CONECT3186831867 +CONECT3186931867 +CONECT318703187131872 +CONECT3187131870 +CONECT3187231870 +CONECT318733187431875 +CONECT3187431873 +CONECT3187531873 +CONECT318763187731878 +CONECT3187731876 +CONECT3187831876 +CONECT318793188031881 +CONECT3188031879 +CONECT3188131879 +CONECT318823188331884 +CONECT3188331882 +CONECT3188431882 +CONECT318853188631887 +CONECT3188631885 +CONECT3188731885 +CONECT318883188931890 +CONECT3188931888 +CONECT3189031888 +CONECT318913189231893 +CONECT3189231891 +CONECT3189331891 +CONECT318943189531896 +CONECT3189531894 +CONECT3189631894 +CONECT318973189831899 +CONECT3189831897 +CONECT3189931897 +CONECT319003190131902 +CONECT3190131900 +CONECT3190231900 +CONECT319033190431905 +CONECT3190431903 +CONECT3190531903 +CONECT319063190731908 +CONECT3190731906 +CONECT3190831906 +CONECT319093191031911 +CONECT3191031909 +CONECT3191131909 +CONECT319123191331914 +CONECT3191331912 +CONECT3191431912 +CONECT319153191631917 +CONECT3191631915 +CONECT3191731915 +CONECT319183191931920 +CONECT3191931918 +CONECT3192031918 +CONECT319213192231923 +CONECT3192231921 +CONECT3192331921 +CONECT319243192531926 +CONECT3192531924 +CONECT3192631924 +CONECT319273192831929 +CONECT3192831927 +CONECT3192931927 +CONECT319303193131932 +CONECT3193131930 +CONECT3193231930 +CONECT319333193431935 +CONECT3193431933 +CONECT3193531933 +CONECT319363193731938 +CONECT3193731936 +CONECT3193831936 +CONECT319393194031941 +CONECT3194031939 +CONECT3194131939 +CONECT319423194331944 +CONECT3194331942 +CONECT3194431942 +CONECT319453194631947 +CONECT3194631945 +CONECT3194731945 +CONECT319483194931950 +CONECT3194931948 +CONECT3195031948 +CONECT319513195231953 +CONECT3195231951 +CONECT3195331951 +CONECT319543195531956 +CONECT3195531954 +CONECT3195631954 +CONECT319573195831959 +CONECT3195831957 +CONECT3195931957 +CONECT319603196131962 +CONECT3196131960 +CONECT3196231960 +CONECT319633196431965 +CONECT3196431963 +CONECT3196531963 +CONECT319663196731968 +CONECT3196731966 +CONECT3196831966 +CONECT319693197031971 +CONECT3197031969 +CONECT3197131969 +CONECT319723197331974 +CONECT3197331972 +CONECT3197431972 +CONECT319753197631977 +CONECT3197631975 +CONECT3197731975 +CONECT319783197931980 +CONECT3197931978 +CONECT3198031978 +CONECT319813198231983 +CONECT3198231981 +CONECT3198331981 +CONECT319843198531986 +CONECT3198531984 +CONECT3198631984 +CONECT319873198831989 +CONECT3198831987 +CONECT3198931987 +CONECT319903199131992 +CONECT3199131990 +CONECT3199231990 +CONECT319933199431995 +CONECT3199431993 +CONECT3199531993 +CONECT319963199731998 +CONECT3199731996 +CONECT3199831996 +CONECT319993200032001 +CONECT3200031999 +CONECT3200131999 +CONECT320023200332004 +CONECT3200332002 +CONECT3200432002 +CONECT320053200632007 +CONECT3200632005 +CONECT3200732005 +CONECT320083200932010 +CONECT3200932008 +CONECT3201032008 +CONECT320113201232013 +CONECT3201232011 +CONECT3201332011 +CONECT320143201532016 +CONECT3201532014 +CONECT3201632014 +CONECT320173201832019 +CONECT3201832017 +CONECT3201932017 +CONECT320203202132022 +CONECT3202132020 +CONECT3202232020 +CONECT320233202432025 +CONECT3202432023 +CONECT3202532023 +CONECT320263202732028 +CONECT3202732026 +CONECT3202832026 +CONECT320293203032031 +CONECT3203032029 +CONECT3203132029 +CONECT320323203332034 +CONECT3203332032 +CONECT3203432032 +CONECT320353203632037 +CONECT3203632035 +CONECT3203732035 +CONECT320383203932040 +CONECT3203932038 +CONECT3204032038 +CONECT320413204232043 +CONECT3204232041 +CONECT3204332041 +CONECT320443204532046 +CONECT3204532044 +CONECT3204632044 +CONECT320473204832049 +CONECT3204832047 +CONECT3204932047 +CONECT320503205132052 +CONECT3205132050 +CONECT3205232050 +CONECT320533205432055 +CONECT3205432053 +CONECT3205532053 +CONECT320563205732058 +CONECT3205732056 +CONECT3205832056 +CONECT320593206032061 +CONECT3206032059 +CONECT3206132059 +CONECT320623206332064 +CONECT3206332062 +CONECT3206432062 +CONECT320653206632067 +CONECT3206632065 +CONECT3206732065 +CONECT320683206932070 +CONECT3206932068 +CONECT3207032068 +CONECT320713207232073 +CONECT3207232071 +CONECT3207332071 +CONECT320743207532076 +CONECT3207532074 +CONECT3207632074 +CONECT320773207832079 +CONECT3207832077 +CONECT3207932077 +CONECT320803208132082 +CONECT3208132080 +CONECT3208232080 +CONECT320833208432085 +CONECT3208432083 +CONECT3208532083 +CONECT320863208732088 +CONECT3208732086 +CONECT3208832086 +CONECT320893209032091 +CONECT3209032089 +CONECT3209132089 +CONECT320923209332094 +CONECT3209332092 +CONECT3209432092 +CONECT320953209632097 +CONECT3209632095 +CONECT3209732095 +CONECT320983209932100 +CONECT3209932098 +CONECT3210032098 +CONECT321013210232103 +CONECT3210232101 +CONECT3210332101 +CONECT321043210532106 +CONECT3210532104 +CONECT3210632104 +CONECT321073210832109 +CONECT3210832107 +CONECT3210932107 +CONECT321103211132112 +CONECT3211132110 +CONECT3211232110 +CONECT321133211432115 +CONECT3211432113 +CONECT3211532113 +CONECT321163211732118 +CONECT3211732116 +CONECT3211832116 +CONECT321193212032121 +CONECT3212032119 +CONECT3212132119 +CONECT321223212332124 +CONECT3212332122 +CONECT3212432122 +CONECT321253212632127 +CONECT3212632125 +CONECT3212732125 +CONECT321283212932130 +CONECT3212932128 +CONECT3213032128 +CONECT321313213232133 +CONECT3213232131 +CONECT3213332131 +CONECT321343213532136 +CONECT3213532134 +CONECT3213632134 +CONECT321373213832139 +CONECT3213832137 +CONECT3213932137 +CONECT321403214132142 +CONECT3214132140 +CONECT3214232140 +CONECT321433214432145 +CONECT3214432143 +CONECT3214532143 +CONECT321463214732148 +CONECT3214732146 +CONECT3214832146 +CONECT321493215032151 +CONECT3215032149 +CONECT3215132149 +CONECT321523215332154 +CONECT3215332152 +CONECT3215432152 +CONECT321553215632157 +CONECT3215632155 +CONECT3215732155 +CONECT321583215932160 +CONECT3215932158 +CONECT3216032158 +CONECT321613216232163 +CONECT3216232161 +CONECT3216332161 +CONECT321643216532166 +CONECT3216532164 +CONECT3216632164 +CONECT321673216832169 +CONECT3216832167 +CONECT3216932167 +CONECT321703217132172 +CONECT3217132170 +CONECT3217232170 +CONECT321733217432175 +CONECT3217432173 +CONECT3217532173 +CONECT321763217732178 +CONECT3217732176 +CONECT3217832176 +CONECT321793218032181 +CONECT3218032179 +CONECT3218132179 +CONECT321823218332184 +CONECT3218332182 +CONECT3218432182 +CONECT321853218632187 +CONECT3218632185 +CONECT3218732185 +CONECT321883218932190 +CONECT3218932188 +CONECT3219032188 +CONECT321913219232193 +CONECT3219232191 +CONECT3219332191 +CONECT321943219532196 +CONECT3219532194 +CONECT3219632194 +CONECT321973219832199 +CONECT3219832197 +CONECT3219932197 +CONECT322003220132202 +CONECT3220132200 +CONECT3220232200 +CONECT322033220432205 +CONECT3220432203 +CONECT3220532203 +CONECT322063220732208 +CONECT3220732206 +CONECT3220832206 +CONECT322093221032211 +CONECT3221032209 +CONECT3221132209 +CONECT322123221332214 +CONECT3221332212 +CONECT3221432212 +CONECT322153221632217 +CONECT3221632215 +CONECT3221732215 +CONECT322183221932220 +CONECT3221932218 +CONECT3222032218 +CONECT322213222232223 +CONECT3222232221 +CONECT3222332221 +CONECT322243222532226 +CONECT3222532224 +CONECT3222632224 +CONECT322273222832229 +CONECT3222832227 +CONECT3222932227 +CONECT322303223132232 +CONECT3223132230 +CONECT3223232230 +CONECT322333223432235 +CONECT3223432233 +CONECT3223532233 +CONECT322363223732238 +CONECT3223732236 +CONECT3223832236 +CONECT322393224032241 +CONECT3224032239 +CONECT3224132239 +CONECT322423224332244 +CONECT3224332242 +CONECT3224432242 +CONECT322453224632247 +CONECT3224632245 +CONECT3224732245 +CONECT322483224932250 +CONECT3224932248 +CONECT3225032248 +CONECT322513225232253 +CONECT3225232251 +CONECT3225332251 +CONECT322543225532256 +CONECT3225532254 +CONECT3225632254 +CONECT322573225832259 +CONECT3225832257 +CONECT3225932257 +CONECT322603226132262 +CONECT3226132260 +CONECT3226232260 +CONECT322633226432265 +CONECT3226432263 +CONECT3226532263 +CONECT322663226732268 +CONECT3226732266 +CONECT3226832266 +CONECT322693227032271 +CONECT3227032269 +CONECT3227132269 +CONECT322723227332274 +CONECT3227332272 +CONECT3227432272 +CONECT322753227632277 +CONECT3227632275 +CONECT3227732275 +CONECT322783227932280 +CONECT3227932278 +CONECT3228032278 +CONECT322813228232283 +CONECT3228232281 +CONECT3228332281 +CONECT322843228532286 +CONECT3228532284 +CONECT3228632284 +CONECT322873228832289 +CONECT3228832287 +CONECT3228932287 +CONECT322903229132292 +CONECT3229132290 +CONECT3229232290 +CONECT322933229432295 +CONECT3229432293 +CONECT3229532293 +CONECT322963229732298 +CONECT3229732296 +CONECT3229832296 +CONECT322993230032301 +CONECT3230032299 +CONECT3230132299 +CONECT323023230332304 +CONECT3230332302 +CONECT3230432302 +CONECT323053230632307 +CONECT3230632305 +CONECT3230732305 +CONECT323083230932310 +CONECT3230932308 +CONECT3231032308 +CONECT323113231232313 +CONECT3231232311 +CONECT3231332311 +CONECT323143231532316 +CONECT3231532314 +CONECT3231632314 +CONECT323173231832319 +CONECT3231832317 +CONECT3231932317 +CONECT323203232132322 +CONECT3232132320 +CONECT3232232320 +CONECT323233232432325 +CONECT3232432323 +CONECT3232532323 +CONECT323263232732328 +CONECT3232732326 +CONECT3232832326 +CONECT323293233032331 +CONECT3233032329 +CONECT3233132329 +CONECT323323233332334 +CONECT3233332332 +CONECT3233432332 +CONECT323353233632337 +CONECT3233632335 +CONECT3233732335 +CONECT323383233932340 +CONECT3233932338 +CONECT3234032338 +CONECT323413234232343 +CONECT3234232341 +CONECT3234332341 +CONECT323443234532346 +CONECT3234532344 +CONECT3234632344 +CONECT323473234832349 +CONECT3234832347 +CONECT3234932347 +CONECT323503235132352 +CONECT3235132350 +CONECT3235232350 +CONECT323533235432355 +CONECT3235432353 +CONECT3235532353 +CONECT323563235732358 +CONECT3235732356 +CONECT3235832356 +CONECT323593236032361 +CONECT3236032359 +CONECT3236132359 +CONECT323623236332364 +CONECT3236332362 +CONECT3236432362 +CONECT323653236632367 +CONECT3236632365 +CONECT3236732365 +CONECT323683236932370 +CONECT3236932368 +CONECT3237032368 +CONECT323713237232373 +CONECT3237232371 +CONECT3237332371 +CONECT323743237532376 +CONECT3237532374 +CONECT3237632374 +CONECT323773237832379 +CONECT3237832377 +CONECT3237932377 +CONECT323803238132382 +CONECT3238132380 +CONECT3238232380 +CONECT323833238432385 +CONECT3238432383 +CONECT3238532383 +CONECT323863238732388 +CONECT3238732386 +CONECT3238832386 +CONECT323893239032391 +CONECT3239032389 +CONECT3239132389 +CONECT323923239332394 +CONECT3239332392 +CONECT3239432392 +CONECT323953239632397 +CONECT3239632395 +CONECT3239732395 +CONECT323983239932400 +CONECT3239932398 +CONECT3240032398 +CONECT324013240232403 +CONECT3240232401 +CONECT3240332401 +CONECT324043240532406 +CONECT3240532404 +CONECT3240632404 +CONECT324073240832409 +CONECT3240832407 +CONECT3240932407 +CONECT324103241132412 +CONECT3241132410 +CONECT3241232410 +CONECT324133241432415 +CONECT3241432413 +CONECT3241532413 +CONECT324163241732418 +CONECT3241732416 +CONECT3241832416 +CONECT324193242032421 +CONECT3242032419 +CONECT3242132419 +CONECT324223242332424 +CONECT3242332422 +CONECT3242432422 +CONECT324253242632427 +CONECT3242632425 +CONECT3242732425 +CONECT324283242932430 +CONECT3242932428 +CONECT3243032428 +CONECT324313243232433 +CONECT3243232431 +CONECT3243332431 +CONECT324343243532436 +CONECT3243532434 +CONECT3243632434 +CONECT324373243832439 +CONECT3243832437 +CONECT3243932437 +CONECT324403244132442 +CONECT3244132440 +CONECT3244232440 +CONECT324433244432445 +CONECT3244432443 +CONECT3244532443 +CONECT324463244732448 +CONECT3244732446 +CONECT3244832446 +CONECT324493245032451 +CONECT3245032449 +CONECT3245132449 +CONECT324523245332454 +CONECT3245332452 +CONECT3245432452 +CONECT324553245632457 +CONECT3245632455 +CONECT3245732455 +CONECT324583245932460 +CONECT3245932458 +CONECT3246032458 +CONECT324613246232463 +CONECT3246232461 +CONECT3246332461 +CONECT324643246532466 +CONECT3246532464 +CONECT3246632464 +CONECT324673246832469 +CONECT3246832467 +CONECT3246932467 +CONECT324703247132472 +CONECT3247132470 +CONECT3247232470 +CONECT324733247432475 +CONECT3247432473 +CONECT3247532473 +CONECT324763247732478 +CONECT3247732476 +CONECT3247832476 +CONECT324793248032481 +CONECT3248032479 +CONECT3248132479 +CONECT324823248332484 +CONECT3248332482 +CONECT3248432482 +CONECT324853248632487 +CONECT3248632485 +CONECT3248732485 +CONECT324883248932490 +CONECT3248932488 +CONECT3249032488 +CONECT324913249232493 +CONECT3249232491 +CONECT3249332491 +CONECT324943249532496 +CONECT3249532494 +CONECT3249632494 +CONECT324973249832499 +CONECT3249832497 +CONECT3249932497 +CONECT325003250132502 +CONECT3250132500 +CONECT3250232500 +CONECT325033250432505 +CONECT3250432503 +CONECT3250532503 +CONECT325063250732508 +CONECT3250732506 +CONECT3250832506 +CONECT325093251032511 +CONECT3251032509 +CONECT3251132509 +CONECT325123251332514 +CONECT3251332512 +CONECT3251432512 +CONECT325153251632517 +CONECT3251632515 +CONECT3251732515 +CONECT325183251932520 +CONECT3251932518 +CONECT3252032518 +CONECT325213252232523 +CONECT3252232521 +CONECT3252332521 +CONECT325243252532526 +CONECT3252532524 +CONECT3252632524 +CONECT325273252832529 +CONECT3252832527 +CONECT3252932527 +CONECT325303253132532 +CONECT3253132530 +CONECT3253232530 +CONECT325333253432535 +CONECT3253432533 +CONECT3253532533 +CONECT325363253732538 +CONECT3253732536 +CONECT3253832536 +CONECT325393254032541 +CONECT3254032539 +CONECT3254132539 +CONECT325423254332544 +CONECT3254332542 +CONECT3254432542 +CONECT325453254632547 +CONECT3254632545 +CONECT3254732545 +CONECT325483254932550 +CONECT3254932548 +CONECT3255032548 +CONECT325513255232553 +CONECT3255232551 +CONECT3255332551 +CONECT325543255532556 +CONECT3255532554 +CONECT3255632554 +CONECT325573255832559 +CONECT3255832557 +CONECT3255932557 +CONECT325603256132562 +CONECT3256132560 +CONECT3256232560 +CONECT325633256432565 +CONECT3256432563 +CONECT3256532563 +CONECT325663256732568 +CONECT3256732566 +CONECT3256832566 +CONECT325693257032571 +CONECT3257032569 +CONECT3257132569 +CONECT325723257332574 +CONECT3257332572 +CONECT3257432572 +CONECT325753257632577 +CONECT3257632575 +CONECT3257732575 +CONECT325783257932580 +CONECT3257932578 +CONECT3258032578 +CONECT325813258232583 +CONECT3258232581 +CONECT3258332581 +CONECT325843258532586 +CONECT3258532584 +CONECT3258632584 +CONECT325873258832589 +CONECT3258832587 +CONECT3258932587 +CONECT325903259132592 +CONECT3259132590 +CONECT3259232590 +CONECT325933259432595 +CONECT3259432593 +CONECT3259532593 +CONECT325963259732598 +CONECT3259732596 +CONECT3259832596 +CONECT325993260032601 +CONECT3260032599 +CONECT3260132599 +CONECT326023260332604 +CONECT3260332602 +CONECT3260432602 +CONECT326053260632607 +CONECT3260632605 +CONECT3260732605 +CONECT326083260932610 +CONECT3260932608 +CONECT3261032608 +CONECT326113261232613 +CONECT3261232611 +CONECT3261332611 +CONECT326143261532616 +CONECT3261532614 +CONECT3261632614 +CONECT326173261832619 +CONECT3261832617 +CONECT3261932617 +CONECT326203262132622 +CONECT3262132620 +CONECT3262232620 +CONECT326233262432625 +CONECT3262432623 +CONECT3262532623 +CONECT326263262732628 +CONECT3262732626 +CONECT3262832626 +CONECT326293263032631 +CONECT3263032629 +CONECT3263132629 +CONECT326323263332634 +CONECT3263332632 +CONECT3263432632 +CONECT326353263632637 +CONECT3263632635 +CONECT3263732635 +CONECT326383263932640 +CONECT3263932638 +CONECT3264032638 +CONECT326413264232643 +CONECT3264232641 +CONECT3264332641 +CONECT326443264532646 +CONECT3264532644 +CONECT3264632644 +CONECT326473264832649 +CONECT3264832647 +CONECT3264932647 +CONECT326503265132652 +CONECT3265132650 +CONECT3265232650 +CONECT326533265432655 +CONECT3265432653 +CONECT3265532653 +CONECT326563265732658 +CONECT3265732656 +CONECT3265832656 +CONECT326593266032661 +CONECT3266032659 +CONECT3266132659 +CONECT326623266332664 +CONECT3266332662 +CONECT3266432662 +CONECT326653266632667 +CONECT3266632665 +CONECT3266732665 +CONECT326683266932670 +CONECT3266932668 +CONECT3267032668 +CONECT326713267232673 +CONECT3267232671 +CONECT3267332671 +CONECT326743267532676 +CONECT3267532674 +CONECT3267632674 +CONECT326773267832679 +CONECT3267832677 +CONECT3267932677 +CONECT326803268132682 +CONECT3268132680 +CONECT3268232680 +CONECT326833268432685 +CONECT3268432683 +CONECT3268532683 +CONECT326863268732688 +CONECT3268732686 +CONECT3268832686 +CONECT326893269032691 +CONECT3269032689 +CONECT3269132689 +CONECT326923269332694 +CONECT3269332692 +CONECT3269432692 +CONECT326953269632697 +CONECT3269632695 +CONECT3269732695 +CONECT326983269932700 +CONECT3269932698 +CONECT3270032698 +CONECT327013270232703 +CONECT3270232701 +CONECT3270332701 +CONECT327043270532706 +CONECT3270532704 +CONECT3270632704 +CONECT327073270832709 +CONECT3270832707 +CONECT3270932707 +CONECT327103271132712 +CONECT3271132710 +CONECT3271232710 +CONECT327133271432715 +CONECT3271432713 +CONECT3271532713 +CONECT327163271732718 +CONECT3271732716 +CONECT3271832716 +CONECT327193272032721 +CONECT3272032719 +CONECT3272132719 +CONECT327223272332724 +CONECT3272332722 +CONECT3272432722 +CONECT327253272632727 +CONECT3272632725 +CONECT3272732725 +CONECT327283272932730 +CONECT3272932728 +CONECT3273032728 +CONECT327313273232733 +CONECT3273232731 +CONECT3273332731 +CONECT327343273532736 +CONECT3273532734 +CONECT3273632734 +CONECT327373273832739 +CONECT3273832737 +CONECT3273932737 +CONECT327403274132742 +CONECT3274132740 +CONECT3274232740 +CONECT327433274432745 +CONECT3274432743 +CONECT3274532743 +CONECT327463274732748 +CONECT3274732746 +CONECT3274832746 +CONECT327493275032751 +CONECT3275032749 +CONECT3275132749 +CONECT327523275332754 +CONECT3275332752 +CONECT3275432752 +CONECT327553275632757 +CONECT3275632755 +CONECT3275732755 +CONECT327583275932760 +CONECT3275932758 +CONECT3276032758 +CONECT327613276232763 +CONECT3276232761 +CONECT3276332761 +CONECT327643276532766 +CONECT3276532764 +CONECT3276632764 +CONECT327673276832769 +CONECT3276832767 +CONECT3276932767 +CONECT327703277132772 +CONECT3277132770 +CONECT3277232770 +CONECT327733277432775 +CONECT3277432773 +CONECT3277532773 +CONECT327763277732778 +CONECT3277732776 +CONECT3277832776 +CONECT327793278032781 +CONECT3278032779 +CONECT3278132779 +CONECT327823278332784 +CONECT3278332782 +CONECT3278432782 +CONECT327853278632787 +CONECT3278632785 +CONECT3278732785 +CONECT327883278932790 +CONECT3278932788 +CONECT3279032788 +CONECT327913279232793 +CONECT3279232791 +CONECT3279332791 +CONECT327943279532796 +CONECT3279532794 +CONECT3279632794 +CONECT327973279832799 +CONECT3279832797 +CONECT3279932797 +CONECT328003280132802 +CONECT3280132800 +CONECT3280232800 +CONECT328033280432805 +CONECT3280432803 +CONECT3280532803 +CONECT328063280732808 +CONECT3280732806 +CONECT3280832806 +CONECT328093281032811 +CONECT3281032809 +CONECT3281132809 +CONECT328123281332814 +CONECT3281332812 +CONECT3281432812 +CONECT328153281632817 +CONECT3281632815 +CONECT3281732815 +CONECT328183281932820 +CONECT3281932818 +CONECT3282032818 +CONECT328213282232823 +CONECT3282232821 +CONECT3282332821 +CONECT328243282532826 +CONECT3282532824 +CONECT3282632824 +CONECT328273282832829 +CONECT3282832827 +CONECT3282932827 +CONECT328303283132832 +CONECT3283132830 +CONECT3283232830 +CONECT328333283432835 +CONECT3283432833 +CONECT3283532833 +CONECT328363283732838 +CONECT3283732836 +CONECT3283832836 +CONECT328393284032841 +CONECT3284032839 +CONECT3284132839 +CONECT328423284332844 +CONECT3284332842 +CONECT3284432842 +CONECT328453284632847 +CONECT3284632845 +CONECT3284732845 +CONECT328483284932850 +CONECT3284932848 +CONECT3285032848 +CONECT328513285232853 +CONECT3285232851 +CONECT3285332851 +CONECT328543285532856 +CONECT3285532854 +CONECT3285632854 +CONECT328573285832859 +CONECT3285832857 +CONECT3285932857 +CONECT328603286132862 +CONECT3286132860 +CONECT3286232860 +CONECT328633286432865 +CONECT3286432863 +CONECT3286532863 +CONECT328663286732868 +CONECT3286732866 +CONECT3286832866 +CONECT328693287032871 +CONECT3287032869 +CONECT3287132869 +CONECT328723287332874 +CONECT3287332872 +CONECT3287432872 +CONECT328753287632877 +CONECT3287632875 +CONECT3287732875 +CONECT328783287932880 +CONECT3287932878 +CONECT3288032878 +CONECT328813288232883 +CONECT3288232881 +CONECT3288332881 +CONECT328843288532886 +CONECT3288532884 +CONECT3288632884 +CONECT328873288832889 +CONECT3288832887 +CONECT3288932887 +CONECT328903289132892 +CONECT3289132890 +CONECT3289232890 +CONECT328933289432895 +CONECT3289432893 +CONECT3289532893 +CONECT328963289732898 +CONECT3289732896 +CONECT3289832896 +CONECT328993290032901 +CONECT3290032899 +CONECT3290132899 +CONECT329023290332904 +CONECT3290332902 +CONECT3290432902 +CONECT329053290632907 +CONECT3290632905 +CONECT3290732905 +CONECT329083290932910 +CONECT3290932908 +CONECT3291032908 +CONECT329113291232913 +CONECT3291232911 +CONECT3291332911 +CONECT329143291532916 +CONECT3291532914 +CONECT3291632914 +CONECT329173291832919 +CONECT3291832917 +CONECT3291932917 +CONECT329203292132922 +CONECT3292132920 +CONECT3292232920 +CONECT329233292432925 +CONECT3292432923 +CONECT3292532923 +CONECT329263292732928 +CONECT3292732926 +CONECT3292832926 +CONECT329293293032931 +CONECT3293032929 +CONECT3293132929 +CONECT329323293332934 +CONECT3293332932 +CONECT3293432932 +CONECT329353293632937 +CONECT3293632935 +CONECT3293732935 +CONECT329383293932940 +CONECT3293932938 +CONECT3294032938 +CONECT329413294232943 +CONECT3294232941 +CONECT3294332941 +CONECT329443294532946 +CONECT3294532944 +CONECT3294632944 +CONECT329473294832949 +CONECT3294832947 +CONECT3294932947 +CONECT329503295132952 +CONECT3295132950 +CONECT3295232950 +CONECT329533295432955 +CONECT3295432953 +CONECT3295532953 +CONECT329563295732958 +CONECT3295732956 +CONECT3295832956 +CONECT329593296032961 +CONECT3296032959 +CONECT3296132959 +CONECT329623296332964 +CONECT3296332962 +CONECT3296432962 +CONECT329653296632967 +CONECT3296632965 +CONECT3296732965 +CONECT329683296932970 +CONECT3296932968 +CONECT3297032968 +CONECT329713297232973 +CONECT3297232971 +CONECT3297332971 +CONECT329743297532976 +CONECT3297532974 +CONECT3297632974 +CONECT329773297832979 +CONECT3297832977 +CONECT3297932977 +CONECT329803298132982 +CONECT3298132980 +CONECT3298232980 +CONECT329833298432985 +CONECT3298432983 +CONECT3298532983 +CONECT329863298732988 +CONECT3298732986 +CONECT3298832986 +CONECT329893299032991 +CONECT3299032989 +CONECT3299132989 +CONECT329923299332994 +CONECT3299332992 +CONECT3299432992 +CONECT329953299632997 +CONECT3299632995 +CONECT3299732995 +CONECT329983299933000 +CONECT3299932998 +CONECT3300032998 +CONECT330013300233003 +CONECT3300233001 +CONECT3300333001 +CONECT330043300533006 +CONECT3300533004 +CONECT3300633004 +CONECT330073300833009 +CONECT3300833007 +CONECT3300933007 +CONECT330103301133012 +CONECT3301133010 +CONECT3301233010 +CONECT330133301433015 +CONECT3301433013 +CONECT3301533013 +CONECT330163301733018 +CONECT3301733016 +CONECT3301833016 +CONECT330193302033021 +CONECT3302033019 +CONECT3302133019 +CONECT330223302333024 +CONECT3302333022 +CONECT3302433022 +CONECT330253302633027 +CONECT3302633025 +CONECT3302733025 +CONECT330283302933030 +CONECT3302933028 +CONECT3303033028 +CONECT330313303233033 +CONECT3303233031 +CONECT3303333031 +CONECT330343303533036 +CONECT3303533034 +CONECT3303633034 +CONECT330373303833039 +CONECT3303833037 +CONECT3303933037 +CONECT330403304133042 +CONECT3304133040 +CONECT3304233040 +CONECT330433304433045 +CONECT3304433043 +CONECT3304533043 +CONECT330463304733048 +CONECT3304733046 +CONECT3304833046 +CONECT330493305033051 +CONECT3305033049 +CONECT3305133049 +CONECT330523305333054 +CONECT3305333052 +CONECT3305433052 +CONECT330553305633057 +CONECT3305633055 +CONECT3305733055 +CONECT330583305933060 +CONECT3305933058 +CONECT3306033058 +CONECT330613306233063 +CONECT3306233061 +CONECT3306333061 +CONECT330643306533066 +CONECT3306533064 +CONECT3306633064 +CONECT330673306833069 +CONECT3306833067 +CONECT3306933067 +CONECT330703307133072 +CONECT3307133070 +CONECT3307233070 +CONECT330733307433075 +CONECT3307433073 +CONECT3307533073 +CONECT330763307733078 +CONECT3307733076 +CONECT3307833076 +CONECT330793308033081 +CONECT3308033079 +CONECT3308133079 +CONECT330823308333084 +CONECT3308333082 +CONECT3308433082 +CONECT330853308633087 +CONECT3308633085 +CONECT3308733085 +CONECT330883308933090 +CONECT3308933088 +CONECT3309033088 +CONECT330913309233093 +CONECT3309233091 +CONECT3309333091 +CONECT330943309533096 +CONECT3309533094 +CONECT3309633094 +CONECT330973309833099 +CONECT3309833097 +CONECT3309933097 +CONECT331003310133102 +CONECT3310133100 +CONECT3310233100 +CONECT331033310433105 +CONECT3310433103 +CONECT3310533103 +CONECT331063310733108 +CONECT3310733106 +CONECT3310833106 +CONECT331093311033111 +CONECT3311033109 +CONECT3311133109 +CONECT331123311333114 +CONECT3311333112 +CONECT3311433112 +CONECT331153311633117 +CONECT3311633115 +CONECT3311733115 +CONECT331183311933120 +CONECT3311933118 +CONECT3312033118 +CONECT331213312233123 +CONECT3312233121 +CONECT3312333121 +CONECT331243312533126 +CONECT3312533124 +CONECT3312633124 +CONECT331273312833129 +CONECT3312833127 +CONECT3312933127 +CONECT331303313133132 +CONECT3313133130 +CONECT3313233130 +CONECT331333313433135 +CONECT3313433133 +CONECT3313533133 +CONECT331363313733138 +CONECT3313733136 +CONECT3313833136 +CONECT331393314033141 +CONECT3314033139 +CONECT3314133139 +CONECT331423314333144 +CONECT3314333142 +CONECT3314433142 +CONECT331453314633147 +CONECT3314633145 +CONECT3314733145 +CONECT331483314933150 +CONECT3314933148 +CONECT3315033148 +CONECT331513315233153 +CONECT3315233151 +CONECT3315333151 +CONECT331543315533156 +CONECT3315533154 +CONECT3315633154 +CONECT331573315833159 +CONECT3315833157 +CONECT3315933157 +CONECT331603316133162 +CONECT3316133160 +CONECT3316233160 +CONECT331633316433165 +CONECT3316433163 +CONECT3316533163 +CONECT331663316733168 +CONECT3316733166 +CONECT3316833166 +CONECT331693317033171 +CONECT3317033169 +CONECT3317133169 +CONECT331723317333174 +CONECT3317333172 +CONECT3317433172 +CONECT331753317633177 +CONECT3317633175 +CONECT3317733175 +CONECT331783317933180 +CONECT3317933178 +CONECT3318033178 +CONECT331813318233183 +CONECT3318233181 +CONECT3318333181 +CONECT331843318533186 +CONECT3318533184 +CONECT3318633184 +CONECT331873318833189 +CONECT3318833187 +CONECT3318933187 +CONECT331903319133192 +CONECT3319133190 +CONECT3319233190 +CONECT331933319433195 +CONECT3319433193 +CONECT3319533193 +CONECT331963319733198 +CONECT3319733196 +CONECT3319833196 +CONECT331993320033201 +CONECT3320033199 +CONECT3320133199 +CONECT332023320333204 +CONECT3320333202 +CONECT3320433202 +CONECT332053320633207 +CONECT3320633205 +CONECT3320733205 +CONECT332083320933210 +CONECT3320933208 +CONECT3321033208 +CONECT332113321233213 +CONECT3321233211 +CONECT3321333211 +CONECT332143321533216 +CONECT3321533214 +CONECT3321633214 +CONECT332173321833219 +CONECT3321833217 +CONECT3321933217 +CONECT332203322133222 +CONECT3322133220 +CONECT3322233220 +CONECT332233322433225 +CONECT3322433223 +CONECT3322533223 +CONECT332263322733228 +CONECT3322733226 +CONECT3322833226 +CONECT332293323033231 +CONECT3323033229 +CONECT3323133229 +CONECT332323323333234 +CONECT3323333232 +CONECT3323433232 +CONECT332353323633237 +CONECT3323633235 +CONECT3323733235 +CONECT332383323933240 +CONECT3323933238 +CONECT3324033238 +CONECT332413324233243 +CONECT3324233241 +CONECT3324333241 +CONECT332443324533246 +CONECT3324533244 +CONECT3324633244 +CONECT332473324833249 +CONECT3324833247 +CONECT3324933247 +CONECT332503325133252 +CONECT3325133250 +CONECT3325233250 +CONECT332533325433255 +CONECT3325433253 +CONECT3325533253 +CONECT332563325733258 +CONECT3325733256 +CONECT3325833256 +CONECT332593326033261 +CONECT3326033259 +CONECT3326133259 +CONECT332623326333264 +CONECT3326333262 +CONECT3326433262 +CONECT332653326633267 +CONECT3326633265 +CONECT3326733265 +CONECT332683326933270 +CONECT3326933268 +CONECT3327033268 +CONECT332713327233273 +CONECT3327233271 +CONECT3327333271 +CONECT332743327533276 +CONECT3327533274 +CONECT3327633274 +CONECT332773327833279 +CONECT3327833277 +CONECT3327933277 +CONECT332803328133282 +CONECT3328133280 +CONECT3328233280 +CONECT332833328433285 +CONECT3328433283 +CONECT3328533283 +CONECT332863328733288 +CONECT3328733286 +CONECT3328833286 +CONECT332893329033291 +CONECT3329033289 +CONECT3329133289 +CONECT332923329333294 +CONECT3329333292 +CONECT3329433292 +CONECT332953329633297 +CONECT3329633295 +CONECT3329733295 +CONECT332983329933300 +CONECT3329933298 +CONECT3330033298 +CONECT333013330233303 +CONECT3330233301 +CONECT3330333301 +CONECT333043330533306 +CONECT3330533304 +CONECT3330633304 +CONECT333073330833309 +CONECT3330833307 +CONECT3330933307 +CONECT333103331133312 +CONECT3331133310 +CONECT3331233310 +CONECT333133331433315 +CONECT3331433313 +CONECT3331533313 +CONECT333163331733318 +CONECT3331733316 +CONECT3331833316 +CONECT333193332033321 +CONECT3332033319 +CONECT3332133319 +CONECT333223332333324 +CONECT3332333322 +CONECT3332433322 +CONECT333253332633327 +CONECT3332633325 +CONECT3332733325 +CONECT333283332933330 +CONECT3332933328 +CONECT3333033328 +CONECT333313333233333 +CONECT3333233331 +CONECT3333333331 +CONECT333343333533336 +CONECT3333533334 +CONECT3333633334 +CONECT333373333833339 +CONECT3333833337 +CONECT3333933337 +CONECT333403334133342 +CONECT3334133340 +CONECT3334233340 +CONECT333433334433345 +CONECT3334433343 +CONECT3334533343 +CONECT333463334733348 +CONECT3334733346 +CONECT3334833346 +CONECT333493335033351 +CONECT3335033349 +CONECT3335133349 +CONECT333523335333354 +CONECT3335333352 +CONECT3335433352 +CONECT333553335633357 +CONECT3335633355 +CONECT3335733355 +CONECT333583335933360 +CONECT3335933358 +CONECT3336033358 +CONECT333613336233363 +CONECT3336233361 +CONECT3336333361 +CONECT333643336533366 +CONECT3336533364 +CONECT3336633364 +CONECT333673336833369 +CONECT3336833367 +CONECT3336933367 +CONECT333703337133372 +CONECT3337133370 +CONECT3337233370 +CONECT333733337433375 +CONECT3337433373 +CONECT3337533373 +CONECT333763337733378 +CONECT3337733376 +CONECT3337833376 +CONECT333793338033381 +CONECT3338033379 +CONECT3338133379 +CONECT333823338333384 +CONECT3338333382 +CONECT3338433382 +CONECT333853338633387 +CONECT3338633385 +CONECT3338733385 +CONECT333883338933390 +CONECT3338933388 +CONECT3339033388 +CONECT333913339233393 +CONECT3339233391 +CONECT3339333391 +CONECT333943339533396 +CONECT3339533394 +CONECT3339633394 +CONECT333973339833399 +CONECT3339833397 +CONECT3339933397 +CONECT334003340133402 +CONECT3340133400 +CONECT3340233400 +CONECT334033340433405 +CONECT3340433403 +CONECT3340533403 +CONECT334063340733408 +CONECT3340733406 +CONECT3340833406 +CONECT334093341033411 +CONECT3341033409 +CONECT3341133409 +CONECT334123341333414 +CONECT3341333412 +CONECT3341433412 +CONECT334153341633417 +CONECT3341633415 +CONECT3341733415 +CONECT334183341933420 +CONECT3341933418 +CONECT3342033418 +CONECT334213342233423 +CONECT3342233421 +CONECT3342333421 +CONECT334243342533426 +CONECT3342533424 +CONECT3342633424 +CONECT334273342833429 +CONECT3342833427 +CONECT3342933427 +CONECT334303343133432 +CONECT3343133430 +CONECT3343233430 +CONECT334333343433435 +CONECT3343433433 +CONECT3343533433 +CONECT334363343733438 +CONECT3343733436 +CONECT3343833436 +CONECT334393344033441 +CONECT3344033439 +CONECT3344133439 +CONECT334423344333444 +CONECT3344333442 +CONECT3344433442 +CONECT334453344633447 +CONECT3344633445 +CONECT3344733445 +CONECT334483344933450 +CONECT3344933448 +CONECT3345033448 +CONECT334513345233453 +CONECT3345233451 +CONECT3345333451 +CONECT334543345533456 +CONECT3345533454 +CONECT3345633454 +CONECT334573345833459 +CONECT3345833457 +CONECT3345933457 +CONECT334603346133462 +CONECT3346133460 +CONECT3346233460 +CONECT334633346433465 +CONECT3346433463 +CONECT3346533463 +CONECT334663346733468 +CONECT3346733466 +CONECT3346833466 +CONECT334693347033471 +CONECT3347033469 +CONECT3347133469 +CONECT334723347333474 +CONECT3347333472 +CONECT3347433472 +CONECT334753347633477 +CONECT3347633475 +CONECT3347733475 +CONECT334783347933480 +CONECT3347933478 +CONECT3348033478 +CONECT334813348233483 +CONECT3348233481 +CONECT3348333481 +CONECT334843348533486 +CONECT3348533484 +CONECT3348633484 +CONECT334873348833489 +CONECT3348833487 +CONECT3348933487 +CONECT334903349133492 +CONECT3349133490 +CONECT3349233490 +CONECT334933349433495 +CONECT3349433493 +CONECT3349533493 +CONECT334963349733498 +CONECT3349733496 +CONECT3349833496 +CONECT334993350033501 +CONECT3350033499 +CONECT3350133499 +CONECT335023350333504 +CONECT3350333502 +CONECT3350433502 +CONECT335053350633507 +CONECT3350633505 +CONECT3350733505 +CONECT335083350933510 +CONECT3350933508 +CONECT3351033508 +CONECT335113351233513 +CONECT3351233511 +CONECT3351333511 +CONECT335143351533516 +CONECT3351533514 +CONECT3351633514 +CONECT335173351833519 +CONECT3351833517 +CONECT3351933517 +CONECT335203352133522 +CONECT3352133520 +CONECT3352233520 +CONECT335233352433525 +CONECT3352433523 +CONECT3352533523 +CONECT335263352733528 +CONECT3352733526 +CONECT3352833526 +CONECT335293353033531 +CONECT3353033529 +CONECT3353133529 +CONECT335323353333534 +CONECT3353333532 +CONECT3353433532 +CONECT335353353633537 +CONECT3353633535 +CONECT3353733535 +CONECT335383353933540 +CONECT3353933538 +CONECT3354033538 +CONECT335413354233543 +CONECT3354233541 +CONECT3354333541 +CONECT335443354533546 +CONECT3354533544 +CONECT3354633544 +CONECT335473354833549 +CONECT3354833547 +CONECT3354933547 +CONECT335503355133552 +CONECT3355133550 +CONECT3355233550 +CONECT335533355433555 +CONECT3355433553 +CONECT3355533553 +CONECT335563355733558 +CONECT3355733556 +CONECT3355833556 +CONECT335593356033561 +CONECT3356033559 +CONECT3356133559 +CONECT335623356333564 +CONECT3356333562 +CONECT3356433562 +CONECT335653356633567 +CONECT3356633565 +CONECT3356733565 +CONECT335683356933570 +CONECT3356933568 +CONECT3357033568 +CONECT335713357233573 +CONECT3357233571 +CONECT3357333571 +CONECT335743357533576 +CONECT3357533574 +CONECT3357633574 +CONECT335773357833579 +CONECT3357833577 +CONECT3357933577 +CONECT335803358133582 +CONECT3358133580 +CONECT3358233580 +CONECT335833358433585 +CONECT3358433583 +CONECT3358533583 +CONECT335863358733588 +CONECT3358733586 +CONECT3358833586 +CONECT335893359033591 +CONECT3359033589 +CONECT3359133589 +CONECT335923359333594 +CONECT3359333592 +CONECT3359433592 +CONECT335953359633597 +CONECT3359633595 +CONECT3359733595 +CONECT335983359933600 +CONECT3359933598 +CONECT3360033598 +CONECT336013360233603 +CONECT3360233601 +CONECT3360333601 +CONECT336043360533606 +CONECT3360533604 +CONECT3360633604 +CONECT336073360833609 +CONECT3360833607 +CONECT3360933607 +CONECT336103361133612 +CONECT3361133610 +CONECT3361233610 +CONECT336133361433615 +CONECT3361433613 +CONECT3361533613 +CONECT336163361733618 +CONECT3361733616 +CONECT3361833616 +CONECT336193362033621 +CONECT3362033619 +CONECT3362133619 +CONECT336223362333624 +CONECT3362333622 +CONECT3362433622 +CONECT336253362633627 +CONECT3362633625 +CONECT3362733625 +CONECT336283362933630 +CONECT3362933628 +CONECT3363033628 +CONECT336313363233633 +CONECT3363233631 +CONECT3363333631 +CONECT336343363533636 +CONECT3363533634 +CONECT3363633634 +CONECT336373363833639 +CONECT3363833637 +CONECT3363933637 +CONECT336403364133642 +CONECT3364133640 +CONECT3364233640 +CONECT336433364433645 +CONECT3364433643 +CONECT3364533643 +CONECT336463364733648 +CONECT3364733646 +CONECT3364833646 +CONECT336493365033651 +CONECT3365033649 +CONECT3365133649 +CONECT336523365333654 +CONECT3365333652 +CONECT3365433652 +CONECT336553365633657 +CONECT3365633655 +CONECT3365733655 +CONECT336583365933660 +CONECT3365933658 +CONECT3366033658 +CONECT336613366233663 +CONECT3366233661 +CONECT3366333661 +CONECT336643366533666 +CONECT3366533664 +CONECT3366633664 +CONECT336673366833669 +CONECT3366833667 +CONECT3366933667 +CONECT336703367133672 +CONECT3367133670 +CONECT3367233670 +CONECT336733367433675 +CONECT3367433673 +CONECT3367533673 +CONECT336763367733678 +CONECT3367733676 +CONECT3367833676 +CONECT336793368033681 +CONECT3368033679 +CONECT3368133679 +CONECT336823368333684 +CONECT3368333682 +CONECT3368433682 +CONECT336853368633687 +CONECT3368633685 +CONECT3368733685 +CONECT336883368933690 +CONECT3368933688 +CONECT3369033688 +CONECT336913369233693 +CONECT3369233691 +CONECT3369333691 +CONECT336943369533696 +CONECT3369533694 +CONECT3369633694 +CONECT336973369833699 +CONECT3369833697 +CONECT3369933697 +CONECT337003370133702 +CONECT3370133700 +CONECT3370233700 +CONECT337033370433705 +CONECT3370433703 +CONECT3370533703 +CONECT337063370733708 +CONECT3370733706 +CONECT3370833706 +CONECT337093371033711 +CONECT3371033709 +CONECT3371133709 +CONECT337123371333714 +CONECT3371333712 +CONECT3371433712 +CONECT337153371633717 +CONECT3371633715 +CONECT3371733715 +CONECT337183371933720 +CONECT3371933718 +CONECT3372033718 +CONECT337213372233723 +CONECT3372233721 +CONECT3372333721 +CONECT337243372533726 +CONECT3372533724 +CONECT3372633724 +CONECT337273372833729 +CONECT3372833727 +CONECT3372933727 +CONECT337303373133732 +CONECT3373133730 +CONECT3373233730 +CONECT337333373433735 +CONECT3373433733 +CONECT3373533733 +CONECT337363373733738 +CONECT3373733736 +CONECT3373833736 +CONECT337393374033741 +CONECT3374033739 +CONECT3374133739 +CONECT337423374333744 +CONECT3374333742 +CONECT3374433742 +CONECT337453374633747 +CONECT3374633745 +CONECT3374733745 +CONECT337483374933750 +CONECT3374933748 +CONECT3375033748 +CONECT337513375233753 +CONECT3375233751 +CONECT3375333751 +CONECT337543375533756 +CONECT3375533754 +CONECT3375633754 +CONECT337573375833759 +CONECT3375833757 +CONECT3375933757 +CONECT337603376133762 +CONECT3376133760 +CONECT3376233760 +CONECT337633376433765 +CONECT3376433763 +CONECT3376533763 +CONECT337663376733768 +CONECT3376733766 +CONECT3376833766 +CONECT337693377033771 +CONECT3377033769 +CONECT3377133769 +CONECT337723377333774 +CONECT3377333772 +CONECT3377433772 +CONECT337753377633777 +CONECT3377633775 +CONECT3377733775 +CONECT337783377933780 +CONECT3377933778 +CONECT3378033778 +CONECT337813378233783 +CONECT3378233781 +CONECT3378333781 +CONECT337843378533786 +CONECT3378533784 +CONECT3378633784 +CONECT337873378833789 +CONECT3378833787 +CONECT3378933787 +CONECT337903379133792 +CONECT3379133790 +CONECT3379233790 +CONECT337933379433795 +CONECT3379433793 +CONECT3379533793 +CONECT337963379733798 +CONECT3379733796 +CONECT3379833796 +CONECT337993380033801 +CONECT3380033799 +CONECT3380133799 +CONECT338023380333804 +CONECT3380333802 +CONECT3380433802 +CONECT338053380633807 +CONECT3380633805 +CONECT3380733805 +CONECT338083380933810 +CONECT3380933808 +CONECT3381033808 +CONECT338113381233813 +CONECT3381233811 +CONECT3381333811 +CONECT338143381533816 +CONECT3381533814 +CONECT3381633814 +CONECT338173381833819 +CONECT3381833817 +CONECT3381933817 +CONECT338203382133822 +CONECT3382133820 +CONECT3382233820 +CONECT338233382433825 +CONECT3382433823 +CONECT3382533823 +CONECT338263382733828 +CONECT3382733826 +CONECT3382833826 +CONECT338293383033831 +CONECT3383033829 +CONECT3383133829 +CONECT338323383333834 +CONECT3383333832 +CONECT3383433832 +CONECT338353383633837 +CONECT3383633835 +CONECT3383733835 +CONECT338383383933840 +CONECT3383933838 +CONECT3384033838 +CONECT338413384233843 +CONECT3384233841 +CONECT3384333841 +CONECT338443384533846 +CONECT3384533844 +CONECT3384633844 +CONECT338473384833849 +CONECT3384833847 +CONECT3384933847 +CONECT338503385133852 +CONECT3385133850 +CONECT3385233850 +CONECT338533385433855 +CONECT3385433853 +CONECT3385533853 +CONECT338563385733858 +CONECT3385733856 +CONECT3385833856 +CONECT338593386033861 +CONECT3386033859 +CONECT3386133859 +CONECT338623386333864 +CONECT3386333862 +CONECT3386433862 +CONECT338653386633867 +CONECT3386633865 +CONECT3386733865 +CONECT338683386933870 +CONECT3386933868 +CONECT3387033868 +CONECT338713387233873 +CONECT3387233871 +CONECT3387333871 +CONECT338743387533876 +CONECT3387533874 +CONECT3387633874 +CONECT338773387833879 +CONECT3387833877 +CONECT3387933877 +CONECT338803388133882 +CONECT3388133880 +CONECT3388233880 +CONECT338833388433885 +CONECT3388433883 +CONECT3388533883 +CONECT338863388733888 +CONECT3388733886 +CONECT3388833886 +CONECT338893389033891 +CONECT3389033889 +CONECT3389133889 +CONECT338923389333894 +CONECT3389333892 +CONECT3389433892 +CONECT338953389633897 +CONECT3389633895 +CONECT3389733895 +CONECT338983389933900 +CONECT3389933898 +CONECT3390033898 +CONECT339013390233903 +CONECT3390233901 +CONECT3390333901 +CONECT339043390533906 +CONECT3390533904 +CONECT3390633904 +CONECT339073390833909 +CONECT3390833907 +CONECT3390933907 +CONECT339103391133912 +CONECT3391133910 +CONECT3391233910 +CONECT339133391433915 +CONECT3391433913 +CONECT3391533913 +CONECT339163391733918 +CONECT3391733916 +CONECT3391833916 +CONECT339193392033921 +CONECT3392033919 +CONECT3392133919 +CONECT339223392333924 +CONECT3392333922 +CONECT3392433922 +CONECT339253392633927 +CONECT3392633925 +CONECT3392733925 +CONECT339283392933930 +CONECT3392933928 +CONECT3393033928 +CONECT339313393233933 +CONECT3393233931 +CONECT3393333931 +CONECT339343393533936 +CONECT3393533934 +CONECT3393633934 +CONECT339373393833939 +CONECT3393833937 +CONECT3393933937 +CONECT339403394133942 +CONECT3394133940 +CONECT3394233940 +CONECT339433394433945 +CONECT3394433943 +CONECT3394533943 +CONECT339463394733948 +CONECT3394733946 +CONECT3394833946 +CONECT339493395033951 +CONECT3395033949 +CONECT3395133949 +CONECT339523395333954 +CONECT3395333952 +CONECT3395433952 +CONECT339553395633957 +CONECT3395633955 +CONECT3395733955 +CONECT339583395933960 +CONECT3395933958 +CONECT3396033958 +CONECT339613396233963 +CONECT3396233961 +CONECT3396333961 +CONECT339643396533966 +CONECT3396533964 +CONECT3396633964 +CONECT339673396833969 +CONECT3396833967 +CONECT3396933967 +CONECT339703397133972 +CONECT3397133970 +CONECT3397233970 +CONECT339733397433975 +CONECT3397433973 +CONECT3397533973 +CONECT339763397733978 +CONECT3397733976 +CONECT3397833976 +CONECT339793398033981 +CONECT3398033979 +CONECT3398133979 +CONECT339823398333984 +CONECT3398333982 +CONECT3398433982 +CONECT339853398633987 +CONECT3398633985 +CONECT3398733985 +CONECT339883398933990 +CONECT3398933988 +CONECT3399033988 +CONECT339913399233993 +CONECT3399233991 +CONECT3399333991 +CONECT339943399533996 +CONECT3399533994 +CONECT3399633994 +CONECT339973399833999 +CONECT3399833997 +CONECT3399933997 +CONECT340003400134002 +CONECT3400134000 +CONECT3400234000 +CONECT340033400434005 +CONECT3400434003 +CONECT3400534003 +CONECT340063400734008 +CONECT3400734006 +CONECT3400834006 +CONECT340093401034011 +CONECT3401034009 +CONECT3401134009 +CONECT340123401334014 +CONECT3401334012 +CONECT3401434012 +CONECT340153401634017 +CONECT3401634015 +CONECT3401734015 +CONECT340183401934020 +CONECT3401934018 +CONECT3402034018 +CONECT340213402234023 +CONECT3402234021 +CONECT3402334021 +CONECT340243402534026 +CONECT3402534024 +CONECT3402634024 +CONECT340273402834029 +CONECT3402834027 +CONECT3402934027 +CONECT340303403134032 +CONECT3403134030 +CONECT3403234030 +CONECT340333403434035 +CONECT3403434033 +CONECT3403534033 +CONECT340363403734038 +CONECT3403734036 +CONECT3403834036 +CONECT340393404034041 +CONECT3404034039 +CONECT3404134039 +CONECT340423404334044 +CONECT3404334042 +CONECT3404434042 +CONECT340453404634047 +CONECT3404634045 +CONECT3404734045 +CONECT340483404934050 +CONECT3404934048 +CONECT3405034048 +CONECT340513405234053 +CONECT3405234051 +CONECT3405334051 +CONECT340543405534056 +CONECT3405534054 +CONECT3405634054 +CONECT340573405834059 +CONECT3405834057 +CONECT3405934057 +CONECT340603406134062 +CONECT3406134060 +CONECT3406234060 +CONECT340633406434065 +CONECT3406434063 +CONECT3406534063 +CONECT340663406734068 +CONECT3406734066 +CONECT3406834066 +CONECT340693407034071 +CONECT3407034069 +CONECT3407134069 +CONECT340723407334074 +CONECT3407334072 +CONECT3407434072 +CONECT340753407634077 +CONECT3407634075 +CONECT3407734075 +CONECT340783407934080 +CONECT3407934078 +CONECT3408034078 +CONECT340813408234083 +CONECT3408234081 +CONECT3408334081 +CONECT340843408534086 +CONECT3408534084 +CONECT3408634084 +CONECT340873408834089 +CONECT3408834087 +CONECT3408934087 +CONECT340903409134092 +CONECT3409134090 +CONECT3409234090 +CONECT340933409434095 +CONECT3409434093 +CONECT3409534093 +CONECT340963409734098 +CONECT3409734096 +CONECT3409834096 +CONECT340993410034101 +CONECT3410034099 +CONECT3410134099 +CONECT341023410334104 +CONECT3410334102 +CONECT3410434102 +CONECT341053410634107 +CONECT3410634105 +CONECT3410734105 +CONECT341083410934110 +CONECT3410934108 +CONECT3411034108 +CONECT341113411234113 +CONECT3411234111 +CONECT3411334111 +CONECT341143411534116 +CONECT3411534114 +CONECT3411634114 +CONECT341173411834119 +CONECT3411834117 +CONECT3411934117 +CONECT341203412134122 +CONECT3412134120 +CONECT3412234120 +CONECT341233412434125 +CONECT3412434123 +CONECT3412534123 +CONECT341263412734128 +CONECT3412734126 +CONECT3412834126 +CONECT341293413034131 +CONECT3413034129 +CONECT3413134129 +CONECT341323413334134 +CONECT3413334132 +CONECT3413434132 +CONECT341353413634137 +CONECT3413634135 +CONECT3413734135 +CONECT341383413934140 +CONECT3413934138 +CONECT3414034138 +CONECT341413414234143 +CONECT3414234141 +CONECT3414334141 +CONECT341443414534146 +CONECT3414534144 +CONECT3414634144 +CONECT341473414834149 +CONECT3414834147 +CONECT3414934147 +CONECT341503415134152 +CONECT3415134150 +CONECT3415234150 +CONECT341533415434155 +CONECT3415434153 +CONECT3415534153 +CONECT341563415734158 +CONECT3415734156 +CONECT3415834156 +CONECT341593416034161 +CONECT3416034159 +CONECT3416134159 +CONECT341623416334164 +CONECT3416334162 +CONECT3416434162 +CONECT341653416634167 +CONECT3416634165 +CONECT3416734165 +CONECT341683416934170 +CONECT3416934168 +CONECT3417034168 +CONECT341713417234173 +CONECT3417234171 +CONECT3417334171 +CONECT341743417534176 +CONECT3417534174 +CONECT3417634174 +CONECT341773417834179 +CONECT3417834177 +CONECT3417934177 +CONECT341803418134182 +CONECT3418134180 +CONECT3418234180 +CONECT341833418434185 +CONECT3418434183 +CONECT3418534183 +CONECT341863418734188 +CONECT3418734186 +CONECT3418834186 +CONECT341893419034191 +CONECT3419034189 +CONECT3419134189 +CONECT341923419334194 +CONECT3419334192 +CONECT3419434192 +CONECT341953419634197 +CONECT3419634195 +CONECT3419734195 +CONECT341983419934200 +CONECT3419934198 +CONECT3420034198 +CONECT342013420234203 +CONECT3420234201 +CONECT3420334201 +CONECT342043420534206 +CONECT3420534204 +CONECT3420634204 +CONECT342073420834209 +CONECT3420834207 +CONECT3420934207 +CONECT342103421134212 +CONECT3421134210 +CONECT3421234210 +CONECT342133421434215 +CONECT3421434213 +CONECT3421534213 +CONECT342163421734218 +CONECT3421734216 +CONECT3421834216 +CONECT342193422034221 +CONECT3422034219 +CONECT3422134219 +CONECT342223422334224 +CONECT3422334222 +CONECT3422434222 +CONECT342253422634227 +CONECT3422634225 +CONECT3422734225 +CONECT342283422934230 +CONECT3422934228 +CONECT3423034228 +CONECT342313423234233 +CONECT3423234231 +CONECT3423334231 +CONECT342343423534236 +CONECT3423534234 +CONECT3423634234 +CONECT342373423834239 +CONECT3423834237 +CONECT3423934237 +CONECT342403424134242 +CONECT3424134240 +CONECT3424234240 +CONECT342433424434245 +CONECT3424434243 +CONECT3424534243 +CONECT342463424734248 +CONECT3424734246 +CONECT3424834246 +CONECT342493425034251 +CONECT3425034249 +CONECT3425134249 +CONECT342523425334254 +CONECT3425334252 +CONECT3425434252 +CONECT342553425634257 +CONECT3425634255 +CONECT3425734255 +CONECT342583425934260 +CONECT3425934258 +CONECT3426034258 +CONECT342613426234263 +CONECT3426234261 +CONECT3426334261 +CONECT342643426534266 +CONECT3426534264 +CONECT3426634264 +CONECT342673426834269 +CONECT3426834267 +CONECT3426934267 +CONECT342703427134272 +CONECT3427134270 +CONECT3427234270 +CONECT342733427434275 +CONECT3427434273 +CONECT3427534273 +CONECT342763427734278 +CONECT3427734276 +CONECT3427834276 +CONECT342793428034281 +CONECT3428034279 +CONECT3428134279 +CONECT342823428334284 +CONECT3428334282 +CONECT3428434282 +CONECT342853428634287 +CONECT3428634285 +CONECT3428734285 +CONECT342883428934290 +CONECT3428934288 +CONECT3429034288 +CONECT342913429234293 +CONECT3429234291 +CONECT3429334291 +CONECT342943429534296 +CONECT3429534294 +CONECT3429634294 +CONECT342973429834299 +CONECT3429834297 +CONECT3429934297 +CONECT343003430134302 +CONECT3430134300 +CONECT3430234300 +CONECT343033430434305 +CONECT3430434303 +CONECT3430534303 +CONECT343063430734308 +CONECT3430734306 +CONECT3430834306 +CONECT343093431034311 +CONECT3431034309 +CONECT3431134309 +CONECT343123431334314 +CONECT3431334312 +CONECT3431434312 +CONECT343153431634317 +CONECT3431634315 +CONECT3431734315 +CONECT343183431934320 +CONECT3431934318 +CONECT3432034318 +CONECT343213432234323 +CONECT3432234321 +CONECT3432334321 +CONECT343243432534326 +CONECT3432534324 +CONECT3432634324 +CONECT343273432834329 +CONECT3432834327 +CONECT3432934327 +CONECT343303433134332 +CONECT3433134330 +CONECT3433234330 +CONECT343333433434335 +CONECT3433434333 +CONECT3433534333 +CONECT343363433734338 +CONECT3433734336 +CONECT3433834336 +CONECT343393434034341 +CONECT3434034339 +CONECT3434134339 +CONECT343423434334344 +CONECT3434334342 +CONECT3434434342 +CONECT343453434634347 +CONECT3434634345 +CONECT3434734345 +CONECT343483434934350 +CONECT3434934348 +CONECT3435034348 +CONECT343513435234353 +CONECT3435234351 +CONECT3435334351 +CONECT343543435534356 +CONECT3435534354 +CONECT3435634354 +CONECT343573435834359 +CONECT3435834357 +CONECT3435934357 +CONECT343603436134362 +CONECT3436134360 +CONECT3436234360 +CONECT343633436434365 +CONECT3436434363 +CONECT3436534363 +CONECT343663436734368 +CONECT3436734366 +CONECT3436834366 +CONECT343693437034371 +CONECT3437034369 +CONECT3437134369 +CONECT343723437334374 +CONECT3437334372 +CONECT3437434372 +CONECT343753437634377 +CONECT3437634375 +CONECT3437734375 +CONECT343783437934380 +CONECT3437934378 +CONECT3438034378 +CONECT343813438234383 +CONECT3438234381 +CONECT3438334381 +CONECT343843438534386 +CONECT3438534384 +CONECT3438634384 +CONECT343873438834389 +CONECT3438834387 +CONECT3438934387 +CONECT343903439134392 +CONECT3439134390 +CONECT3439234390 +CONECT343933439434395 +CONECT3439434393 +CONECT3439534393 +CONECT343963439734398 +CONECT3439734396 +CONECT3439834396 +CONECT343993440034401 +CONECT3440034399 +CONECT3440134399 +CONECT344023440334404 +CONECT3440334402 +CONECT3440434402 +CONECT344053440634407 +CONECT3440634405 +CONECT3440734405 +CONECT344083440934410 +CONECT3440934408 +CONECT3441034408 +CONECT344113441234413 +CONECT3441234411 +CONECT3441334411 +CONECT344143441534416 +CONECT3441534414 +CONECT3441634414 +CONECT344173441834419 +CONECT3441834417 +CONECT3441934417 +CONECT344203442134422 +CONECT3442134420 +CONECT3442234420 +CONECT344233442434425 +CONECT3442434423 +CONECT3442534423 +CONECT344263442734428 +CONECT3442734426 +CONECT3442834426 +CONECT344293443034431 +CONECT3443034429 +CONECT3443134429 +CONECT344323443334434 +CONECT3443334432 +CONECT3443434432 +CONECT344353443634437 +CONECT3443634435 +CONECT3443734435 +CONECT344383443934440 +CONECT3443934438 +CONECT3444034438 +CONECT344413444234443 +CONECT3444234441 +CONECT3444334441 +CONECT344443444534446 +CONECT3444534444 +CONECT3444634444 +CONECT344473444834449 +CONECT3444834447 +CONECT3444934447 +CONECT344503445134452 +CONECT3445134450 +CONECT3445234450 +CONECT344533445434455 +CONECT3445434453 +CONECT3445534453 +CONECT344563445734458 +CONECT3445734456 +CONECT3445834456 +CONECT344593446034461 +CONECT3446034459 +CONECT3446134459 +CONECT344623446334464 +CONECT3446334462 +CONECT3446434462 +CONECT344653446634467 +CONECT3446634465 +CONECT3446734465 +CONECT344683446934470 +CONECT3446934468 +CONECT3447034468 +CONECT344713447234473 +CONECT3447234471 +CONECT3447334471 +CONECT344743447534476 +CONECT3447534474 +CONECT3447634474 +CONECT344773447834479 +CONECT3447834477 +CONECT3447934477 +CONECT344803448134482 +CONECT3448134480 +CONECT3448234480 +CONECT344833448434485 +CONECT3448434483 +CONECT3448534483 +CONECT344863448734488 +CONECT3448734486 +CONECT3448834486 +CONECT344893449034491 +CONECT3449034489 +CONECT3449134489 +CONECT344923449334494 +CONECT3449334492 +CONECT3449434492 +CONECT344953449634497 +CONECT3449634495 +CONECT3449734495 +CONECT344983449934500 +CONECT3449934498 +CONECT3450034498 +CONECT345013450234503 +CONECT3450234501 +CONECT3450334501 +CONECT345043450534506 +CONECT3450534504 +CONECT3450634504 +CONECT345073450834509 +CONECT3450834507 +CONECT3450934507 +CONECT345103451134512 +CONECT3451134510 +CONECT3451234510 +CONECT345133451434515 +CONECT3451434513 +CONECT3451534513 +CONECT345163451734518 +CONECT3451734516 +CONECT3451834516 +CONECT345193452034521 +CONECT3452034519 +CONECT3452134519 +CONECT345223452334524 +CONECT3452334522 +CONECT3452434522 +CONECT345253452634527 +CONECT3452634525 +CONECT3452734525 +CONECT345283452934530 +CONECT3452934528 +CONECT3453034528 +CONECT345313453234533 +CONECT3453234531 +CONECT3453334531 +CONECT345343453534536 +CONECT3453534534 +CONECT3453634534 +CONECT345373453834539 +CONECT3453834537 +CONECT3453934537 +CONECT345403454134542 +CONECT3454134540 +CONECT3454234540 +CONECT345433454434545 +CONECT3454434543 +CONECT3454534543 +CONECT345463454734548 +CONECT3454734546 +CONECT3454834546 +CONECT345493455034551 +CONECT3455034549 +CONECT3455134549 +CONECT345523455334554 +CONECT3455334552 +CONECT3455434552 +CONECT345553455634557 +CONECT3455634555 +CONECT3455734555 +CONECT345583455934560 +CONECT3455934558 +CONECT3456034558 +CONECT345613456234563 +CONECT3456234561 +CONECT3456334561 +CONECT345643456534566 +CONECT3456534564 +CONECT3456634564 +CONECT345673456834569 +CONECT3456834567 +CONECT3456934567 +CONECT345703457134572 +CONECT3457134570 +CONECT3457234570 +CONECT345733457434575 +CONECT3457434573 +CONECT3457534573 +CONECT345763457734578 +CONECT3457734576 +CONECT3457834576 +CONECT345793458034581 +CONECT3458034579 +CONECT3458134579 +CONECT345823458334584 +CONECT3458334582 +CONECT3458434582 +CONECT345853458634587 +CONECT3458634585 +CONECT3458734585 +CONECT345883458934590 +CONECT3458934588 +CONECT3459034588 +CONECT345913459234593 +CONECT3459234591 +CONECT3459334591 +CONECT345943459534596 +CONECT3459534594 +CONECT3459634594 +CONECT345973459834599 +CONECT3459834597 +CONECT3459934597 +CONECT346003460134602 +CONECT3460134600 +CONECT3460234600 +CONECT346033460434605 +CONECT3460434603 +CONECT3460534603 +CONECT346063460734608 +CONECT3460734606 +CONECT3460834606 +CONECT346093461034611 +CONECT3461034609 +CONECT3461134609 +CONECT346123461334614 +CONECT3461334612 +CONECT3461434612 +CONECT346153461634617 +CONECT3461634615 +CONECT3461734615 +CONECT346183461934620 +CONECT3461934618 +CONECT3462034618 +CONECT346213462234623 +CONECT3462234621 +CONECT3462334621 +CONECT346243462534626 +CONECT3462534624 +CONECT3462634624 +CONECT346273462834629 +CONECT3462834627 +CONECT3462934627 +CONECT346303463134632 +CONECT3463134630 +CONECT3463234630 +CONECT346333463434635 +CONECT3463434633 +CONECT3463534633 +CONECT346363463734638 +CONECT3463734636 +CONECT3463834636 +CONECT346393464034641 +CONECT3464034639 +CONECT3464134639 +CONECT346423464334644 +CONECT3464334642 +CONECT3464434642 +CONECT346453464634647 +CONECT3464634645 +CONECT3464734645 +CONECT346483464934650 +CONECT3464934648 +CONECT3465034648 +CONECT346513465234653 +CONECT3465234651 +CONECT3465334651 +CONECT346543465534656 +CONECT3465534654 +CONECT3465634654 +CONECT346573465834659 +CONECT3465834657 +CONECT3465934657 +CONECT346603466134662 +CONECT3466134660 +CONECT3466234660 +CONECT346633466434665 +CONECT3466434663 +CONECT3466534663 +CONECT346663466734668 +CONECT3466734666 +CONECT3466834666 +CONECT346693467034671 +CONECT3467034669 +CONECT3467134669 +CONECT346723467334674 +CONECT3467334672 +CONECT3467434672 +CONECT346753467634677 +CONECT3467634675 +CONECT3467734675 +CONECT346783467934680 +CONECT3467934678 +CONECT3468034678 +CONECT346813468234683 +CONECT3468234681 +CONECT3468334681 +CONECT346843468534686 +CONECT3468534684 +CONECT3468634684 +CONECT346873468834689 +CONECT3468834687 +CONECT3468934687 +CONECT346903469134692 +CONECT3469134690 +CONECT3469234690 +CONECT346933469434695 +CONECT3469434693 +CONECT3469534693 +CONECT346963469734698 +CONECT3469734696 +CONECT3469834696 +CONECT346993470034701 +CONECT3470034699 +CONECT3470134699 +CONECT347023470334704 +CONECT3470334702 +CONECT3470434702 +CONECT347053470634707 +CONECT3470634705 +CONECT3470734705 +CONECT347083470934710 +CONECT3470934708 +CONECT3471034708 +CONECT347113471234713 +CONECT3471234711 +CONECT3471334711 +CONECT347143471534716 +CONECT3471534714 +CONECT3471634714 +CONECT347173471834719 +CONECT3471834717 +CONECT3471934717 +CONECT347203472134722 +CONECT3472134720 +CONECT3472234720 +CONECT347233472434725 +CONECT3472434723 +CONECT3472534723 +CONECT347263472734728 +CONECT3472734726 +CONECT3472834726 +CONECT347293473034731 +CONECT3473034729 +CONECT3473134729 +CONECT347323473334734 +CONECT3473334732 +CONECT3473434732 +CONECT347353473634737 +CONECT3473634735 +CONECT3473734735 +CONECT347383473934740 +CONECT3473934738 +CONECT3474034738 +CONECT347413474234743 +CONECT3474234741 +CONECT3474334741 +CONECT347443474534746 +CONECT3474534744 +CONECT3474634744 +CONECT347473474834749 +CONECT3474834747 +CONECT3474934747 +CONECT347503475134752 +CONECT3475134750 +CONECT3475234750 +CONECT347533475434755 +CONECT3475434753 +CONECT3475534753 +CONECT347563475734758 +CONECT3475734756 +CONECT3475834756 +CONECT347593476034761 +CONECT3476034759 +CONECT3476134759 +CONECT347623476334764 +CONECT3476334762 +CONECT3476434762 +CONECT347653476634767 +CONECT3476634765 +CONECT3476734765 +CONECT347683476934770 +CONECT3476934768 +CONECT3477034768 +CONECT347713477234773 +CONECT3477234771 +CONECT3477334771 +CONECT347743477534776 +CONECT3477534774 +CONECT3477634774 +CONECT347773477834779 +CONECT3477834777 +CONECT3477934777 +CONECT347803478134782 +CONECT3478134780 +CONECT3478234780 +CONECT347833478434785 +CONECT3478434783 +CONECT3478534783 +CONECT347863478734788 +CONECT3478734786 +CONECT3478834786 +CONECT347893479034791 +CONECT3479034789 +CONECT3479134789 +CONECT347923479334794 +CONECT3479334792 +CONECT3479434792 +CONECT347953479634797 +CONECT3479634795 +CONECT3479734795 +CONECT347983479934800 +CONECT3479934798 +CONECT3480034798 +CONECT348013480234803 +CONECT3480234801 +CONECT3480334801 +CONECT348043480534806 +CONECT3480534804 +CONECT3480634804 +CONECT348073480834809 +CONECT3480834807 +CONECT3480934807 +CONECT348103481134812 +CONECT3481134810 +CONECT3481234810 +CONECT348133481434815 +CONECT3481434813 +CONECT3481534813 +CONECT348163481734818 +CONECT3481734816 +CONECT3481834816 +CONECT348193482034821 +CONECT3482034819 +CONECT3482134819 +CONECT348223482334824 +CONECT3482334822 +CONECT3482434822 +CONECT348253482634827 +CONECT3482634825 +CONECT3482734825 +CONECT348283482934830 +CONECT3482934828 +CONECT3483034828 +CONECT348313483234833 +CONECT3483234831 +CONECT3483334831 +CONECT348343483534836 +CONECT3483534834 +CONECT3483634834 +CONECT348373483834839 +CONECT3483834837 +CONECT3483934837 +CONECT348403484134842 +CONECT3484134840 +CONECT3484234840 +CONECT348433484434845 +CONECT3484434843 +CONECT3484534843 +CONECT348463484734848 +CONECT3484734846 +CONECT3484834846 +CONECT348493485034851 +CONECT3485034849 +CONECT3485134849 +CONECT348523485334854 +CONECT3485334852 +CONECT3485434852 +CONECT348553485634857 +CONECT3485634855 +CONECT3485734855 +CONECT348583485934860 +CONECT3485934858 +CONECT3486034858 +CONECT348613486234863 +CONECT3486234861 +CONECT3486334861 +CONECT348643486534866 +CONECT3486534864 +CONECT3486634864 +CONECT348673486834869 +CONECT3486834867 +CONECT3486934867 +CONECT348703487134872 +CONECT3487134870 +CONECT3487234870 +CONECT348733487434875 +CONECT3487434873 +CONECT3487534873 +CONECT348763487734878 +CONECT3487734876 +CONECT3487834876 +CONECT348793488034881 +CONECT3488034879 +CONECT3488134879 +CONECT348823488334884 +CONECT3488334882 +CONECT3488434882 +CONECT348853488634887 +CONECT3488634885 +CONECT3488734885 +CONECT348883488934890 +CONECT3488934888 +CONECT3489034888 +CONECT348913489234893 +CONECT3489234891 +CONECT3489334891 +CONECT348943489534896 +CONECT3489534894 +CONECT3489634894 +CONECT348973489834899 +CONECT3489834897 +CONECT3489934897 +CONECT349003490134902 +CONECT3490134900 +CONECT3490234900 +CONECT349033490434905 +CONECT3490434903 +CONECT3490534903 +CONECT349063490734908 +CONECT3490734906 +CONECT3490834906 +CONECT349093491034911 +CONECT3491034909 +CONECT3491134909 +CONECT349123491334914 +CONECT3491334912 +CONECT3491434912 +CONECT349153491634917 +CONECT3491634915 +CONECT3491734915 +CONECT349183491934920 +CONECT3491934918 +CONECT3492034918 +CONECT349213492234923 +CONECT3492234921 +CONECT3492334921 +CONECT349243492534926 +CONECT3492534924 +CONECT3492634924 +CONECT349273492834929 +CONECT3492834927 +CONECT3492934927 +CONECT349303493134932 +CONECT3493134930 +CONECT3493234930 +CONECT349333493434935 +CONECT3493434933 +CONECT3493534933 +CONECT349363493734938 +CONECT3493734936 +CONECT3493834936 +CONECT349393494034941 +CONECT3494034939 +CONECT3494134939 +CONECT349423494334944 +CONECT3494334942 +CONECT3494434942 +CONECT349453494634947 +CONECT3494634945 +CONECT3494734945 +CONECT349483494934950 +CONECT3494934948 +CONECT3495034948 +CONECT349513495234953 +CONECT3495234951 +CONECT3495334951 +CONECT349543495534956 +CONECT3495534954 +CONECT3495634954 +CONECT349573495834959 +CONECT3495834957 +CONECT3495934957 +CONECT349603496134962 +CONECT3496134960 +CONECT3496234960 +CONECT349633496434965 +CONECT3496434963 +CONECT3496534963 +CONECT349663496734968 +CONECT3496734966 +CONECT3496834966 +CONECT349693497034971 +CONECT3497034969 +CONECT3497134969 +CONECT349723497334974 +CONECT3497334972 +CONECT3497434972 +CONECT349753497634977 +CONECT3497634975 +CONECT3497734975 +CONECT349783497934980 +CONECT3497934978 +CONECT3498034978 +CONECT349813498234983 +CONECT3498234981 +CONECT3498334981 +CONECT349843498534986 +CONECT3498534984 +CONECT3498634984 +CONECT349873498834989 +CONECT3498834987 +CONECT3498934987 +CONECT349903499134992 +CONECT3499134990 +CONECT3499234990 +CONECT349933499434995 +CONECT3499434993 +CONECT3499534993 +CONECT349963499734998 +CONECT3499734996 +CONECT3499834996 +CONECT349993500035001 +CONECT3500034999 +CONECT3500134999 +CONECT350023500335004 +CONECT3500335002 +CONECT3500435002 +CONECT350053500635007 +CONECT3500635005 +CONECT3500735005 +CONECT350083500935010 +CONECT3500935008 +CONECT3501035008 +CONECT350113501235013 +CONECT3501235011 +CONECT3501335011 +CONECT350143501535016 +CONECT3501535014 +CONECT3501635014 +CONECT350173501835019 +CONECT3501835017 +CONECT3501935017 +CONECT350203502135022 +CONECT3502135020 +CONECT3502235020 +CONECT350233502435025 +CONECT3502435023 +CONECT3502535023 +CONECT350263502735028 +CONECT3502735026 +CONECT3502835026 +CONECT350293503035031 +CONECT3503035029 +CONECT3503135029 +CONECT350323503335034 +CONECT3503335032 +CONECT3503435032 +CONECT350353503635037 +CONECT3503635035 +CONECT3503735035 +CONECT350383503935040 +CONECT3503935038 +CONECT3504035038 +CONECT350413504235043 +CONECT3504235041 +CONECT3504335041 +CONECT350443504535046 +CONECT3504535044 +CONECT3504635044 +CONECT350473504835049 +CONECT3504835047 +CONECT3504935047 +CONECT350503505135052 +CONECT3505135050 +CONECT3505235050 +CONECT350533505435055 +CONECT3505435053 +CONECT3505535053 +CONECT350563505735058 +CONECT3505735056 +CONECT3505835056 +CONECT350593506035061 +CONECT3506035059 +CONECT3506135059 +CONECT350623506335064 +CONECT3506335062 +CONECT3506435062 +CONECT350653506635067 +CONECT3506635065 +CONECT3506735065 +CONECT350683506935070 +CONECT3506935068 +CONECT3507035068 +CONECT350713507235073 +CONECT3507235071 +CONECT3507335071 +CONECT350743507535076 +CONECT3507535074 +CONECT3507635074 +CONECT350773507835079 +CONECT3507835077 +CONECT3507935077 +CONECT350803508135082 +CONECT3508135080 +CONECT3508235080 +CONECT350833508435085 +CONECT3508435083 +CONECT3508535083 +CONECT350863508735088 +CONECT3508735086 +CONECT3508835086 +CONECT350893509035091 +CONECT3509035089 +CONECT3509135089 +CONECT350923509335094 +CONECT3509335092 +CONECT3509435092 +CONECT350953509635097 +CONECT3509635095 +CONECT3509735095 +CONECT350983509935100 +CONECT3509935098 +CONECT3510035098 +CONECT351013510235103 +CONECT3510235101 +CONECT3510335101 +CONECT351043510535106 +CONECT3510535104 +CONECT3510635104 +CONECT351073510835109 +CONECT3510835107 +CONECT3510935107 +CONECT351103511135112 +CONECT3511135110 +CONECT3511235110 +CONECT351133511435115 +CONECT3511435113 +CONECT3511535113 +CONECT351163511735118 +CONECT3511735116 +CONECT3511835116 +CONECT351193512035121 +CONECT3512035119 +CONECT3512135119 +CONECT351223512335124 +CONECT3512335122 +CONECT3512435122 +CONECT351253512635127 +CONECT3512635125 +CONECT3512735125 +CONECT351283512935130 +CONECT3512935128 +CONECT3513035128 +CONECT351313513235133 +CONECT3513235131 +CONECT3513335131 +CONECT351343513535136 +CONECT3513535134 +CONECT3513635134 +CONECT351373513835139 +CONECT3513835137 +CONECT3513935137 +CONECT351403514135142 +CONECT3514135140 +CONECT3514235140 +CONECT351433514435145 +CONECT3514435143 +CONECT3514535143 +CONECT351463514735148 +CONECT3514735146 +CONECT3514835146 +CONECT351493515035151 +CONECT3515035149 +CONECT3515135149 +CONECT351523515335154 +CONECT3515335152 +CONECT3515435152 +CONECT351553515635157 +CONECT3515635155 +CONECT3515735155 +CONECT351583515935160 +CONECT3515935158 +CONECT3516035158 +CONECT351613516235163 +CONECT3516235161 +CONECT3516335161 +CONECT351643516535166 +CONECT3516535164 +CONECT3516635164 +CONECT351673516835169 +CONECT3516835167 +CONECT3516935167 +CONECT351703517135172 +CONECT3517135170 +CONECT3517235170 +CONECT351733517435175 +CONECT3517435173 +CONECT3517535173 +CONECT351763517735178 +CONECT3517735176 +CONECT3517835176 +CONECT351793518035181 +CONECT3518035179 +CONECT3518135179 +CONECT351823518335184 +CONECT3518335182 +CONECT3518435182 +CONECT351853518635187 +CONECT3518635185 +CONECT3518735185 +CONECT351883518935190 +CONECT3518935188 +CONECT3519035188 +CONECT351913519235193 +CONECT3519235191 +CONECT3519335191 +CONECT351943519535196 +CONECT3519535194 +CONECT3519635194 +CONECT351973519835199 +CONECT3519835197 +CONECT3519935197 +CONECT352003520135202 +CONECT3520135200 +CONECT3520235200 +CONECT352033520435205 +CONECT3520435203 +CONECT3520535203 +CONECT352063520735208 +CONECT3520735206 +CONECT3520835206 +CONECT352093521035211 +CONECT3521035209 +CONECT3521135209 +CONECT352123521335214 +CONECT3521335212 +CONECT3521435212 +CONECT352153521635217 +CONECT3521635215 +CONECT3521735215 +CONECT352183521935220 +CONECT3521935218 +CONECT3522035218 +CONECT352213522235223 +CONECT3522235221 +CONECT3522335221 +CONECT352243522535226 +CONECT3522535224 +CONECT3522635224 +CONECT352273522835229 +CONECT3522835227 +CONECT3522935227 +CONECT352303523135232 +CONECT3523135230 +CONECT3523235230 +CONECT352333523435235 +CONECT3523435233 +CONECT3523535233 +CONECT352363523735238 +CONECT3523735236 +CONECT3523835236 +CONECT352393524035241 +CONECT3524035239 +CONECT3524135239 +CONECT352423524335244 +CONECT3524335242 +CONECT3524435242 +CONECT352453524635247 +CONECT3524635245 +CONECT3524735245 +CONECT352483524935250 +CONECT3524935248 +CONECT3525035248 +CONECT352513525235253 +CONECT3525235251 +CONECT3525335251 +CONECT352543525535256 +CONECT3525535254 +CONECT3525635254 +CONECT352573525835259 +CONECT3525835257 +CONECT3525935257 +CONECT352603526135262 +CONECT3526135260 +CONECT3526235260 +CONECT352633526435265 +CONECT3526435263 +CONECT3526535263 +CONECT352663526735268 +CONECT3526735266 +CONECT3526835266 +CONECT352693527035271 +CONECT3527035269 +CONECT3527135269 +CONECT352723527335274 +CONECT3527335272 +CONECT3527435272 +CONECT352753527635277 +CONECT3527635275 +CONECT3527735275 +CONECT352783527935280 +CONECT3527935278 +CONECT3528035278 +CONECT352813528235283 +CONECT3528235281 +CONECT3528335281 +CONECT352843528535286 +CONECT3528535284 +CONECT3528635284 +CONECT352873528835289 +CONECT3528835287 +CONECT3528935287 +CONECT352903529135292 +CONECT3529135290 +CONECT3529235290 +CONECT352933529435295 +CONECT3529435293 +CONECT3529535293 +CONECT352963529735298 +CONECT3529735296 +CONECT3529835296 +CONECT352993530035301 +CONECT3530035299 +CONECT3530135299 +CONECT353023530335304 +CONECT3530335302 +CONECT3530435302 +CONECT353053530635307 +CONECT3530635305 +CONECT3530735305 +CONECT353083530935310 +CONECT3530935308 +CONECT3531035308 +CONECT353113531235313 +CONECT3531235311 +CONECT3531335311 +CONECT353143531535316 +CONECT3531535314 +CONECT3531635314 +CONECT353173531835319 +CONECT3531835317 +CONECT3531935317 +CONECT353203532135322 +CONECT3532135320 +CONECT3532235320 +CONECT353233532435325 +CONECT3532435323 +CONECT3532535323 +CONECT353263532735328 +CONECT3532735326 +CONECT3532835326 +CONECT353293533035331 +CONECT3533035329 +CONECT3533135329 +CONECT353323533335334 +CONECT3533335332 +CONECT3533435332 +CONECT353353533635337 +CONECT3533635335 +CONECT3533735335 +CONECT353383533935340 +CONECT3533935338 +CONECT3534035338 +CONECT353413534235343 +CONECT3534235341 +CONECT3534335341 +CONECT353443534535346 +CONECT3534535344 +CONECT3534635344 +CONECT353473534835349 +CONECT3534835347 +CONECT3534935347 +CONECT353503535135352 +CONECT3535135350 +CONECT3535235350 +CONECT353533535435355 +CONECT3535435353 +CONECT3535535353 +CONECT353563535735358 +CONECT3535735356 +CONECT3535835356 +CONECT353593536035361 +CONECT3536035359 +CONECT3536135359 +CONECT353623536335364 +CONECT3536335362 +CONECT3536435362 +CONECT353653536635367 +CONECT3536635365 +CONECT3536735365 +CONECT353683536935370 +CONECT3536935368 +CONECT3537035368 +CONECT353713537235373 +CONECT3537235371 +CONECT3537335371 +CONECT353743537535376 +CONECT3537535374 +CONECT3537635374 +CONECT353773537835379 +CONECT3537835377 +CONECT3537935377 +CONECT353803538135382 +CONECT3538135380 +CONECT3538235380 +CONECT353833538435385 +CONECT3538435383 +CONECT3538535383 +CONECT353863538735388 +CONECT3538735386 +CONECT3538835386 +CONECT353893539035391 +CONECT3539035389 +CONECT3539135389 +CONECT353923539335394 +CONECT3539335392 +CONECT3539435392 +CONECT353953539635397 +CONECT3539635395 +CONECT3539735395 +CONECT353983539935400 +CONECT3539935398 +CONECT3540035398 +CONECT354013540235403 +CONECT3540235401 +CONECT3540335401 +CONECT354043540535406 +CONECT3540535404 +CONECT3540635404 +CONECT354073540835409 +CONECT3540835407 +CONECT3540935407 +CONECT354103541135412 +CONECT3541135410 +CONECT3541235410 +CONECT354133541435415 +CONECT3541435413 +CONECT3541535413 +CONECT354163541735418 +CONECT3541735416 +CONECT3541835416 +CONECT354193542035421 +CONECT3542035419 +CONECT3542135419 +CONECT354223542335424 +CONECT3542335422 +CONECT3542435422 +CONECT354253542635427 +CONECT3542635425 +CONECT3542735425 +CONECT354283542935430 +CONECT3542935428 +CONECT3543035428 +CONECT354313543235433 +CONECT3543235431 +CONECT3543335431 +CONECT354343543535436 +CONECT3543535434 +CONECT3543635434 +CONECT354373543835439 +CONECT3543835437 +CONECT3543935437 +CONECT354403544135442 +CONECT3544135440 +CONECT3544235440 +CONECT354433544435445 +CONECT3544435443 +CONECT3544535443 +CONECT354463544735448 +CONECT3544735446 +CONECT3544835446 +CONECT354493545035451 +CONECT3545035449 +CONECT3545135449 +CONECT354523545335454 +CONECT3545335452 +CONECT3545435452 +CONECT354553545635457 +CONECT3545635455 +CONECT3545735455 +CONECT354583545935460 +CONECT3545935458 +CONECT3546035458 +CONECT354613546235463 +CONECT3546235461 +CONECT3546335461 +CONECT354643546535466 +CONECT3546535464 +CONECT3546635464 +CONECT354673546835469 +CONECT3546835467 +CONECT3546935467 +CONECT354703547135472 +CONECT3547135470 +CONECT3547235470 +CONECT354733547435475 +CONECT3547435473 +CONECT3547535473 +CONECT354763547735478 +CONECT3547735476 +CONECT3547835476 +CONECT354793548035481 +CONECT3548035479 +CONECT3548135479 +CONECT354823548335484 +CONECT3548335482 +CONECT3548435482 +CONECT354853548635487 +CONECT3548635485 +CONECT3548735485 +CONECT354883548935490 +CONECT3548935488 +CONECT3549035488 +CONECT354913549235493 +CONECT3549235491 +CONECT3549335491 +CONECT354943549535496 +CONECT3549535494 +CONECT3549635494 +CONECT354973549835499 +CONECT3549835497 +CONECT3549935497 +CONECT355003550135502 +CONECT3550135500 +CONECT3550235500 +CONECT355033550435505 +CONECT3550435503 +CONECT3550535503 +CONECT355063550735508 +CONECT3550735506 +CONECT3550835506 +CONECT355093551035511 +CONECT3551035509 +CONECT3551135509 +CONECT355123551335514 +CONECT3551335512 +CONECT3551435512 +CONECT355153551635517 +CONECT3551635515 +CONECT3551735515 +CONECT355183551935520 +CONECT3551935518 +CONECT3552035518 +CONECT355213552235523 +CONECT3552235521 +CONECT3552335521 +CONECT355243552535526 +CONECT3552535524 +CONECT3552635524 +CONECT355273552835529 +CONECT3552835527 +CONECT3552935527 +CONECT355303553135532 +CONECT3553135530 +CONECT3553235530 +CONECT355333553435535 +CONECT3553435533 +CONECT3553535533 +CONECT355363553735538 +CONECT3553735536 +CONECT3553835536 +CONECT355393554035541 +CONECT3554035539 +CONECT3554135539 +CONECT355423554335544 +CONECT3554335542 +CONECT3554435542 +CONECT355453554635547 +CONECT3554635545 +CONECT3554735545 +CONECT355483554935550 +CONECT3554935548 +CONECT3555035548 +CONECT355513555235553 +CONECT3555235551 +CONECT3555335551 +CONECT355543555535556 +CONECT3555535554 +CONECT3555635554 +CONECT355573555835559 +CONECT3555835557 +CONECT3555935557 +CONECT355603556135562 +CONECT3556135560 +CONECT3556235560 +CONECT355633556435565 +CONECT3556435563 +CONECT3556535563 +CONECT355663556735568 +CONECT3556735566 +CONECT3556835566 +CONECT355693557035571 +CONECT3557035569 +CONECT3557135569 +CONECT355723557335574 +CONECT3557335572 +CONECT3557435572 +CONECT355753557635577 +CONECT3557635575 +CONECT3557735575 +CONECT355783557935580 +CONECT3557935578 +CONECT3558035578 +CONECT355813558235583 +CONECT3558235581 +CONECT3558335581 +CONECT355843558535586 +CONECT3558535584 +CONECT3558635584 +CONECT355873558835589 +CONECT3558835587 +CONECT3558935587 +CONECT355903559135592 +CONECT3559135590 +CONECT3559235590 +CONECT355933559435595 +CONECT3559435593 +CONECT3559535593 +CONECT355963559735598 +CONECT3559735596 +CONECT3559835596 +CONECT355993560035601 +CONECT3560035599 +CONECT3560135599 +CONECT356023560335604 +CONECT3560335602 +CONECT3560435602 +CONECT356053560635607 +CONECT3560635605 +CONECT3560735605 +CONECT356083560935610 +CONECT3560935608 +CONECT3561035608 +CONECT356113561235613 +CONECT3561235611 +CONECT3561335611 +CONECT356143561535616 +CONECT3561535614 +CONECT3561635614 +CONECT356173561835619 +CONECT3561835617 +CONECT3561935617 +CONECT356203562135622 +CONECT3562135620 +CONECT3562235620 +CONECT356233562435625 +CONECT3562435623 +CONECT3562535623 +CONECT356263562735628 +CONECT3562735626 +CONECT3562835626 +CONECT356293563035631 +CONECT3563035629 +CONECT3563135629 +CONECT356323563335634 +CONECT3563335632 +CONECT3563435632 +CONECT356353563635637 +CONECT3563635635 +CONECT3563735635 +CONECT356383563935640 +CONECT3563935638 +CONECT3564035638 +CONECT356413564235643 +CONECT3564235641 +CONECT3564335641 +CONECT356443564535646 +CONECT3564535644 +CONECT3564635644 +CONECT356473564835649 +CONECT3564835647 +CONECT3564935647 +CONECT356503565135652 +CONECT3565135650 +CONECT3565235650 +CONECT356533565435655 +CONECT3565435653 +CONECT3565535653 +CONECT356563565735658 +CONECT3565735656 +CONECT3565835656 +CONECT356593566035661 +CONECT3566035659 +CONECT3566135659 +CONECT356623566335664 +CONECT3566335662 +CONECT3566435662 +CONECT356653566635667 +CONECT3566635665 +CONECT3566735665 +CONECT356683566935670 +CONECT3566935668 +CONECT3567035668 +CONECT356713567235673 +CONECT3567235671 +CONECT3567335671 +CONECT356743567535676 +CONECT3567535674 +CONECT3567635674 +CONECT356773567835679 +CONECT3567835677 +CONECT3567935677 +CONECT356803568135682 +CONECT3568135680 +CONECT3568235680 +CONECT356833568435685 +CONECT3568435683 +CONECT3568535683 +CONECT356863568735688 +CONECT3568735686 +CONECT3568835686 +CONECT356893569035691 +CONECT3569035689 +CONECT3569135689 +CONECT356923569335694 +CONECT3569335692 +CONECT3569435692 +CONECT356953569635697 +CONECT3569635695 +CONECT3569735695 +CONECT356983569935700 +CONECT3569935698 +CONECT3570035698 +CONECT357013570235703 +CONECT3570235701 +CONECT3570335701 +CONECT357043570535706 +CONECT3570535704 +CONECT3570635704 +CONECT357073570835709 +CONECT3570835707 +CONECT3570935707 +CONECT357103571135712 +CONECT3571135710 +CONECT3571235710 +CONECT357133571435715 +CONECT3571435713 +CONECT3571535713 +CONECT357163571735718 +CONECT3571735716 +CONECT3571835716 +CONECT357193572035721 +CONECT3572035719 +CONECT3572135719 +CONECT357223572335724 +CONECT3572335722 +CONECT3572435722 +CONECT357253572635727 +CONECT3572635725 +CONECT3572735725 +CONECT357283572935730 +CONECT3572935728 +CONECT3573035728 +CONECT357313573235733 +CONECT3573235731 +CONECT3573335731 +CONECT357343573535736 +CONECT3573535734 +CONECT3573635734 +CONECT357373573835739 +CONECT3573835737 +CONECT3573935737 +CONECT357403574135742 +CONECT3574135740 +CONECT3574235740 +CONECT357433574435745 +CONECT3574435743 +CONECT3574535743 +CONECT357463574735748 +CONECT3574735746 +CONECT3574835746 +CONECT357493575035751 +CONECT3575035749 +CONECT3575135749 +CONECT357523575335754 +CONECT3575335752 +CONECT3575435752 +CONECT357553575635757 +CONECT3575635755 +CONECT3575735755 +CONECT357583575935760 +CONECT3575935758 +CONECT3576035758 +CONECT357613576235763 +CONECT3576235761 +CONECT3576335761 +CONECT357643576535766 +CONECT3576535764 +CONECT3576635764 +CONECT357673576835769 +CONECT3576835767 +CONECT3576935767 +CONECT357703577135772 +CONECT3577135770 +CONECT3577235770 +CONECT357733577435775 +CONECT3577435773 +CONECT3577535773 +CONECT357763577735778 +CONECT3577735776 +CONECT3577835776 +CONECT357793578035781 +CONECT3578035779 +CONECT3578135779 +CONECT357823578335784 +CONECT3578335782 +CONECT3578435782 +CONECT357853578635787 +CONECT3578635785 +CONECT3578735785 +CONECT357883578935790 +CONECT3578935788 +CONECT3579035788 +CONECT357913579235793 +CONECT3579235791 +CONECT3579335791 +CONECT357943579535796 +CONECT3579535794 +CONECT3579635794 +CONECT357973579835799 +CONECT3579835797 +CONECT3579935797 +CONECT358003580135802 +CONECT3580135800 +CONECT3580235800 +CONECT358033580435805 +CONECT3580435803 +CONECT3580535803 +CONECT358063580735808 +CONECT3580735806 +CONECT3580835806 +CONECT358093581035811 +CONECT3581035809 +CONECT3581135809 +CONECT358123581335814 +CONECT3581335812 +CONECT3581435812 +CONECT358153581635817 +CONECT3581635815 +CONECT3581735815 +CONECT358183581935820 +CONECT3581935818 +CONECT3582035818 +CONECT358213582235823 +CONECT3582235821 +CONECT3582335821 +CONECT358243582535826 +CONECT3582535824 +CONECT3582635824 +CONECT358273582835829 +CONECT3582835827 +CONECT3582935827 +CONECT358303583135832 +CONECT3583135830 +CONECT3583235830 +CONECT358333583435835 +CONECT3583435833 +CONECT3583535833 +CONECT358363583735838 +CONECT3583735836 +CONECT3583835836 +CONECT358393584035841 +CONECT3584035839 +CONECT3584135839 +CONECT358423584335844 +CONECT3584335842 +CONECT3584435842 +CONECT358453584635847 +CONECT3584635845 +CONECT3584735845 +CONECT358483584935850 +CONECT3584935848 +CONECT3585035848 +CONECT358513585235853 +CONECT3585235851 +CONECT3585335851 +CONECT358543585535856 +CONECT3585535854 +CONECT3585635854 +CONECT358573585835859 +CONECT3585835857 +CONECT3585935857 +CONECT358603586135862 +CONECT3586135860 +CONECT3586235860 +CONECT358633586435865 +CONECT3586435863 +CONECT3586535863 +CONECT358663586735868 +CONECT3586735866 +CONECT3586835866 +CONECT358693587035871 +CONECT3587035869 +CONECT3587135869 +CONECT358723587335874 +CONECT3587335872 +CONECT3587435872 +CONECT358753587635877 +CONECT3587635875 +CONECT3587735875 +CONECT358783587935880 +CONECT3587935878 +CONECT3588035878 +CONECT358813588235883 +CONECT3588235881 +CONECT3588335881 +CONECT358843588535886 +CONECT3588535884 +CONECT3588635884 +CONECT358873588835889 +CONECT3588835887 +CONECT3588935887 +CONECT358903589135892 +CONECT3589135890 +CONECT3589235890 +CONECT358933589435895 +CONECT3589435893 +CONECT3589535893 +CONECT358963589735898 +CONECT3589735896 +CONECT3589835896 +CONECT358993590035901 +CONECT3590035899 +CONECT3590135899 +CONECT359023590335904 +CONECT3590335902 +CONECT3590435902 +CONECT359053590635907 +CONECT3590635905 +CONECT3590735905 +CONECT359083590935910 +CONECT3590935908 +CONECT3591035908 +CONECT359113591235913 +CONECT3591235911 +CONECT3591335911 +CONECT359143591535916 +CONECT3591535914 +CONECT3591635914 +CONECT359173591835919 +CONECT3591835917 +CONECT3591935917 +CONECT359203592135922 +CONECT3592135920 +CONECT3592235920 +CONECT359233592435925 +CONECT3592435923 +CONECT3592535923 +CONECT359263592735928 +CONECT3592735926 +CONECT3592835926 +CONECT359293593035931 +CONECT3593035929 +CONECT3593135929 +CONECT359323593335934 +CONECT3593335932 +CONECT3593435932 +CONECT359353593635937 +CONECT3593635935 +CONECT3593735935 +CONECT359383593935940 +CONECT3593935938 +CONECT3594035938 +CONECT359413594235943 +CONECT3594235941 +CONECT3594335941 +CONECT359443594535946 +CONECT3594535944 +CONECT3594635944 +CONECT359473594835949 +CONECT3594835947 +CONECT3594935947 +CONECT359503595135952 +CONECT3595135950 +CONECT3595235950 +CONECT359533595435955 +CONECT3595435953 +CONECT3595535953 +CONECT359563595735958 +CONECT3595735956 +CONECT3595835956 +CONECT359593596035961 +CONECT3596035959 +CONECT3596135959 +CONECT359623596335964 +CONECT3596335962 +CONECT3596435962 +CONECT359653596635967 +CONECT3596635965 +CONECT3596735965 +CONECT359683596935970 +CONECT3596935968 +CONECT3597035968 +CONECT359713597235973 +CONECT3597235971 +CONECT3597335971 +CONECT359743597535976 +CONECT3597535974 +CONECT3597635974 +CONECT359773597835979 +CONECT3597835977 +CONECT3597935977 +CONECT359803598135982 +CONECT3598135980 +CONECT3598235980 +CONECT359833598435985 +CONECT3598435983 +CONECT3598535983 +CONECT359863598735988 +CONECT3598735986 +CONECT3598835986 +CONECT359893599035991 +CONECT3599035989 +CONECT3599135989 +CONECT359923599335994 +CONECT3599335992 +CONECT3599435992 +CONECT359953599635997 +CONECT3599635995 +CONECT3599735995 +CONECT359983599936000 +CONECT3599935998 +CONECT3600035998 +CONECT360013600236003 +CONECT3600236001 +CONECT3600336001 +CONECT360043600536006 +CONECT3600536004 +CONECT3600636004 +CONECT360073600836009 +CONECT3600836007 +CONECT3600936007 +CONECT360103601136012 +CONECT3601136010 +CONECT3601236010 +CONECT360133601436015 +CONECT3601436013 +CONECT3601536013 +CONECT360163601736018 +CONECT3601736016 +CONECT3601836016 +CONECT360193602036021 +CONECT3602036019 +CONECT3602136019 +CONECT360223602336024 +CONECT3602336022 +CONECT3602436022 +CONECT360253602636027 +CONECT3602636025 +CONECT3602736025 +CONECT360283602936030 +CONECT3602936028 +CONECT3603036028 +CONECT360313603236033 +CONECT3603236031 +CONECT3603336031 +CONECT360343603536036 +CONECT3603536034 +CONECT3603636034 +CONECT360373603836039 +CONECT3603836037 +CONECT3603936037 +CONECT360403604136042 +CONECT3604136040 +CONECT3604236040 +CONECT360433604436045 +CONECT3604436043 +CONECT3604536043 +CONECT360463604736048 +CONECT3604736046 +CONECT3604836046 +CONECT360493605036051 +CONECT3605036049 +CONECT3605136049 +CONECT360523605336054 +CONECT3605336052 +CONECT3605436052 +CONECT360553605636057 +CONECT3605636055 +CONECT3605736055 +CONECT360583605936060 +CONECT3605936058 +CONECT3606036058 +CONECT360613606236063 +CONECT3606236061 +CONECT3606336061 +CONECT360643606536066 +CONECT3606536064 +CONECT3606636064 +CONECT360673606836069 +CONECT3606836067 +CONECT3606936067 +CONECT360703607136072 +CONECT3607136070 +CONECT3607236070 +CONECT360733607436075 +CONECT3607436073 +CONECT3607536073 +CONECT360763607736078 +CONECT3607736076 +CONECT3607836076 +CONECT360793608036081 +CONECT3608036079 +CONECT3608136079 +CONECT360823608336084 +CONECT3608336082 +CONECT3608436082 +CONECT360853608636087 +CONECT3608636085 +CONECT3608736085 +CONECT360883608936090 +CONECT3608936088 +CONECT3609036088 +CONECT360913609236093 +CONECT3609236091 +CONECT3609336091 +CONECT360943609536096 +CONECT3609536094 +CONECT3609636094 +CONECT360973609836099 +CONECT3609836097 +CONECT3609936097 +CONECT361003610136102 +CONECT3610136100 +CONECT3610236100 +CONECT361033610436105 +CONECT3610436103 +CONECT3610536103 +CONECT361063610736108 +CONECT3610736106 +CONECT3610836106 +CONECT361093611036111 +CONECT3611036109 +CONECT3611136109 +CONECT361123611336114 +CONECT3611336112 +CONECT3611436112 +CONECT361153611636117 +CONECT3611636115 +CONECT3611736115 +CONECT361183611936120 +CONECT3611936118 +CONECT3612036118 +CONECT361213612236123 +CONECT3612236121 +CONECT3612336121 +CONECT361243612536126 +CONECT3612536124 +CONECT3612636124 +CONECT361273612836129 +CONECT3612836127 +CONECT3612936127 +CONECT361303613136132 +CONECT3613136130 +CONECT3613236130 +CONECT361333613436135 +CONECT3613436133 +CONECT3613536133 +CONECT361363613736138 +CONECT3613736136 +CONECT3613836136 +CONECT361393614036141 +CONECT3614036139 +CONECT3614136139 +CONECT361423614336144 +CONECT3614336142 +CONECT3614436142 +CONECT361453614636147 +CONECT3614636145 +CONECT3614736145 +CONECT361483614936150 +CONECT3614936148 +CONECT3615036148 +CONECT361513615236153 +CONECT3615236151 +CONECT3615336151 +CONECT361543615536156 +CONECT3615536154 +CONECT3615636154 +CONECT361573615836159 +CONECT3615836157 +CONECT3615936157 +CONECT361603616136162 +CONECT3616136160 +CONECT3616236160 +CONECT361633616436165 +CONECT3616436163 +CONECT3616536163 +CONECT361663616736168 +CONECT3616736166 +CONECT3616836166 +CONECT361693617036171 +CONECT3617036169 +CONECT3617136169 +CONECT361723617336174 +CONECT3617336172 +CONECT3617436172 +CONECT361753617636177 +CONECT3617636175 +CONECT3617736175 +CONECT361783617936180 +CONECT3617936178 +CONECT3618036178 +CONECT361813618236183 +CONECT3618236181 +CONECT3618336181 +CONECT361843618536186 +CONECT3618536184 +CONECT3618636184 +CONECT361873618836189 +CONECT3618836187 +CONECT3618936187 +CONECT361903619136192 +CONECT3619136190 +CONECT3619236190 +CONECT361933619436195 +CONECT3619436193 +CONECT3619536193 +CONECT361963619736198 +CONECT3619736196 +CONECT3619836196 +CONECT361993620036201 +CONECT3620036199 +CONECT3620136199 +CONECT362023620336204 +CONECT3620336202 +CONECT3620436202 +CONECT362053620636207 +CONECT3620636205 +CONECT3620736205 +CONECT362083620936210 +CONECT3620936208 +CONECT3621036208 +CONECT362113621236213 +CONECT3621236211 +CONECT3621336211 +CONECT362143621536216 +CONECT3621536214 +CONECT3621636214 +CONECT362173621836219 +CONECT3621836217 +CONECT3621936217 +CONECT362203622136222 +CONECT3622136220 +CONECT3622236220 +CONECT362233622436225 +CONECT3622436223 +CONECT3622536223 +CONECT362263622736228 +CONECT3622736226 +CONECT3622836226 +CONECT362293623036231 +CONECT3623036229 +CONECT3623136229 +CONECT362323623336234 +CONECT3623336232 +CONECT3623436232 +CONECT362353623636237 +CONECT3623636235 +CONECT3623736235 +CONECT362383623936240 +CONECT3623936238 +CONECT3624036238 +CONECT362413624236243 +CONECT3624236241 +CONECT3624336241 +CONECT362443624536246 +CONECT3624536244 +CONECT3624636244 +CONECT362473624836249 +CONECT3624836247 +CONECT3624936247 +CONECT362503625136252 +CONECT3625136250 +CONECT3625236250 +CONECT362533625436255 +CONECT3625436253 +CONECT3625536253 +CONECT362563625736258 +CONECT3625736256 +CONECT3625836256 +CONECT362593626036261 +CONECT3626036259 +CONECT3626136259 +CONECT362623626336264 +CONECT3626336262 +CONECT3626436262 +CONECT362653626636267 +CONECT3626636265 +CONECT3626736265 +CONECT362683626936270 +CONECT3626936268 +CONECT3627036268 +CONECT362713627236273 +CONECT3627236271 +CONECT3627336271 +CONECT362743627536276 +CONECT3627536274 +CONECT3627636274 +CONECT362773627836279 +CONECT3627836277 +CONECT3627936277 +CONECT362803628136282 +CONECT3628136280 +CONECT3628236280 +CONECT362833628436285 +CONECT3628436283 +CONECT3628536283 +CONECT362863628736288 +CONECT3628736286 +CONECT3628836286 +CONECT362893629036291 +CONECT3629036289 +CONECT3629136289 +CONECT362923629336294 +CONECT3629336292 +CONECT3629436292 +CONECT362953629636297 +CONECT3629636295 +CONECT3629736295 +CONECT362983629936300 +CONECT3629936298 +CONECT3630036298 +CONECT363013630236303 +CONECT3630236301 +CONECT3630336301 +CONECT363043630536306 +CONECT3630536304 +CONECT3630636304 +CONECT363073630836309 +CONECT3630836307 +CONECT3630936307 +CONECT363103631136312 +CONECT3631136310 +CONECT3631236310 +CONECT363133631436315 +CONECT3631436313 +CONECT3631536313 +CONECT363163631736318 +CONECT3631736316 +CONECT3631836316 +CONECT363193632036321 +CONECT3632036319 +CONECT3632136319 +CONECT363223632336324 +CONECT3632336322 +CONECT3632436322 +CONECT363253632636327 +CONECT3632636325 +CONECT3632736325 +CONECT363283632936330 +CONECT3632936328 +CONECT3633036328 +CONECT363313633236333 +CONECT3633236331 +CONECT3633336331 +CONECT363343633536336 +CONECT3633536334 +CONECT3633636334 +CONECT363373633836339 +CONECT3633836337 +CONECT3633936337 +CONECT363403634136342 +CONECT3634136340 +CONECT3634236340 +CONECT363433634436345 +CONECT3634436343 +CONECT3634536343 +CONECT363463634736348 +CONECT3634736346 +CONECT3634836346 +CONECT363493635036351 +CONECT3635036349 +CONECT3635136349 +CONECT363523635336354 +CONECT3635336352 +CONECT3635436352 +CONECT363553635636357 +CONECT3635636355 +CONECT3635736355 +CONECT363583635936360 +CONECT3635936358 +CONECT3636036358 +CONECT363613636236363 +CONECT3636236361 +CONECT3636336361 +CONECT363643636536366 +CONECT3636536364 +CONECT3636636364 +CONECT363673636836369 +CONECT3636836367 +CONECT3636936367 +CONECT363703637136372 +CONECT3637136370 +CONECT3637236370 +CONECT363733637436375 +CONECT3637436373 +CONECT3637536373 +CONECT363763637736378 +CONECT3637736376 +CONECT3637836376 +CONECT363793638036381 +CONECT3638036379 +CONECT3638136379 +CONECT363823638336384 +CONECT3638336382 +CONECT3638436382 +CONECT363853638636387 +CONECT3638636385 +CONECT3638736385 +CONECT363883638936390 +CONECT3638936388 +CONECT3639036388 +CONECT363913639236393 +CONECT3639236391 +CONECT3639336391 +CONECT363943639536396 +CONECT3639536394 +CONECT3639636394 +CONECT363973639836399 +CONECT3639836397 +CONECT3639936397 +CONECT364003640136402 +CONECT3640136400 +CONECT3640236400 +CONECT364033640436405 +CONECT3640436403 +CONECT3640536403 +CONECT364063640736408 +CONECT3640736406 +CONECT3640836406 +CONECT364093641036411 +CONECT3641036409 +CONECT3641136409 +CONECT364123641336414 +CONECT3641336412 +CONECT3641436412 +CONECT364153641636417 +CONECT3641636415 +CONECT3641736415 +CONECT364183641936420 +CONECT3641936418 +CONECT3642036418 +CONECT364213642236423 +CONECT3642236421 +CONECT3642336421 +CONECT364243642536426 +CONECT3642536424 +CONECT3642636424 +CONECT364273642836429 +CONECT3642836427 +CONECT3642936427 +CONECT364303643136432 +CONECT3643136430 +CONECT3643236430 +CONECT364333643436435 +CONECT3643436433 +CONECT3643536433 +CONECT364363643736438 +CONECT3643736436 +CONECT3643836436 +CONECT364393644036441 +CONECT3644036439 +CONECT3644136439 +CONECT364423644336444 +CONECT3644336442 +CONECT3644436442 +CONECT364453644636447 +CONECT3644636445 +CONECT3644736445 +CONECT364483644936450 +CONECT3644936448 +CONECT3645036448 +CONECT364513645236453 +CONECT3645236451 +CONECT3645336451 +CONECT364543645536456 +CONECT3645536454 +CONECT3645636454 +CONECT364573645836459 +CONECT3645836457 +CONECT3645936457 +CONECT364603646136462 +CONECT3646136460 +CONECT3646236460 +CONECT364633646436465 +CONECT3646436463 +CONECT3646536463 +CONECT364663646736468 +CONECT3646736466 +CONECT3646836466 +CONECT364693647036471 +CONECT3647036469 +CONECT3647136469 +CONECT364723647336474 +CONECT3647336472 +CONECT3647436472 +CONECT364753647636477 +CONECT3647636475 +CONECT3647736475 +CONECT364783647936480 +CONECT3647936478 +CONECT3648036478 +CONECT364813648236483 +CONECT3648236481 +CONECT3648336481 +CONECT364843648536486 +CONECT3648536484 +CONECT3648636484 +CONECT364873648836489 +CONECT3648836487 +CONECT3648936487 +CONECT364903649136492 +CONECT3649136490 +CONECT3649236490 +CONECT364933649436495 +CONECT3649436493 +CONECT3649536493 +CONECT364963649736498 +CONECT3649736496 +CONECT3649836496 +CONECT364993650036501 +CONECT3650036499 +CONECT3650136499 +CONECT365023650336504 +CONECT3650336502 +CONECT3650436502 +CONECT365053650636507 +CONECT3650636505 +CONECT3650736505 +CONECT365083650936510 +CONECT3650936508 +CONECT3651036508 +CONECT365113651236513 +CONECT3651236511 +CONECT3651336511 +CONECT365143651536516 +CONECT3651536514 +CONECT3651636514 +CONECT365173651836519 +CONECT3651836517 +CONECT3651936517 +CONECT365203652136522 +CONECT3652136520 +CONECT3652236520 +CONECT365233652436525 +CONECT3652436523 +CONECT3652536523 +CONECT365263652736528 +CONECT3652736526 +CONECT3652836526 +CONECT365293653036531 +CONECT3653036529 +CONECT3653136529 +CONECT365323653336534 +CONECT3653336532 +CONECT3653436532 +CONECT365353653636537 +CONECT3653636535 +CONECT3653736535 +CONECT365383653936540 +CONECT3653936538 +CONECT3654036538 +CONECT365413654236543 +CONECT3654236541 +CONECT3654336541 +CONECT365443654536546 +CONECT3654536544 +CONECT3654636544 +CONECT365473654836549 +CONECT3654836547 +CONECT3654936547 +CONECT365503655136552 +CONECT3655136550 +CONECT3655236550 +CONECT365533655436555 +CONECT3655436553 +CONECT3655536553 +CONECT365563655736558 +CONECT3655736556 +CONECT3655836556 +CONECT365593656036561 +CONECT3656036559 +CONECT3656136559 +CONECT365623656336564 +CONECT3656336562 +CONECT3656436562 +CONECT365653656636567 +CONECT3656636565 +CONECT3656736565 +CONECT365683656936570 +CONECT3656936568 +CONECT3657036568 +CONECT365713657236573 +CONECT3657236571 +CONECT3657336571 +CONECT365743657536576 +CONECT3657536574 +CONECT3657636574 +CONECT365773657836579 +CONECT3657836577 +CONECT3657936577 +CONECT365803658136582 +CONECT3658136580 +CONECT3658236580 +CONECT365833658436585 +CONECT3658436583 +CONECT3658536583 +CONECT365863658736588 +CONECT3658736586 +CONECT3658836586 +CONECT365893659036591 +CONECT3659036589 +CONECT3659136589 +CONECT365923659336594 +CONECT3659336592 +CONECT3659436592 +CONECT365953659636597 +CONECT3659636595 +CONECT3659736595 +CONECT365983659936600 +CONECT3659936598 +CONECT3660036598 +CONECT366013660236603 +CONECT3660236601 +CONECT3660336601 +CONECT366043660536606 +CONECT3660536604 +CONECT3660636604 +CONECT366073660836609 +CONECT3660836607 +CONECT3660936607 +CONECT366103661136612 +CONECT3661136610 +CONECT3661236610 +CONECT366133661436615 +CONECT3661436613 +CONECT3661536613 +CONECT366163661736618 +CONECT3661736616 +CONECT3661836616 +CONECT366193662036621 +CONECT3662036619 +CONECT3662136619 +CONECT366223662336624 +CONECT3662336622 +CONECT3662436622 +CONECT366253662636627 +CONECT3662636625 +CONECT3662736625 +CONECT366283662936630 +CONECT3662936628 +CONECT3663036628 +CONECT366313663236633 +CONECT3663236631 +CONECT3663336631 +CONECT366343663536636 +CONECT3663536634 +CONECT3663636634 +CONECT366373663836639 +CONECT3663836637 +CONECT3663936637 +CONECT366403664136642 +CONECT3664136640 +CONECT3664236640 +CONECT366433664436645 +CONECT3664436643 +CONECT3664536643 +CONECT366463664736648 +CONECT3664736646 +CONECT3664836646 +CONECT366493665036651 +CONECT3665036649 +CONECT3665136649 +CONECT366523665336654 +CONECT3665336652 +CONECT3665436652 +CONECT366553665636657 +CONECT3665636655 +CONECT3665736655 +CONECT366583665936660 +CONECT3665936658 +CONECT3666036658 +CONECT366613666236663 +CONECT3666236661 +CONECT3666336661 +CONECT366643666536666 +CONECT3666536664 +CONECT3666636664 +CONECT366673666836669 +CONECT3666836667 +CONECT3666936667 +CONECT366703667136672 +CONECT3667136670 +CONECT3667236670 +CONECT366733667436675 +CONECT3667436673 +CONECT3667536673 +CONECT366763667736678 +CONECT3667736676 +CONECT3667836676 +CONECT366793668036681 +CONECT3668036679 +CONECT3668136679 +CONECT366823668336684 +CONECT3668336682 +CONECT3668436682 +CONECT366853668636687 +CONECT3668636685 +CONECT3668736685 +CONECT366883668936690 +CONECT3668936688 +CONECT3669036688 +CONECT366913669236693 +CONECT3669236691 +CONECT3669336691 +CONECT366943669536696 +CONECT3669536694 +CONECT3669636694 +CONECT366973669836699 +CONECT3669836697 +CONECT3669936697 +CONECT367003670136702 +CONECT3670136700 +CONECT3670236700 +CONECT367033670436705 +CONECT3670436703 +CONECT3670536703 +CONECT367063670736708 +CONECT3670736706 +CONECT3670836706 +CONECT367093671036711 +CONECT3671036709 +CONECT3671136709 +CONECT367123671336714 +CONECT3671336712 +CONECT3671436712 +CONECT367153671636717 +CONECT3671636715 +CONECT3671736715 +CONECT367183671936720 +CONECT3671936718 +CONECT3672036718 +CONECT367213672236723 +CONECT3672236721 +CONECT3672336721 +CONECT367243672536726 +CONECT3672536724 +CONECT3672636724 +CONECT367273672836729 +CONECT3672836727 +CONECT3672936727 +CONECT367303673136732 +CONECT3673136730 +CONECT3673236730 +CONECT367333673436735 +CONECT3673436733 +CONECT3673536733 +CONECT367363673736738 +CONECT3673736736 +CONECT3673836736 +CONECT367393674036741 +CONECT3674036739 +CONECT3674136739 +CONECT367423674336744 +CONECT3674336742 +CONECT3674436742 +CONECT367453674636747 +CONECT3674636745 +CONECT3674736745 +CONECT367483674936750 +CONECT3674936748 +CONECT3675036748 +CONECT367513675236753 +CONECT3675236751 +CONECT3675336751 +CONECT367543675536756 +CONECT3675536754 +CONECT3675636754 +CONECT367573675836759 +CONECT3675836757 +CONECT3675936757 +CONECT367603676136762 +CONECT3676136760 +CONECT3676236760 +CONECT367633676436765 +CONECT3676436763 +CONECT3676536763 +CONECT367663676736768 +CONECT3676736766 +CONECT3676836766 +CONECT367693677036771 +CONECT3677036769 +CONECT3677136769 +CONECT367723677336774 +CONECT3677336772 +CONECT3677436772 +CONECT367753677636777 +CONECT3677636775 +CONECT3677736775 +CONECT367783677936780 +CONECT3677936778 +CONECT3678036778 +CONECT367813678236783 +CONECT3678236781 +CONECT3678336781 +CONECT367843678536786 +CONECT3678536784 +CONECT3678636784 +CONECT367873678836789 +CONECT3678836787 +CONECT3678936787 +CONECT367903679136792 +CONECT3679136790 +CONECT3679236790 +CONECT367933679436795 +CONECT3679436793 +CONECT3679536793 +CONECT367963679736798 +CONECT3679736796 +CONECT3679836796 +CONECT367993680036801 +CONECT3680036799 +CONECT3680136799 +CONECT368023680336804 +CONECT3680336802 +CONECT3680436802 +CONECT368053680636807 +CONECT3680636805 +CONECT3680736805 +CONECT368083680936810 +CONECT3680936808 +CONECT3681036808 +CONECT368113681236813 +CONECT3681236811 +CONECT3681336811 +CONECT368143681536816 +CONECT3681536814 +CONECT3681636814 +CONECT368173681836819 +CONECT3681836817 +CONECT3681936817 +CONECT368203682136822 +CONECT3682136820 +CONECT3682236820 +CONECT368233682436825 +CONECT3682436823 +CONECT3682536823 +CONECT368263682736828 +CONECT3682736826 +CONECT3682836826 +CONECT368293683036831 +CONECT3683036829 +CONECT3683136829 +CONECT368323683336834 +CONECT3683336832 +CONECT3683436832 +CONECT368353683636837 +CONECT3683636835 +CONECT3683736835 +CONECT368383683936840 +CONECT3683936838 +CONECT3684036838 +CONECT368413684236843 +CONECT3684236841 +CONECT3684336841 +CONECT368443684536846 +CONECT3684536844 +CONECT3684636844 +CONECT368473684836849 +CONECT3684836847 +CONECT3684936847 +CONECT368503685136852 +CONECT3685136850 +CONECT3685236850 +CONECT368533685436855 +CONECT3685436853 +CONECT3685536853 +CONECT368563685736858 +CONECT3685736856 +CONECT3685836856 +CONECT368593686036861 +CONECT3686036859 +CONECT3686136859 +CONECT368623686336864 +CONECT3686336862 +CONECT3686436862 +CONECT368653686636867 +CONECT3686636865 +CONECT3686736865 +CONECT368683686936870 +CONECT3686936868 +CONECT3687036868 +CONECT368713687236873 +CONECT3687236871 +CONECT3687336871 +CONECT368743687536876 +CONECT3687536874 +CONECT3687636874 +CONECT368773687836879 +CONECT3687836877 +CONECT3687936877 +CONECT368803688136882 +CONECT3688136880 +CONECT3688236880 +CONECT368833688436885 +CONECT3688436883 +CONECT3688536883 +CONECT368863688736888 +CONECT3688736886 +CONECT3688836886 +CONECT368893689036891 +CONECT3689036889 +CONECT3689136889 +CONECT368923689336894 +CONECT3689336892 +CONECT3689436892 +CONECT368953689636897 +CONECT3689636895 +CONECT3689736895 +CONECT368983689936900 +CONECT3689936898 +CONECT3690036898 +CONECT369013690236903 +CONECT3690236901 +CONECT3690336901 +CONECT369043690536906 +CONECT3690536904 +CONECT3690636904 +CONECT369073690836909 +CONECT3690836907 +CONECT3690936907 +CONECT369103691136912 +CONECT3691136910 +CONECT3691236910 +CONECT369133691436915 +CONECT3691436913 +CONECT3691536913 +CONECT369163691736918 +CONECT3691736916 +CONECT3691836916 +CONECT369193692036921 +CONECT3692036919 +CONECT3692136919 +CONECT369223692336924 +CONECT3692336922 +CONECT3692436922 +CONECT369253692636927 +CONECT3692636925 +CONECT3692736925 +CONECT369283692936930 +CONECT3692936928 +CONECT3693036928 +CONECT369313693236933 +CONECT3693236931 +CONECT3693336931 +CONECT369343693536936 +CONECT3693536934 +CONECT3693636934 +CONECT369373693836939 +CONECT3693836937 +CONECT3693936937 +CONECT369403694136942 +CONECT3694136940 +CONECT3694236940 +CONECT369433694436945 +CONECT3694436943 +CONECT3694536943 +CONECT369463694736948 +CONECT3694736946 +CONECT3694836946 +CONECT369493695036951 +CONECT3695036949 +CONECT3695136949 +CONECT369523695336954 +CONECT3695336952 +CONECT3695436952 +CONECT369553695636957 +CONECT3695636955 +CONECT3695736955 +CONECT369583695936960 +CONECT3695936958 +CONECT3696036958 +CONECT369613696236963 +CONECT3696236961 +CONECT3696336961 +CONECT369643696536966 +CONECT3696536964 +CONECT3696636964 +CONECT369673696836969 +CONECT3696836967 +CONECT3696936967 +CONECT369703697136972 +CONECT3697136970 +CONECT3697236970 +CONECT369733697436975 +CONECT3697436973 +CONECT3697536973 +CONECT369763697736978 +CONECT3697736976 +CONECT3697836976 +CONECT369793698036981 +CONECT3698036979 +CONECT3698136979 +CONECT369823698336984 +CONECT3698336982 +CONECT3698436982 +CONECT369853698636987 +CONECT3698636985 +CONECT3698736985 +CONECT369883698936990 +CONECT3698936988 +CONECT3699036988 +CONECT369913699236993 +CONECT3699236991 +CONECT3699336991 +CONECT369943699536996 +CONECT3699536994 +CONECT3699636994 +CONECT369973699836999 +CONECT3699836997 +CONECT3699936997 +CONECT370003700137002 +CONECT3700137000 +CONECT3700237000 +CONECT370033700437005 +CONECT3700437003 +CONECT3700537003 +CONECT370063700737008 +CONECT3700737006 +CONECT3700837006 +CONECT370093701037011 +CONECT3701037009 +CONECT3701137009 +CONECT370123701337014 +CONECT3701337012 +CONECT3701437012 +CONECT370153701637017 +CONECT3701637015 +CONECT3701737015 +CONECT370183701937020 +CONECT3701937018 +CONECT3702037018 +CONECT370213702237023 +CONECT3702237021 +CONECT3702337021 +CONECT370243702537026 +CONECT3702537024 +CONECT3702637024 +CONECT370273702837029 +CONECT3702837027 +CONECT3702937027 +CONECT370303703137032 +CONECT3703137030 +CONECT3703237030 +CONECT370333703437035 +CONECT3703437033 +CONECT3703537033 +CONECT370363703737038 +CONECT3703737036 +CONECT3703837036 +CONECT370393704037041 +CONECT3704037039 +CONECT3704137039 +CONECT370423704337044 +CONECT3704337042 +CONECT3704437042 +CONECT370453704637047 +CONECT3704637045 +CONECT3704737045 +CONECT370483704937050 +CONECT3704937048 +CONECT3705037048 +CONECT370513705237053 +CONECT3705237051 +CONECT3705337051 +CONECT370543705537056 +CONECT3705537054 +CONECT3705637054 +CONECT370573705837059 +CONECT3705837057 +CONECT3705937057 +CONECT370603706137062 +CONECT3706137060 +CONECT3706237060 +CONECT370633706437065 +CONECT3706437063 +CONECT3706537063 +CONECT370663706737068 +CONECT3706737066 +CONECT3706837066 +CONECT370693707037071 +CONECT3707037069 +CONECT3707137069 +CONECT370723707337074 +CONECT3707337072 +CONECT3707437072 +CONECT370753707637077 +CONECT3707637075 +CONECT3707737075 +CONECT370783707937080 +CONECT3707937078 +CONECT3708037078 +CONECT370813708237083 +CONECT3708237081 +CONECT3708337081 +CONECT370843708537086 +CONECT3708537084 +CONECT3708637084 +CONECT370873708837089 +CONECT3708837087 +CONECT3708937087 +CONECT370903709137092 +CONECT3709137090 +CONECT3709237090 +CONECT370933709437095 +CONECT3709437093 +CONECT3709537093 +CONECT370963709737098 +CONECT3709737096 +CONECT3709837096 +CONECT370993710037101 +CONECT3710037099 +CONECT3710137099 +CONECT371023710337104 +CONECT3710337102 +CONECT3710437102 +CONECT371053710637107 +CONECT3710637105 +CONECT3710737105 +CONECT371083710937110 +CONECT3710937108 +CONECT3711037108 +CONECT371113711237113 +CONECT3711237111 +CONECT3711337111 +CONECT371143711537116 +CONECT3711537114 +CONECT3711637114 +CONECT371173711837119 +CONECT3711837117 +CONECT3711937117 +CONECT371203712137122 +CONECT3712137120 +CONECT3712237120 +CONECT371233712437125 +CONECT3712437123 +CONECT3712537123 +CONECT371263712737128 +CONECT3712737126 +CONECT3712837126 +CONECT371293713037131 +CONECT3713037129 +CONECT3713137129 +CONECT371323713337134 +CONECT3713337132 +CONECT3713437132 +CONECT371353713637137 +CONECT3713637135 +CONECT3713737135 +CONECT371383713937140 +CONECT3713937138 +CONECT3714037138 +CONECT371413714237143 +CONECT3714237141 +CONECT3714337141 +CONECT371443714537146 +CONECT3714537144 +CONECT3714637144 +CONECT371473714837149 +CONECT3714837147 +CONECT3714937147 +CONECT371503715137152 +CONECT3715137150 +CONECT3715237150 +CONECT371533715437155 +CONECT3715437153 +CONECT3715537153 +CONECT371563715737158 +CONECT3715737156 +CONECT3715837156 +CONECT371593716037161 +CONECT3716037159 +CONECT3716137159 +CONECT371623716337164 +CONECT3716337162 +CONECT3716437162 +CONECT371653716637167 +CONECT3716637165 +CONECT3716737165 +CONECT371683716937170 +CONECT3716937168 +CONECT3717037168 +CONECT371713717237173 +CONECT3717237171 +CONECT3717337171 +CONECT371743717537176 +CONECT3717537174 +CONECT3717637174 +CONECT371773717837179 +CONECT3717837177 +CONECT3717937177 +CONECT371803718137182 +CONECT3718137180 +CONECT3718237180 +CONECT371833718437185 +CONECT3718437183 +CONECT3718537183 +CONECT371863718737188 +CONECT3718737186 +CONECT3718837186 +CONECT371893719037191 +CONECT3719037189 +CONECT3719137189 +CONECT371923719337194 +CONECT3719337192 +CONECT3719437192 +CONECT371953719637197 +CONECT3719637195 +CONECT3719737195 +CONECT371983719937200 +CONECT3719937198 +CONECT3720037198 +CONECT372013720237203 +CONECT3720237201 +CONECT3720337201 +CONECT372043720537206 +CONECT3720537204 +CONECT3720637204 +CONECT372073720837209 +CONECT3720837207 +CONECT3720937207 +CONECT372103721137212 +CONECT3721137210 +CONECT3721237210 +CONECT372133721437215 +CONECT3721437213 +CONECT3721537213 +CONECT372163721737218 +CONECT3721737216 +CONECT3721837216 +CONECT372193722037221 +CONECT3722037219 +CONECT3722137219 +CONECT372223722337224 +CONECT3722337222 +CONECT3722437222 +CONECT372253722637227 +CONECT3722637225 +CONECT3722737225 +CONECT372283722937230 +CONECT3722937228 +CONECT3723037228 +CONECT372313723237233 +CONECT3723237231 +CONECT3723337231 +CONECT372343723537236 +CONECT3723537234 +CONECT3723637234 +CONECT372373723837239 +CONECT3723837237 +CONECT3723937237 +CONECT372403724137242 +CONECT3724137240 +CONECT3724237240 +CONECT372433724437245 +CONECT3724437243 +CONECT3724537243 +CONECT372463724737248 +CONECT3724737246 +CONECT3724837246 +CONECT372493725037251 +CONECT3725037249 +CONECT3725137249 +CONECT372523725337254 +CONECT3725337252 +CONECT3725437252 +CONECT372553725637257 +CONECT3725637255 +CONECT3725737255 +CONECT372583725937260 +CONECT3725937258 +CONECT3726037258 +CONECT372613726237263 +CONECT3726237261 +CONECT3726337261 +CONECT372643726537266 +CONECT3726537264 +CONECT3726637264 +CONECT372673726837269 +CONECT3726837267 +CONECT3726937267 +CONECT372703727137272 +CONECT3727137270 +CONECT3727237270 +CONECT372733727437275 +CONECT3727437273 +CONECT3727537273 +CONECT372763727737278 +CONECT3727737276 +CONECT3727837276 +CONECT372793728037281 +CONECT3728037279 +CONECT3728137279 +CONECT372823728337284 +CONECT3728337282 +CONECT3728437282 +CONECT372853728637287 +CONECT3728637285 +CONECT3728737285 +CONECT372883728937290 +CONECT3728937288 +CONECT3729037288 +CONECT372913729237293 +CONECT3729237291 +CONECT3729337291 +CONECT372943729537296 +CONECT3729537294 +CONECT3729637294 +CONECT372973729837299 +CONECT3729837297 +CONECT3729937297 +CONECT373003730137302 +CONECT3730137300 +CONECT3730237300 +CONECT373033730437305 +CONECT3730437303 +CONECT3730537303 +CONECT373063730737308 +CONECT3730737306 +CONECT3730837306 +CONECT373093731037311 +CONECT3731037309 +CONECT3731137309 +CONECT373123731337314 +CONECT3731337312 +CONECT3731437312 +CONECT373153731637317 +CONECT3731637315 +CONECT3731737315 +CONECT373183731937320 +CONECT3731937318 +CONECT3732037318 +CONECT373213732237323 +CONECT3732237321 +CONECT3732337321 +CONECT373243732537326 +CONECT3732537324 +CONECT3732637324 +CONECT373273732837329 +CONECT3732837327 +CONECT3732937327 +CONECT373303733137332 +CONECT3733137330 +CONECT3733237330 +CONECT373333733437335 +CONECT3733437333 +CONECT3733537333 +CONECT373363733737338 +CONECT3733737336 +CONECT3733837336 +CONECT373393734037341 +CONECT3734037339 +CONECT3734137339 +CONECT373423734337344 +CONECT3734337342 +CONECT3734437342 +CONECT373453734637347 +CONECT3734637345 +CONECT3734737345 +CONECT373483734937350 +CONECT3734937348 +CONECT3735037348 +CONECT373513735237353 +CONECT3735237351 +CONECT3735337351 +CONECT373543735537356 +CONECT3735537354 +CONECT3735637354 +CONECT373573735837359 +CONECT3735837357 +CONECT3735937357 +CONECT373603736137362 +CONECT3736137360 +CONECT3736237360 +CONECT373633736437365 +CONECT3736437363 +CONECT3736537363 +CONECT373663736737368 +CONECT3736737366 +CONECT3736837366 +CONECT373693737037371 +CONECT3737037369 +CONECT3737137369 +CONECT373723737337374 +CONECT3737337372 +CONECT3737437372 +CONECT373753737637377 +CONECT3737637375 +CONECT3737737375 +CONECT373783737937380 +CONECT3737937378 +CONECT3738037378 +CONECT373813738237383 +CONECT3738237381 +CONECT3738337381 +CONECT373843738537386 +CONECT3738537384 +CONECT3738637384 +CONECT373873738837389 +CONECT3738837387 +CONECT3738937387 +CONECT373903739137392 +CONECT3739137390 +CONECT3739237390 +CONECT373933739437395 +CONECT3739437393 +CONECT3739537393 +CONECT373963739737398 +CONECT3739737396 +CONECT3739837396 +CONECT373993740037401 +CONECT3740037399 +CONECT3740137399 +CONECT374023740337404 +CONECT3740337402 +CONECT3740437402 +CONECT374053740637407 +CONECT3740637405 +CONECT3740737405 +CONECT374083740937410 +CONECT3740937408 +CONECT3741037408 +CONECT374113741237413 +CONECT3741237411 +CONECT3741337411 +CONECT374143741537416 +CONECT3741537414 +CONECT3741637414 +CONECT374173741837419 +CONECT3741837417 +CONECT3741937417 +CONECT374203742137422 +CONECT3742137420 +CONECT3742237420 +CONECT374233742437425 +CONECT3742437423 +CONECT3742537423 +CONECT374263742737428 +CONECT3742737426 +CONECT3742837426 +CONECT374293743037431 +CONECT3743037429 +CONECT3743137429 +CONECT374323743337434 +CONECT3743337432 +CONECT3743437432 +CONECT374353743637437 +CONECT3743637435 +CONECT3743737435 +CONECT374383743937440 +CONECT3743937438 +CONECT3744037438 +CONECT374413744237443 +CONECT3744237441 +CONECT3744337441 +CONECT374443744537446 +CONECT3744537444 +CONECT3744637444 +CONECT374473744837449 +CONECT3744837447 +CONECT3744937447 +CONECT374503745137452 +CONECT3745137450 +CONECT3745237450 +CONECT374533745437455 +CONECT3745437453 +CONECT3745537453 +CONECT374563745737458 +CONECT3745737456 +CONECT3745837456 +CONECT374593746037461 +CONECT3746037459 +CONECT3746137459 +CONECT374623746337464 +CONECT3746337462 +CONECT3746437462 +CONECT374653746637467 +CONECT3746637465 +CONECT3746737465 +CONECT374683746937470 +CONECT3746937468 +CONECT3747037468 +CONECT374713747237473 +CONECT3747237471 +CONECT3747337471 +CONECT374743747537476 +CONECT3747537474 +CONECT3747637474 +CONECT374773747837479 +CONECT3747837477 +CONECT3747937477 +CONECT374803748137482 +CONECT3748137480 +CONECT3748237480 +CONECT374833748437485 +CONECT3748437483 +CONECT3748537483 +CONECT374863748737488 +CONECT3748737486 +CONECT3748837486 +CONECT374893749037491 +CONECT3749037489 +CONECT3749137489 +CONECT374923749337494 +CONECT3749337492 +CONECT3749437492 +CONECT374953749637497 +CONECT3749637495 +CONECT3749737495 +CONECT374983749937500 +CONECT3749937498 +CONECT3750037498 +CONECT375013750237503 +CONECT3750237501 +CONECT3750337501 +CONECT375043750537506 +CONECT3750537504 +CONECT3750637504 +CONECT375073750837509 +CONECT3750837507 +CONECT3750937507 +CONECT375103751137512 +CONECT3751137510 +CONECT3751237510 +CONECT375133751437515 +CONECT3751437513 +CONECT3751537513 +CONECT375163751737518 +CONECT3751737516 +CONECT3751837516 +CONECT375193752037521 +CONECT3752037519 +CONECT3752137519 +CONECT375223752337524 +CONECT3752337522 +CONECT3752437522 +CONECT375253752637527 +CONECT3752637525 +CONECT3752737525 +CONECT375283752937530 +CONECT3752937528 +CONECT3753037528 +CONECT375313753237533 +CONECT3753237531 +CONECT3753337531 +CONECT375343753537536 +CONECT3753537534 +CONECT3753637534 +CONECT375373753837539 +CONECT3753837537 +CONECT3753937537 +CONECT375403754137542 +CONECT3754137540 +CONECT3754237540 +CONECT375433754437545 +CONECT3754437543 +CONECT3754537543 +CONECT375463754737548 +CONECT3754737546 +CONECT3754837546 +CONECT375493755037551 +CONECT3755037549 +CONECT3755137549 +CONECT375523755337554 +CONECT3755337552 +CONECT3755437552 +CONECT375553755637557 +CONECT3755637555 +CONECT3755737555 +CONECT375583755937560 +CONECT3755937558 +CONECT3756037558 +CONECT375613756237563 +CONECT3756237561 +CONECT3756337561 +CONECT375643756537566 +CONECT3756537564 +CONECT3756637564 +CONECT375673756837569 +CONECT3756837567 +CONECT3756937567 +CONECT375703757137572 +CONECT3757137570 +CONECT3757237570 +CONECT375733757437575 +CONECT3757437573 +CONECT3757537573 +CONECT375763757737578 +CONECT3757737576 +CONECT3757837576 +CONECT375793758037581 +CONECT3758037579 +CONECT3758137579 +CONECT375823758337584 +CONECT3758337582 +CONECT3758437582 +CONECT375853758637587 +CONECT3758637585 +CONECT3758737585 +CONECT375883758937590 +CONECT3758937588 +CONECT3759037588 +CONECT375913759237593 +CONECT3759237591 +CONECT3759337591 +CONECT375943759537596 +CONECT3759537594 +CONECT3759637594 +CONECT375973759837599 +CONECT3759837597 +CONECT3759937597 +CONECT376003760137602 +CONECT3760137600 +CONECT3760237600 +CONECT376033760437605 +CONECT3760437603 +CONECT3760537603 +CONECT376063760737608 +CONECT3760737606 +CONECT3760837606 +CONECT376093761037611 +CONECT3761037609 +CONECT3761137609 +CONECT376123761337614 +CONECT3761337612 +CONECT3761437612 +CONECT376153761637617 +CONECT3761637615 +CONECT3761737615 +CONECT376183761937620 +CONECT3761937618 +CONECT3762037618 +CONECT376213762237623 +CONECT3762237621 +CONECT3762337621 +CONECT376243762537626 +CONECT3762537624 +CONECT3762637624 +CONECT376273762837629 +CONECT3762837627 +CONECT3762937627 +CONECT376303763137632 +CONECT3763137630 +CONECT3763237630 +CONECT376333763437635 +CONECT3763437633 +CONECT3763537633 +CONECT376363763737638 +CONECT3763737636 +CONECT3763837636 +CONECT376393764037641 +CONECT3764037639 +CONECT3764137639 +CONECT376423764337644 +CONECT3764337642 +CONECT3764437642 +CONECT376453764637647 +CONECT3764637645 +CONECT3764737645 +CONECT376483764937650 +CONECT3764937648 +CONECT3765037648 +CONECT376513765237653 +CONECT3765237651 +CONECT3765337651 +CONECT376543765537656 +CONECT3765537654 +CONECT3765637654 +CONECT376573765837659 +CONECT3765837657 +CONECT3765937657 +CONECT376603766137662 +CONECT3766137660 +CONECT3766237660 +CONECT376633766437665 +CONECT3766437663 +CONECT3766537663 +CONECT376663766737668 +CONECT3766737666 +CONECT3766837666 +CONECT376693767037671 +CONECT3767037669 +CONECT3767137669 +CONECT376723767337674 +CONECT3767337672 +CONECT3767437672 +CONECT376753767637677 +CONECT3767637675 +CONECT3767737675 +CONECT376783767937680 +CONECT3767937678 +CONECT3768037678 +CONECT376813768237683 +CONECT3768237681 +CONECT3768337681 +CONECT376843768537686 +CONECT3768537684 +CONECT3768637684 +CONECT376873768837689 +CONECT3768837687 +CONECT3768937687 +CONECT376903769137692 +CONECT3769137690 +CONECT3769237690 +CONECT376933769437695 +CONECT3769437693 +CONECT3769537693 +CONECT376963769737698 +CONECT3769737696 +CONECT3769837696 +CONECT376993770037701 +CONECT3770037699 +CONECT3770137699 +CONECT377023770337704 +CONECT3770337702 +CONECT3770437702 +CONECT377053770637707 +CONECT3770637705 +CONECT3770737705 +CONECT377083770937710 +CONECT3770937708 +CONECT3771037708 +CONECT377113771237713 +CONECT3771237711 +CONECT3771337711 +CONECT377143771537716 +CONECT3771537714 +CONECT3771637714 +CONECT377173771837719 +CONECT3771837717 +CONECT3771937717 +CONECT377203772137722 +CONECT3772137720 +CONECT3772237720 +CONECT377233772437725 +CONECT3772437723 +CONECT3772537723 +CONECT377263772737728 +CONECT3772737726 +CONECT3772837726 +CONECT377293773037731 +CONECT3773037729 +CONECT3773137729 +CONECT377323773337734 +CONECT3773337732 +CONECT3773437732 +CONECT377353773637737 +CONECT3773637735 +CONECT3773737735 +CONECT377383773937740 +CONECT3773937738 +CONECT3774037738 +CONECT377413774237743 +CONECT3774237741 +CONECT3774337741 +CONECT377443774537746 +CONECT3774537744 +CONECT3774637744 +CONECT377473774837749 +CONECT3774837747 +CONECT3774937747 +CONECT377503775137752 +CONECT3775137750 +CONECT3775237750 +CONECT377533775437755 +CONECT3775437753 +CONECT3775537753 +CONECT377563775737758 +CONECT3775737756 +CONECT3775837756 +CONECT377593776037761 +CONECT3776037759 +CONECT3776137759 +CONECT377623776337764 +CONECT3776337762 +CONECT3776437762 +CONECT377653776637767 +CONECT3776637765 +CONECT3776737765 +CONECT377683776937770 +CONECT3776937768 +CONECT3777037768 +CONECT377713777237773 +CONECT3777237771 +CONECT3777337771 +CONECT377743777537776 +CONECT3777537774 +CONECT3777637774 +CONECT377773777837779 +CONECT3777837777 +CONECT3777937777 +CONECT377803778137782 +CONECT3778137780 +CONECT3778237780 +CONECT377833778437785 +CONECT3778437783 +CONECT3778537783 +CONECT377863778737788 +CONECT3778737786 +CONECT3778837786 +CONECT377893779037791 +CONECT3779037789 +CONECT3779137789 +CONECT377923779337794 +CONECT3779337792 +CONECT3779437792 +CONECT377953779637797 +CONECT3779637795 +CONECT3779737795 +CONECT377983779937800 +CONECT3779937798 +CONECT3780037798 +CONECT378013780237803 +CONECT3780237801 +CONECT3780337801 +CONECT378043780537806 +CONECT3780537804 +CONECT3780637804 +CONECT378073780837809 +CONECT3780837807 +CONECT3780937807 +CONECT378103781137812 +CONECT3781137810 +CONECT3781237810 +CONECT378133781437815 +CONECT3781437813 +CONECT3781537813 +CONECT378163781737818 +CONECT3781737816 +CONECT3781837816 +CONECT378193782037821 +CONECT3782037819 +CONECT3782137819 +CONECT378223782337824 +CONECT3782337822 +CONECT3782437822 +CONECT378253782637827 +CONECT3782637825 +CONECT3782737825 +CONECT378283782937830 +CONECT3782937828 +CONECT3783037828 +CONECT378313783237833 +CONECT3783237831 +CONECT3783337831 +CONECT378343783537836 +CONECT3783537834 +CONECT3783637834 +CONECT378373783837839 +CONECT3783837837 +CONECT3783937837 +CONECT378403784137842 +CONECT3784137840 +CONECT3784237840 +CONECT378433784437845 +CONECT3784437843 +CONECT3784537843 +CONECT378463784737848 +CONECT3784737846 +CONECT3784837846 +CONECT378493785037851 +CONECT3785037849 +CONECT3785137849 +CONECT378523785337854 +CONECT3785337852 +CONECT3785437852 +CONECT378553785637857 +CONECT3785637855 +CONECT3785737855 +CONECT378583785937860 +CONECT3785937858 +CONECT3786037858 +CONECT378613786237863 +CONECT3786237861 +CONECT3786337861 +CONECT378643786537866 +CONECT3786537864 +CONECT3786637864 +CONECT378673786837869 +CONECT3786837867 +CONECT3786937867 +CONECT378703787137872 +CONECT3787137870 +CONECT3787237870 +CONECT378733787437875 +CONECT3787437873 +CONECT3787537873 +CONECT378763787737878 +CONECT3787737876 +CONECT3787837876 +CONECT378793788037881 +CONECT3788037879 +CONECT3788137879 +CONECT378823788337884 +CONECT3788337882 +CONECT3788437882 +CONECT378853788637887 +CONECT3788637885 +CONECT3788737885 +CONECT378883788937890 +CONECT3788937888 +CONECT3789037888 +CONECT378913789237893 +CONECT3789237891 +CONECT3789337891 +CONECT378943789537896 +CONECT3789537894 +CONECT3789637894 +CONECT378973789837899 +CONECT3789837897 +CONECT3789937897 +CONECT379003790137902 +CONECT3790137900 +CONECT3790237900 +CONECT379033790437905 +CONECT3790437903 +CONECT3790537903 +CONECT379063790737908 +CONECT3790737906 +CONECT3790837906 +CONECT379093791037911 +CONECT3791037909 +CONECT3791137909 +CONECT379123791337914 +CONECT3791337912 +CONECT3791437912 +CONECT379153791637917 +CONECT3791637915 +CONECT3791737915 +CONECT379183791937920 +CONECT3791937918 +CONECT3792037918 +CONECT379213792237923 +CONECT3792237921 +CONECT3792337921 +CONECT379243792537926 +CONECT3792537924 +CONECT3792637924 +CONECT379273792837929 +CONECT3792837927 +CONECT3792937927 +CONECT379303793137932 +CONECT3793137930 +CONECT3793237930 +CONECT379333793437935 +CONECT3793437933 +CONECT3793537933 +CONECT379363793737938 +CONECT3793737936 +CONECT3793837936 +CONECT379393794037941 +CONECT3794037939 +CONECT3794137939 +CONECT379423794337944 +CONECT3794337942 +CONECT3794437942 +CONECT379453794637947 +CONECT3794637945 +CONECT3794737945 +CONECT379483794937950 +CONECT3794937948 +CONECT3795037948 +CONECT379513795237953 +CONECT3795237951 +CONECT3795337951 +CONECT379543795537956 +CONECT3795537954 +CONECT3795637954 +CONECT379573795837959 +CONECT3795837957 +CONECT3795937957 +CONECT379603796137962 +CONECT3796137960 +CONECT3796237960 +CONECT379633796437965 +CONECT3796437963 +CONECT3796537963 +CONECT379663796737968 +CONECT3796737966 +CONECT3796837966 +CONECT379693797037971 +CONECT3797037969 +CONECT3797137969 +CONECT379723797337974 +CONECT3797337972 +CONECT3797437972 +CONECT379753797637977 +CONECT3797637975 +CONECT3797737975 +CONECT379783797937980 +CONECT3797937978 +CONECT3798037978 +CONECT379813798237983 +CONECT3798237981 +CONECT3798337981 +CONECT379843798537986 +CONECT3798537984 +CONECT3798637984 +CONECT379873798837989 +CONECT3798837987 +CONECT3798937987 +CONECT379903799137992 +CONECT3799137990 +CONECT3799237990 +CONECT379933799437995 +CONECT3799437993 +CONECT3799537993 +CONECT379963799737998 +CONECT3799737996 +CONECT3799837996 +CONECT379993800038001 +CONECT3800037999 +CONECT3800137999 +CONECT380023800338004 +CONECT3800338002 +CONECT3800438002 +CONECT380053800638007 +CONECT3800638005 +CONECT3800738005 +CONECT380083800938010 +CONECT3800938008 +CONECT3801038008 +CONECT380113801238013 +CONECT3801238011 +CONECT3801338011 +CONECT380143801538016 +CONECT3801538014 +CONECT3801638014 +CONECT380173801838019 +CONECT3801838017 +CONECT3801938017 +CONECT380203802138022 +CONECT3802138020 +CONECT3802238020 +CONECT380233802438025 +CONECT3802438023 +CONECT3802538023 +CONECT380263802738028 +CONECT3802738026 +CONECT3802838026 +CONECT380293803038031 +CONECT3803038029 +CONECT3803138029 +CONECT380323803338034 +CONECT3803338032 +CONECT3803438032 +CONECT380353803638037 +CONECT3803638035 +CONECT3803738035 +CONECT380383803938040 +CONECT3803938038 +CONECT3804038038 +CONECT380413804238043 +CONECT3804238041 +CONECT3804338041 +CONECT380443804538046 +CONECT3804538044 +CONECT3804638044 +CONECT380473804838049 +CONECT3804838047 +CONECT3804938047 +CONECT380503805138052 +CONECT3805138050 +CONECT3805238050 +CONECT380533805438055 +CONECT3805438053 +CONECT3805538053 +CONECT380563805738058 +CONECT3805738056 +CONECT3805838056 +CONECT380593806038061 +CONECT3806038059 +CONECT3806138059 +CONECT380623806338064 +CONECT3806338062 +CONECT3806438062 +CONECT380653806638067 +CONECT3806638065 +CONECT3806738065 +CONECT380683806938070 +CONECT3806938068 +CONECT3807038068 +CONECT380713807238073 +CONECT3807238071 +CONECT3807338071 +CONECT380743807538076 +CONECT3807538074 +CONECT3807638074 +CONECT380773807838079 +CONECT3807838077 +CONECT3807938077 +CONECT380803808138082 +CONECT3808138080 +CONECT3808238080 +CONECT380833808438085 +CONECT3808438083 +CONECT3808538083 +CONECT380863808738088 +CONECT3808738086 +CONECT3808838086 +CONECT380893809038091 +CONECT3809038089 +CONECT3809138089 +CONECT380923809338094 +CONECT3809338092 +CONECT3809438092 +CONECT380953809638097 +CONECT3809638095 +CONECT3809738095 +CONECT380983809938100 +CONECT3809938098 +CONECT3810038098 +CONECT381013810238103 +CONECT3810238101 +CONECT3810338101 +CONECT381043810538106 +CONECT3810538104 +CONECT3810638104 +CONECT381073810838109 +CONECT3810838107 +CONECT3810938107 +CONECT381103811138112 +CONECT3811138110 +CONECT3811238110 +CONECT381133811438115 +CONECT3811438113 +CONECT3811538113 +CONECT381163811738118 +CONECT3811738116 +CONECT3811838116 +CONECT381193812038121 +CONECT3812038119 +CONECT3812138119 +CONECT381223812338124 +CONECT3812338122 +CONECT3812438122 +CONECT381253812638127 +CONECT3812638125 +CONECT3812738125 +CONECT381283812938130 +CONECT3812938128 +CONECT3813038128 +CONECT381313813238133 +CONECT3813238131 +CONECT3813338131 +CONECT381343813538136 +CONECT3813538134 +CONECT3813638134 +CONECT381373813838139 +CONECT3813838137 +CONECT3813938137 +CONECT381403814138142 +CONECT3814138140 +CONECT3814238140 +CONECT381433814438145 +CONECT3814438143 +CONECT3814538143 +CONECT381463814738148 +CONECT3814738146 +CONECT3814838146 +CONECT381493815038151 +CONECT3815038149 +CONECT3815138149 +CONECT381523815338154 +CONECT3815338152 +CONECT3815438152 +CONECT381553815638157 +CONECT3815638155 +CONECT3815738155 +CONECT381583815938160 +CONECT3815938158 +CONECT3816038158 +CONECT381613816238163 +CONECT3816238161 +CONECT3816338161 +CONECT381643816538166 +CONECT3816538164 +CONECT3816638164 +CONECT381673816838169 +CONECT3816838167 +CONECT3816938167 +CONECT381703817138172 +CONECT3817138170 +CONECT3817238170 +CONECT381733817438175 +CONECT3817438173 +CONECT3817538173 +CONECT381763817738178 +CONECT3817738176 +CONECT3817838176 +CONECT381793818038181 +CONECT3818038179 +CONECT3818138179 +CONECT381823818338184 +CONECT3818338182 +CONECT3818438182 +CONECT381853818638187 +CONECT3818638185 +CONECT3818738185 +CONECT381883818938190 +CONECT3818938188 +CONECT3819038188 +CONECT381913819238193 +CONECT3819238191 +CONECT3819338191 +CONECT381943819538196 +CONECT3819538194 +CONECT3819638194 +CONECT381973819838199 +CONECT3819838197 +CONECT3819938197 +CONECT382003820138202 +CONECT3820138200 +CONECT3820238200 +CONECT382033820438205 +CONECT3820438203 +CONECT3820538203 +CONECT382063820738208 +CONECT3820738206 +CONECT3820838206 +CONECT382093821038211 +CONECT3821038209 +CONECT3821138209 +CONECT382123821338214 +CONECT3821338212 +CONECT3821438212 +CONECT382153821638217 +CONECT3821638215 +CONECT3821738215 +CONECT382183821938220 +CONECT3821938218 +CONECT3822038218 +CONECT382213822238223 +CONECT3822238221 +CONECT3822338221 +CONECT382243822538226 +CONECT3822538224 +CONECT3822638224 +CONECT382273822838229 +CONECT3822838227 +CONECT3822938227 +CONECT382303823138232 +CONECT3823138230 +CONECT3823238230 +CONECT382333823438235 +CONECT3823438233 +CONECT3823538233 +CONECT382363823738238 +CONECT3823738236 +CONECT3823838236 +CONECT382393824038241 +CONECT3824038239 +CONECT3824138239 +CONECT382423824338244 +CONECT3824338242 +CONECT3824438242 +CONECT382453824638247 +CONECT3824638245 +CONECT3824738245 +CONECT382483824938250 +CONECT3824938248 +CONECT3825038248 +CONECT382513825238253 +CONECT3825238251 +CONECT3825338251 +CONECT382543825538256 +CONECT3825538254 +CONECT3825638254 +CONECT382573825838259 +CONECT3825838257 +CONECT3825938257 +CONECT382603826138262 +CONECT3826138260 +CONECT3826238260 +CONECT382633826438265 +CONECT3826438263 +CONECT3826538263 +CONECT382663826738268 +CONECT3826738266 +CONECT3826838266 +CONECT382693827038271 +CONECT3827038269 +CONECT3827138269 +CONECT382723827338274 +CONECT3827338272 +CONECT3827438272 +CONECT382753827638277 +CONECT3827638275 +CONECT3827738275 +CONECT382783827938280 +CONECT3827938278 +CONECT3828038278 +CONECT382813828238283 +CONECT3828238281 +CONECT3828338281 +CONECT382843828538286 +CONECT3828538284 +CONECT3828638284 +CONECT382873828838289 +CONECT3828838287 +CONECT3828938287 +CONECT382903829138292 +CONECT3829138290 +CONECT3829238290 +CONECT382933829438295 +CONECT3829438293 +CONECT3829538293 +CONECT382963829738298 +CONECT3829738296 +CONECT3829838296 +CONECT382993830038301 +CONECT3830038299 +CONECT3830138299 +CONECT383023830338304 +CONECT3830338302 +CONECT3830438302 +CONECT383053830638307 +CONECT3830638305 +CONECT3830738305 +CONECT383083830938310 +CONECT3830938308 +CONECT3831038308 +CONECT383113831238313 +CONECT3831238311 +CONECT3831338311 +CONECT383143831538316 +CONECT3831538314 +CONECT3831638314 +CONECT383173831838319 +CONECT3831838317 +CONECT3831938317 +CONECT383203832138322 +CONECT3832138320 +CONECT3832238320 +CONECT383233832438325 +CONECT3832438323 +CONECT3832538323 +CONECT383263832738328 +CONECT3832738326 +CONECT3832838326 +CONECT383293833038331 +CONECT3833038329 +CONECT3833138329 +CONECT383323833338334 +CONECT3833338332 +CONECT3833438332 +CONECT383353833638337 +CONECT3833638335 +CONECT3833738335 +CONECT383383833938340 +CONECT3833938338 +CONECT3834038338 +CONECT383413834238343 +CONECT3834238341 +CONECT3834338341 +CONECT383443834538346 +CONECT3834538344 +CONECT3834638344 +CONECT383473834838349 +CONECT3834838347 +CONECT3834938347 +CONECT383503835138352 +CONECT3835138350 +CONECT3835238350 +CONECT383533835438355 +CONECT3835438353 +CONECT3835538353 +CONECT383563835738358 +CONECT3835738356 +CONECT3835838356 +CONECT383593836038361 +CONECT3836038359 +CONECT3836138359 +CONECT383623836338364 +CONECT3836338362 +CONECT3836438362 +CONECT383653836638367 +CONECT3836638365 +CONECT3836738365 +CONECT383683836938370 +CONECT3836938368 +CONECT3837038368 +CONECT383713837238373 +CONECT3837238371 +CONECT3837338371 +CONECT383743837538376 +CONECT3837538374 +CONECT3837638374 +CONECT383773837838379 +CONECT3837838377 +CONECT3837938377 +CONECT383803838138382 +CONECT3838138380 +CONECT3838238380 +CONECT383833838438385 +CONECT3838438383 +CONECT3838538383 +CONECT383863838738388 +CONECT3838738386 +CONECT3838838386 +CONECT383893839038391 +CONECT3839038389 +CONECT3839138389 +CONECT383923839338394 +CONECT3839338392 +CONECT3839438392 +CONECT383953839638397 +CONECT3839638395 +CONECT3839738395 +CONECT383983839938400 +CONECT3839938398 +CONECT3840038398 +CONECT384013840238403 +CONECT3840238401 +CONECT3840338401 +CONECT384043840538406 +CONECT3840538404 +CONECT3840638404 +CONECT384073840838409 +CONECT3840838407 +CONECT3840938407 +CONECT384103841138412 +CONECT3841138410 +CONECT3841238410 +CONECT384133841438415 +CONECT3841438413 +CONECT3841538413 +CONECT384163841738418 +CONECT3841738416 +CONECT3841838416 +CONECT384193842038421 +CONECT3842038419 +CONECT3842138419 +CONECT384223842338424 +CONECT3842338422 +CONECT3842438422 +CONECT384253842638427 +CONECT3842638425 +CONECT3842738425 +CONECT384283842938430 +CONECT3842938428 +CONECT3843038428 +CONECT384313843238433 +CONECT3843238431 +CONECT3843338431 +CONECT384343843538436 +CONECT3843538434 +CONECT3843638434 +CONECT384373843838439 +CONECT3843838437 +CONECT3843938437 +CONECT384403844138442 +CONECT3844138440 +CONECT3844238440 +CONECT384433844438445 +CONECT3844438443 +CONECT3844538443 +CONECT384463844738448 +CONECT3844738446 +CONECT3844838446 +CONECT384493845038451 +CONECT3845038449 +CONECT3845138449 +CONECT384523845338454 +CONECT3845338452 +CONECT3845438452 +CONECT384553845638457 +CONECT3845638455 +CONECT3845738455 +CONECT384583845938460 +CONECT3845938458 +CONECT3846038458 +CONECT384613846238463 +CONECT3846238461 +CONECT3846338461 +CONECT384643846538466 +CONECT3846538464 +CONECT3846638464 +CONECT384673846838469 +CONECT3846838467 +CONECT3846938467 +CONECT384703847138472 +CONECT3847138470 +CONECT3847238470 +CONECT384733847438475 +CONECT3847438473 +CONECT3847538473 +CONECT384763847738478 +CONECT3847738476 +CONECT3847838476 +CONECT384793848038481 +CONECT3848038479 +CONECT3848138479 +CONECT384823848338484 +CONECT3848338482 +CONECT3848438482 +CONECT384853848638487 +CONECT3848638485 +CONECT3848738485 +CONECT384883848938490 +CONECT3848938488 +CONECT3849038488 +CONECT384913849238493 +CONECT3849238491 +CONECT3849338491 +CONECT384943849538496 +CONECT3849538494 +CONECT3849638494 +CONECT384973849838499 +CONECT3849838497 +CONECT3849938497 +CONECT385003850138502 +CONECT3850138500 +CONECT3850238500 +CONECT385033850438505 +CONECT3850438503 +CONECT3850538503 +CONECT385063850738508 +CONECT3850738506 +CONECT3850838506 +CONECT385093851038511 +CONECT3851038509 +CONECT3851138509 +CONECT385123851338514 +CONECT3851338512 +CONECT3851438512 +CONECT385153851638517 +CONECT3851638515 +CONECT3851738515 +CONECT385183851938520 +CONECT3851938518 +CONECT3852038518 +CONECT385213852238523 +CONECT3852238521 +CONECT3852338521 +CONECT385243852538526 +CONECT3852538524 +CONECT3852638524 +CONECT385273852838529 +CONECT3852838527 +CONECT3852938527 +CONECT385303853138532 +CONECT3853138530 +CONECT3853238530 +CONECT385333853438535 +CONECT3853438533 +CONECT3853538533 +CONECT385363853738538 +CONECT3853738536 +CONECT3853838536 +CONECT385393854038541 +CONECT3854038539 +CONECT3854138539 +CONECT385423854338544 +CONECT3854338542 +CONECT3854438542 +CONECT385453854638547 +CONECT3854638545 +CONECT3854738545 +CONECT385483854938550 +CONECT3854938548 +CONECT3855038548 +CONECT385513855238553 +CONECT3855238551 +CONECT3855338551 +CONECT385543855538556 +CONECT3855538554 +CONECT3855638554 +CONECT385573855838559 +CONECT3855838557 +CONECT3855938557 +CONECT385603856138562 +CONECT3856138560 +CONECT3856238560 +CONECT385633856438565 +CONECT3856438563 +CONECT3856538563 +CONECT385663856738568 +CONECT3856738566 +CONECT3856838566 +CONECT385693857038571 +CONECT3857038569 +CONECT3857138569 +CONECT385723857338574 +CONECT3857338572 +CONECT3857438572 +CONECT385753857638577 +CONECT3857638575 +CONECT3857738575 +CONECT385783857938580 +CONECT3857938578 +CONECT3858038578 +CONECT385813858238583 +CONECT3858238581 +CONECT3858338581 +CONECT385843858538586 +CONECT3858538584 +CONECT3858638584 +CONECT385873858838589 +CONECT3858838587 +CONECT3858938587 +CONECT385903859138592 +CONECT3859138590 +CONECT3859238590 +CONECT385933859438595 +CONECT3859438593 +CONECT3859538593 +CONECT385963859738598 +CONECT3859738596 +CONECT3859838596 +CONECT385993860038601 +CONECT3860038599 +CONECT3860138599 +CONECT386023860338604 +CONECT3860338602 +CONECT3860438602 +CONECT386053860638607 +CONECT3860638605 +CONECT3860738605 +CONECT386083860938610 +CONECT3860938608 +CONECT3861038608 +CONECT386113861238613 +CONECT3861238611 +CONECT3861338611 +CONECT386143861538616 +CONECT3861538614 +CONECT3861638614 +CONECT386173861838619 +CONECT3861838617 +CONECT3861938617 +CONECT386203862138622 +CONECT3862138620 +CONECT3862238620 +CONECT386233862438625 +CONECT3862438623 +CONECT3862538623 +CONECT386263862738628 +CONECT3862738626 +CONECT3862838626 +CONECT386293863038631 +CONECT3863038629 +CONECT3863138629 +CONECT386323863338634 +CONECT3863338632 +CONECT3863438632 +CONECT386353863638637 +CONECT3863638635 +CONECT3863738635 +CONECT386383863938640 +CONECT3863938638 +CONECT3864038638 +CONECT386413864238643 +CONECT3864238641 +CONECT3864338641 +CONECT386443864538646 +CONECT3864538644 +CONECT3864638644 +CONECT386473864838649 +CONECT3864838647 +CONECT3864938647 +CONECT386503865138652 +CONECT3865138650 +CONECT3865238650 +CONECT386533865438655 +CONECT3865438653 +CONECT3865538653 +CONECT386563865738658 +CONECT3865738656 +CONECT3865838656 +CONECT386593866038661 +CONECT3866038659 +CONECT3866138659 +CONECT386623866338664 +CONECT3866338662 +CONECT3866438662 +CONECT386653866638667 +CONECT3866638665 +CONECT3866738665 +CONECT386683866938670 +CONECT3866938668 +CONECT3867038668 +CONECT386713867238673 +CONECT3867238671 +CONECT3867338671 +CONECT386743867538676 +CONECT3867538674 +CONECT3867638674 +CONECT386773867838679 +CONECT3867838677 +CONECT3867938677 +CONECT386803868138682 +CONECT3868138680 +CONECT3868238680 +CONECT386833868438685 +CONECT3868438683 +CONECT3868538683 +CONECT386863868738688 +CONECT3868738686 +CONECT3868838686 +CONECT386893869038691 +CONECT3869038689 +CONECT3869138689 +CONECT386923869338694 +CONECT3869338692 +CONECT3869438692 +CONECT386953869638697 +CONECT3869638695 +CONECT3869738695 +CONECT386983869938700 +CONECT3869938698 +CONECT3870038698 +CONECT387013870238703 +CONECT3870238701 +CONECT3870338701 +CONECT387043870538706 +CONECT3870538704 +CONECT3870638704 +CONECT387073870838709 +CONECT3870838707 +CONECT3870938707 +CONECT387103871138712 +CONECT3871138710 +CONECT3871238710 +CONECT387133871438715 +CONECT3871438713 +CONECT3871538713 +CONECT387163871738718 +CONECT3871738716 +CONECT3871838716 +CONECT387193872038721 +CONECT3872038719 +CONECT3872138719 +CONECT387223872338724 +CONECT3872338722 +CONECT3872438722 +CONECT387253872638727 +CONECT3872638725 +CONECT3872738725 +CONECT387283872938730 +CONECT3872938728 +CONECT3873038728 +CONECT387313873238733 +CONECT3873238731 +CONECT3873338731 +CONECT387343873538736 +CONECT3873538734 +CONECT3873638734 +CONECT387373873838739 +CONECT3873838737 +CONECT3873938737 +CONECT387403874138742 +CONECT3874138740 +CONECT3874238740 +CONECT387433874438745 +CONECT3874438743 +CONECT3874538743 +CONECT387463874738748 +CONECT3874738746 +CONECT3874838746 +CONECT387493875038751 +CONECT3875038749 +CONECT3875138749 +CONECT387523875338754 +CONECT3875338752 +CONECT3875438752 +CONECT387553875638757 +CONECT3875638755 +CONECT3875738755 +CONECT387583875938760 +CONECT3875938758 +CONECT3876038758 +CONECT387613876238763 +CONECT3876238761 +CONECT3876338761 +CONECT387643876538766 +CONECT3876538764 +CONECT3876638764 +CONECT387673876838769 +CONECT3876838767 +CONECT3876938767 +CONECT387703877138772 +CONECT3877138770 +CONECT3877238770 +CONECT387733877438775 +CONECT3877438773 +CONECT3877538773 +CONECT387763877738778 +CONECT3877738776 +CONECT3877838776 +CONECT387793878038781 +CONECT3878038779 +CONECT3878138779 +CONECT387823878338784 +CONECT3878338782 +CONECT3878438782 +CONECT387853878638787 +CONECT3878638785 +CONECT3878738785 +CONECT387883878938790 +CONECT3878938788 +CONECT3879038788 +CONECT387913879238793 +CONECT3879238791 +CONECT3879338791 +CONECT387943879538796 +CONECT3879538794 +CONECT3879638794 +CONECT387973879838799 +CONECT3879838797 +CONECT3879938797 +CONECT388003880138802 +CONECT3880138800 +CONECT3880238800 +CONECT388033880438805 +CONECT3880438803 +CONECT3880538803 +CONECT388063880738808 +CONECT3880738806 +CONECT3880838806 +CONECT388093881038811 +CONECT3881038809 +CONECT3881138809 +CONECT388123881338814 +CONECT3881338812 +CONECT3881438812 +CONECT388153881638817 +CONECT3881638815 +CONECT3881738815 +CONECT388183881938820 +CONECT3881938818 +CONECT3882038818 +CONECT388213882238823 +CONECT3882238821 +CONECT3882338821 +CONECT388243882538826 +CONECT3882538824 +CONECT3882638824 +CONECT388273882838829 +CONECT3882838827 +CONECT3882938827 +CONECT388303883138832 +CONECT3883138830 +CONECT3883238830 +CONECT388333883438835 +CONECT3883438833 +CONECT3883538833 +CONECT388363883738838 +CONECT3883738836 +CONECT3883838836 +CONECT388393884038841 +CONECT3884038839 +CONECT3884138839 +CONECT388423884338844 +CONECT3884338842 +CONECT3884438842 +CONECT388453884638847 +CONECT3884638845 +CONECT3884738845 +CONECT388483884938850 +CONECT3884938848 +CONECT3885038848 +CONECT388513885238853 +CONECT3885238851 +CONECT3885338851 +CONECT388543885538856 +CONECT3885538854 +CONECT3885638854 +CONECT388573885838859 +CONECT3885838857 +CONECT3885938857 +CONECT388603886138862 +CONECT3886138860 +CONECT3886238860 +CONECT388633886438865 +CONECT3886438863 +CONECT3886538863 +CONECT388663886738868 +CONECT3886738866 +CONECT3886838866 +CONECT388693887038871 +CONECT3887038869 +CONECT3887138869 +CONECT388723887338874 +CONECT3887338872 +CONECT3887438872 +CONECT388753887638877 +CONECT3887638875 +CONECT3887738875 +CONECT388783887938880 +CONECT3887938878 +CONECT3888038878 +CONECT388813888238883 +CONECT3888238881 +CONECT3888338881 +CONECT388843888538886 +CONECT3888538884 +CONECT3888638884 +CONECT388873888838889 +CONECT3888838887 +CONECT3888938887 +CONECT388903889138892 +CONECT3889138890 +CONECT3889238890 +CONECT388933889438895 +CONECT3889438893 +CONECT3889538893 +CONECT388963889738898 +CONECT3889738896 +CONECT3889838896 +CONECT388993890038901 +CONECT3890038899 +CONECT3890138899 +CONECT389023890338904 +CONECT3890338902 +CONECT3890438902 +CONECT389053890638907 +CONECT3890638905 +CONECT3890738905 +CONECT389083890938910 +CONECT3890938908 +CONECT3891038908 +CONECT389113891238913 +CONECT3891238911 +CONECT3891338911 +CONECT389143891538916 +CONECT3891538914 +CONECT3891638914 +CONECT389173891838919 +CONECT3891838917 +CONECT3891938917 +CONECT389203892138922 +CONECT3892138920 +CONECT3892238920 +CONECT389233892438925 +CONECT3892438923 +CONECT3892538923 +CONECT389263892738928 +CONECT3892738926 +CONECT3892838926 +CONECT389293893038931 +CONECT3893038929 +CONECT3893138929 +CONECT389323893338934 +CONECT3893338932 +CONECT3893438932 +CONECT389353893638937 +CONECT3893638935 +CONECT3893738935 +CONECT389383893938940 +CONECT3893938938 +CONECT3894038938 +CONECT389413894238943 +CONECT3894238941 +CONECT3894338941 +CONECT389443894538946 +CONECT3894538944 +CONECT3894638944 +CONECT389473894838949 +CONECT3894838947 +CONECT3894938947 +CONECT389503895138952 +CONECT3895138950 +CONECT3895238950 +CONECT389533895438955 +CONECT3895438953 +CONECT3895538953 +CONECT389563895738958 +CONECT3895738956 +CONECT3895838956 +CONECT389593896038961 +CONECT3896038959 +CONECT3896138959 +CONECT389623896338964 +CONECT3896338962 +CONECT3896438962 +CONECT389653896638967 +CONECT3896638965 +CONECT3896738965 +CONECT389683896938970 +CONECT3896938968 +CONECT3897038968 +CONECT389713897238973 +CONECT3897238971 +CONECT3897338971 +CONECT389743897538976 +CONECT3897538974 +CONECT3897638974 +CONECT389773897838979 +CONECT3897838977 +CONECT3897938977 +CONECT389803898138982 +CONECT3898138980 +CONECT3898238980 +CONECT389833898438985 +CONECT3898438983 +CONECT3898538983 +CONECT389863898738988 +CONECT3898738986 +CONECT3898838986 +CONECT389893899038991 +CONECT3899038989 +CONECT3899138989 +CONECT389923899338994 +CONECT3899338992 +CONECT3899438992 +CONECT389953899638997 +CONECT3899638995 +CONECT3899738995 +CONECT389983899939000 +CONECT3899938998 +CONECT3900038998 +CONECT390013900239003 +CONECT3900239001 +CONECT3900339001 +CONECT390043900539006 +CONECT3900539004 +CONECT3900639004 +CONECT390073900839009 +CONECT3900839007 +CONECT3900939007 +CONECT390103901139012 +CONECT3901139010 +CONECT3901239010 +CONECT390133901439015 +CONECT3901439013 +CONECT3901539013 +CONECT390163901739018 +CONECT3901739016 +CONECT3901839016 +CONECT390193902039021 +CONECT3902039019 +CONECT3902139019 +CONECT390223902339024 +CONECT3902339022 +CONECT3902439022 +CONECT390253902639027 +CONECT3902639025 +CONECT3902739025 +CONECT390283902939030 +CONECT3902939028 +CONECT3903039028 +CONECT390313903239033 +CONECT3903239031 +CONECT3903339031 +CONECT390343903539036 +CONECT3903539034 +CONECT3903639034 +CONECT390373903839039 +CONECT3903839037 +CONECT3903939037 +CONECT390403904139042 +CONECT3904139040 +CONECT3904239040 +CONECT390433904439045 +CONECT3904439043 +CONECT3904539043 +CONECT390463904739048 +CONECT3904739046 +CONECT3904839046 +CONECT390493905039051 +CONECT3905039049 +CONECT3905139049 +CONECT390523905339054 +CONECT3905339052 +CONECT3905439052 +CONECT390553905639057 +CONECT3905639055 +CONECT3905739055 +CONECT390583905939060 +CONECT3905939058 +CONECT3906039058 +CONECT390613906239063 +CONECT3906239061 +CONECT3906339061 +CONECT390643906539066 +CONECT3906539064 +CONECT3906639064 +CONECT390673906839069 +CONECT3906839067 +CONECT3906939067 +CONECT390703907139072 +CONECT3907139070 +CONECT3907239070 +CONECT390733907439075 +CONECT3907439073 +CONECT3907539073 +CONECT390763907739078 +CONECT3907739076 +CONECT3907839076 +CONECT390793908039081 +CONECT3908039079 +CONECT3908139079 +CONECT390823908339084 +CONECT3908339082 +CONECT3908439082 +CONECT390853908639087 +CONECT3908639085 +CONECT3908739085 +CONECT390883908939090 +CONECT3908939088 +CONECT3909039088 +CONECT390913909239093 +CONECT3909239091 +CONECT3909339091 +CONECT390943909539096 +CONECT3909539094 +CONECT3909639094 +CONECT390973909839099 +CONECT3909839097 +CONECT3909939097 +CONECT391003910139102 +CONECT3910139100 +CONECT3910239100 +CONECT391033910439105 +CONECT3910439103 +CONECT3910539103 +CONECT391063910739108 +CONECT3910739106 +CONECT3910839106 +CONECT391093911039111 +CONECT3911039109 +CONECT3911139109 +CONECT391123911339114 +CONECT3911339112 +CONECT3911439112 +CONECT391153911639117 +CONECT3911639115 +CONECT3911739115 +CONECT391183911939120 +CONECT3911939118 +CONECT3912039118 +CONECT391213912239123 +CONECT3912239121 +CONECT3912339121 +CONECT391243912539126 +CONECT3912539124 +CONECT3912639124 +CONECT391273912839129 +CONECT3912839127 +CONECT3912939127 +CONECT391303913139132 +CONECT3913139130 +CONECT3913239130 +CONECT391333913439135 +CONECT3913439133 +CONECT3913539133 +CONECT391363913739138 +CONECT3913739136 +CONECT3913839136 +CONECT391393914039141 +CONECT3914039139 +CONECT3914139139 +CONECT391423914339144 +CONECT3914339142 +CONECT3914439142 +CONECT391453914639147 +CONECT3914639145 +CONECT3914739145 +CONECT391483914939150 +CONECT3914939148 +CONECT3915039148 +CONECT391513915239153 +CONECT3915239151 +CONECT3915339151 +CONECT391543915539156 +CONECT3915539154 +CONECT3915639154 +CONECT391573915839159 +CONECT3915839157 +CONECT3915939157 +CONECT391603916139162 +CONECT3916139160 +CONECT3916239160 +CONECT391633916439165 +CONECT3916439163 +CONECT3916539163 +CONECT391663916739168 +CONECT3916739166 +CONECT3916839166 +CONECT391693917039171 +CONECT3917039169 +CONECT3917139169 +CONECT391723917339174 +CONECT3917339172 +CONECT3917439172 +CONECT391753917639177 +CONECT3917639175 +CONECT3917739175 +CONECT391783917939180 +CONECT3917939178 +CONECT3918039178 +CONECT391813918239183 +CONECT3918239181 +CONECT3918339181 +CONECT391843918539186 +CONECT3918539184 +CONECT3918639184 +CONECT391873918839189 +CONECT3918839187 +CONECT3918939187 +CONECT391903919139192 +CONECT3919139190 +CONECT3919239190 +CONECT391933919439195 +CONECT3919439193 +CONECT3919539193 +CONECT391963919739198 +CONECT3919739196 +CONECT3919839196 +CONECT391993920039201 +CONECT3920039199 +CONECT3920139199 +CONECT392023920339204 +CONECT3920339202 +CONECT3920439202 +CONECT392053920639207 +CONECT3920639205 +CONECT3920739205 +CONECT392083920939210 +CONECT3920939208 +CONECT3921039208 +CONECT392113921239213 +CONECT3921239211 +CONECT3921339211 +CONECT392143921539216 +CONECT3921539214 +CONECT3921639214 +CONECT392173921839219 +CONECT3921839217 +CONECT3921939217 +CONECT392203922139222 +CONECT3922139220 +CONECT3922239220 +CONECT392233922439225 +CONECT3922439223 +CONECT3922539223 +CONECT392263922739228 +CONECT3922739226 +CONECT3922839226 +CONECT392293923039231 +CONECT3923039229 +CONECT3923139229 +CONECT392323923339234 +CONECT3923339232 +CONECT3923439232 +CONECT392353923639237 +CONECT3923639235 +CONECT3923739235 +CONECT392383923939240 +CONECT3923939238 +CONECT3924039238 +CONECT392413924239243 +CONECT3924239241 +CONECT3924339241 +CONECT392443924539246 +CONECT3924539244 +CONECT3924639244 +CONECT392473924839249 +CONECT3924839247 +CONECT3924939247 +CONECT392503925139252 +CONECT3925139250 +CONECT3925239250 +CONECT392533925439255 +CONECT3925439253 +CONECT3925539253 +CONECT392563925739258 +CONECT3925739256 +CONECT3925839256 +CONECT392593926039261 +CONECT3926039259 +CONECT3926139259 +CONECT392623926339264 +CONECT3926339262 +CONECT3926439262 +CONECT392653926639267 +CONECT3926639265 +CONECT3926739265 +CONECT392683926939270 +CONECT3926939268 +CONECT3927039268 +CONECT392713927239273 +CONECT3927239271 +CONECT3927339271 +CONECT392743927539276 +CONECT3927539274 +CONECT3927639274 +CONECT392773927839279 +CONECT3927839277 +CONECT3927939277 +CONECT392803928139282 +CONECT3928139280 +CONECT3928239280 +CONECT392833928439285 +CONECT3928439283 +CONECT3928539283 +CONECT392863928739288 +CONECT3928739286 +CONECT3928839286 +CONECT392893929039291 +CONECT3929039289 +CONECT3929139289 +CONECT392923929339294 +CONECT3929339292 +CONECT3929439292 +CONECT392953929639297 +CONECT3929639295 +CONECT3929739295 +CONECT392983929939300 +CONECT3929939298 +CONECT3930039298 +CONECT393013930239303 +CONECT3930239301 +CONECT3930339301 +CONECT393043930539306 +CONECT3930539304 +CONECT3930639304 +CONECT393073930839309 +CONECT3930839307 +CONECT3930939307 +CONECT393103931139312 +CONECT3931139310 +CONECT3931239310 +CONECT393133931439315 +CONECT3931439313 +CONECT3931539313 +CONECT393163931739318 +CONECT3931739316 +CONECT3931839316 +CONECT393193932039321 +CONECT3932039319 +CONECT3932139319 +CONECT393223932339324 +CONECT3932339322 +CONECT3932439322 +CONECT393253932639327 +CONECT3932639325 +CONECT3932739325 +CONECT393283932939330 +CONECT3932939328 +CONECT3933039328 +CONECT393313933239333 +CONECT3933239331 +CONECT3933339331 +CONECT393343933539336 +CONECT3933539334 +CONECT3933639334 +CONECT393373933839339 +CONECT3933839337 +CONECT3933939337 +CONECT393403934139342 +CONECT3934139340 +CONECT3934239340 +CONECT393433934439345 +CONECT3934439343 +CONECT3934539343 +CONECT393463934739348 +CONECT3934739346 +CONECT3934839346 +CONECT393493935039351 +CONECT3935039349 +CONECT3935139349 +CONECT393523935339354 +CONECT3935339352 +CONECT3935439352 +CONECT393553935639357 +CONECT3935639355 +CONECT3935739355 +CONECT393583935939360 +CONECT3935939358 +CONECT3936039358 +CONECT393613936239363 +CONECT3936239361 +CONECT3936339361 +CONECT393643936539366 +CONECT3936539364 +CONECT3936639364 +CONECT393673936839369 +CONECT3936839367 +CONECT3936939367 +CONECT393703937139372 +CONECT3937139370 +CONECT3937239370 +CONECT393733937439375 +CONECT3937439373 +CONECT3937539373 +CONECT393763937739378 +CONECT3937739376 +CONECT3937839376 +CONECT393793938039381 +CONECT3938039379 +CONECT3938139379 +CONECT393823938339384 +CONECT3938339382 +CONECT3938439382 +CONECT393853938639387 +CONECT3938639385 +CONECT3938739385 +CONECT393883938939390 +CONECT3938939388 +CONECT3939039388 +CONECT393913939239393 +CONECT3939239391 +CONECT3939339391 +CONECT393943939539396 +CONECT3939539394 +CONECT3939639394 +CONECT393973939839399 +CONECT3939839397 +CONECT3939939397 +CONECT394003940139402 +CONECT3940139400 +CONECT3940239400 +CONECT394033940439405 +CONECT3940439403 +CONECT3940539403 +CONECT394063940739408 +CONECT3940739406 +CONECT3940839406 +CONECT394093941039411 +CONECT3941039409 +CONECT3941139409 +CONECT394123941339414 +CONECT3941339412 +CONECT3941439412 +CONECT394153941639417 +CONECT3941639415 +CONECT3941739415 +CONECT394183941939420 +CONECT3941939418 +CONECT3942039418 +CONECT394213942239423 +CONECT3942239421 +CONECT3942339421 +CONECT394243942539426 +CONECT3942539424 +CONECT3942639424 +CONECT394273942839429 +CONECT3942839427 +CONECT3942939427 +CONECT394303943139432 +CONECT3943139430 +CONECT3943239430 +CONECT394333943439435 +CONECT3943439433 +CONECT3943539433 +CONECT394363943739438 +CONECT3943739436 +CONECT3943839436 +CONECT394393944039441 +CONECT3944039439 +CONECT3944139439 +CONECT394423944339444 +CONECT3944339442 +CONECT3944439442 +CONECT394453944639447 +CONECT3944639445 +CONECT3944739445 +CONECT394483944939450 +CONECT3944939448 +CONECT3945039448 +CONECT394513945239453 +CONECT3945239451 +CONECT3945339451 +CONECT394543945539456 +CONECT3945539454 +CONECT3945639454 +CONECT394573945839459 +CONECT3945839457 +CONECT3945939457 +CONECT394603946139462 +CONECT3946139460 +CONECT3946239460 +CONECT394633946439465 +CONECT3946439463 +CONECT3946539463 +CONECT394663946739468 +CONECT3946739466 +CONECT3946839466 +CONECT394693947039471 +CONECT3947039469 +CONECT3947139469 +CONECT394723947339474 +CONECT3947339472 +CONECT3947439472 +CONECT394753947639477 +CONECT3947639475 +CONECT3947739475 +CONECT394783947939480 +CONECT3947939478 +CONECT3948039478 +CONECT394813948239483 +CONECT3948239481 +CONECT3948339481 +CONECT394843948539486 +CONECT3948539484 +CONECT3948639484 +CONECT394873948839489 +CONECT3948839487 +CONECT3948939487 +CONECT394903949139492 +CONECT3949139490 +CONECT3949239490 +CONECT394933949439495 +CONECT3949439493 +CONECT3949539493 +CONECT394963949739498 +CONECT3949739496 +CONECT3949839496 +CONECT394993950039501 +CONECT3950039499 +CONECT3950139499 +CONECT395023950339504 +CONECT3950339502 +CONECT3950439502 +CONECT395053950639507 +CONECT3950639505 +CONECT3950739505 +CONECT395083950939510 +CONECT3950939508 +CONECT3951039508 +CONECT395113951239513 +CONECT3951239511 +CONECT3951339511 +CONECT395143951539516 +CONECT3951539514 +CONECT3951639514 +CONECT395173951839519 +CONECT3951839517 +CONECT3951939517 +CONECT395203952139522 +CONECT3952139520 +CONECT3952239520 +CONECT395233952439525 +CONECT3952439523 +CONECT3952539523 +CONECT395263952739528 +CONECT3952739526 +CONECT3952839526 +CONECT395293953039531 +CONECT3953039529 +CONECT3953139529 +CONECT395323953339534 +CONECT3953339532 +CONECT3953439532 +CONECT395353953639537 +CONECT3953639535 +CONECT3953739535 +CONECT395383953939540 +CONECT3953939538 +CONECT3954039538 +CONECT395413954239543 +CONECT3954239541 +CONECT3954339541 +CONECT395443954539546 +CONECT3954539544 +CONECT3954639544 +CONECT395473954839549 +CONECT3954839547 +CONECT3954939547 +CONECT395503955139552 +CONECT3955139550 +CONECT3955239550 +CONECT395533955439555 +CONECT3955439553 +CONECT3955539553 +CONECT395563955739558 +CONECT3955739556 +CONECT3955839556 +CONECT395593956039561 +CONECT3956039559 +CONECT3956139559 +CONECT395623956339564 +CONECT3956339562 +CONECT3956439562 +CONECT395653956639567 +CONECT3956639565 +CONECT3956739565 +CONECT395683956939570 +CONECT3956939568 +CONECT3957039568 +CONECT395713957239573 +CONECT3957239571 +CONECT3957339571 +CONECT395743957539576 +CONECT3957539574 +CONECT3957639574 +CONECT395773957839579 +CONECT3957839577 +CONECT3957939577 +CONECT395803958139582 +CONECT3958139580 +CONECT3958239580 +CONECT395833958439585 +CONECT3958439583 +CONECT3958539583 +CONECT395863958739588 +CONECT3958739586 +CONECT3958839586 +CONECT395893959039591 +CONECT3959039589 +CONECT3959139589 +CONECT395923959339594 +CONECT3959339592 +CONECT3959439592 +CONECT395953959639597 +CONECT3959639595 +CONECT3959739595 +CONECT395983959939600 +CONECT3959939598 +CONECT3960039598 +CONECT396013960239603 +CONECT3960239601 +CONECT3960339601 +CONECT396043960539606 +CONECT3960539604 +CONECT3960639604 +CONECT396073960839609 +CONECT3960839607 +CONECT3960939607 +CONECT396103961139612 +CONECT3961139610 +CONECT3961239610 +CONECT396133961439615 +CONECT3961439613 +CONECT3961539613 +CONECT396163961739618 +CONECT3961739616 +CONECT3961839616 +CONECT396193962039621 +CONECT3962039619 +CONECT3962139619 +CONECT396223962339624 +CONECT3962339622 +CONECT3962439622 +CONECT396253962639627 +CONECT3962639625 +CONECT3962739625 +CONECT396283962939630 +CONECT3962939628 +CONECT3963039628 +CONECT396313963239633 +CONECT3963239631 +CONECT3963339631 +CONECT396343963539636 +CONECT3963539634 +CONECT3963639634 +CONECT396373963839639 +CONECT3963839637 +CONECT3963939637 +CONECT396403964139642 +CONECT3964139640 +CONECT3964239640 +CONECT396433964439645 +CONECT3964439643 +CONECT3964539643 +CONECT396463964739648 +CONECT3964739646 +CONECT3964839646 +CONECT396493965039651 +CONECT3965039649 +CONECT3965139649 +CONECT396523965339654 +CONECT3965339652 +CONECT3965439652 +CONECT396553965639657 +CONECT3965639655 +CONECT3965739655 +CONECT396583965939660 +CONECT3965939658 +CONECT3966039658 +CONECT396613966239663 +CONECT3966239661 +CONECT3966339661 +CONECT396643966539666 +CONECT3966539664 +CONECT3966639664 +CONECT396673966839669 +CONECT3966839667 +CONECT3966939667 +CONECT396703967139672 +CONECT3967139670 +CONECT3967239670 +CONECT396733967439675 +CONECT3967439673 +CONECT3967539673 +CONECT396763967739678 +CONECT3967739676 +CONECT3967839676 +CONECT396793968039681 +CONECT3968039679 +CONECT3968139679 +CONECT396823968339684 +CONECT3968339682 +CONECT3968439682 +CONECT396853968639687 +CONECT3968639685 +CONECT3968739685 +CONECT396883968939690 +CONECT3968939688 +CONECT3969039688 +CONECT396913969239693 +CONECT3969239691 +CONECT3969339691 +CONECT396943969539696 +CONECT3969539694 +CONECT3969639694 +CONECT396973969839699 +CONECT3969839697 +CONECT3969939697 +CONECT397003970139702 +CONECT3970139700 +CONECT3970239700 +CONECT397033970439705 +CONECT3970439703 +CONECT3970539703 +CONECT397063970739708 +CONECT3970739706 +CONECT3970839706 +CONECT397093971039711 +CONECT3971039709 +CONECT3971139709 +CONECT397123971339714 +CONECT3971339712 +CONECT3971439712 +CONECT397153971639717 +CONECT3971639715 +CONECT3971739715 +CONECT397183971939720 +CONECT3971939718 +CONECT3972039718 +CONECT397213972239723 +CONECT3972239721 +CONECT3972339721 +CONECT397243972539726 +CONECT3972539724 +CONECT3972639724 +CONECT397273972839729 +CONECT3972839727 +CONECT3972939727 +CONECT397303973139732 +CONECT3973139730 +CONECT3973239730 +CONECT397333973439735 +CONECT3973439733 +CONECT3973539733 +CONECT397363973739738 +CONECT3973739736 +CONECT3973839736 +CONECT397393974039741 +CONECT3974039739 +CONECT3974139739 +CONECT397423974339744 +CONECT3974339742 +CONECT3974439742 +CONECT397453974639747 +CONECT3974639745 +CONECT3974739745 +CONECT397483974939750 +CONECT3974939748 +CONECT3975039748 +CONECT397513975239753 +CONECT3975239751 +CONECT3975339751 +CONECT397543975539756 +CONECT3975539754 +CONECT3975639754 +CONECT397573975839759 +CONECT3975839757 +CONECT3975939757 +CONECT397603976139762 +CONECT3976139760 +CONECT3976239760 +CONECT397633976439765 +CONECT3976439763 +CONECT3976539763 +CONECT397663976739768 +CONECT3976739766 +CONECT3976839766 +CONECT397693977039771 +CONECT3977039769 +CONECT3977139769 +CONECT397723977339774 +CONECT3977339772 +CONECT3977439772 +CONECT397753977639777 +CONECT3977639775 +CONECT3977739775 +CONECT397783977939780 +CONECT3977939778 +CONECT3978039778 +CONECT397813978239783 +CONECT3978239781 +CONECT3978339781 +CONECT397843978539786 +CONECT3978539784 +CONECT3978639784 +CONECT397873978839789 +CONECT3978839787 +CONECT3978939787 +CONECT397903979139792 +CONECT3979139790 +CONECT3979239790 +CONECT397933979439795 +CONECT3979439793 +CONECT3979539793 +CONECT397963979739798 +CONECT3979739796 +CONECT3979839796 +CONECT397993980039801 +CONECT3980039799 +CONECT3980139799 +CONECT398023980339804 +CONECT3980339802 +CONECT3980439802 +CONECT398053980639807 +CONECT3980639805 +CONECT3980739805 +CONECT398083980939810 +CONECT3980939808 +CONECT3981039808 +CONECT398113981239813 +CONECT3981239811 +CONECT3981339811 +CONECT398143981539816 +CONECT3981539814 +CONECT3981639814 +CONECT398173981839819 +CONECT3981839817 +CONECT3981939817 +CONECT398203982139822 +CONECT3982139820 +CONECT3982239820 +CONECT398233982439825 +CONECT3982439823 +CONECT3982539823 +CONECT398263982739828 +CONECT3982739826 +CONECT3982839826 +CONECT398293983039831 +CONECT3983039829 +CONECT3983139829 +CONECT398323983339834 +CONECT3983339832 +CONECT3983439832 +CONECT398353983639837 +CONECT3983639835 +CONECT3983739835 +CONECT398383983939840 +CONECT3983939838 +CONECT3984039838 +CONECT398413984239843 +CONECT3984239841 +CONECT3984339841 +CONECT398443984539846 +CONECT3984539844 +CONECT3984639844 +CONECT398473984839849 +CONECT3984839847 +CONECT3984939847 +CONECT398503985139852 +CONECT3985139850 +CONECT3985239850 +CONECT398533985439855 +CONECT3985439853 +CONECT3985539853 +CONECT398563985739858 +CONECT3985739856 +CONECT3985839856 +CONECT398593986039861 +CONECT3986039859 +CONECT3986139859 +CONECT398623986339864 +CONECT3986339862 +CONECT3986439862 +CONECT398653986639867 +CONECT3986639865 +CONECT3986739865 +CONECT398683986939870 +CONECT3986939868 +CONECT3987039868 +CONECT398713987239873 +CONECT3987239871 +CONECT3987339871 +CONECT398743987539876 +CONECT3987539874 +CONECT3987639874 +CONECT398773987839879 +CONECT3987839877 +CONECT3987939877 +CONECT398803988139882 +CONECT3988139880 +CONECT3988239880 +CONECT398833988439885 +CONECT3988439883 +CONECT3988539883 +CONECT398863988739888 +CONECT3988739886 +CONECT3988839886 +CONECT398893989039891 +CONECT3989039889 +CONECT3989139889 +CONECT398923989339894 +CONECT3989339892 +CONECT3989439892 +CONECT398953989639897 +CONECT3989639895 +CONECT3989739895 +CONECT398983989939900 +CONECT3989939898 +CONECT3990039898 +CONECT399013990239903 +CONECT3990239901 +CONECT3990339901 +CONECT399043990539906 +CONECT3990539904 +CONECT3990639904 +CONECT399073990839909 +CONECT3990839907 +CONECT3990939907 +CONECT399103991139912 +CONECT3991139910 +CONECT3991239910 +CONECT399133991439915 +CONECT3991439913 +CONECT3991539913 +CONECT399163991739918 +CONECT3991739916 +CONECT3991839916 +CONECT399193992039921 +CONECT3992039919 +CONECT3992139919 +CONECT399223992339924 +CONECT3992339922 +CONECT3992439922 +CONECT399253992639927 +CONECT3992639925 +CONECT3992739925 +CONECT399283992939930 +CONECT3992939928 +CONECT3993039928 +CONECT399313993239933 +CONECT3993239931 +CONECT3993339931 +CONECT399343993539936 +CONECT3993539934 +CONECT3993639934 +CONECT399373993839939 +CONECT3993839937 +CONECT3993939937 +CONECT399403994139942 +CONECT3994139940 +CONECT3994239940 +CONECT399433994439945 +CONECT3994439943 +CONECT3994539943 +CONECT399463994739948 +CONECT3994739946 +CONECT3994839946 +CONECT399493995039951 +CONECT3995039949 +CONECT3995139949 +CONECT399523995339954 +CONECT3995339952 +CONECT3995439952 +CONECT399553995639957 +CONECT3995639955 +CONECT3995739955 +CONECT399583995939960 +CONECT3995939958 +CONECT3996039958 +CONECT399613996239963 +CONECT3996239961 +CONECT3996339961 +CONECT399643996539966 +CONECT3996539964 +CONECT3996639964 +CONECT399673996839969 +CONECT3996839967 +CONECT3996939967 +CONECT399703997139972 +CONECT3997139970 +CONECT3997239970 +CONECT399733997439975 +CONECT3997439973 +CONECT3997539973 +CONECT399763997739978 +CONECT3997739976 +CONECT3997839976 +CONECT399793998039981 +CONECT3998039979 +CONECT3998139979 +CONECT399823998339984 +CONECT3998339982 +CONECT3998439982 +CONECT399853998639987 +CONECT3998639985 +CONECT3998739985 +CONECT399883998939990 +CONECT3998939988 +CONECT3999039988 +CONECT399913999239993 +CONECT3999239991 +CONECT3999339991 +CONECT399943999539996 +CONECT3999539994 +CONECT3999639994 +CONECT399973999839999 +CONECT3999839997 +CONECT3999939997 +CONECT400004000140002 +CONECT4000140000 +CONECT4000240000 +CONECT400034000440005 +CONECT4000440003 +CONECT4000540003 +CONECT400064000740008 +CONECT4000740006 +CONECT4000840006 +CONECT400094001040011 +CONECT4001040009 +CONECT4001140009 +CONECT400124001340014 +CONECT4001340012 +CONECT4001440012 +CONECT400154001640017 +CONECT4001640015 +CONECT4001740015 +CONECT400184001940020 +CONECT4001940018 +CONECT4002040018 +CONECT400214002240023 +CONECT4002240021 +CONECT4002340021 +CONECT400244002540026 +CONECT4002540024 +CONECT4002640024 +CONECT400274002840029 +CONECT4002840027 +CONECT4002940027 +CONECT400304003140032 +CONECT4003140030 +CONECT4003240030 +CONECT400334003440035 +CONECT4003440033 +CONECT4003540033 +CONECT400364003740038 +CONECT4003740036 +CONECT4003840036 +CONECT400394004040041 +CONECT4004040039 +CONECT4004140039 +CONECT400424004340044 +CONECT4004340042 +CONECT4004440042 +CONECT400454004640047 +CONECT4004640045 +CONECT4004740045 +CONECT400484004940050 +CONECT4004940048 +CONECT4005040048 +CONECT400514005240053 +CONECT4005240051 +CONECT4005340051 +CONECT400544005540056 +CONECT4005540054 +CONECT4005640054 +CONECT400574005840059 +CONECT4005840057 +CONECT4005940057 +CONECT400604006140062 +CONECT4006140060 +CONECT4006240060 +CONECT400634006440065 +CONECT4006440063 +CONECT4006540063 +CONECT400664006740068 +CONECT4006740066 +CONECT4006840066 +CONECT400694007040071 +CONECT4007040069 +CONECT4007140069 +CONECT400724007340074 +CONECT4007340072 +CONECT4007440072 +CONECT400754007640077 +CONECT4007640075 +CONECT4007740075 +CONECT400784007940080 +CONECT4007940078 +CONECT4008040078 +CONECT400814008240083 +CONECT4008240081 +CONECT4008340081 +CONECT400844008540086 +CONECT4008540084 +CONECT4008640084 +CONECT400874008840089 +CONECT4008840087 +CONECT4008940087 +CONECT400904009140092 +CONECT4009140090 +CONECT4009240090 +CONECT400934009440095 +CONECT4009440093 +CONECT4009540093 +CONECT400964009740098 +CONECT4009740096 +CONECT4009840096 +CONECT400994010040101 +CONECT4010040099 +CONECT4010140099 +CONECT401024010340104 +CONECT4010340102 +CONECT4010440102 +CONECT401054010640107 +CONECT4010640105 +CONECT4010740105 +CONECT401084010940110 +CONECT4010940108 +CONECT4011040108 +CONECT401114011240113 +CONECT4011240111 +CONECT4011340111 +CONECT401144011540116 +CONECT4011540114 +CONECT4011640114 +CONECT401174011840119 +CONECT4011840117 +CONECT4011940117 +CONECT401204012140122 +CONECT4012140120 +CONECT4012240120 +CONECT401234012440125 +CONECT4012440123 +CONECT4012540123 +CONECT401264012740128 +CONECT4012740126 +CONECT4012840126 +CONECT401294013040131 +CONECT4013040129 +CONECT4013140129 +CONECT401324013340134 +CONECT4013340132 +CONECT4013440132 +CONECT401354013640137 +CONECT4013640135 +CONECT4013740135 +CONECT401384013940140 +CONECT4013940138 +CONECT4014040138 +CONECT401414014240143 +CONECT4014240141 +CONECT4014340141 +CONECT401444014540146 +CONECT4014540144 +CONECT4014640144 +CONECT401474014840149 +CONECT4014840147 +CONECT4014940147 +CONECT401504015140152 +CONECT4015140150 +CONECT4015240150 +CONECT401534015440155 +CONECT4015440153 +CONECT4015540153 +CONECT401564015740158 +CONECT4015740156 +CONECT4015840156 +CONECT401594016040161 +CONECT4016040159 +CONECT4016140159 +CONECT401624016340164 +CONECT4016340162 +CONECT4016440162 +CONECT401654016640167 +CONECT4016640165 +CONECT4016740165 +CONECT401684016940170 +CONECT4016940168 +CONECT4017040168 +CONECT401714017240173 +CONECT4017240171 +CONECT4017340171 +CONECT401744017540176 +CONECT4017540174 +CONECT4017640174 +CONECT401774017840179 +CONECT4017840177 +CONECT4017940177 +CONECT401804018140182 +CONECT4018140180 +CONECT4018240180 +CONECT401834018440185 +CONECT4018440183 +CONECT4018540183 +CONECT401864018740188 +CONECT4018740186 +CONECT4018840186 +CONECT401894019040191 +CONECT4019040189 +CONECT4019140189 +CONECT401924019340194 +CONECT4019340192 +CONECT4019440192 +CONECT401954019640197 +CONECT4019640195 +CONECT4019740195 +CONECT401984019940200 +CONECT4019940198 +CONECT4020040198 +CONECT402014020240203 +CONECT4020240201 +CONECT4020340201 +CONECT402044020540206 +CONECT4020540204 +CONECT4020640204 +CONECT402074020840209 +CONECT4020840207 +CONECT4020940207 +CONECT402104021140212 +CONECT4021140210 +CONECT4021240210 +CONECT402134021440215 +CONECT4021440213 +CONECT4021540213 +CONECT402164021740218 +CONECT4021740216 +CONECT4021840216 +CONECT402194022040221 +CONECT4022040219 +CONECT4022140219 +CONECT402224022340224 +CONECT4022340222 +CONECT4022440222 +CONECT402254022640227 +CONECT4022640225 +CONECT4022740225 +CONECT402284022940230 +CONECT4022940228 +CONECT4023040228 +CONECT402314023240233 +CONECT4023240231 +CONECT4023340231 +CONECT402344023540236 +CONECT4023540234 +CONECT4023640234 +CONECT402374023840239 +CONECT4023840237 +CONECT4023940237 +CONECT402404024140242 +CONECT4024140240 +CONECT4024240240 +CONECT402434024440245 +CONECT4024440243 +CONECT4024540243 +CONECT402464024740248 +CONECT4024740246 +CONECT4024840246 +CONECT402494025040251 +CONECT4025040249 +CONECT4025140249 +CONECT402524025340254 +CONECT4025340252 +CONECT4025440252 +CONECT402554025640257 +CONECT4025640255 +CONECT4025740255 +CONECT402584025940260 +CONECT4025940258 +CONECT4026040258 +CONECT402614026240263 +CONECT4026240261 +CONECT4026340261 +CONECT402644026540266 +CONECT4026540264 +CONECT4026640264 +CONECT402674026840269 +CONECT4026840267 +CONECT4026940267 +CONECT402704027140272 +CONECT4027140270 +CONECT4027240270 +CONECT402734027440275 +CONECT4027440273 +CONECT4027540273 +CONECT402764027740278 +CONECT4027740276 +CONECT4027840276 +CONECT402794028040281 +CONECT4028040279 +CONECT4028140279 +CONECT402824028340284 +CONECT4028340282 +CONECT4028440282 +CONECT402854028640287 +CONECT4028640285 +CONECT4028740285 +CONECT402884028940290 +CONECT4028940288 +CONECT4029040288 +CONECT402914029240293 +CONECT4029240291 +CONECT4029340291 +CONECT402944029540296 +CONECT4029540294 +CONECT4029640294 +CONECT402974029840299 +CONECT4029840297 +CONECT4029940297 +CONECT403004030140302 +CONECT4030140300 +CONECT4030240300 +CONECT403034030440305 +CONECT4030440303 +CONECT4030540303 +CONECT403064030740308 +CONECT4030740306 +CONECT4030840306 +CONECT403094031040311 +CONECT4031040309 +CONECT4031140309 +CONECT403124031340314 +CONECT4031340312 +CONECT4031440312 +CONECT403154031640317 +CONECT4031640315 +CONECT4031740315 +CONECT403184031940320 +CONECT4031940318 +CONECT4032040318 +CONECT403214032240323 +CONECT4032240321 +CONECT4032340321 +CONECT403244032540326 +CONECT4032540324 +CONECT4032640324 +CONECT403274032840329 +CONECT4032840327 +CONECT4032940327 +CONECT403304033140332 +CONECT4033140330 +CONECT4033240330 +CONECT403334033440335 +CONECT4033440333 +CONECT4033540333 +CONECT403364033740338 +CONECT4033740336 +CONECT4033840336 +CONECT403394034040341 +CONECT4034040339 +CONECT4034140339 +CONECT403424034340344 +CONECT4034340342 +CONECT4034440342 +CONECT403454034640347 +CONECT4034640345 +CONECT4034740345 +CONECT403484034940350 +CONECT4034940348 +CONECT4035040348 +CONECT403514035240353 +CONECT4035240351 +CONECT4035340351 +CONECT403544035540356 +CONECT4035540354 +CONECT4035640354 +CONECT403574035840359 +CONECT4035840357 +CONECT4035940357 +CONECT403604036140362 +CONECT4036140360 +CONECT4036240360 +CONECT403634036440365 +CONECT4036440363 +CONECT4036540363 +CONECT403664036740368 +CONECT4036740366 +CONECT4036840366 +CONECT403694037040371 +CONECT4037040369 +CONECT4037140369 +CONECT403724037340374 +CONECT4037340372 +CONECT4037440372 +CONECT403754037640377 +CONECT4037640375 +CONECT4037740375 +CONECT403784037940380 +CONECT4037940378 +CONECT4038040378 +CONECT403814038240383 +CONECT4038240381 +CONECT4038340381 +CONECT403844038540386 +CONECT4038540384 +CONECT4038640384 +CONECT403874038840389 +CONECT4038840387 +CONECT4038940387 +CONECT403904039140392 +CONECT4039140390 +CONECT4039240390 +CONECT403934039440395 +CONECT4039440393 +CONECT4039540393 +CONECT403964039740398 +CONECT4039740396 +CONECT4039840396 +CONECT403994040040401 +CONECT4040040399 +CONECT4040140399 +CONECT404024040340404 +CONECT4040340402 +CONECT4040440402 +CONECT404054040640407 +CONECT4040640405 +CONECT4040740405 +CONECT404084040940410 +CONECT4040940408 +CONECT4041040408 +CONECT404114041240413 +CONECT4041240411 +CONECT4041340411 +CONECT404144041540416 +CONECT4041540414 +CONECT4041640414 +CONECT404174041840419 +CONECT4041840417 +CONECT4041940417 +CONECT404204042140422 +CONECT4042140420 +CONECT4042240420 +CONECT404234042440425 +CONECT4042440423 +CONECT4042540423 +CONECT404264042740428 +CONECT4042740426 +CONECT4042840426 +CONECT404294043040431 +CONECT4043040429 +CONECT4043140429 +CONECT404324043340434 +CONECT4043340432 +CONECT4043440432 +CONECT404354043640437 +CONECT4043640435 +CONECT4043740435 +CONECT404384043940440 +CONECT4043940438 +CONECT4044040438 +CONECT404414044240443 +CONECT4044240441 +CONECT4044340441 +CONECT404444044540446 +CONECT4044540444 +CONECT4044640444 +CONECT404474044840449 +CONECT4044840447 +CONECT4044940447 +CONECT404504045140452 +CONECT4045140450 +CONECT4045240450 +CONECT404534045440455 +CONECT4045440453 +CONECT4045540453 +CONECT404564045740458 +CONECT4045740456 +CONECT4045840456 +CONECT404594046040461 +CONECT4046040459 +CONECT4046140459 +CONECT404624046340464 +CONECT4046340462 +CONECT4046440462 +CONECT404654046640467 +CONECT4046640465 +CONECT4046740465 +CONECT404684046940470 +CONECT4046940468 +CONECT4047040468 +CONECT404714047240473 +CONECT4047240471 +CONECT4047340471 +CONECT404744047540476 +CONECT4047540474 +CONECT4047640474 +CONECT404774047840479 +CONECT4047840477 +CONECT4047940477 +CONECT404804048140482 +CONECT4048140480 +CONECT4048240480 +CONECT404834048440485 +CONECT4048440483 +CONECT4048540483 +CONECT404864048740488 +CONECT4048740486 +CONECT4048840486 +CONECT404894049040491 +CONECT4049040489 +CONECT4049140489 +CONECT404924049340494 +CONECT4049340492 +CONECT4049440492 +CONECT404954049640497 +CONECT4049640495 +CONECT4049740495 +CONECT404984049940500 +CONECT4049940498 +CONECT4050040498 +CONECT405014050240503 +CONECT4050240501 +CONECT4050340501 +CONECT405044050540506 +CONECT4050540504 +CONECT4050640504 +CONECT405074050840509 +CONECT4050840507 +CONECT4050940507 +CONECT405104051140512 +CONECT4051140510 +CONECT4051240510 +CONECT405134051440515 +CONECT4051440513 +CONECT4051540513 +CONECT405164051740518 +CONECT4051740516 +CONECT4051840516 +CONECT405194052040521 +CONECT4052040519 +CONECT4052140519 +CONECT405224052340524 +CONECT4052340522 +CONECT4052440522 +CONECT405254052640527 +CONECT4052640525 +CONECT4052740525 +CONECT405284052940530 +CONECT4052940528 +CONECT4053040528 +CONECT405314053240533 +CONECT4053240531 +CONECT4053340531 +CONECT405344053540536 +CONECT4053540534 +CONECT4053640534 +CONECT405374053840539 +CONECT4053840537 +CONECT4053940537 +CONECT405404054140542 +CONECT4054140540 +CONECT4054240540 +CONECT405434054440545 +CONECT4054440543 +CONECT4054540543 +CONECT405464054740548 +CONECT4054740546 +CONECT4054840546 +CONECT405494055040551 +CONECT4055040549 +CONECT4055140549 +CONECT405524055340554 +CONECT4055340552 +CONECT4055440552 +CONECT405554055640557 +CONECT4055640555 +CONECT4055740555 +CONECT405584055940560 +CONECT4055940558 +CONECT4056040558 +CONECT405614056240563 +CONECT4056240561 +CONECT4056340561 +CONECT405644056540566 +CONECT4056540564 +CONECT4056640564 +CONECT405674056840569 +CONECT4056840567 +CONECT4056940567 +CONECT405704057140572 +CONECT4057140570 +CONECT4057240570 +CONECT405734057440575 +CONECT4057440573 +CONECT4057540573 +CONECT405764057740578 +CONECT4057740576 +CONECT4057840576 +CONECT405794058040581 +CONECT4058040579 +CONECT4058140579 +CONECT405824058340584 +CONECT4058340582 +CONECT4058440582 +CONECT405854058640587 +CONECT4058640585 +CONECT4058740585 +CONECT405884058940590 +CONECT4058940588 +CONECT4059040588 +CONECT405914059240593 +CONECT4059240591 +CONECT4059340591 +CONECT405944059540596 +CONECT4059540594 +CONECT4059640594 +CONECT405974059840599 +CONECT4059840597 +CONECT4059940597 +CONECT406004060140602 +CONECT4060140600 +CONECT4060240600 +CONECT406034060440605 +CONECT4060440603 +CONECT4060540603 +CONECT406064060740608 +CONECT4060740606 +CONECT4060840606 +CONECT406094061040611 +CONECT4061040609 +CONECT4061140609 +CONECT406124061340614 +CONECT4061340612 +CONECT4061440612 +CONECT406154061640617 +CONECT4061640615 +CONECT4061740615 +CONECT406184061940620 +CONECT4061940618 +CONECT4062040618 +CONECT406214062240623 +CONECT4062240621 +CONECT4062340621 +CONECT406244062540626 +CONECT4062540624 +CONECT4062640624 +CONECT406274062840629 +CONECT4062840627 +CONECT4062940627 +CONECT406304063140632 +CONECT4063140630 +CONECT4063240630 +CONECT406334063440635 +CONECT4063440633 +CONECT4063540633 +CONECT406364063740638 +CONECT4063740636 +CONECT4063840636 +CONECT406394064040641 +CONECT4064040639 +CONECT4064140639 +CONECT406424064340644 +CONECT4064340642 +CONECT4064440642 +CONECT406454064640647 +CONECT4064640645 +CONECT4064740645 +CONECT406484064940650 +CONECT4064940648 +CONECT4065040648 +CONECT406514065240653 +CONECT4065240651 +CONECT4065340651 +CONECT406544065540656 +CONECT4065540654 +CONECT4065640654 +CONECT406574065840659 +CONECT4065840657 +CONECT4065940657 +CONECT406604066140662 +CONECT4066140660 +CONECT4066240660 +CONECT406634066440665 +CONECT4066440663 +CONECT4066540663 +CONECT406664066740668 +CONECT4066740666 +CONECT4066840666 +CONECT406694067040671 +CONECT4067040669 +CONECT4067140669 +CONECT406724067340674 +CONECT4067340672 +CONECT4067440672 +CONECT406754067640677 +CONECT4067640675 +CONECT4067740675 +CONECT406784067940680 +CONECT4067940678 +CONECT4068040678 +CONECT406814068240683 +CONECT4068240681 +CONECT4068340681 +CONECT406844068540686 +CONECT4068540684 +CONECT4068640684 +CONECT406874068840689 +CONECT4068840687 +CONECT4068940687 +CONECT406904069140692 +CONECT4069140690 +CONECT4069240690 +CONECT406934069440695 +CONECT4069440693 +CONECT4069540693 +CONECT406964069740698 +CONECT4069740696 +CONECT4069840696 +CONECT406994070040701 +CONECT4070040699 +CONECT4070140699 +CONECT407024070340704 +CONECT4070340702 +CONECT4070440702 +CONECT407054070640707 +CONECT4070640705 +CONECT4070740705 +CONECT407084070940710 +CONECT4070940708 +CONECT4071040708 +CONECT407114071240713 +CONECT4071240711 +CONECT4071340711 +CONECT407144071540716 +CONECT4071540714 +CONECT4071640714 +CONECT407174071840719 +CONECT4071840717 +CONECT4071940717 +CONECT407204072140722 +CONECT4072140720 +CONECT4072240720 +CONECT407234072440725 +CONECT4072440723 +CONECT4072540723 +CONECT407264072740728 +CONECT4072740726 +CONECT4072840726 +CONECT407294073040731 +CONECT4073040729 +CONECT4073140729 +CONECT407324073340734 +CONECT4073340732 +CONECT4073440732 +CONECT407354073640737 +CONECT4073640735 +CONECT4073740735 +CONECT407384073940740 +CONECT4073940738 +CONECT4074040738 +CONECT407414074240743 +CONECT4074240741 +CONECT4074340741 +CONECT407444074540746 +CONECT4074540744 +CONECT4074640744 +CONECT407474074840749 +CONECT4074840747 +CONECT4074940747 +CONECT407504075140752 +CONECT4075140750 +CONECT4075240750 +CONECT407534075440755 +CONECT4075440753 +CONECT4075540753 +CONECT407564075740758 +CONECT4075740756 +CONECT4075840756 +CONECT407594076040761 +CONECT4076040759 +CONECT4076140759 +CONECT407624076340764 +CONECT4076340762 +CONECT4076440762 +CONECT407654076640767 +CONECT4076640765 +CONECT4076740765 +CONECT407684076940770 +CONECT4076940768 +CONECT4077040768 +CONECT407714077240773 +CONECT4077240771 +CONECT4077340771 +CONECT407744077540776 +CONECT4077540774 +CONECT4077640774 +CONECT407774077840779 +CONECT4077840777 +CONECT4077940777 +CONECT407804078140782 +CONECT4078140780 +CONECT4078240780 +CONECT407834078440785 +CONECT4078440783 +CONECT4078540783 +CONECT407864078740788 +CONECT4078740786 +CONECT4078840786 +CONECT407894079040791 +CONECT4079040789 +CONECT4079140789 +CONECT407924079340794 +CONECT4079340792 +CONECT4079440792 +CONECT407954079640797 +CONECT4079640795 +CONECT4079740795 +CONECT407984079940800 +CONECT4079940798 +CONECT4080040798 +CONECT408014080240803 +CONECT4080240801 +CONECT4080340801 +CONECT408044080540806 +CONECT4080540804 +CONECT4080640804 +CONECT408074080840809 +CONECT4080840807 +CONECT4080940807 +CONECT408104081140812 +CONECT4081140810 +CONECT4081240810 +CONECT408134081440815 +CONECT4081440813 +CONECT4081540813 +CONECT408164081740818 +CONECT4081740816 +CONECT4081840816 +CONECT408194082040821 +CONECT4082040819 +CONECT4082140819 +CONECT408224082340824 +CONECT4082340822 +CONECT4082440822 +CONECT408254082640827 +CONECT4082640825 +CONECT4082740825 +CONECT408284082940830 +CONECT4082940828 +CONECT4083040828 +CONECT408314083240833 +CONECT4083240831 +CONECT4083340831 +CONECT408344083540836 +CONECT4083540834 +CONECT4083640834 +CONECT408374083840839 +CONECT4083840837 +CONECT4083940837 +CONECT408404084140842 +CONECT4084140840 +CONECT4084240840 +CONECT408434084440845 +CONECT4084440843 +CONECT4084540843 +CONECT408464084740848 +CONECT4084740846 +CONECT4084840846 +CONECT408494085040851 +CONECT4085040849 +CONECT4085140849 +CONECT408524085340854 +CONECT4085340852 +CONECT4085440852 +CONECT408554085640857 +CONECT4085640855 +CONECT4085740855 +CONECT408584085940860 +CONECT4085940858 +CONECT4086040858 +CONECT408614086240863 +CONECT4086240861 +CONECT4086340861 +CONECT408644086540866 +CONECT4086540864 +CONECT4086640864 +CONECT408674086840869 +CONECT4086840867 +CONECT4086940867 +CONECT408704087140872 +CONECT4087140870 +CONECT4087240870 +CONECT408734087440875 +CONECT4087440873 +CONECT4087540873 +CONECT408764087740878 +CONECT4087740876 +CONECT4087840876 +CONECT408794088040881 +CONECT4088040879 +CONECT4088140879 +CONECT408824088340884 +CONECT4088340882 +CONECT4088440882 +CONECT408854088640887 +CONECT4088640885 +CONECT4088740885 +CONECT408884088940890 +CONECT4088940888 +CONECT4089040888 +CONECT408914089240893 +CONECT4089240891 +CONECT4089340891 +CONECT408944089540896 +CONECT4089540894 +CONECT4089640894 +CONECT408974089840899 +CONECT4089840897 +CONECT4089940897 +CONECT409004090140902 +CONECT4090140900 +CONECT4090240900 +CONECT409034090440905 +CONECT4090440903 +CONECT4090540903 +CONECT409064090740908 +CONECT4090740906 +CONECT4090840906 +CONECT409094091040911 +CONECT4091040909 +CONECT4091140909 +CONECT409124091340914 +CONECT4091340912 +CONECT4091440912 +CONECT409154091640917 +CONECT4091640915 +CONECT4091740915 +CONECT409184091940920 +CONECT4091940918 +CONECT4092040918 +CONECT409214092240923 +CONECT4092240921 +CONECT4092340921 +CONECT409244092540926 +CONECT4092540924 +CONECT4092640924 +CONECT409274092840929 +CONECT4092840927 +CONECT4092940927 +CONECT409304093140932 +CONECT4093140930 +CONECT4093240930 +CONECT409334093440935 +CONECT4093440933 +CONECT4093540933 +CONECT409364093740938 +CONECT4093740936 +CONECT4093840936 +CONECT409394094040941 +CONECT4094040939 +CONECT4094140939 +CONECT409424094340944 +CONECT4094340942 +CONECT4094440942 +CONECT409454094640947 +CONECT4094640945 +CONECT4094740945 +CONECT409484094940950 +CONECT4094940948 +CONECT4095040948 +CONECT409514095240953 +CONECT4095240951 +CONECT4095340951 +CONECT409544095540956 +CONECT4095540954 +CONECT4095640954 +CONECT409574095840959 +CONECT4095840957 +CONECT4095940957 +CONECT409604096140962 +CONECT4096140960 +CONECT4096240960 +CONECT409634096440965 +CONECT4096440963 +CONECT4096540963 +CONECT409664096740968 +CONECT4096740966 +CONECT4096840966 +CONECT409694097040971 +CONECT4097040969 +CONECT4097140969 +CONECT409724097340974 +CONECT4097340972 +CONECT4097440972 +CONECT409754097640977 +CONECT4097640975 +CONECT4097740975 +CONECT409784097940980 +CONECT4097940978 +CONECT4098040978 +CONECT409814098240983 +CONECT4098240981 +CONECT4098340981 +CONECT409844098540986 +CONECT4098540984 +CONECT4098640984 +CONECT409874098840989 +CONECT4098840987 +CONECT4098940987 +CONECT409904099140992 +CONECT4099140990 +CONECT4099240990 +CONECT409934099440995 +CONECT4099440993 +CONECT4099540993 +CONECT409964099740998 +CONECT4099740996 +CONECT4099840996 +CONECT409994100041001 +CONECT4100040999 +CONECT4100140999 +CONECT410024100341004 +CONECT4100341002 +CONECT4100441002 +CONECT410054100641007 +CONECT4100641005 +CONECT4100741005 +CONECT410084100941010 +CONECT4100941008 +CONECT4101041008 +CONECT410114101241013 +CONECT4101241011 +CONECT4101341011 +CONECT410144101541016 +CONECT4101541014 +CONECT4101641014 +CONECT410174101841019 +CONECT4101841017 +CONECT4101941017 +CONECT410204102141022 +CONECT4102141020 +CONECT4102241020 +CONECT410234102441025 +CONECT4102441023 +CONECT4102541023 +CONECT410264102741028 +CONECT4102741026 +CONECT4102841026 +CONECT410294103041031 +CONECT4103041029 +CONECT4103141029 +CONECT410324103341034 +CONECT4103341032 +CONECT4103441032 +CONECT410354103641037 +CONECT4103641035 +CONECT4103741035 +CONECT410384103941040 +CONECT4103941038 +CONECT4104041038 +CONECT410414104241043 +CONECT4104241041 +CONECT4104341041 +CONECT410444104541046 +CONECT4104541044 +CONECT4104641044 +CONECT410474104841049 +CONECT4104841047 +CONECT4104941047 +CONECT410504105141052 +CONECT4105141050 +CONECT4105241050 +CONECT410534105441055 +CONECT4105441053 +CONECT4105541053 +CONECT410564105741058 +CONECT4105741056 +CONECT4105841056 +CONECT410594106041061 +CONECT4106041059 +CONECT4106141059 +CONECT410624106341064 +CONECT4106341062 +CONECT4106441062 +CONECT410654106641067 +CONECT4106641065 +CONECT4106741065 +CONECT410684106941070 +CONECT4106941068 +CONECT4107041068 +CONECT410714107241073 +CONECT4107241071 +CONECT4107341071 +CONECT410744107541076 +CONECT4107541074 +CONECT4107641074 +CONECT410774107841079 +CONECT4107841077 +CONECT4107941077 +CONECT410804108141082 +CONECT4108141080 +CONECT4108241080 +CONECT410834108441085 +CONECT4108441083 +CONECT4108541083 +CONECT410864108741088 +CONECT4108741086 +CONECT4108841086 +CONECT410894109041091 +CONECT4109041089 +CONECT4109141089 +CONECT410924109341094 +CONECT4109341092 +CONECT4109441092 +CONECT410954109641097 +CONECT4109641095 +CONECT4109741095 +CONECT410984109941100 +CONECT4109941098 +CONECT4110041098 +CONECT411014110241103 +CONECT4110241101 +CONECT4110341101 +CONECT411044110541106 +CONECT4110541104 +CONECT4110641104 +CONECT411074110841109 +CONECT4110841107 +CONECT4110941107 +CONECT411104111141112 +CONECT4111141110 +CONECT4111241110 +CONECT411134111441115 +CONECT4111441113 +CONECT4111541113 +CONECT411164111741118 +CONECT4111741116 +CONECT4111841116 +CONECT411194112041121 +CONECT4112041119 +CONECT4112141119 +CONECT411224112341124 +CONECT4112341122 +CONECT4112441122 +CONECT411254112641127 +CONECT4112641125 +CONECT4112741125 +CONECT411284112941130 +CONECT4112941128 +CONECT4113041128 +CONECT411314113241133 +CONECT4113241131 +CONECT4113341131 +CONECT411344113541136 +CONECT4113541134 +CONECT4113641134 +CONECT411374113841139 +CONECT4113841137 +CONECT4113941137 +CONECT411404114141142 +CONECT4114141140 +CONECT4114241140 +CONECT411434114441145 +CONECT4114441143 +CONECT4114541143 +CONECT411464114741148 +CONECT4114741146 +CONECT4114841146 +CONECT411494115041151 +CONECT4115041149 +CONECT4115141149 +CONECT411524115341154 +CONECT4115341152 +CONECT4115441152 +CONECT411554115641157 +CONECT4115641155 +CONECT4115741155 +CONECT411584115941160 +CONECT4115941158 +CONECT4116041158 +CONECT411614116241163 +CONECT4116241161 +CONECT4116341161 +CONECT411644116541166 +CONECT4116541164 +CONECT4116641164 +CONECT411674116841169 +CONECT4116841167 +CONECT4116941167 +CONECT411704117141172 +CONECT4117141170 +CONECT4117241170 +CONECT411734117441175 +CONECT4117441173 +CONECT4117541173 +CONECT411764117741178 +CONECT4117741176 +CONECT4117841176 +CONECT411794118041181 +CONECT4118041179 +CONECT4118141179 +CONECT411824118341184 +CONECT4118341182 +CONECT4118441182 +CONECT411854118641187 +CONECT4118641185 +CONECT4118741185 +CONECT411884118941190 +CONECT4118941188 +CONECT4119041188 +CONECT411914119241193 +CONECT4119241191 +CONECT4119341191 +CONECT411944119541196 +CONECT4119541194 +CONECT4119641194 +CONECT411974119841199 +CONECT4119841197 +CONECT4119941197 +CONECT412004120141202 +CONECT4120141200 +CONECT4120241200 +CONECT412034120441205 +CONECT4120441203 +CONECT4120541203 +CONECT412064120741208 +CONECT4120741206 +CONECT4120841206 +CONECT412094121041211 +CONECT4121041209 +CONECT4121141209 +CONECT412124121341214 +CONECT4121341212 +CONECT4121441212 +CONECT412154121641217 +CONECT4121641215 +CONECT4121741215 +CONECT412184121941220 +CONECT4121941218 +CONECT4122041218 +CONECT412214122241223 +CONECT4122241221 +CONECT4122341221 +CONECT412244122541226 +CONECT4122541224 +CONECT4122641224 +CONECT412274122841229 +CONECT4122841227 +CONECT4122941227 +CONECT412304123141232 +CONECT4123141230 +CONECT4123241230 +CONECT412334123441235 +CONECT4123441233 +CONECT4123541233 +CONECT412364123741238 +CONECT4123741236 +CONECT4123841236 +CONECT412394124041241 +CONECT4124041239 +CONECT4124141239 +CONECT412424124341244 +CONECT4124341242 +CONECT4124441242 +CONECT412454124641247 +CONECT4124641245 +CONECT4124741245 +CONECT412484124941250 +CONECT4124941248 +CONECT4125041248 +CONECT412514125241253 +CONECT4125241251 +CONECT4125341251 +CONECT412544125541256 +CONECT4125541254 +CONECT4125641254 +CONECT412574125841259 +CONECT4125841257 +CONECT4125941257 +CONECT412604126141262 +CONECT4126141260 +CONECT4126241260 +CONECT412634126441265 +CONECT4126441263 +CONECT4126541263 +CONECT412664126741268 +CONECT4126741266 +CONECT4126841266 +CONECT412694127041271 +CONECT4127041269 +CONECT4127141269 +CONECT412724127341274 +CONECT4127341272 +CONECT4127441272 +CONECT412754127641277 +CONECT4127641275 +CONECT4127741275 +CONECT412784127941280 +CONECT4127941278 +CONECT4128041278 +CONECT412814128241283 +CONECT4128241281 +CONECT4128341281 +CONECT412844128541286 +CONECT4128541284 +CONECT4128641284 +CONECT412874128841289 +CONECT4128841287 +CONECT4128941287 +CONECT412904129141292 +CONECT4129141290 +CONECT4129241290 +CONECT412934129441295 +CONECT4129441293 +CONECT4129541293 +CONECT412964129741298 +CONECT4129741296 +CONECT4129841296 +CONECT412994130041301 +CONECT4130041299 +CONECT4130141299 +CONECT413024130341304 +CONECT4130341302 +CONECT4130441302 +CONECT413054130641307 +CONECT4130641305 +CONECT4130741305 +CONECT413084130941310 +CONECT4130941308 +CONECT4131041308 +CONECT413114131241313 +CONECT4131241311 +CONECT4131341311 +CONECT413144131541316 +CONECT4131541314 +CONECT4131641314 +CONECT413174131841319 +CONECT4131841317 +CONECT4131941317 +CONECT413204132141322 +CONECT4132141320 +CONECT4132241320 +CONECT413234132441325 +CONECT4132441323 +CONECT4132541323 +CONECT413264132741328 +CONECT4132741326 +CONECT4132841326 +CONECT413294133041331 +CONECT4133041329 +CONECT4133141329 +CONECT413324133341334 +CONECT4133341332 +CONECT4133441332 +CONECT413354133641337 +CONECT4133641335 +CONECT4133741335 +CONECT413384133941340 +CONECT4133941338 +CONECT4134041338 +CONECT413414134241343 +CONECT4134241341 +CONECT4134341341 +CONECT413444134541346 +CONECT4134541344 +CONECT4134641344 +CONECT413474134841349 +CONECT4134841347 +CONECT4134941347 +CONECT413504135141352 +CONECT4135141350 +CONECT4135241350 +CONECT413534135441355 +CONECT4135441353 +CONECT4135541353 +CONECT413564135741358 +CONECT4135741356 +CONECT4135841356 +CONECT413594136041361 +CONECT4136041359 +CONECT4136141359 +CONECT413624136341364 +CONECT4136341362 +CONECT4136441362 +CONECT413654136641367 +CONECT4136641365 +CONECT4136741365 +CONECT413684136941370 +CONECT4136941368 +CONECT4137041368 +CONECT413714137241373 +CONECT4137241371 +CONECT4137341371 +CONECT413744137541376 +CONECT4137541374 +CONECT4137641374 +CONECT413774137841379 +CONECT4137841377 +CONECT4137941377 +CONECT413804138141382 +CONECT4138141380 +CONECT4138241380 +CONECT413834138441385 +CONECT4138441383 +CONECT4138541383 +CONECT413864138741388 +CONECT4138741386 +CONECT4138841386 +CONECT413894139041391 +CONECT4139041389 +CONECT4139141389 +CONECT413924139341394 +CONECT4139341392 +CONECT4139441392 +CONECT413954139641397 +CONECT4139641395 +CONECT4139741395 +CONECT413984139941400 +CONECT4139941398 +CONECT4140041398 +CONECT414014140241403 +CONECT4140241401 +CONECT4140341401 +CONECT414044140541406 +CONECT4140541404 +CONECT4140641404 +CONECT414074140841409 +CONECT4140841407 +CONECT4140941407 +CONECT414104141141412 +CONECT4141141410 +CONECT4141241410 +CONECT414134141441415 +CONECT4141441413 +CONECT4141541413 +CONECT414164141741418 +CONECT4141741416 +CONECT4141841416 +CONECT414194142041421 +CONECT4142041419 +CONECT4142141419 +CONECT414224142341424 +CONECT4142341422 +CONECT4142441422 +CONECT414254142641427 +CONECT4142641425 +CONECT4142741425 +CONECT414284142941430 +CONECT4142941428 +CONECT4143041428 +CONECT414314143241433 +CONECT4143241431 +CONECT4143341431 +CONECT414344143541436 +CONECT4143541434 +CONECT4143641434 +CONECT414374143841439 +CONECT4143841437 +CONECT4143941437 +CONECT414404144141442 +CONECT4144141440 +CONECT4144241440 +CONECT414434144441445 +CONECT4144441443 +CONECT4144541443 +CONECT414464144741448 +CONECT4144741446 +CONECT4144841446 +CONECT414494145041451 +CONECT4145041449 +CONECT4145141449 +CONECT414524145341454 +CONECT4145341452 +CONECT4145441452 +CONECT414554145641457 +CONECT4145641455 +CONECT4145741455 +CONECT414584145941460 +CONECT4145941458 +CONECT4146041458 +CONECT414614146241463 +CONECT4146241461 +CONECT4146341461 +CONECT414644146541466 +CONECT4146541464 +CONECT4146641464 +CONECT414674146841469 +CONECT4146841467 +CONECT4146941467 +CONECT414704147141472 +CONECT4147141470 +CONECT4147241470 +CONECT414734147441475 +CONECT4147441473 +CONECT4147541473 +CONECT414764147741478 +CONECT4147741476 +CONECT4147841476 +CONECT414794148041481 +CONECT4148041479 +CONECT4148141479 +CONECT414824148341484 +CONECT4148341482 +CONECT4148441482 +CONECT414854148641487 +CONECT4148641485 +CONECT4148741485 +CONECT414884148941490 +CONECT4148941488 +CONECT4149041488 +CONECT414914149241493 +CONECT4149241491 +CONECT4149341491 +CONECT414944149541496 +CONECT4149541494 +CONECT4149641494 +CONECT414974149841499 +CONECT4149841497 +CONECT4149941497 +CONECT415004150141502 +CONECT4150141500 +CONECT4150241500 +CONECT415034150441505 +CONECT4150441503 +CONECT4150541503 +CONECT415064150741508 +CONECT4150741506 +CONECT4150841506 +CONECT415094151041511 +CONECT4151041509 +CONECT4151141509 +CONECT415124151341514 +CONECT4151341512 +CONECT4151441512 +CONECT415154151641517 +CONECT4151641515 +CONECT4151741515 +CONECT415184151941520 +CONECT4151941518 +CONECT4152041518 +CONECT415214152241523 +CONECT4152241521 +CONECT4152341521 +CONECT415244152541526 +CONECT4152541524 +CONECT4152641524 +CONECT415274152841529 +CONECT4152841527 +CONECT4152941527 +CONECT415304153141532 +CONECT4153141530 +CONECT4153241530 +CONECT415334153441535 +CONECT4153441533 +CONECT4153541533 +CONECT415364153741538 +CONECT4153741536 +CONECT4153841536 +CONECT415394154041541 +CONECT4154041539 +CONECT4154141539 +CONECT415424154341544 +CONECT4154341542 +CONECT4154441542 +CONECT415454154641547 +CONECT4154641545 +CONECT4154741545 +CONECT415484154941550 +CONECT4154941548 +CONECT4155041548 +CONECT415514155241553 +CONECT4155241551 +CONECT4155341551 +CONECT415544155541556 +CONECT4155541554 +CONECT4155641554 +CONECT415574155841559 +CONECT4155841557 +CONECT4155941557 +CONECT415604156141562 +CONECT4156141560 +CONECT4156241560 +CONECT415634156441565 +CONECT4156441563 +CONECT4156541563 +CONECT415664156741568 +CONECT4156741566 +CONECT4156841566 +CONECT415694157041571 +CONECT4157041569 +CONECT4157141569 +CONECT415724157341574 +CONECT4157341572 +CONECT4157441572 +CONECT415754157641577 +CONECT4157641575 +CONECT4157741575 +CONECT415784157941580 +CONECT4157941578 +CONECT4158041578 +CONECT415814158241583 +CONECT4158241581 +CONECT4158341581 +CONECT415844158541586 +CONECT4158541584 +CONECT4158641584 +CONECT415874158841589 +CONECT4158841587 +CONECT4158941587 +CONECT415904159141592 +CONECT4159141590 +CONECT4159241590 +CONECT415934159441595 +CONECT4159441593 +CONECT4159541593 +CONECT415964159741598 +CONECT4159741596 +CONECT4159841596 +CONECT415994160041601 +CONECT4160041599 +CONECT4160141599 +CONECT416024160341604 +CONECT4160341602 +CONECT4160441602 +CONECT416054160641607 +CONECT4160641605 +CONECT4160741605 +CONECT416084160941610 +CONECT4160941608 +CONECT4161041608 +CONECT416114161241613 +CONECT4161241611 +CONECT4161341611 +CONECT416144161541616 +CONECT4161541614 +CONECT4161641614 +CONECT416174161841619 +CONECT4161841617 +CONECT4161941617 +CONECT416204162141622 +CONECT4162141620 +CONECT4162241620 +CONECT416234162441625 +CONECT4162441623 +CONECT4162541623 +CONECT416264162741628 +CONECT4162741626 +CONECT4162841626 +CONECT416294163041631 +CONECT4163041629 +CONECT4163141629 +CONECT416324163341634 +CONECT4163341632 +CONECT4163441632 +CONECT416354163641637 +CONECT4163641635 +CONECT4163741635 +CONECT416384163941640 +CONECT4163941638 +CONECT4164041638 +CONECT416414164241643 +CONECT4164241641 +CONECT4164341641 +CONECT416444164541646 +CONECT4164541644 +CONECT4164641644 +CONECT416474164841649 +CONECT4164841647 +CONECT4164941647 +CONECT416504165141652 +CONECT4165141650 +CONECT4165241650 +CONECT416534165441655 +CONECT4165441653 +CONECT4165541653 +CONECT416564165741658 +CONECT4165741656 +CONECT4165841656 +CONECT416594166041661 +CONECT4166041659 +CONECT4166141659 +CONECT416624166341664 +CONECT4166341662 +CONECT4166441662 +CONECT416654166641667 +CONECT4166641665 +CONECT4166741665 +CONECT416684166941670 +CONECT4166941668 +CONECT4167041668 +CONECT416714167241673 +CONECT4167241671 +CONECT4167341671 +CONECT416744167541676 +CONECT4167541674 +CONECT4167641674 +CONECT416774167841679 +CONECT4167841677 +CONECT4167941677 +CONECT416804168141682 +CONECT4168141680 +CONECT4168241680 +CONECT416834168441685 +CONECT4168441683 +CONECT4168541683 +CONECT416864168741688 +CONECT4168741686 +CONECT4168841686 +CONECT416894169041691 +CONECT4169041689 +CONECT4169141689 +CONECT416924169341694 +CONECT4169341692 +CONECT4169441692 +CONECT416954169641697 +CONECT4169641695 +CONECT4169741695 +CONECT416984169941700 +CONECT4169941698 +CONECT4170041698 +CONECT417014170241703 +CONECT4170241701 +CONECT4170341701 +CONECT417044170541706 +CONECT4170541704 +CONECT4170641704 +CONECT417074170841709 +CONECT4170841707 +CONECT4170941707 +CONECT417104171141712 +CONECT4171141710 +CONECT4171241710 +CONECT417134171441715 +CONECT4171441713 +CONECT4171541713 +CONECT417164171741718 +CONECT4171741716 +CONECT4171841716 +CONECT417194172041721 +CONECT4172041719 +CONECT4172141719 +CONECT417224172341724 +CONECT4172341722 +CONECT4172441722 +CONECT417254172641727 +CONECT4172641725 +CONECT4172741725 +CONECT417284172941730 +CONECT4172941728 +CONECT4173041728 +CONECT417314173241733 +CONECT4173241731 +CONECT4173341731 +CONECT417344173541736 +CONECT4173541734 +CONECT4173641734 +CONECT417374173841739 +CONECT4173841737 +CONECT4173941737 +CONECT417404174141742 +CONECT4174141740 +CONECT4174241740 +CONECT417434174441745 +CONECT4174441743 +CONECT4174541743 +CONECT417464174741748 +CONECT4174741746 +CONECT4174841746 +CONECT417494175041751 +CONECT4175041749 +CONECT4175141749 +CONECT417524175341754 +CONECT4175341752 +CONECT4175441752 +CONECT417554175641757 +CONECT4175641755 +CONECT4175741755 +CONECT417584175941760 +CONECT4175941758 +CONECT4176041758 +CONECT417614176241763 +CONECT4176241761 +CONECT4176341761 +CONECT417644176541766 +CONECT4176541764 +CONECT4176641764 +CONECT417674176841769 +CONECT4176841767 +CONECT4176941767 +CONECT417704177141772 +CONECT4177141770 +CONECT4177241770 +CONECT417734177441775 +CONECT4177441773 +CONECT4177541773 +CONECT417764177741778 +CONECT4177741776 +CONECT4177841776 +CONECT417794178041781 +CONECT4178041779 +CONECT4178141779 +CONECT417824178341784 +CONECT4178341782 +CONECT4178441782 +CONECT417854178641787 +CONECT4178641785 +CONECT4178741785 +CONECT417884178941790 +CONECT4178941788 +CONECT4179041788 +CONECT417914179241793 +CONECT4179241791 +CONECT4179341791 +CONECT417944179541796 +CONECT4179541794 +CONECT4179641794 +CONECT417974179841799 +CONECT4179841797 +CONECT4179941797 +CONECT418004180141802 +CONECT4180141800 +CONECT4180241800 +CONECT418034180441805 +CONECT4180441803 +CONECT4180541803 +CONECT418064180741808 +CONECT4180741806 +CONECT4180841806 +CONECT418094181041811 +CONECT4181041809 +CONECT4181141809 +CONECT418124181341814 +CONECT4181341812 +CONECT4181441812 +CONECT418154181641817 +CONECT4181641815 +CONECT4181741815 +CONECT418184181941820 +CONECT4181941818 +CONECT4182041818 +CONECT418214182241823 +CONECT4182241821 +CONECT4182341821 +CONECT418244182541826 +CONECT4182541824 +CONECT4182641824 +CONECT418274182841829 +CONECT4182841827 +CONECT4182941827 +CONECT418304183141832 +CONECT4183141830 +CONECT4183241830 +CONECT418334183441835 +CONECT4183441833 +CONECT4183541833 +CONECT418364183741838 +CONECT4183741836 +CONECT4183841836 +CONECT418394184041841 +CONECT4184041839 +CONECT4184141839 +CONECT418424184341844 +CONECT4184341842 +CONECT4184441842 +CONECT418454184641847 +CONECT4184641845 +CONECT4184741845 +CONECT418484184941850 +CONECT4184941848 +CONECT4185041848 +CONECT418514185241853 +CONECT4185241851 +CONECT4185341851 +CONECT418544185541856 +CONECT4185541854 +CONECT4185641854 +CONECT418574185841859 +CONECT4185841857 +CONECT4185941857 +CONECT418604186141862 +CONECT4186141860 +CONECT4186241860 +CONECT418634186441865 +CONECT4186441863 +CONECT4186541863 +CONECT418664186741868 +CONECT4186741866 +CONECT4186841866 +CONECT418694187041871 +CONECT4187041869 +CONECT4187141869 +CONECT418724187341874 +CONECT4187341872 +CONECT4187441872 +CONECT418754187641877 +CONECT4187641875 +CONECT4187741875 +CONECT418784187941880 +CONECT4187941878 +CONECT4188041878 +CONECT418814188241883 +CONECT4188241881 +CONECT4188341881 +CONECT418844188541886 +CONECT4188541884 +CONECT4188641884 +CONECT418874188841889 +CONECT4188841887 +CONECT4188941887 +CONECT418904189141892 +CONECT4189141890 +CONECT4189241890 +CONECT418934189441895 +CONECT4189441893 +CONECT4189541893 +CONECT418964189741898 +CONECT4189741896 +CONECT4189841896 +CONECT418994190041901 +CONECT4190041899 +CONECT4190141899 +CONECT419024190341904 +CONECT4190341902 +CONECT4190441902 +CONECT419054190641907 +CONECT4190641905 +CONECT4190741905 +CONECT419084190941910 +CONECT4190941908 +CONECT4191041908 +CONECT419114191241913 +CONECT4191241911 +CONECT4191341911 +CONECT419144191541916 +CONECT4191541914 +CONECT4191641914 +CONECT419174191841919 +CONECT4191841917 +CONECT4191941917 +CONECT419204192141922 +CONECT4192141920 +CONECT4192241920 +CONECT419234192441925 +CONECT4192441923 +CONECT4192541923 +CONECT419264192741928 +CONECT4192741926 +CONECT4192841926 +CONECT419294193041931 +CONECT4193041929 +CONECT4193141929 +CONECT419324193341934 +CONECT4193341932 +CONECT4193441932 +CONECT419354193641937 +CONECT4193641935 +CONECT4193741935 +CONECT419384193941940 +CONECT4193941938 +CONECT4194041938 +CONECT419414194241943 +CONECT4194241941 +CONECT4194341941 +CONECT419444194541946 +CONECT4194541944 +CONECT4194641944 +CONECT419474194841949 +CONECT4194841947 +CONECT4194941947 +CONECT419504195141952 +CONECT4195141950 +CONECT4195241950 +CONECT419534195441955 +CONECT4195441953 +CONECT4195541953 +CONECT419564195741958 +CONECT4195741956 +CONECT4195841956 +CONECT419594196041961 +CONECT4196041959 +CONECT4196141959 +CONECT419624196341964 +CONECT4196341962 +CONECT4196441962 +CONECT419654196641967 +CONECT4196641965 +CONECT4196741965 +CONECT419684196941970 +CONECT4196941968 +CONECT4197041968 +CONECT419714197241973 +CONECT4197241971 +CONECT4197341971 +CONECT419744197541976 +CONECT4197541974 +CONECT4197641974 +CONECT419774197841979 +CONECT4197841977 +CONECT4197941977 +CONECT419804198141982 +CONECT4198141980 +CONECT4198241980 +CONECT419834198441985 +CONECT4198441983 +CONECT4198541983 +CONECT419864198741988 +CONECT4198741986 +CONECT4198841986 +CONECT419894199041991 +CONECT4199041989 +CONECT4199141989 +CONECT419924199341994 +CONECT4199341992 +CONECT4199441992 +CONECT419954199641997 +CONECT4199641995 +CONECT4199741995 +CONECT419984199942000 +CONECT4199941998 +CONECT4200041998 +CONECT420014200242003 +CONECT4200242001 +CONECT4200342001 +CONECT420044200542006 +CONECT4200542004 +CONECT4200642004 +CONECT420074200842009 +CONECT4200842007 +CONECT4200942007 +CONECT420104201142012 +CONECT4201142010 +CONECT4201242010 +CONECT420134201442015 +CONECT4201442013 +CONECT4201542013 +CONECT420164201742018 +CONECT4201742016 +CONECT4201842016 +CONECT420194202042021 +CONECT4202042019 +CONECT4202142019 +CONECT420224202342024 +CONECT4202342022 +CONECT4202442022 +CONECT420254202642027 +CONECT4202642025 +CONECT4202742025 +CONECT420284202942030 +CONECT4202942028 +CONECT4203042028 +CONECT420314203242033 +CONECT4203242031 +CONECT4203342031 +CONECT420344203542036 +CONECT4203542034 +CONECT4203642034 +CONECT420374203842039 +CONECT4203842037 +CONECT4203942037 +CONECT420404204142042 +CONECT4204142040 +CONECT4204242040 +CONECT420434204442045 +CONECT4204442043 +CONECT4204542043 +CONECT420464204742048 +CONECT4204742046 +CONECT4204842046 +CONECT420494205042051 +CONECT4205042049 +CONECT4205142049 +CONECT420524205342054 +CONECT4205342052 +CONECT4205442052 +CONECT420554205642057 +CONECT4205642055 +CONECT4205742055 +CONECT420584205942060 +CONECT4205942058 +CONECT4206042058 +CONECT420614206242063 +CONECT4206242061 +CONECT4206342061 +CONECT420644206542066 +CONECT4206542064 +CONECT4206642064 +CONECT420674206842069 +CONECT4206842067 +CONECT4206942067 +CONECT420704207142072 +CONECT4207142070 +CONECT4207242070 +CONECT420734207442075 +CONECT4207442073 +CONECT4207542073 +CONECT420764207742078 +CONECT4207742076 +CONECT4207842076 +CONECT420794208042081 +CONECT4208042079 +CONECT4208142079 +CONECT420824208342084 +CONECT4208342082 +CONECT4208442082 +CONECT420854208642087 +CONECT4208642085 +CONECT4208742085 +CONECT420884208942090 +CONECT4208942088 +CONECT4209042088 +CONECT420914209242093 +CONECT4209242091 +CONECT4209342091 +CONECT420944209542096 +CONECT4209542094 +CONECT4209642094 +CONECT420974209842099 +CONECT4209842097 +CONECT4209942097 +CONECT421004210142102 +CONECT4210142100 +CONECT4210242100 +CONECT421034210442105 +CONECT4210442103 +CONECT4210542103 +CONECT421064210742108 +CONECT4210742106 +CONECT4210842106 +CONECT421094211042111 +CONECT4211042109 +CONECT4211142109 +CONECT421124211342114 +CONECT4211342112 +CONECT4211442112 +CONECT421154211642117 +CONECT4211642115 +CONECT4211742115 +CONECT421184211942120 +CONECT4211942118 +CONECT4212042118 +CONECT421214212242123 +CONECT4212242121 +CONECT4212342121 +CONECT421244212542126 +CONECT4212542124 +CONECT4212642124 +CONECT421274212842129 +CONECT4212842127 +CONECT4212942127 +CONECT421304213142132 +CONECT4213142130 +CONECT4213242130 +CONECT421334213442135 +CONECT4213442133 +CONECT4213542133 +CONECT421364213742138 +CONECT4213742136 +CONECT4213842136 +CONECT421394214042141 +CONECT4214042139 +CONECT4214142139 +CONECT421424214342144 +CONECT4214342142 +CONECT4214442142 +CONECT421454214642147 +CONECT4214642145 +CONECT4214742145 +CONECT421484214942150 +CONECT4214942148 +CONECT4215042148 +CONECT421514215242153 +CONECT4215242151 +CONECT4215342151 +CONECT421544215542156 +CONECT4215542154 +CONECT4215642154 +CONECT421574215842159 +CONECT4215842157 +CONECT4215942157 +CONECT421604216142162 +CONECT4216142160 +CONECT4216242160 +CONECT421634216442165 +CONECT4216442163 +CONECT4216542163 +CONECT421664216742168 +CONECT4216742166 +CONECT4216842166 +CONECT421694217042171 +CONECT4217042169 +CONECT4217142169 +CONECT421724217342174 +CONECT4217342172 +CONECT4217442172 +CONECT421754217642177 +CONECT4217642175 +CONECT4217742175 +CONECT421784217942180 +CONECT4217942178 +CONECT4218042178 +CONECT421814218242183 +CONECT4218242181 +CONECT4218342181 +CONECT421844218542186 +CONECT4218542184 +CONECT4218642184 +CONECT421874218842189 +CONECT4218842187 +CONECT4218942187 +CONECT421904219142192 +CONECT4219142190 +CONECT4219242190 +CONECT421934219442195 +CONECT4219442193 +CONECT4219542193 +CONECT421964219742198 +CONECT4219742196 +CONECT4219842196 +CONECT421994220042201 +CONECT4220042199 +CONECT4220142199 +CONECT422024220342204 +CONECT4220342202 +CONECT4220442202 +CONECT422054220642207 +CONECT4220642205 +CONECT4220742205 +CONECT422084220942210 +CONECT4220942208 +CONECT4221042208 +CONECT422114221242213 +CONECT4221242211 +CONECT4221342211 +CONECT422144221542216 +CONECT4221542214 +CONECT4221642214 +CONECT422174221842219 +CONECT4221842217 +CONECT4221942217 +CONECT422204222142222 +CONECT4222142220 +CONECT4222242220 +CONECT422234222442225 +CONECT4222442223 +CONECT4222542223 +CONECT422264222742228 +CONECT4222742226 +CONECT4222842226 +CONECT422294223042231 +CONECT4223042229 +CONECT4223142229 +CONECT422324223342234 +CONECT4223342232 +CONECT4223442232 +CONECT422354223642237 +CONECT4223642235 +CONECT4223742235 +CONECT422384223942240 +CONECT4223942238 +CONECT4224042238 +CONECT422414224242243 +CONECT4224242241 +CONECT4224342241 +CONECT422444224542246 +CONECT4224542244 +CONECT4224642244 +CONECT422474224842249 +CONECT4224842247 +CONECT4224942247 +CONECT422504225142252 +CONECT4225142250 +CONECT4225242250 +CONECT422534225442255 +CONECT4225442253 +CONECT4225542253 +CONECT422564225742258 +CONECT4225742256 +CONECT4225842256 +CONECT422594226042261 +CONECT4226042259 +CONECT4226142259 +CONECT422624226342264 +CONECT4226342262 +CONECT4226442262 +CONECT422654226642267 +CONECT4226642265 +CONECT4226742265 +CONECT422684226942270 +CONECT4226942268 +CONECT4227042268 +CONECT422714227242273 +CONECT4227242271 +CONECT4227342271 +CONECT422744227542276 +CONECT4227542274 +CONECT4227642274 +CONECT422774227842279 +CONECT4227842277 +CONECT4227942277 +CONECT422804228142282 +CONECT4228142280 +CONECT4228242280 +CONECT422834228442285 +CONECT4228442283 +CONECT4228542283 +CONECT422864228742288 +CONECT4228742286 +CONECT4228842286 +CONECT422894229042291 +CONECT4229042289 +CONECT4229142289 +CONECT422924229342294 +CONECT4229342292 +CONECT4229442292 +CONECT422954229642297 +CONECT4229642295 +CONECT4229742295 +CONECT422984229942300 +CONECT4229942298 +CONECT4230042298 +CONECT423014230242303 +CONECT4230242301 +CONECT4230342301 +CONECT423044230542306 +CONECT4230542304 +CONECT4230642304 +CONECT423074230842309 +CONECT4230842307 +CONECT4230942307 +CONECT423104231142312 +CONECT4231142310 +CONECT4231242310 +CONECT423134231442315 +CONECT4231442313 +CONECT4231542313 +CONECT423164231742318 +CONECT4231742316 +CONECT4231842316 +CONECT423194232042321 +CONECT4232042319 +CONECT4232142319 +CONECT423224232342324 +CONECT4232342322 +CONECT4232442322 +CONECT423254232642327 +CONECT4232642325 +CONECT4232742325 +CONECT423284232942330 +CONECT4232942328 +CONECT4233042328 +CONECT423314233242333 +CONECT4233242331 +CONECT4233342331 +CONECT423344233542336 +CONECT4233542334 +CONECT4233642334 +CONECT423374233842339 +CONECT4233842337 +CONECT4233942337 +CONECT423404234142342 +CONECT4234142340 +CONECT4234242340 +CONECT423434234442345 +CONECT4234442343 +CONECT4234542343 +CONECT423464234742348 +CONECT4234742346 +CONECT4234842346 +CONECT423494235042351 +CONECT4235042349 +CONECT4235142349 +CONECT423524235342354 +CONECT4235342352 +CONECT4235442352 +CONECT423554235642357 +CONECT4235642355 +CONECT4235742355 +CONECT423584235942360 +CONECT4235942358 +CONECT4236042358 +CONECT423614236242363 +CONECT4236242361 +CONECT4236342361 +CONECT423644236542366 +CONECT4236542364 +CONECT4236642364 +CONECT423674236842369 +CONECT4236842367 +CONECT4236942367 +CONECT423704237142372 +CONECT4237142370 +CONECT4237242370 +CONECT423734237442375 +CONECT4237442373 +CONECT4237542373 +CONECT423764237742378 +CONECT4237742376 +CONECT4237842376 +CONECT423794238042381 +CONECT4238042379 +CONECT4238142379 +CONECT423824238342384 +CONECT4238342382 +CONECT4238442382 +CONECT423854238642387 +CONECT4238642385 +CONECT4238742385 +CONECT423884238942390 +CONECT4238942388 +CONECT4239042388 +CONECT423914239242393 +CONECT4239242391 +CONECT4239342391 +CONECT423944239542396 +CONECT4239542394 +CONECT4239642394 +CONECT423974239842399 +CONECT4239842397 +CONECT4239942397 +CONECT424004240142402 +CONECT4240142400 +CONECT4240242400 +CONECT424034240442405 +CONECT4240442403 +CONECT4240542403 +CONECT424064240742408 +CONECT4240742406 +CONECT4240842406 +CONECT424094241042411 +CONECT4241042409 +CONECT4241142409 +CONECT424124241342414 +CONECT4241342412 +CONECT4241442412 +CONECT424154241642417 +CONECT4241642415 +CONECT4241742415 +CONECT424184241942420 +CONECT4241942418 +CONECT4242042418 +CONECT424214242242423 +CONECT4242242421 +CONECT4242342421 +CONECT424244242542426 +CONECT4242542424 +CONECT4242642424 +CONECT424274242842429 +CONECT4242842427 +CONECT4242942427 +CONECT424304243142432 +CONECT4243142430 +CONECT4243242430 +CONECT424334243442435 +CONECT4243442433 +CONECT4243542433 +CONECT424364243742438 +CONECT4243742436 +CONECT4243842436 +CONECT424394244042441 +CONECT4244042439 +CONECT4244142439 +CONECT424424244342444 +CONECT4244342442 +CONECT4244442442 +CONECT424454244642447 +CONECT4244642445 +CONECT4244742445 +CONECT424484244942450 +CONECT4244942448 +CONECT4245042448 +CONECT424514245242453 +CONECT4245242451 +CONECT4245342451 +CONECT424544245542456 +CONECT4245542454 +CONECT4245642454 +CONECT424574245842459 +CONECT4245842457 +CONECT4245942457 +CONECT424604246142462 +CONECT4246142460 +CONECT4246242460 +CONECT424634246442465 +CONECT4246442463 +CONECT4246542463 +CONECT424664246742468 +CONECT4246742466 +CONECT4246842466 +CONECT424694247042471 +CONECT4247042469 +CONECT4247142469 +CONECT424724247342474 +CONECT4247342472 +CONECT4247442472 +CONECT424754247642477 +CONECT4247642475 +CONECT4247742475 +CONECT424784247942480 +CONECT4247942478 +CONECT4248042478 +CONECT424814248242483 +CONECT4248242481 +CONECT4248342481 +CONECT424844248542486 +CONECT4248542484 +CONECT4248642484 +CONECT424874248842489 +CONECT4248842487 +CONECT4248942487 +CONECT424904249142492 +CONECT4249142490 +CONECT4249242490 +CONECT424934249442495 +CONECT4249442493 +CONECT4249542493 +CONECT424964249742498 +CONECT4249742496 +CONECT4249842496 +CONECT424994250042501 +CONECT4250042499 +CONECT4250142499 +CONECT425024250342504 +CONECT4250342502 +CONECT4250442502 +CONECT425054250642507 +CONECT4250642505 +CONECT4250742505 +CONECT425084250942510 +CONECT4250942508 +CONECT4251042508 +CONECT425114251242513 +CONECT4251242511 +CONECT4251342511 +CONECT425144251542516 +CONECT4251542514 +CONECT4251642514 +CONECT425174251842519 +CONECT4251842517 +CONECT4251942517 +CONECT425204252142522 +CONECT4252142520 +CONECT4252242520 +CONECT425234252442525 +CONECT4252442523 +CONECT4252542523 +CONECT425264252742528 +CONECT4252742526 +CONECT4252842526 +CONECT425294253042531 +CONECT4253042529 +CONECT4253142529 +CONECT425324253342534 +CONECT4253342532 +CONECT4253442532 +CONECT425354253642537 +CONECT4253642535 +CONECT4253742535 +CONECT425384253942540 +CONECT4253942538 +CONECT4254042538 +CONECT425414254242543 +CONECT4254242541 +CONECT4254342541 +CONECT425444254542546 +CONECT4254542544 +CONECT4254642544 +CONECT425474254842549 +CONECT4254842547 +CONECT4254942547 +CONECT425504255142552 +CONECT4255142550 +CONECT4255242550 +CONECT425534255442555 +CONECT4255442553 +CONECT4255542553 +CONECT425564255742558 +CONECT4255742556 +CONECT4255842556 +CONECT425594256042561 +CONECT4256042559 +CONECT4256142559 +CONECT425624256342564 +CONECT4256342562 +CONECT4256442562 +CONECT425654256642567 +CONECT4256642565 +CONECT4256742565 +CONECT425684256942570 +CONECT4256942568 +CONECT4257042568 +CONECT425714257242573 +CONECT4257242571 +CONECT4257342571 +CONECT425744257542576 +CONECT4257542574 +CONECT4257642574 +CONECT425774257842579 +CONECT4257842577 +CONECT4257942577 +CONECT425804258142582 +CONECT4258142580 +CONECT4258242580 +CONECT425834258442585 +CONECT4258442583 +CONECT4258542583 +CONECT425864258742588 +CONECT4258742586 +CONECT4258842586 +CONECT425894259042591 +CONECT4259042589 +CONECT4259142589 +CONECT425924259342594 +CONECT4259342592 +CONECT4259442592 +CONECT425954259642597 +CONECT4259642595 +CONECT4259742595 +CONECT425984259942600 +CONECT4259942598 +CONECT4260042598 +CONECT426014260242603 +CONECT4260242601 +CONECT4260342601 +CONECT426044260542606 +CONECT4260542604 +CONECT4260642604 +CONECT426074260842609 +CONECT4260842607 +CONECT4260942607 +CONECT426104261142612 +CONECT4261142610 +CONECT4261242610 +CONECT426134261442615 +CONECT4261442613 +CONECT4261542613 +CONECT426164261742618 +CONECT4261742616 +CONECT4261842616 +CONECT426194262042621 +CONECT4262042619 +CONECT4262142619 +CONECT426224262342624 +CONECT4262342622 +CONECT4262442622 +CONECT426254262642627 +CONECT4262642625 +CONECT4262742625 +CONECT426284262942630 +CONECT4262942628 +CONECT4263042628 +CONECT426314263242633 +CONECT4263242631 +CONECT4263342631 +CONECT426344263542636 +CONECT4263542634 +CONECT4263642634 +CONECT426374263842639 +CONECT4263842637 +CONECT4263942637 +CONECT426404264142642 +CONECT4264142640 +CONECT4264242640 +CONECT426434264442645 +CONECT4264442643 +CONECT4264542643 +CONECT426464264742648 +CONECT4264742646 +CONECT4264842646 +CONECT426494265042651 +CONECT4265042649 +CONECT4265142649 +CONECT426524265342654 +CONECT4265342652 +CONECT4265442652 +CONECT426554265642657 +CONECT4265642655 +CONECT4265742655 +CONECT426584265942660 +CONECT4265942658 +CONECT4266042658 +CONECT426614266242663 +CONECT4266242661 +CONECT4266342661 +CONECT426644266542666 +CONECT4266542664 +CONECT4266642664 +CONECT426674266842669 +CONECT4266842667 +CONECT4266942667 +CONECT426704267142672 +CONECT4267142670 +CONECT4267242670 +CONECT426734267442675 +CONECT4267442673 +CONECT4267542673 +CONECT426764267742678 +CONECT4267742676 +CONECT4267842676 +CONECT426794268042681 +CONECT4268042679 +CONECT4268142679 +CONECT426824268342684 +CONECT4268342682 +CONECT4268442682 +CONECT426854268642687 +CONECT4268642685 +CONECT4268742685 +CONECT426884268942690 +CONECT4268942688 +CONECT4269042688 +CONECT426914269242693 +CONECT4269242691 +CONECT4269342691 +CONECT426944269542696 +CONECT4269542694 +CONECT4269642694 +CONECT426974269842699 +CONECT4269842697 +CONECT4269942697 +CONECT427004270142702 +CONECT4270142700 +CONECT4270242700 +CONECT427034270442705 +CONECT4270442703 +CONECT4270542703 +CONECT427064270742708 +CONECT4270742706 +CONECT4270842706 +CONECT427094271042711 +CONECT4271042709 +CONECT4271142709 +CONECT427124271342714 +CONECT4271342712 +CONECT4271442712 +CONECT427154271642717 +CONECT4271642715 +CONECT4271742715 +CONECT427184271942720 +CONECT4271942718 +CONECT4272042718 +CONECT427214272242723 +CONECT4272242721 +CONECT4272342721 +CONECT427244272542726 +CONECT4272542724 +CONECT4272642724 +CONECT427274272842729 +CONECT4272842727 +CONECT4272942727 +CONECT427304273142732 +CONECT4273142730 +CONECT4273242730 +CONECT427334273442735 +CONECT4273442733 +CONECT4273542733 +CONECT427364273742738 +CONECT4273742736 +CONECT4273842736 +CONECT427394274042741 +CONECT4274042739 +CONECT4274142739 +CONECT427424274342744 +CONECT4274342742 +CONECT4274442742 +CONECT427454274642747 +CONECT4274642745 +CONECT4274742745 +CONECT427484274942750 +CONECT4274942748 +CONECT4275042748 +CONECT427514275242753 +CONECT4275242751 +CONECT4275342751 +CONECT427544275542756 +CONECT4275542754 +CONECT4275642754 +CONECT427574275842759 +CONECT4275842757 +CONECT4275942757 +CONECT427604276142762 +CONECT4276142760 +CONECT4276242760 +CONECT427634276442765 +CONECT4276442763 +CONECT4276542763 +CONECT427664276742768 +CONECT4276742766 +CONECT4276842766 +CONECT427694277042771 +CONECT4277042769 +CONECT4277142769 +CONECT427724277342774 +CONECT4277342772 +CONECT4277442772 +CONECT427754277642777 +CONECT4277642775 +CONECT4277742775 +CONECT427784277942780 +CONECT4277942778 +CONECT4278042778 +CONECT427814278242783 +CONECT4278242781 +CONECT4278342781 +CONECT427844278542786 +CONECT4278542784 +CONECT4278642784 +CONECT427874278842789 +CONECT4278842787 +CONECT4278942787 +CONECT427904279142792 +CONECT4279142790 +CONECT4279242790 +CONECT427934279442795 +CONECT4279442793 +CONECT4279542793 +CONECT427964279742798 +CONECT4279742796 +CONECT4279842796 +CONECT427994280042801 +CONECT4280042799 +CONECT4280142799 +CONECT428024280342804 +CONECT4280342802 +CONECT4280442802 +CONECT428054280642807 +CONECT4280642805 +CONECT4280742805 +CONECT428084280942810 +CONECT4280942808 +CONECT4281042808 +CONECT428114281242813 +CONECT4281242811 +CONECT4281342811 +CONECT428144281542816 +CONECT4281542814 +CONECT4281642814 +CONECT428174281842819 +CONECT4281842817 +CONECT4281942817 +CONECT428204282142822 +CONECT4282142820 +CONECT4282242820 +CONECT428234282442825 +CONECT4282442823 +CONECT4282542823 +CONECT428264282742828 +CONECT4282742826 +CONECT4282842826 +CONECT428294283042831 +CONECT4283042829 +CONECT4283142829 +CONECT428324283342834 +CONECT4283342832 +CONECT4283442832 +CONECT428354283642837 +CONECT4283642835 +CONECT4283742835 +CONECT428384283942840 +CONECT4283942838 +CONECT4284042838 +CONECT428414284242843 +CONECT4284242841 +CONECT4284342841 +CONECT428444284542846 +CONECT4284542844 +CONECT4284642844 +CONECT428474284842849 +CONECT4284842847 +CONECT4284942847 +CONECT428504285142852 +CONECT4285142850 +CONECT4285242850 +CONECT428534285442855 +CONECT4285442853 +CONECT4285542853 +CONECT428564285742858 +CONECT4285742856 +CONECT4285842856 +CONECT428594286042861 +CONECT4286042859 +CONECT4286142859 +CONECT428624286342864 +CONECT4286342862 +CONECT4286442862 +CONECT428654286642867 +CONECT4286642865 +CONECT4286742865 +CONECT428684286942870 +CONECT4286942868 +CONECT4287042868 +CONECT428714287242873 +CONECT4287242871 +CONECT4287342871 +CONECT428744287542876 +CONECT4287542874 +CONECT4287642874 +CONECT428774287842879 +CONECT4287842877 +CONECT4287942877 +CONECT428804288142882 +CONECT4288142880 +CONECT4288242880 +CONECT428834288442885 +CONECT4288442883 +CONECT4288542883 +CONECT428864288742888 +CONECT4288742886 +CONECT4288842886 +CONECT428894289042891 +CONECT4289042889 +CONECT4289142889 +CONECT428924289342894 +CONECT4289342892 +CONECT4289442892 +CONECT428954289642897 +CONECT4289642895 +CONECT4289742895 +CONECT428984289942900 +CONECT4289942898 +CONECT4290042898 +CONECT429014290242903 +CONECT4290242901 +CONECT4290342901 +CONECT429044290542906 +CONECT4290542904 +CONECT4290642904 +CONECT429074290842909 +CONECT4290842907 +CONECT4290942907 +CONECT429104291142912 +CONECT4291142910 +CONECT4291242910 +CONECT429134291442915 +CONECT4291442913 +CONECT4291542913 +CONECT429164291742918 +CONECT4291742916 +CONECT4291842916 +CONECT429194292042921 +CONECT4292042919 +CONECT4292142919 +CONECT429224292342924 +CONECT4292342922 +CONECT4292442922 +CONECT429254292642927 +CONECT4292642925 +CONECT4292742925 +CONECT429284292942930 +CONECT4292942928 +CONECT4293042928 +CONECT429314293242933 +CONECT4293242931 +CONECT4293342931 +CONECT429344293542936 +CONECT4293542934 +CONECT4293642934 +CONECT429374293842939 +CONECT4293842937 +CONECT4293942937 +CONECT429404294142942 +CONECT4294142940 +CONECT4294242940 +CONECT429434294442945 +CONECT4294442943 +CONECT4294542943 +CONECT429464294742948 +CONECT4294742946 +CONECT4294842946 +CONECT429494295042951 +CONECT4295042949 +CONECT4295142949 +CONECT429524295342954 +CONECT4295342952 +CONECT4295442952 +CONECT429554295642957 +CONECT4295642955 +CONECT4295742955 +CONECT429584295942960 +CONECT4295942958 +CONECT4296042958 +CONECT429614296242963 +CONECT4296242961 +CONECT4296342961 +CONECT429644296542966 +CONECT4296542964 +CONECT4296642964 +CONECT429674296842969 +CONECT4296842967 +CONECT4296942967 +CONECT429704297142972 +CONECT4297142970 +CONECT4297242970 +CONECT429734297442975 +CONECT4297442973 +CONECT4297542973 +CONECT429764297742978 +CONECT4297742976 +CONECT4297842976 +CONECT429794298042981 +CONECT4298042979 +CONECT4298142979 +CONECT429824298342984 +CONECT4298342982 +CONECT4298442982 +CONECT429854298642987 +CONECT4298642985 +CONECT4298742985 +CONECT429884298942990 +CONECT4298942988 +CONECT4299042988 +CONECT429914299242993 +CONECT4299242991 +CONECT4299342991 +CONECT429944299542996 +CONECT4299542994 +CONECT4299642994 +CONECT429974299842999 +CONECT4299842997 +CONECT4299942997 +CONECT430004300143002 +CONECT4300143000 +CONECT4300243000 +CONECT430034300443005 +CONECT4300443003 +CONECT4300543003 +CONECT430064300743008 +CONECT4300743006 +CONECT4300843006 +CONECT430094301043011 +CONECT4301043009 +CONECT4301143009 +CONECT430124301343014 +CONECT4301343012 +CONECT4301443012 +CONECT430154301643017 +CONECT4301643015 +CONECT4301743015 +CONECT430184301943020 +CONECT4301943018 +CONECT4302043018 +CONECT430214302243023 +CONECT4302243021 +CONECT4302343021 +CONECT430244302543026 +CONECT4302543024 +CONECT4302643024 +CONECT430274302843029 +CONECT4302843027 +CONECT4302943027 +CONECT430304303143032 +CONECT4303143030 +CONECT4303243030 +CONECT430334303443035 +CONECT4303443033 +CONECT4303543033 +CONECT430364303743038 +CONECT4303743036 +CONECT4303843036 +CONECT430394304043041 +CONECT4304043039 +CONECT4304143039 +CONECT430424304343044 +CONECT4304343042 +CONECT4304443042 +CONECT430454304643047 +CONECT4304643045 +CONECT4304743045 +CONECT430484304943050 +CONECT4304943048 +CONECT4305043048 +CONECT430514305243053 +CONECT4305243051 +CONECT4305343051 +CONECT430544305543056 +CONECT4305543054 +CONECT4305643054 +CONECT430574305843059 +CONECT4305843057 +CONECT4305943057 +CONECT430604306143062 +CONECT4306143060 +CONECT4306243060 +CONECT430634306443065 +CONECT4306443063 +CONECT4306543063 +CONECT430664306743068 +CONECT4306743066 +CONECT4306843066 +CONECT430694307043071 +CONECT4307043069 +CONECT4307143069 +CONECT430724307343074 +CONECT4307343072 +CONECT4307443072 +CONECT430754307643077 +CONECT4307643075 +CONECT4307743075 +CONECT430784307943080 +CONECT4307943078 +CONECT4308043078 +CONECT430814308243083 +CONECT4308243081 +CONECT4308343081 +CONECT430844308543086 +CONECT4308543084 +CONECT4308643084 +CONECT430874308843089 +CONECT4308843087 +CONECT4308943087 +CONECT430904309143092 +CONECT4309143090 +CONECT4309243090 +CONECT430934309443095 +CONECT4309443093 +CONECT4309543093 +CONECT430964309743098 +CONECT4309743096 +CONECT4309843096 +CONECT430994310043101 +CONECT4310043099 +CONECT4310143099 +CONECT431024310343104 +CONECT4310343102 +CONECT4310443102 +CONECT431054310643107 +CONECT4310643105 +CONECT4310743105 +CONECT431084310943110 +CONECT4310943108 +CONECT4311043108 +CONECT431114311243113 +CONECT4311243111 +CONECT4311343111 +CONECT431144311543116 +CONECT4311543114 +CONECT4311643114 +CONECT431174311843119 +CONECT4311843117 +CONECT4311943117 +CONECT431204312143122 +CONECT4312143120 +CONECT4312243120 +CONECT431234312443125 +CONECT4312443123 +CONECT4312543123 +CONECT431264312743128 +CONECT4312743126 +CONECT4312843126 +CONECT431294313043131 +CONECT4313043129 +CONECT4313143129 +CONECT431324313343134 +CONECT4313343132 +CONECT4313443132 +CONECT431354313643137 +CONECT4313643135 +CONECT4313743135 +CONECT431384313943140 +CONECT4313943138 +CONECT4314043138 +CONECT431414314243143 +CONECT4314243141 +CONECT4314343141 +CONECT431444314543146 +CONECT4314543144 +CONECT4314643144 +CONECT431474314843149 +CONECT4314843147 +CONECT4314943147 +CONECT431504315143152 +CONECT4315143150 +CONECT4315243150 +CONECT431534315443155 +CONECT4315443153 +CONECT4315543153 +CONECT431564315743158 +CONECT4315743156 +CONECT4315843156 +CONECT431594316043161 +CONECT4316043159 +CONECT4316143159 +CONECT431624316343164 +CONECT4316343162 +CONECT4316443162 +CONECT431654316643167 +CONECT4316643165 +CONECT4316743165 +CONECT431684316943170 +CONECT4316943168 +CONECT4317043168 +CONECT431714317243173 +CONECT4317243171 +CONECT4317343171 +CONECT431744317543176 +CONECT4317543174 +CONECT4317643174 +CONECT431774317843179 +CONECT4317843177 +CONECT4317943177 +CONECT431804318143182 +CONECT4318143180 +CONECT4318243180 +CONECT431834318443185 +CONECT4318443183 +CONECT4318543183 +CONECT431864318743188 +CONECT4318743186 +CONECT4318843186 +CONECT431894319043191 +CONECT4319043189 +CONECT4319143189 +CONECT431924319343194 +CONECT4319343192 +CONECT4319443192 +CONECT431954319643197 +CONECT4319643195 +CONECT4319743195 +CONECT431984319943200 +CONECT4319943198 +CONECT4320043198 +CONECT432014320243203 +CONECT4320243201 +CONECT4320343201 +CONECT432044320543206 +CONECT4320543204 +CONECT4320643204 +CONECT432074320843209 +CONECT4320843207 +CONECT4320943207 +CONECT432104321143212 +CONECT4321143210 +CONECT4321243210 +CONECT432134321443215 +CONECT4321443213 +CONECT4321543213 +CONECT432164321743218 +CONECT4321743216 +CONECT4321843216 +CONECT432194322043221 +CONECT4322043219 +CONECT4322143219 +CONECT432224322343224 +CONECT4322343222 +CONECT4322443222 +CONECT432254322643227 +CONECT4322643225 +CONECT4322743225 +CONECT432284322943230 +CONECT4322943228 +CONECT4323043228 +CONECT432314323243233 +CONECT4323243231 +CONECT4323343231 +CONECT432344323543236 +CONECT4323543234 +CONECT4323643234 +CONECT432374323843239 +CONECT4323843237 +CONECT4323943237 +CONECT432404324143242 +CONECT4324143240 +CONECT4324243240 +CONECT432434324443245 +CONECT4324443243 +CONECT4324543243 +CONECT432464324743248 +CONECT4324743246 +CONECT4324843246 +CONECT432494325043251 +CONECT4325043249 +CONECT4325143249 +CONECT432524325343254 +CONECT4325343252 +CONECT4325443252 +CONECT432554325643257 +CONECT4325643255 +CONECT4325743255 +CONECT432584325943260 +CONECT4325943258 +CONECT4326043258 +CONECT432614326243263 +CONECT4326243261 +CONECT4326343261 +CONECT432644326543266 +CONECT4326543264 +CONECT4326643264 +CONECT432674326843269 +CONECT4326843267 +CONECT4326943267 +CONECT432704327143272 +CONECT4327143270 +CONECT4327243270 +CONECT432734327443275 +CONECT4327443273 +CONECT4327543273 +CONECT432764327743278 +CONECT4327743276 +CONECT4327843276 +CONECT432794328043281 +CONECT4328043279 +CONECT4328143279 +CONECT432824328343284 +CONECT4328343282 +CONECT4328443282 +CONECT432854328643287 +CONECT4328643285 +CONECT4328743285 +CONECT432884328943290 +CONECT4328943288 +CONECT4329043288 +CONECT432914329243293 +CONECT4329243291 +CONECT4329343291 +CONECT432944329543296 +CONECT4329543294 +CONECT4329643294 +CONECT432974329843299 +CONECT4329843297 +CONECT4329943297 +CONECT433004330143302 +CONECT4330143300 +CONECT4330243300 +CONECT433034330443305 +CONECT4330443303 +CONECT4330543303 +CONECT433064330743308 +CONECT4330743306 +CONECT4330843306 +CONECT433094331043311 +CONECT4331043309 +CONECT4331143309 +CONECT433124331343314 +CONECT4331343312 +CONECT4331443312 +CONECT433154331643317 +CONECT4331643315 +CONECT4331743315 +CONECT433184331943320 +CONECT4331943318 +CONECT4332043318 +CONECT433214332243323 +CONECT4332243321 +CONECT4332343321 +CONECT433244332543326 +CONECT4332543324 +CONECT4332643324 +CONECT433274332843329 +CONECT4332843327 +CONECT4332943327 +CONECT433304333143332 +CONECT4333143330 +CONECT4333243330 +CONECT433334333443335 +CONECT4333443333 +CONECT4333543333 +CONECT433364333743338 +CONECT4333743336 +CONECT4333843336 +CONECT433394334043341 +CONECT4334043339 +CONECT4334143339 +CONECT433424334343344 +CONECT4334343342 +CONECT4334443342 +CONECT433454334643347 +CONECT4334643345 +CONECT4334743345 +CONECT433484334943350 +CONECT4334943348 +CONECT4335043348 +CONECT433514335243353 +CONECT4335243351 +CONECT4335343351 +CONECT433544335543356 +CONECT4335543354 +CONECT4335643354 +CONECT433574335843359 +CONECT4335843357 +CONECT4335943357 +CONECT433604336143362 +CONECT4336143360 +CONECT4336243360 +CONECT433634336443365 +CONECT4336443363 +CONECT4336543363 +CONECT433664336743368 +CONECT4336743366 +CONECT4336843366 +CONECT433694337043371 +CONECT4337043369 +CONECT4337143369 +CONECT433724337343374 +CONECT4337343372 +CONECT4337443372 +CONECT433754337643377 +CONECT4337643375 +CONECT4337743375 +CONECT433784337943380 +CONECT4337943378 +CONECT4338043378 +CONECT433814338243383 +CONECT4338243381 +CONECT4338343381 +CONECT433844338543386 +CONECT4338543384 +CONECT4338643384 +CONECT433874338843389 +CONECT4338843387 +CONECT4338943387 +CONECT433904339143392 +CONECT4339143390 +CONECT4339243390 +CONECT433934339443395 +CONECT4339443393 +CONECT4339543393 +CONECT433964339743398 +CONECT4339743396 +CONECT4339843396 +CONECT433994340043401 +CONECT4340043399 +CONECT4340143399 +CONECT434024340343404 +CONECT4340343402 +CONECT4340443402 +CONECT434054340643407 +CONECT4340643405 +CONECT4340743405 +CONECT434084340943410 +CONECT4340943408 +CONECT4341043408 +CONECT434114341243413 +CONECT4341243411 +CONECT4341343411 +CONECT434144341543416 +CONECT4341543414 +CONECT4341643414 +CONECT434174341843419 +CONECT4341843417 +CONECT4341943417 +CONECT434204342143422 +CONECT4342143420 +CONECT4342243420 +CONECT434234342443425 +CONECT4342443423 +CONECT4342543423 +CONECT434264342743428 +CONECT4342743426 +CONECT4342843426 +CONECT434294343043431 +CONECT4343043429 +CONECT4343143429 +CONECT434324343343434 +CONECT4343343432 +CONECT4343443432 +CONECT434354343643437 +CONECT4343643435 +CONECT4343743435 +CONECT434384343943440 +CONECT4343943438 +CONECT4344043438 +CONECT434414344243443 +CONECT4344243441 +CONECT4344343441 +CONECT434444344543446 +CONECT4344543444 +CONECT4344643444 +CONECT434474344843449 +CONECT4344843447 +CONECT4344943447 +CONECT434504345143452 +CONECT4345143450 +CONECT4345243450 +CONECT434534345443455 +CONECT4345443453 +CONECT4345543453 +CONECT434564345743458 +CONECT4345743456 +CONECT4345843456 +CONECT434594346043461 +CONECT4346043459 +CONECT4346143459 +CONECT434624346343464 +CONECT4346343462 +CONECT4346443462 +CONECT434654346643467 +CONECT4346643465 +CONECT4346743465 +CONECT434684346943470 +CONECT4346943468 +CONECT4347043468 +CONECT434714347243473 +CONECT4347243471 +CONECT4347343471 +CONECT434744347543476 +CONECT4347543474 +CONECT4347643474 +CONECT434774347843479 +CONECT4347843477 +CONECT4347943477 +CONECT434804348143482 +CONECT4348143480 +CONECT4348243480 +CONECT434834348443485 +CONECT4348443483 +CONECT4348543483 +CONECT434864348743488 +CONECT4348743486 +CONECT4348843486 +CONECT434894349043491 +CONECT4349043489 +CONECT4349143489 +CONECT434924349343494 +CONECT4349343492 +CONECT4349443492 +CONECT434954349643497 +CONECT4349643495 +CONECT4349743495 +CONECT434984349943500 +CONECT4349943498 +CONECT4350043498 +CONECT435014350243503 +CONECT4350243501 +CONECT4350343501 +CONECT435044350543506 +CONECT4350543504 +CONECT4350643504 +CONECT435074350843509 +CONECT4350843507 +CONECT4350943507 +CONECT435104351143512 +CONECT4351143510 +CONECT4351243510 +CONECT435134351443515 +CONECT4351443513 +CONECT4351543513 +CONECT435164351743518 +CONECT4351743516 +CONECT4351843516 +CONECT435194352043521 +CONECT4352043519 +CONECT4352143519 +CONECT435224352343524 +CONECT4352343522 +CONECT4352443522 +CONECT435254352643527 +CONECT4352643525 +CONECT4352743525 +CONECT435284352943530 +CONECT4352943528 +CONECT4353043528 +CONECT435314353243533 +CONECT4353243531 +CONECT4353343531 +CONECT435344353543536 +CONECT4353543534 +CONECT4353643534 +CONECT435374353843539 +CONECT4353843537 +CONECT4353943537 +CONECT435404354143542 +CONECT4354143540 +CONECT4354243540 +CONECT435434354443545 +CONECT4354443543 +CONECT4354543543 +CONECT435464354743548 +CONECT4354743546 +CONECT4354843546 +CONECT435494355043551 +CONECT4355043549 +CONECT4355143549 +CONECT435524355343554 +CONECT4355343552 +CONECT4355443552 +CONECT435554355643557 +CONECT4355643555 +CONECT4355743555 +CONECT435584355943560 +CONECT4355943558 +CONECT4356043558 +CONECT435614356243563 +CONECT4356243561 +CONECT4356343561 +CONECT435644356543566 +CONECT4356543564 +CONECT4356643564 +CONECT435674356843569 +CONECT4356843567 +CONECT4356943567 +CONECT435704357143572 +CONECT4357143570 +CONECT4357243570 +CONECT435734357443575 +CONECT4357443573 +CONECT4357543573 +CONECT435764357743578 +CONECT4357743576 +CONECT4357843576 +CONECT435794358043581 +CONECT4358043579 +CONECT4358143579 +CONECT435824358343584 +CONECT4358343582 +CONECT4358443582 +CONECT435854358643587 +CONECT4358643585 +CONECT4358743585 +CONECT435884358943590 +CONECT4358943588 +CONECT4359043588 +CONECT435914359243593 +CONECT4359243591 +CONECT4359343591 +CONECT435944359543596 +CONECT4359543594 +CONECT4359643594 +CONECT435974359843599 +CONECT4359843597 +CONECT4359943597 +CONECT436004360143602 +CONECT4360143600 +CONECT4360243600 +CONECT436034360443605 +CONECT4360443603 +CONECT4360543603 +CONECT436064360743608 +CONECT4360743606 +CONECT4360843606 +CONECT436094361043611 +CONECT4361043609 +CONECT4361143609 +CONECT436124361343614 +CONECT4361343612 +CONECT4361443612 +CONECT436154361643617 +CONECT4361643615 +CONECT4361743615 +CONECT436184361943620 +CONECT4361943618 +CONECT4362043618 +CONECT436214362243623 +CONECT4362243621 +CONECT4362343621 +CONECT436244362543626 +CONECT4362543624 +CONECT4362643624 +CONECT436274362843629 +CONECT4362843627 +CONECT4362943627 +CONECT436304363143632 +CONECT4363143630 +CONECT4363243630 +CONECT436334363443635 +CONECT4363443633 +CONECT4363543633 +CONECT436364363743638 +CONECT4363743636 +CONECT4363843636 +CONECT436394364043641 +CONECT4364043639 +CONECT4364143639 +CONECT436424364343644 +CONECT4364343642 +CONECT4364443642 +CONECT436454364643647 +CONECT4364643645 +CONECT4364743645 +CONECT436484364943650 +CONECT4364943648 +CONECT4365043648 +CONECT436514365243653 +CONECT4365243651 +CONECT4365343651 +CONECT436544365543656 +CONECT4365543654 +CONECT4365643654 +CONECT436574365843659 +CONECT4365843657 +CONECT4365943657 +CONECT436604366143662 +CONECT4366143660 +CONECT4366243660 +CONECT436634366443665 +CONECT4366443663 +CONECT4366543663 +CONECT436664366743668 +CONECT4366743666 +CONECT4366843666 +CONECT436694367043671 +CONECT4367043669 +CONECT4367143669 +CONECT436724367343674 +CONECT4367343672 +CONECT4367443672 +CONECT436754367643677 +CONECT4367643675 +CONECT4367743675 +CONECT436784367943680 +CONECT4367943678 +CONECT4368043678 +CONECT436814368243683 +CONECT4368243681 +CONECT4368343681 +CONECT436844368543686 +CONECT4368543684 +CONECT4368643684 +CONECT436874368843689 +CONECT4368843687 +CONECT4368943687 +CONECT436904369143692 +CONECT4369143690 +CONECT4369243690 +CONECT436934369443695 +CONECT4369443693 +CONECT4369543693 +CONECT436964369743698 +CONECT4369743696 +CONECT4369843696 +CONECT436994370043701 +CONECT4370043699 +CONECT4370143699 +CONECT437024370343704 +CONECT4370343702 +CONECT4370443702 +CONECT437054370643707 +CONECT4370643705 +CONECT4370743705 +CONECT437084370943710 +CONECT4370943708 +CONECT4371043708 +CONECT437114371243713 +CONECT4371243711 +CONECT4371343711 +CONECT437144371543716 +CONECT4371543714 +CONECT4371643714 +CONECT437174371843719 +CONECT4371843717 +CONECT4371943717 +CONECT437204372143722 +CONECT4372143720 +CONECT4372243720 +CONECT437234372443725 +CONECT4372443723 +CONECT4372543723 +CONECT437264372743728 +CONECT4372743726 +CONECT4372843726 +CONECT437294373043731 +CONECT4373043729 +CONECT4373143729 +CONECT437324373343734 +CONECT4373343732 +CONECT4373443732 +CONECT437354373643737 +CONECT4373643735 +CONECT4373743735 +CONECT437384373943740 +CONECT4373943738 +CONECT4374043738 +CONECT437414374243743 +CONECT4374243741 +CONECT4374343741 +CONECT437444374543746 +CONECT4374543744 +CONECT4374643744 +CONECT437474374843749 +CONECT4374843747 +CONECT4374943747 +CONECT437504375143752 +CONECT4375143750 +CONECT4375243750 +CONECT437534375443755 +CONECT4375443753 +CONECT4375543753 +CONECT437564375743758 +CONECT4375743756 +CONECT4375843756 +CONECT437594376043761 +CONECT4376043759 +CONECT4376143759 +CONECT437624376343764 +CONECT4376343762 +CONECT4376443762 +CONECT437654376643767 +CONECT4376643765 +CONECT4376743765 +CONECT437684376943770 +CONECT4376943768 +CONECT4377043768 +CONECT437714377243773 +CONECT4377243771 +CONECT4377343771 +CONECT437744377543776 +CONECT4377543774 +CONECT4377643774 +CONECT437774377843779 +CONECT4377843777 +CONECT4377943777 +CONECT437804378143782 +CONECT4378143780 +CONECT4378243780 +CONECT437834378443785 +CONECT4378443783 +CONECT4378543783 +CONECT437864378743788 +CONECT4378743786 +CONECT4378843786 +CONECT437894379043791 +CONECT4379043789 +CONECT4379143789 +CONECT437924379343794 +CONECT4379343792 +CONECT4379443792 +CONECT437954379643797 +CONECT4379643795 +CONECT4379743795 +CONECT437984379943800 +CONECT4379943798 +CONECT4380043798 +CONECT438014380243803 +CONECT4380243801 +CONECT4380343801 +CONECT438044380543806 +CONECT4380543804 +CONECT4380643804 +CONECT438074380843809 +CONECT4380843807 +CONECT4380943807 +CONECT438104381143812 +CONECT4381143810 +CONECT4381243810 +CONECT438134381443815 +CONECT4381443813 +CONECT4381543813 +CONECT438164381743818 +CONECT4381743816 +CONECT4381843816 +CONECT438194382043821 +CONECT4382043819 +CONECT4382143819 +CONECT438224382343824 +CONECT4382343822 +CONECT4382443822 +CONECT438254382643827 +CONECT4382643825 +CONECT4382743825 +CONECT438284382943830 +CONECT4382943828 +CONECT4383043828 +CONECT438314383243833 +CONECT4383243831 +CONECT4383343831 +CONECT438344383543836 +CONECT4383543834 +CONECT4383643834 +CONECT438374383843839 +CONECT4383843837 +CONECT4383943837 +CONECT438404384143842 +CONECT4384143840 +CONECT4384243840 +CONECT438434384443845 +CONECT4384443843 +CONECT4384543843 +CONECT438464384743848 +CONECT4384743846 +CONECT4384843846 +CONECT438494385043851 +CONECT4385043849 +CONECT4385143849 +CONECT438524385343854 +CONECT4385343852 +CONECT4385443852 +CONECT438554385643857 +CONECT4385643855 +CONECT4385743855 +CONECT438584385943860 +CONECT4385943858 +CONECT4386043858 +CONECT438614386243863 +CONECT4386243861 +CONECT4386343861 +CONECT438644386543866 +CONECT4386543864 +CONECT4386643864 +CONECT438674386843869 +CONECT4386843867 +CONECT4386943867 +CONECT438704387143872 +CONECT4387143870 +CONECT4387243870 +CONECT438734387443875 +CONECT4387443873 +CONECT4387543873 +CONECT438764387743878 +CONECT4387743876 +CONECT4387843876 +CONECT438794388043881 +CONECT4388043879 +CONECT4388143879 +CONECT438824388343884 +CONECT4388343882 +CONECT4388443882 +CONECT438854388643887 +CONECT4388643885 +CONECT4388743885 +CONECT438884388943890 +CONECT4388943888 +CONECT4389043888 +CONECT438914389243893 +CONECT4389243891 +CONECT4389343891 +CONECT438944389543896 +CONECT4389543894 +CONECT4389643894 +CONECT438974389843899 +CONECT4389843897 +CONECT4389943897 +CONECT439004390143902 +CONECT4390143900 +CONECT4390243900 +CONECT439034390443905 +CONECT4390443903 +CONECT4390543903 +CONECT439064390743908 +CONECT4390743906 +CONECT4390843906 +CONECT439094391043911 +CONECT4391043909 +CONECT4391143909 +CONECT439124391343914 +CONECT4391343912 +CONECT4391443912 +CONECT439154391643917 +CONECT4391643915 +CONECT4391743915 +CONECT439184391943920 +CONECT4391943918 +CONECT4392043918 +CONECT439214392243923 +CONECT4392243921 +CONECT4392343921 +CONECT439244392543926 +CONECT4392543924 +CONECT4392643924 +CONECT439274392843929 +CONECT4392843927 +CONECT4392943927 +CONECT439304393143932 +CONECT4393143930 +CONECT4393243930 +CONECT439334393443935 +CONECT4393443933 +CONECT4393543933 +CONECT439364393743938 +CONECT4393743936 +CONECT4393843936 +CONECT439394394043941 +CONECT4394043939 +CONECT4394143939 +CONECT439424394343944 +CONECT4394343942 +CONECT4394443942 +CONECT439454394643947 +CONECT4394643945 +CONECT4394743945 +CONECT439484394943950 +CONECT4394943948 +CONECT4395043948 +CONECT439514395243953 +CONECT4395243951 +CONECT4395343951 +CONECT439544395543956 +CONECT4395543954 +CONECT4395643954 +CONECT439574395843959 +CONECT4395843957 +CONECT4395943957 +CONECT439604396143962 +CONECT4396143960 +CONECT4396243960 +CONECT439634396443965 +CONECT4396443963 +CONECT4396543963 +CONECT439664396743968 +CONECT4396743966 +CONECT4396843966 +CONECT439694397043971 +CONECT4397043969 +CONECT4397143969 +CONECT439724397343974 +CONECT4397343972 +CONECT4397443972 +CONECT439754397643977 +CONECT4397643975 +CONECT4397743975 +CONECT439784397943980 +CONECT4397943978 +CONECT4398043978 +CONECT439814398243983 +CONECT4398243981 +CONECT4398343981 +CONECT439844398543986 +CONECT4398543984 +CONECT4398643984 +CONECT439874398843989 +CONECT4398843987 +CONECT4398943987 +CONECT439904399143992 +CONECT4399143990 +CONECT4399243990 +CONECT439934399443995 +CONECT4399443993 +CONECT4399543993 +CONECT439964399743998 +CONECT4399743996 +CONECT4399843996 +CONECT439994400044001 +CONECT4400043999 +CONECT4400143999 +CONECT440024400344004 +CONECT4400344002 +CONECT4400444002 +CONECT440054400644007 +CONECT4400644005 +CONECT4400744005 +CONECT440084400944010 +CONECT4400944008 +CONECT4401044008 +CONECT440114401244013 +CONECT4401244011 +CONECT4401344011 +CONECT440144401544016 +CONECT4401544014 +CONECT4401644014 +CONECT440174401844019 +CONECT4401844017 +CONECT4401944017 +CONECT440204402144022 +CONECT4402144020 +CONECT4402244020 +CONECT440234402444025 +CONECT4402444023 +CONECT4402544023 +CONECT440264402744028 +CONECT4402744026 +CONECT4402844026 +CONECT440294403044031 +CONECT4403044029 +CONECT4403144029 +CONECT440324403344034 +CONECT4403344032 +CONECT4403444032 +CONECT440354403644037 +CONECT4403644035 +CONECT4403744035 +CONECT440384403944040 +CONECT4403944038 +CONECT4404044038 +CONECT440414404244043 +CONECT4404244041 +CONECT4404344041 +CONECT440444404544046 +CONECT4404544044 +CONECT4404644044 +CONECT440474404844049 +CONECT4404844047 +CONECT4404944047 +CONECT440504405144052 +CONECT4405144050 +CONECT4405244050 +CONECT440534405444055 +CONECT4405444053 +CONECT4405544053 +CONECT440564405744058 +CONECT4405744056 +CONECT4405844056 +CONECT440594406044061 +CONECT4406044059 +CONECT4406144059 +CONECT440624406344064 +CONECT4406344062 +CONECT4406444062 +CONECT440654406644067 +CONECT4406644065 +CONECT4406744065 +CONECT440684406944070 +CONECT4406944068 +CONECT4407044068 +CONECT440714407244073 +CONECT4407244071 +CONECT4407344071 +CONECT440744407544076 +CONECT4407544074 +CONECT4407644074 +CONECT440774407844079 +CONECT4407844077 +CONECT4407944077 +CONECT440804408144082 +CONECT4408144080 +CONECT4408244080 +CONECT440834408444085 +CONECT4408444083 +CONECT4408544083 +CONECT440864408744088 +CONECT4408744086 +CONECT4408844086 +CONECT440894409044091 +CONECT4409044089 +CONECT4409144089 +CONECT440924409344094 +CONECT4409344092 +CONECT4409444092 +CONECT440954409644097 +CONECT4409644095 +CONECT4409744095 +CONECT440984409944100 +CONECT4409944098 +CONECT4410044098 +CONECT441014410244103 +CONECT4410244101 +CONECT4410344101 +CONECT441044410544106 +CONECT4410544104 +CONECT4410644104 +CONECT441074410844109 +CONECT4410844107 +CONECT4410944107 +CONECT441104411144112 +CONECT4411144110 +CONECT4411244110 +CONECT441134411444115 +CONECT4411444113 +CONECT4411544113 +CONECT441164411744118 +CONECT4411744116 +CONECT4411844116 +CONECT441194412044121 +CONECT4412044119 +CONECT4412144119 +CONECT441224412344124 +CONECT4412344122 +CONECT4412444122 +CONECT441254412644127 +CONECT4412644125 +CONECT4412744125 +CONECT441284412944130 +CONECT4412944128 +CONECT4413044128 +CONECT441314413244133 +CONECT4413244131 +CONECT4413344131 +CONECT441344413544136 +CONECT4413544134 +CONECT4413644134 +CONECT441374413844139 +CONECT4413844137 +CONECT4413944137 +CONECT441404414144142 +CONECT4414144140 +CONECT4414244140 +CONECT441434414444145 +CONECT4414444143 +CONECT4414544143 +CONECT441464414744148 +CONECT4414744146 +CONECT4414844146 +CONECT441494415044151 +CONECT4415044149 +CONECT4415144149 +CONECT441524415344154 +CONECT4415344152 +CONECT4415444152 +CONECT441554415644157 +CONECT4415644155 +CONECT4415744155 +CONECT441584415944160 +CONECT4415944158 +CONECT4416044158 +CONECT441614416244163 +CONECT4416244161 +CONECT4416344161 +CONECT441644416544166 +CONECT4416544164 +CONECT4416644164 +CONECT441674416844169 +CONECT4416844167 +CONECT4416944167 +CONECT441704417144172 +CONECT4417144170 +CONECT4417244170 +CONECT441734417444175 +CONECT4417444173 +CONECT4417544173 +CONECT441764417744178 +CONECT4417744176 +CONECT4417844176 +CONECT441794418044181 +CONECT4418044179 +CONECT4418144179 +CONECT441824418344184 +CONECT4418344182 +CONECT4418444182 +CONECT441854418644187 +CONECT4418644185 +CONECT4418744185 +CONECT441884418944190 +CONECT4418944188 +CONECT4419044188 +CONECT441914419244193 +CONECT4419244191 +CONECT4419344191 +CONECT441944419544196 +CONECT4419544194 +CONECT4419644194 +CONECT441974419844199 +CONECT4419844197 +CONECT4419944197 +CONECT442004420144202 +CONECT4420144200 +CONECT4420244200 +CONECT442034420444205 +CONECT4420444203 +CONECT4420544203 +CONECT442064420744208 +CONECT4420744206 +CONECT4420844206 +CONECT442094421044211 +CONECT4421044209 +CONECT4421144209 +CONECT442124421344214 +CONECT4421344212 +CONECT4421444212 +CONECT442154421644217 +CONECT4421644215 +CONECT4421744215 +CONECT442184421944220 +CONECT4421944218 +CONECT4422044218 +CONECT442214422244223 +CONECT4422244221 +CONECT4422344221 +CONECT442244422544226 +CONECT4422544224 +CONECT4422644224 +CONECT442274422844229 +CONECT4422844227 +CONECT4422944227 +CONECT442304423144232 +CONECT4423144230 +CONECT4423244230 +CONECT442334423444235 +CONECT4423444233 +CONECT4423544233 +CONECT442364423744238 +CONECT4423744236 +CONECT4423844236 +CONECT442394424044241 +CONECT4424044239 +CONECT4424144239 +CONECT442424424344244 +CONECT4424344242 +CONECT4424444242 +CONECT442454424644247 +CONECT4424644245 +CONECT4424744245 +CONECT442484424944250 +CONECT4424944248 +CONECT4425044248 +CONECT442514425244253 +CONECT4425244251 +CONECT4425344251 +CONECT442544425544256 +CONECT4425544254 +CONECT4425644254 +CONECT442574425844259 +CONECT4425844257 +CONECT4425944257 +CONECT442604426144262 +CONECT4426144260 +CONECT4426244260 +CONECT442634426444265 +CONECT4426444263 +CONECT4426544263 +CONECT442664426744268 +CONECT4426744266 +CONECT4426844266 +CONECT442694427044271 +CONECT4427044269 +CONECT4427144269 +CONECT442724427344274 +CONECT4427344272 +CONECT4427444272 +CONECT442754427644277 +CONECT4427644275 +CONECT4427744275 +CONECT442784427944280 +CONECT4427944278 +CONECT4428044278 +CONECT442814428244283 +CONECT4428244281 +CONECT4428344281 +CONECT442844428544286 +CONECT4428544284 +CONECT4428644284 +CONECT442874428844289 +CONECT4428844287 +CONECT4428944287 +CONECT442904429144292 +CONECT4429144290 +CONECT4429244290 +CONECT442934429444295 +CONECT4429444293 +CONECT4429544293 +CONECT442964429744298 +CONECT4429744296 +CONECT4429844296 +CONECT442994430044301 +CONECT4430044299 +CONECT4430144299 +CONECT443024430344304 +CONECT4430344302 +CONECT4430444302 +CONECT443054430644307 +CONECT4430644305 +CONECT4430744305 +CONECT443084430944310 +CONECT4430944308 +CONECT4431044308 +CONECT443114431244313 +CONECT4431244311 +CONECT4431344311 +CONECT443144431544316 +CONECT4431544314 +CONECT4431644314 +CONECT443174431844319 +CONECT4431844317 +CONECT4431944317 +CONECT443204432144322 +CONECT4432144320 +CONECT4432244320 +CONECT443234432444325 +CONECT4432444323 +CONECT4432544323 +CONECT443264432744328 +CONECT4432744326 +CONECT4432844326 +CONECT443294433044331 +CONECT4433044329 +CONECT4433144329 +CONECT443324433344334 +CONECT4433344332 +CONECT4433444332 +CONECT443354433644337 +CONECT4433644335 +CONECT4433744335 +CONECT443384433944340 +CONECT4433944338 +CONECT4434044338 +CONECT443414434244343 +CONECT4434244341 +CONECT4434344341 +CONECT443444434544346 +CONECT4434544344 +CONECT4434644344 +CONECT443474434844349 +CONECT4434844347 +CONECT4434944347 +CONECT443504435144352 +CONECT4435144350 +CONECT4435244350 +CONECT443534435444355 +CONECT4435444353 +CONECT4435544353 +CONECT443564435744358 +CONECT4435744356 +CONECT4435844356 +CONECT443594436044361 +CONECT4436044359 +CONECT4436144359 +CONECT443624436344364 +CONECT4436344362 +CONECT4436444362 +CONECT443654436644367 +CONECT4436644365 +CONECT4436744365 +CONECT443684436944370 +CONECT4436944368 +CONECT4437044368 +CONECT443714437244373 +CONECT4437244371 +CONECT4437344371 +CONECT443744437544376 +CONECT4437544374 +CONECT4437644374 +CONECT443774437844379 +CONECT4437844377 +CONECT4437944377 +CONECT443804438144382 +CONECT4438144380 +CONECT4438244380 +CONECT443834438444385 +CONECT4438444383 +CONECT4438544383 +CONECT443864438744388 +CONECT4438744386 +CONECT4438844386 +CONECT443894439044391 +CONECT4439044389 +CONECT4439144389 +CONECT443924439344394 +CONECT4439344392 +CONECT4439444392 +CONECT443954439644397 +CONECT4439644395 +CONECT4439744395 +CONECT443984439944400 +CONECT4439944398 +CONECT4440044398 +CONECT444014440244403 +CONECT4440244401 +CONECT4440344401 +CONECT444044440544406 +CONECT4440544404 +CONECT4440644404 +CONECT444074440844409 +CONECT4440844407 +CONECT4440944407 +CONECT444104441144412 +CONECT4441144410 +CONECT4441244410 +CONECT444134441444415 +CONECT4441444413 +CONECT4441544413 +CONECT444164441744418 +CONECT4441744416 +CONECT4441844416 +CONECT444194442044421 +CONECT4442044419 +CONECT4442144419 +CONECT444224442344424 +CONECT4442344422 +CONECT4442444422 +CONECT444254442644427 +CONECT4442644425 +CONECT4442744425 +CONECT444284442944430 +CONECT4442944428 +CONECT4443044428 +CONECT444314443244433 +CONECT4443244431 +CONECT4443344431 +CONECT444344443544436 +CONECT4443544434 +CONECT4443644434 +CONECT444374443844439 +CONECT4443844437 +CONECT4443944437 +CONECT444404444144442 +CONECT4444144440 +CONECT4444244440 +CONECT444434444444445 +CONECT4444444443 +CONECT4444544443 +CONECT444464444744448 +CONECT4444744446 +CONECT4444844446 +CONECT444494445044451 +CONECT4445044449 +CONECT4445144449 +CONECT444524445344454 +CONECT4445344452 +CONECT4445444452 +CONECT444554445644457 +CONECT4445644455 +CONECT4445744455 +CONECT444584445944460 +CONECT4445944458 +CONECT4446044458 +CONECT444614446244463 +CONECT4446244461 +CONECT4446344461 +CONECT444644446544466 +CONECT4446544464 +CONECT4446644464 +CONECT444674446844469 +CONECT4446844467 +CONECT4446944467 +CONECT444704447144472 +CONECT4447144470 +CONECT4447244470 +CONECT444734447444475 +CONECT4447444473 +CONECT4447544473 +CONECT444764447744478 +CONECT4447744476 +CONECT4447844476 +CONECT444794448044481 +CONECT4448044479 +CONECT4448144479 +CONECT444824448344484 +CONECT4448344482 +CONECT4448444482 +CONECT444854448644487 +CONECT4448644485 +CONECT4448744485 +CONECT444884448944490 +CONECT4448944488 +CONECT4449044488 +CONECT444914449244493 +CONECT4449244491 +CONECT4449344491 +CONECT444944449544496 +CONECT4449544494 +CONECT4449644494 +CONECT444974449844499 +CONECT4449844497 +CONECT4449944497 +CONECT445004450144502 +CONECT4450144500 +CONECT4450244500 +CONECT445034450444505 +CONECT4450444503 +CONECT4450544503 +CONECT445064450744508 +CONECT4450744506 +CONECT4450844506 +CONECT445094451044511 +CONECT4451044509 +CONECT4451144509 +CONECT445124451344514 +CONECT4451344512 +CONECT4451444512 +CONECT445154451644517 +CONECT4451644515 +CONECT4451744515 +CONECT445184451944520 +CONECT4451944518 +CONECT4452044518 +CONECT445214452244523 +CONECT4452244521 +CONECT4452344521 +CONECT445244452544526 +CONECT4452544524 +CONECT4452644524 +CONECT445274452844529 +CONECT4452844527 +CONECT4452944527 +CONECT445304453144532 +CONECT4453144530 +CONECT4453244530 +CONECT445334453444535 +CONECT4453444533 +CONECT4453544533 +CONECT445364453744538 +CONECT4453744536 +CONECT4453844536 +CONECT445394454044541 +CONECT4454044539 +CONECT4454144539 +CONECT445424454344544 +CONECT4454344542 +CONECT4454444542 +CONECT445454454644547 +CONECT4454644545 +CONECT4454744545 +CONECT445484454944550 +CONECT4454944548 +CONECT4455044548 +CONECT445514455244553 +CONECT4455244551 +CONECT4455344551 +CONECT445544455544556 +CONECT4455544554 +CONECT4455644554 +CONECT445574455844559 +CONECT4455844557 +CONECT4455944557 +CONECT445604456144562 +CONECT4456144560 +CONECT4456244560 +CONECT445634456444565 +CONECT4456444563 +CONECT4456544563 +CONECT445664456744568 +CONECT4456744566 +CONECT4456844566 +CONECT445694457044571 +CONECT4457044569 +CONECT4457144569 +CONECT445724457344574 +CONECT4457344572 +CONECT4457444572 +CONECT445754457644577 +CONECT4457644575 +CONECT4457744575 +CONECT445784457944580 +CONECT4457944578 +CONECT4458044578 +CONECT445814458244583 +CONECT4458244581 +CONECT4458344581 +CONECT445844458544586 +CONECT4458544584 +CONECT4458644584 +CONECT445874458844589 +CONECT4458844587 +CONECT4458944587 +CONECT445904459144592 +CONECT4459144590 +CONECT4459244590 +CONECT445934459444595 +CONECT4459444593 +CONECT4459544593 +CONECT445964459744598 +CONECT4459744596 +CONECT4459844596 +CONECT445994460044601 +CONECT4460044599 +CONECT4460144599 +CONECT446024460344604 +CONECT4460344602 +CONECT4460444602 +CONECT446054460644607 +CONECT4460644605 +CONECT4460744605 +CONECT446084460944610 +CONECT4460944608 +CONECT4461044608 +CONECT446114461244613 +CONECT4461244611 +CONECT4461344611 +CONECT446144461544616 +CONECT4461544614 +CONECT4461644614 +CONECT446174461844619 +CONECT4461844617 +CONECT4461944617 +CONECT446204462144622 +CONECT4462144620 +CONECT4462244620 +CONECT446234462444625 +CONECT4462444623 +CONECT4462544623 +CONECT446264462744628 +CONECT4462744626 +CONECT4462844626 +CONECT446294463044631 +CONECT4463044629 +CONECT4463144629 +CONECT446324463344634 +CONECT4463344632 +CONECT4463444632 +CONECT446354463644637 +CONECT4463644635 +CONECT4463744635 +CONECT446384463944640 +CONECT4463944638 +CONECT4464044638 +CONECT446414464244643 +CONECT4464244641 +CONECT4464344641 +CONECT446444464544646 +CONECT4464544644 +CONECT4464644644 +CONECT446474464844649 +CONECT4464844647 +CONECT4464944647 +CONECT446504465144652 +CONECT4465144650 +CONECT4465244650 +CONECT446534465444655 +CONECT4465444653 +CONECT4465544653 +CONECT446564465744658 +CONECT4465744656 +CONECT4465844656 +CONECT446594466044661 +CONECT4466044659 +CONECT4466144659 +CONECT446624466344664 +CONECT4466344662 +CONECT4466444662 +CONECT446654466644667 +CONECT4466644665 +CONECT4466744665 +CONECT446684466944670 +CONECT4466944668 +CONECT4467044668 +CONECT446714467244673 +CONECT4467244671 +CONECT4467344671 +CONECT446744467544676 +CONECT4467544674 +CONECT4467644674 +CONECT446774467844679 +CONECT4467844677 +CONECT4467944677 +CONECT446804468144682 +CONECT4468144680 +CONECT4468244680 +CONECT446834468444685 +CONECT4468444683 +CONECT4468544683 +CONECT446864468744688 +CONECT4468744686 +CONECT4468844686 +CONECT446894469044691 +CONECT4469044689 +CONECT4469144689 +CONECT446924469344694 +CONECT4469344692 +CONECT4469444692 +CONECT446954469644697 +CONECT4469644695 +CONECT4469744695 +CONECT446984469944700 +CONECT4469944698 +CONECT4470044698 +CONECT447014470244703 +CONECT4470244701 +CONECT4470344701 +CONECT447044470544706 +CONECT4470544704 +CONECT4470644704 +CONECT447074470844709 +CONECT4470844707 +CONECT4470944707 +CONECT447104471144712 +CONECT4471144710 +CONECT4471244710 +CONECT447134471444715 +CONECT4471444713 +CONECT4471544713 +CONECT447164471744718 +CONECT4471744716 +CONECT4471844716 +CONECT447194472044721 +CONECT4472044719 +CONECT4472144719 +CONECT447224472344724 +CONECT4472344722 +CONECT4472444722 +CONECT447254472644727 +CONECT4472644725 +CONECT4472744725 +CONECT447284472944730 +CONECT4472944728 +CONECT4473044728 +CONECT447314473244733 +CONECT4473244731 +CONECT4473344731 +CONECT447344473544736 +CONECT4473544734 +CONECT4473644734 +CONECT447374473844739 +CONECT4473844737 +CONECT4473944737 +CONECT447404474144742 +CONECT4474144740 +CONECT4474244740 +CONECT447434474444745 +CONECT4474444743 +CONECT4474544743 +CONECT447464474744748 +CONECT4474744746 +CONECT4474844746 +CONECT447494475044751 +CONECT4475044749 +CONECT4475144749 +CONECT447524475344754 +CONECT4475344752 +CONECT4475444752 +CONECT447554475644757 +CONECT4475644755 +CONECT4475744755 +CONECT447584475944760 +CONECT4475944758 +CONECT4476044758 +CONECT447614476244763 +CONECT4476244761 +CONECT4476344761 +CONECT447644476544766 +CONECT4476544764 +CONECT4476644764 +CONECT447674476844769 +CONECT4476844767 +CONECT4476944767 +CONECT447704477144772 +CONECT4477144770 +CONECT4477244770 +CONECT447734477444775 +CONECT4477444773 +CONECT4477544773 +CONECT447764477744778 +CONECT4477744776 +CONECT4477844776 +CONECT447794478044781 +CONECT4478044779 +CONECT4478144779 +CONECT447824478344784 +CONECT4478344782 +CONECT4478444782 +CONECT447854478644787 +CONECT4478644785 +CONECT4478744785 +CONECT447884478944790 +CONECT4478944788 +CONECT4479044788 +CONECT447914479244793 +CONECT4479244791 +CONECT4479344791 +CONECT447944479544796 +CONECT4479544794 +CONECT4479644794 +CONECT447974479844799 +CONECT4479844797 +CONECT4479944797 +CONECT448004480144802 +CONECT4480144800 +CONECT4480244800 +CONECT448034480444805 +CONECT4480444803 +CONECT4480544803 +CONECT448064480744808 +CONECT4480744806 +CONECT4480844806 +CONECT448094481044811 +CONECT4481044809 +CONECT4481144809 +CONECT448124481344814 +CONECT4481344812 +CONECT4481444812 +CONECT448154481644817 +CONECT4481644815 +CONECT4481744815 +CONECT448184481944820 +CONECT4481944818 +CONECT4482044818 +CONECT448214482244823 +CONECT4482244821 +CONECT4482344821 +CONECT448244482544826 +CONECT4482544824 +CONECT4482644824 +CONECT448274482844829 +CONECT4482844827 +CONECT4482944827 +CONECT448304483144832 +CONECT4483144830 +CONECT4483244830 +CONECT448334483444835 +CONECT4483444833 +CONECT4483544833 +CONECT448364483744838 +CONECT4483744836 +CONECT4483844836 +CONECT448394484044841 +CONECT4484044839 +CONECT4484144839 +CONECT448424484344844 +CONECT4484344842 +CONECT4484444842 +CONECT448454484644847 +CONECT4484644845 +CONECT4484744845 +CONECT448484484944850 +CONECT4484944848 +CONECT4485044848 +CONECT448514485244853 +CONECT4485244851 +CONECT4485344851 +CONECT448544485544856 +CONECT4485544854 +CONECT4485644854 +CONECT448574485844859 +CONECT4485844857 +CONECT4485944857 +CONECT448604486144862 +CONECT4486144860 +CONECT4486244860 +CONECT448634486444865 +CONECT4486444863 +CONECT4486544863 +CONECT448664486744868 +CONECT4486744866 +CONECT4486844866 +CONECT448694487044871 +CONECT4487044869 +CONECT4487144869 +CONECT448724487344874 +CONECT4487344872 +CONECT4487444872 +CONECT448754487644877 +CONECT4487644875 +CONECT4487744875 +CONECT448784487944880 +CONECT4487944878 +CONECT4488044878 +CONECT448814488244883 +CONECT4488244881 +CONECT4488344881 +CONECT448844488544886 +CONECT4488544884 +CONECT4488644884 +CONECT448874488844889 +CONECT4488844887 +CONECT4488944887 +CONECT448904489144892 +CONECT4489144890 +CONECT4489244890 +CONECT448934489444895 +CONECT4489444893 +CONECT4489544893 +CONECT448964489744898 +CONECT4489744896 +CONECT4489844896 +CONECT448994490044901 +CONECT4490044899 +CONECT4490144899 +CONECT449024490344904 +CONECT4490344902 +CONECT4490444902 +CONECT449054490644907 +CONECT4490644905 +CONECT4490744905 +CONECT449084490944910 +CONECT4490944908 +CONECT4491044908 +CONECT449114491244913 +CONECT4491244911 +CONECT4491344911 +CONECT449144491544916 +CONECT4491544914 +CONECT4491644914 +CONECT449174491844919 +CONECT4491844917 +CONECT4491944917 +CONECT449204492144922 +CONECT4492144920 +CONECT4492244920 +CONECT449234492444925 +CONECT4492444923 +CONECT4492544923 +CONECT449264492744928 +CONECT4492744926 +CONECT4492844926 +CONECT449294493044931 +CONECT4493044929 +CONECT4493144929 +CONECT449324493344934 +CONECT4493344932 +CONECT4493444932 +CONECT449354493644937 +CONECT4493644935 +CONECT4493744935 +CONECT449384493944940 +CONECT4493944938 +CONECT4494044938 +CONECT449414494244943 +CONECT4494244941 +CONECT4494344941 +CONECT449444494544946 +CONECT4494544944 +CONECT4494644944 +CONECT449474494844949 +CONECT4494844947 +CONECT4494944947 +CONECT449504495144952 +CONECT4495144950 +CONECT4495244950 +CONECT449534495444955 +CONECT4495444953 +CONECT4495544953 +CONECT449564495744958 +CONECT4495744956 +CONECT4495844956 +CONECT449594496044961 +CONECT4496044959 +CONECT4496144959 +CONECT449624496344964 +CONECT4496344962 +CONECT4496444962 +CONECT449654496644967 +CONECT4496644965 +CONECT4496744965 +CONECT449684496944970 +CONECT4496944968 +CONECT4497044968 +CONECT449714497244973 +CONECT4497244971 +CONECT4497344971 +CONECT449744497544976 +CONECT4497544974 +CONECT4497644974 +CONECT449774497844979 +CONECT4497844977 +CONECT4497944977 +CONECT449804498144982 +CONECT4498144980 +CONECT4498244980 +CONECT449834498444985 +CONECT4498444983 +CONECT4498544983 +CONECT449864498744988 +CONECT4498744986 +CONECT4498844986 +CONECT449894499044991 +CONECT4499044989 +CONECT4499144989 +CONECT449924499344994 +CONECT4499344992 +CONECT4499444992 +CONECT449954499644997 +CONECT4499644995 +CONECT4499744995 +CONECT449984499945000 +CONECT4499944998 +CONECT4500044998 +CONECT450014500245003 +CONECT4500245001 +CONECT4500345001 +CONECT450044500545006 +CONECT4500545004 +CONECT4500645004 +CONECT450074500845009 +CONECT4500845007 +CONECT4500945007 +CONECT450104501145012 +CONECT4501145010 +CONECT4501245010 +CONECT450134501445015 +CONECT4501445013 +CONECT4501545013 +CONECT450164501745018 +CONECT4501745016 +CONECT4501845016 +CONECT450194502045021 +CONECT4502045019 +CONECT4502145019 +CONECT450224502345024 +CONECT4502345022 +CONECT4502445022 +CONECT450254502645027 +CONECT4502645025 +CONECT4502745025 +CONECT450284502945030 +CONECT4502945028 +CONECT4503045028 +CONECT450314503245033 +CONECT4503245031 +CONECT4503345031 +CONECT450344503545036 +CONECT4503545034 +CONECT4503645034 +CONECT450374503845039 +CONECT4503845037 +CONECT4503945037 +CONECT450404504145042 +CONECT4504145040 +CONECT4504245040 +CONECT450434504445045 +CONECT4504445043 +CONECT4504545043 +CONECT450464504745048 +CONECT4504745046 +CONECT4504845046 +CONECT450494505045051 +CONECT4505045049 +CONECT4505145049 +CONECT450524505345054 +CONECT4505345052 +CONECT4505445052 +CONECT450554505645057 +CONECT4505645055 +CONECT4505745055 +CONECT450584505945060 +CONECT4505945058 +CONECT4506045058 +CONECT450614506245063 +CONECT4506245061 +CONECT4506345061 +CONECT450644506545066 +CONECT4506545064 +CONECT4506645064 +CONECT450674506845069 +CONECT4506845067 +CONECT4506945067 +CONECT450704507145072 +CONECT4507145070 +CONECT4507245070 +CONECT450734507445075 +CONECT4507445073 +CONECT4507545073 +CONECT450764507745078 +CONECT4507745076 +CONECT4507845076 +CONECT450794508045081 +CONECT4508045079 +CONECT4508145079 +CONECT450824508345084 +CONECT4508345082 +CONECT4508445082 +CONECT450854508645087 +CONECT4508645085 +CONECT4508745085 +CONECT450884508945090 +CONECT4508945088 +CONECT4509045088 +CONECT450914509245093 +CONECT4509245091 +CONECT4509345091 +CONECT450944509545096 +CONECT4509545094 +CONECT4509645094 +CONECT450974509845099 +CONECT4509845097 +CONECT4509945097 +CONECT451004510145102 +CONECT4510145100 +CONECT4510245100 +CONECT451034510445105 +CONECT4510445103 +CONECT4510545103 +CONECT451064510745108 +CONECT4510745106 +CONECT4510845106 +CONECT451094511045111 +CONECT4511045109 +CONECT4511145109 +CONECT451124511345114 +CONECT4511345112 +CONECT4511445112 +CONECT451154511645117 +CONECT4511645115 +CONECT4511745115 +CONECT451184511945120 +CONECT4511945118 +CONECT4512045118 +CONECT451214512245123 +CONECT4512245121 +CONECT4512345121 +CONECT451244512545126 +CONECT4512545124 +CONECT4512645124 +CONECT451274512845129 +CONECT4512845127 +CONECT4512945127 +CONECT451304513145132 +CONECT4513145130 +CONECT4513245130 +CONECT451334513445135 +CONECT4513445133 +CONECT4513545133 +CONECT451364513745138 +CONECT4513745136 +CONECT4513845136 +CONECT451394514045141 +CONECT4514045139 +CONECT4514145139 +CONECT451424514345144 +CONECT4514345142 +CONECT4514445142 +CONECT451454514645147 +CONECT4514645145 +CONECT4514745145 +CONECT451484514945150 +CONECT4514945148 +CONECT4515045148 +CONECT451514515245153 +CONECT4515245151 +CONECT4515345151 +CONECT451544515545156 +CONECT4515545154 +CONECT4515645154 +CONECT451574515845159 +CONECT4515845157 +CONECT4515945157 +CONECT451604516145162 +CONECT4516145160 +CONECT4516245160 +CONECT451634516445165 +CONECT4516445163 +CONECT4516545163 +CONECT451664516745168 +CONECT4516745166 +CONECT4516845166 +CONECT451694517045171 +CONECT4517045169 +CONECT4517145169 +CONECT451724517345174 +CONECT4517345172 +CONECT4517445172 +CONECT451754517645177 +CONECT4517645175 +CONECT4517745175 +CONECT451784517945180 +CONECT4517945178 +CONECT4518045178 +CONECT451814518245183 +CONECT4518245181 +CONECT4518345181 +CONECT451844518545186 +CONECT4518545184 +CONECT4518645184 +CONECT451874518845189 +CONECT4518845187 +CONECT4518945187 +CONECT451904519145192 +CONECT4519145190 +CONECT4519245190 +CONECT451934519445195 +CONECT4519445193 +CONECT4519545193 +CONECT451964519745198 +CONECT4519745196 +CONECT4519845196 +CONECT451994520045201 +CONECT4520045199 +CONECT4520145199 +CONECT452024520345204 +CONECT4520345202 +CONECT4520445202 +CONECT452054520645207 +CONECT4520645205 +CONECT4520745205 +CONECT452084520945210 +CONECT4520945208 +CONECT4521045208 +CONECT452114521245213 +CONECT4521245211 +CONECT4521345211 +CONECT452144521545216 +CONECT4521545214 +CONECT4521645214 +CONECT452174521845219 +CONECT4521845217 +CONECT4521945217 +CONECT452204522145222 +CONECT4522145220 +CONECT4522245220 +CONECT452234522445225 +CONECT4522445223 +CONECT4522545223 +CONECT452264522745228 +CONECT4522745226 +CONECT4522845226 +CONECT452294523045231 +CONECT4523045229 +CONECT4523145229 +CONECT452324523345234 +CONECT4523345232 +CONECT4523445232 +CONECT452354523645237 +CONECT4523645235 +CONECT4523745235 +CONECT452384523945240 +CONECT4523945238 +CONECT4524045238 +CONECT452414524245243 +CONECT4524245241 +CONECT4524345241 +CONECT452444524545246 +CONECT4524545244 +CONECT4524645244 +CONECT452474524845249 +CONECT4524845247 +CONECT4524945247 +CONECT452504525145252 +CONECT4525145250 +CONECT4525245250 +CONECT452534525445255 +CONECT4525445253 +CONECT4525545253 +CONECT452564525745258 +CONECT4525745256 +CONECT4525845256 +CONECT452594526045261 +CONECT4526045259 +CONECT4526145259 +CONECT452624526345264 +CONECT4526345262 +CONECT4526445262 +CONECT452654526645267 +CONECT4526645265 +CONECT4526745265 +CONECT452684526945270 +CONECT4526945268 +CONECT4527045268 +CONECT452714527245273 +CONECT4527245271 +CONECT4527345271 +CONECT452744527545276 +CONECT4527545274 +CONECT4527645274 +CONECT452774527845279 +CONECT4527845277 +CONECT4527945277 +CONECT452804528145282 +CONECT4528145280 +CONECT4528245280 +CONECT452834528445285 +CONECT4528445283 +CONECT4528545283 +CONECT452864528745288 +CONECT4528745286 +CONECT4528845286 +CONECT452894529045291 +CONECT4529045289 +CONECT4529145289 +CONECT452924529345294 +CONECT4529345292 +CONECT4529445292 +CONECT452954529645297 +CONECT4529645295 +CONECT4529745295 +CONECT452984529945300 +CONECT4529945298 +CONECT4530045298 +CONECT453014530245303 +CONECT4530245301 +CONECT4530345301 +CONECT453044530545306 +CONECT4530545304 +CONECT4530645304 +CONECT453074530845309 +CONECT4530845307 +CONECT4530945307 +CONECT453104531145312 +CONECT4531145310 +CONECT4531245310 +CONECT453134531445315 +CONECT4531445313 +CONECT4531545313 +CONECT453164531745318 +CONECT4531745316 +CONECT4531845316 +CONECT453194532045321 +CONECT4532045319 +CONECT4532145319 +CONECT453224532345324 +CONECT4532345322 +CONECT4532445322 +CONECT453254532645327 +CONECT4532645325 +CONECT4532745325 +CONECT453284532945330 +CONECT4532945328 +CONECT4533045328 +CONECT453314533245333 +CONECT4533245331 +CONECT4533345331 +CONECT453344533545336 +CONECT4533545334 +CONECT4533645334 +CONECT453374533845339 +CONECT4533845337 +CONECT4533945337 +CONECT453404534145342 +CONECT4534145340 +CONECT4534245340 +CONECT453434534445345 +CONECT4534445343 +CONECT4534545343 +CONECT453464534745348 +CONECT4534745346 +CONECT4534845346 +CONECT453494535045351 +CONECT4535045349 +CONECT4535145349 +CONECT453524535345354 +CONECT4535345352 +CONECT4535445352 +CONECT453554535645357 +CONECT4535645355 +CONECT4535745355 +CONECT453584535945360 +CONECT4535945358 +CONECT4536045358 +CONECT453614536245363 +CONECT4536245361 +CONECT4536345361 +CONECT453644536545366 +CONECT4536545364 +CONECT4536645364 +CONECT453674536845369 +CONECT4536845367 +CONECT4536945367 +CONECT453704537145372 +CONECT4537145370 +CONECT4537245370 +CONECT453734537445375 +CONECT4537445373 +CONECT4537545373 +CONECT453764537745378 +CONECT4537745376 +CONECT4537845376 +CONECT453794538045381 +CONECT4538045379 +CONECT4538145379 +CONECT453824538345384 +CONECT4538345382 +CONECT4538445382 +CONECT453854538645387 +CONECT4538645385 +CONECT4538745385 +CONECT453884538945390 +CONECT4538945388 +CONECT4539045388 +CONECT453914539245393 +CONECT4539245391 +CONECT4539345391 +CONECT453944539545396 +CONECT4539545394 +CONECT4539645394 +CONECT453974539845399 +CONECT4539845397 +CONECT4539945397 +CONECT454004540145402 +CONECT4540145400 +CONECT4540245400 +CONECT454034540445405 +CONECT4540445403 +CONECT4540545403 +CONECT454064540745408 +CONECT4540745406 +CONECT4540845406 +CONECT454094541045411 +CONECT4541045409 +CONECT4541145409 +CONECT454124541345414 +CONECT4541345412 +CONECT4541445412 +CONECT454154541645417 +CONECT4541645415 +CONECT4541745415 +CONECT454184541945420 +CONECT4541945418 +CONECT4542045418 +CONECT454214542245423 +CONECT4542245421 +CONECT4542345421 +CONECT454244542545426 +CONECT4542545424 +CONECT4542645424 +CONECT454274542845429 +CONECT4542845427 +CONECT4542945427 +CONECT454304543145432 +CONECT4543145430 +CONECT4543245430 +CONECT454334543445435 +CONECT4543445433 +CONECT4543545433 +CONECT454364543745438 +CONECT4543745436 +CONECT4543845436 +CONECT454394544045441 +CONECT4544045439 +CONECT4544145439 +CONECT454424544345444 +CONECT4544345442 +CONECT4544445442 +CONECT454454544645447 +CONECT4544645445 +CONECT4544745445 +CONECT454484544945450 +CONECT4544945448 +CONECT4545045448 +CONECT454514545245453 +CONECT4545245451 +CONECT4545345451 +CONECT454544545545456 +CONECT4545545454 +CONECT4545645454 +CONECT454574545845459 +CONECT4545845457 +CONECT4545945457 +CONECT454604546145462 +CONECT4546145460 +CONECT4546245460 +CONECT454634546445465 +CONECT4546445463 +CONECT4546545463 +CONECT454664546745468 +CONECT4546745466 +CONECT4546845466 +CONECT454694547045471 +CONECT4547045469 +CONECT4547145469 +CONECT454724547345474 +CONECT4547345472 +CONECT4547445472 +CONECT454754547645477 +CONECT4547645475 +CONECT4547745475 +CONECT454784547945480 +CONECT4547945478 +CONECT4548045478 +CONECT454814548245483 +CONECT4548245481 +CONECT4548345481 +CONECT454844548545486 +CONECT4548545484 +CONECT4548645484 +CONECT454874548845489 +CONECT4548845487 +CONECT4548945487 +CONECT454904549145492 +CONECT4549145490 +CONECT4549245490 +CONECT454934549445495 +CONECT4549445493 +CONECT4549545493 +CONECT454964549745498 +CONECT4549745496 +CONECT4549845496 +CONECT454994550045501 +CONECT4550045499 +CONECT4550145499 +CONECT455024550345504 +CONECT4550345502 +CONECT4550445502 +CONECT455054550645507 +CONECT4550645505 +CONECT4550745505 +CONECT455084550945510 +CONECT4550945508 +CONECT4551045508 +CONECT455114551245513 +CONECT4551245511 +CONECT4551345511 +CONECT455144551545516 +CONECT4551545514 +CONECT4551645514 +CONECT455174551845519 +CONECT4551845517 +CONECT4551945517 +CONECT455204552145522 +CONECT4552145520 +CONECT4552245520 +CONECT455234552445525 +CONECT4552445523 +CONECT4552545523 +CONECT455264552745528 +CONECT4552745526 +CONECT4552845526 +CONECT455294553045531 +CONECT4553045529 +CONECT4553145529 +CONECT455324553345534 +CONECT4553345532 +CONECT4553445532 +CONECT455354553645537 +CONECT4553645535 +CONECT4553745535 +CONECT455384553945540 +CONECT4553945538 +CONECT4554045538 +CONECT455414554245543 +CONECT4554245541 +CONECT4554345541 +CONECT455444554545546 +CONECT4554545544 +CONECT4554645544 +CONECT455474554845549 +CONECT4554845547 +CONECT4554945547 +CONECT455504555145552 +CONECT4555145550 +CONECT4555245550 +CONECT455534555445555 +CONECT4555445553 +CONECT4555545553 +CONECT455564555745558 +CONECT4555745556 +CONECT4555845556 +CONECT455594556045561 +CONECT4556045559 +CONECT4556145559 +CONECT455624556345564 +CONECT4556345562 +CONECT4556445562 +CONECT455654556645567 +CONECT4556645565 +CONECT4556745565 +CONECT455684556945570 +CONECT4556945568 +CONECT4557045568 +CONECT455714557245573 +CONECT4557245571 +CONECT4557345571 +CONECT455744557545576 +CONECT4557545574 +CONECT4557645574 +CONECT455774557845579 +CONECT4557845577 +CONECT4557945577 +CONECT455804558145582 +CONECT4558145580 +CONECT4558245580 +CONECT455834558445585 +CONECT4558445583 +CONECT4558545583 +CONECT455864558745588 +CONECT4558745586 +CONECT4558845586 +CONECT455894559045591 +CONECT4559045589 +CONECT4559145589 +CONECT455924559345594 +CONECT4559345592 +CONECT4559445592 +CONECT455954559645597 +CONECT4559645595 +CONECT4559745595 +CONECT455984559945600 +CONECT4559945598 +CONECT4560045598 +CONECT456014560245603 +CONECT4560245601 +CONECT4560345601 +CONECT456044560545606 +CONECT4560545604 +CONECT4560645604 +CONECT456074560845609 +CONECT4560845607 +CONECT4560945607 +CONECT456104561145612 +CONECT4561145610 +CONECT4561245610 +CONECT456134561445615 +CONECT4561445613 +CONECT4561545613 +CONECT456164561745618 +CONECT4561745616 +CONECT4561845616 +CONECT456194562045621 +CONECT4562045619 +CONECT4562145619 +CONECT456224562345624 +CONECT4562345622 +CONECT4562445622 +CONECT456254562645627 +CONECT4562645625 +CONECT4562745625 +CONECT456284562945630 +CONECT4562945628 +CONECT4563045628 +CONECT456314563245633 +CONECT4563245631 +CONECT4563345631 +CONECT456344563545636 +CONECT4563545634 +CONECT4563645634 +CONECT456374563845639 +CONECT4563845637 +CONECT4563945637 +CONECT456404564145642 +CONECT4564145640 +CONECT4564245640 +CONECT456434564445645 +CONECT4564445643 +CONECT4564545643 +CONECT456464564745648 +CONECT4564745646 +CONECT4564845646 +CONECT456494565045651 +CONECT4565045649 +CONECT4565145649 +CONECT456524565345654 +CONECT4565345652 +CONECT4565445652 +CONECT456554565645657 +CONECT4565645655 +CONECT4565745655 +CONECT456584565945660 +CONECT4565945658 +CONECT4566045658 +CONECT456614566245663 +CONECT4566245661 +CONECT4566345661 +CONECT456644566545666 +CONECT4566545664 +CONECT4566645664 +CONECT456674566845669 +CONECT4566845667 +CONECT4566945667 +CONECT456704567145672 +CONECT4567145670 +CONECT4567245670 +CONECT456734567445675 +CONECT4567445673 +CONECT4567545673 +CONECT456764567745678 +CONECT4567745676 +CONECT4567845676 +CONECT456794568045681 +CONECT4568045679 +CONECT4568145679 +CONECT456824568345684 +CONECT4568345682 +CONECT4568445682 +CONECT456854568645687 +CONECT4568645685 +CONECT4568745685 +CONECT456884568945690 +CONECT4568945688 +CONECT4569045688 +CONECT456914569245693 +CONECT4569245691 +CONECT4569345691 +CONECT456944569545696 +CONECT4569545694 +CONECT4569645694 +CONECT456974569845699 +CONECT4569845697 +CONECT4569945697 +CONECT457004570145702 +CONECT4570145700 +CONECT4570245700 +CONECT457034570445705 +CONECT4570445703 +CONECT4570545703 +CONECT457064570745708 +CONECT4570745706 +CONECT4570845706 +CONECT457094571045711 +CONECT4571045709 +CONECT4571145709 +CONECT457124571345714 +CONECT4571345712 +CONECT4571445712 +CONECT457154571645717 +CONECT4571645715 +CONECT4571745715 +CONECT457184571945720 +CONECT4571945718 +CONECT4572045718 +CONECT457214572245723 +CONECT4572245721 +CONECT4572345721 +CONECT457244572545726 +CONECT4572545724 +CONECT4572645724 +CONECT457274572845729 +CONECT4572845727 +CONECT4572945727 +CONECT457304573145732 +CONECT4573145730 +CONECT4573245730 +CONECT457334573445735 +CONECT4573445733 +CONECT4573545733 +CONECT457364573745738 +CONECT4573745736 +CONECT4573845736 +CONECT457394574045741 +CONECT4574045739 +CONECT4574145739 +CONECT457424574345744 +CONECT4574345742 +CONECT4574445742 +CONECT457454574645747 +CONECT4574645745 +CONECT4574745745 +CONECT457484574945750 +CONECT4574945748 +CONECT4575045748 +CONECT457514575245753 +CONECT4575245751 +CONECT4575345751 +CONECT457544575545756 +CONECT4575545754 +CONECT4575645754 +CONECT457574575845759 +CONECT4575845757 +CONECT4575945757 +CONECT457604576145762 +CONECT4576145760 +CONECT4576245760 +CONECT457634576445765 +CONECT4576445763 +CONECT4576545763 +CONECT457664576745768 +CONECT4576745766 +CONECT4576845766 +CONECT457694577045771 +CONECT4577045769 +CONECT4577145769 +CONECT457724577345774 +CONECT4577345772 +CONECT4577445772 +CONECT457754577645777 +CONECT4577645775 +CONECT4577745775 +CONECT457784577945780 +CONECT4577945778 +CONECT4578045778 +CONECT457814578245783 +CONECT4578245781 +CONECT4578345781 +CONECT457844578545786 +CONECT4578545784 +CONECT4578645784 +CONECT457874578845789 +CONECT4578845787 +CONECT4578945787 +CONECT457904579145792 +CONECT4579145790 +CONECT4579245790 +CONECT457934579445795 +CONECT4579445793 +CONECT4579545793 +CONECT457964579745798 +CONECT4579745796 +CONECT4579845796 +CONECT457994580045801 +CONECT4580045799 +CONECT4580145799 +CONECT458024580345804 +CONECT4580345802 +CONECT4580445802 +CONECT458054580645807 +CONECT4580645805 +CONECT4580745805 +CONECT458084580945810 +CONECT4580945808 +CONECT4581045808 +CONECT458114581245813 +CONECT4581245811 +CONECT4581345811 +CONECT458144581545816 +CONECT4581545814 +CONECT4581645814 +CONECT458174581845819 +CONECT4581845817 +CONECT4581945817 +CONECT458204582145822 +CONECT4582145820 +CONECT4582245820 +CONECT458234582445825 +CONECT4582445823 +CONECT4582545823 +CONECT458264582745828 +CONECT4582745826 +CONECT4582845826 +CONECT458294583045831 +CONECT4583045829 +CONECT4583145829 +CONECT458324583345834 +CONECT4583345832 +CONECT4583445832 +CONECT458354583645837 +CONECT4583645835 +CONECT4583745835 +CONECT458384583945840 +CONECT4583945838 +CONECT4584045838 +CONECT458414584245843 +CONECT4584245841 +CONECT4584345841 +CONECT458444584545846 +CONECT4584545844 +CONECT4584645844 +CONECT458474584845849 +CONECT4584845847 +CONECT4584945847 +CONECT458504585145852 +CONECT4585145850 +CONECT4585245850 +CONECT458534585445855 +CONECT4585445853 +CONECT4585545853 +CONECT458564585745858 +CONECT4585745856 +CONECT4585845856 +CONECT458594586045861 +CONECT4586045859 +CONECT4586145859 +CONECT458624586345864 +CONECT4586345862 +CONECT4586445862 +CONECT458654586645867 +CONECT4586645865 +CONECT4586745865 +CONECT458684586945870 +CONECT4586945868 +CONECT4587045868 +CONECT458714587245873 +CONECT4587245871 +CONECT4587345871 +CONECT458744587545876 +CONECT4587545874 +CONECT4587645874 +CONECT458774587845879 +CONECT4587845877 +CONECT4587945877 +CONECT458804588145882 +CONECT4588145880 +CONECT4588245880 +CONECT458834588445885 +CONECT4588445883 +CONECT4588545883 +CONECT458864588745888 +CONECT4588745886 +CONECT4588845886 +CONECT458894589045891 +CONECT4589045889 +CONECT4589145889 +CONECT458924589345894 +CONECT4589345892 +CONECT4589445892 +CONECT458954589645897 +CONECT4589645895 +CONECT4589745895 +CONECT458984589945900 +CONECT4589945898 +CONECT4590045898 +CONECT459014590245903 +CONECT4590245901 +CONECT4590345901 +CONECT459044590545906 +CONECT4590545904 +CONECT4590645904 +CONECT459074590845909 +CONECT4590845907 +CONECT4590945907 +CONECT459104591145912 +CONECT4591145910 +CONECT4591245910 +CONECT459134591445915 +CONECT4591445913 +CONECT4591545913 +CONECT459164591745918 +CONECT4591745916 +CONECT4591845916 +CONECT459194592045921 +CONECT4592045919 +CONECT4592145919 +CONECT459224592345924 +CONECT4592345922 +CONECT4592445922 +CONECT459254592645927 +CONECT4592645925 +CONECT4592745925 +CONECT459284592945930 +CONECT4592945928 +CONECT4593045928 +CONECT459314593245933 +CONECT4593245931 +CONECT4593345931 +CONECT459344593545936 +CONECT4593545934 +CONECT4593645934 +CONECT459374593845939 +CONECT4593845937 +CONECT4593945937 +CONECT459404594145942 +CONECT4594145940 +CONECT4594245940 +CONECT459434594445945 +CONECT4594445943 +CONECT4594545943 +CONECT459464594745948 +CONECT4594745946 +CONECT4594845946 +CONECT459494595045951 +CONECT4595045949 +CONECT4595145949 +CONECT459524595345954 +CONECT4595345952 +CONECT4595445952 +CONECT459554595645957 +CONECT4595645955 +CONECT4595745955 +CONECT459584595945960 +CONECT4595945958 +CONECT4596045958 +CONECT459614596245963 +CONECT4596245961 +CONECT4596345961 +CONECT459644596545966 +CONECT4596545964 +CONECT4596645964 +CONECT459674596845969 +CONECT4596845967 +CONECT4596945967 +CONECT459704597145972 +CONECT4597145970 +CONECT4597245970 +CONECT459734597445975 +CONECT4597445973 +CONECT4597545973 +CONECT459764597745978 +CONECT4597745976 +CONECT4597845976 +CONECT459794598045981 +CONECT4598045979 +CONECT4598145979 +CONECT459824598345984 +CONECT4598345982 +CONECT4598445982 +CONECT459854598645987 +CONECT4598645985 +CONECT4598745985 +CONECT459884598945990 +CONECT4598945988 +CONECT4599045988 +CONECT459914599245993 +CONECT4599245991 +CONECT4599345991 +CONECT459944599545996 +CONECT4599545994 +CONECT4599645994 +CONECT459974599845999 +CONECT4599845997 +CONECT4599945997 +CONECT460004600146002 +CONECT4600146000 +CONECT4600246000 +CONECT460034600446005 +CONECT4600446003 +CONECT4600546003 +CONECT460064600746008 +CONECT4600746006 +CONECT4600846006 +CONECT460094601046011 +CONECT4601046009 +CONECT4601146009 +CONECT460124601346014 +CONECT4601346012 +CONECT4601446012 +CONECT460154601646017 +CONECT4601646015 +CONECT4601746015 +CONECT460184601946020 +CONECT4601946018 +CONECT4602046018 +CONECT460214602246023 +CONECT4602246021 +CONECT4602346021 +CONECT460244602546026 +CONECT4602546024 +CONECT4602646024 +CONECT460274602846029 +CONECT4602846027 +CONECT4602946027 +CONECT460304603146032 +CONECT4603146030 +CONECT4603246030 +CONECT460334603446035 +CONECT4603446033 +CONECT4603546033 +CONECT460364603746038 +CONECT4603746036 +CONECT4603846036 +CONECT460394604046041 +CONECT4604046039 +CONECT4604146039 +CONECT460424604346044 +CONECT4604346042 +CONECT4604446042 +CONECT460454604646047 +CONECT4604646045 +CONECT4604746045 +CONECT460484604946050 +CONECT4604946048 +CONECT4605046048 +CONECT460514605246053 +CONECT4605246051 +CONECT4605346051 +CONECT460544605546056 +CONECT4605546054 +CONECT4605646054 +CONECT460574605846059 +CONECT4605846057 +CONECT4605946057 +CONECT460604606146062 +CONECT4606146060 +CONECT4606246060 +CONECT460634606446065 +CONECT4606446063 +CONECT4606546063 +CONECT460664606746068 +CONECT4606746066 +CONECT4606846066 +CONECT460694607046071 +CONECT4607046069 +CONECT4607146069 +CONECT460724607346074 +CONECT4607346072 +CONECT4607446072 +CONECT460754607646077 +CONECT4607646075 +CONECT4607746075 +CONECT460784607946080 +CONECT4607946078 +CONECT4608046078 +CONECT460814608246083 +CONECT4608246081 +CONECT4608346081 +CONECT460844608546086 +CONECT4608546084 +CONECT4608646084 +CONECT460874608846089 +CONECT4608846087 +CONECT4608946087 +CONECT460904609146092 +CONECT4609146090 +CONECT4609246090 +CONECT460934609446095 +CONECT4609446093 +CONECT4609546093 +CONECT460964609746098 +CONECT4609746096 +CONECT4609846096 +CONECT460994610046101 +CONECT4610046099 +CONECT4610146099 +CONECT461024610346104 +CONECT4610346102 +CONECT4610446102 +CONECT461054610646107 +CONECT4610646105 +CONECT4610746105 +CONECT461084610946110 +CONECT4610946108 +CONECT4611046108 +CONECT461114611246113 +CONECT4611246111 +CONECT4611346111 +CONECT461144611546116 +CONECT4611546114 +CONECT4611646114 +CONECT461174611846119 +CONECT4611846117 +CONECT4611946117 +CONECT461204612146122 +CONECT4612146120 +CONECT4612246120 +CONECT461234612446125 +CONECT4612446123 +CONECT4612546123 +CONECT461264612746128 +CONECT4612746126 +CONECT4612846126 +CONECT461294613046131 +CONECT4613046129 +CONECT4613146129 +CONECT461324613346134 +CONECT4613346132 +CONECT4613446132 +CONECT461354613646137 +CONECT4613646135 +CONECT4613746135 +CONECT461384613946140 +CONECT4613946138 +CONECT4614046138 +CONECT461414614246143 +CONECT4614246141 +CONECT4614346141 +CONECT461444614546146 +CONECT4614546144 +CONECT4614646144 +CONECT461474614846149 +CONECT4614846147 +CONECT4614946147 +CONECT461504615146152 +CONECT4615146150 +CONECT4615246150 +CONECT461534615446155 +CONECT4615446153 +CONECT4615546153 +CONECT461564615746158 +CONECT4615746156 +CONECT4615846156 +CONECT461594616046161 +CONECT4616046159 +CONECT4616146159 +CONECT461624616346164 +CONECT4616346162 +CONECT4616446162 +CONECT461654616646167 +CONECT4616646165 +CONECT4616746165 +CONECT461684616946170 +CONECT4616946168 +CONECT4617046168 +CONECT461714617246173 +CONECT4617246171 +CONECT4617346171 +CONECT461744617546176 +CONECT4617546174 +CONECT4617646174 +CONECT461774617846179 +CONECT4617846177 +CONECT4617946177 +CONECT461804618146182 +CONECT4618146180 +CONECT4618246180 +CONECT461834618446185 +CONECT4618446183 +CONECT4618546183 +CONECT461864618746188 +CONECT4618746186 +CONECT4618846186 +CONECT461894619046191 +CONECT4619046189 +CONECT4619146189 +CONECT461924619346194 +CONECT4619346192 +CONECT4619446192 +CONECT461954619646197 +CONECT4619646195 +CONECT4619746195 +CONECT461984619946200 +CONECT4619946198 +CONECT4620046198 +CONECT462014620246203 +CONECT4620246201 +CONECT4620346201 +CONECT462044620546206 +CONECT4620546204 +CONECT4620646204 +CONECT462074620846209 +CONECT4620846207 +CONECT4620946207 +CONECT462104621146212 +CONECT4621146210 +CONECT4621246210 +CONECT462134621446215 +CONECT4621446213 +CONECT4621546213 +CONECT462164621746218 +CONECT4621746216 +CONECT4621846216 +CONECT462194622046221 +CONECT4622046219 +CONECT4622146219 +CONECT462224622346224 +CONECT4622346222 +CONECT4622446222 +CONECT462254622646227 +CONECT4622646225 +CONECT4622746225 +CONECT462284622946230 +CONECT4622946228 +CONECT4623046228 +CONECT462314623246233 +CONECT4623246231 +CONECT4623346231 +CONECT462344623546236 +CONECT4623546234 +CONECT4623646234 +CONECT462374623846239 +CONECT4623846237 +CONECT4623946237 +CONECT462404624146242 +CONECT4624146240 +CONECT4624246240 +CONECT462434624446245 +CONECT4624446243 +CONECT4624546243 +CONECT462464624746248 +CONECT4624746246 +CONECT4624846246 +CONECT462494625046251 +CONECT4625046249 +CONECT4625146249 +CONECT462524625346254 +CONECT4625346252 +CONECT4625446252 +CONECT462554625646257 +CONECT4625646255 +CONECT4625746255 +CONECT462584625946260 +CONECT4625946258 +CONECT4626046258 +CONECT462614626246263 +CONECT4626246261 +CONECT4626346261 +CONECT462644626546266 +CONECT4626546264 +CONECT4626646264 +CONECT462674626846269 +CONECT4626846267 +CONECT4626946267 +CONECT462704627146272 +CONECT4627146270 +CONECT4627246270 +CONECT462734627446275 +CONECT4627446273 +CONECT4627546273 +CONECT462764627746278 +CONECT4627746276 +CONECT4627846276 +CONECT462794628046281 +CONECT4628046279 +CONECT4628146279 +CONECT462824628346284 +CONECT4628346282 +CONECT4628446282 +CONECT462854628646287 +CONECT4628646285 +CONECT4628746285 +CONECT462884628946290 +CONECT4628946288 +CONECT4629046288 +CONECT462914629246293 +CONECT4629246291 +CONECT4629346291 +CONECT462944629546296 +CONECT4629546294 +CONECT4629646294 +CONECT462974629846299 +CONECT4629846297 +CONECT4629946297 +CONECT463004630146302 +CONECT4630146300 +CONECT4630246300 +CONECT463034630446305 +CONECT4630446303 +CONECT4630546303 +CONECT463064630746308 +CONECT4630746306 +CONECT4630846306 +CONECT463094631046311 +CONECT4631046309 +CONECT4631146309 +CONECT463124631346314 +CONECT4631346312 +CONECT4631446312 +CONECT463154631646317 +CONECT4631646315 +CONECT4631746315 +CONECT463184631946320 +CONECT4631946318 +CONECT4632046318 +CONECT463214632246323 +CONECT4632246321 +CONECT4632346321 +CONECT463244632546326 +CONECT4632546324 +CONECT4632646324 +CONECT463274632846329 +CONECT4632846327 +CONECT4632946327 +CONECT463304633146332 +CONECT4633146330 +CONECT4633246330 +CONECT463334633446335 +CONECT4633446333 +CONECT4633546333 +CONECT463364633746338 +CONECT4633746336 +CONECT4633846336 +CONECT463394634046341 +CONECT4634046339 +CONECT4634146339 +CONECT463424634346344 +CONECT4634346342 +CONECT4634446342 +CONECT463454634646347 +CONECT4634646345 +CONECT4634746345 +CONECT463484634946350 +CONECT4634946348 +CONECT4635046348 +CONECT463514635246353 +CONECT4635246351 +CONECT4635346351 +CONECT463544635546356 +CONECT4635546354 +CONECT4635646354 +CONECT463574635846359 +CONECT4635846357 +CONECT4635946357 +CONECT463604636146362 +CONECT4636146360 +CONECT4636246360 +CONECT463634636446365 +CONECT4636446363 +CONECT4636546363 +CONECT463664636746368 +CONECT4636746366 +CONECT4636846366 +CONECT463694637046371 +CONECT4637046369 +CONECT4637146369 +CONECT463724637346374 +CONECT4637346372 +CONECT4637446372 +CONECT463754637646377 +CONECT4637646375 +CONECT4637746375 +CONECT463784637946380 +CONECT4637946378 +CONECT4638046378 +CONECT463814638246383 +CONECT4638246381 +CONECT4638346381 +CONECT463844638546386 +CONECT4638546384 +CONECT4638646384 +CONECT463874638846389 +CONECT4638846387 +CONECT4638946387 +CONECT463904639146392 +CONECT4639146390 +CONECT4639246390 +CONECT463934639446395 +CONECT4639446393 +CONECT4639546393 +CONECT463964639746398 +CONECT4639746396 +CONECT4639846396 +CONECT463994640046401 +CONECT4640046399 +CONECT4640146399 +CONECT464024640346404 +CONECT4640346402 +CONECT4640446402 +CONECT464054640646407 +CONECT4640646405 +CONECT4640746405 +CONECT464084640946410 +CONECT4640946408 +CONECT4641046408 +CONECT464114641246413 +CONECT4641246411 +CONECT4641346411 +CONECT464144641546416 +CONECT4641546414 +CONECT4641646414 +CONECT464174641846419 +CONECT4641846417 +CONECT4641946417 +CONECT464204642146422 +CONECT4642146420 +CONECT4642246420 +CONECT464234642446425 +CONECT4642446423 +CONECT4642546423 +CONECT464264642746428 +CONECT4642746426 +CONECT4642846426 +CONECT464294643046431 +CONECT4643046429 +CONECT4643146429 +CONECT464324643346434 +CONECT4643346432 +CONECT4643446432 +CONECT464354643646437 +CONECT4643646435 +CONECT4643746435 +CONECT464384643946440 +CONECT4643946438 +CONECT4644046438 +CONECT464414644246443 +CONECT4644246441 +CONECT4644346441 +CONECT464444644546446 +CONECT4644546444 +CONECT4644646444 +CONECT464474644846449 +CONECT4644846447 +CONECT4644946447 +CONECT464504645146452 +CONECT4645146450 +CONECT4645246450 +CONECT464534645446455 +CONECT4645446453 +CONECT4645546453 +CONECT464564645746458 +CONECT4645746456 +CONECT4645846456 +CONECT464594646046461 +CONECT4646046459 +CONECT4646146459 +CONECT464624646346464 +CONECT4646346462 +CONECT4646446462 +CONECT464654646646467 +CONECT4646646465 +CONECT4646746465 +CONECT464684646946470 +CONECT4646946468 +CONECT4647046468 +CONECT464714647246473 +CONECT4647246471 +CONECT4647346471 +CONECT464744647546476 +CONECT4647546474 +CONECT4647646474 +CONECT464774647846479 +CONECT4647846477 +CONECT4647946477 +CONECT464804648146482 +CONECT4648146480 +CONECT4648246480 +CONECT464834648446485 +CONECT4648446483 +CONECT4648546483 +CONECT464864648746488 +CONECT4648746486 +CONECT4648846486 +CONECT464894649046491 +CONECT4649046489 +CONECT4649146489 +CONECT464924649346494 +CONECT4649346492 +CONECT4649446492 +CONECT464954649646497 +CONECT4649646495 +CONECT4649746495 +CONECT464984649946500 +CONECT4649946498 +CONECT4650046498 +CONECT465014650246503 +CONECT4650246501 +CONECT4650346501 +CONECT465044650546506 +CONECT4650546504 +CONECT4650646504 +CONECT465074650846509 +CONECT4650846507 +CONECT4650946507 +CONECT465104651146512 +CONECT4651146510 +CONECT4651246510 +CONECT465134651446515 +CONECT4651446513 +CONECT4651546513 +CONECT465164651746518 +CONECT4651746516 +CONECT4651846516 +CONECT465194652046521 +CONECT4652046519 +CONECT4652146519 +CONECT465224652346524 +CONECT4652346522 +CONECT4652446522 +CONECT465254652646527 +CONECT4652646525 +CONECT4652746525 +CONECT465284652946530 +CONECT4652946528 +CONECT4653046528 +CONECT465314653246533 +CONECT4653246531 +CONECT4653346531 +CONECT465344653546536 +CONECT4653546534 +CONECT4653646534 +CONECT465374653846539 +CONECT4653846537 +CONECT4653946537 +CONECT465404654146542 +CONECT4654146540 +CONECT4654246540 +CONECT465434654446545 +CONECT4654446543 +CONECT4654546543 +CONECT465464654746548 +CONECT4654746546 +CONECT4654846546 +CONECT465494655046551 +CONECT4655046549 +CONECT4655146549 +CONECT465524655346554 +CONECT4655346552 +CONECT4655446552 +CONECT465554655646557 +CONECT4655646555 +CONECT4655746555 +CONECT465584655946560 +CONECT4655946558 +CONECT4656046558 +CONECT465614656246563 +CONECT4656246561 +CONECT4656346561 +CONECT465644656546566 +CONECT4656546564 +CONECT4656646564 +CONECT465674656846569 +CONECT4656846567 +CONECT4656946567 +CONECT465704657146572 +CONECT4657146570 +CONECT4657246570 +CONECT465734657446575 +CONECT4657446573 +CONECT4657546573 +CONECT465764657746578 +CONECT4657746576 +CONECT4657846576 +CONECT465794658046581 +CONECT4658046579 +CONECT4658146579 +CONECT465824658346584 +CONECT4658346582 +CONECT4658446582 +CONECT465854658646587 +CONECT4658646585 +CONECT4658746585 +CONECT465884658946590 +CONECT4658946588 +CONECT4659046588 +CONECT465914659246593 +CONECT4659246591 +CONECT4659346591 +CONECT465944659546596 +CONECT4659546594 +CONECT4659646594 +CONECT465974659846599 +CONECT4659846597 +CONECT4659946597 +CONECT466004660146602 +CONECT4660146600 +CONECT4660246600 +CONECT466034660446605 +CONECT4660446603 +CONECT4660546603 +CONECT466064660746608 +CONECT4660746606 +CONECT4660846606 +CONECT466094661046611 +CONECT4661046609 +CONECT4661146609 +CONECT466124661346614 +CONECT4661346612 +CONECT4661446612 +CONECT466154661646617 +CONECT4661646615 +CONECT4661746615 +CONECT466184661946620 +CONECT4661946618 +CONECT4662046618 +CONECT466214662246623 +CONECT4662246621 +CONECT4662346621 +CONECT466244662546626 +CONECT4662546624 +CONECT4662646624 +CONECT466274662846629 +CONECT4662846627 +CONECT4662946627 +CONECT466304663146632 +CONECT4663146630 +CONECT4663246630 +CONECT466334663446635 +CONECT4663446633 +CONECT4663546633 +CONECT466364663746638 +CONECT4663746636 +CONECT4663846636 +CONECT466394664046641 +CONECT4664046639 +CONECT4664146639 +CONECT466424664346644 +CONECT4664346642 +CONECT4664446642 +CONECT466454664646647 +CONECT4664646645 +CONECT4664746645 +CONECT466484664946650 +CONECT4664946648 +CONECT4665046648 +CONECT466514665246653 +CONECT4665246651 +CONECT4665346651 +CONECT466544665546656 +CONECT4665546654 +CONECT4665646654 +CONECT466574665846659 +CONECT4665846657 +CONECT4665946657 +CONECT466604666146662 +CONECT4666146660 +CONECT4666246660 +CONECT466634666446665 +CONECT4666446663 +CONECT4666546663 +CONECT466664666746668 +CONECT4666746666 +CONECT4666846666 +CONECT466694667046671 +CONECT4667046669 +CONECT4667146669 +CONECT466724667346674 +CONECT4667346672 +CONECT4667446672 +CONECT466754667646677 +CONECT4667646675 +CONECT4667746675 +CONECT466784667946680 +CONECT4667946678 +CONECT4668046678 +CONECT466814668246683 +CONECT4668246681 +CONECT4668346681 +CONECT466844668546686 +CONECT4668546684 +CONECT4668646684 +CONECT466874668846689 +CONECT4668846687 +CONECT4668946687 +CONECT466904669146692 +CONECT4669146690 +CONECT4669246690 +CONECT466934669446695 +CONECT4669446693 +CONECT4669546693 +CONECT466964669746698 +CONECT4669746696 +CONECT4669846696 +CONECT466994670046701 +CONECT4670046699 +CONECT4670146699 +CONECT467024670346704 +CONECT4670346702 +CONECT4670446702 +CONECT467054670646707 +CONECT4670646705 +CONECT4670746705 +CONECT467084670946710 +CONECT4670946708 +CONECT4671046708 +CONECT467114671246713 +CONECT4671246711 +CONECT4671346711 +CONECT467144671546716 +CONECT4671546714 +CONECT4671646714 +CONECT467174671846719 +CONECT4671846717 +CONECT4671946717 +CONECT467204672146722 +CONECT4672146720 +CONECT4672246720 +CONECT467234672446725 +CONECT4672446723 +CONECT4672546723 +CONECT467264672746728 +CONECT4672746726 +CONECT4672846726 +CONECT467294673046731 +CONECT4673046729 +CONECT4673146729 +CONECT467324673346734 +CONECT4673346732 +CONECT4673446732 +CONECT467354673646737 +CONECT4673646735 +CONECT4673746735 +CONECT467384673946740 +CONECT4673946738 +CONECT4674046738 +CONECT467414674246743 +CONECT4674246741 +CONECT4674346741 +CONECT467444674546746 +CONECT4674546744 +CONECT4674646744 +CONECT467474674846749 +CONECT4674846747 +CONECT4674946747 +CONECT467504675146752 +CONECT4675146750 +CONECT4675246750 +CONECT467534675446755 +CONECT4675446753 +CONECT4675546753 +CONECT467564675746758 +CONECT4675746756 +CONECT4675846756 +CONECT467594676046761 +CONECT4676046759 +CONECT4676146759 +CONECT467624676346764 +CONECT4676346762 +CONECT4676446762 +CONECT467654676646767 +CONECT4676646765 +CONECT4676746765 +CONECT467684676946770 +CONECT4676946768 +CONECT4677046768 +CONECT467714677246773 +CONECT4677246771 +CONECT4677346771 +CONECT467744677546776 +CONECT4677546774 +CONECT4677646774 +CONECT467774677846779 +CONECT4677846777 +CONECT4677946777 +CONECT467804678146782 +CONECT4678146780 +CONECT4678246780 +CONECT467834678446785 +CONECT4678446783 +CONECT4678546783 +CONECT467864678746788 +CONECT4678746786 +CONECT4678846786 +CONECT467894679046791 +CONECT4679046789 +CONECT4679146789 +CONECT467924679346794 +CONECT4679346792 +CONECT4679446792 +CONECT467954679646797 +CONECT4679646795 +CONECT4679746795 +CONECT467984679946800 +CONECT4679946798 +CONECT4680046798 +CONECT468014680246803 +CONECT4680246801 +CONECT4680346801 +CONECT468044680546806 +CONECT4680546804 +CONECT4680646804 +CONECT468074680846809 +CONECT4680846807 +CONECT4680946807 +CONECT468104681146812 +CONECT4681146810 +CONECT4681246810 +CONECT468134681446815 +CONECT4681446813 +CONECT4681546813 +CONECT468164681746818 +CONECT4681746816 +CONECT4681846816 +CONECT468194682046821 +CONECT4682046819 +CONECT4682146819 +CONECT468224682346824 +CONECT4682346822 +CONECT4682446822 +CONECT468254682646827 +CONECT4682646825 +CONECT4682746825 +CONECT468284682946830 +CONECT4682946828 +CONECT4683046828 +CONECT468314683246833 +CONECT4683246831 +CONECT4683346831 +CONECT468344683546836 +CONECT4683546834 +CONECT4683646834 +CONECT468374683846839 +CONECT4683846837 +CONECT4683946837 +CONECT468404684146842 +CONECT4684146840 +CONECT4684246840 +CONECT468434684446845 +CONECT4684446843 +CONECT4684546843 +CONECT468464684746848 +CONECT4684746846 +CONECT4684846846 +CONECT468494685046851 +CONECT4685046849 +CONECT4685146849 +CONECT468524685346854 +CONECT4685346852 +CONECT4685446852 +CONECT468554685646857 +CONECT4685646855 +CONECT4685746855 +CONECT468584685946860 +CONECT4685946858 +CONECT4686046858 +CONECT468614686246863 +CONECT4686246861 +CONECT4686346861 +CONECT468644686546866 +CONECT4686546864 +CONECT4686646864 +CONECT468674686846869 +CONECT4686846867 +CONECT4686946867 +CONECT468704687146872 +CONECT4687146870 +CONECT4687246870 +CONECT468734687446875 +CONECT4687446873 +CONECT4687546873 +CONECT468764687746878 +CONECT4687746876 +CONECT4687846876 +CONECT468794688046881 +CONECT4688046879 +CONECT4688146879 +CONECT468824688346884 +CONECT4688346882 +CONECT4688446882 +CONECT468854688646887 +CONECT4688646885 +CONECT4688746885 +CONECT468884688946890 +CONECT4688946888 +CONECT4689046888 +CONECT468914689246893 +CONECT4689246891 +CONECT4689346891 +CONECT468944689546896 +CONECT4689546894 +CONECT4689646894 +CONECT468974689846899 +CONECT4689846897 +CONECT4689946897 +CONECT469004690146902 +CONECT4690146900 +CONECT4690246900 +CONECT469034690446905 +CONECT4690446903 +CONECT4690546903 +CONECT469064690746908 +CONECT4690746906 +CONECT4690846906 +CONECT469094691046911 +CONECT4691046909 +CONECT4691146909 +CONECT469124691346914 +CONECT4691346912 +CONECT4691446912 +CONECT469154691646917 +CONECT4691646915 +CONECT4691746915 +CONECT469184691946920 +CONECT4691946918 +CONECT4692046918 +CONECT469214692246923 +CONECT4692246921 +CONECT4692346921 +CONECT469244692546926 +CONECT4692546924 +CONECT4692646924 +CONECT469274692846929 +CONECT4692846927 +CONECT4692946927 +CONECT469304693146932 +CONECT4693146930 +CONECT4693246930 +CONECT469334693446935 +CONECT4693446933 +CONECT4693546933 +CONECT469364693746938 +CONECT4693746936 +CONECT4693846936 +CONECT469394694046941 +CONECT4694046939 +CONECT4694146939 +CONECT469424694346944 +CONECT4694346942 +CONECT4694446942 +CONECT469454694646947 +CONECT4694646945 +CONECT4694746945 +CONECT469484694946950 +CONECT4694946948 +CONECT4695046948 +CONECT469514695246953 +CONECT4695246951 +CONECT4695346951 +CONECT469544695546956 +CONECT4695546954 +CONECT4695646954 +CONECT469574695846959 +CONECT4695846957 +CONECT4695946957 +CONECT469604696146962 +CONECT4696146960 +CONECT4696246960 +CONECT469634696446965 +CONECT4696446963 +CONECT4696546963 +CONECT469664696746968 +CONECT4696746966 +CONECT4696846966 +CONECT469694697046971 +CONECT4697046969 +CONECT4697146969 +CONECT469724697346974 +CONECT4697346972 +CONECT4697446972 +CONECT469754697646977 +CONECT4697646975 +CONECT4697746975 +CONECT469784697946980 +CONECT4697946978 +CONECT4698046978 +CONECT469814698246983 +CONECT4698246981 +CONECT4698346981 +CONECT469844698546986 +CONECT4698546984 +CONECT4698646984 +CONECT469874698846989 +CONECT4698846987 +CONECT4698946987 +CONECT469904699146992 +CONECT4699146990 +CONECT4699246990 +CONECT469934699446995 +CONECT4699446993 +CONECT4699546993 +CONECT469964699746998 +CONECT4699746996 +CONECT4699846996 +CONECT469994700047001 +CONECT4700046999 +CONECT4700146999 +CONECT470024700347004 +CONECT4700347002 +CONECT4700447002 +CONECT470054700647007 +CONECT4700647005 +CONECT4700747005 +CONECT470084700947010 +CONECT4700947008 +CONECT4701047008 +CONECT470114701247013 +CONECT4701247011 +CONECT4701347011 +CONECT470144701547016 +CONECT4701547014 +CONECT4701647014 +CONECT470174701847019 +CONECT4701847017 +CONECT4701947017 +CONECT470204702147022 +CONECT4702147020 +CONECT4702247020 +CONECT470234702447025 +CONECT4702447023 +CONECT4702547023 +CONECT470264702747028 +CONECT4702747026 +CONECT4702847026 +CONECT470294703047031 +CONECT4703047029 +CONECT4703147029 +CONECT470324703347034 +CONECT4703347032 +CONECT4703447032 +CONECT470354703647037 +CONECT4703647035 +CONECT4703747035 +CONECT470384703947040 +CONECT4703947038 +CONECT4704047038 +CONECT470414704247043 +CONECT4704247041 +CONECT4704347041 +CONECT470444704547046 +CONECT4704547044 +CONECT4704647044 +CONECT470474704847049 +CONECT4704847047 +CONECT4704947047 +CONECT470504705147052 +CONECT4705147050 +CONECT4705247050 +CONECT470534705447055 +CONECT4705447053 +CONECT4705547053 +CONECT470564705747058 +CONECT4705747056 +CONECT4705847056 +CONECT470594706047061 +CONECT4706047059 +CONECT4706147059 +CONECT470624706347064 +CONECT4706347062 +CONECT4706447062 +CONECT470654706647067 +CONECT4706647065 +CONECT4706747065 +CONECT470684706947070 +CONECT4706947068 +CONECT4707047068 +CONECT470714707247073 +CONECT4707247071 +CONECT4707347071 +CONECT470744707547076 +CONECT4707547074 +CONECT4707647074 +CONECT470774707847079 +CONECT4707847077 +CONECT4707947077 +CONECT470804708147082 +CONECT4708147080 +CONECT4708247080 +CONECT470834708447085 +CONECT4708447083 +CONECT4708547083 +CONECT470864708747088 +CONECT4708747086 +CONECT4708847086 +CONECT470894709047091 +CONECT4709047089 +CONECT4709147089 +CONECT470924709347094 +CONECT4709347092 +CONECT4709447092 +CONECT470954709647097 +CONECT4709647095 +CONECT4709747095 +CONECT470984709947100 +CONECT4709947098 +CONECT4710047098 +CONECT471014710247103 +CONECT4710247101 +CONECT4710347101 +CONECT471044710547106 +CONECT4710547104 +CONECT4710647104 +CONECT471074710847109 +CONECT4710847107 +CONECT4710947107 +CONECT471104711147112 +CONECT4711147110 +CONECT4711247110 +CONECT471134711447115 +CONECT4711447113 +CONECT4711547113 +CONECT471164711747118 +CONECT4711747116 +CONECT4711847116 +CONECT471194712047121 +CONECT4712047119 +CONECT4712147119 +CONECT471224712347124 +CONECT4712347122 +CONECT4712447122 +CONECT471254712647127 +CONECT4712647125 +CONECT4712747125 +CONECT471284712947130 +CONECT4712947128 +CONECT4713047128 +CONECT471314713247133 +CONECT4713247131 +CONECT4713347131 +CONECT471344713547136 +CONECT4713547134 +CONECT4713647134 +CONECT471374713847139 +CONECT4713847137 +CONECT4713947137 +CONECT471404714147142 +CONECT4714147140 +CONECT4714247140 +CONECT471434714447145 +CONECT4714447143 +CONECT4714547143 +CONECT471464714747148 +CONECT4714747146 +CONECT4714847146 +CONECT471494715047151 +CONECT4715047149 +CONECT4715147149 +CONECT471524715347154 +CONECT4715347152 +CONECT4715447152 +CONECT471554715647157 +CONECT4715647155 +CONECT4715747155 +CONECT471584715947160 +CONECT4715947158 +CONECT4716047158 +CONECT471614716247163 +CONECT4716247161 +CONECT4716347161 +CONECT471644716547166 +CONECT4716547164 +CONECT4716647164 +CONECT471674716847169 +CONECT4716847167 +CONECT4716947167 +CONECT471704717147172 +CONECT4717147170 +CONECT4717247170 +CONECT471734717447175 +CONECT4717447173 +CONECT4717547173 +CONECT471764717747178 +CONECT4717747176 +CONECT4717847176 +CONECT471794718047181 +CONECT4718047179 +CONECT4718147179 +CONECT471824718347184 +CONECT4718347182 +CONECT4718447182 +CONECT471854718647187 +CONECT4718647185 +CONECT4718747185 +CONECT471884718947190 +CONECT4718947188 +CONECT4719047188 +CONECT471914719247193 +CONECT4719247191 +CONECT4719347191 +CONECT471944719547196 +CONECT4719547194 +CONECT4719647194 +CONECT471974719847199 +CONECT4719847197 +CONECT4719947197 +CONECT472004720147202 +CONECT4720147200 +CONECT4720247200 +CONECT472034720447205 +CONECT4720447203 +CONECT4720547203 +CONECT472064720747208 +CONECT4720747206 +CONECT4720847206 +CONECT472094721047211 +CONECT4721047209 +CONECT4721147209 +CONECT472124721347214 +CONECT4721347212 +CONECT4721447212 +CONECT472154721647217 +CONECT4721647215 +CONECT4721747215 +CONECT472184721947220 +CONECT4721947218 +CONECT4722047218 +CONECT472214722247223 +CONECT4722247221 +CONECT4722347221 +CONECT472244722547226 +CONECT4722547224 +CONECT4722647224 +CONECT472274722847229 +CONECT4722847227 +CONECT4722947227 +CONECT472304723147232 +CONECT4723147230 +CONECT4723247230 +CONECT472334723447235 +CONECT4723447233 +CONECT4723547233 +CONECT472364723747238 +CONECT4723747236 +CONECT4723847236 +CONECT472394724047241 +CONECT4724047239 +CONECT4724147239 +CONECT472424724347244 +CONECT4724347242 +CONECT4724447242 +CONECT472454724647247 +CONECT4724647245 +CONECT4724747245 +CONECT472484724947250 +CONECT4724947248 +CONECT4725047248 +CONECT472514725247253 +CONECT4725247251 +CONECT4725347251 +CONECT472544725547256 +CONECT4725547254 +CONECT4725647254 +CONECT472574725847259 +CONECT4725847257 +CONECT4725947257 +CONECT472604726147262 +CONECT4726147260 +CONECT4726247260 +CONECT472634726447265 +CONECT4726447263 +CONECT4726547263 +CONECT472664726747268 +CONECT4726747266 +CONECT4726847266 +CONECT472694727047271 +CONECT4727047269 +CONECT4727147269 +CONECT472724727347274 +CONECT4727347272 +CONECT4727447272 +CONECT472754727647277 +CONECT4727647275 +CONECT4727747275 +CONECT472784727947280 +CONECT4727947278 +CONECT4728047278 +CONECT472814728247283 +CONECT4728247281 +CONECT4728347281 +CONECT472844728547286 +CONECT4728547284 +CONECT4728647284 +CONECT472874728847289 +CONECT4728847287 +CONECT4728947287 +CONECT472904729147292 +CONECT4729147290 +CONECT4729247290 +CONECT472934729447295 +CONECT4729447293 +CONECT4729547293 +CONECT472964729747298 +CONECT4729747296 +CONECT4729847296 +CONECT472994730047301 +CONECT4730047299 +CONECT4730147299 +CONECT473024730347304 +CONECT4730347302 +CONECT4730447302 +CONECT473054730647307 +CONECT4730647305 +CONECT4730747305 +CONECT473084730947310 +CONECT4730947308 +CONECT4731047308 +CONECT473114731247313 +CONECT4731247311 +CONECT4731347311 +CONECT473144731547316 +CONECT4731547314 +CONECT4731647314 +CONECT473174731847319 +CONECT4731847317 +CONECT4731947317 +CONECT473204732147322 +CONECT4732147320 +CONECT4732247320 +CONECT473234732447325 +CONECT4732447323 +CONECT4732547323 +CONECT473264732747328 +CONECT4732747326 +CONECT4732847326 +CONECT473294733047331 +CONECT4733047329 +CONECT4733147329 +CONECT473324733347334 +CONECT4733347332 +CONECT4733447332 +CONECT473354733647337 +CONECT4733647335 +CONECT4733747335 +CONECT473384733947340 +CONECT4733947338 +CONECT4734047338 +CONECT473414734247343 +CONECT4734247341 +CONECT4734347341 +CONECT473444734547346 +CONECT4734547344 +CONECT4734647344 +CONECT473474734847349 +CONECT4734847347 +CONECT4734947347 +CONECT473504735147352 +CONECT4735147350 +CONECT4735247350 +CONECT473534735447355 +CONECT4735447353 +CONECT4735547353 +CONECT473564735747358 +CONECT4735747356 +CONECT4735847356 +CONECT473594736047361 +CONECT4736047359 +CONECT4736147359 +CONECT473624736347364 +CONECT4736347362 +CONECT4736447362 +CONECT473654736647367 +CONECT4736647365 +CONECT4736747365 +CONECT473684736947370 +CONECT4736947368 +CONECT4737047368 +CONECT473714737247373 +CONECT4737247371 +CONECT4737347371 +CONECT473744737547376 +CONECT4737547374 +CONECT4737647374 +CONECT473774737847379 +CONECT4737847377 +CONECT4737947377 +CONECT473804738147382 +CONECT4738147380 +CONECT4738247380 +CONECT473834738447385 +CONECT4738447383 +CONECT4738547383 +CONECT473864738747388 +CONECT4738747386 +CONECT4738847386 +CONECT473894739047391 +CONECT4739047389 +CONECT4739147389 +CONECT473924739347394 +CONECT4739347392 +CONECT4739447392 +CONECT473954739647397 +CONECT4739647395 +CONECT4739747395 +CONECT473984739947400 +CONECT4739947398 +CONECT4740047398 +CONECT474014740247403 +CONECT4740247401 +CONECT4740347401 +CONECT474044740547406 +CONECT4740547404 +CONECT4740647404 +CONECT474074740847409 +CONECT4740847407 +CONECT4740947407 +CONECT474104741147412 +CONECT4741147410 +CONECT4741247410 +CONECT474134741447415 +CONECT4741447413 +CONECT4741547413 +CONECT474164741747418 +CONECT4741747416 +CONECT4741847416 +CONECT474194742047421 +CONECT4742047419 +CONECT4742147419 +CONECT474224742347424 +CONECT4742347422 +CONECT4742447422 +CONECT474254742647427 +CONECT4742647425 +CONECT4742747425 +CONECT474284742947430 +CONECT4742947428 +CONECT4743047428 +CONECT474314743247433 +CONECT4743247431 +CONECT4743347431 +CONECT474344743547436 +CONECT4743547434 +CONECT4743647434 +CONECT474374743847439 +CONECT4743847437 +CONECT4743947437 +CONECT474404744147442 +CONECT4744147440 +CONECT4744247440 +CONECT474434744447445 +CONECT4744447443 +CONECT4744547443 +CONECT474464744747448 +CONECT4744747446 +CONECT4744847446 +CONECT474494745047451 +CONECT4745047449 +CONECT4745147449 +CONECT474524745347454 +CONECT4745347452 +CONECT4745447452 +CONECT474554745647457 +CONECT4745647455 +CONECT4745747455 +CONECT474584745947460 +CONECT4745947458 +CONECT4746047458 +CONECT474614746247463 +CONECT4746247461 +CONECT4746347461 +CONECT474644746547466 +CONECT4746547464 +CONECT4746647464 +CONECT474674746847469 +CONECT4746847467 +CONECT4746947467 +CONECT474704747147472 +CONECT4747147470 +CONECT4747247470 +CONECT474734747447475 +CONECT4747447473 +CONECT4747547473 +CONECT474764747747478 +CONECT4747747476 +CONECT4747847476 +CONECT474794748047481 +CONECT4748047479 +CONECT4748147479 +CONECT474824748347484 +CONECT4748347482 +CONECT4748447482 +CONECT474854748647487 +CONECT4748647485 +CONECT4748747485 +CONECT474884748947490 +CONECT4748947488 +CONECT4749047488 +CONECT474914749247493 +CONECT4749247491 +CONECT4749347491 +CONECT474944749547496 +CONECT4749547494 +CONECT4749647494 +CONECT474974749847499 +CONECT4749847497 +CONECT4749947497 +CONECT475004750147502 +CONECT4750147500 +CONECT4750247500 +CONECT475034750447505 +CONECT4750447503 +CONECT4750547503 +CONECT475064750747508 +CONECT4750747506 +CONECT4750847506 +CONECT475094751047511 +CONECT4751047509 +CONECT4751147509 +CONECT475124751347514 +CONECT4751347512 +CONECT4751447512 +CONECT475154751647517 +CONECT4751647515 +CONECT4751747515 +CONECT475184751947520 +CONECT4751947518 +CONECT4752047518 +CONECT475214752247523 +CONECT4752247521 +CONECT4752347521 +CONECT475244752547526 +CONECT4752547524 +CONECT4752647524 +CONECT475274752847529 +CONECT4752847527 +CONECT4752947527 +CONECT475304753147532 +CONECT4753147530 +CONECT4753247530 +CONECT475334753447535 +CONECT4753447533 +CONECT4753547533 +CONECT475364753747538 +CONECT4753747536 +CONECT4753847536 +CONECT475394754047541 +CONECT4754047539 +CONECT4754147539 +CONECT475424754347544 +CONECT4754347542 +CONECT4754447542 +CONECT475454754647547 +CONECT4754647545 +CONECT4754747545 +CONECT475484754947550 +CONECT4754947548 +CONECT4755047548 +CONECT475514755247553 +CONECT4755247551 +CONECT4755347551 +CONECT475544755547556 +CONECT4755547554 +CONECT4755647554 +CONECT475574755847559 +CONECT4755847557 +CONECT4755947557 +CONECT475604756147562 +CONECT4756147560 +CONECT4756247560 +CONECT475634756447565 +CONECT4756447563 +CONECT4756547563 +CONECT475664756747568 +CONECT4756747566 +CONECT4756847566 +CONECT475694757047571 +CONECT4757047569 +CONECT4757147569 +CONECT475724757347574 +CONECT4757347572 +CONECT4757447572 +CONECT475754757647577 +CONECT4757647575 +CONECT4757747575 +CONECT475784757947580 +CONECT4757947578 +CONECT4758047578 +CONECT475814758247583 +CONECT4758247581 +CONECT4758347581 +CONECT475844758547586 +CONECT4758547584 +CONECT4758647584 +CONECT475874758847589 +CONECT4758847587 +CONECT4758947587 +CONECT475904759147592 +CONECT4759147590 +CONECT4759247590 +CONECT475934759447595 +CONECT4759447593 +CONECT4759547593 +CONECT475964759747598 +CONECT4759747596 +CONECT4759847596 +CONECT475994760047601 +CONECT4760047599 +CONECT4760147599 +CONECT476024760347604 +CONECT4760347602 +CONECT4760447602 +CONECT476054760647607 +CONECT4760647605 +CONECT4760747605 +CONECT476084760947610 +CONECT4760947608 +CONECT4761047608 +CONECT476114761247613 +CONECT4761247611 +CONECT4761347611 +CONECT476144761547616 +CONECT4761547614 +CONECT4761647614 +CONECT476174761847619 +CONECT4761847617 +CONECT4761947617 +CONECT476204762147622 +CONECT4762147620 +CONECT4762247620 +CONECT476234762447625 +CONECT4762447623 +CONECT4762547623 +CONECT476264762747628 +CONECT4762747626 +CONECT4762847626 +CONECT476294763047631 +CONECT4763047629 +CONECT4763147629 +CONECT476324763347634 +CONECT4763347632 +CONECT4763447632 +CONECT476354763647637 +CONECT4763647635 +CONECT4763747635 +CONECT476384763947640 +CONECT4763947638 +CONECT4764047638 +CONECT476414764247643 +CONECT4764247641 +CONECT4764347641 +CONECT476444764547646 +CONECT4764547644 +CONECT4764647644 +CONECT476474764847649 +CONECT4764847647 +CONECT4764947647 +CONECT476504765147652 +CONECT4765147650 +CONECT4765247650 +CONECT476534765447655 +CONECT4765447653 +CONECT4765547653 +CONECT476564765747658 +CONECT4765747656 +CONECT4765847656 +CONECT476594766047661 +CONECT4766047659 +CONECT4766147659 +CONECT476624766347664 +CONECT4766347662 +CONECT4766447662 +CONECT476654766647667 +CONECT4766647665 +CONECT4766747665 +CONECT476684766947670 +CONECT4766947668 +CONECT4767047668 +CONECT476714767247673 +CONECT4767247671 +CONECT4767347671 +CONECT476744767547676 +CONECT4767547674 +CONECT4767647674 +CONECT476774767847679 +CONECT4767847677 +CONECT4767947677 +CONECT476804768147682 +CONECT4768147680 +CONECT4768247680 +CONECT476834768447685 +CONECT4768447683 +CONECT4768547683 +CONECT476864768747688 +CONECT4768747686 +CONECT4768847686 +CONECT476894769047691 +CONECT4769047689 +CONECT4769147689 +CONECT476924769347694 +CONECT4769347692 +CONECT4769447692 +CONECT476954769647697 +CONECT4769647695 +CONECT4769747695 +CONECT476984769947700 +CONECT4769947698 +CONECT4770047698 +CONECT477014770247703 +CONECT4770247701 +CONECT4770347701 +CONECT477044770547706 +CONECT4770547704 +CONECT4770647704 +CONECT477074770847709 +CONECT4770847707 +CONECT4770947707 +CONECT477104771147712 +CONECT4771147710 +CONECT4771247710 +CONECT477134771447715 +CONECT4771447713 +CONECT4771547713 +CONECT477164771747718 +CONECT4771747716 +CONECT4771847716 +CONECT477194772047721 +CONECT4772047719 +CONECT4772147719 +CONECT477224772347724 +CONECT4772347722 +CONECT4772447722 +CONECT477254772647727 +CONECT4772647725 +CONECT4772747725 +CONECT477284772947730 +CONECT4772947728 +CONECT4773047728 +CONECT477314773247733 +CONECT4773247731 +CONECT4773347731 +CONECT477344773547736 +CONECT4773547734 +CONECT4773647734 +CONECT477374773847739 +CONECT4773847737 +CONECT4773947737 +CONECT477404774147742 +CONECT4774147740 +CONECT4774247740 +CONECT477434774447745 +CONECT4774447743 +CONECT4774547743 +CONECT477464774747748 +CONECT4774747746 +CONECT4774847746 +CONECT477494775047751 +CONECT4775047749 +CONECT4775147749 +CONECT477524775347754 +CONECT4775347752 +CONECT4775447752 +CONECT477554775647757 +CONECT4775647755 +CONECT4775747755 +CONECT477584775947760 +CONECT4775947758 +CONECT4776047758 +CONECT477614776247763 +CONECT4776247761 +CONECT4776347761 +CONECT477644776547766 +CONECT4776547764 +CONECT4776647764 +CONECT477674776847769 +CONECT4776847767 +CONECT4776947767 +CONECT477704777147772 +CONECT4777147770 +CONECT4777247770 +CONECT477734777447775 +CONECT4777447773 +CONECT4777547773 +CONECT477764777747778 +CONECT4777747776 +CONECT4777847776 +CONECT477794778047781 +CONECT4778047779 +CONECT4778147779 +CONECT477824778347784 +CONECT4778347782 +CONECT4778447782 +CONECT477854778647787 +CONECT4778647785 +CONECT4778747785 +CONECT477884778947790 +CONECT4778947788 +CONECT4779047788 +CONECT477914779247793 +CONECT4779247791 +CONECT4779347791 +CONECT477944779547796 +CONECT4779547794 +CONECT4779647794 +CONECT477974779847799 +CONECT4779847797 +CONECT4779947797 +CONECT478004780147802 +CONECT4780147800 +CONECT4780247800 +CONECT478034780447805 +CONECT4780447803 +CONECT4780547803 +CONECT478064780747808 +CONECT4780747806 +CONECT4780847806 +CONECT478094781047811 +CONECT4781047809 +CONECT4781147809 +CONECT478124781347814 +CONECT4781347812 +CONECT4781447812 +CONECT478154781647817 +CONECT4781647815 +CONECT4781747815 +CONECT478184781947820 +CONECT4781947818 +CONECT4782047818 +CONECT478214782247823 +CONECT4782247821 +CONECT4782347821 +CONECT478244782547826 +CONECT4782547824 +CONECT4782647824 +CONECT478274782847829 +CONECT4782847827 +CONECT4782947827 +CONECT478304783147832 +CONECT4783147830 +CONECT4783247830 +CONECT478334783447835 +CONECT4783447833 +CONECT4783547833 +CONECT478364783747838 +CONECT4783747836 +CONECT4783847836 +CONECT478394784047841 +CONECT4784047839 +CONECT4784147839 +CONECT478424784347844 +CONECT4784347842 +CONECT4784447842 +CONECT478454784647847 +CONECT4784647845 +CONECT4784747845 +CONECT478484784947850 +CONECT4784947848 +CONECT4785047848 +CONECT478514785247853 +CONECT4785247851 +CONECT4785347851 +CONECT478544785547856 +CONECT4785547854 +CONECT4785647854 +CONECT478574785847859 +CONECT4785847857 +CONECT4785947857 +CONECT478604786147862 +CONECT4786147860 +CONECT4786247860 +CONECT478634786447865 +CONECT4786447863 +CONECT4786547863 +CONECT478664786747868 +CONECT4786747866 +CONECT4786847866 +CONECT478694787047871 +CONECT4787047869 +CONECT4787147869 +CONECT478724787347874 +CONECT4787347872 +CONECT4787447872 +CONECT478754787647877 +CONECT4787647875 +CONECT4787747875 +CONECT478784787947880 +CONECT4787947878 +CONECT4788047878 +CONECT478814788247883 +CONECT4788247881 +CONECT4788347881 +CONECT478844788547886 +CONECT4788547884 +CONECT4788647884 +CONECT478874788847889 +CONECT4788847887 +CONECT4788947887 +CONECT478904789147892 +CONECT4789147890 +CONECT4789247890 +CONECT478934789447895 +CONECT4789447893 +CONECT4789547893 +CONECT478964789747898 +CONECT4789747896 +CONECT4789847896 +CONECT478994790047901 +CONECT4790047899 +CONECT4790147899 +CONECT479024790347904 +CONECT4790347902 +CONECT4790447902 +CONECT479054790647907 +CONECT4790647905 +CONECT4790747905 +CONECT479084790947910 +CONECT4790947908 +CONECT4791047908 +CONECT479114791247913 +CONECT4791247911 +CONECT4791347911 +CONECT479144791547916 +CONECT4791547914 +CONECT4791647914 +CONECT479174791847919 +CONECT4791847917 +CONECT4791947917 +CONECT479204792147922 +CONECT4792147920 +CONECT4792247920 +CONECT479234792447925 +CONECT4792447923 +CONECT4792547923 +CONECT479264792747928 +CONECT4792747926 +CONECT4792847926 +CONECT479294793047931 +CONECT4793047929 +CONECT4793147929 +CONECT479324793347934 +CONECT4793347932 +CONECT4793447932 +CONECT479354793647937 +CONECT4793647935 +CONECT4793747935 +CONECT479384793947940 +CONECT4793947938 +CONECT4794047938 +CONECT479414794247943 +CONECT4794247941 +CONECT4794347941 +CONECT479444794547946 +CONECT4794547944 +CONECT4794647944 +CONECT479474794847949 +CONECT4794847947 +CONECT4794947947 +CONECT479504795147952 +CONECT4795147950 +CONECT4795247950 +CONECT479534795447955 +CONECT4795447953 +CONECT4795547953 +CONECT479564795747958 +CONECT4795747956 +CONECT4795847956 +CONECT479594796047961 +CONECT4796047959 +CONECT4796147959 +CONECT479624796347964 +CONECT4796347962 +CONECT4796447962 +CONECT479654796647967 +CONECT4796647965 +CONECT4796747965 +CONECT479684796947970 +CONECT4796947968 +CONECT4797047968 +CONECT479714797247973 +CONECT4797247971 +CONECT4797347971 +CONECT479744797547976 +CONECT4797547974 +CONECT4797647974 +CONECT479774797847979 +CONECT4797847977 +CONECT4797947977 +CONECT479804798147982 +CONECT4798147980 +CONECT4798247980 +CONECT479834798447985 +CONECT4798447983 +CONECT4798547983 +CONECT479864798747988 +CONECT4798747986 +CONECT4798847986 +CONECT479894799047991 +CONECT4799047989 +CONECT4799147989 +CONECT479924799347994 +CONECT4799347992 +CONECT4799447992 +CONECT479954799647997 +CONECT4799647995 +CONECT4799747995 +CONECT479984799948000 +CONECT4799947998 +CONECT4800047998 +CONECT480014800248003 +CONECT4800248001 +CONECT4800348001 +CONECT480044800548006 +CONECT4800548004 +CONECT4800648004 +CONECT480074800848009 +CONECT4800848007 +CONECT4800948007 +CONECT480104801148012 +CONECT4801148010 +CONECT4801248010 +CONECT480134801448015 +CONECT4801448013 +CONECT4801548013 +CONECT480164801748018 +CONECT4801748016 +CONECT4801848016 +CONECT480194802048021 +CONECT4802048019 +CONECT4802148019 +CONECT480224802348024 +CONECT4802348022 +CONECT4802448022 +CONECT480254802648027 +CONECT4802648025 +CONECT4802748025 +CONECT480284802948030 +CONECT4802948028 +CONECT4803048028 +CONECT480314803248033 +CONECT4803248031 +CONECT4803348031 +CONECT480344803548036 +CONECT4803548034 +CONECT4803648034 +CONECT480374803848039 +CONECT4803848037 +CONECT4803948037 +CONECT480404804148042 +CONECT4804148040 +CONECT4804248040 +CONECT480434804448045 +CONECT4804448043 +CONECT4804548043 +CONECT480464804748048 +CONECT4804748046 +CONECT4804848046 +CONECT480494805048051 +CONECT4805048049 +CONECT4805148049 +CONECT480524805348054 +CONECT4805348052 +CONECT4805448052 +CONECT480554805648057 +CONECT4805648055 +CONECT4805748055 +CONECT480584805948060 +CONECT4805948058 +CONECT4806048058 +CONECT480614806248063 +CONECT4806248061 +CONECT4806348061 +CONECT480644806548066 +CONECT4806548064 +CONECT4806648064 +CONECT480674806848069 +CONECT4806848067 +CONECT4806948067 +CONECT480704807148072 +CONECT4807148070 +CONECT4807248070 +CONECT480734807448075 +CONECT4807448073 +CONECT4807548073 +CONECT480764807748078 +CONECT4807748076 +CONECT4807848076 +CONECT480794808048081 +CONECT4808048079 +CONECT4808148079 +CONECT480824808348084 +CONECT4808348082 +CONECT4808448082 +CONECT480854808648087 +CONECT4808648085 +CONECT4808748085 +CONECT480884808948090 +CONECT4808948088 +CONECT4809048088 +CONECT480914809248093 +CONECT4809248091 +CONECT4809348091 +CONECT480944809548096 +CONECT4809548094 +CONECT4809648094 +CONECT480974809848099 +CONECT4809848097 +CONECT4809948097 +CONECT481004810148102 +CONECT4810148100 +CONECT4810248100 +CONECT481034810448105 +CONECT4810448103 +CONECT4810548103 +CONECT481064810748108 +CONECT4810748106 +CONECT4810848106 +CONECT481094811048111 +CONECT4811048109 +CONECT4811148109 +CONECT481124811348114 +CONECT4811348112 +CONECT4811448112 +CONECT481154811648117 +CONECT4811648115 +CONECT4811748115 +CONECT481184811948120 +CONECT4811948118 +CONECT4812048118 +CONECT481214812248123 +CONECT4812248121 +CONECT4812348121 +CONECT481244812548126 +CONECT4812548124 +CONECT4812648124 +CONECT481274812848129 +CONECT4812848127 +CONECT4812948127 +CONECT481304813148132 +CONECT4813148130 +CONECT4813248130 +CONECT481334813448135 +CONECT4813448133 +CONECT4813548133 +CONECT481364813748138 +CONECT4813748136 +CONECT4813848136 +CONECT481394814048141 +CONECT4814048139 +CONECT4814148139 +CONECT481424814348144 +CONECT4814348142 +CONECT4814448142 +CONECT481454814648147 +CONECT4814648145 +CONECT4814748145 +CONECT481484814948150 +CONECT4814948148 +CONECT4815048148 +CONECT481514815248153 +CONECT4815248151 +CONECT4815348151 +CONECT481544815548156 +CONECT4815548154 +CONECT4815648154 +CONECT481574815848159 +CONECT4815848157 +CONECT4815948157 +CONECT481604816148162 +CONECT4816148160 +CONECT4816248160 +CONECT481634816448165 +CONECT4816448163 +CONECT4816548163 +CONECT481664816748168 +CONECT4816748166 +CONECT4816848166 +CONECT481694817048171 +CONECT4817048169 +CONECT4817148169 +CONECT481724817348174 +CONECT4817348172 +CONECT4817448172 +CONECT481754817648177 +CONECT4817648175 +CONECT4817748175 +CONECT481784817948180 +CONECT4817948178 +CONECT4818048178 +CONECT481814818248183 +CONECT4818248181 +CONECT4818348181 +CONECT481844818548186 +CONECT4818548184 +CONECT4818648184 +CONECT481874818848189 +CONECT4818848187 +CONECT4818948187 +CONECT481904819148192 +CONECT4819148190 +CONECT4819248190 +CONECT481934819448195 +CONECT4819448193 +CONECT4819548193 +CONECT481964819748198 +CONECT4819748196 +CONECT4819848196 +CONECT481994820048201 +CONECT4820048199 +CONECT4820148199 +CONECT482024820348204 +CONECT4820348202 +CONECT4820448202 +CONECT482054820648207 +CONECT4820648205 +CONECT4820748205 +CONECT482084820948210 +CONECT4820948208 +CONECT4821048208 +CONECT482114821248213 +CONECT4821248211 +CONECT4821348211 +CONECT482144821548216 +CONECT4821548214 +CONECT4821648214 +CONECT482174821848219 +CONECT4821848217 +CONECT4821948217 +CONECT482204822148222 +CONECT4822148220 +CONECT4822248220 +CONECT482234822448225 +CONECT4822448223 +CONECT4822548223 +CONECT482264822748228 +CONECT4822748226 +CONECT4822848226 +CONECT482294823048231 +CONECT4823048229 +CONECT4823148229 +CONECT482324823348234 +CONECT4823348232 +CONECT4823448232 +CONECT482354823648237 +CONECT4823648235 +CONECT4823748235 +CONECT482384823948240 +CONECT4823948238 +CONECT4824048238 +CONECT482414824248243 +CONECT4824248241 +CONECT4824348241 +CONECT482444824548246 +CONECT4824548244 +CONECT4824648244 +CONECT482474824848249 +CONECT4824848247 +CONECT4824948247 +CONECT482504825148252 +CONECT4825148250 +CONECT4825248250 +CONECT482534825448255 +CONECT4825448253 +CONECT4825548253 +CONECT482564825748258 +CONECT4825748256 +CONECT4825848256 +CONECT482594826048261 +CONECT4826048259 +CONECT4826148259 +CONECT482624826348264 +CONECT4826348262 +CONECT4826448262 +CONECT482654826648267 +CONECT4826648265 +CONECT4826748265 +CONECT482684826948270 +CONECT4826948268 +CONECT4827048268 +CONECT482714827248273 +CONECT4827248271 +CONECT4827348271 +CONECT482744827548276 +CONECT4827548274 +CONECT4827648274 +CONECT482774827848279 +CONECT4827848277 +CONECT4827948277 +CONECT482804828148282 +CONECT4828148280 +CONECT4828248280 +CONECT482834828448285 +CONECT4828448283 +CONECT4828548283 +CONECT482864828748288 +CONECT4828748286 +CONECT4828848286 +CONECT482894829048291 +CONECT4829048289 +CONECT4829148289 +CONECT482924829348294 +CONECT4829348292 +CONECT4829448292 +CONECT482954829648297 +CONECT4829648295 +CONECT4829748295 +CONECT482984829948300 +CONECT4829948298 +CONECT4830048298 +CONECT483014830248303 +CONECT4830248301 +CONECT4830348301 +CONECT483044830548306 +CONECT4830548304 +CONECT4830648304 +CONECT483074830848309 +CONECT4830848307 +CONECT4830948307 +CONECT483104831148312 +CONECT4831148310 +CONECT4831248310 +CONECT483134831448315 +CONECT4831448313 +CONECT4831548313 +CONECT483164831748318 +CONECT4831748316 +CONECT4831848316 +CONECT483194832048321 +CONECT4832048319 +CONECT4832148319 +CONECT483224832348324 +CONECT4832348322 +CONECT4832448322 +CONECT483254832648327 +CONECT4832648325 +CONECT4832748325 +CONECT483284832948330 +CONECT4832948328 +CONECT4833048328 +CONECT483314833248333 +CONECT4833248331 +CONECT4833348331 +CONECT483344833548336 +CONECT4833548334 +CONECT4833648334 +CONECT483374833848339 +CONECT4833848337 +CONECT4833948337 +CONECT483404834148342 +CONECT4834148340 +CONECT4834248340 +CONECT483434834448345 +CONECT4834448343 +CONECT4834548343 +CONECT483464834748348 +CONECT4834748346 +CONECT4834848346 +CONECT483494835048351 +CONECT4835048349 +CONECT4835148349 +CONECT483524835348354 +CONECT4835348352 +CONECT4835448352 +CONECT483554835648357 +CONECT4835648355 +CONECT4835748355 +CONECT483584835948360 +CONECT4835948358 +CONECT4836048358 +CONECT483614836248363 +CONECT4836248361 +CONECT4836348361 +CONECT483644836548366 +CONECT4836548364 +CONECT4836648364 +CONECT483674836848369 +CONECT4836848367 +CONECT4836948367 +CONECT483704837148372 +CONECT4837148370 +CONECT4837248370 +CONECT483734837448375 +CONECT4837448373 +CONECT4837548373 +CONECT483764837748378 +CONECT4837748376 +CONECT4837848376 +CONECT483794838048381 +CONECT4838048379 +CONECT4838148379 +CONECT483824838348384 +CONECT4838348382 +CONECT4838448382 +CONECT483854838648387 +CONECT4838648385 +CONECT4838748385 +CONECT483884838948390 +CONECT4838948388 +CONECT4839048388 +CONECT483914839248393 +CONECT4839248391 +CONECT4839348391 +CONECT483944839548396 +CONECT4839548394 +CONECT4839648394 +CONECT483974839848399 +CONECT4839848397 +CONECT4839948397 +CONECT484004840148402 +CONECT4840148400 +CONECT4840248400 +CONECT484034840448405 +CONECT4840448403 +CONECT4840548403 +CONECT484064840748408 +CONECT4840748406 +CONECT4840848406 +CONECT484094841048411 +CONECT4841048409 +CONECT4841148409 +CONECT484124841348414 +CONECT4841348412 +CONECT4841448412 +CONECT484154841648417 +CONECT4841648415 +CONECT4841748415 +CONECT484184841948420 +CONECT4841948418 +CONECT4842048418 +CONECT484214842248423 +CONECT4842248421 +CONECT4842348421 +CONECT484244842548426 +CONECT4842548424 +CONECT4842648424 +CONECT484274842848429 +CONECT4842848427 +CONECT4842948427 +CONECT484304843148432 +CONECT4843148430 +CONECT4843248430 +CONECT484334843448435 +CONECT4843448433 +CONECT4843548433 +CONECT484364843748438 +CONECT4843748436 +CONECT4843848436 +CONECT484394844048441 +CONECT4844048439 +CONECT4844148439 +CONECT484424844348444 +CONECT4844348442 +CONECT4844448442 +CONECT484454844648447 +CONECT4844648445 +CONECT4844748445 +CONECT484484844948450 +CONECT4844948448 +CONECT4845048448 +CONECT484514845248453 +CONECT4845248451 +CONECT4845348451 +CONECT484544845548456 +CONECT4845548454 +CONECT4845648454 +CONECT484574845848459 +CONECT4845848457 +CONECT4845948457 +CONECT484604846148462 +CONECT4846148460 +CONECT4846248460 +CONECT484634846448465 +CONECT4846448463 +CONECT4846548463 +CONECT484664846748468 +CONECT4846748466 +CONECT4846848466 +CONECT484694847048471 +CONECT4847048469 +CONECT4847148469 +CONECT484724847348474 +CONECT4847348472 +CONECT4847448472 +CONECT484754847648477 +CONECT4847648475 +CONECT4847748475 +CONECT484784847948480 +CONECT4847948478 +CONECT4848048478 +CONECT484814848248483 +CONECT4848248481 +CONECT4848348481 +CONECT484844848548486 +CONECT4848548484 +CONECT4848648484 +CONECT484874848848489 +CONECT4848848487 +CONECT4848948487 +CONECT484904849148492 +CONECT4849148490 +CONECT4849248490 +CONECT484934849448495 +CONECT4849448493 +CONECT4849548493 +CONECT484964849748498 +CONECT4849748496 +CONECT4849848496 +CONECT484994850048501 +CONECT4850048499 +CONECT4850148499 +CONECT485024850348504 +CONECT4850348502 +CONECT4850448502 +CONECT485054850648507 +CONECT4850648505 +CONECT4850748505 +CONECT485084850948510 +CONECT4850948508 +CONECT4851048508 +CONECT485114851248513 +CONECT4851248511 +CONECT4851348511 +CONECT485144851548516 +CONECT4851548514 +CONECT4851648514 +CONECT485174851848519 +CONECT4851848517 +CONECT4851948517 +CONECT485204852148522 +CONECT4852148520 +CONECT4852248520 +CONECT485234852448525 +CONECT4852448523 +CONECT4852548523 +CONECT485264852748528 +CONECT4852748526 +CONECT4852848526 +CONECT485294853048531 +CONECT4853048529 +CONECT4853148529 +CONECT485324853348534 +CONECT4853348532 +CONECT4853448532 +CONECT485354853648537 +CONECT4853648535 +CONECT4853748535 +CONECT485384853948540 +CONECT4853948538 +CONECT4854048538 +CONECT485414854248543 +CONECT4854248541 +CONECT4854348541 +CONECT485444854548546 +CONECT4854548544 +CONECT4854648544 +CONECT485474854848549 +CONECT4854848547 +CONECT4854948547 +CONECT485504855148552 +CONECT4855148550 +CONECT4855248550 +CONECT485534855448555 +CONECT4855448553 +CONECT4855548553 +CONECT485564855748558 +CONECT4855748556 +CONECT4855848556 +CONECT485594856048561 +CONECT4856048559 +CONECT4856148559 +CONECT485624856348564 +CONECT4856348562 +CONECT4856448562 +CONECT485654856648567 +CONECT4856648565 +CONECT4856748565 +CONECT485684856948570 +CONECT4856948568 +CONECT4857048568 +CONECT485714857248573 +CONECT4857248571 +CONECT4857348571 +CONECT485744857548576 +CONECT4857548574 +CONECT4857648574 +CONECT485774857848579 +CONECT4857848577 +CONECT4857948577 +CONECT485804858148582 +CONECT4858148580 +CONECT4858248580 +CONECT485834858448585 +CONECT4858448583 +CONECT4858548583 +CONECT485864858748588 +CONECT4858748586 +CONECT4858848586 +CONECT485894859048591 +CONECT4859048589 +CONECT4859148589 +CONECT485924859348594 +CONECT4859348592 +CONECT4859448592 +CONECT485954859648597 +CONECT4859648595 +CONECT4859748595 +CONECT485984859948600 +CONECT4859948598 +CONECT4860048598 +CONECT486014860248603 +CONECT4860248601 +CONECT4860348601 +CONECT486044860548606 +CONECT4860548604 +CONECT4860648604 +CONECT486074860848609 +CONECT4860848607 +CONECT4860948607 +CONECT486104861148612 +CONECT4861148610 +CONECT4861248610 +CONECT486134861448615 +CONECT4861448613 +CONECT4861548613 +CONECT486164861748618 +CONECT4861748616 +CONECT4861848616 +CONECT486194862048621 +CONECT4862048619 +CONECT4862148619 +CONECT486224862348624 +CONECT4862348622 +CONECT4862448622 +CONECT486254862648627 +CONECT4862648625 +CONECT4862748625 +CONECT486284862948630 +CONECT4862948628 +CONECT4863048628 +CONECT486314863248633 +CONECT4863248631 +CONECT4863348631 +CONECT486344863548636 +CONECT4863548634 +CONECT4863648634 +CONECT486374863848639 +CONECT4863848637 +CONECT4863948637 +CONECT486404864148642 +CONECT4864148640 +CONECT4864248640 +CONECT486434864448645 +CONECT4864448643 +CONECT4864548643 +CONECT486464864748648 +CONECT4864748646 +CONECT4864848646 +CONECT486494865048651 +CONECT4865048649 +CONECT4865148649 +CONECT486524865348654 +CONECT4865348652 +CONECT4865448652 +CONECT486554865648657 +CONECT4865648655 +CONECT4865748655 +CONECT486584865948660 +CONECT4865948658 +CONECT4866048658 +CONECT486614866248663 +CONECT4866248661 +CONECT4866348661 +CONECT486644866548666 +CONECT4866548664 +CONECT4866648664 +CONECT486674866848669 +CONECT4866848667 +CONECT4866948667 +CONECT486704867148672 +CONECT4867148670 +CONECT4867248670 +CONECT486734867448675 +CONECT4867448673 +CONECT4867548673 +CONECT486764867748678 +CONECT4867748676 +CONECT4867848676 +CONECT486794868048681 +CONECT4868048679 +CONECT4868148679 +CONECT486824868348684 +CONECT4868348682 +CONECT4868448682 +CONECT486854868648687 +CONECT4868648685 +CONECT4868748685 +CONECT486884868948690 +CONECT4868948688 +CONECT4869048688 +CONECT486914869248693 +CONECT4869248691 +CONECT4869348691 +CONECT486944869548696 +CONECT4869548694 +CONECT4869648694 +CONECT486974869848699 +CONECT4869848697 +CONECT4869948697 +CONECT487004870148702 +CONECT4870148700 +CONECT4870248700 +CONECT487034870448705 +CONECT4870448703 +CONECT4870548703 +CONECT487064870748708 +CONECT4870748706 +CONECT4870848706 +CONECT487094871048711 +CONECT4871048709 +CONECT4871148709 +CONECT487124871348714 +CONECT4871348712 +CONECT4871448712 +CONECT487154871648717 +CONECT4871648715 +CONECT4871748715 +CONECT487184871948720 +CONECT4871948718 +CONECT4872048718 +CONECT487214872248723 +CONECT4872248721 +CONECT4872348721 +CONECT487244872548726 +CONECT4872548724 +CONECT4872648724 +CONECT487274872848729 +CONECT4872848727 +CONECT4872948727 +CONECT487304873148732 +CONECT4873148730 +CONECT4873248730 +CONECT487334873448735 +CONECT4873448733 +CONECT4873548733 +CONECT487364873748738 +CONECT4873748736 +CONECT4873848736 +CONECT487394874048741 +CONECT4874048739 +CONECT4874148739 +CONECT487424874348744 +CONECT4874348742 +CONECT4874448742 +CONECT487454874648747 +CONECT4874648745 +CONECT4874748745 +CONECT487484874948750 +CONECT4874948748 +CONECT4875048748 +CONECT487514875248753 +CONECT4875248751 +CONECT4875348751 +CONECT487544875548756 +CONECT4875548754 +CONECT4875648754 +CONECT487574875848759 +CONECT4875848757 +CONECT4875948757 +CONECT487604876148762 +CONECT4876148760 +CONECT4876248760 +CONECT487634876448765 +CONECT4876448763 +CONECT4876548763 +CONECT487664876748768 +CONECT4876748766 +CONECT4876848766 +CONECT487694877048771 +CONECT4877048769 +CONECT4877148769 +CONECT487724877348774 +CONECT4877348772 +CONECT4877448772 +CONECT487754877648777 +CONECT4877648775 +CONECT4877748775 +CONECT487784877948780 +CONECT4877948778 +CONECT4878048778 +CONECT487814878248783 +CONECT4878248781 +CONECT4878348781 +CONECT487844878548786 +CONECT4878548784 +CONECT4878648784 +CONECT487874878848789 +CONECT4878848787 +CONECT4878948787 +CONECT487904879148792 +CONECT4879148790 +CONECT4879248790 +CONECT487934879448795 +CONECT4879448793 +CONECT4879548793 +CONECT487964879748798 +CONECT4879748796 +CONECT4879848796 +CONECT487994880048801 +CONECT4880048799 +CONECT4880148799 +CONECT488024880348804 +CONECT4880348802 +CONECT4880448802 +CONECT488054880648807 +CONECT4880648805 +CONECT4880748805 +CONECT488084880948810 +CONECT4880948808 +CONECT4881048808 +CONECT488114881248813 +CONECT4881248811 +CONECT4881348811 +CONECT488144881548816 +CONECT4881548814 +CONECT4881648814 +CONECT488174881848819 +CONECT4881848817 +CONECT4881948817 +CONECT488204882148822 +CONECT4882148820 +CONECT4882248820 +CONECT488234882448825 +CONECT4882448823 +CONECT4882548823 +CONECT488264882748828 +CONECT4882748826 +CONECT4882848826 +CONECT488294883048831 +CONECT4883048829 +CONECT4883148829 +CONECT488324883348834 +CONECT4883348832 +CONECT4883448832 +CONECT488354883648837 +CONECT4883648835 +CONECT4883748835 +CONECT488384883948840 +CONECT4883948838 +CONECT4884048838 +CONECT488414884248843 +CONECT4884248841 +CONECT4884348841 +CONECT488444884548846 +CONECT4884548844 +CONECT4884648844 +CONECT488474884848849 +CONECT4884848847 +CONECT4884948847 +CONECT488504885148852 +CONECT4885148850 +CONECT4885248850 +CONECT488534885448855 +CONECT4885448853 +CONECT4885548853 +CONECT488564885748858 +CONECT4885748856 +CONECT4885848856 +CONECT488594886048861 +CONECT4886048859 +CONECT4886148859 +CONECT488624886348864 +CONECT4886348862 +CONECT4886448862 +CONECT488654886648867 +CONECT4886648865 +CONECT4886748865 +CONECT488684886948870 +CONECT4886948868 +CONECT4887048868 +CONECT488714887248873 +CONECT4887248871 +CONECT4887348871 +CONECT488744887548876 +CONECT4887548874 +CONECT4887648874 +CONECT488774887848879 +CONECT4887848877 +CONECT4887948877 +CONECT488804888148882 +CONECT4888148880 +CONECT4888248880 +CONECT488834888448885 +CONECT4888448883 +CONECT4888548883 +CONECT488864888748888 +CONECT4888748886 +CONECT4888848886 +CONECT488894889048891 +CONECT4889048889 +CONECT4889148889 +CONECT488924889348894 +CONECT4889348892 +CONECT4889448892 +CONECT488954889648897 +CONECT4889648895 +CONECT4889748895 +CONECT488984889948900 +CONECT4889948898 +CONECT4890048898 +CONECT489014890248903 +CONECT4890248901 +CONECT4890348901 +CONECT489044890548906 +CONECT4890548904 +CONECT4890648904 +CONECT489074890848909 +CONECT4890848907 +CONECT4890948907 +CONECT489104891148912 +CONECT4891148910 +CONECT4891248910 +CONECT489134891448915 +CONECT4891448913 +CONECT4891548913 +CONECT489164891748918 +CONECT4891748916 +CONECT4891848916 +CONECT489194892048921 +CONECT4892048919 +CONECT4892148919 +CONECT489224892348924 +CONECT4892348922 +CONECT4892448922 +CONECT489254892648927 +CONECT4892648925 +CONECT4892748925 +CONECT489284892948930 +CONECT4892948928 +CONECT4893048928 +CONECT489314893248933 +CONECT4893248931 +CONECT4893348931 +CONECT489344893548936 +CONECT4893548934 +CONECT4893648934 +CONECT489374893848939 +CONECT4893848937 +CONECT4893948937 +CONECT489404894148942 +CONECT4894148940 +CONECT4894248940 +CONECT489434894448945 +CONECT4894448943 +CONECT4894548943 +CONECT489464894748948 +CONECT4894748946 +CONECT4894848946 +CONECT489494895048951 +CONECT4895048949 +CONECT4895148949 +CONECT489524895348954 +CONECT4895348952 +CONECT4895448952 +CONECT489554895648957 +CONECT4895648955 +CONECT4895748955 +CONECT489584895948960 +CONECT4895948958 +CONECT4896048958 +CONECT489614896248963 +CONECT4896248961 +CONECT4896348961 +CONECT489644896548966 +CONECT4896548964 +CONECT4896648964 +CONECT489674896848969 +CONECT4896848967 +CONECT4896948967 +CONECT489704897148972 +CONECT4897148970 +CONECT4897248970 +CONECT489734897448975 +CONECT4897448973 +CONECT4897548973 +CONECT489764897748978 +CONECT4897748976 +CONECT4897848976 +CONECT489794898048981 +CONECT4898048979 +CONECT4898148979 +CONECT489824898348984 +CONECT4898348982 +CONECT4898448982 +CONECT489854898648987 +CONECT4898648985 +CONECT4898748985 +CONECT489884898948990 +CONECT4898948988 +CONECT4899048988 +CONECT489914899248993 +CONECT4899248991 +CONECT4899348991 +CONECT489944899548996 +CONECT4899548994 +CONECT4899648994 +CONECT489974899848999 +CONECT4899848997 +CONECT4899948997 +CONECT490004900149002 +CONECT4900149000 +CONECT4900249000 +CONECT490034900449005 +CONECT4900449003 +CONECT4900549003 +CONECT490064900749008 +CONECT4900749006 +CONECT4900849006 +CONECT490094901049011 +CONECT4901049009 +CONECT4901149009 +CONECT490124901349014 +CONECT4901349012 +CONECT4901449012 +CONECT490154901649017 +CONECT4901649015 +CONECT4901749015 +CONECT490184901949020 +CONECT4901949018 +CONECT4902049018 +CONECT490214902249023 +CONECT4902249021 +CONECT4902349021 +CONECT490244902549026 +CONECT4902549024 +CONECT4902649024 +CONECT490274902849029 +CONECT4902849027 +CONECT4902949027 +CONECT490304903149032 +CONECT4903149030 +CONECT4903249030 +CONECT490334903449035 +CONECT4903449033 +CONECT4903549033 +CONECT490364903749038 +CONECT4903749036 +CONECT4903849036 +CONECT490394904049041 +CONECT4904049039 +CONECT4904149039 +CONECT490424904349044 +CONECT4904349042 +CONECT4904449042 +CONECT490454904649047 +CONECT4904649045 +CONECT4904749045 +CONECT490484904949050 +CONECT4904949048 +CONECT4905049048 +CONECT490514905249053 +CONECT4905249051 +CONECT4905349051 +CONECT490544905549056 +CONECT4905549054 +CONECT4905649054 +CONECT490574905849059 +CONECT4905849057 +CONECT4905949057 +CONECT490604906149062 +CONECT4906149060 +CONECT4906249060 +CONECT490634906449065 +CONECT4906449063 +CONECT4906549063 +CONECT490664906749068 +CONECT4906749066 +CONECT4906849066 +CONECT490694907049071 +CONECT4907049069 +CONECT4907149069 +CONECT490724907349074 +CONECT4907349072 +CONECT4907449072 +CONECT490754907649077 +CONECT4907649075 +CONECT4907749075 +CONECT490784907949080 +CONECT4907949078 +CONECT4908049078 +CONECT490814908249083 +CONECT4908249081 +CONECT4908349081 +CONECT490844908549086 +CONECT4908549084 +CONECT4908649084 +CONECT490874908849089 +CONECT4908849087 +CONECT4908949087 +CONECT490904909149092 +CONECT4909149090 +CONECT4909249090 +CONECT490934909449095 +CONECT4909449093 +CONECT4909549093 +CONECT490964909749098 +CONECT4909749096 +CONECT4909849096 +CONECT490994910049101 +CONECT4910049099 +CONECT4910149099 +CONECT491024910349104 +CONECT4910349102 +CONECT4910449102 +CONECT491054910649107 +CONECT4910649105 +CONECT4910749105 +CONECT491084910949110 +CONECT4910949108 +CONECT4911049108 +CONECT491114911249113 +CONECT4911249111 +CONECT4911349111 +CONECT491144911549116 +CONECT4911549114 +CONECT4911649114 +CONECT491174911849119 +CONECT4911849117 +CONECT4911949117 +CONECT491204912149122 +CONECT4912149120 +CONECT4912249120 +CONECT491234912449125 +CONECT4912449123 +CONECT4912549123 +CONECT491264912749128 +CONECT4912749126 +CONECT4912849126 +CONECT491294913049131 +CONECT4913049129 +CONECT4913149129 +CONECT491324913349134 +CONECT4913349132 +CONECT4913449132 +CONECT491354913649137 +CONECT4913649135 +CONECT4913749135 +CONECT491384913949140 +CONECT4913949138 +CONECT4914049138 +CONECT491414914249143 +CONECT4914249141 +CONECT4914349141 +CONECT491444914549146 +CONECT4914549144 +CONECT4914649144 +CONECT491474914849149 +CONECT4914849147 +CONECT4914949147 +CONECT491504915149152 +CONECT4915149150 +CONECT4915249150 +CONECT491534915449155 +CONECT4915449153 +CONECT4915549153 +CONECT491564915749158 +CONECT4915749156 +CONECT4915849156 +CONECT491594916049161 +CONECT4916049159 +CONECT4916149159 +CONECT491624916349164 +CONECT4916349162 +CONECT4916449162 +CONECT491654916649167 +CONECT4916649165 +CONECT4916749165 +CONECT491684916949170 +CONECT4916949168 +CONECT4917049168 +CONECT491714917249173 +CONECT4917249171 +CONECT4917349171 +CONECT491744917549176 +CONECT4917549174 +CONECT4917649174 +CONECT491774917849179 +CONECT4917849177 +CONECT4917949177 +CONECT491804918149182 +CONECT4918149180 +CONECT4918249180 +CONECT491834918449185 +CONECT4918449183 +CONECT4918549183 +CONECT491864918749188 +CONECT4918749186 +CONECT4918849186 +CONECT491894919049191 +CONECT4919049189 +CONECT4919149189 +CONECT491924919349194 +CONECT4919349192 +CONECT4919449192 +CONECT491954919649197 +CONECT4919649195 +CONECT4919749195 +CONECT491984919949200 +CONECT4919949198 +CONECT4920049198 +CONECT492014920249203 +CONECT4920249201 +CONECT4920349201 +CONECT492044920549206 +CONECT4920549204 +CONECT4920649204 +CONECT492074920849209 +CONECT4920849207 +CONECT4920949207 +CONECT492104921149212 +CONECT4921149210 +CONECT4921249210 +CONECT492134921449215 +CONECT4921449213 +CONECT4921549213 +CONECT492164921749218 +CONECT4921749216 +CONECT4921849216 +CONECT492194922049221 +CONECT4922049219 +CONECT4922149219 +CONECT492224922349224 +CONECT4922349222 +CONECT4922449222 +CONECT492254922649227 +CONECT4922649225 +CONECT4922749225 +CONECT492284922949230 +CONECT4922949228 +CONECT4923049228 +CONECT492314923249233 +CONECT4923249231 +CONECT4923349231 +CONECT492344923549236 +CONECT4923549234 +CONECT4923649234 +CONECT492374923849239 +CONECT4923849237 +CONECT4923949237 +CONECT492404924149242 +CONECT4924149240 +CONECT4924249240 +CONECT492434924449245 +CONECT4924449243 +CONECT4924549243 +CONECT492464924749248 +CONECT4924749246 +CONECT4924849246 +CONECT492494925049251 +CONECT4925049249 +CONECT4925149249 +CONECT492524925349254 +CONECT4925349252 +CONECT4925449252 +CONECT492554925649257 +CONECT4925649255 +CONECT4925749255 +CONECT492584925949260 +CONECT4925949258 +CONECT4926049258 +CONECT492614926249263 +CONECT4926249261 +CONECT4926349261 +CONECT492644926549266 +CONECT4926549264 +CONECT4926649264 +CONECT492674926849269 +CONECT4926849267 +CONECT4926949267 +CONECT492704927149272 +CONECT4927149270 +CONECT4927249270 +CONECT492734927449275 +CONECT4927449273 +CONECT4927549273 +CONECT492764927749278 +CONECT4927749276 +CONECT4927849276 +CONECT492794928049281 +CONECT4928049279 +CONECT4928149279 +CONECT492824928349284 +CONECT4928349282 +CONECT4928449282 +CONECT492854928649287 +CONECT4928649285 +CONECT4928749285 +CONECT492884928949290 +CONECT4928949288 +CONECT4929049288 +CONECT492914929249293 +CONECT4929249291 +CONECT4929349291 +CONECT492944929549296 +CONECT4929549294 +CONECT4929649294 +CONECT492974929849299 +CONECT4929849297 +CONECT4929949297 +CONECT493004930149302 +CONECT4930149300 +CONECT4930249300 +CONECT493034930449305 +CONECT4930449303 +CONECT4930549303 +CONECT493064930749308 +CONECT4930749306 +CONECT4930849306 +CONECT493094931049311 +CONECT4931049309 +CONECT4931149309 +CONECT493124931349314 +CONECT4931349312 +CONECT4931449312 +CONECT493154931649317 +CONECT4931649315 +CONECT4931749315 +CONECT493184931949320 +CONECT4931949318 +CONECT4932049318 +CONECT493214932249323 +CONECT4932249321 +CONECT4932349321 +CONECT493244932549326 +CONECT4932549324 +CONECT4932649324 +CONECT493274932849329 +CONECT4932849327 +CONECT4932949327 +CONECT493304933149332 +CONECT4933149330 +CONECT4933249330 +CONECT493334933449335 +CONECT4933449333 +CONECT4933549333 +CONECT493364933749338 +CONECT4933749336 +CONECT4933849336 +CONECT493394934049341 +CONECT4934049339 +CONECT4934149339 +CONECT493424934349344 +CONECT4934349342 +CONECT4934449342 +CONECT493454934649347 +CONECT4934649345 +CONECT4934749345 +CONECT493484934949350 +CONECT4934949348 +CONECT4935049348 +CONECT493514935249353 +CONECT4935249351 +CONECT4935349351 +CONECT493544935549356 +CONECT4935549354 +CONECT4935649354 +CONECT493574935849359 +CONECT4935849357 +CONECT4935949357 +CONECT493604936149362 +CONECT4936149360 +CONECT4936249360 +CONECT493634936449365 +CONECT4936449363 +CONECT4936549363 +CONECT493664936749368 +CONECT4936749366 +CONECT4936849366 +CONECT493694937049371 +CONECT4937049369 +CONECT4937149369 +CONECT493724937349374 +CONECT4937349372 +CONECT4937449372 +CONECT493754937649377 +CONECT4937649375 +CONECT4937749375 +CONECT493784937949380 +CONECT4937949378 +CONECT4938049378 +CONECT493814938249383 +CONECT4938249381 +CONECT4938349381 +CONECT493844938549386 +CONECT4938549384 +CONECT4938649384 +CONECT493874938849389 +CONECT4938849387 +CONECT4938949387 +CONECT493904939149392 +CONECT4939149390 +CONECT4939249390 +CONECT493934939449395 +CONECT4939449393 +CONECT4939549393 +CONECT493964939749398 +CONECT4939749396 +CONECT4939849396 +CONECT493994940049401 +CONECT4940049399 +CONECT4940149399 +CONECT494024940349404 +CONECT4940349402 +CONECT4940449402 +CONECT494054940649407 +CONECT4940649405 +CONECT4940749405 +CONECT494084940949410 +CONECT4940949408 +CONECT4941049408 +CONECT494114941249413 +CONECT4941249411 +CONECT4941349411 +CONECT494144941549416 +CONECT4941549414 +CONECT4941649414 +CONECT494174941849419 +CONECT4941849417 +CONECT4941949417 +CONECT494204942149422 +CONECT4942149420 +CONECT4942249420 +CONECT494234942449425 +CONECT4942449423 +CONECT4942549423 +CONECT494264942749428 +CONECT4942749426 +CONECT4942849426 +CONECT494294943049431 +CONECT4943049429 +CONECT4943149429 +CONECT494324943349434 +CONECT4943349432 +CONECT4943449432 +CONECT494354943649437 +CONECT4943649435 +CONECT4943749435 +CONECT494384943949440 +CONECT4943949438 +CONECT4944049438 +CONECT494414944249443 +CONECT4944249441 +CONECT4944349441 +CONECT494444944549446 +CONECT4944549444 +CONECT4944649444 +CONECT494474944849449 +CONECT4944849447 +CONECT4944949447 +CONECT494504945149452 +CONECT4945149450 +CONECT4945249450 +CONECT494534945449455 +CONECT4945449453 +CONECT4945549453 +CONECT494564945749458 +CONECT4945749456 +CONECT4945849456 +CONECT494594946049461 +CONECT4946049459 +CONECT4946149459 +CONECT494624946349464 +CONECT4946349462 +CONECT4946449462 +CONECT494654946649467 +CONECT4946649465 +CONECT4946749465 +CONECT494684946949470 +CONECT4946949468 +CONECT4947049468 +CONECT494714947249473 +CONECT4947249471 +CONECT4947349471 +CONECT494744947549476 +CONECT4947549474 +CONECT4947649474 +CONECT494774947849479 +CONECT4947849477 +CONECT4947949477 +CONECT494804948149482 +CONECT4948149480 +CONECT4948249480 +CONECT494834948449485 +CONECT4948449483 +CONECT4948549483 +CONECT494864948749488 +CONECT4948749486 +CONECT4948849486 +CONECT494894949049491 +CONECT4949049489 +CONECT4949149489 +CONECT494924949349494 +CONECT4949349492 +CONECT4949449492 +CONECT494954949649497 +CONECT4949649495 +CONECT4949749495 +CONECT494984949949500 +CONECT4949949498 +CONECT4950049498 +CONECT495014950249503 +CONECT4950249501 +CONECT4950349501 +CONECT495044950549506 +CONECT4950549504 +CONECT4950649504 +CONECT495074950849509 +CONECT4950849507 +CONECT4950949507 +CONECT495104951149512 +CONECT4951149510 +CONECT4951249510 +CONECT495134951449515 +CONECT4951449513 +CONECT4951549513 +CONECT495164951749518 +CONECT4951749516 +CONECT4951849516 +CONECT495194952049521 +CONECT4952049519 +CONECT4952149519 +CONECT495224952349524 +CONECT4952349522 +CONECT4952449522 +CONECT495254952649527 +CONECT4952649525 +CONECT4952749525 +CONECT495284952949530 +CONECT4952949528 +CONECT4953049528 +CONECT495314953249533 +CONECT4953249531 +CONECT4953349531 +CONECT495344953549536 +CONECT4953549534 +CONECT4953649534 +CONECT495374953849539 +CONECT4953849537 +CONECT4953949537 +CONECT495404954149542 +CONECT4954149540 +CONECT4954249540 +CONECT495434954449545 +CONECT4954449543 +CONECT4954549543 +CONECT495464954749548 +CONECT4954749546 +CONECT4954849546 +CONECT495494955049551 +CONECT4955049549 +CONECT4955149549 +CONECT495524955349554 +CONECT4955349552 +CONECT4955449552 +CONECT495554955649557 +CONECT4955649555 +CONECT4955749555 +CONECT495584955949560 +CONECT4955949558 +CONECT4956049558 +CONECT495614956249563 +CONECT4956249561 +CONECT4956349561 +CONECT495644956549566 +CONECT4956549564 +CONECT4956649564 +CONECT495674956849569 +CONECT4956849567 +CONECT4956949567 +CONECT495704957149572 +CONECT4957149570 +CONECT4957249570 +CONECT495734957449575 +CONECT4957449573 +CONECT4957549573 +CONECT495764957749578 +CONECT4957749576 +CONECT4957849576 +CONECT495794958049581 +CONECT4958049579 +CONECT4958149579 +CONECT495824958349584 +CONECT4958349582 +CONECT4958449582 +CONECT495854958649587 +CONECT4958649585 +CONECT4958749585 +CONECT495884958949590 +CONECT4958949588 +CONECT4959049588 +CONECT495914959249593 +CONECT4959249591 +CONECT4959349591 +CONECT495944959549596 +CONECT4959549594 +CONECT4959649594 +CONECT495974959849599 +CONECT4959849597 +CONECT4959949597 +CONECT496004960149602 +CONECT4960149600 +CONECT4960249600 +CONECT496034960449605 +CONECT4960449603 +CONECT4960549603 +CONECT496064960749608 +CONECT4960749606 +CONECT4960849606 +CONECT496094961049611 +CONECT4961049609 +CONECT4961149609 +CONECT496124961349614 +CONECT4961349612 +CONECT4961449612 +CONECT496154961649617 +CONECT4961649615 +CONECT4961749615 +CONECT496184961949620 +CONECT4961949618 +CONECT4962049618 +CONECT496214962249623 +CONECT4962249621 +CONECT4962349621 +CONECT496244962549626 +CONECT4962549624 +CONECT4962649624 +CONECT496274962849629 +CONECT4962849627 +CONECT4962949627 +CONECT496304963149632 +CONECT4963149630 +CONECT4963249630 +CONECT496334963449635 +CONECT4963449633 +CONECT4963549633 +CONECT496364963749638 +CONECT4963749636 +CONECT4963849636 +CONECT496394964049641 +CONECT4964049639 +CONECT4964149639 +CONECT496424964349644 +CONECT4964349642 +CONECT4964449642 +CONECT496454964649647 +CONECT4964649645 +CONECT4964749645 +CONECT496484964949650 +CONECT4964949648 +CONECT4965049648 +CONECT496514965249653 +CONECT4965249651 +CONECT4965349651 +CONECT496544965549656 +CONECT4965549654 +CONECT4965649654 +CONECT496574965849659 +CONECT4965849657 +CONECT4965949657 +CONECT496604966149662 +CONECT4966149660 +CONECT4966249660 +CONECT496634966449665 +CONECT4966449663 +CONECT4966549663 +CONECT496664966749668 +CONECT4966749666 +CONECT4966849666 +CONECT496694967049671 +CONECT4967049669 +CONECT4967149669 +CONECT496724967349674 +CONECT4967349672 +CONECT4967449672 +CONECT496754967649677 +CONECT4967649675 +CONECT4967749675 +CONECT496784967949680 +CONECT4967949678 +CONECT4968049678 +CONECT496814968249683 +CONECT4968249681 +CONECT4968349681 +CONECT496844968549686 +CONECT4968549684 +CONECT4968649684 +CONECT496874968849689 +CONECT4968849687 +CONECT4968949687 +CONECT496904969149692 +CONECT4969149690 +CONECT4969249690 +CONECT496934969449695 +CONECT4969449693 +CONECT4969549693 +CONECT496964969749698 +CONECT4969749696 +CONECT4969849696 +CONECT496994970049701 +CONECT4970049699 +CONECT4970149699 +CONECT497024970349704 +CONECT4970349702 +CONECT4970449702 +CONECT497054970649707 +CONECT4970649705 +CONECT4970749705 +CONECT497084970949710 +CONECT4970949708 +CONECT4971049708 +CONECT497114971249713 +CONECT4971249711 +CONECT4971349711 +CONECT497144971549716 +CONECT4971549714 +CONECT4971649714 +CONECT497174971849719 +CONECT4971849717 +CONECT4971949717 +CONECT497204972149722 +CONECT4972149720 +CONECT4972249720 +CONECT497234972449725 +CONECT4972449723 +CONECT4972549723 +CONECT497264972749728 +CONECT4972749726 +CONECT4972849726 +CONECT497294973049731 +CONECT4973049729 +CONECT4973149729 +CONECT497324973349734 +CONECT4973349732 +CONECT4973449732 +CONECT497354973649737 +CONECT4973649735 +CONECT4973749735 +CONECT497384973949740 +CONECT4973949738 +CONECT4974049738 +CONECT497414974249743 +CONECT4974249741 +CONECT4974349741 +CONECT497444974549746 +CONECT4974549744 +CONECT4974649744 +CONECT497474974849749 +CONECT4974849747 +CONECT4974949747 +CONECT497504975149752 +CONECT4975149750 +CONECT4975249750 +CONECT497534975449755 +CONECT4975449753 +CONECT4975549753 +CONECT497564975749758 +CONECT4975749756 +CONECT4975849756 +CONECT497594976049761 +CONECT4976049759 +CONECT4976149759 +CONECT497624976349764 +CONECT4976349762 +CONECT4976449762 +CONECT497654976649767 +CONECT4976649765 +CONECT4976749765 +CONECT497684976949770 +CONECT4976949768 +CONECT4977049768 +CONECT497714977249773 +CONECT4977249771 +CONECT4977349771 +CONECT497744977549776 +CONECT4977549774 +CONECT4977649774 +CONECT497774977849779 +CONECT4977849777 +CONECT4977949777 +CONECT497804978149782 +CONECT4978149780 +CONECT4978249780 +CONECT497834978449785 +CONECT4978449783 +CONECT4978549783 +CONECT497864978749788 +CONECT4978749786 +CONECT4978849786 +CONECT497894979049791 +CONECT4979049789 +CONECT4979149789 +CONECT497924979349794 +CONECT4979349792 +CONECT4979449792 +CONECT497954979649797 +CONECT4979649795 +CONECT4979749795 +CONECT497984979949800 +CONECT4979949798 +CONECT4980049798 +CONECT498014980249803 +CONECT4980249801 +CONECT4980349801 +CONECT498044980549806 +CONECT4980549804 +CONECT4980649804 +CONECT498074980849809 +CONECT4980849807 +CONECT4980949807 +CONECT498104981149812 +CONECT4981149810 +CONECT4981249810 +CONECT498134981449815 +CONECT4981449813 +CONECT4981549813 +CONECT498164981749818 +CONECT4981749816 +CONECT4981849816 +CONECT498194982049821 +CONECT4982049819 +CONECT4982149819 +CONECT498224982349824 +CONECT4982349822 +CONECT4982449822 +CONECT498254982649827 +CONECT4982649825 +CONECT4982749825 +CONECT498284982949830 +CONECT4982949828 +CONECT4983049828 +CONECT498314983249833 +CONECT4983249831 +CONECT4983349831 +CONECT498344983549836 +CONECT4983549834 +CONECT4983649834 +CONECT498374983849839 +CONECT4983849837 +CONECT4983949837 +CONECT498404984149842 +CONECT4984149840 +CONECT4984249840 +CONECT498434984449845 +CONECT4984449843 +CONECT4984549843 +CONECT498464984749848 +CONECT4984749846 +CONECT4984849846 +CONECT498494985049851 +CONECT4985049849 +CONECT4985149849 +CONECT498524985349854 +CONECT4985349852 +CONECT4985449852 +CONECT498554985649857 +CONECT4985649855 +CONECT4985749855 +CONECT498584985949860 +CONECT4985949858 +CONECT4986049858 +CONECT498614986249863 +CONECT4986249861 +CONECT4986349861 +CONECT498644986549866 +CONECT4986549864 +CONECT4986649864 +CONECT498674986849869 +CONECT4986849867 +CONECT4986949867 +CONECT498704987149872 +CONECT4987149870 +CONECT4987249870 +CONECT498734987449875 +CONECT4987449873 +CONECT4987549873 +CONECT498764987749878 +CONECT4987749876 +CONECT4987849876 +CONECT498794988049881 +CONECT4988049879 +CONECT4988149879 +CONECT498824988349884 +CONECT4988349882 +CONECT4988449882 +CONECT498854988649887 +CONECT4988649885 +CONECT4988749885 +CONECT498884988949890 +CONECT4988949888 +CONECT4989049888 +CONECT498914989249893 +CONECT4989249891 +CONECT4989349891 +CONECT498944989549896 +CONECT4989549894 +CONECT4989649894 +CONECT498974989849899 +CONECT4989849897 +CONECT4989949897 +CONECT499004990149902 +CONECT4990149900 +CONECT4990249900 +CONECT499034990449905 +CONECT4990449903 +CONECT4990549903 +CONECT499064990749908 +CONECT4990749906 +CONECT4990849906 +CONECT499094991049911 +CONECT4991049909 +CONECT4991149909 +CONECT499124991349914 +CONECT4991349912 +CONECT4991449912 +CONECT499154991649917 +CONECT4991649915 +CONECT4991749915 +CONECT499184991949920 +CONECT4991949918 +CONECT4992049918 +CONECT499214992249923 +CONECT4992249921 +CONECT4992349921 +CONECT499244992549926 +CONECT4992549924 +CONECT4992649924 +CONECT499274992849929 +CONECT4992849927 +CONECT4992949927 +CONECT499304993149932 +CONECT4993149930 +CONECT4993249930 +CONECT499334993449935 +CONECT4993449933 +CONECT4993549933 +CONECT499364993749938 +CONECT4993749936 +CONECT4993849936 +CONECT499394994049941 +CONECT4994049939 +CONECT4994149939 +CONECT499424994349944 +CONECT4994349942 +CONECT4994449942 +CONECT499454994649947 +CONECT4994649945 +CONECT4994749945 +CONECT499484994949950 +CONECT4994949948 +CONECT4995049948 +CONECT499514995249953 +CONECT4995249951 +CONECT4995349951 +CONECT499544995549956 +CONECT4995549954 +CONECT4995649954 +CONECT499574995849959 +CONECT4995849957 +CONECT4995949957 +CONECT499604996149962 +CONECT4996149960 +CONECT4996249960 +CONECT499634996449965 +CONECT4996449963 +CONECT4996549963 +CONECT499664996749968 +CONECT4996749966 +CONECT4996849966 +CONECT499694997049971 +CONECT4997049969 +CONECT4997149969 +CONECT499724997349974 +CONECT4997349972 +CONECT4997449972 +CONECT499754997649977 +CONECT4997649975 +CONECT4997749975 +CONECT499784997949980 +CONECT4997949978 +CONECT4998049978 +CONECT499814998249983 +CONECT4998249981 +CONECT4998349981 +CONECT499844998549986 +CONECT4998549984 +CONECT4998649984 +CONECT499874998849989 +CONECT4998849987 +CONECT4998949987 +CONECT499904999149992 +CONECT4999149990 +CONECT4999249990 +CONECT499934999449995 +CONECT4999449993 +CONECT4999549993 +CONECT499964999749998 +CONECT4999749996 +CONECT4999849996 +CONECT499995000050001 +CONECT5000049999 +CONECT5000149999 +CONECT500025000350004 +CONECT5000350002 +CONECT5000450002 +CONECT500055000650007 +CONECT5000650005 +CONECT5000750005 +CONECT500085000950010 +CONECT5000950008 +CONECT5001050008 +CONECT500115001250013 +CONECT5001250011 +CONECT5001350011 +CONECT500145001550016 +CONECT5001550014 +CONECT5001650014 +CONECT500175001850019 +CONECT5001850017 +CONECT5001950017 +CONECT500205002150022 +CONECT5002150020 +CONECT5002250020 +CONECT500235002450025 +CONECT5002450023 +CONECT5002550023 +CONECT500265002750028 +CONECT5002750026 +CONECT5002850026 +CONECT500295003050031 +CONECT5003050029 +CONECT5003150029 +CONECT500325003350034 +CONECT5003350032 +CONECT5003450032 +CONECT500355003650037 +CONECT5003650035 +CONECT5003750035 +CONECT500385003950040 +CONECT5003950038 +CONECT5004050038 +CONECT500415004250043 +CONECT5004250041 +CONECT5004350041 +CONECT500445004550046 +CONECT5004550044 +CONECT5004650044 +CONECT500475004850049 +CONECT5004850047 +CONECT5004950047 +CONECT500505005150052 +CONECT5005150050 +CONECT5005250050 +CONECT500535005450055 +CONECT5005450053 +CONECT5005550053 +CONECT500565005750058 +CONECT5005750056 +CONECT5005850056 +CONECT500595006050061 +CONECT5006050059 +CONECT5006150059 +CONECT500625006350064 +CONECT5006350062 +CONECT5006450062 +CONECT500655006650067 +CONECT5006650065 +CONECT5006750065 +CONECT500685006950070 +CONECT5006950068 +CONECT5007050068 +CONECT500715007250073 +CONECT5007250071 +CONECT5007350071 +CONECT500745007550076 +CONECT5007550074 +CONECT5007650074 +CONECT500775007850079 +CONECT5007850077 +CONECT5007950077 +CONECT500805008150082 +CONECT5008150080 +CONECT5008250080 +CONECT500835008450085 +CONECT5008450083 +CONECT5008550083 +CONECT500865008750088 +CONECT5008750086 +CONECT5008850086 +CONECT500895009050091 +CONECT5009050089 +CONECT5009150089 +CONECT500925009350094 +CONECT5009350092 +CONECT5009450092 +CONECT500955009650097 +CONECT5009650095 +CONECT5009750095 +CONECT500985009950100 +CONECT5009950098 +CONECT5010050098 +CONECT501015010250103 +CONECT5010250101 +CONECT5010350101 +CONECT501045010550106 +CONECT5010550104 +CONECT5010650104 +CONECT501075010850109 +CONECT5010850107 +CONECT5010950107 +CONECT501105011150112 +CONECT5011150110 +CONECT5011250110 +CONECT501135011450115 +CONECT5011450113 +CONECT5011550113 +CONECT501165011750118 +CONECT5011750116 +CONECT5011850116 +CONECT501195012050121 +CONECT5012050119 +CONECT5012150119 +CONECT501225012350124 +CONECT5012350122 +CONECT5012450122 +CONECT501255012650127 +CONECT5012650125 +CONECT5012750125 +CONECT501285012950130 +CONECT5012950128 +CONECT5013050128 +CONECT501315013250133 +CONECT5013250131 +CONECT5013350131 +CONECT501345013550136 +CONECT5013550134 +CONECT5013650134 +CONECT501375013850139 +CONECT5013850137 +CONECT5013950137 +CONECT501405014150142 +CONECT5014150140 +CONECT5014250140 +CONECT501435014450145 +CONECT5014450143 +CONECT5014550143 +CONECT501465014750148 +CONECT5014750146 +CONECT5014850146 +CONECT501495015050151 +CONECT5015050149 +CONECT5015150149 +CONECT501525015350154 +CONECT5015350152 +CONECT5015450152 +CONECT501555015650157 +CONECT5015650155 +CONECT5015750155 +CONECT501585015950160 +CONECT5015950158 +CONECT5016050158 +CONECT501615016250163 +CONECT5016250161 +CONECT5016350161 +CONECT501645016550166 +CONECT5016550164 +CONECT5016650164 +CONECT501675016850169 +CONECT5016850167 +CONECT5016950167 +CONECT501705017150172 +CONECT5017150170 +CONECT5017250170 +CONECT501735017450175 +CONECT5017450173 +CONECT5017550173 +CONECT501765017750178 +CONECT5017750176 +CONECT5017850176 +CONECT501795018050181 +CONECT5018050179 +CONECT5018150179 +CONECT501825018350184 +CONECT5018350182 +CONECT5018450182 +CONECT501855018650187 +CONECT5018650185 +CONECT5018750185 +CONECT501885018950190 +CONECT5018950188 +CONECT5019050188 +CONECT501915019250193 +CONECT5019250191 +CONECT5019350191 +CONECT501945019550196 +CONECT5019550194 +CONECT5019650194 +CONECT501975019850199 +CONECT5019850197 +CONECT5019950197 +CONECT502005020150202 +CONECT5020150200 +CONECT5020250200 +CONECT502035020450205 +CONECT5020450203 +CONECT5020550203 +CONECT502065020750208 +CONECT5020750206 +CONECT5020850206 +CONECT502095021050211 +CONECT5021050209 +CONECT5021150209 +CONECT502125021350214 +CONECT5021350212 +CONECT5021450212 +CONECT502155021650217 +CONECT5021650215 +CONECT5021750215 +CONECT502185021950220 +CONECT5021950218 +CONECT5022050218 +CONECT502215022250223 +CONECT5022250221 +CONECT5022350221 +CONECT502245022550226 +CONECT5022550224 +CONECT5022650224 +CONECT502275022850229 +CONECT5022850227 +CONECT5022950227 +CONECT502305023150232 +CONECT5023150230 +CONECT5023250230 +CONECT502335023450235 +CONECT5023450233 +CONECT5023550233 +CONECT502365023750238 +CONECT5023750236 +CONECT5023850236 +CONECT502395024050241 +CONECT5024050239 +CONECT5024150239 +CONECT502425024350244 +CONECT5024350242 +CONECT5024450242 +CONECT502455024650247 +CONECT5024650245 +CONECT5024750245 +CONECT502485024950250 +CONECT5024950248 +CONECT5025050248 +CONECT502515025250253 +CONECT5025250251 +CONECT5025350251 +CONECT502545025550256 +CONECT5025550254 +CONECT5025650254 +CONECT502575025850259 +CONECT5025850257 +CONECT5025950257 +CONECT502605026150262 +CONECT5026150260 +CONECT5026250260 +CONECT502635026450265 +CONECT5026450263 +CONECT5026550263 +CONECT502665026750268 +CONECT5026750266 +CONECT5026850266 +CONECT502695027050271 +CONECT5027050269 +CONECT5027150269 +CONECT502725027350274 +CONECT5027350272 +CONECT5027450272 +CONECT502755027650277 +CONECT5027650275 +CONECT5027750275 +CONECT502785027950280 +CONECT5027950278 +CONECT5028050278 +CONECT502815028250283 +CONECT5028250281 +CONECT5028350281 +CONECT502845028550286 +CONECT5028550284 +CONECT5028650284 +CONECT502875028850289 +CONECT5028850287 +CONECT5028950287 +CONECT502905029150292 +CONECT5029150290 +CONECT5029250290 +CONECT502935029450295 +CONECT5029450293 +CONECT5029550293 +CONECT502965029750298 +CONECT5029750296 +CONECT5029850296 +CONECT502995030050301 +CONECT5030050299 +CONECT5030150299 +CONECT503025030350304 +CONECT5030350302 +CONECT5030450302 +CONECT503055030650307 +CONECT5030650305 +CONECT5030750305 +CONECT503085030950310 +CONECT5030950308 +CONECT5031050308 +CONECT503115031250313 +CONECT5031250311 +CONECT5031350311 +CONECT503145031550316 +CONECT5031550314 +CONECT5031650314 +CONECT503175031850319 +CONECT5031850317 +CONECT5031950317 +CONECT503205032150322 +CONECT5032150320 +CONECT5032250320 +CONECT503235032450325 +CONECT5032450323 +CONECT5032550323 +CONECT503265032750328 +CONECT5032750326 +CONECT5032850326 +CONECT503295033050331 +CONECT5033050329 +CONECT5033150329 +CONECT503325033350334 +CONECT5033350332 +CONECT5033450332 +CONECT503355033650337 +CONECT5033650335 +CONECT5033750335 +CONECT503385033950340 +CONECT5033950338 +CONECT5034050338 +CONECT503415034250343 +CONECT5034250341 +CONECT5034350341 +CONECT503445034550346 +CONECT5034550344 +CONECT5034650344 +CONECT503475034850349 +CONECT5034850347 +CONECT5034950347 +CONECT503505035150352 +CONECT5035150350 +CONECT5035250350 +CONECT503535035450355 +CONECT5035450353 +CONECT5035550353 +CONECT503565035750358 +CONECT5035750356 +CONECT5035850356 +CONECT503595036050361 +CONECT5036050359 +CONECT5036150359 +CONECT503625036350364 +CONECT5036350362 +CONECT5036450362 +CONECT503655036650367 +CONECT5036650365 +CONECT5036750365 +CONECT503685036950370 +CONECT5036950368 +CONECT5037050368 +CONECT503715037250373 +CONECT5037250371 +CONECT5037350371 +CONECT503745037550376 +CONECT5037550374 +CONECT5037650374 +CONECT503775037850379 +CONECT5037850377 +CONECT5037950377 +CONECT503805038150382 +CONECT5038150380 +CONECT5038250380 +CONECT503835038450385 +CONECT5038450383 +CONECT5038550383 +CONECT503865038750388 +CONECT5038750386 +CONECT5038850386 +CONECT503895039050391 +CONECT5039050389 +CONECT5039150389 +CONECT503925039350394 +CONECT5039350392 +CONECT5039450392 +CONECT503955039650397 +CONECT5039650395 +CONECT5039750395 +CONECT503985039950400 +CONECT5039950398 +CONECT5040050398 +CONECT504015040250403 +CONECT5040250401 +CONECT5040350401 +CONECT504045040550406 +CONECT5040550404 +CONECT5040650404 +CONECT504075040850409 +CONECT5040850407 +CONECT5040950407 +CONECT504105041150412 +CONECT5041150410 +CONECT5041250410 +CONECT504135041450415 +CONECT5041450413 +CONECT5041550413 +CONECT504165041750418 +CONECT5041750416 +CONECT5041850416 +CONECT504195042050421 +CONECT5042050419 +CONECT5042150419 +CONECT504225042350424 +CONECT5042350422 +CONECT5042450422 +CONECT504255042650427 +CONECT5042650425 +CONECT5042750425 +CONECT504285042950430 +CONECT5042950428 +CONECT5043050428 +CONECT504315043250433 +CONECT5043250431 +CONECT5043350431 +CONECT504345043550436 +CONECT5043550434 +CONECT5043650434 +CONECT504375043850439 +CONECT5043850437 +CONECT5043950437 +CONECT504405044150442 +CONECT5044150440 +CONECT5044250440 +CONECT504435044450445 +CONECT5044450443 +CONECT5044550443 +CONECT504465044750448 +CONECT5044750446 +CONECT5044850446 +CONECT504495045050451 +CONECT5045050449 +CONECT5045150449 +CONECT504525045350454 +CONECT5045350452 +CONECT5045450452 +CONECT504555045650457 +CONECT5045650455 +CONECT5045750455 +CONECT504585045950460 +CONECT5045950458 +CONECT5046050458 +CONECT504615046250463 +CONECT5046250461 +CONECT5046350461 +CONECT504645046550466 +CONECT5046550464 +CONECT5046650464 +CONECT504675046850469 +CONECT5046850467 +CONECT5046950467 +CONECT504705047150472 +CONECT5047150470 +CONECT5047250470 +CONECT504735047450475 +CONECT5047450473 +CONECT5047550473 +CONECT504765047750478 +CONECT5047750476 +CONECT5047850476 +CONECT504795048050481 +CONECT5048050479 +CONECT5048150479 +CONECT504825048350484 +CONECT5048350482 +CONECT5048450482 +CONECT504855048650487 +CONECT5048650485 +CONECT5048750485 +CONECT504885048950490 +CONECT5048950488 +CONECT5049050488 +CONECT504915049250493 +CONECT5049250491 +CONECT5049350491 +CONECT504945049550496 +CONECT5049550494 +CONECT5049650494 +CONECT504975049850499 +CONECT5049850497 +CONECT5049950497 +CONECT505005050150502 +CONECT5050150500 +CONECT5050250500 +CONECT505035050450505 +CONECT5050450503 +CONECT5050550503 +CONECT505065050750508 +CONECT5050750506 +CONECT5050850506 +CONECT505095051050511 +CONECT5051050509 +CONECT5051150509 +CONECT505125051350514 +CONECT5051350512 +CONECT5051450512 +CONECT505155051650517 +CONECT5051650515 +CONECT5051750515 +CONECT505185051950520 +CONECT5051950518 +CONECT5052050518 +CONECT505215052250523 +CONECT5052250521 +CONECT5052350521 +CONECT505245052550526 +CONECT5052550524 +CONECT5052650524 +CONECT505275052850529 +CONECT5052850527 +CONECT5052950527 +CONECT505305053150532 +CONECT5053150530 +CONECT5053250530 +CONECT505335053450535 +CONECT5053450533 +CONECT5053550533 +CONECT505365053750538 +CONECT5053750536 +CONECT5053850536 +CONECT505395054050541 +CONECT5054050539 +CONECT5054150539 +CONECT505425054350544 +CONECT5054350542 +CONECT5054450542 +CONECT505455054650547 +CONECT5054650545 +CONECT5054750545 +CONECT505485054950550 +CONECT5054950548 +CONECT5055050548 +CONECT505515055250553 +CONECT5055250551 +CONECT5055350551 +CONECT505545055550556 +CONECT5055550554 +CONECT5055650554 +CONECT505575055850559 +CONECT5055850557 +CONECT5055950557 +CONECT505605056150562 +CONECT5056150560 +CONECT5056250560 +CONECT505635056450565 +CONECT5056450563 +CONECT5056550563 +CONECT505665056750568 +CONECT5056750566 +CONECT5056850566 +CONECT505695057050571 +CONECT5057050569 +CONECT5057150569 +CONECT505725057350574 +CONECT5057350572 +CONECT5057450572 +CONECT505755057650577 +CONECT5057650575 +CONECT5057750575 +CONECT505785057950580 +CONECT5057950578 +CONECT5058050578 +CONECT505815058250583 +CONECT5058250581 +CONECT5058350581 +CONECT505845058550586 +CONECT5058550584 +CONECT5058650584 +CONECT505875058850589 +CONECT5058850587 +CONECT5058950587 +CONECT505905059150592 +CONECT5059150590 +CONECT5059250590 +CONECT505935059450595 +CONECT5059450593 +CONECT5059550593 +CONECT505965059750598 +CONECT5059750596 +CONECT5059850596 +CONECT505995060050601 +CONECT5060050599 +CONECT5060150599 +CONECT506025060350604 +CONECT5060350602 +CONECT5060450602 +CONECT506055060650607 +CONECT5060650605 +CONECT5060750605 +CONECT506085060950610 +CONECT5060950608 +CONECT5061050608 +CONECT506115061250613 +CONECT5061250611 +CONECT5061350611 +CONECT506145061550616 +CONECT5061550614 +CONECT5061650614 +CONECT506175061850619 +CONECT5061850617 +CONECT5061950617 +CONECT506205062150622 +CONECT5062150620 +CONECT5062250620 +CONECT506235062450625 +CONECT5062450623 +CONECT5062550623 +CONECT506265062750628 +CONECT5062750626 +CONECT5062850626 +CONECT506295063050631 +CONECT5063050629 +CONECT5063150629 +CONECT506325063350634 +CONECT5063350632 +CONECT5063450632 +CONECT506355063650637 +CONECT5063650635 +CONECT5063750635 +CONECT506385063950640 +CONECT5063950638 +CONECT5064050638 +CONECT506415064250643 +CONECT5064250641 +CONECT5064350641 +CONECT506445064550646 +CONECT5064550644 +CONECT5064650644 +CONECT506475064850649 +CONECT5064850647 +CONECT5064950647 +CONECT506505065150652 +CONECT5065150650 +CONECT5065250650 +CONECT506535065450655 +CONECT5065450653 +CONECT5065550653 +CONECT506565065750658 +CONECT5065750656 +CONECT5065850656 +CONECT506595066050661 +CONECT5066050659 +CONECT5066150659 +CONECT506625066350664 +CONECT5066350662 +CONECT5066450662 +CONECT506655066650667 +CONECT5066650665 +CONECT5066750665 +CONECT506685066950670 +CONECT5066950668 +CONECT5067050668 +CONECT506715067250673 +CONECT5067250671 +CONECT5067350671 +CONECT506745067550676 +CONECT5067550674 +CONECT5067650674 +CONECT506775067850679 +CONECT5067850677 +CONECT5067950677 +CONECT506805068150682 +CONECT5068150680 +CONECT5068250680 +CONECT506835068450685 +CONECT5068450683 +CONECT5068550683 +CONECT506865068750688 +CONECT5068750686 +CONECT5068850686 +CONECT506895069050691 +CONECT5069050689 +CONECT5069150689 +CONECT506925069350694 +CONECT5069350692 +CONECT5069450692 +CONECT506955069650697 +CONECT5069650695 +CONECT5069750695 +CONECT506985069950700 +CONECT5069950698 +CONECT5070050698 +CONECT507015070250703 +CONECT5070250701 +CONECT5070350701 +CONECT507045070550706 +CONECT5070550704 +CONECT5070650704 +CONECT507075070850709 +CONECT5070850707 +CONECT5070950707 +CONECT507105071150712 +CONECT5071150710 +CONECT5071250710 +CONECT507135071450715 +CONECT5071450713 +CONECT5071550713 +CONECT507165071750718 +CONECT5071750716 +CONECT5071850716 +CONECT507195072050721 +CONECT5072050719 +CONECT5072150719 +CONECT507225072350724 +CONECT5072350722 +CONECT5072450722 +CONECT507255072650727 +CONECT5072650725 +CONECT5072750725 +CONECT507285072950730 +CONECT5072950728 +CONECT5073050728 +CONECT507315073250733 +CONECT5073250731 +CONECT5073350731 +CONECT507345073550736 +CONECT5073550734 +CONECT5073650734 +CONECT507375073850739 +CONECT5073850737 +CONECT5073950737 +CONECT507405074150742 +CONECT5074150740 +CONECT5074250740 +CONECT507435074450745 +CONECT5074450743 +CONECT5074550743 +CONECT507465074750748 +CONECT5074750746 +CONECT5074850746 +CONECT507495075050751 +CONECT5075050749 +CONECT5075150749 +CONECT507525075350754 +CONECT5075350752 +CONECT5075450752 +CONECT507555075650757 +CONECT5075650755 +CONECT5075750755 +CONECT507585075950760 +CONECT5075950758 +CONECT5076050758 +CONECT507615076250763 +CONECT5076250761 +CONECT5076350761 +CONECT507645076550766 +CONECT5076550764 +CONECT5076650764 +CONECT507675076850769 +CONECT5076850767 +CONECT5076950767 +CONECT507705077150772 +CONECT5077150770 +CONECT5077250770 +CONECT507735077450775 +CONECT5077450773 +CONECT5077550773 +CONECT507765077750778 +CONECT5077750776 +CONECT5077850776 +CONECT507795078050781 +CONECT5078050779 +CONECT5078150779 +CONECT507825078350784 +CONECT5078350782 +CONECT5078450782 +CONECT507855078650787 +CONECT5078650785 +CONECT5078750785 +CONECT507885078950790 +CONECT5078950788 +CONECT5079050788 +CONECT507915079250793 +CONECT5079250791 +CONECT5079350791 +CONECT507945079550796 +CONECT5079550794 +CONECT5079650794 +CONECT507975079850799 +CONECT5079850797 +CONECT5079950797 +CONECT508005080150802 +CONECT5080150800 +CONECT5080250800 +CONECT508035080450805 +CONECT5080450803 +CONECT5080550803 +CONECT508065080750808 +CONECT5080750806 +CONECT5080850806 +CONECT508095081050811 +CONECT5081050809 +CONECT5081150809 +CONECT508125081350814 +CONECT5081350812 +CONECT5081450812 +CONECT508155081650817 +CONECT5081650815 +CONECT5081750815 +CONECT508185081950820 +CONECT5081950818 +CONECT5082050818 +CONECT508215082250823 +CONECT5082250821 +CONECT5082350821 +CONECT508245082550826 +CONECT5082550824 +CONECT5082650824 +CONECT508275082850829 +CONECT5082850827 +CONECT5082950827 +CONECT508305083150832 +CONECT5083150830 +CONECT5083250830 +CONECT508335083450835 +CONECT5083450833 +CONECT5083550833 +CONECT508365083750838 +CONECT5083750836 +CONECT5083850836 +CONECT508395084050841 +CONECT5084050839 +CONECT5084150839 +CONECT508425084350844 +CONECT5084350842 +CONECT5084450842 +CONECT508455084650847 +CONECT5084650845 +CONECT5084750845 +CONECT508485084950850 +CONECT5084950848 +CONECT5085050848 +CONECT508515085250853 +CONECT5085250851 +CONECT5085350851 +CONECT508545085550856 +CONECT5085550854 +CONECT5085650854 +CONECT508575085850859 +CONECT5085850857 +CONECT5085950857 +CONECT508605086150862 +CONECT5086150860 +CONECT5086250860 +CONECT508635086450865 +CONECT5086450863 +CONECT5086550863 +CONECT508665086750868 +CONECT5086750866 +CONECT5086850866 +CONECT508695087050871 +CONECT5087050869 +CONECT5087150869 +CONECT508725087350874 +CONECT5087350872 +CONECT5087450872 +CONECT508755087650877 +CONECT5087650875 +CONECT5087750875 +CONECT508785087950880 +CONECT5087950878 +CONECT5088050878 +CONECT508815088250883 +CONECT5088250881 +CONECT5088350881 +CONECT508845088550886 +CONECT5088550884 +CONECT5088650884 +CONECT508875088850889 +CONECT5088850887 +CONECT5088950887 +CONECT508905089150892 +CONECT5089150890 +CONECT5089250890 +CONECT508935089450895 +CONECT5089450893 +CONECT5089550893 +CONECT508965089750898 +CONECT5089750896 +CONECT5089850896 +CONECT508995090050901 +CONECT5090050899 +CONECT5090150899 +CONECT509025090350904 +CONECT5090350902 +CONECT5090450902 +CONECT509055090650907 +CONECT5090650905 +CONECT5090750905 +CONECT509085090950910 +CONECT5090950908 +CONECT5091050908 +CONECT509115091250913 +CONECT5091250911 +CONECT5091350911 +CONECT509145091550916 +CONECT5091550914 +CONECT5091650914 +CONECT509175091850919 +CONECT5091850917 +CONECT5091950917 +CONECT509205092150922 +CONECT5092150920 +CONECT5092250920 +CONECT509235092450925 +CONECT5092450923 +CONECT5092550923 +CONECT509265092750928 +CONECT5092750926 +CONECT5092850926 +CONECT509295093050931 +CONECT5093050929 +CONECT5093150929 +CONECT509325093350934 +CONECT5093350932 +CONECT5093450932 +CONECT509355093650937 +CONECT5093650935 +CONECT5093750935 +CONECT509385093950940 +CONECT5093950938 +CONECT5094050938 +CONECT509415094250943 +CONECT5094250941 +CONECT5094350941 +CONECT509445094550946 +CONECT5094550944 +CONECT5094650944 +CONECT509475094850949 +CONECT5094850947 +CONECT5094950947 +CONECT509505095150952 +CONECT5095150950 +CONECT5095250950 +CONECT509535095450955 +CONECT5095450953 +CONECT5095550953 +CONECT509565095750958 +CONECT5095750956 +CONECT5095850956 +CONECT509595096050961 +CONECT5096050959 +CONECT5096150959 +CONECT509625096350964 +CONECT5096350962 +CONECT5096450962 +CONECT509655096650967 +CONECT5096650965 +CONECT5096750965 +CONECT509685096950970 +CONECT5096950968 +CONECT5097050968 +CONECT509715097250973 +CONECT5097250971 +CONECT5097350971 +CONECT509745097550976 +CONECT5097550974 +CONECT5097650974 +CONECT509775097850979 +CONECT5097850977 +CONECT5097950977 +CONECT509805098150982 +CONECT5098150980 +CONECT5098250980 +CONECT509835098450985 +CONECT5098450983 +CONECT5098550983 +CONECT509865098750988 +CONECT5098750986 +CONECT5098850986 +CONECT509895099050991 +CONECT5099050989 +CONECT5099150989 +CONECT509925099350994 +CONECT5099350992 +CONECT5099450992 +CONECT509955099650997 +CONECT5099650995 +CONECT5099750995 +CONECT509985099951000 +CONECT5099950998 +CONECT5100050998 +CONECT510015100251003 +CONECT5100251001 +CONECT5100351001 +CONECT510045100551006 +CONECT5100551004 +CONECT5100651004 +CONECT510075100851009 +CONECT5100851007 +CONECT5100951007 +CONECT510105101151012 +CONECT5101151010 +CONECT5101251010 +CONECT510135101451015 +CONECT5101451013 +CONECT5101551013 +CONECT510165101751018 +CONECT5101751016 +CONECT5101851016 +CONECT510195102051021 +CONECT5102051019 +CONECT5102151019 +CONECT510225102351024 +CONECT5102351022 +CONECT5102451022 +CONECT510255102651027 +CONECT5102651025 +CONECT5102751025 +CONECT510285102951030 +CONECT5102951028 +CONECT5103051028 +CONECT510315103251033 +CONECT5103251031 +CONECT5103351031 +CONECT510345103551036 +CONECT5103551034 +CONECT5103651034 +CONECT510375103851039 +CONECT5103851037 +CONECT5103951037 +CONECT510405104151042 +CONECT5104151040 +CONECT5104251040 +CONECT510435104451045 +CONECT5104451043 +CONECT5104551043 +CONECT510465104751048 +CONECT5104751046 +CONECT5104851046 +CONECT510495105051051 +CONECT5105051049 +CONECT5105151049 +CONECT510525105351054 +CONECT5105351052 +CONECT5105451052 +CONECT510555105651057 +CONECT5105651055 +CONECT5105751055 +CONECT510585105951060 +CONECT5105951058 +CONECT5106051058 +CONECT510615106251063 +CONECT5106251061 +CONECT5106351061 +CONECT510645106551066 +CONECT5106551064 +CONECT5106651064 +CONECT510675106851069 +CONECT5106851067 +CONECT5106951067 +CONECT510705107151072 +CONECT5107151070 +CONECT5107251070 +CONECT510735107451075 +CONECT5107451073 +CONECT5107551073 +CONECT510765107751078 +CONECT5107751076 +CONECT5107851076 +CONECT510795108051081 +CONECT5108051079 +CONECT5108151079 +CONECT510825108351084 +CONECT5108351082 +CONECT5108451082 +CONECT510855108651087 +CONECT5108651085 +CONECT5108751085 +CONECT510885108951090 +CONECT5108951088 +CONECT5109051088 +CONECT510915109251093 +CONECT5109251091 +CONECT5109351091 +CONECT510945109551096 +CONECT5109551094 +CONECT5109651094 +CONECT510975109851099 +CONECT5109851097 +CONECT5109951097 +CONECT511005110151102 +CONECT5110151100 +CONECT5110251100 +CONECT511035110451105 +CONECT5110451103 +CONECT5110551103 +CONECT511065110751108 +CONECT5110751106 +CONECT5110851106 +CONECT511095111051111 +CONECT5111051109 +CONECT5111151109 +CONECT511125111351114 +CONECT5111351112 +CONECT5111451112 +CONECT511155111651117 +CONECT5111651115 +CONECT5111751115 +CONECT511185111951120 +CONECT5111951118 +CONECT5112051118 +CONECT511215112251123 +CONECT5112251121 +CONECT5112351121 +CONECT511245112551126 +CONECT5112551124 +CONECT5112651124 +CONECT511275112851129 +CONECT5112851127 +CONECT5112951127 +CONECT511305113151132 +CONECT5113151130 +CONECT5113251130 +CONECT511335113451135 +CONECT5113451133 +CONECT5113551133 +CONECT511365113751138 +CONECT5113751136 +CONECT5113851136 +CONECT511395114051141 +CONECT5114051139 +CONECT5114151139 +CONECT511425114351144 +CONECT5114351142 +CONECT5114451142 +CONECT511455114651147 +CONECT5114651145 +CONECT5114751145 +CONECT511485114951150 +CONECT5114951148 +CONECT5115051148 +CONECT511515115251153 +CONECT5115251151 +CONECT5115351151 +CONECT511545115551156 +CONECT5115551154 +CONECT5115651154 +CONECT511575115851159 +CONECT5115851157 +CONECT5115951157 +CONECT511605116151162 +CONECT5116151160 +CONECT5116251160 +CONECT511635116451165 +CONECT5116451163 +CONECT5116551163 +CONECT511665116751168 +CONECT5116751166 +CONECT5116851166 +CONECT511695117051171 +CONECT5117051169 +CONECT5117151169 +CONECT511725117351174 +CONECT5117351172 +CONECT5117451172 +CONECT511755117651177 +CONECT5117651175 +CONECT5117751175 +CONECT511785117951180 +CONECT5117951178 +CONECT5118051178 +CONECT511815118251183 +CONECT5118251181 +CONECT5118351181 +CONECT511845118551186 +CONECT5118551184 +CONECT5118651184 +CONECT511875118851189 +CONECT5118851187 +CONECT5118951187 +CONECT511905119151192 +CONECT5119151190 +CONECT5119251190 +CONECT511935119451195 +CONECT5119451193 +CONECT5119551193 +CONECT511965119751198 +CONECT5119751196 +CONECT5119851196 +CONECT511995120051201 +CONECT5120051199 +CONECT5120151199 +CONECT512025120351204 +CONECT5120351202 +CONECT5120451202 +CONECT512055120651207 +CONECT5120651205 +CONECT5120751205 +CONECT512085120951210 +CONECT5120951208 +CONECT5121051208 +CONECT512115121251213 +CONECT5121251211 +CONECT5121351211 +CONECT512145121551216 +CONECT5121551214 +CONECT5121651214 +CONECT512175121851219 +CONECT5121851217 +CONECT5121951217 +CONECT512205122151222 +CONECT5122151220 +CONECT5122251220 +CONECT512235122451225 +CONECT5122451223 +CONECT5122551223 +CONECT512265122751228 +CONECT5122751226 +CONECT5122851226 +CONECT512295123051231 +CONECT5123051229 +CONECT5123151229 +CONECT512325123351234 +CONECT5123351232 +CONECT5123451232 +CONECT512355123651237 +CONECT5123651235 +CONECT5123751235 +CONECT512385123951240 +CONECT5123951238 +CONECT5124051238 +CONECT512415124251243 +CONECT5124251241 +CONECT5124351241 +CONECT512445124551246 +CONECT5124551244 +CONECT5124651244 +CONECT512475124851249 +CONECT5124851247 +CONECT5124951247 +CONECT512505125151252 +CONECT5125151250 +CONECT5125251250 +CONECT512535125451255 +CONECT5125451253 +CONECT5125551253 +CONECT512565125751258 +CONECT5125751256 +CONECT5125851256 +CONECT512595126051261 +CONECT5126051259 +CONECT5126151259 +CONECT512625126351264 +CONECT5126351262 +CONECT5126451262 +CONECT512655126651267 +CONECT5126651265 +CONECT5126751265 +CONECT512685126951270 +CONECT5126951268 +CONECT5127051268 +CONECT512715127251273 +CONECT5127251271 +CONECT5127351271 +CONECT512745127551276 +CONECT5127551274 +CONECT5127651274 +CONECT512775127851279 +CONECT5127851277 +CONECT5127951277 +CONECT512805128151282 +CONECT5128151280 +CONECT5128251280 +CONECT512835128451285 +CONECT5128451283 +CONECT5128551283 +CONECT512865128751288 +CONECT5128751286 +CONECT5128851286 +CONECT512895129051291 +CONECT5129051289 +CONECT5129151289 +CONECT512925129351294 +CONECT5129351292 +CONECT5129451292 +CONECT512955129651297 +CONECT5129651295 +CONECT5129751295 +CONECT512985129951300 +CONECT5129951298 +CONECT5130051298 +CONECT513015130251303 +CONECT5130251301 +CONECT5130351301 +CONECT513045130551306 +CONECT5130551304 +CONECT5130651304 +CONECT513075130851309 +CONECT5130851307 +CONECT5130951307 +CONECT513105131151312 +CONECT5131151310 +CONECT5131251310 +CONECT513135131451315 +CONECT5131451313 +CONECT5131551313 +CONECT513165131751318 +CONECT5131751316 +CONECT5131851316 +CONECT513195132051321 +CONECT5132051319 +CONECT5132151319 +CONECT513225132351324 +CONECT5132351322 +CONECT5132451322 +CONECT513255132651327 +CONECT5132651325 +CONECT5132751325 +CONECT513285132951330 +CONECT5132951328 +CONECT5133051328 +CONECT513315133251333 +CONECT5133251331 +CONECT5133351331 +CONECT513345133551336 +CONECT5133551334 +CONECT5133651334 +CONECT513375133851339 +CONECT5133851337 +CONECT5133951337 +CONECT513405134151342 +CONECT5134151340 +CONECT5134251340 +CONECT513435134451345 +CONECT5134451343 +CONECT5134551343 +CONECT513465134751348 +CONECT5134751346 +CONECT5134851346 +CONECT513495135051351 +CONECT5135051349 +CONECT5135151349 +CONECT513525135351354 +CONECT5135351352 +CONECT5135451352 +CONECT513555135651357 +CONECT5135651355 +CONECT5135751355 +CONECT513585135951360 +CONECT5135951358 +CONECT5136051358 +CONECT513615136251363 +CONECT5136251361 +CONECT5136351361 +CONECT513645136551366 +CONECT5136551364 +CONECT5136651364 +CONECT513675136851369 +CONECT5136851367 +CONECT5136951367 +CONECT513705137151372 +CONECT5137151370 +CONECT5137251370 +CONECT513735137451375 +CONECT5137451373 +CONECT5137551373 +CONECT513765137751378 +CONECT5137751376 +CONECT5137851376 +CONECT513795138051381 +CONECT5138051379 +CONECT5138151379 +CONECT513825138351384 +CONECT5138351382 +CONECT5138451382 +CONECT513855138651387 +CONECT5138651385 +CONECT5138751385 +CONECT513885138951390 +CONECT5138951388 +CONECT5139051388 +CONECT513915139251393 +CONECT5139251391 +CONECT5139351391 +CONECT513945139551396 +CONECT5139551394 +CONECT5139651394 +CONECT513975139851399 +CONECT5139851397 +CONECT5139951397 +CONECT514005140151402 +CONECT5140151400 +CONECT5140251400 +CONECT514035140451405 +CONECT5140451403 +CONECT5140551403 +CONECT514065140751408 +CONECT5140751406 +CONECT5140851406 +CONECT514095141051411 +CONECT5141051409 +CONECT5141151409 +CONECT514125141351414 +CONECT5141351412 +CONECT5141451412 +CONECT514155141651417 +CONECT5141651415 +CONECT5141751415 +CONECT514185141951420 +CONECT5141951418 +CONECT5142051418 +CONECT514215142251423 +CONECT5142251421 +CONECT5142351421 +CONECT514245142551426 +CONECT5142551424 +CONECT5142651424 +CONECT514275142851429 +CONECT5142851427 +CONECT5142951427 +CONECT514305143151432 +CONECT5143151430 +CONECT5143251430 +CONECT514335143451435 +CONECT5143451433 +CONECT5143551433 +CONECT514365143751438 +CONECT5143751436 +CONECT5143851436 +CONECT514395144051441 +CONECT5144051439 +CONECT5144151439 +CONECT514425144351444 +CONECT5144351442 +CONECT5144451442 +CONECT514455144651447 +CONECT5144651445 +CONECT5144751445 +CONECT514485144951450 +CONECT5144951448 +CONECT5145051448 +CONECT514515145251453 +CONECT5145251451 +CONECT5145351451 +CONECT514545145551456 +CONECT5145551454 +CONECT5145651454 +CONECT514575145851459 +CONECT5145851457 +CONECT5145951457 +CONECT514605146151462 +CONECT5146151460 +CONECT5146251460 +CONECT514635146451465 +CONECT5146451463 +CONECT5146551463 +CONECT514665146751468 +CONECT5146751466 +CONECT5146851466 +CONECT514695147051471 +CONECT5147051469 +CONECT5147151469 +CONECT514725147351474 +CONECT5147351472 +CONECT5147451472 +CONECT514755147651477 +CONECT5147651475 +CONECT5147751475 +CONECT514785147951480 +CONECT5147951478 +CONECT5148051478 +CONECT514815148251483 +CONECT5148251481 +CONECT5148351481 +CONECT514845148551486 +CONECT5148551484 +CONECT5148651484 +CONECT514875148851489 +CONECT5148851487 +CONECT5148951487 +CONECT514905149151492 +CONECT5149151490 +CONECT5149251490 +CONECT514935149451495 +CONECT5149451493 +CONECT5149551493 +CONECT514965149751498 +CONECT5149751496 +CONECT5149851496 +CONECT514995150051501 +CONECT5150051499 +CONECT5150151499 +CONECT515025150351504 +CONECT5150351502 +CONECT5150451502 +CONECT515055150651507 +CONECT5150651505 +CONECT5150751505 +CONECT515085150951510 +CONECT5150951508 +CONECT5151051508 +CONECT515115151251513 +CONECT5151251511 +CONECT5151351511 +CONECT515145151551516 +CONECT5151551514 +CONECT5151651514 +CONECT515175151851519 +CONECT5151851517 +CONECT5151951517 +CONECT515205152151522 +CONECT5152151520 +CONECT5152251520 +CONECT515235152451525 +CONECT5152451523 +CONECT5152551523 +CONECT515265152751528 +CONECT5152751526 +CONECT5152851526 +CONECT515295153051531 +CONECT5153051529 +CONECT5153151529 +CONECT515325153351534 +CONECT5153351532 +CONECT5153451532 +CONECT515355153651537 +CONECT5153651535 +CONECT5153751535 +CONECT515385153951540 +CONECT5153951538 +CONECT5154051538 +CONECT515415154251543 +CONECT5154251541 +CONECT5154351541 +CONECT515445154551546 +CONECT5154551544 +CONECT5154651544 +CONECT515475154851549 +CONECT5154851547 +CONECT5154951547 +CONECT515505155151552 +CONECT5155151550 +CONECT5155251550 +CONECT515535155451555 +CONECT5155451553 +CONECT5155551553 +CONECT515565155751558 +CONECT5155751556 +CONECT5155851556 +CONECT515595156051561 +CONECT5156051559 +CONECT5156151559 +CONECT515625156351564 +CONECT5156351562 +CONECT5156451562 +CONECT515655156651567 +CONECT5156651565 +CONECT5156751565 +CONECT515685156951570 +CONECT5156951568 +CONECT5157051568 +CONECT515715157251573 +CONECT5157251571 +CONECT5157351571 +CONECT515745157551576 +CONECT5157551574 +CONECT5157651574 +CONECT515775157851579 +CONECT5157851577 +CONECT5157951577 +CONECT515805158151582 +CONECT5158151580 +CONECT5158251580 +CONECT515835158451585 +CONECT5158451583 +CONECT5158551583 +CONECT515865158751588 +CONECT5158751586 +CONECT5158851586 +CONECT515895159051591 +CONECT5159051589 +CONECT5159151589 +CONECT515925159351594 +CONECT5159351592 +CONECT5159451592 +CONECT515955159651597 +CONECT5159651595 +CONECT5159751595 +CONECT515985159951600 +CONECT5159951598 +CONECT5160051598 +CONECT516015160251603 +CONECT5160251601 +CONECT5160351601 +CONECT516045160551606 +CONECT5160551604 +CONECT5160651604 +CONECT516075160851609 +CONECT5160851607 +CONECT5160951607 +CONECT516105161151612 +CONECT5161151610 +CONECT5161251610 +CONECT516135161451615 +CONECT5161451613 +CONECT5161551613 +CONECT516165161751618 +CONECT5161751616 +CONECT5161851616 +CONECT516195162051621 +CONECT5162051619 +CONECT5162151619 +CONECT516225162351624 +CONECT5162351622 +CONECT5162451622 +CONECT516255162651627 +CONECT5162651625 +CONECT5162751625 +CONECT516285162951630 +CONECT5162951628 +CONECT5163051628 +CONECT516315163251633 +CONECT5163251631 +CONECT5163351631 +CONECT516345163551636 +CONECT5163551634 +CONECT5163651634 +CONECT516375163851639 +CONECT5163851637 +CONECT5163951637 +CONECT516405164151642 +CONECT5164151640 +CONECT5164251640 +CONECT516435164451645 +CONECT5164451643 +CONECT5164551643 +CONECT516465164751648 +CONECT5164751646 +CONECT5164851646 +CONECT516495165051651 +CONECT5165051649 +CONECT5165151649 +CONECT516525165351654 +CONECT5165351652 +CONECT5165451652 +CONECT516555165651657 +CONECT5165651655 +CONECT5165751655 +CONECT516585165951660 +CONECT5165951658 +CONECT5166051658 +CONECT516615166251663 +CONECT5166251661 +CONECT5166351661 +CONECT516645166551666 +CONECT5166551664 +CONECT5166651664 +CONECT516675166851669 +CONECT5166851667 +CONECT5166951667 +CONECT516705167151672 +CONECT5167151670 +CONECT5167251670 +CONECT516735167451675 +CONECT5167451673 +CONECT5167551673 +CONECT516765167751678 +CONECT5167751676 +CONECT5167851676 +CONECT516795168051681 +CONECT5168051679 +CONECT5168151679 +CONECT516825168351684 +CONECT5168351682 +CONECT5168451682 +CONECT516855168651687 +CONECT5168651685 +CONECT5168751685 +CONECT516885168951690 +CONECT5168951688 +CONECT5169051688 +CONECT516915169251693 +CONECT5169251691 +CONECT5169351691 +CONECT516945169551696 +CONECT5169551694 +CONECT5169651694 +CONECT516975169851699 +CONECT5169851697 +CONECT5169951697 +CONECT517005170151702 +CONECT5170151700 +CONECT5170251700 +CONECT517035170451705 +CONECT5170451703 +CONECT5170551703 +CONECT517065170751708 +CONECT5170751706 +CONECT5170851706 +CONECT517095171051711 +CONECT5171051709 +CONECT5171151709 +CONECT517125171351714 +CONECT5171351712 +CONECT5171451712 +CONECT517155171651717 +CONECT5171651715 +CONECT5171751715 +CONECT517185171951720 +CONECT5171951718 +CONECT5172051718 +CONECT517215172251723 +CONECT5172251721 +CONECT5172351721 +CONECT517245172551726 +CONECT5172551724 +CONECT5172651724 +CONECT517275172851729 +CONECT5172851727 +CONECT5172951727 +CONECT517305173151732 +CONECT5173151730 +CONECT5173251730 +CONECT517335173451735 +CONECT5173451733 +CONECT5173551733 +CONECT517365173751738 +CONECT5173751736 +CONECT5173851736 +CONECT517395174051741 +CONECT5174051739 +CONECT5174151739 +CONECT517425174351744 +CONECT5174351742 +CONECT5174451742 +CONECT517455174651747 +CONECT5174651745 +CONECT5174751745 +CONECT517485174951750 +CONECT5174951748 +CONECT5175051748 +CONECT517515175251753 +CONECT5175251751 +CONECT5175351751 +CONECT517545175551756 +CONECT5175551754 +CONECT5175651754 +CONECT517575175851759 +CONECT5175851757 +CONECT5175951757 +CONECT517605176151762 +CONECT5176151760 +CONECT5176251760 +CONECT517635176451765 +CONECT5176451763 +CONECT5176551763 +CONECT517665176751768 +CONECT5176751766 +CONECT5176851766 +CONECT517695177051771 +CONECT5177051769 +CONECT5177151769 +CONECT517725177351774 +CONECT5177351772 +CONECT5177451772 +CONECT517755177651777 +CONECT5177651775 +CONECT5177751775 +CONECT517785177951780 +CONECT5177951778 +CONECT5178051778 +CONECT517815178251783 +CONECT5178251781 +CONECT5178351781 +CONECT517845178551786 +CONECT5178551784 +CONECT5178651784 +CONECT517875178851789 +CONECT5178851787 +CONECT5178951787 +CONECT517905179151792 +CONECT5179151790 +CONECT5179251790 +CONECT517935179451795 +CONECT5179451793 +CONECT5179551793 +CONECT517965179751798 +CONECT5179751796 +CONECT5179851796 +CONECT517995180051801 +CONECT5180051799 +CONECT5180151799 +CONECT518025180351804 +CONECT5180351802 +CONECT5180451802 +CONECT518055180651807 +CONECT5180651805 +CONECT5180751805 +CONECT518085180951810 +CONECT5180951808 +CONECT5181051808 +CONECT518115181251813 +CONECT5181251811 +CONECT5181351811 +CONECT518145181551816 +CONECT5181551814 +CONECT5181651814 +CONECT518175181851819 +CONECT5181851817 +CONECT5181951817 +CONECT518205182151822 +CONECT5182151820 +CONECT5182251820 +CONECT518235182451825 +CONECT5182451823 +CONECT5182551823 +CONECT518265182751828 +CONECT5182751826 +CONECT5182851826 +CONECT518295183051831 +CONECT5183051829 +CONECT5183151829 +CONECT518325183351834 +CONECT5183351832 +CONECT5183451832 +CONECT518355183651837 +CONECT5183651835 +CONECT5183751835 +CONECT518385183951840 +CONECT5183951838 +CONECT5184051838 +CONECT518415184251843 +CONECT5184251841 +CONECT5184351841 +CONECT518445184551846 +CONECT5184551844 +CONECT5184651844 +CONECT518475184851849 +CONECT5184851847 +CONECT5184951847 +CONECT518505185151852 +CONECT5185151850 +CONECT5185251850 +CONECT518535185451855 +CONECT5185451853 +CONECT5185551853 +CONECT518565185751858 +CONECT5185751856 +CONECT5185851856 +CONECT518595186051861 +CONECT5186051859 +CONECT5186151859 +CONECT518625186351864 +CONECT5186351862 +CONECT5186451862 +CONECT518655186651867 +CONECT5186651865 +CONECT5186751865 +CONECT518685186951870 +CONECT5186951868 +CONECT5187051868 +CONECT518715187251873 +CONECT5187251871 +CONECT5187351871 +CONECT518745187551876 +CONECT5187551874 +CONECT5187651874 +CONECT518775187851879 +CONECT5187851877 +CONECT5187951877 +CONECT518805188151882 +CONECT5188151880 +CONECT5188251880 +CONECT518835188451885 +CONECT5188451883 +CONECT5188551883 +CONECT518865188751888 +CONECT5188751886 +CONECT5188851886 +CONECT518895189051891 +CONECT5189051889 +CONECT5189151889 +CONECT518925189351894 +CONECT5189351892 +CONECT5189451892 +CONECT518955189651897 +CONECT5189651895 +CONECT5189751895 +CONECT518985189951900 +CONECT5189951898 +CONECT5190051898 +CONECT519015190251903 +CONECT5190251901 +CONECT5190351901 +CONECT519045190551906 +CONECT5190551904 +CONECT5190651904 +CONECT519075190851909 +CONECT5190851907 +CONECT5190951907 +CONECT519105191151912 +CONECT5191151910 +CONECT5191251910 +CONECT519135191451915 +CONECT5191451913 +CONECT5191551913 +CONECT519165191751918 +CONECT5191751916 +CONECT5191851916 +CONECT519195192051921 +CONECT5192051919 +CONECT5192151919 +CONECT519225192351924 +CONECT5192351922 +CONECT5192451922 +CONECT519255192651927 +CONECT5192651925 +CONECT5192751925 +CONECT519285192951930 +CONECT5192951928 +CONECT5193051928 +CONECT519315193251933 +CONECT5193251931 +CONECT5193351931 +CONECT519345193551936 +CONECT5193551934 +CONECT5193651934 +CONECT519375193851939 +CONECT5193851937 +CONECT5193951937 +CONECT519405194151942 +CONECT5194151940 +CONECT5194251940 +CONECT519435194451945 +CONECT5194451943 +CONECT5194551943 +CONECT519465194751948 +CONECT5194751946 +CONECT5194851946 +CONECT519495195051951 +CONECT5195051949 +CONECT5195151949 +CONECT519525195351954 +CONECT5195351952 +CONECT5195451952 +CONECT519555195651957 +CONECT5195651955 +CONECT5195751955 +CONECT519585195951960 +CONECT5195951958 +CONECT5196051958 +CONECT519615196251963 +CONECT5196251961 +CONECT5196351961 +CONECT519645196551966 +CONECT5196551964 +CONECT5196651964 +CONECT519675196851969 +CONECT5196851967 +CONECT5196951967 +CONECT519705197151972 +CONECT5197151970 +CONECT5197251970 +CONECT519735197451975 +CONECT5197451973 +CONECT5197551973 +CONECT519765197751978 +CONECT5197751976 +CONECT5197851976 +CONECT519795198051981 +CONECT5198051979 +CONECT5198151979 +CONECT519825198351984 +CONECT5198351982 +CONECT5198451982 +CONECT519855198651987 +CONECT5198651985 +CONECT5198751985 +CONECT519885198951990 +CONECT5198951988 +CONECT5199051988 +CONECT519915199251993 +CONECT5199251991 +CONECT5199351991 +CONECT519945199551996 +CONECT5199551994 +CONECT5199651994 +CONECT519975199851999 +CONECT5199851997 +CONECT5199951997 +CONECT520005200152002 +CONECT5200152000 +CONECT5200252000 +CONECT520035200452005 +CONECT5200452003 +CONECT5200552003 +CONECT520065200752008 +CONECT5200752006 +CONECT5200852006 +CONECT520095201052011 +CONECT5201052009 +CONECT5201152009 +CONECT520125201352014 +CONECT5201352012 +CONECT5201452012 +CONECT520155201652017 +CONECT5201652015 +CONECT5201752015 +CONECT520185201952020 +CONECT5201952018 +CONECT5202052018 +CONECT520215202252023 +CONECT5202252021 +CONECT5202352021 +CONECT520245202552026 +CONECT5202552024 +CONECT5202652024 +CONECT520275202852029 +CONECT5202852027 +CONECT5202952027 +CONECT520305203152032 +CONECT5203152030 +CONECT5203252030 +CONECT520335203452035 +CONECT5203452033 +CONECT5203552033 +CONECT520365203752038 +CONECT5203752036 +CONECT5203852036 +CONECT520395204052041 +CONECT5204052039 +CONECT5204152039 +CONECT520425204352044 +CONECT5204352042 +CONECT5204452042 +CONECT520455204652047 +CONECT5204652045 +CONECT5204752045 +CONECT520485204952050 +CONECT5204952048 +CONECT5205052048 +CONECT520515205252053 +CONECT5205252051 +CONECT5205352051 +CONECT520545205552056 +CONECT5205552054 +CONECT5205652054 +CONECT520575205852059 +CONECT5205852057 +CONECT5205952057 +CONECT520605206152062 +CONECT5206152060 +CONECT5206252060 +CONECT520635206452065 +CONECT5206452063 +CONECT5206552063 +CONECT520665206752068 +CONECT5206752066 +CONECT5206852066 +CONECT520695207052071 +CONECT5207052069 +CONECT5207152069 +CONECT520725207352074 +CONECT5207352072 +CONECT5207452072 +CONECT520755207652077 +CONECT5207652075 +CONECT5207752075 +CONECT520785207952080 +CONECT5207952078 +CONECT5208052078 +CONECT520815208252083 +CONECT5208252081 +CONECT5208352081 +CONECT520845208552086 +CONECT5208552084 +CONECT5208652084 +CONECT520875208852089 +CONECT5208852087 +CONECT5208952087 +CONECT520905209152092 +CONECT5209152090 +CONECT5209252090 +CONECT520935209452095 +CONECT5209452093 +CONECT5209552093 +CONECT520965209752098 +CONECT5209752096 +CONECT5209852096 +CONECT520995210052101 +CONECT5210052099 +CONECT5210152099 +CONECT521025210352104 +CONECT5210352102 +CONECT5210452102 +CONECT521055210652107 +CONECT5210652105 +CONECT5210752105 +CONECT521085210952110 +CONECT5210952108 +CONECT5211052108 +CONECT521115211252113 +CONECT5211252111 +CONECT5211352111 +CONECT521145211552116 +CONECT5211552114 +CONECT5211652114 +CONECT521175211852119 +CONECT5211852117 +CONECT5211952117 +CONECT521205212152122 +CONECT5212152120 +CONECT5212252120 +CONECT521235212452125 +CONECT5212452123 +CONECT5212552123 +CONECT521265212752128 +CONECT5212752126 +CONECT5212852126 +CONECT521295213052131 +CONECT5213052129 +CONECT5213152129 +CONECT521325213352134 +CONECT5213352132 +CONECT5213452132 +CONECT521355213652137 +CONECT5213652135 +CONECT5213752135 +CONECT521385213952140 +CONECT5213952138 +CONECT5214052138 +CONECT521415214252143 +CONECT5214252141 +CONECT5214352141 +CONECT521445214552146 +CONECT5214552144 +CONECT5214652144 +CONECT521475214852149 +CONECT5214852147 +CONECT5214952147 +CONECT521505215152152 +CONECT5215152150 +CONECT5215252150 +CONECT521535215452155 +CONECT5215452153 +CONECT5215552153 +CONECT521565215752158 +CONECT5215752156 +CONECT5215852156 +CONECT521595216052161 +CONECT5216052159 +CONECT5216152159 +CONECT521625216352164 +CONECT5216352162 +CONECT5216452162 +CONECT521655216652167 +CONECT5216652165 +CONECT5216752165 +CONECT521685216952170 +CONECT5216952168 +CONECT5217052168 +CONECT521715217252173 +CONECT5217252171 +CONECT5217352171 +CONECT521745217552176 +CONECT5217552174 +CONECT5217652174 +CONECT521775217852179 +CONECT5217852177 +CONECT5217952177 +CONECT521805218152182 +CONECT5218152180 +CONECT5218252180 +CONECT521835218452185 +CONECT5218452183 +CONECT5218552183 +CONECT521865218752188 +CONECT5218752186 +CONECT5218852186 +CONECT521895219052191 +CONECT5219052189 +CONECT5219152189 +CONECT521925219352194 +CONECT5219352192 +CONECT5219452192 +CONECT521955219652197 +CONECT5219652195 +CONECT5219752195 +CONECT521985219952200 +CONECT5219952198 +CONECT5220052198 +CONECT522015220252203 +CONECT5220252201 +CONECT5220352201 +CONECT522045220552206 +CONECT5220552204 +CONECT5220652204 +CONECT522075220852209 +CONECT5220852207 +CONECT5220952207 +CONECT522105221152212 +CONECT5221152210 +CONECT5221252210 +CONECT522135221452215 +CONECT5221452213 +CONECT5221552213 +CONECT522165221752218 +CONECT5221752216 +CONECT5221852216 +CONECT522195222052221 +CONECT5222052219 +CONECT5222152219 +CONECT522225222352224 +CONECT5222352222 +CONECT5222452222 +CONECT522255222652227 +CONECT5222652225 +CONECT5222752225 +CONECT522285222952230 +CONECT5222952228 +CONECT5223052228 +CONECT522315223252233 +CONECT5223252231 +CONECT5223352231 +CONECT522345223552236 +CONECT5223552234 +CONECT5223652234 +CONECT522375223852239 +CONECT5223852237 +CONECT5223952237 +CONECT522405224152242 +CONECT5224152240 +CONECT5224252240 +CONECT522435224452245 +CONECT5224452243 +CONECT5224552243 +CONECT522465224752248 +CONECT5224752246 +CONECT5224852246 +CONECT522495225052251 +CONECT5225052249 +CONECT5225152249 +CONECT522525225352254 +CONECT5225352252 +CONECT5225452252 +CONECT522555225652257 +CONECT5225652255 +CONECT5225752255 +CONECT522585225952260 +CONECT5225952258 +CONECT5226052258 +CONECT522615226252263 +CONECT5226252261 +CONECT5226352261 +CONECT522645226552266 +CONECT5226552264 +CONECT5226652264 +CONECT522675226852269 +CONECT5226852267 +CONECT5226952267 +CONECT522705227152272 +CONECT5227152270 +CONECT5227252270 +CONECT522735227452275 +CONECT5227452273 +CONECT5227552273 +CONECT522765227752278 +CONECT5227752276 +CONECT5227852276 +CONECT522795228052281 +CONECT5228052279 +CONECT5228152279 +CONECT522825228352284 +CONECT5228352282 +CONECT5228452282 +CONECT522855228652287 +CONECT5228652285 +CONECT5228752285 +CONECT522885228952290 +CONECT5228952288 +CONECT5229052288 +CONECT522915229252293 +CONECT5229252291 +CONECT5229352291 +CONECT522945229552296 +CONECT5229552294 +CONECT5229652294 +CONECT522975229852299 +CONECT5229852297 +CONECT5229952297 +CONECT523005230152302 +CONECT5230152300 +CONECT5230252300 +CONECT523035230452305 +CONECT5230452303 +CONECT5230552303 +CONECT523065230752308 +CONECT5230752306 +CONECT5230852306 +CONECT523095231052311 +CONECT5231052309 +CONECT5231152309 +CONECT523125231352314 +CONECT5231352312 +CONECT5231452312 +CONECT523155231652317 +CONECT5231652315 +CONECT5231752315 +CONECT523185231952320 +CONECT5231952318 +CONECT5232052318 +CONECT523215232252323 +CONECT5232252321 +CONECT5232352321 +END diff --git a/prolif/data/water_m2.xtc b/prolif/data/water_m2.xtc new file mode 100644 index 0000000000000000000000000000000000000000..2859d562efdf10f94f9495fed78ad9be85038a53 GIT binary patch literal 3816192 zcmV(?K-a$j00+we0L)_m0000-!%zT06!h`{00000000000000%6(3;$0000000000 z0000%5a&by0L)`VdH?|b|Lx}g|Lar#|LVp7028PH01=G<01%%5000yK0_WK)#^#?+ zgs@A?-7+p5&zf}zqQa^l(_%8oiSSL8{Hoe>KDJ7QYUOMiA#v#_**L9Mp$e2HWUVK< zB}lZP+p1km!qGX>ATKGV#-zdifv7<$SG#_P_O^2GPO7xD)Zef%6D7P~Nlo)!)q5nNn%Pd_rfR4`pErR5%*Gjz>N;h0BsC+yBmNmY+jtlf^ z&^zHc+mF?&w&8}h#A76lC!H4wAGzQS9| zk5{{@EgeFTN0i$5-t3?Ze#gyIC5uqy%~u( z&3p+{r2O9Ety;67)gV$mkyCaESDkDF+8}_#PzIjX##E>WtT} z1uA#yx6miSk$?_Drb{S&>_Qe`+1yuFAq}LLueiHN&3fN10o4?pXBrFGol_}qOd_3x z5q5tnY)l05TDO(u-HqnhEs26GEJqmDe)_}c@6Zc0>bRK751?NxO&dOl#^(9oUB1L2 zSp8(ZQB<<5%n^%S=!$S;?kgBcVVS5h!n;b~`o8{|6sDfIgv#)wQ)^|w%~T(HFqJff z$Ni(b?4&e&lO_b+Dk3V{j*qt+&0FPFIPiafeHX3g-IFJIc4Fy4v0$KtF05%y}z?}?s$SW^Xb_ttZG~TNv0%P-q zG{qjCNvf1`z~{cv+*;^&zbK_LfN}yc-y9l^b`fWndlgPHE8rf5 ze_2M@=pR4onYMzWCE>c|3FyA0CrbevxuN^hdgiQpW{(1PUE8&}t>L8ye0@~}~(MD0J{aW2uW>(6!=H_>v z3n!)10FuQgMv&o%j?~#Tm8x}SxQ+DuNSew;Iv6R2{abeiHq~rj;r(ljg?LDaApj-# z{?A0dl21|p6O_7rG3sloxiN@$S-|uXTfv0uaEE%+GILjU<~E7or?*#;f$}BT9ad1* zdF@1ONm#^N)R*rK=}*We9l|mU6xWSbVQ)c7>5+Khl}ScdVNWmZJdWJw!+)cMyqS<9 z!cO|TMUKvkT&oAK6we}4fU)&5W4}!v4O2B9nEuI}u1@bhP$o8&2b|0^Bwm9+iyouP za^lU-!u9n6@XFmHQ5Ke~SQ`mms#lDXUPc3~?q68JO?7vN!PL_!u_+Bw;h>=MiL6Py zx38T-mVfHDss$6Qv}voEm2BvBMl+z6BSJ=f{_&V8^+T+yHF^ssHnR<~bL~jNwaPSs zhNyR?YpTYZOW!EQwKSxx>Yu(VHd+{cN|!6qF3dR(=%YZ%Hj@e!$Y4ttJ#UEyzY~4z zL`soVWvKmRFIBlXI#o{wGxy6iT9dhiDNpHw#}DeP@p9xK)M-~~ zkcIRo#++{{%c7N?^$uQs#$r@GZDbi1iVKmp<_j8Eljz0S*B09#d%lXB-WKR#(i((+ z;0lUXd2M5oWx5$Z7dDU_g^1IeMh*A+sOmQhP=L3mv@d~coWxHwY4vtu607p?h%4^bfoVsW%g4Dh2ZdKA>h5O1GRRQ{ePitQ0v-Ie0~%Cc*c^U^S`E~&6RjVwr4?< zc*w)dd|^UW=)~WAtx}~^tCo!gmqbTrD0pU>rY*P4Sxf6rv9&53{U=&Wi9^A|ETmpr z`XbR;`T0w<5YWoNTfG{Y&L_4J=K`L2sWd2tO)g61!F5^)hu^g}RcL-`M7HIrQp0PU zF@Z9x!_&t)9 z9lk*(NSxMDQt;YE^Up4;dU5as?vF;?t--<-l)pG?qhwcBA=J9U6z+eB8?w-1anQ~D zlJH|`Fqi@PW?E_l?_}pzJ7o8?4Uq9wZXur!Sun*CS+=9v55H?B!fK+t^adD*iXFMG zD%JL6auxUN*x51=lTUn+sd%m*dzkO%DsyvvS0k+MNT?$35%(txe7UyOr&cPU?$Lu1 z^wmoBOn_7q3E1 zznF%(#er>mB1r)?nAbxUm*>TtPm}y$+$BXVW6~=UN0@U)8lLi|*USrinq%i=8a9sC zFaET(_@+~ZT$KeiePLVU$uWKp3chHIvHB8AoU3nl`S~OJYKn8}VU3~PO9&XXj#^_n zTp~?zHp4fRh8$ZkGTnjo{PO=ZKVP$G*@n`5Ov~ciRwZics2VVI_F`*4j{@M*OK&Y2 zeN#+H%Cx92KPU+HSyfA-4v*-5Oy52uwNvfP`ZsN%} zsi%tYuJ!}6-G`*orK6yqr8d;ZAQ@4)z`HBlVRN@joO>(0gbPX-jmjwCh%qgt+$bg% z)o1!L6n*W3E$;gRB;W)%Y@M^wnc#Jem^emQ^BGuqYR;KW38i{hznmb*v#E9%ebxbH zo>_O9kguo#!c(dKEM}POG(=y$bP?5B-f{|5JF?5m^p-|_EB1<|+30L$E2~e_j0yMsq%PHvDDsxppBH5wIiL+!LbiMlz(~)I22!Nj| z)7v3x*GjHwZVnFZ*U$J${L*M5&;j!sai|M!oJd(NyQ;f7(bW=*tqP?pC8VYRFUz`7 zOtBata8~#mlS!WRN_yG3(1Mj`D3WvOkN5H_BXBfzq+eN?_h0;E#8WP+L#9DmLV;%V z@)fizHW-bm4U5D&77 zimzy~G%tCrIl0GFr+dO0hI6mDk3`#&rWz_=G?d%bwC^1E?^of<{VECIN0iSnk|7S= z69J~3%lRN0L2_a=_TZx`ri{@y8#%;iVg?TNFQuUIy@`1%BEfZ(xM`I3CeOJO&wNCn zu%oL`a_WaRFT%8B7RF-Q4%<7IlokrCx;Pj&M|F*!cL_rG%%p0RMt@Q=%=_aI4O#G= zm*^b@d5C$s(Emgb@ozt8^Q#=vn_=08p)!{<*Mc|AFbiGVc*-BMD7z|K8smwyvKEuE zkDk3;*EEatM`XUKVdZz-@F`Zek-0(a{KivJ`?*rTQgubZ1Im43kz{;${X(}f_yMwN zP|45j4#%My^*E7i=220o8(!#Dm2PUcru7N^BSFbD32~MEJ+!RhzaJXl&1Dr5A+fc} z-y-r3f)ckR+Rv(R{($q$`L)Mov>T{B}U?|bt&so`>u z6fMd#V(X^V(k#kHxN5Nr!rDE7bt3gNqoK8g9^z8VQiU#;vOQ%b%N)b;OuIddr#;Pj z;!a!O@I4i2!sxpk??nS(Ht* z{wB5(pyoN+1o;i(>`yV;O0g9mY?h{V!{z>Q-Zkd~XA?S>@P(665lC-V*}sf<#yQ@S zoo;E;V0C5kL@`j1rKwJY;Sc2PPl{2rSfW(15@YI;@%aUAuTTnxlV4{ z;#7bUbkE$~l%*xDTeH|XHSRDWD5HpZ;>EnUzl&eS$$M} zX90kv46OA^gT0GcpVHlVc1G{LQSTkhwaHXp+keRfa(d@H5Je2eOnaEoGQ`S^$2B6> zrayu}>R>s~`H~$={ydy2Nw6%LgPj*+`M!o!B-&$m4eJeaU!+%V=1pgZuG~*Cb%=Ib zQoU6;q!f&K?S^)FVV`@z9ws1D^M1r6#7j8=a)ZW)*sf`%N}_1#8&$#IJL*oo#O#?l zYn!nDS}su?jOYyQ;#^|f>I)s;v{?Dnxri=im$A;afUxRN8_LyY8z|2eLm7ZZQX|PN zWw+z(Qs~0G)`xeXF*r3^(86>>j9yw-e6`1@E-D=^)1xf4MK=3hu{|^?iaSa3^jzLp zUlwS%s$QkPOQgpH>IiDfEZwOUyJnR(p@JOTOpv+8mwqhMphC&qAoUkd5+tcZGbX!E8x5aMb5^0e8a%`6^Bd-dZ! zyzXyrHsur5+1Vbr1#T$sHquxnM7B+>BMQWABfDY8?gJaSN9!H%FrupdoX1 zLY+p30QF~sVLXO8vN%LtzC6hT~r5$d)|FJ&|#ontGe*T%Miz=rpd# zRQuycZ|e%Y;!YD}7qMl7a`rrz4w_AlV?CxwpPZdmd2t^uYgM^XU{yKC%0Fs{N$0Sa zB?emJk@&vNcgK_KUF+ByHUMDm)$)WzK9ntL_hA~giYtYHb>342SFE&#U4w`-wMtQ8 zHIsxFc>}}MVk_4bqXeABdviwy7aYRhdI*M@a-pzhi~JuWMLvjrtU_2(SS+yA8Ms!C z$;wzeGTW3XN8Y(8=930?wiwXjxnN691k}C}CSPy9D#aPc)Z4%yogqJjEH3hZMpWI& zIFTFmFpAFbJ-!{cD_;{xWi%-Nz1>lzZj|J<5?WHO`Uf=@_{vB^X_pe8caP{UwLlmk z>L4R_t>o!NUUJ<#DVke0t}lMUc7L>UQI@<{8s-ptqQ|qCe8g15r8Jg4L>KE35xM;U zm|E`7IKDHcnzJEb?V204Fvi&F)x_F3qi8_5y|D#9>pfe_VBI%w*`h3^guKa=nL_py z9F=q%Y9@)rEx@lLeg~Y5!K0?K156hcS2DfPE{<&_h&G$=GRmN)oHzU~jv2Y3zmJAy zw{}Oc=Bcgn*PQu3fO%#}kr!&8YF?5Ce8D|qhl@{H$+LjO%eJ1pw4C1CMxpP)$IWCp zn+IxwrI_YsROrF7aXbf2B{1cq6jGFx;l3F(nbBg-#GS{$=i{%ncP>5)a+b2hA+pdH z8NF#DLgJaL=lh7SrnRGNI#Dn4QbL-y=#oaWiBZikEEmj~>a`eo>24vyclNV(Z-Q_W ze-mmd%@$pjx+K-?pKosgDDjUb`xvsC3lUB^vj6%$$qaXNwL0Ap>R0iN3WI6mcMwIi z<97s*!j8qgA0vB1PD9LXiQ4cEj85$-Y2k1_Akjby^so)sgO%A>XqV~i?Da@RPKoCl zh4lLq4sWLgPwIY1-705LDOt9-Qr)>--Q`F^U@=pq#m5>X;53=4<@Q*XV9ljzL5eS; z_)U1lN=1rwtS4m2m??doc_X%om}FeN}~O50@_xl*_(AAJ}FDj+xIoaX56N6(Y}FRVnkFs{dG zLgqM$jwzWa%IV8u3o{=J<7;SjO$Iw^P+vN?WYo5MvoeFe^09KeF{`&#H2kVy13ePp zaxBv5DhhJ)O6F$Vsbw>$%k5nH?hmdIl+g-Nym5Txg5F+xQma^I>6L2Pgy;!6P1PS(aH8YIGd)`d|$G3qC8~0%cii$7{8c zR5-PYR+kYHjTUEI$|84|V5EBGrj@TF>JW&nxyiUwBTg7Gs~#RcPgi zY(2ubnr!}alQ*0bi6FV>VCcg9mtd)xP1LtXPb`eod&Rcg zfTxPwE!0(ZvIXyIEX(Hjy+hpO7YlZc0DmT^o_Y6Bw5k%Y(duW#b^FgdpRqU0FDpB@ ztKCtxB>ecKCaIa?^rK6-XhC!SGHq0mnPejf54uaYA6TJSVo^)!R4u_=6qBwdJ!zNT z;t=pu@nvAMrsfoO0C3NQw$R)c4M-+T2bYN{C8;y^Xengz64y-Q&|{rySM8FtnD{^s z(xfN*oTl%`*#)L=Us0NRnE z`nRmzM=qePi$J#?rKZQG=%fWwRqyMnoK0)3Lx(zrilu&mzHZE!=xsjPR}{7(ATRVB z;x+cGsRGYZg$^reB*PXD**PkdZQ;=I#{QgR{M(_CsOrX=3O7d8TAd){Ws|A zbJ>_K+$M{LY9ZHDGB5<2aZMUFPP-un#_-=BT$jnX zOYOWjhWXc$h&>smAk_hl@&vqNv!5{LQXE0Z|ATtj$`*b)^sN6{&iP(!@T7@H$H7XC zl+lZe0ZVHB=Sr$St`-^lyz9Cg=pC)R0E7e^VmWH@UW1Cqox98mNR>Hb11z%S9 z&7cF6B~gpBr0|Me1nCa;VPo$y{Am8oX->`x`9c*W+7?u zNLwP+j715CMT~q_3ZT63TAU|LKsh&m>?OLLRPS+9Qm6GSGBiDGk|Ei!N+HPw&t-&m zmwC%;x3OqgFAjgE&pB7M3xQmG?t?{@UfRPp*-|=I>Xr~F zWOqJeQ?`CUK~cQxm(|HESy2T+O(P>|BC5Yd`r8P^x#f1f%$o7^;(*Sy0}Im;1nQhA z!pLIB`)4g2<~h-5&+MK{KI%-oQ$2Zl)Y8;6x|J*>wlixFEZrV|3ffOUzhmOogN2&f zYSdlEK8ai98sr^zP@%%mtF8G%B37c3zpdtgR3pWyuBWGlacX-fX_&v3kS0TwnWp!}n4w zCaI%5Pi+IK(E|>x^9UFPE=4I^@B#Fp10iRpHOWW-7TJ6t*p4>DJf>yHwWHSH%A<1{ zW^9sg7V}B^Pi8qxGNve114y^QaXef-0}tI=(_Ao`xzUN9!-f8j+0xrHsWRA4xY_ti zKT??7EJsGM(MBN3;=Jje1jJ-CJN*2oOJ7U>Xsq`zjd0LY7`w4>-%hmhBA6~Y%;xv> zdhiXn^GkHd%SV+|wWg0%BsmG#$I{u#6x>hj4;-^Ge<9S*hgUm?yVR`;EgPXTPD%$K z`o9wq2Co^?fX>h_jfPU$1z;134XJj|O7-!VEJVv_r3y;bts|W@_8Jw=VS@I^k%E^v zq2&vPXKwfsge8o^a)~9i{8JnD%JrH@sGq+kO5n7|Vd>?XH>Wzl7c1dE4nQE+A{2V^R8Ex z8SzjrCbrj)RP9Y_v?(OB;#~ChHkRtu$X0gCnIp5%J7}76GUE~})I^;Mei^6y+efU;a)}!EDPPNz3u^G3`U28~i7vi(+4krfGAzF3VH!dq z0KA4G9*y$Xy2=cWLsA|0((qxaUvubQvUCJvQ}``CwP(#^@P|2%7F|Dp{W8Inkr`Pe z&Itf=E07C{E{lW>W&&rm(Eo6oA*!LOh;1AsPZkdfpVNeB;^F{o3icN=6Dx_$r+fs5+=i!;HbF1alMwyh15?K`p4L_}X zXQ-{(9NDY?TtDFT?}SY$K982dbG9duw;#Cplho*BZJL&pc!lm}r~IM0L`9;R&SEvz z)OSrZ|G^mN*D?n3j@WJdOZVr&ro3Y~iie zxE&5*&tU--dDiewhEcKCp8y&?al~C!jaZE%&n84Eq#caX&Gj?3Ug`dm#nS?pvQAda zwj(7M%@<@3_o|yfiIf3H&I)7=xswUyS4RldMTsv``OJ*|b0MI5_D;NGS>o+my@+j= z6po_-_Hsj+(V4z|{b-I>D7}p9Dd3b`BI1D|JxDo@-9|7zxU8i%yG7n zLyb47aJe}>5Uf^DvW)Q-3qj47fH>GltI@Kx(L2?xD?;<$_?w|{4(rKMx4uZ$!&4Yq zA7k_$c&ub+_Q=YWOppOVMbKBJYKTZO-UBomag*3az(62OMZw2kC zLMfXI;)*SGIB0a0)} zPy571$jv(9p%jKgW6l8DJU&SR#Bv+;xGa5_Fz5)|*4dJrTe!OTAgKzjic%_o7kOp$ zMkg$B=c*+ev}CJu_%ROa5s3wdR`p~wZKpd65sjQ`x(V61snO?-DoW*If5J-2Q^jWy z7T&)<%Iw+7vlpJAWJHp=!i}eWmi>9$nmhe4OV3QPa{e@73fyrAtSrv-O9CpJF~v)j zhYuS~p1?wHy%(?^jf@~#rgbUxfap5vtGQtR`%$}k8FM-QO_GCp&+#b9VG?*KYE`bI zhTR{F=dL3@lR6a%q|?88mwW(409Yz;g|vkywPd%b)s+o|aWY**vg#h``F7*)8~caP z$MXsBzbI#BA^FvzGGCh3W8w%&-|J)VECFwr%Zyh+WZdYnty`MB984oFrVCTfuDErp z#^uFDtPRDDF1#Cc(0)^a2(-4Zn$oGXCO{$vxCpP&RbCB7sp(9>&Lb3pDkDg|>VqN} zR|lSot`OvyHO(2Zb!k=c!JfXGlFhaaEUkx)_fv(O;bt!o@~6PSI@5qTf2P=aJDH>v zHb;kBi9wBy6BQvp|20R zfU605HMPi1k%QQ7lB?II5%jZ0*1K66&FqaA9;1lJOQowe2WGA+gQb#=-?HsdH}yq{ z6@}zRdFt5CIS{eKwDM#SA>Tp*&h%tc|FQDe1KZw6G-q47_zt#T_+=ythgwopNzE`>dfZmUOwldoJxri|H5^hvd2Sw9~}9I6NlpK}m9Co%E^R zL9;!379$UM`4VY`X|b zNKab0ezH7gYVpYuqIG7XAni#v9FQ_Mr|R7yd5@@@pO$)#Y|`twIl&8#>hS84On%ED zFT9UZL2Gcg?pA1|!7ru`3gB8lL_MkdcOzUmzTj7L8lyOERTG@@k}5_3n7}MdJfiiKy0Q&>Q&- z5s7b-^Dpfwb;A~u(5$y6+k$}Dm{z1+m#Hgzid}2#wCSqAJuCFczo_R>DKOy>TDl(A zRBNi3Eme(Ms}14XD|4Gx&J0xEJkhF(InHI~HVSVc+b|=?!e@?L*2|$C>=j=_8i+^+ z*3Bc?Mb437=-ecBN-L=4UKU^C;;}7=e&MA{G1WLLXW?d<^naOXDC0g?0Q_EB^g>Tm z%9rY9>(6cuZZ-7^QmzTqwP6h>=pYSLqX4J=7g@hIq zv{lQEYrTw5EYwjB$o5>no6A+mG}|RaN-}w$uc_R2qNe=KiBgz8EFq5_G=b&whZUNE z{I(w1mXcLV6Pxc`tQQrt{IwEPh_J+hN=ff}Yh_tLFod*`CR^wWdKcHeY!H8p*fjc_ zGNT7Ma_bm@TND59qFOHt&lDX7OD5qQcat?Qy8u|~kEc-IQudmuV_aDz$gW>+#Iw|< zxJ)>%7_%s{`dFnGvFOPcGdzQSXL+@7XO%e{sk=lT{e5pRvKk%ThSvmGQhIPklDV&s6#8~p=ey>1*h zqST#E;3s8X+hhbM_{06IWqaX|6tyZdJZ%{WU4`*v7Tzi5{N`U6I!2=!3ytI$7|Fr@ zyOw~bsqvKx65Xk6#h;t^6UoO;SaRD#?eNchm^+&Zq|vNE%}gE25q;KOOw26LaNCxH zqPGDh`&pm-wy}_;(M-xm@2YFt`mC$}J{At0Fy6TT8vJXaIQFxYnq-FMV%KE|1hBM? zf7GzF<9vv!sy;8FUFGqZfsI8Rj!!}hrB3o2sr0LqCVFCM5VKx4n~nr=0F&)yOE7-Y zo<032NNKbUEMYknOEzvwJjAMjL{vfNN1(K#fec1TOcG>@;ZF0&aS|MRvPd2M+;L^0 z7_VXV=)6?SI!eL^mrqt!xqh`5yJTDdG@Z9b?pN@m)qZ8BMWq?ryL3~SS`x`7nh|IY z7eP=ce&raX3aB(J-nr@-@9AcJU;n}nFMi^*W-}L##xpo zDTjAZnI290bQGu?C69m3X@E8fYZp``CjMRT*VNzkF8;o9hX$loi?Z`w>HKwR{CAJx z>kYZYs=0&jb96ln3s!>qGAeOWv88fqt(_|4CcsSZR>vH=%#=h!{E{0@7sW)F z)8aWDzeW$!Q#6Im*gNAh0op#uQ(S9ULco2ob3`WZx3w_(aq0`d_KG8=XI@&W^ff(7 zZn;bRIa&gQrH`F~%7gO}R8fhC_!Q@3d2E%*X}LBvR%Z3UN;7VaB550jp;(#lo(6_P z6TAxbndk?0Sqm-rO=6|J%J?HgBzw>@&#~SHcVNoy%ae}05^nm-We9002*u@BIsxgY zNOu2O#Y(f)l;v(jMf!&?gZmUp>=0I zLI0$lWgiBMglbtEWj2YVDHQL6KKymwVkG)9ht-S1i4s8p%2x&4#mqX^?X<(Xs0FNL z$mHT`m&lyrEW2BD=7p?rLJmz-sT7Dg9ZS? z;bT=Of_9a{awVUZ-&?j1$o{oYaHlR3+S65t4Yu~*mISfkMv*kt{sp4J62dL=yucnx@SjGNjbN*W$Q=F4p>y8HB?RUMNaSr-gVyq?I}7Ta!y(HI zC{Ytby)(iSe+wK5M>-UdYvUn%Om|`92{7SE(X>=I`iIvIe>eQ^Nc>~TFX1LDgr16L ztEQo@aO09>;20V*SD9VJWK7LrJBFGWC7lGEDJ z7x8vD^Rc^0(TW@EEkA-saHc;iQTDuT-ytWAc5 zRF?+kllf{TO!NJuc!1niA=R|EQqZ*Ya@^i~-ZWn~d;I?`ZS2qK_{kpG-r@ zbt6a=uvPyxT+dTV$IxG7nnrE_DWXZ}(gJeI+|SkSrAnpW-Ho~s#S(Oipp8+zoD|mA zusfq>%jFL&^<^z#tahz&thlZXomTAyGJg7E^p1;#THdT<9)Q%HbZAo4=6@(?Rh0U& zs%_ttDO+`SlgxkjfWk&jdGZdX`mm z0cw@ILj~NJwz2serVE~8asTD!+6xGb4b=8KA-So=SnKvm1~`m0sd?pOnN$b`vzlt< zatSANBGju_Rj9D8Dp#-qcl7j!psJ(o8$LQfHmuo$)%spw_K+*wRjLG~UuEQU{g1qF z=*||zqHeg?NGLv_g>%(u7HA7M%AbJJCf8@EQllnpj4u;UIb0g zctbD;9JEuG(re=5A1~6Vq}qy=4Cz<|#d{;rmHSb|XYX52Kf>_=qrxfXA$*IQ`jNsc z0bm<7Qb|FMBoviX_L?D+S}eBqfr!-D^~%2DeG%6*r5ETU^eH2mXU>H*C+F0d)=(gJ zSr+l+z`l|9zq;i9w`|(!!hTl|9ToaUoDz z&Yj{>E{ukje)T6%^B@O9@Ry}xpLdbjo~S17&gjq-eFc_>5OSCD2L?;2wHK{V(-#!a zfok+0B~%m@PBLRMHmepG*0BcNwX<{;Yyk-qFH(ZVQNq->FxCakxxQRsMl)%(M7$d8 zf-Ud9!1DGc)fmg^lK`tUktmWsN60PxNA0i1{JPT*c=Qrr$oVfRS#m&`1pImBUzsZ~ z+!%=QR?)*^MJl%FAkLQZl%2(;GD}D;>&AECDjJo@!kwDiZ^iIVmzupP1^MC9mR3-D6XLC! z--ne|!=e0D=4-DCmUgV6W-SwoMzNtcG@&?uDJ!mdLztHP2AXA4b!6@sw!562)~tgl zZR49%YUR=mF6;(|oOZ2s{PeN5!rW)5c}XhBlW1lc2G_2(f|r%M6szo*Uw|iSNX4#8 zAQfn^H&vUGOr%XO9@SpyJf9C?gTOgf4gg#$V;pyT>vO45r%0--FdA3t8LSzmE^E

>* z?RALssrylWk>PhvEz@^nvju*KytW+Q|AKCZ)7X7-D)t<;W~KJw(4j5j9r0D2(VFoI zwhL_JzyXIt*UA)@95ABw!vVT1Is9tPv^w;EfXGX3tPGcmOv5Y9dq~UXQa_$Aj2~A+ z6-$uO_02CA+*669zY0~KrzIxhVGGPGQ?Iu!1CcbEmb)|$Bjkl#kg;CEp4;a!TaGV1 zn5j|wHoDs~CR0b%Bsz^v>!B-!<)(ap&Qz}bAu8o7l&vK(CZ(8$%$>C(ZkRr2Qrix( z%2YWO)UF{s(+g{P85DmHk9?a%bYxsEyv9)!&M@W|MSx>6V9Q!Fh?9emq;%F9vkkVz z8yhG&IBB$Cd#HM+O$T(_r-B}aJN${zT#i<=_PM)o4)(nqUtiVzIWHC*D-erX>|VHvG`V$tjb8eHdgb|pc}GzLG5V* zs#nAy*w%(Z)8hyAK+L@qaYQ37DVPg|I=K{5Q!euLu6B-$5kda%%s66n%woo~y~Q%Y zo_eA>)Wz)L>r(CN%~$l^5D_Ot7gH95FjKFx9l-XcG6!ow${ktlk=*TrtWzf|Y%{;h zu<-mk0&>3b-0Q;K-F-?l0YLU_-R*Ki>pe;s35l6R&OwG&iWMs4?-JUvFgw2r7L8Fw zW5lIW9IyI!RG_iZEeMCq*1W;;%9S9p`nWvJ)LM*k+#<(gf2(PF-;^@7qc7&&HLfJ% zd^QCzDfg^qf}T@;P?A%pFY_p*idlrUqSt+i6mdTOnAo>lAOB9AmEl#{02|X1f*J zaZvW%z{)lCO3n_EDk^DeoT=4wa0nC*dT!QFQb>FdO_Gs`-}6>r;nx{Gk&$%%P;XS< z2@W<6&qN-yLstM68dJY9hf`C0pgU0-F-#iO8d{d><|C`N6{9q%X-TJO}2WT5V!X~Lh}&dRQty_0K_IXZ99?xWI_MrFpyuY z+v%Ap14pvi`U}Zo`1DiPQc6FwHrce2*L3ppIIA8_(zhUh-rs`iN#F9UgzB@@!RhAUJyhb<`Kb8m%3SZk+$)(IwI^L6@(+z$iiTA0&SN+69(TkZI3%SS!B@68iC3+&m=VW(MaxYcL75gSSbdsyx?#?tBg5D(jc3r; z>^Kex-x%7HjH+V)o7h6;ZyO>p=UUcn^yqchSM#4Vy(!hAC|c3vWMZpnyuiU89-O^# z2D<*-R|+5tv5CyFgyzvwX%s4nEhOw^eQ#qB8%3^(hH$37A$KC7QTDhMN%wk623KZq zT}hSLg;_TIv&=1`^DxEO&q?bPh?DJsNmRkL12w!taJZ!y224sH|A zl;;C<_oY3uE~?m}Ci^983H$X_w9`k9&!)`w4ZQ=wJ)xtNRjpBP3Twn;5og_L>}TmX zPMf{Mj!NOPFLJ1yUsy>%u(>YA`7=jXrqz_L?294ys@LTfviGjd+ls#tF>r+J+o8nq zKcV zkvFIy+@hM|ubv)t)J!8x827OJAhsm8be1YY^i8*vHpAedLck^M(ZS=YJy%d15$zVR zJ>AQptq}L;nwR*?ldy`c%mLg`Tw?i^#2q{g{^RC6*ag)0eh%nvt<{#CYV5hi5yPbeDrM}RrlosaZel_rvs=X}8cCKB-wjrd1fWtR`;RrEJDQ!y zlnFYFtNjRF#)?#5p-GX9LHF*8R?*mb5n`oX*j|{fQ2MvvK%l{dXfE)xTIqPuW-7b| z-WDiMoRg(rQD9>W)4*v6>u_i8PibLlpXZh;+7dC`aLS# z7S(Z}xgrV*l|ZDmL{VH$7~93wtwe?dMNG!I=dF&zVhP`rO>4cyy3z*KQU%oEB($PK6S2Gxo=N`)P!bK6F5TddWdVdA_keQ}V) zL|*2=%c*X!8S<_=>0hqJIPvvgl%Ac(^y~?r4Uz%Lb+hI`=pXMb1Tlk21WYy+D-tS8O>ULg}36XYy8w4fjK(BbTHvmHBrr2LC9ukkz2w%fD=lEe)xR zou#n=z_uQ+%*S2GC@h=uBQ3pKM)KGbXH)u}uU5m9>7NS8sPiPFFVx?dqEo+)MS}4F zF+k40!I_Y*n{4-;nUc?ZVoYB|M5=U06n=Q3um}TJzmzxNS+n2g$h1uM3#lYDTI$slY zSOssViagbRfh~l=x6{3nTl83`1bym}hp14{0aP7f>-eWm?UB(z0drS(f zro`7Pk(z2^^RhJe+peW>>f;FJo^Y7z;R352Mts3%Vi=v^y6GrZMlX0;?Fu##&KABb zxi;Pi?{uD6zyZQe1foZ8<)JXEq_KFRj;LJgwFU^ozL(J(Wmm(6LcoEh%^X7fOTsRt zBKWomM(;FY1_=E#Wd?44a{ihg6?t;II`&5O2$;MZ4kE zczR<$XSz)1P8~L_&an&dO{n++;iBUzQ|q81^-CVYtGZGvmm>{OX5(?n{rHQ4R&U#_ z^kPqygPNuep>9!>k2Uau>=iF%T{(hO_L}D2vD!Sn#0us_`O5D>QOZpBbqlo*Z0f;h zDpAE$om?F48Ck~W;^ad$;BhPb%j(KC0NlFaXN}R}^qykBdITD4qdgvV%9_^_m{2}Hs0-Yo% z$;Ff1N9|e+Sp~Ik5x%1x*^Bgs-T+stK3l{S z?yVi0g*!(re4{Ln7KtwPytTlhc|Vx4>oh@`Q_e~(@%FOV*c9wBTAJ0%G;yQ?PVFu0 zRYJ#p=rS<2F76Eyel+vz&&cw?`jqzY?l4*}Un0Dz6IDf)xQpC^QEXmO#;#Hu z)ny1XzIe-95m^$$aP7Y3n#(zFC0ZMKw~q1!hnrk5x`gzmOXsq?G)ci?ws-t*g}kT&$6~3E9g~%XAh?iwvg{YT?Q=a}gk{*a zM%LL->iSNZ*ZDx1%I7^ko3syoD(?q7RG<7J$;!&-^&YauKdet27K(9W$?P2{+=kX4 zl2>CK1T7hL$&1~`jc=TA!4{^l9G zn9Fe;f{31-vt9@xzowNk?&v8Ek_s6v^cIiX5RFx-ToSALEPa=H$H+2td(Kui#d1IO zTU69W%}ew;Ls3$|KFVp__D=D6s`3Lrdqe=uV8%8kd6$GCubA{f9NtOp`S9&bhz1GV21+23dyf4Gd{Nm=n0qf zsnx=`*uolO%2I`~1Q`bCsGF`v$K|`}n0;6Sgy{i7ycVq)lJ2!V-fb{%SwEjFPaAJ+ zHFz_cZ?Q%hS9O+d34_@&EQ+$DUb>}_id9~UpYK&R0SmbSuVYuODICSyH5^^5WMe8L zVybaY(3+I#{KC*&-d~sQ@eXXXf}QlsbgTKB6c@!sJY zZS8AQHzW;Nb99=k-2nB}ze&o_0_Op$4Y8}5p!ftw3P%gDI#jqnVFBSp^`1nMY$M=o zBw{^jkvBAtj)0CPw!}#Nc?MfnZl~G2jB5B758--hPWxK{enA%1?3_s*%StFELw5`y zvWv#$a4nn3=gv+uodmpuBpJUNtyDW<=~&$??B*cR>`(GuCl+qaFNY6RZU2vwmFloV`WKpGT+7y6E!$L+*HB8<^?Se*u>SpD{6&SLQaxKG?kPl?Kfi_h6HsaW_vFJ1NMXObSiZMWlqzzon<9sifD_Yn;m7 z3EwXFa$R(E}>Jyj-41d|u>J&nDIfJk%C?cxYG#9 zLoh$Bj4iYVA$7}p%LK7E2E_li-leN9)J#CySa2Q_2vv6y{Vyfi`2EKP;yY`YX?U8; z)ut`rJ$Qj6F>RUk0y)fNPJ#vbaN>*16=WD(!>9}9a)^i`afr1L7EZW++#W*#;)`N% z8OF7yo-ky7SnG8q6ip%Ut*v-0Fx61Pc$s{iIF3Ucn4T?BFom&MIRi8hYNdwURJPHp z>6gCJ9@Q#~^9US7SP|31{QXcIKG2l;C^-foV#(QZP>czjPT1DtuTa#Ti7MWuI z6T)!wnRWHU#S5@4Dd`+|C7+6kD5?F0hMrsvZZNS}b?SqKQdyO@7N&%e+^&!#lszs> zj;N^Q&1EYP=VglwjjS5a?l zjf6X~SyV8|0a%UUGW~vpZXg}GKr=u)FqVk5G_F;P0J?+zNwXh9WTfSIorSa>3t9=% zC4;dZ0)6liu5{AVTWYcl<*5dnUb~ZySVlWf!lvb6c4K4!$KHZ{&d)0*%vl358=9Y0 zBwfLEViNZ(Y3CSMKP*Z+B^$x8!uf{eC3c-b_1eJ2Xfe_3s0gQfc>?d)@5IvHM^^M? zTc0`?B1;=x9eZDdi7G`3sSzvLQw!ep-_lgd?=>N_Q4UDVX|Zq(AGJz%Re#n)Y(lXS z^dHuD@aqqw+FmVE9>UD%vX(dT$2+mbb#jA{9 z;0^Kx46VA+l(c2a>F;40CjwQA|2GUv@KyF(JhEd^**^rXZom~;1GM@*yR#h^)ecd` zI|sXl>k+xDTN;ZG^kw@4l9GQtruMD9Pv_0fxGVVZ@s~OfMe>ogEh3WMSY4o6;lkQc zQ1##q>uq~_S@z*HKys%tz=epeFUsbv!{Pd|lB-(89qN9wC0m0yAETLtkkB0uAB~^8 zkTHDWxPfN?aAa`C+|pEV|IRAnYU*mUn5(xVTY_TQbqt9 zBqEhNF1GYGkr~oSW{mrhLv_q*OcF)FY#>0n|7_Hk_U(l)BL$UVE%l9$RnC)FHe_-e zLKC!j#f+QOskYNFtFq-s?hpBgR6xc|GSvz`S7hY^Sz$4JheY{+KJ;6=DG_`g;vw-h zjB{A}9Yr?GEd9Z|44X(Jr!NTd`vpbejL#X0Tt^#X-U-;N%O+`@{sTCHGBLIu4s?S| zebLS3N}P<3I_xKCfyV>R8Y|v?n`>f+Lz)-ky_?|ELONtYT}#HKewrYOYgR*k6-t;w zO+6Z&pXwCAz;ulCQ}R|@5xOC`Yrn(yy{k8c)QdL5gXtTRoLVR51SX%Va#c|54F!s7 zQdBZJqqXdZq#&)rM>M2}-2PDD1q1MkT7hwapqH)) znUB^RmuYtctGk$X@7Of$3`{qW#jBy($qQwRKbEs+;)^(PYKB^xZT$($2;?>E5Y(o3 z?+2u6twYRNA9pzn_tGD$8lcPh;p00NMHmf1h-F_2k&m&fZzuh;<2NZJU(5=9efOE! zxwFQH%9@cZicX#ap-i57faeZs2NCsp0$`dYvI(kew23yzEiPQfs6Q;+xHL+Dp=8@p zSb&OY>S7r@t8mssGK^O050<(h7QT+^c~$Vt0wBl_64KOUygc|X2>vPw8!~{PvsSF7 zn?0$=GZ7*#1HW7UN%Ay9=88kr=+o5Gh`py`S2dY7eJg4iQy>vgbeXKrvTZc+l#t(! zNxV(bUKzuI(hIwb>rkftr$B9_QDSUo3F;W(iW%})%+x}M(q^6$rmNQ?mQyNl(mN0AA=4v zk0P zv|1$Uyc8FRmv*2wGexf{pPv|jo@)LsATGriRt~?u$wct`d2cn9 zK0CV6c@{G8r*wfpEJ*cc8xJb3h)7)eQNb7SOIW3-8)CWS3uj6~=Laq7sD;{{Ako9) z3(P42wzhOv_o2+LvLHs9>Tu$wxrsJ0d?#CX;+gJytQ}oi=4Cp0H#OrK26Q zx$cxqdYL_B2lIA-0s$~X(}CUsLc|uR(Rr~h6Vo8Z{y=irYM*n;yms?*h z>wr-jsLD@L9Tx~v>T%r;f$MZ^#yJQhR8iJ6Wm|%la3$et*T*Z)sNZ6z=Gk96g*4z0 z)GNdPt29c>i3(8D<+gA232z~ZSRXBP1s*LMXK+5OLD>|r;PiTnUuElSa~vZfqps7S z4x2kG;c2i%8`Ng5=UH>(X4Gy@?@oL4Tm}k`d>F;gW0ade3z(c&VsEf683J#V zg6&w8Dt*mBZwKn!16FvG%Q5W6eOXHt@LZaVtT~{r9Ogj!Vj>N#e>>S3jVltm^m1p) z@kMMFpAg}XJ#C$h^9-yOY=R8*_+N^>ltT13lf_z51i=1KTKkE9NgRm<+lUz-S(ZF< z1vK}su$$ug0WI%MBwP#H;D6ZB$5s9zU*mbqKi)F}OhK{&e);s9* zX4LdU;K)ZW0@Noqaa2-Hnz;1nYB|70Eg`uawEbkl^3pPD2-(K$17dwa-x#BR%6i`9ba&^2tGUzx2L|wjBX! z)tG-NRSM<37?jJaFdanG{v#rQ@cVfR&cb36hp6wV8}xRhA{POoO&Q^m7bcmXeOZ%G ziqzs2g(lZYi!7v^VWonjA0;Yr8Mi7b-ytzy=hGJD z#9{X*|q{(u&J+5G`sqkXN__EF$k>zNd-OCX-ka$SYwMvV(NK>e?LN2*y zLpbc3s}peT*z`F?-73qkrf1H@st3&xdOScRleS1cYja#sr(!P8-CWd|EC=TF)sa)P zFY{-SA2T%ZYTq4Iv7mlxbs+cNmC7sYWD%K*vC7S&&@yA`*ewLdiNm=0;!Mkaq}eEy z7hz~nAUEfwX;493i-zT1!rO-2RCLEczi&(f80ae5Mhs=ZnLA`+Rg=2?DZCvw7-F>d zQ73*V!YpRxs#=w1;M84|6+A&BjejRfm#Hep2-_`YPNuB3#GZOYT@1sIASjKJ0)inT zJaXT5SPSzg===Hiog|E+)Kd0w#p&o*H7LX^P47XV6y>H;k_Yh3WZ9yF3oY5JD7d*M z!hbYr_1{33JI{R>?AZl^V@PR{ zE(|kifHR(2es&`~-?m}0?pmUhR4|#|b1bYri@$^#B}BHr0Vpfdp~^ZlPW}WNZsr(7 z+eV=@f4%s620xCe=chGk;3eec<|zX+9C>rv)FxkA`xrNlC}C)%&^G7@Y#uGFa}+3| zdGak40(4@V-rwLLJuS?PB4mYzL^R@^kjtRkZc#$f?2^g19ka zg)(!;+wQYaR-7ix;tW2+Fffa2R@ZUj?C%rc%wv5%r7^`KmIw(ZcDcdx=4s+VRG_sV z`D$WGKNsXv+L{SCq8^RemEZi?Lfw3_)R9M*`!oUr^OJW~<6w=)BO+D#cNM;m11x)4 z%&l8Y6P}6=IrGoNZ>wLLa61_D)C5RgBS6o}O|ENnk#H(?Tb0a^tFsKP;%v4J(?)NE zB_XwuY211;)FDxi7x9GOz6BVzQdUR>9#s*dE!`8cjm{Edk9hQK|DQjLo~BE6AH2Ub zBVLJ_+Umwmb%>@O)pD|q^*cLZ1oMC@pSkInObYDmE)Rm{_iKje#HPANMyfs+``se2%h{5fp?|NI?Xd8`&2s+WuHu%;9 zAcHY}jDo=6It${EMj8=bH&08)wc1{S>tqW^1m+cgZT`q!i*|*5))5%54 zBNh?Jk+~`Gp@mVb6G>5M_~d&SLFDsjGGdBTu#*bZfenSVtR%cMJ+sTxMTV+HU3IrF z2`dOmXU1NoLfghZzp!q%qap5-L_~!F>{NAVVd9*_vQ(cZIr(WIBG0GC*u0Q5cSlBa zIR+y;!6$Ey4p8wMN9|)4kZXXcv%%rc5R2wYDS8!i92l>~vsQT%x0*)=jxrjI@vdwU z6o`X0P@<%4m`W*<@di&!AdirZI=Yu_Q09rEQ=R33s7D6LHdzSlE0z8W9~ouAcf}{F zu!|ZpLm@gr27&?s3%pp@^fd9fyQW+}pxX%z&UX5vQ-UZs8cS>TAESh$k_@0-oehrk znpUQ6T+`t5Z@DtDEIw}4t@Gk#v8sI0y@AYzBATm-Q1D$B`r98h-#mA9`U)}v%}L4V zd*tNsU|4c=g6T~uiY9{#oUJK8xiH9Vi8t&3@T=45SZwIMoxL9$MmLV1Y$&o@YQ^&a zNRNHB^moP}53x%e0%b;yr{1-lg{$D@d{gmqfPDjvUm%ni_^g3b=z=6!6uvzR*zyR{ zv6(B4yfN0!04CGbTR-8D2+R=lo{d37r8V_W!uR-oHp@;xdE2rYFMZ<+3ee3QC(%{D zNrlWvpSbG!VGu6Uoo&?yS+HML*Z!wkQ189Hj_<5 zY~Rsx7gi+vcp3W{uKH>34lBIe-81frc0XZP$HO5~wW2hs`RX%}6U6RHGXYnhq5KAM zBLpT?a!~f5>soS+7f=i9NN1@$W>_r~I_2idfop_5brq?-!56Ui=FuIRXfoHWys8*C zMHcvbrtjArPt^w5X`?*cvu<_v_1VsWrA9Ovz56NN{~~#%W$2WMA5 z62l|+(xvPpT;kuUhGGlaBPfBg6PahWRe5$vn^HBs*MD1>pRuguFX0juN)3xkX8%wj z8!m=~6*G#pZs;l3#_pA{AnL?xG=3Gt`axy1gf1vc{x(-%z@dANRztwj>n2#>*=R?? z5@A7t09p0iu=<$ug4VWXKM10UIzc4>l8`#x-fbLQ`Y&6`vzPP=y{@}TfCHAj;0uYE zuDUu1?8W0V8RR~@XQ@!{K2#=Jl!YJEpL>TGdnVHI_=H^_vNV{ z2lshvK3Sd+CXxr5VN+Jo9$us9!x7EOnW=k(ac(YdWLs=e8NRknZbX8xXM_8#Uj;)q`qwV(m+ERFp#&=VB54N~b;ypz`Q6`|?+MLxfM$c@S&pJ|5jpJp z6KubbwAOa?hZSlnWGH~^=X9do{H~}@XEAguUcAK5vZzrCdMa;Oixu3^ zbHcOft@yBZ!eaB2!Agd3=zG3`hq|TN**mGs(caz)Kf5J%M>$AIbsTu5w{L_CO_!hRg~k(5ZN~`-?c-q229V4 zMe>?)P~!g^kYxwHM@Pg)(=fwJ;ZnJgPIXGiT~16LpnHy@M+R~(=vLZFwvE9KQ}W}Q zPIZKLZW|%!j~Y{y;g_Mz0t}&VR0bb3XjrE@`74;%WJr-$mrWLvPlxU&!%ufgglCd>|{|bQP@gVA&=|S3yBn}9Kdp-6fjMgP1Cud6^K^=2nz!8{7j!Jz#%}ye)15$ zaHMj$5_C@S5=NSDhM#w>#|t;g)&Lx62+JCiyOd)7yXod&UY8|E3!Jfg5oI9^h$iNh z%y06bg@`^h>02VaHA6Ys2j_{4i4dKvgMe7x;Uxv+43$$t9ez*In25ebjCk z>em&d#(!7h`%!2Bb3AnT3Tl`N_X0O56gq;ns=YnK#WWnKb#1bobSO=y1$`Ui5U~6E`zS6eGp)pkHnPE`pIB80+e%C*2YJxenUjnVNP{ z5Ne@OsT#5Tm$;R~#rBiY51!Rmk)1SK(q{?7AOV72LCah)NuxnE#}<1X|4b1hCs@0q z?Eow-#Y-}cQz9fmNX&vlc=YYW#p_&NI$$c)PQd9O*f}FF2!Pl{BzvARgPJnRdPR4o z{`iB6+`Vu1YYDK#sZL!nYEa%-wk(jRD$~=bxtAX+d$w=mvu8}PIZ}UR4#GfQ?1^R! zA8pH=1Bunh5P-N3apcH?4ICFynfNJV2%kfA{{vE?X4{b2W%Kw78-}N?q&F=teWa~b zYFrI*_&Xq3osDZ{(GpjGFZN14okg6e7CgyIrmVViS~y{S;}VG0;tG}`Pn@_AIMt`#e{$T8Dn!v9pSxSX2lg#aMkT;dg~4 z-kSlMwDS(*madG1qF8N=}tqX+=>cI8!D!MR(KwtAe)SjkG8@)!!@8z#!p)FsxN}*8jNc7p0E2KM`DZ3Z~ z{3Iw(hDQMyWywxTXc*Wv72MKU{k6`)X6lU3#pvyP69;LCtskmk^Ye>EM1l(GYTUUd zokb3QY4Pt+ts_E~fW4ZpoDyk^s+aQBZJcZvQAa$O6-W9YLcW`Z2uD$4k=`{}xmjD( zp4g6w7d@2*FHi+8@VGQY6h?72MDjXwOteU@0vL)r2@1iWEYum9HeaPLYDLq=@I?BQ z?5s1g2mkf0;wN^n&Bcc%PM5<%C7!^5Z-;9INV>U>?)0Jby6#Y)hW(DRoGAWuPS7*f z>O*!`y#rZ^5g1b%t;leIu;QiJ7DDuabPXI(he4x4*7$6twl1^-WertNEQ7wZZOt+S z+$-P*8|(w=Q&x41cl?%74ca{5p^4IH%DC7-s=Rr*2|#fbE{w-=$(UBish#bcVW4&K zR<*5dG5geqg|IR%L&dF;up`G@rl*-wamXIEX+;BmOn?R{a2}zIGExr(E}Qb_e_24z z2OF9KFs&SC-bQT309YtK{^#w#G8Bk}fON+yYz?>CHl*e?Af+XMyAMh364l zMTMjh=n8sE?TR$ZnqN#OaP7 zk|8+hZ4b?o278f1R-Mv&Q3KaIt?)G3-=QBMtbh-OR36uMT3V^-AARYgT?BNyY2vY_ zG^-NTlWxlE<~j}xES!kmp@X{$)~h@-;z*_(Vh2f0njZXPQMAjH5VcH|OaKe4HXiR-viCb{83HxaZ9=Vh)7Oy9JoN46O*E zTWax^ril#jiu)kF+^X%+mSWbA0^;fVqsTG*hHA^>*#>+UK&+eas$QA7zG!e_Q;{`d z^1aEUr;yqQSc%d4^{Owsz@SLsiXs&Qxo#zfUu5+qEVKK=rI5A^mx03=RKT4|?+vg0 z*3+e`?moF?T8$5?wTuLPs)%~_-4pm?qOfvA=Cv=t%Ps7zluOJpqg0j)7q&Ew|2dk5 z1}3B9gS%JDWRYcTEwUn)srbvX+icm7)fc;Nz?WyRuuO8&uXs7~4QGY%c#Jw{BOQQi zZ0LbWqFE9O>y(U+^=o4a#-BdAy9xT*(YdMN`q8Kh*Ka{C!jzLIsMzo!R9Z=z?mS4A zGcQeUAY&Ykn}{CVYm|~m{zfEi9g~Z5F&y|zZz|=wr@|9E(8EQ{F!U&Ol4by`hDICQ zzX;)xRq&BdFsVL?*FSG(`P48Mts^@r#CJu9enRr5%~A>;v_%49zLM1N*(`h6$t(o; z1F&Y@8CR~a6e`|Q%6t!w+qt0Xl`S$WZ0PY_AP~h0oZMJE270TX${rB+Wx|5X`*W`b zBBEJK_hl3PiDWXfLqRhOn2{v-0xJlk|7xeQvXtMJa|slUvDGR`{Y~ion`aZDRIBUs zUdnjo8lZ?q``K^N~Piwb2XFJrm*q=+i@FpAJ zofXSD+#O|EToV^F7JXG-8>(EQc%e^BLJ^v+=g13T;M&GGnXU&oVDKtGPJ$idB_Jxr zN4|%`xk5RTi1g{5SF8)mkxliI`(wTlWhmq%iOm-!M(ISqWA@FCyYYzCq(&7*Fu_M7 zC7>}RnP@!jg_1pI%VNXyvwqW0w}>S6urRDf?-Y9P25|k0H+N+Ksw?9@vtdID;5Sr( zuzN=r1Zw@RskMor{b~awV(X$0Mg4>zfDVues>vF)m?IzKV5{$mQCn76vE^ zHnQJNA^}#7jf@bwTt#MIrlGcVF_IhId=+`L$hA1xoe`0jd=`(%4D=p#P61eHyq6lcjQYsoKB}2I32Uy#eAYZz6cv{11V7)KMxeDVyK=(Es{O-W3k2&X3B=}ffsZ{UcAIR4gM;MMaxn3FdRv{7wp=I z*t)cNaPwyR1bA72c0E5yhy3mWWwnKj-oe$Et5{vxd{5gK@D!^< z6kjr#zCT(YnT^yNH^nbb#FTIuGT=kn(5EOdI8NW<`{$6^;~s&-M8z!0uGC8 z{+j}M4i8M1U7XbpvyB7L=JkdJHK^!!Gom z1F9``%Fac=mcPWOyCUFi7`Eqo!D1ze8WF4^R$VKndNJ^f#^y9cms$rm8EMf~rB4S( zpcWI6AE7jWA8A_o;R(@Vd=|2pg9n=Q2sScY$}_t~$Fw_;^#dT&4tPPbY)Ip=jJs#r zXKj5OFMsKC7Wki;y}P$lQH(ePj!ylJG2uk+dly~2`S3|(Ad-j9$UFnnWkgACAr3b= zG9C);CYj9JZ@xfr`1SmkTg^x>+^9u^VQLKe2MtViL+8tx=pJ?L?=>MI`jySQ9qd!L zb68B>R7AFll9F3-0#^*UbgnDJ`V4T$s?YhRr0CI|nQ6b7~M)qCv<9@~v2lUI1 zbt?uO)0G;r$Y9yS^H+fxmL?Gba<=<#{4>@VvWOk>8S`dyE-_~v2sF3mhkHyP6=d1X zDMwoy8q@6nOyo&-Tm4v}l?_>$D7ZoV>aY>E(}5WRCfk$arWipa@ZLV!{B93L(UfST zAW}-yQr`7{1DqXNSRSO)edbEGMP7h!+f$+EVHpFtWuyGQsun#IM_+<#NHI`^$1J`5 zL+9<5ezBC>7%rI!0B6u{btsT)Q<;`7{MvDlgI{p$zByuav4m#8OnkoOd@15S0z$?Y zvsbW}&X*S=u$&VD!@90(?<9o_B=GYY#>%XuHS-jN6u7%%k?m0p3SD2KgQ4={0+WU< z>aBoN2W(RON+oKdxK095;`#(s3YH3SmdO*vYz!I-GYw`)-x&($f71j5-8+s!L!%&Ed`^E+tiVQT+9}r~?i5{2SXHOqo;2PXU z3O3}#U{24`kR&s%;HQ85M=$X5h5%57>zkv<0x3uOav&OT!yr`4>7(ZgyPe*jmC}<& z2{WcQU{6avKe^kNQ#!#|G|F8lI(S#KqzF!3A`4@t;KE-JBj{=mvIL62EPWdb!845! zmyvn;QD~yj+_BH1i6OG3#(09<`4?_!E;LT`@K0b${_KE^)7MN`)_P)A+p(?j;S1pj z7%T%rk8Yhzz=RjY{#^F(y${Lor8_3Lq_wT4Ph6?*L$HNO(bDzNa6<(adoyvB(i#I3 zmf&IzCUZ`NMSC;7%uoa$-$e{=!jgy@C*t&k7q$|gO|l58-y)l57vK4sc)f3~u!ar_ z!1BpY7VAm0G%&aov8<&-&B#0ygDDM`Qt=gG!N;Q)Gr0TGI^s(fAWI=0{KAJuPo z?Mn4fu1jFz(nRXW#32+qJ^*R=L#9=IL`>t_4VJtJ;etys5GcEl64Ht&0WVdY=Wv1C zGLA+&(gsDF%7LI{|wJ>QP2KB452GvJ)vk#F1%*JM?8dLV65wTiuljG$_3Va72 zNX4++Kn0i_M{RLM*WuB8a!zA65(}bttXwgqIF3}Q0cG8G`%w|m@&A4g;-{Y!uLSU# zd5Yqe%R~1AIOYZ}FNXVftI0D3k>+YXAN2cR8#sk9@u-IRdKBiOC&xpfrOphM(gc94 z8cizc+nqxrIhV$HaxT8xt2 z3JB9nNU5>OpI&gio+_@qOz;I6TkX`BG+MvbH%4>Qe=$~eP&gb8*D0m^AA%_l{XToh zj)2Mkt#D#6tDn`AqFhkK(_e(G5XIud!k zI8{!5nnI>gn>74S7IsU9Y9x%BQgMwZb~N@rg*I1K0HQ*CU^um4fn~U~ z8oM>y@rald5~w4?NglfWbGSBwP@TJ%pY|*KACq-5nEx(iW)~3ZHr90+&}C`+9WR>L&PnF5vj zQ$@9}!b`rJejuIRJR0W*LbO)J;o&2ILb^Abh$HT zRHL0lnsH!Q1^fve)D)FU=*D!4c?5QU*M3RQg2N(aWUl=E?zs?>p{)H!H0Y<8&r_`& zht$!K6k6xdB`NATo#Qd()3cg@!|+6DOc^wtW+0I6U3E%_(F8yu-JtU-IH79puJ;Xis$PUvO3hz(^S5U#C zM_#~K`y;u`JYk#!g+WH%Sb-X0z{cqDgLJI54C-Anf{)yn?neJ`wOMENw5mX@F)X>U zDGIg4nG#2B)O>pHT&U#V399(aA>HP-CtE3BBpBS}!nqFs-g+$-#?6V`wwqQ}c&I() zO@{YDG6Xdu{<7jRB&XD*b+~o50eYd^+qzZ8`NZatx?H7G>ON$vj+|@hgF++g)nTPG z_sP1t$^5=Sb-792@>@vXlDV-~Zsz?Im`A-%8WXt#T&Wk3X=>l?dsS2B z3yNkET?*E_^2r#ngh6as#Iod-DRMr6xSOHMFyK=JrJ-*uWh&~$%piaWq(GEqICq7r zp<}y9zm3M%y}TKv!Mt4C-_dwy?>asSWfYnb(Y&P7yw0C z9EMNTQEmI$_iOfd{NZ>Dx^Oa-QMC$UBb>JizLHy41HPh{vUq1 zZzOWu2_Vv2M^*dOq~$Lc!?l4C$SXcV7;rA((YXh=k(O8)+I1uY?2hv}jmAZY>wz1m zuul%a%#3&j575dfvhiy54Fk{2NxC(pJg7LZ4H3YFr@KsJ)wL@db_`)ZIy}}^Tz0joCD+-LdmaNhP|#tKm3t zZtdt$gW*{;v?!n0}lifIOE`grZbM*nm2F%AzirMz8Cm=Je zXQEPS;y4eQ1yNskeILP1d+kTWiGFCBLGN-!IJqJ1%!NHdWVq&{)LIkr@q|bwTY}5A zX2ikdaP9HNMB$!*>=Q=a2diW*Lyy#)M}ZOY-4oPdqsB86i4-U7B_oO_&b>j#G_EVv1$s_?){yYxU|0%dBtjbU~H1A7IYFwVDj zuU6xi1U9woU+AyfCXTo5zVBbcmX478da0XA*jo8|if)}32D2+Ljo?Zyx5f@HI$q$5 zhld?(l)-#RFvl5vPg8;Ql32G|u^$^F8j;a_3WEPl0<{txcq*)R?OB?!VxpoT*Cq|c zSq@h5lk!A=CJj#=ndj=_we8!unAnTNMNpVl&q_yDJHMEqfuzeyS|q0X6-mLa0vbHu~V}rjNohVogr8(||1oCU?>u)GPm%lvZ%IjF`ZIt0V zOcvfQARjMc>H?W9J>TsH71DWsqr43qdXzI0dfsB9$Vf{wZE;KEDhKLN|ZvxCg*ov2zzIEbG9!L zV=RMW9%IwSMcy_k5-$>6SjuxrM8`HNU^GiaQ3(h23}qAh7Wpn1?&JXKOs~@T!x1Pn z1EWrb!iCJ@*4&<|ghE6-W1HC{+l?-8iT0@_&^WEq3IR zxj@STID)@$iKj)C^{cSU!WUhZY2U5KT5X{$u5^4|q9hh5j#Mn8(iSUCCRA$gE|^n9 zX8Jtr_$#qN*XhlZjX%RoWVDR9*uQ^n zG=PnJrT{}gyuYI+8ubMhR9U$EdFxkVu-JIt9G;wVu#7teC@+p7$PAhp?@mFepWZGnmDjj7Kp z5MQNQ_#cx-O2!2+t8*CtE(}C>-+4Y^@JPtHC554>)^_aUr;qI-6p#A3SoOd>x0I+w zwQQ+LiiBPYW9yCFCzCYUF85pYqUP94xT3$wVkVzG{JAP74HsmPs?uBJUBm|(uDsOe z-IccxfJPv8SH=r>4OkSVj&n{GNhq_G@|Admbd8Q_VEY{#5tAX*-tDXzSaN@8)3rN- z&I0#r{KZzohbXmroY*UYvPD`LfT&P^^w;JEk?^ zz1^VHHYtLjb0AtLI*br@n6i4IQT+m~NZU#a&NM9@sqcI;@S!G4o0CSM9)sD>)-dmh zA|6cV0r<)6%#yOnDh9^%OD@gp^iE3nUd2S?r>*lau)`fGb0@eU983I&=Frt`0=kS_ zDRFIa$C`dq%yCjt#OZPy*Dy*y zH;mUtKoP4pIU_1+F>nDrdT*2Z4y=-CR--zQzHWt0cLg>9HN$U}9GjRCFiTDsKGwFp z%Kz}$nEc%760$%#k;PYvmnh&nA}DTzo_!Syp0>hVhqO5=1{4m^=(@@UgDDMRu5S2q z63l?~Nci~bIB1Q{FBbJ&v@dl;Ky3 z7VZNrbgc;mx6v;kC`ghDf&R1Ps&LRp72o)MAdXzWhCRr|^^qI$a_&N5ImF?apUYOs zrmDV@%yQZh+eHLAfv|lo?G-YiN=oq?3LffT!4VqZiA20t=EQLe*CUiqw506^^<~$( zQ7?XB57*q8$U|0buU%W_r0h%Dehnmj&i8*hiH@ylNritzlu&qWBL;C_kq+4k5oap7 z=wu`uW~2g8=73!tS=`Yx=F)TTDPXeu^A{%6WFptS6R@}(?{6eu*V%h@kfj#BUGN>d z9B=)Wy%a=)WI7H@y)!AGdqNILNJ;`e9XuJ47e~0bNmSFyM0n)HpZM#;+&lwn9Eow0 z_e1hS?~?H3ZOIa*>I8b?8JbkK+BXWEiXI%8u>XO>cZ!Pxa_wL^$!BpCq-%vW^!g;E zsFO4zO`?o_(i^Tb6LuDX~ zO7|P%0_a?+wgIlIME=WMorXOdD0H_TqF>`HE)%6TW1^Sr@t*3+RI1H~rdD1DjnEI{ zp2xy6S(*0~QJgu-o|N&#N!RA!gIqberCA*`gA;@KJq(7*ZUOA-od_&u5Lw5N8W1W0 zh>W)+IA`uUZ5wVf1Lu9kM&CIemQ1vA-V=K3{rtP=yj6}6kJ;nr^g~V&Th9S;kA3vi zBMDJj=96~kfT)z~xum}tp4~#K|5c-4j`~yL?<7rpBphft;&{$`CL0h#D`@H+ zN8P*tYNl^SP!bwy|6jm)Xj3@&%Cm7fU@~yFAe0tCV7is0R<>>+zxqR2=sCWQ$JQAS z)!t=6TE$OQ*)gvB#aA|X;a(;&Zk;Ha8R~BGT!GtGr|3W!IvTSaMNCKWy0NU zP-F*~#dsq{UP|dIMB2BZfr6w9CDu}2@zEq(gmI%{Qhh$9+SEAEI;9s1oKCBjA0Nl1j2%%-@|NV*r>|iNY|S9^OvE7JwibU3&&G&{eqGdDlJy%MNE>4V~i+z(C|x_8v3Y)Yn77(12{Ae*l-7kZ{qKB1)>6pTMb?a>+E+5g2bkR0{8p+3+P<_YzN`XUL0V*}x(@eFspTz0z@kvyD9U zw)DJHzyK=~hFe+hKNpLfbvWO!yIXDj#$9_hZDB56WUIyG1SC`#n$?5p@f0LA z3@g)4Nr)DuprYZg2|V|BSh_ROiS>-gjY<|$Dm%()58K7-KKuY#vgF>~k9L{z*6Rb^ zl@F5_G7M!jeFocKh6qw@A0J-V?V5FL4YbhSwu6OD^<_i_KGgm2}HE42|k}`=z~Y%fpiQlAw&fVw=TX87;@=IvSu|f+^-CXZ_Rt zsY}U#I}V6tGTg=SrS}j4?GVB*s`3U%{VBLa_~}SH&bpM(g-FOl>L%JcouDwWD>SHU zsP*_;X9Kxh)e0$1RNBJ!bKbQuudGiQ&63b)c`CRjH|!yAXI5E_qhR+6?>32!_9A!< zOjKJ!%^L+(t6NHWT(JYCj!kd6|9mx4%K**eNCGsNA&V6?CDkFW+p-nI$kY(DYRN4n znKz7|ST!C)bKPLpKc)`C_DPg~1G+5fY$dV5pCQKI9v~7(^ZRd+pI8oQ4wb9;ZwADg z$=clGg0_E3Z@isSbH#>IVX|zBkvzd5FhkUv=kWc*a^V!{Oj{mb^uYUZv-W6_dOq>J zrW`EiAXqA-4-T!rR>KpbnU2*!?7kquc;JSB6njg5N#Tqzq@>&VbTQyO9LjOc<88^2^EEV4EZ15>DH? z*BBkUTufl3 z#H5lDFVJIP{<{aWY_D0c7llTJ8-N@KZ`!w)9A<68z&kR-hB!!e^v=L-mofrdL*Qa|h zbrHn$W#Ih9vOIo=ZX(^;|8w3m0luCcZpq)s4~&>#&7uBL{DC}BOvq;XF3IX7O$mPR zCGNs`PZB=+JOQYH+m&W%qRASPt&C1GCmQ-Xq8luL5I_lkNX+YtxX?3J{^l@we{vH^ z2O)t`;^6^T5eKIE+Z8~c{?s=QrKz^(d;(AFD_a6&%_b64M$$)VVMDZdd0$_Tj3*4x zt>c@r?-MvA<8A?o0kM?#7zCTsfnUOOfe`C*So%MU2pBL7kDyQ*TEr2QE%v1j7Fzv& zaz`h7SVPg=g394Haa(^=T5eRweF{I6o?0)MWAMqI6qan|VHklcIRfXM2~UQ;&xKB% zeweKAV06%aj|~=`14fAjl|`7{eO(tIn6Wt2wHh32sT!>8#6}nEy=J%<9S1I5W{j&X zH%iDPUEUqg*}W0b8Wl4!ErqY=!A{7xnhDM8rC8?6QS5kk=vG`dwD7hZ4$K-Ys`ba; z=VtW~a6ch%w!U`Rj$ZnR^eYVeiw!%R2eR|>9J3f-7jI}}>p+b7m%h>nU6ufk16uVF zy^f4?5eO?g%3mg}R?#%9YAbYHGp;bKOU|p>EIZ-bKY74tVN_7y)`fWUn*FE~48b@j z-FWkk@la*Z!lrt+4Ya-4c8*DkP0oKw6BPRm9E|D9oTlkPiLW@-3)vR)?-m(yi~^)5 zrx%h;TOy`f+%2%27e5@OcHu0yT1bo?r9|3CMHD!3(7+%GAAEa*-c2GrbP8BgY^8++ zud&i*zeaWEt6n8j%g016LbNL<*MO8Gl&6xSL^J9!4wqIaDwS>lZ)K?0y(+*q7(Eq! zbyuKK)~NH4^+b=U`P>8;i(>rPmnk#gl%^~v()61H7L zFs>@5D+5f%p~u$|zzx)v3--XO6ZMO1iw&W33FY`EoCWq~i&p9oyL%u=dsZ1D^10L= zjm;<<)~NJkJYe%~R>!&AQQ1;sLW~9Yul8}YH2Qd7!L{)9tDxZOa9r)_oYjs>Rif7R z1lgKt7E%~837O)(?Mlj>rj_#!SKQ@SRKeH$&u+lNEZvl|Mv0a1;2~XMPYwI98TV~F z3pNwq*tD536#28#!5*z{K7Ix0H&1C{uACc>r0Dk-$R7U$NQ!D2n-S(ZDKZ<&7|gub znW3iggF-$EI7Z=om-{8ri7DIP6ROVt z?MN71-|-ic+|CwU^tQUaBZaNnMM@JWE^)=6utIV-&+-Eo@b!PsjJym$SDDz5N!HP~ zsLydv8tE@CRSHX_B~y~RKRx(x_h$#X4&e~5f($b<*G$v9l4LmM(%UT-Rlk+w(rD^{ zxtM1XKqQJ`hree_##;58&=}BxuJ{vJK1GI(f!1Codb5sq{2?$kG}4h-<`W3-XzuS%j0#5plhh?lk#XE15jU*?KfouFUXi%cY2(Wg*lp5`=Fv>j4UIe^lVC zSUd=w99>(Rg#fA$+RPN3#2Jrrlrk(I)kH8kg~<(Fj-iWF3UE$_s^<(q*$wS&YOW2_ z6LIsOjw-R`!)<#}h{sBtnE2!L-LtSY%Q#*)JZOO&*qaqBV&DwCJkm#n^4)vw zczxb$8T#EVhC%1A195f7;o=0G9#!aX2jNMwlPpV%+P}=&-E9*(lspLiFFrOJ&|%NB zqInkdPiK2{CYRMsb3+qU1+hCJH z#2ND;zuI9%1l0PJe*U?nTFO zOw)9lwh6^DV&iBK;bYV0@nXBl>7nM;Lx|F@`Bp*FdPT!)2EdClp(uRuxy=F$#p{z^ z4y=^Q%D@X>0O*eQ6mybKABgDT3{NcZHH3s;CjSP5?@2_!TCDM`xNR2$t2d!y!AI~P z3VFRo1dmPrVmQ3`lR+`{L~y@ZaeMN`4jfJ0+V$n|1oq*aKw-Y;fUMr+cnn|g9#xu(tWD$3HGKRxc6HbOoV)pRISt_M@Txi&c zOqAevMN;{mGN>Do4K%HGwHrDg&XflhgJia0>|_&F;f;&RyJo_TxcBglnJ6hik+OqS zEsk%-0h1MMY0}EMr0iAUnoMjZ)ZDQTq*I(p0PSt+_$T%l5U@wsi&Ju!2Q_7KD$@i) zr|uW~mF8>usKX=#1UfiD*@06tiw#_5X_m&|nYOhInwF#%e~9bK%xY0t z?tsoOAe@{(kpMus*H*+z;0&Fn{xN_c93S8A!#YH&ebrck%gFn_4 z`W(rlg`fI_Z>KStw`~hETbirNzE$91{RmXx{*3O0-!@MJk~`5PhA9FU^l385GvqmH z))f_}Eg8!kTUMLY;XK${4Bd_IP0JBW@CA^&=RPvN+?NkKYI1~E!`8dbQGC4PDzJMI z_>=-5xS6bPl3}6F+8RX}1F-nwDarn9D$&JT3~?@$^UVvJ!$O00no!CH&8T^4{?~9) zJ&c{1#_k;HJ5fcepb6pWKa_6{I%P1+!xHY)zo>lKB`a)+ zpPToTA-1JGhAa+S2jpk%$y3TX!tTKe4aWNYGh4!)nI8;r9M(dOx^r;*zZipm5f=+_ zZ;{Y>PLeES0s)Srlt78W6EDV;=v7PC6e>{Vn0UyG_JF&KUU9RRLBqDI!A3#~z!&a5 zQoAKe0`?2n)B@wH;YJc6@VH$QO?8w1ry8>A87qRAUHfL_^#>~PJj?_8djDIIXv*IG z5l)4Hbbc2{P(lY^z6@axE%bsR%3@ToTG5(texO~54z ze9uW}F)2ZFZ;@$nJSO}W%n{X zU(tsVq)l(gzv&hFg95mcMXSJeOF9^jRsqR{A25sq>F&7?ARV&FB2&k%_zsd5LsyVK z3v#Ck*}5K~V+3jkI+n-CmXQpL5iXU9I|;XXXfI))?uBjrq!bB#|1_$l^Ag>svg8DX zLBqaIv1`mGB5&flqGvTz*K$$W8+a^mo{w~*q18faWY&%5#mKg2hzbLioMau|d-@*X zH04P%+;Kl;KDP&S_J(x6ZzgIM!?ZOZW(4e9rf_lD-b4B^konvIl~!xHow=U1a-deD zIO1jiGbbIq2+MFb6s{4LKBYHE{k2(eq0M01xKQ>9-mmA^vit#X0WleP699 z$8%Qk2O!ak%=tRa85}$g zlK8R{VY`ECOkVTtjVA1&rm_;SjQ@&eE6`&ZYDqd3(ut4RM6A{z=*vXcw^Ph& z!s0HfQvQ`ZrldeaywI{QKL{_rAsA&k%%Mkk!OvK&H@$5gS&UstcsL<&yM++gmrP)j zNgq@t>r9K?N$=9~CkN16PzaviSsi!eb`YWbCBMLptO6a}DiRFBl~`R{Du;%TZvE@w zEX|&zv2cu2ZL=Lbp>>TMg6MYEMl=AzJ|%=LPn9O8qvZDUnu3+r9}u(=Df0I8n%(^C z{_r5eqVOm&>X7BBa|zA)BrS0s!t3= zCrzsPCpD2sLWt4xg}b#ovyjH_J6WA98=2g4 z!4!F2;e_dU@3$*#wur15GPRMW3J&efMl~HtrT}U=7`mS#a3^6D_ z%Er4ml&iIVv!*(V6s*L>o&j?#PPi#r;pLhL9L@^B*tyX-tr9c}rHf-&b%g?3|pw8#hS4`p(U|!70d;oXd1P)Na8oW;c6y7?8Vz$HRD&l#|hv-Bmt3 z%}3@e))gV(R@`#AFccW;5awh{H215Z6>a`mgMqaQhiPrxvueZ5&@!`&i@r96U!>902qyc3Z}H`lH6at38x z;Cz-2C6$FT+#ycb4H(jzh{+JIAkfPtiY@nk3^cZLu2#W?+Cx+hd}VIkl?N|){+<1_ ztle1$0ts|ufrSZcZk|0FHpG$be1S|H|nsxP(0yaa5l+#w7|2->*hBH_U ze{&e@$XvJ_26_&4U8-UzL}HIZlBFzs`iZrU#iJZasRp-8yI<-!<(SJ_31?(!rJ%rX zfv}whVjs$^RFGS%CWie%&m8RaCCX(_gW7xa-;m0VnpCTKcYBv7ZYT7}g)FYG5beW_ zOXB|qki^xD8x>aJYlJo9D_ZQ;*+nl+vwL~RD(#WdTr{gyWq4rZ6^BaOqPogU)KZ>y z4^XmwBmz{&)^L}Jw+x-kWteJIb#orc2Gw+RD_BJ!z$Xpk=M`j#qliTja8c{_rlgb> zimTH2_H zF7IQ#%8RmL6}8J|AHnOc8@T2~8FZXUn_pC#=k>3lG>lRyjL^6;a>-6<%-n{jSnM@SUAa6(e{XI&bA12m7{JK0Hcm51RThch9Q5NQ@Bta~w@ zt-*Jr0F~=;HGpnFl5zAt9dIi_g?C!A(J+C1jq6EI1}&GO=?0Cm8PS@2%LgR$!!7LK z6A*3FCpYZ+mD9CUPVO6>ZOd-G4sA|pl&1owew6Zg&_UirU8i0e+iGY=5_-rcypmE- zxU}N-Z{`jTUh(itxCEv34~>Cb_}AT zI>L=0KW5Q7(Z2^yLs5-%n2|(-F5ThKNSA$UTQ*ZATkEu*U|OKZalOu!3iS#1rD;(n zEZ>L&@@JS0$S~aPI&EK^g~?(Mqj3J-!L6XMR%bdFox+F~2YSfbCeQn(2?9Rq7*HjQ z^*dEOsV=I{R_x$_(s#7+I(NRc^u&vjczj5zo;vNafHn!U5F*%C^i!Z(vt-n2CGJ-5 zPvD^Z_hyDd2qr!;j(9~GEDsX(7epTn0s2wzk(mCxSluCRi`<^IwgEaTy~`vbCe!&DZ_# zfI>`YUkFJ|_fX&|y}qIeQl!E$joDBgWi>u|+0a*jQ$tf^!POx;c83f_!OKfQ>_TgY zH(Ir-Cad~ecS*W>??_AXPbrJ+Ou!2sA{|W&ZLI8H@+{dS;=NHkW4UM%ni*w zwT8C8#_2_Z9KXmIC7NiBFM0V3B*!s6ls}Y(W+CD&DhKAea!V#P(Rm3BkyL-Q=3gi7 zx2;=FDF3~l)l#18D(`AI%GxmmW+!N~tt{>?NFj62M3l;|zAn^%M?MM_{^lSV0@HuU z;jL$DE(n0yHr?C;Y4mz)8z997y&8aJnYRuIm-wH_dv@%)os(2m;d)-NV-z&x7I{w@ z0fwZrC5SwxA4A~&B`}H;0ThwLpGC#9t}Zo}_q3BDd-C<=P^NyqBewWfa!RWJb|q2B zX_2!REQ6QSm~R)9N(z4*lneK2n}%kEqnB8q#CoNM$dSc(f9M*BY;z!1BEK8O5IH{v zcPxQwBlYk6C<9?O(fuz_meD3sH&o(-g?GVWGcf@U`*0>rch@6~z3G zr|h9y#FdWdB|%I>o71NGfnn&b2Hz$^7rP@QnNub2r-*3Fh~rT{4yZE?Y-Ab-S|53H z5h&HLNIy-J58^C@1a&qCO@0x1Ju`z*?>zFrG9nTu96l2dEFBNNCvv`GvWmVY1JTGw zH(YZLb5vq0%*AIOO`~3)-l#itaQBfO*D6G*(ghX-qsQwb_rf7-(rp3hSZGA}4?4N&-U# z1?s{_ZXCDy`F(At8rqJ=!mp(5hV_=GU=c=`hZ$k`1Akx?CA^M2DfPT)!k^sa-ZZ}a z=jI+TPoa9vGpmYHXJtC*xcR|GhZo-m@aKptX$F1^{-2kr1Psk|rZ~J#W0psem!+wf z-KjKF&*B8p3YAY?T9_RRhAtBq5dyl3BNDd)du;H5)6xLqQd~0y7od%<0hNYdv&Xf6^aX>9OGdW>d@sUy;V%rYbkK4QL zaXbjSAB!p{C1m{>)9?({mv!TMZV5WLf@i=V_0EwUs_$*wJYvIlm&!1(6Kt(#){{;t zC`3k5rNQ!He^p&}Fn5`!lfT9!l?vU#bkWwxCoJp5r87OcO`h18;8WULR|Zb}7RGao zNH_OvL;a`Iv5~KdCYc^wol1jp{`WgmmZ{1^wBb8x?7=IkR)?%A92~TyLioN!lB!Ci z(=y3q+`&$I=TkQR+-pWzk&}l-QX4S}G&5o1Md~j-Q1|2urk4*HpCqYwGCs1Df>5*v z2uw&E)a7Pf5}54Ks>El&iXJ&d@R@b{vf>&CA|$t&Gq$uhEmb&HEIE2z)o^ZPBiiWN zpU+@mB$eiQ%!=`Q)7wT7MfBC?nb!pM>ow!FbOL8#*j|9$nMCE z>~^&2d`NLjgjCEl!1*+7?fE|@1UaI5E09TXQh-*=%!FsQ=RT5WnZpValE^I(4Xz$Q z@%IX@4lQR-uMQdF>fvvg0?MZ+4Bl7Je7Gn?w3b8%=0^w_n@-+>v{6`%uv~qcGEJpo zIwv_&G0=Pfa&4Oj6Q@1CIDMH3y(+Ku8ImIf<>U@6#tsS;;Y11jNbxYCpDxB%yQPg1 zP74_?@OOq?g5`)9pbQU`Ub^*FV3*rM*gbt}%kS4NyJWk&V-b+}UdqBCG^3Dc;>{}% zfRn8)sHCjAVb~r;kuN~;fkWryQbV2QQSfqYw(ejO=*nL-p`ch=Hp$NZ{Y++C{wD(Ag^uXK9T9Ko${zz*2IM zJ!4MJIc~)5vtZsz9TwQY8Uho(cBkark_X4s17xYDNp{_4Fkm1;_&~d1bU!Qn0^CnB zPV_=rV1`z;m1FL%J5q!-kCDUBYov*qq&g>t<&)Mx{czk~vmbvGVa==ggw6|1F!CH| z+egyC7L|&&`yRB3;$^olL-d4ZAfhIiN#tIPj%kpVLdng=F23#tgfoo*j~2rUyplz) zcX>HXs_8R-kM6*Vt7i-4&yD1`pK2;OFOB2jsR^wM9*&FAX5>`1m_n$>;}Y!2a~!43 zB<^o#SDRq@e-R1j$`?!(=xg(1l4-#Q)!m3mMM2kD{BP8{7aWfE9T zhSk!K_dz3K-Gzld(wmPZiU65yT(@&ws0T=>F>!dBe~8=Fvk3Weyi2XQsKcOWTGMDA zB}(r8{Xz_eEhRGzZ*R;$Ge+Fb$g%r$1N-Z4a0f376*WViHZLUWRB6!X9LefmsNlh5 zJq=kLVY?b}aV-qV%b*C+4QoxkjS_TZl4HRw$S-+201~W=1;ZzdcXp$$DVtdchExco zhC!U994VSLuM6Hs-T~Z~-F(E$b`5c$h!GG*{n8z~bM z15_;|;%1b>_zpFM5ys><;30*PmDEJP`57nrE5?O10B0JR(@_S2WHc$kHU19?%hLf# zYKr|Q>po4o@w%wlx}G^Nu%T_KniBC}bzlFv{G5FSXCpWOoF$}z%$^*@i)7Z^uMU@E$x;@pOJ+ZH9 zJJH>)V4F5+$W{LjNc(zq@HW}DLlmX6Z+sGsGs{nH6t~ABo~oO2e%4B*72U*q-8Gro zuWm_2$P7=nNrl1LorEj>NpN^X+GZ9MG=t~}?Gzpei)17-cR`CXYb^dovT5_zcs8lU5C%%RF2#R83xGOjV z7XA&>iL+ z_O4c$;_g@3or<{OY#xK?@RYsJvl2{yI8y7oiNr$g4h9~RYrMi*J_>pZCU>pEcL(Q3 zE3_OHKIi;!(-*PD%LIL~-V&-{R|VEm8l=eJUOOZkRV%=kP1Q7{yeu#L$~6fLy$>GQ zvfISm@|QaG0+YveG=nl>r%`KOj?}t$6Rsp1HBy#5vEg7v((H5`nbLYF17f)V-6aqMfPJ8-KFVv*P>V-wYJHr9(;e5DcHn3eoBjdWo^dyX-{${1#%IpQ2}Bo? z@6f{&wAQ_G;fZOW#mvqR`XUjHAUr>5oFRN_I>`NrGsqNQMg%UiB2@}V%|V&WxO7iN zV59$Mr>WYi>9*tci+@JHyg`{A0jvQ z_$YUHeBRbmNT^#F7C3Bb;;L$xBmoMuh~x3GX}Bqc`NEyC5I-s1JuxL4_N<2k7p4hr z8{{9BfE*u+Xb0-#pB5Lmi8hK{m@u|FLlbueHmHCh0 zc~joZ1Wa6na&W6q{Tc_}mIpXj`$PQ2pImDv6HrCDM1pJi|8l%=hnOeI@25D$A~JAP z71`M|1h`^9tvelmBFt2Q@!jDK zLHH6Cw&}3%nlXW20kI55_ z784*9=?7#r*l(mw6)Uj=YosD&mZWIYhDF$9GC7wDEi@;aHDj%LycHFrnRAZz1HvGX z+8tNZ^gDGm93=f1yXD2fO3dQD%mFzO9~OUQvnq^=!J`&dkgTm+Ztn9dqrk5=z!0|e zeYo85{G>DB>mA_+RFHZS44LfkY7PFiEyzIh`BN$FhR@RQFQV94S~5rRaSEr+`t8Nl&$!a-{Ucif~x8K_<#lxA0gMA|rp zsGGP*bd~xspKEnJ717nul#G@dcbky#sd+XW;u1QqawHM0-Xixl><;Yi}HlU-mj z)SQg^Ci2l&Ip6bAMwwWc_(mob6$(Uuw}mI0w1?Yi?hfZ6R;B8_H0j=k9s3fr`-g%6 zND3^V682*pKt85FQ?YZ~?JOQ13qxPROB&3ov-4* zKL$yF`h=@w6R`K`2j#tIH|7cn2=@cW<*?Ry{YOK z;^b-li+1lqTI6xVc^x&8**1S*CK8i6a9~WS0!9dZOfm)y6k~~1X}nEVOrzJly63Kb zDLq8|b0IlO38yDrk!zUM>t5MiJ4ip$!RPOzqj+U(VX0L|jeOjjr$S|UM+4MrjZDd$ zJjQbGk&#i63>9edpEnrHTy2T;T7(j%`p!IvMtZ>H!?CAitJF1gK?jId4wf0h6GnEs>Ll;1SF9;T zF_Cz#Pk-U@_a5;SidR}11k-t*uzeC(#(wL$#f&&A0zu5pkU}XyD!arA)1R+2hRjma zm8R5mahU|_d?^zhm~}DdV(WZ44Im3Gn;MV31Ijq;q7GApn0V{KKa+o%K%>pY3jv7e zH;#)K`R#)08yJdH{k{1?mjQE{#pv603?feVRI>}AgRyk%h8V7&X_ERiv!MXf?|JV; z(c`*DBTO$`u5O2Cs{91&f-D%rV14g9g6 zA-db33@?~$S1p{h0(wYfF|pI5w6t((7x}Sjue!bM0W!FU%n~dyYc?A7t0-HP*Mm6v zDeS3m+I_|781n6}a+=Pzc(i($hgIg89AE@igPaG3qfNsAm9sr~-A33mPE7QlsesFb z4OFGd7+j)EEewoIwX9Xs(f~)1LSB}@pPa&!+Lgq&G)V3&g#chQW|j4OlZcWhOg{YZ z-|cT|iDIOaf=s-Wrh!*pvbY3#N6910*oZ3*- z?XhEwn1RUzx^OL8!2CJ^qL4-cJl{6ysPs#ZD)_XS@l8!@ zlrWP8FZ+#5|}?Iu7v_JFZH&OwoU~7!gvf zfRPrFvmkZ`H$`B&$|1>0$$mm0Q4^gBTmj3%)n~bOe#&CBCmYUjrfr7{so;;}(>4-S zq|||E!aXu^caR#&)UKm}Rk-&QCV}d)=%$~#n&EoVTCRE%x^l2tstwB@3?WkxwB*eu z3w>Bgm5}u;+@0pV!IV);0SGR2@HV*yPbbj!x7U}g_)9u_^ndw|>cw0Qb&1;exfIv> z!Pk3}1eN(lgoAl|$EH(4CHcCl0i3d^`l8CC^oxFkJ%++|@`ce3B*`)>E~rk%m-t>H zg9u_e+Cw#U;7E0cwK{$@G(jJPjd5$zk&}}WWz7u{oWor61y(GPEjl7ji9ooyXfQRf z{^$Wzfm-8*YJ|zNMWQvt&0b+y!-++l_<7()@f4x_?xu>6gM>(Wgwdfp#6>gtZ7{ep zA6s0Gj?3-#lj;1`Lf6{a#yP}p?je$(5Iu^J!xz?sgiuWZ5kq3OvuDAJV0>tB6v+sV zn4Q%aMRN6F*A8&4uxoy^q-*#nQnex(IBW-;>W3>P9((rkKw>>uY9Z+cHtzd_pgp3( za`k-5@&l*xB^U_R=~Bov-0q@F#4*V@-{;LIh57n?s2#R)zqxvp9+s?=^c^(e0o5h- z-I;)y)M)DWOk`9f6k0-L+L3%8)g!m0hV?Ia8|rsNOaudc50teGDP7fF%A5R$Fs2#d za>OyeFm9i2vXZD1-F6?OI}l#Rwy^>eoMj zEe^N8%6I1!-O&!!_^34CgdWl|iy=`~4H~norO3-jS2F>(O-Pz%^BCQIehw62dyYKj z3RFI!`69r|0Z8>4a8)--K5JUwlxtG?J&*!zn3C4m3D!yqLjlmJDeH^vK@3`s&U3S+ z)RuPYJsrk{?Su*`b9ZN^C|n8Tk(Ca#yIAgTwj%y)PP=w&u<{IW^5C>gJF=F+nCw>$ z%<~}w99jg*)i)ybOrmXpFovpF&*^=X$D?{V?>ns6X1GBNHUXdeTFJDXr--HJ_8bMa zN^|3fI7H_<0{3MKoNs=3HXaFLy5U3uz}XnxpmClO{iSI(tHFlsi)7;54_zdagh^DZ z;gNfaX3I?GMRD{JhOtAl3z3FQX?h?JgDH`1OO`8Ecj=Swa2=DrE(2?|m0U$oSk+2x z5UhN%??h^aeDQJtK8WmP*O?ViiFDod za(FTf<5M3y>?&wcWj=>=qDcEQTC-+|Vm*bFMw}m?{PgAJmV-F$Zw^>eSq8nRo3nEY z6CE~tp}r!31(3waTMJ8Z$JfXEqQ)#P) zeP<)o@~&2dXVxH6U9TEGa(%-SLMnA%f?=+@viIOt;NU&5I0Bu?Ko4`yT?$uct7QqL z?dy!5%%e<0*zWt$D>c8FpbrFreHBE(0a>IBVylEQRM0fJ10}6^MNG5H>gD6@%}4`M zG?_!ebB$h;RcPHxOlHug&-x@|)6R#nVhOku3Rt9z*O)@h zE70S66Vn=06Rj*@=CG>|BpvF{!PyC<4@v{BUl^<@S5};pA!0*XvCDAxdJaOL$QKH{ z8cOdE{zDi1XAByUKj5MwWHgVVm8{8HP39aRXsK9*i8K==( zcOps!L!2huSTPa10plS}+A~w8-1QoLQCp&wufH)mSRuU1cuJwH7v5+;Z8W5hchLv} z7rjJ0Ei#Zgj!NsQTMJ6_W7I&if|w3Ks8o3=Zw1kKE6-y1l1GZxjN;-p{&2+K+Kby) z?eT?7pWBQs8N^5+s}m6;e~cP&YEM8aN;(|M7AaJUSK?)t_*{5MgT=~cS(Tfh0?O-1S24mo;JC<$vuWWhZw`3T=ek$*2r#Aqf1T|n7k<);# z#h)@%gz~$$Ug*JX+nM{PDT2o#8mW5VgcGr|1^_)k!oNR%3ypIf?W_lD5&q-&Z)V%@ zA}lH^b{UcH=Oy^fUA1|3m~U!Xa0O|h3L&h6e2*9PF zwuu#BeIuRQt&9CgTIW!hL4qV=-}?I&fJh(MpO%%YyZjn1c@sKi4T%IFj&dGk3OCV5 zi=aZbf|)FOCjL{21$_aoVM>iNEIeRZRfC`JdkHO4Ws~_;TxbR{*Opowq(dd4RL-)Z za0BJWT6H~Mc$sWGuw$_XqZ4vA-J(&pqQF-uM&)_!-?Y)>Y*1%e-w|LU7}dS#Uw28d3X z9X>^`WHfSlXb8H%wv%`;yHTkL1O&tipe8OMfw~p$XweerXQcAmu9sa-yUYRZ zL)#AsizQh+Q)yvT+#w>qCl$?ooAM3N*+Uxb(@TG}Cqbl(9*J0QGq%M*sg)ozga4Df ze}jHEOdA9y;M-tTP^*f9*7pyC#qeJhA7JS0rb&mrWjN#!YiFw)iQQvK1PRh;+YQHV zwj6`8xG;|neS9Y$)Jd2={q=*D^3gJQR+?|cYvWtez zEo$Xmxh#uNq180$3?!*Gvvn>Pe`~y>D(7H+|39>4%uf+>bS&KJiu%K@?!PXPyYS)s zq7A#SDNAK}dN;VtN~o#PC9l{IcUYVJs9lgNov;aPUbTo&F`0=%Yd97m z94wnZz!&Z$E0}0W9_SC9rn=SYcr~!Nw(u8_bNov2J34Hbaq@NBVoIQcMFD}TOYR3! zrVnmFJ)JFbg#&q7TEJBa`S@Pn{+UlI6j_VAL#y|=*!Fd0Ww|bh9#)n#y?(ugX4fQ;w9A=M*QCRc2>P<6(8vdKY1Oo za5Yw1YnH_JsZOdylwx^VzTy0`TxA()+8?;>^51e`k5m)rE1j&Y|+4Bry^(+73 znmKgoAZs(yE)gL%zHWjHXWb5kd{G+Y|04z5#;GEn#V-@5FgVFXjlcFBjlA#{@z`r$QvWW_w+Ya;TG&P%np}l#dUs9h` zo>fJ!NCTlOPOJN^s1mEWk<)Y$B#%F7DNyj`mb|d6((eIY|E-%p+Xb-EMah2P%8%cq zW0$Nt6A~W=1oXS1l;W=HUF}(R=xGVW9LnsoYJ_28k6x`e?a<_X!;Cn|v6G)@D-5WkQs4h)#PY|EDu4|zC{U@wsEet~ft$Fb-852v} z1lDO<8B3{{ekB|0oKmge&^V^jag1r!kQAD@V)b0-@LH(kinL+x33HZ@KA%@Ed@TMY zC`Lf5PMKUJ6_-J<>*RWk9B<5?)` zQL~QE2F=UJEj(BJcO&-)aeQ82j{nr`H zYbfex^{~_DXvFOZfP{Iw8^HDS`Rtr5EgCi~XKXc#6DsP}?WQvb@Hw+|2{|dYCJ7&U zfp+SZv=A&s?HbkMY&tJCuD5B}qt)IIi3-d(-^UpJbN*CnK#(rd-0=1I-N?~*RS%bo z{C9BaFb{S_CqWTZ?|k@qsuM~(TPhNPFwWT>K#)aQKud{gs6~ymzIWr;Aw_ z4@n24=XYj5=Mia8fUgZK#9c8|h-t%oD)ZbZqif@K@toAW^YWc-^7r%Je9{}=ex>RZ znpg}=T6#8d7?vg`bVD$Za>R6}e$(u>Q)z=PUJba-LGIC0jG@%l?*>T7>qDrK3$B+8 zLcM}*;|3+#-l%O*f!@7ece|g1Y$v~*| z04l=aFyiAvWUtifT!>y!;AW;0mUggzWONz82|bTIn&u?($RE8@YFq@%dHXTWh%ty- z)&-p_>FdC5z{KQE59egM@vP-0OIRRql#a2mm!?x@ghgyPZ;x7nT>y=R$Eu(x_w>tg z=$V8Tf>nSW@C*ZBD>fKrb4SGJEC`G$8pl-wgF==nsEnwNChJ$O({s?9!j$|Vut01e ztvUm&gNFflHNZ)MBVU2iJ53=I(dM4@=$4`wxDm2}xt2o*X%p^vx-)x>J$rMjnWiyL z*P)BDWfNFJe2i`cD#dKRjefJ~~_xh-PGkCDea1#v0qo zAP0-v@PR|*4C+Q0N~o0CmhdD!Ka}`6453=RmG9O|1qF)>FuV|lzrDmv^?XyY4c>w?X83&5vF{y&32Y{&JdPb zC*K!kEo>DYI7qDZY#WqY`0-%CXQUP7Vu%o*P5o}=ePo+UW-qUM$w^Luy6wki_kD)d1cO3dfx&;>Zribp5$d#|yAR{CWru9=r!=uUG@ivs4`zI~ z<9>rA9O1JwL_7R>nUNE-r8Qk!5VD3!@y<1cF5LQZ*D%nGq(Fmo6{pUof+h1qKxk*R z>N}uM&?;yQ6Jg9_r&^wuc;`Wc?9t5-VI&wUGCjW%3K-YHK%-5d#ml4i8ajPwgc|dE z3hm$rW$3GV&1ch#V+`vBsT3NC`#@X5o{J@IN6SJ$pu>~exE~H!N32P?-&FNDw+@5M z>8|rW#<;n>Qb2=5v|Af96k2vzC+;R}vtJjtfhJWU@}SzLa($dH_Az(&hndw8_B%b> zfl(`Yl>=24dNFV#)TCEhx2J`1vMty*kUYQb5#TUqrv~XSvCtUf>M;*tEqESznh*&i zxwwoNL`%@f6bYCPY={n}OyASPg-1?VyN^dh(>%I>Ae{#`lM7O#K=j*jD^5j#6bPW1 z*2tKuB1lYD!Nv*bLrEKyv#~X?8n0-10?SNx`=s5}%x#&h8ia%4$r}^7Ak5^)F|2@B zw4IrbRLCS4lA}>OVv)^zSow!PPQjXbm>V}TL__&82nMba*l76h25HHJdbYt}k5|Q@ zUYa+Kgs}4V_EZ3%-IP(T zI)i%-&wffsp)|vpq0MC{%KHADsNcK15o2;+*^~7ngvKnCl~CE*%^{P{q+sW4@a<(! z{Pd|&fd)ctBMil8-mq~D-YZb=nRDahMM>`rC~L)O{t?Q`TG;-_Rghe(&q%QZ$vGUD zAF%E5MQy$%(@DPS!pVhGK0!=?f04H<5h-Ro*Kos1V*+h4`;N-1KG-Xe4k(U2_jZNeR2Q(#b@wo!`K7R^I^tt0=z$ZUn1PGQXdtC2o`N*W* z)0omM*yO9X^f@0{c5Q2mYS(QTgGDt^h-XuiGZP0NYlO+F$%XzSVHg=B;K z@PVI-4U)lI-zzF!%IewhGMF*#^B`THI36T?q$keaK(3g;%LDLcoiA~Z2{~RcPfTQd zD8!=RCHKM`O>&DEavu2+w*bqj~)uY64-RgXN(#^crA!TI*M$(BB{A!`rNMB#MlM~E?vVlc)!k+f90e> z>v=)vR)eUkTOpw7wda9`S9q;suhe_aYAgh&x68ZHhGFP1PiT~Hvb$a^RdTb$ zz$zQ!a~SlMeDS8_w>O7mbQp{m)XjErcrA_K_e{|SAp!<%VofJd4y6S8jQGgIgUEtP z_|>%SWzcd?4h@~4XIwR?+_(e`cst*n-y81E-ys)Q7+-A_zL(D9NTkoXmpNiw)~y7g zgetNci)kuQ8lf{2x+8x!I4jE+$&uc9Za8tF3mXf{WxB|}Qg2_p981OqvTdVY0mfP< z8CQpVst{YBy-}v^*B5=k{>xKFfOne;^uODA5{LmAcb& z*OWQicPAh$_5#%!e`2P9$;U` zaBa1To~*#OSN#G( zxk92pugL7671?dXK${0?IpkB!`>GeK9AjT3Yf5F$^`K_OR|0=3TQYjC6;^p(4m(bj z-M9j!ahLk&*o3q7QK^xq!qg~#2+p8ObVLUZiqq=8`r9H?Uqdz{Tgk&e@j&UNQz8zV z)vw44PAY3)*Pp`2bjprs zZj@MF924p<;Mds2@gpVyokY5$$TeEh0W&H3qX$2Qd7z5f97Qkv8i#jEel7eLi@6_?aPmiJjI*u|cd>~8Q+{n! zFSa{mgEwGw-IEV5M+M&gxh8qUq?tOQ6i!^%01=-13+RZF*hwX=QkAcZ1Vc-ZflwR356M?Ree9od=-YRf65Fjcuv&yUZ3uFRb-Wk?=}#GA<;#me@&m zhe?;d@NFsC)zIU>I%*D!1HoEwxTg@1dW5J=Q~9#YZY)=Koc_aI&nP}z?H%4XXOdh{ zYjo_~iAMZlJIVL_JlZVdttriD0%4U|)sQTHYf=)~Zw>F^f=#bP^hw7N@dyJXtuZ!H zVBAY>$sL-slju)w8-RbtNdoKQV?%YB9w4|4kN5NU38n>On&bd8!kBrghTET-qd}NL z^mIwT+=-!)jIL*ZtaqhDR+6tY(ma*#A5r9$$W105K;VK?YdL$F{^C3*{rc`>BCwY8APrhu^>dODNkM3gK% z^{Z0USR|tq7DK0{NzZy7ak@@Z=saAacZ}@Z3n0ACsu?{ddZA~9N&L@NI74r@C;^PaB6S0j`SqAkxj}O-+d9Gpu5F0#U6?BM>Q)D&pe7vB@l6 z#B+`XAJ@9Mk4NwyX(?AObPbX zT$oy4(QJ9D0*$6^`Wc<}hK0+HSZ-(D`B5?ZT`dxi^T})b@SLJ79FvaPDqNTjP)`bo zFIS0lkcuK(7LkCm#F#WVGDvhG5e!3RkW`h8?+*;%VBD1cwAnE5v>(a_wc-0v0o8iH z+iOG#FK}&f;Pj|h8c?tpuZ$+?$u0*(e6$5vVpj@@ z$G7`py{CT(0M8ax{%X|{VVsrXy}G)wT9d)UKZRSUzL-?iST4S)9e-5+bYjR72|uj5 z{F#Vw??(@(L9;iS(XyR}KwoWC#NNibl&&>;oR!5Ah75?(!W+cB-&n~iVw!$J-W+p4 zCiOnTP#Sd1%9Z%~`{jXIe{?z00X|;$LvNMzlD*@C0R+C15%5J{PlAn#Blktj@sy#s z&q>)|Lc=U@5zUie5WsMx>M26VYB*G&@*ru78#>O!P2n{jfrS{>PinHj($#9@C3`LE zK*yL*ykwCM`!<1bO@y3fl<2tjpXsa1+zDR`#T?4Ut-7I%H3#Yg=ww0>rrHd}B8y=D zEAxu$vjMfv6_Tz0#nmV@xV^H|CfeJQ(Wh*1+&umz@P!}Ts9%@BsE(fR)N^`%1IN~O@J1wR(Mb2uUHOI+WMWjK9StOpmBNDNkh?k{ z7rheio|r@O7<3dpqz4te$m77A7rZSKqM4TIaR=`(l{b=wg|4rg+csOTW?=7Gp4uvS*>hc(H~ICa z&msN5b^8sMIijsAZ4jx?RG=V6`L>0@v!6(ZO3vv}kN(zXr>5WYmGAjE+)rY1?Ds|9#iHtiNXnoJYgBxgsc> z3Q95^QcQulKTj)fAu62Soc$5b7o?b#Xyz`bqGNrY$v8WCQ}XELPII!a`aYh2F5V9AIxRh!OTR;xA)mHy)iMEWd&Uxi;5G6Gx}PnB;(rf{&mAjEzf zmh4zM530tII1J`SU#2Ix#^_7s$Q($63worqG2EQiGY=HggstcM;eDS|4f@WA^=-wShi*5P*A;&zo)}Am{`H+dy4}jJ2V5tyq&#Y1?lOee z7)1omGfAF$qTCR9XinOWLdJyr;D4t*MW0Kc>y0Vokc;gtCnRq^#cJ%tBWG(Y4R;89 zAJ-W9d#w*GAV@+cqEZ*ZrG+!AgrEx|5YV5YGCBT|d3wm&!ymkd{6(4#lv}X^z-?r3 zCod>lkZEM{4OEPY*{KH@*4j*`HDf2N#iyOcP3)X>W~YgPn>DLhkg;J3cOuRaD$av5 zodjf&=anNOh1`jMZiWB@QuthxwC+1; zIhl{;k`k+8mU4s&IO8LQ?B%hS+v<3_3XtmL>mLR4>NUR}P!SG-r%|LBFfULwFkGva zC?2M8j{#E#VQ=f1tbpNnVs2DU#q+l)Yv9Uk6nK1QS|bd%fizw6M!y3dmNKm?_jv$+cfEoJOi!=W#Y!j|sX6$;9{ zib$K^H~qQc>wk1dV1wm=Vy0`?GWK+K+=0}b`f>bIJt z4dgTT+PAkUGGpEj;D*>BSl~$HT`U|JNQX2W2$0a_1olSYTawRQ3zZS^ytH$5 zkg!x=3Q3xm&y*_QiTk|_P}4?e=iU5?W+x7U24L$^%iCb?O*Ud5CCnbF`7HoW`!dI}wvbe9ZR|JIPUT?#X|9(^Cm34YuZT{*of2BkbHRq5 z?yvO7+}^t)Zz05%-s~Ra^#1os0Jq-vu(d5uy2)kZCZMz2KIFT5@S+qDsqo_U8$+4qP9GHP6#3~


j;PH0k z1^dCHrh$7Sf4QDR)-|**HIiZEKepdk?q?m$0wTN%e2acAWk-`*%{&55>rRBA`V9=gq9V!EO^rp&NV9uR z2w(ssYLUQ?r!i#H{=rzg0Yz0SRum3;x zKr1w)4AXIAx@L&!;GQ@@Pbrmf+|Gtr!NZX^)%fkGiCQ9JHxjYlr3tpYY*6Q-DS^8t z?&%135@3{GD&2~=!Y$^8-<9e-$^^w4ygreXCjpX&36DtPiC&aVy*S699DJo?pFEzI zp0C~dW-yw3P~e@{R5)TCa{$IN+zsT%`EV^i5N8X!y$}Ad?`MGD92a%@L(5JLYf-G+ zftP(pk;V2A#{?cWlO@mmY~eeS)gFHC4vqO6+yZ*t2_H3V&mlO!AwPQ(@u6T@Uo2du zQFUi|*RSVTB~JiuC&!K=gyy6xYt3;^M9?EwX;}D9OE)Dj*eGe9T8_2m*+{|3F5nu`vs-9_5ao8vsc+E(7$eduVEIK~ zaf9i)?O#fYs-ft(TFEV*zSo0vN}YSslDrLc2S4ITTcA5}kCR1mgD@+f?4$Yo89EKv z>ndUj_rV1Woi(ub|k1GER z9B+6solu?{NNLE}TDR(0mEt2|H=Cb5aL^j*4ei1tl$?tzJ2{0Fi(;(Uxi>2ha5GchSD84x$84y-{C%iPNovaw~q2WB( zLx&@kN#8S^*phO|4T<>tq|4tQ)i3hU7Y_dI1DQ(@8v3)xh){b0r0~HG9fIoYG7qUe zMvb)z!f`^;H?>QpsNkM#5W!hb@sI*LoN&O5=)-iwhlMPtp_6O7H(sL>_Q; zM}pT`luikU%L_h-?!U^y>`qUE>T&$0%bC0{RXeuE5PTWKP7aEU4E#m}X z$4ho^*$IqbNDC-}?UU{~&RiJAb8fg;i$S>4I0l{zW{UkT+>KEdwEtySd=b`;obM(p z9GK(A@ZuJpU#RjMLTF$nfm?}T(q!j-1>Jcb&lyp8V%-Kly_SvEAMd2>wK0(x2ImKG z*V~0?Ji3|}N!#g)LMJ-%M-jy;CtIGWQ&Fwxbf73R3QeYfCwW3pj;U!UKvbh%5F(ku zO7$EH0j#Qu=1$yFpz5%p`D`#X-&Ik*HmR?ij-W3PQvmOz=~hh9(ZyB}JfzswwWQ7m zXHlcfr@tg?+3S+Pa>l#L8-{vL@aBR0656u&+^U0`pT3xi1= z7@}C>-jTH|_>N|=^ml}c0_A=V7F%1MI-Lsk$`T1%VK(96}(X|wL{6Vy3} zwVEo}c$g|e%%xhk^Q@CS_>2#+p&^S}9cSJPBLAHEKiInFXJ5W;j#cTJ@32(aV#P^*;}ELT=}O3C<_e0Wphm2E1&;4ml$#i^`$$TVl5G?`QV*4?anHliSY0ukf3m9d zWSp$Kl0&C+?leGl`bl?3%-%orYRruttFaq57$ehymk@E5S@$^cGU|9&#$-b_h3V~(yj={oTeZa41xXn_y|BrT$~n!Y0C8^G92;t z08l$Wxa5(=rcXbn%C5-WdG$wfKYI|&%~ujR=cf4S`7X(+$CStJ0jx`-9FTvzY`_Y@Lne{80=y0HqQw$ zr4%GpNLjiokcsf$HC#1DQq;8*tR|I%fI9*HBGDz(jHf7ulM7eiU79DR<_`;LU7Kl@ z=^X4{D_k*}Ho?>Js;wBGzMsx|ddOf&(V{9?@gLnivzG+U4l)UJmRCgd)B5Pl=maPC9s9$p>=8cOz3V;#Y9J2nwtHJd!-LOf(szO5G8q!xd zl_lqzvC;mkG^KYG)dviP-%(_TF|awI zTB>({I}U!a=sqR+dimv%>+DFh@{U;A39l=wGw(vl8Nx(j<3)%jUFcWOR0<`-UjI@7 zVraeijVUEN$zFPE_l?Fd($yNB78I>)lYdtM)iVn`AM1=fsrYCFfUX0o2ax%0FR@0Z zOFvg_2&`G46Gf*8=BJie4PTTJ?l0kcl7y=qEmi^55koRSq2XMJjxQmvjtJ0wvnz;pR-8sP0Jmb@}yOc z?8Qep&$`WEv~D-NzU~M4opy1FY3T0{q?)C7){M7)oBCwI)3c125hF-J==D_;ed<~3 zP*6-IsslBBV$|E2|Mx~yUvknGn+OQ0!ocLl8Ge^^*pKd8Ztf16rzBOmnn!>hCwu=R zXAJ6gU&;y{>((?b@synliQAg_GOEgQ1hPnUkbW9KW)>Y?NZc!xa+*Etp zN!qjO=Ujv2X~?IzKeEzR6vhilw4!doVG;!+E&=2vAYi&q zKq7nci9QstW-6{c0R&Ct9)^4%KATY5B$~aQi5h$^O06yHrQkuZaDi-8ovbamd{TBX zf4b(jj;%DeE>2X}2AgiN=0z3*4q4SLqwxFIDNMA5M<8n(i*gQEn-Ccg0O2iN_UPcC zU1G(e5woacJ^Lj(1Lw*naB4TALK#nMuh&G`rG#M+m#n2QS|2(Q)L3REVX{Hr($(pC z)CtF%+Hft=AmQNYqO$mV#qKw8&I#lfJa{W>%ihJ$_7;+Hg}Msn>1NmI8C{19O-lxM zTs1}ViYyf&ZYG|AtCZ0)BIjHN>}q?uhQh**l@%Bv5O5WHVU-grAIQYaqn}t`zb%A? z2}p;rm!2#PcJpsGgK{u#d2}=VFI_cN$~nq(ndS}0jsGYvjoOLfd9alYJ+A|v$ZYc= z!nNppoVQ;6w9JELUM?h=STf#C4fK!Mr58(DT(uRev68oaU^>Y-p)D!;L?tKEWLD^y zbjjm9t^hZ|oIrj^_vHj^n8Znw?QCIC{eI7`UMR0}v++fiMwR25$E?m6gysko9Iv%E z#5OrFxT@#WsWVSC+c`@dgYsC9sy{7%RzRIbc%xU?*Z zC9=K-T@Y1;fq5x1q(px=@PbWjY!h3$3Bkz;$)@2wyCTm=NGv z3X=PjGd@xXJfo!26LWXW@6_apf)^emn&s)4F+bg{pi5Cd8rBZU;A}DqNXc-CUh1`py8m?j8WXYP zV}q-2*u+^*4BtwX_@YM=O#>uM#QG!%ml1HG}ad%Q{`TF50%c9z#hYo%pA5`E1cx2pB&}UF~=;c{$3vmfy)RfJR2nNh? zGC|Yqd(8m@yt|FbEn3+B^xyWYHmS~DL$@X70lIaNp*Au5wb$c+Dcsd4cU+-?yBFN~ z{3OaGpq1yDD_Vr$aKYiv7}$m@Wr3gLIgS*`&Dm{QKe)I9|MU=L-%qXav$BUC6ToB4 zAi#74B|-jPrUNL`foQajiyE!T%t>HaNhNer`*``PdZSY_XFPhW+f&)Vc1bv)iD>xL zVykIUvRX3ufq$7EocdvuCYqNbgB&BQ_mIjFaqR?2Q`{bwq~cOYO6Du(2?V)PI$GNS zOBUB9@FhbjDRN&b$V^hj@zu+pQppHqC8p)&YW)GN*xSW=mIwd4^&9zZ87Ezq8w5+V z1rxwIz^!ANh^UmPX;n1-K6=Rz=LXkChq@>Tbd=h5D+V__d?mhLdE^e@6%Bb*#~@fv zr;mIDHGh~763h~*^qwrn_r`czZ$bzC<+B}3IF<4vz*}T_mf@=+@i3U?_mbp7(qSRI z$mc;bV`PR|_~S=AgT1y_1{mgFxUrY-C4ZWMNe7ZQTu>cw3v^H^S7M(@AHDnSF=%0p zk1kV--T?e%n0|!$&)ZcoZ+B8sVx(993WU62@Xjj8%g4p|zEYqO2uyAgSzd2+wmMpm zt!EZm!wuMApl-irLPRP}>dyT6yI68ycWu4MJP&>vwK$U|X!cZ8dr^TI)wTKSZ2PSH zBXp;`@>k{XpyE6dxlCag!X=Jh-lmgc6{oPO@q@Q~2CPFX-4Nc2Yqs&;F_V9C$OBHy zwkIRtYFQ|&xV!4CdwKrooe*C0n5n+sO2$yu1{f(V8I?6Nh<9n|q_G1pyX`V5Yl995 z{BD2y0uh4Aj0HA(25DbWvtf^d!bEB)SaPKziBfQmC{=k7m)%$@OVH{+?UN26sv+!( z4_TwKwYtBa>VRswW-@9Cl9~a6!ST&PkSc~b`ZN(j#N$YP5_fIsP(*|x+iJLUQOAIw zG$-}qgOG=3NY~a91rVTzeRAe#eJdzNJ-Sg5PQwI35j}15D(_8sR<+O`aZ03J*l|;3 z=09t|I7(dPV5X7bB#jCiIz1KLBWPS31$d~Gbsb^FbI{YNJA(bzR`j(q0@}q4A zO^#)A1z6O2dF7R~e4&Xh<$fso=g9T7Dv_(hp&52SS4we5#AD+5!OhFy=7>AfZH7;r zHC4!Hj4KD!RI(y2m7WFgCH&WyJZyaVdW2f`>tzNvL!O60A2K>nY+3w#-$81ii95ZR zU7g;^4bepMr7Q5!YQDuUPNi~3k`avUc35tmFzJWZMhZ91bJiKphAZtAqw-VjtXqzX z3r+`J2O3slI!#5=WhJmwgVL~xc}Cgcq$ zIx2Er;1D_n@ZRMzO#Ma%IxV(HjqybRH>xz~t9(AiNsn?>#5)08hDE+%R>uNS%9ebCHF`p8S zd5ngSXoG#)JL7=@zmaRIM6&GgDojipl=!~4&zNOKeDYv1i zt^;pnH0I`x5iARI-`zx0tJuMQa|P#jy=hayJHv>8Ns$fZ=^UOBIT!5CmU7oVTv5>R8JC488l#rA9Yb#5{A=dDVE4o$ z;gAST)&Z1xDw$*t0S7Q;EEai}5G^$^lvhv&6t+oW|YU;SW<*zm2|Ivve0O_Y(<5oSvCDhXlR%FJwEmJ=gq{vh5EC4C+?7g$1vN{% zVPM9WZGvpT)VkyYArDMgnol|D-GQOtI;z3qe{}mJqxC0hdbbmn8U6CLPPL@p|r|c7lY9{DTZ;bmM zd%0u+;e&o{oa{?_e;Fu%R!(F3+np*!5IX=oOFCdz%P7l1)PN<+qLkQ~T$P6i0}imX zZ}=gJ+o!LB`}h;vShM~y8Vh(Vr$jo7H3J^H_+TQ8X3v=Z=z)U8ML~v&r;nUeU`yjd z`tH^TnWw5%^)Vp&@+H8l8<#vHgw*#)pBG4&X;J#!Xa z)Se~B&DGSyb06Y!P*sXO3&13418Rt~T*E=M2T=7JYPOC2YRIQ+sd&_eNiT;XK@4ZP z@_bV4n-VFmuy+dq9}GfDvrC`^`>7sa3-JU`bpqC*oKJc&=?KeUfF5TyS9=${NVRQ{ z9h^b4p}Mk}4C$t$GuWVdY3V60@7{Z~ywUXNBW&FjCfx3{Ptd#slY+n3p8|)YaQqtqH8Eq%6qMRpvIVuKM%uf^)-t z6bM~t^uR{CS;R$x1fzW;g8q%6@*qUARxN_R1R)?#?;PNV9!)2kK}U@$MWGgHLJB-u z4q@!*qY;Gh&K zmO$(`S)7j=bPL02#wkQ#Q}F*b$lwgm)2#f)5&jL-KaPQs@#ly<-?&>t(zZxZ5Uzzd zuVc}<8FF6x=6{uX64i_z%RVm*i7uot8yvI`N`D31!zTV?8Y%8UJu}`N-$)n`f@N{; zyx_HFL+fH#6kaXlnd?&FsmoK82+KN?mJmoH16X>b%(=`dmi`)B^wq3NktXos3?i&f z7$f~IzP|MkG(Fg@Y&4k)$*TOAMDZh%=5tJBxjRzpX_ruYRmS{n3F5y=Jm42s8RD9!+(~|m>`%&cKD51DC^LG@7{CN)Ml`7RXnrA00&3f<$J|43(|&V?7fw5 z@;4EmSSn&`ai`hWbRoAwc-|c_NYLXptEUuExu6wgI9zj z7=ZOBhaW>KJf|p9{PrB0o8QyO$nPyA9QoL zLXHb})i5<^#``{x5hN8r<0B3Z&n2<`u8s}}lO z@j&rvVH{PiDloUt|Ci^_G-RU%3wnpEDP)C?wcPj$XU)w?){nXb+GFx{UT<9!v9vNu zQ!r^$k-dAKHtXFfCPJ|>Z1Ey7nOTRH;wCjbA~9JB4O?8PQNr630MXpj(iKN5pyxtN zjSp{E&gJqdVawCZT-p$>z#?(Xu=xUhQf?SM0hlRQ&!i;igxj#OM-;6907gv2cCWgF$%Kt}(4q2gi8qp$l zH=LXR$D7kL5j>pa*uM~sL5tkji1s|Q2A#!3S52$J#>y~!Z_!TI1OtHqjbL=# zz9jVaD0^(+VbRYqTPb?A^OK56hV)%mWn2vNhc1Q5Ad!i zr3PXY1w96J``n4&)UcPnve}w8D;jnHa8gaNn0w7PU;@i?NS+yOYdHm0W=h=E5SSku zX_1{wZgByC?UuT5UT^aCyigb)ZdG_VfXRFdjG`vvp5gl=-oGVP#T^(1^or!~tKk5Z zxJiPl+3b!djeKcd7*jORk=Sis%gcHeRRLgU(FzD7-D2}pjWTcK`8wJ7uOPzjff(l@ z6Ron|-KdNL2tWkd^R2H-@%FR$QSbC?HvAj7glAy9m`5#Ky= zb@!OStqIy&FF;P_y?bf&$(tH zm82h$Yu}b{t35{UmPt;ll33>nY-7Lzr5eG!q)5E;Cnj`soJ&yuLkk(C1 zHCOA}Zlt!Xr2#Wlj&ZhZy;x{t;lw6gZYuKbNzjc$YrF_$9)2V!`wR2!wlK~~P(s`a z@PM3%&qB~E{C)Ewk>Uk`VC_c=f;wBA0h8B^IJ8ooFF%@VCUzr*{v*VmD`ay3K|sF0 zLxjqack8>gUDlscLFAsjtCB(!s!j_3i9N_w7zvOuBNQgL-yz=IM8Vp^4Wp`n!_|M$ zxjMjN!RP_v%R>@4mDwJqZC)v4O4od)tfWa)8QM98B5l(VY0fZ{ zzpE%_sEaGo^Mc@SGL9UyqS%>mqM%G_WHm3UwbN0FpwNFHeLK;a3v#}3z z4;!*MNG+dQcD|K;fQ3{wsM~lHWaD6FiA z-Z`qhRr}%g6ts@Eu|P!P$ikkX0$hD)8^d6 zXx&y~<@BLD${vOSh&8j*CO1p5*kx&pDdJbyOhg?l!(Kl25a*WCl%(`Sv(=1S@($>9 zo}}d1*Im2Z>;~n0D2D~BCT%QPCmw&@i;)#+s_Bbwswo^o_B4tn>u|DokvPvPb5=n7 zj^U4hrRWHo&fp;t2iM*j1GCjJd_}%G)qHWQStXkS04YptC5;ee3+PQ0KTbMF%)ch< z!Y4W%lENAyHN(*=#1bw9nNCztAk%~lKhCP?uupu6U_7GT>fsFmL`@e>#MrKJbgD?@ zNPB0x*HbFE=K!d7LNe3|k`1Wg!=8iTCiKdozEVRRxifgPE{T?7$*sLM6#di$uEryz z!wDFQ(ssV!dUjf`O7v=_fw(Y5eIuX$kM~1EJUIGYd4OYNO2{`XfkyD9A7ote z-&PHaFazSmH&c>$x$XgAF^+2K|H>5w#XTi-CL?aLUe^_5E*}}*UsY@;iL)AFkqsq~ ze;7Fue0k<8VIlN~LbHHg3bJ(01qIruhmL`;=k^lg!|buPi4-TpbA#HZHVboi7z5a? zZ#L|{Prdy^5@lAh4RW0hEj5}|#W$rqkRJR3-H_Tt(G!x4pG0K%TwNxR+o{xVjmY6y zYmXnv-0FHEeUh^(iSMOh_hgFv!RjH?g8sBg;msUUI zNpy7R+3Es0zIr*CkR*3jsX8}tJ1o@E1ZXfOmWAh<#XWi&J-_)S8f&Ir>tyeib;t>D zTZt=T3F1;D)s)JQ|A-Y0xyeEOa-+L>D>F7iTSW|nQpN@(h&bHGwsD!!ZI;Lq?1B{N zy#0G}3tl{3q8{X(7_O@oy*Wvy*LsXt=;IHxH&yVI=ow96p@%kXV%T-Wg2FDU0_htO z*tMRZm#i;lVwbd0P&r(e#Kj_AV{ zq`+y>G4RCM3#7e&YQjZ5E+ICl_#1v+oPNU1u#bgJG-5LOKceL7u< z$pN(jx&3x-C&Chn-d^aSAq@*ec_d32xbx7g!DQFObTOM?9{wtK?~NREEv?+Up8i;6 ztcz0cmr%oo#&J~zjTM9vw7SsV6~O0Eg17G#>o$3V3Ma&!|JJhacc%v_N>T`gZ`0}B zC*lX*uvhogV?@)qO!(_Mj5_2MeAe-BoRU-s5guu2KCj9jOv+kzz^>)>cf(2yQC~#X z>w>v%_+UZ6cDN|F3#$doj*wS9@7P2&`f98t#F4~l*$`uMw(@JWK0zxk6*Uc#+y*fK`ji3vQayn z(pYFc_fTgu)?u6FF@n^-UdyQB^Kj7-P=yDG)I{&n48iUeTqZghFd1*g|_@p zZybxeYt7@?5dQmgvKwFVfBx7h*)CVDXWq&jgtr(d7g?1#{__#DdilXaP))_ zQ}K%DGuuYRGfL1M=sI031BWW)3^>-VnvaiNjM4o(as?>^M@hrvo^8kpr8?}|D_EOZ z6H~&hLOH*WkX^KX%QN}eufLksNs`YFA*GI^C8>ahm5LT}y0>$|>0gfSjRD88A^?{7 zRXYO9vwjdX156c%pe=lJ=w$t>;eOHyzmeyRNl+(ZRO=(!ZbCdm>I>MBaZ@6-~w?OtJ8J6&N#(d6D-5slR@@fRRv6-3}5d1o6+fO5B)+Cd& zBqfjjJmtKdi6=Ya%nRc;RwQ(DM@_psL|R!r6#SMrMz8|@HnJXNG*l-I5d)4M)=fku zFq-u=GyGD7ZYZ$qDUU)%K5%p7R?bi=ZKA*dIOy_A6GVohh{#rukCy64qSR-8uafKO z7Pa#ppvG&NY(>bQ;5?)e!l6yP!y|eK;A+fCeU*=lID#dAs%s=EB10%(<4-9Y(Zr4K>P&qanyIY{bTu}^P zllz}0&J}8DTS)}h_4hHD*cNJBNilKLY0!l^n$H;a(+nBxhB6SS8L2)oWU@G^`m|5A zBA3+ulEIfgBZ2k7WB3tuz1px_D@_huC#VsO1;N$x8XT+<;n+|exxHg%eFkQo*J!6I zsV4TNTN_K%$6Z}Dc%+lMCp11{%q<(zuq3f|OPDz$#vdoJR6h6{rr)7YhZLjs9a))= z%iajB;!^w8lZyAm{EAk}rmd-cg?E&RwhCKKe^wIe*i(7+pcuYLtIYYM%L~Ie;B`Q1 z+h$c0ywssH7ZU|F9qas1iU4%g*6`n1?j|dKM=a%aM2F=RYA&cylm;~U)uS|I9CbaK zl$CfO6b&Ho9|#eSse~j(f%3`8XqH;^E{7e8{rYg6kK^cn#%fN6;V`kNJ)D(1Q>TG_ zX@wck_sNo(lc%pV3)hUhH@5j&?(}lskotAL6pC$n7Y2ySPxq4-n>;OQK`m9De5;p& zppSB1a;rsm?&Zt000Cg}3>!Lx^o5q^Wm>fQ&8{JE8ivV~m7}<;T$x#Uo^We|6OlHM zCZ7+?JX^@tOC{BUqeI%O4wj)Mh(MLR%UbucLiRL{06l&sJIHhaH!KmYcZ(}aVbDIs zc(&6U|GF#7gT?Pe=Uz^TsdH*V@fls{4aI|)M&UY$F{7rHZsX}Mh&D|_x5`^)u1qed zM3GEkSi;S)oqdx;a(?Jgbb4=QKtXDID4IA*xh=8j)qF~Cc$Qu4Va%QPkWOz+U@%vv zRRIYj9?V_WM+2$(A@LVHkKv{VPb(S`8!1xT%p=unw2Me;JEW?n`b#sK(BCpNpg7#m zCS-sD6G@o!Nzn5&w;1xsC2L7AfW)6_Qko$dawzX)R*s?|uE7gcY4AhUd8M(s6_>xE z5QF(6oBCz*;V>XHL!;|TVdESNYG|ZpP1cYr!?`W&jxmvNI6{<@(!AjF*qJ>-a-&6x zgTJJ5_*7P4yx9yUuTg9ev{LaAWP4l)?p3PDCRfQ$$V#<}CQ4maJA>=nhI4sgt>v7p zhKv6T(sVu|7OGo5zEy`ftb>EU*!OY~3yrxbm;;j|QqtHRm6r6WLxxZJy~LA%iK-C} z;vCew1hSu=hC^qF51U3g|M2wf5>8P15o&XkI$;(wd(C%h36YU;%U)c0=eGq(>t+3Au21hFdTK{ab4wvDgqc={ z$;urgY?uA<^~2#FZ89ACW|kcf0Ad79iN%ll3dEDEwB6W41M)=_*y zlrX-;>4ctQ_uyt2cF02_19*Z>1x*C|;qy~X-Ha;wDNnLz zO38tKR?CQ9U5g)(HdxlIGy3sU4UsiP)rh*i7&0*TKr#v#whHqCa$1SDkt}hwZNg(@ z?|02aT3vmPQR)+eJg*WTY3hWdi9c#dgU}66Mxx)xS+t}`NeWH(hu*#wSgntIRrK3d zrv1#!sRJ!hv9}?0qQBQ+uI<~APh@&$WZZJB=014U^?KG8po?m#C51gXg6B$qV4SjJU! zyO=xX(@CAlg327gO;rGo{gM4iQD-!79JyA}`k4v8{N!n&HQ~|Rs8%^yeh5VwuwTy9 zUFc+ryAJw#Bp88rM~EyegQ$ z(j8t$M>&=ZR9@S~qD&>JBrwK7YrYB@Fv@bD5*F`})A7j-NLZTfezW(&yX}7n+FyGY zN!wfemeyxiX^8{Z;swTO6i#DV);-e(bFS#l znc*m~lwG%8D#e8PIDV{%jDBkgLEVVjjA!t2{&vI-$)L>KgwUbYMuHef)yaQS88D8K z5@=dyMTjpDb!c)mT3l7I^M>?*aPz-_BH@d)hLA%}gm^eo)N=x#MIv$_RO1Kh4d`iP z39KHXpNrAPO8=rRE0rv~Fn7_n&9V2KvTqUE@)Qcv!R?shS8#Ddt>{bwZFi%U)=3eq0CJj{-be_aqY$i5=)_Jo% z?v@IcYkWie7$H}eG`IP9lqWfh&poyEdt;W@rbiWtP-+~yLW3v<1PZ?$YoWXIo&u#> z5hgy`bojq7ScZbYae>jyGROMqf4!hD9@og$xp_|hGtsFMQYrwgERq`Y0SpC73NyVd z52Yo_n~3D$LUVQD-R)2P7(Tie%tWbAAqI`+S>d3HrQF$QKq6T2gvn@?X9y%futmrZ zID+0rjA>gNp&J*K39P-ns)dRALk1M^Ju6y=f#|F^WlTCb6+`AXN&ESjyZldgX;gfi z&+S;=2u|N(y6G>odGG)stzAz%Gb{tGdkIE`l6tRNB;(Fa>7+)A7#(jq^O?-Ir3nc6 zDTAEId)G&|>SI%XQ$q-?w+;kJ5~LgHhKZYz-CGbvj(p`v@J4x(G;rw(?!tV&BM2%{ zn5cA{ORm#Vja-&>WLm9Rl}`j4lc{hpqKBvEv!zTT&>V?5I63P2*S42{d$wf)2~=@F z-8$lCZ|s6U0d(kf^#O^>m(%(wn{^%EAUVEJnI8a#w?wFaBWWQ^)wL(?TW>EcyZ%&OoqZAvm#?uzWe)o3et)BHHo2l>7t_kMQk+O=P8E0F=&j+|OF z9kcK7_~t6@;}UGJ0M{AF0RLxsH2__Gz&QkPUBJdz9qxbK4t1rA@QlhaXgB-NTju6+ zGm^}j4g}s-Y3e4i|7cKBbT3-9nKnD3j@v`xh{CR_iH15p!T@wuj?cZ41F}TqlyZ#x~&3 zpS^p%=gqSjWoDL^0`8Ki5uzPW&Lk*9Fr@Mwti#scJ;QgqsbKuB`@B_j^#`1dGRETQ zqN3f}+lHYrf;y*ZVSLT1)W}zm-B*}L;)?fcXVDLJ^`VORq!)3R&3Q;1r;pk?gd?&^ z`%LD(3e;?erO=7`PW;68P>RX6Xn&yOFn%WA!19|U#r4D0P>Yg z(D-nfez@PqTiesMzy-t?M@uD~Pg-8VHIMZ@5#x7#8t>Srz)#Tuao8DL7c{i8VV}0f z-w~m;rIxQWvlwZ)TQ&AuM!(zcFwBg}DMU4w>rKz9DJ@f3lkH|6`%~=DTCyRr^>oHt zzvwtDM_UZ$MV9QlKZqt=Ac%Q=Y2U{4k#UHMTLM#M07WgIyz2p;lMai3?jjlN0PFL?V!B3kt*7BX5P8$A(hIbD5vM;qtOIq6M78a5Tg2hJr+i7IQK%@nEu zJVO$aV3)pEG@(A7H*H41d1HnRV3nXQay!b+$mifuj9;-edRVXX1Yr-Qt}CBQ->|2v zEY5XPg}%nea51L37*Lu=SFL?o&1!@@`$>#%mcG9&fC{Gu#cX5O3Vxa5eP3cOIC6Qi zpgOw2JH-b?*l4i1^+^M_I$#M3nHBZksETrRnqqR9Gd_zhQPo5! z&OAdYk(J@lgO@Qwtkjj#gi-?(lBrGgp55L8;(Z|IQ}Zlq2k}w_ap?p=x59!CW9cYn zlk!4=h?^|j7Q?|oV}=4TpZ{02vG6p6IvCU$jn6~pl8H-vqxxR#1Nniaqo72=640LNs4O2qn z>L%$KK1!i^)01ohuKjw+xqgUAFf#gUf?hE?5M?LD6hmw{Ip2f}4}B~QPNfXiqNCw^ zi*Ct|#khATP0FmR`R!a4eegq~7>1E$P>7el!+*oO@;Y<=NiP0zePw&TZetsqdEwzAErze=vtYLF-G>f*@-F$@$i_MixrO;o0 z^7D+_vJW(vjC&Xyx($a)C*79(i9?B|9|%tv-y;@cSyXvEn&-jdxLr15xZy#`UrZ0b z)r~O?kTb3h1Whkwk_6+ECI=1dy7MM^c@3s)XNMs0eFzkAKcWNdO@P-+t8F#Eoh=@T@*-96 z3#{Uimoyhq;@&@d+U~gBvsyJx~5CCxkMLyesS^rFUZq;fPcR^v8 zYT`ZsGOqkCMkP|nV9t%*$)5rvm#K7f)sqg3k76BV7)y7@G@$h#Q+M%C2#6rg{(nu% zDtsHI&1K?E3DVPHzA95E>%(FmywMOVa~4DTSjx)Pt-JCvBE{5=Y|)w-SnckhlFo9{ ztsLwVKn|Oms{sL%_fe{Gw=>o3RF3fM_)qbbX6v@hhPTlwWH*h5XM#!)Qs4D1ZsD(> zkxlv(1i5`(wF#6_vffI%nN8zfw$PuVxr;2?$CBOR^E{ANwKN(dtedagIG=Jpvm?T25xw01FBq)6J-Z$5 zQw^6MY!q_-On2sRQo@Q%ms8MW9O;AHY&cga{=oN0Q3WN2hh|P8hIA(F<_<8~Y5w&` zaxV#L`9HiMC>C`gikrv&$peDiJN-dX*V2Dm@vp;@rwXXhKq-}s#_awJ#vxXzY~HsU zfV5wvb*@{+!x32K^}APgOA?_|h&Y&3sibqdYOEl58IIW*;C=xq|MbA)^0V1N74C7c zq;qxU@V(N-DOTJV>Yw}>Va5=fVb8=1wDs#z9|ypgGh8iFhBB-&;EFfWp%C5J*JC(M zGry!{9WO<~?z`lqxK*$qLV}$1!DQ(Fx|qP@NOs+1zEYJH*>M2*!IVZv@X?uSYPC?hd=La~)?9MKAe z$Rd`3wCCB|f<_F>1OaE;s;$zug7&85gmNO)D^Umm#Eh+ZHiR9W0t|EsWlR=sw$yQ` zyb9_Pd7Ap4iMDk_@cKlYeyrOZLQ3|+xtdYGBZjIldvQdANcjH2BFaq^;|^UB6Rv9(r%wae?T z(J5UjbQwKj$Jn71JUjz6F2}2JnGPt^-`l8W957V^1holB+;vivF{x&$+4Bj98m6?+mf(}YGq=!K%ZTAliW}P^1x;|auizQ#W6m&XiDB>ZJN_b*9E8E|>^V)GA z@jv#XCU#p!c@eoHJMoERdgU+Xo0w06J5Pkl@}@p=vVnmUxxRR0MvnPT=Fj3SJ53H5 za#im4cmTemS&-xn({k}im_YA!F4rhvfFAUfFcx3kg4|-o(lH9LX@ys?9cxh4h%<#3 z4cR73TmUYpuiAKsdfrw1Dq~8YG%!5!MaKjvMqivlZ5yCpZX?1DF0MU0C^C>ZB+)kAo8ZyOM< zweS`kdf1tB1+@!rt6>cZ5Xh4ua(-zKSi}gXZ%4nf2NJ0qi$MyG*FqTYKp4}S6Gn1v zWEWvJyKR!y3K&_5=OY(vS^`x(&W_8iAUb&`Doh%^V+7vZ_@@=0~_Spq2wr$5o& zETNn{@|o?DL~o(v7wu>7Lu4R&uVt3(ig__og|fakN5ncuKtEwOg6+kwZj z=Luyk9XnNHDV`r?cKi$k%pkiSN+*_8cWRx>RexSPur2&e?I)@WRDJdaB+Z0Q9 zrv$|w|18i!nR=^F3N!zvgZwDhd3s%TbXl78>OHp-`C2DTE(6Ea*X>*>Vui|+6_OMD zcmQf7Bpbm40X0G)u}@IK9DKoi&>&6Cu8v6N0GK3c^0@Tc_c_?iHWWzJ()K)gIJB0p zn`rtrmzj76KZ1byr%4`f!K==(oVxxtklUT*_2sOa5nZR{P@h1TAF}CEJCJF*Q{!>R7`d|q)ce0{;~T3 zhoCCf+5Rs<{6aJ_Qx$3;*3Xtk=c%zZ7kv%kNTp0fGAM0h9JDV(_TDQhpa45)4Uj9WT!~yAJaJd`#{b4c6)_p8I zGt>tUi!Y21ZRAv3s$btpZe?T8X%OIg^%I&nwfkxwL7QBmOwznMcKc-UNiHz!9n;|U z*tQwACY!G&^FZUsz_?^jz!Z^MfmfpqEZ%L`sptlC^|%iUZtC2b555X z4VbM{-sYM3h%11oOHA8qb@2*>Tc6Rk9R4I%!Y2ChhX#T^19hmj>8G)cd2Lc(ZZ!l% zxfK9TdJt1xE7mSX7+M1--4xLt(tH7*m7Wiaud zO6P1%DrKTp)I>mdTZ_+rLy9Jibo?fv3m_q=YKl_Xo&JY0RZYN3o1uSWN{NgND>=Q2 z9g|I4;;{)o$gMgtbdyic}D&{m!O}^ZDENnl)K%Kjspk$*IlvnH&u|P(CQbD=uY^h9$?_=DS9fYi!$y)z*q_a#zqs$xY(y6G zWgU6tAB5=-RjN4vk11dS^ZoHRAgx; z5bYMDP4>h}YB?j-U5$s5P?(H7*8&C2EYR2^QCESd;WD>=B5u`-#i{!*NR{ zAwY0ZsI5tW-r}v>;y^@B98_~rD_Ot5m9#|d$}p1|+79Mep&zU;Zik0SbK&6qGZJ_K z7;^I+wWCAZa#1LKcWSxThd*joZNhn){>m7nCRy-W1TAyKlyoCAr#n2l$+L3G(3H+2 ziuq->`jEEOETZ>ZJkXQ?Av7MQDYqzB6p-`}$W`CbKUH4HDrC9g7Cu{p=k`!joMWZHL&s zxnf=yrR^1TS}ifhz^M+Kw>OL7=gIJ6-4+A_v_@L!h~I=eM=A|k#IG4wh^BuIm?1K` zSvokKP56#=#FT&njx6YmMz6Zg_@tk72;E##*j{g<_C$mMV&R41iUZm2+#!P1!EP0b zx@BEDKBLI{13wipPQ2hQp-_;vZmS9K@Cpmdn6}?>6Q*HaoK6@KD2g8qOBN7|fpm1M z2@fo@FQ{_n?vEdE)mQT7S|V>Ow^-__jFW!1joxsM!# z{P%>gt-IltT31V5URVq>G^x0{w;WbE9>{9@#hzZ29$1?qD4;Cvs?|3lB)M8q-#n~E z>;%uL~WudeRq8SrMMtuVz7K39S^T@)j>Mg^(G6@10>` z2WcHl7GNc;ASxnEB{s3I>r2`Qg2B~ff^rhzt%(XpcWvn0PkpD46mgFydqroN4af<2 zO@^k&mLaeGKp$Ysz}nVDve?&46{011_K-9LAd_l&6%Yqw*}#W=w+^HHl<<4p>67GoBlt$&W{6IC{xA z8ZN>huLon*FW;fZ*q*tLtpVYoF?%FvR}q7H?HEk0Z)vFn8bWDXM`FZlK~LaDfoJJ(z-rV})L`sl(AU%nKd*tO(m6RGoixkNA5F-h&2gu<1F_)RPETF$` zoICD{&2g@xx7L!~p>Ufs+1}D*FiJN|F_Lzetqn^_#!tL#WLCYq3n52QbNHGGj4+Bx)iMMNip#MN2mvJ7{ z=^`Kiz7H{kf20=@mfVCiYR_Yv38rh4GIi*XFuCuBT!%VK$OodZ6`JS6b3w$(?J&}( z`pXO!qlGl&1SMIobZRSoY=*8T=(Yh4X%SgHb=fh(qRb!ZN;a)m(m9Xc2jR(9Q6QEW z#Cs#DCzcAIglDDtuhScm7LAl5vxh1 z8ch?$=z5Y>JVlfcTI9YOn05aHz%Slro1xM~piFQ4*b z653`aEZlO)iJG9!F}rAsk*yVyPP`HQpe-b_4b}w$9{yQcQFKhi#Sb8BeGcpfN7IBs z(m&rQ4#1K@9mtmR{39?Spyqc;@5pYP*feK}u$AF{#o2;#3doN^7{!X@PBLi>Vgfsuux#o zq5N|I$LIYl`*VDa%P7?X7=?iI7IA~Tty2_g)tCxu)y^9!6Hu)vyhLa(rjv@qzz4vB zb+j`~(o|fB_I3_0JPv(Rp_s*KRm73Kk@{)6l0`C7c{>YLX}B|n2K=45vB;^G%%g|Z z2(|y5jU%HRLys@S|JR++{con5cW}8HpyfVJrVN^%plx0xq$vOi0;RMRor%*LEL=5P za9|!dvGiuB#S%EMfwh3|FIhy{zGcq!7gU&{_F!F1g z$}5F3znW(TzvFL5QZN#o(TpH{09s-t{atu{^00155ed?}ajI@rD>LZ!eF-I8t6q+y z>88JXFwZkb)s2L68QVaM3?TW~ar%gkmz&-v@=2?bAXeYrsj@-O7xRp#UCVD6><@~3 zK@j|Syo?g;jLx3DDn;!0w(@fdram4C4PGkF)#p!(j1c2JATm`+?_-H6JYJ=(`Fu-2 zxSGa{BK-V?e+37@BcRQQ+l)GlSyx~iAd16*#rO*(*RkY>|DCj4TNxSneY772@{V)m z=qlU6N&egARDJ=Y)wL1&iK|kIq66(i2k~yFGMj#*6O{Wr*K!!oAX zwX$e51Gf2~GKJ)?bW>>HhG>tX) zF7$JHt^UL!aIPxWYKK`Ko7Y;k2hdGUFd+r_7z--0r;wwP@Y zg)ON}O#{s~PW6^DcX>@kdXyCy(Ye(FzKx5fnrtW`G`)+OuONSg1=5b|+>xkg#l)_mJuhL^1(kom4}{YRsM9SyJL14z-pBMxC`HaC860 z2Di@>?D1MjVB=D3W7dDlp{V9p^XNiobX}F=>8KaK6S{|)5rCAQY%B8z`=V!)J#Zi-fp%kNqnK22%Hd~PrMSRQP)m;~g{dk4#7=8rqv%am&`#dzYUhdMiafLp{-^T9ZG>IisTn8+%b6rZmFcrsKgqN1LZ7ovW%*DliZNG1{^!3}<>nm*z{*Q=G;t7D+6R>tjKze9laMiZRkLs+5nyrJe~7_!t@or7_q zfI_%aF=A5^9llIrdYeQwFQw;B>c&iV;LTGnvc=o<24nL#!Bc4a;00 z;xMOAOBc85T^z!-T3V#~;{^^4B%Qg1?SG|fYoii>R%FzpL2168g1R~*s3SePQR{hU zqmZ5nkDJLFwTOr(8@y2vm{78|mBcfgx*XXrH`$Yk+lK#bFyR6>eszhS1IRrnQ0^p@ z4hK2$j*y3^#Ys5SwZrn;Zh;1gRLj3R47IOPL>r}uoct^jBBs?jJ~uL>GAAEV0gQUu z46kn8z6$HGl2tpEa!=hTAvRs8%fr7(mzMPms+0rXkNnNI7$T+P$EyPnp@>;jcieW( zcqm)G>@yD@8v@i;P7UsrAp9NV$NDVL=h(+`Xj><5?W$j3=f!H@!=x&FfdAPE-wmi0IN$N>Yg$1W5Q+BDwg2RCS83?=wGg?5*l$YCSL4ern|NT$?GXu)Y z%|;6r_{D@2X}qKXJ=(YEJGw5fb>#FuM@d@{^H`ML{1hq!NDRHYh9hdU0`s#Hzw-iy{%Gcbs|jq45D`X^ zCA(`$x;Abm#gY1U?%X-*Zbf6Aa?TEs>v8T(8b-{WzthKrfVzu+Unpy~iFEj-6j&7u zAvY%C045-YNBXlAFFh2R&$-gdp<2H7?k; z0=bW7ar%uRv(nn*M9!9ZBl}WlruH#jWO4?2Q}KWRtoE7Fo0}Qu@=VWB8)YSWk(NNg zr?%QzVTTm7zDF%G7|(3o93-(~ZVoUjka#GzWhzh6PH)LKj-5CKnN9ZN_MStr!tZMP=ia7eT+bJQ z1UPB0n^!8s(1x$d66dHTDWpsO1X(v{e&0&Z{o#rz3SA`EYht;IWYNGuT+$_|Deels zHED(BHE3y2M=`r=0*R*&;D(#B1^7k;=2_LQxZnQ7cESZP5;W^zJ1jaPPdu6O1|dUL zKnMj|E<;BIcI+M-_h1wjJA5bL917zC^gX>#*l|xSp9$u&z%w-KsO{x~X#0Dxxnh=` zd`~8b(RA%{vJQ$hN>rQ&*vW^!idf;}U^6$V0;5P2q80aU&e9@c37;%9eRBIfz$T|m zcfkojFx|}(nU_Xi2T{woyj%%RuNq5@Bi{8SfZSjBjA3g-Sjl(T1o3teL9Yoz=&8V-_u7H_#*P zqD-(?o)cIJAoo{1iw{V;tKg!jui#R>j6!^b(wj?;j7MQH+~{_SFnj5x>}Vr+zyukb zu)!$%t9$e7Cab}2O_wZ6eJjJb$PeYuM7Xv)}eRD~w;ISKh&feqPBR!jh4K@%1l*RQYHskLDfFr|PJ?&9XGy#&FFS4tEUw@X3* z!jw>c7F}I=2M)`IJ{3aF(4)Ox!&3lqXi<3*-gpJ9F5H(^3z!Joqjskp@icdfN9hL) z)2=uuj^S&Z%EsE3Jf~!&zmo(z%t7e1%_!mv3eFI^uK)E-O7F6lOH~(q^W!arBf4Ss zQloQBPLCKK+tUl7LDuSEdL~!0*1L%9TAW!V%33lVEZq^JDgeOxj7YqDUmS$qgmiT( z@qDOEl~@SPrkAK3qvePg2U*Yt-O1&;_X#^&$RLNh<65mbstu+33snr7y%Z8q!XG(w z-(3oKT(fO-*S9sn2wxVcpAJBF^6-^#EC6bIv6txtMwnxsZ*cqKz&1!tgoMSZBD`{p zV6Tzh+16-wo61i|r>m3Oz7B-DqxUI^7JCK%cR_9ferkp#_ZfR}60-Jib-A}HZ{>JI zc^3Bx`=e41&RKEuL!r?3N@p<;HWn9ua;^mYDfHdMa~ul4To6RT!*EvVo6Z^Kw_yVf zDxXeiS}GDyB`5;K2|xtWe9ZC&;zFr-V;cNq4E>1std+a z{;X9jf?tZx<}Md>@Y*xtf$E=*h?lK50yYebEGLbvB&+D*Or1kJ*iATKY36G}3KtR7 z^7`nSjw8!R{k-2Dr@SN@sOzg5o50e@KA7s&x30&wdG!V8yo!WZzQryWErH`@_yj#% z9M12gJQf`WWw*MJUc!vXOg)!DboPPA~3tUzn&TI+S>BAY~~J%o|9 zp$|mZNO`tdXe-H4C|^r+=PE%URTw0*$L(Ulu1!Ly5Mr?TX4=-_N$Qnm5XjRuATQ!b zSSECPUTnoSxAACfsLaHdm`-{my7WNeMFR(IG$w!SydQFsa&3Rtc{W?pZ`R zqs=dvfw2lGQ*d-<0)Z5lMx&RF4znZ!3ME*~h@R(Jy)^tNoWz8Jb!Q2dmj$^cIL7On z`wkGZS>XD006Hl$kJSxwK!g`(rC)kRjJFmB;2g$F%!31hcgD?1oXf&>UT4l4ASM&; z+ie#_Cw$%2J1LSNGtb4)={u|}Xm8Y36o{S27Wu3?iO8&@3wlX?MrZ_YMao;2Paocq z7wF$2gScbrtHBhMXce;T@id}9Zg*x+}dB%E&vV?e|m;&zK zVT8EIFmARvARh66xmL1+?MY#|b}F&k+XTya1Xq%t(SXdHs}?(;(21{tv}^q#%B>MeB8xk(?uj+K>3j&aiFdHPf4O!&=HWVF zr}3o=VQ%QMm>4gN=RV7M_v<*oCn;YB8-tnjMbrf^!uikR(}znYN}MVaUrG}sRH+VS zBT&1unaK%K2g5Nl+YUt8TPKI70?=l)%nhEbdx-16jeKlsxD=5hgtGoaeCCVcZ(D}f zA7{kCzJ!s}<%1SCM@x6czrtY!Su1WqQ~Tmro1Ap>xn1*~=bi2x2w_Tf#>5 z|If|bLR%EA^5>L*4gCWsGz{cb8!(%QKmY&tQUc7@WjRgE-TRyD88#3#pYB zD$T(At{&gQ@M%b^bf{}J5Y{Nd_IUnMKJ?Z~gc8ca2y>H$=Q%tSzNFWXCfV+&Ph5Gj zvA8y(JI^3T)oVBg32QHY;O5H_qF}-~ejcBETjxyx-t6}lUD?=i%Fz1Hf04rGXPmYroT5sZ;MEmj?LJzfwaz#&2Au`v<=5J^%L~g@*fB# zJ0#BTEcmB^_@Hi76Cgh5!Q169rr{bY>(Z4NdXLam4eDbqHp18`1n&s9k$L`J_{S}PlT@Y`Wy&bk~G0( z?epqbger)HpKl$Lax~idr8-hdCBxPgP|Jp4yxt4!qA$%QjROhEKx)YGx)HZ>j`Fa- zz(tB6Dm2}`=$fmQ_1o4fIxRUQbN{5ck(c3ij4TJ$U_gc6**$SFlE15F35M*p0Hd>^ zlMMZba%PRMC=`psSxqbZdQ2E@t0j2Rp=!SkE@DbbuORa*mSyVO+TR$g8Ho5b*NA;$ zl1jv+ue6*&WKfdomsPUMb)pkns6ZtP;eZ6DJ$}9QU_n(h-uNA^%cvv@@+ks{Kft+~ z&I|F60MfD?Mp5tMzpTSH0@g&%PPq^b8iBJ8FFL;Q`hR|EQMOXOdmzI%O+LVc>UDMHI-UvadR3>A5e6UH{B?jb=; zO|70Isr&;)4#%>_pC6vI_AeF**SwRG9&3s;WT25UNlutL)rbndNHEwJ?tR}PsJ*=i zg{6P|*ySSZTuat^FEeV1RP+UCg(Ml1C8iUqawcKh0c|Tyrtl3`M9<*yNrAgFqP)`N(-$5N$5fI$ip@_wM``tBJQ(V>vG)tT~bZo2p z?4(0Go@sVhkmZ3B7LXAICWmEdrTSx3UEpDuC54tFFc1>3e5}yRN@1&ZRCh7_<#noJ zV8jI;k!)3DTeFco`xI{^+oI{LvMem*rJCM9<#S9gySlzV+e2hVduA@59F1{ecA0#> zvhb)XroQr3}5yV->wZAXAwe{o()oaQWhl zVhw){vCSsk6alKRP}vA41%~cEEqs?*6%X=*+)N)Xe#RE&^rLnWv64{abXAb-`oPhD zV54UC-BFRmcl%H_cIEoO62Skmm85R$0eq7~wolW=RN7EqI^Z&IT1L~qI20P7pICAP z(piCGC1Z<3`ixPY`QcQ#q$ut)Z}fjiGTAhrkfjZ#*b*}gcoP-W*918$DyFu!x7goj z$!IiDvmbrID@-rzL{Ay5COVBuOi1lSPz z^(Z}JHcCEhg>EmlG@aY;H|XR6(m^Tn%l?G5Y3TRZ@rr-3T(F&#Q0xa~+VNqk_0+v( z(J3SMNmO1#GK)MnXYqTom>&A3c8~)p!qD&ZlM^R8AlR|9!SZ#-cf6z^BY}DR+xiph0vfH~83iXtvi7nnt`+eWn&b4S0M-d5D%L1Bq%5<_D zlFo6;v1pt12LI1~y7MckoQCn#! zoEFdK!JxuvNS}A6lQyR0JZK2b2Y4xOCLo)TsTn|5l!S&X(z^CkES9J~Wkq>!2`MlS zgxvROz+}yPejGPSefW62K)FWDen}sS1a+00{7qJ_!x1LXfj_b=0v2^l3 zb3RUwA_*rWGOLo#OT!#OzPlULbaM?^Tfh;eHNO=xv$Dls$1uB3sl{A>N?u7B8FmPx zwcZZ*Zh!(fggAwNCXMCUNlB%|X+D;Jp=cCkO{z(SioAw z9_N*v>ehmIl17nUIb@CuIXF_%-kKrX21AaWRK z-kvOP>4w8)C|6#F_T2OlWoSqsQM(kceVVb#*!;T79LGhzWh86k1AyK z&!6RLzusY_Sx4y^j!@D=QHzdbQ#Z%4I>ilC!L`VuSxdY#QMKq5{#0#BlqGbao_bVa zoJPK(M=|eRR2i^Q6Azu43#*>96YAg<6S@UmP*ao%OyH3;LcOB0nAK>hte$^LZ<5JT zj=8Oc!I4szg=dVpZ;iWuiSS@s{oM6Juyo?Jo!sP$?js{+oC*y7uJV9boi(JHUCXUw zT;5lPXshlY+$2CL(2Kv0u7R(xpDj ztd(NVdcF#{bUN>+@4BV}IkX6d4bYmn%Ah`|3{gGiGst>Ex@yYTL5x zNF0i?O;3~k5y#0+gvf+!EkII{?Vs{0|~S zIYON@>mwzjdTJM37)tejx)RqoZ2Ma)6M)LOm-Qfd?@Q`0-F%4^q;u{Rv8tqMtDenp zRAnNb;9PIGGnMo<)>P&0*zt)(+<-0s40GJ4Oc2T$q!9Q z-Gw%ts9c`%Dt3Kpd0q5j79;h3%3O}d5b=Ln7`muwB3=P>A}&0TML{FyA8!g$+*JOS zu9JFQ+6^R+v2J|*Jvre*g?5ft!;6&*zGhS@<;ta~JtsFMogU!bax9{44$)<$ls&Je z1^EizH-W(!YP`nQ+_cgECbk6!YrAo5v*3l@R0|?}mkzp>e_b-?lYx!%b;vBF4#~!- zPv$ieKK20ET*+N+T=A&$AR(M}az#8J2J%MtCFjYo+R2ob%8pY26O|YCsVHMt^5YMqb!R*wL0kL#P2}q!5JyZZ`SqoViyQK}&g?ssWwAii4 z(hRkDKVlIZEN$0RpYm8^yeZ_3Ot8-&Y01d*l14_gj>Iw>qEb$Q`6#j1paQBVB0c%s z+c#MKF~XCO0=T3X%QI{N93xfI=o#`VDZV5d$B2m%n|^2W?k)CzlWpy8W^)Dp!P6I zde9>e#+#uv??R~OuB8lA6o$wBBRN=!%=AN1cqEF@557wcwyZQcFc!luIgxZrY+lQ~ z1R+E9Kb?TwaAe4%<;63|mLZ1{DjRap_%LOrRy6TjVqSLAODj-Yx zll_r~b=+(MxFfRM}bVbg4 zXS}T$C@_epCH^Z$SFx{dPq>ao{wSaq3|qs;3@ex=fXM)TbKonwjq3NTx-hE^t3I$3 z0gED%DPH&wJXHz2uB9Z5tpzH1U%$?zVUgm8^IB3|Cj}(jwE5&!kgW-{uze&?PT0fD zmNxRlp_)FXTr@JGitK8JS%7`Gxc&+{l48ISxdIxIe{lp+V#K3QA90mfEL6#FHp<{8 zB>*US?!Y(i56)JfH+^9--w`vh6I>G@Ugy$d-8?-|ph;Sxmmbh;BH~bC3Yr}InfNme z5@x*>uE<;cmK!kD8j@shO2cv0x|R$hPn2o-#fMy`BD804De&=o{52xn$J9Ve$%3e% zc2u+bO?uvpZU?ql4rQT-ax8`(ZeWV8!2@AOSY``BG#-?=Ygo`H5BU}$NxNq)UcO>i ziall=(f>X%I4wbJexY)$JUS9zj1iN7oyCJRrW-f}%}aDBArESGEDfQ#hUUN%Xw)ZN zd#IFM{{ad}@(vyc9)K;McF1?(Hs=44(ZPPvW7OfMSU)U0DSmd7{1upl!j5wqcW{PA z>l@|n>Ns__Zpe&Ty^k419-q=M57(J?rbG+gF?EP7oaf8vJzeAnw@4r(lxZSL-R~@4 zL=Px)fN)%HVwL#H#dxyix})tQwJ@{hB<6MFlYX$PCIeuT65~XmH{(6)z%lRwIdTDdg3g8pQZ(vVqdnC&za;7Fg@wWsZFkKxB7q`hzj;c@Ysk*-wNwrt#`KQ zo2B?`aP`~?{_*Uda{k^m7!R}c1%=*(}_iT)Y9#+07{HpQ0-9evU4efJa-C}D4zz3&Nd7Dt5;3>v} zaQ$IcsGpMoQY6&m!O;O63wtVBKq>hG&Y+?7t%k>wYbGUfz`IX9eV&|7$Vz?I?8PCk zxjcSv-McNz!%KTEg7M=kFD7!nK+UNj=D9nJ3xfJtdKkhz76JVmj%j?i!$h04V7uye zY&^k`i^vp(cGvaP*6~YgB*?G@Wy=7>`W_ZE7?i~jDt|d5aKa}F%i?lrAt_mqQhYQE zoFdJ--m1l`OC|{V$e4mHir7jqEZ%5 zDQjvaFk!V%0>F^5B^I8I2#)HE|H00GZSTIzl;$cFz0XK?0-&WE3=lY}dix2T=_oM* z=jZ`T-E%_Gh6dM4ttTuagdAY<)GCgGR1}!=iU+17x+`)X)E4EquYILc6Jv%yi%Lx$YdG;5*^UzC95(yy63XIitZo|^ zYP?Fv>Hi&9nDW*s56k?0`ocpwWx+KqZmAtyg2e7PXO#^0Ni*e}g%MG0iuA>LCJ}60 z0fS~+!@bQvfVx@e9!un6dymcXF?<9quRkwFJS?`Kda z>mLNNm9MO^3(l6${rM*Q91d#PR{tfi0~^r9!>a0ak|!9BnXd}(mW|uZQyC$m zIRGv$P64zwM0s>HvI7#a3a@TYx`^Omry*si+cS=m5q%0el!&}ySP2}XX~H2;8;r4` zYcYzRNlg_$>`hKLqDI=jU3BY575T7+PgO*~r4Lv+8I^N`?v4h>|{bqOVHL)W`Ddw1FY5AAj>acDL41g|+ zVHhRUY;#1RV`isljZ<2owL1dTOkxu#56Tud8a0ti{77=)L5MCTR3~=cRPlL&ol|7W zpd?$#URK%#V7zt}Se?24x{Pp#X1XJv8u`eXDtXjogihqyn2Hr#X4cikyx!SWS*&RV z*TJi819qHa4A2YE-?6jOqY+m%?_^e(cZ{F}$L`{m!ZD)4X@reCCG`kS3ULz8% zERIOyE(Vk(LD>~mSKZ8qyIvL*pt31{j=qrlJ}TzCu4I@1OI3l|9ILUza0zbB~ZIe$icmqky_3qkrs!7r#NV~#B^ zYRDM5CXyuNI{7iaNt@N}cOJYQ5tnmz8-Ch@FpBB$QEwh(@HB-CY+1gEvyCS_=U5TsTKDCuFc#3sT||x?j-;U)^K{>Kn1)>Ea0j z7lH>X@e@$P#~uKGntKmaFf2~kiwxX&wvz3*v%g$`eJU|YIY_7;%o;d}*TtAcwW>P0 zO~e5dRSHC zYYZ9!!ZcDN1E=O8B9U~Rl=nzcWkjA#gU@n@nuMbKpI_6aLnDG9tVjz+#=9=&M=GH} z^W)~kr0FGNA(2Q{Vm+Z|e8HsA)8mC!j`d!`(v0HhPal^`i z!?$TL_}9%NKb6RIQ7!RrX*Pzr%1{Ch3(V93Be`)AAu-1U9|}Rs zVTD=k)e{7PRlcV}TVbq)P$qoVrf7ntwziC{)L=4BGzKVj4j`Lr! zu|NngA{Wa~EUn+$*4g4hq=!7+-0xVTKHQ~!~0#)!14t+J0iyT4XzS}yVjpAUA7O8X1JJtq+y z>!3O2$dTg^RBHMONv?(u#$SxC`7mzWn`~m9B%*z>amvWk^T5jvlOqzcn=rglOdyJ~ zRJFG9^A1tUIEL-GhccnukG1b(GQ#|QTzul%b98@l_ z^B(M|WNj-ct6Q#LT^(NjaeY@i2}grt`W0vzM(hScqkliy8 zZP4nY0cDNDp{Kv?J(h`0#hu-^m)g?jl}b~|3n`m)tc{`9b%z0?EQIm@`d9AjPckwS zpD49}Fy51?`K;ShGKDdN0O_}(1MyqNaAymF-209M??{`4n?|rP#o;lb|od7Uuatkds$!7bs@0_?`g z$Y4I2dXrdUI=SRe1v`Z$)O>70*bf!)4)tmUc;j4i-XXN3-T^}TJrY}ml1`7|B+1|l zJd$P|>mr9f_Xl(wI{k5|!5BdwX#KmJ;lol6wtjN%3`P z&1@Pq<8roMqR30A_J2Me)>>4lv}weZ(e~6x3q!?9#zCRi&Y4QMqdOP-5Lbn8kXI3e}zR4@a?oO{>y0 zyg3R6-H%<4`=b!Y24XVmLOYtSWdyz|b9ELBAhdFC&dR3F(l~{cwkRUKEHypH4jVGI zB0X|d>$tG5GT_~1XO}eP=4IIctt!3jRDm?BId?ip+9YQ5mX}|EbBEK7rVdCdL7M?? zMEbG}LYu6e7(@2@)1ULmBgUp4T|axU&7L3W;AmTyF2d@xx`GwqqR~t}sS-qr7>BT> ziFFzB`sg9CF_nwOYy*#3H8-e<7TT?b%(>ZCBRf$J6HNN$R#EpKP{O?~pz!+Jl+vb) z%32r6o^vQY)Ty-$(a{oQ$Ciq)xTZ*Guv;2y0|?(5P$86}36+g%%(UH8=nK|NLx{Ys z5NI$(ofJb|0_do>X2obCRN0V2hHYY#uaH9Xl#@-9+aOuQv(r7OH;u*OVh-a<%FQ+&99_GEVvyabq= z%uGP2Ms4$e248bsPbh(>x98FjzR z=Z@5wMISv23_wd(x)!E`<*DSisTtQYK1H}Ne03#RIjn<@y6S%c-rieY@y)Dk9>&;N+b#06+1}BC=t18SE0Ob|Vp&knHsc|_QKOk$1X6|RqA3zEyggHgp`G$-p77IZtl=L z1QM|ajNhQ7Yo9H5rb%EnDwNzrYMB4(P3?`PXoQ3YmKxfY4PW*jlofLh4y79d#X_8f z@kRePcA>uysO18GH0OBqL$5tOYl;an`CkBeR;BHstJ zU4dF)D(Q2aL)h-OZ#!d+38J?-oI)`L?YO=dH4JfNWWAW2pmv=`-%J5xu&Ew07iuD#c8+Ek|C(e`YE3 zxT=CS^m?V5v)GF)Rjy_LU5bc@?kz-qKP$mq2RMa)=vaF!fJ2n~PXjG%_%4Vu7Tg>9 zs3#R5A=EK||2h8RE48Ny+c%tD`)Ly;=Mp?K998{EtIq{qb#8kFVFjSD2TiV^o>>Yi*or)x0y^BLHYV1wcwbX}UZ%ilJzLmvYK z!^I2&B=w=kV;%6%wzH+7Um82LK-0d@CGNIXm4bH=E;dxckvVk*HfSfhasGS zQr#bJSKZIM*^?A}3Pq4yU1oSy&FiY*PQJ+ak6M@#$(g`M36Mq)rQSgL1?w1Lum*XE z$p+kEwtfs?1bk*AP=V{@i;Kv*bIQTE4q=}mbm!P*Bn8s%o}B*D!QI7Ej>>~u72^}a zmm7j)yJlo|m1^pKEBg&?HE?C0jtVAnZ_GiF8S%-2ps+)+7nmcljLP9-_#7R3j>3n| zN=@!oa|L$~$;NlOO8u#;?N-y3zCP>msXFT0{!wReE4EEsKO>4r@G|~v$$3*V$9?v0 zXstto;AQDsHG57e9@i$BCU2BJu!ba%WzAS&a0FTyU*?B%Il$&;6m@;2E2A zYK?@2NjmpS)aNIVh_@v7!MRzCO6+?q$ZE-QD1Jw%jqt9GK@;py`neuAQDJabj(m{c zCX+w098>(1g?Wod%GXD^PH|;|F3du{iiTvF`+>vCq4wCEsggeQ<8b%~XS|-pxFE5( zonmG6`L_%*8d@8xKxBdqUlpx8G~OudlY@_?QOXs(LSV|o619sZ^K)y=dmHs{#U6#q z{_}P6l}FQr%1#(C((e~X=|AtBi@uvz*)5G3n=xywZ(o~WLmlC33;>X9%+p{w&{+DP z$^n6dGCI~g_x9SY;89Sd@$nN~_ROYpItYB7IFk}fI>*ZE7EK_oGr31JSp<~1Nz;0Q z=NjMLg1&KG?3-Jy6)_|L!ceR}K@XaXT96%JX1#j@gS1oI7&8K_h|62o*!`=c%ZOl1 zif|K%>;eE!u3551E2=}m!DvZ(V~g@)m|2uajU$sal!`aJf}P8OJyyfK12`&}3`-fW zN%Qa>!N9D^WO*GH1Q{q3?gXsC+09}Qr=}Vo*6AzLwFKoJZ3F&{fhHggepX`CVeWvg zZ@2C!Z+fEY9Bv*OFvx&%wQLj3+9?;(6T6a&5Nz%5G-%k%ehP&Yufc{ctfO&)ri<*0 zxMn>?D1&whzx{@m&D#XPKZvpZkO3KZAnGm%AZ&GBb2S#AEyrcf81eu(>FAGfZ{7fT zK*9*@xg?X2JMBo#>GVh%AG>khDPtwBD5O9E)5wHTsf(0h3m7ATY&`2-u7pjpSZJ*( zuZAqST1wO98|8rCawaODDlBLYt8w`{?#k9WqBOnbjm$iLEa^ z@>2S#&CPrl6w++Xt_FgIH}UczJ(meDv1n^1*{hBd1byj+A?>E9=kSL5uF8VldfJ4? zAZBMq=LpV9vcsL18S&U|`Py}63PH&eVdxEJn;eO%auE&0KWY*0f@`kzhSUwTjxtRW zU^l!9L=1)6E8;o{Y-p>>B#%rF zZKsnwYM`)+60%jlFSc6rIY@C{F}UO+Ey#|F<0+%w;m+4x9=U9a&~-MxzN-Gt$`YQO z;&6>0-Y-p+(SPyR=e$z6ZC*G%xOA&W|>2mn>Lxn>(@MsHad~%g2N&N z9kf)2T{s-6*~Z0-xL1i$ru7e0>In7jcux;ZR+a?5MMeq^gPBw#z)2u1y?cABYP%3o)EImcU%t0_{0B zn5aoeh>X2^4q)7aXjQ#NGW-1B43!1^ul^QtSM)k19~b7m8Asu7JN5l?2m7PO--fXz zAWw(?-b_e4vc)greDkFDT*uK9?JE&1)^-Tj;1-fs=fkg2zj_Wk0LWdt0*y|UD)2#b z4#opSCxqEwdFSK|J2F)>znI)NAuFj}@?2M$^@tiW*>0xp7Ksz$-AiN-3(&Ad8u>(f z2_+3SIiO(hy9J)|;0kBFl*)V7l)h+nWX~n|zUrnz8X!UhK!YJATI zT;ckZ;(b=^e>Kk|f>=hE5G>+W25V)9AO$5;PMP*7_%Xg(F+QABg5AD^C|$U~ek$HY zHF)k$dSQeSpj%#l38Hc$pi%czZgw9HW3UBFV;)#_5k``%Z}!&76`|=~CU?tIw8o2H zWKikjhYTGIBon>gX|ryiYq|oD2J)jzN37tqpE6<`8LfYG z*JGkMF&D$1O-FqD+q6n@0Y?6<3B2itQRn@F#^9k0EOeN^}0L}eKT z&HkFh;wTZGhB~@m&{Xl>!+%8iB2u!I*mFw-x*eY;T&j^=`EfcvkV%?!cL#?aBwMu2z7v_ z&CrX=4E`%Q9~Udrz#vhN6r3AHCCrO0>?@$A7x*Z>({7sF*dMpj{u2R9vkJKkz%)&^ z(114(1VJ861Y-;2bM#tF2}mYRG0(}L@F4msoN?m6B|3JJfD|_aLq}|k2R`Hn+e1sX zs=h}`YT<~2N%ynyh!@;$a-WOZwx+fdorrxlxn~rJ;W39smTe$8rQB;CG^zeSA4=Mv zD~Sw>N?RtSWT|F*zrHvIPoH#SpN8}jx%`NtEW4HqD<;=|KhGpQW~V^#(5~&BY8x?w zTfJdfE!uw?Zpcd}x)Jv@-aDMNEqqU+_xtXGv_*9AT;T)0dp+8q(#2a8r2;6@n84Zt ztN`9Y?uFK&Tbx*)t(f5UvsE< zJf2Abg)`Fh?1|5tdr65vbjo*CG?0WkZeHLXlOtBQ7{36jbYP&ar}8Yp@QotuXFm@n zcKmqQiJ0llV&h4!*Xv#UJ7&-#p*O8quwnY@$&JLj^fFPLXObf6Q!mfM%tYlg`-6*)L7rhcpZNtvHj4e8T z^NYO`g|4-TKW&{eJL3bP%jp)e@0|*^ktkd

)pII{g640TXafg5gq(mADU$H*TH~ zPf71DWhMi?o$7G3s9H1-5^r}9fBN0G^@3RN3s+ZcZLs8_8;j@|IN~dKui-$ppm%fx zZo+K`sS^W%z`8jUR@(W^fqnJC0n>SkoiVI;lx^A!VqrqPxx)Yj^ z(n^aODUc1_<@uS*2%kO=a&g96;z@TgNq=ta0+;c6a)rORUflQd?KjR593cF z{O$=+=G~t~+j@1i37rkvRv|1QC8)iUX5@!77(71hDI~g+;=~pRi$|ikt$C>u)`->% z&L~^}s?Zl&p-^p>pHKOK0jp|UxBM62 zo!j6tW2jmVUO2CfkCQSnb%qbnr}g|v@Fa@-yaKvhbZK6R`Jt=0;pf9U+wgF%6_Ek< z7*72KRc#PAvd+^zxSWo{Zz0s723d5bsPO`qqoJaqTIz&P%U zI5=ohlD)y&So3z+>t2VD+grvl`*ML7-Uzf_tBf^MCHMV^Z|SFeZBK8rU|AK@rf~(X z;^3cD$xbaZyY!z*5UC@XN*Ig|N0x#zv~D;lJhQeb3U>2uA%nB37std$*9MeYAhy8x zR-5gQ8{nNzvXXMro`=p*<#oMkhbm|yQL&c7=|S#Y4jwzC7>dHhZvE1&ZnaX1(WKlp zaRnsNaiz(7LDpGF1Y`XU>HRD-BJ!${gV#`x<+uy+lxuqD>HLqyatec2v9@(B87vUu zT*6AX0ygItE5qs6!VWc4ft}css~;;>=nL*P6@pL^EmM_|hK{}?XHZyt#YIW(4?JI+ z+eV(R3^fk6in`i;C07@;OmZ*q`_}6;_fc! zG!R{FoA$Ufp*sPPcCiT@AI@T1=F}CMOHo-uIA-7PmRY?;3T#bai+qgzWq$t6QYI!V zSyh2gTJhk4#{AfhQ)}B6yJd^GHovB*npG#sPI49l1+-}PY3@}L_aQZW70((g6`>{@ z^2UXpyKEB;~Vlirj zA2cki!n^$rg%viNq&dyd`9U@YOsPKxNhnb|c<@S8%G_5}O6$@&9i+p&1y%tAQ}{Ar zzERhwRLyXg+(kKIAj#O;3N2wXEvJ4a$HA?4i@&G84xu8Sh8nj`N&Zx!|EGX~VC}gQ zG}u1L*D8v_Kt-JnYF4wfl6+&!BJxY#2F4Xjtpe&38XbeOLyX%(#E4M*Tsf{dS78_> zl>INg+3o$9g31wh86-KOip%L`J|jIVRwOxKJRnlYh)Wg)CkH1e22t`*9KBaISqrA3aTZi@CGn02Ud)dEMa$28)_ ze%t0j=$6gnI=Q=}DlBX336d_L_X0kl*(AIC6|I-k#!-a2Tof8cZxWThW`IJ?^fE@a zz1Pbqiu_*L%1x7l-pZdLL305%lxyTuwKenicJSE}H$rbrlygrXdd(*ylm9Sn4=e$J z1}u3`eEKkiFUl7I=qwzlr&DYez`oEHFy?ZzT+t{>B3rUz8$qpc1+_XW;RtwZeuE3!ZE1r*LX$e>!n zBc~j=lVJIEu4?r~?fkRIM0PGtXuNSb6JXStO*wyQX$kIkT?#afR?W+rMR{L^`3sMW zm;A+E4dgRlkd}BZ+ppW_p5Wy)x%t-!LbyfMG(>7-xyn{*ewJ7NiUbSePt~y(_hs}I z7`c_dlWU!uglSSTSZ=VbLl%ng+h>FjrJg7uX(!hS=kw1@J(L#@y4`ORt25Q_2T{M* zolL%y_F7czV{CUfQCh&LL&p}Y5CVaW)Sxpy24ZC{k{F@Cnp8+cy$DY2QA+U;V=Zxf zG}waF)nL?(3GCaDm5LQ-5xr%Vt8tKM&j#2?K$ zwuIOq2P8?k$`|GPDwoG}Pg8@jiB{Y;cI>Q0gHz-r)v%i2g|a7Z;OcS1o3?}44*=4M z(}`?0Zc1iui}@?EU`NcPUKO5{^#1gW`g1)pei>`qilgmMCT7|s4tKNyf> z>M16a0&Ya(!&DOnPG|kov;^(S--BJ)cq-UUgJn(7eOyw%+bc!L@R&}#-H))wb~wKg z`BCx@GbYPcD@(4PKzJjREbEE#^=o0ZkvW5V>^il7sVl`{U8y{Kq~lg@f{H&R_m2!* zz)eEr0#Q5Q_qT3>gms@KK=W1+UrS7AH8SaD8`nP})4=GM*bxuRytR_X<~5ASyu3Qm z@}mmmR>xp7rI5dNL+TJMYUn8(88&^**hDV@L%|%8spyAnc3uI#gq@tSj}xy^rpQ@8 zx0xxtj3*3eCh$n*8DE>c@hx!iL7dmWiP-7gQfj*F9q6txIPZs^uZ6QZHaFxY7k6zX49(wx5H3uWK~3+DA-L}>x;(eP;4+8+}bX1e3lE>RpeYXw`^aby_&8udqW zTpp1SX{3jgL>#^Xm@RERSvL?_%5Sb%z3O$Q@{L-SXn=3Va%{`Lgze7w} zzdeA|seTCju;hGPuIEW*&lV`wSS{JqwmPn+Y|?02O8lrh5rECp;^BuTzIS|XpUke( z`6O^?;qwAHE)YLlNj0e4xQ8w6*>9bvj)a+C8=A2aW@t{0$AYY~Z-@<~+A=G}PDsqo zR%cZ6_(&akvqkqms&F9+Uud61$&-&MauGH2O5DRLJK+phsN10YbP8kCc%`=Mbz~nID@+Bi9TE+Cd^Ec zWz4eyBNEXTFBSst-K#tdmI)%#iC`rg2v)<+@*tX1(HjRdm0Tq<23BFSdMlRZj^0yH zs#3*XwPJ2{OD`zGWCUgOY&5{2s5xICC%RsE6s}rt=s>Ip3-bRW`K!T@_rH-$#b+@StvnP&v_v)S=!kmN)rT zAsl}MWgQt9A#`FS@)17-&mJj;qDDUtiA0q~0#E+qxe=x2KMHQi?YS#_{?eO>#ZkaM zY1Rd&eZLNPx(Dhyw@Hdgy#MWig(eD_8=F@Dhr{F^@1>v2*?Rfly_U36aT@OT`pcy2 zeE<#~MsSV^;GibtJ_iU}K&jyTNF5>a80f;n0fj7ZZc;W1Lq-siT)8m;BFP_JlSt}j z_s^uPcmaFbFaXu`WDZg-zB5WMbRC_90v%*xFAGy(9S(RoB^F*us{>_Gmg$QHePs^5s zej!a!&NKt_2kZ|BYM*)0z5b(ul+PHXnRs}1Ne|fM6%BKW`z=nlSBN!mxB?yY&ah{P zK6HSr2dgUbp~M4~F7t&)Ph50cwt5x-MPi?&7LzA8!aFu?xF>M9VC4!;SR9{T67pA_ z&VVWh4;*!VDydvJBRU7<=_t( z2@@ZolMH+yzz6j~&~!bLF=~@LqWD4%HOwKwI9_k-CJ#VnyFF+#Bvxz>wwH!(mP(mN z?wn^)vnlOGS2gPiUl9G#ZbgzZm}BVnNaHTthYTZsLk6k+?qS* zbPUZiQWM(ML627T6Bt=|SS>PvspgeB;YS-YQPI7NqtMlXjJ~H53Et7$%7r`a9GcJl&s@DlfRCo(x03jRifI$*SkKI-%m3lBI{kxi6az`$o)gG+ABlhk3X9{Ns6>8fdb6eYC8Fs+~v{tOrT z!0?@&lB>jEeE`iDQCHR1e{8!mu9=;tZtTu6dT4^FEXZ>2i6LqsVS)vasLU!4c}ly) z#5HT(?kfn194{)XZ&}fS^z_)%>0d1oEW@ch#MxU%THuc83#$dLP$#+37WVe~2@;7= zY;4e7awagNyeEjgL_mf#S-WpAk4H!9N-gIy&H@P#Bthwc%&;+cP{~UE*{>8U;UV{y zZ>xT_O*=77629-)gp2iRrkja5`XM>M)>TL(azD#-|N0?1ib9VAR+9Df&>;VX1wO`q z-I*u6uO^O%D#^c<^AZ5Iv#nU|NLi1DZ~s3MiXG)1lU$c|mV{ndPjeMKycuiE3u2aI z`X-v^Li)669E}6qw8J#PQj&_=A#;aX7PjC7x5VIKOs;@1C=od4Q({Mn+OnuEHMBka zX_+*H7TVGnp|G&s5GNmXKxoe`bmlczchp5t^{Yn^ZEh>3X{St1S?iJ+xtFAMug;_W zJfcDiUWRck=*(pd09*rwqY@c%^?B*{tSpMkBLB1yfe0F7jbnrv{|l#=IQWq^9J^13 zPRa1muNZcfs-++Zmsy$|M2u{<|CE-SoseLshB{9z;dRx<;Ihn(YvAQj$m51%Nxc{Hti{En z;#m@V1RVNPoUdv)H!z@Gf`fM3Od4!cJ~ahvdw;lO-*Yq(Y%npgAd}X>-aO^eu@O~$ z4RX1t;(B2TLrw4}9RJg0X|cd1_Raao+=1x7(qyGpr?J2zEoM zqQTUPQapWq(4iSEqRK*A4T#>`uHqDb$?(%dEI6eZ$f4+oJU{%9;Z&yW>zt$I71{%y zO~?Qpd+QnUq$`8fp}5Q*;){!_9U$o|8ntw=dGgMU-?u8!(F>!V!U%GZ)xZ%T`@Lw@ zG{@iNaJ^DubH25(2~}wbkD?kLB*FPuoUVS8oK~lA1SC(1u7lA^l(Trjqjir#b1BBZ$*|Nv2W6g8%2niQ{SDA22S0ag+%0hjjy3K zSkq_98PgERbd^O!9qH~u(R2xZTKaxHBjs^pg1x;1Y|vY*txyr@#brjSd!vug7Pfwx zRpRo8&+U;w2wU7v;Bt&#y}pj{G_nJk%KQGOR$%v)(J}u;)rT}3(NT3pNAZpsb1exX zDN>__lWCx_vE+)t)JW}^?$AAp!%tA0;4~bcddgNpuIa^-r6&3o*JmpogUba2*9&<% zog8Q|uXWe!c68N9WsB=l)WR_5ytuhod8p^gjftjT=vV>e`goTjJFM;S=r6vQxD@E| z!cDwOh`VpBmAaEMx3e&ubaX)Y;i=e7_jW2gRBk3qZN50x(4v+p>-;q_vREZKSa2RC zQIQqP(9FP@s$7V$zH4SBBKMN?;m}qyEk(B~q~IHR#s^%kCpt|TQ>^b(7t|3cDrbpo zLj{;&;znEA*a$&72Z?s?l4!Xy0dGe9wt z~_JAOn7B=;8tEig7#btds@>xo3h*1}GIS`C&M) zt}yndf6EME{KXP>7|ym5r;;L~l$w13E^rUB_Q>(!j1dQna&k06*Y4E^k~uW~TOj5y zC8_gMO}A;D%g#9X3~NzawdM&B{@W}i4GirxZKj^#SjrA@qok3VW*v7$ zj`!L_$|Q)Hp%_u9L=!%jFBcGSiK)pKn@C8e=u0eUBQ*J!sM=goX$UDBYf^R?Qo76I z9{fE3R#8owvaVAANkF#0QaD~8X-zVnv(B9I*0_LzOxZE9RfL{L)+Iv?qIrf3=%qM| zjiVE<@G4_P$-aK`&PAYJb#noRAs(BX*;bc^gEx{X z6=I4y<%Saj>vm~`SmO*CCj@jyJxk?;`CLpw^d%U;{912ECYVp%xza7HEW zZA$#M67&~U`|;HTj4zXzXf{b@Is(Wu??~f-#9G8I61h}D`;~^M)3G`tTzdB6*xeQ} z5lE37O6{r<W-Y(UiMDsOW7&ojuz6MsFM^kA+ zWvwI1X{P9TsL7N#X|_U>H<8=JWsTlmoC%rGk_Q|va_t@Wu4_5ctax zV}}5TcB(7m-CU$v(uU@mZCcX>57F3$hDdVSKy*V3s{Y3}+gras_0b3y6B?aAHoPEb z?0N#osiGq{cLlWIwUi^+1d9xX(-ptjDCJhf`F!-19!>M>!9u&;BD3&9k)6jP%Ra;I zUsz;?@Bi>i*=;{>?( zrN@v+*jXmiLt+pFD^-}7*bElKZ)bCSx~qTAV~V+wa)Si*;pe0O2kSe94RF8l&NpaWmb7JaPZ~c01sgM9Uh4YR{xMuqe z#4w7nxp{g>L&Bc1t&8Qd%iz9z*>X?WDQpCWngSWCC9Pgmounb{qmLsP7+i-l=t+_0 z&itB^M)3u@qJFrKFKeFj{;^9JH`s=y;}Rwj43HBIOMZ}8RiL{Ggml79Apm(WW)vk8 z!uZ_E`uQG+D51hdH*4V5$U5Xm`D`(XXAc56CCnQqlx&QM3MN^hQSL_~pgdm=N_qKT z%Q{d_&+UV1#%WuAOrbsQXx88mSpAGhBuv|9{S^2af-&%^LMpMrqASB$N6~9yytyqC zMplQ??K9<>m!x6NI!#>I(t(HV5AVQ4uHmU|Xhkizs@1m{recvri{Zy|pDw@aJU0eS72XU(`zf+8?Sfq9&V~V5Hm07r3}a8+nYCO#|VbQYN0dhj7n| zKl5$%i!umerrjR-eQ2u43-iQK&PL$5yOrOxw-m#g=&9cDtiUslMST1vIS?)*-*0BF zsKbuHBUAE>0-zGZ<@qFPjw`_=0hcx|q7)Sp^og|6ir)pt$?2+gtq*_ZlZ^lq0HDay zog_DzYQT~K<*Xzj%2IaKTg56sY0o0B>f{qKfPWXP$7|9%^QejI6(5<4#|gaAbed1$ z^O6rfW|@x2_LBbG#X3vFvrOool`ktiO_1ij04R>!oe3|-gD|fSdRO(gpI5!De@=X~ z;5VCukIket;I1adC8aLrOO@1!U*PE>z;wcGbY;?Uf5$f|x148Kt4o;&6nc1m)rWyB zOgp^i>FlOcz)W9={ARa_5~Qv+C5m;MSBc3+J-bR{jK05}IWh05#H7&nTnPnha zy$w>@NgKefoh&CTP0=h^Px=`3t4SShjBuevI4+s4ejpAK(*dm-wqlWQ;58GaGah=_ z%B`H`1ly59GbQ4=M|AipL!Vw%L9@XdDJhBW8#7{Ag2}X#*8v4^JaACb_~Jn_q$0*U zaCjAiH4q;l9SFqfkL-a=5qtYBdVhRQCTyoAHpSty(B#8a`o&1QG0w|b4#eg4y?3jt z@m1wfrK#DnI{UM1X@5l**sZKPC>dXsTfNJOE^utZPgu1vNiy|J+V^fxS(PU zrsZ8hpFU(WkwTWnRC0ootEYyuVrk~l#o}S8b+civS0~iMmN^XuZdRt9H^D}_mLm8t zI`KcBk0BxxKI^T1>EyCoE`RP@UA%WG`{sP{dlwk1r5yS74SGNbY_f@hO%US06Z$=7 zCywE^6;3jcSDEpLY>Dnu(`8Jm(2WPX-l36lDr~o~HfM~J`SQuBuQBm9x{O6V(*loc(@2(#@s0s$BdfXvkSsvG`ZV-YUj5C1AjYveHq3zPUnv#Bfg8a)Nl-%Cv1e702V%c* z3*&S?;8zd2ll*TAO&ke%omULH(dkS&T=)pO@hhooA4qzzjM~k|gpf}ZJ6iw{K)EG{ zj?qq`tQU#uL3A9*EkZZmrRq2pr;VJ(r6ODmI1a_Uuac`&3>4T##wxv4?@7T$ zZXd$|{`Ke+!Ejp2KQhU{Cx`l`DTv+7IwiVdD1u+!0t3i(q>-T%Z9>X0_uW^$MHk*@ zyh7|c4Hm^3eor*-Xq{6!Bye4-$75?`yH7c8=3*%90R%Qy(xUa~4lVVW)RmGd-In8>S~mVjQi)3u zq-GL{=H)OZM(1Q@L`sbGMY0o$Mn0JY6Y?A}@o|QRlh8+utg^~^Ik}=P%bYhp+BIbS zF>k9dO~#%E{X|0sM^0LkUvSyRwFubN0pnjr4f=uSq`-7vrr7IQ?{4-=x8*&|bv95# zFeY;>KI#?j4cy@R|BVbuE0M*WkTqhcBAn*oUKaQNwY!bXcG!@(zNwPl?1>&ioEKJX z)6K`s%FS8&soI{k+m8_2YoBvkRz)BGAQO<4$$|}Ks%?tt#7Lgs!NF+j!;>zz zXwE^nDDfkJb{O;cWWS`BGlb3gOkhYt-xr|Sucf-$FDkj2ENRSOM@XM8b{uf_?^838 zDB4{n$uY>h&M-ew0Zbp+2wI%)kjieE=o6qov_-Mtshr}3_~#WbK7Ai%DZJVzLKaQa zdE7a$bo3Ceu$xZmNgS5hVAk5bOtEdq#1vMzsJFOb+W+R*^Odn}pvaUaMi*ln@a${6o z5>%#R@$Hl{DWUGj9Gz5A(j!E#E1ZfvYf2=FP}^UU(Gfa=vCJ{h9ZW+fOg>H5IPeEM zy4#PCn8wcuZLeJ+0Iq!>u4>EZHwmqFzUX8dQ)Vq?F(wBl4>%#p;`z=Pm>)G zswRynu}5m_xX(C!y5Lu4bk*_;kwO6LQbu+rPvcg`I6v+m$sd|+o@BY`?UI%q5sTi& zywgirvkBYE>iK!x;wnba85H~g%B+yCccE2jQYZH?0fvj)NC@n*RFjYVTMBLhJ><0e zv6rT*Cy-ik3!?$L;`2V#3zPyldE-P4d|duT(`JsWm%aEsAos6zpVVgyt1o92jMpc5 zJm=A%s|(>9`ID{Zs$x+a0~1qt*8;VZTRa)9fY05gK9EW&vX{6(4zrgxLlW291(x2S zlSHNJ5^sD6EwP9%sX}h>8k&-5QGHQFxjRZJc%0>hr##E^Wh;DPBcx>rsP>uM#a&*NyEZtSN zdia}qIIcwE7PV0z8WWF|@B zQQI7)Vh<+x82~G@6LZ&nB!$!&;+QZLEUSA7<3ud%Q#{-0P{R;=xBkneLFn2(l=73P zy1m3Q%MjjwHVq`d-P6|$^49K|V6b)WeilgF^7>-J6 zMEeitL_IrU-DBoFa8KP%TxHx_v-z8eTmcLnQ~p}~u~ZlDLwS4TdWBOrQIabs>HuKd zm;Bk`ux1`4%#VZl9J5d{7@s3ud6BJIaL!HvLuVI_-U1WWr8_o49lN13(T2j!Jk+ zai)>`L8k~wy8AI-O&Qoq|mL=CYBeE2wrb%PE`W>d>9ZjI3}pAaPscD1U8;<4%24#EpXCb+-AkyM>V!XkZ4pd@_hUGA7AysUkN0+q$wiH|>WOD}Tf#R7;ao1#s zynNgOQM%1^Gqlbzr%5|7no$p}%DzCnjcXyWkHFh1?#gu(EEMDPThkYlBGNV_W7T|C z{$Zf`^U3?zl(892RJZu2w9x!GY*H04Q76XYgU{BO*}G_MoWXO@#ER$H?4Z%Mm&`qw zczqnJtm*D0@VOO@@%cz>#W{XVu8 zN_-km-`t_3y?3G;YQRtT#ns7!FYeEIX^aH`a4ObU`VE|u$u2e9YM(77Y7S{k9rAQst2lstM*U^+qgjxnTgELu>)ixs?n6`4xX0=A>`DTqi z_EV+Z7#b0(;Yul5zZVCJ^W5P6S$4CFBonTct6)&W7BynbrpGz%99QVm5{4V;ur|1& z_gDHbkwUAftj8@4NAcd=Iey~oYC*n>Z}1%mkZ+bTKX5`Z5@MFQoeA0dA)*4Qx7w_^ zxgr{es~-A}{-}=QFK|(D9p*1({2swhUlJ0}tqz->n4YxwA<`8jPHOekgcwuYda2hn z)lcBUBGj2IGDHnjZ{H+hhLZL0Tnsxx0N9#SdLz1sM^F866#1BtzH>U{O}0hnOee=Q zScXZA+Nu);jM-)_PH1?nDu$P2XheJ3f@JA3MT~?@Z&pbmDrER-TyCge*8u`aEos6A zf8!%FTAKonF_L2PzrCHA#aW4lIy?%TJGt*IW9w)IYRYK*iO0ow8o^eU&MK1Co#HP; zgPu8@q}Oiq%=HF6a>WUAq>WUAr&OU5IvX$}&rX6h=*@-aRO-X&TLt+7#Ye?jg~br( zWFjX7!pHBr70KO$A!swsrqOxRcyjGwi*uKO#r*!i-W;WqCN&Iy>wS1{kuVS)(`Dt* zoI{1TZeLcCD_4K1ENSFy7y{%jIVW(QaR|*3wNY<9WqIh<1H4S$MwZQJ zp7ZbFvF|IfR8FGJalFLrP*TgorEi0kdueiv1*gN0FE$fc!XO{;^6s%X^uu=q!mu_A zf<8v-3I;|YjeMalixFbf-@M+n9iU$)hX&$fwr)EJCL{}1jyw=w*S3YkCVLS09y#q@ zu}s;YzDYKC%IU8gNRTW*MsPM+ zo6L%HGCx<3R-rw~)oO0VT#EPIX(>q7H=y}asN*2QT|PBJxl}|rnh!0QFA@CsA5lOq zX9g@)BTzUF5|-Ppy9emr|YqW;ov5Yg_@0)r0iRkDo;r z1iV%0XGohbYv2y=nQ;{+oz@!Z*I2S;fyMwm?wFcNEq^Ah%8gKd1$(e#y3h^_t`&9c zhxpzw3lm4@UZgAU?_e(ba7(QkJo@$gxS5?T9QFALB z4+Th%yofQ@#HLy0i==~AUrfJ6&KwMYpTqLb^mq$iFJ#?|0x-97AGH z{Ffk}Cc1{^0?pAb0f8F;gcrOPlDpEJtaBN7PCttv=;3Alxc>^H4H_V=GK;fj^+Tc3 z%usSA^X6%l-{h{CyRFul5z9z}vauRw+mqM!e+li{u%_C(QlK=0l$iwrNq>J=@enWx zsyNqAXwQBwPg~U2dCM~l<6;~tuIO`AGYh!VCXS0t=Hk*KaTZm&PEP7()6m?Gbozek z$V)$s8#qc-*xs#|*;n8w7UPQeeZfZq?o&po7c2%H(D`~A+zn3s{KN^e{OtA(D!m?8 z4RZ1uJ1L4rDj;OZ_K;y3#dvNo;?a|%Bkx3FTA7?kyOHQ0sz@_ok`P|R?c5Mp6elu) zv~JP`cg(LiSU9Zb>c|EE3*&>`9A^uov45<-M(h$7KX~}%Qno`VvVdw%0uL% zarX6cHYH-Pwx5wlR%5y<5%U@W@l1jqHbuOdh2W^U&CZwN-c{Yyw2H9_vZsUQYmhE8 zcU1%@#ZuYIo(u$Mk{La*tI4QF%*DOBaQjgZ^FDn(88~oXqy}XnoeO0*|Ih zK&?Mv3v8I5juV4oHG4QRC+l#~o6AjPC)UIa!bi^5y9Z_nP2tQ?OP|h^PaBYb{jbj! z$gE^dpq$MO+bG0O(4budoz&~A?7>8FeFJPa85v%yG_C2XOwhZnGD!A!eZQD~Hm)-; z9fGJuHkK6U^5kZEb;DQH}fT+Ea-p74?1 zDk%B)JF-j|C!8}5aY9M<wgJy*0@YOVm{i3P{YaDyYA4}c+HLtHf~Ds~sRj{8G*GZJx5hu@K^Lne$)_^@sGHQgsq;lJW-srLip!JRM; z15uUGeG*~hpo}pfIyrRcnhqFXLr)sci7CXxim-UDNicI!BJayG$ccR+D`Ks%hz*TA z)mzWgPKu{6gdqubg$!7;@@aJReVHTcPG%oSf~1h}-<8Pg$3oZ(g4X;01uI!e6C*F| z>JMaTB9G}?xsyhw$*`I!gFldqoKNWZ9X+k)eXB7?P{BZ z_|s1z1e7QSD!TxG(V1iC-JR+O5Z=!lFLe^Gr7XilUs zgTp=I&)g$-MyiG=Q|2z5`cIdy{mEbYJOA3zDZ^yjNPL&0_vSKAE+86^eZ&^mQJ#(+ ze9E|{sp+T!*7EkZW!E02(pV(^3hdZbXM!;LnNS*76_>{kWK|z|%E(gw?n)Y?gH=vA zJSh#LfKOwoH~ZL3*G|0rKv%L$dF8fLDrE6LT-sgX1JXYL4Z3}ap}e~`5Yd5_0O?*W z@+FvzDF$rKoXsp;^`F#ye1wUwp!lR59luNAAGR#__^z;&#XGH%FS7V&*{G>6mh~#L zkeR%@>nsqQ4h2Q$L>nY@c_wAUz&8M~IJFPfF>HwxL%z+pygMoJ-*BLyJ^7c3h+|#h zr^RzuY19>#<41A?|GvfCRbV8lS(O;^vI%NPgI1c{XWVWKDYm<#m{=K#zAdjUtVsQ(?NS z153^CC!t-6=jIJWmCK-gBP-%Yk(FU9cyQtjBup-qL<=BUlb}<(aC_&hl(- zi88VbFh~>>5hN)>ptg3s2tkosvq%6S@^i?6&Z9Q$cMXS?RC@J8&wtOyzRyn2Pziz+ z%PbTSclS(HulH(y3+O#zI&nGyVXj`pMROER8b8~n~ zd=t3b8kF!kaik-xnDs+a9OL<{-cm@Q?y6x?)fp{w$z+sQ6M`eq0=IjU@t+yHs(?<2 zY|ekE`n<12o1Ca%5$eUjq%fEn{6H~L(9T& z8=8`)4An;;!&ZWAp(w!UfHlzT7MDL{sO)6sm=I&-joUB{7@r*;H6)5Elcj2;3}2)G zD&`#MwU0Qs0dbcZ-ST&$LJvD(T`+yKC;?Qz7^#;hiI60WG5nGUz%Hz~xG5H1IOI3@ z1mB!j)xVbisngcdUD$#XYdo6U+_?QhTef3FkJMB@%aP!|VBP5t!*{s zQ__G(y~zAhci+(jT%7}+BrIX*8QCf9ASr+xi$ZohP52sOX~^wv4znvT&q=3O8r}pT zrwnh;!P*=9)Ms+cP$;*AXw`TdRz(M_P*+lRw4}EY`Jq_>He_3Qagg{&w}!y&*$51A zcNFsE4aWR6Q-Zfx3`l-jWWU~S zIF^4nF&xtA3(nkTNd37mb%huhyYn6JVQDh@8FUi7gTQl0@XYf>az2+hs0L!72khZv zHM*^kxy6jpJ5KSI8H}#qg`Dq>}an4=*E=;N~(F?*i zya(^b_Nj-Fp3ACQ=+Bgj*)ipO`)r}**R-a+Rr^3{yg?q*oqH(BnXHaL$dkH@OK&@I zue8FT&`fp*2{1xocPy7^EL7~;VPAVhTf&HDFL{;ujmH2~xDv zBvyv*!x}bvUMpFGX@%=jtC>r477N^_C{GT*rAz67R!RU;qw2cNigsK>2F0JRtZ0jbM%iNsSV;`Ks{&U)9XmQo)tkMk@nuTC6|M%SYB#0p6X+EKX3X zWJ0AJ6yTtA7g8xXzfsll(r~Jqo`}Nkh0ckJU~iyfV`+Lv3OJ&2r5Yq4`G1j$he{w6 zZ4wYY8fPqz!p6xCKBQMqgqgzIztQICL6+Cgs~)f~x`U8fS;Yl#8nVKln-I^}l^AUg zJWM4jPmV$4yHmacdl#uT-aJxbZo}4m_G)8CT=ap31|_nLxDuxEW~}Z4-tslC7mtMl zFB8HtY~EsUTkCo56S77Vpg5Ux`tYF!)c2Z%7i`tQnx0S%VT_eHl5!RsDJ&`Ggrbd8 z%H8SrDquMt5ARPMP-`y3ZRp~=zczQ>2%=nr`fTye?ZgbZG{%DB!xC>a8%v5xb|V^H zq?0N!oh|;1Ow)9U3(PWSmc8}GLCB{1qv>%9Dw|40I`=CwYn8-VMWyzcr#9vg5fo>F zx%Ucf<8uMbOk$mj8t7^0^E56LFF2w|F@!yF9EI~_Qw5o!<3YW5ZcL;FUCh*4akhb3 z;4$NrlY&P(t18XWg7OShcQKUQmAUe@AaT)^JVg8}+a@6e!nU+S4 zA@dj)782FHI;LTpQpdWp51>NXo(wz2siTtHvEafBla(NyMf$BRBSa|%O7>HnrB4tw zYuEw1JF7+iB?~B4jHdEpM~*b}g3&cQa4v%2{&rHvX&GS?h;CM3=YGueIDPPFPzQk!U7MUmKAagLuuz@3<>7RxgC9R}Q zhySkZy%6x7=c;oNWYvhG3TN0AI<1aFg?fxFZ*fhn-8HRdNv)e%g)+>MoI_UX$j z4jjX!I+lt(WUx+Y8i)LUVT?%TZQ!9b@x#ZIM;QzIKX<69MG#4X`7{)eXiJr4alh@9 zOepua?*|X^DsUcgiViWW5SA4E?K3Zc{$-^~#yV?{6{Q;5A%6i9=={bbB*jGP0MDKb z+OkstD|s;FoQZxyB|#G|s?LTqTHOfhc9(9P_XFiW(a0WWk4lLl%N0{ zA>uQVFrp=o#Y6|0f|8Ovtci0zpqUC7H9okSxD4c)@tc(}dpb%Ge_cEXk9y2o z=$9`mr?Z=|Wz!MkuTaTxvU~ZPW-y*0vZ?UK;HD-K9BZR;ndbOBKF~n3AATV$`AQW< zzqOpT;RLa04G|EASBg_Z?RMnxR()cSd~bO*{KJNYHcTul|gXq zeMMs6jyIt)nO!8N>rFI) zo2gYqF4AWYJcIRwCnL=XP?7{J{#f0q&P0UOCx|o+du8i^k^ik0jH8nQ<9F8CMwhUo zAGt1~g4kF$0XY&R-P^Sv2QnEtfTUD`^WE>=Q`sf$N~hX2VUS`G(}#sG#jH0`%d$|3 z?`dZ9=#3)l7T#r?BvL@P+_UJgzSZIYKt+(z#PBK{2$Cw|*mSx&jz&rD z6pIwSbAVt{n+-3&75mS~R7;GIb^ioc3hAy_mj^9cNMB_sKb=oYyLba>1BjiyrPvW? zT$Y5^yr>(I(j%AS+T(S*%(aMbTw_rY(>KP&ZiGT+3>uhZxXp#~KA|u{!OS$#0|>kekF`$SWMbeW|Jq>UHJ!-yQFNoy}MPqWgNp#;2iUT(Bj zfEW9%jxrtkNE{5gSNn>oHng$I5`CB89O%bHgVOUQ8RxtVx*NAb2j|2C+Ci7gmLIJf z**s#M&L84cu-0fSrbHPe$Pw$JEO181^vjN9^h1_9yj!GzYV35+wwtlYagra9%{(1v zfvBl1C)OeaEQfA)p`~ac^N7)C%WRlxLr|_FrFu_z;wlw}iO8ABlE@Ujy0;+hFsSCB zm);68x(_cX*Vo((m-k5at>$CoYPF!do(6?ZJ$3)nuQ_MQwDXx0y%xqVPK3dOLVNas zBc+JEEK0D($e_l2h(iV{36xn*N1SAYH2TSvw;hX1D?!|*Z#J*U4{*7;DW^KPeZdsY z-V>C6BKo>fO-KlFhRRd5y$qP_f=&73Vo^S)=jDgcgKD>e%z*@VW9=Y2G@79yqWW)q zPDc7KJsPA(T7QaDDGIqc58bgaZWEXSmWMPSS#7vG2b$0}A)~f!*{TM9(Q{ef8olVT z`zF2^Nc))~+yEhbVQlrr?%_76ud@^xj=(0UTCd`p)8(UY!D@4_F)%R=n3p*}laXsa zny=sJeIW?`#OUvCjbsT8j*7tvpHQ4cz}S-**-jBowJ#@}on#7{9gu%k$azY7+R?(L z)5=^|rN*BQEy4Av%2U!6R8S{BH&Zl0ZIZ@TkNz z8^Ekyw)c~gtEZbz2o!n9Ug|EwZadGlIKPfy7XvG!rIK zwgj?aTiF7hIqz0z1_?O@w7!2XWNgK_%6Yg131@ox$0_N+@Kuk0RfwQX0QaYV(4-1_ zGu^NMv+q^EcB}XnlfiLko?=pC8=cmqbtJWv)+oC4SjTFi=Fa3~xLvmzW6Ehq3TPQ1 zZ2w5v3Cs+4rl^Vao24OKYXD@xhLW((sUiqN!rd+H{-}fLs=p8P8?`%107f@rz|7 zVR=rC7f?AVKC3NMHwOj{6hiIhJ6MM24J1sUx6{#`{zS7E8a(a`^B|n)TVi~C5PWZG zJa}5CDv+5##eV>}O$=xpYhmohW4{g_vvcQTLX{GJ2&bbH;>hV3(u; z5U{#`1CcvdF64J)uVDA6YpJV+LX-mwvLd)wH-!~qD5+w{e& zZu)rz7(j0XX8vo8&{)S9ifa=^P@wqyGBpeUw2gRQnYz#K?p8~Yr9Y(>FF%>kw2x*J zqAfwrP!pA--_}7T8wPPY5yO$dSV-X|qQO9AN5XCHe^qWg8aIA!LZ~!5{+0NVIy-{2 zh3*ztCxtpTQfO^Xc6I=moJq(A_E%N6OMl+T7>kmONnhTpdCwwD4>c0(Wf~qRmrE2h zvgLeac)P3eKWPBefk))fQaBJ<8TgC|!i1$JtQL@~2~DJV*y61>fKd;KGF)6_trDmK z+JqiRGh2{5o8FUX&$bYK3Yku*PkG3;3E|)^nKu(nvFs1a!9#5!w6XQtb;66s3)zoF zTH@X^eR3W$th~BZB{Y01gOfT&8KzLh_mqZe23se8hG6$l#>vi{^j|nYTtJIe7`p!ZeB|NA#?v`7WzshrPX_|>4&pyy%(7XNoI$l+`F;d@%kUb*y_ysU5CH+6O*BQvm5+HHG1D zEtaRRTfxBwJ<-lMLADzgAS~l?qfrtDI7J03VcxCCa7!*3a=rq9z4Fr2j^03!V_|s~q2N6lbfjUss7NHbr zr;3n~kR0k-0-!3Wh<65fW{1wMoOtE4844ne8k%R{JLC5P5IDVJ2FQSGFg82Heg?(4zTTGN83C z6^a)oc>jl5*Z}wdIZ)wA2oVY_3JcV%N%9D$J7Q#ygo{33u{Q`BU>{I;9{YiQGY0oH zVCmrgx@X0?cRc`!e+!(E<-h`$81=Nz_2Yi@oBDcC~rwx85>T9;y*BZm%O+ zXD+q^LrJQo5o9O#N(?;%{w!cHW_Gq1ewp@nO)yGbgH}5zV9=BMUF<1noQpJgJqqc>+e^z||0!dvXs4!V zFAq^qLPky<)~F3CK1|{A)?{ukl5vrhn$`o);j~(mC#@=^qU-vMtYt>L0y+05PS5+@eYwAME<5Pdc-)Fdz)2$ zQE6Efb+O@E)e4RC4?ate< zF~W=X0X5o!UCDsY$i`6TOGc3P02oU#R24|Oji8j4rHOigbXC+;k+2#eQGx|CMlG_% zC;Nnm1tLkMHs4w~A?%t`HPdukv;-q-Tge;utHYKo3lsEm|6w3|#Z0PTTZ0iCNGfWQ z$+^i>mbUQy{u{yJgOj?7>+sQ+7d^F-wJMu88htQfy94QC%Y0+fQ$|T$6VxSr`3vh+ zKF)c+qwq~|RAY_iqL&*{(H#JV9@)4=+j`m(qFGDiQbp=KXzS!3i(*7H+mjuVP@8>z zrsjsz-3bBB|DU#rj9GiOwuPrA609XF>OaurlPIC;+Zy=Spt_zoRxJC}zcNsx!E0q; zi>Hj8eC{_UD8H$XTiRjn1SxL>B0aXArken+JuPd=Mh)ZAEzC+g7qH571_{#<0u3w* zFHlt>e^=^OUXo8jW0A1S=ZN%OF2T0|Sm4fa#(~1_&_Z@6?Eer7_H$~k`KWDG_tjnN zH0;=+UkGj|9v0^%VY=`}%Lgx~b`=U}aV*WJgKp_YqEv?FmX6I-Gf^s>=hFq`%zU*$ zPRrz;R=QUB2msn6UafW_ZJkVnzvz%e>T3SY=|52~NpTo`sZ42Tn;!`QF^zTdTRsnT zXhX*>k~jIqiNvC~ikaGMbE{znB^Rhl$Hds0b6tfKMIu?;KAKGEwWUqf&M4zh20J$& zBuG&#d?UB-H> z03n=|c}Nn{E!DVQl@qglpyMf4Ap`KjrXzbOq8es8l;Sr-D$NHHq(S6wgL3GB6H;V& z?x+}WQx317#n&b(pGv63ig(YXr@3=#I3%c?OIeKVFqsc*SAi`{eVK>fpQx`QdqUG0 zC@qk(Rp_@nQSJ|WX815Tktyhnq?+5FTNB1T?J`uNDX>`3h)j^xM7p)>EsYUSY7Q5Y z5aZsgaV=v$M$tHq?}?>nOvUz~2$dU(5{DTsq{Tox;d0t|t|2vTymv50AlYZrNsXir z?C&Jbkfifxz}#+ASrKJgwb%|NBes2g#c z6S_UEAKp)bTT%g6A%m-WE-7sR!&pJ!WJJdBph!G#RKu{J8caGOIb6^>g@n%YSez&=5(-Ivs<*@BZP!BxZGv53fxU zqq8N=^_S~pO9hBcJ8}%**Zy2~ecd;O*)epY*m8Q4t5m5JNeb6rOfvAc(dbfF?^;MF ztpcv`p5TdAcF)Te#!>$LVenZ(Fl@|mad>LE#lH2y zFLYG?dBMicKgNUgOAi)+u#axS1?2aO>H6{we^q;@8(#P6SyE_Q!Up57GgF%$3FVoU z`zdl)%&(q&d)#^sgr5e_2%>(b`u6!)WFJg?J9%?1%B9lAjy5nts%(`YvS2s>oHb`Z zq-SS9X`I>#ToFbF!ZVx#aY;3&vki##8o(Qmr`0Cd(88PWNa zXFjy&Wg8JK7M?#Je?B(jxX7*g_W~K;+^0jDS8QbqN8-FkH0>-zzwLAZ_uIy{6%^6; zL`pqnKTL~yCyC9f1ZNxxWqr_19M#j|yk}eQJVHvuUl6)D^-_~;odCIBCZc*=g91=Q z$PO=VZzcD;{5NxQm=?3Z`tHYx=|e{|HD)`)qEqbt-~if3AbJ8)i;yt7Mqi_gp&6UEU&}q=5?5Ge5=S{JnBq{%)4mc88Y`CaQtdd?MO#Ck46+xre8<1h~vpSSV5?LD#3-^PN|PGdQAQG^uBP zUYzZueg!Z}Bx(JZZGiT=C$KIn|hJRNUmYHeT%*#fel!(p7%ac zRwu(_FD|S~Q@ra2FnEFFN&*Eux-=_!f)&0#4+!%c^W#S{$r*-55)r#0vD`k%l3JX9 zT(eEaSevrpJxmYUN~Y#$#J)B|`%b3SSlUtqsTgL=P_f)8v`ijAWlMoSV*RBbQ?&f{^=2t3hjarw`L;D%F52;65tu_-e}KibBKAabh@2*Z z{nNsJBX`CooEAArq?Izs=Fdd{npRoIX9Ga*!KZo>vfY+BcWo;=*21I988ath!T(od1^P{FXxN@mN6@saN4TB z(6Ece5QeKNnbEAsF5l4#p(&BNiz~>D+AQJ@(J}-dfcJ&hv>PsmB!f?5yCn&?ONBm` zt)bTcaA?F`V0rc5N%KNa5WpRLL(Gg=)RgYwd7+l~`6qGIDewx2ssKSizQ6fvKY;zq z=PQ&6I|G0aL?f%2&d`Jt$eSVGs^zW&W=uw~5O7{fUohT7H^MyA)sEa6U6GK{DWtb~ z!bQslKS|%9xt3>WlT^~Dc|zy%FpnkDTpnuM`LD&Lg!E7XyGA5oD4D%mmp9zxst;|4 zjAVGvDO@VRW(8eS%V$0pRFnq8je1NY9X{f~dZBrQ#8JuD_fD~%7+Bo1o#-2rQ&r2T z$_d9+(a7`L+;4=kwWcmvr|4xy9>;W|%bqqKj%8P&6wS9Yk+enTaGK>0i>??Hz=zP_ z9h4Q$z&#pGKm>NAn5@Xywg1O7t(xjNMfpmmW3`n9zg_XXAkx@Y!vi}`==q85NLh!c z1YS_m(YVSA^f)yDi_~=J^FEPDx&=2>WF-&)#aO>1o6W}=E3J0^FUEJ*@hF)49QZL; zu5vhj8nrUUrYdu>@ghi6$diAuQJFtWl*lP;+BgeC5lvp797$KNJ|9qgefmJ~n}1M* z=9+&qa%I@|p~!|MKUC`l9fHfN9*EL~Hmk3+wlG&?%zc|=cL`j4N~8A}Sl80nANzdn z6TE_QSKo!#Sk#h{ae0r~70@&MsGvmEYnhTOm$SzfvJ=jR6v<{7Ezg5$bFC>oS4psZ z7gavOw`M;_Y`XzFg7qrOcz*SNj~yP@H^Peg6_OCgczo*!h_K@Ayua)JJgzMs0nLPb zHm9p)4B9Obi~Hzmq_dWk(n}Pt-4}lAmbyJCHaKT(57;(7?PMa1juNy8>+-I#*mtT# zmZH5b4>`aYnN*{_U&AJSplCqLQ^AJ^Sm;_8Y*HVCgm}XuwgT2t$r6;uA}7hGfoQ~IKAcoilE4aLJ=Iv{MoAzY$|H*T zY%M-(WrbWWgkKgHnWz_LSWWmRG(D77|I>87o|vc`0d`iYv-npZDQ=p=U3StHomL_y z`D(um-xS#~xr>8>hy+L-!z$seNkh_xHV7K0)jV!o_s0z1{m$9 zZWChb2f8MvPlwSu?U$()07Q(3DW3}22ylDs_2A~jG3wigbIf1}u}oV>j&h@s89Wx? z><93nG|ZE9hEmds2(lQ4H0~D4NtWR=`jzfZ>4Nt%Zlon;x(H5wTQ82GgYYi75vXX0 zoDn5(ky7d?cmO6%Ye(aW{yXrUdY1MRb0GWmS^&}dB;ez$fcb9HGj!p1>x+$Z4k67> z2+;;24Bx4I+f&)_FJF>i)H{!W)6v0)~SE1XoSL8fF*kXU# zMtb-Y^(Ws8#%vl{FIC#t7RPJenA|2{4Yanh=E1#wNkS!sM@f8E#BFDEYDGNHu-W&M z>?~|8z@+BH&R8h-i^-%Jl_HAN#;e0QcC#BImtb)SG8T#MGjQT&NOYQBn;VUisyUw8 z*K$sBuNi)AZJ&Bb&K`0yQw2^%={)?CQ zOeHy_RV)m%zVQ`WBnHJjHqfJ8xm72nnD{lr0t!!$%jq>xPC)R=m>1iabu&mm57u~9 z50(mCtp$M{u-5v7($Wu@Ay0^vks)i|3eD6iM+=owxDmN@r)gX9icmtpmq~(rZp7uT z%w@_?J;SpTWB)@S0%PTbNyW_%?KNb8<^(bELs1zo`eSjxt32}$66;fVrSw(R`H0u|Ow!dyN(>dc>s9N*2=Nh_M6^_V z%#FLhe#{#|3X!Z((pO0mI|SNC@E-5MI)5Z2UU4qjwHe)RjpE6Rh!M{H%?mc3TH{Tw zmC+)??Dmg?b0czhCYGRi|G6sfGdY%Qh-*7YF2#)s+}{A)HVF6DBL!Psh2FLYTuq03 z7y8D}X&8zZNlGm6GG2&7K%KwPKq$Z_#mm!WJjx54K$K2iUk){hoL)15j>6JXBNZe* zA@AxRhjfskhmWtC-A`jxjvDC18Tj!B^smnfR% zLCVr*4=bVRxB$8V-;5jTHdHiJBnZykOihRKSR1Mel=|Uqvgx?biC(X-&7U(~ySnZm za$|pzuTUJ{wAuXl?6S+*--cIxuALbjvovgXD=66+y1}a$uH>~NB`;_!gO!!PMHn=} z%t^`)i6keo;sav02Wgdqg_nA*$P0rw$2o7R*y3fiG&7M%BYD9$X0|%Qa?TtUWU~1~ zZZId3H2lWK@(Jq%NN=jz$MH?u3z5@$*FJv(_i>DCr85`V>KhM}$IJ zUwMR$cx04&@+R~JHZb$sIww>xFG%AZswK1ao@_rdUd&|%Z0-oO6Z?%3mIvoecB*U*0^-;l<5=h(sN>DqHc0T}y5!)M`1d6KnHM2@RvrOBIE*i`%9=JAEuDl+XF+hNFOZ1Y~gSc&G? zLcJQh(na;YdOr6Wi-7-NfVi}?LRhW^)Xc?97ax;D6i~4=hPZ=EoN4A1K2%h3+*^;( z?e?OFj<=o`;fLrgTmHRv)+LLPIKZvl7+#&e(){oT0P+?KIU)K7t_18$(=+oET1Bb6 z0|o*D%|>-jJ-&*T#=R!WB8qU1Y-ui0ED#u_&!p8!gN^i7dp%CGltLt;|AmO>{~g#2mdY zJsEEL-nx+uU{Hmgqt7CstqRzoWTUB#d%lOWOi$QLwCoT$a!y-6}AA&A3UN zT38b)Jo{y*?%`jD1|KLXic-j6Ir1rUwCJp3uY}DKfx3mpqO$ZPf69-Mkx)>CnB~Yn z!k_JICiDn_OAhM|3%Qnw>xn7;KfEfLNK#=*8c4L_RB^$a=UbdFqgBh6^KX%7GoYEe zZ8RC&al|_nQ3vhBzJCJvvJ~W?+>SGKk9X7=&2olS7oXDzuNeeugoy#SufwZmToV{< z4>x(0K2bi#trSuh>F>U=K4-LeBq}cgDWOrzoNP?0R05}YDLPkJ#1W3U;d%;~8xW15=00{4U= zWPlxCnjUbmiJR$@Cv0V0eXjEf>utv=t*|{?cR!h|rxb86P08M9LX?WpLWc@52LNK+ z64a~@W=^AdI0nEY2;a%Us zBu+I`rpk+tPovS3+Y;tjrZSjQ{s7Fx+l%c_-Dz*f0 zt;+*BYmK`ZxR7h4rD63Gij)e9-b|(v7GS#Mt+*=hFL|M-)uu`sWbNPG+t7^|E8d(6 z$R^{L%RNgvWUGpAC<($PP@)2g6Y_XrXZr@YaKbQ9T|C@Uud!-PmbJX<}eU1 zl4Hv`PmzQ513=Y?O5A$fm0#dVI~7i-VIF*gVbG_5eC><9ESB`XW^`|!3zQH!w5a81 zKbezvdEHW;v!aC=cU$2?Am4JMIe{y=`7>y@x(x3Zi7)B*P@c@l3c>G@8{RPmk%54RJ}7~9ecQ#cJzdUkDrbAH zy3Du~8`EC?7b%MIW4i@Y=ZrFh6tc9%0aFCl)Wo8hmrJSiQWf8W2~cT0La~e}kuz8^ zz=~Z!q^vqW_If{#vsWz_1_pyE+#J=zbqDdOaVO}A=KNhObxjGcnDY*pEO_eFKwh=+D~I&OLiL=4HrxUVX!wwxv0Va?H6a@`@8a!tZ+{o@n^G zP(&b@e)zttp*fxnQP;2xu9ExUU@(DLzvCM8+Yu`tr}v0AYCPv9{<^{S3?5uxv(7Yi zsCMH3I88@|`ZC<*Pr;N?vABn0+GJ{8YiwI^dE8XWqYq9fJ9%Sd*oOsu`!1Ei$F(}W zlFfT0Y8cL?-PZek0DPXh;8e8767LLmA&0bBD86mis_Qt$`l3A{y=FJ*Zu^RPNz%VxS4I4 z_U9PVkaBxLYUJ1}LV!*?;MS7}<-TQuBV81(7wdu)E+leCd@V#O4l8du=%;B>j%gP< zYs*}oqvMioM=191B4#f?;~_WH4+G9u!lU}EOL1ipWm2LubY9I@QH252Zfg$MOx3Oy zuxAu-?+ZQopbU{ao~_pR>Wb>|IU2!dHB`Z@RbG~wGp_GDYlT3O$oPG(==WLjD`7*Oo=fv)f?Mzn`{TNKe80r-ylE z`?}Gl9l~#~^oS`t@|9^h5d73W(QD7#DM)!7Sx65=@5dNzL|QkWpDoLdI+%bdaN98D z%Ogu5k0tx7apJ4O_lNl7-j*YG-E6QodeV+#fyZ%MdHonk;QtQgM^|OAp(gR^s05{% zJeI=hzr9f*Lzppx`373A)Aq{Oo{PJMc8BR{A{WUmn#l8+?kZvk`|D~V_?pihpyN%5 zbax&aH7`V=8hY*kq$O%kxJj@ew__@wz6n9K$QpPXOEsaJlp`tS%T;xaKLu2nS%8;< zrGS7^FgH@WU>jKe*i>m+ADDPwS@*K~bYcW{z2A}JE8jf=5!(}77CIA6SN!6R;|Om% z#CFXF`ws$}{(@cT{m*MM=%QBX;++*;@qd;(J~=>CBtUvkhff?k)h2L!W;3#lBIH_< zDoc$~g*q8xXt3iR_37+3s)12MSHg||rP1mdr~?Ne^D@Yo->kil8CO@G{t<55V9UPF zCSu=vLbGp6x$~wTNr*|fXBU;2H9qscH#RC&a5$H0oF`zP(Zd_6mi_u^C)Ns|uy^S` zh~sb|mwTob?+$Z$CN*6EjJK~%& zSKg7{QiZCR9~FtL_P%Hg3#O@ZSTH7Z6Ki1986N#QQ#Vc57j^I1A%eDMA%NGY#f|1v zAN@}z;Q?Vm+}NiH_zmb-@9Kqw0Xf0n_CpDx2W%TDkM5y^4VV*Y}(FMaeVd|gP8L-XdFr>30GiOuK3T( zfTDmt9+tm-QJfvFM|s&aWldN&NpzPLs)%f8D;3DKz8dKCiDosTq?{c!2Du%Ma^eEz z34_msVchF*UbAv6F}m&)X3S=cYnq8P1(S?xPgZ2)@P?OGR4u31CeDt+qlpMa8lUqu zh^$%nQ9%M0k?VTEb6h;VS{e2oW1Uf?=OFp-dy!zzl(#%hb%2h&3}!Eo{fXrIyiEvP3Ef(B7FK`N`zc zho(=-#M2D~Lc*4j$Dj-Jr?%4^BOTX5%H^S^tc79*TPJfN2x#A9+=8)=5P2qWeGlV0 z*)0tHR})#(y4)=r+l`iD2^p=~K*M53O10MYr#1l}1)nda^9p1+T9%4?#E9KLNx?LiJ0S*6b?Dw6}unPP#R~4P`c%a3&i65p9t> z9}QD-G{A364zvjd81rNr#VU335;^&iThNTnON7>IVU{b&UTWOi2t}HnrVW?be?tq-i8vI za*}QQaiwNlWBOXOCu=|2fQfEk>yWWSRXyQI5MWHA*D{ShvIzpa6kn89w$^Jsk%VpC zNCJ-`jM5z47_Q7?`+KE;2X9FwaySxiDQ@!%&9kz_iAmm0tZeix*uZ3;v&w3)p~qy! zqkC=y*BI~-{i)XxraND>DhW!so(>tT41#>&X?TN=!EZ8V(#7gwK*hvjG|GUz@8dq~ zJCJ?BOR@)@;RC=-jUe@~#G-;O;@0c3QM?in)J;9*yXk~W6^kS1g%ysCzoruCdJMO@ ztwO!n6bz}{aH>y;S`*u?AZDGrIS)jfU^P-5I<~xgP$uA7EEv$VhYu` ziB6oGImSU(kg@b?dN{~9EM*BVZYni`%7IE4)3w!_h0qHbsR18H!+HkH#=Jf1zZ!N4f+8 zFiz?+oR(zzue`I~niNJ;5YP9{6lDwmAxGTZjci*8MP`Y@%Ad-9FhjA5$0(ItB zP~w#fkF#~bG}js&ku~Ncg`hNDTQnT6#fEK~HufiAnBl@# zM6fEeswf8k8UgUnk&V@Lh$zZJXm>)+tp?HtCk1KG)`?bT0XB^P8O)HL4L)nkQF78K zix21tU_9H5SfZ8tH zb2+i~`##SNp6K%cTxpjQKwiPUGeY>a2wo^0SS*(c&KlD@s-!#cImsy3(*>rW-sPEV zLtO2_e#WaFuRd1)EHRxU_UMm#pJmsPgVVIx_ zmFRP>!f;*b<7W0TrxQF7@#tkd?S@XYtGKC_?;oTcIQ32nuwv#bjiZQD<^LJ+MU{A@ z#Ej^`ZWdYu7(Yo)&DvHVV9Kvx-auQe%aUR25U6wUfd2X~JG42`y&K%(=2?0F5JQy9|IkOGcE;<8+0Ma@1SC6 zx2Ky(hI-YV=7uB2trWycJEDQ8)E+pNn&mm0w43om;@*+6%0qWPx54E!Zi6v6;{FSb zmeWxbDymIWIN_MQIUjV^PGZqy!5iILMgII&h3|o*+FVXfT6V|nG^+Rig^&U03kKMk zT8ED9I`|!sVX-3A&rFiNwlEDXB$&(l5QPe-Wy-4kWp`Wz8KCW(+(ib)wyzA~IL7K- zI%{jM}TXG4LlnPkGPTvHY8&_Ol}c)&%eL4eZd1c zfr=g_%B`ps@QnJ{lKo97YEoL3IlKombAr0Ah-6AA!5Q+iEY_4#r)XYd-Obedh}O-H z_fp>6m?m%M<9ubi^=Bz{L$q)`+Q5x4EqWZ5CNvm-b0mWn% z*i$qac`c$$Fqxzb{M9+4u1D?mKu_TDkSB={DbTi@B(py0Qwa}Bs3MwFr5D+%TXgGQ z;=!t@faOrep|p#(Uacstd)H8VWQ07wg6mhR67404QQZcrMMG#j6$+e#8cu3pX`ZB| zS&@*TOX^Q03QxbR2|5Oh!I2HCe7y>Njp^%wMozV3jPaekQh3XY7~K?vA`z{m6HZIPn(+0phk$pO+L#nESVrA zwxvLKm;f$ayzw$nhc-nLh`pX_B#}G9-jz((W)K$<`LKQYo5+6FGHzZh88SGw=6^{! zN~Xj~gilFI+RD|}#Erajy#tH6%*~*~ZG{{ULcDlrA@uB|5wzVl6p|p|GCy^hDUvcy zy9k&N*oi(@#%X_682W5U|l5B*)>au7UyYySVyw=ue*7!vW0pXV?c zVQpZjpqlXK-n_!CInoA72_DNR3wj&WW&;TI;)L03NR}mYA7NeRp`?4s3?{7~#bkVUE@Z&5WDz0#|tzlxmX z#Xb}}JpKcGE=Jk^xi$mi(}(R2OxhYn!C$>mfPAU(wdGqtYb8{0bl796!Ac%Pn!CZ$ z(lU;m&w+GKr+7TUyA+s4^-+{$Kf8=XT&4%4*GTHZhBtTwb95NoSytEQ(>XpeL=v=? zQu4cIaA1W8FV+sq&Z1eg7Gkvyju4Tpmv@4YPRou9hW24mCKrd{rYJ6| zy&?`9*4cmp*(xho3S{{iPA)!Kcj<5u|0e+k=^X(lIlBSU(hY%7Qf#Hi@bykW*Mm3E zqN#ZcvWZ<7;KX|>J%Gbu$B_?oHWh=i*p!lCrD%e z`|)GLOETduJE@jJlfbi;&xl;Q(e__XYhK27@qu~o7XT%M77EtdhetPB&8+d_5{!Xf zv~hs5Nm3f@@f(3e^%2$uqYMc9I93AygzL$!*|mo}J4;@~3&6)yUiGu27cy=sG!VPi z-qedD@_i`^b=4!^9@L`FBN)chHaMduj$Tv#Zv=3~H>_}BfYr=u(asls+Y*ie3J8Q( z{L`^<@RU=Uu6IFDJ6T`Ez7@RS*jToX=7B}PtkE{)tCIbBiqX_RmgOo_hf(OIua>w` zM<~IY{g#2@>@`SQ}#SoX=f;xSs#*0S8zC{D!TA7fz1QPnK#sL|Pa&)OJLhQq z(xF8cXO_Tcl3Wt#g)v zZ=(kzL90C(&s#C=NzBcy9yOsaJp4*uJ66h}N&}@7cz|P1j-2t@0~Gy-eKPY|vt6)@ zsZzJBDe${^u~@E)oK6jO{x!n13>zXoiXGMTQW@xv5fxaZB*x~ z=j7Dzk$*!%!w>WhjA63IJk(>QdwAkaZWHL#d;#pH>KV;CRJ`Cjw`!F(gqEy^T9ce#YuuR;6#>ui(Hs%$@>Kc&gMYMG2?X zJ+UWR5cjRCI@*^XBo{J%_O^wkga0_#2hD1BGHEX~HkB_!-gDzdX_AUH({acZ@yWa* zw;G|z>9?D8#DFF{w;!qkgHH z??|P^Hd75&E-XC28K(Z(mJo>_&S}UqMYKL(vh$18m9dXo5b|Qyj%k=dO89iz166kqbC0xK!eZTI#r(Zg7RuH9DG#fdw%pC`Vm5J=moN@=S;e%7V4j4s7 z;`Oc!R>hd$n28HKBvPpED;#W(S(WP_@KA1XQLhQ5NZ?Bdw37@p2jMY*yJ)JYKo=_K zypEWSHFYtYOw}?JsY5&03RP~emTq3LZ?NEMRF#?n@sspsjSUH*u&AR~v{VPKYj4CZ zB`oL-uXSXu3->6}GxG}~*B^fq4=S=#QX0xh9`jf86G=FqcyLnA!`FgdhaJIDzgzcn zC%X>{yK!$u!na4g3c5@KmBm=AaiHr)M61uboZI62))S`T7j{TT&Cr#H#GRQO05_kq zCp~|-p%ZTTfE1M)USh)1Cr-NXK!l9$e8`?iA-C8bw6&SGxIrR-F6}vX#BYIo(H+}_ zSrcQRQ-l`+C#V-$prXYS0>=?E&Vd7%%V{dR$w#AsKGcIhofT^DqC#3_Z9O-(DJcAag8 z9#v;&$U*Vm+*0rH9=-`Kisx6Nk~)_ha>zcbpA!6g8#Z7!b0Q@jYQhant9FBZ9i<2F z4;aoM1S^4Z{8zCgvs~`&J%~2(@2RcC)%WwY0Yb3&2J}6Vo~1zQ-wn^!4m%DA|dWTeA z6W-E3hKQMMHJBE|H_)2RHGyT~o%XUw>sYNkdA=>e!J?^I!PQZTFBUX-Lh;mtMN{l( z(j!#Lh&!YI83ylU34-ggWwQ^khEz?2%p8NDcjG05Ile8kZs+D#COdg+AZtk42HAI^ ztoMw>Nc8s86kN+L_c6O&AfAgb{yp9&Y$kwR84>!9-n~!|jQS&>b6Kt(R0eIH{{4RD zZ52B^^JRcNhC;1S>&rMR)LT0e=FmZ}eer2}0Va}myw=__0L&qPDSL90V6$b_eCT#a z{vN_>E!K#$M3*}gZt>A9&YMc_2X1{K*%0+7;NzUid72h-+vsr1N~;Z;C~8i6VwuC0 z9+$OpOy+dIs6|v+Ne;m66EUko9jrGzLT<4=?c<_d%Beli$pFU#Y7q+381R)HmY$c; zghq;zWeF|luH~lv1HeFv?NRu0=Li4f5Z$+7Mbi+(3BITXMZi!=^bwS6)qD&W2>>+Y zW{Wev#GHvpEsd%(pY{}x-L`9R@XRG#20YP)0z)%a|KMQ!&8wa|*hibPiY!V2NRoIV zx>IPp5YSf&tyNVpW(M;6iV9ldS2^|c`v@X~k{%{Uc#oisClC_l7$I{TX_icm(=I`6 z4GRw_TEgBxR~PabWSmO@6su`i>q7K4iAGT-Mnv}hqT96DRH=0P+V3>cq1A5PR{LWVJ>RQ!v8 zTT7zAe<)~i3dFoB2hdF*g~dE+5+^cY<0I5-6>PNmW0ylZd0MLTBvatRY9eTQ3B%+E3BiS>UY|GXh>p>oQmhCLco5 zL3qi42eL>i4VGh+$eYy)VRuIfm_fMSU#VN)kZ`bbwDaw=X%pjhjHKwldSFC}eN}XV zZeK8MJcNhQiL@onb7zZae*OsqFuptw~{%hkU`EN1+QK_Es+?YN_4Shpm2-T zNmUy!Vj)sHPBN}w&bL{Mjpyk5SFD+AyGqrI06yK?hUln9U82Po7T0sGk#q=6H;BH; z{7PtG>SrofyzMd(Wq#yXWa!{Gl=J(M^UD*SFWlC5PMNmHk1}Z7vFnjqOpy#`U5(#F zNv}`3r=kTP`DhY>18V(_Gr&n{ciVR`ongL8W*34hPQ5h(RtPG~*W9MxZGH5ZC+1kE z`1l^qk{e)C3J$`Lx{{0f-}J+XAgKp!BuG@hC4OY5J#rPBe@ZhnP+c^5o(s=(%^xd! zLvu);;~cvYKnPNY9Et^`gZ5#3*0x4NUavUU(dr54#o2X~9!$Op>rg8kfhg{W^vT`e z446xB06zum3KRUQ+#nhXsMq4$h*J?B_yhF>9eqi;XSimI_^k%6qqLv;H*1t}fyGQL zs6fueIm)p$PY${qWs0E0mfL75~vsYHh=ID-W>Mh1fK@||UJyztgo*aj9QI(nT zEwKq33NP`3Cw>PQLF!JA01ML-f3I_l8*M~Q%9oDxQIV0Zj-`W^fm`qwiLoJ9%VLBK zhDY0nE}%4i!|Hl<$tws@FL)Zma5mE|5GbBZEGTMIK_r?I%9oscQemDs2nQ*4*rGut3yGwKtVTQFSZJ`PtgJfLIxuU5O#6x^BX zP=>a%nFESjL2$f$klFn6r03vLgiRM(v^#mq?OX!$Gt2S&nex^^ri&Y8Z0lg7jJQL-ABs7DK@J^@hfDyaxZlcRsNN zo#Mxopl>GSgv<+lG(#p87)8t#;Vc!^p|6S|0vAVY8x@fY=vdgSFd>nSRAun;!D3pF zF@tw9BW<+(Of`h^U6DNZM(67364MOnTq~o7r1oQE? zRiAp8iqREVf!JQcW^?SN|3nT?Z7u{|{2RRnteQJ6Bk#wktCscoZ%g6KR){pBNURiu z-4ya0Q(Ez~faIO}g&6|SnoJdO$V1J5*kC$(N9G~mRpdv%KB;KJSCJONV3c&sDJyW; zwWUdaS1XCRQ+z_dza&2!-bbx5AD?WSH>}r>-h^|8tX$_mOr+;&92Vbx$DEb-I5t_2=<;jlDW# zytX3B^#jvF%m3zRqm_Bp(T2#>|draQFJe(I=%)RL6yB1j3 z7BKKQ931_9Tqe9$P(VAImltw%7-2e&7ty;<0o=a_P5|_G-l#LNOZQ>r6A)9+^0`Yg z`mn7;0}DZKZ{y+em>=yTGXU%)&I5qBKS2ER**M;|3%>Z`4#JC$%P^)^gQXnGsD{#^ z)b#Oq$iryqVq|bg>5gDVUg(z=(Nn^5eFweQTY3e6FN<%V2N=vj+d+Ot5i_x9 zF5V6ysf>f(AR;4^imp_lyDo*K7lEG(xn$&Wx|UmJcTZikMR)(IfH6yXre#*2X~ zLmK#gl_{Ly$}!2Y8fZJT#)K#~=H-8L!nR_l#5wwV9Bw)j=MSQo`vXA6OWEdz{9w^i zpHrCMK@bM*9x1Tyw`&Pek35>Z{@Xc-&@WF|b=b3LLSq5Bd1_z233S-hDAXlDkgS zl}0A)8<;Unv1SzTtmwrJdb$|#`rQkjuo2Wm43Whpdl;z~+lbQ~&W5Aw5?UmRkD-yX zSOz&b1*XpULikyry9Q{?0=;3UU$V%-NGg)yfgf{r9Z*}A_fadzx848DjD}f%A zOsNL8CJojCiTHgauqtqr%A<;s%A8SXheKV+X|TY%85a!~rCQ)bEO--W6Il3LOC?Y; z+S;@u;21n^Gg)bR80L`#u62h;vEuO`jw86NDI-n&TSqg#V#_a`-_;b%vu{rgJ6|`f z5(rjxmK%%PDu-fn*0_BoEfu{3TU4SL3H#ubQen<%;5VU0s$;ZdtmP@uCF!iSkWPn9 zdq}j*^%7V|fm0l20fXciWU0Z$M{77D3$KM=m(#uj#8Z_cNFA_M%ev}aA#Pi9tiMWc zDhDq!0FUlbYB&;j@RsD@d;t_+2Z0U$Gt?1Q3cIu(^V1~6Typ9n#VXOD$qoM2DFLEK z6Jvsz582#P{DD)lV0mc*joGK`#dIfU#1ET$KD>1&Iv3 z#t(5+?1a&NcJHmeXoeq*HV<6Aw~#8Uy?(7&?N$sUltIP=OaBP4cBm5oQqiASIg)`# zbNk}vhS2}#a@{JNXcp$#oC30SN<8Jaz={LNR0bE3lzVN>Xdk8bxrl&m{6~w8OQ>CkfpJe7--7Oej@G z6MwCBs5xUxL^AHN{eq0Etn)vZ_G%_M%%OfJY$HY(QptA5QHdb!Aa9ZoON$h*3X_a* z{rw00eCDU|_?rS$Xp+QwGcj(L?8A;4(oG5GHVYurLaK(|G`si-2_jmZP|E!uWr5p9 z;6jzMk+^h)erO$@$QcXMq-R30S1_2q`37FJ(=5Ic%9)k#BFWD#c|P7=SRjLv6gmX@CZ%r?ztla-Vixk5Lc-!n!VkrH~iG9u$VC7K3WX{@A~{ zIPr!$uhtHVXa^*ERtg}WfOlGP&$#B%t7(AHjN#<=tl;iD^X^@jG$Zp%M|m55-uI@( zytHX9-J2HRTi~r$Jdb6DQ(~^eYJUO^4hb`S?}j-)7BFR{ro`&oQDpzx6&Pdobt^<5 zh7N9gV&D%Ls_E1V@=b}TAr*@}41D0jdd=Eatw@J9A|%?;maYqMDBs0MaQvul?yEXM&)I^?x2xn!w&B;cp3PD2&jk7 zWnQPBS@Si7&yT?R_EB-~thj379t?4hnvI?_OR3m?ED!3I8p(QB;Q<`jJgrFhL&6qf zJ~E2lS=hdV0pD$5$L2r5n4ZyA9*(TZ$$n(!h!9@I<@yD7JNPI=Pd*;aLe{({{F#kh zC}))xf#L>YUadiP1arxA7N6aGr_GkXmy;2I4TKIfa*kdItuNHi9v{J+l~KQGg0i{x z-Dd72r!f4Rgs!IC#NnP`WAyyG72xxZ94(paGd-2&wWkx$}>7TJ6U#2iS zcODVak|%yxz3nCNrMF2RX&n~KIu)yV=B+ex*(!mb3f3mcrDo}0apQ@IV`W4oN$AWp zq+79MP4bCOl1zy$eN|PO{6daMC(LHlFEvZmHpOj$NTF7b06YksM=dRV=$)z5C>jcMZmYM$wLULSDC*r|_Sp0&eO_MmXlQ}r5{vG$45;7WkAB_Bsv z(Pxb+M_zt34Jqwt-=T(QJZ7x0h;ZV#IBG5s&KGF>FUYqfPMA`yD@~xivU&iNxVH#e z0LmVncOT5tT|8zaTAgUR`?lsh4L{3|BrV?nw<-D#%`a}m+C*>5o8)~iE8x$-=;=lR zM7Tviw+sXFmYfnc-!XYD`!+sHU@#Hk$Ck%_J0oPxX80?bQ5})mW?~6`;@#5C2)Uo; z>apXjLvz~?Es%l_u6&ANlK#l8?VKx+nr>XcJ5P*IHQqHIv(8Vkvccy-fH*cut@?7c znuiTu6vOVyDD*cgHl(Gmcv&U^8`^_PHL(MaK$;qu!X|EKlEa9oP_${8KK_Ep%^ks( z%YunJmg|ZgC;n#G{MYKX*c>2e;}%g<^y_d+W}#?dg6U#}{h278Z#;SCIn3#9x~*o` znAJZ8ZM!-P`?_d?g}icmA|WWZfAy^?tj>AZf%8aov*8hefGWUl(2)CLMyA^^oE9wU z5#w(@3n<=MAvK{ME;lF&A@)(X?Re~2m{;8nql6TI^fvKbU#QwWLq6nb6{eP2QVIuI zVKDT9I4eVJ-Zf*o||`nO6P>^YPH3cPP|C+dDk zH5u^L;^?cC(0(w9s-YvJ5tKQ5kJ(l`lrmK-oFZeE8H-aU0l{bG^o z*4?38EK_1DDHBkwkSteI$mPy@S8jQ|k!1CQke94+4tq5nENfuR*ZuaOIJIv3%2vFFrEc`^v`R%?rco_x5~#(pf?KC3u{i!K+E*0EYJCJLt&7;2dYe>@L;&%Z;@usTc%PuEWz4=H3_ZX%~Mf(18rRI^FI zl~sP@<6cu3)lmvmm#W!an=%xJprD^(L7QwoFxY}mNNu|>V04SI<>KTS?_`ZY+g-I7 z=@TWIH26RxD8lO*Iz3}qBzVc4BPV56?9`dfHcft`4nX;WNG~yiCDS$a$tvtT) zp*q8}Lv0Q#)HUAHD=<{0-W_FAHm74$yAJ|5g^qS^ytRGiB!lsxp`Hoa=S$m)GDrB z9B58R0zMOxi-Fw?rFxF9)JB2h43BNI#%eSMm}^xi@M$#iMy30*E{OLHTsGT}FB=NY zT{Q$hZsg*PyF#Fm(=v_Bi&tFXa=EfQouIaizFWqQ6)2oJwX&YX#huhI4ao*&SV|yI zRN_}DiPk{YqIcgr7F!Q_UvT8xFiDo~)L7x<`BSX?P@PyD8g}ambSn6*z+ADkD8)a0 z)++brxb~=C)=xeNr(eP^?~t^@O{(V9h*sW&A*pAeY(2KF_Pafh+UxV^S#c*Hv@f-! z%dBr$IB~Qvd^;ZiJwU?0)zFe9^X0yLy2GjBuPVE)u{?8IX3)v1^S~SGIJV$Bee4DD z+v9-5PoLsJH}I}dUr#2@2v?xbmFj6+mr^!I4_LU31-~lzVivs+06K6SMDBjZBBe}4 zbpWYJiwWp2u^{16<`>MpqAKX3oZcMAPs%YE0(Qx*7PG2^3=_tp_YM9|nLOOl-h#%H zQMUK}5mfB|m7_0iHBVT86d5^RM2$sFDrT|GI3Ic=Z4pZT>anFJ?Zvp;kBaVrp4RLV za{eeqFY^b{s>rk8N!z{upBvIvwNkBL)CCYY`n}#xQIwqYr+e-OJ@RX5e+2quz6VmTZpn0bDS%qC|_Deuaj{ z?U8Rnt$-|WE9Bjy_cHw3k!Gb?yz4Q@>gH}!!&Ou(z?ekCnr7WxqmUFvpalT-8d-1! zFPZ_%LCW|wkbJh#|OGfA+ZTpzK zeNqKZqd_RYaHH={Va_XlpWc^JI@ZNS?Vn)2C>GB3`sB&Mlp1$z;5Z&!peqi<4On|y zX5&O8@Kavga4chV6>nlbWAv)15W&5GDymRi`|tGfLLYfd?hSz-8{Z zcuWgE$TG~@vkpbB2NFA3!cgdRgb1M)&zZH2w*_h*<{Ylu($(Ld@Bh$Uksi7@Ftcf$ zHm#;HP#ubiRE0%%1B=y)Ck8ScuGajPG{p$2j!>_T+-jh3^-E6!&E?zyNJNlQhJpf0 z-^*>Y5<#*k^_sP)1D&X>jIS1PSlBZm*)BIxwU(es4_A|n!(U9kBt!AmEW~HJui`Q< z6J-jHc_jsDjdZJaMblyJds`5&&|d8#*$chP~TqTC-oz8!7AgbzuJA?zw*^Wc0p z6;gH3&P=QHIM5SHb!azEL3xYgSw0kHrDkoTQW4Ecc5jK;n9-x|LF91I@YPbhi#qW^ zGU{}@v{6cUcwFMv;a||%8Vq!_bm9w- zZLFvieV+em=z?|*D0_P!4W85wKUJd09h=an9NdKZ_oSEUy9;g1 zkq`=#A^PwE5&&7;Y{0Fr93{XN#PwfkZ7dKyyl&h`oYUxpw^*#6E^=mhSt5`$JC*Y; znn~?VtMfsFbX=yyV+e@El*`n2IOkEEInh@tQeF`KSf>-s{{zRtROc7T9|%Z`swKO& zbtEXnNF+lMKbXX~$Z6WIG32I{f?GPOK6AW&QpK1K+@0~A@B zMQPwR7vv#l=PkB9 z*EC()u>>}PS#}x`or>f-xtnq48nHcWgrheZQINd!Wu=6neBa}6{8cuiGP zwqW_Rs4zTWKatPVr)g})pjCIARA8u2Vc;j+|eRY zhm&=kZx#nZO?Qz4&1$iyw5FUZ?mZ$^L72&lT!#sYq(HMb#U0l?m=26YdX^b{yx4!~~hA(L$mSMhu`kBGF8Y>@$$u^mWr z-_r5;$GCfpKwxdQfkz7G!d6kxAAG@k^2TLR4d_FHQ}8*M-)_u%Pv0+0CmRH2h|>eI zEy%|qm>k5$Pvrl4{jz=zT`eZ5#*hn0|IA(c4Vbns9*fn5l)eSxPV(y04|D#U{ z8JA+w?53mpx`-dE=b)~60Iq_jk`uvc5d|igMws;Sly(~o%~f>}AyzLF-El5dh6UV$ z)$p8jgt>Y>L?p!y!}?lyzzwd)i<0j7ud@mk5R@5$_JOqFhJ(UZ${9P>vD7ldO}yH4 zSH5W16Z+7^LSZJXmeI&!cBPsjy^#w?OML!c6chmLzVJiB=#d4cAsKnQLHzhtQOx>He(R*h?% zYnVd-?C&RsOLhRZic^QbbQM0C_q%k+l$HKCtXq}qo<~@yFj3=xUXf<;kp(Fm{7+Ja z7ualgKH6XgR6WCcSvMw}kz=X32?o9OjRMeE%L&hwPq7XzkgDmOUQn%k{}Odz`2u_Zhu`><(b364C3X1 z;>m=U8waJQj!`j0;$v!w53-%{1;S|E;4zBWctEnr ziyMj1qzEn`oWqLai&jaw@7Ud~q@GH;3Ch&E9IDi>QWn|JwQ>W`zf)nh^n!43iGki-w;M8I>1b zguh;M>q5p9!*{FC&)`VtiM7>tlQshI@rd!nn2tUpZSEdlf3Mo$K@B#4&qqy)skw|$ zi;H{K$UwL3Y~1!qz(pz9R@-XGnARCkxC4M`Q?Xn=N9RBi)hgP>bBxrfF!2DGG5bfT zoy?~OH;j*$+Ai=SEqE;36C%kUc)c^!m(%topWqL2YZTg@)52= zEZQB9d~88L6l&shlr<{Gxjeb7a4ngcgsYTx9~M%lxFlNR{x{a1{tg#o3kR{vDW zU4f1%i^fEyXh*en{@WoAZa#Jg)P6kR*p@ukPp%qekH|imC}y?Agcat5hX6KVf%0_# zCnCE9KKAf5jQ?m7)Tg|I4o_2qvajoslYp|vQqulN3?K^>n?qx=#NGIb^gg^GvRqqP z(c$AQ1w3zF#MmFbT@+lyY4 zM=)DePsX;%Ta2lTK-_PXurvW*#80v#=L6&m^@$abI4R}IObHspmkxMLX(FT=O_YwA z@BaPZr&t3$FwjTGW69@<$kBC-ql4oMQbGY+37ffSXTTT=To?A68Rz+|UvP*{mSU6e z6^oV&GacW%Fecj;AeGSzKE2B~98=QF3Q!s~6{5z1Xrqgt3B+e4q~7epYrJyl3wL-? z=vyIFW@HMpa(0@+M{gxV1~4E6=7m0)V`GQe))ku)_E^P4<%d)pv|vYo_BV20Yz-!T zL8$th9Dl^$Won97sDq z>0?#wU!Iheu3-fg1{KY0OFECIWEBHGQQ-|{Vv9HL$WKf1=$)29w20OFR%)PQ2$q@RD*G(;I2UdUJ_H+1Y~-WT8tn%1~hL`l$eutw(je5Xm_}hRMq9|hA5ANJA_W2 ziBhg~42mYe?Bi~s?!W2Zb_Z&V+we>%wK;TTwfsKJq?Yl3;rxNnM9NaUG7#4?8*mGf z0Rm5@pUA7B0#t26Lzi?HLWR zL{$cHN;s^Wh@&(M3Xz;FkMmBnUDXCc70Mm7wz9TpCZ2Ky6_*+IX2c;1&PL;Ourt%L zJs?h%)u0#LB)a0NycP>0%08Y;A_aU0^#KMmHwjWko;eK2xj_A1;@&R+VzYsf*(L*? z-B=O{5l|{Uf{_$T=Ip32nraA=aFa;}J zGzijc)v09|*3NoDM!$STs#*u|;sOw!Ot7uk8dP>`Xqg~2f!I|Oh*;zq2WI8(vZCb7 zb>#(Xi)C3YTpI-@v1b6G@hs8c?1xg5E00dLgrHXA{@c`DK#!ON1Q(!wAlF<;nB)@Y zC@W1y8hm*!zooY*^{AeEIF;oT2H0{qZLC^k8?EzSGY~mO(1a?ZibKEHXy)CS^4&ok zs_odQ!mHikl`^IISNFtDxX8N;t~q3;zSr-i?qc){2@pt|gelGnxfVYsU_}@x@Q+gA z4)XH-2EmY*@RwoxuYu%>=ng_zsmWMhZOPTgm03;W0GKG+Zb)hgB<@6`);Cdm$Z!b8 zXDBG9dc8Qc&Z$_fcHp(L6LVQ9drtxtaz5O}5LEDk+{REz4@Yv*^tw|KBu8y(?HrUE zty)PGE86EVrkYfXg;S%C2Xt*qiRu)1;--M|j49TvIs`F9y-VaklnoPXMOz5kC1bjK zr#-RpcPY>tH`-)T-%y$YC0S3Smmh{N)t0}jHUz56sbtegwUq3vShc>z`&8}@Ym18= z9E~vAWn9iwm6nzh*GtAlky%5+# z{kUu}j6GTdF_>f(;((^kZLD?9!+c#huwUKJ&v~Goi=Nbhh@&kPl_30M@dZMXGbwq@ z5C_0jwS;imfe)3{4l@X)28C7ZIInH3Q{k+=U}sY(D?deG(JDeY?*RHxlVnd2%4iO! z1@Y>J(5V@So@HX5mt$u{k^~4*fyRUhYv(SP`g>k`C7hL(iD!v0 zFiNfpG8QsrHxl@XE~M-p+h@)EeD}+S;tU!Z8t*|npOY_8>7?^P!`B)NUXXf2qRf}$ zLKI4}sLbbfK4bN*4IA8@AXdWrNEhaUf{v}m02Ia~O1g&HdQZVgBZX~XT&8n9PLdce zHGAzVve$JD1S;5rjP3A8618jrv@NtT$n0yL!eG#j@TkF<{d90{4Ir21sc~AVAOU%E zLigEF(9qIYm?GN*?jkvRqzW@2b2}=Q6Uq95Thu%&F5gCrh>DY(W{{#e1OQNi^ka_U zHhdTd;*jSp1?@UCT%_hVL8jVZ3IaM8>Pmyx@W!3W-YHy5#Z?DYU|g7h);BHOA1GfJ z^SsDZcNi0;a?E?(RbSx-mLic;pLWM`$;2J0f3;LMcpzF16rzf%CBOimfb?-x;hxrT z2hL<(2gCG+;-SpHwCoFI0900io_7FkKJgFgK94dsn(b~sPY(~p5Lc5g_G^S@tz1GD z1GK&$m_%`c=^^;aNwPMt`X)};QU4WK?Q&4RH|fE#xN68zJ`jpzvEhd?N0f|RQDKe^ z9Ml6%QjY|WI{MwgFBe()-X6wX1|gv)Suk032AMV|Oz1;9DAze^TF+vwF@{qq@p!^$ z<{uq{3Rdcf)AUL7x;A1(R=+9?YUWMtRV*d(5@OD;B0?s{58dwuV-5;wT3F%&^w8A9 zWR%&?Z<0Ybp$a{VI`p~xh)v(z#WJQ_>B&|tee-QxzRy#&O#^EBwJ=TTE6bE_s%HX3 zoCT&r?7~{drPvO`1NPgWdk(?bkjShFL#tkm=u-(5gXw^sn9`~5DKR0M)(b9)@+?Ov z{Jm4Fa1sIzqS~QXUKv(I`}eJ@5=gcxFS0OjLou6`hLQ(%9K2JV0@miNF-L8Ov61*% zOUFqU;WFaWYL@H~9wwH}nD=B+BFK6hTc^8+<4uh^22@hOf}f6l%NS&j)cwf+mGE7P zQD6AfW6umGFgkjmrSCIVt~)JecDO4Fvr+59?X2R-t$sIGWC_F?Bkj?v$??;SwsP`J zVayxjvV2mG%SimLd-Jf&HVNBFEs= zL(bP6`os`E4=g%Z*%z;idaHrsN{gAKXJW>W&)Z5rCTv4oWMbVYSHrPE6!fH7PrZ88 z?Ut2Vh|0;~<3`h9 zS%KL+7i)H3G-(YHTYDqiJDWTN4u!nt`&315TvJuwy|f7GAQt(C2k@W;V`+!zy2S(t z0{#%M6HVrCp(YjK0IA_b*=vqutyMUIb}JmP@}U zN=aPx9+2vs`iqXCG}4p}+7?w+k{O>o%1Zd9K;qUj#$rM`HGGI38u6spN*3lf&iW*4Vi?f322YnWjq}Y4}p~Wve{gufnWJ zlA`!rwC4To&UB-LAW+$W>Hb_WcoCIe5!G^px7;|lC@_gi(}>oNUG)+aZRt_ETN~gw zYF#XdB^DjyG(iH$#HH~9S${ryP~$}=l-e$7W-db|sNCnSIvmS<;2O>_gN)iELPSIkK--oSu<7^F0;+sk_tg%Dyd`V9CZ6>NbG(^5=@SSP<*P*SOTMezXyq^* zaQc;s2@V}<;k6>X{8NL_tWt{vf){(Sn5`?iCB{equ*@(`F+gEoq6LFp*U6nwUqmD_ z6y$f}?J$3u(M335bcf71hQgYWfgXVGsja1i+mG`K1UR(s3GyT&eYW&za`Fz*HePC4 z`Z^KqA}o(ISBXvQ3`s5v6oiOoqCTQC52V4*nOn4>PZCx$v0&KVpe5*B{82I(36M|V6E0A31m<4$7S&X>r`+0?)8I52F^7ix0^z~2B5X*&&l zkQp(GHctmZrj?kBwz-!Vce52nn`<9w=Q1iuB~C7s8gnJ1Jk`8HB$|3l8hG(=GI@!0 ziGfPV8=WB*u~87Ak1SRn{tvGszy+TI)8+P{maMEpfz39>R}A*ewx$TCWo_1p2DKYM zSgE933Uc>$Y^N_K9CwaZG^qQ=V$F=wN!`o~iG*IqQdy9#>u;(>!V)g{OTzM!(%A3< zLKxHlosnNNo13|mF?1lp%T8e(o7W0D4@bd0r@3A*`RdV990Z-69U4zl>2GR2-HbPt zWD?fuNM_4^U80Vqgxwq3X#CBmVJn@!XYOqX7wOiS?b~>a$q{Gg1k=@)2i^r2RzwjB zC$^q%v7OQiR0^G0G4FX;44RLOj3|FSY7#2#R zv5~CPN_5`4E?~7YF1FgIjjAPVC4kd(vIal77&H|ENVsSgaG-LWJ zkwZA^qw{3A!NUEByn;AONDh-0Y-R6YoIz9D;%KVQro~(Q)tcp*hZGLGt3Zx?2a~=5 zgzXx~D)m4ggRbv7p;<_yq}206cK@yYV;Uk$Qsh?irXAE6)!bGit`Zh%w%G?LJw?UX zcTK8cam_x;9##4@jU*x6=U9l5j;|N(70H5gS&8w4v!l+QvSC$T6TGbp+OSG=* zm_IR?d9+llupt&%%F%SN1%MrWuM!tvF25<20W>v+8iuO{Q!*fTK?QIV5Q*599$XPd zhyj7T=TohZBUt#J9%h|mDK^1g?^0o6Gw($nDjpWNre69gTQxOa_Xncv-`?l`ut5#w z13|C3n?lIcHqyzK)xvGT)tb?3{(tMpuwKVIfpP+bq2{`FBl75c@~&jCyV|zUrNY)l9T0fvby{r;YLfjU zdBob2hWij|Fi=`2NVEm$aO}XkWIov+6MYMF&W6J+SRzBzwf$R@*uu)%yBv3O5@;YE zaJ;C#4vu=GBso|z<6C`vlPN*`;=u0QOM+yEDts^@W#rNKbAh;v$P~-NIfm!w!wlCC z!XpbYKJkKT%<;(^;0IwoCK9ZJW4ft4zA-e818hJd}3OKy1|J1)XjT zExy@cP(cIAI*;F-h~f6ok@cb^7<5)+0B?ba&uT>QsRKF^IVO@;uDj8OzH zZKf9^t(_KDIo|WMUM_8!xGHu|&^s5X|nGjf1;+75Gy>>w^2e~SF&BTZNXOtk5v z!p6K{=cp+vWGdf1x6*OtxF1~XU5W_e_fnMJCU%%iO=q^c%2g1EJW|4BWs5ZydfT8@ zcr+->?o$7fXNUg>f00@1*2?w@W#X71F6$I5Xdol*Q#AFrY z`exLK5ro)ZZY<=+=7}b|I2FqBEW_<+3WyTtNd%_U4;}pHs2PN0pg&%s4~iL5Gmyv zgu?AC!=^32Kca*U zuGqPBBU?PWhJj`s%c})kZ|uspYn4Fi71s`3NYX&@rh*DF=f%Zdis0_HDn`wTX)TL_ zp=_b|@+`^&40L&u7csC{qRZ43!}%y5B53$dB4z6TRgerz44{QCfHUE#6X)BUhM73O zFrsS`=w7bww|&m;%Cy0I#EYjtMZ|ZO=!3(|()J4itzSh-70p;z%Y-%{FEJDW+NI<6 z6Yci~QKjTV{%R9RXW|cL0M?QFxkXw-<=G;ev<^xBh;nu{E}#;nI@kj2nlk0u{BJtN zK9#$6JdMqquJYAaUiu4<^6nBj9%{Xr?Uck7`B7t#j*uxC-)ddaOt6@%`292if;tb& z280>bEAng){!50N-D>jprezY?IVST#w7W6Kjxj#;yu05C?(*!%Eh7EGdOTi?;%E%R z;fU9W^`aIaU~Z6N0#U~apGLXDFDNb#H+7enkQV(p%V3z@Lk*+gt(sE{><9& z`VXv)Sn^0kcWJ?nZ9Pf<*AN2yKUA`pby?l5|`c`eVAGoaPs= z%os;6qqhw(ki+@NEMojTqL(KUk8F0$uNS-IDtDI7LEUlQdp&A-(QQda$Jvbui+=1? zR$?9#GDu`j5u>hsukRAUvs{@&D~3`Wb4b)W?X(hRi4Ciozz4^JQc8aYtmwGl3Rp3f z5`kkukKF|iPn+c=_R0IO634e()i5n5Eoh~}TN-oWfSkb>hwj$o#%9h%lZ{7EsvsvJ zb^}vekI``Ke)*eFW!KZ_&~&!_y#jZq#w;cK^{8wfDyy!?yuokz*}#=|yPlOv)Vhh= zp+uY)G!bFt1APFXpCO9fOl6Yd(HZEHfRbuy0%hY0yKg;g>C z$mJl#{p+I*70g((4Aa6lw_}v?6gcq)JwB6QOaa!INL*;+swp53X=?+P?`YlosDT zjFb{3e-cb7juFdq2UvH6({HW}DH9>s2AOxs@68H~mLef*4Om)7Dl-bnQ$6()FN)se zmG$aH?DClmfRh;#XLkYlVkT(GQ5Y)3A7T0PSh6H>)~Y~mEuaJ~!xV3e;*<*A6- zG_p>8Ie>GyA;ShnyPGnx^p%>oqF0D_6clQ{dPF|?=4Q~DF|;w3Z{r|a*(|!&(o6J3 zS_KJX>PS|&p-IX~QCiz~&1!_IE2{Yo6cA$ECj8j;EyEdJ-&+Ru0Q>zV)seDRx0`YJ z*h_oWCe@k*0?vPI8_9UVY-lu{VoUp_SwhU^@Q7aL7lI0%m%qfp4Luyoy?9JSIDA%d zMedU;FX5s%RKOdeK(Fyh^YpSzQ|T>})I)$@a#_iZsw1lEBq7H!+ZR*$F#6HulWy>X zded@r;;Reiw!uv)v81A@HS4W=@w>Ac>w?N#6C!bfV5Ht$1yq2m!SKT>sd|DrTwO1eKo5 zB07PW9KbqTADFgHXq-c^lO&zpKlGvk(e_z>GQ+}ry4RFg>lp?X z=!jgVcNqrYny0pKIMnGomQUWQQHb-%YjU2-@2jAGFc=YUO%?N6(V7n;1ZY%u<=-y{ zb)*6g-T$wwF%7o%WZ4Hf+LIp9>%l?#U#WGJu!Q*zFMv^Bf>c&IsTE7vN>}A9cKokL zR=2#P_8?IF?P+5V11hXdw@0wK>miuXJ$r%=NGJw4?4f*A6^Cft30|JRBz6q0SDzSy zj|T$YTlJUT7)l0-!gFy^Ov0ve4}CPiA(NILb1-mhLQZ&8lGu=~0_e`Vs|Lco6?+)k z;=CM#AU-b`rTTYhs$R*;P*SbQTt}bm9-Qo=@uOn=;VSx#LWT+X=rfbdSeKiE`A8N* z11L!AAm|^@kV#J!ra?l;Azw*j)q7Hu5W3YERDF>Yv05x}R+F2elB*Z&wPMPpl@vM~GqzCS{o65S%}t zQ$v1v-w`+!03p+t%Xn_m6Ac`7k{&YJAnqK$XBX{3(wHO_9p5by$TQJ-6gdR({_|J( zzDq8!@&m?RAacur(Cis`oRwAI1QG}}S;Frvr-qq0Rs*<XK7c(+LdZv)KjGJxGdCTvB6a`X1_ zB~ui1Nll!@wim6aBSXv`Giwci)p1qkgmX_!WQNqNR&gV7*&*X3lj#dg0 zb_P{fGy+|W7?j=Y2WFQrp*g-Rp7yC7p&QfoYj6>}%kK;Ad59kB8p7q}_g%|aP~!0+ zBs`_=t_7;NoEc4h7m{!5G78(^q{mFmq(fXaa z4u^r#ERADV*QFk#2LhVBvWv8e92SO4Ke;xODSKuV$QFIje0Y+6lrhVK`|$T+7%AJrb?WtxrL0^tGC*;|ib zdB~2ax<$Oza)B$>b~d|+FBXN{?;X~NK9!(x{>mu}FKYcS-8NgO?Ql5Tr1CXI_Ms^Ewi-RjjUWl#`aAkWjp(jBnfDp!c858c8V`g ze7~`UTh$OZQb-_J<=i1*J2l6f)f(Z|#;rstGS~2II$JboE$64_d8Jlli3-Q?8D^tr z7X8GXNWrZn0@rROF%7OtUnWApyl_TUY0)C5hYO`kz{ETK^n8WHT#6NYWp0@Sy~_KN zXmcG``cb)KJ&qu$`u|PdD?D$BOY!FU%^YFlV+J;Zmp~LoUU>59FP=B6jow9yKkZ61 zO;d`Ta9=(%^$}}9Wd?qGmbLJ|HXCxSME}oAcL0MEXOWzhDO3>2Ei_t%$gUFt{-kz^ zF$1aixDiQ|^2To!KYJ|7{K?ti2z(QTrX-x#WuC~kU7j!ZZUD_2+pUo#CB5k#iF?gK^TMW zS?%Y0IOc0P-S%Fp0dOtajEWSK=6qH*d)@U^UK<@c7I+QS-%;ODBQ5Yxm`PJFS-a?0 zt(Zt<0c$7M*o&-Gvyze}5a1N_H7#djI65=C2vz!>M68y{2ypIoMa-Z$qlTLqxu>1G z?as6;=Ls?(YRuqD_hMTZV=q57vZ_usO{OSZgTrAe)EhBiatI?b-Q@^hmR5$$_=*od zFmv$J2rKE}j89y_hLdkyGZ+jg6u~MHHVN~`AM_x07bhrHOxmoJ=5s5H@)}aB6wMFu z&Ee<`5tYAHE!!v*LQ0Vsvv>aJ!o`RaE$D-GO;hZKZZu)(n#w`Rb3BxE`#G~E$?9W6 z&wez8s*w=tDJ4=E^m|@$EE6df6Pyg;ke~kVs5Ks!5P?|_T(?`5JyOm4xGV`x<`?cb(#1N4l@adqfnKT@--5DWIv_p z0d7$nBKRrN6R9BY%pqjin}_cKV$_%@c3))Pd3?@iFQ*Q1nHVD$Opy%!dg#EnHR6zW z9`8MQwWe*oE}}Fl42BauvnzEqtn0GRs`0fTnxH0}1b##{V|KWfKDGGV91Q2tTRmvN zr(y6ow5fnCP^1%w`ji@lJ0R9&hdWrP->9={%kK(tGUT!2OzzPfu|2nNd1aNL?3(3r zN~J3q7M>h?MaKc=D;ww$nR>t~Nsn+a^Ye5(MXrQP8pqoaZ_fgCCkR3K>pp5~_+x|0| z=uqoWm8?Tl>N&9m<4JeueK-vGdLUoTHqUFhiupF{ScP3s4Un}bX%`*d+Gy`mV3gW7 zYzOSj{7Gqf%kIfW){%0!6&tLm+{^1}lic=$GHj628YEBzgyTTPtf|AjLhJr+ji0sX zzGT;Na;nn40bcHVMfr&rLNP|pC^G#okP`XPYX6gLOf=*1k&vEzNzNX0SnFZ2X#GoH z;!X4Ypo#1*-E%lfbqK*&F>f=tF<}IzfNf9v& zjVD-}N*+ZDja>AsmLziU-0VqQkL1)m?-7T9k2vQmyKYxuG5Ep;kObzZoH$C}e3aEF z2N7$o#OC zK7U&HDTMtRv*E%xWbCJ(D?xYHllHi<-?LLnx@h=vKShdx;+N>z7>>wc{ADXp%X#UX zISzMtNHW@i;igQTB<)9z9}bEoDbO}Y+1o8kQGH2<&_=_u&s}+;m?l&!4jvJ3YpFcPfCxl zk55GhW=l3&NQQ3Lk#zDC!3qhzc4uu_ij&8~)S4WafAIv5f^{#d$pQPAIkO3U;qLsU zh&c1Dp@vKr+}tpg5DLDDLv=YI-(v`CW8cYbnzAB6i;9PqM$TdrPu|^ykNtK0}3s=2(blSWk<%O zm~0^sbS+?wpKr;};TqUs~ z2?Zu1%guKAniov$EdQg0b9vCVS2Ds{FqGLJ3$Q1W#fWx%i_B0r#cbl?YAYUwWY$T} zf3@Ov2s+dlN}oTb^hE!sGiRRS5H?<4WPmT6Y()&%qH}EsUEVj)!pWInd@4Lt^-p~u zB|uHucx33mTyLZ1@lhle$OYc9Y{?_&cOsX!a5|csnr<32Wo=EG3~pAah>oh7;BGR- zOO&Ou6U&B99ew%-_wy=8B9~EWFZ!U|q#V5~=S~*~{ z8JR|6kFUwywYnYG5Grbn7*QgdmT_(bO@0ozk3(6pnik0o13vU0yeM*r(- zO519)9FBbikiAWgTV%d~APN&C0L=_2cyx85b64b7SU~36$Y)5}nLFHgtb^-~+SkJO z#5|$oJskebdu@P*wWF40Q+V(MTrU4e$jnm0M#rKzC(#r#qPuBdhPehh z;*4`sYs2q7Vjy(m4F_~|f~bkmQGSVgSfVen2));0az85=HZ6v3i>D!a$KSqT+%q(< zs|jldz}zD3zsU4Cx&ih8E^%pPd_7|-l0}O`!qmx?V=&!4H}M- zrcRo8X<;vo;ozX-8^b}r3a&>@;L7pIdJDN7li`zvF_~ zOxdxw*1=D~o_bEhF-G>>KG#MH*^t3a#T)1av(19;1lHOKiB!Szrl3?Oxl#qFLNP}W z%E3wps+Wm+OqEKf#C=0Ax}^q?|HMVd5!$f2(qXo>@h%Zl3e?9wmIWY+*TF9_i<${6 zA{LLJg))#$f;ptv*+AIpm|2+E7FuluN{LcaX)C51<8$@tv`cr~_1l@P3uq(V?e|a= z6x7Tz>Q6^B**L8FO90=;uArXdh?XupRj~!BSW^krbGC*T=Byur+S9i(_;dum+a9DQ z)gCOIdI=*%ULrCbpXn&26hQ`t6k?UwP-3LDc^1f3k^nldPqS7p~+ zj7$cinl;n(!4B=kjE9`}Cy}f_2ypkVHHD_DNcC1i*i8`q3;D8*MS0* zp{=Ub`3ALQsfQn|9>+c&9mw6*RzR@izEZW%_==~PT%tx!AberHTgq5eM$p+ql!QN= zE;eO16)ntpZldY^7P58hI&*@+Y9BTc^TQ++_zRaYGB(%Jc!2JBPPGWHjQlL z=s*+~E|(9uObPdo$j2;#Wh)$}L+cFJo~SCIBFs=P9^E-Tw`EW5$iT7%3#rQMlN&{X zsA&qu6N5!@UL`<^O>4+2)3K(L8weO^WYP^a%76w3vtR8dQ50;$R`{P;TEHqU)-p3= zCpz*TUu}I*)2#-~!JvNXg824|8?r7~&y&27OxcTqzjG$MJ{ZO*q>$&ba*pDPVOOn% z2>+XNMfj+RgCTxBLm0vfh9Lqp^T_&h0h(1z_2vM|Y`fmcP z8&%T*{ozxPACH?YJjl=n+(Ba?szwxt>;(T*W_$8GpD9$$=31=Wdq$k^i$ynm@ihgS zdXx3j#akjbWlO-`gz&&jBAoh^tO{qIvN0qAEbtkABZHd)Rlhh^30W%>sW3)%a zKfk+r4BwGk`h&N+vUF8jD%hpIT-9j!BLu`zrPx{jo8$XpY>+afW@tXKvuM_ad7WIm zo~_(H>~OYi z>H;0Iw*g~Wt!hZvxB^tD9iC%|zLdD%RsChbDSVv}i&i=8$>V4-&&yb<@SX!*yvr>l zOd;P+K*aQmQ~?FoNc4HJ_TuL0LDgh|T!XY==r1}k4g9Q<;&b+2gTxB0v zo8)yKiDi?P83~@NPNJ1OQU{`Qnt~-FiO9OAdU4~AOf`)G4cy%Jk-~XR+L-*q5G83n z(47MDFjS?w8=_@4CuSD!7I|2s0+v@@o>4*^?U5(^N0NnFirJLHou2IoveIbn;mQrQ zp6J;`P4uaLMB~9kl=UK5p$lZw8Fow*qh~$P8X_a^S=@<)1)f8+hc^HltDStA3BRA2_EAxzsC4%hO3V}T%Pd!8@}b0KQxOqCBIrh%-Ek4M!sj~bB;#{e?KV$=POxB0 z29;2`PvcS$`AmmJz?N8`~)qEK4Z~KtJO|4sXN;J z$`feUorDBIGjdzHeP1<^;;D@>FMIEEeO&q4x_YAeP-TP|v48Ifc+$y|Q>swOYV`q& z2pB1mC0&8?TSzrCN$5XKB|rRJ16Pu@60*NHz0l^!s-a+llE6RoqE?JsHg0h=G!YEU zmz|@8DBwlI(uv+oUt9OUPM4vEN4U()H=~cVK3?-1MQA=(98M%}jc{YqL5puIRp4A)69!;eD`l9ga9hAM#9 zvKv-tEkj-5Ww0>Gw!B&-JycUeqNVi{ zTvXVShr;Dxid!xL_J`{ni=#=NF@>vLH?@v}t`u)TAGN`M*7<;|4iKk2L5GwzkgI?Y z5{rYr(feMSGR6CM$HOr7k)!fxRlR!j1^`Pyw7=r;d)e;f38eJ5XsXsbcsc_N zB4$|)o%*i)YFA6y8^`-g4}@=ROglQs^mg(9U)uCq@k&vrgG@q`5eqe>r!q%-z$der zx=!5JB$dq??qc5*g?eYUcOZ*re$XsTi>$2GXHYoBnpK=dBimd;NZ z;shp44HG%ygv1b-km(bF|?Q{5eVTZC_4GCvu=UR3!m| zcHCO&2C+(Q$|K*de@%pmnR|kna&`5i22w2Oxg@>EnxaVHPEPxo)7crRFEh0m%3HLI zke3{h6)O1##bfc>HTMPhNIB2AdB4hnY-3^7lW}Kw1-S+0gAW&ppq+@m{6HzO2yhqJ z3(YHVE*a!R0`nl3HC1?kbN*x@ffY{>n7gb+N6}Ges z0Pkzi`QwuJ6kfErik!Qg|5b>9swm*dpkDRW?AcgK5R&?Se}M;~aMONHEsliKVg6QXLHN98df#$lvH zvsoyAS+T?;&K~FYwUw-t<56p|89H?(a`=-vyPn0 z6QX*Ul}4B$U7`Mw&1J5_ne*uAdkNrW!@ed;!jngTZ799HF?;Jj6+&jIdzq?!b6&}% z*BpqQMw@8yj*goEl<7gLM`|B?2`msETthwd1jNlZP*s23Ub`394Ces7$Y!6FwOjOG zBYSD%0g7kxgS$JHfn)q{w(41q{dyP6MnTAXuwFTlnPWvllY^{zBA|=T-y)T6qRPXF z-*Fwb&jEH0(dUsygML675xqT^Sl{H&(Z32NgQ*HipEE@n@B%LtghX&&Scgv=eZm zY(0u>CCAjp^{D=hq-%xEUw(1>5kbvpydrl{*$D|zqHE=2w5_nR`WP%8#W3`HDPU!& zC0E0vp<~Sj&mCaHn-VLK+oYWrVCsK!6BrO!#3yq_Scu%dL}4D19IikTNd|7V!J@51 zTSEW~mXiGNB9TORM;Es^x%bf>0`xQAv2Dy~y#JDHn(m`y1@-5^gD=&$_C)2YT)5j@ zvclQee2E{!+4#;QbhSg#dcnMb3an%8_+gr91h#y7c-6d|i_!rw6yuO#lZZ3Xg7g;I z-QmN{(1JF`>DGPIZK=kqu$9oBT&k7J5LQE{ON}nNBTr7<{~wRZaAbrFpaU!pR~cU9ifTG%uNTD@&vnq)^~ z+b;(4j2|sH7v{aJ(T`@wG8w|PMI-9MTG`}kUN~J|ygxMTkfFxxX6WUo`#FyvJ6!Op zvZVT}GA@>X9INx2VU}E@Nh^Wt0D?v@9Voi0*F&^NvMYJT6F*SC_v!7M4oJY7gFU;!J z9`g`UJ)WZx%usketH(bSC(O`UacMXTp+8n;;ZOxxjR%Zc9R4}zp7$y1K+_6&#%Yg4 z0u7c;;DN9YUXD}S5v8OQs9z>8Gmq+Z4@0GLV*Zn(lD@X0cVfzc%<3>Mow0T1z~4Z2 z4wzv-q9d^i!sp)}^#aqKK)JYc^A!Utt>l94IKr{J1Tnos>8P7Xo%%UmR=9Vh+@fb6 z;-3l%E`mjkNm2Pzz=L`2*=d02x3PVigKUboY>ifn-O_&IR;`gmV6I&vku7mbC2RWi z!M=8gBkKfohOyufbmD@gLG(+D%*;`WR=kmAaXkcyH%=c%P8{wORT3f|H9gy7kU7r> zK_+cCku%9P2+o2I@w9thu*jcXt^t5!{cyZOJ_+$RcB4Zde9|w@WNR-$>*aBY{1>9j zc|pq6fvjCh3!j3UMsYxs=>#+djBP#tT1Tp}RGJGd}l9KXmv81j~ zCs@cH05WTxMEyn6IeCX4xR!NuF&skPy%nwTi>@Mw*tbB*Prt_xQs${Ag~n>J=F+aW zE$pd4)BZpRrF?pikF=^AGt!(wU_}lNR;idBG$xP50Os#J}q2j@nhgxNZ6BE16S)VX348jeAR zV9cA(S`L5lN47(;>S)#sK3Vf3Ea!^Y<;;6ZSzqUUG{wPq4RTv1G__tQa?mf?Nb&8N zh_6R+m)0f16SD;F?84QVpBXcv`%)4^urm`(Lo0GiG8jZO$IyF0njh&i$_Sg93~mo9 zSIk;u8{IE*IXH6U@7-`y&7hkq#POF5Vyy}zX}}3oPkG2uZ#70ujj3YD3ssK_Btvhz zljokOmzH^G?wc&uqD75y8FoZG*<)2jf#DJ!nz&%dhuOQ&Pj}s#I>g# zeMU;IG#TEt;kYLOYBfOu{Vj-RxKP_S5HSDgTTNFLIlilwmpLw6Xh{9tCVxz*O+pT> zldq&0EUQjkTe!0>^LY4%#ET}bpDFlEOOn~MSPwL0yTQVfAq#i}^bdxtoEAr#Y*gCV z+>pHjM>n6<65MgYF>cx-NhoP@Q!HTro!!+kYylvG>JEjecJNBzE!bli;7d&yJBF^# zBY#PRLncQ1`hj{oHdNF5b)3%d)Kcbba$sLtgY6(K$dY1wZ~*F(W7GvHJFKxWz4Pby z_oLBhg3%Tml9UAv_$EZ0VrpGjN}1XhP; z!Ld08JkXHhk3#+FYPSH|BStAhkc|Z=Nw8Zw9%pN~-HO}ff)8^j-Nm*4bHjn1sw90y zj}=GQJ<8)fI7{di>V>Ym@IGnkQ!~C?iTku8^MYhaP5BNeuOGtM;98Vd7%=i6ibct}xb&2(ou+#3Y{bn{d%y-X`D)l0 zS2zXYT+7oy#S&iD7UPYRxeA@ejsdoh(U1naPX(Q*)G2_5H%btwUKb8o31cs4Rx71n zCpnb7KPYK2$IFY?ClDd>RXNemjW+G@e1$;(K4*~Hde>h#p(?cab2n%b1_A%%;U>k_ z*}P$IXr0Hf$eKt>T~THLBOJ1U`@+DHAw!DkE`J~kJ2s^abo+S#mSW%|eze_=Lj8EH zk#8e%Fhb`uD0+k2Km;T`TAs|CirL-SR$M$rMX5CiCkB-Q%7^m-7 zEL#``d(vD=d(s!>Mrpt9KUT}VW>U>ARoN4YQ!8bHb*mv_6P$f-I>?~C=8^Gq$xA@U z?)+!#GF(NqB8GxS-qzL^os_&|=C@N3|69sqO zCd#pnJepc)wXkZ|=V3M2MP#_?UN?6qzzQARk<*(T1evuuKUGo%5078jHp0b0Cq*aI z&VS?0h@NL8=#W^*{q|lolL#6*6}wE$<7DvBJk~^gI#3YBLW;rQ+!!DxHJ1uMDzItX zEweUH!~V%S)UBcutHDPy`|ih1z1xNZMr)*20j#=khovG%ud|_|ix^Q-64{;djOWbh z-*{ge>cSxrJ2r+=-f08lDVY*u1vP>6WPTGXHWhg6=(v<2CK1WX9sN7FqwyPczC@OS7@(c$%})Vmb|l&K!r_n_j8(gtgWf7ATO+| zo4msJjj|st6c5b=blSD%sTj_ZMGmW$B1mJ&R^6K%2nec&oU>y#8-i$^y5Dd~X2;S= zaqRQBKCvSbT8$er^n4(!^x(28s8B454nsM9*o8^DFo zp{Gr*isi1a*%!KsnKP*b1>x4YHM7kGUQ%4MW%q^>c^qa^#qL8<#Y)*ZJ01lq_92+@ z2$%eQJ+jjW0!dvrGjf6hR7!9`K0PjY{xpWlifb4ckSikOQsupl*jx4((9d2(SGGoV zFS*1Bv*b`n9^CEDmxstT*|&1!%J(cSZL;<0nZvV(ieDpOq8g^s{83yzBs|(MMGErM z&(%nBJb_lTwfNHy4>k`a$$D-u5+$SYx?RG@Eh4B@x^>(#rW57tCs28b?Ajq|CMorfPdhY*Bxko$>CCb}^j>MWBGiO_SF9n-)b(zU!r z@#0rtadS*Kk%kzEAJb!%2us{lh>t@9b~eq{#Cl1SmTY`HAzWd+ND?_Vuv|1-2VWVb zj3$^c{{zsjVV`=YNEHiVGKS?550|@gxaF^Ae~c#W`tyZ$pyF|C$0!k$B?XyR&|;%; zkqIO0e4rp+6H|$a5Qywiol093@7cIJ%9b1&jhrz*z9vZXx_;;lWkneXb$VH#3Helo z*!N~BQ(}{;_MVO^KLYzno#38d3WDfp4cC?WCwX4ix&0{QT<$o8n|~<1BB_GeAv#X+i0KUufB_)Z zJ|!2Va!y?ROyIjnz*EAK11K2j44veY22Ol$q+%74jY9;QC{ri1eBYQF(h-nBoqWx~ zKSFt+EPT&H6rVd5Hq)pv1W>&?o20B%W;-ALnYu8atXPlaEI%4$67U5wfG*q##f~+l z!xj&Q1HB+`Jan);0>sih(1Xg=c1%h-AG_g8?gE{51y;tdeZ~76Ql@2w3M&-V{Xpgh z8zs>-{lQQ1AF2PN$$p5bkSWg%kfhb^bN^9_4284X&gKAS;eFFT_he zia6n#^662Bq=GXJS9I3b0q~>&aO3>D(H08&WR^aSVir@X5mex#DFU~GO&%}@4!(^M zm9$02M0n(z5Tjr%MFZp?N-;Sb#|iu5Q_TrUjNJm9fs`U$=a3=@aIjuI>87xR_q=pW z*IY;pSm?r>iNj=su6y4e>qkOv6VG{6#MV>2LVwIJu#!?JEH`r!6dkNp@il$DVrk2F z1a%Tt2<9h-Qq-5K3v|j9!Zo2zG^Bkn83&M1%IF2r-y5=)G%)sJs4COtJF7-syliWG z>8^Hy%St)Yu@P%PfvopSS30yis_8GD6&bnd2W8paVNrq|U_Y|SO%>%O9~0N@c#rk~vfrE}aO zMVz4t>R2l9TI!q5Chj3GtZsFAA#*@aVVJ@WHzx97T7fQl+4+ zny({5B?58FLDdv+`LU!JMH=_h1(vN~ZrsO4b6r>>Y zUypPi6m^*h<6`(uML)lnH&&|ok@z> z?hCl1=IWO7a@Yf{Bd8PWb@sJ`adTwN5SRCQp7;PX>Ts~isq1@4{<@4^a(VWpg43rg zgn)ihc;bhKY{~Ml^Gpux4ZQLIUF^$aV#o@kt~K?1nh#j!%92^a*XmQmTd;4m_hzLt zDnhI`2hBPnRPgX80xr&DXeHakmh9v~DWpS8$FAmR^P+kZK}Fd~J`gcyNGNAb}+@jv%P2E+ygB%a6#G?GIWYY=jEIwQZY6g91dKm!#ebtkgYpeXzrv*@~^cwAm*;J(tq6woCtFP`@7tC zx)ptim@q*!YTe{$e3&_a_6kMnHDF{YBn9y11{pUYDk!Y@o44c{CDS5c|E?t-=- z5nR(oBybBWNss{LQFVCbj?^AiQRX@5{rPjwB1rL*GaDfY!4D?pGGJ^DG<(_NeaBwc z)xwIq7lO7@wh9Gi7f084-i%n-3UOLjqCO8G%+L#KXmTVup_-G)>I~v+D2lI%Nz1}= zT@=+)5ee-p2L{j_wZTz0y~-aG2WmlQ$%f_y*V3yPB(^W6p2HU8?#T-eL@`90)3m~~ z>JTn3b`${yJ{<+bk7+kVl=BDkl_wK4{@a;Jh}RGbrTo$r{zI~Iyvskqk(%Y%S|nFh z&$(YAac%g6#=JSQV1r}JXit|1^*A=(6jQWf{<;QU+Q(y}#Nrc?rXCTI@?Rpd^oyuM z&McHGG~}=u2X7?w^`RnXWU0VNRdE4nl;TX6qezIUrtd0WgRJ_l)6rHU96Jp^p16V; z^dc9Mt02|ojRfkW3Mi1MnB4GGL;3ueEPA{F^y{q?e=r(!I;;hhV{^T!%3QWqln0RA zCh=szFp?f=Gf!q08g${3A85loB7STF@tNnQT+p_f{>SXj4OX@U|7ge11lafN|?{pMnS7BYs%lCVHmxU3m$P2Sm>oS9VG|P29ywXp^=n{ zaHhsX_x>Rn)x`14>WcYpmI#-1xF$Qg((#EJE&;pLLy@%!of-Qy7bY3P?_N09eEzr2 zspF2+gaT|A4zK?+zg(7rv_*-iK}9x)Vs51tlkIMADB(*{b6Gl&c%3mSB&cZ{TS|2#5PQjqGYu+2t1exneTHUoQ+-(G$>GRb?Ejr1c#F?S_?vXb}JH|nrus)a$aSj-IS z8Ip2cp+9rvb*$Fv(KSHJApUp~vY-VX(XtDDMp0sk1uRaIQMr)k za4oN$y?5eMvrcr$(ff-iZf`hQ8Ka8qDyybMTwzjqGL|j{_ByLNXHqxKe{&h zPEvB!&1x{CvS9+WwxQ(DlcfCakX0sjadhcWa`fV1Lsp5v8R1IIE3Jkr$aATgd{sZj zEA*(aoQ?uc)?N=vuRvHvuFjCj(7W;-{Zb5KSIG2<5%JZ&BXs-E#D<9xEn0BiB$(kz zO2E*4NSx4%h0O|oy_Q=J-Zv7!mazuac7V@F>}W$2?&uZPM5iV&n@uA;=8Xz9qGVK< zi|WBuQ-e90wZc05dg=#`q!2JL)PG^-jy~i^DlGW07QkK#>|7N#itSlr%UC))EA=-L zHx)l5HownJ{Va^f>Ax-n=WnnbApnNOM{v-Jdw_%nhFb+_W+Ocjx;u`6Kw7Qatxoi8 zYZMN2mq0Ym6egmi$YJcPrsUc3FvB3;C3Enoy0PG_zk+f|B#kh;JcD^5)x03#$gDqh z%5MTVnbBLeiRx4X^iiaiP#vPU?YeAlzDwdTY?U~#vpiIOeSI3Gz{g)8)X<7y^eK(K zdH{I8gR?-wdf`7mJR~d@qIpUb%-ZVRW(*;KnAA*Ap|r~RaRt}Ma3eRR^)z5QeHa+rEkOdF+l`4&_eSj*jz>otiWihl(1 zYoT+eFR%8g^Ul|_hE3R^<SSla5c564cgV&2 z8c!L?PV)OpOjai<9i#d%MY#S#BKE-zVXlpV3i)M#cG`{q`QhSb>K;KN9x;`qV8zU7 zbTGcgGfRHlSoAH6`gso|t{~Yx=wptYiD8QI`dB=l=OL&&q(wKPR14nQG`)Q_I}&lk z>Q=^T7o^0Uk~M&sJR~{0LT!KDR&d(Kj0zekYz0{-=tsg0NYb4k-uPw(HE_>j8R8}x zfCwE{w^shaF4VQ}d~#VH!Pb%}K3X9N-$X*bZgyMN2N~6R9>5I05xqZh$>H1|RSml3 zXTg7Qk$C-|Qsn>PX_^;h_GBARritbH|L8=lj1CrUO5Nf@D3gWGenq6lhqe%Ne}kUV zVQLBsgo~6Rce*TBxf6#_4yfN?8Ly?(@xr7VSn^y(f-H{A==;P+vjHuEm^P8+j<*V8 zhE$@*tVP2Y5Cz;u;`J-}1Dkl_I)kPF=5ouNTXvrWv52h8cFYgeE|lo#edH!33hrMx zxH17b#lasBW?9ks%kieE=T;b4!3$&ct>4$j4h1#h+BH`*CVy&8Tcy{G}nOg z{_8jKv|@gc%!x#tn7YS@O*B&;%t%3IdqggU&-LhanwURNhYbmmO|vi)2OM4xH*&wY z3LqBQ{m}sw(Q9SE4=FPBQ^g^VM$nyanoNn*=(<#T$0*qqEKjYd;2j;`-wiG_jI&~) z)Y^_asrXBJCN0}JJHnfF1jdjgTcLdG3VnJvf>#cCN?~t}wp0_@!6@j<89K|zSNvC- znwY)@o1MDXK1fsL^A9vXAkxOh^HZ4tFFf*(FHbiS=7fqRdtE)v72fm}UIeZFCzUC0 zNXsV@f>Z@2u9zp2BG6?Wf{qNrP-(;tFhT^z)^-iu=|Aje+xD$ zfYmnJBNz;$7s*}5(;2X;H;N)xC^MMgDIL(4Kqt)@+pDZQSt z4>UI>i=#<~Ywtv6@y`c|Oc0A^4nK1NyDpA`n3B#C!h-(0Fzr*ZP-qT)l}~XJ5&yM+ zTn2iG$N?)ur~8w^c0Ym3eeJ8{=wi$zI8#D*Wt1p#tYOJ4sD>pgJ9vAj@Kp{+I7TN( z_|inFLb$!sFxneR^*&Q!s$5pkJw;AJ)jnXOTR|n^i3p5P1~gbd|I< z^LTmTthG&J;pHQYFP?cilVwTLZSQ8sGGbcoc|K2A1aUs*s0FJa8{O5y^%e@kB&HND zXS_|lH%GXBmuTRTpiMhz3S~Fye2-nYgwsMqltMzsP9d*1h-o+iTlxa5xN#f+72JuK6Qdm8cXAgbXa%0$d|`@uoRiC9b`h9_1iiC+l( z^UdXCr_}#qlb3>fT8>YS1(%~&Smrk}zj1fH=~B}nGk2tJ(rm?i$34Tp^Kka&@QCE^wf2@Qf2bAYKcllxVLSw!6>jXU*% zs<33fkSeH|e9U z6E-20j^DhY+{>M6%L#TX)5ubjs2H%0kz1q6T&}z&IP&KqZNQ*Nj5N76kR|CGX!@q# zKMz6*@ZiFt>GY8s^dXRBXgXjtaD-TQi9Dq@hFV9~V7wSRC>G4sn+ktXr=GAbyO4NN`8yC7Ao!=Cg|6)ZM|WE6Uu+a)T*p z4E%M_)qBp51u^JI6?~p<2YN*W)RLg5A@y^HfFMxU9LHCef&?Nybad|_19=~!a z7v2qIk_1g5zuOQbBu36Ar-WVtaLvnyHJfM?hM*79&w|!$UhQ`P7rQW>JeRI9j0(>G z=CDrKRwF+38hGoRjE;Fb!;Y?1-?5qO=BHwg=gJV_MXkz9N^yg$R+%dV&f2IPhKd`G;Pz^v~3cfnaW3nwXK%dz@tHelFk>Evt$4Pz_&t5gNxt&F|XoBh+>&)2p2O06=Qx+=V*GRiVS;MfLl z4q8YXmtzrX?JyQ*Pd+*IQC7H)VzxIWiMbww?~6fs7qbxZJ>Gh34~!Btp}>SYUR}my zHm^nc76fjjLD1T}D5Riml-1(aUmu?+zNy$9kWK6AWSOrq`@TAdErAsXBP8O^=BV>C z>11N-nDFp`YVeL#p00x&nWn0tVyeh;5mHLri!LV zTE!0i<>ZLfcEPj4e4iu5W5c+0$y2e1L7227ntVzVwfNMIWCv!2A1qp{3puXOw+?73Q zRcw-iYwJ}9-0`@J5TL78E@ICrVXHWUlST@s96y1 zu3@MiYt7cpH;g7HT)+-@E1UTBeIDM{X=)kc2|F4nu7cf@8V%h_x8@PoKywXb zMPLd%7W-)521f-7SS3a{(~p(-&SMe_Cs`+30wV1DW!P(KWBFvKX~^h9siYEX&X@Gj z^uW-o7SI?Aj8xJNA|KbFq(t$@8{~?_76QH5_}CMM{?8=g?_Pt(a~$l(XDffIf@#3_CgJm=euIpq6ThQdx-hpw=Q9#fCf$E2J9DXwH#fjwM+5 z^XL&4<7lEBOlC`smPn7UFx>5imKDLLx>^K ztTZ$prpJW(i+-$T;G# zy4L9L8TDlzK1Z%h!4rhjjIumL*4DCJS@>OWK^-Rv7}qpCcO|Pkx*;d1*#YvHcz z1D#-0UJ|*3=Xl=p-hZ});Vk|a?z5BV4P_xib18mZ3et&QfbXM_2=XJc8ewW_uoTz8 zb4-gkwVojRwxSPzRO_AOlOaD(J%;F1bz%B5YomfD$n}iuDnZxNCQZ%rH=pR)PGJky zr)Yxpi`IpIA;- zB($s>oFMrAsPDyU4d(81k*dIpQ5TGcxA|&H-5v>2*9m0T{%;CSh{W29JT*4^wiJeAr`a#uVFS^vb`%51ySQ=C#wNa=yT7$|xuKls9wC$pewnsm~&-1MWGhmx1xN%+~t6}9H=5qvR!}_I^Krm8La&tv2X`zvef`(vf zvI+S$ucV2@xp@cQBf8ctkeUvC46nX)GU{?SVTsjZj`r@=a>R})w|(S2+&@vo%+azW zr+uKt)AGWYI&tTH5-F9M@VK|R&WpnC&^?bta2LBwX}w#&JZ zzass))lPR=9`MN@A>IJO!{Uq&a!PTT_QwNAgt%LRAvs?;ue?m%@Wa!fq#B93f`rZJ*IH*vkWVqp%G|OHAkTObOgOR6@I!jw+C=nB=Y%vdMOwOZ zYYmZ$pUBq;A%{md&@2tmrwOQKaYxdbKFD8&4o3JBx;e6{EluEtse*KyvSW^{M$Nf2 zgsNO?gI$c>**cNzxkrHN)CKryhTU7tfw&YRu*mtsJ&`+Z4rLzLsU$&xtJ@yA*c%~n zTR(w_6T_s~losE$1+B7CTncZK?Q<40QLjVdtTU||v^knGNU*s*P3c2%Db}ne5ksVZ zJ#^yb(RD*#KDS+yNR!E!munZ0o!q5NEf9@$QMkQ)McjkdgqQdfy<%7pkfU2p4aeVz z;s}cZI~oc8T}sf`i&Q*G1*T$k1V=HHSemIyUij5#J!t}k)TJ^NYpA%5v5$evh{i(b zFX1DIIt=lvP>NWMbt^umn$_kaI--p9tEtB)QkdfYHH(qPPCq@o4oJ9&5;%6~4`T@Xi+7nFi| z4Nu0fd;?$4 zx!=^0WFok<$TlIuewGb<5=- zx;mwa zb)U|I-UwG;xqu>~ihGSCMdel$Hx#kWyCRYShh&kVj}4SAvK;JdoMRJfL;Z1~lLLqU zJI=#BIIKt3(Sk^~(IP3s1|IM~crMvv#vO{xMfn29lyT$`VA`#oi-b8OPU5+@-L)Q00IPDWwi5mk?0;4re-P z7wTD8N6`yT7~Y5{ZNS=s^zk&pkw#P=0$_$}YP0Sc3Kw9fGOK3jM(y`=x#wO5yF?L( z+_}50jEJLMFQ`H*^^tgajbaco$BCtLQjAwivlm2^P^Zml;QcllC?JlrQ9um+{d7=vn^DumQ?3?m1#S`V%~qW2YSU!z0-EDdkxt0@8Rgr!0LbB-N+8wCB+6T9l6oBQ7b< zjXpmy>Mq&pu$d&l8b_`qd<>j~4;)E&baLvR2UVe+RgmFH+Bl_kHxj*ip%WUYQm0dc z<$7VdnClLIWcDAL&`UANUN3@&I#}P@fLiT__A`y-7fx!YB!Jv8A|1g4y5Kw@VlXDV?E}0hO%!v*OrsOo%Sjeo<6cwYu77GaWvyk&l}WD#L$$PL7LuahlEdL9t^b!RwX-?k<8Kr1O>!=KwGCPJDm zGzmVqQ!>p|1}{&ww5+z8I#+pXkrrJ!JXGk#`y`$or8Qv&otW6Q{H2n=p&dw(~U zCgv%}ArSgqH==p}6-Dgx^S~w#ou7Z)ZkL#sMzl$5Zz@)M22X@O%nG@2uY0=hs0`=n zABL+1O2`3{tn>=HpxWDTt1N*bNho7O;f*bApPUl+X>7t3MJnQk{m}~G3-qJ53cP&a z$0@Syd*oMONC~8?gUd+wM6SZN;zEAtdaS}XMpal!ns!ub1o<=V`;01VPI%Zx9_BlP@>?_g1GHGYj?KlbpbUc&Z+m`ewoHCHg&@cP ziQHB7$+Z-x;Vv1dSN7hV^!q~ou9Be{yLx4{aeK{nfuc2@0nb5?0Brze_?p@RH3eGr za|zb@flV~l2AEQB@%9!9-g9@JQXfTYTv|%6Wt|A_;yRkg*EX)%$|u*=CR3Tyf99^)hVJ?F>+i`p5@YO#|jzslwBuiq#CiCgc{l*ck|@ zeWlW;yqr=ou&e+Q6s3g249hP-~bOjxL@3K+DFLb z#HOe6Qt#Op&%nDVNfFoV)L&$hkQN|V z$lzlU-XzyIBS;^}2%stpJDWVs_k0Yzgja)(Im(5FL1h4azAl|)Eyi3KkSxiiq(DZI z#zy`4F~j24QP1`89Xb+rDoh^~ckdC9an?}-^91IVE?TtG{U z^jxDeTkC8Vu_lOXK38?j>HS#G&`7!!?A|j*1 zNNb)8K8@nwi&7O2_e^)W_vc5$v!Lh(`XCgx+8b1oOFTDkrwM1VJvtf%fGKbZY?db_eQ#9p9Mn5r7g8t@STFnahEIb(C=Ql1CbmULrjZ_A7TyW$PuOEfOct6t?nGFQmlgglE`EjYI#w^cwA`&*T> z?t-|c--ee5`ia_UL~2J6)<|O6xsdyO7ns78sSWLW>zp$XMT>9(g{v_a6n!RVDSXe}aF?AAj|wwE8}CoTgIy1?Ct|IOJ$> zFC)c`qb3a*Qe|&_%>*_FHq~ur4!kh)mN)cEAUD|595CW zZNC$VW=Of6BOLnzDHJtr{a40H$^RqAK?(y0@=`Qg#IB)hoKEaC3mXzGGsD!(~O@gN=XBGnX= zXyk_tCRhc)<5m(k2NSH8!1{@dCaF&_(?}?8L%l{Sz*k~pl?AUxHuuZt;ZyxC(cQLy z49V&3s?Ra4D0koy1_M4BxYo}0tDJ(;EVvIiZ^C<+=Se{#8%GB9@ZaV&5swm%*?iFN=E>0LH(SbJB02}i;Af^GmBlgKXmO)^|gC8xG&(Vkcf zeU3BOLt+yLAN8_J#066QBmJ0ywlpbPyySp4wK1l_fWzF_d-+L$^0-t5&m%> z;zHOa*Vd?4i$XE)HHgVu@_ICDNQ2!J=!$sZbbpA+?Apr@nOGDOU(lR&mtxL|Aw z7E$BF!k^kTRWoAVp6D`P#BX0-5|1#hDsxs`g#tR&Q0ThhIEKWRIN3+_{R#Uci|DzC2Ac4$9l&*Kig`dO{4^qMb!g_1QBj` z5>ao>lS=w_m;KfH{2Q(fyQ4_?B z*QTmtFG`On)K_FG~T^b_UHri$MJDbZZjDi#HLa(;hke}3$=t0&q4T3Ha_^t^8 zjBz$K&4ZU)7_S*;eahL*zc7H&Ry{6GtZFgIC4!Zfbk5~x7aaakPj;!6?6*(Vyi5rx|Aes2iKCyjJ5Uk|w^m?{|}O_F&n z%+xA`8QYFcgQzH0@W!5;KjjFQrQvyEOt~8SkDbwll#|h}QHDZRY~Q_NL`?=}an|U& zmh3&+jJd_CQFa8!DEhqcEsXR=SUt#?Ce?~Qua@B&lk}jLOZ8$3CHJZ8bvRHo-9TpLy4Oz*7?g!9HHZb zE_}oKJedXYo2Ix-N4KqZH#`T3=AG{dRfw=9M<)jDF?yG-XC-^(PGMw53pwxO|ZlGvS z!V{)5wuZH*Q0y0{E^BJS8D@Y`aUkeZy^vd{qqUF8IMa(grMd2L~C;O&40CG(6b}s=G4)cnWZ?kkP(iJUtGCt z6`-bu`K_Hj_rS3jfDGNly(2D&rrTI!qp(l54R`(oV9 zap_0@8Q`1|YvA(Jv{qv<(|=7i@^?`Cshk%<#>Tm-BKtU)?T9W5GiH z7Sut=j`-`<{tk*N_{%tL`ZlvAuk?IwoY=nXY=qH7aQjw1;(SaolenwKcPtl zZ0^Cjnq#~uEo#%$%>MIAjNUNY@spG0bzZCa{(6xDx?eQHbVGj>erK6!Jgebqd)^EZ zVyUnwJOJy^)~)tGY8CPm4q=sGu~Lln^7Q%l8t`E8CaeUEjNl+L;=5zPs%FCeb9wA> zO!uh6r4W*UV=vnOxfLLymIuP>v2x7(ms(ax^LeB(U;5rmi592Fkqll+fk9Vm-^KWS zEJMUc>ZI0*XK@(-I9K;85jL7Ti@e=onwtYyerC`*@1%P{Aypueju%6Un=Z#>Ou>-O zQdP8YryRls#27bdp31mKEo5UYea}Ri?vcVJ23x`ie@wb}Z`k#G zf6(=LstymJTnk_@7V&nZS~%R6@S!`pz-bOWm?6hwtjQ6*tVO#UV<}qCtS_Bn`xocU zTdNvAA6OPU_PhcrzXumy?ma5{8tio<)cU@jwc%<|Taj(Q;!s;;v4;4;Dv_Nog#Xd! zV$=6>=7Kro*l`c}`I8n2YE>mh32SNscL_i-;hor?VSKWp4n2j!XGSP_f4^}oJN(9S zni0#ljmo@NMr`u7-JHs=Hf>Y3J?@nC`U3{C+x~Axb<1t3HrvvL$ZKkmz=4=@eGkC9 z2gFrDtJc8f8OP%m$mST$74l|?jON+ z++if25|lDnS|zSN>Ai5t;J-jrv|6@{97HG+T`X%*MmNf}Vno5m7k6jl9F z>>Tf%g*G`2|LxSDe=(%Q=jDZOT1%`kPxqY_)I5k_Gtdlx<%%sLC5UTq$p9{@h0EoQJRz8dRpv(G!@Yr^AKsqk|xUC!!umE9q`ZN z<^t$r!o4J&>z5$Mv!`!Y%28Q1l^s;uLNF7^ zEh=^?m2*4fYdl9t%y5f#nTM10WuJk$mi#zP3qAaiW%X{sk@{4i5>iGG+I)iA(iU#W zWnoor1|!jLIka+Oz#TOVg(#TRC{el`5nkAdT@AA5iDs{6(6G>%rhU<-(5I5x_EuN2 zA!DcvJ#^rH+Iewq%XAT(ZYPmQvs~^pXt|%}Cj&a=mi@zDg;_BG`eSXQ8u86-Z!|1+ zOn6)pE@-)zp!JQy|1MW*dVX$Ct}d><5p1HPN?29`fNLftfkZQYbgakxw~O{#}MYaHe&*w0mDb2 zBwoqQO%&%Mvm*z(&!Hn>TU`wG0w}DiDzH=9;CE(;D@RIm=%v(jKd5=o0(d6DX> zS)~t#eBZJMF%8#P+sjxoW#a|NsUh||$Y(|x1cm9a7H`*(FETXTzuVT6l;Gw2`~p?lG@TS zLn9l`mGPKLqs%JAk&4@sL;uv^+#~`qYgyNkOK(Vd}fvqgPi{QU$^_{odT-(MZ2ZKPZF)i;N zt>dOpp(!{{>}M>nV&2_CvTdganU8&vFM=tVdfh%D5TuI`Cee>SSKmIVof>*O9dVE0jO7 zabFV6+gK!|`LYm{diLjFCr@r>KR2;+Xl zmYigb7pLq20iV}eYN3zH$C;!^RG;`>IWq=wB=Tv%D{9DTX`Wiw{b6W*MSB{S9heMbF$J6!D2vX;XmriEYeBa$27M#gN1c-9^PQl#c7CmE=L-Nj`C4}lVb z5sgjfBK@6;C83>6%4!KkTz-B}nMLBD6K=~KFGjluGtf<5W&;^N8GadDhAW)BD>UA7 z0Q+!T!eYHcrV58z_Z5U4tls-V)k(m!&cx1l?ypH*lQmC_Sr`-lR!uM_7@lcz5v@J6 zMWzq7<*j9)k1DU+#M|=NB*!41&Sy2fLzw~=4dDJK-D@gJpf}OeBpEJj)Ugz(u>R>x z9`k~zLin_aAE>9Duir^RW-dS|J9>t%x<-S-a1UGLQ>nc6NK!dhE4(ApoNY~h{t|c2 ziQlKa&bXavkE)0hmtjkhff3dz8ZNf6X-gnjQshqBn$+U&AneguP`&}X^KHQ zG53-Lcr8wIC~e}NkhvNvf+5}H$EOrLxMfZ!-k|_fX3_KZpt@*+9)l~xX<*;9c+MLw zATbh-5&Tdjnwcs!B}*&(Z1#b-Yi;5}K>PioQ6tE5Bg=Z?quv4KWWIONkfD`M`Si() z;~Aj$w*){JMmem#lK2FMaL&NmNf{LtRU|?2u=Q79)YY5rYD4Q(RW^X>`PNSkdr#{G z9s;Np6YAj1IKkMua*0w?tKBOZ({Y(=+nIE%IC4M3pC`$nR+k8=oUt)!gNxdGeQZuc z7>nO486t%v>2fU>oIM}|pn0uvZ_Lv(E|AWgI{ntJ3(z-dgFU2TJbZA(jELlOE*FwH zr=)5oQckS-sVyJ-v>Z#%TftuL%F6d!(kif(JRnBT-8LdgJ%n3QUlJVhmSi*=CTy{I zGW@|9d+(Lvjd?v6S08Zpy;!=<8AMs4i}Ow?EhOt zN=tMmUl$GD%ZSkox1aK1%xVSxWi=kF*_g#}Xvx9%CZIBNM^PiMC#nxIoLo8eUE^i= zMAE`B)0pkES`@o}DAiga-dNY-p^+szkClL|g9$xfMF>j|M0yja`6yHGUkx0=&YLDr zzydIRt{G;eqf!dXVm3T5#^G-(=oXnoJB+l-*UkT#he%EIo{``RP%=*~ld~2JaNe;2 z`$sMUC+DOmHduqz!J2P!XXXi>o*%&^J9_e?UN@v1Hq!PnHHlLOjBqm!Cku>{7HbY;T;zh3($7jo6Dsg>aq z$B!i(k}^k*X81R}Qqi-I!|(J59)k|BZ%&`PN=^beJj1@mh$^K%_Ja&4L*arb znw60D+$lT~Qqi#=H*(NhYD9N85HR;5Hv3mU-3VSeLdDq!4cod^Ym@V9Wt+`a5~ z870)D3FzZzxR42Ym|=nR{UsNdVBjJPB8XPR`yUVqkIX zn7XZ1-m({U{HYSjNc&@aSBCdbC|pZzaVmQ*%P;d?VfQDkY39m8ciztlgRaF8H^C|Y zc9sqcH_V%wvi`&LfLjg@tUX30@5L3wZ9OUMg{iH!U}%0EADOk9^~D7M|evi$20 z0`2?CfD(z$MaRaw`shk_M*WeV_)_>nKU}7S5GJW#dTxZ#HfLl+s_MlFay;KQ?urh$Ko;xzF_?Y{+8BKgjmN z-paT(jb+c;cf>&OCNUqxL;j-#r^8bVEvb0PQuI$hy87c=!iX@Gj;>-=$Gu~|@(=Zl zJ$6V|;On&XzWd{lKNU^Cb z@G{p^kVssJhG)_GIxfc!v`#!9vF)H7HnAxp`sg``bw~#cZjgb}0)T{$TOMHveE>FO z=$MbV>Cpl<)*A;!zGqgLpi+BC)$Nmwsl2af%{;dID2wNA)iswA1roxqdf&*!2`Gkjf zkoooe&TJN`;>NQKL5CieFqWKfU7A;70X8ZXkym725-OG?{Yj)l)ZyBSSTco;V@CX8 z#F+*$BNrGrT6aCjK7m;VQ}AfEMN++PQxMI31cRTn#~$+1fegVGN6?fViT5PXn`O}Q%(ZTe8 z)(=i^t#65x-{D}w5tfQh?)_h^{_gE=>{I(0_54F;Da7kIL}#hCsgl0FV#89Q9z zZWU_a3UR9jGps0#M|43^t=zG8)~vhi3yLI^S}BvDC_5y!aJDMtCGKRUWg+y2BE1wf zlRxZ{F+xXStmw0NQ@gI3lze_RqrdA04luT(HMMm=8=Bf(>KEjhL* zimOTl#+uW6;iCvk4vC4^@%Zt?L2P47|1}`Pld1{Byh6E0a=L;sXvjo{`_j~*!~p3j z74gwc2L|d$mv6p5E3~_PmR&GZ_7YSS!h34OR0TsOv@Q9jsySlzZ@~M28e7k9U(=g+PIz5_$JSvRiqcxbNE3;kQ&Jt!hWzJer5!Dp;^czy zOm&Y)&dy_cg1pG4G;sVCLA7hvS2O3g7&B{fD~hDz(UHkqKeAnMmrg6`2S=}5u}Wt_ToZ-Mh08Go=;CuH zg{jw4Ez6lt%iJt3D=y{euIcWS_L$JAJu!MlT;Y{rUg#B4%2=ToUQc*3<4%?Q)~wb$ zoO2_Ek%sid&w^HR0z!kdqd<|7Y!5;IDM7SVV>&=k?h6V7pgKnuQ*s+V?sS< zh;>pvdMJrQN3xj2UIM2T_0TI0%j9rcY~0hwGeg6i)DJ~?j$6(OU_zSBs=d0;B->(cTW*}4FzHm z)AZEfFfv8Nss<9frV-MQpoRL`BJs-ypf!2dJZ_5#prCYGNP*B4NN57dH!1|7GU@>S z3q*_ncIq2{$j~nN{~rGwh~;L8-J@ z_u|kUQ+n!I0pcK&v*$*QP5rO%q&`GMynnJu>E6eFazv(N$o*$ibDeWjmkpHA_6=$} zovXcbY-wEw0~jDMpwulbJrg&k89oLd5iwm-ttAsg=WeWCWu7cM6Hvet$p~8MT{wxv zMd{(QDf4DlrzVi8UHgB&lKV?A{}VJAz8PSrbDjD7vPy93E39JLg`$J( zwhWh^Z=VODQ5IH+@|=GByn~=o%)|b{E*M=4ej3}*Ijr#s9dP$Fj7(XWf3VpCd$iMS zhNbNCW3`i6$utp*o7*&FWMFgn7Zdz0GgsCXe{v!2JLMe%q*9&offLmDRnCdcQdYL#BidasR|MgMd; zB)uZ!o$?@i9nPVVAhfS?Et+-6J}2Bz@3?jZL)H2Y`wq$t@jm&Ijh&^NWRwIekQMCR z#2b$u8yd@@Z<`WU=BGqxPr7{_Em#EW`mRJO>3V}Cp?}yWjhELK6lhC8wEPr77oTwK z&W4mtL9r&ebTGR|yL zEh_3NfP-jN-^lHi1IAaV$KO+=hG#aNT%oljiK>wNI0JSt@s6H9DD zQT+_CsbWn5m-;l1ASo>~X**(&#%JHB<P=*P2>+0PHE?H)Ax z#qGXJlrgf~7+rE;ELtwU5SZnpfAer`TK92NB?F}8E55WUF);f!Yf1oZ~ zW3V^R(mfw8Kcsk2YR_nNN0rp}T+Cb_q0#|;P#BhRUvcXr8&HW==K_;SBDAVjJW7-X zK1NX|fWvg=DseFc;jJj9MoM}jDM>yL9Gh96(?iNF z`}$~Xv+cP?DMkp1pfgJ-97-Blu0*mlRFa}UC8@m4$q6tO!BTrY!X%!qpk8GG7}A2j zXuia#kUYJ2Qv|J4nf0pdelK!r!zXZqhcsDQ3%P5sfPsD7 znH#oU7weXa}gmH z-QGHWyc`dT$A{DvE58Gxn9sM107)!Vcl7FGy|jhYj5t=V`9SunxLT2aa1<^x?D!pb zISXj_m2!V(gBKfcO=T=96rS0q0j{BW7;D;%c$!_JU^4)giY?&JBiXW8m40N$k0li? z4Ac+Ai_}96w8K71=obQPm{apGv_(aOGp9alsqfC;l1%O!71TD`R>D$0>~Er3PjCyE zUO{|!eh_mX5@4r-ix8bm*a8ic?Eghk>uiCtox3hzeSv1a(Z|Ae$&%$-n~E!%*q?Cw zfQ*zyfJ#fjx2aFf@M*JeEFmpJW}y=DK1{&qsTjei-j#g;MaHhtwY%7ogJ`e4m?_H} z^q+dYTu_GpVr;iR*Ee$w4iZYW4q@dYC8?A`>q1)!LjW)0GW)HY72H^oS|x@aPW1rE z8f;NB!mCCfX?vK%VF-DNkZ~}_|ON^F&cbTW)5Ym{%;T%2Kdx@6bU6+O1z!HJiR_ZKGZ1G)@2t`?kBw^ia-!{?yrJZKvWq} zlXA|(FEu!A{8I#@WlB{W#4Qu?duvN%2P0nwV^KMRf|=6{16a-!{SMRAkv=O|4d8PH zU_Zq#mg_4$X#-`Mw5yFm03vQeSBZJREsoeX%XQWxmV%9WKZnn2CpK3~VUnLZ_$4SkWOf#< z78T}LFk>#TiK9f*tUO|461#XGg?IH=Tq@DIUci=AIxsZO*r3h!S+-H>GT4`gLF#<8GX+z?VMK1K3oH>_-BzCjXI9DF=;Igqit^|UW|A_&SDuQF$G}Th!66aJ0rHF0%1_8!@;sFgp>yiK$eEYFe z6$&J#{xisQRAxd$pI~kT9a!G}wT4+YI;nan9JBs804D!#E;MOrYwyzz(SNy~=Vx4_ z_}iX{v5#MUbOW_Al;qcXgtg?<-h99EvWB`|&4xF}tL|Y{n;bVH#aXpUAuBSVjm`kk z;s6?IGiEAgS*}lcpHEY%W`Q(*H;jN^RXV^Gs;`ul!_AOwKmvIhL^OHj+@zt&vl)s2BMbwivu&ipt4K zJMQ#SKOcy8g1UWU+i+n_)?tvgT*(r4iG$woXl3{SW-3L`pnYIP4ptDVE%9H;lic%P zuaW`6G-z#Au}y;JNtJ;Zg?zX+o>s;~NE~O~PT|r)+X5&XC_1HeWBr>EL2-}*n*B#~ zMqmtWxOdH^VgFs$M#7>7NBJq;cF!Y+O+s#rIpJgC!eaeqX4|{MbF*bLn<{kN4uZ@T zQ{Pl~mL5uVO@`<4fz`ayl% z-!sH|Ejv_GOj~tn<~(O<&ww)tzCRV13d z)dFA9WE1vF`tN#W*90fRg9bjo+hZVyMs=w}F>VkhJ`6Y-qFb)fcB4$J6wFzD?pb|` zGVj2eAb=0SH@CfCAm|eS(Z`yrc967xn#WX)L@3)$BP$uMzu43@XIf~Cmdksiu`2Cj zv;he+_CaqZPcNU1AXjTEBrG6XBfd<+Z4p36(o~kz|FE{9Et__b@!UA6@L`u35w$iZ zP%7>hJ~#lZ!=?cPYcAa7Zx8FPXiTOZ*dB2@_;Sf95URDR^f_)0FCA!TKbuzIy_)XA zI5H+*BK%;gP;Tv+`t`2ZG@ZV>YNOryc`t!Hbx!~tj>lhlDT z%+Sy=8QMZ8wKRCc=12~pH#0mpvJA?FAbMhv=&jdDn!V3+Ag*rMCYO!bYL=0pOO+*r zZ*JvLo}&}tT3LSE|4Tb;!HA;XOQ!7?g6H$XRm%AJ+UKTsqqE}K9tz_VLJHbJa*i*O zwamVk8E9T@ZybrEAmyTz{2OOSRYj)Gwo7~^mSe^+uv&I;+ud4jPw;@O4` znyF~zPPYQXQI<{%@<8Kr($EOYcCcj%B)YqTL97)>vn9~21*EP;2y9S?dA>DMypSXSEG}3@7n!)h1-x`CxB!o;!ZYKL>WX*;!RH*^Rq8QkY0)d z`2?g)k&YAHfn}UmPMn2`y{;r3%(e)E&y=#NXOM?FvxTmiPx=yDdLsqwW@s->^hNjm zO_YF#{WlhKYtW%8138rdiS86))O19_yv*Mx0_E*9PoCv+umKkwCk|qp?XR?*kAES_ zr2)fpH6sq+vjIV1dF1$UMLy$O<5&$c6S)X!-WN}K;0Wn5^n%^y!9RL?o4Gyul|*RM zQF-=+iF9{mJnC#QO$#i^=1qebF0L-sC$`7>z$l~*JM@sNPAlac{OvEr-@~2Iat?yUd6t4Zl+U>F z=l+Tz%|_0r+59%h&{W~#T%<-?>4wOqTUnPLan0|Y*nEA*kvHM31JZYlWQ4w9v(mJ> z8F}i@VCwG?;N3j%O_-~7ozBIroxguI*B52l8Twn1#fCs`Oq_@0?juUmF`aQN(W(t< z#QZcke`=9NfqnzF%_fp2rsPJxzFr?l#gLNqCcYi}T1l!hKQL)ruCrEv1U6e?Mzjok zEA}4L*#d?^MhvkO1&Y7(W!4rOVnO`JEu&V%c9sh-#Ab-{$DW63{&h**shlYwwtQ^I zYo9T5C8x)y?&BZC7!9#Q8~KNA05SB)jlp*MR(1^$W4M*~^sQ|La;{JtfO>YB{O5{E ztEkwsvme}#@k?6A63rLMUP+AI^~#wSM5>!Ldgy(y$cJ;(F#*J9Y?&%6@+geDe=P9X z^`BY7?aPGfStWL=VZqBBjRcBCU#g-#aDlr7i!tbHt%A&E*Ne4QVx=oe-z&470GNX9 z5d52`Vo*PcBF$BBuF6JxT-@g79-dl|2ZX8O7{xF&LM#jg3_UBd{KNoa8QFCM>E@OO zfdRYd^3D?;&N&PVXrp?Ts);vdb)`UoogYE6ByCFpF(^r+G=EGCWd4itU)C9X)cCtR z30F|REOkq%^YiUnGCVQ5g9xZ^U?5j>OhuMxJzx=MCI5VsbI7f;m~lap!i7VykT_;* zVbEEaJ9fU^zOgHn^6B=dC^Er3Z?PM==mT3w*X*T0YPpDpM&goa=e^krf!fIenA&{n8{aq_@MSt1fsa@lM78)L0fW#z{(DgDdlQbgj0oPxZY2t@aSs!Lj|~7~3QM)v1z#eq=^TU!*1*i6?5| z=1ZM~jS!-=m$v|U!*MyNO~Y|X%JI(A@Jk^`+5YkRuRPc?jXAQQX!#>0*Fs(eS%z)L z`$d?q?vgQK8vQG=Byo>Q`om--9R7>66JS5Hq>T77Oww%a;HOC2x1`Yl5eW1a$7;Iu zg1^$^kV2{P*OM8Uh|=|}=-~K=$jbovAV~6h1A`0yE)rAm(z=5F$F!P^`y4wP${rdh zwoU!e0SQ3ln{GJaL$vF;*Fg-;>R}5))XN+~#CcL0c+iIlxeIgzex&kVnxd2xK#00wkArH$E z;Z8t)H<$~~ZF_vh3###tl!N2{lx8M4n#jYVw^Ep+&lwZNp;vvyaL>MccqZ8rhRr48 zWQ!pgdRV(<`PVPf>KmAghYW+wqF{L$IPn4}CXoyNo$tH>2+Vy?C!F|P*BoHLF3{!X z{E?WC${Y#_BH?xQP24Vmd4Gk|h_$OvF`lJBK|@y__TAk3KG;PYNWX2&kD5~n>k}2s z9zuHnCtJknBh$-V?5ePe^jp*6fb{i}bQjTTLfAx3!UE|cX}XkPNGp|c&1x#R3ysG+ zXu~(XZoY=6k+eK*<{bk#VQBK-5fIZvX31Ll-qHw2Xv+B9Rs89Q+eR@#XJOSnd%=Y7 ztW*IWR4&twPH9diFc6~lJPw(xFwU046D191Lb@Cy9VbHwLo!f2L*?S;>yUhMfzSH| z7EjYLtPC^Kn@*0R6`z^Xi9H>?OX3#kCcJX)?%=-#u}3W~h_AU7*g3Wz>z33ezZwK2J&ULOCUtYgg+beU0$E%l}dXR^c!by*e;y=RLW+sxW<(^*=# z2P24WN}!$ZL)ft#tdh>Unwr_s7H-tt;IQyxB|v&bbiy@!Yb631iiKg}fluC6Zp91V zX3h|2DW1m;t&RY=j^~N-j2e9Mm^f%8;~IcQ;<%^R8c@JUZ`9{$^t!e`FW(|axKs(= z7I!0M15H7=vVNBS!i0mEiYE325O8G~36#3?^Z=#g6hOXeUg+w|Rb^zhE0@>G|UaO{w~~ml)!itS|uk;qsG!iJdo+ zmgiuuYasqrY|CjrqNiejyr@T6q^#%jFfEz7we#*i%!Gr0x;Dq9h2>tE^<(i4(E-J$ zGq<&sVKp3U!Q5Vw`2IniIC-MQ=I~m7=Is#Lqn5bM@43_%SE;1T_BA{SQ#^&`CecE` zH@1!6YA-WQufMMd%=V6s9!kVO4S-41n8ExTO&X+m5sREgB%A`sswhuts=|f59ZPMw z>y?#;%Dqc5T8|?t_kr4qB-4a)iLKC%G28>|=RL*zRAh;3S|Dy49`?xb6 z59V4KC5`y5GKtFr_SMwj$R}kycO%dZ1__HQps_rTU?SwoJ(3X47s?7s{|Hit7|aJo zbaPRlZLY={J)pGb?Wxz1VF(%|ch7IF4ZfzZddG(a>Wc@Kerib4g%Uoz{;qv}Z_z=) zlIt|4TjCfP>MwvHJ&>41wvDqoBph?=T;5LeswJviDD9GPB=SKdGKN>oD2RI4 zt`YeU5lTldo90yULVfr^H#c8VNI{lou(028X&1|1A(0zm38qA~d#nF_lCvvZ<7H}| zzJg6gL^w}uh2889Kh&_wMwpnY$q~}qG${KGKtIZexu6nuSau7=A*;*JHGmbNf`&*f z{y?8z@oBAi`mmav?BS^c;R7EOtmKLu6VENT9u6uTd5%rOzG-_|B)uA>MO(Lc&%0Me#cNkOfbe5&|HUx*Eq1o z(&Pk9jjFioWOOe!jK125^tnQVF}f!Ro~^HMXL2@GQ+IFjXA+4gQ!OtMrxa-zUHhj^ zi;o{rXQ)h?f(-{m1@Q(Pwmc$OUtVP}^FAFz+)wYE79M2B>$aBc@)qVAH0CbU_UndL z+Moc51m>W4Cq-p;Ttq^k$A554y4w+qMb3ExYQZ=$B0@mHgHzD46^lkvInOi-y#+(p zLZc8in|@%$OJ_SDx9qT!k_5G-DRMX*6idzYyx2hcA7<>8crxa{c-nEr=W{?vRArzrGCMuMA4RR zMl0USYnt5%M^G3ti1vDa%qQRgkudI`5|Oj(o?ra?D}4*BW5Q<#!w?5*oJ+Oi=A1Pk58X56 zf$QCNy5I+Hb?^zY+D>6%P*l+{TZXj)8Z+F{#1#yK?ArLE>}jilJQKFVwXw;fH(S*< z#Yg&Va0r=GW#^?PJ2iUpq36U8Ol~d$!Eq2GxogLnO1L@6J1H!U05oXLz&*s_6}R)s z#yYN8-*dw`Bv-NRtH0>dzJ5gB`pt+Ky)N&Vc4C;!$x)J3ESr7wllVdn3NpU-i&-`L zs2jxtaK%`~uh1Swr3t7nTP~&w8HAo zeCSql3_ej5a1o0O$y`@hC3-yKaj%Uvc|LfU3o#uWjYs}R(%e-1*_NO&6w}(iD+SyY z7d{N&Cabc+?Cfg}gjzlWzo6phmCrv9J(S*&o<_{#IG^(D63X6(Hlt@kAw81&gF~Tu zAza}R9Z;58N2d7@s9X07$VVW!@2~XwfvsQ#r%Ud~5Z&xk1zVez z&}L_fdU4zl3DKhR-xx z42w4?noKDC{D9lZw`g1+CXYrfHX$YZ;i5-8ec8^`Es>eFMCfv*lc)AI0yk2VAy{)b z&PZ!o6m~H~vS#OMM4E8Q9rwClVmY}pzdnV5 zl41-{a^N&-3${Wjw4C1RHYW53KyLOKBy-|B<1J;~o^J=QfBuc@#6Er1*jOtTpj0EIFF**;0IBjO$}|&+Pi# zJ12Qg|3jH(LO@CtmT0_eYgVk1yj)cd2{|st64*8tc#n(A=<3*7%%$AwJQKa-`b z(m5>cXs3U=_cK;{87i!aYAQe#fV}iPK3kB~-4~imdSL$pS_D+lb9Mn#Erd20Az$R_ z8oNSHnQ2zZCKpwT9lB8;A{B{YQ6j{P+aTpgd~9R6)DR^`OpEpk#S8Bv_}|EJYqAN9 zR#&KOjUD&JM8X{Vk@L&^_|%RJa4Lq8tUM6?uSE913`=wS+G%n+hUlaUx zrG%}h!bJPX^AEDXG+@FPZt&}O8!>YBqi{@^7g zspGe-UvgVj50^xBKkf^dJ#EZY`xM0&^b@J^mzbwoc;SnXR=Lx`4Rh*(P=I>H%jo(+ zXY$AwJ@6?`-WC1FVVzOihK4i?LG^3faQB+{Ze}HCOVA?|fVW4nayn;jjT;ipBTrfnfhT1;I3~AnB9cw<9Jdc;;ltax~Ra?(=&V zVF#|qh{Yys0l0(hw3=RB(jbHhJR2|pT+`^$b=a4GV3Q+t`N}}0HqWIFnt}`=>?Df5LZGk(L-ajUv7&>D8mGRf@vVTVwQL&a|I(L8FiE!p5*vO z5oc+$Nejc{8YStogtbpaHN9NtJnNiBI9dhJ%F)J%(y%m~rb7hL=X$wjQ8)C~ z*1h3_x3LYUKoJH&&ORz5>D&ml*l9dFmLqi?WJc(vL;^2D@>!k?$?5FAtjPH#T6utS zuXSip2Mb3K_IRYV%C<%^Y#n^_tDB4Z|hU4|2}s zu_v{q=*A|#LNW*4FX95G7fP$*N=lOaXRBC{jQGOG?a!*0;5kPpfXr9l7fa4|DOy4} zCRO(oH6gpu&eRCmTZ?>z4A(-e_lt08E7on7xQJ++Rs|xJ)LYv^kbutgOd85&kez;y zMAW?hY@0D0{B@g<{<_h!*~@5mhS9ox48wenvsk%!4|-FHxrmof9N?7{v;rqB&un5i z6l}%S3)-XqA}--f6lb{-^#r12`HC{9u5jI87NG%saXvR z3&bFts-E$;qd;5CCb9|=pBW2sOD_3E!ycD&7gD8B>YV&mfB-Q(H1pye9>WgyR?$a( z_SP$4B|?X%IWAUrXZ&g>v2kQfi}u5Y4mI$|FKk=RObVFQ+!bJL>ia3>b_~V4^4^f%Pai*bY-71kg>i*D zWV<&g-nRdB6jPi7e(+6J?~HAFH6(_hGXRD!&fxLHP-wVMUgPY124t(jge}<>CNduuOKm)ku3I+(FZ$L<+utf6L$@fT4u24 zqGvygUtXF_cwk{#2;-j^RoWyj zB^sw=DdK$@H2mhWf6GLXv!fd=sSgc@C@8~1Y3C@&xlpslF3&uV3iEOn2I4fq1LH;S zv9i78sXfFvO5@1^-vvp~**6H=s5*}HnOi_}DNeu9`(p@mIM*#OT*(Yv-6+RS#Y>h) z>d_xqc%U^Jj&xq0{ZxGosq?0ALuRCEk(Hyr@gny&5_6ctg5LE*ZTgC)6jfAo zZ`x0#Bjsd1#3qdy`Z;q)Qq`>jB1GbHJgk!fQo|U<(i8ZnB%^78Q7~yA5~H+ukBIob zN~KObQ!`nOF(IsE{-%Vv&Rj{=Vnww`;Z8aX`93S@^Dg^?3!k+3~N z)6b!RF2tSDGYm=(3w<)+h&H8Q@+vCf&nLIA7sN1!t=?{HM5t(0T50$7z zypVweIl=I_5?}Vri}lu?69wT!p-`cvV~xHCAu~dzxldcfYFiVZRGO?Z8X&%paseSj zZYbt;YsW2Cx+uDDKecM~+i+h{MOR?bl-XC&2>_f*&=w;(I~v2VW;+tYZYb9Em9Tb2 zbvxUMIm@RR|V&L0q(6D!LUa|KI~>7k7gq!Fttrq z&TN;daO9r(BAtwQbfkD#*&fK?`bfsTBHm$%0yzeZJJ@4o!Z0v)4qApfasl}2a;*r@ zyf0x@b?d!ayy=cw-6I+1R`^F*449hDF9K;v!Y?1HEEYU(qi9SPHu`gOHHAP-rMfMB zGU`P@>E@NVT^S4kzF&v5`XQRlFdx%*Sfy*^!??7g9$0e$p0Z%9<2_bFM#Vw zbW0K^F#R7`-s6e)Q)@Jtl$UM$l(cW2Z~-`&f6t7L6mq5rtTIr#{a<%+v8w?g3lq@l z*r#$_qNUu(F6q0NwrWva=1P^D?KFZH^ddz3FGMZVcuF+79c`^hqY6stk*nahKrpm* zpQkRtB>*uW>eDL_C5FoHIDA~Yr_55Gi%6PwA)C|z-EwDyWOq)iQc)Hv@u7F4jgFEP zn4>?Kj^%{yJa8u@L~QlY+Pa#9fUxFm;*Ar74&z_%77&6Y%>v1oA z0n3D7n^$5H{0{bS08y*VsYfqdeKk&&=2wKrOuMpwMp(|XxmrvGeXh*;yIsv)rYU{_ z*dJN;eiV5%-~(wKN3EzbJco~D!`9)}-BcKQgU{9oe9o$(|D>a(_P$D$t!PFrvP9As zb*er-fx`XiU)9w|L*nbe9{k)0Nv2?RiaTdkG7feQ=F$;ZH+r0MHVq0TS6xU!HHW(i zSB1h`nzDR$aq$QteW;j5!rZ$-Gb5%jzLLXy@O}J&LbV}5Ltd#g8t@@@2zJFjcDzk#+cCw`!*j&Dlx!&O0F4=w279G*ikT3=!1XLW^W;a>EksgHW5kF27j= z8Q@C+gb3u3qEuei>*+CiX3decCEU5sI(mrY%9~(gn8fOMwGl-i7uvY7#_RrQxkFBN zZD6F_2Ceev*TK&Fzbl%AiSt5S`0xaYD6F=a}bqoFY3X^3Y#9;f)Q8`5?Y z9L(R1wWXA@isiVPR6*Kk?x^2{53)D440g4@R(uXnZzr~(s8*@Wuam*)+*+(0c<*|k z>#N!`CXcMm=ITeOxL;%RQ)y}?CN*JHl04QqvJ0InvDS2{w|-eL3jP8+UD30jwTY5! zHyU+(Rma7}Jcao(D7~kMYaBtwc2nPUCg^L&N%~Wy*sen#&bOV8y7WM0`&#znmoQLl z*QB7@EHuFoHeL{Dq-ymSQW&5oGs(uaX4lX`((@ZFvq!>=xk-k|WPyg_E#`*wR11lV zuDJkH?JL`R@d?=TgM>;DgD+ZX5RN5SoGcj?d=X;FenOT<4UrG4WbX(pE6ugMgXZlq zee|s_*{-%uL|LB!f{2yYLCBg$i43*iw|k~z9WeQEYnF*X(K?~hX&ILXD4MPGu08!U znF}%Kr@!Xv+UznzsJdD1w)p785>R&pP$9K@$Gq#=`F3G>lHl_U z5N12tTlZ)DX7|Kb(}se^18I9p8{ugQqfdJh4#0}B>1()GXn;eu_VkgD${q)M#f%_Q zu@J3HQ8|{|7SHTpeEJO@yb)536jdv-PulVs>LHU*qDw@Q`}9;9t{j=1WhshT zSQD8Peki=c-nr6<(-GKWHx4o--2IYEy^B8KWAV z@8c!>Cw~A(1LSpZJSs9enrK|HBtS}cH_nM>%!LL`)q4cuS9M^YbpHvEwFArCW?t~^ zY`!0cJqr#{gK?9c&i9499vI{`M9ydKoq(9DmfL!9cncXh{|$J5>Y!rVurSNrR@lh1EsJGq0&S5nS)WhE@<077_16yce|_0AaT3`Y~^cgPUWw-J@(dz!8)HuV!61C zQ!U#;et&a|kTF|Ul*Fmemt9y{M~%n;yoZ$)7y81{%^geD&JX?Yk$Hn~exI%h{t(l+ zjymKd6Q`jWGg=x-3MwlOfSJWn>KI50u_GOI4D4Q;m)RGiJ^5AB3q6 zO8gEX_Y#L#gi2jMRN4yLA9DA*833I+x!74qV5`2xT3|f~z%vkinpuv4cRe*2V0b`d z1@&rc%Y`K~wOO1E)-A%y!~w_yBAyrMaBB|9H5SW*+>tNslu|tGk%y+k3oWBxl?kvV z2k1NUz!>lXv2fID#w)WHHa$p(b4_t=7EqMBxIAP~hz)F4ELXu3e&r*s04{81 zSBVYEn{HPC?V#f%2ecQ!H(XS(9Y?%J*G@IU5=2*EpB1~Ach-&6fWTgL_U5(J3(d$7 ztiE26(u>lcbCq|y%m}w7^}j>u!sXOrWI9ql$jsf-^pi1b+NNbx_7Q@5;F8nvw*#MB ztz@H2>>u*>`YwJ{NJPbPfjy4ll-{rlYvkCKgcV3CLdoDrbEY{=PT_`N}m5A%j14yuxGW$|Qe8JSFEEq!h3gi1U z?sf0U%Op6-rQMI7tLHC^Yu^?vB&dyq^5>!FtTij^BZ?y}u$U;qOa+c8iR59Uox}JW#mc^RphM(0su&sCa0|N zLW7%TzZ$p(%Fy3)t?kaj!YG1g&pEWda|^-ZmFg(zAM#Mp92j-%F~02iFe+tJXF>zJ zyrlVAPpFD;2{yE@?Q?Ru7mG-GXjPJ9c!yTRV@eJu2@Gy%#9$WDIL&aRfsG(jFcM>^ z$qTXT!ytexU76s)p5)hD!@qrQHMM~PHf_xO`w>L?YTFE>SnA(M1KHLD6h3AS66Fj! zAx10+@}+;V$u$$%&341kCIv9ei!C3*AjNwD&0?ISJom$j7s$=R%lx8t$E3kWSC8v66ePQ~r7!n`EqXccq=A(pH*RU*SI0(!msZu=md-&;dbkriJ1v&77Br}< z9a(QVYX+|(0!g)mOCYY9P3?MzxfkY*xsqJ!@iwRGoj) z0Znj4$Ju~j;lV_cWQBk}!fB)*l22^(GP(N-Si47%Ix+{6mk*$XsL%Y=XhVl8Bct!3 zdDJOOQmJkTNW;+xOW2#AVjQy;0;oq)FZ`w7M+hjsS1DLvq#wms= z;=t&_5G#p2Ze$pTUISn>aOLR%2BQy)Q#vewFC(95{~ zah5jGiU-#PxEsvwOd5trw2_D|`2RHx=6~cSTZfrVqdtfw-SZt1No2T($P+%5J9rmrRlZ)#*M^ z+{K*wJ&#-E+{d?Fr7wKg0a-*zm$x`5gIk1kGRqE%&|tSD7JL@UP;{a?SVpoGeUX4J z?hk!BJDAClpq|U{pK(_rXj+Q&cq>we2#C(*30q^c_cyH^UZNMCU3?aQ4&%ZFXlPuX z85_&{6SY%=9lwIc0~^8kj(J%QZd|lf0$Z4H<=bbe+s6n*x))9R6VzWW&4a7y%YyRtnT6cRn5# z7qwhQawU=<%rf~s&$CArE`hNQle@_oHkfXy%>yhZK)&fol+oL1>a4aS&;Ep-1{%n)BSHA_bXvthiG0Q;#>3|^jujhbo=iQUqtvb{&-lcD1CTr++p8Z*^e%}c z5`yogdLF(xVKtULGc}Ad#Suwxe|p*{7+v%cs)Y|^{PDM?yf_Uh&Bo#jP8Mi>VhSoP zBXcnwf?+scmj`zaqd+24aT)>6>Qv^rT`7{I78QcVbCYred(oN30TumKMR=9RI{V-9 zN0J^NR8nY>Xc!}DeK^|I(A;~1B!V;H$DxI+39Ht|10c`KS#g(wGlT%3+?-6wkUI59o{yyT+kf$u^(75X15p zX-z>zeS`PN?^38!k}+5=${)b5^n)v{XzWKxkxUVcv*qN_?}`TU-lRJ;g5POE?pjBp z1s zM?PX6&UECyux!wqE5-;j1a&)6Ye^bn?5%Z!$IP3-aM0mf4jiBpt`@KK4H!~Iu*=V& z2UQQaX*FpznTj;nkC0!FXkp`~T4ou#FF=E9fq25S$fb0kM0<==czxI%BQ(R7SqKIP z5r*KovOkw60 z(cpP4OhhRIbwHQ}7$&^h8L@BQXU3D^L=8qNJ@f1xmkN(XFDEu*$o}vcF3y-z;1aP& z`PGhFTqm@5A(t}pC?(LMesRJ21QK0M=%>1=PFzbU3Y^(!PtDMzhKJk?a{uYE9vbvpr$z0Vs!D>^%oYcH>xh2&;@ThQb zfHZUD@5-AvHto1iSX0mF1p-kk(#dd^X1U-rXr=>kJ4CTo;j4gO%_H~8A}%7H$JxlE zL(e2257$RGLKt$hV6I-4-_tz2u*J-;2hK#RY8=NzHM=C!5RQ~L8ydY*rzl_go+`MA- z=9bRf9xIX-GCV&mx*UrWLnz!5sm;Gm!#l)UiqyxQVDOhstl?|Qo`Z(c{X+@wU3PIl zh4AoHIcH3(6LsJ6IXX z3H`AzjL5-6;;Md}F)?jXDl$i}+NQnwkbqG2ldJ<>=4D}o;f6NQ{B*hF(BRHjqR)P& zoiZFsagDQ!|K~XUGQSh2p31Yz#wl)MuF3y8lBtve{AP5tz2i@y*q7d%_v-c-L$eJr+0(n#9UEDkxgptCq9^XSN0@Tgx zOAXOlpIvQU5_K~nXIhE$fO1? zq@cS|`v6zcB=XgiqKn`m|2;d8mmIZ}jmEVrc*%JXvJ?>$pbGAmFPz5*b!)bETcqkw z9Zi!~h|aREY*YQig}p=;&E|Nu0n(gpwM`B{VQ#T+R?tnFmf+H3g(2P2in@6rF#rS< zI?Q4Y=jwSY-7RG-iP}V2$-`6%ZQlTW*K6;(RBAe%byBs8=m z^cZTgHBMNlO28^r#;hnX5|5Q!sLQ0*;h>xUN3^nVXQ+8d3JD-rijaMuB%v;__^8gr zZEB{u4#YH{g}75lyVEGdCV7DTHGE+c=1zQ#D=P^y^{a5{q7?m-ciK>yhB1@e`prYY zTjwtiYbzxl`U##ai62Z5@cU+R0js4vVF}a1gyMJSw(8!i{`Lyl|Wi(9p5na zRvB?nXKw+Tqg-D4;k)^ff0)cWZYZL6V$ktL_+m$%e0yqFbya zK>QpOrCS7O0>;rQ1Rg{=i>?pAEI+``c%}n^9^8F7@z#5WyaNT|MH=otaBWy4JmLzX zUoj03q1#8B^64vC;^Y%SE{SdQ(#+(AHV0K{AB=+;7Sq*@OC(kvfb5}o`twy11QaJ7 zlp+ZlcxHfHz)#;O*HJi6A`K+ejo}kf%dAevOBI7LqS3kh;Q-<9(g5q0ZtW!GU&sG1y`uhgIS-p?#%yZE z$gEruMX7b#8Ok@vXk@4ibR5K2yYhuXx?URA8weYItVXEJ3?LFB>Ni|ZTmxq-W4n!f z`hPuftQtyYdatc~nkeD14l7AcsjUdg@lO;u?^sKGO+;$<0GtCIkZi(8sxq+klZ&|> zvo$b2P8I*(njX$&3mK%V=$K1+B(sPzxS?UNOJ@o>II`}RQbompZXDumitozM&n`W= z?!_(K=P8OT0qpb?Q?EM;(j1fz)khtG?mW<}-4DOXnVxwM7h^jgRE2e^l0=nzvS&8m z|BmpuM8!MyOsN~V26F-pqgbW-Fp5IhF{A0B$Pw6Rud3lQ zvpM-Q@fZ?Cuncmvh7&f$Z{X!-&JlD#lBMtXlxKL!f%9`DSkQ+u*}2 z5QmG+r!X>{64@xtNSnB6@b`W~Lkt*3FNc9i%Kw`wxrRV|*?P!ebd=PVn60vHwnQEb z=qT^N4f;WkS_65wV@4E$%jt{igy9<9k;N>4ED=)n2StJy=3=Mp;fN@1t_l_14yO|o z9LQQC)R4WU_qBWo)L8`bvnppkJ%QR(7rV2XKJHG)C;;jtmSP(A7w6}O^QUTU6A_jA z^A#g20%y#w_>)3(AMJtbs6j2990C0)P!W#fBu+Hi#KpvcF7bsCg&VPAQ!$}bQ;NIB zFR*vTaXjNgxRB3=X)x2v(46KgB6*uai@vk607d8#BjP|O76VDF@syNTrtwHrIZySL zz61u&u-EU4M8r)N@0_s@-r}EGQ567pg(Q};pQL`@t`O#t5K)kyftXsNKs;IVByj$P zaerqiiabt8^8GY724WMK@#;JFAU~j+mLh99DUh;$HBsurVFm=B0cJ-X^`2x`Y4AzT z>p5}6;z?P2OB1q_jLk7};|39=@6B~-hm{5;$@&0TvH%tUcy`U1K?E^y1|N0ojz>o| zD*8QT;TMXsFKf?yC7IPHt(uEI?ZR^ot#D=ni+W!|X>~0q`_mw-&^|1`B4db0R$TF0 zV6tShyey8h!>rQXKa@3USUedF1Z#3Zf^G7ZfzAC)(#{&SWu{dL zS6{HD!VdFJL)O4eN>`ek5stG)^g>SPH>@5K-^L=qRZBjV%-KWb7A7 zf&K&8<7y^brLtK<>wLH&AkgT%Sz7B|m596Rko9dEScV{MzrqM-jG3)qmFaVIf( zWD7n_xH$HMgMg9zuS%*uRV*qKqH2vX-4-w3+@lXj#%2tOoETa2>s42~;jH(wN`ULz z(%Y=s$IglI+h))y<>B}+h}7Mgs~d2Rfi@VZK*K=tD@}}Y&0J(z1kn`I3$v z)JQL!$y0_sk~D9J<8~L3%zFe%ACdva0Qf-D?vLMRs8km*Et}P8Afh*cuA!W_=~P55 zjjp^iI{wCFP8^jD%e8jAl{TD7l*!xrvHj)A)qDEP^6~z;QqGW-7%aRA00=B{6@?{8 zo@Y?RO;YAZxZtR~%=!Em!&u!il^b;27~RB9JY4Ub)}rQ1 z5eGZzx_@HPJc(qy_c2Edmq@nlp^sVq^%A5doeODvSt7WssnbLf=|CF!wZ80@o(b9Djnu z)1dg+aoQHk8!%Z>eWWnP*_f?(OYnZ$F88eh8mOoCE-7*g(a^g)Tg1aLR6;mRc@}PX zrUu+1yL()r&6R8_yPJ>fdpi@)3t0*vO-)FZ*5Icx!H0Ts(mf8}Uq3GTu6&?wgV*k47#(hP4f%!%lMa-_rvXnZX3oMr@5QgwWSyRQ=mH|PboTn$-fU)#! zso*_Tv7MV?pNYKER>C7C9NVyblt^0#hD)NdXwhl{7l-|upx-AZ6S6nK`knRy3eZVq z9ga>0h*%^;W+<+BizVTSabloEo^tvrW)jh)K^_APq?SCXiPLkx&v~s0Xl;kup`!8& zC#ws(>qWTp0akAiQKRe8g&9qe!H~&LQU}O}`|=Ct;(xF7n_4v?5Br*oG!wJ+EinbSDQJsJg#S&htNZ8m zM7q{jK*OKqi|Gn=-%SBlmy`|>p2?^M@XhGO%hla39mH50G;0>ycmiW@^0*z-Ebw9^ z*3pk!Z7Z?gYxQ;QQ|^9i@a+se8H`xM-PtBqHKL|-dI5Ge-;g=bmy;#IX2QjXc8wqL zT_Pftt(9`hGEu}As$4GWFN_T=Kb>C0cTblI9adY4FK`b!|G{c4Xb{xlZrWfX_GKXe zsFUI)$;zn6;Ty(6UG;a@ln#pgEom#?f4(uPdM0q#{d-IUhc3f{JvGpCyXM^WXDflD z6T|!Xe{m>yU{Vx$$a&o33rB*o=HzJOP^Ptj^=S`nmf7d9j(0(EIY;m;_S@R0;0q}g zd*HbuHUZdcC|C#j?=^zZSrx}juRuS=*4NYHL@ueMmVMa0ty#v2Y$@!8z-jA z!1OE%?n-|-Zmf-|IO!Z982H-S=DNgT-0XT}`Acdus6$jL0qpczASxw0a=`gx=|e(I z->1$Qm8qh+?ANIJM2@Nm#7mrhAB}fcz~V z#QYgB80|?HVfJ0__nD(IX9O5nZrT?ySB&@z!{RR?EEH2B-bET3uu{7Ho+Z&By$y_N zU6*la25N2&Q*5oNw8dD=7!$D)k_4We(aE)1hpljH4Hkoy&8YJ_49NLq*c$F;b|^uW z^jKKjSLw&OH3g#1(Q2%#TyYTFLPbKR)TFGhl4F6;VWU4}^!P-@(9&plOvAwgeXqDnxpCn?Oy9?rGa z$GcL$tHlAf$@#rJ*o%t>iTs*u0CujJ zZVRajulE9T#hut8e6Scm+!}M=%;wa?u{A(2OnuvFgAfmQKQ|VBic4F zL1NAT#gQkdig~zl1>e!XHVnEh5@gg&=etd(R_#(Mj5-G&+N%kW%*J6yodz|Y`Gh_I z000002g?8e%wqrm00l{gM*u+-^zr}z0000000000002Q1A7KCh0000000000002P{ z=R^Pi%wt4)00960?UMih>w5qH>cId26XE~>5j_9^5Uv0K02BZM=e`TZ8a+{mKkBiu zP9(@g3}pDH;MIauA^>XMpXqH?ng-kzAhiV*O zOn(E_qsFDm7pR8=gVD+yed@zOYp>C}A1D0@o4lni@b)7`^i z0{xB^n#i#>wKD~HI_Y#kh3qxG$Mtbf<-JC!v+$nPq^Nj3p~7 zM6Ho+Ul2`q>0&fxbq4*P+h&z@V^t;)Nd3y3D|?GHZaqr*rzDTF+#1&|tQg1DeCeVgf zTCX0HMGmYRM4a5^=YOcx9}+|{0mccA%8OcZnROQA_uQqtEkrkJYyKv&yFNCgCwS^A zl;oUA(R@QaNr|U9E%yB~uP!5N&4B$TE|SAI+<}XjH0^E_eo@xUYNaH>!9dk(D_snl zxR_KMYGLB$^~NTtz0R?Hq1c8pp;Q@dHGIV9<>e zp^i|PNErtXUdkJGt3!pOtoD|ZiBC45iajWo?<{Xm5{4s0njVd*J&z-m^Xt_x)=rlE z<(^92FR4OC5BHj*z}oUGcZd((0z_O9eI{0*RnycFNZ#J(Jh-ogv*nsivd2l>wYh@N z1ot3RQB?V=jgH!6M2u+|c5sR8L7GOJlZwjN)<|6x%W`kSJ#?FWspCsa&#)V zD^@d{;HXs<9n9ss7y+i2o3fhLh&85@Y}=~x#YtkD#VUc<#D0>Jh~}l`+izDG6GRg? zz?Q4J$yu(tO4L@+E)kF-s`C)bkyL+B=AHuH_VbT{DA)Gz6yD8Oc|oo!{PS1h-H;Cc z@H)P-3+Xe7YE6|_d4-4}b?OXzbmN5Ty>!)DOzq`D04PdV;CIpb!@69#X`}f+5 z>o#1eCQ(s(x_bx1R@S+sy+fdTH|9XJPi9^iW2+jvR%iZbKvPHs-sKe2vB0ZAd(_=o zNjlRLeI2C;{k3g#wv>{MdWyI%SeSn};OI*}FmPbZ?ib*EI zAF4HkQw*@9-qZuw^-(SSe|%B)YJ(+{e644_TsDqU!Yemn;S8x+t0CJMgL^2ZB{O{o znsk#AX@|M!XYPU*!qIwZTI8QJ&Q&N}r-)@6MvX>>{)R7tI;9Uw)yYH6=T)u(w&ze= zQYd7)J@Efmlm z2wa&a+I3+HhguEi76nh0sdlCiuk25xWSdyUitsE+ieNEhXI|;Rdp;#lOB=*mE;tx1 z(o(!)hLE61%k^wd99$b{+AiFh7ois~wX%T19OA`t4FxxrS9mG*1-BDi+o6!>6UpY0 zN@^ka^}ksGJ>WH9HFDm=I(cYuNZD12&c)CbLSh${q@K&#sM*}S+G`7?xE zW?!`Vd#w^tuLC2J<`Idi`PC@$1%*g{g`#a_%1saH&drgX+&+FJakKa1;Ems%4PZV1L3ww?)=RYD&=paB()}8^;E32%r;hYVZwN7}MrGM7ZF}s|8 z9=jn+X|%*z9X2dJPNNA{I+CdL=lZ)6h-qU8>QrX(Se3*A*1%j=Fo2Ub?O;pFp&TNn z|L)ebz0oL%E5x2f7s+)Z@n7|}THt4IVlK~_yE7QSTZT_#@wG>X(6I$<7uC4g4QYkHRh{6!Iy2v(aKP5XnWfb#0q}b`DBBGZw zk*T)7VrFZP7i{^YT{~Iow4Pa;?4TgHyisL_h$bidDI}w)vK4rCdY8t3B6(slBu+6!;dTR&Kohw|AHOZWjbvbaQNeG7ctm%=vL^ zwW+H(8R<>wpv~GC9hAYiG_=-Iy%nPtnYFpX@;V8L!)j`O4x~{R3RJ;L97_nRE&Q`B zt`=(jr;0%}{SsK?FdeC&tgk0szln+(qqA!(awMjKVz*KVmm8m1N#9ndJ2HHv&(in3 z^AQ%ci!GaMVynVUc;qrLNX~nXe4THxjFswov8Ekkr8;cS`(J~^{z-3{6{lxV(fX;8 zD4T^(qiFe+Y4eRLL{M5m3(U420=zXX=G2y;e#!Kx{;W49)~(sL-FRI{qz>Mz)Seey zx5Nh3Gx_wH(SdFQ>XkKJlr1adb~afQOaqxa$XFtwD$^a$Jk1-wf7r9b3sZv8qsil1 zB*DO7*MwqO15yC3BwWnMMp$0ziX`;e1vcEuqvf~`EZ<{A6@A?bBCW|j0#FsPa^CN) z5Nug7(WCyHzq6Vjm^~R^Omh4A%K9XI@(OEr(9)dt6q1O{I`vx}+G&qd6(1l+Id}KBWKC2&aREn5s))(MQ?X`Tc7rX@gGc5hhpAk^C%D$*#K#rpRqvnJnIKLHO&u&!G!Yk&x|JDXla@ zTcP_4Ynq5c^FC%QlyQMRldIhAaDi&p_qMr_N}v9(g{@=W;d za?obZAwT56E$m#ye>lrtF6Tq&<0b_7(y=HNP}q`l{Kc+=9ZC~p27R+)j~a~Y0fgc0 zjB}`9A=q8XCM=X59iEex{b&s?eUGZDIbg4yXXf5gj5ECU}sPMsSsrarjLNx>Mq9 zSmuf=h76IM+q-XBe`-3&I9gV*5D%x6RcMr|S+|Er33^;T&XwL~K2o{ECa<(SsMFU~ zHymwK)yC0GyhfGBRlkgzo~>j}2XZ;vFG> zsuz)M6~zKyxp2cRb!C47HI8T;lVzP#Dy77Aj_hZ|KVO-^-&iWBC#Z{8@b9O2o!Lxn-eiS7muk+MU{8JTrr zt_Y=*ksY`F0jhNM&13q1S+#08f(%m7$vb!aQ3g-TgoC0(#)VvTf0}4NXx82VTP5UJ zTb1>ZX-}CREScD-9jQB~W*rQaV4?YM(9K#*v)SF&ja6T|k%kHu6X=VTLezQVD$!i$ zDI5|@!)B{Q&8byV>=mtfa~PRX8{OIvB4C!Ex-v+KUy4lEH|e;(Q3agldWol^7CA%0 zxJ8F%Qw5#BB#g&tK4iVZQut;7wkq#T0j;ayM1sUw)>!~abvA11bEasSO>m}CiorKC zl(*BzCYVpAb43-y1fUKXccXFi;G_M8*L|ftB7pOUQ>ia8QsY+`}c~^ zs&Vsv$sf8q^ka509U@p1Sz5ab5!JPbP_Ge=rS2CvtIWT=T}AVMt4L{?wOL*SHb)~h z)Y084GOGJNmW>UVX+nx>k8oTHB^m;$3(IWfu420zUCwbcpY)-0z##CA9ty)qQytv~ zRdARs%bAS!m8B4RK)XNd$141@&uvNCys62yGfik@#7h!Vp{88>+jr|N>34f#fqo$; zaQ?N21yFf0B3fLD%#soC^vKRtUDI7{*o*|CZ$MtRsFhi*dUHOby-|O9sX}6>*4!EOQUoJ1r%UtoH}&na!@JP~o*uApT!1XCQtU zjX`y9WW5z>QY=#sDzs2dtT)j$Z4*g0f2MNnT@yX{UScwp%-(R#1>Xe6in({5ec%n* zYFw^npQaDf3`APUC0-ay2_>+;z9YmB^tejp=DA9C#?;u`$S=P0E z@|p@+k#4bU(cyB-(`^7oX?V9!W_)Or&R`rsqmh&KW0WoA#vb(H+vArw1Ob!FLv=-q z4RX@IF^q-MjtJ({DRnmMG)k&M1yt?4Tgk3TNLi(iLAY*ey&SsK!em(#Si7qa5cbO9 zpA>lQHB?IhlSE$gbD-C-<90-I1k zFHoRgC(X5797F10?qz&PQU27gQ)I_$A`g>(^eAexxtqGjnR(E1 zT9g`CvPUfHEjYjiYu?uQ%*Ne1uPG5aT4yT7{82OCX?j+2Y$^dUhF6|am$syK*>g1% z${6rM;%K@~n56_KQgPV5m%x6&h5WIh?rvb#jME99~1t~zWXH|sApnh+EmwYKP4?1n8GV9Oc*OjPArjTh}*L@hFnNh zX9HoGr3r~`Pds(I4#re9U5m}}RM?R4JODB+Xx@R9#aMui zRutuDrMuAAf^$`MZKoKUWf7xC+Q;m=ep)CiBR#=ia)J%gFtzv6{v5Mf(eUZrW|MeL zW_4z6x4CX1$ZbMhT*m9yhlX~j-hFgl`>aSuxwNb6$Rpg-?rwYx}FxddAa*{smvX%^ykexC@9!|PQj|=n-;rPwg>{bn7OaAZ21EArF6D%|fwYL9s9pq%O5 z)PmN3&vA(wuD%SV?R!`!@UhnpRSkEqL969u&WGc|1SPfAkfC*j*yBK6SBa-=)zai4 z#9PekylXqCs#52At{UYp3f{#(moQP9H%W8l;=Dcny0bHX;j6`E5SyO2$D58)%&SZ; zIC2|d?FdLw>odmiFRoP%;{LXW(@}m1%CA8T_^JU*6^5z$sj=qxbc$QAUf;meKFU5J zXRQv3bE)v%fA&Q!aStWJ)40mg1=G&dZ{V021kU=`yRoBTNWIR+_V|ypHpM}KxbiON zrgh!+mJB?86qL4X?tB#PS~E+iP6$2?)D;(FFpplWu9mgC78=R2Z$^pB8u;Fds-N~v zfns*d*SV3j%A}KvF`r5swwghcy;~jhBE9n~C|{Jh8JCm+)@8jQI+FImS#?8R&Y0TktQffm~>F7}8{yymD9uz$NmFL=VhEn6% z?LP8+mR?-JD6OVudmTEWVG1Vs4put;ybP`IfX<=+ui-KqRWTJ}ifU_$`-?Q0Ml?J8 zfRJM2Ni+64+9$7?#4-*wjb%Od;lkegYtcp6;8jc7V4)#3tEJqW6iM%x)3HcfiuVol z4zjEr{Drt(3P0NlrOT~t7S(?r!VOwoGAmts#E9B)5#P>5DN& z7uB}+i&HK8X{+WQVj6s^INnZrG3AO&)iB%ojBT-@cOt^v?F%udMOOusC(9e-t#Tma zP(#e8Okx*sOLerC+7byUd;Cr3TW?RtgvdE8!5xVBbcXEyK-N{y2aiR^{M|tXkf}2_|lA{Q*%=?0}z_^)^yRz94Bkv zra3CgnO!$wn_UVV6369ZR4&j}N#%IB=eewn{A)bEGpkKn`2@Q%zwfkQ=fb*Ntor)U zb346QTt6FO%racgC-og|&R_N<3QZS!-5VfcE&MaQZMNE~RO&|)xmdwgOYup%Z0vmY zsPeqkt_4x9+1s~c@_|)jBi5i|eH95q8Ya1D7aVJ|>B^B13)P(eUvO!tHYf~SSa#)S zR>dO_j>Mf1S0=p6zLO=Z$C?6LeMXi-$SVT4cxC6N!(ZlT)Ad+c^_^FOC9O8AY9M!k zuzgxeXL^-nSBz(vXUH76UHFDC#9JsXRI{9KZ|pY+k3V~xFpUyJigs=$B?yjHgOO{a zRys#&tQEZF`oxC(zWILGOlb~Q%)(9Y-ieh5_nbGS?q}n6Mcp}RO(J4n^G!ibd8$A$ zS+6G799y2*#B8Dtaulc2{x))=0817>pz~j33zT;3g-)~}ME7a0BP*XJzNSI7E{>83 zW|>fSbshO{%Pnl%X|+cr#n+Y%ek;o9MjoRKkmFuXk#tk^FgeLy#D8;xxfmP$s&+#;yHvzg;8;YmBJ9tGI4`^PuCVn} zXIG(LG0Owfet0Jzx5*2%6|T0n4oc^0C)qIRfg~Dyz#p^Jm0vkBjQzDLjT{bbfLFkA zSF&o&Tj|m`!FJ6jN%*~m(K8u8>R~A?A5N*y4;myx>w0@1y;x3FL1vdDVTw)j1!m3JGp1RljnLkJw^*ep zK%-SUk8)o0rZ$GFME^mfY!f3}>Z|=>9*ola3J`->;HlnO17ennIM>oyqY{#S7!FyE zLYO|zGFc^7XHt*So?-R4r01pQGANof4L&99k6q<__9d8a7M}1NOpB1dLGVQyyi+*% zbS?UnFuWqK-1pwBz1u^!QwsDh#ZaY%g5LVcB>6xp6cs*Rb2Ngop)iM8%%vluXA#SO z2`fGwHH(~WtnM_S2QptL;w&|G1FQZkd zD68dvpIiz_HUQMghZl=+>$n^8=?^iXb@)1 ze&$r+0NzT#MG}Czq34<8vvlFSdno<^vir5!KwmhG^2MMhPTAtZQ>uInw9?94Y_uCp z0;cDfGX)j-YQV#T#`Q~O<3$eTO5T{$NwU96jqj85OjH*oCfF=IUO@bRZp|q(&akCd zt5a8hMecM{L;{$XGaMOjtv1~>_K$j;*zr4@Rpimc+1z%1<`uE@R0 zDmMT({J-m#n+?$t8@(%FBTjzN`m*8#PcKq}Ea!f5g!Ql3`g?TRR!>va&H~F_QdkN1 z9hy@Xsh?-K#b$ZsmNvG&>vQ|Dx~gSUnMB~-@a1^7rSjZ) zE8PT<=V3s-#*bTP@iCbeR2Y9fbFV2__1xMR(V11E-8U+b*T*#X{Sm@yN^$a~J+<;B zDs*#g_Az130vz{MTBzbxHsg;;Nu<{jit07fgj5#tDg+85lKi@EJQoW01QX0;%O($0 z-G&r8`e5A?e(R!qnZ0XYH`4^vTnEkSM0H8d@RXqDi!v!9;U7Isf|Qm|3qhgHJr8Tt z)b@Ut^!yiE0#}_6Lk^k>4^|t4E!2z-kW$dDHsRc5u7@>lsRwbfP1a6UQNP@kYT;6i8n18QG`O%q8Fy;XCV??+jynd@hN3}xP2Z7xBz za7{?s^0?|ish-!saLwjz&Iw_Xv#v`vQbt*s0v4{=C6_zNXQUR?0cK8|$HEFNo9@d~ zx`cVtok)UBf&x7_wPmTlxvPI{s7<=gLDMWnm5m_`JV75YJ1<9C6c)+33lxg}E?%zg z_pGBpu0H!2bnXWDS!Uq(f~)9B?3zGkWt82G%Z2Xljcyef6R%5x!D(9M@Zr6E< z%GrAe6sm(eb>30%qPN{7<)OgNY3)-zkFr05B$HUxWmAZ8w>M`130&urK&M18P$a$wY zhF@z8tisKGhR6s3e~`|Zyz7NzCdgY>_j%EV^8Z6YbTf9R93}(U@00cKe$}2eba9`4 z@R|Vk-=Kw8$ zO$4YJr2ZAh`D-%MV3$t*MFG^nvczcl^{gzs%`_`N|LLbtkreY=-k}#-JAO~l$^qQMRJVWmbzpG4R#+5VU6;9@UwI5W?HuB_^${E{$v%uU66U;ENuf+_T z%~Ji$aaTzxO18KTPpa=IORq*W9r~qgiT_O(Y;|ic5W5w!u7Qs`5^J|H0N+=&IideBA)pE{BD|b1uiXX<{=MX5-wtyYIGE`qlf0 z22g^``6N~zW}*E_E&cRy?7b2&Ao+Dz6kNqDVQs1;i( zDU@0iGKxbT^kZG@B7Y4B-r#dE2rmJZgcZdgc)+pE<&rZjdrDcejn3epo$JOD zIW7em)U73nWs2blvsPxc;?dH{r)@JvL?4#1e6>*a*^P{V)U0oT^j+YiFcWF(5PQQk^UadhJcbU7NO9ok$!@%_(b>; z?+c3Jqt>!PoriT0L{)j9sm(Yn_PhI>vb#Jr`w3?aS?5oSX{7GKOuB;UjJA6OR>Ww; zxm<1;GK)I`IyCwdsee!P<~ZJc+M5sb!WD}2TYgcA`t&7KkZ3VukNb!Rwpr{>R*q+C za=1ZkuNV9zDqv4@__H<=SZhYq^-hBW-I2Fxv)npM{l}$+EHx9`A2n_<;iKv4Q!C}v zU`nFqnIYj3H)7cZ4BrC1^c8ki4xvx7g`Db zK>Rofc74zxcZ6qx_V;mPX)BTkQdt<3;cEF0le2cegob$<%9=p=s+GzszeHuYWO3@x zGS6S6s6L6Nuryu5VG>4pT)0&^7>Amv+xyH>g<6z^=>mqoRH&<0bmEJuFZ@Yj((cq( z#AeJXmqw9Oqcc5#px=WimYtcW1W| z&Lk(vbWzV}p*ylwj3prao5H60bkbEL(lctT{Heh|1G4l0GR3VgNpABzQpBF#^rEjo zIH=OOBO3MUe>Oca3?56u?~Ebt8Qt>t-0EqT@KOJUNX~rzV#j6jDqu8cZyv913h_*VeSI%+yiP>kR|qm~AhyGeeHl?Q z*B`+zRm5t+L^40h1_+7j#l0buOgo#8b$_x9^3OT<9xO1sFCZ4+#mXkK#Ml*?|GxdzSkg$HSCY7`dR80fg{e-9O2#ZjO`O*6E+ zkrrbp(`Z#n-MZGK<pYlelzgPW6b3eTezLRLw8UP7ggte+PZ=PY zS-YU{Mt~=QQ1W<_yZbX$RM-MD0`We)^5{y<2=Cvk80geMbTYT^f=+E*TU^9tNR4on zGFeV10~AL&DpUsrNN#SrxCJPSj&6}evry2Qvb6?b8}CC^CPm)P;XF4m67dh9-0JqP z=iYn<#qd9+g#9@nT50||dZU<+qn3%fw|g20n)V=+b@v@_tfxbSO`?6fqz`LRGF##C zzJi{fOn0tbOwFOU{Ig*xDv4K!&o?qvKpWG-mA9&Zs##>PCNQf|FVg_4G zJG!@uJ1;o+>`Mk-mGONsVzaqzqRd$?hxQh+Ss=l2VC`7p^uF(uv*hI(iV?xH{d&`MnO~44XV!R*eHP76%BJTB$NNdPtIE%^wA;Rh?-EZ6tu9Vabh9 zR7VtXv&XJnfnlLp=w8S6!gujzvG|G}cw<53M zjKi*^o1tkP6{=M!iX02L_G#&c5_plz-n8^h_G3-8b;7XW4$owRQshst;T7it2oHvP zMaLroZwRAfppaa=;oP!R8kE0};?ZV2RqX(+mZzO5vOF`JJ1G4cyM{h=;%7j~lsVjD z>w8-}YK>)>M&a3Y+T8gf)4CT8^(N}(zoDeC1~p3aix6W3f4pKIsFHCYHy}EEW$7+R zEBFkreBk2O(AO&r?fu*JW&9XfrwAsKBbOTwl_w@Jl%O6x7#;$<<&I^L1eXX~*RK-h z%me=uj8M)=RSiJ9WDc7Et)3K2u_XE1Hrs`dx=z`4H&cP|+nNISwh_a5eV>%~a*(B9 zEQ?pyB8rr_FDwf&$`+hgo(D)54U2bZX9#q3^M&QNCDn_6*fpFOmX581K7K1|pf0IZ z`60R=hopxzoCXu7P8(V8oU5>BFQpTRY=I=DY+@zBZnqX=K~EaX_xgA^e|CS{A$b5) z{aXTml=gEAR8V5bF}K%$f2^5^$rX?uA!Atq^>2Fvz!1qEsdL5%RV^qewIU69?5~@= zEi&f18!gMM$yLlia4A(0D`N4^+x7Vyj5bmAKXYA*`G`vpg81wkCJppxRQp4xuvDX4 z!jh(E^su}RqA9y^A#G;aths-%wj}Qk&+~SyUzkTRD3GqvOT3WB^)olk9I-8*3kwnF zq#CEUE+uR%cLQ0@)qIsDc#)C67Yz8o%)DO@1}W_Le{8+z?ya6j;T9*!wEJelW(pXJ z@EG?cUZ=az-37|E6ML75#Nth}sTgcFsx#)g>^9Afu7I5irFYM4K|__w&&vqm zB<`r?U54S8>HXvMKx$gCncWy4?>vXSu;n8w1pW3OPmmUM)s(s-BMBORsP0Z46x?{E z9-l!bSM|m*lm+1DZbdETZ!y@}f)dW-=$hmR=PT2zPSl5RMPU8TMu4@WNb$C1xC#v727mXsJg?$Ax59y6~Lyd1FfAJzfPkw=?m#b z-G@60uLr*>DJ%pdKfxfHWMm%f%RRBI;BI^$44UXE=O>0B_<}Zx+=;8zn(}~yr)*9I z%=oO3$dRFmvvpGAd1G<4X|%DmA_jHN%t>!OV`%|~!B!vXowYKgvaHE+ndoNr33oO! zU4!rY&seKP8&uI5-?8-wCuT=7%0FS!>SFV&ocQyELCv#B3U1dR&aZS|>wb?qannSIG2kR9ywI+n+YCG!e34}YAC)-lU zbn z;etaTQ6u8kmn^-gN1Y(Axb-osFycB-Byx{qz9J_h^|aqR>e%{ zlB9R#rqb`TpA$zp9*m;-V+b^ao`ABGR%{Vs-bJ8@>V((!pBEQF`;F>AYz@Kz3*#;pWlWL!pI;{lo*Atd}J115o8>@3B2j-LB zyStPZoF1944t_^@6~V4NY=n7kfe3D^cRCDYKs$sb^VQ4<$y`0vE(@m>7$;4C$*=Hb zX)Bugl+|P!(S(X$F_%VZ&QYEDP#3SGG^6297Yn#p=6Zz7h9;gE84a0mxn~v868^2U=>~%2LB4Q0suoC~IPLtqe7a7^-As#cMCO(=TlNP-~+n26u zm?xb6NNXc~J9(~CcU(|p^9Z5u0SK&fo~m#7k5royF@g*^M&wbTO!3$f&h5aDF)aw@ z@I(dmP^i-0G@TQKp`9p1M~_JK?%_AnxzCj;f08TfC5r)T88L9wMVCJ~U>e+ouCv01HsBM(7fI)XlTXUbzKSpjIf&Pw zt@;VKa5pbmJT(Skg9@f(264S!W^GqoMar>GC1ul{34L?OS=zjxF`?0Cm{rwIlb$z| zJ;gRO^sTNjE6lpcfJ0OM8Su?dDK9!pi<3m2r}rdu!q^H{dj#{>ii19j&SIBwDG-Pg zxSuP?%r@@Wv@`St0Yzs!;o7Tx0!F3he7n7@X%1noiH)`5Qe-?-wKsyuc6`wBi8J-5 zBZum8p2%fi^tjE#QUh((TH%_aL@lM-u5O2$ljXsT%0|v#quMzNJO-~(1g(WgWniVl zu8`~wt7wx5AAi}A3e?h}2CA6%{-sB05NEjxnCP`MU$5uTSV?1L12EEfB~?*fuP6j> zZ&OjfW=(EGFmAGYi>A6!l`10PdaDy-%8jWCSJTa6t?zt+s6abz2Ys)}3&&54^nW7? z)|!!-Rm;;#0+Gj-pBr^a0WSJX-U3a?4|3s0n_4-kO5A zE3TcP0ytSsb0*U7OM1h1h*-UN(lY1CnOx)B$NGWaK!>{C@1Ty^oM=K?d9cRLq&+vD z6bZY(s)Ge}QbvxAzbEhKX(?}B)N_+@r~gZEoE+ayq&K@xf@ zs<3TDo<%(G3%F}N6Nmnm8F8n6lr$rOl%WN$E>{ss=rQk2TFxmQQ%b7@3N&IV=k@e& zfa}Q~b%|A85Ft0q<3SIfuqRQ4WEOa<$1muEKE>sb_&aW+l|G);;1SwP%0oyr#-Y(c zgs@+Wn#6K>T0^z*nB1>(=t4eDCcAKCsxJE+YI4Q9T`rs&$(=`mAdhTxn((iiv7!}n zqgV=h(8w6fMp;$2j&q$dqqIP>!P)I+QpP=;J?W*%&K4!Qubx|CF6glOCg7N9xD3g6 zM$B5&Gi*Zc!>0O3C73-6f}t)A>wf7fR`$=Rpw9(E?X7l43JP-m214Bi7fMTGm*5cA zJcbg2K1Na}eh^EC<4KS$ab7)Jd(~;VxXLCtzp);=1mZ|BL8M5avzxk01DDV*(+PkE zSi7q;z+4xpDllrd#S&dt@oNfy{2XhlShb=wGclJkw~AM{`qG^^31}9RReh+u#u5o((M*6IJdHcEu)iHsHbn*-P2d%C-dDGA|~|ci~&t0~9@vA}mEw zSCEmKjK?);h4UTpEg|pJO(7s1OuLK?keySEeJ*oH7fiXoaiaj6XQ@tc%p8QZFgFf* zgr^h__QX=TdIZw@649ETvZkhD&QF}g`bNCCrR6*6n(XFlk~7Z~WgdDqt&J`djS0N- zw`Du@nro!7lPZ+VdA1*;fwQ39>e57&aFQ)0;(6N|8Bwt7PRsecQ6eO@5dj`Gc~g(N z^B-K}HG>yi?!hd>T?uC{d`YUfqFZPl+0$?piXk>|-#`=&j&`~&K+$mCt=#>Kf=ev6 z>W4Cn+$hH`+juiMT$Jsdek;Q}@YQ|=heAHI3og%fK_fte&{@sfA+ir0u^YZE)&+U! zW&d4g5L2#R`1V7_bE{?ek`;}5dt2y;9U-JDNoHS57G^yq39WrWnSkhXEy>Zm2}^NU zDmklM&+FqO6c+WOz%7)q@l|T%)pjQfgPt`rhuvBU80;nF6s7iUWt#fc6?)R!_)&1n=Gua}Pz{Q@tOurtj6tFBeJ}hR#px?-XT>r9IqYMh9P!d z;m4vFHvgUW>Ov|pD`Xv>mN}@RRhP1+>gvK^XB<;zrav^ArfBF;_OM`2bY1Kfb6eF)>%+3f?O+z%)KJQzYM41J$ck zELKfnt2O2=meIzpjOD@1rDQzL?PY(p5LTK~3*?_j)tsLB(OC7$M5ra3p|>PbxU0}j z>d0*13L-Cruw^HV7x~#zY8P)?zYTxXuCXsttkXAaWjBGQMZdZrj& z@{T=8Cr=tE)aWF%mo+T0rv4;?tl#EZwL;9}2C?0#V_P=DNVWlt>BPgGygqBv(5qp@ zTQV8es%zT@ap+z`>q9Yf@KEBK_9OpT(-^5VOm(#*fk>DoR2v(Mk46CLOUccO9@;XN z6+WSBaLPGu4tWvFC97_CszpNR9SMR8vE{`v#BikBm&K5>%k&C+>|=6^sgnn5qSi6BYB#%OU8RN1_hmML_ zIQ@Ye_cG2>$Ekij<-8WhPH}_<+75Locl5x!;!K_5K=!4arjjYIPu(26*}WNag5CHq zWHw?>gV?mYM@HBs2EIp_I+nY8|^}th~=De9OUm6aZ{E>CLr+^Dvqv}FRKw|TV z`)YmdU&xBFecYpc%AAc)cl5NBVEm@`4EL0?d*(e-xynRd%9Mzvx08WSS=3osHdMBH z-iRA#kwH1WmFDXQ!K)BZWc)28R(3GFZ9JRNA6qa7jt5c?>(hd%{pNCK9tWvaiGR8>?$$p^&IH-7^&n z3DB5aCdQPJ()0widw86vl{YaF3~91uoL>zAqU^$w9^-xYY^$hGPJ0tI%u>*bwCXB! zrAuxQbX&1BB6!MCkaDAZr1~8jlvsMg+7@Xzjj-eQFhjlzuss2ZgQmfq;apcUgIr7c z*cDWcBRq#0R;vni9@`gBR<*ObupF2z>$oqs3UB2`3l-*vgX*vUB&cuj3cN1`j>1sT zM1?X&JOUy`Yv+E#m14+FRfN7>=!(SjR`I_ROY-` zIik9NlctxuNz;653$z}cG+5cL_gYy3oVxxkl8B@|t zSD;a}?ZEJn6ADc(;**aHkSZ*xxPky)a}R~^8V51bcN*`-D`jlp7BnY5p$4)tgO+xl z3d(0|xLHTNAauSa`az4yJPW7OuBrbwI2$)Vq>n*6tSfv@OI_R zJnAM1ttDnr=?ra}c8(8Zetxkg(c*R7l?hK+BWQsj-JR-Dl`8rAVk)ICBc!Wq(Z0t>(s@rHdUoB zYIyXc>Q219eV)YAGuE%KTN;rERrJt}uZ>+x=jctu;)Sy(;cmM11~eq|op7ZsB&9^V z`H32XF3JiyKj3h?=Fg?h_+QlRd1q`SIrUjrQ&n`*sbwqAgQSQt{L8oU;_l52ZEceQ zd9+?q_B_lUDZ!^bm`?pe%riwVIzV#I)Jn?aM-Zb>AY}1uc}m~iE_uH%6v0!SmCxg% z@}WSpa@a7Qw4Y@tC?ryVR7G8^|5_@WNtb0{!zKo;Ps*P#!N&Vn9z}G_A=Q=uXhMRS zd~YFpd*K|=Z{@4ERu!9+))3WbtMDNcUSMN=R#fz4=@6TrE;GH7ExW1x%~z!<@^cZF zWsMm!NQ2&!xl$z#jPklng3%-xKIWV6V<9C2=GnoSN0qR|5(}&N{6*t+rWj~mn;1~ z(ctV>;vjxa%`ZH4jLx-4rHrtL3A(-&`816jw({=5 zPjQ^R>l+S+fvwE-bAP*;$5;K#KAvJB4(jE)bXk||<#w)}M{sQ|=V2h$*>Ne)6>Lkm>aUdFg5?K0W4O=3o$lV!mj=hBiWiu_?wJNio=(+aBeAgklHD@em+} zum8x;M+;;M$8{f{l%O|?3IObjLT#n` zIopTnN#^{nYpq=mm7A7md{_Pm!qw^YS#9Ag*XoU@TzrKD25BwMB;M1)zLuN6u!m9k zD(fbF1-|T%#@KU0k&~AwjuwyBB~VvA1skFrlT&_XI&)@=hzIx7tQl1Wjs_LW0CJmH z_#GxrkFnU#lY#G{*=N`}cg;zOwPIC+Jk~dnd&{-%UR6x)w^*u2#v1B2g@VO|upa^cdU zjYDNbj=5C|PG}WWdtg{7dMa;On=a1M5n)g++|ueorC*pf(dkRb(k{=lJ^A)1`Aob5oAg z=|@7hDd(!Jx1LmMI^+n(MKkwDz}9HVZr})oiG#jqp?Qe4@Uo0;f#sf+_`%qHiYZGZ zDy+Vw_I<)zheca%#tG2j#8>!x7zJi0LFB6~L<~V72SoO^g)PCOof#JDo)knd^F_iPi7Hq1zDy9K)(!Ru5^ zsyr8rJWc%EQkB^3Bz_6de`euASWz=JK4h`TP|x8ZGR0c%0c~8+LNl z&e=ZXW~vTlG~}W<#qN{x$!i%pQ=OWU!r5$0_$J1ZjtNaurP;tiCZn2$rkW}1o+D$Q zZ)pE6mTIyDD#f04-5+b_K`hm>MY+@j#6Kmuu%0H~vc_4cG@iB=`i$55$3~)3eaNyw z6+P#WJt^Q7YM~*;OS$E1M&xRGXPsp{v(TbdIS`@IrU0riGVRur zRpg5fPE_&h0b0G|VZ2rhS3^5TS&Hs?KDA4jgUzS%wQp{;rRXSa9jOj3RLJ20+oG1* zvSal=Sr46sRF3p%wckAPb_rVY3_Mh>**!toUqL->+*z1mO9VTCLf!7v7)`d8Hj?_m z?Vx(^V)gZJ-v4uGpU#cO4WN+XnwN>UxRT7J$Hz7>p)6vedUG%8?{U>{13v#V?$Lun(ofPHW zACEXaDhY9rfY(+ED6lm;&jYsFS%kUglo|u4IYAa7U1YwPyvF*FALdy+(U4P@U%D|n*r5GV- zTKXKzO}DzUa7iJ}?!BRdhY&=1vXkW>TDQIWohy!Pb!k@yNbt?NcBiq3sjZ~dSfWO& z!~3*rrXAtV?mgvFIZv%W0SR{m;4KS3q@UfoAsM?LT0qonuhe>i0lkZ>(zxdgqGMNK zX<3$=ss;jVnrXMreg`fIc1wM&vP!;wYA7}m2I5DtoG#MgMvjpeP`MI1#%#iwAFUjt zPC?P!Ndt@=lJ4?7J{GP~KP^0&sj+hRTtI|gW_dvIrGAG5mwj*5Sss$^v!1MT874N% zQ)+tH`soK5<7e&~uA&r}#u<=cU8dz!^QMon_8t#rfWBE6rbXt0F`p!BLALwx z`%@-{h#*GEYg60`sI67?4ocaHvQAJ$&ZXZ%1ibHfVXK;PJYRAjwKVw-3Unf6E0i8~ zP7d(z;Kn+lQ8-E+SFyPXj!9>s6<8@6M7J%<=XOyHjb9B9?MAz0rKOh|U`=>tzEg$F zi(o8L4G9k%Io{`06Q)@qYszqGr&ED9)y7R_iy%9hAMpkAqB3RIQ5QUQ&O=TBJR9y{ zj7NHm!Z4i*`v4QVc*#q4zUgz%g@^QF$Lcs?;R3*C15#`D7IA1E9GudT;20?(9kDqu z0}v#wP9KnG+}3v(P}nW@>n~8m-$f=Tf9a8N!a!e=gU+X+(j+9)JcjqsL|W-=G@DD{ z*~<5~pT!n1`UQaMv}_P{!NAY8^W&vn%Y6IQ)3vCG107sEL=a0wS&k`u+6&^7(y=i2 zrE&80SqoypVh&yO2UZye#m*9P)6`R;%6NzhRA14K^JJ9ycr>Ao{$4H=iDr?V?*m|K z#FzD?18ZSqh7@Zf=O5>9jhfJ5HEEu?<*(+gMGnpy)M6ELLTu4WbmN@7Tl+kYS*&vuHS`Y$4G0XuP= z3@wdC0vK_0`}UzNm{DMD3z!kmbeSJ}axn$p5WN_n{|CwGe7J2!%TLFpC#%k?GlDQY zn%1fjF^&rHM-Q7j8pZZ+6{IK_h|yp}tW^@f;cfReIfx$%{H16p^;H*w=0J*5!%&cj zkIf#j;zM?1C4)%-DDXIJTgnf6hKd3mH#t|9Ujq&Wj~6es^8k_@2rm$lPFQjeMPFQZ zZYhgCR zgJruH@o4HcfwgwGV4fa9hU`1G9Qw zb0ln*7m^$Ld|=XQeUfG=e*!EWILuk+Q=~vI z#z($|2;D=7d}@O+FvEFkpk<@JH%?wo`Rf6!&7u|y2+3lK`bVEuKo1s3m&q;}3(2H? zQjHiw3KfW|3*aC*6w~ixF-9t|&gzf%dIZ{7@TdH_K*8f+KhZ?+M*WG3n)uC>G64yL z`vomp9GAu#+=A{9Mwura#}xbSO%}Ra{oa>a?5VKTT`u0d54xC}@?w+AM6dxOWd{`I z8XmDBz|F8xug~~k+1+UnQDOgFCGh-4f4fh~LA(jC3X+er(Fv_eq||KCuz@a;aV$F2 z5+7_~s8;1Adz}7}=rbRjXT0g}w6qtG8?0NY?g>%B%LbWA42Fh3j92E`nXh#69Mg%v z%BlPwEkTc!nSuMCdzz_6nBrZUxw7TYd_aIfI_Hz9L-pe4@nPPF(?Czo$qwDt zpG(wqSR0x_gNYWvExBGGc=eY~%!umijoesLUI0;Y@cF@TQzRP+te%LD9YBi>FCR&% zQ`W~?r-~>_VSu;gA>hgUzv|U1NkPi`Xqfl!-J(uw5ftcB{3&2@Jku^X_U(-x6h|pc zjGkTZ;w+1?VcT6(SW?+oI_wSnT2h(RyV*%2S8ZPqq=~x1h^9zEq^{?J z8tX$^CDg%4d#a#N2APS-%f?|N)Z%Ad@(n6l`yTDg|7War3NNr+ zm)I#_;Kns)%m}B(-g=tQG=6|7{sJa0ojAn+1K|7rBZ*CGo2BB)Qo2r<+sIPf(m}KEL)ijt_a91aK&T6*GXM-xWSq1yXTAYE)A>FS%n+Z z!?ME3hAf60ni@|}z>{?1Ux{L`6M=+02$^E*1dp@ z9ekM8(ku&?SU%l0hYvGDSl9M+Ws4bOp^CZGwW(zxfMF;2=$SLb$adc7jpjQKpr_7+ zag0hVsMyV|BAL__^RT+?yD?lFvM6z6z$+G%fq|{66d&WD!{tk^mO8SKvZwu>ML> zvWBNF+osLOwdjoKA?US)H?a(hoB}p8eVB>+6DiFp)4DU8aX`8p0eT1FV?r0R&AKXm zv7$W_o}w-D6d=q$2PQ;*#zSUadv#MQVJ1FQaCm6JH;n?s4&vE9T82RAJF4iuvc?3F zvycCUs({C1i@eI5t~Jdc$64TxAt}8^`!TmRX#bciN@OaO8`Hr%$Es9=Fwx?VrJ<8I zl@|dZC56u`08_w%z4w$6jU>b0S>RO|lIL-WT70Egj?S$K6SFN~I-f~VdUQ*l#{2rc zH(ALMr?^Z`*aplweteJlUR8iK^6Ngy2na+l#I0u`jT|_YN(zJWjLJd)r&{@rVuS8g zGzBYxxnx?p1mqd&h_vQ3iEHgsH$+TMO57^a8K9G3FaL7$HXvhDR%2+|i%0c0PPj)N z1kZ+A&Es`&ZpqaNhpS7$FzqKDqEXT(2$P*3-%^*#vU>EQrW3Kj8&Wih8ewWUs2J$V z4_REEv{cFH!Dd}%!<=VbPQv!q3>Gss1}&)v(-Pm(!c=}rFLP;LRN>`LL~V8AXjSUa z4EQwwgBq8~Yu#DpT*^!o=9VMlzV8YQKT$^)G-*qDbQP443fm;;#i-6F@@~V_fR0;V zKT8QJb5v$7?3~qWld$-RVPX)PjoWQu-ueJOlwjDerVvA?aE!Cq9fC8w`ej^QTtvp+ zD18glmJ6<8E#gI#Rf}U$=BE`7$tFm@>A>NW$STP(TTe6QlVS{sZ&e4R;oieOE^?#5hbM) z(1i!h`MCtjU|^U`CK9a(xpG`(LB3VdA}Z>R*aVg;m{==t%CnPaQLn}pEuSEoA!iV& zrRx`z16p@optxvcEKTAR zot67=e#@1pJeN(M^hwYc^u5H~;R~DA(fwkN_0g}VCo!@C$oBpY2x}=IQ9(UBDt&T! zn&4+57xk9RrvK^AaqZu&Us28^H7|2{QDz(FR+co?`yDsk;Uv$sUmOGycr12!hxl&7@(qrbKeW*>c>+Ao1Th5kb z$%5`72ca<2wD<0fj5&wW$;p^9@k4HXizXX$`21Y5?|+Gc?BPK*E&U!{br^a%YZ_V+ zut&e0^mz{C5*kr|95PN`1nZwR!cB*?Gm5rzM>cwEO^Jx~)WhPbw@zG&I#gs}1axt7 zxGrb?*JNa!2RX{1d_H4%q(y#+pldp4ZmLmm5$y3DSz^$x`e({R6DqC9%aNMOv=*KV zahNF*PEqNa>2rzrFUhG-9wEVvWPX)h@PrnITuMOnc#PUWC2lBl`c&6IySXIhYEPT5 zWe1kP()ra82=d0DX-5-TMnWsqkdQtWb2Q;d7p3&6V6m-JX$`jMPfWtBe9G@$=BJgc zqwP(aLaktXw-J4V>SIN|qXj7?cenVCjd!o_JK!R*{2F+aiWxPUnEY{)!0IHmS8=pN zOEU2{qUkkc;j(3SR`yPAITQF)cj;#}^7F|R8%*!oc&l(k41 zWqB0VIZx%_92F&6%t_g4vBPt)Oef}>J&-;`<{#QQNA=9r*dD6t@3tSwB z6iDX)@i9L7jK+&+iTM%7@8L0>34G{@Vf;3UteCYX^9zc#E+H&>Fm2F!MC=McGv1<5 z+S*;6L*C7CbE=d!;-3;}`s(7O(WTF*t`)$j5{azSv(iz&gqo5Gx#|Oyj0vfp)BDBl zyLxnK7~Q}{8M#PdP@8Joh=d$kp!gZz>`@48@4(nNTNJniT62bYrEQo`1N8N1lQsspH^vMEKMD3VoI9vP3#W^keQbtHms z<7WQCk`!XX;DM5GDRfr$+F-5u+p}WvTz@+Yf>_2%1GQSE;gM|O@k$uYq7h13ITopE zL_~*5ookOcR0vL)j$H}r_1seRA7E#5Ueg1zRGJtcV1hGD(_h>WllNbk~A5&J{-WBA1XWrySO6?;jcn;LEGz; zN|Gwj+3HLuw`c+<5J7tsy3}n;RMN~YCoQ_@k7w|!xo~jWrAQ*|C=Y#^K~7ehaUk)r z7B&_AexMEo+|Zl1 zJf_UCC%SI$&0Kwwr_i$Po+x~&px*qU-x`*EzZ-Ym?jgPhNWKum+PMlMWx%99lGmXi z%D^>1J+RexB%nIXbP?YHjTC4`?~$o&ks=GnGt0U8k4^Sic-}dj4}KSp*u_h1vNGx* zzn5F9hVKGEJn2l=W`}Z_it`+Vnk#jGGj^fCz2c-$(hzx9WburZ+#sut0$noQ8-3$b zpzuV2o_`#l7H*)8gB2DqSr3~S1UilwRferDSb6d3oRJQR0otE`D0aEG{SCkdCShIx zawf2d!ka639DBTVmG_%B`@{1nlnMTLMA|Rgx24>{dr0^S!p%E7kXz>N`XUdClkg(u z&HFZel>l>4?-mX(yPelZW+qJqB?>-rAsH9cpaLaW@v2l^1>MUtsQjbwg{wGoF#Hx* z3K$$z(K^p&^`IR!0u&JbtOhhp$Uv5w2>Z)sArDfA6g*OrSDKODBO6tcGBi&#Svn{{ zMz@UioaaIHS&^=B@{K+}+dIMSY>mRO{F&>h(OL9yOqEWhkfP{!l?@IoW>{}(%M%%F z5uBid%kX9|jde(+3oW>mP0)}#)eEf2##+oM3g-)+bda$E9#D9HK4;=koL-0({J08< zh>L=iRj|jqFy2I_fqPZ}Pe8E0ClP<~+%o{lq4sTc^I>1KFAUWg>ZMR>ac2f7-(zd};cM)R*}v znm(ZmCEAWFJvy09LGK44vreG>tX&&h1pwBoJ{f-G1)?O;LciM+`q#__1zSF1P-MP1 z;4BoZCNRP~xvcQyS>$in-T*TQo?wS~hdhsTSwVVF3MY7xVacd7_uUQPw40=7>GX*= zymQFC$Krb?M98RGBI>o&+;==5qK}v%4~3WG@Q1Ke&KSK6$EBp)8ocfO@!%70=+nDw0bGwTSB}S`gZfW z^R^HjUbI4O$>P%a%UM=1n0V{LZj>uwYHhS*=p%=&!Q-T5T;B9Kge%gNxO)Ro?c5N( zkK0oL)Q7deMQ$Q5re3f%^OPEJp9={LnX z$po<=E9&;u_05k*`GXEb^G;5PAsMj=tU_izUAC`Y$Hp%~T`bX_i63m}Pe}2xC=<&>}Y&_RcHLyFwS=cOlhfr>m?yr1(sC-o(?z}MHFO45O;l- zk=r77!R*k@M0l~}ZJ4^C7IOqa3CfGzpky3!dVwS1o{WG&HXo02(u1v!A+jdomxAf1 z=RpzI@~bp%9?)5vNZW4}?erUuB&aup^l}cU{X-D*V_h{>m*u6LWd)3K;1aOQZ|Ct% zL(L2fShZywQqZtKU2E0?6-a>R)28rfb_vbE4IErvGtMGr$?FjUN(dC-Q|8kT#*YsK z_qrnDX9HNy;!l%OlAP3PbZS8>9EEGWOz6^0Wi4+nEO_jW2GvJ^knX2cfpsP2;CJ-6 zQH$Dnh`X2IG7@)$@VgrVTcQcfsxlP=iRcJBU0G(2NG$M11gjm(%iyxSCPx@(Ydf@B8&VR$Urg{mB1Q(RE%!~vfakwWqR`kWq+x$g27R&+>&NWXA%bztVQPO+0>)FzK$)Mfgj z`1$J5g|?13P~MVsXe?GK&DsS#NMZ8&^5G*4DPYlx+1Jj73o5pG`12Tob2Ys|&o1*; zPmF`M=rcAvY3mn^$q2r(-(*XF97xWwW;9)uKCPiYOZ}Hoftys3ux|N{1CbN{tOKg- zo?}#kPnDvw7t|LLr%}!uPO2v7r|=Ww-dD`>F@+7v1)@Tl-%@oUMm(B{y8cErqH?eF zfJVv&Q|pENOH|u*3S^4z6$+a1om!wD*s8=(C%M~#J9%B|t})SBUwRiJgB{)l#v4>O zh-Wh6L}PVS2s|~0FW-$>ERjh1F+8|y8m$lxk`q|WKv{QZGPrE~26mNjaE>ZDIFcgB zU}SG+#TCNdlpip=Ea6d&^66$U!n9`d7d^LRJkp;IW{sK5Ff8sOJbII8KU;Z*sn3_* zXf*2K94S5*GVgdF4 zw0sfs2q$~_0%iVC%xh$ea1#EO2kaBgDq0ivqjyRBhD&-(mO5+o8~~Y=|28C+tLhvC zUdRW#*|teDAVNDdx#-5uy|BbR>^~~--zFV{aiz+BlWgLq_&zr&we#(L;({c_0}_ky z`84HC_~0HZP`u`1{CRpgg0_PzYC=#iX(g%B)CVRz)hFL@c;x6#!ku9Xp4FvuR+U=@ z0!T@j@gQ^vUs!Dl+^rV?miM0-J`tZJJyHSH5h*M zV~rg|sk5-IZ5tNK07TMLq_Ta7FJrK6Rmc2%U=-#}nc|tj_?|{lgu=HLph$tWuFxH2 zbGz|#@nNavgG@Iw6Smsro1K28yXLBzP47~oPbSU~i+K&V^->3X!P#A&i+1);@ypBj2T_#sYTZCrM#a z$Y#xeTLF-k9SI>aAY+}DN&wTy9!|Q!i?6bw9~0pumnQF#ClO+Ci5%2H6^A?SpWN6Q zjltr;yeYlqgBwS&b%lsT6_s`C4dz&l9ThA2^W8SjaKVaFlw}Eb@yreW4vE87B+1Be z0JT*#Sz*c1a*eEEyWsexJLallz6nXaY!tZ3z~|>;q0Zn?K_jAtFFw+V3<)d48Rjlb zj-Ml(`?!Gi7H*O?9qMKJ_3jug=Y`Iie|AA zjt(>MNgSD*Hl7#w0o``+k=q^xA6Cy2LPVWIx@Qxtowg6~6_{zqe_7oJ*hulRNOou32&BFgP%%+T2aHImQnasEDaRN-Y>XKqGdMD!XA7BY<1 zE{1;TmMvnf(8y$#e-Esg`aSVIcuoYanI+W^Ddejp9}Y_O{-~b+_hP1#2M}|HF}qUN zMptD`He+qHwcw1Gul|ShiZS<#tzlMuB*2LrEnr0

lUzN%d!s(xoED2@OvyK!pI5 zeKcbd6F$ye$s?|;&0K(T6#L8(m`NXuglDUvAq?>pQx^^0gez=T8~K()R_^Gppg8m-*VfO$3_Evrd_wcpvhUQ=jEu& znV#X#iVM$8$;LIuBliCKpcUFd6#cQn?obq!BAc*338XR&xD1jKQFC_0Ln<##hdNJS zZs?^eutPCVWgZo=<2LRGit2BX9f~$uvyTs>j>4mHpvUn*&+(t&$&&b|?%48|_jVAB zbR!nQ`5+4z()(*HUOz!Rf<->1pHV=56Cq}vRHflG(^UHTWW%6VUufHeVUW$|;wu*h zc0O~gI$C!_LQ0-E2q%$XqXB{^;-1|2(Zh`DHY$4o)(6HkL_sH9)rB&JdR6q8A33qT z&qHqa2c1V2SsZ;6qTpT^&Loho69Dkz%q;Q>gr<(b<}`dtRT^QaY_{uduOL?420JA& zen93NB#do}w_uW*tfeJjZ+8Gk4+Eh!UswELKb}FIv0H)O1PiO`Y8YLqKq?y|kHl~E zEJOm=85+zKq3!;+s*peZ{eebz4W$N{G!wj|HN zD33B(G6^o8prTSyBR+tBy+jtq#?61#c~6Aj5+vzs7{VHcAA1*k+R!`{ABLz9N^MdE zP-o=DrKrcqDsQsTNTInZ)^XQ3{Mz)0pS$4YHGGz`9geo%mB&D>zi9WUJ+j{~UJP zfI>bC5eIi5ZtaE!+60}x-J@rnuH3RGlWaewVRmBiqg_Kd{=p{_ARMtYhYxEkN4G?W zbbM?g`Q(eH?nrhAL91rY*2Zl6M)V==>xzu*3M>SfqKdd*zy|2dk8i-YZE*~osvZ(~ z3Bp3P^<#t+7!#tNTvZNEz){Yy*vJ;1sQrk`Gg6rY)=@g7Z4g(^NSH6IE@_g29Eebf z#|3&Woq{whXSwPDOklx&vD{AH*kBT8nNq`3rYtrX$)U{l$es6PRn`i4p z!fTN0O+JaHfuHvgVAU_l1NMdmMUu>|l6Q!FOubo?dR@dvr|8cPIA$?YCNrkqJHx6c z@8}_S)!ly{1z2tqa!h7mj9oh&A>OMs_mCiONxv&kJL#9AG_W7m9A{B3ORMWd{TOm> zRJyR*PCCgmPj22T)G-+N>Lh`4TQ}-q(y1Pcbq;%KDWf|=s26E3K{VE)z;=K~rU_l1 zr?x0_vWOG~vPna4v0m6|7wt{pjHxDIFzL>|j^-(F@M^i(O^^TG*$Qy_#5SRGcb7yH zhp;u{oOe>>VABn!fo;oKiRX%ex?#{jGgg(~^U4+?4p+H%43GCIYsUVAsmMewZqg<>dp{`RZGG3CqKADuORKm^B zQt=8oCg_|U4(BV01u-{bygxW(8A=ylQq6OME(f^*%G4U}yhcD_O*+fs-t>4k$brO| zC|NdCp?{3#Na2d{sP~*N`m08kTXeW60aG(e5P8dFoo8iMsO9Z5y*Yy*$x%;@kN}S$ zUrJBbWMwxK(ps$I=J{gbWPZ&Vhlr~bAVkWLm!~s?1Uw=)o3cY}u&v=Cvx00b3zR=d zKei%1llT~#R*~+#<~^i&jT|Qz?l({QMJD{k9cVCXCg0C`xNyIA{?dtw1X{l$OsquS zRlk3^SscLT1xu+gq;0HsKD3l+BT4cT@Z^{7t3_l9DNCpa;}PRCa~Kv|+~Yh&li6kRnr;URZU(l0RCCr?-15t9AR~&pGPfa?rE|5?v`k z!Y#yZz>K?T3n1p&IqLVNu(h3B`S5xn-wKus(^CJ?Qag7>BBe1iE3=U<>1Q+4z;D3$ zKxQIgKT$~~5WE|PVADB-nZ=xkhSvSmGje;RPB9WrvfC+v=#=kgXxrMoKZSan5AL|B z(M;Q%Y$0-iTxF3%WugOZO&&e$r33aH90H!FbIyB=SlnsOzomn_A9_MnhYrbeWN3&2n@Z%Cpkm4c=vTY4}Os2L!u zA!7S-^IgLRYWNk4je4(34NPxON#~UXT^-nD?;%|O=|ZldQ#Nz0z6@B~1L%l#dGtYV zvvWp*N}47O1d~~*F*jI|F>1|CF-ZQ&L_AJEhiMj)Xg-%y_Sd@07;TD)*g zsMox=!4)eDPF1@@QImZj$GyD}&EGZ$80G6DYGx6jEQNiId#LAr-1I>YDAU``spGp7 z&s6clTctn7G;UH870jmB&%dA zT&fu4Z*>RV+O6B)4UvS)Cnky|pA5}b(2uRd*oUPGPE8!y8RZpetfGD}_wX;dui} zmPmq_|ANn&hr+4xU3ARc^|%#PIG(Esgu*5HF8WCtt{DfCEx8;BxZ)pjq#p04Ao4vH z;yH^Hjef=gK+b^&h7%fT8wEX<`t%VI`9Ldn&opPzAdD9m0aOc~k+Y^CBLT(8Cw{SC1xxtNJF2us?wffmftO=`N=$r(cP2WFk3Sn~z0 z4oJ5-!R~XuNDdb2fM+968K+|iOpJVt%YU1cFuRZWST3ZMi2+;9Y>JMd1V#$e!#}`8fzu>rVPhgGje%f zW~DbrtLGU>@(_2otLu8BWYQTgLU67*B${#s|3Rb{5wBJGqriM{+E^h3$vEs#+LF+< zh)Ejma;tlziOf4%Q!jzS`?D$fbIH6toPEtCaB(r290J0uS(+JO@3bV!fz;HSv7|-7 zAleA!-S;y>;#t8Yvq>j{;qFP_UQsSFw*3;l<8?D{CuMJU!)nbyRXx6g>ZLkO8=#)Kw=lG$bx z9DO}rBmGXzF7AeBQ$LhwaTQV1niH;b zUEwnIK8Z*&p^<=WkzOxT*=8ADwCuZ7!%ec%s>91MgDz32h;t$0KqqAxy_<3pB{G-? zyNgO}9HuUKhw5>WR$gq~!+6Z7^10oesz-tZYc%vjBIVj?)y=u#n;#s*+u;${RDA}i z^azm$@7;)CC2Yet0MzSJ$X6F|%JxWrkQ&UuHl^J28mA*u@>PXSC z&IUVDISb=F7YD|YD#IixI<~k?APcHt{*v7%ZdC~7>f5cO2Us0_0pRbrYffgKAoLg* z(&uvAN%2H~hSSp_2@$uhvN-oH;@Ga4wsdx!8#@|WBVGM2aJfgu26#c`g)#;G?lpkx z;c#Un7Qb%}-%&a})Q1-_LngaQDkf}J1>}z$O`)x-hgpk5`>GnSDETiA%VTi1=7fqX z*}$tnq+W4(EjwUzXS~G3M2wp&X@7J@$E4;;8)gu8SnW&Jx8)w9Pe)Ud+>-x66gfi8 zkG3a~q-3BgYB&y@QHhM}ZNR`4*irw@QQ)!R%J#pugibX;1x0JxmgTEvKpD7YN2yCaQbdjnI!;-m&KOazhZo-9QW1 z-3X$gf5pm;l=-lLd4)=vT->xe^qVetUwt5z6u@<0V|(~O)PH7)c#d_G^Jsb~>%F+L z1Mja^ES;#&4{IPY??|M;BWRf1Jk3`Y)5Fo+l-}w5HUJ0{vWDkm&|Cho(b)KZtfjFW z3NZkiy)sUT`D=mEqk>rjK?FSn`7f&X2iy~Kf3{i2OJS|W*|kF{`&nh>K(ddG^kd6( zU@%>NL1#8ysq2t}`BwBu{J>_I=EGiE_*W=yr@>U~UPqSc^2!|;uh7a*&Z}XXrPJ9B z_Jd;b@kQ(_noh`dExGn5igH`V5nGz5AT9|nksQIwzKrpV*jo1J40Gw6uCirfhg^1Gr~mu zl%3aode3{3@ z&~fC@<7xsr+%>bBIMt=13um0}vGJR_g^X%e$LSoFyZ{|4M?TE4;5s=U>LOvMkV`+b zp{DQW&vPy)uyM=YXj)b8J}w!x^4QGIkBH@%>nzt?FqQqbm5U&NdBa*jT3~BMOS9Ng zDFqzAEh2iaN&;SvU(bH*0vH%xAIfyLO23qD-(WGJARD2NtOlByVquC(2b=dZdn1Za zkBCU1^%d%ot4?%~Sa#PaWQh8wc2g+AVy|qv53jw@@~Ze$gME4|CY~IJRfliHKw6(0`kW?UD6Acd?gEhPsk3(%Fzz<_dVogx9y?w7QE1wj!b$~qd3Op=MA$PVJ zT!K@947}2>L@XP#N`1uZYwh&4`CEqCm>6cjm4b7U>{x$dLZokx=AOj;e@|!m)eGBR8oz znF|=QA^BNIXx7#`zfp|2{b&<>EN=KmlgTH*x#rClNkMsE;tlD6CxRF~+%d%=VLI~H zTPjjWG@irWja-&yTK6VmTg)q!-XQF>0gKRUzA;?9g!xb(VRw%nah)^wv9S7~ z{R3kG>I$pU8}?+zLe|e17}0rnPu*T0r9-CXwzD@uQ3JD4x(?lUbY!*|S>}6md|f+Y z_98Phuz`RspKu(Us)i2<+i?^{!?80hH=r2>-^xJVoXE;fR{K)m%7(ZxFYZ_>h#7>w#{kBaWux zvC_7-*|m$D=_xul%pXSI=2U zR$^Z%)FILk%5DK&o~+CFWqAtlX#Ij-_yI)=^aq&_$j(Rum6%pRSBRW8r;)iJi=cQ+6fZk`&6Wbr9+)3y)*ZD zI6g8D7=?ONg5elUD)pSlMy6cx!9$D^YGo2RPX(9-=$?iI=Bsa6^^^weO`tNtgIXB5 z7WnwyaYJhny8k9+$@arQY!!;+Ad$!|n^<7*)RU|qW}h~*yDHid0Uz@Pif|Ws&@-cx zRr8Uma$91+SMM0Kx6WJI7+O`#Qr|y%qQ~SGE|<@YoA}Cz7^X2wcO^Oa5L!e4c~z1E z6UI1U-r*Y^1w4ss1}C*KHPt^eIUb*5)BgS-+4h=%xRSu%=Oj=|ZJ3U$qnA$#<`j>! zS=j!=+(rlqZD6!agr$tfj7cLIq1K!kM_q@FDe|P)NY2PeGMm$aunbk;T_aApI)j%e z|61s3iex|n41}JdrLf>DVshW&U$`yZ(PQ2&rp9qvGH4{q0Cbs?KB2t7xx^a`g=`F& zr!q^KI4?*FE62<)=STXTdIUqIo1v$TFFEdwl%ZTJ-P=~XZ>tjZYn;im9f%e7V|T?S ztbk-J%H8g;U)KoXU|^q>SJM^ZhsC3Y7GK}mV-?6 ztQubrtFPLf{g87zvLW(OwReiu)W$R@Ywd98x7s)-!m<#@r|BLamPr1nkRA7E5=1pq z2&Gq$Yxul&>a{g9?c-pOZt|#Tsv3qPH>C(+Hh^Wsc(xLEmPMp!^B6VS4sx}EpIIl| zv5nfUkrZclYQALP;4YnKMLKH?8p@S5owa4ON!%>IoH$D`grZ3kBDgW~3_737d9&42 zP~F_3*t;;hA}UeZ;jqqP?%Avi?BqcuU|{K_CQ{{7f{zNbo0Y}FBXI`ui&6C|Zl zZ4T*ftyCL9QilfgT!XwLswx`)F}%pN#0T5Tg^kjz9f3{6yOll}6T9h^-MNG)HRb@M zX=0Bo_IF==W`@goIygwAc-IMp2^6bdp?fIpnD2`;HBIS-{d%XvU6g-Z6J;20;sYZh z*ec>ZvxdA)ORZ^XsXUUH-k>67f$$pfdfu39@r5yx3Ba)L@i^ln93I%|QQ}*SV)2fq z7x(JggSq8Evt3vP3pGbt&oUH=C*G6YDI)bF&1FDbCeGsHX9#&WKhdvyrLhf zq)HmGNJ}wr&Up(#q4YFs#nNwNQ&30Q_jv#Hf$HKM*|z4QnaU61`2(TG4nJC3zfjkR z639f@3ab#jK7ZCK3hg2r2){6iw#Hg?GAJ2t1K_`_5UGH|s5}9Dx#@tIrpj;9Nth_2 zq`|X}m_)9?(9+nhhM9@6mk%4FG<8!WOGy-OY0M(_^uzY?7m~9?oHEeWBK?;l!EuGF z{E@C9_LRb7oH-Oy;p-891Y;ua;K@4kl*}4rmaCKV)zs*9LlV4?Na3#R!AU z6wP6sbVJJ~6ZeGGQ%TM_keuqm#VU|FIFy3$IjXG1jwd})cBP?`uYnq3UzkoHYyLY2 zA+pWH4`e$p*0o+8Fbe&tO4(S%d=_=NC$djS>woEH5NI^W)my7DjC(d%t!Vo6?r<5s zZo@>THfXKJoT{ou!^&70eotb^Jm{b7SZl}mM6ffYii8zz@mMBWO8iQdOGNKh z-t`ybC@>A$Gz1|`)P6EnGA5w7eLcI)Kq@9;UkR`@_fUF5DfgLT|UdWjP||<)gwBP`B4r%!zm9AvV|s9@a7t0D=34hT8}M=qMC&5 zW;zBSP%HlSuO8QJ9+HAXA)n6WrXXNfG6_SC9b4+vF7BuWpe|MO8t?^+_~|1-Y7v%I zsHbY3dJZ(ukXs+^_)cn2F#?I|MrOj+In)C9Te$w|?V4t1=J(YF{Qj3)4I6 zK~HBvk{{K`4Jeu=VtPr2KsMQvr^~B^3+O>5yU+*HUt^};_W;B5e5;5)mj+zrgPR0+ zDdcDP)Jt&69!X1wD(#Ms4mtSw!cv{IadpoQoMu){&8R%D=9`iEBYQY) z%9S`jO!snOb;-|8!Vp*BW{B}fPs(bO7V4d=GK2b$3Dvo^aO8ZmI$TTtwPV(V^oZ*C z*Ow{>@mwGY7*yxRfuHSNzWwTDBC7)qZax{z+;paA(U>sIqv4(x91dm9+>q~MRUzSl ztj?`uwtL;Ixl2h=oOjDC#S8e%42vdE!fCrq*(sPjVkb}6bXx5_WlZ5}OM^&!3rJKg zIJ4HM|52UDTQk+;H+mD;!q$vO?kKUa{NBZaWb<4n)#%d%uwy)muX(bF(L|dGSS}!f zqy;52tCIdsS(sjq`lHIU<;*4fBjQqqbU1L5@Yw|D)dW#&8mAsFbt9m2M@y!G9vGG0 z{v*;|j}ulfP{$W3$00Gw2J)bt{Rl$MX1NUfBS3_e0{%VUAv8oX^3a6#zMYlYZgkPcWqN@1KM^FjkaC zCU_9RHGQ^tmB|IuAZ5U_G#$6i>?dc?L&VcaYlR^P(-Eb(bA;I!UJ;`E65Ba>GMNx9 z4nB5hrs3O&*zaAgg>o`eUn41|Ywn&1nlyW2W^m-CDf7+}9d+dr292Cgirf-iIENRRTC2V)t5dvwIS_n0447jj z3KCCOn#4Kwbhmv@bcz)~s^oCV$Dp~`!9@c4fnq6D{XrCbMMvY|^@7*m5u~=!DdCk; zq5h_Rg$ZF&pRLXZTPYZ4#JPTt#~~DEDyU0zK^6wO9xeOTf=iWEwUStLm>ZZpm{E~8 zZcWLFrOMg`n>O+5oyj}Kr^m-Tt`@jD)HrNV$+2dbwRY`-su+;aS|no1pa7mZCrl`xzKLkUa@{=>yV1}l&6ZHj=WC!XoVCJCF=<7_jYWh)m30zp zv$a@0(3G)-IGRI170MWgy*;i8Q6>?}LQPora=5|@DFF8=tJ3wx`_-b5&`MCI$1ryt zXol6s`vZ*Sw#mPS5S^GKC0%L`3=1|F`?cPO(Z$8=70gfyl6<5&C``k;*d#yPeL44O;P9YkIOQ}ULfi~%etEVR1ksr62=?k-qXC6{qafg)7n z;$!(=`|^jV#gM1F)%c$a1IG94(B*hKaFCx6|)w8nx$N8d#`wZS~lY?@H6J3 zJ47uKVe%=e;8m;fF>!Kft2?OY$-u;}Y#(87)d@;!25n*86=Y>D<(xAPL|A1Bj4e34 zcJZd0M+-_-y3=+!a}^GGHCxz0Fv;QU<#`l5C4+JcIk$jF5DA2=9cp;eB-r76s6z!I zaBqf3WLGH4?S?UNQ5c3+>|g9IPZ`1{RBQ^bCCXcviSNA#&1s@e%JS zXW(h@9f*|NnZ&am(|Sf#^f^@xFpwPJg9D0gK#r@Y{rYAHPW zB+xQP$5s*$CmE#s-9^}C`=kOCv&-s{AF(>j)ex;P<2p+>W)~5NU7IBL=OzlKstCA3 z*^(JdbqLw`N_-I>UO1i_@WvY8f?nv27)bfX+(2P2L`x-03FE{38HOx-r61iCO9HX@ zXf9sXgyRB@6e2OK`_xAMs!6^cagOw;jxsJX5h|t=5`rZOIMm0vNz6pz4leA4po>{D zbPbR5x(%|!cdPPbV$K@<;gUJ~?+165tKMRiJy}s_&)=NiNH7!mCtQv+1fBut;$F!f z-ApGy-+A-#B9q+4lB05w$#5m)KS9dWnBJzk#32fcW}Tpq=qY4sk@`-@dR00&T1mzC zBpUWeB_!oJx|6{bXRja>jOck;$gH~MCO3kurlKoxKvD`Mh!a>d3E$@B0~jKGm1Ykp-oTC!$*#LKy6vevXLay=V;#d_sJBDpaPq7eTVC!8Te7WB|& z3+JY}Le=i7St(ZIp%?sy?MF&C3^eurTy$T}tPy^8LRV@wj<_No#mUGUwC}nf_}!No z@_foI=Hd>Su2m=FSgcU0+R<{PBXXu5&EEB^LKLwyV-LXF4J0A4)t;zNlj^U*uD(RU zJ|9gSB!!1fOo(D547!QhfSl>PEL)b<=|825t~Am8Ape0dOSOYsliHgMNf`q&FnnK_ znDK9v;Ld=z-YogL+Uft-2D+>wT7s1%S|+HcVleLO@=id6mW6#M?9o_b(RvDoW_BOb zwSdLp!yYRE%NoHMNv@x=Dqta@mrG(4r>SFfp`{6CFy(9~AhyHFjACr7*vnpvYt@Jn z$_B2LQtlSh9H6ooqvNMH3Wiy5${~$8e$?Tl#B&WK)S_bV2vb^;YTf)+lxpcABdt2U z-J*xe+=tiBSsL^D^iQ zePZB-K%c-R(JnLPsp8v#pb@aCE}qeCsyKN0>dh&^%e|3Ztl1ag z#NxDmesu6_gI&?5K+)M$$9_MxzA0EwC#p?*(jvj&0#wHzDN32qg))dUpw^EkEg|dtv-VLI%AU^x0 zBQ1DBcueca#HI2)F^d!?Qgb3uBLNkHY`+nTAkHn%e`OO^zn9z`~;GLyGSh4JRSf#GuK)1QsW!w5*XOhr;P%zATMtw?;DR>27kFzTUYYLAnx z%4`_AX1r_WC|c9vvW6ENvz}Y{V7H2-Ugjv62u3Yc&X7#ydInO;y<;62U~qvoG71NK zx03GFSxi_-uhPDeP|1x1*c9uuZ$i~>hh(WJ4k@>5S8n=u?vnCD*I7}zs`y%rF@htL zhV+F8R#h!YFP|kO4_JsrIB3x<9fF52q<87Wp+zQ@Ov7swvhD1{#T%&ZrJgk&{s zh)rLWqCUfe%qz_mRIw}4P|?WSLmn7`eR-~NV+>g*ur{p^U98013%7A4X6pI^Hb@5SRP%OXU8NfCT=WmCD;*$+#qfVLtmsNxk zu@!Gt`Kz9c6n|B!9ncfv3$)Z;$t6ji8Anwf8cu+CPiA`HAS;e#>EQh6q=3ohQqm5M z&5@w+nPX%p1ET?hHz^#ebiC%!JbbnF+dj5LZpIY2AqC{1_iG%X@Rdoa*i}jFr6yh5 zNH-X7)VTz4C*eKN{8PV4N+wPk-W2R!b5T05HHGSAzn|t;&}(CGiGVRjo375VA&Y>b znqXPb*QbU=lC+>-%m;%0SP!#t>(y~QVP2VmA$SYZnzUkaa`HZ-S)6k?Ue$!?KF-sm zbqH+F*FOx8;s-TM#WZSnH1bj~bq577D$+l;UcRYbcdO+oI>zgs1k2GX)6Ki{clI$0 zbSb#uT2-L~-WKo-k3_H~_px{e+xPaAAxQ{$%{gf2lq7<3mM6Zc1wG4OMp+Y%+_}qUB5nG?*^O@D|~6K&T<*$7>qbp zivt;jAr& zfrS$lcn+f60X|S86)JTA!!0eToZ@jnhWaC-BY5gOyeNV^YdD8#IEt{)p%r5+1EM)0 z9FUOU(mC`?_`SfWb%nl4=q|n-dm5y(--MKNuSR0c$5+TI$QaYS%)!AtqNW#eO_MV* z{Y>Ev6!LwR+WA==$~z?Kphtk3six+{PEDE=QGP^BfOr2fxnVCOeM;T@-C;M@)2xqr5kkZLSESau*qn-3?F+7NyShIxw1M?JwhFB>6BJEK9C24 zEI6Wv=Tw%b4UKemHWah4;IzC)m%Y2>ff*GLw!gaUbNHt76;{!k!}6L2<{&>~1?kaR zXlH}qE9@SMUm919U19AhwE5zz!&@Dr_c`Dq0v={OS+0spO*-emYR#%3gO;hdQS16B zEa-KH#N>#5e4U#T*BN-Ng7$Sz@*_bU%Sx@|FcX*xW%Pvo9#t3by{?NBk)^;q-f%d@ zMNx$1jOx&diu}lCjXYj7AhhWtBi&vIkHR=uEZ~}pcpo?sP@J{M@(-c`vrDn90e#tT z^Fm_k96j`sC_3P-LfM;rbd&c=4|>J4BaLWiY2jUB1S4~lO&O1nq;t0jHiJ4u^qS?7pg?%hv) zj+^BhP>`XLDO1%ltxP~LYTVJozrXr1R81azq&uz^plt@#$I$sN1B5TtR-nO9I|160RQ~SG$?YoGkpXsMQ@Y=H>lNxQSUro>3m}< zR-uD~uQ7|wn^=JT!_Bp&otX98laj_(CsghA_qNAK1+=YX>ODsWX6v4KFkiYZ5>F~^ z2w=~C%p^Bfstwd$0B3>cDE1B=EiBxU)BJ1Al|;EPuVo~W>wcE+ugB@wQb&JIo8CMU z4F8~<6*}`uD)CWAA1|#aKg*xkv5ip^?|S+#+;BI&Bj4t|tqmVu0yCsHy9X^99j=22 z#$kld?8l;WMxZ!!kt>}Rl?p&3B@}ov5eLVl#{-rLIx$Q&0ENC86%lf1=%P!w8Esb* z7N|D6-LEs4HhZZXP?Gl$fuMx|nmovtGa_x~rz?OntSy5>i*>A*dUmq{N^xb&)UYIP zs|hnGL$zQZ*(8)mdkhc)4%@TO0ZIkJS*JrFiAl&DR$ZwI95r4lRC`*umaH*QNG&gu z=Pw12FW!tj@EHPkj-AuVoiP`X2UdM7p^!P{*o zy6}&rlew%zM40=T2YBF+cdW=MzbJ-q0?>!w>Oi{&iLc(iVr_6mgdc=RTPks$zd64M z`>@J|9~=K*aG0QCVH~s-PThcaOfFwjmQS(_lEMXJZp)^l1Qk=nSXX1%b7uk2gn^(i z=Y>m}c-61E#nkZ?3mVs8@bz1JrOG{${Go=OKfiaQHL5u|uWOl;cM%AmR#jb|!@=JG zLqNR0Is*9p{oxwj|7uZ3s=4$VuN1CyT$a#qcUknKI%kyenB%;N6OBqZDpUtnkj8pw z5*dw+w_=R0;%=Z1S}j5b`Cb@395{HsWlU+{%E{8}f)sLs_0~rJ*Yx`U_IX}|15i~g zCqo)M_HZ|RITA%_lQhoaSs4AhhUuDvCgNnP`sYvHCi*lA$qm?!EC7m<{KbmJ_$Lr@Sq2 zGd{V15Mik7h+^12Yll72aaftTkLf48)t0r+FExQP$vR!=87}mhI*$wVE`ORgsQ~g* zfOW<&xc6dlCjmD;#gPhe$Hx-sGL#Rq*&9KlTor5NdnHa?!!C^9XVZ!kD88>U4@5t< zXcw~8WiE-iOqF?Cn<4UZ(()NwXW?#o#8i}~ZKbssr;J`_;RSenA zd$e1Q-`5Sk6oD+_%9_NAvctgN3Fe8ZoUV9G;0hXRYPocZzrLiCeYVWiP zN%7gHURNC0(ZuKU1_M2I9G3&c?ABr~F6Am@VpROl)JUt1!10ko{;%=-x^|Tc2s5Zk ze40&nc?6^~>E%kc_Zb3LqrfF!$!A{5ueZSO7D&8YqYT}5M2=a_k^=zZ1&(}0O%}>5 zT(VYX7}@;cc>S@8lgKOG)Y`Wg`mtgfYw_oxTULC%I$9i|>@xTy3@^F^qN0(!u+yNu3;!vu+H?E(ivP|^(C37bTG ziK;+XPjtt2*<`0Ujx+T!Nm9z{#TN~7JGA)OX;EqrI0?p3=1G3b_Z-PgAol2~N@_WZw+^beb^)1`~ls$EAXu z2oAocGP&Xtu967IRyhg?KBX+FEL6)O3dK`*XJ_RE_{YL&KI)?8cdVptER(rSt!2VK z1-fR(dDomBRFzXTT?hyxO)i3&SSkKnPkkLPR&N^#7Z8N{AO`F^6&7<^10>A9lL2b$ zxDfEWjudAu#{)Xr5nAzp9K+~R8elnnHi!=9v9{Gu#;8#n$S0P!7FY-1EzOf z^C{&}vbAiKSM?D=*Q8<8t3uF(r$f zVMy-fukHE98H~By$a@Wq)M>K61=fx#6(c~&Bpz3~Fnac0CIpFH?2VYxAdO+$u41|u zFT{ll5~Evb)DhltAjK*>iNjc1X*X*MZ zU?fbAwri6RWcPHaxH7132%!x6N(>_X%wb%GESg)MKpd}{eef_qiNSk?7n<=V+{}{V zO1^?FTGmEQgIpak+*Og^m(S1`e26VPf?2v_9e}aJL{2`ro;rhyMCq2+!r;*u^;%Hr zgjTle__sRTgr;(jD4rFras?CHF@S2sTV4#fMZV52bYS4% z&|Pk%+zy0=a--$DV-N)mIu=N*(BB?BfvzGLe1oc>YoKg$PLkMaOs}Wx2NHX7L{rw~t2fEi zikHrM5*54;6~RCnOg5TgYDu(HP*e#SQm!=HVd#TLJkr`;VboWw1@LvT^WVj#8`BK5 zTWi&5geI~+{H`J?`VQz^a7!k7)7wrK#WZ*?dJR;gK&6b7g`M9Bki^;2TvK0j%}`}k zFsh$ZGVk46iYUt6Q>*Bmd!nlQR@IeaYP{0n@nqjJ@v$a&=!Or^7vs2staNt}4vl5L zD}jCdD8mActfB~TBbKy{@*5RO{s_#`KCRfLuQaGvH!Pi{#?@DN2WW{QU}p;G()5wi zE3UU)qy)_Gt-BKh*Fd%qZbre}x5B7Y{g#cB4wrH6DGHY08qwi+1)dL2cFlU*t}qc; z)~pWSw_ACTu+z`NL1Pd&{Uj<^z4oHaATf8%GXq^vqXUh@ z4y=;!1zKD=Fx;8M5~}5o3AfdV#<8eT%Ml@CMY5ahcO5qeigFiDLqBR$$@Y(9Znm0g z=Up|-zPOp8K}1!nd`mjYS%?cuCSFPs@c(Gbo=P$0rF%XE+=UQuIskq3|VBAB=wyQ$|K@CX~Gs( z*V=^jnjqFU~o+EqZyne zlCXmV;C59JUhiCqW!`xy@*wXFEOg`;LzzoxIe>LKx(>^m1|ZKpTJ2eWkK>36aE29v znys2l=CF!wTlCkFRZ+oIS4Co9VSHI{=0o9WD3LX!HW18G)KeLgUmtOCI_1qBB3dm@ zs@2mKeuSLXluh*19pO@cRGU%801y!Dvo8zrm?S7!$a_4iot)pEX2?#oz{#Nli|qqQqsJr8i-a4d_*b`@KS5 zk3C8fRnJUdVP3G9fPY=x=p7ZKyg%LZjzS8DQ0u+Hhp-UkVx(piYVO&xlDq0NiwJwp90ki>ZddX4)Q_nt)iU^Xadr=t{mQ%7PRzYUY&)-0^6nz z#Ec85E8$8tXN^_hr_<8&_C6egy9AJ@_Fjx(i=TI@XX`~M{}8A7`*8r))OI-ab=6X1 zeH4GT`OrsJ{uE`Y0RY^nCeZoT&F+MhG$>_tcN-@<4*F+eJj}XDiZYYMXo%8PTM^uU z`pG?`GQ*?^)s6P5xeupxrqmky8^>%mFGMO_qS@z`@#d_v2&zh7po;@n1Yu2ZtzUtN zd-s{=F%re67cV}Wf9`vV*dbl2@3w@d$~SCa2AWX%AzUd@#RkDD$Q)nOy$E{5)+%6# zYxu#xW@To$ye$)CaLbjdP#PHQoA?!kHP}v+)ae1JN4RJlJFEMsW0W2LO6hFEn==b~ zP4mUDRETfjcsF5$ZFhrzs;2f=dih%GB8 zf|=dQ*G#jMgZpn@^u?E}wFu0h_i|~Z@UQkj=1b8$(`w%TOcm_2QjMFgC(P+st6ksV%&_D9VadpjNUlLBZU@5LD$6Hd@caMyz<={XA( zrEobbYhNQJpp67GP*WAKr$I#R#@ohoNOtPrne$O;)fo=QjrZ1-L?!&f>sX;R1QTye z2YY(`ORbMaTZmM=IKNKZZPG9iC5S^D=Ml5Vuh6F^FlskB=#K;z7|y0bgb1WM>4Ca6 z)zKi9Hm-vqAre{p@=dy!QKV|aRE~)%j)8i7X0U5BYZXp-nyp*Vsvw6tWQ?~fv09R# z?3GTA<){JX*-7`WL?T8IbH3837P#rqS2T9U|2@{2_kBwyW&^9H42@$Xk-N$BLItk) za}6ypZ-YOZifKa>Oyz(nF}h1y!k!wN-{*u7HbZ}Cb^6=}%;;5UFD;d!rjdBU9z81* z!BYXv7K?+TIp(Nk>Vjye6wN-?sX-8g0qnaRucDnEK-1e;mZ?w2`z4_2ra%&lQeoY_ zIX?51gOO<0x%7e#faZmtAQ=A7Wl4$EX#yMIowx*J5NlbIDbr7G7J&{#XAU}PJ}h9R z=~$}3V;LeSxEUs@V-=DwYrW9zSaY>ZKewamksp*%o1(=MQ8V`Ua)<9Dk2cmX%`s1| z(w=y;<|Xd?j+`I0Mn%i*I-h$VGVTPf@aVK=SnY=34$#tPwRx#Qq2BCe6&Gnm*;MFU z#9%Ns>7hLr09Q-;f+mw(8atX(PB^M-?e9>8Ar||3AaSDgO8wSeu!Lw%2NaG{M@O{) zBwx>T1$qvlcg4TPw92dI zKM3uv!u0XT+4UE6D_cC7gQX1ITU62gQ=)2GB%Ol7X$y%q~Zv}s%k%uMDM2@uKz zkv8R^06{nr6w5tng*5NhGs2QC#hv2!phejV!W>C!~RdpTMkz@9F-kNZHcRgGpR_-8qq$hCeq>O5kUbqF$Jg*vU<~kcHt;C zc!oM>_5Ys}iCrReJCbT*#M)lWXladE`7G4pRWiS~ugk7iTETD2PLutF4OZkafGG}N zLAJ6Q_S9+3ar$;_+-fOsA`>XX3ShG4z&e@CFvdqcl>ISiH6}ztCT|n$^U<`5b|-lg zLL4+DxUWNlv}-ag=I~g-~Q!R;MGO4^#QBDbME1o z&5cD^p?hLR7d?)&4)I*(&|NV?x(D%dye8Er5H|cMYh@7WuyAq>ZuRsI8XL5g0lh+{ z>jIUB!J?#(?sM~}rjrB_VGa25t01OMDOcgiL48GIJt!Ap6xbtj^6kUw+$fNHh+I1j zIDm&;AZS4p$}E{4CNjQGl zXn-e!T`Z&}jhP9v@<7pBGDNX6ngw-P13Kj!Hdo$~%m~~h95zuuFX3`h@hbtT$YvDq zgFC^cTibH45cXDDEdaIOnr_KRhbae)bq#5A`(c5+qXgPfpv5X3(LuDGmx(-(uvusg z9Az(ZIkqo)mGC)(oyhRs5iWDxVSZ;t$t>#YlaS?_u#kO->mbNt@>^0B4*XsY(+VR* zI&o@!JwDdmV+yPAltqs6Uo~Wt;sC;Hz=5+_)b{LfH9crh?fbpD=gX6^r9h7fH{+e> zFR~@X$yOSbJ-fFzr@+BFx3!NoX_~Wxv?xf&HqDX59p4%^9O&4opK{@G-3&iqogjzMLK7D4Im7C9B9SFsUS;nb$Z%|ttroNWsc4II()FhBk2p9FS0?vc`VU;*} zi=XS;QMw?EI?=w+V|oD&rZ2AHduM9#3O5c*ev)|rIdgdMorv=MXOe4^iCR@rq8W08 z=TONb^Z?uv!z{qrk96JDb!-zX9+wM4CHf$Vhb$8`FcLm8tP|hE81(p=Ne$T3(G8`^ z$SgGw2ir|sY5|my8xdp7W{u-pq8$sjxFHK8INb8uh>jRoPUc?@SteXaV+{rZjFe`1 z1$2WKqbOOgCmTm(i14?B)N`gUq&P;*MnM=Y;s2>|x+`hS%)E*|0X%;Rs6h~oQ4+XZ zEo*}sXWWylNa{>NiXJ;bI#CJ``YHJjQ1$+=G~c_KF!~@cT9)j}Q+X|QpqsR(hkTCq zmO>(a8fBIh>;FNocffdtJtCUs6{@iL1;UtgO7o3F)C8nz_zsPblIh8+p@50HtHdVK z#gN|4r=R8nANJ^+3*Dm3blo_ToXOkd=|AWGOUhozPrCaG>= z@|n0sFo3BXCd1f@7IrAKPnu*CSZfUz)bpm$@wyV(HH;|5*EqHKaZ5SYPNp8xPM0F4 z%|e=u2uXc~hosA-jE{2lMA%m$&^2(n^A`+GIvn4Mp6aQub2TL|vKlfIMld<4E1rUQ zRIam52nnN^+eR=P61LZ+*dHa>PvBA%yS(5{{3;5!jY81a!yI%tu6@_GV?=Cp5llno zOPj-A(I^#PG@$?9evgx5&E_#*R1IxMP*q$LDGs>JF$K|v@PZVNoNg%WMU-Jb7e-_y zn`&&P3CR_y!}r3ww>GMR2EW9Vc+$7H2Cx)uJH8nfZx)fGhr`Sj&Ia!B~WBP{?iw`q!YjZ51dFwn%h_eBtl|xQunU<_)Co8ESi@ z{oN8mi@B`1dbXTYvzf!S<5JGwhZYnkJQgQ3*!PaBg{HEJ!Oi8YG^%`# zsJ{-t=wRX}YETI-5k@KGwLe zMhB9|&s09y1JA=CZPO_-{%Z zbg43Jw?-qVsuo+^6TE5{5s9!F2L2vR%R=OwLSp3#8K<|1)L#HY%9}SDC$9SwNCq7~ zMQ5h*dcNwUIJiH@r2YjQ$jew90z*W|ub zxCFA_3Nu*a;7q7ls8KeNJE$$NHpgC7$s@R!qfx+~iZqUrZ|3Sx*PLWy34Z~$aJC5< zOff}HPY7SDoN<=e?y!so4kS(N+j!Ii$TH`BU6vf`FK&ujkhxB%p&et>>2ot7y$Zr+ zoz0dB(F1@Uw4s8xo0^x1LN}b*lC5=QK-LtyHqN*&|7=jmKD1I*?QeV{qg_QDP)$dyqx09#x-m@5Qrx16!Mz-8TMT;%ard0@B6DNSn%!2>C~E6tYjM2w*lB5L8z(7eHIuv*!y?x$~>t9K-`4NMssS&n?t?))X1K9auzxU#B3yV z>0wp0l~ml7@ytKx8L%o#Ppl@)oVfya;%v-+a~-p}Bulv0V#O4OQ}z#cUjvgFljK=8 zAYXuDvK*oR9TScT)Kp`gpxi^%kjSw(UsbW$#IjI3y=)64Ska3%nwtB8kCmi_`WcHNpzejM(lSO*uPsWR|SHi$z_zueaY}DV3rV#u;5~G?^=95z!>|uw=@1)_1({12@g!%x-R&P1Z zUk+@D_Y6}j)NI`FI9MU2K|V!;$^-Yxrlc>K+`?xJ)^WQyE!!hTYQA4AnAihwe$;$VJ@xH!I z4o|#e@;*OE(b`8%SExXw_+%I7qwWJ&osia3T%TjtMYo)0Cb61YJ6(*ncWMt21L+)? z0KfuU;|MCydSlTX>QQinYH+$YSde(U4aLavYBM!gtcqqJsU@`2sV_#EC#vb6^~B-g zWO4jMD@!-rm`exSyd$W2^ak=$pHB&el{6BOVyc)_E3b-$4I`QDDFk|S&K{E>OsJ)V zv?F_L^?r%lmXy{*$M~NcwWO(&fkY+=9tnV57z)JJg+&``zf4F*Ae%kng)c-J#VljK zK`Wme=F(8};LyX-)sOQx_g0d>xQuO1DH0DU)dHptVfqc6Vzj3x%)T%SMWf2LA z1MG~hJ2AH)d9tW}Q%7oRYn_=xTa@?e+7VyD?&O1U;g7qw^MnHBG+^Hl2Ik@!g~V120?!^d<+){jE}PVv4rTqX+vU03;Fmq{sZ zid42%81x1ZNFi+5mwUgUW+I66D@lB=gv4f^tRZ0C-qpwLStcMRn=lawdg?U;t|X4_ zL%^yT{C=r;RUcqPI$hCV9?28pbWfV@30SB#ib)7T#0#fGojgQGXOMbM^*wL(rM9;?yN;yAj&9i?4pno3i?=oAkgIR9!{+fQV8L*@>pnYMtBn-_Z z=z~-Xsziu2JOb%Wno)s=z?T&kP20APg3JT9yc!eF`Ho@jJohW$6b?Qy4oM?zJlGE& zcE)2BE1)|3G@G7X388bX$jTG369^z>3wH1X>S{AjKTPZbY8OWRPyHtZz~qjCo$=KX z%`UI0#^W8RsCQ0gyoMvvy-jjW-vOg;caC>JQj1>->Zc`Li5N}hxd&05E20X4Oer}& zp=Ang*+;S(A@dJZhgV*6C7hw}d(oS`bNz=4@f2IJ6LMlbj>4$Sn2ST5t23_LUj@Es zSn(g^TdbSfh(&PYUC7y9+wtkzG*EsdI*;LlGxqdmC{&`2>!lK{eU!XIQo?nib!?8WI`7w-d@)vII!snrf}c{!Kyd5&-mYUN-$NlC z5|loJ9GM3gqljbZ5Un5zLbDCdIs{r~6~bi@Q)+1?RhIQ;=WHU_48_5~v%&T&9S_Wl z&Khx8uQgN-5aCuEG$k|r^Nd+rUY^*_O{Q)NV!)}6_N?PpLd3OzlF4YvI+ntQ7x~GL zr)m8*v51dMQpNw$kk8c-%R!x1%ZL3<=NB zS4VXj5qXT*1N`C&3HYTb$>4xZ=Ry4ygIs~}gG8H;s|ykkHny4@{QAG=qmUVtLMrQl ztxq#$NS&uTjk|bcgiM23O*HW<#MC6%d{zxUrrTHkcY-jPW-^0hwZkM@X7 zO9()*y42V}Ob<5IeaxuR^F$+N2o5$!zCbpUrFFbP>CMak^wY03uC|PEnXht3hqx3^=;l%ZW|d-ero&p^il>oKkg!bZfG~yM->9=Nrp!S+xB^%*Hy2!r1lNXY z5sOTr3T}BjC?K*5$kKQ?u+clI>Ak*Twr43aM zWS;qU@3u@ZLFR7oTQ?xY**c^|m&lZMsj4>PZKR}6)2QuZWlPb{oIlrG+np{(ITaI( zfd*4ECiF}pw42Cj#CA++HF)@R>+nr9WXS?(5xcA&z-oel4~F#Vq?uC7F(C^5*qlu} z458e~ecXD=X$9<;Ap#wjCoyc7Bu@s0Vqq5Ri#iZ_RKqsWs*|7lIt;zTS%6CK)ab0XC!c3EL?(Nn@GFkXwZAOS>orl?j6A>Z zMP`N)?%=uf0N$2`HttJMkN%Jf?W_RP>BEk^1jM}|NjeK9{hLfL)3~si2Vfg&9M~uw zZ!a(9mjUSA5x!0(xNBLj6HDtbTS3wLuB}kWtqIs}(aOb2^V)fcez_*x$QBAf|hfc&J^0FF-%}Ats$tXag`KyZb z?RpHX0M0K=8t7c|Pjjd){v+j}s>T+=CeXXE$2F1UFq6=Adwr|5K@8JOW?XwUXj1bH z?n77@BzMQad=uk_r5AC}5J!$^jPOJ0@f@7HqOOY987NCFJI)+@x7aJWJjUF=1lX0T zm-kpD!ZH~>h*Ma4G_FY>*Kuo$CA>fi)OE$Hx|BoGYDb{tTREGv?5Xb&lc5d-X4d)0 z0BDe*wy#ugCc{@XyKp{HPlG|Iy+URGl7lf%6H(MUob*afRwZnHjrQ_P0GT#YLtx|& zE7CiFe71%Fzd7+;c(BCXNfD~XhFxvB&DRBM+A9_LQl4#r7A1Ai3W((wlbEboqtty_ z!v-;xa5AloeD#j?S71=0rC4hDXh{n}47&-AKr(*vWP4}8FvvaM#Lnfub+S%p&^PYu zyR|w?UuZ?=10^D(gB?{C{?f+s33|EHO(;n2SHIp%IKvv;e)cN0dZZ{kJi0P0hP#+C zqi~Jyg2*9*!x8H+r`}gFV&{D+>n15U6w0dNXCEj>!cyzG(LCcXSgdOCG97Bl@y!9) zFvgZMXqtn|#XQr==}3Rnys#T~)}RZF!3SuN#n`8n1ze!p|3=ClSF> zaVmk+XX>fN2YGYCayj-8uiTW*h*vP7sUB@m)gM8gHtl7via^1Nr9bzLSz;kGapUn0$YXe+LL%eraJ4vH~QY_G<_Ida49+7M>VeW<(?DYD)ZP zWbW`C9jj5D&wu4i7%uMBnBGS7_B=qAI~koaj{?t-VS=6_0dUaH!zfGeG>9`t)iX0Dq0#U%bG}S^;!HNJx zx>Q(Hl$~@~6&LIG%?q6{9!$WXWf(547NOsa+oc~01FtV?^rg(Ab56f*vQ2KX9h7&W z3`l|Q%#@iZe_#cMl}TBz{AQ<0-7bh}B4UXKPf})I>WL!>M$pmj2kfBcwWxC}+%l)S z4v8bq1Ng`irXO_ir97lDnYdzIyrS(PBc&$3gY~6cNx@Xbh=j8tw0{f)_V;lOBQNGU zA~21zy><<#W{S#mK4AVkZuAJXzaf1^UnfROXLW4B`RR^yRL(g-dJ&GeS#Zsj7j z#PR1V>z_deA0Wt;pblRhgIO@Hdv_l)kxEH@_e&gZ&^MmI)NambS*dHiZtgheVuvY` zR~p7p#%NdFfL^nw#lEHAFDta^OAf_$fe?<=-2*8QC8{nkf2kTvi?g4ge9YO?ci%N&hyj9p~ZdoOP+9t;jmYKXxswl(w>o%LP z@%}7UFkW~wL?Ex-PbHx~oK(5QWI(o4UhXeCL>7yJj;fR-W*W8{%E;pVinY^m_<0SM zK0s(xrVKsudve)QmF{kEa!EYh#IDuTz^tPUuE%?EQRlBQnT^ODf`ip5n5Y1|&6~HDwS&PRC^g>jG0s^3 zwT&1~@Io`ga~j1n+W28#))zt15qArx@@t%14liupRwHgRh9YY4a3H7H%t zl4r40EU<@jGmD8>6C60p#=Jk6cYuDB-gmB?gRQyXwVaVz!90F>2a@3F^~Q)Tpy_e1 z8Wi&!uBob&j4ones>6c$5RT{+S$d zbGqtPofy(9$l@@VW&GrgtA}P5VWZU=BH2O4Lst~*#OjO>7@<&Siz^3xjALYaawFyT zFqI}PPU#!YBM3l-QPyh(_+=j=A(aN~2JAK;ayp}FmPy9rLhYDlKg>q6C?k%!n37Fh zo`O1I(bS@{j{nvt+@nvOY?`>dG-DMF?owtLgL-t)^7@+Q58NuEnjGQ^*g9!NioTG$ zPyQ(e%z9Z)TgXKbg6WLyZLO+kwkh_BniVZ%E){`UpoEo)DZ%_?A>+vQEtv1cu2KB@R?nG8R<>3(piT3{Y;*MRZ1=-t+2b3q#@-8D{^;aRUY9}EEIV5Ph+WqQqECE-fE0N?g{o?0K%p4WpN5jhwXNC7;K;q05 zKO>(GOyx*C1%lISVLf^Sh)_r}Vn5V)fMMP8uz~?X-ELG!b!CdcLj@9$R?$2gonu6u z0fp!8NOtSt-A-&eTUW5@DIl6kG3`PM@w#%(p766Pj==vOH2qF)Bs>eo(zvr!5eHt2vRxUPtP!6DqZf zkC;;r12r+wCF{E)P@4`IJohK*-+5VB24xZn&o;Afm9YuX1Bb(C+R9J2HSRzp<|>5= z%r(bVyfCAm7qYEqEmH`^VnhS>_(9puHV@yH^@y9pi4;hz=uHr7v|z&I_YNkRdSvKh zcMD5q)D$&Jp$E6VY2GwZuIf}YOLPYCvi|M$VLDYSl~cm*cvKu{@wA6z)>hOw-k^Ez zC_>~2h+r2vaEJzTHmBV2dM(_()G1F?__Id!jCAbBWgR%#D^!@Q5TqIcIFIH%J{jMF zS%E~x-1G@beYn=eNwe7gi8fzm!ab(|)0AV_CBMn6#q>$v0KKIUv(arUpP7ArrdR2w z`zolSlsY+Ej_LH1&5Nu_^4qeW=$VZ~T%_w0d$GPvOmY0q_{GhmyLrDXz3Ot3?=^S*V%4emQ^t6D(E5|fRJkxNy<}U)r2?Pr{HJ}Y%HsoCilKQg zgNSoY%~WK2SQnB2*i#E%i5N>I(Aoz;CO)*)za*ehqFK%?B@YSg*(%7=V%e$Hfy<3c zXMzZ;JWS_^n#@$y#VQy@Fv&JWVa{#bgdzd%O8ZIAsq{_+v~9@VuC;}bR-}N3@yw7# zA#;>TU7JNHq6CegxFo%CIuMH>Mnx8KMEdgM`HOs;P<08TDIL+c`BUqz$B7*hGC~6K zt}d=np-h+IO;Bu^v@6*m^)##j@!Q1Y;fkLlOHspn*KsVT*Z7*Qt~(acwMs# zooQ*SJ}JGXV_^N{WC97O@g~lN3`M8NqYfRl-OqQ_k_yS{7K)WC#^`kqXm@oz`B0^`l7{_gi?kJJiZ;tyM%A= zOPZS9j7}sO${9017Pzr>ixu`J4(HL>^ruRYeH0Z9dN?4&UJnML8!aqg})(?@0=m)Tf`4Xj?DLQ+0l$Ky}ES0`)p%F=mD;0P51d z*~=kkU!YOj78%xbj?M!mfMKeDDWb5H@FHTI+@4i;1mNs$6o$Szgu8iy%$Y*)SU8ii zU7^pSQ-HO*kx0Da7M1B4Pj~GYLjmMQLm{~l3|nd;m=M_vIb{6%^9{-66zqJKYNflK z7CH`yMhdSW+W(HhXdB};0FZ9&wgFYAIbVv~p~ZjM1+8}@5%l(Z(3l?!tZWZd%cSo{ z=lJUtRpZYY{{TzE&?OXsr0InKSa(L8Dq&?_qA(s|8_sujtch zkJgGB=b6X?2wTZI&L=w;Ugtq!oSz_4OzsP|d0 zBCQGEqrZa}?8HL(GI?<`7y>DWDMdW~IF0s(qAkSU zcR@&cJMNfG-YF0^U>kdn@>arHfDzp=mtncd+n$DEme;zS)Vae(}E{_1)LHA4Kyh1V*>=rEq}M3r(>7k;M&>Hsja%{(xp6{@kvL?N<>!r z0If;tsABY~^LY9d90B9mnSKd@5y*v(lT0{+R${mvcarqsKo~xF#z0TbULo4UY@U;1 z^C3^XZdknB_3Z}hE=v0R>@nNI_lBF4<6uDK(KF9X&35A1-~+*D0myLPOGnLlt-A|S z^a9oF&js$A!>fubu!ul*kS$y=Y%6cxdR;rWN7L_~*h=OlZz`2AoZ~F^xf>-1xbvYn z9P`$PVubsCcnJj}(rUvtkZCM4hH^zhi&aLWjbK{RSdp8Vj>8E$!$58D3=eYCHM`lO zT0I06E`M53)lhv`6h9(twc%u^hKJ}llM%~6C-c@uzZyg$%50>HO(FJ^P?{XI18KQ$ z2H>+75_w5id~VmUp>)-CZrq*jm853}Y4LTIDnQ3)2R)-lPvM^~KPEHU-6-MnRRb zOI9ESVkbxNS;2|0TZe0~j^%V~*`<*Niq*TBOnwTA2@;P@H$fm&9X^3#e3TCOxufjf z&kMp;MR=FiP8GOYl!%)`nC1`G@WP{7(rol>vafoZ0sHnm^IJE)b(Temb;F_x=YK1m z@^PCOYaR3;_u>JP?M6L~OlL`tAm&b&htaHZmW6H)yjat68;a9=FuLRfZ+uYw^ic>L z4n^}vuP6$-IDieD#f$DiX~Gzg+uZqjyQnt!pd0$+zc6!_=gSz7XoBtJnE~(OmKL2y zBps5Au+=z*y%I6ep8rR>fxR^D2V78ES&~*Nl@2>rP)cn0^$mv?09QXJ4vl%y7kKx;|?dN@=u^n8NJ4S8@<;P`4H8!-$&5a0ox zK6t}+XL#tK;MAEB6eqCo+wjx`Ulko+3jHwx%AXQxiBo-&Wu&VTnl&4=$>!%fNBvr! zvIwV$rDIr~d-5>JK^->;xN=1-s@pf3+XA&)z|eRA$Gx&9_0=k@LA&bU@YFg+$3Fa0 z90(335bdvrA7Wqd$`9z+A{27SbuJiiR)!s>-$8$G7i>5EQO!Oy*kGj0Ma+YnT?uEC`BR0>M&eJs95y9S2!*p?Hz+5@LVMwtrM_L;UT zfc+jabGCi0Fh<$LG6v@cBiVGOifpob_%BV*`gA-ZC`o0xPieWm=NN2&v2-)SSRY`F zAX*|AupYVlfzzEuxd<41q7xSuz-?AIe9Uola5U6o7wwPY zkDs?#l2NYB#f#OQF^y4PQ|+Q>9!E)cMK;L7 zhq5V(X&{w|(`jt6+Z1xTG}|Lc8rXc8)q9O$$0wlb6IP7ln-C*qM#H5XHn!#!W7pN# zk(>y0Twt$JcR+Azv%PY#*TBGiOk6-v2K) zHihU&(D5Ak8)Johv*6eQc6yt4L%0X<2Ge#HH4@+InSKC~Ox39gBpATVw_su&xWAb_ zIWwzjBmpw+e?Co2u%$QIXh(k@e-e%3j}8mO?1A>e6@!)8Y6FmfWlavAH*Y_DN?w%_ z>zBGex_oOOyiaBh;>n!JRPlJE3_9jFah5bj)i(`rC6nx)H&?0ugHvcU&q@X5#C{hA zL4|xp>B&A^)Im|en?-h}N+N@>#Y~TzL$-ow;-D}wR*^}R5sv8nB1m>R6@k^{F{3|p zNMuT&&XEz?nuN7Q)y#;~4s?oO2r59!yJ&n|!3#U?qsmB-#$v5nMjRjkN(}&$1R@y= zAw1qDX2?EK$@N3y6Yxz5Fb-t!T1Q+RCg2E5x3}e8jAc4YH z!G`0t+F~ubNwsPIlBO+nEU1BrKT`9CnD&~Z@70>&Y#hTu%^3C^`;K$I~p!JBwBc%#C;Ja zEL5D_24W^EW{C@fU;v%|cqUAI+Id6EOM0cQaHzPv!2GtyB8nqN$?$kdHda9m3Yc8!=b{DI>A+!-r-g?_Ztgvf z3GC{%+76d)gzyb#D{u;`!7k_Hnilr8g;z#Tk&6Y^V4=6HG5*v(bb56G{0&Fs7;5h! zYGlJ|f-qeO-rOI;7XgjY;{I!xO;DWFl*x|$*}N)OWj7EZvND5?>p?FC`@#o~60Ena zP*APb#D)p;{_|V{;KA}(8F25LCJFHIDn!8?+LOX4@BAJD=pptFn)m)_j(V_#;e5ki zp<;b+htkweICnz13TmXWXD2XI6JA$2eF3`Jw*+>YIKRB=gk#>0-vECqHByi92yMAZ z2EvPvnG7k`_2OTZ^yLw)N1{f!RZbmPs53y;t}HAHiGAzuY9nO;tP={NnOJ_Z-sU%f z)f6!0+V_&6Q_87JR3Ff1eM_S$&O$)NO3L zsgDq_^xuhJi)96{EV+`M$6zAkp-AYN7YKa0dGRTB}S zG;VG26jU^Os%l3_mXUb+gq%f6S$ov(VITt-$N9hdh+iYouB7w(`LCIp3~N-*7KxNO z_}a`t6_k@{&fzKKx%ML3Zd=ie0>U-uF_YAog{MOOaAA{JdDVJ=-hp6-EzjvGx*{D# zpF*!_lY!K1$nsGetYj-~9=7R9`ja&zVS@UWi_+af;zf|UrRlpcSBaTTy-oj+JM%?O zZH~Qb0&|h5dF2YsfHbsj&2x1vSNvuok0gnIxX2J`ZH8o&0z3RU$N1CuycyTbp^D(d zUGDg`WXnGi2#q*7`ee$eu9ywyp~WjBfDRvvhU$g|{yD6k<0ZTshKg^(Sr>^MUF4z! z?b0ylI|-z=029>=Zbep2-tZ*jm4InC04J!mVun@Q{7&r@B0E;WwaG167SNb{9B1aj zWTbSOefXpaK>t#w>W&xn4;rmya*5um-#qV33Z?qrdJTIDJL^KW3l<0EsK}aj1bN zNoG~#Vgn1w39AVs{pQ9Mf`zW4lJ#0d%OmVpnMq2FmJ*Gmd7lm2;^+9ToL>9XtpZiDd(Zs^|&G=$yn1VVi`eW z!Mil#o?G2xk?ci7Fad&TZQ6T)GXW9E=dCM8dK!etQy)a)L!2BSzKm0iL`4;GOT}VMjdrx`+G(c?gKm$=g%1&IGAvI^@P!gbARF zk5F6YB&oxdw-uo*p}blr5-S%#)Yz&w_Hrm$nZTHng5Ao}qYOvVwvT?!{4u$Q0Xi=~$y7OOYixz&!+ ztQw}Z6<;X3s;xI2v(2z-owWp#69&Fmag0`-kHC3kulyUph+FfKVZ0R6f|ZYol(#l9A-@G9hb6vTUif(hmty%h z+ma|21+ngaw?8>`{BI# zfE`qs^&aG5uSmz6O}e6Pegm16cOZcmtiMMed9iz5zw(rwmOUNVp{uPnuoa5_ML3Q_&1BF)j@oEwl$e)cZ_xhgTN6IGv zi_3c3!k<_PWQpO6{uxWQ67iV%l!u#TluW&%A^#{k0hRS4pPB=Q5|*Vi>$;T-301?XsK+959*R6I&r>#agp1?+eTN^64TMtlCZnpGtz6s%D20;%K6lI- z%X%tXCQdk@9>!zCNy@@XY&={Rf5P-C)r4|xjQbL9V4Xgq3TOO}DOiH+>{AMZ>LG+5 zhZ9gmLJdF)gmKPiF2r0Aq5d%3AqdFRe+qv>=12-|q z>*cC<(?)kiPnS59*b-ghzmnNRe(4|2M+XG<39Kz3H_p}0w2K1ON)@Z{_=~a0YtH!0 zt8U(x5pV4I@xerbAhDE6_~H-+&G?vr==f;hSPE4H#eK7_<;cJe_1bK0*d64&@3Ru+ zGi=vHsd~uo^6?V~io<(a~L_|FuL(R?SeBoLM2`Ua{^|j5)$- z9^;^p3Mf`RgFXc+Ax>u3MFO=K`-=LCKj22jCA?Rn^%NUcTZ3kKi~3Mv=baymj$0M! zmM+oaReM@NbBaZ(No`l;@-n4EuXU(S;bT^9Od(Pw{m|hw zDWU_C!5&tuU^?|W#g)GI$TnMQ-}<2FtplR;>)+5#jC2L}Sy`R$$L zaBqRr-EIjh0vi$tQBj>~r-!01qf`-eFg^h5#M-KeqW{o<&`)>u1{?9(`vrjhMkTEw z8$?xgp`me^VNcz4CYRzd*HpWz%o4@F#I%z~0YNC*GDHmm&)JYnhb;b<$f!oGjYugw};wwY!O>OzQ0Z*EIh-Ktn0tw zz|fv#ROzk23)RGktqq;QRrP?$rwYJI(KD$gob;&3uqWgvC1%a~!E^I?)68)d`oJ;2 zXZT?y6_b^BZ@b;KtUDk#(4 z|DS#K904%^0M2OQfNa)3H?;S7^J5jP&a4kFD(a%BB!F>!zKka2nOa*PiTl8{^M>atzc%{E_@Fji$zIE)T9K(Q(WkyA<~;X|qG zNV4j~a!sMo5|4=OY|%1^wr9)q0^qUW7d?W14FcEkWcj{eYwn;R2y#bznW{s`JCOY+}^XfY%fPP>%~d9gERD z?~UB5VC8_|ABcZX>Rk

X6RxN+SYenvk!_1W%`#XzgNzet63rvl0^IkukFVrgi0va(uFmMmpSoS8ZaRlv?l4hvUNG$DmH^{iM$GA}ay*;$W|A)hdOMIx z(lkPm!L3S1lC0=I_A%+|- z-j~~7A5+d~fx7oMaDpV8F7blg)tTk0@N8CtlQKqvRXnTaD;xa`x9-+HaZr5PrFH2$ z8l_02Kj-yI;sEWD1xyJ1s7&J>kRH0=YK5A!=wTMtOns_en4Gt1|H$%qixBqDIN>D< zbEIHoOXD}#sRbdM0`NsrbhQOqSDixhkKFrAM+*A3gm+pFI}W`-UE4Z~!>+L@$9o!I znwKdZCP=aJmS{G5%=S^TGy({B_m(S#)9A?X28|!g;F6*^`|~HH8N^G>#ib-JjKiYQ z+-X$&_^p*}mruDMAhX!4`)Q#I-5>lvJ}Gx+r6_FzKj>>*!Grl5Wn$-t-jOktC~#{D!k<2lYTMDQ(YDVX~e8+ zOMoSV^~l#g#;y>ywjAKo#TnH8lh#!x;d`SrmCC`5iXgbYccy!?4vbE$RZ17L)}=hj zX4jLkk**k)3Ul4g{Ta{Ui3|xede~Ybt69d4%3fI)=(dS^hpXB43=iAdqP9H{N5ov| z^@vd6AWI@MTy&Q!8sBtIDZE{tvik^S%Kp4&TAh_9E>@#`ad!1mYV#kuZj3pBpV(mC zGwGcJvHWHVZNtH({N9KVks+5k5b3)V3uJRb()ua}H`df`O^lwkW^y)lokMyp7#k6u zW$eEOncax&wTt@b30r{uM!2fi;zM;V= zSL0j&P=yR(%v|4wTNG-%!h7TId#YcM7&1o2&hMACyp-^`dh|iUq~gFB*N`X^AY7s( zX~7hi^+4Lqf>OQC^5UlmqvogFUWz`~IeL_K_E z;)EDQ4dna9*JkXfv#+vRS$JUq3qzrLI7KY0pD)v_IW`}0(SM?gSydgAF^DVX#0(-x9)IDQ%(Y<}TR0A36b=RyIKA%lY1o1Svzv_v1cqM`%=~OywQXgVQ#F zsjqzhG_*qn6YAC${HUZ5W->Kh*>W<)v}M&_eA9bQS}hVwW_4oe?V}cMm`mI2;jG&A zFg$&8I;Ejy8a5qri1>)nf}l33poBp21B>nLCTWdSrcxs~WCFx0Q=^x+cU0hDN#l)7 zDA;|{kHZTsvi^OYl z3e6U8PaKRI-AiP!KHEi%WyIppf5abZvkoP11R!@81l&weIwS4jNYbFOIeKJj@U7nLm zE?*Y@uA$?LCW*+SrpiZa9%H<|mKGi6D9aXtZ?OK!Df)!1o|1l3R4N5ya3%1#C`NCf zFwL_wP&RlG5>vU}>RkzWz5-e*IP@s~ic$~U-31Nau@t2HzJUS(k5XJb@fvtEH^X!V z)QE`(vL5a>7ppjNuDTGhXAg?YVe3Zf2F_$$_+2AiW~NLB_RSeZK= zKnlBAJT1E{RLIna7WmN$Q;ZOV>gxH|H$M%6$3e3Fbo(Uk=4&Ygb(snnx)0yh@)m+1 zb~dYYG?PL?C>He$L1u)n%mM)%b>YR834>377N0xr+Ju!Ml*EO-Kf*mTOxysz5i?Gk z^M|rp#vHdPFDzR`E-gsFexgQ2@nvUo7fg;?A`fw8m*CP|Ms#?j8%HS>QAc2pXL&9i z^9I22SjNtnKY3!mAid(hg^Ncm)Q(4d3M>jje{PFa4s48l-|BaGsskpp$&!=EWL?Vj z@NLvNA}u{~dr@cnGF+l{^M}FtjW*5jG0wxwmsOp~@=61OmH%E4vEAA2A^xbeRdlfk zyJdd+xt;|x&+wTg@BVNqhW0yE+_YoY+8(}G@HE-K{!-*Fj}oAA6N`J*SS*c{y0J;3 zT;(zJ+MzRXg8XEL9I`uX?%v9bPb}m&X}}eUI>Mh*XH|Wl4_|M{QFKnlvW#naWLE2X zp>(9dt<@>TZqp$2%NjpJyqNbH9jTU?!eCCgq@-R6@=a)9S5!1odrd`z4W0DdDX|D^l0R{WbJwDWR61QlLp*@n%00Q4rLn_ zVhal82!N|e%t^MQl%jvNL zgdm>PZvxMrk{RICZW^8|%Vt&&R}u1w!uF1=0y!dtT%Z%6t=h!pwc2}F>%zoC1A5)v zWHn@r5zwi0p<%BYnvT7!S<4_A`-5@cv<98hn#vq;buUIJW;+rhJZ^&d@@CX*R)IoD zpmH;7#z1OHamF~gR^Jus6REd!JbOFV3pN0%SOO1?BuitVLn=#QR|!)&1%q6o2Bl2R zL(G$=W#tEIMNX>g_9oCa`h{qMm<*?Eek<@~^4uwT(5l`@D4v}SOEUD(99`5&j&Q<7 z6C+*@4G^8nvNEjxgRN9(hes{I%89{nq9uAKj@B{>2$rDHk5_(P1yu_zp)a@IOHI*P9R55 zE5n~_&~MV;2X(hMU`FAxd>zGADj_FtTtjyxD5xL_(GGWJNLCo`=R=8YC)|vEgiz@6 z95P$>S3K%1x8$cs#u7@BG&g~5&N5yMuh~f`0K;QB_6#8Y3lR6WTn4&Bq}`WH zR0g_8EkYS^Wt6oJUK_*}%^!e^cM-uf#NnffRt`>zLOTf#!`2P1)PXc}YaC6+l2-kf40?3t=mhw6_@L*ZWa5$M`wHNO7TWWf63#&Ul_dcH=RRDiiu|rwlaM zD1@z05SlDV`AVfurOlkM1%~7VPeVZ_skWvpPI(G+&Dx4wB3eeQEXOId>3!=9Ns2$N}V(5td8y==l4v$L7<VG~ zA&t4&C+0O7@m!8)(My#ol1AT zNlMTouT1o&Yh7k~omnP3EN?<}slOloj+zLl>Z)hrzdm*9XQ*L+J0V7%rB~llQ|ySn z{{t#@<7!>%(445NNEeT{X=)D(KCqsNq3G{8V~hx3bhV|&*}YItgbCpvV7yrL|7v9+ zxyBSE`T}u}vYta#c>lr1JD2QeY4sjlkd1pLUnn82XDMt2Qk{_FA67C153ltjxVPZg zj~OXDCSFE+2ogT|nOWvfo4~8q{ygUxdRjnUh$$TJS+OJS@Uow$L!hY{h5GA}f`z~QJ{LRPpTu9CNS^P>l4+Z-bJZk>wb02Rnl zdlpmXil^D$BTY#GK><>xq&-O@jHaHAKC0xmLxB+siCAK5=Dg(Gh!F86FSf|febs01 zG&snelb*H8Fk5vC7mB%HUb|bv5akzlICj!Q_|_vyCIYoLpwatrK)O5VnT_gWj4Ycj z5-8h03ildeY9dB&iHTzCDZR8i`Edajddc77lF4dfmO|GNXa?lP7AM7JqSA0?Dz=jx=KIOkz|?OTjxuuD-g`S zrBEHiN!PyQNoGQiM{2Grld8NNg+(v>TQwG_S%R1FZCd#_fE%JTQX*Nb{>i|7#lonn z5mjG}JT}sX7O@L(H-UkSIIFQhrH*zAxz5dfn>FGuNy?;A|B!NJk=1Y;p4iKM(tX(Q&9m=iHH&5i8Sg4bTLthz%@(JQngeZuG*^H#OyGfHtbEW`v zAZPbu5uig>wG@E?+Nl^l15R9qei2H0N{Ch@&v!y$BjqEp;_(;^sH~}VCinlCF)txE zVvpizx7(}CRMSiyi18B7PmBdDZ3piw9)OOrbZn!OvJPm;E@HG~sMZkfmnAzFj3$?v zB~J79mWal^L-T43D51{MA|_qhup9~MJkq^O;F_KIgLAT^zM|P~Farox6E$&buM@CF{@YsXtx_siJYr&6l*#jEW$zCl<{IdCC5F#BMP5nd*k1>NDh7N|AVl(6OGN4K87~CAI@ek~`=-5O5&4+l-$xM8Kf7=~;CYnQtg&Z- zK+DvgcS`orKm>s5*CKWfhsd%;uAniMJ@m~*rfTxJF9#dO*b%2BcssdjFyrdl{T!cP z#IJCu8N}dSp|1F)4uU{7e7em6*b)ggnZO8N~t|&NTjg1<{9LmV!GweE|I^TM>afyAVM*p+%Q(^#lHiTS}34d#a%Iz3xKRO|E z#tqVdF{%Y^N~tlD!bO*BUbN3dhO#)|8SX@f1}Lak_Z6-LmbZTN7Rg-#eT`WSm`RCO zhsib?oPcO{2;wF3ckt7KFwh)CjP^L4o~ZpLgt&-8IV=ypA3NRFm5&kHCJ*Zkf>n$n ziZ4#vb>OX4j>cIS`?6uiaK4HN;v`3HIj^Sy)p*LfMcmsj=YrK+2UU@v`S@5w+g{lp z3PHt?pt)B^UR9Lw_iKISrqD)b&siy)p7;YdgiDRGCN)qnSJeTa@Q&}+NL*FFY=-uw zt)gyegd$HIgRF0XbCM1KfV9|QBV-0HAR*CKS?zLe5-7Hz>@|61)CoNU`X_EEfEoBD z(bZQ$e66kzxB5-ltA2u8<}jol*MH5P9_0I@A4C-Nr(?G|7o7c~&H}Tey<~MxJF$>t z9_F3n#lcd!dfHqs4p&l$KReukBEk7Y6;o-<1*8ZG-E1n(CRyV{JfPHvs$iMMKl-oS zpeq3n(V9*6QY}s#DYp6kK$yqX4ZqRa}!;5znKRH4QcPo0>r_LQn0mpP0Se5xV2Dd{K}*p@3_3ba=kZs+yJK8;U);d z96_^26-tkV|5{}Y=VIawkW)sU3ua@e23*D<?W)Uy7rmNxj$Z`;XfY7)YaKRobST zhb?~LRLCwZsB9#>@42)FTxkYlN_(VtPexf8ldL-j;dbE$PE3Mwh@(aW`_TUr(S#}h z{s8}X-6`FXYYwBFAElX-w}wz57YuO?0nZp=pZF#yYFRQ<@Q5)|uDDRW-V>0ZD$Q6~ z=_^-ytn0t<7h|((TNGQsoe%(;^$PV1`>Rauv+r|D*}!`le4vDp)BFd*pH7q(Q*Y|M zPZ1yqNz1RuCg`^-0I(|JDRa?Z(g}~UYWqInkL9nk3YaON)4AOt6BE8&8KJ{To40<; zM$?yq=msQ5zvSvgYayH=?Lus|X%nPu*0(8FLk9oo0%hI-GZ$4k#qly9e@>DamxrWeZ( z>zsl`?$hdcW?9&_ER*DD0$5-r$P6Fmqe}}KRGC#LXf%wC8I(Uvw*MY8VnQ`s8Ka-C z?Qq8FKTJ+N)yfgEpanegkI?v6tuBP)l6r&MJ!x7_@y_XJ7>t~;zC@Y&O~_ncfK;op z6_<)AGTu>{(&nTAG(R?Pw)VGLZtiQU=zjFlUbR2B@A+O;4WG}n)tf$yl|nFEQuOj4 zR)qfPaf+9FG-D7UwemkQx()ELn0*ijnumwFA)T(tX#qFocsAz(p!L}4S% zb_k*JzZ)}CRyYxNAP7Mab(Z6w$w#j~yRj;+q9v`>Ba7`Lq7XF|ph!(w!1lNqD?vg` zi6#NUu^kgpC1I{tp;J!#l6B;(|0!j2qI4$<&sZd8p+E;gZ;^D3wMjbDfx)}4!$Vsw zG`&Q1bfQiF!$M%%Elk%XV*CyE=tVD3Xl003N*GDY0n9@ts-^~aNnA9!rad&YRaN6Y zDB~GH{@V&<+T4zV&n#nYXkoHNQVoR*1)=eyw6&`fOGg?|u@FYu>8WNu9y2sMh0+|9 zUWPdpU7oDtm@M!Q;lXf8e>420d-$ny)74(%6_P zYE|l8fq{T5LTZtg-V1xyFt;<(fQ#J?i=A=n5THR!cUroC55|RuX9M=;I~-s;9&mj# zU@Epp30&b+%14aVG-vfVx0*Cc;pakG8}i@-tqc<1n>D5V?+@K2=XTs0v;T=9RBpDg zQN2ES?4^dM?(FwTxSs?))89MyZ0lGId$d|6&c-)oO&vYV2RKjwT5=6)FY>E66F^ zX$;hO6m|0j;G>c5K6WG(#iQlRbNaS&${M?)0|V{ zQD{EOZ(fj`)P3_lLJ5qhbpa9L$<`pi$!nvzLTI=`Zyu78IlfBxiy`zG7Sx5VJfX$^ z5f%MuM-kzUkR^tU^~5O_xnwsV$St#i-ny$qcly<^LlF3fKQ+(Scne-FxmQ6r1yrPu z5su?9LG%Z zYWNBRkjJKl1B!U<%2cBGEs+2b1+C&B2+!1|gX17gT#!6r9_8;^kd%}p6V;{OX3|%? zdGJ`(E|Z>sg8XAgjf&EUV#&}Uy0pVinF?PI_q*Jm;|6Qk7J_(>c3LQk3RaITX(d`! zY5yz^QX)ePLmfCZj97$f3N-rsi5MofsAksI9_AU&Kxi$J1ZMS=V_SCM?(5(aZVy&( z9!8ovZf7wL2$xGAJEHBFRiF4$)D?|Njco%q15ERR9~~?(E0!jC2e_hy?XOhg5U)2& zCrzS2-2EASK0z{R{kXS6^Wek=nKa9~!(W4& z63AvuUwXPQO&1ZV;3i|?=d@V^m*2UG1k)_x&OqNz1g+AECS-KP-otrARIu#MYymN? zMY*+6EBn-#Z88bBAag1p(5zbCdfY#HenNpD{4E&ON ze*t~wux5_}$dHd#U!!f00+H#cDOE%jQ{%!JMiX{V1bv~56X9mD1_wtON=eI0{-vjc zl_ETvx)x5e{dz&8D-!T%jN!2XN}W6WG@(pj{igK51d)2n+M83VT%O2*n|eq=s)7Cu zG}=I+?6%1=&#vMKi%99c}*v8mXL`2K(wiRkQZ&*RM6?VaDxfl=mB?JEZZU}Ca6*3^Rl zDL93W+#&&|fstfX&67B^MXv|IxMiClvcqBD;Hj{BMX^QvDMvndG95}aYMz8@k5XWO z+0OyL%NI%k`i)YSSsHq;#rtt7^3@L@OI#7;i`i(!(wsaM@fgcqSJ+Gi2hCHSZ5Z?` zi@`PZqK|h*l6X6hGD%{$1Kv~eXe{!6@)uyZbKIWPy+oL-N6&vVh-e? z!GMvnTjz|+mlZnE{Vjxm|677f?g;XnNKkTD_RJH_(Qe`OFi`31 zfP%^BDiMn$VAL`uzP1TFL`&U(ActyyPKb&lkK(zGP!sqL4#u+AfK*xZ*`&U)w2?5R zoQsrRoNBA}u297QGA4sm(G~hA!w^7?o@JzbN&*g&vgWfq?VTRndSkz%X&wCz12ZG-viv=42(+CMRfOd(oBsn<>{ezP;tJ1aJvwWJXB@4I9 z^`a6hfzh$%l#M?G+BG3CX@jU{Pck!Hz;%zMr+;D&16CCRi!}H_^p*|8)+0&57?lx+ z0>o}#W<$dK)*qsDK*2QXOc)QdKO-<-Gv3vI9X@FCAr-_D9H}gx6@lQ2Upu zX3k-ia89cO2S3dnEMtT!LM#O}6-xEP2H{b6y6k zW}gY}w8)={q$=20-lB!pA(||1p1l5J-IwI2i``y-_O5$?bz~TjXpJk57CGQZFqLTx z8#JORLA8d_cdVAttE=r=Z>4ORdw$Wot@hTH9)NYZ-*}PE@cjK@8`NmHkJ!_VSCf%M zaOHs=y)72W$z-Cvm0;B&8HQcMLRN&$6YlHC5b5)!ihQy(Zt^SMuU^DT*qss@!@p5K zd>{|lbXP)QY{r$5)p7e)H3MpwFGBPn-?1sT#gP+B+)AWAjJ31QcdNJ1=kG{=f8Mes zGn4+bF@h#g-N4U{5~)!NTM0QyJW7?Qb|HVmO*Ta zPo%Cg7zQFb-%zz(_`L|FaQFX(R=VknZgxgAA;J@D{%LvyXkFwFJZ-!x6$iMa!45Bp zbqvMFi$;g16JAfdGPvb!Ab)-e$gLA=-!s@*tLZr9(BcWR#6p#{+=w+136kNnmtFIS zWhwCJG_`DR!(nJ|_I$uuwuIu#VJ6>~FiNXiIM#+}I=(L#{45Uws3ixHa(#MsL$_Go zK!##&MRL1q-~Nz41sxEU78x0Zx2+;$!lJ`94Nn!45Uji8be&~AYMUwi9~jIJ<9-Eo zC<9BAt=5x0i>GneczJLRw%<)mWms<-AvsoP<4SKn>ck4c_Ktb-#H5p>C)Q#1)K(`c zZmW^dVRwkr&@wjXua3EzS3CgBL;Yw#z*E%W^2-n4u)hv>^*z0>Nl5Hs1wvWnQG?kU zGZGadqhNc(fD0tlXQjS9Qd^8r;>4X3`289dE~JS73a))_mIq$_c7t!}Xu3>Lw3B~A|NXR@FB449*h^6Zdrm3wkoPD}&hWH9aaYS`7oj>o zBjV#w{+G7H&nt!Z<0yozE0cPkwbMRoD>HkrewCd%5^1ZWv>Ab0S31Q_LpSv9Q0bl; zUH8?nD9c`2q3GTk(I#0OI=!LvjZL;H^@3wx94y+7D`=@7u0ZZ9JKg=ed%Oq&(&#Kq z=Fbv%->WeLL9)-0K<2J8G1@huL_8SLdFz(qD_Sf_T{&RR7oL1%>$9*ZIbRLeL_cx(JOfWqk^vQPD%E$U?5?>B2@*V^ik z_SbZ>6yMF7t1Rg1cSZpOt~D#~0iQ{ujiMOz$h4UQXcDBJFtt!5PonM7cCNVOsZdRS z4jB(%2&}F`$Yhuk?m&)-+ zsRI3cLx+y4^x9RhReDN|>PJ=9GNo9%@@QVVhb#9@vMLTZSOizwSgejL%-o?!Vw%mu zFct_UaE6QOq8H{PQam-i70lhDjF^xMxVA|kj{;6{9Dw>)N7>Z({>7PNYJy@h1tz`r z5|BKxVzKMXu`QOAPlzubV5KMw8Pg;$EYdj`?^3WiH|2@hj`CC|oDQW22oxVYY|H%g zsl067hnzvBV@+I}hJ4}gM6fjAKPru1K2V{VUuWvbXmSnik+I!ta+L-s5n zZR(>yj3GE%kz12IWS7ZxE<_|*Au!$~po*y2eTqRV$M%X{ynGmfzX(T8nR5i5EHyQ} zGd?-l+;o(0%>h?Sk_A!0%T)2WG&paJ>IO(?#dxY+;6~|D^nvjzzkyK;$wSV*U>_x; z8E=t+>9@bXoN^{8t(rO5E2`%ylYQFE zU{S_ zznj&{#5zxIJaSnawokK4zd&>h0q042;#3I<3;D{EJXD7H?-O*^!W}-#DvcgA#5KT0{2qK&!7%p(&Y1kfJgjARF=*%Wl58%L~U>^{L`Hs}ygHLov z%%AZbs{6M%GT0EU3!Re>gGG@MiEDrDU!6w65mMQBnGkAbnd<>hHnFy`0gSoqB7A9~ zWormc4{Z;h*n`x{h z39X?wJSK{wN>s)82r4x?^+ zz{aZ^42bvHbW6=qYI_x2NBEjW<#ANzIHJ}P zna`)T$+_0UpsOh^BO~>!9;JZ6;%F#kZ8S`!8HYgumHAQDaPcczmQ>Q^af&HVd!R8S z&N6PhY$3JYurwP`q;JSpdLf@QVPI87E$_46r11-p#2Ncteq5`#V=7=!3|kOb=jFzB|Q7n`(UZJN*4v&$hIRgAStWTp**bIFsPh1)z%l~ARYT40?@RKo( z%g$9AFl6km8rQ&A6_}l?x2;R_3|>rc#fxBE7sc!Xhs5)6 zQPq2XIL4VB(8#b}!?X&8X&2&eRNc=XaOYlN2}ZB!@702C6QNKX#g}q(v9DQtZBks$ z<647%A%0`W08I2z-mg_J-sw1p_Q9iwbA>ae0cVqP+~J;66OX`geuffDWG2Qt5C=tz@~--t(Bi!_ zfg4Nui?%A4VPju@ad0xj*(X`pnuWfkyv~OwXH9+%LqCMqx7>ODcy|fN#TrkH(5+t3!ol{CZ9oas#n}h)z+YN*w0!br z$<-DWB>VH{kP1gX*(FM+UN;W+$8GEfE+1_qh_OB2oxYmS54 zQ4KihA#yerHl|(-FkDW2mCg^*4G&!1j1k1{pYge}YUEu#c9MgnNhr(H+7Y9Hl1-WwR3(tkc1B- zW_Ma1eO8sL3`XRYU`HEFfk>>KnLcYU=@#A6YN`EuXrm7D)YGR4eMOKGOnBF-I0$X_ zD&V7JNj$qFj)1n8YYi#JZLLSWs{$|ruZp#)ddFWtb8MuvM{^_jeA@-07p`+TGOzNO z&D+oAUfAO-6=N}`tR`HFd2~d+GI2z8RfIB+(Wwd^J4=cq?etwzaHc+7Y!gP)pu`&szyUPqBPYBo1cdv|^~wcM?{Cp1 zGs>^yK>_5Q+R2IPc>n@0erZwhKExx2bytURHJq#4d3Nr-Wh3(%11{g?W)Of!LmS?& zQSn;e1#+bS7^r$+$C6?Z4jqY9P8Y~@7|#Z6$s8nY8KluT9bq_>T@@7)RAjdK?X)2# zqRhqvrQK7^V@HCvqHk;)RnW2HDgAy&3B(0K5f*#28uMXzC4;;2r z8F(&!?77YtR~PlzR^a~YGH$nAf_Vbh2M#A@c0|10h<^fj#O%re%5Icx>M(xR< z_}s7;NJ1~fFgcz|y1FMP_~Qk|@p$1EFHx;q# z`WL^QA`et9G&_}|{})q+K*m%f|ParkwMHS;m>V z1>~V(WPBA5uap~h7~xlfn9BDfC1O${3-c-sjO0t$NyCj@%28!KVR(=G;|ZO{@U2xg z_~tTUF8Puh{*reSuZs#0!yEH<$vQ~{IDWD2dAU3py07eg%>PIL-y3O!-NS!^9 zmS;J1I|BoLT7MzOa`gu|L4WQA@;yOCAY|yxxFw>OIkn~QA}k?*f&)~hA^yvn<`OBV z;TF5Fe0-i9SG6J-QLls#gdO=A z8F6i6$smx#f#7|IX&UB5sM3N-DXhnYR6SHaL81Dx6k`aMgP2<9(Nmoi+EYA@bW0%CI5O zv1y9y*5|2n&V?}O&YHpYy${4MbDJq4+BJd>!Lf=-W0+5V4G0sGPt`~;tl(2VC_ik5 zTw2MI2Hu6mrR@Ok*-A*~^tmFA2fKkAQWcc+RKTsDo-l^3Pb!I-p$W0zXDFT+h4TH{ zwW?AYm^>sn23UemIEmh`9vvM@vj7r&Yi;r>L{-B2S)h|FQn7iDmeaAxDP$6Y*jPG5 zN3prT^fLfQK)Am(W+FOlJ?;Nq1!^9tp|--S;-mK$@XTJ*_gn9!nb7PAIVyr{ak=>4BsV`B9rq$Mj-AI4__nS- zH~5}QLS>_)>gcoY!*ts}B8(V5I`NRa#C{*IKvk@#UP@Ht;Qs}t``94mQzTY+RaF~v zS^%GF{L|#y-wD81fycrfv$OT|kPd$(Pq3uxspY~NMnF1rr1rhx=Ov0~Ii4vjzfo^1 zB}(~Gc|66MREX#@nG{3fmD#m#O_a9Q)#yO2{QrBVIGA(uRKJz*O^7KrdM8K;isb|N zB+QKfa*Rv!;3Y?$beZ;q&eh%=32RHBPc#mc40uwAK23u(1%)Y%#rmlT zrMtR7V=$@f=e5Ygq#Xhy9tNcoFRMbsLl7HGy`mPq{Bbm2_OVc=qiBQ)MxTc;dp9j4 zQZQ`kY!gL+=}LGS&nbU{yu;)yi79UYJQ{>MHW(;oR0XYwS1xa*?`;zepY&LmrPq)) z8!kyTQaKqgopOp5CbLrzLuAietF55F zfW;Kbn%shX+RJvRKM?aPls(i7krDW|m&zwh^mk!4vS$3Ph~Cb&DM$(jYrCW?hZPk? zH<^UOC!$vzoFD%2FO@H8IJam%qly`W7-e+HJHHd~01^Hs?~beP-nRrTw&H-oDc_6c zBBO?HOGx-CiC|i-@CT6{G5A*1pvIoj;tfH92y>sWf*>1r-EKpz-UyJQvATv^mMBJ) zz;tV+hBAJ=2Sx}C5m>dv;tUe^a^@Y+7iY%a3oT8nz$cY{WX|h308)ph!(Hp-YqiBj ztS7Yc=<@;FcsTFur~!*HMc~5~QH4YC@ineZ*SM6#69j0QSI=HdS|(l`+}X+>%QM2| z9J=|^)ND4lzSaX)%oO#AW3K%_8dFmxw}l|ki*Ar=|j zog)y^$${HIB`GrQ5h6yv$g!N*?Vv~YDZ(#f2ADDX@JK$&KtvSVMKC92{E%zy;7J=R z61BAJ1(C5>LPfhYWqX#3&285}`Q{agTP%ae;Q5JR!yU>e3C6>}>wEW-QY;&?fOojW zqNnZ<0Qwj;>KEBySMMEL7Oyx}V<-f0kvK{DX+^&%5*{eR5kN2g-#C;+5gV>ZqCrI~ z7!8u1wtsWb9X&X>()l~NY}OE{m+3Imb6VM{5=_*D)2%&7NthjRgWS>rG-2#Ooh0+U`{*qh>L>6F%6k52yW0& zWzxa9lMgHL6TMhPNhtdS8(0HN9ug@$sZB>^Zsd?z1kbPYC80I4hfQhV*DI=rr4k#7 zb&V2pnzsKyPkTtj`}CEkQCW-^Les(1Cq#%M5cO6V;9$MW!)30p#kB)Wi-gsq45k_g zqop{15AcUeMeCevh{RT>z@varC~5}HBrEU0_=c2HJJ^oZtzZHq?#2%qlLtPUn$E;q z;^QHXW$_A(?50)3Z^TH5V*)UHYQC)O<|0M0h!aS}6-d7O1$ujaZ{Vxr@HUp{n~G)p z7`#X984AP1e7f}Ub9di*6av)EQ>CYnA#_d?Xurj-NgVdx7L8nQv}3diYQM2=m|;#F z8SnXsHM<+!+OSY0?6Yk(uw=u5m8iT@LtdCCMOPvtsKvotRBs`M=T*@GiGI)K2K&cKO z;F<(HpeM zjGBWfw84)vDI%Is#d4Y=I*j07=|Ir`n)DerlL^_w0GCx1DM|>Q5B2L>X6PAP@qqWT z9J97gpj`v&hJxadoKC7-@CWm9-0wX40*!h11{eiB5s=w}l8wr7)Kh!prW@kQw#aFj zx|9tAmFVcp3Ksc3M5mb}AXIFgfox(=Y{fw9m_&Inv&Q~KJ0az_j3uf7=Cy)~ZSxNk z6)Q3hXxKz#wsxOKD&SGe6zqWXb_B*W-~p4&d9`M{(LW&~KV)16!CUB^2fTzw49KdB zr%aY%A$mXKiWX4K?#KJl0{n~Es49Yb_onF5iG8Y7UkgltR`pMy^qN{*x|iC2&2-$L z;akx8El&`%*G!jPn7M^%u_LZ7H~SoMAO`b= zF1utgP!iiI zRp?WqlPPNpGI#9z`cNKj5?Q4rZM1VS#_xV*Oh!rvr$cW!_lHB-eqgQAk%Cihrh{cl z+!A{bFM7FI4Kz8K8|Z%z1AfC8T%)9*nwL)lU zpO(&4z59Z8YQ6SDhx&T;O-V2{=}{$1UXKH93Cv+uahhu^NsPr0q!vb>F;(EOVw^P# zofoktPfx+N#AN!ez)##_m!D@K@75@&Jygdl9jGg$J`u54cXsvyTlL!b*)K;wz+4Sq|TCUzX*doy+yG_6k6axV;Iy&VWvkrCDf`IlaH{zqpfZR zNe-kp384AyMrr|@f(xnE_-@kDOnh-9WbWM!1tfm?p|Yf59Vsw%Det4Um9qwCSpfMB zvtPGK(3p92Sa&4F(x!zBcp-W}Tdm-9`2c8p9?TKZj(ZkM1PR-JV*0f)kRsS{ipW7Z zG}BH-On7t?N8*hR-76VY{%Y=M_ZaByPUxTY&)18i)XHXkpuhYvAurQ`sRiJVW|J5b zgPoF^&19i=+~8C^vzb(8bOdgT88)uSXY?SaCM?VFY^me#vtt5mt6=eIUc`j&}4+^1CzUT_VjGQ@Cyw zv1&|(`^ASf!&Vcq!%njv1wn4F&%F>G({Ie1T#zT|8N!!m@at@?0@&_Fq5;&8ch z6U46sfv-b3%!rP!|K}l449}_VzGeWX?c+384Ln{GBk*pHV`y;mB^QL&gQ27$SJY}- zrk4F}X|Sync{W3L{9F zF5?O(sVfuFQ1Wv?z-cMMThO7XC|g{G^~vu2_MpVq;B^zs{!&MKcv7_(7SdF#>yw@tO|6GptGOd2Yg_CbP z**Bv*E&`XeiU9ApkZrLrBnk{{P@Ner6D&mXt8jA@+P+$xL{0<=V9bSzgOjKoKS!uR zDhnL;GFSIR@GFs!b8*qaPJe1AY0XQUKfva(YT+58+%gOPmqw?Q<_4IB56H<5uX0Xr ze0EL-H*4GLmL3emoc#rWT?8rBETk!Ucz9&3saEEVIz51x+N0aGhW#;%*^`UoiJ1_? z}# zwL&5a+9nrd3(9NlHv;sVkWA$m$nn0ZfC#R?n+&*2M*TSZpdL9A&!W!u7_~6E1fD5{ zjsJZ)FpYgT7%NTp_!QNsmdd^v7~U({H6FCF*{|nj&q+#zBGG8ssdkTq$;B;aI12$Y zt^H&02F$*xhD8^1UtQ+%SoE9RHUq28@-VO%HuA02fKP8p-q}L04y1)1nW}qGeM-tp z_L{u^IK?i|z0tOsxGIfTJvu5R!WPM-@52b#J%)RZb`zpd3csjnU3$cDT+8ZV15kEb z(BjnTRybNb$J=ys#9{k=T0Yy8M!>PF0cI=}&GC3d-JaV51d}g|I+UAY9EG))xe7c% zCR{7!R(T}3LMmdL3~)QC1!|AYMNo&~%u#<&qL&9DN-FjSW6JVG)H4i22ZYux z$^#--I!Vdi2xOleCLEFbE0~0{55R=Tf6C+x3_oJ+?+R%e6M;q~leRcd!FSP!K=Rn1 zlgatvQdu;#g~LUvDqftdtCFGMZvz536X?Ux@S78z<5gn5>1g{eN^QY+aFpwMd%A|x z0}2H$#~6fp%Z**Qp~Go;Lr+%OJUSBpDa)n}+6=gFR;jU8_cSBN^nh^Xuk#~A#p!3q zUaTqo8H~{q2D)b3hhlC?VJ4A>V+=nyq_FQiSkE_BloO{$blFc{uZu#^cRz~@=j0XZ zl3!kuc3c1sODmjl9n7>?h=_{7^BPR8I10S@G82+fi~nC!yb5WLt9hg~GNeqh=GVRY zvZIM8>yj5HJ!092cGF99y;L3k<291!0}A$IM2xLYl5>aLg`w3-BOVVA$)eD!)wC9s z2omLU9EeQ$N-X~S*GlMr3|lsvFL$KW%aC&p=EVv zpTOA)0e;u+b`KT9jHaIa-w+UpeYakGB^nXlvh6YC&R#7PgykUPI)u};wv6flcB5=i+_TcRp7mP6Fub<|C8Rxh zdmv#w;3+XL>3wB#k<_-tl|byXN^Fw(K7{QtIQLw_paz=&W1Lh(@s5>`WEJ;E4DxMU zEjKl|dZ{xLKcKJt8Qjr(`A$5>SzYsH*jyH5x#rKAr~M?9QnrvN(|F&wVLorWTC8=d z=K$GwCNe$3WbOpjiDaCScn{Co){%+{6mTtkp`gwXc-}UD;inZ!G)xG-lBQ!H37WEk z#?i>66xw6YIUd!8mK2xC_7J*oXi^v}`_kKGmZz%|X6I7gd1rinpd7I$1Q1m~M|9Zs zk}hLgsY%}*En_sH+dw#5hJh?Z#XXFGX*vjwEtFZ)E*E+jU*ZnMz?fpu1!)l{Y*o$v zC6%F2?n>lPN*Qbl&A7g$aiwv|Lm7dFJM*QFLSpzPm$m-j{-YlDs7n2U%|aaDj-`xu zb?LL5f_0-KPf62H`(rXFnp2=kXnKoz>w5#T`Er zrD!~%3@sA~h86@GRq|7|OnUB(Xao)EuPOR%+h&G&+H8WLaI_7>7%@PJ6s2RnOJH%! zzd#a$kKB58KVyEG8-<^^uR3I5PZYrRt;#zljw80B#5~<>I$w`sIGn!4_>8IS3$Af` zT)sEUfp}QvuA4K9?eu8yVT7r}CeHCkOez-zsl}Q7asKV?LSFNa_fMlC5qg0sUp6lh zwUVoA=JN~7SUXNR3WfH%bLn28C*TB^6PqQN{HLTm;bUWc!*Wg_^l)_XZ z6^re`_PI~QXg(L?Itr^3rZbPQUvpX;kz6@>;B)1ElNc!94AKtsrw-X&Xr;GDNi7`< zC-s6n0@seCk`I`3wV{?q5jnLp^sMhnQrKFzgI9veu{ON&Rb(Q`4d{c(y>>wq-DBq2 z#uiEDj}h|r^%Z@0i0q2fRUI>Fc@V*uEbKwh%}-yS1Mh@Lhx zUroTd`jyO6V0x_V4@?UZ-Pyo&eOQA=cb=)F?&9>A7!PDNcAo$5-irPp_abo4w;L>& zs21LBv`oufw?tDi2xNCR%rq*F3K5y2*Hsca0VNP+e&dZ!7muMA08TnV3fpf;2oQjy!A}Sg(lHv3x}Tl6_8|yuQ<~Nw#lF}T8rOVNv+0Pz2AlkCV>EI# z=NTGm|9Bm$!Vp^bt}Mjsb)rIJNOkIDZND;FkD-TxE}mJ;imr*LT4>~xkwt}bj=X0Qra9bSr(|O&Ns8l>SSCAgfk-`fTftH(QcaMm7QPk|jc)R4 zPgK!u!64~HRLzWc6zkJ_uzTB+UQtNnM2$Je-c|F$y7CVnc*&Feyb73Yq;^crW8jzV zMAb0ER2(4SAkO!igf;L)5zvU%;ZmS!k(PjMyTEar|F&MD5w&}b0H@Xa-hk)sXL6@3 z;Vdqorkv#%){)9DPJ`HB*5@&h^Mu>OPk2R@QeYaEb`KU7B!7t(n%9w7N;!ocwG4n- zN?NIf!=8g|nS!6dr%u%Zo%|O=hfCPIZ{>p_D(LplI1@~5WfU&rKVlbOWf6MDT>#AP zu0M5N7$OyzLGpZ9EO8>S93#?^bS!igp_or*eh&=Y+GQ8)DVeQr9m+Nd+>*JbX^b+Mh|TjEcyOEv0VCGn>w`w+|(FRg2S4cM9qH zEMk18b9_;G5PgpC>l5E~Y!_a$K8&objUsH4(A9=6r1DQlied9gQPwBne~ib`X{Pkd z)M$NUhF>&qoQkkO@dbf-Qf($ZrKFC~2|?c(>WB{OCWD|FOQt_@X6ZV&HGM<|ok&xz9`Mu`gkvCFTh_h+OY{~P1Yhu%=~QT)q{jMCizE>MKL^r`^lTTM z-ja>vuT$@sa?qPnXI~xqH+7J}rduxT9Fd$9Nai*X7N-z#c9Znm^z-v>Uceyn zCTK@zL$sO%Zw418vv1Ohi2dG#o|X$>+<_k{xX0SQeQ7Hv^9Jk|baobp^F-D7*v9~1 zj*qVE;h(1S23;WImO71$!Pt^j3~;LCSa-7mrfq;UH$m_(u}?lUjbu0nOtO=l3j^f@ zbe}A|_G8CDCaSKYTBzjzbS}&Tyb*A zE?H#LE^$2^nOioKK2jX89o;zLITAx7Zv9MJsq$HDm3E;BPdJyeVG?TJz_AubJeW5o!)_)6GDjU`I~n!iLT=tg&D~Gewu}r3bZ5 zO2um`x{(IA#QbtY(@G*UbQiVH<$ZF|&2r0mg7od|W9lpp2(f)0ov-B&R1tv*?Vxlv zR~%c64q1%U8rJO0Z)tI2Qan?%V;n(ElvD$2=Z%8S|er^i; z;cL|hP^<7+?{h;NpNrYXlZZ}KMw+o!wLH?ksz2mKXt6 zvLl4Z;5K`Ih&ra&Z^{_tfe)Q9N<>UpgDI!3qW=Qz zAv(H_uwKX+2{##=|3r}f&cAV^PP?8yprJ=cFH%=YYz;Cx?otkIJ_`dFy1=m8yk{M6 zp#@pfB!B$bGD&l-xKTY9(0*iWQwb$1bwG2j_pxtDa`U8WbVuE5r2(ZqC)z^IsM=Xh z2zJ@$LOOYmYvM~XjGp9kV+joAz`b~pF|AHX7W(3qv{*~1nOGqEd@ph)tw0HB1hdo-Ov zBxu6JZb~*DRd@|BQq;V1%PA!>aE4GNsPY{EFII$NxYvf5&G$iSrNZ12JArQEwzorzih&cKdLn*edJ>k9 zdCG9Wb)=y)wAw}K+FlBDCuS1g5{(Hpd|~!W9Z5@dQgYj>ONPG#*cbMFn%P_qfk77a zR5B)mshcJj$wI3o0c?505O0_{Nm%MmGe}<&N(vmT$diDA34N4V27ehez)3hPN>Yq5 zUn*w?V2IQ@6wr+~c^_;|c^smQIct#@QS;f9Da=p&9P*>?oh{$U(hmilu7b}LlsiQ; zd_d%za_v*bB*lbK? z_!KGdM*ty#G=TSV0L>^@ppDaUuGHGfHb8?d);b?($?ZdY2rZ)L#SXgvl#JAUUlw6L z;yJs50R56~j#NPfQkm9aSzE#*8^c-Q)5ylZ*QmHT`o25`V@fLy;4TngH8lInke>SZ zL3J&9+0O`sBwpU#%M6yVEbXb;f-iD~waAj0q?rId*Ez%Qr3LfCy(@beR zt}vMLdC*rGmG}gF`b6Ph3qk(~S?WD$*#cGWb}_2W9Z|1#0$P%dS+TY;P&x>$W#!Sd zNhg+J<8Dhjt}33s5TxDPLP{OhGaW(_vX+vS!L$v4ug(aymBE3(SUwAo*b0R3I7D)a?9&HRKLka zX?Gd#si(|Vp2*mdpdYno9MXtPAzh2^T69xJ^!}7PmxocsZp?35d|vGtWkM;$ung=0 zijT;f46}`9_W+Sr@TcL(Mj~{n4~G46x^VYb^?L^+*oRpZX>l*JR!amP2-GxJgr!|_ zuEzq5r;ia536s*CfNFxVWgvv-l}Ks4AV+~dOx?i`t~_%Q@|=vZv$E`_Qgl2IJrbsq zF|SmH0>9!y2{XsH@U*NzzRECKLhm-$2Lv}SHNsO)t>Cu&Qx$7B@;iq~Fj2Nr0n^9? z`y?GyY$eRO)3->1k^APPMp^Jem;og%jc~8k)waCo5}e-BfS zwc()BmYpQdvnbpmXlG8X<^6Wr>9BC(4|8PhQG1~cA>^Ay;$)yZ9NtZ*NRPqQwqAZAbl+h<|;BONH{FA4;MpV1T&3<;F=BFAq87z$%DJ9_l0LQmZk z2nJ{KPIjG{W92ty2WHDA8lHP(j9MM^SH;*wWU_6RPW~=T2nOto;3ABeLlNN=xk-~> z_|!WNy<_-i8EG?%((C)v%}waMjd8MApNQP_BxDjsZN0*~E?n6}Q?>n81!*4ri;VY! zQh?}Y9}axNund<<(`7}feRbkoQ0#%Fay>_AXh^(RyY7}hc{ilri1_{IN+92z`|=s_ zdLMr(Sj^B2IQf(rJQ(sKwxfZ;zyfG{a;Z#(&1B(;t+(!`8r|L;-se6(K`$WVeCE#L zDd_+-Uicy;L?Bs&!rwgwsf{0-JuTl@RG0UK5?1o@C`2aUUlTK09}20Wk`fh8o*)!t z!mv_Y25bid0UTqtIj@h1x_7LQLM?0$yn#gkdNZJaR=j#g2wkLnGN~iP%m9wDTW;WT z!yvJR3Qj7lnSaKe>Z$Dl(&UW$3cx(aVN1=dF7B zDcfWOdsy!!*ugH--@F$5WmsiEo)osS?)dN@@k{!O$iN5qj$4pBkpM0x$~c6(<(L!I z^|~vEFjgY1oCo|DqU2D=K60HjWf;FMW3I57KrWPVeNSBgZnJWoc7@45We~$CKB0ol z;qD{{ei`ZEHsv=yb#`1v+)(J z42dyF7X5}vu(riCugR`|j2#+qS`B$Z&GHjvwDB#o&^(v*t2xQ*?-QL`{U{{Imw^-& z;%w@Rsu^9*<-B5%+j3Nc74%?e{&vN1=F7q}6Wp(`AXEhgo&T?ePe=ZgAH>@Nvbho_ zF@r2~^HoT~$9QTcj#-GxFy3FGO=!ART0hM|E`uX|D`M zQ{~qvEvjSbm;rTN2(zWCu7VzR5)pLd&0l#`gw?Ncdc^f%FjoToNWyD)?LZ zTS!JNE3nZ;HC`=V7dslIx-mox&3;A5V1^pCzNi&g%a$A*E4mq^#L^g>Mlx+KY<7FB{d?%rR6=b0cDootYU|3hd)nE%;86gy_l##OYys_#b^(EPeACz)`dJ7>{ z!C$*s)TrUT1*;y|Etd<8+5zUK1Di0MhMPx1wfx_o>R3!8g*3=00je#Y`UJYN)&Qlp zE>I8h)CV|Fq;1^X5332fXFsOi3Mk`;JlK(IdzLjR=*KV}^JQ+c?ay;239)-y_=NbU zo>?=5waYyU@>8QDWI{3nt)m_`pVJy^m(L-ThJlq=)Iu-8c_%dmXXXM%s8_p7RXBCk{N`n7# z!ro@KiGr^c0p@Z^6~XNfXxwC>4G4R1tJh#2M(}a*#drO@Eeq8ptO|0nAd+SXBL#?cb9Ld_ zIFJY1*7tW>7hC-YEdTAsSf3uO7Ekdh{hVY`G={x&h$A2g8UEm5y<--6ZA|GN%Yp8l zsXJ;BUanKJ7H)S~VX=7tt`5KwEV8v-GG=UlEvRkD!{`N-sj9zfz zX1-dfrZWl$8dTAvIVipyd=g$A^p57DRbQCHsXXD-w#-_CWRc(t-ja%NN`=Ug`Q#g3 zTDcH#YD(i(zG&fh6_bBazhxS3^lTga>j}pUqAmy_NwUAiOcN}P(3``TfPme-`KO_~ zxB8884SgZ{p|!JO*a3uGq#2xz+@IP>$l;U&PP zYALvE`F z-LW8fYt0g!S_m~$i-&Y#b$i3`$lCvu)!C+l`Qq|%V&+|gzM5&BQbk0Xt!8;-_s0r> zOX@UyShzdu(-g`rAg~mb5d?pt%O+_@uw@(V_qU>BpSGf9D=pE2X1@EyC+amCT`jb5oJ?kjl}NUtB!>vN?)pO40!OR zvf{QDPxqa)(-;waK-@Y964EjtrN?8pX8r1D?~<@19jyvCh*&pwGm9GN$Q{2A%s0}Z zG@;t+hsx)?=ggRYcsA05rKyr1KThn=4LLPRB&`^f{T=K4wNytY&1kC(`G<%)vgznS z{ym{bgfUA)=0EjlkK`SPt24fCT|r3Zf6!5Z!d1Yb>=Tu{}vc zLo!F>{!*^)DPCoC{!qkC3~klTQgSUL_x{Lv+pN%##cU0}itNUvenRR^RbkY$^dh`) zhD#4B$(Mnol4q9MSF3uqkwbmJe2Q#+kSYrJp3{hf<1tP7G zqH}bW2+qTC2U%c8AYM3ZRh+FyV$xFNyEhv^jQwT#fGptp8?H=>e9J2aKStq)ah|l9 z2`36iW^96V!Piu~S70nLf$*qD8|3o1a7)N_8?-hO3pF*bg38A_>#DF#ma zD@M3vV!^QE6nVFI!g;642&WrALY4ES><<{FWnPOfcs}3B6)%{G(SJUg<=pyqPsyw~=+fATUnz1<2bIEb}f*IcC6zZVcsUA7%>X4;`h6FZA4iCy5%f}@)lX(S zOTnbL@+S-*Jqk8H;aKigN*(>L*ZO+5UMdloH3{_S!&*Xv?bU_owQhFshCiFmmnF&@ zEuOn7$+0dLAV?!Dt5z`C^a9=V4{?UuyqBZTQaL`+joXPwEcnJ;ClrbU>};k&k#I8# zp1Bgg&NsqnFwz<-UXmKBkoC)v(*xvT50HttS59hBWcbzWs~`Yk0eNB%fSlsyk3H0; z0&zikGq0=FmuxkiA-o}SN+9_}3~JTJYr!5v+aZsL!L1G+A^j8ThM-%nofuvTla#YD zo+v3XJkV0|`fRFtfVHR@J_u!Neo)f>eC^f^F`i(7Gj1(#YyG9uWxFJ%H!BvagsSyz;8 zqMHY$4VFIJpL=M~`_r&2_;p~>p+Tka@cd}S-hXw#D`TM_Q)a}uw`~(Q-#fK!+?7*@swIk!smY7_m+Y4vPpgxM5Q2pb6yqC?X#x>gp_79=ED{IciHH+yL z*^0XN9ImTX1ifc2^DrF49N>q-98C8yuwsI-{exaNw`>SMWZ98U8K*7|`a6zd+AMl3 zAek;`9lMPp<*f2Dd0RgrY>|ou0f5L*A@U~}QW{`5wO%%OR3lm79iSEy-AP5wCNqgE z-FM4>wK^USDtJzG9yoSI4d|y4?86mc1J>Kk48^qb;%P;LC|(-=&9>4kVU%-QDPi$V zfoop4z+nxH%YO}Y`&4E4N(G zaG;OU6NTi4Uqp6Pvx)6Y_i5qZ-Qm=hSlZ-~;-kU|!t=(l%(uVOt}{F|r!G2|*x8PjW-`C5OSB6^Z7Vlk|~Z(OW!iv1L_D(%q}h$BnZ z@b+!ts~c*l6F}AR&AcG_@4ZYK4(vo~Z?A9ok2 z#xC}=WqQWe7<2z11hZiv%g4dJM2_^)ONZZ}%Gn^N?iwKK&n}S-$tQRw6k0aJO#EYO z1CS%9$HE(vum9gJdRqbI*&z3h*hsEQoj=50=FdbFZyp*MZHRIQw2CTXk_{SC4}W@1 zP^%z7nHfR=QxC?wuMC`w5p#&wCqTq;h&n5>U1s!gC3!JKpSB=?Vb@5k9V1GKEKo{k z>*XPMOF8LdB}S?>2KUtKzb?QmV+5gJbS_E7oNnDCmeAk5eeM(%By7voKhftLXq@Tr z3CtSJqZPVd+w1nmbL`q0?(lSqH7zpZ4Xfh10DU7ThDdXC&4_Wm4M|e2fQG6_(XdB= zCQVACb8B0;CW51?GNLLEWCZuX?ZJl(^!l`Lc(FkvHPi{s*o)FKTxDJSym1xy=39DQ z1fP_tjrWTcggs_s4=V3gffnM15@MfX*Nvq!(i#kH!ELkSpdNxfXvkBX8{E@47o(7o zf9Ad3c9BGTU=ugB?F$2oF>w)L;CHzmg^iI1hj+&g7K#!)C?cTNvMYrRWTKv=tQBdp(^Z{;~EEv3Sa+6`Lfq+OwJpSBRfTY{H zYIgz@jWD*K{A?xgV1;E%+e?||I94R(EKem<;KJY(sLsnRt8lKA7W1W2w6@>}afR~> z`(F@c@0*QzBCEa;RQd|p?_A{V1Hltw`9YZjo2624&JfWkz`#75;t&Q?Q=GGA)U6rO zJ=f?2bSli<+B#~NECV}opH8^p&FhcBCI270*Ukj1<>n5U{I>}UraA}>8;${pPNf-N zR|(BUy&;Gs4m@lyEnH=CQ(LIlwLo?Qh6s2jJJ8KtVQ9?@74p{3#oQJW9u3847~bj4 z=VQmTD@_>cE5;akQI$p>nM%0L(~j+^P??ko=g~x$feHOzvDc|MX|usA^TcUs z>G*$2Dik#4yVb{OZEqYMfppC0+FTVsw4H>Qo5`OhYLOinVK7sMg|ClW#djEKBX$yXqpbDu9HwevDu~F+YW1)dQ2cO9 zl?iF>{I^t7+HjK*fcjkvQKN8|G#-CFCD4nLh8Bh&JY}Sej@1W!Tb*Lr#7ZTpLAyyY z27vPEP91|OCtqWuVllC$%9-ynr3Ab~fPk~&L}KZDX^NqjnG15mj0mh;2t*A~MRKkf zwIG_mazNh%MO#YL{Nb`{d3%=h#y6og?cPk*D-`VB63wIvTM(Xd-*FLeuAnKQWH9Ml zV=yTbCz?6bYOwCq*&^~Qj6^+ zZqtbry=Du5Qr~4pBg0bzUXq-o$91Mxo%4C=nM$582$rmT7Jm%ok!j;Wp8q!RWmxWyqJWCMFv9I0S5)q#}CPPXRRNt;>-uo_v$DIOn(6ndPPd@Az3T zNDo~rBX$XWb=CpQCzcnmmf~KGgIL3*(SGS^mJuB^(uUW8wgqBTtxqJf~K zQ2b%Sc=6!>>?;5(C|*9K$BB*R!&3g=VQbS&S*;V1{yaY-zFM97D`Oiw6ywK6xscA} zEbSi1rYC_ulIpNP?}gHFM=feJ_pviacC(Y|56|A!oBkJM6^)r z4&!gnK+K>Ob^^qPMj5XwXj_MnX~TT8Aq4%VEO9rvNcT`=~92 zob487#Nc{n)CHRF-dd77&~W&@zW0lfJ|9F1fZEY?2ud^CQZk-<`1W%&m;TIyX*<)@ zTr!0dw()#EMi27bubAL>0wpp$bfm}3dMiI;!mJe~Rhx`?$@7Z@P{G=@%8!P2`Y2+s)ErU$lDvviJ@?*^fVJ~OGDZdMnO!jAQnSCP{0 z+n=Yah+FoY%6fW@&K^XoYEpJy1hxK!135-r5s>(R&C$w=KsNLuLcdf+(;37$1tixv z68r{^waOY5NyoH*M>23Zf^w_=<6m7b2%X<`iWRzR7^DL5cAQelDASL2sYskP-S#gOOB-`(yvfXDQATkF`YzlI^8xU0V|@mi^+db0_FM}rX~HuT0a+lMOPI2>-x*DS#8LbAnGb211@kf2IyR^}&sfVd zLh&AFou^~q5>zlIz|^Z>rOVZrt^~Mp@!m==S>j*e+-d9Ab(3Y z7oaWU&5K+@E!tI?(&%*1%nofkh~*a#`Q3HY`xT>{Aptn+@zz@nu9+z4 z)=MNBXjXEERt8|Jmx%8w`K4=cOTLcd<9!D@@0?3s%MwUe1PM1Eb|si7s}{%Z&mQ-x zyTOWZED`k)C&!JAX|If2$6e+IiWz-ng2=TMCJS=m_Js-b%U2mdXe7^6GWXe0UnN+N zZX<1IoQfq{1O2_y=}$OzPmHgFVzN=v_M0I&4i6-Cc;a^oJ4&`w5HtV>-%ngm-9~{r z4*J6R=V6VFz>Yo9Q&G%hrK7h3Md*6@!lGbxG7#|+ zNfGS}!Iu^U2j*XQ;R!pOju{P11pi0vsE)-QWh;4SX@wHl(kKD2d~>->&yD33ATuB( zHm%jrKL}JLO>AaGco%lJPV3to=nB|!ijk&wXSX2*-&Zp9m*Go@*5!zIK}j`I1=y%` zNXu(u^5Y>)yPE_O2{&0;w`a7oL?#IYcT~06wAV&v=`3(#>-W!U`Zyn#5bBho2e8;S z5a89pi*6KgK$Re6VPNqpgPur~xmGY0H;y6Waa!V3PPtdB7jF(E(z$0A`46?M;~KO$ zgR~xpt11>4ktm@nsfP!@Qnp3pP6v%p;!}mygf9t{1epaSHSU8CoKZSjy~@P+azx?u ziy~Fr_i}4gZtU(Jr?|Q3&}Ha>JyZA7?NJ27|1z)IxU{`&g+KCpt!qSk<-VCGx4U%& zg(9%9r1*6Qr4(hC7Uk)0sRhK8T7&cTL5^6#2J?qpF)0LIx@G(EyR0Ze^}&L$kuuyi zTQY$B`(ekp1fWui*B^|A3o;qOdp;tX9`SmjsFJDhv_6iu(GG=q7-Rvl%EhO-2XFpmHP165 zwxcY+Ozy@o!)c98O>$ysms&Ul41})21W&%0umX>4-DB7J9iXF{Cg}10wU9KLzX0_s zpJ)0Tv4$RX0R-gqo_d$d6FdJ6lYiybur7p;zf(#EpP7v^1rk=(iJ%$oy%L)y2B$lb zP=}pa|B1bF@kk#upNkinSUvao_F(#rKxf2KnZK3SAeFia^m(zxJ@ccFOyNaDJUDGP z3rg)B4O-bP+5m=!NM0y?OIMxL;Il>*+w?`Kq_l3Z8@#)mI8 zbOtzG1)5z?(N#=jy?sq`vTH|CEGnh0b`C`*uHnMdWWrl|5*8S#_V=ZbLoOAk}kE|JL++MKi1H< zShz?C<>);Cgqb4X@QE)?WyU8-F~zWYr%znpp-CPKrto~VLfl72zyd)9;cw5eTMWI( zDzchwPGS5>?n+5x7{AeN@;K(HST?wlj3gy$3bU|v`7HtTDh2k@R0w`O3Pl%JU3g&% z3)ie~kOTR@r<`??J|0^q|B@y}PH;d@DnV|Kv^X9KbwvOJH6L)TkfeT+f@QsQV_3L#lvn=tn3EP<-1e^Ui-n zaCa+_+QMs65{@wR42K7h0(N9(jHHF58qr;y(uV2p!}I8zX;_G@tS%7ffhbH1JaQG{ zKUt^aoiUwYt1dV`_=f;7Cv36vF>K@@)Hm z!4E&%?z{X$(D26QnrLMdV-X05;SeXX<*-2^;OW>oai;piHH5v=mf4WWAQ;jcIjo3S zP^8n*LCpxNZkk9)U`8(r0Ao0*`!*Wo*BxzX=&yD#cNPY8F-Yw*Wf&ob0v2iT^2i9l5tEv8BZeWhD|*WTROGVa}U_3z`Nx2u+LI!!0C^zFua6YG=7~g^)K! z3tzpRR4<53dK4g9+a@ACea%BDeP_UX&82&=&NI=ACIj*w>JB}L1|c{aBg7Q{OLxaG zZr3&k=Hobj-e1OBvXL?f1_J)~$9DXS;3*CD+#(< zqN6{?8?ewaEZx+6USC{Y*(U;_Fr62SS%feW8H;u@Fesr-4S%PVfDM(g1O|_bf{rLJ zBn601X;F}`B<>;BTOcA3rIm`|EtLGb5C>+w*j%JqW62p{#4gumTjDkK3x8UB^m9Yy z&P=WqGUF^_?oHw(%$}(HO|#IylfugZVJHb@#Q9^{_&O8?5J3^BAOgVMjDg^m^nuN& zb8=Q?@EtO$$Ii3zOr!g{E1-DeGdD!@FqB8tu~2T$mp3jCoqdU;Ep%yxS}USx1tQ`apgDRyF_+g(6kFe?B( z8kTwvtJ-AQHqs8>v}ux(-?Fb_{arLFIrTChCTI#PhwxWS;zbtzs+f0aBC4-Mw7hnL z6L!(ya*66IFnE^#muIJoz&$G)#aOL)I}A>&{|r_}QIj6?Uzb`Yn?YeBV(In{QBsN= zU`G$;wy5n9{V1eGg~+Zx99wS_WJF756Aln%RR+j>hL3J6q|bKwqZw9|J7h&gNoe;eOL9f8sNOR2V|H8Ul(KLDDT?Ckduazkb!y?7S($yZM(Ovsw+t4?2 zdh5xpVu+rx1%Zx3H!FU<6e_9)G24QDaiAL)L{i@WCh1!~nX&%D?3uZZ1&=7re~SY` zf8Wx;yjzB|NEK$_h~o6BcRW)=_6&v7d9~BILcK%G#cEp1SFGVP;T~DA+f}2Q?hF(@ zenB(&4`WZPjir{l7}*8HK3CTD4;IWtMA=KGXF*pm1SL?yiLE8Xta6K)JclbXsl(wn zIkR8Q0hZNiBf$&eN`^8LzObB}T}4?(yABPDVj;gG0+PkowomDtc=#2(kNt|kM&(Av z@eKLtgf@-RrzfLv^PS<4tm|PNmrFtl!l@@fv)UN{Rn z4ICy=ORg(q-=(_ZSk;Zg)Ntv|Twz6n%*T2<-kS^>l(}9$ZbOrT{)C&YT*w(owV>LL z5t6vPGBzK^9PnBo#ZcWPI$qy5Q%7tg$oEhp97!uh&fHGcfDD$r3Z6%srK#f6FOwy? zFM%i-ZD(=D$0Bd%V?K=7ILRVFw1D|seE=4-kSW426tTVAmEyzs5 zbOMlsM+E#K(FG}JFSKe>hAC6W1CckPOen)H;gwk>NWm`OW?u_Itd#^ax{JoJfW1~+ zi(9mwpjga#@n-IFNWEj;&#_Vq=~YjzQcv3>BI2FYUMaqwzUz=$1N?Gp6-4uS9GH*D zMx;8UoTi3iG3h4y5vx_#TB452rWmd#?a51f^ragHTB`|gY@5_`d=e!{=i0fK3~&rs zdxKe&yU56~bR#x;^vVUYiSlZ}bLp+iUVsK_@ss1 z{{7W;1mZK4B0=Aaz=V?axbpN{b%ZWMU4-HAfYqo)kw^gK5Ik^{Sc!$nMw{G|Wksd7 zpBVDqjAO~wTP)XJVuT6*oKj(9ZZeS}7?O)cEJErF?^!mSA7^1cvmD5zAy4qfs8sG~ z3)*)0$v&ur;rs+NMrMv`w?iD053j9=MLNCT)h4t1ghfejdv?ChIgJwh)aImn9eW zip{~~<_d*pmbQNp)K}74WK>A&T}oUKOZZ2Cbqv)hhFc@gB>+5G zaq|cmu}Jc=?h98SoJ8sv*&j~QIub(mR~38)<9VaaZukFuE^6kNlOQG{ zYK1|w0M~g8`W-|V?H}Sp)!~pb;`;9jfYSLFww4F4gaRU(QHi9hd`2VOx4^&(a$9_$ zyVedt#EGIw*({1 zOP&0A+gbXqPFCg|qf?y4zh^ySER7E^LDLNcm~nqq*4k=1d|98!bSlOX(YG(3=No9} zVAoVBE*b~T$B_kt5`ps_qN1?ymeX1f_igV;E(>|EcOZT2k#;y|Sl3h#j!CDAZ>Ix# z;S$;n>JK4!bL$J#c?`#Qn8CfKMU31N5A!rB57L^0GUhd~@u3)h3?aU|=2KE28nlks z^%tT$N3YYfk4Z(4+YSyLaHi}B&G*kO?NHE@d|A(dII>RVpmLYxbfsjen^CuU^-2SJ3Qq5YcMdUXVyE?| zz>)V4oc4WBQz)R2Q!h8MdBeCuABLqVVNyq95w+nQL4MeLDDgrq?4hBHJ))%MtK-JM6J+*{JC8ZXkJoXSCIE zZ6RhPmdSzDF%U*MVA;_&&R+6ExN9jZimoDGgq>|z1;;B=(lCIhlUjWs8lQeie{tUW zYA=AhiDV-z`1$XR+zIN@s&I`?JGx#a`>T+HtLap@&ou$d{LiHZrx&mr$lAR}}<5K(zHqD6$jmc6*xVIu;C5p6|;6YR0e1P9L zHCiFu6c;TNQSPUzh8eL|Q3fCn^e$UpQU=)xN+~VA2N{|>P>i-9DZ3eN1IcubfV>Xo zMX5v-ldF*DcS!f&Qhb`U^z~(50wo6I(_oesNW;OA^9|?u`j6@ley|hLLLy#Z^ z5snNa?nGvzpGir_<5#FVzwxLJSNFZf-DJfFM8Bdqu!ISOE(XTAW2qOmyMA4Hn4T4| zz#ig9a}kXC{kmSEr^0hW8Y3rRq~ahnN-`OIAd2t^k6awtg<%UWUTkrQwq&9iSe!05 zCxd?iqZ==qxMWaTJfJ=95~xYaoP6Q+`@bCo$0#uXi+pZKDl;a@T8pWCNb_C&zQrtZ z=69y3baNG0H_Y)Q1PcT?ozql|cbN|ch}iHXEQ_aS-mna9PRM$Xs-wX8H#(({kr%4? zVQ<))yn#nDdQ&h+wAUF!{g4yJZd7Z6{Y$#BkVX)7r>U%UgUk+4ZiA=d40ieo1K!~f zF$pw-B_5vzC-HLH3jLJKj1!0|kQX82X2B{LLBo(JO@3&wE^HVDSvL6q==UN~Vu2+I zN@O_Y6p*O$0dAPc%3z@xSnabAY95QLO|5mrm=A6zC6zdMUS?a(%z2yB*>g`F+VQ5S zA6bL*jTaw3123A*@xqg9zwoD#;d{a3&J9a0x{>F#el6K52UmHAgd@oY@|p-{ZV6z> z)?8KMLRSLT>cWNefwtWE+f|1ew*NB5!{m`3Kt~4S>^t;xY9r!Y+GXeHX}92}WK!pQ zz(cisQ`+!aGE=bYlwBCZ6(lm5qN8$Tj+(`P{@; zFs{_b8sRU6>Y7R;oJM`2ogVN}^b;u)Gm5Kkz#2E=(vJ0?_zHTEaL0^o3$s`w0i?Ju zyrWFl)ll--ISUcA8X@M}Q(j-ygS;ZPSUM+dL>FeT0V&LN=&!l)SOv&q5Id`D$P?l? z=M!-y6P0rfRxSn{ZAHM1V}dvDoZd@s0tU>FH+_5obr&_Mjj2r3Obc&`ZaHKkG)oB! z+tzC}Z7#zqKcteNR)X#}EdOrJ-BqqX`?|GZum`au=4m`2`Is`879aNF@5eef5vw*~ zhyjOnmRUt_ND|FUcdeTvq4SxFXd9>9kvXClJ}PX!+wMBHTyu;JinTlR)R|o%z*69S zCa%;6)2i;_+WV?%lc)ZR;W7FtfLCZv(KIzPC*Wxj>!Lak^kz7Qj9VdE>rDq8fz#~> zv04Y=g~N+RW`lbiDFOaqCZgI*DM0NeS^qe3>6LwB=RjH6J2A?7<8{|VCR!*;lIw9V zuFPo4G21(g_)g6;q-KJz^@=JRS<}fDL06UNrBeBqdOlHC-J6Y@JY#a%Eu2+qP6W## zkBR%2elFhqq|oFpoNAvuTww2fw{s%?(uwhFc@{P4n36y>bU_LgP_ZD!Qj5J141>nI zgyQA2ejPtWr=Fq|zHHs{HjT{H7 zG~IEL$WiC=Qc-gYesi@Q<9y-Rz*|9XB_%i^w4=g42BSl`Hrg}t4E{me!qXzh!&1vI za$;UQIB>HVcNq7@HegdaDeXkV#hD0I6nvSg%J@{F#KpB37vQL31<}#;65^tH_T`R2 zu^hUZRf6c?oR-(_zv?3+%T`<|h?y_XyBFZ<=Ck2b<28dG0%SV_Q{rj&fF3aDjA1| zkAvt_Zx)V7a|72y(+oE(;i4q#>POUUT%4K>M>hlJcNFo4^oJLj8{Tah(jlm7e|pf`$V8J! zs>S9>jvRF|uquy;V?hN_R#NqSZrCqNBN{9`5)RrQ3K#jLn4j6NFoc0H?xW)LTXnr6 zwVm~bu087Bm)jcP>^i`K4EwfuuD4qB(o+~+RHSajV4f3)0|;fobOjWFhzimn8Lm_F z*GW{US}Df`@ROFV2lQD%Z(sy{N>I(7rAD4k(thw@qhF%>*`-!wb8=i-VNKg`s$G5C zMQX%T&07e?!q12~%h8%#-l4;MSAb1=q=v>G3>Fv$^pwmnG!*d!g3B=rdvz4u#Uvdp zZZRF~S9`sB=@3GniTuZr8p@L_Y(6y#BJfMs@xZNvZKP&>8Hcb@&7<%|jJ8q&98Qa> z?uvu=>~bNA1I`-*&Y=}hLvP}|*R6;l>Y-{nS5ceV1D6VbuWwdo1-~#*zSULli*on}wI-yaB*u3Br;o_qA(cckx6(6N8Ga zQ)i;(~=G7u{ad9ZIV4fhkli5{x{$W;+so#}IC@x9yPpN-n6H9hZu!-auqn znVw+khhx2_R~Ddk=4X|&K+y!lsoyyk6;We8$DNTR)L7uoLia2L;R3>Bjfs$JCKLA@UVhHYp+#~D7A2it6FPky1vYN~ z8@aqa!*U&=a?SR=teG-`_ysc7r=op;T&!64Rx@W?i%2x}qYGHj628@Gb${h8)gGEVNT$4>fd;pnb^0DAs*l{f1RbYe(JrUganQzoj(`}AzttDs5< zn@7Voo2W6W!tflVbjir852iLFa{z@LP<)ukgjl8X z`necn-hh1Q8FA__i7H34;8q7`J47+y>-#XsAbQ6+dr7X)?%;z0=i44<@_;G`KA31cFd82GilS`r95dg0q?bWf7-k>ldDh_ic_q3YCB~)KT z454hqz)QIC3GEp1^|c-akdclzNbD89%H`M*$1-ccKR3n3=XI+ZXU2aK z3Xu}Eq8{nTb>ACyPzA1WoQqB$d}H?M3s{#@C99Qn#2y@bf-<#-?tVd;vKxfgV58NQ zngu9&ThtyB)tpXqEB7~rXP?9_4Mm)`Lo<0iskRo0M;TS5rahQoP>=?B6p3mg-W}d=!mcT*l6lV_%+NIFvowJKzjXUVK-R!JV%5|#9J4=>6n*f2BJUXWWI|s znGntkFy#_~4NJ#$uIXe6Yt91vCI`!3fVSy;v@wwG4l@FyH9clV)~*d(QGg$k;>29XBfrC(5M7D)Qj2*rWYHzD z77X;XTp9<-l3nHjG-F!UtUK4hs#=TWV4YOSD}WgGpKc6BGmcNP@)J~;{H1fXpH>b8 z{;@A1m#L|$_5U3cW6DZFBH8mc7=?SEwtdX79tVZfb;zX4OmV3e2901=q@Su$2=>p> z#G9VEc5l{_y<7hw>HShlQgtG!m|0Vuh?v(YVg0*HqF{Has2jC0L0{(Ifw13C*m$$8Z3#9m9rwMomTv7gogC zDbxp*RK<^DSbdi=*}Mwi6cEpw7*cGW3FLU!i(Nb5-FubKrskJtA?yfhU=E$k^qBc-0$snk+E0WiR!gn__7Ad_0+*Rm0vP*C{? zNwplkA;QYA44Wi4m`E1;?4y$czpf((INg%(zGmIbexr{RZAEfk`86 zAYIfU3D=Eoon_Z#!L6pe!BE{P5xVY;S!wN{Fim^nlgtBEvD~N`kK_SG|Y|-OkQ-T!q zO(R%YyFO*x@x`IMPH4YTqV16u!WPdFtfEn|@euKp^KvR*P$yr*RN+|l?;1}1J zk&TfX#L^PTcKsAedTUgicFG#udoq>(1g-v%HYv`GTUZu%RxZF2$fxfpNVCoMx$(on zL_@EE*M$)?ClKngZ7OKI12L<2?T~PVbxO&FK@-nUzWl~=Njlt)1^*v$85`1R80K5M zNdOcp-0GuffiAkpncnRydS{maJ;mCqG_6zj#sgoJ_7)&CIzqq3JAKY=X2{Wue7T)K z_gD8~T!J>m8K=3aoD3_P+XIs>OO`t+QvWFUCA!Z{TCg~a0Jnm1=l;scGB+@^ zBya?k(a57FF(x2Hku!m=k^y+|K_oRJ16#P0W@9VmeE7hP%=i@mGCiDxt7eU<{=X$! znVpsIjwTfC8E{Z+4KKP~N*CVpQ0Hu>1%6>Kn1;~cDaoblXVoQbu~Vq}R`X%Sk6M|T z)Obf5(cF}+|GJ5f=|yehp#g5>6J!vNf~;1TaKFakEHy_KO|$V!V$U0)5@I7KiZU-z zrO1vi6J>|JX0SlB^kl1q=ItktelN>`!QKvdfOz39csqp==848bv+jzd-iPSp0h{I# zOWbldT|g0;)a3Rfd~zNmu<{%UDln?&VV74PZja#!LLOghRH7Tqb$VexUTyxYM5n## z-1bY~?jFVyC4vhT`2yZ=j+_M)2yI!k42)cXxdC$XOg#v}g+`N*&yZPu%zLe?e2<|K z^B{rvCWO|@=s+s^P@q;A#Ms+ql**hWLxTvP5z&gB1H$QVs@clYu4GED;a$hI4QJMa zR?xcR@=TpsnO&zkwOWk6YWF6G`asZ5P+&@Dl~v!CXVUuQ79G8HF+XEsx5LV zS0&j%XQscawcZ9#diiJ?RO6qqT#VQ(q=B;ure?H@E(si1^Row5DJKMm#k&RU&}XjI zRc(@+jqsEo@A4G|RjxGGOg`gZAY9fLZ_vPh4nY;%ATEneGKjGL%@gfpVh!rF3EfYJ zYQM%02tXfM+N3^3fiRl9lt!kZh>rlJMZbI(GwwzpNGgcFi{?s;#ni_8qE=ONdbZ9xg5siS7>x|p)L*PA0CUj7-_YhteJ}@lBeas1Va0bj%7!Y zb9#=*4 zT18kkGR7K#SijdeiDJlDbw!6Y4DeRqJw{6xd%1I4uXr2EJaY>*6vfjIXgDr*YN9PH z@rqx%lcMlcX3dLSQ7qluyBWDlaE-5Zp?FE6Qz)oRzFKdtskFFsjpxsI3hn||+7SKx zrmOcOhrpH2JX1f=KX&=zYYZJTViZ!rKJtuisfYI?D1UAzw4T}w@7ey=nLtDzkLfT8RVaiGGFgQ3L;Ii@?tsLtU*>D@z#zjVFtCmXg zzpoKG4K$s&hnMJT2qCazF)|z(c3H6VuE;g&#^Y*1D`?|cQX=Jt>l(ssDpfn-C9gYv z@jUKvvJIi{h0y-w*C#fjcBSS$4<3ieh*R_D^RywDufA<)mjfmzq5^9W_@N#lTRW0a zPItO1IaIsUo&IS?fa|CdVuqJEAqLh5lQt{c%mjmkVm%bA7{L&@d#vPK3TB*{?Ky4R zx*rYz#fQJ5`H{P*$OqZ1W*R5VSMOAKXGq$Yvl4Ta$^?nkG42$ zK9rCFl{f{*VZv+G_03N0_&x0g?FKt@=(CFOs?lSRXMANI2)JVK`a0Cz%Oa|zES_g) z4RBu-ab_Zq^<@+L#m4yl?hJSj(0yv>*pw{xm@BkUQ9Qi@KPM<)0RhT`7R+XmyTe4w zg@?nzHqbL_(V4Mz^wJLda=r|WnXz4;Mk~_t`BrNj^0*!i4Lq}((9|jByD@_72h+R6 z$QVbgaKbO$^m8j4l5tO@u5S63lAzN}LIM^Wk3oj0Wn~glGiNA4CiP82TJt&e0QZJN zXHcm(m-O7hr{r!}wGt9YkJjdv2)HystRvG)mxvNu72mb-akO?eDxG}frU;9afwN$b zbUUyucUR;<{3#cmsog9R;k(hDKq?6rIcEV~JU#9auv>h4-~=X{lU3Ydr)KCzwm-xc z!h9A~x>Htw{ixZxLi35`MOFx=4Uf@s4dNA<@E}nMpW|>huJLE&<=w0Cxtl>ppmSo6 z16$RLP%=g7X*2`Ko!SDg{Ce&UpQuYQoR72fg$qDJJq2T+9=qetk05YQzHdqY*4y=0 zJy8kSMeLakeNp8CV*PDIv%D(tadw0O)dH|iIr|B`7kQ05M`+%$P@pic6v(Z_b@iDy z@`2ruCV9|jBfNeWKWznFUv&R#YA{ONX6zYoE&Hg22d_I(4cCWYZVScHclA<{=c!P4 za9TCyuo{s1n`U0vX{IQ>MF%01NCDX98U#yUl-k|gjj?$5yXI%Bc?^|c!CRBRTQmbd z+AU?zQam~jF5<^c$iTp!chHHA1LKCE@0f8}uKU1D>y$1BauPgTr`I`rh{cX}FcK9g@a5BOu+UpJtCAy3Yi&7UfTcEC zyQrx)@0PhW#qjMI&zatwK7zy~(Icd>OLdsm*%WQ>3YT$Mw%^Dq9y#l2GzuoM zQ9=P|%Z4s8p{%5m=M6*ET6_oBf>W2OgF$1|t8nFu`)MB*SM9?vv%CfoHdO65?mS0HFI?#Q} zwz@$(vJ_B}k_vu(0<~C;@aRyB)0;Qk#YBWgWuusd9Rvy>-J9l_hHY>F!?|s1*2Yd2DSmu`90yP5aP%u5P^6Jn&Txu2#cv zip(S=luaqUrRuJI^4qaGS^_j*md+5>1q6`b2i$MMHv)>G98q9%29d3Npw*UNTUv&S=ZQfUf8hJWV>ZZRCAmuFnWZ;m5!Mn)fM1} z{j!|1*sr_=MBtIwen!=IJTU{IBMKCz3EJY~dJqOj0S^9KSAKu2YsD#OF;7QBG>J`3 zHfh$j+PNT&dYVG$KkIgPNQ${>fJ)gd8JDguNwk;AihHM|rjwoF5g;vu(Ll{x(JYG~ ze>>_%IeLERhN@SWBXCgU9o&CwgBXm-OApz@u_Dkp|O8uM85kHaZ6HlW?OoElEAuGLv>>k$O~EF^A}`q2nsG_ zTCkJr5B2oQh1Vi9%KQKSUA{q8lS5S|l}db`zS6h<8UlGLw`mQw*pn;2DFLJu$JlaH zYZ)T+xw8r?uA(!eCBJS%HLcGhA%G_)aBe$7$_uqXcYF8u0QIYxCNCVZcfbk~YjbI5FO zMzy7(jfC{l3>KZ{Z{#2zKpdCnm>mAYZlZx&B1Y4B|JIXdG$3s7e(hgsZ@BzEe^-cSeX+v5^XkV!;>Ub`OomCzQ0+AI&3E2(u+TDP~mLozUdaf|c^MAlQ$R0J%_|!L$<6 zq7lH~m z9|Gf2xWH}Pz;sMR;%+Q5P~;^0$8C0$V6IjQ0MU9?2K(&Bxw9ZzwX}pufD#0Xde39j z*$uiiJSyibLdDw zrcd6^VPjE`+MR;k>SBhwj#8T+QfkDX&OkX=fq`xdIsLv%OZ{-Y$sn+altG$6MEVBy zh4o6*bLpTkq_gb;EETnA+d=4yKo_&-eD4!EIHvzDdy6`Ix4a@ z!ds{zW{Sv*4vrqq*$Ad01!2=QY9TkuRhsLBTneN`<|!5}`94fuPSy=eS&gh}ER1}L z2OC_T)?ZG7lv!Os#pW?9Rj$*lGW$WB8uuG+L`jv06gbzAr?u!_hneUw1zqezYyH;( zsM*DIrpOnT0RM(3xhi=^Y_C=@!JKknFDYW zY7iXCCb6XOA8D4v)x)waSm>7H4nT|s3*!WxtXk_zuv>qwL@x~FS)A(>_`YT>i+(`@ z(RrMS53Vbzo+bAWhNOLu5J%FP^7=J=^Ctuq&2al{n<>ELb|BlAi*n&cRv65ZLq>jI ze?Hoog6|vy3^Z?2gH@&#Y_=4G^8-xn-R69RPgVt~upyTum{XILKPB zzpss0NyMnt8qAy9jUV~SqcRQ8di=gYL)x9|{kzoO;8ifUj!*EFYnJ3M#`ui^q)$_Z zm9|s~;{|TMq6|TPCswTGNRK4%y!~O)UYIT5%&UFJVaNcJLtoW>)4d#mOqAh7h@nj) z#F9cBBu{;4oXE<9WL@Q~fv5xfrao#$`RM{>t=Ga(3&m9Kic3LBZEStmGj1vUoX5s* zYts0BhCCzhmm}brg7$1XS-8kY(?1w^rwsIk`NW?K5<=C1JvV3K0!be!2hwMWNrbzx zdV-dq8iqv6{*2hebdx?zBrz4O+CB|$bW=bY&E zhhOQ!qk}g?PQym8Fry$UaVy zj({Siz+ixFlucBUAM7kj13EO^m?&_l`O8VA^(jF1bm5yJ?Z{V3@XI&`46CkUSFp>* zMQ#;h5XeGEX^d~%*Uq2W0U#`ys0|c`uhMVV>eP<A}X_QSG;INWraVW zj~<)k3YOIcti}zJT}T=c$nj+MfYW>(CFWKZ6FUF`O1aV)>O+EW49yas-Y^Kx$t*d=pP&;91}*?7aNl$9ixe4 zRPB4>n=SFtX8~jhd%D}B!k~q>2^pwp&2`cY!0Z5k_{w+Z%Xcb^)ghZD)p&8GEYrHP z6@BU5Kw3S}%U_RXmf`5m0F%YXtVxG>J{(p_L5eoZ7OfI?TNu^nJl5hqG}m6 z7D{HKNm3Nb&(JmSBUn zcl|GV(;ewlk0cq>4(Dctj^h6+SU{zAWo|g;OFzpLT`Eb>YGw49vY>$TA;>Qed{bfX zaRn6CeTWI)xH|hbYmoeel(|lUgQl2M7M<|8U4a2GcgdrWyQvT4K+>msfH3|Sp@_oz zcgheJNnyN$Bx@y4D1B%{89?eRyCc~x=5gqYqo^B24hU|T_KFg5OlzsgHj>g{9wAj* zGLqdw@oNK}B>+}NaydzUmN6*ZS%h1ngUm{h3}c(yI<`Mg=|sjR)R92cF>1o2^$eN? ztqYYIzsht%u_?4~3VCEx<|D&~IYib9wr-G@mDzxTQ+1N=od3g?;mPEv-4?}W0Ofoi zACSkaIT`-d^Y}6^MdCNI?hS`FK>8U|gVN!nxh3(U*`~xgBgRMvzv!bmC}zQ|BHAtF;|8W*?+2w6)16n-nB zMv0F(2G3VNf`aht!?xUtCjZ0do7^|G&`uE{kbd_0adMOV%`%Yvr|6qf9b z0vzN}aORtfX%A$oHEc!csY5Tg-jkf+!V)sJWZL8X*;zD$*3M~`dkjjBI#ZHnY%AQU z%Shuu1j{q3JldpK;N!*wV>x*A37&xLUfQ;oE^JI`kpkft3V*mQpi(i%yBxy^e`GK# zPKaB7;-I~$k5HDl1vV6JsL>`Pv{>zg+q2wI4trr(5?3{_0ab(B;EdiwaTK4<7w$1I zj%!O^-Jl_xheK84i7;>QMp0FyAGn&#HhVKX5OG#ei36pR^&Lm@Mq-`MvMPCPsB>n_ zt6r$E#EExPZSD%I2c$dBQVDwQ$wQi{@X!HtJVI;mNlDfn=Y!%w+sK}Qn&!yw7@eh3 z%83h+eJyO%w@uzx6eQcr6pA)9AJbNX&9XZ)=MGPQyAsgTN;)JKuWdW#(Sb#f?`#E1 zNaKQ_)YB609or*bhdP&raPZMY=rFVUSqqyR{N)VqX^RAJ;E%x?Uz3-gU#{kj3Z1@* zZl^!38HhY}FFE!h8)b^qA3S7Luak>+ZBl<}z?J<6K;Xj6O3RiuP1RxLh?Xk+aX}=& z-sL2>2vfaO4VkFaSxC2>)U)3osA@YN&tWr+?ZdfG-8Ld!C~~sc!H9C6xIK}kYjbDp zDKzYbLF7dQ^wNq^?nSJ19$M33^o)Z~8!cJf_$TTAN$Q)WiQeyod>Qha5|AR#PZK3j zsUZsIAgXbeeWihD9Zc2eXu`Kr(xPt5=JLku%WIPM-;=YnvvMj@{A4~&c z-;t3VWgPRNhKpKE@u~H@*1lkmUZ7s(m?8C!xQH=wG%-IUxwL3&`D$K!noBkoVtGEd z5W(yfYXKF=Oo)`-qup%k4&IWK@nSu! zEw<~i9S|Y*2a94Tj4K>dFT3Kb^GDu;%^qcxxm9FN+}mQQP2CJyKaRPv#DOb0MZXq?|av__9E&m*^!%FJi(dcF|tcRPrg9CxX3fy@#Yu zoK8${ct>3(e)ev7X}G53z5?BP$TWc>(d~-O8J=G2u9rC~Gw8B%@qaQWhsTF+8=P8` zh2GgrXe)*IM|Uk2?J}j24x=sv+KMnO^|(0Vi^6zYUJST~14!}d==3^fj3Xvv6JmWB zZiBskvR}((zyO-k)iHZ3(kHCM298Qx)RBd$=hIy=$N&!D8(5(M}9OuYRi<(Oliph(+I~7)hB%+Ql*vS{4GwF4M`_ z$>_X@5a*t_vX!Y`MXtc+@|M@_n?7Y0k*98hc1cUM*tcbPisaCYWiFs_dI|RRj9EoQ zT6iRt0G;7P{mD{+GO`Pp9CjpQvKY>tQu62Zsa5RQbzECBsCBYhUT`{kHMbC$RueRO zNs;x%Aqo%NVqiu!Jj2yiJh^obg|*8&3*{XIY0@s1QCYZg?V3Z@XNIq1u`h5q$#AvyNk4f zTS*&eT@eLh6?7il>qHoMQ}o{b4!|@&ZW1ZC^!?oIQ{R7we0%#lMAvu0a}^G{GJ)@H zimXnElO(5u)cLr)h@GiEn+@b;!8l}%1$vd)ZtE+@BnZe(tIzyX zx8E*K=sC2{Ac(r1sJZMV#A_>mY4wW8fjw(}=Qxr~Qmm}`6O{q2Jo5uG7-(4>=2Q6C zm;Mk;l~Vj?RocR(pHC3ma~#qGVD31F@Sb~!t0gzHT~y7O0U)&FWEi?DrL!{m@cr&i zHV!wSdeQf^OE2soKti0WIuPNc@WZj`@hjvwUfo*IZZv^H9z<{!%BwbI)kepmr6_k} z3nZ*iY#PvwnCo@U&H@(9(;i#X?nS3(njw%c1{4|0V9Gc%X%JJ5H2o!C+2<>KcASr_ zfL9E3JCQAO%GxZNiEqHz@KA{T5nSEOVQcbP7s`|z#b4M0I_Z~7+CX@yCNRXNz?1}4^cRFESQlD zZ7$3#Fc1Q~STgjp-l=vBaVqI@votOl-d_^sW%mQ7^OQ)oGowHCNZpn9oXVk@8}sgf zqjltt7quH*r3oF0)HQQF`E-dyeK)TxmYgw?qjAnWshI7sS&R7VmX*96hV6!-)vlf; zJ+ObR%Kfi(05#+H)IJ2Kk|!)_uF_LX2G0xnclI9@+d|0tQ$DVGA(55B91SxTjtA&j zGM*coez{$EBI+boGjU?zZN@9!y@2D7y4C7nl#*b{yADp4ky*r6(<+gW<@+cm(6~>C z=Ps6=tOIIp?hma?h^7=+5>dU&X>Is#IKJ+>i0v;Sk@d6abgHp(y$an)k^b6-jJ%b( z91Fci5DkDp^;Dv57^g%Mt$#Z;ds$iW*eVZ}UD@L{-F=hB z9i-DL&D*mkp^ctVyQTX9jHH&;tkeBb zxqnbXZ66)h*y0)_$f=PeEGGJTh(3tG? zXiRbG6LGkKyy+slgSi#G+DT1^oc?<7**ymVW+KkH7TZ%$8}K2yK!=&tN5=0z4cBrr z1|icIOK~LBNGTlj?)kB;`d47l;xMbe-TpNdoi$7Io^9-F8{@|r2CGW$OrGtlj)A|C z4A@moB&Dg%<)(ImhypU095E~`SWX-(Ti1cDMPwwxHY!Q^^qNOwkD>p7Dfv%vRwt+F z-Ucl((6YQ3vZ5>vkBXEy0Zud|84J|PcxAGzQe0E8M3QJV0Y`;sxtlM#_H-{vd#)yw-aAc3OCU3R#AqVAMBx*r0i+baK$H^`N;K1Iwhb!0!$G^j?f|_iN&_u`t z!i3coRqF80SP!j-5jGAxf*{w+q&70ST{dx|@l`uV5V)8h7t{54F}GV%`|Jz5v5IwD zrYl;_c~x0W6el!kLWmuLg-({MA*u>x_f|BKkys6j7504RVPhZ zszL=rluS%O?;YsxwjKD0>}9eEm$lBDpBZ$#R9SvItl26SNh|=5GI|!i%A4b%TH-;2ww)%s-oIJ(U_-M`GmP74~#7cNDMsX*pw1w))oqJ+ZH*FpKx{z*#Pxy%4!j=Mt-xoh9OpU+RiNXlmadntTYm*cosn0kWjt*g- zX=86A3Wuy~$*5jrjvu#4Ya4JeElVHF6@dE(xSAERCq^W83{1}dzdL|8t#QzLho55g zR}(68GBka)wW}RNC=>}I;L#P#86SZi@_PQPGNb9Y zX4rt|;1|I$11fXBQ<&z@Db92>_od}!X6TASIu7+*ow!D3+)PYwdep`r_>a2j3jAKh zuh}IT)aP?Up;e>Yol+kA5LIb<^CGr*3pd|~pB{Ar^%JI3$tTOs-S*?(4O3hIlZ$>JNM^a z>_-ypS3I02!&u&*mi~-}Z306K34a-li-=})9t0HAE)y60nOgsw&3BGCC}l$G$Eg-O z^Wr6qN@F@owu-*l+H`nbIvqJMe2Wf2^-zgfYd%(q#%QK)0Fssi+#9(!Q>da43`6xQ zn?%Q(whPx6)Y%rh*Z;#54Jk-72@- zQW=5B9~7_af-#&46fusbx+DgyY*P9(^8mF;PYMiu1_t1>fO2e%)t=899#i>J}3 zRg_up-D3T)7=kz&nOB*&z1o9-7Sxqhq&Q|&(o8&xn95Ma$YoYkk+y$qxE!DzSdRf=2*As3n&JXN z1mPsCAoHlBK|)JuyWe2@#CW=F1@@#j*Bb%}76^cDR_O_!$HyOhrLruY5xj1Ujo{?S zQ!S+^10k*{TOL`LUHUw+%EUGUCIM62P49coR{X6DS-`<{1Fe$qmrgo7HV`p@qp5IP z^t_x<{^tmdO5ts_JyG-P#sdjJOUw%rGW{D=d8DEO4>7gic01j5gw~AQH6moldQVhm zMPZ*SBpQ+lp0}O|t#adthddv5=vbKd7W@VFY?X-4gz>(XW`9I*(IY<_6*`rNVabdG zk7gr=whU1kVINP!jI_USIVcpoTG<^5|tl6P89PTL^*F&^vMh)gOiA2Nwppm z99RcSryvwjVA2bABYNeXiMSRR*cINpmUdf3y+ry&@sQ3@p|54Eypy5_a*tnMqX!n0 zfT2CM$B4;NrhU2Ov+326#f1nm(W}WnJeWQ=8-l*kRNkRZ#CvT-b#?&`*&29;;rI%J ziVMSX1<@7}m^jp^XiL#mN)1IQ3u8O5i>b?d(Z^U{g$xbFdWK)Y=EssW{8r$4iZF}v zwrv8%E+_vClxe9y@GkVS8XSp_X)~oZ&mWFA zn5`e=is=cv|6a9SiRhAz_oUq{76^NW_r((3AyKk2uO}mh%npk;{(6k^Q=FYLI=>eu z-8Y~4<4-`A&~GCN2WP-W!61(z&|@c#6nxrfmXP(w8#GJm(45No&f1I9qpdaEjajkd0Xx!P)2IV2TvDqF~* z1Wumhm!a@Yfna=|_^CLJt!uIG4n60u1Z zmb&_2>*uzz{9za0;WL$Q;yVZXPG2Y!Y8>SSnOl}$C=gd6YF(bJYYUGnz61VzTQpW} z8dPG$MY;%`VrweFPeyb)j@vO3lRw(KL^RlY8H#28Gja-?!NOisS{3INwKM9JeQ$7O z=H~BCYjwfG>1>k=kk}Xv(Ve&v{I@WkJ&(<3q?vbTB)Z+$j8;1(kP0;rIY)qnYG&&`f@A?Ux1vHlPFKwIJGf0;DW#z7>k0JJGr5 zlF67#1+ojAScBv?y=SJKlsBiU{Dx~6-}*64Ptz#JcAdo*p8{0AwNwiPjq%}?3imbb z89RXofIEV#E&yL8dB6+jJmZ`zMLcfV2D?5^I?K2pFi>q|)jD6V`CEP`!in z%}$14lf2_Ux<&fW!| zrh+_!Gs0=_<(qa*?~Ry+b>#_8GhS{1y%0snnJ(p|JoE zTZ!P%j$M+g>&-1(K-fqv3=}!;f^d`p3T;h#q`0@BZERoelpgQ>7(iewF-gZ3fs&YK zcn`(fx=R-oYw4VvVVF2OAhVZANXBw@u{i%k?3sO_koTIO7uf4|AK&0B?W3+~*UlEF z5%FDvf%heq%38eldmOXpM58uHy&H@sqbhK>aW2;*QtF3_g01EHEZ-lwPF$SJFHNbQ zpRiA|vI>*1ET*y*=yRqEVrrrT`~pK6dr=n7)_}9C${kt6Tri#b8>KI-uWbKfFbXZ< z7r((w(O=K2AFW`j#BO~=3=s~ayuNNV^lAAibB}PGGz`Gpc^@c#1e) z4xO4`o~()o&{o)N($3_jlA&4K~QgUD2wGIB4{iX4h$2x#iR%-27FyzSa6%FzHs$i1hHnYzezs}4y-cN!I9XwRFUZAa@iyBY1-YuS{SJV*FCtK(ExsQ2P_R7jn=}u_b&#niO@ifSi<5aH097Ssc_*a2! zOpTRX0QI|ggW2TxA7Bs}*$Toztk2|8OO_gUL#=LiLtGo8wRAsf7)dDUT2?^&?heZu zX(td7J=&xo{hd;46?3sgOTuYeL>@IjUEKR1Lp|)xAY*&CEyWOmB!>W}N@QTN1qWPyeB$FQAKtl^DhNh8cLf3TgvLo%(%_SA%QO3Ig zLw@z!;M$0sBlI8&ZYELOVJv@w>v$`&^Q^vKOYhwu%&7d=0ralF=L-=CiCRUG@$|_Y zlTtry&^d;PdosG$QYU}nSk(r_^?pznuG!brHzEL-Pkb2COfXZ=GM-MAap8+WKv;DP zz1B)HQO+Z7?Ws#7ezMbx+xj)~t879%5@JwnYj@&-j4<>Kj$xNy%gq}~_%J23a(C6- zMPbJ03Dg?jd7Q@s|#0TVpFD<#H2i>|;oiY*8^MsXX}AFDCM(+eWu z?#A;6a-hGTG}h~^cw2S7bzqKVGh2M`#d=_U#{4@OzHrjLLE^O93(+MDZD?5|>S>V) zUa(BB@BT1}7$`A`X~BlC@w_bH%Jml^)T9cRb|{Mk(>!67YPr9V{%kwQMG-245Z0|^ zWkl?`FXop+D0vFSR6DDfOyR|NB3R`zTNS+*Jky4R7+p!k^hXLe&Tqt$6zV(UFVBK` zfr@>C>4&6vnhPXkQV@CR)0UkRAz38aX(IO*ST(EwVcn%Ov>D!&RE5I>5aVk)WIF

>gABVv1ucvW9kXePzX@g@lnC&zacH0r1R9|io!GHUY_qV#{OATL}B;K zPtzh#c7O|Vj2F~C)^CbtQ3g}d=zmGJ0^TTFmx;$x;e4K}uQL-~68A&>zZw8%xTEXJ zPh38y$xIXlka`p_3Xnh-lnoCOXT+I4OTv@LaHk)2XwU&mvx~AyaC;ahmt?R<$BbF^ zW09l0R6JwLWcHd*68hfhy;XFyRmTA2Y-I#O4>$Z2W&tHflE_oBpyEIqSCI7+ z%Za!T18opA!@(NdVVV2_X}nmk!!a(E*`HO#abxeA5Alv;OKA^k zNymWi^pHHNB+ICW+EZE=KN{2)w7+*~$xe6LPfZ|IjqqkJg6_;l(D({7o(OhmVB7W` z!M$3BIPImx0fGqwG9R4^n^Ow>^H7(%cO0X=fFg(0jW}!7u9&?Lm00+tNy~M`NFH`mOQffb^tjb~I;h z1Hp~occtjg#)p!G&qlfLy}sBEyReJmr%ng$8j&x7%lXl0z95|hy~zn8ERz$Nf(g%1u$k}?+!R_UBY;i za!A)wwu5H0OnGL8ynMqHFKQ*E;z1bYb~>7UT8GRRv9Q=^pxCEykAKvKQ?_fVzKTEg z=#yOkzTA}S4n(2O^)5vwSR>`vOMb!ls=D81i7Axcq)$EG+FEb@-iEIdZ z_{|P_HA6RWkaKXvjt#L+qN~>hECP_?#4|E3v84hhQAb^1L>{~y$Tc1c@-hfCh8?8M zM|?(=ZY7771fj*n>4-c*3_e}_%g8S6&VJCs#W2hSVkxY{iDfRVLVRe{u(z#Ol0wph zrw|d|o}f9xYx^d_V{)yO$5pIv$1gt;cOI(-io~Y2TR4s+$??nDtbc}phOEo6yT{z4 zDc<2S>6mm@0q#otF@$sVQ=S5UF5I+58c;unmc(>Fq zBLfS*T)&FfvYXTlQ2oYJ@yW5nun z28*Tfr@=-1OWTGh3lZMv=;(`X{_l%0UEfFtlEPH>5ED0TJ{QVv-Bfa?h|2?Z;RxO; zPyo3AcPds?ibPe?nU%n0$9P=i^>92z`a`D{yhNt;|dGfQ;wd z@iuql;F}gn`n_y4en_!7e+tP=MrfCDf)Qe*@#*AH{JNTl1T_p08XBJk@UA_bJ2{(f zY&22LL#_T97xy-cH&_e>DnSgUed!U>KHkLqI}MNw!EiWOMD~ly6SAQ_{bkEcU?fMD z1}Lb@=GmdI3qt%08MERVRtTH@?$pwGZODr6SE>`Ol zOY8xcoB7L3JB#^5y*X z_6TD^@xKFzCMBJ2AuKpUW9!hleKm=(6q0Z@AWPHtMD4swg25vfDJ{hxL{Dc?MJ+i} z;9VZQ?t$ZrR!V=T9&hWlnhRi``k!-+br$-4F42eG#@oJw+G7BaasthskTrReO!zo~ zqGtp~m*jzdd}Z$b?b=pVcN}0PVweL#LD?{WI_pdfFe0SlO$*R=DpizYh1(q%Zf%Pq zYF7*3_C3XmFm7RL^`6d*Bf#*L-(Fqy;Xs2IQKD@}F`=GJ&BT0Z$L0{*#!E_*Zmkjg z%zT$?D~0OD(h+_dVga1cUO%Cz-87rpw>>S}^&gaLu;S7RQu-S`Y*&`@k^HhWq(x(W zq$RHWuT*JjS^Y;0#=Jg8BAe^YqfNl?G!gHvA`qRJ2CeDP-AOP1u2@4b)`3 z2YzuK7kUMX7<$I5LpT7NXu^LAofI)v{|E+8>QUPdnn0FFBbWhMh-a7mIkR zlY=q777Agxgg&*881}rtE;`c|W)gt`r?mChR@{!2Nu&!*v1-T!WFO`CTEu)BS3%Ky z37}%92+LrA9}KLig7aU2yx5!p=M0lIFc$?%-IA%`ELkv!iep$8Pu#NqkHf;Ep)*zB zCM7+0Qu^?j;Y)`AtM*_VVL}GI`X0{N&Q_`%73mp%5v&LL1@W>8w^2-x1><^m2ig>+ z>sOIuj)L#%(Iuplu{en4d6r&?AzkGv4tM+|W~va!x#Vz_uUI_;TFgxfLs6ZOUOTI` z)19oOvSWJFAt}j2&ErJgES#sui|Pv)?BjKkQK?}4+|mgu+ko)`+MmSGhv3@F_%6He zgcopW?ebw2h}1@DPgF)G=!M~KjOn&~z}j}UbO(-mqo@G7`JaMeR^p4Sq%iQNLOq3o zf;R{Yw8X?GEOcVl%OX3Tn9BRFKQe&XE+tjJ<+j14>FJk`(!malELYmkoYkcAlDE3hFk?>$wX}GhvT{*ztiL7&an1xsY!sjUt=t%z+6|e0}Ct_vy%s zdoA9&)k1LLytp@J^68I2aHp{Cr#qf$UavlCuHzSm{caI}I-F>Z!%!t@w9{l}46cc0 z5W%Ft#YZw0o%Qd~mnrogKcZOs*~Tspw)!-P=5O%jVB%6&HvdxPmyh$PlZG`6ef97}+n@ESYHcdqSdZRR_KVz+$BSos9D-<&f#!0$rI;Eu#VVZl2ett# z+j6m~5MF98H2%-;Y@1)4swZ-guq#m#4jd^+O&qRNmn-_Rjbb@j{QH}!JfS>CHSS^& zMa^cl3(!v`$eb*V)Lf{y$Xm(trXBGvs|##Dpqo%VJ*&v-O8~TSb|>aZiQ|$@w-{J? zEWLl%1Cc}mKGf{pcNxy;D3)!+ zto`c6VDM+$p$l_iRUeW(^oZUlC~(q_ ziAEhGr0jN0tBNOXQyf$O2Ruu8J#FKp@1cImwJcqJ2F4lkiMH7$QG5BsnG(OPuc`z* z5kr2Ygn=P9a6jbpP%sFqHI5mqj za0)0@%rg|YCECMW%|l#!|Hv-EcuF5d>kG>*j2ER*RIoiAF-T~_oEWlUTy)tlXEMov z2?a8YpNCYnWj$2xlsP)Zrh*TWUV!PL;{aJSb(5v66Z6TqY=i+V8#i+guxDWP^_NAI z#08k6`WI0T=Ltf%Hw`GtXzr=TOp*x7d>vb%Cd@7GRC4q>gJ_z2*OW81(owQ^1=Mvv zm5rUj7!UUhGM9{DN+zj8_f?`*4+6`UNO2(VRFhDln&4^ZVvyI-;NP9>m1K0Y9)Y$( zPjXhlaV20@ZWEqKO?{igw$4X#;tyw-KBB^Ku}Wv6TX6Y2kUd?=4LTJ9@p8U{k}`L1 z9QF6%cbZerk&C=QhyH8u_MG37NNh-MlEbg6L~kty1JlxMhrEG~;(SEkFXX3q1I?Mq zSk8#|NnulEf^7l8`7a@`0K|u3Yy_cI=#ogRW1^hCDq5qEr<}X2^ zv8*KlAJ57nxuPYc511Y%qF>eYtcgWGYkl$$@1rPN2cqNw^ zIOju=mIE~e)`ggm<6f)fU<;Tqccn#>9gpx!YA#oZnEEtB<=)(HO?&jo^Dw|mxH5sn z)6q#6+nOX!7auZ;cn2!V)i!vA(BK|>v>;Emlr6E%f#g=XI-Zf}%J)KD?^h+-{}bjH zx2$Kmdg^hXuJ3>$xCXP(HHkJzSRc=?CL|Qq28!a~xPVPjD6QJQq6ZW*LNlNLez+EiJhwgW%L|wqwq}#@d#e9DK?Z(o?Ra5L*=6nVL& zd5ldjimQ2<;EFtf)aCK#?@fAaK!YL!XRZX2? zvgOybi7~!gZ}vzPN7-e>b*qPNB}|Xr_EoaLpwlxkqK2@b(IbxFf*^IO8+(5(QF#U~ z8Lc!nr4z7OI)33GEnV?}U7N2ZEGp&7&0u_OZjzEVbD!pfMbv#*w}wryvplHe7=|)5 z3P|jm_t;z4q_L+54hlI2*CUipp8JzM7b~(BE1O6*dF>dK&@d+M=Z^!)%8XiCPAt9+ zuXGU<9F1P{vXNa*KJ}A(4!{yNg0ehh=iJ-VAn{5RBC9+Xj8FQQnOCLGYLsx&zLCsQ zhUpPUf)(R|@>RimRW z%_bl%EYBg-fwukOuIigq`-=y?*Ny~n$Zwy zKsLriXy+skHY$Z2T?w&e80im(6gb?lk}f(x#`K^PViG3$n}YqVgLGnvn1A7mqY)kn zu1~obg*uRe;$Z@dhuxE`EYCQr>k6^$$Vk$PkD-w-0xtEI2!eP=ZY1ZF;v|d5t$S-aRmpXWpscC}iXng2TZys+ z(UJ>z;o_6aynKs%vwBUF4}7^6bQ2W9geTQ1P>%;Z;%40X0wq2b^~YRhF=1aX5a7JK z9kz-L)s`HGIZ6TplvyX~H3|2Z!!K~-fmed~c_hG=o|J0ZGz(sk5)a_Q!9aUXds8Dv z0-@AjXlk|<=B))-IyDO~xMd7OYzJ9`rKUWxdSM9+?Gd2fBqa#af)?clRZ5GII47^a zN}o#$J5TX2|MtBdLRo5KakqHt_OvVNjMRdwz6-rY`B_rgIt}HXt7(n?hyQ4$+y#55HZ(`y z`g7QcbZ1@%ud4y34XH~%J5_Hm&m+)5no#6mrbAQuWG*LTiEGgJ@C!HHb_QX5CF0#SFK7hDm$Wu zCPTiZ;orrXX9&%LXHJF_|DZeJw~;TR=0mMWO%vRu6vxEPNkIX#67M2+G=Nln=*2-| z0|d1mjq&tUU_=&eDuyRGe%g4Ay;fKg4i(@tL#h9Lq@v63tEogT^ACkw2ojbW#tPEA z#`zMvn()Zq?n>kFIqwxA0744n9sgWFAbRQmC8nh3hy;xl?T?EZv#Vzb-R9OioF1rV zBPo9)Ie`*LW2%<|Jk)V|%qHeTfU^%RATH-2zwUNE>GN;TxD1K4`L|b$__Sv~7YbRg{H$TRH$LVL5 zXbE~}X3nrb{Ug;4D*mRcXB#)5kF^wq``Fh7^}4_rkoX(e~JB7~)3}wmPVJ zXFgIb+Yt<4Dlmu!Ky=qXIcTo|8Q_?#-we`{7S-8%q?Xi@HatTu0g!S5(Lyz&`VkPb zb3z@e_uiV;T=u~axXp^Cmv}1SDXfCZrqzMR8%FaK%!5Xv5C|+=E`2TDaGA=wu5UdQ z$MiP?X6(fMkd7reRJ~85J;B+cAo~zi=q8-2>TR>Yxck%i-2BA1Oy=cwnG9vqZ2F}R z7w?RnQm1^;81C`Z$G)lRd>g=fRf|~%Um1y4iETyTyA629zm=EshoGP!GzL3F87ZJ- z@Uf{xoL2^Si@Ip&gmKEbe0=6y0Au6)#`0kU9ir0TpVC=|rdBtH$)&Crv|Nym6pw5~ zE`3;GsC7>k8B-pl)Lyv)^}@FnbAFEUiOl+z9*KYrf-R~Htm?#~1^QZ2 zB}L}fPJtJyLa$Mxog~-3u13)01`eQYFgID>(gcRnK2ND>I-wpV3oQHUdA$&SGS(f- z1{}q4g7zD;2@!0PF&yHeVjnEzr${Aob1v$!dqke2dWJ{CF&?5 zSH?q=hShT1+05M;jfAb7^~4G%2N9sI#? z=1?Hba^;$c`_pXrTyV*T-pnwps4}EI&LsbE9!0nzF+WHT#N7zBhZQL%VxFD@eS!hX zawtANT4M-GbD=z6YQ31PiiHDMtnen0;88aXD3GC&wc({6-^(`9>fMN`_2*>o+#X$y zoIkK}U30;%pha68>PDtLnTnMWP&`r1a3-^&4UJ4iCAlaFN`kzGiIo*oKp=fs8$|?Y zQ$p?|io!?Ws)R;fa9aoBgRU>+MOsrp8=?f1If`!#ig@F?9jCEV)x4dH9vEnBnvs{s zJg`xr?s-|XSu~d5PhJCAd80-d@7OIkgaGs16v{(U$vNEbpA#4OLTFepy z;c9DLoZ}#fIKNB7s-2K{#gWS`dipm;q`4vu$o{FzEL#d&h*k5LSw08a=3YK7;>&5c zgols`%L!G{9^o`l8`lV;`2|I?^M+>2eh5-HAULN()#Rb|xloK@Nz5@M-QdwQbMd4m z&O~^mv+YucX#KrDh|J#hA#aALpK0!CDbsY&h(R%0^bDK!jO9^POEyz4YFy4$9keFh`>ff*l=Y*mR$z<&fZ>L4Wg{G zX=)QaK#Pj+q>6$iH7s@+QLb@Bpa6j-p{DgSnaZ&bklu9U+mV-&;i&(?HzYt|JTp)X4`N+(<7jIYek}Wt|C58KL*|L)__W;L8MZ1zDoJF| z13}59@gCgM&JEckj+;K}885e{zkqI=(4y^BT@CMo9iDJ@Jdo_Cbd?{ayU^5wSC z2`tmVaw})2tM0*V%QUNTj=J)1nn|Qcj@f}7Owp-u(9%VXrG#%0O5p&Wbk+_gy^+;T z{~vKu4L8xrCONovI>?M7^gX7j$o2q@LCDHTnP0nLe|oOC$Pi+7&|Og#7Bz(s4e(d3T%`)Dwyu~9@dvX(X$HPI0d7N>bgg= z+0E(MG*(gAQTh6e>sJQ%Zx31+T>n~qp~LpYde;WBFhk3Uo7PrNK(+o>8}$&V7TOYR zH1fNj6jC`jtOc!Yn4dnAKnTQkebSezqQ^FcK`O({a-=jsElm;9j$x9IK3mO@f^p4C zhV?E55pQ?(EEP^5=Gq9ePQ_P2T-X`-;apTs^Ie7vXoqcg7R8r1hIRw&bP2;(WE9PY zzMwq1{vbVe5?$PI99-0?MCjF!ky$tyf^Wo*N#y!z&S}z|8V^v4*0}i-=A|0^ZI+Q&^%K+-#Gzkb( ze(EJjyInMTETpb#nxCRaX?)$;KV!UaH_AFP5= z8#MK>%kiRoLZT6hu~DBH;0AJDNFZ@*d{0TH@c;N(gN+Y=d7_!ZXw#{hbuOXzD>IdP z3D;`tZ^m6eaKKWrkTxsRk+_#niEmD0Ck!qeMu&40lBoWyBt4^wApqYqIa(_pt`Abb+7lpxeV(w$9Qdr<2;Q_&{lb&> zqExgcQ9BgBb~iH{rKb!K#3KNXw!Pih3QVd?B3*J&<%pFl5i4zFhMEB4-4!O!jSG&I*vEbsbq&sFyCTAx#rja7N=(Y;N06r z5aZXG$$m?;GEgj)aKTIu^p!a`o7ygIO{5)U>DK0!puQ9}h^0h*tR^_(!&TtD%$*+) zoKJq(4ncT62{B#xN;5=0$PhZ6$>8l*#VlsRuBh>E8FPV)REGt_g7W`=iF=FN=>|E-IJgWun%`>Q`z%%NB&2VH@gAG@%%h2S6a{_k1VAvgs(jl z>~L5YRaeX;u$SRVJk^x68*^YSk%tEWDR?_Aq?!nhRs+GMoJ=*aB;#*dPNWUwRAS0W zp;(R!&~70b`vHGegQ0`k$-9Ds1;8)5XLC8TGsq!5N#}s0JRU{SFMMcf9 zXbJMs4bTVN%oiF7ghrZJ&grt{Xt`+%>5#gP*b2a4k%cl78Z;at>4@OR9Xf%{vB1JR zdZKUD$~qFBrf!7uqC1;-ZpxT*F6!U{N*F}VPBbbE%Ne$sxPK|$K7bY9^%N?IC<--QQ%cPL8}9-v|)Q8tQ%NZC8`xjFdInc z8(Tu508Cf!2(e*w>NT+pl#Ux_h)qQeMF_%=W+B^NE04Dpu#05zAd0d>Kmf`qMp>Mt zUFkE?G2_i_>d0bQ2p#opmW?BjmqSc-j$??OXx6P1;J#a{z?88RiPXwope*eCpEJ#_ z5iG)Zo-J~nFju!gFF{}na+Hj0vtUSV#kXz2ym1XG1XRJ9Tbn&LoI%`DXB9e31K&J} z>*qxz_Yn{pCKE@uRgBV2{A$ajRg3Hr%aPCf4N!Mx3SeB1RH~eYndMj@m1l8aFRX;- zEq|sZgaMC%o#<Y)%EL~|QFjfi8Wpwa@SPrqNG_uV z&#Rc3GBp7O``nYl7vYo~QyLnS6R8>~8;}$sqi%T8{=jSb8Irhz-l#PtqX!YT)6jZ2&#tk`5&Ec!40u;K)j8*&yge14q{# z+s(M!LX^)8!a=Eerk1pqnT+QN!&WLUg@^y2JQGT6ppv3hPVOJ&mL$Or&gkFkm=fe! zIYDL5#Z+MYlAAMBr^5V52HYF=yi zi$bG0ht;}~{pW(fm2HkL0pmO@^|kLZ;3wrEGap+nbdcf35uGiEiR-t#&NYD^tF404<&+LP=j?k`zUWr=mt#E{6n_{dU6(WZhQ8 z#iVL~mpy2Jrf$=`W!a)wVf78>v&lCHKVvy#;LI3GkX$W&*TKN0%i6~?&RAF-i0KKa z5{?Yb**HlQ*jR16%vQ4ZhTrDX5Cfaw@?(K%$~dWMfN`#`RG=Z2r%<0?Z*tF2j{g`j zFiCem=p?RH>7~6{^m|Ao9^yqi&YdH}=(~aU7*kKxuZ3Hvu!*7k8849rl#yc1Q(^Pq z-eDgau*<3;l&U8>&>1UNQvg}@lNfo=jz|vji5~CDO!rek2^$9G!@{DRWg|Fn2T+HS zywVCSAn<4jlbIY^AH0-O34e;=S2l0~k&c1^(th?0WYAuXTiv^&3X=H5?kDu-3{tpc zeLFNGChtE8v+8(clh>3YKrT?ShJ?%aG70tC1*voK_xcZ@LQ7WLGF2QrY-q4{ROzz; zFbD3}%R^|mWDf@-FA-P*+QR*MxIY?q1bZi;q<^G&Jd~Du;Xq;k%-IZ-x@>dnMAuWd zdJK=|IAO_GaEKeA$?B}BeZek7;^9Gs7!j1TSsPW0apjBON&J6Ah;lX6AkH91aGvEQ zd#bXxuWen8X;79e2~Q6WB62r2nnR#9oo;rOf!L%S+oHo5xj!Gq4l0HH$w?LyJi@Wh zub}llE!Jm#W@%n4$iSGxWaYj=%-fVU^2N587F1AQYhHIrU+q?PVzxE?Wb4)oC}ZnpbXk9SjlzssXa)_K7b(;-h=+@K zBI@uBtBZKY8LVrlf%~7BXOAhVoQsW%B|&0T&A{P~p>c+84)|*ogx;aBb!%3Q2wh&Z zK-|Omv8xxFuO6m2Sl3K@9y0daGj?<&i@rPsYv#FJ@2bTE$aStZ5Qdp}C>Fx#dyV&a zb@cVs_qR$_u}YE->>u*rh~z-rsWBw*DZQmhaGm=G;`UdH;EXl_6`%JrO*~O+efdu_ zj|`a9RzP{qENtG9&TG9`)sYXX9BcBS@IsuMYL?8>&rL`8SVN#uyNkeES7#E-jg1L6 z3+9Mkh2+dl!(6k9*Ly-ql1-|IfM8pV)I#N4w$32+&DOUAy5ch56w{FvwCW-06#aW^^Y64JQf35*{UCE9u@k$BC#3 zQdGmYY-=sAKAAj$Qt>Z>?mxdk01@#*QIMKfpIl(G;*8qPA zyHdm#m+er3F2e+C0G^*C=SmUG??I?chGG~;Jc{)==kRuMMee08)3-%Y63l*pe9uAV zG_ixck&Jel^9VfrR~cNnj$WQ3F90gc%}XLsbe4Rvz&}ZmQ;yXa)DL;Xi+t;*RhG&Q zk|aZX_Y0~Xjw*GEsQ01tPBItoa<>Q9^&Enx#=H&?1Ed%;+`N)Ak5_bHzfj%EY17OL+V9@ru`NLFDBf1# zy@rDzd^{e9plG3}4D^2%Xmpn^u0+z)P^PByn3ZD`%t3ply$!AqD!r2E^3GK=?iuqM zADDT!z+3iJAiHz0DxT`G1z=8MmgaVkr+!>QcI|8}pX7x>sl$SXhw`~n<$vJV zg=5Dw6Ray)vfCA?>2hN!?~IH)h)l+8xzatRnT3+2noKYvQ9Tc={sb?WC?W~2v*GS% zsBb5g%6(iID7bp=oaF@BnX5X2ugn3}m7$L{)Z6;a#n5W9vb5pUgjvq9$YNc0a|6jf zc~dzI%9sMgzH_|#8Dv?SC_lkN)8x&iePM` z9^xUwdSeNGR^hy4B0|q{5`)gf<1Scox??@Mktkk((iB&*y}JVH&oyzS0()dNq2^OE z3TnpqDX$K}pgUx;@%-})tmg>kz9eRQc2EE3pgo5H+88y=h{x5lEW*E$kInzfRN+=j~uysg)Jk#J@qO5uP0QtQn11ZK*a z=ln>nl4&Qk?+8&)5;$$0as#>QvQrMc&=?&M1ZgdD_-5(2`oA$M_o$9ju+s1iS0X{4 zQBQksv)gu`I2$TFarGUWYWI@^VCFAEt@h`LFA=i6-;fs@z*GLq7A#rgtSdxe7y-tj zgA)riz%z=SRd%!%nxO1gI%DYN{UdMwctaPg>M|GXl6uH#EQ4qeE_kst8u861FH0ti zj&!ooS9ERCYPW=vO+o1(aEgZbr$V=3>Z5$|{D+V0L3dLTEEkVh3#%}BmY#oqir;#9sCxeD9K<_17Xl&3}pvPuJm zC;N~qAc2xQr^kz3`g-H=6dgT9%tpqC^1E3F{+;rT=EJ|5jA_KW@|mUnGe)W8gUfJPWp#Qu@CCV&$&sFr z>g`yF9L!(5(qU0VW~`oyHsJNe2NSsNO!1!mjd|t!z2PoYkmgz!fw}-cK)}BUPj7gN z7*OD=BFpd?SY(^OHzw)Kr++UaeP-UyS6|w7&@s3QlRQrx&At_`QE??;k~MvXUTj*C zsEIPHM%QPJHaT7G%3JFE%yL-OHXQ^vJ9K&j(qAA6qQ=bwv@!!6O?WRCjXiXEicp(;g-j}q&c5@g&FR*1g6{ae@Y1eql)#LNgvH>M< z3^w{Un~dAS!F$D#1)SJzamB~gw?T7a-J8Y|Q zLo3q#ArsgjAOY`qYkxDjX$uA)G((~~E88Vhn$c1(Mj)*8clwph1Vdq5*{13OMaqR% ztoRvYRi@aRy3{=XF4GBL9o+6wqx>c(jZ_H61NVpdxQ2R{wZ`0am<&VQC7NKg5zFr-2(5XZe3rA4U#{><*^xhCcGz^JwN${6vH3{_~ zllq=2?^b(!zo{fQ69k*^;6yEJU$8T-C(WcAON0*h9V(|1!};JE@dM+ z6{)w3;rJ?*;>ScWqD#kVoHS@C=!ZrvxKckrST7&AR~+%(lZeL==cX7Qg`Uj+hL#G- zd`(scUWCptB9bu|CNZx?%5v7$I43(A5V!uwFez&>meLvjCYi;rOq8igJ!JcG*GD7b z9p|bXx6N)(DdUrIkJ^_GVWKX8k6MS-6J>E5ii^#ou_(*9LR{f^X)itUO;&Cea0U($ zdTh6y&c}vwDd*j9k_cPp?M+ZtOwP0ESUuJ`gpjAMWn-}+LYX>#a9_1gkW=f!z;T1! zQiFb8u<+b`%MuSHRgfo#4|HkDpPcuTE1Ce%1uXEB@MzsaGWWpf1tR$b*rF_zP zMxlSbyTV46s5-stTbK;M<4h@tFyU>)Qk>X-u#t!w9U>=M|HIYokgmGTtiEft6 zHuF_EmWPbyVq4ekT!zKW#2dPL@!7oY?~ zC^aZ%q2nRsb77BL32m^GH7QaYc&n?|vcClun^d)kJNW^_=6c<@B#f7cN7`4cipF zT~>54Bn+zcLJV$QRT zMYioen3x{(^UCHdSK-tV6j+8-A!W94cYHW|A;BvX(da<`K|miUz6tOj+@3FWAmglb z8zkacd$H`J?ggi=wjW7T_OKv-9Qfg|j#V(9+ey>>txcLm9Wu<9IQB~v&$v{dpqPye zL34L6xRvmYiy+1UG5XLkc38EoNYCfu7A9_KT-laLLZgn6zC|~vlZ%5^e1{Hlsb<}|+^gd?Yk7RQ8 zVD8bYgSm@2g4h&0^GvYpu64dMvJ?nG7O5`^2VrEm^2GDQ$0{5K_CYgLf&ju1N%Os( z&D_>2t$fnac^kjbqqk(}5SFrB+9Dua?;xgx& zWY3t3_NWr(?vH?>*3l^oQhxQdv$pWw&WF}=a0x)$3t(A? zvZN$KL*N6LI&7)#kqqU-m%$kA%XOR1y1JQ~z4MTl`(Bk8E*H^4nDP41T2$C`Qih2T zy%>B+aWl)HPn8K0n28edqSRRZGckkc3$YgDliO(y&QE7AmdA+QLa1&<{FYV-Qun?^ z=^^q;KAG7grdgh3={{Q+&&(;JD`l0{4^U+JE;MS@@uhpXv!Z=C#9tNoNSJW%ocohgBaJ9*GlXx zozqmURZ)~X#ul!R<;NWp&*&T}Zml^uX1=tjAIx&0=BZM~Y$&Mk|FVig$RR?lOZ6-B zX<+(lTofN#RYgV}#S{=&L0CEw<&c?pJ1Od>#rJ$@rsGDMyK!vtHKIpcqA)KKM1+J* zyE7vO@NwxDi_7Q3?@kLs!_7%y>j_;$dZn+(l3<(YG5#)4hY7+Z{3fW;>YdZ1Q-olwc5 z7->*LBbz@InpNo?ATUTqjoWtMB{+d-g>`@hOwmkqy(H>jP40jbIfd#hcI5ANvEMVdK`BjBwPa14u9&Ir_TxBP|Q&h1bZmFBHg zAJX`Wf=G-^k2$z8IeRiGY5N=Dc#IRGU*Fd2g2xs);y2v%1HL5aMYim;k)I@9^C(4@ zu7g2CK?+X}7Z2FtKT`HcL4ST!2$q%`oIfGl-@887?h7Py0V-@?+2P>i4!L!LI}B58 z5P^~{mbHhOV#!k67+L``nN-xSQm|_T<1$BHwK0BH-=WBL=T@>p$^XQJQH>#_f0ScLEd2O3Y{_EwxJRcUoHE4u7P?v{O~&#dP?j*ja47`b zWQb2gHF_qi(wI2M>%+i!d}6IonIpxBhDk}N-a#oEzuvQ+*+gX4vob^;dO8`zlgr;!lf{>|5&m*I)^O(P&#lQ<%jyqZ}1 zH>zgDGG7D?3TjotWEM(ixARNmYau<5$w}wLelD2p5mNJtaK`YEU?j)%uOeq;9bjfK zBu_#RaBIx;?7*9~zXP=M3sN(FNu=i7Ykj0lDiIX^)C9!*Q=d<6$`Vo&vruDA<3w=j zv3T08J8J`Uk^g(I`h$t53^p+P!X8-(XU+co^i`KoDAwS2bB+NTA>)2j4WQwP-2{5v zQ)n}C%#0;LmJz?T5pDNa=2UQtJwkph7G+AB07zRdyfrbo6IS7w8Gv!^e*}pm&otkM zrUMXlf%InLwr}DN*W{Et1wQx6+Hlij$ESI=G0)lYrlsi%A0cnRkjnSmB-y=~_>8vI z;z0n+GZj-=4;)$CrGB|E)pRX&G)dx(bAIiSFH1aOwoVVfA!-wSf45MlBNTiwmb!+2 zL3r`J$xG@+FV(gmkk_r{oX1tO9?u6X1w9b|*Qyv5F6Hpa2wlrtGwO+Tl$po`VhPB80|f`9h@7ChZEnXgJ#_ ziv||%-bicrf-vf*G4Z>&R?M61wY>5R1|}YYl%n|lLkK*nlkkk z8?dj!mZ}3N+-1k8hv=|7K#Kk2t2>gB-V3xuIt-Hn1No7v8->hF&qVc9dOH%{=Y~_4|gekiI}{ zk!zoE)4b~sR_8$_=@jsSX=XkvZdUu5YvdyrzlNO0Hj1om$YEOR&QlVRUnuJf&R6>t zKA-kuBcf7=p&-h_DM7^HXE0Vq7Qw6~umP{G9sq8dRfaED$dcr{%`_wzCluBbDosWT z@=g{z#^rbk4U2B!JVo$*-2lO|gkR26p5AE8wXK*~5xu~6j9-#bO7OdGS`t32@aQwT zl`h4$BF5{C_Tk=$K376_K8t~q+Pg$u7wkMi=2?ZB1Fw#sQI0I^23J5%xWr^AhA@A4 z+84L5oG~bP3Sv@qH%VQFADC)69dl2e*njI-!SG z9L>yBFJ(s{E(CV%fk7A~gAVN~wyGWl21WPJRWJBEhWY726eWgICeC^ViSm$+XWv>9 zAt>s?+OR-eCxkkQk3B(^VL{rf_ML?`2iL`AnA~}qYX7_l)iXghMqfmUqM)+Y2bW|A z!Zp=>ScK26HSd*;ZD+_?2V69evc4X;ux<~oV1PTEeWT57Xlccef_5WxHlmKSO{*mK zZ1U4+Fve8_j0OUX&KB70JJXIboB(lmeXOsxm97ht0TylpMHW~aK0$60BPM<0CcY_a zGHxQ%OXpUNYt;2UA>IKC=6l-3Zb$wJbrN_M9^btt8>*7EMthnkDVTz2VI{j>>nCz#+|7khSR1v{l3HqVnu|h?-lD`DnzeMe*ff_TAq`~GYKQVS+dO(!91vDZq zeEOnS?ohFbtfmPpz{!^G+=UZO*;tLZNBJ2Dg;BCVLd*|P>eI_pZ$dF};SJ+xH5Vqm zO#x`Na_?Q9$q?R*yzx7$2azclauj)tfqP-_n~oHQ8uEP}LLI;;Xd@1_oM`+zlREoo zKvpV#NMfKJclv}#PfDDk#OhqR)ud8M$S`N{VB_%h1&!ne*MOZc?@SFh5z3^JuzHmU zzZ&+gUybF>rswDLfEZ}*T4M(DmCI&?kvE)UgyEj`P($3-=OQjQ(^%|rL5AW|;;)|O z3tPvej+%ZmWvFM6O7sLwHhpKJ?wBu~i+T!Lv08Ue^-^RK2HXqCch1#`bR{H6`2~m8 zysq)we5hj^lFXdK^Ls2>M<$adit(TtQOjRpMB`ox#?iz%6A+k<4mNE(As$m82$V0f zki&zd#MrQxl(ZNjGL-WRc@CAT^i{tZK1o_ za5v~|&WGGE`@IN8$4z}q5a006bEUm_O36%JXqda&aYiSj=WkSspm`fAmDY+Qp&s}b z6ZpnBmsZ-9`4vag$rqB8A|m*6z|B^OHP~a%0IxgczTO;jp+iQy%EG_LdA=Y-Cp5KK z=)1O~lhCT=Kor=A>(K(=V+R37m}q3~#BBsZ3FtuUBRl^4nSKEn!v{D&V0U=W&F(**(Kqi^zxvaQRJM4JfW|L!`csK&JhF38I?}a&E z&qNILJzp^v8iX5_X?=|OtY4^((urUMVD+xrGzouToZ|0<73=7%SxlL}Hdv6>3Mxt9 zV)mcsGHquD#RBo+z{F%5Ej-;ZCV58q+GR=D{d{)j>K=|WEm#f#+tNio)Zihg7yZzB zL^pBF9_`W^O?H372xBBzqCs&1lx~E)N@wc>FG&=x&WE7I!oMawb`=~RXK z&L<`ps}y4&nq0s#*#;zoB^EN_&f8RxfQM-JWIdikO*HR=P8i&`b! zOYPvFK9*MBld&=}W=d@TE(mHE>=$E$Nor}0P&MRYEfA2xMotg6=uQj`hIcgk zjv9+gEr{xUkwd9ObWlV9(g-WrYwhH)Kj4g$8@?v*Hg!mh5*j;Hw9_@wAea937YYeo z0~r{COMQQ%h0N7$oRl~|Ca+!*J<$s7-ALre4orM~W|(sVJAQcKf@b+XPXXUio95G9 z*c@r{*`Ak<4(chwC0$>~+#@bEs6q4f3J<<*5B)ref}=P={=MxyZ})EvLf4O&-iYLJ zvdh1aA6lWs4H}AjE;c|L@VWTcY6`h#I-p=`p3SXf=z9P?>WJox8?7!U+oIFEX{D#x zV6at@cz3)pW_S^AZ4qLn=NOt4KxQ{og1f5-;enKo79U7Ux>vv1Z+Q>$KXl!@r68@O zY+0_h8|n=>C%%pZ5YK4`EKKcP=J*3yhqQ9uxJVk%cg~Dko)8?-K>y5P_3dfY4Jmer z7xiSyH_xl~)+s}SVIXbRmF9OZ5~cZ9S~JbP6G>{gVH9<40B5p4L*iD7yhz!Ft(@Uo z_dSSyyppJL>xS{#m|ibc6fWx*Sm3dce8S_7ozs)i-LK-S>Dt_U!Z=UJjgL{dV>oyh zB05LhlttB5AJ@*z={}z`MrzUCv*B;juXtdK*fxxu(p%!CJ(uc7QksZP|1u5;w`y7_ zv%4NRAhJ_PzTd-zU`I!>mQ7iM$0Zsnsxkjk#>cui$q?_XKkd5_Yo-Jtu4!@$yDxQc zl-UxoWUHzI7(LgHVV}E@n?K=sl8c|vSs@h_<+)1sFki>BP{bG>rPQd^X?jF^W0eJ~ z$-mJQi!uY_I97+ypA#%pd@{G&EYLhVXr#7{tT64uDRq4-+W#J95QSQTn;O$xV})Nt zlH|n@tHfj5HfHeU3u{I`T%De#yeik}C5q82Vwg=~IP%c$m7$vpi%Y$mTE^36PDn7q zUHpKx#SwndhWu==<-kfc0*D0k`)wo7Ji%tjX+*J z6AnTAhj#(j+CIW_2VHi@x-Ja)G@2gmE$Ppv(i%AeBz#SiVi5t$BKRcViqz|IIHH+7 ztw#2a!B?$=Wvt8J6bCQ0q|`⪚yIV?m{2eEapJU7CCN1CyK`y&*PbrLKNSdc!%ii zI`Pe{8zoh(&ZP~5u28}Sr3t~6{yuwGiG<74efkbu;>4y7iVWNQrV&*Rk$AKZ10U(9g|99DnnKD0 zrw_Jb#`zjk&~On|U=$3;-q?@hniIc*=zKE}KuSRV$<^|a-wM;mnxkm<)hld>Zg~%d zDN14PMCCR~RsziJz3IMlMQkXw?9|FIBs`t-m$YJ&3oMTV*PoBSNkZY1J0Xpx96f6s zSC1zOMZVwrFUgEWa*)h}W_}}y4GOIkgrN-!)eVsy4-hgidF7Dpj@vwXnuf_X68!ZZ z>m@*hEr~LNRd(RW9GPAcF>IX@6BbYR!4Q_pjoEHoWAt}LPVIs>^|;Az6U@ZY-1${| z$@)+%u=cSQDTe67(-Fi8N-bN=h@@{haS*$$h!CCgW1mw$(k}w30RFG$xRJ`|>`}0< zfvfEQPN}u~b0SuCMvT=YHizdfJn4)2$&eG)f?MAe;&hTP+!9#c--idV+#n& z8kMwZPeBr6V+f^}<#4MlqcViD;e{5IY^TUTHB{Me4X2#h&@@{Ft>I09*bD7sCVfuV zpCECA@m#UiC{H%L%mkGl_Oz6>bjhYnJ=#dUKdulYv2yR6$!Pm&N?cJ}Ja}Mv5tEmO-7th67lx_^ z7mMUGw*H7reod}ma%rz0jw*Ns$4@<#KqI;}!XvykAv-tsKJ11S32hX5kKRLi3qp8H zJIUG9iM&w*0wt2R#}IZ-fw$Zzc~(Dwze?psutI2Vji5Xq53ZrE${Mc(wR{>L zHWR5&ioD8TNZ9J$u2v-fJnYpm1&!o#P9xa~Zwz+?Jpt6Q@h#ltCC=H}8V(R}rZt%v zMd4|!4-DCX;w6Np;h(;D-ENBTml7r88y(z$XlKwbk|L0668{SnZ%eM_lK3v4n5^lT z7QCx2kx9qJl)gviLeX>SXE1Uft@^bQVh9Ed{k+?LvNd4QGxLMOV+P634nU+KV5(6b zd?plnUKT_>dK|&t&8xOtM4VS0z9!aB%km{>Auz$HQ0WdH6GBe6z9HT?Uc`+M#coeP z8Jx~p{OhmkO|Iu~@>K@p_pw9W?f!Tjm;r&?YyJV1*GVA7el5K1wd;I5 zL>~?t-^rUUGxmZzC|12`($HYW@0lenfFX_e3jKy1tPTJ$tjZ#GhkQ4cfTw?f`VsC< zNWp^pY&L9}+e~!-2y0i*ZA|73)JpCF^9}U-U2)|Kl2aQ<4KK|OFv4ru>WCRAEMIuV zi{+>^Y9>fPajBD>VXTd28e#9)nq?U~-0RewFd7;%#l74wF7;7d0GvlG^HJG)2_kKy zp~_49P7h#r&1;AgS&Ynd8(j7#|_;Ew=u(rRRW|ngYOnvL%9YD5)Tb69#FHN+vj}iZBxaGx!u-sKGMr{pNMn%t9YvdB?{uQ}zp1s(nyz=7 zAW0y*Y4$UtO*Nu54JA7)?@Bc1^?4t6Q}`RWSVbJVMWlYqTMFg%!$>2hgj|(&x_I;! z8I(a(=x7=vP-?)u=JrMA-@;d=;}#uqtzuoo^OGn|fkHzP7NBdOZB2%1{^SJlo2ES& z+?VQ8tr+(hh-}r7~ep?+J@ux3Eib{5;QeP^l0r2T>wWOL79pudx z{A^kgl`Vy`*}>`&IWQWh*6QUzmIB+E*!}*f}v@MIpBk>-biM72|F4 zyUUph>}wk1k`9OtDBBTM2_lVcO-?^fCx-omiE8WbvwA4Seaq<&xGl!I8A!Z%ZsCQ( zhWyVHT@x{}o(JM|r7wu#h+igd>+4J|tar-!JN~_LPdx%qd~v1Q9I-*oY34pXqrP?m z!G|Yubc_zrQqL)dxuFcZ5;7uT=+#*u;%-LdgJ;g4W|SDWj>ltw** zxSKBeHfMpz$Thv2R!HL(t{sSy#FJ0>i;>>K@iBU5XOz7~rFm0(g+ZzoMD=d`V!_Xs zg_F>slvw{ytA0+#NkWHX3)ZsHH=ILJbBRGe7<;s%VOBQ4)JcHT9!yvoo{atI%0I;YU!%sqDoWXkaDmxUNLMhlSrX~TLnGMEO~cy!!e3DE6l;ntGwTc zhcwO6AXQ31eB?%EDtBQ6`fKno5L?(^d)5Qf(p=oRvs=8FGe9-=5{Oh-iD@z|shfev zwV@;yO^Y|lq{vzsAPEui(Keb{xvp7kwP|j?oRR55K*Zr>L+27J-5bUkr*Y+B(+`g9 zQ)(1)o5M(4!GA-W*W|5Tk_-2e*NP`W+Z|XN5x_55Yf17N1BgiZopPcG#8r%5N!Vl4 z$#wN`66QnHd)RS3R#v-JreTyN9xEu`{mm7&KqD!rKLocI=w_M3j?-=r>d2HSfEx+h zuOwKZH1Gw_63l%OK|Xt83k`ug{FHeyrZ9l4u8t?XBt#Ls%q2mtaf>aoZg#>a;f3(i zC+8Bud<^Ia8uqocQpZSCpF|36O2eltfZdD^DRB(l9=gB}5PfrgNn96CX$S%O^JqHI zQ3}pI3PW~M47lK?2SjweV@P`2y`x*VV1rqRJ{5j%QFffQyB3qiI2(MzsYNj~X?_D| zbGEGuwl@|*7LiRIVT}k~kw!GS`Jkn-^eGdpNKU;wi%LdhjyXucLu7!^ha-$Db*zUEtTlQ562tg(XkJ=|`A1u0I<e5X+jFuglDosuXPr+{*5F<}3X(>jy4d|YEf!3GR6aP4PAMi2hrR3`ZVg@VoP1e;Y%7Gvd*gNaSkK%QR z#f&@{Kwsw9&-{8qo-w821+#^q@*q%WonaZ=kHJD_5Ek4bty0L#RPMMveuIRv{$aL4y!v@Wqx(?lYL-Dz2hSMewNo)x` zlQ?f608|*a^QncRM%*StTx~z*qPOs6xgRg+E6|m=VJAooMP(-tpE+R^La48&TQer< zyHDL+ZGI=x@WmkhUW+er9Z-fYp?y&q(rDtu+}E#UqGFKbM*A=4`Xae!*S?D`0-yq% zVR$2C=VG<7P7_6%vzai`v~6Zait1I%1z+mJ{K1VnqJbZF72^Q~oi8PE+r`j6x$QWV ze)$(X0+fOF>}r4dBAWoYPoQyOO7o)B782>8K{WRL;pYU&hO8C=^{$kT*y%}^jS7s> zRoi{Syl|rCREIiaXQ~uot*qJ6_OaBx!+!}DEMpfC1R82OZs5BwZ;Y%N;v&uO9z5WX%CjBgVuTc7BfZTUV z*-R6Ph6WEUstMAD^$gg&Ro8lgsJ-a!`<_uokz?l+H&^C-k%Es7+krg`h!u z!MlY?+)+pF?|$B#4kVwWcSx`?xTefriG$ckQs8WT_y%n88{HE=keM}VReMzA@fund zQwnw(G_G4wd?F<3l`lTV#$HM^O4y<0jA@T^djd=IgS^wi5S)m4XY*MrgVebaur`e9rRG^|da9^5j^ao)_Qtpo zVN&R8sy7Vj*69p$M#uxBbt7vKm$Iw z7~h!9v0K<9P(`_kgNTaG^9N=R#QH1{Wryow&6V}r+a=Xc2#TbNE1t^v_eE}}vy_@b z%tv(qn2tu@{`??^)s@(ZJ-os8wMnd1wA`4@;-JLg#ahl%&55nIx!S^~UTN7QbMxF0bFM<&Q zN;f7&BmPOmwKbIwb5@rVKmn~!Fa*nPJxsgxi6VyQ@$Lx_ z>x4p6`_bT4%e2|M=+V`QVJfy3K`rjQ0T|xI5{p@Tt76O#EsE*WmOku&jf9Eb!{d|Q z3bj%c=rSe~H(kO+Rn_C$pH*(~{}mUwwb zOgiivBz`QHk4t1e4Nm*}jWs3VOeR-Hvnf}AC`FqbP3J!Wj;kgl8}us4=;z*H4xm!F z24c{hQM=53L{+he4sUDNc~%fUw7*A?;?qH4Qa0{wSEv^5T(a z#0}!h;!1aYey1a^Xc-UB0Kwu}p;sLttu6)EiEyhVdD<6+T;It!^zd+&WM5i09~l6q zewe{H-7tt^yft(Vvtnj8pf*QLCV_>Ach8A#6Wk|C!F1cD>N@+=~a(or$KS zC{9+Q0n9{NHOyY5WWWy0vqv+3Tt9Eea~(6!K#q*~3kx+DaqV*NDReE#Dym@Q@4^DWJw; ziZvdjVhSqmvk`kr-rvMgZsgKWIP~71%xf9`$QeWN-1rwH`_|d%p zD#@xrPk%0N9xKD=tFLB5co-&5u&`#H36KkFt&YNIroR2e8a9(ULe%aN;`-MxsQ@YB zoVjRPJ4+y(HLO3YZ3?RBzi*(NyX7Z+7=D_s!Nh zZ=^-)z!ohjmYQPs(4%@ zVOCr&>@=Qd?Z8`~4J4x`4;7IEl$T6$J+|w)>7H1ksJVR0F|>;n3>jM-2;*mkqM<4B zz52Z(;>{37dL(R9eBdQpMtL1!9Ph@l%dwTA2{0|ya>jtJ6weY>4w=(<8~yQM7ghO+b#G?gQqb7lL(XOD52j# z6#z4Tna`~gf7blx5id%L^Gg@S%vP|jfh!c^o_Le|hE0hb;qTF#ndDnJ)`!wnwz1*C zDXX;>Wv<1Mh4w#A{aU(6J8$7fq62P^?o2snk`3PjCQ&2xQ$%dAor1IwKWjkM_L4*A ztM1MkuQO~xGw+;~nDFl1(M{#V!AvUhT1@!*#BFTr82fHS*j zp5&cq=Cg)5?XToB;JkNxJXHr`VJ{c;$IxaGqRL3iYNi>CN=(s4ucevDh=+OH*Mn{+ zKxlbmPGN@d#?{ZJy92dujGlb~mmz!UuOw&GQGuquF1!z(NN|qD{DR0*KV-0(3RYtv z^Wv^&fDCif=u=4tTFVAMfF^v&(8B88>lcMe$ z2af&5e)2#G(DYutv1=oGFF5T!I}RnA$qz*n<)@)y!^ zZt$S;zXD>{6v-w7oz)ZP88CqPk(#5emqEe9%ucLo(O1)gSwzbEa?99-|KbS*-=!f9 zwhQbIa}gX7mm@@Y@5KsZK7!qwk@mL5FEt zrKchD_>5%LquoiX(B9lMm)#>kB^e825zn?Sd*TOStaV5yAb|G{5fw4(FLBs)rS!&t zw+h-*bdYm+z1mcp{4|Yuez@LBNg0;e+rEOcl1Q`~BXxE%R$c+Kq)YfEN=WdCPfz@2 zW*?b}=aCB?{7PWAW{?7v`tt?Z(spoPc=61@B`fRA`gEczfOyQ)5l%_h))*p4o@-wY zza)VwY@TUBFf3CvyIf{}BGv$$2h6$~sG=vuhz_14T%!M;(g*X*YggR;L7q8l$)_C;}%-6*# zFmQD{qv~Y;SuXxOxpgE|fjL53s@;Enguc@*41y4k=C;R;x7f^BV)2hyP`)a5tfA`) zokb9TNuo<<3@=+j8gn_O`CXnKNf`B}<@_D(Rb22Heqr_uImt6}@LmwUZRsVx_94*$ zavbF!Qe!OORtEfC zlKWnje;5jd2 zEir(5TCP4CARR0l59Y`wI6%;3KIyqB^*!Ds?>t!srms`9R0-+XiJH$6fRcFot|~pt z(J0f0C(&}xpwU?4>Nx*35ph#7kYWox7y)SV)av&m$E-mS4YOcNsY6B0M`)}$z#?cI z9K52#z;-nKsgJ1GJ}~-GlgbR?;}Ngek&^q*2`uDZqHDS0HNxR`M_D{!qtwQisjmVs zw^TI+s84bgRZq%dlz@2JizR8RZK=`A<{nXTW2QJniiD>;?s{XCs(%6nkK|1@W=0kvD8`8DrDHmN6Yt z2F~~A7a0hfZ=_6M^TyfHvxxaIwzZvZ%$1uWIYq<2qK;>F09&VSIbv zfI=h1EBaDyGyDp6kXmO&d@yQAF>LRk+wso0-I3K{?I`)+bS?6oR$Y-PT}aPK-KFc^ z5%b41**D!1rMgSmrW8l2_yr@u`N#*tWi;Hj)A?n07<3GcLm06KD-4aF!ZHYSfb=f8 z%-LATi^B*SL^BU0ev=g*%2?pdNz3aSoXyrEzF7G1*l57I-$f@tBzkWgna`q~b2eW3 zEz+fYGso9hUBo^S-jUy!v9!{_x$e&*I}Y~|a1(bx95rQCw`J(C$j!D!f6osmnUl+h zL7+jsU*G|_k*pI9DX{j=%(>O391kVY6wn=mDW|kon!mH)Vw1EisbT~lWG$y=++iWj1GpPO@U@{>zo8bB*Ti^Dg45^m58gX&m$)) z7V^$uV+qYf8gUTjh*nl~D&-Xkdfj`MBHEnS6=$G8oHaf-bTDJ+mionzwTQ+r zt##>P)5PO&{-KQh+7XigO#*|>fK@`H8;R;;^Qkfg{0xZM!y0Ote)58F5w6q_ggU~C zLr@S(4gk?%$e+$l20>$IUW{UgT<5J`IWPTJ=ZBS4rCz-Dk+SV=TuqfpajFEzH6+0Q zqFt%Er>J-Mbi~IZrzoHklc3nnFMC_G^N0?vzdjfNYHLWG4em;AGpzjf(qa%G^biDc zuM7UCb;U~G!Q3AgmCyhz7VWrNhJz1366S5O%2_lfA~HB%)UaZNKF$_RNmH;xA+|Lml185F<9 z1eS--@y1@0ENtkrNf*6?pM%HR!xz-3Vj99=3GNw4zv2q7YL{enT-Om!ULA{#-cD-5 z=b!c+Q42{9xi(gkvxl<-ZAw-wH&m-1X;h|o=!NgSs^dI*fp}W?+1BGm_;{X?k(6pt}Pa7*@a$X3(5o55+p%wZp}VSY-_7z$IuDLT2=+6cI+Pm^0ceN zTU3q&58}135_I-remRl0fUKXIb)ulr--2*@8z?oVFXx5EyS2wBq*x0ULYbbtCOh@E;2;dr=iHtM)!YAQ*FnI6f7(HGt*xsy5UaBX5R+}1$1pi zO#*mhU?&2&HD%6LcLW1J2kZAR?G#EK5{`*A)bZ6flAZcQ5G@h>+aa|{@b=1Hz`7Q# zHC=(F+sRus{eC$5p1{dlzLg)3KUzRpbk}hnf#>Ql>n(nS2voaTPR0F$@_F?G04l6S zTT#d{%3H{(tz!+xJAS4|Q*_X;WvEqkat6+`Amq9v7tPo5<7N~m7V_~l!~2&b^vyFa z^K&+gzydZ`R(BTgiE|A*t@5E_v?_D?VP}#uayNIUV)*PL!p6jvKtDs?pI(l&Cp&e%bQ1v_0$!uR!cT>xz*HrStg- z7aKs0iiuaIlNtmLS$eX<5}V$ZtfHof+{IWnFfp)=h~~{SvQt(%YaYh82baO=E?Ce! zK)X>31m*|PD2(QWDR;q{*!2b?x3G7URO(zHzXB>Cpw=qS!U~H@S{9)zS{@rJ3jcSsZ(?Rf32w5CLKzG9BY`Cm0RCBl2RWw|&>KYX8%Y4(cV^b#@JyC;w?iOSHR#Aa25z8GuGlun8-7y%;K?K0Oj(IBqS(egcu z=reeF0*!{fj7x?^PW0}G#Fktq2X}zu@To$}({FA@8kjTpqU_R20H9LwmEom*^@0%e zJs^DEB*XE~AFV)A2{Z*m8(1Mqs%lE-MZqWOOy3YsU16~up$jV_>VEoy7#6Y|-(37p z^2a5@Z*#E*uG-$B3pXlpF(m|N4lTD~#lf5Yuy?G-Y2RaDI?!={@gC--Ga@K+ks}$v zz+S%1S~lx#mmC*T-n>ZegiH&F=F7cuxsS4IGPSorH*QcW<2m-ODtEm?AMU%rBptpl6bAz|MwQd22y9=Fgt5CG1hhQ(e7RX@MdOq<67`>$|%bS5||p z`B&z|J)K;XAy9LTb0=2 z&R45Qzu%hTiYtDKMM-+QQlL&c_LcB?t3)63SZ6b=tK?vj72BBbHAq5>HykH)NoIuv zx02)mGLR&LU6tvzD5@>UNW{+oVhMzXkiOlGexStzD92YTt;?h~ z#c4V_aBz?Z4f?#HT(U|(kESL7d}(Auqw|1Jz@AiOXo)phC0#tIK{CeK$iiKOt&YM^D19(TUI|?_|Sa@JhU86%_)cHa@y9w}F^G2)( z#2pxG6+urCe&@*bkd<&30?CUUsIS$=2;(%C({d)qCnkF6_Ne#zYLQ}RE)Q9D$CBsn z+Ub!DAivDyo<4Dir!7(<_-o2kJlq44|);oX9+-;aDgfM_TDULfWbp(*mSK%3wf z_eoV_xatBy;7j@kNG>J4+o$(myk&1xF*HCD%*Dv2nBcXb4`_Psq$PXWxzYlR2%&<> zU#L+(X``#|8=Z=wD;@;PQC$;yb%$aU%G+la7Ai>H5x}4wmU?11IgYD#EfUji>Z0*6 z*6VE}Ao5jo*&o^GA?bE>{t+|Vl&hB=|uwdcC*Bns23af#^Q{rscFr$4Q{NS9kJb4+mY__I##3uH!Sof!q zzmw$3JQxYu1vK_pxy4K~@(ZZ$*Lk4?h$+9HEOW+f$El+QDjX+gmttfQ9c-|4jO&Q7 zcUVS7$Cam}mm}r~B!QLzKA0+vB?0XEeiPeqnm`%pN_Jy3d0U%4b6+=W0C>ZaK=riMM^$jdOBJ9euLC2FcW-Ua zshG_zru~+~8?GwfB3b;V;Qv8BWK>-q~RH zQRz-d-+P!{&6g-dE}2lcUB1ID!+|5nmMs*VPo;EFzUn64%~RJv!R{flMREwCNG3>; zUo#*<<^)gKJLty=^aLK8M*9stwoo6U`3dQ$%cm3{kJJh3(6O@bd3r9KX6g;k2sVAM zDIpg=<7wwYq_NJ_9UYQx#2G&crmPo7wX%#XX~e6G5oq`am#lHsWIlbGvQqQ zWadNV5(`7wtx@t!zUCPBvLBoATA^Er^&%u04}R@r zjKg8Pf#8^P^m^ot=V7U%Mfntj0=TQ_iqvEA%_0=qr<^o_4FiMI9p6QnRcXc$w=S^L z^k_d-#?uZrV++!rjt>Tj-gsZOh5cfNHvn43q1+^lh(3bjHf(6|DLG$F4eFY#-trec zvsj%S-f=o5AgnZu#lY9WbE4kuRD=N;ARKvJqU;rdg91t_D-iP;LxV

o@oFUh%$B9-h2i>hL9e2Hda40*Dk7r zbz;2rLdQ0`WxZLf+@XBU}$2(C`vfPqCnT-(6ea zHduw^ICAy%_$*;p>4-;>}oCW?XAIW<@R67W$O@iErN=Wb* zU%seTSD+}uz_(9rCCLKIRlN_H9(+`^m@61Qd5lvH*3_VMX5zFnw|#=y*2vAnc*~Cv zXG__LZjiU*04vUC&X5$ytyZQ(9(u>}O{chN_iMa0NKF(AJ7Dkty#{~Ga#N<49SD)3 zhkb@WJPq~w30VM%IykVdj=3`7UsS4GT!85>)d}Bp>h>A1W51Q%75``0+(cqETM1Su zY@92hltmgjxXCug&Z;r^x|2GQjP?CD1s8ROE|`w6m#-0q3e2GVQr_@$1dZZm z;FrliMV!2gO+mTKjriiInPuwW{llI@9I1Yd_YGSy%v>OG5FkD1SXCpdh$j9Q#_K17 zpXVMj!rPWn`NSoP=-narzZvy|DJ!>g(5s6nyT~P1s+S|^a`PJjE^bYS4Y^K8{xmG& zS$otsOqom$6L?tU$q?LBpp`G*u%5EpPQ>1t9PXy5Lkq+gK(y>qzomG0>k@6(*q}yi zPY(o#wa2UagR-^yqDQN(3f0<`9c;yb5=YI21Z@a@_a9H<+}XX}7L~&eZ%R5&Z(bk8 zrckcfoS3Hgz>W_ae>!QJYC*LY^P4OtR78jfsJM#Xw}}=ypGd){3T~$PD-w*Di$nuGuE1I)_mrRZFs^ve*fTE2S>5 z+1b1wwK*JAa`?`vaeD_T4~{02vL1uSmS)M1e^%(CnL|DClO$~{T$|+u?EB-!A2hI` zp=C)KxN4S*HHp%Z#~^D)&jiFY^SJF-5$?ppOxd z8U!sXhWv3D-C2BVW*M^CUFt-fwIHGdcGJB-Rme>~Lwd$4D@-E-@bkP$&C9_uL- zb>1t~93$#K<_P*FOQPkQV&$hbA(-Y{Qjuh_uXi(}ig266AZ|~-V9d&c$H#XI6uj9z zvjBwWppe1V0Q>Q%;(l8 zn~NBe?C)%o8jx{(d((A`Oj9F#Dv?b)yGr_ac~0PBaIY9D=K7*Kadc+X@K85o8)S(8&yEFEoKh(=;-uar~e>jt+Cj21Z)jW*j6 zhkBNt|2=$S#iS;G+01M!@xCi@n5xE3-X_TC(9ZvNdGb0u!|>1IduX({D?XAc8J@nt zbII;(7PcZ?s6CwR1}#{u;K@<_dMbXK>Y)xv0MY5rZ4qf8i^&8C`U0h2251f@J2~ag zY_{_)(}sBV=WAGycs)cN$;c=XRYZIwZe5wB1=4gDWzN?i4H84t;LgN}xwb7NL0ZnI zd{?RE{n;8$gDrvNGbo+=6IL^Att4vA9~xnG*dPKHb5#xAuXz#;(+LF3&0B+75%aKP zxRF4g=vV5(x$5Ojxke3#+H0dHbtaIbe%hbyz6CEAk$1|cQ@w=K>w}@s${CY3KVbdD z1g;0egYO#+J;jKcGhkmq=VY7+L^!pL4p>NAvc1ctkUjhwacA~fby!hK4%a>5_KlLN z?p~Ya&W?44|H{CTb!=S^ESva`ATM<+m2`h8#;heO(aphES+r&#}JWWcl`9$FNd_`E#N= zP>G44mMm}gnh;qpmh)adQ6C9YN`f4luLT^AAfQ|v?W3Z~Cn!itf>NwDMS);Qcs8>c zLb5ZmYlzcrbjV&AD>3zQVyNSc>S~{-#pP4oy?pQKnt;(UvBGIWY1-g@55gLroUs$Cg~B`VCn`+4Pjk z{%+0p+*!A)k)j(%D!Ot3JuyKB?%z$eqL-Z3H?-uclD*dDQO`v!$?IfpBa{EYlTtBV z&A{=+z7ep8Lj1BsRZWLuf#3+JR8>;!JWf2WOoN-BbFx~v7u?8r#5|{o_~c!n)rrI> zF_yEI?i}0DjJhyFJFI_nP0LZpI$g6sr%Rx95U4*5(uhAIV&+XHZ`F-JAR;USle)P5 zDPb&Ot>gr9i^7>RmCWklS-%u*>OW^$zy3{t^-}uP`+qh&Q{Id=OK+^5hE&1Y(#|<6 z^GuesMSPiv3}+*v_0xcwpnre|QpeBEh}j3gx#OY$_Fb-u6G&f?mv5{Q@x`^WRHX%1W5?u+3x zQj0DeVq@TKQ-Gt{)LO*RPZdtl=HLc%ZUE{e41a3Vi>JKXEMhbR%8DOFOe%0Zx7WUn znliEBc}+>6rhpEgJHaTq*ktPJg)XC*x0kVPd z;5+JQh8);^Hk|EX$lPXO(k%-KCC#>#^fj3ANIT%ve15VO|JlQ;h za*?@XKwP7_$fSm=Jp7r}OVWB2^9AxUs|xahgR7t1#|;lBd;;XtH$bcx(i5I!ZO%(< zYz+=uwl7czQlW#`;U@MRG+>E2fbI+-H*O1TvNBTQg$x(gtCz zE!V?iWLy>?kq+b79BA%B8sjQn8vV9anJN=iBE7}J`;VO}&_7C7CjjJY3V`Q&8{QPF z@`y1_=IFQrf zHG9Nw0orlg+u}LRT?X(xAKaG;F^-oawDV37JRQAxEAzY>5y!<*H4su~r{`w_8{s>` zC^<5U#eyLEAHTkm?~{uPO?(2GaZj{)C&(8c`jQ$Vh417-#jOJiR6XMyu{XWSkcFwOjXClpae*;_GDO^m-uDv?#Wu(~t88CxY zaGdcavo)|P(3Js?3Q5NgzRvh}u?jpC4d`VsJ!I3Ob=xg%n@D$+Po*)vygy53w2SsM zBB>mexAylpUWFdXk!P1Zmdz%iKw!>E!jd-f@^$7Vw679MjJ%JDI@~(K@-Zk*?Xv>5oXoYa6Qa3U01JE?1An#=BOJ3x7iev>AoyZ|9)$+JLt+ zAX~LB0Y{^G9fNgKBu(A(o&}Of$Ss(n{+wz9hV%3?OyMJfxQjZ)6shhm;v|lKU4HbT z2V&&#n(fQPrfy2VJ5O^#F*tc(1Z+l9JxtgwXsxPvKu5QC{Y)EIudePL>%X5+x0Yym zDqQ-Qq(A6P7mwKzL04kQDW2iMwZ}G2<}J}wj5BF37x9r+Cspx{{a=`A%vQXu;xcaA z^iC1hHWoXgjf9fn3p61&K~Xe&p&*i+AF#@YQ&t zVZ(M8-M9eWaG_C?eUn(W#V>*s(07Kap30&|ebbpFk8LI6nZ8#Q+! z#}OSHm-H{&@^*pI$5&U5I^4(3blLfj<}6t0$%$#La z25_#yct?A6+csP-Qg&ujPR!Da*(<0=cqEk79#CJ`^*u`J(;9n=mQH7grXvZl7xPDI zJi}~&5SqX?>0R+B!>#`+eX$u{!r>)2l)iOQMo)mSFErinz8KCg7aLoIv958t?MXIh zsQ`{vt214BL*;Zag&$My`aPa<1E^0SV>pma_J=okU^^I&C*_i75bUJMXkq67@$~xs zAb>*`#xZKjNT2qQ| zXkagWTKGB%bL6r4Y8OV*P<eC`dy@|+H*2>DL3yPu5Gr2G3QgOrT9^6iz*J=f~`E;r{P_LZR)L3B1dly2VUC~XZ zCd_>1w}94MEb5-zv&`xaCRzIkXXAhhl@fJmY}8@N^Mmj%!P)jc)_z%n%xL|1(_Je z20+cCrFgB;ri!h|B}UznbMdC_Ao=G#Nsz~3rrdfrtodBD$RSS@EN$?$bZ4Gg9TA3Z zDx`Xt+NW2eXfv@?fHh8v#h|jjfa#gTR)YYXn&}r(LequGY59#fd(zqAnEB5 zwFcM{;f9sA@dodOgmuSFZ06qtE}%36r9KUs9^K|~K8xg*o99eQwX52Npu<@lhtfedM_$ppDn_Z#AsoS*A)QScrJQFTH!X|x`B z(N2`^lhnXd?cc0*SGR!&mk{iQ!t8{zoN+O?q$0^HTa1T(6z>>YdgCUj;-(~2BvU3S z7|bY6<8++nGj(Jdl9anh`NjYyZ4aDfK~^Mff!K%&MiO?VI2EC0;J`{pK1?S>SU$Jzwy>$9?k@sw*P926^q0K%}k%zj+*k7z%AJ1ba8JQ2 zz5QYyP8EufkS+j^K;Y6z?{5(Lgsv5069>_ctLezy2u4ust--;8w#dzbrG~0Z6PC*NZs(Ntve?8Aj^5cy;iA9p+D%BC`OR0Zh&-{VoI?)D`~kS$&!8 zF|JAp-Uq;dF-1f?X%t>AO5uuQ=ZJB3W5=!VA+@JMt4=p(FEB9F=-bzOdEeH0NtFZ5 zfwyZo#TOqWNPWmuVN^i-%_9q-dxpTFqu4aQ1o|`Joe~Cy4!RX~j+k+9N-qrfk=*dB zKvC9B?T~6~LfoRk6=Uq4M10fdMzN5@#NOwPuyD!zidKi22h`nsZZlo7cf49OX5#>S z=>%D%oip`W`p0Ban%N1si~&+ps<6iY zMMeJy`;^O1apEj+98PII(m0R6OR4@B?sP3Xv}y|NEqkl!gjjt#IjTyyI3*=durZJl zg**X^KLxNV&4MyF2Y{^=dYGI@(;(F}a}`g;tGos-X-l8*a^mFf2XT>{`#zsHBaP2t z2s)pa7xePgZHfhPD=w4o&rhfr;gI}zoT5n(auX&f$Wffqlk*Exfz9D*xlNlDS|2rY zvIM&}lS)SOx*7sy3y+P)qRSw4=4jZ$XOGYYYDJ30WQCTRw<2HRqKZ`WDB!zAKbj!; zsE^fWofzye>Z|vl0-MXwRh(aiWNX6uF^gARbg-Y$7(Jh_-fth`7N{pBwUPM74I;i(Q5J*MiVDFIh z@F1s7A9{&lu57uZ1e-Wrl6ZYSCb1adDUZRh`TENDtImT)w784L5sz!iE}+|W+JN7p zU4S@~}AKwY0}?BuFtk(qYYE zGbb6DF#A3u#k10FUP$CiHdAepvyQCK;xCrh)|b?)=s*3vnHx!x+^!}0zX8J)1o8Ee zd5Fw;SmI7c(wNh>Fu-Re;xQ4NsNlZTE+5j0`h^Hok7?eC1NnUtXFDg2ZM$VeC+&ta z+i_4H32|u-Tv;M%EYt^Ov&-sC0l$l+1dXOoE|d*Z4rT4Ql=~iCEf8KttB3;%X!w;1 zr5`bM@RPiqXWyebTDT%fYSm}qv8baBb{fKMGjgmQ1%iSzi%eHT>Vab_&ERH1q_HgU zOoYW6d9jcL?F$WoVh|272#Q^92#!^mITUEa^i_GYqD1 ztIW}ZTUVSmq#-VGa#fixh>DzLl>-ktuF~{(u3=xCct)|njA{d}3|})WXRG z+==W!8+O#lbt_(y(tc??hK^uZDJt1BTc;mD*2Jr;M{!=I%vU7el}(EDAc{$Q((1Ie zj=;w&WkZoQE3M4bdzy@*_vqQ9-=LN;L3Y2;75L93CHG8fC`lGQF)&df0+hu|!RZ4uezy|yu1M$~ChTW5dV;Jkog=F}B^cZHe2L{=KPh*o$8U?NNUv~*j0 z;c;BSPDNFFQH^U_(8KW$4=Y`gFp)9*m*s^Bk#ve-Ew5yda;MIgkFfkd>DNKil+X#{ z!LCd6%3Cy2#C@om_+&E?zUu7Q>wclhhg35(_F1oTY@yQ~nnLnAQDx;95Jjz2u)wiS;N!dg` zFiPpuo0SmfO>tN0`rc7O5=9F<42F+q5(IoU9tN{1ejtbK(A{?^KQU;!EIS5NEUFGM z{#-#~w!d%*TG-~!lR%@DEFx^cRSck}O7tW8FqOc%xf^1TN_4CIe8txn3i;6*dpV{L z^Ty;0q2E#xA=lY3nE{NzX7E-!Y-c{X-hsEZHCytOjiXGAwnZwxNwBu?=rdF_6`X z3?{Je&R6@OqB&BpjPhkwa7@qAe&AT9=Mz$FX347ddHH`fQ$oPtUfobqUBm%>|*pDP*h*IT=4-> z_Ocxn(0*iOqnExF%Ea$Vw0Q_prv;*#do`2{n_sD#Kn%``;P>!x*|N4R*i}r3PrV-< zRWFmZpuQytj!?HkIfhAG(iHAuDF-2w2|-TqWLK;XvFctMAwE|Q1Q7m-u{LH*P}el& z4I3`5Anb+-x6}28Z&QU0jQ|-!{Om}Rh8NcfRpm@OgJJr{L~7~Sl+ibw&veRy{(A)6 zVQ>!YL5WQfy2=@|aWzZSnZ)iXSrM$V-bm}xJZVtg>XToff|o+m>k2aDB9e2TVF#Jl zvk43H;s0Ez7%T%A>9eXloW8AYlrG>S76}n6c?J>n@Mc*7&JwTCg;cLjE*YGEP`K6z z{#r1e|DixC?B&2ev7S8&(iOkk13=2eihC_NjwLzLLPY&5fSB&Fs4+W(GDDq}txCm; zJNr2lDS03New)MgdLeg;>pFXUmfb(^4-`l`I(}RK4*RZ@`FiCu9RhELZT+s|@FMCBZiVCkrq>e8nNsV+=pMS_l zv~jwfwuD$sy}Q4i*Pt+?5(uPlc3)xW&*eDQbch8+7(a0;BabU0hn2%ip>bqVZiK)= z0$bM5Ebxdl127qvpyTrWk75@lWHzldr877_oGE}jFw#fyoV7w5XGB`YQC2S8Rtup> zIx9PIL8G;ryOvULbCeYF(|5jnjJYk@`k;n=X;k`p=2n#BN6!ik2imQjFS@y0jjx7< zc(Tg_F5ex!F8fUfG8#kgRu~gU*bl0hWn2x29D3q2H*Fx|m{)iy_P5>$f`{s8O4<-u-wW2yWx+ukYnkq#6bAzsA6+X9A=q5EB z?k7=VwQXJjyc+4Y7ol+ro)fx6z=7q>XK%5FsFpZnEiex||M|1FA$~lM)@F^-wqMAM zw}pMHZ%k~@xt<;XN*STeI{JayE>jC91YJ<92`;-XuvyDPovd*lG?Jl|C0K<=s1Fvr zMJT8&T*V_EezBRhLIyK|?#qk1ytI}=>O@x><|zidJMlyjrn>~LLr9C53MFDT%uno9 z1R@o&1Vht%w;-gD?-Dj8Ak^p>S{4@7#XKxsE;6kY52!j)^N2T)t|=2r8OipRxaMAn#fY2BuGpR zN5_$A!~5O3Fm53#(Wz#Rso)*>>m>{NHn5y=FeD`TCvPrO3nNojc zDuQ{66CI*+7R;uA-RA0Id}4j&V+qXn^)#5G{N#`T?`@`2skp>6@@ANM(R39&B%v7q zenK!Gh$Ts_{Jj+yOvmnIgYub@w#dOYScLBq**&V2bWR^9{HeRhDrXfN!jf4wql}Pw zR!HKI6fn$aDA2XC-!8Vd$lzlO%CVN;cV7PgsB z#&pzk`-%WszE*~ut+TcbMrhrnQ?LI9jAy;*aA~2{b#_xpk3yC_b8{?R>g?AFctpIE zL)N{=PeW?eHj}{#TOns*l>O9G1T(FjEHNUS_3uYX3Vq}Sdm|d;*mg>Da)KW=W)W-5 zHc<{3R{B^<0F5yuECyA=qEcmq^Xr@YLgbpoep-br0${o+$`!g!KU;$~B3nv?Y2WQG zq6$k_Co%gTk5+IJ7ZEpx+jmD%^Lig6DJUL0Rdx0nFe>SJ+tGfv56~ouGHWmA{QQ+z zoCi}_y2OpKWZ%u#Nf<)5PLn+KUF8{22`lW1Td1o|6&&u#Mhb(N+mnRoe2U~M&>4H?qV*#sH`*VSTBlzhi-bur00n_5pa-3iHj98JZY&GqsmlbVE3Ah1i; zY*g_~`^R+`z37_8=>tAhYL@rsHrvJ?umJq6xIcPIdf1#v-C*G(hSva(o3+9W&s?Sk z<0p)6or^9D7$NC_rbo1<8YTW9nH9I*{njffboPob;wd}HN0>Y}<3JLwUCBMNCV^^{ zAW}%zo~>VbjKvp0JjBUscbX@qRm3{vZZ1?shCX(i6taP$h*+K0ekrN3$c*YgK_j+# zn$V5K9~^2~TiA@}c%z3Wtb?f|E&`v^w_dXhly;nm7!QX=I>fpmf#3(44R9vJvB zDrBUZ221yy=iL)kH@^`w7HniInX(flC-+coAjpuuW*(-+6PKBv_t4fJQ)7(h!5M}G z+!LBKku(I1QqJ6UPxP$%3*sJ*^yj{HTg-(>^?(+xOzJ|kcaQ~QX&td&0JjLErQIlW zieVpc#^2`CBCST2PPVm~kRQ`t?M%av2b@QaW*beNt}T^qAy>6yaKk7S*Y|M0y$p5A znj&Zhn6Pl-df)=ZfmRtX38Ti6mw3dQ)mZ#UsFWqG6uA;#degtrTmp*0SIY=-d1bSm zG#;gej99!qvR)ZFaZ=7Pr)_dNOcN^Bdbedsjpml3C>&)kB6s9QRJ^PB@8MF!E1rMY zu2ES}jR+~#BP6`p`!7So`cqL>{ME~(+6swKT*6mg5n@ zqq+1rx*`Ykd<^M~5yCMdb83N-={#E#VU{&tMhx-Ph?zYpu|L>bDI@(B0pzcp`}2-~ zQvd|tMeSAE_Tf*5)v`pl>haZ%Oy$;a4q)GORReT4+y-Q23d{S0CB~6>5G?v&<(QnD z;u}8TKxG9Bu_*k!{5&g;jC7>vBxqW!nXpuM4GAHNF2>pr4dd}igZnEOCuu`l?84cNxFO457oR`(Pmdkk33)$4Ly zE%d8~M$Z#UG~R}PiaINwr3W<(%!1Ts)kN`3^{Ikg{rjtLO)zlW9^Pk-=5sVpVdz7s zzXsdLM)RwSK5lbOlf=55!RoWZBDQB5mZEJ2wBkV_0oE4p;EV`{>%{~H9Y?TuDjSGuic~1_CqYkiWF-t+ zs|Do+SET-L3S)K;Q1TU;h!zf84)WSXMqhkGbgyVx+?BwVa*A{UdqyxTkzp;czT6cP z?%Rc+U2MmKIE$0=W1!9kv`JxMDFUKKkp@;)LY1I{0x$=w4G~XFi0Dy;>aA;A@NeYX z%-f>SKyu;qn>Sj&|C;cm#1&8RSJAywQ{=0pfjjH~shEQ%l9p+%l8VILBqjj43F{=y z)!`jCxbBkL_wM(tJl9hNMtbm zFy`Z{oOJLQXtD9))gDK7XgU?Tccd7w8!5~Kn-a1`uuN9q6UR?iqpauq+&f_%w*3Q#R**<7nRHy4HfTDXWl$7%JvMD3bC5kcO{KdR!kHHY zW+f-Q!zw#`DxA+Z=DkfqWSSQxCyst9#ZtCrgo`31b9xCiiiPP+0D|ed?x1e&q_e2b zEWWy^ni#hzbC0|`7F5VlocSYI!XqSVm1kxtsBYA!g(q7tHY{i|5ZV_Dmd(7B&Hgc+>Z6 z1ws5}_tGS$aVVB&fkkYXqn}QBbofuPtj2A}D=J{23hS8oE5H|2vcySjCq6)t_Ezlds zivA)u@>OAa=b~Qt^2lLV>`T!u13g<*Ej!!Ghn59WuqqBcb}}`#iX5JgWtL9Jg+E#W zI49~ApoHIEs(_IeTa^O6uhCv`6eS|qNjeqL)esU*8$E72%pE*(WHKo1DmcK%&d<=Z zgGoz!=fv4AJy%o^t;+YZp6E9OYa=*I6s6diD@hus9wieCA!A}T6t|!xQ|gUZ`YBxQ zJ(i*Aa$MJT^G-~%atecHIk3@XmtDR@W=$R|HC@zmdOwpXP5UC7{;R$v&w+=!lU&9p zT%@mE!J@EN@*$!@N+r914Me3_S9!~EdbwUK__DTsQb~enV+Eqm8R>1C%^q;%kb}Lu z9YASlSa)}|=8{kuqvWg}6n21WI*}VW-jR|5at1Y~ct(!vxBku53}8&6=hR?JA@FBr z<56XnkQYA?G-S_7P=St4em}$$E>VCyK(wz8s)#@&<+*(Awqu zG~ydZa||WKw?Jha+7_)S!h=wBfshRvV|M>uS+NC@K7w8xU)(4|aK~The%Ol)e}uA| zIg#%?l(bjaHta4|1TIiL{r9qk+Hg+$qZwE;V4Q_QW z1-gfFc@Db{G3K#Pxd2V0;3Q%1otBnC=T`cuU8G=(M zU+De6loT85r8SS1y$6zA#%B^{yMkUjR$1|L=GoF2<|i`5!li+U8!(VlZHiVljn#NT ze+d^_9V{JHCeC6CJ9ZpZ-j}Kvn+!g{7F)HVTeAdeDw6-c+dJG`JGjbl%!~EYX0W^m zH}B;yiC5Y?vAKptVAO!qn18kmaN+bt0!uL&gg?wRZk?HY`R={$sZa4GK-QGV;8ItT z$^#vtJ*0Uz7oLf~s>TUecdO8PEJQ>|E67)Z*5FWg7cUpBRz-J%+sty|VD=oXU#a^j z)Ock6-OkdsZ8Ra?s4o#ewO&|wIUMDH-M+l0^M`e@4q_GWL?Yqj6>Z9XlAU`M;-JdK$bAfvB zbaBKmzYqyV8RK6(^l--1!F|?bDAz%3fKXASVNis4h|~I&*Ro|mrifv%=C?0=UI-_# zUcI2n?6Bx2DhfHZ2ZVy_!LbB^F42!shPmq!)(ue?F zK%^A_Xz^1kAmUrwFF?k);e)5F86Db&k>fFukL|#HlBm3V6+;Zm#L14XsqG0~+z?g0 z*}bPuI-K^IG$?$pok}IO8Y7x-NN5_KXnPIR6RJX%giq}mAgH@Ahu%_y&7o#uj_mUg{T~>aXwL|V+)vB9 zOdNeJSM);Qe9Kth5)9ymziFuYM@@d9{rH^?NH`_xwx{W0p_DRU3s}b zAuqotZgjg?K@r)u=G=~ltyhq=@-)N9M@kv~J#k4;l{pA8rv^;ngXiTxlXOK0L1;)2 zaiZ^>GQ=f}DD6`iA!6t2lY{II_~VY^!jgAd5n-vPANC(F0XY|`ZoF1j&Pdyh1}TH( z$_9e=b8!XPD>ewRg_<_T9C`=GBs_y*IB(c6C&NC{U@j9TaqK$!8XbiSe0(8kO8l_9 zVxQM3z{f@JTtUm=fkTy@kvbbsCyB1L=unvmFyExvNCs1l>I^!RNcCX7uh-*OHLG31PR>xQ^>qR0Xk zHoqwB9o;;rn-!{!o1HY!{dlu?9_Buz@LY>q7UU@Jp9UD{FBuB1ZWNuNtqBO(JCRA7 z#V{-D)P+>k&AC6(ihPpQxRDQs!A{QI2A1;3A3%2`Z{(mUf#oBy!Gaue17<=8rXm=% zs&a4Cv*^|8MH*n%mrVAc#0+`yOQ5R(LM#o&*i`QKI?mS!ii@cy11ZB47=vvzFI4p9 z5=C$=YkxUgeiyR+mS;{||Kq(#->EWLz<6&5FA%(7sQNAaYZ{}JB$WgS(}669+})1< z$b@v$w&HR2w^R16hJP+&U0&1B-Xs7B<0Voxlz$!3R^FwleQ>qnZ-o z2R2>t=W-fE>c0(}dy>vFGC`4TLrrz3OPbzZ)ALWDxB zJxThkLO29KdOnRxS=iC5I?ok>heJS2#kiarNh{(56;Q;2|JFJ$M?%dJw&63Cf!bDo zY6?*L*un4PZiSicV#6@n+*=s{JM!a|4=%bN{)dUDM5zsm)#6l2&b!kul4n-+b;6loEHg%p%x? zXPaoiRMw0grnRFm$h$yzE+a7aIorFrBO+heG-4%iAg)t~2iegK!P`^A)wVUC?CkU7 z%y>tg~y9Bt)kg@#)LNDTCy7aQ=$4lJH{*4!kRmJk+VXXbA-$Y-sJ)cXQ^(UcTe!C z&IZiZGFYimvzx(0C6djy?sPJ!GTVMI7?+N9^`={rj1)ZCJrYPc6;pjbNTAJquIX=o4^jTe2qS^akMmbekS*x zra8Kl-}b?rhKo|bdeMM18?jAbA41aDCQ^|Cmx3{eN9sKth|Zc1UUN2XC~ z^^IYWCMX#K18!jl>xCu@L!JAzRzjd)LvJwLM?SvEvCx-na`f3RrLVdXy;#6$9}%3^}HW-oSs;r$Eb&^YsM~(<0=RXyA;?shV@-?m)#%HA?m{!!hCdJPZ&}Lv56w*Nbpz3H}m6A;C zCU5=q#`V0TYL%>LYCL>Ih;0}m_LS9(T+)Fxe?cpI9~SwaO@6kmJ@7^YPy);>kM~8~ z-Vn%7qPw?sgz96D34NepA%}cr^14OBT0Hg75nXI3O*zY}(e}U|0?lLc_ezs>ABxBX z7^2(LnkMXN5n#B@D*FtS&fBgoceCi&JB!MlP9j?Xg=GV0PLvkA%{W~y<%)l~jqTNMDZ;oYliyot;u8p%df zlFt%k!AE`&vcRT&(>Vy^tIYTlRcCe=1<}Qk%fVolO zV>Pk;C?2v0KzBNQ4*0PAxH1)1JzE&ViW)1AeqfPQJdiH9O!Msw?O?EC=|TOdn`wcc zy6@0%W5Yzcl2<|yM}ng@d?uWd@~ z%D$6uCGJ-g&llEyafxoP3YW!EWqT{X|#ZqA}@X zA%(X~pnp@tp#Xel4pe>d(UH%XK>gZA60mjENL0(0@qU)sEKusbor|2B%*6- zEFlfM^2;Jm$+wb#Gzt^#@54FTc`9bYqRva9Id)s38%kV;LyU>cv7GD^e9S z6Q{fDWdk~Ll3_WkHP(EMp=5-OhO^zIgNE}1V!6#%wq+64?Ox097%EwPda*)`!wdjL zYWq#5$j06aNt{VKA zvUd#xrE=(5w#0;~L>c(ePghqoLU_XmzO_BmsyyJx=+|+Q>`xSzP2iVuglS4stqP@rgv6D4*WI6AD78-&+FJ@j3Q zcNiv6#3@%gJ<26nh?2)!&E!N@KPlzGxVuvhD1u)~E zh9jSa*w%)$%;mYq%A6xIG7rLnv?U?7)1^h<)wZ~v(FW`SUyB9gfF6t~?dm!rOfpp$ zs>%K*bjhP8(EY%L;>!#suAKm-s$4h$M+yM2Bibe!JV1->%U4|^C_vXBy1U8>$*q!e zj>*3=0bmiOa;`IRqfW4y%!xM!An@yv3X~Cx!`FXn*NlNQnGk|t{)4TDc`f_rrL)Li zA;ZaQBj=3V*-8!Nv1-qeQ_~HmOdZ8vMDiI`g5p2D|9!}*ZU5=+(SguW)i*e%Xe0|gr~`n5TW|njsh%p5G+mOKi#MZIGWtfkl=h)!$Hw@i zDuE0#&)swl_??Ym-^r>#={4a50f3#Zk17%|+#46R_jjTPXkun}DjFrY+9mx9?GIcr zt$=&*1$@-3dxSh;KCkk)XU-furpeAD?{!xuXBzH4EW)jfX&*XFfNhw<2?a08e1i9` z=`L9U4f)z0jTCF~WkW?^iYe21U`_pSGK>GhaGY-j!BHb$m*hH!7BW4^!OIK-ot+$E zgygSxHbj18I^F{kJfe&`l3ouW8;X<~6H7InG*6Tk2Ln4kt3jeHBC^%Ss+%$CK_pGZ zIJ=@UOeyfg!~aXAs->Uxs07?dxI68;@I;th6^l4{3QA}!?>bJ~y*TA22sg>o-uv62 ze^54u(?5oAx$IS!P~mpFzMV49P&;~ltGFe*XW#I)G5^i*wF#koqB!}bwJf3z`?I#& z7<5_5E)I-T20@6Oj-F)4zxI@?m+{7+JCI3hVN)8X%gDmmMcGii=egw~>CGhLM9Q(X z01WmGIyXgTj0KF;Piht-5(zh9bB;(Y1rKX#$Cr>! zuoqd7rkuXXR-Q8S<*n7mI!+t=SWsFt*fbF9tbRv4k$juzE-mttbz zL#+s0L(nF@I6QbPZO15$TV28Nr2HJ@#7t|*KE&wcJ#tb$+WuvhS-HI)k};W;)e)PH z@N6V%E(vw6U~583T9^=*hj-GxaYJ3LB~3%9&;m!&%LDjbaYcj#L$Ey=6NWi|U62m? z_w>0Q8tAWnC2kbRX&C0;je4#UV%@Dtew%63Nr54DPYA$u8AdSv2 z07lUd@6Zd09H1Q7H6v@^0=5>yhBT;B`~ztDjYf+MQ`j?B)3#>)=3a2E!{hOST!WVW z=TAAn#-#lR?N_#MdhI3@RXUkYH-z{!M@CjTanZ@!;@?r5Dlu8$6~PWy13EoTg%DDE zXk-&|k~&Zye@ovIBNgty31hU-if87**X`-`$>$v)7CCo^N)g%^jyXQ*6_Gpe)R(pc zXuNq2P6T_yqxvhv&l zwA^4pNyTdq0)kXT2+hc%K=i1x(3z?8o1xMMSZ)n{3YsCL z@m8J%Q0>Q}x=;?iUGIR%znhQB@-bqmZbX28JYBaS!(h+c8GmLY*-U!+Cfv|l-)G2f z=Yah-D4O>!-2B!sCQX{0ert~K6y=ZznUbAv#i0uAu0b(by0thul9u;jtxs98j8_Yp z*<$r1z?>(6hCwdAUjT_2!yvOy8tUnBJzC2jQ116KQF6+{A*S6gEoSdYwHhzp1J zY0nY^&hY38?jn{(3=~Bx%SsjgBONkzP7|~8nkTpHNK3&#V8+x$!YE75&=k5nb;l*@ zc=yBJ<_F?~Xi%5=O+O%8o1fjMJ<9|D|gg{VC>A zR(zAIZ-m;;xurkb9&6YmNmVszuW!BMf}w56VKV~=go~BO*OH;6KI_D|z!{>I5GmDO zVnT8Hlx*w72tAuMH7T51GA>>=|I7i=m{l`_PJL88gTqR1>?Dtsf^S}0Q~AZhx)DNL zYJP{zlT=-?tX0^_AsK+(Fo43N!~|s{VH5EHM?>kI4kv z#P4+nB^U>5TIPcdc7EckASW83jDdKYb#-rez^f4Y@b8E1Oba_fF)N+8@ zIoX3=0}yT&_ZJnIUsB9D>V5Ixm87}F*`0{YUsb@NJ=jznZ@?OIk>BoP0Za}47)nEy z@$pLLZXL3q1Kf@MhvYo+(?GaSks1F`gkeDtOlyvoKge2RvRya|!4|1+o3Y1^evr3l zk>S*32-j>RZ;H;dxqP5|c|?w2ji0K}({GC4jS}WQVfzIsR!FNdb#7?KgrI1pyQx%M zDBOmiG9vkTgSo+s02xd;7kV+`j;4_FE~H#hrVB4{nv(5uENz2Z_Exwf(cOUB#O7c7 zl0~>tHOde%zd<4f=uHQFcRu`5JTsOSzeWasAALSeN&)FQC?D>-!M4fFftA}@4huvI zo9|jZrwaD>n12OGhmKiAc!mD6ttbMqK!4EOR#=7Wgjy|C8fjLjBcb><<9#?;baFw- z?Nm5vJs5k1lH8-VXL-Gd-T98qKe3(~Ux*Af7CxB-Dt9;Jmay>hG$1ZvcMGe2&#lY? zfsd>OCJZ#LiW8sNnn1IH8G})EDXoc?RjwDQt}ncPyd@^X#z14 zAs+CcAY|W!Q#lV7lf&wmzw_J?a(zd6VKH28@NIm@YRdTugolUtjzwGxG20W&C@cpE zi+b%8r9U^d+Uh55(=I$Z8~_+nwZGaISI}@PE#c{crCX_eJw?dd9Ean>(jo&9X{l9~ zIN>o$P2zUIl}>e+?eJrCH$upKhj9B8IOkIV;L#OA)^TBW`OOtT7bV1Tr?u>0--HSS z%b~INS6)`-_f8W0s3gJQbR256@gi}YKGK9>fhfhJvf?<9&bT@#wUgI^$v*L@tdeh~ zM9eD!1&pzDZtz%0PQSMJc6{qO>mm<6AOT5)WTM;?aEGq`^NLQg1ww$7mUi+bX zl(}d@LyQZ`_yEAKvP}gR241pj+QMkWe6)oQ>jRag{c`x=FBVw8JD&7!B>wbu96Qun z#pR_{=X0+j^58{~!-B9NPSn{zDepaOm+Z*~1VGeE4m1`EV^q=dzwwTF=a>el)A zv^M7zE@h{daltF98bJBLu5DSZ(8mL;E<)Y{s)ebfIMRSMj=8oIC+cfJaNz$5wr$1g z3m@w`FvU!aH=Hg)KlOZ~IPy}}Ci{?9%wyAQ64aDQc+e-^=qBc>BTA>~0+(YZT=!k{ zT%mTFsUaDYDDU78+(w-L5t<`;pQs0!>N84ECdvpj+=^3H)pL;i+Q^_eY1A=Fh4d4( zQOVeNM7%ErDaP!dva9LMwY)DSE{mj9MAUM(2AC94Xiou5Uvb&)h=!j0he!XCRxLsf zkOoXg1Y_YTjo`vOO6#>-mhCSc6;3@J8yS2XS+DTy(%3`}I~d2tne8C5bw9Q6%*^+kZ+5IKp26PD z7z_@(ZTzi4I1Lbc%+y)a(@%0>06H;-3!J#4>mlh>K=HVIILgSvuI?PzVxF@BS5o{& z1i3KQZCaC?kq&jFi1MyZJtjm)_r!CmoYZUDaI(Ocl3D&EO&RN&7@(*r)8$%Q8z6~E z`aD5mB15v1sF^Y`VZ~YHM?hKZO$=(5$g7=1XVYEh%s@#1k3^jq0PW)rs-%H;`XwWs zhG+%}j+%U=VR|fEh$GEQkoYx}8~I-OPQ}zjJ0xNtkMn4H5ZXVpPsUyV<8}w{7$JEZ zSjoM?;$(D|Sv38QVg_!Avla3feSWG|v{ka`S-X2l*|Iaz$qYPdnHg*h7#~3LQZzu# zrfs&JYNCxL_A$qP5&QJK1VLQ;cXqwgH*s63(-dl+7yS`}9rnYaPiyl;D9Sc7!_0wM z&HpM=#ROAP1&jTW{Xo{Wd!`?#5YAYP;o({^H~tNx;$iDoxAJd;&swJV z`@v~`!N;C65+M)GiJtZK3h`|9TnHNqiB&3kFL=#s%jqka$*WQW>soZeXf<;2rR$6N zE%5afGDdw-E#C6lM67yCjrynh26B)Jg*T!bp|@*^RB5UmLsmXpuOZ{7vt}_Wd?a5Y zCLJ(Fw5+zggxlCLD#Yf8GM*qceUwcJA^VvS@p1JnCh$B=zKK($Bq@_U7LhVL*1}DP z=uj%Bysl}>6Tz2x%!mffAh$Ebpj=ebjw_Nr1!|*^sr4r-pA=Ua9o^1wk!2%eh)Ca8inzADQoRVW|!J3DlC27l1+nUrM#$Hnh z%*h>L-=*CovL_X{=mg_Z8A8VHX~1i{TcdC7^c^o&YO!aX;4+DE^6_oGo?y4mXxC@a zOfeDg0;tKn81lcqs|=S-eC!_`R8 z`LcOz4Wi%p|F#1^A32Vk%W3O}fG@%04X2)=3W6m4}n62=!!z3LJh-;qf} zK^N2t@-YhPK6_Z6F@!dP_<%*1$l7|qY$jc{qr$qyb~jIQh|#G#t5-PE3i%9_^5re( z?Yz)5Zy7I+vegU-dRFOVGKuA%2QyPeyk3F<4)JuRZo@8A&}eB;|CQL<{@ohfvLvU% zJH^nnQkgP%D_`~iYC%rCl@^3gvBt|^pC!K`w>F-B1sZ3i5wmviCnUw_M8D}HnBm0? zn!;Qn6gTWsG{;P1T%5pen(Pv05Gw6CpfmZmmjBn5S7zx=^$L!n6DM)6a5P@sm8Bsk z@hMt1k!MeYm~3a(O}5&*0hi-{a1Vn=H`>?hS!exiC(IPACwvgWL14Y9W%>!m1GuWpTs4<|6lcEy2 zdtwXF92l#FVR*{T*M6v-MN-Kx=GrMtB z98KZL>`~oe;%#)X&@IDvK z(CrRdv(a@V{jziydkZ0X%26V(V}*?#OiWJTU`#+cxHkQm%Bk7>oS1N=yZD5n3YON* zMScnk5xRLtz|191?CO@w#OVmV42DX@f!$YtpRCx&`Rf?GRm(|zk03t6kFLP~p*Sel zJ}U7{Qr~J1H6F!VhWGNb-^SKRE0J93R#);(!l6leoxr`i_T6%DpGL$-b$H$;dGu#EU&|-K-l?X znAIYP1g>}gLc8t2g7B?A4&Q8wZ;NDvX1XSR)OsSwWZ_UHejHeH9c$mDr(YUGsdW$; z1lE{K4{O_9Er)ekHah`AJmfL6y8ES|pYGl0O;aHvWX>vM`FNdL7mh)8&F1MHEGq{O zXhLvXN)Ibq3037C3;dux6mm>r$h9TU{x_z3=+NMm*K6spqDxUy+feY?(p<$pdUPIW zR~yMMv}yFaS*Xpu^nnL!=vd7&dquezTA)DPWNGQ+weE+c0rAA=(E9L1((zeP3|IQk=?=z@m( zaee3}%b9X1XBY%E?L;{)yUj;Uu$PM&wftQhxxql@3Q-q`3Um+p71~UV1_6r@L7(Vp z^o@cFbRadz-}%*IyFde}kwOE3&jQ>FZ(!#Umq*}Z7%-Q-o>~y!3_@^~ideox$dQ7R zuWGn0`tr^PXdw<|pSc>Q9_Q6A)B$RAm`TWY>iKkhLwLtA9@`P3v^C=C81lECTe0_6 zJH&&2JDr+qB~(1-==o5_b57f)55cV0i%g~~c9Si7GPk)g(UbvHdUO@1S}R2J9l&2I zqP}}X%0ki3Mw*fB2e#FfL&j}$V;{rZ?JH0_C*{vZAs<7Rgd>+Xgq8%Hf|17}m@Y4( z`qy;kHD^aTlfmKclQWaN5;pD}k=CxMSFq8GXCzi@&yiAKRGn%~soM2$#Gf?6DA-Ly zkM^Y0lMMJya=O`cvAPmcjf0@H`}{Xu-$Gl4ha>Oba56zv1S8iVeK zYGC8|u?dPKN;8jzI46q&^4Zd(ROD=y5`}asak}MP8MVR?Z^8_cv}(Q8L>Fe>d4dX; znLWH*+~|w;U^5_!CzK*gP=txmhfL1_-s_-yk1}j;O}8Fc19xXrdGH67=?N5fNT3`n z%B+V~^K0=->hC0oG$S|j>|Hi1F`O*o`h3FW1%u(+@u3yac)hG>zApC!2QGCwI$KNQ+FgYIrijIT&*;;fVy=mDRZ2EP79ZMj zf}DQiK_*8!kYj)4a#ij19T&oSes3^J!n!P~6d=se^oH^?cJYHXYH?xkk(L@BcB;pB zh}~Q&0S#tX$MjG@%@)(XPjRHK&Zu<*cJ0BvkiZUsT}=D%ZTTX6c95ROvUF@G>%&b9 zex=s%mKN>)d7*hkzvhDM#6c^uWD-(7pFg~>uYPhbOyk?mV=1huA7DxrOcE|0F5>1O z%G0K1B*57iBAJqX7)$&5CaQrR9`FyOqrGga!6pIp(gxko{J7U|X{o58!%NU`U{oap zUiiinwT;D8RN?iQlBE)h0QHu>xHfqvIMmb(SW$jA6|-S43k(?^csgn;L%6nJH=b*w zUb&Oy&^3zY<>VZ-pUC`(K+(|kbVKW{3?PO)u<$LiLUib#y-?aA5LbN_=<4uBrBFs4 z0R6vkj>m5)s>)?uMZaiI*FT&}4zv!(;Je(#Ka)y9sr7OnyI<&ysfdYUc~zEo&lp{b z!Edf$%DBw*pvvL_NIO8si^(DGf_WffVC@TNEKN4b^#UwdEnDp<^RtUn1S8Av+rg2y z;HWCOx&}C?Q*|ddGI&)9@8-AL+l*`Qwtv5N8(4aaWIa96 z!UQPTR%C+b9c?%SjXX=jO2$#_?oef{wv5)q<)1VzC@b@-5jl-nwFnPFosRZ}xIts} zst1s3p)?OpQpAcN>$^3!qI{8kGNknKEGZkbiJngnOk}st5>Da6AkS6os z5FEJE*sJI&?F|GwA;WSVv}rl<%0IGHik0bps3QiYi7vvvG9?QI zS%C2tmHzd6B>-KzsY8p?*(6Q$qROjf5g<(gH+2lu91&r_l;ZtmsN)<6p{jP&=VUEArE?0XETfg=;`_i9iD>#cgwO;z*B zTfjOb*Xm(i`faUan7tHwI0H+{RVu2JFhg&r|G-7i}= zJ64_?B8luCWcKEj3nSW~#Q{~}J}Rm$<0S#D;{xdx3gEn9TYNFHWdo7Y-4ZQTkyq4n zqTUQz9y!5e|G4HHt7c{zDPKj5lHMBJ&9wswuGudkOnXc>hc4?vrZ)_<=flhQw@vAe zrbfm5VqiwOE9^LV=_ttVRrW-&@WT2r*7he%Oty<<(;8SpA9?EDtG@%cm}0`TGIF0? zg=CE`9vl;5pM}KiK=AvSdz=w(vv$TD$pCbGcYMB zVmgqQ>J#LYjkP`bvS;VCV9LcM13q*!w0c?JWgW_%6y7Qk!Kv24B~TAY9I5g73;HQh zBgnMZh~Eoyv?lZa5uNC2N9d5y&7CxS&TZIJK8Cq7IL0Wy_c0kP)iOZ=E?kcObg@92 z>1lw@>ngLI-X=sa&UE#NR`>&eZ{uM*vlTHbaTj;w!#EMeT$|X@k>leGS_)6xZmYn_ z2+?3rg{~d?5$IwiysHw#keO+9cyA7(1klJnz*MW~V$EeZZ8g1>Q@h`w`o4}FomMO2 z%BV{yK$C*gNBFGNbp?F^yl_N6BhU{OHgx;`|45KoE1J+VQmSlm&M@mO zS6hzsTS0}P=aKG9){MuK&PSx9(1RuOxV_d+`Wus&^j8(MvSU+?8`~m zJ}bN)-Q@<=*^3WOp4=9KNZEM$oh@!z5QHOJ2$p zNCk|Bg)4=>a^6vZ+FxNwi+)scbB_&X2f<`U&U(u2`2cJ3&LM10Kw~*3A^Gs@!88%{ zOhnQdsr)kv_g0Jn>~UA)HwO;Ul61W{^20H%;|9~yx<+3fme z5e@0Jep$Af1%x6K-*2*aPD3DpCe^kMxIz^fB~x4mDAftSp;c;XOmf^%nC-ti?C*#bXfNvSs0nuu7= zA#$-3*6M0hsoAgztVl)V5EgBHVp8x~C-iuCYV4^xy$1SOt~)3(J$+WGs~|mSEzje4 z8>&Sjm!KqrP{nW}Cv>s5D;?(T740kXV4RkuHb95f5UVePu1G#(CU`oMno}RJ>Tc)q z$hsX#YI?=W%c=Y>>`h#2#ni0%W5w=lpjErIJw_JfQ!yZg+8&XGU^KcjGG#|Qg>pSs z7|~~?17~SfsVXEv1(i)rSn1HwFn?%JX5f)Q^QT&<7+UJnS#|>r@+*|>->`gyRM-z( zNbd99!MiP9Y}44@nkNK`i-;bW=|x1H&N#CGrAP#PT0<~}DL?C|!`&DNIB5@H%ND^e*lmA)LOD=Li!N+&E^CjiyCFb8cwMfU+Yt45}pkS zxfZu$wy}_zpAyaRedCZu$Y{y_do}DI6)#21p*4K7_P_jr^>+QzqSWNrYOlj_FIJ|W z=azO!=~2}GMnkzrjq6(#*#O@~6-|7T?(jRpoy53i{o9rETwv1?tFEYUn++`NwePvG z)3`u9b@mN2d^C*07F@iV1`iBeC&HNmExE8VKFssZov|A{*a@H0Kdo=7k+2Y(#T4|# z#G5u4PWM-Q2Cd^=6P9Y99=@)}ZSW#96i#ZRJQOxo~CMm~R zX$$6Z^EYlf9le7gr`}bbLug01HkUTR3mdDavJB&QKm*b6|KEenKVJKT`urZ zuJQ6q2U7!*5gnZ+9_$UW#4R9e=q+KZ$fE`9t=^#Ub6bbl$%X-IpEd~k@OcpSSjWFg zkL0%8)c~{W<(;Xo*ym{e`7vKgAt~;riFsK?#mT*UB+lnzJZJ^ihz>usLv8JmQz9Nx z7CM#=Fsp9Pq>5yoidiCJjXGyy`jRK60pX-lPUu8)#L7GL%Y~Q~CsfSf7s<6#0{-mb zeliCjEr;w~6OU=8yRM6bY_~!EHlzYyi(wPJ zS`kp=3)<>Ls*VZV9WW+y4#iP61{r6>N%&#b?J=c_3Je&}O-_={P)lHP6ECnFxQq&@ zY*{ctI@%Hf{xxrBQgYwXE-slmU(b?Ogj_4Ov4TSjz~DN5zDQu;&`%jJCOHj2S!Pog zeA*Y`<)hb%azhGA_atW2n-E)FijVa!gbe5PTr~= zRwa!+p!Pz^`ZvtP1dJ4(ndur@8nEj{#pfO;EZ>MmsS>Z^%U8iMU|qw)N#1jL4Ufi{tK!=S94sa8t`e+$F7j;`o&@>SA`NKfao3!iN2d$5U|DNSbV zj|5bz>$%E2%7yWNmcX!cRSVQEY>tpxx#J3GN-QB(JfE(J9Vr3|%!j##Ld7z`qYD`Z zDE=2xbh^e$WC!5~%uF&g*h?0@k6WPQRJ~+dGKdvSL8V^DdtRaqb01HeowxOB?IiX3OTPs)4 zh%Z{=Rw;w>T&i7p`_IJ>7Tg7n9yZb6`I&Qb@YVRPboe&elm(R^>1M76I}J{O8J)zGk#9DpS9-VSOV#HEyN@`ND1k_VhAr<>*6NTp;<(z z0U^x_qhE!La;{}<-0C?xs(UwOo6`wQc1u)qYltlEg)znAqXH1yM&P_S8oSwL@2@R@ zZ>fM5Yzi4#ilhfL5$S&Gldn0$NvM-QPiD{3EGpf$=I)QOfD8M?UC$Y!z zwuP$%N8_<5QAQ*I1I>N}*XqSSZhqYZ%=n;0GFdZCI<1n-qq~qk%oq;8u5H$p+dZxf zp<6`Eh36|b#e0cmo;=j~L28iHnxO`J z572*GBn67Cc7-E@kZDpCWzzkX^wJwk_cy}E zlPt0+x2QX#SI;0rN7o&t*_xija#s6xk^+A-Kbm8eIFmBuTH1`t?oqIauyH$kTg4o( z@))56{Epm2VH>fN6zR?+Fx54xWJz^sMqEOr_n3WTE;=lnOxS--Jv}mlHBv%zihxaO z;>$E?L_wB?8R{G{aE*20-jg6Cx0G8OOez~@TN&0TO4A||dUN#Ng~)u1sF<>{tF~=k zf;d#}H9oS{gvk{7b&#thrA!wXb|6XU-~b|Qm1z%=4%9^KM?w_H47NQOgz>!~%HSY= z#DyM|G!1(Gzi z4JVCf6B>?`Wa5F$PG`x;=Ga8^wOrbsC`MCP4N^ND0D;i+eWo5lJeXAF>S8(POaD*F zL|9{#e2=uj>f{iTL5U{kebsEz_s9Xw%7KSQ-McDp&L3e`jsEsAvAj{Hg4D2M#E%Fd zB8rkZ+a&RgL1KZT3wnZqNN|7L$kn-6cB&RrdQJw%dzNU*|G|?$Yj_M{au_9LtL%00 z3K9**>M-je2e7^ZSSa!6k3ZczPQ60V-JKvbXB`V7iJhnBkQ@(PC1O?uKknO6wsRalC(DAM|qBC0^VUy|9O^K2iSGoYGZCO% zsm8ic=)@q1)yUKIDmV`^8tbicSRqXY;MJq0O|JpF{!3o4dwLSzZE+!~Xh*s$S~C=b4KX$)f%n4xj` zB7rrKc1{=T&HH69>ql%<)}*_?l4YHGPLLOX*4=-k-wdRn{C0rJiuaYyg!u3wdi@=0 zNl0l{#suODOflF?F8|AlA!1m14I?&%E{NYuMzMpR#Zv+9P$UQ4Nhtc%@`FT%CTE{k zBtP7n!Xy7?rUvnC4iN2ZS1Wx1zGoK5kqUG9lgZismTt=}J^%7?V&q*i61% zX?){HFwCchvD6AF5!i`u%dk4b_#5#dnjKcZg&X6rzy$P zesush5cYQTdSw#VzSJUnk1KCc4;i(Y%x*p!FtetrQ!xMnh^z&FH7+@&za4}yU4Guf zDN1G1HHz08lB7Egkz@-Vb8!8Z5=!!aXH!-vz&`iiZx6s}U{*Yc)oc+g%$= zZBRc-6jzEdEWuDRD>VUSWssSDqtAX@e#k>zUM4{Ii_oexRWC37e5Rr<2>CT-&r2Ix zU{3jh5`NF=nFBFHE~De~=NK&q1tXU_U|hRKACFHR9cC)5#vfj6%zK9_UiY^-%2L#0 zMm!v0^IhbVpmzkq+bd zfU|c(t`8{n*vDto(DjVTA3;SK6{Cw1WyZYsPc*x@!$deT#3YbOrxH$D1?|A822w-rw%Tx?)aGs6i+1r5BqGl|_>dfI8N&g4isGt%yTa*N|3t$9=8Q zL$4CcE;gMl^7O-xlgtSJ6Ygq9)XYqo0?0$E^u9T7BN&GnYj*+W`-oP%*unG z0aZGcro`H|L8NS>Hla)jEJqb!mOV4}{5%1gqSI~`9!duTz}nwjWWRtacMY*WH# zC7bfuA(vKSGXyZpJ<#l#3)0PuYPDH!aGdMc=;N|i$fLY;q9~Hc!ORVfE?x!qxAL!k zupPi0E3O)eGs$q49RDVecz_2lx0pojjvX}_^flG;;E=jjo;`8Pe%9ialVOtA*qz=| zWF^QeH8LVoYZ<6|nAS?xXOXFzpnk}$4+D+YMmNy7qHOoFM_`fkLZ0ftXTw0-IeMQH zw6((u0o~dwN9EpRO$kT1lgO0osCkwvg0PXtAnJ%p8?6PeCKd1M^R$B~t1z8QDZ_r) z51o8Vg9EcCp-By@U|nv(jjJvaByiQnis%_kNc{2H6N)J+Z!I@q@aqH8`lh|~>Uds5 z3Ps@h6#Itv>oOw4geW>*+D{@$MF{#xFtO{sLmMn)m;3ag&BssMJr#uxuA|NVh@a)u ziWE0Hh*3^V_~EB55CAjBOpu5=xI=PCG2fgnzO#^JHqmiOb{d#!B%z=Ti1Zwbxm@t| z-|DX_PN`i~cAS#^fcN8^4k`kbWLxiTHq;<5;^0;=RP-dwaeN?mVjIZhEf@?Yc4i-- zN^c$p96Tt=73@v=Rv~~(vhii!bC}0#*P2MP)nz-(rV>eq zf@JL;b=lZBCA?nT@jF_a>7=)gW1sMlby&diYRd%ngg%Txq&jd3#?1eS_35`J$DCWa zp(hdx$N+AUP7mkUYohrY4-rG3K#A~1cp*{D9OQnI;O^UELfvC~SSzq+|ItFc_RhDc+hA3$v{M<_54@K%%|- zB|HntSw_?;90p! zhjQNCQtBC7h%knYy19_YIglNp$Tv2>YEn^MtZOSO))rD{;abv&+K^$MYf9m$5bpsU|eoj6-P|-q);`MDd1T@XCor#m*3++J-y`5StNt=-MAYOL6te4H{N5Nj*v~E|okxw*0 z*HB3*o(FX7x>Y>xIaGH_mH3=8ur%FVXRc^h4{v0&AhmK!#tOce7i`W23*{s?%U?I* zC~#d~+rA_3z(VaA-ADC{L{Sjwnx$M`4*!{$)=ZYMNZBi`i6V)a=xu;{%Q8$zC6Pa} zC|oe%X9&p3?|wrXiL+B4w2#S--}Yycw`B;9N5_OYsXj>(WSe?AconmFZYFi(o)cY; z>#k|T>UiS(XQW{*;N9?xrLyJS@|r|M_#2vfvw?cIvAGelx8f0Xw+lSP;Buz^jp|^a1h+P=79H6Hlm3|Py zzKRsv5tS+XHv=C94s_DJJ7n1}K*eL>1*f$*o@3V|`*$-m=F5%&GV5iNt+Q(z^&C-_ zOyBRBaQw{?nG3%HdMZ1r*Mu)zj)e-H0{;Nn?ceAvW_%1y>oYgO_51p^h8EtGj({uGs?8Qzz>Nw-$&zSBzz~ zcxFo2R#2!92~uplPh92y1NnXs1+}uUQ|HZUY^X?4^7PuEaHk~d*t{!9=%$J`!WUME62?~^ZJHeR7-X}X9e4} zrdfb+Pv@jzNhVv7O=n>dOa5IHQ%I|^zmgw2z&|li-}N9GP8|s4u(-5YF}rCrSg<@y z@UWLC4{Qq9(`;FFmaX_EdBby7S=p>B28C?dWFNW|cbpNYdo4tileZi<@vn25cW4!d z4oEFsrs@$9Z3mlK7vJp|7eECH$o#dn*nSahTWn;#!Oi0CV>^hifWS>`zZjqIf>H^49OkZ!d)_gDx zaNeF)PFo1-Wr!t~sBp$>)x4iaO8ClfKvLAun~fr6*-+v{And;XOuLet!wN*(!Dx&q zi{jw!n*dJ)bOGV>ss=eT3s*@peG@up$}u|;KlBQwvo>ovfJpH?9-vG#Asv{%WNHLZUDkwrxXWhe-F-xN&3}clq^HnEu*FDuXb$hbpd+-F6 zcJEzjP7}A!&^%cyt!ohA-cdEbX6U3H?UL|C_$l@M>RUj~gVrR@;{yV@-qO^1FrQAT zve3W@rmon0IPafu1@H5bqM0oVcEnwC45m%kdodRtoX@0^W)t zWwlsRZrkg4L2kaGzV(SQ9xh52UaSy6;`_dtPLx^nNHh$BgYvFfTNs`X>UZc*P*o%X z(dUHCfzV&8*a38;2dZh7)D3{di{35W5s1{G1o4GH3xz46*bK_x>3U;Q8%01ABN5-b zRjZ?uoqjlRX@OeHB8l(Tznf!Kg)Y`T_b9*sYX*otVcp0TVb^!ELs3_Hn5`Xg@>ro- zqVUFR@HHPShWAWX=r1ofIv!kE0S4qOn-qoIUA0!FsK=Y%GP4Z<3HJM}OE8?HgfSu)xL9C4m&X;YVHp8`TECWxD;QKVh<;0-Ks5B@*;zapA z3l?3{$O#o4;i8tVi`G7f)}-~Icw#&gc-aH0_(%uZv$N%W^fkM85>4AP=wBbSXGm!% zT(>p)T+~?5QI5T8B=AESq2&(6*!~fs;PWQ~Bw6;{nkXt00U+yqH`mFLKX;2Y^vDc= zYE_>?O<%+I+fg8}=_x7+q{#C|gsRmS_WkVX35YDCyTh6fWGD))PBO$;u|77 z;U25};!#fFHaS;4USTz$=nB8Ht#Ja-KX=MS-bl%7iG47zeomh~sFz<;lA^g4AoiI* zPOvm{8VRFP7`r$#c+84w1RC2c5nw8!$VPnRciIeGtSef^1gCtQEZ0inLb|RuvSsCN zw8N8SNbve=f+zq-K)AntM@1uFv7PbxAbXUih12kXTB1U(dqe2Fg|$ORx<@om$b_E= zY;5H~!u}}9n6BLPf={5=m8$9eO$)Z34*-Z1tg9**qWmo|2jn`dy%6APgfi2p zgLGYR(7N#iZ8v2`Ue%y@E(%p9`VgnM9#)guvyKqZ%*N<3>dO21hlEMjp?S-jUE{mn zZQVKO!Tg>y>c)j4xSvewA*Dm#a>!y|2a?YJ9U(J3hBRzJ!&V0UY&n1_k>5U^#gR}73)3$B-d&1wVATM?OgON7}9X zI=COz#47;X(Xe3Fg4ZJ7m2oE5g;(RS?lU3mQ&}H$ml!sx3c9AHomG$F168PcI3Y?B zF{CKq3#J{{#k}C8>C6ZpdK9*-I04Sm9oAeWN&Ga*s7~5K5RdF1CB599IzTvnW?jpZqx<5ea?TQzT< z+2uOCi{-pTV*=LrX2cG{rnl{01c0RamV7y~Z}w3Q_u2tQ(az8`UxMgKR*EOS$LeQ! z3B))qrCr%a?86EH^NGwuG6OzBv(T{@5?ucDV0}k0QspBzA{@QIN}s8xTNTMossda; zyx*CzEgjl0MAuMe^`Hje7GTtq2=rRa;wMT>8K0qf2(`K#FjE1&vt;ZIgeq8|8@KV! zd46o)W5B5KwBy4T2ORxaheZbOAOWb*q}(6P;BIIK0#tEflqV;4UvvhBvGtyEz#+-U zm3bpifE{PstP5*AxQspbC0iibbAZIG9L{Gf(pOA!0fG8QNp4w-$~w`Q>}tg-txW_(bx3g`yG|!i_h1&9U#EUN#UXxwhRPUR^ z?_#+_YE<4%faul`I;lg4#nG=Md_4XFnq@ zC=fYW6hKnaI(fKTQ#mN(xBwI!w)IBClb4Wt*H(Lz{R814?ub4=7S-71;UvK%Tms(r zB#te}G8-(1Sv?&8b_V0ra*&`12VgxV@eiBC0B%Kw*#exLGBm4(zsGvtghE+p@w~huhQaPYZ)Kw0 z-99+sYs^wXm|;<_S4;6`_;Bb{_Yr+R1hA#~Zd|#7+A}s`j_Q6lg0Yl9U3_sID7>7F zv2DDAF6NnaM4@vTu=zN+AqFY7OACZaItDz9=wTX(&{krjxxwUhC8`(I5zBtRqGC@3 zkC@qAbX#-sanz$_)|p~s_{r2nj$+mixB_IhEFpwOdqnj(X-lSFp&D^FjMy?2+)Cmx zTP1pzd9rVD+OjO-Pq}WatRQ}+v|vA8PVP409}epY3k#k#H{YqCBeYj`qUITJEVyz{ zht6&Bf(GDdj0HG6!^}GCR~Im%0a}kjpp5pcdF2k5u!b6LzX(AbkPhxQ#1y8|D})w{ zHviO*6@r}reH+uxo?S|@2)8F5#Etf>XR6~IJJu-i=;H;(E5t9H-G35==0E$9lxG|f zSMt!W|K}bn1o$>;%LZ#esCp&_3uVwPs}j);Vzw}(v{&(`)F}?MHYG-u`!&Gn0NG=S zwOD%yTBY3G#{%JMrn;m0y!4O+r(^_~|(mow_VA<=wGX zm~!K^Sw~51BisXuh|y2}Q@|I0*uj~HYk&ME-5G0J5`YBWMH3Y-3@QmlN z+uBR5O(TSm^N+{Ia~cX`u+J`Q7u5k0uRa1=F31mvY_*hQB1AtwPgK&hnaz;XoUku= zv{J!1zLZW^8;^1ELG)JW`p)&DF1EHYMe!zP&;L{LXKi7r2#v(AmEYUkmIwiP4qefH z`SIuOTqWmKpje(CR0NvCM6jZI%fY!f&&Fq;+TbtLL!{8?_}3bMd1}HGeL?3JJ{bHd z+7PFyeDp!({Y4Uv;P&t8ncVj%5@juy7;V`5{pez38zrvdu*#=8x3`<95+mInkLk`4 zV|jNzFoJF3ukf4k4&D?dMr1%-{r;L=7%$y+0&-(%769;+lKpK?#lEAxS+k2E^wn6& z)yaX6%lz6ZG8O$_p93h6D_%Jio%-GBI@_qeWT}O0Xo@iFCauYuNIx!%CFa7f;b8NDJcNadt;jmWPOYwZ1K&Cu!Q-SEwG}6OE0P zaS4$e-UA4LQa9u+|2;-0iCLkKTIJNq3btLz+H({|W19gklTK6D$TTh4REX=+YM#Q}?p$jlO?$U9l|@8YHA~)!O!6191Nq1qs{3TZKIIE``yY22~q9 z#P48Q{dDS4;%j&=U1NAsto4ZV;>=_AchT8v%_a#WGsxYyCIM9TWBSMusBP^RkVlQf zkjSjC@}%M3=U;$WhJ1?8P;h@@k5=h*O?bgTri!Hqu&(n2wEqnp9)wu<^4E%|lripk z^h+kkE_F-#=M_L>mA^2cg^B!ZCf{eRpsATKwL4*@An@4zHI;0o51563qbeR6*<*F8 zm9=+jela7j9dnl&?wxp?{9Y_J5Jr@?L13e9%`fREt9HyATYY^{dLdbp#+}P{VC{#p zf-A9)Ue_!49A<<2#B4z*@flP+K^&bSBCiNZJhDx_-!f=ypyW4fAngvpbuWx#D{RGW zXUtKqjyAsXyHzFphI>5ui1n#IzPW? z#7xsB#YQSEsD$6RM_0BIKuVn~_W$RnF=Ex_)gTP?O+b{1Z3{W2A{!QGjrzQ~Anv&~ zye0BUO>_eYYz|j}6v|}aTLgd%*Scmm;mnSsKa*kzX!}U{!l4rbQygZC3spf!<{(xz zw{{g3MX+W_zb&Oqby0Q_HX2ak`OGJdunuTN3>sC3{2^X)3!xg1lw*b7j%dO!Itr*Q zjF$HnIQvReVUsV>ElhM;?=9s{q-8P-Z!BH?8fyvoi;!V9+@ji=P$Y*-A!VUIJxkT= zU3JNzV)XFS)=rkVG$faK6PU+A13CR5XdpuLynQ<=p+Vdv7w0Vvp}J;^PH}^5&x+?vyM2+5VPJ-CQoXu!tJABE<>Jq$7Gy(4O+K?ZiZo zkciupM7WqClNO|>zdA7E(kKW@>zP1>#?>YAbCrCS)ji%7x#tb*M;WO{8``-PSdpw4 zn<5Q=`sAj$NbPWA!#4Ht49A*GW8Ib!9kp|##bnGhQUcloh||1?gmO0^*=0agIShdV zrcJNEsukKgT(Boa)gr(nCREtBLAhI4ig37-Ot^Orutk*V zX5lsd497|+)#ll44zmbrFZUH|$Whm^6b}D&P)H;mSy1VOhK{`N*nK7rQw&oqT9Jf}Ec5InK65 z|F+bOrtfQi!kV_2rrUwzu;#S$eKB}WlPzs8{@FiMG!!uARBy0MZCc*r^>{qToyt-I zFaw@2GT}3WlSz`=Tc+OOBLwM*?D$ZnpJN4Tw!Yk*)L`Xo!IRM)?mnP}6m4g(sf zbHBL#zHPHs8mOnYY~3PZY08dnrI?16XolqbDp|3{79dd>nq^KULW1zc$J}h3$#;u?WzKgh^=AyX+Krq-hYs`qB1SSwIb#k_898xeUUGt*DWINMurQCFXx zA zEZ226q=!xqD!#G{_LbeUrDNA@XcOecOEzf@Lk~&W}+x~aEN6f<E?XT%C502HeRIt}%N8M}dL@Abh1 zgm`;$epvvFk0BTjLLGiwr6T7^svO(@gCgn7OQc&IgXUSU4$R=CuNJC111kfLcvRq3 zwNGVXIqJbl%V%DdOz7E8r_>0wtJta87qn`PY*Pr>j&DMc`Rim7#0ZVzj2-4GP4mKA ztB9H@o#T9m%rQWI;S(b*Av5)Rj!Y79UhAu59E*;re5rL72T+8B@a8Gne05}Hut<}j zDWk(6-%ThcVO|8MEQ+En_O-eeWf1kPU)AyFMC)!ig(q>~BVF%lOs z;1ZSHI5aQauyp;%f~Hoavw?TyNbGwLVasXRiOLa(mTsc}bw{5y+vTrLVUo4@ip!Z{ zHR~zRnQSY=YQ1FZXy!?KqA4eqy)qu#_AtLvOfR-l&m1EWY+{{$=pycd#^#IRJzEgp zh31*M_bRm~C;|8v2n%7CT0#R`lySXAT}zsrp`euJF4xx5Hym#B62XEkU8hO%+1`=J zy$~hX!I97`kl(1Ms1CXyo~hz*OhlKdb*7wlQJ|T@ zKI(6}WlSgk5QAL82!Pe}ox$sf@Hp;RPnqgUfGuFVv6=mp5v9dTy!R%4t%ZX#rRE{Y zo22jN4)ViJR3T$qmCVAByN}lt6O%yTBsmW`ibNO{r`a~#^mpv%a`h|8m!x;D$rm_X zevRvlwuw$ZirsNSX}2C+`!TkuIHyGAj>Elc(W(cog?zkJqzUbGPz9-2f|+FtZzo&8 z5DS%6L&k6==&m0>H6o5R-vf?HeF%O`pq0g*5ZVf(L}>vuhAW+gOD{fj2-sezZ0p%m z!Cz~qbdb&a7XK7v*t!A^jKotmnka}8(neliYw!|z;;~?T6^fY#Ld(jE!g@}L9MlAC ztV+KOhB%7n{tI~6)_{M~1;Mco;bkIYy&w zaS2XSmxKQ%>QWBa44W1T$x(7{4N86P}1}v=YX%W{=6EF|SocOx+VcgLUU)%|6K4@TZgDAI7r2L!T@- z4~Fzfo;aQ%EazY9M_K%IJHMM7J?${<9dO`dF#(XC$up z!47kPgws}p=#-_$FOH^?4+n!oj#$)~apG5(!MwxAXGt=l(>TkD^q0u+hpIyp=$Ip? z^P#Ij%n9{f!$`;`J3g{_lL02rXqz&}EX^oRc$I?&5%wwQC%O07xL z?es)AO0G2Ze{k)L?W~7AGKr66avP6TENekuZ>QmLrV~HhPwHOGohAIB(h-`#DMgz> zbXKe@Gs!~}Q-J3RS&NdZZ48TQ?;K7h0rtFY4OkItnZV)=hZ!CJOt~=yk&b}}T<7Pr z*8)~XMxv&tzvvKmg@t4xa6cv^%*2z>Zf9P;qucX#$oxXFY)#8ZI(lMh16Rf!a~W*3 zM{V)MtR&!JAG%9{>Y$E_z1ZU62uuTeStKAb%Z=%Ef$GjI59czfx{Nx|xjV%Oov$Bs zWJhazg%tRYQZ!gc;IlDnkVKKweKev zQz_tV$}v&Q*?eV&Rpl4x>QnD@=0@Q=f0#l*^O)zW{(lcPF1jQS%?@-8J zA0zUxDAOPa5a`SHd@~ZDY@H5Oq1A4ks?j4pV#=0`(qfY)fR*OvQUndY z9_!hjraM2}!>KicA}=USZeo_rbX*!-J;yjhY2#aqhyfTQ7?%~OmKr%ptQ1unCB6f; z1bn2Rk%BiGp5rP@nU{NYs#~m9fdM#1QjdnJA0qP=)V=LtVz3 ziZ~A|e&VF=-2y+y?N9DjlxR*0qk6Rkx#oPHIL_PD_9hi=!C%ydKrQ%W7(UxxCYxYP zGf*gb9sNUyJL6(zpSP>Ls+E^Bti6KbIdX0s?I&TQ)Ddguj}LKbNPc$YXbFu2?p5{~3_RF+&RpBv z+)Nkp+oJn}x08K3Y&|`YR9h}4N)J;tW;1lHtthKj*gB2FX*d8BkUODAfd+*aS<6_U zcZG;YX|FI-w|T`ed_)dZXb(qfkj0M$fEL!u6v5xa2WhYGWWuj63x9+<1P+0y6nioZWwns-&_LN{K}EkI zwJMKk`s$tG?mc4+fcU`w3W&*{J^t>5xeQND&wR| z!A-YMbMog)Ur{`8pYkmCvJLxeW+h-7YiAj6oAz(3q!MY3_DY+=>%?`it#P`d6Jv~| zx^pKiNo8EUflrxGW^jaSUWH}82z_5DWQw@mDSJPPdu#RjdMUyY6aIjp!FrWx;h%)_ zx>PL8E}~oB9vPX86xD^x%Ykhe#qBj--xFaED2ks3B^AjbE+7wxuGJq1Urns~G><+e z4U#+8zyXLcIPjOqKQ&Dwu(3D`jN82AH&XNJZx-{Tt47Oxk zICwwlOy_I#tydvNUx>m62mgy8Tr5k7(ItvpOAgoq{wLp@?AaYIT?MQUK7%5U7X0?$ z(zuStHfnk6UF)cQ5Xfj~oa7c|wFoq(#@QkG9!Wr%fC1Ycv;WQhbZzuRShzh2!8W0) z!dNuQcqFrTP;QwDxe02zca=kP08;}794P72n!`eW^4ZqI0eBHl;hb992yKGH7i9}z zeRE1-#V{rlYJJcd4zYvbLeb$)FVnC+M|zgF-(-a<4UR4nVCaDDva-IP5 z3THHhQ@^+##lxa8ZPqfk6@LLC!H|0ba@wwwCn5Azk>Qs`tN~o?L8;_y65dLRu&#zB z!iYTMOxOGdZSP4v28*(Aijayb$|(feM@u)Ix8~JE>gf*NQfGLdVIHeN+@3o6aGne2 z!$W(HN|f#q5C~az$p+(F%CUYQ3l6$1NP_eMS9d*Db6wWm;Rtq9X6bZgdyBrC$Cw{e z+nZNznP!YJlxWX#(!s2ZF0=?4AlcyQSXR|u_mXJUOzrb`4BNDhRujS_P z@eVy04B&h{Id?p>I`OJ!j}YQ1{CHC|*_EOWoa6d(i74;OFUA*bT+dZBn8OrkH$mKH z8~)R4Hn#Odg;`WyjTV=0>@{RYExv24&A%fG`qBNQR_fs-aL#b0*nHBa?B*htjN#8|ZS=w9_%W z8UB16lYrl_0rkA|sfe+fJ&_l}MswqYjwrVxNgxKcTa}B1W&~@a#W5Qj*;rcCsH>Su zf4jEU>{-0P$Ql*uAFk;ak;OAA=;YEl*mZyK) zA!do`O`bm+#eo&VFuw4@dSourRx=K2JS8zV?uR%Ht;(Vsg>E38wu8b5&IuoNN${to zyMdUfN)1vzrY~Op$@*cYsCBarZpO9=9q46=|m7&nCFZN zlu{jlDV`)W=>U<8m`2&-gFBa2#GI(0bV>M(iLY^R+K~25KE4+vsZ8u6%z*qhQb(^j zg(>rd6qn_Q@agV}mfIU}o$2r0*|>lE5JB!)j-y-I<7L2z*t;icY(~mUNaYk$wt};N zIm`VwsG5FZ+XbwdE)%0gA?{gys5zT^v^xuHgVd>SdOJ`7+^!WSFmprZU7VGmE0UQ{ zaswqu;@E*If5(OxLq(_V`29NDU4McBw{LUdYe1WJ$_h++#NmfTx?pCQ#9X|sqzNUZ zf8g8HHP6QhTUUjHzDT*OH0LNrF@j|agA~eklKj^&8PS{~E zYUpw$W?hIau-hdy@ELEwzb%{qoud8P^n7r8A&MYQS@cFz{9;4VKsxThVdYB{_>205 zqLfm~oF?v%q6kY-h$P;N5|OaXD<)>7JJLjqTsPu2R0BN|M$I_wgPFX{7)eML3Y>ptc1J?n^tlJslE)tlpX z^Hanafdrn@4gkf%T@cfRk53a*gJScA{0Smjvl|2+fTZHWh^~N@_Lt>Mj>NsS?0xr} zuN|P*J8E6n$-^2f%x>r?wKkIB>h{>s#7MSGc|`rgy}?)%0LX(YRCvR!mSMr+cD=r! zB8|uJ<54B1(-B|(6R2>+5X2mPik>6@N zt7rP>rU6S8{?kT_Vrg8^dK*=UBsXtNKl4`6x{dsvV^^t(QmzrHA7LIpv2Ls$07t(f zc+$v9=v#wC0od0oD$pzu@>4AZ3-n%-*{l9aJ4Tc5mWY!CAw#v^#@S^@hbQa>*AQZA zj1Dy4!c71lM*1R@yQ$rNFf*7VBphvAFx^>QwB84We(5nco9r+f!odB+P}7D6D&7J};a~fg*aF87gPQ`yuZgB+ zD!lzk;mS|z084@h8GSPcj4}R-n>y8Pt`k|t?R^04a^&N>c;4h6+pkhXGitF6gW?Q) zcidp@^oplKB@b z4Uz3h6*sM-ciWU5Pe{0yTjAMN;xUHSP|vQxglCP?b#UQFC>JfIhB@ILP-W)>PLu7> z=$4WdV@bi!i!_1dtTLg+SP}NI*m9$%P#AD7&5Db{;cj_^F0#75y+__6eYl2WC(m`g zgfAlK8yr;iCn3b$7YTD;9C{BQ0L)RiPO~)WAY)nyy;z z&R=uGmHz>fQ;|PO{0zuvcm{f_PTb#Nb%x4iHVp!8mVCycx|@?B=gngi8Bh;`X%G2b z(~+^qP#0)ODX(L$fk@OTDg@tBc{B`@AcGL4xzXALS2Hg;uuD4!_z=)WDc4EN0q+9K zyO{7-+dB;69YxEr)1|$)uSZg)rJ@$1G$dm9n}fkXh1~q;6A!BLP$zgDz&pk(9 zL}g?T>NEA?^$7OOlf(rrFJr$L&weiGf@<_p8R)vF`2E%O^w$@nwcEZ*XPNlWL3z(; z`>aq0OHkupNU0YQ86paVE^e)_s+7Vu%XD5z6UA|_Pj6tyVL%>Q%wn-S6yfED2|*p0 z@yW8@GTsg{cWW^NJSDs8NVuVWVDA_cicrON8QN3rJ5>SJ$^Rzu*D^0CM{PmnmZ0p# z{wRO6*=g4>PhXe)*o&EZm!S+N)ETQrw;IjqefpIK8tK+@fFVuNbpr0yOf-Jie(-&v znZN;ZN&`;HEf^DN;`wQjO-72cs}ku}bYu4x5e**F^d_dymwXvBz=pr=3|?-PUawKJ zB5V>4F2lMU7h+|$mXTal4qkh=RS}134Ji4R~8`s*-OkwnSQ=0oLFRXT}6dMh3)3}$4C~sOY%4DG~e8#>ZACNAb1(v=#ShRa+&YxA5K`OG?@j|4EZV#z<>6tk= zZf-?W?}^f7FX`$BvQ)W9Zrpcdsn-^q*{0a8Oyn+IzFIJaJy~Ijk zi6G^uiCa(u$*7Ke;nAjy)8{!|{-019Q|zYk#~sbkp=OZB&b$zN{EV6cS%j5}vgWza zbw%w^-nt){LG7iv(tK(=FyIFP*EuF~&*tQFr(~MpNdGgf{oHA%P`V%7M5k5gv8uL7 z?vkd)PghmouDZ@la_wog<%Ec0W~ng@@BiyGWs?xk@_YHGE2N#GpZ0V2U)$T!;_8{J9OVHX-{Ss<0XewL@&8jdb4%Y)kBM2haCLg>A+)yy5mYR_ba%7?k ztE8rIBu+7LG5NROo<4eSoZMy%H2rlmo=i3Kz<6H_)hp|-}s4Uf?36~9M2dP7VDam{Oi6`|>plOlfT*UzW8 zyO&^<*jdRpB~~!xR^;AbQVUhkr%t*E{E`#wQwJU%cy7!PN)LWYqCe6$sodkpQCY9mO#nRa(o-82stAVjnZ+7yi4awaWp~{ERAfq=|*qb7|)Wwq5p4I6FNWv zJ#BxOqCT_TU6esu8$q{e*i-rMDvc!BdotSW!^=c-z^a~PMcy1!d8wDT@FemXb@FSY zh`{V@@Qs5Usg|ZIhjSeiQIgMnZ~1+CRUWYVp#$fpP(}f00FEA!!w;PnV;3;|s1miz z`mZ!C)IjgV=SEL%+L!)_Q}cSmZ3%wKOLm(gFpn+6#)u8&9Y_bp{r>EF-!IRZW)t_V ziltvd^7W3cq2WVnf1f>HtQ1XH_te?m9^*e}^w#0;4natY7Rk^!fPeFut-)6S^BzVL zDr7Q2D`oX<|2-UgqU=F zD&eyBf~}}8tKtte?ku9~%;#N~ zW%}<%59nx6ATh~)Z(!8FmSbO|F|BbaYS-iY1K#BS3kjo4;J5Q3&JnNkl`Q_{yfDKd zV~LW?uk(R6X5jizm6t{7i$KSh&X%KPZn2#C-E<9n&Wex*z21;)gWoV4E2JVjVM|go z;Z-9Bp>=Ehb)~vJlDdxJH986<)MltBRf}F{9QalD$SWb}DJ`aY5T|pHb);8(**5wM zNHm6bqzcd873tbiD|d>rnT_n807UcI7@1n9uw9lUh1%ryy^;)DYokZdl0-Xr6w+N# z&1j6O0rjHDb0xLfJ#)%gTI-lm3!4$`gr6d%Ol5?I69w~#V39j9rk+|+O#4qb~B(*F%QL_q_9lQV-T%q-L5zSNI5!GUX>Ft zf}1K)bn{QR)m+x7ilFv%pJY!=_STY=e8CR97ieLB)=0zAl3zi-(=S<`=)viZ1EkgyETf7V`=#GdeuGX)&^>NhHlBm2A2(wMujr9tOm_{9ve)^dPJMP~uEIMV0?9)0@eO_5b zpmF#5coRcOxy2WL0M!d-Dwv;uWJZjL!IqI-8=>a=r(Vymv03HGhREDYRH5*sLHyY5 z5k$j}Ts#P6=FP%BN!{BJD~6E#h{dTj_X`=?U5;H_JlOKoeuTN8a>Jl9Vh}VUUKxfv zaYqWa6oG7|naOyAC(9>N!GdXUYeBOup?R{jz)Lj)a(MMSr_0kFA}0XwqnS?7YO?u4 zO9X-`_P-A9r5Jq{EbIDPC22!p5Jzk}u!`bqYrp~*z7oImS}`F|^9m+r)Jn2hlZ^>c zv$EnNuJ+Q-wPLao@~pr|N@?4g@Qmla)ZhtjeQi+et#879Fl ziiOPDU&|~+h5^-Z&|FIut`$%h+;8gwIFhGa^9Q0=pAH52knKrLcPSiKn}8msr-OfH zkVy{~qZAK+L+@UJBO{$e$nv?8l6i`&CPK?KHO_4r|3R0lbo*0mW;yB; zdi2?$l+;&7zIzZjYuFDcTYIj%RMh=={WNBp$?Z+ zQXjSiiyua{$!;H#s-{fv0VOGuQ+!_u#d)fW41pTBL=6iR)t9b|uhGNhKJ)vMmm*A# zHp_01^m{Q=BTF#I-@{ZF?Gh159)Vu?n%|aU)Ky^hFBRkjXStDE?V+HWcziJS`oeW? zf~D8IuT&(eS0v5A;JOi)EISQ{)(~!_Jvq9C58=6%jul%#Z?a1w$VPs`6=&VIYyFoR z?zA@HsV@lCDVgQjDx;P11Dk`lLU`iwo|S|xMv;)mDxjyd4Zv4=ntQ0OhmDzUg`^#VhJ_A%8+E?DF+pR;jll!g86Zu`MkD#WuP_~##q>x=q}!)@$m-c&Wz}#n=PnKB8*ADQzdC8rDv@x|*BMrc3-2f{ZC&#_38H)FJAb4{3>#nR}xPYy_Dd zEj{pOY69`pp@4O&klgy*!|HGhlU#`Rc$aee$zb_Zenpun_u}Ck)nY-=uNIr3xQV_? zKU)i7RU10AjGITn7`YI*2#p27HbAN{)zN8Y=4I7`krh&I@MEZb7jRu51{P>VYQ~_E zVZMJ{dF70HSw&g`Hlv2##r=Y|Tz&cVEtExiJbR(#^!c;*5WTKN)SRtlM;OGf7Uq$J%d{;P5LsY{V9f_jOoP2GQee1%B>vT+9;{wmGp3`(TN+ z*}6yojxQkbF~e+}dg|mBmAZ&mEzub-6!dmI1P)oRzZykw6=_~0@X-S9P23Xsn127} z2IY1gjv)X3yd2mv*!a2uQi%lIPMYHr4wmoBm>u7!*-+2VhiL9Y$J8@ReL&sVZ4&xQvl7Izpt}Y5`i>B=D zY6i!`GInkgld4kQRgelT9NM;Kl3k#eom3u<$Zmpp#ZF%tlQ{HB>J%5icNWOBk-SOR zjmvqxJX1)mMIYf|93I)g!__>+REiGxqhAhAsN(ETg(Yu28=kK*P$nNEmEL^Cw$x1M z6d!Ln-?c3IG>XEac*eHR_&`$O_Y!g+%#Z&bftN&Fvp9f9omaS6GAP-BqVY52=8@^9 z+7vppPSHSJu=6cHF^|#N+ZY6~&W95=DHegA*ccu|hV^1X=}T9dK=0(VE%$F70Lt|3 zF}2gBm83io|2z1EGE!zV&%WHx97?QS}%Bjhnqztdi>F!BYc3+M^{Dwaq4 zOL_gXp&fUOw;G<6|MLz&-)|ykz~5EQ&?-#E?2DaN0LpvXS?GUH7Zm2f{9BcHH!kL} z5*_);^bQq|@4$5scRKZr; zkE?q2K#|oThds&xBx;wJGArH%fg>$eHQ+&`u@m?vTAE2`XX)ylVr7d)j7eZOdUxzP zV?=f|ij1d*V~bro1Pte@=M^BLh%hc?P>G+`g|_)IY94xdYPl9l3uOJWw98u zR`&gpUpzb}+0tW5fAS;10AvW|n!m*DZR?bvx75#k`+q1$9YRRiIV ztB2(?ab_dq^rOdz6)9#&7R3vP;ov%e6-8pzWy88Of!lUwzN(|@v@=pE>PYU1NRm2} zQ19nFEYil6Y#q#o9(04r-E(r*L37vdU}M2>1m?68auO-!4{x^CZCNX;(oPBlZ_Zmp z?8<2Jgm+2|^&uS`oZ}{s5=I|8R&iZT;R3E~&8*_-u^6tFiMYR<*8BZtx1!G3k0TZbogzKkLcQW3Go zGF_#680aFl7v|!OcgJiD_r`~F-VnG1Vp-*8 z%4~>=xT0m<{s1(1@x02Ceq&tx`E(7AKr;)|IDy7(|CXWIZ7uyV}^f zPWXZsur+bhQ52W*omP`3{j0QyHwl>wc?+8YJW8WXv+^K&?hf}F<=gtH)km-$o&0kb zd>xBZ12mGSbp(>)cmWN)&6kW`8vb_tZ< zUi&Nsi&}X9FINUkJ0+kF>!1se@O@#7xx=>XMbj9QqzT&?!|kwRk0 zW$M*J`sDurDRhi%i*X_1h>|S`;Bd&@_cKBpcfoO>90za--UpMh<=IEQdQg?5J*-)u zGB$Q!;n7VsMOu;1a+n2as+Rd58*3yRfPhyE@?PDyI36h_nSFr3K3JXE$aW^Kj0~pi zYx$rC>DT2tnuVGSVE=U&2bR?^KU}o=HPoz6V=YAI#+Z=Z9{f`m&B{=A4L`1&&8}kP zJg9a22MA9feEEXQb~kj)|4cm4-4}s;x}MBP)ZmB zXJI#+$rNePI+ivK5$-@gD}aZ-8WHZWY8A)#B(EjaAHR8li;g^@-?&>3eJ+>`Z;09#bY}rj-j=)Je9#1}tReK>{DUHrxhLS~T@iYp<1 zJ~_(z`l4ns<(&+QIp~!aF8D1%Z28nX8iTHpzEGl}%U>Hql<+owMrqYJN(yEOw`%c2 z2^c7~CT|79er2C-NBga$xG|zxzzl>m@M~F8Y3R<;#p@7JmUv7kg&@F+>kD}?l7Tpf zF!seA)*H2Eb4e-0u2QB}ui0nvH4Z*!m$1fA zxT97!E!;?yF~XW%z$U^&pK_kCn_BhyR^qhcBBnn5MBvKGoTNW%c*;O|uL+CGRMpwl zj{*Z8Gl?F3m5-vj28U~@aZ|1}HR3i@LW%0f_ALtbRZHf&ew(=Kj8i(AI7~(J>~gA3 zCOCc-qTC+f4F|fQD-A~6nrt7$QZcUWJvE`Az;)5BRKQ`kS3;wO^W}ARE++HM zodyyBN3oIw@zTO{#RLt|7Bf7Nu`r0Mgas+4Pke5=-aU9*q+X565;T-CTFQZFha8or zxkRpK7n%-cP1;l@l@`onF^fy)Q4)F1ewKr9Sa{jINkIdZ40RC_vbK_~^V1$XD`g$1 z!osv$c0M~1n+&|f!4n)2`<2an7gnXBNDNCe@7(J~37hvaO%=3r$(`h;D!vzgmgK7|;Io~_dJ0W} zh0l2OQ%G20DL4_#%SL5IjcdFO6L>3tr(_$dnN~UK;~6O@2eRNgObIccqdJv>T^E(x z&bi7Dd0-rBTwCkF)Kw0o1dT89P5J@$`|lfFE9Gu`1Zt4%%0V|GmexNW>NXTzjTP|p$J1a5=TOM*Q#H-&Wj{PB~ zNL~+f-=b+00^+1{wo+oA5sg4ahDE{vvn@gJg-z+f*C&W#oRn$4YUe%hU~y7uAwq>>;1t=keAT1I=eSQ}?82)i367OqvCmFvX-3r9C1mp!uRPk7ZaF~aovUuL8k6BEX@6@o z*)rx4C-2y4o8FK>Dd5f8OX^J0LekeDOW!(*S`aYWZ7Hlzu>vcfz7kPA-Bp6%SWoez zs{;Mi$!IuVTG;bU)9u)s6gu-2nXtJpZz6pKWIxX9%5DDtsM~dI;hkgaI0q}N-714W zM6F+>K&6q1Q=NQ=JhHtIUIW=oWx?p}z3AoS__CnO=w-V~$;aA0no-jw74E&T(uc-N zIQ1hIn|&+RcAXhR&~5@r51v?n!hwgyZnmMrs*5 zWw@_N!0Fsszv`tBPas?<~~4J~QYH|B2%f zRrYM>PqjP*>=LMbu%;&_h)B62Xgr!6DS@3lrE+DGSvXi6HV|h%{3*al(>ZY>b`03q6aE-dWL>HRk(T(qn58$c(%`2-(!fjbpdy8%c@8?x!})qSqU zZ_!B|M`o(HU!Pjqowi_y^_)JmGr)|8Y-9=PIVU8uIBh#5c@hPLF`5sy8`QEP!zzHp zvDZZ?^f2!X@qoP~|K4&=0uTtVr|h|S-%?-Hn(L0nAu!p4>$R>11koOuxui77c%8L7lTCt&WjSfOOfPEB5N*~b#LYFCs=4??q+fpIF%u; zNSQ)9ly9{0FuH6_Q{|jFQfzi5=n>S?s9AK_600)W4404Ix=ZGk3t@QMtxm3TjfNf- zQQ4nLpiJdh?_aC8*&7vr&B zo&IScS1tKPr&mVofowFv9Z3=N-eQCe!ff>MS6LS&+7kB9IWZ*LOaNgGj%xr& zXzb?`a8V5Wv(!79EO3GWK#zWh|WE@+A?L>t&s9QH!{21sAs z(D;?xe>#i3{NCo+SY-mOjv5_kc`mBb_N3#E^GP#K{VHJ4PFQzVzoBx0!eM3!@1guc zqTMp5ubE1A>xiR?;$_8|Ah~q03W}+pSgnf4LDrj02^#nnSx~~n*4OmvQH6%a)dvsa zrePq0c+I-b1A(){aJeh~3Qv#GgTnx;rySz1bpgDdRO@M@n ziVmu^oAj$)<|YBPu#hwb&ib>NoM}^TQBq4}4H=~9T!P|o)aigDD)aq7Y6f}5R znQhpG6rZj+6fDN9ri>z6sx-`=#X9fULI1nhS@sL9(k7*hA(rDyl#T)u;1Whhx_urj{c~y8Spa zj(pMfP{ytm$N<7BUHqvJCBIQ^{OE(|t^D$6GTJfxBw1K(211j$O9Nf^X& znx63{4uhd1oL0UV+&hV;IE+odu3#O7k98IZtJG1;pt`-g?Hr&UA`&eG+Ib zTWCIMSRB@?)?p`K(^{<(5K8yASje7{ePF2uEX8YR?2{kfhE({G7l@2+X$LDxV8T(g zg|d>GOi@Ho@|5f2YRoZNeVP~G$dp!tz26ARQ>0y<-~ceM++Y1g0sOtmlWMgt8EwmkziuWh)wIQd9Pi;J~6?n5|jq{oJOaQZGM z#*(X770spa`q9hztVNOY@aT(B;s2fy-qeo%)axC+a!Hp)^*7Sn1QMJhfdf$;NBgJ| za+yMgqhu7x)|r1dlu{Tr%5@x)s(aJ;IG`T@O4&@X4kDgrlmI~08WLyp=tdEU&t$yX z%X^AyFmOZU$o`A0reI>--XH_kQ)%65BUbfbRc|>?03mw~x|a~O^kq`8+O@$;t?89# z-dLXHgkeTOl?*LB^<}t8*;7s_TKV%*R{VTateR0|FD2xqG#g=M zo&gnVF^G9i#x+HKpr3jmEN67k#gtxEpDy|0dg804g&_@11qN%+p=D$!V+`CK&P|%h zCy<8OJMB?_FM1=v??DX2t#z_c=U>Jf3vK+s+UWr5`!=|XLskIv5lnU&x-L^UZ!Vv~ zl{1=haQCE~<}8Z%OeX~N(tT-Tkcu_xhMaL6#d@Ef$H{f`loAe$oMbI*JE9Sf#ff-$ zA3SBF!zRm4e0PenxEy!$a+WiT2SUQ6000002g?8e%wqrm018R~EPz22^zr}z00000 z00000002Q1A7KCh0000000000002P{=R^Pi%wt4)00960?V%#y4>f`_b6ZQZA z5bXc}5MuxU02BZM=d}@1^NUJ^ue}PLCLvzkC8Wr<{JHd!BEzNhL`#*Y7FN$7sd{Xu z2acVS5F%<7(3w6zo)YLW&ergEU3CpKjuwMkOYWeFQ39>o+4*|h0}EJ$*bbRfNp!F0 zg$d$VdbtZnlTC z9NvT}bY}VOsXxa;2R_k|b~qF~%WmCW>2dDj&gAekrkNU+lMid0oZW}Tj>#Mh+$S&% z+5^b(%dD`Tqq;nx)eg^jC;gf@A~17Y3=be7ONO6bJ1kM_Pv(z8O18C0;>qA~WlQD& zj_IrP+||@^sN$`=YhECw-73u}&*EhkZH%#iRee_w?XhV-r9CwDZDOhlY{;BvnkyEe zsyqjvYPar7qh{S*v75zwa^fRaM4_4^RIW;rc(I$ZLJuU+q7^*XieKZW=9p?{Brx^! zmg`vY%3YMbdcLBun33j7juMhqOq(Di3+`G8tH|NRHtb2wvsgE5G3vx>G9jsS|Ml{U zz(;CKr1qV{}93GmzzZv_=u+0 zOX(CYnORU0u0q7vsq%!I*%+>X4jnW}a;^rE$cSQxNgf@+Cmh7y6mgQ{pa5pf>wn$N z+v1yJtljP&M%|A^D??tDO$$j2l{8-{s*v9QHB?PeffKO8wO)8JR@y>P`9Bo+hke;` z-RtMRG5Icd7_vnl=1=lk-Wa+Y;2BMQJ1tn20nlI*e7y+`FUop76yys>b7E6 z%2=|0SK#h(VJS-MGL=#VkFAWIvSJJa%xfe{&PAU?AzoW90%|U8r!) zAlDsWP!((P3lJ4g6nFl4D|-0yn>>3dl%A?i@B_lJh-MD-d?Gr(wZm7kV-eor6ClKW z_vNZ&Bpc;P4mv~f(VQFuw`#WO8hqFYF`qK_v^Io zxTA-e^&$P9ZVij;xM^8tNt%NfKK0KOZ&$voHv)&H79+E?HiP&jTJz#Y#-wjy zLwz=n$v)ea=!PhjP%g2yghIe|PM=WpCaIdJW_=fzwfnovQsw0AYB4qJ#l%zT30&bY z$QZ5)TI)UWkwMdcS-!`g*;*-{-s5$iF(GePsg%B3Pj}EoG--Gh2POuOxcsl~U(^$E zV<~5f6FP{PmB`v{BAhHMA=}=mi^rVQBVOJ;D1(2P3>0B%2uHG?;&UKTc}39>@_R^x z-zs3$B{!An-zU}lq|o8rq5gI%*M`MLawu@d6uO}AG^LPZ1Vp+KA>)me(L~{q1#m~p zZ}zd;^Xpu-d_io4f|-Q8+Duq4Ans?0(KnYB(kL{mN}JR8T}Nw(cg-p@GewC< zfjXj(>WVc@N!`I9ezLEMa$Fy7TA_(U*)#(3rwbK*wT^$+T;8v_0;393kZ8}ep3D!T z!y^rNU;o^?Ywbfw{5I20Y_|3oU3^>_CedZ`Esaj5vx&nc3QO|{H+YukuM`}~vtk@+ z(skFN+L&6$rt--@r2n$3lA|s&JJj)82}-Rd7kyUrY^>U_*|mS6&WAzl%Z`~EWnV9Y z%Sha`7mZg*7)RZl54Pl~{bnsAcC|!`iO#?KdZ)+*u362F%q=zelXRA3h zEs?Rai9?l~Tvf8}Oks*k$nZKk0+VfBDDszb?8k}ziS*s`h{%{+$5FBRX6T{Tyq{(+g zt^qN1ogc1D6?&Qq92;mfuvgp5)aHjeL_RdCK8d{rs|)`kF31df^RL2!7bSIi*?T6I zKAV+|;=Wpel?rjq#&a0aon<>q`qU$(pc;pTYkv&;BzjIzrNKb+{wb);^i8NnIg)O64~J>@Ey5w={)lj9mJ*gtg4Vg0rGZWpu{Q&6=%pHEZm%Td5T; zEe#&TPFN>VkrJNd1-&l0}4 z6Rv-rOQP9(RjBS@jRu)^o|@h{KT(HIVQy_kJyMr`G>tp;Gc&#Din6{$H_Os>i;q1m z2&8W)q3iwk#8j!6kz2W|4D@^{P&TMHl&z}8lLpJOsW+4oq4e9tVZK+`#$YQ4k&}Sd z*EdM{7*WNX$FW!hZU8me#0a2H($;6fr#)>!@(p4$hS4E{_`deZroo!abnoJJExnY5NP(TA}`9i2pr zWgwe3W==qTbgfQ`1H5BlC$ljlgGGsA#4YnYTx~?dK(%*gEZ6JpWl3wVdT!Cr2c$&Qui>LB65Oi8_|zWKR_uT@lROYwAfX6qFdeAAw0*n(Stp7+Q;K@-k*L z-K!9%d0Z?4zRCGTl-8wU$iX_5=|y1umLzf<%GVE5;?rLc=~kM-GU=r87i(V7Eh+_0 zm1Hih-CZ|6)@zJ?D95=>ifgMp&4lZU_N5Qz#JMZoI&1&& zt6a|4gV4bW<39CKWED>p)ce;P4?knCEZ<&x}$m4Vm zz*go_xQ1S5B&wPu7~fMoLNBPnv|G6bzf}C zokx{(Npz(+)4Yi4D(;tP-J`^`dVe$!TChkawp!3u%^eaJJR;P%v^p*3;?38m*+vze ze`<7R@GvAZzxDly4HTP|)y3TDpnA2!K>Y={HrFwy;cqQlMaS(CEN5;mY;t-X0_=|6N|ii6mi((e?;;|ivm2sOS^zN zRlQtPyQoSgiE=3=%vQjYc&ESok2l^ZN=LnbQ!sa{FxOYV?8&Rwj+8+V7kCEQno8+S z#TICE0#9ouRZvL9tF1+1wOsiv&FXgk&xk%~R@o*O#%Q(W4lm2v;A9|X;%`|Zv)%%p zjFe&1XBw2PMd9?DIr?gq_!jq~z?NnJ&r$<@UApf9~k)k%uaM`w8}bjfPm6#?3s=^u~+lwW0yHoeyOVKLU9+K}S@cJ1q@lJ%EaTYsC}d5Y}My zTNPr&J-sb?F0W^OH8MdZkt?x&wwzCt%M=1O#EiD%Ch;29?-ddEQoIju2~ikvyB0Xc zG3&N5v?|y3m3HIb?7FSEIsQ?g2nP0nB{S>2~*@r%vZd z8iTH5V!PJmK4643oxNc7oe17@_O?|PFUBkZMa&svC-pJuKp{1a*7{IBL|G_f{&ZN) z)#;qEv=C6{X6+TxIgKtvOMqi00#i%1q%(Oxy2We^z9NZRFt{_hv64f497bKwe-);# z9aX3+Q0y-O{q?;U^bmBwnh1|bTUsmm`Ys#Vx*~@yv;#14>JY5VVG~Q*;v8JrnZK^z~lR&pIO@|sW zxiH6ZztZQ5%N^PH5)=Ag#X*FIcBpl97N`2B7J?Zl=UgnxBit2&VbY)96YWF3A!P#k z)HsNweY$akw2&sSk~!w7T@tCxOsYV!peX%L^^AtH#U^0O!e zpY*p9g^eh!XCAOr%d$jtr=$#nEY&_)WbR_;tJoK%3Vp=zWCbeJo=%wK1w`IppGr%8 zQEOVyAy8ZnFKid))%7XfEy+omQtQ%jkmnkf>oRl6`h(al6V&Q zPsn*WJk#>tC;n&U4xgiZS$HFJR8!NniwsjkEru$fp16Q}D3t!H(k_Ap)vsgs=V^#g zXn!>-lq$1$jJ?8@$P8=sPE(?MQxh-jNV6GuM)f5Rr1AMrJj?k)p`P% ziLa=jGpR@gm^#yAeBYvkCBJ_5u5G2qF@o-7zgdTX^rro5hfUYjkY@sCf_>F41oEfK zmzv4g2sGE1t;{Aqn)aCB^~n*U}NgsBcgB5Ivkp@%fMT6TZbO3 zKQt~PQ43qmQ9MF0Dl-2}kip|=kIdzB1q`1$sis8AK?%jCFYx2NVwVmwkXrL=oOcunjYvLxvYM;R6b?W|VPq)eE(pmUIV8vq^lp z3mOG?WuZ98-C60SxVlH^TWgoNJ!pJyIzd+e&y{CbZ@Gr>UwAv#reB?Yg&vJF0i%Fj zSLuxLHUzMjxC&hF@*X#|ywQkhB7biPsng=BbTHg>6|+$6|uLub|-lR@39T7HWHjlD?i zD%ka@B$cy^Tk_YZOO~4k#s@4kxV<~OH|~R6nV*~0nM7*2>w8l7Oia>bl#YP2DSNV6 z#E@F32}J~vX}dVm|MDkSLxu7a-%Ae@`7q9Wtyk`&aS~XIkMg6M9Cy<6HGa#yOHXUk z^tg31GmYlD^uE6(JsXO!BFQbGC<}E$x~HF$r5X%Qcyj}R2%W^vAk6slxB zEH#Z@DG3Y;v%|J9Vz%SMbk;*T;%2(x0CT;)3e?PqJF>S>zu0;#Sp7uJO15qjpFor| zMWLG(LkGTzLTsl1BO1~tW7vgzDpYM!+0JXnZE*iqce1+h-ou>R=HN6$j2!O@_j%#< zuN>lEkyo9_{a4pje$!lN@h>tG^^$Ez1AO3>zV%TzDzJ_7LUoX&;UJr_DN1hTbIqzp{wTPowT*d7vD%m`hngB#K&+B=r#Vh!mU-oT z=V@-c7bKH#=42$DF;a+PiCviqM-giSGx7C2d_Bg25V_Y=2s+Qa4=|nhQ^E&%u=RO< zxpQ=PqRSSIM|ouD3CGY6kUH%cf45TDcIyFH`lG||L$L%TM_L@{D3NzxGvPK}rD^yT zO-2#E$bQ;XJO+Zdse&bc4)rTm+r^i5n#<^{+pnz7V-BlSY zJ+36>9hHDcz8mqLAtylh}J$BP8fvWuOaol2{X@}tl7xi=mF_1*v4YY9B;t7-z07^c!Y1;=bzqD2xZ!=QRMS1>XeH&a0Q@yrYG=N zQD?6A(A(T?u|BPW@~Abyf;jYA6*^ER+-UwwUWmVl9(DYz5=}=zUelr`U-J!q&a&@5 zsV(uh63y;5a$4@55Cc}f_4XRD=GeEMF%m1}G@7yHx}c{`OA$HUVjH4|a?GC^WIyVr z7li+GUS)$cukgoH8IKcX(j&bbCbj+kie|cUC`YAV4D_H`d=+N*6(T66E(^bEiYEHb z27x)YtBKm_y;X&DScw3QfM972hIQsqRkq~4rS)kH^Q*j5-Dyp&6MKfQ)k3F-a4aH- z7aRD~vaWAY)B~B;vj9`l%Klb=aH8J0ZWTiNeuYC)|IQ5a1hl+br=;cetiT#IecKx| zZ$H@DwspfM0cgP4y5dv6OdRPxh%icM4T?x&BZ5W7t-3|DcTz5Kq|u{2(pbW)0_RIO z?G9e5y?L!%H#l}yB(bd1IIUEKP64Rx5i=*B70rKVPg1J-3+G!UH*}&VU3e#ms%uC@ zStb6MX&I&DLVHRNQ8yBht^KIN;Nwc*m_-uV>^2SS?Axdftoow5-SZ zC+elJK38rAC9~)>oHBUMXeIxiuvMJytNZ% z3a`Y^XQWXms6nbJ6vrnXAG|!`(Yv z3KQBh1=nTnG|&_1=eBpU#+Dsv-g?f#!}np+=S~?cZ?gmcdbBe(trWgdr<{bjt3CM2 zS1s~Cg1l8(^`y%@|G)>f@exx6$T7m}_BKBu55N(Ub5fzOI5OYUN_y0FD)6VgvlM%V z%h#1hdpaX+4#1~HWYVM&xz#dbMYD`ibvH70WE ziLL`bT` zjNwVB&iw*aR_22f=M@wAQ32p_b7_51 z_stP9FCA~Ly}f9-BZxO`xLHATqIvz@{gErxZ zipTFpmdvqI+^iN5B-(UmKe<+%jZdB>wt+Mvcv3ZP1o->L(gU`)zN8N`WDy6Nsjj&6w~Y3 z9d7Sar%_ZOp(o=x(``r2>)K0`wlXf7=)py zXBh5q_gb!Slhqq-(*Ytz4n0zz)SZjJ$ zMP8bRo2I6P##j2rTW(^M@}4-2u6Ibwd}&nDK#5po!~QZs_4NHXSHii0#>Lf848p^~ zH5ZWb6)|FX0`+LmGOq5I6I2nYt@Vtn{p^zsj+;$bxJO|Ws~BA404BuVVdg-w>Gl5` zI>g53diNa*KjUop;F`Jss#9^K)`7HFQHP|bk!jZF_#F*hqeFDbpbDmVbU3L3uNlFA z5-QVa{6$U*HvlV3*ZEP?XkS9Xa!r>s&|vBX(zz_zGk!gm-N_mh>oULYcKMvjiy1}i zK8k0o@#C(e01Ol}1dP`oU>Pu>yad`Wbym0DAv?Xl@`!&pfW_0mqwAX4y-P7$!8yhS z$%PTRj0+1&=;a*%c3}Vdx6;fs-n-SS+$u?YzYG~gT>cD2(i%M;=~|9%NZ@D<0@#wpL-ywrv_{ccZEs@3olR z&a4&807iT6lz-k4EN0>s8R{xcsZN*;D2d*4>2H{wMHy=)3aYCdWT?$?G^=85L!GF* z76niK6IX6ulC@~N4Qdk=uOyI&l;t@|*!-!9t7$rK-uf{8{o)0EwMU|@;1`S|Lrr@( z4cXLLi2vp&t1BhkfFf@Cwakh1bm*40v;zy%8FVV5wZzBq20LFJH0N~LZ?1&6s`RFz z+`i)i(g|~#0@Mna#}ZhI0aqD@w}p}j=OkGtc$-cpf*wm%0XnXwm!wC08}>ls5vS~T zi$z6VzOy26M!DL!U4)a}m~trm8ow9)8Bo&WNU|o}kO6$$eB#h9LSQuDkt^`T+^INE zXpt%1d2Jy@_%@`+Kho#VkmhHC!b0e|*7ydr+sxF)Lx ztmCA@pog2f$*6!+$f6BFE8Z=OndN$Rko0z~F?)LLo@EKchp8h{>T!vtmJ`mo3SBO9 z3lPIZyrWG{D@F9=@T1PoN3<_r+PSlk(j!-*ZX6oIwO+eADTO7g|CX$6-g4(pdXg^p zYzlWra8=GX7=G+4Ay+z-TSx1xIudF!r<*I+iF49Gi-dg4J{Ql8;A`fG>qZkFDFU}R z+MLYGXZdGW0ZNj)RGU-#I~tYJ|JduYYHrrXGDV6T=A917zw8*Tf6^DGMOn6n(+&xG zSJA~aAjcWoP>i(X{ea^+dL z-`Jl1s&Kg!RB;1c^=_kVf1=YS^q{0B8OTyBtgpRT5gl<|u;>-{F+)Q+1y!L-oWJ@~ z;LuIxGP++T9nH!PkG)`s`a(A$Fld4NzGt<(ASM&B@oS{78!JHZ%zCJFmy*=A#~gAs zwJWm>iXgDSzRH`10JR=F3S470DUnYQaN!v@O&EoTD_<1}wH;e6hdlCA8HlUXy2|u* zu2`@%(GG>rLrrYcp_$aJ7b+6aVd6jdypShdQ=4X+iYE#F&F~UT#ZQ%g85C8!ypDKp zRUtt>t?m(`xuV9ZQ5Dn7%QJE6=;aQqBM)8W(hci-*|S8T-Q=(VKVPZ` zbuDJ=^NF&_QDL}z$!DTkaqrt&vP`sN+Ulww<59xap;$1L22tZoUIw`@24klwS+jYqTPomjx)6t3U@Q;P_hSdNW(GP%2dw8NoJeIF_bjgL2h7} zH2oAV0cs^F)N)s?M~sE9=-~26k?U`GidSWML`|m0d@pt)7v<7nxVB%iMTL1qf+dIY zyoI92HsyA%IQ$~~6V>?*9b*iqtCK+kb6BuGY1LhB;hHdzYdH#8K+Q<{1G_Sjw(aOf z1Oe~5!Rdo4Xs*7nQf_-ppWy9T8%T}J<6L-JrPQg*A+sH6t?EtD`|K#!lN)T?X`$jY*uPI^YGC-ve1PxaZ0YP zui1ky1-1mvsyg^j2Y!o4+c)8C zLd4UTC4`p#gbh}0=zCsS4(`}w`^Ht=tP^a4r_CIutL)DYV>O}8$I=hco;IWlx%LaG zmu%!*H-)~`l);od*0R6nJvB6(Zoh(CQ^u6y)K zS{=1XOgE2Z20QJm+Bl?n`_ct;yw`h|k1zV3OX-om^K#+1%Ped%Q8Be7dV<94x8*ms<#W#hK<6J9zKC9udr{6i!=)*Dc6BZ4+quG>;9gjNGCQ zV~19&K=K;K+^WPPIr+)SSNq!s>(D=}9X6R4Y08>GZrDO`692>;p*}+DU3zwmM4k?) zF-djcZ-#6hw5g1@?}h@A9iw@Ai|sKwavs;-U4dMgBU|cX+xcgan=0m@HpH;WUVQm28lz#qdUOYY#VYb25} zZ+S$uH^puuB?!%9dN+H1k8;uVSlF7DpE-LCo@%=DwTtHUwF*6K8pG*m#*0-Od0a$h z6?|75fP>u>Mun#o2Gj3|Wvgle@ykNG=Pc?Ww*l{fw+1 zD>(TmFf~P}Y>c%P<6GJdRZ{kK3QnpG>nJukVnurI-6i6d+-hN*qjDQtW~fjics;hY z7#3|%u1xltg4hK1zC+T8m*oS>GY5jngz2WoB2xA!ox9lCbh=dhMNd4mNfcfl!5OI| z#hln|a96tR2TUgMcI>{g6B_Lh}u*xEL4-n3BRnb2E_sgzz@tHSz3pJfEoKvA6xm4iBOi;gJ+)FxSaG)+1X?J=&* zCO77C;ihm>x^(iOYT?Duyte(8vMafyvF?)7{THP@Qmcn6H*Dmx(RNaqjbsknz3#l5 zZ4uS~SY;~uB=`I@ahI;QuSRce10qHRe<)57df(pvaO$|)be&)w=IdP;USmE=smY2e zzE(xYd{8*$#og+C@5LzUeM@kJ zs@qf*w+=g1nkSH=v~#XxFG`zs&3?G*L~NO3O)k#6C7zK2-F9j>mXAM`U2J>-5 z>V}iEJ&9Ugo+TF?MdcOAe!$cDNVNYw_^H`mkijI39`Ssuv&OV&*jm4fvfGlDx9*b^ za=8qv>o3l~NOBO6pRvpIPkSt}UA-rw|?Cj z){t~np|ZY>k+=~BoF)>?5!(XoDK+aL|6P-7&RT;^e;8)aOn$O{v8xwsAuDv^rPD9z z4SaP4N8^NWzx6<(q7aIOg^iTl7v%OrHWQVYt!`I5}4qjov`QB=Hf$ z8OA&`W8ID3Pfy~@=O&O@c_g!X+bPj_6!Q7%3g#*nBqWbSO?j}fKoV5MUq*Oy2%#$~ z*#nHQO*pkFR{)qyU#+t|YvvrL_mE}G3p+F*SOo}IhTR}hwD-8U#KCYYGGamf&Ti>L zYD-C}zHDYx8M%ybUpwa}3raZD`j)r^Ch2}M)k0g(u&Hi%?HS?FmKfXhCrvNdfS+LD zi*I>Ux0;uvdg(yGG=G-*?k0IJ?9jIIt9MV3Qtx=&nu%Fe<=H&8iZSVtRc)kWG1@Eq zv$xCL1!hx3DD+*}X4V5y+wEHT$4u}numt5ng0xk}7PEp7iigeZbDC(3al{Vp`{Pat zMhZnaqH#WQ{n(aqA?dXf_Z42O4&e0CxFt>ayEDd`vqKp~`@B9_o6M=5P_=xW37?^; zjA7)J105mF#ZQFKK~}I*+xra77zI_k+|Z9sO3~yeon&Nedo?CHU(_uz+$JyOM(S3( zkC+tC#UP?={`%WDJ^fOyub@D83+2WM4#-NzUrwO-Gy3FkHXd|;MP^9Gyi-!04wwP` zv0QF%Y*{WldKKgRxv~Y7m!SXcG5`}q8x<<1Tp%Xq@!q-G-NW=``bw{X%`<7p6_3DT zP$4sU-v=aHe+U6rk!=lbI`{cgk%s$ppITdvmraLFAFQK-d6(EdtFed&C~10Sp>a^x z1Qt245dl!i-n20wYDD<0nriEIeaEzRzc|zMoZ=;rn|z!X8RFh%XlYZkj%P_^Hi$(~ zijKvh$=+EjLtoJsYD>E&>dr~%`6R?y)dSt%&+bnq!9OpVkAFfNxGE%x40VNCF zC1~tfK_)Y;Hjiy9jPw54^b44zt^v-5lLFyz8{RAfa>1r~a}`=-vuw$D?|Gy&0Xq1F z*DO!|nG)Wk6JWFW8;7utp+g0_C?(4xBB~9!UK?=PAW_C1gU%#i{QD++!?zj%t`h%- zCgi%Gwb1BcDyDiRP1S|(x+z0V+ZLh5%tWks@yd!oE7(&Z8Wz=6-MX5lSN_SzjJ?!J za6>qXXSHW}REhaQo~02+y>+cx4D8q;s|8YN4(0Jw4-n4t6k05y>hcf3xND6joDaf`xMX zP_SW?zff9%`FbeQ?c>)7GEWnvRGE^kTO89>jgzNJyxDStZ0}_AJgr4@KEEWyN6~RG zF18H3EZv<9GZq#0Yb>yr4OWYJkj{e?htb6sFH z_gJVnI`0->sm#{H1wCjf*-U^9&Sr0+o3}SVbU_4CRQ?7%o1$X9>GK^l?!lxvnl2|N zxl*fxU33<&Row8l?_;`_rN3Us)MZ%EyLRMAX|L!y)0xL(xPThKX+(oo%%?KLtR1UE zXIG9-(c-eJKKU`9!@EBE7+17YnN2rb3xeVpuG(4GTrQ`$tP?=2mYX`I4dIbZxduMV z=bz981AmXOSkw~w9Jl50p4`8-M%t$lRymnQ7fYLc=&47s@=W^*M_l>s;MAI{b74S% zH8pOVH9^f9jQ?(r!)4t&SZ>>0Ba}O{mp(?-F+-HL+QdeeiKcDe_1kKAFhG~<%3vZg z*H3g)jxwzA{N;NUZs#65xz*JmmEya7U+eR-F&494*%L&KpN!*Y@FZEFttx70kFJ?VH;G`?I69$ z0;Yeq(pHun|3}T!gN>z%cr07NF5D_+O)wIGlF_bXw3kcFRZIp)=!-HLS#Lh4X48mK zVBxlOadR}!x8_pdFdaX&!ftMkv?88#B;4+(ph!7xpWlYnN?MJIrMD3?s6B+xXR`;o z^LtPv!NK9?6jL*v^F`O1=4&mLa3x-Molo zzNL5)t%vW#HzRe}MvC>EsI_$A9Wc232AKG9vgOFB8*Ad~hB)L{<6>+iN$}e;!-PW6 ztW%ak zg=K5$fTCb`XX73v&kDLq8#4^fyagh_IpdnT(BWUWw*!LqEwH`?&Jy?K-aHGvAW(IBXXnQM60^f)m$j@n zonfXaHaKx%eeD3kC=^#vqa1{-5@wWy(8Gcl)Ya=Lz6TGoY*o_diQ@gt!ipWQSLr2H zHda68Q58;EK~MJ`ZPKvqY|$p)2{Hk z+I7aAxxTl#zR6n8vg)q+)0cAQF31LNf-<^m08K!$zeHJL<`T~l?vtJ~WU#^=wy1Nf zhIuAkhleY8&YY<-k0m268C+UQaeLxnDq=+E_^uZ#Kr;&w?a)+%RVpq9{5svw_3P* zSl>MmXA=-APMKZ1?{W&enYLe(ulP|p373B9@u?+wS0w+`iJ64t|2#dQo(t9#QP0&m zP1v7EF=v-1*k$eQ2$ShU^^N>ME%6*Kn@>^fHH2XOt{|juS);Dsf>PR7@ogT z`gKzNtdn9IfXwSB(?-WQla|Az4YcGp=gU%-RDUsese!T06SpwL1=BUk`p}ziI`V$1 znBvwaxL@tYKhTfwKqHdf+k;USdm{gV1({d4Bc)>J>-lRU%A5Fc?G?cW;MfE8AY_zk8FprV^?@xKTp=)crm;3aSLLpRKW6feiS)%qvw!Y z7Uygc0j1>tgsZLDBz)@I5az66g5>5sme!1&TSaEr(_;}X$D(tooVI-ghKceO#U5-Y zo)4Z2Tps4JGPTGYx=E#|BI@Dti!{@Khgg3QGE-mlrOKpnjmB?zDoX5{P@j(oF6X#&XDTBd z_{4?SddZ1p>p)S5);l!tstkjPF0@dSomB8bdKnEjD{z(Z@DiuFd1<)wIF^Rd2#)Gj zEElV#OHbZ(Ya!9eaPRX-^+*717)Hmu<;O{Aqt9Y-M-1W_(#Ytmu&OjLBE_I2hwAK= zDOIzesH=BeUd>GNOrrt7`hp{LSozo%ctn|!;0i7eY1L6qP77|l9SajeCTNwSBp<}l zoc&?yd$>Bf1*B_#IE}oNIbBwCJ!q?dQ~qH^PVN%>sN8~koy)5*io0LKmDxUOzaGf7 zPjU>n7Y8f8d8Wzay=Yr-6^r&XjS^3v&s@|SXD^As)m$(wfc+P|ZA-hEFQW zf&@Heak%fK4EFrn87;}XG9ED@g|GPO=HxY&zUaux0iO2iTEOffMTBYpd7zp1I?fs6 znDeFQIRTp~LKmAMIgUzsS!NvS;VdIwl8Jof#S>x0QRBu^OX*bZfrGvsSZz>62l+0|rrR50(xUpL5*$x}ZRG17l1 zc&u~6!1-#@QB0{Df0vavcDwftKrJjw%=E#>R80OkDKgHfu5r<(%+n_k@n^RcGJuCq zR7FJBRZy)cdb;=g?MpG-Tp^`5J5z9Dz)$i*z;ibEoas)JtzyIzOF^;0C1tU!n*LSL z5VKSYD9Fa!Jp_dbC&Urgs$5eHyADdZk zq$nG<@|ysiDCjm3sfoDI)9dXyi9ns@X!q{nD87^wYm3g36&~_bc2mGC*zf)WT9j#T zs2NWCMJ)AtNLfj8qH02b=D{vIRS8J1#vLfhEO?xG;&>5;k{XShe;;Qwp9zcKXs? z@u;JUpDS6Jg0wVVmmnyP6bgzT<-k^yu1z0h-$LzYJKz|i!em1YU*#nd?sOl}<8*nq z*^dB9>XMKm(F7MZK{DM{41*@h3=Sk|{9CncB)w=6cw3WGqKz2daWNQCBYD!;vbj%( zAoYK51~3jE&fY5L<%n67~MjvA&cll6)r@( zQazcI`-OxAt6RSvD`P0zpYCeX{HkknYGc?+)dqa&PsP?3_7kHfjENGV1vp&`S1BEy zRE6?!5u*-<5aVO{rsthR^WDbn8ooI2Ui(&$e4^`&S9DgbTNJ zM>HXgXsHw?HNQjm04G}U%qJ=wzqqZw8rt1gAiX@R;Pv2klm^>(!=!wf#hL8F1GRu~ zsjp!go4654^R<5t?6F|>ZhX2On?;beWV(WNAkMH)>4VIA^CCf-ZBJs@(e@d|ySH6T z!D7ZfP$Kr*j8~{Vc?@GOt(+7L8_P*Pqo$O2#ju)Mnl%0`a$!7J=rJ+Z{f*5U#4EI2 zF7=;U3`9tzYvfA(g0urK`7NAoR*p;7(!JdPbwCh;w2yvcJ13tNwqq{Fr}f;Jm!I^z zXr*!`qGtn_j*PQdD*||3Rl0&Zh~!q)TsZLt3I6W^wv00vF&FWL4VHhyKEf4 z3wR3%EVMG;H`Yqo%X>R?IKjqCN@!7_!-(>&W1)0F|#MhcVbONr0JV1!Zm|7%ase@^73Fh zc#hnWNw(!X@lPSeY)rh0W09T35^Hf+1t7X<3`!8L+sm)2>@f|^i~46V8A)~>GTg|2 z=PA%cLSr=(WZu%oqgPZJz_Uv$l;S27%IGxYpE7kNUItRGUgd-5)t;1@sLc0`;@`m9 z3w&g^8?W!c|Z>$wonIz#E(iNiQvu553k9(RXnrWksgrYSZ zP1h2@XvJm?K{E!ckS>VLs%{mVCI4g=T_Mp_Z2S{;mBC)hTH8Uj$9MtKRbth?icFH^ z6v;{G78?|cMmO^7)#$ed6WM8$z*+X>MI(~03knR+D6OzV>{}3-~Y85 zekLQ8gO+1oXdA{YRtW5&^8{~GfG=0|*-Hj9c%VebaF-sehTUlgK^#%lHnH>7S%d)&V zqCRvLN%h`DCM4d8++ABW%e|Zry^ji7FjaPTHtR;|FK126Ir?K-1Vbw^#lQ=5XsxxZ z`9`dBe@{%@RkjD?FwOv1)>8mbZr*}+>oR3x0XLPgL%u4jue&Gs~}nv_$G3X-t4f#5wHF00w|zDF)o)=Ujs{tB z!!-4*#PVjFZ$TGVj1`=9We1RA>}9SdKLwy!(%^|yLPjU7c8ehbBMP&CQKnYUmDHe1 z9WD5}1h&+xMNt`8u#9!h4mWPExB~qkF)X!6be13J)~@nfScYz6L}A@FH3aqX{ZD~4 zoSYxgIX0HU@PdQoe@I02S6AXxB1~I_toF>+Il7lKto5`nE1eWgZ9z{ll>y83 zp(n-3rTa+RPr}92PkJ3y0WxR@I?GuRZm5cW{H|3GRb3C=lGzDU!lXlQ9YVnGOCHA) z$xd#tr&(2_fK|UXmiSV*YQ2zSXEnTX?vkh>xh@GKXD0pt*#Ouw6G<}&qu8IU-UDi= zrEo9pY{ALu_lj)O4|R>1?nskKx@So?d(k#gM5@F=UQVV?4UA|hD-6mC_eQIaMWp9U z;oSPmZe)+NR5;y-?n59$DLiJ3jE^J(|w4f`j2L1}nYZfe}6J^AI%a7o^Q8IH@ z&{h=M`44C=kzt7KPaqyGT5-)j71rzf6~OsMVh` zDsmwUD@p)FV4X`163w+1gPF-b-BPS$_`@#XSY2{>zZwk5X=G zm>p~Ve+a=NYm?-SwV3XLkyXFJilJ196JT3S>gOI*K=T8&sku4?@Scv`QrUJn)sgzS zUbU;&bQ)OKk?`)&p%xUBzZY0U-li<%xj&seEE{iBJ$X5wZ&3xgQiZZRRKkzTrK4qQL>t?L z!DjM%HMi|DrA(UEIzI;aShS{GuL4ZtRrEY;bQzs11|nl+52*D7XQ*?$k>d${Dcyjz z5xrTGh_fI5d7u?L$q}@AS2In_F3bY&=Ng(K!xtSJEQ!I1w`Fu6JkDc9#I5Xc=5 z&LZ(!rYB6<{t)>%MJk4S>kDof30cV0{78`d5y@A_u4rhNxp=FR9W#Y)NQ`Pfy0Tnq zV4=3WY{UCFu?ywKQ1yFMH<;$%70aLsnngMjR{V5f5w-~3@S=cX5|w7`+^5Z~{;&a> zbRBQt*;AftinvDUOHUKf_WU$Kh2^c!<6q0RdZ7k!==l0}NR9$I_2}9DI_(Up(;g`P z3Nv?{9Hmj5**qoow2rbJDv7=5(Km!;Y^z0hmMxwhn?#l!E>z!b^=-Ub0@?so3y>UQ z+^s7>Z;um{mJhPSCtHYSeT;z<)H&0t-`=1JSk`22u|jRGqc2M@J@8>NSK}gW>6dJh zTIa^e5#^LqTNtgKs;S|0mRP>OO-m{@VX*v{CYr4Tt}+u2s`Qe@n#yiS02TWzX z3eM(!w~3)n7OfriQYNW+ zQop)hJ0PvG16d2TU^qclKt9e5PW0+8WQC;BXApH9HL?tnqR)_J;R9!eM)jW#y(;0u z4vl-LG+deYT0?1<)uj?UWXlP^2a?9;7Z}iRMu!Z)I7PTux#z+>$OFYr^A%U+Sx_GN z=-_O3lxywDJ^*3PFJ#Js1(m$7W#fWy&(W0sJ*ieH{UhAWVUqH%1?ZdjX-b zX$Ej@RWlyY)+RUdm)+dFYg-)CcEOV16|_P@XlEvxJAg(Oz9Dg-3NT3(q77BW8|_I2 zFG}BdUi)Hh9JZ@LBHO~PMT19B;tkbdiKq$_V0jyDclOHAt?y#SDo2wwNYBVsTGa`{ zvrbvDl-1qMf;1FRc(t&Ynoxvblhkf(E1CaoD#SUe??-=s&=Sft#R?o~USCX|ZeYQ| zg1pf=)Xx70d!mEr@6OI~7jC6Ka%pKtq?zukdD>UPgBC&Hhjs&*~ z*+tQKFh@=jh#vCh7Hp)>fy3p*sO)V3S0jUmspwdKhE#MIy7cR+NpxV6kN_2sV$;wUO}}=De(g+@0kzx=^AipNyf@d7 zkq(+`!V3pHWxbu&m;wgIx-kc?T|{!{{+Gp4bxMrZy#eJ5>#p!@ES?<&{mcW#Ytw73 z=1T?(B$ow%GC8Jo)!=;=20@eT*ceTx1(r}d%2ZUnPA(7+^T1n9@`|Z+xRiy2oc$|& z`x^Q%Ek}F8+n1M9cmTdh!f#=GO7OODJ-NngFh>cY8y2>tg4}}H3rujl1g9wgoFSmY z(JM(=5o*DZ6IuvU$;Mzr7{YFB+R0OjUDw<`1SV*;W@#~qR{R%66(uN(Lo|84-pG20 z77WVqji7<`os=-sQ~9P4`nI`&rHm~}Vo;w2CexPl72}LQF-JM|hD;V?93vIB*pry3 zQyH)P?W{_QxkJJYBzVOf>p@d&@VRtwleMs;!{rowp7U-M!GSD4EE_Rd>t8X1Z)}`# zL-0@uj%b;V6s{mZ%xBtbqJ9xBMmVaD&m*(DXoY|5GCf+@nYXc@i&@~JSem|mmHmZ7 z&ZU_2x@T@jDHXAMwW)Ht3gVraJ5p;IzWHH7F(1TY5;(a%vjwp zJ!RsO8=#wVx7rl1J;h~9D+E=geXBUQb9ak#BVp~llqr>~t?M*f29md9rDX*B+oL}k z>!8NWH_}(&$(^@0*#Ls+{ko&$^jUo@8eUm=PxJzs8U=2r_&b3Ad{TKYHl3ie1Vh|C zO6<#oaq*r&sFwCJ4tTKyN_|h*D7H9cuqh%Qob1hfz)$XYtWD|Ka4Fu-ynKdv}kE;Yy*7uMJyB69%=K^9K}$ia<#YsNMu6Zq(uA)BL>K5F$(jTBJY;DZ%FM zc$TTyAik*?0`66r8KoX{C`GMFef zL%OLI_PyH+R$nWHd4l)V#a83q-$FB@_luG$L!gNR`)g%j*Zf-u|W?t}Erc1VtBk*OM(*j%@> z$_UMd>p|NT?EyHBL|W>IqxAH#v7cskwB#|DsgBl%^Cm%wjxL8mHFFAOc)-9+7G|(8 zl>CM3SPCIgTYnMnPv6|F82j)*`TF4ZdyY=P>vGYHx`u8PF#|@(G*|)wqGydkto|s0 zm#E$O8Geu-%%o&yXl9HF0Y>cskc5+XAviFYaq7DmV*Zf4%yN0F%RW(w@!f{86Z~p_U}gmXpFE z2jIF1u|Q~ExDV|BaX#+gA^#hUylTdokgpFUn#^q8Gra7;pBgeDI!2=|k8)Vn?Su}T z@eDdH2?v8X31nh?46n>Er2M2wm7kF+wN_b{6m1y}JABv~4}PYTlc3J3+qb52`xM_J z>s|v4}cuc??y$493YvbM_?SvRHQJL*zT^s=4#%h1MIm*30o47!n1;O}1s0dpE=+&lGH+jmV&_&kJZ;MII$Zlkw6R(%kYG8if=fV^dDkj*2nX|BsB@HYY||Ie z4VI3{c#nmLtPXO6I%rw|HD0r=X;J2ukjk-?KpD}H-$<%XSX0$(12j5GZ;WDwlkw3% zWmvW_c$iwsyJ>^gn>$BhG)>KeW9EO(#%Z^mE0Xs}$rl&%CDChD>t@ryY(#~^Yy+SW zzll82OEEAuUxSbm4a=|IHM%+uMHDne8R7E-lE`y&^;{!0vvU(2U6Ug!`X`npeZUGBz<)&L&9u%R_M9N zL*S!YQIYJ6ml}zFs~>I2MIM@hTHdAr-RmGON(mTFuF9M}CC^pN!ncHL)p&)9uc?UT z6=_&nPG%Y|USo3FgLm1vv29w<2e(si8!~|rumvlGISL}(%b;Sb zXRz)`yuKPFN0s@p&26`$MY=pjo#0DDR4I?B19%ZT9EV_%NDCJRfrz-oBD|Vu(9C#{ z+_&X8L9pW+RvB$u)$0&5bhlpOamY2Q28}J;(5}_e7{=NDG)``+9_-ZxMC1^?s7zod zU7o%niN*+C%c66ufUOzPu41KF||v;FqE6CcIfq_nxejUQRF^=l4_!`P3>U2=1>UctpxoBb%KVR z&Pqyr;Df3?(5OeqIWV zVEpx2-mm@2Ch9UcG>G+sn_M>O##WR87hpt->P>_FNM+@`|L~9xm6kN!+FK6iMD0J* zDp;{^7po(q2ND8_0*Af6ju5K1gp;y@n=Mr)k%bE7#n4 z@YTEOxD7akeJ4+2;UWJRIW8_Xc#fHf zIrw*1q~cT1gYFC!6WgqzDD*3 z%xXr+V0yKWFO-!sPi{j}Jk2~p-W4yBUpJ1xx`ZiyRx>_I`{rVv#-F(*Oz=KIF4Qu? zma$AF@O_T{3B+Fz##|`dOtgH(m*KgKY(x(A6TM^iMC_EENM-}Pv;%mQk ziC5_Bg$A2jto!_@XP#36HzHM@w!daVHWT^C-w|nPUzlA&7_`+z zL_Qwkt>WL~S`OtpRXu2mt$D0LHlunkVqwsICdk^if7|{?h6w5nv9iqMQauk6R77b5 znzlLoLV8dE_1 zF96TA`wcw>)=dX+GFRtN^t>@nZ&-LgbYO};BLnDHIhdC9I`^nrEqXyRr+(w(@d0yU zsY&+8Ze~zrQ%}#bZWooHCuKact94B};-JSdfPY-EN%|$n8H}EME>9FP!w8042nCAz|TOrc^d# zgGgo`1z>`auC#XOqQ&6RO#>$vW>LwntEKLpnIunoyGX&p$jO!dkgFiN&evb%XLl95 z_Lwr!>I{ZUmb$=u8Xo2CPRmGTccOG;(Wt_POj?*C8I36c$hBaXKONAyiZ!Ov;_?M1 zu6S7@)lAqd)$A(wjw-Nze3}$lEXA_aUhz_%55lbJKnnvsTDmV6q#8!V(ee-%A?0PH zW|Xa?OSWxKAgGrug;OgYeZCX1>k>G&Pv7l~*{+AzoaL!;w&2 z67L*|V|#|djQ*i;SQI| zn%2*S1X`1!%CdxEIpF`X*~g|$Bxpd^D!a>hvB5@CE|ZLkd`vSMD|k7andMa1IS40> zvCyF(kOvT)iH-edv2xPi=G6g{!#A9ODJr`+Xy1c<2?T1}Sx$4}uNF!2Nx*PIp&pDm z>aLPRW&$vNFEY4x2OJxzfh$hs*v55%Xx?Hd)zpMB@ZSM8p+_?6MfHkuk>_5VeldfN zkwk;#tG*V(r z1t~{@sYCt2+aUBI_q26Yy}{=6Gr-4&_7Flb{DS?=!|c=yJ`Hg2ts;+E2|A4c$XHotco8iKZX1@@BwK>2 z9f|i*RyIMGvLlh`L7qK!pcRk>imAw8k3+tswEV8%=qaxdUjah% z2g^*3V}l1lFP_wy#blB;h&(-44R0jUACg}t|EjfZ9zdlgb<1t9h#pA6+b8cE8joQ- zx(Nc!2K2MMBmpoOqM;od4r)YN*p(YHfK4lve|>KpR`_NXw@BVAwQe40w%5DNNEhaq z3z%Fnb3@h*_jObpOU8!q-@lnptDEN@_tLa`Hy*eKC{b~UiHgMgvrr2ODVNHsax`*V&!p&FKN@bjNAE69w#J*plryM1h(;0r~1b8(!tQF&E{YmhhbZrwuD5gXN?9?X23-$^gMKs_%{a;|FK1 zp%kZ2TPrA=5&S-$v9FZ>l<>Zg>ZPJhKpRT%H=>-iX9 zTOGzW?LJ-X?*3(~E9b6yQu2_ewpo104pxwurPC@&`aK>%Qr$S5b5)76)A2<0YQS2* z82cInsS+x&O^`RZ;i*OaBg2rm_T|3 zv4vU3gFgXYrX{P4nW@feXiNKA^XPz=H3Kt&9@DGOP(xtxWI^J7=e<6rvBg@=FNYvr z_!v&a`b>=NHHK_wX_BQUUNO-?vC%V=w5N!pt34b3xrI8Eo0pgi-BP5|ApkR*pzh-A z6b_+>#kWvT;!r}=8LqpoKN19GnK$c5Q73Ukz&q-cpfqkI+#g7S%n}{9+bGe0Z*bMa z`BnP!TTwcl;X-(<%j`l8ox3J5!Fe(+ooP1ri|Y1;Uxj4C9ebf8Nz(W!N2kG z1d*P`?=#vW{EP{7p?Mdmf62bO4Safpwo`wnsj#?0I<<5sKHFHjYkV`uAq>Q=gi(tz zZ~zdRWCH!e%ykJH=}?e_`6B8=g3bm#3mU_2!!M)?1*H9mJuuSgk*cx=aZZ`R^hkQR zYxY|aN>=X(*(S&9w?@RrACqw0$t7`=G$ z^ndXMy2i4HdIRf)KIFK^a{D6HE94)Urh68$wS@-L1tagr=E>aq(7*O5{CPsFlUE!y zZ`Y5ld8Po0CY27PJAp1fXoE4>@y4e)WS3&i%VTLZsAMYY>5(6n!i@hwDrd)c`!&J5YM$7 zv2F8UuU^_h5C&T(Vm#a$C4PZQE`6Pj%IER#5q@-kjLI@d`yPAx!Gju&t}S)|uJK5G zm4(LN@Rb_-GzLR0bEL5XmJ5t~o&rw8oHTVNnciRxlZ)AJ?(Z0`f1r1?IF4L8p!39u z0J9WWtaiB%O*vYw;YpX0N2#H9ib=MVVmF6?gOn6ND=7=q%M$ChF`_0QoaPCZj>2yl@Ib%aOMnqZH>oBO>8KV1rgp8=|q@q zfyV$uOO-C5gkst`K^Bpo21&{nY)nE8#bRn@WC%|+s}CE=P>J~6ot2miAQcCy;@K?7 z7B+)ok~vc9EUDLTuYq*OV81kh75OI~kUB;7%vwL8^H@t3C-Vs@eQD0(hgvbnIc47E&M^SRn1MRV7Gn2Wt_=YRRm{ErwDU2^v~1d*1-H5V)Z{HUW2v z&+PP6EmU5#aIjh%s1GF=u~CF1+e`1nAoqsar(*2mge1e7j**V4!c{<#4`RbnA9qv+ zofLYrq*X9Js;l#9YjCR9}19n+zf1@qXG>K zS9$ayHY=_@`N?@Rd3qfTVU5BQLvATh7!%S|9KFft^(K0rk?>$#;~T;^`Xa+OVg%Fj zQZqwsJi`dr*{+TeIm@W~WTV&`kcuNDP6N|b; z5IP^{A%2K3GT6sw%faCG=Bvrz?Ee z#cL|+Mz-$7jJN^(GSK=6gm1W?j4TGLG8;(xHb@EL*xKf~eY8)qkiX}e-h@?4@y_&! zf^55N(zS0lyTkFRTx6_89SbMe_|e#5o`NPq4ljmwh{71?&y9eaTVO+$wq%-;Pi7e* zSTeu1^9dg9-We;@33ikfc|RYaeqz5y`7o=(i-I!8D^m0Zdm#(hJ(T03Az4-50^rk1 zAGXa?=NwiR9DLF&434PgA<2n7zKTj{sQ@1{Y9=_t?{M{)M}0a;En{APYt$wAQ$MkUFdt=XU^%qM7PpKF0VQ zcu32I6%{Gd(T&3=HBsDIB;`eWZu_j>!STUHJKT+HwT$`jl9L~j_OZ&@5AxN9p=r&* zs*YGcKZ-$y4RxljjL2VxEm4I2MA$#^94Pd^@KR9_I?-YY!T+Fm_G~d`@AvNL*ak)? z>1EX#O<{?uOi5iybyP18L;e8zWr==XZuHO%=e#lNfQD3;%mfkX9gut`W9`kuQyDo8w#H3=w z?58RjiNQ6sgwDt09f;SLBh4?|GmLK0vv`ZooeU4X!n=y}!oLCmmaCW|aDS=$r>AdA z`@xp01WD3UAnFH?QIbNk+_tC`p;u0NCdnU-7>wv|g9?V$e4O?A2nC3OcYM}1S1r2{ zA|wKUdZ?R3l|GOWHU@AYAYYML$fyQj`Ku!`jpkny#2vyqo6J~08O$tT&0-jfDJ#t= z2Xbi8ha)`AoohwE$jYf3lOtR91RwkA2Q1B9`IqkW9BbsHW}ez!5QUc1=~)+KtzDR= zf>W}Ch%9a@_@JwTq6{vPQ>Jd&{f+5%Kkz&!2EYe$s=~SGMg+gvEVyv*uiPTuGruZI zMh;NpQHgeJblbgyI)W!}s*9!ZusO6*!fM&nf}=*yTBz*}mB7O1(T8;venYN7q3pg7#ej9R4N{qTCP!n}7hbQld^lk6f z`kk+LVwx5bCeUuu`inMto;$QQtq)n!TC&NAZ{i}h2=wa3+vfZ&o^2CYfwmOqNi%4w z0q2HrdkVKRVRr^E3cE`SUFyrR9YJqDt zJps7J=)QHZ-O#qF7zlv0*u9J-M-ef5<*|+Zq;CvVhzBCQ><3FenUORgIE?S5R9&mJ z7|10U9|<-05d21;5`srO9UB#MI1QTzAp^|$VvL~Sp}`P%)A0mHd2lgq4r*72(^6!w zV;(D61POR*BH7uiMkb7)J432$n^RI}gNUI4i4N6tYBS=dGlAsOcHzct3SN|1M#eX; z0FFtxX1IioAp2MdLO{{ePg5nQUS%Ok_fe4oQg3`>`H|r9VBfv?2KD zjEr$P3WAC*!?Obxy4gvWNZU`Y4Km{l=gv@5@dZOidgy{sk2V&)LBX`U{W9A{6qsM2 zG=KULlLRNx1uP?ktcS$iFPNdM9H*rl zM(7*%Ib0P`B>u)yFBkWYdz8QnuiL7#D{socwT|Av3DsKeuBZ0$C{U8qBBUb~DIo!| z@m@fuIc1f)463C?h)Apz`5-+!6zFd_yzfFZiypRKlXHaHdmKRYraE6VTNZi;OkrXP zG8RueFYhQv2Q1g(La&GLg-#c6vCv>A$dMI+LjMe;urBW4)ICXQOT7Jn6B1-&Ev z22yYioNC6?>@ft}5sV zI(gOzc~I`+e5}hL_Nq-fR873{D+#4rH$C14T7=LjO-Gke%x?64{0v?wrfzg8Uhh_G z3CbZ z-oMpqvFM22**tUO-MAc>Nw0V_`=;PAVdK|4)}aMs<(G11ia%O~ZHp(%%NqNx=C;cq zwqW%HXMe_=R$D@aKwz|x-?`DV<=;Zz1un({j6%SzUFKe~x$%;(Eq`s58!%WSpekin z&?m`vBg>KITRn&%&_mw9N-K94ln1qNPb%HK)wIkkRXAyTFc`Iixi#1WE#+k?^EqBE zi{Y(q_g;}JzFJJAvcPXRPMy=718?<-GgiD|YG!m&2#M8E0--#(;Zq%g2FPp>M<}%@G%p#=sA@3zaZDJRkY) z+)|8YOM}*Jk3B#I?eM#fOj*aw{flJCBnYQmT4-Y2V$BMA$Q)rrf~;=E0%FOhq8t>H=~c9t z*?_l8c|Jfl%jZU4cmg9#cHAG#OC(fVls=$;aIfb1_2^yJysbV-d z?WqzZ>nghoKNJ(vnIW4nDE^ww*^BVH=K!0cD6YXmIkhJOJ>h>pc16OCmYWuV2LV;I z1sT~A>dO-C*Snh5mky4ZA7+brW65x4lO#wL!Bw%cdx|nRS3-^y+BwJx&21){{{uk1 z!)An8Gy(q4kAqy)2^_&R+CvgCYsa{9kPBZ5c_lwRLBk&fgh&L<(NUcTA~!557rl93 zL;Ck;OC4b^4UJqUs_JIUI4F;Pq0$%k<2hFytOFLEqg{E5IIzI5i^@1``p=&f@zWRR z)KjUL@WquyiqdJo4KL0lpQaqq$vJ{qcRq<_fdNlvv@J>CvZ64bC3V{i>++W6f)F_1YLc}x6ewSl5sy}Tu# zNcR;ghx_TYg@yTftXj_GEfXO# zvInAC{lRC&RYX-;&AdK=)dkxwC>E`95P#TZd$GX=h{;hZ_~3U>HOM$fk46bkqfIxx zXf!8l$nq-UnB2h%#!o3iP;2%>U0DOq(74Rv1Mfy`6A~~Ja8=Og9*|I}@B7;JGmiZ{ zd0b1T#Gye#EJL$f_zJ@nporjpoefFUqhxFzJUKO{=Z15)xGTP)i5SBi%0;!O@dq*Y zim-m>IL{;v0H+R79-lNYtmfN{%M@`>JOuh_w>7Mm8yAi(DP?l~pH_u5b*B3V7Egt+ z%p@59g_Cty88RDc&2sd4?q;e29m0-lR-=tx^4BOCJqS<^DH>drj*(CqK!AKHkl*@2 z*W9H`m$p3*bXWl3?72!9BcWGs2T^~>dcA)EFHv(N`p0kRicE(Qkb-Z|G;<{NDJqW_^^Dx+IF}GyM4xt8fjgJY|Ve<}fEku8UCMKYA33%Xyp$xz_Y-%@~0fcWE zu7>VN`!ubI22v9ial!KL=;3!#6f@nP@Q%q&shYUz`W|hq>SOwH4d&i*653Z6r zQdPt3F^ra#*D_6@;zZQ%zUsPy_9&s9=+7x69_mRr9@0irI#;Glc8F3YPgTH0KQu2c z{Iw$##E?RNoEC{>kNUuqRIV!fJ;_j)YkRxrGjcb#k+7+#M52&P>+U=dBqsMe{Tbe| zyEF92A~3Qn^$sp+{xwCZvM?LLF<+34@tK7UAce6Zr;_+1MHd%%j=OeA422@C`b16c zNEy&Cv>|8))`dZ264eW%WgT291XCOM;KNhuDwXdw?@-ANHnYE^RKIwx!xeURxV z)j)UREU*5W97X^=K*GPXS=WH|A6JU@$cReAu+=2mL>jmxj?5=9AHs_EN*f;W-)a{Q zuS2;&!g$~xk9Y{#?(TB=z%GSl{QFZQLHVm#l=%xYbfyGhs^oGA_~T-U(HXWTu5aOR zIf@$Qz&7t6Mo%an0w#|Nt^z^`aZ{)miyWlDz6aT}2{$y3nz~-8ut|1JUR?z;mORd_ zp`+r_?0sTnNsK6#Dp5cMOPDp)ZdWzzkv3e(N)Psg=amCjNt(h)aFh79n;l+I7-7N; zSh%t%{nmh@J)VrtvQy4*uvE`KCO;|plYw4D#D|h2Y)Hc}OC=FTo1}0VCD1Lrw6fos z>1P5L+oC<9veXA?US`KrY{rPi0y_=VJ+FC2p7D#YJZR4CpEtNzBZFy}F%^ED(ltBBqgf%FBKGN`aNN=p4pXuq{QV{nmgHN983pjvtJla$y3@_8)Q zypxEE<5_-&y?}9I?#*gDl$IA@ote`OHl6%dQC7BgG)TY!%^%)VYvD%;eEj6T&2LM` zm5k(mMHB$Ih`)ivzkoC17K&E@P|_uu64-MQ;I2G3y&1S!GRl?M)l(kHv3lyW3J4bY z_;k2zL!kw+N8QL(1kCcgJ0LE?OBF^l&2S=A%&}*o3ZghY%6JnASRS$r#W^;wIKe^L z7CVjX!+^O#>7wuG+uzyms59t>?Ld_cV*6cvdnqi(c_|<;!^$o*!cVwE5kyyOTKIhg zaAu_wXS*V|&$~*N@5#auQ=cM6nv_IGs7AS&Aw0kROL-~jT;-YDQ}~C1li;bQzM_A#jyQZ=jqOlagkbFvJ`W zKwC3uaLvf1=|3rsMf>E;V**S!iIVV+y+5djBSbg4{uL&rFYEI4kc%Sd|rFfgx6;=8HJxzWa1Lgsk~1p%^x zk(o%am_vVohnn?5+U6kOg}bTIf}&rLs~PIK7kX%%i<063xZ$f!rad?Y`B0DJ-h9@k zcNBHNFjQF?;Hs#}X4}v;Mn4H4`(G}hZ=bg)O0^9^p>6mYEc-$*bM*r1^y2lHK>&8> zphhRmhxOH3V-1`~_{1^9i3%0VB!W8M#2C3uK5R)&OV0}-oL8^aM0y^YuZ&(0p^ofC z|8dkAA6h8PC4MQdC|eN0FrcSMbkKowHihLJ1=(cLjlwgiE0Pc?%w)7Qfs-)7naPQx zvP~C8wp<;xivbyCOg`KebsrTRYONg=Hx7f0i=6yL`4v_VCqKdJEUYlLj&p-cQSG!F zD18wPO~wQwQwADhGdNkeWl*VTD~YfEGs?T!^sLf? zIBqm@+;o+9#Dzb9#9&dY@=+sWuzOLPA#hU%`cQp#)NeV_Lpek?)$5xTGIE#o3?S1X zBSr++i3tudKmkun-=XSFntzPF95>@S`SqrTl~|%Hgw&?87xtXa_vDk1NUU*`aBL~`rShrE zkdpDzg-qR6O*M^WEyj))9vTH;q6|<8s`oytdE$baQbbD$#^+Qw9^v?#$=~4j5`@#A z6YA(-BUXbSiOyaYu}f~_eYbwV>FU=G-hBBzhpU}Ayd}Wk53mON^feyAWFLHw^a5Ue z9AM5(2o4@omQdPHt75q1>e??MQ3B^oFsT8c*pWT<{SLf zH!Gby{jebrd9875e$GOqi<@OqZ8>5wh=4qTAaE(ZEUQ!_^@Y?BO0P%WOuy8^`mJa1^dfO#o|Fxl@`3=C2 zyjw7LR;|kHACF_hCTGEQBxhwX=oG8SMbOl9yvx)6J6wv*0oUw(kT~}JC>s+N}P)aBbv&we!;$P%N^iy$A~i!&JZ z9??jxu(iaP5cBv0h$fz^8Ey2P$w$<@z;38imXWc zOD`iRpT2pHOnG!!6HEtitr8NOl|Q=9*J-DD*s0N8k|surO|=wR_N+&Td?OeuQA+L> zNOw85uNhZt%G+*6y7UVrY8hBr!>P6j1QYu?X->Z}xz?NLe=tc>?1|sZRX7}QVux2- zk(;jnTslB`21~MCG!Vxs*rr4n%RaPR?|sl$RZaugZeY$TObE^Yf-OLeLS>IP{@-Hod;UU1d($V)JINS?XoUg6x?Wkzpwdib|ONtKGFFjwV~bDNkb& zKk!L6m8#TYC(`n2zZAl}!QI8S1b?KXT|Kgunkd9mKHCtP

enVL}qugg9x;P84Yw zy;bj6^2$>_RjL(ZIh>)BAnu5&&Ys8LdnUn^gaOtr%9++$>VY~Y_iTKeX636h^rBR?Q@oD@i=V8U_%2TLFfglKU>Ku*fk6P1$H23%#Ix?@|CjL_69Q z5y4zg@d$(bLQJFbM0uZLLAvPNL3uXiY-Hp>7U^@&WvJ!=BdL|U3D|+P0tcCc%axqCdQ2URv^BqoE_!F+Og67%k+_DZh*fV_`$gqXrDmFg`>^X;TSQese}NEa0} zC6R(U8Q&{@JEyDzze@qolo;z*5gG6or3jF9x-VV^pOL$=azqd^hDBiUL zL=Y;A!O+cXN3xD08pxc1a6&-i^7J!9l6we^ITORVEqVMxX~Jdg0Vc3|M6uwzW6<1h zE1$CIV~QznKJ&nt9HH?&gG`i@d=zupg|2E+z%ri*glMtlR!wj8h^NZSBG( zq#2RFJs&H%MFQB@k^ylKjYeV|*zBt$C~)SaqXlkyvh^-9^6pf^!gr{{-)+6u#SOy+ z88d6w)M!MLQ-?U;=2JYgws6E=G`-GBpQA(Cj=OOov%O?_=VLK4#f16TOmw8GPLrQ! z3gI%dxsnHLIV*(cYlJvtif3Wah5kne-8)6*796BhrN9DT%<{Kd?(K7wP%I@Y(E#E^ zzV?fLNpq*;QLcx0`O(?FAF5#j+?1dmh?5u~U6&zc3Mn8FL7!4RL-)!L(nqS5F>L6uLJgSUs!9fgpr@ZUGVBUr{={0>|I#Jp!P zDNS)z-aM2?&z!!;FJc+1d((amb`d)fVIq|j6%2;uXO1V}|kJ)EU{J}g$j2TJiG;%ye7!3bb5)Zuz? z@meeNfYPw!^ja+v!!*@sO-P9Oa1&`0ao1$xy#(*9eTYZ>e5)3r+p#te1Be4wl;N`o z_J33*%!V_T4)|l2I?T!FbSf*1)K>(C+PkcYXLm2jke&Htm`dkS5ZwPC!{G+J=D1X) zMgyDy)^tG+2Vu%0gp{QD)96y)J29B87tZvMhL26vYolSs(aKwp>PQ#DaYp&ZRBA{m zImZ~jvZ7=*9ZK9fs3mzu&oud_5&%KdgiGsxTz7l&0Z-S{Cl=tQeqvJZHCt z1`YZ@9AUX9Q+~C%R^r9@3o9Q5CSnK(6{t zDK^HsRy-%8K02-m<#txG*qNIuASZ!+XgEnSW#K3NFbbwEoQxLz9Wf`0&661lO(@iL>V7eg6ArU%LQc2OZl|B^wfY@R+jzAYTx3qS zJJC=E$v0R?pmM>u0AvVN~w#$AO0+F?NfI`|m9q)(cuW(F}n0o+A75Zlp{6@P2H5X+078AmXQOxxu z_+sGzmr4f~s{rIew{$z@BaX^VZKTP3-_f0+N)D;5uBN8mY8>H$0~-rYR&2nrP^SpR zDcLtfJoF>fZY^AV2UF9aWo{Ngfw)={HeuJ0PHJeSK>*<`*Qvz4wuY81NUOb1bvJBe ztCw(k-3+JYS8?IUvR=YT<)Lx^nJ%D~=3H%AxD^`n93XTRY#tbvxVhhsH3r^_YXZyO z#lqyHNgd+9&Hm_bu23iD&3v(}?lSHY0L1|4XoA)JfIP|wG_D;%(<1Yl7-NhMnBmK# zidJZ3EjH1lN-7M~z1;e?YGz-bt2)iKbn9^J6~DY3u?N^{k}U08qlr1=H(CAT8lTT+ z$Ted}!kWU;*v*V}<+#hNOliSEW*U`x=tEcv&V)di?ZPRGRM5f$AQs$`JSS$$u|EhN_0Op3DncTGi!aHcSZ zBm_CmEM9qNy4{pX1K#fb)&kEVod+x?GLS+1;$cV#K~PZ4A|(`$$bJg0YKJ{k~z zHk?TuOX)z{l>pwfH_&o#^|DqIv|#bx#uEYb}QA}fnJIO*knBAaV4;cgZqEe@Kz zeoP)NalkZm;A13~RnOW`raw4v?w{u3=Ag68O3?t*DE)1*5}|z<5SZ{@SRPsi)81+Z zB&ahAz#v?K;qlUyz|jo)F|iVNAT+C{o-39zq{OY+I;g?q|)FNsj-^nO(qzdya|9K zDoR3VM$(wxK-^1q0M?33#e)KT{-xv~!dYQS^#E>KOzVjduf+A=G(FG@HazYecQ>^c zqUx%LTh)UbMx$CgA|qNHVP%yPHE^dw2LV3m?Hmpp4hRY7|Jbw%=&-m-)~pYBN$G0TXE(W#1dP{XqG zVaU3Xp!VKNh#XbY(ZAnL&)TU~L1IY_?rTo9uA;#-z1ur7ep#^Qzz;lSc>3|taoi+w zk38lQ@YMn0XVyV%LH6cZ5=+N^((iuBLR%00|uQN(QAVk5+oZ;LZk>8QV4-cFicH!BtU)T_Dj^lS_v8i< zW0OdPafG=cuhT}itCuv`=MKcnyjA0tTgC^NU>ePYOIzg5S-bS^Zk}*vl-5!ne~4ni zd%v@Fbak5t%KAbM`!ej1Xx4fI;4u%~r(X4xCX= zT{;#3P#V8r7TBr5U!~ww_N+p0Bw(JgEic`JYb1LXg}Ng(vS26NN{9z)P<}-#)bTfrW<`3_U_|Byq8Ix|v-=rA$ z0v-pzejjH-Tij5pd{Hu{kq~n(t3@{%B0Mat!rg=`;sBzJYUiLn&MI6WM1^vsm+hCI z+i225eszIgUmN7^|H55f!5`r-UFyPMw|RjR8625+JGh4)nVe7?R;8y#+7Zdx*!)2} z;i3-Wk>dL`^}D-{$O~4|dtv~QNH~6eEF1aXwwn3b5c5u62o>qRWN$I()r2NJNcc>#zFc8?u{BON|3I$WvmzVBF0|}zHS^+rBfa%@7KmlT2 z1)pTt*S^J_%9$$T5QUbV~x&bP`(yv!H~&n3pCU4S686Ld!95I&nIQIV|hmV;=B zXH5Cfs1EzeGG5slL6L>Qn9EH`c#$?4!)dgo9>hk9I}76ifNf_-g~alz{IZ46Cyf;8 zVLe+8Q)}GNW~hrt7KG;~T+&Owprv?-yq8n`$R?&`PhVs%efhaMn+`BKwH+n zbL@|?7LEhuGdNgnLuhRJ46vz+XZKD4N6;CNt}TXz5{vA06!;yZm7~Gnk0EX6s+yl~ zd8-E-FnIk7hjU7H+2r0urj4a?pluS3R-1 zrmF{$&8O|^{9eZh=wkbEV9dh<%wZ)m2BuXuJm%|0B^QB=p`qtsWVFm!1`Y*_PV@4h z<>~19A1li^sfOsO(g$@cZn#$IXtj<`X}}E+gq3~R*hQxjwmJ|r^1AdQADynlI~p)! zaLV;nqx@;cGJ!-ce>Lq}(yIZ)!{JdpIxsWlz*p7)FSOQVy`VDBH>MoIaIAKj67XTG zz6-sJ27@iEGxgetc$$bnm((do26f$6k0uKVMS<}-6hrlIj?pZ027g?#=f!a;j&m3k z+MG4)FXv3^WAoxV{?!!zi{1CfrEdxS&^;}?^{lx`3XNP`OwF+zn=7}Ko@Hio+KNdM zX}4`=(AobtqqboD2DEd9YM5K60u(f#fkis>RmC<DhVbWu8!WivNiC zJP!RaUB*+joA!f(_8p&^-jtaHr>4yn@V`lU5Wo!A8Cg))*2kgq(XP;fYjMWi^ci*` zFFg_f9fT9e=IUQKNCfelki{PgK*rB3PGvrPi@f$&XV_wHlcLn^)M94%5V5XPE=?j1 zM@foygYhj?gos=K~`7WanfSVr}f=M2OWd1eR+4^n-#lVF%Ej zZb&Zsvya7H4~*7$1e-WM=7}t)2#s(wud7N*UtTU$`R7xN*u&imLJ=P-8^av`N1`++ zu@LY{)xsg0=Y1u1%|#RGa$oBgSF{ZQ|1s}ytyB@=83e3XlpNNa_3QjHHw3I@yULl0 zhn5XWZJ!<_4+gv2Qi9jneYfbP?N2xKopPGRTgcTS?=|K-Ajrgsy*;WL%GQCPHuH|1 z%o*7$$3R?>+Rjdz%3XJITofdd17;-U9Xp7GRbMSkd3A1(O^jj=!rf5ujF;Y3hG`5N zM}UwhQ3aGdo*`z56?=b*kNFYEPiz(fOj3i!gF)?TSM;nhk6GikZ{88wjI`hlHTaVg zM2uTbO%Rh4UMnlWdK))9@E9C{gdlfAH@RxG`^VxmTZbyn2+-%H`S@sfT$Io7rWkx7 z^}uDE^Wd8qsOK2!wAp&cn2^NhClOfBa*pAkE?Bpl7Vn!y4pVDG4Kfg6qaj*zNW7h9 zmWH*jA5;W;c-4gLR@|wIgfu$nwY?>0*@;Vj# z@s4|C+}IO{r97C4Xxj629r(h#jCMz%TF;Vgc6oYZr4#SKQJf#I&02 zd<|(q#yW*AZ^WnQ0+Z^NUa-bUN3}o3dTlRqGZKp^+;#f4jdLE7baX!3{qYBn^Z$al zPtW(>cvWKGxtIe^U^K%OBJ>s35MLvvUfwR^9<=sSKYG`JP6m=8_>_c!WX$qTEj9Tc z&Rp|8Odcw2UkJ*RGYe{fd@^)Hdy;-S2Fxm9BFc=@QD&zi4%DEX7`G9^c+n4&R$T+c z+J@N@?|*ZV9`gNen=>K@WqFonj@gjpl<9NpBB=z|2*d(R35fL8Mj zge(g!R3k_ebryt-y)>YTj&l4Z>s&SiE-5a2@-(tO9$)h-zeUhF+f$5$$MC~MiI7(?+wtOP>E2o^aV;v=XPZ2q%(xhrPcNrX&Q7OET4a`(> zv$SR=%6P*^9ef*jrkuRn2~TaCC}2k6XW?3#t<$3@ zT2x#g$Iu|dcJckLgn}LDh0)y~#UFeSM-xnaavQ##mBcd7Ig>+8oygpXct~;;OrOiw z8m4KjadnyCr}hIRiBUV@nV!Des2SoIx(s72q2O&k!<`JXZ_+ zf!{c({f|9iOjrXVsyY2UA9TqCzesG`IYbC@=)b5Ym*J(V8ku7dC5;M)1K;Gecw`~| zH+e(}8C(xAkDy9a($8f?P^`6RR7>d!xAQGf4Q0Nd#oGNn5OVn>TzU?$K23y#6lYVO zI69g@GF1^wq~d5PcdkN|=y~X7B-mO*VGkRq@>Zm2vGJC}$K3Ie7uM26q@22Xm|N@A z_u1~kSPY6Bfu0bGcbT3wNNJr?j~hcfC~n0Mhu2FpD1_qp;wLRW4AEnNV74I!=$6TU zcVcAqfKx_8i|b^!85<$NGfi3Wc~RqT8^CJ_DFZJSxB>}<=F7x$HkVI|Z@J))E~nYi zL_uV9-BoI0UU-?8UAofTEE@!;sp1Jem@`Qer7=+`hKvSr#}~H1*twrEH#VPZJp#&S zC)P|szU5(l0tzmJZ2Xv=2zuyuTY~|isVR{MhJ~$?E`oP~9JVCR#h6n9(#t!%A&Xz- zw@QabVW=9<1$-uv97O!M^4ub3&0-W#|BI-Cy)3k>r26HT5jr1br&;Nz5e1*cDscJ!6Y>$JJQQ8&0<^wlQdD2X5P9{S|Uit>QX_(W>Sf1{lK?#x*YvxXVxN6PyKqiya{!_XFY=ZfgF=;h+tF04?lzP+`9Rbchv>V2qlhQEZBx+y^t!k?w(IK>nxhq?Gpj5V7e0y*z`e zJ<51s6qK7G(3T>+S#T>&x-8M@4AvBVCQy%K@%ko#mLGP1VqQ|*vqkEBBHe{@CFuP| zK;=~57LBNDDGk>@REEW*{CNX6q(9fI&(v^QH7oCqt$Em@k%^~X8ndEPF{Wf-4VR>X z-Ml!vyC(yX<863}z>0Rk&r4d2vdS_w@@A>TWV(@wYM9q+xGM+T){+Ced0jIQS8>3x z%wx7X45(4za~7u2M-fg*_KtH0g;xz0shxiTvoHI{^dd18WNYm8hssK7t^~K(aJKOMGt9d9#;>6HtIc&bImy-zjxK`xo3q=|PFBD(2nNyu!ZOjmQ#XDYN%uMjs&S|#a>izReH zt?TP+(79oC0c;tND`|kygTm7n`y-uUx(e6r!SP;N+f9fcAKEytZc z{MN2up{zdDmr&T>vQ6x9{tAmEYcST};GIg^_;xQfr2fLyKw=6JjNyoW*L;1Kq>vbG z6>6=&&Xku$%E>9^SBW%=?42g&>Q{>3@#MsJ?o9Q;6(c8>vtIU?k*>t|sfEX&W)V6Tf*2Ty=%B6nbT#`7-1z@F#o(&+atlQyhj zd#4q8FVpd}f5w*uYO87DSbOP@rn99pl{UP!oe6f-C!v<_Z* zQWlr*u-4l$5>tiC%gUaJdG=)mb}jTpKFrDB-Xdt1du~F9FIXOxcWmVLQ4_v~Hf1PA zxJ8icgH~DW4ljb5F>|PE)0t55$1Xzq!Jj#~6%u&0TVV%kGh$h1Ypl9-NYHq^r7^dY zEK&Rumr>10G@8y9Qpxt>lD^jf;6W8Y_OmrSgkNZ{9#zJBeJEk0y^2TUAT4nEq@81SG-WQ8Nf5x&(13G~MyF zC}~Q2c3}3sk$zxY5!!k|kRtp)FG4X-(V~0;#ndJZt)2yZEo~HoOAx$ohduxMu$cn; zn^k~xpaP*4F7#D+3vpk<$_2_CWjp3ON@rU9*h*61;d24z=Xxi>e8Zj)MDC^QsbA1T z<9Svo12}Z!1K#EjXOGLhLaw3)z^9|oJx?uMQ$~f@js$_Jvs1oPtOTP(xd^92e7L5T zV0jQJ!L5dOJ^50Kg?jfAC7k1pXulj0Vq)Es$~bO^42DGQBBqhFg2nxn4mK7zQ9#=;F3W(P)?%KQyoaXdJAuZQY_WtzBJCCr{XVkXLDnXwicE@=Z+oT1{djhd$%`0gs|t0?fyJp-X~d0hDK zQRR_ZqLTj1KbSyLUHj#bpjoYNWQMb{iD;JynDi7@M5;?`)-3-By72$W29sl$Om3T#Wh; zz`rm4d|4UiSoE5AhxD7T&=V8uop>VYG8x=B5`jLLE;1iSJFL6`e38#;EROTEYEXEAT=&O znKJXQg3hH5Zcs-UQS&-8;hONVzrIwUm%+k@OdfkW;rhBY*xgQZp5WX2bb7y_xp+)z zO&2C9c+`-LK~%a`Vkpc!PLSs+{t|Ky#+uBcx$yPiXc=0+CqgmP*mwK*F_~JwuFcaC zrH%B8++43#)2SmI3)t zDA@!7(cZa12kJx#E`zkKc(g;l_n5%gNEH4An8aW zR_BFD3)ZLenuD87z*L#hLJxS(TU8puZ{gGJHjrV@w;1yPwm8Gj^O57##q&Eu* z_Uy11Pev0|2}zJ5Jc3$6 z?oqgzj~u<^k}eTdaPQ*vf~MMG95k?qZI*eUqatyu;#~{uf!beaWle339@k>G=aFGg zYv>vnZHMNHBPYy--kK8+va)04VSz#c#o4?^YeU_XwPXla$W6Vy$TOUf z$;y#H*~Kk^ikOX>%XtDAR&YscijsRn(mx&|x+&RFR(i4*DQ2*p92{xQWNxuk{GhgH zx3Z{Xf#L48is-;nm>`B80F8{miua0=>iOr}sXIm*7T7Hf!Y%kK<^n_&nmrpHd~T4u zpMuM1Fh66Z<~`1yYqbnmZmlzUiGVtM%$8d_7 zFiTT{5RhyNgmG)w=~!%#H-~8+V$NiNt!hx`Qu-m`n9lWNj0u0h|A9?c@oRPqeh^b3 zDFN5!>hYH;!l2f#l#eW?8o$Xx^}RJ-=UN40Qe^GolE|n1d%RPtE88hl_?uI;c6HnO zX))R%jgV#Fe9vcw>{C!JNK9RIeC;(}BJVzHulSjDgjrpim1-ScHd%p%48qeiEY#mW zBB<373pFY{z7rW@d)`m8975pWU#tAl3*rKLw3ozp2Hz_g>`za+Su6=VTU9O2OWW*8yg5w z6tRWJ=0zqhNQ4Aj!7z5T#(FLmjwSocd735JQYcG-uuy0?A2ja@kf4nYrF3D8k>gQE z0LJ|ZSfuxxFS8=bO4l4h&jsUZMp%6HL-3~6@kp1b9 zLN`XgUAk?S>=wY}TLNE|n+HEv4q#hvt7OSlr_+2owUUvi4@P~-;9o@aD}Avo)zcV( zU|=fUMJzmXI9>T!nmM5XM*?e{Rd9lKs%oR_8EwW^>D7j8$O?nMVdj(gF2cMSwZIM% zht-CY8!&gk{!ckR>WAP1Mg#8PbspCt^ou_VqIXTn^Cw&XYclx3*AzV{2=r%)S2xV{N>0~z zxu8yHUcdtW2i318F~^IjMaVi+-@@{B!gUOW*T@VQ-_56r2?l(_58DNJ6L?C)O4 z;SorT008~8C*;U#%qf=nO8rPfI!hyt%)`nbDkZe;F|stnbv+Xy{te1KYcP{t+GW9y zMewn7_E~QAKtgxS3q3izPM0v*UtnJPy*L{4&u1JpxNI_ORE*Yd4->?MYs8gnc_U%c zn4S2knuc7?vv>Zw(tpYA8?-!@B`a*lKln>}D9lPA>vIJKQywbvKU9esSP=hJ(y6c- zWrqUHjVk1F>eweP)CXZ9VpLnuW&lk_HAjLXsuIYI`(3VVHrwN*r-Ea%#Poi9g>p^9 zBhU{-Bdoe}iJoFkQ%h5#C8u!#THJjoFx=UK15Tp(C0|N8qP&&%wL$%WQ9WwbG4b1QKxZOZ`62 zeGa!W%EHUw>I-T_JXU%l6^+nClEy@Qc#_|t>LHw#=W<%BIQVZeI=I~MVDNY+~DRE4lY)doFC7YI6$ql zeNN)XT5LxCT?;aE0%Iv;!T(+dhWvwyZM~!iO5PMe(y|t2#7ZDBs4vT^nGN3gnF&if z1e(j1T+6mSunshhG zsa#8vU~hM52SQm1`A@C(JH$UKmA-D2fc7nu>^RCIGuk?1@&_+SVPPCDwwoJ)z> z$2_;OeB(`t4^d$#dfjBE2rf`j0^lB_<6%T|zxQ5fJRMv)vdu#$>zqU!>h3FRsz;W4nUn?Fn-oK6B{ z7Vh$B8Dp1gNlhLtEEQ;%9wM7kv7D!g@Mo z3tfiVD7gn4OWcov(E!t*A)BnKU~>7@x=Q<;hgN-#&=;~;vUdJ`Ha zq$Y~2IdH)A!lUBR1GHzewhRDt*U@$3!j@ zkHtT}2`>qX=t73xc9A)Pb@uGmD(+dBDNe%Z&0u@J|3LCHAfww5^Co3odVbF)Lk41Q zpNHBaZ-pQue#n6|7ZMtHZjk;N0fsjX`kuG-y52!<0!?P1tWRjng8p<2g!d$WNyuBb zsF`UbP%-MYxY!Wd`=w81w{9RGJ_fpTauO2CaV40xkfey~(2Z!1=ncclubfMfFfGw` zX9uQ&FN2yEzHy4(a4SzY;u{T|5Km#D6}jr-|!98Q*j=@#_zGHdn(78B*6W^FpGJoIqN3bHbjUaqa| zPXXL56qR=k8%8c=zA+S%KYj>spk?4^vZVdDBL*nQ1$HOlb~mN(d&Jr)m`YoyySLjY za|I)MGMp(hm$#?;b~m~$D|%$;8SimslKyIbG_xj(VMxgt9Mo}Nju4pa7qaK5@&Ua< z@FUyTrhQt+-Y<50*^k7^*6MAr>E#g&)mZAoa2bMl^mU@{#TTOE0CAo`f{skgNe)dZ zy&@Gi4{+Wl_@2m!z^Bo$l#%9AZ4(8OIdhBK0R=;WW(%TGJ7Uo*cEm9*S#S;UL&v(C z)x;@G=|=CN7pkkH0f3U&Lxl71$;cT6YA0=6C$~y?OtTgQzz{(z-GhU{OxiuO5c0Eq z*_5(44(-}nZcEY&MTKiQtA!+@$S@4?S0H;0#~;57nuN_0?HiO!$klF*$f&2=euj+E zvGZZYzab0YQlegF0m)!;q90Te)25{EVP$bT4nrIg^~zYYP$SU(#HFBmnD4LqUSlSGwmcXvEJhed0{F zYjP>?U<<4mPFBpBOTV_kHR{1!6cj#ESZ6ZqC8r)Vnb4g@>6*hTR2fjElp7us+dRL0 z*8_`t-!$|v;P^=lTg-qdcF7jFUJn9}C;ZtzG8yy&Pq_1 z>(h8h8GzW;2!8cAwgP=fbzsGm{Uf6yGm}GI4{8*M;BJdQM($g#^X_jcqE8g1$+O=>uQ}P zZf{scgdpyAe4x(&HQs=iZ1VWkP#Njkmr_jgj1f?~>F4hTN z9p@6jBf^V=_eQ;nk>*0IlsGR*Dh(@iRJNx3AhEb20cgV;1CHrriRTO05kM$iC*M93 zD%_upI(>*ftT75xP{bYlI^3+;_*;@8T+)g`X=SF4lQXg~mb(pVc!Gwim3}u_ZyLtk7baV$FI3jFWVZ@b>`1Rfbo=GfgdyGp9)ahJf&jKNVuSn>Cqsv4t{V=!-yC z?jdvd(o`vj)3t?nobtm^j(q2lxGWx}U(c{4np1uLw67VF}JIyuwFy8v&NM2Od&B`rgoJU0%fl8-x#EiwdS}>!5 zrI_0Z1!A-)TX)c5{7RnlbQ^j=Lz9n6GQDY>|5yM=zmfw+e8N$*EZJP#Klk%-_(BK; zC$UaGY;#8y@CV5Uf4e``6arnf)f^J!+rf-v_cgHk#~Yj83jq!{3>ENq5KWVY!LcEc zB5Lv%ds>V%5O#q9;_@oazT#%xR`AvMMX!!Ahp ziDFmBuoS??d8EbGA|^{ol)KiHS!)k=@R$)8)fie0hZ{(6+g2+n$7`Fq^!Fo|9QYaD zNk&zOJW)1d$=zU3Ktc})aLaGfk zqqUgq)_?(G8uP){;pSnrIrLJ4w>=9{)T{JRRV>W8k&=w=p}5j9=Z)cD9BZvDRJ2-& z6*JLX+jh>Xc65PLtSvp_QS;9FI1NmY5_=rp_@!jVp5uu!5j?a<3*_RFq8no5Dacn8 z$+2>*Lq$a807Nofjg>OhU!*ATz(T$?AS!J;3Mj%)K%T$$S??0d+l62Y`u9FtXgJ1Q5N373mOa!6r^4IrIFfPYY39iA;a9XQw4w$`et@*iH~KT9Yo8sywP} zuRM^f$uAaxwJE5A@FX+}YtkK-N??8tmA`%x2Kq-$tQq$Y7CfJv>A!>7ZIDf@yYQaJi~#_`3RCK$jaE8p!*l0!_o?~FXc+y-QuG+`q0i`j8>(b;$^0aZ zKxK!8N1hDV+7g;*3=bphl-<^*s!*f#-WHpHq&%0%lUJN$%Le%8r|wB08d32pS~P_% z?O0(}2iZy%xy(i@Sex&5P1sjzt1K`e+%qnlcd}JE-y&a^mpyHeNeNUNUF4l}dmdct3g^C^qA20l zyV$akmRC!&1wILjT@Pf*kPgU3_Y+}eu$A@ePEP0V`MF(D{9>{>myZDIC{4-ii-k4z zW8eHsK;|rO_P_QK!$ryg1 z$2*n$H}oHVr3W?X_qC>m#P#d3PUsYUVuD}hY2D~}nBm{`kyu)aIZDsrEDZ-xgd?LdjU zDo`=n78R*PiZ{$a$>}hBU2+=Xy$wKbSXS;BMn3yInlK)YC2wfldHt$thNh@Ho|2B` z=`4Cfu0TVy^=p;tj~TiiSZ@G|S6Jv51x6f;O&MYOkr0htIr_#KQ|9s@NsCojd5~Ws zj@}|!iPoscV!NomUkl+>nrzb*KSObz0L`oA_juzk#cURf^VH&_b!Q5h_g~oEV0gO2 zCmr5;@7V}&GILOiNQlgf#}6hGga(6|Mxm-3nJ9>XiZ>#Z`UqUg73*d`D+ND?3OnnV z0~UTUn|hj7C!wXTEOoR~4>G6k-C&_9dtoy55f?6oaQejp==g=pu$AsGg1eN_a8!r3=nhM3%!OY&+Iq=73M1_R#sO^Qxt$FiYB{qgt;0=z~>7 zWGium3X%>%0`!_(22E?r+GUg{^H*A&j%n(@wAILK6BWkG@E;-&3ZMHK)~C0}elCEM zM|*{!5>?gHa%(KYQ`Z%OzCMLr>kQ}sUCB6BiT6X|6K;3P5#<+|kO!*tJb9@JyTv?= z@AwWQD;FGS*|2LyESg^>6b8>FYM~9@05+H8^F{CR>V3)(J=GQG^kV`G=&aJ`km~18 zqPQskC6})aNR4;wa~O2e^yv()MFx&bq4L0=O#}8kGHkb@Gz;am4ZRzocqO!JnTE$Y zw=V-_0R=u zBLK7N%;(y)+M4W0$Wd@VTs4}V7R*d%xKaZ^gab_~w_D2oVM1di1984)aGibSY`C^PYGi z${Y^s{f`F^Jnt#r^U8W{e{P*iN7zl@JDVO}ZD=8hG(|~$ev2b6%xG$uu`=5e_W&2f7Dk%hj_g6O8R*#t#)pa#tb^IRL!xV#rRAJ7+kx$r^k$p40%V8;> z+?;0m^LUTP<>o7#N?;@{VkcnJ#I}f`&wVjx*z>;%W>^v+LnbQeIwsZ? z&9v3^z|3q9KI+vtE*Fnn-ZIpak*K>(Qqw;rvtAHK*w+YW&vuf+k-^#{4U$4!5^2ai z?SP!Y+=TmH0E;MMBKmltz{|~{CRcJg0lSd)0c7GYcz#_*G=zgqX=u)|UZIjDk#io) zVOlHSyUdBjb7sI-s+_FeWNQ>rzr>}61L!v9nGpgmjGYMHw-RUj;coK9EY$O#<7H2! za~KI!Kdz!)6s8z*tq#y9e#WR5`s1})`Mn`+G0g1Os`4AqD;iZ9O5OAk#FIodP6bP% z>Z2e{k|vu8yf_Qd4fog4hpfq3nz^V0+S0fea^OZnJFr|C}Wtl}l{c zv&ByfYw{D(c(GcidRaDN2EgDmnkBWFUrl8~-Sp3}_l9EhDTXHnqIm zBJ#SlBVU9;SagV}==V}E+J@ISnTs`1XEcF+w~de}X-;g*|7E~Ia8e1kUD=sRu>+H%oNzp9mPbtx4m}pPy#|!@ zrH!+eks41M$r#d22r4y)52r%1%;pkv>m~`!b2h*Oa}X61WbN4?n|YpvoS82|2LFZ_ zE_o!_7P+2VcsEH~@hDZp%Lou?g=&I7b%ojHxURjhe9~QD8oP5N_GX>v&wd%XgVnzW zZ~a#)u3%UALxt<-F$fZ(QffobSDiOq@)L~RX*K4QB7__ zYE)_ng)vYU!afbzxMo)Jb0*}~gMtfHn>j=P{eEifG_xm(K}i0n^teUjAWPE=Ms<_r zEZEKke3xgMzpYp~ije^gJUq4E4rC+>ApvUuIGwwIX-pz}icSks5~GP3B;As$AnX~2 z3N9MUC@7Ptb?a~Rz5VDg%8te0J^Kn@jkYYVAyUorcteNif)Tm|PdlN)mCDA2sxk*p zjmlTm5e$JFZCD~&xSrEBvbMn2A-Kkt^Lw=XBxR(vq&O#lc`JlM+^XPX+8fOrnhKXz zGX_r<=eF8!ld3>opH(@Q>VD+aj<=gEOVM@~R$bu<;eggPaV;W1MDM zptdF!^V+mXKkvB*vs3O|WhBH=**FBIKk`z3gjA!PtLU$Foj6@u^5EV4Jd20zG)gn@ zbgpqhX~k=BSg%2Q#jsz5#hNB7O2@skUEpqvG`oZ(C6U7Rb*5(*SYkT_kC9SWb4OQ= zj_ThB+xc>yG}JM&Jf=|Gb#(f8Y-58F>LKkh;B-es<2mIyD%Y-A6lcU&2854;3f5wB zxBc>Rk@Evj?up!QsrRmvFUo;OSar!M92zLx_m|$A(7NAytZ}kj0Ms_}UFH z!T@V91^1J+T1RH5h|xI2H$lP#7_Li;g=cfI0M0Rj@?W=s%`f!V2%A6{t`0&xH|Elb zG~6$3-4>y}G>3^uYg4)2f#(b|8=aRvNFPB_NmDkMtf@vTk7pppZ{SdzI}U`_3~Uw# zoL@3X01OJs{nXl24HZ{*(VjYPo4y4rDv)Bl=urjrUrZqpmSE%)6%|=~_jaJL3jH)^ zxsI>fn@U}?66diM896u<6IT2NwNN)Awvv&3)HZu`&KV8<2V#p)Kmev{0sZ3j>D+ix zA&vJv@tQb#!>fT%j!Ko;fYwovIiU%fBp3vfk**w0Ubb#MC>sJU1_)8N9R{|2X{{NH zYg<0fhU*DEou_Lzt&6 zxLKSo^};*5;2eja9~xBhp#g5J^3Sdg%jlx;@j^^*rKFsTwj?bx;gS^iW{Y91_WGea zPju#pbZ3iyB>=$63#~kBEgKV(mF1}JSL=cdH>N{BfT=pM@bVU+N0Fa0tEg}zmOzat zKW{mP4>z{mV=9ryE;*-e@S+!_vI&|~Tv2?(dC#g){FV`~2XL9S15K=^T?a*?En+io8C(*juXH8#K@1kNM>EfXIv&H&Wu8T3H0mwG!R3LcJS zcx$vDyUS^K2ukl-v4@vpE88_bRJ5i+M~KX?3sKwMB){XJG9N= z{|m$$T2S$g%zMEC@n5_uHvz6yRc?^QBUG>b0nTU6i@bybP?W#odgFyq{@9S~h1o?t zk`_0M4hWeg@e;R^1HA4u9Mj!IqooAu;gic1wfOND37A4QW(7u!U!-;(RnvL zu^1|G?L=eetj-0-1slqy5yulfNcYpvBRsqcSu2*xYyQOlz-7?E18pCUEgR5VbnE0@ zi9uM+dpQVQMRRJHXH?eUqZYZCVGA2?3W?#BGpPp_sMA^^ro7(dPK>ZK8a)Oj-*%r7 z=@El@VnFJQX$J;Wk)hg9Ifg($}U>h@UId{Hw1%H>O{VxKq-N&vHz66zj0@hcBe-1 zW7gR_ttb?V3k>!OiT?Gh{7s2q;SDZ>>hhBqYnrHE6YNdKke3vI6?E;G6;f~y0td+R zO*YpofYH_xZIt+()Q27_O9vfDza}ZNHH^tjP6BgGkngJ(;Gc&Y@FWw*Qc5kn2eBEF&)`KzTqR(acJOg5#@ zKUDP_cij%)+$8CVJ&dy2u;8$-Ss0dP(=L~j#K`-L(09dp4M3M0REM{RfH${KIcwo< zSu<0cmhSgSKm*Tl`O=K^D)kxI)}61Gg`?vDL}FWN0yVNb(i4$(4!R;u_cMh3kEj7? z%M32sttSkc(LC{*0?O6M@n1!Y31IOskH;C-$yj(mstw}sh1okx{5V-BZBM~ze}*bC z`le(Sg|_XBj-uKg*^~@I^m@?JkPiF{6y`SLU7}W8n1$z+6?q*l+>NqgczUt$HCogX z;r`2~?*Qx(`W>ojnUcrXS9FeQVbt8>So_!hnxs9i&2LDPBGG(5X=KmA?W4_-@);bf+pCKBW%A9t!WCnmw?dPc*-0rk++L_? zZq6QC6>WBK>kwaK;Jl_L*rWQ-7hvAM$)@R<>)5yRoH+)gBPu)IuR{PMlc#ER^1r%JV2DIwg8~D_Jx4 z7xo6=XgueMY|Q1ait7n>zMlqEDp@qK`0zP!`7?~g zL2C3NDt|vkb@#!7NwRN2?QtoNh1BpP`AF3>e#uUs?s+rSHRJZy$%h1bG+DdmM`d#t zVoI4bbu5PJEl$qk?Y0c1>rYhK6#1{{)D5FD*E;mr@y?QvAYXh;1mmVt+>R7eKIKe| z%XK1XhHaU*HgAZzOIm+%`9p;J7Vi?!AgVTkb6Y+IBkp-C%7!Y1hvs3evL>JLS^{;? zhk}t@F?G#fH!!)hKKh6%^60*fbdZ#oK!~A@VTo#&7Wetpi_Jl>o!+ho;gt4CSdP84 z>Zq$$wOwMNVB0rj**c4 zkHNy7M*<3j*fWs}ymA}!)Ev0a4J$qk_)qY-p^c-Gua|%*%mOOR_TPk~itmjbX2+hh zpml;6u6z{2YBsX8-Ud9++nWC1lMaZd# zQhRs>BH3v4-K*ON+T)1VTV!=vOsTlcg`u5dSwAk)a&-8% zy74A$kaVxTjz)V4uJ4#C;x#^5c8Hme653OgiYiRyP_DuE&2^#bTITxZh4!rz%);k4 zx3Thc$BL&-l!_sASNBhM;v)a=ia(t|x{+$7xql6O5=o1BDh zq0~=fXFiR+SsHGUQuf4O%8>6#VGNp!K@+ZV&;V(%93);t9Z_@b6{yBVKB)dC8=i!< zI&rmH^h~%T%9o=YA=SeWO2de3C9rbL&_YxO6=-1OxAZ>bP8;>)S_nZ^xZoks$e5l_ zGvmz1Bt^t?#GqyA_9(wmdapZ8TZ>^+rNy`2A9rA6-L|)7LoZ8*>~K8*!2b;h*)uJX zd#9N8U?ui4IhMFF5(Q8_(xxV`<^VwR#kl^fBi~{MoueqP} z5i?{8Rp@frsS`O}5@d+ybNP1lt`2cFjjF3eyxElw)U>gx$2@lXocH9DNK_GFyK z;se=_$l-utH9zIoUeyZ1d95JtW`e3l2SfKNEAog;^c0P{d&&tSq=tc&Hjw_e_)5tc zoaoZvC+C@M55pbNM*ykP)SnOEH%X2bSS%ni zA^@^htirO$WB#GzbHE+wgtPUnyqcFF_xC#cL;FI60t}J*M0?SoHqoRY<6=1wB{`*ZsqAHDC~ZwR<^o%XU*c1HXXBNpS@DFs%iX6_w6MN{`WrX=tKO&by&@5T#s)<$GDg)twg zz%2IJA4vx45u}@hFpxEuiRxc4-)|12VelH&X@~A>a1Df@J9;rEkFW*+UePm5J0u8X z_)Z8uaC2as??%j{ki}JpdsjNu>qA#)BaM;&!chhyA?({tu)Cfc_w9_)ks%I1TMbEz z5&1Nea}On$5W_}P3qHbT#a8r2w`_$D!r3*~tU;Wv8b5(t1=t@U^)|r5g8Cbp)%L7Y zq+Yuyw_$cp-Jw5h2q)&8o0?9dT#F4>FH+@YV`Se3l8yrx)$pJPrTxs%wS$XPPB? zClqF(*7($rZ&wjl{bY3kd!I(f(14q5F*_bDjdi)2v{UZ?zDZ2&43R4hKWP+$kpSL? zCTJC$62DUGKxKEP35igoNxzmwVamumU#)YlD0a=*8&IBt9b_3+HLb(~%$+R}%!r0T z&Tw!RN`X?B3Rvi7NrH1`r6u_%j8y9C;WH_`EhIk*ysN${*Bm>8hd|LE?AMvPplot` zvh@p(mF%%?6%I)UG3u|+{OGs9pIn+p)y>^;c*&`7p5(s39c|3ylj`v{c-?5r#dZ=Y|LlIlWidvx`pa$dqE3QsY5$ zZ(CIY|HtV+a}25^HXvNigsmlrwO|vU{f9no$5RG7MF{tF=5Iu69|od7g-+(Z$tP2oXK4e5b)T?g zkT*gTP(BS6BnnwU8a7ZT5~xYc8VEEk#E~oFwsYsR`< z=y(k5m(a1sZqs%AWm5GFROJ4(Z;`(teppj-0PJQic;WV${+{Q?`Y#rqj<+aPDxI9N zi#4gkkMQai3Jir*#PChmFvEhji88aRwDfe&KE6!zf{#Le$&=Tr{h@uZLbaN$4({PH zwoZmTNCmo55kSwYIZWdPFK(t_bfTYU%c#eL=Oghv#tjVwllB?e7@yN2JGzl+c_F2W zC;YOcbAvePicwKC^e~#iBj)_l}_>55UeL(cs&8fz#XLy1cP(o(85 z!!q6G&JPaQ&N!dq7f4S&9c^qWomzDlBd!-F4$xGPDUgMAq%@%TUZIC&5GDPhsH{g8 zy%809Hl+Is6|c7xYw#M-NjG5sjP!@=wZ-L6W{k$jB5WQr3iP!}NlSK3bjw`?s;SU{ zro6zV%2FVe1Rx7?ZqOXwYcMD76xmUS?8n5}6$W@^3H8E*J6ck=FL}Wv7DlfTQ-v4U z!IvWMqgXhKRs47^p!ZP{$P9_#O@#{>O?vk^P`I9{VKa&u){!8ZzhCn=2|5oR!q5G+3(A}G@GT}Xt{)0HRJTc7E8fsm=UzCtL&}NHcz0G6dDqff6(g2-{S9%fcNhL%)b9csopK?SPgc^XjRnCWGc38B#a;u zfphOh#Z!H(|28TcK#=4dC4|HT3M|`;TES_m{!DO!!7Ga%{nqh-VSW-BjAEd+_ zbp`Ma0JO8?KGz9`&(0EA&D1@k16yk(*D43`D6)!F?*HJjBa=Tt8ZywU;w@lDPM^UR zK0?)KuzF@CZN((t*G6?HkUFj0Sye@=RB{0vqKV&V_O?JF(GyXFbS;&lZB;jHgXGGN zi5VsXj%4#lr@n>bAcf-K^$M71B0aa$+%LPQuMnP<+3>h8FHbtk-e}?E5IF@ z@&lO@yl@F-5QD66690ao=$@r{_aBii^ETyVP&-9)x*49AKi_?hKXmC z05e#vL2Vw-(WVp7aOL5z%ZrYKQWGC9{ptYQmq{SqK50j~(F{dWXhUq1t>X@F zdB;6sRd}py8cx%ON!sM;bQ3OWY|Cv4yK8{XMXiCG8s4sswHL?kk9Xf!i1EcSawkBp z>kAuTUT8k2pA9yi-N8mjx;R_JY?so9g7NCm&#^re1_C!5m{vgAlkObv`Qi@i-FoZpJ@RdG1kVt>y#K za26sjb%HHbC=IdVIv!eQ0{#~5IjME()jPaQ8S)GMkY!73n^gU|Dn*)PnIUxO-pi(8 zQJ@b6g-LkI5PbbWNe-e7J_K-+l+k*$nBpHJ0I6xW2km;i%gaK$ELSwZq z*!N*#lWZ!KrAkUipsSwVaIPic3tL8yv_l%igKATkA0L|H)5u13^$#A~K>J!$JAko) zMYMl22HVlU}hBj$D0lIFTLjdcic->TC{Y1i}st7trxwpxK z!8DY&;TL)~lSg)-y0`0Jw_<5+=WYUn%V%T!SodGnf`rZWQtO_kFHL=dd2G>3+wOs60p@P&*<}VRMrW5YX1Ni;@htW0Q)phP1)+ zwHuCCkwm1B+zQr^qeN-iBH?eldlTs1ry|&tO8}31DBduF7>}fuxTZ;}il|>wo5n$^ zG-sP;q!iU&S|sFdqMZa3Tkh!P>V1;^EZbF_%c`rrg=j=zXr6ZLyXQ{-t$phvR}R@t z0Y8o_=uW~mq<`5PyuJ528}hU~PKO~~Z}<($EMSQc9XS7HCVO)AAWzo9McG@UlqaU3 zl8S7DG){*Uu9pJuVepoHalG31!z$v@L3_?SkG4n&(t9I>h}=0} zD&>$%;P!b2U-ib*lUwvcTE&X8l8qHWC6O4yWD5Jqq*h z*rJ+5QS#)VEEZ6MUi>6-oaCYO*H##?gaq(cC2Uz`sd6Jrd+5ohHFgBRm^-5q+VXV2 zEE5E{@xO7QIMe$g&+0qJ1U~>oOkavlI@KldEjklk3zJDLAiPJ-IO)WyFDL2Gk8;=I zy_>5~N6Z)GoP8>y2a~2y5GZ4d%0M#exDuF5`;s6meH*3}Ae7DU=F3aw$QDOP!Vp1C zeEL{gpqsJPayr~Q%_P0QY25dMmle+)VvhfM#JF18q3qQgJpcfpp&oa3D4V&d z2YZopq_SNr;dG>>*EzDJQ?=m1bf{7UQ@n;o`&WN*39KUs);YeY|9h3TRrb2AjzolE zf=(rk$FXXRx-vO;*4=6Ot#Z2lx5^Np67r45v^_hG#NK!yeCC*{Z80FlfQ&^i`Lo?B zxX|wSIEOn&_N3QoecLl=O6iRLGI9W&a7+b8>g;zNTvxeihD<% z+lpH}R|o#t_wt}jp^~u-1ELY%NJPNb$P$I4 z%_aX&qkJF%BN06uovcpNMrcJ4RwDqFOqJa{F7sDSOcBXGR!Zj`iZNpPunhANa<+0c z!6P><_CuFI<4z%Xnr+N3nA81pWuP{~KrZoF^eUf=Ya1UWRsHo>S8*BGIY`dQ>g72z zQxcpIk!_KWmuxm}a&k;QW07?bKBVzs#>XzIw3E1+^K^K2Wi2!6M(%o6XY!lH0S8< zDh4|Jc5VUJ?P?-WrxE47e9dQVHPIEsq*?SC=+_x*DsioAY03`F>~+G$O5&zyAQ_bl z&BK@^7YwW{G|)9HbQha4LG24>Inb#>=!8eX0DiWhX{_}~9EJ9-X^b+f)vjo)7bLlUaoPn2?Q9eWLbJ04P9ZjPinR4)?(@r;A@D(2R}yUa zyS^oLHqDbU*aaWuBo+Nq|4~}KeIqsN;fLW0G{=bOfKP#jten0@!79-feiT&2$}VoK_0+PRZLpGYU78$?8SD-~j2@W`843~Hwu8Bfv81p3_q(Y8MY9;yO zugtRW__#M8Z=D>52p#WfZ^X?++N!1qQA|0;cysWEpKa+V$wVv{Bh0}>{6(4=(lMp) z;Kunw+3OxYcgUwT{27RK>L%#)!?Zd(BK|2gtk)v%r7LWMmVX3x)N2W%I$>7!6BsxI zlrLiN*|onYOxM~8newI|ca&4})ZD~eFMQ-}o$W1D*kUJI@cm-}(E8SIF5W@{QECGp z9~LFsV`uwT@)tg`Z3-UB(hKczn>d)rfyP5v>sigtg?YINeVNlUZ2;*lVUN1of(6mXhI4syw2<%nq~#Q4^^;Xr#(UrX7oYxf z0Ol@?6${;7xj_Z-idsV==UhtCgp@XrZEVnC?~X9o{54$n_0VN!$-#LnbalPk(Jio< zAh9Z)HN57U!@k&Bl%bRUph|tbes!l+P?f#P-|n-<17PNKs3VHo3EqZ}n!pGQ;`Yj; zN=Ed`k|Q~|UbFw46@$4SgE1rE?y8zp?s#%8fz(l@54(gWO6Vws_n1&wfWc}lIcvho zLSi#1$>&R%*EQF7WqA!8s@uV+Ff*D?HEG-z6me9!DVHAdrI3J7&IqZ@{Xo{_R%QD- z7;8feRrU16Zy!Sb7p4Yh*IL+J$wZ*9773T4Eb&GxM_K%O}ea}M3yO1)nOtiMC7A#V=>_Kul`;Y`IM8OEJrt z9v!eQ;vo~yu!$26%&l5Mkqt_mbz#*sG507#s9hhx`MC+Teh+&!yz78m?!`wE zbCHqd-&wiUlD_;2wY(LtwfRyL%eHF)?Ekh?$Y@-lQ_|QJ@jd*FRZ}`PFv64jo7G8D zcS%UY1)XVa8(G)sL(Pt<3QWF6(a-FrK%xN%ab~cohRupIUQQd!NrumMALK_bFI`Tb1{ zl92dWgI~5p+2bYK`8gg*JPe^!BW}CdQ4=nGEvG&9sM6g}!E7&xW`%OmE*;N0$Em() zNpXBOfR-e5?MRWPclk@2%{n)1eqA%H?Y;t(qmf9?Ga{s{caqNOGE(O)h0~iE)5X?Q z*z>pHgg)&Ft({J~sCHXk1o+;1UM&ScGej1n9(9^#E}sKR@FA{v2-(O^Kp60$x+i^G z5Sx16(fO3#z;%cL43%)%xrq78J@laA@RZ99K{B11+`<2{sN)8KaNof@nOF&LWE}D2 z9O1gI5n=4H)T%&yORFhcAV z)KM@O1S}~PW0OuG^vnp5IXcqES@&&vHK1`e_hJa2F&zNP9p-0|izA!XJ4F ziz+lTu_(c19g5W4cAHLHUeAo_0`Y^NoR%g+GU*iRP08U@2*C{@UPevm6+qC!)|Suv z8&s=2s+Ye_<h&O(P&su-7~!=ta=BcV=;G_$B;QaY>fmaD zlD4{%GPG3>W1yM>=r@ObNPQqXdt+)+a#I0Zt+2wzY#^VJ{K)Y9E1uxQ6QN_oig|fD5JC9(9rmVGCkO@5>wz76~g!g~p3(i9DlLVwj?=pAkjL zu|!bwZ~{}Rx@X`S3-`A?)v9eqTqe?n59b-Dk{{f;I4XFT(EEp8T8RLZOXf?1(L`Tw z)wvHbDw1-^?sbRCFCe6t!c$3l^E}o`6(B606pr|-;hXw=XhgqB660ZSOR1^IX_Vsk zMh-GQ$MgSL=Irhuh%|jT&$L_>(Rcjw#+6~!yry#mh=)!IRH&q_Q4Fi$fP($l8b&Sk#u!hNkRs$qJ6?);yW6hb>N6mSP*XA zRGPrb`$3s&&YX9P5aHyaA)t)AoArVvtnUe4DtVSz0|eL(ok|Y}Ud0#u^Lb01Ib9R{ zyc;rLnL$y1xo*&qnGF2g#`P}ORkV_ucoJZ&l(7M%;H!R-3=)}^1Y9t}JE%c1D>V@b z9k-a#E!3rwPM}EsTcT!4Tj%N<1Y*o&XIQMP*tdfNO#Si?2ZE%yGhJUoMZaUDW=4&K z@do0dfKiTnuH(A_c@vu*d;)9+z@Z?p&Q`j9Q*iQ-O$35ze>-+`TY76t+ zBgKP8Q$4$9w>P(A%AN=$(3GwHbBmu$e^n(D!Z4{cI_)Ss!jpTed4ZctT{yC;w@#YY z*m0}m%3T^J2S|JbO*Lz=2AcID{ED>URHp=%r;qi)Jy6*BPu$20_cB{e7BHTwx>D+w zrMvL&Q{S59R) zE2ne7ISbV^P<`WNmUz5m1Iog;{(*uKnu}DWo5?Jd=Pq6IQOo58a z^Er|Y30M6M4pAIhfxVEwBX=(JRpLa}j>L4M z{`;6=Q9Su4*YYY-b)V9LJ8?@n@7TzA=I|=jGAl#mr=2Bh;|b{AA6qnfvP`sfV5u*{ zD6<`^O>Bo!@@{qi z{qXjiNigZossaF`)#crb`tanj_{!|>Uo~Sq)V+Q+Oz`&B$|oLPe=d4azybn1fMFp~ z^|>9&P;24~v^^+Vcb(|Erc~lMTyR&jX-$-6&zWl{b*Fj7b?xO7Ow$*)d57M0^-ips z5cVifkap{{eh5$0YC^ngU%lBd8~;4uMVW!}p(R}?zE58A-mXIwY%+`lT3i`%G$p#? zFfObYYuHyItvO^t>?enuWf=M!5WvjK(_PXmX#o2fjmRizq__5EXhipAKieRj^C!!7Sc)_^PDdHw0E?(A%PzZY2PBfR z57Ak_idW1{F=53aN4vRlZS|l88A3xLFXifuXX1IdQ zf8qLed1IFPN-w?Y?h>*6H10Qrlke#4%ECM~G2QXH+(a3PvST<>&n4F~WUJ|_rSgAX z6~?;Jf&+sd%;Q7MsD)y!PzTw9~a{XR-E4G%teR29@t}l6HM{i;oRv_sn3=J6Ra>)e`lu{Y8@}WJqM6U`& zj90K)6m-br4+~@%GGSD$X_pA$wBi>FJ5ytFOUhDSC2={3DG>@$vtyCiVP%{c0O3g8 zC(1)O2e^ya9&^EPbj$iRF=WyU8C|Mz#U~u1d?My;1iuq38SoF0cgURGkHbcKES!H1#ig(Hr|VhaTJ&o85tImV^09{kGNE z=SAzMyeDkYEV`R4O*wTd#FCa@9RD7YbC^cW82gXxK( zF%taXXF~4W$$JLnf`(DdtJFa!mVByumQiemYlzdWY#R4t2m%b_0LXSFfe`a{U9WZkE&kF<8B?4! z$YKXF)yfn9Kr-TOq^q#}n)Cgv$`sY-2a9eaq?7bJF1uYYU(&i}J7utNcA`qod!~u0 z3WuXal8@68I?Wrt`4QIy>)Ekq^GLoWM}R7595T0Sa9vC;B;b)`qm%*6HAeRHkBbU= zYMk@qenKzF4AHR-d2d9>Jc6t?Gs0lpul-KXY(@*upQe9jo%q8T0MBrIkx1G0ims_q z>4hSw&u1gi)=1&8=ZkX|UEega@#%6~25A7?V%w5tC4!&6l?*VBOD0mj4eIbh6v&7y z6R7R-C2uo|&A|z;e52whQ@~<%DK13*qbOmx*Y2xXWl_`B=%Pl&2sKfS8l`0*`zaGC z;CZ0b$^R@&wt|q&EaMKW$*o^yH}b)*^^A`UO`2bw= zRo?3Dq8QBag)p+_$r$zBKD6AqJB_jg4tW(fJVi0ykkPK9_Csr$yp~%>BonXa3iYM9 zc*0KFbaBa4{x$1?qAkh9srEIWdT`QexJN?wX+Qf&X@#f2enDzV30RJsP6|rIk zlcSq~$-&u>i9NPHYAD$wxA@jl5%dx=JyCM$0ztzRwo)OA&DO7OA=Jw4#SrrsGs8*j zuWw&CK{77Bch~t;S9~^1>R{Sk=$rny=43{j4S*gCB2o~ksH05@lqZvP?oXs)2|@88ncsLPKnNr8#$X6#;G!;bqa&)p)}2=oqf;ghMP5k zY?js(Zq>*)l?r=-LEgD*(FHE&2TVYa1m>p+;N)o9SLyWj@4w+-=Gr+2)n9fsWzZ&< zKo1JJEBp9_Qn?^2`bI#PcqpahVzeR@gg-2-U;kpXWyT_*>qP`DK{C%KaGS*dZo3d!r_ zAd*O21LccZNf(HplDeFCse%K)%e`*P5I|f3oJpIbF9lPBl*-a3Dh@K&EW}|26(rN} z-DSl|ugN2otCd!*sKnq%7a8HMwqaWaj;(C4^Y0EH&}E303pxMZo**D>mj}6IE&4~6 zCKCIEvtFOj92yzhdWgy-8Bxf4AzEO?uPptixN`JiCB9BEvLQ908@qhrTUmR^ z0A%c~av_v=2P`|)@xSqkr>xn1w(HnIz{0X=59PGuN_y&uGH;xQ9Y?9S&$=D?T)Q|! z&#dCSj|5UP43?m~iN1cXH`6dcfjyNIPJM}i_`Jvcl+QAh5v0I=F6yDwb~ zO#W?(E!0TPzXpg>a1oZN^;ora4L_i7>Qk?E_dAIFoGbthZ)ih;2y9SVh8%%J1FNe+ z(^WVIVQX#*`Pff}n`zPPea7jYG#{!gHyPwEC$VzVjx}X!76mc;Y@!*$m7$V6hSYAX zBr(yM)r3ANDi{!+RMZcM1%WY`Qw#gwE3TR>5W!tuT<@`soh2H;BbMD8fymP^`xOgY zR)Y~m0EntLjr4xQlN-YO{+2JBQFS!LSjg| z&6irN?o~7=?1XW{3>7Wn78Th&Ms8UAgzecT=h|bajEo(X@65Q1+7xg>`Wv|2sKH>L zs3XrAG{FC_aWp9tp3+#tOrC0=rT zAMZbauJYyewwgK@sd_QmQtQ@asOTKkJ<3_1@JTf+3DnflckRj!3>*p}EGec50r5iV zRquliT=?aB@~Qmm{+*Zap-IOCDLdw71vgKcq+ak25XAPCt ztxF!>5v(dZ$GtUi08r8Lx-$qq?|Ee#@JiCzjQuq)T2)nSbE9Nk7D~tHJJI;WlCe5h zTGXUMxUC;2|L!2qbjFwD8$Mbf9c0DEYOeJ#ia-xqL5UpnLCr8_`ZjnODc61vDGJN< zI%6_^L%{0nDv_rnE=qTkVq`AaZZ8Z_*=b@K1Nc_RC41=u_#}>v^@#-__r@Bo>5y;H zaw_#eWPhgldx^9(ZRO^n2EpY`5CZ}3edu@sg}|vl94Q{*Q_L3PP%Vc0hm$(boA8)% z6vd)oWC>qz{_{sZnqVDk^JQQKfV_3D)Re_FnYl^Sjg>B6N?dP|nAJC?v^2~NUK!ey zy*&jXE{&a}#3~mNw};2&l9a|OU(JhMBfYV;>BOTn5koWO#jGrOZjw9pT09qR;?vrK zQDr4f(W>*TjT38$@A`hPaRX2W0d&u^V4I9(sBr5lV+u0)A}CG>_#Tw{w^h~BdHPD& zMX6JP1XJyCX{g3^WI}MR{!9f)mf1rMEINKG`(a}`de-LlfrU!3;s`^qiW27-rdiT|&qCd=QL;^e(otyF}VWrk~%&3~^loexc__i&k&= z@PV~NR_1kGd*Zg-Ee7T*QE#X=`W@PeDE?IPPeRwn zKy*eI39{4X+ZJ*C+G1EM>xfHCa8EDFq>XaYSp~Z*x$^0c~Bl zDNy=`G2!VX*Iw#}NX{M=-}J%bU*&+wajkbUAit>sa6&5KDC&z2-&!fqFD}PYo1QwY z82oOQ%nM2>MVD&s?O5B}#LRY+n)e6HY+E%Jjx`Zq4oX*Y)3!=saS5KBfCkbkfo$@j zh1mh0Ww#(M1kTg0YON^~SOuu6I4+xW3~lrso->gIq#6k!hd6v0hq{bot(}`rY~^aN--_ba{00 z{sk^bE-B`uS@|T_q~X03QG|Fy&K*b+gz6N<$16X-*G6$R?JBvcG!OXp2;7Q#RC0}J z_2TgiqE`lj-&os|QK_Eb@5=#<6I+Wr;Nhz%KnmP(>5;Lm7OAbQF}g;q<=wimMPMS! zjyAtU?wzQZ-x%1f#N37yP8R_k>vsMGakncD*;z3oa$+?)J$}?k!s_aVzScx7vr=M8 zf}McFa*qmO|HvKP9y%*&Zc=s|Nl!`=@m8H6B2*J$DGF|=qw(@E!d~3Ygn@W73K+Bw zvXG7A&{oF$zhi`m@aP~m7kX!BeW!&otL+3S_3J5Zg1UDJ9U<0?sdEheV9Or6c?NZ6 zO~t)7prs4a>|+$FazX0tv~epl~A(4rhJed)x~$N2BCb{ zxzK2_tV{xoz;yX3C`x<&;8ax}>h!*uv)Mrs2x0Q*t*rx$|Hif56C~TR z+*y=nCrEaVGpqWrBQ}Cgs|eg^vDu~`A56)jwa~E-5^zvHXGs{*tymQ{!bOcpQ%uC^ z9F$qYa!!%}cMB}+{v?JLZHX;=h!fH*@zu!b(aQiO6o(XprIT%Lm3X)=JAxjeI@+a- z*jLt+Wp_X}LhfxM()}pn3~JV;&Qm$bw!-)TM7J}mfcDIPVJOsU@+`@Cl~@V-wu9Ef z&dLnozW6C^k&>l%_==1?N|kNm+;$TTM}r{#DTGzr&?heEwSg?2ih zJJ00R)&xCB(c3oK04alvw0w7>83Rc!#1vzR;q;PM7leBX!B8}6-+aB=cq&j`-gyi` z9VU%~3dt&v{O~!0eJ9uJanfj9m$a}$FYk@yUB-^Sw9iZ&(_s*e>fP~Pkrf0dpMyf@ zNoI`ECNJGzYX!t`o1*qTA$FFHIM4nN{WF2-8i0Q>3T}y5FME_T5`f0ApVy_0+XTWi zhg9D*@xxRRFKg>^E?Zjq{wD12U5w(%zY{02`RFT>C@bjA>=64ZcM+}yM`D2+ra4v~ zK9mEyAQwzRn{7wMsaava{E{xlvgH*)Y{tC63P<&8Kc*o^RJ&3P2%AP@s^IavcHGZS zvJFC8)41Jkaq_TJP7owI7S$j_h6F)%zGn(*0vfPOg^-v)|q~tWE zQ(pe4rjCBucQ27GZmYWAFWpo6o9hVio3^w$=%``8jSSCo+Nh7ACe!a^bsKo_NYnsh z84(~WFz%IFJXb8%N;dYTNF=~J#`f9$Pxwpku!%8rRmAr&OuP^1SJtw#Ohl%KETkQZ znxriZ8?_9)Ws^ERGcjp+bUd6aw1(#f0!Se_Lw) z1yt3nQ;Yv8l!u`8ZzWaE+HPGy&C1%5M`%}E)4!sZAgCvNmdeH^7#{}2Z5liyvY;HU z6`;F%-XGVd>WuZz-blFNS6R9n-doSn<$CNs8z~C)!a1@sfqfvcP2?p-wc|mLzcZD*Nvg81wlF%emJeckD!Pinjc|Wsp#nO*eaku|vUiO-{J5bN z?#(8@BE2@+^S8X!jG(kj%ovA8wLFmlUY8$lkpbz>26{TRfCDJu%1;G7F^;p?Jc}0( z1=;fj4jw(q)LdI??^$@+mX03i8bDUxGg*apZ;j=c=&k}$H>G0B93dLQ`t5)kg44K! zX4H1e4jW98;9s)G*ls{8saWR%m@N|@85G&K(QzmY)UD8>_4a=QjlYf9WL6^Ax}WR(cqaw4;oBD$by0eyN_Vt1vYtU$n??bz%tjBvt6JG$YW6ShM}*v#Are;wYvv5>jq zBg2j6-J$c+FtVw8)di)dhAjrxg!cD(Gn_-aA0c4}A#LPhQ@e-;WTb|E+!*pDL)nbK zu^UUKU~6&)mA5k|R5?F0PT*4*sXUwj#1Un$lb?y$dFZDcuf2ZRcP~S{9&x&xk~PaFJy~(_HXzk? zzc)2%V%KSNpJ;g+{gV_vM2xh+_SNviCu8wb$b7?XOZjpeLksoTHqnm`Ba0w6D?t*o4B<8eoig`P?BcVbk?qxIJ2|>rP701V9V9O+_fP# znt>cy{qi;w%#R`nr-4smoSo&Z9lG{UjZLig--AC5VRCbhb;*{~)bLX-rC{1&dKJ(? zMd+n%k(a|FX2}pMXPY4rA=ilGP0_QKIC5_DrctNjg3Cd)oy#F{z7Rev^RJ1inr-838g8kj-NzbJpvk0YpSW7>!QAUg6z7MSe4p28CIZZ zW({d@dbJtrnbP+a?gEo_i@6l)b_TgVBDU}eLGCaxGz)us6W=DEYpiII&_B@aXHm^( zKbk>UcN%b_CQx%E{Tf{Zf@Tn}Y?5URRevJ5}|yDL40~j1}rk6Sl4+XE;8ke7DgY!oi(==%dgSBtF$xx{U@12E8xN^5u?8Sx$l^6+XV9q*u}p185r-=9 zn5Z~K#=ZEs+Znbl5L5rsm90S2J7+6eR79BeutOTQm5ktEpOS%6SE_Ygm~B)-d4qM5 zV^QJ(6uNpXFDty6z0}uk7~RmIwyZYQ1JhV#->6 z2UlIwEzNM|<^gCW!xkH1U6jFt`g(JI{T4s7<(G7t6qHnzD{m^NGR98D!3g(lCDN!O zvJJQzr{jx2FeoA3Z^ndx3bS5-d6gYT!Enu$i&BlM6OXvdHUPEORf6E_^DByjGE`*n z$;A(sFcZV52dIf7-)k2{TDV2*losIwwUTWl$OE4G(s=O z|AH~a3_$E*c4NzQE=u4@_(nxCUnuQ-F=i6D`@V?Bl2KdMgooK!{|DfSTKCxk0Xm!f z=`w=j8Wsu2EDOYtXxn92vQ*O_!s`^MWmuJF>IQf=`Jw_ux@L3|!8RN@_?$bp$TMoU zm-5Dtxwg#aKs$XX`w0ph51AFm{o^-L&D=m4>R6gN(nHwL5Y@eF>+QrTuvugB4Ixzkg1~8=8VSyue~ZsysCC& zb?yyWKX(fmk3Lu3#z4xa(xTVOOnVR|#XoNIenSO!5 zY!1qQ;_ba7t*?;oDHr@Q{eJ^v2Rf!zxP3VWzL_9if|pc1!-wH~C>@}E>zEv*$-?4l zoHIte8W>h|MTaXfX=laI-PoXu<$6TJ!J(UhD#S}bF?)7dlUF^$?5DGZCG3d_VD!U` zcSyQA)ML_!n<{de6%{0q=W0*dZg&)D^+gH1;B(NRy-JK~%VE>x{cPXY@vDlVauf<< zMS~-w>*If$^C#{FWaZzQ3vLpEq`SlmUA9x!(6Sluc2b>Y7B~?Ux@h(p5G*b`n6U*) z@NK#9O89X@8AE&08ei&S@uLPRdK=P$uEv{}b;8ou>({YrLD);ydQ-6(M|zA7w)ugJ`s}bUk`R2&ZXnA|%bPtid$1QBs5v?e}8*b|_I7H`7c#YqB{8Czt z@5iCluQ&*PemX$+^8)9e57`|(Q!ZcpQ zU;x2)xeBDEj^uf)dR*mA3S^d;3U_nir1n+5FFSHOg)~X%_mySyoBntpr){^ygl7YC%FL3d$5Bw`U;%W`fXa(7SxQTjw_7 z5t7}B(lBv4#7mlr$JAN^4k$=J7MC!6v5v0k4zaN!42Ni?7}=anCq6u6PD;UGfZ0|G zh-6`&HtI)o17!OLngW(d1}F1CiP;sH>GC(ppP_lXucnwA&A9djH)NAZOu z@A(S8U?4Zyj-NX1gVG~No`pgZ8f2kJhe$XXqXi*{jofkLNaFH05EW!gaHYPfm97sW z$s9K^xtin+Gz@!QhPX(6yv7_52k58cOgfEI)Ps6)R}z4~r3f^);zV}`=$Y%8`894=aM>BhR_cYY#o$cq_T%s|&#tT$-7JlK!9gFq zM9x7IGsb#MF#J}&kM#=BE!P{4zeKB6qYripC2$UVt~g^6R+b~aw^y4%)YVknKG}?z zTGf#d={GaOjaPq7jA&*TP8HAB4EQTr(5~Y;cb@{LdwBb%D&az{BMF3eLIkI_yLf_#cqvFkKD{jeP zlM{vN!|4>1F<|sHOf5XILe*^4k+-Z%L`E4f_ODue<6AV}gp8A4=H~%-DfDY{Npm`o zy&38#!a#^(>MZm&5-|E>#Y1X;u~SKWX*X&WAgkV}sVtBcn%=xGZ!O>oA%Uc|I^hHk zQ^<(q&eIq}_zHt!cuQ1euMT3L5=xlb!%R#^-iTXQTFk zLKP6_uK%DN4q_6(k(o03+6~An@>Gal!gNz3g}CF$EygprkSicDp}Y+mhOJz$Tet})S4}uAB)hv>3&Vpw z&lbst+Wxhz?o8!*ZI?W_%-#g3+fw6l9||~S=*FXYrMQ=7B|1;PLk|RBOT(?VPNk_? zurhb;+(vu@!B)EvJ2E&1LT3Jgy}^yW|8o}Bt2(cB-QPDU+=jG^gxFX{LxjOGmg zk$J6-Y(u#m3V{Fk)K=g6i^KYU&Z_HqYXEkEj}6HCA2w98hAop5n6JcQ=QiUrW2g<| zY&mfHzm`%cs}%4yynHR8=@uOGG649mdl!DsB(XyP zqHvsV`GSdCOqQ}u1Y~Qq=j)l0(Nhys=Ssp$o3G;kRx+RIK~E0GW_hHzVPxhYK;+L! z99|aU%QvxXODxWIXQT{dAzjjm&9%G`6C1k zt9zop$()ef{>veq!|oP|8f<5aw8(oc#J^l|x%dWIg4mB$+)CJw)tc7^VKl8BWdm!4 zQm4U_aH3($O9bAXh(q)hEjFga!N%AGbnbVtT!(X39zNKn))5?lXbg9rVo)DL-r0@ zs3-%3Ja`dhY;!epd11ggy`ALaUac8f#p0D#$(Y#?_sc@Mg;jdWE4_Mu@75x&9m`IV z#IlY>{DhxP1-nvgSRsiCH3bwftYss|v^?*6QT#ByxGwk_JxGr3RCv7)gB6vns?{&N zF_qx3S6HD!BbOJik*#|!u=B_y&b}Yarq7;jQ1In3V1@ncI9j@1>x8+wE?YM-tUMXv ztPZQzclyRpm8DZt1vX12=#^y5$a*4={KO5c ze)%AR8BRG@36 zk&hdCj8=$9Uz*5~Ft=_jZ{M%)U$Y}k($)czJ8m6w`)|8%+4|Q`qW^PPNbW4g%|w_z zlh$ir3Je~R>2kYfLGk~4_j>gEl2hJ{7MKf zhN65g-LL8bTEoXud%x+*kxo)y%ECI2U6&X?C&;+O>j)+Cmsx}??FS%Hd9O>ZVqG9A z78UwaLaihe-&5fI(YDS;!xH%CZ(2v&DR7tYsvH&4Eq!a7@Oh}UYJuE@5(`Vv8L-C zA40TLp+eJ65_VMU#mTWwa6;Fpt$ga_(U>@+;)D$JGSxebW+#>rR`}l!kf|lCrwp?N ztCggVxnv(&mce3%`rUFVTnUyy>=7z?`!8b!DM#wTNx~6wA7#}c-7o8!qtF|8U-)KP zK1CDP5jf9Whgj~)czoeuMkz23mCoSOhFlwI(vh!aTKa*~Xu>uwS!2=n765qqR+SzQ zjQD<`vBcWN@SZ!Q$C_3M0I__BrYX#6RP07I>hug^ll3*PQ6g8*xIr{T9vFs6V)ZD# zUv2AK>NGm@G<Iy`1iXWw(^lb+wG|uS#7w#q~!~ zkdNsqvS_A`te=vF{1hjHr!fvohCoeZ)n3Lj#$0W9|A-_KM`T$Aq5osaemz&*vXNUAS1W$NpB&VWSag2ZolZ~An8$)2Tdr46%)V>A$OBcNPUi6cg?lb=9mzuL{a+2& z1~n_xD&*di)GIM4&P^Cj?8w@VN-QD7NtW&pr55& z^~xpVzS<*lT>fRx9#;&0v|;~n_-~O7!RXWwNv139`b!<{#3Q!7oCuDQlj$)~5N|du z+&yL7(Sz$TXxH6n%I011WRi3#(&1|^zN%%(S#1h7R>I3{PyI`-fupfgkRBfQN#s+- zt><(mjasL9ROqOUDzu~m#=oP}-O)Bq22Me<4k9S+NKOztEzA#~GkTJ~5PZ1gF1VqZ zv_UL!w;hi_J+D8d2w`JxR7UCs2M-?ml;=GTyV1pC?&Jo~(5@&RZB7z#%NU*r@Jbes z&LEsgD!W<&kt4Oy%DZ?jSC!sUXfPif(Z0H&SHs$xoe29t`rE_y3|5vs1qW}+pK~$-U+^5XnMp}#|jgDd&D0nW=1D;OuVdvUAH9K zNhsjzdEE}69nOvSk|RpQ*q00@32Io=I#>sy{$i7yFoJ8wvgs|H&Bb_E8SB~`@WI-> z{CjC{qnJvsC!ne<=Y;8npF%UN3B!cL#`{trq`0EM7Vuh@ZHQE& zp21=$?*y5W;9@c|0Il1TldVbsIcfICr}SNzM1AgI-I?1?ZQY@;$uXrdnXl+P?tZMr zl9&jKy#&GzyH$bHjw|a^j(jKshn&!1Zx9+i3Cml6Jiv?o5PM()pw^!zMD4hjT~2kf0)T3|&ZYbeT2%`p(-C&#V+V22Uq&V&1MYr@4Losn0cYr`P(v8`Uw>L6I$t6`_Aq-b--%+!*Fv*Y| zaCm`8K1nQA`n%Lu(&E@2O>E$z2|ev2sNbOX!=Mbd{N{AfYGp*FioiK#LSrA(^0EcQctuq;SdWhJjOvt zM~$XCC`DW%oy8Ucip)r&U1GT1xr0!U4l$Dzh}3Dv80$N9h1TGp)lH zE6gY&lbyIiBM5jTI=F*@?kxgEn#J%__7<{!FgoItq=f7Jh8^iG1n`H6!Czd)Ndr*D zamk{SN_Te$*lg57y(Cbm0kEN{a9IrPFyOz^L1GzpF_7%$^))SX2O-OBEl0wecyJqd z+DQlw0L#1O$R=brxUB!2U$Z15?7gT12n~sQ0O4r6c`Yu#yxbDOzx)jGV`$6$8Rvii)~0*2%1@ zqFd=7I9?lc$m919G)+lQDw9=X=AJu$)E7|&-6xh#HT-r-tct3VNJl6E)9tn0p(Eh@ zz@INp4gag`gKCYB9^6JW=r`F$FqX}Rynz>jWmT4Ui%jJphTOiIb$`$a`MEtuQIcOe z2Sz7cggpia9{SMgvw=sI9<`B2kg`A*UR?z8UuhPzbLcM3-$gmEg0I+U@mW*2d+_gG z0Z0@^up(FsVbd;Qm$&%+X$i*)+YQ#lDW4t8OTuP&jBj)o9+{?-xyEXPgs~I8@OvYt zUaHBXK&__vgv|``%d`n{U2y>6Q`+(lK1nJ%MOS2!i~y!Q(o(24f@6tN29rEGm5kiG z>un&HJiuI3>zsZPCT;a1&Yo833MQ)gi|LpZSsP5K?BSGwq3Hb>0oF|G$-kc0Dm{X3+@pq9hr(XQ%0fs799i3tdTgs9f8s?r1=~oJ3_9m)C8~-WGSGx zZvUiNNltCIz&T|UT*^kN#6z+S1|3k7POZ2S*))r)7YA&774XbX3j?PN4J?@~8Ax_n z3rwD-q4j^~W%<_1Br{CKzncv(;Z;r2YKU5XLRVqvNHa$7p`*Y|MLN?)YU01XKaE=M z1$3#02U4kdT8xKR3m zcL@A)JI)}py@f!xNAI=`5$5URc$h4SXQgSSffn*8=8T1ETaDmTi24{N`6Mb0+Pc4C zu73>{8S&*b7C}SyDx0xDPofh9E%vU+;Usu&AGRg%nNwm1XQlBa9Gkt`Rm~z*kVv>A z6fUBS^TCl%kWv=xwC4Q4xGQSv#}1QbZPtL}(6d9o$p8eZ`LJfZ-^~Z9I$YpDHZ{)z z6x5)}Xz(B7Q0*j?Z*4wk+#iII8Mhjm!D`EqaD(7qA zWk`1hcxRV`yd*=#b4;B>CY4$geH4lZUMLi^X}HG%!^Z*90JAb5OAy{_v!4$Nxftf| z=TG(3m|sQ>1*vphm&a@^EGz`!v~Sj{X-mLhYr))CHeGb3Lqd84KyM>#5RdiaVx-r= zXp?6eh;W)ns%eK^V|Ml^N+@_2*X&W`4nR}W;jN%1$dWmZQUqLQ0Ms0>8jO~+a~fa) zt%)zg=fe|dv!|;a9`eznV|AUwTHG_(cu{8Wg}SOuaiIoUv+)#io#(n}HbxehNN$Bj zq_UD(FL)<=_8p#^vaBIv66hAvuHjNf0U%hIP|XD#0fB@#)bVf!EZzxyIL%kUWpzb5 z&((Df2DV5UWA5_n>U6Pmdfj+p7^@D1!NJoc({nFkhR>Ga7IQQSzGb1K#b^Ma&M>J~Z-65Y@<;s|@EF-;&8%&=G<2y1?W^zDM0Z5ee4sn|%51@FW`Yf zO9sSddIKLN(}+2Vo>4D$63qv(0Vf-du*9XCsDu`3H3b84WS2|PJn-ZhfJ#=*(IY9* z^W|OH7ChhAH%U;7&Kj0CDbpT4n2yC6)NXedS8L|l1n zL=_er!4uY^GW!X;rQ+b`j?l8V?%ze0clOo&W+^{hNE2yyMB!zS%1Rb|nW1*e zGk#runR=Z*i7^>Ll*oY$Zyajfx)6O5Uu8;qa)Dive$&I`@tT`sTThUK7CDE=%SQA` z@L)sJfFZhmDOdCC0EN2TnZ|iAMrj05xkagmhNLI`9TDPh?gn#>&Omt2M%5ik9L{5# zi2Lv{r6f!Fu_0pr8}ni}u!w)qZf!TV{|7{Zchu}HBpEQ21NtQ>;s8+1k( zhh+9;7ruYMF#166$Hj|`krCXHx1!`PlUbKe0T@zU^Tm)8wG1Va0Wz^VT|RAw7ub(R zkG=+(jo|k*=NSSApn23XI+uah&kYrU9?^&QA^W9~Q*Fhp7hH@GZzuC^6v9CwEH0ru zRT+s1w~nJs_-5WMEdvnbNyBuIrMM#MH6g3PoAv4MmvxgPG~>W9%o-^KBTd(?af|dz za)T^7oF(ko``QF`C>5_ZM%%(s{^F*WS;#Vg^n~`Tj->;O@qF0x)V>T~0|+EytcFB6 z3Qt<4O9u9TkNUQ)Ld3A(bt)v}T;fjE+q=%Xg{EPvV{rX(qT(=DGed?~95fu4%E1SXYdM@1t4)PKu|Ai$Aq2Iqm`o0d$)2Q_>Qg6CFGUTD$u5*LkBHN*y-#$ zkmJSd@Xs<@hF!lUK3#Fl!dCam|Exj+apG>oCeneku#5#~$PzX#nVptw@=cSNgV%VB zC@aWncP_#Eg~$46v8- zd->SvwvJ*Nv#;IEHt&~Op$-Km+>mYXYlVUV9DYT{n_bC?=syaXuVg!Y?C4<2(A*RM z7kwog9VUl3%7C_va)dZ5hYq!&r#MuHmIYm>m1^u!)PmPNUMqhMw>y{%C~EA!6Y&-zuZUZQJ>uM)qMY@K?%*nw`{TSL=18cdW5|*&Oh-Sy~fD)ZVbkGMO=IBU?5Tvo?x51#pk&-R@LI@0> zWe@$MFDlRCzeSmT7vb7Sa1Z$VKa%x6|SSW)D{bgdBocO~=Qn_BZL0bu;y zo2?2Q8}q$lPEMg9t|R(O4)}rpj1T0w(-LiVP>*x$stwLceDF%apu@6Rp&_IvMl5po zQKvRM>GzvHdOpmqGARAWLO@J!XnN{y#W~R;cIU}idlqD%05L$$zl;|YLxpY>t(FNh zOXr8aSse;&Us(VvCsn{2?ad2UvDs}x6v`l0i=u%%7aa9nd~N^{CvsjCOxn(1-GU|F z?D!4eufTJ9Pkt4yxo!a7tN^Ba11&v@J=0YFyF>R%l4Qe*C4NV(o zZn}KZVqFu?%N4NmRr}wQ$P|Ke>oJ5e! z=D=YSj#EuMCnm;cntxm%$Ah-uGjmh*NH4tCVkl8P&ap)=hqLygLLsFT-<>%#j+=t% zV^_VJIqhFOFMyduc5uHz?~Q57(dE^kSEBDAA7h(JSes9~tglbuunnh=FMyMsGCIGf z3J~NfYE|jo*p%rGO;-Q@=+M%i zP=mB(<-5U6Y|V#2H_bq4Llt?@#xG8 zkb9cefn}>maGjsl50Ej|vK2?YXaz?mG5MQB*1EP4Ajc{gCrQ}vpW~o*;b9bwT=)|r z`YNdp$O%DeDm@9= z{sMvHiC`j&(@~Q9VE{uIus|)sS+d${)Jap(WWBFlr&rUmPYPf~OG{1K$Vf7ot?BP1mV)tkIcEV>ZwfL=!I4z`X)4fus23MKKIq-W2I%C17JP-guH zHNE1N&o&Fp3Knl?XHY^lWqd-|5%{M2R0_uiD9GK6NqPIjp4pSB-VEoS0r_w*dbv%; zH;uKj98}pPs4E$v2Qr9`wCKsYG~T4;4Y%?sjrd-+JV%KxNLa!PEt9A1)1z%>btTdl zFl1J#SpM0hh1JBeUSF;pYHX07{uSO^&&Jo5=(0SyFs$AV)3PCHZnqGjd%=%|u$(G+ zYe1^eIat8_XwflWmd0(QbmjY)1Xhkhh0dL{Sez3y$*;w*OmaL9cSc=9*ReuV2Pa9# z)5oupI`A*&)MGRVhZBYD?WaT?DF+L^aNz_$hcg<`r6GomZGaOCwLp0 zoCb|5`YVKMY#VnL!p8hA}y@u(%{&~AFx!w{gH_HFHuPB z6qz>_JchEGz^{xU%H3L zgoi)mE*~1yjhzP&tqFHi13MqUM1Gzf{x46=e~*N)IiEhm#QmuO1El%3*^#V1?~o)qb++Nd=_qj$DejrZ zO+cbk$Td*g2yv%UK~cEqv&mNppI(KHXxz2E5LO{zKpDQO!YE7G^El#2YppWx7T7>j zBHe{DK0tB3x|EbO{pq4zwzq<}_U1?{v8L9E21<|4O$jZ4;l+yu`I)-16Ga)cvoV== zG3=~C-4i&n8_8`~r%ovoLM@Uw6C{I|rr;D2XN*l%(5FbHs%^1*dam*n1Lz`as{7he zbAo%?+}5NqP6)&xY5{9I|IF{h_Nccv^Jey8Vq0J=Yrn#vjnEFVf{>4S_Lym?N}i(v zG~|~TQd;ca)bJ9EovX9g0rDgcple&G89SV0VGJ0+_+hPm=BwlU$AiWrIm$cxv1s8L zf{7$UT?AMc)5G`c-$WC6DTb8}42HlZ8MbN`@@J_6b+#>F2d=zF?U7*sOtq_1<2Y0J z(FgYswz6P?a>CkIT7ye!VRAm$?IE)uku#|nc9%$Io>c3XX@#RHwUD+0C)m$fa&ZUT zCK2+sh)f8f+6WJX`V}lTjehJrP;TOhJNi=)qb1=s{^}-CvZ*nCicupN$FP;1jGMD$ zIfY7A(|vb=BX1S`Z5Y2W>uHOINeSC@q?2sLv{h6VmcJ4dK1Ct5hy_itWsuo%xqO`w zc~a6faNez(Dlt?PhUVVidx;87&XiilQgABD6IB9}K;eK>Y{~!ys^bQN$@w+tDZURU zsCl7g-p5#OH2?mMm`42i!%=V%*h?|99x(2WrP|*hb382{gr#u@vX~xWX*$za;vQtH zIN*dSU7zun`@*Y%l}uAJ0}vqhf{ZO3C8)=<0V=YilwF0@LvHv;_7xqz?YW#qP5)RD z29JyGi{fClPobh;`2%!!!JuCBJ0Tk)gSU_p)H$7res}7gOy#|dqIqYKaFj;bRucgC zEmGTp^|{j|%K$uyoW}JnAP0^Jjb~W))48R}djseIM#|5quBRqzv&T7SA=v5=&T12d zU`gw}?x!*crIX!W&%eT^=9=5O!VQ7502>n78O9*`InWWN0U}Uw^eV_P6~L|Iy||+# za82b%1ff6!=9W_eu9-$IxbZtw2DliaF^<8lax%zb0(V)%Zkl%`UxOPW#7f{lml5og z@&_TsX+Z{6HS~wcdRmY5$s_&p)=n`+%I7IZT<;-pJ%H?XQ>)^Op)_JL)FRrI>cEcC zG1k>!z(P$(0=7nIxj_$NVAk;@p#k99DUTsh z7v{%80wp}G?590P!%*E4Fk}>6>z2Y^XOb(zbJJ2Pa~+YuNiT+FzUAxKpN6D%*1~y` zD+ulXxO~XjgR2_urF5wufpCC|V9iNhX~iMHhB4tq$4cxV)}|pQ=#mXS58=AolWvgP zQkrpS9OAJ6Hk%WYn@0xL&kz%F2Li2%ALOpZ;R#T7BMx(-b4UZVRveS*;I$d|*9ax` z`xkaq*-y_e4mL^000?87gkMkHT<`%Y!382sq)>Zp)?Rr{T?Bk zXF)L$^XK@%zOgEiJ8p|xB!aJJ`zyhUtX|~)U6?KL8}>pAf7P0RL8EO2^dD74(~k_r^rJ50=&_zrUX}u;Dj(r76~)+Oof4DS6H@O= z(=CA@F6(s|%bxySaYWb?pv)h8nChvS8C(-v0Z7n>dbRd_^XAKgbE|q_iJ7_6Sn&?u z6AG}H$~NMjPM~N^;I8zlE#3(-C-=uRj|;Oc0WLh=rqtd05_g3Skf42j&?DQ9&Q2O( zxZ$xwg~8~v1^=NSQX874Xhx0Om%67WRmVa~@|Xdi&!km*HmOn7ssZD>|DNTbIMM*B zQ~aZk@X+LGNM)F&-gFRqyT}>OE|hBaieCsXKZ>nI5_pGdaPc1m!DpG>enNLFIXp>~ z>{6m_YuDOUy8RcG=jEg~Yy5Z6x=^rG1)8%*aq%QX`w}U@AOc69oA0-}7E6dkt})h_ zqLGoiW^nY5CBq}tnI+W-Xyziqn%z^|h8QKut=<~h_-MMmZc@tbow7fuuk>vg1vLRx zyz2bxmLbb$7u9^Q=qkj}|M8II$!e%ra!%D7Mu|t4gs6okb4GHG1XUef4Y*8CpreM4 z*~VHAswjQ%)@50|J&#pd#24ynDt)q(Rtavk{WhXdhck^e{~3IbZjOR74Oa@739gB4 zV#2$Fi(y&i+0zqk&mOEK77{cca`ct85a%~Px5^*EK5hjI%WQz7^V!kmghZN|c!HS4UC3z^5zxm%< zvPRXj;!_KoO&=&p%O~ou~?`WVO%fw)48fzV_Q(^=;BXAVB;!kg-OA9m*2h+B!-MU2fefuDG z9?*o+_Ae^D-y12z$+dlMw~)J9W{s8*8iIMczkBr6v;GoV5|_7lCzPX1xcy#NdFxR^ z`sW?jLDYdV!?Moad}jj4sWztF+#9c7E(Oq0hsL2W5=eNv1g0WB zTwm6zbw@BfmpNg=2+p1?$tbSm$(#V%&iM(?En)YNS4XL|mT*{dOOow`ABz=FkYlJsUZ>HV`;YH-IvkcEHD)7I@^ZqPM&(CXfC^fN|d!wcge~osIkuJFf zT0}7FGo*ZON(39!R4TD$`r0M!;WM(y0E<}h6CzDma5VtbD;?4CV?g!3G9#jGV&xP; zS+72n4VMeM*M`aIOAk&Pw5ubpxubcb+Yn=3J#O9R$XHld@CiYpC6;Me4e~W58}-CE z8s1*ua$0KDIay6$Mn2Y16o=t)$YL2z$rV=7C7wbk!04k%ezpXSY6Yg4OR~`2*$XMA z7AYgWD@l^DOAE$2-_3&3SLIhMMC(**gQs|J)~ev1IhVv0wvwD&V&R5;un{zt=OeP= zM*LS65goDiIhPOT4$7VPyF}B*)sF^OwpH*fcAHJLpeMY>N21OWQc{zT6wVZ&12Lkc zsdiq{021vi)mbXo)MXL1d5oK_fQGrbgG$%VxXqeP8;xOw4TOXV=6);$+F@l^d=QmW z7+mPuBMnizCo1PcoqmEfouBq?^+@l3w&yz;aETkjl{RsQ9)hv{05_30Xe<7b$4spvC-={Ue`n&GnkJ55Qn8r8QoRxAi3n~DU;{i6A&oTO z0XFG|EGw1AFYK>6E0mlzaaFcg-e78ytt+#E&IFij9?O0gKyQsq<$2Jk(G*Il8XOYq z*{H&jJk!gyt2v2et+n565`wGhHGuZjCEU}U1|wgadC@5)l<_9|8DSP+yv5tzea-)Q zzRaCixA8q509cc(EVDKw|2CK;oiX5X3}~f_8Os6}v$DOYh%h~04S>tD49b)%2*ZYy zBt|u76QQ@6uG6r2Zce5fnM^icAv|(N+n3;(yTBR>@fWx#k088x3^f(;bH~$dMCukA zxLCptvAwzilSPizrJ?$q^5*$3Dsdc64(P=EdhJ4YoY6L+-K&RK`3&5)ol|%$)TaSD zjwIhtj0-&L%uv*Q)r>(kdGT;=(^{Vkg{#rnVo(VGnb?9~q{ZO{^gw-;TWu&+jss7J z(p04Q&;gCX+Ae54VPopH;hPQW<#l?zPy~9pm-l$3~rVrwjbVYQOkwY84w_VGa% z(ox;0z@3WxF$s|&|9VF#Ao&T)5k>U^hyUQYkSftNRiDo>f+-l>a$HTcRxrlE0e`g!sx?imE;#r6;_oocdae@C2E>I?kafz zk{SmiWb*lv3=(4TfR)?g4AGv34;Mw9RG=xbn0n4exy1TfV^I)RguTB`~ z$gs#)L}YNdtE9V83Vo9h+5v@SyXKs6DpC^TFDqaYW=F!Y5h@+$E@>_h{+_>WXD_1v zq1Z5FY3F`6b7Z#}Q3uA>!~rU-%cE;dt8A^q>)=uWxl**A5}w6E5V1<6i}3{7zz;Ew zz=v*_w_A<#ezxMG=o!(0N7|Z2YL^(+)QcE*EvW*dW(%tgTE6?N93+{3>p1HjPo!(& zc6gjFLC)Bpi)Ab%#od^m%?OPWZs=kAy!eCqX};S)=hr)jfz32_MK7E1=p^XFSX6{= zBmfMrC7SJV+=sq5K&Gu2!i0-f0VZr0u#*kZYf%MXaVCHqpcl2bH(En2fZmr|=iwf< z=)}>$P4=JSCb;Y`iRXM@11b$a|Dy4oWQ&ppjw1wwcW z4IRHfDPDl@n-bT{S4{%Fc<`Zxh0MILP{zP_KKrR3@avuw8R%(Fx*gn|yX$DV$;L7# zT#RVg`bDh6tsplWv580_OcgA~ThQE>tQu>I7{;*%ZBE#YYF_|axO_!LwJKpvB*$pXP10{u8iD{Sbe$aq*I4V(4eSCyb0^5zkie0-moazr~- z!uIMEt3Xp~)Th7i0^aPHT0@z&+AcKYklZ5dvZb)bxhUw;(^GCRvR0{mUQ5jw zz@;u6yN`kt<_y?cQUzZ6h95y^dkeKYpWp=sj#4>TC3teA!QQe`TFx56;Q7g5je(cC zd;;kCS+>UVDeMu_YEc-qZ}_!f8OWqZZD{x35Kb>~A1dkf5`r^t z!Gc_AvBMZassRufNo78Qk*DK3e>njW)683vYD7oUwf9O@J@ z2=_r9s#Up4MiHHQ zlm``TFT9k#v!&cv45`C}rfK+uP5G~q<vjzO%p)U?v-3-TuqT-oo(D^6#xwEp_c>a8X%dn4* z_WlcwfINw&pNjOm)dyXg^zMy&A{s)jkSTI_YtJw)G^KxZt|gb%&*SqC2loB!`gHfEblmE;MdKmptp3 zY=}QeHBpG_G?KTGsdX~UGB#2{Z=E^d>biJmK67QDwkAS@k+_olx^ktlPON;)r$@|@Mb%J6%TPrzclnn-PN6fEAfwjeEJKQ~vs50Vq&r)*T~~oD9&|Q7J_=P!Mr(8JZxp&vLoTqL$(<^&Fooa_;YP_x;Or z19W~z%}6F0lz;@9s&DWa+z~HiXzegfea>vo*i60TY$Dm0r2!p+rsJHO_){xrfuA^G zJ$J^~4V0M_q=hD|<2JO62X=O<(GW6wy%o~n;Jms^K zVvE$#&#|^%SjZ!TW9@<>mYk=kc*!DO?!E9YG)z)HrW0mu+p_nU=RJ){ypG}GMXlwc z_ZO~It4JaLY_l0NDGVU5VWvJ19;4-Hw3g5?I6*bb_Ma1IKjyZ`gt08mlXAAJg*ti!-iM4w@c66$gT4`Uov#KN-oWcLT3ZZB)7ec&^zx^Rb>TIr< zZ#uTAkscO_<27V2%hQf8NZ`Ahs#3D13XrM_Vnk)vmYq7r&4p+6Yi5!^J@mchrg*~S1uWmiR5;u~O6oZ(h zU_kpcwmA*JD=j$&L;BGaOQYC=XhO zn$)?|F*?D^!(dj4ZHx)=&&jA1^bmWHNLaCj&>8}#$c4aMWZVVW zI{KUCwjFue<-;yncly38s!R2*n>CY82A)Zlsy&cupZLLzwdt9huw>aZdodhmum)=C zzneK`K5{{)cC#IO!lHPXa!l0bl*^wb?t{40OFFAGI?cjK{$1>tSg6ey7&%`gS^aEo z7s(4JE;ftYErp6htVxz$a|DA!`Hd3jm_di$!ZUeCf5=|m=j<;nNkRz6PII~XW0;LB z7E9TD0S;s{=?wTTI5d0wfzIYU3?Gz3L2>_k*nBWz)L8Orkeq3^Se9_vOk)_-=nPK- zuEzpFabd3Dc;)wekfp?=a}~mIlD_pGGNbhMKs2Ir*R~2PQKWHnZ#?yjf(x?)vJtJ> zAAO;L3YsHj8svR{tOU139=UBWRDpPr)b6UqH8sl_J*N{mVXSDfTI!x^M@R)IdUPDo zlH1G&qYKl+WRV+FQyW0mO!(Ilm-kgE3`rt!Ut+e+K5n?uTC>|zdlL#p+ipjZ8@3Hz zD*Z1VH$a+(-4^|~QN$w)NO-%|wF5TcN;lZ69`zS~W+*Cb9T$;9h2O0Ya% zer2l(r6QdpAyfsN6A#VY;s0ctKCF-(|8|Eq&CFqRY*$GCoypi=zptWn&!`&n=(i+v zN90G|j@bZqaV20O%*Zex#Ymnyu6wl9glvL_K0$xW7}AY?gDQppCfFSIEX@D|(8y^Q zlu!1wbE4U4%xU_&agBG2pvvruFP)m%+bE*Dm}{ zjg5ySZL9T!_KfG<{x&LKi%B<4EOsmxP-vn9ZgZ z5ZwNK1o_8$tb}Ec7$8&P-EGMLD356wfvsydTCFZPrYH`aQba?{gi`X&P5_q=%g(epj78fbyLOI=h!HKqspL48N7aw zD@qTS458HVqW8~9+Nf0`exC68hn&*K2@DT11)z~}_`F7z$m=+7OdvbDRN)$JgHHfM zTxAiX*a0yirfK;P1{N*DV^*k^gc8^Zg7h1LZmm~+U*mqcD?qWt3HYRh>p!jpky{^* z;&dZ=8xH^oU@D!Z+49(yS1i#S9J;0e(lh}9VzT&CBecqm#jcRX#JVP`PPM0z3o3ma z6ukcOrncl4AFOu7OE8$hE(L%Lk}(qF9pGx86AKwGS-S|vA#~3+ASp7)3Q}up#NR+H zLmwQhiXk-ccB{E@fuMqxI5?e>e~V-A$$j>Z(O%~QMVHwn1mBYG3r-1 zuD`!g3z%s!Ex|yfY$MyCkvze{XzP4puw>EWXJP+uONO9F-sj44dHe8kryCobA2sNgHz=|Fc|AU~k%@~^0kYLSq$)%7-DG4Dp)JEF>%xfmeGY%MT6B|Ncu=55*wisQ^`Dd-*bQTv)Ac0kDg%-E;q;R2 zpy1$OlA_}G+^;;idquz{Q_F-GQx;b7iIbEZb@{}te8L*I@@?B>3!-AuJ03~P_N(e2 z8sO$Zn4}X!o>M3$3ECmUk}|S*Sb;qsU*8)FEt$Ea_#=r__Lqq4>|cGkZwy|Qn(gA- zNm7?@{x*RfiGW{IdD=q4qYQAObb{!Gu(-tt*+*!ZWWSFkuzgqc4@zsQ8Z_%eYRi)p zk2|5R+@uxzlJigvugzgFBSnK5!VcS`RNY7#&f#`W%#VXtk0*VH`~ve38w6ae3`F-1 z*%0R60P5ta4NhAsv&w-xTZ8^p10t(zT-?*iMw~%rjZmBy-9e1ouNj_t17Ug26u+ly z_MiBCzSh86)J`A1FQdrmyZT^+aA8_r_*JUUU2RhVmk4`kj3UK0v1NSNowM(^ z%KUqgJ_#QkYcnBvQx>!n}-RmfI?9W3auUzj(M28r@6e!8?Q?EA(UVkfPne9it(! zdwF=)r7Fq-y*e62!>w%kG`IcnN27rePl{EFg1tfu9s|fBO4}b{LeUM(ElGs>S(B4R z3!rPF!6~Z{bJN%+Od^k>GKwe1=JPHlxCtRh*=8Y$B8VR!?xKoIgKpQ0OBle4ON?!W zkIoZAg4QE7C8uQAzC@zg0r@wiZ;cMkoLf-Lp?x!Tw{kfntD0t&%|B#tFl1AAGjQAi zVtl8es6c>k-~Z(1oKsEuxmM@m@FG6t_m>e`zwNrZjByVpI>@Fbc@!v;$`KyzNv3XU zd6vVltVs0{j2P)_LC$_fkG(T1l(qom@7(4~a;FQyxC%h;6d>}_BoZddu0bP^ienhi zeklfcL%1aBjY0BCI(r>g7PXOKr_jS}znot61uGJzEVfXmF0WW<;t6M;N9~7kP*7ao zG|m}MQ?h4c@pN_oN`3$sOf|&hLrgt(6jzg_{phY8QOvc^K&^xHY=GI-)p;ohq+n&J zar*Vy(q8SIDI0fHPSQ3*SYH%pS4-;es3n#}<~uJ*Av5ZXOa`Ha&w-b$tUWYNQm40! z2FvmqXUZ@^AwT#&Fo5*T>G<(HWQczNhqRFhh_&{20QRFBYi>mKo_$3?6P0{Dtf)>U zGG;w85468Y76SbyltV=4ZDr`59YO6(OdM|+oTOM<%=XPHbMd!ru@LH(fQez}#ng5! zfuE3|6qkJ8&h7E?EE9-A?##UvzD5$g@a_r{LJOQ;SB%T0+xO_|t>i&M8~;8O2A{jS zKEx1>9xT!0B~~CJODGp7t$27c)E@EZ5JySSkmW@m4ns+}B)()kd|!-^O0@{gYTyf^ zwNVY$;_&o&MBEc#F+h`(f-CXZG?U-ZDQH6l&P<5ytVv#T9hk5|CkV;4KSa0}$PipI zKR^^JG8Ra9o86g@cw3Q5P&VPNmN`zioXFZ_z&ZI{pi(Z%4IB&_V}B@KfuwTX2%n9B zDaHRdg7iGTRTPItn9H7Vm$Kv}E}kg1K=!=uKbaQD9eK9&1J>b*w4^wo<|=#A;F^qs z!L6M}UCO<+qf>b-bC7kW#sEf=CEIDxkL{Z&G(Vyaa*$xFz7v}^7SvR3t_UzhI~d62 zg6@3bE&|>=5Q{Ka;XQDC=bT(@5E$DtMkHgxKWJt{J0d7)nFshy7F78ZTJn|3DTR## zcB9mOCfP$1M*uIic>W*zYz*Tj=}}v`Y;fnJNg8$%yrJw;v$?*!5FCZBiW!+Dn2}E& z_bmB&b@{wDjB*(W{ZP)hvzYAo-%?BZm~ntgw5Xw37-Qyid&v>_Tcs?tuBbMzlqVF$ z&d+q6pqmgR`5{^m_y+hxvT%8TY*WNT(ZC?>~;U>kHoe}r`3RoRRR_W4q#-oQ8!oJFn2MJJisprJlZ zSqGO)L%qhp-M-Sxgxab*0M)~0tx-u_tUDjv4AJ}IMU2p1Cr6?oD6_!{mNrss?W|2g zhAH=Z-`H!oMj%%6l|T&A-=xZ=$-&e!jAD>)SvV_+5$JkOER;jgUJ#&9>d!a>{_VxJ zSgupiT^R-BisO|X&;PLU7v#B4mQ%|DW*3gk=%HJKXJ z>`MgHBe?l02CyJv(7L0umFaCtPz0juXEvzRebKb-nN-IosMjWRZN1GXXr@k zrmu#O@ZqpND*hMlk-#%B#}JEhf<0hwHF2Kp#$mQd$v{kEW{cb(nobpXd8#P}n z8fJ%!YDq0Ldeq$KkT=j*kJli!T@ODRqUwKDixWt1?56PIQ(N}PteN-D- zxhD{4_A;IgaT!Mdw_yvWX?!91a1kj0Uc`+I+h z$~OqYmpiBI=@(3YUEkKE&tb3)=t;bt1F!OWnJLLsLlrzL2irmVijyhD7IM~g2T>Vx zdHV1A^kr#=_RNOuMo|XDt3+Y3jON&ZIJhV>!|=L^xQXhnB=Z6nAzG~^=#Eat%ur(X z6=I;W2di;d63B3M6tI1r*K4;^M20s3XT}$oH$p6YmkBg{WKqra+;StsXQFo^=bQ~o zV@&!9*+mWEV*3}Xv)J!&wq=biv**7kGI8VOtLnMcSMSY<;`?iFj>`&`{|lqvNj5-+ zq!&9GLEBR_WCC$GN`z#$;gE9s;mSKXC7~yZBpn@+@_E@N z5W{h7`^eHZxEPsLZvo?nF-L1-f&u9)W!lmEN@%OEf>u5jgGY4Kkd}tnArnKUQlW0O zVN|#wpb7(1G!3oLlPVFaX4}#go6bAE4FC`~b~-Dk6TG8h;RN|MZjKlV7*eEMu-MNA z>-xi6vS^U=BhWYPVq9Pq6aXE7+uSZ2u$?snIfzH4CL_HnKaGB74N^ER(tSKoF=YMM5$`k>x_8Qdx+~5-!4DBgr{`Avy3e`;O^u zlEpZlnt~youDE4j;h$GONrPRVyF7c=7qx7&Ya#%tCv#jaIVXk z&=b+lF^;F8bM{n2w)3CyoPn7jKRP3#W0yqQQwFv-ADCenj zLg;g8MnmAcvFi#r&s4Gmi*~^|;*y8trveacM12dX@baNPqLB3gRT*j=AZ{>cB$$Xz zAVyFbr4sUu;jSFoTTippXX}NY1CHRF&$4X&k(Ikl+^NGMY3ZMXU&KIpIg8#csZxYS z7qX$hc?p8*l+?E;OtA_KzWumLTFt-1rwpxgYavtueyI*a(fM#sKf?^GR4PMu&v~G{ z;z>lUs!I!Iogg_`D0QKzA@brpo%%>Yi{XREqEPZBxFYy7kp#AV{QQ$vS+t%y(JF0< zX-+Vk_EA~`xfDmLtigmsWRB^wa&D9ykm=#;Bact0TH>6gde(hdK~kA3XH4ZH zij`srV44K@k&;74fWw-HQZc1_4ew>N@}HaiIwR!w&QQh%aZpJ2L=V zn>LWLB?Hq;C&$9K-{$t45vPYwj!Y11T?`#ym=_&rSo}&uDh7|8QFcRKcJnES#+5$K z!F(3|Qe+SZcvLvv;95!)Tq2j>$m?c4toF`g)u3FE^>F}BoW)d>(eU-qVe8`hls zM5LM<77eL0tBFR1Sc=Lwu!KNHQ|4eLE09QQI(@}8sy}wi&#$*1?w^}(CW&(M+K1jo zQ#?0CY5`ic7BW=zI8QuaW7*Ueb2&P4eCut%p}u-^+Uek>snDk+Ue??7bquu+DMG04 zsL_$wh>{&z%S%MZv*;ihr7(HMzv-f3N;ZpT2`_!V3<;Kn9jq)Nv*0|m+ZD#q zD0y?(K?+B*5d~Vh@#nC!~X2;bBn<(RA?4q*-*q(~APEr}bGS`^S3h zy5piyr|(GqC`H8}NKvahZ=OM$@M03k-C?Or0-he*X{LHNQVDle@NCdb@8Rz;WY9t( z^b~{*l@xdG50*!s=-)7)H0Yh?=Sp=&n?p2fXo8MuN(jervO$cqIZK~TEcB8o++A|8?u=>`B|fR^M(rG>{X=WqDzFRWQ2X(5MY2}RexoB-hW zd!*5{)h~FdeezA2Y8ZxDEj|pui*u%+wzB#eb-|=f=*@c|MG**_K?H+Rk2n4NPcw8-QuzHA&I>Ku1}Yr5=tf5uj~8oLD4s zJW6L9U0le7FCZ*#RS>eNq(~;pNy}R4<#KnjLz6GY4{EfCIzE&A1|L_p`JvVti;KrS z(x`7%lYm%@GCJ-_UvRm*+-r@|wdKGuy$lDO71Jd*fdL-|K#lgKEzjyEh0Z9gd>LF3 zU6w(F5djOq?annOu+$yZ#-UVxbM3dx46I%VA!h|3VSxi36F-EJndv)G zOL?zi`lQjzZquF7br1RU2wGC0Xp%<@KED7QDFxbjQA(~v}PTN_7C9aZZ+ z*7sjrH)t4Tu?NG<9sP> ziyE9%S<4$XMcNS{1unzXpo4ERy6T*MNzB`IWldt#1I^zl43}_G0lFqM-|@3DAwg?B z$zN9Shop#G*|bBtaef?~(u5>e(scPG10_vTOB2TUk{dJ%Xn(OANZD0ZRSwdD0C?}5 zoaZIW$X(L{F|SfPU$(tNTo{QhE@nz>b{AR`XG7d373H!gh#9L$`qb$=1sp#LJ3u-V zg5%>fVrQoo7OrBQv}wfr%OvvT_To~n#aYFfz;A<_*9q$9K057(t^nE-VrH<(n)4WfdWQrp zO{mCD2a0NAVBU6JXG=&WwI}?M2JA62Z%@vMAeCuRKn^Q z_w`YU3a4WWLDmvoWb@QVH?|m%n0oJrWZq+^LuOypDev7AG5nKUej~rRvHRjcD1>1T$m9=v)J zTaCXvAk*tFh>8A>>FJPw(+_Ps)o29{)_&uR`T?DIACvZzWUSY~Ymtb$~?X z1G(F>vaRYsAkfg300~L0^O7pNCnK=;#2<`r)yeDwm#kW5hW639L7W;4c*PcZ>Gaad{?~=8lgWY6B9M5|g>Qq>M7_-_>wX+(;QU4G}>#A;eIQvYZ*inRN7fpRf%F z9bN&kP!E?s)(}WCSC<~8k1HL2?_1>7WKYuo>=Hu})x+CO>u_-(X?-Xs*cIbveQ78G zDV@c%np6B}yVkyDfUzELOa7XA@;i7?Zr9A*(m`;=`J)1iRyojY0; z=wQ1XcDE?L@IWcFroGwF^C*?AKH3Jwd_t!tm73-TFzb?LtE~Y`W^5~^w|>MPm>oeS zUwbcc&l>RX4@BL})f;UGOPki&3#wcSQ=8bi+ic9iS7Rk)iQ7i$m~9q5Hpp>tTXY3* z6=Xh9Fq-22Kh9Q~5Z@eH%o5wmxb5i`w}RxgIr7#4o5Ts(yx6#Khb*aLWK%-}mm#B} zA%EN6kK8w_M5&G_CJ8)i5ciDJcL|d;Fbaw2Y4nIFot)69^!w@6%stnW8~~;XT1LEt zH9uzM9nnyhY^sqON-}U@@gTU~#C$keD|O6;7Egli;mbM*v`614f{dj8qAJI2kPHuc zY(r*}PuAe|Fj&4E((-jWiEpX|4JaT!QBj$$io1%>lh;5!zWS>jl7&GkTMDssmytzG zK>z-!pVQI3PRt2ZHe8*hUCM2i_SceKl=1YDWJ5GBSAKD5m2X8d!Jq^-8qDgE&eA6k zor++IP1(rf67^F+%h3E+kuWPgo=RM&6hH##OHLNuYEGw5b2V7N82WnSk#OI1Li~^% z!~Ys@z69V8-}9MsORlnYre zZ6FFjD`p4CL5BPwD$%~to$%+?TwkK^|7iTX>Zu5u-6U3YL$NGbo|7k`1m#LJSyLYi zHY0gJNXW>yK;!)}BZN34{5jfjG37nSZhADOHfg{QX2?rg3NU(&SCL=i zSf3XNXP=7|dw`Xh*lf|OULQu63)gVJ!gZ}HdVCBW_hRm^%JC&DBvw-M_Y#~4NN9Bd zbIEoYqZBJ*bh2t`Unn}xF;}yu_z4aE13h4j5G3KMpr~We#JX_FM$a8bBr~0VYWSbz zeWoPM{YHi;(0#rOEIGoFKc2ygeq27Wvx*(4`OOr6eunMrPQpUXh5;x@o!-qV zh)2aXhh&3cI>}LnPJ>Of+iy|pjN>{;S3rCMCg|heBj`;X;Ahq!;yxQt)#U(a6TL(bnW%D8r8UcJzmny$l>?_2kNPaq!7qcS}MF-)Rlx8L*Gg&jGm^ov;$;uGs*6;h5Rf}U$ z^LZdD%Z3b?1Eu}?UrIYTS*wE^7p>ZX*m(ma7ed9LaPmcvIX}I@>GS|QK*YbgN#DqK z)w~j}A^!>em2Z?z(UeOv>~8Q0$6^46;KZRP9JM$vitOrP?}q>q>OQRQ_2BTX4h)kh z&8dLZX0U)|?danqLdT6j@ZMEFd#EDBW4ea|NysLiU;ksJ&d;(MEkCW=rFP}n*aa8Q zQVTw(g?$NFgzn%7Ntgab00;3M2zs5$c`+&vwM2!y0yB|kQ0uYqhk;sIF3(uw-`9F1 zLY$N7$ANEStciqZJ6^tfC^|>RyjiNKqmfcZ4rdG4GBCOfMbMr*i}_=c0*nmxU@LBm-^|j{`0juOU*p1IR`jQP@r8{I5{X`}yk|MGOQQ`0)N zeH+*BJYOGt=x1zp{$m?<%OvE&(uBTdsF(yfa5BB50@oIR(#Z-8O|1uHR~!ckGblgE z>^yb};%T_Hwqst+!5X4#T2b0hwL4M5Rrh23d-pR}JB7pU?_4qr zw41xzeY+dsRXY*jsXZ1C7KX;xb1^z#dcP%&Wtqwk9@(yX_s-~-160SP{la7HU$nB3 zbN04u)i{IqaA~EYq}v|8RZmA+No>Z(eA@JV4uou)z{2O}hV(fVwPIMC3H>f5ATEhZ zVku;WL9^es#Z`_7V5nK8(JWVRZSM^neaK<2aocEfI|qj*qsL)8$oQ{N3Pf?Fk7L_+ zuwQ6(jKT@qr0;=2sN?{qGSb#w&!pM?+XtjMH8d2+7jCK+F)a~KFGaGn;e!C+CNtr; zjuHR~B|&Pk3E};pvszmRW@y<}z z2$Q}5;^qZ1x9&x#5j+^WX+hNUGsgLkAosRvbI){VPm1pWV-m81**=uE91vwjm_Iuo zT8u@KU|@|u+?;ssXboK5B_%iHHjL)Q-b#U_AfxYzl-{Yzov<1?P2@ZH11 zBbIVeGS6!Aj#LXZuE)Dv1iY6|rUBg>n1z}GudijAo}8i0;vTs=0b<31P9K;($|$H2 z^sp;RfY*Gm?w+AZ-iGNZj&9f}Y^jaOWpmLE34gIbid%c9#gzrJ(*qBEJRjC8=v;y2 zm-TVwjSYl0cyvb0YCV{k7?e*aM)5QRAT-}OH#27FOy^k>h8C1YoeeVH>cd5bTHWv> z*5B-uOcC^+DIP0v3XA?xdPNzswJtCJGevER&Sz|%DG~j#{U22Nn*1r6Op&C`JeTbP@_>MlJ0dLfLflVMHj*3bxQ1 zhKpwI@(^`GDp!aMHmxz5&U|uzQ+uLsSyb7p4G~;D&|qMvQn_eItci=OtF2HpGWvoa zo|%K}CTF%Ctx`(|6Sg}6V_exd5ah&%mP^C482}h)Vi$mLw-%P!wvLJZ&MA*Djce-=ayM>_u+B&S%OvIrs->_hx>h@lxRlaCM8VFRee*~ z4v*M%1(oBOkUFDWU`vqwOROwlLFUpCU0hpQ8t2soP22>G{8c<~X!6n>SSs&^3A|(w z88rH5DOQ4Fy~3fX^_0P<8!0$xn#U`dZ;6ieNJ)#56|~&HW`vp4? zLs1iAVv2{`64I2~`G2r-^))djB(-1>G1C6?* zJU`^%-oU>Jl|xtS0+6eYOZJE~rRJ+-Z-6oM+FxGYK#@LRL@SdkBJ=f>xaW{$bOh?0 z+mQ^?P=8t(#ktB%J2p?!f0J%Hgkp!>nSh;>5roX3s54lemjTt$@1{yY=ra8=nzMS#+V*;68>4niynH4pSv?3lQ>h4Ag2xdb4F z0pvrVW~EjHRkRY-tSA>Gu$P@VilBZHV~mUnQltmX%vor7pC9XjMe)7Y(!9NqT^Pc*E9=Pe!`&m>KEY*)mBQ=@}hX76pjV)9v`l3C&4Vd(Xa=pc%DZ!=1?7%<4o zT0tjb*~c9Lc`-nTpaE($u6{DPL{zZX8>&AEW!*kHUPwU4?l{`lEBWZdnaD}_Ucjx zuwag2?QSnVHi3q${xlY=!Jr7I*PKq`=c;&0d`Yv#J)j=NRxK_#f~NWm-7U15qQtA8 zbe!rmKq-MD5e)yWh#BH;rq^_)p|HE;0N!81JvYb<)Pe8S!HpMc1e6D5OvA#MC_3%| zk?;OMtr!kpferP#+tf4e%M&%f-wXo(!tpcUt1%6d<(2ya~9Idi; zCs?(8SCIrCS~dAi9XGq5t_nko9DoN-H7{8y$oq{Zi$@ZN^GS;kCF7#`2d`OBBVk2R zl@K{vNIuB;Fa&zG@poAjfSg#Y>|vs8$;x7AZrua$d(1)P)~`QcMU&&LSc=Y$cVE!x zAx1e<<0NxOR_+dkB^r#UQoLGxS&O`^&ho`!LGVp;B}==#=*G%t2V0bY-=HZQEp^#+ zfYdB2EVf6H9MIfUu@J^#1{@%6q_bblVx%pLh;rD&Gx3MY)m)=EX77y_wWmOebhMF) z^UN632#vUc{mdY0a4bD8Hr0~dva%6%A1-duGKk&=^eUn584)on#*DUL*&@Pif<_`p zVi#Jvx+gRfD#>F1F@qdT%g>F#g8*D5OtzZ~hM!VtCU+8*+BN>K5`>vc^GX*-+1C+p zw+*c@r$5YO;?}a;V(<B8o1vz1iIuh?5p?4$h7a3G535`T)GR7ngt)+8lRh+Ef@r|HBXYPU z`gv)Mh>JH671YpCg3KnM(TZhD(=8~@`ZKU0X`Tu@DjTWUz-J?*otscS_E zIGq5I)hF4N^Q~(M9EcV5VsT~+sst2^^P}ESKO@U&CWziL9GZvr%OXFd8F4^#@49ta zS%v5pZ$KUAdc3A&C*IsI!A(r+nF-o1%n_6-T&Ach`)q?t=@&q4xodQBH&l<C(5K zpXb*<1Vts6TtytRYjcx;I8%L4Yi9LHkkFt};ZLBn+NIAl(u>$D?8oVvDc3oiP)#rA zsyi2YnTx+8YNEgb?A>g2Xl5>=Bd(Ui9?+=%oGu#f54~m5oZ3>kJ%JbQ(2?>4G1$Ac zXVWS@xlns3=)vriKpcs4H!6}SOY3^1`0HexWiAt&`(*7n4;Qa+h%YeBoPK|Zp_HA> zBms=@I%s&CplI1NHX*~j_GjURG?YOJCt~lX6)tU8W70!bw}rcmJu-$gE!$WF3m$dX*&H9cUiA?}x8=qkLtGnKwKRwCM7 z%56z<&AbL-i=?^@Oyu6isIi<-kl`QE+&8&ehTO2XSoI$wt`LKy(#wW!yIGu;pE5e= zz)t$cJN8woLx;i2GZN$Cb}P*89A_z_rW%vRFlB(^BIOb%VCK1P!|z*5QPpwZ$neaS zjh}ioom{7J38}yWt72d75_P`N)IiMFtpqfK zNyuu;d3zBqJB@OO7&Beg++%m}HfL*qX|HU@JR5QZq`@2umQSxo8QI|m7>mp~LZshz zF9Hv6;&MUk!7Zs1ju!s`XPJ>+uG(VZ9k4TG(B{f%)}0af=}#*-?QtE&D&>Qd(uZZ@ z?f9Re42bfYN3-NMNY2(9LZli%rk5JvOg#`VCytOz4ZB{>og6NahYRwCJS!o(JtJW8^}3Z{w% zzG3-Kk7J^v0u!Q0Q~}WH!{+OkjT=op$){0lO2aikiI=R=twba{SZfiSc-P{hIm>D; zQVZ=eFJDw-z=trn<>r-CkcQnNSjx8mYpXiH99hM-OWMO<k#a{{1aBFUKQ;NY1*(pj{n{Aulg zL|&(cQWy`v=V4do-!{;N#htl|mu93epUpW55P|c{*5NfPW+%!LcG5QAq-WEjA82_z z(nLQfSJD~wF?`pp!m)b&PFU0O=L=MBX9W)t8{?M$x1?f8TL-Fqfv-4IRb2Qu^A-st zkLF(#c4%lTB-$CaiD>t?_!WbXLBByV#$He+stO*nk~9klx4z`9b*EMVg99As&*2MW zmny=_Q#i&-n>F{CqSk&j6MH0sLQE5gF3>|4X*e4Rjku4}0J`7Nn2t;J@DPRg4w6$b zw?Q7@A5u4*GRVkMLqW9I^t`8Od*x6f<~XqP==*El{}ANJJ>fY81h7tYiDW|K4sApb| zjMag-VG>U7j*ZYF{35<1aNX{@Yuyi*%}U}3b7jF;`aI2LMzsq%`%8#+H9R^oiLljj zqDO?_5ys<#<4wHLT@5;>*;emX34_fe;uN!aw<(Xbl}FEQ$05Z|%`z|_Jt#32^S{pE z-JQ{IMuwt?ReDs*=alJ2nJ|hr87fv_(&jxU#NYUp_SXDp32GeO+^o`~$`sMfL2~#c zMBhk+YeahZBEBd{ww2MK`rFCu(jrnHMpx!!`;q2yG=p#r4V*R`Jq(!p@pfSIEwE`UUvNa*TEzRyRbLw$OvSi@&-Ak>{P zKLlpboppSg@O5Vr+ef@1(oAx6ial`oo5uzEu&92hU7i9XI`OS?N1WKqAEV%veyuPm zfWI5ra5PXfDy{fBbjy2FgK;|JKSakT{p^=ff?nD^vz)B7E-94KK^cLn5q9g!w?Cnx zX2^0+uJtj#4kE<9zEzMzu(A$TLFw3|z{W>7UXF#Ng+9jJtpViy$m3gln~iM7Xy2bO zA!Tc0QhUKs$LnoG51iQ9H;pk-`e%dq2&*U#;vK4~?=200VvM;nTC!E1=^cjV z;a2GCEJWoQncon@?%30819*uO%XS@YF9F>>&0v^6 zZ6>jBEkN}daRx`(&PU*Rvofdc&jIfT-rY2D)yI|fXdmFoN#**4=99T&d#^Jl?(9iI~4Hr-Xf47-2o65U7kvU#7+0L}7f29R5^?4J2*kZuWyaw-C1C0O4D@;DpU0hbMWEPXN`k=9O4RHS%sw1DR&p&LniQ^Dcrn`&!hV5|A( z3zF9-d*)B!v(ad>J7OaZ^F7BRXB=Q^PD2=j43P?l5j1|*AMK^m^YWvdRR&S(wx~=23n%)q2 z@UXAykX`3d&xon@Zot&dtvKO61wijgg2N(s$3~{;1bSwt>6a(wG$Kp=L>MS-y8Z_3h7ai1dQlY$9lWBdtoT)YRtrI2U ze>8VMfNQT6ODKwDAN8_iTX*6%p+i;z6b)v01KHgKrG z0!BawL|#h;g$-K~T1SR(S(vNR?u-P&BKMoX$l z9E!%yS@Q8#LNbAIEk2@nOoj0qYxpPV5ZP8}7F}@h^y;>aZAQyqv^l^ZTM^89gu+A) z(rw%^RS~#{hQWyFToqAHrPm1A>Yhbfc!=7)P6q@jaciW&bVSk#LNP3+3qAs1Yll=a zwp%B-VdOFs6wH_zQ$HW9!vsZLX|*K_7sw0KWEH;ILtC zNRsL|5r58>DV-AvIZv0)Nh~0G952Z!ztLI~0@WHTOF7253wQ!C(l(M`$nKtnguXfj z@PuNu#BU*)9xNLrNK_8dSN9884*13pC|xsojAgzC?cgGJOr7ON$p+VlQWpB=wveIm zmpwASIH`v5O}0Q$Xb^I8hV6^z&RKC?j*xR-b0rdxCA`l7R6dYvlfB+}(Hz)ALmE(A za~lVQ)hOhZ91Jj_wX&>Y1!VTc{SQ0qJ%%TYn>)kc{VH24JR_vB)1M0GpQCxU31UP# zn{>-;c?YI`QWo55&)OBKoYENiwA*_|j|y1&S8Ff}LrPp*u_R|ryanEcEyfGt*2kt#c# zF=<(zg`>Thw=i&hG-|*?6W;Hodg_m?1C1QdLytS!(A=j_5@ z2&u>*Ac4E4{J{!vo4L|uU=i3szw?#v%6DeFJ!Lu~51hKN!ejb&PqzC2sOIVYRd z&@FdEUM|A(Y#CRr>UL?il8MRKC?ZDmooL#ar9u5HK@d8xpqcer0;wa#RcHz`o=a+R zuCfrouYY~oW}s@`G7FM#zgtOp2Yb)NDYM>{>=$0 zH7HgIUfRE}EZq0tqFqPmVmZZ4;QST503A%ol!iX@hC4BnS=K?)x_?+fZD0H#M4$&Y ze)-2%soMOh5$0LI+=ANIx$P8$CYj{3c%rRz?8VXPa)h!zD z-IrW(IEdDda%lM8jDaXc4Wl3b<}MZhRIAxWlA8U>%zT+5hI}b1KH%~-lzhAOf5Uwd5`jHoJ#zH9x}H-$b(JBR_+=U=H(mR zT4Z9uNXb^p>GEWxu`t9XG9e}K@7FX@a}&{E_8wT>ZFfqtfprF1JFcK~S|ggPMUh3; zN4{fd-{Of|G`ULjwOX%KqX3b9T*3AzO8kI&oD%KCN7x)dUMN;<>1DsqK;?S@18kWH zSvnmL_k&Ts_DI#p+>j;a@Tz!9kPhk>BtGH#faj;f#VC$>k!wX@5fdG=-b4y-A$0p_ zyOMf*Jukm(h#BKGhLYf{1Q`3J!4!p8k>S{G72D0GX8N zETu8JYX8y&LYr5PD9ke4M1wQ8FyLRfhA)8jC+TJb9UAz}ThLJTw;t0?&QRm3QngZ!wqo$YQ zK&*3hT~jTO_lB6L$e>}A(P-G0yWN613Pp4etrN*OS9*ey;rpOm)PuD@ z30NCQqv_zXP`wT3N>bb>$aLMffFjREu-h`GP0l$?v@JH-v_(E6RmX{DDeKXSjzF`x z%!>Gmt@^oK4wi`s@Op)!7dT;&4(N+l1@kYX+h?i+$7Ogg3KATzY55ByAD$H|ucwF; zIH4TYTEn1n+p-PlPUIcu*Em2WbOvG-5Lv#~ppOpxh>6?*46`z#oUw_*tVW9%cP}~= z)iBJ^O7#KTX94wVmb@nHXRK#+(oLr9TN-#&S$RPb4(WkU1Z*7%3L;L$mnw(#Wbw=* ztK>Ul89GyazFq+9r1y(L|W%a?sOP(O!6Rx{;E^ zd`Po5%|_s)*|V?$i`m<)#!ShMi()c*rY=g^Hi>jI4e5&0i2(>3h068{wS89!43L~S zbhT~}>RH~DjnbCYc$J|`TVFZ~p7cvwypD6Q;?x$T?R_A+Fj|Pswrdmf+4e&GE;TA* z9uXG{aBu$3**CNc$)%>-#{xpP=_pNO%06GCb4+BA_Wd|{z~$mXzJV4*+=)j?dB5l* zzE(oFbd2rIcy1qsIU~+>GP$)=uN>iriaAerIMeo5CC=22(6srNaC)fQ!3n7obgzxp zb4?Zj7b4a|^*$`7l)w-~iD&A2c}q){EGQUWfkD0lz$4M8>_|kQIBfHp>)sbsf_in# zvoAE#w%R-5GN{^kGE!LH^dk&!yWt*qMgorREUbspi>n2)5Zt&9FpQFsI_$2F0*0BB38R z!H9JGR9c|4hb6c?xjE)KxiFoyX=5N+gJQ3$x;x>b#$sv6_b@+M;q+R_^q=wsKY6S zqU~xY-(hU1c=+jyOdsR_S|oZ{^^vN2G)z|*2s6Ofn!5D{I9mIa`%&!7lZ&9L_lJNs zxUkLpOs0p>>Xy0F(Q?Afyc<&yyw%TuVeAL9t#Pga}<0}Nm7B0^7{hCFARP7+8? zg~Ay&*vl-?1-i%%!vml1u5uArp!wuE~3;#36o4iD7%97BNtcveg)0gzm%8O;c^T4cB`+j=~B` zh>=VpsNg+96>&fXd;LERX zn39y}Ejnd(_6?JTaL|%#7;@J=#&|+EHF~GY=+!{N|DH=&)WvuNN1Rhx@rLN)5>0k- zUD&lDbbm#(9Gm!!vBkrnNWl|*pTx(<5)~HSDqm&b{(Q7>R>5IODdd!9)r`goa7g;% zWcvw$8m|M5i%jMF_JAySfs)LUW*r9cM;?5?wx;fpBQmNtM6i zL;Yr9)76+Xx7ka6Pu7gP(W=rK98n(#-viWR8zAWZ9yFdX3?dW3sg43lXBL*r58EgN znGrg+{7@7p3T}(aeH>HD``5JtY_^8rvOU8kq01wSQQ6_A(3TpsYksb z?hOO!@$;*^O&g8aK90gx4Jn-D z$JhUjM?l4SjWIAG3L%4&J?L|XOE=YVUj5w(aw9;;q_^q!^`-SfWk`b^;nUI^Pff>& z%0-~B)1e2^H;7HgSTfKJ9YEm8V4t4%_#;U!-$x!^4Pmx&JY0w&y(K1RdAuzz?ClpA zLCEGlTU-`K=7PpS-bIMD+OwtA-LMJL*-wrh8I#@U4_1o4G+N;9E-cnqBPkce#O@>% zs_=<4A0fqP%`~N`0K%2<=S;xJimWRYb;%Q2(lgm)S3er!XQn&aT}o3xzY~{Ahl>E0 zqrX@iH35Yb;0X520Yo$dgT${`$yTZQt^9@;j<+S&Z)tXCu&r){5|ELxX+#*VUfw8N zcH9pSzXU!U#m$VRr?hwFCP>o2Wn?x+9v;-X8b`#KWuK)9_DF!FEoOpHwYH;tWCI!t z2Yj)%DB>QgDZwDmESCCFHe<;4R>`$MYZt2-;&8s3u}u+ zax+jxV;@0^kFa4u!8C@==Nd(dfkl^P{yw`E>Avc(YG|yy&^UWMyKGXZ4}@V)L7V@!K6%=Y$eAQ8wSI z`H_91bywlciBk8*xQBFfsExJ(xD!@xKwk5anYs{AsYch!(c(5P4hi)vN|>80OtiR= zaXSMYU|0K;M5A{pm(M#<$MwQ+_iQ|{lO6Nqhb$3-D5J`wfOU3KCIAjURx%MRNrHpM zhd4dlVH@%l02N&;qg~L91fpqSur6MZThP5FmZ82fy7hU*X}`>5X}*gH=B%_o045*~ zAq9{u(z8Hr8*8t&auW?XuknhA7{`Kw37w|2ta*1Vig}h*3*^LQ+9{dxz8;J}ZV&5M zd08{`bb2I(LCQ=`MGYQy;PO5pw3$ZhP!RaqxO8iDrh>CLRl3`0rpfm-3%{?3r9Sj3 z3;VCr(h&)QQ8V*4Y($obO$k-*t4ubtrsI%c3cuaRo0>dPfn$SvQxXfXl!Vvr6R^IK zW#hyLu!nZML12e}<{{RNL}^|-VXz|J&!M33y7d&1tZ@cMX_Y&_4v%9+n(n+lo3zeX zj2E06R?}3yJ!SLNvK?!id&2Kt8ZAU?jc;~{1lOYm$l3VVXf4p3-LOJv~ZHh<_aEKLGo7m0-Loz8Dx^l#1i-&-{Xdzj(q$` z@JQfiGm6}sDcM0+u(QY;Up=2jjhWY@Wcnlv^uB#sQ6dqRMjOm}`5Y1_SWgz$6fs_U zs2CFZ74dY`b^&BY+Xy}?3mz0RgWm1S8L*NMn_gYz2;PvtT?=%)!h0*_Jr$f&YR&gV z@hIrwkaq?t0+4VA!3i+;a$32(t*x51qT&upi0Gd_i$s|W4_~ygrK5fIQf5~Rj`GW> zs!LYGX(N|Ib~iKC#|fR&V+QS!+vX#LK7UqDoUjALg#J0rw3@vGcuJ4MiYq73tRoN< zot#7z!`{9ELB_+HcDVYlM%e}@UwMRi9Y?7)xzMki=6(0E#>5rmvOzx?qz(cN5JIeY z7PNjVnC?-TOh%Y!-3O(iq13#FJ9Z((k-QXT#UWbV!4c-O4d~8 z#h5Q$BnU&uL;Fyn5)PZ(Cn-S(xdLp4L2ophghm=eH zIXO*z=ws@Ug=1M^R7PMw##3T+q9cZi@ z>u9W4Z8+ZQdfy>zQN<^OkqRgas7Q0kWSO1$HAvU^mlZI9Q4%E={e5@^c|g!y@Pu7a zq;NY#i+73dV+HCrHBe6kQWFg|4Po25v5Y3()oA?nOy|w{I<_`ieeS3AYJP$+vB>7h zuM^vrmYGSRL3eB83~Q)*Wb>+zQLQS0cLHr`DU%^G_3Y0@Ud)3DYhD=saI3V7saugS zL#G!<(^y0wK_8u!E2c*(#v06U6Xl7_HMW# z_cB4N&eJ8`gbNWX@H(D?JSsdq@W(-2!B7Utr_T|=o)QSbLqfFT*Hz|I;*LYCmqWCO zohW@GaKjnuyqOi%Wyv33*9Gdr&e(H7gGCG6K3P4uX0ojvr+{S1cZNyIlRm>!Z1)#J zm_nW=sl7XrUH)&RK`lyDXb|jzaIgx63rC9bCbmTLyB-o#j7K91+u{ zz1KY3m>OdhlB9dOF=Mo(=Mb!ZaS1S`?vr;vrlrzln;`4KAZ~bu@v6Z2IE{dXiKnygs@O^Cn#S z)XO6CMLC~2q9WDx3X2WzpNryvV2)GWcCOb*-;wo0Q80r8jj;d|z;IB5+IdX#aO3SS ziKBtwk^Kb$f$~jQf6PNES2r!YJDZj1}aVIuUQ^U&bxLnOT- zc9WViUfuSxZh#G`0MM&$+((rsUXc9kWDwa12fFjh`C%@`is)ilhVSaTvW+WW_r-fF zqk0n7iwIHjj)gJEhKewrUFX=EO8l%uLl60J!YIDT0J@4W&?SQk^waF3J5oM~jDSQ0 zH@*i|?)qXt27eLwWZi_2iAwe#DqXfFL zm+mX*W=ej!;6!WwqkJdoV;Hn}2?3jQql>1$9<) z-ZS1}w7_6zUMR%@UC8a2kQ;402tB~6`8@#d+a z)q-jt49X>d;(BBV?}(cr!V{gSMWmzyOU6!m%q^Q-BO}IM%ZIqc*>|SL3VIfTZAqqM zF_4%LjY`Df402%PTtgLi>jV0D&A>AwYRk>Vji8p6AqIlnn>-q)39woeH{fy5@4SNr z=SE72)s>?P!0XY0J4fI%#2N05P7Ti=+(?4f8t5lHN1RlrM7@G1TrIglZ5m;}$?I#?qB|%PBYlJO&8{WL zz>)2*i~;Mn`E2U(pj%js`oko^n$?FiWDiM}+ZCPCTL(tjOU0JfH-HW*?#jN}+!I}o z=|IS!oGmIakgu0_XQHe=U+E~L!O@0{LsAMs&$tNqSaC+R$-I~a4R{Q3 z?Z>8#FgT*r(m(cO9MpLI^xR}z5G`xI@4R_i`Aq?O_Gg=>3&>MaDg=&Wo6u6O3ef5o zP7Nf6UpF8}`~KmIHxX_MpF_6~UIr?(=+m7K*`bEQsY+3C?@L!XO+wd*l!nM1(UTAB8)jxEp?NJ4f`hz634N~ z4-{R+7nG5&VuH7#Tm*cbY^P;Rc%i$Gz zMwCFu7&_A$!ZK75CqA_5QALL6SV2t2Hs4a~ad9Vw9^b^6dox0|5 zpOHxje8xwkLs~UtnBJY_u``TqJ;@4Hqe#U$+^o~b)>zI6BRfY06_qd{H$doNCP>&# zcs>{TYKSN8a1)rs5LAl)IjUOkJg6$$*jj3e@%R@An*2tUQc>l8c`HYdYMrC`{?*PK zG-*y{xFVp(j8;AJSJ_aV5;-2W&k&*HHV)lW(B?~Y{eggc+*8+0A1TI!q_{E!UE^<# zEawUO_!9$D`V688j7@#$+yLp^6O(Z-hgwIwiYqf*(@bRzIV+Vm6LB2N%Z8D18zi!- zOQbz|DX0;lG{|Z^3o-kU=JGa=fPLy64PBw?@hqWOX|KC#9Q{Ud6IGp={ zmL6y?m0j`r5(3H^8J{ubTy0CdFiHLFkcfzS={vL8Mkk@5B$^~DI2qOm7idJefG(WMzS{Bil9He`tti`dJM5~c`N8YuM4wc!qekYfaphbmdJ!<@RKr40=UnL|FlHDR_B5WN)sso;xm-D>fq-@XPHLm~Ul(?Bo zd(R0xI**Gm979zqA5<0FiZ>Jq_9YMDq)AcU5F&}zOI6fy&4_hEw?4A2MbV-pg;eK( zM;u1l$Lizt8-a9evOu>rgXn6#RvyfehNBWf?}FniGz%MP2b?{lQu(-;;gUUfeTNwv z$Sx$J1JRNMF_k#v*85Y2Bn5cg$KGeaf3OfIV>e$3Dm5GRuSg`^nV2{?ApZDL%fsOd zg6{^OV4)?(g+9K3bXVmj&1)lQ`HteS9 zWN>6G!cL=6I0x%mKuOo^)_fE<5GOlcw+LU7GQ(KsGB{c7Uaj_rCe74v-CFiax7nhl zi9_Oma1#>fQo)7=+a|v**8x;D1SiaJ zH}Ew=Z?-6PMCq=Nkc2vzlx)B$>?9;Ccn)2vq=u z{qe{fN=J5M5X3L*@bKG^TXjt5JQ4C`+_23q=`;(_wL~b$GK1FA z^z9O5U0O#gE0VPTcXZBJMNad1a$c|M_I%wqQ8USM_e3ie{@FVc)2#Gds^nZdx?W-D zomzcEaDf}THe)M$5TKP2lF76i%-e$xRNlQFmE5RRcZf}V0*^*#d&s7w6qU#x?fm#Z zQ{wo33U|D4L)%8LKGSxa-kjl>af4#na~YS(NPxrQqqWARICQh&W9;QA%yyHM4YYAI zUCjkDxy6U#F(^QCm_uI;90Xh!hCpdye?uAr1{6GQs=mrzkTMSig%a{+jo3GR4$`GC zELfgvxsBkE)K^Uat^#lO%~&|=cB*Tr-j$urooMvDM=*?s*e^omaqU3s;ed#>zvU=N zRZdDIw>M#|5%VS+09;vNK`g`Gn{y&R`xce42|q^q)q}>{;1SjT+JX5bITjJgj(GC`=Mu=?EbR=TJ~~ zWN50OZ#YxuOvLLSwdrgw_70h`1G29WZ=f7#K0|kL^{=Z?66!|7Tr%e18*I9m(!7+aN|3QW2{P|ZmKi7NVc7d6$4f~J-tp-l#UuYKI*6x zG-!5fvMg<)>{6kOB}8z(P8Nz%75?pse>Cv~Ge|l30;xKm*~#(N#-H)VlA0^Vkb$lR zw71QM2rf)j<>&bvBVs`>YjdauKIM&!SB-GCW#KR}-Q5}o^`(D3SP(Szy-0!~8;2IS zk1%JH34J{ca<$1`E=>v8jvnD_yHPr`$yRJNjVuUrfHfataR(>6@No7i0LpERcqYU| zwWmojJXfY}jGXbl!@0;V+P(AS#;}|p1o8FQ_@%72wB~Zg3V^NQh%xqS-vpZvK_*oT zdL8luJ6=)XAb)a*rIo?ZxZ7#y(8&=ZpB1jbaUf2Rbsu9_D_*oPnWVV2D3*ad1*L2v zmgI;nH9*1@4s=*5b&^{(VS+MDh>?%d;f#nfq?xyTtm@f$S&abe%v!^mpP`S;_A2qp z{Mv+}>ZJ&B(qqs`!dKni6Y3yhUk7uW9<)c3@j03ha;yK{`S$vrIXf28d5>0*>`kdV zaPe7dHDnO_V{vA^etg}}p(s;y8Kkmx;eZkteb(Y^m;g?tHJe5&8QWVXN^D+(y?NE_ zmKU3p7glGjeA1}9VFnLG+;l>5>4>22RI95}5_< zpH5d-y0$k8Za6D#k5~U(>!og7N4le;$Pgy4ige`J*!Q0w=MTu5AUu<<306FGy$B)V zhdXSuVKYH7Ai}Cum8E=%0O<$_+RBiQC_H+jX~7AwhWSvGP?Z?pkJ@wvI9VQqg^|En zWgzQ+r=Y8Im`_KC)%& zgZ6}{S!PNWNcB5u*?p-V<1aw>)U(T91!YRhQ=9?w#Mi+p;Bc{0;WQ)0NvV1Gz&Bc_ zUxC^@$wo`fw{Rh%lpRvzYE=O+dVyuftE@uKX~J2rV+6`KH)s=^G;(V2vUJBDgj=c+ z!tH`Tkwc#o8FsV<0P}cptcWsX{G1XTUe4@hjTpH7#khbymWS+O8>kS!6!Wx&LNebh z0wml-I6q?sP<(F>JJE-Y)TCYFZ^Ycy)@O?eq+cXKE2sISzl@2P#pLoZc-zAlTdBz9 zo%uLRT|dn^4a4l+#|>zY>RwviU?^r<*hT$qVe%6v^$G;zQZ79Z{`#CLYqG`Q!KQoe zk28W=;N2w3^RjF+)5@$21U9>?zCTOfJS3(-hIgNa$j4OQ3OWE2#_{pjT3XQsspd73 zuX5?G?{u-D=jsUfOGU>uKtfkYMCqOB!;*AoZ25ywL%9uWY<;YFiPkU$=0&H8v6vzB!o(AOEvN>7 z#`CC9O>YHaMYOB0`1uCXApMy-GYW?VDtO2$X? zQ2k+!VGJ9_<3bTmaZwS>ApaD?^yuLU!9rsL4Yxz#0p|fyvu;9+v|zA2{IwIy{`P4; zy>Q{uM(hA!K%c*zD#7?BQh&m>Vdag$SJMJagTN-0;H_BP=2 zgB_-a4L^ehG<{d~{FEjvhpmjuyp>LY45(<#@-%AKz8tKaI1%=A!W_(HB|Fm4?YR;t zRyk3veXN7=bdn$Cm9Teh)s$rD<0Q(F$7iJFi^2;Ll-*L4PofCN7AF_e$1W;y+OzGbKJ!xPZXo@Z7>IRDFgMPc7wrq4Azf z>;%C<=9{518NH<>Gs#fK1JI!nOuWV#@v4APT^5h^9g3-hcpC7WerFk@r$k&$?``|5}a zz?b66vIXsBVW9+&=({$2i-tWj-?f!c7vqXuYH2zklO;9{)AK38kJ#q~fL^UKn2;bw zv*T%y3Hy(_ZJq~AFS?OIg6z+=Ek!S{GXi^p>)yje5nH<>!#yrnuWJ7IRuzhk@01EO zuXs3!mY_{l0+9q59T+4mkTE&OU zo3}!Hl?LjROVp!RKg)~tRA!5U1sb&_SWgMCfmy_5vTpxS z9=vT0?miVMVTVUp1Z?5IN2w=YGVBAgJ8Gw%K(A4yZS5#GBC*5P90UtNPB>mkk&1t2 zb1@cE@}zM}FoiU#X0Lrbda3D=x&UdL!0|MK15o#>+%!H(9#m;b3=#8yC+Z@Y2c zBns_76si&ApY^PtNMIq*tDm?nMMjsjK>Lx(F<827LgE|kJJKv^T_5y=7Zh%Es>gSh zy-5+zKK|;^pJ7UA-IPQ;T*?v>OMdAna-;Bn4@Mf1f1xS0(F989s!R1jWm)SB<#=%C zIO~Q=X81fobWpqN4+j5LMtQkg^!(%!6a5}|&0o?i^)p*cICy*J>QSD6MLVcmj~i8u zWhq;)bhxVy40!!IBF0vNyf8CD1c00o{+Tp4GNIvwL`<+v98CwCP@_g}Fis&E8Ouji z0BgX)l8G2XL}NFPyXqs%F7d}{WY6+qqV3Di0#5UO-W)0ndPc~Pc?hxm++|v;&09QqZ2tI?xGiJ!y z$R2HV%u}(3!HoB)DY`{C6H~B0vo@50-&M#37JwySiKIkw1Fc263V;ps=~Vzg!Gx_a z>29K04*sul5DV!G9Urx<(xq_ulCt5BD1R!+ZLJ)m!eG6ahBbQXj0`R0?%%H0Q5mYQ!@(b`+Wo!{DdlmlU zEV*p5`_OHk`i^`X%i4TOqhQsS(08JnmbZd~CJlB64_zGHVpIz`Du=3NQSNC2Q&uwJ zLbW~Swl!@iK4K8kViIW6jz1o zW!ex;6#*B~YZQw^j5|B9Z7F0$C7~A4Cv=53v=v;Bf7Q2%83_~40{NQ!LX1WU5O6cx z(4d~R;twJL2Sb&4Ljw%xIyvkR)Ne9oeTYtiG{6PUp#euC7jSKTq&8?K9>QP}^F4ew zP_C{jh!`3%8552(i|!!bGRiax$1jmt>PJ=syP4`Xo0hpL|t`>3=45 zb2(ASw?l#vVvLMk;?KFQ=51Y`|Mad{Q-+f96kE$!ei@XrU>G2|FBuKqp2b>^_Gc0Y zn%gN7=5s5sJpE)CPQdG%>=TeUhqYKOjglc4&H^G+CI44obJ;Gj<;L?Pa_(VTtyB9& zKxQXkQvxemR*a&-#A4?(S%F4>1`3O*@A)WEM;IxC$saGIcSzA&ve-FZnge2IOrRSd z!vgJ|YR2?-qd`{Y)k=Db=PUZf-scGz_e~i{9oeEP;%m(Zu4lsQ6|aks1I!m+)Mp|# z{q%)?(}KCo$vG!r35pSO4AiYGu6kd@*)k>r(@|sLX!h93)nTFV%CTbr=iYh-2-F0} zUv>mh)kO<7di@PV1U`*_C($1gaU3f)Z(;>Ix~+R}@;HI36gL6CO(Y76(j1(J zhQvCDF7rYO-)41h+La`*rx?8BLE2oF@EV%`hzt75Ag3Pd<__>yp-kC9kPYv0W)S6( zv|~}x1=R+zlqq*uM3bX#{a_u2H3zvdbMcZwH+iIUzPirVDG#xN&!&VJ3Gj1U^9wMF zY}JvCn^vkOJ+%Hz7~bQk5h<<(Q#DFWiCvn$vM-m^`u;?G%Ys#b6Hnly<7nZL!8w(n zdn1zzu?mz^rkW+sNYa=@eaaZhW}-bR6L*jJBvTqU9$+8jd#LO?$2P*Gi>5+ zIvV6g!ohQ~82lC(!jFM>BC=#t0I*#5RdP&xf0Bt~i_d_~$gLOiKR3xJOO*|_);2rshq1LWb9r(=o3X3E2*N~!ixRTpccFW$27T_` z0K;2USERs>WVVpC?&H0;WVkRPR`U?53UijqrJTtgP957!aqshGvBovUVGDH=|;cqXl zfS_loPbn;iUo~$VC>q?>n$q^J>2(kF*(OML*AFN<4FS-zOmgT_yglD2BOZ2A+_Q}S zo=ayx41t1DiIh^tC9x9NS&T*8hA2h4*i>gARFqbK7WYptIxi|9#d6FsgV9C9fmIk? zGm4r;kgE2r3U@@6bQ!d%SP-KhzgpnHLKfhPbhHP;(>SfAIMhJ;9Z5T5<;`NCeq+od zpDCjwJ%v+RJt)xvPpz!$o{PUyqiFEmVqyrR^RPfC!BMKsG$aPOTu5D*EunXhWRf(9 zF>6iYW4Kh~QfSry+NrG_!I@9`gd0HQp`^TPxjgMA;}YTq0qf&XUKc$Ji!vV7VqOC< zPjh@iVd~gOpB1l+)}0v>#Pl^iq$LTzVFjcaF+k694ykM-UNIgD1FVVADb?~iM8`*G z0$s9f5{&R}9|Dqtq@l96>ru(hfxDx;bn-nYbIiHt5+e3~kCJKt>kUqH(bd3!lFNaA zxdKRg^Jdc2MgUKeg&M_gOu;D`b*>liN_NjJh5=OAp*jSIZP7;5era2QGiv*~MvD?X zp(ofl^~_Vs()6OHG9p4k(ix# zUX_(NmF2QMTS-t-D0*}j0ojh=V=g8a z$l8#lnUd@ndzN)$^+>7a^uZ9+(96-+t{D|S!` zVLjQ+5tP1mu&Mx{WYpr`0ygy_*^N9XR{lZ`aImq4`JF)Qh`MSBX6`k5P`z;h;Utn+ zTp+rQ+EE1XJ-Q8wwfgp`zskXW$`eq^h+M;GZGB@#oSN9s_WekZ|Hh(l_4fX-5;zKSWLBPW%MBSJAh7_rLu|#(tHxoW#=rHa7FscwfoVgPw7WDc8~Tx@jG-pS3>0m$ zL%_c7x^65mcuxykCx%+;$u=Q}&`_7JOJEh{J9->!!tmnKLW}vl-Th2@1Y-iQpfxru z%>>nhM7?)vB#7W5Ts9ZOK}J^0A$(Te_|SiZsGPCTj;WIptZ~m_0O!zqFjeO4Yq*>BGrf`OEhEn!ulGZuJd6=R^(TpikLH=^kU z-jj8ed9lrSvh@Tq4QXdMw=&F5>piIiWd}Cdi=CmgV1vXk#;UQP~G-BRj)S<{5>iM9F-*?LqZ7Cb1QMK*}L24J=8!0Do#SOzl z&|cAjI~p>XLC$_>MwE4G4Ts!9L{TfYNYh_u$hGHh$!wY&AzF0WDH)1pj;UZ(+(BWq(B8nqIz%aX*(qp>u*Dwos6yV+5&hS_S5Hbi+UTO2oN9cVu zaONz9nIIS@e=~8JDEUP4it4@V;)DTTxx4h}Z6s+Ohx#jlHc8}gsP0^ou9{fw0Kv^Y zI_#z_MMrK(mQeh~@h7x0-b!3IfUFth{K+>E)&{L(RxzR9;fbZ z5O&3Mb!>$NNQw=dpvTg~k2XGch6UXmn7T;YlwdNhm@<$1$76N7JvyE9K~Nek_L`7@ z_qP{~FCHGETS;~B;BJb$0nHa%pWf+9i=O-9AQkVMN;v5;3&~PKNFPE!tpLJ~0J~7D zb(23Vp@FoSfz)2io5f>u@T@wFJvtJJ=I-0{LFtvgLEhna0?ok5q$yqLjfzVa%|qU? zR6h%V;?pS#hF>sqh57Ui4ccQjFJY@3y*1MeHnO(+rs8Gra>-4!Fpap;6c((?hMzE* zGK6f6z}hU))%h-o-nsH(SDb>}+N{6Y;TIgjX3V zvkU6NCv8u(u_H#37ht0#*kfSAj)I0kOA>;(;WhnHG6I%x{fb&2gba5~B%hvJ25L^r z#A{S2jXniILnjPgxLCYb)+`5WgkOs~9Wm<3Z>Eo;(X=a~v#vmdtfa<3Mdvo9E^)l| z7+dUJ)!;b*(TL~8Jr!4|1}wc*sTy&I?is0Le`gS6lkm?xE^|C=JbG|Gf7?^-a;9K zfQBRLjX3oWkzTF5`l82S2}&j05gM0rl0j{-E0gGwHJ?hBlc1G2EFL5!Kq5dnj@cy z+c`Qiq)W(DCUSVWCa0w{+!^EV8eia4;(U{Q#7){ItJ0v>xZ3y!k}qW;Hww3zZ9t_$%3X8}FmdC>ef4NdF22^v;LK!v zIY+u%l2x`uQkI%DL8rLJ-lkN{MXF3HeS?Blh9ikE2YB_f@-jCNguKEReo;MVI|AkBHlz_RJAAoJJ>g<2%GQUn4>EkU;bMnT21BasWry#P1uU8DMg_Ym6JTe~z z%qIn~$og3pqIEnLR{3m(wb5jU$(J1b{8`t4Ej<=mpuMJ#H`XT~9Bc;B+u=G7>duNP z0V0Z9byI2$qj+4uVHtnlzz&q{90E%E%$9kAPWaZiQ0G>dH=3wLSxN1$MJr_t+z#1q z@-A5IGdBToX?1d-4~GCDagGavNHk^@QGCe<#?ru+#D{L|-DNIwJ9T14ef5?Qc%M`} zFlJI&z-!e9e`0JM2vy3l9~$#pE*QHpQRSrQvvs?}{KSk?EJg@@OB5#P{kpGNDO;*m z$b015_a8%EK%b*|(G$wiigcgmLW-+};RSco5u8iE5Pf~Ul$OLH0^HEIoHMVRBr>#B z+2n%^c~Wbfn5TK68Q@S06GxzINE7|2cWFg{$+9mx2rmC~o({+rM^OoXNUh!<)l?;M zR8SUopFNbtmKUDwt(R739cF#+5&O6+;?$k9xiXdURq zw_ia{QmA(VD+^n(yv_=O;?k^?qWWgFgETqzOq8#PASRJ=5SR9m_fXU*@vi}vOBR~$ zLLccM^+>@P@hN9iG^&5-#@c2Ik@CqvPW|hku}(nrP<9Q?II+F@@V_ zXE`_94n)DaB)V=kE5zZz0V6Q^b7X)%MR4isI3Rdr`i@wpgC2-VLuWOz#^=ivy7Bpj8 zK2opbj6b7g8Bhyi#^jqnZ=hitP)nu9pgWcujfJ&KAK%L6LyIMRZ1#@9TlOFp8?HNHQN$ zw7~E3#S0%YL<6l?(JExTM1A0DSEj)-^|=O)APwydl0PrnLq}`wP-@`81@Dwhup-rcVLuk>(+o!Mahd9Vl9$~nADXZ%I(}6nS${4r_kL1QquoQz>dz_M#U^6W-bgi1gej zdmz_Mx~%M&$4>5zKW=Qt_ZT#rcCR{>}u(yqy$I1avao^<+Br;_Y zcw$N?w}Pu*J}VU=-h5i|r?K38KwXk>*+bj>TKWqyO*ILIur-`PIyGAu74Pezaka+V z=QXYS3hYsEy=6l8BFD*Ppv2u%QRQZnY!n^C%+$<~KOl)>8Sdb8)hrjN8Ah8olcsDK zL2m`;SZ=JDiJFe8be`3cW^oie+5fMLsfDw)N+dXWom#M>`G2 z@l2kVbsSXu^P$L-QaG(|{9rBX)=nmQ|6bGLO#Ke9& zOe!jkjGx}($ufxqYIv`uGLyRm)H!Un0-CWTL^dMt=7Hqzu#@VxCYgR=c!}NrBD36u zA$5r5sjF?`R-mtFoM`L3LPms#&n`47QN#0-Z}KwM-LEFH`lE;sae`EXa12bR%B9_Z zouk*6Hko!#3u&wRGJ{RRg#j&QZWzTt6<aG>t-MDDI+&edk-W3pm~e;@77(QuLN7XD zC%@*kyCDBdJ7xGZbAo+?B>jUi0-(lF;v-$5ZXDwP#$c~eR|%sJL|g|k0|lqiO(2D; z@qFDy`KIB@l~kRJft{!JxgSy{N`sWEs^f`iuwEKI_|gW$B!gB_7Y(}1;acd$vT?PPaK9RU$Ly<-ivm=P&i@ypPt$uDvAmS%o zRLM;Fp~q}^0O`k|xd~2!eFdwNX_1pws=F*2gIx2fd}e)8+;(OXavRz_F!)Z;Ku~6g zbHb?XoQm=16%Dy)Y5D^H_&Vwwfm-?8RL5EYs3Ef!&l6ghwbw#9p^QXh!&1^>z`5ws zsQgtU+z6#v%bta3cjA;&1n#9p9!o;?e5W5F!5~ty2O)V~sa&ak^=0-cPm=Uw{YD(h zT(VfS%S5p}pgBE%i%(R}*l4J{u>1>>7D%aP)wvWzO#G`TjS@)0NQZ68;y6h(E)fR* zpsqg0x}Z9zH&FUDErVV|2t>y=j_IeIf9M_nes3pxn5*wwtc!qzDW?GrBx%hYU=G|z zClqE$t5L5GO3?2BM|bfKHe#JMPU6~YmQ9~KjN>2I#nmK&GVfu+*2$!P&KE7+51%0K z85<0^r{&AEG;JLhfflt~Y6vfhmYQ%&Z{SN%a63f;Rjaz&y|!Dy-VYE?fL4-`KGkCi zYY`IXY(+=a|J(bks1Am?`_g?naeek8zgTuyGoE+8G^~p3IZrD{Kk5-NPX)V0OJrwn zVdSqNl?G@Tqi7AF%k-uBwK^Gqb0~TF2<0hCGSHs;UAVezokN zjuWU-E;;8A8xgLFz7mdQ9UL-r0pA5_*T0OQ2u|z<8NwO=oq@UTcD7)pua6BokzM&_+Wh?X!CHojBRp zr3WqiaDeESdSlVJph{uX zOUNO8Qg_a$KB(t|b?egK{F-$MF&Rm!W1tvc7@Df`HuTygXG5{(vDJHKdmtknCdt9R zwkia^R|2G>WRMv@HzXI9BuFhR;6>b9uVgSLv|Qm#bhHk8d3i+IVRFMW$U*D+V1W4y%nu&axB?J3fjqEUeug^NqXOJ3pF(l+fs9T zuXMj&w{WR9hQ-*H&2ED^xszR$R7oCal}Bqy4o87+##g#@y{IbqpF~oyUQ%xU((ocu zNjR-8%IJ46i>5WBuz2E3+5MexBJgYCm>yl$IabrtdKZ9JIO7Fa&t9UQ@j$Q0D8E2v zM{VILo&gfm&{Z-VbuiJoc(kF>Oq6jhw%k!)W(iMYvtzwF`BKBpVo%pV^{{?K1b*U2 zEF4fyA_mWdU1*saBuI|^8wNDCwPDe}R;uM%@EA?SL?dyqZJk>t7NAD&tL{FhHHUkB zsQDlOB>*i$II0GDK6JK=$`eq6hY@I2ihkxa$?%eX13O$cpr!-hS(|uDciDA8?TW_@ zI#Bn0_`e{bfE7aaaW}6I!8geW4;wVl#LV5ND?HdNLILI$Uw{P`!Kp(!#ZH+^ZbVpm zBD0|+Bt(Q%L86m}xW$5Ut2sl}?k8ZHZiQC2H+gPG6}qAGyjFwbDLEm4BIMGF`2=9N zQ#}(lC~WpVIHNaZ9)bBu@hMKU8oK73yB!h*h{@Nggk{@@a?;CLU;tc?$&tc8eER$2 zKk>If4u;(5^;+?PYXss4Xk+&bPHO-P+usC*JmdCK;l0-+D=B)DBVrmeHgnEQX4+4h zlA*nIgiL~j#|L>gTs$j`Tn;9f)uhUuO0Ae{EJvL0(Q#9q-76 z_Pik$asAidCPKpn2788KSjn>$yhcj3K8dXPRX9i&326Wxh4@N0n(tr`R4;YPsa8|hA5>X^Wj0%_y` ziZ!>yf<8k-L(tO8FA`E!xCP*v3#ib2eOkH)uxgVv@ucYlFN`{gwLT@&^Jzo?TE%Wd70Foc z^LbNIKHHhqrr3x1SttV5NRD&55ddEfVTCI1bYuY;Jt#NF4{u4TgV3_&;pFrN$CUsm zkiorFzI5&wy!mc>a_p9k@iEk6L;|()65j8k`q$#MsjEVUDJ)CeYka%_j?Ahq>xAq= zRPG;AF)#vg7&-KqW6Td)!bm2*>ILM+s2HBfRbq@ zFDQ5=-;x{1&x=HZe|psAp5Ru<@Z_X&ogxOz(fBB)Gz$-460gkydXJ(UR=7qRqE-In zw>ZRB3NOI^avi*l+{*yeKB0mbiBy!EMrFW2{nmyys4%53DY9w<$bRPtz8~KEc?X4B z8H83Bh%+1E#q@eia?z)*1hn9S$4ma~GIJI+O^2*sen)?HkhpL|2`PTh6aRQ)kVr>p z#0s=$osVVb3Z%6dHh$3I8e^xmws)>z%%TOm51MaT=}phN@;G+EyL2mJad4{Pq;O?6 zd(WEaM(nk%$hx4+Fb`aph6FkAiKyJEDrlLTF11A}GDgb4R?O2D8HQ2(ZY4?BTEUh? z&8to2ZrK{Iy>_1+!bZmW3YPZNs_DEco-cs<_@a3~*_Sr*bCZW*0AlWc5G<`BBUtxn z(EpA&0f)ne-D2BCii^R?LCgCLkbWVPv*N54%yT*M_dOaAsIGS>?wQQf=h+UC&<~b8 z^3M2lJAET!e?@xu!4EOiQM?9@R4RgOyD0} z=F;o@E-$?41DLy0df~G28}EgsQq(g9m=pXa5~h(c8+23Mob-b_R)DhB7SCW6V)E4$ zDudX8Ea zJ3Rjy;B>zkmZV8J z;L>clr7mA0;RPpO7G((d7`{af9_n6&iZ))}LXFkCJ2?S4Xk@X(F2?o{CtyxeD&aaY zJp-;0Z1{FW$5MQ@QJb~oJ+~k+NX&ixw3_Ab62IdaWu^tTjuU4(hE56Ml+Ik3^A9hk4m#QrXmOz7&{Xlb7vdKsSziOlC?`U6gECF4gA0CI1h=BuC^cmOqxRM z;e*4P7>uw^w@yw}H~&ek}3TJY6q|zoFYq zXlps^IMm0XBRfFRO*KF@6nV;WTaaKS{nK$?9${X}x?SmdGX?nMeemwXm~7LkfhiP( zJHzRgV?M5f;#sV;&ZIqT4=*IJgEJ^Lm>|sJ2y~p2<`T#Upuq_N(mtiOx~VUfIdd&? zis}ki#Xr$9W9V5*z(P+JcR&4;tM6m2-97iPgN<_x-=gUoy04e(V%sDHAyr^Ao$pE= zihNG^#^k$Y@;I1jWR^1}O+gm=F?zg?iFgb-A20*~cIcTGPe)3nnI8TolUz_q8d4`p z*+p>;S%RJjUg-VS6U1VOaQx91ew)iKZ?hQyIyHgtt9)fCP{LJ~AufjEO#y9mX93*@ za$d^eYl7WOJJ|uxJIXoZU)Brd2pa!flD*KwHToztYaQ}#pFp}98BY-c(^{t)A!-DE(85BMb7;~d@bU>P zT>{h;*GGK+3H>9))4`3TM4)Xlo#Cy#4MWN$k^&YW@w+C1BVB&bR^hR>z>V*!$g*zg z2k=BIT8txkVCbKTT+D(w;zv>nqB?iVvf}ESd<*A>UiUl_-Lh<7@Z%h9N-*?LF%TrL z5~{L9*3uMK?GBN&?8Z={t8+1hf0~#NZ-Zs@L^@@R0(C)DIU-EQFU~$a`kvNzx%^u2;%bVHB%h`2y^vtzDE#yln6JNc-CmE# z>T=)+q2`cJwv8H4e5BAlA8sq#Gvx{xC!Y%NK;xIv0$X|ZYgTlc}xW$-L# zZ`qmc+-G}Xxp$zYrdrW$bA>XldtXZ#cu58+)xw7Oi6CD(lqUlsbe~w}-1Q8r%zj6$^%tV-a))F7V+$4xwFuOFieVO6?~Nm7;M>&{|>TNfgtHplIx zxMZ8oFDrJJD#>=n0Lw4ya-oz^7xp#a8&BD=q1O6(zG&i3{bUGp4Bf&>6W6>≫xh zY_&CH1Djfnr_}v~bo@X+sUNTjhI%JbPv9HMPQDuV(p@Xt9;iQ0fl>vHeibn>%U{VP z>3xvs_CB}9E{N?hTec`_Ew^g&f+1!n4UCg?9I49VHZ5&A!=d02Hah05VQ`WPj?A=X z6fuYFl-|_5M2$22!6wP_)0aG^b@Y{uH~@BSI(%LNl!J`ftwqqAuplv|NNfn;$P>v% zBI9wXljtMLDh%>t1pQhCG;w%1_1@3Jp-AYCbeH<-hWmqoZ5n$ItBrf*aX@Eav%*a_ znnQr%00Y1VS}q{blwm0-ktcL9C+pZB^kl)qK4#bTO%4`L;?;5#1c<^k`~pKU#G-?8T8b8y{k zpfaDkC~YNC-71Q$36zS_XCVelj`X`=Y$P^vsfCv!0+#G~%PQw_f|Q#I!5n6Qn`1t9 zm`(-Q*q9(Bjk=c8w*{=aA91*dtd@ho86}AC7jm@j8r1&o>l&aD$LWPCU(L)G6FTC7 zb16Bp+JU^?wNKoED>B6urk;{SmfdvKk83hm)f3k>YoJyFP3gbfRJxhRAoe zQX7wA1*-fO%vtNtYju$#dR?v9U^5up?Q92XjO$=BLB>O3;1AcCHhM92E2Q<9g#zbi<*MFD-U?k0{Zuhfb&ayJNPe zB>t(R*G+dbw1bWxX_yV=3sYg+K&TcCh@w$yWVzMmt3Tpq+TjpYRE**ROF)<_6BOKK*<*c3BJAvswvtM2c=9-o^y+_ zECx#Wioh4*9H^PA@AB=&^>HmO%(z?_@R7@U1L5#J=%|`wsw~wL^!(`77&epU0>{gi zu1Ud`YhA@VLEE*r3bfU@XHD9X+IZNmq@p+`n4jUBbp-+mbzd=CmNCD4Q77f?da=J! zGn+)9*31Wscy$Q`0T|a-G$z`yF?kbpWAnFnkmzsNPu> zp~a(IFwPv`F0}_dWhyQ;1N12>A{J#*0;vh{aBq;w#xR?sLe<{(k`+V&Yx)mEr7ZO7 z!n)t&|B%-5apvxJRXky)2SWoSzR zA~V=EzdEVZm&kdqX-b>s#Ik?RC}>L9rA6qKoPRPhPIY2@R|MH)rW)Zy@m43F2V~~y zm$u}`(Uy@eZb4%jD340%15hyzi2kr{799+AXL?6OV>?pc1OZ58;~QJFEBC8w?NQ21 zP=rQjv^oLdEwsEdT_Q|Iy#4^i4LTC(fo@Ci?yx6M(s*zMXX@kTbaQ;r=0CNy@s7`h zTr5|J*|}rl)$ZWu6Pyb1mjXjKeK8GD9C=$fLAqT8Q-JFzug@T>N;M#}6{ERIlB!z( z1f*IB!FlmD6-8Kd<{-trhU}|aw!w9x*K@iku!nR8qi@n$O>~lT;We<^c(xR}on=^_ zrAHyF2D!}4rkxjHx*VcW%(L!{4oft2Ad8a&G$YPxYVg$3xJRBj&?Z8QMEao8p3VoC zzv0nQ1s6Won@A^ee(3IrDvpF0Zd2R)u}y`gtdJ`LS`{I{*qrJ1TdY>_r@3D%N&;)n zB#Z)apd*Sl#d%3n#OtlSgnU!%ieXlelY%-x>f0jE`arzdNN5~0 zIsnBnYNF4iLm;v(;&XM-<~TyXjBv(gL6vnS5;tPyl%+4xT5EG$W#d>6h*82l1RpLq zo{Ea%E44$_4#o~?{G%IQSiNuSs#8EN*@EE3OOgVaoZ)GabP~kh)&2xq8pPx?!BOJa zmqQm|oihT;={%k5Cm>v8NJlB9jA$AVa41&q0zoZ{&`*wgzOhx6u$-&(a_#=p@Fx%2 z#$X}x&L5AIzWXbbex=k(&OZeCOE2dLGJxr`M5Bm{dzy4>tZWSp_ZPD)c6;wW+410T zpuHskL-}c;yk`zf4RqeizIJ`4@DVYDV?P4yz%3K&OD0l{z+Eqxyz3hvs*fsuK8%C$ zsOg#bx-~SU(Czz(+(|HaB*QaAKj+Qgu4MB^G$Ss5yd(^!h_1c{^ukFXUjT!DxD>cl8Ag3d(ZqFXWT zZH7uw^LoM)i0DnA#>}HXuV1c5g zkx;^wror36-Fj9&-HmeCX8{P>NE4-vR`Bzqe^2o`1+&AIG<2?ay<)UI(`+P+Oj?G* zA;lr4)s`VYu+du~4$@=tF5$@(5=}Z4(mf#sLlh38oCw6u?2OQ>BAsG|2fb$Q*_jfH1cr@AHaFH=9%7 zFZ*gXhbOt2+;L~jmNxhphh_7lBjqD%%oR;q|2eYzXwWjx&nS4BcwtN+U7~!05&_vM zMe~mL4a06`5w%B7;q02cVLz(pf*z0j>>7L|cZE<25ZMG($ybeBxQ$trECcUCDtCQ) zX(^bPIv;jzgt0`X*J!#f>wikl`lS^tHLG~e6`^P?T4nvHxt|Z^XZjPL>mq4New%5=;ovL$Begl&HQom#k6^@{ z2Z*O>fb3NS@~-6WA{=&_$+Bg;+HC|*;(~Rl)ZNJY&J>Oyf?L=$y zPNtXMcGVR9c~rH=`c(yKSOY<5ufntdjCZh?F7+Xf#|F=PY8XvCtsph&j;6#V$J7in zB}iVq10EoAAL67Cln=?Zn>*~w)%bLCJT4_A^}aGSt<#%-(vHQDpnCh@r)4Gcm>&eX zngekrfn`d@;q|xV1Yg8*k1Ota0uynq8Kaj-hE&#mm$HK#Sd*B%m1pM1swNbZuZ%bc zd_&xE@mROvHnkL(@kbmQT4(MoT{5Y?ere@UKO8(b$A77`ljn@NtXw!bAyk6pW|o^) zaaBAY23K-hl%`(a1JBhJ7*B2k9b%>TK>!mHK5$zd?hLtzfHikbpj|_WkH%pY`MoJ1 zV4{x(k9`61NWoA=H4xh8OH;xDbk0deCN71{-o`FsjBl0Zu=|NzA9pO5NL=J^cZmCJ zg%$+gVYeqWowqlAD2L1LH3anUjOM(k8x5&*^%%mDLYRS(Q4(j=HIXWahGr1uEOy4a ze~$OJMiwY|#39D1{xn{}u`EN$I$x9BwA_>T3S^g%nTIC}A~{k$K9T8yYgP8B2Tf7k zy4qk2-r+5Wb4?a>!wf>+CL#%S_piNMZT+0~NS5`oYnU;mPm-BmG;dU}}1m``V;y4d5J$6jmCKTf zcJ5#uAchs=gMHWx3y3t8#%WZUD2ft8OjtL8PP7V}Vs0nQ21;qc2p|GEc9s3G_`w7V`8W@RK`mE7^NS;vrMJvRyg=_gu3O&_v1~~0cBrwO>;8V|+pBQIhAhQD zd?V<+8T|U>(5?RL>3@hWTrSVbO*%dQZ-Rrd^fcsvAjg|k z*gnzDNwULN%4dH~Bec!4ADHE8HxYu_qt<5Gx8J31iBaFX!h#P2!bEWEl8zKzb%H8h zRMbqC=)O)oTwXSN6{9u|KEYGb-0y-}TACrGHL2vGRC=xtU+WLI#-xG?m3$20wU?g9>gCVOm4s@= z->9IJUOG?q;6M~s+amK}Ej@b$=(u$O>7z^K^!LnY&;2HyU1cqxSRDjoyPX5gTO3dc z{qu>SRciPxQC|wbIls(yYOp&-b~A>sy~e5W%bYtQ*?^y!O7odIIKJp{nHOC=U~7GE z2b56Y<7M>#O+d20pjJD|Fg`EKz$RRSoFw8dOSX*A9!$Kdx(G34vR?nXrafa{Itt?N zJL7aP*4=JWBZkk77lzzNywecBbxYeec@v<6NuJ5$m+4?W_;okV zBDoQ~7}I#>t~JUvHl66#sc9d*u6i$A^u2vvgLlLtwGq8}YA2!!{U zWsc?YOkx{Ob+9_4%$_zc_)Iv}R}fb3G6}GQ~ER&IyU}@I~CuWAV1u z`$7BSKW_{O)Xi(3dsvZ9ST6x)9mPxN!W6*gWfc#o96(EaE0|hhnb5pXlib6WvJeOl zL!mnIEq{uDXMP0@zx{K(;5R$xqu_Iu3^1_#2C;d6{ z8OpRoyT?*u&|fc9n?G}v4WgnDdU63QVH!Np(jb+H5V#x#Z^}DKcffA}zCjzHsxI_k zQ=S#b)i;w1SaV`*%v=&o*2sq#ep(ak(`QvUFNv`c^pJu8+o5Lp0w^u;O0(e=HC9fV z%0M>SfO1@63a3LP!1KaPn&{N-j;nZnOj!SfGHVq%V!fNf88{;%oue1H9+(>!JC)>G zT~v4pHiBLZqtnwYWUGY1_}J1sq{&eO!caoh7gC5iJ4}%2QV#lE* zMeo?K<4@DvTvS^k@|$k4^N&ni@{Xz(27@cZz>BjO&T9cd3ks1cIYu@DXlt@eEh(ei z30$IA=|?T81!ww%ij5x+rUh#tH0BLk6?s{P=svmoE=}4uzFxj6u$OY@JVAfSj6yacpCw$xr^I}Bu4Ga?8Pklo~ibeLK)Ro-K z=5t1mu4FyJzRXU^V55Q%5Q$_vTG(L}tn{Wlq}16$3IbE?D4?|agQsTZ4|A}((f3Do zLRti`t}BGyVAqw`tMuUUj_p7L*6~@>jaa8M3e>o<1CK*q5RqDn2IWdBmRHOeXm;N*O7Nmpy}0J9E-t!bwLy-KeWy zQAyPxh2DmF@?cOih>7gX;LSZtXYfwpVP&hO83oqY`pS~7m+Mz>X<;Zh&EVN5dCTQ1 z7kv@pt+CUIis2ji5hD=}Xz~;npD0~0W4a=F%whTsn&dl1+WFRn3=;Ft+N-k&%3cLR z&fKT3eNnojXeCEnZkm2LQ;AHPQ^u)e#?ljW(9X1kA6?}5DQ}AsC0}`wx@zG>Hcgvu z(NeHx>W-ZL2L6J+mBNci`^s8^B!|;KjKkoE4%pd&MdTlgqc)rVIXcBh+>2SOgzaAB zCPQzfaUH9QLq0w%33qLV9~v|5)QvN)Pa%v~2995hBx-J>NTW6<%jP^-ZXg+-7uuNK zr9UO0sd-pVY@y)6T|9X$Fk`m`57%p9G1Xl$`Igw0t?hwv#fWLAMk~uZfjLZ6_e|qN zLR8HyGS?ASS8`IA?>$_GbYtaOo#lMKw%{Dlk{-JJPb9?Onz}*B9}_So(>)cpbLipm z{eMRXog6Iya^e#QuAK_tU!~_@ndly}l-66JjIt83HYgjlUeK7GN<2mpx(|nU4-Aqd zOZ07>dtzG8p$6#tAP?2x`+_W(AjS6(&ft4}0k^1pn3HDYfXQ3+E>9s**d*`UCyR!# z*=l3!n$G0>koH|K>(I4R8rx*V(^2J;h9U$?!NW$@UU?i4O!>__rt%qhs8-$L9x+2Z zK;i8(84yyJo4h;oVRqyy6h4b8xFj9A}w+KNCh4*6B8~#dM)}C1zm(j`O z05oqJMc|6MX0UP4%Bja5*tnij&B|!n9^Rzrq?0c}yd%stSkZU`U&(|4aTJ`P`?>OA zb87nG8(1*m2Lsn$|2fY8$d)NZBfPCI4EM^~tMGmQib6lyq%54gI_avJKpmuFIh6mh_M~~ocf$}n!ooU5oKjBf=c`iYdj*kD)(?)> zB7F(d%c8=CnnW*$qIUucI?}KvOlqsb;cEwA$6TKXaZp!Z3saV&*%}ikp}97Qlpdu! zdXGGqsqhyGF4l$qW)CU$W9#uUs}3Pv3+`-2|;jz_`-rVW!{Mq3P|{$szFYz zE?ioe^|C*eBsFE#3cya6$m=)FB$a{bJ(7=c zJ}i(Ch7?UW&e-G^iUg?ykdXjaeItH6;Y{Tndp~5xV+?@nGbk!tnZK z12!0Iw`!ny7GnZ*x|=|y!@~U|a;i!$=Zg>_g%_8>8yq{a)*oi!Ao5Yb8I4Q|o^NG4 zmuy_s25+nw2}Kz*CIiQAKUhdKiykD$9DM$bpq3RkmCM+8u})~X3czhkKw9U4)=W}} zWyQQ8E?1Gio2IquFyc+!W~^^KTofwg>BL#jLIw;htdd+Usou=H@GmDhs82i4Op%@Glcuj%$_4;gJABmPHg=FJp|DvJ>ACxfZ*W*K z88hHoS^7Gm8J;qo%IP~n8kkF{jILLp4g^*P!h1mjBwl!faQ9)YbHU;sQ^8ASv03Pv zoZQp)8B5P&V}7wapfV@jV}~vP2!}v?yC%U7;KQCR9IiLk>hS#^uA@#UH-qe>nBcG(m9q;3q z)tBn#YBioi2g(xr4mQzRp{yHaZ02Iq6n#-6<)-$!6qT{f-Fchl(Z4DPUn6Y-rN_Uf zwu?H?V004(L|4q;tLV2@YZae_k!I*D+-e`w7y)Xn9uRjUb&a@pL;1z<5#i){-DEzs zwGxO}a8z9qaUD;fzkB5X2lx*RBE;xU%W=zKYp@luR8yCJP_0tcoyd;jV(KT91g|s| z+5{j6Sty=W_0L1rBFvofKg_1QXCXxlxEA7}g|s1b9#~yMZ0}&QQH++3?JIFnRls?i z19S^HlIzc8w74*qPW53F!S?p60`*slx5UKD8b2Iuns}z~+a3!4v}DUM@7Gh0rIsV| z6T%KO-@{@vPUE43(DlDw8rg*1-V+4_Bvv|5b25G+UqG+@4&YE)N|1Bx?|LO za*KKOj|$uptsz@SEX83frph#eBRyjj1Cy3BK+31In*UzDkRZ^&TQh<(HfSrLL>pCV2H@iZYwkbK=$} z!Vdtpkb#Ip-0Odl%ZBJ1f|7>-l`Ynt0s5_PZ@fxf2}qKr{&UFNAhfO ze%IGJGB{p*a~}=?Bnr8vDO!iSIL-W0l6A$a&A;DDOl}gol-95%%#3UKP}ZG^kuzU5 zDDLXDZi;RYAH2>O^Y7YRR?-n@ngnZdGMoV%T>+s`Eeq4FP90zxx>MOR%=>+)3s$2b z!b@flu28*@^kNveCYIayt;KJ}o!}#1$&hOJ9Mwg)%n@pK;EgkZz?M@=;A7@w2eQZ@ zET#xPZUjHx1eQV9crevO4I%`}LU}o$$rw;fl2eu>1@gCoaUBM++kCUy3;a9G}C- zEFZbJF9Y=m53>!idzElGK6;qDX$nqu`gR=g8tlG|TVMQVhEe5GQLow&8Tn6T5#-r6 zSS9x)r>&KtsiqH{8!$|yPp?n6uR&Hklb!0fjZ&5(rXYG11ZNVuB?Uq>1z$e~L{Y0R zV(w*!RT%xa2)*hy#j|+Y6q{O(7#3jYUat5Anw_&0JIKWsjbC&uXaQc*hXA;iZ%dPu zOZY_!$RKb1s{7S#E{bM85jHR$uc7-x+7xjZ74&mmwhd>4To!{_P{b5{AY`cgCrN(= zsX>2ht|idd1U!hT?wdKMhm+>qC+@e9x~yKv=Hh)CI<1@Cmp`t{=1Pzivbi|!p9Gj? z>7zFhdl^ryL}g+z^pHLW?3e!l-ca#WgK}$}cj**o%#NHGF;Ax~;Sv}TB;RqXnIML2 zLBROJo09+2QB4Brng2L)_hf1yI9wAMRs|=FF2n=v506jGYcY!VAUJ(}9;`emSCjXr zU=XC&!ck@D!mI{7Xgt&T>5kUMieIOwbKle~ZMrb9KX}l^M67Zf(n>b64{;#X4EXIx zbsUMtToliQ7&b@U@7A%&Yn zLEM$M%AySd=wbc;$6ic&_e-PRrqB>gN>ux-&+F-c(GE$WvP$Vp7Dy>;+Cq)aVYo1` z=^etCcXOZ{GIV90+1o7F-hrw3I&E}%YbZS$kUl{qr@%~l{dvP_f;&oieEvE9G$yIf z*%3@Bl-0xOl-t8bD~NK(R+XIhK`N2Qj}G)l4|@ULKc%#3=4%66exiLuJ!Rci^tO3t z#D8!y{x95^=F^{S)ln3*Cd4hHD~MbOG?|J4!KTC{z;Ezqw=zz&FfLBT_Y7C%EE!U9 zHXrQ@Tw{vRn9(2=B90vXFpH)5)?r=w!QTl)UQ5X>mc4BGCFVd$BxA+%4QCmf1!<-W zm@1g>>|)d#s9II}C0W&O*fa2FK>fR#gD{oO%L0!B{4yYHMD>s)7~QpG^(~Jrzkusv zk-)hUEl*gSWwV`q4BD<{>Qco=bdriyeMCJW)FRUDxr7uO@T~$apkhi=D9u2+XjqjN z)=|_K<9e(v5+Z*AtpqwNyZt7OXb?>5NOk&yVp-(_L0>hRBoad5N5Egp&URLqm5048 zV!{lCWF>K5NE{lhQhH3NjL?$lC@nI`Wh)xeKCV9NXw6Y^@#ALHb?oaR#|Hs!LFlcq zPuqdt+`^jJY{o4=2BeN-R^BsY;vF^@6zFtDic)_{9n)Ska)cJjF`IZdHcvCNFZhV% zcUgrKP06-;Ir*%zB~K>M)6schFs~f`Hq?7%Kj%^8eL6segMcjn{nu7v>j1oh_qj^Z zi9Q6VS0i#y{AX=-dkp3jT+4Am$Ygdw53H~6<3>I*y6{Z;R|6DYtZiUmX|tzA>+&Uj zrL`+nUKQG*v!xuaX5r*yHSCirY}ffLnU^odi_uxR3eEamy{r39gz%BfTqmia1;>uC#Nh6qzVarwgSems6C^5DzXVUrx%Gx3r%Q3IQb9V zFWjAJ?`0HkB@sD32|i~>XIaX(vTl$n)G>HVNmL{Zqn!Zd1uVFQft5IC7+bY)zSksj zboUU2q}o!?i?Y~_t6+-nWAiuaSTf-(6I+V2*-i)PrB$^y+I5zej=XrT*T|3qRa#{?{?sJtd& zxxs#JcL-g`Z$sR(SLVotA^2;d6S+l!6;O<6UZ4Y^rl8WO9eaMUn)J5WTc17}^KM@z z+5SmAe#=+S-hWvb@{MAXWv%1L?t@f>Zp4g@H=B*vFL+-#mazgg^joKhRbg>kTBZ{5 zIN>zFSJTfk*b9ETRfD-SD}nq`AZRhavkl(DrH;yQV^rQ zg>9o_Jv>5GYWVcC6(oEM99)pLoVV%j&(PZvBTKFA6Uu6+%5(6c5Dx_*QRt|ggRTOB z6U3DdHEE7LJH?oBN1cUjzoAx>(j=0(UOYHXbijVIE2JNEh72bofp8FrbyH>uu}P_o zy=)ymUE2MzjwxkZ2^FRp07$%nM`rp0LGP|UdUARkMrgq`H3F;-Ig5j5=1P-6go+T* z1k8N0zqZk4e-e6xvrUU3*Xp1;TH2TmnAnUxd1vM+NRx<;oiE^?All5x5FY#+sjgQv z`0P@gPIR-3%pVNR8WizGstxo}^Zr1JeJ-glcW15}ir|q<7 zh_m&TD=rm$PVrtU5$F4`2}N-^xUE)I=#7RmZ^{x1)3|GMq!so><(V#C&Pv_U!k8-o z$}=O3+*LOQxn!)|0btyFqfW#+d@_6ez=a>&2huRQSwz(wid)W8H>P=9v+KqR-G~Gc zkVU_7A|7lDAneKK^t^FUyyrFVDYd^FfuA=1WRN6kec^?sHnY=iJz!#F*yP8eA)urj zi==`{S>Nux&AV7a+bCpJFzK@*Y_P$xLW;Of%z7bnGAcp|Z%#$G zajNpTom!v%wD6U?1gi5;IxroHVr@%xp_d5!?vv?3J)SctRtq^A_PJPUy^r)Q{sPP< z0C7W{aY`Jhvh*B2_aJWTprg0a9wsDe)?k{ni>UDP%KyFMqkUb z#l@oF_-TS3V-Z@0OU+IK^8DZFsGX$N>iPrijTSH*9isFr7H4yA`j)T7(;F-;jwf+= zTYG%~Ps_rEi3bYoOwnyWoPuG^s1FTGWI?|s5J1V*<{qn-Q_4I@foJ5wCHbT+)w%fU z#b#~xwuQX|foCKaIoWxa-8tM9!B@=`2d>avdKe2%Q18W0$ghCX_qnXH@YG^=CCX#` z5>B?Poi5~FV+zu2Yb(@q^Rp9YgE48~bj<=mbQje5h=XxmuG~?)4aC^2#dAtVMVZWU zJ4IwD(U%_%waACc%%vB*{Lbn#pu2bo0-qj8mrdBuTQM&aAGMwTp8-Ps@sg?KByby7mt%&oi}LmUbKB2FuNgI8#*h>&AD2 z^I?C6nWg)GHV+)O+6kq6H3TSq6Vj0cPs*w3gHqLBl!}`4sRdp8!Fe$)D)Bw4qr!s+ zoc%Vq<)AHlH5^jPjYupAJ905Uy&Zkw>({YKveIjuxd2(}!~j5Q#oy$9+tJ(}J-`>A zsQ6~=HOWZ3tjzW6aG6-zsA}i!xI*s5`$eNVMfe(0-%z6(_y8y3XzHU<{^t^ZKM@BZ z-Q{21HDFj=!aP5Q^WjcwhGDK{Yd)_|{4U1hQdKOq;PuYM54`G+ZXK5HQJK`}RHLF2 zK`0Annv59Mj4T9$OdU#&(dJW#=0iiQBkL9ru6ejbN7yzJla`>o3gO?k0gR$$e-bc) zZh^5X0wKXh)7&dSEK+l;g!v}k9WawZn4=ZBXL7HyX~~;8uR-i?P@-{?){mTDv(N000hWU6el!ERNY!_NW5B8cm>yqkRM`km z{_+aRaN0)A1gkq98fJ6#4!X!yrYmjkhI*Zttkh;=5tC|_m%B0S1v3ylE)e#abL4om z?nq^1_&^bJAo*<}HExrf^OOIO*tH<*sN@NYaYVvst4Go{1{F2!8d_6Ak*+6mM@_O; zHmbE@U`589{5mPzS)+If@JO@?h)MfN06FaJ4KKZEw1xP3L!>IOr(?7IxZ@7l6(4IV)+rX?)HXThp@mP5gWH-bN2x>|#BWM^Y9z?&$5?-X z--sIssk_7IKqVEojP;9da__N%DKOoHT?z261lyzScw)iMg&8umpvnuj>hl^kHYVdc4unDgtVfJNp)jzASn7C`K4gLA~e z7F-gd!!&Q>c3J#Nk^yqr9*5$xf#t{Q1uzqezYi=U^yOs$AdQY_yIl(T#E$~@de8kh zjHr)gkpySJAHd|ar|QC*iZtY*yPf@OIlhqiWHZQKK0p|Hw8G@0Nu16vI(&F&)V?=a ziabOiwX=6)lsHd&QkIGf5bgk{RRL3SETTTk$CZU_RsCd8QihBcXOFu>=iO#lkMuIn zM3s#p?MhDbsX(N3L`md&!L1l!@r$0d;>ATy5*(5UyC=(r75v>gNbnOg&VBLFi9lSX#4_jQr}rU^okQI7GM<)_MRM z(<1P*7PqCHMvX0pQ+DT`l4iZ9bU(lwjX)!8fh*S=3J2QlS4G4$qR2jp?0SKjyD^Pgi)^UQPbO=x2d2U z?wB)*oqkN%$w?rvFBZ$$E#PwY6^aHx%U)JFbxXX((r4{>We@N2N^z7*RK%@e8Lp#PB*&Z9z!ID)CES zWJ{2h-v^y9u|}m@^mv=+v=n6+wTgQ1uGInvocrSponOFXWkVZ4fP&}*`Gb|Te#w%a zP(pDBGoJ!mb&mCDak^6{*DZ?dmzOy7bDhal32>2;pd>jgwGJwboGxUXi86|lA*B_t zq%Fe;Q&zykAKvslzA>3on?JvPAAQ=Wo*D4v{U#sktL2lpF!+^Y{Y;-iOAE|*DhI>~ z#}Ne|FD=x{w;gg#dD|{0XQd-!ojj$^75FNITjF69vK)3^y|T( zFW;{EytQB+gi;a|y)O*if=*|%g$Kil8Nt=jH_cn|tNyNlx-0Cg;(IH*2pV(d}R;jL0g zCGUd$_fUU?v2HHC0L75iWw)~6Emis$dTtak#QIg5FC3ghl8;%6Tk^-6`sQTX&o5vx z2^05+^!-7r9`@&!tLlao{ISlnhlzQ z$BEKo4xH?iev(=KRZ+AddR*D%QjOdzsET2?Op-mhrW7}pr8Unfd_({mvT_yW;KSis zVB+5!c!Xz#d@^N`s-g{Z4$#hjt@*s4ZKHGe7}T|C#Ar zr_4~3iZj^{l=*sJ49y6?fznZbMDT2xz*L2fnv&?6dtgjzo3|NMtQ=QA?f9DA>I4T2r4d76Be!- zf96lYA`OXuAtk(3ZHZaYb;}3-xXTyW|J1t@x26(4eaSe(Ft>uUyViPC-*7btFBP9v zQWam<(W!-oh;?1}2V{q zCJ!qsMVFA7eqG){JMKg-P@63A8DW5ae$ffHaaI9VZ9pJXrWlzly;6<_C^%i;14fs& z&=UB=lF{Lrn^QSw_epD>B9Xykbi&OBo0%n%$XQ%^b-Y3teD*-h>UiR^*3_Q$wKvuq9NAMD^4QH zW?r`-7?fIxfc$f4Q_FC#E_&Lt7dWDlMm^ruoI3`0ZM2r1YZ3^%+ z>`_o}`OMB34ckUdDrwh8-1M{grBGFPv*PEY-$#mPdJ_NCI;@?iH^3hY9>hB23< zxFWNDZyT?aXI}MtR$egQ-oFM8LS-azj?-to74JMb(f}#%KGF78$6scH9Xxr2DbE`h z)3UP&OOzAT3zrJ0(V$C*m@I}Zd*+mTa+Kt|x|6h0rx~=!tyfQOPurqtbUM;(uxH`P zT;CFK8-gr%vwuof`6aku=D|uh(Vok0kt~LR8`Z~9IYBOlgp@Y*Mnn3}^f0<5a(*@~ z!sRmC1_k3#6--q{L6)Rw)crIH8GUH#2U*cBJsTYDl9%oi)pkJ0mXz^A zEa3V~2sEiE_;44dN-Hf>Q{13iDk#ZFsa4ZKmlOdFe>5}pYS*{~wR*I)1=)$+L3fQo z&d{Tu!b^=*vfatk8qG|KQ)0eyjnR3eh(S10k=GT(l#>shV7k~!7y=kNv0S9o6@v$V zKQ_!bvR`9mDhdn0HbSsgjo=lPJz>qeEMCVtD<_&T^1hXNXvvi?ymLu{)7+?gpBJfo z<39N0eN14yij)cm^ph6C&h8>uAP>D27VS}4+U%I zNbE-UI^+WP=_8^{$%Mo0sE_@yFqk>VUI5hW*A$%tkpLqj?TWZ|h{wo0x_p_@?+w@A zm11qB$3~s_(dVm}DIkM8ZYV;lXRUvimz){KIwFT1c1m&#t*HU|&!7rbPzw-WN}(;{ z^7Rf$3J(+IFBh7_K8A`EiS83x78oRe42H%^HBi0c# zxj~478b8Y{oGg$Sz#td)4=ndvjys;z^&CzKrhXXK=vHq+XQoudOt20-ZHF$#LQ6Y%Yo&}5h^C`+9As;mh5}p7N=4=oKsv58s8&h%^l0Kb^lczoCnBOiON`6yW1}`QKuhg=Y z>NP-1BYaQQm#3sLZ5bP?eNaG??H_3#?GOju4Etix?BgLi;#Olk*9D?3VsIkTkhOvO zp;qarJS{Qt^q#D=^RRvKf9L7@h=mlFI$=-VP_Rb}nMz#{IZ0Ee zzqtYRvXFGh6;0LCJbqzN>Q7etUYAvx-0Sf&kh-P^+9@5u!Xcz#({{~QwohCMq=XYJ-k>h!{WMck5lX}rq(veFAmU^x ze}OYVG3|~mFS`=a@tnQkG)sbiF~O7@k$wc_Jo07%)s3hneXZ2jOScs@ZXTcU1vN0x zR})qss~C5xMBkDdVvpf8kpNaqv`aP>Br=7fdh3Tso@`0bhs)Qr81~_b@Ukqn8o6{J z3IAB8#YrsooJ>+pnW}}tt%wCD2XHX(pdT&ZO>*ZG37VLEN-DwJI|A%w`^K9}yfRVo zG@v@u4T>m~Oqo5*h}2*ge5geaSb;?rX!9yIk?z#Ucrmr_PA`#wYt@?ca%rSLms}S1 zSPPj<7bi`UrafWlY}pQi-3qc#JMEMSqO??+JI^xXh<%%+UjJVe|`lQr6n8x6@ zA3{tHFIVMB-DuC@Uyml+2}L9CO*371M#?xQn-`;C+Pay{p`JQwYO;3rxT5v3jrOS6 zP?v(qO^wto|CO@>p4xqu7J1G4ZVgBhm%Jd^Us&F1TsXOShwJ!l_YWAF6|u2@Ww+tt z44cy5Q_~!~c$8GB6$uWRAdV-L!#je_TKVV9okot@VpbmCj9j5o1r#%9h&xy;Ar`>k zuJRQL3SN>1;U6kIo|Am4hE`XYgG6(3*1Q(HyEyNG2efL0QuP()!XATB?;68$Frni= z+{!?|x0M0Sf;{IHP=HWpfy`%P)rd=%yO}xF0C;i9>h;*)MIEUzdo{_pM7MR`;Waj_qY4>~zh1rjlc>NSKO8d8H0!BCV?BQy~)dSP5|`^1-U-D+s3+ z+Vgs};!qCws&XO^JB0kmh!mwpv4uMhq~pdjH^fm@X-KEp?$JJ;Dn1<1tckRM$Y%4S zM}sx2A3gX(?6IUCeB@RT8@tIvLE6b5w|3zm84P9%#}wm5(nv|LEFrV*BPN=Raz3YA zipn@k=o{^blCo!+&_9jlrsmL;TSH+t5QAf*CqKgae|l1r>!5fHC?3&adeeE=m(ujU zGfV7dM(Nv0fvD;Ou5$U9lC~j9Q1KV8@Mc&PDp=7Kul3Px+#g*rd84v2 za9pm7OsTT9J+KJCIUw9p2Eg-bu)~LK9mp2&4!!GXy#UBhD3XuQM}u*PnTC+mNI}25Gy}Dj zz>HT}qsSOhHd)vb6_aQ|hLOZ91(vc=fpYj22CH8+FJA&}mKx{{gLl0?^zFZ>B7iX^ z;CPc4=sA3sbG z6x{Hi*F#NkG+A=Zyx4UBW%wEC$i{n==&)U#WYCY(9 z$OAy@p5)#<-BSsn>mWR)`lNhKsq+%mDr;lMfOp_mij%u6kOSnY_3GX5V(99#VP-ZV zAl*ZfDbw*8IOjDAmtw!fk}koYdM+8KO+D6aiUHcWVsnTvnLFmWCc2qjBVBX@!;C-Y zbCEtzaIj1$Y83K;L@na-=2s(C$V5S5AAPP#CO!`Bl@pnK5TaHh5RE#~c6JA;*S_d{ zg~&u$cP!z-A<`1G$x4fH(!6Aaeqo~dU7H@@%GA`$soY5su7pWr5%>42f&@1{3l-P4 zGTCF0l)a$W(f30hZ4C2#x)lmbhr}jZh798}hJd3~^pZ5pP$V@O2 z_R?cIm3O-zNME3qXzz(A#Q70$`L`t^)*aTJXhlSRC3a-&FR~2EQX3C?qT(fY(_{p8 zvEIam#;rSnACloHWS2&BhlyJihJY(PCD6G!#}<%xF`r0K-ogP$$rB}C}{heDu)(L*)z2i6iAZWor>T^?{JY{fiiIXP!&@#h@hyFFG-@Bn;?{uq#Q;}af~_NQ;L;}dXL zEzm2uT)_n)^3Nexo;FmCA4~4%VXN+CMYuo_bPvL$DCykw5hBz38;)5<{o6zSK)qV` zG2Et6s$xqJRH3vv7f_;T&^l5*hn=u^j2MWsgRH2`uOGGQ(4HeNPIMuoTA*x-rRA}+ zl*7b99}?n2#t1l%;ibjs69Grvdj0X%(c;}uFk227(@19({?PO0icKn=V`6?agig(Z&ZkP*)6~F_#x?w2l(2Rj0A}hJQ0X$q(teC z*TAAkHW*l{16L*kal;r)2g-SEegZaaRbg`YjE_T4+JI8UPg1#D zEhhcxi?-06eNl;hB^0yL?2DAq%?|M^1=_hBHv-Z0U)ILAEesS&_T((ajAf44u1fG| zHReD1>i$zblxVQO1<1JzZ}xu>|Rgnh^D!h?!&bQjEdD_o=G zJ}%ZOHavDM1eduXPw-vH-IcOS=o>`o9!4mJ@uJ?_X7x7C=rQ{zD4+vY30PAs1W~^` zdg4=+fNw8uX`=7PJ1K~|wt{#)7tb`PQcA8A4tZP;1z2=RuE_G|f4Y7^7V617!ET|` z!(1dnn5f7M6NH?A70dV*xS43he@^|Osv|A<3-&&H&~j09ZC6d?IBdqifIVc7*luUE>Qco z+=q&x1C=;S@1>gWCL=fQ7kIr`y;C3~lUCE(C9Tt;?y>w(+9x4!PR5tQaUzo{30{?kYmcL7 zq`-V~^%+x@I zT|%X-^k=;rTH7AmlAvZ@ zpcTY8E_QtBC!mjP!C3ZIi)Ke-PHj{uH1MB^Xj?ESfxlew=`)+N||E&Gjogq75=ocX0E)UVK4=ot%r zqK;X%+|<(g>`z_lpE+4P-oj}x=PzQn0UNo(PsCESj`FDYl;ll3Cow-BJF-M)map^* zNUNeg%B1sgANUN`?hlvn1AuYVb3caNpQ)n^N}n~|M_E6xr}oOuT|n{{eZ-x9qvB{p z1?eS$)yi^{35~_v^1=!;q9QgsZ^5s1=6wjeVI#$|+H1=r?^N|!_h9Vg!eWkWES;}m zF5czN6a~iHC_Ha%!*I&UA)1hNxUHxGMpkI7=1exvnD;ZH-Bo~1mIgYaD1U|c;Qp;W zsX45Jr2|1UJ!vpiDu4ET?&iTQ;rmMkue}*(jwc zn6D>JB5>-0t~Rn!NWSqR&$+Tb*}ThX)9W$fr|NCN|I+-X7Wsse2+WWOI(g#F!mui< ziX(X7&A)3=#`$PyoA_=b=Y*LmNb};9_L;LEIrHU>PcBCc$83i8Iv?fz1et&FSO0=a zf4b(d3A8*9VAMd*L@_#uq;rK^*e}Lsh<9)_iOb(InIZ~grpIG|5{;1s5KyL-gQT(_ z?LUp(S*23ischINn@G4 zx#@l)jm=IRL3ZRV9{*8U+#FQ^-HKCSN4o;Y38<)@zYR0RaU zQPyh$c!Mo%O@WL~zHrZ865pS(N=Zg`ZSh2LyAem*iW^8d0fYzKp*~AR7V(BSar@>g z!m&hshtR{mZlQ?u6qCyY$KLHL0Tp^z1!{(d5}Qy7VzdfkfMXL$+p7XgY~13)kB7D@ z1ql711mlGbpL-BNxoqkw`5>SOt-xo^+8f9&zB4Bs`5y9ui@vFgx&9J9Xe;B46D!o;0vsChs>e``hSH8; zq2hUBkoZB?QSESG+zl#S@e37==%7d(Tmu*)Mj1VhR5Wm7xK^y>2LG|TqA&krsGEVw zD+lr5)J#uP19V{XluW5W7;JhyRl--rIt}zWQ+gxX6E*grshgHP<$T8^sFExiD93eU zZPZ0F+;u{J84+PE7Tvfc*q_7*SL$gPosR6K{90kb-!G$gK4{xiT^F+@(a`gA`8P_2EN_b1tJVyX@=FZ3Tu-nTAtG2IOaaU(?ZD zjvaCVr%%FJQX~CLz8;o^$qY(b23K)bdBToZ6m={zgmdf8n zo4Z(A*kLu)%|SotWb9yZ3^4;#;331s%>*{H@S?8EF?RcqyMpVFDz1T&4}8>8gcr=e zq)eJe-5N%_xTLtJHUSHi3lE;0TCl8N0YJKDve#~LfFQB0TMtPFR%t!oBWz3J_n0md&ocG2g@mc2PWVrJ|5LW*WiqVoH|glw2YFL6cG3pKZ& z-V8)16QvkTBWdhmJ%Hh4quZ!EwvW{QT()p>WUyfeh146#j5x;u`5&|)xCOE%tpJ92 z-Ej{p+;9xkwF9hh?`0ejb7A27T)jv@dLN|_e6(rMVG)wmm5fgvNf|tsT0MityKX`J} z2In7fa*d+SK~5dyYNi%k@4M{Qxhs5hFjF9dY9AhZ#Y>FO#neazQ5xkm8zZp zMn0gFS1YD*lojH&;2Ui+hP6x#T4pE*^LBqOt=3?9qH}qVHrjR3rdS!rx4&axf=-bJ1x_fdqD=ERkh=`exJWp;xN~a zt5V$5V6Kw&wv1X<#i(6j0+{j)+HwIX5zvT=YE0Y_#?enU8`b8X_S?;%y!3oiWQXtl4v}27< z<=6f=W_QcIgVRx!55@UfIx^J3b#(5PqA4rB6Bo^QN$NDZcGGe*Yz- zsj04zh5}YcGiDhf@KN@WeYVn?2L>{br?Ugx%yxMZF|ZQ*iuM4W-_Q+^4xP2~0+eUQ zf!lXhi#<;e+ftcjq(^4UY)>wRAHT6Yr%vjyh*YHyg3KU*>=Yarc$u;~+l-ODHn6bx zbdph4mIYdGw7M2TgHZ6xpUZG5Kdcj0$SF%Gqpo=Ju@6Ws6Jg@_6Evd!d|IG#zo5fo>Tzvg1yf>5Z}mj`MI^={>oON zy@2V|s?`;?gw9co@kOXzXsvi;a$E%Jhla?dCSmJ2SEkH zb4(IJwmc2a2kc6NzpU$It4#;Kv!LRM7P5Ge>Ong9FwUT-7j} z+o#rtyFMfH(32y_JTd+MON=G*HbciZB#)@9;{HiqkMXV_@9Jwu z$3V!AYghgt*v_Jw^d~2}gDFpJyaWCY^3ziE93w~6sPtn6&?g^Sz;SBR+O;wy=%w?C z6;|&V2zGfM4Mxzu&yrQ;=R7Z68oLDsxwzV?n$uh~>Ha%A- z;6{r-4JWSmPoPEW=yZrTN@9mExZVJV#ap#iNXKSk_PQ`vZT<9NP8Pkq-_xDO^H z{w{HJ4h;U63ju){aQu10@=C}iTr+BVK@_t|fW5(LN$zggGE|9xnTp(l<@CE{REsLE zCiIA?p5Nl)umV!q(x`G<&`N%yGl(&Bup1Tr?Pfb1Cvt;Ao(Ya>CU>PQ7)|~~tw~ad zAH*zF6p3rf(lN64h-+XM){ruJEOz}5euR#?^IgdflE5KpVQx1Sp$op`4v65H6e2bT z<1b6lI7czjOJGT?&0OgvWNmv-DX~(*(kg8YLKR3{T=K=LqTEOLe%sz7sJqlAy8({(NFjL$Jq9cNus@#%UP? z&o5%#wwImbW7D1(Nct7*GhVEOA(oPF!gC^}CQlmWV0E)=6+Y$-<=%o$NeR{?&B$tQ zHnN$=oKL|aL8p9vFv&cw2mt?)mV(%Vh3-VMERK=}QLGA$y+lZ8GkjWlqFmBEFjSR{ z`q4mMtP#i_GOC9r9berDW8Qf_qkbcF}BM!hU>pSdj zQt>_u-(066^024B$%^N_)R+&GNKMymzKOFyhg2M9A22OKjo%trtCVJtkZlRms6vKI zIK(+%^!SZT|fT)o_g;5$fUEv$?QXQOolb?;kI#1d_`tz!aGZG z4WoZfaIsVrd#KLWh^+HdpGYRejeu2}qP_7;M%yYo&B-SQsq;cjfLZK2dSm#ahZL|k zSL85}D&X;1S@5eNZ~56y8iN*%0B*UpL7~+kneTZRG~F|!q0X&0>r9_D^XXiGWOB~1 z-Nwj|o7pjL`76Cu>btR3z|FaO-kFO z#=!IrOs~441a+0=v}RrBCFG|njM}R_ zOIneWzI5ZN<(L@ z;tmLUsxHJTbeh|ul^}Qv)0ss<-=pw&I*mPHd*^?8CUw^T2;Sq783(k{J`U}V+ zq9o@lnB}3X>yXw4417}hAHT)1=z^}ULrt_{G#KO?Jl7iLJo0cIS=tguVvbb{Zh!ZZ zdQ4ZD#z$(lp%5Ivgjq+GqgY_e1bS5aPh1DT)P={C{u)w4U}eH!Ays#_@EtgAh^V+O zmSR!rp*tJZIPXZJ5n2YQ%&Wh`-mPD~#SYPk|FS&aU?6UhQnItFAl3(EgK++QD9K9% zscr;b9$5|3o=3#-*g`i3AQc;}WLw>n)^b(ia%ZE;>6HHEjpRs`-gn-*M$@0N@d(xa zWQ%1Ik=E6xw4mIkFfa}TMIEYbw;XwPn8C1jp>(tDg)oQf$?AD<@D7@K3*ud4v*KyC`#lV!8xTj~gf8i{EgI3dxnz;24j zC8lVF+zM~>Qz)h|PVL1Py;+hbD}m!__p*2ph*O9xkBK=yVQ|~688x}h{ylUdp#v@&5-dc98VY(eJ?d9+iVTpt zXLJO7D2HaqTG#MAV|Jtik_m>hOzJX-c4HGR`Gp2gpby-Yz=8-Q)>s4NSKcJj#_Yb;&TJxz)(i;iy0&7abZ=oYV6DQr{h6keetQ%$*gu$e-60TI7R#_s|lPQEl{ zZZ|}dGo{O*TJhs8jJYF#mYklnX#t(NJ5(X6fjFXUCa4t7yz#9U);`I~)MWn1kpAaA zp^-Sb>44LE%@*r+DkE>xBgxQ7w&N#=Z%%){Ds|ytUc0njReg;{wg8TVLG{U3nH*78 z8(uSGkB{;%7m1XWjehxpJM+O&#^?YQ1?^w&4!- zG-zM+#G$YvS=l1~ci)}~4Fd)~HIV+feqwlE|fMe^FTy&=hcXnb_3*Fk~eyo}*K+*Y_B7p_v zq(0dCz{Wql8uOXkv_=NlBkJm73VMB20Pa8zmv&jQ39eb8fOfpJK^dKCi404o^z-k%nb24(~(!hSvaBuI|)PPM(lB>-e~7D@P3TwAGS~IPZrksJDN~>qW!` zGaib|L`Frhf@-FX)4iw1aJU)~ECWjvN$x9D5I8dSVQBl|g0o@vy#pYs7b&8(0^p{) z2p{s>wEATYMLcb*0DMO$rSKUN+s+>(wvO1y1{V( z2lx6>c?44`9{QnkkvnXmm_*Xb4uwR5;Vt)CWnIC2Q&BB1rM%P|2PUFFoE$po9J3(p zCbpV1Qro)-vTPj{Qp9kovwdwUnxN_2=Ij3p_L#9gZ~V@L-_&oEI+R+6)5X)cQ8i+I zq_Uv5Z<1Zojh$J53K)LGhaqbM3}LgRuc;RW?_0>;n3dwCY-|j%Oc)prB*q3BZE{kY zklYxF&N=kR@J7d1tvS4gqI@0bna3o8T2xh6QaL9h>$)6FFy<9QT9T&z8(IB+O$p22 zD56e`i1@tz4>p*-on1PPKaleu_EY z6~(t0l(HgXcL23QMgrQ2Y10#=U}=pFHn3XEPAkGRvt~nut1tz|)Oy#&Tw7uJOA@&_ z;e;uNzvjBBwjZml=z0fV$K8*HG2#^^23ju`{ud$WYC#U@?Br11ZPv-WfeVH> zL4t-ux)@mPgmcv7B0QUY8;K9!&S^%O=~C~)51hM5+=NVUonhb;aiAK1FB)FVZ7^E> zz%nX1VVo}?g$AOD*&)++4XJO^o-7o_A{acZ(7mb|4)R%1H*FTEDauct^5>`hX^VFn zqwe9E%~Io2lJC&*_oOb{3ctiM-mt3?GxnDfsEU*nE+;KoJ9dLlP9~l@nWVO=^cqw- zX7Umwh4T#xIInHx%Zmp>KSPuC7PZhMN(e;li6R7QY@EKZ)DzvO)tAJB-IY|I!OCMl zvxj7jz&Q8z?My(q!bYncA7#emz}ur$WD}e?ST#LJk6fl@k5Xx(()z;JX)koJY{v>= z2;GC=-Xt8CD{`r2J(Qq&lJcz`YOFReAZiU{>zT)45^w=ykB2+Y#~naC2hdHpK`B;E^0pymv8A=Wk|vC9Ie=-?KK z-j#X$iXtLl+RILlzIW_`?_a%A99k8q7^!GC-cTso>+ufe5d%mSf^cRDuG zy2bh+_%IQIU_r?p7LEf3sD-VmIUqXvIzb0#g`rqJmD=9>+eAt4BXr==NLLLs3pd;0)KCE%w{7T({frhv&FW#2By-*gB3j%fE5s)9H$bfCY@WvYUzu!4r8mfl zdL#?(!;z6d;Ar{nsK7O%ZYMdm?SLK>s(@)3!+G)^ROx9I3RCNv_rc=kmYq~z;qSb#bPba7ejtB&*7w&Cg*~JsIVp|TLTVAKx z$;HvL&H<0s5_ZttxoziPS5Ib#H@wySYYs7r(_+o6^jNWAJvoBU>LHHg5$wVP=oS}E z7>wm-8)lS+=;1?(AUuz2DR>bauuk#$eSWO75fkTrtCmS*BGWi$Mx9Ii@bd z2#!;WToG=YYDhu}u|LOE?1=2*L_E%Z$9~AQ>03&8!fu}gFcYWI@xF{)eXoyQ_A|p_ zXrahEL)@xm;I7^g8W-VfAeFCCj2SOgE)3Cm&*iY_EVGDvwPR&tSLezU+P%g@MB zZCrdkH^!nLV1+t*T1=B=EY9WHHWQaPd@7&(7xWuHWni;P#TO1f_OU^mQv;q-+2Y)w zLz9;U@JC)n8ZpC_naT%P(syb&^DdtT>J-$lPtv0mnlw7Kt&iW4n+K=(8|ZjKLq(jP z@&aLRvs48yZ_vicY~bZZV6A=Ii~JuS$ZA*H3L$R-l#-wq3r`7um^O56>?MR;{K`9|GqAh zL`2qc=1g)RQhAI}k$tz`X^pa&4>d!*qWaxSnmSTH@pqi=VSY}U!h${OC|~pYVKQb^ zanGdIN*}BidY2~O&+#^XYP zqUuzo_BxeCgF;x)qud>^aAzv|!kZ{3ZkKFMy6eh4To9!%z#}5sQFz=iJiqcdJpqyo z`E)3c-mIgK8Sa^S6)B!!jrHyar+<2}5GlkK^ltSaLtJ*^57Fr23o(ekv?Qu1GL_>r!E*UZREzAa??bHT6Oh$wRXy0d|r+pePGA!x46 z5}~aImOvTzQ5d)Lgz!#J5hb8KR9ht>^K~+@90r^wlke~ppi-BUqFInJ4nWI3T>e>i zXt1Ki7wyytS&C0X?)+h5mt;9ekYAWakSf#uN(w4z1ytDe8VJ{r(C}bNPbO!Z%-s89 zhpN+|IN&kxR@N7*h-8`)FLKwE40g$v28i8BOI|j)eOGgTK&p>>O8~4GK7(f&v=VkY z!9#={bRMYkk)C7-@oyM;5(^8gdm%@H59!VQR8Zjdj$7}23{mF|!e?f*ClPIkdppWKIWUhZOPqzc`z zyRfb?MQez>0YKlQv6`R8zpEYE+n%)5ni1ivMo{;8hp1XPV|$l9bqDi4^v06NmU z%fi;>S991YMKXKj6s6Qn0!@ifDST_olXp=p%Dmi?-2=Z@uM<<4zNSip11sB zGh2b45n0V=4aHP;Roc%4;cSBYOfj&^mltv%GQT8dX-cVu&E?T|2WOLka2hVbuf2S! z;ooy1NToT<;)m`3`3RV*Y=PB6rJ!oeG_%MBgY`&Eonx{t0>#iZQRZP`I$wMR-{=7cg#V;v#2U}gmvosXe5+Hh2xsC-N_xZ4ew*;~XRz|vgs19EtI;25N1hA{ zb)ZFE`^JkwSJ?z4l@56Sc3E6^)1i!l9_~_^?EF>kT&|2g=eEW%B!Etqmx%Fzkdtp} zmsCSkyzB!-teeD0ifv@#HxZ{n3c&fX-}F-^qSTexFIi$*ohjeTtsN%>{DY$QPq`Vw zf|}N}r*ATcn#Us0A>J3!1L8m&4XVLXA6_?SA{VxE{oU9uiWLo!GIXxjGPmg}KQqJ# zz;fCG7Zezxt;Sv693wavBiMcH?MU!_!?sCz5qHgo+FsZf*5nK*?fcmoh2MEv0OLV( zWZRJ_gD$bLDV*I%sZ}Yj;?uac5~w+p1lN*=k?KTOaG=DyXdEA$YO%pG{q=@MtArV( zS$iv32R?@CU{%xu%hi5L-#7}niOOktu0S6Qf|P8iEnLO7a@hD3lo83anvbnxNhHR1 z$v!78hSQzx-Aj$ly^^B?4E3u2tGzSy6i5|;{z%&lg~F^FSBh58hgU(Al1K!R+Pzc} zOSte!Z%&`>u%Q&g`Df`&wlP^kP!i4rpLAp1=w zkk-o2B;iEhJy3TSjN5P~0g+Ln%&3zUzj%j>=R;TntX&}~4}pPe%)3_(Ol93$x6jVO zYFsEKl_`+1bcF+C{oDu4T$Q=qKYu#GSwkr$5MU>mYOoC6%;2#}3NlQm25fiYk!9Wi zK!|zwPPXdP5{;5^*X0Z(wa-l`0IMiU{KI_^#@7Sl*>c=c{=vGWX&@;A)VP4IsACuK zXQV0-Gb)EJlSpN0TMT5w6RRuJOYHS)Juq$-5a8jm5w7V#D%9VSRz|WX4UKbWjV!g2 zKCYvZJ>|i~jhvs7p;skZrUw(THJk5I@S2waisT3RERwq}P3J%h$xzUDOM9AZL1flD ziaoTcT|wFJ?p3>`VFI^cdm3-4X*)wjG4{BK>E$9>m%--b%Ag+4g0!L=|PXp zzG&#mdBOx(Vw}exRwZ?r=1@kZ^QlvlX1-rdjIuc|9cP}(oC0%K+itXVkEwv##8!bl z7{LdHiUCkh0mLi7u;Gl8Ve>cYyq;s%+VP&q;*Wf#;{p* zgR+QCWTxpU0#7<2ZyOWegra4chyk!MbRZOLAP)pe6<~+(1|ei4 z^7WnbF2F&z#c?xK`iA)O@O?F|IJvz)zag2>+ZCb^^8&}4v5{(P>*aWw04HYkDyR&t)=qzCuG(-b4tjDg1ap?=5>9xic;3^W^ z5Y7OIO_K=vt2PU{UNABEWfIrt&V|U0S4bNfW|CF!dKZn4;uv@tGtDo&mviaYePXccsG2EsrP?Z ze(O>X8yJM-)N35j9)?k2IB<7R*`YyHB|C^_xOg%=()QrELmegR9;apxG@bL9HBToVuOo>>>uD)Y19AlhVw|9h zMN!pdb(ReTKAp%_hSsJOM0+9SD+Kf4X!YHNXn2fz^no^q!qEabho-iD zhKu4AxoPRL7j4nZ%h%NOL#8rI^Bzbmt&R;jqa>zE zv^0rRb2$9Nn@;IsZ46F!p&RI&sMI$HWMGY#`2|^DuireDE$a@G2~iM+fi8sebG1gR zGFB0=h~iY@%OIp?px~6zi(eYdLPTEsc=>Lpxuvp;gfp_@B0nOaVjepwRnG5!s9#il zjP*A4ukVO~3Z?7EaLqAyG~iuRe)MuoSnvwB19?LEA@qpSpYbtww>|A8>{ZOwQT|qE zRi!P$%@P$T%*&2S8b6aP5`sp~3Z|8qT~QV!M2|Uipa#&T7)}c~89Cy$fR}Y}!NUVT z+E8i4TX_ViOyPwAK31gy59KAcbHuokxmWHT*N2642WM+~#qXj*)Oov;zBR9~eq#$e zE&?)8wS3kR&0`7qA4wgH&wPDSlqqf9k;^IEBsh+h^^s8Oo`Aam8nRe+z$bnJi@AB} zHdpAm;se{3XbIO6?`h(44{g^;8hfyzHJ9ocO2m~bX|9x#cfL{mj8Zdg=B1G_|qk;#R- z!j09X?c+&vo>I^58jO=%z_}ln27tLIMOdX=QI4J?c|DpCwp2!U0)8Fw#luk7uoxqD zu^d3XUS5n9awJL8o!C!*pCL{eIQq!X_q|zSFoWraj=L3|xdCrJ_Y^aP8 zy{GX(HRd$wTvh+d*J$XDVlz=|Y14jdU!l^jX$mYvx#D1x-LIk8m-E7=2qi)`CJ8}^ zIf0S0JiS(_$<^y}bjUXp%9Cya$uU7!`2C4S_kHTz`gH$dDX`LSpdPrhKp4j8Kstm* z4FOq(SyThbL~W!@$2xdCK8K*f_O+6yey4s*ML2|?O0{Ye)+PRjNMlDK|F=lGWj&hUL;R!W#zqRIWh;>b&-T0?&% zP1I>t!iZkC#%OGTTc~BmTul+h_^+dpBHxX0W6Y}3|Kt@CGg?L}_P>fNoI#*AbZiwL ze#()l7;y7VGrnz$L=@ymnO?4~ggt4XTQ@TCk@;w$=;Dw`xkHhR}43=+W3TQ%Jd@w~8z7F>Jk?DTk^Y)<7E z!Cw;bUs|4!&}5i;$wp2i8QE}~wX>866eL`fz-Y^Xk2|4lRCn~gz;ys6++tzoN#fL~ZD18jL zLx$j=#DR)4I9B{BpD3U->fv<%<2C~D#6mX$0KxJ&!R?-anjJwTw1f;0puv87v8H76 zvWIwY$>iA8aZuTaKG)oS`Dr$$jA0N|2%8sz1B`%ShR#2 zI4!5j5>oJ|UU4oh)}9q*nH>*-Et67WQ{L2a{i^%_e(qre=~ zlDgHVX!TJRV|@%rSsZ9MZGS}=x*LId1!aW|p2zN;H)| z)*F&QYshC0dK?BP8b{-)$0CEMM6vp2%COchrxR$&0HfQDohFm;t;B}U5wy+OKlfW@ z%^;;^IB!g4GnzW2VDc#bd>)6M|Lf;<8SjPuf6PDWd&mtkcP}}(liO&mah{XZ% zAw{Upu9wR}mc3!j$DDF7LVq}15k|&6pM-eWNoZ?Qc*JY~rY%Wu0JF%_<*9KC??oq5 zBKDG70;iO|6Y|DVP7{AFYB)LZm zHwf@+B^(3$)$+&fO9_RiTxmiz0a+=)YTOCza;S51(l~vx* z}~bwNfPf9U6;yc5|=LF^5%`8CHrxk1Kzx`R_j zFBcE5V(jIBxE=pK2F1C4LQU&F9l`cH{~#-3)_{Q~g~o5>mMvT}ziHvca5PRt8t)-l z*E>Q&B0I%9G<-gTLaG=WjhS{ZNaifWVrE+F;9@Oefs;DtGw0q9T)`$_?B52S!K4y_ zH%K?QC6-4#_wk!C1YI~P$X!c^!OD-WK6nf+*82l53J_B`f{%x$7wx@TS=iSL7nMD1 z-I)S*lu#6vsWkHSIIMk2!UhnBQ9N)0Pf+qw+}^Xx;=kTLvcsbc zy`1fZJ4;x(#iBsWZZpSHl3uAxQzlIjq!b41X^w`iaSKhlrw+_p-LW@Hc@Cs&l$q9x zfAe}nZ<`6J6UB(_mWZ6-Ac-aZoJc$LOKQVHiWfOb?m+a%55_55_jxkv)`rVO&@ ziRP%N@8`aGlM)1cg$I!fPVp~jFRMImgC>O%pNXFv$MEhl$WJYb!VQp_$vG34D@Y<> zJ8Xhy)?BP;b>i(NusDLU)2#%1vR!aWqUxqcL24c1^4bCbR*r0=IZnizqH7fXt`|FS zI4mcqgia7L^vt=$$L)}~F6v|YaM!%5 z2W{{YqtL;Ko+se3ZN&&?q1=B}%i?_v*64N*5c6&m%&yvNDzf8cJ4g+M9BC2o;c>L} zNFa7d%XQi0u6?w?{00ULD@uK`j5z}BIhsS`!n#+^90L+A0@oM=>?iltu0FSd7*2E^|Z1?`*m*YAQuGf_9!=IU_%YRU|K z7#9}HjV+PXNf(`7xQ|;q_9WIgE)k#z;?H<6G>nAXQ(t|y-!=|5o%{jE>N^q?(Wno6 zQAC*J!-Fe~*{v9bPg0G7rw?0>j|F0!0h*@`cXyz&XBu4m#uIM$;3D)RgZpp~2{1Hl zU%nE5Sk4Sb!ySa^Cluxm5_x#rm%L3y*(tbxHb62!y}gX;q69F;s+5|B8`6Mp=4IlP zW=D7I%!rA|OqrE_q6gvMUk4XCn6<9$t01#BZXkXY-l66*5}Gf=d)rs89_H*gSlGRd zoIm8zt?N->p})B1tzBqe`!X|=pMr*lh5NcTN_!p^R@k<;nU3QuMWxV24>CNd0w zzuvX{Cqj|A$8 z%<9yLo#5`Z%&nJR47U3HZlzv!B z+fPPbnv8c9t~yFMftse;<>+a(d44e`O3w{Bcm9PMqHVfOFsn%(-w@_-mnM79mhJxv zy9Falt0BJCN?*hJmZeI63O}YE;E1bn=@AKn+rm=qC-~?HMx|}~7mLUm>q9YlF~$aW z!yWQ%K@BTL^jFRSWv0;1)X*&r#+%Z^m#oPGE$bc!t~4rlKdxsPhh_ zRa*?%Ah+A3^@!6t;3^d!?>Yx=Gr(?ND->bhtF42S#oX1Cg-pQXvER%#xzVJXnyCUw#7!_Fv#K(H%>!T8W*d za>E2#3ufvoVz{dM&&Se^>0DkRLA`)&(xVbIMdb$OOxEOJ+LyG6qy2%QLo^aT50~L# zw?A&CZ+0jU93^%UC|(pAG}g66Y%#2k)7waCmb~OfHt=DpIo3$3 z6(z=0J4P4f;qs~I##sPywPy%YNX~Y<217b`pBlRh>oemgpL-Q55mV4&4`smY4f{z3 z)=^pTSHkgmNFKfNsufUuJ0+G??F!rMoB%O`zo3D9XM{tf#wVn18Y*lJF@GTZFt;O& z8^l8bal(K+m~E|SP_eZq(#uMCkV!*j5TmkSMpNZP;QUMyab5sI9Jv3cIy}urc|r7s zaDK>;;MH{Qh(l+Xqgwc3_A0EQ|RkVWW@cakq%hFf47`#r@W-e+b?RTSo|Qp0Pp&-VPg)h&A0!2@dnKHi4` z={jnOX?Q$;;dB+og;p2giZsC=J_|Z)DrF}(T{q>OnTd2X*9xlZipZM~1dhnFr2Jhs z*Ec}<6hjv7pemWIYtvK{C)HbmV^Pw<3FZr;B5Cq$!z!mW(I1p$A?92Z+0oSOimA&q zg)U)6N@%#mLAj5bpF5bXl({786=;>*@ySh$7GTfSuLm}ZEIy%P;Q+!wZee~)x;z1f zBk*`&on|@1;QXhPy|Yh7&gW6gLvSK~*k>R%vTX7CXst ziH3!bLwfZI`n`J7Ki~qsYA?X?_we^(@R1#H(^eB>@N?doW|^bJ#ydbW=LuRp8MY)u zwnB=X>AAJi(q3ZRvp%B!XO-;-ZAEIhY*kKz7vF<@=tE;6s>SQFa%s@~j}1?H2Q*4H(&FItVW?CTlrIjJzk+_f} z1-z%SwJGKKy=BFrr1ZuN7x$ndK-z&w1z{%$Vu^erlZPjU$Sl?A?yOcON<1~VPtHJ8 z$ybK;6Mwt7XCf5CTJ0gze*R@j5|tB^$@G)Ft(H2P8OX)34&%LH!=FqQZEI?cGyEZG z=#*}17F>5LcCooi#<;6Y9#B0x>e)SIg-mN!M!{9Ll!VgoS6rIu!%F_S@n4i>1!xc2 zT5C4atxet^}_KnOp(t-|rDE3Wyu56L?p#a3qWa z2rop9TjHI;ONUeVwf_FNm&*BEC+{8*HetA2Y6_bvpr2S83Tgd=cDO z;CJ}>3w%O9AY}`K2!bxTPt*0dz$CInyOG+)eE;+Sj%9;OSdFi48rfcnHvk?==FP$q zQO+9D;GMZAbWeZ^hpdfF(V&h0rz-FmDzayuKm;-EELq!BB8xEl?@TI&b?|`!L$AKW34HR1VDtNH95eWhBk|A`xb?H(~t~l?QN+yX#jLUW1T5 zrKgocjSDlW+XN^(+~A~fKL@KR>Aa^NZe??H8r0`m*TRL7k&?&8x|#)O--|!1zcd!bLa}`ShvxX@i3vj%=Vf@?!z6u zMY!8mo?GNWf-5F@%xP5ZbE$~i5)i100AeDnx+?iJOzFT;j3k*dATa6_0iEUiC)^Fh z=%PYPdt3h5$`B|(BQNW;#yZC^glJgQ&S*Zg%W={LkzA1P=B`xWJVf7F_^de$`D>{B zU_E+NRdsBBZ-ZJ|Ewi~LmCc(sR$wxm@fm->XIpf8cy+x6s0tr+iG+~4LM))ZEFiRC zy%g*hBNd(O4vt2yh}XjHWpXA29QKmbOAn_Z<7(fQ8`+yo8#1{yq30yPzAA$b^-2$f z_R2w~R`B3L3is0aPF~YtU384Cp9ZSr_*WD1h%QHaFHrw!LUdu?q%U8|WruzHc4E!R zPIDE|um#?m%lEJ}#ntapNQ+bwdo!Et#SN*rUll=GWf2WaZV#uT)P`PWyy^}Kk~HxU z)I;PP3TVta2;?HKI&RgpjX~wl`fs}6#)Rk{(bTLH2GR81)((aACHV_A~vz$ML!mIY!sxs^NOJXswt(> z*pNI?BWR0o$94|mW|d}yYH{3%5^H)+p&}d}%{FKH4uaP~JDai;Uj8pL0}#pzQgXg< zbnMAA^n*&IV^GnKMki1=HYjukbfsqRMLQi_i_Xt7W+m6ON- zL!5kh6G)BoQ-`snoB+=Ddof#Bru*(RCv5KNF4K%!MJf}(2|vhIAubb&9}U2*81|7E zoo=2TSrroEK-8MCRQqrriqf9mcB^oUDw(`g;g9dA}O1ECT}K7N9lsKvvP05`Fs(7T(0jfAN<2kn~wM`b>8z%Ukb zwYbE(dcm-8 ztShVe5U#3KZlgD=5Mg14THn!e-0Z$K+2sBc^jAQF!xvB?%1knhKP^X2MjEqU@69#s zd>%=R3*z=|5s*gkb_tk7RZaQkXX zRAwq6)tIQwHYz!v)yFR9NT(agOWEvNIv5sX!=yD75H?R*g6u~m)38nBAvgw-=%Wde zE4P(ioh1}MM9zC8mme{)%N##J41W=VmvJ$dZD`&^WG|X}@af{!*5d&KnnVNV7Nu-c zkF|v!G(=rGna7PSVf^U zKRIp>eB(bXU4<1=cseLN`y*wY&K59?_Tq3j9jH3Y~v zXV6!upOei-QD{+xp~Zs=9wAShu&w(TqJ_`tq+|3q5@VW#0Q*=zd4Kc%Du7}E2yCx? zakvmShT-MEw70P|Q-JcSprB#WI8`|g9L=bfkY9Ms+;$F9$!baiq2mfp@0zoaoSzMr zoG4}}9-nz*j*4I(;&3^qoZGQOQaw5>4?3-I`+ScT2)6jUe6&G2;9AqcyaBL0kBhT& z0_#!$pDAwM-}aCnpn4Uh7Bvn(h=`F8or6o{L9Y>z*PKb4slqSH`}GZ`-u!df&W96m z*l=LilB~C^oB887#=h3&*SPsVamnaGlYm67MKvcdq-Fw$QY*}UGi~t~Wmh;n<;s$@ zIZu`e*+ar$g9me9Hp+=1j;1GoZmE!j z$2Hz*4laa=R(0*ZJ_S^Ol}W%n>lVzlIZNmZVB0xxjIqwyKu-xq%6Ryi;z|KgzD7)G z^IP$S%ljq{36@C!GeFG0`p9oK^i&?Ey*|<$fE5vtFr zx9B@U66zjrxutw$)g@V(T7w%Uc#&1fSY9mDp+ z8F6Np8s#&l0dK!7gm>a4RC4WBqP)5H-A8C5$e);YLqc{q3fcmh+rlKT)e6DT0b`ay z+p+MjZ`~Wve%vcwaQ%H3_!2LWdU1r&<4%?#2ZV0nrWm@_UZ7G`S!xt^8^PNt+c`Nm zZeZ<|#mS4O8evX}%L#N(XY)wN9GR+M``JpzgMOvT$%G7}f$n|etYcCc6xgG7DeCsC z@=s0xNT<%nrWx&vVx9jdk0Y%96QF}hj3=|<0tS0b+5{s6aU-+}=BHr-H+~Xk_p`a! zY+rId?F$e}jlJbA9;M!qohW4OL*W{wA%{l2Q1+0Mm>Iy~3QwY`8O;w;VmIxO>e|07 zBiX{wXaG0@_QVjkM&_?13`t45=-8E*@NGOGsnUG+S+jDX3NC28vyTvlhA2a&aC?rS z;Qa(=l)QrZVj}2a_oi8EZTgWAiRsMO$Na;bM2Z>M@{ppAQcG z`jH|m{1a*bo)-7fDPTv}(% zA?mfbrXxWx!y>vrg5hC?)8LwFE__|w9!(V(C}-RtrE4!HhImU&d6ZDFLdD*h4j=PZ z0)=6$Ay5Vi+t*GD)-4Vm?v661Pj|4z(EzRSnnr1uOvtZsp+A!1IPkfXc_2V=}{?Gs(LI$C(q}JrFfT0Be ziIuqHb=T7{teJEC;D5MwiQ+vo)zr5YlDjk)uka*FqeKcmW_wMh4{jgEaZRB8^Yeep zJ_txI(E!&J5Z!zh1ah5EnR>~;5BT~3VfCx44{PD#?EQTFiHl;Z8mIH(0^o7NXo|@6 z(I-~W7gpw)g{Q9~{R&{oG#*`d<0|r^@sLnPqie_o7i2dvF{<$CHE`1YRlPC_*CpH% z6H;QOvLyKRkuAWnzw@H>ed_&vFhI%o#xp~6D4T9c!~$11>ayh#XD8p-dNE%{qp$jO zQ!d8pM5w#vK-V}2aeBqj{PNcsc>DB6xFv++ddoy)AUOyP#O^CKM3<;kQ`}FYI(5o1 z?lEt&^pM$>=abSW4lc0CP*)dHs|Fr4QR$AxBoviX?kCuZpFXEP9hRxvEE7SMImu+- z)JnHCGiXj&5w{+{9UOJHd%6?AT<48ump;7Wx3aC0Pf_%=aL3qcd#N4-)yZKX`&3(x z$LiTKKynp%wLejYT~szKs84iMba*F;`H~a8c>{t@4?SXz-!mB=E{D?9B?9_AF0T>l z4KKthy=9CGiE;CW5gi2qmOPmzd-EqmUb6!9Q@g34L52t4L0Yno#g!Bz2M$1rZ+n_2D0QJ4!&%C7K#PzrwrU%z^B!t)+*4f1m8@Cj-Rj~ zXvPl?H5+B>jT zhV@5(t?S^}oG{rilomA$92UfGwgZl0+w|4Ir1I@vB!5*j;T_611WID;hn-*JiL!#= zS~SAh3&eiduGeKfn6VPQLtkS%Od{u{BswbKCB21vEQ#t#5dnd#*hKd25K`}T&HS9a zszBjZG{><2E%9YZZf2|_=wa!7S9SUW2vW2*Xv5~kc3P+W$Zdg(ev#kiFM zPB?)T$?enqFI6#GR$@q2Rn$X9*V(3B%X875OdXbP#T|>PD4RH*A{J9CjURf!Ogx{O@Qt=bfAf^f$^1zU_IH}KES-ZoA}tQ*rg7?M zNg5hVUk1)9EsfsKr!&lVH6zw zCe1D1Zkh9v{`;THVLipJ;mS=02qzv~3j@-nEQaY@7y z7xXE`pv*pX#f34$bZ#-xX>0wAH#UEn!*qF7nf3GhY9|qlg`45ew(6?_O<52COhYTU zN=aWP3eXX6D;nE!+Rn@sTVKUXcyU3^Zg7(pB%s@+RY!6=Pv}L9>quXuZ~^Z?`1@ww zb70o+W`rp6rV&qmI{BA&p2?C4^2hH)Jr9Cv@>d)ryquM+`kJ3nxte-W?*N7sJ0aCL za(7g&J|8Z4Xvpe%deEQ2$xm!fhUL{e%3!Ni1n0|mlHhMv$-3z*`xX&0J&mz8go3pr z2ZsTkEzAzFu8~^$BL<$CMVjjiaRDugimb8||8TzaUL_9@^^_v-HPUid;bdVw^+dgL z3N)AIAt({NRqEB|Mz(`8W1~gg{5ssC!t{eiFus2oue{4qw&>e9N9a&4FQQ6~8O@O) zse2G8L>!(l0)s$IKpas?JTN)c6(7tsi(QkmfyxmHk%4ETU$k!f{m^@3ZXvw9-VzGTVOxp;2xn6x zZbJleyj7MV18v0_@ZuAqON@TlR1(QqQ~o%@X=sts#;6J{A_vJ8UBimit$p&FI^oV7&UkSqQO$$ z=nV>cD=5#i*eo83Vi7i`AWu$ zK(ZwoY(pLhD@YM~=2qJt;9svbKRUcNRfr(<&xfyh+R~Ybvd|z4W0Nj2v|(ms<%Z}l zW_cOT(S)5<4R7njQ=d0uLKSZgFx{na8hGRzsBrAFCSVtV6|z*#Bvy;S-B5c~Y_Iq0 zJ112gcW2=lfj)&~_EEx4J^;hvHMl~&EvulTnsB9L#N(RuuBwm9<=ZN&AOz!VYZruE z+;Mt5y4m2BIoAodY}5_mXP%(lC{|GH^AS|SXv?{Hdn=lCX) zof2k1gHc^m=dtCSGSmMY=~fY<_uc{{WBgxn>-Ok0aE6a?vQ27+@MM)F7S^j{hx+u0gvjqRDGY=6{QrUhsuCL zFrD%)g$}Qb_vgH*=a8+!)CL1|$p&esf8PvH0N%(8C{%*y2|tWBfyT5mvw(#qoRp*2 zI5C{8^+i(yA;0zLH;RCLP*DQ&5&qYh;V!xGVHs5b9$pnx8jVtK48@}B4{OEZ`=L)1 zjDWSep@)sO68%YlqZDFzQYLXziD6F!>^DKvUN666WER87HI8hWeYK9n3|q-C0d9#H zR{LUyMx)N3Q7ew`gaMr?kP|#|O?f^_sK5?AP<7GJCUZ?4q#IymwjiMuA+RL5E{P=V zi^O9|r4xk{NA0OU3l75STR(ZHzjg*$8C*C+R=?$~)#OctOfd_In9x#sSfUi!!_=Il z=^^Cc%5IUA5LO)gS-a>G;jIyco2;bQ2~Lk;e=~VT?dJ z$qwO|b7UxLo_TRmuaWZyN|-ZB;5!Kf>Zu=dcq}(3JbcbdU5VzQSj$U<@c7JVbi;KH zkO&d&rc${@d&5Z*DHf0yaLAZA{k3^p2FTqgvd<*@jGE{A6O{Im&}Ia=LI8l@q6QeF3VDay#?XrrdrH#+Yv=Q*kQGoe4xFw~f(X%JGR^dx6=y$o zTmB9M*@5d!Mg*!4aGb@)@Pa2`Fwa>V^^)VH`73YYCGb5SRs$a0S5>UK^0A2tF4Zfa zYY>^czDvAdomq+4xN=7n7jW_CH9)pBdsOchHG}BM24iS?KI3Z;fHhIe7YM%jV)*xe ztA(r}iP2PBmyH$z;QJ+FVywK4(@C1x-+1bbJYy1(a@BNEMqb+t=c)$^Z(8=JRXXX0 z`xA->kutS@>!bo(l;VtoR!LZEsyeLaa8bJmc9xLJTBlWF>5GzLd4){k{>cHIwv~X) zJGtBUc2eas;%vmUrkr;8Ld#3t_6($iZv2>l0CaBFS}?kkVqBZ5&fpyDnh3W;#SZsJ z!Cu5Q)+*b!GY#pC3Dv0jIn4-PE)EGW?r2FX2MNI|wO87G@L*=16Z0c})8+4N5HrJ~ z5(aeq#=N`L=~Rv7h6`A@U;4gxp^g`l9D+L%mTU#iE&A{S0~ke^u$jP7__jH$2*`Br z+`94|nR=D#DdUT!)kuOI;N5F7-@I$H6}%itduW_~W)h~pGYQrK6NPmhYh+oN&mn8v z?;`I)+hk={IgJ`&KS3uNla`AiormSS`z98}`w3U29IqZgeCbYy^fPJn^sR~Xm1$)= zG@8!hh^os!odXt34_re3=$6ZFH6eJ#ou-KLj#hlYX9#Yz-L>qPToM%?vfN6hX~a3? zN=C}m=tpRVq?>G6~#`J7f(1>bQb zXJ3Qnx#{n<_ja?$4@rE^&-<3Y<=)gr7j^os1;-esEiLC9Wyl7dje-+=KPgS~DOP+z zJ>yz+p{mSn^BneW`dAr>(S{n96DS&pSY70mg{*gvIT*&|fOD_FA*R`}hi41&N^hHG zBtin3-5g$b`>0_gB4)E#7t60|XF|Mja3Z=rUd6G~AQH0PhftM&p3;tt2HH1aD6W?i zw*uRl*&G4uHByrV0c8@tc~mtnw^ZdU+ocjfD$Y)zqU7k>Ih`LI-K2+9{BN#;9-)Z{ z2otbuJnnm2gs(e=v2J0UkiY{j*{{#dczqm6--)txuL{ zM)xb~ruTiq#PJtOi)LYg@{8v8%n_tSu~!xkiYh#{2-7o_WD_j&St78E#XJs7vfx1R zBZPYn@GDf!!pt8x?m7%b&mRis$+s|T0Slc~_@ZpBxe3eJ5i;pEIT8WpL$r!Y5KDy8 zJASyl>f4TUj)|f~Mob<4Un3BTQ$IF>zAX6XV1QnK4`p~9kO^Wc`F`kpw4=omm2r&^oH|)Ma~kB$?hyRUgOGNkOUi*@ zmc569wwNnE1JkPo^KEy8)y48Ss-Wv>y`nMZlsj0wk-Z^ou@})arB>EbOINQJGtSJp zjnQ;L=b}%FraI5JbYnGcy%AVM_)61J(RT>8Cgg>EIxM`p9(Ep`ZTSjF{+mk>1o_KU zHWL<~Qh~qd(p8J5Bb&y*~msymGh7f#TavXCDHsxoDwhqg^6uv{y7n{ApZ&nbqnWP43E6ES5IZ(a8m)>lz^=mJyj5DqEJYt0x@INWKu;XKrZcM zJ`09&$Bz?c7uVk7nr&ZS+vEWqNk;XEN+gh?#x5&2s`od+PB#NqMr4V2Yc~Yx&J?I) zpvC)TK5y9^k`Ud>7QdnQ%T+d@(eo~xLaEgzCS;t)AEhLsjuXtj*lsqGqa0%>DWz5Gs@B4froFW_ixZ&4aI11sJ%O2aO zA3_Bz=#LG6P~nP8yWip~V0PRz$S@_(4k0u|fX5aejW7%wU9C|_s}dCEuMLPiHG+B)45g3;-K#er9tz*P#PXUT25K`!9hWO^|ThAIy z-hd5O@SRawJofxN?zYDk$^64wgCjs;w2tjDAkqxghLE=RgH_Wc!FiRfEc}`$o%tA% zfgBx{_62^4T2Yma4hrJ>6+T%dcavPeGyO6m2^T$fIoFcG9q5Il{yZUe~L{`oL6iLduS~y*lmN zo%Nthyq+$9KD-tmENE0$4^$<2M03xL#SKWy6mADPgbU1SEL2R%j377s>h2gx5?ZE6 zV?30?cc4@LFR3=WDNF?hVZFC4)zMGPax#42;*VI9mL-v)ZPSS5;|+1!ojK#bZt^vB zP_Sy3(bcCCl8tt>awFXOa=A8F8d~wIvZ9YcN8@h(CV|?GH$tuB09UPoX-?DE0ONK| zt>`UO_r##jhp^x!8%6=Nq%wmG8|mAWgEl_yJJC=c5ncX9C_rFa*qHBXUqX=G+v%IO z!<0Mnds<(KC$&ICzVT>kqbtqqU5UQX{**+;*3HvB+b&Rk!{JVFF<$#ajSqZ_j14z? z-JD-{yvYrWem_S2U0W78g|uL^7sI!ThB#S4sL&cz-;Tb}YE}yfLkOp=?t2jJ=>6t& zFF8acvqQMC-vtfD3w)o&Gs2fw=+loh(dDqgixyC@qIhEHff$ZUa5=kY)?h&d&0hp5_uGW^ad1$0aSB zGO65PU8cR*I^_@5&WmCPub5ks3(%w=^I`$w-m!bhtOqibxI*u=0>K41VWna)6Ax``LPA;pQ)Y8g~^nmU!+bzQeiXNzQSRb{kG z$OfoekqrxjU04a9<+!*XjZ;E^DXX#Ml-Y%FQr@n+Vwzm%{PwF)dDym1XI>K3Dz`k=gjyU9~IZc_>Sox?-M+hT?!LS`=uJVp%<`nU@*KY%HgIEmp2?WDz23=Oq)BLdFaG( zQDKG^j^6H^pkPY@bSpp27S&2X@M@70R$Vh8nJ)}|Y;a14dOVkVm648**y6|eW%B{v zjc&_lD?m8W+gTDe+A&HJ2zOKri9iU&TDbh1X1ynB6opucxI8qWztlxy9ESe91nuCB zax$j0qr{p$e%J)NR{-Sk{UdLX;Lj;vk$V*_2{~xz*6k%DnT0AeoMqD+(m@!`GmN?k zBnQGZ9(P}vi7QT)kee|j;%YmU%$I(!=*$ykchKd%QE9B(!1BvjQJ58dc%}4^jqRia z2Uf|4^Jy_c1}B z6*^}1&#~Ot2?>@FpKAbFy6&MFLsL$=D0EPm{)mUp1C+%3`*&><+-hE1XbX$$G3cNh z1Qq(jz7etA2JUnmUoSfrOU`>4swyPS4 zv!sawUdZdkzFLhxu;JnrG?Se%H#6gCsh(9>z{^hZQgV3d0S926`aec|)?K!fmB|J3 za$>^9x}93%P52$o2kn8-9Y->iAbcLi;gtL&o@+piZRf;U>C(suZez~mk7a;&T`J0$ zrJ3Abp}U@Gilmd_?jUqn)Q4AP1m%6-ekzx(IS2_R%}Y8e2;-)4sjC(NZ1J8xJwufm zfV3iOd;bYUacz3TGC>(R)3=6{&lI-s`4)+e7vJ%HZ+-NV`aq^KM5(psYq)cN(TWs) z`S+Hw0rAa3K@vo5LUWdd8f^n^nDk%IbKIGk+>1BjvCh;a3Yu+c-K;)<{?u%TAico+ zzaulBj;~@1P@94WAVwZgsGZ_57m1Ip^vNPJD!sB}9br4QVou0oUS~;7Jeq zT-W!Uj-f?HS&T}w+<20UyuKI(G{B|g)4$#pz-TR=g?96~kZG#2Cc58~X$bNcP< z4Qi;{*H@D3)7g{rM=<0&c#BZl#I+TyhhR;dSXKPhPz^8nz!P3dlz91v(IH{5c9`nV z^BNqjb7r-p$RY*3=3@@~qDzu~>;oHhEVv$05XK_kCNDZ^zuyjf8-YDI4?xOm8z)bC z=!gLX+r#BWI|igxo@ ztyY5v;iYEydm$}?;AVOK+hx_h0V_5|KNI<$(Tn?UgoqyAny9V2A~~+=VpR6+fEaMB zU?n9u;V*I-#m$fO*ynfb>_SSf%mi9UjKiS!QXD*)XLpuWJ-^i0rlU;#18s%w)Ms6? zwNP=}QHXDENhpi^?`1vA z*iwLo8`uf8=@zs_d&R8J+Wi7FNKeUt@=vAWk;CzH*4v@kJSa;7+1t6ip{4pWb@i~l-*!6! zq+XNPAH(e{t>@mz-^K`S8IA!Al7KP!wnCY`lH5_j2SD6qFpO}$aXQM-m`ZUDMuJ=c z(IpjJKSAoMm<-OZRh#@9ecF1Q6d($=S27ec8xYcbKFK5`KuTWBW#E3$fG$;2Hz}ZH zl1#HP#IHI1I?%zsjlSPXGgm8A5(vsER8a1?@;#u49ME}d?Px?ufLvA&>35_>xi~$b zdoMR<3z@|R9de0x*dQ6;g4n{kIqtd?VAA7!Sl>_m6#J>(IimKpwzRIiqj%xv{3|yl zeGM|PoHPcSjH2G1(cgHR!MUC;8J=f=5+2%A zgRL-$TGA=}MBrshL(?{peh+%9S$M*Yz0ZWsM@XnU{Ek5cYr->Mc!Gh#oQHDX?t0O; zM0ugLFRsG0a3M4McIsIc!_J>`@`W=J`X{sId;t!c6O#bAYf?0Qf|t9Pd;y`8|Je&A z_`3o%sZXxLHU#G1uCzs4SWu_>ORtO7er3F7Arx{BEyypW0-qH&G3JSmthZ)&fp{Ol zV88*??yZ$|(BOmiP5Hb4qJNlf9L}P%lqCGh;ssK6Y($2*O=E|J*Q{k(vUtqH<2++@ zPe5)%y`Q>9SgTZtwv-LyoXao?l0bQ>h9fma#q9}n@!j-Zbo*7pCMdIFrJ3Pb_%*ZB z*%41!hVMHIXrTe;W0BipNivn5a1bM!DSWWKpi!DA$^M*Iu}hZvmjJHj77zwPJuLAn zg8$;!ppQy$>V_3`lbXKAT4cH^1|@foGX#oWSX|*W@oKHJy!*+-VPd65$AaW62+0u z7a!Ow)5IT$60)cj^Qitl+*LlLZ_>yUfP@+XkWy<47Xss_&bJ|8;J_*WUf^L2^kP&- zAzQROW|h=d-k<1rGID*-^hrF{d5N_5QZ@3LjUYJHy=oQDdkamnqI1?pwwLq-#Gg$A zcEjo@Tg?O6$IKvoN)40z`$WR=n-mLmLI{&C_OEg2RUxzs1dt2Q&Mc;vs;+q7|K0on zzrC(ICfK39>9mGk8{3!^EkVYlj!#%=RQ7w6vy{YvZL60lI)xa`a^|{qb4y z;DX-W0Z6fwX_!`f__bdN?e&}yLa($N788ytOQyr>&fPFwy>rRY#Pv2f3QlofWua-| zJ1%Et${gq6kS91497Dh^Mn8jL35>F!79}ExWR^24R;hW5r>)j*Yc^DU1I7j@u;>!H zgo8fp2R1ArSqd_}$idMHOYFrAR2(TH_?!hMd0h3h1ao)XKTpt^sG$=u*qdzH_i*0E zy>vkv7J}?^*p+VZkm+&4P~fE((}Jxpw8*?6;s)YIm#v%ZW^IGbLBrUul-Sw=NgEc? z^B>;#gt81k7J)6Q5+N3Oo`?6LWPdlG(d*v}aSCi5pd9xrR|;TMh=p+1XUb?>!p#8i7QYxb3U7GZX``W*!y_ft3fs1xY5|$w-j8q zubG29HD3%jee7~rbQ(gdIy>n3G})X^V5xOr&|Gg!aM}z2F{*!n0Mnabpcav;|FS31|(KehNLMmRIUG zF?84wDJzOS=>aE8z;O2o9F((}Ri#cz4V{G5VkgL53NqYH;Z@z&zzF6-#`}Bp%Kh3I z2C_#-{MSVmXP*=bsly)>oZ*s}I9giA?)YPLy50L`CCSvjNpm>ODaLs1&YIC+$lWGE zTAAQ~OR*11Wa}r>Gy#tZkOy|xrVEKeX0IFZ^;l9J5l~4O9Vm`w)HM^qR{|O0eVUM~ zZEkEh7}h@!im;fCt$1ju=6ZqCvz&P+F>I1GERmpBe}Uu%AiwuDwX|FYxj^9~U|4QO zG%YFuVW!DRCDsbUmNb)%+LY%tmnaI9DDR;s06DqS9#Y~OZ_O%mGm&BOuI#Js=Y*YK zK81CH(cHeEKuIkU_n*_i@@3*MltnqW-p(AG1iLn@z=8qje`BEF;}4XXX_2=(!dq>w zmT&yXidr_AB^zK05-=>mEiH2w*@13292n}s1#;_eOmP$wH$KHq8l{qK0s71`4k5AjD11_FUQ`aA@b5@8( zE%drkl3Z?07b$y!gAq`Cp9an*;E7HBx|+nly}^O0xc}>e;1f=okoE@WM>3b1N2^~fXJZF9g6eOaYo-#HFASkPr1V3=HViFd)hyTxt-V1yk=zlNQ1PO2$L zCIi2jNTy%IkLRzyz9XFVXcMa)UAKe4EWM!U?g z+?)^^iV<3Y$#`%&CbJ%^h2YKdDe0_3+F2y+ur}hYalrxRugwDBZ z2+nF~j94{$DFT(pad-eD2RVj zef!f!#%p<6k)~vQ)f=LJrKb?1e_-K9D+4_-8m7dkkoG{(y3gSiWal`CwbJl8i#zDL z%sAGMO462c$*l_)R99R066i&fB}i&T&Bae=xs{*zVniznBWYFUE`AVs2urL-PBr(J>OG(}j_kosddOziYpsFKG6-T8m;yk@#5 z!y@ip@Zzo1(}c%Dn=Z2mSnWq;>Br1?d9lmrcX&wE5k@NrCGOF_{zp}GNSeORfyc;q zsA??c6herZ-l!L$0WyDC4RDil;v z7=c;vrtWPWM+H5Q$m3_hq&lvIyLnHuK%}cNZu+SmT`#1=;6OmOAd#FppQH5=>Hw19 zplwPmDgq8OSGAP^btUjMfxZ7Qw#?dK0(ns$*w4i6N0YQj0mYEj?f3spY5OQWvJxPG zv8_(46X3aFgKv`b!x)nf#p3a!5hfv};~e)0f~)M4KIX|~M}Ei{o!Luv1~tH3#g^Cw z)@0bU@QN?@0q{K1`4*e4th(;4#Pe(ii$t4EZI1$XK=D$5mmn(Czm<#7Nj+3P-K<$E z&M8zs)6clOkOQQMq<6fB;pUVIyUyPe6x096M=a9*Mg9{(C5$@5iMdnbLdJ&xt%Qdu z&U>{(U>Z*1+lB(xPXFgUk!W|wrOb7fn> zUd=#{-OcdN6i+80xx#}@>ap5_6wgwa^FaGPiod0j zF7O8u2CObbCVGNo^(dP07|o!Ps=Dy&U51lyUKnXGz~Z3X?qXGn+0})56Y!cj?R^FT z^rzB2^pX=L?xIyP^-m=_-d`iwg;11u~$g?sWFYlMeM#{Ru6 zvdXMNzP)LR{s=o?>6k9SgIy}YA~OF70EwAOhxF@jgsbpFh}MK9#%YG?_EWdYOetj~ zBMVTo`V*puJaI>wOd&{*@7zRyPRJBpXyLo>92>Ud_{bYS(#caXE<4o@15#4jKOr@h zweKbr$41jTo(qHcQuo1I7y9F6y3-NW>qcN3>U^e|d=Zu49odOEDO;nJi#&2)vv4Jx z%si`C|9a_9gN$Bsz-GE3T^ClllPv_4=)D+7hr&zZxS{0(e50{&bFpYTcq0J?*32;h zJYMTYA$KVl4;kpU=JKsJ?B={aH0S0CmrbwUQEES=K56W5Z-KNC0Q^(%vuAlEarYps z4oQ040K5Knbm_qQM&qg1STPRu8Frs`vpb#^=KDwS=+4>qXc$!|;Yrhtca|~}^}m6p z(5DSJM?#9rbqkS&9YBB%EdZU6J+*|4G&74W$?J3aG{XRz$6<9ei90f1^*c*HBo|JO z^;;L(NeR-Ou#)f>Ohv zUEgB4cTT>a2jOS9FNa`HAFvQlT)~KQaz?>YgN`oxQDeM3+p%`Rv1OAMx@%bL=hAE) zK!{~P!1S~Gt6uq-B=5(x#~Ilthgpr`?ul+GqXcDX z-O1lq=En2r{JB*cEa27{SMAHDmD3l(s6|oxE!f8UW-?Y≪y-4JR#`20^jf|K0eY(5`t@IV14;?C%v1Q zE4X7@r&jfBbi4*s)ybRJw|($x>`$OYog;<97PbO+mPNTUl$t2ZE~mLNSb1gOk-%pS zRTlkikEolj`JmU3#1T>c=N?-fX+W9jfGZ-^PfVObmya=Sq)zp!&V{OISldF*u%R)9 z>BhxxwT4s}{ZsM~9DK-}O$Je$QDdx2A`N$*ai2@7h7O}hhSY6te3DwW%tm0N5EzU zAjITZkO%iAUd9+)ev-|Ylste6)kx!JdN6@&NV@pBJsFly0DTV(Oj}27o zk;Y8J6x!`5O}X&i%($-mBH;V|w&XIsQykw+sU;=hG%aS2`K9}QuFjz=Y%slRX1T$& zLBePdNDaoBM%iC6b=b1E5tYvHpVvR`Yt|PjosglcpRb+E;Ugp`-w70yJ$kH^iz{Bz zcT%3QMU$dcYXkAk*(rHMmp(07xceoWcS0uu86JTE78*7@4g7f))E5>ZB5OzIL=)jt zTffS?(Ut~DP@)@=FA{{;dsNd)1n)rumSK_^Ifjinf>k38O6%5XIs&|`e1xjdhDeqf zl~?3Sh>j&e+-dH=Dpv-!ShLqbcD?x1inC$IGw|SmU|_C09gm48gc@vM*M#D|bUAoN zg~z6^Ezvah&k2El|H-Su{#|OGe+2(GJIL~56W+!EuXipx)`vdimA^HqHC22SiybNC zy;){DhbCMq^t-Ut-?;EQh@2$8l|5#?;e0?VE*amyCE|J^DM2;d0}<>lYDloeb};e- zv^iG`)*p4S+P9I~lD2`7_>~(eq^FQ(N-MXD>R;8Fux4a>1x}>wg-|#cZa0CMY7_RS zICmV0{zFpo(B`NjItI1ytLSvh8uV0Y+M$#6p(`mW4pPnsEPOG>@sJj9;0T=Y+s`61 z*&s%VjCw4w4g7b7UlGleJ*0h}jF9bZkvjebTT9D}u4)x32_thyE19LY8#y$^e@-nQ zHKNnmmc5X&&-*e{u^^=@o3E?Xv;}}Z_mRbu^1I0hS(XK;@M~zUC^3g7%nvqj>Rsih z!nEKMr^kslgps63DNvSd)`7oRFBX@YXBpO3RutWz#IbwJo5&hSMf?^gG2HFr5MiCO zXBbO9q>A@RII@r?Z1_sm^xSu@2Tb3Lsq_b39Sv}Sw46Llhm^U){A24tF5 z4$$2g!P~hhUQwM^Mn=jX54gkel2KzJw-XC_qjq)&w=PGfi&5YoEpyA}0HZ>V96ioI z)5wMRNUZ8cVQ`5X9hSET>__07dmR0sH!i~&0A zA{A*q(s&Sf&1$OMH!FO=rIw&E-~@)HR?d3x zd{qB5U9HHFJJubrOzmtnNr+0A7pGmrDMFRcQ|CMJTp!_z@awqF4R74LU?*xvD>QG) z-LK(vgT5a4I2;djSR+t$nKT|Z$sMOVko<4&@nASsM8?VZD@>*URYb@OQ?Q45zHifO zO5nJd{UK0yI|5rNK}Cbt?0&YJ6$pW=ERygC>m3g%>4uPun=J4$2s3d(C@D40Im6^4 z^C|?FPtG;??_heeQ3~eJ2-z?fgrK|d!!_W=fV)Y$ZZ!+O2}M(>MFVjJF(-3H3|$hE zPN;)&Z}G3bRUviRNFGMOSHk7%ACkoV_Y3WWRRAV_^Zj5H)Ab z^D?ty3&L+S8dHB!sl+o-U2*6h1vlYsMq7i}S)uoPbdqg^s7cj3)`F_TLXskidNg4# zNS)`Mg+*~e@#R#;G}ywfeakC*gfTW5k_xCPkZ{(R#0O9lfhbC_a}BvCm7x1cq?THd zQoTNGTf9<*S5R}HY)-3s)9MKgPYB~rD~7%FFP7F%Q#YK~e)H$2Cl0>+sBHPp&6{$D z!FMPcB&TFDwxG`}apZVdFI?mSS$(HSZkine5*KuL(?MY?D`>~r`w%Hlis@2vAEQsU z#mja9h>%v?gFnqZvA>oRIv0wM&8#xAk!z zN9HTZEE-S*FoO95gNlPb2{tn+8+6zQl1s#%MW7Y#w*77Bg0io{VFP`5haO!XTY{&- zCYNEnEfPaday!<6&Nks}bRTEM`%-C7kUgA)R5ah395Pt>=AI&)b1Cm(pr|}i^@Ye= z$MW8_XB7rA#jo-OK7--O~|Ejf52hB*s8Ld;4j?1`64NK*dPdHac3T~o@A zgI%`dq3AWdx*!xN6|Fl1Z3rcl8i+(E2VC0EZ*ua0(-RjJR3%XCOx@`~9~Hkop?P4w zZ`uSOt1`97AWwIy*CMeZsJ!!%Nxr5wYQ$+X-sY)7_t-{nb~@r8G)(Udf~3bS#ucuw z|G?9M>8fTn*zvZa2@xXq)kXOTXeP)n+oDZr2F9`Bx@9pmB1=tzJt5!$O-)0EkazFY zT3Bpsb1%Pa^lqpYQ#t>pq7vggTlI#2Tuwj=obv17;nCUj(T3VNkA&Qqd7F|B2Yh7V zCz1IJo|LR+hhRPaX%1{M5I%yhU2nLn<)5>MUx*O0c8~MTJ+3u16iGc_m*KdUJ*Uo* z0Blad6~cL5(NazL&U>2}*OhO&uZ}^-FMjHy3qokq6ty0d8kz9W6gG&aD`lS=K(3|* za@MQ`!`cbzx>By}vW^1hC-1UNQ?_mt#|=4Wb0K1WaQ4Y9JoNHD zy_~9#O+`dujL31Tq0YP_C5G&DPAMx~qbU@3GhdCNgjg2Aet4ZnDN^B~w5#cf)r^5u zh424VF9gcPUNqPb7iOL4R`=b(D|xEIg>$9G=RJd%R5Vm48;n7hJqG&doE7 z>NDx7kH+K38VXd`J_beq#)67y9q6=lqwBbwS<0xVV*$V{Hg`wvEh0k=0_tfW`X26+ zvKn+F3F8sOSJfk>0v8-Oeco5&JQ7!TC$lmu;6~2M6P%ElFXQh#a(J<}KoKFF{Sdu9 zvy@Q(L(TU?2>`Y=pnX;)Zz=Bca!AM?A}Lyg6rRvD8FQ?3#rSww^a*DoMma)%@fot} zA!4}!twt?c%YOL8D{{QLiFR%wrJ8pI=UsCW7b=L)v^vYy9)``vi*i9oKPYwzQLLrI z>Q^-r;_#57%P$JHe&;twpZVnyr0G<%ARKr_kAv0^P$JZV6s1mF!N`YGos_0gpxmaa z^(Hi+3Yw%q8Yc|1m#bwllbaSsh8^Oh|FAmd_)$?&BSeU5r8Uk!d$dYJAs~L;Y`$&& zI1rJ=r4f{OO1FY=2E>ZsBRmxqnK?!j6rHJaaYJ-@j+mq`+P%i%xO;?E1p!iPSWDzp z@up}RP{`kXg*EPLCA268vSz-~V84=N67mqW&{zrG)*BS|(r5JeH7R|1;C;kP#P!>L zGeEAq%gTYkMSpHd7_8@QtuI_)P9X{+_71yzeuJ8j(-Mx$VIx3ok<{71t2Ot6jYJR! zn5op@-`mWgfIxB9C8$B;y7NW@p6@>KsWp!8dFE)~wuhua2$-r0A6+G%KkDe<&n6ia zfF=YK^cnG_T>CUPIz423?JK6a{LmXUUV3kfHty^~rFi?7irJ&w{@pfmi7gu6AmR>R zy42!gV8ZYMyr6gYFAb6LeKZi`fDg9oM@V7(zz^CTQYglv3M@`;!O&TrLuYtC7n{Ks zi0P8_;$94c$2L(j$Je+(Uq0^uXF!<0NicM)GJ@+xjG_?DvXLJB?pgqxGr1B0; zNo6k?xd<66=@Ze}nR823>ESi#!u-rKMzoqpe(8vEnmp(ABAL5?vE}3jyU$Xdm_!5X z=6qAfSJe$1l$F*5)(XT&6KeKuPEV=l!)~c)1yHLUBkm&i;}sOYX{w8vu#18~sOYqa ziGk#h%<#lyuvj;4QdWuI{AQwyGbE0X3!|dGm5820Cm9&oW?uLH69W*35MlO1g4h6 zTKOVSwRMiT@ZY%r2-N+mwD0&@8*9J|CIZ(W)&zg}mm8=VN6m1$@?(4F8&I!Kj4?0n zp=ZPJ6<|8FO~ni*uq!MZfuPvSElv(igQ>9h#hewQK%Mi*jVwc^k1d^mf6Wx3)`9b!=wA=npjbO*bbUv^LeMM}1(knEx0h4wD7%4;FHi@SH@il5ZuSa~eTL zO&_$qfyRKk8*=Y1kzP&L9nuSMU}{|F?wQ3bCqdN06xg7fc&Tdl3xv2PE;iIC|JF8m zH$`0)A6kZmXAo*mLVxxvy+Y6`(H8hylc;HGaV~Vg0T`6N!NL5dggK8SLybIq#A$c6 zC=D%S2Z&cPDbG*GB*|NBnZK6!zB2&FD+TM6uKNe4xS$@LGS7)+@cnVQH%pJa*&jd zOg%hg8gHK~4`5GI_hE6Cll*O98|M#1UYDEdEXuK#qwfa>=9$p2^mGX3y5C#+Kh>mj zaTv%(n3NYXFlScq9T)=tOvVg8q zS!U7!BqZ2$WI@c2`IE&0n^o9&bZof9SBD^2XP&36frl`uMlTKtbYh7|tXKlB0d#|J zERf?b7LG6$HWIG!T+Tp#4G3r4I(fndTt~H}w5e2jaWN!xND5Pr^aMQE*;^*(BMQLo zHDoI=)sFJhAs{g915+*hFDqhmY*`mgW|9QyZ)(9GELG=sRu-RjDNzV+~kI`vHcgo&KgC1U-B(m(E-P zGJBu{<7l*czZJM0y#&9ytaEP45?7meGz5}kj{$j35S4xz4H*|U=C`J1keCq~b**%Q zV(GuV24qO&4LAYgRF`(Di2=GanYg{=oVPc=J%X`0Fs$n}1Vt=>@qd9?>^;NfSl^$; zIxkZ8sx`g6;*7lNP(j$5hKs<=A;aT5g`%9t3di1l=+5TO>%t(#E)9sFHLR0mS4#0* z&hQqIYFZ)~E@EUO7llWE53(Jp zsF)wuEWEOr^V72|Vb03_sC`4Yc^oApVRA-nG3Vw5JtzgNm_w4e-L3vvie z6hPOb4e^=Vt`>pSl)X@r=hWv#QsU-ALpnmJd$vdZ(ZeXeQY*(Fab+2IlkFi=k1f};% z7a#0DUS}#~{C%RLw`D1JU;VPCsCOT!T&(zvF%6Akeu*FCBEgk3p}DcC#G&K2I)MHa zf5~Y=BC{uXudyW(GINZfQ#d47h&{?{4$R6}IwOlKW)E10&|$DFp>aS)v`3A17QdIP zca}k4bt37Yh&oFBM{(42tO8nqEbd+|8Qq8))Oq1!Ig*`D))<{rBZFJaExsfQcOv0& zd(mpqqbE`fW3tv)tpVxk<4p|6VzI-FjO0gMN{N%-F%743yhUs+Jc3m&TrL=RFRvig zB@f3^n~V(uzVO9Y(J*Af+m0)EY@d<%F%6dP>kJPTrkJIpLwVg9nC) zEXl>dySH(*w*S!gst|Ro2S$ZfTk6%g6y#M+o=47z-SKNjiYZos6ul$UUTTLdZ$do2 zxsBQFD|A1X6}BTBI|m^UQcr|qQgy;3mg5|$Uw@U^ffRI4gdlN_0j{A)daGT?Iv{7F zjoD)+A-UjgiG1a({;)bpYu@UItsQ77pL1PDZz>M(ZvJ6a1Qum`YEnB0((8PlEdG#0 z_`ZR7mLJ@IuZ&Q0_S$I$45pG*+f!_m$16%^Jl^fKwU5HFyY1pJ>&xya19O&m`C)vw z$3zmsxBZ%O+nms$qp`8lOc0ArOlY(#9f=0 z#H2H+Xg>>i*jsFir9Fw)4DH4iBK@A_VKC`1$6%X*_LhDLU<3wMc`{U$!iBr9Jt`~0 zl=KhyO$*9)%8R|fj;HJh@opLJqa@ZmCgrCP=+>)9(IlDB0r={=|lqI5hE=n#fZcc87*&W}k0AFvr|iHyC--Pt!*dyp=d$4H>dSAfR(wVj^D)_*ab49T?6?2p~I|(pN|=DBb3n@w&+2# z@p_O=vqj!}{z_y93GN}2x8bwriav)7lDw#2lk@FFOTgwLGLYwaQ=#(Fgeg6nxk6Bp zk^-YKdtZor%GmJ{?4egq`YYG?e>PgdiXlWV)*Yh|$fBG`kQe>{p8MLjsG7fOrsqFs(i{Ar8Fn5{0e>Zk$_KVYDi}1XxSwdJ? z=R(uK1x_Uo9)L6O!UZUuqVerd`+&GWk%xKsx6fL0mMoU z(XO|5Q1+n)&~`W!jrYvbQzDBnE#X>2Q#6m7UI6i)d?ax=UocAox{g4)GpM$2b!zpX zCm%l(UUlJ8QW9^JpfXHJG55Wcqu85N_&GQe*j8|c^LE$w!#B=IJPHL6V&PkiWU_pC zxUTMT$OcolOgVVJR}m?pK|(*A8$#0K=k)lGKQ<2^EG?$~FIJ8XTsN^%0>_690DlFZ zWu5WnI<+y(&Bl_`@9G4)$XsrXBYFOxQr*hXz-c$qwraJ-ji;L5*PdE2?((&H?yVhQ z9+bn7k|Y3xh}(U6?e|=PWaw&w*X*2RwE1kgodwl<9g|@~5_mC8{X`aYjFCe{OK%(j zk4o}812q_n(*=VwB8qr8<)KcaYzcNP53~F)N~L1L1(6NNHdv5pxga;`ydg z|9hq3*K=u0gHoVaiv%~$;nS_-wRJZL;b6kPHmcaNqH~*;vdB3$QtOn%kXZV+J>(FnqP1R2&=;!ZK_`19)iMYYVNmvf?l060NMZ*rT2Diba&f`Nu>`8X4Ytkm4Lr|Dll&OkRoi%ERPN z+L!e@E{B?Rrw6Cyp)SR;R3pSX1-fwWr}dx!ynT*55VK%m)uz5A$SSB(^!k@jr83^V z{reG%5)BZ#Sj?1Zm!Za*N`gF=ccRiS$@? ze28K3Yjh3afQNyq^{|K-B9F4hiLZrpI7|jjJMG>|&Ub*0WY7tNdRqs~4Hn;rm~zz% zDqMoFO6QeQ{1tlPgN+v~QZV&67BuTB9MW9W8=x0`oc`12fv%w(gM`crs>@7t4mfkn zxK5YraF`nm(PDxIr|9DY3jQ!$PZ;Bpa2%2O16F2}4Gc5YUUaXT^)hTqGtoFIgcbze za@eiKOoFx9y*n%-h%Tt=9{I3X4y4$F7bJuWQnaK#qi0LTbYX9n3|6mA57Vtf7v)x! zFX|@P77F|3%;Tv8_qJ34Gi8jH>>8skrf4`LjN31miK9M|wPLYlRP3f9F0dn_9o2Mi zV4;1{54cq|)nHI=h%Tu*hNVnI9?O(&)!Ff68ZC=5oWb|M?XNH@CF|+17kk!FLqJwK zZkR3HfRDU{!h*-6g|x>n#6U7&5sfQxkisrGFlHcLpS0MG{?ZH@du0#5q;P2H0QQUG z%;YPoIQ=MtiK!zL`{;1&&PyYbGlL2b8CYoMZkdU!t7W0GL0CXCT2qHuTtB>DfN~L( zjLsYn5gQOASbxBbGGWYjE0nZy4W2`iAV)# zu!IkKMR9(@jM1>nlxJ_nBVU9A#Kk@($l)R6$h-G`v28bPut|XxCWTlGpr{}Tq88pS z#R0MCzKS0Ngzf4954LcKJR=;+gWTmbWAp5K?a{ODCgd2*toMR9FvKWS@u_dj?fAof z8y9Bl15Gc9o2y;lgkhJV5JUMHs|zwQBQ?Khs@aNFXWnw0p015@?jyMIZE42pI{L49 z&dIuT6P0o7v<=pl0qW@39@$1*!XO-_Ubq&WU&$e(avJVyA6*ZHCYHWd%3O z!bmjIt*+*#o^*ohwKKzcpC2ORJvP*Zi5ZoaGgD7WR08$bwS_#?jVkv7lJA?|L9O_J zsk4%FS==9i^~f#YHFQ9;Mv6 z+b?3qw5cqOGUNBcy)}48CFxbnPBw#rlrnav&dci3i)4#&+&6+c&8G}8H1J}j$&O>3 zl_TLpK}YUIn=1VvE3+=PoPE0eqV0&pc6}!Z-$Xo#aC+sskg=7AybfT7(2g2A&Ya4M z@P>)WQS)KiFo}C5)o>Ch8Kmbfq?FoWS}qD1$K*h(NAow2GSX%PvOBlNh+`C+V)f=| z`0~D)&Ap}2$hwePpY_gju#j$DkVeB(s%~WfBuB8)*(JuQ@RlMXX@wixzP^r9m4c!E zSlsH;Oj9W#xi;(n@PA^WDM718$d!9yX~0D)YHvP&QiSd4h3Vqt7d5r!0=fMPx8j_%*4b&t8t?onh^M9K|#v62ugHf6^~d8!LxP~(#JPtV(g z1wn|JuT0$1P=Odwtw-`?+`VYQx61^NFz^S z3qkD7F1j(^j{0Q{ox@_RLBiWqC(Dz?~=G#ib+Nh`fn7bhA*nx)yK|H$PHtL8MDGG!>nL>WHHsi^N+dgr1bc z+Qj!CJVt}#5xxNt^+P8y(2s%tAOcI=A&EuhZ$YpwqZ5g4mQ&o6GAUF-7bueVkIDpL zK#wUh+s zJ?4hNae6?xDh7+M&0I1@=+#k~3>y~r^B<2dnS<{#;Z>Mkgn3YYI@M?`jThIrncIOD zBH&nX^_;?oJy#9H7yN0x;k>)MVIHPL&cuBxLBtA2kM09n6h?Hm#C=JwDYRSPs0^c@ z_*X434~c}4^<@cNDQA4XTIYSkdzycybV%~EnA4F6ZNwG!5GtOo*SDsNL)6Bm(RpG| zqMpv!%>oSW9AkT$+2}Rs-uykp{5n_d-$7z)@p6f3Z z7C3OtcHM=P@WM3@o#20N_to*)_NG1FQ~GvdEWqDjD4+$4T+anD4 zdAs=*bI1l;)i+bV%=G`@-F3FlW;63BY6Y{k>|!~U%~ckf#e1&vRZNJb31+I(MH{3b z=*{$VPjN)sAL~ts(2Xuad;68WUM9ey)8b)fN8YvSU#*1@Av(5Y;HvauRPvj+;Dsj7 z%{0$q6o^qOvUfJLow!=czvSKZK6ZBN2r5}yxuQ5?vC66LGQLJHLn<;#yMD+lq0p9$ z277pv6{Q$;p9vOCt5$uogbegD3X*u%YEhFVsp~N2@&hh{4vvBI*7&3Rga#qlN=ECX zM3^Y)wHbs_6hm7vgV6L#2FrK>k$V$kxxI4POY5;zUkGWZ30(ZEaw@xGAx52Z!bfRp zT2wKi3C)Lv1{_NzE%M;~Cb?(IB+#|%B*iP^x*S$ zoLsho!2N`0;HUOgmu)11D^Z)B4!hJ%rXSPGM8!GmO=iMaZhy=gkw0S#aSuEA#$(4W zjhs-Ye}TSf$y{APjDiod1QxQ0h@fU?kUmzgNgNIG!V9+%s+F%{yo8uW`vWw#tetsA z^NR+gIC@nNJr_6--YRKP7ZV9P)05p~GWPS0fzlLgQG}8MS$$G2L%UHl?71!7vu1T# z)Ma=P;;xFa%K%5jA0Fllr`H|sGa1Q|WRO|eqN00y(>e&%Ehd!!&tfFfnDOaFJ z-8S&rh4?BAerMV|ax`@}kaS;!zCN0MXH&1~?AT*>o0pdmZ2ToKa=2-tgNo9+bb4_8 zYr5!uVk#Wom)l+6<*-26mrQ8ZSD4ri|y%+>zL`#hy;G*09E9a+uY%Ud5Cpqym~R&hy0SotJ@I$JD^Xz8CDC7F7w#N%T8BQT z?wG7u-2U2?^`}_YEqo%Q+^$mnOZ?!d%-J$_VYAfp6KN#@CzS-~E~Ii>Hv^jEI1{3N zBx4!cQGBMZ9|h=B%XwZPap&PVE}}=v@nr}WYv1GAc62#+PUxFhL=DG#pgCTcUQ&Hg z!hrX1p#{=Qg0c7MFXPw&tMXNMcc=$erBejOgICB_(gMC( zXTpFKf|$k`4{+w2tF*CU%yhc^%F=wg{icxGJ-~gm6(u3E@j|~Ru`sn5Ir(fdX>`yt z!Ea1Z;7Gf~tf>;|zcrjhyoxIR0@DNqc#)?}Ps91}SgI)ArCq-g>i8?KGyYuTjaj^; zbu_+GcdlsGNDIBX7C?i2G5T#XDioB88IrD2@@sZb#mNj4IAX`7{gOUYPz^vB74-Yd zPdgv_gwQ^8Sn>J?+n66av$1+L<5#;THT;`WSa*;eemsRa_KQ^Lz&~vA4f^Bh(Lrt1 z+H@5>wqp64-<0DZq$pb3OTXtZ^TmK54M>Riy9-3fQeY-Gm-7m+r%4Fere;Xt*<|^{ zgeP4Bcq=tEo>?e(&)0Eiy%UAw;sQcBlp15)Hz@6#=cU0<0#zB{antj*d9eGnM^^^b z6CxNGw^d(8Gc*JjddLLbwy_rTT-&){g}%r#Pz?+mO57+FDj7+LGs_uZpx2=%+Yt$} zKAl**FmEjs;sfapcMjm?oB}PzQWAyRI+LR(i6v^GkZ#2unOT(gfDc@j0Scd2Sll zlU||=;#4fmK|AMl?ZhMm^l$0UDw)Vs)YNrAsB=j!`QwdP6$~V;OAGI^TeW3w=BPp3 zd^{Q}Oyj+aKu+gkH1-8r_tV;c3uR!fyfjx6^O(+7ru01A@K!4XPwpz>`>~^ZWI~_*e{)qeafoFG=C# z#$JWD=#UMOdZhk7OC%1gsI>@{CnWQ9|IH72s}%lbB}lZ651zGEA<^2S-6Cbpy-Qzg zzQd>3#6q@45`Ocon9-%Aa3LaZX2)gr2H41t$c}jJ4h#0>iYQg%(GyYodcwO*|PkPymeLmj@2Mep#3RtkjaSa^U)Rjbo18l|Zn zf@2ne*t*Ayz)YyG=rR*myB*4^)S57^?14VHH^&u;2vb}op)sQIx|dBrbS1)3!R3lp z!=t{@({%Pd8HRNaVBLI{=cm+688kFk1ZxriG6=(~)-i$S$sQbKU(Amcwm6xTH)M3p zcm%ie|2DEdp*?f{77~Q;kOIY(AF&5zYkr#8;CjU?Xnbt=@0u`#!lmVJ+k#q}mygbC z#BF@l5#CElVn;{b`Bq`3mv*Eh(T>N0IoGzkLWZS?Ty`28A3(@MS~)fZrzI;Gg-|b8=dfWoBx9f};x$m!#0o?0=c&_1_8ttK4g)+yk)2;kLDCnM zCsq`ols7+Irk|^-?xti!NbYW~>sd^q#w6h6Qzwt8n;Q1D#>rEr+EEubocYQg5bv1+ zfA(5>E?)+esd*BS*#VOBh!em=>cCH3m+CzMlGyCsWrQ8F3tP7$F%;+87W|zRCki1i zdbyrJ4=}2i7#R5pfs>^P%PXCQ1;&oRfo@P9%Ao3tB8hYW$VelW2vy|@iqNl&UZyL= zDI&@g#c)EWMgzLw7qDHH*l-z}(g_s}Kg0mn8T6cb;Tk=f8*DO)wF2}-Ao6086v>CD z%2i4Hd#_>m44iy1#9DHHjKn!AHGje;VZ{$!&p+dKYYRtEq?S9e?ZrH-<-4lOD}?AN zSPm-x>?R31wt#-(_0ivsxmAPqL#b^@9<$fyiwyq)-)W-Rkq8$>SQ9S}e+07+H*y6?2{)P;ZNIMCjDo-r$5zre~95N;Oa{T5< zfeu8aX4|P_p0R)dW!M*mjKvVHH5o{cHVQV538qLYzS~w`S|1s%8aM`SB=n=?3cOJP z#_h8Zlyg-u!IZ~3TE|M^l@#&ZTKCZhMEP?`!BlOV&_@<=wre}&DHf!x%c~@3OMMs` zshE3u03ctiTTD2{t+_IrWG);q3fpjC^c}k;LK<|(G()_vQ5&5^SLS<}7X$TY>-i~$ z13oXUE6T^KgK?{T7LaCE5d*vC?C86=&7Lx|T`vQh2VBJOn6U}{_y;%^dizIZ5vEUW zLki236C1V*e9syp_^b)8yxyxP5k&OtZjiLDS4CZnL1ya7E4E)d}t_0A^E&`2sWioq#au(4AQ68XqN$(WF=ah0K z-*f<-s6Es1;^zKC7^|wg8ODwokhuaR*?~ z+B!Kf9F%eus~Ajmjto+)4U|_tOEX@_Tq7az3bp{GDC!`>0rcURD7cSx1w+!eWM;J> z?5$|3=vEcI=up!O#v>5Z$V_3%r^B2ZwHrkjVxMC#8Q)3=NvqkK1i#fU8%%C*3MNKK zl%g1>lj_!~QJZNs7W#f9dy8ouI;YNsleoCTp+ z5Y|6Em}$WZ+eP#K2*6w`0ziw~BFG-V0V=b^6#tPO@ESjZ0?O8EVqo%paZvZ~WFU{g zI_N!AX{1buEvfN(Gw(X@bkI>fRpOQ`;9+<4YWHl(tnXKYfn}AV8Zl#=Q#?<FcV@@AlBAQUh;5@R$`j?=$2>vYV|V0BnzlMvYB8D2y;lFvDbY=|4*)? zm-D-FWJVNdIY#d3<`TB*<@Gr#<2CeZ6qwL3-sP$~Y;2IyEl9$s><5%_qM~*bT985T ziV)v=Bn%RZvCv1;tx^95NZ+_O^?SY!`2*z>BYGVaXrxFE`Wq0KXgJbP0F@r^Ji|QE zrI3vKpk^ijdTfE#z%)2MF(Z-1a{ni>5WXEQ6QNEO>-l!%1@+r638 ztT=L=u}`($wAm0|^*hD3Z+k3wZ(nCX%!CXDT=`Q{=#e$w1fIB#EUOHSFA@WJO*K~5 z0LueTx)TRnG~eXOLT$L5*`w%l(r?aydgQ*x7{UG?#g|e&67uZ(m>x%2+8t+lAB$)u z!z!vlds@xX)Q(tRE zNi?lr1S_a}1r~KDS{~89Cl5<(?U8w2GJ4+1jQdjig{uBydsS9N!(^3)s3RCylQ^&5 zJN^uv>O@**T>$~jFQJCQ+_oeO3Z^{icPu-^Q>9=O;Ex;QYbzIlxMNeAomylaY5PBG zN?olR&&Mtq!nT^8emxeQ&J+X3U2Iuci|BwpL;v0S(jS3!#G&H=<`o6eOI#66Y493w zg;lsVU14Id_w>;31P9ywb9=JNh=0(FqAd!;yevf!(IT-CR>!HygPZFnVulxEcg$Zb z#O~RaD-C=;Ws|IqdTiu2h2U_qSKS9y+9lynIOuRQcpxo|Y`9)k{`5%FCI8sx1*<|H z^N}Vg`X!LygZ>CJxv}Wj9NuMN_r28>$6*a$(>#mQd2h zt$eJlN$M|ut1LX6?Iv``kWkO1AOcH6cm5Qk8a(SH6GpbANX2j3G|mfU{aDsoza;ai z)HkEPP4#R1wn9y8A-DId?bHH^yO=q%Q=S8QI*6R^?nSL?;d0`$CAC*Y~-h`%Ou| zjhr010=FC*!z)B16`tT*h-5oI<=o%&x1ur`2lGCC4l*19L-r_8`_rG@6jn3b%uxb} zq?EHSPT)CNmEA;6*b59=EIoU$X!i- z!{iSTdUZ!Lcln*-(^Mv!je5v(#G|oojBt6I{idHlq2Riuke(^r=F`LJq#o%#@T*Hd zVHU;tP$$ZaAOhT!U@vH^x~4DFloy9ks`BIyJ+ji@B50oErhCQ7Lr`m$BKHiMs7F zQM2%&1$16f8EKIS;t8-iX5v{s!cdN3U!xa+1YUQcESVS?n`z7N%M2lfa&%>D|7D@% zZW11*iDBlNDWH3mL81jzU`HMAkQk(BIf{p|Iq#IQI+PtU1%$KvAQw?yiz9-4C$PFD z5a8ctS6C8)1?QM)ZG*_Ny~ePjq)sYM*dng$Kz#ltv9;WC4#&n}mMDO@11y_gQ`cW@ zB+ir(Gp-UwrIF`tcH@?J9&L-jL_`IrGFmHj#I$zHtX5Y7rvzcSery;R6)n-XFPulo zKFM9*Rm+SPHYGxKu^Dz1Qf4d1_G~|l>#Y`Um~KD6%h;aExgvo>QRPO5TvE#yTY%6e z%6{w|Kc^^RCdc4$W^cF!7(l8%Dt;R-vwM50`1r1>A0eJMd)==vi32q2Wg*w*sei}= zZkuIAk(TCHl@kE&e@2HDc&%&u%fe-il0UalUSZEmEJw>3Qz&Q0MbLI^lprc)j-a!I z^P0UUyuHNj3Vm<=w0dugag8hS8e1l6v(^hFH)-ZPTER9nzNrTF#w8zjFUm@wjv6W< z_Ym2|hnOM6myhN6oXH~t7Mdx#gS_M(q7-y{JT`OEHr)9Tu=gB3E?&qXL3SKtyhlA!t$jSB<6!BJt~5lZ%Q|fv_EuaJh?!bqEM1u= zNv_OVXX6SgPhnXGc^Puh5pAmKt(_edK=dEtcDETg8Q+R>vcJ3Y>Y^q3q@NZv`2bhA zW9OXxu75{x5I0DqJ~u9>A@rBC4rB~nlmZv7TB+T#6{0vXQyR_wKqS<}O4!6r;`Gx! z-fl9KTW{m49_?;yM8M`dZSShoe%3qdd~5E@=SF?$_pGm;AU$ z7p2d77KH$FhNv&4)WCVnVeF-?3EM@6Lc*VBZBFEmTDR*ANL@V>@R7m~uU{XRO zR@?Amu8el^afcNfwHYnD>dUIo6oBB!89v$nqKh=h-ohc0ja}o9Jxj9~wMgHt>v%3{ z;%5cgv0-qA4aCzb#~>{3+A0f|TH^BqT=P21J^+*S`#GBQ82r(VAHN=LC|pQ(1Y&dy z_Latj>yP$4Q9n3;DqMKQATD$cZ+ir+xjViW8+#^DjC_MagnE7S77K|e8p}B$aVjr# zq^QLI4X@L}Li&9U)R~~}mbGyZtMwWa9qOon57CsOxwZfR00007%K!k(V*mgE4@x~X zfI$@W@&Et;000000000006`TWVE_OC000000000006`GvL;wKHV?=rY0RR8(LjV8k z!vFv3;{X5?_5c77^8f%4ga7~l6aWI}#$rE8WlV*SAkQr-Bh#w~bm*^exhxXm;i$8` zOo&cD$jve@dMvvn+TKk4)e5A2)8-%BgiF$oQ-cA>#u~aJ=br);GsJl`!=7%hdcp}* zR@yINVPYz}D!2BwCN(J+lqqRwv0D^QwKqNGJ*t*z34B{#dA+OfV*jR-Mv}FPY#!gf zSkeNr1o^s<#auv$U)Uf@M{f7>obl;UIq9q|bP|!rE`T)oxi%I&l%b?|a;bvD0c{ND zMokk|_C(-*lo`nSL}B3Z=_1JB+97E6Ywym__cqm=q7hsIo-0t|AUdBHlnO~rxSJZ? znLnqtnYN=w1tXUhz9yOjja1t}q#1CotaO5y)1$O+UrC_g*fV?{a5X$ZxA>hSgY?kh z<%$ZfveIy#Vz3x$CvYc~D$&DlY^m_-)_Qc)sUtI06`%W$nI#)x- zS+yhtk3|Zg?!y{iSPH=lsZ_&aidMVcJon5{xWZ)T>Sro-^G}oD>8Uo|GQW#gwDp>c zrqto+Op^bEX4Q0bI;mKo|IVsNgA_iJEM`jQv>pqBM-CUpZVJ4y#%fp zY?5sJYmsZ|8&KjnG0K__v4zS(d=#nxUu~pHu5-@tKKvIV*R=>eA8a+o|yREKd7+ z>C(zdWebq?v)4(HDjJ-QBFs3)=|2}eX3gZU7J-8ag4Z&$&uoe7Ln>hviGt;ZXjHv0 z(#R-`6bY`5M;y|cTO28mYxi8&d3`N9bvjlC&|FTT%)dJ6X-fV=iRdPMK-6kvdpR!( zumi;0stwfXRad=B(7^~3`E6;Mf5H!KQMYNB6=giCs}!p14;2-Bp;EHbS+17+OQN3( zaiz?sX3}Cvw0xV3v*cy`#vDJS8Pl8n`f#Auq`>zA#kQ&w`Fb-ZhNC~#eGD2ZS9;X3 zQ)lLnjFvRqB6u)?xY}Ou(n>IzM`pNcNO~LG4}PCfJcqw7*`0d2V9Q z8a4R@DrxVX=@nx^kFDnwd&nc*=IH{?3TDw102*v&bGCrd@D6wMD~mMvuL8!*^UQ_<+n$t zv@%A7t;ZEz%f)wbDV|zu_Clh(Vi?s@$si$qc^gO9(MKDc9`dH;wWZ81jJn8b-W(do zhfUN9&#>ZipAPA_cp2bOgMRPb6m1tA*YXs)8;13aPXR>f zq##L0q|vw5ZFNm&pb6!DLXA2Td2{)lgeyB$Yle0p!fi~+VJ7|;t(4(hp5Aihr&4Ih zS-8?(d2< z#8B%2a+XXd3r3uGMS{U=DHFh&l~U3MyKZ>W$P8@vF|8*JxzZYoLIVGIx?DwEjG~-L+_0uyApF3ac=as~jghs}&%YjKxh>?E`4TbbP;h=~pRe!GO7n zn~Cg$l`3itIUzR2nQypPk?6KrBi%2iU?RV=>BjfPilwwhqz_M2CeifC_cZ@JoABHkPVEF) z(=))L~aAzkHSg1Kng*AQnL(tJ>mMOj)-BPU8ktH6Ad^jBCS#E8P?DJ!m|7cS&AuXXE z+rqhbW71yWl^u$5NA4cJg;rD@aZ<{tL6cOz;H#vXjXeI3g&7s0b9Y!+rvd4SX6_%2 zOj9gcM-Nd08%t4GMiYv|{;X3Sn$-fP1`Kus;1SY)iJr*ViPNi zn|$`x^vF_GyawQ3=B6|0gY{J>gymBg@Wnn=#b~ukS5WX~OFq4ywNfa8jNpE)Ff^2t zEBpyBOnk)$FH5~lCq49&C<0g7iU<`)qB?h;6e2H# z&?OJDs-U8^s+3Bt1v}H`c`G%@wY&h%U*=Lt23@;Gsw{)qC>vZwF3X$d1jC|mK8YEz z5d8(Yu~$u>&FFx_Sv+C0fT8-!-K0}v-)tzU68%|Lo3jHqdcdDR=vQWVS?DBM=2tV8 zd=DDh+$))tUvkVh;8nNcrn;)pLW_6WpOCa|hF+gY)cUr5T)n~Xk$mU%&{2ZUR0(oV zMy&*dI4fFE9^9L?MVn3rpr3;`Ls&V|IjO4cBwo!SX0-fk{c1Zk;SUz!GM=5;i5XD$g7xp)z(8 z+SmEiaj)V?pzRhao@u8fF)$95NBvgPa_WkGQMP)?+&jF+1FWp|kbQs`l-2tIhfzK% z_(5x@fl1Ub79O`mv3R4@QDW_w;+RC z$cAS5g*iop=Qlrvj%J}7Wp&dkrnX&>@r3g~FVRBjo_CTZpp2q^321)FxntPTK;o2>(7@^DdD)iWx0QU&VJz}qSbl#ZEzX{T`e z^0niwS5Nx)X$fwGF7r$YF`#^|Oi_?RLXS00+%vCW2VFrz%1hGfs{ex8%9gbAK(w6I zRj646%xjYPnMp6|ZsnDZBZwPbj1Gn6JJw%0Y_9FXh0`HjxI+y66>~EY+QaM`xp**Q&1{Kaj3#QLun7jL#}D;;Ggpkkl5Kp9|!X zO-0D8Yt0hLw*U#MxZAE3gAB~cu3#amFQEd5AFZ>n;2xC)rehH15pwYPwM!*e|2O;( zG;7xew(6#&iQO?vgw0*WiE(wBgiGwSl*_6gsh>K~*D6TH3biG%+@(W|`>Bkj#MxAg zU7mANHVeEO|G-lAgd99ox>2sWgl)KvKOc7L`u6mg&&`rm(W6=SW7RepfjPGmf%d8k zkE{7X?Z;lFQ);Fyng8hEd)MpXrGp8sq$VJvV{Aeu_J^@O7wd1re3~*^HxqzPAu0g+3iC8yil9N4gqtU zCX})DHk+cZw9jw`IkqBKwveecTz4llbBqLOEV zXO35+00IhXVVWDPF-Gk06Q4N}xBRJi#(W`7!wRX~=-aCPgpZG5k9QyHeZ zq7R%z2X*XeP?Jid6u?(g2{jU632fAigJE-|K>*%QMNd^N-d0)4WEXOxL8X-}>Qp(0 z_GOt;*S36tI$l1e)ag^`>aa^-M9EW@3v9_sAnj7=XBHL`3hbe#QCiJ%yjOerWUjJO z8jl2dD8b3#7{H|=?<<2s72(FtuQ5?xXR4QN`4a^&pXF4|TrQf#w6)5DmkO2^`!atX z*(Y*RiQ?=kxNsITuB~H>@YH*251p6wvW8{=Q9!Q0ml7J$NxcK*y;V;A0!UaDHsrWg zn9@E{omRQJ1XUf!syUudXei#M`X=w4@kz;nDA75gxA@DlD_JUtV(c|=btH3gi_-c#AkvDgI z%&2gbErd0p@bucDHP+$tnP0C09&u0fB?zu7N>);U(K}!=()Vbv7LCTs)!(Ri@yJkNtD|#Y~q9=WqUmAu-^jKwD zQVv-Sr`ZoNxVz7RIc%s4!S(#^x_PlF|S7JbIcfPabns8{4+P zV>_y{9LK78>sJ6}_%u@$W=Ys~dW~Z@1Yz=U5t!o;8|AOvL;PN*N{8XiZLeaJcwogA$2ti7dzU6f#od)bJ#LOm&;)fg3CQGqcw9^Rsmx^{4Z%bya{#EE|$iz=3{Z?*IL50Y2&x_cu0gFI@EYj z>2+%nkl36V@aOIvYAdT}`@z|L`5uhDzxWu#VB>E3m9l?w|;0PsC#wM{klW?C9v zii`aThK``G0LqrtUi^MuSLQ*sohub-A_ItQ0CGv^D~|A1<-5Fvv&r(sKr*LWP%HRq zJ*96QgBEGcTI3Yk12dIO4549ZRNF=y3Kl1o|I$bs<&JqaJ%U?l z+?BZcLm7&Gs$`k@^;n9$nS@|kagm@ZBzIO^U_$nAmD*ZV$5V@__hNxF=pU2>TL)QS zrci_9ubR&hYCtc{j|V?f04|*M?|J==ueV+;IUPi8&fHxnd~+#m6h+^1y2Qn*U$9_I z!^4%ZdokorMBd1IFVM$iQ3`bvt)R4ORZ@gazSsn+vU?|2Aq=qXwB0ps^5YBqC$ErU zk{{)$OOMPQyigx4J`e3PJgtN<*UBC=(SZ59L@x9{iu|6<2a1RVP4lUK5b6|As2 z?TD_vXI`hSY+3q|b54i|-IDyHWws$r!dpBuN|s61x}U<=8uCM!b!*{WL5|XpgbNmt zQ4A~wE43=_P#zgC6YP(qp~NJvUZLx z6-ToABDC$Du-6<+A7_!hCvz)Vcq|AgxIm!}4^^Ss`bQOJSOtSftR{IPi630GDA+xc z6l8_9oY}i;Kh7--Xp@G?uz5gsKH2%Ob%&HF?$i~*;GlevcYXN`jXKli$vn!rOmmo& z;UJ)Bgxe=cb+?M~>$WCr=bV_JcXfVG!%!IsI}84G5YMKA^|i`n6%IFDC|lU0zhKmq zgLVvFIx(w48K)kAsZEK27d{D!w^TuF35uG9n6k7Qn(?D6s;=;_rnRCgZp{uMRau(% z&Xx|e35-mE90jO*K@rwa_jY>zYYc$<*t>9aVp=D~wo5Y?@Ti({QD1aaL5>o~d?AfXtmH@ZGsx zzv)S&snVQak z`a2;b8OfDoKNobGOKMsg-j&h9hWy+5 zE+tn)_G^zpycb!q4#|j;suAl-F2X63xr$Adnf769gdSi#4cCj#{ucY%ba;R2=4q!c zrCA@QT9njqKw;T(a7>K)*P2&49fp%*kr=iNQDskW%XrIn690o9D77WnB*Np-U0!xJ z0g+t|;rZj2FqJ0C2K82q-khG*&d{);m&@z16;Czd?{QW>x?9Jobd8Xzv$kAQ{}6Bb z3+?Yf+2Vw3ih|iruXNQR>a==ZF-vMIgDMv|_7D0QyOkzcq#bge19l`6ZIc>OJ%a(a zVqSC)RDq>1QgONkGJj9JZ|-xG?<_?;%dNOcC6I$NVZbSfm;)5S?a0cAD>_B%pP9Zp zZgdce%Dk9~RqY!t1ogo095c}@o6Odf%gLKcRKN!lRKmo|yR*CjZzxJLV=Vi}Sg*rX z4vu;v={}(gaHmxmbHBYG2|}z3ThRJ+B5Ld|*mv{jKq`TC9@8eDfPH0|2FIg z3WbiXbFS$>eK_r;Sl^db@iQzZ3iCR;@$lXht6Wg?@jH_}imc_qeb)&Ia@7{9G>jtQ zfYGAP+477mnZ!1mWj>4i@w%Dy}Jrhw(S zMJa{o&n0tKCV3z|EoBK@0*gB)pOHnnW!OUB)YbA+NtD#|xi?t>z(#@t-`^wD)e8gZ zjc;3gyVJep-Oo*YlZlyok8#D^E{CE7T2b*&4Mla*l7ynXzR^4* zMGmp}PBJAFRI%-*Q;1Q`%5Op%pX1)GObM)^nEjGN^kD0Bjp%owOvvI%uO*;%dd14~ z0pp@iF13andBORB|42<944@wnJ|PDMbDit2Ki}rnWotK)rWz0y(@L?A0WEQ`1POWj zcri&xZu=6w3nrn#5Y?M5pBLudGuJ;$wX@#d`UJbdwrCu%C&os^!z!G40jH&`p}k-m zsXgi=?{S5PeBk7`qKX;qm{Z>MdNR^;!wHRe^AYirZ;Bg7N}2JtD8dRO{StyFo(v4| zDdvF7haE(5DG>mroVlW82uVM zbNaEhS|4<$+Jkk7%Z((*cC9@P{*St#+q8%F%ZMqm?Y)*)lr3#!b78XR^?jx6+Y`r> zU*rQ`y!4u5=^iN*t-56pZbfjJba=qeWOqCCnkKEkh11BcnzJ>9vUz1%#~k-FIPB;C z*E|rWMNf`yIf3-xd3*RZ8A4zQ)^K=Dh8stc;n zcT93>%2$Ud`Ze=!IlTu%L*@hZbg&IJO7MNJMo@nIXjt4mfMhv%9Zb{L_x0^eX5ZvlVW2|M$l>X*lEQO#7N*^AOe!ruzzRy;>9-{Z@M`zB<`&Vywv^;k zpU5j>Y=jmB^qX^sGleOdFagT)!Rwvivh@C=47wTOks`5=-H({|+H|@C8F6RQs-kvJ znO!flS%s5#XJ(cWJE@=9vV{eud^}9pRSU_8T1SpSvq%gFIR#!*EaV=6@M1xZEuEB`E>$*MN+1dcJ5(nyA;Lc6>X6tZ@S5ADXy__mMQY_PEC>bA|)7L zukh=Dr$ybYY&reLymSv#(|Q$J%N0@3@?#Gk9P2M;Ets7tvTl<;$fjDU4a-iuA@S|; zbQ-Aa8bFgPoiK^zHL>&9W8VUygM@Y2B9)F$X>Om+rrKHA#p2k5EMPDW`Iw`&p~D~f z6E={^XcnJF2X2z9+z89H#F*thK6|o7W@2q&Fo()eU$mQRBfKw!{bJ8LakB0~4xMY< zu%+)$WPS|glnq%;$)A?`I5?7N#1}?B9yLo}OZ)XnG{M~bNTKfQ-zDG{X*ZsW*$$I6 z%TNOImb!nhCEkdYBqlrSr^C-kP-|IuEcR`mj9a(tQ`k1<=wF1@NZ*BbgJ2sslU=r3 z0c>Xub=+G51qPWgDvnV~>BIT-H1(661$dc|sCE{(XPTFUehZ3@b6$;|QflWM!D{-~Kj%?*_aqjkRtvNg6}_`8OQoMic#gS7QhPsea}?Pw9NLfC&9sp$1jd*+`$aZ6t2sYJ#LgAAQ3 zBdJeRv4Zp#^%m)@Oz>rMvXPNVGx|+<(A5)A+BdB6tIr0@@n zrO99e?|}+RbS6Hfz`IpiXcIQbDk@VYE<9VU&DShZgWMTyA%sah&?1+iYcG5nVd4@v zG9*fysv?VJ?$cXo^&mb@35BTg@dd#Hi)bjaoCT+(IXx*?$Q5uEFO&LzRd^VYopvh@ z{+Q;&ZP`15gd?W7M_mY7nK%Y@T6!W+<#P6hc}r|(an8Y!2Ll!(`W$FAMF}wpYFBsNaPeiH=;h8z_+DY%=o3A$F<0uu0ylhBG*aO90AYABf6^rU8E2QRMf_|?t z=X*X*p-j$@ej9M*Yi)912h~AX94z)mMuJ;(kt@S$hkOW`tS<8&RV_4QudNR< z?7FS~hfA}us7W5#x>CY*u=kXn7pTn=}54swsUAlfemLAcQg<0+6K|)6S($O9xwYNMR zlxavz+GKD$*ny9&NuD5H#V%+Dimo}PY_u8ztXkm+%w8!cpB&x$i5h<|0$JP!o7D7w zH%e~jz&eOC49@>j$BDROP_UfvL*mU7>A8~Qh=wBuKmqYqBD%_TUUzvBq4e8z-m-F$ zy!Vs6D~1!o`^sP78qJ=(j>(^P*Lsp-`ELk*=_ih3Dk!^0yhOzf1;b2id~df+;AEqV4w6&);YS!wqmmAOP2eY$BNvgpr0vKn2cGyRa~w_ z)waf~aZuf0%o+T+R9Xmmrb0omM^ok;25AD{e;R~KqnSQ_E|Ic;K;;;Uvjz- zk+fbUR1W87PSZJ3y1jcACg_SkYU4*S=!_oF&$Nn*f-t9r`pGUN#xJDPp(R%b#_Q^H z67IYHsrZUK;$uZklA&$0XoU}+RWAZj>%!p1!+Eb$`6KdL$D@U=^r78z4HElH6t$Y@ zDlLIR=4#RVy9$NdSR3G#wO~|!wF&*;X_ChnVj;2Imj4o8EpU93itTQR5<3CE19S|K z*ftqvi++}iv^t8?!j-o;jA?V`waTM;t1X3Tzg>*##v8n_?sdb;b5AaKQv7!YkRte7 z>e7E70?x9wpyJNjVQMlvt&T5@71(VYhAnH#jNUPBr+8CJeFMJwi+)PpTEbr+|Jfb` z_PFS*2B6XErS?y@{CJ}NsqmK6mZ)0}%$qMRuLD7NJ=*s;Dr86u+cw`ec+alOq*$fZ zRZ$DA${C`bsmAhqg-BnCMi&HaIq)kZ`|YK??>B;u5|$M0qF$!#j>Oluqw@M$1`teM zCVZ#C+J@|Q{2yCipG+Ga;Yo5ob0K?r-Z#s0luD~f5H44itj&MWKqURcQjbUj*^`f9>ctCp0%3J>Ac9*@;Jei-8h+oPj+%Yt-LK>P|K-mMe^lCtpJ{flq9f8_DO0bDsA+1A zy?gb8qW1qqDmBG&wbRysOs(l=1we5HSM}PvbimJ(^BXPhHmj<|`lVZdC2<*6`fr!9 zQ5mYb>|i>dHmV~jaFcoE^uhhOUa@}#xkSnmgEeBM(&s57$g(ybUbgRlc(-aHIsE3c z;LCGJY{bhgsxbfHhwiJ{8@%_x-opFszkRU4J#56qzrAJ_Gu`}V%&}6M-dx(-;#eV^ zY^CX~5nbeAu!p|GAm%)^Ws6lcY*aZ=G@t8-JL!YgRVRE(wU&rGDI+glXDB=B-Cxi> zmMWLx*)=IAnlRG!Xni*jS>BpZj)J~s*kvTs>r0dn zpi;l`O^bc`BdeVBOKv}OnBQD8GKI{mN$OHx&|-Pe0nN1Wn?DG)7e+Dcec+}O!291s z1t6XPZFmS?#&0aqTiTCs*Q7=$%t(fUTabdjWfQs058T^aA{+41?quCc-QHuvgh|pK zqBSLs{vo&X^2lt1!fn`MOp^708vE8yHw44XjyTCLA`C1Q@f}Rxp`9C&|4tF8YNw@sqS-D@P34ib zkhMpU&tvWmp>o;Mk==C2+*jz=c2W9L0$RmFwdVZnzOLOWpOYp0ISB*4L-RgP40T_Q zNYU~TtA6;#ZM5}>8i$dF#g81kjHg2Vv8uvWH4-DgrZb09lvQ@v6W3A`jb%+~h*Cbw z->z+4x-DPd`MO}(UwuBwKc`uv@7#&dTGx9EoT&2Ud|cg;43BZ-rhwzE00qqpLe_ye zQPxss*aEpCQi1!7NQ&`^Qk$D_$Wh7PL9*8L*Vjnctowc4F>R%9u662NrupqA?dOk( z;#ku>HF@#i3pDFc2xE|MHtSP!1 zqBivB$n=+eysret(DX$D5bda>e^5LUBuGcMHB4**v{YQZYt_BdFVwnjyHPDZDz+Wx zomFx}$`W1Av~X72;-)AG9$&%(z5k81E`a6JSH+eCg2o+xR+?Zl5t(INllRrT4%!i1 z&@!+kfDP}enq(O|Jan&Cuv}g_(m=NwflT=gC_l;v<|7$vw}po=*nYC5n?_Q6+&5q@ zZ@+W+jM*lcLtXpCL^N)x79);J;Tb3OU_^hSnc|ftGt9N|pXJ>J&T3d={l~HNt01d| zVi68+@U35la*H%^c@QiVD>j&)7*^AXH^jtCLh}txdxsBf<}^u^xcy-K^lL4?uijZo zwZsnt%p5F-(#Ec_w`~RbVHg@gwQH&}g5~q?G|8(noX8Dta_eyPD+G!T7oJwj&gH87 ziSm%B6Ikz2lk;C1x4ey{PjI3TtiHL(!x&w-#e(OazAyR-j?|Ld@5X~?d}KPcX&tXo zU-4o*n@KcqdeJ3Z*3B{{9@7Usj|>#q^?Y|d^>lMF+(dw+UZwG#8$@L{(ayH8l=xq{ zc;&@vJ99OQ*2TFHLv75WDJ%-(PLga~)#o*g(fiJa+%%4rS8r8m?EEF|Ks{U<+Dd=T zvm*_fMUqgA@Kot5%S#d<1Or*|sdkr3d@n5&D=ahaA*EZAwWjAA^hs4rv2F@5&2n#4 z!GSZ3{m|W1#6YsYbB2#PJAK`ri!ON51S1}rd4uJUXe(^dWuFbn&+jqU63@@b(C|FE__(!f z*66|0THr*P?Tcaa%U`;Sk?S&jDIV+OGEhQLkI)kt&+=(5)yR|oA)&jlOyp|8y*ra8 zWy8z+kI|QRXDBd?&WKPIkeg}Q(TyZ1rt+sCpC-P$6RfL-Opb`=d-P!4){{^oUSG!f z3y8+KQlx_rnKqI5m79Q^zr>yrINVdv0As#i-Y6CPiwcuBXpU z8iiecjxDx+D~Gly0UB7YBKS5(2@?v z+zl#bmt0V8+GJ5`ii-};XTwb0`*tPuXqLWfH(4aitdBHKXEl@o$aL6682Vu!dP8tX zQjYd1p0kJ^+W5+E_FGA+(~R5n1n~7;XbdgkMMGN|5GWdm9A7UmK<>lS8t`5qEEq)P zyW=o(%C^?!gi|kS>rGAUsKk;iyrKw|B5j^%35aw;Rhu@OD7nszOxdjj(RDSLyQ)(N z*ww~2qc(r`)<2fLzLo27;!*6xS<1(=y?DWgr@Fy;WvQcWSiPaj&6s|zlD3hZ{^_gy z;ZNrNFm=aGhI|lv2Sa9r(*w2j0nVYJp^cEXis7@BP13k)U$~96@SbsCo@5==oaG)M ziz*4bOCnfxRgx2TNYEOAz0A(teMMR^6RjDseRG^89u~#P-9{He(_WQ?&na^$f`x+5 z-XD>%yt2g3w5XWcuUksv8=$w|l9Yej^otJf&qnydFvkYkOmtbBoU7fYAi#{i*uYV# zXCiEEpQww7+p&hZWq}hpxix)0Duh7G(O%7}H8>YAEe4Sd548yk%5t$HD*l57TDEFy zG>XBToD;Nr_8^M}rznX4ohFbe6CKy;RMn}d>Xe~3Fv(07AK5qE7D8(<7JAFP;A^Ym zDb$Y+hudtg3>c{=z%TpALjEjs?%f&;x-Nt8QV9ml`Z>&TJ%2YQnMki2p#~u3`ypIX z>Wx7EHa@NvDcX+u%jCht!NW)n3ke;<<{LAjn8C<|6Pudt16}e@6GW)(%i_JdxPKI3 zCCebJmqf6>u<)t!O*KzRE0oBiTGH9Gk$064^;c=+ao4~slUyGhup%tPwiqf`wH_6m zia+zxOV&Vy^K@=8z2w8X+e-dqcV5H`z;Y&S`OTd`qw!spil6_?Hnc-e&;|3T4W9gb|tSH9`Cy;vy^CHb3 zfUQ(9+6sf_%%qda-m^r+xN>7cURuo~!0AH7RY|44D792qB+Vx8rG1?&!&R)cq2ll^ z&a=Z?#GT95^hT1C^VIxe$mU;Ei~@dt zn$73*zv7AzLCUhU7_F+&#$Plv=;t)dX0kOiwYV}ovib!VEV;fY1g_O8@}9HBE}8R{ zLrBa-Nhv#0ePnU6pya$%9T2X=CC3*jsfa*}mE@D@AdSM&UAz%YwZJdkQmoivPEs6l zg688~i`<6YD5iWRv>dLR=^$G5q^drA%^AO)<8sS$D~Cf&x~TM(Zi)>m*-KFDu7w7= zSet^Uq?GRq!**{?zxNS^@8jHD$ln6PP&X2G8*TONPH1CT!-(%}GxNB{0y+8W7A(2nAa zwkS`_D2O}#J8WWC|Gsvz;LkHXX-8q7Iyt$IIx}cfs%D3BbW$y`Ek`QI^V{NBZqn^y zWM!mQ;p7PJGBD<%xKn9qil@1P#J`8rA4nssVq;p(xaBT~0~ z3kB(fSv0ukkbbn&H3MacSXqR%YVOpD@&3P8>SzS#T*>&=(a&`t-aYN9P+rvvubBNl zGPAWHSIvBuIjK_IdL}tb*%T*H!u(@YmOM&S*Dj+qr*Hq z(bFCGFqfTX6~=s#J-f=oSZ1w;pu}^lMCeC}-6RFimEqHBkJ?=n{q|&!Mv>dHiBw%9 z)hZm7@liKq9#ld%PPeZ^ko?9^n+)b3-cG7Uf$IVB*4Hd2)9g^3sFi2<9E?_)P_?Yw zykbF85{{FSg;8(`o{H)3+%)R~PUMZ1`0rK_QN}75sfFgAV6-ZHbvtJPj=A!*zlz<@ zO_}RH>++s^cGC;du>C}-xzxR6s<$j1a+ulB=4*2*^=V7Em{gx88QYi=>Zqkt=2;U3 zK5&csw^~zGC*@r*YV{{xoJS~r8>QCe%_S7`5Cx~0F;33IUgm_$y51P2_fNbFP3Y^3 zT?6Wiw^i8#G@Yzw(@%N2y+GQBgJfU4=5o2%lg>af+q*+_ue9Lxy0+HpOKhy1SdzKB zGp+ST*2tWkDO*rWEC}vY0wIp7m!2?s-?s!^fT6WKXKFk&H=ZWxornmEtdN4yYPuMT9OrrW{TK#92eCak!13bJ^2jT@y&UU zJxiAnJul0rKruY*Hu|9+jE#jjYf?PIG8NUCDKmBYz7lY}7PRnC)sHzNr_bd4N!T5W z+`XmU_#9((tpW2b?OS+oB2SiVBu0hp#((t&DWCaNKW&qEDx*(n_B!Vb3vLBwxPn(J zY0Ux+A_^o(SNmCTCjHo^nDTj`5_Q@70sYl-<|8pyauXEVYXX^rZ_5ts?o^W14z@Nr zw2rba|7YE4*A^OgS>BD)7ud{?D^gN>_4K4!g4PclBt=QQnJpa3s`faQDBTctK+7p6 zlr=4}v7AJ`u9nFMKy{BWH1Q!gR`C;F-JI%9IN`Yi_|h9Q`p6Wn>%zVdd>jp`5mV~n| zMJ1QO?FXFmc{$W84dH7;@JV71Q=; z;${o3Il^Zj1pPO0zm=m@w0`Y9RMpxZ-SNsZ_`*Q{&>9z>5poV(Wk2BtrDGq8rjcRj z#$X&J{UaQ5-2H<&+?Q8GT%u7lOVV!TPU`v6`Xm-+#pboa4mhPz>F_HN=Jaza8ieoO zXsklv)q_lOw%kuxg2W>Nm&y@tY=u>3<4A&*9FjV1u0{fgfZ(UcJ-V!=bFfmebXtsR zU`aXnl33Sj)l0O%Wr$`XH&}h(SZZ0LY2K+qb0#Et>eOXHry$xGToGg5m!TJ6#iK9k z2O21%Y*(mkv!uL}M%s>o^dw{E9UhN-N1pAn?Ic>t5*j(&*hAb)hfy_z5&yy0vaHtq z1XpF~xy5>+<_PV<7V9uSNNdX3%eqizGHWwn^({BuHXeVP|GSr^kk4A zSHkiBkUakdP}##@QC@lxEO1tP<|}$t@`iaDj-(f6>Qv2aUZd+X$;(K6Z{RF#6ALi4 z&M$K}pXW{sA6?>F2Sw5$h9SlW#noi5R}6##gRkP1D6tO(x6OQ9w9j_dqTVGrey{eQ{(BD;`!F^L9=g%qn$=BsrG&xn~;NR^c3f5+Zq z!i}DHLDQiKf_EEcQ0z^by!}rrPK*^;11AwJOFdrt((+L=*_u{9Is+#ojaa|Q$8Q)` z$8O1;>r>9WJOd1Uho(MiY2%9U?f0p^Bv-+4hz*U#NpVw{Faw4{CCvq=1@4mjUq#+cG}rZ(rTx!>81@Id1|WQW6X?Q@`DQ1d1*e-8m48m=&GvS*n1w#3 zzJvo!wjA&=SZ4%8h0*_;lFw1eFu1$6 zAvqJoz!$YPQ+Y;2x3Qc*ZUjmg-r4&)s~OgD8Yw~S5Ap7U)~_JV(x?6Q$Y&krOeXE_;KE_qxcBiD{C8zDm1W!x@`!VJUix7%zsN zK!L`PRB}i}fX8OTjaENCGmv@aVhXv-M{dexz-X;fIZ~leSum#*vzkhY_c@YuPzd$n z>->qSIN7wkttL=Fj(u;CBY}Y9a3GPajm&0~mWi(AwJ>-dZgXoZp2U+Sl$bg2C`6q$ zB85w_NVGbx(GH(P;c4gahh;)<$PPblM1II$*iLWMB$1=pvb{q3T08f!&Kx@Qa9oW? z%+)h1#Rze9y`OiwfEjb5nNhV}$UlEQNy*_D+B4>Wt7CKRYQ9Vl5+AQ^j;l`AVU$e> zhfg(h=nn1gTE>wt(P);f4G1`2Pn1&`lUJZA>QVF}X7f%szI=jJMm#d8Y!@a5>p}B4 z%xvV&fvtKG^F@gPPwB0zb=v3`a{T@Mik21439|`vXpEeV=h4U!>LtH(@$_<+z{SNt7 zV!7l~p?fQA$#wiTIvud~1MeuD<>lo|qVcC~bqR4p9j1gO_Q_OUUaaaD99R`^JggI5 zs)~Su9*Ha{t!=JwBx+4WpUqR5Iu36Q&QfP)8I~s@afiPi9r`2e=9ps+2Tk(+BCqhH zr)&9?YN2~fazS@EXts{T5e*;sZc`6_SjN$5dD?i%LL`Pb*7@YbnqJXu zUubF@flCz`F(`M?iW4A?Th-|D(``@>+4P0iUOe)gYR2Yc(S$XZ>+kD6pm1$l!p=^z zKN+qckA}Y24o5y+k;C+^_KH@WkcrqABRe$3hXF*$BQv?EMwLDe{_h-lFxbX7+v>%u z566uAl2e5k#*w#*zzpp>cCD(%H^9p}T@Q(}@kXs-+;1$307h6R+;=WZ+i*NQmI0eBSEaZmCTIKaN@#igg5bm^VI`{ChP*` zBL<$V2(HR%*~@b=eHbq*IBjoM{?_u(*1w8QK~U`jj%4wQ5jIOUZ27$}l)sOalLkPq z%0FJSYl~b0y5Rilr4v$I3ZtId0U}`>dsCb5j`SPzjqOhV>B9D`G&UEDRNUDonv=ah zUW4%{AnFvXZso6+whWSz)sFj^id^E(8S`Upu=E~rAu(J)u=+qlnX{?S4%eTB%5anh zW#ip4Orsi;Ee9!|+|xq{sY*vL-FB9;yL*YGkj(;bn*sjE#I7Br^P&VSRq6x2&0a?H zk~cdtb<#yP8k$h}-tycW%wDo|_K+~v zK}NFY?Cdro+L$!b&8fb}9p3RV3c3im5FJeC(fz-3pYF1E`c$dg&1%A&F5g1&TAMRG z_o=%j2#vw(#3h+Bw5_}&(+@;AoRheTlED7MqeGteN@&*N=$XmZ1RByCkXl_c$`5z@ zafLrU+Biu4ihxX~6&TBxfj7M4%SFd(ggs``8%mUP#Wbbx$G~FT01O?}T4r2n(--oI zvmO9J(?VU#=2Cs1c5)S~^wFD0Mk6otnFv?3TqJ^<7c6O^*ZZ(arj+?a`AOx|#KMtM z>g_A_)2y{oLKRp6OcXv`u~8ZPhoHa)aL>(RdAw_PvZ!L5-fR+qe{iG%y!XKZDgk%bmN=^ z!wY57vaUe<-;J(S_A%nfgYbtE(<3W;?wh{5ZpKD;d!7Q7_<3oTowH7Jt;wmeU;9ZX zkqVkv8(6=(ciL;(Tj)(CzNWQ#$l40o5*SSSuEc`Y-St>8Vc}~oTKEK}$8KJA1vnVa zZz9ZR-jnB>3?0JN&4Orq9=GkW zRDwf&ORRUSLIoW-6eYc*H!mHuEgLLJv4V$24?^cn$TIS*?wVq#)qq$wK~l8)Oc6$P zxP`NEW`@-a&OTIf?)wh3?G%G~gviv^R8pbTtfyp`Y{5I!;nH#L^4KtwYmRbG2fL>1 zWhkGDeGIws3h0tIYfzhWOOzw1SZ=M{X@Kk^c(rPnuNnYL1CD@fn<+y%56u-*Pu zz?AlMy2_0g3W(1wYFu~-tRrAs`y^Y8Tx695s0y|%tGte5`ld*i7k5Nme1{QdxZg&m z@R1DK>FE~^V|7^e%SIYFqp(J!jH!4%RrHsrZ1Yw-Zg7(YIs!(|XlH4A^x!(VWtErF z$NC5~#9f33ev$B`k{Z zI!S`?D^+{_Yr+RwrO2uy?9%KpVLD3ins0uGFdjW2kI3X;gF-EsI_r8MBg_F{8zClF zX|LZgW?39xy|nQ%14?)T;57aEBl1=e%TV!5-hWfO1{gOy0HWM z1;U}xelYZlhKpK_@0)qk_LJ5rj-dSQOOGP6pT#GXivKNlRraYF{|?; z8}qJnqPU}BX@_TwVhyOGCOvwb&QfwB4F2bh$sY9K>vMmRj9}=&Rz&=@>!~tT?sP;1>`txa zn#o_4KDh#)5W*54L0X4!UIL|3One_Ri2*J99_L28&?u=K;W`-D1PUp6AzKCG!Pn}YSP17L^<4UDb#9eyFZmNV8 z0yEGRD@K~!lrKSIgW0YtzywzTqvjRAH0ydRztq4jRyR|ZBdpSJ)~b)JRtEileaD_* z!Ff3jksB|~rx=iYeOk(3Tu@6-0Mq?@ahtKiL&na4K+A6?bP#5ts!FoT7sOwc1= z!a=vA?OJZs`^#EmP-JGX{opLd<2cSp+kIp_a)%USDj~{2=_qH+iB34?FeUtDV8S|X zuS(Toh*$ow(b3FY*EMr|2gryh1ff^=YH&EwHXh@{Zy(+*1_Gn5oIAoE*{%I4U zU>MO;VIWJnxo=J%R@AmL+ERY=Xv_!t$vRRSG!QeUqCOgHaJgl^9C=yvc8TeUq`R?O zg7ceGTEu%kp*itPNDOQPd8D%^hY^>#1Q@}r&R>~NBAg!ZB>}{MpBZ!a<_W!oQmdh* z6W@cwT(d5wkWt`{7xh|$2)h>0Mj?lm9z2d#v{2Q0rE*hpkdY{CdlMH>9u zYUj_T#!oUWVX(uv;LhZit+>1V*U-($WGZJ2myCqX-#`R^%_h5->S4i2Z=bBMg^cD&0O+`xX(hm5+*M7ab$qWY zeQ6bXZyVa$KyAjLj(LZ@H*57QpD@{Jjt(oX0#uUaeLCuz(c-g+qlg!O0csYutK{+~RY!S4J*tD8?BidMao zXLtcpN|_Eh!q(Mfa8%0;IhD2i{a|HT@)J9&EWHTm#S=8KX+ueynBk0KJJ0NFEw88I zbHSL069bt5yH{~=^%Q^DM+ZD`TCzZjNzlES#t=i^mGrI$EzDrTF4}O2&K7is!}Yva zSHh;nUZX$x;{Y9{K0)o9es%4q6Ia54N=HLgPIYAVpv1O%Jp#qG01&8 zGQEK}@6K=kb}<}wQBm5TR`eSlKk(pMe1B7C(Z9)(rpXLl^A*;GLU>Ly66eVUY~zn{ zo4!Oa^9a}eaQbKPsT0ri>?6>D={6mCt zjN`Wq%i_=|7?lBHy&-gCo1jG+yOoPy)t3fAY@m>*yfk2h&5w5=L>8n4t0RnriMsQY z#2p@0F}F&3I!iT8DjT~WYsQ$37Mrmh@#xco>FtMiVQMnW9N^AgC*q3=Nz%ovPg200 ze=v$`dluJ3`l*tsdM9Es{$66^c7O3-(dX+~QZpB5fR&W0giiNPRO)$hi@D?l#nYzr z4vOa*^`K+xp{?Dt0fAN&kWA%A#<`c*PV8JIx=xRgYITl7jd^=;8?!xQW$4jzh(JNH z&+uV6pOnsXYn|aELDL=s+G3PRJTsqud%}eCV5nqFYrM*WR&uSGaZy)kpY<=8 zB&;-7`7ee#H0G=}^Srki+~CF{;Aj{N5xdde`GKw@W>Kh~^eAasQ;Oiiv%S(=&S}+{ zaOTo@g#0}y1g;wbzmfx=Ys6_gbhZFqGNzGq-Ek}ZF4>s1RP?fK{kq?(5n;n6BSr%j{V(wI&{*QSzb-i#QJmBXsol3j zXK=K6VW}xs4efm^ciNU&()($^$b336H^VM&r#Q5KQJ#nP(~c5~>+dD#^vQ zL6blyYV9=jISeeBx@m*47iXUV!Xy0|8W%&EBI!u3QrCrZnHs`{1r2T%!qx5zhVIxg znl-EA#yIBUHH}GF?EvdHDy$|YG2ucP35X-?kOmAK)gqdxdu~P5KG@P1DmFtgrC4@7 z6DL*`>A^|ET6o(0hDfRe2P!2NCSl!kc5pLKqa;G@oZl-lvHEe;g$+47EeZJ@Cd$iR z^CIEUpwa2FUCGdxyaYvQrcnj5>1!?mlL>EcR;=Lm-5e};JwpNkLs|tWs9T}ojjgEO z?7Nb;!@CbSf9K;3X0!Cs4&u%WgbhhV{5F-Een__y8jVNC@6KUNJLFmx`D1A8)b#20 z!mNs$@arSgEYJ?q`2J5s1ikG_N!Fa>C;p0K2U)5m4D@8x;2R{)2;GQasMa(QI0{Oa zz<{nXDz&7PQ9eidbR^VRpOn%Mx2k(^+|uWE3El(AB6)#sh@6)LAR3NvKo83bWQHHPk*@dU@;jk-do;IF|0@sX_C4Pm+?NLu< zuw{JAfnW9MP_sSBRN#=2KO!Ncn2BcWx~S@n|5r2ZX3+R_NXp)MS#_dqcanp|A3|1E z=qPlBkAYjpu`%(qLkfP7q}%1pC6j+X+Y!i6u|EeL*6vgLEM$<7ogDnWedGvwbA_p3@n$ ztfF^eNnu<4OR#IpKmb8NzQ2D6O))!Nz1+2wT+Qfg9n03ym;PRq1Ps6ujL%SR_lG|q zsoQv~iGETPfK7->ghhZxz^WiPrI0Zu6*)eim;n*eocT0ZvnHqwdZljBg&=HfEE+iI z2tbAiY@GOZYT<6nX{2GeOo{-rE)tb>@88xVfv%5^$XS@V1%~iH|0WTTS<&u2826b8 zcED&+;(HZl>NMw&gAf=GT*TVtIZ3fZ*C~9{&^+kr^5a6Md|_iijFkrXr4y8m8q>J4 zA(+~o#t{asxoMR}5qUwnaK$Bpc~)a-N*zG*B(Zu3U!Vr-b!wuHBhQf(au`noh z+T|1@#c>M4thn2V$S7*QDzF6Em$w()2|Rq}q}E<-HyA>|j`D3EG@|yQ4%LPAqzZ{2 zaeC{5~~!%#%KNV`TuFI36|Tn<_S zf(c*e;?D_H?0_epdz?9~3UES3Ov;&Xe*dOs3+k*tU8m)en{7AewsYC4ZbooX{%O@B~kuImOA?lEIppAfPM0=vP6l%JXX7fK~< zI$w*|fh*0xD(3LkB1vx*o_3{-vCJ~*k04p@mF#HMLyaASD{7b-&_*~FD=X-$E{&wY z*Cc3vD$^myIfu*kp9OHW{1P*rJ|^T_j1`OoeT@tFM>Re4AK%gItX;P*2|C7hDsbjyJ{ z`XC@nzyHA@lGc>gW$Q(N;+jr3gqnq8L}PVrgsS1rIQ)>s#97LAW(wYczA%(rmf9x2%gQV z6*E^uHCpu!r+pal>C_dNsgW479JeS*kEN-m4shuMLn!(q39?;@R(XUIk_e)J97vOs z0MlM7^>k21L98kKUef~Y0431nKZ8+Y4hGBDJ+)$Me*KPyujLM8Y}Gs+U@&=59!>ye zN(A6IMDHB2pR3z3OsMvZ&m<)yDjDe5BhOWiGD2=qA9=RY^!+k?`Jk!7D7w$LZ%}mu zBAl#U(`InajYi|H5n$cujbFe>;|A;A4@NUSiQu((w^R7s zpKorDK*HrxfWXSULNjO0U30D1T^SUa6C&fZ= zN91n_hHPzP?-kWG3eqtVg!pLwl5qv2_REO%2#kP5n{)vhZC|*vE|@`2F4GAz&L9`v zINWsX(}}(GOvf>plF&V6B7xhxuF=)BMg7COFe*(1Bp+OR)QLEv!dxUzby(Pn+Qpyv zY<7}@;Q!0!WSJ5lkyLr~9VDC)AxXq`#qXvMa*2wxp6S~+i@{y#Wi2L}v`X87!GCeF zYme?915TkEidqqd#YCZFPlSD{im|R>c<_bY&$$2m!;%_d;!M<4c#q1nGr@;Qa!<^m zWXOR9Ewx1ajb(@UCt7>FVr|^Ho_lAwIJp8V)*4JL$rg0Gb?B*eaU=^*7SY4>(2m>~ zpaIIfYsWk+1GHy}yH%NpPi`&8={34ZR!6M^vN|aWG?R@P^qwt(_CTke+@g#f3Y3aH zrv5CXrO?QYBKj`Sxmj+_%WUCPk|;UndhWYKcjTtB+4M~S8aQfG`8T$IzIUtB83=O%{1hoyqI$6qi58u?*=l?|u0L`*L98WDq8`crb!BuqQQg$+x8 z;p#%}LUc_p1kLK^^K1UrR!{SW7Z}ESwrdX)w)qi#_oj^3(>Kg=$iFp}@~cT_)Mn?O zV(hT%#HAv-5S|dt6WaM>k?&3zgjTX~&40M#9NXkbg7cR3-4k<%g$P-e$b-Q*W|*)E z8>3ti_HSEvLG&3L`A}Z?8osv^lW=+n;mw(_HXCH}yswameU(C-mre-Sx)9YN??c^v zGFBOx>aWUp?G(+~;Zq`1{P1A)s_ zN68c&HVJ5s!d<=2kY@$h988r$(tV#wW->So4NV%vIxro)#%}o=)c>y21p>ZP%%uXH z7tb>C36zRBrJoh!bfaV3S$S4+UXUr@2MVa`w-$M9MYo#a!x;kO7}2VP)H|I&Fsi~2 zoPo!+Hbs5&3diC@lqUJW%y!AH!Cy{Co%ojQEvV@b3zEjBK5jEVN#tEt$R!|N`;@6i!L>$lc7;JCFnheN?LC8s>|88!|u;bZ5_+urz8 zrYL+IjkM*SA7(MflL|QeP^n3g^=W6<)H1z@Aexh$F?Q2}iM}`)7P$=s!xE`6NDGs- z4N(m??0BW@zYyc_n>A1AUl#l#*LAKR7s2$^ilbDJ!DWIYpW|?I3X{LS1ss{u6hFm- zJP)tHR+2 z(_I=_cCN$%YOD>s^|Ex0sV)*S2ndcbKz2L}0>RE3sVzNrxt<)wmv0Ov-97lrIiTAl zV(*Ygoa;*E&WXUSQ0Yft#mF>*tlfJ^#O;x;WIR(B3KF}KoJ%Gqabz&_rks}6wjl{s z!OGkb*u~4Wm6(lbhhvQ!i^=@XR0FzKi&=i9cQCU6m-h)|DJo&FVR>s1rx}MiMO4}j$(b}E z?CxV7q5CuCqcL{jAz`{^R;vA5V%O4wVm}JY5#!%@FegE&Rd*wzun)iI%)<6eF|SV0 zYyAj}LD%}Ot2q*1Kj;arpvg=(5z09Y-%~h?r&ak28^go;Fe?K@b4RS4Cvg5@>l~YV zh9(M96@k1~-2!*^nHKhfh=O+Z%^`bTJmA+yD8&PT&!-r)Xfmj3 zi710xwkDm_jA7^yr+*d}1JaVG7Kff7CCkUm z92msZcI)A(-yq~r!fiKLR26_G~OS> zQIF*JBb7@EPeQ_5`-2D07v&#F$u0zeLg$b#W@aA7)h}dVv{1Ycq954_!Xjb1?9B&& zRr5pxgk6jnW(kNglb_ed`onOSia=E0qZtrLZv+{PF?=RderXqJ&+W3JR@;v8pJu_4 zh1C(JM9KdW4kbwlJGceLjjBbGG@d#iv}qpZZxIlg<;)hqrME!r{-w#S3%WJ6#ba!; zRWrG|M(HsVmy<;aBoLBJrM7pN_+KGFB^@~)a2(72+gUny48!Zfj^T-&ZX$yhSG!}l zaCsWKPtsl-r2r8C^_~1AF87NC3CIo4`m+X7q!D4U4ipLIQf8u(gf0O43WoLp4Mo*` zb9DG~y0FxQ9%ii#nKEYTzeH*g}ov0qc^>-G|N! z7!Ok}q?At)ZtDcg(=bXcAt@EyFV&z!`-1MD7|t;kGjZ*D$su$KI>Ntq^*CjPyV# zmHnD!Ql}+L2Y{2Wif^8_>9!= zG&|Mg8n(=n&6(4D6Dy3jQzl)^g_q_te^#0YP2;uJBs8H-diA`|4V5@@4e`E~_25B`3hIO)VR z><@)za*Y&afq@$|Xz+l=iAt{~gFCDN#Jp{{nKV1&n(xdsIEPiwAUD+>z(p$Dc|bSj!}?Zz_X zubhOvpT-4_liV3Ug@2s50q`6q$dLgO$FNq{ucAf90S%z?>)}}WxbLz>Y{W57_X-o0H{;5yhT6258p~Gw#>b~t zfmSEOT{S`@&b_KYvGa1W9vwXm$fsZ!db*YwsXVhFfrMHc)>YnBst`EvOx0!#73{Zi z^8?ngC2pY>Y1ZULkfMF+ErKW1P5M#V14?$ykWFQ^6wDEclH^r0OIOit?bW5xIS)C~{D5HHmj_ zZ^kiP%&w+v_Nh@-QOk82uaX@mgf+(rBtxT@di98udZD&8Nei5;4Q^uG{jw2~fO1d= zv~+IY7Ho6McGeE;=o_DGf0Ni%jb->{am1{ck7Gc3_^1PZK=1-%>!<<0HlnHCg#-?*IbixYohOj1eDQ_FId|GyW z=*{Ot6QUqaG^MBx$XxGv7Kl7~s3{zkq65*{(g+EGY=z4W_9T}l)^3WX`UJqarx7;- zcKoQJMtc3UJir%)eT6h^z-8_cyO$90e-280o2j^puY7IXCj_n{_)(M`?XD$*ntWGS z!O^lNiDcN%O#_h$zPKb(Zd`Cmoz1c&J^I(o7*k7?ObO<~fiz~gm>VYxn$yuaa>lmr*jy96+=FYZ|UMJ$(fx)|dRyR){ch=sWP(I23e1tYz06WhLP1&5_?i+;nUk97EWo;V@D^1S7TNF___u8% z8o=-J(Fh_l54QNX9@=O^UQ%%~y2Gf&*zKH3FhYjs`RQp{wlIkHB>t^zXfeDbLcjr^ zJLcO(Y-mc zUm?@xerAr{d$*7bNbjvfai+)X`vkx#-)jZb!<&HtTg+=CzEpifPQ>dDiuuVhocQXF>M&;(8n!&rno^+rno_~1FEwMT>I zxN1!II7;0I0w)B-i8}Rg*7{(}&JRsP$7zWvomaMq=l%knKVK+4UQc|q*9)5y=-r1B?$yV8^cFwmMr$KW_CB>}()AlT(`0T+@EaDI}9f(mH=VfL!P(z+Y1dSJoG` z$hAu|`&THHpkezJ*d2~*-Z?(OY(-yEK%l?#a$q+9JG+zjW6`IA^!(IXQO zSev}RJ+|Bux*D)(fm)W?s$$ip_X;YYi9?DX>x`2S+uq^bq#0xNB9RQIKoB^9ke7jS zjSp-Qi$udMCa{e<9&s|P&#>F-kqkQE>_C6EGKPJwph$C45`@2pr7&SIw<8~W(o<@Y z-{Cpu$&@PP53SkhsFVs+U|Epb&U#CDoM5tlue12Ko-l{;3LiGl(JmZ5A-fz{ai`A{ zY|H!;FySP2Hvfkh((kSVJHj?gNQ#8S94Bmw~o z0VQt84PpAqitsohavvl4Wtq(vbdl$=?J;nt&&n%83<4gr-%_xNQhFgZrOD*TG4PkN z1Z~SG<>C=B!{KJrAui@s6=X3j*TJV^jJ4{YXeeuJ6JPT>0zu9+;Xh~;qQ#^kj%#wk=YFE|}CP$jG$GH%1DLXL8m?qpVW-2`2mwSnC$Vqbl@ga+t(YhOMLeYxU zgw4$H_wQ;&98UvX%dv>@7Xb1Gr95p50}fu*Cj_a}#Tc#8*dn_^Z{QW-%?2Ge0w&tV zLDRI*rP_eFfMA2TA>T=A)-wgTbTqVxg-mKCi>1hniw|hT6UL$|e6`?NT0l^CeuM*@ zP=KRXmi}Gkt++Nz5b4Z87Ou)X+TJTDBFU9b1si&EUo1|cDerfQuhExY$D|Wa{;-mR za_3Zic|^{~;;!v2e!_?dSe{7)l(KDpjQJTV^+;s?t63jY$p`bn#*5Umlqd-GB<+cd zqFFuf{fC8et=ll0g3GE#EX8Dzapm=RewMPrlYV_jUCuRd>1`NEn5v`%hI|r7y*{$n zT924j%3Whf`PE!Ci}aSN6cm}*=E|aM9BHl?GzOHV@$dPhCa%C`@+x&zyEcI*KE|X_ zk3Or3UzZE+IOvYKde?v>MkPqAufA*3V!wDrp1XAj9>>g7Kr64UHtRX<3?W8&e>}s; zeF(#rU)xDlfm4Ly*|Mlsz`}*3{wF2v4M=w*y2K`?c=bdCp(w;BgCJs+qPB#57Mq{q z^o4WjR0{#$h9owdA0UPtR%+w_B_BouU4pdzw$lM*EG*W9OR={hL0#RJ@)@C^&Z^3E=VOyn=JWz%vO_He>#dQF$tTsWJAg z_ju(hV4o^M_4CqM73zSC@#9sw8@lIo#4bmi5<%(CKCSDSMN;r;-26TEfa;(-CT=IZ zU;4z_7*zl>=VaZ75K{H;G^W*z2@HxefF3I;7H)GnDV#Z0oGL)J>EHwSvjn<8Ye6+o z=P35tK{qLI>Hqc5B_7wtq>`BJaFARQ!FMi9y2jG z2;LpTCugJk^XcXD_BQep##2@ulDWiUW+cp!PqYUK!L_fnJ6aA4{ycNZZ%O7(SWWT5 z9-~$>c_oJ|95R0dQPt_@dW0mju_L(X3`+xS5XBsV`X(~p5khxtN!nNzuA-M}2b496 zYT#@DZcWsPxqpAeYoZ(@=ZB|{hn=$Us$-5*mrYRqwAYVf?uQH(7OqgdqeVn7U@x+i ztRkEqS^|Fm4O|)ofyP}GLA4AfWf1JZ6K4cTKeF!ztASKsr^B9K9BUIH88oz#B|U5V z$3@B(T!OG$G!spAZkpl}jsixz7gy{4BPlJ~B_KL2gjlU9l2w=3qDGfk8HKCFmiZ{O zb>}T&S}ZVB3xf_e1_Yb6QzB96bdb@eu96zB<-XS!D9(q8OBoeL?6F-_ZcAYL%6Jml zWgzhA%yM*|wT~aZv}V<=iX9XA3=hq!o8hDb5M7RkVak$PeYMdi$Of;Wp$y1=aLHNf z!$O%zf;+7+w0CI05+M?u?VkNwQ^3Gy3UC%Fy;`X9#l@xa$f+1iV^SN80VcxY*iJ8PzFOueV2Znl^I^(BXP%4Ldctu9&!muis zCa1-m@C8_0BWsM-K$1aTo;L{Ub-BQ%L*GagRjSDL_*ZDoiCk+WJEQZbmK*jxJmX-C z(IQA%^Jk^O7rp zLW5Y%4^||mXj!baNT8<&$AVF*08_bRoA8Uv1)cRi;Kfs<*3(?PV}1bW;rJ&p%qnqP zwqO!Ln;w-=A@PO0I-MStABj^GC5Ot?{n!*%?_3N_HNGGadK4IBb%cM6D8~y~^tbe* z6^fq$XJSPXLs3L4M+dUHsHE@?eROZ*_)Jx2@B;u9J1a|3EP?Y@pONVemhP~P%=6bb z%U>t8h3Uy1M$=ahBD;8Tdk?Q#I>YnyF-sk{xG_#W8>>)&R|?!NuWZ3BcDv|~gVquc!~5g{xoMO}UX?on6I?T4Ee{l3mc$5zWGbaDbORe4JkGoT z-E4y$0++FJSb8>7N@I5K*6Gn zGVI2Y$%YTi8ik`_iMT=jg}jg)w^xMJRiN5LGX59pzF{zgG#KhUP3Kw-i^p{+vjNt_ zY5z8R=006ElXo0((kV8j)^(}Cj?u;LJZ}*VkEcpr5#LZ}<4vJRp-s>WpulIM3#Cll zH(a9~DqUFr38K&@QAm#_7{+k}k7VpQ5(PND4}ViyKLXQbRHiO@ zw~f9Si2XE@zeU#3iF7v$JdfH zEp#_5^Z*J-BQf!ZMqGY}5(>Y;OS{ahpMt6+Y6J1gMse^F2@Dji7U1a@CLV}H_AIfs$GfQi~UkpvAp9KKBT z>;7*JBTV+$dDZS7M5LHPLlW|ZZAW+n&AD&BLe793 z;q#XXwCzeU2H0Clg17my*6ctw4N1UYm$0PQRsl|C?xr}8Z-7Q0ZXDOC5trZYx@WKu zY;#cP`O)+*9evO;C5>oD8E(ah>T%$~C*!z)3K{mpMO^n!oK8oW-(8f;c`{nsPJ>Qv zi^7&l9i`3Ctg|{hv|=DamAAK83;Q)Hy=##O=C9e)dNT0XXQf9)2Gt06mNEDZ-LFqy zTW+b>;cJF9rCngtD$jW7P|oyTHAN4V7bj1Hq;Aky!k)Kuc2X%f_6D~`8X z$kgOzxdL+dE*YvrFrh=Hk@^0yM^5`lN>P!Li(ls{LK{dQ#aR?okK5-NHB65TVQ~Xs zjM(WaBbp)oSr|glCaJ>%%?dxLtI+v}Lo)KgL)xiuTCv9XEP)uwNdiW8B7KW0**xn> ztgCX16{f^}^^?hJlb(~FzjS;8j1dslnZ%qx^*OGW;)7W5)2i&4JRtUi)>|5M8&hcd z!c?Oq5N~9?cA)aZr+iJg!Med1Hx9A1_y!mxmb+e*_lVf|jd4hV{eBy=viLI{#rz~W zaX=I~bMuL`EnQ|!6BHj#C~?K*|6DPBQSIiAciR7n_vpaKX}scqnS-tOQMxIqv^ z2zw!>!1vph6efqhiQTNPD5;P{eo)=`dZi0>#AyJaKHN+)S_^D;C)a%|$0h0%>d$2d z`MFLZJW$0-QrH@wan2O{eQm(I61TBi0Pv)il+@*!7viGueMG`EXlj&L4PShTkD(?z zd=$Fl%o{%OSEvo(;JoOwb-NZ#C^XcCC|YrQRnli3u#^dj{gKRR2Pg*>RRjFPFZKi7z!Y1UdT&v{#Dp^eC=OT0r zEXXkqa1!c2JP}hgJpf<&QieQPJNnf$N`a$a#1rsGZrgjeA>1 z0ufmhZWN24p2siEd5R?hb~WH1r?4>~7O+L^x|{FiDjVdmMm!&p5<>4@9Ut=Efez>c zmhU+X^uRZQ&{Aw%xY4w?c3^!0vh=qp(Hm%tkjPUBW$bpZD4E?wxbxLh$`4L*Cn~e< zy2Y-6G>#`?WiD}4ok{?jH^qAit*_;m2)dYON48qwlK5PwzHy7_KD80_v4DI1>L{Mz zcgGV;;oSk{PUUfF2Np>$HVm!RXLqNph`UxoLjp4_c33%-4^thQSk#?pGrVvyc!s|nbK zI-KCG)?&%+h{pecgR8Jd_9bBHDnfc$=9UCNwA^W&P}y%oYc9LL3Fl&SB=4XZ4tI9! zJf(57d77SSu!Vxo#3`$?9xyLWpL?I4@hHh+F`wvV!-~xQDXrs4Qa<_csU8KQL;WZ))l~WUeCsRw_Z=N)>XS@hpO|TD;jqWGV;+G zeNmJl9&SBurpa_VNk{yI9;LvNj%+__%{}?8XJa}^JF3W)@Zl28DOEY3D+143t?~^V z)~6;GBKvX-IEBSZULWOXEwJ7jPraloyK2ZcSk&}E0Lsa4fzYq7SwihCo>njZJL(>( zxK{E-bjB-<;~lnn<>h8E1X9f6ua@*}A`k4uLdT2k9du~*Z7PMO$$iPjbZWPh=+K7aA4O}wK%oP&K zzol8uZEBxSxPgeX<*w0IBwz7RWj2$N8Ce-9R#Of`MUbe+8%=rZo=GL<6he&*uL<_c-Ng)B7or0gRdE8@x#y1U^Y0N>7XeNy^NS9r$t}xfD)zbU5PF%wZm*SFsw~VPJxlr-Y(InK2Sm8T3MI6I)~N1=WWb&GuB9J$ORLx7^BH zmKYO);;Qny%dPHPFqH^*GWxW*l`};NDI1@Ky#tGw>VUv)RiW#zX39*#Niu1E9$z?W zF_W@}N-lg-2wlW9LthA*7Igpny%{N?mAM9<+P(eCn{!FwNJ3(o^ZgkU`7?65ex!_p zzB=3&l!qmAO_rYpcvZR1NN{)NQyS+Cml04kQ>I&JqH@^CZT8QY9(4k zv{1w4#Rp}LL9Xs07gRGo;#OLTP}x><;q=i)4o+-*0br?PmMhc)lt{S$8Y(xi2S`vA zN|t1FCz{W0LA|iV5}L98iQ0EvGRzFWPN1buZFW6@nV%wy7o|uqAx|g~gkX29gef}h z-il*ek5w&nsvvi|pIHB!CC1j(O&cxlc;QI)#9W)}?Em<3J)!D%t_7O3`;diDGKC?0 z!h$P1P$6W|lLC|Zn_~LjRYzPW?fLA#B{bueGs8+br_K*(nKnrA3xbbdIk(BpviO5H+{BNSoMZRX6p^k zA>|@ygGWy8o>Mv2r`4Vp*2$g^HDJ6_)>kNU!O_DyTdwpH&khXLi@VUsvVBds6G z$GY*=Zw3p;$vwRjR;qTN?gb1$yvKb^%nm`?e-p}HYC`Xvb`WKvP1+jC_OS8(Wkv*o zXn|wD1n9A~Ek0MrdjxB7M2k{HfJFAvXE|b9N#pSZ+|4jc3KH&7O6knLCJDdMmoo1XumH~ZT;p57u&xx~8lZXF^ z*Eu$jV1^Kj#H0SOH^(iS0YumhjdHjh0sE5tqdGiXCo^jv4(EedE%b8jF`z%^va*P^ z*v=@-gggPpF&NtS7y%|Kku?d_Aov0mC&3u%$z_ApjMpxvZE-mUTm@zmvHIX9Xz65r zs}o-qqTx<2C;F-3wkc6am|`AS{XAo2R71{545Z2!?wMoLNRQz8wn?J^*2-keUf zMHHK=)xdA@JxSq_M$^l{b)Acbk`Wp3k*J+LPxeK|@iku_5t#@u|KT#t?l88`43BH5 zt%iwgI*IxrYL3@iCy6{&^pu?XTWVP&1e4zpLnGwk8G?;!%PbR1DA>GAO=uXX?>`tGZMn+l_n)Oc)og>#0 zp7X4gE6}+INfoFxKt{HTBKST@i@;$v^;MUNg--TYWgK(hE+rBJ!DrU^m4LNdZb_Ak zsZG(g!Flep%;yiB`R^FyG)Pur%Ixc)`WuGFerAw6#cL{NcjyM0&3j~!Mkwl#qf>2G zN+gutL+rY!Z4mSf0udh5$;A!&G@zNtoH)94HX8_L73NZ>gom3{|7;;=VYwtDNO(#m zQ?J5^VXGkhxW|EzLXacNQ?}y^->M_ICnI09o@hI(@DCawwpy6I?`L$st}uiodT5sD zOzGhRYU{1^()8*SOKaCwGDpFRt|jn)lwlX4cTN1=TU0Dt&4=HvK)|vY&2pBc7^fM6 zn8ztn5}~AhIaB9@BI}vaWz4jc1RDEeL>Qw$UQn$t`uBRsLYEDWIY~wtjY%{}=&M`9 zO?32!Vky&%iIM^qnBe_yfr=1C9$i7y)(a3KkUYthh#L1ZKU~jgajzIf2{~Y@;>B>z z+JgT+G#%7=O#)23EcQ&`wD2)}K*})s3%EtaB%vAzvnk!SF<#liFull%s9{`+i ziNd!O$rh8v5TkrEuxer%fWb0Qb9cx2jEB}!EwNHaXlGssY*B~T^|>g73k)IFFeMLN?FN;-2xqyA z*PzNfAgsVkLanOYB<|uy2=s=w-z1LRJ*wJP55r#79diRi+S~8zpAGItG-AWlbQnad zFt`;XMxbPKdAwUx4WE;zYDWRz1X`yysc{t#ymn!BYFR4Q}gi5a?RA*qB7mX^ag6%Mw`r|O`g zle%^icF>|2p`Ty@u^v55^_1!vCB8k}JR>!sZ$YmNzGw3kC91)kYV#=U(FH5Ov9igu zqjr$Wfs(*V&=yJvD?Pmc6EO?MN(ib0ZhBOh6xo-gJ~fuzPaf>8@HabzM9pR2YQ!B( zqrmW`;N`l~lKm@d>La1tJHPcXY?W96tj6(Pz0ipoX3tv*k*QD#?i;cW0w_B}+1XDJ zrs{Z+LgTak2?&le@%K^bZ(Md&-S&jenLdW{oTa3 zv0#Of`#7aQ=dyoLw8sn_c~|fjFQ>5&h?YwrM_dv>%|F%@B+bcT&p&w%vU3glRDB7n zHl~~QvJ4HQbSEmSY6H&LMTeI(=M2e6x;2{V8TiyOQ$s}s%5u=ljaNd|Ayf&;%u=$j zm_s=2qh{h;3JAq#!w)9!LPe?cYb{R`v&yF6Vif`{VB^PI)jRr{Zbfp5WJ12jwCu@^ zieDmu+*c2M=2`WUdZ_o129`^qS6v&&EDNtd>KrAf5)hp@ZgYbg?G*{wQxzpZZD!jP7>WRi%B*wxHzJo5zG3ruW9insld7~Hc+>8>Gj|JQ>&|Q{!=Cs z^GLbm`Xb=S?H8?vYly(nBt{sTc<`O)L%{cZ9GSCL*}y8HwDj~Vm-WA}5FwW@$ZblE zWo)??5QyQ)nAC>4Yf8)ISZU<*mP$w6&V60s`uT>$&f_V1=%d#x=%6fV z7(nm8xKJ3qWl>pmuz8HxAQU=5^=82I1}ebP@Z8?0NUff~L6LCTyCshmHS05Wae41~ zUrHLG4*-qm7N#pir90%SpGOOayDs7^6u@PN%E@V)DsqvHxSn{AZ=W`Irb$-V`8{&a z3c997SE=IMwmumN(4*(gU6#bWw5IGzuPE{(@r1#eyReiHV#C2V4BJMC1QuI#O?gEA7FEtQ z8T3G~Ebr?c#c2zQOl2OgPCL_&gqiZpwIm}`g!ZF#_mb>2BiZh%-!+mh%-cw}XZ zxcR2dbF>3RFJkR(VXhRX%2-aBr*z}{?3pn~W%!y+6s4Og4voKVG9z{#VKW?Kl%_kCOhP&C0QqbEd$i1FF$QY^P+5L zpOW;a1LD-Cb2+`ROsa2+^>ayrr;JD;5Ve0HEDLHJ94ht;SiY9Na{JU?lN6Cc(Lz{# zL!@q&vAJ!lQBC<_?A3D0G~n=7UWh}$wt6f`hnmoZ-J{t3R=n&HCZi16PBZw}@s^gO zds!MG4|K8zKWi58(3e*A1d&YOiUCHIo28N$jbN%L3bFy(Y5NH&6a zfq?K%nEKfMCQQbyTB;#HR+W%bs2Qc4muNO2A;AR~=cr5#)KZ-Ck$^qzPWxBpq2o}u zByn!|Op$_#H&5Fn;WL`Kg4p9Za`Ng|HISwP9CQOJSKv#~Lm)285ce!mtNK^c+nn_9 zZ(43dM^+~vDSAd8dZCZNlm)fkw0|mjl{2|clX#N}2un6Wb(u7A1czOuVkw!1?g1uj zM4AMIx+~-fw3zkYs!U+KcbLsc+0uMdhDc9Tcvw!EPW5X-Upm7@y%MLfDWgI$NQS>6 z6>sL;J=*=_PQI4tv0OVztefX!VeF8=7jd~Cqr_d}h;d3cbcwi!M$DnG@-HcgeAZ9u z6bGZ%eSn}>O)=+aqnXRg;OB~H)=C*8p6lBab*^#FyfnKB32-9D)thT|Dq7AoIvubc zt&=$s}Juc2;*qg zCP9q)_rFsin=%LfVnmbhg*f15C$L!JpI(*vdFoA9|D0Bi7`YP<_!oe}O=XX}gO{3W zb8}Cz=xOR`V`9ZP{Y2OZUX_=P=eG4;uDIT~&I<0WQsSn`pb}3b=kEnZWN~yhJF;7g z1E#7)mjYNCBexp2H71b$v5k(^4eP5U%=t<#NB~IszaIOmY z)b3H5pz^Jmf0Hp%g22J!eU~p_1IM#^EO6wgVc1I#o0tpE!>8Z>^Z~?LJ@?f{$EcRU%Ehk$$wlky7sLCpP{5Sn>tGtyc4hKI=fEl+ zPQK`tD&JhY&N=s;oJdj=VzkZUpgD{?0f(j*$und};cRXiBX#FFa^f7@SF1`Cht|Bh zo@4lda{_RzEX>R-A)i=ofM7X1aAg%97|F4#f!Mhszte2jw%JN2c z40^7NGb#zZmkAf=zYz}q;SiO7RV%tQwzLC*3b#U2!JTyWK}p5bixpc^-)8E-IaEKh z+a6mszw?s8>C9rKw_l^^D78;tB*glSx3`jxlL|P&r^sp2}~~WJ{zymItk@<3`|% z$G!jvr$O~Jmbs(>3Q@fbShbN^++OkN45McBUBZwx^lhkGie|k+M?A3a z!EmLlOJ>W-t2*G|UarE3MQo6ifzG)G;%c?>{o|zv6GRPHZK2i8LpNfEib^oz*Z=RK z|BEJi#GR3?FeH4z>Crf0e5%z~7#S2zE%I`d7Jzt=@U_)`M;!zVHs@b8oVCB&W+pt= z-V>+X{p()a9jy0I+mqT^RKbb3>17QMsNn0P;gVH>IRfkvK!$gJyeH_?bNpC%3Dil9 z22b{!1dNqyiYk+>H01$szDaw8sI%f4rkHnO_jVyMC)eM9&x$d5=7GMO*u zSo-7=Q#yMApC@l_?(xEb(Bxv81Q`WhMyXCK!5STElTmvo++fXJNu0Kq)es-2sLuEX zmDG$4&Q?&T)F7>A6(-fqYpi+;}6Z8lLOVR*k7Y3gEELWp~ zV@?>pmPxIGil7A~8I-b$W3~a#XLpkX48dDlUe}G1u&YQ*_fiiN7FJfLqfNmet!%EY z$D7-yEi%7<;0TF5xy;e^;aE@BbqC5jk>_~88p8Fh{)NQHBWb_YNqiQM zD6v2#f$!Lkuj@+KT^YQGw``lCbS(7>KXK`5*M?nA53_6r`ao2kI6#Mi>M7d-+k}s& zfsPr$*&7<BSlg9?#k!=@WB66l;?G)Y&-Iq$e1i-ky2H`C!ISQf0Wto!>%;>X1zq5wZ2~(hO$Bq zK=;o%%a=bgR9VHLG~tgwslT3NcyQAmAX!);7k3k4#v-=lE8* zLg<~^kWAo8dPGtM<-!g33Lxl0R$}&z6dBSTB`F{?Q*R>Dz(3n*XTfr(@UuJ<$49@F zCQu$djsrV!-2fMs{IQs3BbfaDGMA|R@>`OJ&JKB_vu9AQ8>vdNg6xP2sBYXb2DqY< z^To-7<{;r55$cv4O;^i+9G^%Cx~%=hIle}V=ooP!+sSeZA3kSMOFH;Dqp{h>VqTYa zEAeCKc_YX-t!O4~Q9Pt5E$4ZZR)}atI^1iP=uPyotsNLJ#2y%XhzSiSyyQmwi$KH# z(-5rJ+9l$|Gj`n#nV9%-6E@*aZ~M`}tSwZ}E&IT@rpolg9;oD|FtpU1VUBYS}Z^qDD^W6=T2%Kht?1#=}#qwdy@{DZ`}=e=NR!#;2gwof!!TUWyYGxCrC z(dZ5IDhNyyrluAT?9J;5P(!LBVzykM)v|L0lMH~VB0;T);18ARdV{vjkdOzAsGuhOl1i}ALs ze#nqUCRGQiyHS4FZf2P+ACw<7U<`SEC}5WhN?`Hyk*ziB`nL~ru7j?{n8Fbb7YpwT-)_GO?^iGeWnIIz3`pG;=Vc%Rq_Q`t?v=zsffkH;=3H zphgwd2;q3BIoWX4GtiVegQjbOki>}V0&xyD3zeE0$uJki3Xikav_5pKxv)l00`g1@ zRx=pZb|%GMH!<8u;wn^wE7MX(okZ3*!XQSk-G!`uumH6 zk*-Iv39YF!Hlx{C`x+Q1L8Ssfm@||@L3m5l3(`Op3T4WiwY`-w2Hz(M-iz5&61Sl* zPdpr?*A!E34#Gw1J0ZzawkiW39*P z6amcn;o_cGCvE<-L+Xc~htvp|^95Wlh;=e)p-L=GQ^aubx`+nkR%xzYj06A@y_lsy z_YGj|5HY=9&nPm|9c-hB80X#e3OxXPI&mo^EGcTPKO2#i0z5(q##8H469{KZXi%b9 zH734PkHM75NZ+$ZN`tn3a6FirSed*gUYG7J!U}0gRS+^GK`#ADh0a40Qeiehq*G}o z;BMN;jP5oT6NVspU<40WCfYJ71`U*}sZ1H5j_q0Jw}+0sLNYhh%nQaX_Z@m7CF1AC zY@@PTO3VUmyt71vw~MmXfg|smeTT zG8ZuvvFmV!a<>R`znF?Z^%N>bGC#30xh3$j@2lZ^0Pk0#sHmOgM(Rl^j#(HlRNwtv zzVhDd%A3s|3>W+G4520hSgls=nm(DNl81kij&GaK`E!!YKR*E&>;}XYR4auO3SqDS zILkUsBwF@knPPGJvDN^mjv(aNrB&Ru*tg4cULdcA!|N?RA=>Gp6{#(0in*zbIrK+c zpgJj1HDSJgt@ZL0^Pz?CH|A~hBgz=wS>Blu;6y9CiBMjniAx?XboS^&!z@0|D@VRd zEeOwL-A6oj0^0J+gp`6o*%5zcP*1f?5D2<(dT!x~w5~!jLgkx`bFO5@>W_Th&4ZXT zlDCclV0^3fRHim`rxN+f_(dV@PT2gAancb(i|GMM0+dAoJdmg$=Vw8Ik}2Aq0s`FY zjiO6;I3Bwf3?C#^43Kn#&0APAw`GBEqyx~lv@+xM@qlqmkn7c5-6|HA6G%Pp^h|53 z<(I2kqf_&2r>lb;nBUwP{*i?9WQ!%M0bPEmAlBI_4K1?1I|-?eBvn_Z-7$14}abF?0jf7_J<{qbIKtw}H^9 zk-zEZ(F}R~B@Kh~(A=rg8>qPJI+aHKPJd@Ovt1e>={da2{QgdBq-XNMJ39d!)K65@ z5_m9pPdnkI9uo13@A;|RwKf_mLzG?xK8I}!68hq}n&pv1xI@|3H2ms-kLgHo&UBsUr92&&g{2^-9ceZYCx0}cg?l~5e=bm!3|Un#9eZs1RDEWAt!Iy*L5-&P4z$Yu+lD?lOVthLBUX?q!e8glhQN6_BfW6T_4a4L!9Zf&o@ebN`78j=?ENs(~gePrxDnNTy+(TlFp z!dr^j(N?F0W*HEZungQf0tuOM=iz<-HZe%0jwkyvIJnAh)=DG{+s88h5j@NTdrCs{ zP%_R$5Tl7kAPfzK#)lUEE7Oqp%`zs~DLkbli--Y|EU!7iCS<-MvS>gN&fkl&Om@7R z49m_HOx(B2=2AA3WxcdPM;7K%vNi#zX^w!jQpIKrh_w2kH5H)o@vvtx>8GSdqlk;q zRwy$CJFWe8W+Z3I1V@E*38hP!>8J;DLp%$27>TMrbtLbEJzkvN?|qG(x?cLKU?0pqx9>+62d(5sq!xVOM2p; z4G7Hm#1FI0b?l>(K}F7nUB#BNh%ZiBoMEP5;;3Wh1?u{AZLv0spBM=B*?sp1u`}dY znc1Wp$-W5=3uQVq8$E;h9#!#7-&NlzK_=oMkhb7w(QJL zrQjD~L3LCR&81tf@-g#=URJAAKTpS%T&a?M@ZLW_4aDp=Y&pW;uhst~{N(|mIYQMo zz5y-w*-u-r#@CWi5EZWi3+yJ#&Xp-X{bRw|ok1K2h`TgWOMHC`d}tU*$8~>0z^$7) z1VXw@n}V*u3FTO!(=^X9Y3&^1rZbRzd%?r4GxB(jE+dcqn+gwSWAfX{lOi_BZ-Hmo*m?K}mK|EoedT5j0x}Mz0JTwp~ux9b%e|$M9FD31`_UZl3vSS&+x$%j!^x zY>h(6;gJbm^MQLKJtVI^bh$Kc+TQNn-n24Ibu$N(;-lg8hfxj(w;)65)perQ3UK3x zdM{$dCOvm756s2xU&rCTTq}vglq+Hq6!AIwyOHBTc~m+4uSuJ4Npd6;^!B0T zN*nUT<0z&}NZsbG{y3Nse|Ns}$shL2yZ(-|<>7bb!U_i?aLak7X5R)sK2yeJBfI$%b!y&88e^mK7*i>UqN z3o!F4j*Y%2bIq&+ZwD?>lNDAlQZ=>^d?h<|Sh-b$(dClP)fB;@+W)#npu>jO)?!*XYsU(7=2A`>b#t>PWp7I8eFlxk1NUL(B{k9JKuV;~byI z)?m%;dTy`8o`z0{F>PHhCxjRjuy#@LO!l~-eb~+-LxT#8bw8{_NEhmOo-Z{*( z;BL>-*uQbs>%`{RVwPaBkvi%6;bebMFBc`fGUENA_*p`eDyH~oT!d<3+Jcb1Pw^ai zr8FH+kV5+mm#DPVx4VlDs$>6hlecrImHz@V4_;}QQnyi2Y9r)PPSx8$3@ULOOH{Vc z;ht)fKhmx{#ua)c2X=^#Bd*glSA)nX+}Rz#k2@s3IUyEQ|D5a&A+nxyfT-c`HFb_M z0*15pUNk0fBL!@Ub)GtwmkpC!ix9$ni4(uzm!XUt%#AE&^W=0H9@AYo1xZer=;~n- zFw#6^ks#OPtm9M%x^OcXaDM)M({T=Ql7X&)(6^dk!J_69azZxW2}=YFlQN>|Yq~y$ zfOY-zCkVzymM;cViPQ|tjf6E-LZ~8SdnE}Q#}GW|D`aJY-zJTmImm~H+Ma+E-Mn%| zm1LQWPwWc;m2c4;CCkFF;A$oZatA;#)W~jB#R!|CJ1#OIegIP{lU;MeG6p3N>cA;A z(Dt;)|;N0waI3+d$ZCur+hnRz-86V5KfNaOZ;9!Ou`qWP zLL$7=mKpguDZI+C`%%S6vWY==1-igXhDe~Ws4^_Uo&nSfRck&8U6xK9KtJ1oDl#H7 zI5TGPN&5g7eK9dc%A6SI+6?$&aLo< z5Zy=KQgf=O#>Bo9a_~?Y%dcKRL8QPh}42PUn!ls#IfXp zZdZv}q@s_lbRc#b#;^`y<&57o;^>YSe+`!8<+G%0hf@B7gR}7udk9R;B0G=K6-Hea zg)xuft&vA^6$>K2QAwpZM#uV-Eo%q{U6{@FTuHYd?ZCGagdZJeY!;hLizp&HpU15o zb_2+#*>>oVTz~m%`s?E}hJjXr6bqV}-JS&>871l4Q4W+hwXZFnxOQGd(5`YKI=YiH zuLgs#B=FKgp7r7B!7}7tRGBDj)Ary{!3tUPv0k#SM)-qHuxNp*39x-huc@IWTd4;UlS?%f3=v0iDaIPWxZX;Y@{Kio6BHz8 z(@{0p(DQn%i30WfdR?o#PLk{(*Iz&qv{l@3JF)&34t*V{Y(ZTNq6ww^iUh|jLn=ZlNFfEYg5;^yZdX1sx_PN%()l=dw71zbpr8m8Bmh2X2ueXj zC3%F^i1#^dGHHC;$+=q3zZms!SNhR~HAcnV%$HOB^6Ay6bUvs+5H-@_{M2z{2mkQ0oMAlzviVtNGHl!9>EIb1o$?| zS%%ns`sBtV>z}ZtKxh0(>(SvfX-X)Onl%y-`Ern~VC|e8$iX*c916y&UPJQFy+8An zzepbMQ19&8z%HRPltly6K#qv_H^=VQcW!?PQaQrdBRE2K|YD<%O8i2OgQHjo9{ zC@6DIOG;U9aZ2y>m%EIR!x!2yZ-reYR;c*Gkh5ot1{8VfDzR}I%Ur0uuBLICQR@Be zhgb6vQLA9$`+hZ+hp5Epk9s5sG>6EwKC&M5;u-icSD%3kfw#a}E-o%Kmey zeVJ)atJtr*I~sPr;k@94S6kC_D>c$zk;K7V)z<-uIbM5>cUrr!g}wYnETCgYw9isQ z2(qJ#ZcE&FoUK@NT#cxN9#+6?_LC{*bum`pb0W#RBH?KDL%2CqY zet$J0BkE^$WflNG5Yu}BP~)*T?sAQG?6_bf;IWg_;gX{^1gYEnI?D}l3!Tr$-mxOo zGkfpwYuC`Ra?TAv%?Wk|Bin1Nax*kZ>6QyM#ZMAq9JB1xkluw5yFD5~CX3Nl>F1RC zA_Vc{3iJHBf#y0Ae#{Z>Sqt6`lHxkum>SQqBf%jGO;Df-HDK}cHfxyH&DOX* z%K)24p-r?@JGZ4qQlE9?K`+d8pM+)k_ugXHWkcpxaIc4n!KPq2?8g>K1(YnT@r}gY z3lpvMi&^za98F(xaQ8VpFobMlqtC}7zbwW<3ZB*H=N>m}Ni(rw`L^UY9yWYyylE0* zotH8`6gP(@`VuC(O!xU8Zh2nJLn)o6yuDH$X@v$0QfO-~1hRE3UHwX=;}q?YP9BmGB~pj&cRaAFN}O91P94oq_zZ0UD7fN$1YqcNIHOFUJbt!-vsMz?zZN??KE?!R)5>A`6lU(p=9t`tD4x$A|q8oOd&hkJgKG zcEh|2BwPH+QHp<4r2P#^#!a_nEZ_`}HH$P`c%*FU*VBH5$!PUx1chi*yuHJG4hW3f zA^{=s`Ru_`{$cSlI+IzPd0otyBoPid=v5^sS10A`TM?KooM|t1rnFcFi;*~LE9KED z@0Fqi$@`ILq(HhBO@jZG&FkLNGX=pLAwUe`L?l{I<@|gzF52EG^-i-WqpCF6r+)WX z*{jH0#_W`6-cUI5f(T%ohO?=Rn=%7(v^!j@%v_Oy5;OSnd~{mI)K4C^ll(-)7>ToE z6Gl|A*bUU#6}BhIeB)$>W?NA+=s3T7r&=JWheY)){lVNkuHA5gC3A51eTj;eb9NF% zDMr~S=PTg)X$gw0+vVd$R|b`pk3$wq4(0DRD^po&J(CaOhye|P>{_fZ}CwshRUO)mFn384<{4WCm0g+|h5BxTl&ln8fsB?*q1*Przk z1X;&4O^6p5nOhC9ZLgZY~s59Ku&ZO8mEnSajE z&wssCBivio>d`kN$-2i30cLn zQe$wrM>GEKSdA$Giol4Kg=G%8kuY#Gpq#BMFVyMawJph3RRdFLorGF;w`Ek8NiG>B)mc8oKg7#b)%Va$G*6VY7xQ*h66IVbeQJa z>QXfUyZf8IkPYXSo;CAM#%&E01kh)7%`Hj>j{f6LGJp+BVbS-wH^k-UKE$;UU}&sb$31-gR;lS z*w(dXSIAX+pW_J6^Af=QTvdOlv&P+M`aj}C;Jt^R2WbLYKY>9Hi_*C?awc{-1>Yi11aWB$ay)7(7D zdj@2uXVBR)a$rcvvcGvzfPxmUt9!L>O{$aYv!&d&A=8W^roo~wxAn52*Y_({PT&41 ztg?%i;W%!TO}@X|3kK-WGBmM8#87TTLtTuf3upvLq2oV%Su_F{7 zkl_J;B!dSxrTrDThm4356pU`0ErICDh{XbE<5V+)e zAUvE|fwB&q9u3W-4q#a3>4S8S2(?{SX18-RTz3}iH67zaXCN-HW79M063WS`T#b=B}ApV88ebjI= z&Wz9QAa9Eq%ZH1JAi$enR!H?OMyOS-C}nd+3eGK3j!*AqM0lZUOOcdb=U0g-gA0mr zw|}ZeH3)R%IuJD?hx8`$eGBlSFOmhQw`X$jiola4U|{*?crh&#kj(?eAa_>R3^k^y z-tr|1-xx2veas>CmSe+rc<2~#^u{G4OaiSV$uY0VH6x*nNOV8|W1G$H!hRwMqwQ(f z>j08C2>6HsS7yCnN2RXszPptQ&#}7wW*hF%9bmA&7oD-)nKDDZI z-xF;yv415OJf9(PY{PU@2_Gw`fUMY^x_GvE$4I}d%<%Gf2aP<+$8bQ4laq!-<@$U5 zG9I7?pu!8k#86G{PJs5o5~pNh_lmM%8*=;?;(Aau*bd8b84r|F+pYoF7q zeuESy&uNZpIG8-MB1l%!yd{@k5q8p99i?M=RO1W_%+7V{aJsq@lZ?MZ=A8a$| z(gs1!*P*IUH|@eEd%4^Ycb*PD?}q2OdNfj=`A&YDrHZr1ApSC7DEOR*i=v{_$a|a1 zC>vN~!?|2;@HO?qoQ{=EQDDwng~!y;O%NH%CH`Na8o>);&q>mAHo5)c;7MfY+;SOF zcuhxv#HNx*$Wz@Y6EsrpAH`@s83rjqw%AP=)`-NoPo~=s5Pf?zD5mGY9?l^2zcesLCU8h3)D!=lbe3W`8jqa_v04C5EucqB&z zEJcTr#%G+%Ut2v$(e{!Z=rIol7AzOp6htb~h3cGg8{3SsZk1EZWaN1$oflN3KV`io z0wX%lgi2$)Bp;!LSfpr5hqKmjwd#`Rgf_-_+33TVdyS8-^*)fN~;V;{xx zWyBL0Js2t>f8XdiUL9PoQJYB2oQxvueR!2_?6oS^FusRoi zEKDHj1X4)n9U{yzk~ICO_0`*WdfvoO&sK|v8In+9(&gBKk?A2 zSrt1X=@;ereP}0`ywUgzSX{}|Mh0nwbg;>1#n7Tb027_jJG|wV##y~Q!f=FMkZ`@W zX^aa-mp)bL}W*JAsKHuwd^V1Wl_OSqRyiNdWkGXSt4vS5@vE+iiG^EfSt3B^F6qKW>pEXcN?CX-4++*DYZ=Duc} zrlcXk7dN8huE&ttHco1ImZj5U(0RDbylwFwGATaVOw|PJrVOH7Vb3|xzky#_Nd)>m z_iO(}iwAPt!cB$e>!_-E)Zu=`dj6@zAs1TB2p&hFXHh=D>4CPFo0d-wT5KI&gkZTV~G&xG{E7xaLR{g4CXg||kxU)0TMnYm%;R_DVLvKpD1#jCzOhfTQujdf1tmIYn@_wS%?TbN2`Gyuv63Z?goE za2+lQ2~rznJ#w+`B{yNX!sX@U@siL}2HW;zT2D(Va*5!;rCi@w7zY zsuom^=$7>NLvu7B5&?*;Ly5tYtXM-npSZSx^k%YqvH%Cn^C%E8gbVviTj1{wy=2~Y zCrHkN@O#2q(FYL0NSA^nhsTP!<%?(*jO+p{!okU?2fkZq0x=By`g=YOW-LUE!C$+TgI^p$$&)(Wzu_yuKJlqdWh=MU z!53vJgQ+>t!wFjHg_#OaLf;W>E#_LYPGA5CCWlMP?O!rsqf-pWhBD^-<o0{%7{vLq=gZ|ZB|=?vwBy(kq72_VZD3SEK?F7Um5DacBW{^dqyh-@r@LNPfMYC zroNw~No9OS)W;vfLI0*a45kMU*N`%FJO@F)>j>kNFk!y@D@$}RP(e#lxM~UrT#!jN z!kmK;Y9{Y?Y8blZjfsNp)b|_6Vx9Ylt=!^xRkHHjbK|ns>-`$jM$<5vED$ykE&GXE z*@m1Aa8t4l*)6F}Vpbv^IhocrArl$~z)f&Ne_@Du#RC;~Ey@Z*k3Ya66KXBZCYtQs ziiQ<=gJ(a>Ap{)%F}?eUbN!f^s4=zIO!!4j_!tIcqCLjL6rA@Zpnk75qZd*P43((o z?)I=3NIH(VX{%&aHaRb39%=wtM+}^i4~WR!99(W54Ggidhv29CL4h-PMxJ{#IWVaz zMtr;^M&tn#j2sJ=Cv1&pVjpWOc6|b-oJ~i)=0D09f2dhe|PTH;&%#Ck~_BtRB+@m$h$-Nm^gFtAT57hsrvk!z5lLq*an(=S8CgGIyLGi?82xBMcKYC?si zRQ3+$9HQ87uq6)6gT*6-s_kcvqeqeS-r$rRA!h}+1qO(2VPNrlWY_=?v6U5@#dm>& z5x6sjZ;-e3ek$@VK=kH948$7a*;+w>9z-T<^yr|fu{=#yhz3?n?%~H5OozR$V&}Y8 zar1cexrNmGiP_0O-MN9*D3^78aNY?)(8~TJy6$c-;jQSU`ESPdnNI}^#5LyI+&TN* z>>*=;??B@IS0^tQw(EL^}i&d4bOp@}7w8pAF zBUOCMUhN_&YsWWz8x0!uaXF#Xy-!kpfqqG0=S*C-$0MX4C>=(V)5+m?<`LYXIs3i| zur1C->Q~QXQY8SRK=WZD9yVDbltUC_1Y-n9aw z;VMmLFKZLnj^@e}{E>Nzil!eg@jsS2$0!9O3gcbM<2`N~XqMPZHGlqqgv4eHF*Nb{ z>+gm`FtRlr(3B9aPob^CNTs!9Q5N--#^xRAJYwiD?>f=85B80w1xIS$szsm5r68&~Gq+@rxV2&X<(#pP%f!^P+z7Gt)L8 z)_a5|l5(Ex05woq;S|(>xG7jpD0xw-6l=53U48UCS%J`@MTP~4m+kgn*7Q`yPHk@E zm^WJ>hUvr*0-+H>82kxGbE^#Zg(b{OC2Hv$9%P6Ft2Sx$1-$P5y{T1erJDM-icn~3 zY9|7C>c7KsA<7-Kt~Hjg#gz84z&_+3u@ej}+*oz%EpiygXf$Togp*SBh5{9A9v272 z;E7gA#I6m?Xcj*;a0okFHneda<*#U!Fj!}`o^mU#6}(}4r3&3T6`cGmAvF(^7#y+2 z4;iUJGQ?)e2*=#9ffxw$k6LvRH5A(uhQLA$v)4&*MQ^xEpaXRTbf$Mn|FU;vf09N* z9eO=YnNqmfmDsz?!QP1B@v5FOkv4^1!w6(sH6GsrF6>2#HG)MkTnUhI-eEoYq(uH4 zRp^M1>}%&C7dyM0^=z{Z$e4zT)E0CS-IY1pWj8jTP9X!ni-qQT(m}&3cppXPjkD_E zEg~C1H7T+iC#t}Om})Cij;@%BQKb8uronogcT|`o<`pUw9B47-+GZfv!?_ldpG0xm zUQHG?s$@iagFTm`gJXkP#zF6w+LmjM%fEpMRjIGDh4fU3E$y`qjG7|Y5@3KdbR+9h zroCSVL}smE>AuHd;Frw%7#T0BW%MJe=rDbG#^{K^ai|3@on}frET>JGEPnTpgo^zryxWpk*{B$}5b9=vvw2i8) z{F=kBWP?bCqh!&dbYGNjQv8;+P|HKb`=dhb$@czlwc<4yXIPyG?9VcA9nAuva~ch% zTy>!p3ZvS7RnU$@nu>LwU$zYL=*nd(su=SlD#IC(qjH*2gi&_8bjT_gg|m9{J}R+} z=bGJXyF7tiOyM@kUbE)(u8!6GFnDE1ur8MTTdE%1)LhgYI#K_^$yT`+FGH-U&z3H%_>exx%aTd zMGwb*-MrF(rbU~LR5wf>2kRx-w<@jJK`jouRK_|0!kyp zB1;?*@I5OYu1E3GTvxgWCe1c(1Q`&ZS@z8k6tZZCl@whhKJJFhX9&RB=lP&Sg|?J? z*egVpgzP-%VXLw7cv%=D15>&&-K^X&qXZ@J=B<&E03=sHerq@+Wkc9D$k7G1&f?rCmT`trB)kn9F(;Y`#*gE8b`W@$l$xs)v zPAr50DnHUzFpOlt5yr?C1;@#J8^IvhuY30?3kiO8XIJo=#@{#xWlgq@G>+ zFcH$4}HlKA%u+X`jF7Pf*~U+P*C4vXLVFkpb%5t4@7q>jbeIEI#! zVPXV87G&Txm;;u++{aGGx%C=2dI7A_mSYiGq!b@)6Tp=KcdYju8j*&fP{XMDpo$cN z@d@at>TN2$TauKqDG$PBS%qDaLB=K38K=Zlj zI$Pe^3Xz|SM>O~JW{f7^m;`+)^9WUE6fn+itaG&K@ucIKii`TB(a|C()0I<=s9X>O zpQsG8Dx#HhgHT>;Z1Fzz-*~*O0c5TLv+5!)mZU2P@&X=-*vrvQ3Rj*BFBuo^d?28% z9t*m{L!XE+=IA>_N^)kZKWo?@>liFDLZ{JKJANI%iAyw37})d!$^1gqw3Epb(8?_X zpM$dDL9mL(47}eh%2-E#3<5^XQIScrfI?Tm+hQN|h7nA_wTh6W68lx4SNuj+lj$2A>14 z^(ey}0G|OBnl{#(?l2S&`6tC#EsV#ME7wd+#%jR5J(H7pwBLCsxZ;o(iBTc+R3OFb z#ydIlgPTpVp)f~uz#$F8Do-d=ed#s z*gjuJDJR1TR#<-{3<{KCzMdc5>biiX>22SeBA@B#b&<&I+0$x>e2tH9x2Lj@f0rlz zF!%fnj6s9XS=A~M)>A^DRVCsdVlR!4wlX?duQ%FS+`_?i@u`E)EWT*?=wF-;(zX9y{Y|PA39v(Q|Wypt1*T?@ejz zP8MeCP-k#DB;GZxT1!_Z&;xVy%1lzWV+sZ~6TMKQ*P8U$4joOiy1QCx(9~1CT$+3B zYLzq*@0ZyfE(C^ooIn=q)iw(1mtG(a!V%4%W@C%$8K1XOULLR}XhpW9!^QdW$^f#F zryjn;;#l8p!74UTtN3M?l^xbst{*t!YC3#(hV7+L-d(WD6|u?dZ!|GI&EJwO!=w(t z!t(5q9Hf~iU|FMb!2v|o*W}BKj``M$XY1#9PpvxoC>+>j=MI2w#c3BRXQEjK({mN9 zOrFt<5iwqay)8hS0{CuKj_h83*T5GbaZ#5FJ-ML{SA7uui!`CoGgTs;;}lnL{_3=H zhB&%+lZOM4N!;wQ@icGA$bqBPN@!IDd6xFQA7G5lpn;lAi8w*j%qDH-D!?vi1lEfig}I`P^X`iEeEC|vRLEKFr#=s})K(A#JE=99kCYIp!$5VL(_L(w zCA^^6Jp8f_j5(kGCg|#k6v@Mp=y_XJgM>-8PCtlZ{l9U|(VM!D8uKF#V--1_0Kzm) zjp&-ko6vQG;kXE^1fIoMJ2gCfbraOY)dX05KRxvPOxM{ZZ0G~h>AzMU~P*e3sN zqR=|+W-U`erkGX=#+r>PY{P)*noTEg{qu%Vui#+Dk(pXyyIe3ts^aYAmxnw*B!GwP zpi@tlYvu2zM;DCqzfuZO!HSheVo?|OMK#~Wf8M3RPN2-0vU+8zp-=4rS1sx*f>bm_kpo;TnRG>^ba*+Ze1!qh&+pDCdVF)uy6-h+W^`4@ zo@%shl$`wUjsegy#$YS@!!$aM0PXimtyNY^XC*YBAl1UClYr2>`*uYN$BLKH)VdP> z;z?V{A*gB(R+kyX;b}#9CwP8Z>==XIF2{D4bjdmv3bF?1^A49B$tScjghdZntn{f= z-?T=HEovP%E4Z{~h!VeNElCIALr}^M9!vtOp{}iXXlo?cZx`VX+^wj718CTom@)6- zS*i+iv1#b_a&kFXhB|B}gbakn_5yi(hUya|h`2&&-nYn3BbilpK7SIe`+9PjE4&%8 zaGG}j=8p2fd%iC*zskMT84?uSQT5_k9TnUXeNAU=doi%cK07_F2^3GuFkRpq;@uh& zEIRcn(X?uQe^IGeG66BF@Q^l2ijT8?b9JJyKr-Q&C#vHYk9iuc{MW_|-ZHGc==`7$ zoaj+asDO>1$bh`Kn7~gWkbt&^*Hq4z^$R*OyA!4NOi7)|E24NsK$dIFOcW)~JN;6Hd zNyf-;zz$gL7;a{SU{na?>+hcX{RxD+sDc=Jap8c39Tv1Ph%J%Xr>q?+_<6;@3IRw3 zyacv~WfsHm@#yhQHB7^t23rz5@f|v}7giWaELE5&MjLe57RbL)Gid%Rwuhm!6=|3! z)3#sLuhmT1SRFPX)C<(9{MkXyFM74XYrF2H163Li=-6ODjMq?*n`Rh(~1wr zF*o`BsbNCwnSnKR1BPC_04*D~G*b(uAXvYOP`;ni#9LVXgfSTU!t$UdvAH0F|nsh zLa>WS_BhAjI<;donrm-pOAFQ}j19AEQt`awHSq)b>V}B2hpRx;o*Y0`MH=320fH*a z7DBFPiT7-j(Tcy^Qeh_ zAsi9+fNA!%;{VOG2VGqmC}yJ0Q#((;2*FSoF}Ahg^u~|(WYC((t&k=tvicV=3P0}~ z&`+rp69=+WROUkx*n4GVJY2KaD) zB(XptdGhO$aI=CT{P(wxyHk6>l|jn}_I`h^$(|Ym)s`D9XJ>Pz=<z{>D2R@afPR<@T>bAycV;r+7&2>BUQ#u$?|c1}TUeel;`JeN2Hi zRt^Zt-5DLqZi2O95N#hzy+_eKwo_S@`9xH&ZW6}NHzxU)!0JDVr@G-Alc9;JyHSPD z+=wX$*2KF}FY_Er83Zn4qKy$#eJ!o2M<+?Fy5=(BiwTs*SRip`ErFPfO-funD&j?h zifrs_<9Ol|I^^5p-^cT7U@>Z-rIO(G(wY*@>V;A38Ge0hf(E4HTfBJ2C9{DiMY{zroR9G5SJcqMQEK3 z1w`$|Zk=8j;z*_mXTGso^^z5{33zbXLE0JnO_7nypsLnHGr>WOw$e!4ikuQ=8T)qL z6>MjQt9+&{#_T%ZjinGKB*d9OvQA|GEMLlgfGEZ3u@w3J-04G_FWI{8}4+VCE_$q)-+h;Hr%hW+Ug&Ucv7y@lbk6pSU6;k;<)uE~47f`c@ zbP_dEb2{uvppln~uRUW*7+~Qi-6Vo_i9vH%LnYy6E=1wCt*=s-z9g!CMk~@R+^u>Q z9Pw#5uz8T$>nj-Q5$M5ucM#5;=B)uhKdRbsyNH&TJ**-BfmagoJ=UMQLRjX?ikyTF z0k7ZUjOkvL^$Jhr+J}=0sL?cH)I)J_#@Z%IfE}V${X;>a*zX}!bB3=Pj)k6chOb96 z4bD8u8^vOuyr(+_oGdI91CIr%@t9~KLg};;M&-Tm0q`(yu#v3|&!EP&PGtvYKOGKcpoH*?_ny-b{d#H?7iVw{H3wcfwF%e5(7r4k&8nM3@)f< zU}uA(?Wo@q{q!c+)hd({bSV9y>kY9YS)-k#+?z#h8w~z!G0(pz2a3vPR;@#o zQ$n^?E5G6TQs`*F$~fb$Wbmo5T`mD@DP26Si^9l(VwsL1GF>b(MVw6zqn{)$BKq{4 z?jtfeNsdc;vR6qPB*^$9}tdA{*<$Er3W^xadfM5GX3}LFLZQ82u{YNTkTfb z%GYL|15U+kZo^Cx3=S|P7z|c5+`V6qnDXp9lJwI9T1Glw>e@rNU;a?B$`t%gY0Unx z9Cj*BMGt#DC;(YNroZ8A33jH_NI_|AIUCQA_hXrH8E3*0X_ikhhfym|z~~t7!NQ4` zY7{n3+}V%@5Y&9F6!U#wGxO_4z}Av+o=y^EqjRrVz`S6v1#C$ zuYNGCuW}!y4nyNQ9gjme6|Wat@N7;e#_6!z{${NtC%O?-}duTqx-H@9;0+}p%~!K1l5$$=ne0nKKYOIk6ib8 zryoW%?hCE74kQ3F(YxmHYJkRZBqG>3Rgw#|k~OOuK+#U6*Is@3mW8)B8zALn6tjS0 z5!Be)OTFw_>P%FdZ_^TSD0ogfCmn|1RI~1kjWtGaCCzy*Ph8)6%-;4UmIWC_lhPl@ zTf&(L`y!||#_bk1eqmeJeUK|;VPa9zWLu=fX-7a^xCmK>Sj4g!p1EF2wQwlj%0>Z! z&6P`Y*kv~7Ht4Js^4OwZ+7h;#Pm)IeKg2a-v6>mIBU9OR?dN!m*K0=qoA5bl6Mn`n zQUt*wVwYK%LHyZ7(8QLUYQ$mI%wl1{B>DHVAq*@2Dm29U)veK4XL;w~&x(dqRGmA1 ze|K$wrGuRaSC4JV3JI&c1ENXCtRXyJM%9TSPrItIN)s)}zFhp8}ji)Dh% zK15i~nMaj{o>|8T)L?@_w(@N(FcC4fy*Vx=ftkTv@J5^RxOUW`DkD)acgzWVv5^)s z=HR>BTKBBY-gK=`=n7!^vCbep0o9g32g{aOJTMceTcrX`V75AtW@MNuc-wbM+{c4s zgTe%h8#u&3sWM+IhS)aYR9#=Tw%B+5#7-Bm z`?dUm-YxDjv}UxodxET1;#OnI1krN(fBW;9C!kHJqrE%}N=f40$@keXs#zAl4(St< zZm1yq`uE(Y_%=zPwRcX=vqP|Gu4Bs%9eUbIV+CG4!bmx59*`5Btg_?(G(N=wm^$J? zS`vewI7lVp+Q*ypPRrVn-L}E+k_O|+ca@s@A_{%3f*XcnQj!pDG;@MY7FA6Pxos`+ zMEu8=qSH8|J|u_$0oFAD+^jR>ilH1_bVB9IxZ^o~Bjwfr^)P_%RhCV-0n3)F%ZD5; z>FDrAXTo2c^p2F3wEP5vVVgpm8ANQ(TBL)M82r3X7rcu7zY$Id-{$qAyg>n{-HA-c z#;89-Z9k@%gZ<%osNM}guPmtdrE%;P6A;#H76agi9?-VgPoS$p#NU&~E{+FS8BFC! z7LK4Ah4imZAPR~et>K?!(lnJ2my|+K3wE^JUy)^0ZO#rkE{LFh-dVrqaLhkX$7=U7qNT<;NgB?CO#wAx z*)Th^*vA0$DmtR89K??8=IQ}~u3*IIA4ZxwQb)Q^9VSj!8@R1r%VvP~S~^K*+f?V9 zS%SvvD4?nFUIc_G8Zmt=#RP`)cZsfM3|dr=B=son!?wYXOeRl@ zh7jEZ&+4M_*lZVDRjl7+D{#U;@Y;GZuiQm)!eTqv@~wu*WWmfUW<*pJlmM01!sl5*BYE+E^RHTd;%_JY!Vp z%Ce4*YICD{_Z6OVJ!Fh|7RGWyS*8zX{M+PdwiL&Nwg#CGw z|DzroVloi#YvXuLzRys{?`|;9Od#eh1>n&zmMd6TLBoYPIEHh6I|R>GL0qZE3(?3f zcNM{Ccjy?@zG@dG(=)=uu>pceEKZTTIflHe@E9=rC@yMe#2JNi5YK*P3S55(n8pvg zu!jlhdFA#cZdQs%^Z~N@zwhj30{I6;U>np>#POABWQT;wMw1DxNI<8XjWM1bzPdhY z{6FYrN0NsCAtzA!o4)Qr-L|`y^wYKm8QV`edwo*-gsx~->TnLSejZPvN7fvO=PWG@ z`8g3Sn{i$wTGGO^ir3r#Xn( z?gWwHQF7A4E6)Q&(HjJJAZ9TR2M6YIr5)ITo^kEXnn+p3>y@(VM6Q0D$}Ta@tPSHJ z5EzWhf61i)J)Z3lc}M1x3qAZ1?d!BkcK*=NizrHj>OaB;91S&<(%b~LaMteXBEjNI zF#bU@j`QU6tlQWEs+KY=;4v!t&Iu9g3cBRzprf>~n{7UNrlEI5C)J>Tu#8V$EoDF~2+f{DW%5Hrs?MtCWT75J6CH zfr_i$PzQEmdSY~tsoY!XH3s?_J~-@9$!@9_Q)6=lHEk%MKxnI+5X$?+o(NMS6LlG# zp;D#ALc_0~RA9h@LVKLnep}wmGo6mR_6Vo%rdiXZY7$3R3zw9Zn6w0Pd^(+kde{yu ziATlRkkXjE-iN50ra0}cGAt6(pWzA(9jklzU_snL$pCR0WZGcuK zMwRIj!bP8^zKrdC7>XNe@%$z(V-`c$XFVA~0#gVH0Z(8Xzj4Nj^fzfaY$IVE8P8 z9fcm;`d051_lxoC;R*^hf)txQ;>P3V>UAg8Vx9YOo9}3jE?4=S@2bjEG0t5BU}KY? zRy`JQcPXHYYzG7icK8rx(sGB6)ncPr3xtjAfy%ikI4JzaZ zqh_wgYf$+m|C@G>>Q6VipW|F8s1cmKsfO-1Px+3%5mqlGh9$s&(;ZrEaJHSvMzN7) zUG`u+O+ei6HQ_KD=+SbDU!$&mr1OrCC9xGl)UYOc-fDL3#7y8|-83iZdLZN4PtYqg zP(=*8IxjUNJC>ORFlSC5s--cW?R-|sTI(4b8v2Wj-Hgd%*L-D7mp#0^`#d?MTi{T? zIv_+;2QK3m3-L;+P*#o@pn(`*4htV8@X5gmBS{*GWt@qMgEh~9&aGIM{2OW! zO~LkV+9mo1iL~6G8EDaEk(2}8q}47x(ThkFQFl@~JfL$80Y-|X?_D9&1l5qG$G|be z>f5TBm2xoJIK<=suhwg4W#La$H4Nn7DMun?`jW~6*JcQcX_J34Ot91A3$op)kZsF& zhwSktg=m1q6!9{4EK@tbGJ{ng@k?a`y;ObES+b>Mh5N9$KrzAn@$H|T-qfnukXumtIn7XMNEU0=_fDar-XxyCYx9x zcqX90ufHk9uAZO->K1XklJacLiG)VZ{$|fBk<_??jyQ2Fs^?XtPi5QJfi#GWR}@Nw z(yw}9QjA{^Bn|bPTFSFVU#VB2B_>KY|73Wj8cQV7y(JbRV(KLY4v^r152S5t=xtwR z>Go(xfBLM}YPLY4)@x<7w<@l!e~kzXQZ(1Zj-B%AG z!l^X1hp7lzm}Klw;EH2MT;r#EX~n}3 zoH5g#E+}Lpu77kZlk*&d81?X;Vvz?eHpGk)dZd z4^k5{dlAKno=>D-LxPb_=d8=S>E~n@NOLs8xi%!R!fsN*l8`>JtUlBI( zMs7(MCSYu1#;1cWdCE0WDSibL>!bQ8?|rc`kKV1`o*Ij_*1j=WxhQ@ zrtJKm6bf=1Ct{qdDY-d%Zg{H>i`5tJ}*eP7#tLyIb3LZOFVi?sfYSz^%hj8-u zeB;TM#z^!l4CUK_AMYu%G{=&bcv9S%(ffWhK1M_2>kdz0`0HCs<0*u@bNRrUJzK-k z@JqOp>muHO#)_B3h659Qn`7*j`GGP3EOBuT#ze;MR@7V^63y7447FRUCEwiN=>%qi zK98+v^TRk)rjAnZV**j~X=YY8lkx_9Yc1Yk^ceI|90QL{7OeD-uLeLKJaLp}B}y{BXHiP-Qfwgl6IH z)M_hmUV+Nwsr!Bma8n7UgN^cEqHg^E9VA^yMh|0yq4wt1OOr#) zX-nn~c?UcG9^bQ+<%FTvZXLSW$xdluJ zuBZyQdzn+yk*P{l;YYSV*PaD+IgsdZh96QKOBxi`$pYth-EqcP^5yAZ3S-bMa#-8o zv@xitM(6XoiHOLS@CU?!o;Te4P!XZ#Ey!1yD0~{c(T`T|7G<3#TX0K~CX66ZAZYOY zFn@hCpZ)^XGOr30J@R9^k^x8uCbqE9y)Q@x#g286G?VBnS z_!%JUh&VH_A7$pxxe{p;kkX83q~*t=7u;7SE8?VLJYp0E(`Y22w41$Cz;BKlZ2v41 z^v%2xbe)0A{w)uRR=Kc%+?H5l8zv5|{gxPEZL@yZ-jm|DYb{gbRuTI)0Wl2O>XG|b zJ76w*Q5{XOQd>u!-E9!97WXpTm3-KpUP)wE^ zgez^b;3iFHQgIt$aITZbD%(hxZr}`Byy6bQ6am4-!$U!?hq1TZ(hNHl5hVo;!7q`B z%Z4hEJs7j+)-e#-!_q7g)9GNk&H+SI(i?Z^(^lVylK(o*2chyDHogX5MyA(l#=T)2x`H)ebA z_@vQGP4jW6893&AIuBE|K;z*6iwctRi_}SJuvvk@ahXI6t7Aqu3U4RuLlse{T(>CG zB4`qllEi|~QgOHLc{Xr;r*Y=O(s#|4DGO`wnCtZ2@f zlG7$+QCVmb&k~$K%*!1JGc=|JC#g=tJ|)#UJ2?EEl)58I06xUV4EeJ=Z_;0^gRqEi zHJ)dVigy)6xoK+MRX|IZLSfBg19MpvG2$%RB!dE_f@)^Y#ROxTgmIsb57_~Q^OO5j zmMK{UA3#Bu2-^X^6y>8|8y&2%d9==}uUJcP5!o*`l4TgVmW~Ac>uqzzcvw`Gn~kEt z&idu#eP&W4J+LdOBZxxTqmS?Sr|)_+Sxa6Ma=w#~DG;DirR$#Vji)f(YJ^7@vSDtR zay&^h=pd!5Lb-TI{r~sTG38=#$q4nQyi{2`a&U0lB7H@A8}paaICpwvPyz4V(Pj(S z{7<{tcL=Vo9TG?6P#52i0rW2g>Ryh}@&m?;xo!@(x_%j!L@lrOycBK6;Q(t|qECv2 zt+YPpx}Y!5uJCvTX8h68Z6`H8C4%^H9FHKvD(Uv8G(s)uOP_i5x zBtS6)9<}-SOd2Aod`iLJa5O^cYj_UK#TzYvodfYVYxay#IaqPGJ6m(wp)=T?>C>H( zHDAT35T+Y`fbLSX&Q7qx;RBG%WWRnXCsfO$2#+j7d#&eC7CwStPNigSFjkglB})3nf2>M z#Y)_4AGFswm|aXzXWIvJ7RKXw%Q@rlc;)!o3Lr_y!watyDeh-X(I|^VR$xy2(fZ7V z;fbOH!j3l3<#QyyQy?tr78Xv2#V)l`5ah45TleWFMlV3@FCR21q1H{XP6bE@*TSVm zCt!l&*JsDsFe}l5E3Y!QB^W&tX%12{Frpogf;uNC8ITrf5f7hDx|Lr_@_-6}16uB1 zBNRBFqlrYWSno6S9aNynK(M`x$`wdWbf66dDGBYS81-PeBWJ{PvaoH}E5Ze3;Pu+KQO_UJaHx5{`K* zI^}uLp`fz7f=FS~V13Z72z^YFPUs|-id;FroM7a{d zkaIps_-bI}38PO@k_9yC86yAVpkB%Wi(?FL!4~8I6-S&5s9!9!PNBejq)PcXL~I<` z1c^*`*vAL&I*u8}0{P82>N2h%+o1Q8*T>56s}ys)Gjj3U&?#QRqHur>rsTTUwAH5M zF6QVtp~epK4{;Y(qg~S1CAZDNM+gQ?^C7O+OfWu>GGnnv!>p&0bCcm-JzOLMKGnK4 zM12q(P&iIFtBV){N?MnYDB6NU#UzR+VN}!eda~;EvMAK00RpgOXgrexg0R*8Z-`aj zT<1q@*^V!7qA?ub`Mn2{TlZ9*81g4R5Wirl!CwpZ6u}nK)T9TqSw64N8#DGc2|=`c7A^>QAH8p(eN&pkm7SggP=ft z1Q!+!=+UthH6|o~NKx4NEOep?ll{*|V^?h^x@u%oZ^A>?N3i5hfMJto2BLz?t)jC7 zj10@831~X;i*WW%t}oT9!WWw}gYT%x=ADRqiAv^)`ygOoW_YakXBw}3cr_7@8cKHf z@!4D)CS@c+!-;Mv)lFy;{5xdmzpgp6?Ph2!lW_e15&V}fM8YROvp*f&rK!MU+VCt2Rl~GZmv!g8F^00j>RjOBVU9ZDBly7VV>+0cAE;U02N0BnW z!&8NuKB>r|;ni|Jzbm(tTO(xm*WPXI48(SvF5^#YB_3|08Bn#YD?BH*E(}Qeb1^H& zEeO$MCWh3!WiPLKd6YLD^~N0|X#Si?iz6yBxr`U93H*$&xq}at`0p zi4c5LkcM73d=rL(?%(vk1q5+Qb%Z#zUEU&f#s+l#kub3xPebeYx2*RD0bF)md#(%# zNn>I!u&(J>ZHh?RsRD^?I+`10AHostBO(?C2jekOrV0MQ9GujkH!FbL_s25CoF>K8 zrTY6eh0q~&e6qD`lzCYbs;zRMB~_>M>%zFk>7iXaBz6lUR;nlt!|_rF<_=t&Qpy2= zoE6jri7XcqwzD+0W$$S2PZc$GBoqXil3|oBd7N52=NXBqN2yYa5r`MvAXfv8@$w@| z7Xlg)0%(#65R{j=Zy7?T1k%1p7D-d{|;EjAIVWtD;3DHi&;0=+G{MC?Yb35<6Bc8Hk>M^^Xa{Y}e-3Td(Qt5R{IcLv z)wO`qIzbJqwD*{K81Rx&bICa`gzIG>HU{1X;9pSky9#3T87AOQ-5D*Co@>DVH=|sw ztN)DmNR9XC&MJo6|8h#N#*oJa4u@oJ9f|3E&Fr*~nXo(2)Lc;n#!1NTXN&R;b=V?J zxkY0Ez)6H?AWBSgz#7;;A=@2dlpv?1x9AZiu%JYu%F@vkW-+?aqRI$Nle#%1DX@2x za%!jHz8r>_717nT`Z6wz75IrWyPi4Y5*hGJ81RSZ7N20) z5_wEM>c+awOdZIhYGP?h9)@I5{--g-V|Wu12j;{L3)_Jx(}FUuprsu>h2)8h{s6bA zob06$b%k2I*mN*9IVX*c_093QiwtA#@%DYc;u2&w&)J(%^yP5rLJA}&pRMPwI$@L- zUM7=RL=bg#ZD6v<+8Gn?Nx#RNP%BcejUMQA&%D39=&3&Z!F{%c_U&R98M5JOeb3new^)q~2EM%3)0%~B|&GIlSpU1Y?eOm&+vZH}#kc#(h!`qvy5D{k?lN4eVd6xt%z$z7R{ z)fEpqi%?ss>w6-XsPS^bT4lYyjo_BiOr<#T?fnLbh>kQjNmcwVo`E#84v_o0 zSw&NBRcsDE&(_+hh+DHYaX>JXy1JRxz7Te}8FLK;50_UBlxxmkT5vQ&J*#Ie7&(X% z4~8MBYp(y+$z}=H8(+8n}Dj|N-(_Is$Y1*c! zg|_s?yhg$*U?2W#0OhPWwaJ%^y;S43{WB-nY^xC$OUFdfZ&Jk;kYKeJO)D~U#K$}v z(gs;@984Z=vEB0HtdQg7$~KpY?;BBl9=hyot`ws;u%J}XZc^6!*<_zYLaIY;7*nv?%KidL^)IVG+Qba^SCV!WD z5fpqJZP}y;=9P1Vcd8hkg|Wi~r;)+@Qs+r;6{*UE`r!!Zp^|o}2kmD7;#^=VAay9+ zk>~LGvKJxcQ;E`Lfs%yS%)~1&{P5pMihnY{fe-1jD z7Y4~4ge|E~vB_sxTy4>RwRj}SuH<-JuI7T*sxPF59K@QM%dc-kY%6I?+%H|w8cf8Z zNU|XSWGaYI*Gz|{kcm~uPupz*X^8u!OZRWYe!8rBz3e}pqw%3PoYATrxxpw|yUrR)7JT)89$SzFXbh1~=w=AZpO8#yHNnG4j{>N(<*u^L4LVrf|Ux7R2yU~<|dmloLRxgK9o$WhQh`b6X#om zU8E1%0u1E97zuQ#V@+O63oCpc+4Qu(5Z1qjh*O2ubOCfng1PGivQW-#yU+@tq}fAs zp55iPy0auQKBf>uch65omwLb5SMPwV3rx~=a2C2-*Q6GZ#%3{$McoPcE^ckS7Mh>m-$b-NUeR*=S)+yhA3G_?-nEPx~U z<&Wa@1AEMZ*Uhx{FxCJ7?<&ihfFLH!hAW~fI=mw#b{WT2_5(=BHNV!B27}SW_|y6D-@u4l_g;vCT=u?;^%F?Y`1`BN-*Dc+a4IskpUpfc;+DhStZunp>~DC4=62tbJr{w zao%_Yh8|eZFpzf_?S(l+dEsIxYJt*~*Jd^PfSEzbk{?<i+%>%xoTsQV^*prInAvvtTt(NSLgCo#f3Tu8TvEdqoTc@%HEA+8wMy>P(I zHDWfeJTx>s3<9Y_>^IMuW6Vp-2Pr^7)-1}_U)oIvGeBy7){=F?s*>R#Pz>WSevHx5 zSm7Z!Nu0u#qFJMp>=t-Bwk!fEp?@)6%rM%AbLG2W_>xVOA#6*NXvNyYd$cnMn+_Yw z7s0?<<5h8@dvl3P1sNgbZTCZ@;Y8I}1nrtYdpNyLsIJ^=ac3^@j;$nzh0+XV$Z1K^ zPqwiQuV?K%7$9PA?9XWxS#{bz(`~43~>d=l3H#(w^rH50+Q< z>7qX3Hyjnd%}_F-Z-!h(FWToD=n9MUTI%OGNmG*VaY{-DAw<5qs)~ooF$i3PDvK4I z&ii=b*ahX7E#yOWeK-0hiCIl$Dzr|=9Jh2d} z=D1Tj&dSwEN*BV*)$yi`Y>2eDqQOvHEOq?Xf;0=kCPiOD?N+KxHL|Szzt~h+bP)oh z42CptPp$>{2|lKZ2fmaaZEW(7(FB0oOkQ>_1l2}LIvyE5xcEr>T@I#NB$*}Sa$HoK zMOIP!38qga9e!h0(ir~Ljo$t#Tr?8{Gp!W^vD1Fb0iAMci5QCJ6eJelJY-Z&!zA5734c5(D&Uq<#B2g_~__r-SL2p%@6kxuvSw@myO@klR$tsQca)yn&g zrLBZIp_u&kH8b(d^$MnJ`Lu!OZ{b}nNwdTrc_c@)aNX!bBU zwpWF2$1BI2;S-Wf&0Hez9vyrtsDNyb4}#qJcQ*)I>OOuQe_Z@3F3Y3$%xD%7sS1jz zdE4Kmkaivu!&$?tB1LplZNXb1=Ixh!_*PQMnS=Ohe9w^ySVp*2yg%gW)uQI-L9@Ji z;q?G#C$Z@yf}ewYHH|Pu_%mND3M*Mx0#LXSlBOVAA5OV�SdJ&Z1|qZoNoX#wkMN zxy)W`{5w(^QQ{F%4ZA9b$W>T&DPjkDRUtXzDj#LdhWKsgr1FM|k(Uf3*Nj05{l=q@ zN+xynzDs$ZH9a6u7X#NN$d3Vc2T90rhU^0uGc2J`0u#2Q$ssk0t147tG-<8vtj#&K z&3mbaf6UFlF7Q9?!H(H-2+eTC{KH(WoF85-BE!OawWu<>Z*slbtq7TT%j+Bt=D7{b z$`B{mmH-Eatl3D@zMXiTYl>a#S)0wbtJu3#E;Mn9oU$So{dZ;BlBhM~y1w8`r(5t^ zjvBd;waq186HH3S8C8l{=%Fh>4CUhGL++H8$!OqR^qWxt<-%FmjARlY{M3*X6T zjo~=2p*Vi{__3t8%`y(JMom}%_YN^|i0Lb)jgm}^8vMQGL>-cS9T(`SZbh>VKW2=G zO`k^V@?JU5q!p|lEC^FEb{{hx)Y_V$0IX8!6s+S`mqtiTEO9!iHLme+P;waXkx>VK zGY8XY!KL)CX6*)Px-#V65>8ncZ2hcWQJ)@kmne4NK~d}ppfoq{3tDN^5;)y_LfBxj z@bf)mL|&!DtaOZDDvsr|QZUeSPI|hC; z8n>eN5VtmO*{Eu-9~wpUCHii+0ZZ-TL`%(4{EY}6!^*Ui8$(UzB2Ze!U1id`q$%VD zBc_~g?3C^51QaQ^j_b@*v>ScG)_2R$em$>Ric@5DWSbX>!EDh*t=L47G1!-|qy=_r z-YktHV~bizbme7l^?-RRI6a2uH}$(fbUEl|#?r(KOzif90bF3Q+u>nn>r@~&l8T`| z5Y9#!rYOYcG)cG#UC-uUSTqbBwxw8m17&0)XAN}MlOVP~gd%93O~z$&LM$q)ES7wY z$DB@?JeQj&=F_doanXTm`-M}cAla$vS(Ce6;{_nKRzIV zro;=1QZY!p537e!mjbU`V%JfmOcpi4AV!$Asr>Ysery_;VMY!S*_42(DVuSZsY-32 zxnkl8h(1=Ul#$9h(LUql#7$=Pgj-J|7NaxSVqKNAOC8UNF43&8WO409wkCN3$GWU% z%w;+@C7jkn@;AI5&*_?N`ei2Q4cv~9c+HIq2Tj9G{+&By^4`xX=v(+b+s{XZh$;AB zs9DW|0zyo0LF?wL+zb~1o=Fo#`zS3&W;Y*R8iVz48)tg?CVFoolb}o=(?g3aetrw4 zJB|#D{!jg*IoC1RFw(ZFUb#UNjeU*?zDqTeHL2!E8u(*p%(ZqM>JPM$U6*CnwyzSd z&MG}*{T>v7J>OD`I}|_q@4Ui4)4{~5!|Z%$Z0Q}1-2ohyN|{!`vDsPhTnin44~RU; zJR1M^ctrudHnQ*El^G@|W9JXV9J9PTnkFIINz{Z_DGUUq6+o>Gzv2gc;O1+3rO1Fn zrUvY0X2AF<;ib;~cv^wY{%Ho6#@iIK;SnT0haC0}8{MV|$Iu~OD^m@e5yD1Og{RxOQh1&hKwpx1ml82iy<#+`}*-O|w%%oI;Jcoczf z)+nMJ1t@h&=1w7Sf=j?oK!(bc+;hWq3wI4DB%WXeQj_i9(;h>kjvjW)Tp|k__$F`m z!>Ilz0z;3IBfzdJimKlS3lvA+cLcLMhuSJ4RNE6P!YsliS8xEy4>*`BVwry1IISxP zD-*n~r1(Wj8L zZ{FzLV1U$%F4c^A=AI@MZhaSLZha2Adh&rd|9|>(~u$ZrUq0j(I)8nzo|s>@sTOXv(Lq?m6o#O6RN`} zt5g)wvY?zCmxpU)-N&Mh9CHNQ3Aoecy~aN_D4gcCd3%~Rx_@xZPjxH}W7VQ!>KdDC zSVkVU>VX=CC>g=EGawnvAuK$`zRb&E%0n@5;v~bRqeWT`!5&g*PwZP)Y$SZ*KV3t2 z&EUzvBP5jzXXgfVF-r8$8#|7oC|m)402 zk1hYQEs@&EJw4IQCRt3?0x_l6bZ+bx6vQ?vL=oXn1YxnVye}JiM9h8JF`RD6THPa+4McA3UwMm-FEVyTqf4wo(M&%Je>nAtuvMwdaq(u+1Lf}{oN1QhiT}B3#l5A^{ z>mE{zsNBjb_w%r#_s01sCeoG`9m*L|OlLuB9*HpAYE65~T)3%8s{k-`l&OFy*%2H5?wtX{2${j7tTe-x#OGAyf z{=G|w$a&pMbX#gJmqEp0SlN_T)P~U*U&L&PXdLRK@=|j|{>(-|6IQh%ES`SY$Cika6mDPy@mMq!w*;-=ixqq( z8A4oMC@1{#+yYhUi({_ zEu=dfx);s(PA6P+)(SDi45~EAm^Rxb$(qj|2Vpdgqu>0w(XD2d3rlTBfh^U%Ua5wD zo%`{*?l^3a`BgO7IazkX&o0vh?}+0rIzpZaG{9u6tKQ1f@vEEJgW5A16EK+}p*2aS zx5`+hS0akVPujvelMY1Rr|p3up-OliBRC3qyV+NPQ97bNEL|dgrP+BM}AMElj1=i z5=NcJL}2q{V7^V9saQ$SNTY+=rNfC495RFBL_O-E*r6I76Xhfc{}u8rhenO%VqQ^G zxh%HH`9z}2SOMrE7Le5Qyt{+S)e5V&SXsz*K@)|Gl-Vt5MXKC5n?6bC+boA6oplKB zuh!q@q=Q0^qB1+MP&~ZZ(gA&xRkuKSC0Q`tZa#SJzPfBj2ya7Rlb)21w;(wZwVcYF zz9^XQ13`G)=pD!oD~uSSpS40Lp+=N(C|Seqw(M}9^kB-eSTmdhTVcKFm=`HuMc(Je$B7$i{V%c5olkOx+g+rVnaVrxmSGn z^?i%r3~cCmsR(8Ad%q|1C=Is%6N21x(EFA#V|>b$oVH!)HOdm^qndRgjRJzFYRya6 zO&h$K5Y&!@0qzcb?Yo4<;`lPJX9?)>FCf5kT+t6PhWh{SPx>r{ujSWCD_YO5#}@8QD| z_8h!c6J)QnKd8aXJKheWol8yngy>`gJ7h+(JYm1|sU56(jGNDj#A{v)z5JOeeL>9Q zZS9n3whBtK`)#C&|#SwP5;N&YhIo27fcjEOjW92Tq_q;P*Flc5H&P7HIS+>fKMC;*@Xh zkbMYx?GG^oy@`z=cp$IVl8I%3ZD{v&5?+C_KN5+ZIimCI?7bYLC$*{ZkY6JoyGl9A zX!JCnN~9@92&5o2zLYh04h;CE0SmNsg6IyIy}%@ebP?DXaLS?UlXtn24DqA6j_(Dc zbGS0Z8R1k?6QF>`{V$&AD_4gnm4Ps(r%OcypB_1$t$E^C{xG7&LN76}Z!seh!#lM_ zoy!t2VFQ@{Nm4ZGtWxDYpM?pgPcP`WWpPU#sgs=fnincMC%qE1MM{lMi(J&WZOi%U z9CZqSyni%nOHWq+iUQ7J%y2QEwW;#x$O<14Q;l=GX9Etu<7kvu7AW$SJ8)ayNJs#! z0Vs0aNL*N-dr$MS`|3t=u-S7{AT^6N3I*YX&ks59EjNi7G?O}|j}jbK69w5FXr?d; zrYgU-K7`o|IPs35mYyCnvUSSzg)Sv~%*=cHin6j}C>(ExB}>eHW$Hr(@wht+zLjpi zG+Jt#obs~#L11qv)Kb&Jc}5DkX2I|?8;<_O-p{z`oZz`ImkXpXM3fSxhrv~?UCRif z6;S(=pN4z?V8Mr_7e05j?phdZLHSgk_a%8g@<|G&nm=E+tXXKQGa^u6W+SJHil>Jq z?C(y#`c5bozgn^xQ0X{2b}fh{Fv+}`sV@b_Q|IEbF#*e7FYT#e-UYJ|Q_plkr##ZX zX9oHAP12HT)Ml3Z;}bOHgCq#CpGWO0wzkn89l{`E%*!lFb=os<&)n0Ff@N67sJSToU{?O^UEe> zYr}#HmkiObK|a78PaduoVW06Nysy9~R<2?<&YsY5jwNnI%V+Aa%cvnH#;{JQ1b-|; zqvlxvF+k40Maf6T<{QXv5C+b0V!KG;sp?*g0JL?luT9RfaT9+{Po1Ma9kr#O)-Lb` z8fl{X`nROjW#RG0m$nqVCdd+i;ve0$)YBZY+Y!d?n#J{QGld3dIcmpTX-3Ycy;>wO zT?6aaAGEeN@@!0vDpK;zm4z~Yday+zL5lG;^Who081(0!Oi6u#ZRgU+)o2%N9JQsW719 zXthcKu`9hDAX{Q#vS+wn#`-fkUS?yK)9n#&q8t{o9hG-3t(e%wd0~+>^r}MkQ91Xo zx>&+nv}9Ax+B66{5PVBL>YJBTSk5xL(f+owuROhxP#NU2I~UwE3-_DG>QJ0exiu7Z zbaY`UST|`2CG}9PAR>p)(m^0|D{QLdrz;}5f#Q`FswV0ED6n|^k_RIG+2Cqp*)Oul zN?vsl$$&=H^aQ!q5iA^0v|bNMr7NjW?CnZ5n5{b3>?laD@-CZETW~!Xu|ST1I#M~V zaar^MD;XVv@n)FKSEwdrb$~Lm<0Qyk70&ut7xLsD%aZ^ij7_?!>yZ_k`OcxGbEm<; z6lkz+2B1MgC-pzQmpXy=ocyOwH&iU&O(ujz(rqt9V32_UrK!<3pmsQ{-jWvIxuZtG z{@Gx{ODP|1p=O@B(^wo<+WPW&$;`yXOkmA!!_D z>=s|}REGX61@WX$Wx*gDXPi^!Y?Dirt-~DY7$Fg1WtMQu{?x;As;$Gyy^4}z4bq*8 zV2lYP-7=5lZhHbKSR9zkitXElpXn@YPp_YEr_WmRWscq^rKP}Ex(qrpg1lf?dr#ww ze3b89$ulZ^33tLv)$J3}-NG%t6=svb1a(bZE%gNPGzR-h1znTctz+tm6}~tOGQR7N z5%Q^8rQ26Nda}(@3p2*53av_YyZ1;yd5 zFzvF6G5MVI#6i2faXZ(ndrw7I&_^qxGEw<`Us0x{_$(15UxaujKkes9x2#N+ZEEAU2Ekr0GeIL(N#jx57O$xcl) z${T}}IIiZ^ZOpFes*1<^_3qf)9xD3>PLg&^4_0W@+j8x@py^|7pN9pi0bew6 zMpqg)W-4?04;c0~zBxU~un__-$r1jcS+e!2e+HmwJfy8>z~#e`H}z$_gSrtQiUE(g zO<64#&;l=*5u^%PSupHNx*W7uYehjlT(^~=jLBhMH8+|H7V2FrYZrD>4~H-*K4b&L zCOKV57&FR5@1_pG9O}nf+AnY9qy|)nVDIt~U9NS;B`tz7=_WHhk%dh&Fo-$PIn62mu$CLW$r zs{ZX^$;)7*aB%@d-(YF@S7!;0*TNFj1XihM1^b=#eOnWMp*Y;q&t<8T9ix1x(nq?y z53sqvo%YJpNm4Kf>4-P>oBP6UUM4TRdOVWjb;!+(n=O@$Q4O19@S}q~O7(m6GKaAF z;!NbLFn-ejDsBm33Z`Z!+#-I|`s~Z%`m?O~NY~BJt+*=Zh8-Kbj>}OhbclI^Y_vla zHHT_^Pxb9tO(E148pS#RKB=3lPpDZG6iyXr9cB#uA z)zHZkzq?^Otp91mNcd`a&j)R#T_9!)SsJxgdvSvko>fQ z|5D@<*??(M!I?;W(rUo4Y&jss423-Yed?7t`-2!+93tR(ckURJUX$A@g^lLwm~5QN z7e}M4Qbk0R`uMVEGah|;PCgwgvJGWQDZthK5@AFHvg}$!1J(^@8#ZboypKMZ`H5zcT=rwwJm8|hWTr3-iY_e%qh?O-P zTbRT)RH94nN|u_ALcuz^kOY}T6COgwA1H-c2h_#gYfQP0JQZ=(4X#XarB4UhR0Tlp z8&A5+XvwIxZUj$*cGBV5;A6mMrD_g%g2jkmq;e zq|0mKBQxG7v$IM4OvAz#BQH5EIcDi7(bgU+4ASLl!NPw z_xih+kyuJo7gI3TPILUB;#*N8(+zv;<4_#x^ki@AaG`Hhw;vF&{L*6(W}6STT2W*{ z-C3+(my$ORE9+`|>1?jb0A5aUWan7`<(`@%ZWQZl2dzG;{H+sfqh7&K?8pSEn8_hz zlit5j%p~2B3}z0-k{!}Y^)xNMBrHW7V5rVa=*%amoh}{l<*Ii{Nwzp@;X_EQyL|(c z8kH(ym;dP`N};qf^dc~YO@R5UQSrf7*A$Sv7`-_8d1>zF9m zlpyj{Nd~yEDw(ybdbo#gKKZUzN}z}w)bN<-5h+nFF%Bl3+Y6!4>(vsLt`G0aSv=<|-1x%)RMARSmP zErnResGnUGA2J1hHhFed5lFtCy}@9eZd6K$bn>A9B&q^GZ$ykpR2NVH<^yg_2E|A1 zEL+sD{0{`07Ya0JZ!LE#BwhEuj{SO5oZvE&8QHCWIC+jwIIb&E)7}FR!~N zz%C68Ii_R-Bq8N-U8@021iD=HY|nxys>K;>~P|)){q}`a(c@T4=QjvMQmKI(%K4mBxagNT z7=jVQcj|Y!Ibz)?!R_k}dH89LY{4S)UcNzpJCy#t9vUQy@^^--Et9Cj#-mX>Z{HrV zIB9GM82?X{Nll44EX50=Z;AX!t`?X!gT4oxkK?bWBm>L0kg8?P1OS1x0!Qq1`J}d7 zP`kg0sqt$je(r}QH9Gvs3WniGk)u`ke~=r^A@PNwX*)p#3NnUPcm~_F(KUpD)*u4c zOX!N1{Tn%7L2U)qwUqX@r0fem=%O0#@cbV1;+qY`e*n1jQi{uxL|H-;A{Cb;nTs#D z(3QQ--_I8_8oc);U+$?#PrdTVAP&Q$gENvPUJi$swlgdeO4Fs+8={{~NT4n)JrqdP zL$@qygDSINK-dGR6);d*=A~gypzVafVE7_&yx8fSCD|xs403b13ucUB&9H-34_-qP zeOEMaC=DaaC&GgsjV0}+k_YCQFnZXGPH2IC>j}#Of|&DC|5P}pRr&|SOT3LWfK+3Ou%V@+43uc;n<*1eh*Rag?x)IWcV5)iZ372p6vVEjx9ZsK@~fAS@UBm4>Lt zgLJwkaHZ^vc<0$FmD?2hW!_1O|0|xgCF(73^%G%zdCCT=2H+fce)(=v>yV8>3#kH& zBB#dUCg<5Lul7dbKLRP%2)V=IBv5pwAwXFnEfdod9BnpzgQ(U|%43j^J+7O`G%yup zr~+}^ROZ@>+2c<@4>vVrAba|SCR)g;Ck-W zvgK0$k>kg4s%cpjk0P#2R24i|#o?&hk>f?y3lK6GBtcuHmfO&n)1t;trKDW66a`Cf z%y&Is2uV-oXm9kkWa^>QZrl z3d1^~@4Y6NuV#0N36<&*5>V-@{uB2h%pGjpH$YgYHa68&R)eT2UlOh z^2r+z)S}OM5iIc4e9VJ6XmcdePZTBLh_3*l;_kBAp+5EGQSrd2mikIqmy{3mV$9i= z)Oiki1(a~fognS^?>arGUuF!x>~$!tD|T42s|GQZ>VW`27UR-vcsGxU8HcU>jEw2P zjQSzPi6QaKb&ONQk`RlO9=t>5_LF$hiatQ1@GN=mjKGNGgd1@q-|w$U#Cu96>=#(B zVdaAA)3@v-i&4rllMp(q-`T4FWp2cvMs_0az&(6uqq=0cr$E46!0k#}YN})2;m@ao zE)aWCw+OmBA8ay^F)eC9_Jt7%2e#j4g12_ zoDNtz;ryggDm4xm%FBWXg2^(;2s^84l-Y! z<1>x4h65pXU8la@)nZ|D>U@}oVBzchDd^6tL0b@N*AIL=WIN{>F?kaDk&{iE%5;!p z?Ilw&8-GCsFl5S>kz&y%QAY@HDyVX;R0ADT3aD=uc`SvWIa+vIU)_>Ai+=xLRfA~o zj$KLOId?vOGINj#JBUmo_#>o^o7F)Ce@ynS!_%6#dw`209_(PQ?7$Qk77=ucVu_?& z<1&b!llqtEHj%Y*?FTJB;LOh-BlqBPK@lA-5vE$u2ZjV|KE z@BIWR2iO1gx4j%gG@EJgUsy$gnx34XF4GFu6m4iOF%!nlU8nLJk3-Mc|0y@=xyOyA>56n`J)LYvu!2OKd0i_I9nr}`e8p1C2 zqB1$Ivmu$We0ql`RX4~xNrc997hNmz83IG9uM=Sq|6%$IGrwfYozt_?MX9pYXi>V#REb>UM$pGJ{zn5+RXiqlef?gjgDqHDmPxLTvT zg94qg{1D>tYNF0q8Y7975b?*-^TRHjj5J^YPTARy`|pVLYtF+(E~hq0Oi7Xkn~P5Z zxT4rgw3wBso-UjT*%!VDTyHEeOTQ7M3SE?Ut+Eza)kj;fiqFqg^#u zDYt}kIKsHY>?s~c0Ry696j@Z}R`KNO@Zv_WtwAnSD5VK-=1!W3^gshkL%Lg)2qr2y zG#3{^L57r+mqz-lPxme0a!n;YH4YL|W-Hh7Vy_6D4e~!+esAw2`-0&_hrJPW0zl%) z|Co8E6;!WfM)e!PFCx?$5k-?%ZJ-Si`YB{!_?je=RkU)ElgT^>wn7d>d$~DHO<4>L zV?psMYKhvSBn~VRC?c?(H(Rn0V2uF2{`1e+FQw{6G|>@prq~4J$Zt3{hw;`<0tLI| zJ)W%vH>0GGM8A*VmqJEg=zcv{DR=AS)FUhRd{s|m4^VMS%kVe@2UiU~)SFKp+tl4))ljf-7B4%)wAyhFm%q(DLh&y@HWp}T5&eQ$c#zq z{{bQ!8CZzRU>Xi7v^h+DI?|ehrB&t$51d9=Ltmwj8Jk+mn8pwe_jd-jB#Pj;WY-d- zBu*7zAd&|M9=u!pU6R7Kl^_759-C7~*-bG}#3&dN0ktrr|Yb_^K*prsHENl!T zk#gD~9A~jPlm@Cs1)m8Q8Yc&)))0!9q57+()WGEu=}jvn%3!R2&nE}QE?q1z;qR(v z%=;-U^N$c`dLb3nOIls+CPKJeZ2{4MI2)A%GO~hopFt*o!$sN}fK}iNsewgS#Y0U5 zB`XA`7e;oC%Ai;H=6P2K8fx&2`xIb9s4iWbr+Y9|W;PDAI7l&KVGR*RH;w$Ube6G5 zqy#w?$R*5Jey?;p0ix})-5~O}%>SXOpf5*~5+j|y2K6rl<$pqxZ|ND-JLaXKAH?bi z-lxH5?10|u#5=O2r*58_%*A(2&3huA%jhF8<9Z1es_3g2F;rHzEV#2~LrT-W(gSncRMJbE z5Pwe`(9nD#-1qr{v#PrlU%;ct_|pi_sfo06Ec=z6p9uqXOzC;hVyS3N0*R{{F0B*} z+mxh~w5P$FnJS_s%5fo|8QtrgOf_<(4s7~swn#I`I@e|DzKvAjH7pvH2B^>)YS6wD zR8iX!v%7@rhkB!<()MBDLTa1n*UaY+rsvpemgq->RJY zNp*HxF%zMTpPw?b++d0t((Ph-@s+lhk7~I`@6`>01yd!tU)n%m(HdlnGGbNE-pK5OeX~1b?rMTamisRC_J}WTYNbNI$)SSi~^S-3o_=Zi0EH}pH! zO5hCLZTZXrBEF(yi#883B-rSTE8{=oWq*ZMwZy(O(P1>a%Hh^961vjQ}t}-FOFf%`F5H;(4DEQ%R>)e{ji$Sn0SOu zWWp-cYb@)X+s;mjMZ2(+PS)x8jmx)5WVCP8S(dV%+bQS=ABP}C1|O|oy5H$io)YS2 zl;#VjOx_49Y;xxWj}7Je{=BgV>?c!RhkzT59jdY=ya?mA!hwcsopXiGjp!PgU^SCjZ#?>S8T3>8< z-i8_$^#e1F==!>zV5Zz_Qton5EX0hQU@HxyMs*@<{SQu>J;BsmfT2@xRDpw7&wXhUXL z`fAaUHOq6stH2jX`jUVf@a|6hzua1XpTT6vM0IXO?~a{1Fzc5oFF4uHJJz36S*Ea~ zBa;k4)F)p>U;m#;sLy)#pB-|zADN6H5e$7R7|fI@!zK-qEPqVK1H1iFobwRP5`?QI z!!8*8l;49Q+(PC4Z5_}3Bfwq!V8$oo3&;wot8Hr3rG(CDZ4W=xFEtVYS?G=$d*Rfip8wZd_cbkD%^ zDjJ|#ZH%zBvzU7%-it228n&J3A#QcUt(zuz2sXsR6Xj8e@bH`u^uwPasCk*&XA>Q4 zR%A`>AJv1=FKW%8h_g7VV8C*Q^$PDbyC3*ZO%S20mva=sR2RMa+FQ$87xSfO&lbsWZ;bKpm+^YKP7z%}GmpQETSBOq$Hm(h2*(>qv zVhmO!DiRVGDGgMkp`oYxwR!$Ao#jV`DQ4Eg+?D{8!f!aX^LY{K0o1|ntCG!1Vq|EH z5|Sv0^4&sjZWiI<{N3f(us5)mz36)?Q};&{Ec3JMU&U~@P?Y#Gp5USDRUvu&(M+*i zrNNqGgy9VUU|`@n>2hxr<3piY+vdQq&z%7VBB8kXgh>jNgp+HW$#<5^vA8wdH{l$P zncT4p1cO!Psa-c4$ECT98|0WQkz*sef z;#%P_Yy-z%?3ZE$EiuzPLW&F&wlEWow{T4*G6-Z=sk8U>&Qh4d*i3$jwsEbk2x&zQ z`*1S1ml8*ICJCsrnO+f!3hyKrm!7B$A?)q4i3*qN#Wrg71R@iW zt)FffW^ExiR3pCyh034k=JInkBLM3vus(_2uWB?Z2?D(b;pP`y1WyteRHly%o&}$x z?65~U)weNq(}uHw`OSvhU^Uv7tpB{&L(js9xY1*0&QTRJIu!1b_r(|WA51)|sd$EuRoBvS)03(P^*1nfNHHkV8xnm??i59Q7OM<5SuQS_#(!-FJ8qYi!b6XkmOo2<=>{~z9X4QdGf;z7vO z`s+3O!rpwSQv*w@CAahvXtEfw;4@bUw{_7~2aZ?98==%(Ouqc*;~z-CA+y2Z%MyN2 z3$6Ch{x!u>JqyQd2gfCm=%ZCe(>lEOYw@hXHjZvblF$=6P$;r`?I)P$ z3M&%R8x8EDE0L>n6_`d$r5-y?&oBKM78k|u+2ex<_nbiqC^*bq+irAgYZH6VC^#-8In;&F{$(pf9GpZ7U97{rvZKKC6nnH zEc2%VQRxCQDBL*Vvf>>VwFzGCsLi_nA zLti0esBzS-6O}QRr)wi^0II#&pK4D?LJUgYJC@D^QhFR{vtN0&bB;qSb<}GANN``Fls{B^vT5(ladkxI@1Q0V4vPLrG8| zYe14gqNM~6L|*T&n+aZV2FZBZtzYCX_DKX}yH~1t$_xZ*perLmo27YtnRo+B2;fDz zyxU^EF^(4yNtH#eN_VLb6(M{X6?1mP9A_xC-s#H<%8#`Cuk=pp$o7>Wcl44M34BLY z0Ia%9>4tP-0rm*ug%S6QXojxVtauZyQ?nl+vWgbz*r$u{C6O|bYK~B2OOR*ToALgH z8DPDRKYe(PMGK+OnhZ-{68asfg^*coYzT<=w>277d?FlRD2hBsAz`n4TrB&$ywQUV zJeqXQAT>T#_(sRIOr8x3DS;51J`IL^!YgW8krqYBuml!`bkqoZ6j%F-nxu?M!xI9w zx6ZRrlQ(Mc;`$^Sn8dt3K8{zn?5#o4WtMF_^wnP1AR z2l^qgEYpQu5b+9~>ue$xkA#qAG!x(SGIJgY2;6D67azjWudKw^!C_>uwSYTdX`$L= zDA*nZSAZ=z6G3H5gL%2M#qsXImTs0bqlTxLPHrvLr^hY6FubY>C(NJj-`~2><@<*; zh6H~H4oBIS!*t^&1w{s=SdXCuH;7>RL#8HE=uZ>%LfKltF^b4o=?)WhK6109 zoZ0+A*6mjb${XsZ)u4^t#6z`P2a(XR5p6~Ex20|)UK&xuQ8#B>y~fDcP+OV2S;sJ> zEaH6Mo(w|I7Ft&j-jsj4L-UIDrhBSrn9O!EzsibHrhXWbZ#j$bqvEB_X6q~Hpc6hF z6fWkQv{YNgb%6+vcZm|e8iELfu6^4rFrO&wk{*!$@Ass@tR!*f1!n|Tsk-m0Y{F+# zqnTDYw&(q}%4CvEH8d($jtT^srPrCez817LG^Of-9OS)i}p*1{_n8Cnzc{QuN#v4ub9;Fe2 z=r`19wqoaAUIWql-s$sH$Vm57efA9&c!!-pw}xYm;W%Y!Dez{10&e8=0AD3m7?~6q zoP6C32R0Yjqe$LVnYO4+7-ak^3_aj4aA|RdA-tbik%-VPGY>U}Y;uG{8 zlN#YIFqHnZRNVtI^q1>mib-`WCV0R=nz>g{sUi~8(q^`?00_a7;V$5wVBAk6^`*0e zP;=~&W8srJsam8}o;gx*`*RyW5flW7%cVU{*8>`=x!kPg2KF3Pn=R~K|4Ba)oE-9CY2VAksi|_h76njbb#hnftSET1#lwqDSvjkFNeX}tdb#a z?D5ZKT6ond%VZKzqog!2Iscs^05nNl&1D`RS%+ts$E-h>RFju_*~aSu*=Tjn{8^P`u-Ky>twhLtMR>mr@_RfW zBVrJ(_i{Ae?w~Ul(8b$W9$-bOTWH-4(lonhH9Z`7fKYne=4?JP>P>$PIfRM2OBwF=no6>)|W!nZcpU z0rXUbz?XKP7uBqo{`&43g~dd6b67_Ugg7T9f`(X$Q`k?Xj&%$urBw?PhhAQ!bx5Lf zLZK8hP+Yj^unc4I4hE^s?$sl)g^xp051r*7c)+eQmwr)vwL^^7EVY{-<65Bs3C<=5 z#878U2#bP`&8tdSI=@Nh>KO^$n5b&mhg9$EZ_XP)U|I@3R5cqD18&uNNo1c4W;BhU zVxfqQ#iEpJuv%SW>Vt1ywy>V3ONTStX$T~4nA*T}-lVQZ5`8K7qOx(PeLp3J&12xr zF`4MFNa9K9LlOLyFcJ`0$?=FVYs*P}zUAY}LSi=IT5MWN`J+^1?)=KYaq-|7vX+g8 z%Uo(TNJ(HVN*Wh%ECHAUSmM&DN+LQwU}dqN3Le5im2(5h%C;S7l328NX3N;eV@};` zx&dpzlEjR02HW!Y@<%I^8$)(*7$_pT8QEw?b%+O}7RhN86cP5-2M*Hc+GO z!JFX;$_`5Y5R6DsGW6LoDC z@&Bb#I$YrR^^L<$`%oCo&`j>@xoMEVNafz-C`AexCewAXVt$0rh;sc%-dB52{6qaL z{EI)0x$$LKJeUGn$Q+b0E{nW(i0Y>38)u?7GIzxh2${vj%(kRQ%vnT9(YN6+F-*6F zfq7OL$PUtxnS>h(>o+kG!j8kR*SpgB6ly`<^ZY01TQ}S0IKwhvHb+-SQlR0Gq`VF- z+z@;93}W==SK@)Qxi61WYwT$TAx>B~M@^{DKyI^G;KP5k5P(0aniP5ydFqb%}E}tWo!E);-qU0oRcNg42OE#swy|>kYGoOO`HJ zrkToKZc7WPaK;wUwAPI5-FY7?RTr+y=wmlL%IrgyNyePbHzw- z-ZPRpP9e7g@*JinqdilAWdavbc!k7%hE(lICQ5qI(&WhrW^Vph>x^k37tXCgepvO~ z*cSAK5z6FJzMJD>A>U?KN_&Kk53ZsT1~{_;B?wl>JpTGUwyGpzTE82j`E>TlY_F&U z+`G%^*D@2iE4E4YQpY2Dc=C0UXbX2KDx?^OATt6q@WK=BUVi76;ubo+Mf{VuB2|O2 z7XO5b?DmrW0mYBl!ND~W$g?DUgKg#Op zc5J8-i0+M-v{0yeMnyNc+t3-+GGGh_2W$|d@AQ~5cI%CBIlpM|zS^S+&~-?_i8q8c&T%qAh#~o| zIC@sd2{r~%zbAB97)W`LuieE^kdhrI@gfboe?t%>scu~{lMjpA{)@A z5xMS>#3qDn!{%Q43_}lJbe0>BnHU5_Y?R>fHRhZqzAX!S6C^Jc`K}!3$Xd;Ey`KrC zD&K6OqztIqW|(yB9SvB;HS^l&rx3%ndsXrmD@viFn>ECgwg?*#n+Hu(F7ABl#RvcZ zXNj3sTQZ!Y85nr5%Z{e+j|`!rbO14Wm@?29$cMuIPauMJHox-Kfpthm#MNwz?_HUI zolc+DBP-C8s3tyG%BFwFH_6_F-+m(x5uWctrN}UO*_vUjz{S_q7t4lZ=#z1EMFPdy zNq9E~%e3YrA$OLUe_e1H?-Oh)Q_ENBP8))JIqmVe1!GQRo^V%vdCEfN9uJlDn&0F0|_y4CN(iRl|V+sn{_7qK|&&hVaE2Iu=@S+ z+<6Jf)BI2-q9a;P8nZh0Npw1b>N;%v#sPM!sL=#sAerCn4>NMi=^b37+a!}v5SyST zgmO75bT#g1nt6_ifVWlK!vt{_w9f0DcOJ3LET)`xzlKS5kB>DI-7`@=FcnBh$abhu z!QpxxctG1!*CwTim@ARv_uS(N8f2~3D(!yfF#m7LB(0PC`Ql)X|BI67t`7U)1(oxp}kNaav* zawb!yQiSzSod(mE^93G7z4F8 zm(^hUGTUQ)ONc;t845BI2h*07YAPL*warWKksOSq4Ru;JjcOR`+uMk5K>?+>;F8Zp z{1QMG#i2{!F^eN23X~D*aq>Juc?i{28D*o9?!b;TjHw4^Q*B4p{HVuEwjV`qJxGaN zv^c>q=&&^;#4#PWDhg$*Ldg~MuPz_rtn&ylQnJLve7<-%(3QJ}2*SAN@1>zwN-bGZwC?`TEAiG~JO<#E5$}H5vrl7hpL8XRX zGj(D`q1b#7vN$MjHEmdm)w8$8yq5VWYa!3HdLutT6t8Nk;By!(AbBmUH7aX4r2I#jdPA%ixx;-AlAkTzNV5XC<)cy znyH*lC4D3ghX>CMP)^U}wxdB0j9Mn}%-jg)iaUjCq@W})Yl&{8c9k0*89L!+KbTj3 zgHsBl^f=%4IxaMQLk}X??;Fpr<;6k&bOkA`-Dj&0l(r4wB$ZM5K-*~Ps_s?~+Cb@E z)+1EWd@$g^wk?ldsLtvDEme%TJg1i~j8oPCtn^iG8OvOzozix`5(Fk`S8PPaB8j~N zMfGkJFL>ruQYit>4jV8%AwHx58DG&p>Q;^c>cVgnmUPA@SrbOvRP=PbZG>C%COZZ_ z=#kIEg7j@4(aqDLyTUzl!r5>o*h6e5i=`Kci#|=2t}_6~O(HOXM9a*2#XTUVbhWvN&(Qg$@< z3QehcF$41zNMOSDY>YBM)Cg7S-lw!iO{$h%i|s&({^SdM%$|@Y^R<*kY?0wdAGRiW zovXtFI#ftTR^yrNV87lAN6bG9nTh2#^$7*J#mxevnC#6Vn36xvqZS%LE!X@RQHKfCmkcAV{{e$u-c8TX#!> zL5V=%uq(e8v^CO85{z1R+^7y3HaF72MjF$u{>Z5fqiU%}vO>b~VlT#>9c-x*Jfj9_ zRI}MTq7Dt|uPHq6f`x1vKr5ps%r#qN_%SL^3m&D?p;?w>hZ~^muYJk(A*#9oY?BYY zl~NZ5Fq9`Bc%OHGNmWb;XpR--O>ON3{-%SIaCcxV*B?^}uZ6bT)<$@me2l*rA!xlZ z>n29FOVaN&9e~ic9(==v;^@I)?YM&vDcNw?EfQ?VOE)_8#*Wn|06BwDpqbCd%^Ad? z=}brGyx6n#U5yui<4HzovbA5n5eOnQ-U+Wn!n+YmPyHUYsitpDh!un|FM}vC+@aEV zv@O$tfA$9?EU$s!p>d>;C+^I@SdyYelYXjDx~a zhDN*6vUeA2-nK!AjW0Do5;kBi-M^3*ubO*TzAuHB+~dZY1c2|31Hj4s${eW?v!fP) z?{FPQ2uh~TYh{fjp|JRdZJ?=m+p0dk3KfEa20rQtvBCf&$IUyqo~?56ZqLUXT3=6N zC+mI`MRi$j@NFU^z98ex9MV-(B!{l)*iEPNQb5lqh%@P z!_%#`-rK2bori~vLuan-R#ib~IjFviZ(hbG{sz1JX=PbVm+@q+rqSsiO)P7B@HBaLrE%PbgSuhD`~ zQJwSK&UolS(E6u&QO3|0SiEDUFs84Oao@1zP<|+J*M#zk&D^tABleRvb~>n8FC#m} z0fAp|@r5X}zYAavA8W!ImZWSVfo?qk(s@2YxI>bCJSivR)B7xdbIo{4IOWpYERBHv znIAzAVARC|Y(miMbrP|7J}UF@*mq6x2Il$szBEFp{0&*6{2yLa*=>aUwZ`y9Yu%&J?4keT+ zQOuv66%oL&UfJ;YL6f>-F$oXU9js6e>2JQDHYF`Um4YVCP&a;@yK=+HSUDmpzj~{> zXoj?kcYku_x`k(VGlX^Ge4gf}$flGE!>|vu6~`-r<&%n%Fc+!?GM*-QyY=%o(OaGG zCOebP0%?BQX}|_XQj~nokt1uh7Lj=u(o;(GmDE+Y`ykmF%-AToZ!Dq&Q(`VLYK(T~ z-mFGXfR8!b@H(}X&fK3Sw+5aot)lhfE0(oZ3lTer*BDnpQ|cR-3mYSUaq|jfpvvC` z*-1>Oo*DXjDY5QY$G*0L(flhbUfp0*6ZLFIm|b`qP7fXwioxq;ipCaItEnIvS{@Xf zWP`7A;*V;;fh^Kgg9ZiwSOO;+sPnpZZF?F_TI>--Lxq*9*;&|QA@L4VMt;vWGjA&6 zrS?R>K{oSssaHkAA@8HxaFL#mG~|xvypPs`y=iO3+v8jU%5^m_z7JxP?RB(PrzYW% z-X1V{$u9YMG$J~C4B*95Q9xXb+iBBp@g6)^*x9IT)3jkOF@3_MULwEg!dO(vL zp;YXs0BWi)SKjk=EUE13(yL1@MW`$&@W$j7$iG7sF&AX^RL>(06J~ zmy6{|(9$`#FQ33YH=qqKv-7d9c3=Xh8aF8lv&u^e?vc}hh6BRSWm00ZgM>u)x=sN! z#Lca(VW!Y6(u{v@G%D4DS)q+T9qfJ{K=h5p6Ow<>;0OKx4ItsscOjXnZ#~fn5=4?X&s` zXeTh-_>QYQo44lVSt_N20Qxhw<^9k*o?;!SW6}+t2TG%LGg328q*>f}Z>AdsG%9Ed z0mACISF|ND3!RxhMs<&;?Y;BtcqNf?y{6;!5W21GfR4ewr?7=OP zZUyR|5ZO_xk5B}s2y;E1&&t4JwqEACe@}FlsmtRTI>RA`d`OuqReB z!6r?CQE+&|lSuy7AtjWB=^y4@sY8f*U{r2i5!I3b^5R)V)A3qm z@t6zxVbxCEHHBlGJw4gE6y3KHgQfl0q+^mipVG!3fuf+$Q98w9oo8*7ynBHELki^j z$*MyzMGXa!l%??fq9C$5Bp@Kzxy2R$?yQhFoBCA(1uTeMTl_ug`)PsFP0b z4^p*nJ*8izZU15~n`{SNSYrZ&17}@0cy4dKjPvQ8kRaBtKr!ceoupz+T=4vVm}0&d zvBEKFCNWTG(zdgG<3yz+8z*pNlB7gJ#*2f-pSSH<)tk(YANhYec|4r9<{&z)58I__ zY_baIaTjDI)H1Wdz9n%7m`xVEAqNbZ zrv)L3jkkhN!{yV=&ntw}FmDzl`7ROPGn-LIBR_X+{#I215BfgxoaE1TF?ULC z9<~bSio&5#oahbDeB;c)9M_0BP$0n%-xiM3QsEM0R=*-;3E_Erdkr9Pi9$v$eo@_w zQbBk6u~Y4bJ+o=tEtvJgdvU3IT;>r&@cPbfnvEoF4l?i)K8V(m%pm$8d==N|DTc=n zef3m|5F$b|S%L}6`J*t-pm>`zfCk%>`K+)Uy|gfpmhGz*#kDO58UmPx*fd}#0~_8R zlulM7zmra;?1h0$3GQg-9@E+$%VtO#Z`HL?WG1o6K35!BAMKhxopC$0(N!w)wbW_n zp-73Zmj6ULqQDbPSgjR9+b3rdCM15@_6XpU`K0g`lolMm757X%$XWr_%yfNoh%egUmFb zXq7BD@BDqg^9*!c?kmYvdV~ekfpbV-kDS4I1`*Stv}}c`aG013>zZ9irz5?ndu8_? ze0cltAM;tbGmx=3DMKcglhC8REb(9^PObzk$tIJs9B1~z)rsyp-*N{asDIV&BcU^G z2WjCM|AHnJmQWyO%;y(Z&E8}qU8)Qfg>$Z1-@NiWgCF8n$=EG|FJrxgQJMJvByM0` zO+dSBIjMnEJg&+Dn3X;}#yR=yEeul~Tqw1H&faR9EMk3j+S0*;vI9>mN1!aeF$ZQY z{3GUW2sF)G002QizQ0B7z^G5dpCj%v3Lm{F+OPGF@o+ETMgk>k$F<+H@ymx$GIVL3PR{#w>k5v9Y8>7fFv` zJ#iq9D3`v{Z=TS4c5oUzd1|1_PNQp=C-6-Ela>*+*f8}JUq5pB`UlhI9PdR;pZo6ZCd!7%lM=nf~;?qIyMhz zR+|$8(p)zcz^_)S!>%Q{Gl9?`UEM(jT)T%Xi6*@%wJDl4P3P+=4m8Wk%9C1DXmLIa z(HNt5@Zlp?w{gxH4;IL{Vrr-vLzoDpkO7I8_Vrz)ecy&3#oeD+o^uCsT?9x?D{F#9 zyUZ>vDPku0Mvpl>bs}0WPVnHTMa9*{*6Hed30wB5D+x2C0kJIN62A{7F%4r6n;Lkd zeuXlWD-n2_yzJDH%4RRF#MA3zyVn59IHQUzId{faZB-*bO|NW$+?nh7Qx= zXykojs-=L-5Y=L}YT?OW{=2VWF)uiDJQhQaoL(1u8_g!c3g4x~4)&0pQ`9WQD(4(p z#KkC*4IqUo4Kf>{J^!71@+qLI2zTor7KWHxj&RSJUoxirypsy_NE9}eCOt*sYT2Tz z$TEOa%&Soz;;yJ+=NR}C%*OkxaYj?TKx8UPO%(*jBn`oUDm9@JO%gwO8bvIlIX`>W zOL{O~+;$07IJi1gey5fGC6!ERP7R7K$G+%eqLi!cEi`cC_UG391mOsaN=tHD%QmGG zBR733a!MUd=M&vUlQy%S{0Cg~qZN!z>ML2pWr8eI zeO%=5n~MIh_AB`FP@)Te6I{X&jjS}^9veD+MA}JK?E7QMGL=a&0SQCb!}41(if?|* zD_(UwU))U*R?8LxnYwWmr4XjNSUS`Z!akl}sl$*in5x8;9rlGgAu=EU&3P`39#gq# z;3s8Q3$90==z0PHoXm2Alde+-9c0f5wpc(HO9L^1#-%GJi*qv`O7gQlQza$U5sj69 zkU{PV)=*_*Cm{ve3LJ$bs?7le_u#n}`JV!Ir6YlLl_CzuQft2>L09svf>eCd{5+b5 zYC6o7FkqKkDUbNj)P*x(;Adj#^=3gw@MU zCr>nS)1wW{Z!FZ82F(dYf*@B<%pdbd>oDH1u3ic~-rcQtVtmoB;9(Jcfp86Eku&6g zJY}nh++pwZH-^o}-ZE)MS45Dmqtd30S|!#t{xjpv^w+=LyS4ui;Z-j zeNH2~@OBkK9S@WL_d_JR>TP8OPZ1WhLNO7?(*!Hk0MoVMWvdxX`z|d>XSzYlB*5v3>dwC7v*7o7Cq`9YEhYFS z-=RgKSA^?C`iKXYGwZ|)TJPBCTLVxH*0wjc;7Mw3Na~>%e3ccmpR#tU$2?|eAqlQx zeC4!b@Z&6 zHG(j<2E|Z53WftwMmSe0{jy((#oh?TjsJoIVjWhz_O1w&HS~pVCdGN4q+mzBf-e>3 z`s5lZ7;CpCw2G3~xUQ+*b>Na#Y^8IWRklzQofRVIZO*YlIY?dT9=Q?=#0qK8nOQo; z$$?Zl3d^t3R9lAUZq!D|0tk~Hh>NC}428dTsD;+&jLVT-l~piuEFA@$J7rRAU2A(7 zP2^Kfa5Fxr2ug@LPe#1#P2?<+cTgrwMD=;xzMkj*5CCf9A+fFc&|i!dHF|`Z0&7RH zRpO<1FN@R%FirenBVv4N4w#YR$K+!PC3!T1<<=8{ag!Q8>uV@DrZ4}*j^mSyUab7C zcT0Hh@eGRqlOe#j#F{irN8?pDlngUF2^%k1x7Z!p9Gmu^nyj@iP;u(o1dH|XQm(Yk3w zTHk2qSa;YHX23oXJ@!;A+43D#>U&DAAkj=R#OcG8u1vineAluHhr=4r5 zHH9Qe&95r!?h8}6%KbUKuonJ4c+C;m7|?4ZsAj_E&eZ|uS96eC^@DqEYCszoS z6VQ1~q09GmgX#Xx2ClXOTmKH8VMNs~tN{UbvltZK*nSUJ6h$U`C~vXm5j8nRvX=#L z5vJ7*c%Vr&gu`a9&jhN7diW{nqfW1ROw9zN z&K8Qo*NOpDov!<8iHRPb_VeflMz+{z4UnAgZ9;d4L(-@qb)NAfhEq?g|zOG@grot*iKgnr0Xlap`}LkyH2bZb16ldK~H zOxOh^DY83TJHwdLLfiLkp?s%Fd(0u`(T%I65x5d{4}99B#`jb66yF~7v5~P@r;?Hy6|HTK7sbB}6Xj~M?8ylMsOED;`-da_$*)hCp;yB>0kR)v zTtJIQSgliQ_YBL>^=5FxVpU}Yr)-y%Odg)P&`luUM(u5xA+9EXDBqHccKL_hIfq5@dj zmRyegx$H_;dti(ay+#Leq;`B`OK=;!J>CwZa$q^aeee163R$!(S=Wb{>@G%zk8pyu z`1c|4S~J?X$)R&wWpzJ}AcI3eA>et1ngp%sUsz>5tG# zi5|`&Kny6F88JxNvEV(B5NaItBy6jx8Yh`KGe?HRj`mbxRIZzKVvyk;Q^&M)vI>Fi zO)p6mlbGSk1e?UB?V3@TQ%?HFWjhzr-K=|Roz>+-k6vjsLQLgHVPY?Uj2_FuS zfSYp?6fBbI19cMa=3)-nL5HQg;%J)U=-pcEMZP?7Dkh?mbDgaMu!Y%@ZSU3Vrk0yA zrLu&gqFT*FK?XQkOM<6lNg)#yiBTQjkczlp^q}~xtx3Wnwy8V?s389|>6aoG>_<*w z=MBzn4&@7^S1>Mx8UA0>Yr8KXS#r;Dm#K2M;|ESP2QD1akE=t+jj?rTAdFdqrb+0| zGf1ioUMA=m>ni&g}D}RLfd3v)nrB4%oWZ~%1WLirO>$0(S-m}I&G(H3x znE*2&mP`M0`v%CJVJbT)3I?nMw3%KTkn8Yp4Wzl#4;#SF=A&^#qqo9JNlWBoNlK51qD?YHf{qKX z;?(oe90@RyC7w$m&s!T94aiZ1ZsYv%&LI4RClo3SXXYD_8Xh=*8-1XmkDIvqPb*@-_*ydC=6zx3VpkfCxKfSGwSYbD#dMU(3Sv+5(%%4 z^tGq8u-S!VSbvT}?p@`Pdpvxk2vJmTD@^u@_cV)9Nc=VYkYHNlPC&Fd)n73z=75bc zj-+u};dK^nO&qOH@{Sa5s`n#iddL)1VI1fWoTr^0%)0>SK)NCIgdLe72?wiYQ{`7G zQyb>W;@u_?x)VKtRpBJ0`l@D|a;bgBm{A1_{OKV>7K=)=-^I2KsS=%IKcs)Ys{c%% z&Grb+mhOUlg8VJq#QeIH-^0zDXGLdkBc)?yab}pd^0U>|xi={a3HC)%S6`IO0Is+p zl4~2R2q>#hAMj^v9yyINC>Y!1O6zKolS586ewyP)W*L7o#TH-VBmRsVBrIqiDHuTLi+qR>Ecyy5 zh87t7L?pL?KE+@d&=L5XB?SSpxzB8_^5u0%!51DYC@6Er(-@O{* zG87jz1DP7C#~dSXieFOeCXsx=)c^L%_m;i;F3s>Dr5u283FSjA*S&0x#Y&E~v zJxm>^C7agr;1wvctt(gLBBB~nOhzXs+YUn*Y?!0>itHCCz@stjif_>jl7V@>XQR?r zFZgxOL!Pi)9*-yTq8Rnhqan3~f|5u@(VB1UFuE?lTt~GI)mq>;5iC(JuR)rYWe-72 z%e_!-PLb@M>dU~GwE~Y?Jb11q9NhD*Oj`9^(V-e+s>WK);d+kpb#^et?}rB_ggJrs zou*j3f+LRhJjp_mUy81zpS%9KLvd$}MZcMZ5rBP>&Ot;`>AsY9uNib`+wSCPV2a*h zLfkc_Ng7sX71*WZ!F3F(pQ>zs8Mo5eXn8kYQNNsDQ*h91ZEd`o7d-Z#{78#PI;hzC z6U&W)F*Vk?2SF;x#+tmTDsQg{(GTTF&%V$CF-GTY1i>A8*yK0S8$^ruH`{;YZz|>` zM^m~r`^4!;as{-iv#(&Bxk~^bZx zg{`{Vy`N#Uk!LEI(-h0RL#vW}jyBna4+Hwp<0$UqLu9E|g-do$=^yyV>C40Sdf+M? zfe`&hHok1P+j$^T_W3Y-=q|zszq%cZ6%t&@Ng0xj0b_9ljA55bl&oCH&juJ$C*!bHg7v&SM#i_Y9oV6&42tx z?v;ZFn5N}J$>y+ud9nbgn3@g8!4{$x5*DSIA!~!1Yb3D7)8pzkrCily5|23m$7o}$ zW5l?vK{``#Rk<0Do_NVQqUsL}I<4(I!A2}y8NY5yRgsd8y1`_LPEDa&+D<@GbQXlV z3Vv0@AiA$5H9<~!g_&MuXA22WgoX9oYfzj3Oq#iVp8O!Vq8UyJ z8HogWEQkwL*Pp46*(eRG1d#8~G2p+ARov`;5D#LI=h(e*Dv4m$0#KjKNCpN(^SC`! zLi-8CuGsfN8Di@~p8a3uySk-lEi2zPv7NGY-?L#u)zYc%SpsUX$+<@@wP^0nwbL@d z=mf9gXmu!Ncu`B#m$fr4Nd@CjNased(-R8Lrsp_7iHIZ&lV|39?v;oYYC51E6a9laUHPwwUSO_-i=u%O z6gtNKK_UigJmRO@as{5%gkFlqN3QOQ7!gdyzVRI%R*(uv=tS||D zL&?lq<)FBWfZE&`{?4v5_UoX);8RlOcLoCX-OZAGmq8epE}>^E*1G@1Vvawc?IU4X zZGf@q;p8m|vO&lQ4bH@&ZpOLW@NMeM%rCV7`O2;Ox7a zg&mVB#rT<1d6MWymwlufiyN=*t~-!mgyfXDwarxG-AXT!DnsDSK&b42H;Ori6%nEY z%v{E4|LS3fPTv4Oczb4(3KM=GwFx?@Cs2!eR_os9Ub986>)Ku@_fHZ1ddyWcfVv_4 z8O~7QpP&jo6_LKw#p})?CeYBOm zg+Xvj?QNG!J!SgpwGY8AnB4HmzIcK5Pty)@j&+0q1iNnZ_rQh<4#hn5M4#Lh+K|e> zm(V3<0da6g(tID*&(_(~$Uy^e8FKG8jFX=w{?wD`V_$D%9u13nWj)+4y|JVd5r061n^XE#*^&n ziRtx^0f;d`t&(s^8{BS%noPJ(o5KcX9vb>HI9k)ZEc?dw%ERtJQKvN}zIM#F-eL8L z_{-tYgyws}%n@gZtsI7tjdem;m1PM_4iVgTkDt}<7ZuHbfcs7{2=6?;0h5SUrhcCF zQ9??)!lkI~wS=ooKBdjv)3c#j-QQst(Pr)3geMYjex)MO;;H-*V3h%lp;l>tO3F38|_KF19VuSoBVuQLPSdgqRypA-G$4&Y~(#RuTy#up6Tcap&E=jvlS~Vdp1d?sDo3tjQ2jIu1!f3h1BYc1G{)xgN)68!hhMLCmu3%Ss zYwfrBgxJEFS2*yJR6w7bE$}!}IA~n2Am|7O<%GI^>CkOJ`ikb52JLO@S;I8foj!ih znzDM~QaNt$%AGU?kGsu@0UhsccJXHPD$d@Xr!j>%RgvTl=L5R88p!E=V2c; zyhk!oP?TmGCre=y(SVOA&Jhf+!Ql!J4jXbjujahP^{{kA2o-DYh|l)+KPRjlfvdPv*k~M+bY`0to~Q zC0nnqTnjG|lO3Rd-qIW=$ZMcX2>{b#*PW~Y< zngMit(33Uo*$3Q(w0gVWwl}cqaCHs=-^#o!N$trYc8LoNnEXQ4T#b(8VMXN?yL6nEw1xEE4bEUde?x#)tDH4BClY&{4p z3~Zk-v<>c*kia09<#J67M?szydb^pno5L~wok@Z_Ip$g3VmPBGRpzsKAL$a*1S3vo ze}myGGf;`ekB5+{q19mzl~YKV{Q=6FS=PAP7Xg-F{akqovZNkAU74o~;T{}u*Xq=N zVTo5&%K&JmHWb|xxYBPyQfSjC&^!CA_-*GZJy0rfG-WlPvLn2+XfVz7p0nbP;ZXxT z3e!jd%sS5HO_-eDDEMtwL6lQ%M?Rt$1gfFOt8tcH3TD4esOjy90X`Zzn8Di)1}9Q8 zoM3s&W6=EX>XVdn+X>>nwPQ!$3AZVUF$$1uTAa}rB_7KHpUE-@eZ5VYAr#FH%kRT^ z9Z5!&gjzT7#xzTmQ+pTEv|T;OxdGazQj2DwBJ9WXZ1w^%gMy(W?xN&0!^2LnBY+XD z&w0BGy+B??hSc%rj#Q;et<`POK{V2Wv9Zo8rv;g4Jh|lDPjkZ2tr(Y)Rt~Qe7|j-@ z4Jv?Id%Bd3KuO6=DRO>|=|Q`tb%PbwzF^;*YaHDYQQ9dqrqQThz z&z>KL$iCX(z`4EWC6u7VD-)%?0ew$HDo(;KV#MEai9?Wi2aGm}$nsP&x?!Zwc09~< zB=be`5x^`kHOelXk*|yf?Ch}}|4tdqRN2JIkkEi^O9=6FumppMNNn(mL}i;Ri1}Qd zZaeb|WbAWTqo-S8*q7-4v3MJVMq0v5`cA{ajp-ETX{W;Q){v{%kGrn3u6_2i<|;Pd zWG~!8>O!mHG|B(u3`=luFUtK_i_f+)vbkPedNGYcB`GY zI3y4R#qb*LJj^e#wQV@dRj4K%4Wx`=V}@77FMB*g<%~l@T&~d*hKnN)rRfg2I*eme zOwZ+Blnl@e6+cm+Dc&CGeKlZ!rAT0>r;P2U(%fD<9$zRwtaYG@=pCFwKwK--Fgaz{ zq}V*}3jVk09Abiz@TXtEE+_>?$PcELS|T%qs{?U(>y2N3nE>-@YB*8~v5q#$?D zv(3w?OergsHMFNK-d-s)mx(UMAl2j^@0$V!hD_^&!d^y>-sAt{xLpGPTmZ)y|M0G1 zup8yV5G{)64J0L&wM`kGc+~0)q-wLbg*=)wVC(7jR=U`<3{modLxcr3tN4_W5EUqi z@|FCva$I?6V?5!Gu`ge3z%YL<1$OL;D-Ev@B#gx)+ew!2siird!HW!K3uC>T-|xl% z!XsyMJIzuGI*C2d z5E#Ua7TTy!{6Ws&d9ipku2J6!qjMf8&3nCka%LJU#gg%S$P}Z^EPfhh5{cX`+;ov6 zaYs$`o!yx_JjMyOK@!u0iG&ofuHf`lh@K~46k_F6TK&OlNP&b1&T_uUAgG_OLBOy- z?>G4DZZ=rwfIkMco{VC7>Ym|$Q2Hhluio7)R<}gC{UgR=BMnbZS6jNaY&YzBMbQ6U za^Z;C8Op}Cayp4h!L3^~$$6l{V7Tf>={&~iu_jVXtkbhotDx@_(R10Bw?y*i&*niF z$__n9<=3t->5UX}8OD?=Cxxa`D8zw~#X3Q0VoSti!m|j0A)g578RGkq)~6&xOR$$_ zY0Gr1T<#y7L6Z?DQm%b1q@-bTc9Y^M2XyWr%A*ae<=?nZtt7i zgXI-I%sr;v_+A(p;jRDY$6YAyaafePZ3QkYn06GDO}~eN0YuTaI!O%U#nGB{K9nic z2Ad-t_nOPs)&UX!&&lPsu9=6NZ(Lj@;2beo*G=VV=;cVv0^eC_+v4OeaQS)amqv z*??Dln&Jo$MiFc9xcj@7!lVp^@j&3p>-m?IU@8a=7=7L~RU{$HB%8&n4=HCmW<{M$ zqoYuq#VL42nwtJ~c$R#AwwCyo>OGX58<}s%sKz~h+?40( z9Dta?tkc)|uFYqfkg7pIw&!)Jba!CFOiCv8eAl%lcKyU-Hk~a&HyHP876UjF+yw6h zZAQ@hO;r{3MG*+ZT2lZlD>`#ZAja|Oz^jD$i2+@z{&QNYy;^`V!g0}=nCS3 z!}KT9?K_p!h%i1seqJT{=8@u%B$g7Y*qBhR3mQ&DbLk~%#$Xsh9O{qkha&ZKCR7>_ zl1Zh_&3l05g#tqEok<%N>$L-F#8Lm8A^5B)5=*u!jfcXPG`7u(GU8>%B>f5Mpm0mI zx3dqE#TOkikU9@2wpNVR>v-&fP?2ax*=6TLsQ_v6v-RC6$SOoO7vK~xO4CYSXko|0 z*+Krp)1dO}XK-(VY>qx7YGOo zX#7ilFEtHdSV2?Kq9kD!zK`RV7F)a|T-aYqGIx(EG#Hf{9SnX&E|xr_)=+_jc`>iF zL7{!6pl09|TY|HjKi9W_41zK*?+Y7Oz~c2ZQ$EHBQ8cSYR-&Y_A5$ zllayJ>;hFrx^2#-EjfAAXy1TB0u#l?kT4+Dn6!@jg_KFW2d1JL8aVB(T*T=N5{VR_ zv!jR3OYxm;uB!59hs-s^<1tw;GefWnSL`lM9G2PY3ERwNiD4lDM^O#Ti3k;+V`q=$ zrw{K;bL~$c8B@(tirNuzp=If=Q+JKAAc=wlxh%|Jbayn<-QTO8TEsQ=NeVqJU@jc0!r=<$ygqO} zvRvKUFo%6N3e@rjFzF4Iu*%qBSe5s3oYON6Ryfe-@-K=h!f{9T=y#OVADNn3VT(~} z$0mTCg4pf(IYx*~j+#6MQ#&U|>bS6Oh$i>*JzS8%j@VZTEqYqvGxZtM6lXEZKSIOrr~+%Y600~eSWF}jQX`y352FAjz11WD~-TEm$!S~!z}q=*-_+Pn(E_=cAi z2;|YW=#mJ19dajWs`2mP4?*U5)tXBc6sG5gCMwb@%DrbR(2PMiS300S^aV9P2yn3s zmCgnkY8^hhI}k`N1g@ID_a?+h?`9GLHI6W&4`;}ppEDY=K(T%_rvcTPlH9@$F3TXa z)m#ox)0iD+DH)$z-$SvM_F;@N7lvzdMIu0tE{j~c1k6-}X`l=uj0|XQFhU zO)%;eY|*7Y)7cZ`nm5)+x-6GbgY$B`N9HV&>Ha5l&NaNa{xzurDPu-;CJ6C+6k-LU zk$^pX-+BgvB>I)cEF5t>pp!-L}{$MwBM z`)W!Sz;p}k=6TFwTAFO^xIu|N4<)>04m%R-28Lgu6?`Ew`1%%5n{t_DCm=O4y8Jxb zL8TLpD1k>n(Y)SL;lZgQ{mdCLTH!rJ%=jb(RC8z1Qxvl=fe}rKPr%6R}0AoNDUCuvw zd-4%(bT!wjiB;)PijwN6DAvtI+_$51gMTZxhdi_P@CE~jbWN&5A%O3YMuLO+2rYHH zN*@S3Gj>brz6{qZZakeSDA6F=VdfV_T*6^56fy(P1QY74Jlc2^zWX^e+fyD>#IG?Z zd1E)YL!HET&Gk^Jmh3S=KXi-14Kw!lcXj5VJXa8LcT;1St)kcHG`y!4buC%Y)G(=s;HN`ohBv zd*6abH)Y((&K$HxMisC*Kp?Q{+OtW?g}1ihG3k|SaOtCluP2c%kD|m$msTSL#!F1$ zv!4qzK%^Pn%LX(fD)jm}J93}DB~6IE`dNBcPGBlO#)x#ja5r+sls(ySdE2^mn-Tgk zxo1yws@9ejE`STh0p{k>wKNeIo5tw7Bg+O1wocVzi&jJu)lPjX!@ZcWn)d502q*FK zO1-^PTuPURELEbW(!}y-$aTdIe$KZ_JZpKsVdib^&}RYps1L|0tb=ZUafLCy?2}$AU`{nc@lz{0x+h8x;)J+`PPnx^ zl0}a&K|y4#hHsv~?a7uHo1^m?c$$4e-mF)Qc9WbfJIX?W@JV^ZXB2?6zR3-5)H)#; z<-f}Hu-!>{ zXmZ$YfdSX0RyNU9V)yAMvqB4ob|0BTkcW2m3&FR2cA=A`x006i+G&uKRUh;E;b1$p z1D?HTbxv4-)gj-)iy2f>rtIk5W+a}SbTs%pwlq{FTeBZKK}kYppd`dPIdvG3HvyCd zQ+1#~QwC?!`?VM)xn>DH!y2U_=sZ>1(!xw6slQI|U*ID@mUk5ju(0>sf|^d%8DJV} zO*0X%D_s-QZ>~}6#{msXk>6lW7`OZA_Zp0ZW6*5uBPho z!ERlW53h#KvWrnHzER3s5}-P^gnJtA8(UA7LH(#fdWGP{J*L9T9|(;#cC_DyK5ToW zvfGOLFNJsp&lqfcM)rOpc7zJMhS9dKblrCT%sB74>%q6<%MWOF$vbb7y| zs;QQhINyy$gdXayS!RNFe5z|wl3)2D+D?glJRqK4b^}TVKC0ar;U)*G zalunHnWzy~Ah{Lw+OuU^?JRN#OXrEMP27!nCOAdMzK0OUvu)DN6-2yTaZH`H znMP47U6CXK>9PQX;ro^dCbYbmPMMx+hR#{$kY1txknZ!?n0(pj*W2S3OVzfliVK=* zu>Bk5lC4Q_+t3>=RW}?ko+v_J505eqnzM?j{8PdN;L@bj=xI<{<) z$4q-rFT5sQK=D~~XXdBrM#zOGzY5RPfp4^4Y}s*;77?LQV|Z;+WGrg=G9{1Od$3TH)%aG4NRXz|$H`yQJm z9OvM|b#CotY~y|%39u~IdZCN31FTqG+>ai}GERo&c%3LH?HIJ{o7w%-R( z<+fFJS{E5t7AmfvDwO)RB@!|R(w2VCND5t_&Am6Y%?SVW93_0pjC4zWRWPT+TB zpm0juDV-7E<@D9gi4NbqHUgO>SWF2Iw`gfYuLmJr1V+Ps`DLgbLpgXVDxar=MNONe zF-M}Zmn`xDbAE^~{nm#vyTTgE`3*hsVR@UKPdYeVChM=`#X{v-!un^nb>?zd>C$Kd zRQpy9{EmqoVDh%ZJ~}{$TahBR5fw%AN_5AZ_2NT0l48dcHW+|ObQpYY!~dJZn_%hBYB`2LDfht0!;1Uoyo?*Of(Whth* z%?r`a)kPbc4J^1-QL8sbgtMr&9gnty?2xu->f(uiG+0)0{Xo$VJ4*X=NTM<*Op|^Q zf~}jjx5eR6R~qqE8V1gbx{Kgcb|mdp7@q@sGEZc4bHJQuXJw}_<;7B{awq)c)FVj^sbKvz-FRQJMff^?#Y7%OPN)bh7aVJ@ zcpQca?TB8~G5P9-!;g9EBdE+DGnU!IXnK%|epjo0eHO_j)uV>&8zQ26MiD)=wJDiH z#QfRuNkV)gS%SN`Myv#QbHS=-==jZJSgUL4TVv^+z{C#idtwj0?=Tp^UwB7c5KVqcl-eXoDx7iSAYbuNf<{<37It&v z4{D+p=Y{#nKhI2z2*m_u`xA2k@(0$4Rcke^mJYPBue>&hU7^0%K*-MLX1H{0 z5ws|E{MWEYEmWhg#tjtqi7q?~NJ=lXF^5~vBP4pi=8`^qsjY0_(;OnH&XaJ(z&gAO za1z}yTeLzwa%psEje*3$1sv&H)g*5b%T05E;6^OT@D_GoDBUdZ$_2&?d`1SA7~slD zLY$)&{+Dit9u8SgNlb~OfbMT zxy2Iko;5lYxh>eER8B2N<2Q`^37qyP%p-qPP6qL!UvT)eQ0 zYS{MLN^qu7zfC6lrS%3XmW;95DK3gcLh)*dLMn``sbZrlHCHD>k9DqmIgEDBNYlv1 z)?n#8g14K%MBKppH?Ps8!4aYtD(^xfwkwNYn6|%fbLK4hcr4zxo;!p4vitf>J?^1NJ28l%Vw7KKVzB-_$YeN<&2{x5P6vH>kBU@*D9+%ycV*= zRxB-``OPgE)k{WcoHtG)_qU6Dov)|T+=uK2B0u{a$6xEycISOl?xZxe`6NY4{?YBRGH;RZje*Zfta(KU> z%>+6iJH`8y+dNzKY$S&5^i4ITnj~ z$tm#_TQnE=Ck7pVY$$@!C&y~qLMWe1mp~PIh3lryMB0v$JIG=K^><| z9fU1WIT#(2sR4Q65T$gPQfZaNZDhqp02>P<;YI*O+5+TNRUu0Bl1P%2Bi$JD2ZPyl z|8=;fs0h1?G|LDPN539SAB?b-XL{xDGCJY$@HL5KOs@$1AnFrLGT_Ieu%crbF8ry$ zLQ~A3)%!q^_d4_3eQApvv1~Tga4q}JXSYn2!ZU&ZV&v|*GPB7YKqfA6x7ycoLNr@Q zI435(rv9~7Xo{hDi&EPcr-0n-fGqA87eZ3dd%jX&koZzNAxP71d!|oPg)#v?$HG3- zY_x^#zs!rY?nYLFs!NX)gV3yyBHF3wpDg7g-_H#fIbj-y!qz%Pg<#(ldscAO;GhOy zrNubNELDOA#zf8)#tJSFSlFC#MfrE-q%tvB5LsMzxdahU{t-`Bv$_^I=PwT(Iy!eZ zBl<%%zO#NA5&aajPxXyWT8SPhp3iF+Lr^r^ej&U#Nn&wzbyRw!9DPvrFh9_lfU<^h zs>O~!ii^>6;eHfy35zUU+)gRIS+%Nb^3+RjoP&UH)r|-XdWo~yu+$AMW3En*NA|l5 ztI~2!9ccz#$9MtX<}PtKw-~i7Kw`(cDM>ga7gO4j>?}(XYHcA}PLlM>mbI$fqf>Q! zSVQ}RS^ve%y`VfVo^#~xyQ(yis*5FtYljk;Mch~{$YOqW*4F3dIp=f8A|8vAMt>|r z8C*_jSU|nTysLJ0!ZZsIBAjlAaR@|m(r~6rTf~RYiNxm-DcQnu@3#nZDntQSAeKy)oGwv3@P%U~^4{EEB4 zKK^;IWK@5G)%`|d%!Iq!?jC2L+Q#w4UH&hz_=Ht_UCjz;X2&en4G@8mTkL0hYfkhz zaEifB$}UjAxM^794GgZ@szbzNJp@$b4YRdzZe5+7@j0?vfVYu?bQvOI@4tgOE3HUW zA2y8CU4+Q_KsP`<@E3vvEhxeu4ZSB$V|55A@T_Kcky>l@kcMdn1O4FZ%!8b%1h7W!MFv$r@YsQJEw z+MZDPvm-y<9VR{Oq?C!l-2T=~pbPT=>j#U>jyezez*L)lVI8Xh!QwEJ0+An-7kS=^ zD5GyGW4GgUqGCk2xaIHbxGxx|n=6i@9aIpl4g^{^Ue*RfX+w-~w68_w>+dBa7yvUU6sU*MN)0 z+VVFx%5N_A9u}|$e^g5~>tClZQ*)0KgrKVBDY{zQq&~CWq76arkoEG|&hjaO30VLW zAYqkhe=w?WhhjAnfZb)oLJ&3T*F??ineEdkI=qc4?8uI)mwkhpH|>_T7K}&%-B#nt zS3fQ-*HHs#ihx_rjV>9{fvHgw1lSY&WQ50tJzt*^Aze+hlhHz)Jt2-#OvDOjbp z|GVvF%x-KcGQ0i5iUGlx#l90u{;h6w6sX!G@Q!AfS{cQP6QNEJJ0N?@6bO0zvf+I+ zjCdx7&w*0RsM*=d%HI<0U_{YB_-Jr*%2%ef%VIY#FZjkf(pXi`$Up9RagXBT8LUN+ zt3EXXC2*6@Kh-GbwQ9jL-dwqqof^aY=69>XE2HNkL9UU-k!Ggvl>~APNRn_Jeb2qLGZKvbfT=WB{IFSO)?tN&OLRq7SZ2EB zG`r+@77i7JF*Uqax|qON{FseOS`PahL1yAtD9TmJrF7=s2Qf*bj4Zf=OSovK@^a-5 z-RK%fsQASSl~kP#I12&=7&ro(G0!Q&iwm@lV`K7TF30^mNkcd&A`uMniV-Jh=w#6K z3Gq1k@wL@Eq72V27S*?Ca8)=;_}?p!fda`^U|O79VU<;Zq$r$@#Pkew48|3gs^N07 zIVI%}9xnc)RrU{Ek?4%{YYS}~#4=qp7ru3kQ?i?LOSJw^NcusA!(nHCFLx3u)eJ80 z&!s;2Ham5#`Od>Dtzr&R;>ytn7ffch`MSdwN;-0Sl+V1+i3b{O0R{vYBy0=3ftWl+ zDlhgxrR_CNRCTGp%yd%)^WjjygQ=4Yu4#1a_-R;$G}JG=@&=tYzYE8PSI+liDY;-Y zq29LCc$JRGGs*?oo(q)xJrFGR-W!WYqika)-=r}7nnWT3C;*!g+gX0tm2o{VBVNH9 zu*De&u3$sB#H88gbz?Kcv`u_|=B0{FFJ+x4@`ER)1-rfyoWBrIvw(U5}b0FGvXo!Arr<|xRKLbJC_ zfrtJnVlm?Td{c>+T`!&kC8Chy=1^KBRj6#m;xC}cQORL{SN!KZkYI~knw`(H^&{VV zRn4}u{=2(S5>Q0LYAnv>DCv|FxIzd7!z^sy`F+cLuNrwu6WB{a?A)X^eu;9J(&>N$IdVqNOYX83d=M9j; zLInsS(^$3LU5G|~ookRJ1Y}u&(0CurXH@BRk0cBg?rNEvjZpv07)wQpBtBaR@k=)x zDFTmN@oe^bci}P~q6m-AfRBZO1O%fK!6c&HBU84Bt){qQzCJpR>mga1+;GH~hC%g& z-;Eyr75^cY7X%VnYIV=ZyeSwPjTa>{tf{s~J3>tN&k&JbzisMj@3>hd!SgD{x?|N) zdQs+!(3UqYAILjd{=`g)NQW{Y;gx6isVUU`_e^%7-vvc+h!S%p0s{DSz#vQrVzLR@1kC5+!!L=5wER6C@op;&XZ}Df7h(t_;85n@VSI>3k$O!GPx%~s;+)Upg zZPL<@Mnz|}poYLRlfBqsSyEbMCyd1;Hv=J*jyW;v9WZSYuV5{~T~n%3gHz9pXxsY})^N{Gv)t~M?EPkK z%et_q1jX?ILd`LzW1YObWC?ieHr|{DX1P{5 z1;Vv#k(*E;Q2g=xLtIG68H7JIR14~`%)-d0LNQ0wq7R+Rn2mVEZ<%OhdU~D2OBuWx zjT2H!eGr#{W6q!2Y`zM;!D=T(`-i9HZ+}1e6CTWP!G{Qs9t)mK9tnB~l-SD*S?ktC^*!_l+X5-gBppbR}!;r$+lKD9qtvvvk0q?A9C<7G5Y?C6Q^=h3NxEsLmT7ep8PU z{?MPF4u<>F#)jllgSAlREfEqyGJc7v&2nLMf!fyHp}}BcZ-V`pHUMZupdKck{}om> z3~k%$n zI*gOb@Btq<;H7d5Rv6A()5b07?f^2qAmKNAV!8;XR0O~W=md)xHEwr`e4-3VP`U9N zO*zvrhg`odVZq_r)A9Jg$Bs*D>05c+_+y+f=IgHlxQV9%5nvi>>Jb;+qE{0M^VMQ9 zl|nEt&92oZ%&rg)h$ldR5=eqH6w$aU+N{<>9*H&&xM_wc*5T-uW)tg2aJMAldKu94 zG`NK>_cJsIMO^-2K#|P-_4$diNFduP(gn~N2H>rVzT4`QH591Xjc%V?<-$}zWG-0! zd5E5Yy?{ihu`xL_B0|)u?cc3*&{4QpL#A$9TKGWNkxv*M7Ij78wLBe?%lPq zk_Fe7xMHq>GMFn-Q)g!6M$9HPZ?_wY=J#cVBX)VQS=1uCALOT^oOHj3w3xj41i#@y zUzMZjak{7j73XoHC{+|TH|uk%MPa1cl!$#_@(ypOjSV`Bw66w^wFSJo;&a-zHKqqx zn65U*rCzIM>ni)PderAK6AYT{SMl9U-=5}-tCpp@+6Zt`Y9wh_e*HnM#1vKv_Z97O z{n~i5YXEE>4TXxb&roI(Ms@s6YF|?s;4LoUUBD8IG5aNHUS>^N#j9PjvzrDkgGJpE zWWo|8_K~!~-Z(W#r@Z^vXFpF3c(Wt+BWM#m$#?Ol`2?;cQ5t(d@eMs%{|(eJ zfq?ANb5Mhsnz9EMtH)p^$xG&+bC(;``8|$!iIVjAIjMH4W7#|j=-^aRtwJLl_#G_r z=((-dyr7B~zTG?qZDgWe^uQr>^RiFP=lInkXpUOAjYPtkuCmZPk9R5@n2I*!KE@*c zn>@iWq|^B4DS0eR+KMhh#)@;So0kcOu(?U)PySu@9jmp=lz+(U72;Ab#dOEh(F)}x z@-A+`430ijId96I%bLC=97{49A-$|?ado_$a)@UtQnngCRdPy06>e;AYJ*%Y|9LA7qh3du-_`ASwhOJ!ffGb!QngBIC$zZX#K6Yuz?6&ZEn=4U(0PmXx zq1001A#I92-P{+9rX}%u4eNs?hBve~`LMiTA8av1tw#zqGOa0%nYA<{e2QsvV9_rY zq4~p#oWI3!fUmY(QHY6;7a>uq5=*)$iNT|z3j#K1jA@^K7zJ3+#b3I5F0R#HK_2UO z&(_pE16MB^7YI0!CVbB3Fpn^Pd^**xxAElz=V$Sb@%TRLXx}gmjdN5- zw1%wY%vg|lhAE~MYB-5_6kb2LV~oH9lwj#9nB6b*EQ_)e8T%C2feLDUm(1V^0FTo) za&7(N)+12Dyb$Ci$Z7c3C*Rib#-;tN`_J*nG!IBAz%!d0T1QA3HX+4y>CN~u5xWFF zpCMioUju2E2pAa6+COI-dkRR@8qPM~Q}wT}3Jif%k*cp}y%FvgNt1$47_vHH<`hCh zugx|y{K`7Wdc&r{qnY?MW+=O;N;y|Ca0$piGF+Z6Rvw3Ty>%jtr@~pdG}Z*q?YJ3G z`Er9(Q8DQa;6yRV@=29uZsx4L`;5I?%q~r8l8+>RwsE5@Lb%yna+4N!{>MiVgM3@}EH>L0@~thy_TnhLc1$f{tPYR}Jl5Pk#jIl1&WU=y%fVHJSQ zugMbtvv*7B~XRFsK0ybn5z=C+Yso#X-qsO_UWxI)} zmgw9Ocvb(ESUGXJHJcX(pixPWXo;-GFh;3EoEE|{36w@B$V*$Iiq?>Dyu9VgMeeFvBN1dAF~9UNtF<= z=TS_MbbI4U@EDDuKqDB$CZ-^>aOsDVq3-zW<+JOM`4h-dmX+FU+nue{UC(G&vW6`3 zNiyVJFyLXu8}}|~s|aE3>q_=f9zz+()3ivlc94ul=ly=Rm=>3^n%vvE46B}Dgjf|c z_)M>Mfs$1*P)_Ej!m^H!x&^du$U~dLlOoN8kgDJXnYJW53EN-j$tj{{)?xfeM~%{+ zhZJsDQXU0$--GbsDIoIZbm)135N&|@ehmDjarK{17_h@o5-K+lK@Upt#p58cB&~2n z(Y9SDlpa%gue4F`#sNqWrM-`))G|9rO^rpnWVMMlE!r5`-hpaJBVHvz<|GnT={d>s zKM7}@(uOiQAJuA|sb#*WM1)XVQ^ZiT{;&unEClEm^fYu`Oa5-bvqnLlpWKI#+?)vE zBf^_ICmuB-e@c?N9y};Pvg4-~4gJ7gxM~c}bl#_qdFOB`p5n zvu`HRqP^RO)Hvl%L3o?LU3Q?77l~d@LY81;lVODGU?!g5)QLe1NmDpoOo2<8m&{*c zoskw&95GTjEm5$pHf>Z2is7pFN?EPI@ZO|@2%I4m*gR(eW_dSl+UJkax*0>17HYcH zBwBLgvCIV!Dlvo66!?=?rDDn(8eE{Bl&v)v9m@F&p`Bf%3L3T?uZ5c^Wh7fN#Y`hx zJHT^GkB>vjq-zV9F~j zwVdvX5Jka?rtiuuQNlGR=;mzvS1gFi;fR`ioiyXA82J3v$8$T)2|cAp2O>*ssGW`$ zIX0yf(Xm6U$+ScF z2t=DMVJh;DG9?XK=nd7ZzdNQwKLC*_c9*F9hbnHriBc^0jHjV$u)sk}g!MRTr^SK| zlg=+V>ez+`{lbuO@H`p6a4)b@#HjJ^>Ra1Uf^=7CQINd0Xs3twHgP3*HnAiKDB)Eb z*Iee=BGlAb0+#a@Q^|0mU=|R<2wsdr+Hrw`vzwo3{PswT=Nn#eCa49cEvi=3bh-Yvg1f=uV^RbZ(f^a|5FT6bxdr$C`s@ZhJeTO(RsXa% z+k!Fj$p_*4K&k;LF#*78U)h$L80MV*RrRzJMW?zAoS682W5uyr>f_6PU@+bBDi;mX z$$a4<>=sBX3! zizktS{)WKZM1{CSMzgQJapKz* z?rosxt7ZbvNatxCjUYLu>mpz(q!dJ6zz%s6@1`gH$z9YEQ$sXcSau^1Xw>hHis;QW z@Qh74wK0$xN&`EFzk3?v2g2ZTVj<%(*xnp(0-Qc=2c2A1w8k-oioHu54()4Q9|HU2 z-U+e}%ShK4y6qs5u2!Ox)hVio9|PZnN7+sC5W2t7=Z0*6)YSP$f}I#k20?MI!H1Ww z8h89*k>tfSTXt5}x79Kuv&*YIsKk@IXz)vjIf@DTt|k`FC<^0~9$;Q~llADxKzKCJ zt0c4oC=|^8yd}*_pTvx(q&JjKN}vkrey~EX*SDgYT9;i4(=lE)k`($iR5wI|n5~wc)`8 zsnz1;dylDiTXvHuYJzxAAFgP~If@eb-kMw-5Dwqrt?202bJ=0&R8J*J$KVc%1#CTC z1`MEp^qy#*iFEk$L>dq_yWxm_o)qovib-4XJufq5<%+h+hA86`m8R-{iQYm6cdr(J_nBIwapK;88O$M;T6WLoZyJprN< zensg(-Uywh2FK8(Gt2J2JM4CMbt)|KKh%bl(Nw8h;8{iBk(4cvK__A&-yFwh5{Zu*U%u1Z8<40+1E*BCvX?C z3}kVB$Ku`|IG)PiUDTtQg-;Bjxt&mSij0Fx52+JbnJ9^mI=gsRR^K0vS zL7`N@I?F#8KGyec?E}clxb_)=BLKojWbw;xFNzJp6i-1zIFtuE@211@NwJ+A>d6 z+OIRFNs$Nv~l z;EACrK}D4*s;sePC0A2USozCRu^93y|7BO)vb?%Tc`%^QRfK;dOZs+*5sqjfU1~*I zaO3s-hugbPD?XO!#T`7lp4?rh-3%p|7milZ602@X172w?`kB;+O4YfxplnD#qrGb5jXbD)nxoNI*OpN!`u~Pc_>Wi^ zL@VZQM1mZ=hgrrbu8>kHu{1y~Xdd316Ka!q8j8{H7h;6!s=gpEdg{K!Bp2-Ec+*4{ zD0i2xtzA_~Fqze6{T&8$qe{8VgMUpNcZ;tlxR;-^joEQK@)vvf76`8U=SA0#Y>_rk zNpOeD6Lw0_M#?&lAXYgE#yX{Qay7$C9@pSI@@fdO2oRfqjqSF1iNhk|Cj39~?C>$1qJjjITrRUXJaMZz)8WUgJZ&iLLv!ikGEW*dqRSKZ4ErhtF~_2I(eq z^u(3JGQd42!dvD0Ud%ngfI0UmDvHV{t*L8r0(9MN@x#vV zUQLH#&?ycoOMLNo)m@2h8~P%YoHXG8F*M|-KG^cq3@O&1layce9#ygu=t& z{jT$%MPBR)V^rX%hVw9$1m2PBtOnqBVMT9}R*2$W9XEj%HJ7RgZ9cL;0a2%5TA`!U z-4rYHM|YiYYcNY3=u(h8v_jbIMb2$GvTmJH?Djg52qq$vA{!iSc>n}r=XXdqXr;`o zw|?-Gq7=Tm$1zp>ovjFp3J2CkvEz|TpOYCFZ(!aQTI0l_D;%-~yJtt=KUD{sC?h#_ zg%{4D&Md((CEFbydRc%OP4UPChw3b*@c*Ae@e%n?&5~|MKb%E1$p~wT=ETDPtehbg(NAWL|aw}YhorKuVmto>;aPu zD5Yn?RLFJUv1V)703iiK&u{0Twi<9u&;LXb5qb5zFtlfqo?Rk?0q*k0)aI~4p{uIp+T_<`pO+9sfn;?v72ygl% zW5+nd74R?|bf7j-Ayx*`w&@u(-f>L9zZGB7G7*ssI7FYcDY!7mi8(N8Ao_%}gx#h# zOz-X`lZB5+$q7CWJ8Te@n8SxP&G}Fz9DSQJDuS`k&Q!=S?=nsE2<$e$dHHAN$baW0|>{)5uN*+leQz` z)@wNyayzr1zi^y5-Jh0J9z%FUs(}~EcF6O2?QVm8c>n&m_@dPv8Zt^z!LpDMbiZxI zywRxFc-{?mXI88*goWhjow($tE;d`k&S|n>1>^{$bhes8MIv5GIfOXPY^kH;8=XNC*zQ4iP&yM93O!qJo&Kn|1_QduR>Cf{(?y+iE7BGp_|k) zSU|wa3#|ek(4j|B7KbfLaZSzj1+-&beE1T=t9l&YUhIta@Vo0@#hX{v9f8Jw+#LcI*pl26YZkb|GLuqijX#NcD79$V%yrI=Z>gx1851)V!5f+|O z&m)r!IpvR-c7BTHEeYfE($ZG5hVK|Qut_DSGBo4OxilZ4`M{3Nj;5r>Ix*xJPekmBjTSmg73=$&KcGInFiRI}D zMnv6I$qqdla#Tr-*(rH?U7C2xbI@|k!nG{K7&9s@_`*5iqX;;R7n1as%oGu7bTrmd*~crx|aqe35p*gphnUr9u9|x zBVmU0`;|oNa#u-^Rdzl(wkN6^OA^50hE-tRd{E+)ioWZOy^+%y0|$IehBz#I&fWrU z>mm}(rXt!Y6bG!UjnvAyNi6azUrrC3OuUud~~6ZEoaMApRW9Fd~K)-o{_F#=ezU z55_g$tychmrZkq2$2wNuU4!OeBqVAMY(cO{UqMB~Hc)oy5q@7MQV^dbqGn4^pjPeX zq**OL@Wlz9pAq7(B8~WaGlZg)Xvxo^snO_7LN2Tq$}zp*5Z>zPbH48-UCVJgSa>QQ z9U4NmxXIdFs`KQL@hPPA{t}AY_48{8V%7&u^`#{f1}6?r3Kf>hut>TuG3L z1k`~hrXf6Yas>3wo0sxTy7UrcdiJJ^AmB!Ij$tuejdJ+b1=JWrUz)h$@|QC0dlS*F z$p{v3k(apGXAO7%S{~ix$qW;NWDoF6mPR721g z*oQ`>pi=an%Np~$x4>bSiGwUZxlW+Bm{T8J3}~zUI8U84@`biYlmpJ*Yjj3J+eNj0 zf&Q1S4$@dFwg{TFpk+xf$F%k{0|D!Tduk+YYryQ!C5y7}xuF&zVT8YY!v+CoQ36aht;8Ac=DoVu*}K=gl$ba(vE}-Yeb=tpl}jyniOh9 zE=;Ny829*qIQvaG1?pw-Z)mT5=IAmHdY95Nqn{(bY;SH5dBt8YIJ(9uTnbPo2(i%A z*bBE*T_AuA;0!_-@&H&}gsB`ac+Up$2w)+qB@nAAj{X{|P+3G&@o3T2MV}uqb<~}z zGnS23Y~R2tb_zS1Ht2~k0uao{sL76E7lF!M{c?S6p4Yf&qCyE*Cq?$T3=wQ~!NJoX z{3uz^e8icEE8ZTb-)2Q7It6XEFjuU)weyZ5D+`=z9la2SpIoJ0}sWe5wMNC*$e(ZM$9o({rc?{ zkjUED#F+b}I~fN&3KlL5H7fhCF@kH<*?cN``C6cV_o8cs14L!4$lIDZyj1A0Z|(?s z7s+PWxltjfO5t8jHsuxv_K=J_36baVg@RzyV;K)5Ftn#^uGg1zBy|Z-_9K32ZVsqO z!u%|XhH(DJ;jr3^pAx#IMu5b70#?zIsfPwyxb{x0iQagnlOY>>fA$BgK z;vAr2Ikaw2D+Ztjyb=QqnPzBmFn^t1&6nG_ox$OVD&{cTKgT4gqheQjBFfGEb#=|| z04qY;MmIeeDZ>=4md;D2@Vp6Q<;}AcrLW8E&oO;`K-CNqUkQCEE(tS*RvKp`2t1F` zkad-vE#~?n{}6RnuZNtv7KH|Gaz%y1g=D-{>-83FZMeLJ>Xy4?TD?m}uS3Rb^6@Db z-8Znz!PuxpR!t093}|-U`qNm2dF5ciGG9iwH~f{||aL4HR@P!GSZf&2DHs zK0u@o?aVn=-ximG?Y4Ot%q?$mU1zi#G^yJk7qCK`>OD$K@j}J<;2K7S;4>L@2ZMs% zXZ9Yt(5lS+Gc>K_CUR3O<=QSwFot!3DfigL zKvESy9s@7Uz-~g9?4&J4qPCBJ>>TQl@QlZ-aESuI?`2nB`0il=rM^3%b~>ADfNO+y z9E1Bn`=GW{o=%(CzT5f*SVpK5H!Y23M6?Q=jWgCCUP!P>q*_o6%p$zKl5K)*5MOmb z7i~403-XDu*1G^#8)nDcNMNRUa(cJ)kA8ulI;yZfy=3iC@JF_DlC#`O)hIqB8JR@V z<*IFajLCpY_iH8=(wxzL}b$ml$<;1=KuDJ8s4YW2w3WQ8X!FRX z7S&!gpF0~=Je;|G%2XxPM@p{7X{2I(7M^&6!&QNAKM+NBPAgbaq-TVUuE=2RnVoeE z8$VRp6T);q5^4tlJA(#426bs&nGij~rvn7;+kN$E^fmUhISdb&W#v|OCISUb)Hh|6 z&%=5Xxw@#2lBg>q*=}y6I^0PC%KBpjM(vJ5LW0N2>?8}=SMp9G0yUL)TJMn9IZG0b z0Ogq(p_Mv*VofONjxw1FpvOfTLC?qD#SrOVTF{7bTPrbk8U5PDF)#~ZW zE6U;uwfpL4&tOTn#0QxUf0l5#0LxO`DQlZKQue=EQkRGXO-bz+W=z4AN01qk#xl>E zxRVC$0I|Mi^Jqj;VC|dk@W8e*x8f4cbR1Eki_(@Jur1Onb!%(pvIiMWg0BrrHjIO;m_mv? z;U~9ATo8^0jp!<}u2PZZsmOyN1>zNu4w<-MYg;JvhG0pLKspUIkq#1iX@9}Vyxas~h`Jvol6G0rD9nh|F73^j5_zTNYn~o4 zF*?ls-m5>qA8)+$D9rGrLs&^{OTdu@^Xggs(MaFnz1x;v1$f3}xP;9sL)XO-u&~)% zjpUb_txqSj5Ti2`H@EM)0C;F2Zh}$5Pv;5Ur)pnU+x~>ep-m8@*N|b3M#)Q-k&-f} zM}Ku=YRE9%N;_mn2A8v9tBHL7MkQ4pNFMP!6$4lf(OqC;4A@~=1$}$O`?rd=u}}TQ z$R!)J1S9xaT-z1D8dqS2`5kkH8)4Uj6JeFZjeSTDL0$wAyJ*omx>^eGhd)CYL+`7X zR73GRh)yLPnZgGly!sGJVd1jU-J90*!ymdDAkV>`JJLaS5_Zb!29j0jBc=kcyxW9P za#E(o$SY<4hqWVByZ>oE;1dUFdDWv01kUyYo-}&cIvJHBok$}tJb_k8(^m^jFWNUw z2z$xWm#})Y7P1&MSoV~(M0k^6p*4)+<(L{fjV2TP#EZBESicLMWUL6niI9(U#m%X> zP^lVRo%KT-W*}BM5Q%G9ECWPdqjXHn97hUEJz?W8xS8Cow3M;>*E*0Vl)4dxV0HWP8^=-QZofmH zK(^EL)II_fr-7;NpOAenTmFdLjzun(cy#$vN#Axd8`^9ixG6%;EnZC6A|N2yKAAT z42zQMDxsQ?U8Io3VB$w0PD?^;@kRmWxyn`5Bcv?cgNxJya~ik>X++FgGq`YgGpJYV zv}QQYFA>3I?R*%!SXAhv-xJarqy`$;h+x_0Zh8}O`b!>N+pvZmh6i?X{_e;jGpge2 z_cVeN-8e~eC&G43Z`ItCEu33Mqz!ExJOu5MC_Gi3+uK4D8cJU&5Ae(0yC#*<>_)RI zTFM*}HO8L?Db}PO67DL+3_0zi=ALyJodslgQL?m_LcRld*=WU$tmF+KjK7rLIt6hn zDABm=f_j4C^=*%_g|X;X6=Unf(eH)uY`sbFm#y!rgO3G<)?5!Fw?$S;OO3Ni9UY*< zmo%wsHyJv@xlx`BeF9GsG7@)WDrus7CSV-v8OD(A20bY1VX8<0<>2VYoLPBz02agL zo+vWx(UiDmwY!HlUExz)d)^(@Q(of|IwBk0x`Pp1eYN;06is=-eVeJq;@}_P{5(Jn zy*-zUHt;H&oayj62`an3Z1Pb#imMUD+)~Tl&q{J3a;Ca4twvf1VCE@7;e!gzI)b_` zaRGyFWZ8yqlOBKz2p5L00F=QRSnxzJgZYUGn6?NL6?zw>L`=R$2Qh{C_~Xrn^{cel zJ0Ekf4OT=4223%0MwAi-xsJa~6?*f)^CY~B;sTyR6YQm5lQYytqRw@tp;9)B7p#h7 zk&MQc|GO@MYt*gAD4?*hQVj(R-6Z1QC`~|2k3KlMjHe6`Su4qc$|1hSf&um(0oPpE zVHvf8@gB!$WSA^z$Vi_foU6l?o@dJ7Tp(@SinIimkDoCJA!Y`sAR5%!g4xg6Fk8z4 z#PnBHe6&R(1`wTj7*N9QftL=}yK(tHWA{V!r7y-ebVVI;NVEgRIj}=$Syk>#ER-K8 z(aMOVZf^FwkPrvWWua-*Gm2Xp%IUorCSuJ z|1XOKM?r;V2e`(h*Dmpp^d?n{xe=uW8TCvEQTGkgG+~RNKP@?v-JuX2=@9S69J#j% zB3G*t2>b;6h^})^vct`MN7QvuoO9QV%JC-1j)a9PNR;M0@tKrcQGIug46{F#_a0Cl z-5d+X-ckun?>t8ZDN8gHvV99a0MInjy+iXK5TJ+^PFc2}irZx09AYm>VxbY3E zs@0)M@6#Fp1=ej2ACZ?~rR%Vlfn&(s6$|?cR$(mn+(Kk5zqNLTMde=~xS4_X27ilR zIvZ=ax#^0fPyzX_II3^i@yVmoIb6w%jyJ^4CLt6{G6{d5;}$@cY#FI~Gb)dc93bL3 zpn0|2K!+Q4GYMsWnxUlm4j(8*Fsm)_%V5$Qw!KKKYzKz0@U9bJa%tl5>vxSEJkx8@ zx{|)uZV>OXG*s#Ws-x4;wzqTkD9d-R2uQ|UeaH^2pp0or`*`j^=R=tilqF1(jEu0) z(~R|KP*<6X+fMK3RYWAkfLJ4{%=CdOpmDNjkW1WwFdStShDU|C5n`eWXy8+Yt=SOa zw%{sXS3F(EpQ|;S5%bs>-ObHb5`I#`(HU7@v`tZVN2PsY##I@GfedPQMh#e{RW5{7 zrjC_@-?XE7XEMmnNz|K>WEX zgGa|SY9o=3M4d%T>WGRLU=Y^KgE*=bGj=htJGzd8 z#sO?Ho9d>pY`NjoFOqsy*xn96&4VB=F-Zz-%|sFjAFYQS!X+#_~gxwNoV ziUM%P8-=(8xGGv|D)H=?&C$>BR`BSP+6;x_zt=I5hLYmiISZ23>2$c*aof=hwMF$-6 zV7kwv>5`NVKac5@ZI)RhJ6a{s=c1{xDP&-9A5>(!qy!Ut=!%9+%x;?D7%xJ`Luj3m zQqB_}u0mN2(;3*_?!rfO5*>lkbuFkt(M1Fhht#cY?bWDz3P?|dR#a7h+OsdT>f5kD zv#=oKf-az~6MUjkNXYx_nXNp(?>E&93%$o;)8EiMJ-B{tqg4gyr^EXH37vRdbiC@LS4BZC}_N}P*zNoAGWVu0L}Bo@iW>u^0Kvu z?x6jWmwgI@Hom$mF%gBi?a#&D2hhO5z`&)9KS5p3tq{ve659kApp-LUSsR&{wt9gVD|W zzkL|DSn@hgtDYjBQ$tb1itUfVSvIHce9`H~2vHGc$1!cfa~90%AOm;9)sM6J7T3Bs z_La=~_?g$gufHHh|4$lJ-Eq+E^|=O@6CIa$-EF~OdR3a`VD^r1ak43Jz1nGOs>^eQrA>4PQz1v|dH9q;_7y9cQ zu4eiq?(NG)OLpdf%lcTNaem|pUW6e>>KtC=fu`oC&_IMI_so?d^<5*FdC|MZ9YXS@ z$;OjKPQ9%ZhX;m^(5m(^*{eU0PEhaVaS6$paW+B;T6+mU#gxs&Bx4ZzU^swZwz=yI zI0@3mDLFuJgrjkQkSzATVyR~i2=g<2Hdl10w@Qmjdp6q6VRfj}J7U-HbYtL$vP{Rg4De6nD@B;HkMAI^LLX8W(D1sC5qwRg z8@Z6bN2*2x@EPdyBh*>J>$e=*QkDmMpKc?WB7E!$P7;pe{fO16z%+F`a63Z=#kJCr z%0cM68;>MA_+m}31$&1>lY=%DD1inNqD*}+{Eb-=jUGB;9hy7#T0=D3!G&C}%?3l% zd3&o^&7Pn_tG!GH4GzO@OU!!ZBRLu%zBpbC38+KTAb~FBL?dO z0MK_%!5skq+-s(BK5>(|I7 zVnSN;jC2M?e_*w*bU?m0J7JM)YW>ZC3udK41XPa_n!RyEfrf$Tn&1n+=R#SOYJ@Iy zQSsc4YxSZ?4rP-hv+{?N;vMPCTX30gR9FeI&*|4utCkxF3NCWbs%5*h9zJ9ilFQ6@ z+fupcxE>L{Vxgzqi1W<$Ghr+5$Es|#xEh&gw+_E5Se4|+grp1aPOnn~b0NNh=I@Ly z5@OH`On!rz1e4;oa5`^{ZQ>YFC?>Df6{$biq69?AMcH=AbXy$*{ITNim0vL~Bo!8V zVJHauo|M+fzuq`el*;U=@Y3lJYC=h#jj&5Kgmy*Qn$_#2^NvY|m7zCUGN$(MohLry zVW}B@0Bn%4+cF@K!bI;03=}fdfx0`Pu&`i2FH(BsNhE9tg;C|>lK#1Y&=7|eMYV7g z3f@uUWzOB9Ich^!q7ldz zMnerKd!${pmDgNG$H?Z%p5$RAUoNf|`I{^l2sOd6&C|l(S?!&vZ&7O-U$TM-b^vPI z#!d+h?>#)uBrg>%PG>)lBJ`8IMrgj8z*iV_^|N?j_1#*yr$gUjba3R?x75uKGmt$# zky&#DgKdQz##`x#FnIRTM3(rS-^|92JhO9XN~BsSF4VwU(M_;J%!f@Y8n&j_%c3$q z*rh1U53kK>(TF&7uUP`;yL@_hCK%S%Abm9{r+g z=nLfIX_P{Vtx97lCB#B>iw+w))H#teY&FtUsmJ2-55B9Drz58g-zjL)eDUt8WDKM& zzY;YRcoV2ZM7i%|Qc^_$S`}RbxD;r!g$Rw`#o{*b?C=ZEE@(S52^X?le7<~MTvlX8_$GMq_1+a>3!^{5DXPz- zhN*El6p%-4bP**e$^dqXE2c53Fl0lA=wgZC+PVyy51LtwZme)0?N6$O04K5mJo5J4 z%Axv_E<|$YDCS3&+B=GPo1z!YPH{DLAV}nqr%BFIf>4E%wZoh^PUw7*W0+Ti)k@ga zj%oXgatO?$Z#$C%r?`Y($tRP7R+#UNSJaqq*$?>iL943_DrI{nKENZMj#h|*TW_K<@)`?(9P{b<$4Tsyc(7~l! z2g8eSRV^b?M#--xDq%V3#a2nEOJHt0!%*bz^X=V%#P}DGncrLl2xUYICB4g`wE1FA+lbK1e@LY z*`Bi$lXZ{4HA3Dl>6(ZrK&2uosk9DlOx&(e>9&KJs$f;htc2iHi5jrSNz zK#Obuw6I|zLe>ixc4Ztg7&1Bq?3@1dyg>1hB~g4zt-`52<4dT*F8NR@@#TBpWr$1nrl299=>xwj?@ii@kT4QAB=`Lg!MXvZ zmT#t=4EdNwGah)i^N)ZpNdMfDdKoJRym4?HA@jDp^~3Ps=a>*5%9If1>$pMLoaK;< zcnqgF87i>Ze#eC8D}tcrS9S@}tI}Gf!0|A}UEGedJ(VhZKA@A96{#~aBEwymkqh)o zBNICyij7;nG+^p!fkc#~R>fQxw%`V6(CpsK&WKCF(G|Jy%gtxF{V$CekewN5<)S}D1B1t;vr%Y6JYhCDC^UsXeSrx}Uqc=PvEDw!ycfbKP^$CKb zN7}d8edgYkuS)3Rq~T?Pmp%ov7npB)Q>nQzOvFoCi9s`c@%h*{O9YtUHtuM17Spi( zG>y1YK)vn2<(BAzvQn)17j}`?krYD8Mw_2RU6oQnw#OMU4f!r9N1C|k9l;^G_?wJc zoSmQp%5=S2&aWUc_FGT8FNEhRpl&{wNaC&y*-DylLY$dxk221-&38_}c?~(a+(C5w ziUr>ytfyu|U)VB~3&8u$YVrc!b_dL==U~GSK!k<}Se*z;yiTZjUtlaH_y{R?NFOv8 z>UI@tUFdQ=g*m>NT#LNokOshKkVcvFv(;i($h9Cs^4G!f_pfos-Jk?VOoE%P=sYvvB_JVl&;r`Ye z&<%9Is*Yi*%Ac#NFvNs~txR@}iTXT16~*_n#$vzNBW|CTE|2)tY6MI+6^8y zVVNT^P0D)U;^tgl@G5|Q>&!R@Rz$kpce9gkZk7Y+hdVMtK|{SJ4Ii0QfaFKKqet!< zHC3tTd(1(q9+z|O$Te#O~QL>;vAh0y4NwUcdCJ(r%=ew)+Q2bBKHzY&{5TN*JdU`Ay z^W$w7JTSkcEf^@}6;1sql6aY|Il1)DB-v9{^JM}WDyJ|W%-`+d{tL9Zj^(-eOFYOv z&F0|PlhMA=7Z*QNM=$rIz6uID@4X?L2+>`V>;8_@#IFGZWfzI;*?RVzfR%J~XL-N7 z979lyMxyyR*gONPS`a&pb(A&Q9r7CVQRkj6qo*}2gCJt`p}37XIxA#{a*E8)fO+6o zE#5ow<2@q%sU`C+Qi9yJv^6*5yadL~$IGZR!6@oR#R)|Wv7r#yOq7`;KG4LC`9OSd zkSqPGdYLgX^FwPSrl*hlfz5U5&C@Q_WRqg!m~5M2N$v40Xakdf2^ofu6>^F!!s~Io zW!gRwvGVkB!^S4V=L+Q7#z@gIhCS^L-7T4kZ7C5Al|EXbo^w<=#eUQQ66@TLR-& z;spo)thoHLgEf5ROq)IsY%plCk7;y){#zJ~BbRJbo{$Vpv7tc}7u%+#SuokU->tqR2Q4&gLFd^KB~g>WG=+wVD_5AeZ6dsfToE!%S=93vdIN`D<`5*{nN|3?1%kvrynHMDBTTsn~x1QS!K|IRHT|RRa z*|uysJ=tLjUDe38qGO?hJOjt*Bwj=n?EkZyt$1cM=^Sa}W4O$&8V?~>=fW@h8I##T z7;#{ci5iE${JhULLDWw{2<()?1<*;iXIrnOR(I5DA0*Z?5m>`Q3^pL4aCu~;E7N4A z@Nq5=HSKW!NHk&6hCX1b3@8-^3WyTEj_$v+W21b6nLm2e+OqA7p;bp+!E8J!{Stt# zZnd8GAwLXcx3u`{xK3=FNRM+nGa+~CZO0#o-bD19bA)_zi-!?p`5do#Tk=~{M@q0+ zKn5e;2o%?N8kvTbYi!HAWkOABm|-mD6&`ruBs(x7n1WvMsHQ}CLWGVGowIaSF>}&K z_~W(!P7dxSn8NDMOPmi>W37spU!?s$@Pn*y{1X+(MXEr63=x=)zPuBb^-~ix9l6bN ze79rBFd{O9zg=ffYgnErAAy;_ZBCDTcYmi0MC+~xDjZ+!YPxVv4y9yc(d3@q6zG&T zF+e1cB@Q8RTyB)cb86L&sQdseZMAW7i!Y~<@q_J!nqJ~Q%Si|lKx9Tkc_n9BMzbQC z+e6k~i0ohUz&nsK7Y(=WlpyU-MFZ8$!}%hRcY+?!9B<+Z$hA$4<)o>`=tVB_Y~!mH zsbHA&S1LiFReFH&fRTAls(EObPRRuX^Yfld26 zeEMy1U+V4H zE>ghUH~b>z%+&!8o%@}ehf#Z%q{8A|;#@(nNId@f(vI)ksSL*ftd0cLUp3%}irE4($kUa; zk%?Ml5C{RVuu0j0KeNV&+!?TU^_~lX=>S<4Pn0MbQALZj)3eDWDkADcUVU(E2X-<5 zr^@B=7XE4Djfu9n=UzVlpsyFRg!s0NZmb+{*%Pw*rDfA*rOw9`N|InZ(K$0oi9bA{ z;$)DpDT_-JEhuEfhYI^ka}a{evhM*~)i%(DA3W6Z)XPf*IDdaZ{BS6$gl$WrJAG&H z@ZLg^m-pPY2#SjvgB8iZr7#4ZcbZdi0qmcbOR7qgjfR`z9x&RB9Z^X=^oead2&bvB z&b{18-|t<~>f7q-PLb3aB#2Lt`T|}PP{iC0oUvLSTRXh%lMRZ0(XY@TOs=_x06J<< zS{pzStcEz&%&IZ?Fy&P)NDnT(!SM%r&(7V+ahTu?gga+>_5!Jj)=Hq63S{T3?16Fi zcDy;bWuds%$Edo)uhzH}y(8}*9J%A}`a+yiof4ccW&+TfT|k^!UP#fQFI^hhnAF)S zDO1b-@tl*leGr^3j{3@ch9!-H@sMC|p|g`0ifmCyfS?fN0(vnDKV-G*I2^vdh}@y4 z!79tuNR%-Su6pAHsjQ8t7?-1MCXfQ_Lxh)+ z-5lNkL4BMk3qsK1(E)MgRD?m4R}D8*H1*^E{Lw^RQx|6`-wFajEO8qtM_XLSF);A6 z;=8;kRAF8L(`TEM+OgC+`y6_VOU;37UCrh^5X(X2Q92%KIwNvPi|W)CNF3EIE z+{xY&mk|qDf=_J_H{F2d7sGO8Fc~72hCZyIihaQB_>eOZj|&_MA=J+)WhEGUlmbqA zPMHk^kxFhXh)#19R*W<{Nrcl`;frQYF?dUcgV<<=%|Jp#tAjyYOeDGs|HvsR5w<{M zQ=rL&fRUPQQ{6*irh`qkLb(ZZYAd06Wg3sd81{%$Vm?uJ6Ut<# z9vtH2Cv|Nw8|1K;J`-uSFL*LGi_XX)!FR{mVi4gGSassL0tmDPTh1Yy&#m$Lvw}f^ z4|--u1fvLHD?(raovv1U%efCN>crGrLlU$J-JY;0AOUtngYAbUx9FE!WFs}n)s1^h zG9(yE;o9*?)zv-tW-i#CR3uh;aD9+0P{&7@GtNpo|j1; zU5Z2(ld9;%Jho#P8Z95bpi-;A8uTRl@2nUB6esyv{zdCdRK!@eIJAj5@Aq_&(MqBx zrOg7(Tj3a%MA%y}h0)UOcHx~dhcbGnq7#xw4q}PnL<0Ph6+op@iLHws^azdtq>{7m z9M@Fr_27GsdR9?Z(unt`7^6ZYg2=dohtlm2Jl>!af#ppO3k00oA4Fs+DK8yKGt(mAP|~~hMwlBN{wS@qrNTV zf%A>35QrXaL7j5w{6dEmK4odHt`mR;XA?PLyt@qj${j&U&z9H4N^FUrW9^~QjlYS} z;IkwmmsgC@$8|o`F7%&k1JFfkv=v0dYtDVSW9#Qz!3{4kgO452(?+LekZ~gYQ7O3w zdax;1(6x|9>`G5k-wL(gV4pT@*4V4o3Kz!(f_}2dsa}|Eb_Y@SPi z{@81Xliot$X`(X?whhUaC0ofaF+oNjEFw*L)bHkZ(mbgmQ9=XHIPL2%E>PpAcU~b; zs@p8#;=zqX$z{3rMj@@<471Q{vIx7bv4avF3}mU!HX*5%Au$Z=;d73};&C#h{5J}pU? z-N+1AXyKXUaj4r>DkY(TdQsCecN9s=$`zs!FVwP)br?-2CiN$X=;w7uf+lz>=N04< zi{#(G`l>2PZ%W&4I7=jkBsxC7skH*%Qj-a>RSn{xO0vjoYPh1ZgQ}T4=R1M{n5f}7 z*FT5>^AaJPiwnqY4Qo_{#T6ymq;smhq+OFvoHh38tLt*0i`Yk8s7Fa7I4q0Q7)#xX zHJcGM6~Xiie@e}JB)_3qG$97iO9+lOIBBF8Kb_h zEBuybg${M_*{c1Jx}|r%obn4C7z%3TNJ|NLyud$@3L0>0QY10(RS;{^KqK#{>;pp= z3qSKjo)Aeg+Z+b=SrSgq$~v(Jl2&HbC9n9$K_wcAcTj=F*)JrtZv8o_YC?oZzl=i- z$)1I-4^RJbO1S{dXqX?`@T435R;|kFb@iK5L%^8`GOP_?@$Qn_SSE*1=t~xp-`A&D)A)Bc&Ua`K?ve55IW&S z;h~%Zup@tBI``A7zRYNld7xdlQ$T znaZ4~N>D@%NF+l#C9~=#2D@GVl-Y8Y04Z^T-T~@gW18bs?i(GQx1dqbE~4{Hold$e ztC_id0$U+m9~fA`s1|fvR>3UATJ^$Z0dL3bvYfrlcDbX#Ag(wliWyhT3mYI<(Z<9goO zfqfGeA{Np>@%ym!yXLQq|31rg7Y&i(&}lN$M)CLvts$u{TYWP+E2jYkNQT+f{h3Tt z@<*5=B|NIzRBM2XUH&#Efj9j<6o;QcUUHl6llKSh(#=Rs{7^pZ+=k@b9Sbg9F(<4)%)Q zO?N+4!@EAuQl(UFT&FXA4Q`Z^;kPbaI!1m+klj)g6SV2LiLR&%wZgv^~3CQcU=J&e!tzOWrh>zowYqIZ4Ci+We zgQuYWLHfY!eF`WX;FbA7I>9Nx?BOL5dQ(PU`yHK99m^gs7X%gI7=<91hW>RdFS4wIZO|C^*-@oc=~%6#8XE< z?3bu969qQf?Bfi=eu4m3%}Gd_tZrCjh5)y?aBat4@T2U(Y!Y?73Cri5abm-T4aR;8 zhJ1s3Ji{YC8nyKfZs++#ng^Aav@k`WTgz^Gp@0>B$XzPiHco)0K{=tQkY--Kud#3>)xpGJPJkepkfo3|2J<3j}pteNN2!(7Gctnm095fWHF}$>Q^*j=~s$@jhSW zK%y`ICz*Xq9;~(W0fKAC`oxLSi@5(T4N(fQmeSV6R$nqji$%^rZUyuW4F<(t8WFyp zs;zKV$yT5_b7rC%NonR0<(2VeFP<`7tr(QQ#|HN&II*_xV+GqIx@+opgNl(u-hX9+ z-b3iZ)`Pd>@$$_Z` zw3l>yRcKEuS~#H|u?0#R-*G*tC`_D}GT)8Z+I>q3UzT$jG`o{oP~^FJV1}R;W01GhJTS_&CPDf5kpzue z*IC^h#0S2u*_6f&;O4WnsJ3psX66Gh_^VCksFot*2-urz?(){-j$gqHz}pu3g$S80 zg&tQv_6QKl+%D5zUZZL|)KqWTayd-AaaSrFY{Uoo65qk)?~k|H1;R z8?C>rMpUH1Z-p2(VFc-b4Te_5ATJMkQDl)t<99I)MlT#P78RQ><9xtMFbYRFo)fSG zV~#`8ZfM}g$K1&e6q$!KOz61n_uT#mx_56_r%FPO5(ilgyKD3gxG}7yB|@~b2JN2< z1Nvv!o@cS0^=+Ik>#8H= zsY1LYh0|i}m>y#G10`i!!NSs9j!@*Ba>$gygV(w5TJOxlOTy0?&cUjCNvk zXmZ}Ew}SA{AcYL^P-e7!TPA9KQ>yCQJN=xW`xb_@TA8Gq*u-;3&e%4#=~9hH{Oz8I zFExm^?bfr}U`Pu{i0;3|$FUw;BPsJHO-a%IYyKBjHkiku3EMb;6@9UH1o9KxkKF~_ z1wr)edH(!W^K1g(8&H?z_Tyu#QLgnW(l~7GgOt<1+o|kf0@wYj6(cDHz)8QG zc?LJkF2Ywo_4QkMtSuG}%v5=bri8F-ny7@UY6S?LUyAgcK^6IGH!Um)BENz53iYf7 z15!KgE-HgyF?PuF7$u|siqK1V5fOHlC#}w&yQCV70CeAw^e>P`-4RRCA^GB9djOXC zwZfI_VIrY{m|S5MrA&N(le`6L59a2KiJYjT=LnQ9yN=N5o<_PnK}_w^qGyfJN|E9+ z&ZlGDq-w6!?sO2UZk9J}z%o+IONJbjXwcWuJ@LorjB&wy2V@y<8u(pph^&Z8awkxD zz{}X3U&ju7$6d?TsSt7(QC>Ov{gOdQj$yrbK^rrU*HFX_0f)F+Ws}>Iz1|Fo=HZ}T zbyw6YIB|)m84V4u=N3_rH^X*Ms|mfMp()7A{36KA;1h?M>4EB}S%l*|+4TuFv2fWP zyE_MR(|@D^OO=$YXq`k#|Iok}_XKIN8<+d!&#x(-num9tke^7lMN1#l(Kd~MWhTUE z5UV<|mmyD$(5OQBkt^xk)Dm8e`v9e=%6Q=Fm&|tN_76g*sW?3|{s%=1_4%Sl2cMOC z--6Op7FK8QDjnF&y%C=;>vfEJ8+R>7-;7=tN9%g{MHZp)R`6B7!uAcmgw&(Em5W-{ zj8GICMkSvec?3@W5JADYA}HNe{PhgMErOIK@R3DYJ<2c{53lI#{TUY&XYP}-A#hAP z8yWBGAtqYwiDb=KnJ=Dcp0Zv~O;i&s0x2;NiF|K@U`Nx*)F4U{M5JwfDZ5aQrdA+g zX)x$fs_)}=Y@tQ8@q9<{>bTgSQ)7dzi4Sc|=SGH<3S{7;8MPFavk*Ht4hYZ8q>SSr zOu}~Y=i=7_cYOrfipmO`iZvBK+Gv6h--DR=KlUgKG(cUSTWTXFJoW-@UZL{fDGF|N zD$N}KeL-F6DU~IH9*V&?(nd*q)3IWwIr8n=?1g!RDb*NU1lmvC4i(kb)Zk;ipkKKC z06e+Mk#vkc2)l#uu5$x+*ew~CF4LWv?F0=36-*^uBOn}#p+F6KsqL^Z>6vPQo~Xw_y(AIHC@ir__4EWaTy(P!XhVE!qa7JPK89{5$71vc zyo<<>a1n+$&0sd3e(h}Gq(#!|2>|)f@jC4cd7rO3VkjGQ?#kv1%ZWEhNN*k@9EGYc zFsl5ncw(=}UzYY@@1m(^2qVp6=ICk%~~XpKy?Tb z)^+>E9ZQl8#Eug`wgBYzW?}{6#A8$`-?gSCaiTC|bk5S!UZaFzo@l2e(u5(hpPyn2 zZ;jg+Lih=OCGA~{<}HObL9V#uakHfD+7-q2j)@)b8hU#;BeWa#8#6wDwQ%A}A;U6O zvc$WRG0nMIolP$vZ$t5v77Y3rq>XXAI;;~=R~>h%PZYV|{z)LXM4Cz4@vXOAI{G@8KYW<66QOG6wJn0Pczi{pSI zpRlM7z0Ai~VxD+Y*yM4Y1vrz7I)K(#y$f_%4u!)+% zmt=)UZ!y6Ey{1wp7q98D87fBSyGekc-O`IEL;$PR+UbUY-L{M276kbQO4TW3zf)T$ ze~xzn633V3$6FywL2DI?;1&3!%Gw7`MmnZYggUhKWddD<>QRsRVf{I6(Xlz(;(V2J z3I$ej}i zO`*!NIGCrD3FT-Pq?!?cgx|ExI3wQ>Ef{TnPHPXW564Eg5)aO6a%Pa$N8q=kBsDEo z``b%4@Nw677A0U>W;mdtHiJRYS}*F0nFFhBTaGy63s1JfMg~xM@=&`A8jatCXe{$` zu~GB zs^zRTY0f>BPa9Y?p?6l@Zv^+HcZ3XUgVd6-U0+A|tcJ|_==ePJJYY4u{!)3F%|~kW zg2MtErIXI@M8Iah!6A@%_)$ltmL}8Cn#;?zooxGdiC1L5?Fn}mptc>0{bdTTAN`@l zRYbs1Zly!7Hk-1>`~0lLhbM?VFxFOX(pY$wS zlUrAN08`psY-D$y&G>b?q@@;-_J2d*ImEQ3f+l*)i_Wo(z7=nV+BA;O%j$AZsfZDR zeQ$>Iq?@(f>$>!kITaQNfrZ#{Ga$vOXOtGUuNUYJ?s)zq2-hVts925QS>Q7I%mgI+ zgq96EvVOaDgd(RgQUIF8*U4F2_{^GOox$GC7@?!wfbnc*{VSK3M>ziz`^KZn22C2_ zkJPLMY*YS^u4P49t+wXVu`CJ@P>p9R=v;%vl(8XYPjLOvr01}Y?KH(?KQp3qUzeS$ zjS)Q-FfQ-onO-k}S2pTF@cEK$w{3>0eUv&F*T^sT(z`54$ZS)ldApgiALwUwO{C%! zXi6<`SGSoBSUB&y%`D(7SL?4gyKu%vQ~zS5{CPmY>0_t3PTrJ9gr@ial3IBN! zzo8$k9A%ee(RAs^CyEmuR$|%IL0&q8);LF zjme9vI!lY_i~TE0egL!T&kw4c)LE&N0B6*ZnNGVzH+}GzlE7k#z*l&DA@ZuVJFRW_ z0L&w`QRDKsU38|G&leS?YU_*jTxLB4CkPII9=5h;Cg;#s)*zya_b(o3-<2|VE-+kv zJoW!G9cF~^&n|6jS>HvOgQ&5`K4(XTeD-Zl-4TK=w zB^*rp@pbYv4qBW1-8ytq2$~W=39l(hi9(oN{|FLs;ta$5g#f5e_^#-)ozH-nc_QJB zFkLXDd=G7Bp`IcLaj7*Cn4H}{0x|RmbA%WTh}vJyb%aHGHr&My8a=A1z_$Sou^l)4 z1WIGLvo`{FC^TlFpB!3&6XI=0de32Hl9kX*_cBruA3C7bhT34SK#PCiPRW?DBcIkb zRSS$xie`Eg@W-?{PqheV3dI2RWiCpwuJUIM-5U`vwKBwES+AS_%dhb}=jgi9N5TTq9s)Qc_SW-`Ur^~w9Yk247evWl0I6fn_3e^XMl7k zh@G7pd#i=Wzt70{{SmdXKL>2&vjRO>%($?1LN<)ZV@jDdNha@6+Svv~l|Q0rge9lb zq_Jk1)w1ELadhEWa>F5|OIc^p-;L*hFQDd%vl7&p5;r1R<&agR6DEtNBMCQco!^=m zc*?-Wx{_7xvCGC0^b1)fimX_P+u}&%G?vab$SP^wV5hTrl_3yks$gr`+mwMg`^-N5 z(@Zx(1+hh#HYkJqjE_&7;bn0HDpTTOCqO`rmHL#fjFe9gsTtzD!1a#k+9CWs(l;za zBq3-Evw`Gd_;;rWFOH0=7zsW2Jz}|U<&=9YPCMG-ozMW`8pP*^2Uh%);#%by#1`Lh zhxQtINuon(PUW3fb09Bmze(Z^)rsX0a=f6{AQI-3)bj>=d8!fn1N6-N(Ti-a> zwb3rvbXqt{ZD%3~sTf*f=g1_(zLBY1C&Voc(!@f);4UC>?*^XJlnm3#wec!KLCiX( z`e#=UXw*7LW3N7Ao`j(#7!sc#^^{ZEzFt4DziU|uy9oZrlH}h+z zdAhD(j)auE2`nCd%1aj&Qm_0V{k%SF!ws>YQ6A8gSb;?XDT0Fk{WJ_>Yz(4VpEO?n z35dp67@;$AWk{tJYC!`eh-lspP>#FRoS=hg8XoaqOz1OpP3L zXq<)cL|TohPT(8vFx=XR+`SeR7Zm3$fNGTbGK4+W@BxeBLBQ%PTSQ#2(IONWBh1)GKrJ-^Kg{I|Xdekixony;_v+zk+Ylp^4vWHPsIf>k zZAG5w)5u4?j?p~cA$A7un#M7M67WdbIlcd#gNZC@Y+G$5Dcy){vPXY*qqDX$^i*go zBA5;!bRJ&}4Rj0{kWNweC_xsmKclzt zo1=G5^{xJ}@;g0-m5%1C3WxeKSub;WU*S0iCee&D^Vynw+WllM+MHd$XI&RY%IPqW7Y52#28&(1#HSr}lI1 z|8raLs_8zI$wK0JP|*FtUpB_83n>=lqRAX3x?Lz1gv>}`_^v`-yQQz{+z0F#KqqMx z&S0$7Xod?t-rkLxeC%Y}T~qKCTw5g+UqPP=n#cz06|%2Ct9YUm+Fe{q!%n&yL**Zh zUS@r*OhjZmF7^89_5Ol;(eT!cpff~GJD?oaMR%gxg*S+cXgBn+gy;nQ zTV=JDqIR{rLkXs-DD-laLwR~OAH}0p0V$o=6O=UMTDc-JdV!F}T5O83eOg$(xdaFL zXdn+*FLHrkbKb%8(V@(mbsRVQ2?VNh){{chsiV?LrUz+`Fnkj?~MvWRCP!#rbs={#Gej`gz^rOH~l4O$3D(hk!zUx55i}j-0H-yFI16nkt z4Xg(bZ|ClOB5D0WLP#+g6SU!hNZMYOOD1Ci+$@%Xq8|kyQPDF^s&{yQA{~HW;Bw)j z^uRx&6r9%p&0%ZChi3)!tKzaUX$EFPKhHbOXr*d(*1p(zSfGyLP116BPjYE$ouEoc zUh+ymIQEvtSGNEo$XN!`)#TTD!&a0mQVrxagQw{Te%mN4sXqrM8@}KYnX?L^I}GE; z0BOf29)Uu0`gKbtAVG128Op6{A{X^Z&9${b3eC#H_7+<3cR75JLQtz_)(TYX!7F&p z>K>|fE&m8ilQ!kfzawJc!-i%%<7Hf4I)<3h|xM#OD2@K03d%n-fH z#t<`#xxFuW=y6u1xk{EV`-r(msaX_YJwmpUM3d>r8T zI+8wJ+Q@;6D9c=3Wj6b=C16^xmd|OOqHQn}A|!-*D=B${j7+iJIIVd%hTbVv_ z0*!_?1jkULvNfWQ?Mnag@MXVU z708Kb0y2zOzjS%F>C*d%IwNL~>5yWoL6I?XC@YIMW!a2g!RBYqv3H)IR-$hhd_Hajy6Js-8c>~;;92xM;%O}0 zra7pfv~YbZx$(F-G64Ln^w0q%arRLPkR}eRaTCNesm3=7EYQusH0*@e(Mcu>-CQ+f zFvKxQ5F@Wq9cCt4DlIHLjV{l|D@SHSt3+$2wAlppF-(7a75$>M>8esRa^q9WsF5<7gIMwfWs{E6t1COx{-ng8CFqH$M zGVPu;J;6X<6*u{KJ|vqhO3=-e_wdc?7PEDwEbj;qFN=U39SqoAob^sAW}2-Biy^;v zs7+}T=WZyihX+SWNdp=?9dDt8dHU8*m2gRS-Zqr%&l%>2pqh1kd_e0C&Om8WchqqH z{YyX8LUG;OeYkA&Lx3Y0MJUCrk^>k~Rn)*}>Id>lmC7$J{TbHP-Ufm~=3C~@$5jKQ z(=D9}s{4fwK$QU3y}#lQBP!vB{Ga%tPuV+7B^@L;tc`M8E~8Z5*?QdQlAVA1BBLWC z5p|g@s7Zf=0`0BQjS(yKvatDO^ZxH>hsG`!SVd}6?s`aiW0Ing*Y_my&0BA(Q<@_dL zh>(CJW}`8Tf{SS(_1AOooMqJvSX7Sr?dr_hyP-`hh&m^RycLOM4Xip~-8PMZ60KB@9m04{wk8|S7@6gY&Rx2mDx-G_UEC^tJYsCo_aiTQ z?EH#&X?stPp5Hx>&M2=a68+gFsx*y-?bAZR1JOOA$6*{4q66H)!bcDi?E?!h)DN2s zR6JjL^B<6GUGFW#N#(wa@z6%Dby3kcf(E#}%}A`%u04kALP+71@z6CQA)&&HY&qm6 zz3_Bf_Z#+PWtf6AEwX2s+W9ABDc1GPjW0K;Psc3Y8lFzJGmUn7`s7?cg)Mrv2;l-0XLIU=2p}Bcs4d9!$Cd_FO`7%#~ zNb_Uw%W>^u4J(s!mo7>T93!@C*1lHD11(t?x%82uq8{Q)a)L$O`=?Xhh54U{kUbFQ-%plMWYJwW@N7wC)OhB zNGRRPLLn`0N_1W{b}8iVDKr##jad|>s-wIB#GGYs?o3s$FVvlQ6}VQQk@NXk!NRZ&0+P)`D(tlOkuSFGOpECi;6qMh&%tZP87=WD^2r1; z1chAY!yKLxoclFyCJ2Q#jRO`suJTyCGT>4>08yr_%mO?H4aypZ6N6*J&Os+G4Xe@` zkK7m#9h=$WSQw*jqmKmFxBDA6Rl<7r4L^ZT8_SjAl$SUAmfAE5<7uw69Vz!++&9Rm z9W?L&M&FIA6{N7a+w0SQA~nK_-3H+f^7Z_DX{5ZC;Ha@!#HMGd)}y*Xr&4D|Nez#i zV7nZ-WOmYE=?_uA4++w8Xv;70jsmDenPrj`<%zkV-xzHtWd-r8GeDv87QGDNGK%?> zmvUnyhPP6dxsk^2PLP7SV-2$dZuf*i@}(P5{z5V=EdUqLGBr63e3D4rZJi3YyQq(Dy2`0RWau9Wcx@6Sae z6JPzGy+oXdcz&h$*io9Z8ZsKx@=-gEWp(yuFmq@?!+m>ngogxvi^e69(O}-je6XKB zJMxUD05nbvz`{jbrI1f?rm!+7DD-Sw$L%5XVO|T3jFEZ{jeG?nZ>(Jl0~F+lZrkTA=hR#R__?cehpM zx;pnt|22}SNzQE;@@9x{cqCOPOU}>cfM75W!g~qzoMBu508Dwr%Zyc!Em{nw`lA|x zU1QJW5-Xr(Yc@(oJZ-u0s5=D&Vdy{Qs3u1ymIQ`;%a#`3%B3H#ir_J=H(&AauI zStxH53#mq&(w8}ri+@kkS_&FsvWoR9o4oK>Gi?f10*LpVlf2KEYi$PkcC@Tj`D{eK z?>e4gXIS^Alp}2iZRcWV745`1U_`T5rUZaDoLU zh@=4qkDrv^e?@{@7=^R3y$Nuvas+U5p+QeDE!!KhhT(b67f21kNZ~}|nTn)0%|uwf zs)tGx5=W(V>9x@a&x=MU5N9*X#bbt6#e?ZPU=v!kfJ16zf)AEFg@&oZo7O&U=o-v@ znpl}kQ-1k@$QIC%rJM3Vb-B^=VpmI#w; zI{Y^}nc{?Hlbo(caeA_>#Sxx5y4}{Z_Bcu0AYWx{)n= z-g}=^w@{nc_(Hj%<)F;3(Sgs~lsZMMs+%8|dN_&J7qG!!4io0jpUsFIg(I!VZenzA zPN3ArSUC8m4x{I;&hRC8ZDcyo7N`lMMOG1&k-*v&nOfCFa?smhqtzH^GEDaTebzl}V#MKNLhWE1y*cBT zIj5H6$-s_Q)FC1pIsDjD*$Sp&?({IP@%@LQ@H`#@bpUbQIk5cP7lY}hNDYeT=x#s> zg$>0tZ%-;UB?=;mmLMZ`=`-GkK$3nge#kH#Vn9{L{}>E`gstghz8$8Wqu83()yw?6 zzt%GjvvKeQS+zGVB7=~32)hDIF7N3!e-0?tpKWOYWsZ{q-QSOXW=xg2a-s4(g+HtH zn+&4u?$1Y#RCRRR)nJ7q_+2e!d*mj9JltkINVCU5QZkbI+f(u5V-jj>@}+<4sqSaw zBs;)lh2lSYI-ndJdr2)NSR{F}$_4dQxufn+3jW420<7HQQ#55Z9aC=o1utjvE3Ozy zK)DN%mw!d&PWa<3c(vuYS0j|?sg)zeK#RVi|1GH6=1i+=(zAUM8d4li1WbFp_ZD+8 zSx@|+gv|zK4jv!2WIrHuJ)#Hxfbc84dLkmURT-!{3qVgqjOsghA7;0O{$;7-#5B?;X>_%rq6EH~%%>)18)?+0YstA5 zxb@hRf+aWH%fu#2SzwGa%GXu@d~XZfLp#>kZY)fdBV4kF*j37w`EyGn%n`oFT^lG(TJ^pd!#e)G|=dTDLQ`t)*iJsZoCpfjDyzDeyHjujYgFLfB z;wREJJo*%PL(LaMhe@#6{D;fm8W{{Z`Hy4}!A+pt@N)xz3C2$~!Zd%tR^=Qe@nu+Z zq#X8*<2WS`p^p~~NuFW0Oh@^Pf%J}jm(V&&!MnmL`%y^vWm{wVx1@n-*&7T&9?1zl1IrDR zF2gc!0Pd`&QX>2mTfT_SwR#k;pK6TWdE)HP=8*b9 zQ2+IxrM@pe4yf7_MIRGuLfc(CkcnCDDKzlL5coLD!>g)9Ty76ZZ!S24C}7tvB9QC~ zEsmf#mT3cbk(+%H9#nlZi8K`!hH@ybJ#mS_3o7s@@cOJ4lP!{|xljnKRNxeEt9h#; zg1B6rtde$HJ*t(LxXSD@hJ&ze!?KF+VdVknfV6cO{n1p^*H89kPV$dNxkwOhg{`oq zBwQ4jApn&Ox7~ZL1%R=K>&H_s7x7WSc%<8W-pSm}%=vJu{FyxkCd@PP?6q|Us8 z1;FIXO#-!>6(IOpjMYc8<8oUGI$a58s{`#B^`Lhk;4)v1JZTFkrFRPO_n&g?^K!>lrre?} zQ{6YtR?3D0B-6=)na^rR)hkU9+flPwG4yS?a_;?jesblKUWnpei7FKD&ty)n2@;_5 zoL{ElPM+3FH3=}N^2fDBJQB14(d_})E46`xiw01x!YR=Az{HO1!}pH@V1y#!L^hS0 zpK5iRSK70qi}i$qE+VA9j-1=$EdEL4CYgZEB8YAHtBmXXyOCIqOO$14cpx=gp3^Es z=J9v01Mm#c@hS^IT(sH%93_haouOZF4+#(|>aM(FsmfM}k6PfrW~1|vn~Z51_E0JJ=)0M=sBfMoB1A^cR$neHZ;pIN@Bt1dP+U7LNX$j4JWM zA;!^-6~77^b0~a**e`Bp=4S=^rLbeyaz5i}j)-yLBgMyYeanmx*n#Iu3ZVgFM8m1x^#*Cq;Q`%COZp9bB8|R?8q398&-mK?>gxX z%rkg**@2|GcM7ZNM+^kB+Ace7cuFTl0NNe_ZK`BoV5So(3ojtFo(0&7Q*rpXs<$pv z`Z8+>S~D5Ts!z8hcZhmyGbIuTukc`vmZsJdqohB(>ZJ_=Xh08z6PNVYuMqLFh`pUU zMrOAV7S|qjVsf7lDi&HhkhZxb;LX1pG{{zuiQg-yGa)bA5Wa|C6`_sNlHCY!`3FcS z>=}C288QPTYj$_6bhmm|%H5vN0Z9D9tc)F<8ieO}6X}$2;~Fq+UzVVhIE^;{+?FB0 zkC0e`?keRlsYAXdw}~rDrB4*#j#?wvDoT=;O#wEB_d)04kp50iXl?eg>DMx1nM#<$0{oriV1`w zOp{Mu8527QRkJ*WtNglppT>t1Q<9RD;&E%n)om}-GUDBzF#rb z;eJf3q{Sv^j;Lvx;3#CxJ3&%%-YkIDsRRxZu8WJF{^ELzhNBx-4AMYrnBA|4s`r!2 z*i+GEh%js!z6SGZ-A^-~6ou}5?xo`@gNfDz34ky5MI!Cwrt;Ix1uHd4hzN~TRkyo? zI^Ll|qj^kc6<^ zxEoJEgR24k(7OLb$;o`do9eAgUH+MQWT!33>LZ@&^`M5{B0|z``Y!@CN1c|DGii*@ z(Fwm%w!siq6Zb7SsmLX#j*6n##4UA|vdLpiO<{gw2>>lX(!XlXP=#-S$bO?+P2HIp zYOF+2h+}BD$2Pv^H>Ac%CkxsmnlB|;6GTXAvQf%P&8B+2Jigb8@y~;5$r61C`uOfb zik4{I_%fPJnmBV`Oc90cUCgsDDWqU~A52Lxs5W+(sN^0HBrsKL!5nR&;q!J6&Eb6a z5r2)+UP0q(1n@gv=$kxNo(YK!GO6+QP zD;ft-=L20&X!~MJJ=-xn6F-2eiIe-E5sZP(S-he0eU0=JrWzp(}A3d zDRRylp*sVi@~P`=H|DqqD0$`KUF*3~7uCjladJ-|wZ$n3BJY3MQt_8szZ=4f=M*G%F^f6ln7?&mW#O+tGlOOTgXBsSwRZ?%&YIQKyP zy-7#Z$+6^H`}xC;PgS~bE9;}%u8=qwtUJsb`^a^`1cJ3mWIvmeAmdMBt4^<4VsCv& z@w(9s4N7)Y`NIjK4xY5wsj{_p5l=JhXfUvhEs%Y}o;_{x-?$9il$DQuE*s4PdT((g zaq{MiDE0daS;~!U8PHm3My|hR(zn|v8LIm8Wp0x^VsD=iT_h)Iz1V)DLe5W-&vvfy0P1e$qX#EHNILsrg5< z%tb3GpK!z!{FFE19!G4$u*}!zURC|+P_~$_)Zp_vpoJF%SJuIcr-a-P{j6JOV&r z;z~|0qWaR;caH_1nrWj&D)2CVfh7ckrf=6HD2`;sHxx|tcM#E-Utx)uLXP)HIT99Y z(xz~4njC#f7~%3>Fwo(N4mY5|%!Wn zDEb{>@81~r3q_e{OpuRz#c`tPr>>+vNIQ}vZ`MUK4SKnURx)Xb7LL`1!Ul}{K7>eC zZ;x9viLFC6z|0|jT-E-7#q=!n+?LgdeTL(;YytBD2|c{x$WhzWHU4JrkCS@>_s~bvY|mfLJ}jc@N_Q%C7TQw~!?4 z^#jS8abqy?@{fV-!PLo_8(@y7T{BA%Y04Q4E>-p6|74(Q6ov@I0#ATcu9M5%glHs- zfjE?^URPwALuo#2I$PuXZx!R{p!SbrAt=ADn3P+bDphu&HAWBs zKUSsUI5VWi&L~5~OjTe^c_6vu{-UWQH3)mX6VdN>WGItk)0LMkB9N$5X(+ArgB3+Y zu*?KD`Q{k!r<4QySCIaKf-Qf0pRQt>|3l_;ZVUHK_o z=mQTA_a_+$jYv)w&rq*8WvM;vCf4H%tX^P#aL<1fWX6_U$IgaGLog!69Y3A@a&_A` zDT7--JYAD)Yp~*#Jz(sdI+yToBHn4F1Qw1fxkVHed(KCcJTs+O)X@&J5Z{jKb;n1Y zYFBvT(sGR>sRJ0iR506fQ>c#`RZk?LyPo2eAhs+Wt0Hp(t_3aox;heAXBHM(d}J|7 zF-NHbv$d-pTK}@zv0g;X>j<*Tn6n{>ESBc&Lr_%>q;w_pla+aW4SIn<#1Fhxls{63dS2DcnDT3~#@oS$w(~ zvCg>-ea4lGr1+L6jdGfIc_hdrGi-5~OM#s*Q63Kv1QkftdW|EK*0Exf(Z?Vu(yUUP zCW$5ra5ObkZPhWVKr20I5P3%{LzwjFyQt;Q8y<2a9i)lQ8{YH9kFa6a4780dwkobY z+)U>6FJW3e<)0&5eEQl)S~3x=9orP;fypt2-!7&%9gi*{!C!OwCz`TK?79bbU0}Iw zNK-G#j#(h$>@_^10peyj@jBHLamwP4oZg7iSH|}>K6&0k;W|&?f8EHc5ZXJ--T_lP zv8dquFgy2@ID#o7ut!;22()rfQf+3zecc>RaVomyC_5ik?W?+^TDUu_RN*N1*J-$+ ziDt>%Fwnln2U|RBgjF7fI~-AKtla?+cJF^Bw1SusQ>pQbQeri zCh5NZB@bQP$UHWbmTWh_UI#CN})AbPlbsGazCZLjmZ~gBR@Zd=!bFDkGqz>7qnJ zk&~66FU-^5l#%s|frIfPe2PUQMdwEdrUATglrYH>YH?EJ0Rdc{L~LZ&R;RH=_AVDc zl{iwiV^QL9*5M51x(>{M^uaH{Zd0~z7ZDL%3-cW~T*gi);H+94DNjZat9uopbFA>& zk{GIofaBq;WEd3$Jpf6ws-FgGh0Yzrt5xd2p_)oGYr{m#m#i~Xdw7^ce2Jb;6Ph(5 zyo0MnvG1_DY?#X#E7&^lsz_i$@Rcr&khw3aMGUnLk67>g$he9GZ~#>>pp2;drc?>pF>=W$owuAz z>;QY_FW9!3@=Ftb!wMGSw1OzyiL_rPT45Gd0lT7GmZynnIyEe z#Gm}QFwLf+tZ*%O5+^lO+dn;6d-`!v$Cm^E*$*THl{cBsn&{~`-ttZX_xvO~+C3_t zmIRLK_wzRyk**Dqti0lku?Q~XEUB#`bxcH~*{!6=ccN2Y3$#xAbt+0902{STQkts?EskSq!Wlo9sDvE{p@SOTry_c*5~JuZ0vxWKvtHS9{PAC(jdK`5?p)` z_{|^w+PJZW+mU$q^)d7*(^<73DE+J}lDMo{mFgKMs46;oX*x4SNCThNs#v=Nr*~6UN)bvQ0;{3{Df7!PHvGqDJ^^@LPo(-sVI zLlvzYUc1GMSA$||r~*@h27(g0tVmaK**)yRrqH}a7-}2~GFf1_BX~MN6WtnSz>1&s zp(x$G7A!kI-nL)!5I2utsp63z^@Hlm|1>;aN;;FS9$7-Z?6zxR*1FO{BFN*@CijM! zeb5k85?Lr)T3H4CVjim~nHe8Px`RX6zq)H`wPtx?mb4C%*0XNPqZdP@t1jV49`-!> zB9bw6#Knp)~U%1evDEbcOz&#RAxog%~Z&jpD|0HKw zgEMK{!{JH1q>2nfU(8#xorFHu!knGg+>cO~9{mBRA}h!r0YP|9gJZHXd&B8G(P2_K zj>J-2n&P5p^gdl`HHdBZv6Kssh-8qP8PuIY<&u^fR8i<6G1*EfSCU)r*n?F}Xscz}H4*6_ur9R!DpcR6<=S|h1W-z7n5wTjMf2v72c z6_FT3v8;LR_%nJ3uNSh!?sw`ztqcf9YV2qa;kIN|!&sfAC}j#?MRta9j#Sbv{xlO8 zKziwDR}(4H}xv$8mvnv9y~M z*F7}y(P{d2a6Klp4<9E2>E)OZS;uo$*Ini8p$qB9o$D;EjtSF2*-JB%Fk~zw-;6_r zAmEs5;LZPE2=EP4YVe<*v}p_pxTGR}K<;r-&)=;UHL3@H=|L?z9U0Jrl6CimKNXWe zz#)dw_1V-t6Cw3>;-|sowv0nZYu^Fy7KbICpdE52v!4sH6JpZ2>Dvh@a>z?_n7|Ef ziMo4|GIkfO>C`XbFy=yAiQj4262O5d5;twP7XGxL+|Rn>3EY8V%%foOB&;SB;{rhRD+^=XW^%fpp%>DhU= zbwf$gkCbZrJezJNVW(>(FqhMSf%g?Zy?y~{3q9LvAW^=6&zkgo-rlDL2>!4Yut4(@ znG%hF_dMT;64b`5m9OX(2IPvK=4z?k`I69G`d0xAf1-T4Y>p+_106{77mXSrm*)yJE&o8Wpm!WYwEsbIcr!KdsB;LvXS{@hm$jcVMT*| zmGTx$lVzs8NE-7CtP!?(x~uxa4-pV_gh0$<$bQRzUf2|d#KcGXTShUJ^KLd^tUhK3W6(^45$;6kLtJSsuW zD;ac`HqY*%FO9}_?#&>4PoDQSO`q6gDo=@Zw@rAJEX~-yC7WR^n~*+igVHT0GWM;n zUa^Aoxn8a>K#vrVf;QGZ3=D$4rLgpHxFI7o8te->n8d;{aE}0NXx4!dro{NMN)Wh6 zsI^aMvvCECs=;H+2W3M&%8UNJD=~RS`$FMqk+D~=1Bjt%h{veLB#1fcf<(;Q|HOZe zpE1ON5tAKhiu}j+Do>~G6`gG78S|d>{&2@v=4emhDY@&Ncnu-!0yVh7 z{30>ISMDK_x!jw|PSZZ^Wns+114uh>gbCW&tWwoi-7t$5YskNri=1#zRwu%_F1uzt z98?YKU9mIr^pphNi?ae(-xh7ah3(<6uNAIPd?02yT&d79r7HX#;B(=n0G4XQF`C=w zQfQsqbK$qPIbz)6lxyVd$;jKe(xw8k3e$m>VpIaABX~}OXOvV)9faHBOu5=RTK`?< zG^yZ#B&br`l6=}zMv&3}-OEmcdMkn7*JL?Y$LWbIJqOy2VvdMHh+~ULN=FD^orJ_Z zEExgNN-qUTWEz`#2MKip_Fl=;1Bnp|lHmH!tu1^r%1e z{}<#HWo05dq&F(^Ujk)2&1;87Et@-0Ya}8#1=mabXlTNYI9b3dosNGJWfNtitL8qU zARGMU|DM#;<1$BWY+`oBEb}COAdOiR|E{oyFZTfM&m-BO zX&$5v`2nGv-0OrMTC9T1?UNiZx}JOS&6=V1q)I+F^yyxOMq^G@ee(BDt@5Z?*Gd6x zy=-u(M_HAT>SfZpEoq$Lxl%IL?GBA=1z5ZSwq%%!cacz)O`BCB4%{mA6&=z)Y0*k- zsu&KybWskDd#S>brK~e_W-us2je{h0LkMfs#)uh5I@+LYpY@Haa~0cUWr+)61`^*4 zTgT$ZcC9EYEjREve74PN-3BnZ7|6hP}mHuc``x35SFR~ zt8N?Mvv`k(x~CW;mgwatz$iUMhel;YM{_0E*vPEv*pj`&aZY_M=q2wR>4f1VGbC_g z@}_6yLTF8UEfoa&dvehp0L~_(!HB0AvHy+5i{*4uht8u-_-M&hBFifPJq%~+PjX@k z)|M`~F3f7-gpptbG*U8jB+wKOxFPhAUC)gXc62^Q5(|QozY82}v!0$WpGI#o^tD;ZYaMg21M^7J$jULc=^Z!pX%?(PGeeH85r zDM8-wC(aRARfv=D3h^TvGd2c~-Q&U-Ms6k2DF)yoLP=#xppr&GW~z`Z7&rv^d!7s$ zs3o!`keih=HR$&*Sr9QhltkOb)SPARxV8k}2DTN`2R3S3)0ir>JN(DnESxs+bPEC; zkWjzxq>W;=g99vd^VXk8g48qNXi03nyL~Qs5UiOH zJA)TTA#2S9uM^L7qSIfgQILRvAwr>HJgHPi1@_oGdtDji>do&dgbW+C1n+S(t~(e? zyWWG&<_H~_R3EJ&$J+A3?p%id79Y^jyA5_77AHt1Yrw;0&B;6tdMsSSRNy}suMt+; zj39Lxci9k3Dx9Wd5lGW;Q4rKj8wl-9feFPh>Ug~6DtSI z&MFL{0<4U+el%Q5w&IKoB@fxo_=(Uuxd{*KDs7$B<$V;okn(JG8k_@E+8aYgD;gSE z5gxibumjB;o$7q^pP2*$E7EQnuI)CI+Y&Bfp+ZiKg-G;qa%!KY);)cSEKB41AYE32)%+sV7u#0rc zaLOL^mj;TFs{C+U-smEpEXkBBS;4i&t*Rj0yq}ekC`j1B`3Ax+Tq0y-blHDb1K-`n z3XBwqK;d4%jBk~&mNrf^Khx6xJf#&B>>au06rtIrLo|YxW;u)0QECU$#RKrWeOo+= z<$KdhrF1H>S}M$yi}EMT+QU0)k9D!CnL#{y0GlOZOxFdc2zcG)S7yR;IEB+cGSz)w zgj%KRR+tRB@7$@!!}c`FjJv4fA&%yxYHL`9vKodd4zV6kH{!FG2I~L}gqQIvu)u0& zod5RVBJXtfC((8#MYJ;yQMRqk5z}RuHARf;`L7$NqwV>6mHwUVM_My9#E0o@)6rmz z_UH}}Vs{->a&e4$h=F2Fb&GYLTv=m@l52TnGprd1L!_DyA<;g~DMT78{V~d#j#wa? zBu$&86h&tGdiulpxE>*S>(%RBv=gdD8SH4LGecw!h|7BV^v+kwHGaR9ixK(3*OoQ< zWw3$)$yO`ebR6V;TrsPH{2^=I31g!k#)pnF_f=Iv7UE|GZ32*m+{zq_w2y3C&<6fL zqY3Uawy^8G*OVu=Shb=()skjMbe06eP7_JxQ9_aTRG$iZ8br!mT$W;XyiaUv(3;^j ze+H5c8!d%qI~MK~A1&giSYvoh&m2w9p!_RoOsHmjv*I7!rR=cpCOV*IZ1%wa>0s%C zD{%=(@$ugU8;X_1Y8q6p*dq#H4-nKeIazv@zT;@;k_rR}A?P}{(K$toAjC7MmbHL0 z|8kpJS-al?KB)5`IEj1HR;7?o)Nr{7NYnJ3HUimP$%JYQg{IK9!V!W5U``}+R_@l( zls!qIKb~D8;0Yb~vh7w7^6z5^)MSk(B;|gKJ5oZ;PA3Z1(*Tk<*Y|1s5WRb4b4BV}clVZ;2 zYbBUbKkCgZx7fELRZVtftR_p1eCD91A0T=l*~}j*1j>1AiL-49UlfOCwsB3Q+a>8s zU_c?^xsJ*AoQp@SHMEwmv!GtE2Ol#*k;aFC!bd(paC3lu72$$&^> z!B>@Ks*s`576mDRCU!;J*oNToNKKbnFr~a!XOLD&Maq4Z>&SrUmTC(#y^M*+)}35) z(qQb@Uw@a?7*)sfA|Y}Bq6r{;=3=W_>Q?wyUoO9&CKIH={@;c?RGMYO4qi|78{Ot1 zUvkKY;nH>M2)k6A2)%;WZ;$fCN8nqk#uA2ezLg$f2f&z{MY#xQhC>h@U6WXw=dgy6 zqzyuEw$P$7ThSwOY?XOI`FEf@iz0I1c5_or-idT(Uc^b*4%2r==!6BHtP-vP-YEPv zi(O6iq+wu>;|m4519upNV%8%p*^1%+>Q|yX9V6tlMniRgePOEwC?;td{BfQf4cffp zpF4vQIq^utTJ-{qNyJ3hNvn`Em(;eX*}b0|(>p+no+C|LR$*z4+6>hphgZbf1{cgy z+;N$94D=1$IS!deq3@BZ1MliP7{y6mCu-fi+IqT2?XlhQXFi%LOehVD)o(ShJy?4) z(Z-84ON`bZw%6r!!k;3KmnwdOEL^MN&HK^1 z(OP8|^u>EQiYtc2>qM1;h=Ve>^k~b8G_m*2WyO|24tY^1IhU>uTT6FkG*j_L`y`37 z6TcRZso~2N#I8Wp;S^bQeucqYpX5x7A=az$Q%nv zA?e8%Z)rkDMsP!sLwAT=ibIg$s~S>ESjvbQqk__v)C6iV6VIXq=FA~TB8z^Km>Qme zKD{Je=W|frTpfwgs8%R%MYWCzSfK>dU9qrE-)bb&OXV(*y-^h+td7h(1@|>4OUX8$ z%vR*76Ni}1a#SmdW^FUiq??#Qt4G=HrcXJiJ0 zNrgCtS!;=V9qH&Zr4xy(>nG%F@h7UO!y@t56qO?v5ilY}7$N+$VzN0_#Sb~7SPK)o z256(gcmO2D0*>0|x+vf@UK3;6d&0=?L+rUyq1GLFnl@IFySV;F_D%z`sgt~D=XFNC zh^0K|c6*`3NQHIQAtv(ay;fb~a_8(aH=<)hm?7$K@R!p8k3{K1UWy+Z!=Jf#^Lc*w z3~VvLc9E@m=1rLjKZpS8Qj*jZn|0j|C~@I;&X1C0iMJ`->6ljgb%&+tm&H|8tR*vvc)&wz9I;I(U zz(}Oc@A~dm1~m%>c4fT~>Q;o5G61~e{~M(SiGlM${xq_=J%wuIFOY(s?cED#*x zF67WA=P77J(jpN-8lVC(A+=99zSBQVVqqY~1bRIKzmjf{?wECXO@w$U%y;LeE9dW5 z$V4mmpi_Mj5(fbQR4=bMX_`aQvEEOnU~dBfSZ7}hDwC3e+cu<8f#MgEPTpBHxVPki zxdx}VW%t}JcR)fA^mhz5*WnV$61-BsDXLm{?+vl5b~#9iFG)r)ycsQ|yMW!ALY*u- z7SdH`;Jh_mE@X*))eLM<_?mo|@@cChxhOH{khM!1H&w0mqBZ$!<=iA!&Iug+hAI&m zPU6`O$VhS<#3?R6`85wkHigJUwtKd^WDQv-E3+>$+?17^2&57r6!~33=V4Lva&=WS zJm3K6GkC82A=DzN$*d1L)?cSolm`O%)V*g9kgni4^~e=B?(xa=n<=GmPdoF#3X>O1 z0%oD983G|WG0bY15It81b6t3EOFuX(g`i3&Eab!S#?ZTMcMmQ9l6--0?^3GUoW6pTx zu83VTj*Q3}6Wx8iXpXcC)YEj7i4FVMToyN2h7PJsP~Oe;+ZiO=3n&Hyvku;Y7MlxR9ADs@kR&7`OBP*;aHwzQMrbWc~Xhe*3&QG(nyTv>0yd)r5hvR zAqaV_V1n_m(6IV*tM{sws!XtupGt3a63{>KWaf#OMx9 zNePPO7K*Ilm!2FmO9uFA(C3yX2y3b@<@8G>p~}l0m6)m@%ViN0i>y0)S?zsqpPLnI zh$8x^%CaQ{N}>4U4H!xUSEDV*PpMo&jXh8DEhR71w@?A8QF@MP?IgAa$zT2xqQ17B zU;n&nc}7YzD8*|a0cN%I1%Y)W)JR~miQ*@O%z}G5y2t`alYn8I5z(4@Y4_qJuL_yk zsIY3+)=YwVS52?{fVumCS0=*DRDdaTRG)FZbtp|Y=Thum>6rGSPe*TKtc3~84v7VS z!E{3jUFC6LbIx;zLk|~M zi(Z+Jrw4HW%axF7vFBM8$VQpO#>HG}8i#!p6PjEf`4XJjZy zd)h>(Zml2*t1j=><_JV-6B9^Gg#|*vlzKz4*c{B-;eY_{tMQiyUAJuPcqItMVKwno z6cbaVSxf5{)E84+bN_n8Zn%;aNd8o%^T*QliE}5r24HY?c`lu zI9;3x5M19=IM~vqXu{o2DhWqSZJQ%cfLxvsY zLSIM6WNd;w>M*41=rY1`$rD_teB{x?&q}1@Lo*wU>Icf?%eCTTI9J(+p?GG*m}aAg z5r}BWZp6O=nS{OeC!D%4iH;3Am!aN<`KEbPxXmvjSOY90I!^&yCUN|KDrwX-)X{+4 zRcv)ZG!L9u(&8o%}*4| zzfcw(LFrL3s7ganXe&WLMQ1rtCESmAeEx&7tffcPm`>%O=Zk%V#W6~n;yDz^(tE4Q z&P{&7z=DAp1oy(XGptOl7O;8-3t7@^)1y>olXm(2aFGp*Orr{VW_4nTPegHy3F=sJ zoSVz*Q_O>AEQcKm^s%gs~ry=Tf{_?hz~1NVBTV^=p=FmgE=;hD?eDq+&PRMjq9^%f6zXa45heZcq$IDvoAj8Ytl{-BP%*0Xu9qW_r$^Tf z%HB!Tj(lYgACcIr#@IuI)wDaS7bK8i`g+O+u-6SD28sFe#foXyxk;7|CC%UT$jO$u zsDNCVP@2w#iO#e=iH!3SNUi}~U+RHZsQQLTe4kXPcH<5<+O5i*GdP3+X4B74=lW3_ z@&i4FpXJ!s&Mc+s5_!5f z3l`M<)Wvm{M9WE8(Qajy*OGukbfU3`b4`4$tQ|^%iWd|^M32ZwjKMZcD&cXy85rhNDQl3rec`qTJ1 zA#^-0S-7DnB&(kOc{vQkF9|cz@`i=W|EN$90JsI$&$s1-ATVJ4#GiWKV1emj;KVDu zhYma?uzdls6u^pSbw*%-yR!ngr7u=Cup6SM;tPPd2F4kqmS==JjyrB*Iw?NC%$P=S z^w)A3G>quRxUBbnya>(5)YG@Q!5aL&vxh-0qmZrGm?%l|T3cow#9I<0D1~OndBddY z4<`R0@IG%8D)iv7Ojme0*)*5Lcps6U#TG=_oN%~W?vPtwWPXK7C7eM$JQM+FI#SRn zwrCtR_)#nG82T+770aVa*UhAyWS3#eq$bEqXUiM{X@Ku0!%y9jle}~d=F4uVp6LZG;V;g45e;PMXoTrliEUOm z_}0MqMTxS9$P`-S(7}S(c6Da$Wgs&Yu>8LA$C^IdoIEh_bdWY*8h0x=Ca2vYdViEgT;}}A`g1=VE zV9BQdiv^>RNQ@PY+N{Z05s1f>gi@_Zic6w0blIH#sS9y)@NUV0EkfE!ImHo4N`jC$ zo;+91%LCdPpxl}qJZ?gOsx-zgrl!&>vhIlOOyKx(f8FqvTbtGRXtfrqV2@Uh&_#Q2 zp%>B+lqx$EQ?>F*eAd!#j}7^Z*6+D1p*BWlXWY@zR;Z&`u;w8x5Pe^W zAzNKXCK1R7UJq2z;kWR|dM7km#79GGNInB0H)X{q!Q4C{Z*AF-_t=0b1+MQ%g>T-o zCb`$|`AC6@rORNt_C{wT4QbDus_|7qG4>ER^9+?mI=z}HLT%w}5#6xejTh5fKOj_C zK3gg+GBurLUzs$M3s`8Eve(_9ABAyU3u$~D?VDP2VO5%mG}~C^t{LADbM*|&=Nf74 z+m;E`=CpI!Oo7uD5|(O;E{%+vFOuthQN-oStDelN3P%7Kk`SI#8&Nf+GtUZRK^ZaD zoaQq{PYDkZGpI2+u5@9odNqhJ=^XIK5oH3OPLNE+>iEP_ZCcCeBZmrXqmt({)T}K7 zim|*EQ~<)nIg8>Q$8a|rk$%Fr#7qA);)PW@wDB#C+JD&k!LewC_u)p1bs=t2TI^z- zK=Pa2dT~+E3`j)4JpYlkoyh|sy4d2LUPh;{OR%4bPRVI9+EP4+Mu<2h-E-RVV%Jq1 z@4~czj4A|>x-y-Q8J?bA$@QS1j$>GN;a0vwd91poldhCpi|KG!6-?0$H_LxUJu2pU zgpjXwY=w|cn;nZvfMKK_o~@=xfj8F-shrqjI=XTCI93Ec={ujTCSVH9q5&91K2%Lr zPZHZbLVN4oabKz%YE4cY=!5MKN-f$nZV6sc@8u9sCCrx{GjM;;Uz8jh*EBMdJMSMG zYaX}=Yl-H7t%}@;U|gWZ0!kR-!#rk7P>wZTS!7&G5qmkYl*SmBB>!AR;rQwlFBjRo# zMbuD8K=0h^QJyoT>VkX+s2X4b{44IyRpIj%)v!U~p^m`OAoxz5qpC*ExhpN_g{oesUx%ah=YSJ$mm=1* zC@zLYfw&gMWeFq7%0FBYYosJS=!K$WD`IcO6Xh!Nn}2M-=I$pNl*j??$Q%Qgtiot0 zl|=PjKdG{+L#csSmHBKpiLqlz*q>!SIY1nI(1_IlpN;@Klv}e^{cD;As5p-AAhPz! zzPf>Oq5MRhJYt{`P}5`wyg{_$oHW|zIlR=Hh?EM?(2FSH?RW?%SakoG> zU<(@g_6OaUWbox=s@ms{X0+&Cw$LqyOQ+z5FIIsL_!}^6#^cU|Nh{!3&QkTCyP3*T zq9v$RYifdt$mVUf!oz%-yRHfeaT^v%cNNZVb_$(xr8B)keBWb%f5_-MqNbl<9G4z z;W=+E|J_aA+z{p6>RMIU9#+&1CXrSZ+j74TAaHl@q81Rd>rldAPCrTWdrkYRN% zAfi)$@1qbmxyVfyISpyom}1?(Hv#e=s&r~VF&B}Rai6g1p2ubJOG-5QmS z;B$c>>ST%&PtaA>Hmnuf)sZ}}vVn`Jg(P?z(*Aw$EOJ~beP%Hj-k+K>MQL%k$JD#M zdC^i0fCdF%kZ%lEj=2Hv3u1IzuVvH76JiHI&psKoj(M8M;vSMaW{s^nf!$O)lf15t z-o$|S>MObQt?1!bvG>ENw`tjzma8x+E5q_g`GLI1P{E;tTTV~drrdt4%x$2IUyaH7 zIIUskJQ5B(Awt{bMBe#GdPop&y_!f`y|4gtj~|1Ugro$BXy16`BFGt|5};_^Wd zARCI1{R5Z!lm@Hh5|v&n^i|r(97x2^#k<4s>V60=w~(jm&2Rcqj45*~EfeCcQyx3%?2QBx`ZoKkna$CmA2fOWrZv{X2nJ|9T9dv|Ol zn{mGoEkOFNUDbl`f!9k=sr3LOhr(dy`xirL;H`+rG2#}a5)MX0sUdV)QZ@+Yc~L27 z&23boYuZMsrdAOLky>VbKMlQ-t07wV_bLMwse>q!+v>HNSh~&W@v&;Fkntn&dG>dBFMpICVB6MZ4k=e6bL8U?LZ&Li+o2JwCV(ITYsa${11Y+{%-`6bu-y zak-kYBa>~{niURx5=23HeNWDmUC8X*WPQtdRwJWT992GCoAETTF+&nv z?@cH?ppKJkCCG_9q_$?6g?_A0de)uDr9+#$_ELNA#Z=uO4Yb53(p|S{ElFjMq26P+ z+2HFj$Apw=$dM2Bvboinz{pTKP2%=npw3>ABT~x|!af@J=!kXwbCQsqetgr9oaSMW z<#sW!OsHyM;UYd_b=X6qxppWGR48Z*7kn%%2eS{iSiI>1Nkm){3($Xze$ZDLyNCksfP624*t#jAsHXJG|m3$m?;Ebwj_ zI)OWJDoey+;8P8C&>6hgeji*G!z1%fD*izkaL=bE{6hsB+}MgS&dBijqNI}G6Qa*a z;-GV|~#A^=woQ@%e z9$0kBCRvH0J^L|Ds=SnrF0Z=av8T3h4kyB3%8|6r<%i7biQ0^nwurw1eWPwTP+g&O zpW^iLFKp^Q?a2l?&qaCS%*o|~fSoo!k65szeil+Zx=-P7i1G~u7c`)}+{!72z9sB; zGlBCk&Z6aiMcWE5F%Wgza_sKq8n&TKjKb)HS&E}QL!?*NlpJ=>(x-$4!hD6EAt1g|B)u0Ox2Ln(sLjl&ZJ0K z$tDYyMjjluk_je--7thpBx7ff0C3wkwJ(~9=j4^|;B3Z5r%;$P+`MuK zElqB3CpiMdJr%7NAVQNJl^5`f_{b43dl(iaIIdKe6>d6I^nm*eEVj^OVK(?nsO*bt z`B&?^+@?#JGFVE;ov~-EVdO|Gun(|!7zZ~`1ba6&VH2LJoH(J^QQYU%1s@=z8T08h zI#&CzCtOUR2Ww+s2HJ}tjvMFU9mzZ*iAxAva)!!bZaIF0DybU(Lw8^uzie5BCv1Pp=!KbxD!PFRR?(X0X8J3+G0n#sGe${p zZ#YbFp1ZydU-!1Hi|hwY>k749FIg;l^cydsK~tc-qTnPua$4KSS;{x9Ol!#M+KE<} zM$Ud3ryc`?w9b_Wmg4(pc(oxeUi*@zIX!H>A#=z8Y2e@cNauFaZbKJ-x@E>r@l`WQ zcz~eQ0vzF$ftK3{K({MT4ci{Z`Bjdl&51lO`G4g=cX_dA9a-635uq;gaJ&H68MAjYOdOJqrLOVJqqMC!1ghh=~QVa zVw9Xg0dqr@TG~i{sFkjU6Qw@NJ+##zYuir@60|k&sl;h`N$${%;v`Uz&gMj0*a5mQ zn|YY;;e*IRO+gR8bT{{Yvlu}4L@OV5Gg{aJLo`k^SH?k#d5VyT(~l|JsOop`wadp* z^%r6otSpe1anXz)<7)&%6UTzsYEc1WetYRePV;LZpOxSks)hI(?8j7jd!C9kOV`A_ z4$K@`UG9{cv1m%#V0X*31ld{-Qnb;-izY_|v)&+!>FV{(@^J#qX}b5q?8yk`v1I1}O+d202Ofmrwn-_xI=q}| zsp*Skm`wcw5``O~itLa4^bzz*_?eX3B9^k%oTP$9rYey;6MNIWkW7Ej52vP3Vz7h4 z>MkseNCT4S#f<_vL`5an#ohY#*j8AUki`Qhy!|M5NKc04n8Zn>J(^>HMQh={*d}+o zDNynd<aImr+)n`y=EZdB@)UV1j; z9jV`L_i{w|V_|G%$b=pQM>K3*4wHD9>iz5>E^_M2FxNUKViY?RMdQrth56~OSZ%`w z678&}3B1(I`{>Y8wrdV0c0AKj&H?RrfhtrHhJBk?C~+AyZ&{Lcda%d<4?e;JqJwsQ zQMEg1QIad#PTY3mu)>?8ymMzD!D~AOr^B+bGua=4c6LFowcsqFO!rQ~D9Xg}N#Y$E zfA_V-GJ%V(pq}9YS~V~$h%_Io5^ok$Bpxp-;YtTG9Ul#ejp@;GJItI}5bLYpqF}y+ z8D#yX9Kj3`|# zdLVO))2GuVlF|iq<@ie_*syBwyqus#sJDBIKvWw~NaN_$=6D~yqs0!++8o5ggeSp8 z;pmMdZ~Z3x+rg2<*8vCj-CgBi>067O*&tEtCnLs(AwfoTsAbI^kZEdGUfx|L%WV!t zi1~$nP?RE!Hq$2lb%}y*!5i5WT#`?GR~IT~J;@qta_24wZ{c15VgkZm1?j)!5y!A=AVh7mdu z!|JzFpghJSrlmYHKrN;+@n)<1@Ij`VAVnS|NPWTYv4cvIx^-gkcFE@}N+{H|*{b;J zf)}NIr>gSYV_AH-_=Ffn1g6Xd#;!fQQ@^|S&FG`o6hT(`5$2m@~D~9L?Hw_YT%OR$f zejJt4K&tcf_&b>d-U)O}l3+~r_ z4`Jpf*xlE>3%}rIixL!QWqiWGOSc^#6s5>QxF#nD2>rWVtJ^JdaN2!M5kRjMj7^A) z5LRM+h+A4iHO%Wgu*=2DYMeHox|fu=$-_b0@efPNd6qfTgHBO6=bOpSYvRbrP7_N5 zvD@#{;Qg#W{X9(QUQJsgxp*$v>lKzwGyTMp@IB$%3jCbz&xT4R8S2Q!JiS7a=1{oh zfKZRI^)Of%BKAtrE@lfq@1U`G$Mt@wC3DLN5vk9L{&+3{OhS0w`nWHZIF7aCi=(Vs z9UBVf&oXbp5!lptSH;zh#D+H`SXezH$c^s-NToI~D8lP=I#_#!3u{rKLUv)bx)mdt z>llPYQoa5CF#_Qs;%gn{>D71&WdB;;Pz1oPmr;}lq_|}Z7%(6c4NCF|5WZeA7Sy3X z$&$^%bSz!K?E}#vEJN=6!7mms6Q7HD*H+X~6b3;eclKqyFtlaJ#`$;--Hdi8$QH`J z6Xh&4on~a?8voK&CaRHhfXBW#V+%9wOJgVJmabFre4&HOiu}|IDDaF{Pgv`fkvUqE zC=8%#$_SgOHq8R;97Po1=@q-c=Ar}K?0ENt_WMc?TAGfXJX_>8es12eLb?;(J(4yk zI&D>_ESNN`xe!;h8tA&G;`BiihSvEMa)pn0v^{hb6lY%!N#xy11w^R;UQ*uj?RZIZ*7)JvJmB@kQ*D$AOM_mlPgp&zB*))lea3A#cpp?FWlc>gInW)pLMmAu~PGa zTlWB<^itE$Twam8U7-iUp#rQdE($lu&;q^TSBr1%_*f;?tjA#CAU zpv&ETDFCt3QcDt7jca5&Zo^3^g6rcg#iY==-D~`8$%4!F`V2b8(5J{%tro_<*DD0X z#wj*BL8CGBsGZBx67n#W^E63;0ba0e!Pn4QX#TWwzDL^76&Np&(}{9*C-Ky*eTQ5k zwxicIq=yx2Eh9uvogVVk1A--A)fq#-cDv98C}s!ydZFi7)XQwVb0U7laf9!z5E^k1 zJnn2h*VO`vI*$k z8!Z8Q!j;dlHodUl-)mx}^S2}~l5|VW1Zz5##AMYj{q3yNQ9Amp*|r47W5ekVbGCe( z(8ziSQIg?x!ZhF~#D`7!aZcelBipdc!e$W#DO}Wg!$}Q_VP*#&?#t$|lct_`jHj){ zaM@TU9g!^?dK9=`HfMCU>3tUMhIoTaPIKyK7&i4p4Tg?p1(oQGgNrKP?e+)EU z#!}R`u9^}~@H(F#D|?FWmIt(%qBYW%$xzG-M3OkxW@9TU%miLH3N?gTW3ufU! z_-POzkcl27ZX-e$M|CgzQIVF9;x&zCL6RNh$+$ORTP2D?b4y1^`4Uo|88aKOoPGs_ zaE@5zh*<2dCL1Fxu#a@q&5ZXX6&Ybk+_9Xcp=OVms75|(^O@IYz{Yjl`N@Qf^yKQBbwFrw_zYh5|nl^e{9#}Lxko& zZe?Y%(fJ!$$`R9(Dfy10*BmgJk;3mi%SH=OJGv+7x^woiXQ)n8Lqu<%dAV4(ZV-H6 z78f&%V6_5Ly;E!mg(|$91Ps=rMxo+0^SYvHEZ+BiV~SklE}Nm&jYl7Ml>uw3G?Li=bWT&z#*A_Wge|;m zr6q-ET)$(=ixQhGFsp|c#0)GriYX#6AbU+yMTgcSB@>BFEO0iC*n>+niW5m>;E)ws zwJ8UbO$4wR>4`Nb6JdVX(xgNxKxQpPM1equ#;hify?iYK{)AHuh&kKf9AY(^FeO+HGL`+SjyOLmL%a12B5#(~_468_!<>*aGw+0mENz_h7+9)*_Fn5` zSHFmJ=O0b(5h@}RX|5-Sn8JIJbh(<9bT}G58+C=&k(2j{|BiZxaT+r!H@@p%F|~mH z)ylnm5gWl0-J>*ZeIY`izg8sA;TuWfK}@RebzxY^N0)GPq931mjrzoLVBLJ|x~3 z@|}t#gx*E{PM$<1e1wf!8jCt-8tSC7vg)C`d?I9W&0>`mC$~>7tvPMEK5)$eRf^C6 zyDfSvFdSHI;LSYM(*!RJy1UexV$c)RHS+zlO|S??5?6_r1wdM=2;(5Nb;9785NL(@ z4CJgi>cyd@(4aB@YuLEjBV0LTTX^!6;y)@7z0d4=C>GFSg{1VjW0cp(;I9rd&Xx&| zItbK6@Y7vtPY0$53eA9lxZWfp2(FFeBK-ws+9>t~)zf?=o)pWSbIFX_BC#z|#V=to zdBLL(Mgr-6Dd*!8*(|mKn!XElq6toB6O&Eg=ecpIRe6_)O)T=W7IL%Oq-_$krlgD7 zRI4nb7Qh2x78$=p+%#&9fQFgFqib{0I*USvoa^D)s%)1rIRRVpQv`%_O`|1h$*mXO zv^y{H$ZFxp`;eBJpu7nWDMt|SZm)26m2O?Lh76m*;HT{z7J5udR(EMU_EpzZSQXIw zSTqHAmP?(0>v4z?=o#S5Kw~r_5wQ$Ve*uflgEIB1y(kju2b>65d5M)sH#a#+r_@_% z0XzQd((%w49KqzCQQ|D>1C;?YmI|V#1x4rUDOoAUaQR?L*$t<$bolx$DgtP3<`W)) zDUs)rqMMc9VUL}&r?150r`;^3#DZmDOYOQBf~@u<4g6VTMh7> zM9C$;u{itXy0hX_ZYiat9^D@oCm?37P%^M*zGqMSzU6f>eZQ`oY4!+O?JK2(ZS&12 z+yUknLwx{XR)+4%M7z-AwYLvR0dM!Hpe)Sw2BM{z{HbBxJG6&4x?m`L^K4#6OMVSY zq9`Taz&J9(JkdCHAYUxP0--6$C}%B=&&LbE@YiT{9CoI+M1t9~o*|i90 zBW$>`UCqQ?QprNlDAgMTi_k!>p|S`}c2^dm60Hh9ru9;BV_C)arOyJ zMc*_xnk35Y_ST4VT4@R6b>sp$jWI#r7d}yzD5fo<4dJ;2;ocU#j*0lPK>T4>)lvwJ z3U;^x(c|>(+e)6i3@&B49-wTbekB#VRwtb0vAooO%0D2{}u=iMleY(Q}nd=!s zOCJ%7*de<#x6)B%sMGDVMAFCEIJ^I<^}J$2<%&mCDFw)?fGdGD&Mrw~}&DV64UW1{BH1NSE(ZMzY4w{AgnK87m!lx^mY z5JF#4Go|h}bqUSQlW=@Bk%c3nsv~yZ8NR$Yd5Hjh6T1U0241&fUQsl})MeW24>F}G zh&eNMRhZzf{fta>IE`?)&@5pIPR?aCp1TtZYZQ)Dl25~6aVVQ7HHIekT!w~BlWbQ@ z{GSxY6pt*;&87J>$OLjn9rIS*XogrheGtw5xUFc~Yq~`Itc2J|~WQ z-J(qO6e8tv4uD(s^hq5R*DhSm^K&>?WU_n{C0{`aw_XgS9UObJ^>_SQ72MX3Viu`b z#QzX-n;@OP$z{21xu6K9Ab!RpqChK(^4C~eT6IQaY&wY*I1f-V{d=g zsSQAMNHmsaark+J_VvFxNfLuF!V%qs*YmgN3y0H4A5LUkIi`qKC-z?oG6kSQ4|O^W zoQ_V#i^8c3xI8v?y{azCY1XUOtfpqB+&N?f0NFtc`(bPykW7Y3uVfXE)Ah(iQlDu2 zl!$iw`ndhw*ou2=j$z@uwHH=UP*YE=WY2|J1}olIlOtf1b=b7Fq4dN)Zpe5n$dhX> zwBuE=Qj~crq-gA4SZ$E*r0SnuDpXsk8#52HBsW0~!uSVGBNG*tPT#5qU*3?Y zs?6?8ON^{%=?mMhcr>G-CUH4NF6I?|*@&T(W^=32(FR+(AoQh~i+1rdH>eZ8iOLyC z!~BxGT7d!# zCnGXca2|5AiP4JsxFl+^aggNn4ZVD9K^Js;5pq;bLaMSt3ppx}uK6K!9Al^juN^Wd z^6aMoxYG(0m4il1RMh9nq&IESThBpFHkc;p&ZMYW{^zG!zBPaREXM8jTo632d2M;! z6nLO=q&vqJ>gfnM5H-a3FCFZ2UGe}%r8ck|__~8fU?&)u5-TO(sqsyIcPD1=(SFpf zE5_k!@QfFNrO+6}WYsAMk8?KDTK^g>pQHYSI`^QSbFG6|KBl8<9n4h5A54a)Kznk_%7ocExU(R)kPCN-x-*f>I8TD5rfFA70Cv^nhMvzR zH>|V^os)SG!WIHrT%l9DMGBYL=C%sZQypmfSbMWut`TpCNanNpkBORgh~`W$xFpdF zMpLEYU0Kvh^qKzU{d(m|;C&OhK&$|7IL*l8SW|9-CQI?L_h?}Dsqbf=x`BZPhQgm{ zxR!>{7eiZ?K)-Rgfp-sPS|TM0eVVh%vhE@Ew9L=4*9leoOP(E?jC<&;aVP>HX~QtjwSB2 z-y%p-&WVB>C}dJ0Cp`(#`L*95ZWhOBd`_hm4<}n>?<4n>z&PM(5(-WSy#D4;SHn2G znFDB}W4P(}SqRX*aOcANl)0vI)H$M28pJah_5Ry-t-kPFxwTMBJC3@084eNUnY5p|Q7`lk+dI^*7b_Q5B<6}`ECiy z5@yltup~ea9%4V2NoGjHIKnH&E6z%2S z6-b!<65}zFm1sq#G%%)E1<1zJ@j-~oeFtk zo~^MfpXO6LbQo~UK+s|0GMzi%^61l;R|PtiE+bZR3QJf^L7p98F&?v|AkShuN1Lbe za(~-}jYR|ftty=5A{`vdV%de>`bnEw7w%;Z+kj6;abOd|#j2CCWiry%;Yd}|Q zJECJFYd`dMkB=mNj(;zQ8RExgF-Ys58f`}+xZru`a~%O5F4UDJ~L_9 z-Z2u};$x#-$v*-bq!m&yH$r&3VxzJee%9cMNiiIfq2_@7n;o!$3SD&B%Csb}O08#e zdDT{iA#!fVcUh?6IPg0J{^u*u*4xbMjRqsKAd3i%`IAgTS&t-LKxVN|8uTfYqcK7- z%c-e6Zh#6(Vu`3Tmwcw`A}qr*UYGC2Ia6;HG?EpLh?L9U?(rH*@916!FR!>u;?_LCtQ9#**+YXS*J75V#bTcR^>tB zAg^BaZE<1F`P!AJDw?qojpC3ToGeKu9UB4OlU+clDa7Xnmo8*dt>ns0@7Uc@UeulF zt>Od9cVt?;hktE@7-GCn8FvyLfxppunozyk-MEoZ+L&EQs@)DBCCKeT`9U+&7d>Fsi!ut} zunp;OliPRzbC{=Ym>?&Os@wiiq08)pI&4>K?H{HqvV9>DWEa6%Vt1iRh~DW=Ze;dh z0+gcin>`mQHeqO~Nv8t^Wm2c}^lHnv4l_9^z2r z;Fba(4h8IQb(@$7WjauTDK+?8p<63%9_f-7xlU&# zVkoZyg{Vwni}enPz&1UKi##2sc92H;b-#3Zb?TRli54N*sdL)EUZ_RKMaX3_+RmY{ z?T3n}J#)VYy)-O?JzT+r5vQ#}$U2=A_yZT9f(~=w!zK)NjOdd6$XPi6c>Y_sK&=gyDmuwdqmMEhWZ^8$WYfQI*0xj#4q?Fq1qt<+AO8)A@bai-q-Z`< zJrsl)tujV?z4p#4dV1OH#*P+n`nx^}0_RYu1FN#ouXt)-)TmA?YlF=%(e3m{OF?wB zi0N}T0z&+aDmNc}lnz~(uJ>DGSoO6p;&AoH39oLN7*gY!0iAfi#9e?z0KcvoO>}Z4 zK5w9OhL-~F6_vqch)V24?@aT6b3FHq*nf4v8&nO6V0pu|Ad7_%?xbpPc$nQmlDR|i z1R*7f10gVdy5{07l*oLO`K4;3od72;%LCqfKp{5{|Fjr^h98q?#V%Ifp+_N&1f2bA zw~TU-gzm=5D@%K;B_-C$0rjU4_RVk~k#bPVw9b(w=b>tZa>P~$L4_3c=5XqBVdKJ# zjZdiF13i+0CI;#xUH^2Myx@&q;1`}PwQDPsg)zn{gw`DZn~cKjwq#<$dAfxFw0777 z=wr9P3=?qIrD$*LWfT!!)Y6qSrQG?z8keo? z-~aHlo{EVGT{(FXi6*F1u`O`u(2M4=UC9L$Kx4>o7JE7Z8IH&K=%laShrVYyFZzbP zfWrkJ=^B&nj4c6+|$d{jaLVZr$R-6^x~lU&PQvS|K(Mi*rhENSEX&<&BS2U zmq93EPi_^S9r09=NG1hgrKzEhr(>!>L($tQZcko(T+%>8lPjhMz{i+p2JT3Sx0VU9 zr{UL>I%4rpwVA>!7mbg?w#3loA*Mqn=Z{C*c!m`C$P7~B<)qJJ%1@4qqX?n0u}@fB zhbRutozMI!lde7+2r*;cx--P>a^#~hv8x)UX;WH@4*e~bxr$?vOsr8NlSY>bI z)7=rk5q7%ZfI?*CbTh4<`mpHrW2_w}Uy|#VB3|dqd}Hqx2VuyU@o@*?df5O{g?KA4 z*3RGomf6E?%3dT@>Wko0OBtCqI{I_55j(Htf#q&Fn1{yTX=)Y*@0MQIuZMV zcB_W5PKv`?K+whA+PNH;ZlLv06?LDRh+nGW)zPySavcn<)X5aw7*3g7N%)igP(!ps z5c}owb&|PD5udD`zoC6(X1(;08EI5aS`KMV^WCZ9p{^w9!4e7iG1$bXNXTCdi&cV0 zCcN{=IoJwb>Ps;YdS&V3QI>hrzIuS&#{=fYv?;)`zl#>mj-lVN@mHjf-rNAal!K-W zds=q94!HrAxGe;1)eR4HNY~)(S%lGLld_D2mZ5PRE_%ElAxXUAu6!hSupLOKYS+qm z9R&|vtao>nDnUJAn^A5_+JN^UaAH{!3c?EM2!@4+IWq~7rLKJlF$Gs!^Q0Gr07`oz^&pEu9FEr_#rz|pY z_n1ebl}F|&kN|rj?Pgxd{`uw@AY$fJDatBy&=S+{enLq1PA`&E#YS8wOEsqI@L1W| zBtHve`WLx4He1k(*z3BBlqAI=TvDu~Q^a%yvKROicWG`xZ$d+>G%3nbDB3ym$Bhj` z%$-&G1WxUWKO7^AYe^C%^3vE?mEl)Kra8+RR@KFCc7X~YG7$7*Y%S+=s_fbYI;0$E z#%1+QRE561OmoNpXt@4IF8kU4f@I?XTF5$(fV5y052oy%iZDIoC`jdRw#DE=vgN*E8yjOEH^ z^yNj|tQ2Ui-$pbLM8K`N!Mk(kz)PbLD4^43?yw)LXmNft@ajRuyHSrHdT>6i(|E*& z$$6CIZI@@cC)Zj|o5X^KQ9#zF)>c#fNF#Yr=y>8^x;C^KkG7#hum#0_0 zc3ply;oK`RZ&Q09_TSJucsg;nJ9*`Vu>~ zdVBl2YbTN0^6(=$5p#`n@lY!V_kegr?08{MSZB(t^E^R}gH30l93lc^!F+nQ(VVWW zD#DNLt&JdA?;Qx&wo-}=irs5s+3D96&$~K@X?WHRF&(6_%ERuIS40cJWbunw$-9Zh z+be?=hmszn8j_*<15DIthRt5vE16r3wdh}h#0JYj^sXBRBaTl9UdmJkaMp95^APcM z109vm{6Y+A|nzwvNNpoP^^*jv05i?1`c>G zijHau8xN)C0RqGIJZNM}Y!-HM3;T)VeI!ff+bD;d(HvMuRf>SB!9#)!vUhhwo^@fi zYg-S7z84a0b@gXb%Rv{9xYbu9G*2>Vre^>&nJM+DLsSn}VuT)`^rzo_(HB z%aN%KauiG6IS;e1L+wO22e* z=VZ$u_RL@y+QN1lwdb?jP}dAv?6YA_gE3l1luH1FU4eK_?rBKjP>ZeWNNS->hRA2S zO;NG5JN(@tyiuP|13Ej0@oN%Q=S?@n>96g$PZC_U?@oyNywfzccyHMBKljDN%ve#H z$^`gV&R+W^2>Xy8XDhmx;gy8_$BLW~ghgt(A5H6J8dv7^6f&_deDyB|U7li46Zj+T z(VITxc^oIO(OPDUqX+p1XC@NMXngw!>GYIKa;0(M*+A0h@= z>HEH!Hn@G9AErDTvx_0$XFYYYYUXY~M{FNoVqY$-oT}~L%pwtbDaCn$GBepK%cn*{ zX*2LHP@FsU6nIs2lpCt8qY5r+tJnn1QW00{j0TUSu*wQK-1Th9;;&vS5u;wlfow7p zc-AT#m^)af)hA^cqi-Xq?Joq|OheunOr%GK zcV)Ihjt4nk;V+6iud~crpj`A12RR}IiQ__iwaAEk)`(COr=yVrpW^iDAi=CKXmCQT z*(uf!6{I=16eJgs)&=>zlVLumXtm?Wh*R_8Q@h;psPRt5g-){^m&XT=o*Q1YazGz~ zZjxd?TL=V`NOEsS7;L5&-W8$}waIK-%?SEQ3}Dz|uzKN)Tcicuv+Fspx0p-iV@Z!Q zn1SaQXin<-Sz5r|j!G7$C`|&E2dz4IUdb;NqDURlCD@&KbVq~SocL*8TEtokR zDo*nR97bL-2u1{x5p16u6fa|NJ`-@ROHhsQF+>;SWcwk?ww)53X*sqIFw+iN=X_F>#eMtcHyUl( z#=aF(gJ}0j(AOs^5+?NZnZ}#y9z29B;c%-v8oyDemBZ3z`hi+{VLJAIw`b>O839VS z%~c*}5_-UfNJO0heDl-B{{^9(OV1sSmo~!D&94H$w(zbAIM0I3;!$cG$bKqy{-7ah zUzwX3HjFVmcv#S#w!GK2V3s3+&2}L&R3&9+n95R@1dLPgbIV;(3sgxgz3%B&_vWnK zQvk^0l!ryS3ICjdg?S>3=R%l=S2sa(A;dj>rl^u6W0*})7-Kqtk5V?ri9E(X=A$y5 zO4jRvygeCKLfZN8L2sZXHf&3tc=s`%35e4S_EKInEOyd_nq|AU@~;L_(GJg-hBM6T zF@({Zv!*=?iuLS*y`5@=($7t@Bps*OO9vican_<*A>+hZL$vf+#Gy z%PpWhuxp(ZS%$w*Q0Ub1PbF1g(h1&&acV@~^}6v2BUH7+38Do##?r>IM}jSmv0%7(GQ8S_zLCIdfMuyPTk+t45+2G;rid-B9xe&t}ye zOfTwS**3P+G_V=q|fq?F&3GpJwb5f5gII{sm@a*Ii zF!^#8NQ-HO5k z$i0Qpsl(Ut|pH%-0Vjxm@3jfD5K}LdUXa+&?7WP3COQrvLGJT9;Z>0Mn>3Mc7&`IJJDURE}kNStyc@!_njO)(w?(_D=^*C zgG_4K&s_q3Mbn+a?V+&w(FXmjePfh3>xi5~EI6?Y)+M6kgW&N`B1%vYB`2r64IkGcf3wZ zICiovC^4xB)c(EAWBi#RKw`2YJ94ol^KCz6Bb}jxJ&=6$N1!g2ias>R@K;2I&#tY+ z=MJoR5`7}Mz-{qF?1%R3eRADg^u!jh?BlyU?%MD$KW=(|%c)O>8!H-d;@+d-+GUUu za;aA99Au=N3ic(d1tT&??JcT*l|x0Xu#;Xln@F55VxRVN@jxFQ^yvguPa;5X$P?Vl z%l8^p3f0Dyz&8HQLnHtyEsRorXAxg)FcFRH?eXDC^k&2|jc-jxhfcGE{D~%BjghSB zuM8;jt(CU*hD|!B`UA5vhZ5 z2TFr=*q}*KBqd}K9XqKyV^WpfdW!a?Q{<3y*h6$FJ;Xc^(F~vMxwWDZP5cQ@Ko2dr zwZLE4*m8-R07LjSjarD0D`c;bW#40w5FS7BoQ~k(^)Cm?)hmD;?vE9`J$+SSVRVhO zIupqB*&JsLwkI^+XSu;Ww--5lMg8_Q5@_5-O^eseD+fAwaSd&nA5KAr8UEk7TZRuh;~8#&!SC9R*zPj;vcOIN ze_lI8btQ}0f;6!YL++U=(B|aA-6RgJkokK=-p}kz!Jm^#Q`+ia%FX;Ik)yDZ-Hh`n zCekTX-x8yT>xZ-yZc0EY?}iL&92^qPx~K)T8pl_-B_Uj6P-bfw>>usRtBGD$zYPv9 znWzD`2&Uk(ow*7EyYuiarnCrW@(#(?=hD|!K|Kb>fHbQ?Fm?RMM z4hQlrZx&*1b3?5Tu(Xg;p{b~91#oByvSbB8>i1Xb%CT&QUkfx;plFX)O#0Pcie>I7 z;4X}{vTF12Jp+B6sg(93%zThDfSvIBO=Kb~!IdmiRcJ{cS%{f{re+|C;|YRyIa5IS z!P?7C)o+!oV9JqqE{_cFV8;m&rtoFchwx#8WY;qz2yKxda~m!Rn-nyg9DVLj5bzaJ zO$d$1iAp=3T9;(86a|htX@sCDz%i92s7K3Hk!C}uGRVH=vnW?(!xo(eij}EUqGFLq z(W}Nd9w0#=x$E*0szQ1%PR5NNGcZ~v(0!4^I``wO=GT>t`rASMPGv#kKHR!?Z!jPxGPu0{u)vvbA%QV+jg+vE6;Gd`w2`T=e1PNWg##Z@VmhZ;7s2u3y+YRgs$wOAz@wwRjgoW-%?r~E-=xV|S{^04JbYK;3WEO3@?X@?}rb5dmppS_QlpOh{ z9Sy)87rSD-Go1Dov@OXZCSL6Pau1yR$ z+2X(N-uDJAg5p*>ypn2z{r8dpIwoMN5L<@I4dFV^JHJ&UeahLm`t(cVdwu?YHXOsH zCDN={4V%9Vl6Pi__+tkBPzaQZMaeavh%48gK6jgiCPV?fI!OyGcA0kcwnOwUlQ9|W zIB4zsai!9|5Fk!2tJ$Q&fWNZ7kKnZQhKlvZvwS}fJYT?|z9P7P_Yz=c#n#lt`3Iy; zJUR%!;4bf=_=4h{cG$szL=;#$2DSD1=&X3#Ia_q3DWUCl`fV#4pH^V^GY?wAD|8{3 z;={(I83b99jW&V5O^?BqW_d5q+}J&}w+?<`2nfA!yp10cMjkay0odk)pcaf}EH)M= zf<|xchX}B&I8*?a+L#=lKq15`$cRV5k;UjMsQ0`xTTWYg73_7V)p28(lZz2`mokA* zO2QEEiNlOpQ#*MQ5lU?G08DY-u~|tB*9J2&wbNGoP!$2?_gJ#StjV{VOs!{zZ#Fvg z60HhZSsbySEoj*>p#E5LX02U{e<^=v;>A8PSv*jgn4O*Cgq_qNPa-~JDC=)sh_mZ| z%2E_jIj#!LO%w65pZf~gm>o)`7S9tuEtN*@cb#nRIuKuP0dW-G$|_%ySY~t!X_{RG z$}O0>158S37JB%Gx_9ZS-idgDsa!h^XSI&dk5NR0LVTAX;UG=l*{Xlb2qw)?jk+dk zVrExPn5R@C@#z2=Bcx$9?1=uW*=!0$tNY&2^PLGwQuKIBZCplwAl~_f4LJ!k@^|&i z@FmZnXKCODqhTc0W{JN(q#`8EoK%CIojO8?2&zgeURN+2A{GCQWlj8m9_mEXTu$~x ziG8Of{8-QzQ)Th|Lb?objN>8unZYHzznW0Hj}ko?rFgMX!>TF76B-m4*FzbeQ$tm* zM2SZ8x9R@HlvAHCdJT$ zr#T(le*(L8M@5t#DAU~s{!0b6sV6KK4vF%nf}XJk>G%|7T#0BFFSR-JI6QspQ`?xC zpLGo*YwZdhU+>94;>=5^bIg5B3?Dh+V?y{ZhhkkRQoc|zb7?_aX7>IsQ?EN$ z%c_6rWN%4+z(q89#Ve>uEVIqx;ZPZoE}fLK=<#Z)l?4Y#fo-7k9NfJ;3%30LH41Qh z8@1^6O`uiIL6L49dVRC5LIIt4qVhf62<7PalM_yM!^EsA;o0Y8&4Sk0*UZc;0!We% zZODo`nQJaS5QnUc$3Tm3GYVd_L~n^yoiQ&cPB%E_wvobBpN7V%ERKb=6vSIu(d<(!M9r&qYLE?zBhn!|5v34noch z+V`y()P^-qJbAY(Ji34uAV8|Da{8q)>BX#VkS1=6jTx0lXqS!J$>ed&sSk)6w@BEmRWt#iR@?+G6_ky}vu>qLdy zbZvQw5J3`ZJ>1LqkBCwF{^L@dJi^6F3QwE$aapSI91>Jbidqyg}kb@L48;FlA)?>2T_t>K*BTPjFOWeRF3t-{_1d^skn>(ZnjJ<4x4ox_1U* zliu(B18;9Xv9D0%rqv7-D~j)}4fiEaE?{QVcn~Is{f0TAbW3tAuC=d9VaH6w%%7%P z-f&Ri=S1AxA!rBP*EAwv#rgnj!XA2i)vF??Np<4G3)YCF*BJSEEtDwI;Zn&0)fT-B zT<@?Ru0AhPv3j1^ERS-4ift)RR~Q1~)niaTD6$ z*!Wr;*VSG%EueJo;>0UC>NUw&o3KSweN_d|XPmCDxI%F4Bq5{0MO^?6RW^!&qE&-F znSHsGKjmt+-zwQ3qLs<(LFLpOc@m}PLa`zRWlPOf;V&jM0F&F3+=!V064vMp7e3Z9 zy2ML_`n>!$MVVyc7lsGe-tK3GS*1TNGl6kid0B8HrLRhw6mPNP&orFDB=nX@aVlb* znPW5aTR*%mfjjgz6_)%KiCv!E!>6IgYiYsBceHF>XpH=vixScHH{^4n@QlVrtk*N6 z-Yp#N>&ayc57!Hb_Tc$U!Ghk28w9}*>4JtaiFZg+-ZBP)bU*+|0roUM=+TO2zl8Q5 zuK`AxaN9w1rvUv5m0w;p#DoIvnxYG9IX1BEzEa_WS6jDG;RO{FAy`bbzCnt@j>|7O zjsW^MzY_e*$@eUYSXOH{ZU8|*zQ4wSrq%t4qG5>SS3gfSl4aD_M2?e@Cu8Dys7o(M zbOb@^OF?~01}(tLPa8RyxCY|6+5+$YsGtCk2+(T6qv1~v`|j@ojxP%1|Maa@zFOU6 zs8x0ZZHfd{$rL-|kiuiDs3%%*;t^9;yg+sK&c7`TjKl2+6ZMHrQaCZ4Y(=4S?8VVc zQOl<7DrW^Qwa0#a6L61~{`X(GW)+6UO#gzbvL~^o$ha{R1(9t;(q>v|H5%ezy}aVZ z%vbCC;;7Yk`|mIR!7$=Yd`D*jOPHSwoiL>HqC{?}k-D>(Z_4-+qBVba_-uxk5HQzr%~xn!h~ zLbp&S#_-BrPZf1R4RV<$H-s!S1Hs}y{xYT=y5d3-S1kH6($kS6$owhz;`Y-IKO;yG z!PQBu2R^*I`tek$9PJ?aDg|`fTi}4f)xG)#6+Y1f<|+)xecP?6x!3ZF6 zl9OVfuu_nJknb6_E0k}DV7@qV@Jr9v@@mIL*3|26b%>6S*4Kj($6kV!_0$l@QXL+f zuAFQmhOBP9rfAlmN48RX=g2A0tJId?8jlIY@+gp$*K$ zD)HTF^^~k>3ZD$j;Y!KfB~`Nl!MbL{1Gc8%Q$XInOfxiZL<>N1epy-z5~<#^=FJBl=ylt`X}&;ufP(KNpkoHFH%}-FM&d8 zFY#Op3wI@nBIr7|hk0`0t|v$=3fYxU$FEt4Pw8p5$a291f@Am0Qsl8bl}hgV%x{5% z2x~I!0tak1=H1~qm$`AqA>{K^u#6HE|nHB$zL#GA${rXL$ZwqKXVG=W6f%&!l1+%Zlsrfaxd z-jmS@Gz`n@W9<*L^88s>Hz9XRs-9^%=o+|MIAh-eX_u9E%8ff|N6N(D_=)WXS`{=p z;vzOh4B@rI;`fhQi<;oB0BVCZ(V=dIq4f&G9u0kOUyjG(nJGP!fqvQ)x}xx(;w6P>^T70Y&CD z1swpmhONd(-XVy*>M$X}iwUnUJ7^mpG(z27F%&Ml`Fl-t zk*Ra~lM=prQVC|1QZA9mA5tX7*z~qjqp^MX=*NYru<|?kz>oLTF)HkQ^>a_+{U8OQ zZQ%58baiXVi)Ok;A}oLAy`<7Z2r!&i30Awl^idbvnbG8l+Sx=SLKnAwNOhgSd$10VNmBJ0! z7Cl%%ZH)6$@yB>iL$x~+H&Ashbm{Ux&D4bx9a~q0q%CXA_lzU-%YLC}CdZ}{$81P! z-`^5*Gb};_H8N&t!@D@+u{1jc5@PYM_9cY<7QW;UFw)#IZ|(j(_4+(Iy<(I(Ln~qt z?C@@rn}(%Vhxg3xG(baJv@PIvFXU8Um!t$AN+%ZzcjVNxm-eMNk*66~#ucHr5gS?L zk7F!7@;0nQ(tWQUT5CwA&Vrge?A37{+de}vwp<_mWf{l0&xB!#}lr&ZHf^#|Z@YlLjCyrBnD;d?@wn&ib_ zd#$(dyfAf2$G$O8oD+8eBc(nG5VcepDDv>8g`Wd=JuJx_M_6bM_m)`^1^v(}B+=A5 zCZcqnNQg5!I*sL9Y~LpC`HPnVVIT=kP6}R5*fNkoh3WN#Qy4l+F=N&gA*CSI|7R(w z(-1gATpxZQg2I%@g16psq;n&y6(R)S=6lfWg|{KdQ@D=FRs3*8$&CyRV8c(`y{RazP&Y0IEiKPN$nJ*9}`SWBdnyF*vLY_K!dzGqQT!!#d@ zkeU}hG?KcrV|RQ*W<^yzev8c7i|UJ5$*jWm)T}5Q+D=z=vR{inJ$;|pH=&Vby1W05 zbD4g77bm0^Jb3NGlS~F&DE0>R9Zy}y9Tv>iZLJcDwoSF7^WW6~or0JsA{Y{;=~!5L z&Ww(~p@mC0f_0X~zmHQA0R5~=C}#mt&}L-__UMpqkEB~hiF_IF3XU8ui&)fTNSG4U z{oT&FMYhzrV~98?tx?7!zX`kduQ*u@n+n5NUsXA1(ntIiV#kxjE{rV z=X&X}*wrI8S~i@@9G3*ZJkuE`G!(SZ_XQK)-yWlBgrJRZ!Dd`6FX&fo%~ zod9aw?I#d*awa|cz$h@~jN|~ub!xr z+nn1hO0cMZmBIea74+slW+`(!^^M)7tFe02|IW!;#^3aBN zKiobph>Po~rIg510UxqdS`Set9z(GZtR0Cn)yFS-BOI9i zq?xpai0Wx?bMIBJ5nv{`8uQ5O$8S1wZDC5=MUu~Yq1w?hPL-CbZ1$>R0l_b}CW4@f z-N*k@XS!C|#m$%RU4SQiJkcs1O1rIH12~K6A>Y-J@QOm(3MhS#6~tf)qb3~XD9q*r z@=S!?e&6Pm!`b4qF2~FNev(BKh^r?#)xz~NBhd0Ekq!c5)ZGWO?CQSx)l)f^Jp*g$ zVeGMjtIBBwIM;alBKOsS@c3DEd&&L~DW%c7Q=mR~`9fo^hdWRfYCMNFJW1q&0;R_~v#S$Xac}2gJ@A|m)AdT6 zb+6U{F=gwPAnQ#9hgsg7%B01{|4#e?jGnp}7*?nUO+tW zo?9C;!2rF0*e-l`nLgW-&%{I2u)f&NM2a*` zkeORaDO^@%vI#&W+6rOg)DQk51LC^IapnL3DX=9QGO?z}ndgaGf4K%mjmR7)d~{^!4{biH4s!1UjS&!uU zQhZfM+De|ZW_2Qubh#5~M&#`uXB!6zCoB0+(p6{0puICPQM(9;Wa#VHO@kb%E$p%K z&#&ZoUOSTGEL`79X760v;3M5HTYXQy<&6i#E_`?1CaXL#f2xbxta~w#d*d@k4v)u9 zt%T-QxBqJlHhB)7EuVOh1(|TWJyvKA+k2CS4k3nqdHBJ>4EvW*b4$2+I{6fs%wkG5 z9gGe!%-BEs@f9vq8-L%VnRhdVOo?dN`!agf#Q_Y#f|H9i;Fhs)-|%TVC_E>D8VoqV zSTNw_(z=5q1)dMr8F1d4k8s`d$%y=t#U(`hcKHhhtCNM-6P2==VUf4CLXWn_ZFEXd zS?#k1&p$_e9?Kj&-=|6#Sfd0mAo02wO`H=rufh4}2P9wo)+c61(`Ar59l1_SI(dO`eUpqkyn?0=X4balwpwURFix1zSx+Sh z1`(7li}t2jP_}0CFv-q4mU3QVBAmjUQF>~`&oaElQYQvOTJ#Dwf2`v|NjMJPpijx>i;O zMcrn680F=FA*}Q@1+=s)=MJJ2F?{Kk+mY*~@IiG4sQ7XlBxJ?nt{(M6Jm)w@{`Fa; zVGb7X4YQ0_vjd}B(D~-Rz&2tF*S_FiEk2hJHVYDI*M`>8hsio}ql$ZepWx@)d??-? zcGG!Ubk}|O_{%w9<-B_I$_o}l9#S_{E0?FcHgD&li27Iw*e%upL?7gP<9V4^CD1BL zmm2I7;SfoA9>K#m-H?Vit}nLn*sQqiOlZDR;n*w`S+y3lYW;n3E!RZSt>;43EEtaK z-vco31 zp)>nLtsmP^ZFN?mrsN1Uh2Ji50!^_sqkrs2mM=%Ki4(&MjC8k5rg0U)jM3dFWu`qJ z`XM?@*^*PlQ()v0E$pcd60+ZnM7^_ASP=wz& zN|U19P_-A_9aXHY1mS5|?!s=D;i$gjSF}P z{RzC49youS!`ql15F?4y6+OHci_;GM%a8>IrVT0-5C?iCx{?Jt;H=RLQ89Nz&}V7= zzV@O~Hu(M8(Kg4b4`de@i3c@VEKry3(}@7x6#&#hNN1PKqn}Dll4T6S;7tgU2N;uj~*WF^XRnr^=H^<&8+p&qMv%p>~#t>F)* z=E?GcIZrbo=Q0XV$NG^d17llhgoK7X={^=TGnVb%PMcdEkT2L^bmzfjh$&{`@;84SYOVS+1W`5zN%&llv+zBPg80rn&FMG z95q?4F`Pn|^T8HmUvW!c=E&*SMO*0C(%dy)oPyq!5Rw=h_5V<;t9Ybitb4ej6!h3fJbYRfdw3z-I5LlMA&3F&3N)`^u2H)R%0-uXturEBS; z@XALUygd5;HlFFZ^;`30iIY1CUkBr$?#W9GYM#Zf@EIYKHmC`Sbw5sYBLx>xSy1T} zqiWJoK>ksViFg=;s2-7ytg2jd5zRn|UQ$AA5V^mR$1*<`QrMA&7N{R3c4*0DbvZ@; z1Dt_d|D5=C^BpXr1}IM6V9~6A(QG4U^;I0m4qh$IM(ri_@zz3;fD#weO)0Dc(g?IT z!qL;H4e-t}D?(pioy2z@M8lM7r^C_BZ(u)(A*R^196@@H$5mK-6u7WZ8%E zr=t>bmcT08ymNfTt~^c04cMoU3Q&*ABTE`rSfL6$t}XiU|FgS4w)(K#JUB(z?uc31 zDa~d%iJpx;yS7?tJuF4apVnpl{i)gzf-L2N9Hq!P{`jaf8P*u@B72e%FB5wK}`b7$KQQtIRM-Yy& zAmE>a<=M`BWB*1-sA#(E{vY91`grJGa-GiaxJv>GL|<=`JBgN-GF)}RuB(@CH=#bcRh)hkXMyHpf2B{0{NHXQM>=quR;QEZkE@He;HQtcUls(X zThc2>6!wS#DH^k8K|L1JWWet;Z6NTgkiZ(7L5vhT%U1UE8-)DNojpUNrgr%xbh&I?|K-WX>#Ij%j(-OZQawy3>-u>K;5Wt`*`u9o?ll! zvk3Fl8m|#?ibRL(#D>8#tcNsRh645PqDGbHWE{~ttdpU-tahPnJ9zaBmq*5YVhf`# zEOt~g;1=K-Z?BLoqNab?crwm~j-W7}_3vWg3r6ZRX;gPIJjb%m@nK8T$nUV#)yok) z2hh~>nCM&H0qh}g+m|Qg7-fk(|AyLlE(*Gj!EtjILb~?X=~jcueCWqUW;~ksK5XEm z!y!B8q{Xq)4{eFqB4CTI=mBJ1N3a*0&1szG_;UV`0cp+V_bOyh5N8reqPGgdxQ;$^ zPf0HQc>7i}^5=uL2m}%N7uS{pug=i4_qb?rL0_5ewJC9Y9>C#vL1CTu1F#$43w~Re zxPFy{rRH=A^1^*f-&iroLJ5!ZmD+C%9avs14rz?^6=PV~io2@Gp#YUEm|+5_Tt?8n zx)`s;m#EgtvYILsWW&T1`EguW@9q1FkF7F^Vb_P#3#?(V5<{YZN>3p&7m)T*PYTE? z-S3L;5B{5j=0TF{BdU1sqPEGqBj)BaC|6^7VZ)44kD}yMmPJe3&oPq12 zz<~sUWTO7V^zNQ!7>OXB`Xf<&Nt<`(6p~8icxNv{3oSH3jdjC>618HP@3A6(FvkfQ zZ?S-S?sU_D=QK}dDVX(ddqu&+Eyf6hKj>61StZ-+2es(2R&=cd13I|tCL88B?@ zHpX))vtZE?TuK(VsAeXykhexuCZh)%qp?U>aXtik15+JeVu#UTIGpUf>@^m4DwP8l zP-u=#Hf6}w94M+W5HV56!~ zlrT#x6yjpByjLZH&oF#bRXrMQj!QP~iaIizYE)jUtB^LlQLb)k`G||-{S+#Jp%^}d z3CZN1zRMFXJwTjBd0zCFlMmk{L#Uc?{8{GR*?u)*oVSv|OD3T#>zfo$@kZ_wX}3(J z7<7iSL}!~uE~Ds++n^u)gD}oTjx9|1@QkZNGe&?^aAtSoZfwOlxkPg>6@Hk{2%j&t zpz~`vyA=N@HVEk2kZWwU){`mxW(5*yV|dl~2N*GyepgH{^Cm9jMg9!%sxgWyK!0@k zKLL!lfYh#sWo1omIr{Y3p--Txl=_xrw0%A4gB-hO5Z zrphdrLmhe&R5ioH%+>MciJwn4x$fKzEzQQm@gRZ9oaG*gP*smSiA&TPrlQ=e)nO=}@s15a zx9>OgERw3U7nFW+18lNA6&f+*81iYq_%T3slGs-0ek#XRo18TalQ@$WDmV1ZaB*=T zInF0cN9BzP=1e5FN?NNl5z5xdLrT_2wRhD+{ln2x%;xq})xsWPL>fruIzEtomhMEN zQ}s}6`1J>D0Klv^j;qz}=p}(W0(_U7QR79z+m8X>dK1a>auE3pkS`I$POh8-%ilpG z$~3^A)t-~a6^)(ciGl#qU1jj*2{Qs*xnW)h-nOmQ0<4!L6BYp_L@YF|qlJp=iVXs-i(uN?g!^LQvB4nsh zr3M6@&Sw>QjT9_g9^8R!lor?Mw1L1t*orW4xMPHteG9760ulz=(USM^^He@4;U1nh z3|dEkKyK9*F?6BBg|gK{WW|Y`+EnEJv7LS%0YP|rjWe<(7rV?4YV9#Kq_KD+?Q^A4 z5;2qVDa|*m*o&$#)$vBvVT~6aMWcEV?kT8}=*e+0tOal&>UWLuy~&L{3;os(9@HH&)hW84qBI|GP6Ur6NX9Gz8I|H-yc5jR+~*6PuOD0Cxn zd~UbGFRm~1O*y1~9Ec`yo`L+LSch%!>c?kVd+`se-kO)(7h33UsNowg&sO^y2N6Nk zqb5b*R2mU7$^RXoIxnx8!VF63_V6o;E5>&Az`-n2*>&*#q7SS<$HJ4a2%?${??z7~ zW<4ux+$?EL>K98s)N&p3AS3Q4yC)RY+<*KmrhU0k@?u__ z07=}3;@YYp0z7Rx74){Or(&_xk1);!yi#p}Q$fm)rp8-rD#ecKB`|8L3{`lv@%vLp z-MaEi_a38QP&+eGk8MXin%#>M|`P5Q^KEckXm~WS7}UN(p1e5KiR@^IjZu`%~lOu zRNgcV89~SD^fE>VK1?#r{g)vpVOY|b)F=0 zv?$myrA?cVg;H@s38$Wfuuj<#k57w0VojJ_l}s+kb{8dTfto6G;XE{&i+L0GH1c|K zt>I6k#AnE*;x#gpn@S~$G|-D&h+{aKqknkSUpS?s6fc}V2jW3RSa(FpN#s8luw5cn zYYS6gi0n7;*uAO5VK+K{JE*c^J9vUnh<*&$>x$x3#M(B20;`t8#dQ2~p4q zfExsy)SjCU;7#83>lQ#bYQ=;=4>|kkl)!$;Dlmx2^q{0|sMBGOBqJJK47|(1D=~|l zW)oDXYR({0luZSq8Gp^m<^e88WZRFVbW?RaD3B<#=0PnNa*qEAb>wHM5JA6JWtpL} zThW^@NlRGiN?VqciLW=JLjAY`ob(s>n)o5PRnD}Xnlb0$$8Q+ zwZt+^3g6~ck*~#n@^R7^H0^G7czpiEKMbL6IqSKWyN%>^qRG`GM`}=)L(gzTw8RMu zxmsdwgzF|L-OD~9EZ39nWmJd#;+}H+#RUPfy*XCfbRzd$@bY16vn;$}t>{XsC~CD= ze$Ul5B+AZLnJ0J!k7#4grU&K(*xeWR8@qd8$TC-n7L0C=3`}G#!A(SzOp}?nfU9$; z&S?ck+!on5>wc0^K)P{bOAwA?H(LNZ!q96%Pw9tPR3d3ERD4TUkHoFy&*`VBEABN^ zra=M$tn!MZN)>@0Y(cTk^Tr@;p4w{laVVd;wSJHrrUM;VJx>+&n>g#NS_uurs)2KS z%kayG;aSrQ0gOLI`Jq~a;<*WUyV2WjIDjpI`fa)9bu21nI!#aYd&k1{RxInZ%csle zOW6`XTWFGhLOcq--7^Us2GYC=E9F15`w>0}m7KQK2gvKtQ~3>8a5YEN8Pp)MMndJa z9!;F-Zz?=62jwLB6eLxy{oXBw3c!B3Xr?ej2rfC4zRql`z9RU?fTz6O~zJ#B$BF6*Dw|)Y9bi{lY+qWc}pN{lo>AiDUsUIG~!Dc#3+i|ik~ ztt>>c;wNNE*^)V_l$9c&!@l=#B0w7?(7gLT6Q4fMi;b2Q>#bg{uR!Fr3NhguNb5mY zFZcQbPmq;UJgHE@YVSQiJcgou$%bp8pxl59b8>DFdF-|t?QlOg7};oIXytA z0$*U&I83%$jhAw?1*r6OAp1cwY>uW?(IQdITLNa)onjGId5FbdRTVj<9UWL>c@mI1 zLDnW#uXh{(gux7NNOz`c<7M9mTpJ3@V!;GBSw}9KVu_L}>G&90D$L%(l^VF5TuKhE zhNz5w&HEY_3S`MpgOLE#x**Rvz#FzEgqbMdjz-GZyaDJy<;_hzTmmu6>SGXNy3{cL z`fkd!TPllru22jlGvm$C3@Cz(u4*^g|haQyEa;`i~_#GjLbg5+vR+R!Tg*)uDR)u$h98&?7N=-gzCVE4ks!FOF5w z0kY;9?T~?jQG<)fN2VBZU66Kmh(!x83uPiruMJ{QzNe)rb-I*C#Ja0M|JFwfCP&O`#3)d%+AB0d}3rZqbjt2({4*(T=BN|ZJo!*ih4DtKW4 z(^)zg`h=Y;HY;c_U?51C7`nbf7{pf|V6Cwz|nqbrY@%+99FZ^CDB zZMHTeKAr?}; z9r6`SbJ2mrxi^n-Q{yzC$a+cr5aHh;dFlJ9(d$Q z#d;j|^v&PF%HFH+YE%RF3EE*Wqv5oHO)*jt)gO2_v7&z%Svvg`kQmQW^+pXj#1Tk* z^hSCs?)ig9NnHsTyL#P|r-q@2G6Gj+zD@j_{zROFZ0Vf!wLVbCPDink|*hqOK}rSlWtvKYdfD zNDX1b2ccXZr3;uJw3rwjaOlw;RBIa%q9zr{MN!q&PU-Xe$t*JD2L|BcdNO$;DfPNU zD=?g!t4)+_!3qKR4H#Uad5TAHGq4?NsFIr_t(F!;F(Mn!#1>On@GhuMffTRf1ghja z7O|GJU;O9W-+IrCW3rCPAkVbRzb+{IXMwD#gSg#Fc>dq+qGll`HFJMGU zQ1%iI32zfY3~gda+9(omC`|$`@9MqJQ%sZ-tf*hrITh8E*ctVjY*h>OrW#cUc6s*xv)jh>sU!s`XRh7N;j zy37qnOQxJ3u``7Rm5fYha4_?+RLye6OrG@EC6xp(grw`H5MdHixOJs7NAox-OABPoB@L(Q1fYSn;I4BeyXJKK&oIM4I?!u8s|bFor8< z_KDSG!&cdWZ%v}=AMt@lB?l}J04(T251Hz70+BMA*p3Hf`r4QeOxN9u^G-o zHcS;93ZG{ch5>FpmO`x!szr?T^0`nqGMiU~jvNQd$hLsE}D2;d|uxNF4+Xw@c=^6{An=r*1CJucCBFSluFvkJ5`- zmm8D4uK+wf%cbr~`_+1DCs$3st`dGcEm-gUeh)nzq~z$1%YS-#quM)U z8e(i?0DA4HG>_Y$MXNed#%Y3MJV@=kb6Go7g*Ommn8@#-oIh=-D>X87&cVS~jT7?5_+fiQKO3L<%q&fH6Gp8dF4E^P=&Zt5<&H+s z%`n7|rM6-{9duPvER<62_AzlfRVSgydW-Cw^4PKYdJ?p*Wf_q5<&(FIAXX7hND`RS zIVD9sc(a}Nwdld9O|%`Iv*}p!1fd#cJp4Sn@L~1M)gVkj@MA7BRu?cLGvVeD`7i4t zZbxZM5_}f2BVf@jN+#W3!aJtqXbRI5*@9V9YTlU<({jr*OHI;N-f9L{wANU_g^s%Eh$KC)=XU?p%C#Mag1uH{%Dk(v8@O0I$Hw-jZMl?8V zPk1D%qt&rw$b_g5SaO4BO;OMrK0J1+gO!yuS5X&p6{gWbheO9q2stygaibv9iu?6AJRGeWtIwG2CwbuyFM?{-ZoEGiidIILyg*cR((aW1fLfF?A@oP0%(H0rW zFN1>t69pAgkrw+N8P&}$yCV5zUDsozz;SKo*!aj9o-e|T z49F`A@_7mqPdyCqLyKs|vBCjVq#rBcl2A3_bmrLpm=a@TIQ<-eO3dWXosW5aR1fH% z&BC!+2mJAm!@?4T)OIGPT(+bca}5QG9>BTsDcL_xw1iAgF_vK~LaSP^8MR#wI18ut zd|jW)W6RRMNFN!b=g|1}WNP+8`BAHC2-S`*-T_x)qUKx{2nF1xa8ueZ4GpKH7eG~R zL?K(W-;&76QK`#NX4m&e#RQp{koWC0^xO>MBDZBqnb5+&{76}2IfK1SU$_=y-<01V zalrwzA%NUmo7I;hEQ8aK*_dbSY^R*V>08OvN4>yiv_(fsNv?~lhW6V;3zMF`tBrLkl*xY?lqL0;3Qx0=!HvcMw1=~kQ1WGu5P1w!YbDHCIy$~Aiyz4+^U4f+G4FvcH^ zngkG?B_)5RZtpOP;jiRIPIxpRyoA-@4XfiUr-a#pJ1fpjXL!;Jht#3mz6soMmvO>< zavW7Eq~@W@3<`3g(nio!65ZFN z92i+%3QLVwLL@~-2U4el)b$Ncy;A3|0?_;$;<{p@6b%Na(~6(nw$g~Gh#q^jIQ{B( zIpN5j`yw{43w!cqQWhY(J(a>bf4#I7P1|`>cf5%d@1a-(elrIbbUkw(9yI?u2g3JM zN)?6@fV^^doH)K(dxJS=6UL|S7}E`Bn&RNZR}^wFD8{o{>lZmlvVntMg3a?ljrpsw z8{_4G{jZ{2?>1Q~>r4ZGXnc9q*2`;PjR^gTRSrmwEPGMM{DO=^t>JLn)TiZX%B&H+ z%8~$#t0ggkNTcu&+!$^W*S{QIc zMN=^lA?ibfRtMg=AuqE)^|HpP{lKuq4o5_El}?D!K+&*lv}(PHpWes7re3Jy_qePz zb>R6o`~!}dZ(TC*(V{}gVXL9J+G++8i~{K?wm||e%t`990m0r|P2Roh6;C3rQB5R2MSIH<4#*51z0PAtoepD}v^>$gXf=rb(@IV#Y{Xo|~w+TF@ zo^Ut9K24tP7wN*9 zcEtwhPdAMoCtGHSPt_e0qMGEd$v9oXESLkTb6G}%xVOc1B3-e1doD=B_Bbj1VXlDA zK!>SH0?_JecR<;#z z#DdUOq{jS;gx+IhQ)t7q%zh$ioh}g(8YZ%kFpPpeGau%=O4(ETUE^9XFLoeiI}$W+ zVP?wfNs%93wOH~AwcPn+EuQUqDPYP;P{2YlzTsAj@I9FKZhQK4|5U8QLYd?MEq;ME zLBQ~B)RkS#G?Ql?|lXy3|@zO zUqh`=`7#UZwd1t+E16_M$YLi)l|bpgYLlJe66`oi7Dhh-MRRlnNI0zu2g%J8z#5M) zp%O#u!byK_^Cu*eCN&s5DaC@m!1}oJKqWfkqEzbP>)4v&*7WL-9fW8t_52PhWC*l{ zm$Rrnul#~MmhrKre#G^M z))%HeQHu0F2?`7`NV?F&tX729pc5G9xJ;UWmMbZ$BtozHHjxb928j>XQJBnRvi@X5 zK5GP|$R}<*XV~Y8_NjKrJeTwVYh>Bo%$2-}p&TN?UT+#Mj z3#ZVU6Fol#x=$>sfPh>nnsl$nOLl!3PHQbt2Tsd=8XIC0i$ugoxVKlU@g_9oGC*MJ zj8tJ(C<4r7NZAc})Viw8LHS)*YpJp!ISZ1U3~*F2N5THRyaDHRJYp!kbo!ZM1Wen3 zTRq^ccKe=*B7EKE`nn72!k9M6bMWONu0!zRaxU{B$$IMJyWhkkD?(*HoUm=uS53~P$Y2rmCTVV z7cN>9^esvya!czH+r}BD!&mAz6`y~gPPEB2%eeV9>EKbhN=lb&rHvM_&%?t0pqitA z@z({gs>RS+oP7s)cf850Q;g4jpu_>lN{OL<1K&QrKIW7yw>QBKma+}`-gVjgW1p?^97r>1kt zz!RlUmQMdT-y8v6>-+*kd_1kVnJ~^JHZyp@+C^<~5A`!9t{c?M6`h2z0%Psuxis6@ zHPnam>eM1XOS`$+GyAIgaIJ@t4<@z+T+PnhG~9u8Ov8ePnxeZV0aPk1VZ&JF%CK&j z*m3v559CsrtZA}M5@^N2^^XMCbpns3QoEyn=w;wn6tNI8g6tlV?ck)&YomS^AgEu{AgSa zD{|rKzmIXjNgnLvsS2`(V4h~>uRashRr*cQi>~KXfGe1dzVuszLPx?68m(ELjI{oM@Zh+Q<4@Y;nR{#g9NGthp zE0d!qX;v`@v}&9+!X{bRqN(D{XUrF5g&dW<7Qp%!P)NL@;0((ETtK70=K^gl|Ho`m z9l+KKNhS5@2amYBMLA3z9Jd<3lp|`rzsV6jf}&9NL_8Ot%ZT<# zkUNw>2AYV4RaSL-W}8tMk4|-%M*;9Ybh7rB<^ut0gLzZFVrElexl#XAp?kkmtfN%6<^xf*cL3D%E0&pWw1Zk2YSEPyGT|0^(|s8TE0HQ>n=@1>f6$n{wY*a*0Y&8Yxm9c*}q{u>{MAYlCny)1!Rx&9ZhkHQuf z$X`!5!ze2k>hQ*_qjCv@Ws$xXVz0w9fi@wP7fLUbqA-8Aj0MN(wMs!TKvd~^Mi{Ff zPQlDmy&*t#w7@HkBodRt6&vbqfENmf0_d?Wm(l z6zCGhnUn!aupCi7Y(Y4o93Z+m@^y~hrHaupt<5fK55-W7MiJ9=a^4pK3R+<5Z?IycApkZ6@(VkSFs0|0mBB)JS+nNt; z=^My<=G-Ighz_EL3JC}+k@=WEDb)#ob<3H0vt!_zX10Sec*fqI19m6k|CtAA#)zqU( zB;NvJ?yoDX#)Z@S+yBUdaRMqx88eMfIJ(=hxAw3beei{_N|agTo+4K|k>T2jjSwBY zh+W{I!3EGjcZnpmB%V!8^_x$T?^M94AFq<*GkZ-P%%=h)V6Pl3zy}S3%3*GdCv3X| z`h%q#6X?nJG-CTdoe>@Co2-MqRq!CC7!HVe6mzQ9Z-EgWpNCBJYnuFy59r9=D(*D9 zNBAzsc)*VG_){7ZX9G8aV5hV8Ae&wX?Gfz()3?U|a($l_lWP^W9Gu{GHsHKaYSf`^;^g+PbECu6d8r`(Q9fxp1XuWTYRa)zTF&sGq z_iIo?g{(PEJ9dUp%p}!(t9i~r@l}rR^kBR>&ek=psO{|Fwl$&D{4;St6;8m+Djo(8 zT9!WWLRKPZa)>E-@GZE)uP)QBy2F54C%~&O~ zH~OAv6df81Soo+ip3$T}{YRfLHCR<18G8?XD?1_7h%+L3!eRU_Vc1Ov^Xmi zLo>6adZjU(lpv8Kl_wr*IGrOSQKy5P}M`5!_EI zZtSh@f3K*x>gLYAQIctgx|i=a*UuLeFjtUN}!v1DO^T(3ChPm zqb2rDC4UK~g!O@iEoXKSs)(Q3v)2mSTD@=l@<=$w5g?{dEsoA9(!tA}Q+9urURghe z`?W+|g&)cnwZJ^Z4-C1Yl<1Zro08tFx$0AsMu%TKxmXn=x0+k(ByhDKhbv<(&u2sk zo%faHJsVqC4G)qwzt2Xkh#*DS>0DQ8X9%!e4zvZXv|&b>tPf6mJiGVLNEu<(!wd=j zki{Nq(YWs_Au+O@H%m&c+Ep`Vy5iRVIEP9=crRqTG|Qfv*KOi+*xa)`OcVAcHdQ?Z zmEldMInW5VtBepIkm?8Aq;~1x_*}tr5e~*|?M6lyYy$c+nzYnae$Lkik>oVZxDr&_$sZJ&1WX2W>SIHecgf z3kef5I)d&+uUc(cUS77C+6BcR{_fqBm?q!Cxs|(%+qM0B*-vMex>R+f+;A0ny8|){ zWxcBzW}kRk(4;llpWUh@%bb2#kNq*YJ^XEM5J$>_E9RQOoj3-tRk{8_kAHawk|l1a>Yum z-Fat#1vN^kN#8M=8m8|~>g~@|c6P;aveHYFXR?zdqd<0vItdzZ^Ge$x0n3YCHy4Sr zFkab7?mfI_a#C7O0m<7|*(Q+5zc#*USW{KED?2kJJ7JVxOT^hnV{KO1Dt!DQyMQwS z{n-H0f-UTtT;mKgvqw+8I0VijmAiN^YWn!Al<(1}oCK!v$~Braq!&?KzU z_{aoZo|m_H+em9??H+1gsm&Bh$#@wIE+HJNm@CBk^CNg?2LVyEFFeSHz;n!B=6!fc zuc+d^;FO}0l3yusjp}|Jj<|Xaq;T7=M0&!`%|@VqAwBisj#nUP8K)Xf+9ZDM{}>PGb&UZMt8y2rxtylobr zJ6dGf3l_?-Pb7Dni1@_ej<@9x{W9=`w(S+1xQ#y2VtnI>{@ga0vW)W8hfESwa_v|3 zuBj7@6)?H8-}TD{1o&J>9^hVU3GW@CKg1|yeDG-6=$xo{`GNX;iY?VhVh7x%s~b}N zL38eJI%PMelI_lGymFtuSLcqkp|Q#*Mw=a3hXUg)UY-lrrzC1zZHRL8T!7-WPLOA& zl1NoXMj~MiO1<7Fi?-dxl_!lrACVBKvvFKs$qM+o`6LosxKPPvnVU2{-FyJ2`WB?>^*6Fvz_Ck0$AnRMqe^_rHMxLo)}?|a=nJbAHEx@DCD%a%je zeNFwvP2RG}aLBA4B$~!(d|q&EPQHm}2EZJSJ~pO$d3uIuOB&()O07#8#j2Xx{K|+6 zHSqT-6!mi3vy@E$tI?nFW`GmPUBO9|6Om>EndyT12$%x~&%xa>S}SC6BPZd1$X`jx zVWgvQ43jTmvRt@uFkXADV~X7jY2mZeBrcz_oS36(BAE`nSML$47jLOi=W;B3wvU|b zsdZpz3m31utAE^?pG(ag8z!UyCwmIAr%-c#R7V+aN++}wxdXDeU$8XCZ*q9bRBmTX zFqSv%u-0bApihF3^cvWC0??lp;Tq8NGK(hggRpd!l&&pN!o_BJpUkASO*@a0gO8}h z6fpV7l?^1PKoD@5t|IL?GC?wHz=HOD_vLbg_8$A{MhASm09;@!qtU`?qLm+@B?-9@ zsE5s!VIv0wIS>Jnpii;CF&K&tgdSOPxT1ZpBt~D7p#o?ohCj)+tS=u ztUbJYk9bEx1XwcMQq`vc-zyeU6SkYiBfj{p9|mb#^-0+?IZDNZSahVX%B>!1cmMOU z5`_gaRmNK|+OeVxq5}UqQNppNZJ=c*KGMTvX!#zT!`|-H7j>d@Z{VOj5)>uMS1lFP zUr&vsCW=^sbyV|F*t4?VCEvj^ZJFt>37GSK(5s%Ag4h7cWZ~94g0D3OvNx={e|VvY zj@dXj%?MH@H|@werug$1n*&v__dJG$Ih^gLrKe6nX5wOyW}V_L!{x>_4K>A9-Ffkk zBZV%XBC2hdK~CN|{N`Jw#Ow~7q*iqGNhboVI6Xa)R2~Lrhg^JxasAL+AY=&)uH6Bm zuj}aRGHN#UAcfyTA0Ok9XcM?>aFlgfGoS5KA<@Dm5&b+)DJ2!p?a$jG#^{jVSCm>8 zq2%X>3<=1E*T{~MLcx-w_%Y7@Sz3f7G>%hvsC*3y2;b-N6D!o^iWpJ)tLc2|8tiI6 z#E`B>2}=7GZrmfkqKuTfV?5O2C?;?sngyn~_JbvILnZuTa1g&Y#)$gaSDK z#`+$@eD(nvQ>58qZz+eJKVA<&dity`V7BcR+V$KrD)# zk?Si@AnT|EaCX51aq{EG2`_5eN*msX7cOy9 z+p=wUx)>a$m8avDf|cs?g)E~G3}zXk&H1$#vs0afucG-iO9@d zV{X8!4LH7=@@L865~M9sVei?9OR8TZQROYHCm(;0&3 z7yB8T-QDm(DN}v^XqI5{6{XU`kp!M(uJXb>3XXRxJ|T|{S({nG6O6o@fE0-)EM79m z@f72?JO7Z|9l_~BVTHdO%1*RC7_qhxa{DC|TxA9X{P36gGuAE95c4UJ(476OQk1PD zno(#4gA&IYEkHgFqHK@Xp%40G_MyKL-0B$5aq+P+(u9?GZ%VkOlbnW}ILLowFiSw0 zDS_4U1_tN2d5=^T8x!&!JTR!e!)@mEtAgRl-fQO=?O|4;PdAgzK79)26m`2ZNW|~h zMfS~v8736;qbU6u0QlFCq~E*Ol{{R3GZ2$lO z6aWI}*+#J2luU%>`_L^qF6xsg1gM@4HxE-HI&~iQO^fwFdSyB&lbw6?-7Th0e%j8v z`pMs>Yod{zS7GE5?HBu@QtLElHGC?VN!>FwY@UW*CB6jSnzzso<;r9AVVn<9YO@wp zmU~J=VKJ3fh%3GthX#rME6QDRjHd^zG9Fe`A$U^XyQwHGA7_Q0@tq^I#?zUA`iMbgZ2 zCN;gyz}XzogF^)5=)Dk`dlI%gp!!6mBkgI)^DogmSfR7G-el9cbVJT-KJ+zo&Y8ok zF6tFVX^p}wR`$hR6>|<{!z%Gs#gjF4le^a=-B91~+b^(Ed-l#8w=jN6JU1UFYw{;+*1`a&XeT-)c9znVvqn_FEYqBc13MqLezZ;Bja z5(>Zl`ogm^M!!|ydnBCWwUJU=TAT>VRHBkMgul)s(Bg-zc&@%CL}e&SJtJu^@n?|V zIb%d9#8Se>naY(~RPe}hsW2ruv8jP+uW8IRCAss9fp}3DiX~^!E&s55#%aWf{WQ{$m=YLJh@&eQ!X-kQJ zSS^oz95&z)k_=QLtp^CSa7)*6m1m`wu4GJLtk>aO?5q+`bGwAq(dv$nWw%u$h|+MY z%M05xM6*>(O191aJ3)7>2H1u-B29|a?`AO)Yd1^ERSygWw~)deX2-0esM343oWS7{ zt#Sc#RsoI!Y22(*txj-fwuJ{B5cwWgG_$B?=p>2ltzz|Ocjs4 zW-z(+{Z`#3BWpTRBDl^ZPk1^Seh^UXmYG(Tgt`S z(}vf3uuE35t1?#pL{wBXQY%E^LmTj;$L2rFkuP&3NdE(zF&nQxSQ|TGY|i`gG!~=~ zIVhe0DtA|{gfb1PT3`cHBvDp;dFJz1l{u9w>oQ&C!D?;h-zpqx^`Ag8OwCM7uS63k zY}st(L`Vmu!6PM0=904N^@xJ3^f`}hBaox06FKdkw(2eRFxQt4(HYj`K~PZ?xXt`f zy9(j&l=`O$0qM>R381X68!nCxoX8v(Qdod!mzG#Fg9X5pcS|K{-4w!)GId5fI>M|os&0TbT1WKNbL8U zkd;Q$pV5LLT~f_E19nLDNl^mD>p7^BA=QfcZI%1qN#yO-htX_d|s8)mR-oC z%->aLrWOWrmAT^JLy<;e8hwA~X@T28gbvV)b^o)uc_DC@eKxAFIyX#t>OJIB8Ho>y zY184C8r24fVZWOTgT7UfuGGu#O@|kwshSn@tg=+9(G%Z-kOGPwntbRs{n310-<%!nQ5}tt~wYUQm+%i~GV3A0wHEUJAd2oXe!S5+@*8QYrmgx7CK1xl^o$_91F~L^g z%GkD6RKP^yGIuU3FHpc|+Nv$JMW+SYhH8ab5-pJvdqjrnp@O~BI?8=dat_TNg9(+i z({N$IT6wPWs_rbMMe6%enU>OKy-qDn{y|8x0>w;5`e}}%%N);h8-X55PB~3wX;pR? zUbSRZ^k;&-8Cbkb#^uwpEf)UA7iB}PATie*2s4=o*hK< z@3k}_CB77Cl!WPwGnYD4cgs>p!!@-IUc*$OyY1~`6#|RKOtz`AN?EUv)?C*X>V!k5 zt}d09G+nt4%4w5M4%{u0)rTEP_uMq(^iGjzjA^&79{=6ls`VS z!Jv;~!Rl8$Atkm_-9h~+l1!0SNgcxW8aDzK<*xyeF?}QHgO!vtN!((C=D!%+l7?1e zJhiSG;u}!4Q|}ukGc>b9PBr{$Ny42wf1rM#~CS4->oiAgn;%{L8z z#vqo&pyo1d$tvvf#I3I^;>c5rz_}Wm&KZ|@n_YvXqGjT{y?;pMotGL32%E*jwWxbU zO#3n!QlhL~NF7e8*p^BHX|6#dNl<|nG^>@pKiLM{1&WM2va>>6>tmz-eJ6@})+v`& zORz3pm~Ffeow)bLvV(lgPuo^GaG0<6E+EBAofmbP2D#O@Sk9Fk<}bXZ(g8<oR>7p_y%lg& zCVrh%&_({JQE>2{sF7yG+I)995Y)={#er9YiREu)P8DHlS+i5tQ|QLtKh`&voF%gni%xJtx)=1u=q4@3V%# z!E?$L2-Rt#bQMktkc*ruD=3*iQ$@#r%UG@1oV9HbCc%Q5?l-rsZ9}Q*l6i|;rfCC` zE;WMu6u1vE8(wZDSkI?~(-{X(=hw zFtv5=IMJ4ox%%Q4!QR}0gea?JO9qZSNQ*v zAC5#;ihBJ*ho3^ctQTcHOsB#sr?C7LLeJ$+7iQve=M#y+GhCMB<^9&tXA(TI06>k_ z#`y}kNY#3a41s{S|0?^tN%1$$#fvk!3~StjV#AL5m{zJ*kwh^tU8n(CoG%|2EwyiF zd~7DPdvrNl=3y(!c>xD%f@-Oidvgv|UR~@d3q;r6_pmgeXT7DEpg>gRTA)N;a$Ooprr>R@z2BqWG!yh+^fGRM)uG z89s|@u@$`fH;9o06a`KKcS5PA?fgrH@^uI&QcQ1B(nb(k-i+kD_d#N{GZNA>f|zK! zveE)Ft5T%vbWQNEV-X-S4Z9tCt5x};lHGy+0^xmbHn?I}j?MR=tM|3nqIK^(4}AI7(iSN4k|4sKsS0a4~y60QT0%+P#m}n@e2|-0ICsnA4lFo^7V$Fx? z$y=D(#91!%Z0acpV?r#NnncodX}i<0I8>z3kv$Lg$Yl*XB<&_ZX?mHG3q!@u*;PH}^O;KG$q*i+xmW6?hHhQ_+8bK3 z5mgxnZl}D0pq^No951S&Gp8FpCa9e=MVoX*OaaW7ozgt+S*q7JPb5&~Gzu2hv{=g6 z*eiQemfb&^)rr~JZQE|2nq^F>)l!3vZ(&bbx$??ZMykV@qdw)CNeF0@Q`!3Jw;K7@ zPiUk~1`4pw>`3Pk(2cbw0GO{xS_-Ditt$w@ZYx{p=sc~X0og@t*6+Nmc4^|Q?`{K< z%KNb#KkOM-jHy4S>I1n>4cGU>-lSh`Z8yQW>O|*V=Q;z$UyQ=RWZS-m6kJszE4E(7 zh+Xpt;Yz+8JBs*M*gOfghaZ%vc#U~=I{Kw@bc?D4&gm}Pr*1SKLuAgFDqv?Ov?S63 zny+jxDV=*MTuaBMi*%VZI9Aa^=@wEUX#v|gQQ*AZMj7eEt=;yjDKo>VghP%Ua!_gV zh!QO0wH~(`LH&1rZ=mPmq?sP;V6Z9etTU@aiTk-UrmZ>@W2C??Q)^LecA z`~#Wa(4fdqmm^i2UhwgVAn|uwH`iwRRN691;0QSKT#|nx>GiceN|Wc#$+;w8tK`g~ z`C#987%o1u2^PDSL90^0T+0FZZb^`03U>e`lJU7bb3hm^P`~D@JU@o4$@yP+qp=Jn z_laj*D-+7y7-r=rfk~T)^Gi5ZzhzIaQe{1jimEuwOL2Uf!PXe7OcbRYj{@J+Fd|d# zr_2{%jI*9Pv;vh*g8vGj$AHx!MR{`Q6u>dhGyTfT0^Fyf*$J#g7Ag-~SD$Zycon~(p3b(Gxuy)bYC}}-1#owR_s1(FyN|T$= zCURFCkck}BAP92)Q09rFrG$O5J19b#kSZk1>{y+vp##ZEiI-@2O1(DcWj2e8CK9G^ z7cvDXsZw&R%Fl_x0I3dRx-i>9sM+IuV@<`U4Ui*XQRXg-#pk9j+20SBSlK$O;QIeVr7`DR7R=Gr?{HPP!rb75?wd#RTi zukn+d70N?o7O3UlNn9a>tTd$GVLgp4-Y=BCb+n?Gfsx&|QC(CgXBgVaryJHMLV|HH5qaXHEx+f3ipNWO~wwb zk1+`7FpFI*+%8KF0(ZcF3t+%_I!_!eVhxFdp4sjetX|B+PLj%RpPJyvGgk29&Wj8X z;n3)mQjR3ot9R>>g?8kFPl5f!GB(7w9|n8_1iW=6^2N*gp85DsrxGM7iSm~m(8G*ar3&r!jSRYC$z`(i)I%DIkM2q<&+G+*Y^;sS zbY-|sqy&=I1Ogs#r@(@QikRdAs0{hzK~(|I0d0gbVziv9ud7QNRYtE0zcNQtY+lcq za>&p(Yc>9n2Bd$F7>*V=?aZy|l5Hq-SGS4sLVSe@?_#KOhc^X#k@XJ#vJM;9f2zRh zO-@kk!q&I4qu0yodp#+!77AP-5sS)O6&(35q0Y8y1NlsFGJg5=H=G8)a_F@LJN>aL z#K_5WoUcr#W@}6}2}4V1RJpF?K`V02o+8>{bYh>WE3~2s{gQ@OuiR0HHQ=BWJ**!Z zH5#wbOk2%}cfn##DKyyB9pioyCCY0)3m*$=!VcC3N5R76F4)MN>wIHCUaRMYdd(^2 zDacZtQ2da6Rf82p=*t0!S4n?5c|upYZQcriyM)^p4eIuK zRfPbZTo|IItDb3bY8io#l#$lu%Q#w+{(e!klg#T<^@ImHK$>rvDD^N(#=I6)niBW^ z79obVvJwc$Sf+S(9KSNUc!>Oz3xZBSgvpVtFgNehbJD0N~`hOkVQ6O;P4~4nTGXc%ZHt%6&>6YNFVjDSo=l9QQ7}xXyrOkQD+Va$b>xr-ce%erf-&f3Ef&;#)4g1jgh{!qh+e$!J5 zqWHzoyjxYPz@C+ZhE1s~dpuvJc%NmNpt zw{*JS^)z)7N;Ql6s!eW+Zc?Ob?^?*Xug4l`{#Rfd>d;UnfAVS2O(hdZH$+gILob5s4QgrD{WabWAI zqfXM>GRNeNbvy1E$yKT%!8Ye>ySifJ@+sc{dT}z3~yT_`D0(O@ZWU z!aESPOsh>>LE>r9iq^fgP_+60TjKZ7T;>&i+ut??y{X} z#gDEXojh=MwQAhDypfH6!rD+eHv~MW?zh@8+DDV8Jf^Nq;)o~x3C4gh2mI-3<^5UM4Ss?#pzY>9{&UwmDs|8yR?|-FyW?f@{tX|3W0;cc?DBt;D70O?^)yXKN z8KcoxN|~nC{+I5FWSrI~r7n5Msbdw2>bC6Wk2?=NRvwa9u;Y`Qr6`hrQ>i=B&JjEHzat;&6%%mU2$~de(b{ayy$j(J9=Tk#hJ&F_fM_33`&KI_Q@=?T~kw9y^?asU>~;0AwsEY>gLyt+>rLrnB<$sdck!g2YPcm3kCLaQ{iZ*;O@_QLb8?pZ~6rHcEEuLYS?w zN^c>=p2O(Pd{?e`!eLuO!hxI4-l4jQyEQ>#S;X-M$<;AUq8BQ*Ika>PM}1M1XTj z&`o&PzchfP_DJ?m0zpvD%>W_EOf`f$Z`v~PgA+EJZrkf zi^&{9Z6vC;D6xP9G?D#F*3eaR1VipHs?0ohtf{@o-;#VOxwy8SQoiGdw?G3Vt{E#v zibq3rWE~5x^tx{(*-1xXpPVX;3@O+G%+?tXWh|_B6#x8G)dTR5w}t0(6P)%>=P1BM z8PT({Qj|lPzHC=7a3;7J7`!i3%Iwz)CjWCm>BSv2DrcB%=5 z$d|5aTI$dswNi;y%%BeLl}nuL$T(}=wQ=BpR=ZmZ3OaW5`ED6?LoH>_62xv^paZ37 zR`VavrG>6qj2q=-DgggVSnGx+>@uW)mil}+p&r$`S(1@AQU^;*MBJEa^Xi%UA$G+O zH3C@%>R&3F=2JP!D||P5LlYjOiTtoTSXJcy*Rxe%UF#wkU&t~!q^l6q`##@dHwZsR z4n2&^lJQ0X<+(kVeXB+)9aa(@`9$-1r9@y?<~7L#Ww`o`Y`fhk?{) zhFQ7OyEW&vhR;f^w$?Hw7CRRG73s7bu#BrxxY&5}dn5e11+HQLk!DDyYo72)l>(@( zC|4ONg*eMDgPSA=B8`C#t(LTk-qkb^@JykBt>xkoP74YLJ4@`4ygZ55IF(9efo}r4 zV-I+OtTbv`Wuv(Qg_@qknU1#d8%e9*I>^k zyKXq0hfS^?(3r!fE(U@aUjf}A%t&iqypCctUCyhnZb@aGsTBHBf{D4M{MfozH+r3L zvjONOIw#3;ncof9Z&M1CVe6W*Qfj*nss2~udR?iKRn;1g1~skrGGj<{{T0-^TULYV z>%oB9X>+yRR=!077QZ7Rmm2Dshj5iL*BV7wkvD;xIvfma2Ws z5y#0KIxVmNE>GlSlb10VtUnZl9n*)l%h`6Ojb)}Z#0!oayxB-HmV%SBMMP~J%@pXV zh_7=KU@J1#oK-bo?5zPZMECDa|ALWjRtG)Y%nSOh4yd)H2SzCAKTgtOi#iq3=6af0 zTfpO@IAaAswXRfKZ6#gcPT|p;-C9E5w~uM`izTcKK;|IDbG$C|6lnD~X)3JfVwAU) z4ycZ}F_0V1UbAl}b205Pz{^m)Bim$A1oW%VQMsV#Py}N`fCW|2y`Ond zlSbzF?Bh+Dvk~xBjM-DOb66r1P^FbLa%4^|TWi;Ka*LEYl{w4GvWF8aS2B^hRRZqK z)M}V_23Ki2zhi#7GHOsE>s{(akOn@hm9>igio9BF96cx_=WPhZsNsM1h7wS%o~XKUn7DDv6BItt^^EDJX^tnmpZPSYX;l*RfnXgxmTY z#_dOQ{CX9l#0t(IUfQqy3OS^5y^)?vK=7Aup?BaYaSwHg1mB`=ZS%Vxpm8f!fCj@K zoN$-yHC+vh=)6*&4w=+NkE<^D5u?Vr=5Z*hV4vMCx{u|EL-AQ{bzIW78*)5ux7Lyy z@1P{1&tArK{v0OUbr(?OrZQr&DzRHoE?bKQ0Mu|Js?UbfiEvPKr))PL#JS z%@58J2WH5nZG|uDJrM@UB_3NR-h|w$8Tn|l9;y*1Uik~kR+gvbFy4z{CkkTYFg&4P z|IKjZ4?gJZOjR~$ld^%uu+GY!saU;)h1B@JW)Nd3nzd0|!DbIscbD*ZxWnS=BTdw8 zD;Gp#rg241-I?n3YY;2y4ds~rQtsZ-<(SR>Q!l-cng{L0DidEq<+wMxM8T*q8L0C^ zs6&5C3bl4-EYp!vigTx~z&LxOJo`i$Z&#>Ye%`fl1#r}s>EuV^b6Le72!o$QP0#X*^wC>AMxuf!aO=!mo}q)WJJyO}In zjwOJ_?df(SYA-#}g{NSMC3VYdsgpRa(6Y5XC2U9CEXPX{*&BLLrax;v4EQfpA+B@J z9Tjk=EN{GF71UxlesoYO6^mO1uE|^o%mpCTtY*tYJCL(&dl_6sPDtzdZ8#TFGqvoKYfnpeD>V> zyjX1NIYkx-F>2BS47N00K`TLOoiIgA<_msp%^;20t?nspridE>>$rsI#SWi3)iR$%lQqrrVH&Hiuv7mk1VCC?Q2kZqVMvi2;{_^em{=*vLC`F@lXG zri+4OQw(UQ)$i(Gqp@9n0$pEsi-6nt?jSX6t1_?IA@$4j-9U|>=8;;EnbgFi4>T&< z!tCYPmXl<@k|}miyn|lIZ z!z6CNUNijE>W6Q4&&^^zEMTV?j6BMVtiB9tlc5p+ebbVMwC0-D3e4cls=jGQb~N4F z?b_*#CyXf$*?M@q8yYAMI&gc{p=>pPc^;x{=KwgMHuA!Qe; zuIT}o^l=kXK1n07z;?)Avc|vi+eZ4s{_h&r3`;n6*@uZ^GFNe`>1%X|t>zhR?zw{V zy#}Gor6y8XDju#nzqp-V=`p5Ih@xAK7Ant=oH?RjfU8auD3=Gmdr-)JCKMrg6oC3P zWnPYwaM-OPdLw!`vE`uN0-d1e3bh2-PD$N7J4jV)?FkQB6^rZ(ptIaS7?T!VD$Dx3 zqjsCQJud6M_h1Qh)^t~1P+FZ9L889#VQ&_VxXdIq zG1y@u)LvJ`^4&{ex3Rfd+oX`O5Qt#E>>K~8&aDhyA}^ODSW2Hn%8D4RCYx3>m!=p> z?09KntHUo!#TtrO)Z=?xcemu1RwOGq4o7HB{LAdqqZKjNA)zGQR?#n?f_ous`Mqbj%aiCkUp-?Ev0i^dL?y+v~HKX z=lXoeg=$Oe$_5WoT32q{1`n2QJ`^k>O3}FcQqok-@*JwEnfHZbtTyI}D<1OR&zJs} zcKT+X@=n;qijV?tF>W};&sNxk`|;blh@4RAXjb4MWKCag~BhhesFHF^&cc0ewcOZReyGoVm_DJDif9&Q&xI@ zD^~C9TUK)J$9KyO^GWQ^cQ6jg2 z6KY4%VL^GfW559v0w_qZP_#pLfTEq?&t~)acmz$ z#kPBTEUSdd_tU{}7(L=bX<;hdR$saz)=iA15FpdV<`VNdo{pNoM*k;{YqfzZVM8r4_3e8uz0?;hyC$Tl{BLbhwBvy#3aKrvL2w( zrvuCR1Nh%azB}i#wp1DSTcs+WH9k8J1Uy)(wO~>F_tj1`XNUXeDS^*UVbQ*QB+N*t z`{g`+F@1k6YZHd5#(_R0CxIkk5&QaWut=ha$2{6-{AFua08K!$zpW^699FF@?il1F z4Q|*{%Sq5U-dS_=SC|)3P16-;EE`VR0|qdz_XOz}X02I5@&Q!Kp*pEd7G(jqL^Rcf ztQ5h;A>*fIT;b~&2$`I`PC0$_b%KYG*A0pzj4r|lVadR7+epU}H5i-s*;X?oGl}XL zDYV(OXA5s{3*(RE# zy`m#NA~F7~#)(;#*piRTweJ}`P-}x5p5HU{Rv0*uv}WMBRu}Rg&1D^`9=7wWOAw!wuD;yPbi& zQQQw)S2TCQ!s{Av zyf0@exU*ASr^)uOk1d9yPTJ6JplB&wRS>ffLKthRez-?X8LE3t$`@}W?!TYuX1E=0 z18#bcBxqNHW5j9)W$@381hzA>9Y%8ALzoN?lu0uH}fY3 zXy39;#I@52F=Pu;;Lv}d)}i>a4@qhwkY z_-czD3ir0OUIm0l;P$+H78kClzK1ygYIx*3PwC-@H)4a8y}T9rkvfz$$XVnBOy#D1 zrmLhRgq?{#z9!qbxi!h|iAK%CWs1(Av6~1BbDK=dQbad=f2CRN_FOpDwdmzWoUEoL zp_$<{s+WrJTNA%27HK(3eac&7fJq?C8JFcO%=PUUCZF61YD1f9_e_O^RxF*wDn7Y3 ziz<|6FMgz^^?Nw6qRM0HuS~R9S0ka>A9qQFLFv_z9jF`Z-lEgRtd7!;Z zq~VqAF+abN7c`qzyJ|v>h{hP@7PwkdWm&*o4=NQ5e<{_}QmU9%SxM%Kq$!?f`&`W} zrr9iuSt#99MJYw2bzFIZazLNm1!ljI%&2CJXQ$7&q16+TJ%vfRFvM^jare~R=1YAT zmh6{_WD-?HHqvq1X_kCO+`Y7zO+?7>8NUyb7Htg3!kJ8jO%bU^41ooBpZhLZ?sdZR zcG0tCye)EB15&u!RUvlHg=GoT{(_NgB3xz0Opg~QthKQ~dsHkL zQ$zL(pV@1rU1S357(k>z2c5_)zO0ktM7M5*V<2tR4_!1^9;)W`YN5rt&7z2%t=PkS z!ga2D`y~0qtJ5(ww)26npe7QN*m`eEsRSAflzqQt0}7e!>p&8;?JPk3A_!7orl9rv z_WDAKa8W>p%_XXYR{yO$kN*AuOzAJ3O)y$@zH<0N4H6YnlMxv-UKr{(Z4j=;-uV_` zxk_Y!6g^3Qvocc>fsWsrgDWr7bTPk_P zh7?tTOU2KHVVA+MA<66jTYV?;G6?>Vln^h$tD__J*^1@!7kz(6$udl4B?D#t!7Lkp ziOlh6Mu9L-mO4zHNw&c+@|Iv9m|>~q9zI(F7A_roqGRvfvZ7j!@CgKN+Tb3oKgtWYW3RZv@*B%?3i8YT`10)1brB9@jIF& zN(M(8<$ybofDUn#dd634(X2TAPWBg9&bDqeGZOc0N}TR8Den(cGnFML@*u@pc_;c^ z*n4kM7mY8I)A7Je9=apUsGa*7e;HwNK<-j-+?bzfp_XlyDLMU_I>gmRLwZfY zqGq>W4rFaJM1Zq~^^DM%`a$zH6L{x*#nW|7K**WYx1UE7ghu)(GYH`pTB=T`lx%5c z=-qmm-t}2~K+b>~dDwf&LXueP3zfWPG@fG17mn1O z`}O#JNibrLk1Df|aLat^tn2A&BP_gi;CyL*#V|4iEG?AL+(tEJ3o`6hilcr0ox2a! zCyL>3=?a-resd6Z<}+E<>aG_moTgV*#?;B_dZcEdX}w&1aeHY_cL4LvzpMo*myd+g zcjPRE(^CtJ!BTEI+f^<;nmis}&Z~O4Mw(Dew&ooQ;s;*Y*aDX+eZ!du>(}xidg?1H zUL7bbJ6Xb1(H0Wkkaplv)T>lMLaB&dFfYI-~ffDE|Qx23!9(jxg zM;ucGwK5Q;1M3HTLe;CCQ^_F%I`DqpwLlY-P8B9eb&k*!H0vzCZs9H&scgO28QL-6ZXe0|7Ien)UA&zFks$m za*w_oI-B#bu)l-frfNTP(Zo1h(={Jxe{}RStmp4&D4Q51V0ei z*$OIWRl~OqEelVvvC$?DGHxM$i+*;k(^q|$0<5G`Q@Ap$7e4^c-D4#@#h5yp%YORV zr4DLw{Ja)?Dp$*qFbqvyahs8Mz{28i1G@FW7V|@1X0@)qoRhK~ zl*8X9Zr(cUq^>?0>a&$T!ONMiL%PF3uUM$-Msy37Y`+j!pe7cPMJVPh{H%T|5&(xD zHY;6BeYw5MLkXZENV$wHCPF&)rhYGP7RuM`J)5*!NR%E$y)g)^gb2;=84XS~?!3sRB!%hN zFiTHd?I-)XuJ_{*(|p!H&D4sxS3KP9y5}DjTDzYFyK)ApKrSDJ8R0$7)Z&#BSx&~* zo0y}Xgqg*R25k;*S*EDQK;HOk>H2Lj{$vTP8gMfNHfY|&fnDjQ)N`mlo zl$&s!W@lc2I`RX>bnt|E@po`C@9UQ99Gb%|2XZRTM)`$tV{M}6(%#_yBd(n8BM1Uf z7G|1sjJwh*kNKC%%32Pr*bas9`$H;thXa5d72kr>V<^MvKDXiZh!9?Yt`tp&U|U(f zaGj^XX)(6y;R^c2k9_0J z4;kYx6P*Zmnb*=TpGDm2kLRuzBV383%+MgVsT+0bh_m!rFXYlfMMhR1@=FZ6XU4lp zK;a~9-kF+~!zNDUILL~#6^wc28#+bs*9fXisF!q)Y?WWtqhEE&JKK>+8XmF7tkW^Z zo=PTm|!5a_2V5}}0mdqfZSx=iD zn^Y9B*P3eNsm!^pY~Bx~@Z2o}E7^6yMfl#WcCmmxDoU>n7pX{YKCj~UfpgS<#xxSO zUR|i|FmYYAoEEl;cUX}xyUv&R6{TwrghZr9^wb4>0_*d@8srL52P`Kx_srnuQvRX^ zSnMB4kObB)IE6>1OB3s$-0ArUC+%dnwzgqNm zy4r)9N-PmSuBTO>AmzXMEzn>1^2t_U?qvyJ!uxIQ|I6g|;E>*ihjiZ%V*%Z~j|(-& zgwc{93Y$=@LF3Eg(uu1y__c|I8`e{?wQGXnD6I9mS%=n$iP?-{;-Y4k?rMNB2@0e= zr0Ff=RS`XfYnSiwTUC)NUR&pz1KdL-`6GLM|3?nVbw zC+DcX5&jj?5U;F_mc#L5in!WAW$$@2kiq24G)AXQMT**pKR~>v*brmKcxrmw`w*@ATc19zq0ON%_(&|DgfP`%*+Gf{O zq0apxa6{GMQ(yX?FPTNhr|-qIs}2&Lb1GC*ui=sH-|zpD=FhZW9}VkRs99F_!~EKX zB!njYfs#otf!h}^I4$F zmc->OwM2;J71HX;w~wCzs29Nm({@z~Z1rGF@|N63rn8A~vTii^K_&lV9>u%IRtzQi zIJ^vPwj*MC z+aui%IN>TM@q$B_w0FQ|wcHZfBxY_F+*4flF%2OnQ#^V|wSU7zNb`PGr}Pf}W_*3k zR#d4vOHrcH*L2NCZRsRKATB`q9`S{hqg6q+4538rL_7*%BpZ0t&D?rz~LT~=$Jek)95 zLSGj*Vq@nS$4fg>a$>1CjeSn@ZoPZ#lbVI{>TO?= zO#8H=jNvPJGL}DKgJXP2d`0%(G_Zun5^lEG!$@y_Z5qP*J?DD~{7W&~Vki8w=r@mDW42rHX4|EE_4aOn>W-TrO12|8cGL zPJ)*6b5Oew0~2R2VEoMhb``P!nME=HS6{dzYzlHw2fb}MIbJ`2s6lOVpslMXuPqOD zZY}`yVeX?5YTlCL)xEV0?Kl}brHzr?d}Ga4NfdRB8W=YXA^&l-NRv{e#rKwCxMX^^ z(%ypll9OdSwEn97FDi7dmr!!ze`&6FPNSFv9y%2@FkG$x^{8vR!lCA9Chi;uiSwUo^&Ir4T|> zR)kx>3Eg^SE~{_KvZk*o&YGdX33}+wx|qf` z4&oE2#{#wK$Z+g4FFqTC0&4D(PpPhk&GoAz0nAIO?ot|ZQr@Dw>p?>i)Q6+4#oZbAT>(&mT7qFGXkKhzH34{^su8B{nMD+uO8V7% z^JK0TsTWO*(_`jhUxmEE0hJFlJ)O{pXP9v9y-e|;Z__o5!KYa{MS2x>z=#?2f;C~2 z1^s0en<|q*pXW9HTrTNh?5p)-`8kTXKvyaY$w!mVY|0I(4YKl&1RJ^;W%9Lds_&h~ zZ2a4Z=rh}Y+;x6`RHc1bWT4Y_rDOa^Zi}fso)yE3SOBK=oA*Q@@ zIogHBXvd`Rd*qT;xPx)acflG9tFtEOI(tcp3ij3j=)Fb`*;@8oj=|<)=v?y>ZX`dMId(CQWc(-1e14gt-Umt==hr+w9`y2sp>HaJU-@91WtSOT zIL{#{O|$Z;;2_11=W?|Vy>5o-{zTZj(3sD!zIh_^)vs# zVpml-x?cR*kamRl$;GB648>~0IjH=sv99-;CuN)a-iOHnbERSJq^Rc>3xS+~N<3i@C?(p9tc(mPz>U7xaiyEM4Mz>}EH zR;&FkIkQh{t|Sj~)7D`}rDmWdg!%3VODvbhv2!qaBahCuvw_I4ny<-J#=Q~dAZ4#Ab-?t+eY6{#7PE!wj!vZXstxbs z7==X0poE@y6LTEUtx5-AWMcF8G;Dmf|*Hr?Q*bU z+{0_**^bX65~~$KSBI%P?5(%sG&4ymOkXu)jHyt~l+EIoNn3ZT2P&md4e7+aJeB6n zEu1ook`&O{W8l@CbFa98x0qXA#eJ}en_6O z6ROG%$U3*2H5mj0$40se!5=L}rrJ`}u9~#vS`wY@=v<1h^eU;K*oJ;<9|q7mrpBGz zt+?^sQQ;CJ6IVpy{xiyjhfQe>b!vq%^wFiVxs@!S@HN7UdO0oB3D$>|GooD{CNS<@ zhBkbewrGV-T)ulVCZq0g)guH!q zUbbPtaY_Msu*srGY?kfI(rpafR$*lY-TH4XFyMKAnK;NjWu)!6-8@`F1hkJ(U==0C z6*7dZ_ei(==Wf}#X5YZo3D+~67KAhfcS^8>Yjp}G{)B?$czq$OzA$RfYN@HrozJmz zPU>ojk^?Rp?Pifk*N)j|wm>AugK(Knghm@D^(c@Cx(Eq`cV_C~U5SubKp`e$+bm%5 zV|R4U8CjZWS54#d$v6UFASQz~*%v<{#UPSUs%b0m;b!jh3ir;N3R&v2Z1@$m;G&il zO3@7024(z%>ZM6j=ePWYSMZv{L`FzTqr07pvj_4d5sQ#zo~g60C9ZR%u-)_+q-s*uL^qEW#UMKfPCELL=IQ5IZ zeJJ5-%_g>O%DpFKUnPbJf*@Q|I(*T8?reTt!?A1-N!44A^zR_}BvX>?f5j2It(#R^ zCX13y!PE-cfw=_gH~X_6DLNZ5huP~IlX?c-qqy!)v}-aXek z{vuVIV_v{+!H^S42$Euw4;99pyVFa|O@W5yHI^hu-Pyyn398ZGQBo5Xv3VgU3rr}jv0}Zgm zt;K7fG|ue3D>zJYG5xI*o$*3>;VOEEd2`L!XG2VDWL{WQi|0=JkXaRrJEip%v^PMQ zF+O>vwFqB0;=2;DRbLY7C{oeRpkr)G6=124qzeZxWo$c<&>tGm505}P;s5iP!oCA` z9r{x8i1+wLM|^m!6lSs;`qP%3#VLY;A0~9Kot+sHN8Mny&VvB}=TDH=%AE zARXUCK6|QQUo!K~FWl)p0s|thOVoi(XFk1_5J---rXPWe+l$eNOyHP7*9psL#>y1V zdpL*rn~lh~C|H-Ljv)fujj$z06vZmyL_8jf(@2Mv<~seK6q`S^))zu>!srXvn|LN2 zOI5sfP=9K!8M2QkN-EPQq{w)YYen@X3fkZBOtwq34`E|ZuGvaOcD2SE}0xTL-r-m@jE zh*8b(m~7lTY!vs$wAjQyXPdFc2VPDC$uS$-rVTAyGt!^JA_JvTY)D^m=B#68u32Pd zbXk7nEKG4w57UXVVUxp2)D~9{gjBEyB=}&WB#)DdJvC$lAQNvT=u}YuWQQd0T%o zR9IJ8lj{r`2Mcbdx;E>osd@Z~Y_m%TGm{MZY&w~)N!=!RHe<^qm$;m#mERvO!2v|< zdMSU+sH9}Tex%p>YA`X$*2IZHwk+`sV3T1us;*VTcYmrs0^T`CPFsLDxKuQehRtq5 z0$fayz+kTt7Yhb>xJ)`_%a1TLQFb!n?j=W85}z)$-!8>d0tfHRtODjW1JN`NIHL7b zNtn=QrTiQCt-Y1YYUia531C7C= zJ0)HjqX}@LA|0ZgLqxcg^bd^kU_#@j!4l@{o!EE;DmK5DdvOt~S3GcmRpUXVN+3hD zQr||%(S)zr4#I3_ulm5&e6ZYcnk>Q`Xk}sH5GzW5^83&!b?*0A+EW+;p4Nb}vervC z%ZP)Ef2#3=#HW}VE9dbv|ZCrX%X3E2inTD@SY}|@6fT~{FJ#Z`h#==Vha*=$KQO1 z3~;H#+cJG^r*}rsHqwAbUm3Gd8yJjj(nmUWRm%)%FMrmMZD5!0$O2Ih*LgTSqi0(9(uD zBs!aX@Hh%P+G#Fh7H_g0=&J3EUAFFy;fH#CVL!cqiUFzO9Oy8mxIsYgVs^j zKQOE`B!2=eRghSOWd#TKsr@Z##$kuICh=3ino`MG>=}C(HM+m4u1{zNZo)SeV9_DQ zyVYkTh11=G^O}xzb^hS-z!5-ly(8&l;|j2D*9A!#-$<@XNbMKXQ8Z1~cFzp$f<+6v zmWHacUY!<*-|kpMEwlLk4-XDTh#vWkRr}h2#*ZD2wH8Xyqc_T=o=()ugiUEKg}5LW z@spZv>B=Qs>%;d|rxZeIv@b{4XDOAT>AB1rVg#Hlt-ok2N)kPeE;XZ|W8jz3 zVK^0uIcsXnYu`L9i|{6tD4$g$m5z~p^s(IUXz-((8wo;_8rrfwi)$sB12#TJIxg8* zSyG}3M0@WGzA7Ds&W?tTM{=&0RkEpMA0oz&T@{~8M=0wQF!vs<^^&DIGDgDU|0khs zQv_I|8hD78LdS#GkiV7yo7)EaCoX~2Uh-qd`0zs3Mci8!=#Qg^((8iaz~I~3uM*`<)uzWVy*SbJ0rkL@zqo- z99g^Ms@?F57Bn^VMDAw=_rT9X zDzHz0iSE`Y%{vn!+^G##l!eE)A&0`>q;cj0IR7Cjk%yQWxkxxGQWlY(0lwWTkiAV# zns>u+EWls$%i3)gY}%qn+WDxV;u^2c5x@SRd1NVQ%c$tUn4^AW`*QJh(=hObMHCu} z!S}FwREy5Jk}#t5$OsbPpT0Wug}EKPCF2jgp^FQktY{Id^%`Su^O>rD%l`|~-n-t? zYLJ3R2ePfi&$=-Tt;nc+BU-|X9Y8pRaUxaBi$yYjuIu}l7qruuj$3NimmTZ0()oi> zC3jO`<7{H)Ry~&kIsiPcij1eNEEbCQz8Q5L5fg&2J`Gs*^?P_^!>nyBo+k^W%GqV` za!HXcFB7LT0pPHz|Z>CrQ0TY_s%+lUC-W$o3cj zI&>yg(=CEU_0u2N3uhAot#IX$ZHEC2WdO&$ugo^@5c^OPUzi;0!RK#W|8!Wnjll2X zk_CHY;bq&mE~A=;S+GBwv}6iNdYxJJ2dbWh*?W8VDv|`A4#RP^#}u&1yNhUsB#BqV zpL$4c5Tr^DE>yxr2wqTCSOgwR!({y&$)=iTx)ud$rzMf-s3KM@9#JvlDUhyCdqD7f zUN5r#E3c}X#Q3TQWY96LI+6rQjzAkQvlW@^ zL4o?cQ%jvQ*vG;Xf{Pb|;fnd=!S)O9@S`HFjM}z~$i>>iC@S zav9uN)#|`z*L(|1Nkjuc2~K69wFG!VH0x=277mDZ*B3txS`=k$q8uwVhh*jwm?^lM z#U1{#D8El_tx`ng%RHRk%1i}n^ueor8jGETl?GjuO;sC_EED65wSv`uLH^4;qm#yQ ztwLC|`I|V0>!gOZWks#;SEZyKH!>%HxaV1(FX8|^%D zga*nWN?gdajr`JgO%z+<@V1JF^T0t1nhRmV<6{~yE6SVs-8R$8m1PmBvV0LT+4V04}4p_p|ujLvD%Rrf&`?}upPl=&Y+Z|!dv(J{iJ9)$Q ze9}D=l-(}VJC>#KyK=iP&^r!jQ6loYu05XYI`qPKNuSB+%5betcpu z-I}dpjOzL{@N+zE`Sv4*COx`E#(jvO*J(MXO2ErGD(7EQpybiS6do$6{Mj0O-yCTe z?J*C&poVC>DlWoGh-bHRam{L-i>>mtUvE#{-Q|G|EYz(9N7WFJ>RZ&*D(sb=Y%Rdx z%*71Eyfa#8kSSu_5jSKKqw{y>MjWv4lP}K9|n#$OdwWnixe!XLIQ~eo|@0-njj14)GSirDBD+{W&eWDy+1xZ$!AAEs1F2!P#d27sd$g=~5w#qKclZ}7$ z#q(*01)`jH=6Z>3iax~tHKcAf=4&21`RGg|bd5*Z532PhM)u(p%o`styuZ_5K$Azf3_Fr{nOqD6CiB9MF4P|(ku-#xp$<7XB;`Pzyu zrrI`;gh6EWR0;}%!-xIiqWlESC^()L&gBJZl062|D~-Mv_bNyZT2t|5h7>6#2I2}O zd1Z_LJE3*@pjy;{h~y2dOgfki?8mN8%vNU(m%M2ct1%#?_U7g)9bXTpesyqEfv^X-*)%c0N1vrI^j(xYiZRS}XTp9hgTa z?d2odn~)h|u$J(M=)W+l#gqv$_@pG~0@y&AA@ZY2M8yQ@6_Cir{W%emeZDhnoN$z2 z=F+nUSkMzI>m2_$OZpJ>g0c05dQQeeTj9Od8)j@O;LHyYmyXT<8Q*A^TrIqb2Fi)z zqGHVlWYJ*Vjh8ejRKY?^H6Z=`i9(UAOGNA;J6ak(ZSQ9iwEXv_ktbQ0B!FGhx#Ajw z{iv~s*&gY}^vHmiZ{SIH=3*x!lVK7Bi&aRT{X_V$)9tmCeuuR+MAeER)D~nydv{lg z$zpwnh*UJGYjltOQ`se)95}ONCUBd>5w<$$2x)U$rPM|smVj2i<=&U!(ohMksCF}M z1FfqPi`~!;0V(zfG}t~@dl(%A$44KxsIG^2DQsi87xNBvvLiaikMY-#_Lh#7=#9MM z7dkRjzU^h1g@H`II%?#JFVFQww6puBr7sQZ97zu(0Knc`uL2#T=i&{}sRs53RNN{m z5D*Pca*<#lWm>2%D#Tb#Tz4$?*)s1!D6=&_B%cRper#KnB4sb&e#P^C_B}jfv z>$nvv8RWYAK5q5pkEb;&p}`+erS%sWF$D-eOXGBNHK$;9 z$Dpc0gue9D7TS-oMgc016_%|n4u<3#iyz64Ai@q;r-Gu-9woS{^kLu~hov)aahN%r zW($unq?9c2RElbIoyp(Tm^o1c?b{MO@9anTqKOkn?)NyK7xCHkF!NYpdkJ`^wroYg zT!>WNwBK)7ZidA7i1TCEsmP;YqpaZuQI3$<_;*}UPQ1z(Y|^ev3WUUkU-#IfC-}$_ zU?0H&A*8g}w9(@Dpta3-mr0DD7h>_ZR8uU#?9oF8=WBw7XCYw}y54_OPCHMrTqw+{ zc^cm%u|idfG9F+f44x_7gp*!%Wd5=JUb-Oi%|m47$D$65f01jCaEjDVL>3}kt5tV0 zWCD@b#DWie@1K!}JgHB_OaPB5sn;weQDIP&t9RE0k0iHHR0Cw)Y4I?t&nYxoi|GHcH-?iz(XI`>5Q46K?Fpb&SP_*UQ+T zom2R+3vqUCf?FM}#H6c_ac$v-j{Sddqh!12@g zMuB#2O?(lJ+*1;Y`8A9zgUg=L_inh9>9tfTWrS#`Mph!Fc^Zd%o^RUI)A&h(T& z(AE~ozWl4Lo>lS0rOy!yD&=KOY7^+fgmPez;2hcY4K8h zSLIZ&d1R>hHL^Iah7vw-;(sbI>1A9T_Q<$GU8ehm%0sQJ(f4bK_>bMKJ0uu%%d3>_ zb>oUC9*I}Z6)ENRcH4fHA9Z>%QLpI*-KL^;{_(ah^w^A&FwCV;hsR`1RY#nQa2IUd zx5%#Sl>zo~C?>^Cn~t{h@PtO=tWT($ZhFx>CD?&ox!_6%7* zFNHKudgQudTObW(PpS7^Tb6+I*;M(BETR&|DGn&rj=js7 zuSn!@yy9t;X_*s?UK@(Evz?R8y(e8c=GG*_;?YV-2%jH762a`A2x0xKI8%^Z$F7Ty zc%60F%L~)bS&85iB(jTvpx`PAtL&{fF#hQ{!l?60L&Z)&Jdt`vPOc$xic!~nzQz_xkhK;PypO|nDH-rF8 zjBfJK@S>e3CJm;_8qc0Vm(i3 z9sjhzNq6id{oo~o0HjhHv8|dj6yv5hD6Ia|u|5?ZM$a;4=fJD@&TxQ`!Cm+L&DVbZ)0)=#mpDwTbWbokxVc6KgW!3;f#U=~h$k z&;Bx=0yruuCjDnr5PA8z8Jb{a)F&z94rNIu(nK15DgY6Fw^Z!_IPkwRdFox2%#KEhvW8GA6$#5FL1m(OpS+ zy{%Doo?+h@wMC8))P!f$OgU)`ww&$Qu~)JQM;A8a0&_|6UE=c3P{^TFYjs-XNQu$j zeI~h;Z~re$$r1q1o!(jmFZ~h|r!xQ=*+P@R4Hn4O?{VOKi(|tU$PjXuxi?^X-x8uq zL|>lwKPvt29am(j#}*Q^x+&MYsOK&ml9NAi5aNX@!5#Cdz1k#-5KDq%MA~cW62?Mu zQ@t5RTn(jOo}U=T-yKAjK?@adO^Tsq<15S-f*=+*Gehh5Ul3;J@^Pi$JpU|*CQ7NE z86@YD`g~QowHFKnPT0c+N1bGGwl~eo*DTjTCwbl9k>37ioo0j?;I(+o1wSC)REztX z(%E}8(}a~xZB8lwdPMLdF=c#8gcjcP;XPCmjCGpvsAwUHGP?l~>YQ|IO4;U5G=aTM zx<^ke(B=>s2Hc& zaPT}%JQd-J8V9Fjx4hDbi|Fg^Xol1U1x~P+IWo@#Wo6ACA#+Ax%k;fKU9#biLHQcw ziIOWS8`UKgCWf;^S>~3Di<}W=@ukPPUh6Wum9e8HYt z`JXWvFe3t}ksc>-!+?=VT+HNj&~Vv)vu&DSE|!sA7Z3xY=&Do+p2YJ&a!ni>IP4v> z$Om-P`URDx)$sSfrtTf(n8#T8Kt>$FR;A|rE*5l!`BEq4*bbYK!>pFA(^D)FBLR-Y z3yCEJ5emy_`6ru~szZCN#7Gv`eS=(c5u1Npk8NxQn4qH1!Yjel_l)Fl<^5Yr6pz|#_JMX3{9A`7^7IO{YBf%bLXB9UNOo;WRyzUm85l9Qi@Vdl_ z1P?{2lA$%lO#2l-euCAusS-mr0XF*;6_NW?*NI>0kQS4;_^^$!U@3<|0CK=Azt~_O z*R8F(THxYa2#jVC6j_rsf;B~JLPjUsUYzUsmSI9sN4RoEILF%-aR z#c!>TVjDTHxy#W)5rZ`!l=vJOG+vlh(6pH}st)%LK%LSDfc1k=6F3t#R>g%;Kjc~>y zrc)4+9M4FX(wd&rwJ^!V$KlBEihEg<6wTWKiDpH;JdR4YR#(+sY*=|iO9+kXuFtj= zh0G^P3eH2==Pe8*vcgCJct*h*oN=d0Jb{R^vJ0(q6@`eM&Dbtr+*_F=J6L;Ngh~+g z5nviCmDvw*eUkNYP9)Wua#%@nS^afm4@t z${Zxb%0hO*hX{hl0?dJOFAG{osoA?(o~A(*vXmW;t+9Lz->m8g2U&Wix8t-@<`lFu{$;0WsdXUN>3nVV1nyEz z?0`{JzXxG`GZ35?=}!WRqA@NK@>xfpgh78n=pXX<34B{D?8DF`lRxozL1DGENfLaQ ztgy64AX@SM`x<=@8>bRfQCINR7)WvLcU#TicuW~In%TC9Dd0;{72W(jC$ob0-ye6O zfV)n?*V5L$6>nQHq*pPoQSnp(vJD9%1WC;NSS=wYn7W|b^OmoK;H+l zo+DSmdfsWSvz8`=F660BlO|k>vyP<>Zvcj{32B{MiXQ6PbH9KELIcAXqRRJ1&RVrj z?LGoQLnS$$Bn$TDpj!kgrIIDa!^XT>7CQ(87lD-(@2bF6zXYc`d}5mPB1z-fse`(o z=b#_VT7-l~lWKShAp9H{RYT@-F6yOM!?gk)6mABf&Oe)?ygy)PUkA?aD8!0Ias>1j z*T1bUzI1 zV-fXwBbE$_m{Q}U2E7?_iX>G;?zDV7KEEWC2&r&{1s)-HpUiV$NYNNr(%dxbaz&Y^ z^rUY~cor8je4$h>$#UZs0{Aj`PVyVks}6kCI&Q;pPcO5eW6{~LvNgCIZSgFX{+stk zTVm$Ahb?P~KNH&9#DkZKA zA39=ZR>URvOxM25Re-^KjL+ zQE-@h?_XfO9kL*5Ziy0#_he%Yo30($=Ii07EcgjZsG|Wyq=jwrGF{X-Ul>eNcXlHP z0$x2Fa$#jD6VcgoNnvrvlL!DwK(@al2tA;yf?zNvGN3X?dF6x+ap%xH$ML5p9Tl~? zM@GWmkdRZQo9v-Z7Q7Nun-M}x<%uK{rI9K;_!b%Hj0>eA5Su6WNfNv;qx1C=6HbN# zq}*{Rif8DOV=quDtx|ZGtER)&w3uebS0#W>7?#!FD6BCnqB)aBs(VGUBCMIJW~D&! zGu-C-h6$9IQwEYPwUQ!8X&w}xC}(t~U?9}59digjYht8G#ToMpc4zO8!=o7aY-@Lj%S#M8id)EYqL^|5xF+*b|^+=!`Dvj#x} z@}l0{P*+g>*TDx>wo;RL{!DmZBa9|pic0-}-=;R@Q8l*%C`&z>2<*8KljnlHV+Q9haY*hF=00VF^dQ-*ZmUPnjku)6lTgV?APi;FW0^}y|psOd$qO6jKhdW z2A}Bgyk(A)zh-_8i8)XLS7U-gJ$|M+tm)zC zWffA;?cjw!X{%+cy4-$2JW4up8`}0873<|6XRmYX62wrZlnSZc#gtjFkH_=5kop`7k-qsU!f zxFU7J^E7<(6J)~RlpE#K7``-oa7_U1&!<(lSC4oseah!)q1+oqSH)4H=PRXvbwVkJ zX3eUiSmm&?b_5)2Ip4uiRCnf0Y~Q7=xq2$t#L^n&W0v`}{M|+cQ-Wm33Ct|5gd0%%>*8&gAJ%=rCpS1m>{uC0taWNlE(X5&zQI zqQ+5mCFY2Jj|ctTLNcrFjy~BL;(2<}ctW_v6&*H9YIR5@nZ1=pw}3=*qIAwxg`fg> z+P?R0iubh7yMk2wuNVYY-p>l7N?}Fa!`mqb;bK{wnb4QwkO5MO%p*UMd=xrj6K^SD z;c64pC)tgeJz-k#4gSFL{hgpu^X127T({_(Qa!kj4(BO>Ur(F{n zRw}nl$wq*rg(KFlx z_>j`80jmC!t+{&APBOku+i~Xkmm?3YMZcu4rYQp(DNL*cf~T!Ka)pNziKx(jj1Fem z9IPlno17yELcc+1xR{z+886O`B4aC6Kzex;L_rJpx(57DY7Acgdcz&6F;-EXD<+#0&H9u8BgC@3A_A#Glb#GDB36>#8w;wwl{ z<}z#D{wqFkatqt-36}-(THR_y2&if0Wmbe3@}#MmhZ$ycFbhwj>qmDMdSojI8X8Vs zg-#f5$jU)31XO}FXC}&6jIHNL5iEd|olCFj-RlC*OPlP&wUBFogA!Ek+gQJ!81tu? zJt2(<%+!F=U3vA)R$*;bSe>=vAR5GH&X>r~r-q%DDH@bqUC9k9jyl?ArmT4BSboZT zkv7kGNU3C+&D^n)_RmmiY1b%5-0==P;Fa#@6@`3a$g0FqKn|f1;dYdquL~lhbB$tB z`pX@q}4X#t(+@HwDM8F6?e_OqFdNUjYv3RoXCK+}w7(!6jN z=ndGy0myEKAeOKz<6?KrK=9cUt{gWTvQn)c(WfLmoLLxI*>#!7rH+;8XB8?cEy0IH z4cHn>DG?>R*M-78sQYwd*hwsFnucKLa`PjPtj@Mkh?Z5Pv}i-IZrSn#BqOyWoq$_^`)u( zH+HZzjs%4Osj5QRinW8Qt_w`d(@G@f;f^jZ+@grJe`+DBdUQ)CJ)6-N_giZ^sns%O z@e1h%k6{Og$)v{uKc+gGlN>2zV8yi%)pD$LU<>>Q-9s^r9-$a>BkYGIRTZl1vE^Co zZ^hnwv`~}fP+dEuvLkBT6BQ_w_sBv4%%5Q7@IejB6|O{a8pXVeJj- zNI(301W@;It!aE_rv;Iu!(q#6*jSF+0zwe#bf-i6rWALpfh$VGnwuXyJ<#Pf)!9Xe zgbUetS7A|RKuwE-GdXdJkO%rfnh+$oEXjG;aGsPoS(ZEt0-bo*cfF;nmW;n%QW1hU zb1Haq1yAa&!H-7SP3lZbvG`m|N5waet>4OB6B4XTV7PdUO`2y`T zM*i!PFw;C49rQpdK;%0e$kFT`X%pV5Md9fFsh8D^H}oH zsL=P78~YNvdcAr3OHeYG*%$WA2s`%Ih@B5vC~M^kw8ZN=Aa$V~2>`|kA9iFdmcpSr zK?QKOd}wl!yLfUg)PJ>S5fmvlu;@+B0_VGH?g8+Rc&>7UGTQNryBbH)pt}?-9}AgS zZz{m}uGV3eQ(pT+l~omx$#Znnm>hZ`8r!6{5RNJQAioBqc^RCy+q0rBO;t7Nsa~)b zm+*6OSl96cl^bw~4EXDRd|1t9RNoh5YT|Y(FOzKXiL^Upg>U*?&1P|pX@aee2_sRx>y2Qs~bs2epw@KyX)W#yu zskt3P9>h2y#c$E4AmXT^jVCaNh$g1LUN5ODnAtMpq;&YP$v`N#g&qCH&`Rm)$r^-H z-H>9M5(Al1QQ@u{$oTP?3n#(gSVU2_Zwf273uA_r?VdxdCbss(lDh;Ryg+=I2I%9fp-^XWrj4S#n{DkaE zE!@=+up=)@8Vm-0?z&h;&~IQyf%tpjM9u=8|xa z;6@dAy~GythwjeyOW=CBnz;|^9i7U@OGB2sU@|XB*3SeRp&N?SY87)tK&GLb$BI}#y!3zDbmyCl_)oUBekHX9h~S}hIj zq&mojwM(MYl{l}S24bfia8NC^(U9y5xBnTx4*&Shd#Y!-uN;&}S0@1p+{d68AsYr~ zlPD!^snKz_&dqiS5mrSp!}5EyTp$g6I$K2i-7tZ1b#vYX}Z^Av)<+fQ8HhDnDTHY>Mp!2x%67}Tkg znOs!@Pl7UTQgqiulnkE@i4mgDIge6C5MEPr1Luv1dcd`$W4th1bwWe(kWdTMxZu1E zW)%s83rMGNnd7!|76_t%yImEWzu0w)gxYJ^hrJtEhURNS_SioYZeJuITfpwmq>;u< zTOXEWYo+j9Nm)5a6)qggz8(0a2v=e%y^tW?o05ibFIO&R?9wmaWFtmY-1}4>H{ET~ znG7`eN8Mb<|A>qBWk!6zZA+3!6$;tGCh-Vyg5?T{*S341^$=j;v;-YqC zMAv84ylgNT9?7kx7Q}N5-iTQ{+d5GixNBu-Bz^?KLms@rJzXEyPP> z^U(3v335-3XOZHE;OQQgi`nF;5&IZMYSg}ApSpKJj%vr|=OKpaYKS)-Ac(q>)>Vwy zXb|v3r)tQ35=XJYOrgK2qFLVjN3~^Ug7&4yW$La)kAT1pMU!?meF!*Ob z@U`;&l_i-@{&<{vFa5G+NghD9J?Zarxpj_7mRUI<`N~(4Y9S5yk6$N|q$C458+zJ1 zXaz?LJZl#sDYxzqEkS+BBK_&hanrDEl2Ptp65+9RvEF;BsfV zUTUDTfI+9pb&&FhH2Fgwlf)8<+%O07Mb_{u&El0Ky-gt4_Sn*o*O^-82^~!ywvK!` z<%fQjM3F*lewTmFd%=v1OP%3awf7lkhm&Mnm{@?Mf02@k=tA^x+Avq_Fa^#by5v!j z3+v&7_tP{7lUoM{G&6$ZdngL5*3kro!VHqMvq=-`Fe?U-(vzk0Nt}gXE;ErM1EnQZ zCm|eYN#8f6v-hfq6^e~~XLKoiBu*zWkktU0CrHHjR)LHn&?0BMad>ZC23C_po^Pn|4ZFuM|M(_ytGZJoIvg-RyByj%MZhr`fN96;=ne&L}9@-<&bDj!*T^f zQj{laiBBh6qoI6dGd<%`6ebcwdA{@E6jo3Wa8nudPe@5`vyS*A*kZkx4p=yeAo+y{ zISe~P$DeM-QPw!MK^77ng`Z+79OkM4i9qAp2OHU5{3+uW0m!WSJuJD^k6xGHqQ^H9 zX#S)b%Uj9j6)3}0DEo*lmBK%tNaVEu$h(sQjY$h< zO2!Ik$tbdtr2rKS&=we%37sf(3yE~C2bAR4W*bnhAM76oSV@XxwXJ_`PI{!r6Py_< zdu5QP8FRC*93{g2A~8}rOx#Pgd-THx{3=)jkozQl(E;*9hu_|te=jpqiE`@u;o#Ic7lgY==T1h7w^1*O1>6tPH3SXZ`VL~ zJUC$lb--w^WyPjmAKh15`v%SG#Rmm(9GqCq5VL~^qZhT;Mssl+o`t2#v<%TbF<4s$dLK%bl@DS}Z}k5i~xsuW$&^8izr? zCzn`V5!r&}BvxYP{u&xf+aHk&Ej@Cd&X6Czn@Y1fw*bO7-Y>+0(0WHv+hWx>AgV+EH3%RncelAuSmBUX7 zeUc(zv0n=(Q%e9SM3b{vKWHUn?<$&Xv|pS5X!)EmJzDZv%=A-nkBUS@WLH@f#`+qB zC^;)FX%A0X;PAm_itNJLJ7(ARNIYO=ZN8>b$>%*kA*N|22vR=}^edEr&m?ma6#Vfs zyze1v$9W-dByGY4&9PS_(&{5I1C9bE47L24;OE7ari}MleD;B^2Kup2)>g;qO6*_7 zJU$MWns@0Pq7%`WEaD6?ExJy6I-Z9w%TRpWP~#jv6LF(PVsnV~A^_M?05C0Bh$B>C zlCz`NS-h)=s3F17*fLR9Yg%YFo@Gt4SfIlmRaPuy*98L9F5^9t^;TOzBpXRNu_Omv z^hzL5vxxW|j%+4q)~ue;i7&~ZP`mT|Y{oY@Yy52IsVex0y?95g1I9Gwc;^&>4LX(Y zSmqVc#LrP47d03@1CpJDPg6-i8l6-?$(&+?+{l8zIC6PEEWkUe}SW z#W=B=w^LWBbSg7{HZiNLs$5f#A{|e5H3w{muDXgumDnL`J7JmuA!$H+VA`9?A->#N zbkjvfQ4heRc+~_^_2etSQV{FH)1A>o0r7e?#*ps}5LRDU+zRn#aUXX7H|x=)-2Y`dd*TiAGUt)1M3Clz}VDGmpUJ8WKEeRS@vQ}D}D{7mcNFT?=Mo7 z3A*WIv+wV5Xii$uvRFxu(M8u!Ifw0#FC0;<90@2Kos3Zr$z&8;6J1=UCwDn7luV3V z;?=;aS}`_g@S>;TGG<#64*5cphwIe&jbp=lCMIGvWU*h;=Bu5KV&SjinyKS8;G)h| z$%A7%IOor9vw175?J_`8q~))i=zh=3;#xq}y773CabM)nqoE zVhzT`RyJ2m*8do>)N{~GLxSnj(8?wUKCGFuqZC2|w~>RrNU&uJdKv>0M(7-3u#e?$ zG;TpSZ19Vp;m+|A@(;AZiF;kIFUh@12sD$bJq)ajb`?4Sx zMoat&KL!ta>V4r<6FJ#*cdjPTArzf^gX-!Bj&0p^E=G*6q<7vul8ENDH3SaYgWC_G z=n`#04~bDQV@i<%W0oav)0y;ev(C@L1x>wW@nBf#mIMpxg^I5*WAf?%;=>vurGJJ9QPc0!0mE z!N(oU`fZP=$pbOZXa|(^Qmf0_>arSW#FX86b()nCp>c;~)005XPCc)d&Ekq7ik3+b zv<5>o&?9^&XM$jR^sKB`9lA*I5|sM9lzS>+CZtAMLbey?tql*)u*Ii@ zK@*6mavO}G3|eB|#Y%htvq`@v8MsdC6vZwpb&7@!t>H0}$pJu;U}eSNdT<3XhDV?e zE1eJ(hm{jRV7uND6Uk>%QhaT1ywexGJh>ktrRM2+9S3lkt%aK-cVY|E{`t1YA$&QMzI$p!6Ivx?PFn@!Yy}#iDzKmp@IGbs4y<;oH2N*lo4S z{}YNJeQbeD++0c+(Y_~SMFb$f6lfE9?#Yc1l44Oj zo0niA?a>Qu^pjwysFDEEHoU2{CUt|mM6ReI&2M@Gk8EYT)yG>0J;-A~oiF4To~e4J(n9yz_MP(-#CN~axO1M%wR zd1JmWoSPMqMJ)uh*CXoZaDnFB97R`FoSJVzC^;TcidZv$Jzi>FBGVNj2=G=u&>DQB z*2u+Q*`8w;2QRK3j1vBYqAb?1Xh8@ggl!$t7Md_KXeb=yIpuA`QtWk2k_0M>_YuxICi28-U~c= z(@s++I_+gfomT5ECt|>v~FZ)oO{?=qzA?m>lXTEs+s2ipavD%zz0- zc5fIuvRYWZ0!N$w=Vd-(3He1|Fq?QHVvv#;5Ni%HRY<@;zEWf+jCHmj!nP({HF51g zXPU7U#S-y@<1-Q0Cw3Z(O|oQ(IRu8{h(}YqZpxxZZ~Tcti=X^W+VRYAs-KbTEeZ?; z_k~=@MqxuUiCG8dQA_}S>i%wdeCg$Qh?Z!j0Gq}zBGN??%{)p5S?EDHV-BSIZC7sJ zctfT*dzcu(awc=iCYpYoLDK*Vhs({{A7^Y$Gan{Fi=i*(An-n#N*h3+32NnXH-KJb zw*W(SQvW0M{7c37e4VI)xL{;w4~`Z%vp4!aI)$>EPg=i6M{ z{+uAAss%?0CUG=tB?OogC7btIpm^*(3##1-Or+LMPPyo|-~4u=dW9@8-umWGAcSHW zdDMlBS<;?iaxhB(UN)JN2v*?qxYcL@7E_yb4@IrsIB6sEPqjf~VFDl1I4{xR6tEbH zxCsY7iz>r%+H{m)V63)Jb+C|HJ4gXHEHgIQU2k{(ux83h?RK^3Jm_9h9570dDnz66 zMCXAgBYOp5RMK+XFr_#HT~>KAFB&WHANK^?@t-0~7NZ~pD?%bbx}eDh+EP$EXR+Mt zCfzlehEk$I^iq+Foa(&@;jiCxmMO%8+y$9Z*7%p6cR`ZGEMsG-KrSjHd0H0BqLk51 zuO~~Z1^8c=VsefaE(N&kuM0ZV9w@JcvM!KakQng_e)me<=v&CnS*tZP@YM;`S@wZH zv0+{T)$0DyDCtYmE0NCHFq$IFCKNoEe-Bz_Aqjaa(LpTR&~6XqvZk3FcW(A~7yivx z6@n((h3TOW^03y$Gu}a>86}WnPykXo9D}3ERpq8VNcGA}aH_WSpau?jO1p&aEQ)Y| zI};2Nv}JbUWVRs10`<$HiB{AH7V2ua=$nD#f=7<3u=c(dvCr|L!E~H)_2H8{hF__s zWIby6vcUVIZ64-}%_b3!S*F2;>ica#HF*gU@&~66ERywVr2I1%C+vGaR*_- zeoD1FL^k_X&DnOmY9@6IzMF zN2aWz(N|Icegv@7ac&lh=W{R~G7}Kw1ZQ04U(Tvf2YBYy@nut?=Jf>|d@DGG zk<*ZzdtRqB-hYOMr#U+fEALGpt<85x0U?n+1|b0y(b<*C6(YyQMll)24Ks6>y#IrE zjcnZlv!bMQ%6>4nbfeG312-#%{H3MuXU!L<*#gnd^jXs361xf^W_g8I)nDEg8w4fJ zbkbSd)5mNI`O0k!w->M*Jb478i3N7z^y){6GLejVH`2XeK?|kUk;E#^0W|8wFewdg zY#HXSK*Xc3X%JoXw9pJvX0BKVq>7#epjPE4^+Ur#1Q}g+iKaEPF#rKEiUMg*;i=aA zH2oPDi#M)REY;XiPnbOWWRTV{!xWb_zS%3uo%HZzi)LJYuTAvJ1055LS)=}8INlpP zw8;k+xI5)-;`|&f#8Y7C?)K?WCfL|C8ub8kguH#eA@g7mRpw~VriN3U1F;JEZ>ZMw z&*(op*HkT*z6FiJRaXdE4!A>b@ORl`Qu0BUUd}6@dwak|eqsna@c1oHui4p+wOI)H zHd3U@o`^EK2uyoUE9cVmneYupQaRW5Hi%nih_G1u&=#~*(-*8lHVsU1Lr(aVtxKh% zgE^X2Q;SE`E7}P_C^U##&&%#z4T=sqCo|vMcH>xdA+m%O!YK(`emgHGM%53=zJj=Dx?)7BGn}+z1c!khVtHhX z_a?x%!|vc3kZ-oO27_G;P<)dGz!r3TzBZ>B>%?&Vs`Z=sQQ<&XC*UrtWPH8U$@UrG zrNn&pg6B~Fvztsx{!_>T7W6ilcB3o|lv)03%wWVg3P_8*3+oDlq4RhoHin7}v*-q{ z5d%ESsweUtBd|bAp&DmrBqh^m@hzjV1zP~Bm-W(tiN==iw8Iczqh6%bPr^`l>C!MX zwdmOrx(fOx?iOF#s-(((EFYA`He<%WF={wK#NjQRyIca2Vl=${%rkzvS;n_v5x@kb zdid5Dzqbhk6m4-rXmls)?God&q)}T04!{etXqxgY3^~sZEVI)$s2+4pp(-V@nZGv) zM_xa}LO8dbQcxzmJu*uh#ZegeiGm)DlC+cDgtMfeBT|~`w~6Irn$=Kh6gK;90C2EZ zkSiW};Zx40bxY4n5RQVjjFn@&FCDA5u$n=h>-uMf8D|oHnK#p|HBM=y)I?TlnOZu{ zH%1xl(~;BH{{^UbWG&H+ke2vbM|R1kfmL&IJYQ)9cw?`wW$!?#gU_bDgw(DB`g76= zg{zzC?huVxwNhgxQ+EyRbV92b=t#p7qhoz|W0G;G1>5~2rlFP0-D>?m2}9DH+Q3g+ zgdDv)tXV>JWZoXARj5?72s_#Jt(rjTNY@y3UJ=Rrz5wHe&BH&q)Eg@b zcTmF2?_C2W2!I~HnJzjHRPw!7A#gGElw}!sMx+L?*!$kv(4kh4%+5tI4Y&SNRq3n?PUE0cN{eYly-# zGD2^XF&$FuIOt$=A#{`w#%tbAG*Sciyy}(NHmP!ict)G&fkNHm?sG3p0NjQ~2*iQa zujB0SjGYvk_v+>aJ!TDhXCZuY7=4p}nlT)j?9;N_KYND}D%w8VpwjMFQ$$ApPpt|bw zWM0=f{=>nqp(Xkt2;-yT^!AINNsO4gH)8x7X_NlXgMrcIb68Im7ZdcUw)jSU!{_$) z$4N?s83RmzcYd=9BBGN(w+z~N2U~Kv%Z>|~Yv2U0ty!GFMm*KAzd4+YE?+_x9i~6J zK9azU@R+wZZZ1{R%ikCBvVk&o`=Qqofxp=`aQ->Tu2J!fRMo7pr<*A=_*s^E8rHgr zO&#Ey0Iiy#G;5cF-UKL40eV*i0d}5GZV2a)8KTYPH@SLB5${s5__NIHp;;$ff>;_m z9X+PwB-{~%Ws*{g^c>GX;U#4h)UP93)g7D&V8OEzo2ONS25kN<@kpzz(NiPbs4?%q zEL}sHsL_Yq2+gpvszD)qE&LW00<(rlzQBGpz7@A2Z|ot$HEaKUNM078ht(CqH)!b&`w$1z`Z7c)bGA50$|lAxyi&Cf}R zN~Je*Y`{ZT6fOz1ew-`W6bhFjGQUj|KJ|~ck)t%W3LE84OaTI+T>Yeypm!Ck=PA|n z0pS9@mU#WgVDED%+jL#zqYxnbaH7M_aJm zVFegx^@V)?D)Aur-OQ(Ak?{SYYumHIEIq9)k&u0owr?Bhcs%J9Jf` z?V>b_a5ReQ>(><9cV&GMAwMtW!Twfmg;Vc{>2``Js};$ z7%P`GaANhvdWUUOvEt4@%4mG=0zIqY0QJ%6cWuB@3AN#YJ6Ye3VfKK^&Qnt${QDdO z^1<`?)NqK-6UoSA&aT+2rASBcf(MP5sh!wiHK*n{@XgvebKSHdi&x|iP7DM{KKjTy zS6~sbG;J*|6bhm|^6kpp&-f`Z@5>a$(`g_|3l+j$c(EFD+>Z(k_8>EocFwFCIXkK# zRpPO{IWeV)X@I4n29~})iv9GLu{Qw}=6z(1;>f>6BC8+N-XX!Z)V__~7wR7DX%?08 zmGEPkM9M?57o*?k%9blT+N5FjDr%|4As1c6GK)KGF4daSioOwmVC!il%rYYC*G{8g z_;es_BSDl;lCsO%mBy4(>?St@@Vm3K^$=m!STeN@2S|8;D$4)(WFn&l2r#xc2lEm> zYg^F^-Zo|}1|xh8Pp^}Io*hWW98iws zTAj8H+uwq9C3vU!UC*MjzvgV6B5uu5KoiUu{)9Pq)@IxR=dZJn<~K_cL3v8Crl077G_~Bz&c&42(}2H(S#=(Lp11ji|*ig2*QSFs{-Gi z3apcp^HB-ka9&=4FWM%?8@?agL7S$21Lqmz~j9 z1R0q|N-RH{_mm#H0?iW3K;7aW(3?VSx2qFSnZG>_ zOx1Nz1muNc6m$V7=qz#pt*vtUi zV5j(0gggdcugsc+>CpNiZ@Pc2T7a!K2*u{kI|nF&e!W9p*s*tnau+Tq&n&z zh_2w3Rs#NxVfPBCXKwBjkG{1h=CWveuRp9|`_E#L8)KS!grnnN_3~1!sSi;9r4J^- z^(pJt#ucpCZq_Had8nU_EXNgf4c_U=EJBgV$Zrs1G=c9S!^G~+iBAHRe3}RCQ%pmC@9D*Lm zT)9{O83hBF0)R81#VeFBOEF$u3fEue`)bQWB?!2%6{z*v<>5U#GapSul~_-|n&ina zwg;FyxTsrkrlyB+?8aJ$OR#7ZqRL54Zkj^le+U(R#)QyB8R7Slv8~EnbzRPw+|MXoiEYM%suE85RIz1QubhDAYChB!~Se=@{bD zAMs%ETX|17iTVMdYW}8;(dz|C`&}LeD5X;^UnUx{%+06pI$mbF)eA9m zL!%A0!xoNaV>R^X+-zM7BNgogQhsW;B3@A?Fw_LZN6C#pHwerT@k~Y}<)~AUpw6JzLdcJ$ zNJk;tUmA+ELD4&rQ;(gOrlH&DcU&`dSsRBP_H2*=Zi5_<9`x>bW^mrRtPm*-Wlt#o z68L9A!CsRJngE2rg#?pJ|6u`xrGHv$DNJg#(Z|tiBAp7WKQ(1t)dUR%sxgieW4+vv zamF0I9R>$x2CO%%vf75!qaUFa7=5HT@Bao2@p?@O6Gmg7^4m7%p3#!MwuPl_$jYLM zd1D3=_7ZAXCUd0M$aO|UX*W=i6!{|n8{PT0A5KNeM?s25e$jet`PEVv9U z3KtLbf*+NwCll_WaF;1Tv7Nv$<-wTj>>;scjTbN+KArQv?`ft`;Jf78DHxngMqP0Gg9`9#*XxklbFf>^0#d zfqL?N5>fse{mf`xM%)`On!4P1B%o~?C86GkGpK+al$Sttlw#7Fp-Nbh@ZV~BYzYDg z76fM9=bz*2c&;hf2?XZKvM(fkRFwnRMLfZ0@zh8vct*XqovnY#M{>{IXk-H zfqGj#BpEUCqdi*K1Ewaj~N|SE1b<(-EEcLPOL+O>a`VFvGH3mY!58Q=hS$R*@BU zko!Dimrlx!ExO^{7@tD`Va-~oQRN(PGf^$xh>CJ&{7kz=X|DQ%*Nc$24^B3zR@0VM zs4l5H8dloX$;ED>NiQ3>;&QR28})=wY?fcbCV(ZA6#@4T?A-cfUo#SQ*p@6_l)Tbw zWd0OTt;DdvT;#b0Avo(8`nt?EA3gWhG6YrhO*ltm;-e1`2BSm-=$rU)&rYp7TP8gK zg~z|q#e!wu>hVp4dU+6HN<$x-0gTe{kzJ8pueDG;A?2o2$^ zF`E}+w27a4oZN))Dg{D?nyxlSHCPV2#_K>=O@DF1cG6+0KNSDC&G|iNY&N+L1{lZ! zeVd+=+qN*ywd8lMxb)P34jl57p|papA-FjqU^)HHSfE4=Gw8}uu&PKan*(}&L+VC` zjov3#$6ol_>s=``ZMDZ=IuHNAB!3jw4AwLei7zufRcr^r&0eXJr3loi2npbuq(g<| zk)3c685x!us9WlB4Mnf4G?~CFor!aknjHaCzh!gIYztH3t&9tVU;{N1f-O+Yk`c6$ z`?Jy}oFwJ_K`_neQL#LevD)8^M2A5tZsZ|jOuso&86#53M@t`~R*y^1mpS|9A)7hw z(&_THyK=nn?D3Lc-!0vtg6o=*(L|)q6#i36#i&JDGYv-CPCyeOwqv|$o-kb5C}qM+ zsW!Xiz{s{>vT)q7B;qIHbPYXg7jjyB@0uio%!4L-7upW9pBLp((V2SUKJ>-xnGS=8 zQWpbnZCCVYg2ovXUTnu7n;qcYhM#0m=QW6fd(_^20Wabs>A@=-3p(DLq{_OFf}ytQ zEVz=;Fa}C=5I51x!7B~@4GeaOv$vDA?CddW7)k{LIxL2U*-dIAGJI5B+R5%4<~``x z3m*;}joR+DJtlpd4dfVU6mJI3P;L{p*+Q|(o3fTWukiZ+A(dWmFsYyx5r(S!K!F@p z`O(XVC1vu)f?4a!gzkox&Y<8B-tBE*sN4UR9ql>8d*Q*Wmm@#3NsqoOytu{Z364*2 zdWIH_gF+h`I{qJ7VyymrV{JAOC0O-HeNsj2T zDV=tO#QjgWv1FTr8%HI%C5EZg;J*L}2v)@q#MfC)9%Y%-A>*dyz(#E-@fa3PL}M=^ zs2q#~%2aIOAbr9TfpA)%v(bG}2{Bjoa9$(2*DEvF`XG=1wn&0rgPW&E@64Ag6%|S5 z^kXA1Gs7PK^I_%|{uP51Eo%$WCl#jcPrXNu1eVq~2o zY6LQE{Mo?NzG;3n$daO+(w8a|D5Mx1pEjXk-3+hQ_!Nzu8>)J?3D*b8;JfXR!V+5n zic6}TaI2*VOz73ldTvip@yu-&p@jxMT;VZx>*!#+I$%Slsj<596fu#Nu%8=ve+&h0 zB!eJUn!sXP1)mt)gaEjj8QI1sUpf}KbjCLk7u&X&tdmbqRdR*8d8W2HlyYqbs6xmO zu;NBoHbKFK@^fQILuUT#D(VNJzN=Iz{Hk0( zS^iqCyc?y-cZy3rbu&XQ=_m6;;L1M@0|Mu;Cz;Y_+=}L&#vG1d5iI7kD8X}APoD2N zZ~~|?Y282p5`9>(z48l-cI8s5nGELUyvcY&OqiL%D;t&-y8fzweiTuaLzYoUz0Y|o zEDCDv(>Ig^t;I2@pOF>Hu9$SPf`aaghti7$-xVHmc4qe0ym9e=^G#6#L*Q%_rn)6m?v40(X%_`i@0#ovN;_}-dnI8DC`ELP<#kQJHR9e} z7XuF~Fr2oJ2G`@BIT=*Em%?0oZ3n$@DLm+u?6jTcQm+67K5QHu2ev$!>CIm3`eoZ5 z(P*`T)LWIUW)V?8l04{#XlnSV` z3VKv6fV%;ShmtU(exE$Ii%*XiEIbNF*F302rF0)1%z~bdEB&hu#7G$7E=GQ2p7RD;M?=Zg3k8$j4VL!&_Fv*-%nN?7kD0Bc_63fcsf$Z+LUT?8JJnr z7pirJQ3z>IFfWIm4VGrX>H|xgWZn$6Cd|6a)FK@&Sj7AyvpsDsximW-0q~)4b#I-t z_%o7B5s3X*vkdmpKQPM>WtEkWYyh#ewLUVybwLU$UpaVCYIzvP@;qUd&YFs5`9n?v zxn|qE9V6Gr%ou33WreDr;`(Jj)}#nyM7ODKvDMtHA!`GfgPOYm|<}adEBBVnw+{SDyh}mv)*4BzMI-l{#Qf#OvLb>qs#A=`8Z=+wDk)tTulLP{D-_d0 zvlk}se70wiO67^$ELmS^v(gHnCmJ(p6``uv@uK^e%Lki17 z%XrVGU_`x^{wX6`gAR6(f9)4y-H9YU`!!DP#pejMvA~Sn!aLk7g1RG8rmqAckTR69 z=i4VL0O5j|(we$0ontx}&l_!S7t1(zsAI`7weIkeRBId+Wcec{7`R8N8*L?B3PMC9 z>dnIfj3`WQ)qzT=i;=hkC)YHJr)+ye?Ia(~8KaO+l7TokB%D!|)xf(tF2qY%eoFHV zk-9vj33Rf?gim7#TF^Tk6z6GKQ44IJC&(zNs37}VzV|E5#^YY&X;nDjPy>P6Y{t59 zG6HEI=2$(Fqwfcl>=pt~G!RNYV;)L@V;8*yd8u1spS8h7jSvsJy<4{cAg?cMME?^Y|j@h9JDbx8N@GV7UoojJBK^3S0 zrqP|~6z7=So$CVSDTP1? zl#cS7G3&M^JJ$D|zu{;4F}UK@NUPnwL1Ux2s>j+UPwC6$#7_5BaZc!$|B$;c1kvwM zY=-}^ux}6CM_asuwQ`M~Vr=o?>4_h}GbG5&Z(5fh)#%HFc2z-VWaC%aOO;;d(E$>Q z2<$P5(fo}VsR$E_cA1&{cN5>)uFq~svcZQ)Yzw(NURyMUAC3jiAtM)?4Zm2VpxRqn zMS{5hkav{j{cM1FONvg%xr{-^L(pXr4n#(jY*~ZE61h28q6>}w;p8o7t??|057jnU zAkWOf4`%brVdLtrHL4w8VL}TRW5n{N4d!)DJ85li$V)P@@XjzzmsOMFr zF=Fg2<0AC-X9;7xeAyFaq2TAR%7H2on}Y8=%L*e#?$4TW`LIEaB+TZ=xkFIR&x4xE=B zWOhZIyn~J1p(~@_LLOTSg8fRQTb^#_2Mc!ZTmNP$L+69~8jo&Fm=qaM;)j7iA)Y0K zK(;f*=1Da`C}|K)T1A;sseiIF1Csk(En1}{dI>c|>axKc;S|c|Cp-PE3pqlKd8vQSa!EOpj)UO?VaQQi- zs7Ngh9N@)Gh!epUM2gIX^_%-C?v7|%wBCaxrWnie<;N|oyw`+lKACzXHyI>w+>7gz zllfS5MZs>zb{Krk{E{H>)4FJ+y=_}!5ZuPi@YwWHL1WIp)Pv$xBF9HD%kKi_tz?@Ui8C6v7R||ZsQW!Sb)3V{IN@?hhFq|-yF^G&cvC~KPfHdM zMC489WzYAlt5t8I)j#jCnTv7b5(|QhFc;3@MIVMU<@8ZtBnRv7HhRJoW5mo8U_*2W z8}32!)8L{+T_AOl=N^$6I#5Zd8oGZ{0-_%~(}rh9@Ou?bPC?Ywl~ipxvoaR@6$8-l6I6&4z`8D$yufi@o+(pDgF$E=WR# zQ{qe(CR>3564$5;M#RLq` zj+IdsuJ*bU-Q!?RBl7me;W7hpR3gAaqV_}|XpT#AuZBV(0 zbyuLE5M>2$}~HxZ0j2%Xww){t1?UILoE^OYXsoOT>50m*mbTCJ0;Y?WI; zqVCtdx64^sTLy1EGF>ZiR=%ULz|ww38wJ{#U-|%m)4kt8wsuQh4Ae9I6gAMED$d?* z0Ht~f#L%QOFtJ^2O2sAVUu%h+72njZfn1!#fnk8N?GxP{ztt% z!Db}9Z>q0EmwmW6T%IA!jpWF!Gm-81agw&pygmMDzG!ZoTjQ}wn#Sqfp`ME6*(r&Z50>w`t(|I_ar9?!*r-gE#7uOT?E zHdlsy>42~Mw$1tnAk#vsjPGE)2Kl$Bu^qw0*)yZf*D1JhUM-|$Nt3qfXC{?Qo~IS< zXfUt_$e&kF{qJI}Pu8&;OBF2}jgs7F7V**xW~ajGwCizMA#8WD6#~ST7VVb>QKKOY zk(n`dDE*D4XN2AM8Yw}gY6Wh`Uh_UINN-09w(B~L+w`q*SXJHmbHJI5i+b4~6LDh} zRLYaWyv+a$0mgL*odd~7=dqPAXmNw#S&FS-bqlMM&l{PdX~HVIOUpBCr){$#9hnbY zX==o^SeY8HyGG_s<<)yRs%JU+*tF4jN(#@_!q@8=LLMt_M*|U z|FGtv!NHQ~bJw-y&)@;s9JZHQS|&d?i=Re@Ub#&k!yC~L1q=Bn>XA1?WzcH3L$Pk< zy-FK5wJDb8Ca%qK3ABGqcw5Gof{eGXzhNw=vsS<8*-ofpD{qDL1h|S>0%k}uQkrO{ z9k@?vWu9t}k+H508)wPgQRQX;X9=joFrsN3GALgcM~r_?z*q!s=!QUxC>iYerDQ93 zXtEJiB;mRo^7lbN(S5z7*K~*h4zFxMab(lv<#Y69!9eJPhG5?vklwi}ty80NABr@S zNft;!--Zx}&Rgw)y0E z_h?1MfTSt+U&eU>)#cUDT z3OkDQ8rOtAmbpl_0rul0owJ#%g3PV?2M$fQQO9}psTlD|s)o!(C$ORq9qi4xLjMcB(x1{Aa2TdS}zp(x9u zDeE(%2Ee`JS~P-50O8mw6Hw)oNEGpeM$!s34@Byiyai!olf+<}mR2DhqVSEA zqHwf^(?0~nVkC6*>NG1oFGYwvmqgK%p8FTvhLf*Ty=DWRtSJIS&1^S#^{?^h;GxgQ zenkh|qXzCcusbFI5~OAo>jFqC2o};#qrgZcJB0AC4&ELx_C;^*JOR7{R?b+%lg%fh zSu0Sp5!1%+l66(-fZ?vuW#3oQ)oyG-S5AUsk)T%3{d5N7PNeG=cCji4 zTK57Cd6z#i6jazUp?6F&<&b*K6a1}hN@SIEuAS@{rurJ{=`LX*3l!`Rb&IwjQh4g( zBNr17h!_InNKz2g^`o3o9@!VlP|5bYX54K`wcX!;rBdgN`aU5KQ6e$|;)9uYQ(@eO< zQmB5kbzouS_kV!WFpkz^}9)R27`@)c8RIGpx_Fj^m;I|}0a@fZ0D^#dvV+`IN z%-jz?=sVRFrs31d@;4n7&{Eyl`5B;OhcT4I=Qo?9JBi-v`YkMYMo7oc=|C}%tlO?$ z#LX7Y`Hn|Zus=A+ADae|fVkGDqr}Jz53we;ITikG4%XDg;l$6an~)WNSmvS~N;wOD zozS`o$BgM`CS^(lyHc~kTf^cG;^WL$6~INKY>vW}TOC3q7;l)=Z|}<5u;1La-IYV_ zUMl+!vM)$378sKkD`?tB8u0oh(eY<7qMN20{ggc@uaEAa^ zxGa4^!X4DtYi`W*fjbbeH_$M_4XKfjU*2PwZ8;Qvy0&Z9c04LBl5m7)x4z&{<#-H` zf$}tAm`5ZI-{EC!d{)QseodJ6YB=88dyr(AX<)3&1Z+I)no7gm6>aW~Bm{vd1!g)z za+Y1Xm$+Weu*$0?ww!Ah>O=Fyhg1}E4Z^jOY!s|EazOazpJEA%(-`AK{QuWmJQ01LD3guBgik@&&iD5{S<=2tk#2oVgyP_0wIC|k#>l<}%yU zRCr^6iZm~TLlUu7V&%KQo;+_<*lclfTtOi!4)Gi6q7lz6xXHsFyeeklYHcFB*yDn4 zG&yR@4@7FGY$R5Grr#?{@;qa7y9QpIr3cC{Ot@K_veDXDWC1C*u;G_!np}Xnw;dA( z>H0AD9NVeKdIVPNV5*KOCa0mPA<}8$EGNSxxruEQ;z4WJOly_|g7qrqPRez7R{}j) z^kvUKDfCAf0kzW2x8zEpz`qPXZI_*$%PS_JfZZ$~ujKn5L#Pw(LRE)}x_y2hqtg|j zc)h(D6`lOU=d-FAk9}pudXG-@CFSp1?sNFx;AzQg58AiLou&a1*GGthDwzz_Yy2Bk72F>N(cHO$o~=v zJbsp)11H^T=WHT_0cINo$NB?gGMiTyDVRex(ZZQPtIgcS930S3t`cNw;!H4204Ty# zWQw$FKxA2Y2xKCZx~3R;`PN!Q((2)%#Sk0#2Pa6Jux<{0TEfUyWu_+Yz`1vg3ZDZ^gq~PJ@afE&aLdeM92oMe@;KDTUzIM}b9B7$LgjX_5972VaukAt zFLXlBM$zSPdT{oxXngx_t3A?SeJ*4(NfM7>6w+SW#{5bIngN_$3{&S2u~|rteVrRj za^!#Yf(l4_b?9ek`w)nzkaTh1?q{U#jp{>vASTQ+Wu^}IKJ-OsJGuuSglMp2Jt;r2 zzXM3wTexlt&ycqk{qP~g8CW!8M0oYtsY16rC_^B=h2s|V?xEkU8k&xURLuonp`nkr zl4JrgPFsCwypdDlRlIk-Qg{q5h(uLA+zV?OF_5{sQB zQY*7;IZ3`?4rz06Wkh82>wFYTg{#Xa)yqa6nrGFz4T$__K!z^S1!eu@Sge>Y_-Zso z&fKKY?dc0x<>2=PdVbDQ2{E1I>hIlv-3JXUB5e29v3FUvGXCs6v7^i(=fav2#?GSdhqQYxTvt1J$c{&za7o{Mk5K+0~*TX#4~TL_ur zCLa4mB)-lT75`aTh?7~HpApF&s;Q-2@=5k0i~I-9Pk^}mURn`M(OED5dosb+J)CpF{_ zmVOEvSWVnYua}A1%U({ji(%ycicPb(ft0aJsW5Z|?JUjzD)jqy`6czT2jId>hR=^* zw6R&FPB{)zWC@gv+=aLC`AnDr^QqlK+7|C)#WDO*TqEku19@3u4e(48>xUXSvdMki zeu|4he0>U}@f&9L*`pmAKHXkYQ({T)6s-B2ryQ_lS_#L*7+6TA)Z3Grmd6xKq3Qe3 zu9c}?@#b}DU)`xBBk$|ZAImE;50h-GX|e%5um&K0R^9$?goW`8SyNMtOC1xb^8-sk z82j8XU9nuJ*vsjU&T1(~*Z{yVzHKVLjnj=Tp)mDU`;HV&go1{hwXCBXNdTySm&p#KF-E{7e9=AW|OZ-K|N6YdZBWj?9i{k*N^ys zI_@0PB!+7_U9sv6WUR-)gy5zwPqQiHVXMwsB5ODg8t(MzT9@~6Ow~$|VmbxJNv0;K z5*z_&NDyq+Q48*Dy`K-Ano0Dq6>q(4sf~URay~)G58Zq=*C1G+3sN25+cIBX??Y)W zTV^LtyodpIX-WN;OegM%l#6Ru3&X;BEUQ)x=T=4?CLTp7W0>Cf8WwnBcnj;`pOr~= zJhN9%i|lT6>H*a`)0y=NP<|!}`|Mz$riCJ|r%7eOfnXVZr5w!vvPHW{S)`lmC9sHa zalT8LGuDOy211Uyi8WQ7%N+*nWtWIpY&H>#4zY9!GqHmw|2cwtN?2c;%I3Z~D8qhE1xD`jKp;0;Mc!my9 z#tl!mA?F6i<5GF+3+huOtUL-kj7SvR7jPJhlOov0LGdGHt#6*%yig~Q<>vTspPNj8 zUrU0Z^TL4iF#oo=q#0A~qm9mc1mh<-nRUDi2TU`P3@GM?G3|$j^qG0T*+rtq;0R<_ z>uEo`-j!}O9tQ2%=}w>Rx5>strSSfJ((sY7)D5eaK~ps1;osvs=Q85@e+RLClnK=( zV+We)opo>hbrNikd$FH+%9Cfw2C^bZ3(Yt`3{1>8aBd1#a?ObTdQ`YpxPYhkP})#? z7qxk`qYopRi9}_ZoN}P*^B@ibtQlFWA$2i+E|FO~g?S~xM6r=Q<}k*hC7RL;ZN*h) z0H9g{(g^{yTpUU-Dr!4yD8CD2Mr8X{7aOcayD8`FEcz8;xV$F^ zBE&j+JMm*yosQN($4FhLhRGN_X+*Pzt|Me%Mi&|Y%4^;rMJv33mT*FVD5D5Km=|04gjX z*8=6S!-|w{)P~a{lFR6niOUzLP}i9X`a_+fnFjo2P*G^G0eWm(%eEf1_sj*!elsY| z?80oEBcB!QBK=?GB6maT4S9L30necwgw}pM4;w7D0`UCZIUW_(FVZ7>5AHzBo(l1s zsjeGAyZ@d>^>G%BpUlZbQBToBuS!z`&1hHyW}Fb1F67lkGixjkEu|#MfBV|KCP0WY z3-S5`F^ZZ_kQ#ImmZfj)AgE~>>7cAuiye5LDQ)rDVlAh0@;vZA=&c4|9SwEH!bvHB zLd9%nhbjRBL(p`VE71a?Zw8SFirUN*oQ~p*c2zSgUlYt*;Rk~BXELWcpFFQmfD4H3 zxC~$UBz2>6T+*_!!ivapP9-M|aA)}`_E!~9O>R5Wz}Y}8!s-gzvKtEDaIl!9g;k-n z>DO!dpJ2j`cM9*P+JoDhNPKmWbjCB&FH`q`ytRDFe!wLT}Qt_bkw3UnV;#uYP$3%dC`}poLzXpMG4ZbxRY0IJq9eZ)hU#M#%>aV zz5KQjP+Gmuo`j?my!|6%@2%ool@)$+P0*^eu zFuWb@z96*Gz*bU4cqXqo=_%zjb)YKM4I|boa6#mU};Wl4jz@#D~})& zUVz9R=~H7>0LKqdXPr?{5OR=Iu!iT8)>aIb}J*1^hoIzbraz`dr5L~i?SNlw(bQ}c$irs) zZ0!0j!5qeNw?tZJu5!**A}E>&g_<^Ij@z0-Tpcyohxe|ji%Ix;h0Bzxc<-rfQl-QW zn-mf%SHoITQd6wxK8u%kX<6WgshK)CxiA^GlY7_#N-RuG^Vj7)70=H$t9 z*rC+rgpJVS2M_DVU1}52VJMdn4lTi%R1Wc3H#j7Cr_Yzb>5%JErR|daTzg+hSWxCf zNU7c?6{18Pq%WYxuTb(bCdA^664k6XEC*p+Q|iN(THkdS*@t|{UA}%24^63*4$Rw4 z)0ct(utQK?8=!2w&Z>St=EA!Q^B|vrxLGGq{-o%w8dR9*SW1s*Fy6)9BT*xf@lrQ< zwSp9nY$Vdlqw2Y=ZcF7^RDXV?C#4L#(m6xE7GvIi(yB^!>mJTYn8d%iJ~>6} zV2_)GrZ6Vq$FE%!u4RiZbv7!hPGPz|VkDgbTM{ZSJc=dW$_tE*j#=naK>aHxzmTob zovLY1to;rJ>W#iqU5E@Op@RC{DsD{iUxHJ%zC>pTK%Yr+w&g*e5cdG}iG+hI=Bzz91 z@4HbMx-`&C3g`rqpa+D&RM#Yg*m8G~ZB@CHNFQ-@9zR#97Pl=!TS?@vOj6|VI^s?Z zYDu5)ZFH22S9Q421cO6HI=GXU54ApeVC#6KdXW(FrFbo4_`pE`lCKRxwB6OI%U00`A?O5+84Q)2l(OPc zx+OQah$lAoT#7X0nK--n{JYnn4<$MH+Srn;x-g2h=U4m5vux^5WPZR{$emDpS%b{1)QTo_8@9h*k-=e{TL9G%h>}k@Uq@F! z(}EG@T52sQDM@|Q4cZN6ws}K=Xdy&Vqo3zmcog8AQl;f&9Hh>stG0GPe;K+1uvtcZ zy+}xy=>Phwxj=A3%#$OWOyhKggyoXHcy#l%*0Td@7%ncxU%(KAd0KgUYF%~7!2GjI zdhI#ddAtZ%Yx*Ie_beOJK$@+K4Nxx~1U0BX^DKv$t+JtDOU-U?Bn-z`FCw_XD&03! zS2h<}%8OD%%O9lr%ZLy6niNv=IObO&{3%^b2h$``xvBkM3M_G{sxw7NqC zZdB-3POG!gMW&-@3g~4yDF0|2OC)Fpo`oX61%4chMA-ow9CJXNe=9GZ=NaSLn!(|y zzL;=ioSYwKJ{?AM1-wMZac?;;HqwGyh0x_e)w$9+DB+$|3&X!tDwYm$qJkvOE1A?B zrJh>Pd5?v8be*bp0J(*rkPbI#-icNkofjid{HRS~elZ40(N5;>l*VFHuBPZP2Hk}O z_l9v+QY#Z&OGq@&9d()ZwG zq@zI9-)d;g9ShV@trlUNmh(0<QG+K4%s6YbbMB4Pq19^~)Rxmz{1}X26b2=q^`~qn>9g_(zoz<)LY2}782y&(Lk=1QX z=^W~9x-@6olD44B;+=22QrY(4+D}UkC^fjS=}avYM8>!>c51f5-bfR6z{n*~acskrHo`+Z629~+SJpOkjgdu^9yl>7oa}|io+~<-LhT?nGa5~KH*DB9ZC0RXNdp(Oie_da?s(B2_N0-9AZ7cQ1Wbco7i=xvocNF`S>C6= zS#MU3<|4zl>bN>Okt&z5$0r>PN;mEbWD@rdW1KnICxPbh)%V;i4a<=G(S>?o^PI!^ z%oWonwD{?UqQ)MwqCN}9`06y6J}hAgQ|uVD)|e&&w4tzfNhCdSs|d& zJF&k^*AZ2nJ(W{n$hHlwzW#mvarFalp(qyD%jR@>ZKMZemAFRAW>k;ynyzyRNIw#K zQUzQ_XT)Dc@KW#miqnftQ@w&bl5xS#r&mFfb1c|C5#da!x-7yzyYrgC8`nwdD79J1 z4my3y@#Ca9GNfeEt(G0LwL?==qGUH7MV_x15n_NvP^zRaPmR*bOG;#rh1Mm+l5U3LcGPluTcnn&~o(8eY};Upr6Q?UwU z9FEIHEfnX2A$ZE;9JP>L`q-&xQnrB+a2kDm??dm!J`xDoH-PQl1I*$p!578GD&-X&es!{?A52a_%&YqS!mv# z*&z?~qZPASU~k?O)ZUk(MP8gnQA|t0t$zJyj2Qpp5+Y8G3n>3YC9XGE5gHfx2X1&F zj>@Qi$HMP03QOK=byf=qO^nk|1*<>gUM`OXec(DHS)Lih-V@9`O2H1hX6ijzbM4By zQh6+p@ZpuywX`;P^E!=-<rwzPHBkPh1pR|1*@lcoImOt&QPnSA>|;%n8t_rebu| zE2dJ0F@1;37$rduBF#KMI!{>w*Jx$gU960( zW74Taf24H9CdusxNa;#OHwA=`mh z#@Jl_H|_;QnSc%MSnSuUJ(T;&&?p9d06Q7f=ukYcpyi^T4DMH!wBfbZ40p57TR}+O zv?tE;o`TjOc-H#T6}8QU2QN~~_`F8F0~=Ot7#@B6dR_r{uJb8q3bg71Tp+uM{(5H8 z(dV8h@jA{*8w9_GZ5;^$?K|0&4ttst$MdPg4X!Yz3)}?5M+hAkIXxE8eJ~#b165N9 zE`xc+=m(*|VVVy%aD}e#zGGs>G|$BT$A><|*w>`-BkphJ_ek{Q7Ig=veb_I&)e^H4 z2il&J@1)JrMNz(cyyU4uDt#{okRc>{M-Lcw4s8R-Q^9kKc04xJ&Z@c6jll{r2OXLv zP~yw^JhSp|jJXi-TB{`d@(dmQz@(8}CS(d+%rBm0L$Lwv!r0Rp8wFZ2UNwK!(kw5Q zUBl>+^o>JJo2v@dDh~=bCRvMl-j@C2lzr(uucCU093(0&tyN6XAmVJIVonewTKVY~ z1e9nN>FAK63CWQ9%_{EMe=oZO4TK>w+K&*1rzL!ALNqlbY=m zICm<{e%ji+(p$q*?>+dl1d3301p#Gv7r-v_FzZiJZXOY%_|S-n&b4qa5%EBw&Iy2; zS2QUq$Rp{Hau!>gpz@*9!^ZiJ;vd*5nz0O=0|uHA{9?U7C(2}y1rG2i5G+LY%(JP$Gt(%njt8 zTV(HVhtk~g1d5n1=ats}&jRr!?K`(2hOR$qlDHHxA~*OCL3b~50L#5TXqS)*Nbd9Z z5+^&EePpWDxL%U_=CASf(G8jI$z-G-6^Dhh1Q5DI(xL3vd9#XrH6L$u^j_^N71$%a zIOTIdAjJ4Gr}f!SUW?#BG<;7VJM1pv(Zl1>yD$X=x$CL9R%#!-aNMnCf!jMzyElu8 z4Q!dE_xo14LoM`;J&62vL|JmP;hJL*d|XD+ zLiYf`i;&slZqKR3mc#WNqVSP3Q7r;Jxw)_238~511P3-!2g?nu?3oD}l-DY9uXXFO zHf^auF%MaZNwgkrc%;&@4dcFg>5>XG$dWFrVjp)=aG|x^X`gV9nQiH)#5_GL`K}2mk6zLSNC5!N?R>#i7XE=xr&XqCe~Uz zr{tq~lEVJ%ymY7>d?O-L=N+vH?eG*|CC&QTZAVObWm{o^X_;{#^unOkHT&i=4x3Uk zOelao-fpkXLf&MO8Gt}-V{q~-T-$K0QjuFjN1r=BSA=v#Xn`jsiK&h7jKR-ZXft|~ zb;wAI)DL#dAMVZ5f5vBebyFc_aJpDYO4DAy)T!f5cD`OQu}X={$Uc5{R7^R}#TUAS zLTHWrlTbvUh$qE~GgJ4lPIv*yccz+}*0?_9R^CTYmE?Dg>FfjxtkHB0ceDz>p$yDz|gDf+fiiEO({MUmF@Pa)mqM{kAg%pl<+%@ z(#?`@CsUG*)<{xAb6Bjw#LUpAr$M^i{@qUE3j7y`QI{Zhuj=3xAmVbqsz{aAD^ng5 zr`c`CLX=W=Mr^nwx5->Ip)`eT9OU+|6T9A4j{;-Sc~#^fVinqhim@1!@0IIMbCE@I z=WGX!8u+qOrs+zZ;VMo?f)v0b6jTo#GMr}VH=DbPy$~m7hHI;U(-JNishgG%yxffE zqDlxoC+y)qYRa2jLntifEb3!JAF4VD7g4VU-748-@ibSAB3dtpRu{F z&d+SRvXO6CnB|Nr)h_3nZuB$=RT#^oGA)F=FP1j(TU_s5F6@e z^SNaOhP)&d+^M>VBi0a9#%P3aXz`W=mv*!WMw((6;(#vI8QlgE0G5r$*coNE1>GP- zODtjK&?2u)zFKyD7t@@5@&zyH&>MSueDQ3?ZVMPlfoIXgTqrTiVxbm1gx35Er$SlP zmg_*0u=i2JP_J=Zl_yDz^F-^E_rDzoBbl`ArC#!TmNO-ewm?j+Pk$D4pKQjpTDwd|27l92HQlos*E**?#eh+%LV&gYODn@uS)HIA$1nr0qD3JjGPgj3LCJIh?=51_`n$0E7C4 zakR%ERvr3fdxY%2p42G1{+qeig730#%wtVT36m;Dv%X{?Em~PS01kos(QNcGorgzS z%^MgNu@Jc);ZEK283*&%$o1&3xFy2KvsG@w6XHA+jh!PI% z>_X1YcS;T#r|Oo1Sf!RP>!7EL$4YKu(=}^bd>2v&*t3;~6_`#F{V$`_<66Wt>E+vb ze(85AK5b=~ZL93_?RN)_p=bQ(Mm>(s&CD0@U?ji=F^*{4u0$mlNw4`c58m~u<3_VS zY~Sl`B1{u5nqcZuA(K*xDQ6l4d^G`&4FZbFNuJ955Vn%-?J?jXsS?YI3*JM)h}U4b zc0k{W7FdIc(UGMrae0OzN~w*d5KrcTkI05myBMWlirz+zzpg`Rpt_e5jyMA4z|K7( zz^xgDcN^f3%oA~YWVIeJ$0k0v(im>>TbzlZUq~mP>r!%n%S#LG_tVeM6yaYI%eb{Z zl)!*CrK{K%s4{6qI2+iKgG9DUh@s%s2i>j;#NO8$q9IG`ks_;cd%VloA+p<)ge6#t z)^jC+b4s}FY?#eR($iBB3R~v?FO8z9D+S`*gWd2)m1YH^=jGCFUo)zlS(x0+LgJ2N z%chB_-*hVPpNDQA>P>kYdM(C-Pb?Gp4Nx}9KKnj!q+?(H6|FYsb=Y@+FYu}RDCs(q zI2=^GBJ3YX2@JP3>7c^J))V9ixWLIsoiEh&<2Kl;LtINDyLVQ!MSf$#6d*5`MNIWI zutFqiP#NC?kNGAj^kijYdBcOiNi;Hi^u2r%F)csvph7^%rq&cbVf8go4K@LV?v=ky zbvj8+@!;26IIy(L32S1Ymb+qYAK7%9C&$n`47K=Qa#jF$M0{cv!(iYOC9H9jdbJgF zzgn|D;N*Tih?-&PI|#jqj&k}_;go(6sGsIpdH42`jE(9Ny##wtZp$nuHqp-{;~-EL`nbpe}{zDk0rBW29+OW^x&rLmv$K_tH%)id}Nbe zJg{VO9g1rVFuZTOV$XX{1h z_VuJ?W?^BMC_?92vCV>b65r9Uove#NgBZu!`aFSJ2#ajs%3>Mqv_0V#0X}r0fdY{@ zr88_oF7&64G_rB@PC7gSMVx53Gz5z-gW3qtL;;W!V^%e+7nk+BqI-b=jgp)ar2~aPs+vpNBr{CT zT^{z+tr)8VQBRkHsSn?!V5zG2^Ib*u%CT}_O(|g+7|8aGDd~9>m2%;xV#xP;~bL)ZBzJw_H!XxUo5`yG>Kxi zNcidIp$#~QZ7YB{WnCX+V||T0-K$!O#7-PWqfn5BcNEi7*t#*ZJ@srNNBai>#rTcu z!D|N=P`lV~j_25_SsY9jtsGmO@bvP?{0eNtT!AU=lv$re5yDa?2od?qd4CT$5PN17 z9|$*?sBTxvmc<u`%uiBle0_{E4*A|&q2phPJP~2&*54@rbmF^i?OYT^DLR_!kOX&gAQWp%Lgz&e4K$sm zqn+gAZmcl_UnIyy@$%PyRw{z9`~g=*J^-0Xva2DQj7Xd7VqXmIMInJd zLbs-J;oME=j-mn22}ZIgkTC00O2J!*SMSifNh*f85of6dra0|9HGZ|h|H^utLM))l zmwL~?ZALXznvB_0kB}?ZE_RLopmK0nxknJh1}2Dd^Gv&HKphEQLS*9U*Tn8V>uRYo>)+N=-2rMu#0c1`XEYoWdYKP}w*mSI@50SA?*jE2J{(TuEWMFNv zdx;)ELw!ivkqf*}I)b6szagCN(cMTXU~)@G8&-*4hgqzT6V87UEXKQ$c;MIKlX;-t zkM~WG=`e&Fol4ZL#s;Q>e@3s0X1j=%X zxrnUNwbY}cjDSgRJjj)FNn3mDl^3E_9u8y9Fnz75O>qfTr)N8x9y=&xZ!K9@C7xFz zb`{2vRG>S`fnzy%1*V|qGkxBse>I4{>E#k`10v>TxI#jARcr`Sr+LS@PK)6nJSGnw zY7cJ#jKUG9kbj%b)2*E1cLB1@psJ^Iy?Ta1?xaW|*=nbVK%=2~`Nnp~fnY4KSb&1a zmNMmsIFo^sFo}Or<_ObXFEUCwbrgPCwk# zruLgG^luDBWUmrhzI)2d8J9vB%)8g3r-n4uDctKT8PZB2A>I^alaeD%M2?99;isCw z##POnXt4!|HUdGX$iXU)2v`$l%g9b*ZKbI zniSvuMdPX_>du!~VX=fCcJ%T{a@TA*#ZOO>ePOt1PC~Y$`Wk-ZXY?r@V}g!Ori3lx z&=K*4QQq0XPGnR&J6c7lgKNfmdip(ktEM8HQBDE26q3}8{xg%~PD-@OAq&XluIdl+ z*@YrYo03wPf!m_B*EjuNn1rhk!80cmjhg6}BX~ZNP&!Jj00M|o`pBS9b<2)GmX)`T zXvL4m2LcieG;id(~UPdp+$zF`M} zBeW_<3i)OrgrX8iVeusJrh8yhz3$VbRN-8T85)ROV6p5AvCxaDDCop!FF7y*Uu`OA zcYu_|He#hmf0B}n#>ip4VVbpK_1N4+>6%P<76}<;A+<3FLZ^gNsH0VIWecb1sTR=_ zrkuGiY{QH-1)I-9WsOtrDn|oAv695#RKt$)nEky4?8xzZB21^Kxx3ii&ilJUsh#CXea=P zy!42yq@%1kmz< zwGi!une+T`5N$5X^e@AaGES(Mp?4Cht625Pkcq(~J?Dn0$$=1S?nvueF{d2S=_IJs z8JQkPXCO@xJCIZ-T1fgfQZ+5^&q@S27JOIfs2pmSN_ z3IT9}af}aqR*)1QFlJGw`rWt2V5E>ro9eK z_)3hWW-dxzGy$578Go(WWFW_`La5EQnYiw=|za`FeE^E`X?Wpp7wnqXwae2*yv5%B3< zHna~*nk$sqhuGtMapsarW5a3K^+AmZ()S-6#YQP+S5XLr$8<|nyhSP0C%p3$k2In< zkvq?DV1S$;Qfb8n?-ilsg-EfoVF)7tO=ZlmvpeW>bFh^rNw#=yH!6hfAwQ}fOPtT5$FVN)ifRZ>o*a*FNad!cyIC5s+ zd(4NT!C!M5XJ_%&ctyG zabmGk@VlsW?&UgF_NhKnWCu{nj?%VTt61JI?$$MuQ=-{k9o^(8k))pDS{zs(dgr~A zV+dk2q}l@PT}J7gIpMU!6nj}On&Tm%3XY1;A~ANX5h6b9FB^mxqas+^Yk8$r)dCGZ zG}~KiUxb#5ZoNp=JnQH>r(q=*)z` z-vTG*q=q!`P*vugBHEJf&JhK4UE3wuF0zu<+Ln?Cg|QT5gS))EUsRbNkvPz}2_tp# z)TVbo@T(FhziPWM$y#`1zlQrB_>0A>Q@ z6m;s?!cc`IXq?$owFwRO73v+}84um9Iu=i#6bB2*np+)vw-%J2ZiBxX zB4mTIckff|f)NW25}w3#pP$DfuSbu}oQ{$~HZyqDxVHe`;)u|43rmHkd24DSP^1U< zO+e^(3Izb8(qq@C(1S*4y7h%64c&@505d?$zt-^|UEC?CN1D3YRc61DvyPcNn_mBz zo{AG_z`VeoSw9+{V?S5Q9dzWwPdb0PDuB*vLcJH3^UeV*xQx1l!3E!&()JmMfDjfb zw70oA-BS^8g=%FfqJ1XM9CrdXINPU&3WwJ_%Gb;GL1r{<1Abx(8{26SbXAxhgQ38B zwkze>T!f5sy0S_XqwTV-V%=$z6}$a`$px+b6?&QIG!!;%lF7$Pv{Z~-a zVZk<&w9SrI&p{97AtMvIELCH)_o-;p0fISxz4A)4RPTYib0BC@4>0!+2k8QxD%++Y z*`(Pgmk;cG5LifOF$9pjI~@+n@|MYu+C1m9;{$`^R5?9`b1q6Q1T)U~C$8?Iu9*is zG4-D$Bo59U=~sHT80pOspkhKI;~1Isb9)<H2cqPqO^E)#0lvz5R9BbkKDZZ6hkVO?=8?6h zMv``Lz^!+F^vVnTZR85Ny_QY`qoHquRxdk3VnH8fNB!SdkUcHr}|Kva?f@{94 zP~n#u?VV#B*s$W1b?_PeB2YjCq$ey&Sp5S|UR~S5_^;O3C@rCEWMCh9;mO_#Ei2mG z4D>pCOx*s&^(AcKaD@Rv7606YrD=PyyR4qB5!Q!HNSA#t39>A$p@=L2WAMcGC-RQQqK}B``u?+u}V5Vc?l5+g*4^JhqHg#YCsR8rn!F z^0-_E)POlKxdp>SB1%axX3{Z0ULdVlw@0NOzU68E_ zjPxKB*rn>>yanb$DN^-(a3G|_PHA!G#G&=DZJ#4FdAhsG@dThsY~Z{6^|T2OmRE}v zB!=V}=IYduhv9ARGwZ@^eBDAKpz{EBgCSpO-w+YTot}I%Y~T8oR8V`7mYbA6=mfJN zv6?NB4@ni|hb83g@#kP{;boYy_~{9YwNl$dHc0_X+l?b2tc*qMIF(GlGR8CAP@)9i zkv2m>Vhoxx8DV!!*c*&FnaUkoLy{h_l&9eHrsZrk1M5OiYzIoio28(* z#E^umt&%h{u*2vM|4Hls*C>e-&xT)UbX>cLXDY$mtuBaA4;OTpADbp$uX!Rmy1=j} zZcH2ai25|M2NAFH*0kf~TUhkj_9B&xACA^om2FKhj7Dg~Jo}SFAKR4-d#eD>nWmUe z{s9V{^a{>5&LvUiH3bPq%~#1#HlWh6r)?5Z@NbG#G+%gN=qv6qCGgzB*4i9;Fx=m9 z7~QxXqLR8!!S|PvJ>_kc>Ccl~^49I?KXkj2{@CfxoR3=bp0WDX-l9<91UxQv&hin- z#20@6JX({A*u`ibTEfB@$6o7TX2w-Fo%bJNaQIf*QMkAn%Q2T2M zmuOpLCGQ}R$E(d}B$Zj$i&5zJ6VpeH)yJ-?)udO9L}2q}Y@{P{xRAp@%jd|tR7j(4 zGl0Hoql8B3N5g6wIl}PjF=Uu!FjV1+(0kYtK)^1;=c)_c^(zKNLHDsyWM~!H%zx8| zRYao?O!@SCwM&9Z-;9U(Ii|A`MR1R=6DqIEW%io}3JX?WvOJ@Ud!EF)(ZN0ijb?CI zTGKb?S)linKIfVN*I-Cxu2f(Y+#@yTd>k1s2W(Uu+n_}Iu-sY7#R7D~eSZ-`|X~=;shaTo2r7KZ| z&Pdq9GjE=fXE)+H@=@zSdLrk0@`1alXbg0_KGQhI_JvnpCnkwB0*@3z#7<%SUg9t`id+6L_9Qmx$AtYYdzK z=g~C_(r!5?68L_zO%=4}V1+e0qv1+@nTWucf{&;~*`jQI)-4uCEP zjD*YQAJgd7a*nD4nBm8Iei-968SzH%JGx=$(JO4@(%ZjC zz6ow=TFwO>cxx!au=4bB*+!UJD5iexu>%|89=&8;Ccg5@)#mx%I8R@s*+jUhY;BB> zNtk1nZ?-;4i+^8{H(Iq7J}AJpE@vBAkuEYJj%gMW5R!=P!$E-32gSA(fmy7vo8_sC zm!I&Um-`Y=NrQAgr>)(svpG{7WuFx^r;43$ybOhWX-RI=jvFJF%?`|Ob^Wfj@>|Bap|Wcv=P~cOeN}C38hovT=`}x9HO+) z00a?A^)n^TOX@}tq`rh9P}N>TmK{qtH~d9bA)o4&b$KX)waE-pmB;WrTQ#@5$1u;R zU=JwnoPNs3(ksqa!A(04bIVBzM|odYpfOU+$KZO0J;`KE zLg9RA={Lla9o0GXVM2tjWJ^r!X#5~rn-KRi|BCG;qL$4}MayaIIPzYlVj8j^;|Glg zfXNp|Ho|PLWy=F=CZxH^`aBBP3$&N=E@Dd7G3N9sIvWv?rq&s5E_GTFs9qGMd|z_k z0g5|gLnF&+x(&IDBJ)B@f>2JmGmLA@5~`F&$~I3{>b@g)i$sf&I8?Zdj41U##+7PO zzpZQRCwu?1b8q@lk&LM~TsWjMOsFlZnooW-hLkyqAGI|(_6W2Q3*|p>>`TqJ z04Cxyu|sZGWrp0$q<#WiI+=?ynq*b7z{#pO28kv_XWAZib$ihc6oMK33+DiOr@n6 zCH6KM@}==AVp`_g!-GBBD!|bZzvDqBY4JjmP61{CSiCk3V3t;ltqZesfgi-+*q1Zt zeCX%iIRI{6H9#M%77x@58{l+!-A^&>9;^JzOufxApOVrAIn%4NlG&ZVf4QvzpeM%? z6@G-o5IH(lidO=sMcRN(?_Z{XyK5efsEG#Ja%QEe2N_66@$*(UgKYjaVAo#V+Kg(WGR^uq&;+W|;Qk zQ+~@;;ex{suoj!KLAknDiXX=QOH#V?nLT)5$qU55cHthp%;x06m29g;w0v9KBmnZf zv}}n1dJi(#!K+=2*C8w=!q$U|MvrQxL(w4*10fa04M?}(FTB{CgKwvgh@JNAjj~R? zoPm_Dv2(8O?PU=gXYn{orSh)ra(k>APfkx&;Aa3(00-HP-TrP~K(XulmMB7>QR=SM z>B9?>>VRDSqgB%X=%jU6eliA{7QnX=`LCraRaF+)FJ1rtjjYC(ll;m?u-%B zhAmADnc`Id$4+BMz#T8Iy_(^7N!Zm(KAe`rCf!i_2bdrceyK!PqeS~8N#JXKtZgLd z$fzzX1SLbP0B$VcGiF`kE3g;WKg)`Fkpz<*qvb-g%_*NNyHFG#m)h@SAQE9|OnmRn z4o{sTi>iG$vSN239KT(*?+}<93`$5eWI7tBkJ<=ctvyWrSEFEy^EpYgrIScd3m*1JqCg?MB`8O}<&N?*36w zKJp6I7w9bj6_izN&k(g@gbltW(qML<$@yjv#X53@uE%;v!nwiU`gJZA0<%URPqE-cFN*Hr7deg`2CdVbwKmekTfko3}u%%m<9uOi0_H; znyNiX;?+9VLyjO7N2`-DB`1l5n?%A?5nt#Y5u`NFnABQ@jiSKKO9=AHI%%S@5mF0vMa=^)PRb$p?V3{^NtMKjiZ`xbg?^RkJN+6(HEc2%DfEd;#l18!B} zDb+Vi)rrFsIr-rml^jNyjwX_Va@D6mcg4ulL|#x5%k1Q!jBill$Q4(bie`nV1f+jO z8wRW|%sP&X2H-62Aq|>Z$*}HJb>5gBTRi9VB|z7Mr{3AvlQ;IqRlDaICRu0~w=PWB zM|h`NA$6rQ@$1`2wyL$`oWwpJ;|Z)hfgBpMIpyGbN6O>$xs1^956<+ocFtqW5SY}Y zNJLFxcgR4(5LBcc7CFB+an1B}f$A;)Wem!)lJQ>O>@~t1GMW@Jw4k{4a@o?tzc_(^ z>S2yby$U`|M zX$g8-xWui!9sjj)_}PYGEKSmytYx0y`csbWpTurRA0xCQycOc$*}{pYYug&07yfetE%9|<|TwizFa z1f>#L=aX#swJfzA8!Dl^jJam;wq0#P2opeF$hwYyzaM~2NVdLabn0MosLZsz>R_rc!g)a15XSPv~n z+)>2Vu#90kDS{d&*cm+#>Qr)O9Y(? zj-AZIA<0dhtthKuYEc0Z-{~)TRP;=;tBI2GN%+ls57MEgZDujLi2fJBrbAb2+x!BE z#<*hKD+jdh;UIZHGC{ivWOTzHprXH1-C)z3_aj{?lsXc)acL6ltSgAqOUMK{a!#8j zcO#o3ywl?io-&qb)3ev&ts}TF*d6b=tk|dIp5(ZHVCZVNzP}`x&Jg>SXgG8Sf<08< zv`Oy{@C9Dce!SD}*{O$!ySJIq3La*0Qs6LQO8QaZgHci{JNR471(O17{zA`!Q_Q>W zuf9(1IQBlR<@qI7%^RtAE#op16b>bk!je5Q3@6z3BvHKcO+RF;>OQR4n!Y`Q_k~QY ziDjKih0USL4$bYYW>|hNa?az#wQrv%Rm)mno#DbbIDVERK$p4T!=WtLm4!e+``@5< zinfD&2|Q~}P!f@(dM&*P68v!?z15!({Scz>j;X3*x z1`DzUO;>1uUdGo)tsbwfY@;Y&dIhSl5f@CmL>A)JxzfxWR_nzIwL?P#F`;lXnAm9+ zB+LgT-x^uAST-$wTpfQcCi!H%z9 zgC>tdzES1An45AN&M z>;1yKM#`Q2Z&th!cQYHfSFdUzy>(B<%t-kX1%vhTi-p_nD{ zMa}lwHr;f4;77L2S{7AzpSk2ILQBBM4UNG-c;A=8v1cg?nlNLKw4=x@O-y?vm|v(n z0LiIoz6mo&05YHm?HwO7lV=0?x|oNjKYBmhN@OV2sN%8^_R_}er(MvZOgeI|{dGVE z2IF8gbpRu}Z9+PLlOCb^)i`NMl$|-p8^J`FgUQk{YuY(?Z{z{wHy{uO{`6oH3F$1i zyo;|H*nvYt;TDci?}h96F>Y5xMF^KW#CgJAIm;Dhh6jmiuH%r?HMfK!sSq+o+&->TR`WOtMj;wjoA_%vpb2i<@h>KGw+HA zK?W|8mE?hExU3z1uQwPVN@H^>th(6@x6U(diBkn%iAjv(Ci$m%NJckg^CDS}RZ&s) zvMaL#u-$X0dMXq2E-n*8o@x{-nfVon*tz|~j+-Y{GI;(yMjO;4$!fKSTF$)shC}x} z;Fu{+$o-Q!plewIKuB`~64+y*8cf|>?7p;Ox!VaRKV)7yxcZOkS}(u=_oV6S6w687o+9QrpHtVSm9J0VS`k|qHhKy zMj$g*tjIq_BF}U=v9uv8PgYf17G# ztaR=12^l2h6c)&3dQq(ekdZvq^!pZpnaH@}+6TgJ#9@7aOB}E3K?qUM8NnwuoyUuH z)ey!lYo?7BH&s-k0K2^nRxq&lax#An(JCsbK{q_{&N9Zoe7jD9?~6C6Nm(^LElI-} zrs-vBS4=FIH=VZ1IY*fW!;_d=13VGrAgHQaKbC;1+a9cFL%W(e?lB+9KfGO?GA83- zm{-CIdBx#7D!{s9B%Na)s_a`-joB-!h*gs)%8#t51{)q`%fPTf?)y+ip7^lJNVt5T z)PN`>r*)9_vn7!AGVF?&A=z16;(Vq6nZ&<0X>l)*md4%_x9OC1(r--J05||A>Psp5 zTvf@tEbnJ@SAYYT1@(&rUyj(A$u(A!QNF8^qNi%u^0scJ>75a0Z6?&*#e_oEY_zg8 zuw6v|_m#?(bAe(U1vf9db7Q_^vQ%5FsqyP_8GH@j)RKqZdxqGhF2(P*y(|eKFdWzxo-!WM5 z<5W=2bMi&57L*HQRg{9u%gkW|nCRK*qmDh}IAR}!|1>x;8(Y2sqXoW5d}P6%(pG{N zUjdm@3&%ICw3-#NL8&J3Ifv(Dqe*6Na!0uaB`)bj`PE z+k^$h8fEqRTVzY93{Hx_3bQ4eYEEZxm5FYd{4+?M9@;dlBlYUHCR6}eYc{@394ThX zk8Ug8jo;YMAspp?VFaV4)ffx)ay4LihaCnScz7Htle)(Uw_;xP6f_9D5nZc5IZe31 zgZctor(~hJ`k{n{h;Xff5&|3))k>Mk4zPG=$nlypRD&SHVY!&(vqDm7kh<)oQ$FuF zS7s6Q1j%RyONx;-TK6o|cB)5vnY!p<4sS-^NS~yAm=4Z`}Gx?k;;NbkT zgf7J(N61BDfr_N5Lj?wq}k)mkJIS1SvIY6u4Sb=gXZtwr8nYOQN&Di zO-c$eyn`M5Llq4Qi{iF~Ww@cItPq4HxG1f`$6AD~Zsw@@%#>@0H(sIL85cuPjsK^D zOv&JR$GR7{K!2^+7~3>dPrGg@F`$A{07_;K2D_6~cQU-145$6$+8+7?7u7el=}|6J zm8(4n4XY1Nsy~sv9GeOsC{K~c$@dO3_W?u4midYEw4>6^kS~A`*3eMP zS)R^pw#V@S4!R3a%Y6Q%tJD~afrWFQmvmNG_$Gzvu`E}2k`Y{Dd{-usHGHSI|B{jx zVd*CYr)0hfn<^Q+Y25V3B9-s6%F>TG=r#^$iHEN-=bmQ^yDZ4ra6$zRIKO$r@gaZ@ z?#JFB+A{A^di{vGK#BKkw}6y>nE^J2DNU(6d(h}Mv&jasy=W-yYn&rc7-^noP%apt zM)6P(``t@i^oxo6-p#Vsob{llT55Mal5;H&f_~}eP?>U%$O0-puP&`jVS|ay7QTYji|jHmW)Q3_e_OxkL-@d)G5{uQk$ZwC#>TjJc~@E53#R zCC?tqKS~EpP=6ig$T&M&c%1fW{?zp$i890%Z&y!&|EMf*#!oe|Orh;ITkyPtzSk`- z-KQc!kve4GBoZz%PZa`IC5$t4%r5kAuW7a|;k#tC8$gze<_`zuZd!14FN4`nRR+Mh&n$u{t`ZB>E=5JHB!Mb< z_AMgTubZ3ywMzf8Rb30f{J8;e2jL}-H7rxJuP`@g|tXDS$x zG{G#R^J1AOG%T-85Z)Etfz)vBn&{DZ3(D7ZlwCMRawe7d;E@+au(%Z*@&qalD!;Es z5iH&#otw6N_fBDpQf7gRM@5%Zm{(1kQnj{vpZAm{)0CW8{El?1!B0yMPuEw84kiRv zc*{!P0GtaM?kmxa-7tR-W}qa-#wEy%Sk-z^|j- zVi|!&YQess-cYg~R zNtY#s!heQ+>k}$R3&e#vf8p^5MBy4b^rAS)vn8e(oFEbzU0XtfU92kNhTJdB!nX%& z0+Y%J?MuSIgVA@0CEOMlmE%tWEA$7GY{jqrMP_x8Ffq6h56ny{n!WcwX$^(!ZIIAO zM==WC5AyT~8yeT4@Cmg9hKxqgTos;2{n2TgjwHUL(TA=pFoj#jWGrCp#H|m5_!(VD zxHQFNf}KQ$y~r~qHy3&b5EpwXBx>zO0WO9J7qVd(GvRs+HtM4B7>YCAA4f05{~4me z1PSlM6+e|QphwvLf)c z9jWuo6^u}> z_!7w@P-$OKPpP`0S`7*%VBp-%PN*L2JrsEM#TySchM2X-5VdISu%|A?y?;c<2n%(+ z`e|XtTE5TFd4x6H-yUTyH>HIc8^F2mm_HPxVH+dLpoz}SXydqY0Z>|AV-X8cgphfU zC|AFbW|~M-I%)wvj(6@I9PeKWAq8;Oxy7UCQ&qRe=!INKi}dQWBFGmhlSl95wLG>$YX>uyY6F(J&*oLF-8+RUtD^39c; zL!Z7cg6>9^?J+dkFU-WBH5FW_QYY_gFc%7D6k%6QvfaXogViQPz)(RVHcR0rMQSGn**8wu*8q;T)0u8KCK3X_Cv5q6DbkK_FO!FwydX0EDZXW< zHH_BrHQ4`upIH~)<#_RcCrvZm9N~%fsFlxqIns|65NpmO1_9fT4<`qB+A9_}ce0En zh$_Le&BQ=DU5;%7;78`u^2pamooSV{ZeF@$lT+C`!c*@}Rb$v=DvP=M42+{X6U!&a zEV1Y6{U~o*LqNcK;-OMIP(0NVsBh=cGBv4cz?Y9);u@#Sz4YpQeK-jiR9Mr)<{fp6 z{H#eA5rkqXxCvP3KdWm1hXz;^g>*3Pp5w+A^VcgcbT0HH=rb~Y8PC)vjca!QiT4v{S-JkFVpuYG@RDyFk4T0h_s)v_cfOy^0AwfbUyDmH~mA5 zLC-aF4_!K6A&eiwP{df|J`W-j3@jo3FN^Vt`C#*D$~jY!UBfjRp}}u<9kslfik%4(|Ls#P0$55y>UAe(PTL0lNo%O zPx?(~qQX}5ghWA<#n}<$NJLUy?Wd-d;i^3IY~qnfB|N&x8Z!rQlvL4MPt`AZ>?n8^}1< zV0~NxwV7ZHnV_E?K%Akcw87@MVe(OeGVYpL zWkKUw))2eb#Thi}k)_Xtd6L0uo>qUF{n3`FX-k(o!ddSGlSq?726VtJEnn3Xy*BL96su7K^BXnXsg5;_-bfOrG zChI)X;()&1-@lk1fZL!mw? z8(Hf(jF>0_lDi}AlRf9@q!WAYpF+-@E`kei3=5y&VnSSq@-^U*kJBjGziR}~b3<4^ z8?!<0-6j>Lg$88~+{stQ%%sJHcNjN?J$BY^-sYCmju3y<6e?#7I;=lmI(zu>mFSWf zNf=^HY^U3jUI#9e8BNi3OdcCOCgGZ7p|*To2dI5PQfK98%cC4wNr+|Gh6n#03h)S&|y;BnvF9kL&8iY zzH;$ta#ipvUsFfnoy}!Y>ef=<=#+c5-=;3 z)O$z6<*u_|_E@A&mb;wb1W#xSWS`I@bi&auSR2I&1V+qK& zIWqW#$E#9dDu-dV>FOGu(s9cxF1)+V9cy+eUxQ?C%c&1YFp&A^(S&J?Nu7c-Mx!mAE zCy|l#a{+li-i7nUG{gd5k?P@0_8ww1E*(_|iHN)rEyByf{ise(6ABHS<1(udb}}0# z&X+*Od0G<)LU7-SCux?IG6nMeewMrloX#4x;Wr~H#5>4Ft7lQ%VVsm|qh&KB=64D$ZT zJmPcJwZPt|o=dp0r7!kSNO_T=lNx01lePDQ)jrX>w1zhJ+VaSeiG(HUa0IN;;}c5JB; zcbIXi2Ni?4sXxzqI!6(PL(pI2`q;>czs0X$1Vta1dS&3Zw99Ho&XZf-x1XZ8s&a0f z?UC1fha1?nc%4}ZAK?PBgDwMbEsnM7c^pqqEH*TaK<#@-@p%zpk4hglcAtFgq5$aH z&K}Kir9>U*B>dl+p9 z_jQ=0KU?m_=N|wdh4X=?f_`2TBoyWbWbxPBEi%Pzy+@cAv^e;nkXw#L<4Cdd)=koh z>ebAK4_>;}!bgpI@F=3d6^7>;7g4A?r?rSdNZuh`T{ek@#fwDrOk9F!u77kA0WTcD z$WLLl`Vx{WX?b@3bt1t--06W=mc@=I7PXS2Tq7mPCBT*Pq>ZoxXG><*myEz*4ti>c z=4Fp~5=VaJUR3}_lL4n^DT{gefos6@HDGQGVng-w9q>ot#bA$(hAiZ1iY1&{C$O7F z^M#z5wp`o1&Nt_S8)%AsyGi}DSBs@M`3_KNY)qAf>Tc26q3A)@L*m?#d=}%_psB+K zeDE!bNp*~q0D;V>gvimABRbTEp260Oxx_ql$1@cB-hc_^j6;(VFdZ?AK|r1`S-2&S z=>Vt}91m(`a;xi+aT8XiIIVt(Fz-7&KbM4*GYZG%3|~EIJD7lNHa4#Cl_AY*o8*!< z#~_sFj0TZ6K~{s5r9yJ%h~1@I1w(~LqQOu;Gu=C8J6$_AiAGe%AqYr2budwyaTkE< ze=oalN!h+Uhm;AJC0Bc~Ay72R-2t=0R)rvwd@*G<%tS zK1(a4 zJu*R`C%1rSH99hZ@p-^Suasamrm8+Uesd@$S!K?xq%ih#V=U8ol)WKF$exJG43ZaS zNX6nZuyF`#>n=7~7+49qpz}M3UtF;UX|X`^mHJ&Q1gykM(=Ra}!EHrchyt+*9NtNHJaqvt3re_q+thEoU{K?nl0;`P^EUW3cbLA@hC??ePB6AI zx*})aQc~%1Q(ZeiR7nxAq0bc9S@(Fy#$pgtnIb?h6&C*_h%!+y2%^A0thBatRQ3Y1LL(_ADouUy(c4TT$+SwKi>Anj0KtL$sNh-f1 z7$A2j*+t?~0eB8SUPj#`+=x^&;yi{3w(p@tFAVaZ8M(q5c}wd>*gf2lRWu9aFavq; z@d%NkwM2EGpH>Zz0?Y7p;iS6cvH~#3shTy7Gw*?qD7f5Nehq_hS;@3#!gLcZ&?h;0 zc_g9?h(PS)l*uLZ{drrgVJm^7Tek}+`TjhOuXWP&?F5$t8|xO#hu!-&p#juyUek6G zC;j$}MCcMy$E}V`Bj(&Wc+BT-2_)xb-Z~criLOCA4(U(T2FloVZ~0%;PvOXoN`9W3 zU8JymA<#k@Ip-%HOT~1x`opWP<}hth)|?zO1wetfO9HU?Yju~Vu9!T@$gF$KVrI=4F(8#EMvmF2>Lzc;s# z2Rq3_+y-N0VTVxa9dH_xjlBBsvo;$#OkW*PU+Fxw-nvaG?mUi|y9@A4`UwN96s}{q z5L!f)_?41CKcCP^+;oN)L!1E`J*%Z36{oQKrwrS74A` z+u#fBFa)FpZ4YP?D)cFgzDb0_ z)-N_t+#KG5_1!gis-4BXPXHzm?K*Y2Ij(DKI%*sS{A5(LiwLp_d3@ z0T<-lPrd&-V{LR?)JK4WiNwhB6wHCqUa;cTdeyr*C8e6ibtlZn3SVo5PmG$GC4YKD5p6BwxLWbtobxk4XK!x` zO&+Q@AK5U4mW0liGX=k7L(x&tw4?bnhYS+2+?%v^_WbDZ*dWVurfy zCs~R}mrSg=`N3e`Phb^~^ZP_nxu9|*jaou80x0QY$ajeClAMj=iZIg)X)~QlJXjYd z8zbE2BZF*9(QMAMX-Z-`dMqbp&`{$t{W)=^W9vz12m+%7;X9kb8BJ3bk@e+$rG{m@ zzFedk4-S3@a7qT|9SM?=3I>~}t(=FJ9uqHOPL2{vOd9H~g|Gt>_RI+J;g(AkL`4$= z36*N$kKkhRN6s*?bKx5MI9Sy2MAKj*^Lvo3zvKP_O6FRGsQ1sh8ubIh&|zG<%hwVW zRb0k2At)Re7TjN^j4xucjMoxG*&BxBI(;5a$#h9{X2{sW*W4%9H`kyWzIAB@LH$uty--8gb_4b;$!BbL z)gB5Pl5*7r47CIeH{3HiF-_i`WUpAdV`P{q;aClcF{uS5VC|xz%9y(Fux75rVBIOn=3t4Q%^MWba?Nwc+W)NS)ueI23R4F52+WNN>mymcM=C~xlq-yZA>`|7^J8B@n$~8G#5tbddW&RnC zA<&e>Bn%8kdk-((^zC9L0I7^VL@;>%Jdu8wuV&y~!*2Z^RrkF5ZUm;}>gm~?e%ragXH2Z)9?{axon3X5xPOA`bRx&!4j88z z@S&9dzC?$R1t5A;GP_dryzlz*SX&h)Enn1sQPY~)NNn?!1sCNHHgq@S36!((~$ zMGj(XFYNdz!3NV!)~?7E^ttXWu$J9DVbi@Kz)jPgbKwQAYL}wI4To46&I&sKzF!ru zB+U~HoO#h`F+7+C`)I+JifiF}Ep5UsFHwRBA=k=8I=OM}Lq*|I1p*P{ETZgEd2`G= z{nl%Fr{0;cI--m}BOKiW1dkSu^9`fLzXr+aW*4!*?OQq*4|xs2a-47>M9#_HvswJ% zB+rRGG-`-ei(uF`9=UbGs;TaQK@%sj3&lh)1B`0eRWf-V2kZezvnT#3$V3BbD_u}5@bJUrIB2o=@B7Y+Z(B$jJM45_guq#o9)yxpE>WF7*0+<=F9U-2WK22pr29E`KId*IJr_z3pOoY%+$%CUvSaAxuu!7P-x*&@r_#)zpv$QjK{q1{`{E0W zFi7U-_Dth}Y8DrZ^5Tc4ICteGHD{`wXtB4A&Wbcr-o%t;Z-#PgG~P}%^)h~L$Uuhg zCudLl$SV77&7l#vP6%Rl-=5^W+zvhE4bi1YQJ{x1s8Yd=5b*%>i{HrG`oP8QWjAU) zYY@zCE(~6)Z!K73L3^Em#_pE*%*ZN$Q0G2op$Y@5UNX~Lcs_Js6-Z-L$_)=DHIphI z*fGwpg!1Hfb7lta-{<`s@UtmqiE;?eAi-|QVFLk?*A;irP+!B!P6)>Ez5!Q~RiBZk zsE%rAnNy_^SE387kk-2uNCHMyO(e#GvnWL|PK? z7$|B~PfN3%*&)LfM>)YDk$gV>_MQMZHNnJBZY+6?gf42pm&iKdUBg$Vd z6f)oKGb*ZWoG{N}Itl&oh!||SS<8j7$&lxr{tx?AWha`05ujXcC3kjBD6S4Y4Ae)* zUS@GRj$r0^I7=XJw%Dx23_;so&c>}A6a2i6_VW)#zr19JDS_H-r^8DwB{<*fl6?ge z=t7jp5^lDI-btpK(M7@!wVA&1h-+%Yi>PZpl%HODyN)~;ac!QfQacRQ!A1~&fBXXX z#YzSWHw56~-;DBeM2Ih(Xe$3u_l?1Y>b7$bJtMn0i`rb^-MYG)??`Xfkvr}W3MbA2 zcq(ftVN=Z)j84>XWRNJgJLR3`Wud&pcOf>UJ*uvZz;yf*4g zhdHWiGS&sKtA#&hoOX7jot1ODI~w?|nZfK9D(h3gU+G3{`*N!_-I_Na(FP0Lnt*08_Fac-E51WBGyx}XX!a28=sXA*J{B8 z5lk#}l<7t|=NL~i#Ga?8_)Ol!sy9G?-33IvuwL>3H2+!Q9>ssn$zj_VK#~-=Eixb7 zoZd0arTo{=5-7DPmba0kw!ToH!b)r9M%&Bx#KnOil#bxuND@{H2s?`cTC5s82iRZL z@a5B`G)^G*C{1rp=6lL4o&xehL*_|DfWlcxx{&w6wg6FK-K|8Ok--7NU~6c5mkEjW0^1T_ z(NyZv7Nr?l5tFngwFgKL;3#)j?5Okz}?Y0fe{ z`U!1=I)}*lRQ}n3kGSM<99C*G!vStD^zIxsTvO!(RC25p4%~zE{Go{v3Rk1C*)mc3 zpCd>>w-FSU&E1B52G> zm}09ZL0@qiS|%R=gsA1GrWl)A^?->5h1WwcNV_Fq?FQ)myw=l7H*9$8ASx3kDX$w|cRaYP1*USNbISMmK_w$@RG86sn&5YOR=}M-7N+t@!;Dk}i=F11 zWXhO9{6L?g5u1_S83WlEH(qm+T^gaUZ}QhKLVklGGf)7?OUIoQ3dwP2^5(m4LjY(` zQWFPj+^HdA18%8HXc=WO_;{+0R+QSfG~n6|QBfjbK?~lwBPQj-x=pamdlSlqVrW|N zv?h|`{mCL<+05v!^B$H0RhB2rn~_CBJ`*U;Ll0t&4(ghcymo?@V<079$K~c#>b+W2 zXMpKDwM0HlmY*50oPjSO{Rh%M-hbj4OpTGXwV`NsGr(YGzT{u)bY&C9;suOIu`@ye z&Opq`lKa+>q>U4^W_MMYfSXTTggJQ5akR(uoDX~?(@ zG-D+|b+u+~BQrgSz)EhtxQ^apjpa067AGX@QcYQvcoB0MY9R%|O&G(|fSc>|{8d1D zLJjo7fh-{ojpa`(9*58DlgjrDALNN$bAsm3KM|1FzX;j5IKQ?F&36$=A^gDpyDaef z6X25n<)Uk4-g(=!j?AO!6d8Vi%xCqHBa+fSvlxj~06##$zjmrya=PRTCNUM>D1No8 z$e|EHCt~7=e#hVG_2u43p#HCRpnvYcj4zg8BffJdO^D2MV_?L`a8S(S^tvBsaqTVJ4Q@R!b{JUjM^9EMy0I-) z9(cNbU6VkSPCR^V=!oJ~Ch79RbaS!Ux-V?8mI7T7?Q(43Nx9#E*+Qv3v*8l%P$nIn z_iir5v~!NU*wmt8(zrzr#d%z`xnzG2N-ws@J5Bm8g>dI%>kDJWwc#J>o%H)dwJKVH z?c5H4?e|h>(FfyAd|~H~R_4BZag+%*HyE{RotJ!I#>|6q*w+LC0C_0`4Vk6L=gf%H9GymM$%$MkVmJzE+O9?|7(uJ7aTFlqr=-L6Q!z0_ z7ls0$xcY=Z+xDsNbo;mO09Px)r;l{}jx!nxlvjW8((@%9*Jt-r9cXIh^}5S7oFmG2 zzM{%9HBSb6baE&%Uji}_Ui^}!JVs9`IiC1bBEA^%7s>RZDT#wt?Lsl&Y?v$qZq*bN z840EPmuM4#d!&*e*w}Ee(Y*tUZHcbB?37$3X)XXOZLb|QO11NY_+fZyl58Z$+lY?G zSkLOnXX|lrGo;rYUXaSG|+6-kZV46txjwERhTSvnZ#F!Yx zJKupCHi)j1^Zi4lJwwxcN*xYZqZ}+4aw$9_Fgh)I9At#vK@J%}7_Ij~%$ozTQizDO z{2Q(HA8*uYrsew2T&@gaoy7|XKN3CtW`Xl?EP_ZpC04^45wZjcuLw)0ggjFZ#WCce zd-3CYi9lJ3Oh!aI3qH<@dFa!N)M?Az>p;$VWG#+};tA^keg(0u@XJ?`GNw+PcARLL z;3!SlEl=Y0nY;k!rku}{iV8`+K8Hm;4*^FhSI`s~aOWXvP#M`5uiTY8D&Wq^uwW;A zd_Idt*l88C#P3Bb9-%CtbP7h?Q24=xMx&ASb!2+~CYjf%R7H5HC^qSoxy`xjgIhLH z%evOFc=Fn+aoTk!8-Q;)(7q+D#y&qQiF%j=R&Ek2JHKCwD-dy%;*S!E5z1-F4DG7m zUar!3@wXJu$WSbd{){r}Q%08WE{}c3TV|!R-Fj^`ugHgYc6ftnaF-u>u zo$fv#nOYEFiK&7U7;0Bg_O4f|fuVL%KU)<(ti zJpr&4_%jw=4Y4m*dw3(U=L{)ZYH|svh;05xP$rfX#_jO)lOwl%bPL6wkzp>A(u@fh z7i}ofMz^$;TQL-XbRga^zG7L+h)NDlZpCauzoylsRVUkBi`0MKfI+1n!!#Y%bw zLN-@JHH_WP;=R1ll-+LaU~v{Y6cu)u%ipEMg*bUMqgbNBo`9~&h&&{$+co9OhL#Zl zAPOorY+;M#DKVB+L?G&n>nfFgBU+z!iqN#Shv&QzG-KY-EGmOex!V-Yr7dK97h=}F z3$6sYL6DUsPESng!xz9|yHhQtBXc0|zCe*v0=>dK=6c>5Jm#V6RGb@E<&+ly-bBUj z7|HTYhy;d!wx}J(%o(U32pqr-I__6_BhtA`i57%|eHY9=hSi)$NXWZ9@RSv?OzK$0 z_|yoXo&~Y@LEKjK!fMdxch2x0T#U-DPecq9dhrhuD@yg$>CPkmd*w{Gp?H;VqU<%C zut73vcD^H(uQf)r!QW?vOfV{xCwoCQ++ho=NQ9WygXaU%%Q-9$Fu{_0b8oo-av z+@Uv?&LWT;5jlPS)i_+oz-iVoyHqCGBz&AC#nEdBo$bxZ+p|NWdarx6`fm!J*r2v1 ziCG9~D$>nFl@K)f<@nySPvJ7%lqnfPQNY3B=ylyLxP5fG{xVc%X=pflc`jdU*dZIx zB{9A_1L5jSGRdKTYxOTe`N_1jM;5*5t-?ct(w4VyS5WHay^z(^)Y-7Gt?LZTx~Q8;Ut~uZros?nnrEn`(V`=qUdOH4 zn0d9TMZq7Vj2fdt5%HLMu_1YnRO@JMX6;6#769Qt=VXa;P%vs|$= zPl24vm{2KD(JHm6TpP63XCR+5$xUT?GcKk= zD(8$&$?Vmx75?ct5f__1N+|7+ID3RmK6Cow=Sh$@n3sN2JUI?+PGeupDsa4GgQEBg z5cm?RSbP;~201B+pOAk!9bRtp0R;?er#&fi#h1;Ga8F^qEf|_*I>YuEj8mxJkq+ZY zL@|PDnkWuh#^+E4IRamWE0r#}tFYvm=reMlBiW&ZzNN zFQtcctS8U%tE61}6Got>m9Z}!bVgFfiz3jNm=vE87~!X9NJ11y(F_Tv0k~_k@r822 zy;G$0aPQ}hM<-fB82s`v+0n%PJhUk@7ofy5=M!(DHoW-H-Y5uT0+ADkxnu37ljuOpSqmWZWo7^T}soiKte5oE^PETTD_4!fp< zQMl|SNo_AH#xm}&9&R1t!nFDE!$}QiQW>s^r=o7X*BzJJkj84$;o1Q3wx$}119DSU zQAAus6I0G+ffW$HNC}?dq`jb4EXg=&b{iEd?hzryvvbG9sL&2$#AnP1>(feAGzm&b z@=qoaby;p=m5eNpW@^WI&M>E2Ad~)g71VNd8VCoW!1qdzZaC@T3q!Fe8Tp%96#f_0 zY_5?K$xb%ox)h(kue-aTKi!PW?*}e@Q3^Iaiu-Xa zDxy)1>hMP_#O=3P)=2_P=(1H~iiS`pX_woPu*vBgjXZY{7a@$uzq`{X6(aD4p%#!v zBQuP?TQ{i}?kMY?`c2K_z24yhNiIz3GPkd@mX4^Djixf8iVPP3sAK>#N<1sYsKXq( ze&IT{ye(W10#2g*Hm3x~_cZE>^8oqo;|`%of*MsqK@zmR)8pz=o&I#A4%@!}uGpMB zBKFh|kT(-ZO|7@^z|_2L;RY`dj43O@lOU<)Qs~1^ieXTnCVmU@CNedjr@Y#K)N}y@Bi7r8Qg8|MVAoZEAPI+9jcE+05 ztB^M))*@;6X@ueZkol`o>3@~V;lb#LTd4EM#BZSsx7g)-KX~q2Y_*efrXzmwr|SW- zLsmGVx^Xk)S??h}Hfdn^QxlLs#Dhc zdHw-NmeRWkKkWV~B^IFq*wEG|47r3vj~-v)41U;%VQ#>3YDxpFwvz)QTV$rJ9*~#f z;iWJ2fCbq+%QrXw6dpKxAp$*2(~i;hs6Dw-i}}eEkr-6~gD@*fq6R|gu@`8l0Zj$) zF{zE)K@fr;C}UXDLL@i;O{N`&U6USup7d7iUDFg2S|ten64RLOxM_CP>V$fs)vCKG z(GSH&s(0E6kFdcjUsuOaBp^LnpdD6=oHv2?q)aDy)w#&Y`I4Yid!jq3JNMfYLn!Ur z$Y@j&znEBhDk}(^bs&UKx1gCdvADE8GV+HG+rNgqGFMi>Q~0Oj_YP49X)&ebCa(`# zw_G(=6N>;><7A#U56fXuxYP=K%MG9Cl$VTo$5F4C_Q_c`VUTaUzP=?Wnvw2>DUg1O z9xCH+JJKjC?T3IiRO%Y>Z}_nG@U1pvOJT*cjlt!pXT`Pky~5|M9-BIJ3UzMByz`q5 zeCH|jY>b}S<5EAkLHw`pLZGkalnKHQjsEPRuLWF~CMZvE6oGHM=Jr5tzSj_4wO-A- z;N_i}BA=o`N;T6L3ATnM%cPKH{Ba0I6)8v`iU-Q!oV6Qc4U}%#DhkT$o=Pi5F7otU z$@pMa)@!6&1g`XCOiU1DnTSWe94Te_=_45`U9koa@0O$S^3g0yQFZKui@dgG_|dn_ zkl%XB_uGZ}gQPhT{Q^*JU82m?bk`MwUwv-6Zxpe+%tGj4{_|jG!WT1?gO;^${#6`% zqdgXl%LCq|h(~dAk|0+q;NA#;vkx|1NTw70JHY`CD1_NMtv)i!;~H5(;MULe91nL+ zyNRrN^GahRY0*Cz7w%}@nB^ft@_6^UslMk{LLkhCtwgw5OsVGBV`>d) zm)le|#P|s-l|~AA^rW8?`^}4nPH?b>!#lShhl|PQ!5u=`lQ)v7GHErCHP zOMRZCUdO&FKwDG#^_RYplUshnvB;Q56xSbb(n*WMB*jU00vPK7I4P_l(hwZNGP z2>NX%Z1;Y5#Bdp$?SXa?3)%aG^g#MUei2_! zJBY^j7c5?DNga=5*opfTb?@J=;G$76H);jKFcXeZrtC+YwIf40+T8&FmVqMMfhONr z|AqCGkGXHu6(E+Al(Tb7-^ZW{wY^iP5f#zs*&TMIuE~?xiQiP2wcL| zL4T&u4o2>~IAzFamMToc;gi95>!70l2G(^lhSy#XOpXBcA+4oSo}-5p>$FJYc@^VME1UoG0s~Ek%KLgK5GI8UW8;>|AIF|zvZL$k z%;^3~))H{9^~Y8A%DU3axhnw53}W%Ph9if21w!5v9t6#nhCSEdvinX<3k_a7djL6A z_71v(h>T1}d~K5qiEi>j0yNh{+Lq3v5I1Pmv+9_?PD)o$TqNMIB96AdJgFbd?HMC} zsJDF1Vd@!b>=Gmu&b@sWr)hvIpZz+#gwFcMI}!~z?x)ew#GKaAzkQrskDU@o2e)PJHz&uH5-e9Gp2aYJ<8K5>HB=kyDOGX6QS zMEo_YJFq(?xkwwm`jFCW43D?3f_D+7Gr=C5R-hYx+|-DeYl>I9*BCc5=9l;8#iL>O z*_1L_ftL0;eWjjItM(K(i*ifB%Xl5|ZAu8jnS6)qj?(T0X%z!!QOY$8%he6xD>zDF z8WTOcJn?1!syu7yx7VG%t48`uNXy(b+^{!^pVU5M^REk9GI$X?VedROP>xNuUpFpQ zo+aqb$Ok0|l*Jc(T-V~4>dd-{EZ_{)$&B`I{>*54aRwS)syFrn2QZ3OXD^ju$1(2$ zL{Uk+Y7>7DoUzAT0ilP3kwZ+yU(Aoe^reGL>jxV-KuxfLiH$FDdRoX|pw_xVPav;aEtXXd4%gxj?VZ z+a;IF1gI#PNjf@RI0W5SBq0noXs|O+K{VSH2;xviCw$Zt;X8k!O<%E+l31L zed)@qz!t@EfQf)V^n(CKBVuD?7XNvH(x>q%6;89!HlJHEAdbaKDL6e%epeWph4z_! zt`~s{O{l)``ao1IHC;gb@jWzhv0Uqf1&E5%Fia0LuoA188)FDu5c`z!z4} z#_M^~;m_nNWOKhvNd5&GWXFr~FmfCouNa`n(P>w?j}oMZZA{qH*79c zbs}gd7s@IJ?BQ(!W{L5xg3NAJ)ol&G9wlJa@E*Xy$(XMM!82zW9q#UKCn!F&-o%fB z9K;E!SptiU8?PsL3TkVb-egA00n9V{k_oYU__NW4*o3q^w4qtekV1JS?rptb4EJ7K z^I}Y{y9ts3?mVF@*;ynn3@9;hNFstxSQkw3jH~+ z2wV$#5I>NvAwV57^#2;3_A6`atKZoKo!wat(7Yqm9F@djkpzmlGr)x!4Tyi+T?!QN zOj^j?R419rv#^&UQ>s!8+p?6cCA>iBJ9tW8x11ZML}SXpNJR0KZTIjyKwBmg3yxZ3 zc~n#9=3u?2EN@`melZX*urUo4OwqZ)hq)4DX5sB<$3CKSEGZe5cY7KsICFaBo2fmb zSOrwc2CzzN-r^>JZc*ON19Jc-?dsAfM2g@-IpM3aC#gX(u&ik+fYF<*gG#v|V9)zG z+!a(#UCLrlnLA;}dUL_*`!qiu%XDcB%|Dn2uNs5RG0wY z8B`BW^dMEtv}MlnRNLCyY(*$}SG@Ac6R4XUYkBu#C=NOV(v^Zp<7Ygq(KF@ebA>mv z?mNblV^G-^liZv)647kOBtk*=R*cLyx6z1#yR-9S`7PU6dwEzhtvlwk3pzg*=UocQ zD)^>-Dgh1ql+Y@OHFsOn&|_@1<;sBW+qo{z^O zUBHdz!wwQfM4mRw5o_J>hIuWLd=D>w{i-<~E^6Qte7Mv+h|IU6UJ#krRPE6uXyf(DZ*DB9!n6e4v3t z$E)2#;>>j7;2S$=ZR+I?D2|EF@{mxmp;hKP$5?k;A1-lA4*L zNKYB5WCH}!dBG9xz6&Yo18dvAu-3;B>xP>n$afu-5Fx)JzQ`xkExW?Upf9ZwrpSGxEXhiU!?p%zD4 z<$_m41VGikLG9@lp}2>iEH`+k zk=fxrF)XP1y_RAM5)YNV?e?*gDeV742ofF>^Jy6BQK6=Fm)!d1N^T2gFN z^?*Yb)hO=ppfY=8usrr#PoQ*Rq9C-vk#6Bt3#QQuWwFVAf#9zbH{)LJXJhu#aiAY9 zTgRi)UWkoHlV^vfIO2Ns3S5TGW;|=p^m2vAlICJY(t0LBZYVDxT)$$W$sW~Haa*z< zsPgOB_Y;Q+=oMTXL{j{157|CG1z|JMq-)1C|a=)k`em#mP&Vc$PL|w(QMI$Y`*u_4HX2P*RFfp9LjI}dMkJ7)LeVI^?rj`@t zh`hA53aN=?0FttECF6%J)&6N)Bisk7bA-$6;H(gSGTf1yz9ByNNGQPgwfC^~7sQyV z_9UN}@{AN_r7D^E%Ol}mh9OHv5{MeClojE?!;!vaqakf2RnlM}yc@^@o|IE%3Dr%8Go5IL)ETLLW%0X#j zQ!pRllV`!P+}P~uWz1J#``I3C(eHdb%7=wFoQT=hD0qmtFvtNj6N!bt6&@xxwIKQ_ zIlyfN=;n@5Q3yi^jx$U*ILQ-8M0qzIN(-E(ky6EYG!kb@lwdja)3oHI z83(xvu-bb{4vlgonS0{4Ipoe!ht7-bz61DU)J`h}nF5ic!KA6I{Ht_OD}2^gP-b{I+oW0Z-(3pRKcwkqCI%3HCu(X$p zl(AK_djm{x@SYY>5;j9ihdw+^#4QtI!?#cXX%g@rf~AF{Y@!dvJwJ_G`xM=LJ{WZ3 z)eawO>pR(Fc-z92lO++PB}$~v>QFXJV;X|zRs|rwPd#SmH7e@TgHR$+X*xe=1Rr)} zUeVe0{QBgKjCN#-mS7a3U397b4~sKa3Hyo3h#;exoz+_Ji-bgiI>{nt@d}S5iODax z)|7KA66=J9^CFkroX_kWpHe|F3?-PNSqTj>5O$gZ0=p%c$3`NoLYq_f%nla!Qut1- z63m!qNaiSSdBTK)G$vXkKP^WFck)HEbv|wdYnu6FzLYhN4BTo|(}NWc8cINs2kDv& zD|)*U-%wItidCWkPWE7pY4lvta(Tj=`;9w7tD!W1EpCahTb`sI$C_|xF2Ub+FJBuF zyWI7+L00Jah%p$G4k{hFof_=W9AIa>pVv(R0RuJST&v|2*phll!jbW2$hgHRPs@^9 zu>>H7jni`w)TYTr#&D^TP8bZTV2jB`=)H*sO7ys|R**!zXR-@11ej&)x2il zmg;yv8z5{?P&DjZhP*8@E^f^4f(#_}Vv3WsZPS!{Mx=rRkwgr!X34yyfdH9T@p{F0pu=*#6R^JH*FCmKIzb3kbe za4cRMR}zKkx2`JX%_RmJR6fAZF8|xjt>ZMvL6h+4Y5HB25uBdVgsoa}_TjA&jGRL3 zHCB|1cVdp`BjVTYVx0lZC?}K+&=6|a*s+RO%ky_rRJIMcMMt+73ur`##!>3K2u2Dq z?_l02h|E4(cKW+5*ZzfQp1qs5opLw$QYce+Rk}Ns)o+wapL^}p zCBmg)u6$aBgweat z>Gv*}w-KQ!p^se_Dw`@I%viCcP(IjWnR30IVh8$(3P^!w6<81Q9qh zqIDu0H3(YHw8f_t+ZfOj-IgMnWBzS21GXt@<(TU?tH?;Bb(` z^ISC6N=6}dv0FpxEhN@(!=Mrb6k=Ie+Z@iYh^JoO;SwQOY>p*u$`uX zmyl}H&M`R;w0VjY=SGPljG1`T~x77cPBf7TQg z;36zPn)>(?J;cwMA0vs8+E4u?6DacE{0zk>aro*{%e0jx9~= zGPW?zuKn3k)DQ5&324U`VF1*RELK&pxm<0<_J|>rQM8cu9up(6G|)jp9J>C1S}5|6 z*1v}t+0h^~YvT%XUNVpz!OF7ImX+cul@$AKi zY|PLE;r*37RiaVSdShU&{+O0o2H4RmjYQNp_eoHUy3IUXSg4M1Nb%S4Va(rZeLr!W z|G1i80%%4#^-(R3@RhRNZFInNi3|icxySP>VcY|zgF6=9K@cT2UsB8Pz2J%^j;d|n zxz8t@+`bQIg+l40JXy*%^p%>5I{qayN>#_pOEicm_2SV-J+hmee-ut^oCJy7+7egg zBzP)QS>r4j6O8c zP#PbZx+EcN_txfT7O8S~QR%m^aRQUSZiaF3``un+0j+2ZBd@JYfhBt+7JYyzY1wkM z&V*3Nc5~|Q2eyrd^qzSp>sYrz_S`lNcOWefxTCMQDY^8k{WZVhF%!a>$Ns|?oIOnr z;9fC)K_o&bkr6x}O^SHwMVh#*0CV4^LESt0qu@VoUjq27hikBjf)ZJ%?MDqg34w_# zH}bnxt7AoJ1f56hLIwom#SIY#%DW`&mCBO2g&T6O8zU66fwP%2Vyt>_P;Q@*1qT3o z2*ACl-L5~i6C)kPQuOs`!5u5+5bly(o5MRi*D<>0wqYbjB&J8ev+5vc_!Mj@FvM{tjN-47;q(CvZ_;33GCL&Ih%z zj4*)M8Y%P1Nn@1Cm}>=ygu}MQc$O4DMrUEn40coE`I!e)741{ z5{P*9R-1c8%y~3IgIg638YZhQXTH)zA?Pj;;u(u3_CE>eFj32521_$vfNou0hfK@^ zn>X?oRSIA9-6~+^BZ(}UX{mZIk)2ej`@4W{@(yQ6bRf+!7>T_FK3q$Pgre`P_&#avVf=xJY%k%A>JfOyfTb z7yy9NGr8rb4Ei8m5ik~o6X#iLrzRe>5rWs2JA_y$m^o4k^4=M-SD8sbDxf#B+i-j4 zEW-Mn9NDJs*D6s|W2`Hhc!N>-6@+qE%r&D*1f9m79$DiBX!twsCUt!Jkm%0RK)y;7 zU%HIkH&TJUEeCIt`&M}J4;lQY2AB|DnxAq^+4;*{)z#XPCg6DuIMeLMx|nv#i`ZVk zB0`f}-&2n!0%VDkjyvw?(Y7UH)gbhE2^5ihAyk1r>QhKjE+pJCyE zBsozg>X3iolD!1%BDn_9!7z**$iM)N0wO&~dG69E(b9@1W;1bX&b-ETR)X~@&Q`K# z^SJ<+RAF?H|2@Hk?ZqkMzJ%EgpMqyfjI|Bx649o?c*Z&cqQxuw;v~6x_fTwAq-kMY zL+~V|#azls>EwC5@2TY?Jmyl)@n$SHpj-FRN%s@b_b_pNrzDFgcit1lv~e^>$yj8| zT;hEAt_qol*2PK{N4qASI{Vbm_c+dgh zLVTby0!?fR7fAI6ZTU!J=Ck8`*MMw5gnO)K6yzhuN~S^0mrm7ct3GB7N+k+^7W=^e z>1kc}RNPm^eF&mpP@?613fsoK%;na;17BE@S(b1$vC@nh}i8pAa?9B5L zxe4zj&Tuwj^qUZ&X z*yB9YVbH9u*B37sTZ#9tk^H_akrbJc_E}}AXFZ~xp^Vt{88QJoG6+ajM!aBrB68?4 zDLaaQPm|=ie>geOWq}lX!{J}T6sIoA-B(O31nMnh1_j-S2gCIvwI)Y*$)<^SiF7v< z^7X7e3rqXMD5Wz1df!Z(KiBlCid9%mT=CH^qBzq|1=wh|0MVkE=CRIY5KOUFEWW9- zMk!ut;8L_NVi5W z-Cg(Zo{?r8)W&fQy*k0}^Pi-d@SPJ(Pu|DVd zXC$HXy^V_4-=XY~fi=b|Io&x5un}YS!ZnC-(7wsR3i1ou`*nh~TDAJ$-Yf-og>u$O z*I658Q4qZYXOLGk1xW;aLa0S7h#qCNy7GAj%ojY(nf3(a40~_IfVlWgcMg?^hl!Ra z1aAEwVLPG?gR6hfz77eD!&u1>Jjo?<2_?pS#WlymPh>1n-D*X-81m;l+jS!qTaqMH zC7DNhM!EU~T-mzWH{dB1#!qz03Va(n-`^d+@_fT1vlop!Iw{+k8YpJbt>Hvm6s_>4 zW1jdr=;ye^+gG|e{ zh7;1Zb4y`w^x3y*E&(kE0J_wv#s-v0SAX+}Ken%j9ltEM#W~3HZT!dRa>%i|D8oT*DG&9GSV0S za_m@f75c+w0OiRUgkY|7?A~vGw@X3Tjbi+j6c(<@j#kTyN36v0puoYh+=LHz9%R!d zyaK*px7pra0*4)F{d?T`Vv5$K55bj@6g@D}#(U0}+GIUV4(wURZfH@@xn2q7rz%ji zZi2Rtn20`)$FXkt;Kt)c#pd!ats6oZH%7?!1f70!au<68eYUnY`vvOMt;`DPH|%uA z2Gvv*{V=8o^*lIkYnY7y3=?RWUZ9HfVF2@63iBTx>IfJy*;uIILjVW0@Cgp>27fM@x_u zrM6{c4byxdMm7v;JWxjG8`FTe$jZSu0?NCg!G#`{BARz9im%gQ4@#>?Rg*lcrjf9M zCiEVNf9mjDPFvWvj3aVGQ+m19S4({A;fBL_-jU#`$b~e!-(U~iD5uy&Fv2$IlV+<{ zf^k(3Rww-A{qCI~wzCZ^3CNu1K;897&nb8Atrfx(G0PG3PQRRy1W&2$uGU6LS`kmO z0-|(9&M3%9p*E zw1bP>&%R?WOa~S@%fJY6rpl|7`)CS4ijH1F*K`bnEdi~wg$L6hy#n=!?-W~#&yzr# zG&oH-8DDm$DMl*dRFJm#sNMcDWY7St>|36>oc*m1Vm_Bi_H!%)FIySHB+e#@<<3tG zE>N(NjrZ%@E#2?uCAH{RDd-EOcM6)lL$6qcZus)^l3AgVjx1TRpCMW@J*wm*-hNI` zC$c`FaSzkvmx=7^j0j#{1^M8+Bkf2|kg!)gY&47}>%*l&PfRoHQ0S&JP3mOrxE}mM zu@s$Ksx4r3L^sso5?)uHuRp93jU^hu7c2@_AV3^ zOH_rG|7;y-6L<$|p`^5nc1|zlW22Lbc#(RPgOrUb=sYL&XrmJoy?z@_I~ii{-;j=L zp~k;e$V3fQYj3)al3nxI%`)^d7%gwf@$7I&t)G=e=I`xI zb8R0UC0ev3I9?B=YDR+9TwaGa%C_o8Hurxx`fUX3`AF*-f@~_#^Ad2W)jUo z5*aB8&CF3ynm`78T>Z(9J3W%Hw5}2}X03YkHAkbwIndVas%N$UxM$TMsDXk*b&0+} z-VI&smQr~IB&^y-KsWD7w6YXZ5XtIwUxA71o6yyP@74ec_5RuZ*iG$`^X7f~5SR)|Nkmi(7!r0PlZALM#WYu;Z7t zxzr*>S^TPvhqA~^Pt4u78(P6JqBmnZPmjU({uM%>6gEP)XCbB&G*sW6K0S7P8d)H) z?+I8D9g=sMZaulyiH9T5Ivg>5k^|-Ul$j}ynaK%lY@wQoNN7qv%9(TuDExzu7Otrf ztO=Lc#x(mcf$cHLJ$gU$v9?|rJ`M^T?wsU)w}kuvEo^;gP+YH)_tu7z0ju_Hah%R* z*6Ys2a8nqB519{D)CX>;#sy7l(^}R5_#7L%{c8UsZMBFrqm@LA0sy57_|(u4XYHkO zkwNny{I{IsPHV`rd>F?)ok%5UZ@nqfR^Z98ZFfctX;6_u9=zVF1E_(7 zYbZ3Q*JhWdAPn9g9>G&yZJC(c%6irrj2cse?ZzA!zAr5_LPc}%mER}id5pui@~#D) z{D@VH8m5%bCBGcgMqv%>N)j{rrIX_mJHA8?XG>ba3zsf%YE6|x2X8An$^zDuHhkXc z9Ku1o3dXulPMba_R%O=As;o&^TBP(+*sDhyv-o$w{iiN4W;Gk;15PafIQpskpw83- z+G#jDFdK<}=Gu-D^!XhKj^0dl!2<_$+yu+KEWNU~eSb9K{h|B!Nt;&Pt1=%9%WJlm zQFMC?;z}b5WbFPNnQKSBrIjBrC%IvFYx3??UQr28S+C)&lBTX|`{7o*lEUSam1DiG zcEP{J3XqqWqcwkaZ&NlFNDmj_I-I|dbWY+c-Kf>TqneBPAT%x$FTHRWW?pPk1(CAs zRG$;V!v}D8p`+w%c4V#E)u^<#i$cK+RR-ak+)E1**7fR7Fj#hTYKJZF z>|vM{_B0SKnZh)Hx)}CjGfp~oL9S&rqrHu-XfFYs=Fx5gNRpCG5whxC%TJL`R zEw39SQlI6;t#LA$;Fb`AB@Nd1>^|~ejVnU2zc_80AHjQT?g8{9uGwc>-L(5j*!_s^ z{z1xF93+tteN09qndXq5`@zI+lguyf#G`iElZIQ|(_GkD-%C3-fZWvBu(LATX3aKN z#=QCsJ*IY<7c@--IVd|$QMZGjDQICu9&CVIN@SxUV2aK_aVCo~4dL7%C^aTC(DDEO6B??F&-h3_VVP-)r@QxmX%@L#m z68aqR34>$)?6-xZ5UWb0TP7&%={bV0vr} zE~c`G2EMGTGk0tou$9$+8Yidt$}+qY%2J7dbfFA#eC~1pZm}egojcem5L>B108zZk zDS^h2_XJHUK-oiEiwX6;$CMMc>i0_Ab_HKMi%L1WLr2Lz6F z4#)dG%$PxuOCD$}FflZy^LAN7;4IghT}@^ii|}?BAr$uLa~@+XCK@4utQcZI$V`h) zrpB(3{~`7+-?YEXL)cOt%xt8Zr5^hNH~*67`2hB0G$}I25;DNxe%tu16$2L^`k(je~>e%dS}dk>4|v&$+8GI_&y%V4ceG* zX=gVE>$6HGS@`^)-m$EH>uh%+L)*|aAoK5bs5YpSJ+yI+BSP05G+sCntm~}Q8)2C1 z(Q465zUI-j95!s6O0Ex5TS%6)ECza8zFxTG!2V-gP81C3G*d5FHnA<=1@q&V4Jaho zY&s}#+3>ib_`ZHl!>00U<8!5-$Hslr4P%)%(+^UV2~ylBG9JU`hbo;(M=ZdE$2A*3 z)B_T4+??H57W|&a0x3I)k|rTB zn#M?hQ0u>BhRWjvj>nfiDa!uT%qvH*abS}7V!G|QHlrZ%P?fI_GzXd@G3r|KDG}(weOEkF%w~)IP z@lXwTWjUP!i%q+i+Z#UPU1hUL5Tn`U6`4U|IIpobSVoI$iO0GVDyN{0$gx93;kEC0 z&7KOHW7ACCbCcKM!b)(LFU=MRYIqNM=1hsQBm-eVCloKAlJE`yoysT4?!M3FP`;DC zvfzOXZ0jqciJ#;aswEk1nm0L0!~7^2qSmI?XXghs>35Ha51UCoE=<9ygl8uaucDRS zz-1f3{?*}LhBnr$boR5fsmY~|n#L=o+YwO0Ha@cE^wrG1{As$C*9`+C#FJ|UyBmRi zz}>O-8$@tSmakqjHIhyje!mCNq4%-LA_PRoMER;Fq6T$I|6<;@VY!>PcXYP1+sH83d_6*+?|3feaNIW!YL9JIq$(p5b%DW$Q^T=LO$!d-5mn>DZmeay+HeLNO>Ci*Oj#&tCp`tVU z)(0&4uT#|AAhmDQyS^mT@!L8%&&w1sX6^#0S+vk0`$wttLfU1m^*WRa`6T6AfoqdV81 zeB?nWvZ2X;Uis(aAS5A^JB{B^E;kD?+||Zvf_(2}aKVQI8qdL<$Xa8ifbt3pLFYnzjJ*;qZbGNvocKFfc#VfhJA9gjg%AL76Lfj$Q1odsPbC@XTO%0#LYaWY z>Eehm-Cm)zc_NcjRNLaPV=SelS&7hIBOaawS22^QhHzkC)QVT&C0a*Mx$XB3J%nK? ze%+ma5{c>&O+{}p+s+>7ib7>@c*8Gt{)hgq?9*Vi|gVq5R=G8LQ$?da^r zAP)pL=*zv>^?Tr}HYnhhg&-eHH_U$D@OYwx)58U^)!E6{DaDMrc&6wKO{sy?b@EZW+Rk?2pdY~68`9E|JP#}<3{!r8trrY%r#z>`s%iRI^lBPvl(^SWb#u` z07O8$zvg156K&t+ki^!*a03@#0}lHP%mvtjbO0ee)g~;hVL9*eLu5Ohb$zH#Uip(8 z<1#!aZ({7YVX=DsEh($f&Sl(lLW4IJOU=QdGajb<;VENPq=*o6ynU-G z3G9Tt5f@@^C>YdpQ2aQ13L=?_)DpzRc)YDuw+ITO_2wG@%duy}r_l`4gB8WaX36I3 z;rG{!MHNhji3_$q)WTi`DW8zqS7{Nq7C5WIJ|X)!MoM6ep~HwQ+nbGKCTQFpN9 zen4E_=ZtV!?=3sJ%J&ps2aMP3v-A`Nzxg#CawAIQ6E}c}z{!25{1lu@!h{FK#F;Tg^~$ghzc^FX1Bo-NyoS zk2QTfYp907=fKg?UZ@C0vZi# z{=iI3%fkmpa1kNS+@Z`$vL!LhXtkz76@jtEM+@P*udqi8KeXll;uO88bDAHsZD`1Y zxpgDR;iz-l%lguAS|wUzTEd7%_KsAW&9pibGD5;nh2ViOIt`s`NKYCrpm3(S^Io~r zUfEMylP$`0W*QC^6JhGW!fJ=p^0;&teZcU>Le7z#M19yQPYDoXD;UHkRziiHsVlcP zJ;^pv=l9f=TxM<|@**98~LYnXz2DNnp(sfW`J32j{?cK>eP>L9!&FSSrLGKliM-(Z|ZaOJ?-!Bb~MH(KZq{+!p0mLb;;C zaI9RsW91nDWL|n$zSS;kb8uBf_NXhTzN?qFyjhJ2r=)N0E*+W3)Z9{Z4lHK6Y6&bW#sd-w_>`Ox)S{A0-UR|T zPX&YZMGN27d@b#G3j~uSv%)ASKen7;tZV8ZHW)!tzC1U2q;tczwAYS0;+%uMEP~rp zH-oVFB!s6E?PXrBNJx-aHj+O7xPI}Z0#)WgX6`1uSPHPz$_KCrKg)v&lYK(!jNgUd zAO#>pg^ZYhXngy3K8Rsg$NXQG7^yuha0FAfH2={Af_b(^mbP!p7zLQS zrJ9L)wrqOjxfSVd%^ftjtahK*-MV^%zI$LA@Nr^zGqrY`hEPQ(F6Y=vc*m>E-w zBN!)Z`{CdfS87d&c_H%6B=mXJ36~7Ih<@4Zf#|-=_H#9l!2}E?m1sJfRyXa^1}op+ zY^H|>86<6g=NBq15b)joX1;giRSarNW*~D25Wh-r7Z7Tb6KE>mf6$)(jBymV$Eh`8L*QYavZhu2>ojF-dVFx@PiXqq4{()~^|?PY6{=PuJqH zSCNZtfnU%akeE8gz}I5hIhHLuj%_qzy;!ksU~I%1fjL9iN#V)?O9O3xZuP*0=uH$P%8Na zKa?J633^jAlmto2K0N(zV!R`4edm#rweS~BmBPW5xjcdb^_aRIWOVf1e?{Wb zl5oI*FUZEXEnTOrH}23?lm#Hz7u&Q7#8IrV4b0^Z17c+eUv%t;n8ba7Odibk6Wf01 z$JTn>cLDU4UWjQ1<-Ys|m3#U`l0gw=7mAq1b(aC>A0Yn=imwEvKv#xhiiB&cF^>;q zK28o{&#}@K+ZuoM>CM6aF?hSLI_bQ&Bf#4SlDTd+i6}TUjf*s_>VZD3>(%B&>9(f* zal_pv&$|U-fVw4NfY}=%I}HyL-zz1kNzQ+1c0ysq(993oe0}!}t(IHeoV3c2+*f4> zIE-v&xR-VwMncEj1{ii-%y!IoUP>Wp_*1EW|NT$0e{Sn}86+%xGjB0zRbp2AAoU*g zqOT{PwWi*VQ!f|1DM;6dhCHlyXnHOlwV_FyOm2_JT%_8`BvKp`?=}aDA^q5lbo;$( zHA~B51zJwk{VUQ`r#GH5&UGU_K`lG3#Ri^EX8_yFXt{3Qy9T!D zjzJ)pu|!J>QQ4i6!?H2<9$AwGI4}v!;O%gMJ2!Eu)ES@H`p~&|Y9`=nh&Z9#O_A!~ zr8dl836xr}jeAwKWUFeael(0I)gdyw)i|H2IMIG>FwDM#fMfcnMx+@%OSt8M$Ln!& z9Mx|)`|8fd=#oC3vu!hY>dy-nXjjOk+vjZ;x7>DcKWJ8W6Fif-$ zwRt{Fjw{O;dC3a$LvU0pmwovXMN!%KAYmSDL{SEj$n{5}COt0?Fv!zj@s?~@$)+1l zLFr?kDvtW)pbH(k?ecGfcAH{NKG( z!pj=Pg@jb^8DogC>NEi-eB|t%&nw9YjbM4xe}1E?PGu*o>KjT|HqwDs{U zEyB@k9`PG=3u zv1|6oGI>GUw!GTp!^#9~{f1-8C`qw%`m7T_y;_sv1rT5?1N6z$g0#vgrN&x%aTUSzp=g%Q5*wzZ=<>EF`#6cujeH@9d+cxNi^P=oKmmC(}Knj_rpzxxgi6o zddxceu!cjIq}dUpW7&kCEDj$|r@bg!DX=85Sj@Filx|4X27;*c_mtx1&t}L8lZY9r_8$6z(mkilDje0-LbT5Zu{X41gWoG`7 zj~h&%12Y&PuPQz<-ZRd*@D#};DmX-TTS2GyeB6(C1y70>ujRaW(bfY6LA2SGk2_%0 zig)vxkd0yb1w3%oyu*gqn`JQ&QXG2ICIqCzi@>2NWiG}oR)Qpt-xC`JvYxmagDVd_^aP7gV)71}iyWuSh0+M+ze40S(E+&k=-Ik6xw zpm!`od7ECdNlhKqz9o+pmx1$>ABJ&ZdOdiV@*~-SdijhFvE3BIy|W@#ExGZ1xuJ=p z2Jsz8jFXzMpSHC@B82rmug?RU-|M&zRvf&N=_S?1;nv03*W)3XfArRJ&DR=vyw<`T zwP(&BDP~sA#Ha94??-{T2&!GjE7Dbov?wX~C>?w7TWe#Alee6T2t&-3k^EFA7rV?o zR?4olYeM*&Q2gQo@S_d6vZd33XbE%ml^iieK5~Hsj?p>)*H!zLiKnl5Tue7i=ebMeBu2vcqjVv{__D-v2mI)`LLQMla#kmw6@)gNu#D9=Fx*#1xXts_NyS-YRUZD){PE6w9a3i&P|F9$jvo zP_gqmj)@~OKnyYZbqlp-P9+v|06u;&k-+6g6G^kX`yDF~?M0d$nl7waf&- z>xmR|x&b%RhMr!pUjXc5CH%tSCXpk;BZuZd=ZRccW%8) z&aJaPG>}%@9{D;_bE$ydjXlyh1pLiEJPpMH2N>nVERN2GU2w%&1Aq=~g^0I!Tr< z^O336ZSf{qr`lrU20a@9gPhkvKth$)MQnbUF;Dc=;nL&fQZts@Gp7WafpfEh+yo@q z^&cr(=eLt|igqW6g)Zd4JF04g*KJ6mY*Sd>^{|&^2?6zhajiq8yVOv&no-};^Jgzy zO@gOKLIJ;dLa6S%XCGleZM3I-nrOCVzz7%7%oYeI$)?@@EnX9Kk3wty`%Vu;D7g?>qC_Q%`Q7~hr z2lk--yZh;vvJw>Qi=wvQ`)Kst6qoL`nktU48&x(1GxI0Vt(&At5{5aV!fF~~0s%w0 z45O>xnv&fHH+s#wN*dmMlBR<7(y78?(mB2jFePF57RBhVah}w<(-VS}LaFOk*mn8jhR(RyFvzd66*ccS^ z9|p=Kz`#|d#_SC?nP;0}F5qozJS`9BJ`NyPshFEt} z7u&lRjWJEB+OqB zE}f?SXM}7>$L}7hLM^B$9$L)uA$Sa@MDI=VH^Fo+j0fSQb^(b&e9Nhh&Rc-puX$%g zS#Gq85E68Fd}kb(1CxUmedUjZNfiYznCw|IO3dvrOX+*jkz}71brxLSXa!(=lshpqbXDus9%^yK`KC~+5dH#G8?g+5?2V!Nl-I9g zrwLV@63KuI@Iezp1K}qV+wB>)ZK?=&rJyTP`zI24aZ6PMjFoj^j%@t)pY~g71fVPF zb6B;0woi!w?~%827 z)Twi6nt>}P0fS`#`8ykoQr{!m?h2L@m9BhLAmx<#vqn*t+8rAJmPly#!RBjA3#W9Y zhS`DSfgW^sIdYEXB}X@ie!$PbuI%gcDMfcM1OO`pYl;pmP+o15lAt7SNBbmRn0YP~ z=x(Txq#-QXi-2p7OHYo+=+F4wT}>7}r%CX+-axs^b14MW3T*^oHM@VL~ zDTJe7J7Y>!uXrzgL2{kmm>zQPG z0NzhfX;a;15)7P5P7*d@H9oF^^3RRI^OW?*umcG%O?4T&IFhH?iW7yM*M-zUttaLo z1XjIBgjQh5-G^3MO{V8f9~@YN$vv$Phj)Wo5Rz3WD7i{;(@y|OeVZsHc}GMbIJt{y zwTFRf8UXo;ws3RtEy^<$NN{0vZY=W6z9$5c<3dkkI5@3l^I$6%$1CYn(jrf(bq1GG z$Ye-vZHxzjoJ6^>G{|j(r=cgCr3RC0m&wOG?<1xe)(2KUg^C6oI+^hmVvh}R(n(^a z`Cod@xZJH0{mg+NV&4KCEsQ;CzsZ0X1jkAdjAe7}e5;U0A49H$I339GcQ||(ok9}Y za}{8}4pPa`qhkDqqHh_wckAhs%Y-= zIyPZIVy7;s-S|v3UuMrz(FhNsG2|q||I!4u>^FgUZYZ5eL4e?nnY%1p?Bw z^QNS$FyV2O0A}X>cr9v}ILcWk7vVu(@UAv*V9XazhPd2H!#7r3RX^>Q$8tN;+PbuA zpj#x~#)5lq{uj|*L8nP(c$l)y*$)*u-VEFXx{0Q)TR5Yy7SDk5rH8sUhoB!F_YAa@ z$Td0vwDmHdlGp%1G-dxe)sE#ef}aVO*{J#)TNo!+h5;z-8!*{nNo z{>2zEaI#%9&mlukYVO~*ebXLAKh!PKIViAX#T7)J$g7bPPn6Q6T}LybLd>p5mW}}~ z8cxwRT3=UlD+nSVtg~?jLX?g{ORr{2zeCr>dmUzDI9CnrOZE8gGEwR4BIOU$Q?*ge z(T+$lFM4K@Gfv0!D5RiWtE`3_tfQhHl??d`K=U`#pvomTg>srQ`9W01r?5qx7(NAh zTC{U4qNYk{Xwx4U=GHs}GDxB+dTZwU8HKjuR7r~E0oBp5`>#6f-8l$^yJY0X^xhlN zLG*%a!Dd$Il)LCw0edJD!+Z}Z!>HS^V@9I2TV8nZ&>8p?tvFeixGX5{lPTB{S|&)q z_4ee{0!?~#{4Y&77;zRCBtcSTnWy-)SoJC-0Te_Xvy5z|8p9T*4*gOuqu7z!C6E~qlSt^_g(7t9VOxCw0#P*j<>Xby_9!FRonRTMGq-iqU?EKM zIjWD?qCc|)q$B+qgrO1%bfX4kZ#xbr#`=0{{8>CgTk=bxJ@dCCwr;HSt|>VA++8{w zmjCfrQU@U{?Zv6c@w0d@3^ZApL_rSiMkPuR-P2#Keb2s;2@@3~VDQ4*)Iy*~YEu8i z$#2{A#mgkO(M{RNHEBX zK%3GQP^$1ZFh?Knz8-RpBnWkzgsUg%oLr^~s-rY02;{!?@ihA9^8#Mte12qd^;K3F z5_RVvX0F#AvShxi@C~pqG@6F-%*lOzT~?U1J!L82?2X1n`B@1|(iKI-r?8dtSUfnv z#84xQGFn}DxrhzCD0UvOk{<&xGlWWy4s=fVB2XGITyRK>n{m#-(Fk#HEHo+CQh2Lt zV-JGZNIYp|p^of^9Je5PNgElyOyVD4VfyT~ZH=Cic8>|VNx%}!NVddKMXJSB_f@Mi z?|v_&oJ@z!xYpI2SBK%mK%iF+*6JULM5(tK6q#TW^kbJxK&?ZuCEdQRau8DA=uTYL zDV(kDC<5y$!K0`BC;rg*j#G(uhJ(LNNGpNko-Y|C@evkJ-yl0?33rKs^q%@{MiyG9AHgJ@KFkjl=2D{ zH)>wQcyvc7BgKjYDyQ;Cvx z9+ud8Rg8D`7M0B&{^{ZMY;->qHZs<*NNU?CF4X}HVLmuZ#aD~B(zIAFwiJ#eVfO7r zBgR>C77i+;n=?x8(jEh@t*miKgkj8|lz;Om-lvoC`&EYk^5Z%oC^%gVSHH z2MKVO=9yPjixt19Po;b%kaSRm7CXFD8w-pCREjRC=J!z*M=_#%zE)STVK}7z{-J|{ z?FdBxU^AewO}J!S;lfqT zY`LaNRA_}##shTH15X=xpmY6=F(>G8V@=tM7EdkA6@xCku_);f%+(x#$?iP@_biaJ z<~0w(D|kxnV2f__xlW49Q$i%ATA?)^%=5{{0kO~I@-KGO^jZo+1$w3i$vAtQUME|z z>UAZfXEwN$PyjsLm+X>m8}ksp(cBcdTB?-0E@TbmbekmG8D&PC`ldXr-gTpN4e9E! zn3P3fv5p$K8ifRRWiC{2k8~qI9E$IyJUY`2W7^#q7(0<>9}1Qw3THe@RRqujaieQ< z9TY&fcb>`@AcARtB&=^JxekmEm4>N~J)7WUnZZ z`MIHIPAnoEFVV~B3*ecmYnv8dgvuH(gjQj1cQ)XxyqRGJk_^URxs;Et-Kx|LhS=5Z zzM6bck?M-r=}>-|zuI_?7c}|xnzYuL4G_Y zo_r`QY3 zpC{y&QjYveYr_-o#HxEombL*WvMsWzdeAc{cBgV=+}#*Yg4PJPhT!Sgd$)?zsjr2m zil>RtCtQ;XSxw>F_V43+`0|$-_fdr>LFG&E(5irHZi9`Vp)w4`u7~H|3`9NkSorr+Ju<>&^V%9aMmI8YlfqC}V;zEs9fh<)ng8_q8a(%V<&6;Ts23><3MJTiyo-qdTHi4EFf?-T+NKhkBPaQwb+SWmZxm<8g1HWHZtGQ^ z1BhAYd4Qi$mykDm5?sBcMaTw)Xvb4|Ai^@sY;^T)H_yM2{7fdMzNMW$f>}^a4n<{$ zer~iBli?sd#FGPZ-1{b#;~KpR1e^4~>SK-E{5i-`y6blYI3g2%d|1C*EdO95}&>mrn~Z3&OaY(YVeD|on)jR z0f`dP=8@MsE-JtGjM4InlFcAPJpy$cf+di0lym{@cnj;>mJ4KXq=h$0$gu!;dSYlJr(MpF9s)0vSyna5||E;s~mnTG)WW*cg;b7Kl4m0M*Fq zw``}h+H8cgNYDgGa4<9oUka>P7?#YPVY}X|!v(A_ZXca3l-2@sV02U2Vt*siJ@`;K zxwndj3AsvSlx29Dv6l<3V{~U+8xqsX(p=W(Px8QtCQAd85q`px8GWJOlb)uR_m>Z6 zT~C;yZE`yO>%2HO@LUL_*0V0624ZBA+M0O0D`;s4L8E!iQb5pj9~}Qv&8gXm;k#M* z?C}8`2nOBfm|d!HajF~4%P)vw{PAFX=Q(7-OYKyHv;b1_leLH@Z6vFn(Exgsk2z^m z=YA`A?Cpw*YGqUR*iCsy?Hr8;QJ{gwflI|)SyKzuiWw%9pgRwN19eirI3Y|gnn6!O z0Rm_()wy9A-rCEwty5Ej#8*uJLot(OoDZS_Q>QhN9Z-3t3Zo_v)h!;GyDQ8eb1iLa z!Ic&(c@m8O)T19(A?f6gt7#{X4t2&e{w)W=+iqZnr*uS0RTNYhxbHJC2nj14V|N@> z-rLH^6(nfjcrlDLS* zC0-I85Uhd3^&TR-KIZ(9FpHzQN9aQ_%gtRp0+1lGvA)s#dV%9Ev?|)O8;O2D48?eM zqrO!i;S2>DR&M^hvPeOxd}QTf5hu4L_OwXvdW;$ho08bEph(V!v4NHpXq{fh%?KR2bh?{bdh-^TW>{I!i0w)e)*VWHsCLI#RM4L zOzD;pNtM1}%|zp>k$ZCWqjmTUDi=`)7C^LYHp_b0gxU^7FHlu2csvkK)hJ;a2P@(` z%uz>$7-qAB3<<2rJ*?Lc#9jCuLAMvFb!w{~Ab;PtDGwWDuUV;(9V}D8%HOyJ>Bb)94zUnlwQk?-*Jq-s2@R#X=Ll;H2ye zq%?z4Oel33^~ZtTE*<%0$3ff3El}ROFqWIo8qOrUs~;9d9~4}hDI+5&@FoJ`tfj6- zfX=v0X{EDR_aY5$pNcFxH(!INml~FvFgKHf^p5-2B==el?;c7jkcDMYK_cv z9~*%btcoCU@{!CwxeaU%k=$V7bn79&I7*dbzLq@;GU}dNIpT@ zj8=)1is}2&H#InG!Cx#cFl23gDoC4iMps*ZK(07umm(Q)lK@T7bR!rba(#>uz>{h! zr}5dpSnSLonekwxl;T=l?s(2w&r34%cVFsmS*yHF!tD9G@e#twDG1>xJgOnl4yZ9| zm$iRa85pL-P_j!tN*CYsK5=C3{kB0lH|SHTerhC~_{@;rjHbNh*)iA!$iZK~Ul7KZ zM1*Y$PVY2PRm7yS*J(}ieG2E`hX=kgP;M2UeIRj#w-;0nXeBpiDilh|Wsw%N5wiadi zsyW-VHKS0Vo1!^$47+-FQ?lx0z%JpKtH8*e)ty)(SmS;PhZM{cY{j%>t)q)pM4#J*)QcI=2NnegmbAk4MTF;X2*b(^q7jcq8& zrSY$!;zNy!$eg3@j@TBYS-;+mG2Y*(Fq(tD zl@eN7=@MByT!PcEv#B_4%HToOBOxKLbs;niI^b58I$U&yV19mw&U=PzSg)v5s~qFi ztfwN3m{%qV$}KqUsKtei!*0Rk!W$vpORIbf_t`*LKY}d!HCy=~&SEHt$Tj8_V#C8Q zMCg+ku_}X~NNRzR24g;;Pa=)qIav1 zedj}eXZw0yGMQMeg)pR%;N*QhFuHTDN(jPzVt3k_3`18butIptHk8 zxeBSu?E%etj6eL^AtrRkaZf8tBXw$JN2!rY0ojvrMQxrQU2GpQEkrt2rRcZ~Y+mQ( z!+(`13YUA`)i)<_;XQ70N`ckMDAyIkdZ&&SLE7fw)nR#mVx_0MFXwv|gy7oiNv+_` zMt6i);fiOlmUTBY#acx!TeHuU6vGQcmO`TxJC9$pplWbZ zrPdOjU?i)@OYva~Dm9dy_Rh}G$~SRRoGS-FK`=lib>%eF!UA?VJ}*UV?e(gmEn1kz z_K}Yf?*}G+04Z&oxIdCUq~MO)3i7%ZzSj?Z@=99s*W9XF5h*%6P-$sv`}V-52P!u! z?HEci75(ZZ%Q%IBCp$UV3&%nHo4RB#A|pAD8wL7BV2+KXQznla0>LtheHGaK1Phi` zK~!6a%1KOwM&E8?!3Wo@r7&Sc%q1O@B&)MLP6*xjG8b4_PUscQ=GH-^9L1=eF(ZlR zU3?68cWq@i^RJhB``EbhW*bnYmJ=3lajZ@OPQ3s5W77&@OQHD??M?PuLd^2~$)}*~ zk#s_9?{~9zE55mx3}Z=Zzm(UAb`BB6EW3{srd*pZEF;)?NU1UvIx|IkAWft0ehjuU z4^v(`;;eUH`k*}$k5vM#a+>RO@; zn0h2Sun}eU{Lo{Ylp^J|UvE@g9Kd-?y)eT8O;WMB-5?g9We6zI`^~e;32*&FEt=B_ zcUZ5AvKqn)UzTEWi`pK!e(HpMSrs6BI2UbMSP#CPtMg0mQn{2#H!lwCb$JYLeyMcp1&^bSE-=G{u=R`zK(VwQoFyA)F~ zQdAhF19HdRTgLc&)nP((;e%S=SIp)78t8{frV1AP?e(Vef}oCT*(D1T@Amb`t)FM;;j|CSS?jpdFP3Iz zoJ&*daEn2o^mFM^md0);lPYP_rbY0^WNw(NCUk{ll)|4ZA@`UV16Xf)V`Z9nJEz7% z#;W!_vVuPu4(Pbe9cs2T(H2o>?UiiudL0pIv}a_@`oV%g`<(IchI$|vGYiG>s)H#o z{I&9hPVrAziSW|Pj6D-^nUH-U^20^f;vqjl0;eHmp(2U4?fwkcaLNHXA?}Gva$cHyKOE z*8e$WO4XRmgiH|4Q!>w@qSB(N1&Ks=C{GT`H}oN?pbU|8R5+>lui_(#6*sMh5eXRi z-Cm%KZDt|=ZKHV&6shSxd)t7@jser5yU*L!_#LHS08Y3;8x$#+a>ju#0=@I1E%=MsyBcN-${g`lPz1&;MAf-yP z$e@(#@$V-}NNvVU&Xmr0$5|OLp45ilb#4J>c`A2Sl@_!_0&;0GrO`yM90b&Hx8$dy z+b4loBS_&TF?apDoiRD9KxCvSOVq?wB0Fy6hcD!+y}JDBrsVlt@o~ji#4OAuEz+lh zWLY1~Bi2PNQadJV6AKu73zP9RJ9X?DuGZymVsnZq?J+GyYj|9eYG~)L)zlaT`Vc?L zhD246sg)Yn`<*p5gqP!Z-)$n-c+U#OAPUGC3uqC4)WE|aKOuul1^1Nt%b}&m050#)L#ldsDSxn}U5=3aHJngAhV=pd_>_Kqa78yMYr*XDxx-Hkf}PskT*s`iZ6_} z7Qgi1!2(^$J_?|>!2=XsRmyv0R033>k{Pk!3yO$Ku-K9`J{iL-+hFFNsOEczSEnc# zwxC4#t4Gy|S8Pj8JA#xUcuX9T{_8<@dIM3$&mti|QTm8xk-*bjz^4;<7A_O}mS@Nz}W3FKBvmX2X~Ng4`E?=ySBIx5zbTe*ZjCDNBo5Bt?!Z1)~dx6Yn5@3CYxA zGl#0$W~+s24CoDEg=*pivOaNREO%&Xeem=Up)?tGFd*eSyr<_DDCX_&2^)xV+6=kl zH-Uph((9`x5N%qGU@BTI zFiT3Qc9I;5i#6Vc!S{C9u!+>~L@zW#0yeX5)lmsLZIMYLDFy74tD@80&W!nHkVS!U+rkhO_qW~8mc zSdQ2>kN)% z0d(BE2UPKB#XuxzH)T0d%#s!sE8o`D0;~D6esvQ&8Pnz5EPH1B?)bC;JuCvt3Jl;) z`28Bk(iW^@JiF3SrM^W1Zs*LMm>i+kTWT@Qsql=)Kmk%Lt7r$YM{<0;lH9XJQHKOW|9sX zcy)_AjHtmVNw2hC0vqRWOxF8qzav~0d|CXc=}ZV6?JMN#eu%~Hb@SbC?M->3qB~Pi zVnPXAH>|obZN54j*1cmWo={)6Rrmi)T)6w^WpibCsVJ=#A(!M9?p2>o-XEOF?Hjm6 z)h6Q^@nOZG0b`+pR<8@FFe-lgp`F_)*tt5$pRk%@5@4b}$VIh}Lc(nqD~H0XQmzJS z_f{Qmf+_9M635MeYx?lD5 z&RlSluTIDH{9iE*iw4O!9P(cfprs-AJdI58G3~BD(Jy(F=ddjO#`~Ofj1NE@PqI(eV3UW=5tB{C6$JW_fj%X}d!Of3zT{m6IX;Gr^AK;Wym;J35C89Zwm*gAifqimi z3{x;0BkKpa!u&0AJghw`W~iO%A=Y;IV&kEx_isyL!>a+iMn_b}v_n9D62vqU((9U# zb?pf-Sq2Lx(QqwCYeFRvH zB@h=CM=_oZJ*cbSROA_*9|DO9w8YI^6D0EFm_0=jt9ORWiSCp@w{hj~yObS^D*=CQ zQ}jCRVlTfug7K5P#ZhI53S;?}?+QuUs-C*OBv9p|NAQC9n~NFm#!B$l%wpGU1r%+>m`+Nlm})AM zUp!^HhD#IVWTfn=qoiWgq+1N9HTb67=tImq<)(n51G9lsWpUKJQt;Xr-GEQ7h5YG* zI`_%92jJKOSv6Ep2@%d~kyrwZ((}s1m_D+F@ofXu_br_l&TUlRy>yvA6OvzgBI}e` zU{0Ee3E2MC?9H%xa;44lFlKc5_jahpfCv}Ntv@6cco8pxWs59n$qB|7o;`w66u#2S zQB9r0@~&N;U6VTi>&8Xbd3JGMW$%CKCVM%)e6rNVxv3k#pQQ1XM)1_IJRw342o)*` zk+dZrBjc<8t7nNaHE3YK9EFvl2PijH&Q9O=$jI8;e^%>2i(V_S4P<(6{o*G5i#E(SH~=u?!XQCr`Fo-VOMl9NMo@vBWJgo)MiMWQqwc_dxPtk z(SJHJg`)qTd=i#%XmX_-F_2?z^-OI~o_>zF5-#zcOT(WjV_>!*?)4%0vD zd~T~&!T|uUxI7`55jtOCmF^Ru5t!kqLtusHPobLhBy>#GsGS#iKFTNN=TE`oOe_zG<-~41$n#*zMy+5sw z)OK$i=ikT%Mg^^rFDmDNKgru~A~+K>H5T`##7V9PZD<0h)d$r?#K^8yXxYWn3x5iM zeEvlC#DJ8B($m6omgEKM160_JtW219H}6;#3XN^;4?`uXJ`xqd!3*%~(MoReTuXk@ zkee6(LM1E}P;ykW9mS3wq8bUt6URAi(8tva=(OivN%z~Ic^iIg!XVM!^~9&^PEia@ z$+U&TCFZ7rJC-OgH9GWcImGWQTRyek^AXDoc&6qqcA~9e%FG$%)!R16`bsRFt)p6z#hdja$sE_fu~$m6D8oS zb8a~8+tF*n#7Gt@p*@h&LQz4{vTwANiTV4YCFmgbT#Nf;XA5j@I*1VViXbxRe7cxJ z(-^3=vV-;IR9llNj1G{ptOYF!aszdQYIjp85ZFVT(@0r+}_UIrGL2g?B?( z04nfy=*KJztZ74Qa^jH}AbmX@HQu>*D4uSsqEIhR9CoE2x#?{#%yth4s+g%LN@$hY z$Bh$f8(Ax@^6fBk$ZOf(K%b8AGaQ7>wyKvITa@rT11A#4nTCOzg?g4&TOA8E@AW%YPx0P&{3 z6F>=ve=Zow%wQxJICqDT7?5A`a$KV&!EZPnVLLa06d)W^C#q)pS5JLbX`&T@u^i^D-0F-2`S z83Vrs=6QEM(`T9!!iO|vr}l@kKUVh;T8@gIpQxnUO3{%(l*$Wk*0{h%gML{I zkE%#kYm@k=(eo*iL0#$L-|Kqua$yH~3;;bq!oS9$^W64@9SOCNJ)(j*NG2Uc4NquS zwX&CeM+?9&nIv9>7Pi9oG!D1CPkMar(4P2Z-RFd>G%$P@3kPGY=v&*Vc_?ywarbbF zGpqEJCl1;h{XI|qkqYCTe-ML|7X_2561_ZOk>ETa#9OT$`G>RM zJrE&7uOtrzajemIAGO9vyoe{~7j_fCRSsC8z22NUYVgF|)bQ5;;L69=f)M|`^adm* z<@$&~KE4W>+Q?IJOovfFJs(gA{u2K1ilwcmB%w8YDBuBT!GfIfc1$W%Osws{;W)MF zkEoet(*qlJDiZ*|cvOyQe9JHs0pzdtCI-G55$|35#vEh zSlt5F?D#;MZ}lM0Hzb85@Cgl~A7k?v4)WL|6=QPRD)IS2ghYoRzO2ewt|EpwI5Tm^cEP4o*uBsKDL6UMJzGzDiS{MVXAwKgMz{#lU*|D;H)|aO_VoudrcC| zlu5!iXXLeT`q9Nkn!j~-w@Ahv-Ld=fLSTN`cPyHwv}QQi255!4l~iGh?y_-UyD}DG z+|XzW|VmEfo}p~Dq&UHU5ETCmY9e=kMw6#tU!!ol@{8w5JK%{vZBUmc*UNdPV+*>=vgM)Y z4H>}uS3V=4V2HRdd9-s}3F<v}rs^3E4>^MH)1^UJ2&qsd zLgE=K+_vA}w;J8Am@H&}DB`JTP-q4uH@(R7Dps0993MB>GJm3|FADX34h6(0JoIWF ztKnhB-t~R%BB+(d5HUNs%(r5moF$PW_j8JbL|xuV6$m$Z_(FuAJ2-20_(S75D|khK zQPxp;5!IP%-lJ|C5Y=LdF2J=vVI7cN^YO!7+Nq?ICt>*HE-p>XoX>*xrt$;D}spVoBn{5;mlAS+iNV`XO?`l7>q8#Rz z+_o_(koHYzVbgh6Eq%nhCwc3cT8H0wQ_1(&N`nL&36*0kqNUul|LCHC%NI|yoWI2* zxP~eA>4Nq z?1u@{I&t<9*piE;{L+o#0-j6*!YudptHDhgBjB!G0o<(yb1n$|LLHQ4+3h$vNv)Aj zB6W@un%}c#E`NyDt7lDqR^rR5_o0Y3KQ2gYOUq;zu_@@ct#)GlX9dd@70L&z41qD);l>nPd z#fw-oJ{rg4mAO&-M^}p;wCI~khIb|4b9pR)8emi_L^!!a7LS{Du49Qs=wUM*pr24tK~`g$^&K{RL&N8As}Jdz2C@WAqg>^tYIA0m3 z$N67xv*lLN27z)z#v(84R_LRM1|Ks{;Bp^}t5Bk$*nsp+v}-qI5lC+xvfj@xmFE## zL*Z4;4gQy_^U*s}CobzXrtAyi*rlZ8%N2Dr-GmdNh1RU&O(|ztW0H?jfIV%+5o+v` z>=TV?mWjOkfchRQjE?iY(&@1DB~mXLBryfze@bygrdK?XHlhXLE~dgGTohrHka2rI%y4q;nPn|ZQoB_VmvLc5t0BVS7nq|T0h_( zrKFuBYLh*>sNhl3x?kHVj?1!O^yClk{jsPXn;u zx^*pNI|@EOR$U%G_0WOkZqX#YvIi0^yglSL6~i22G+!xHi1-|X%s~N2iJ-J!8SkSK zP-s{4!dE-EQPG&e249G;{fIp9gg%93<&Ry_S1%+k7+Ao7h@_^o6uTH9F^!tcz^_oI zy!K`$83Dd09)HS)+WmTS#XWP zULBvKAnegdELb546_9FE3eij;s$ol1&hZ*HW#8X;{Xm zN7Uu?${aCx=P-be)yM04)sADcfD?6ihZ^vARMm!&EZ*ZUGqVgf64L~B^^N*B@*DB zd(24KU(nH>{^a-8E?+5(^^wOM z3oN3z>vTWX<9%~q;PK|wTvrx@meg5PG9o>0q0$xd>M(@6b#BzWaCw<5aAe}<lMVTrZv*6$x!hCCeIiCCb#eX$q1?pX(L1VbEP@N~X5i zmk4=6wk)3JX-Ah<@9li*vD>mPb3#yYBzvah79Rj zD9<$+hU%04l&Z&TM1ItqRPj5$#^aP};tlLQPh%R?GT>Jbq zp<;H1fdpbEDPwXJ1dw@ZxS;2-?Q z?QAXMbzVcj1s|tX397g#uwfcC25w-&Ji44)Fu-Q(LDxytz(Cc zerXM`aj?+bjJxQynLCH^Rc7*kTK=pV4LQ~U$1|Bu3z^!8?fzk$RA(EBlG@uR3Zja+ zy(8e&2MN z{zs35ox@ox&WC2_&R&nf9*46=P|1e}zM3Qsr4QFNH-o}|vz2_$*|-<7`)13T;!{r{ z1z>#zp4_AbnzAmLxjq%%ro$JII^sBVVa{+CExNEw zby2k=BNv+M$BQ4d!v5Lp_hfD4>QX3{p#!%s=ohys6r>a)qv_52jY07*8Xhg-%?eBS z##I6jjl2P*{3^0$~XmIta=xyneco~gi3v~**Ae7XW>k&znqSc>P znJAuY3RVi|9m7F8EZ~7+Gp|@bb7z?hZ}Z}IPv}5WKT26w|7wv zdoR|W)Y91C^V0jR7aa^BXfsis84S`N-(lOz(<@%H>sMSf^JH4eS;gXCos}Uu36tsx zq?cQ*uMZE)i#2$fWv59_RF{hiI)lf{UNq~6!$jl|tlBB;3R{&v;33UfpnW&?(3Fse zu%=ykz0IbwIq}AyWMyJo=NTUAw8t{MB2k4rlzN8DcCFoaZX*|BQXP=H`g%e$u{izlQe7=EArYsrB~EBa zfVZRx_l+E86!rpSSJBBZBcoQmAkJs&oX%{(n-)`|JYDXktqjZQdUO|4tVP0u{myCK zl|X>a!afuzhHV0)&(!H``w3kl_3&5a0gSo-{#;b`t4@d5_8sr!NO@z75wsL#CGJ`6 zq`L)IGX7g6mpGBcpJ$&|0uW>tz4uDomr=?P0(Yr)aTf4aEaIHA7I+>0B$3eK0XF6y zvnPk8<><^@XPl>0=jQM38s0 zB9+kcM-(jX)ef%sh;op_U6e7Ltl#`YCalC-O9a3y>S=4L86n^;C_Me$M&@Z-Vdm*@mZx9 z@b^uJy0+(0`K{kk%A>MzlTcN1fm>L;lp@Ni-Hh=Jn zt=LXIy=s^^2oH%V92nTn?~C_#crHwCGzqp5T$cnp z!C-U?yErmm+S0P0Nk#^7J8I;$TE)070 z%m26*uMNFfzy83~nUFv_6^ndvZ|LA(lMC|MYF*9Rz4lF;dIUt-J ziNk`x_Ce4ffZ%!>&cCX!t#~X0vv539AyA_~h{cE`#@pg3$rY>9yvvRPgU}Hf zp0^nuE~$ygEKd^Nure-qxl2Qy0>VHfH%MZl9W`HyC=rJ59lZ3#_*{Uh#zXYy#Cr1L z7IhY2U-k`YlkkTnDi;a|-DgZmt>-1;5tkC?I3U?e%Rx&+*Zusn6e0Gv9a2dFW1mzI zTi3JGARbx*63Xn1*&=~3=()-+EDJ`EY>*5RE3Y`s&Gb<1y)5T7Cw1wim(-R80}=+TkdFs>PQDYy|o^( z8ug@UZ6UC6OCV+iNO^7BPerzycrz@LKB>lR0*1#WGqeulSAn(D@osWSQainkn&`oH zw%M?n1iy=u;a_Jeg(N@DwY`I|GIwF=ej}cfM#4nXl@5 zZ2@P`CjrMyHN)JX?Gjfjk}|Rgr{oi7x^K)CiAzv&vgHbbp6D;=zkCYxgv0CsnOmPy zJr-&0w!4r)n1=N86=AKv(L=C4~8dkcoxgO=pAJE&L<$pi+e;Hfq*nW|Td6416fO zPiDB{A^b4Lmf&-h4Ov`i?5he|lhsxC<=KD^waj5m$CcdV%_eWXWNi>Z#)E z81;}WQc^eaM_iae(uz6_Noq_af^)>p)rL1GloBr*SJI%G$)_!mB>WU;BQXd{^pU=a z-gyuV7}3Mhb_DRY)oxfnK4|dr54cycSTeGFMTD{vZU)0a@C}MQFFeJFfU2ReYfCKBi%dpj;n46Scw6oC{ezlgm^pGngQIC}oOE#7nlBOGiKd@b>rVyN zj8mJ3trmh*ejkb{W7iLMOam-H4h{!37tRx5XEsK4O+Ikxl{ZkmTv7vA&1a z6Pmees75rTR%4YL$EfB{TXy1GAoDRO(qg%JlF{<7~>-R22)NvS)m*t97ZemQ9&AZK*!syL-TVwIss@K~6s z)0UonNOOY6++Yfs#fM3XAjPRv!8RXtYhEKqqK}Ggf0)-vLg}%1vtpX)&{=&I&j_O{ zBO8BX0!2N6Ky~Stqgp2k*>fS{M}}m1=dL@xO&pg3(fabpaThxm|o^)8Z;aTWSnT}JM0)It6tTTU(# zsj6(tNmZQyXh{>sBT07v`;I@_9uw`YW9mwE9P0FhG11Wr9RZY$`jO$EbeNi;VsAZS zT>!fOY_2`n2CacV3_0pvMl@>IFxaOfS{1oss}?VsF=Q?JOC~b(=_s)wTT`WlPO0e#A~q%kMS*o{>YwbE zR#7{`_ALIgQ!*{5C%3h2je+gHh1+&Q-2fIM6FSO(bhY;Kf2ae#s`g1Q14n0=A=@uF zuVz;P`9AV=E@9yyinEzoWy*+B=-%@XID$cfVtKG+V!L+RiB<%NKeof`XwZ@I;r_P* z6-QLb5tzqMl2mDB2HPFir^DrgrT$=h16!%X!wQEkk2imjGxC)q1KLenQ9nRQdY&)fT zZv}j2iYo83hRKJz@rBw9(tltiivAn8L5p-g=jCR)QEyY7{1IcrH9& zIGxQQxx8c6nG5Q5i0HCh!7jdF;@L^;%iw2(=WJ38reJJK980c&}oelk5@avzisGxAX*Gy)FsS z&K`_gW2cS~4HfP%KHId(7MXs*MKxNq)6#$$2`DLeL?mFA5hdMfsk`DwELp`@uZ6Ng zmz?9x0fExO|w*XukeKtEhw-pyL% zUjEAKpE-dWOb)3v>WQz#&lp;)eZYgE5_O%?ZP-XmBXaQ)qyA66cbEtX?JFP>jt12> zrH{K5#nT8^Ns(vKVWVz0ixjnko-Lbg2v(yD?mp594PjRd&?W~{F~W0tERYCHIC~*> zd4&brRNBIDCdZL)7KPVP4GTBj^a1C3DRW8__ux3k;%d7Pe7vJFTJRINTMQPO=_m=B z#kmo3xjAPUZn!eem^L<}O$)g4h@afHQ3`08p)~dMK8?WlBWzyAjk4Hxg9%DGg3))h zg9aV2v#C_2QllScOft>hTbdw>D6g-`-yR;HZ9gr;cCQ=28!Erl7>%L?gK4^>2h1v~Wv$8owI;Z%M|`qDyt%u`vBG}(Yzjm89G-nU~^X*H~d zmZZJ(QrC&;0g9w|n-i)&L(uV=r0B}(m*@&Ew|zmLAj*pRV|@|VkvMD!fRJf@hZLPzq&gr00 zXW=J-jS0T&gSEa^#$vpNL-GwHXmoQsCRjvJGk7ITz@`h6{CPqsECxbPTuZewU`H5r zy~ID6>QLy0cM>^JL2wr7SoT+%cmqfwa?Cs2S;m|+Vs7~A*?6577g|wSIMj0A4oLgI zj#LD<{bwN8kZ{hX91}5KEPn7r!%^XCb~~cHKV#N~(ux_Wh|I)1B+6;b)$wPF4cr*3 zX0ezvqSMOE&oq98M$z%68nGqjjlj@01s;pYh~z|4tG(4?>c^2MnUo1)z8NGOjxv zZ7h~4{2GAMVyazw!@W$UQUzid5O?;uS)F068-{-^0~DuOwoc*(=dK z4CN2vd(!Y`8@uYA3b)Uk?<3iWK|4=L0ms!#+%d%o{^XagyS3WlHX|$^P3j)SPcauZdy3a>SM{@ptTFeFWolGG*Gep&u>P zH{sbj+#+b3vepK`!SO7zO!P=A@7D+!rpXjaJ~#K_fqe9*wxCTP>@3cFZh*;hl2YiK z^&`@9YQ?+~T|XU6mpKo*@^4A~D7dede;GxG44Kq5@NQZFv(GP;sw&r+CC!!ct~o?_ z3Bc#P@|eQjo@#Zp3pEqu3KH;dKytN2m7hM~E|CVpZKmg;Bd!SB><9(FDs zP^XS(z$TQ|0_X1PTeCKiA!Qe+WK}MtMhom2I>De%wo867K+TRlLww``%uL@PCsN*SaT}#;YDXm z*f@ii$ukI7QGKWU=GH-p=1sJNW=a!9yOp8e$Db%?7S>`mM!=6bRktp577%muV4O4& zS`L(-9r?l~q#es4GgE@_p{rWr#XIeF38d1tLSDW{com?MqiyIdPF1((iUzKkpN&11 zw&z&e?7%LCo$87iAEOGEL_k*=U1eBhzy_a;EKYOZB6iReyseJC?F!BJXml1W6MkVD z&V%s_K=aTGVV#B9k1?6?ilmdnAp$BAGjX9P$I%)fk))_JymOs zl`2I^10;(@CDep;7v7yLruB!!;xdQs%Bzz|-aZyu-FpzSaz0#gayT=g4iq|_dC*2# zhFA23_b5am8Gn@-o}C+n7*T=7@hn}{;@Slg$jmVESo-=s1;Gfdij{5zMS1JNWxGOs-vM;wWG}ZJrge)WN@>idht(p=#+01sQ1|_uG?|F;kvtE7Bkvec;=)K zrAt|W=9qRgW2ymFU`^!bJyxf&vu!9c&;w3k7X`Vpm*RV3@RoQs{v%5X>Z)cok;a2P zvr$5p)a$1j+lLX_hIl!BmlBS0Ied7X8qpg%doCGF_B_*hw|nX)-=%?%aktKhkbN~% z#h>>Dpm>1I#mHrl%ZeTp)18JVD+tN!yW1GA?X%GtGfQ;Hh!rBV>yN>do*5k4jP?|2 zSptXKevQP*M_gSH`I&#AEmHZ2j_@KYWRhw5=G;AbjdmP;o+?b463Vrh!=iGAxWWP~Q645noTn-J2 z5y(@&vbv#Oam4}N$b6r|i*_`w2{^*t0G{*E0~{xiobgGlC8PArQh^`{@*(=j(;6|S z@*)}FL8Zc`B7Yki;V?=#>TOWxC95mK3`%Itm%e@DJS@XkV6?J>(UX+I(1m?<} z=@mE`YeyvN%#8zM)V$oZ8H`>;MHIc%$&}`pS)5MLm4p>!aUN95^fb_R!^_BYM@8Lc zvj5*Z(`8Sq5Xcz_Glq0G>(3oypTBCtFPDtAqdWY#>4&HqII^&PyWZ zFPa>)=*MP}+`MgB2*#w)z}7DyQOzF_sD1xZ)5n#dhKrQ#b=*~6%BtauBRyS4{&Vuu z4@rlykRnTXpj&j_31DT~9*=+)#a=2WrflJhykCU7KB|Q_eQeScqDBTPCBOfCT2E!w6R4=|M5Pr4}A1x1Q5R)x!nIgEAPB0!gD*1ellpY3T!~6m$dv8| z0nkR9_(%rVx#Ia4wb{Ed(w#>$;?O?DuCPSLr~XygMiRxaF^&z|PbgskGI*sC8vO0p z*LnIBVb~!h!)#iA;*_<>s_4&bqVAqED5Y~!Is823sNx$-b+$^uZXN$fw~TE^`h-IDG1N*z7qZzv97+@Eo8n$T7`Ih@Q6~iW}JoS=;^+5uJdEkAl$#ECs9^Z496tKM$;aHs@0&Ne08^y7Bj|fABO9hd`j( zrdMGG0lWI=B7a9M$9|e~@qI<~u1@W5dXG#^A%?~K6N=8jA!>)2%Jn$5%M^rzB=2EYxDprQoGx=Pv2aly0ZHkXF zJT>t84l@$Nql4>)nWgZl0!E>Wl%>3wx^FNnDQr-MbINB&1d2x=PZ?9!dcSBZ`d}tV zJlkPdkrzCKH5pSCw{ft?r}>z4iPK1j?_QDU$iQ5`v|I0ZX3adxvZIW6w~ipQCTJ}( zMw%MwpwNV=grsbaC{{St!ILa>VXBN zh|pfX&J)tM$Eh`?(Xbq1Fit79+18MgwN95zdeX!!b@OtFZk!|r;{)38Gw>p3BrF;k zqop1g-#wHo*PuTb1X7<;1^IQ>*r-TU7an)#6YDpMsR#vs|9`X38FuwPwdl|mNuY); z@kn9vk8wPu?s8%zsJ>8a?eTC0OkcHl#J$9TPK`ZWPA@42=UIUL4}nt(WdpA1IBJfy zx`iQQgelq^6Pmq?fTU5yqQ0V& zc}zo7%IZaDXq?olA1u^6MVa?`{qQtG>WronbbDB68YdKg=ZGYzi`((ipicvJx`}%& z#)CUuyUV*ongi+aSXXl6EBN~7yZ=xAZ4~i!JFHJ?i1Y*Jr^a7X zr!IWsBTe{Be*HyfjO6zmg=p$b*AQ~rmCJmmQ1%RwAz;lNx@lpW?!yu(nJ!sgAh_Z_ zf#X&LsNW&-cg>4McEU%ev+^ZHZ`djlQxYMDpwnTf8a22*OqbIg^Lb`~XuMMnHo^hN z$eU$N01^DHK$yc9w77uSOf6zWwF4c9)pepZB~MZ}4vI_)fa7nXj(1)5R}e%gqI&E; z&ywgd=lA8<#3K;2XyQ~I^j;JRg^He_*nYSmdN@PR`{zBN@^EpW2U2+{g}tKiqa4K! z{%9g#N8A^;iv9&}3z%Fcz2m;K zRv>YXZj#llCZ&xPTfXEBv$c1>k5bMgqtG&|)*oGT8d)L7U2@6TiC1?Uf%Wwf_d-$6 zVMYYTHPU};5ZGKchK7R^+iHFkM+HOGDhu+OE{$xQqb0VFJ*9ITo8bml=q^WhIoMHQ zJV@HDad_dAcAPvD=uxSB=_+Ppd^B0$i+4r=;?jvF9E?E?p*2)bE_ze+>uv(4%mBzG znw23PwUOCKM<)l@kBt8x*ww252MD#L&pEkzVO0Y1l|tBI3fks)MpEL6S}=tRM9YyB zf`(RAgrL2|w9;F2v8$dlv>hjSiu7BfuD#w?GBj*U3Llj-(3`Y}kNS>}KaI`&LjRq% zACHfdR}}f0A{$VgqXf`g<>sI7`dBE^POWS5``GN=m`r`Si(#b;x%m8&tKvrW=rJYi zJG9oBl??6BK>q)%-Og|h#;*yq6TLesrPo2{a96BMKywq2IGwLnXjPIV+uOtt0D4kI z;VMZRUy_jOIBwoT5hQ;%IEh`_*4zDr)P%?6L4;?$AB${Pn~auK+3O~^u697aGAY9> z5aVVMQAMSsN63OvQRc*Cqfb>NGcuS>&k3d95`9lB*5#Z%LlxA1@iMiyu+)-xr_qC* zskPOxjG-w-?_hn?ZZy95XtNYT23kc-i^AGpJOMzL49Su`P^1|zXC`2ZSM-=GmD*9T zVmeMI^9N$(v{$fpQLu95&#c@hbs@k=E{tox1FbR}pR?xZS6fQ+bJoK4nAIB+oVc1` ztfktrA#k(lttyHXc-}xIA;Rf|SL330Dklh(BaVIN^c2e1-xQO;EbO0p@Svr#j{u*U z@Ki8y**6jT*pI^waVx~CBT9rkxy9s`yVrY}FDJCT2;7w?y=Fp6SULnQVN z(Nz~;<3?+k_1}>QXwqcKRqVGFRftg43D*V}oWGnqBjJ`!t|0%+{R9{_T{_7zc`pIp z($&Sjc=KyMf&enZLpus)_=xHj`DEszVO5TYa<3QfY z(gi(T4;yE;!Rg1?EEi#ZAU%#o*n->u{|G?ss9MsXCa^~SR2VpN+Wbu2OO;&v20C#} z;YNDH6C7g^?TMl?!*$R|?5lD-1%v7W6IDYYL(mNN41|`AxVH?LPsFwfohF=#HLX;4 z#)4B;UIJ7zOff#pf1lNdDHf(=H9ZN=z&2D#o&jjDZPRCHQZJ)AwKKH(V8L*M3u@8= zqsmiX3X&apDYMhVQMvRDan*Au8HX%(AGRX0%WAnTGkfVQ2#eY}1>5yT7Dd60(N6yd zVp9DNI^*s1ZS9Kn=!1NJrrJx6ARqDgR>nsq9tJGzc+Bt!(F9;|GTT~K4$05TcP^hoSsZ_sPb6x8-7#NBcZ%>xCml1QS!z8_w-3g5W zht=V7wBY;AJjO-C$89E?a5u9u(W{D;#ISN{cCgZV``|lOan}R_H~fTHaWIx9{oM2U z2B`f4JmU^fr^2C6R$r-QoHc4@ry@KF$m#eK>A?LTEDRR1n3`WDFMBo`?ssZ1IHG6q z+ZGL|6AF2Q{N-g4->k^M=(g<@n4?f1VrEM*AT8w1DJ2fgOMKc*b_QTx9^Hr3*k6!wBOXz!s8w?!@{tVa_e}yKIXTBn^`eiIttGQ^RQ|ttO4|H73mwN3r-zH%Jjo; zODb?-il0fESi;asu;u151YRqckeN_CffLKtv=LewA?*~8`6;20tWH$oD(J{lS}elJ zD`teut%i7;m@y;}raXyDl!e_nDMT?%2vW2)&0Ismx%MTsde1Ntb6~zeE4FJIjga-2 zKP!`!(L5MB{ml1bKC7k*6G<_Z&uCBs{7NB=i|wz6l8bmWF(q0habSuDU?s1V{8+f~ z;u;9bahS$s#4W2R42*+W5r!%IH%EDitPs*JW{WAfS0H~~IVd+-Ay@9o`H>2kwRU_6 z7#k0ma)~PWM33W+KLCIDu&;&dI;C|5(@6)A$3rb?wvGsGYc?w1zgc9Ilk$o$q+F~~ zxP$zgP5)Jw7!L&iTq`iUZoGU(bOr8(OY63tc&5wABVxXxp$S-BTicyr_ysdpK|~}nr}U)fhE3aEN~e~1`dCp9y4s{QsX`?cJ64g` z2L@0`z2`*bp*e?7jHI1PegPXk)-5?bz>%cPqEqK(l1<^*OL(K^i6Y%-vX>E>b(wZ} zND~M#A!oWN`VbmO9Y!t#T5Io|BFn~mR<9DCh@Xy~O@cbHC}Lm)C$(9(c-M{^HIstN zHrNFXK^U?r@M(JL&lIo-Owi z-b5J@aNz@<+2$#NYTSazEg49qnE95@VIZAGA`EY>Canozst8lYdMyeyEs8P`-fdCy z`dqU#a>ZYLAk#GVBua~;-+&tmZ7<>gk#m?bPNnBxz`Kf!icn`w6}Y|~l&PFZoW=n$ z5j_nu@_Sr7W8DXj;t}+c=4@@%wAToVwC2ftjA^MzTfXodiB0Js!xe-(ATh zOC6$}J;f(~JvWTtY-=3nMALxv5P$TP1)$a3Ip+2#!_ei~>un`1a;90Q8+n{Sm{NE{ zk-`r~tORYwRXwmR!nm5AmRL$zpWn0-m;5l63XCGMe`0O<1(CgI3YUqNyT(Qqu-MT= z4k=v)j0IIewMpmc_$HqoLBX*IUx$=??KhR0LHY7v^|w*z(BgCD=}IP=C$-Zy!6bl^ zf=nTJ7*o03-727%Xl}UmFcx8yEL2XhVVP~Z^vDLik}tx-TnDU(5D*2qv{eIlyrRZg zkyB%a5km}y8p(%@D^xiNJZ%CC%_&gs1N(&s<=4+8@uI~8qvdwPt607M)Q+B!Ujz&j zcz%#(ycYJ))!HBX14f?^C5N4$C|2n{k=YG~9H+ik!*?m7wOt zqZY%(Tnn4RLx=#1Ey0hP#H#;jpSc>N?vc%6&Bc<74&SwN=0bp;!v z;V_68SrX0|9rT!7z98$2$0=7*JT++=^XfWLdLj-;6DN2akX}v}`moVJ#N8{N45)Uy z9!H-CtyAcf`@srEs(8vXrO)b6vTvgkDd`o;L*T*?k)XJ)mdkD_?cE147R!|ht|LU> zp8G5}9A_zHQsf6x6>^k7&m7sDwSp>wusF&@R#jttNY;U*ca?|8HB&vZmX!S^vk<^& zTZrQFwI%4UVhcbL5X}LUOY7dzUKoT)C zP6|=3;~7MsBP-oxp<7b)OeQ4i zIz;UPDjan4@;H}KQoxzOH24Fx!^>H;_mK}dlI26j?q}8Vc-ff+3Dv`c=x^slypV(h z6{ZA&dI(8(@LMEkrm>}K( zh=w8OuQN1v>qgk=K*VRsYl7+PT!EDBtW2MmEq}@JxL-(&AX;7#bLW@Kgk@S)8(pvJ zQ4Pb^%0?fiZ61xod{`)QS8Hq{MuycK~OGqbReu}NFX@6 z4`2m!9}{~8n_3kt7mF8%g1iZw`ZnZHFM4pK^DGPCTUIXMk}pftBuoGyBDzPh3w0$0 z*uBOzVt6a*Ylayz974b>j3IBk*RUxTsDxNl>Wd@yp-*f6GyGwhf!zj`2rP&Cc`?)4 z#2=+vhBP`tUlm866eciXQG4yY5nZx;dL|B93ipjXhLAOhJ&ys(zOQzx5gPI^r(d(j z$L5)rAc1SJmUdZ#Ug}GQokH7TrcBgBlF%QNGlWb&JFb-}j4k_Dv@G!u=!^VFUzZTB zcQU=h);iXE`3|};h}Q*BIefjU-1SA}z6HW5G2UU(H}KkSWbILt644SOnw}_gpQeEW zYXa~^U|5uDT$BZ~-Z+loz>n9r09s#_%rI-@JDI5)0(snHmiTi?S7J2{1!9%Hf_2 z@V1YxX=J%uZ*%4DL=~JmJMlBTawS`c+X?jv9^E{1l3XKPV5Uy0i%|1vkz)g~e9JF<7X-$>S zPTS_>xGR&m%u}vB$(dBd!YezmY}#{^^emu*x239yf^(6LNUIDp_1`p?4=!(9>oUSi z+gLC~k^aoQDw~e8E6}k{v!)8H<4JyCl}KrcwYxFqr_0ttl%>}pQ^ihl35vj*g)+Z8 z<1~;=J&~WLz7}C~9=R+_W*-5rE3BtKn|a{KB7H{^>W7-|o2FDxw?5F!;1H_bL7dY^ zUF92)wr@1EF3dBz0h$vY$prQj-3dHdr63AQ*27s( za0AT;oKY{rC#8e`0{0)C&orzg=N;QSTv}6`*eV7lJ6SEk5*b#H;N&U_N;ow%{L~fR zG3pgtyF&p+y4IzsJN0-z;U|&zuUeSe6&HZg4dfD`@+ze@IgupZmh;q_QLzQhzk>;1 z#nv#GYVEemFB9AMW!S^)@RfW9J(t0czsn)3w9pjw=i z3fNK+LwM@yM((H4RrD{^u^2Eno{rizDHJaqyw7iuhsLqOiWcfc-NY645GZM%Bw@yt zi$&BDvIFBsg$z}#mS8%6`+rs|N-(Ic`US zW}L`Q>8SGihPIYNClRj6j`$Z#h0WZSP<^Pju^;PoJtmuDwp+kzuG)r?!#Fz{+SC(PJ9 zdeWe9umna>M@^sg#ZnUc!LF?mN@~ZEsVZ!h)!$^+99X=sbeWLcPHS3uxdmb&RUfs2 zr_pO%)&dP_o{&p?$@0Mk&m~U59ZF$iYqR}z954oxZ^FQO1@vn(}Y4dy-6nxo>Hn3 zOfEhCS_}|I|bx(6PwS=(TSar(YyK{xiL6WV`=ETb4 zVxDX+Cu-GB=}Is`HK?6p;99YK4<>sDokZ@vaCred>n>14VmP#9X&F{y5YOGmhEbK; zYMM8w$=Bw2vv9;l`FyJHJr4jB0)4fE%5(pkIM~;1Zzyr{DkLade(M*NVXA9Wom=>% zJSgGF9$bb=YL6a{>?+jipkt^iR_Yg4 z4#0cjgC3K+t^~d@GnC`MpG70G5d#C)SQs4su}kdu#g5_A5lsFiNlZLRH2WER&s`F8 zXOlKXTs9n$uTy$iR=+28yt{8tV*Ok*HDnxUu_K-J%Wev0!~#^6SZskuVQy{dG$^O` z{bfsYDmguafG$do>y~L{m%XA5XmcseGg?vP6N_)faV4y$1(HDEHnA_3q0Y-*nXV*R zG|@@F(u(!wcwlijRG4AKX4N_-Im1d(`zVJS98yvE3t&?XnJXc(TyE9JEo05~>5q$q znHV#M^eAsi#mpS$#7WH9_vI^C)D~X&KDxL$=w#K@#Yl)QR;fIABSJ2~`*DfbRq5Q{ zrE7;c#>CZ;?(|DuQl` z<%~t!yQ%oD76%N%B-@s?o@fP4pU_@>NDrYcycQBt(XB&b&8=lC&QvV=;nSq{@k5I7 z1YMp(*MQBPK*rS|+7PMiby}%|c5}0Q8mncot1=|r<;b@!;~`ZcIKH$W+C;H@O5-v8 zIRy!Xq2Xpg)dmfW7UkaBKDPihb^c*5&#t@Gwhxg-WEi`=c4W9nSTfGJLd> zeA*oKUt~qZe?vl|gJyG7qyWb4Gw+^3nrv!El2gFpgDc z{58x7CxE3t)6iVpbKc6e&QM13_BJSb0`y6{lgej%uALhm1N z?7+)G=Ni&KQ>Cu;dpk!E8iG~b=IMDS?B>??9tNl-nUUdWeTGi0@iC37k_cNQQVNTU ziobBAlc6$F&>*X&7;B$m+_9HgB4R$qJQV%VS`Dvf{`aaj7)M;OJZL6a3blkOXS|<3 zWy0@tH~WX({!m>h90;E6h7DY_+WQ+p(RR^Z!A%JT@Yz-%vg5(6@Pm{`#9-oxcVAI$ zkyp=Eg8cnZ$R5e2vVW;rM~sw6>l8P~73kk*Gt850(|f_rO@ z$3<+nIeHBOegqm2rKiPn@WHi+=W33tojl>Y1D|$xdTLJZX9hNu?57 zUjnalF=Fc1?*bk5^>S&dyU`mELhnD3}^dFB*zB|LP6w~0tx$2 zqO|4rn1~SNp+a4Gwd^Y`9YG2#all0BVh7b!k*?`)QytWi)M1R0(IV$hyUr6Hm|)ge z<5DEp;3F(F^wOKljIw=pfdDaXC65{wr@#URTBlKz=J?O|7G zK8;rCM3O((tu{=gY;Ze%yxoIf#|;yKD>du1HzCypx%Xjed-BKW#4gqYGT*P0t7e1p zIFbRGMl0DGlmZf_}F2aB|Ryan2xBpqvldfb?yXaQQ#>0=G=`a* zPChd>$qFaI(HXGn=UJNK4(wtp0xJ~mDuc7WimZdY?m!bWX$O0$be#A#$~?Sc4I&re za3obTd)+l0wC1|`FJ6w?QocIG(0SAEsESvDOl@i(R9tXcx7Ob5^t}_cI6r#l5n9O@ z6?P3G^N)#e=|G(f<`iM!fy3>IV@HRDSJBrwY4d7H0z9>L)=LOFdsL?yT)Ldf`~Uha zUL?SZZEccd_zZD;HtI+FyfVz{5qH|Y`30B8QefbIR({I137OV{HG`(!G=SVi3syV8t$F4c4Cx9k+hofM42N>w@6}ERnT(6 zyA!@UBl!L0tZ|@Hs)qGKkX6zYgC^4(rp`=FODW@?9x#so_p3?lMNg27OZNuxI1o=g za}s;#i4$R#e3+8B;3*FYIBK*u8Jsm0bv8gru)&I7fD{5?gDYf?-w#?IVAfQMe2|7v z3QD-GM@8g`U|Slj`<;-|>*U^tZMi?@nOC_+mLj3Aezy`ywqCBYQDCUTf+6g_aw88F z69h}XePTvJJ<*3hMDGY+gtC;d^1B3_NRxI;J}Tdvpbuq+NWIREo6+^KyW zg3l1Y|D`LU&K?4==lMIR<4wY{CoHY z4ug6|<07N5&>mIwGDP=+R_r=2dG^zZsC*?PKuAx*s))ff7wLuY=N2KhQ;St5yZQ$%qh<45s zY4z*4JtaK3l&39?^M&bQ5J#Y@z7eb0HU0Duoag*x7W-J{sGtyzpoCY@KYo)!rCTqFYdQK?KXIUD#)n_mh*-KMw} z#LRf48zaW*sayu1Eq#gwvWJVxTB^b*+YC}z0wi}O)|s`1DB51`m9qB7i)a&zx5sn2(vVa7nwCJL>8Dyc0AX^E$gZ*@au64&I#<^f z3wEbJ^F#Uu(>po7x+@3Y>VLtJ`GW!(FM|IcN~!tcOe&SoOYEO_BJvtZ4^H>uzq_y{ zcymz=bJU9D;>ur7$0j1a)6da;lg~OZ#z7@V_j68sLaTBgnUP1h% z54dW|Eb8fn$;xZfcl#+JP;Q)P~c zG3&FKEb_wXYK$aB2~q;WvG7rO+oMla6BMdcNVsTdXwy!;9nIi43Qne~D$>A>!(c9X zxUIkot6m8-GSK*BFqmZ(^RH-mKyJ0e8~08t8@AG=>~19YOZ*iS?lZ=iUB^glfXSek zsMynLS8R^$G2B()6W^v~DvxJC-&>j!ZKk*FUt)Lp^ter%5%bQuV=jEuq*q$noVnvH zLNY8sp|WEue*Ac5pJ618u0I%4A#&riDax?*gR9wceyWoU7wJ6No>&%l3K=%4%+I?R zXf|B3vLkP&InUmT5j+sh6s@VZCm*#ki3&pekL-6q?>0FXoB8s}-KnKOL42muWYVNv z#RrDU4@9?1AU}pp@3Cy35F!Ewk7-XvVxVVm#W7tj3(X0sF1n8JG7qlr_4DY0y? zG_p!?;t5@w!8L$R*&COGtdF5OiNosbB_2U1jT4OAh~9Csb2fLO{c4l3raAY$B=pgf8FaCiBxX0>5Et3yjt$G^k|_`} z3capg#&@10p6!FlA5R%*>(iq5CKOE*z6O$1PqWvnw(0dKNW8YBFPomJys2m@L9;q( zESxoy3+b*?&td#|%{g|~!R|sBZNW&N${}n4<-H&g+i{My6`0ox9wdq2AKPgbk)|9R zSvb%I9q^jVBUbHLYJ#IgAH|%JNNO$)Iwv>BnAGGMCC^Rc!{nLKODYmu$d8c&e*PkY zf{`)m>wiXT1U5s1HLs0`(=Od07sP7zWG)oSyvo@;zMc^M9VWSs0c}Nep=2FJ<$L`b z&q|Guolax(LBX?a{S57R*T&$O*|eDw%7WX$p~2;Wvg~m%oJW{dmV*n*RxOkkKCwz` zhA?{A&&)E!zbi6D;8hZ^XWRe=1a&OK#8xLfgMjW@3#`P4icC8w*}HE|m)q5t)*-fJUW^FedRQ^`=UcgD=b#SF187N%-9f=_J| zo+v>y@z`a$2nU=Jg5l3Ef%|q~I<(>lMO82&O~ear)f8rr%%(Q&s3HnaByk=A@jazD zxMJG}|KqT*KT&me|39pJ*n>so4l$89^CYX~<07&kgutzwar45n3HQzLdF5K@;3OV` z-MnZL#UCYK`n#vVNIWEOp7r)M_v5Y0b@W{F17LvHsshrnv;d$(k zx}`kFyXu(z7$BhPM1n>x6;qnpl2%Pl<}T_ZjD#LTOB1KMQB%|E$8K9)H+7K8AKDV+ zfT7ZCH2H8OvKpdw)X`*@CX2Ub=EmzLJa6;J7%c<{ z+zsjfKm=Ga9U7A7)q$M;o{31tMa#a7#hs8C%q_ZBI2Y{8J9B zmlibSl73XsxhI5Q425$MolF!~CA*hXRky7CQJ+=I@Oe&)?X+uP>H5t-=Q9Cr_n9Dx z$K*y1wcvF)e)HyvFg%t8hWnqp~9mHWkaRtr;%M84~dv5@S*jy7dqd>1$#{ z?{#=j6c|`aWm~0_Ba0^&_EnI#tB;l<(kUF{7iWEuuz@~uX+TZt}VyG{a(NO^QzxN>$P^eO-D~#X#!i zsCVs1#rrDZab=45NxJN3)BwQ*yUgztJJCD&L8IA%$Wtqs8@z9$2+}vcqS&``4IK9L z7YHhzv}w&orMc&M$x>rSWe=wF@uzHKq494fmAK)zg^XUJ8CX0h2^j4!)SFep=qqz= zmc?SUUaCg>k`C-bl*T*0dbG90JwCd6p+iVm>t{3`LNsAPWYeVsSK@aSB&rB8T|umNm7B^#Dy{77WV z_>+1NN98hPJwOb^ZA^TCch)Rhdb2NvRJY*Q9^)M)VX50-kpA;z2miRD&h*~tA$T@h zgp7fXwDe&;vd+O!p|VTJ54cl%$i1OaO$X%Q@P*DC-QM&=E@xvn;xN7s^uXAWU8W$m zrc$+?OQzb7z}+iQSqt`Z=LpGGi2~IsnHCBoN7}@GXL>@@N{-=AZF-7c#{HZ_j9Gg9 zWi;MqMuQ_^l_XZ8KAYG)9qkSNRw1>rf#IavX^J3adv6&2AKX@3jN-N?_u88+O z{@h^zpaNxOjr43qM-G+0ryv~E=}+E=C?QenWp2AGv*qld@dD!G>99j~RHWoSn2?O+ zP$eUv#Ny9Z48WVvOaKS?!pQ`oyEXPAHJp^G{XAxf5)4U9`U&;ic z+mQNs(hGVRI3efv3ruV@J^J&WuLAEHrG;<&RFZVh4C(np-e{$mhpbW-L5o(KL01!G z^0c9cOv`i;Yq#R$Y3k z2^BfaX;>m-iyS@HGuY^fY!l|Y<#h>YfmIraW?_q0mFfp>qG(@Fgr%TsNI&z==F6=H zV}DDtI`(%%fDE&taSA@BH7czpj6|PS<;4A&b{Q5~!Y>>g{ zlV);UmC=c1u=I}t6+SVPH6)1g7IY8zvoU$a8NXL_)}UNpBOwkTFG~!KQ|%Pw3`44H z-s+fWm826n9gDl*sRS?aTC#_dWCGBz;W{ha&g^dT4|A}S(Ii4NFG(6Zsl%iMki1pO zjJOKaEC$-KL_sJae^7NkDh%a>Ow*!4mC{%@;b7oK=7L0BD|jJbGSrfLY^tb6kcAh= z*zvdNDjVhlo!5Qe_MUw#Sta#6Mj7ZTjT$rRN$I_*vy?r(r8zBEfk?LWDEl}fmMy-S zxFUkL@PEz| z(Udwyj{u5Hj4Gkkrr} zzm94>71>SWxFVBU<0lK-sbovyZ9!I(=|OTHmn^Nia!2BWj^R?T5?F68(o{Aq2EFRC z9OrVcdF3&cxEP~B9jb?j+sq0jn=)R(A&>q^l%nPehzRb0b=XqAycpsub*rsxTcUCy1P6)4%-H68?lnN(R)np<+QQJct z{tOL3WE7KrwSY2^7`er5C3nF0Nmo{2I0T}|dFG}dKnTew!-7{H?c!Drvx2o*2x7^A z6(UmjvHP1@?BarYQ*lpO5tSUYt6O3bmE%p^tZ1}4;OuSG-YwM#`Al$BORDmkV*?#e zW9DZLVDutWTZ$@QMW0Jv7|li0@kwXECONXB*rKao?hy3z3oOU+elC%I!lYl_Bf=Ex zy&+y={||YGxiQehU2-qN=qQ^cLcFxkX5%J8vqD{2CHa4iO?d~`xC=a#$+G;7*|bjD zf$R}PKVwLUP}@H8RVWU!c*hC6jhCB=LY131_&cP4u5D5OaU@0Ct~{qbs`vk+gCw+6;M@q;2h~LX%;yh3 z3u#vcJZLu;Qrv>Ru4fPpiJxbx|BL1p&fn(Z@)9xf=)ZerWFXL%)=hkZc;Ij4(z1s* z{~T@BSn|i@{;{H-pHxQ*Vx>7oVIuCm8^>!ovtGwEF2sf&~e;DczWwn z{^NlqES|C^eU^`*gbhn(0V zfV4n{nNg{s*$NyHQD#BqnGChq?{gnx!*=0)T#D(wQn z#{MP?O1F5KUTw*D#i7XF(rv^rjhpkVqNOE!QP0b7lU#~eu1aoU)}8N!=ThegB-oooG#FPPggCyL5U)Oh#p_GF3{j zD_F%Ya}VU0O9*p$U8?O+%NtokZ}LX5kzjcTO~Kr2kxL|QNNCH>k(Pta zFak>YZzt)h=ZH(6qv zU1f^0@(8Np7I33vM2`$Qq<0tQI%s+AW1Bkm;b392TrRT+hGvmcHct`?wRtJ&(nETK zHD@-MiBfB;qL;lUEKDd=2&WNh244pFuOG?vNYEOfug+BbMHcFF5QKE7t!d0@E%ib& z6!l0?2%3#l&lW5_cN-Rl-JAjh8lA2Z8Rf;&oR1dCS)&;ar;OK}ry%lo+&{8)N)C#l z$BU~?k}>%ZJuzYO5|H$~Vf1N3;w-D4qm0NY5w2_VE&!n<-xl!+8l%QH9zM10QzO4* ztW}^=>Au^KxE$^T%MqD#c%_XXe+n9UMHkcPdZ~ND0u&Q4Hzkz_yJZ3Ud7}1~mY*-Y zjIlno!$Z{zm51qX%j*of+i64!>y3?foT(_?L~R4iJQn&6jOrmsbaH&wFD@J7B)j4b z$n2d9w&8ae+{OeU%Has4nRrCvNw{T6XB;sGbZZFHkWg?!Jo3mOJ=(TCvs5q>`cg+<1%^?(Cx4|;kbyY|tBbWu!yGrOJ z9dyB=%X+bV!};Z{0ci!gY_CGZm6~q$;4_Rw+*7)zJ+MP95tX8jbFU@jw+ld#RTO3m zHH1<|Bz5E8Y>*qbKy5%eStm}x_-f3rw-2(z%nn%|ChrDveN`w^rkKzj5>GNOmk9=a z({f=zYx!E6n_f=T(20AKXh)Q^th(L|%CH8|3DqSGDtiNzF>l<9khPkS*0cm+dE@Yg^LeiI6$w$_Un zkaZ~gU~sBW37Q-C$WhWv@dv}g3!Q1ywX8NZ&E6KJ*s1K`MFBe7IfQ(V-SQ>HIV5=4 zGMRaB9%mI8nmKg8j4qIxOXfzh{?MN)#=Q}e`i8vycGBVjW?r?f* z`P(3Wb+-@T9l>X%zcQ8oBudRvdlry+1tARw`%7`JL&G*E^1?IRkLx@4?F;?0G zEaS@GbZsVh%X@-FFT8a!kDlphIbT*ltQwaQCd6*ivhm%dxHEL5t9_@g9>$dVh)b-c zf)P*Qif*txNwKc5dg!lJDG9)Xrta0JQmb7|iG7pX# zRPzfZhM{hZwxcL>;(!lk*6Id@ z*(rG*sh6*0iF&tRJ&(t%cm+V1dYOyAw3m!BEH&d2!A5BnFGV$|v49qlnmSSi3mOj) zmm4y&*Yvb7-A)l#u}5y1U7U$(h@U-n zi!o!ajH4C(wdX6Xr2{K;6_-6vHvH@gpltI|o>H;GajhRk6$1HcO4#C!_20B`&#ZIe z|JU($6rgm3^KEOQ!(mMeScvX)tByXHXl6pM^ zagt~mp0yCqYw(x{&K^41!|;hun>x6amO|MECX7~iQ%WobaAg9(QeRtQ`X(5TqWq-D zJIMO2mghvZKD9^8hom5@k?D$7J50w&Qc^kkHx_{+3VwJDRd_B1+ym_`{&+RluOhOG zs~zo6McHHvU0Z=$h*MLQ^r)-yS7^Zp&j#*-PGU`v{VrgVsNqi^VVtD`lpO?{$2pgL z@oZ_Ky-91Ig@@I33gA`cHv3N1DEx?dl&zrz-B*D**TJF@!7RBrWg3kPySodl=*Ig6 zBD$XR6IV2YU%bxI7VmZ>7?e(nd>7o5J0W?6G)N}*sm$d$uzm1=h}}<6>#dg|h?3b< z+?)?2Fd5j9EtME(qq}yvr)HQ!A31z-5|h|=ugE=lN|N%|B(ioJ88EIAHR~NaZq414 zjXk_zgRbL&KIuF^9OOdTj7`j4dJ{#i4TscM3ddMmRvI~=_e3_jTDxH&ai=wnNKFf9&Ejl&j*cH^mV-S#ki{x#bl7kl1g?cBOx+(P%2D5i55@l3Nz&h9~#o6BF0 zC@+W+(}x{uFmPPs+tsa&RITAJ%lkw~fh7wBZDV1dWi-K11X{0n8q+Aq-W=%y5b(4k z&OEZQ%t%&Z;NoFGt7Re_w-?0?_6)A-jZ)$1^w*Pn*_FpaJh?Zs8;6pp{L3W^!tl!F(ir6%x@Jly*1~!303s2BjW$VdiJ&QvtNV|GRMdMk47K~ZO-yo;!h1p_<^p3E7o4 zM7;hZY6Hj~PaaRMmMv?qtD=B>3(0{}EsdRNX>;>aV3nRe_=@NtA;=X5tBFy}Ukf~{%Ic_!-v zC436JbBvG22Xw|@^;qCpo`O4C-b22QQ@DON$T1omwJy&@n?Vt-F%$*XFZ?c&~Cr$oj{jQphIORS?z-F!Wl z-do5F7v*S>$a`b5B~bZSdJhvY!u!?IclUrEw|Q9rzWI*P(Sm7@2x}N{UR><51-|v9 zVdS|AFx`Ov<$MV;!jz*#_GfBe{+nGw1&(#^^*mDJk+~pq2qrrxCjzwwVs4dCrg2u# za!boQir9ggdkYzu^l3{T!Pd2!<$dpje1>Q5rhwWK2_@A(GnYY=c= zwkejhM4KKAf|>k8f-{x09Vtd4Mv+#)(&qnsR?GxUy*krLhx3aUU6XpVMIk-6S$68E zhq%*fJ?=@xq(@3UM;yqxY#DhX9Asd%?tM92^=saiK}0d-gWkv(>KG#9Q$*kB(BS*; zzj2kVAxQ=MfzD{Y*d$N0wjMc=nb0QdSiko^9$`;2w!W4C-%Uz0yQK+wH8~(#gnBSv z8FDj%w%iP?ebwlNhCwZHsM7N<%2k)?#%q!|z+whu#v$#!Z5in5 zHx0Vmt`#mYuAWw-6tTw32tBv363wYax+K6oi1I`{3qFknEb zD=So2#)x<&sHt9Bj}<}tbLlKn#vuKO%ND)x&ehnpQCCaOxo|D`Ec1w?Yg}nhV`TUq zR;``lY@Vfji*&Yqs!SLU2_;UHC1{J&IJJwr?KGc@5YS`;hcK|$2IJL*8ZXH7uk4kM zG*)nHYe7XST^V9tJQe3YBBCGwdZpES`gqYROh6*6NDE+<<5^>BTrF8;klrJ!7OIGi zSl%@3W*+5`0*rW?#t`?5hBf5^_0ajM58O4Q{M-FD4Ia1B)cLzWHyu<@B=lR1zCkx8 zx803XC(i#ZK=%UPBXUAc37d9xnV;CWHKwtFSUlc<}7cCiuDD~O=4Zn#_DZ-@r z@i@*Y#$H=kEetRj%@WRo9}B=LIh9ZNZj(OHd+AVRTiVpihuq0J1o(YAFiNsde~I+n zv>?!sMx$oEotqkK(rD1$Owg(h4t5eK8|g5CIKHWvPGcWTr6boGFtse+*^cEDX(RE% zchkHGfjMoNx})<6dAK5OGb?3xRJ3LMfnEN=A4sQ);XRuci#JH&`SxjmMa zi_6+VaV*wKuj&E9FA66~_)`Tkdp9Ag=8*$5Yod8B-(ge7&k{u4fc1ABcA&!uqe&MNg54>a332x zH!)i*G=$1^NpfkFpwC;iBEV_Vi`&#DyKs0zRP;IXD!tL^)W}*u*X{SSek2B!acWYw zC!eSD;9vLD(T%8fGpZu16gUgqglfFyk}~Goah3f_wMs+ww*S;F7nz<@oy>*2S(qe%t`m!z*aHk2;n`d zv;(6FF>*e|W_kq&)p8!nz@$AS_XWng!G`ooBPzHP0TxvVxPef0^l8ij;%AK^taOwu zi=pIbQ^1BpOgY|~np@e;l`XSw&VGL&w>3#Cm-c?8`MZENCWMo~O}HeDsn2E8JempA zS(8*4InpI3HnV#0=A5_v9ZAZzFG+yamw&O2@)G!ZeJ zDk8(f6Yf^z;eQ0zZ|@p}_Zlc{U3`rcW{)`4%kc{M`cBo@tKf3~?O1FOx4=r1^d0fM@APY|h@4rn4Wa75COjQ&!7 z3~5IBW_jWP1k3Tl=Z=gbB0EhATN|c?2!S>aEZ{&D>7^3|Nmb4I^po<@RFXGOO0K>a zu4oEAT`(T>;1;EGs*HH^I~MBO;Z|;Z#F}?|Z6iqn16iPntpl3YXRzU_)d#{U3uJRc z@I2@wv)>6Csc^nyrOd}@Bxq6U(FW>=xaw@ERR6J8dTHv)CUZ79Ja&YA#ZJT(V^PV`2%5YFx3)FypCeNTg8=(EVYN&Z>6N8L;-~@+=rb zmg&kyD6^V%khBSR)SEHJ;**_0)E(#TMl%Ca*foOO%O$(YEh03~x_(95%ZKNji`x>X z=4G!`FXe%8AS@OH;(<<&pwi!Irb#PW6&>Rn=TBa8j+F@lsRXL!2VwKk|+mE=?f)kO}}{v90qQT5>Yt zF4dBG&yt>%w*S(UMy{N`BsD-fF;TlTP>F=^L|)_@znPHYz=y05{!qoQ+LwBT>;ua?Ctz0ws9}kwB4cbCQI0j31T3t`Dk)Kou|~zjZE;da z68NNaO$ZcR*_q>0V=gK|J0mABEPU$bJN^H8__vXC9U;(w1tFcP`K8@;5WVr|)uQ&HK4@3^sEMn*eG<*vI)2ctk4>EhJ;8IKP zUxxd}t<;v$c|v~-9cR?$Rx8YKXmF9*&3xvuJM@(MW8Ef^hxwxcNvDMWRGKvvd7$iP z6Kxujp?T0FTdS9$F!g=ZyM|j+gA^ddKWOrW?h08EME68VPNk>Eb?!7k-ZBzAwbbHp zxPqXlCT~Jm`(3K6CN*8EYuo^hK8)6~$P0Cj@ClePr-9fBTXvcD3AmKU-bbr^RK~&I zotuTzWj1}Sg1egiEL`M-qCM~IjO+0QLq?J7EHvp2l{uOfu&Us<;9TVVvo6D6hD)|R zmG`Qy8}#UEHEW{qR@PgfOEGl>l>YAHa3^cV|h zF5mf*x;(FxO?P-Tr(sa$iO*MEU$16Yla4YQCaGmm#1#8zEGxMCUA05gG><_DlW0uA zRQdiBQS5@{-8C*@nl~1mNrU{$?fgrlq-TC|vaina9|}~ZQvsn5m|K=9O8?6o5#n)l zip+Wt*}MZVCFy-M&)fVA@UR1!=d76ia241i*C@SmnLte;c68jj z=33btx6*_M1j#7e`6YdPnX9#fUEE+Hj#m^dfys!7#2VUJeNBqYqC& z2?*HZNqc6&oc8$n#fDZz!0E&*1|vQ$Org-9tem7d#WgH(8$ow&uIti+tT%duZX9y2 z0Mt@9;rBj|l4zuG%bgLslW;-LhGY#1RSobjF0;*X?>wG(C3mjds1C}?LM+bHs*afy z)=oMosSnm+;{0oVhn7>t`)Jyb`5NAKgiMat(x-`zC(M9f;Q%$UKiIWVX%9P!DhCS| zvJCirjaivXTEdT}^ZNN*-%e6((rFTa&~nNx#NC^aWmVR3!FdSC7X)7aV{bReyC1xmu|*jQ~YJy1(91x6R91z;B~R z+6i-nbu2t)Wsv(C0h}a>)Ql-KE`6IkBiTLUzQlz1LUat%J=+v0n?W2-oOn%p2|>`e z#@<0x{>3m9m3hYHnews#QcGT~=crVDcqBSppe-f!^RPz_E~)#yjjBuEWdL87S!bEa(nx3VARIf?VObY{X;uEZf!Ms^}SU!$L;d z!fwXlSLyo;He56WK_1nl_2i?V2Xg$K%!ghPCYdd4ZEhW<9Rqy5cW6&wh0u3>e$luG zE*-^Jkb#aU_UHDPizoiemIVUdko5XB&f)FeW*r2w}qRe&4cnCEhway z*j0n72NSy`X`<8YwaGB^$|H*D6Ttd>a?DShYpWDn0`7p=SoBirqO$}Ydp!v#6Hq1g zkg7578YHuE7Zuj7d~7ikfV@d;Z5^;jDx)tCkOHjtVW~e>vOxB{ z1Uwilru`iV^qaPDMqQt-(J=AUm{AUH;@~A{q01q4)d8Vu{p_yGal$B4-Un@^5;Gxc zBvt7#NF{!pd8gI@L?~*BVP8KcyD?d>paL0yz4P`PM{E$kVI@8j%>cyZ9CEE#{bWr@ zw8_2TABj~3aOA|KNy5ZV>@q09(4HX#|IZbLRkZt~)W~Vq#Pd6l;WnTnG06iY!Q1Hv zyz_w$8_Gswk|L5g-kZZPT-xY)-udvL!2HUV%~DvF7~i~Nv^i71Y64p!_@Z4)c^WF` z@Q)gQ1XhJ1l!1`tCrfRSnQc-O7Iydi#$RdY2M>J5B%@eIqT{bNIeYrC){>bP?wMWi z9(sveZ^u}lPH$i)3P@LtisJ9?t zC;}lA=>PEu)04>vw2^sUG@nf>I`g!gL8Qv$4lZwhB>fMC^*0*as73o92OUsTNBq-F z{DTS6p#bFK2)`bkarK!qab_Ad`FX&S1pi)#L|xP`uE5UJfOyxwlksZ4c-gOW2$rqi z)A1{eiAr)N7OPh11>ISTE{TGL>B7cn52V+NX^E-+BZ=Mbfa9aQJ$n!7oHlFkGx7{f z&H0dfhDYErjt5YKj2D(Mn3KIM(n`P#!zG zrI-k+-%$zvN3f@!4=Sr?e>33(hjm&+$69(wf@(irQ%K?+-Qz-b2Raw@aRqK^?+csx1f+5t7kjTWuja;s)`V!> zVzi0X@ys|i+A{q@HvR7JI#oxE$682d0j|ZHWK<@VJQ=rY9J5(z9;hEvsVNF6%h-!B zn`-h4B}GAIhE%NcW9@4+F#G$>$9ZOYw|qYe8y6Tz{!WbSLr;mxH3l&(-r|?;TJ<%d zfE^QSKxXFD;{FJ<^(X3?^$+{Fv8ZjPEb~qhBDgc_WK;Y0V58;3Oraw?6)jsg?`|ob zIyE6GHCrm(=2)(p6lN26`MFFYqM*7UBQ6x0TV-{ySS)QTWc9j;gY7(}nj&1fgh}ks z6_{Q?tmw|esZF6a>1b$E5QILvNKX|ZVT#F7eI}-Rjt=fZp^$_~n*$Mk+DoebP=vG+ zp}dTX70SbzESTd0`+BD)ojYA=HG_z(RVC%XHo60fPo2zzT}bzy4UqL*YO~2$VMOin zZn3M9T|&tQ9NDnY!#Z*x<;sg;l875c2?yiNRE570nDDxOYGV3@#i-K=%)^m=D|nT0 zs3Aga^4mAf$=~6EAeEfYOF1%%%TcNoT>F8IdTEBq*BTKrGVJ6!Df#0t;ME}Y(?T1R zI3sSdL)nJ$0=*4-Db~(_X7o+IeR?LjVBR@ECO9!978{l!UMb}tJX5zMlV6O^=w(Uc z$BvQHPwk2CL5dMj5X|OBzaho{4Z2GV z*}M-oZ;A(IO@nj6N*iPP$ON)*iY9I9Y+6`3vp^t~r30lWe+rA^{3;#=fH&4`=jiri z2H>_S2;?23NhFzf8k8>kg-5P%X-7GJg{71q=@C}-*yC&w^|7{uCu@xbPo58DvUjgg#d_S{8b$V*94qi-f-SaYaMjpYC}S)%aR3ts zSMj43e`R%sA!M$%w!7q5%VDyEpihd!P+$uh?~uvjbs0~? z75dzLEvFx#BE1e@1wSrL`Rl&DBWU;ZJn9HtjA>f^<163bpU`Bc+ zCD33Y$Fk^c&LhY72{LU$*1TbUX7=C7P02`yTLU$bDz1>r15&l{8h6Uf#MLx`Ql9-s z&xFncDoxP|&bVchpabX>zEhL;&r4k@Im+avtp+N z1*I&#%NJNI`O!8_i#RINB`TXikT0w7?U{1ym?}Lm?&9?#@N@n?L;w_p0UgaY_$Pdg zDe1#l``j+A%ASu@+FmqLwGKCM96PQYHTFB zp;q*~V)&SKW!;rHsv26^OVRYVXclKKZM^O-pLkXe(mrbC>$+&xiAX^8DcI(~GmV+4 z!WW5CYP7B7*w@X(!6h{Bsiz4uW>rQN&Lw+Y3`=HkQPXQ6Y4et*#=1W5 zvT}J1;;k-)`Sll$w@&|Sigqq?PrpQGXK++1XPvUh#0V*}#?~+7P2{T7a-mBR!RddfK%~Mc>o9+ylhz<)j1{J+Cy4lv;mpMK%>&1 z3U=g{sgx%4PX->{6`G;ioF>L$aQI78pPuNeT4`wzAtFvgU7rNW?%Qw(O%H}nwdi&5 z?!{sQtfWi%2lf9C#aX|p4PcME?-(~;D{f1Rrp}!#D461=@O0HrU$lIzm@x=(lML?e z-u)uqBq7S}o~$5hBR})xBv}L0@pmKUAP;lK3ur{Bg+4@#`GUaKwXaKvMRUoXqKX2! zZb;*#J}*WlED+GA2kas`M*=(~PNqcEa^8rKa?LlFYN(3OR zFdRPO(&|et$BO~tfBQ+i?7PD3Lz7ic4OoJE@41|Fl(0kuh|^hdryo*+W(2II^J-cH~r?z5}DjN*{6q z_cz&N*}#RvmA6_u~R02|i| z+;Ja@$A=~fgX1k@tOmzJu-s7Tk;SM=B*#AgiCE##0-ClYVY>Kw&RPKkXlK!8N@{qe zZV)pr8fQY>4jNli+gOcHeC8n)zTSsc69E!VIb#NIbjHn8G8?BKG%5Jx<`5`vMC>=Z zH@?%Fd$U%6S~>TvOk-5pFJy9O?Kq!1 z1SzNV#%?w4yqwc)ZiZ_b%Jvz%^-uKTiD^osi}-nkDISt8<*Djs5L@T}`$uahj0I`oDL%LMr4- zIiliV78i#L%&m6Y!iUwSzK&&-o&qj2v z>Xz9BovV?ZZtcHaz$`DT4}jriiMu}Q=-=gFk?35#q2R}KG0jZQnD$C+jJ+_he z)1P#+h=}5o3xX^GIH=-NJb_+KMeD+f+?5%-;)oBmY<50s6N(3;ZCpsSybe!I3wR`Y zHstaBGA*}QYhN{_F*C^cqXB1FFT}VD(XNgWNf@{Z5EtIs9(p20OM+){Q}o#ZI%m0f zNbbaO#z;mDCNNN0pr*WSCL;%-RsvO#O;vpVDP*}RmSy;BJl@L#nBzEAV_TazirG6;MPK&D8Nb837C@3PR)eFzDTPTaF{eV)4fQ(+TcD^CN9@y=ij|i>2acKE`IomY@Czu>q0bk74NnHWS-E?eRSE$1EgSNT$u1rJ zJp_10p*7JYa`j^2^I|&)fW=*8_=zoWhI<5JmsC=RoFb)4Z=4#lx&7@fPTq(9%!5h? zBj?Y?4~?;%aNNew-(Xy2DSN3QJ3*Y_um^cVY{}G;f3_HO)@B2sg&ANMXSYe5Wxy{P=(cZTw267zw*^h#%-Fg>RquP zGVUX+r(yzlfFNs}-lCrJDVwhibUy&h|EdV}ZR#T;>(g61ika8Hj@s}jAecjQkEobr zRzaLeL7YWk=i8W!&1O+-@uww4ob3>U)3_5Lt5!4eB{Ms@FlF5sg#19hOdIPCLPH|= z5L=3o0}nj@2g00Ift1;8VOqsk5s0lrg%J#VN!oKsS6$aksrUw5_G|kE)fq*ZgA7P5 z8L*DMUzV3>_>q;mL#ub!JqAt8iQJZE>w2GohV(HYL{)-FHI8lSl3nK>$Kkq`ZDF*=Ifa4p1b`g@9 z76gs~%YdVQ`(S72y3=UxRn%U{ogmSrfm%z6T#vDCRwre95zuV*Qk;g4p`J11 zL@dqxxFJ?GvnljkEJhV69dUAZ={HEVZuu9YD|dr|mek$&(?AkhKg*+A8V3!AiL4yg zCUrP`v2qcN&uysiRZ^_vYRGzKATc^DgBk<5G#Uys*LpE03I8rIn-4;nWT)l54XC=t zQ{VB-vNu_iGH}5)z$rL~=uhADM2hEy%UnrPEvLtf5wt2LJ?4|DQ`Ngkjf=F5zKBUK za1FAZJk-KXcg*T=E}kY&Gi#exGuHuZqv7*?$!q>t`zXx=y$O?)yTC+cm*87IV|cXM z;E3Z!)P#PP&mONuA#I%0({_%z!noP%L%Xm;uI!ve2}OvXP(*Ir%-s6B+6Hm~N+(e& zOT7vZyD4x1JPlH!)=X=pX(pSs;TxE?!2CS~G2rbp#N2)Vet+#8hu2cvk< zNn%4Tqa6QW)HDU&N-7Bm?gb=*41`;P1AS9`U&iee5CNUv^&au|_iHD+?GI_r=iXR? ziV{Llo^iIC10>WC8|Cqirx<55maWm3}Y)`7!0rX*0*(2sHHLQri?wgSG1fN$PeOznFncu?`yU>eqvRM)t zJm?-W58V{N^Dag=5P)q&>s1S$7rUdhs8>}6;B9>ILZpC#v_CZUm1K>yt)~Hw^Ymmv z^Xpu?77ee=!vFbT!WA&$3DGXI6oT$hNXv|!S&|||i$xhL%(IwaEX z*`GdPs6A%2r+Rqa)N$VqUwUYXey$e_y?tvaS?1<6=rIBpLB%XB&P+Umh7SM-_jJ8vhscE91O7k4HrV*1m6UpBm(?v{BtlsH&kC$Qn7Vw#y zxgZp&%11{eb)An0_b`&hHfUn}&=4>0G5cvJzOs81!N}GN`=m*9g3!vNX~{uXaUk>$hh~y$#F^p zQl1sn08Rsi6f#n-IUs=lY@_jlh_M=T6Gh!0B0dNFQhH`2D3~P;jAwBGv zVT@Vg5T;86AK@~fc+^?vtNV#MDz#Iv#Hnv!yp;NP;oj1eQnECxnmt2A_ z9O<>0r(d+gVC|r*>vDzjrXE3ZGHE#Ut&BVREMQ1hx9b7@-d$w^ZPUee5vg4TS7zlN z8rd1^F{QIfUU2|Q3uq{dXd+huw0$!<7i+Ou%i%-S=TZPK#QZR_cQi6VbOWDXg&mWl zG}~-RO0`r-?5>0s+qYFf=`5~FL7)tF1R~c*;A&y>fcCwqS3!6NAtc3z?cZFG#@WAt zR<>FU*>5TH&S>F>6=e&_D72G}`rm&|RdEnK_!Zovj~R-znk&imL~=L6#IEP?#^G!~ zy#xteTafU{WDjiml?U7=%(l+lOwjKZnIm-q!kGhKrO`9 z*8tDlKA9@adeF>yfJyRxDh%ODf+^_8u2;3gC-cKq=d;r>xQPe)a-eF0aPc*hF$PCD z_VNPnrnM1mfdlQ9SDuJ^cO+nxP2sB@63O%{zLon{%(!@-dB*{7n!pN7CkQGMg%AHf zdCw>9s^lM8r%eM}k&y)<aqEqffE3B&J$=bCk7 zG!w5ydBVd63)?J2o`sx<3SS;h+*p-M~|37bGe{BhG}(1ADr%Q>| z!ucc=Vc(5Oj&}uYp*Y5C_$eNdjg8E*?QlEQ)!#HrGe{A9Cyua3trbC0Wm-=M9xjkNlmwe~2Iyh*ptU!q}*+6b%wjgBUQ>KS>E?BSdK((>Az=s7d+W-cc4x z?3(&`@j0d-yaNu|t)GRhUWWb@>ch*@WO7$DiENBZyeZ|F$JG6!!tsJZF=P;^p5{aZ zatBl$#PQaOrjx6VGwx*hI=X`p$Z_)6K(Y8CDl7Kyqj%P# z83)>7kC}uLAu`Dh2zuWB1dx=7sms$CZNz}>X&i&TScoU1?4p=#9o{Y*B-~FE^RS2rmV^OAo&cx<20Sp1&a-6CoGeN!6!!IK zz2_O%R%l*3>*AdOnC@L9M1;)-2VI?nJg)sXN6Y!syopGO;I9z=9&_{Ox=IxVuPN@2 znThkV?fXgf!!JdyW*|ZI;k{}#T2zB?UsdPq2uQ2~UbM8?-~QZFh199q%RXK}F{NH;!??la2mH54RvRvr0XRDoVnRP`Nh}(pKdVe)dp8IT=B~|-BNS*Ejj}| zg*OanCn#ssR2XS651>(kv)(Q>$V4tzAol(9XlL@P0HNX)^+lH|POk5_e}Y^%j&lWa z_OZ!UkhFNy7CJlHqjgke3mH%!yr@Lc$=5cJ--*2D7NUc4DGxM z@-1W7oVJumg%dtbkRsR!cRMNybuW~omhONVl!6gHAsH*g?}i~q0A#gD{JW>&axHZs zWJ-ctaQs65&S*f%xk=}fUnpU_@t4Wc@nKw@&8Ca0Yu-)T*` zc_j>{e4qeE+N>2PIRv(=aX&r!}#mrYiL62 z#BFsT;EQrMA0fftm1%NohNb93ycMoma)l9o;c-q{Y9DGbS2QxUN5CgMq2p$zWG%L} zJ#vIw==%Pmt(h2Mt*~6%@Hp8pRY;b)nrjHFnDKoB;X_2PgqU`3>e6!5n3fCTgV_11a|i<^2tKxfgIQzu~=Spc3PgtBNf1gDrbT z*_vlk)*OACMMrXw3&<>m(_$@ky=BDe9K67a~l*h!cVE+#Z06g3Ld7)&$9gM_dG}%w*vVz;G&MHev zX19RL<4_cEyyHct<`pRg7qwPaMbw9%1>+7_tFSClfHStx@gK;Q9ikmUO4Lkb+gT8n^7IS#TY$728OrWvahT4? zjtKmM^MrgQPBl7Zs@bkuxq$~Ixf?ff1bJM>bw4ciS>)wHS@c0|UBVjGZl4vzh}MUq z9276xxe*YQi8mL?e>@s~&5i>fi0g1B&O&`g?-YvOdmCXcjTHY4(s+@1F z5}H_48=gB780p0prywXX zO5vAYZ(`oN4B(1Q8%vN(@p7|=sxPek-8*FD{jm|pnR1CNxHH7j_gu!90(Ezw5qxka z<4xcq!WMEx#BiO`fyiWsERaTJSF{v@M5OuHmn?pSAw%d)7GoG^wp4>nVpm@SeryVF zi_xvv1v-76bP~v>=x{nC8bO9fO@=J1tV)LJT|Qs_+Ydt}>9w%JU(%BK^5OVXYh7x+ zJTJPR@1)7ZNtK*#hnJg0c*f|hu{oUzbrViY*Hfm-{vd&+jB}k&t90!lTFB$X(MDUH2UrwruULQJt=~BfTxdB=D=XAf>ppN}YdPW=gF< zo2kJWMU;k(JSlpO$$FaKTudetaH(YRAx&o1XWxKyL>~B)Ph{@`K5V z0R|p_i`526rzzI_Bu3T0THKp;4(C;CDaHNM#VL-3l;|aUZ$@BdrwHVgA%j!c!ugs5 zq7X=iLtRW1#p*BaN&ztvj=X2wHCMEp*JsMEB7(A32W~p=1Yq0x!`iWvSf)Bbm34S# zMG8CW=mfoorAmc-t#=}py+sOi2V>2mR@I1AJX0;-oC3ehV1JOshWXtipC_=QIyuCx z%8%jeSPnt(1X7av+p+v}dn;6;$Lj~DB}|I8mLFyqjP1kf1_FhwAK3%hz4@WSq*6}` z?uN1{>TWL{HkYaE_VQzH1A>~5Bs$t2XhEf6Xwg<->ZM=9AB{>k0>nqs=M_5oA%0v? zklpK#i>|^0J$)8*MvU}g#`8CFq0pw`qFZyS=#vw0ONFCnqpwE-x)6Z`jj+?Omj{XF z+_b=H%rRKfGkxnC8z+7bB8IKHD)>zP9Ad{?H9hF2YzWMKqfX7m?DmWmW zm;M^wr)ybIY)<4W?jm30TIW$D)iLHZRPQZqsEY zLQ5L5nmm#fau;{FlrbTQhilVHlP*?@Qs_ejH$_U^TOP3aAh!jlCQd(MJw@%3ZYDJnpA4@jLV)MyA$`9^K0{tUaX!z?@j;2x+1Vg6&pX<_3UGK0fiNtWw>$_m?SbX1c&5-<`% zUgHTb7a9aOK*CsxwG~W^6lgcC$T}61U?&)q*o?BcYW&mqiK>sRdVPtTvE6HxCy6Qt zBvm3%vv-Zjufi-{G6q(%E(2C)@`_V>hO?LaQ3P&XK^~dZil3BG1L&zrh-X&Xc|3wc z0lG32WnD=_j49|D2nO~s0?0e{P-6#z0#6D zGgjwHjrw;M$qy1-7U47I+wWs|e8mbn$y?J}uk<`BPd5ncNzu*c6~j zAe4Q&VXJH?`gr}e?p;YiG>FYndgMz*J>AI^S<<1bLxZOlVNB3BWrw2t8v$-%lf>~! z7;kw9I+ii-MetstHfcZ%mmLI94ruU++Yp&p|2N2&{Qii@bi7DFdp5Lq(HUbWIw7@6ctO4e_d~yB5a^4h?I_blS@YbzDeu=b7bbX5BN=sD*fteOCmVt$ zj-#`qMTB2xekcyKp0!doN8Vp`Kz=dy2|a|$P$knp6%q3bdidrQlHF!OLP-B&Ks0}1 zra2RpZQIorb&`nllCCc6p<0p*ZB~_60U{vLQ&g8O0a27d3fiLJdCOR>=Rh>nTgjQf z7*yeFa8h$-!_79w{FT+vaah`G)qQebZwGjd|JM<)7OYn4ViVVD3MzpjDPb9c2?PQW z0HBTmPdbY}T?A7gA>>f2e1J&!#C2QWQ26V!5PAI5*h1e1YySjWBmY_&vVsFWdz86_ z4J4dWUzuHA*{v_qJv8^|zpvM&?ntI(PO2lohRq72ojiwEx4l55;e!znUX1sQM&#j+ z`0~v06v52;TF^-xyj#jwref+T02Yd}@uMIEfw6RQZQEkYq3oe-hPz1;PN{RSf-+H z&V#kV2A=|-#}SRnwqTatl`Mx)O`Gjr%`CYT-7!_UcCl%t>^tU1as!r-a~;_!Ayplk zkgdeEqH&d2#O3EI+un-YQVXuTVFLm$BiIh=iPX^5v>Vvb5-2(I8GXnu2wt9Zkc;J5 ztbc$m5ID(}93qr<%uPb~;S+w-6oM6{;zMI4Aj@w1U@z9-WgL{bAz_oGh7t)3V*8uM z7a7#OtWzonfH4?@r8qa(n;h%GKoz_$V2U6D!Zf|5ok}Lb@U~Hw_E~9Ndgafa*qR8& zlGG=m8{Rf+{7_j}GB|=n-?ZkYA{Ss<5<2agS#NRsY2|QPQ&K>pSV!rt=K~6a`jp5% zYupVn2wxs4xI#*Bx&Q~|9#gr;Y=fpqk`1uC$84 z7TG04x<6jlAds~s8k8}!%4QaW8xe9Y@;kpU74pnYOSYa1uO8m(<`D|fG+?}TKbVNU zHb!8v^D;3hn`Ve#7E)W7^Jt8Pc_7q~dQ^D! zq)FAHY%hD#j_jw^i7k6I*Vy@r!Jn4fTceOe8Hhft3*BBBc7kg)Rib)sg{n!Ff=))@ z%C`?xfqYrpbHTQ1A-Y{I?`Jfa3#TtW?97ZPKqueIUUFO-Li_^Kn|aX>3V#R+;5203 z)~_8biN--I6^Wi3+()#fOf?JVNAAfoO!18+V)K~^Kz5ZJSBt%Q5UXCIFau4~smQ)s zKqUbQwk=4W?AiCeJ3}b(t{Wv$uURhRsM)D^!Hr_|F8J;@AxO>0mg@0hNX=(}c14(R zf$+OgM&sZa5vy<}V9bX64LvV4I{kuPj8Qq(0C$L($UI|<^y=$wjs8 z59Y(s$&huMGzBw{2MQVXU9EFMqQ?$=|kZ zK&(L@9qF-3r_pee=6%Ffluaw4W>FRz{-IK|xm6?dYk_A4a9)@QxP7{AoJd#KEqkhZ zDX0U1obPNBWRze1C}JafG`M-~4B88hs&ZLmi1L+TFLfzNPx^HDE+JW0>Ui54$%}mW zyBS`AK?FJJmVAXg9~6B{DfSoch~3CZVPu?9ksUUL?U;EzLn1uUEPlQrtYG2cR3&eoz4LHR53y@cVKQF`23;lsf=($UyDzz(L2S(hti>eiI^qh`ypF zjx6YbsWuc0LMsyJdT|b$;)}6)q!kw_o(LVe7*cDSM)I2Le95+Q1zKVV{(f=k&RBq_ z0p&^>Ni+pihcbUCvID4mB{f#9?H7@N_$nOl1j1td%{N3oM#Tr_Wj7H*$3frmjlk9L zdt)TNxp%G((=p%6HTxVXFjT#@%8Nh}i(rvi=6`ENsyPQ)fd2|Le_^KoQn%E#_Sa34Qs?M`Xf5}dRQ=lwg@qS zp#;sI*K#~dAgj@>UDB%4b=Y+rj~Het?-%G=bpx;r$-Ny;5$9R(yJ1BltmW&0P`*<0 zEq(^6ca@7qV!|F1IFFR3gALvNj$#|kdiy}jXZVkC3v)%a_B>wmTJk3BDbvzH6qCg} zDPggZq~7y*Ogs*nT_MC$)nJ9N&K6;3vM41h8-?#XVhblnCb;qAF~eymNrgmOe7vrh z5|_C$n9XHn4W-9D5_|M%8%Rzf)Th# z=~|e*^WuJ15L#mbWci^jAxyDV2QX#I*p z1gCo*N#rfcE0jsziiL#5p~li2$0EEdk{BhEa>TuF5xRGzpEW(up^8aKc)TPygsnid@krVC#wA6G=piee z+#~s{+*W(!!-D1dsjgNuahg}JFB%0=e*b=?r0-hl`FJ{T(w2^I2`&Sc5A_?~60Ft` zBGM9d%!Ee_NX~#`;JX;Ha^t4U!kCH1<$JEMwBN=+iup?hr!RJmRraHIq%@Hbp{8!g znNSIsXY9j7>ETJ;?$H@`a_#s2q|Fqk4tdVsHZ{dq7W`)o6Oea{AkE}-tXct&AX~^- z>6kQa=|Mhc{$~@+;?TM>1ln_%=RQwQ6d14%^LC%uw~t4yk4-wv_8S+7wtx^p7=?ghT?|_f5hAY8`R;@2P3)=;Od&vo z1e;hK<^^cE2}MD^c&%$dz=%VrWnzb8?88w}9+2XR{${?Qawl`D=vb$1D5qAJKk#e3 zihH5j8^2%HaV>~+k)*|+7`;Cs;6D^+nk07U!@SXt6teZ!uVFTXWmcAPl^QoeMS$u%Tv=c_3^}u0{enbD4ez<# zVL4p%XgNk48v%V%WLY}=iRxDi>07^&vv9}cj8-By{)8&L5~B{UXMm4>C%s*WsaQrz zGy~z_-!xpyr|ng*Pl=%)GRDGB9Ia{z;*@4X`l{5J5Y@Dbd=c?z#bN8Q<03)qBnUY> zFE~uv(X?RFt$ddbotk=cny#ptBkMRfM%J9Lp5guum81oLu?6ww_P@_K`;CNWqq5vm7AI_D{(Q5%m1DzS!P~GF_IKI&%aI{Q|b7EXR;-Mgz@K|bpi?7 zEe~`Q@Etf1cof=;XDw&Ig`FiZ%u;8v}u#izT-nWBbPFtXdz}91XC5gw8P1Fw5xx@b@Mz z|0TR%4tdo$ns>z)n_PbRwka#OpiNS}Sei-6SSwRUf%cU!_1tMRJg`*iPxf@ z7(O9(f$H>=Sf{pPi}C=6#88U^Fp|Xb@w}Z>>chY>4m_ zD2Rsgicp@sp$OEog(L4cJkBw!N52RzCJz2Cx<;WP82KUh`&@>i4y(9yv*DI)!1Nzf zhkV~m7uI6nV@5RGi+n+gSU)iAj2sh@Vp=1RLjl)14xy9-2cYn8u_;Lu3p&T}YQ9x{ zS^G6h(?UdwznVWO@D0@7So2Pjm1Z@|MjJHBUY?2~O9}({ZHq@+6 zhLa+jF!t$m*+5|eTS-7r!Wsh)(G}P|3-D{soMwb!RL6V0zX^^>jGlSs$2pnW`HbP{ zRcJjj_oBBu>zvl?8E)X6%uil+qAh`5Hr@7A zo#eSs0xXZ$sVZbWc+(zCfkh^m(R-7Q8mkc&Jc*={lM%07 z?CK_jf>SGn2exun_WAR&s-pA#HY?v^O_q2oqY?2b zkc)5W6b!_CF&PFThbl5%M*CwGx`p&EhG@_@`9EYH#)AilXZHOzC*D0SI>&Ohtcdy1 zHeDQ-8C>p-Q~Z4RAyuv@kUuaWoF-W>2n{FvkwQ7EvciI2MFHMi{h^nj7u>t@l*mQ% zXcG3}#F-yfZ0m9;+|`-dq4gm$c1*je9=B`;K%gO1bwjsvQ+Vtj`_XxXxx=1>LMO_ z!!lu_dh$`&Ax**p1{VT}T*EI(x0a468BKP!nkpwA(0mrypTj%yM!$DkC!a4L8{%Pr zYe#6J1ZINx^nMF4hA(>5rOxQU@pn3PtqdX9cxNuqf@P&oB5}17&WDubc4Sh{GsNzS z>3=u~iIDCgMhOjo+0Vat?o+$5Ek?_@>zOisGyeM z8|a`3B30mgk#V5rsz;!;jdLG9=VZObPonYJSA}dUd5R`kk53RaW@Ulb3ZqWTU`bO8Bs2FIi zf)&uK;=ogfr&*7(YL!?49diQ)?5yT;Cb&@i1Nd`JURANcpYi5!THLn3{Kb)7JJ zMKfd&c72RjEe{j|-s2`L?5Wzs%M;hUgUl#E)ml;+>>+0n3mk|}>#Q2;$v>#G4YG9# z;!B;Ai~Hp_OPns7;TQuEm<+2<7<|TO3UJZ&NNAwS{(`Yq5lZ{{SV{RR+*Ai8T zqA?z>eVt?uN^>lLPDmYAU84S!RU(=4`K9OQZ3PMU24{Ctc?UOl~6J0^#oeKi~~00!OE;J9Ks3 zpUFi#J9G|ukqeav!5hWWfW1)Ba|2bhLXa8!pf_ZK#ihfl`{G^W_SJ(AV^zV|5Dhlb zIv_PiE|3G(>mDtnvKRiJETPaUhAc6RS?UUn8a(QM68g1g69}fh6ay`$sH_d)DoBd_ za()0CQdmRBkk(E4ZSa$VsA)y$h8-5Si~>hT4Z*v}G7=TrW)7XZG>^lFAVTg9ZO9f& zbe>wEavhuB`>LqY5}wELG^1TD&xpuqY%jD@o5c4+LaO$~w3W;+ z=JndJ_ZU`(D%Sk~k0?WD+>IiD{^a@yg>s1l1zl>AkEE)#X-Rmo@;=}P^_^>jt?kl- zd*7`~H<*9}ljzZ?#)QU5QFsHLn#C5Z8=HerWLLX34p*5z!)hdI={l0;*(2~u@S@Ko zxbP9i#Lh6grHL)A^4Gusx+2%ktX*VKE}=|*R)t+=M?EF%P|00^f-Bs1EB7f`9IJT@ zYy52AHM+OhV_bZwOD(m^g>19*P#tMIVV$(-Gl_w-D`op5JtkqpolDkWL5`l397qF8 zz-o$YT3dJPDrtuq7fP-sWGgWB#Ho!~w7Ir11-frvw@^qXyH!ew;%odQ;vh>?o&&7F zatg@c&7jOY$R0`8SL&@Ij}`UHH&KjotAc^PNsCl7IR3~{0>UxDosG(_3fGDr2m01a z4!uJmde)$tX+vPoA9^1I+j2e78aUUqVf325**kxi@ z6erZuo@rx*tC1_*&+nyk34DX8zyi5!F=PI^3tVfRFx++T)zDIhTwS~zft-M}GH(PT z%rC+gf(WVIAFuhCYg>v?DHSroO!WMS`VR;7inzkfvinc|cYVmU5Zv)I*LC1Z%XT4> zQLO6@_ILWhCPU7zq>L52`PKBfR97QAIyJerK-;WFEwl@#YIGv)W}D}=7P@2xX&C%4 z-u60d>a^&5S^xnByWg{Y@!~n!cP(gLvQfg6XT>ux#@w)^)K(&9EC&0XM(Xx9pd7Js zbJV?Tn(VSpzvb*17G^Csj6^`Y#q|L{96|3Yq;0@a)+#eHbcc#Kn zKx|$OTpqVnf#C5+%g1dIFutkUCJv)gIsbJ0jcifZ)zDMmy#;P6vObUu{MD>DgB}DW zZMRnc)7lh8x$FIysFE9jz#1Dye@yf=o_p)S($98di4u5#KDxv~pfkihiBmb{vmKl` z90kiTK#87NW_a&VPant9!0w9< z&8Fuuk#&^dP8_s6@Gc8_{6YzD)0~CKFkZ^17J<8}xAn!TJNj+Mn9UR+Mm9Nlhtz6{z~SVrpY7>^ilTG{6!bFGQhrkfOw3zWlfE;AeK?PSGIq z_$yJ-NW6KM^hJV09YghtV&cGky(dP%$pQa97901%3I^hnt(L~2T<67(FzTX)n;dT1 z#9p~1xif%f3$K{=cIx`2^ZDx|ei{GP6(fd#Tczt)vyUq9ifDr1@i(S`(-%@70Dl^^ zS}OCEK_p*|$jbIa;kGS@UNs7~Pe&6r_el|-8c3!#+KNKpzh`zGThD9eF5MdjOz#uv zRZoB%nIT2EY%WP16v>kh(~K~WRrMerXQyVP`!V6)a}g(VjEa!vqpJ4tFrlVS(gGnz zzEA@M{N)Sn5IH#~%6&G_c|XJ6Hg%(V9)-6|w7UBkAfGwMB|xQDFbr6sf^UQQJeY-M zJ|eoA$U;vp>DH*mb+A8VTlS7m88pl28M}^1`&5DBe@qjB2#1?;!pVkV9ln2Jzpau% zx=+kWJ+q{#1xGe{Bs5mhfsARG!FdBaukGV58Mw)PiG^khm8n5@V3AG{+IJbB~4C zpAw{_&?47|vK=X?bk0MLq4Yc2KsYBvy6aT&po&$Ls2~-hoti-^NP%d{{Yi79BcyZ^ zYuTGtdM?_Tr#EbL=?1-~j?$N4BN4)~CWKfO!HN0KoWukQ_g(Kb+)Z&=b&fK6sd=59 zoVpzGhIE*y)$31K&Zdqu6`BNK7`s*~4Kn_X`VO>8N{>dxYK9y9^Jg}VF%!r0zdZiob*R3T9DAcM_ zN@_-sC{JS}?X_fscoJL5y6vws!If)?*X3j zuFfVsbUxY-*>#$Yj|!PaRRo~ssRPmm=Ryk!VtxiyYR@=)?h=-{m?f0%1C@& z4{ycDSM!1Do>Yn@1p~#9wy<+py!cm&xG0`(s>7MFpB8Hl*+gL)ciZ4+Y3j|ZMJu1I zk*_fiRU=&Q^Z7c)S1h|olFFt_K+YqM+Bmxq&f@s%1U<5B4Uz(0@=^F>d7*3us6!!I z4_sTYlqM$6hW?nO@x-H0R1Z;3%k=f2gl}D0JFYZ3~lo0Y@*t}nH=Q|oL z3e6u2qWhama#f_)e#j1a2T((M%Ndl`;Xhhr<2L@68CWs(n~?Jx_uJaD~JpQ=;o zc?`!q#6}Av5#3yhLN`}b?l^4O#i9n`79l`ci5!D@Ore7@)1kAw4OUVyf6V{}TC#-) zXRJ8+(v}#Z=;Opb^OBUC+KPhW9y+b_PY|VtuGtf`v3l+G)3WI78E+=DRcY!S+j#k@ zHWLoWzbuk^hikBOk#k}YB12ggY3)kv+NLx}{BY9@G$J~0t1mbjV?=bw2W?wCu7q^N ztw@E^oJw4e_KP;id!{3j1MmDnPTAHJpI0^!LEf%Onf%j8w(QPPSeQnvBzWkOxJW$U zta@G|P{wG|deV5&UptWWOz%0cN)Cu7jk7Jt5MM?!=#Xc&R%HpAbb`nfa*!!pgdrP7+h1 z#*sKA7dcGIc4FsdG~=Vit>9S?<%`fzStNrDiC4h4g zpI%(+T{#^R!5ErEQ(N6T{q9ZCd48D?-=J8K_2?bTn76%^EaIiv9${Sa=9^|?H$9XoK85if^%e~IVgr@ggM~vXx0+@}{%7u=bmaMwwCX@JWq*TQCk2K1-V zXWkf6>{>`u%nu}j-D|!FGT-TJ>*85{z$_>!FM~P|kx0=wN!3JodN0_;pJ*gKcbr-&Z zu1!w)!?*ySc*aJ=?hwFz3<+Nl;8Gq#7@XxJc}=gazbx)*@z%i^)Zf&by=bQy#uMZBw;6q(gjqvRL{RVmmh0I|O>v zPF-va#RpC}2Cs>S1KLQsJ}@F`Nj`;v?7320Y+(D`Q2lzzhtc+Nz%_E^xw}`uWia%Z z@W(v;9$VLEeuWX|62>{CwH-M^!?w4nj|~-IA%(q*3?Z|4O3og~Cq~PocsZ+?rn#5U zc?`E9cX?xJ8bHlJ(x{=d3u_UA+%)5PLF}fpl?daV86AU!wMzqN?;iIjm>qImGheO` zi%%Xi&s|Ygj_fc+AMPC#Vn=e89aJqz3$Og-8fcCr*%A6p*6y~TLTh+9)IohIFG{@b z2)I;r*)H(|QeejyDnlnAVc@GkV1Uyc%>o<}fVNH02U#Q#RGTpOny*$|R2qM=$}4Mw z%*vaf7Squ-E4@LQ2n3qdAA^@Jn=y6f7K|9=Uy#xbx>4{6F>otpT8ypoTn!JmCz;ZO z6O0l8#akYmoxx8+Qt5Z9#DcXBg)r-;)`1(N^AXlc*F(-o1xt>$O(58qjeZ^w=_TdB|RxR=UdGn+l|!mT^y(^Z9jYZG5yFa!fJZ^%l(K zqmS6}0-jKo1+xu>RgU1EWOH1>`$X#Cn_ZmmoOwd@hN9KKAj<^U<0WE>`Kuse-~{6^ zb5}BCtV(D=H|s4X*knigX~Z>yXIUblJMJ05VKh1tQvgutL$#)*0t_6`?~$y=cwsc)H}5m^zR6I_$HN8GpS^Yw=a5NSnfcy>~Wv+R;5271$IG2 z+$)zcFAEY97NfA34_m&9rcXN>cpzb>Et1!NJqNJjV>ESj5uyn^TR#(rq-1+XW(iZQ z%~3k(=cLlHR9@Ha4=OM_6GAi96C{Oy?fDiBuLp{msB#narbQSltz zrVD;zhdxC#8`kQH0t1`)${uVqRmNv)AY5HUtA^$>e3>hna^TFZ7Dr z&7C*}2Gw^_QlNk_bMNDms!{-a|uvwQ&=ds$#BQ_3}?hrvnWr zWkLuhocPe+YByMdcl&kVwGvh2K-a;rGCgMjP`)zR!733vz&HobQa1rfM4;S5JZ-i9 z>o33{P>H%2)JNLH@-ZE6bF=8s^_v`T7Wg%}aBot(5Yb`P|L00!57&tu>TLmgV;{v< zQb5@!;c$)-g`pWo^^Jnz;t)dthlO1{@8!=2AJ-?V%#u}ES(mn*$qvLv>|iDgTM~Ds zB9C?!(}D}F&Dj5v4CSwJ~X&Ee7=AT}$(RO59(Vbr$0;M(Oc3KK{X zMa5o(J{0*{Of-T}n1MZNZ@(LiZW4uMqw!kjCutLx1%hDHO2TG&JI0vqEdkfJr8tm) z=4+Vau*7pWXPxLasbjfVKum_zQC01lP8Rz^GB&$_;*)+H%$JgOhz!H$kO>7F9*-6L zslMFCZUlv_Fx$F>{QX#9_W`DC4*&LZx6cBj4%Axy@^nA|v^5qn#3go8aROiVXP0&r zs>@X3XXepqFn1^A&HlX0_6>U|u?VZ%e}Jveh~_g&sy6W-LV81{e z$DMh%q@sGbCfryw(LVi>+JsQsNI5+N)iGQ=AK zp=|x?9Z5By>q=(14HmKm4CJnh#)N>~xC`AqubbxbwM`Kqt2y-+HJqbDb={5F`Gr_j z@);qAy>CKdHdff1_st0rMuGK4WWeL9w6#lwiDVk+-llgAMOFsRU@?Qcat}95i!=%! z?d&v+UWw*L$Kng$$4V&m=oFdc_*1qIYauB=<=pW-Wvglr-nP9fAIz6i0NnZTz|nuu z$(x>V#RYrhBgx0nvI8Ixv^^W9M2xrTmx)X>e2lYA0E;DTHl=By})aIHYw3 zh$#fC+7p#b+=`44il|-|UtXw5eq68adQyGwJh))fi&O(`2l_?Js;x zDR8UsXU(uXk7gz`Vi2WPtS5&oEQNrHjRdIRMsznlX&vuFaLo)Ne?er%C)pr(^M0t; zinRm1C<<_$hB}-WYEBr2#3V#^4?i774W8!K&W@9RWc^NNkf5tstRm?h%S5kbps@tE zZARc>?c3sE(1niXKr6M$M)&U_4_0s8m zk^?QNSA0(|21HH=6cNyWfkX*ZICXVI78S2GUP!0g^MSs^aM~EGBzL69^LuFhn;hr0 zFef!;SZrTNi8(kvcXkXtQ{>%HrCyJkTvOE370^ZhCusagruOV07(^THjdWk{BMab+ zYvQYX|B=-vr68hB#ZQy0v~z6~$d7(PN+Ym)q3^Gy9Q znoAd950#?GX4Wmka6^n&jQF9o(%5D?soMoC@E>terkLBWL3xKT6V}>x_Sov2I|8kd z#UNmZ2L3eV#5kB0u@tA{7E6v7CyDRUGTJ`QM_narx4RwRRfxg zdQ4|=CeuXCr;2kiBz3kss5)L00;6?AGlACTu1+#7w|D5~Y*p)&rrCA1a)Ub;k--wU zu}66Y%dVI!0{aq?WR5A|Y}+D-%1smdKTF312lsXg{Fl^rmLns$+L!3t8> zXYZA2$Q2O5ZFO%{mbhkA^d_NhGInW1=^Uvz!#si~rZ5syf}>};pB}$dFnXZS^bczG z>`+`OB%(x<^Ijtlzo`uI&-g^b#HvpCT#}X{)bHy>$!0zi5xpEU2#*+vz9}M+V8OaP zOenM#Xe~-G&wZ8Ye?3B&Ob zST*=MO)bkudNr7`B?0&P@*KU}fj~)*m`R%*_w528x8YQW5-+&w+vbV0T$R?Ed6ao? zG0A>)O1B#V>Q+xvqF6S`vW;%9`}2cI*c0Np;#d`DsZEI9W2=B-fDuo|k*GOG7~vCX z`&90P4sx(RdR!fTi(QTx_^g{VA097Fx-6KqkGLCO!mNR0W51zFEP`#!S80 zKX$C%rh&}TMZ<6!6m2pC5}xNR6SYXA^{ew=uQ{BqKPLH55tq3No{uKPHBKy8Y$AKH z!F}9ggs}iEj3f$82g2C^c7S!TsL5bNz=i0??t4@DnYkxLKJjE~=+7(x$fUIWPRVJ(uX-K_YJ+@A`KY(ZQnTvTxq_m6?|lc6BL zMI(3~Pi3xc`r!fD8~GeRE0HDh%EfG8BRprMtga-|b1~v##IX?xm{-eDK#U;`2nPr^ zkb!rJ>tjli`nTCL2zy-Kka9cn&%}fY%RNsU7K$%MWFV@02h?KAiYn*yq~3X~9zLtj z&77hu!T|f?u3W?j*vB?+f@@ph*u#!utAq%!+8J;FYKL1VSfW?RKDpGYaCufhcWrBuC{LtevPWFyuv8sCWt1qPf^DDjG5vL`|5FQFo%@de>RBiNe^C z^9>OAC(ov1$lVeV$W#|mn`Wg7dz_y+DKq-v+lnSDPvRb7bWtHvq8E$b3ScQen^e6W@ebi4fY`o=tfV%gK<+wy^0}2j#5p5aG=9sd! z+1vY@>osCS_M+j#wTtBDBrVtshSAkZikxJ~?K*}nj41TyBx-TJE*^Mn+><3m8{o~l zav10J0TVbZ{Yq&uIoV;bs~5g4zo4_B#6f*||17ilcL$x!Bvi-okqZY2ZlS11!j?gK z`^1IRPYq6gD`QjT8bW|8C?uc{vHU1&Y*`)p-Upw!t}t01U5@ssLozZbxtw6j;#v1y z@zi@<5h`B$fArLENlWD>r-~a*=HATBDzK91+sFsjA-h$#+38RTa;!A=xa=Ak4WS!70_=Yw-kWK$H>my>=22Fs0$=)f#N-fvq5&jvrMP7Y#o z05U(QFsR=%bEP?e$f0h{_?ZDTQ+`9^bn38?;Y`p^`oxt(2AJXf02NQDV)=`@>mWc;z|R^^#jwf!!=Vj|hmJc!iw zpuLcbLm5FIKBLM#&4_iZ6txaXG0uxylSo#9LNOHe%ZF92$Rh~AGt5M7FwLx7fik#z7s%C#JGm<_)AL??z@~4QWTfZ#Z4|YhXYmd5I zJOZ1v;o1_T{s&?Dq!LN8tkc)~uWEyWrSroLr3jo{WUUlHF&nk)*PFMqPWDjEmjuP*aGlZbnS3O=zgPc{zn z-%3_mv8mbhpSqcGunJ(cTb5=Arr_W z&sy1Y+V*#tQUL#-!<#4Ma4U;aiFnL(`TsI$zd`Fv?xJ&fM>U88Yzp`nW$E2ymF4vx z8f#V*E(L>1E#t65!5x#gvE4z&@sK}{dRwCJ;`GMMsIF*^(9HBCe{FZpk&d_Vq#g&BZ ziVeuCe1$AoRaSKXyEKIT?H4dnG2%*_^f%UQkSu0L+n?rrK_=xUl7b zu*dbQQ?lt_+c2tL4z!vGj$>8^2eLMemE-hb#z~815_#0T9+MfTl7|WkFx9>MJI!n~ z8Kg$!%>;=P7gUN$BxX%#$d8RTfC%`7M?F(5o7gx%>D_SnEe<EUyH@At|al3T69XITmXS_F#$ z%)5Y8;elt*8BF@=Zn(Ki!IRvDpu?StB88*DjtrbN_A?#vqVIyVMi~rz#itSV9PLOa@hj_IZA>q} zv=(mbakH!tF=-uWa@R(r@yw`9M|0_*$RJ133qR7SMiou9H@UFeP}AC+rrKFlT}R_X z@;1R<;TDwtFRjv8Z9A&oo}j-$u?q6?+~bKUDzMD^GvQiulLwbJb=;tEY&gdTy%S<% z7p+9yQGkUZ4_@i8(7;NliiI2!o*~%b8&sAtL!ZrRda=nP2~A3YAznHgC22x986ogy zMJ2~w@-*j5%l*u#iuX-GDk`r4A7%s6YN}jd^YSPF?ZAC<8R145h*gAG9aniUdK}!4 z0&5`@nmVX2Nu1<4mt#{eG!+U@?>}Iyu7GPsmc|uJ5xbuORknf#*C5kS+$!m%6_F9T z?NQ9~W-zo;lQ#|Gv4{tF#8s;|3q-t*B)!hosC#OIR_BjG3Jjk5@M?TwYvA17b`*1I zD;rD?c2LO#m?1S2c6ukUOpJ&~H;=0`ayWkXAX(-;b@)?SubF^J0X{fE9K@@j3uYrP z$d=^#F@KZkfy{@_qf=9pTY4Dy3op34(R1Rbf6W~*Zn?9-ikp>fE(LrRK>> z^;xa=UNKyp2hlNnb63ksXkRMPeJDG&Q?@P`NRe#q=HZ1H98YbM?$2VcAx1L@JKd#4 z^g_DZpWfxFU-C28$?8&K^Iwz`78R(SDoB%e;SOS!C!1ot{>cY6CcaBCB1d zUg9DjZA=v5Tw&)hXz@owym@PD1?l{pxK&l3?#H)r8$9x*4)sP&vyAV_-S8B(71MKP z{1dWYj8;q0Z4A{`kD#EoeV#e$z!ZvMx)mTw9edokas6QdQyIKc#;YL&QkG?w#=B@C zLFVw;`%Sm7W=fP(L6=&^f;0Lqu7z6#oesQRxztrlHV`p0Q8`4|$2~KLD%#y!`MfjH zoLzDyi@(Z)3r#z0oQRnpY<5tpK4E=`@?g9qk)HU=0}#g~1lNmqC*04xET3eXtdnd+ ze5oOnC9$`+agD00O~cV{4QoathiXaWp8WEh2Gd|my77um(W#oQeBcc@hJCI<8^zW%d8WTJI6bn@9{K62%YOV}n0P^gM$q*o z*=ZthbD|7ceftA@>>LlUY~b-Fp~xv2G3b{CVg#_VCK1M2Y-j5Bu@T^NJR~z_)Fjox zskgv;03W09YD#pS-UH-&n#nsl3#$ssx`FrBU3^fN2I5`*NhoY)V6s?+#CQvC%S3To zxUaWkaje5NR+hYf+3VlgR>1)3PX=ii&E*u<*00}*M1Sj(x^{9I4R(gsEhaoJDn(T{wlBcOzXh&f}Y z*>@7k$~U&s0^~s0am>us28@$one24^xerQ}c-d=G_La9-J6bhvf(^+({v?de&a9lxX*7gRkemi>#zo5R=mu`pHfvk2-JsOpIjeS6nWryoK6w- zib>0qykrg6yM8<@1HB{ylP+I(_^jw0B^0BmV=Au7AN$vgH zpUbWxEWkHqIHYp1L$UeZRvKG^faY_TNThuL&wjV=+<(|j(9q}XVJFielES;+w%2^~ zVsBPTp7yVp+-BavKxC9%v~|wuw0eLXT+_mTg73mA#BK^Fj)W8w07w1>WTN{U2y00h z7m(YiB{air&9sQF7KjE=R?gf7`U9bjk_$fwyx~ezGUFfACO)!T4$Rt z|I~7^&vF@*#g9N3md9TY8&jz*fA&|&fz6-*@BpqqDM3nZLYZexq=SUofN zO$8@hfUJ}V+1eIx;n&>JW$8G9?CB{$z;LpCxzP7wuuUhoWX{;NA>68>v2F}?{rnXQ zae^SbO^_480}mm8xzq*BaaFW7xGu9~QL#MS_W_)0{oxh!K&aTwNm#^L&yO0jxwaVk zG7IYWPd)bkyXb=Cb?>7uCv8J>PXpL1FSJMwb3mGrwcd!VgGJ!hWoXg6lMokD5WvF_ zq3V8(D8nDV1{PEuBA<%QBwaziBw5A+NjwI@tOn&(A5KanGH_1ARO?=WS*amq9jHnM zMx+h-MUra6W}YtEi{>#-aU5<|*?F;sz#&i?1El7;7rp{Q2`F(JkC7*PBfgB*ge3C& zucfX)9{N8Cn3DqNj23L*9UeLwz0i^d1Dw@m`8YIzrjnhVI%R!Y00~QPB&zmczxxlH zow{of$AUPW3spRh2MWz=K(!ky*v=9TAxIL?1y15^fD`_E-@-@OVJ_7@=Fz>#TvCG=;vb*k@E7l(8zX-_tNPh@=%MT!)l22 z4@%xJku)i&$*J*yG4AZG1BJoEhaWJ*=_-<;r3nYJC16x%XL+1hYj3~WOu^3|&l;$5 z2O*|4DW_2XFwuBy(hHWKE~xzz_%Iae)CN8EY$^h9cxEyJ4wm#7l#L}Q15JDaWX>Zy zfrQ;#V(SvAExM_VIO%pUTdFcqMY>5kCXDALlUCvP^E|t$m@iy3^F;miz^6M4Q_91m z=}v7?tN_J7&6NyJq6lL@3_en73Ato?MX%MBe#WL9x!i@19e&jw#tGOMG9L&bKnfQ{ zMQq0u2P+UGa3-SLz>wZVdR82(`h*=d%W(G+B>z8Iw*;IVPjIdb(xh1G8~NqxMwqg- zo?8d^_VwsDs-bshMUo?WLHIv=KXoKWJIwpKHelR@B zah4&$d(uXa^TWd`{_seV00bjr0Y5jVLw$Deq=A5J9kBlC8 zg$Yt&;FY)>aG{Mc4nqlVNUD}S*IWi`I7f(Em3WAo!6UdwQ7YBL{>9MQ!N zTmeqea^0+HvFPhGwU9R?G(3{@oD}?K4t%02mGZ0bOq4AI&eWeD29}-;+0`T-y3(*! zi<_K%^_%5zxlCc>zbHA#wfrtb{QTZ^O1rLP!Bv)AJCnW8@=#LD22lB$k-ZO+1fsp|l+ip&6HDkkabE4r66BS;^^FOmkhhCTcd!yh>AAx;#k0j?z-_20>kdd^?NK* zDGPE^t|u70XK*lEmc-@Rt{w4}^hk>1fJJq4SVkJF5ge*Q-G59M7IKu8kA`I=RmR<_ z8r609DPB%@^<(zCdRvIpGwB4HF`%>VGAg-c`c*BhAT6>A2^66V8WGH~c$6)miMp_m zU?V;DQa_d0-KaotRFZeoHAj&)&A_Sz6C1CVbuHXDaAf*{`>aQB+Vkk++9NyHV)4nn zgL1!GWI6uBrvfgXUm*mjc z^yM8yiUI*5cP3<{#O72fXVmjU&qFBOx0Tf@GuWumGZ!Bw{O#r5fY&!oCaD0wIKZb zaLAQa=!I1JPI#MVI}BDyKMfhQg|qXR=zQHHS0zY&hT^Ji^Msyr_;~6sXUIgl;;_C( zfr|4@r47Kz3hJgm=o{r#U+**EX1Tfh{3!PoN<}95IDTjMmNfPAMqQyhPFEBSP1Y`1 z1V_sk{~avu*@&oH%gOqO_tmXkt7ZiEk2wa;L)_L)u{`!vk^2oy1caVaSn>#K>N}4Ps3sWtY^L1a{*9>>4`bcgJ%vL#rGT z?27~sU_I#`SOGa{IDOfiaN&85HA>s|A29%n?DrLL=}OJCrIq`vb7HbK&-YvtDDgY| z5MBa~ZWrU6cz8XIP>11cPenY0aD)LP-Zu?u%y#WGpU;IA_b#zCG1!mH>OCr!3iL_U zmL?$nU!~u|V?t=ET5mpw00vQ#;FIGXo(!NH5$jJC!HA3*!p`*4XAuM62--4+EvbsSv$M&&cjDkcjPat$N@GD39 z)u0;N9oX?l8NwIy2xMo_5@Wfiz|47wC`2j!=xAVf(ftQVF z`lp)txyV3g@L2y)YxOm}BN>?-lrrTSV6{4)n>4>Xqj&iUfgSU18j_VVELv1u=wZ5! zv_ia22~lyFxtH9NM^(3Js$$D@vCyOPHj}RCZ*V`)pySH~&~<^l$BIvIKC1HF1%tg(lYO{%zLlF=sLVC+mlxW-ApyjD zSPr3K7%Whvs!dck^FjrovUsf&q~|X^F`-1;bm{$n4ft$kq60c)kPx#2vX~VPN;aXS zmawh~i0np>zZ2aAOrc(C>pHV8u&k7PSgF(K{&%HpMegTl6Iq-ycsD+2q96_-UyWl5 z{&4lqR(f2kcylCLh$=N)XZxy3d=HZHPwFPW1qHl0Noxbb*BFJHkYZmku}!Uwi;v8s zsPN(oyQX;s*Q{KF-q#s6#O^>~X1Zc?vkqTmk2)l?iRg4I7`s(!{nsTp_A%RX3{NEj zIyqnsEW);;QatBcSA;k{WH0UQ43LcEE}h!o-Aiy&usRih@r<_;BAjc&ZorUpg->B% z1o5qHNDZNXh^dL+5xU|uU&7d#0TB}{?9uD0H$$_5U|58)1?s#!|j>(R}|zcm2V z?Y{5`-6!;-C0IyV zvf%>+&}K)y%HBV6m5x5`Ms5uL6sh%9laQ`QP0b+z>**O&Kv=5K!8Mb3?o)vt@m`B^ zg+xVm1$akrOhq6mo|n}b6+J|uAO4@I25<}*pEe&gIfr;oW(xSkv)U39ZidcO=o*l2 z1=!kvUf}$l{B03M0RsDf3hwT&aoD*iLov&hVK}|lZ+xW%El5a~f&1=*#1~Urw<|tt z+#9eF4TZ4YP_m%LC=VNyI9(|~fB8u1=Eve-Zvr|=IhZVXwOM6WZxO)MCcf0zZ>q?7ZsnQ#BPU^qP7Wg;V}>5gCYcIy z2^3nG+_nsJzEZC13)Rb|Q(0Kx2;@Ox<{XtA$Ylm4(;tVaEsP}z-yBRpm(PwdY#rRy z|1X3jj#D@oc#%>fWP}W)UFIDOEER>CBBi?oJYxf3t|_Wd?7nvbiL-DFN= zE^RHc_sw8nwhkivdUFttw+v$5yWY77H0a(0oI2fTgUZM6Sa=W+7ysPb3JB|q zx3LQ{9U#LcIp5qPxs5l5Dxz3Zc2ka!o#+9ENc2gkwh+SRc|~pzkj28YS6_6h{fQu% z*-+U2HA#?}=VEcVE?sRU8XMiyMp(A!olAAN-}vT> zD0BlZ6ql`)Ua^2gD8Xya6Y9ec1dT|kRK?VEnz$mo;Tjo#x|K%xjiqSc;3V>5B4_br z&r#HdO@upNRSFyVbRu^P@UBv1zLS950M3#1c|0dW_hLt-NVr|31O?=9-Bi;HP=BSYY zb4e69*0wL&G^Bkg%3MejrCF#mBZY}s;elL}O8gPL)U*Mt%@?>9^H)kji{!a*3N1sn zIty)BJX3<22-)w$EcX-{reY)*{)yAcsd5?QJkXP!^9HO=x)`AQbEylDB805ecNQjZ zw8R3whK4ZZWiPXNgmg{J;lFaSV5E+02T)xRaRHcL?a@&*w4D>M6@q$ zEqHs6Lz!fgpi+ zRJf`QCUC|_o^qC`Ql-%g1R6q+VBg)2&Bvp(2tZ zK=-qs1wI%&QJLP3d4V3rRzQJr1*&AAE%mlxIXE`lSY@%KJt%HWI48NJu-%h16dx?m z9Ao8-%-WJZO{GpC$}|^!VL3tKN)0IV>FCImEVM_sa{Hqwq`EcE?P$e?CPFjIq7%_D z51pC4kw69@Nu}2AMRV3JO!|&8qz^d{Op={LZ`z5Ds(NFYlU`8TpxFp<@I)h~2J(x< zFU1@BJ|@8Um8Q9D6lM)_fsOV;TP4FyzkOv0>wfa+z7_kXnF9g_IeXst@OBBYvPE*6 z8;!TgE=CY2VpEfVc!{*=>h6MAq53?crw4m4-0Ou9M$V=xYu(;9%N|dXA-Yl$^{G}zI3O8Z~ zWe;7FWD{9-E)p$g(I<2g?Y~-d_fZ-y>7_HKxtP&xy;Zs}QkaC+EZ`Ra>}ARW@uK?Q z*ARXkDJ~msFhvEc@BmtVsYLw2#06Yc=vR2DIiD?VuPII$Hq!PmkkOdbXu01<}|f~C}W=F zo<+GblQb49r3%oE!_9XdFwV!%Spb^VV3a0PDk?MQGBAt8+9HeiSBT}tr)wezdLR9q zMOswnfy~=ob+!n#TLK`uw%GMCFcpGTW& z%;C8WL({e+Q+5uS!b+6UnK=HIQ|{Xe*6$Z-bR3&DPayxV2BRITDcZjHmh!04h5WbL zo|uiy@R61P`9>I?aTj)!^v)P5S)BbzlyET7^(2}o$*nPPNNp15!5IzawTV;@p)HzV z78Xg_6ISEs{43WaBfAOZ1ataZnDL_2F1Hq$2Cd3y1)!N;;Iv(=9qiPjMjqr;^V%TR z2w@Le%+^UT$jnL;c_M;lx9I_5m?X$X!2z!NH*1Ln&F!OZ_f3bbF(WUM=zy@s+o^h* zvnAA{s}gF6SQ-TA@7<*WG_E%BwAjYds_in!1{b@dgrW@nWekD~tCSgIGIIIPgtfA{ z7J=U$2|y!kWOg2xeYo+cR~1a=B5uOb!QfML1ij_IwJmcc!VuK@*d@O3;L^0UEU}iu zen6Ng30_`7PDC#7yPdb5Ps^I@*~nAPsCtsP>aNCEu$;l&qA;6RP-uKiWguog80-cK z^i)qcIS~brA&p(E{ml`ff<^^y4|sC89I5IjP7P5DBXAOp+@w#RM6q(%){0Ye_EV@T zvv;xZnbn2DUdVRud( z+xG&%{Nl$2GejL57R;cs>{)s+tn%9gNYoB>o8Yhu)R46>U6AJ`_wMVk>s4urEmy}j zce!NJFp8W75lu)9LVdX~CEFXO z6U_sQF)Y|<)pYByQ6nT(-bJ9(YX3RGC(PbPj*Jv8O9D9`LorMrgACg^)t7g0Y>c7} zZp&hVUks@5&ox293arpK42pz4Sbj!Ll#D1y-XJwer+>g_?&T;oOOxxMqH_}AEn?S7 zV)X>WurP+m`4)h|O(O&{@OSYk(qal4l6ylCF_4kW!zGBgSOW`MWrB%u9C#`iUO1_8 zwy~g`ODCd%7()^cQ&RDSm}l&G#Bs@FLSo4|Sz$8M8ckoQrtL=&x2adT$ZIyGlk#FV zYcD}ChNukdX8rCd%&qjmyq4P#gCNBP9yb?&B=|fnCR++hESZ+$*(otW1-?#w2)up} zq0fsz(0kM|H^$N_*)#Pq!P=3DcpUAEM{?b%0BLtJu@*|iILfG9QE(^-~C zf7S$+**3r`>1W5#0EHntCSlGB#u@*d(_79}c^;~o7FCq8I|Lv8Hqksf5}<`q|6@PG@l8BQ5N~8iSmYEaA~3WsB`X4 z&sr|A;Ik#g!I45>nZr-Wz^E<-lq;QUdyfC`s5N|g7-X|p2{ztV0N%XrQ4h-aAC^c+ zf4g->og5~VErKTd07<<#;4s!?k=w(tQGY1LK+_1#I;h6R=vnf;`370X+_)m}_8<=V zPz@pdu+_^7bTQG71Q@Yu8`7~H%FYU{iGCRf8)0si5PW|+>k(YRx6Rkln+crfqw8W? zY?Amzx8e8Boej<&b@j(8u!>@Cno4Q-li40JT+oWp5K+M410^vPIh$f>;U>!@d*EXZ zF(G=>&MJ$!@9iyl52v2q&`Lz-n;v){!F+7PC(JKfn-045`WzLhlOiPG}4fAvT_@c~aqaY7mr!n~$Xta}Xpm z0AU3+Z36*a-T02BD;tA}1i(Jm=XzZ}ykX3>?^P@r%A~oyFWVI9xe>ag0QndDsL2i9 z=BERCz@lly>x`wTw;GMlyWr#SF0tKtE9x&@*LbyLXA;kJ0sRF^dr^@h5bGVXIrzHfnro>P>jjqLw7xMF`-r7y-+xSWG1v zIo)6ljYQn2%f`WD zJ28o?tOg}kpVZN9BAs)Mw-*hKK;!o;V_d;^RI7WnhNeKu-7$>U6@HXHKMY2i(5+1_ zCP1c5kHpm2aV$L2}`w?a6`ASEpG)gQdh7Po~uP4C32U@Wa?{;Wk`agM=!(z;<DmM59;UNsaN~j0111>98P^RE5mRlTZ@14#Z#z&w9tq=amg`u%pTQlCD^F*jv zirHxInspT}@TiA9JIAOV%5jd-^fB$4;P0vUNMrH?408O#1rFs%Lpz6X()>7$*w4j3 z=we8SE{B}`VAux_9N19Xj+Wi2-I|k_-v*al&S5usI5<+F*P4ed#=2et+LA3n%&Cd* zeQz1)thAQk3GU2JXp75@pE2F+j1&r!QPL!u@#|_eU<{;^gThCJs-aATSoLNWePMO+ z-kI+PXtIc#qFeK~Ypk-Kw=spqp_vhnoff<<{R&`NA7WA7Eg=YuJXvqC!ksqqk_+3D z6YpMd`G6=1bl08Abc8_Jh13^^j5iX#i8&D_AC`A0sP868s=uTJt^?zLvQ1R{Ym_nY-ytz zkF{qa4Xi^7Wr=-Civ*|_r$jsY8-Q9vlw{4Pl4X`J394#JX~{leF%ZJ|A~LV@S3m&r zx+~?b@sCs+AchZ!t$`?djm`=@P-GLnq-zAVL>0bYS2&~S*94#jh#POKK~KfAg{sG{ zx-**n@@Sx|HZ$@-s|DPps2MED?|HytODbE>3_?kb#tGGUkKorV}w3XM`6 zl_;)_G!Lh2_?{rX%^?phYYAWhsyusvN?-C*zZL4X) z>UswW?4fp+<~>B|-l=NzBJezz_1ovqTZiH^QN9>C`6ySgUk9LTH6_v2KnOm>Xi6B` zA$e0ljj(H}h(>$%ZQs={-_}J9D0nm_c9|hziyqhXYtlsb^}Ml$1hOTpgLjg@eDAYK zm_9UL_{^yOJ_dACM!WAFlRu@N7YUWN0IaXy3X`%`2+hPwf@bb+1Nxqi?z6R~5k{ne88{~b1E zvQ7rlBcv_+qWiTKT`ZRlvSU|kzsDrgqQ-Iyp@ogCxX0=M4pq3R*BvZ*dvldZXW;{J z8a9~ZR%|}ioVYE?{rRig+!7_ue6YJF{Njxrkw#dD7qNh9m3w_X@a(_p6~?g)?*`yJ z@Qyw)!$Z%tYLUv3=T?D*2!K%K0`*O&%Zj7kL2h&}lE8!cR$coS651hPAw6x)5_z28 zJsO@4N+TXy&l2DPSl**GZ4d3n1+IlQjV=+sdLw!CO2KL%=_Jlku#vKyeC%b`P18;( zdN!g8EUA2?8o&mQuh)n~mE;~;(W^y_gHwa5uS-^$*t4WdhlC#r4zHtoYY=UEsAwSx zR!-cpzN$XCC0Cg%*Qv@4Z!+L=(_dshp{im(c$3sXuu93nh?9>(!VrEh#O)I5U&zu_ zJ1@MS`H`zyS;C3RJ`qT(rNHo^aI{mZtTaW8$ZS3I4?hEOj!ki<&F=hTo3zuH?o~Y?;NwAdKOzPLA)I z#p7hgSK3%sxkM5XqD>YbFpJ-J+-Bxp39Xu{7C?3X*ump8>!^tv06ueK_ZyXQRc)F% z4`B#@<`hV>a?#$S7tSYIiQGkduPgG7Cj1ypl0}SCNtINa4&@zxR0-sUM9`N{Q#c9d zGPVX*(05erV*Pmxnj}Qhu|{s&>t#jx6G=e8c11V?S}+a7wIj8Mf*1JvXrR8S zjX=4R*d%%QEC||xvlR~9KldXd4Q?h+jkzCju@3 zo--(2eNyf#agLOQ+Dz_A+OU?vl0@WlphMQGUy_wbh(I4?8={%TU%+%^LY!D_;3Cq2 zO;;U{h1}-AQ2b4JdtgATY@?K7`=1IMY6K0qBjiCa<5FWUb@AI=w8i4J!v1&Dwd6+o z1r3?osxr5fF9J2UvuRmAf#-(I?2DBzL)(;#Pg$qI$Ci1WDObW%3f2ws*-&&xC$RQ3 zXZU&xUz-;7c{xl)Dw zvm1_DQ&F4e=i5R`$CiA-aZ;CvUmh1Y?-|BQ9Ls?&e!JvL_ zt@`la?>!#-w+MkS%+n_^Rp!07+N!6H*hUAFI#@R(M|QCVe%W+#qY}37be+Dcd|~`{ zS(g{uFmO#n^gmO@j5skASS`luWnx$uTiM~i*z0F-!#uEt{X9;S8-fs*^eO%9kGC4* z(#-4B(Y>wXl{iPTP`vZt)L*f@if=<3_60@D#QiwB+nlbKL|-Vu{Oemzdb8n1lEQ}> zkF5F6ZUAT=z*IgI9eHf9)GW>SWyfAYSPd^g)DqKyxiSvC7O(waB?gG+nb7B9N_@p` zNqH)Qv-*xX86)j$G$L#^uebCo0NJIn;M zs0zyE^o5+(;NQ%ZluJZ141zHm3$cmQQi+Lt9~5e3qHv{)^GTatMG6wFr;;-c{;ZgI zt+)ghsQfP#UIj@eRxb~>rV4jP!6|UV$##yZ$5UiApQLF5RGNc_XTvnUask;`*@!>l zkkgG*UCORPB7iX9z^LT|!K*T>cvfv=38*clc$FuygI}-p^AOc>uBjQ5jlED0si*n& z(Ohr@hobAFLl8_^>t3d^lj?`K5%3;Mo2cn|0BL^2)z+P2w%alpHtv>V* z&c2Kd33{~OS8<)mc-Sg9h6157!y)ZbkpI>6Z9F%SJDGzM0XuDLDkV%Kg~Qh~l#yn| ziTS5O&M*s(UrhVjNlws!C6_&F;=EQ8m0?F99z)EW9OKvERvOP#-LR2j&Pnh=PU%HJ z;B_mzo9gkZ?$1Lh8t?k!rN^i@7z|qdIu;1#W5s0UWYBxcZC)G~Ac$P!~{;M9WW z(0mkXd0uzYGHSAvksKVmIwzqfM4h8Dv@)7^QfW!8Yg+i}3i}|DG)Qq38W0w{*A*|E zR4yD@v(5#WLC%*X<}k2ti#>Q) zHYr2(#lcNfh5p9$RE~g$zuWJb8DpbEsew6oho%HmG-2aWXHcAThJD-=zJ(xmeFUKm zXU*y0Sftr|0;)8DK%7%N+P2YaJrphYaa7r$;BU#TwCVgHNyk*((ob*o43*$IWqI8q z!wJs=s!jt`uD%bWB22p?^m4Px%6YviY%H$KGJ zjLOmo55*rz=8sVjeb=F*Ln0T4m~a(r6vH)M5WO`HG=&}oL|-CyMSY~>*@nBvs^vzu zHykdS$Vdp`Spt_hCbkp5zW~+7CXsI)=7w2UmrbrQ<77fvEN{Uum7j-9y#8+TLK@6m zDyXOkE#`Z>4geEyuKIZ+v>CnkXlf5n9`=w}@P{}U^fZyMz$=a)jSf>wb9NGR7fyGR zL^mJ>IBWj){y@3Bcg&tLNJh`7~bRM1`c1je<|Ou3B~Cgp_JaraA~{@?Wf5vAX=5z zowNhe)_FEqj2f;HICKRU> zqCJ5Yoc*$Mc$Zxd1~|@R|0!+hOlEAsNk%P*nE&qk#OWYrI51YF?S3L80F5=J5%&kE zUqM#WQxzHFPcA*V*>XfBBG0F{#=(4dCr?n4iJ$~gnEcqgpbJfERi^`h*OORrR7XaB z6kcz5LlW*)d6x3Mwqk|>@ds@0C98Cx%J;kp&he?yit|I>D=_A@1aLxVlk zlu)6eNWuC}UzAWkEriM#PIr?#ubz#?$6T(>DVT30?G_D6#92(`WI_AQ4U&x88qzi- zqI5*14ZC7&IU)08$yWDpdfzj#0lP2~!Q)jFEySc*y8lQc(cHQ(M% z5ziCFDC{akcQyRYtUrMgz>%hu52t}#(mb2A2}573WITCJXltEtypT=t!Kv4$Mez?` z!&?!!BN0j*m-|&=$=fF;E^L0`=aDn#9710Moi;!;91FUf<0*JO8!^%TlyeKlW*?aw z^{k^y@u5~25w{|7>UNn@Vr`&Q=E4@Bs40`?8HrbRP%7=vg1%?LCz+??W(MhQ%t65A z7|jd*x2XovVT+H+qt(Lj)#}N;t;pL$JM4n0M&qet2E{seI^7NmTRL9srAZ6z`h!cz zfDM8#GrDfP56Q&faaR4Zy1T4kSL+bI8zQkaK*lh(ZX#cC@@D59$5(uCSYN#TQT1ZbaL$U##ae^wM;fkK_kRg=tDT| zIrein-ApZve}_QJChV&Oo~;bmIWq3&Jk?tvP$^~=2=XFmGKx6LgdbR1?mEQ-8oF7+ z;f)oCuJKC+n99-tiw-pz6UIbC>u);cNR1*k8=mHnCNA&(Bi!e??O5%PIp+Aa?SB;Z+9$Gwco?g!vV%iL%8J5($A7vWS1i;xHf6BxoY$`8dgM2(E#Q& zYF-~%o~AE}22Kvu2wtYGSym~9+-bb?KpeQ8_OlAq=1{24+KgF0p+jY*@0cb9S~nCS zg2T(V^R*0P+`Ip(V(NWoyspHswXCu#V#G?8lAaDirvl6_8RbHfxtdHnb&A~R7A+-x z=^6o^8dlft*~DkZbU;{wBSKPx{%@(!liu5l2OAfrNssvai%Or zcx$P)hJ5UU!*ye;n-Gx}FvvqODD%h^#0;>#uY$sO>oIa#M>t{;VcIG%6hsC@*d7}; z7$7XcW~s!~HDlt}NiykGF6bIL>6NN*Sq3-RA#g%oS33iR%}Is!!vQYh)G=<<>Fx1g zjPdjMsVpc`HL-MHT!W9ypLQwb@R82OKVr7Vd^Jqw78GF$jv|P;^lTrd9 z*H70q6Lqd?(>1fclGR|q5Im0W(*4WL91NmvmWPH^Wf#~kEsB1CD4YQd6(^2ArlqpM^2)AzI!F}Cb}2|ScY44c&LFVRxI=uZ;03MTLrRj z5gV}hDyL$bQz5evhq2$fzXm0Qr$OKjsbvuzRtsvRJ3Xk@Zc);>L994sn6g1xQX})( z>PnOAKS|b7>~+WjwZO}L3oYd)>aCfSn_bRl8$zQA4qKb?6hC{DEisSf+L+i92ZMRy zq!O#6Ihzq53l8NB+-M8vhTIX^$_O%=M=m0k+Un#HppojDK_q1$EB2O4r~W~kotWC# z^70Yfzhzlor@Tj9#v1x%C)qJMnAQm49>Qd|B=k1?!#xcm3??I1pb#e<#+EVzDPcj$ zv)>O12URJODJTT59F3N(i+_rlYKCjmeC)-oyO}YZ&8Per4Hh|X-DKk^`XZ1=87r4d zB?}q7B@!F93!qn|dNR8#*0&a=t8hh`^!iyCX9JNj?Tu)xEmLDQX2)L!rGdAI^fWS~ zte&r8#3!UA;|SMtEB*xwq6C8|$24Zw#gGcJ-`Z!n9#Rq*r*0igOEdUYyO!c8Bl3bm z5;RDj>}?UMtsNU-_o&d78ZkqQ(G+yS|8LG=;XN5iW&4uM_wg=EYJ(+h3NQgHe_TeV zr^@BSU3rp_cwu1Pvp(z7>bw zT|k!vfcYPcz=|b%6J9XD-l<02CSfyFkqx4p#{7?C?)dn~+r>rzB1u8o#dRPjf2>NF zrkVpgfo6#^{mXXlvfYTY0Ym4@?Wv`uyn0}$(E82YVDcUKv`8?724LDiTEKLBVAlUX zPXZg5@!f&3bDNqvk+9M4h~;|<5HdzGI;tp5!u4Eei1$ZALkb>Cjo6p>8XDoganePc zt`H521EKTa{V1~c&9wzzbi-pLmkJ`I?r0R2;m?`ddNGSAMj5%MV_H8$xxEoi zwJTm{J8|rd?6-eI^lD;Y4@-@Ez^G)P1fEJ@TH%R5d>arEt{hD9$V;5fu?fDQaK2pb z<1Cd9cn{x)h|mLQ9$aq9>x+T*NJFo|_=E<6I8h26CI_@EP{I3-PFo|OR|t0FE5&vS zb5C~5>pgf*j$39fJ2u&!bPglu>SAQr!$8R zh`Q9E*IytsgdvufTTJ0PDaF7(>^T81h!O*cj_{msK$l(O$keup{vBBfjsH$4M8oU4 z$O*bEfOc|Qa_tP4fU~wcWuvGBnmYU=Dz<1hU;*#}R~6 z!u@1aW@BeuS57dOFx)Hl7DUBJHlf{WT4UcSlBY7V|I8cR(sZ z3Rfyuz&vZeEby3-vuXXwDn_N?)0GkKa4=>CbPt&kYo$`%iNalo1@x{gL7Fb-bmz;| zn1VTpT{37(VmS&$8Mt(}SWyd8>)*0moJ#HS++(ZLkm|oqe?Hx*n2?#e$&+$RijZ_4 zKLZKLhlOW_!S6MV$|E&vsT;{F27P7q)aEU>#g(DG*a!2U44IG#PQ7K={pjHgcjM`G z`qlr$7NcURvT51eXhDj*EJnTWEWdC$C#RHI;VP`W`-T$Iu!8z(O15GhwTI(ED}zvl z^$^?uu6?kbEwXo1 zVC$4_(uLO+0+M9oH)>sb)>*E)+lz83PfN`~Eh&-r<4zuBbN3|~e)$ll;s{ts-hsO` zgOF4qFWT?}(|mb(7`3S*k((33yL`HGQUxV^OWH6CZNn}MtVsw+Ze1UOUfco27iRc9 z$$ha4d-GN51$AIQ%{68aVi7VV0%^~X_KFPhjr&K}a7~q|Re%_n3R(DriCAv6v_j~> zD2{n%))rM1H$erWbcbL6Au0e6fcN6=n9Lpl$rN(cnv6*H(!L|pqCei*obuxp)ndb* z0C5c%u@%@k7mYev3_^z~hoTP@S;!6B=et@YK$YY;MmO zMgUNIvsp2C5G2-hb^?6fP=6iQ+h7rMQ5~(D!Qst+-3JBcm4QhmLnFSs+GnFKUrR>t z{NaE9()utM&Ics|i=!}n>@Mg$4v{322u1Hk;~1k(110_KddmS7cCwFe1FJ6-Rl$RD zewJ@xYg9lJy}ETJI0d1k;;)J>Ek^>OVy17hYkCwVp85e#A)7uK#gNlxqpQdS0hlGn zW5b|V7!rlu7mLU-X4T(;F!8vB&dK98NTfP;Y?(I4F$z1hASs_cCZ0}|X8bHn5L{x| z$w$O+Y3vH(`=n(x@D;^UoAwltxF#o!u^tSvj|I|wOT%eQ_wzC*VLduAjJq;lpAiv+Oo%4WC4P2jV90_fX&nTOS-fwQ%S z(ujvc@jBWXtC!-+6J~&-0VScq+fJVRrCc^&-M+0CJQ{^vx$*Zoq!eUe1k|63X@g0` zeMKCZD$HiB)cY|S?hyg;W05f!xVI*pF_M0Yk`JV#r+A~3FAmvGNr%KuaaUj%mU-+` zw%i#Du@=34rE8)L5$GqPF~TF*J&K*eX<2;-fx`r&F&O_WGiID+TD$kg`f2w;%~}Mt zBvOyU9lc;sB?73HIPJFA3S`wc@pecNT78wirEcvC$t2vrtA<|FR=E}lt*579T`Z=I zsfvm)FoW3GVk%U7pJ;&>{hSD>z}xYNl9TJJSDaRGp7?nvT~%cUT=?6Fd1LT}K9#ay z0+lYZIIP>=LHM0DT?asxp~fI&5%768@&t z8TA_>;SSBfH5PZYJ2=WEPm_)#l^YR>NhpU0sX)8s2V-6?6u8Tzf1b}F`AMDe! zsaD3nVJ1ji`jv~m4a3VtHEODAynw&fJCVAZgTW9*0LadAV&i{+bU z>zCo5JbT`Ot`j(vn9cnaeeccZP8y%lj#~J-&%J^T?0yOXlrx5{fN&2en3l3mFC&|R z1$&;_UE?T((CG;3HJX_PwAU4Ch)^+D)oVdKWFl*8870e0FvX0vLe5)59Ivk&VtuTG zr$?+baJP%_HKQH=Fxsf686g+=)dpUjo%qYXPWUT?IXay)1ObmwwwcIxSRBiAykq3? zT&ha6)8O=-A|ThyLufMJNYWa)2@I(A2I7?cqI7IsHTm^n0S^DmNNo(Lc?q*o>MeNo z&`z|_<1}q-NoTE`;Q*)PeU_Te?O0S&$D8hZx&D)rRa)8zEAVaHm~feet)@E}njMu5 z5+|_x)~Xp*KVZs9B6x8hEm4MJ`5N3xv`(6$HC@OJpLG)&^LfCj>I#$Ao<(Zca>Ez- zwr7S~=RoQNlon3e_H=qkQ6<^G*tlL9*OKi}*cn2RSg?LHZVSF-Vr^=pfb_XIZQVgE zjE0AEj4Si5>-IC-GKuwvB1Rfg$`|}>qlt=nHZ*=ON`w&p;Yg<=TQ%f`a)V*u(!bZ$FO-Fc@b*DG< z2EYxj^jtFO-Q^PXN$0!CJn(XS?W7j{Cl{poqTi;horBXDLpadZxD`O$$9_l~9wsY9 zsjqLMu>Y`hSCEVc)`a^Ms4lAQ3mVNwp%&7&Rq3egynw2V4;`E)yde$G~)FtUd8KH>nx9#2HDF z&*r2uIHn8|p-4P_dXdfvhCrj#R4QZFy6!6y&51_n&~@;$Pnv+BH7>I7f7tVhQXANr zDnPs)+6B3Wr}NnInZomsB6)>mw0wu4c`+#TdEzzDL*N4t4)gkG1gfCN7V~q6B;ztm zAmyC~DFmgP<<~;))}DFFufn)Kvz!o+o^r${%?&lDe>deAN<{~QtL6?$&=^>yKmOqq z%2e>Mtf{nq;K}ncIeSn|H<`6FUih=26boa#rj92y)2SdKg-d}vU6t*C?H+-II@Z_4oter&SxS+k;gSWEHv5$4YFlr&OT_9FP~&Du~_$M$?YO8ONw#nRbQ;Z*0^?C ztxo-mNf}dS-+%F1a5jgcHtVSe5*MKu1c_$Sn|egh1sI|UFB);+QAI~;FGF~A?Q|q4=PnRn_z;I zV&Oo>3mljm%T1q8pnrCvJ+h(R5rd=KEF`|fJi@VTjVr_@e5@t7oHByWr?c?x--@_FG2GszeuBWo@3gFjX`lzU|S$j49+9b`RC-~ z)FbkR44upl2J(%DTF)?!R}?VYb8S8?-o+`a84ncMJ-P&O!vH|E)mJQ@&W!hrCO@vR z*5z`kA;2+9;vSU*g$P+Bo0IqBQ43cOlarLp7u?Z0no{`8fl+u4^vcTj%7_EQd16xx3qBy>g4gPZ|P;)X?vqQ-z8`I?=Xs0Qx!6}orxmY|<0eJ|q zj{YccSbeg}rh{U3o}t&gPXp9ow4O>gSp$?&vPuS5VGe@ZRKz(e);Bz6qrDr&W=g`p zAee~(h&8!{IzO~$ROwFqz@j@;!$-Y-~W<#Mdwey^0Xyb@o z>uL;TqHQ>eG%CCbXbnc-XrE~gV_0~2EF%86v`|aQXosL29eP9t=jXA%d#!HNobcIGo)81JcHL4HFXDI@E-I>F&QvS5s3UFMIxn>w?LSXP~bw+Q_w0`(rz?? zt6`NuE_`V*>xqGm{K!|r1TICX34lX~l_kn5wz4}aR5Kp%E$N^kw@W`ij%DPB8QKCH z$rLP(mwb{X`>WPAct!1$rs%8*Wy>P89%(ka{GqbnjU}5JGp7s_Alfw38c=&dh<=H> z6<5tlLq2v$%^gKLZ61w_DN0olcscY4OGGCD`V_3StRmkeUyA=0{oWN!o2-se><5^(fa(o8vD8$ym{3nj7vP*xu*KpG5j)D` z(;{II;N4Nb@*885SfoKiD+*ZM#n5!?+2v_WvepP|>A5lpT zOkOXLaGiAMB1a@)eZfpbGFFB=3qslEu311SlJR(C91)pe<8rlKYlmLmeB<-S`y6WA|}B=c&7MM&Pp|u6@(BY z^C>0-KxRO$K5=N($deKNAqA3K1fi3U4@+>_iOxu52k8dk89ZNtK+354E=du7|ycEF3yF&q!e! zFf$g;xgW#XJf}tcbl=1>YM^7T&}5@z)-G+)YkR`nzb!Vvsep-H_g6<<;n$0`P;0k_ z*=KZKBH5%%8OI%vc5Ma0`^a8EC}*^8!keUI6`HwgfeR_WNEVL@H5svTtX>-L#Uywl z+2nYqm-fmSm>d+X9lwk`6^5<}n>}4crf|g+YyNlP=M>+S-VfS3ii&7oo0*{5c6L2@ z@k-Wbuo{$I1ftvB9AwnRsTik0pr5-bQSA?`F9$8u<>qKppn4_K&KGkBPao)gKi&5gIVPY$MhdWi8>a9ZeeQ=j&Js!n;9Fd#NcGrSOFr_f$fWJn6FXmt9c_INqx{KdIC}859=p zMgwqy!|$_v92rKYvq*;^^W83XwxukOM0ode*elW9ECpYeV?XAjn;Te%_nP~MjkJt@ zmy4>kmldVH#X``?XHF&@Sou&{4hl0wEt%f3)YYFI0Ur`oJuY#WhtS{2#;ptdrtzZS zkgDc^QRiNVIQoXy+Y8Q+a*|%DLk=VD7v;)4{o3=ZeCIYAvMsCI7Ch-v6mC(TBu>O% z2Lcm4^E-Pt8l%URNvI}t+~s?HrP_f}lYL9wP=`0@NG#QuYzS&0g2h$KG4qrNBOl25 z7UB6}GH$z7PgAW(us#A^Q3$Op0{M7$nA!mQQ>gEM21kgY0%6Q-v9qg&$?V`bjnEhNjTec9G*sl;9mL!oM7Xh23% z(zVm9u9t;^h)M+%x?=9-gJzo>wG8Q% z+>)haw*){voOjFF4yIbi8I?&j1=mkcrJ&&^y|wK0Yt`h_5qxFO>HEY23x>hoqae^x zYpVH67YjKBF#0D_Vox1PD?+LRhR!h_xUKBgw(Kad_1+t}G@YM$vZzG9UcMgUo}z4G zn(Z2}m6v6|m8E2y=ek*X6vf7nD27*&U^d|7e-}9)Yrnd%`5O*tVtt!ACvW^`hgMni zjf;c+i?%9-qgTQPcg5HeeQ-j0yWQG3$~+kw=b%Qmb+uKlwJ9c=?P49AdR>hTY-vTt z$(?%?zIJX@Z%!8#Z zMI8g&&2BG(oTSqXE=kR&OdK(T149VWe4C>NN2Dxl%3G$;@q^n`1yU`4#O5aHYB;h) zHs4SV&&#q%vrm!1OxC;lE2jggZr)59qM9Ty6QhDadaf(jY_h{IFLL|+kqhl*dgz(b zCOWAaH;Wcg=&Hq(5!&H>StUtM*2up6UHYXGOb=LRjXu3Qk)p=g*ET{%*SILtJqooc;u2&4JYiyd%_2W&43n0lbpEt~tslOLI; z(=w8^K^`R>G#gcX(Y5V#4W;%ui)fjtj;UX50NG7ei)nwBIC*9=q70Ok+nRF*>hmc1 zXdt@eZ%)~}1W={NPDo`MC1Hqn`jOj(2m3}<%Z&<3F1g04s&jOS$1GHp-cng&BB!wv zhoxthNzrNM5kD1LMxmLo^w9)*N+cqAaI9(G^GxAUgfUg#mI?iqKz32nz=C^~g_5zQ znTs0d`uUCLIZN`n<0iJ3q5Rej8(rXiLHZH~b1DVUN;y=UDy%y$9$5e=noCivYErEU zM~2a&goerHrSl+wiRjf@DHgTIVDX0rYI<9$XUsn(N;RSY6t16NwMGxaP(T z+Y$L3rIm1*25Gnq*f$-k`d@VgRcEO&5Sn?A03r+u81=#5foy%JZ9rISP|8A>i zMJMx7fIH>t#tkx6T^UmcRLZPTAH7;dB9tR#w08pGw~mkv$j^}-#p<4$Bt2z`q|~@u ztw(kxPY}z`LVhZ;_bf3v%+TC9D7WP}P$reOeCsJ8O_AlSbE4?{M`zRVOI?0gGNtbk z*2D4HIk1>j>9p3lAJt(2H&t)$6p+%s=&aMFJDl7)KvP#l+JO@E4NAPJ#Opv1b2zMr zH4vH(meiGMYipm3*srcgF;8y()$uEJ6nc|Lh)>hEwBQP1(MDL$55wj#xxLjydln2cP!gY9*dmRUnq^)r`Ih+plOfT^T z>jc<3dk(g1Uf4&X_d&rh?Lwn(vg+*H$jw*uO=8Zu(=wR!Gim*U75u@pT?#YBUm+E+ ziPFWp3>{04d1zspjt1iXvtVZ>0oo3b4c8#1#GAMDE<9|@$LeS!coGjx1d1DTOQ3I( zpycVRK|P|idm$VF=0eD7+dlF$pR$UH>CN;|$z9QWd^1HEQu zrXijKN!#%w_PA)E<=NVJo4ea#yPKwOaA$Mrp9j$>xq6>pVh$@j-C+)t)1c}uSNxy)0+RSTM6r+EV;Pvtpsrz!u_L@hb z*S-b>5ki)PBnZTWCP33h*LB@Y|8SUx7{3=4AJu;kDb0NQXD#6hBfB7zeXS-cpJ; z$?CY1Mw?7_91Q|{G2w>CJFztvRRxnX+=}{w5O5|2YbZUpjAnZ2HQ3j1n$#(afc`*# zd38h#VVc@v3SUTIO8uAZ=AGZ!@S7;~jkT~wGu6tm?~i!PCuu7Di&>XAh-}SBp45aN zkzy#RMvCHG7X-F*QfPfeM?V5~^z)W5}CP6S*>P_0tZ4xjHLfoK5yeIrbeVsk)>^*o5b#>Itx_EugV& zkBGA`eate3Ds?ot7dtDo;{?(f~i`;3G&D~0aSvEWC^%E-@ zD3_r+u+)>N5YCDF)8qPOl=3?*(+U9_GV|*<5bFQ0^4h@WhJ=^OT>6hJ)CP2J4vvlw zaV_`a8%n_mt-d>}4-@C8^}d90b$qI`Qnj+{a-WJ_AT_L;mJvah=E-Hsr>z}MS#WJQ z6!3)<{b+cdWJ&D%ViB%}&)L#)@zvH6A!@f(dX&(F1TL7qMpZcj-{8#LWar*YUtIpJ8!DMLDz z2}{D9j;#)aT3xdD7J$5PME%7M=PC1;SKz+yi^~v>$7oHbRdgLt$()<+i~Vd6S#7;e zL}7GPPP<@Jbg^|KYy6Z)nbMhk1~bMWMXo~c3g@W5#kv~gpBI)~pP>}B&9B0iDI_w< zOkI0AluB(LP4hALlVuRFEULKSy~dr0-L&N?=94SiskEq}bj`5;aw>ORVNMjZ)vN~M z$IOLdY?gK!bhY0tp!U5^7&$nW_^MKRI#cW4ncZc4TIWeFuFTJGWPw?UI|zt|1b@2@ z;C_OenoQ186J?Ct{%W@Msl%JuhustC?q28t0w!qQ+$(UqOV2v3jg)^{>nvF}O*OF; zu*?j1h?v`1_n9lGrai{7q*ytWI%@KtqQ|CNU^ZFIx~z+8l>HE4#H~yehGX!6D5%81 zdk}R&QLb|^{QEfjgLQP%46=uUt5LVDaCs|HI|E5s_u5v!*}Bg!`n8f&;V$}P;5gpp z_Z@RyBW}seMHnEk4W6V1E*9Q`!AmCA=;U0ob)$R#36-#A^5-iD=0|o8P(2>8KS~d2 zi@o*veWo#SImb^(A^GtwQzaAik+mDR&Lcz zD=(p;z`DP!@cAWS2U#kTM&~;ORnzX+rEa~v^pp~U`#mjs%Yh}(T)mU42-?$RKuEuRN-Rsu7Dt=NYt4iJoT;_dd`V*+} zs4U`j%_bfpbJ2-va%o=A9`#-H8d{q)vqfKqY)m*lzD|%=rjvv++-c|imd6w?oWU4$ zBW`e=6JYaYdg~?&Synr$w}fTUd;}v)d>&)|Kn(nqK%Z4XtT9aJkCd|m5*8r(O)}1Y zZE)Dj8?0?&n+?{hinBhz$l@j%MYk&`tgN1}m%SOs!9A&m zn6Bg5Z;&l$vy^0c418I+&4_uNQn^SOmTt6Vj9i4!*h*ys_WQK>&1+tMtVHes*n1r;G);eUQc*fOKp$!)Oj-0CG zFB{{vY_OZYnU=%Nm&$7t{DvjIZ}}caW4>YEjIdVuh1^M-HyXBv_=Z)6?^Xr6rp4Ji zS|~*sHEr#X)MFc7=(`Ozk@oaH%gGx+6J$sW_E}jPUC=zz2Z6lr(Z16aVR}+&qq_Kn z*n||KxF6_$+``v^^#2@LithR+D+RREZl?*!1Yi>91@_<+UjCsTk-w2a!mg*J#gR1U zjW@Urv=&$%!34C{i+yH|bS6R+OIahl&0 zS_sm7s>}N3ckO))=pcII3p~X{X$* z=2eLN7+?nZbg}ZNSrWPViQGYDZ_$VuMLVp&>RWpdcHz-_U5~fwM z$%8H`aaz}Vp&au+M{7AK+2Ja6&_yRy`jC?BIz^`QC??i<1F?`&@&D%>V?&aMEf)up z3Ne(GH~UzCaYYy0iwj}wQ)tG_>0DCaMhxA`hs->ILkJmqDeFD~D$6aJlueX`R3_kv zw8e$p6l#(#UnQP~j;&qrpA>hUs@!gPXfFB>O9?1iv}Ei(3As$YwJjSM11Uv`YV7%z zRY|I7`rqAsX(Ncrdx4Vd&2j2+ECrT**@hSWtnhmW5Y=N8Qu+yM#gM(&SUvp^n0-$E zgPzndRxW;#Z9c^ih-$xM2MYK9i~7Ij#^a6c93jg`)HKyNZt$8ONQy~#lYQC>;tQJn1*@Nn7yLHQ>fa)uT-#IPyIT` z_oWK9QuH{V^lLe02S3I|ZT*TtIuuQX3b51(@p~@uK#^+OR`U?j)!f@%7?y5`^zIBW zv5Au6v0cszXS@o>hQqms&K6L+9N|%SJR- z4OaVPSc+JRmuc#o5S#lZnPsw1u^qnoxh#CS6!+LOGcg4z&P|q`E4pvxskI#%mh)g# za)o;x6=yClv9=Cu@Jnox5I!M{JNk~7+tDgHahbqE<42ALn+gTW+Bgx=n{T9sIZ~j` zW1KWRhM{_L4F709vg%*oKFQ~&2x@PlKIz5HDQ`@{O6b=9B5(uRAz)q^dlDOnW(y5< zNNS6ZeT|snqkfa zMV}~Ih}0t~3OeP=halq@L`lYe zV(rJ?z&n@0lSNI33udl>Uj>;vyYnKz7>X)_!QR-J}PPvbLf-aEKpma0P) zl%Z~q60%$4_YSb@jU+!xvU#cO+LU`ROg~M@Io7N*@-RR54C(((&#re9_qjppHl^iV zGLik}sbHSr)At45eC_m`#U^#k4sxf-ZN$tjItiaOG#yK}o=IXAljQLji?O{Zdxj@Z z4ICRl=nx??vcp^P7;D z7i*>41<5KjO%;ggg$C+$o*{2TOIccY-s`$}VPu&=;VvPNeDqV4(+f%#6=Us9IDRhl z%h^?Wu{nwoTAy^r9Z^3Z*FA96WiXmp$pQYttiB&QKrh)e?u)zeUA9{`NXl6Dse@sH z1&RMzx_Ns^yr2kqgvIAYQV)e$UgpYKp?j@-=KZczuWDhZCa4pNAeD%yNYcI+#qCk-kn9yPTFmcOZVVNlJZZinL$1Rd$n1u9*3?YNG0 zaWqx35bIqg6y+K8GFffatVk9vT=Tl4QZ(gWY1 zl1xf!(~tyhQc`!@91X}xhglTMqFh5IUT{oDS4>1y_NJO4>o%fWQfDg!LxI2637iZ+!Fx5v8*cGa*M~0HLsGZ@Y3SVQ`5A(5D9TSv?9XF3{O=wXlvQZ6W**B4m{;~lL z%+|JJvU`yhjF&{;^Bb0K@|-@)E&i!-Jbo%^cw5NldS^KspU%3Kni^onp-21A6icR9SH1+TrY*V7H$V1T~HGX2M4r zld|C6Y=H-_6S9Fe%8V12VJXR;jeV}?Kx)om-NW>W2d;X9{>D9U@s9UP=x)9Im6TuH2K)&xmJ)HtnE6^)t7W;8M46otmH z2ee)^=6EOXDaXYM?7uf3Ni@d;tC;jNmsGvHD;#6Pav+oKT$XU4No*B!?`0z_GJ=6ws5xs8nv@%}|k{oDB0beEb)=9R*d}aT2Jo)A-WTGhztzUZ#-38Dy zZgkuAh)6s3oTsi|hEwanma<<8GS}1=yQbc?!0%Nq@eNiYPSyzsb)Ia0!j1h?;jLS` z6~Dy1`|n=7oVID327UHM+NXh&^vMLGr?hZw42^%pIWXJ-Byain77s1sgId(db=%pf{Z2JP$>=4Te@pJ zr%AAFkR>{FMYP~+F&%jgj=+^=4pCS_m{P1QJ_Ifealb~p)=c$bp||e$&UFD*GVdCj zQ6ExAF9f43{;+uQdP#2!V>v96b{dK!&qX+KwME8-@4-*jgSsb8Oe>_o0M!3PtBV&` zh{DB~ZWli=D2(N-}?gzXB^5al4PWt5YpejvOkB4fU_H*382b zYs*FvKTo=7c1}|A$jr^!*U3jNcCbwuSkc=M`Ck!utn}Mw|c-KC{ zYH2yenXpxJ87A-knfhi=HinWYv{8oGHwukMNe!eBtGLQkbzo*~QS>>i-(aT^gd)B= z<6Kd}%8{^*=UVxXSYn%gf;yE6nqD}h(*!%#{ZNgks4H4=U)*7-jpTUUU>~_AJ?l@i zrv!N>`>~j{Vk()OTJ`WjnN3qpTyaCTxrilmw~u|W3Bpv?!8_$?G>HF6x# zE4RunF$dDz!=9Tt#{%BHnpr~__MKNcOf}Fz>6n@exSli)e*$qjlbyokYa%*bJY-ng zZ5N_jlmgW@RJu2z$)Zgp1xI`z&K=w+p^%rRrO38qqP## z>EpL?<27F8!d6AwJ^RVr-a#9ouD(=apcAuF>60f5NpsJB7)R9V6XQs$Y_(=;I_?`7Pj$x#RJY*||TU?b`3m0R$qBu#Vw2@yZ z#GXLT)ntjc#Z_sejHaZSk2x5$a8cP)9SNRk+omM&T*-=KH@pCdtW2c0R{o!wi8rZu zntWt$l!>0tEuNYb%&OU^r?;NfWUetnkew0dTZ~>3&S!IXuzb#FotR~>Vte|l%hhl* zWXzm|Es@NeN21NkKjDmk^;^bN>Lelx3PZCGBopu2G1{_Y)xLw3Ggp;#l@LGjn-Hq= zkz9xGXQ!N>70t8;o$-3yzHq@k*`RS`fB9rYMB)a=n@4zSCR==)_LHVYAhh@Rq$5>cST%(VYl6WAqy`xlZS1l+b|aTt&lL{F8g1#lQKnCc zXf3vIqe}n`{Hvv-OGj&z6bQ6(l21Z#mpk!5{eo@%oUerN3XN$sQ6=D%h^1cWSZ%v( znqNB$UaVy2DO5pj(lC&}?e0P2d`yyk70rA{_8dWlL_IAjAID6h1uxf>Pempi?JVKI zGJsnVsM>uxb!Po@5ywwy^be|u@cplysL+5|&FtbkHT1C@My^6+^9j^|38RM!jtuU+ zfJn~kuTFovXFAN_{^{kT`x>xE-rI zVFyKhEPXR;qVvW5Y^5kPO(6=N6I?#1vgziM;IKOZb-;M764H~ZlzNee4O43DO1z1A z?6PBjq%9>rC<$jaCSua(gkh2cYex=+HFG}D*Ye_=Y3OAYvJJqm`I@+`)T3@~$_c`K z!f7QWhSWXAZfldMN;3E>6jCfvkR_kWJ^J=g9yL9tR08K4?O>VS0*S6HXNM=e&awV};pe=2nCX|B zD`;jfGQ_ZDDV_@X%S%euYE@ILCdtLk*@sk^%Py+bvI~rC;Y_4>N`v0T zI^afIaplL1y~Yt3G;$!Lo* z@kP^s;;?Q|LB>Aw6!c^mF$!)@* zw%u)}pebU<#A*fumf;ewhvsAXtr)MlW-I5~v9+T-wEKttsc!HJD-TH{zez{j8VV1u zCk=mGUY4TnA%wqOP<49~ab&aw$LuzR`&MD$*NOQA*(AVOwlc=gpRsX-!fe9@?{6Ov z-o^`L*9wFwTjplxOmu|S=%+BC{(92G)*Av#zn(R_+(ky!nl-(0|0tRz?L)xhCWHCf z?ux%E_6M;UZtGl3@~`9U=DH2RonErJnMO=km36ERB#Iq9QhxWKyO`xtmeV8E_ez34^sO`b<(X z_?DZhYJ|78sHVlG?KluUShE*iSf5U*I?CcC6+_3Zd+6oV=JSp3xd=8wC<1-C) zA0zb_*dd=OQn5$S*?=n_37gZC@%vFB_TKT}6jbRFaOf#n^vx9P>mp7iOHb8w(y7|77toBBIWwFAdAeYAU4$;N4l%yS&NdcjK+|VGQ;*kbljefJnO?PHh9?&~nT!y( zg4C4(ceqVRSSLDH z>FVO}sXakg8ij?0WG)SiZ{!rOy;&Pp^0dKp_spZ7`m%#p5_tyLf7vl#xu#_UnNA#h zr5`0j+dcxkdg5{Qk$>0hpKC`AdmC&6w__Llc@SWv{^l=_zGIa>bPf9LT?xpD(hurrutr5G*vrW$P+ zU>YNBmRLj=S%98~3IC$}*yIE!+n3@4R(s&>>YNHSF;uU|rJan<^)3JC-G_MM6%MPO z(`Bv)knzx#^*>6(6;4}NSRVP--f@@Y4P94iR_{ELHdd8~?u?g2t9miNEumJltqG68 z>xBvrn|33bDIX}9%fnbzq4G;K@_Ald96d4BleTd;_ncFyVUFXrqp;42<;&KV6Ey8s z5H={41XXx$5t~iTF2$VMlef31*8eMBLSEL=?dii(S0&8$s_P?q0?-D&Z5>m@sGZl2P?|OD zLeX=wH=81X?pmj0#!NKlR=Fu*?wk=kJ&Q%c4!k?(f3iVL->Y;j!YT+8tpZA|Rm2gg zpH;Pr#6{ogM8yrr<3<#X6W%nX$@Ppja?IKm+j9LU3T25&e-rvk!5X(Z(r zahUK>17&qmSD?_-4~V7U!P+{Pn(p`yK=at4MP2 z<=x-v-fnjN3CGilGB=R%5}DC5#|ywXF7G7>j!)}`=ezlx{kg*wlxaP$gR$Ru6H&ODQLmQpogIWFTVZ(Z zN8y>5QTuZ&Z<2IfM=0=hV%fbIrEGCj_1_EN;H?UZ(T&Wex*;_Xb#Z-w=mg(>@^=<9 zwA})*(T}A*)xD@Tk7Y*S(v(@!6(jk0`GsrUak7{Z4af*uB=oyHl6bHC@XpNzUASBuHd!O(R2odG)Fnie zq(A8$;vR*jm5`ktXd8^>xnKjnU8ulGYSooBB9lnINCs5IXKkCBV)RL|Tw0Vgi@VZM zQeM`LLK!)f3Vvr;IiGH%c-}y!dXhir#obeQ^Ow43j8Iu`N=l~}2x3OnTYkSJRDLb&6`aoTY)k2WF@Xj$}5WcUV4r+_MsM}ls6in<&$sK0D|=upY+yZXteHF zmSXF9(NK+sYIG8>)tu3GTdU>`BzfnmL(Ab>sk_`=2I5aa48HLa`3d&q=w%4J*+^#% zlapq+LYtX%MzfgpXia-=`k6IEd~Z)73AwyzlW%87brJI4l--L?Mw}XXC=qp|ViCNy zJ>+2!ztPcjMQOw)9kTS+au>6J<(g51nmST|=yd-q4sk5?{pPDt*0p$!X#s>|NYfHe*ibK71>8&2sQbauV74goFm0iRwnynd2Zh7fUKx&l=6jDa z`lZh&Dm-E#aihdd?{-a+tMm0x3s5I_LUW zlW9s+QRWtHcpjRP)HA;Z*Nj-I2pJh|E0TlL6sOSMK*J$2sd%fe^RC4Nij%^UYSEPk zE?Bdzi3GZ?=+e1Ogzc$$6zwcjYDt~)Bi&WSuD^dc^EYBZHqBdyHsUMfcv@%&$}HI`oo-taNHJT+x2`!ZzC; zgC(Amg$z(&krJwoVpxt?vZY{9rf}BOpul&YO7qCzY&kx=aa&_REc-8oD8*Xdp6XgO z3Q9qR(v<7L4$VmKqO6x4o2B;Gu-ew~DMG~1Jh_N{q|nX8&5^`_qXA^xMp^01!__H~ zwiwtsNz(wC69BtiM2-|c#mY?c*E07G z9c)!(exTJK-rlRx#)C{Ti*hy7j_LM{sVcdzsbR{h`^yg}MXHj$EoiHH{N8OumbnPH zw_Py5lMuy|B<#y*%d>AKf6=UfcR zLVqr5Iq(IqEtX`j&0%#YSgNxwZkMxE+fY``N;WJHMB**`v)UlDB zjR7m813zRCHK^y5D=yh?cGC4+=u=`58=&^D=Y~Z7c;2_QcJxL!=T%)x=;qPo(dlc( z25URy;%Rb3j(8Gf5--w#0esqZQ z%^(#Gc=fj$bA7G3s;wVo$*!BRB~Ej#wWMS=$u2QVH0phK2v&wSJyl9r!UE7)hKNtO zHLshIn$0?LRg;{_Emmx68o)WPU{hVK%IMwmOz~-nVS@<#cHFS5|1ZJMBB(-q%;lzE zadGTE?Pe#5b*v4%&Kw%gkJaKdTT<)X8e}`m(YxV4ka zW-<2;>}z5vP5#+a9a&qjwf1&qKZC-drz%;BRfIO0<8s^1LZt?%kVw*ri3u3O`@J`c zVq}+Y-5_=z+s_Q{Qi4b>?waZjaq@&Hz;0>sE^Bo{GMV5%e7^V??M(-<^Se9i@-mR&S|P_lGd}I`L_xj|3k%-Av(&aOkmfuqB3XWh!Isi1zJl1H^rcs2ibwV4mjg1bpGycK z=o`Wu=V+Ubl`wC?wsgTZV;!YfA0(MV@0TM%FjhG9Cg!uU;=O`^E0wD=S4Amm?;g*(hdQl9`UQ>bUN~3UzZzN50PZg8+OtGA-6m z_zJ#Owskxru&OlnlWiz1-5PRJvPG_lr@&_M-EyHCwFlamN;Sm&jF?@q_d79*A^p0J z(T^?Sc+O%9%2Qly*1vPvt#DGO287dzaQDiS7ckOsB{2z1vsnaRNQWJ`>q`iO-?7n+ zx752YJo8`Z6}RZq-b}ZEx+Ee3kNOdqE~7dpUbvHMhP>@mdKKjr_$LOp zooT<3+EWp9T}g!)VK!CF(!}l)@y!&Lkv`bmeP0eCl$8%+hx3D7Dbr=|9j(!<*w(%=F)WvC9j6! z?y?4G{Cuim8U-y*1~=f1y&DDE=zM!Bq@<{C1UQqj8ST6J-*|MGOu43A&obi^E%#mn zn4YE?s&HdyKpv%0%?vq}*-jLOx~)^1Mwq0=A7ar+Ol+o*rn&R-#1Ng^1{&Ak7-Z^+ z>3+j-wqOkhi`$YDo0#kfFI1&)D>hu2GkA1%;g*y1@-OWF3?6G?;T;rvzmx4)%y%o%dl55;%B2>K$uKG;rowt!$ zH6f#s0m7zm-llmh!89jJhGS2Cav43Y8MsIslR1ygiPsYFKjV(YV556u3b6#K8Ew?^_JKX z3CuthRN9WYv-`m^&vv$@H^{a!1nrijqW8@M>*;u))Q&l;1}&Jqg`+d|D82~D;~ULF zLK9qbCQ0DD=LxO(KRz{+2=JU-dNJ`qvgVZm)$mpHhla+=>a~a6O_Jq8R7Nu*s zW12=+rqSV2IIAh>~ec#xn)_Pc~=%u0= zGlRnKQdAZ_9FL9w2H1f>J6%Ha|QoKJ3 zd-Jd$N?CU5G?7>$T|pz$v3`FYMM@zKQ$H_i7tYWUeRHK3xhIcXIcF?oF~9 zE|{#jsYP)uVricelP{BK#9tMh1gcM*69xWLVhUqCXLUDiTww7aJZK(b0+yx80t~4N z!jk^>i5OPtBOFA_Xrv|#KkGuKbrRnC1IY#2UQNY4h2fC=%CGe8UEbaGMpSKYq4f20 zk}slyzo!57b6A9lV=6&mqYHGzTNUW8r61urlX5DU<(XEsxY|*r-qB+5Sq!7K5Rg9jVC-CvPePOAK*r&Sa* zCce^6pHdax@}86%Ji_su)DBr7nK9L>k!+?vX(G$M(}DyQTQS;8j}fxXs-IdxZ;9mG z!)$siuRG}{VPYa)>)0jLh8-7D70i6s8AGFGlqEW{`YXhQiwo#fj5=T%7^U|%x z&bRH2m>k~2j-?K-8nE3`JQabRxla?FN=}+P%wk4M(+kDDJ>;DskUIL<)P5#7ea>}; zsLIFtz$)as>r~V!ig;pKOz7PNqtjb409BW9z9l&ikJNoM&kk?xEY?J-=rOcS&9_ZN zWs-EEEE=t6OA2RVv1Y_aYLk5t4WSu+=xQnj3kU}3ta5?MAe%dS{|u@AUV5(BS~$%^ z+OnF1GsO|Xvuj@Br~ULp2*z1CU1aneL`okr;X~E8p}^|YF&t&xTU$|YA32`=Z5*3g(<`6TRW)?VZ(jAGuji=$`n`P^JntYP(T$!#5W%4Q`!W?u{Z%_nji*dTbk`I ztG*a-U``>Z(}Sans8i`Ahi81GyW0irV~@*fP>K!{F`(ek;RdXl+1W^LRh86O+W^)s zrM)(pGfs}f(ZOSAXristQWGf zDHBcuV%FIw;A9fWh_NrzRf%6#1_cusG7PVntOV|7|aIW~|znDLRTtAL?6G)Y+eYNO8VqjGR5Q=tnO#dh3_>Q(*?FhVumq zhH*@7&V_RxqbsP6!#j_>9?H^w^m^Sz)x^t_uD>!#g@gTDv;jTJa@8K{!YId5ySgu~6Gr5TMO+m>$5x9gU zMn?T{7D-{m--}c|MZjm+UY#|hHsX^{?y>#DI|?6gQ*f%by#BYnaD1^&Vx7Fdd_bZ% zP&KeJkNIIado>1!;3&zABziCHW}LK5*HL>cjxYP2NfU~D7ocl@xMKH7F$B*ewf>ie zY#!3iA;DjGC6HX0yrQWZnp~PF2$s2RUR()7d;sl5gg=WKu6pXJgo!?OVU_!wLVVW= zCRv6Sa7D&Vp4sJ|hCrGE#sV)0&nFO_N}vz;gqH(4LhM0W2XNIvRgc2D%gs+EQm6f+ zJU_Ht(jXY}JWy8yG0lS2$1q7^2Yd$ERdL2B&{~(W#yUjlL{$Oj9eMYI!D;yU@B6d- zGZ-$5Nocl0jH$fohg(9plq;5F;%0^zI@D!sX3_&qmg-rRwo1=&6qnc9u&S&iP}p|M z_dmT`=PXV1(91kIua~Pu^?)VR>576Hs%o(NWW4Q z`|xhl#|#(TGfZLUTj->6_^R<7fQzlaLcX{m)f z%(%iuv^(EZzFaR`D@5*`9?7f{a)ZxSrnmdCfV7VDl}D_l2gHHoKdmTVm4! ziFM{_L%MNfk^qf*l<@@VI31GOyKqQ6%N~@}i+tAo6i)=`b92DYvOVlrG1mduP^fU! zF+ktAXpg&-o`{+is4vK?g~*!ewp4i6wyet$AN!+QsgIp1hwy9n;YdMv0WElk4qHrf zpm#czObZ68c^%7yahWLqqw6_orT~nWILYD(=ZlDI z%dN5YH65{ZE)!X8Vl=3@WZC6ImrZHS&dW32c zm_$P9yoH1le;h8Kk+Up)Z{-zG)w|I<~Fuxo6Jfe~!PJZ~;i?=Nkt}Fxe(Wz6sv>Ha4qy-gNb;1&u z-tt;ziG+!@RF5|UN}{C#nO29ABXBq(NGQA8#!wE%z5F<<*$U0QO}+VyYfG>|(9odHT#L*Hp}M!Yqdu5-Gggl*9|k zMp=ZEeL|$*mW6|N7(wtP!~}c*%`qg_qt4L>AL*9Ud5*)uP?cs-(@LKAde?ONu1YIr z-`C9b!R%;DDn=42aTaqt#CbZvLlofWAsZ*UO9Mwiz%9hABc|ZD>`MJmC(DY=pl7t& zy4oyQ(&J&bPAc~i3)O9=pj;l3x_#cLU_p}BDbU?{comXnoIlBUZaJ`X5lPOamv>HN z_VX#3b}r&>yqRrvmuv*+t}i3WJMzB9hQPjvGHVIXR2&~|iDa``=oagWpRIhkA#)|8 zKTP=E`ER#TZV~6iR?C+nCQ0lxnyXoL*wA*d+uJB)@8zt0;M2-!nj_+1M(zc)=yz;m z8}3S)E#1L0rCAf_uLs9-tPaxU%=xTA7dq>s^fa=F2x_04CWsFskARV ziE`kc#6hNW#megCGn>+}((pLB>GE2s7^0Ht#BN)iLKs~=|`u@*NK^M_57PIjx0U|hvsUOWbx1z$QY9}Jiy>qVt3?v50c+f9uBK}WV??!zET zhIG0hr-(P%($i1}UEWj~d1A|36p4nU&n4asVxNi{UL~)=#?x)lnnmWe$!x3|x#Q(7 z`$`M@ML2?Dv|v&Tdd&;5Uoadz<4F6?D*x&@o7GP>{+wM6o18eZk5tbx6uR?|0Ah&) zsK#+}Ljymak`+2Y#L#{g%u&ZCZF9AHW#`^B0f4EOOX#;J-X{GPH^FLT8k3yj!Ps!! zupqQO#kKU#GyKXHPAG8fsc#A@1{wkA&&*i=>&D&&Y#OX`HD}IpMe!4UxLA7Wt`5IA z$4$t(M*6@tP+OJ<7j;y8ZwH;pNA38A;y_`ihSycI!be$q{0eHZ>mk?q0-M33p(?Oa z-L{Cw?ux)KB(1ZFSF-kDZt*NJb%UW~i)r1FL35Twt{KJSoR0aDrqVL2mzK{YibCSd z^M=|_m<~h8WMH-sWrxYh8f0mzXOecogo>ke1Vv71KnWID8%^D>VJqP_vm;OMNlbxU-x+YPUUpybfU$j=v}r_!;es0b%>p`{GA2;nO1{A3x{IAQRyovrw;1;!8h%g1B9$n#}5x`Hd3!@Ntkh>+ulV?m)d7 z)>Jr^9a9plnP!f%4Xpu@tL7at7L$B~7D5yRrljL-1XAIe6lX1Ix6|Bfier&{L>U*8#&aAl1l;2K27iqqq*3%Ti!o-3p>c!Sw zn@KNRZCJPfK|sF0dos9FyJv{TJQG6q=lAiEGgYUEiWZo|W==x9NA&F3ceO`zPsB7H5gXsaF$D@SEWAt% zg0kIBax@y!2#!9$!?OMMDjHgR#9!OV?jdH z+#nriL_fwn)UB;P>LEVFIqAIpjDV=dlWd3UubLElTZkZJ(oK5l9RmMeX>S_t;RM>+ z7u5|-1kyE1lC?5THX#V?qGvtif~z&6_DVv^($_`tjS`o@?_>7o#e6LToI>LD7^?1$s#nWb3JkL!n zp0x6g4uQ`y$ysZFPAy~&2`+E6!=tS?ul$NN!eDa?cVlM;H|`EHEDpYYAE#)Rpk2_C zE+Uq9wj)hHflox1^2oKFBAv#5*9~s`B@{axftHSKePdyOHa`pDjJ<%S<&-XzBePa2 zn(jU!P26{+L{Dm)+>5{h!sqAn?Xk~n zz)~G-3}OD0lIO$T7z^lR(cf0z`=yffRGKJ!G8L*c5gD2wwvv2}45}Kr76$?MHGGXs zskjyoB$}oL>_|YrN+@tsztHg14)G3!37`x!h>VanJPI7ktSM6BQow`jqqdqp&-4%W z@c-YoyrlIdLW2EgJhuehgCvSy z^4)rUEY#kEYlp;FYXN112`f)F0(vU4)8SE69p=8lab}_<5m-$%kzk=7sPHh$1-fB# zD-LYq6nOgnGfOp~bijZM^I@@i*0RNCNj@GiO?G95g;fq&%8k11TU#Bg8P3O=?iE}@ z3Xo+d@Y_n>W=2c*p#B|TA9dzV5h=%A&WXDWh>wPbwNbGZW_nI9DUx2HWuZN+cwtm_ zv??Uvv}1a-T+dJW8r9PO<-m?b=hx-oTKj&rW6+^3->ctqFo52IL|X$e(o=P>O3I?H z{c^kuAQVR7ol8o(>?2eDt8KhglarH0zqT6mp?l&DN%l-cadu)VAllMx)us)Hc9a64 z1n6~Ja=$X1#>kpLZJKZjh6KfEQ5uy0sjP+hEf|CKewH*a-OgM>MKXE`X? z{YX%_MM(_p7|7qZ9(Mr2p*%)C z;?eI}>v|O6b{z?InyQ0A$Px7ZN!Ag8=G~qqdcn zp3|`Qi*5k4gVr+=2}=X)XsPmk2*KsI3evAVVB3AG}lt z8HZ_Dth;}thU5coB4Xu)K$*y$9%h>ps)!!OUOd^Nd`)GUlJALS`K&ZO|7Rm%FV1c;TWCHI2m&z)YB5h4eaphsqt#1q;L@a z(d2|TQ=eUVCxvaNTQdzsEoy+}_;RgNGB_bOxiRz{?;?tUpU|jhZo%tFmac&t5%WgN zf2h`snx0|YC|ikgyeYVxQu7sl0)?mH$Hbo28aj?qmNBIQWExkm9Gd96OV#+cTTN$44)fWhoNco^-BVg) z)N;gOc_6$6fh4n`)(R7NtL`cBM75Iw7lgJdSQ~uF38#inOqF|X{S5=LI*hv z6pQRQqWAFj#UxTv7|2?{OqRLo7S)>zi}t97^1;~fCcPqlSxs&6tuZdNh}(E+$|KQ4 z@=EzA0FLA#6vaE*Png*;|3FkSYuIA@*E526_2gpM03$Z&4E|>sg8kZbk|~JT2qhn) z4efuj!d%HJp*3^}tXou_hrfi(TI%8iU z+Mmxlo)q_ikmEhxz3y`quX4MHYnv5Jlkmx?G+I?_V`|sQhW(P|i#&%Su>&i&bVUQJ zZ2y>`)is@DvLu8Fi`-g_>#Dfq)f8H2-aSUOYYbb$*qa>q+|$%L4TA^5NJDSf>$`aS z3Ee?H!SkBXZ7#Q@7s&@au#KE;HM=e>jkr7S@6nPO^QheneT`6*mnFQDeArbHxdgN0 z!wSvd{E!Ik(I04?_*G&NuXSNGIz#5WWk9kMY~fZ+)S-L6Y-+aD8K!vWZ{@$j6#6v8 zLm(pq*kq)%nc_+_DEpA0U1mG%vl|iVNSh$2Tu7};iQPjMU3;qqljam7Nk*C=NDdOH zKS#7-;EYfVJ~v3eL>E_4A}y5KAn35sr^mqhnvGw{4tA8IX-SIZBWskMCe;}Hwh~j7 z%1s)rauz3%=Y{)<2So3WiyH~1u~OU;@c{hAMNq}X@hT{*xp=J@Tsu}u7Babk8${zn zk^SS3imPXyo*0tznCb=HNEdH10w{WOp@GQ=_;^+}2}c0GC=@`;Y;y%ul@zwfL(U|- z)Xe9n!rlJGs(z=7@3AE@d;LTzF>|$PaVT5F2>sWiqJ$jiga<4I^-h30_kT5OTYxZ; zDw%Gmfn6Mmo4^}%c?!cZ%G^>Z)nKWL>_lzkJ4nN#g`*W%&!Y9$l$VjMYNI?3s98x# z>{|rf`xtbd-we{8A_o9BUY^Rl(WPn8ytw9vlpG&SQ>*9VV6rfA=rL0fQge2#r9gPa z6vYK>^>N3r$%Zn3=-1;40NS5&$PLZR#Z=*I!1I(3K=AM-8oA^@wk}^s%{F?Y*kG}s zA>?c;&t}DD7vVHu$}DQbGeNa-T-p>!=Gdq$x7ln~D#_7ncXlSHO@S52-|YgFB(aK2 zL}7N4%e>i>W0gWuSQs&_i^K5@&$NjD{l0fGhM3|mk8tthDR?U+n1QaW$rw=0n5Wzy zoB=@fy#^~52rj?vZPStf!)Q6%4CX4{h(~{Iu@8vVpO{TSv~oSG3MG&>I)s7RN{)14 znXF7%7$J^I@6*OAfS(HvU^hM7TTLneSJJ6F1tCmk^MYH2S(e5 z)#yxYvSCX-jL}pgrrtlV9o?2)Uar*ksWllV4)Kv(zI&vI(XJwHC(FhG}j%|*l} znqTOp5=sm3=2s`R9QsTd70Y8?WS%>DJJRi}`6Lxu>g1x3-grbLzBifkK|Q>6v>>nU zS*2a(p-nBR4}kDQaF$tNqaEn9h>p@BSb2ILjYbM&st8Hym?^l7i17Z=G8c`}KPVLtQnnV@NA{LU+soc|Pb(DIGF$Cn{1gXffz((y>G z>;XJ>OwhQSR$h;sC!^TD7q>L8MFso^>%>n}r7cY^U!5Gp{TiOMPdyV^#Sj5|dx=#H zDKqPs5Dh|{bA?k0v?72zMeB^<;I2a2J28OuPpu1_mqKwW`yuM43u5-0>R;wRT0HklIjP%jS&%kgc{iN25XP=X;KcxM|28;x!S8_JDoQ3!g)4!i z_8!Y~(9>M_ki07nXaoYIC$ATFWv!{{h<7dXToW$~wHIE_d3Vsk^VYJv>h8RGN}$nQ zeFE{eaZ*N3qXse^re}eOUmTf-?o%{fjR}and+FBt-;sQLzRB_68~6hqkf0P-QUzop zcg&}kSNMAGf1*d}L$XhCs|5*@b&}Lq!(Dc>r2;^)b<>&NPP6Wv8SY}w+=^E5v=MCd zW{ihCpr?S2L5+0Gj!yDpjpX57E-1t$lHq45@1ZFOgxv znR*#v$b~xzRwn^f{U_8!^f#g_y{iSaIfBo|KH=d6!&O64M*A^zv2r}{Y9}GC=kwN( z_2(070k#P5#-Z%=*n8n>vegFd?DZ>7JJ0m-Ix*yOP8_|^{bMH94=duS(Ms5zhxe<7EnTeiY`b<6`Dv|lk- z6+67Dx`mr2?PSeE1JTWN(<{g3N$;S5KIma~1{t{${XYRMYfVPbJ?!DR#fHwwicY4r z4*8jaa~`iZXK5K{t0Cv8d5}@QfO$zN#(CDzJh;m?t%#*er1Ubdlw2kCi#YtF=N1L{ zY$1s;Yfb%86>l;Qqc$<1Iy%#?8rsaGF7}I+%$hMj_1$Kn3SbV#kkSFdz1rpOL8WYc zlHWm~)b|==2>oh+egDBy`h9yGPJB`KM5>p)CAGsm&X9R0Swt6jn4Ryi0M&wo<`G=^ zHuOQ4d*jAv>6)$K%u9w2xE z61sP_-m%UD!!;d#IVT`+et ze>H1pH8y*0E>wA}t$iUq1RT6yyC<0*rXelfCRj-Px=YVp6EZcV2$?D|I zzKf2w0Hj6G!EQ_%c~yQhLZ1|C--St(qO?DJ~p$$v-K;&em#_I2e)TmB>|9Q z36v)$XcU`ruDvV()Yyn~g0;aZJC{G(Rx46m98TLHHKsxVF_yFR{VO%F#=9JB)66Bd)jXgdo2$!884;7BOTWbx|iO z86s>@zZ?w+8^%7=u+eZ~_H39DOA9CkIl)6?}t;>Pcbd^&8559KmB9{(hJ>Cp(k&VcX?m=R*H7>Mea{He^; zn#a272sR$5$m!aX8lJhR{bMHr25YpeSA%Fei~7fXUDL?=1Ojarjvi}A`rH~<&2%%x z2(HVSh%fL_ZoY;KT6RVcAo(1f-S+i9ya<#!)&O6(HEX zV}(19j3|~{qFc$ONKVdhVH>EcSCojiaLVFf9;SZ}dqqFh5;f38F$Et^%WoU)F8@he z99+et94t*ryMxNmrU%T>;8!+R-ueV*4jwWtQb|NygHg?l?U8aa#=&Qx5zz0OK=A#= zS*p=DpR;9I<4d1HusYABjk~@h;)MytH&I@`at5_!9Sb3z9a{c=P^SjCZ6X_M#auV1o*7mWtPq@ZCoPm3eGwThz-=x$SP5B{9tC>$X#*$R@`_&3qKl*qH?D3 zjd0o0odx7sgIq(w4C1DVpJbjDfyVsc>wvs|w9x4(JzSV*s$20Ok0<;a+w!F}w?ROw ztB~VC^sa@D#M7&ysc@T6Oqr7l6N21sI7^-5`VXOVK5El2lgSk3X$n{J4eL)G4~kLI zg@r}rK!a(ph2N#iI7H!=ikpS65gIceH7mvtrgLWNNC5-wEycT}hA^ULj*vVi-Q%H{ z$xP$Z$0qWH0)lHr3InOdCmwh8ta8f@?=8vP3}_S9ZzaZS6&dO5jpg`z)jPCW7@lDb z$~ZCN1@(NV5q4+JM+dlFZ0+nuk9AO>`kwjqqJZ}lIZsW*$^en(5y+h;hgqn4;YOfX z>@|m5Ll>(M4Onq=6^i=SA*gweuKTK1Hk?Hm7??&K?Ijn(nE%;1b#j9}hI@rTy;FFR zkl5=*}@uys;el5&!=JU|7Sezze9R*Q^ z0|v|%BPEKu!X&{#?k^|ib?OSO$a#MlqzP#*Y_}qW_KT=EYga?ZdfzCQ!PWuhE);gu zGv;Hkpu#v7dt-n>Kh z{4%cA0QXkVRPmw9o23;;m89W;bkEd~iY#@iMxLOs)MdXP2AkgOR zF~`hLQ_`{L=&BI;Eo0wlx$Jn6{_jW%`ckzE6`4n9V2a93cb?oo>9VB)F)kVJ&OjU+ ztq0`LUy>yzR+D5#u#E+lt05_b^lKa0Ym8O-m|j_8iGkeng{Q8ts<%=?hT|iktNH0E z#2jp?3H;BTRLtf z%Y#vHtnq0bB;|crw73K!Dh%W)7HcNTg^!AitgajbJfriYiRLiMZX zq0`Y=d3eq6J9~}qotXk>!eFfl&_WKw7R1aiML4Qc-O~3~0{6(|YW@tB7e~pL4+_-e zV#4TwFp0fXwV*?&c>8^*Fg=lU^tYbLkk`(>qEHSuJqyxjKKq>R2E}zzatpVb9|%QR zeMN>#s0jo-AQ}0azjEK+Q%Vx$8cmtONp&NtZX}D4m&*!^+YHvuZaTb$La{nED}Qkw zT>dDpGkH@6IAPXrGz*qhODyNFnx-G=m}?vtHogKvA$@FWCjlBDn+8d1xFjMR2x$ zgnES#*oX@!o2pXO1W&o>1IBJmk{Gl8!%_p;D6y;wNMz(}3r8`+bXUilyzY13Uvo1P zZkN_IC<3ASUj5GWP1GcL_aI4doZT?0@RW&RKC!yjf0~= zTGm@jJJ9RJkhE^@aNHyuuv;kML5W)TZ2U7yHMDw9>w`sl9mrX_+d`a3I1;bO1Jf!B z5*${gK|zfS21qZa+q=LNU!^s{P@}-OC*;9u+d{NaR#`iuPO*Jv0wU zCt!~#*uhP{#!W{lf49m^K!IpvcFJxw^y@IxbEIw;YRi4TuGG%nim3PY%#kvL3LWSB zlHAxTn*|=wIRB62kcU*0+`76U^*)z+;?QFaz-lxbJi}HdZBMdqc-s^jR9X=_0+r+W zXokS5Z=*Wpxn%NVL9pQ(D!>?>DyS%e+uTFg-qVK0)&dFHmydqTJMP&ItJ|V3b(Pv3 zLVO3Pg&)#;8+N>S)*wu}0;F1bRF)ZZSOJX;B;X^*6+lxVQ;A0dZ$!~B5#v(5gfD(8 zDfnXb1f@s8A;&a#kYeN$=-4)8Dq_$@sx*#4N|d3DQ{?#uLq(Gnd`3-HG-9P34iQ-T zV;v*48P@3%urtnv7VSn>!Eu0YwyY<$7;0^kG{NOK>=$FcV2IN5ld|b-0f@K{qaBz1k>&szL z3cw9<736#xdythilF=i-G03bsSrjN8UQ97o9ZUh)mH><*qKZ<2Db@Sh4+7ggBe-FP zBD@m}re|W~l)sh+^`;z8gBkVD1qwsvNNR41Q;KgEQvExLC2_s=SymAMva#5Zo0^Zq_nJe zoPu23;70X&uNr~Ch3;})mK0f{$%3N8J5#9l>}pDv%WzCr`_%5FvTL!`b34CGvRqNPBJ(OqgF00^Wp{&N_jvV6N-RQoRB{H+d2@)^zs?5X*y3fdGjkGjMVk{q5J**86U~NYP#?`0iTevaLDS zE=Z6Ui+zFTr|c7ucjVA52yYZiV_BF9`yRtNrzD2?XK>?VCFJdkb63o*+cjx^=TE+t zPKm_&{qZqgBHYhGo9~SCq6PgaGT51-D@Rp(GaWRM^n+t|fv5XTmd^*@7>Cz{L-fqSnS}rk&(T(E~vV}#K*9& zeMl?t>DxrNPQ_0EU^u=TA3q@ryCfUv9Q}J+0%;&IXSjfrOCIr{LlR|400&ObTx(0F ztq;xb$fdZULq5c>b>G;Mehv~?37~mSOwt9qk+Vmf6OkBs-FT@yus}maOPXPKCZBF_ zT2&5YVcFxNKk)uZkRcZaox9Dr_-);_UuCp+tIL&XC?OCgDBm-Iggc%aL4F)ZM@ei@;Na&K+UC3ggoc7$UY2_cfX;BAT1c~0qe2J49t9c`k6qU5wrm2PLrk@ zJGQ_-ArjjB8Vm=L@`$y4x(-Lzjf!3hVCJFqAa{im9h0Z^2YG>_SBwsa#VFs#X!gSH zzD5Qw-P|fiN7SHk?*wlAxdTpimSY+(b3ebLuK?V;@wUD6`NR}9)m`Ppk1BEpSA;m? zfmn2w_biOsY_iPvbB8c>;svWREkx^dd>OYLwEJsx!ZM|ze_N1Pnkf9 zxOQ#eypt4(hYtLqjS?YXb~CMc3!*c8Q1E+$0cPoruCtFM`it0R3cudq2r3M6L6N?C zn=;izgRT2ePhg3aGJI^Q5R|@vDU2U8PYv^7BG^9RYQyR&^s4Ifa{p*ewd|sAeY{d4 zb_8!isi^c(>}D>+b|S4Sb05q~Y*J&vlrgZ<6xR=J5Jj*0Owmk3|GuN&)M<@aaq zd)V!vZJhvlf%k%qMZFBm5mIEXTfCG?hc0I%p$@ua$1MvKaY0uM$Iek$N0#jm4#g%| zo(Vrn{cA5X(kY6g@|O+h2&AY`vaWYt1VN56_AaO+?;l!E*(8gcB?`=qlse~9aTnz} z$5O;G0-Yqc&$lke&;~baqs^u9{a9COhH#a~!!!dbtCFxPESQk3`R%%*UFwl2ye5BR zZBR6}kZ{cS#)H}mey|-(qb77sKfPx>Xi2-VodYoCT8TVbTxj_ErIpiKs669=T8tPd(cNOb5;NAM+U0`V<-8+WhN?%phB+r z{=g(YrD>H3Guj+~w}RFU*bPJuzw>mj|pOI-qrI185~MZA2`sB zf}CTesXxFHCJa;k^*_{VHlm;2GPV!jE1;S^q#|7?YIz|1%@#y$+_=Clii{uEfypt^ zNQH%WlBoDez*YQ2!jlFaD)g*AiHk1*#!8vju|sK}JxHNB8{M*NN+B#!?ht%wIb&P@ z*FStxQFvA@;2w~C3$De)JpwFu%0|uVobc-@#FU>NBA{SPVw`$$LFAB{E(-|G>1dK2 zaZ;+PDlAPfyQAD}ca0eui51kg8ZhUvr2ir{NA=ON;y)i5cY@9>a3gtd0~m^88c+)` z!l-e#V!*+Y(OZy;HEK|yb6mSMI)b`7Z1-Zut2Y1`>lj@AyLuIh7YO{cvo+z7yeqVd zG;hhFXwi#GS3k@%UTNC*Y0LWMacY*F+iA;i%nR=fEYgPH1#Oz z@_K*dwk267>k#xyvCZ%($`DkPVk{Zv3svyR=z<5cwF+HhY1V()AHSD^Y{^Je4tq!h zj~OVR47t=*w9aM%MD)mya1s(``%vcMAY7JHZ6Q<`APt*k4Xwbs;{Vrc{IllM&Fg@f zk0_iU%mdDruwXQ|Ni3oN*aR!r6Jdd=1U8A_QCKF&Fl_oAe8W`?$&8Xs#xUh>%k)3H zk}*kW!GI1P2eK9*M=MHzgmoPb#rI6u@Gz)1Yyu^oM!b})*?!i=)R`0`T86tTNGg(%OXV?rC+}4)hDp7jwsb@W|s_tNJ$&MLG>k z*_8%5Azad_KYvyjoLdiFTC9djutazn&69)gBQk87g*96 zAv0i}{(xx~Va1BJY%)t?xFM&9Rd@QzvE}W5=r<@kFZU%cYe{o@50AIXd<7F}=Q~JV z$T&ISM&zNI7rzXrzd|<_MkK2#*p$(pr%MXMK$v~7f2(CV!OfTF2|G}v3$aXEJ?03{ zk`g**wW54CYm=fO?KCGWI^_j*?l_!5OV0y>;S1Nawq;XSbjWJEMK<7&J7&utEp8e4*IZ-;24*zYT z>oS#7C+pxzYdA;rT&opzfQe$E}fjb2-aGuBx zdsX=n$(;pjr>g~AF$I%;=}t-`BWXX@x{IKGCGSh)ocApE+Z6i2g5DfQ2O5Gn8XH80K@Zo(mZnjiKM+FW|o9r*;&l%u+1PC zFYxJr_=4TMy<=GlVgO}nNphjeIquw8u>h!P6@YIhI7{!^!kf-RkY3QDZ8q7C#pO{R@Z9L% z5JS={YN+l)7N@QKuk{(MEnX)>%XWGn@yo_C?#!pPot>qtS3H90#Ht0XCqQS93nmbv z&MY8d>T-pWnL*pW@lvKV*adwkj*5SX)h!>C& zss*F^Nj5#igcNofAP~U>uW`&bJi|3(47S%fg_yyp%8>3U=$507$E0GxRIbqyShSnf z42ZP(cbh_P8V+)C!Ud(0PY`;Kr^VF{mQ}@&4yQ!N|OqQlN$0-l?h z!|t7I$At>Y0bKkm59uUK5g6w71nZ zTrjL+Ob{3jXwCYTJ|F89q$%0UP*&qPOcy#H*YH>S52hYsn?Si5JAKHvOmzlfmCK9W zT-sMH3S;_Zgp&Qs%jhFi9sJ_!+-Z+X`5-67qM%2W0Uur0fZzv2i&MdL_YNIVAJf7D&g6~ers7^%mD2el^Fz^B=_MS`6t;)uw(6A=vYTV( z2TP~FMQcdYoUo+J=GG-tQ+0dy>c@na35K#{?k@1lAR!uTVO?d6e61V_oFKfRjR zgj&?^NNFvS!WJ-Y>Xio^`02*(WOC(9AdG?LQ2jcbVo^UaYNH|G03Y$W_%Cl)cvJ@8W@mwwX&Q^=GK=rKq z^o-S0$dc8?H4_TQa#9B8jsq zB2zZaz}oQN2~^AUeqM|=?0o5G%if~}iPQW)wsz|R3={e? z@?{A$F+UCw4FXNh61W0{q|Vc+?3B{FJwxJRqQFcAt7o=)gRwqRWZ9_4vaEuRQxcbF zr6J|n6ku)MwLq4iXy?) z>N%1z=@Uvg$*A$#EP-6i`pW|rt28HvTp(=U@PifnX0DD_=#HklfES$O7SvrIE`i9& zPe7?;~XjJR>yyi5oj{kJH>R!(C~=GAwD?D|TfUBfjc6vi%!&ybYT-FY^&mF$()-g}`G?gI z*#Mq(q_2GyI%6HCgm2d@ppZ)G-h(}z*QBM07(9$Jr0GSiz@AuOo0bX~IG(*r7$#8N zqTZT9U#Ccu4AL$f_^@hZo+A|)UnIE?h_9-?jBxdn9C7VPSc8BpC%wZQ@X8-n$ud7z zDPtJ<g^N`K5ga$T>A%-U(XzJF?a z@P~#LOzLL&lKcuoJqIfxOOY#s`hQyxE)oVakcWh2Lo0ud$xW|NrA!D0lry$rjFI4n z4hv-^$|j9d1}Z6`wUQ6#C7u$h7LvYde57rSoRVWwXnr9$ZwwAMh1RLaQA;&w=d($D zMb_O?MdG!A2ba4p4Kw!gFi@;FcWh$*u*6@HMqG@p^SR<%iHFb;lX!JB!+M(@@47XA z#sZHh17}8ls>G$g-peE>D9kEsS{@K=5+dEuT3swLL&d_A9n7;V&mO1~7PMwTT!9D! zAp6F~fLp?64+s8}@j7nFx!o!f546tK@Q$_(V5JvWE(=f;HSagqLnlq2S!kWGR^U6l zsJTvSQ)VAtk+wXmmn+3`?tFF_nh-N;jn|%KV+0mK^N&VJ{RO41x&-YF4{u6Xkxb|1 zw<}2blUY!)p})p4v6M(=Lv9MxT{QjDQ<9~8iV#s}z3?wzVhb835;)hN4m!?g-3p0?4>S;g~3r1~?vG zOa`B%(MLr_p*bE9C$Bps;M1tUR)9;)jp3^@LG)Yl@ru(7nXXbr zvde5l!4^zX%x#JC^tx&mW!;Jj6yL?s--RBCyf;jWuB07|Ck6e&soPhxmKpXG@K*-7 zFr)^=L!YcjnegTeV9{cZT=>jQX5=_^&&TxU5nX?UrIM}XuH;$dWKN8XXST$1x)8}P z;gKao0=n`fl42}9`HwSkZr7^>5JR|UmrSG8$7SZ*OyG+JGF;bZp47BdA5X9f+y3{TTLjlYIP-~ zPQ}Lm+kn44{Vpbyz^5Or(|zmUTtMn(A?ievA>s*2E@7FE^M}SeR9u)j$i!b@MwP#^ ztVq3LJH|Y*dsY^Rxfv1BE)PET?^=Ng!e~WfNzQxum+9cH07q`M0J+5;H81jK3p36P zZ;ALN8Z7Y^xUrE#gQ_13m(L19Wnp_L{bp$hq0-klnqUI38n;VwO`*FiE}rF-$rz;| zz7Yq`GORPHA%car(tm4l==XIZPLJYzNJr@D0eGaf+yQb}`40J;7lcnc2OA9({1POm z9j;YzDsI1*&NC4U>33Rdp(ff)ONtH25dIR6r&ocsc2^R;^SSt8>2*a20EdgUYPR!XnR#!T+z=}fns z8(S9@Qf6inFtI|Lp(p}y#v(NZm1#z$JgF)nri!VnQqTGCN;my9mt==8;f*6NEin!xW0?h=enP;PUDNI+Ul4mt8$EQSXv))Yi)H5I{#s2I!G)ndmL z4V@xR!H?)vQW!AygNrHpLzJ4^EMzb+oS?Y01N*D$yDkhq2bI5_iPGgLs=grq3=bYQ z_6rahE}rheG{Rl%Gz4UzX_W!o>#QvaWK_e8pV1=xw9tUFZ8hMaml-uKW2Kw)Wr6GN z1`GZ3;%?~yLX?2fiDMn>cS zywk3>5b|odSaNs!T;f8VeHF`&hd-)VP_W7p|8Oqs1+@`nWHZnnS<>D%9U$PNEA`zq zQ#V1R)=AL)iyy>SCZ}Ar&hDBbhRcke2@^JisKpZ+FHAg%%Ho$=o@K;`1+EbMtV-&1wXoN6bHn%us6rOgzo28)n0Z-KYDFV%4!Z#Wm5bUC@<}+J*3ng{3Og9{rGrOYX5y(#Ge9{hsy$JiWnMA|&B* zJ+qA1QXSN6F7i&^DM)5EDtg2UC^wYWkucoA%fMYf5>lk1cF=gQtz|{7F`F#dfauvD zdK^f()Z=@s)DgrRLm_5B-J&}S1p?&nDrpTo&xn^wcNM*-#kpGr4~du@(34?BIKYsG z*dSXBZwEw2Fi|{$S`nOD-&I=(lUNThqVOk)OzYF|2k~3L^M${bZu@9q_Rk` z#p=SRUZyHK#tLY#Pgp%%g-Pp9&^Q9!5p2nMGpQG1Zk1RWi&rpm zCG%{k<9CbLyE20O4FRXLOu`WBR*-?L5qWP|Zzx_|2F(l|8(fU#seZ6}Ts(+fG%|mj z6Bidds#GjuR=36G66%mt`@w+w>*_ASl zxV4a7^q^utYmo>&pL8Pt9D2i*^Py znY=*y{f)u2l-WBg>k)Wu459$n{o@Pt1}V0~%X2OqY*?xpto<_mChGm+8bNb3<;H14 zKDGEzyvUOnqJ{6Xk5N}FaA5*2?iWlD_#~*lat|D=cig*+V45RGtoGs-F4@v)Ek%Ea zFj*rU2|WSM9tE6o^Y>_@j|J4?WXJQlI6>PWN~XMkAG4d+0&Pw&gz^$Xny$8_Q_wSa z*YH!U;T8oYIQO-5lt9q2pjJRA8zqoJ?#(f<&=3T0uO-IF}IyNNgR! zFk=juw;J!@JUvb{JWvlCjG9k8y=#-lpDGOxx%h^0o(yor8o0Q@SlV1gN5 zImnSs``IZ{?5s{V-Q*1KCTWUdx){)I@V2CFH$0PmW~EUMpV zCZ&Bp&zAfpC6>EEIL!P5#3dBLJrT@=OvZDvHamZPXp`yUlPE3G`Vfo{hWS_{=CShdLs=Ezd zMktxJ6S2D#{;P^E#@lp;o@YOA3M~@U6hx8EUHuot062zVx81klf|aL&6cx}_+{)Lp zZba&g90}PIcYqseoCsxwycF;RF|`L)lW(#np2ks6LNOs@W67npwridmk`k&wH|4g= zN;mcHaJpt3S_#rxW!lnf+%^Z^%PQdmG971|5*z5D1BJPF!o_KOv8g$+bnX;gP&I?S zy(Eb|8+M9~M!d)9zujEkTC;KYdX~_yX(8fe90LeuYz!nDOwT&BA?CllOe1yqKzrdi z8TEm$SsU(rYBq-$RL?feGHx(M?T zjxy<8aD?zLbe(`4FHA5~yM-|2e@`iS%WJY#CZ+GHBk-B!6qijjk3n5qMGzG3fx(LG zbQvqfqvcQ@MAeS{fHKD!z#?o7Am zCk;@kTHBNpf(OX8C`{o02WfmU@yhBJZ#ia;DUi@twEn+^v?+jaX>xKOyJYV2c;uF` z>|+AK344;yR0^Wv437Fe2_&u~Sm@KwS6q`hF-^BZNP3zv5#8WeLkZiSAQyPk@tYFm z6<8AORNj^|7&YDhCRr^imbgnRlQ_2QnGxG>+6ZB$u2PXScN?RBV$o)s@iYt5Le<_2 ziiR`jili1mQ!1pNPCcXDd_C)29TU@e%5w~OJEb2(NRJNDF98%@_BcDCy@@}fos+9H z=G`-!?_C%-nCs#%rlp}kf~&ft$~6o2fW;PVhdva9I|m*0TX~p_+rwR!SVsDVYRFg5 zg5Ro4kEU4W2QCVC^=59SvkyQnTR%^u`}9N}#siM%bSW<+G@>B6gviJ#VVm>SAEqnr z*`F_N=oFCw#_*??E+E3@g2RF(M8~Io0qT9{%oVsm&q9OHBt1qrUu6Af1$>W&jMnaV zl2)l=f=*5O$e!@7M{>{|DpR_*hYBpkDc{hgt_U`TLhH->l2MMuXhh~NucJ|oj-Wbc z@3o2E46kmUM_^jt3{UwP9M(-KV#TxJWmr{@S)wAe!+lQ_mLX%D9nvJsCwZFMG_}5p zk|;=ve{7>=-7p~lklsLhRxTL?V$QrrzRk$ru$Dd)`s~Uu%$dm_V83@bCTX=@9$XkL+5L$|>sO93D`9h#qCY z6~`7g$uPDUm2d{*Iz+G3Z+1jOXBx0IaRCYk(d$8jR*YE#B5>@Us#;4m*(zx9*!tc~ z)RV6so`lx{9o(2QSM2tz1c~|t8Dvg~%+HAhg-9}zQ_W*k#W-xX@|yzmfpBrbJ^qCc zh%_+Y{okd+Zz_*?rf1stdPheHDuOAexy@a9neI<@bVKCCmQYC6fWx|4Sh6yFX>`Mb z&qtWr5>uP9{BbKjvBb&V>ORRH(mE|2j#SYd%|;dcMedLw&GAqZ$BEncFQO&;g&!Vu z8H9xJmk?+C969R+Wv_k))zW{me=qQc)wYn*)DXGT%A=v+gaVsGGg)IqwN>pHNoz^F z1o+!syIy}MczW1AR2iOLXCRGfALaj{CYXz-H@W`hajaMVDG4VTAN6I#oH`?gc3 z)_FL12HOSsGhUPVc{-s0-3*y)XUn(G-G2COI zwUK3b!CYKSQ%t8&L343bQ#;0`2msNRbUel3IJ>Fx!hi9^7?warYC*}GPYPgD%nNx@ z4jT*fl)L3lvGkW^P0bTeSD-INES|i)??YnwDXcW)sIjNG?pglZ61Be4tL6+Ie{(m~ zj-7LUfzF^8ZXDa!*61tJ%6C==LGK(l9_f`GN;{Z!_UhX^?{!^D?}*YB!7oD}+o4|c z6`Juah#QF@Y10#aW_yP1)z+H`^q7>}7zsLN$!~9+xo^Un81b@`aj73W`XmJPNif-bTm;74b9ghYJ>_YkA z<~@{QWtQMl+^{S{a;5r=IvHZj?3QHjA&)R7t0scVGa90i&lG3H?mZ`~Y zhfejMF(Vv!ynT4=E4)AifH^eSS;T>@quB+NqQeV&gHY-MN#+2gOF7E`g~O6IiMwhl zhu;q}oOlhiNIp55q!TxiIjJCG%bBNU-Zy>JzYvJb&~sexpEmIcE1wJQQ6cU;M4Cae z@6z*P2Ti?>elsi5sturGGp@WI@vRXv@TZb9S%vaC2sQ@8M}uNq4`mQH3|qoH1!AXb z79_{hkokT#txJaHd(Ij)bs!1+UYOE|(q(vn;fQTKScsnr?!i=aabk*D$(UTCn&a;J z=o9xoZb&v|49%~FSFDxljT^ujoX#v$e)zXh7BnVB`YwDwACTI3N1Q(D3Pl2op8kr2 zc*owgb@*xFPWGOn`!{laHixZVB-bHw!1Uzg%LQ=(vdF#0fCU+hqMkzsfSFpIK@}|f zyA@0iDIbN!Q37^sK@P^8a^$#Ff&&5QzWK>--97vTSp1( zk;}3d%coQr*A7YzHw?G#Z53TT^q1;qkhf`Cp|*`Tt5?mP>#^WI!*L6oz zz$y6RI+!ZDN0{W?)33dEK*Bg{T9lWlEq`a(o)|weGK@)K494Vq)v@rS9rt?1-_AtG zsdHZ^0(?=y)n#0e#Gsrl?Tw*OriQ@pq|Nq~AchgXADce$6LOhN!1>Ou2;zkh#Q7eB z`w^?vacQk4!D=9udwKrrE)xGjY|Lz<_?hhE*#~|UH;JH4H5Zkk0Y3YIMF=Ius0(dM z!zraN`fLsKk;N`D+igd! zEOovK2^FBEv{IRRZm$p>h@%2|QF>UmR;;~KX9C)u6gNM-IY1PD?9n^Q>6Qu&-Rz6A zM%GrLX*`52j>KMCZm8OV!%q(QsH!(!&7K`Qqe^UE5>acM5vDnsep}vNk~dX66dMX- zn|TF^7PqE4n++1|2GjL*Z60Z4M-L{ULBN1vO?0H4praZfcBc1lP)Zyu04A3r6f`p* zWw567k%$MOl98;qfa`H%R*$S?DMNkQTTbE=J&D#o<*jg~+~i>QkL=qY%fSwXQe{U- z;*?0AeYKaxyE;=&c@bE zzZ%@Fmc)FlJ2dyDdh}^yj1eaB?P&(-bh^MC@<-!9OixEc=7a9&v&F&?@JKCHnv2y4 z7iX`1%25iCd?^l(L!l2-!elYIkXojYg!iA2@Wbo78FmZ56`waMN0H(7^cpixo;(rm zQLMRu;>g~748J=SYr2@>VdcK4` zt7rqS2u`uSB!IcY@$`1GtjN;GiF4d9<)ygodPxa4xpSs@aV;*&89j5(P6*|N=q_v@ z1+Yr?hbXQ_Z9*8@#$&0mny%TWo)};|0f{F4FLDxOL(5v{K#5&GGTivn00h%jA%U@2 zrS<`x>yJC@QBa#`s#GZ{gMrVpWpm-*5xdrkO!9KP8%nYp(6M`83MK~}{LaBsW#eSj zRJ<@yy_v#U6sWazT3`xcT;)5miRI+bOLB zOL_7uVr#Eag+}h(K}<-j=Pd9t53r{r%cs;;E{g<(J5pvbP5b&GW{iarsqBn*_-Ucd zvgd{bqEI<6(1QZq@k_nSdw@cd1S2te#<4s#hwK<5EfWQ6SMXx_+<27;_WA@A9n~c$ zRE<)Wm^n8^tldg*w++8yXbd=TpVKU_?_zMxE`(5ROmQ8xDlIX~S@UUq%SvjMNz9}H z&=ayIi=M-Y9yzv~In>Xji(~TW`KzbnUH|q~!!^iV#6_KScHhdR0+PCxqiE?263C!F z35yK>6fCxhZR9|&R`HlzyjI|xM2~zXMdaxtY=)Xh@HBO?Rhp@=k%o-z6AO*W%i7{tn-i0HO z*1zd#!h_Xx@=he!<{fBT)oTdHWtCfD8S1MC4AVso-Do9(-vSMH%3;Fal7?^ms08iX zx8;Kf1*#6vt?RdU{RVGYuMq}ZQ)tJnoKQ7nc`=5PhaHs(04hR?NrPZ#poOE3@`-5R zK+B^dJqfWopel+p)BjZFW6pEx&r`<*5Y$Wi#=c-H#_J8^!y3}(<5nCJ`Ar-krj$rt{sAe0X`H^ur@VUsA8MCfzmw<&1aOHqh7a4N?cqFH%ch_bQuaD-;{MJcT;ERkkQ3p%bY7d$GlFCU&Et$VN20qN2_ZK z6NJNJL99Y%Ob6Um-GAXUz z=kJ=VKoMo=~ObfnKogAz5_xNiXcX& z@HrZtCsisn`3~ypH=sBm$y#(@xX$O5hni^y7rx zr9Y(Ba;r>^(Q90C%c+m%1CwH_%4hCe^{i~CQYu2K+fH^Kl{PuZ(5f<4lCT6XD-u|y zZZ=J>%q5o~v@ZGW5E?8v35yq_T{3Zhc92RU7&&wF`exZ$Z;3ZTGyx#FtsY+I<@k*B zES+3J+4DaG-mr~A(x9URdLYGN+y60!uNV8WZoIzqL6Xsuj^%d7kAc1`WyNtJBI9$H zy}W-|==$`QZ-dMlC_}3v^=*j1ZUZI}NA0H%l&e6<+9F?tmV%2ONW3BC=qZy+C59ai z){>6hNgch-bmHnXoK{7^TXw4MvX*J-Ip`!kDrrTq6 z+3MKd`0OYTHSDAchrg zfuPqICLYuwH9E@i=QTO7 ze*ZL)@XZk!8fp4TxTO&z2y}TEP?EDlLZ5t8XhX^<810CMSt1KKVWIyQUn!@19EhxE z0hYCjh!^WbqGjs05rjS9paHYI{vSdPE&bV5AV7v0ecigZK6<-sq9Wusp};DafnhYR zJtsEMtZbUd+=4<5TpjT0d`}A&$~`k-$wkRSdqbWx zxZ^Zod37aiUUvh*c)_%H5y3lLctrJ>w9(X@XT4Cub11Q7p;uw96KPrg*J0MhAduB!IF@kv7iG~`n` zDBp#p!qgIM!9y_CPZR`3DK@|3YD@bGKb<)qM^BwuP{B-s5MiDjx~C`AD5AH&Ndc-N zcby>8>_=yC>u(omq#pKue@;{3x8@tzJ|VwtI(dv%ZXJhnsHZvAY)V|HnGV6MWFF;2e7UzJ+cV7<+x=f>gW z@{c#rI3Xjfar4>If^>JimcT+hp=G5oW+}=6iG`M85ZR>);*vlTg6B@y&(Z7r;QpIo zL)RY%QT;xJppDUdC*$7p)Kg)PvAAT{=T*doC4g z_KW(BE4k*9m61)S_+hsHy=f&k79-9O7Go)U$7N`(qA#s)~;Y^eRJg-WezNQWnY(S!L zP)?-P4|LxNewIu%fpk6S%Db?|WTOQKxa=#9 zjb)9?#JqU()cL*;3ZMs%UjfTG$=I&GmP1bP$`LkB6^aMajG>gCccsD`z%dgTU5z}! zCPAl0RP08)nGo=w8o2J4LZRMv`tfh9(CI;4aQPXRIJijNpWhakrOc;a^X-3TDC*6IWp%Ijz$bz8$r%u zBGg~JPVY^doJ#CGMHf5b_ewIJ?`VP}k^${|otue+p~eXrIu4_HE=pNLa0(>R?3$3=i3FAQ_*Q&i{S zmWacfi~scOfw`a=@x)UhX!(>wCuOxzqt~{mOu9n905pdmbU_L!BG0krtP8g`ZPKt| zO~=JdBwBAOWpQ3nXkkeWaA0U78aR3Bml_)FXZD;Gtr2*G}_V*>PM^U zs+B-cjH(|@E-Pg|nr8m*2Ciip_)@+WqxMgxp2-zR^ic?hrgj11c_HC02!!?mQYjDn z99dfGI^nN&58y8?kZvAlkNMCzg6us(H%NK7WB-YmN*t6YEko}kKLT9>oPxPQz22V2 zzAZdp_GqS|V%|txgMfx~5yqbf;Zmc-1+$mXSc!&9`)VSz1N_{odX!e??idlZ?}1bz zDHnpj+BrRXP{!?08gi2aL9q2@BWJ4Tu{SKMQ*<~Y#IJNI4ITNxVt0|PadwjgeqQpz z#?50*>sU=Mu}ViD?QSlmsgTWZo#>ORZ0_LnXdiqQod!Q-_7IEqp3lBmR1Rfg;ly4L zw8iw#bpdnthY_H9dXi!BaNp=!bidO=b6uJnGEnh{B?!i@vkt3e)*|(XYUYp=t|SEy zyr3^FYPQ0r6Mhl-HxHgZdC1t?(57#tj0?Daqz$j%`~$0lhU_?J~&A@Y+di zR=1N*Co8uv@J4^Sl)ONOVgr)AM|E|dmPkB2>&B^ttacyr=U%Kf)Hg$np09hH_2~HD z7PT);%gM%S({4a|lvFo8s9pmm*`WoEDk>cO1r(AGCskNmNmKFLt0*nkc`TE>h3^fM zRaR86;PrKKiCGNsV055iP>Jef|7b*hP}Umc{(bdm_&HyVrzUD_f3{R{=Z67D3JO+3 zulph~`A*h6pLD%Mt3dHgjP-G-g4n~rjMFN0RVfI#JngS^E>H~GTlwi&Hi!^?!33hC zs(nrr`Qe_PFBrQ}Um0R?;7OyYR{tVrh_&(qI!VxM=a$6@l||IIFD)h8useX%hv<$J zue-bp_177!S{yl|<9TU`ks>_-z0SH)rE=2cB475o{}6c~Rma5iWg?L>9f#({9-P90 zs3cXJJZ4perBYH10ux>G!I%tm z=g?Dw>`Scc94Ryk|9H|p0*c(F0dYyQ=(oQGF9*eL%6DOoW7~=NMK;*U^8m=bpC%VE zAwy-}p=>5t!>HIpDtRu9ifv_EAWD zs0JBeGxv562}oW}Wd~ynP1oTd%wa!A?|r>M={j>>NK$078G>%mna6qOss7~bX$oYM z>>@N)LIw3iGZl#}^z+f3Hvuan{Iujm= zUse$Clnb4G+etRfesrX>4|ZMq--HPDxeT27EiSMA(_srxcKB8!y&b9Cy^y>id$!XX zfFc)S3WeG+-quTDn#l56o%|N>p86?oDZ9Tnv=MF1mufOTIB)UK+#16Y-j<4{di!$Z z%MczK$r=e~2gAOTxQ=gw$*TM0NO@0hh#gg+`|kNI$* zp*>tWmmL_QCNZ71IUe$wr6>eoTK!PfOe}N5l##HV=xiLhHtdeuJL9(>AThVzJr9uC6chm0>GK;9){#fm1ImO<6odj6G) zcdSDC5hzC_wvU~VIrBUPW1y2q;gILU)R!iUvx7h_^)1d*zvA*!q+Ud`Y?_5=8G(xo zb1Ete;82=${8+FLUa+s`SHlxRWe<^eK(%VZ0%T@{%smrGc?9ocwJrYLv?=fO10C_zDyPfiI|AR0E+vh}0S|Qi=PhKd~^1oFU zmd7kZTmz`hW~`z?4!Pc_C|%hpdi5qJ$tCU{F`RV@_M-&T9`6xMZ5=z}r`H#!99N?}j zk2>l`F9K~PXf6i!m`U+xM?bN+?s?fKJ%2gvPCYs0n1s#{>a%Gr@P%(;pYcu znP(7l(eNMSmt|ILxJM|p&mdOH#gX{S=PEbR#Q9qTTO>pTIAJH!TT&10PzAIBE_c-V z>;Kc?lQr+OQIX%d-6GV0EghNbI3^(i61H(=jFnC>ML~1dtf7h6QwVb~w%#UdgNh2_ z(1)S1eQ;W5T@fNAvZ375V3FKrtKyY-`}L)FkuuD$WQQ61IBeXkRRAeY5VK}yC1p?~ z*~YnR+>rMCZNR|l`_XW_^PIXx= zklU@~Y)O& z%smTOq*jk_gp#-*W)wpBMBC^q@?!Ec*XV(jHd(D zriKDx>(#Y%D=u7W*JqwVjwfo*q1>=vSGqfmB`3Yyr9X^`3B?sz90TXxz8lCo#SmDK zAGC9&-WTdL@6hGF#5_OD*nRa@EhD(wKla8Fo+m=MRjB-_=W_CZwN2&5? z_!Ee3f-mJ+lZtkj=`gNSNle(^o5SjFCsMJzS_{+dLUt|J^` z`?NM5k(Dki73pMzm14d3DDk%qTL`m%L};Pq{%#}I&pc0CQ&HyZN2}M+Ari_G6!~?T zjPhGI%aEB?`Ja?B4yu3BK?(WiCq0 zFd$ZjOJyT9E1~;=nNup=u35{Kmx05?G1};SSuq{LVF&wjDjkgW#2Bp>O663Vk6GL9 zoJrlv-Rc6qaTcC{ZBvI-qb$IZ;1HSSf_J0AiMf*U>}@lG+JB;yXY;aMLoWD&P0)Z@ zc%Y5iX@Whdw{A7gqzH>#r|#P05F&#=#EtnoYYdO@F;u}^wo)wiy0B^2^&sddSm<{tQ1$1M?zEhVoCQw{F%6b zCus{r>YeM>DGE1jNxw`LqC?Y|i`?iQ0M1E;sWJw^`woP;kbRwoVC0ojV`$XTe<`YX3Y7h8rWRkO!@~D-at74XRWH8 z_Dg>`lSX9zhOJMhX^A(>;w8to_XwC(cFgw{f%&ZQE)4G!BOwk~vQy4(OB}sc~O)Lvd!9#ro(qD|Gl|UH)Clql!fo6o)+9 z2`XS5BZIn-#_S=?N^aAH-n~R-=5%ZpE)xcmZ6W|}$Da95mr}sr%u;=_d1Vs-mGQU+ zS!76{MKZ~`spCAyXdNq5w81o$u+t@ZjbnUyhf;1VZ)M$sqKfwRT3ss5k6j=#+PI*^ z%A*H*)QIIB&y)=iLg8Bx+jU|j4}Orvl`RocbUyq>@bCz-3*uLp5n}EHyEL`mD{&40Y}my7qUF|auFtZAaJG*Z8wOfwx=|+o`A<) zI+!ZecTt%oNICxY|n|m%IQB~Bm zH!Dh`p$-bT3dYAUD+;K=d_U|hcLD{W5_qW1$5oaAJ;(b&fX(!u$UU1g(Ejq}5>e|1 z4X0CmG(iI;T~xg;m5%Eu7V@tT{+C6F*t3>D5c=*ik+Ku8y;zB?WdW~D;;Kb};XVV- z`;lmOu(3nhu8`bZuGk%^=}h+#Tb}}GDtKr!A1-E#Q5v|c(T_<%Nd;hf6m-bfiNfSGdhCQmrC|s>j=FE?6Xe0H49zR3T z&X6a8h;wr#(pJ|rYFR@zo!XU6y8Pkp9FrT;k~Hih;#J*Sf{Za%l2R_wBjevE=s?Cl z;4>04QtW5kTha4EEtpfK#6iI4Uler;=Ssv=-D`=%n!Y;)tOqcLZ96gSwMF6JXTunb zk*brZh4r;Z4qGz^^VJ;TOBoyimwJ)I;_v4cpjiwQwudw6(Q#Z>L5(aiE)eNnDAmG9^+mt()jKnyC11GGXAH z*DK87Spsh-*U59H2mwa-cK(kj3bJJkxNJ@@VSL?brfmNw%^OsT|b!Ou3cqmiLN zfx&XJVaUH#ukt3E3DGLtGDJfhb0&0C$38BW4&=3A6YYX}UzKh)^g2B)pWLxp(Ip4s z)K;gL{Hb(@Z#&N6gU3K#mYg9MVj`=sRBlXy`GJ&&SDvjPX*Bo3@|7^wy2jZj1E#`; zesv#JpvE$Jp*kWC)g!g{2pXz%-IVYR3uYuhiK%UJ3)Z4VSh@gzwn^PK1g#zPF9~1- zaYcCqdX>on^Wr|f40I_Pqf1qwtzW{O=Q|Y2aN~+!-BMJJ&PR>qhD5_Zd27N#0k|0g z1Y}e4q7_W(qVffS=a&#D0mB_ng1 zO|5}27$mAAW+bmb^NG#zy8PX_1Rp^Gm2L-v#OA)r;{1roV{_<2hbrh=t^;=YHAGJC zo8*tA7%kBEbh*=4q02Twsdx{!!O0C2BGxrU(6$qsxL(PWQIFtwgP%R%ngaPCKnzGI z;p9D0>X^oYla+{~m>r>|OXRotYPaOkby$odn?Q)H;VbTf%ViNE%<50}dW`%taY_z^ z75FDh)c98tPRmkGkrG>O+%mXWZ#zps2*u5SKwL1}fhGFUJ`*pe@Y4dy1j0ZwKwqhd zK>|p$AZP9TS%Ko(wa_?XvD81k-OiD0GadNCkO|gWaG&+VD8{vD+Y#-e@Fc;o9ieXP zYW6WFy(Qkp>FApdBzWGoP22QH?9O9qhtT|fmbk2K7asr_zDRNl(==I!a^6E+NM*Mi z;~~SjW+1zkx37h2SD}F+rfgwAd^Vk`Rl~PU(vz4%@WrQyQW$$Nw{bcZ>#{X&rww2w zL=9+FWx3v0>SXg!+)#5;5vnzu$+k)yoxyKz%`s!S8up#Bk6UPw&h(?#j(0Q`t*cUC zLdI3ULLc`1^&6b(&rZz)cZAM>qwukXeDMFo9-Q$0DyL|Mh8D(n&L)5Ha z1H2?`Xe5)%wxpd7mr+?LMv2H_$t%cB;v;=6w+m}_R6kh6X6|RpmpPyKDiFtobgP&U z#}Y9%gs_hJ@rGhD+qCm9X(?8Qy2?vEai7<+3=>(F~n>=;*DVz8j^45VITnrqiw{yQM)8lN`dY(<7Sx@<$x z7%g$vBz3D_jxaRq>hwx&Q&0|WbU5b+BgiaWWzg#3dI0mURm@+igWu#P{KP=$PiU+* zm`ekyZo;7O)Z&QbNeJCII8m|^YXs|3D395weFyQY84k&6bI3@k8g@vLeIlr3&4--A zho~SceDgYt%hWF@jMM@^!+tXJ_>P)E0LJ$C+iZ8y8QR5g1`mZ_R;-bYg?}Iwn?sAc z<^(;5oK?IWjIl>p?K-*)j|}v{N*Tuj>w) z6^JsS+^VHnn6dY)79-bf1ta+nIe2ajKsAK4RA4NwL|MGNGD3J*^?A-=*6$b%9yU{g zR0E_Cdl^ig-+l)dm)k(f<)R3iH z;oq{~N>fc|JheljgP#;pkqrXxwrg9YXx95QvK(pi`qBKHyL zvjtgS8Rs}9%cjRw3@x3m;Gm2xWC>j=)gJzbHENM zv~v1ctUtNFXfOt-%!O8CcHx8WdzRTu`nEHzk}|$oc8utoKO`Q zK4WhnDVYT~A|8YGfoN&t`?oD!WIP>JGqM^iwMVil#}W@-vS|3XQ6-qPjR`4&jvmK) z;x*76aq|{3uaRU_EIvD8vwrX!OOXfeQq|PP08H!L8bM0YLdMD8%hE7;3>ftw>$)OI0D33yE=0dHXRCTe5p*v;HN>~s{HRDtvCPHYw z+%G9#+JqQ~?KwjU*Hqzp-Ow$}Xw0$_Cb5tpA`Q(P;bt;5Ps~K7Z6qakpv4K*&xMv`%WR7&RIWfdV#mnQr$3hzH0&iySGi;p`JNxhK8Qad@00RDl+yw zV|czJFfS?i)I3DUKE)Q&lyKz9pjT1>ej|n3ar=S;-GW7uag>o%ovZ5yeC(%qPTh$~ zl!Vkrp}3{>p<-37hBeYyEED)%xjka}Yep^5T3N;lzGHz_6)5d>Qe85%=2HKkK6`B^ zM9ukpYWvM1iMFggx-@e?3na?7G~N*`DQh=FLxVNHl?pJu!nB-rTb6z1CAVf1s+Q?uYb zZDw1%k9mCO%6wo-K+QgAU4#Q8Pyk&2-3jqR^odmuG><)zN*bxkgI5_qeL~aEk|k^=lJTx zv*b2?`HmQl$H#mYR!*w}wm1`);aI4L*{&%(9eH|5e}fUEtW;{~Nv05;RxzG}T$ZxC zEB0BEhSL_YWtxvH;*?vAp2HbkYd8oJD}qm|fHkgF!;>$ZfF7kitURjaC|c?kH}i=fbpH)s+&eg46F1?rk&ew zZ}l5@+w`?P#$J8{dTW|r6`X~2Gfz!gYV|x6=pR;QTeaz-$_S3Er!qGX&k(QFXS{aZmtP#3+Md}lxT zR$=44`$?b!T{^*NI@_Ph!>5|!>L}Svi<1$X@9N@?+JoMknuplu3TEAtD4MEdmV0Y- zWIJyNF%R$!OBrQTFVl{z0$X`Gjp7Rax^8iWYJp@cu+A=IQxEbPKPC@oq+D&~LtlwO zgWnxJ9fHpyWMTd%Fo!FecZH+!&f1t`PKRyGwzRJ#+hlHx0&z@#qf)Tn^S6-ZJ0m?8 ze^!QVS4#L-dW~3Y6wC-u007LkI#mBRC^9OYhdrg#m31`ME0q?K2^z|duu$5+;q~gJ zPhQN>+!pdCr!bAqz6(3djvv18&Vx7G#ikZ6RjO4@CLI{9A)%Iox&4AoqxIk)a4_dy z5xmek#mS17!{3KFbmZ!%1JqXqvZtaULhxpNROt(Dr#z9z>wVs57%szfTjtrsC?mvL z*aiYg$+)pu?yHE17jd49K5iUDmW)pjc4I|IxSwJRSdYs_lpz&S2g8urM;pD_%AW`? z-If%Tr{-G-Kp@59+~H_X=`x=p6cjBMnwf+4>#trc!E~7lF(XS$&%*l_T)hN^tDT-F zwoedV5oIbi&P$$Hl%t)mZIX=I?`%mG(9PuPACZ;g(v97XJ}_)ZAs8Kw^Hsul<5q9G zLWxPaj@FfUeijeFQf?H8TU;E4u#btzg?I#55=}ROsp#p37j4E4;o_`9jlN`K$^`&)CHJL zgmR(-sQ6BhFbkq0<3o@dRjX#RCyng~TVoSV@1brL_zF9*(pf2s+|qrK((9Bv>+#yP z|N4VK;7c{IYz|NVQKter6fiGv=upC+dK5JtBcb>($o&O_+OJ)kE4+ElDM8?6p|px? zTO`?rG*tczvKQ$2ON`ysnOpPR7q_0rd{FbodSDQ9^%N@rgMaL=_6jQL*C_YC;QvvI zr@{%MfXOc|Op6-6{l39mp96Rzv5X;%kn+F=hVeMVfEP(bbTK}x?|9|0-QM;}d-Vr~ zEJoc-J0wN4_xI8ysURBYrV~B*hr-YAtX^luXcd=~mx`%;XP`*3(NCR-5_ejICj_es zY@PNS;iso*QOQhY^14c*hy85BT>g81_8U|av+l(Q=L16V3-~$2A;-xZmp0{Y731Sj zjzyjMu$wSoazI2;C@pfeAQr3L7pP$>&1)iiFP7rMY>~jNHrETXjcAFO%58&P8PO|& z4sBDSk5}5<+0s-V4{2xjMwa80fdc#~nGr1FM2H6@`Q|<+ka6wyLa}eNo;74mp$UH# zw7K4*L{WEO!_5I}>X3I7C@jDbgg&@5>d>L4*L^i2t~U(|=-|A~uh3bonM2cW29+8~ z>Cl)96|4CdK1YSf#kwj|M=c>gxrc9AWh|n7*k2(xar@lv6>@OwP-=sh|DVZP=s=~K z(lI7w%T83gAW-;0&~$plQu?W-mbB7tyK51%B8(Fz-(%`qmS+)q>FU#Ha}Zxj_2JHl z$TN6*$(zLSVMsq88aYXr1s2fxxG~N!Hoy4k+Vy075r`;L0y#37x293z}!&eUquHOeS#eA1pS_6C{RA#xC4F1|0ep5IbFk;<$4 z>PUh_uxuP}by~5SDDd_U6eKfSV)9w_oBleJYu$n&6EVp`C-?DV&NhAi|d z5U$Bp(%Wrg6uVKd2eucxSFH2iJP=4IYB;qfBcW9TCzq`cy-mB=Sp4ltk5N z6L${X6!sBwn-i}v0CtbVE>7zrxeal0lo->1*~sF$ODCG?oE_3y5w!NKEA4n*e}%&I zXX9WG<&T;puvOtMR3D@46xi09!nxO-l(LVjyL;N!FRn(WnS>q_v1JGc4{A zT(tuvylwmgL_D*Lbbnbm>P>)9Mzl9kVX?z$Z-lM-63KTJ(L1T93u1Tek)#UK8lE(X z&YGP7W0`3W8#vS4KYA*YjFn8E$LQqWXiJj8*n!C=V0XPBcRcAyBLGV$gF?wM5g7$O zw!bo|ZE(%X-M^jRhEU5e1>m0inJ|^{t8M0h&TA{(!Lw2;y{I%r5S&?PccD#LSR<9p zI=Qk3jFVZq2M4w4(|*@jHp##S{aZO){64eSLkbQK6X{8CfL(}%bDF~RWL{)>z%-68 zr@JWL$99?5158MyT@sVn1_!~75Vo%^g0`4qO49>qf74;tcJVrHCQoR7FmT6iOHgl8 z>TJ6y#_083J4m*Ov%|(I{?{OQf z56y-XF*?lDo8prwgL|O>Buy@)@^d%B<$`&rL#j4fCEO}%IKw@n!(9ZxV9oUc-~EH& zn^D0pN&a#|FFz5Ni;xE&?_+0sO)c3{*dRMlPXuZ}P-F{89ZOKOMF~ARTFm98ohM*a z$41odDS7Dq9LyMPeJ!An*gfK`HTCN~3S-blNo~VTk>GkTRjd+dchGS60X_|Iab|TC zYCL#l{32G_4$aOA7*`}UjgjL{>9D-eQq=e9BKRjlr+N=BmEuTLrh&bN4YbjHSJ8l% zKHUuAvivuXnnRP`64AQCi0An@i@GT*fbJMe@0X$#GYe#B-bwuvgQF1Wcp+V7Q|0Ov zQ#4f(s;HCOs4s=(bw>TAN$nxHrAWwCK8HLo<`uZe-9v^^rZFINuZ&$eL))|iV>#B7 zL+6gQg6s%l2mgaj*RYCQ(7UTx3ykzVmIwJel}Y|6HZMtQdKyD3IMbk9S3(S*ZZXMD zLOJz*zm{?UeL}QaZW?(wlB{by)MrVdJaHG+obXk9Uuj2gkyYypEaM{nxb-a7`Z z4~f%dbL9DFa(W->4hrfr$}?KNOfHYKm>}Z8R(bse^gc;xT4iHvL*n{V1{purgfkr6 zxLiIw4x=bB@TD6N7=vIqMo=!;k&qq)4AFzb zG1)lv$2&b)SE9kt%tZ}DX>2z`5rhqAw-ptDjlE^H&JajU zREh*#z*Plmk(6-=Q&=!rU}YSD;!cz%aNQpG!N`uqYA}-9*JYP4upcb|@a^A<+5GumyUENZ?ihRAK$-1TZmY zBFsVv4E)cx@N^j+MObQc+-LmwyU~lIKO_Cu;6zaC#_hKVOZx_>py5^WCI~{*R(@skrxUMj)%V)`y%6QL24$2o!=#JBf-BuGEeYJ$lk!=a~ zl=kicWuCgK@|Nl@&eQnskuWZ5BJkWT)vGNBMHkD}4BbW7W+6Ur!pkIp+3aTp~eaq{zR|~RbVyTX?GsK=2 zokFtV1VXFHB?y)Ax>AMp$^KMqU%yyUl8EUwkRwdFhkxxP2olGf268_HJl3xL3~V*( zve_cYSxMIQtA!_P&W_MW0LY`^Qso@26LOnS5Kd^|XT4hTGuo-9+9*YeIb&5oMxW!b zHDaignks0Z8lXisTs7>*>|ZKTnm#)Pf~R^o{NgnOZCHxm-v_yuE?HA)#5r))?$~Cx&w*Wp=tWvPndj*YidzrMucB^Z-9Vz`xe4n8MnN zY@cvR36&sqQ>0u_H(sijy+D3cwDonEXBBSt)V?v^T3K(8dGM*gvr&Me~!^86xQMov+

;A4OTezAeDhYOw zmlkNY=|VJoDMB@F4Tf!8nuA8>q|Hh$)*jfY92bDBiSC3o0BEj&3#DH(HwNhfEC=_f^Z!X`Oiif}=g;=;udVti^~N-fHqljxrFqy+3zl*ix}k zCl7oI`Q+EY!fg_8zY1gckt;oDd|LMI}foZh-(J#MpjUwz-nm87+)OM1| zFz2D42O{XXJx6y2XB8v1r!cLbFHH|!FS%%0Eo_n3qAN%XAgLD1a_)~$Qq3NL8_GA{ zpwxV!;D4a2=slTUMxggXgG*#(WJ}{BP{qmi4U+z0L%5|dv+%7?MeuF<7w!j&Q2$ib#ZSSHC+NdQn?AP}Axkf$7TeVX{l99Z|od%LI zYS(P7vfy7eAvr4IUo1sD!+v55vV1Q23z;QYdofIWsGPUS6lS)PVliMJzMjo~Oe-6c zL(|rjW+?%9=)y|(0KXeW;dY^%Ugw> zBVkdX8Z3iomAA`I*ed~WMs9UIcQHHoOG=*e1gNqa9>f5|7L%ICcTzCXBt|t1|D_wm z6I7)P-jmDEnE0@xzWyr&IT}m(Nd{9pq_RmT1fmtd9T?K<>hKyCp@dRO-!_&5uHd%m zu(4l;S&(OCS_N|2OAiwXXK3irG%73d9anS=f0am;!^Q(5R|}=|*aee5Zt|@E=N0X> znd%AIrcMEhL0YmI2))pdb^EN(|0+!=)e4hp>DNZNIJVuSWT6tR$19+J<)7cjJ z5Sz0+`a!EEggt7n7Dy_=y()*KBurf{4yrAj;&9Q{;2jvcpPr2w*t+>!OiFPDj)fI- zZ{0;Q#G4$hEM!#J=SKxeWyeWE(1LG$Pa?U{>$u^~b1{pRyz|V^g%s#0=5`c^<^RO` zjW0EG%@!~*GOMx_V8_R>ui(R)1d|5D*?D>Ar7=V#pIWIE0Svv~`GsY3r z&7oRyR&;nGyA~p1BK|`Lf#CKm7tye>DiXIESq&HqlC2Mhn#2Ou<6?@~tHI@;ybRHv z8=!0kR{0uU8me=brzG;-N7lrFX5@$X^U@(GPatWQVrhAzFQeh%k|EuSHj^c&L%YEXCM#Mn|N4CfyRYonM)}{lIZ|T9 z=2t9Oq(G(0l=;xsSZlK;&Ac^NXFk_f6!e2mLFW#f(#p^gyP9vG2gOMg8o~rbB$LBX zUzAr5zSGTarV7k`qsP?%Sq6Spg7Lc&gp^5+_e9B9Y)DHg z!GUqyjQUc1dCKyb8@gzE@WuxqlRhCbuy?+L%tFGEQ=>u~n}lUxpD>nWmsYR;uZ_R2 zCc?%zyLraPQ$ROzd(eBsi!e=w?$f=Lejq7ne^5eJ_fe$b1%2do_58Mw11sY$6nzps zc1bM4xFxFuL|LVS&|9Jugxk8|Hsl?^;D0Mj;dh3!F%l^4|E7mJy?vnAN8RvUP#(e_ zTd=@A{`^4zY(=%1&9V*i(Oiwc_$#x4$t)SILThvTAOJ*ofXg0et)0~wOjQm7 zgY2Bv$_l*SW2>JpoKa-g=VoA5STjv-V5)JiR!MTFDBd28dM{31csQ!E|38+uXozk1 zABD}zhx&|z726sjB58tyf5yRFpO!4Pt7ZGFLtH6*jj)8{Dp}pTJ>0wf?u@r<<^mDP z_8c6!Bd(a;;P4Enho|j^fw$JR<>yPpP4!mx^P}0nN!#o=XSCD@U))E+CxvU z%8~ZtVjO7%WFsj-i92bQyFE_q;@?u+c%}y-C6(X~`uhlcD{`aa>=8B0D`3|K>%3Fa z&FDSlX!w!TX|k=+=nap)~tV(~(UnP>^z8q8eKp63gkp=331af_+-ZW@Zm5bQbsn0Ui7Gn+V-G8g#hp zyG}ngUAj2SQy#fseBhKLY>dG_;2)lTm-C?G)*>0zJ|O73&Demoir^n!ek7Hls<+ZN zuYsp}be#v=MzJ4rqXe%XpX&{X|Vomg9`RjX&jxi|Adp? z8p82SS=-zUi$}KUT5z82;3=dW&g-9$PdGQPZk}2;V16K46VmM+n$ButAfxOplY3^w zNXyCj0)AJ7oj2`ZbnB3s3Q8yUTm6@jh{RB5dp=xgx42B0E(jg@Aq<>p2s0f~L$bIP zm~Sq9DN7~E;AO+DQdYoIZ(2oTqo+G1s2BG%8t&kT1Ru49A+s9CD+h zB(992jGWC;vKBn)(5>v7)RS_-;A{gv*SYknw^Df*8vj#G4&MZDld)`-R7yQ$^u?N( zu*;}u7Pz({CBKTD)0}(v!gs8&k|v0@r6v5O_{_@?y<3}Qar!Rclu=Y-*66=Z>PmFa zM}uW11z%j+pnY9Mn*cT;1D^3 zE>g`=V0t4I5y;g1g{*5yQ$&49Y0boBjvQMk>gMxVq?_PMsMXHQO4i^HQ5+Dl!5dI*Rj@K(MEZerV-gd4!in!_Q_9>YRLvXrtS z8@ii;?!kIs4VGikOZnLqiin;TT%O5WRsGhL?JQL|Xf%Q%;^x$ zh1w?Ym3$q^@RC{@Bx>z0v-zQnX<+6ao#@|9I#@8@h(^q-a)+76VtB3x%Gy_9Qb&M1 zL!(%O?vj5+UXCGD|GVlF$kmMsyqpFu2^q$sNvOdd?~jYla&%-V1SgE(ziNyiiPEzr zK7g($G3MIE>+tBt0f1I>>42Vcxh^EeW#8$-u?veoW_` z$$r7;T?U-EEU32kRn0pdkDBkada@9}8`=tl1Q7mFxCy1yiehth$GK?~{6qy;SyH=iGeoDg45DTUdU+W+f6G+vdb^u$$Pf4WZBh90ow@@8bb#Y>nWGLDM>=+ zces&CHF@~EbiOdKVBIYLA0WqU?VYIe&m^1T(rtSEY&v%d$_A!*+|$`ey`EZQWubhz z4pAB{~;(ZuhV zGX4Zh8T|wO5owJ&1Cbt_!V!+y4ONi!pporEakir|>LhiE3n6)Ag#a6(QBBnO*7cG& z%Q2FTbz++(;+t(gC)_cJYl~=vO|dR2t86OX@@&lNuq@x;Ot`U`oNlvC`&w~ZxYZ%5 zI>nZsio>=QDQR~(HiUXT5oLCy`+%@Gq9lDWkeETK*nQS(EOLbE0W91}rt z3t?gBf?a(0GgYn}ad&W*dXd6^tZ!Tg8Ho_Ql59`X3^~`C?z#Z6kK8v)#l!dU19BB^ z)So~VN;#VD?U^E|45-)SKqy*VbVwATspOWOITXQC-gg+aEozXGEC8T0;jh)l0Z3MZ zY)m!wGTSw~-aSESY4tPI9CvdYp${3b?CC5Pcq*-h3?GQH`W#g|C=!mSAw*HgceQy2 z?;j~*e~+IIwdpUO5Mk;#g4TB;!E~JfarRccOBBoy2s%W{PU(m_L7NPT6jmPo z;S@;|2hi0IV&eOf#?lAkq%+-Hp|H(ogh`j2VSXKYBv@&18O7c7H=>hhynQe}Z7<%l zbsgtFD!eH@r;SoPX#A@-e$Xpbx+}prK$1>LKBBAt7L1*_+YAGDMX03!n+st08?a6r zwncT6fat^`4~+Agx0!kfRfoyU-!=BXUx$aiB}Xx0)TXLM>5rXjOK}od1Ux7(+8AIk zI-YRhRubeYlHUMmmfMAp#X%Vtm7|f__{!meQP|f))ugLCZgqgzBSVKs#@1&vxP@?l zt^~#9DHq2eHtWZ#P%ELD<}-F2{Kqn|Mx|S%;I6z5!-_}{n_h1*Opv5hz)dq|s^yh-Fel@5EM@YV$nSLjiZ$0R}Qc2V^sznR=2L*wJP?;{FU+uvvLU~$qq;lfF?$z z6xDI65V$R9i!y_EdDy&%a-=dvRDqgui<6J%RxBZ!nJwbp9aID@H>)^GFMUGiHm87m z(uH8y$T}vs8@a0<_OKVu7Ob2SSdg3-%CqT`m3ewttG)=A0B85q5Twz`QoNAm+^!uG ziZ7=vnuZ}IofE;wtdmC1XkDx^l-II*FgdnegP5^+rwc)#3)Lq(Ssc}(X`_(1=r1l4Of1bPDA7Rqvu|R)OIZ(Q}?B&)TJbL4^byD zwT{|e<8}GFmLNG`$s`g-sznsxwxQ?Q1!m}v;iLvFBLXk&fdf2y_TWK>e-gza)t=Z9 z3M60YYF~@%qV8?-1n?D1MEmp3)S8n4>#ZrAtN8e%@2VbCID0nZO5!S;Z9k)Tea*3V zt)u9el*I@lNaX!=K)~($apY*C{d?I|+Y4JsS!DizG!BF2b?|f>0d0 z0ekSfO-~F8=}LWElP?p?3(s4Tcxcy4C2>fPJo>}Y?6Dv=^gKV0up9Le%_Mm5?dj5H zx41RjFJZsH5fw}!&m+^VZ7{8GK@`==q9o_XM?-wr_Vp9z5VV zDj8#7L5-B^bCs84nc}jXpd5{S)uz*R8wxjRY`nIxKTo!R8j!pWiz#SRw}%ymt{rX0 z31Ubb_?-lB$PhWgh_m+0yy9NW@Qco5dmDXQH`VccF(uCYkZ)5x(b8*hmoO$x5wwD=LsN z!R#fd&k5V`o=A^!PDlR}{=7*ZegzAz7|a7S6R&eADW#DSQz_2*r1ULwCK!!-ly+=+ zVD4QAd|xcojJ9&3eu{SkYk9o*Tk(U24CE>D>wdf*57Nd)+y#3F?X`z+ zrH+Uv zNYJsv0^XdrV%m;~-)=c5j}6X%%jj00f286#IyIF9c1(#93P%SJR{+}YN;HNJnI<@8 zHAvr-?8NR`u}$J`SnG^rULnf=9G)0hn4t`?67d*+P3hFLQL|>167?|$)Da|0a;{urh0=J<(3U6b%qNr3*Vf-IAZlST7b2ofjtQY2TWoiG|IHDs&(9 zgk5f9qKdh-hv{8i1A(`+k7e`u%y@}os?tuze8HpUS8+u}t{tRuvW$9QMTA}^7B8-4 z@4kAZxi5?p>WL0c^?x@$zrDF|@TIqt5PX16D5J=k3YRCpL|m*qk?^|SR9&&a6cE=@ z2%4doVu2wLtsXqzhk$42t&ey3n-Ai*nbNsP&)?E+nYz-$?rlX9q#xqiW7Jh`CK_6n zj2?k>5rf6DFj>=8?>)31&dzQvY6*r8m$lh2uYHgiCRof3|IY23dNh(G^81)3tVtzD zDg15?ds|M_dZR^z#<3DGjf?W$6y2azYs^EI9gPu@>vm2Tnqn2hA5IATC&Wf3?P>Mm zrkt2WWlL6=g1c=lK0_FP&e$X6_Rjt2N1PRnp$f!%R=^uaa_VBjBZT~n>RgKCeOneI zyRW^ByA8!BWc5pLgTdX0dt(!HR=bMWcE*0`HfEDi$yE|bdUUGMOhFx&S~#-(;c;}Z zpP@WWy1$%NUQy9r@aRE21p7{*B4M~QYYFR!?vI({8snl*F^W)>j6sC#N}D*>I1yD4N83Ya}7HDK zCG;96LxjS2CcsLBOpc1)C|@IQoe`P|U%#tqUeqgO(Uk@?2WP3Vb-|JWT?|1i0^Yw& zO%#stERhcNH(+Qb%~Cbp3?f^Ey|8W$D9XssP1kwzSI*Q=+JwD@X8jh1?j*Dn3DUs8 z=d^M$R9u93eUynb68lM^FUDe-Rx0tludCu4eAJ??DQIVKRR*DYnJ&%$u-A$pM~U-v zAV-h}Yiq|gu{v;6RY{Mhq<#U(l0Gb604 zBIHmm+}I88X$?cvzW%tL>ES=sv%EZCn5?XEl@FW^>o6FXk_E>)OCct6^m)n3Ekh)h zJzyiOg9OkHvLVtuwFL$o8>6y!IYzj7>>F&&4ZevB3{7V3dN&`XsFU=I@#8PfqEiO> z;0G~EwDctXKh08V(myRw=)I5l2F?lSN;{l`M4Ma-MD|%FXU^<4nFCBF?I^$YdX1v1 z;}UKbs5yNv@h}x28d(|0{PiCIO)M3e6|f|10ud^lVF6OO2!;7VQei`G>!!@H^S^we zZ9DmHNa9Qjr6tt+kAEY=|By>A?qv4LMG6$%63NDA!)n2!YDV)>-wf%r=)nIH?S4U%P) zu`HEKL&|<$gS{qo7`T{Z;bff6eB)__wAW_f9*8jD)+qgUp@DdvGml`e;cL zh3+|Pl>&NYL@+CiuImvW@Buto?Sh@W!<(@aq}kSNa}mF z5MviPEPhzJ@iH|S4P8p@DZ;Ivy6zMm!oiq;(sq$T&-&64YYC9Nd>p#paVPx745O%u z;Dr%cqp@rnotCx>z@TQD8w2H5J}14z0SqT_C4?vuAQRZsRD7U5Kj~bIK^UWS&TwW@ z%Wj_T>6Jd&g_nTrvd_H0Jb)$um?D!$N;}7{%Ys&s=$enn#}blx=YcFE0Js9=31Qr_ zN9R$W3b*agixufFUF zT=D@MQ>b%Q0SUVgq#>ql;$NxNbrRKnpu>02J9SbmEd1; zoLeVvuPpaQEmd$JB4ei5;oHLdjZ5M8L!+KQASF&Qy8!02RpiE|9Mwr2|KnV(;m^7h z7f$$(vQMh?iRG(l=UPhl+-ZFr(7nFH8|-3vZCD8e*+Mdr*#f!bBPS#h*b3w$xM!=0 z7(<4u#a3Dn?4P7MrnIXdke1!~eI%=GGG*VELUlU6C>s3wt~VxAQwRH_bfSeh8%5(@!@na=c+6W4hCS?ASS_rgi=tV`_`Fd@3mq;vFxk9rYkx?!>q$CFh z5&-YXdZ$f(J9`gR8@Ie8aKxZ+UeX{F*wyiM!E0n(4`mVUSn_BCh*Z&(U&niSYyx8A zc(c?%k91($E#xMA%v!|PX{0p}q|?6O#nVi2@=A)|#ov#Y$iQ~(DGqVPd_d;;G8ef7 zo)Q+1!6)wp9_f9&Hdz;HvyMWA?vd)ibZvnp!UlKZ_Pz|*73)6?z3$Sa^w|HNvMUad z-F2TQSN$CKL$!y5`StIR zPN!Z2}WlsXoM?yV)Y7n_5i zc0%?MP!$=$ZR#S%MHT42$dvHmgXV1`p?+He#wF`a)C^8LO=!C0!B!Prjs(wn5Mf#N z;(EQ=;KLXmaI`1zB2(-#j?08bbxqVI;)n}^OI9&kIqM|AfR_Y%I=5mY*@UBXZaU>V zOdvQS^KdBu<X7K?PP?9LQQfCl%BDSHU`#Doa)^0-;?KZ>vBH zXa8P8jnSYB6rTeLt`Mtw_4?B#+>6Mu5EU)H1;q9V1hR+50BmVT&l3wL5K2Kmqw0fp z^CzLYU_s<=0XUPdT5fPKFKJqLQ*j5(hk`xkU4m%EfI6{-? zk=8Oq8ikRm3?F0@tWknQmUpse@Y*PM-C(N+W^UA*we{XeZdb^~Q34Dv&4@Gn$_=lr z8Tc?F#x4_I$`WuXsC>k`J`WzXIQWP6w#OjOY2xVhXBgE3-!3avVjNJ&B~+p&Hj1NL z+XB9R?ZJyFX6okastos&IeMQ#7ZER(Q$2!Q>1+R)3$`Sq6rUL6B~8rdEJsxD6_L-M zdQCdMbz;J4H0-~-fTmr|Y@=$&eehPG)>4Bv75LR$jP}#SQ!39AB6e#1^UUccP1tLk zhLah$ZCKqf&cE7wYEghEbtwZXu{E>ErWa5}bvvz~fD|t4h?w-J6QaG!&5tMS#@IoJ zmMfVdMPGwE<3rahM#84+5cT*m6~w8PwiCu?G1w!>Ef4n@WrQ2qNrr3X9>dl}{b$M< z5fXD@Y-7Wt8eVj3z;@=yW;dN{O8`?L$j8&PsA+FbTwAp+AuEs~y$Q4Ny~$q~*g^hv zLu!MPAYM7;rviXTFYoTf5Bp)!zyCha-Yh1={1Zgf*fUBcc%?Hr_7;Agynqe4Mj$kt zM?D-1SUw_l@6V<9nDrNQzwMzUa;R_2g_-=Xslg&BC#Q1F4@E}<1cju}*~3p4d4wSDbFA%| zUk+p|d{?+J!8YnWEgZ9AHS4&v=E5GWkoLz%IvFfciR|p?>EaW>zf*3tLRxPS5)FNE zlP69vZ*aya2D2;ZN~xuO^|9+gXOVX~>dcEXsMLHTl_Rk@8<|8d3_O0Hl4Tlx4~+j~ zmEva6=@7llE-$iM@MhYMm|T0$IeMEi4UV4)Qt88A0jhQ_GDf9(@o7R!!j)AMR3(9+ zfZ1*z^$B<f@U^55Dqn5#-EQ( z;S5^x`VPcJ<+(GfM%FOlI(aDnHo_(UMQ!Zte*!G*Z3{F+VIiiPrmPVNpyZa;$K_8Y zVU9GVyrv?>)+7Em#Aie9W@FgWXHfM%<dR(W@P`uqD9q0iJN^D5a5TYzW+ly-l?KY_hf z={6g0zr)U$JH%&LU~!FKO68M~{76fN3yyT+x>E#*P?ACqx3USf3$>O_`J`rZQXl754uO_9PiJ;o5xz|vZUpNqZ_-g%pFf1-~d$r7od**8{~St8pg ztoP##M>d(|OkymE5XLB5=B~6}fUCpL53SJZk6J}&)5;{-G8(m###K=Bgb%u4N!mh% z?Pv}n3Z(}giPP1lwIzKc8V8ZKo0*fbhU>S;+x~O36fk9Yw}xxX4HpwdjizxR>Oj>{ zxJD_B!#DgPSwUz~H=&`-tbLc013pnqD7iI6+mC<@MD6uqacU|fL^V>u2JB0CxN$NZ zWxqI2utj~0s1TE_E#$vuKPAAH7Pi5$t7BA-aG>IZ%R!DhylV`(Fpf7XCA*l4)tV}5 zcXl~l2ctDq7PLzqa;65lUM@@bvYFON$NG;M66jGKcWi5Ax8#S9Mt4~8fHdghQe>H~ z*NG<7kqj{i3u!3Mp#Kad?~+}dgsm(_?fjfpp%a8Y7rV<|(DNLTnYU`b%$5sB(tPs_ z%MMA72%Z`E_R<%41xt-2=Nqo@4gn$g0zS$C-XNyE`4o_$!KsN~ZfBIttIw(uSciPH zM$*%+K_&1zw`_a3XVADeF0HrINwZ=nxG9O77HQt58Yv;Q%o!!EZKFkDps6P5EPGa- zt%h~D6#CFcA8lD4-{@adXv)TPP65>k>3MNfBz zP2SXOu;c$eMHn7X$$Nde6`nIu3NZ}bVLS6=yZRq8aW!j&d0 z(doR%bcM-i@`N$HlX&xm1#P8?^r!ka&>9C^#OOLnimusDc0rj1h&0^ke3OU(dE#Fg z*mj!F?kCWq)mV4Olv=G)5mBH>bEYvT;AghJPJXlS7mwKQ@TJhlRQ!p=ecSNIyC+bS&Xfxt4AobdKgB#iYm#Bu#1^Bbq+|~agC)M zoh~<|L}7=#IF8UMQd>j3wbl8!)HN?x=31x>q8&T(JA=IYzZop}3 zWsV>a#~Es+$$00A3f}a*@_VEV8SV)k4rML>2ys0ZpsPa+BNPMKOg>}@D)=6uLq29u z%dtecge^U#Qok@?uZ05d?O6vP!0Zi}7*NXJgZzs?EM%p!>BV+Ua?BSD6-(<6Jrn-@ zR!pfGV3C)Ys}6CQ4+ZTRwIa0_wTX5CQqUiMzA9FDiWIV7_F!=oGFzFsE(SoSUy1Yo^xk~x{1@2+*WS}aqQ*g zN{$w*(@4sX5cIY{Fsslx;_Ce?vFUO{kx9nck=SiQDVK2(nZdrrJ<N4y!(I1eb9uN6v z9ev^e%_tewwNrvmJuGKKNm3_ldAg)#@usIoqqwc(*qh9b4$)|MeEub!V~y-TbJvWT z>PcLQ!Q};yCq<6dnUEu*m7X4AIU;sC%y(>aQ;MhZn-iDaGD!gtsa8BKWoeK>Auk9pQRUgL9sP0aB{PFTG7>K$8XiEh zGS)J74x$kv#WF33OUd#YqJ*SlY)()JeF?5e6L*6R?{NPN&PRAbFh3ZQP|dd$^GI{2lkg6_$SY7tkoDwrOxv9QyAAYW-ifY+qRzkNj$DEy zvW|(hrNRLa;+I63sTcK@aTt{)saW$XK@ zQ%BeavX>*Fa+Gp}frgEk8+*$-HPMNRwGj$`nA<*QT98fB=Zn2SJyCCN{#No!1{CNQ zq4ZjO2*&izXX`8c@o)#Hi%1llkM@WV=Bc<3vdCSB%-H|1b1!VLh308YcMMlufad{m zsu;m8zj)bQ}+4sW=9!!+4vYNREK zlP_E96n=*bd+x0$Rp=Gj?Ru-K;QrP|Vj^MZHIBv5^0&l+SB-Rlkz4LH0J0*V>zZf(mhQYH_RL zG|7j8PqPo|EI?s>`4vDH#hV81^SI+UpWD}EE1OJ z>XPvo3_PDVAce@-DwP&F{v_QA!obh&5j;LS_#(Fze)1hl%dRu!(yw+tBpEuINN_*) z23uL=8T#Fp?C79`OZvQfHYRGwcqe4ZJ{Nu!i-;!1&=jGV)dDH2O4k2CSh!y^W)hr; zEXFtnW1%_)UBjzk024Xk+LOv3kKJcm*< zYEmy^PGt22-5^#6d`AGXG%)y`TV<~Gh$1D^`A;3zz$?EKAAYwa|X_} z3(}^SV?T~?4;`52AAxZ8ia7*?^fYI00mPP<^BIWO#eQ*xAY%JpL~2zm%;{E&Tiu%} z)K*^j?jBEpsN<#HSiDoEpPNN!3g_-}#Gp=8GFFq;+J5Gr){H9+E*QSkB-Fz(aj55S zaLVjK#l!Dm{2}g61Hom+9gDfT847?jJ0C`_fdUM$B6W1!YNQ;r2#Jq85{- zn#3z>)~%58t;hAIJf&Q`xZMUFzUc_?Mq|xY0a};Y#&b2SqYK6|Lp#{h@ctTH9pCDX z1X;N$d`ij&Y8cog&pC9Ux08 zSg4U<%I+Qv_VbK`zH)jNL{y?9KYk0B0FxJ(h$20MXXdZ~Hh*U-#K*sx?m~D_;?}3C zMb{vX)#R1C#ikM0rMFcKoXprn#y0Np;u=hA!Q5o5_3u(odCnGWl1FC;HC^aX`ap#d z0*LXqtfT9B{6BG2DUEam#Js?pKLCkDDxJKiu*+29^2Jr8G6zZ=N6u2ahM~d%tI0kj zSztAt5W@NT9~_V{qgJ^L>=Ap9Hw}~MuzN>U&onmm4Nbd{gv)EM0ocbjINK+p@BQC1qt&a&pxC>&gPtGCeA4G|<=k>-{ZV<1vtQcOkT{Nm@x zMbvPU-UEnYMKFg~sw}l0S1XFYmKV?@*bfS_%e(g0%5QA&bg%9y5j3PuLH12Z@l7dx z+`YHk2k!;4(q!gL<5g_?(M&CF>O&+1S{bV1^{sMvY}wsLjVv5z8R%t*Qtdf34sKnqo61 zhZtqX7Tl5MgD%OQVe0|xCcCx-*}Mju`Tp-h_a<8>)${Yig}6OEthHO0f2}h(P$Q|r zB~JsA7+G-HR7fT1%S^a|&RU~_dWF3Tw8A_yZ_c1Sqo}Dtg5NQujER9>;gjzZet8iE z*P}X32s&w81XULoaHqhM_T<1o3EN*aO`O@O#2SArlAXKvy)=eF|9#LF z6eFyq1B|?P@F;PUECdVI4~U|=J#g-adY*e!k+U?d=v zG3~f~vQLlby{iY=R%%!~)*mcn?NiqSHrd?fm&}y1lJ{Yhv=Je=<%1m%udi6@!9bq@ zj!8JHEzVh=r6tlHKU;WhiJ8L&vg$mKmWpQ%IV1%hmr+*X!UeGH;^a0^SePk&pbNW=o&I(!mK8)3}dSxSRDhAQi%}t?*c>m*(kyW!C=B5x4b@x=8sB zIlrn1F8aL=K){S^B6o%|a|QoP6`q~k?#Su2)ju`Kr|Fa=PGCUE3O7e_g`LSX zBO21gpt>~KHz!p?CxmP1o+N`V94^u(UFG?lsJTrTnhBk{c`>*kOGwtu?xHiV%pHi* z`BRV}`T?d5@8)|5AgUlyzkr18@%xI&2|&r1`Oc8An7Of>R~JoG60*I?PveEl?(A4H zEoew3866Olxx13SG8Mo$r3oCUAvZCz=E5w>!gh+^(s!i7e63kL_9$wg*)A>1s(lRV z3E2x3p;xyXB-5Eo2&CG}sSD$H1fl~c8cW4cngMF%b8zIQaB^>}N);OmOLa600hj8* zk~5HnST>l{w#kr(I()701J^G1+VdviMY)5axbP~aUvy^S9&xXLUu}*ldJ73ee+jH6 z@UjM@{`;I{psQ=!z>F`xl@1JHS|KY{7lO(=49Q)!y87R~753!?(T)iTFB*(|uJBg~ z+vCFuh?FB;fm5-b_N`yA%0lDPt{@cB(KRi(5AD6Edx4vBo>4*cF(Ff5)&V_1 zm+Rr7$_(fZqHEhN-0C3RBF@^aWhd5%lJs*p9~BdF)z-r5^8Yo!^$mcKg*QlDV=|B~u6c`p zyjyp1b9m&>P{MlRV1MsV_qZ+pBwsuq1quTy^s8AOn38lK!GivtF^$1k2s>KNNDdYp zqa`UA4(KRr`fDGsgl@$lvz+_r{FE0F$`;P_IMfBJ#-ClVZsV?n(rXrkfWNlFxlV+6 zVRU^nl4AJ#QqF~H3Bpmg=_FZaH3(2b{^gRzrUzVUl$ac?gh~p_SDuer9(xy1MT?it z?D5BWzKEv1Z7&({ZBH=~J2#fW_Z;CB$}u?Sx@-eMp~HGi{}kxTrf4P_jOi+AOY&w; z5+&J&JTXATbGYw2@LU+)5nhiT=@tt(+%0MBe4^waTi(Wv0{|!*o@5~SW4!Y)4_&yO z%f2Nc#*=~t)u_YXr&vp=LG3e?8`W(n1RV|4n4Rlk@j9Bl`N14{cFeMB(EEFm#cJT` zKghK1-eVdxgv@CN@2}g+%adiCgel}8;8Wsg7g$Eh*+xR-hA$NhunsKUZhu)j<>gFi zka6ExWzCYTQee;6Eypu^=IY8mUl?r=^)|~y1MTq0Cy3yjh^GU?NQG?7b30kEvLZ>% zFKEhZkD5T+fV)AVTEKO0n(GQGX>XNKT*P#);Oby}-cM)rk6DLyIfH}A5nqSQh6KWY zst#(iAC421a+TWE9A0`-ar5+Xw^hW5OQ>r;#qQXx|3pX~hz%oJ(mmG1F`0Jo=V}JV z%L_^9{Wj$Y=)mKs8~SoI8KNX2&WBZ;Vx(rpn8J?n7wrM7X1#E)_Ejh|I2zAYUYjDI z82coqm1ltg+QYI94~G^8{0QG+GN{WY6Q<)46}eg|Momj!Yi?XlJyW%kbPUOufaGLV z18ascgP9KaY5&PmEW8~ zbRLb7nnW$;5=NKx5E`@}u+Ia{G<7z`^|m$igpI6;8n#Hor$jI7x!q2ok;WNW>5Z+z z8g#X}wI6qS-$BWM{`LhaB(8d*p^gNiCuF|bt!?OF!EbFNTbc1dr~t`t3UVR+$Z&;( zKMvBRqocy2Urr93xpJsJx}$|O<>_|TC7E`1X;CL}6*_${*GR!e9B!Q4*Dga+i3*t} zS|}(aiZ#Sj_OR=j^P1rmvqRxj=o)Qj>|NJ?khp1 z%cLw(h3z9@1XB9GT`F>j_pTn4R4DA(`{lMmK3w8&l&2UhD+uT4R_U;`_-|%TlS7u) z5qH20T1`2>*Xy7am`)RGm3hDP7oyIn7kDWWw0+nuR&bHz<=Chyn)1y*r=6iD6wxLGn()C!k~|k3<1oQhqp{G2`$x`|LM;Yz{5$e zW+{h{7lAr$lF6FQArINz5Ajj=DrF1E-S7}>s9 z!AaB=h&P8lWxSwalFt*V#zh8cG?;!j)fL4P;SAnm3mA51t}4QgTXxwdFGCE7M?;o& zP9Hdb*gwu6+U2b>wzAlD@RWZNHFe?ZSRmCwK*+(~GU<)a^H{aTjV42*>ZRt6kX9o( zx=sM2IaamUwMPQ~}Xs{aoogge3)dqg$8grP$ zHfxNPx7C?8Dy31j#H1z#9BfgPl3ryt3vhcQrA7~yVVX0xd{cp(a#geEQaGQME{LZU z6PmLNg@?OH+yFm7z`w|~eF~ff1N@=IW95AY#$GU`O~fv}?W}?w&2P7np7>L#;G2M$ zZlcU{LgyNW+T75=b7^)0a2CPVw5iR%d)xyFs+u`dp(~q`she0#F|DKq;i5{ zkTg%yW8yg_I(12)OS!=V%uY z(H|sC@a-`{ilnEu6&Y@kfDX|1xFU%fj~L0sxTnl5&b~k)*_cJo9{+e3AT;;*ELfa;) zz?K7af-Dh~z*r3QJ_#OLN*{(~%nOPOV1|7PyyZo``GDEj?BXJ7p;aTxXgCHcS?D!B ztvgWG%S4})M_SJ$-mVK^&)DTcy|%e*urOgS7)&EaLIboko$E_CbVv!ZK2c0M35KWidGI0wR^DbtYp4s<#?t)286fteaiqk{sr~Xl7aT%5#di_s(h=* zV@=~|Lbo-*w+1S1eU#WNz?^i*PL%`#_NpP6uUXhW0F{x!A>ZCJ@@FKu-P%e*@iEz0`xvX0U;c?NXrHfi*ZKAtacR?b#fS;wh8}z4ipoPjBxhVIM#BB4+bdIJamWvsv8)ml5lO9ZcZUlOZZtR(L zBIsr;Tr2qptwqqhgrLrd6#+~nYY)`TCwJ&X2pzCYl#r^2(8Up>0D;uc>a7SrZl&9bB@Hiq{<%xqHE z!H0%)6JpV3R-l88CsewT8;RtTSaMv2Iu>0uVMUz{0KRd7j>}{pHmA-Pkv9$6^?@nl z4|Znm=EzUNlX4^h!xBHz4YAqnoya`dWCmI)e&JkQY@=(w#-baKgU9KY_JE}&SVap`42ghy|+=$xI@g<|KMDD&w)MUsm& zrTwc6Phn_>|D#s2&CR~Q4ThT#F7Oss0UNz}q>yUG({}oar!G~aSw#90&n)b61eH zIpY}MHlyEPY`f(F1HD~;8hN?O&2B+~QyR0bXx^6um0!_42Uw*g!DGaG20E?7aC`eB zWxtl>%=6u8`L`1=WG4QF#R*y7R;g^P@GH+00+`7rpC>uuidMw<(G!z6xH)qB;DTWc`Ddrz{{xzLqT!F|E&4QS)O&I;k2F1Bg%8@EPxKgCg3!Zx# z9CPVFRmXBvTg!13g3>osxEQ^!bbwItdmws;!C37=if)$ijZhbH5ely)MR^$VPVVQ1Bto7nDIHqM-Ig!38f%AlFQNR_gkYg3R1QC~z8+h&y_a3TAREvyQl&Bm(Z|{+wjYg}AbxC@Rav431sna{ zldxG23EjW@G;(!KUTQs^N7}Cpg%Km9ZFk*wm1gMsNOid2V641MBBxv+G|6^YGf1+i z6-l0Fqm^y>MOwe9Wg&K}hn5f$N3e4vagkpsJ69krny#R52PBM z{H_t?46B6U97nQghEHOHgux5KSuKvsLP(jO+qoUH+03gjI9mtB8{q$Fbe}ocPK75v zkiQeo4xAZ?YJ|O1UtE}BBg>&{D*EP)C|zH2=pd?phixMPaW=0XNvyApIfc?6HO^c@ ze6B~RS)wmKLy8!vGYLoHNLqG0t!V&uDC_V#fv7aw<0L~Z7Znk}26S1kD^>S)H=dyDOy$ zJab?@SfL)*T;L3;%X)h;cZ=UDWh+T+A!WNXo2IAPI*=BCW02mrts?l&nX#l1(BB|~ ztwcA-t0QIMV*>p8X@Zra_pp51fYPGXA2P-=v`=r@7)?br0VxE?2?-Dkr$BtU#_iLOfTxA*BXj@pi~?VJmVma`1ta`Y zr>EOq%bIBQjGoM7LYU+uyi2Vf`(zYD9A}^0 z2y)TCvSaBI>zHiAwF-l=Iy045Gj<)5RzxI!+8;UKh3z_I!Or217DuUvH|!tm%BS3P z|Kk;-BPeD)qM*^2LE6hFUL!ZNX6lc_)26z+jU`s@|KrQP)x5J4%-W9Rmw?t<6P_yw zu>+$@+yRo50gB^oOi+B!opcGAF5E&^4=M{kjE>dG$! z(T|NpK)1m^0xCPK3zea`s*j!k%mlM}?Wa@bfNUffsVc{@giP8tNm~B@4~!+Ecr#k46+DQ)}hBACV zTRc?)*C7qBp5dSlg!WHuJ?k3BP?YBSXF)l>G;t%r=^8&kCERdQJ}@=W*|Vp;KECoL zDVlrHz$x;0Be%4t8AClJ71}W+n_^h)(IE33iPQmrA}W zJFxg%Qs+j8?PA|@2bKB+EMWkfWHZ~8o}e$8!YO~|1cj%)R}LJ}zR+@4K{j7lH}Q~J zw-{SR*SCMq64cTIu_kWHF&uu4B7a?B8yq*rxQI}cUJdA3;Y5BAbyPD_c`hHkNY-Sh zMIN&X@uNy&!j$$ls8)RG_mrguNWGoLCmy$S-StTV9pG`?e)=sbrvPd^6jk*-SQ1T( zOz3HW?^w4sSU8abhb>j}jsoc5rjEI@-+|kYG_Vu&s#$z59%88cvIP*{gBjpJrZM{2?Xk5+P%YrZS2&_w0lK}lsMq8zkCb*>h2R`SqcW7HJUNwzAA9%o86C8V00cK^tcZij zy)PoZ+OHv9AS{&$gll9tddzDiwkkIYP_MHysBFRL(R?}5O1d8JuRao&gI)3Q?P?RU zE~q&MYiw)4?+WG`N?BI$F;wUvs}ohIf(RM&9WO|vt}2@|ogL>G%%g!*If1(uibLAg zv4hj@47BFuGBjry=jR4Ogq=o+a=3l^qOH5(=Sa-)8Wjbh92);$xE|kIYM8hjn7s+) zAmkj!tESEGQx}i7nm16tZGacoFZ7=pVdUnx=7~00ErXaPDll7!l=C^0%b|%){-qf| z&EXgiK^U8yyAQDI+w^EO3z}x3Tjnn*C zq8rx~;c5{)(00-IDUAiK#)hhp2ZBdx3OJ~SEBm``)!ES0yv_w#ZNDMZ8XAViCJ`=L z^tDDkUeqD&!V9Vx#(4HN(jDWP&nD>B8}=NLx4`AKXMcm^X3tq}XbwK&1}<@HEUwB% zBIr|B4~%N9(+H+W9qDr{Fn&?xl1>O6mn0J(LpI3*Z7pRGE7Cg}prTD^7u;7#w#NEc z{Xj+zZ;>3y6SR3(~>?a0z-fz{!zZyXHW^fV~@3)>@%hOV&!2MfDb zZsB7~9rjTBT}B&06y=;a!@&AdUIUTZKS?v4Xd~=#w6d z$1JnBn7KBE0cu2BWJt*Q*9 zy`q;2*aEhZ7I>;CRzWR#b8?8P5_WT`|BX)w3f_s4n1SmTV!1tNeE%db={mq%vR}=FD~q z0=iJI;|ruE=v;2XPxqdcHt^`+g1qr`@Ae+ML4QkjBc@eT75s0{C6me>jP8pR{SaR; zHs2-*AdNMbPsLhA0eoh|g!uuUw_Sv32c3e16nuoPgeW*t51EYfOZt^9pbz!1qxl|j zPa;Cw%fn)x3&zbPr40tu>c5Sl)bkXIzD!+&eTON?Ei1Im`jj8;uElZoB>@9b!+zhmQM8h; z8Ze!RBz^W-kKT8l{dAwKJE&~ee{JvULU0s(<5>W&3n~)}iYPFqMtFTI@@3#@Hre#F z;Ew50due$n+=ev!|` z<^a|^!RmWv>gGg>r(*b}9x_p(7PsbiJT!(V+U0Y^%kU(8>I#XjzlOY*JIMwSAue(S z`#uRNqA7w=G;_1qs1oV7d{j|}p)Wp}dcsm`NkLMq;k74ROI|DATTaopxlJ-`|T=#f=yp6a4fin`ZLh5C-)BnSf^AGESoTpG=4N? zw0te720@tjYs$7;;ZeI<)NFMyPWga6GHpX{>zjH%1pVU-f0Bu<$Xo%#WjfsLpOI1= zOWuS(%ULeOM6Oqv!|pj%MvD64%-lqUw_0XlG%!P(WpPzlt=wJNNmzFwEGeK(%r1=M z4K@D18Zq%v#!~^#0*ntODWz!?pq1k*Cvmt$g`nqc4ur~<%MEXZcGH$a)oUO~{gJ{(p{xG?0Ddna#~MDz)n!!dBq z|IY`+3c71UJ{GP;y+ z24~?+mz^Kjm1-&x0l0T~YzR6&hsc1APiU{I9}QHMMR$Vv<{Qdh<3S#%&-A_`f-aWl zr?g+T6G{XuW3Vs@8N0~18dF7(^U;E1#ed(P5Tp{kXsnH!p4aBG~2*g#c)7_h}dcyOI3@G#ojNuqzVWfSE;&usH1f ze^N}Prfa*yGCl-MRmp}!NvpC&`DOQ(?;UjW>J5kv%%>SLGUj9KUdb)!hfYY*IC!m3RbM|<6O4v?nvWN|2K9`w320TI$SZHcK8uC8#_?879Amn@Zw zu>ekCbZ67k3)L6ME8Jn3t#Ek3WD8LO@$MtAh)0O~J)#dQ9=zzA;v|U4j1|GOQoex5 zwYoYcArf9NTKbC=Hu1O{z-&miN2h!ml0hEVC-cM3*UO{aM+jKwHYuqdt7f}yPwJF& z9{)ESKh1y+(AwHNHJI|zm9GLL`Z`CZ1RliWMFw(1`F^}uD|HOGq^Vc46b`S;PWj9j zh4Q_!Uazdm@*9C!x4H07?{Hxyv*oJaZx_x|jkyN!+OkW9fq2dcaF2Qtar$Pru1Exl zs0tBD>uW3QOL z(|l%?)cx7q&HIj1a~_)k_KX+UIBdkT+J-5y$~APOFL1!Ol6oJW7h&c=qR~uPXbmmM zO>uPx(4URxNg56uy3{-W?Ij@Had&M(;vy=Ii)~Ir4!v;r^BBG$N0Lt z&@zk{0*7l@AW~m3XO13bVoJ08kE)c_na+DWf?B1GcJU;Ejd?WH<|dgDA~G81H%Uh! z0_K~rr+j!v^IJoNOy3Zq=(JN+l!(8+MA1Dy~_Nk zY;>n1*P^bUyj>$YU6C5BWJiqNaXc>EMaP=5;0*HX)m|8?-@9RTyj61hFsG7n9Z$qjY8kHdzbgirtIMUp8Cr|Bu%W0W1VO=|g+^@W(;&k6WGeF=wPFP0< za`R0?KcqzND#sI2U}B1^PfKL4G)6q4FTot-vd?%(a!&~TN~eB}R94XS@T*&GA#EC0 z6m^K}4`_ddO{pdUv#mf*07`8;{}ixly(8ZAlIGH-NEyBs4J`;7Nqf}5&nkIoF$=k>I z43V@Ho!IV)9mGjm(qTHa?I#w@@zwR>Grfuol5PhomDtQ_CBnbOxp(ZYii>z`^za3l z$*Kpj2e4w`HL63;K`LP|c^(lhZ{Xl5g;sZ)tCF?CAp!dRHPA%KLq!E;Ugf4C)?vBjL7;fm*%ODKhJ-4j`4llD z1)&4Rs#Ktub9MC#HqgQS2N}>I8$Uh`y6WC#3JCkXE(HO0V5rT@DLpLWU^qiGL>&$5 zl8vE>GJ#G@J(Q$}QG=)_YkMrYb)@XL!;Ku0xM;=<<=G=IET%lqw^&tQwR5MNWPF7wQb%p%?{E8_|w-cE|}B#eLP6jSwg2;`AO%V zFRf1Wj$Raz-@PgQoXR+U(YNGvtk3GLiBJb>#>KiKX6Mf1OX{c{yI1P!-^G;09ZS1E zcD3P+#;G=`x5P^4d4gNaE zQ=#$bdQ&@5q~n(jS|4L;QqdQ2#gmr5WM^Dd`7%kP@Q+GB!B-%LRRuwJNLJ{(rVE}q z#Q?(`X-fAdIWvl%wHX3L8_g_a?ij4tAFstb-1G<2d` zDJZI{f*u-w@T;BNP9vhOB2Hq2W&&*KJ2cZ+5&u4ih&$h$zocj`)2qnId16?S!U&Kt zz#U@l{S-wf*);}MA(VqrQ>AT*k)bA`;8VTH!XxRQ z3;$EYt)@pEOyts*!SY?}8N5j$7}3fBC!(xRWhZ1#PzgSCNf%WFqz~pNC9NtZ?fpvd zy0NR1A`yM6e>E3TuL(32rf&!quOjfkwWhc4;axlU3HZA(X=Aa}#i~QzJFwl4IXTyn zAA5Bw!MeFb@gtGa>#gL&ikS|;mTMSzgZ06UJB>MN9NXWY4N4Xd3U5_r6Lo^+gacGK zr2W*g$iyu*LAw$nP?j7JPrNlt(@U?=(*(;@+9~cPqP{%2p@ZPihL&rTe%}`)2xb}= zdF09uQa$7oxc5~h@(~Eh%?_Kc1Xn7gLzva9|>%=cgAYXP_A5U)kTOf6AxX6A8o$%A@b>pLWt=8e=LN zB}Z+h%6xsbta16CPD0eF;bjIX%=$DNqOQkaW@EU`X0ud^72+qi+oB@xXZ(!ZC(A$% zBN)--1@C6pw2qJS*`1I&qWl|GBy5898h!s%PH z9+O#oa+Zt*xsx}`DS)IAQBzn9r(l4SJeYV9w6GG)!n;F`&y14IbZbMK)vV2o`5uaQ zeOL+*?{Cj?Zz=z4fN1>mP2pNR1DP7U<~ZG9S7D4B+aFTD&u}WnBRc@%qrLB1Vx6^NKTYVobWwugZlj ziY6H0(~WSJ7YS_l)HRE!0}14$S znKq+aVu>@w=@jS=@y(Z$9qs!^8<%cPAgX9^_cq>;AkmV+1bN86w9uzCPKLeJxQ@a1 z7$c5(FyO-yW@AMaQ=t@uLG4WZTLmL$Vws^&YExMn@qt#m%e^w{SPux$xc@jeJ!l_^ z(A+!}4r!H%NGOQceVzi+c^k%u0lDx!RH>Y)r!YwvZBS6c7@CcVEubF1+AXI%!4J^W zI;ccxsc2L}!IndZdJNJqnLGO24dR#JQJYOZv@2?QFZdTSC}MVaNu*#eFcb)9@)R2yGAu> z2O))a(chV5mci(Nh8teANR}pOt04Vr#O9s1x=>P?ZL(N@T63877|^c6F$HmpofUmAx)BdX%sPc3x*tSbu_=4YTcpcjdB{EF)`JVCZgo# zu%YN+Sx~R*0!ciTOg3^inKQ1 ztmX0RtxioG`EEyX_zl28Y|#^%Uy84tM03xqf7V0KR3nJ$zavA0P0YT!^M#gljWMWY z(Z$g7_j>zo0Hkv%Ey*j5)=ZmHXA=ZXwIRW~QT=N%wsz+#(uH{#Tb)p4owuN0xc&-c z(UCdHRQjY61~qUGH3WpskJNQ(U(V?$C3zgX`~65wKj1isufpph(u45FyV(j;Td&Tc zaZ|PRR#Wex3XyFy#KIu9!8kTCp^*IAUTBr2CrJmo8%r}>P{2!$evj17p<}X?hK~tR z490K_i!i&RtULqC9t=es(o;umZGRGF-~hHM*@j#9U9BgJ{W_mVc{f%g&T@rLs{}gE zM1&$x9c<*Gv8nVF?1&$ad8r2m(9g~jC$le9xLgbY2j5@bSshTlC5pqXo1+=Zz&La{ z&kPdcH(?DH(6)A-qo-VKbZ)IUd(|K*iQqg_@YfR_B|74wcb&N&wi`jWVAz98zM0h^ zw9e>=i+0M{wfqw;cq=m1e6{=8l~b-csjI!>l%|fIcYI%ALHk|BjA-U#CNv@&YEp-y zNfHDf8tMn=m1xj}iU@cVK;CFD(10t#{^5$@Smnk@fwl{MvrL*`LBqnXQ^OR(>2nu) z*D<^BQ=qws29ia7@0-0LkQZLp*~&r`&1d&uPDnY3P$UW!l}o_`zaP(Kvajj-67>dZ za^G{A0HgMk^IE|r3p;-Equ?EAyRmD&vC8?yzd3Jp%XqK7-PAh6jO<<3rWvG$hvCm+8EsO$>@uNs^6rx7}++pkj1OgX66KuNfc#xj#K3MXW9E*Gyc_1jn`NA zo)7-h6W={wHkkUID=*l4N{&1^s9{KY+T+{vjAUhw!bIE??gq5LDJDZ=lh+nf+WW+c z10$LReLMz*wQ0m^D(E|MCaIUX9I&|n8&1XKLX01giuH>4DO1+4J7`xrRkAv+nGg8X zs1gpJ;Y=)Q;lOnfBzU}r=4eB@30V`6+g~3X_3tW+h6Eo>p=E(%*rKfkXM#=d z8>;(Vrox@O7#Dgt-7eo~aXXQFi+c@@{H+jTu0uQ1Hi~Q1RA0eNCCpAr@s0(Eo;bid zJ!0g#c>9Hd9sok$2)wG+{TXycn@Vn|74!I&TVT!_;VWcvy@MvTS`R@6^qc>OINFjl zJo(o;DjJ9fDDAHDwNcvJludNEm-k>&on|?l`O@sFY*dD0M?bjqMvo zfQD=+j3NP30us#lkVaDaG{hAzZtB+8)lN?7~!0i!p~>KLgLG>zr$U$#-4h4Whg1Ahzs7dT5bn*6}P{tb>r0 z7Uypb_x%*^q=^$CmoKhk$2@M$PEfflX8Xq5mYmUzsj>25mN zfLUslch|P(6vz##78}+FiEq`Ad{nZLQXzRc-K<1b*;@R=P>Y7v=;!Y5qVWk%FZ z_hB$bdp+fQD1N#)L}3sMbE922d9a>XUD zIQSv5zeWf$$FG>w+$8DX2~- z0#O&LEW#M3!BtHL1^ld3g&X5E7TR1}z>^h#U=b*1?6-UE{30N$C60$Ow>kY=-$eIC=xRG!le42|vhdv4@|sNoTh zcoC?T$8*&bvC^h|GT~ZW1ncB=_J-73iq>AT-Kc}lY4#slOL9ca59dt^lmccGPZyXA{}`gtKor2{E;nhTT1Dj!43VZj68pWHl8(K2$$mN|7sInc z+PZON6i>TziC9xzbT=Y3Y2S9D`A#nLvd^tBd6L^&*0^X`y$r~%e6j;ltJ~dWM0CX7 zy(_^eSGpz}B9!wF|8oS^!0{S^0zL`HibX96DOWw0H!HdfY^2GURn> zRp=e=Iy`-`iAGvDE}=Uk28)-p`IB#*Au4i9#P=7`!zt$m#ev0hNwyBcLMCE~rjN(R zCdiq{<`{x5_oZmm$pX4eZbH2SX44oz2AB6OBT*8o{t~qf9)RF<#N_O%|4&X5_Qiz zn;nrU^sf>J*Rat*bdl3;l29T`RLLy)mLmWdz_kgN^u8gp0ZAhz1aS|n@&y&O46FdA zt_~h8c&KH~oz_K{b)_^j`==v6jF>%sC0pdI0-2L9cLMB zHUcI#Okt*x0JTkoqp}2e^-uM_F{LhyNzYns93^qO8ql8Ullj)9dt2`E_t;Eovr}4N zlYYrIMgjT?LUx)RIik%7n((3A)?Bo1G(^j3o+RR&7e88JME*cDX@c)d`4izTLO4Kh zNB?&uH+|2ECZLZKF7ZD6y=Q;R#?q^ljjJau`(9aZV|I-%gWu&Z-D@p;1U{^!V3Ut{ zHWnaG72d=O%bBZ6XDbX7U0kGK)}2n>w62bTki3z)h9C%x;cSo; zR@Tb@49SNS)R* zFE6gQ@CL)B&&-w0K{Lq7%)1UIok^uivP^fNF;%G93)yvWeu%8pw*VP%lIdgAVt_RX ztI4=MTEDoPl1>WMYb$&(_&MD^Xh2MlmkJz6fdx5upfWKKiR~bmUP=H>tNX37QltIi zGVj?wDB9Z2uDxgON1l96H48hgXg1rG=U{x@ zbqR)}j831@{atLdxUZJ^X5#$N$>DXoX=@PJDA;dHAiQ z(*Vb)DlSFKUlGrg2Cw7wv*Z?jyho!gtL-JFMJCXsPsG_>-@*Pz zH#RrEgbX^Uj+?gI8P;kVocCkKVd?uKuA*BssrIsN*|hC#qH(p!JF#ZqAR*FN*?YP_ zTU;rgnDPk1mC^$(3c_C$nrlXe#B0LWoLq$`!O4=rayMsc0p=pqye^?EH25m%mc2|Lx~3j%cD9&ZEjT3Tmqw;0 zFmGNRNS@B54=u7j6=0t9)}K^;WrBh}tlUugu#X9oQv>bmbBjP&kM{JPhT-;tBofe= zuW;jDN(MxhWb@EuGOt0&s9|KAoS~l5>VDQ3h8?9w zH%V1CcKqw%9y*VN?n6|V#@>O&#|pW01of9JKDT#VCfFN(TxBCZMzZ;57MP6cZDEk_ zjp$8peX`StkB{jviHA*}Ygvm%7!+OtQx|gaV2<~N5pC?#5C=48a}6+@ci*6+tk zwkX9X!%jt8Y!1*nym`gtE56j00_Z!^fJPr9Wf6g`;Uzvtu2+IUYYHGnA5ug ziM=7{-G;6-Tm*vr(pM$1SHh<5=jw}qA7o_jB_$b6z^TGg41quqK(c3&;+7h*Vf2dU z`+EI4ZU`?OeKBM%WfpAY9HACJ9e`;!Z}24k z5FzgTz-M_|3!{KlLKXzC2`gF)0|vIKC+S4 znFYg9FL=`^`P;X1#H|6xThOcAs&kj3fns>i9olrLDL*pTy0QOHY_doz?E}dR(?`l( zvY-vwuu=%E$S7V}_HBtKBqsVs@QB+eM`j)-i3UY6!K}#}g*9POh*p!hof`1dfr^n}9_*9W0sGDmt8&oqQAIOu|q@P(f3Gj#|rz=$|VpicUsbvW%t6{BL4TJ_1 zBpF{&!ql9HwDWa)r#z?$(9Evr$Sbt&e%tk3}b>kay zRYH68UN?!GA2e_qV=PQA@pAAx#>;Dw`Dv`Q(B4Ylq-qAgVBe?MPpJohU028HWnD)8 zpYY55=_^Sl*4gbS#Z!~8-7{mEZ2={7F8WLUfUd9k6iu+j=iafV?(s5{ASZ;0YOLU0 zOnzSk$7rOiCKj-mdF>d~BJP*KEjlfz3Phm591;MLx2YgkEFg223_QOa;!q1}R#eL} zquzMCS*wp^&xoh;Q5tOjV5wW9grBAy-bVNBU9s*-CqCLVe&1&(3XQgY$JV1UeOR=^ zwF!LsqFYVD1wkZkaSSjB$9W5ZPzbgmvLhz6xvMj74j?!>TDM*L9fJ5nbO@0=r(XU9gm zvJGqYNy9TeQ&>1TQ0Rd;Zl>$ltyRa5Ugia5yE)o#P0#v|SOzQfEuIMO+ZJ?Cv9bc- zr1QfR&(;=tD_kB>@(W*2<*Z0ebp$^-5VP%RR>&GCC8uyX{dS_ak1m#~<$%!A@B;&a z!x_}VQH~&Qz3(g%-7im3)je_us3t$7aIpg=S= z)ururo7S4iW9sJC3!PPyB)v4Kj@B+vHSI*%FLNw&ks{!GCE2nF%FZ#u5|o}P0^BN^W!Y4(a0 zRuoi?9A!ejPd8GznGGNs(aRk&eS4Ko3stm*>*Q}_5MWl`bLUOFe}nHf36%*C2#D=K zc)z$M@yW9O*c{F>bpCC2Vcoq4RDHkJ6@8%Qh_pmI8!8EXvA^**%_cLaIj1Vy z4TIY?HO-V^A-gHAk;ExP(Lj=vi8aYoFJH3X1mM**gElULG$e2VBV<>j_H6bdHR_z8 zMA*0FSsE}=!0~z^Z$0)xvXT_13w?`BUr>~|jN-7So*J`9 zjoTdwYFLw3RZ<-H65F@5Z%Yv7W|O+`fzA*o%Y?M2vf&nUh`#W~RCq4sR1v6jk&Vbl zW@H4yP*yotr}WlMLQbT=OsPrIXLyM%Fr9ca>-(oNDwdjj8n-|LF^q2d~4JQ+>XG`xebtak*l>f*bnt8VP7%al3miam+pmXZoK zworjeiZmua;!awbZ+F~!0CkW$)eBve+OgI^PbY;~i@qY-4hmJs^RV|!PmN z-EdWo%4Y+=MCb}7lLmj_V}#-n@M4F>f5NKLQ+e!-s@RSb>`j2R?9RBddwTuk*OlJp zJfUi;Y#*Fd>7bn0T^yLvbMM=bzFf~(e_?Z+sbfOEJ8`95-X^Fh+k+LpWDH=Ad{#90B33s!wAA;!qHqDa@P?_nj20teZ(<4=Bch?IM z3^WXpKNI^TA>$(p;hhSNSk|3|BVrY{afcJWN;{$R{KtI?maLuOsaRkb^)J3T7reta z>d+M8cZhaLoVXxLMCsu2J$D!_ZW3FPZPPFX>EMYQEeENHSlsU%3(xN1sMT*hE( z{l6Xt3`SUTTnl-xKHvv((afQ{fg(#%qetIvHn<-EF$-I5vp#eMmZqjf=;4o;&ak5~ zg)MSDeA@2J=7`&DuXA*qHX0mha&^zSGF6h#2FJIzsz%*1^|QGlrQJB6;d1(jWpQZi zqXdazGBUOzwR#ipqZEfxjHMa?PnaqW_}nRMvSMR^_bNF#oQC&_Fbe7}m1(Sxx;?EC zB|MS+LT}-J>iC@jh^}@eNcELpjvjrMgm%tlO))t;k!^>uLCG6 z!wGSi@aXpet&c%Si{MN4abuE>y+q#;?a|9O!Vxk%l{xs*yLe<-N1rP_9-1g%vy%yo{u0w|i*uAal%nww|^Z_6(w8mAtwCG&*gZ zhB15Jeb{*zH;G}EN}j<@I~Gl56P@mWY9bsoeHHfOEi>mY*~Y&r01gWVvjQv-M+TL& zOq7+Yr!}C@H)^d=siaB_NEE zLSLNn#1cHn+;kQ4$U_rJQO}+D2{miutF1!Jt1a@N68m8fl=4Yb^YeY98Xiu4LT8s~ z#sk}6;{HeMUL+ro^7TmmiACb05JV=9aGtC@4Xbg+mR7QoB0`@%tPsz5npkb_&=k?} zU`?W*)1mf4$lm)grB`|eQWjB;2V2PemS5gIf{t7U~+ zCfns6EcVk1vaHXqzaFI%Fdc@OnRg6A5fxW>2FHaXuYB~@ppjHDZ4Kc09H=n@21Z>y z@5yMChL3O(J$kM-6lV$CFoI5o1I`U8V(|;e8yT+6KFn%XRipq$BJRbBhMH=$y!5qS}~^a4%w`kpbx#g6WC&WF}%eCIA*zr0LFHa3r5rE6=v-cE`klD)sjqe0zE2 zsN%eXxE&8l@e#zD%N&t_NCoBB`oJOD&v*xNf>)MHvL#rd?#4whfM;alupp01gF$x* zeYH#N#4Eb!w8Gqa;Ep!k;N@_R*ERzb9I1(7dH_v8vcJm%{a&BR~!p`2XQZR>65({ z+zfn$UC^&^X_=Q=yLt161Z;g-WO;ES>xbLmfgIniwuH!Hj{XKt8@?Eh`MAcGpX`!= zn&E|!`**33{jr`K9UP*A{#~#1M08d+Sx*^t$#x>;Qq?02w(V$@;%5lPLEp|>bl={d2jl0wqr*P>Ni$}or(G#2h= zE16|y>g#;NhF!L*c|kVs=kuXo|IO2PuZvjPG19&E@(kyypgjMcok3rY)v7yPT|eeL zG-A92MOB=;9gY3Dfm{U6cm#dNM8idu<83%cOg%zGq=1C$j7uNpZKzc4)rSTQW!yhN zTrtL|p>fI4fV1m2!wl(O;B|@^5(gMDB2Yr34h=h2k^JnBXgMhnhVLr{p0#~Or0>BP z;r=q?QDr^Mzv9sE-lVtmfXP}Fo33Bi$!_B6tT}aN0w%Qgp)*Ia>n*X|-FyKhm>&F6lt|#rt!k zoqW>n?aiQn?&<(bfMKUH&!vdk9s*ec8&hmFYcS@fAp8#bV20r~b~$_lFO^}9D1}`Z z@R-uqu(s4_UD*dH+{-Qz)P7fN=WZb?A`uqkGr7+*l;NDxA80*X{Yx!sLtVZD=_?F1 z;q$B(izWbb$0352{H_tNd)Vh;6|&KYhiwJ~8gyHIlQleU=1a8gFPh2%$JCtkCZL1uJ!3CoY(LZ3t9@ z-Qz_pO8y%TSLF1%-Ff{?gL_Ooj;im#JOnt+1&n5Zk>SqGIvs%C@Gy@6kJ0x|7yqoo zC9RKD%`*#YORCS%zLwfGrxFT$@=~Wm(+JR$zn3ga3+GbpL0=r};g`fS=&!No8Ns6S*q-&d(Sw_>j~14o;i17sK26!RHvr){tzURT z_M0Q5UGdd)LD*M;y7Nt{5{H~bmc4O-?S4wsK@BZXESlE;LN)So9|7AR$T=EBf2Qk< zaPVeYd8?2Z^A^q3@hA=mMG#FK%jSt%+O)8yjsEXkZuT2PK>{~Z(HM3wC6~8L=|L>G zyXb;kBOKxz5^Q$8=f0R!d7(I>p6BIXqmZ|7XqiY$w=_5?Xje7K-GSph6dKw7!pwCs zU@_~~?XsPDw0cXgX^Hj1g6~V*(vF_2ra!Gtws_O1Y`7Nu8aYW4;R{2z36L%OE;&~U z;gjBc0ILENRP|jZKQz%6*ZYW5=1?jgcq138&lWRAU00$}Kg+_;CB+zGOpI*#YtOl+ z)~ba0V2J;?8##8Z^~3`P98D0Qgv?uQTMEG>wD5J!TID`WX$YQ^>DS26I>B64?a`?P z`k#{ijR6|T2`tkm9qF~R13Pha(txFxj3p)>h6%|g{+boN8Ycr1oEOgzO-O(E%?Qnn z$D3MVy|rz5rPNL#NbkT<)VT3JNJw&gF?;7joAW8I@HUKvADJ@=!-}DqCPf$Xn7)@(s_1H z^4T0TVX087J|>KxgCB%wO03~w;mKmdBf&!&$5Hvz_z!|N7J>wz$As8R1;v&QztR5} z#18+%1#(c^s3_bqGL5qo37=(3NJ*sKk8;U?LYUYE*{vE<-@1fTt!bH+tNk&+|1qVP z0u`ea)@Xu=!aLw7ZzInJ4gMCeu@3slx+)yl@RZ`Oytpjq6->cns+2W zkPQLXRzQ2c6QhUP^Ge+|LD74x5^b8x%v1@rfLMnmn(j;oK;C^hO#;jjW;RSK4f{urPxKdIggf*Dp!HUfvD!kr{ z770gKIRE7xOPa%SP_LiWyvqkhKDmPP_v>C0j&CB@K{$Y~XGiPQynmZv>hG(NiB%55 z%i4I?oGGtBv3p3A53l3BNxuL^D^XPB8HaaK^yml;Y*^bSj(%Q68ggahJruuTy+RU# zzdgXMI{1O-D{ppUj5U&BG?dE>PVkEu(-;nUu#o$OYRa!wONWHgXyE_0S)H)z|ta>!vm5ZClB95AD z;(gs!7GzZh9yH71In52eL#SCwS%f|@tFN|AjpW$Z0<*M8wRY?T*FDUQYi_+a**%7$ z9224Mm;XmyC%KQyC<3#H5I2rkSK(GATWHGe&0SSfIe`Y|E z5b16)j3!05*T`~sgJU@7u;_v2FVNtTkiD!Rw27!pvGvq$pPpx|pjaTs2>%L@(hS!t z7-Xpq#$zf6jN+w1?hAG5mI0xkDl-O|0J)Dub`=1}_v}u12n$wOZdPTRUeI$_rDOa# zkdRk2Y-Pe6j&pI~zQPcZ4t3R-M=2$1N+?b=SZhKP6&0RY1XHD3J6ikRwVh#WCwl%byAY`%4 z^@gNC^p(_l8D8qXF`1xYzcC%kJpco2{wRmgj&TweR)-&_<}u%Kk%Zuoj?+kUJ}gfo z%{lC~q=x&FbuA0N6I>UTa(416#w!5TLu6%r;lsapI1s02iNng=h2(^lsuKQY%0wOH z+LSs%Cow$qM^tnCYGY!|`D)sS2)+VSCfn!-fkVmcB$Mxvm;$2AE+0cVvl%B6kgZoD zdV_Vv0uH%_ud>9~XZDx`1U{pOL~>U2rGR28;Nr=++>F+>%uauM?<~00+?3S&_sw6n z*=HkdfTH29h5WR`rMV4@kW3@Tne!Si8FK8lNG`rGLL!j_ z^hV0r*_{}o@)Mk=4or`;Nb$VEY@hTOLg!6Y9c6P!Om zGds{VU!>aH1d6PxE|udCWH(RoGA{uF?}H>9(6_{38J`vVGWdQ zr@}0L@y9&9b6RNtf;BVCHxvMmQ9w38A`&2I+|8-MWywCvuHw^Vu%6KdL3KmHSx`G; zc`874-cPW<=WD?X1x1N(8PWd!pz+`_&GE1jv;=5553XQqNzYy+kl77ercSS}Ulx)g z6#B;G*X>A>A-2T8)q9aip&wb1&Y7fV%d+oI(-gGaVCI-*LX`4#qw67;VPq6kY=VOX zCEbUhZ5p*Ec|gfEw&QtZ9~9V}_)0XJQQji%72leuSWPFz$H;7)idZOAayqA8w9pfI zG4ln?h?TEub3sK3b}w0je-ZeuVu|D__?wbC=4DXfaAjFIQCyH+rIu$IFMkNn)a_!g z0^uUc-V+FFq4Ulj#cOr&9C7z2M5UNU5k{p?ylAYTu%B&zJy?_*9z7lh2c~8#9s=p$ z33G~s5b2UGr8)SkC6t(pJYpSfyfkq+F;v+|)?q)KkUW-iJDEJoR5(e0jbP&l#ymmL zbo$7bJ-juAQi6BUvXl|v5v)Psq)-!&lbJ!6>W}^tKmfD;mn;I!_FB+|-C84nsVxnqQC7<*dBk3gt zTVvAzVl6>>XlJnXN{k84=pB;nvAkZ)c1@8BvM!d^UhD2f#J?mLFSl!M0`PMPsC-4;iu%!(YCN$yt5suQpw zgNv2ft{mVoE(0|hM4&m%(k(2`yi=mC5G zfA-oYD)j-~#8d2&5`}XaxCiJO1Ocvl^oqTgA0c$?<(M1nGBE?Lizbm^MGqEA2`^21 zK28g3>}I*|$BcHCzyD)@p`Z?vTk`J%SDK_UmHL(g>{$ExV(d}^9Lk*JNY{&6c;qL zSd_S&U`nK5s{OvV2|qW@bt$Q?b+6Y4SzRzbvtY7#a9UJZhoyJ~1#)t}`~x-SDXC~5 zpstQ(1W0kuo_`@TsV11jN$OT%z;Scg{AWOquj@7#sPFg%?c1eIB@X<`ykUtUS zSxP(r_l_)A212vEx7%A;{1GwKx)~_I{`h$EO8a;H3sxDOEr>dHJ@KrC+bQ6WD5Eka zdAH1>39e+lVmdo~4f|s69km7FQHmuTQoW?iphPf4>lmT9>9tSq1%chACxPp=;V~bGx*#GBeOYM@sQ-innJq*xm zgEmy9UDGFJWM8;aK}?u-*4|K%z3)e|68duRVu9eM^_@7%mCg7`mX4?!`jhiqZUyNs zz>=`fSl&s(SEsb4h>!=-)kSFZqD2IwvT7Mt$e5zV4wRie^YSr>lyaqD+yslM_ChZk zZPJ0{);;E$^G!F}(q=};7?6UE zdrZm$({Ol{34o8qm#)o5NhNH#3@mfSH7`z|X3`LTJH&&{z2TEE&uVl+>AIXA?ki8Qw{QUx%PIBu*y2(F5j^-3)vy{?pu#WOw=WLqkV5E?sV0H2wt^1Ems#tV{rw*BD*^0mDL1Q4u%LrV$sA2F{je$p~ zph+hRA8(txy=3d82HJ`P-zZ;>ac(# zl^uqzb32`y3$l`hp8@u^4?#+yd}m+3FrmH2Jnu zS4$C87Go}J;JNumuXbWm|C6)+c$RV zCw;RFM*CYs4~V(f22x>?5U?6;QSj8uV*RG5IVHaxic=kzB}XqNQjI-vIi$x9mvO6= zwysShzQ{Zp5dv80M3;~-tG)S98H2MZAAi<1*Nvr3J)ndY@=9|dg9>Xb2RsE6C04#3 z0NVBwA!q&lTFSd>w zc@$B4WT5^_+Y?P7TT??6di=vL;mM!-Lh~pGEri<+aQ}qM5IrKL_d7*2k z3&y7UiYY|wlJezc(W@$zF_t(5AQWmrL=fDzBY<055)DXuq(oNYUsFCN#ldPwCI(C8 zP~!eaR?Bn{RXgubghXmUANZ2wRuI-hK@wI>XRz|>W|xuN=650a=K9>FvW-oM`i@@{-5lC&3)m9p6{?(L0gGo3i8=@VbzKVg>L$Rvuxb-HIE+i6fWYwZ$w zYt!lZ*x^&&iGRcxzo~2W2jK2vr&qvqzkV2IiSXs^T1C8fMZktc*RVmrj4P=$5U8VU zpdpqVs)L~Bb_XsbEGX0rg`YhTGDH>9Q89>CfRiB-T_11^Nn>=P1UWalHK`Dsr>ho= zv@VFm#kiTPq`5;12xM^R2b`gV`n61I+(o404<|4DTD;E(h_V=3UK2dIM6OqSW=~xK z8Ksb*M<*A6Z@JZv!RVj39-UhMa|nBlBl&hi(9Fpkh!HZ>!ma%&T=HZuI{)(J}`w4GZ-Rg6|w zO-|#?8v#!$d3)C}b%8v{_*XPv6de`4oe}Z#)a!9qCAKX0ZD0DQ4XtJGv|#VzfGV9B zxsATH-a`Aa($7se16L_y2QydfSQ_#{%)vn=qJIgI#=~-kai_?YD)h5*zcIkSD7GFb zY=`eGgX`9|r@b=`=SAn?@JXDRn?eTzx3OmCJyt|ts$VvGN+l%FE4uW2o6OP;N-Lw#cc`~l=4qlWGKMoL|rA0F)p2R zP*Y-&gmcL-4>crgyI%;A!6TjNk$vSGA|Y7;X|Vi!MLjPV$IuVbjP6TQ7lhb}twNne z{qvjKvyE(6%iJl3AY6V^O&=1pJEhP`G3}lOBN?9>X9!i4k#Rp@;`S7J=!N!Hg9jLY z1r#yehk--!&MIU!QBWOMdX>RtRhh)DPCS8h!()x0=)K-5Od~>s7pBLYdK6#T>v{4n zS)kY8WBJ$k3rLZn>$d^#^(vv49xr5l}>l$I4V|JoHE$5_W(}@mtv9OE7#Od(({KfE`gY)QNMpX$t zmSP_ORc9jfA|WU(D?&sUO9Z+pRG|&QEoSSGh1`Vf?cJnvjtlC^>3t{m+a|sVc?J8A>o-zytl|V;rDy^*Ldltq^e8RhDYHDy5;-WzdL_qA&y0d#)=)%zxBlC z94p4I<$&dC;b4qq^-N)$WJ|Iez2DN5fa!`wi9SvfPD?^RC)?WN64J`s@ zPU$h6vQLuTQ07x&ZT#b{)j@Wm^$6Bz#AD158YG^F> zz$d19W1AS*3L@MJSGngh0y4~HEf|E1Z>3VWpBn2dd-WGgCEPStse2erzH!!s!3J!0 z+gv_O`8K4&C_ct63$Prjzm|&(IAtDYwX;+nh>8U!+$c(x^mwZlCYOm8p4%M_*3qAN z>Cdq-YcZHS|!wZP_A-oVCR4F=* zZ8wj~i};oDJv^7R+8B(}v8+4O^hQyiCkG5s)(u0ctPOiY=+A~lU@V`tRAw^wWacip z7{kbB1Uo!wb*{ix3E({G7u5$6W^lRF>RR1XKp?Oc0KGQ1!r9fIVukm)uZ)n(mjy7L^^vV!3Vr#q^9y(+_($w@|CM* zvl}CyWrkd!HgPbV3YCmsnza7ci3W;7s3Z44HL{>zob-;+5WigSkfb2Pn?@|jP%EBw ziADi(P)L6h^P|XEHj2A=X)wIhHE|6jc*z-{kLHWKv6{A0t8_^Ya=Wt^5}HN^MY82+ zJgqMdP1C(F2hOh95TR0?!=UBquZ19l@SHu^Iy_I489Bx2Ims}&s|_G1;!T#F(#4vM zMg_Y~Exax=Ew9>$nz=NLi&cStGcII5z2Pc7-7n6O?^D}|7Os$T*VsBKbH^+WHR)SJfpKAV>q3U zUK0a=3Ca{&<~r(7B8EuOF1~!2CTPwq8?m%m_hETJEwq8q(ZQD1eTC%dyO508K_Oc? zva|@dMC-MrcL%?%mM<+@k6sOy?t<~j+`YPSVL;iavg7N7Dgfm}aG7dJdlKYUDi&~1 z+e`KRrQ)@igTPR)OwpTP{*$*ku)9IU4ki9wQ40v!3l{|DijD;h6`xxu(g1VJgaqGM zsF*=X&~+hfAWPD?| z$swkBj}GZLEsTHbbi(@7rsM^l+;aZm@U|S84&c$;Ck*xe`pz3A&xFocw-PG^Rpfa0o$Rv1yj_5uZVdvN zqIb2vs+v)xddbyOYdR71(bG_wz@-tzg+G{&i(;bCsCs#M$ERx7r zpFSa(Zp#%ECd-)D5ru??{x#%nW(2PvXxD=z3`k+JQ%+vzjPG+`+$O;s+)zH5i}6HM zQYicJW?yvHG6Yo-xAk2$ikY)e_zi3=gl)H$d>ca6uyO%F9BEmUkG0EnVhGuzS*?1h zRBm50Pe1q#3y0+f_eG}R&c+IaoWakA{qRJy=mIj&9e-Vr{Tl{Wny=y{9)bwf zf%`&lWy9ik`+{q}o`i=ZGRglW_kEz8$|q(bux?Pm{e|ofO9zo=ve-B7_0ThaE|it$ z!DXYH9&n?KW%-el(Px|JvLG$n3S|T*KvQv=UD##V2C)ppqt(V{$0vWk5p0wl7KP@h z#qz#abs-_`pPgnEGwcJGH_tl=HCrys>ZK=b?=L^GGSoAkgED4V%j8P|!Y-dqA1O~> zYl;~y2<`z^JEiyER|T|&2c~nlx7626j2{hr-BQ0N3k6ZdID*7IWvQo4+s8h@iOBf)EKVXJa57LL8e$DtFmfYH~L2w=R_q;-_4h5|f@X zA!D2nR5lk1u@pV`W{NBkB*d` z4h+a@%&VG)Ih0L(Fy-9graY4~NUxb65h#=Y@OU|rV$s-nWr7YD(t|^swU;%E*()gr z&7B$Z*qIDZx=u#9n4m@A_fN>?F;<)gO&MrF6k5nxwN@fGU2@VChqX|--8U;C)15Ra z+u!F??0()k(zS~uFVT0Az2Kw*zEhwp2M$8oD;NV2wM`I;)`h0~(b|)ytLWS~FtWI4 z9C1-C6B9~?cXSGfIKFdTAaY~K6ljX1XQ2~Ss{TTR@-CT(-l#yR#Ea^sG79S-#ASOj zMtX3SCKBoh35s3*x)qOy!7_5t%NE6{`(dx&2~r@hDwl6t{y9z9Hw>S8XoaJ)>f&d7 zf^mHR1Ja#M8mKWSTRhSI{Mwz6ohs}s(#7iIL#KMgT$cWR;)YMtBjVC3mB+wRli-NNgr+&OQ-1HjOGQgc31Op) zs+D@Mh+ArM4CA%)gSp4TWPRjX6(P=x04EWy?;w~y-djv^<14^17_wxE$6udrDZCZg zX6x{M(~+j$QPJkrbCi_#-z#rG6MK{3mnqE7Hz!rq6SlrEmkiTWl#+GQfSB$f)$<6p z+6aP1FnY!B zBqz?+5(4R65ML(0fk6zFH>T{4@y|w=ep}S42^X<-Pc`F` zV(?qN26~=fCJU;bk0oX^8Z36vQh6p#X9x?TzRehFMcS?s_WCuMQ?iB?g7>a>H2hLU zc*1_sS*4d8h$ zhkmCeONT5Pb;|87+PdHzc5MaKTNf0AeYOk=MMkpDr7O`o@Y~g zmFPfY929HF*7DbVY~(%&^_4hlX*LNt$zZGWXy`f4r+vfbmIino^bW53SP?i@RKDv4sC{#0^%rEVaSX{aX?@q zxA)7>1fcPL1E+2x?X2Zd*;!(Ehw0obdAj$x&gjQ=;-C@sE*7fpaLUXa6wSz|_VL+T zbKHQ~-DuO=7bgn0_b4a|PNGzoHnWe(ky6oq$P~qeZ8{oP=Jtba7u47^9BCm)83!){ z59%bf%}S+LT)MXqn-tw9o2#+zK3rZYfvr{$f!}TUUr+ESonj1|naK=EuPv(VsMQ1; zT6xyk^%;Iab(?VgX1gWyz%?cY;bf6vXR94R1O)sT?^WJc^(Q5WiPE%HfcAaQ2i(FB zt05hd2X_>~=Tc0^i?$P;t}g6s~`=TNQ{gA7EP6mJM1$mc4d5eftD4?Y#`g3-Cxj_!2t)%604{b zcS-c5I5mb&tR3$`g4r~qD&~O*RS=`R>rm$;KIbYCjQG1NF>{gQ(AM*_ znU0HmUe%SW{bO&bh~B+A4j2gtV0bj5!l;>N6u569NKvuDy0$z~bH{Hq`ZO!~ZtM$v zBg!O26+#g;7{{hX1WtYsO|lX7iNs$7)`hsY;b!R=&ENq0--%Csh8g0N$6aQ&px0qH z2-~2tt37%Q@$#}5&NJfNweP^Gp|JE1*3uZW1cJX!y!3ul=C(ihJFQlZ8p`LiCeq&NNF&SH7Pi{hwA zb5)N~9yce+QF($Bfh|1|162CIORdA)V*p#;*4Elg_WFp_i-L3BjjnD{j3vgYOiEk# z8V~$TT0>pb_8st0FAbeyAMG`;bd(I$!&qscWKe=%^ErvpK`H6J#SL}p^v@8bE~dRH zzaqVB(O@Awxmq(~q6>>^Y3XCzV7y5Qnf1#Hn0UK{GiwKP+Zl{)QbU^%BEG^8JN*y0J91v7 z>kscM&YI+DBhEuKS%F<}&~Ywgxu@Pbcm|-pa({JL$QyM_th_Kzx{+sF8W!l|8x~vm>K+8jFh)E6uS@599ZE8WWcC=&OiW9LLWHn9} z{5xkloN%=Wi{IrKTU}!=5JwXZenN%RdK9RV+;66cr0-{<9IiFPJqB_a!~yK2&`ju2 zUJP#}O&94R2a?Z7`LR8Unx4i=L4UOgf^#gdomNRT^SzHrrAsPHg14d)GPvP~;hgXp zh!4ORbM;0Tae9}xDs#Cs4CE~ZigYNt1xq@cxRiuD20dy^`oWO&je&0_L}k?~6gI>s zkz-t8h=+t3nIJ|NHq5#+{@z5_Co6cRA5O98KWNe7ynOv)ACPtc5t}kZ6%tA5-OB&B0Gh7dJzp|I@vA4 zH-K$?lx{2>ZlsBOw37uUC$~_nK-TQXqGO!I8Rly_wkN7f>IlfEn}(S>5XX|0a7L`|_~3#{o-XR5k%Cw@M7Ep*BC-Ck@CY>E!%>UAl9H;j z^mzWZ?LnDx3Ao5u^)DM&`ZP&lnt6JidlEa=i3GL=5`FL~m2$a`ygj`JS=w8(<>6#X z+INx|pI;z9$)>`uPC7bbL}4&-{3DQBY1I-ijb;@%_yaSoBZJDq0D5s&%hBiEIr#G9 zC-2Uc9-2dwQ_8n3nRr-SW%Cub0I5ADiB~^Io>t8*r=G3)+2j8wkLJm0YyMJfQ zblVb9?tSam?zsxyc3bM%0zWrP&(kL52GSZxP*#R~!DFZ)VbIkxVF-gXa8KJ6Jn2Ez zbfA4`sR=SO)+$U|>NVyPxLnXKBk|ly8kl{+V9k2bDT{e*2mO!>nE6DXToe#rAh3q| zV6;(N9QrBOh0R#tnSxK7sTfCsf-Iu=y-^f|>ZFT*h0^+P9I|(ikEymF&GaKl(G=!3 zcIISl%ie#>2|GfU-%Wxg17R-{Nf?idI!YIzEErqZXzR;>2ll}BRrYi@%n`U<@_-FS zYV+<4RHR888bTkQ+!5Aroq8)Agfh#?Bs4p@bX)~Ps__|Mo;)?=Dnm6G6ll$8S_|~* zX*y{2rD4eqzwakwMhlr@D$X;2avPxQm-dWt7OL_ja7_yhy%Tvc9oOIz> zO^UMp6f4>>T2!E&V5zS)61iDY<>c1&42gQS&%znO`~$C#Sxe|NI28+RF~ya2115)e z;ZiM3WL#mBoMl;*{NS3qWmQonS66JQcRpGjVz?o+!BAj5vX!iCvT6+gK$fWeT{aeJD|cC`?53QW_pyAR61{8xmh?;KJL2}4IPiaephUZcS=0l zKR7;+dO1@T--Fl< zb=P$8_a`#NK&k|TE>>t>nKmIEv;yp9Jxmg@X{8qcgA8#W!6(_B^28)|YK0cr8rnCr zp5|h)M!Y7HvX^*ys;=bHfNiEIdmt#t&>kZ0>s+AKFQJ#@ixAyFcUs&}s@w7!fZ*n$ z>3yFzqWfWCf0ia!phECx7W4Dmv7j0tW_jkk;sPec2NcWAZS9q6n2HW|lX=j|8RbBP z=vR2mya$LIBrN!<+qn-jfsj4gODYUiC@i3U!KjW;2d*L2wj=68dTpO6BUFJMQ^uuM zz(_SHh;;Im-KH`({m%*ByoX*t&l9e8eAwhLQ4)vwE)@c(t7BUa0#*g=3uf$FH#^iX zE>Cw`f#18TF!6i)$)mq>9(el-{3s}_vavDw!Px`~yWjUW!2b*nft*i*+!R@IB1cBZ4 zDHCHo0XQL1-^EztwM7I2WTL=ynOlm&yQP9~8IXS}U&M7~UkbOgY!w4RXc*cGKTx>D zd}y~ZQnU-HY{RGC-g&F|3jo)t)*UM^`2~C68U`#VqyR@-d@jxGVp6$_!3Mds#=!E1 zHDC5GfRenCW)vWHIILp;9Q4?yvOd`Vf$+ArU@x>>*#g3 z(-s0Vb*=D#({cfTZ&lp->?Q)vrzWM^D?x=~{{0Wpzq#;$lINI;dc?676dm-Y_)(Rw z+e7~O?DDIjx5t+iqSIy;aEC!$c{G_`^&S;cqGdKk!Cb?-FvNIt*IPqhVaVQ?@sd?A zKrXGH7-RCVkT31lpTY+gjuqs>3Gji}JbicEuN7p+sCi8Vgc;yJAtAS{ixHLX?L;}t z%8y4}Eh-kBy^6gkz{5fE!QX@E{E1auM|Wfp)eCpR#2$B}nN($4taR9Ui@OLO*T~L1 z{QY6)`#O8%zFVo4^VS_0u*rB=LqOz5j=mQ)BUkC=^xH*E_#MeCVu*&AyYsHd@Nyb; z@Nv)$U_=V^V-jR3bRY)yK`@Z?WgL7+lYccZzJA1c=G%&6&Eg;!s;hIak=x|{5~s4c z$pNN3=o@1LNa@q;gyZ%uqS;3OGG@p%h_0=8?6aK$eR|mwCXqD(Bfq{GLrbk zT)gg!Y36Li$Feo?L$l-CElG=!nd_E5l5y2FUe{dd`ZV;4<7ZN;oV- z>C>_?5mGUHY5X&ab(Se*NIbIOdUtC5Z?(k0a(9cNAx11#Fv#kti+uKO>3pN%x#Xq` zw4(G;&%gx43dMGeF-a!rh>+O;fQO({RqPKr(aMhsnG*^0FzoNIR2h!SpD|h$V`nrX zlj^MNwqVK)sJ+nVj|JfqpO4O$e%N953eDileekX%w$W31GLYb}jR>_!fJC;9Naxp3 zC+JXxf>YcT;qKmGUIZgdv2!x9V}Zj-TRV!+0fpPeC_#*JeL^8Hx~vLAVBNW`LNUCP zYAzsism#hNzgyW|F-6Qb$$r$Mg`xjAsuV(~`x-_1duN=2?c+OE<=%zTrHNmLUN!J{*h!9hIx3d$8B-6zgj?!u=RFC|W>=LXjV z-$vKDdBFWU$xRckeN@c$gPn89)5N!ih8fJa8pm=BrFvCCIwBG*BFZMxy-;OU^vR)a zlE#Zt9ioVKB5zEnxxz4qJgs@SVM$Yz&X#fQ;{^Jdu5$H&Y0e0Gz-~zgOrB~fsEEk( zHtQ^gCF7r>3inTsJ*|uaGsQ(<6C>B~7g6LlH5H@LWV@LV$^&1_du6SRE#jQfgR8`0 z8yG{ev#@Wi%zf1`90h~@bp;l6gB{nhnQ<{9k4-;Md;UMX|A}4g;byiQ3y#x-gKW6u0)c3UR1Y9<&iChr86p2+me}=c>`fDP)AuZ4gL0Q@4iji~ zX;g&|mo^yg%P6fGuOWU==8u-Uf}8_lXn|txn~=4}j;DN|0GN#FWO!!%DNi?{oS467BZX{aDQc z{2^V2Fx-rhkB2u(FdrCaP!`DIu@ax_iYhZ+MwInhB9GMJ-pOq1gMa}M(Fp1P*(4Lk z55ku(*6MrdTJxXND_ySbUpHoCcShF|N)^_M9E#wrr@Y@pl}86cn9H=SWyC@}#N%1j zA856nfuiK+dZAYcLT>Hnj|DywU@XX;!$8undy)%If^)V%j$r26n|Wrnr*$Y}LG;+B^kaAzHk(wTF2)0$A1@I>O{Z&^Vl5zQ zaPTy#Cd#F_9rqhOHl_BoFO4Eg(aj&RM9C17cvl|$pgv_SN5Z)vMHJ_+NcxMoPz2KFIVLGtu#66y{?qDjl*)-C%p18o-StJGahC{_E}w7o!OUcD zAyT`&6KLj=^a2$0`nUBZD#~(JFRkkjyyU{H+>v3zPm}8G?jlYG9`Zikbcdv^4 z;$9*Hoa9m<(YC1__RnF7DalG6k2hH!I>gmMvJKf5?c(IVIZs7Q-b_ssL=kHaIxtgX zHt)0>J+5(la6^&M6pLXc^zKX3opHoW42di_!tj;seICOM_JgK;#)k_uO-MUZnkeT0 zW-%@Kn#e?*S?m#)qsQ|c__MJR&lLl=(g%Q~u6Q+m=k5IG3`t9j8o@$uF|bwr{jRzg z@f#g#7EA1iVnVPUde)F+M&L>w=fmGm4U)-9w6(~UMy)QX&$ggItxYD?jZzP|bMYZ@ zwAQ^ZssSQ0Dc~!IRB&M+;1$SAeVN`qn$(9mz9)O6)*OW$Mzub)YlWywWPqArL>gR% zF#SZ!!?*F6(xY(>41RPb=?w_~xCD-cX97?v)NMGsjRGk;84bYM%7^ebG0@R?UfRkU zi}zXeAZ!|vjeiL%mIA%&#hip?TkFfyYF)>zvndQcNQ;0G_G=mU5VsBJ=%K8M1eWQ7 zI=0JA*LqC3^@}l*goL;NcaZV)m}zFO4ooLWgryc0Pm_W3qEFelUq0W!UvmW7w5wX- z4f2A~a(I>k8^kvlKLMOP-z^;^k1&*D?)4W%@l?;@hd_~0&b#hk0srzTP$LI#*{SWb z_OELJ71!>H@QD*7>mOLX+Nwil08N4smTr;N6oIv_Z(NHIV261im5|EvJ#`WK_4gtt zapa(*mUAZVh1uBMU6>e+#q8@LwKcaNl`yNubT9~Q1d!wJA?Pu+BS%5s@~bW3yBLj; zx-uXIq9=hoc(`LlfUoT!2oGi4+J|)jJTSZ#y+Ny=y>feXWfdUJ>kxOX2DlD;=v`S=8e>vvVvEEVB6j>kO}L(xRNX7zHFv=V zt8nexzyb4QEq1*kNTmVc5=_}XsN*_7n@Guz1oGte-zk7lE4;Ji2Eg7@4V1_b!WVri zm(cLaEe8n7w-K)9r;cWB>Qctu?qT6zWwJLt8QPs2+0F!Bt+Tu)C?;l%>*EO$wR&S9 zKR_t` zT@dHbGqx2?mb*p(M?kp0I9$YkJxtI*eAj%b@=QMdwFetqn5uW%*LeY@Fz#4rlm*!; zOq<5QO@I0SqNmFPur)R7j*SWRmmOryI7on{n@*!+)eoO(h&&JQqV{eIvx7}57A+`0 z(_DcF8|67>;NXK9vphf{Wl8^0vw_mQMzQcM3hJACKiuat!#sQ=IGV+mAT{;@UH_lW zSDdtK(Nm%K-8+9Ac-U3vE?I;AXFI51NQeiW1~ha@45410HDf4X*3&d3^|Q5T$Dh_N;;}d9u;IFnUT_J)iCP~|`R#T>g3KQ7wY%3R zGZ*h`nicO`Z~P^$PnXHUGF(n|T9;h}2x3_#!6nVmZ!Jyi*g+HGLlp;|R_ZZ2^_0y5 zn|(+De&2D051NfrOSlistYJ=)F)kbP%Pzpd3LurGW01u4p@Nx7s}U}#S?615DuWrwTS1z{r~(JAQJ36JYWgc4NUZZ7NJ%7M z%wF&g+3`EcD}t?yxHb7;l-WDoz27)T*R2n~fNLp7rofMTUGmUaVEUYLy?zuMGBOi? z#7*|mM<5XWF3Zhrs7`Rcoe61S$%!7l?dZ{&KZqx++b!Jtygd{&a_PEk>vAW{x7)ZDhL zD!pG6@H{2)+zcF?l)6yNz+5X^zski;!d{avEO-)3zH-$6zh$c0~i(7I-K6vpCmbV^K z+%I^j+0n^pL|1}|H$Uf1cH>EHC(&D)jP_>^G`X{5O;B23?6NcO>sDb0ud{SVi`4>5=Mb_4pu#tm9SS1Xae#*#D zUD`g{PKuBy=K+<8pEXHF&=7_374s~XuOtvL{{` zYYA}YdEGUh1>g1$F^yApVgkMRnxt#nE^2PAO2m-5S1m;s21JaBPyFWVQ55Wek zX>35qTzQ!1K*ksnnC(4avlkB89?R+yq7>JC>?erU9LVt26gqb41ur>mi{U+_4}fkD zP!Fh+l<86}=0ri&7aw)8(dU;zEA+j4T9_l(Jd*|T1pMn7$fP=3Yvw4y;6EK?aj4?|C!Ef$-agB=8;Ri(6G3U#dQJr1bA(FmR zVUQ9BQl}9*Nz>^y&ikq4M787kg`$I?kML`t$g>1WHqTnXqO=ckBc z$CZL+LMRK9ZanppI_-cKKU+}8sIAkEkRj%uxW^Ut;q{=kU;2M#)<(6^K|`- zQDw_LDsDsz4X33AFuaij8=d+eIs%a({2%#)-y7{x_jSK1K$27y@Xe~MF zgZPp{da=RPkZR5`{EaMfdk*Q)%E$~Gjl%| zo$M`Wn2kt~vZp@%YL!P?HX|w#m&6Y$&VK{FYH8??=hz3tcUrRh4Lm+b9JMI$+Ke@$ zplc#h3aL}%I^T}A&w*++FVQx^DXQ9$J>U>yyLW|edp9Nt-~I-*N7amCI11gfB1Sr) zDn#hwIU>|bCrcQ8zb9$CM5rePJ-T1&BE0}vwe8tq%qL;x%1#%M{LUtOWrwU6Zg7Tk zG>f(a3&FJL`}TE8@`}DqwOX{cIb9SEO3)6pjG|N$n`n|Bt!z9#xjP!s#yeFK3s}%# zdTb=b&<_Q~OfJil6RQ6KZX+3X3!{cDVLh@?7tE!-vwq(T+BU2}VmGJULvHxgYI~*8 z;h`H7ARCRz#_g6|BQDC_73I`ogk*!lvph4Nl;%sYd`za;G9sb zs4deLo-YgWN7n$YDr+QTBUu50QU|!Q4paw`r}0JfvVhYxH%^v(ADO$6SZBQv4xF`q zzUl>WHKcfEqbGSWMkRuTfmFdZpL|m$`LxT5>*vCQ)KEMb*U+&Wy1WGw0E*M1=zCv|yh-qUSshWw75lt4kfy#UK2FN&L{3xOupU}=sOX3Wz%d<>hDImn=iSgy=P;~C- zIiS}`m$PuSj8bHhfj(gfBk$rcGQFU80LXxZD z%ABVlYl0HSrwh%&h=)!pTntleg;TO4D8yoR=PzOGec)$(Q4^%eg&=@gcMVY9qo*kj zg-{*h`cn^k` z(j|(Cv+#z{6YjA|A?yzwYT!NL&!dD}gPZsAOBEOG+s>6gIsnJ9cb^rD2r^4%8Iz^VffyxhcXF zwza%a91so0qX9hAV#xbDCL$?D6N|^=M#NV_j_}WP=DAD!e(n91G#N_{a`-w*oGnIPRP$j?{$FKZO}DoobbxkvYMgA9G$75>r;h={;W3h{|FW zZKNN7?Z)%M_J#r1zV#13e$Y6LJqr_%47rW$qErHn3z#-GiqcK=dLXeAx1>&WGR_t- zs%qJfRr~tiCy{LzM7PdBF;ANCuhNZ>%a z<`Ik_Tbi%~&*?>JFxHSaQ}Nr?LpRs8ISFjqdx}nS(8stz1z~(t(5e7OdWiCp%V`=$ zd)I6!nJ>}+KGbzwCx&Wf|gOdQLAO+%lE2fEEG7_7OV_{H-@@d&0WIi)+fWyIpe zND9M5K#)Wu+*GiX5&V1r1NMu-?#JSi9*Bo%%`=v*Cp$Ps4~6Dz+4l7Yb{Mm{3Vi0V zGeqZYcUVov{FP<0ucU$>*Id*)dS$g_gA<^A6Ms&Aa=%0lVB>i4rp?PQi5()@)FM?p znil@s7E?0&{SmcGG0S;p;uiQVv3b3_`0B-Kx~j^k--#C%X|u+bkWP&N4@=P&|oYFQwiKAZ;tCb-o zr+`J0se4tHxgf9|reqVq+&#JKD#}z<5SYQBTkNb_iz)yj^09ZbM@f=$)j{}?-CelD zoN$8bnrlVVGxu$@oWOw!yCtl$oiu4p$*pF8DgJU%zg75kVP$rV(EJkW;rCrb2`%3Wkkzw_n= zQh(0VF9?tv_*$TKkMQp9Llh!A1h|S!lC&X`_T-WKgUn{>4e#lUZiDI%3a<5Mm4sWm zaGTPtCS|y$lAlFC7&y2BCd1_nuM-q^swQ{PEb4$AXHG&~d7xT}a5WIYV9_+#v{Q9> zQIWc5;86-yJJv;2HpGA25n1G*7U@R-Z3+vez=qK%Os-5VPr1h>rkji`IdP@=nmip@ z{wNB~OSxJl2g&BGCLsS15eBwn0Wamb1zXDHJ~5@q_Ti{}fjqZq;MenH1LW%}(MBuB zexy>1z))DIT%G%i*sVv}(VS;{Gk-VRs^~XKo|@)~z%&qSmk5Dfu#%NhxLD@|?W_no z_SOqwqLgVMe@WN#u9s6t)LEtqcWubAaCCte0dAEE-){_I$<*3hU8%(`zJS=dQd69IO z@hskVtzqv@>PjV)1zjZ)t=)AI7@Vx@fRs6jk?^fH>A{p?nU!HoE|L9;C^_~&cCT5K z>AENZIk6ewD5|91K){y9=}Q5k)56b$#FWw1JRZCSzQ-e@1oe1IF){Q}rY;7h{?>f8 zzw25okq))#?)zmK0rIh@#XlqCFkSecGVIZwxP1?h$8c-{D=8rl3$KTKcfH(M91iQ4 zT6O9CeAG{&MPfS$%$k3Uc??VB-BE8eqdb0DK(rV<(BxA4u z(<(O9xl$O-FfV*`HCo07S&T~a(q{rfts%sZuiNRP72TR(=!hvww$5PxM3Rje7zJE% zyE>AA81rbv7?(VC(6xd+7v9<7DJD~H%xJhK&N}>Mk`IAOxGPc8fb0X0)*E={hW|Jv zMnysTy98olxWW^@RmjQ|#TIy(WgInG%lg93qkF3fj~gDXTr)oy1gaO(s7ob6(L~5} ziHV9`gaq|)&=K{p^|e;+%)j{ZUf*foTL;RX9gDSj7LKOeX82_yvO&Jsh=wo|9G`eg zjLZbW9BQ#xl=i9;43P$O>9o5%hA1V(^JF!?MxYQajA%ZT4;WrSTN3esHRo~reUp5X z&QObIS)vfN4SQWMwWULn`*83QODPKDm1i4{qNsPD;ftx%bDka0tEE3f;GB-tVrpTr&E=|->7m-3Me(16 z)+FPni-;0o3H(Y2w>6jP9Odtjaxc`mMgrg>E@mp|b}j$$6po70G8)2&)zo(8lSY!p zRD~YJ9Fuj63cyGp*2dJriBAtb8X_{q-W?Y3SR9{LhwV{{ucXgXC@ucVtL>KQ$!cZY=U-f;w8-WwVXAQwN+F8$qqs~yRSD)$m1 z(Yj3yAgm1%Z2oSXGkADai4#HPp_*Xb)%Qk@0Wy&iV?ePdss^>kC$huc2I&T55dGx2 zzzEW1$O)EwL5oeoWVI?CMEZn*Yon4JfQz0G@iRrJ>T^4PUiv~&h%j$6IevI)6{9w) zs)*KLtz;gbRV}aIZ`u0nRxy$ay7}79F!Ys{*DuHZNVOs8h8b;>IUe_&Jkd zMNnqaqz5Mo2CxYL{H|;&k~QcZUKB>K6BjaRgp%!0pRtjVB!xq6yyP$fPSGho^&RKx zXR0Q9at(#v%LrTVN#Sl>2+3>CwTZkbs6&Px)lyq!)w~ym{fLxjf|6Rbf}}3hjT-B`aOKS!>UJF);SrapEHHNJd+DdB9a8wahYp)EnMmBW)RZL z_6z*=&i1Y)N5|8j_{j$Nz^ zRCxKllgiRsj%l&)YChd9xXZ<5WVT+#$qhXZr?t(EkJum9EYkl8}uT&Av_+tjU(GZzr<9uSA*(^5Yc+=;MXWOm1~!r zIA;{~ z0s32@H1}eALiAxB4DHwrsO^>ntvIoLHV$rtzvrud6|7`gAvWTTNG0PNxU|Vn zPlMt(L-B_9`akn7lcM=&2I>_{z{5V_rVu*NB#={z!?cY(<@9H5Ua1(z^;9~KGpak_ zh@)1Nc5{m@&$zuaOF`3V5d>g#+g@b6Y6V#@1A49dgoAJMyg^`FhL?ip%=Us6kq}gh zcy|^RhZ6l0G0%O@p-GD9#x9h`#|VGwcMFmXK;$F0qj^m-JM2tVShS%pQ65^?DfP;4@=r^OxLdO z^-ojmVOH&(nLHLXtFVD+!D}U7AQkOAfoe0Ou6Sw5#Fuc55YsW;oBlV-}pTz7$}$5){g}v$zTKr#IYM#s-!A>dG>_Dt*mpe69M; zxDa7@Fl)^!sJMv87Hbt-ZRGh@gfi<|lE8gMZ!1AgL8sV@7gPFmPzw)O2u;fhWX{=( zi^erslL0Loa5D)quLwlHDY~@#*S6M}gBP$-$<>0ssK*t?7j9XpBG(f7Y=Oak=fjhQ zBZd7mL;sd%K$u_*u$imDrjUy~`D zk{B+H4cCjV#1n*_J()1*VfhLGWpsmQ8Hk6CpXd$-peY*eL~=jSgO|)hUqQQOKzh^h zqkX+N@DPS79Qd*Xtc(FZ(9BJyt6^@di!|k0MMAEJl~J=tXXiyJkw-zDJsd!VQl2e> zG5Syz>bbPs!)R1xvX4y|LQ05ema!^!Rf+JSz&O~kLif3Bs|b-l&&yaJL`^}F5OGZo zeKcs)A-6#0hpN!Vp(cFzHkzgZZcF;$)f0-^Ly%0>oTX?oW4JV@aca@g$kZWYe?z5M zIH>EU8C2ycI&b>2bneeyKlpg0b~APK@p!sdoYM*79OWEZ&#&zYt_hDNPi81Mrv-LYiV{MCy zb2hTq3T(@vec>o>wjxUzq%f`=Jdit0dtH+|E(Tx+REEXqfCvm*z7F4fkWCO1Z|Su@ zvgX|?ucpIIM!vn4r#J=WMtQMeNPR~iwMsh-=CW>!TQ^yMEQWdXOUO{^MD8Qe>{#2Y2 z6m8wDKTCZ3K;0F8IT;iG<`3gQUK9`h=mj~=r+}JmuiaG7u7*-KYOf^pg#gFfG7&Az z_5J>a?%cXpfWViQ*j>5TaUJlk6Pq$`B6)%2 zqVh2LwHQm~V$Z&G6_;P`&d+Wn++zPfc8_?L%Jh+B+Lz=un92Kt&NW(_%`wh%-TuVi z9hya^F*d6%4aRbzpNicH;y033EUc51Z5IH(@6)ZJK)1ay(3x8G|I7K3_TfH=F|SE% z=NV}Q*pO)!!X-SVi21pHT%C-Iy$JinvQtd$2^6nCIM8%xcAZ(R z9#XilWI(WveZc)NQ}-0vXk4{eT&g9jr=rt6CFrzRo>95-whI2DmGU*vQbErpGHF_$ zoN2%z{+#~J8!>fRS91tqEq0g^5YyfHye4flbTMmp%Ow<3ZvK~3f4Fylwxn3@CCaxq z4Gn`5#1*3HX6)MZ5q1G=i1)q{`K?Azr-`yNP;CL0p|l{rH5!Rzvnr^=EIpl+R@aY( zgkpvMRE0UN8gV!LdR3>h(30H>WOQ$1nCJs`+)A87(bFL!>&Uca9Y6vlY64k=7{>t{ zV3txfZrQ$X_SMD98l*b?U6uA*5MaywNk|;_nR50~&@4lsKwT->UUWDfZ3_U8TYlY>I8BR#Eysia1xkO1y`80gso(~ zn!FiEjUdp=+RVVij5dV93e1}vLC9^hw>2p6LKY4uO-^@Lty=yck>m@=5`S4*d8M-@*Zz|~1i zPmiU1mZFjDnKcb+g|%>FbllOPTcc0LWJ_H>8i$N+83{WS)TCVW3TX9Gk`am3=16){ zYoqU9SL(qNp;DU#kW2=_ZbW*^<+YDuxnHpDI*mL)rNA0$@`M6o?PRGID2hi!=9Nn3 z^F6jQ$cOX+c@sKus}zV@zO~8{m3tnthd3jm#N& zCPBMwZU~nO$JdR6mrrb^ic$9?L3qrQ9}^XmO0=1zBPr@y`a1~_hl|@+aa`TKC;()m z7pOU(zHb7=QsvLpCPMaFV8PQY547keY@S^X{Ps3r$`7Tbn=G^lrYelX6)#YJ9>~iS z9ZyZ`jP5m|oSHhh!^U1fEXico7h)>PuHf~P$ifw@KM)sk)jAAtP;)st`(CMp=SA(} z9C*X(((f;=;|UDwjVcOIy}y+f zahTm03lpPN={IGb!bFt#8>QQsyS|n?K}BLVviJv=MG0a3BO<|Dt}wa;;(TFe35Uip z`KNE%MN;f87iu`DGV!lPDT7+|CghBij`6Rnu7%f(*aQYZ6%{sa1E+bH!$d|1PojKt z-K-lrrb8igIRTaiUBP0EavfDv>9_@&^CSeq`>44kxk&iG9w=QQ!)i1VN9cG(KH3!Xi@OQthAtYcCXrN$MetMS zN?T$TpRI&Lk1QxRW`lh`dEf*AnHiNCM=5|mU=d`D zrz#g-P^f4FwHpULl(}Gfz+uGq zY)&xwG2-`<%Ww+9j?_`Z3hPS1N@sxrpSte7$#X@nlqL(A+6%UnoI1S$kZXyW{#u@@ z=Rwi967$c7-LsJb{)_Y1E=>lwG$O5438sw|=7_T(EBNi$+6j|sZOL~$Zh`Ko1~eN! zKbh7Gh;=YvL3hR&*^f+e&P{N4-H?<^?ZQ%Y#88o$?f+(D`t3TZ`Dg{Jh_`WW5tU90 zCuTtbZh(GGE+KG(eycsc&v@IDU1}sRLRCeZy%;5V6Y5Hj;iG_0LMH(?3iz&}Z)L=a zCyAE|iqVMcFD|(Yy&YIq!E|1x75iJ7U8?*v0FR;5v6~zFx^*It#(esMk7CbABa^)> z8Z?SIZj*2DNZeV|q?3~s;Yhsr{p>N+U?Fm$r?i}Hd>U3KY2h76+DJmccQEIk*^-Y} zE8U}QYjBOHX}v`koYADz@{T96+s-8B#pEV?P!saVRgVBu6aKZej5D4p4@~|J z6i=-)&GoWIKWDM*UK7)Bl2#-yPomBvoQn%GOd`6>>RI}q#V5Gah)gG^>T*FrGI-@; zRDfS^PRT8iNi4=?%Z)nbnPrQu(uN$3JZ@apL9U`Y_L>TqlhH95t%-ix6-XqMo#FE1 zd?6}gVrVCWP>)u*D4yN$JAL_|uD!$L2%ma+{Bj%&l}EAMcP+Aqh2LRBOEGO_XPRr& zbG*Tfg4gLFl|b5Vt1<@er@YuHjUjGZG-m47z+_u7&Tu!z8RQuCEdA! zz59h;o$HbpCfj<{6-LXI^!OxH^V1$^~fE$cL!vkEU z+X{3*K+lSSYBk81_19*m7wZr5&sQswl4@7=p%xq43;gLJEIQ!A8!}}P)&yxbTJXWE zX`t24gg$laWdZ_S#lQ=T+CQi2v8cO)#6?Bp?p(?_YzMcRD#URfMW8BlS-Jk7St06hOqr| z2mJb0Pe8E3t8M&Z(l%{eoYoDKQ65S1`vxKtx!%DQ&$!*O0u!DPx2!x=I%z>^)5&1G$|KAPmK8RP4}oZ@WCQuL&>xqQkGpAmbjSb&OD zsU#U(pq=kc`Qln2^2SZ?bGtF~$-v2MlB;_xak9vWOThkZK;U2L+tyPla`xfd_qC=E z6uM@LNayC8D9a!l3_*%T$K6oW?`}XhD%yQGkCZ0r^+Z7}^dxkQv67wo`AVSDZ>Xju zr;66!ovn{ts@^(Ws0Y>zt+7f!d1gR{!8F#Yv+<>NND^WpVq=h9_gbL`uPz^VkIkB0 zVZZ2dzN|7Q?{@$$)#ez51wEMEvjNS0Iur9&QG~c5pXG~Xs>ZMuQ1GLkZk-5R1s@TjWV!{FtZdSPPJ}+^JhNNM5gv9GFTv$YGJ1PrfeGu*j`8daZSl zSwvkk2v>YpZcsk}wv|}et-VBvwr}K{6VpEm*B|+<)D7^XYC1d9K1|tdK;ZijXE(CkJb>@(dg^77tir~Wl<-k%s-Pep4K9;7d zUx1r?D-vG92vRiPHNbfsAsL$gH+#CG3|J}HV>hc(oIkRBb~3}s4h4d~ycD7!a3LbH z=5A78J^ail6*P31dP%%&kTZ~*Q?Mxg$(Q9~JmGYZoSXv0{K?`qativs8mX4wBixQf z>WD`wP9XFivf{D@W{>* zDsm)ox7GorE4+KQdpxTmLVY*`(meEYNiWdrg!n4hNP49xsgys7%GMY+LW(y%dX>uY zCo~8J?&Tn6{7@n=qFF!9Sm@y5vy&;JoEUm_K*H_;^P>EA?r0#fjUc;=XrSl449Aa> zli>K;AY1p&DOO}h2{(l<6gwEWi!wTmr^4mi#)~=^r0u(+$5F^&KT?nj8bfg^-08CM z0j)3Y>aJ}U44W0mvpkr5ZL`Od{{ezYiT{7He8&D;ugT`2g2J?2#4T4VlHHE4u0msk z2#F^%1+*pvr0@e!buu(>mAaOv&}#Y8jCfdRy{*;uWTd{tMA(r?;<~h?Z4~N40X(WRR^o=U^ne&tXbGxU{ zx%dENybE$T{Z2r^i&R8ejbri>82OWQYim3hfpDbGM?}kye^kTqXg687Q)zfBAdn|nfKH#Z%UYAuH^KzRhhcLLwG1p914BOGzq@E4q^Q|4QIg# zOS~RM3OyyMAj!67YTQt3{4Ih`iguA|v=jVj*zeCCfr$aqv89N$T;&O0qpg#oMu~sl z`6NW3DLp^3Y(F@P9|1_vd4=vQ!b9Z(CX2@|6ir*<#!P2?R_F=vIwi_@c7zki6{;o+ zPHxwO)Rb@$-Vn)6?p9NiJv8p2NlUefL#Zgkt-Cz#Bsg5k`Ll?0Vd1)RZ&UQV>0GOV zvhKh+l~BF1()5Na5o*yreT{f-h?-+MU_PuZf>7@RH$pp4o#XE{?iAb)(4kCC3MhuG zibZieKQ0#ak&3l#k;VCEZ+{lxtE~y}+@Pd)nnv^h8hcu#1y(E^!J$xOqk#lD7*nI?urNB$wXXgg z$W>l>7ZmjDn_so+3qaYnFkj5g2d&3zz7>UUlYF}(kODI5Al|T~HLV?m);9%__g-+v zV6~8Ng5Qi;Oj51aIPl|la2ZsS;v6I@9V>XWrP$6O5Q#>Ft>;mq#JM{6HVwua^${V7 zFI8~R;~!5gROK{P-Yk9Xod#_Ns1aDy4(Cks`D#grikz;KgXul@@&go%SP+@nKtdPz%N>cAWz@@4D~VFQxq%OhHW*G(+BLgykhFouAuHP%+r;ONbkfn< zf;}!~BrAhZ3G2nLmo&*c;0r_Gs&(;$EN4}P`j_F*f#goEsYzY|NEWA{pBwE2NLZ{` z+0hS;m$2c6{*{bm?~-DFu@3}dc`??9$QowG!imSDp#y>cc_p8H3?dP9WxmX1SpN96 z-4&ZI8!h9#b8xcgUJK?f4O6}|jgzf?3);{U32IZ!EsMS#fq>kBeCvohd2#>cpaFQa z8)(x8!4`nd=q;;q7apP8!cl;6bksENh=d*dhl?mZ1Fbf2)T-vE)L$Q^bHBe$`KiU|#IEO1C*QY!A*xeA;#ip@=KAH$~3X<~zte=X5tssxTzE$9p z`2^c1{N8GwL@5Eg^^HnvUQHLobX zWe8MwH-$drhDV>$`ZR(Ril}C=nT1~r0;jpNLGTP@UcT78uX2c;l}(Be4u$OKn%1KP z^oy=4Vp4&FF{?MBnB>bGsT(11^>iDiQr$K29lgC?DW&;BNF_kBok8juuHub-k`0W-Sj$8Kz@xVVh+MyY0`^NC|7m}4GpT8m2J%BO*CzaY)Vb3x;lp8 z>6Dpsh3wA!)=VNc9&HnGvLT%_<~9i}F)g4*q4^JoNY$5z=Fo8kpIe3`kifP0^rH<< zXes7d=bvku9NN6PRPxKc7?;*zb3+ef8I}g{Kzv<_*^XTD(OLsz){LTkXs05BYGok6 z(&*FwqC+~qITYEoY1O@(QzIlo^(d10@+QQ-rKF0`2{&hzWTZuDrCI2~p*UoLg8ws% z$-NMw)e!pl{p34uAhiAEZ5r7v%X66r0B#2+CwJm@vo@XANb`8=?JC;Dg8zoAF_va4sRV#@pK9Qv?5Q z%E#GED_jRi63=I2+^uqcjMMyqL+~6LH1CpXl5dM=;EVgViWxOM89b;qy1@`DP%d#T z)73(Ja^k}1X=bD1M1j~5ute7>N|O=wN}YTg+K` zPtz20VLkY4240R545#w*@K#7FEG{;-Q1r#K6m*)1)41zFG)q^%IXG*rtg~{cQ*e_{Fa)0LYy=_|9?53PA%K29xYbhMX~y1 zzH5*)so}gvoWGPGjSMBEX4eGvsMuER8^SI(9Jl9|lep7tb^IP4r2%AYkX6*SoFa#i z_hykTJZulLUunXut7?hp&P~gQgx}0LJ>q{$PHvxpW(du-08zu=_j&kc;X^ zLo~&>n!P14btBRAb!X)9yLh2Z`cH(vmGaa<~P;_%Ws@=wFtSh31nesjKnt532NEEm5YJaOcY>%_1 zISd`jjU9Z-T5}^fA3mjeX()mXwSe$RPh-~{phBW>E(W#CgXv!-7J}(IAmntORk)Uy zDo(9f;)9ZWbKHwi-1?!nQ*x?}6%pbBgQ2T1w6{){VL40$#g3-hMhs2nn@;j1&XOFfhY?&O zANC`V9?^XkV{9TOGBsY5FjLo;``1!zC}W-88jZ@Y z9Wb0K2n=y^xv)_FiqmBR&@s%rRD^sOkCt?LxkjcXimMUveo2blMWMO8q6)xmRf_*x zHOwt?B4pydWiEo=&BaQhYx7tyC~?StPrvjnL5egQ77fs?zfp6S4eGc4#-ow4>miS2 z$x01E+y~wAH$9nryeyk?I%}Swztq#7BE+oqQrk3x)LJYwU4}{KC5ec`x^661yXOV6 zb2c`=QjJkPPas!}B0B%x+)IeF+?L zoxk2pZ~LtpXinrW1)$h7lQMPifuDu?Nb2U~Af!t(YqgWDSEy$VibaTq3lvz?*-J zsz1C~ML)REpTXX6LaV{c;K=9lL7rYcUkdmQ%XK==?7OES$ns^+el=aYaklWs>2qOf z`Xn-YnriY2@Jw?T^KA+>2D7`<2bk4_A7YS@X-SAx*d3oaCIc zQ;LmU?3hBEVzY7hS|BjG?#%`}3k%Jx!kXlV)pR%ww+@=GfQ9{7p#{!j*#PD(>2&=T z!o_>1t?e@lA=Ek!oHwjqi%_R%Xo?tLtcXY(NBYwpz}#73x7U4o(89Ah%3!=z zD^w=)2-y&}G4C>f4gkjQDg{#ERl^TVi9eQUBRju@io*$8IF1S6SLZKAt+_Wdt>HFM zr~G5hrPVY8H&@Y9 zVlS}+^~d_4*onZTnTu@t&nbGXTzo|tDn__}MJRdSKO^o`B_X@i!>B!nY zpuu!I4NiSm6>)LGq-2L9Ati|^o$2*AWjlm@9mCA~{3;SpHlEJ`tX~2knMk_{M|aFR zkM^Ub|BeNG7Q(+^J!Elw{Oj*M)(2XI;bO_AHmp^1DX5$ME<2GcNgj<}yK!Uo$l5H$UY2!U0jh#kQ_f$v+w9 z^>bpa7GFSX^Q?@}ZHe8rAMavTp&G{Kq>{D;toh1H8l{s%Bv9`FSwN=0u+*rG@>R$W zl%o??!b-U1z+j7q4o7+mx!?_haX$WX#x~!iGvCrT+gk$D+ky(_*qz7>4DW{{6kNje z{f#bi0mubq+$^#hL|7=Kivb0sR~$-OpA+iGH`RVQ-0H|(J0<7IfO$)M|5r1*ZMt8%yx*kUtG}V{( zizQY9fIf1)^wh>?+mvate5Ml&j3YE+YLl@4V?dFI%00R`lWd*UfzY?z;N7W>>Jnv< zOF7q;dblmn|LrK18+I8GBCFF}&O&rp=u9ZlA2=y0X`OI>#hs@{ipcC;R^g@NviQ15 z$_Ov@2F7BoyH7p_wojdVEiw!qDd!WS+nLH^^(f;d3rW%(tdGuVGBD;Z53B4&vVNV3 z_)FLw0-St%TBD!g7;-cLP_J2)I6=Nr%|X9^g6y2SJTc)xQ)K#E#vqrMXdWtrAIQbB zV@MLK=yZ!Q=w(QWy?HC|+<^JQlWQ_B0n;?_bi-l;^C1OU5k)o-NI(JboKZ?ioZ>Pz z$t%L8!lJdRh^ei$f@eX!s!T7N4%1L#iy_mW#AfFNk|zFAK?h{MqIkneQB%eoEI5yOZ1O%9E=X=gqlZbSoy3>xF;)VXMPif7 zy(?owT@3HacTe@nE=R4nAc|9l3oP*2<}IviqQ}RWEF(3&S}MkU`ikh?{c_h~P}yD} za4y@{%g3^z;|KuwUHhOP92efSla^gibRSRR;u)Su0vajNHJfE%S$LnOLnnAh@g!D$ z_mCSDF3Hk$MK$A*)AT*b1UFYNA>E>Vk5&hJ1r#$=R$y{C17I^nghgUVNSh5!t^SS5 zDM7nj44o^X8cK+9vMt1v+rr^x?j}z@njCn2b9By)l+a3>5amrD_9>nGxX6rWk1dQK z5lS9YCW&#otR2djOBqw4T7U+(=e1NrEk-$DA>yry}3R3OEpnb!sHF{ zRy65V0xCGJ3vHIAr7ahFGF@0i)s*~}`Shw3Q<)mxv}MuF^UHI5n*+DfbK02M)=JXY zJ?|Z8T5URjuznPb(?C^csuNron&CXyIiyMjR@vw0^nRIOPh}SsyBf&rhQ_jUHsmK( z`LK;Kd*D6fDz48#1uDf@*b~s`2byieQR(tBq>_g`)s`7RB!F$Ol)C9a67B_ACjrCv~H z{1eT2X=jrTAF11#*pw{?eA@fKME}%2a;w{WOh8RCQ`6Im+YT83)tzgHkZ{z#uPx+y zVX3p{q*qEx5+;3ylb!)=O`1&V(e#i&_q)_)!hebp>gl#v=xG)5!a6F0PD|YtHY~fq zc2yxSb{B*10YP73lWrwriIqU8wf(!`{LVA7HX*r4!*(L{dfxhtYjl!W??HI-d zNIi9i>G99AXV_OAAo@x*S5pCy+?qI_nGG!tHkofE4QZV;rerP%ORJ6=%E=8HlVtfi+tJrybCjA< zDX9txHd4t^E+?mL40^l9x;;bfl2*mPJUymkTV|h0p?YJ`Z#mYz!ESsawU|2!qpLY2 zMKo=k&BQ{0ruW>q;QIfi0(&bbN@hlQ23+B%c!mdbZ3k9~RITP^)1;qSC$2%A6i?K-Wg#>HW5HE1TsE5R-2RWo#D$9Wj zyTZLS=E(1^_N)#l-=2df2B}w#VYY@_(g~6DqlLNjv3XH`lKH+^Ykgkit*f^3` z;8a*((sXt4dLKDyBs&}G_0SwC(2SWN>B$9J)m4j&L>lyqcIuXR(PGJ13o{-pMh+u> zvMxx0D`5^wEe{=)oOOh&APZ2lj=J<~!8%Um94_EZ^}kgU|Inb#b89Fn6A>)uh&p5; z=x2S**x-AlpvgmyyvzpW&gDp zD^?&T%xPU%;!7XP$Ob-!^-RzQ7}w4@wnm1l2ygK$=?hL*Vi`lTDeKZ4jpCNc%6+Wh zi*nSXClo-owpm=SFY4`UwMd)@jx^C7-N+8e$k%a#%bWsUH?SFO?tzIO#8(EA5+S8z1SF(1biiJ@d9NHn@0u3R zi&TS*D!M0KUOM9f7#hf(6T3r5KDY8{yC?iiEQSDou%QZUi_hoARc5 zqcy@a{YAa|X;O;zrE_002xK^gKM?xApV8k}RqGOZD3>Up>i6 z>xZ8!sm7f_mG@7}1nBZfQHX;=(nH*(6lJrMjYT*?Q%SS*vlo`vz4jdw5l}ZO*zFC# z{0~s*5(6-*GWD%gfu5xY&JuuY;w9V;+T#5+(2TKn-$Jt%N8i15HF1X_ z9$viWpH$pk5`fwTU;KRdJ54wt5kq0Rs|`iF($#_PT_BQDLC#>p(qn%Y75OxH4bQFo zo%~YvcTO6V3J>{8vQcy5gF1d5v`^hJ@!n^zwqc40v0F_QCj0=cs;*1yc}dU9kW>Q< zL1u$`ur+Kn2tmO*-Muk6)$@AUWkNR$GuG}t<3A&(y5|o*IdSuZrQTL zUd!ATDYfcSFmj^XmJV%2DO}~d)>5OJR(6BlE=ghVy{AUav|rb$ed#TD?Nr%DK=7lz zTyBvd3vw<0n`~*QB#lmSjdCsr)~rUp3)+a2>o-N|u{NdNhK-gI5C87jEu0mhXcFve z_N2ccY76@=Lq;8t-7cUG>4xaY6was&aSczKcFEUH29T4{5z8r8XN%v_O2N4zJ0s z>ZpVCwizqf>ZP?>(hZC@7R}kylhhd?gDF!muVQQ1b}d{Xjp`1HKfPl(Q`uGOHDFx7 zJxH9p!9sapov)MuHabGY`4idQWGvZ%0&3fv!D|6@qwyOouroUyqP`}*Ks8FdQW;DK zIin=%kb}Ht$joYid>FD(DBsc%>=~OPCFM?Pr+&G(JyDdzQ-xBLc{@KOrwg+lOOSE3 zyP8~Y@F)us5X^QjlxfZDm1E4cf+!Q_T(4;IAlXE*O?gakrkMHWpCCEAJ!pTJZ^XDv z&*j@a+G2e5pfD%()~lAfQur3$VaJa$-m`yA7(sE`&4A<+D;76H`87lFCvjhjRoHw4 z_DpuJ1ozPU#Y2Usl5)lEeBOBm_;YQRVBJ zI@`FAM{H3{wm zn(X2Ck-e1?pwu~K_6dx)-&ma0njuH;U3%({B}? zHpR21n6Jf;ZqkHqHe#J{wtLtOWURVgnxueoP0URG_&LEFJWE6^$1?2U2WhsYQOFx| zgZAW3pdhUY;H386dBj_?8LxFO^R~xf?~Y!%QXK;vJi}14&XNsG(E*a(+j?B)ul5j2 zcv9;0*@kAVwc`T2!n{8)uch@8f%nD+d)2=5(*2uOUjf=E&Z`%NGD84>S8GLvR0!AR z5C|c4TwaWW6RzaUhxY+Z4(_28!bVRjpMN>^PssR8S%}# zL}y3D#I_B_?TQT-oedcNf%4~*G;7i<6NOeqe(_BDkmYa_RhD87U^ryrg}In2B22;q zpi}(;*KOdG*C#7b)&bn!;<*IxfNIPaUiAwGeD|CO`(04>V)Bl3oqCao<(8W5&O<_G zj;ry!WPukZxk@K{{;{W@RQeU zjvmER!Ufd%#Uo>>fl7}sXkt8BGVY9KDJrbkhXh#VWvP2_+-zg%F6aRdMv4uBkvTK_ z@q)lMz52ZN6^e13Y(ilM$L zII1#8`?p303PFg0G&7M++yd9SivNr&p|$HZaamq5)yk1{-ecIWvWnsIC=e_VhJ8#K-*Yg0isIp`F@h8HxsUe{novh$0+8^lKqs}GY^HZm76 zNav#@S(fWwt0`@h7}j&6hQ=AHe9Dxx13N`TWI%D_?Qg?L0quaLNG$Pq>#X#y z8WHSg==QKsJ!rIk6t?@~4{kBC*5N5^(5$j2|Gz)MK+ZV%x0NGIch!-728T;T^Sdk< zNXF`~c^9#2fUxCLv<@rZ=n7QZ1T{b;IgvG*|4GfFLCC zEVE`dlUSo>Vnw_UJ+x?%y&FCuFa&XX1W!31MEVlL^NTz;$bn62!O3R_(f2SX@Jd=` zmJxZ@9&K<7WLdTbt=qWdxMkLe;B2M}6wy?4B(ecDbF|zAqDlfajUf4c@VVUGB^r0w z%c1N-S+Pp*9yR+#Wz`k*L>6!16NKN82I%suH`#^N(Z{-oowl7l=^Ggl=&q!kO4LU% zo@k4{OiVc+R*f|x%9L}>K6wBQkE*rN$)utLe+cUIq-Tboc8vI?$V8#B(D}Oa^x)-Mnn@=?zt6f;&Js^WHwx^{DiS`@4+d2yh=q#8zfIJst02q*3Xkjc15l)Gif+jFb%wOsWIkz!5D21M=!ky~j{Q`}swEYE~8$)d1_rj;jbdVFm#eykv`YLCaYYSkr#!@6}XJ`18*7zWvLc@ z6lseLlr+`}%|I}O-}JeHdBpw3iMMTtop2$``Tkd~U>c}@Wkx`bgUC($L}4Lc&X~x8 zD!^A5e-lRsrN5md)dApLiu3813@bU%AodD$5BIpXI5b!^19&7NFaFU~=$#XWr=qu< zwBIZqrL-4d;vp7V$)&DU!|c$VT$QBvDG{nX^P}x`6bU7~9!OweQctG=Yl1ZtR<86S zILG)}!wGVY7cs$t44#s{6h?OC&A9e19oYOYiKo9#^Dpy#eon$O3$Ey~gw_DLG7FBA ze7UkD=Gn|_TT>N$p(u`*40gmF%<7sn+wj8}w#4u!(g!ww()KF^xi5#D|DBA0XJx3i zOo<2tSKj&XR19P?am!H29$t44DcC&|@fY?}G|Y=50i{%u@}wbV*7~O=w!Quf6Z$NJ zz#wA~Fh1-nl4y#C2t$iDm3!6o$<4;0NE)ikc}K6Vr-xUj>G2&*%EJ{~L#PiyS<^?* z-uLbKfvg8DJ_DI`mWYG@%nY4JXzGra z(#oNuQAR0nT^4ppxhoUQab7;oE4v+Y{(WPMt_@K8NH@6fqHi96p2B3SMO5-*t*xk` z@vU71lK+nb+9rAi6hnS+0u9srQ}zdYZnYVN5CqT_2BAJ@xzacUI!1*qck+t-;6scH z?3&^BUnALcnznVm9svYq3&rfnl_5H>g7lx7tRt{NEyAYRrN_&_=f;MfCrtANDh!?bNBPzNaUtB6zJi+W307Bx8WVg5WR@4h&n4iAbNN?D zY6Rv+JEfw?Dc(N*;2NQ|QMB)$8Z`||8IUcMxzIE*=M=8F;~8JXL>a4Mgs7t^ElP}$ zUioGet5prMY&_LT_oR|fFgoXXQpD-T(o(ukH3f!ob!TQc`bz-XCDDfZj6(#3P~rS4 zid%Y6_sZ2Ei5!TleIpUmXVy!0WH*AlS+RhhVrs}2RPZo`RSTmJP25N$@FUYL89_S> znogSz;N1ZQBMOBEd2D8rx(%4>7@&&p#1ZUgcX`VA@PKz%xVn>$4HxnmX!>*<1@J$r zMHI84Ri@joCuQ+jwQ15RlHt8Nu!sg9jYzs4y%p`yA^(yc^lT{Wky@>b&%ZM1p{t`O zYvM;8vRZ6I_y>H|`&jdYG!dT&m#&kmLVVGk#_cEpmGjk6=Y|OA#TdEy8*C`^ zW4-H>a)zGXRxv#~4c*w0(FBEP5M|A4R_;E;mbZ3C(3-F8=Jb%X(qMt+>E7N*;o81m z#;9U*#`e!Fv2~|bKWLRW;wNncfRhG#_-E4k{!u00TXZT@CWI77K!o6#8?dtoP%bX0 zn-Yq$?XP}j_TYQK9;vLY#7R7;;P~QJs8Taoo=^`*4P|O$g)=Fx(V`8B9bXVHf-!;j zh?O@K<+Kr2b~unY`Ej7~pp~61?3LcMs;#>67vy<*a&0CRm5cL}NH!m~Cc#Pkdd>@_ z6Hs^j&tU~y4)Hr9?)Yf>F0Zf;Ks<(>KmXyUx?=*}S&uyQ0{;JQlzZ~TSq-7?$C8mv z5eL}&P1!(b3dK8o%Np$eg8tFJ(XgJwL zu^7FI8kWQ}9k~I&jzhz<4YS@@O>mnAj)>@wFB4>B30_6%!F#`zCwc#9B9UH~78+gr z(3;oOb7~VSxn@)8U_iyhiGxOTWg!fx^d;TlS&SKapn}w5<}~z8&z3UzRC3F<5^z(SCr$xmT!@1}CX>Z& zM<}H5YE*0ZuiUPq@!J}-OaX7~zbSJouAUFEF&aA{w$znf;%}B<2^z{79A?t#ij?W- zbrklAQa(jx0&6j-n@hXBBeAaCzX9fs(n)T-O`(Yc7D}=nxReqlS3nly+6c(sEi!1G z1;DzhGcPc6&3X&kc`;tM2tF`)ok3IXb}qjO{7SATrF>H@)<130fSzJ3G;wGuT?T44 zfpf_TYvfnn53_E_-uXLi`9cQ1m5~l=nBQtBx;bnHYywOXH^*s! zK7go~3Hh#rN$uv$H^?#o54I63*M^RRZXz7W7Ee_I74o9N>GD~d3$*O#$M1y!GyVz& z*CKfG1UFPK&buu>56To#6P#0gULBxw$GmOox7AhBh&Z_rHY)P>QYOrEP?+6^yBwM%O;O=eSDL+=w!5>U2;!qVwHkUf21Zm;tQ=lf^Py)h=9VkVu5UoVXmJ*=`_!& zRbxF=REa_NFjR@#K{@Y0&{au_Bq?~3GoSCHlJ8d;_e?BU{PQSUTZ5xazI0hFT?uMg^!N5jNF}spyp7~ zAQi7AiB#>?X(aY#udr%}Pcq+ue$c}xSiMANWg3B(_VNd)Y z`cQ7y5v~S7xqBCU?ZoScO8VTCULrEAx* zzym5ab>>%usqK`ZbIP|bG}+^HK_cu_pJRRUw#PM4zOhFK0zbJ&^?Rz^UzV(#aSWy_ zy;?lVfqwfg9#^B={!$ibFK4^#juZ>}reZNuE~-Pg9!$dZqOZS~gCJ%53hV%QnR04f z$2bo>uNO@on`+&mr$I@^BC98LFJaYHIJ>M~-YRO-)1N%)z;D1P-TWa|4Bx}DmlUc< zY7_FI8ZRs*Gecp4rCPCj*hoR;Pj&by!b0-%aZRDZQ7^@Iq6%WxPwgN<4q*>R2UDsD zom+X-7jfg|8k~N}V>>@W3}hiQApEg(V4osqHu~b!W^%jmXOsE@M{;qh5s>kKjO7P? zO{`R{`JO;S40@aLIUJM*zaTN_tej_!SH7)L@wCe-7}cXkcXe&X#FxMh2Z)(L-g`3C zg&3E!x70IDKJA!HSki!0+L1HpPZQ?aeh{2KHeU{T-$I83e&V{Oj)7A$?>dyM9M|DF-}(UF&)dP578VHhoEWfO|eK^Q|tO+K8aj-SzTH?Iwrz~ z%8qEeCPrfelVr-$VT;4F$?35-pIoGIs+|{e-^jVjmIX-OS_MTwU2!1&Lxyc-E{29` z)~04KPW5p=LtdH9S(pHVc5SGEZn5n5osE{fj^mcNyJ%|*EvpC!0+2y8EoyQTi-aN` zUNwd>=7i37XTATps(NMnShKp)klC}jj4Ar6I+3zV9S5Qzth@GHj4^*-8Q~nQFvTj- zs2g$yPXqr+&X;wEk_}P4L}`kH%<20N4u^AbsgoCQ@X#t{o}yuQPDLWW^DU z$FReh6P5sYM-}KPk>-Zj#?@m$Jh1%RIVZeniYnxB&H0`}zR*ARN0-de%jdw9$Nb(1 zvkX77oX-xEQS`sKSq0%VU-T^^gZKGu?!i^iB=At}iaks2~Uj1zL8$X}z=-p9t& z24@P)tnGhD15bWRB0zPG=@{qaI3h-aWKyoiCPtG(D@bm6C6WP-mhgLNyEH0S{A`Uf zO-hR;&41U#{5hj4r#G%K{$c#YSQCY#U8-tgPLFjILIvsHZVD97dQ8Pl8tZLVg02dz zR}3(%2r>n0tZ4wDKnh%OjQaXDlE6t<}ULL zPep*K#X=F_B-_5m6Wy1o#)cpQ*dDksbepAgGKx;((JidEg2$6%r$DNTv4^IL&zTF4 z_T$ZTJ*E}QDhD!*;id`*A#;LX!kIkU?TQlt4HiuY-4PsmMVnnXTIFO$m#``e`v!PU zOP{_L>GhSpuS#iV?#b0juMe$OC5VQIq<18vPgkh_EhWR^HjFj5U*fq&ZJ_`pCmbH) z+EP_zV@5;T8qV$5Ok};XLIL=tW(l;)M~vC@fr%=(9F>j2`3rzO;G)XT;LWYBluXc$ zEY=7l0++2#p7e78d6(8jD{>hUk<_C6XTYeaxPU?xE(>SOd7UrOfqN!4F#XL6O*)Zd zKOz*X$mZ==$4%7jtOIN|imTEtBZMdji6R~c5P z$s#(m`~i+?B)Xd0eSKq-a8UCP2XCKi%dgswf@M zQf_lQ?EBIC%{i91~2bOq3%$kfH0d z502(}#Je^lCQ?Z2xxvv3vOseSO>CKhQ1M119`J>?%_ zd$LUj(_UdMVAHHN8dT)eaBqeQ+cAu0Hd3E$Y^j|~1>;l}?5ki-t#8vX;}GyhUer}Y z&ybwe5X$p=3(a>7G}4pt=|H1gc-q_hr3`QY%k$(GvKoCHZ^!Zc^ zw3#u64+kH3y}|~+^rD6Vbi#u#6fndgG_iFf5JsA*#EkOP7(oiqn0DQMb4E66V`vxd z%lf_cnPCQ{hW`hRG= zh!ZU&X=}Zij+q9)=8erxDA*K1KESd>JxNALMf!Ly{yTJ{lU^!m! z8Gg`VNTRN`QZep@4A(6`#zz1tPP!}W(rC?RD$w66-W7G!fb!rIR*HkuE>s6vo77?+ zoDn2SZ`pyp@2W36TvqP=GeB}PukXxC%x=YaZVSO&gP3ADm@8+Y_D$7PmvUxLp`h)D zLj0dSlt=BH^;C@ZJ|PUX~_*Kb?GP;My3+u}9jU-qpD8(Dk0#vnp`bMfaMIYoh3%mx&l1~m1O zQQK~HR!Vz47@DLJN;V_|Q=}uz;q8vJ{Sj9ex6Ua|4Ro9G!LYY=J%Y;glXfj~e`hhf z?GG*$0?A766*R6YSW@YE-CLMSTXv-yGGw?bK0M7eG2t{O7f&HH=|0mJ@<1^gNeH0H z7;wcll;yfRV8R8QLcSU!#^p*iBtPMpVSNR+<}>I_h#b5UzSa&NjNB8b^^#p%oF%%et(~B! zVuu0f8!zfP?H+II#e4)v!OgKsg}3T?FTHp$Ght~3KZTDR8lu=)q3$}0mgTima!^ux zUPaU_r%(yTl&FS5W1_6!XWwai+d)Y zabOR=oXO?5rxa;}KjH6B5$*7SI0bU)q^jX+{zmiS7kylVA=-<3%c7+o_t&Z9K|C2n zUl#K{ko~XKK5PvQlG4?DXjVqW7QmNJwwr%1#>1sBs9fmbCq+JH4A~z&`0bjuiyS(m zffEFY0hB~gd=Ztv%_PA8I`Cj&%iwcTmSEI&PvT`x&9|RcL+^~D79ts%N@Fk2vDi)!u>Ro|}P|i7XEN~KCM0|ktqMYeiaw86ms&k|cJ;$hXWiol?kuQ3}y7p&6 zpZ3DrVCmKRKIx#H6xYJwA>5e>o&eNwue;{q*??_Jg}vFq57}Nhx|Fphv~vgOSJxa& zm)Ke9*|=4Xx+QS`2c0uwWvu$w7Rj_vFEeg`jc}%wkCQ^~dIrF9z4K`k5PY=K_aPw9 z#mbQ(AoA6T-t#bwT)(QMv<>T8PR+v-=jz8}gJq#LGAmFx<^W&BhvA33_Y3grjNu23 zPSyqBGlJs{VBLzcXLI?9NUZv7D96mpEH1CcRTc`8)8IX?k|s)dNDlDM-L#0N%4HyX z{T;};HnjI!bV`+SCV|ureNJW&iU_IgNtz_H1D}>Aeruz8pLC|-T2x6Mlpu?wLDbX! z(0*3ReNEfS*vqN7#j^|+g)_x=BSQ!*(Nl?ftGMoxL-G2 z!wR$^1)3Y(;|eH#7vU07bxn$JZ?nG}xMOOLSXQhzK?gjZ?`suf-P;o%EnjaPTm*|6 z-$8Z?U`2ApYEIQF{VtboGenF`uJ3Ul8%X?@LX8f9=@P`q&>f9}d&JQuU{la@3#*dE zGMJ?^MeI}U{?FjI@o{m-ouLLLP28DtA5k3|7bdw_vMu+N2s*VnKNO`Q3G$8oRECbW z-&O&wh)g4vnvi?ri4JJZl?$)1)Kc9WeU2hiwNnPH&g7Jva@9@;pN0T-)gw{hgi%Ud z+Oru;3JQ>4*oW4m+0;pq|8N5H?a!Is_qr#0L$c)b?)$uqE@z3yV^gskxI|+im%BCL zJZEYgz+0=z!1R3}v?J0qMwDWX$`vbs`aJzK0S@hh@D@oZtvk?w{k70Nb`WVXMYn;p zq*5MC%@1P?x?Z@EATqL0ys^n9l%ZdZc=R-6pNTX+RBXwpQb^~~%gMhSa+x|=9ui*K zb{UyF5(3Dq|NF3S)H4Zj=FAlfLdws&oFxp_E={1XA(#Nx=R+dfL0KAl4m&0Q*g)B$ z4mUPpsLU?ThTy0oz}-W7+Az0+Y3y6M!Ao+=B*E=+yoA{BGdPPrR+UPD7F0^Lr}*Si zU6;BP98A=`9uk<$7=d6y2?^ua5gSUsd6ni)`Q2p*D@w&aO8|)9K8Otv^+_BhAXhw2 z89t$d#3sVI_=}{6wNg>fWu2lF5ekdqPv8`9rzJ?ckj6Jcmr~x)qTK#G=ObLzvsEQ)%?r_n``S*_~dF_QYYs6PQ)q?s%hTO=7QVWlL zn_vWyAut*?*|RD#&;N!oYJtZ<3d4(w1zUkZbAbe?8sRS)x{XSFU&8)wu{65uku+;5nf5lR#T#8?c$nAHmBEP<7+a zTn|A&-~D zf=u5hvxVYy*Om`5$1jsmpG#dOOJ?PVaR%#rbKT40d9*?uT_F5AKhtG)_E9P9m!Ph`dh?|P*U|V%?H7>)CbOlX?waDJ zi$w9juCf}~WV0j?Jv9!9F+iloBH?t0t~~rFM@5py4&RM`gTG9|U@FK<11)n>nrW4a z$;Df3RqZ5)iqTb7Y?!D-dT?yq)x;^h$Q3)P7 zIoUYhVCdnn^Ebr^KeQg;pmLLad@7qPW{!a^U+NEI#b70y)z!9IP#Z8-xfM# zJ7v;RH04@UJ%$t-CG_YF-PRmN4qrjl)>q0ZIrbJL02&IfDY;=@91W4bB-1j_XEEw+ zs^UBexP~qheW(}Ak6<4cP#wIlB#5X_D-nv{Qq#`B%rwGEw3+9m6uYBbTNORaJ;25^2PBGd)8Ztz?}a|XU;9w%N-UF^ zLNGp->gni0c81i&Xq-c@4^L5sxHy?JL=vFbwogu>W`>Wkx`(ZmhgLnf;p35;sO)}l zeq#-C7vS)GElS*cei~Snhd#&X)U0CQoLO#_1-2ZWYTT+|W(9GuPWTQZs5G&eJOH9{}9Iq@etW%#PeOF*01^dV(~a&kBEPBkX(zM@XT0dcpWODv zrx35EJEvfZYKMwZkqfYO+pS(U3~4ttzF~i;s%cV=7#&Yo8E~pj4qqx;PYdgW(g&@f z)(d)3rDA0GB%f{s5_o+$YxfAoi)P(+BC0dm&VtP;>jI(b!G}1-Qe=fO8yd`uAEvTl zBr_!cf;Rz)!^*YTUfn>%YUXR*=_pl_w!!O^H4aDlnH9ERvUN zybag@4-qTV+AWO1?xEeqIsmDou*mcHILgw6B^LqN8lXxA*l8tQDdH73EK0d7apZ-c zQu)JZTKS2i#m2t%nuoX<`1a)Z^8_)(-9-f; zXexiKt&ekJ|NH{ASqyV|BmMi?8!L+k`>+Pkrs199iFroIPOk8D*{It}TH42kO>`!l z&HnX70%W7bZmPiK%G!ZovQAIcz=LtY8R65{hO}GhP%`W|VH^V5ckrP*S2Tr|7eg)P z5tPS7wWK?H&3nft3c#jI$^ob)-=|B~+TiNMCl*&gZ)RyPIab+f9Hg+ff|*X)muScx zvKQ}H9cIA`;cvBl2Oi(I5$Sq~CT)oCsiqSJ-7QGcO-z-lt|n2tx*fNgz_kT=Y=@hw zdUy`A&8fgRBkm%=FWkj*PksR7ay?DRPd zg9>EUr{jlYKvx2BOV_kTa6g709yI*Rk7jq~cc#$ukMzo?TL*VTFh|_Tpc-79C`h>7>=+xW>nO2h3_R4(u18sILI^{b&ImGc7e(OL2Su!Ry zhT^=-XqlnwmqLi@CLC5#^O-srZm7#JVwzo(ja2O;Pne{iWK)7!pFJ#fX%vW=x>cUJ zdMXZ#&i}s6KfTZ2B%}k*z6;VU|3XHc4AX-V_GsXRS3!Cbg?YR!i_*j;QF)JqdKLV(PaJ%?c1yowimQCp<^4U~Fu_=B;{NQluwW??XGnu-S}vzbzf}G`7Y{NhejV za)6Xh10_m6HUl0X{5T_Dkq};ibsp~J(dTkr29pHj&~lq`y_J&?t~3Od#{=*W30+|^ z&$Q)x7YxZ(1q1^OXfD3Zl!K!)t0x?PCi^%LQ-(Re#5LclvD`d?(TOVfWAOUr&|Tye z=#tREST8tu`e3R{+}z&jPkUg1O! zu0ulx5h$(6KR+7arz^uvkr2U&S#8Kf^(~=>or3WS6sJo~H?mq?GuA8EAcSPT3HrwAfztlmb(>wML668~*G?gbBtpurFy za0Mz|E6iMxd&iY7=>R^Tlj#~=q7257^G*JOZR?=*lMevOD?k0ZGH~=ILD&rC?1#Q( zDrW*-rne?LrF_5#PPu1D^%3s5UjtM0JI=1|A2tvh1_oj97@a8aa9?Rqkj_OIG)V>b_P(kH z`3gIt8pWc-6`@$pwov3rkS1|WYj7ZZC5KD`%_h{MBnA1BNe)o}H)L_54z6$&mr7H;?_vU8SJ5ySlX!&{|3a!|L=9onG z%t2slY5c}i?Qz5ukY3|nF#GOVi9&t6h7MjI5zi&VnYCo|-k`*VG-ryvH5d0$$ zX#Vtjf0YZ8AXx@Pi6m!r#dRXGwUa!Mj*kE|Os&J*!MdFpz+VubW*+65>f51;mL5SR zjOM!)m);oyz`U3%z{Yj#PP1H9U{|04Z;B$7n8`*)U&tmVH^JzxeZ&%XjCot55+ftI zw{nx7n1vG5r@#m_gQFTBazTm7qdR@V^_6*;DPDkii~uP>*1uV+tHg%NV5lmiys`R? z^rYCsY+?phkC&&K726>BOXur+ay5MVs`O$nx=txLnHAk~5>TyjQ@V|bEvSUWU`sv_ z{aKoZ%5w+`?y$;A_gsE=rQMWS+T}SOZ6W^vZ+8+MERhx`7TXj!G%u}5GCK_!f7!9Y zL(?tYzeZJ13~)=gK1#n*zUz_4L4-eK-<%a0dNUUy7PK3lG`6XH@8iV=x0i|RrR?{o z3?ZGEAd}e6=I@_cIq0Z$5!HH^ifquP<5&dnMyetCm2vM9djxttai`nKk|x1H)fL-4 z$`fQH;3?#X(HY{l;#Wr2JxjRMtge664(P3Iw3FzKq z6t&H+n6~urkL*l3LPd@nwK|O=LdO+2t^xbthJJT*$Lc&NnONWEK98=KL4qcti8@$i z!e<{C(kd3XF8ovKdg^d%#h!+uD>3$&sV+m*NF)D~AQq%eS8LdS#p6hbyQA*Rh$WDv z3lO^DMzM-dk9nM0P(!72&l7ILmm?F5Jk% zD+`}Y^Zq>Ty8iDQbWKc_SI8Yzc6s z4X>p5Hu+FFGN_$7T0LUMCu~~Y;6OAmwkBrh+XJVlvA%r&E4)GD+sktm!!@nWR3 z$%G07Wg-%Mcn5z=*fdblz4qHIjBgrcN{@)bX6=c$=ljCh>k*fKl{)ffihz|&e(yCW3P z7~l0iIgFPoTN7VjX>zp0KW>=_Z2D3&D8@4Ra{GBGvd|;i^amN|fl3&|kW#r;RR41C z&PG_-yJ<_1d{F|?TYF;Q%&a>>+=l~T(QtENQ+@r@Br3B0Wp~vwV9;1^Hf(!?GeEK{ z^!$DWuNxP9H132{d3HhYc&C}N`o0(Tz);dt@|1SmG1lxz4IvP+FQZF54AxpH)O_|1 z;{RkKrDNGCw>nOS z7oqa&)>Nhjw=W3l4>tTHaOqMh9~#0{IuP&_Q!;Clzp|gI86VRXwH(qd-<78eW0pCP zi`>90HHdQ|g5qXu?2*sYxgx+A7|%U7t_VNSR+;!IX?x9%OI-g#lvJsuOoLf5*PJL2 z#6TOe4-9g0@)+)fAh@D~%+C}$&t#o zwyghw$hqxrS+D9GgVMX!QBvP)-0r!zLj`2z4cb$EFjaE()TDeVx0j1_9SuMRB3ctg z(~mm0TL!`TF$KpPN-%ZT#01<-f;eZ<*rFl<67!{<R}6F|TsG0RP6i_+!F>0t`Y5yQ@aS8$TEy4J4aP zqV!~fNXi^6{KS|)`KG~(A_;rO5dgXB68+f>`+>;v3g4d>cO9VTRZXFAXt^F^{ z(pu!RZlbr9QF z9J{G);hqTZm`JD;aU3VMSBRrj3OVdmkX?w8f*7dtjm$b$C=PI+H5a(HkdP7X*!9a6 z*La|(VbOq_>;e&r{+5MVkgD)npIQGKB0iOCgYdT4O@)%ja$f2C>=*rl173o^Vb);dCS;hx zcxnkGFl%+!*slVBQhj?LphV(pSsktMH1-UzNu^3}P{7vu;9H@?=TZ(Vb7xvmf>UDY zOJRzqY{vK0dr}`s8aYX=otfg=m=1VlAivt$n0iHx*Xpf~{2|RHR!$Q2dP0y-H zAb(VIX3@b-p`tVnMJdL75mty;juGN$nmQy*4*p(pHxxw)#5p;WOrPJGA3mc)f=9BD zDAH2eMMwa+VWtH^ADCrrDcn*fava+-Oh;(8)7e(3`l{~MWI zR3G6+?LrwK;VILdd-1N0$pSu$Qhx)6ni~w zfZaa5i!m02Mh%LR^N5eC1d3oUKDgkBsZ-%eY11QCircc=_C%D75pbt6CFv3Srni9# z$$(T@51T3OioFW6>nxgZQwVQ)0*2Lf4a`RV(3CmPz1?A0Ow+y6Ys6+-<5RWQi|SNx zztSS|RAlP*PQ#%i3SYs}yi05)ziiAye?`E3hx3eB2DOV`9BIGb|l4?5% zHW8RZg{gX}6w&lGQ;0n!y@r`)SSySoU<<)2st)m0ISNL2M8#9nLY)2?S}=oG5CU?M zs&8$TB(*^eB@X1?O$yfcJ#kNYfNNDGvYddT^Md8dEfd=1VR|bC4mpN(&meNrWCFis zxRGV$Fha%<;Fl+=&L-#AxkpB7P~-G=*S%Taf!NL`MI2Rw^wBUxi!2bOBv9~BuA+#7 zH?3q`&%l_)AR}aCjG$w$$M@y%$4Jv2CLTD6gquc`5%1Q_harR4w1~8}h=);3IytP( zpRI6LVqA5zw-Q{f%kSGQ^g z)X06t=pXFIISz}v?ogN@T9Cxp;X0HaWr$Yijx_nALu6%O%26XWRY$T(`WrwwAr`m~ zxgZ-nVnw{QahZO?@c@fj9AX=`^4=>v3M5}2WH`~Y@(D*d6M_}s1LN#+0hBgn!vRVu z-3%EpG~xHia7c-4s*X0dBv;Eu#7iel6Xgfz=Jj4!GJwnwz6>wt7kZ0{1;sB^KbUzL z;nCD8Vc`P(#OAROyR*=+T5~^j=ajD=8VLL%5G;j(5wB6>mzIZYXlJJg9+Y5!x?5m}V@`*pb-v;%qK5-YX#6C$%feFyKXQkMk16%JYQrlR;s0t=Vg zGaU#kuH;qhw{N0hHeBbc;IVN>lSllRd-fEK^4G^UFVBD$2a)-92OxV5cS)>;b`Eos zh@emzXI@uos1+U=$62Y~Pd_~V0JJ;NDK!O9N6-{B)|7ezdOdcF88CrqpV z)Q@4C{HRtqkroCDAV84^G{x81uI}@mA~jYerzs9BQKeU08_trq$SOXIIgA@;RuNalDR^1BUxiV^<_YVtmh@xxHx$$S zAWKFpy_vo!DP+|i$mydm{5hOnI63TvkF02Sk5x9XsE<2=8%E6@@^pIbS7!p2EW}-r z<_*7)&=Di3Sc* z1;$RyjqVV`yrJ;tP40?>D$)ux1q0YZGvW*g+m`h;#-FIHR3lla_1fiCyl0ikuJ>c> z+Ph~B$xis088yx{_=VCPb}==Sh|=$X+mP_artGJ{<13OHfE5rQvga>#gN~zWFsTks z*4{E}ynU(9A8P4UluG3T!u))O*A%6ch{#;kWjr;T96rTploz*GZb|Sme>Cv`t$cxz z;CR?bD0X(hAQdRZ;THYmV)Ag1aM@j>VH^!zT@5}xt{eca3L_aezPxINMQ3iu*^b4- zq63ELl0I9(YgVYd;tZPMzZ+&h!e*o^3tM!w{4?>Y>iC!u#C2W?e{shaOc_Vn963~G z8kO2~ZpN&)sRp3Do-akimH_#5vum6-l)%Jtx+X^_LhGPKp{TxsYY)w75U$uC2`x-% zPI-^{XVR>DCba#?AmK#G>eRNPxiO02(QYr36s50WofuDWx@hmV$%i^Z%c0tsMEqr; z8O9FhBqCuDuy0WhlQwjnoDt?CWMvPT8#4 zV?kE3qHR$nj_2aL<7sbu@%4Jas==qweCEHlp`**|@VhXEl%o$8>xPc#NgN)(D5F5V z&;;9bQskgbH1xRHe*i24J-(%nck0emyIS2TSkt1{^~gJw!)!i5F$zJMd`kC1FL32V zkx>O|sEEkBqFBpW;yJiOhP z(F>Omb=3Q4(ZF{pm?-ZMO>35?9Jnr1WXdddat=Dzb-qe&uu_gK% zGrd?p;?AHXRwU*TWZcnAL(?c%N5*@KFx0Y*Fn<+coNfyOgNmp+g%aL-R%lF1Fsfnk zZkNL>$K7`2NbEZ-$I~l&|FlBzTsmXEiTfIBR=Aa+b~%(IULeh{i(+lZ)$Jif)t+kK zQa5}JOO{4MR3BooG}gO+Y0cq{7awsn%L#i!W!vf62oq>^DVxmhU1T3C0q{S}4Fb4G80wR-L~5v3go+ zByg^xw>3kGAMBYM`ZcKVnah9(UcM}<@xT5SAEU0xOC3BXD&7oEBVeHReaB_;CGQ-j z^EV|+TPonavmP7Yf zAj9Dtfd!ZiTcGxjtfUb8JxQdA!{=W@?wcT&jEc?kF~}qal>ED{#q4zi`qd zEMC-!uL0*fMn^e0JEfAvDb)WFK!x~@;;8M zct=6~?oDwB*MN^k1{{H(Y4e%G@s+I?NDUrJFvk7;mfE`0&&c0UqFj29W*kCeLU8Bg zSPPwni)n?0SMLQ!S1#kh*Tp>v7N}2lt(JU7 zr#ZD|Uchn$h=$}+btCfT`>+Ul&XPrer<(gVI2UtfFNYkmyf@tP+#)#Xreq-$^QJMu z^c>oxv51)*aY*RoaKQ=oP}HZh$2Ek7dr{agM_(I~s3>o|6bC#ItwL&qKRyr_>1Q6u z=s!2Dcs#(XkQmC;uf&Q5uxs?F4lB@~QBp3g1PIsmr&l=>bV#7b^S!E>1tY8PX&MgC z-UlDR94S8I2b8~*qS^<#-7r>-%v=u5Ai z8ahYVskknRh#p~m5Rm43;im6>!RQITOXqOPp|iGRH+*it?yALe#v*41sp(R%Gz})C zfsxDfIktaiDvgq;+aI{hIk{FYsm&o>(1S9odx5$wz=Q6nGa|hNaV9N33uxH`O|!Qm z^F>g{ZyG1%YDVCh!QT=OH_Ju2UXUx+c1#q-)TH#Lxi|_qdK;2niNk_S8=NdgbTA9K ziMUGbW=^3rg7(oJ6?NyE!BOQ%8j?nMIh1aoL*;k_gACww?;LZNtA!Kcaw+fRnk&~N zTB(;@-I-<3*znhN11xS1es)6ntk%LVKb|N;JYGc)KS#B7)~`%S0sRJR_{mn)!9&qN z^2xY*uaXcQ610XI4!!#eW3#Cp=g?St_=5%Op8ew7*ixW}5yMgGlj^A` zIw7U8m~aADI8{>YFimGuZP*&1wQ{dNd2;`CyY1b&4JA=PQl{V!k7{B`KiMfh%B5t; z2XTF8dP0AeRj!)jQhd~dD7v}srx}Zs_0MTe+iaElrX#rzH2%l@0_=XlDJBJ(+H0;@ zHL0pBtiP>Wmlr&`>j9U)55D)N>k#sr@PH3)uUc>k6+^P;Ios-C+F3+9@>xXHhIY>2 z##kyZ5kWZu-QNm^^9@BTnmkdLvW&npPBg?d6(H~@)9ceRjTDW8G*Bqc(M3TB_$0HK zz0v(yDZ63mH(<2J^{xIceRBr@97)hLa$s(wZwET6Wi=Jb)g7P&-hY$U266&8{}sEE zbOtUBG$YgLb!h{2*e~+*WY#ITHUplBm7OsrUk?7!Yk83hYq7uDKzVTNK?v$CY5U}i zb6|@B#BX5l^vp;D4ZJI$b0bzwDWY}vnBENnt*{sE>WMoI zt@RcF&u>Q_yMS&C<3%XSKl`M%t6s)BS48tw)gV6KyyOOT-^4w!!x5{4_#Vw=ZecmO5Jn_76mz6jJ3nH0*L-MH z;k*!q7~>}`e!QjJs@6Mxfu}yOn9J+8mCNPgEBVp9dbNsF)dYM#N{${ygPRb^ zu}u_rF3y=#D0AIx$)&b&J}(^#Nz();oC9(z(K@HBQiJ2)OywFz_u4B9w{q@RWPs#G zxD}6m+bi7*<@g>f|2ck2&b6Di_HV{h&2;+7kfaXgnn$wLv>^5RsWF#G{)*bI&Zn2> z35^T`gBC$}^Ru3w3D?XWH2H+541uQaM0x5)v>ILV7bBHXQrzwiVvP}mG4BRH$XQQPx^HFIX@QJceQ40=B2WS z&m)*2O!|Pt#CP0}@Yx>jtSdQo|JuY;|{ZimaRZDtH6p_5hqjONUl2NlTtzZO*cF&Cu71y(yx3JWt3 zTT&JQ(C;tl55|J0JwxOW?pZ9aw^;&U_&wZ6O<}NF16=SyGs(vqm%q6)gUSvS^N65^YA8lztcaklez zP3{(HGlwM>Q=ZWZZA>b~!Wbc{bK?=*g6oygpw#z^HA5T4>tT&3eIg^HO&f_9`VpXE zy>LPzW1NCQ7hzX>if$UJ4kf|CEh^(M4VA zY{Fl77iY-`j4G8Burht0NddXfanX*;9&^;Iy5Z8PJF|PS*#DN)!T^9_qqW#~QFJBf zacI#Urj*Vh-!x9jtyAK8;T%t>m5HLosxX#)b_)$7A-B!c7T#16E7K~x(NvyQxl9^= z=Zr0YR@a=<2g4ZN?157JJ@zF@nJNN7$ zUQWwD0Y;&}7v1WrqWB|!+&?u`3R~%dJ}!QcbRx$i33GVHXeP;Z871-@Jfnu{2(|-$E7s6V zMi@*Y>^Szdt}008PeG29aFrVfV)9CO(o&UF3MTKNHb@ix!pcGiKl8##HhHZq$T;uRi+!*E*M_cO~x-@iGc|I z%hYYi^=oHYB%CDHR#Awc`ABseI}{mGcddNH%?|ldZG-!O(|5_oR5@vJtc0D|c(zU=;)mW3j6a4vpF%013Ac*hH*X`K+MvM9)+VD#Y$6 zQ|{jKDX56a<6YUVz*AX^R zX)52Th(JJnk&iY)+grjd^T`tQ4~5?y$+ zSl7lU5_6lqB7+DvkX24S%NJ^KL?_+lCPjw=dU!uPioyQksB;QIreQ#pK)m|AYO@#8CK+NRJhUcb^eQ2_#(r``~ z(42k-Uf(G=3lkbK0Hk#|*aw(5$4H_KVn!}Dp`wCxjf3g}-D==D6yW9^g#S%U;xHnz4kW=GQlr%yJwS+;w*0+c#BKtqJ z(#5r(xT%de^(+pCyezfakl@lT%n+rAKWMxYCGo>rG_-SA)Zxy}Id3zFa0~~WMNmNR zjRi-wU@UCXF9>T|K0&J$E8=4kS1)9>EHw*)k4(DA6+*F&T`0syekp{gZw# zLm{fWCj;!V7rZdOl3*+t&~OsC1}j8Mc6mgRz9{vDcYXZ43w-~7JjB^n3jrWIDAp)khp0dPPuJ6>CsKO{v0vq8Al`q9c zMdPFzi$t6Th76`D-|K*#q9`CCgKtGC6`f2eX&ntfy0?KHKa8+r*d3Tsf|Yt=)w+Nc zf|^+f*B{v2iCJ$IRN#a?Y@PJ58|F>HV}(C2dTT)9c}dox2@1m1DIvw);4q4QA*IkP zqMoXQ5i&66nAqy6Ai+QL01jsD10{TCSG%HOpk5zZirc{Esoy62Zg7 zT2T4-9|-qACF0kjk^qh0@~8CB{84T^v`dreksboAq)pI%t^);!q92r7RWAY1RW363 z&BE|RG%W6|ieDwXs9{q&{`nq~Ch_&q1+sl4WwuG!6HIgEl^4DIz%c7Av&<7?^YeMeM?+{jyj}a3Sl8#Nn z`VMP$&l<&yvstBi6A3-G@5FSA!0a=QTP@!jLwTH~g?hZmX3r^!Y-qJ`@|6TyCtul3BCD9zA|LmTKH=+T5lT z2`!zCQhG9mtsE4arRbTGnmrF9&zSd=39xVybHt~jlE-F8sp(B1i1j9XeQ-W+g-0+M z#buNx?iG)pB^FFF;a}qg)Bw6GXmP#Fj9vX)C=8&x<{*=JS(v+w?{i{tB;&hc8^pEv z$cnp69DPe7iVTuNou1yA(WcKauFy@h%qu!WS*5XsJ-0oA$I|P~>=%X{!i&mW=X)@Y zCx9}D#mk^*GnVRWeNciO9|0Mj*dVjyx}f9j^=K`DGzf;F=4|X_-L#Sv*aOdn-2vNp zjg(w*nH3-V587g^qt>X$D>nlPqeWgE3ys@U%I7A((2d0i#NKGhuL6mqn9S&*q0yX8 zWgESvc&fsA$)lDL$#vi3~L4v>+G-**^Aaot_y=kCa-14i5>cJP4h4$l$^Bcu610 z`QwDxj@4&5x6awk3YGJPIR?nUTKr#@fghYN@JO3Z+xjjg7j?YyiJ;|Ss%Sv2kX4b? zc3qpL`NwTpQuTzr^!DqU0Pfg#OA$7k1bhKe#GPys`Xz9%7$+KJTi#*#$YUWePv588 zSVTruxX2k00g(&j!jTbWYo$Wyj1}Lb^_H>1QsjM9bo4;vJG#<%=xdVCF#R{QPuvl3 zhe1GZM!j@ycJg5C!s#Lq&ziqY0GWfpTXrE$d&_1@ zH!1^8eOwxe43aSlY&eHnop+NLIx7`q_$l?WSYz+@8bJ&5DJm=U*Uc)n2QIAW#5VrU z8F_LqE7{(5Cjn|gDBK<7O_Ep>%7N|fzPhdKS+H|kkcCy*SEMi;7YHPq#Uzq}B+BBY z&*v~%=G+9=ujK{!wyM-b67c(+F$?isW?Ne>9w>KthmJq@nUnuAsRwRAN9>ry(pBPUE?< z4zRwlb>JLKOx5DF!{*om5D%1bdaiq_aQP?wbBQgVjJ#v&GDrjbH;xShPCJ7HNBr;# znJHlg!YQy5ADW16n4vB#`4;~t=;jk>kwtW{sST~8TCf`Sqly(17cT7#TT{9*Rh$8o z_fMtaLtxc|f1ya1rq=HWIaxe;^nA1=DcFjs#EGm(v4O-G;b0@jc|ONCV81(LTzYbt zHP8|+6e;BMb$d@8VW}F2ZxHf~NriEeyT37a6N>%8@8WKuxb+pngnFyTIsYLyMmS4n z*Se7tPIQpk3#Gxs05`G-1h!de53@#`nD*sU0$p&g9M@zZov;{r`l06mCdIT?F`kNO zvqZ3S9}(pvD^BtC?=N37cCti`Mkr6~DKyX;C$McKalsM$UkcsK?OAUW4X|+YH+UAc z_ynz4@pnNXd{JGU#Lz2)gBQYN(xQoDoO6VK8_?GHhV#v89cN2$lebt6!;S$)=7gl= z-Y&sfH%IfP@sizzqC~r_PE~lxnch-!;4R?|ZirD0S!VX`7@P?>K$0GxK3JA5o0%e3k+gaue>4@ zpxL8m!Tsj}OK45fqfiJm#uY{NkXJ@8nE~7({)Y-7P41W%^?iILip;5-Fwjh_UHtve zauzu{aP1-6eSY~^6?{qBPL9&_sU_JXhSn1Oi(v_a9_ab_=ND$qZzvCp(Sn`Tty<2% z0koMi*L6!QlZE6iAb|u1!$58s0^R|lDE}}{4J%XJ|p&&KY znU9>at^&!738p@~5Y@Et1fg32gq;`MG2?~vIXsawX#D^c%uDU0Yjok@#|@Xu43ECCwEqy9fr;%w_Pfw6H0Fa zQk9h2Wc1z!@Cu1AKY%8Zhqwyp$3f?zGxTz>N`5rwGB7re)SwmC`gNyEvM9TitO@6f z+3pxt83Pl6)h;XaLtc`BmjO{k`O}c%hrppBe)Q5}GgQ4TKPP@Dv>+D55!{bUI-GBM3VFgNW`(%Ltomtt7QZFTlk= zKPvzYa47UVdx@(tV;zN=e9{IGjg*W>lFT@dwq?AK&%=@LraL5xO>Sf0c|v)t1gky? z3ie1*)0w&Q+DZQ8j4o<%e3NJ|RGw3}PJNcF9y*D8-HS$e^{dv7NxufHbj zIl7U3&_{L6M<8wA`$!Uad7|up{N|$i$}i_S$kFZ}Er#}D?xQ*sb1)^=0WVw_3eP%0 zrMTw2inszn;}%D5lG*83b$hzA80FOT8%we@FOXbUrVmg4C$8z@ zp$bj$Y47NdB z^wnf?e6UGLIWdz+_`w~>Q56@wgCst=Ml`N=Cci}uA+v-Cv-bv(y2^mH<%``lSwcJb zN&sh=25pM4mtDK_A*)|%h_82$30kkVXz@f&Krnb!&jKGiaIS-1SrS00FBnz*dxeo( z5=SR{gFH=jX>V$#3L<-V^b${aM($14!898a$4sY^FbmI_19?XEgqD(D1~bO^9NWdG z6&#qX5k>8@q!2cAz*xAi8O@KZG{>GPy2^==9Gp!-8T^aVv?{lDpsUGH05grKNT2VH z_`Zyz+ut>-aAyZZUY!utzs*FQL&qX6a8m-#-K`#2CoDV~w)MADR;2fm` zhY15!+f({^33Vr_>v^7J$|fTUeFu16V|-$8Rp|nWV``$V^1|+pO@dNPkWDRJ(OEA7&qWm6z?VrbBS7LS;!GZsUKp67{85=5{FN__T$TIbMyZ_}gMp#rc`m}GgZK%1Y2PC2_K zgfnnfUl8%AnZhoEYNm}}rTN9w zhvqkkb}FBKL`Tee)87~QbIAZ2_kJUPriBt&5}1kUW#J&5Q1a%N5BCOW690ud7T-8Q z|1!{P0nIx6mNW85_@ez?FR2TbU*kejhX>K|eEkkCz6n5@Hs13dz}{#ad_G^I z2+>`>bg&nX!K2m^uhjM>FFz80$c&VclCnAiU@>%5Ss7~zqEVl{qsvbwX+5oV&2=)# z{|_b_cf5-epz0ea^O5=Dj1+;85?n5YqKb2;EH&EL+STur*JB5C#@%hoJX&EDCl{HI z5$v0Cb^+&l3Ah7ITHvrt*h{N*(Qp1I6*UzAlQzyGUQtHvhB=N+C(aXM2U_#7PzwU3 z#j%L|$I`p&@6d^1M;=PQNG&W!9Lz9|Otl%sd%sS?f+eHqYvPgjlBwo;-~*PoMyZ9& zysOlg?5|6l+}>72N@qYR#rB{?#O8UvnnG03sePCYZQuhuwGhqMhpe~`PdYI~dRROc zCsUV8I8uIyE4%-104^=1v~pgwsL;1JFU{&&qWG8m2@I{U*(`Ilduj9&1R#k7b>tf6 z5EDHg;8yo09_Wb<%3CsV*P&@BaCM`xvr2wY2iakzt}npe5qca1!c}N6*No40qu^x0 zP(TsWEvs;1tD2e_$fiU~Ji_vq=QQL9Vz~I8E=Ph(YpUp1K1&vdi_5Z-NFy_$<^fIc znzx3>EsmtC1U3n$G)*(uvz?8@!L723p{o|!#VTzmUFTyR* zs}85(miI{NDs!TVHgA~D@?zo6Lsn2U(+C9q5|gs-|N3v_H4x2gG*%pk4Sy=8edq3L zcae8>Loh&XQp+ZE#`AiDP_VmTa)b~|Y_VSgnu{HUpWxKU@wNSNG|!)*2vB2PPIs>0 ztO}>?w$S?pr&)B)vOp;3VGBVVm*3=$e-rw3&4Jid~9+cL<>Ny4=?SPYSfPzox9dzg6cek^QGCYhU;za z9mYVCOwmHC&k6n_imK~W%-+GneJY^7dWDJ7HukUqU}zAuAuFGIBwB5WChk^_QDFnt z0#2@7lV?IUWQm!MoZWUup{?!DK(1kJhDMk3jhop?7Mq5YUPX&Mwm;XUC7X5?X_fbH zDsppZ7UB$)*K^q%Lb*iaxfJDhNsg=*+&899k67o99YuzH=6y|re&X=JLrlz~?IlxF zCFML`V#xkdKRJ`-qF3!Zbg+xY;{Sz}rp9vd?FNOx#gwYMWee-$Hr`olrr5p-z1%WB z3HkabC`5(MNR<#QM>1|bv{HE}Bf%pRcC(GEQl8B-ZwB~_io}pzG%kF{lS$*2fO74GnIJ4cm+U=;5eba@(E1+X)Mdr?2s=@)FOl>cYgC9s229Y~1Q+$x zzGIgqKs&~1kdmNT3pQvg3N{$PDMf_$rs1Y9WikAudx`LYxKzX(C4}vl_Q+q5q8Cnf zjI$qkQpnwAoN*wD6zh?jbRFP%lnv70ouWdTBgSxSp+`=PNB{lK($hNbG%;MEomB~IRbg(PsbB8KISsLx{LjXnGXgj^xQ25-Qp| zV9+QF-q?W=$eh*^*>`9$dPOTxQ?CcLfAtpXalz_wP{Mg{QOKx!sKr@sK**tSml_|+jqMcYw{p}1h>W>pbf}W)MUd$N5 zJ(tx^9Y)qkb$5nM0@g~Me?+u}^klxyqh0dkdLFX`IC4+j!i=yuvgb^L-Ft*vrH(D- z`v@ff|2@x7hmR-b`GRmq5o&KUk+TWA zXe=##K9D_x5UMQGYx%{E$0S3c|8TZ|xp$Soyz&#Cis&-~Z#ulENg>B&*KB|8^ zQVV?KeGgQ_MmLpG0E@ZBAcLOi>%EuK?QH@Iax11So8NR$x*!(RQ4u(>#*r`B%R+qL&V=>&g+VeUVGWP&@>?0mIFgRe}^X%DS)EYZ0pp)=#1wK}QEHoj*0AhkIN&NjC4AF~e2cBfwY;n3l;bXo-N#$yAJ>l!3F&R^9 zc8YLq;=!EJEih1Y#_5KDN~;PWg*uNHWl;$B=Il2^8E3bita~o0DdMqBa)Od{>slCD zP}p1zWVdOCFcGOiJiVB!+Ng#Q+f0+uOttZGHsrXxBgxBis`^65)E9#!_x`ohEHfO) z?&Rl$;5T_i(Fo~s$kSgNR3oj+HBcSq6gB>T^vqiFT!I6E8iy*68lj%g zlf3sg2{Um3rcnd-lSaz<+jHu4`pU!65&&K^serX^_I6!Lx4azKjOuLQ-U%Mu9m-@5 zan6ai^T1O-K`lAaQq|>aISPrYw7)W!X(a-QbwrQ%8NxaqrvkwWsYmz#o6XC+4;O6+HEeSTn0jF=(3(Xf zss7sQtrEIAB=VI)BZog>AzIcV0O+Rd?7A{B+P*hIbBQJ)o+v8OIH$8Fvi%)U(Vv_T zMA)%MLZ_B_s_9q=)Ox;N<4;_wJWd8ed-Uy#o$5`T{u$gdsYFUTNt@-J7URho`e>IVG_^Xeugl&c{s z>@3Z^N_E6M$_08$gwXPA%?@hj=U>2k%)4QFSsQi#LA9DngnBfk6;3G6;~Xa1P&Zgq z%N5!4+u6B_I>RlTcQiP4`gcvp7gAa}fqzU}tgboRhE4Vlj+g>?N#Tc`zC5w8np9*; zpe16|nOpP`GQ6E^jyByI`=DcrI7k)U&YyH^Q)+j^uP9wQSMq#cPAKN0{z=+aVCV?9 z>dq^X*bxsfp{)K>gS%ed+xPbFz*?FaQ8v+s+|G;C>okjs!CyjODT92+P~vwKX(j!y zyDH2h(wu|}C5{iT=&{m;9ls?y`3Ccqdd2qTrTcQ3U>gcjPXxHfA`Q07GzhST2JaIB zv8BEtzhNFNS+<&e5JF88h>LV1{{b87>7>;zS^Na8y z+2@24>W~2gHE2$7a5!H(Q1bUYZd&o~0WwAS_r;hy8F(^gvskq)@NnUbYO7Fypj4^N3UJ3ZslDyOg6c z40RSlIrw>HP5=gVEFrXBa&c5A$fR{2dCJ*~wTxpX$!^89Y;0c-s}dziOd0_+-oKaB zundV~Q&bZ_de;(Va+DYUy*K~Pg)B2rB*~>fl;)ztLgDemQ`1>*yKO*b3K6mvj5JA8 zOn1zMug{=Ee8S?+X=jc7Iilv#*lQ-Y!)u76)ChlTPk3y8-~2MMK{{&?`9FDgI8VnB znhUf6`l-dWh>l`Zrt8VELbWa?G5NMnOPTcTO?Uuvu-Hgz^AlXe;98z8~97XEQ^GXJx&l5!7=+3&_ z#YtEwaryjxokEDHbT4wgk6L)5HsU#T3F6xY4jB&Nds9|y4OL`S!y{RDc zm@BHSU$J@HcUTsSq0c}*T7ylmQJ#k>5astxZyK#-!84uU+Km-ti!GVQzxUI*IDb1oAR1SGY(H0 zjz4eFEPalOTB_s>aRus++JbOJYgPw>IiQmN*(BJ?{krkUXQWNF2SL{y8|_4jRSnmKP5QQflWn051Que(^46~NS_!Izw91BRf9u}2 z5ZsUFm})~5@eY#O8)5Xc!d|p-0j02muaf^e`#a&;|SEMZQHURFGEDJJfLE}Nwz9E{!%TNramEd zlZ6zjMum}!cB$Hw=#aR}f?x_XeVu8DG|ZAxT~y5Yyzkg-O}1qfr8RI`sQVr0n@JNz zi&Q9q>~LO>d~RSFlQyR%tDh%?fXx`CJnf7}dIwms@EpmLXFdTV8@|7I!E@Og`5AF!%e- zEivhNuR~mq$dz?B#dx-6(HnMiKf?wvaUI2ZnBQfn$)?*(;Q)rn>(2Kgm6zIT`FswU z?rD^dQMFY1fMZ1jhYCpm#ObUJxnwz!($F@LV}iTFae@m; z<66cf);YKm&CAen@-YhhxvL~^Rc1jh#2qhR8=aX> zWQ~fLni@E?n1aMMLL=*Eqxhx>S$$s!@WL>^yKN=? zgt=;Ik3(1a4NIH@)Wf2%k=m3nY8Z(&k(KIHj5ZOFzG+M=sIOV~Kd~}xzc;5Fwk;a4 zg}ifUuTUK?cI@;tenGprCRb(~kwX|wllO*>pGOKc%9_dTCbTH#l$5RrSNj0oc+)BX zT9?%K5S2AZaFY4k3%s;6irGBQel+sJp(vL2AnZ+9rW!y-_CpBP>a%s2AN;&u?jVLo zcJ0wp!m)BgEDk;cRk@4(780#e#*D0vD{buPiOSUF&_956(Q}-ksT~|g^OfBa%tjZG zv&KMLd5Kcq!x>UEZ9@zeYDi|qi?(rKH_5xbtH{U3x9e&!-pbnrqq<^`rsh@II7ayF ztk#xAF`Ag6L2)?urPE;vIffp@KxgoQ66_@*il0!e_(ej+Fz;BA2AUEMP|7t5iyn>y zltR~6nklCsAJwClH>b`Sc1~mrjy=4j&GG;_4nX_O5IlyR#v^xiJR0^oU(8$7-9zba z)~(DUO#ImZhhP{RkGlT;(m;X1siWx`8^Tkn)1L?3bZ9Odui+HC9*uf|m49;1xT`f&wgW}oiiL|~ueWM~w1P60o` z*M#Q^WD)csWWEMW`k&0{c#lj~%*Ascz%r>>i>`%yA?!c58kO(wN+z_gm-aBg#9ye&=tztacgk1WqBq6R*}MCutWoe&wP zqEyzE7&+OJ1w9fupCe;_0gU%SR&^**YABU*8=SnZdC<10kTL2KajeYP>J$N1L0|$B zg1zji_Bgx`w>^@V&jJyQ)J>q$!`a2}`Ka={?IQ{hrBM_Skx1O%jGNA^AUhfK^mTf# zk~*eH>=4(XP29~pKAUXZPE@)aeVIMv*q-*P2!2sXyII>Sa(|!}n{hYGPY%ls zVQaOhxob$JQA>p7xpEC&kN%J|hI&<&H%itFD<817!2`P17;`^VrzEU2)N|+lEPbc1 zZG9DlDF?Fv3oMjKFd{%kcJYwUVYBP`T=$o^1ZHf}_?BEn?(G(it+$H1oEqVnFc!s& zQs!bjFZX2Fs5!9y)rPsHv?<46$v#T^$PA|OjXeLn3r1!v0CvT`Ex&}zYfT(BrKB*B zJ~(-7QcgNB5BFnuvwKdsVeSJB5l~_(RNNYzy~46Pu~8OYZktdc=C!ED=L(qh%UD%B zI>8*$RCIc3aH*h|9zncyRNl$cwi7thdfEvek%R+UAcAYHfC({Fvhs)fp=O=U9BX*`dN zN;mi1MST5R@*vbcOQ}TC@!#Wm>^LW-=ikF_Q|%ksKG#rtG!z>g^V{KNWJphP*pQ7z zAZAj6zKJA1zbODjTvE9@S^w%H<`@2jEpOd+NLMI;p#{YdCSN%8DD*|VjAAISt&MKU zO`BDBZb2ES*hbreCnS56r4BpqfU>9EW3^>EYKH;|#r+}kI`G!G$a!+KCVaf>Rk5Lly?RTQv9vGor-7|sB{q@W(5ON4pY)WUG0+~_7*Md3=lN}1JZ^R^Jm1 zn-_#--$gJku#%oKpouaOiZNH=Bke^BHc(aw8iKG*MWpIsQd22R;gW+IRTPufpTVsL zUzA-Vr9}J`bw#CtvY0T|dWHJ2DigwBG|7<=i8&2G;p}yCfy*yFOt~8!6TbAbUkjn5gHs+v{=JAIAXLOL7>hw3Fsf2;pnk9Ki+B#<4mV6G0F&);a017 zJk1uc2g#pC>)h8}vWCHqn*`3)EE8;J3c;G+7No1BJ+f!a3T}oNFR_o{h2DgoB`-wh(m`L8?R66`v@ z7ayGBV(;PPf-NCbxja|`%`qH@@`C$xtg22o7}1*-aYID_QJ*UfFnm*6G=U_=to625SK{zdzg3Lm8U zzj$?-(Ec+ObffHJBO$_?A{5GUs1Y~sUUUNPk=V@|TN-Swh>9kGTnbV4o3gHPxMzSm zF+Pkj)P?S9tpR!%LC$GLUSi-iQUM%(&T<3*HQZc+aUJHQxJ4B5VD2a&MhhM4?)z4#aP`^rvho-3WXZq=D5}l2P zL<=fzJ^1!LBVY8Wu*q^Zq(5?NwcxM;pHdRzAT%k@>$G-enrgGDLo7v#@UTHEM8LFF zY~f9a61$xaU&apefbPvrMPv`04cV}-Y}JK#O}LGp3MkM6>@FHz)mDQ=Wkzk15TS+c zqWBO^nqDNVCOexN$T>Dll(i#Eh8W}?aFg9h(UL$|Sa z)oaydQ>Nu-(TrzJzVI`jhY#LYLb64|q|79A;8~>JKwYT=sJL4mbM;L8cx8p@vr$Du z=weEHiNM3Vju-?4!}v>(R}}V*-+pqFK1XZkE^9JvNB3FXvH)g`Aiad#+5Y%!*u=d( zGTXc|IjRfc96=&jL+RV6z?*tL02^d_+z;{;vyru-&wdVQ|GdEuEZOax@9%bK)4ri{ z6YVJ@4MZ@OleSjx26yDbnVSggRw2Y=_sRm|`TNPGb~CY}o!yJT(tJY@7_9ISC6zGJ zcvv!AE>&3IfsKR>2CXSa=NHzJ?K_t>dZgY2+-PV5-0k>rL0v|(Jv9l!a_pl~8nJTM zO;51sB2L)7!k8b1t+&m+mY!Bak{3II)%|S%#y`wP3VW7HUw8*1)xYt_$z*dNv>)J@ z&DIwPN?Jo&B|fEBf22s`R0Rcpf1}!JrVb|BqJY~8KW@0}R<}c2k&X#=+_buaaLw(Z z0vIX$^B@Xl?9~NJyBGC%r$m2G5az>M()qBRl!^mf6 z=JQwZkKn}tJO?Qc&pn|+5R^Tk=iFyg$ooP9l7f`hIwZYIlh%*pD(nZ!GDaxAq2vqx zNd`o8cd#AWOpmQi_=jK$*DKg7zTiEp%J3eW7Qtd00D@QZ00orWIj%zKQLzM0A;fYy zdJDQ9U&u@hnur@zYUkS?fxGgtfg#&mghS<)DA00{G+(0Plr>0M5GANynom))5IE9hJRxyz?vY2ZgZ&DYlTzy=zbFqI`k`QlPrLiiIH$uoy z7w+vMaJmLg<+6yg9wvt_fr!%XK_7E>(zfL8Dz(p}lHT_@xjpUxN97RCYVrYtJZNO~ z=b}Cfadg)Pl-Gv2EhPs+b#+}3*s>;9eZ(n-k0dwaGBs0Xq%|K2#vI!f(&D(A8i}C8 zwF~qlZ86@z$F_KTCb0mJ^RP2Q3W=Mwh>Qnfds1XZ9es(YgIv3C(LKdqHOfsBuQoqC z9`86|iuk8!ygzhf4KM)Rm1Ji!_6TdNSl5$tL4hs23H^tJGHC=$fTjc!)xCQs=8Cif zb-FnP|5(;$U8!G z#PIj0+&KJV$SlbUL2^CVkPMAIJ9JH&{dKml6>HotPtz5X?1vzT;mEHPg1%FmC5V$| z10Ez|WY^buu0dmr8a9Tj6C4@N1opQIK{xLJmnr&j$wzU4_lA%bTyTnFayvuyYElnA z{GRN{W8>MtR*0CE+vjwkHKT9~c{Y0zmYJMWb#@ad4GW+aPP*&@Eyb#7j!}np8t(UP z5_Xqm2uz4j(w<_!iFNnTtntt7=q5g>s(hc~%D&AzZ0k!kSa(J@JTt71G*cg6-O6vd z=NE5mj4(*9-4FcO!QklmkqY9=CDUb3SWi)qE}FwO{V6J`AX%Vzaw2So~MW)kPwqNJ|Ojs9p2b6h$_qYa6 zyw}?gzZPpCV;QMXx->V?Ip$2~xWsi@n6GTAlI%zFHi`-O|MdFg0@i}4mppjyB_-fc z(YEz^##QM@Log>~X4iZNFN}=ZoZCPID@V^=&HeZG^eLtiWKM4np zJvEk08o3{S3J*xO!)uq23044|3RH_3yX&puH4_l3`yG&+^ z!e%ezqX-xCKoncz8{M=q-<5$_MtD*~s z0ud)Fn8Y+;JwlSthaG!Uh@qGVdV9iK{bOSBpK$15?y>pRPU5c&rF^lz-zv#~@_0Zz zt2^q+OkyA4Y{GmNI)yy$gfQCSYOU62dhW)af4S2BB9x}|rmmS#!}bGXt^$5g7wyq@ z1hNdpMoCjyfUOLRLu7*arRud%WXL{KtStYMLBP-G~ytYA@4S@qPP?4s06 zq=`{|EiyG$*{=n~1=`VZZV9VY2~S7XsrF)Yh7BxF08G15gq@0$$W0eunY&FxdD{!1 zWyApCwb<-MB}#f7j6rC~0<`a>*H~}<96kE*jL@lmf-B}9C)1I*93}H6k?rWB*aWF` zVoHjp^RMcu6|Cf;$!ULjh>b{+d=70iUDERxDMV5KgbkQ@#MIO z%YA*k&u2Y3MR0z&tinCZm_f`2`S4oxuP2-yRSNR9VDu`MCOIt3?WGp>m=F-INn&P* zSWaCA$?D)G6x?d}DJ>7zg!T9C`l9v#syKp${Cl>p;gfVDQED#YO}rmWv+7 zU<5^s*3n}9>rUCggb&l%rTHa;wzRq87amxyxV)_J<)Tpnr1HFxVjPqc-q32%i0(2j zE)cH0B@x!-);Dc)1Z59WJEe7Xb8f<@bjuU{HZp<(x$U7`5R53@pAYL->N`F{2Q2xm zh|%86HcY)3?Ps7)zzb%qoXXmIG*;X9(oXx2nRjGu*XDOXN$uwvx65ekOyziYD> zddSxQqipOPDWG&F;R?5lT;1ZFL#ZZ`5Xatv^O11EpjBUpx_t9@Nyml5vs8v13YU&5 zd;{cCkmbf{3TiM)Y$A<1wdwVV1=^fLX#y6NhCD~cHvy6PZ7bmkz`A8k2X1qgaxL|G z91V_&443rW2ZnuHmUh5ekCHod*kT^IIWqHcA!9vUNXlPtKS1;yYskyzaHW*@`oj%f zuNW?*voI!j-NGkv5M-dEP?F&E5kaf+s}7wYen7u=GWs6pO#`CrGw8)d$o1ZRk`-`% zALbxO4Go%+A`-&S?>RQSsbabSvb5uS7e$J}4TM1q3>5nQAb!WvIW%;C7b`<3JiSV| zhA-MI{R{s8fU^?-aGY_2((zQW35uPuz`%_5&vY{8)|SljXdH532t8qs(wa=sGYtNK z7BF?Jc%^HaL!2&}Kpxsy=U>V-@8IB-2}?nO&I`d^^8J{ zDZ+2yMc-@L8?~Pb7>>^Hh4N0iVI;Yag$%^f{kyJCkum`ATR2#qI<)5*g(RDkVHNik z)9E%G^>u&7KY&dllQc0CGfoVBsYN1+;j-M5RZzvCO9%DI0ZC|*WS*yP10Tf#(#!zX z>$I(YIRj9PV1jIi>xRZ*c~qrFex6;XZO&lvd&u*vFRl49l7&b|&6ue&X64P38(fWPWLpx zxV>2sp;;!k?^Tu#bN!R_EN_TDy)hucMR6L-j(xLK1)@61oKA<7u8cf!|50C5#XSBj z#ku7SerD?o8s-|6q&#}-f3UZJAxsVGs69f%HaZC<_?8-UImNZOAy!a4FDdc)U}kHl zp&jX5Sm!lG5vLCF+;I5tnrN20TA}s@xn2MMd62x#u(ia|Fr5fLwQ}w}(Q9+xwdD~=uE;Q65yU$8etrOM07KOM5NXme%OoL5=yEx>Z>1Mu`3z=)^$ z7MS{kaq=Vf?HyaF54cVp=)@s=l9E%01{?r{b}*e2D0~BOPXHno!uA-n2rfBImQT^@ zJ0?kS*xASc0Ht zy09wD%0)q%$1fla9`Ec{LK`^V?jg7LkG7C+^XX3Nz`pU+6}c6ZLH4Qm^HB6^QxGE^ z>EP6eoHE;IA<&-!ixleb`mNv0foKU*orSM%6fN^VEjN$P z#u1#M+yEJGC`ywN zSi}z27%))M-((Rx=OV)65~M=sH;w)jI#Gwm?x&) z1FeU5TnTm+8*eB*H@TPQ>rEyH4*UGpC6Y9`hA$Tk92}miki$QFsvaHNr11lJbMtf?LBa=&~f}IMQj2NrKQr9GV;HJLS7J++2 z1it^^IMt3M17VAR@e)nDVzRY96!actNW?5qWP)t@0$JDrIvz10fIbu6mTdZI?NcQ- zZsHtki}at~H!CEqnd`Zh-v}`U1CsAaW~}L4W&Rwq=Kad8Q4!B8ICmBEwUx37({}5^ zEDl5}IWsA!O{C{NA>iIMTV1Iq_R`7q?)c1+llP@ZXr}XJ56(zf0+ZC{AOJ?oG@Ha9 z7KDygh^0`_?^74p_HK)A%V1+u6{Pw6K_X8Vs8SfKjL7CH)>>Y3bt?*3M#VKAW}0a8 zYM&nBEK6y(e0M9cyWd{|LeJrukl8{|zKGLpb}?8FQXa`|=i?v#Vg8w(t}_zD=eg!| zRk3sWVa5rwH1nN@by6H)N0xj&CT5a65X97Y70p*WVmNcS3XI?R@ona?NYM#x*e&-W z59B|j5rzZoUI%UsTTzxS$oo4+Vp_Gyb!KzPS-F4KlXYrpR2TZURKam}=59{_q^JL< z6mV6Fm?Bit1`E}Wg}z;(+ykPGE7=DNzFFHy^N+Zd`A{_{V)qBdh`O@Ik z=e3osp1V_euBLDdCR2zN(s$L^LC#l!QoKy1=iC<^eSz}42>fAFV{zqo1t{3zfXh79 zauXn4mZ(`v!faT(6Zt^kV)-_#2ZyH0;`u`6one`Gr{CK$Q!vxiDpPhVZkRf7UZ&Lg zCjWeSSl@KB)>WzMg?02%IsFxLcp*;35ZcjnYjTQePd7_m%#k3`jk-Ug6P>=;0#Vyb z7|3LwEGCu+#z{;iRn?+Py^X(oxwBoX6Ym;Ix3enzW-=;(6pv*M3pd{a$7*O9TR0om zWV@*7mJUOD-Sky;`hR+{Ed(?!5ykMr7}ZovEb$1xgergpKhmNTqA>Gqj41s*^=692 z3PEwkHX)^;GAwAi?6R=y7K#UJ5n*I#xUEC>RK z*bZx#8nY?I^Uh)NkH96O>^SzGP*{oP`~$7Sw8D>pCu2O0#b;(jt7>wZ5n}g?wrk- zoOLCf9(zSIG}wr%+(?`QTH35y2w90y9V_m1uJ3eVpPICrahBTd&nkjDqD57VghM_G zO%Q~m^Qn;8_F=NR@DcS0Z>MBRo48&W(GYDuHOTFp$Bw~tDT=xlCrnu#UCA#yZ&4Ol zgnJJyhfDR#+EZx^5)txk^hsire&C@v34b-ZM6HV%(a1n@>KwUaXc-}VRtmQyivw~8 zsS0-0Z6pm=mtUATK)DIpTAcqP+!)*amEwvr4YEvQMenlnzYHN`x`1JVFDh)Q0{<(_ zXHk`d?I$on(t^$Vd{2E%YM}2}Xnp{4NPQ=#b*n`J=!0l5Jl7If=B}r~p1XI2ceV9= z?PD7{{{LmYxGOZYs#&3YW7tnWHc;Te4t3zuKNPk$YUrbhngt>uM>;pt-}akD;3(ng z4CewUC}VBRXeO#ME_#evSns!|2CWksS3<*VAV_D`LT4U1qe*Ur`##!SB<<-_`M^xi zuZPt!%2+K^ZnG&pgF{Gx4I?^ip#ZY@8z7CIQo`mf55~1?JF=uL4P}_{6J_p*lhDbt zUA-Z+DyL%GDcc*hba38N9fmtH2-Qf-&$-`vpPn{%poJb)WWc)26dtAeNilnel5&^+ z-1ZJJ2ZWmpuBFr+=t*H~RUctt0P9x{*~rz9bh#FHzq;0?qVH!MaE>zR`;WJ!~&FSBYO}b zcps8GiP&fvPO*y&)HnhxPQF1y(DGbVw%pA&ukUY^#GRse2j`ieAuC}N%F;gyK54SR zM?AB76y+jf-5zZ~G%db^|Ae)sfAi*n5 z)&|OPr4FhEqHQ5+Xf;h|bOXxAnb$3sy&cHbyc{Z8tF%;!Lpplk8FM4wO|>?|62jJw zvxHHu+-xY6qe}6%-v^XDl?eZCtNbx&vxRRFqZP5QlUAB{`JPL*2t>#eJ-yz?USp(j zo(>N?jtt++)K-?U#9Eal5Y(WeHK}?sp4&CVbArrXK_aWhT?S*hBaqE^L8aWIyEgC0 zeQ#XZyb(vc|DR-dKOnIJK^~;x977c>(do6^S3~<+(xCYC2F`j?!MTdZ7D~dY=}Vbp zBdHV-G|>-n&j^^U^mYw$p}fdGO8Yw=kg(j0_on7hH#``yqL~?woIGT5TAj$aBy)we z2h1qnE8tG07?rX@uTq`&{oL}N&M za{r6U-b5ml(I_GuXSiSBMd+jM_=@$6 z%YH>jZBb@wcibA;y7;)~gT04p>Nl(AVBwIH|8?PB6Yp-ux=#`S3VaxuuMBfei@B^_ z=Ha5T?A3zPMR_BE&Bw zCty1tX}sYxdh^KWicaKaa2OC}OV7%4as0NYtTOP2aaM1TQ*bJ_i3BU7!yWMFdRm>< z!)fNBJ=*6;A@cH-%qAsZ;fpHwM^BDd&RS``teS1oK~2G6=vG?}Cl>+6q@%Q*2EXQB zU=V5RTV^z3#;ru@j!VznJ<1%7kzONYLfcdxiJcl9-8@JEO~=g&3%S!-(2<{xPlpzU zV;G%5udAQ8(A%jaKsHU?a1-=s(aCSky|t`3E87;=$Hp20oV6zUH(?9Lx$4T#tMX)V4m}!7oK{jvFD#u6Pc~{jn+@Kv6D6Q!~DLFkRL{H6zt$}P3 zLPUFAIs!=>0RB+^CXPh-72>~n3|{+Pd??U-R!EkZ(*G8nON!%LXu^OUH6o)pmvBPp( zz1m_BQX23q>m|}`|7EqMaK8eUIQkm%Wc6m&{ z01P(WC|$$gI0p7>0dT?+CAGBpEOo{0)TXyLOTBWbdZk0G+MCL1F8c)5;VFbv*l{I+ zdbz3e64~KK3l95n8w=B(QJ5|;@s*(qoT(n$-PK`+Sw_T0Mj>~eK>6r+J7SHK7mu7^ z5{-4gDY*fG%!Q^TbUN(Fztbt<-LA@+qgZr$(#ipy{*ezFuqVshYB6*!W!=e5M~2Ua zjV)d1afZ%>+FCM02KXGTSknM+n?-hD*gIICIwJ5Vl;0|x9Mw97i(dC+sBo4deEGZD zGhp=d{n@$3g)!w_IC3S( zZBcZ3xgwKu0=|+~al*jmCyzu^C7($aA&~?3spOl#s}fy#xZ_i5WiwKPl}mQ}vN{A8 z>1xvk0EU7eT}_zyuBnQJivD3sbF*xr3J$2Q@BH{EcduZ7e=n3lu`~Nx^cS-3Q4|o0 zVvH+ShK&J?EEC3W+hN1Af``=7>5(3lc7f^D=umG=#1wI1jtc=hRxlvwSpOR(QxW-D z0pfR{Btb|RE!<9k9|~caE)YH$h7dkdt3)5^LqG?7xXXR#mFLh7VP6dJjI+31cf9Uc z)Qa^X-!T|&4wXU7e-rMk$SpSFrB6nASQP?zVbT}(oNJDI_Z~&SP+toIXXaY{D=tRbu!R zU&?!AN)*(zJ>ftH+@@9z2oU7&teZ(xb5pHBF!m%Ukp!8$yC2>*Aqm@UY5XEumDg7( zC&W%raL;wPW^1;MDZ!V|Gg2~OX$e&G5Hb}F7iG#YEFj_cr&#(>nTk% zYmAXD7A}&OyRMy~-Ii+JUB^K7pjP9d;GUt4iqAToqnA6oq>NQw5I!$y7>_qqzq)8n zk7s z9|xB<#w~Kq+%^*h$#sv<;@I*irt63%5*}G*OJ$vCK&ce{CcIJf%2Y6-B=Jq;l4ZhK8*Fy+^Z8sJI+} z(Tk-`y0VOr zlah4PF~~Rl`mqh2C01UOYU|Wcp%{5QPWbaR(gYMJD7*>{*mnBT^kQlOf^VL9m!JU5 z2EB;l_W$+@1faRrJ3-ANW`)6`{l(e?=;z#e=8#hzm^Becq)Fc|UoW2L|2PA&F`@g{ z)A4a7&QSREdF#RI4u}5cBXz)dFXkNe4rLWE%oNFC=T?nqSV59Z&2T9%^Y-7y6upmq z+!oQw!1+-`#W~`yyX945Ha7;Dq4jZ7`0L?`ix-_MvN0FZ7TQfMJHsd=@!b~YIeBii z1Ra-q7~mVa8vPPpfwzE6$mX&vkN`hvI&KXTag;Vd+|L@#_DfEKj zqiTwAzsKhSmN|QQz4Khds54gX>>6AdC1>!9|7!6SkUjffm5M?k{Hqu_jCmZ`{ zqG;yevt2`K-^7q=9YC8DXRDzyx@o)Rfn6KB$reY2f`XffhaUwuCoS2oB^`q7nZGvp zy`mV9Nmldr^pqf>X_`C-&kB-{M=7T0SNWjGEv!17Bb>m=&A2fV`JT2a&a&QqsB zUsI`u`bntH1`gQSMW?Mhc@LOt){B~bDwT2^lBHD~k7;R&+g;IHD7qNl5jotg53yFW zAbG+p&4n)$)4|E@niH9v-Jn4UZ^R+0z&14$B3Nj&QnB?McP~#;|38eRZjxN4aB=DR zhZ*>uRL^Wxg$BwsLvpZgC-TD*v+5q)vVJ9>jWC`8NfF|PK_ytPvL?%OSTU6!N@kMI zi4bUb8k%9=cU@q!lLw*pFzoviWE~H?b>!qo&+a}-+Q$`sK4Xm8^9sunux@o&DU=Fl zs~w$Wya1PrK8jfIIaq~aQimovQAg*CG9=Epyu|(T9&1hHtZvs)O6BPAhLf7cbnE)j z-!|1#7wd=Wwftie2sI!{i%2%FOzukN|5ULiT) zR7jiCxiALA$Px{a08r!%-c^mUH>mB?yCb4E11_M9kTEr>k6J~U4>q}TnJl>#%68!i z=rG7c*rHe7)^kN5n@dOlmFGvq`=Lf(k|;t18R(-)EW9XLVy1bkz^Ibm=j7owS(lBvA1y!=Z0FbF?4fD3%RZN^KSiO`n+v!s?}Lvg`Y19L+Wi zWNmwTOjPS|Gf5CRe8aSEJB-!J(z=8A(j)aw!0*zwZIXWM4VKOf{o8g zGGI?>_e<12=EASby_>_nhidM&Z$XF{a?!!_?bJGC6Bu1%M5S{El_W$kVf3$!i0LuW zcNs!r@0+9)c%a?eJ6wYvA>1vP(^xNgBW`}6d|n^(*~mDy2CnQT+gg-2S?ue_fkO6% zHVr^F6dz3iTsG9{NfKuv5B6x34Y6}RGi!|p3@R9Rv7%&bL{7l=3lemf4s-zQNCMR8 z>yy7Akyj!ZQR&0eP+sns8-xP`6=&O91CM9($L`GAFu~q=!&^iy+Eaetk!NUn`vp8K zj||xaRaOc4v}G0|Br!RtBJYL-_P&EfHdU$$cMi=lk8Y9)h$yQiJW83OA0{uMsdQer zG12~6YheogFac>1E0T#;!6}_PWTvxJEAD|Fyj(`7Dp@wcLqu3WKrOc%@O~{<8eK%J zpL(<`2XmwuaQ6LFuHndJ)vIJ-5OM)alleN1+UrcXaw5%hl^?141WgiBa%Kv|(v4lo zI!hj)cccr(mBUzi&eujrbQ3S2EZzB4_JuJ^U460+J)+I(zHX2pyDnY@fNe}`KV+pu zdStXbh(P9|F<^o1B(`mMrLsK-ShDc6gX=buTk@!68Ql%I?XRi+l^>@v+~5~4?^pA~ zsnlvc6S0GQW8!})VK({*T*LS|^gdXtrXHmNxf=NeJ!xwYnwjrU`OwOWF6X~-P8PrE zDd@5gmzc*o{p^p;bx%?>W{4*EZ<7@Ip86r(j35ON1)JnN^0wiEYv`Jse1A^k5ujBg z+ZP?=fOY+hK!suhyGk7yQ-gwxGrjYKRqn{cBY8U8(=ZVooRaGKyc{^CqL6KH2%$9( z$HTx|C##s0U1P!RBkH-G<+`$-U;1e#2pQ@wo=RH2_473hFDqO|??RuO8u1ne1zfD) zj<7gvC#^F4j35Qde-082B`krs&_mSs9*v_o0~;o$b)Gqs+cV?MHxbD-9KC>;3{Bek zF`f`ei>}CGmx^;VM{`xzXdiI`(|uS_A}5V$K3f<;tz<~pTD7M5dP`7*X0ifxQG>d2*LqUaxcm6?hA5-nT zvbvFlcuXd1hu*6JR%U0{%wQ>aZsan=McoopZ1VJtCs6Ucq2YqAS-;ONykmx&1|2zf zk|X^_0$vVL)Q6;Rp^)mX1Soo9&jS8MFmXY*iPAU~=3!yH1~r13v6Mg_tMC@9c8$0x zaAqPBgC532!bZ{36pw?P$q3EtSdMU_41U+`2#={fm*(%HlrP#5rpqj**X9J;4DcW< z`-94!Jg+S6FN~qV6Jr)|c5oXcx+n*GQIyqC|E*C|AsC_-J=xw`S#Er0IjDwif^(aC zskelt6W%~y$_u2j1rH-VtrX`-K7;2_5yL8hFs^`kA^p;-||*ISXf)#kDqEg~By zv^bO}ENHX1V1IW-J7CDXbUC$tddTQwpzl;m8X60C&`Vq%)z)p)A;1ex83z!gzb#X& zsZKdFdrJaLsSZ}xQAiYnwGhP}PCtV)Nb(!a?E{x16+P9@0I>F5Zj~{HurPU67h|nB} z<<}Bvq?My4lV9H@5Wsphi1+3nU@z8MHOTbLR|+pX5nq;#Gz@BZja#TYjxc1JWvA)7is7>kgN&e`TD-7V{NqJ|i$DpZEI}mhb zDK!+c@`F@YnB_y=2RIsi4EiA=#;5)LVC{CDt&-KxO4l@{!r4I$HX$fCn3eAWwxr0S#FiJE9nJZ6jP0rBn5=o#&zey1&0RZzv%_ zyCuXm-H95Iw-)w0p&96hKUtyewdu8R6F2G*cfTkza|#$M@6&i1*8BoxLM4`mlhYsj zUI2G<-IKe6Y9r)zGU8VfK?WK&d;@Xg4tUMB@aK0f*#>FWivZ10qgkGppf)9@?jke| z>O+QF*qs%irFsDB4X57R|Mxu%{GIJEbr;&2Aq zS#QPXP$iwZX4Ymzqgj z;hsM$(=M6KJZuX1evMDVK4NBsP^Opd4 zc>w-N261?VIxQ(guh;LclOZixS3&g@(<_n<#|VmL!vUjIOSdGkbGck{v9`=ys;ea9 zT+2<4E`MH>lY&OLnY9n%%hoN6gsd*qypH^e8&5#K9a?Y|Qe=xP<8|Rml_hilBR@kQ zim66I5*)b`8PjSiZ@b7w5#+_+V+hnN?YP^*H5+hh(2KmovkhZ?`dI6u1?=tnnwiK# zjE~rFdsTE_xCOWzdZ^RMnv`Byz6#v^FO1jy7CcUA8+%-9Qao-{^+L$jv9hsATX?+7 zwnu5IE`d6pURwgVFCRy}5kl&BTBoB!V(|hObtB^umICC!RMq2X43;bs2fAv*x!zFY z8K*V0>ty=l_28tMzNq+)^YDFTd(7&+;=t%}_WTQ`JtDErnG|`(eb?8v&Ln=_SNuM& z_AH>O$r^Ri8Yyb8cxvbvp5*~Elq=J#X)>!z)D=hPs_=}u6kV459I&C)gTFhV6uM(@ z*~AL+zFRSig=eL2hN0|DV}de~nXCNB(|<5)W;srzoF?^mV8C5ZzlkMKOPvEYgNY>1}(9=(q^}4cDjrU zd5d8b3oXIB zbQ!%Q{EWo#Vc?VF{^Rh>ROuIf(|J$A`Iwe#J!>inK9rF4Bht#H7c2R>Sy^{XlO&r3T^hS{ z)MHsbLFaA};gV*@sxhWhikecIDxHYUjsOF7H0uw~`Ef@1k{bd=sl7?WpsR(m|69zx z&KNNwYv?D<2R<@goFP-l>e%OJx zjk3=cmICr&>qfXgQRax>cZzD)Arwcy2*(YI3n91Vf}pofW{I;JrdtwNQxQ)wOVg-V z%l`U@6(iO0i}Rw^|-+p44T!td&Q*7izl?3^oc{~EC5s5SvH!bM?_ z(|8TjQXhK=(;MZ?;@Yy~-APMW^(ROg`5-#YzGzd^uF14GA@??M^wVn1G~>APk-4Cy~8cBgDD5fC zIm|6HntKTQr2E6#fH;ql^N*xm?a+2VtPGAgxi0|9^+ZUzOyVv zj6-=%L&PdMGeD=46@g{mJQAys19%CQdd0yE8Y20}9y`J=%yRR^_qv|yrI*H!Q%b!a ztFDQ%yHRp=ZMTF(X=LxXS${rbUI50eQ?x?04Z=?vSUG~nLYb8$M+4Z+iB^@3uUkD_ zKSqR>ad&gH2(CfVFFT`QuRaJgl@`zfx10zJm6Kx#G&IqX16J8Tg^MO=R-(CnsUE9< zE$|(5wA4m>(PIAj;WN5bfd|B>$u;pr)D)U{@4R4Tv0PHh$wA{b9Al4qT+;uO+>0Wr zJhA@Y%uZ9eiI~$PjErY9ET&x*YL}BF3P9BcVci7)ne;%y+Hp8HJm#)gO>hxyf|Y*3 zEs7CqNiX_3twaEa5Qpold=e^DbEP+IEM;$4*1!{PhzVbDhO!rpPQeb@=m>LKM$Ve` zK}x#?aKkE@AxNlKHYUMy1Ivh6k$JPetiz5;%+bf9W$i)Rdy!@h+WwNlYKmN`+kO(E`wx+t!4XK_^wHqu?Jd65{YMyW>&>wFT4Rp?L8%2N&^1LLv%OS zoOm-WY}k4=n^--At067X@Z3Qy0F0W$HkUj*SO_69c)F{4KiBMl_KslOE#~hG`_JcA zEH%}g@FAx`i`dc&`F`QU!zHG@JpRei&d1yY^W85>Bfxh+ud{q?Yug$D;ZFl*aJjILY* ztMuuCfuO(bf$7q+dLLHg3DxLYQYP;v9hnw*4yMk3Gvd34m-4a(6u^oJqaEzvM{H%s zy&TjGC6{_R(r|G$VP?)yKioJw$CI8}`%|NC z)tf2i3R6s<+1&Qi9>y^$>esuSC~+#O);`$%$`4F*_a5ot0FH~c|ARWvGnGbCjcEg0 z=5mc%WQKB+NY~#-NxsTJVh9J^z6XlfSVgg`(0P4r+wIvXy4=1w1&QkxT9rzj@fI0i zZ!=|g)F|H{Dw!;$aHHc-1*kxA<3>^oUdnuKZRIFcb6(-p#Dc2By;Qli$VdD1702BP zK$KJF#v?63?hpW4+VF%?$@+j)3eiLJLt5d`Y>?_jB3c7W>GVHc6IfX}-LTbx`2(zX z>YN}BMj$kuLK!*u<0Y>~RkCv--ftQ=$a9SLO^3t3>)I+P(;)gvFAySSs~7{x>*kg0 zoTAte{K7ef78rg?l*qHPVCT#oVK8gc*)Mej-O|_}Ft* zy7xCMHJOQqmTKDOSiY-$1;rc|laFHJ4I;blB=18NXs*?WE!w(*rl&dP4E`edg*qJ0GB)G{xM>=7G18FV`Ko$RVv-I0bVJN&JNP&=gY)0mu zmHEdfJgkw5Quf-wWCPl+Z(*~)L`3L5I=XN_tvQxMKnWofiJl834haj2vYJYcYaPVU z-0%lPvAv3vkOnkGngn41_X9@Bx**F)Ff6LN+~^836^j2%$Rn~n``Dmdec7VQbxd^ z)>DnQm{vgza%W#teBAC{gvIe&OP}g6PGih_p=EA?(v>cT*WO=r&147^_H}T%UMcNd zW@SPK)%JX%_^D~UWC$IXg-uraX0*@{A(m-A@n3i9ZC@AGyh#IV(b!_iW29Atu$mE%IH*Muh*(3mr3fSCM=&Jrb-ogACX> zz>g}y)=paE`=gD zCG3g2Ky&crL9jO->FDN^X=2s$caamd4D= zO}zUTN9iCt7dC`+jhk=!G@FjqbPv3Qba3ZpXI346zZ-EBBYg6upx~D2ZcPDlv(1*3 zf=X|r=G5ipubHUp*8}!;dqyN02i6Xs0-YXo0-tUp&<>P@bxSzYP~(qSiB4-NT-Es9Itsjkz;kK2Mk+m4)`tD`hn!- zTbQ+B*eD)dU2M7zkCHh;Q)n3$A;aT8R(3fCstP_!0G<5oATiNUatqcG`{`H$%pAY)_|y} zLPAD2pl*JIL34~JmO9gWiq7VK{^vGicOMXh)KQC(s@}o(@G_~?bU0o0Gnt@@1BuC8 zkoH$z9K@FSpSyNJYws44YMJt7KT?FEG|*dNe#&b@bkdz=8sCzBO!a>qS?+e#PPxTZ zo0GYj!D8k4j#GI0uW-41gz0*6jffnS-faJUE`Fpt4q)O2`C8 z>yN2CoKp!M0Ywh@9{Wfy>EY?(r}@iOctXPPErw8qaIji3q3+q%qYVs@_Q{Q7*BE#W zhGljxHOw!cMfLH7yAlJ@28n6_OF#^+cp2z@KK>U|go#{HQdn9X0K2|XhJKl=x!fI2 zBSbKsTr$Z?@`JCgv7}qGNqx-{pGmIg<(`>_>xJ^eKgB9hW7>ht5VD#q_pGQ!G&H?c zWj`>qt}X0igvO`7UvW=RQ;OY032-BZX!K-n+>D66iWmFUZW+$NTW?hCQ0B!*SA$}J z9}UR_C#sL9!4+`z(3AIQ#KVqKc+Qv?A2jsqoj3vMOyPjNhrHh1NWK~JY5Nj^#(K5B*dr(IJi=V> zxds_Hz&-eNXiJCjwx)KX(HX8nYPyhg3oD}%)_I2+K~(H`)^v|C_D4C`sF&s@XP z%Np=(2g(2nQ+_z)9IgJ&SYjP}3Psh}KhQy`6R@Zi$hKJ{k-XCowjG0q9Ve5{8}JEC zaZIbD1}A4wMA9 z%gNqg+@#JR1J-kB}pb62nVCngXspt+s&QU~Ks_pI#%#+9^t>9UjaV1Peh7$<- zXc05EIMB>HOdi2{60o{*3DN3g#VI%^^`^l*k))T4-?vYR*tof`SOd)t zS^#ec8cNTvGX#r_z%iLficxgXpVoO^6n-hfqK$__@i$r7w~JMX#wsHGrPqiynI@>O z$<@UbpIYWIuR$J08DEGph<|lgnIDtv5Ef4p{|Qm8skR{~Ms6axh36x9r@kp<5Ya7liH zIpFtH4=$*5GqmfX4Ftp~s@d_h9LRb2TC`WpRi6G>Yx}i-XPXkr`os+%$0imfq-He1?MD~N3zQ{pnd z#+{~AmzLwB&SfSO3He|MZ^M)-EH+=Lv`2n<4jv)a>%4NZO>+2_+EAN__(O)3L1(AM zvk=43tQ{^H`Tq&V5<=G*WbjKMHkiT3a7M_mdZW6DF+Nl%4PamwVwVw2dz@VSij)5} zwApGXY-m2=XbKwv=Hx*cLdt#qLhywx8d-;pA1=3u<;P0Z50$@EqM4-r>{@2zC{@g2 z93A>iY}geJ#aQ{*BETeFuEt`C20*a1F{4jj>cvq9kg)J&ZqY3A>bZ-!w55>wC6-JKEHW1V+Z8)gDLJx;2LTIBPyfX+)A#q+PHO*0Aw+? z5XxHXj)*MS9l=fq6Jjz~)&BJ!gkax+iXQ~$6qFCs9QM%OlM+%>F> zfm2&gj;n`Uqr9N507P|rYmoGUpZwM)f=)E+_nFLkpxac3|20oeUV;m~bKRRH$p}9c zyb(rOxz7tsQ?ajQxv_?L2EIqVWt5c|@2bm^RI5P-xg8};L!QKk;oH2xe{VaZKT%Y# z0xm&`pqnCe*9>2x@k!o^log?Xxl@B?A4 ztP%vYNrLN8sK%$5H-ZMFWpX72vMI8=Kynh47vw{|a>%AtyR~asZY0h+>viI;7~g#2 z&SW{|t4k&1L--(}k54EW{!hxXcr~Xaaa8jQ00UHA5PHo!fzr`>NK<)b?YFBX^SdL- zvWFkv3jqJa38LDW#Dd+`I8ng_IFpBP&|IO&F!QYUWEs;9N#$Yrej@Hzkx8}Xl_3`u z|0xO`bvIlVgg#8{fi_Z#Tp2o-C!AszjP4&w*FOwMsr|=J2L`iZTGQ}MkPWZ^FD;6x z63o>O+XCTso-XLreP(-h!teKjf-p@w>NzyI)x8|~qb8o(a`Q)v4h1!hbnm9Ac?|O< ziQO5ME8*y_A9>6MmmP025aSCSR5_y%_9se@N31E?1Fgx?%gP6}DA|EAI zu79$&d}>UsdO(n`S!pv)T9ZL`N@oeKW=dx{rg|sRFo@Q51`jm(O=w`Q%-fS_q)D|z zqz{z6!b4Ve?PjL(1$h72#OKlmMMX<`nKy3*;b(nwIwf18s(3#&v!@i>Q4y%;qa z5%k5=w#N-T{V0BWoj7G(Yau|hHOMH&mje!WvU!ELKyD_F^n8WuR(>Mj$-4) z!LEY0@H=GSj1``~u*;vt&z3i;ww-Tq5Rn&Q|HY^`TgY}=W53c^C=__9IDGVqi3Qjo zs&vXL-CPms+VGwmG6axu99cv0;z1Sg4>5~;RCI|!DuYA~V{1aO%Md=VMvNq)Mq$u( zn<`qA7Rr}+Ay1#I&ZylCS==WD#Bg7Ah)k)o=^&8q)ldgk$bZvYe$N4ZW=dZgw-`P} zGF+hIg*V2_MUO+b$HJmn#P0BfIfI9aoKDW@#JU%!Ys}D*G0SfuP1gKA&K<$gcsN1` zgvmE#bvb4LL>@ro(RXJbCZY^+QH``(zGbypIHY0~jz6u*jP#p5W<@-7DyNY-K5 z=EPRu6oKDgy`bwGkxb!CPInG8YbEj+tWge~o31oZ(PI`XYMd}V1Lx#qv>~jR`Q3{Q zSx;QEL3*SBjp)JcwspQQE~pKC*<~zBPoxc8+|w7o!(>GP0JWpsbe1Rxk{}Ss`~Nkl>#jvBV}^3$Y!I5_6(gu~JP1Q>?hiuVVlx@c(`|-7p`8CN#nP=y2SyUJnt)B~8r@h(fHy+fUUCjAG z=XdJyg$f(Pf;tef_Vyg%N-o0-1yzxZAhJQO?xkCVAQPl`i7|0v5IeuR8YhYF>agnW z*fpMMs9WabHCGP5O-Y&g`c3BtH!nhz9@ajJ`wYw&Y7uk(-jt zNrb;lbvB-uL*Z}G&;=q1lyFTCmx=^imVvm+_{Q&>UhgfVZs!eaT?}WL$Gq%`CEi~ z!Y0F@9&&b>!!Fte;IhtU-yZ%Yie3`gn7ZD`zm6p6&XX3PbXHt!H)*_C+O?kBI@Z=G zk^F>an~*d776QGod})oD0q*4<*iNJNfe0jouxOD%h2=~YTF|J%=naBrPjsm&)&ueJ zDRG1S{3d$ep)9q)N3OhOn}!w%$VW@sy6bIkyk-*lLCD_f8s65UL5Sz6LtZQTKW>j1 zj7}4Bf-18KIdk=Sby?Q;LferCj15sFi&PW2HKtu7*LJybow3R*x`|!~x3l8g$>OpY zE>jm=)D~tuf$5K5qCAT(HC#L8EvmVw(Z)UsWVpp-ltu_{V`aEcEVRo2O3@k@rbN14 zC8N@c32Jvb{lQQC-P()9y<14bQs0*}H;gIjQ;kL(lC;4)WOX?v@grI7B8bLN4p-ta zuV35d-pnBs(;9WSr8)Rt*{CT5ioX6t5-hYVgI} zvIiXqpX5<&zO}Nn)U&38Y{yHy0E6$J)X`CxhA+;pqk6kQR|&@H^r4p`yB!ZdpWUHG z3PmfBrPE106zk_RDS~f zf#HQP2dskyUM@`kBGUa~XOcK}UEky%H%!AGW$K#r0jmSpRqlvRuuJdNX=F^@$jtt-2&-5S)lQ!`38z{e*8 za#Gl+J)}YV;gK^#FnglzntPeZy0rX|Y4B+H?ZBu#B;GygWNg_|3X{iZcBRcyn#jB-?p()I;v>6r%KCkC z+|Z?#b5AcAbPmPW4jQ;I&dyxQze_?5eY8J|&Fwe1Cj95S;ZXchW-ke{YJme*o$*1j z12SzTx;nB6La7yoAXS3I@6X2>*U=!63yz#nUx53kMjTp6^nxjX09Ty7uHY&Cp)_4N z>|q$JaAS@|7c6Piizh4P&too4(P_Iw0D?61JIy-a3u=(sM1*VRQiQl!q!=_QoE+Im z&o)gk(%(|Qdq^Cq>J6AfEmza%U}x@K z?PdMqXxa2E3kP*LRSwJ1^acg96z|jr5EQzRn?AW%?8b3bPN-rW2QeZ-TqP|b$-+ME zMOQQ$5^};wqA+p#NfsKoWtlk8!-78zw7j~B&;6@XAJ0=jHr^?8ZJI0z6#Mn4Ls`rD zE|zP-Q8iLRMnrvTIhZJRIFEvA=;|U8a-C!^oT) zr!sVkvQgY&6k4qP2yq9^M#XOA$yU;UYKDG3< zS4K(#dJ=Xf(Ud&(c#-Bt{$m@QamDEghtisj;Wo1%lX@L9W^(~C&SSDD>&07%rITu$ zKEAx}39HFj4VEG7@C%H%c{3}3E$=~W(PdNVyN;E_?;la?4T1IMNE~44kfKCg3`CEF zF;K~ZMrj!(oyG1eJZ)LZm zJm3w6cOA%jLB0qQPpsopxNqZzii*9ZWwxEovN{w2!tJ88p5#fBsrq2L+Hu9v3w3y5 z>YJrO(@>@vF!yu%P-U4HaZsKgNi~a`%JOe325fEVj%mP_ao79@xj-m3Tl#%CxsD7; zs*0SXQwvo&1<@3SPb+Dj05BicTFZ10dLl1nnX~S|F9pf2;=c&!5#&RKBN&kBzQV)9 ziUFCR(T|#kc?&!YpWA4umTfy{8^+KGk-a(l!VFFm8xhc8>wcqojC57syjz5pj>Qyc z){Jy@c+x6uqZ)p>o>9C+`T14K9L?%leJK%68P9i`q=Nt^EXGPWnhDVG&oAx<8}b0I zLMUIu^Btn7URVpzMr^3Ed0}&BU=cb6A7)*U+#f9bf_?bnAbo!=B8{jHt`u2-4Yxy| zK=`}GYxA(1MB00Ov6C4Bh5mgrUjjkk8*!(H#lr92bp`Jr;PS z+=~!Yo<=Pg4QxRvV5Ck3ZscBldwp;t+7X(&o2v#rCs zojf?XYSK{vD^_+>06ASyStn%_bY?m!5_C7G3TWE4hzx@>A%y$<6HS~;)=kmnVN4KV z=&~`|)x^72ANZ(%?8}*eQc!LChdErnuAwy2P6yjddCX9wFrZ*kau7`ML~-{_1=u-6 zM4K!>Y8Eg7O(!c9Vmlj3<>VW-t$N+RY;wUdwT8M z)K^5PW!X64Z!rq&G3SU=%;fwHxdsXv&%;5{d=aU+S%ipGG5k^6bC?>@FAVpW&~ezM z4<;l{8_Zh%ac`TOW?0{dZ4?rbJ44E8TN6mNnc)*<0XQVJ{EBd@(1t8ogDhcMoaxPx z;6n5i6&3j`!mT5qk_5 zitwvLpqE*DaDz47ClqXFPS}?K8TFLRAA9G5V`vcP91}dgC*T|wm$hY0G6>FJm^U{S zF(T^>mDxv2e5Ga5DF=$S~=2;4I|+EFrnjyHtv;f$Dva+fYPudACedG z_tmO=KDFL$GG6cs%SIcwMLXPJ--|L2GW?tx)vD(uHlI6V{myF5@4tyxUlb@Hy3r2n zX;W;tDb&7tn0PEkAs|&GxLF>86$duw#n~-Fh|Wn`EGi(}^Otf%P(-;ubiEBj=xy;Z zcm4a%tq@8^h&@Qf@2hmow~r#Ip@nezX3`pry&Nv6p$kqyfi3~Ef6U6Lg-<-#+@svDoTE8Og)+&XP0e6A;wu5m^ zG0ZXALc*5a#}=4NvPCYA8-Y5JaL(G0#tds4!ov$s{OV#e5{dAV#V>ZAFx&)cO^>#| zZ%lYilHUkKdW@z3XIreCzY807$IbfONTDKueE6W&30A{Tkr#_12Tj4~aI%uwEwVnH zdasOZ?IZ(HCKK=V^tRg#n@hy)7`emo8I;B^OC(H4 z*-`8jBg8X?qaGCC;r|#_V5xXYXieizMv=)GPgWx(qN8SlJIC^T`9LrA)$jZ9+v{Kf zE_(+fmREc%&~6E&KFrjg;K$skYX*c<8aNwhZAEnp^oOOBMS*7a{(*T>OYoa4Z4F1tQ%;U1BG1+un{a;o5##j5yGRUq#7_C5aJNS1ef^eHBD2#ht+2If z(>rU!P*`gGV7roOO|1#W>s}3V*qMIF7D&mj7sZRsD2!Nli-#HW1nRs8swI(X4_dEC ziFgeb=wL2BJCR+7X7!nc~AlBzhZwRh&k zGcLM+2G(WvkQLavrkAi~pcv}`X}2sg{U1fc8B8!g_&iziLP{MupKnrxf}5!`Ap{DJ zD@V7^|(Aa}b4#Cc-u~K`i zGHSM^9U$@M3J*;Euzr<&K82{9V}L3`MRul<3-p*PI^__sQJdXleM+oWtET>No>N}! zi0qR-P^HbsHP0P1$%ngKx;6&Yk=T5P$4ZY^#RVJ#*1SI3wk{y3JIYuGP%vMW!7 z3B}#j0fYh|06Jn2_JSUF+gJ&1p8WcNxggHfthtfgO<1A%al@kkZRdP+7BQx&2f7|M z3pzhy?t|vxQe`i|s--Wl8LO7na5cj1TL2rBfdX%sMX#$T%4lAM!x3mMI5F6iYf@(^ znhUUe>#$D#H0dn()HgOz2T1HKs1jtb^jF@4Zec>UaHCVzTNrh~VbLmt{k5T~M(;Q% z2gJQ|plI|JzU%LwBoko}yX%UOL_R9aj!mGX?~o$@U?j(T!90&)TLV{Ys>2f6=;<%c z5QU8ENuFODtw;K4$5|$d>?3a-23z{87C!s-P@z2Jrq``&wH!|RC;o_lrI1OtIZFC2 zCasp68j(G((=c$XAjWWTBOM3vh;{1UzUO>Q-%=os$em#YeZfpDdZWdxQwrM_xdFqr zTVxk;1Kek`yt5qaUY!EayP0RU+NGqV1)}w{xIf0aAZ|K-L5>z&9Dnvv`n9PDc z8g7%yPb@~T7~J5Rqjp^6k#PIq*}sa}ikL{s-}SOEuc~u!#o*nVQex z5_2vKkLs7|CQF>1#|0$-rD!=|<5T`5MZxebMZ^RMiGh0b06S=)#)4b#TW(PcTlXG| z3X-wk$0PTT*C@(-VBM<(vW@(8*hD^#`0vQ3%yj&Ni3Tu)o{J^QJR3pOo)lvFswxloR4iuxi0tc**cw2 z_}qXc=-bT?=?qgULmNXbbtA&5PUtvvg7)-FbK+^spZJ(XZ4&Sylf|cAE3UvS zX0$ynhBeDPd{>}cRN}Zpz(a{asaJUp_?LV3-g$JL)BIkVScN>3u{^4&XNn7$5_F5R zd>v}r(|EYoh9 zoPWcHWLsywlmw(-8DQVE#d?LKv;;Vrhn^Y_5`$<_njMIbHq{sNLut*y7nG=?bvQC0 z&`xV)=OJZ~Z8ZTIv&a%uClEKp9h5E2Mcn(0T(xdfoCEI4n97x z?_+g8wUrGB`b(J%OyD4NA456uS;omFh9-S(i$*R#zewR<6oT%gEqlQfxlpETDam<> zG7r6z0|5D6!aB*9u?oqGYYNS#@M}t1uV8?tN=9>4VEg5Ygg#ml#?OfCBOr>7*#b~C zZ?zO0*X~*E=#8>bDJGuYAv3&0lgY(It$;MuM#rvLYCLuRoQYVZ+e`~UC>T8}>h+H< z4|N1*J0f#sQK*YI7k*uY<@A&|3|W)UJ)vkX$&xn2KlPXMKP_LO5s=CQf<2!1*^B#v zlR@ov?DZef=S^J1!DT7j6#Ui`2zCzGAybyIR6Zx3ZIM{oN!IG8HY4C;t=@1EuW_2$ z%>B=8W=1?iysF-ipfYsV>N}xD9486+z(%iUmh!y>9jbJKR{rQ4L{}7%trsrz2=4n-$f3N1^qm&_mr+h$M=MG1HGx6g!=N~30!QFhxOb_1&PqEe zJGpF;zrtv=F9NRQ!3D5$1PZa-X|#u^{C*wY(cwng4?Ynu75VfBj-BGL=4c015PK~a z#$+sK3c=q7&$$Wx#%>A|jHG~s;Rv=IR}sl?XayOtk^gV$SKNXitHFpb(5UGcpxhfx z{Ln-KbbrB2D-}OYHs_`-Vx3F!ka2O!vm=%%`Kc2?S&hnX_aW01)MeYq z87D;Xz!;-pjuX(kh|Am928NthbhC>D#Yv9M6~m1?O5iET(({}Yhg{)ZYriYgc!q8; zTPD}I1#F_)n9Fuad7<2Tz;hKca3`lmwdpxZ9Jr8$MI63LLp|xXd5vK)!?@+{P1N^n z!lTI_8MKJn_{uf_Y5Q&WyvvfQpWbi}U^|IVf>k8^%Bq}s4*rY5c*A1p*F;qnZi$!isyhIucc&poAcp*|5!)WoBp>j};mcp5%2yRWi`qCj)( zVzTN-fSE@@Mb|6D{qo2}L*&uj$7h3H#g2DiBCm|s;%Z%0ejEWXZc*XEUM4DNeAPK2gvkv0UfvC89NQ+?G6!&WkYG$@Ke)Is1~ZM zh>30H1R_{DVTpft^|a@z^|v+*z+7GsmE03|Vn?J=dfcM2LIFQ0rsGYX ztuIvg>`CGZk&4goS0UZigI(|nH%!M}JayO7cp}NeEs{q3KN)ai4O1{+js$h*Xw>IB z(obMbdt}tbT5E2M^%PzNVwpZ)vACJSSlYP0dV#RdT+G)ia0&}mx14|@Njf$; z{%0Wsny>nBcy0F@R@m$n>LV@TmOWS;p*$lda`Ma#*9-78)IVvefL}{+ECQuOciV>^ zD$$D6d=*R`BPFW^97<@jm{OJ=0e+gL0{Yvc<~~k6^8jbF??lHl1m;;Zi?RttDea1Z z^6!YyQ^f!`h=>qE0}nHKt;i2T@B4WJ6fSSU*_aS)6`W&eH)OEa+vx^I-!|ovsHt=p z1;OhART^d!ca60D2{o2Oa0D^xex(ZvY5zj&2eaSxjgG&aTye!sa80W4%OSYCq9uf( zJC?>bD-srZQ<}}qdtHaXc+(_;tsu>!zetV74iU55GC@j%!Kfn*Gui>=M8BE!=kR_3 z3J&RwMN1Cp{*P;3gxb}i3r1*9Ps^{5)0)Lx*!fXBJE0lTxMDrYdMZH`f@Mc`tKg73 zU0N8--9P-dw3VHq0C2{(`Bx=gE($`!!y(rN`LMec&SEC>@#Di6jC6z&)sdP?c`x7UBL9_LYAqu8i zK|mTU0MOCr^l>Z)$|?RyG9!OQCh&cjCIzyIcixObXWp7nUWl<%V&&tc-eZ*P z3=$UOvqC-FJI8Gf>iYMgh?I`ZtqhjbQkp_`LD_Nrxvf;_NZyu~rnL?27p=$_7``@2 zh1BAV9&iKWpQS>xYN06kY3Q}XFu+$@0mtNEl>rZLO)WFwKxlxC6IhtW{`K@AwOiAh z5Hzl$=lBBVWZHOf!*TKt&%*x^NP%Ot=<20^z)l9i#yx|ygKS%=N~A$OFf3)dJq!gD z$W*N#oEZAylbzvn>qEiVX0W%lgn^hH>*pgF6(_T;C8RH+H&)y0l!#bws988}QYdL6 zV=gPC#j#{UCK6=OHIUe4yF$9qnApB}Rq8oWZJGBqa^~&wB!oX zVnvQxz7c@M>1HuPR7&DDL?@@^>+kd0&(*?XKW_D-FNdFme=!jHjB(mF66q)1qA?46 zm_?39K{I(V6PqJXqC$iIlIh}LT-N@h{Tag1R5rrcrK;m+rfEi^uE?65;~FDTi#D+- zGjufZBJ#ZD=HRRcW}S%GAcQZyBiIon>&87mMMbJ}aYdyC?aV|1Z;DAESI~5Y-DVP> zt0tB=mb1od$Kd>1Gsm*4{Z>jMETKh}-JHuTAB|XGA)QG*>G?ExYY?|bvBm%r#j~M@ zZY|F&Oxmp~Cf-D#Zh+t~@4a}b5^qN2ncIGKGKa!00MQMH~H|3PHHB!2qI&9wozEN{=30Wi3n?L{~_$!lHualgF z4vM&j&Wat#If5Pb^~Dz_1Ni4S_yb0dW=eJ%=jJQ(S-PNjWo*k%dilVA7de-GDRgkDgvt)} z7`u7wh5vK;0l^z1;4d>@OV?|FO^ip zCI%%N^!_I&*+qf+Al=CYw7yF~?4dQzs>gTvn>QdNVBEE0u^dc71nmpLw>gQzxbv+} z5ugZr$l_m+t!lVbUm4mvZ^mRc5-A>lO7g??YES;gB0cP8Blz=fkkhZyOMMP~Jp<^Kvx=dE5f!lS81+P%R}$B#)fk|_>b!4ymX z7>ZUroicbd)iDKGqMkv>_6g&L*-DlQ4C)u?Dw`;{;)_&BnxuZ_!5!*A6gq1wpou1t z7zn?B`Voy2Xpf$-l92&#$oLh$Ew|b|d7O&HSq{;9(Tw04ggb*yMEZKLG^J1ytK-&eQ@C~M;906{ z$|xdGgeB`c-y!W9axuS*ROwhkk*`;3F9F+(j$o6uc$8PNT!mM6H- z3K`ilf*uI44bGmZeUCKS`ov~%fIL{5 zQEz%A*x{GluTDpLr;&u~vh4g1CJhr5%X8nT)IO2!i1NN_A4c;Fx!GqW>rJZ8=eIR2 zm*cK3NDBfKwzEputWK2%Ga-C1H$dFFQ?%&Esob#y4qiz6mxqb$QfEK$GK|Fj<%1Hr z$jNTNIxTSUc=)A^025CbJxOW|TjvS~bp}UO5c$`@d&nuuRy^Y;chK7*uY1t!jXK#Y5~z)w)5E>MkTI}kS<-V`mgcFGMFYlGr&r9&2`+T5NPxY0n(SzZ(wyt2 z9J4ja(&QRh+Vw6bR#u2qo4vfb`We_B5>G)k)0l0clK7dqckf9_yN|XcF?nW^ zXfgbU`5a5HD*HP$^ExL>XyOs^f(WS%=w1fge>dX?N(wRF;1ALI(G8P6!$s&zvOz&B zHDgu86HyGFeME_DOWiw&uZBAXaRc#gX zt;x#F{1Pj^&AlLAF?@`tLZ^e&O!S!Yk{U90O245L-<})FRhVUx!K55BLoAsUduE)0uQFRBcM8%XN{HlaY z#4_&A0-*iDL2zc2$1WVp$QfD2@|9qr z+l+$tWiV-zCn+#BzjlWp1Y`HMsa?$d;ecfv0k>;hRT~f>tb6@hSW$b-NrTlaad31t z(K#L~NK(C0W-EEnw?;COn5x#2RS1f5@YlhZbh1)p2%?S01jh0Avmj0WauK|!!~t=K zR>y`{GdEibjfYK8PXy=klL1H@Ff^=0^XxynFgUAtG4YB+|fJC@~vgz*7@sM zZ}&_bOMnq8#vnNd4E6d1pbldu*Kwor5b-!?}D7F}Dbu zEcs8?lpSMMy}rEhISQuk$aaqZ_Hg>@&NIu~H68qiE&qBKt|%79^RUPZHW+W35$ms8 zDV9{|1jovzm{|fx49>DA{O!`0*1i^lVUD|)`D&|_a<;wwdF|bUkkKmrik$%n)zT-s zny%gK7FegMw3)BYu;=!@b?39YjiU3?g7oF8A%dMQ7OF&SBp)D9Nw1k|??k+EX$y=@W%#4e$vj>)LhNeLmAnVG@l3=KKT8OOq_wGMQ) zJzKp8mJDC`G{%uPE{+ns!3<<@EvE9K=CH!s_$dqaCpSGj=IW$zOAH&CmL0l$W6Gs< zHSv@!RHPH~bQGL|VqNkTj$Ovo3z5wlM)X%FR0BP`K#_w3!Ig)0bc&^8781p(DcT*%3knff zJ!r0E1uVK;jx-9Xc#X<>L7XHM%){2w5>EO%!Y&;#lQ!wHxgBV7T3Vb-_)_kZ(s-JT ztCuckeoIAPSj0}LpQmvFj7tzT$BHQYlI55ohtBXJ3H5wB`qv2&Q++EC+@;=-aG?T} zZ=b)zqFsX0EChOg7ydCfpp^RAPLIx_icQ)4OEs9?rV=?`^A5{eabN&hK&HQ4!_@48 zuq#vM#E!_y1bCw(%9x>)fol9i=C)ds^XMtQwQdBNC>4sMrZHbbXMzFNU1x2;)Q}ss zE)-0p8BJbc!a^1k zT_?B0vNWm{2RR`$gPSEsQyK8MJ2N53aF=e#Hm(qUK7gqNAVWU_uaLA}U$?T}!%r%o zD8cXqNPCooUvuqdWslo)Km@>VW?(j{mJ;Tn$M5?xwr_)uJFqI%XNt%na0}4qKz$0v zeD9ObP{>(1Y%YaAFd&l8LiEuyCE|-U86fL`9x5_33Cbu+(G`s2)|DA|2Va{q#2!JH zv#Z#JNe3!z4HrF$hq}_-z*E8e5Nk5YFOb4y4G<(W7My1X|7;u-h12)j$%b17i0*Xq zYVnQIDV?kl+#;w^t)`N|xCP_u^#iQX!qt9l8BvZ51gwO_?A$$toqfcellfc4{g4fx7*JPuc=aw}HHgY-rPG#Hu zDEitYHo83>|9BZ)rq`8Spw>?kdv>*CLI2YIkV2eus}omH-m7vY8WgUYx@b`cuQZ-)Dv3D(b@ItY2wAFQm-?j|&=GEwTvRV<})IrI;_P&ALV*A|Gx zIx7c%7B#oHN_oZvs(c5Cb?%QFIG5v#={~3%7d?Wa2Q#a}rjP1FBI@Yvl*bp?Q#k2n z22&$*A!&4Tqore81mEuecBQ##)EcsNd0$>&N0|4Rl_rnd68Hka-U~EparyzjLTffa z1(<~!=>_>7D8^-$gNqMGW1x_6iiF(OS!Ky)Y&DQ9EhZJy2sUYW*A=prC zXBi^%4WmP4b#b<~7UZAFs0NBGHFZ6J|Be;d*2`NO*%@8DkR4hUDC2J!bh6!WQl_*g zvJh&UKOK!*qBAA=$6WPiSjiyA{e`MZ+&dQD@$s{5pe8xPXWh5p|Vta`h@6IoL}h8W{j|EjHXz* zuk9JOAtLaW0vwg}S~ISc$F9p&I@#+kN}Nrop`bnJ6x?`S7=h|=cAB0e<4x~X1##u6 zYDY|C*lc|dcleCLbMN>AV)4RH!Xel>q{0TIlf`|KNMrqeCk$HXYgt_nt*4G6HJ5!x z3q^jd2LvfH>cg4)^@!b!83H+r3=dAbdT{n#a41~FX^<=A`-h{_m9B2Z=*4}5IYSVn z!pMG@!bQK1EpE(a<6jS}x4s8)*WTr|0PcPQHA3hM-s-fdF4@VR{NHwEAU6B5tl5T# zRBY`FsGzIP(&~B~xt8houqgHbwHd(Txnf%IrpS4^rZ!pyu7K%`$sx2PsGuh~2*R{h zCQ_OfuJFWLQz#w*!d9__laXP zG4q_C>4DJj+BD1&-iO87ez6euPy@IG^_be@`?wR|mR172qdi6Ubx>vt@y|_*DjG8? zQ@H)&JhKMy!Um0Q_*@mjWof{q)l9>L zuMzh#LAYq~rjuat99;KpyMy|D6q7%T-7scLrF-GSFvNmRj1exv0InPJ80nr+iU=qs zu;YwhfoZBpEL}k{+UE->AjazA2Y*6}fK}5ju%)~z7>Me`HrA?>)*-{vit)~Hcmz{W zr-3pzehLRjQLQ75`cRqeOX(Yr#2!`_gzkAK@qbwS*s*HTuA^1CMGS$zQKN-zBz6!9 zLYWcRpF9O)blhj-C242ank1+r(b4M7io@Y<_nmC$%mfCJCakYHzj zPCsr@k{r`IIT2*gH1s`mV~< zS#k^94H)b=V6EUb>I?AeqDP-~c;sN$=Mt8Wr+>{uE;pYWCF#{_gA{^>ICQxt<_Qcc zc@%PFfr8JPXV&B}(TPc)(H^L7XS4Oqs-XT85~5Ls85byL0VRnGCIg-Wfpjls9~H>{ z!Q-_8ILwo)(+FVt1x4N4b)cNFO8Ir$jIkr$zVLbbfR%pQqW}*ZPVtIz&CAQ&#ZG?ea_ce$GG-I)+kt zK|I1b6x+yHkY6;5n*#~VK1dz8vAJ3{042Ije48gq2vBU**1`TLekHS`9M`iPPFpBB zK(A`T#x*zyGib~;guDC`{HK$%I>|q}R#3$gHByi*ss_a+W%%wsV&zA?Q>J48BkU}I zcbbjP4Swh(1!9mYF~|a6qbDDW@E$%_x{0%4H*(d3(C+ST&=wW90&9;-xl#j@)E0!y zleYCE&|bEglfN8pICO0$X2cJgMZJWQ81L=(UB@`leWdyHW!dql8CJ${`Z^L{GM^t-t>{_>f zC@&q*eG>Obh{}u}m-0*Uot)7ZHk3?er~%Xq1-e^ljA?Bd{wskOb9UXDR-T~yOK$Mb zBI}Ry8g7`)Ph{s74dHo^_Dv!+noGR)418n|V>T7W53nLOb;-x4UJ&+*Fhh39N@XLU zk`0E5T-cO4tYZ3wsJdU6?^_~X<58HRAD!V&G!m(UCVPJ*S{1v+rMc`If72p5O%5{S z#gZD!NCZkSGoF(tXGQM1(5jsU#_>^JC+#r7(2aU^*X-aB1&SwJHx_+Ddi=yBM3R-s0-drDCugmLgGqo7>>p*O11cAsUNJf z0H7BMRTiJhbt71q7x!~of_zkzJnVMGA7Wzr8MsznOoXiuhv&04lIEd!kDM19M#{P( zM>0o|Y&WGNZhO8pVW@C(B_yEQKad*%nB^fr8-9|LhKieU(so9|EhYf1kY+dw`M>-h zL_YXQ-9|nhqfr{VmeLpz!G&n}xr&!aelpg|PmOV27qEba@ z$lL>L+RlT9f;a;w`u?hyEs;Kyj3!)Jb24e2>s(na2-M@8FA$JN3 za5h=OZ&Z>mmM>`}zAGG1l5KgEBK&xoM0uDT={k}ZB)=2byC!@zOu}pzMwDG2S_o{Z zh&s4e>mCN#e0ppImgVewRiMOxY*C~SG3o*DgnCV}O;V8Q??~lvPLzO7ArWcJ^bT~O z8Y1=J98QFxN9<|0Ez$Bwl9^REST={@6Tz3xius+r-A5XNXaibSC03z{2sPShy9+Tl zr;X7`)DRa5N>@|VYg}f+PoSY--x%4sYxQPr^XA%bA=WmEe3|kPyDO?#%X4+o5Vq48 ziNvj*F?34lFeH z`TbreP;N3BxF|B<-x;-!mN}`YFGN%iF?*K65>DWW+MZ?tXQhiiG)C=p) zTR$#>N34s>F}V26ucn_Gy+f`EohsJ`2n-SW#q7t%5-{t`E z1#9E#fPzA;a?|`xq05g%L4w=Lay`u{9vkO3Pnvy?iA;DZ?Wx7|G$WLXM&yl%q!|7~ z1n5O9wYJ5@ybl(#;<_^Hw|ZGMpLX4m`24cS(Huc?{xc;GYwg|SF2gq0niYs4!o3W& z#%#3heL?1>qww&tp&qdJf`%ROP3qm`-6bFX=sy83f$Au=BEKyx8dIv0^EHn+NsbwdLFoNwba2 zFuoBAVvKD^PnC6rvDBFZW1bcj(s(2d#u{$yg<)w6hvxvF18Tr6e-~3EE{A$p5y*(v za3n8`DGB2R#r^WpKxR+NLk+XStrN`KF7$;3>M28b(`so5$jii2vYVfkD^+k6blfYx zo7^W&yD2}wE-a~1{|r@k>CCj z1uQM?Gtn_{6xY@BNK)ArO8ii3&;|_GyHmb*o1Yl6j;^X5 znPoCd!~NhxNFnNm%wYGkDUzNsy@DB-7y@?Ib%X>rp5i;EpIQCx5_^gHs&PWA!(eUy zm}KN;qK_w0xoq0F^U`15 zY)&#75>r#j#ce2(zMT98?^Ihj(MNNGCT*9b z55(JXm7i9MK&j^tY6qm@*kk{4ecW?`5=WBbo?*Sw~1H}KEIMU znIlJJAEMEu5*gw;^opao7cQ7}^;h-VVHoJ*7>4+E(J>p_+fpb*RHsNRW{ssSzDrHU zeDzh~6KRE7TKxWsmle(C*#uE)_bZ&*mYi9h;tMfx-V}7yR9Rt5-hgBKBce{ zK@j{6Duo|GQ@H(>Ah(UNI0-=DwPeeDmzxo?q43J&Re?4t52KCM4nJQV^3go(S5TA2 zj`m&=Hn~Q;$+A9?F0X@mTbb2=Z7RbCy@*jP?i>k60a0^r9#dsJ`s%3ID=ck5BTYoPQ~@NATM<*c;i&Py_5 zt8eN}4|^n@PU@O)VXu4!p+OB9K*dh9#M2wR{a-Lo`BQKDA5hPG&?#FLaB7^cBJA4qv5C12!#asW0 zbZdLqb~_{V8bK_+Ok-DJ;$^|}qiCFq$C3&HTyywx^O(%hjq>#tj>y}Gm}tJ@x8&rf zUrFNQa%8G_bdGftZxdjy{dAx*mFw;P*vypGePJLrxJ22tn7q2bkosG(z!887gv)6uQMg=0L1`Gx!Df zBAY)PLhY>L&mILv2RgRZdt&#|Uj7mdxkeF*hfHOgIO->pu~TCfb+e4&nO>cy>E)cH z5Ns_o$=@y0+Ru`t>FW}>sok#t)<)pz!BxNhr&$# zsO@W1YY;xzS?0qo6?F%J1VHVZ;~}wbyUhUY%usdBI8y8soNklm3N}L~M@a=wmDCQ^ zpm(S1eNUE}<3)=WS%$&1B~$YXgr(Qhn|f?Y{kWIrZoXB^{+|GgDQ%VRZ%5lbh2=;% zqE|Oc`+L0H2ElkDb#I^tRy8_9%WI?s+9Q=)jSB~gm0x>2WKON|c-3VBAoE{EMZ+4T zWnmdm9ReU=se_15IH`mCk>z7HArf*U9#WmzC>$r)A3LsmBaa22+=D%;M&&bUBLnk{ zU;K`i!)u6bF8S8d39B)QlSnpGKcaVGNyV%VwYlKT`l#j>mBp zHmL<(F#}$QVoM))jiF(%>7v-N3Owz1XnH>S2i(3WYf=$nj7uKoS+q=*vM{;n4hv{> z-a{*MiqaPtGFiTj!7F2qHynu~VHNtl2zmxtbnIYUXmDK2E97CE3OAvY=rc7DR0woR zJZdXh+}I~gs;C}Y^j1DoTjj*;HqC%=icI<=H6+4|;Cc7Ef%6?! zxSW2Dw_V8$*_6eXoJtq7dL3plvdKLf=y0gg$^M_15W{d}nXf05P*|p7rbN#4#IWit z>Ba`#!xj*VNdwYx5!G-$VyTtFQ(Ulh(xOci6`C9^eXShk?n{2k5p`Jcvoz3oZzOKT zj6l+QGFjsQHE~sO?QXC~tWW*3v9mDF(IXsvaz- zr4&woHWRelOjT+J(Wu9szKJbo>jKbB8jB#6-Zrh<7BZJO=nYQpSWrWOMgekkqS@%b zsZRVLce_9omBDl7HpPM7-SiJu!L%&9*v|1nNC05n+8GIh9YgXU@o^xCgJpq&z0-MH z=Wikk4-gsg%5iL~hM!qlsA32Z@-(d275*JQ&{DL78{RmZ0)_>1z3vriTFKK?;dRx| zvhj{2!U$QbO|-iD6F?v^tY*>5p9K#^h7pr}!-qrS&tXu9+t>l*l2VsTVoxEja*hzc z`FX8cLMptT329(lPm8G`Z(kBKM5)nr%IDx0@J-P$qM&{f1v8prvh||L|4{0MCxUfQ zo8$S@dBi!3@jKS#sp}w%C5bEK<3omo~N`1Vxg}{%& zSzlZ*Tf;Q|LyaCjr;Bw}V{)ts?TXk_ZE^;m+p2*H_06Jo$hc z+WqSnbn`Ao(e_bpw5aqV!moCt?9mSORd*-ttXBYi%1{TRl29kTl>>AQ)nsJbt8lv&eVTW7HjH%HaxGJ1;<6`bb*GH>X0&psl4t~!PzM;$2kns$GpGh0^@}qxT z^8Iiqe)?L=^JMp)*dW}2kg3K6y$|Ay=eSKPiqx%W#N?9`>$)ibREC z0kROPn{yryz>~Dyb-2Jo6HHgc6Qtx15ivRCIc7%+as{N83Y!s1Bk zxQQsrEuRgg6pRu4U_xJVbOQLs_b+$je zV30hgs`ja~oGODG;7Llo=OaoNP7Qa-7gz+eODxhFas3UmI=WN{__09Z2u755K;N$R z@JptelQ{p;laYugcO&RCQCgrla#_rmP8x40h=0fx{08$Jx{Z;i3Z)^Skx{A0slz?( zW&7G1Wv)x(+s-tgSIQc)HwVoYEEFmgN8WRIZcut~K|Vr&xWAVDY}XB<)T`9#7m>}=ohcAP&H#`KkU$Y(g$Kb8241Dz4B9={coFGs{-UxylV#uf#pa?SFRZ+ zZzN+0vx_8rbKJTR*2r4)W$byu3!i-Tkc)M0S@m32yFr|>1yjTInC#H;L_rGRJ+~)w zIXskzjz~Vf1D0;32>Av?Cpj#YleW#6yk+F2AAmJ9=C?T?w-|shl&)s3SDfvn13i>v zP&_pW$lDPkkI3qp5OtJ0MzYWs7=%M*!7IA>0j!A;wFX@q%?KWkKLK|rjKE%d+o0U` zKFi-X<^9pr&!>Vl*qE;6y~tP~Iq%X11E z^RN>Ds;dZ=Bu=%^&99FTzYQVyXePVGL&%5f-CG8ujoog%cY^0rMTaJ0*`hc-)tiBYPScdjN_cdpnn z$B4m1;nyv#bDi^&NV5DSBcf+6OteH(vJIiTi2hpgY+@$hj>$U}S>G2dYmH!mh%S*t zL(LFi8dF+sBJ92IqvFD0AYT8y*6B9J(HszaGa=yK-Lgk@d^IJGm=0!^4Y}jUNeUfz zfN+j%lBMBRj8Q;+pq%_4w=E&V#bFu1000Ne007Km0000UO1daOK@{}z0000000000 z00000K@}fi000000000000000K@jIe007KmM0x-K|NrdB|NrTp|NrXk000!_000u@ z000nj0000K00QU0_)wpZTZftSF*R-{J^B`P*qz>Aixy%9tRu=?lx1n)`Msb5?P*2Q zIN{c)N?CG&3qI^P^Jzya2;xRGy|l>1yCNBg4X;q$kE3zMscZb^1u^cb(`D}ovj>hO zd$|*4Sd+%K%zb+HsH_D04VQTRW$$M4Ycyw&2y|^*_5cd@i<8Wg(l*C!pi^fXVpWP% zxR+5$@LYuB3zO0!N;{rJ3_#U*aa0kOX~EgPAWD~9xu#9W0%gDN=>2u#lsVJ3*!Fxs zQtDM%hEjR=Panz9zPD`E5hzgdY!Xn&;Po&?F*gqf-6}rEvr6_O6@^;m(7su$U(VHq zlW76i`Dv6ari~qp9?f!w{4|KA&GLDV5nXjDN|l{8b8BGF9P}(*_s957mRjjq_X*eh^P=tH?K$uBA9aeRoMrw{RVPfdb8B{?(MdsQ;L zk7~~)Wmuq|CauNYO!P+iy;Ud@WMU{5(0aUk6K--_ObZ(f2oGF~tEihEo!wZa+rKv& zrfWfPTB^!S{A|&KsF6C@a^)^$^cA7VPe|0{@1GGXM!UxPW&7ixDSC(vg*gEaEHiRz9*uk@v+iUyjcd5Lg`aon~%nuw>m zn`R^24|#Enufk}@YxF+tJ;pvWqW9T2CRMWgM5ob#O^T({B;+Idj_Suo$MVYdt7L|h z)Uq^?_Rp2`C|O$cp}-WM4UR$6W_RllkxTHHtnt*P7ZKz`_Xk|p6gLi4OIs%OiHx?J zkQWi_5SCQ0c?i!!#Pw>ECuM~-h_%c#^EQk|itF-*xuNBYi)+gVE$nj5t$tOjEz>$j zgvqOj`)@HsSCLf9NZ016I<;<#krjoB5-#x4_UP!Ux@qPv!t!Bd?E#~dtxTG7EU^_Z zlM+wK3L%oS)tmq#|tBWtkpBZryn|0m2zBIm9gvl(q8xfe_7}*WNDc%P1_4DlA!dO6@V-DTJc}ESZ%w4H#u1)y}W^Yc8y#dQ#o$aXCui67y1yYcF<8NRbkh{ zdCl^lHe-jqq<-S2S)Yrl$1C#eQ~qNbs4~Ap$j%u|Y-HPIUb9G?bTX`2w;$22tW-rn zvfbpv`E6}UBEd@Ph!DY$UeIvj|7w=Y)d5~MuMY^vnSZkzqk zkSZ)VOO4)JVGn{!o;e4P7xVIPzCMctyuVc&eH6Dc+!@S9_k-QHY7@88J=qMI;BjhZ)*ps0oC4Fr1+T%-| z&Ti*RC=i@R9FFy$&F*JOAlQXa69Loc#Sr8&sagp8;_~vCf+6CAzP^>+8~ztLOHTkS^=vt z>y@^2(IywxDR)avQYm)QcuzO8cgkpbfdKZQtYQ`4QRCL;jnmnJcl!B)xV8TcC> zny4WyrC?!&?PKwuA`?7AD^4DCx+>d93=&G^g`~v!Yu1yVKr*>BmQ!S0x1Z5jazBE< zD|02#GnXkQ!TmJ42NlkB0@GXR)o8}j$xAVpX`Lo&Jx7#QqcYreHq;l_!Fr;TSJPbq zrXp!oo?8heh&ekktZ`Q)%=3;Tba^b&(4i4IL@etjuL+Pz2lAS4m+yToUY53b-Th`H zxUrMm1}T?f%JgsPSN|y%W>s2iu?@iJnDJnt#J$xHl;>(`=a}|PsB??hY3k|r89rv9 zGbVM$7EuSU#*E~9LKgXTLF#BcWvPIc$*MC*YwKq8Bb%kaY8EEmI=<+(Bt3sg2A@RnokbKS@8wNOiJ(w;{p^wYamk!q9VR@>IG|mOWF7 zc`ev@L^8EwUD!pKubYc`R-=@wu!xwJ($D0rkSCOe3z(nOm|yHvw@~7f<77=U4Fh$1 zi*;_NWq~ zBjE+GRwkm*`q!jO@Ko^B*GZIhA6ccm(Hw0$c2q=ifkZm&7Csxe)ta2iUO|1A8gZ33 zcCZ%YHIAvJ`Y!P7o>I+{NE=Fan3h0`t*f)o<(4LWOs2-0GT2gMUkH!j zs_(XOANS7p((4Fh-96S4TVa=uC7 z+htKU<$^Tkk!iI;_9l~n&&B8ut2o5BHJu-GN#Ke~wv=P;d$=mB!}NOtZ$D$PtK#GyJp^y9E3N}u*$H@;I&`Dik%=G#!NM0X2iq4e7|I|S-*U;R9`y6@TdizBXS@0T|scxcRL1j%YJSy4Ago9 z{IX7%pIrvNW+Itov^46d$d!;H=EQq0dAHsSIyR^1v3DTx_B1V*^n@ZFyH#_pY}lx; zewebMYUT|A35!W3Z+!IwmpGicgsk}r zu(|YSdhIT)B(GfLO|-iDGRtJvNhBeqM2xy&2JB%k465x6WP%(MUk?`t&@v7P-J~zk zv;$6)q7qRoiBzL$4;+{@@ZXBNGV+cSU4 z*-*2!#-d5RfWas*Ui%UqWn^LE!>7_&Voods{yuQdf8Wz0QI{YHbtG+CZ6K2#WgDu6 zpQw`LpWp(f4JNszH-#*LCueJ-yHM(BYEW+&y5k@UHrlHEOOmCfms!`a9)vK*d6R_` z^>~o^gHWe5NF^aVPHqK920=klRet z87xwa6&&*i>k1DPmw#bwbIY9IJRZ`3dl`8_!!vsMQ0N;H@7fU88%eiImo?>mJ9Mzn z#w(tx!=$&OVK934I!OKPmBe1mZ8*9a{GW3y{7ehf7kr3_cDP}dZu z%zPN*d^ZJ};ntilyT3y_+(xqOm1l?P}@mNh5 zu|0NJ+kIJ6X`nBL4moJw-1U1&JvA;J_BO3oVO*nvSxE-3s^7!4S)kcF9M*31IQ3H+ zlq%*h>L25TI6#b*^{y-{Bp_;XCNZ)|rm%2P;y;2}yk2T{NxP(NrPYOMM)no@VwpXh z8N(A2!o__kTWTra6hE_$S!`Bhxgnc}i)mU@g|@kw!Fz;-1BeyL@~pWd=v&3vtB`WI z@nx;4SHBl8$j5XeQ@*yX;^icqW{QJ5%ihb8rLpkIE~5Vowf9kGV>#Rn(ZvQl`hl^nK#R1ZL8J|vZ(B4Hmg-n>;UfzZoeptv88-u$>Uz- z`k`L;wQUX2IBG%-T%zODrEvP&90)mCh0;KsZBta)TZ=%x>0YoEkVKqhN6N>ZgBi3m zBC1l_KYOck#9a&yzV%AREykK%A8KE^LWOon|7(06T1ZE!L(LBPuEkbnbd!3(x3adi zwdpXlvR~B^y>@prZa#19UbrH5Y`=`+%9XSw_(gt|=J1y>P>f$z<|=jrBWd@r&Z1et z-C_Y`0gsptZWm!d9cVWzTqqsAE{8Fx-d4`^^4S1+zGCP?pf-rLj=_(bdBd6SfGY-S zG`VSKFAZ_exuTI{B9qQ%4RNa12FZv8v0O#D3+5vgsZ5QZGNau4(hoVq#x#1%zK`^b zm(=Pr3Pi6)p9dt4KvXA;9LvcpzrhbxTQQ>YI>lLp=<}qaAa#(_GU~o%c&jq9tM!Zx zQ)~zxj7Cy?tb~e#yzz=)&5fK^*+`l|l#V?clBEb%&BlJwl!5k z!!QhRbx=61>K@q5R$kCO>)jJYjL`mDMh#~pU_s%C!CGuPIg^(=nILpD&4XcHSF2y@ zY*DIU{KCFpX2q-!2(IV=`3(QH>okOBy)cs=W7fIih*Zp6mvAhLVTVR6RJIfA+h|oJ z^D2bu+u@h!EvoGf&vca?H2?*kyzM2cM%tn%LNa|Ug|6t^j-SKHTRLRwQr4w*9JBKm zZw<=LW^&(?q;$hxl)$`X&vSZ64s8{FXQLjatMiha*iw|X+A>pA>Ml>T27B>X^5oXv z4t|-_`bAlK#gxV~pIJ&^Xm~4xKEzG#N}Jy*ci1$Qkw5GxP2!Z|PP1yaU=m`og%`CC z;c((|pzx%!HJQWS)1F%hALTw%)flY0r(#T(Pw&@smu4xwyEQCMQg=_Ma+z0M8>)0+ z^gT4`TyS8s@F{Uz`zWqr$_2tJMYNVmrPLDlv}$iaG;uLg8jF6l-XX3Ce>_pBTl^se#!;(fO56Gra z2}7f*Ne0+G=v2yIAdeIj?2#Qh3D|A%vmK%%^0LW-{EWHT3NVUj#yfPrElqjK>ygJSn8iL}_jPF$iAlM_8-mMwqO>%s$7bJAU*@K@Ko zewWN=u(sVfh}Qf+UnJ)S7?t1d5Lh@+I+s#F&IDHj`XMhqgnU(=dlAs1}^Kf7n=v;;Q9GFf`cj z2$ZaQy+&BD;*pGzl^DeM*NrvA~gYY&cp)1SrW-aH&%m7nF>)}q&08>rXtC0Y1G&n+bfb-RG=F;)wGsf{<) zR*fry%?#s8;+kz_CU!;UkHfRoUuj1j=+P`i{%R=LjIa|0C2d7wFQ7^wFRJ zt-4D6tXa|FJ&4BISUy^tyeb{ec`r=e!US4NIUrH9`J+n&h>=$i!PAX)l{26~oD#RZ zB-BAXt0zsJ`;j-{wsTOa;AxxWv+kj1HX*9~VkVegs+vSo?oJ#p?t#qZ6pi1%Ld5)s zd;+63Iu5Fp+dy$0#ZOA9+ntbz+uzr(wTHE3;lG{YtvuLO)+>yvw=SbAP&VGgXnAM!yp~bQ%-ZR}@J3 z=}znw(n11V3!0!LvAUs0f;FRhKvFyCPa-df=ND)iWVLhFn!&sYt!n^K0s*T2ajA+Z{M9P}GhqtW_K^ie~`7L=`)IPg~E)2EkWa)t|Lv-TZhPLF)9A zVijH2mOEWTOuhGyxq2r0gT7on%;r%`o`ET8Cro#FSdmruXwg7&qr}X23$2*FMg@>iRu_<@btBr9NCvvc8j`peK)v}kCSg`_JgA4mO1GA2yTyMMx6(i zGwfuBw`@|TPZycf`I2uIsA`M~jDEEdmf+;e$0fua>{-}8X=81q-9JSn6dJEX6}G$b z;FOgWN-UDi)dqc=M(I{rBHaWXX>O1=t3NPo&2I|$f}1Adz}o(I5{+F@d4WU{3vk>f zvIsR4HDX@O6tT|DL1OMb6`9b0|3BoUj?#@9W(QB9DeiWo!NVdI5k-c9uZk-Bkr zCbjpZ6SSoDZErAx%4*DzPy`TMx|zQ+Ki+1nVx-mT5v=DEE3GpVjlOF!SOd-+KCsh5 z^aD#&To5s3QK~4YVoGc|rIFeH&4xp-U5>+&Hyax0`3%>6#&kCfOPS1@MfEGp+0Bn% zE0xH3ap2UEH4(XP9C?pIEhZW9GVu#FSlB^7=-w0H?^a^OxrD~encIA_mglBuLC$E) zfTxvl#)e~Vya?lZGM!pXZJf5{U*>H;9NS0NB!b&xCh;4=WPft?=jTO>j9gAG2%N)E zBKcoE)?JYYNhAl!9J)zNG{BgWH%3BK`%KCo9{)Y2R?V+rJR(ARvCVbjI@3&ksm^-P`5H+N=gB#utegEgk_;SA zT7?sII#ukthrm=HUJ6EBB=qQL>Dol1M`*FjPFNOXcq~m%X{{${8gyc3i&*RkBNeU7 z$OfoUc!LCw1CVQcNlr9=G=7h$Vco}F4oSL^)ei^Ae%96ux6Mp4A?V>tu8UEnI(f{ z*KVlNO^Z#bK}1A!CY$v@()v6~B2?7PHLQU9O{C!qO{fV>)_y2^Mos)(rC?!a-Cg)QzA+~C9I|J+Wll(0M~K?1-;TCLQVDiM4td zL3nM>=aIZf+CSDls6@e|*G+5fGBUL1x2h%O=G$k(=xHMrp9go!^*$I}=^Yqo$yzLd z$_{D`rr8-MEO4o`n~D%8ZlKobPBCA=JhiRgeUF^a$W1^{S@(?f zy(I+oi$;m8epoAm1@%@4UPo4{#f2sIelOmY1Lw{qi_2V z>u~VcS-tkQ6*^ zGjvL(pm?mb=PFNRQ14N?m~xrY(kj=jebPTk&H zw)O=h1vO9)Q&>e?Ua;Eu?d7M19r@TNNy~nzDR{p_6=a4AMbj6w zl{Zla)=fOmD1Zqzj;CZ1=Qx~GtU_On#RmdrG;-Na?e32AFqr&cg>-*3=!79IC9PnJk@a?qJ3 zVLOOWymIK}_07Yb3SUub;m^B=7nzeU(6^5JxbAK?T>lLr#5AD-NYR=)lZ>5ed%_5H z4ZTK5NA649mJP!rM>sMy7|=;N6C)en%DW zH@nhxiAW#f>rnc)+B8}6Eu#i@;cmKunk`BPvPg3=m{oDV$s2Hv_-y7eIJ$1pOIjl3 zDTInePE_Dyc;h{#W^QssbyVu`;IY?o`B5uks1h z@g7`g8XHS-gl>haJnRQRQ{xj+3zG9XRL%JJj82G>BIBj2qj zM8^^!k87hx5b*Gk$CXQ1av*X%MXe8;Lam%wlad-u&3|0wZT!@`jom*T244mo^$Ms* zXigEP6D?FUgB7t1Lh}vVi8`gPmO7vFVc+cmK!aW-ieQ_a#*(8lhF(2 zM4RGyQ@2#GnJlAK0u^k^(oXaev4O)gdN%HM1ruUl?X2r(Z*LIm<5l1|aJ&ed^!8Nl zmXh@MWdib3*7H$ONXwXl{H{(|6|0)x-s383TGYx(N~Uh$-#lsa8nlu0_L<;o@YkDf z8Q8ltP&O&i+%IzXhWTF-UJ{iW-*m*b;cK_W6FJZ`5>7^BwNZG-n8dVESD!x|`78tw6Ju>qsC5Q8F(FiB3*0Pp7SL!P)U(ml zOhl3zlYvhuI)eQ)LoiTgDuR?`sCF;u4Z4Eckeam?2dJAE069R$zm|@8>ZY&5ZN~t``zb};m$0SDQe+LI+o%~@*mjv9cXkayrX$2UD zb(XX9X<(Gc9LknN#8bFMS!yI=R+byMFZhnReaR}L8jljYyBLYH4M`PzGK_6JhDjws zXJ2?NWs>B(nd-0R*f{dV6#Mr(5qB+RGb+fQ0JBy8i&3Kv5fi|I?GoFq;KfCcI~lG0J=6gU>%ob zB2O|^ep%}z6Ht!<>(iGNCee?A93>b_Vz6Iz9yo9+abCT2haK4dL5iw88?bY(S@Mwu z-ON8>Y`D%dCp~#$zqH$n5{gC=mbV9`8xp3JRJqOI6U0L@Wx&#Jif-q4bd^Vy1P+^= zUldZRw437#_Khm?>s6mEC})b0dZnMWrYr=Us(C=T;7v(%|Hr1-x*U4Rd7#orq=EFd z{2~(YUCwXf)V~Sz?QU#2J27Et56Qj@{=Wz$inU`88oh}U_=<~s**ef~IbSLFC=U8# z$878o@@y@P_2ieA?N>jGU*f8D0H>nkm(gX2vu{l+UmUV;sxTLpqFS4ast6%nW*PF4 z8aU5pfh=_&2_R-XD2*Cw@G6)6O&Xd$0gTPwt}k;UpCWIT&*kt;JTZn!P<2o=Peh~F zD~IVzInc2-taVBxOG)^;YD!@L;W1;~ZQVJjqHK@eGIgDaa0>wULez2@e}V>BXCe{C zOUukxQ$t@^1tl1>12jzG(x#ZCG@OmqkUO>x#(I(9c-mmOrL8Rg@;PEa||LDH=m6wGKxEph^aJzw*%8=G!uZh)Gy+5;uvaCjl zNr4)M#bb8UPc0kzQ4RTkpx?WBk~0ekX8<*!IP*Z``b*X!4%hA3CvCYg%ZtGMFFPR& z)U@$fWf&0fvS{!V?nhw`xKf2Kyy2~5SfPpxT&5H!Yuj@tvRT_D*;{gD1{gIeL_zxK zh3g4AqzmGOCmPQ~cI~X?dX#W^EKHW~n&KV#)Cs)8oKFnUkn|6FzA z$*uKWJp&)ph@q(iD(?-s(f7&rTgFkvYE%)bhyZ~p%Y6v}YqtoiWe`i>=Hc^Pzc9wp z_R{*w(YsNxr@Zlmk~qRr{qV^?gw1H6I+WLY0OE@-0VvHwHRK4*hDQGF&@s7oSg8>t zz*SH7(Zxo-S!vAY*S{Nmz{%^bN~|i2+|{zZ|SgCbU*v@5}#1vusQDD5tKX9IfbN+qmJZDxSJu)$O_(jmlcOUnP$b_;NE; z_sdP|{~^KqE$U1r1EajRF?aj-tW6;S+*0zbRFEX@JVXKg?{b(Ar(G6|AE;gh*UQ)e zAU<^tomq5FKL>){rwQoMxZPqI5coqe0-~JZu80_de6@k8F0|FEA~{V|$6Cma1qD## z1!QLHj=H1%n2u_gU7Fq{b0(&3W#r%GFTA8|W99elD%|}L^l}`Q47;|9a-^U;P|y6* zJu=Q&wn#^^({G+*F1>pTA~8g7n8VD>SuB zcL$`(+Y5zCfxSzq*z->^#0orxT_-dlDm>jkZNMz^!buaener?r7m74AX#whfC2)z??2|u4U9Y zJ`GY4Av;#439E`Ic>x+IhQS+9##bWy(P3Kf;)L|OYbGTbE)V6yM?_O|9K$FtCbg~$ z#C7Aya_fV-%>#d17at2&95IT|yRGSZisJudh|B3&y40Zw6}>JajG_QaT4zJCr!L5v zV&gMMvj~ijwFK(j%pmyp477FDW#tPhx~>e7{w&p>c2?%8n9_-B zBvX;t$NH2B^K*jepd_>L)Qi(FsnC9{0un2_Np#KH$S)7{h22`pIc_%3w$mh*jWLcv zvWY4%lOA$By)dT=$3(x7%l-NmmDF4~cPv{)7bZcOyxod2s#GfAM(K+HFrm#b;v_6O z{Tt3plaeR&Na!j;A6{eBG#Uee^(KGBy{CSe`9@)5N{<=0hZ+AwmuDn`0Vc}|Ckp*v z5?A^O;@-jmM--y3)%z&W(VZ&B%r4WEDEy}x(HMjQRLl%-9kDHnu@Mad%DI;QtM{;&Z=MZ_0AGnd9K4sqS3;`HtLtA06 zpo5&ToaVSVg`Ygu)6c?RvXZ({Quaq@UOhk9v(|On^ShPxoQ~959y$wE<}B@J&T_|h z>b#kjQjS^6GScaKP{p+yCv+Y&=_B-^*!z5o7a>I+;|>Wwqe4}~?-KcQm<2Ng5ge|C z9HIO->dA`X#tji|Bq7nxOY-Ux?9BPZn+JUhSr7x2d;u=2j`^}|+{dqpr!QD6;~l#| z4D=^6*=p0_Z{W(rld;Pt*gzX7mg^9L#?2-;pmD5lhlx7BvY&n{$h+85r*?8aS~q=N zh)~BC0`BL%oQwK6wW^DndTD5LK75zgwRox3*B9GXncJmJVWdLWt@~`M5=l>~^@{D? zc2Lcha9q9EM*=}^sOuenF=Wq#s}$~cM@M&qeR5FSZ-WNTo>4p9JsS|e7L`*I-CKub<-zu4t0sn&ioSc zaQ0b%{7rBeg0$i1Es;10X8LKSGf4Ti)EJR*>1VAP(GpPH*xlbNyL>1uHn_rUTw*4% zkvZNF%CIq9B2LE2%6{d(WvPeM&Tc=+^sm9kZ}TqbLYK)Nr*0n6SNmaHUGg@`q*iyj@-<8!X=^_?g|Yc2(? z&j9aNChEU7pyTVr<|}v!Gbch?Vytbvk83e*30^VupZpBYI3 zQ8ZE&45^pPt5ZuQ`(QAohYBfqiuh8m0=Yyb0n&jC3>J%sPH};XrNCvFy0O!Cfc?@s zsFUYG*a*aF-fFpR-#lT!Vwv_{-o2I_*Rm)YtHA6y*b9V_Bnb0Vnzf>?;B!?mFfy>@ zY`M~jm)Vhq);+6IHI_cfO4>Ae7oT8B%C3aIThhTmJ1LrLy6kv#Xv1HJF_#-KJZyH> zOTr7FuJm*CD!EZrP(h0*0rOq2mlAW9KyjGh*zg>Cl)BZvNWB_($`#HreSif#f+FW> z62AP{kciJtdu?EV-gDV;2Gtpld^>#5prv>XVgJS zvL6E{Dh(6prH*hLmz`V0ct_iNjSxos?L#RNqgmS$JNo5(xyghi8J1{FL_U+%hf-8; zv_~$;DNp#WNNkUE~g`XcM^5%tlfchuU(bFgxCh%&wMRLhCVN5MX#pdYH4lL#C};OKC-mJKo( z*bnZyH(tL02%E`PlXc29dJ^t_l>7T_VrWq zqV~-8x|Fy)scnfWOz8S6E?X;7o&}hemhrbVlvi-IMVRcY^e;cdk2HP9E1tBg{&7hr zdj6!GNNGnXV<0=@h+Dl%RQHmh=SAMNopT@_*zIdsUvKl}ldY!d7_?c%b#!4y`qClk zvj(&i-0)g8B?0(U)lW+NMK<(n%lg|{>{3x0d|go)Cae}nI)`bb!8A1M(1w;=n}iB4 zDNnF!*cO`9p!{z~eZjDxOCqbm!6}T}7bT?S=11JM2jDUF+=8INaoi~|x7G((@<%kd z+(uq33+>%4ClH6r4-+(G&m(JPg&x&zG)OrV`xTMSmM;SpMOEH1WSrg?Ct~GF^Km5; zm(L{kVOj)(lQ-);fzq3c>~QyFb+_zyIH9Y^zLf9T;JsWl#xYsco|;CFCmO)y@!D~V zxuIhr++DZVyq*4j5kltO`FIV@;p!qBQjgHn2)i}_o7&Y;X^yPdGU55^X!&`lmvdvr zbnq`JEXu=Q0hAb`HDo%}xa6y+W~E_WDQcXQLQIB}^xKECyHUPG4adlv*Ety=`MRx$ z{6LE{lhW4YE^l&+4{Vi%qlGA;VWFD%Bjk(4w;1iR9YHW$iDf-%KtnB$wl5&=0U4~o zno}TJlae#A@g@ulpi|o8hgK0RjwX=lhg!F^p;mv$D?fShZ0<=Yn{RGcI;h{OjdON# zG!VV(FRUw*B?sEXFR|f^$i_C>ZQASE`{0N_MSn2C7?Dos*aNM$qnoT0Y~@#uFl#=LiBxeicHqv{W{I_>*)VAg>aq zNEo%DOjS$QFm6w>L!x9;F6udy6mr!fmW$C}j{%pa%I-Rw(MMM%%|)`f$Z50H;$@Ml zP3c<4BqVvVh9$GlLRWU+XJ(xU$tgRj0_8>%CQqTvf(`$pY2B5%O-0To&F)jz@ap6p za@-_+38VOG9;2DG`Zn@mW19A&^Q$3fWzLHzrh7|WdgMzXxx7G&mvHBFy8c_o0VWmqVqOT9& zgAIwHb*lN%JrB|{r=d(m5%A&viAsGe>@IA>n=qSH^kYhmlqrj~H$)Q|EGk7iXA z>y=4_2B`>LRe^>fO0kyTFm&0+W46H~ELwPyE8~6|j1~03Sx9o66;BQ|ER+lv(!8%X zUxj#|H{kQkVOgEazWA4(h^C|i2A(`T+lx^qFFBvV`|s|CP0Nr~ND>Wvz9 z$|RLGnFyk5NUJ!Sn0U(<)k~&HU~M2pw&Z+TF?T|l38HzC=1F^XP|B}h_1kgfGM98~ zE~s>Do;9G!ZmEU{h#`WPQaA;%wvDtw@aj}_>)-!tT#&%^8hxyKDN@W2Gz?N+g)3&` z>H;mPK=IYAR}93E?w!{rrkjBV8R%)3_8ElS(mevy<0?3Ph7hw|($Cb{o6%IJ34 zHnOAoR@;m1syS2Fk)k+##in`D2bd`A(r`WT**9JEm%`Uq4<=S)JO8YOY2 zW*!dA*$ntmo2>CgxNKP=(c>&RgF<8L3HP(gHkDEMiPbgrn|6|CivXY5hvp<1neYY& zDh}zFh<}8RZBe8uV`;Zo5t8e>Nqp{_Mfa;^j#p+>Z9{ZsMdE=>lzX;JhK_Lt&zZ5e z3eb@Su~%Ah5%-}jM2(nB4`<@El#U0O%>tRI2x}*Mi)GP%t3)-zPxYFT(^%%)Cz7$K zgw^;OBC^Dur=^Y&;_PO9rH2J}I4gYHDE*oNr3~ENjSXxU5GK1t&K6%$SM-}ou;rI%dNzdls_duN2 zONUn~j^7g*{Ti)X|b$3MEOFElcc&oH*3DCrraSSY@k;X}1;8D5{ zlt>+EbV}%218f$)(@QDm@unOR(s9#5Jf4OkO>to-P4ctq;0j`-1CsDUA}9cMKF zwo!Rje~z<4rDKdpAuL-Gx7p8|tMw8t)MBT{NkV^d(Tf+y_XC^SqxHk*9Lu!d>dduq z1uRxjxOiK9xCz=L%)b_de^vH@G=by?4wlxryQ*tS*2K)ws?UP+vQ8EBH^$y)K0LL zy`}26C|w~zC6yV0+qdXGt;GGVWE4KbEfFIsm*QS>nRKLoF``aSXP~Ll{W7~A)hKQz zJrpeoQ84|{uV10{S_rFoGAq`9!J^C?nk)q81aPWO}RQ`h;drR z;wb(XlR%8)T$f??1JjO$_B9cPhv^D7Beh`E_})djKH2N&vKV27T?&}_Wh~dP3@e^S zLTD+)A)zyVEG=TJ;$36L#-KL*q;0Ahyo2Iu&H|6-l!EC5O^B=%ZzXI$8x^1ToN*>e z@VF9pmfRCJ=2sdMe$kHikkNTCh-8q-nv6?v&ri{DEXFN4f)`Y7K~mO`BLVa{?dOqd z!J_^=aeT%fS2;$^nN+nr*{N14-5bj##xa&N2T>CbvT_ckwM1PkBn4sb4qvS_>bRy3 z!ga&%QhW~74zmbQT)$k$wf4;3A_jU$I)Jm9r5>`ik#6LHD(p?^9ZnqAsJ@&nf?@S6 zg`OB0$9}3yG&+33OYsA#ptxm4i>k)b)C%(Po5S5RR-k9oow%`rjuMTfzNaI;Y~@Om z-bIYwEJg>23fx9|!Y-R4s#3kSrN0_vxD}ZPah4mVzn}+x=|5PFK96aFSNAt<@QzHA zCtlX8)r_KE#`;S|2I1sSf!L~C{P5t~Q_aC`n_AO|F`84EcIam`T%~D|r<+^7&I>PL zjlEdYIcSypEiuG7$SsNPsNAcZqNi;78oHsOV=7ciJ?uj9$`~wiHD&BsOff^rg*N9KMh4v!e8z=RE+L!g3p@@W&V15e>FBIvhid~ zQ+Jh@Qdxp`XZ=}Sn(a8XpIHZ|F4CLkh+5eO=Kh-j!DpcoV-Y9brQK>0(vLo9d?3*<#+lEZDK%aXgwatm&f;fA{WRU81V^L#JUVxeA_)+n&puuLhCg zChsH1#YzJJ?Ae|p6n^;X-H$ysjxQAhs9Z1kqvrijIj%o5u@P3xnU`6OA0BvNE$@9i zq7rHCIZb&ui|(>t^d}8o?=%CJD47kM6|-`m>Y?@AupLRRXdMWicVZH@0s#!B@$ILA zv>@ZTig-%+O&6H<-Ip7G7Xvs*96^Fh%RD;_ir8F zD+XVb<(n1>ULuhk@>`z+Qp>nXns45S;U-nZ5HF}db;vlrm#;NqGW#6ohP>sIE4E9D z)cHwA+_cH11ad{0CW)wJVMo&es*U80Ey8((3*QVQre>}tUeky!`M1u&7!9rl{be3X zd%q?o#)~?rG_G~PnNT?4)$2bCu#yp5U&Um9c@Nnv!k71Ss9F5dSxUew{< z%9L|k-|ogry72>QBZV^FT)a$_%G8^O{x;EaCJ&Kb$fnOH7s}cdh$-CV+&>SeRp3oA zzGRYlPNMV(>kiWjo=1etK25G;I^uR`lL;fWc7rkDIP`m7iLEU*y95l5+XY7WMRl6N z-32*vd~DEx7_oglgE1kU~(0!}9Xt%zqd zsX~yhym<)$X>3tHNsh+Wvwr2B?b;Pz*(G(9=*%swds?3bSof)cux-9GxcwrNl^qO=;CELb%V={XFKR#})Le_bvXpu$0uMtb*G` zU~86+`*Rp?ilGuYsg1nVV&Y*e@4Zm)PQCps)0BzY@1}H;WBydB*r6v;=$EN($APGZLtiZ0C9b*BY>E(<4yt?OG~Z*=t5KBDhChI1-gasaSWUAf|Fl&k7JlA+bv zcTi1Oq8d%$=j)OHj}n#0W%#$ibfSZTRTm6x=ck|)T(_ar@pxAVDf&`YQqoAO3S(Iu z_hfG?w@?Nj$U9{u->b2c6RfE5&g-9O${Ov z$j=*y?-~&dEW7b(B|EVzxX7DE(iWy54!+FwD!5ycDT9o#cHo0idKw=rSI6pJ1+u=3 zZAQ_QV-DT>Rq{h!{*2l^2uZ_oU)Cn`TW9fiIZ#zb=;JFK zk*h5)8^f&Nz!dVTSx>5qKToOOJ`ASC^EFg0`svA?dXm z(A-caG+OSDopeK2i}>ZvM6h+sP?jQZhTbg-Sfv@AF73&EqC6sYf39YoluM@iGu@$o zR#KUwk%S)Th>M!F+QUmTqS)!draXKv^BQ3F)!(+zZ#L7)TSM%yif{$_t7i)>resDoYC7> zhD6yxp8Sf74wz_(id}786o_kP>+|yF6BQD195V?K;bg8C={ncUPZS?OX@eAp~ zO+@&gVMt&(x$6=nCWg?rC0#>^*LdK2aczbQQ5Vej(UEYbUoYqaue|fh?E6Jp8(?SY z^&Jh*en|o4$rPjH!(LF-3QZz6(hB5#Ed&3RKFTbwHPgwYvr9Rgj%t4{q}k1;?tHuP zu(T^bZSahapTTscd+n|w<~fYF_KW%0^f1RbgOwuP~V zdUtw3jHNkDCatt>oFy2`E~C6(eq18A!9J$D5h1c&E4JC9+IUvVg`I!8GocaTgj8Cm zd_8e0zCiXZ6)`a&X8vP6l{8G9LMhg4B*kF5Nh{VbBxHj9Ez9$bcWeY0A-ZD0Im(i(*`W5vm2QVa-^hW8dIwydvduhXB6ud=S(7aS4R;cnk(K_kMMQRWizP%waUn8Z(BARnCjQKO-`=4 zXmUAfyh}+}9=%9-P+r#xK_na^nAN6T*n;6u5j`!7oC(L8`J6L2E*EXnCvf_}K5kqQ z7h%~-mEW*A@7p299-2($n0o%I@w^w6z?(|JCCWh2BVf$-CURT*Ur{_C*y)TA$zc#M zrkhC7yto{w1j?}K#o>*^T6>O zSdMdJPIXzpekjag-oU{velDjdTv>Huo3}q8^FL}W{J449W1LMY8(ocEH-8;yPg;>; zQL1S0kyL;Ny1D5zt{4h+<-V8YP& zTsMm%)(7*iCA90qYo$(h;-PGcckAECWxHCMqei(&;mSZ;culDA0?RNP1(;O#uuxK2 zqsK1a>jgfQqV3d9R`4@-N*+pS>zCNde*~7_75*`u3K{%B2MOko~*^?EH7@ic54%jS zjY9|qaQQD*kk{izCL?#-BtMek0y_ns86ta|BJ4yhs%fTomHv?#D3v(h-eV7~0J5tB zl!wx6ErDDFFbsf(UPyt44nrHu=lfvrVE`E~Fs_3>Ob`&_QC>8{#8{SWZtcs6f6k|6 z6qdxHa#I2dQ7{AC(`>2P4#|}gK@`_uB7bYmLPJt+hpxIuw>u6Nm#_4PHGQMx^2WW+ zPMeHQB-!iOFYnR?NNPxI>P@@W@o~Oy&G#?Z?(5@;YOMyDcP&Y_n;5+koIQ8ck1#=(urIx1NG_WacxKjN zi?bs38Yr%2lLv`qH|1e3qwLLjA^!{Ij9eJ?{-N~Z2ds?CgXA=Kch^53OfO3+9z z`Fy|w2R_& zd|>+sFaec=gp{jWUU>2Oy<6!dJ-iG%JRcEEPG48W-lodmKKPPXs?qhrmezp$d`;1@ z_Q|si^BQdA$7}o3?6+||qLtRI_T`K?ysJp}Eb1zG!W!YB6Ew_osfQz53QeOuf_iONs!>53^sWKokyR|W^ZnC_D31O&I_7FH&q$Ldfj_Adt)!q(Ti$z7U55X zs7a1*77^d3URNyp&V?5M%1U6KTq&Ms`Tk+geQYf|%>VbrjZ8O6Ehj~8Y+)`MW-;#D zKmc{{9J!9#GzLaMJ5=W|f=KzqnL9ynChae^_&1-VK)EV?oe>vfJ)w&v z;GUD1C;PBXgY;8piASi!~W> zdf}X)K*e2JBrVodcwdV}bc?m9){=Vvwn>`Hn^SSJH)A*I_48|=vIQa^Q>5J2h&Ns% zViw~gh!3nvp$l)J=6pZ4CSY2#)~8U@ zre|||kqjFk9?y0sz?#&cL}XRG&D=yjEr>$CXiGypB#X_r8K9UR?=E~;)0sxWNcZ5O z3T4^4cUq^1?pmN&@wy}{d|IQMRxNlu15=ejve@#4U2n-E9Kiu66fvxK7b;E7SB@YG z)eRryVbrU|MGR;&bMpr<2&*HnaSg(lgp6cx+#*UKS`s&hfzhl8)eym@AeKG(STZo} zrl;YIAWC$#20&4>*4Ms%0k5l>aSmE2dhSY|ddBh6zMg(bhWEd7MHaS(P&Q?&uW9Dw zOIwKHU-so-3s@=l8HDNq$wk9zzDdj20>xw29#`SYF3;%<-Ic6fxgXf1Av3Pqvhsv;v z)HF;*Pebk8ffUJP~pVRa9FquW{Ps?zP5W#XKlbC1-+69qZdw^_?j(481wE^0` zQ#DSMbfXpQHSvpD*~9%~;;1RuO4W?pWgCBH1frpl+9WGChuhfszq^sYB9UH<0;gh? z!w~9Twdv}zc0U?47*DyS(oGtmGw7`sI;yrONjvWRMOoWE6yIwFY#!bP;N8HRUip#g z=+7|4u{GzU7*)au`BvBD9GVxVxGmX3Bd2bBwG+yZCecS|8cn;yShkZY7ZNId0TMyr z`N6WRMyTp)fv{MR{+fRjU;wg;g{9;Z>Ss1FrGX`rM9gri6#U{YYXl1RP3k=jv&HPk zDf~l?M&KD>5_(_#S3MA`85&m!uM9p^P}{E1WJoYZ(Dp^vQkpvD1sbt&)u53hhD@ z21Lr*4Eb*}EwpEfl7|Dp#I!^WK6>mmFQh%-#k&DZ;{>`dH(POX#rBMM4JE{iP7d-y zITT*cb)lqp^y}^)u&MP)XBbFume?sY`?!?5@Z)=_Xkt%EwZYI%&l4Z@0%xz)-QS5r z!2sD>Dp~?mRX5i)g-%D#iFj-Tb$ucl{RzQd2fp_KA86Dt zJ)^i!U~t0pWNPN!W^6YCDAIXKO5R^Y=w8Z5j4{QW4~k{c6~P+pVt#d|BJ@VIlOtLd zC5S>k%Ot2sy_#+jp3cSO1!B`qxuL!oz%s$5u^64k96Y z(5IC~EfEz6DH7hhS8wJ}pPvgci#!JVl)NN&>||Gi?GIlV8lRqssJFMX2f}7U{wX>h z#|;oIN{YUH2vH``&pH6+T8SrCQ9xGUT!}NzvIQ#E!awy-qc!v~8#b(W8-^Zd*h({4%v zwb$>g%=j<%v9cN(hs~YUvgXo4jUK*$&q*byf^>3HhR#GzN_Q~6W5Y;mg+vghvwhYW z*=CgX(RP~T3au%*QZ` z(b2pzID7;6K>qX04`Gsaf0j}QXn(*8C#xY_;F_X7oqXYfK{?lxYP|pjXqCr0xfi|4 zJ}Wh-)VPO~3995hq<65WsVop>DJSTSm#zEscMKB7Q{@^;&m5S);mvn|yT-yCx^xns z?t3?M>s3eE#C#&^29gNtG}zN{{9wFf-6W(@0e$2OYSbtb@KeHCe`Fy$NmJUcwd48d z>lD>q9^mJigi+vB1;vuWW0b1}rb zSM!c|Ix+h=hq>9M=!QC{Ewy3sjMBb?eu9AP>x+m*7X;KQ0psvfaMTpW z%{vTas#G#%1dEN^%R+1UE#5}Pk!<~VuIPBaxI<5hk6Yzp1VUUTXUGacYSxf#y!o}L zC_ZIxf+ZoMfF-aEBleI0W8L0K2e4#-9$qpMwtEJmJ5Z;s9~YC{l`KQxCM zDXM}H%CqhtNzpF}rK%~Z1=6MqQV$?5k_scC+1{8nu#Dln2kHb!m`|STkhLH9EjGvt z)_x5cMSeZ3P+Ht$Yba3iaI9=a8Mr0Yw{R`5sxWN?@G$f>v+7PXSz( zhDhNOvddv${Un6u&dV5CbcYPoE1Ij~CcheGODIfEJOJp2RgLDE8w6N&dprTDlzH*S z(%#HwP%PLL=76w8E$;IOAD6o}a+%q>8@XsHTcT12@T)1`YA>O2NOHa`G+TB}(mWWU{dv3& zKW-ECB`VkqVTc(zb425(rWHZ$QXy*wQLqf-Y>F=-s8e+#5vi!0*^Z445t-GOYh1M$jTBBxjt zPvn+giq! z4nh!oCeeKxQ_>&o>9KF^pa9fxL2Ap4XjOh}e(>q2_+wNrRJ&%2XYcg}sR{mz9Bovt$nc} z*h2PHrx#wQey&Yi+NC%HPNw%no9Ii2lW~`7!YG2l*vrj`E1EpCV39J=nYBhI%QqxN z=|uM1B6PfKS^EZ26bCHO%CN||a(B1KSnK%)A&NsdSBE!vq9n?~^U9r8+GLnc!p*5{ zs8^G=MbuD~gxVyz`Q#+F9`KK&GH9EBDs*|9 zKXFz=^3**VvxjxpFBB~^%u}1)-p&K!`Oor@x(bFZoCdLF={SO)G7|#Qd zDqKc!ym4aily3zZPZf4t5=ul%v@+rIO1Y9}t=7=q_`*XrbPwh9L9Us(ExVBZvt zmQk7=-B>35#HkQt1v?uJ;<%P~%K;rnkR)gC@*Hm|BAlI0f3uDkeS$QFoCsZpB?^AG ztCuz`i<&8l1I@N2!)tH)-W<2{X{#r8Iz}TBW}w>uPD)HUzJgs3O(rO8)Dj$x;!=`{ zNuAeM=9`pnd_-J}yHSM#M1q`+&rl+yeLH}9sJN={?8fPb(<6UX8Iz^WWu6;x4#jN- zYn1cy6MamNxD0*YAn7EH8nRA=(O{x&2rX1#4Lu5^C{S*47+zhpJ$*4*PG_XmWElbxaqEf z62A*C?oLy>2|o)cyfmKOjbS zVc(Q1>a^j0F)rLrb$>+>Mjl*ghk>&-G2o}^u=@K1WhTq1A?hPtl8Xq?iK!6%l^ z1x9*ClcW^(oCgoXzUw7C;>Pe^@P1CIcGq6t`KiXskJ!AZjjdiTF1uB-Un9 zr9)8tk@vK}cFRB6C4pHAlK_(hKNgtcys?BQf{nQ0?4_~VrI4Kmrz}n^6JIl0bVPYC zk(c!`*GHP#6y2das#%N7eGj-riYV>V2qRLQq@_cMn&P19{4vtBNA;Tv;-l4I?ftev z?)%8+_@Tls+tvY0aHY6Y%X<$sd_=psAeGAKaxIDgN-ir>3_5?r9&I^PO;lDW(WUj# z+fg~9Xti_)h-p!dh~c10oQ{fBn>~DUGFM2>@yNNZfJQS)f|oPn_(k|F*&EA?#CW&Q zFC*io0*#1br&>AUcT7XW6AYq4`F=Y8=lg;UA=0#njjE(x(LDx`_>XgUi47{S!NX`i z`RV{8lw&2b`}aOC$Sbj9ql5s5Zp#On<*nPY;<9fsFjDQW26iOztzb>4Bo)Kyj8ZDE^C+Iln{ERzgvp zjE`eMylOaS44MKi!6kN7%QQ;T%Ccj1k9?zaAdeQ5F1<{8tTyx#Y*zF=csN?cY@DCM9R-O}GO@hOOzpMl ze6sZsiDvzkj@U$sEO21JG6SCZe$b?dmgFVqzy=9O@lfOL=gym{ax%{4{tWFEBdBQ0a;mtofX(!FeVhp5>4 z- zdX=6+GO*xoX3ySNCGU}IHgVO&?7|b zpdd;QUZN&6RGQtedkn1-K|SIm&pzlOl>xbwL{*4@y@6&HNG@T>;z`~@=cn+~9r=uZ z@$joG>dm6EcwNtcqY{#~XmM7_iPuSEnWecj24={Zody7XEVc;CVNl0(!>C-@>0*u& zG%N8A5%nSH^Ko5CQayfV8etGU>uR(!RJVv`Zrz4b;wSKE!#9M&BG>;+|0=Suu?z6R z{{zqbMz!ndvStnZyQc8>|!xGReZhLw^gXoFC8i?rn1S`XT$LX zsV4Dlw48wj%fV@9cLYgC>EN-0(F|qJwws<=7MiVw*Q%nTZuIFU|LTmh?7$DpiIo6` zX}`z=(93w%jv81qw%ek2;o_AKM+nQ!McMpz3DrW9HEMW75H7@uiOe|sC^ZF)162S) zK)%0*JEPG7ghMPdzBN)dMIb+9&S)d+r3TIgMNs5iNo80z#tHysn`gbS&2q#IIHYwH zB-8B9qO9w+5AI&NZBySI`(sQ7`gI~bI|t#DBS5hN`ZNQIV=`PaOY6>-OFotieT(9e zwAhaWxO$X>qrSg54V z?nKIlEz(x+p@#y8^s{rNRx{3 zB=M71L+cT37dSXLC*|6m0N%l>N82QF?|Dh_p~nrf+}8OOerJZ=FdxH=`OoRmCjBFL zrUBGlP$IL0=e|1zDEw`#{h-d#&T(_~N_ZF%2d0WvcS8-LW``#YO!V^t`>HH&*q$wa zHO-)@Gep#imlN8;DRL1D5*l1c1hEL)cH445ue&ga@|6&HSo!gn-snX`4%ku3_|1yV zc3<*@D26Sy3WDUL-3i^1)n^;zz8V~Q^)U;`Kignt5gc+{aCis%G_O2IO8juv_)_|+ zk7EpONJkf2aq*PPDY>UMOzj0fm&7MQ0ql2Kwr?-Lj))_KqHAhdXh0-IpS;Y8(J|rX zbHWrYAw~D$CA=G%Y%~6pt8%yMNT;Q~PJ6^H5up1UrxAAx_{6N1+l&ds{x~+&X|W*p zllUk-f!Dkk4oVUQEdA1hp&ry2MyLdjZYtzYJ!szikP`@MJ%{Jzln{ z!e(w^J)jf4*xx|u$oKx*`7~4rDQ(}Kw}CoSn}jxvD%+BhUt1=WaIVrlUVcSw2d2G{ za$!|8%KKnkIntx%UVQA#mx<6DI021birRr`MZ(#Je4I1BA)m#QfRhj%CjH| z^oXEwvv${7J7xyBV+*;DH~`z+NDaNqxJ&c52jcDXXWgYb{>=iYz`*U!n;X2RcD#Hk zZlPV?C0APNYGF9@4Y?#@Tq7I@1cZ3G3iTJbxC@7{$%tVm6E#?w4MH19lK%9#Q!-~P zsUFIlD!@gMw8ySO>c58fc}Hi(YlNbjgm`%Lp`?hSxy;lw$Cimv1PIG(PWwm*a(6`u zK9P{zD`^3uLZ>b@WzYGaBQ_A6W%K2ilW0b{2L@8M^|?0_@4KiQL6sH#+m|Sd#%9Os zljvqqBCDlWc=kZ<^c|NV8jZ|-UW81xLCKr<`G3GQYE&e5O|XFq2p1-rEZWNw!Zc3r zwwVu#5Gl*fp!7suN3IGhhg>&)Qq=J4G3kBZeMXl+-ktL9E!ksGep{A}nNJ>&D4@A* z$?KoW2hlJr1?gK0Kv?A1l)K|w_BPN^AaBe&)7@SKFRWaiN=o!@ZQ zzO`;0(%@r9@1Ry-OHuj3uDlBMaPYGF#>TZI;HzM=slf{0OJ}dq&e|Jfm}wZc5Ae!+ zj~^LeV#}b#4DpMobjOHOs1_er3n*wfhcM8jP9zjc(sS|J`;q=3&)qD_Aj0E`F zaj*mVB=n|TNENedYup~09IM2>^8LLCcX>HICBAx%xQ56UR;X0SRFAOTP ziE$5RCDAUn_8uEwpTAR?>) zk1#5cp+ne+3>z$LSCP8d6q5`!3qXo46;xK!ML`%(nQ8v%Q7D0G*E+t7jeZ~|PH+4X zd3N27&VH9o=*tyxu&Wgits{EH(TQLiSb>LlyIz~#yallHSf!LfPq?68$UY1c#<~jP zpq@##JsP`}Z_dtOOScj5u)3t;!)+9RnqtaPP&&9EvwQ^A3L!>Ta&JDxC{B>mgh_8K zi&)LGYs`VP3uZ;_LeZ1RGQo(@OpcU4cwio0 zpd)=Dq=-Rk39YS%>*B(2Hh(4eP!b2xo8rZ|q;TGCWj4e2-sz*Uw|%>bSWw2&6&af< z8NK(P8-=6S-m9Md>4d}IDU;pfN0`ns4j6Z)75kKNLANQ=DG&F;|6Y7I`giQA6ort9 zbo3JHyxDx?<6O|^5e{rcaQV1Y9h$2nL^2Wb3%{41uMi~x?=G}8NPOUa=@}iG>X)3( zD>DO6mIHz&kTDl@cl^LNsE_)1vWU)goq99^k*+Bal6vQ3EHgHY|G>1Z)8+3Yz0-ntt&YQUW ze>|Aih7CdyI3oj3S5ED$H5f%{KxES_?23yBXa(1IF6G(&a* zPEV@#xp1zC@}o1SC=VpY)>=g>xEu*-D1lWXQ2Wk*AlNPDHr&)OcKI!Ls+*Ugwjg+p z|C@1;tweAO0c-X7eA4B(1~CHxFa*%Z#bm^;G9yr6qp{%P;?yj5X}Xnj1(J0a=W@o! zJ)U#LKVIA)0(-nfix7c0YkTaBh;1pplWJjd7BdRSq1hK29jWa|XnoP=uUz%zPfWJ9 zPC0Lnnlmsx3YnVfQBJQdPJ+9M*dsSd3gOZy1_sRXq)8#zM|teni!n}jXsa?Bs>^cz zbC1A+-~WfZo6tWGe33VJ2gZHW?u0UnspApGv>V{M-)*-y&ygBAH+3Pv@03;5d$;P=Sw9%Xw9-n z3Z_3~uB_`s!D(bXyDxWI{=rWtCW=o#N4&8%_Is@Dif80Qob}!mt|i3 z-mnfO4w3unxVMU6aUlhK+g3*xBAo}&=sQVngKFG5?-}44SAks=ZCz-meaHX7rahqf zsLBv|$vGU%hwhBPrH7yPDX3+X;r1zOVnMZsQ}w~iZk=%y1tpf$VS#MowM3E;vR~kI zT8ZLLS*jL<&Yf&kfX4j=MslI7df?-Mm=6z3UNJj)DF79DEOWXM4m|_&zL_Gg;dz=u z;}Mdbkwo#*$oh5zB}`pp+%`p6kWYR`TczBPBgA)KNaWIHTrWkQnVx-U5h({KuDgz| zrMOTSsumdygHR=hywy+%lV+(ua!MId2Hzu_b4TZ+-a}J{I_BpWt%#SM(`3@Ks?~Eu zB|?7cO@GPm%~`saxc(ty1dfK3H37OoU#zoff^E+@iob=^zv*^oV>?~fv3W$a`X|nd zD*7k)ibm7))GT*}C%wZ?_ohH}vk`&9hUOyQ-1g>u0BDdB4y9ZkI+V31^0i4#k|@+7 z29x|}3C9%{WN+#ixG!iff))Y-grz{7DNx2tyILi}g-}wGXl3|Pp<=lBBG-Jx;&xZQoSe3-1t!(%kOFY^?c)6h8Md#co4mOueYcD;VQOnV!K zlrz_f;nbm!jBQkU{r)rFa{t;VK^Vq?BzG!2W6lQmI|H)BV zOr3v^b^C&~a+^zItRN-{28-i$-XY^`<3rgxHvVy3k-p{CoFPJWmZ4&?spT`!E>YU> zGy+7y7Ovi-`z1h5eYdhVldRbA+XEqPuuKur&Xja9y`A!dMf}g*epZN(OPb$}h9JYj zB8<21V$u*OpkRZi1zMY^M53!Yv>Og>E;d=ThOSWmR_q8(O+MidAE4r%S$xuCYx2P zAFj6=Bhqa}d^nMQSp0(PDLD}5L*KHK!`>A51xlPGxdl|nsFU0^); zR;v_c{k$tsn`j9zp>FU056H6t;Styj>l40V-cPJTcr%oT94l3J(kT)4z8Pff02nth zDD}yGpHrU}aJ@_evzl&_fYUa>BPR1YYBee);g;fGT}PR-O>IpnU17>|T=3?Vz(-prSp>#eJA|kLmgJ~)Vt2F#&WQU=b z>8hefpnpXKy$eP=(hqwz{63k&#=-(LXV^Rf;wq*z7i{n7Hy+oocu9mKtY2!VoV_#O zCK_+x6?$OmDNjb7@dAlq2_L!p!bov|=DoQ7Mv!w1s4|mXK?ZhHh42*&&g@6ZYKndZ z83aiiMC&}<`zEk=?ZIHSY*9{|%WAOsuV`k^Ezs~x*}vCCkbuI!0;{qVtEm};-pQ6J zpyz)ecpfO@YNyjIlJa^#+j}JVC=ppNcGBMeX?;1QcF)4=D8!(T+%$ESbs;-CQ zBoy7rAn2=5BiP7^|GkXyIR5(M1Pz89LbQ)l8Dn6G6Do^Q@_C&#wVS`NEnzR)cgNHyqUxy1YN{@gEWS|LG$m?A)Ai z>6f!EQPM$n<%Ms`FbC!EJIPRf)S84VUXuwqdu6+%;(uHpgIq#Qho$u~Np#4-Y_2O{ z&0DH=KB=-%M_MvXVZOuLguMYDAO^5TyOu>%{tG#(FaSzjR(p$ zp3veKj2w6Jl4=J3#?R=EE{4miBu3dekL3JP74uVIBxgKVxt$<)5_E|}YTTjeMGglR zjFg+{cZ*_i#JY(Vt_rYb7h;38=-3uJsJ?iTdtIA?^ zC~L}3DdejZx)2-BHI6oBrkA|_%LZ^?4EM&&%Lv*h3$-V%Jb@rq9Yy36nX~_&ac)T{ z`^~V6PX;@yWi$C6ZKL?1#^NM_=8a_a6N8#)l=7WS%(a1kGCv@{XD~NdkF~g0$0_PR`fTojrL7sTFzeuq36va&9 zqx0jI-w5b<&8|xF?k)sLZR?S|2qK*}$>C}CI9fz#r&6INWdLeoG7)~ecsN%ouBT1t zu3w_AOFZ1o0w#zyENk+SPogJFMDw0(Ok!Fr&H9AxAnabLjM;&)Ot4cL4pi+IIwtzFas_qLUN*y64p{?@8cd0ZC9CK)QFsK(?JGq(&-s`G{g)=vP6H!9py?kY|5-9Vph5wWn=R%N%a zDc<@g=QK#MIWVc@Xf9{>0C}|f+Lx|DYAz&nqVJjpED3#KkAjL&^F3JM55j;7@Umeg z)UfplB(eAeWtf~Qz_WT0u9s3sU~y^1gKuaGHo1E4jzJ%hFGmGp6Z1n0AWS!QdmLME zLy%lneoAO=C9J2jC+%c@S4HVU&j{^hU#G)24xmVEu(TqE~^()P-=l-{AUa$?&d-*H^EvCN+Ab!-AJ)tt>>ces`=UwMPy><2lIS=GKW*c$H>g zXjSg*jFIN78k6uSNH{uCT$;B3Cv@V$7_ddZuF*t7N7uvJv5#Ti@#iO*ILlI+9>N6X z50W0KEj=B65)z3>Lo^ujAjkP8L~S8om$Q^=e8q3UN1}Yr-RyAXzu!Gu-X;lx0EaXnS{+ zGh-IQ_A35ogoex`^w+8%S}>1)3hfDND9ZaJDAXcp9+*x6r%)KF8~8TAz@_X1le_MHnU(Q;sBR z3a~e|W{vI|#eR(y`cE~Pu!)mmT@9|idlUL3RFuvC5OL|l6N>p@1SSdKZ^v}sjpHxO zNij0vBte|9%{H@mIz;bo0fNbd zTNtF2>ul?Hy%!Zw(qfm->1bq%1d?u*(UIZrVLqTwDXBbgE$P~cSU5JJk#v->a#8Bk zk7ZM+vR76_lf$2Kq*gbSQBaO6v~=OG%igcHbv9z46XR*zmouRd$gc-jhKD|YZOA=^ zZ`a6TE2s_;grp|5OZbqIdsh!KXpU9p2`z=rk`ouh?G%QGNS3-!Y?k`m24q(MjjX{q zeG)K6pVB8RP`CownF2GkEw zk;}W&%7#|^IKpo;xApc!KMJh^DZH~m7(WHNaKt`0(K0!Q+dIyva)rl0_l8%DSneX? zcN91UBEdyCuUrCwDE;c7nTeaoV*3$rb9c+kH`lR7ZxngU_I%SI?YVco?~dcmYOYCw z^ooM^29OWLmVlY%f;C$f&gj(3V(|6#s>-dM#G?uygf?sjC;Uy})`YWPFMVWEzCP3| z07s#aDf_BadMVfDA3;Pimhi}x01ZNvH*c6G`B)%+Em=Qgt%6pKz8Ka$nk!apJHC&p zvmsJ4-+2$Zu_&fEDunMjaNf=1N!fP%(Y)SL#GH%N2_j45Szn0Sde}QWbG%k^Q!+p< zK8f7v#33E)C^Q~zC?=H6ne9lX5GE#*7Jg|k`B`2rg%Hjxfg&tyklzQQ_EdSaaBTW( z!u$>4MmKC#1y~yHxpGn46lr;Q`=0H zmkSt)@bNQ%n$!onn}{@#QWks?-xKf|o9Drv5O|r?0BmbEv~COP>`FyyY!*vSqicyLjn3*oZ3vZCPm@_Hi?Qx zCJ%`H@3iWAZ2LP7qLY3&vq@^Ki1il_$lCzXJ~42+BkeUkO6M*%o?F(N?2WeH_e_63 zSlPM4kNU_m;2np95z;Qtj0S1Zc!w;$veg~8AqUZAmj*&sD}9ye;d{rqA>5Qxf^tuJq?`2~VfAbQFn5 zKheJ?cXipV%>zg_v`H}+)%Qt8aO%DzUC4&0Yd?ax{OPg~e9?P5T&&RREcvHm%RaKf zLT;+Z6uK#m(e(z7de7O)4LU+L;RN{2^)3Hhxv%KaFd8KAC2#!=Yy&3tOT$Q&Trzv~ z?VA(oDljl^T4(5Ng#IA*LmNXoGZb_Oo95QJUzBLxHHyp*keDv0)^z-GjeCyn*BTd* z0Q4*KI=)M4E0GQSX6NNioZVaxI>fAMt%qxKT;s;Xtbwmrk1zgnfcq~( z(#M}-3>z4M`ABht+z1y$0`5?k{k;x-Fi+ML4*o9%p#=7|{2O2+a$#sby{2Bo0z)uy z_PS8fZ~faY0*KW9bpp`|8oUL-+QiNorRtkynLrSq=NX>pU5WCGF9$!0m#vj}lYC$l z=L>wK7#L%0gQn=dx~Pt@BG&O=<5|9C0^Xo{g$T`XCr~aTWe*X%h(d$`FqYkrdlw4E z`6&>{JE@cSH%1tc<*`QK5<*8UhcDYjC45LYqZ1!0Q6?bPp0y;)ky3Y+NJvx!!t!2E zTKR^N%U*IlQum?}CI3eNhl15xyZt}dByY;`MC(dff0gGv1J(vqNODFzb$(lhft6%r zL?L$okd`QQ?(!r-rLSAS5{i^FFf_LYy8Q9M`#FfZNgft>sP`}Bx5c% zRG-l)etJV(y;Fnp&+plRUYR+-Q3ieNhl@op4oOnu6*vqa|g6WlPM_VN2@W_(bgB4 zvHpgzv=RueuIxQz>5iv$mt8?N@NQ1gLA2GN`7AG8HAAxdT@ zbtanwWIG_XrP0?gU2L{qVmEE0==!aczMAQS!TPcVQp6pU;0TJ#Z!Kx7f*&%25AKx9 zvKtW}V{6NYF-_m;KTVl^eE^OSiP#{xg1e)MH7i({qQ4=NChi;uM*x2Oy`xIvyG}1? zW}<%Jg)RvTspWO&QPL}LlGaqw(~n%K&lv(bA)RZ>WxYq2tVYbKo?tA>I#Mz4&zAjv zQ!g5Jd1_quy{MNpx}|>0h8k6SfvYdmAde-fNnEOMrFKI?kMj4vo);|bzaxlDga@$k zhiwajFIr?pj)x$Whc95@ottZ2>8~;=Bvyh|288f}N=oz^{csWXK7|aKZ{QTs6p$=n zBrgol0hSax-oJ%g<%+$x*sdJ4>fWah3gO|Sq~AY-7R_x z!{M0lb(h1faAO7V2DvoQCNB?2wpYWy(O@13L*+_-QNqm!G8?fSskQAe%}7~Db3PI9 zv?TR$gT_e=3DK``=Jd9&aesuUTLU(@YF?h-EH=(?3o|0VH3Q}CO66~~ zb;-{xI=g&RdP?*r^^73rHNV`#dZ#nfQ7ldf>5MY>K-JgbjhRkzGMQ<*BJRY&q0sS71NofY=L zz865`oGZtSrvM#hqruPqHCvD6<*DS@SLyhESxiuosim_sCH9kr?5|czz_(_h3aUOr z5|NkpM&1-fEaq_O@OaxiB^QM3_mzD>DU+xql-s=Hmfk6M!Eov~s+jntmRbCyzx&8kC zXgkp`%ikIhLjmd@H~M-m`LNiv-r<-iJ!xOmtCzP=!gz~tsCK|3Sj}sCaGA}7eK5Pn z|2Y)@teM7clw!C-Z=RA-Emu^MGkEi{+IT&4j4&w51I>!FpUXtq>21omD;jUaGY z*l~E?J2RxG1C&E>X$h*c6lLfq6h%hW8hSa_aSs80Vh|IKhX3x>Vqd}u>#V8{NBUsg z{!D{pgG+E!C$dVoptNH%AutJZ+2QFE81c&%P%CJdjTepUojXnYM-q1r{K|tCT?PhG zS+(^*$I$HUwlqDG9r6v&gTwgFv=aWgjPl8NPRIOc#O7^;Nw{=iYw2N#<+`$@6MAL! z^hT_qSj)b--*IOjR6a+D>}{cl{_YVVFEz^ItM>W>Q|5F^>TK&}ppxl#lv;u^GiU76hJK8&cc0F+OP-jErIZxN|n`4VG#R(AN}cPa); z5;v|Vg&^bW_EgXe=cQ4nf3USLXGTAC~x{%55!rGK>)AD>4IZ#>3> zC!!q|rxe2xGxFUV{)3mNTJ80jO20~rsuRdu&#no>Db9_avMRix`&5kCGoEXOwPd#Em9t6fej!$|f+$c8j|k9`CXA_3`ZXF#;ja(CC3AF~jnMM8pU}Pw$!wf?r#`0l$K*V}(tgqrW z&}wmDwOXSJ)FE5njkOYcdaz~LIdQdN0KxPT3Uf3rUV`96gm}mB>wMA+`Gy7(ol| zQWYx_Femd?aQ%{q5&X^dsNM_4sx!6B@WbN;nT}F;tb14j_-Lo0#50h?uE{tDFf`11 ze2w`{!<3V-v|}h}mJm!uM!s_>O>7J zYo-iijnbbS7IN=Qp_Mv;k7Fa)llJQuj&;HFoG6nx8(ib7pR5Q|PpK z5by&jOg*MSgusq;!nVgq&1%0{ll)p-u1sS6i{8|kTgz`xsbDl79q3c?r_WfFi+?Z@ zz=WGm04t7}{di6zV7MG(al|EmLyE@J(d}GFP(@gH1umfhLcTUJsvxwN3?U=Hhpy@J z6(Yf@Io}PI#bA}7Nx5~+_RzWe%JfIobIFkz+bqV-FId388A4v0D2=`y#Q_9IyIW;f zC{rT$bwG?|FxIVF`mBW7Pn(!SL?B#4ra*_Fd?AJ-(87yvyh$vj>azNnhF9048yj9# zF-mtt!alLvIPG%s3DgDh%^t(d+Yu)t5Jh0RVFqM&WGrJwsbIh;0Y7fr$_ZktT3sn$s^V2u$M(c*%q zau^}@tVPA-UfFbJ1XD#^U{qgwFie>Vu5s{XnsSp!mj&2535Shxg_N2)dS#*6H#-G} zCa2w339z#Y9yk_>kE=Mx+)(1je6Ho_&rpn_w$2GGNike4rg-RWUmM_DO1~4h>LtqN z+1p25OroW?_36^qz*Q1J8shv9jtpysU7%6Zrw>ldl$8#W=4~a9t8Cah$46hZ$TE|< z&|r#sOHrB~3nn4U0;rG5CGPs&4gw$Ym8>vaM)WFRh0q<;duS=PN^l)%9-)Ii(!w$f zSfbHT$4zh#vp`w`{K>0`C`n{abQvr&3)(YYXN7V<*9VF1TLMOmj;ggB8!5)NIfuspa2LH9i&;yawm?U zS3R}uyBnJUue>Da%-;TS#N=!6I&n3>a;|YyceEqn1iA_vZ=cAlXlpV8U-ezH6{~Io z=u`1^O`6Poag_qNNAR^&9vTeRVI5%iYYKevu;PBQEP+%>6qCpbuY{;$2h;7JGB|uS z^P&`=PyjzAyKz&p#zx_;vB8!2$L_hN?%!Cs@eez)!);jiStfThcq3Az+%ih2RXpf0 zwz2_RJW$>3>ouv1#9Kl!IV;voZY4;J$CV8Zsi_RE{wc|HF~0UXd=m*?ZPEgKS)S1JcXh39J}}u?mnMK4(Pcok1tUB;3wj@wHQ+b zdU8Te@|zNMXxJ3nfa5evgC~xmTV*r0{?(T73`9`LN-O@N{Kq>6;7 zeNG|Rv0f<2<%b;F$wjD450&ufDpH9622t6?}Zru-wwis0PplHYRy@z6+wQOHXQ=zQ^u>K*f)HT*;u zJDB>0)~Tr}Zh~j%CzYi{t;P?uLx~sW{L$RT>9j^0b+SbY4JHQDJ7czq=n7mP??I5` zB{-LJl&br|N|i=y2e2`~bn%|q;cq%xvOdcUoh_W^**oFFiS&-pcp&GgUcu~{Y2eod zmcRrA7-`Q+C6O#xDSs|kkUkjn55SFLx@!ovntxi-g$EJ#Wxi-2VQ+)w(5edLhyUjb!);T1$-i6Va+>aCyUy>klUQD zue;u>CAV`!hB)Xx+}xKIy4`tR-6lR;y9Ca}z4eqyr><`9eXd}P8HDF&G83AqedPW! zbxsGCi~R{FWt_Z>oAQvtLaB1s_zuE9Qiz&qbwMEjM;Qmxkka*>SQBVg+{We7f@_^5 z#2~T(TG$Bww^)c~y0<0%G^G>TN%)CGQw7=Xz=T}F#qvIdI7@D7ZczhimUZ8B!<93N zCT*FrE4mza-!pO~rT~_ew#+%*Pk&_-6@-TG$aDhPu}qraMDL{Ak4!WC%}t02#>mfi zg^p8{Xa&6LLUDof4cRGHx1=a3fX*55-ML62VCXmtXiV9-r~@Q6w93_1Y2$Udlj~BM z)C6qeU-K_{F9^hXZstzSEO0Cj=y0E;S5l4J4OPJ$$6}k|F1d~xphHu1}by0i2L6kH`jbLK7@3L z*xRiorI3$xjuHxG+fOb{GcV10WTy|YdT;~`2U`7=r1m~WFtm&~Hz*$bMeeahr=LlB zX(Y=eMlZY=ac$d+f!Qwt#zCMH0Sy^q?d2StZVgs7AS5<%cg0v)l4#K|Et(*ZO8$-H zEgsB3=o>zviewH*N`rA4PXN~1u|uzk#s;eFVE{(-3u379X%G~AHx8sNt`juTZc-fX zW`x7kWHc`lhBH~ojRfz#YJ(apv=`ba?8SfP{C^Vz*93AZ=Tdam>>IfFN}_8z5@Rhk ziN_J-AJo`eUOZ$ZfHKXS&Q~(|@C@7kLX>WwKe!K>N3lCZ#KFm^zw^N&M`W7lZ{sUJ zBy`sNPr(X*5`o8P@PR5pt1v{rv!2?HYDRzWW{=5$nTHW~@b{X_P5jU!abEEItqiy$ z9Vz*pB~v#PHfI{?6bITJ1wF;qhuCmAID^j)ru>8j>q}rtq5vbC%!175OveN13un?n)AD zSvxUz*n{)E0U2M9s04YE8(gfc>5;79xV<}c?b`{PCbhk(_kt54(<}Xn)g)gdK%_o} z#{fU;>z)3oc-HPz-r10<>JlYL3E1b{dBSMrIV?y?ieE$OKw+Jz#-w^${;_wl(R+0) z`dfIk)f>(F-p?~Z+e6t}=bW7@uqrT0AKkF#?Sk+~w-bdY)&S`v*`cw*!Da#W?rB`2 z3Dln0^Ch+>fgvho?WD2RvxNJf^dj;M$7^1JTl8aKG3K!Z&buun*`+Gm%t6E!?H|F7 z{huh(OMoj{npscv!!ieN>MaZJlBeBB&Y-#oggu0?P1D@BdMU0`O1 zcvLSP-h+13hlrhcQHaK@={abcu*TWy$H`^kv0T!Ljf?I z)9aK|MTT!jl8UB8LSAaOP%W;<7~UUqYJl`vR$JVyo8l^ErPHfA@wHUg2Nm2DTN240 zRF#J&hx)iM=ewzasPH=nUL3#U}sO>We zNCqjTtU9y9NU?8!X=aQ%fiVGUUs&@RVO~nw$a>Q(gCf0FHcFf`it4eR9PV~gS4-6; zqu*W>2KWMw+C3Dd(if9NA?wXFZBH;f&)U5)>76Gdm7>42t0?nT!6kGzn@~p_^ow31Z$sne|J)?RN%eQOW>AbOG`Kgo zD-yr>2rht7X&YYN^dZiX{&cO0HFqDXo#U(d(aMfyiF1e~REr1(gZ}1SB*ES=0*}B-|*}qa|R*(isyEhc?161NSnV7E)-t zelJ$@H@n%QiGe{;3LAiG1IY(?!XbCBwgEV8Hb?sguht;AvpEqJayjx9~!w?_4u|0%Gz2WE52)K-sTYAo8mw)tuW_iU^ zl7Oz275H^;RvbukBmI}^?%qlXIgsL7`O$^X#T7-+@>^e&?6x8SG?8Q+v$Zo@}R@l3)_pm z&p_=c@ZG{_jeUmp_q#z+C7s5i0?UTN+w72dLmRsp-dfT&Pxmba6?)B(j z`eww$V+x^5NkbL1E)zF^BjxEp$983HvdJX*rF)w3WLC0PNikedvB;TdG9On=+pgM< z;856Hh{NPzqMw7$Y%vMKYUzq-v2=ZtEvp!&BtsCwNs!%&kj0#fyoT2U2wpm*arL#-2i;9RUq(&mkVu>z=(A=Q~3c)Tf++{OQD$dj&ycC5E zGwK{1WSTkLL;l}bke4>X$AI;y8OG}Lz%4};8PeK&@f$2Y@M#*P!l~n>haA+>P?ZAe zyc@?RPLQj%rC|l84$FGBdV5EbV5NSywP_`s0Ajh{GvMB_Nd%7ZWigjZtma(_tae$~ zG8Y<$h*HaB){}@feA?DSCk>mDAy9bq%35=MErf_wQxhm-^n7+^%G|RTeF1<~C1wOu zjCGmq%FV=ddWV%Df93Qd)g(l%g6>iGUS8iG5_TwyC`$H%?*iY392v7mqhxFgXtz+T zM=35Vp=_{CNhPiwD|8#*T}GZOoasl!Y9i4lWnPR1Gq}qYZd0W`sLyQPr##Ar6_>z1 zS`fY#F%`zS4#XM)chP5V<{L{6)Nf0 z3Q(0c3FO0l*UUY&eI&BKTvMfl%i4o7TK^>$DI6U3~12Sjz84D~taHFu8 z^i@@zdUAWiL_*pHQK%Lb>ySM(n_*hTGhqJLhbS`@u(TEVbKgLS)lXWJU6x+;bS(Hr zG@v|=0;TKjtIb5Aw|=lWL@wJ@QM{^FOqDF$Nq(t$NOqLyly8X$t=*3Ap~7QybQo?H zdf&-c3!!CXQWkOnSva^O{q5yQWJ_cDxq4l1duE{2jC++V`xYO;mwZ>N8{KRaL@LwPruFnV1_w?~oVZ#@Q{1C(I zI~M7`75{_7&*tc<3qWUgXVgYG41LAkuu?0Yql&(I)LUdk5um~^9e$PD+t=`1@B5G;qis+h5 z{^OCl+79o;3yTzTNCZGy3kJCL&Bulx5~ym~K_~M7a*P3yqx^gDez3m1rhl?P^83EG zl+`dvwSkJQTfE2@Eq)#h9}!95jM*8j4Fqi9Hgsl8R|DJE!A$OV?tVuyxgkE#|?-%(?4)->gqo`FAK;|(AMuw3p#@&Mr|{5?1mog1jUIfpnB7ZvgK4u?BMiRz3R8~0$m|H0AZw? z#pxx+(tUVWdWdH|4;d-X&mOw$BiI{`;P94eckhfU3Zg<4mf^_*&NhjmaG!y8nUeTC z&Va&_om6aw%nVeYH8m1z|67SsMtCYa4xXsHm!d2zX;hjaP+EYe(lDD1Dnfj!JZoYsn{kf>JBzt6!!w0;67!>0!t$>URvmF|J*swIA zPL?lcZHp!j3z2t4dgp!c8hQ0>#dH}mhW9&p8z0tO+JZ1{MyXv0dF*7 z@`~dzMKa5VddbdW>sa#QPExbn3Gn+((A)!H5_`t+y7B5GpT1k%asQL=vwwbHc}1GN zf*KIZLLibe0NK1)=JGpw>O}|8-NaVq88Dz>;aGLTp+8cbP}*UXv*PBrfvF|NMdIa6 z%QoPWv5nY$_ZbKVZ?%M%!BaTjJ4Iw$gN?+BxV}zDMNeiW(DlmuYR$gAIVZ<`qJ0y^%1{!LhV<&}0uMV>6G`X_8Hdl){!ORtXOkD7ZfGcB|;-)$IQI)%T ztWJjUCsz1=ugZkpXaQ6+mY^HK>qQzdB5ocqxuppqV9IpTB9^gq{|UBqSge zRROw;%SJVhxTecC3w{8=(#frC!6Q-~Kz#Nk^JG-CoahCRDw(-4!j0CF|13Yb_o?FUiHSuJs9Z7^}Nhpm_3qe&{gN>|{ z1vJuZo(4EhW5!T>?HM!gv?X&=HxpFk z*Cg2@$It#~!^ZBmEIEQ4Ap zkvs^p%x4`9axt2O4gKpN-^p*F-tW3aQh1S&@CK@cP;z?A>u>&Cs$fP!g>iVlnq;KH zXdN{rdU|gq*R>Op0#T9Uy@v$@bm6`l-56+E!Dbr8KrD^LZ6K?gNo(5YDTG3O# z5lu^&)uHPS%b^IC*yfv;m^e&j(`RajXJYc@G@NTNJKtb*hueNVwWHpO>N;RtR|YR? zFT$;Sxp|Nv%OSH2?9wVKq)804vMF7Q2y-9nN>C#@GMgPcMJVB9j%H(qcAlJ*{I3CI zRrBV|Fd31yR^rm?<{hFFsuqWdYtTDypsY`j4e*`ye%gYm1Hi4LBU>$xRejjhb<%$W zRBda#Bf;4RXAa%FkhL~}0h1*zE|E|4sW*rkcDB_eE56nF+cvX^2@sZZl^3cd^*mrg*&@FL71STy$ZHU^F zUpNOyoz;r@%Z{UnRnGj=lu1p11)9+mlLjOf6A9yJ*j0yWhCPp}2r&P_VT|5@K4SNv z24QB49UVGN3Pz}70RaFlv4wGz1)aJa|ER%5Dk6c!x2CIqjX;}}S*Mm5oZ z#Cg~s{(=;EKZZTZR$hX`SQ)6JMU~NEdtJo&r?>lRl=7nLkXhkTZP;DIqb#dUUF$ei z49~=1(eW;lC=BrHnNVHqcVQa)aC|R+>5<^N0`h3q^^aP$MTmsI@Mt+(*z$Z1YlA9v zrVCMECuCKAVsi!F(Ghg>lDk2BRY3_m#>V;P(n?=yGGXAkWP?kn+7VNa(i{Gh$`{)pn|5V+v66y>*NHj%39rPW zEOG@}_o`-r{(;mlswWBaEb-h50T;UHU4vKp1FOn%Bq zIbeu^J?07g3pR7smSo^?3p=rhw}N%`cjF`3B?!x9r}TGnC8_!1(=J?%I;f2`D~T8d zwr$T&;`>uU@e=&6t`YUFL#TUOc`FD0cuhDbzTMOretrRfD) zu<#JiJB>{$PHdkNQX_K~!N(-39*cmP zd4}5KParBirn5?t}?Upf&8oA(RAeLv~qOkXDraNKBbrDjsn|Q_WybN!2tNnl!eTthZD`ES7!~* zYzM1L?lY_-zg0icWNopU%g++9cANz!+oa8&F}{W=Wy*MBA<(LR%SnYM)^d41S2zMh zn!gHL{!5$_WD!Ig7Qp$97s#f;N|R%8ggvp;I~9N;i|`+%1Qes^ughx*g?(LXs__b@ z)K3qQ6Dl9+`H&};o{0Bgo%|SaR!L1sC*M%R)6o)jl%2h7f7BHzz?&B#=97R&5VDbM zj3G(a5;-YK2_~PL4)KI~LdmD(C3Puo?n^RxDR#@K{TXCX@udyXsmmk2Z9X9q!sIqB z4FHjM!wnhDzAQ)WGVB-_oKr{1*;fP$*=7m({>|^Rzv=8&u zx};4oz4<9)z0BFR2@46XY`E1rPFUlV7-80_L8-hO@<_@f7C~5f8H3-P9P$X}S)sO% zt?y%lN)1KH5%7)PxBizgjQ`uV5h8+hKWC|g)r+PBl4Lri9&#=@5YwskPPo3g@*mw{ z+Ez^jc1xCw!G<~I8i|OLZcd!WM#8mPr3K-PgT8p%1~iFV3mpXTDVjhHIU_o|(X^4b zmjse>!FpfjVCvQY`GYjpo7FJ?E@9T=)WzRCqE!8XQt%bX73M!Qyk@y%w6Wx@zhK`Y zj#4Q`1#NEO#CR}YZE1&W!V;=pvAoJClp46jeoWrfr+6hOqoZg*s^q@^cg}my2NI&_ z(gNfyyFKYt$M^MT{h@m>>jxl5#9m&4=AO=pc+-M{HV#B+pE?vYS(b`l@(I4`0aW8AKL;t{ z5qtoq;e~1^grWH~jF93t>SXe${*Xb-Ju{Ei)K$9KkCw#YYFu-^UoNgBki)&pMSj<&T~DE)ao)`&9@^nS@m3$(_ac)Xt5z2^WH6bYI7{s z@IQs|ZyR&9FSpbc58x;eJiW%otwOpGaq@v}gOS)~qIP}h9OGgfkPpgzDYu~pG3f@K z5cI6Xd9nNX<2G7bz_%~tPloN=$50z&9dG*LE}@;GKG1j`$(%jtD@F-OMyaWB^2g_q zk|Jm&<_j7C<-u+eZ+vH$mibK-XzynKPnUTQbfa0}hCbV5^GghmR#=z)Xm&Vu%z!Jc zM#j7Li$P<@VsBnd8*=uLSwM~}kLWH!#MuZ9j79!SwliCFo$2H4i0vsAP+ZSHH0T*J z-)Nv~$38j;xiXFQU7mtlU5A3=L()t9Hos*J=ns35HkFj~;9KlTCrO(K*(uH$B>I%~ z)F^@Aww(ZJV(+S5EKd+rhAs#AC3k?bO#t#23y7rJrfTP?)k=cL3~Q* z@M%_%g!Y*ZnB)lEG-7xuONY~tGk`W?Z?VflEXYsIF74qcu9XF9UILXsZ?i;u z9)K84ZSl_4i^qunTPUWN}@;eWGSkA!-{@ zmkj$W_(^^ErzGmv=6(LtG7)w`mtkF7`HYtl?y)C~#C?yQrB({^hg6|D56q&=HSA7{ zqO49;zaTQ3i*Sq{u;nviaYB@)D%@8b5O@m0!|!_9Q!WQ+!o3{BRhMci_;sb6>P+LD zTo-UB#6h+f9rz?*P9P$T>753LpedMbme#neL1|DRqd{m zTvo(ota8HPn&5N@(xGrW^_4in237gC9}bi#aNZIq?d(Sc3aCUAQSpqkX2W1IYn`8B zi!g6@g0*NvD8Z>M|8#6=j>7VMxIJbDN)%IsDdw{s@0eI%qLn`rCsM<}1<+ zxa3pWL3*kOO}j489K6WpKJYLjFem>W2viS(vt^?SBn16_Joz!Rak*#$wEVozxL?S=ZWeuvYrUCVL^|M6kiV(#Z$8~X}%XR+*E&L zJvKIt_+Ahp(}mT^F%|yidD56r;55tb(1G3%2wO5+f)wbLr%Z8@E{*p2SdsWCs$x;W zl5f$G>MX5FLA_JebQFYNsPcfXnYy0qSQ#=QMcIA-JEm{!rSfHIK5s%p6vS^R_mF9b z3TIpK49@~>dsJEJE}`VNv$D$5GZPP*pw`@Xl5)*g;b)+G94wiB$U3PAC5jjVwoUXr zLzt`n1LTB9#d6-2c2~+Y)(f3v{oQFs1Bxxo^4ZBA^G=PIl@DkdWU}YmOQE~CW&Pv= z0?5RDv{pn3mYAzkVM{`;UD-Q=r@2Qwzy(aZw#W03c07A0>Xf>(%RuUTPeL7y7*0yw zy%u=G{-z+3p2O_Z!U#|BT6V)0dACI6Q8q9NAX`qHhXiz_!IIK3KQ#J_Ur-kcN z0E;E=dCH}8UakZH`Gmm`{t8JR+;nr2A3xO$pAk!)b_+q5BJPKJF}ZnBlyiP_K4+Vn zh3yuWSZ`i#&PYZ_o`N31E$R~q_Km{ANc?fe35(JhF3IdgWJ1|}(Bt$D_X7F~8iE0z z&KYWQhO(8mPEq4Zmo z(*s!zxju|V{PbOE9QDo(Db%ku5R{Z`A|vK%LU}Xx z^xU7`n0a=eNycANS(2^svp~^9vaGqcbx`E=#di6z_PZ*!{@b6~J(@PoQoyWQjKiFB zF%fRyE3Ul2*eo?FFF}M4A!Rq4Gv{p-G9|@l(zdL4_ zij`>%NFJ!dh#0e-qxQ>msCWzGDO0!JAQM!1GzA42jWMjRjVZ;$Qg9lY^iAtJ4VV`S zHN_2g4q7*GS0qY5bAlhDY{k!=giRC-6k+b{+w0`UYMrmh+X6x}G}P4Kjz{+(>UG8LxJPiJ7GSoXl}v*M}w{@B-zin~JuDeAza3>?y7` zCrv5+8Q`^o43yFTNgKAuYpqV}NT@B-72S?G6J!(mG3dBW6|A>l#&GrFsPQN^>TzxT>^?Oh%KKC+fqBR;dG3M*~9W#XCoOvXb{2Oa6Ep6*2k3EJBremlON3i>+ z8<3oFdoCRqP>_#g|0&U!e(WDu%kb2m<| z<75M@H+pfE4~?e5Cw zyP$1-_8m)r${R>8+7(`MPoD+$ox+D4NvVPWV(aUAC&^t|b zw^r)m+&k>GrrH}w=s2{8#xs9YxZB0+?F+XrSa?*lgP7a#f*7*lA28CM^dtTum2u$n zb1*g(#TiW^g;hU;cbqPiO@&K}0&*)B%R0djtdi^n!b=gdq|@>Xq4aw9OcbP#k)Y%u`AKlguc0e<^3UVLh6Q$Y+V{SgK2)pR= zz#X0@zX)`>0YT`NW$yT+-PwX~=(&S@k)6}eaekc5J)Yem|ePLxbLKWR+@d_* zP79VsQ1wQzqyzxj@k>5UDV|S4X)E?Es`Z==uEGF&bqN+58UMVg{Olkfv6;;xE5za5 zAl$w|GjmfvNAAznyKz!db0TH6QJaY;ZGarh&duukz0U83k{hiU4EVK0>=UGwm?ql# zq}s?|)#Jq4B8~yG-&9u%5W@xLhJli%|G`hKfkVrS&6A%d^x_dLYN%DYc*1CJ>k`d* zk7XI{UT|D*G1N6fo{)DOM?gb3^!%^=?UHBTgQ`XmYFa4Grx<_(xkU)Z3-{VB3*SVV z4Gg+YCo`^Q&F1ul=w}1vktfs+n#Um?cdFd3h7xdFo zBe^L5K1{to8{F0ghn+PZ55G6(`8^E9k-D7I6_mgYQvL{9yfH~F;-b)__fc%zmL&R@ zK!es)2|#M@GMBd>VNyb=xwKvEkCfuI&*Jj;lif&l+PyyhW%xB&yD5sOP1<0ZBe~B zI#cS@crcCz6l%G#Hv6_!1SgkjnWbq5;9I`soNw9&m}(sIi^{pJ*Il@WA%#IB;! zq0lPGNY^&0I5G9&2ZyoY?MBIU-R3o6b*JGOR(_Mp=W81zsVsGUD%ITRP$*tCI`suK7o zY?3~xi;QaoH}4Vg=1EN>Zfp&2S0Z(%)%A@csGz^>c8+AcIK>C#P&*@spOr!1UPxn8$aB%9q^%Ye;G3k%_x=b;ACnN8vHz?8Kk^KB{4O_<@K;W zg$hdzNvEe~j{7PB#W zB$;HNtWK7V0;VY69|(+$B^SJ{oil}pa+*!3ylf!>?0?d`rR9oZfTJCWtxW1si+{Bv zB?1wG+oM23oLbNGK_u`}em0ieh7;2ffu2MFm`q%E4$B0;e?dEd%={+}x4KUr2^8fJ z+8jTAAb~QNDZ5cyokFCt+|LzYRF(G|P;ig$EfBjg!rUWQ0jMsO^abP8Ev8nl5qtPt zg&!KNjp3D4Q8`!7AYUJuCrnt&69MA- zK8&mnqDyGVXmC1Ay$RtyEM}Qnq?EyhV4}p_hu(+kPAR%RRM{#Kb+-b<VKC zxufPvOUrRY7--z0_fS0;E-=J8$W&D*J$HM8lMuA5%WA(NqGhVd>5=k#G>|83kARUB zHrMW5S*`yQWER(;oUL2RZDk$iuLleN=OvNo-?a#I3ONnngoZZX+3EPSZnPv$OBJ6F zwAzLUj^YKZuWZQoouJq}Y2tnsg-(YBX;6nIk_UCZ+`w6N?aOcZt+zX~H#$pD<&3L5 zL*;;ZE+19%J;xxB<&tRvpl`gyj>_igYzOaO-K2{MtYLetq!3%VQ>Di})!F6My{;}3 zC;3F5_jRMVD>r+S)oYGadB`W$2Ap(_p$ z;P4Bx+Ukzbf57Q>g>NRY7CxlzaHkNZYRJn+|xxZR{gjF!qY7mTf4>k1P{-9N(d$SSJyfhj^qYVK1DiD5oT-@QEl+~z!TEQT8}tG66WbAVVfg1iwv;Ig1Tu1Fn&s$FT;i+{F_HasmgBIs#m#iGO?Mk_GXirskIX)sg}G6=JCH*Lla zb=ilO@h>?tq54AOt+_Ms!+j02F^K{&r54PtOc)uXB*>QGycaHcn267^M%i!wXmJaU z&wdRUzH6R1mY@+=5*=6nr?zRiJE`;aRNN z0Q&UP_cl9tk(M^ioaTi72``l%5IH{^tC?H}53yTB-nkN|j4EcMLTt$h0}%SxPwOm*s6vsXYn z)BoMO)(EDa>e31%F&+%uO=rFNJD$EhNbPoM2qlbM>u2GVJU>dhHw=r_-(j+VSx$Nd za*UJJwo7Wqtb(X@=Dn+T&}V>sz(_k*_LH3&^oz^09`H>hcL%>#t)r1{p9{I;GPI+) z#sG$nNKBLt0a^jjE$Ch^^rIjq-AJDtcPSJ!!!1+uymVhoF@5b74JL#(rO~Fu&WknM z17Z09+J(mf6Njy~UAk^gtjW;xmwg`@FmP1QpOJ_6O`C^n=oz6l%tjpQe2Ckty?YPi z-H$Qmk&Y%$nwz0cKGjl6SNm=b1#pIrs!k?|1*(vKJ(%=_W=Mfp5>>@<={tlC5axhO zZGo7lkr8)vDv2|jlC|XKgLY%?FGb-sE>+TdwMnVU#}nX!cr3|P8zK%+v%y$<4Vqee4ij@s8R@TV>i<=baCf9-c7InO1`HbG1 z#jk9gLWqcb)){cYhOMrtgKO@q&WB{KURW*g);Hik7(x>6KI!Za2>(D&Ab+ezxE!gc zF6I^R!Gd?=(yR#}bsg(+h}IsspYyIfeDv&3zHkc340I(AX!OL$2pd2`h5=HE3Y$6_ zlR#Zk!#s;or@==1su?0yQ5Prd=6h?ZDuM5O7j3G!)9I7UeI7}Dn&|?MlwxOZW5}Wc zOjU*w+aM#d(S7s)z|h~QfmIppi#|)y3=#|ri>3g;-HFJnx7YrMr5z1jj1qMZexEpd zeWdMi@?dluc9D*ZV8Yp3Y3P^)!znK>swUIN>DoS1dF?)c%PB=f6q}FxwN_sg*A-tvl zVkUVWF=7=w5w{~XFFU~-YJ0>GGt;JmCWE2L<^Bz4aXz?(63ATv8&eSdnJ zk0{j{1d;{qEqM|}=yp2Cn+cdon_EOGcnM4f#0Y&sdIFT7k9iM{7^0-_WLM-7U*QYR z^OGRUx~P(Bk}iX-;fX+?)R{Pre`S|JXEJj6&R9fWT~yW!zaoecgJn4-JTi1y$R2#E z0b1+7Fg)v2@>0gKbf(t??I(1P(pDmxav7|T9R(iI-UrdUdxvxzG^zR#pjuuftM1VF z`Sz-AJNSmmlwG<{e>N{z3tKX=1}8%v*wV9UHk~Aff9#&BYVA$C3&VuIO;QuT51~Ek z77vVGX5a%hR0V_~l|#VWM^QS4m0;@?3pw(E0W@mIG3hHEJL*^wFp^j1K|y|(RzwCw zOp%_9Og|}P64JLih{|OLoT5q#pOvXQPEn#OvUEg7h5q%uO)w7`%7a*Qs(z5auGt=f zN8Y(tWHoVO(McApWPWQ256{)!*;p~z=3T(!CK#d=JLksj%IHy)IKiax7j3M0VxA6k z=uoOqYSNrqeTC=MrC~dF2%7jcgD&IkkZFpE9-PU^C5e}iC-(7dCALVfZViA;a;cO4 zZu|IRC@86j(@VZAhxSqeK$S{i*Wjtl2Q|}7zL*vHRnf+hYvf4nMxnTOXZ7kbT&!c* zxAaMoL3adKq5otBLWvTx-3R;EQ$c$y9wW8ehv~M@c0onj%70pHxpr*keZabw2Xq>s z9E=QH*WB22e6FvpW6o4%n$IO#Y=PYuU|jGpNImf{+IF znG=-`Vlqe+Ob6yFm&_B4oN*Ti+QxUPB|P&SORZT6LIPz z;ACRD?tA&Uz`<&yn4yrRuS2Q1h2IZOtyJ{S5?H;Lm)4;RXG&gI2I~FfFe{X`3|f&& z2o)dX;spBLrf%%U_4G%InF`Ike%Cd@K8ZN`Th{SbB5Hm^TSL)6!_Sg}%i~^xRxsuR z#&m@>16Bj(6j1O=FmunXG0t5O&XFizgNFp_wl5vQ+jK8`80FltEy*}O9c~*)G_vOU z;krce*aYBP#QZ7zew`mc;-D)v;Eea1mriH^UvLSL*OvrEO_V(H2P}uiH9N6(Vd$k~ zqglQQy;^UJKofl`m`gZ!#5NCA$egljTONm56+N)JP&j#BFCubu6@07G;f0kPaz0^} zCGPh#Vqis`tN`zNfB``&Jm_Q3L9BiBr9g=(%xN~Ya;hk^k24Z}OEWKEy!cfW)*RVe zs6(-rk&hU6dWpxTA%G6|gtosD)Ke^L&D?p>bCc6XYc`fXVV^Pmq=`y7k2lPnOk$c> zUQsL%wO9TO&vcm?i$1Fs%-~4~*!=@d>CYuiI8+V?Vg2J*c7d39>M6djw{tK!79uu4^zf_QXFV9y!0I4NL4d9 zI$A#{ifTavckO~*`+B6_jHJ~~`FOG-j=Yj4JtbDe4Wjvb17Z7g!#Q!~L?meDJB2Yf z{aD9URyP~z9)>Qxk7$6|>t;ug^lZpL>U=03?NNWcYW*#4H@i)4y@p%;OP>7e0zkFM z@rbR#bGbNeZWZeIUP`tb!E0i(i;}mB_glz>rx=IFf_{pU&WRN=E*g#49pNi@^zxUE)gOjAg-AQF3S2W9kiqDU05}@a{6v0$2FC;eL}o) z9@J&*o~^d42>p|>weEr6pynVvp>(b*qNNHrz72rZ@@XRSj=f&(dbZ7=d}xp9Xja%U zUtdui)?hWZCwPSaRm-M2z9oEIdAku9oy$J$ly4_e&8V0me!?lUZggQ2F56(lIUfc9 zi>vgd+D7_)$4FIuVq*xB6*a0R=9#=GOQC6K?jVFpt%@)2fD{z~*xEnZ+O8jtoa>)> z^sp3VSbZ$U#0v|+`zKtge(ip6r<;kf$IhRm_4c7@<%kWgmRA3ZJA$hP4L6kDuRW}N z)hY>9jEgk2S&awcT@9o~{1x@_6U~4~vKNvgeLZ)2T9E-W>V&8@0y6$WTpylp`fN$E z2WUuQ8{u`EnNiOe&rrHBKPnfs7Ez{G0y;ebfJxIXy zzmD>rJDxq*{zfZDiZo_f;rGTM*X1l@pGdS)2=H+q|nx5_h3BRfIu zccazX-GrT^@L`b_tEA{>Xg-|$pO93=p5<6f;})?tp8mp5 z9z6#R_>4#7awIncRV!q~?@GytYa4T=#zRL$>$oMp-SKyLpgl3t8gZ{z!sLK~_#r?+ z^El6g&YfS{7wwjt;oo6uWsM5Pwj zH4MvT&`;bth>C6>3D(Am#3npdgM?QX6FYRCTnIzj;|I)wqZjs(K9~3r?FAl!JAi#DwtDm_E zI;T@IfO7Nkvy~*D%fd=bm-Tb|QBDI{%&yXX;f8tFKZvB}!dCMBoUr#CvBo4r!|s&0 zY8xM)2JK>)oCbgUTwH_&-JFb&`?!q2M7omV2`JGdda64KCd*XZXQeBlWW>&S^_Li& zEfZM6u|grY?l;{fsfrGc7;&_F0N-);v+NN zydnLU{RDa))=A^IcHCnu$*P3>P4)VOBeETd3HV&hA!&hMLK#6*K*}W-trlXyM5lf} z>m1R##{@Qa-oqB+)>xz{U}2DnEsPudUCrFMe;6RtXEWN}c4jz0j!Qyw+dIkJ*S@nI zD+gR8<3=IN>7>B}6`&fZTXm@mlfd=nF^MB7NDRT!Xt-;JH3^~Ezx$QYrm$Rt&YsM> z3e*jB>urRcjYn&s6Jz)DcfV{fZX7&lKf!oO0i8Gsa z$c*%4v#yY5>0f+Qn;-;)6tdRKx%@nN33o$r&;Jgaj zGIK4l|BznGRf=!!=?O0`6XK6F6>P|~kf1=MauSzOJlbBB$@�Y0&?9w{~J)iS^DX zu&S3?$7aCHAJo?PpmY^`j~k3^T8Cmuam`hO=s3I_i^A@n9NMHR9XY3q)&%528g6eMl(-{tkfKWt=cG)M*CY{FXY;d_Uu?;cNbzK5CEiX zEH?AJSC&3^il#@x{(ETNEr%(T@u?Oo&tDR1j)m4wC1Z;K-URE>i(Wv15;Jtz-VQiweZ+L<3m^2j((=tZ8L65bZ(zj{d@s~;#he%(n3uzq5`wHG7U8t&EU9w+m8HTwFMa;3MS}!d*=%h7 zDj(YLAbnPe-fA!$_-#{cAOSL6CFn2LWlJ!&p2LaftIpS7ESw|)z9|Dy)R@f3z7Y$y zIGp3l8nocmxr6{a;y;SFC`zD zpcxUTuJqT&oq$vX3kEJwNyy_D*%*UicljH&qW2AG%0odTvGC8-JLnKRy_+G>1$!M|hC4ue=S716$#H%QjhcT3PMMgr#oP0y1O;2DX9kA&;C zuAX0YWv#s6;kI~Ex7*WcA?~1EmTWf&QoRI)f|5fg?U2cYE|K=NTnk)9 z)VPW{X?r&_a{r(a*|J3#ZB#(zorn3FXAH1M)8bv=;) zN03Lss;+diJD%z$(TyKDk3xafkRlLDRcw|ZcXjDGd5wOZVd?+yt=t<^(Vr0kb^=F3!f2;Zxcw`prT?N&hlrybrDvGAWOU3)f-M zhg4Fvzr8`5jH`hJx;3Em{HT@kBW572`vRMc@mwsV@5(^Oj|0VFX!!J$9X~8xAoS>j z)VM7e456-^ug4Cr!YPsOqY7Sh5RlNBm@H<*e->1f)53y3!0$;ofa%STuUokDrZPQd z-j-YhiOn?xu$p>kd=+rc@4cYN_&U|eCcIdAv=@&H^CczxfjwF*U>q~fnMx0BNn&c& zN1mCU{#g3RVGbrHh-dV$6yeVr(!kz@-xexTNCC46CZ5z@t!>cDMjt zK%&1!dVvgX_h4l4EHa+z4TuMHQyb4Y0d1*ulM=msKy^-PnqcE5dPU%~4Dyi&+6XH2 z3)#cLXWRO`Jm%JQk8#0n-zuuhQY_ggZtySh^qj3(j zZL1T~2e&*IKP8JXB}507MJFnKh>B?&jewQ(cxTNeP^ZyR#Q}@7I~Yr8DszK@E*W_g zptCV%>kAQaukZ;+&mkYnimwkuCKavNjw;Z^bTCTa^1fnkh3XS%d?h4Gd6Iyq=#@L)3Fgx!R-=@OYbZe ziqZ*@88Y__TYN9CpK<>9SLnQ(B9JQ4sWwmmS@7U3`e zg-G0P2Q$0JanYS^3@^DoG*2#Y3RXv}C6s}vwV<)nEc3Sg^k=qXLhF@5C2~TDnpDe9oHWJ!d(4G3yjH`DdO2hTtRAyel6Q zsYIp2)34>EK_{2>AZkMvzMN^^U>Jj#_&Dg+>Q!vRVrlfQ=Rcy2M5>&3re+>{fPuzB zLdRBf)Gg(@5-_@k?SGYz8w?@sGpJnb0+JAFyRIyE5kqnxc27k=Y z!cTL~TWK)j@63`69k=z*taJb#uJtC9GmCSQoB9lbtXD zQxvARfRtW}d4Q&YHNOPztZtrl@)Kh8KOVQAqfyc`-CYzOUE8}={S#5g?Js`QzX z;Pa3ZOa>FhT3l>_b~xgH6y>ATisYhD@EqDNq?Ma6R*}pZ(#|nkbp@KpZ243Wwuy&U zBE#lPO=Z$c1-VuNMbv z3egyV5$13yl+!gcfSObiY(UvckIv{HrV^^#y-k zV>ZSyC=XN5>z~W<^e)W{*`f-DD-%YBe(hR~SR6r|-x4hZ2vAs?#;Ju^?L-v1l^ve0 zpnz;3696ara-dY6o^p$&At*@@#%Ed)40e7u2bStvn|4K=QPZY<@&j^t*-O$bWrSzs zl`YwDt<)Uo6{>$Ga`Ne_f}oEHcLE5qRH3K0$pB`|2oFZZ7^|TmOC((T1m&ZGRH<4n4q0Y}NVvMBM2|CdzVry&?bXl{M zDNg^ZsJy+7FRqt2Ot6 z%a)Q^;_nI>_>?u<;Ikr3EDmXWaugskxh@`hhsFRaJgod;RrZ@X|b<#jgBS;|glML?xkJIWSV z!n`jd_+zo3n(+-vXC0@8{BMhJV{s;3;tzh!9cOsJx=8Y#6_6=6ToKA#0foGbvMBis ztgt=S$dxlmvDRiO{QU<@BU89A+q%6~&`ipnVR<1B!tv)t#!a1vLbez?-;9mg%C5NU`G?KxV3U23R2=S zAV!)ng{VN4+x_d>U}v0@M(wcEiHSCbLBCp`=<;NE@($SILY&H^o$Vj0+DmP#u?gKW z0&twf#hDx2fKM?sEN!CA=R>Awb9LLlbIH;ABqFYer}g0zO)B&coZ!>BWZ^1BD^k5G z&U?R9=n$TJTP47}iRP9t$VCkOk>raY1=@K@zb<%XU1GR!>Worl~i>i1o*T1*&^trx8=~^Bc;pPl=v*r!J^0mLqY2Kp*YTa zNmYrJN@vs1l=++=ac3k=jnm{P$mF6>Tq7U9N19tCE@o`;n}@QI)Vas9` zCNW;hb9`yJ){RDxsb4{docS_%q&Sq6@U^s$PaWwI)+nvnNSMOUA!+%$Zdy7jUgdC$ zj!x*SD3xMQ*PZ@-bp$a)v9zEZ32Dpe-^O*3_w~CYe}4G!!QTOJ;0)z}Y`Yv{SllS?Kba;}a?LJJD)G_r=%S+ECRg3*S$erH@n!n+1IE+Hyf7*B zC0htvMX;jahODPSScPE75zfBuzD2XJ58cq=-0nS>c{~xQ@mUJ8p5jSxi_#+&a&97F znoh6`7}=wryvkKu0^+Fp$mj7sl3_PXb2_&gM+{ibTDmxagZK;QEA2@vta3<1ma|o> zj3(lRx*K^mo7^f>T-{S60;Zk@XmDTMn|f%{Af$@yOR#oI(>Us_WprqZ04x~+izZRE z+76T`Bic%5@g*A5DJ>23p|FZ%$9!jnGq(|jVbu(gJh<_SUoNOX3AGgzRR;YJa=W1& z6F(VV>sW2HoXf7WRRcV*Gka z(1#8j2iQ3?Mx@@V!413K(wX#(SHW^W6VvPmJH;#V+TtgS&K5&50R+_V_+S&*OGJhy zZAK1AGY^$!El*V#_Qb*Lpmd^XwzsgiQ9t(b7>X)v4RETC-iTaISBV{r<-t2H4FFtS z-}lOS!~Ae|fP(}a*Y5&-b`YBdY`($c)f)GJOS7m( zTE8n&>T(1r@0)JVS8edn6fJoGazRR!{o7L zPK5KI9q`PZ=2ijy(?C?~D_cH$pu=r2QGLPtDsGl`=fg+*paJ^D+Q=93y;}`Imu8A; zEio#vbVP_h=;H2LeLNjL{8rSp?Il}_r@oh7{oBUfRyJj2si|=D?qN8oW9dD3)Ja(Z z(^!Tlu3yybja;BAW{_41h%A*k1Y-;*l>rOm#(JMc>5yd+>8Kc=Ir_Sq6(b`kQ!c0B z8znEzQLu*JOc)s6%1vC$PV=q;UXx~&ABxgbp1?#Ci?nUdJ!+8bOM~(%iXT+P#iTxw zu^FJxl4!5qw%Jy;U9?%YVYCXl+{J>~Ne(R};gg5I2p5 zIJ0!les!FOvb97q2#Z2FF&p4fVfgS%r?5oUa%H9gTHX4-Fe>?kkoSH~)r!w_lJ`>_ z0+TY$c;JVl)__49db^5sD|oIXR_Gh=QFO-&H8?(hgy+g%H(b=Ip*c@=NR#E`6$hj; z`es>4>58;?z6M0%%`rI^L}kQGY8o$OM=@|PG|FJl@q;jKE=&`yREmFMD3sc=)o~&5 zQ=Zm+IzJP7am*Q(%q#NWa z$rGd?LhY1-YH#c+5&h$KhL%&qo4X&VN*Z&s|8V?_+L5e*A;1-d>)df)A9tf$SWj

j^sy}L4+Raa6s33B;8v6kQV{K}V%r5I z84*{J?}o^h(Y|OCV(7TBk0zU0Rd`LLNCjRtA%gdDsBjOIq>5cpC^s8GN2!;K$cxo$ zH>6F0P&-HqTe3`Mqv?PUi(6~DWkp!oOtoN_>0`oe%rMT3gHKfD;(_Dzs04?f z!}_^9(F!M3{;j989bNCgwZ`aoqY;XXfT5ptl=*d!kn%R>(2rwqxz$tJXS)AXuDTmv zmH)fm?6TPw>BvCXJihM)#0o+}YoVLqg*J#B+Fc<8&88bV@95mv&#oBvi*+n*rz0H7+L@(hHoXyoXSmz){Wmp`-)(J=~r_J#~r;? zF+hXW`ug=O2ZC<*x5oVaQs8EAe_Ji8OhJwj$5J| z7-qcKxY-!S1i8!^y{Gw3Yxf^QJ34^@$5xB=eI&@Evs$`gz=GCfF|en8?ym0--sZ8F z3>|{iRW|Pz4Dx=94<;;ac(B(2v&IrlSYKWokxV?f?zGeu9b6GQtaOrX0N`gLmJ3bN zpmI^sqmK8uuXch5Tuo9_L9(YAx-nvHb!ETRDOnS_2j-_q4B7K1=i=w_t3oIqq8{Kv zYOP@))ger4$m#0z3#?3IOq%fZ-cwKx$coOq5Mb3u_-Q0lQ0VcG{w&MzlPB z9r{-gmCDmRE!L1FTpQChOYAx$^=ZdvTj5K*H@PFKbf_CS_a~7_!p9aUnDyVOiy+gt z@}u4Z5qYaTw7ov9l7WOPgVSOfft`;CTs=!qz0H?NiPCsrF1$yo`i$ILi75l9L3n76 z)WcB@J0f7?w)l8&r|TXBjZLow!r^$$Qo`h)Jjl@u#y|EvTFfm$2b6e|G(`wLcTFF23D<0fOu zvkSohhI_GY!UWCHArBBZz4tuRg+nk4UpHSu>ZVwnoQ`2Flk1l@2v|w$u`3S<#^G2X zf}fFbw}24hw6+>?cDr=ahsji1aEwUt0xM^gS-9Obj-!U$;CM;^)ZhA*?E>W7%v0*G z=UUJcaiNBx&<+eo=q-V(LP19-gpcsB*-JauFcy=*Q36`jpv+AGxm^JwftEFS-Y7=# zvX}!{!#HiqHNsVf*;domaP)O0-_;45aXIxBII z1!@|5Xx$LdWAe>>mCiL916F8CKp)9KUf$qr78veZ8|?egCc#xgAq*ttgV=^cBCuwM z_}S+&FzYwnP{|@KRK9p&6UW*k+Ssxl_Vpv1<4tMZpvbLnG0QAlM%EQzJxD)0?%%kl zhr)4_QnzySUbK->A+M1AZ0vu;4H6?sNxB@l+1**wEpAx_uvXQ)WS1HA)?%z6P!vMlAMr@B<7g0F zm1xIK{S`YCvOlvmC4p6;QZZ;%r}e*7;w(7pD0-o8p;0!mjFAaRelt1YTytlQUs({E z1`dtBbXHSFo+t}B_v#cs@#Yjzd76mX22~An7C%{TWw+svkD6Huy`jpA9Su3((}p-@ zG-N1ad3F~*J&PqI{_ONMDe6)K&TiLg?(YP+KIr*)hZ?35secF$bsaTrGj$%39VUA8 zDhQ@@SA(GU$KQ z$8z@H)ke07jl{xnJ7^9gwUL7NU?{aPf7ORGiph4n8Ry3Sy-13Ivt?1Ph-e1Q4ICc> ze~)ZehE|*5e2oX$1^Tw~MI2V2+pag*jbzV6k>X!Ha5)f#FHHp6#x5F=C->rH=HXqW zJxAoR%@4U3bt7p4=Ufg{F^F(fR0E|&mxWIS<7OUw2CV@K=9A#q@ zIS0m*h%Z)1Ve&|p#G0X|MNh)lLlXJXp|FL%?bZG5|3*HwSgaLdgT^-Z##p#FyuFUN zQJBF}3X~Bo&W#K7Mxb=-wIE}_I$}8_>L^Z%%m$(Yve>3h0$7r9C$npfmB&jUukTQ| zHWA0PY(i4kL{i$&H?2hAjkAG@>bnhHA$P^tIy{kG&m#TL{n1zp$z0vIJo#Go(cuT? zfF!KAjsgQdIj#sX`{Moz6464z+8=!6+R9LI&cwlWo}f$+U^-eWq*lsgMSOm7Ug%_x)J-oqJY@#1IdKKpEVIn-|0iUPX&&BXvH-(W|u;<7G>=%8*RKy-;63h)B-17R)g6>YZMe-gD~Isg2}G2894DLQ+V9a|~S`d0^C@4w&O= z_4ANsGn*?{27Vj~hIXe|pw#EBCU=f!4^Mw`rN=zF5j^Bw4$^cxjmR0s;`%*w!wi|Ll=YL%r@CQey5YLv)P z1~f2iMX62W?A-Y_zPPe_xrD!33BxzXt9Xghe-0%B#brIu(2QK;Iu{ki^$hx!A^c2y zR#Tm%ql>VVJDhR;aWgH9S3Wa9#2k-S@aJ{nz!rD}k7Znq`5S^?+aQ9R8EawP^I>?C z$aYSRav@#&vD6_^lM-I$M7B?C$+ zw7+I&PFsXc_|^lXh+$7$IR&lX!_(#9GyTm0I+C(sY9XpU)6isQz5_v4y1EnR(wGix z3R^iH9!R9pRF0{IxMnV22^e{qFo+ZlRObV6?etV;Tr1WNzHOW$CN9>IPJ{xZpq^N% zaimJ~IV|@pxOrm%xTrjO1YZ0Mxp}e^JsK77PM-5tEa93Z9|h{KDN-^AieXy@tCdwg z5GS3IAbIH~xHs6IW`uSPxOuyBf8wilJ{5z;QWeAm&)H;T0Ad~lC2^_L0=e%l_AFF6CrZO0)Rwa+3KFRj7nb)j`};GnY^KkJ8W6Xo^Qz zohCvL9d&HGNk^5$IQeu`J}YA%n=Z)QakjL)UJXBH-!bCV)CrH5JlNxguh9kq7-jxi zg>qyoHED6u;dUF+9j4_Q=*%j#tI*ngfPZLSgti?TznZLzUnzyL@~uzmn&q+fxUUj$ zIj(xa7e~(?wh6?qDK{rL`)oU%D}M!8(1CEw-mKFE!)lu>W93?u>1WKZo^FT4L1u1E zkGw^~o5HGtErJf2VsRs|h*i;)e&sN%Z+Es9v*N&qsWEl7Z}Y=w01(ww-@@H*GxPqOI{4lAxXDEC4I5MXd^J7wAcG*E*Kzrh1@|hSp3Cy!yV}$>KKNJWYO!OQ zTaL^^6P_d7;|?P2#of@sLt`;_KWSTrHvK7^*_Cwztw>P^_b9Q1gU_wG7+Ao%m*X+a zm~9ihdYMqrVC!wl3Isx#d3OgckyW9N-QZREzJiI`Kw3q|Xlw&@AtazJ#hVooY*AQ$ zMzb*mGVPwET9Fx2fVMBau2RMg2ZN%N_ni*bM=XUCzVo%L06?Td@q?J)!ARLL9~!+^ zE76p9FbU?qVHIGqFeA^)fS*xpj7%T6+#YyNhDL8(vM!ulz}2=zLhRUZ6N;ZwGOWkq*JT=dnRayJMn3?0sxvMw zbTg=HE|zGzVaiO8ahwxm%I#3Spd59rpOwWd=_O21Q+7=mUxdgdY8M`Fd&o$>Eyt9? z5NPzG#WIx@iet&7zaYTVCA>1T7;NO13y_|rv>JC4cf8+trtuZwoi-|$; zTvPD``X9o-NFdA!_o42%8iQuEH`4MLI4v6(`$1cQ8nME`WPs+a6D7A9-a(q#i+zpX z8RtBJ-o~U*=6;-f?n>=F6=sv@d2r#A_d0lFcL*|*n8ido_94AxKWY+Tgp&{Ie$(3QLXazw6wjC`t;4EY<3)YWY3HgqJrUq0myWAQ|A* z|2oD9`B_id8dRW}FA{ts7kc}uD8Rvap}^^jMhbh0iA>V&qPFJc*RSyvc)bJUan&hq za@&Y#>Kf7O11vlts!ZMxm57sxe|*}&I4nqtAZK2v2bAzl@3_qsK1aB~b4&Z2^x+7; z(!bnBaJ*x)%(DBIeHM$w#LlO!%uWXBsE(JOi)?da>^Gwn+Lt?zfPcW2=0r$iy!$!+O8C{K-Mtc;rVo#f1goctTrS3F;7{y$ zq>faywts#DwY0wq%E^ZaOrEQ2UmRA{V?qF-DV~`(yOY@P2>|cm`;} z2P$chXdfn=Dt2UCwS+GQR-gZWm2&LK;h- znW5@qyGxZ>%A;SsGoG_}+GRE>X8YC&2PmsnkQxQiUwG0Lq#KGk5#nkZJ5qy5Vx3Xm zWb>4X6X-E=*%@ROfi82K3@}uqp2xqvJn-W{#k$i`tP=}aMv*PWT~c)Fiw9zXmeX}4B|_C z*xe!?g9FfED~BSE&pDklM-r9r6_{9wa5yPiJ(<44w>D)9RlTf3`=qEs<>iLIXsEYzvAc%aP0K%A4txLG2d!xa#HPLFa6X&P9yNBd_VjxBFuyRG z1np(2RPATGV8>w@lRT_?-<;$gGzP?Wj){ojF*C5y^t4+`_)t;ZhX86+*z4>;V0)nW zhfOtE|Cu}{HqoYV%@Ms0(Ka(SzuJUaZ-#xF$w8S zVl)I~M(p8H3lci?vw*mF;lN)xSj_a=ZaJw-DN!xOcqT%uvauopFNI&=z%JS0EPH~S z+=H9LUSLzrMgIE=qNx`!A@nq0 z^Be_G6WezCYkmxFSHa)QFzK!$HmeWxzJa)}~U8&)u!-yaG31px!KpM93Q!jzV*(sOic4>5*a(>g?shrYtc6dyRK$TUL7*-kvig7p$>czQOH3V4_U$V7LCKSu|L{*3+viVd>gli zErrWvF(L!wjLP=?4hD_-73a!U&kMKA@EI&cz(^xIg&It$ZK^YJ8BYBQ+QT`Oog5 zbKOuWt?>h$j?6H1`Gz&02lEyk2Z3)ccFNkuq-l;&t+ZS=N$oX5tPhYM2cJW) zQ$ie}@&pyKD)2?4qiXJ$*auE{_2~FMGANWZx><*pN~bwVkEIxkp&503@tYZBe3~7G zd!aV{qq@9@rQa5P45z|EzYUcAdr@sL)mMwsWEy^%SliFQ+KuaI=fb_f72@u<1Rrv< z>(hGbkEd9nII(!Bbb@Av5qX@!yES()ijn$ZTi8o#=Jm87kp3!x$#yzQgNLczaAgYI z(_G00hay>g9)e0XCe+?hAuP9D1+(S?hikow!tKsZ0kIDF%t?Nd-3QMd zEO%UtZAH~a$hh4Bh~z&}D{}!TvW+;A7|Q$+Uyk+TL#`zd2t-9{_xd|uJsn73t{PygbqGPoVv@KGr_P9f*mNT?p@U)L zGZPO@!kC7N@CHV}XpeQQOvf?RmKn@($YP%jPo(-|2IM0gbSRS*dK_RJO*VbTQ0}=< z&E01PRSP+cvx5D!7;(8VOH_o360s~-wHvcndqqVxuQSekL7FXWs*_B!83lpp^EKGLFf$oqrDi`v)fZ@ zu1^c(^)j~3VsI~F?u4&~4=I7b$`JMY)ukP3h>C%RKzo7OO4-GhB(&-@ig}R@2fX*U zp+7fYty<>E(o+qNmiQ<+II9HBp9M?bi62(`8yZ!Dt*gj{W)l^Bo$uxSiMvdKhv z8I#z3Nd>P(%ZC)v#ITxAvp z1Zarf*#~z2$$2Gq83^<5r^&i`=gFO@Ks!%Ww#&6kH{KQVOqqrD=J{%Jl%*B(NWk`p z%bk&JM4pa%^5ZqAqP$4xuNJNT-D_KamPZ{>-=|6qv{p$g4zj)6o=rPRTnX{X%^JQ- z?+$TRv%`(hI4N)5FtQ0U+AW%Qx(JVH+fz=qMZamLV21^Eq%%Z=cP?)J>ZT~t<^i<( z5=tiGl#2#71jj~&z20vbJB;Awh_Ksn4)^2W*+m@1} z(6%v1)xwKO5p99nNI;$xtf=$rgIEJzM&g;a}HbDhd?BCrTS`LlTbO5dWZe5_j-usNHSBs^8 zGiQ$LG%0`~315t)BE!%LF8p*}rV_cxUg}?$M%CT#E^ z^x0LTwzT=!0>X?nbfSzuMAPppKNY5CDwtpuRQ-|<`y;`ZA;!J<`odm@VgX7W2rI1= zrmk^KPWg~a7reNw@6zkOf)L^RJsH>@lCy_Kp7`7YR~DtT43c0F3#1- z{fhS(+R&%GH~ljt;qrX{?GC0^fXP2)5SjKE)=Xp=l8rVvKbQZrfQATbTPBFut?*AH z2^VL{5yz-3JV{4%WH!CGWC$oo!t*T z&l6+ibR%VLbTU!Nqpht~NN;Z(pxHHIAg~bID?Qra20$wc&GZQPVJ>(0(#u|A`hsuq16$v7JEC>52$+ z)T*VDBd?I-~@LQqIg|SoPDn272O>P#(TYn)QXbOsi2Em+*AmVq&Uk7QJ;35pj zc|~(8Uc24dIPUM4CE&V4RkY%P>4iZ!M`2%X&`a73a%pQeL-%~k1L|Drb+d_wlRii` zzRZn*a;WGl)&KKnx7pZ61JRIo(Ax}OM(k%nI|$_>q`@!~+AEqn#-K=J!);P&T$=ob zx!|=uqJE_|^mByzrwygYRboCmf~b_eLZYYOGpYe?oc85$kd*2%DuFD!)`ZVR0Oae7 zSWtre+v3ARZoB3&dns)BQ31SImVQzPd08G@+ z5%EFveq=20lWi!IIRdl&M|00ud(0AU&aqaKlLov?I#JkEzDzHw!)Mg1xw;*WARQbZ zXNA<-MP|>7(2G9-FUt7*eca#V+ws%3^<))2hsESW>$!sb8Bypp@A= zj*}EZQpYN*0wyv<-E)_k!4?pb>fU@6uCPEAX9-5N9)-3sJX`YG6-wxDYFXC5!=c((nY@j+svkP@ibd5cjA0mRCJE**3mg#ZNr>d z&lk1Ek_|`b}8j4V(3d#HT|uqI`}kb(j^h zVX||(&?QB*9Hfq(kg}QudTB7Zq!-+(YL~RB5mhD=a8Y1KHuZ2R0g1`*Zs;^1PHE&mHA)chS{3mu$%LR1<4I2X z4(Mg)M}V0DY^ey$g_=D{D#}vVRXaJ%ACd~be#rjzwvSuk6X*2HG(8gsb}t(s6PEDR zeUq8X;sgy&QThBz2o6Bm*IK=fw6!$gcHViP556}o)~dwkr(vl6E4VRP?U<$2oV6!v z@;PzafJ5Vn^3yA_iAQK+TMT5d?=I5T)YS<|A{H|8cR9*mHv&ZH_JK3XwW}K;Ex-%Y zbKF4jt)nXqVoLJx9H*`HPGGF3LU$Jarz|KlEzYX|&&Vls(Pj3lGer*5*z}}RNP+|C zPByYW=du#ENzWy1c_=9bG%5H`5d8cFR3@*v!F=bWDp8j72VaAyC`50_=M^$PUTfXN zV9eyucWuF!jE#;Ng0#sb)?=6y2ve)TYaoW1vF#Aq(Ug<)i_^bQK!ianjZY4=QIb`y z$h*f zY@j`P0gD^e>Y7d5bql&SES%+r6~99C#YZl70_Rq7~!zx9_Sr)q)Hlo{3oSQ!Cb z;yGXhZS5b58zMv)=w%Phuf)DG=10?~i(520G&xv6$HEfhwO0Y80mQw%=YgpHljX_~ z1r#QKYg;+&o)5(;{bOH@Vti)7Y?+Gq#R)nlz&w#-2Uo^7@A@m9aD z$cBy*H2B=u)<5FRY@ZU2R|!7E(MAdy6xNkx0T3CrvznG@@*6$RQ6O?ldcr!YYC9bf zmV0!Z$TTU1?5~n-0A&?}qQ_N8f-2JOLoV4IC2Wa89S2bmmT|gS2v%>MaU|^%xN-wp zoN9#hhor;0e%^mFAdL#SS3$|vH2hW#YdIxCs!?kHA=An-ett-$Mo4{fz^`dZJ~jo^ zM8nubLku=}+X9<55A2Sc64@jV9ku*aH<05VXDh(jfK`=OCb%T$o+3Nl@7HY{eg7Re zoKK(;Kx56j0i!bjTbcehC^-|!1qVeh6iFdnTEISis|bz9sv}A;4XvR29obU#_gJP7 zetmf0Q=IPRB+EO8HddRTo*)CaBp^cCob0D{O^n9vwk{JW$!*Hulaqo*wvIuu2P7Wq zrGnk0FTy=xhrdxvZ;U0YQQkobRppd;kI|axWr!)}NSx zvE%SID>w0tg{e;q9eG&C?{yi2Tf z3#d~x1*8K1v<+xD^Lx#{xDI9XYn1A7a!Y3|Z}Ixcw2u4##4=(U zo@x;e8Oel!OQ^~IiZVA~F$LuI(J7315%F4j7UjiqGr#I$n-IHICEP|T37U8dyH!xS zgz1=@v2f@*PQxW>MOI}XAUiy2z=)&0y;SOS0^Ah$70*7$BA7GhmusdWy}t4J31av7 z0=T9XhjlJTH@enG_Xmp|{P<5%nq_L8hzFhLqMQQTP31Y7_`}IHp$HriFJ>{4t@}xV zAXX8bT1k{Q*N2u*W=X?5d_K5wh)4ZcFLjXed$9yLOJB&;O`Emvanl`Cn5x<oJ^}+VaaB(Ttd?Mgo5Q z0|A0M5#q&YONm)GSz5=-ay_3p_IA>ZwU0DHh>pYTG_l=%%f15UX;`u_yOiL>;He^= zCC3I=@^Ro#f@Ik(F$BhWW0)kP9AZ&P&`35*IkC+`5xIskr$lkGU)vw-(GeD5Neef} zDm*{;!z_-kgp33v3T7Q599ktp=h{Z^dLYBQk)~QSx3Z+G3G1+&75u@NGNDVq#i1Mr z+X$V^Ny54H5k}^__7!AbYd_4i`J!YGwmoygW8YYlm=~i!2fTwFT3@P%vB%9G_O??L z{Mm@Y(cU4Y9G-wT6QbW$r)I2Gn1s9aGmzb6ZM0_U3a?D*T1(RgKk#0K3B*r;&VglR zHaS0r~C@A|e8y?uKYT%kA4#X86j9flQnZa8^T4Qg28i5osok}{*1o0r`j znK2$>G{t?dq}N;hmD>!6Z&X9!)|hvH!*QIvTb)F!6BhenY?$zuXAjMaF&i4q{4bMVA|8|t5s#Z;N}CIP((SYQLuA&$hU+qx` z>4qnj%i^YrlTL>ph@ftc9?J(3xJ!bLFi4*rm5oG&PlJ4LW&~0OuQLITg!l4&-XE;7sjXuaXpHV(jM*1>T0x^+Ok^+Orkk619<%u zwbbFxz!#vs7DNc`VxS(C{k`=;gkWE#RD4F=`4v4_F{?4iUkC~rOLS)hmMmAaIO#^_ zY4PsaA)4Y`n=IEBRp}FQ1Ib(>jJPq(xs^O1*Q_FZ{(CWEXlQYr4FHM7X7wSOGs9}n z|C}!bV8f+S;-NN^3K!JQypid3+o!8cugU}&uM~&9$gpn4PKDi|5R?M>t0bG{yaR$= zfel9|L5cm5%9cjZ_*DZrw(@PGQ9$UX%>zT@vr3R-t-{AqwMiC1>8#NxQlG03*E5_~ z3WT)?bTA=`W7gG-kUSYBbQ3qmw=Y)+`jelDYLtgCu{Bt=jg5$)3O2UcHZ#vzf`5C4b*BSbAh+;K47Cns zy|RB+4Nit1J4l?$%;|7pFbx&%i5!V}c3$lc@daMB$9t90pqS+)!C{Z{&~uf)HaOnd z=lMSPW1Ll1BOMD^oQKmxnVFF0D1z2cmaH*t7UvfPgDcY&BjQ2FI=HPPkI)Iej;am5 zTo25yZyKg5W2g@AHYb>vPE~&)bX@&0CNQhvYKw)T_(OsNNLBt(&m0-`i3Gg8m7uSi zbJEQ?sX)J8r8)irSKRNWkz)**g@n(yh6ZeUnieW#1_3g7cb#>&!Q?_*7%bv^xO9_! z9X66@J;4gD^FosubnBuC*%ux7HqnNbw`j(OLXDs)hHGgO+M*xP`1G~=tFNYvk3^-0 zcjaf;(!HLx)-iT7=5jT8)DbL;Wd^h1)2m;Oer(mydL<-B^E`sNOI|H;(G%C(9$=U= zfN^ph;&!*1vi2BaVFEX9#8&@o2ePujM+irNK4c>T&p^We|sc^t_hdjI3QV95B}<+db+~C$-|ZGCjwAIH)Z5-Ut>Wn5=5e zs+c|_a#X58%eCuL&)vKo%26`g!}nz)R%i(E8++%`QFO8zTY_TQT4LDJAY8zx^~QGN zs&MMlP;^5v0_EXWfAf+ct`B8GDY{xrZo9wQ7j(^y-|K^{bZB*c?L$j_)1fbUK!X@E z@$|p+fduWX<(Xoj+oNTRoQ{a0cI_~3!T^uCBHlAD&x7qGIL9aJmAM|bcaZeg08>D$ zzmv@*Y|Fh2U1d|Xzi%jnQ#cZI8vX|NaP7|F@hg5GP@S7-J{#nbE#9cNO9expr1}LN zB$JQv9m3sb45c|o$`l;5c&T_3Qs(Gpi1j6e$=?_NM;E6MXwfh$SwU}+i%K(x)hY4P z{@GketWvb2+0~vM`|mja-;8y1_(Gs*)0`=NOS17*!Y9Jvn2@_R4)0Y#NSOJ1LEZF$ z7&vc;5!Zw9Q19cbKG2x)Us2?D`{%dR5j>*dxmfTI>i{37Qr{^IpHc1m4>W8Voej?r z#k89pxe4g0vP0Z?p?hBz;I_Q8Zn4AD$q$XJ)>oBjs-8r*&t+AdcNbb^fV5@kJv1v7 z$!r|!L_`K7Hrt}(oDgDyghQTHbq5L#z57(@nXnU+1|^@Y{euE^8O@`xN!zh>X9Bhc zDTUz(K8w9@Q5R_h41CweFQ+q$8V|x*#w@6S_jRM2+9XY-w2$%d< zmX;87srC!1-JWh{k9#ezJ`|9n_-)l+<-1y?l%(Y)p*B8bPXY=44&DnMeC|qIxnRMX z6a^ke01Yyff=C5(t1z=5xQC#!(AG#`i`S=+KpwH+$j*9Y?1pxHCHx!l0Po^x<*ea@ za)8Kg+!R0AG3#lcySoZwvI7D%5-Z8=gP2A{OVh!?(IFr&^R6l~N-gXuhRDoeVTNW+ zQUKNCXir1Y^NgAF%_iBH5Kd6w%B7;*Bhc4mf<-Z*3mK}a`QMw)X_}wLJPDmOJ z(B)#z4hRo!7?OH64Y?I^u)r|~a!ehVKeyLK`jqa`_)pPkCN~;1Ga+kk9>1XGrns-- zjn`40)NMWrM#js_;A^VUIyJ~Giw576)4i`I8);zs7RNa62*BgQOJ~qg*+`#BR3H+V ztJlT~okh9P>hUh-O&eU$v&Ey?m4I_QNYbL1BbXB-7OT7@z-hk)cf7i!Np z40X{&nX^Rx!FZKjR3<43Pnc^KjA2Jq5uzz!L0N0f$=}Er=I?6MF=O?9+M28+{ahTC zqoM&jW_gSQn*5^eCl`B>kp)*o(k#~HQrMR|^~?f%b*{J8(WL7|;zf|9q3s%mI_j-E z43yZu??cXTGz}4A4VJMaf6P&|_U<%miH6n0TOw-6aY21=jxC_}v1G3qS&f9as6>j| zXy-zFE25+nykh_W%_XvJCEU{0thm$ihLi$&ZjMo;YjZKI2x>Ywl!m2tiiZQ`DCPi| zkTuNyPWBE*wERFuPMc7LBr?!Rpe)8p+ag)c{Fl=+(d3{7>jS-Gq5Dpbx@e@iNxCyG zv(_87F&)Xuob#=EA1dxQy;U>%(Y~_Vv*HaPXEd7>k3t96ZIzw@q7_ErT1oPB!}N z#s#!8Ai{6to&V;M8=Y8QXyM-i306X$M9>PZetwvZ)mf9^?iF|{zZ;xvvyo;)1NOs( z%z};PKN1(mC1S_8%3yU0F6#sD7q++WUKf|0rysJIvmIA{9%*sKE z+`2?pI+}i4mP7>Arx>|l#Rht0MlTQAg>E=OeD@i(&ke|c9H9W9Vjxz;_qnwBBgQ`Q z${mTSP%^{EWYz@$Eri8W=D338u-5+DA zy%o3UW$*Bbw=7cts~t$CxE^lm_re0B?%* zc=thl+IrzUC__3-ndu!$^PB^2ulb6fiPmS`p5r`sRZUGNqgXz%FpyDtak=i%OS6hY zR3KTc69;@Vk--pQyK{!9UfhT{@xsz*&`uq7h52a(?PDtWf*+pL~)p0NE&)LOt z;}vbAdpf_5%q=O2rQkGKraS^DANUT~)_d~JTc)EvL_zu~tRPCFnmYDLaV;4Z{@Z|c zc_#j>rKS>A+X6)$B9i(kN)IZM3N@4A4%LYggH@Z8w3>x7m>?w#RUxqI^US~su3Lo$ zm^papSy-upTH??6Nlj2YG!`5Lg{P_Ms)SwpBap5}a}jMN7Q2<0bI5GO6umeaWZ@%2 zro#4kH_^30;2a(bb@3xQZ`429UILm{x_LG4@dR8sQIH86lZ3_mfQ-V8`aW%G9>Gu0W3mrm%=ox*qc#uewYR+ z9GXo$l{#f}-{c$O_5g!eXfIHOB?6rB7FNMHyiv4pV-NXrgjqLX3wzgtR39s8YWY}d zOpKHLDe_~G-kH%HeKKoTMIxUwLe&=irYoM#&S!nJON%@$ksuHi-DU7$5etj3(e4w^JyK1|hk`p*yv#q- zr6aKGg{r5-iWJ&ZlrjAD2Mdv*jNClY9R1ZU{8bBbfJK8qTU8Fb6;QB1rl&aHPacII z$v05^jK;L*s2n!L9Z*nKiH~=w+;**aAfcKhYRFmi>2+F(VV^oJ@6dc*_(et^;xT39 z$k__d%p0iX@JGb40+Y)|D#Noi3{ZDaw^|Bd6^H%3T76BIaj?>eDlg^~v7ZDQF(2ia zXcg8LhA2bTB~V7|W>Vv>Qg!Q!orls38tE=(cUMcWRVSoC*1?wVi(KL?O`whU5;J^4 zsAqdLv(}4RO~T6)iA}m>7q5~jN$UF9rfG4%nyDPoJTq=@R_Wag_(-#nL*1ys4p?A) zL}q{GJc?x4zGvl=9BG(G``e=IF3Omi1gZQoGJ&*vI-+%!41P0Z+|Z>bt~hjNyFqhlBW}v~q-mKq~d!olqpFu%z2gaiv!kRD&HogJIQDZyzhYwkPA)SSQ=B1DTvZ>c}p zKYeHbwFUW5fVUl=O)}aU_M~VvaupP;ER~cx`wpTGllA+3A`QCIxHq)ROW8Q0#Iwf_ zR|$O8``{ug=h`R%4%G$f!I5?eSi}P+VKbHbj5T2;%K+|&EUK{Zc}W+GbUf79?>MsL zNRjDsX~8LUr}t+XZ_avlS~%0|t8_UT&GJ>!1{|S^f5gfKBJy*OY9)?A=xyaur+U}3 zif%$0zeYb$v-jYL&i7QX_f46N5ke`HOIgTtfWsJpnaS!t%Cf+KeJ!Hj0` zI8w6?cQ3DqkUf>Z-7;OZ@&kXb!vjf*bhDOGx08OhSZdC2`ExWw?;O!Z6Kab~ZrMh9$lS4&3mT0FDY8InHY5*J8K=wt zP>L?yN6ola8yV)7%66aCnRj^L`IV5NeTEyxA(6FfPgdePz-FTbX?%ETD$Vnt2LkP5 zfZtVq;S90l#~SDuZ;VN_Mj&5`-~11b%NUzxW!N(M;oQjMJ${b?WFBcH8n%VY9|IEr zn&UwvQ*y%Tys(vIL$C;aA*t|3D7oWBCg{r(??8aw-b0uqaRza=&m0!SaC%kdQGo9Nj8l5WYXwoicVqxni10DkXgr=e>d!} z@6nV?n_M5G;=#UB@Dv12P;r51tm`hVM5Ggi8&u{1E1U6f0R*74M zGIaKKZg+YERHS{F3|!pY`W20;ZQ^9`h1dm{sV*`ccY#O6AiugC17OpRL~YUWJo}8} zh~e14B_)l@{`2EgYF4@_ZU-fJsV6%P)jf_r7KdlcpYo$$o>aIO$j;zt7%HpURVa3k zT_(o8!Dx^ou)fgj=Hj!ar-V#6>O!&8YjNZGv=P8#)5}NQ7bvxw5yE1P{%o|vOEqQW@PJN9GwK3bHD0k>Ot5S|Zo2Gmnax=!%2L;>?i8zqIVUeLjP!R$WY7 z1a(R-+P&mqMpaa~;SoPC10SmK%9(OH2LK7Yttqb*^TQ*_<^AI;E$0ZZx={ln#_$6r zRQ4Q-zi?nLX+o=3mTV3zi;D{91-?Yv)rX8#?T)2paqWAq)@e^pj-`YQQz(O<(Q0_klg+ zgtp^jHK68@RWoo(Q2#t^7o-4%-5y%p!yX^rNm#1hG4 zaZNl-Dus`&@Kv8!lm7ZZH>Ik2DK#=83K#%>^h!U0R8;z#&4yW+nA)EhOOmTEBC_5n z1_swXfagmTa&_Sv!A0`i?>3Wb5Cta^V{do4czEj*T6aBH*?O5HqavIq4%egTQxfva zx_uDdw@`8yt?(Jq7H#2r8`?ztpG%|nod(Z7(Z zaO%F8D#&EVwbt5vyEAvM5gPr2MAGt!+aO>1JBNHevQ-(GSGl#89|V5V}~S z2wRp25kchU#zsXKg<^kmmC4p9$CtHzJp$Q!#`KMl5dL4WgXd2W3=xMBE7|@ys$0}9 zW{zZXV1iCNm)&}B+1eEHNCS;sn!GkbB7w&!BQJ3-*P-y%TN7A8ftl zkB5sk`pDu^^dWbe+|<&(Rgf_oPOCvaOU(*JrmFzOOUkx34b4bdf7=tcr6J?Z2vw22 zj+thO%T7?T8Zn|>n@7<-$Mm}sPuA4(SYvdnx;KKyf5&!%AiTG<#q7T^eC8$5ql zfgqAUC2e7CJm%dC@hBS_D73fyfa`_i%v|x%qy9bURyevLaZzV1>^aTKUpGq>eic9t zTe>#v;dN=uc)Jsq<%_RzTk3L6dX%IZLbnO&0W~`*b1MGXONYY8wLLQh&xm>Xy<9s zVTSReA#KFLD<7j06yc<0{zbGn1dS>-GnpXzgvXWnm!&@iIU&2N#$C{7RjywoJk{)% z1!w|+>*T4(+?*5S>Nhc3LlgjKR4j$BVnfrW|1QSlFq=?LU*FbHIuo%624E-B0sa#V zfx};DUwWs$Hlx*NOZL+MOA!dICBt(a(b(?cau}P_KXI_=7#dF#)0`~To;ktDmcAGh zwr^7aPMq^r2PSM_%0AehYB69sht&?krkhkhx-vW5njtUn*KsFP0sA&R4F%dG@t}pY z4V94O2wPw1ChTI;5oNot5fw4?l5aHSNGZJ4M(*b{0N4-Mi~XkCBZ4Ns-<87 z$-wR|Umv&5I$Exm#VTHHlR+B5h@m>P0xK&rD>}mzG@LjXEL4bb9EZzNS5B1}Kpu6( zx9*fMA&xs@blTy22IZ0q={bIbQ6MlAReB68$68iC<#c4D(k-DLG(Z^1-3s({zn8Rz znCcTCtoN+$ps76uXHGv~1PQcA$l1u0LgS8gR0Slw{Im#~wNQ#vVk+JOw$dNRh?Lm~Ht1$y0-L);@pI{vO z&_Axr62e>+>gn#*VN?@j%&MevEoDNLu*kMRZ@|#d2L%xMTA@)yA7kwkQ#|mZ=VV(w z8m4~7s@zNE7c3&~+exS0O|Q$)a%t`-CSMa*T@EP`0+s&u#Qnej~Y-A7M;IO$rtuQ;HI- zgCI4nmlQaz&0kM0-FzxYh<}Ho88H+jIjWfo8*(*+5EbP1O6-p(4q6!#O-dPRho})v zfNik8CRZWiC3me5dwDkk%|^G4jc1ly=_*3h%upIS)KwpC<+caK@0FHT2~Ck z+|-1K~3k-k>GDl7K0mGbBPZm0LCHW=1XUEN94qPlZz$*+Zi1#`|ITqG3G! zLbx3bK-*G~ zj;VLM<&=4V_1IFInJH4IX+^b+$+%78tMSMO<8fiLjxU8P?WUrGb43BxeinJaR;Su% z<3;pbCdmZmGQ^YPB%LjdRT%u)(**yIf*0d79O|~Ya1FNGX6z~H)Xi-7#wKomD#W$j zM2YDN%}Jr%)!MoA!^9VDq|#%ndkS|mRR&~0M-J8nB(`JrG>FAC1fHg&n^DkC4*{X>m0W)kd=Guej^8?pW$(nB3_ z=y5bcVg9-!PSF@_31Sk|V7wGK1ESR?wJsvAtM6+xZh>thYQiU~7loM=tpUF%gt$8{ z50}-(c`9xCgwl?aXtJ>Lm|9A*Da)tR)127RxH5ip#BXCX#Bfh-AXKO}t(mw1Cm+VV zsT^VQa^2iiA?@TXaO@h3cDU?S(7qpax5nb1Ym^jk?W{*q`XbtDf1wCDWxoX` zkPk3ZU<=l`zfab|peou)O&WFQ_qVl0Bmi{VR9hyJ9f946W$c``=ZKrVPQl;B@RVF6 z67Y>I+(~ar<=xB4r4d8%>yt>?!upbuHrEpBCk4G*n@A)e zF~o*;s{Iu9MCxSHOsSrOL)fLOJWl?acDy%%0UvXcVUJRVer0!p6jp;83FS?!>CVTR z+DL>>7b|;#G|%8rTVW?h7FR^ArM3^Jr12{* z-D{`*QAvu;m+eCDRep19y(2B9%MaQFpa@{**UEvlJLeNUwU!m!Ptd#d(v`iEbCH?x zivkBJqf^`{mSq`)X>2u?u-8~AGE(CQqL=X_4l0EZXEDx1$O^>JUn+#4mD%^QFpNb$ zZ0OBQFmj0OnkZOepP~v1>o`Z4)d7ru!fCD0jCW4~n!Zq5wv4eLS%?|I;|Hxt>qC@j z$9SSr7n(c0>d2dihhI&c)E8mi^CYNXJzQ6ACvb52PmCllzeKg!zprYRc&g2egsw+8 zw21VzFnAd|G?@CdRAsjy5|dpAdWAk>J_6Pe6+vV1%0y6p7L77Y)VIyL6``;;3y8)x zR@rdepT?exj^n#B2wKNb2nt^4-VFKi7`&gYCTImxTx)Qb_XhEdsX|WM0KK*L4K@(1 zt_Ut1kiJS?Qv?}y5#3W7EI!(TqnU!1+evy|bm!XKTsOW-i+9L8sLYmsakRHc%=+C0pR#D&b0`YH=u{=Y~hM>{Lqn{RORVrR?^?$ZKSCEgvq zZ-`{mhBWI$u^*-ZP=P^?15lmtRElctCk|UPk*OXgEGa;^Dcr{S7$S$$Wsu2QsA_p@ zWoBJa;@Wg^v%-3sORU4nKJw>K#ctxS?GKnVUqeI+3Y-LnG_3d_OM83PDF1K-RYI(7V)W%DZZkRtu{xk z7L0`NxEfD5J`zAeNHE1q?$wvBl-1+ag ztE4(*O_!Gw{#^)Cme*RNYptlFpR#PE%Gry=mVnzml~7#daSLrXTe;L9l7Y-GqPm~g zV@ca*njvA54IOAe(R!Z@oVG_c++mH1%=xrAd|eto$iFH3y18*QDXukX_m(wd1-N9w zjjB2dH)_S#=fh;GGD!?BneAK^ z8x2S*uL;YZVy+LO^SI~JkP3N7-rn09`SLri6sYf)T=XO%fFgo_1yjfg^Pi&dIZhxv zx&DBJK2|x}{7QIIA}Zi-f@xV({(+vRK+TNdsv>qo-rrCMG<>JG_6Y+4m_{Z$CM^Cj z-LUhw`TcFmq*z)G47#W^w&!MmKfDD5nLqw_m3IWZ%jb7g|uh$i2FeMBR|oe}W4Mw=P*#OneF7&UMK%$aL16}pTv5ssJ0;_W23 z9XM#*P6YI&6GM2Wn9CkaXV{X6Ax1o{GEGF{4?3-L#v0Fnq5ugJSD|OaZdFG^vTsfU zAd6M9kj0wgVgCf8ttacFgXkzkLc(unRnkHx zY@9=ci+Q7XzA8x(3o!-t(IL@tSIo6s0>l_q>%^d*3r1rzZzRk!=U{rDD14-8Vc_>I zSFA9QfL`+U9`_JSP)3qoRLlK!P&vfgW~>w2G+tciF3}}7N9a%k)fV`)o5N2X@%q2) zG$v=!T~k!&K@X&~M+tKiGW0T7D+KCb%kw?etfxDlt8N4h>oUtcb9*`NYgZ@fV^HRo z1dwH9InfKyL5I%KKbU3q|9nSX%8p~_trAM}c7u`2*rC5sdw5%HfA{;&NECFfU=!`8bG%$TMPcV{UF-@0i3J zD4Os_9#%kDVP1N{rqL2>mq25bV&aJ2;Z-sg-UdXQ-2xvrLEl5UgekdmX&FKo!4=so z&jhu`;A-m8!iU`}f1iPTW{H@5KK!CTkPC1r1-h-;+x2kRE+CpH8kMC0WZwj0x$4=1 zUgEr($l=ZA_!GsDmryEu1fk}5#0{%bw&e98C$l20b!}65SZR%!1~GN6B|g{Lu{E_F z7KruxbuXT9?&v;@L#d)2L!+H)Gem`j7KJ2?7X$T^8zU@usXci<_` z8I%M&lmYFg2;;W!K%-Bs+@5fOcozbZE480-;@UmPjmR-pibcc|&L&jo=!>;k7UVXi zy+tu6gmkM~2*b}Gw8+0E&p2>nt3+e~qN^@jszV+V_AYtuDrP{}S+BHwYqKEG7mcQz z6%k;|<~uvREna?;+U}oN7sUO+2B9@pnFg|(CVZF}qka4~jd7}xTkIA@x>j%VqOS)D za)7CGf}nNAvRPvtW@)6TIX9+mONw#MtJT5g9H~hE;ZwhkVX-PH7($!Ga=y(=;<#tl{;`jT5{n5vX6uFk??9KqTzEt{d+Mc$gTeQYEw;IvzX~`tI8K6knm=O5a zhb)qwF|BVQgH`82X%rPcfXxiXHL~EPsrUzCbAH1ii83i9L#+~V<^RErem?PDQI(EKqvRzZl!RZNrf;LPOROq%U zRkjmzX&AA}{WxuXb>D7m+=Ct`AP$F3X{JDvVx75lO#x zp^$v<9WW*!ghEXv3D_a=CKK{F6xKM{XsHcOYF%sV3RArkDjVDRanIAYK3X51rxUbw z3Hr-c-u&^x?^RJ*GNs8nA>Y%F8K2(zR!Cx>w3U_lkHAAQaP8hoEDc;6+n_Wh^0?zt z)Ov1tDX5chehASXU}AN#J2q@B$Ax)Fes}F#2q^kp4Y}M8ubh@5Q!*^*b&O#h2$lGZ z)j>x)ewh4j5jG%(>Gzks0JUE#s=w|6PVcm7Z+@yMuOL}6ck(L=d9ij9QHhT@Tfu6-hJbf@@=s zFL(-~4$Bt_dL7<;u~9c=<&h{NeTsZi=t56&P$h1PeJYrDYN#r3Qaz%Sp|i2&pf!c& zh3Jma`|F2Fy@{~$z+zhlAWSF1fLQ?$PXWWL*sHB*&t#(>;nOVcbJN0m!cLFWk%U*b zp%G`QTf;Mjsba7@T%pMB2^zM5e7C|v0Sz-m&7VQp#mGy~KcC7g>+TX6THWQQ2Ie-n z`G+GUU6bW!qq*qXLY(aM832yjPS06|r$}~7HDIM@WeTnIt~+05aMk$c4Oo5#l61V0 zVkOo9WE@cIeOF=MboEkr#Jz5*Lwy&qYL1ivIFE1gIJ4V;!()m+!-E@<#!u=GuO{Kcfb=?={yNUr7g6DH zz`S9h#^?xX2Lb!Yl5PzJ-K_)GwbCu)o{cgH!O$=F&j+$Fq|IMV2H*(54QfiI66@V> z0!W1QIBjGsXLV>F89eGTsT>!X=CU7TFbikNNhz{Jr*NUZ8X0f$4pUvA9pNxHF@FTE z%E?#f#X5AVJ6}9eHturI=Al?cXl3$}O_9@{i=dZQ-r zr-_DQU@H3w%amZ_)4+x8mzRoBEl0K1!es+MA*AGVIw?)0 zHzMH24KlihrW(p>i0N{*@B*MzH^*trzxXs_hD$3o`YX+E%OEhiK*S?;u{R#vOf zTHKsC=b?U59?mj)Y*o0qSG8I@p@kBYKrUDa;zaH-PK_ zFen@d46)al1*+f3sQx@KXLz22&W-8qd~-`}=|StHeXfm$J6ItKcngXor{ewatZxS7 z`n7Tz?B6D@b8Phdmxy2bvSv zWRq{U5+Sv;=uJE^f2({HAMuPq^dNH5d~T_@{=x%eSmN+hR_m-$LgmyVOrXhmCO4a$ z>RAy0zik8o|7}GOIL82P$Y5+KErp= z8Ubxy-u4y{QT10-V-nmyBNPQ-W|-2mMuiBGHbWIQ%tFbf?|USw&d)`POvXWMVhD#$ zKUq(8!V$fW(=Cl;O}$vjIDs9PfxMUTj1IzfN|G5(h>sh=nDF0VE(U&P?1Z<)+Riz5 zer8DRtWq7N8#huXhGfabQWAsefYusV&{-{MZ#@q$&a{Y~*85qEVnYanO*wNp~fLa*v0z#*m^f;>egpl0Yk1dd9iBuujq73TTf*0_>d2l@J z1pC>krHYAeZI6rV5-hp7YfL(d%M*9?c1^5c5j4U_K9jPu^!G(Lh|4M;nnFK>uJGJ( zNl2p?(>bz{@Y4{6F&7n`3teFgXf*ESa$tgen_)#YfeO?XMbN|N@`-M=G*fZ_CU5cB zX>FT+Bf6E26}CLea|Sf3)4t}#vt*RN2jvrnYxTl~Q~6RwcujU_vS^n>HQ6m?w!%>0 zw8Re+-g%ZzxJ6#+W|c7uANyWdygsMZFk+{1mV6^`EwNNA%Omey!oT|(`+h%-#iGLH z<=Z?~xZTBRw*uv=hrjL-FE7l$tcSZ_|o|r+?X}lui3M zj7#iNbV^w4X{Q4TPX0lMnx^{rCw2mTNfq&Z;?%DR&};gjHwd8!x0)>tSaLK4x49TD zeqRsI`+`K-PJ-x8MKDm~A8jw>jP7Bqufzo*d77>8MX?x?K8P}fY0sbK)e& zn6p3mt9=h9HoO#~}(u$2gw9>N|!?ljfJD;JJ{3xI{EIqc~x|TbH2y=+7Sp%m)Ve*+XH*h<*{$Ec6UEdo%k|O zA{pt04Ipp)6XSK%H-}RWrg~VHlk%-<2>J#hPAquOss;!n3^QkQf>=CcI-jjp*m6-U zl0b+xI6Ah5o|>#urX*UQ+kmv)2VT>w1x;1ZZc?Yr(%cB+Sn(^!_&aSuk$_E6N*(Gbl!H8SAv z;t1P?3mqw65 zgSw&2`lO~d*wZvhjYV$HIzn?xDQ1iWDA5}8Qs$zCeGJ$l4bLufs_Qsmr^^seJ`pMK zoHqhkoR~~In|l`#iO^PI-3TFfK5efl{#w>oQaCbU)dGr*xdEgW{K><^$FWkvh zzAF3A0Gil_e2xa z2dRC;L1q7X;i#*&0Xa;7JsTt!Q(L(j38c)9cUN|&KAN7R1xh5I7Ig{c(4G;|;(xyv zSu1mbX*hHMNeG?DMYh0^eslz&+-UjsGI>$~mlM5+vCf1FFf|46!W6icZ zco2)n9kF+BeB~ka5MmvzLt5vpwL6-;s*W8hSpOK zR*!Wuy_wqw56j*&lTshV6NFmFF?M)V#w<=aVpY>);zV2_J*JFzZd@(_bV!dc7mwGYVB{f4+LQCh8YqQp-sT6J_v`pry+7x-0J$>>Z?Ijk(=9az! zh|rreylc{S7b;?I=e`UK9Wx3GMuSQ+383>7Db?xrfYLmCc{kQk3F{goE&RKQXJ20s z3>Wngn3=Im^leR}8x;{@ncNsfK=s&BHe4sFY%K)IWZJ|#1p@%xkhtC>Sc1Q-v>)QZ zt{-%MZ-(1pIZ1>&6PV>f#7fIgJ#(^eXmpMBWXH{qU<#zaiBl8OQ%&$rJWV2XH*4`z zQlo|;0CJ{##pUK-3Q+FJBk+Z{pS;>SzM9G=Y@(g6vf2*{5H|J1rCBY}AO?6F9*O+V zKEIb+&4tPu^^9FzBlh@b9%gO;SdyW>4`9+~1Pmp=LSwy_h%5BraD5^5L(NIB3vOg` z&X+b@0im)mkX0C5j?%TTHJzDM-~S~yzCfEPun3$dTT24W#L=ww;o*#cqb&8yIHcE# zSfVl&mXMjCD0a)^)8r(!v2oUZz%)?uuylE)S9W_D&$9Z_Jg<+NI!e<}e8j(jGZtYB zncGy>U!T!+VDOA2B%S`8188#21@lPtEUDnSrYtBZOx*f3@tjej+ZEztr&#Xg?ZjRK zC*!M3H@2H4n}Vn*lK%baf>CA`#a!#kJJf^9BxwPcJZt6zHpdBIWiogkg>eP0UKm}1 znufjJ5~yau0~zRI$PY@2b6Pkfc^E6PeQdkn6#$8^k}Y)RN`kvG_L7V6nTNm~nqet; zp7m;HUCbI`J~^Jh;j!hi;yNyZV%F1#8Xqb@sAF6tcm0lCSh211r{@5_FW#R(FH@Z? zq2wUW>x{dOS}1%I2UnLTy*Hlg4sE4C={I1YgQ3eUTbGF}G4Q8Esx>xb{h-U|`ieOj zut)Frd45pvS324?T%etEUr>dpmG$eKnKVob?9uIu{pb(^ullCmdq`(TzHa-mn~og{p=j`tdKujYXUJ;TzV z(vsmBo%A}RfaN#;FjB-CU!R%hT3B=O1Fw$Zn%&U zc;S*!658c}8VE5AMt7`k$QA6S18EYRK^fAh;o;U0TdES|qddmp=EzeV=QT}W#`rA? z&uedr!n1lUKqlzZeAsMKwbh%qBfF+Ct0IDSc!%wfxOi#yWflQtyCe9A)qb@P;CS;G zipk4g?PA2nq$w?{F?9=-xFK+qQ!sFd6i+QMW4BwCny`Hm$2Y$C)5d<=+CiOY(RuT@ zQtvKK>6#gZ3JSPeCQ^>i?l@OQ7u6j#-&`H9+Ytz@ZQ2(&28%fIVH)L#RA*rx;r#oF zfM%B-pVjWH5A1+3t`cG*HTicMQFz|*Na#6+sZ_qK^mEQR6wv;$q3aBiDf*-c8`^Pc ztB_I1)7*V$j&4L`C}QTec_$)80C7<60EY`jlS0@x;v>?0* zKT1S7a*)W!vTlo)jWD}d2D@|Y`_`6$3X(yKq@N%SAwWXMgTU#FXIu5Ip2A@VqrbZ^ zLCC2RLiD)VN$9a(1Om9{#u&LK71%5Nbh%nVoMJj-= zQRZuc0Bo!sgi+FNxwPe@v6i6$^z+U?Q*&=Tgbbpl9g-91hWEfc5ZZ;C!oJHCqvogg z>zAYllKGJVMoqZlg4wNXP@#3}4fXDtmApb{^U%E4ci*>akU;u>Xej#`%N3kjE<>$vhxNq07>#zWE|jTaep~VR%&6q5g%nJLOoS=VF^|3`@J)(6239 z%Wjv6kpzEa)a#37eGOTrdeq=XB4gKb`5#Z(?#TFX{-bLoElyM^ZHJ~ZAEtg{AIraC5o zDao<;EGsR#l-aHCY51>Q=0*+fpx+1!p~quhL!?$8%?qNpDtFWR8_o!^O(7(oL>gK; zP*H-V!y`*T1e2R6WON_&S%iA4_`kXhHqz3wMjAg9A(M`CwiFszCF0q$9 z*xD42S+6_eppZO&4WVbky)rx!Be>AL6rb&O29lwbJl`bHG*N%dTP6R1y#4qC1I(Y? z7}fvZlSNyVe=65sW?5{g0u)qfvUfGkgz>lEfUkDJ+ld!h&M2|5@~)HhDBg6yL}g!V zhq`Q#34I>o{m0hkTc!RqK+McRnTY0#va7~_sL*M@iJ>moG_ZCCbFIZ?(IejXIz_jr zY7`Ro=uKvuUve#iXiy-@RATIHxM0$WZX2E_9&P4| zCk+XYJkrptxMpf_;n4D7WA}%=8m03xtZSJ%tL;phc{;-ZSC=x>#3yv1tr(!1>d+u; zmoh*d5@H$UQ#q03lVo%{u9B&Bkyl`|$I@P|(r2rUewJ$l5506c{eN;6%aHJP<`v`R2F zL+MZw9e#Y1$`k8?UP%OaBOSX#dQtH)1^-;M=%`dn`8|qUfH;0?e+_wJBv{(1@+bgx<-jW_nlCjp;N~Ft(zS|v`OV#ldzmm zIVqmP5fGJz&uWE8=HqjMmt@&mobW7IiE0-5NF~c8ntWwQswsI@Jey|FA`LBNxZ5=J zNYiY)%klC8#AsTj*4o;fJIy#r&9UN=r=rYxCGpoEyz8VQWL{rkR;{^Ve55EveCos( zO?2zhP|9$aAjTRY?;`MF1O4##mnhU*xB$KV{*cG!iigiiGio-Ye)SjiYlTzh!v|9J zLKfzuC8`cYhU|nvNr>M3N*yvzGoMFcI8hMoq}&lLt+Fg-KEk?p5Tx=5F4zDYnU%s{QWYQzZ9n>A?m04G4$zrMy!K&kBQPhRi{ zun-U$L;bvXPK?&0j+s+GaO+2krkNg)h>rytjH6y%V4>M-#G32ko&k_&24m;04q;Oj z3F|oE?IA|p?R!^|CYc){Q11RFudP!lhw`s+uKq*kIwr}vC_*Ejmyu8&vD9k{xsqur zJSBUXH{36DOS#c9wQFa<@>bq}QAM2x8;^h0u&SM%;T!l(T{+fhfDK5>c|~u78ffSY>N^q_hN4rtZ@1$a1{0toq#TI9#iHJVnlBH=^iHVsjI}@q z_8o?tF-e|a%`Aig62F|(wdM!GkUUxpDuH3!MlwYb?ZW)6oau0JDlOR1424%RAp4~& zL;R$UibU<)13h(@wNCq7#wRs1B zDN=y+bE}vfB$@r3RL5Mp>cR!_n~rI(x_dIST`nGDr6ggT_w{?8*?-skH{Vhqxt`!Y}PKbT6%jfUXl4PLezCS?+%OW1A{aPyo z77QzwZYy~I`2D}nzbvnDwMT5GzT?{#E<;9|)?ivj)sdsH)RXt0Lthp2SA>{3!G?Z& zJg%)=Dj4$-Z^3-=x4L&rbaNU&MRi*Qy#H5Eh?Cy3;hx=7s-By~O9MNC;?>s4(*nU~ zQ!bz{p<3%=7E-R_ZQjfP+{X+(I*q;uXll8xAxWB;qnYSKn~W+(x(dCwDA-7bI-M6& zPx{i?4fPnERRX6toF|R!jBW;h@YT#*^%pSS{)gorhK5-C4?UyWxtGfcg5o#ge}h&6 z#6AMPzPmJVnDK2c)Z^yE_bg(zMD>zu1t~a+Uhk*}ImcCG296vanW&=5nM@&!Y+C3_ z2_Rw6S@^wcDl=2uL5wr$!7L4`d6INya`3;Sw*O zrM7tb>cpg+dbb@ zk=7;HZR0P>=suS%qyX_Xu;Q6_cksx+5&^$=C}fk?(mcxYLgkxroG9>1QxmrN$m@dW z#Nm`%(5tMj%l|c`s_2TWrwnSj_jv53P<=_^Qa~Em%QTPfUTeJC zCxu{(>WiIM>lsYbu?EpCh{fMB)o}~MDz6NEuJGJ`y3hom(=4eQCxtFHYGRsXkw(qU z`GYQ}lx?NysWqY{Ku8r09#w--Fq6R3l9|BCF;6&|Yuy~*K5%$DsNlgEe2rl9K( z#9CJ2xhEovY?g8mif*s>6uy0HP&D&5HI%N7fCYU+!p+DLG>7AIIAoX&_b*42t$2yt@Gt}(Q za`u&dX4=$)b25OS-2h-g>>V1~L8m;;I*`N8XFWfc2Mim@92hXFjdf~RXw)4wO6&K!r-mlL{ z@26bUSg#e0}yQbGP{_~bU zbYE&^pg(OP3jFV=WvYRLH0N<)t8;lpt&Kqz-ddHT-4l_lSbJ8ZHKxQ5^BWiK~d#uW& zu~&MIe?RR^la7aG@596P)jhf=&5+ZjvdE5dV ziA-^o3pWJkEto;CvZpW9!BgKBa&)^HCET>+{&3w&%R86fDy~R~iTHR)hc&aS7PJmzwZhbk3x$T;1PP7|sJ`ch0>XAB zkA7fJ#n)uAU9*{Q$VTHmqeYLv92zB_HlMM>F?<_aJT~CTYt0MSonL6EKls#sP0S|BvBZvtm+L_(73kY?wZSVu%71mkERsqM%61(ND9aji0Dkb&k`a3EBoYVr(?rS!ZBoPgP6E# zE__NC>6kPX^El7Vr4)*02B=9~V>a(RxXr?*ScEYuH-aeE63jpiHsyTk69{$y#!3M5 zY2C5rY#zBNe;30tDMe)_53o_rbEF2rVzADFiQ$HCQ(|m~7xOBC>Ac)3qz{E9$CI6S zS8njg6do{WXg(@#G!IZ2_`eij@X!MJAvT*~E}d;*VA0ht6%1Q80!)3QvvwxHfRI10 zbUB4=HAt{?nH2>UD0YXK%)yS=m0IshBaQQ_LKn?D%3pJ@HCYuh$Dj<)G`pS^CLA#1 zrL|5r83G7qw#9oOq^@BNJbsDXt5&MbD{E*0?csvG?$(9rD$aTf)6)#M78>c+bG{QI z#Jc#ctKxuGNDTo^L#D4SUHH`pyT34^S@PZl004i2Y+j-?w~?W`<%QBH7<6bq(be-@ zbU5(bkQ5db(J{e*&6%A2>IuJatHf`Pm16g$+q!2*X;e>2pSI-He6h!4W#W&R%QI%J zG1yz>XS@+-uK}j&tgJgIOj*ttXum|V2|F^y7?*X9LQ4Bf9kGI-Ig!Nh85+k3lkUzx zAFUiYM;R5i2GX+h$gs2UvM@+0L@MG2czl(46B}p&%O6)@lfx_O6LH1iek#+*OMI>w zAa@f*!7kF*oD@j)g6-Vf>7|M{Q0!H{3%eE1uPuE-E232V-;=EKTA1KR9dQNCcnq;F zw8QYOJzE#x0;kiv6tTuSMvDYL)#EP8j@# zCi6uM{T8Z4g95{fdhA-~{GK|J<=iUp;$%WT3ob7F!X$8LE=&(3>aQ;UU5XA!Q=DEa z+jW#ovYQo~%p!xbAG|T0A~niYX$a4*F!VFpF{7tfx=v(FV?SRpgaN3`3&x^tp#~;9h~mKotJS zW^lCXWo}i6&jQ$2<2(aV_`d6mCyWFQY8e&|=5c|(mnpXh>FhG!iN$p4D{3@s5f6<)CR1~zFdD|tMmcSri(66NWs1==t3g6x8`xgsUE3pqn$9v)vLfR^7SpUz zY<&-oT_#F?6lV7;>Mm5#P}?GK&c2fi(3_iHLDJMnfHMkW3w?SG)}x-l!{s~)pKQVH z*8T{(RD_hzq?&IQgiw2U*p~Nc@H}w)BfKhss#PeWuai@D$OWn#5SS@V@s*_SU01d& z(X~3M(8tW0J&8*c8j#IcLVO`YnOZgtPee4Dc-p^`qVj>x@o4i7p$JNhhKmM3rk2I| z+e~M#qC4ul14tK$aXqQajrmW84$aY<99r`FZ%J9u-8XRH3b)IQ*j$h|JZ8qW_)j9V zMkXkaA@}+vN*a2u?Dsb}9E9cH=nY>nuI7Sch^@gv)-8baZMJB$2MhB?zA<{ezJIS> zX|EvqXBSS`h}TZg-^(^wAh}ICWMX>j1j?Y4XEOq= zGUv1+9Q>?%n7t*4WtP>=D)?I_9Rtf`a$)I9bSTERCpS^(9~7zP;<-ZR>l&0;s^`zy zI~>^LR3(ZiYU{1wUCo+ub$~MQf6vISE5$sMw6i<29n~2Ffg#c*1@F%zE6til9`1mv zPGL_>a(YpEsvaEgF~V-baY;rRRRRNOu<)J2ZwpG}b?EI0DD;~1>h6VD?bkqC6L~tI zmue;5X^*#5dLnW6Lrw6m8L*w9bF&pIZv@Dhw4YsS$j^RLY1ViC*qd*bvA@>EF4lA{ zlJfqjiH;|O4_@a)Ct4*B`B4t1>V`XCI68>su8nD|MvLq&I5@M>!)x@L|Hi4tDFWrGV zi-ChUX92|Qb1jf#k<-T#SWAgbe4^{)ZwaoR#PW7`cAw6nM2I10$Yct2+MT9{Oo-D> z9viPmQ8L9u+8()Cm0jb3-`EECYDYS9w zGFh$^e)~d_8jEbT14i{bb_Jz7Y2qj^)f7LtHdJAkaSA>5Ha0poyBy569pRQ3e>M;1 z-Cyp_JSCkMC=W>;%yjroQ0d};dkS%;<7o}KyM?CT#ps{tvmMQ zk${W=%wJ8Em9Nf^ii^hb#u=qC=IICqK=60U-!l+4EYTQ#J)>r4V+y#?;%fUcR6r0+ zYDCeK;^im%U&mLtTOr=DR})voj8qZq!nfRYCcX1W)}}{=6WQAhHXdAySSRa)&~^A-Sp0||_6@TK{) z(WKny9|IPFYAsSSYQl1tihQ2wFOvAONPG>MO5T@kdyM3VHifI!>2ae)Pt||5!5cN8iNF&U4 zj;>x?AwdAqrO0v$yAR4PMqVsz6v(gZ zX)7p(h$G^5eZm^yy>ieUFz^MY#1_1hrLePQ#b(SifstTmRh>h~)f_pP{9yuX65)WG zS8ncRgQyu%8EQkNp<+xMBh!ob3CA_Uu2n@H_JLat!*%v?ay6QI=o=u;xtXOC>QDe` z^s6l0K5IJnPJ??5Md=*{??zQWz=&C_dw7%e+L$&V`Eb37In+7qEQj2g%G|rIJSU}@ zAlA85@Ub1Db|I#esu2bX_iGL;4~vY5WHwo9M>>45Qz2U*Lj=ztn3(7d`!z710ew(} zz0Ba)wV3M?>zCS47>J}gB`1x`30r_KAA_>NEy3GnE^tJ%uxpbP5C@)4Q!%fX-=L&g zcF@8Whs&?767I60r=vSBRHRy7VZ76eK;;h<9R2f2Sd^7#mUinE3@h1 zyLo}Mm*a&mUh`U*|7+BCAn z>NN!M7gDDD8Ok;U0Zmbve_O|vr;699ke5Z~>&Rxkw`3L+3O=PehE6#uSH;gEv6qly zPqQDhlPhQ)g_QZT29-u+QsJkGnQ@%|YwIrM!!sK^ zC0_G6T`({R(SE$nyzNaa)>#t(krz3E12&|rxly^Av~0haR=rO^Bim(yY*cTw&|BmZ zv5(bvkSMH*%d{>}Ovyn4&mbRnU9;g=Ij=-Kcizwg`l+D}>H@A9T_5a2QQIlq+jmFd#z{WB6(7d^5KO2T97cB_RCWZlQ z)*i>~QbY$Pfu{#m;n=*As*K<}V)s(eFx0CYvLeDiU;9P$wj#OLF>}09jW9cIRG7TQ zOr0x4w)#l=)-91*aihAic6dG#|TqA2)+ z0&qIh{-#17V_(n8>RgbWyaGPf@#bzJlYU#&4j(h(aG-!`Nj-1|J{WeIj1AEzC^W@g zx5s~J!|Wo%181oBd4;XihH2JCHtC=16gHj0Pi3V$m#Id17yYbQnyuL^YkIEf z@VbG%w6xAIPcnL=*+lhdHz`_iDG`qBR~DjFM9p!$75I}iMB||e@`%A{6v|ixy%!qV zeEdt&v?5dEy4tOlxcDBt^cgU=7|)C7QqHovfOlIpAkjDGN4 zvaBr$fkh_*7!9?sV>a`u%GR7-euIL{`>!+Cxo`%^3y^TR>T6ONY2LlVX^dk*FCISN z0b&x?zJ)`i-hHcq3a+G05_)A#2MhBHs?eA(MZY{z71Uxu^7Xs#O#yT%7Ncp^vAQ6AJDeWnvV3)O^P_GqrN<%Tm@V1i4eXp#{RiSM|8vu() z<^IJA)yAmT-vD~S7&WZKvD`*J^h2ZIoIq;Ll3PTi^$r-VkM19w(6>)^%M(sS|MJ*X zp+saU5nCT#Wj)J+3G_%!F@T%4Z~z=D-j;21$$82*4g8|idJrGfACw)C_-$T%VZtv= z|5Jn;EQ4Q@1a>TXdLUP522|!0?~_en2@SMmzXWerwI>;Px)kj(K)bH}IbvQTY^wBI ziZOvUkaaetffRG{v=t9W#G^)FPVOpMb(h{bCe5lJTT&?_HzL$cOT;aI59Q0VO2nG6 zBo~5?#zTbF-E(MoM;LdJqi_=Ci}e#`36*n)0Q;nVTr{Cs_I9$vvHBI*`SR7BR%R_yPa2w6Ue`v z`k|ap(Y{uEx^O zP>(;=H@+mkRyAHrtQ^Y3(?atu^ z%@hq<5FSOk11ni!aGu($(Ftj!soHJCkE73)L05>Xb7su|VyxVSc#`UPNgfnwR1%wE zSjGyvuMMh3ZsZzzpH;(QwFodaWftfO_hj@)Q3jmFu0m}zRlZ3HrVH4Nu(6MZrj^z&?A}lHDq2k!wbRwy)ZP6E=Ec*%esLCl?ps zhu8siS?Nm}OkxVyYKar-(!DS-EoQTsRik|(aaJk5hq9HnPFsRFO2y-?2%ih`TwCup z4PbQSuE(Mu01R;vy`4>;BNthZF-E_~n+0`+fjWhov9<%;2&k8S-KhtW@W2UTWpXycM#vpf{71881$BiKd|m{#GqUPNVng^J%?BuJR~RQ{HEzM##f>7Em@}(r0~?Kyp#n9J z>vu41>DVZ?JjqG9D&Acz=xL%+Y>NpRU?E?iXc3%;ud)QZ!{FqWp)mD41*N@f7%j*u zaMA|2@;NN#Sw{cxVj7jq=Nh4#j>-j+x7OzA#jlzO3Dgs?bc=*Vo9OQ9lg77{fUh#naxpowaZ4U3Q zLQr}vjzpR8VLzq%P1uhTWDQno6j0|1TOv!F=Ti#k}w@rlnseY&C%eBPw+Yoh* zsALDU@}%aMc4`cZZwx7(^vmO+&4Iw8)gVqHQ8v~t*<5N2tB`gOB!uSI`*e)E>Kv-RjPArkpFef{gV8blzW^cEg7}SdvxR7n)NmfD6x;l||J#*?|w79XAZ&-Wqnjv<;KT19X!UoJq)4G_lha0xi=x|zG-}44Xh~EET!%3PL2ovIQ0;%5 zD!6&;DSeV)Y)_gq_8}8aRaDjdM$}#~voUFPa=yQ@C)B5%a&Ko}L_EKQAU4Daf3)fj zp|st+i2M!0GlIWeqO*ZG0wL%JuWwp)qB!?VdtqhcPu(|pu*8!+N0ah69> z5g3kXjzVjLF!UsRF@>27G@f-`Y?C0sCn%08_KFF|oW(edJvE<+l(9Np6@kuZmVS57 z;G-+w?zxCQ`t@;S@m*VsZP|!eBra2^^Sr0rvB+V>VP}7yG690iR)jOD>zI)1B5Mv6 z2WFrR=hJ1-Rgb6p56srEBp0gCbI%${tc5cBwtn<%uL&A9r^W|LU6H6(O!mxj#XXoI z3gNH7l?>|(M`yT)2XioL(1)a^)GCHTW#3_82ei$Z23ZZ|us zL1xT&D!ilv3~MKg0@iAsfy?f#B)-{EaHW>%c>eVsp>)1`d_t7Xnxy_4+K1Po;ePE! z%CA8QPp`1>g?@}>;>W(SmDUu=n=Ep3=?6j!?+C54x$3RIT~arJ3;IhwdUJyK1FEgdj)We;NV(5R^9#&64;+Y zzxvGxuNh<>R9cKf&&QJt&uNr(Y8FXAA^KLTWKqGsR4JbGt+ytv_KPI0L^92F!|cbw z`v_TN`N7VEIxbZKHCCE{@W7VzkCtM>EVArNW_r*(V^B;IaNLMp>TJA!Ksu7kKuz3- z;M~oFZ02sd>u3xj(+hye(uAM7Dp=gEYU~B9uVE%Ydl680Fu|L^xC{Ciug6(uq7q=@ zqBQIc)_Be-n^OP&uvv35X-aRbJsU}0sCul-45<$J6q6C#?4dpo5BY+sePf;t;+|ot zRI6hG@khYz`3!Al@Rs_fXSdQ=Gb5Lr)~OXl+IdqB%(ZwspAgg*M2%|DkS1ye+)}P| zn!7#C*spUB=KYYmRx(hxJbcB;S!!}$#4?ZfR!eRhcFBYco-m=VMSa9kiRe6YLWxmT z(H@B2wJ7@`vA$6U?vRQA|HU-Fsu~izArSG^tjQ;RdASwJ`lE-bDBzSKEJl%lZkwqj z=3!?Z-)4DSTuQkpC!~3Uh`PH-Nfs=yxJQQo zPvmq+4keq2$V4SMm>ofMN(D$8zIRMwUu&aT&NTKq+0c*w9eJ$(o|a}_y` zgxAnV=Rj5MB+XsSoq(S>u9fSd8;`twVuhgHQV-kafwL~kX`c&CtFY}}2ubWZ7Bl6A zyaF>qOid7VAl#`g{JTW!$|MlqIFyix`jl8Cl|32IZMZw`9kgrgoIm9ywDQGGHVs>t z^$cx;+ax_z$e#4?HF7r-S4~7lA{w+%BpRb6G&iqh06~*{V}Qny zdUy~@$RHSH>K6b{5H$;VZ|&QV52Yu$n?Wqv6qP#S;lMd4Uc~x5m$!rS$ z|K{fe8Ih2}Wfj|1?ZxO8L~4W*Pz=W88l5M zJJpN37>{d9JH2%P!qj$HWrFra^t>4an_OSsL@((lQNELl0^L@#0S*jLKQHee$&ql3 z7mGYO2Edig^2(J3zW;n*O2#UgPSx$5`d1{~neZnitzltJd8mBqZEzoqH95lxPHghg zY#q;3Rc`Xzu0VV=`3QJJmrXww!*jXw4E)DE(t*pO~wa zb^EV`OGDj42^|o)^&tY?CWlWLmlYgfre|+(m!HJrKbzk)Ovz~AAw5~ux$xkYn&zkq z*N}>$g1LE)WGNxDsgBrjgu7lwg|6{#5{X7ckm=^)hI zY&cog-`uU@XA&3fs%zLSzUuUl%Ha>Nsdj<~6LpRdBS%u07@j!f zT7OU!yeh5(>q!kvhr+cSMPahsxrgC#KO~0mdaEiPh4WD#PaqI%2La!Lq1rK!oI!8T;6xOU0<#_pS{iDKm;2JHrU&R%y|`gUXYiGV3&>85zK>XIP;Fi4GZ#A8Yfb#Jk&gJEGp2UCIE zYT5AaSW@(%cMc*|%``Uqq@k?7TG1o96g(&-*hcvI3C+Wn`9CxmxSQqkizh^fOo(LJ z)C2Z|3|;!)JRzE5+`#oTZ%X_QQce~?vDRC>R=XKoQ-XuYB<6Q=sbN{a>KQkeH zqKJU;9-irMfjn)OD2Q|CJE>1Dvk;J3%9GWt@Hv!+R5_MJEf(1ER!@>N=1hsoOfx1j z13;IqhR%%6xK?0XGaM<-s780^)7ui01n0(AT#1QxkI{rKHi*wS!uJ|;1-;29HG)xf zIdjl@{7#V5DZtsH;eQ$WBG>ey`4(VO7cR#_TVq#BpXB`~?>Z-(T@?BX`4VdA)oSkz zJZ^0Z z3x&(LhZggF{{KE(3TLS-TytcNu^bb^&-r1Gobhy5f<3p@C;K7_^|j~dd3-qIg=9k! z9G2HKuWc32<1DSn^1f&ZKE9VZvplecLrVBX%*+6$0(zh%GC`kqe|s!U++I87vl`ilj$@d9qLpw9uTd}E(qZ-7eo%)E`_uYI+)sj8^RRN=VnS}KA+oCWpQam zd+c1TFB_RKNv%M#@3Sh;h`|#xy1EFsBjztQRkeqz_Rn#3nAskxgaxRk`<&Qdaifx+ zAE>QKsLCbNo(b&(wk$%{AawVTP+~7RsgQ|Q+=n1E?J$lPqggd$({G+y*-SW)E3}V* zdF&C25P6YDc&g4XW&{RuOkLxf{qJQc$}GjpLh1kLUwS{iWpoJyXFKaHS2uOX_BcCg z?G$d|95!IslCL3@8yVDe^9rz189#^N+g=(g#iH^49>ZdvMiWIUjdWnAg>)EFAP;70 zqx~0nTnmR%lJRway?dev|15+!qD&y(2l4!L8#b6NLnqr+2p43i7~8j2nyV=N0yLCC zcikJ}Mqc6t#TlB^NkuHW|GBKW@m)mEnkXrnIe#$$zMYU~Y;T@N=jeqDc;3o^;ymn zOkezRk=679v@>t1-~)v~jk6cq)98A}8O-a1m|@5H56!(xvo5Q8o~xqW0Uw@CL}MT| z?`X`$t4<4Xc6`Jlb18FCX>tZiHTc?YH^K5?G~U6Da?1u!t5XtG{$kKHTj3J}4k!*E zTeLE7pA($O%zU~RWHyhoinlDnyPCB@+@heMY{~5jIK=EJ=HJ zZLEZRDOgUgUYC&YM6`8X#@KA<1x;Tha_GNm=t*gG8SDT_SuUH?P{#Mb^<1Yn6(Z!E zO9^;g^r#u^5Y-!+SdQKpvw7$)OF5wO|K^$wcu{8tp4Wx)C zYJg=qJtk7pIIY=U%{GPSf=(*U1_nRh$8<=rtxWH#9GBwHjhFD>DfTro?`7DauBM3QS_ z(rY+xvtMNEPewb;l@EAtdEsxs?y9_g;!Zrp5BLz_Fi@6y&3@6j5Q9v+hx`qzVNq?l zSe7F_Cqtkpxama$Qp+mswt|5e0b!w}#XJii+1-PuFo=vg=~Fv^EDo7E!ft;o5;+dL zKZ!)As*g>Zlzxhk>^fK`>&wCwkf@jXv@~Z*V$HY@`_shyF0j57t_Ns!Hfb&;zwfexncrpFo!t-}0y z&EdWfs)%w%Dk;%y6@q7eK!P4jFDrYVb=-*g2behaD@+}_X^~h&p&J>^O{!qJih&5P z@x#xV?_&)Hv1Fv*oQ<4q_H z7|5D*JyJ#=PdjpW!ls-&s5Ft8@xEbxKsB=QR%@A2u zQnMi-k_|ufpP>d>lc3ARiwB$cgTBbdK$db0jwRn)UTp6!CtXS^V(UHvA1Dn~`|%E` zaZ)^)0m%|A;6k|ggx+c&moTAPdBB)qIo+QG{Y1{v={m4(ynIwQGimv6(c9-o{mY*Q z?`f}dG*=brqxG$TZL?z$8a{@i4DGcm&Tj|_6e*R+m|-A#YBb6pMU8xAG*U%&sTEdS z1(CQ&C^(IzbCHHLZZ1~tDVZ|h_(0nptjAt&`|b$UD9!qkYS)N4vZsBAz&^O}D3_P2 zi8@K3orUImj8rCnY>`N6{+iulOSz927+xfKpgcHx>4m5Sz3wf4uG|ocLMR~kZgI}6$_t1HwquGw8s07p1pFoWgjGvaALO?*N4P(OeJy_ zJpl-^HYS+1UNbO0c5ft#^6;rIEjri)YQfRro1{xw8Y^x>cd8AcB;lx91THABKRXXm zc_k}0IBZvd-ymZMk;MptQs08#0Dnz~4{a0ZKaS9t%FY9j6_DR+}Z@ZLpG0kX1C98buk$mvJ|K zjYKAf_b$I}QIwnGloom#xFudQWt z_gD5#;|u>GGSeS}r&+_F&^|ssY;nBz&zTYmQ%A%`ukSdUR<*vzbD@lg? zj2;YKo?lJQu>!XF6VhK+bzIdX9mnw+*j$QghNFId67#+}dBv^~+L;I#r(N>r*QtGZ zK|qDtK+*n17RvO)aVHIp?W9L!;{s1aTMl(_u`Ro~*g)XME6D|>#cbW$6nF5P7OcYr zE=kH!aJ70jqq}~}6neR=wVX%f0ql;^S#}i%uQ|+{i<{Az1~ayVn?QOZ0h8ukWd-@xf{mMiQ5QNSvLBY-Z(4G%Wub>i^azK@P%LAg;{B{Q)epI1TQ|X7 z{B=Op9$U~`hSUG|(kp0|us8)Ri??dVD%8DMI@@FZy$&j2lQL;nkUNbyAYxQ zob-M_aca@_vFC8&rxF@YlwM21XmM0G8*qys1xpMU#u)k3=FKm9)R3C!v?`QybU~Uw(ldfynY)3Eo4`*GJIh2nT(6`2|U7qsQOhy zLZ2*aIu|FqPiddYrj&B3h;Sb_iwF2w&JD(7JS>!A+K;B6%<8uzT0BFM{q;x+h{!%N zp@9OT{Bk&c3ci9xlwslLLw(-td zCMIYXQ+YO4I3ILJ71KaI8BMFf_=00+C)-xP-i1|?RCLXRrzT?SKG9|&sMu5+TNOFP7!YP@Cwt-HCTNleMIz4Fc-#uAM(?c%XJCSuVArNI7>Ciu7>TC2x z6*wBQ$btpZlyJE;=#vs4%6ic6jvPzK z^ha^_4zo{bVBTA9@h6G&SrT$TLQ4x;fTbmx^s zK|2FuhbOP|c#jcy^NmYYhMngnlP`pZoft#!FSZ^oGNmcRXD2N)Kqb1F-xUe8l2_S!DtP{r2+UVS zGmC6qh2htq7eM`LfKUtByb$TnjOQg_l~`z?BS&hcBz%{2u~%AW5u83R z2`R-4GAfv?!A>}uShUERXGiE)IycJThQ1EuZZ{^i58>RhJlCHA^6Y$1`QV!0ZkS%Q z(DHK}R3TLgVF*hPIQgdVt^F36QwnrM(Is)y!MT`vB&7V$W26`f$Sc)^EpSFpXk$!+ zrd-0$O0Bw5Lr_j5aQNiT^+_I4P~O$;%9JL@DwSUVEBzjLLwnz0XA%EC)cAh49uf@N7OzdTMdd_}7@c&p>^ z=FYX6aJMoXl^W+rs>XYf9rt!-Wr|kSufp51LGH_hl^#u|o+45kJFb4TL-vLCxlz6j zy)~)Bev{@;y)u#&2hzC3k>w#^DG>5OKj?4KT@j zwvb5FlC(Pp(?Qjl6pAzuvEcaf@;76)r)yQx7h1 zKn*UY92P*(yH7?3T9nFLWQ|*1Q?$t8OK>~6Z`>^}oQx*oicWxn#k6jp3izh+yD;mW zP#tJFN`j6G^h8jgAv%Ie5m2?Jq->*_=;+EA&TR@ci@y()X>Q1`GZ{Q2XNIZR^zyW@ zLj2lVoEfOdB{^|l%fhkwCKaOoObj#0+-M6BO067i0EFm8XyZDl7vDU4Luv+MM%))Z zs-A?Qz$L_=_SkHX&^d^~5*KkecCY1>I95i6Y!CwGYVI zz;ve8hm9%A`d+nET}L4HQ+*@iK)Z}^>N>;4Mq;S)XjEPpm9vV83$jIil9N&B>OV7D zac4JV7+L{}Dn5@7qC8^69ot9acSJtuY#$Oavxx(NT*^E!64z&7~yK z8~F`LKNrw*5#DpE+IM4 zY&50)r7Xrg$cn@)M4f(WJ&IEpeBxUA#mLs1IyR78TK&Z;W6H$jc{vAN zzCIb`4exkQ=$s8BQaoBu1fx?b;Ve0 zkTftS7lIj72GVki!pCCNYC zfDBZt25fZYh+*aJ&Hb)k8u<|g2np-4Q%POq(u2d$+QXMQD)t zftFz~MGqbp+=_ajBAE)_KQ3~Az4w-ffEEyN>_4PmH`bR-Z=DW%2hXMDoWgn(?#$_` z99l%{{2)r7RlL_eZ~^05MVYm8x04sDSk~Y}!2D)|Wh+SL?;ja2%^X(ICP{%9kR^Xr znMy%zOXTHBI(;rFn>3eY7Y%s;w&wGHnFxtO)6=HkBk1(fSb)b__3sjGZF7E`w9gd{kR8mol5+KK?-d* zm6CpjA?5g{Ycoh;sL)<5Vhk@5p;*wRD?+-|e$2k!>jo(LP469F?)cs^)Mh-vwIC}q zOBMQt&zILHhHo;Cv=xU;9HUQ{-t68V(%OF}2CLYJt6lKMQAiXks0T?0k~}grs4PA% z3{ z!(m!tT5}0|t@2MANa{mBe=yO>AC%$c_Xp z2Wlf3V=ItOt^$qr7@X%JEO(hGI<~C@i$_dULR3Ow1B-UFY*@~DZDjdYm2gkV`>)1r z5!>)Inb4ufj-2=y-*e5<{q@H%4$MGRO2gyI9E1fEOdiIFHHG0R3!Y)+K6C!9{$j>{ z1V%8j;LOu`$3D@CXM0%;cjbOgIiqppO5WoO(XE;ZxXvwBCw$+I)SQsCTZx=dl*!t< zvuG+UX)OA63!@S+*ZlKSrMe9tLLQKrstnP0Dp`xS06jp$zcqwKF_DPNO5cVdKByR6 zvg?+0A73qxGzKT$eC4sHpxP!{7RMtsEk}Qh>7%lWjBQolOp1g2dxb*6abGohs3S7v z2}AC;ka>dxP>bWDw$=Zd3B9q~^VW73)~UrU8hi!VP}wI(PnPnlkN7JDaHqnNI^xE* z$g`txVMoZVP-KmA6X&mOMP&}Fd44G-9uB7K1UAh4DeU%)S@~G!bQ?E|vJ*)G*D}%LO~!LpqOR6nf2oW!)M| zs-D*nh;yAmMvcSm01Pj^{hw262@wwU;#;A|9xfFU+cW)>&Zh-LQxPhe$6c2803iy~ zW)Q>LVbgO0h7vaFl#VNlP1T1j;UP3}yCpk%I`_beqDU{PO4jA4AY_W$k>2=R0y>Q_ zC&hE(>KeA`vAq-_cF1vKAj>#%tvXT&GDVtwL8<9KQTI*f(KSImW}l(_lt<`}k1qvJ zpqsNPg5YV^w&|dT#1|E33f9O*kSJGF3H_vubN1U(x{cy@W0e6Dd~i8+1@>XRS@yXo zdisZtQ2^*18!u`&o+MQafw*P_Ke9%2F!950E~{C%gMF|D4r`n(LFF)2n&AN$n%NaV;tg*G z?OH)28xPT1VHz3L0&3Z(O(wh^TBB>c%E;?!3;`@RJg&lOj>aq=p73G3kWcW%p}sle zKiUkAq42(SI4HJC+1aX|gRn4T-3xf9uTM&C91EtY*pD^yCkFM&FFII80GKMZRE?5k z<;!*Agkpp<+owLB;XO)Be#78)#2))tQ^)Ar zddLTpV0f~<4RUyL?O~hg80FFslqOvXsa4oyLQh5v867E5wAv4k(D2y2;MB!j_SABB zlG_84vzW60Wm0R^7AZ2=5!DpHoPl`^nbbFDG#0IBNL0wmy$lCsLjzl(J2hHAP##2@ zQWzHHX|Gz^1h8ZYjaKgkt1cG0Lx$ZZBPa!bNRfM0sA>PFfJajFEkchdk$*fs-z(c`gX=T8V zK~-q+BG`~O-#rR?Iks^@*X4q`(>oc|lsdCFC}?QpKF>V$<0b-~Isw-g>PLD3BYs z@sxgX`h{cwn;ZtU&Z+1nO$1to(evxTxm^R@;!=N`9y@8MSieV zE|~&PS`NMT|r|3@8)~-7KB*a~&Wuh{-#Jn&ILgopjo& zs-%lgd;^A?vt+vSO=*+Q3{#bG>0QtwWQbg4Te^bRC*i1McJ!!1%9&*qAGm!0t*ASW zn5x9QxIG>cG^@D^4@KC@Ih({ZL%PNXCy&2lB|HVa;gq^E%QAdi<&%37bBeK@*=d$} zwgvW!q#rzvwoN#y%I3b*{t_D#Q-!P(fZMa6W%+D?p(fn|;c)|*C|uJ)Gfz8DZ-R_; z*DTIlMgi7~f_=Khh%M2y2&-@jOcqCLb% zJ-05Qlv1Y2&e!7X46<`=tR)+1Lst79ai|vsTSD=?sa=i!<(?u&$WNap`Yn`8V*E^* zUCaH4KNGq%^eIaiCXIu2lg%}z!yH7Ygki-tjS>|}gM5g3oyYL+lx*5PZ>aeKmSzsP zTBm$QS45|O|AJMnPxIgn1-+;`ww}_OG85$mB=-MsV12alGW?^W$Le5!yMcabA_kjG zWv(g#FSyJ%IY5CSUW4JHT)y6BvHIdl)t3U08EnZ8^Oug?3wCOXEJy>gNyu7nr>(Dz zc>d45-r8(G;pGjY7Jp-1s3>NMh`2c(sK(myJ`YDY8o9*HR@nylTXELeXFi~cqX?T* z*vedrJk%BlWwB5@bqxB5_DI7-u4sv^!Wg@RKSJ0I~~USmTf6r>;Qh zyNlPsfxnx{QLM=cd&a08%%7;<9pdzJ_o?a^kyjRuq3SYQOhe|w z;iNqPcz?-8m^-wiPmikE%QvvMYB*$_vaMd=w>`-$l%an(dSHx=9O1dT4Fp2&_9JAT zl(rfSu6iUOI7HiRo+V}tmS_+-hhyWA22mhjTPsZD62Z`v@9Un;`Rlw+r)(IKAm@G7 zZh*HJouhGQb>c?!@K|+3#6jSZhO4~h!;<8W22+24yK7EccFVRM{76zkuNn}|P($vZ zSHQY}n48AdX|Af8oYY{vI>_{yI<>d0L-eojA)@>EVT2j?M5kF&LLAGe0#5vBGtjG`Q?+t-NH(Yg==bu_30n-L_ee%4_Z_D;!@Ng@|>?pXE1v<3MQmWE; zUVNn%^euEy@v?M6d6%{Jw-{Gw(cfd1Okzjmy`7`wPGLdkD9lrZegH6^x10o|PlRDFYFcDVVkdfB_qE_(Rc|{3hFbJWFyxn;bL!GoiAreZkhJ#vb&g zV&x-8ocP@{NeWs@Pax59S~3N17OkQYwo-&An0x4;x*_*DEm#V%OfLr#^Fd1Q8>vB- zRkb{=b`lEZCjy@iL71tKX1?olyAoXb6B&d>=~B5rHJc4d;swHz@#4ThgM*>reF=Doz0t~gbh9`u+Fb`x=>kK zepfYO@yAq{ipa{f2{pR!X+#~eICX>E8NQLD6_suw1>HAlkZ~i^RC&ReMtLaB`B*R~ z=Aa@mBT2E4t@GUuluN>&|6z(TX+qsB0$#v=&mWdciCTR6g<>IJ4j8^&EZLGO@7OX0 zy<*@R2=RQRJvet8vCbqnz}9fptQlKf|3UFk;(nG zQ2a2z?1|6%kXm|R)3;2F2{DBXC$fPKH7~GR_^cl=hsA~tIn0mKp{)u!SFo^*`raxj z8{iRzWpd*|Ezy!=j%eX3W35~k~vqw!ZVf1iqE0|h65f>-gm(y zpOIn|+C1bpM`M2?O$Fchghv}$+NX)FDXCAquVu4YPwz)K;N$PZG{rS~>g+{mI-Wpr zGTfoJU5lw$#~)mz4i!F;xE}RGQb zX*NGHmGc)Qtia%1 zqxPZm)4%`ezZSU8cieqPZ{k1=+t|-MD1oRG^h(eoEPE)bwO2d?5JOy*$?jE3AS(gqCv4zupaWh#p?G&x$Y!-K3M zws2tkh0+s!x>)w8GCGT1`X|u!#R2Dp|2)IJPbtKN0JeZt^GB#Eoc4U3*avD9j4gKO z9z|(wdcBPcp!SEDN^E0`aBqdpqg;*QWuUlw1m=ew>M8ZI$jN3lRb#1fLOe zQ{d7xe`Y|AK)7x-&O9~DjH&)mV+(hQ$ammU)>Tl?4#~EO-td|(9TY;n$7CaBm)Gf9 z$^?IYnk8>bjG*wxb^9i3vQDH4&Xph>XN3^r(kjkfqE~)Zs^u!JPj{Xc3d@u9q9z#C z9KeSEHulZ*nokAnpy)EJ;g)g2Ml zH!f6sJ+7TFp)ne`0L7{U*nAjAJF$QM%H5a zekX8S_J)X97Qf+PA2o?@(2zDO@M?B8(Ve@m4X4uKKIgfV=e*!3oDNoDEfEm^BrY7~ z<@B!fRpDAFv_u-#Z7Pt7b6W^%qm$D&eGMg$jk_S;M0;9169c@be9X^4@vbXlmIPcY zU&t#z?YSd+;I$t#W*yhk?WACljGqIrYdS>dr5iwK+B}izgf*ZQVPo*{ylmE0{=6gO zB=blhuNo)egu?ZK%AmEu^@PUtsayr7gF3ouYIH}l{B(lCuz1b@&bnLPh(tH$$*X%$ z@p38iENJs1Eo2nPX^u@)lnB@L< zdUo2Kw}3s+l$`&$l%mi6{+C%J4>?NNU-WqxHD{5TMD~JTD;uC-VwN#8urasCxe=Aw zWK)N<_W-b{rIf~p+Co+ew7Y}@Nr>mb!#DA9663gWIY*jlJa9yjrZI|DO`*;&!EI#@ z7puRzX6#;$2*QkbRvz-LpiW5`>Y$gW1QF?!4K_V9qT1D2VmMZJHpx7OQ|6@Ac7nvu zOoE4mC5BzcjDa4;8?uJrS9%AXWyy3kT?{^`gvYwiauhf&lS!8Q8ysd6Kuu47-L#q3 zxgxl#d+4pzaH|+6+82CPxxGVwi=Y!T6)Pk|{C^2aiWeH_-v$UB&YYbdVB}yx6n3Ks zNQmKUWidEBO8bimrw~VL2A=J*;5;z1hllL_2q2J`|1%ST9i!P9J`PAQ!68`I!-uqI ziKr=*V?D4ciJ&dJ4fG}Xq96I}R}AA*Y962xsK_RTNzthZ+5H@{GGb?Q?RX+{Po~tt zsBVJo<5dCzHHhnRShdz1LnUj>m{4G7aFq6mVI$JPNd`YQ#jA~5#;zEaY;$$>&ja?F z!Av;DScTgbBcFAQ6>}DL<#bi4Ag02Nr2&1b6~|Vg5wF}x;f;oQS4?Sixm?^7kBz)$ zym@2REgG@3BaYgz8li}5lmm3{Omi=SMbOD)l~0~T85 zyFmT^hC(1gA}R>5ok1=1fm^tO^&cPj5}54xNHoe4tH?aLQq_6bN!x65T9CBYuk{Yx zlUREEa_wB4iikA}c+2?|VRl(v+Y=45ZXUXWv6jl9;=!deV;PP>vwPP9nZ_64ZJLVQ z*&W4?6=pELk3}31k)&BL)Wi88r9(1J6cu=GKGL@6hf+`4=CO&~Es^;ttCL6V z66msyu^~YiK~lgg1IjeVB6gF(7-W{VG>1DBj+t$bxii$Ik7UdU7;@ubXdUrxtknQY z*_`F7!cUV!y)k11B$Z@Qm_4<6#kbJ16-}_AAKw}E^l#-PRfwB|e1YH+NtRP?1*7WH zV}0^}BP67PP_0ShJ%@)P7Ndl1@#lc?I7!I;&?#Nk2$iE|zSlLV2L^S#GC~ z%^0v#KXc3D;XP~PZbic5#v|=zp;&@0=*fhZWm)KDA3ZBm4a>y{WAkT)NXrcbTnL0- zL9N$X(qGw-TT~I@a4Im;7hLi!QPo~=)1y{=tJRB1EIuQ67OI^EG8GYjY;fb*3`n3Yd z82;fzVlLuSfcu^T3sg7lWl+D4don~xsa@$i2< zH93TMY$#|#Sc2*(32e*w2(ow?CY)tV+eLe;!8RKG9#=a()FQIY@{fW$Dpw5>ZBikb zlv`Cnl9NErW}JA|xkITzndlr;c_t-ne?$_kwB*KiC%FiZ83o7hHe1#VFps}=3_7(P z35e-$>Gr3}PvzOO1jS{_=8CTf%dql_;;;7K&kXPsOSD}65|SfQlwj4`e}*m_`s$qP z&Y8wgu8%bVshc)cOau=55f`9`mEy%pP$RfhZSdpm*&Oya=M3RQU&tH#gM!@3eIUnn z*e!l^(vz%A)a(<=CMHyUY{Y&SyKLHg+l02&2KI%T-PsEiaZp%DSkVR1Q@#k2SDB-l z65aJbr_Ao{^C_OF$be}Ur zGi1dcHwN#lRU*&9sl#;wP#~3{_$|oQ$L^-8x$0b5^V4)e)b+DSK4IvkCR#!SAxGM+ zlS@2n{Yx^@iE=K8^wRL0@P@v!X-`vMhp9RL3u1MZSp1S8-ZfTONU>*}|3XuMV)<4S zv+q%=9U2ISol;V+6|{sE=wS^ebV7S5kUFAVB?zk04YR&pQ9D%ydqRu7IgvJ%`l)etItd4 z!mV(2Fw5=n=PCbw8kRCE&SJ3uXm-_iFKJ%f26|R-9?Do?Yma7pt8d;BnJqLd4UeI- z7g;_ZLqdEc6BErg;n-aP!i}E^+FU)YZPd_tArf)^F_7dwDO9{X) zy71RH%E#L}R2LRRA_uBX?zAgcvHBify&~vB|LJFZNUmEaro4qx!+O_6!3%8uJQTPx zF~9la8%ESW33-xIjQ$)#FzSh4oTTzBL^ga2zer{R;zpm#gJpea_AMQIh(^{iTUpwm zP2LKQsw4P-UU=1Nal2{q_fGY}vJODXjwPmoLr!Jw7XD;VumX~3qghh~QkE%1Ffec` z+3jL5_M#KPbovCzG147b~*?)@sUHEGlZLx^V-psjx zZnT7#(X`%gC!$9s?`bZKkUc+Oye>H1%pl^hp21%^aeYu!(VonOD(15Il-6<1lOV&W zpRS&ku}H3J?m^$Kh7o}A<2z2N_Dt*g;e9-SVC`++$n^^DBxXbZO46+jY6u1Fro0F> zC`m$^wEJ3$WDUS+A@YHJwcg2ef zg&o_>d@U7epiHUuYH+xHc2$0AU`ROpn3b%CN3d#ZBkJ8+j+fA&@fUta@miJy?8r_2 z1#V)6EXYKNP`+eaA;Tx{n!<$+>s3z>P^nq|7)#ym<7DTJYn1r+0HT&;dd{o7jv!}# z;Bvn#L(r}((R;WLmDnnei}6+>_nNeuOjus?g+3=+8G%Y+YV?##FbdgRx=--IdyO%h zsP#_~t1bz8dF0SIYr#~~P4QNANdSc;h{rh}WSm(m`U7a{uB`QApM>AR1 z^YLa9gWkL~e7P>zQ3S)uB40UlmKQ;QixTl%k*1Zq#M;?ZQCT+Nvmy}0A2e!aZok)c z!1)wXju-iDKJ?=bWWXv44~h&|s$%r{J~ZbR(}{G4e?u73(#$l|>WDVZkPId^e11B1 z(895A3g+CKl-X-WN?{4+vlB;SSr9)fVcwRHDv6W1J$wTUA4RMt zVZ;U1qHmRQZ&opaBIAg++o-_mYx{Z-M0TAyW3>ntXo~p3gHxLC<#JlBxew=RE~#w- zT|c_k0qoOx17dv}(%{^;vTcN5r?LMG0g-u30whR}c~0khSa?BJ2OZmncL|~vCc>jg zsQhZ9rzTcFY$=m__8osV%_RZ~P*nMPVDC8P4G$$$lxIrlkG~CiCg`J6VtB+h3cOu+ zFYZxNIQDt^x^50>R-j0Eo2H)^H6azpRI7?>aURAgn==QjqVSL^QIo%0SB5w?Y*Ecf zeSFy2Aa+8%J4+3SZO@+h=&e5BqfPLmxa~6%v$nQAe>Z=T% ziEG0N{=tl0Hxd3h%24(C=tJ(_NboHb53u3HY9HYv{R^PVlZ8Gr&<~7_nbT zd6s`7Npl4oSn(=4te!b75lgyCa}+To@%rJW=vcXSPoupM){q^i^)m)WqX&>i3g^$M zjyI|Nn9cfdmEaXXa%j@U?-SNOy8|lxz|)`HC%US)K0^<1M?j~w{Z)1L>xb6)~wPeS!5KLpG98KnR3ch&qQ;JcXq+T z;o07$bD5XibslDb7gew&NKF_3Sfs+ZbSC&9)gyqfmF*=nPu!)ajEL#6#8qVIchzAw(hYi_W-O8C zr5smFZ69L@Zy;1P-()d&^ts(sfSQ=W1_WaiMDpZx4CpLQ&K%L)l1IFhRk)ZWbOdIr9sS5-~d27v8KBT+jHQM{wo+n}n0gHnu>O-{A zkaYT3wj#8fw7dD(3PD$iuxiXqdUE80R`HN_hb~L*z>5uc%}Jh1nxzY}m`8PUlzyj+ z)&aXvzGGCX_+sxix>0CB7kB&rYz5I&x7bA#=|x>yhkXH$AuH7+lALO|*eIKVSrM21 zIbQp5e7BGn35biqB#vOoLu58}j7@1WDokY;*$K1f>m>A}3JVe@Fy=xcdetw>`i~2~ z-$5B*EfuFivkFq+am6XlhTo?O{#emR$xEEs)A%Z z%+pCT3(;YEd%G(>QlLsobpTw6k5I)Phiv7B(ivy4zk3C2u!!YuT<61UEF6ltLPHA> z_JoygAOfUU5Ym;;`mu(OSbgLq&TNx&<}ieBazLdDinR71G&C~ZX=9@~4__DPa#noo zGN5^ncUdTa{3O&NMk#O7oUdruL`weYUIivzq=Ea&h-$3PNFWGtgCvrN650blE_`Wr z@?)EF?Tld_w0dy;u6xT9h@ECh6zT@hVIOkig2m3Tp$)O1w| zmLYs0BQC~YMFay<90PXcu89?t3kwdFSVVme$Nms2`I0>M79by$;y?dBnw$$U$h(7v zafd%WVaW_U)cITHo}?(c(;T+4+CL?~7;!0*@?m9je$}ZgQDMoIfh|= z15wNeJKCo0+q*7_zK_r3C=$#{;}L7Ke)OQ!*UgsXISLBwzM0?nD?A4lVOu}=Fxp{G zl!S!yaK&6PI;F1LdlHxBh@Sa{hTZx(*hCmAih7e7oaF>PNhv0F72Au z95*R=R4R^o;coMGJfuYE78wgth!1T$KP}w=n;S6c2Airx*YnuY%68uFKzsPSDzy^r zflWjNAQmJ)RNmOX)bc8i`9K`<4p%I%q*9|VYB(8f4=ACOs??Q)P+<9(4~C5 zL1!c}jj_sFfhIxIn?`hBNAS9ID`eZ!g<=>^StQqluP@Ag1YWAeB!9T+*5HYBj=!-e zSHfy=G9N_!l}^LZ>g=UHVMy2~4A@S_5R~24lg8V1+VM6Jfr;w_Ls2Xy%AeLMWg-VB z2k(`MlJJ=*u7=j&#K!hhgjnoAY@tzuN-Omcu{i#ZSV4NdAflWGvs^Pe)x z6sdq|GCvP#X8X5<+WPFVioQ_nc$xf?(rTHaX13i%j}(- z;8H}Xjx|km*x{dX`rCrUH^1mOkqOHg6w@m7robGK6yNF+uSqD|TaCdog>;h)*437P zEubBAl?vMYdv!$@X48Sd{vx!77Ayhk8lFCH_H+X6yj$2E2C}CQ5?g9xYYVe#*M=tp zJ}HH@VAoPt@h2QF1P^Eui?TYFVE;A`ioj|bISPp=DT<->U^63lD5G+0ITGNjN> z=S8IztOB1Sz1W33hfQE=U$MNqr(a801OrptaXv)*+r(VjBk<5}%IQEP)F2{BTmBVq z(4RBuHZeNO-uu?4eazrvQHV&_!jWxw2O1e@&qf_Nyi(+OR=XR#ypyDG|6$W)mMqB; zN#(&+K?W*XW&eQ}cK{NoS^|X#1|G(D&qSodaT2?*J;{5a)S<_UWxQZw(G)+~UdqV9elUM6YU9t3!Pb#J;;shP~_76(3 zKaLX?HJq}@Rho|b1Wy>Q@9hG5l!XnkLuFz{gFPtlM!Gsf2Wt7VORn*lENAS^^dd@4 zOU|Nc!gl~KV%YoM#>S&sPOikHqFn&eP`M2}gQlK$;i(CX1HI@iFO}~TYRf`-x?%`T zD%U<+lWKOV%U)xb56v+C?{dk_#R!@jNRmZ*9&*OPN1}84S-HxFiplCcvHi;zMJ8LU zF|=@NYL2Y>d1t=1CzPUt^vr9bN6-oO_k*=4OK3i$pZXfm7jL0L;_6YuWL02Z}7rhWOatAWiu8qysU~))RM;)`U&8Dum1mjZjUM!04yypM z5ZJ_iF=T+n!JmBfVlDaVY zeJjS=uA3=oFtx{B88ynW{fN+|5?22J`-S%cosrQ<7>0Vi4zw|{X$PwdPH^S~)A?6Y zZ9pfUE?YoVl+I(65;ftF091BU$?dOcb?A=n)XHHER-tU$aH=F7!%0m9vu1tcfG8m; zu49KJ%H0Hf%w^%xxK(oKq^L2ja1~J)y~@?VxyU1A{brL~tVls)03gp|67v*5=6$=3# zJB9F5;*tey{$U7lS?pcm2O2KS1fEsUaZf8|CN%|`RsGOAbc10g3Ess5AJv{qP?#Z4ijep3@ZljrB_9DGblYYkvBK@=s(N(V=H zky0~Nu29vdOJh9sNdWpS7ZC_H-Xq6IVTpQC&9l4Ie>x|45<|B2#IM>3>z(O?slJWbwV{%x-QhijZLNY9 z)BbqI$(bymV1#TBnZZhpk5sO;`t z$H{{H8i3gIzU)0C3Rd`Kdx>DyH_Qpg5b?hC90riKHIxi$am)*J zQbT0_^HuN4q*loRdKY#*wr1D;r^*m2kEB{9YB_Ep2%FrJkGKQqWn%Q(U!nrpXiha^ zL2Q!nk`_CoDn&mGJPpe1%z_|7_=haRl=APVnoK>(QWmiU31avriBmLmeGNUT>wRz` zeV%|*PAk6lmEa7tH5qykOX>WKsxHEB8dif|LW0L7+{`zx5}cRs8{{dL_G7P4qfK-r zRaEM!7P|WNBhU!!&nVS2T>CJkSr-n{al^u;;d!c^H1nt|Ush>3L!hi@SATJOdEkkx zgrU1I>;5P0J#=NuQC>hXgpn}2TDxX#j`16Nq?i5WA_=(YW4~DWz`ZWS`=5;~c8#@G2alJbe6P?yERB1L9VP~`A zouN_^GzIrm!e0<}raVcpw%T%8#fG|{cZ<_BvA4=SWO7pghVQ=zFeKRd^-b`i2>cfT zX0yeN4&jo$(P}z466oG0jJW-7C4kw4kL3#K??{qQ)x(P;%aXfIi|hCuSglx2!&v5? zB9}y<%(Wuq-TQHtx?DaW!gUptTE#e8F z1hGOl4_XwJvvgupQ$fQNDz+8#_b4-K+sK{-gky0b4dQX831G#%b@E^6s!kYgoaqtY z0B;ZKi%=>UE=n_z9ZL>UnVRK0(t#z~JzSP)DG&rHAGkb^!kTmpN84J}!Msiqxz5Qs z%(B8F_kkqpkc^Iq4|kP_5t?2y8(e9H!1-Nhw(Ad*5)_nQ;nSl< zEa66FJDA?HvuWKoaFQzE7u!YsbPPR)%ftKbo|N`fHD)k41@`Wy#20I${1TyC!Zj$k z3DlPE>h2=;_0QEIadk@(R3F{5d6v{z|8F{xS5N( zRc3zlwW3-{ia}$Mqw#J$LxIQr&KJI+*S;sYdsb`B*=0nf=lQ0S4Wgt=FpEgDf_7?J zHZa9KFi8y|+k%swnYgKGwXgj@AhsG)I*m%F)nO4oo_hNIij6vFts0eK;!!OTSGdX+ zWKa}N$#%_dnc>wKnI)UN??=BrD#SshiJNnJ<{r5@qJZH~J~bgwK2iZoC5F2nkWRi3!Vj-XU_JHV z#??1{oR81CA}du!0xZsQR>jx>o|`gVOAG*Ji$Y=<`cKojaJ^jn#ZUQRDrP4r1>mIz zKoXWYu8Q82>}|qKlYUHlvTROt=@0ddv^Qm6KPjR|Re7I3dQU=niQ8BYNuJV0OLTJO zhFk{HQb(1NK*-}opo zd{bAEn*9cGF3eQ6E^(?A$jVZ4-1IUa@Z5BP9jYTtH$}C(sUKF&G(g&L*@L?q_qI_2vN)A3z$lE# zz%C>?iDkjnODm8UXsRA1L67j-5N6{*mV~nsZc*II#B}K{zi{|lPcHfCHqQ@AUO4h$ zI^q-ipA?X%0I7_=a<~uQShY*zMZWZeAVR z@C2-4_$lXWfLgO}**K;2vlDeROGH3ZZN4Kexy(Iw|NC8 zHEzuS*X7pk=NNO^Va|JaqSQiT!{Gmok!DnV+XiyTwFSHJz?A`6F9&_+q7(I*Cpt{L z7REoDryHf3d{bUb6I7H%8+h$m{kbIZBu*|qoBrJpkAvdpO5<>$_!hCTss`woEZFl& zLJfVhp?0lSKux51HZ|xEV?3%32jtVwiQ2Lr#HW?qCr)#qDnn~zpD>)|PpAw8yt=v0 zFkb|5mv7ai@Z;2$+JoWMwOnobM-^=E4LW>HzQjzv^8wX36KNRpKu(6#3l$wYl1$sX znwtt-*vn=ACEj2bvXD>Zb52R#j&Tbdj>4(9GnaOA9YAmtS=Ec?9^MUPj!=M&aV@z@ zPe;|Bkl9s-)-szEHnYyD3cWb%j`w1~T{dUiCeFJ0E@h$A=)gIwXk=?r&sV`##~|_O zp6g!2?L6BSDO(Ywa=>R;6l5|a+k}dAaEe;fK95H>(Z1)x8{he)=<|KQhQ4IX!wl*D znAlZ3n^D4VS8{#SCT0RjJq4wau0LNItC)RtMPjlV>ilW&>bqQ&ow2yNQ0<{tcyS0wZlNcvFPxC`1Gs&4RP~vAZm=D=`@4g zr~)V`tc*tG+|MT`=M7+U+~s{+q4Ev%;f0Tj@v)eBHXBq^OrB^xA*Py-FA}d2$bXYRkLx(Rsq>?QfG$Qk>SyV;L$r>q4#H|RcR=isEdK_zVw#MQ2!&Epe}+HQ>o^I8NX>+D>O26uIpmQKLWxH zh0=Fu9=Gbe%n_JFz6h49VY{4i64P66T7r_h+J|O}-IO3ht7!zqJL!@|ziBW$nxbTb zhD$sg{gm^K(0>*Jl=|9oLzxv9<7rIRECiY57(bto&dWq)O^2YN`pvxPHASCb#zS&} zX>8NC5Q2n7U?#_#{PK3oK!=U(H-UsGF58rCAjhxWMi_F&e)O)WvA{B^p5;0?N#G-< zJx=;}3{uit-EEMUs7jlh+o&Z6%mCp2{y?vUi39yTiz6>G#yP0Xl) zf$2!b+*$*)n~=|^70$05V;0VNIL7r!$YueXn)V}8S{YUd8x>KWa&JQcY4gQ4445)W z$qAx_w7dtpXRe%7Gahs28TB$ko1`pi(;di&LyFAJb~teOnGuzVb(shfyxEYzsrMTs z?8mF{eh5)YD#OK0pTYC+YH;PO7#JO;{#Vk5((`l09e@?*FVGr~jMq%V5=N6{BX$qUmV3z9~r);MhIod|K}s;Uf{ zkyM_*LTL+k3cAF4TS3tqzRf$O+=70LFtk#c!C{0>_49T!(wDK~;U1~tI0(lv{83`s znGpxt)@uzH2OBDoSG4C(8gP!Jl@F;lS6Fvq55V2IAP+J&qM8-Q>E2CR{`hC^y*cz% zP)xyBDBsmZ8nKyrLkQ#6oLrh^FJEetx7hA6u$e{c8nALo9Qi7m6g5z@N z!Xo`9`hIG`RfzyMzU90W@pH;e-%BdcLZPBs9DODu4LNEUYn6ZRfH`OohsV5oYe$a8 z9?l23$zkUh)`R%Xt42FK=1z5c+b%kpN1V`&K6KPAmBt3*_lmw;+m+ahL;0QN{tA-q zSL&P0TZ?w@@t^-^U8V+hjW+Dm^lV(4O+VjbGfrs7J^(UC3{Opaq+m&t^($SzfFBYR z;wDhJOd@;%;sOl)+}x%NL$%n(Pv*%Vt+ix)706-p2P44AU+fqX}vgwck z+`-L``ElxTb?9X4<4S@%4yM$MU3`Q@Z@U&b_VY+%1x8QTZ*IhU3Pb`dk{eLWbq>CG z9FLs>wmfQ-Y+t`q|t-Y~`ups{Tc^ z>rLaelff&xvq6KV-G^B#!2KlwIT+b6E0NvTVuEVdU)5%)I5!buw^^y@S3r6V(M8a_ zY0{~5&I_S1jNO$zv18`i!BJ5TXHe+A`aco+d5O4Gb@S~`+`5BGmSdY8b0tGJAH=y% z4{t(=^Oz-_YxUCevKkMNuwYnUp_Uza@Z`+d5{d9iWDJflohl5YIjcT>#^|cQN2ZEP z5wS|3tsQvEa2*SW0U4yUKY*yl4X>LdPX#Gze9!_7tJewu?LuIzNCGNJ%GW3_XYeBD zRIJOmsrCkF_oLDRAMmO>v?h4*H)DEO%%bH*ya*-XDz0S4 zk`_sM53o^YCiJ9zBTT zB#u$oR4~U6tQX6$+kQu4eJ-WIkiEbr$y5>0KGedBLO*maF&y}L*T$<0^Db&VEyZQ9 z<}AA!nzKtMgW9#*4M&|lLyju~5VfXcLu_fEL9TeTFG5=6sQc=Bpjw|K_X|`WZDl9w zHgVx__CTqgR$^=yUQy&gOGxRWShKsmaxY;Uqz5lk`d;iNA0?oZSjs8XmqpoH=Pd#U zT4u*1x-G&}12To6L0+pz2O7yxN9CztZfY*XIFyB2>fy=m*JSV*@tBBOnZWi@n*f}+ zu@(XK>sR)~ayy zO+9~^QK`E6?S?+nr#}n06VE6|96`He#Sf{8^R58mXYS^BY+(%^x4fft(C!&S(+ds! z7K18)ib@R?eU6y+#3&DbH-$H`1*zAwD-Y_ioS0Bm@_r+x`Yow?+ zDfZRo=T(V{247P>Q`{6E(R*naeODF1x|iOL&lVHP6(cdH9Js+`Pm?$X1Y61EgivE9 zN8DdTh4VB?vVp@zt}%$qYXg$3K84-!@A9N$GUJIkkY?x^w<^a1BM4G(K87$#jbA=> zBtRnplF*%N-txo%i1+`2N$X0T$&gW6+Zh}>84{GPLf-7JTx(e zL^uUpxmV0`aD2uaNlLdcJA3e-{C|TjnJ;E_bPqJB14lYek6lQ;MT%Ncv_x7PBu6Tm z9jnSNod10-Fp;HF=~QzOpO%Xb{Gx+%k4>{Di+=e8b{ew+2amfOLmf5q%ZCLU$XW=Q zwj@T1Zr9PF(Td@h*%A;1$UbJUYc-p}j41n5;0-d-pdyF3UYU@*gHfK^pKpmE$+9xt z3BXM!AV?v4owh|be!>o~2*cI~nD0cf*x#}qyz)c3E9AW+-fZHk%L!GUjC7EFo zT11&SptqXur7u~Cd}A9xz^1{3gf7M83yU;%Xbl43nQ)Yq2l@NH#*EJ4wer&^f-b3& z*35}7>*IE1S4CaOQwc^J(E97xA{~r-h72$_Mruu8%A2MV&sE<1fR~!WG2RqH_ zl|z$JHVr0&cqtKGo$Q!$$fLNMuHf+0>6D<BX|I}ls6kUl zD^dW#c-~^Y+4W-oXg9Fy`HDaN(HJhv|^JJRQj{?mf5GS#Nh2?%{^ z%Y}^eJyx0jnjF>?^mRfsa>(GUKQ)s=|NMu2g0=v4?S>+x+K!3FvzlPlu!lgN+Rzu; z_aPjLd1O+V>%74A)*QPxmQC3`T?zz+$zy#6u+uh1KM$yJ3Tq@w)XjpA9RFI$<0n(d z!xuMeRc5DPR+DcLztd;V*6?Te^!FV>kIMigcXTNC}Eoom8_^lGmNS0H=yP}!9 z7#%p2f(UxfnLIgxk=*s`3fC|@IbMQhqh-y3ND<)+7?(#_D-jBseC33pe|+uUy7EsQ zsl-pVIrySD}H4mB7k@{^oq z3C84QXwr#OS1?=u#rm-Cv)kc;ZX3Fx4)Bys$Z^vg=&;LuY64|P$i}I~?g!?^Z69L& zdANo%80x{KfxxSzo{t4syUC!8N%gK9pFVYt6dgC67_UfzXP#9VgR*u0;0wVI==#_n z7Yvy2w0LO&wO#w4e$qU@9ve%_0~EdN?Z4L@%=RLtz;+KbX8$2P%;2=+k~G`yS^B>LrH)wT!jiO_KE@iZr({#Np@S*bDcrj5uS4CX<^qXuG`F= z>YGBMh9yI-fM_Vk1I98Q8EOp%B&f_Rc`G~ZKClu9{R*3;UYk~DzmgbYhVX;0FZls% z;`TB!AdDq2Q-p4;Vo~F4?o(+*nB?TU5JqZmSYVPf ztjcpA4b_5-ra8ww2a9KBnp>_`|B#Sm;s=xMhZhF~OzDI^RdXIJp9Y?Z+v7q0YRw!p zIGsb?x+I;aZytoTJWUsn{Mcm$RpLI-;-meYMsnnXQWpF?5cFs1N~-j1HNHA$dtP0> z<6Xh3nP5+K+mcoOA(N%Leo?rFn3_aA1avZ5$LZTKG*Iw_kf7y!SX3QSy?um@r*uP< zMzh(?;6k-96E<6ygYJY;NbHi0mXbQ7OwudDJRTzKm0PT>n9H0K6ZqGiKrcdW{rwiKHYovf3}|(xeyd zNH6-27I$VTsH?kJ&;Tuxv9-R7AuKpYmRDxea9{O3J8dq&eK#X?sAmpD99C2^niK+c zop4(z&b#lzyDr3wxe?%*=gia6^cV3&>XzHNY*ywF)dB0Rl}kIuoX?rNgM}heyUjy~CgI|_y>jSv!@KYG{- zDKRfp1dyrv8;gbo*JI3G(hwY7)abY?AEEemXd>Z?h-gndX-160;i0%8n66J?(i4z0 zAn{IEE}}eoo-oM3o1@KdJ{#UT7zti4B}z5EC*;s%ZvfW>Jv_xlz{$>HlJ8HVZjzKe zb83kD@#zQQ?S=Qu2strOy0NG=vC75jemaC;vATI^w*pbC_tQG>uE6#)AKCe4OpA#1 z^NUD|WVB^7i`;?EW7Ikq3zNm>iA0>n)u*Sj~dquHXfA z$8;}`$Ym@ud-bU zb$6b!|I=+u&v+@QwVRY+P z2*M0D5+8VgV>Ah_KSRX$4Q2CkDM=ofXGn3?T7<}^0^aNJKn%~4gIw5V&t}9~eV-jf zpFD?14;^^2YZ+?-b}%kP;S{YcI=*WZNXZ=%GX{vUyo)xJF6OlY#*(@jng%VpuZoF? zOWj~SDktFhBq;3bZS7lw3jAzfe#@dQciMu%qEjcEzihW1+1K-_azo^+n}tJ zKG`cntgdl+q6=73k}^(?Oab*prc$L{c2bEb`RICyq((v5ohQPmlykxrrBf&-ULk@b zTLJ8-f#yFKs|64d9s_BBEzcD!o|o}NxTdIXSjc?$Eo zbPm<@Nm)PGR7Zb1KFh196YiWebSj3UMw0O5xG5pL>k{MhIGnAuj!d16A+XjyN2eR= z+RW}3?@*`}B&d|zc_(lG?#m-LYrFMR$w2rr3XDv-Hzmm@ z6#*=%oT%-J6_cGg{4+Z1(n(u3LjrWoxIPLZ+MsZ0HbNun%Q2E0*cv3L zYpZnX*ANFxe;qlgqbCooJI^+faa!5f8{COK!RO%CLTl|2IH#;9-kjOcpb!~11MzJ| zO5JAke2r$5dQsX|sFiksGA(x~p|p|T&e>pc%KoQBdcQv-9r-=s5s3i>I75j_0i!0$ zeuKvGc0kSPR~sSKj(WL`v>B-?n;G6_Pm909>xZ*Mq9O)t%BD1J_(0;`AAKs9dsq;X z*|#qR+D!)kdi5j2eL2pD>eSVc994%dg)6I9aU~Ilg6KU;iG2@6A%O$RNQk>)Q&UOm zIE)IqNdxrvL(@|GIJs;gO6(jM8zB1=m|yZ~N>`_%}>L@}NfD@~KjI8#hr3 zOtlS@HBudt%O`Mk)-*5mtf1oqq42NtJEkRE#AN*iBDRJ7cowc!A2gy$`KTfCJvXK! z{ZU=^vU;n+u(n=HwwSCN)|$ELFkTF=4v}C4#1N-<3|sc=wY4hPMN=kePPuhrzR?N; zmCV-f=ppAL74XtB!Wa_}V39Bnpsgi6>Mh9}hQpvIWb76O@Em0;-A}%P_I!;6(YAIZ zUTK3sPu6MtjI790(7&GePmI!&MwCL6O8>NrAHGy8~rrSJ!M2{@W3U#uR2{-HpAFi^mTX#aH&$1eNskWl3QR z!h7BI&xmBIQuXTFG=E{L%z?Cl;&?vK5Wn0yFehr<-%lPMPbYt^p|_iK{{&HsIu`V` zVydN4F3jZ1vPB=nII&+A{Rz}2UzR;0oWtV_Wyi1{S~c45r-;Jv(4REUoUA!5z$ohN zA$lFuQdo&z&avW@z-fE$j_jNBAL+;8#8^!{A>F65na*s?=CKelM%*2f#Z;VTH&p&1 z?YbV|Q@$^tKR#V3r&9k_9yAxFw6MVY^HP-kSkh+-duI5=Zy?bn##*VcXpyypQEg!n zqtOET&BRPrGShOCK;k(j@i9jM;wb9&Wpwuw@E!@{js58$7+Rf~hl43%5k+Qg{rIm3 znLrap3dg~edkiq^*PCm|>cNV!Ftg64MF#WZDDMbyqyJgwdP^&GHY?V4FGUt-8~Df| z?uj3>GRg*mUd3S=4THl1+D1L~A7&YtK-j@9DAO(G zSaVDe?6xbrVB7Qp&HVAi{MV;-`8r>av(zY39lO@j>&b@tl5x@i_MaPk^f^1Fpo0m7A+ zH=0sl!mHpFg3-17lXgkq{>r$@iERI?D&-Pz_p)5CLb3u44gVG@z9Y1kXXYvrVSHlQ zNsbP=Plq+Cdcfjz>CmU5HLuw8gVMRR(ACsea3W!DD49h`x1k$V~k8I9iy zt32E>3m!Tv_K}N5zC%R6-nLWhBrU9-=Z-A^@}yee6ey1rWpsp1Y!z40Fn54>1b^=dQvD-8nF`F3l_-=5N|L59sWg!X zmFb=>zO8tXIPfZ(ipwulQ!yn$gb92*xz3qXa|13qa+7AHo&F&{cI%{9g< z$wT7`7Vu%mWe4()Tig|0JU%lQC?gVKJU4?QSjL^eon9;b_eII#Mk55rP2Hy+{qgr{K&UF z>eH2gC@NK?PT@IMi!~wX@x&yX4#k8^g+LUnk~7s{*BY`^?c+VHp{O-9k^k74wQ5ew zX2-TEMDww?kYeP5Q(BUAbPkE#e``*RpmL{COu9BiEolqur^b5Ema!%v09YgJ{8$u^ zT7(!mX9Elw4nTN~|6{oW&mDeqsAHeVYUa zg!py=g}}6fBc*xbr${a;;Y#DUOD9zW#KYQLS^PDqD+WT*T;7zJRru9R3?}CM%9PX; zDhPL|K!)mtz~snxCPKhmD10vROV8yH5Tyx~DoAgTDDaWnX_voExi(a>{A;SR`K?Y> z3!{`c*rW|S^Q!3yu#xMuk=_I5 z2&Bp?&yXWHRMRb$_Bk=}L(RUTCu9`jBabE-(`o{G>@Nbq>uzhTztpshz0GZi)-r~o z4le1`S&p}Yth^NCdF0##T~?Has_-lZtS)(su91wzT~xZBe79gRP16m#Pj{H>6dy4% zb8ITfP<}LzvU_TodwH;W-(hMp3c2Qc0|qFoTp!?4Zlkh9;(W89hW%s*C5NHpvJB)5({? zkApF+J`tl-)&^vkt?(VgovgvtGi4@SAk{G7LMjqyf}qv@T~J)3hjz``v7Wlz$WFe% zX{_%Hkvbiyp@m0mrH0a1uUtkp-10hNWo7F;qD>SXG@^YQ2#7saM>I3IsITCxqZ-#) zr;``buy=OyI}HIkG(l8-c+G?iyORT>dSawtI=oG>I)o-Alq)Gz{jhpX#0*Panql7; zG+{9ec>xXn}=<@ykVsk~h6d0!oi*Z7&jtr_LPp-NOXGhkOrB*m%Z99>>{Z zquWBZF?sk{aB3NbL5Cecgx1H11=D$8d1A+-ijO?LqiRc(wV#e^Y~{m#P7C5okjCi@ z=Ma_|o>0Yo=^CRM!7%(9G#U?x4M8@Uz%K52FsYLPq9=HeT*ylx)v;XHsbZ!?1_8v% z?-12UnS3*vc5FLB<3B{Zs>+=NLE)xSH$_CW0F09@M|A%cpj;h{*vKD45Y@IkJ(pG% ztRNnVL3@^d2qPfP6_EPmC^3xktGqxCX(|wSP9|0n+OwGkq^PF~+0}Jx3D~Xw&9oW^ zMGmPC5$qeHaF`8Lcb6FT*0Z221|@VPE_%FD_!fpR-Y2rY&@aX`aQoN8Dg_{3`ZjSY zS$jAhooEC8h)vp8$AUicE5zB zeUCOB0#XwV571;Y<*LRkIOE3n_>cmK_4Hb@NirboNXasnUB=Z`21-Aw0#nmp&}9-L z^gD98CvDxv-&urP*?F2MUq7RU;J_-u8l;k8!CHkB=ng{(nC+9Rkvl`b&}B_#Efh@` z1~!xENMmQ&24fAQrSp~<280`2naF{pdi}T24+C~YNuYzw=I%z@FgXr?1^;@%T!}Al z&pb4B6QYf>n{VudTJeyN0>Ng^f#}p~n}6*QSAn3AIoc^U5hFGlM86HEo0QMB{v#tx z5_~mMoj^6gmCf6)soy>no2D_dp4;ll15>pWnwq}562dJVq8>b&K;aY^S+U+tG!l## zi{;6Ej2?i?Wor2k`Doiq;wLBJ^k1s}>qZ)ABw@kg(LrNGV(w^W)mbD86zl0Kgv>Y^ zhUTMMjgHs<2?Yh}uSt&P<$BQM z4=haD1UJ~}?E-pdJnoybRcn-9Vw~47rXl!t1#1^7z|?V{(FG~&MrKKhm(OJ)GQksk z(<29EKNX1CjPeZ$j|Nbl>CUep@P1ZT3ag`LV&5!MCH;#wNn??l6NzOG+i+I!dTb|; z8Qk3BCMma)-RbLFxRQFH63!uanezUTdDB`Fm$i_7NjIvjhIJKB9sleU<~1WntP=fw zcoy^y7z(IP$x?e;pq7Tqh;gN9b<9+!)yA0%3q77)-WW7L;>9J%U5@FE$8^-aDSdcv zLU-(_t07HAqwvjV4&vhjYt}ynwFv-~>m$EoK6Mr6T?`~2eSao!`zQ!;%_KGmbbif@ zj}QYWmcKqG7>-K60-;?P?1PIrFAk)O|2E3@AZ6EI3}G>%n56q8Yr_PD_-^!JL4uxi z=k7jdUeJ-i34#Ej?6oiT5TWgE35xVXB0{Q0+%NAU?wgsPhJ<=bq)$rv^(&@O3aW#k zP!pV@GQ7JNJ^+ZxtDH8vK=GY@Heg`7b-zaUMosg$XKl?wBU@(C|6wCbNkn`f`6 zE+93I){T4v)pJ~mtv|L_gxF+t#KI$L95AnbVe3;QwQVWI@WsV zq4409NIgf)UW-VRb?%BhcJrq!~Qk(Q(rukMwp3iR%s zxtO2^7C|ws2V}j{7Hl$?;I&Z9f-M@BWl+h?9gqPFQqx=*dM5e?7Ih};88PbvGn@hK zk(_0#V6_aB%?961-VbuiL!()4*qMO$^!C$9$Epo7MO)NSq%yy@S0bfDGlmIuSAwGO z5y?(J)DR-%fmhH{?qJ;-RwY*!^jmir?VHt-VBW(U_w9EppF@#19NkCX3W!Ri0E0ql zyhObjr5p&jmBmQ)OY%4Dysbh`nHsz_uT6ov5IdbAb;&@@u(I$#<>}LIOODso zjg0#v?QU9Jb>huJ@HMcb{m}jhkfnife&^v7?S2-^4M-wE-nWGM8K)j+LLJ_KnytX_ z`Na>Lsls0ICe2boV82kt1}L;u#FpvGR6*lXBTUEGj73?6@JT$X26v^XU?E626~qEq z#Bgjb)ljY?h}vaUqy?)>srCUAKaCbu`d@X!7p{$qw_CP6nZ%|UtRF*jTh}apo?(bH zfx`|J=ga9tUCDs$uhv3`<9Nig6NKUy#3P1wK%=IyLj!BchckuNAqfjguKSJaR0irE4P6f6FC7 z;eR{qO7Aih)b}*YwJ%HMZbO(FvM2_V7!uY5kBO{PNino>9Ib^Uy2*a#8xM-^<5y2l zp0;?_Y_!oB-i95R;qkh8AMtSt4Y1+@fq&F^SPuiZSqgJc9595yt-XvdKraqMde`1$ zr4|8t53oRSh;h&HMyUnEG7d+UaMZ&wED$UymCbGs+y6UNACkT26~6$}W}9mOw}Ada+8_d|GiV;H)Y8;}C}xi~oHRAk*fXmwQ?6q{y+sew!i! zW}%e*5y4w}b}Z88GAR-^;{$5!e8pI|>qn9plj1cKt)90wNm`_063EBjOMw(_V0W#R z=)+e-eOz$JThdsfpK6i`#2tQ}sy$ShoXgFfFW*V2ad08&8}xjaS%PU7wng0&T})%g zC#tAm5>`xsQQ=15?fKXS&w$YrfYng=@sXa~t|mh>Bo-mm%sN});|cYD_qQ7a8cpmW2nRHVsxW44&nS zMi~nq!K^~1!i&xACc@eXldY^mBuD#759j+W6=EOrlAn7*d6>@M6-sPx7IbPUu0!5v zZQ->rC9YX2v>cHpS1*+c*yX%@M>GMZc~X(oySUsCm7oWBxS@q7b%7LI$7wq?j-5I! zpgLZk2o2blmKDmO5u18J=i(6-d<0ab@*AgJnu#SAVzjEi1>xeEx9EQIZp$x$GTi#c z%=7d?R%G@P8*#6Ir-k{29NHSS zpD~S{2koJh3t6XbH0g+*xXZuuOu=9))UMgy93P_}^HC^3$@%5zea!j@W#*rHE*8G2 zN9rd^F{mOqojdU%HLRMtlxbOpgQr|&ovhzpz<`9B>RaUg&`9mvg=5k&9cL&4H?5eUT&5zI`r)676Gy_ zv9U}0h31J!vADP&yuUoi_c_KHwz_pj?{hOfOAxbn2K>~@;WNM0RLPuksaG{ZL{wP- zrp&yQ2(>nm_M?S`3wgu-LA&5H1dFRU80ulbrCBK8-4iUW9>Ms$ILD%$0~Tp#F0OGSg3wP9+sSB>h@sm+LBBd`b$i#cSDw!R zmcWe;+e&Bgr5SV!3EwdiqT25rI5(T2+aBE^4^l$8H8HDwg|TIR#TnUWhFR~l{=-_1 z`@E1krHSp_m*teelCH#%Y%_K5tdk+8ZH%YRXyAduWQ$7NPgK_NkqFa@0x3BR)@tPA zbS+PDA9bT9(Q^A#v_8uy%xRS7>Nmi8k-5Y_3fUgOiE6Y#`=R+dd+ZsXt9a99u7QMh zQc5d=b;OnK8upq2R{Ke?&rxOi!>tOB74>NIdCNT9}IDszzvd3|HzXU{$Du#OhZ& z@w_QVFLG`O)Nav}#4CI7j==b*x-M&`luR5LsA14QN$qyon36R*hC{(d*^7(m6m>~T zPWAOZy$XUBR}QljC`xi@6CH>7AvU~tVE3{_s5(9@STYW`HxFXr+n!xksMahjb>nM> zZn!^??)3duAXaipHO4JBYz_THCnVVH=$sWJ6S^H71fRunjSO zcgCcbJf#}qu2cIu8tzDjo>l~=tn^G8uLX5FCM_7!hBeSVOGuLG@DFHVPh82NpR9uU zo7B+T7WAr1yZEPg=ImWl#8HI^-RYr$G8ejcq1P+p8xXIa@$$hUNHF)h<+01^@;qzX zS|a}!lg&&pI3gtR64xNx@G#}!x}iqZ1VoR1HO0n|;TUV1278WGI)_cc&?`|;z#z0V zgdVv9c((21JcBT}U+(7}b4fWa9ZN@en&{!YOM79#1YVTmW02B5X;)mtS=&)%i1!J0 z_pq71$G@5V>71NIF{IV~)6=q^OPV?5b{GF=fysc1bJphrK>wI+g-mHq>c$ z6y>HQ%}{-;Q@mz%rf4gUAMD-)O4#e%#Uyn%2ksuM|QB7cU z9WBEpLE!bLvUMkyo7n2vV2C@U`ezkBr7=26rBWo9m56EkbmEO5h`9?!SfE^fodkZt zV_K|th_~_(i#JUJB6Mq|vF7R+`ySRRRp^yG&yRN_3vN;dZlhld5pQ}SB%7a+ot>RX zfoI714}d&LN?w0Usbq(`(ugR>L1m6Yxru1`OuT4urpe!u(ciX@zxZ8a*LxtA(4ho? z3F6t7Hxd++r zJzGnXv{Wm*C_8wd;AA8L&dK;%sR!lv?Dj*;`OpgZ7-I0D*0+Z~b$T$gGtb5j0FEAv z)x9N!F<{}l69Z`UMN=LQk!oPQj1!JL(Uaadc-VJa(TxC}H)oStmV;;lR3z~O(NcD* z`yib*X!Wz$hmn`IDLgUOoK^%dXdeDpNsU&5GoTtM(>7AHy<`7scC$b>UC~ycS?l0X zKuR;269r@`){^!;a!4uEFO%wD+J(5JpXny)|0@=EjDj8Z%}OWysOMgB1!|uSDdVop zub-W{b70qMQleH_89FL5UwGJT)5F|-#57GkFw{L81)HkDq3xvlyh12eK(#o~a#Mi* z#pk4q-Ok8BEu#c*>iUjdCUy6Q5k?R96TM)DBMr44R3H{_b95PP#k(} z8jPJ{k598LRyAVvZigXGn?-&g3OtI1AU0gIf!dv za<#bkIkV=gDdpod#@;Ti1WJsOwykFnrb%Q$4R`olNKn^u7a z`E_QFI8Gi^K9_1d0@14E&UJqPP~TR4`f_QcXX*9}EyI=&Fi~u!Dxj}hANsx3iZd5j zQGi-jm6SYgMLtH2DI()WSrL@-@Jtdo)u||}AXsqI>j%OvoMm38Gw;2OXe7iAVV8IT ziQX7+R^`7N!)L$AP%71{&7QFcaKYqn4SP^dh~~#Pa4pZ-raF>|H#g^Kff|`DfzB1N z74rbCe#RTe9cbz=AhbX9qGqNClJQ!*nbkaTi5;?XI3z^G8k3YsE2r3MBJ-+^*=fCB zq^VdMx$}$cKoy-)?h3)lwH^Yf=ORXMT15b+98xrcoX2M>kJ1F>4*88WH_}L7h}n)% zh97%;F%y?q-Q&~7o3A~Imq2U2v5HThnF3PUEzBX%pf$-IC`p^`N_BhDQLSvkgw+j8 zt>?PVq0~C*L9z1UX4Rp%9?iiFDm{xsny<=j&bhDl6a=w=AVma)e6vBW%}xT&nl)B2 zTC?4dVa`5ul4}sRL7`p;A}4LG__t8C$BCUe58Zuym00EhQ5vsbtMdA}&z4n2xcTVN zfmvz}Top4@<2a0E3{b3!JP+W;nY>kgc=qMaZ$ zaoc;640zX^Q@(v9zo4Y-t4ag=D)+Hos8%pbLLVCWhUR+y!Pq#3zh?@c1SZFWWa7vM z+~bQ)=cfq=X6nsxK&^5a1rubZwBeJVbPbn82{)?syIX-n0s^_IJp1IJY6#E?sQW$# z1;7YSU>nGJ^_{F(sFv_yjlyV(dvMo~eq+sQ7pS79khI;lw2&nIPN^JSaOrg;FXru~ zLE>YrU*LtD10T+d9t5_TrY#QrC*#NC5zx4)QjcAJL^D|L`eb<7t`=cPcpID|m_%ya zbulee%+ZUGlLiSAGI0Oc^m5oylB6?{Chrq}t#zbu#J{%E5VyyJCorv$-cFfdY9l~;9*rIO z8>xh9BK4M8zI_KvZ{k2h5{;`%kY@H2N-WMaGW+Sk^Q5JUp=-$g61mmsm#8Y+vIq$1 z$)%XoAnh!|TJ0JcSBw)qrl2Sg;cD%-G@fZWP*YpnFMUoR2g9ZCpRlvUuX*{%Yy%=2 z!xgRDNPl%eqjl%BO9@)L&#XUqrZ7-!RCK(A3|TDrng@IEIi9%hljaWa0JPSWItLh7KQhc( z{PHp|6%mn}QXL3J+8E~weED~$t0cvzNLSH9G+5N{gr7lPu7|BLan0iW%pk~r>$;wi za9w9!@KmM3bMmY_mJ}_MbVFbhut|J*1^~;!aqzBa6Ijy)KXn62?3CQjsE?Fh<%j&4 zkc&Pgv!=+B&pj9qJfK&SNVp|C*0sVu=xcUl&lfuG42n?Thty6K3(Epb&0tP?)@}fAHrCEOH^F^%@mD1jqWUJ$?cCjmnXpd990pueh^@O~ zLuWo223(#);G`Q-jSb9D7|vGCM3Pq4OM^5pNQJP0u%cumJR9LPxF`l5O(+-@)wVZZ z1*)Q@M`ir_82uGM5M=^u1-plEeZB$twa!5CXZmec>o)i)J{wFI^-S^+1m7CmPW!0Z zmOp2mM;9CpnLGjga*m7f5^XMy7TO)t)zngZ6F~jbKQ=%AC0JKN(beH~`*+hv?8?R$ z_jE_S)E5ET;aR0NgLa78m@paDKXAmb*+j-wttYWiPnp*H8@`8C+7y8NZ~s^kGC20r zKs}6uY&15d3qf8$7yHx0bi_am!h2I0RwZ;k@BD$#@}P~8LqS^AXegr}^8FH?pB(T?gUCuAJI zC22Zw)dM$>|MmLArIU|?sdjY6D@BK;q1wV+2|Gwm8l|oQu1F_{p4tHeK>$>4=g1+N)<qy7H!{XngTif@ZQ!wn6}ng4z6##$vyoIsx&n$y~oB`de*>x z3#^5?V;ZLsVwnUqcJgO5Cc%o~rioOt@J`qelNC>mng&n&{AHfCh6y?%sjJ|RLUBd- znvQw31d=Rb4qvV*#}UyaDgst6 zm*vT-9j}w2-wxXLL&w3vH}B*4g+ylLx+YRxhrnQ zmRATVoYE>3GPFTVXuG@1G`9>EjMuMqlxebKp4oip^AN-Jq)4G24yf}qOk!L!CCIfP z*GR{PEx7TMC7A8whv*2lvh_g`^*3RV$QesjCT`Y2Z)+Rf#rrt-z#g=;koP$gf`-)t zYl##V02MnjYOiw2)n~|fYoOg1AoRg7v9R)HVr@8EbHR0WNMS{FhzAw6UJob7+~Le$ zn>1*&$rH9B>mO0scB(<>&9rq1F=Ce7tx#qmSgsS?>sM470vdgJ2|S7ZjEM1{bk#H( zQWmD;-mJ0uX48%fM5mCK#YM|AD5aP0fsDGc!$5?)9T1?CM!ZcwyGu{d(ms4yV@Vl) z2&PM2o73-%(CJ>`oSp1_{H-*iuDS2yH<^GfHJsitX0BRAMsWmD$s|zq?5Isg9g=2z zIb6qR{Mf)dZ9akR<#ZBsC4i<#_3dWL4QAI4f>t&b`$2^Nj#|uBmglb9n{ST| z^en+}qdU|BY(V`AACzgjT`2kksxPfo8v>tE-yTO)TZT9=Cb#`S?r?Cp$6m7B<*)N1#0EL?J=KToC&9lJt6 z&&nrVf4KfOgU{FioV~a85V#pJ5Btk=>)WNCLhAl%h0kep%SGwtc zVefeE_+7}llrfXZVz@DNG<%|!4NDZEtw<>xQpVc{qT-|wAzf6V9J}r z9;GkoXH=#CJvW1vQ@pgX1JL7^(v$_6K?7GnckhNAm>Ni)3#<6QbU{oRhw~0@NrB2k>78=KPIN~Cg+ohSHZG(vVhB+pqov^Fryo%YbNCCqrmE>V!c8ldwmjTY$nhX|$t1mkisch_VP%6P-gV z+f5SZZqFgf4Ooqkn1Uv=Xbb{fWMicv!veL#Xa*kRF~pU9>L;Jzt4f&>0OSJ)EiL$K zQI1zt{^?S0P^y;w7)o-?dav>p?&rd)#Qv5twB~dBN@cltcZR8}hVWC&=KLeS2w0H@ z8=Y8YvI|^*kk5}@t>${qz!DWGQqkbLpEvF_7sOrrr|dP2JdH|n<034=M(j(T-i@+; z5K13xxI3o!$oX94rM4i*VAz?p0s<3+<=f)&RFOo$g@~yqDivS4sAXvqIinxF?OdPS zM;%a7*ySlR45gvF+}hxGjit&-*z&U5F1kYF_YXLzr1Uu8WEt6>fNXD*QrsB8=#CK& zt%lGy6mH?&ReY`Y|dS3;EfKTBB@bm1Y=ivi&tTJBS?xAWrUD%lS;-zz8c?@U{&!I6-CH6-X=qtK|@Mb0g)SJ`aHik93fp^Ru4hr_S2k^8VVQq`kWxM zDG^9Q&Ru^}ey9s{22l*q?Wt0E~>BnNud0K|+?Y3gUZ;pSM^+0gwKtS`NW$EOS~re5yCjQS3<_sKbPiY%yKD4-R2H@ng z54F0hu(;Ne2T2YjYYyI+-t|&EQb&%z-gysg!2X&$H;KVNiohBdd7uK55{Vx;? z1`RVBCrfmVR>EWTMXlh#XCvfnc`n6T&~IJ-4zW8Mf>iAylGpZqByjy3Bz$4M=9JBn z1cT8^76@XD9^PNgO;hX1h*G=8_AG0+i*AT`=HI-K{|d|gBuUY2jAk=Z79g91)&Yzl z{aA7j2sX+$tZt(i<&vNv+!jX-&Idl-qgPf&Lb;<#u+W)B`+P>qI5kI*Akm9zGPSa* zQLFO!T?KDfC`LeP`3mfw#^;JWd?C3&DKdNMIwx~&@veK}ck<1wG;AYo9w~YVcERx@ z%VQpq*+n5Jd%d)m�sHWeuxLizR>Q(F)(J&+;t&Q( zMmv$iHhn}?C4|KTZ&b0wZSz&@K2pLH=XOZkhmN+OWoM4jqp&YVClGJLK}@(18mQW* z?BQDFKqa%2;+<-+Wj!8+eiTY3na05#zdeVYn$Ve+M%0kJUaot(w2Go&uKsehw*m2@ zXoINlmvtdwoe?y&jOcM3dDW&tE@cl%nW))bodi^-;9?7VS~@;#@a_` zj>s{SiwC8J0~7(eLZX$lgl<#sTv%z!szayO4NG?=5#lK_3^ndZ>dD8EQ%O6TTB2Xl z`Bq+ibCkC*?>)lu1;uPlakrSU#_s=S?%Cd9XSCuK z0NekaVGXdxH)Sa$f%`{r+{F&d+=4$OESISsjlMQqG?qqHj}}z4X-<2#wNqd?z8`0L zr5j7}o2;2R(Q=gPmBl}4S9IJaY(@V$;P1)akeYke57RT97ouU2BaoPeY^Q>4Z?|>D zXiqKm`vBOSLuf8UbPA+JmNFwnST9(g)p)A{%}x)a2MZy7S)R>kaZA8z z*sSB0RgNXCZ)ewGH2iCam5V687>-sydgAim#sC=AE*SE2*kD2_GbKWh`W}yaA;=tY0vB?S^@S$&#U(5G8Oe zpaW^vYkE{UK(;w}*Oy&gayZ@MD7h~D&*am=*|5^(Zgi9h>u1{IWscEF#v9XP6t(UJ z+A^D}YGjCL9vnWtJ~H>$zzp@im72tFwnXG)(7mT zSam-!?(~NjI?IHHi4A6ojscHrRfX?@AjOV6C;LVp3D$Y}XvHK5`W(`KO0JTQpZC`0 zX4sG(I^PhTo~R-D`3&RWSz7vjV3vj&gzuPEi)5Gz(|u%H;~Y6_g#@6jbx2n63Y>^{ zUlYLd8m?WDuFkEn4EY-L$Uadl>5mopb76$PO*6>+dL6Tr=R?`?t!nwqY9~*w znVMC7hA9YOG&I?Iz@5JaT~n?w&cjL55op)0!EXgJ1_Txxl}K@lIc}2|0?0(zF7OEc zicmv8*E4{k-%f*K^~ zB^cvvVu4>{Sr8AG?xnLJt6KX({=%qIG3D58hh%|Br{TYvBMccNLdxx>3%n^-L~#C4 zOCIM3!LTI|3yuGtQ$y?R85rS`(xHM)zxN;Y`d|>8#`PU3DtAARUr;rivRWCo(FB%& zEc?&HVqvH6w+T8ZJg*>qbUx6&a<>ffNGn+craI3g;DPIFddwb8*u#2Wmwx=V_C~Iz z+m$sM(#g9K)2KOV0@N&Q;K!3FZluYM3M$~p^6-b!#1^ljZHaP|;*9`ZVGi(<^A4j9 zm)<#2IR8f4#uws*Yk*K@EvlzF7xToO*?`<# zcc!G%F^5z%te7wUF#p@w|Ge}A*i#54=v^kJCdcAz1 zBp}%1dYc}B*uvW~gLf86X`(Ik6t=(&%PHxG^l`z>m|XA)`MoNRQg2qy0wSwbvIh+Gl%4J$E2UE>ai{D+vw*+XH5byf+L(pkRR> zrnD1`sH9L13~uYzRtwx6hJd4>sf;ApI0l$b!ajBf(eR(VvXxMm9q(poJ|J?>r)JSmu-Lu(%dk-;iDwa zo~LarU#A&Fr-q^z8oR*~Mhc2B#ptHc^flrveS?yTfTx<*1(+? zI(N(R#r;2b`tYuNQ#x-Jb%Wcb1t*HV5SgmCa&f5ZYmlLm3^(Iw`Whz3{1GW#cT~qB zI&%nRYkGKnwXMjfO=8|$yq}{&ciC#cFj-KE-e=y#+{r5oNi_1FG)!hRF&r`H1EX|1 z$DG&MIv5;bPBmdPB-#T%au?Bpdi_YY#a*rby4*gacVw`&udocBP^ZH%q9A7%uf9V` z3>6D-l*N`YfgR}HeJpwn=;qw3D56;YoQI7kv9I|or=ofz#fJKr?v9I!1TF2J6@=K^ z8yAL`ePB7iSwJy5a6g`Uy^o^6FM6{UT{_!*dlze_KfRWMk*82OpXUmIb1e$sz|d>R(a6S`Qed zwqgo*bx;to{D!>U;kV*&)NC6s2%Iy|(RLx6nSiS{%Teu=q!MwXXUn_1-PyDO(a>fT zflXofB{yv`#bs7fPX z?F2Aa4^*>)|54{{TNEKMX4mhnsT-Z#y{mSwYPjewqdK>IinS9 zMlJ;7nrO$nEE2=I$+_wT3-<$jC1J z4QK2O0tiqhJ+%3Xml!Tbhnb+Rt<8YV9-0-sJTLn}Vh|jypjk4@_m)E2RN;momx-W# zGK2_ew_7&O-M_B$&mVHY>;gq)dO?9GQ1iY=2)x-d33sE-5EAC9@Z-_c&(H>zdkKHS z72}z;$>_dlCOiN-ZLdv}+Y!pVb5}i|xOAG2VsgV877VMzYb;~wFraD_J+%>q-2{0O zVBOZ|$wP#ilc?O1eYCnlAXWuk*7k~|2Zq#7giH1fg>5jqKc<$N-=y)1bF3j?+I0V1ctZ=cE?*0IhA_!inJ{>JZi!q z=+VDx)AR2K!ZKpxG5ZkBM8yA8$XaJ0KmIVW40s-yy}}w`DeU-je*|SLNNB1D90SEc z!-P77P7w3=jq5XQM0-4pOhjYJ zmUHgW>*$Sz(zx#;tGeN0>$yAYe*F=w=OkVl3$uLU#(}Z%&o)tr-tbKnainX6;2etQ z*b)S({2HIi8U+myL6#VGQYXJS|L_zFrRa|)j+{|MpgDOvTdk?p$j}Tj`iBWZ>;a(N zqzP>^en*k|q)oBqivk1Ef|<}tQCii_MiiOw@8Cjt0_6D_z5N@8KabS?VMwD*azI0U$f@#* z!|(1xpPiJW8KEYk({`Fq-P5V^3 zGBln&sc&PjUbOzXKCZY*>d zXqJkD8W%T54xoSHHO^fv!*-bZbnL=ar`;sd~UMb4w{?`P?Nz%2XJOE_*B#)VB(g{w9mBo z?pf(1aS-0wFJv4SK<8zebif&Gz*5&?>Y|=tlv0G+yaG**<6f>1z#_pCBQ8<|UU;2= zNvnW*;}6S_ZD@yGmRd(X$-atcTCLMTf>cJP6b&t7Q(IW1IgG6!(A*d_v9xI^aHeqw zJn%`it^&%{uEpLF-1b%V#K}W!b%4nsjHoIU*u=CaTnvbS{GgM$9zCUQ-a)Y-a;sQc z{QzHih#F$s$Ri8u0@PTn~@a*1Q= zP(^&qVNtu@n^v9Tn=GH`R7+g$-UMo+dPqTuPhV(d$VU0^s(2>A(aL-)m66I;1(`3N z4|~`cI~}P595lo!@H~{%Vt12Ah4r3BMBZ?Iz-G4eR8Ch4upHsW4L74Uo~8k<#)& zxh-cQOoRlUe?^(Kls}7h6SEPwB43aE3vk#9y%L+-geH6p4Bkt~hMw1HiRu=gb{A+1 zux9&p(P!NORQqyAyz;ZrC2PUs(E9rWMQ&Wtv{#d*3;z4ynh|c!DCr-3{c+Zu0R0>U zd#`eS57>Bj(h@J_dp@+)HurjuB3e6x+xK8`3?;Nmi(RWB4F|HSmDxo;@YnDnGEi3z zTv5b?O#}g-6qDWZQ(X0llX4i7R^}xn$_YPRF?%d{C2~p^SvjsUxH2>P@GC)U2bxE) z^hk@<%OApyi=UK~Wr{B$2FU&lpuO zxL+>#%hiv~Hej{XO1LMv&zIe%bk%Gl45%H4H__)BvOI(XnP9OYJ?fCE*_SmFy3VyJ z->cx8NX>SE41$hNj_rP+F!f9MJYx(u32Q^0{{*3j2T`~Tp}s3X!>oskPu7H&7v%g# zR`@~3@E_P_WDX9S`kG#GpB6j=x)?h1J^-*tZGMocWaqZNWm0O9y+ryQD`VUwuNY3P zBA&bGB~TyQ`JsXm6jAOaNlm4*Z(WI`3IF7TBx54Fb{^DCLiHnBlrgb4g-?(tnd#gF z9*J=~$}p$Ur$`*Al(7KNU8(7*aRMM)@LEBI)yw%05UU(9q*G+`HwD^083$5&mDl=| zw4DN&7O?D%pjuQ#JJxn*{d3-s@CIp^+9fvJjyDmEq{XlhWhxSnC#pX-3gc=tYF9g=q;y)YS>5hcum5b>t5S)GYJ z_tXEhK5#dS_*EJ39m~`bTrCSpo~^|~6D5k!dz|xJ8sx-YCmDwa!JeRvbl`c&e@8L< zjdc~v6H${Bomm|Zg(!en5po6TD!3>fENn9mefSM#e2J&)yW)uXTCQ-bx{|J z32lRhWSbh!&VTWsq_kEkoSq*Yu@G0X?*JQI|8I}M4)JE9(5N*Mi$EMy;MquCFs96y zHp60x8E!alnSLynPmEeSpr!;dQ!~K<%XfOFed><+Atp8u2bbY@STvDhBIR4xfd{F8 zM2eC%v}R&`h5)?<(G~`A*$3pVchbQJI94-Ji=h~E%{zA2ZinqCHa)}c&p`8(PSo;j@NR;Fge4_ab(dmqxxDE_lNb68|F}H`Uco;C7t8} zf(tKA$8ke*wX7wdCTe_ToVJHMLQxTI56T^HOj~deOQF88;0f9CspmwpO7th!*xQr< z&qJCRM}NL!`ibH!E=OJFe3;y{9+doc!Cjw0S%MObS_X7A967Mi!p25m=s5-Hy%TkX zfF8dt1rTd#K39gYW?Vvh1w4;=0P$+;X7iLTIK{9W*5}F=JMVsEkNc5`Z>d4yB{0$Jnmm8p4V2XE@VZN=fHIfaC5rl#!rfjJB_9o4FHSv%S2+IO*uDzA9hO!DY)Q`0p2l|KBq!aII9lRP=uW_^1=)evp70SE4YvpD`VD~Ty*<_tuG z+|}A(3xEYq$crlgD>SJ3Jj#fK-3gt}n|Ax9JTMfrjK;wZJcW z9ql6pyf}!BV_(i39S?*du5`>&EHUp~&kn>cLgIn>^sPnAp{FPizJc-q(z2S)vA~Le zwfiexHSWKHFnZC-DsGTzPbDwhFHE;2s=5iMxAem? ziBU`5bi$W5lXJBhLW`1-o4t*R!)oug|C+j8m8d1E-Cz)%qPU>Fhnp=f zmqLm7Exp>1sGAzH%FbrZGH>(m5(?W){SCS6-on+Qrl--&fAD*ebY`O<}?t zk>CA}zgpPsz096s6v_$6#=`Cbb)bxW7Vo7VAv6~$y-I$cyzqII9$*{j=5`}>MW{rQ zs}l3yLF}EwQ=Fa0O2+Tonb>?QLb*U=Zrr*d8kwY#$~@^nF3l zVgMW>vcm|_n{ct^AU_qAi^$8vlGFxQ+=Ln4N(e;xZWcWQ+zB; z&i-9kc#_Y22@&vz1dPmva~x57rw&!xPxeLW_sE2%{)$|V#r;hd^cL2Caz_^s8ZID`QPn-N#!evx< zjaX&=P}dGyUPWq}+xL%!rsmr=2&9=#Hd1N#P$X%2T@MkWf*w50l7;ll4APLHV%jwA z(lnCwX}xe8`@viBSjUQ_U-B(=j-w(YFokwR(Fo$T?8lt#EX!(sliyW=-i&EZLT37i(KY#)6QiYQ!R0 zM4F@A1Qlu^^0dHx2iWOBs5HpcTF|X?=d)K=@yCf?F`8yyQ7&Qm(SI;D0#x941u#Fz zD&afUgq^CRwx zE=9*7fmE*V2*$-pi~vm$O#g;JadpQT!V?e~!WZ~R%RG5IYNNBv>Lb_r8hx-Yv~qtG z^Dk9pvTFaX6Pz7ed`iIp5fc3Tw%vH^b%;VKFJR4=uLR5PvF7l+vXw*ABs@*(qk`GU zrMB*wchn8AavsHDUERRnw0D(zT7^<1r~Z>|W+KECZf_42O{hvckrE_n$!y24z~J5% z*|dBSM}g#gCKDSzLS?>8iiNPKBt{hVFa^X7Ydb&_^VDmfS_wt}3X=wFTioNwU(KRZ1%%w~OjyMR2yV9+PCs!s|+8^8r&=U!1Uf3$Clg|0@o5LGg`zmAQWQPV1g<_UD-NP zJ-U`m+0I)VYT}oBHm6N5Wwn%jB|?NJbc>e`j&%3m_!Y3m%+hmq8{3SS&@lrm zCuNl!$H5UH#6@}--hmGDG*C{@u|%*O<9OYMYYkTTz$*daseY9MSK<@O{Oy$7cG5eF zKZ=HLvw+r=rI2ro^qNi?F3GOR^9rzM$#87MJGXPhQ-3bU70p-mkhCFoaf)P&A&6R8 zNqu3>_oZ!isgR!lm@6_8XR1Lq#nOFKd>65QSO*TTXB&(7MtBiC64(l2W>?7AhuOMC z)bVhBy-Fw}H+pBd=;|0CQZj*XS#@7{i_LkgX95(_eD|pB(pBFvk(r)zvbN z)~o@WVVcJ#(FZnio3z-2+q)TjdHkd^5|Dl&nWA`DTg_uPi1&t#%Vw@bwvMbyj~sJ0 zRUe&|VfT`D!y}8Zu(YvF>Zs0<1vey64Im(SeF0MA6O)sJMG?Brg5;7#g-~&X+fB!J z&{!>QZXkfU{<-N%GC9@s>4;+0X};$f-Dr>$ z>vB&6oKmX+F&2`)9f2yD<8&y+B7RJ3ikS)n*ZmC>J4;t*iAiSYtHU?^AuHl)RqRx- zv{wbB`7aK{Y-2-moLd?wo?z|fKA~Okdx}_Qnrxy6aq2GX%R%M88-AG6@^&m=N5f%T z&=GdYKKZI1Jx?e#r=*pQc%LAK2MK+_;97!dkd@e=zlPy?~iDMn-&kZBjT$_M7gAC5x{ zg?(on1%ny$!}v^9P$y`{Ky9%Tu5k* z0>Vo)E3mO{dvlG#fOGw}(qW)2vbfMe_HMW5G;&CDZHRgKO7wc_+k>TvSLik14`K`F zirCZ7N$I8H451a($OeR;iKivMYJWdZXKN;+Sb19d=e0m&e_tB89 zk!QE71LimM{JJxeAq@qiLDFZPFPJ4jl=k|gz3!GEv=>B3JcM#*=it0>p+*tFGHY1* z&Cgad$Ufv-@pPjRdtz0A6_t!{*nGl~X;Qsnh(99mdgpFQs$j2X9ds@)re>D`Tey84 z)drOBc`A*u>mV&^rcrhhM7?hv8Tx`k#qZFlb~DJh(P{DXR@rKJ%~r)ArM1zNG;F@h z&=uZX_a5|kj;l;(G~XqZVQI1*zWKk*8odpWL=rGMBAko8i}(|YrYdIkMvOq{wi$zUR|d4sNNm^BdG~aj-1y zeE1Q)!#k)rNa~Dq)D!j1(&i^`Bgj)_GVGJ~T)kYd<(V9?!olq$#KGgEFcszd8a!p~ ztn1BLN9xbtiR|RwzUOX8XpvmUW^R<03H2nwJ|7lNL)*im~RsVvQ(Lp z?W1R#$mZ!1kvy&IiRRn8M9@C*pQ1tW;FqAUT~!eN_cGFYQxAjohTx@(rJsC!fKL?V z(D-pgH-!EGU6-*JLlUDgC7xKNPP!?rX#(};G^UQ_25{#q;>P0NG-6fN)z;`SppnkO zof$|4V~RtaJu3U@s1-8Zee*)ORz37&qS|}t@6l$(!_6|2$9(-!qo>P8$uzd8>ioUq zJPuKADrn$&g(RU_J6a(y8e-NU(36VjBVM%^zl63{t1f2e<8ZQ6mFXff!p>z}MG*W@Eg(0)3A3s`6-MQ(f6XoGxN zR-_v&<&e(wQSi{cG=WNfjW_9BMH$*uW zv6Os)c7_x$WDok$foYDSvS8{GQNK%DRKEN$54)&hNlIi?=l(fk6{Ob*2_b)BvbIaO z1+dj%AHaR!+%=1i!69LhmYjo~B^OQ~Jpp*fMRwiHji0ST$Tacd>` z&#{4*4%uyFGw1aztt=YOW`;g0^r5R5WV^;-Ofz2CljunA&{d4Ooa@Y;^AJ*i!zI6% z0$Y0n+uf51!frxcmw-~k;$F3Pe3`S{r>tiM$oC77ONm2jUrwPC3r&}>-nP~lG_C@4 znYuj;o#w_D8#3UC;uT=OznJc%s_szUDi+Klbq!nJ`o1B(724dJ8aeaQyn;!1xzUC7 zK?zk_vo1=XFbsGIEOHoBwwPX&%S5HnK;}I!XTWq7%uY{|kzqjN2dP-R-q2|A$vXhbreUtKtOiKe9hte8tGe}-=t!K!A%kW&Tl#UpPKvA%fXU(h> z!L@9LqZJ09Z?Q5P#l5hDVMI&$;8Ef_o+YTS^_9)p2tkxSN(^-Yj+DuKO(gw9A0%V2 z#0*N$4yfZ|Xo%RhtiL8#)^=fb&CA^iEwC3RfONXQ?&4Al-_}+ng3MCp!6;&|m=OpD3mM8@r;3v&nV$)ie!;KiGzArrI;5-Hci=Q+wA6D%ysRWwq)~2d zNu(}zlB|Kd$FNYzRZ($+_Hzzk%-4I)OFK7MHyn`(GnxV_PqXDlgqkE% z*~A}m!c)vtJ74rQ1=x4yJ43qo{PUzP_-+Sd5$|cKWOXs<>y%Y7`PFfu*)>XJ9uCj3|IT z7uj^}CLUf319OU}&78NCxiYffv2%kfG*&!H8Bln;5|Q@*sQ4q<0itZ={orRb-U zUR-HB9A3!dfOZ*0ZECNs3wgV#2nnX-Sl-pMoq^i>WS}pruZpw~d{E z?vZL?4$ve_I+}!`@MRSh5K-TRQDc zwc~qb(>k`cC|GJ0KZ_%!Obi<>2xw#1fpLo;$?=20Rr)-d@hB}>^$5gjw-de2&Fp%I zW%D4^U$kVp_CfHG77V<_SpiT&Abhwj112;_o3y3Dza8TafbIa8#gJUQ8jCy44hc6j zE&>Ia3Z_6^ug48>0#j#sh@(N`ByDIyi>(t6bj&-P(gn931jTUvF-(J)pn{We%Xi~k zHTfo^YW%TY#oF^E5$j|amXaFxW?#A+b^*R7LN7fFXyYo@0PK05@ctVTrp{ZK$YiWU z`uy#EVb?X?d#N8AAY(O=m0X-RBYVZTv`<{KEk4ffk}`N=l7r`d0nG&WgwlhP_ca;= zDx>Onv6Dt4O}P{+4&+L47wJ+lF-CM=22_s%-XX#yibbrr{&@V9KmD)_q-RUcSAwnt(-B`us|iIB9fr7DE~RVDrP@C;L8+Js@k zU)s-^)GVBIJCXl$kVQ=-Rjoy8H|v=S&$@W|FOpALa;KeF`t-$x`GYeW`9gR?1tu#K zk{n~a*vQOB77hMAiZGFjs#2>LTA;;d>kxQHC3j#chmJr!Q=0doh8-fvj%se24rUxp zj27+cz&9g`2^J{42%cdfb7_Gh90mzm8Ck_VGnkD=;kaT$8H$LWlFaqR1$8O|jFxx( zIo5&DRSf44b-FH>%1Z=ttYyP9VBcq!KpqKlNU$zZ?ip;Uxn|Ihy5^iKrlY6UDyyi1 zh&)tSHkIha9Eu<+1(}E;+TSOZm7{T1h76Dctm9`#YowN`h!UJ_I0{Os?-Ior*#Ln!J@obk7jF(IhuOvPk6U)KZy$Sfi;#yA!}Dr_askI=ZhS zlm*H`=nd%G@lJwlRcvtFgrPR68|iyY2EOsM`BP^WMjw;@Jf{&qi9q{JZxI$C384K% zuy#wr(d%MFls*vgNWZRU4s60F!dL;VuHSyOJUZ=hF3ha0Ns#IN_f?1o4E|8OG$++N z2TTv3&CoB{1^^FXE|D6k8m4}2nHrWutbTt8ydIoR;<_G_@e%}cX_^u5UB4Ir>{JLo z#FPv*Ac1P&-y9hBj8yrWF!`g0*;A9=e&TX zIs+IFrsloBwrqk@ZBXZ#uu{j;L%X`R?6Rq$pH}9cU{)~F6ONG-A`^C7;yjypE?IR= zmjH$joj)ez!%U(iU~uZ~St?VERMl}Zb_7|!gL%kIu6HPqvilB}y?+olP~D;}A3Y+T zQ_^V@iHVv6`r%XJ;1ZB}wYP#j*J4=9O=S14l!W8h6eL1bAjMi?Yfwo0O{_rkVa7qk zx})j)^Au$$ie}~Q!qtuS(y9#ih;{x(C(lQ#Uq~InPNBE)B3Y{`kxtRR5Ot0u^h8o% z7A_Z;>~hpF@=8n@L*iqrINjYr|4=8W2m#ag|1+b^H zVT%Ba2?^9d-1?S?Vo_Rt@XrPh(OEfDV=#F0(OVR@oCx8>UWb2kSI;GuqDPT*5`~=L z&Ph27*KDS@GcBzmZd$oUkbqFoB1#hI^aTmZ{UlquNw z!LhOCv!?Ng$Fx0Uz)FP04`G-}YJ#oj_j5L>g|dbD;WhIz=6r~FJDNTWO3$42%o_&6#HWjj137nfD|Z3DYTUMHq->MpaeRd!if;GE7e$#v4$R>=I6czu|z z#E0y5uuE219y&PbpV%k~1+sM_sSM4|zBs#|v_F<@wA$=9ThdG1S>RshjJRg?O+|F56MJ9KN!?zz=9RX9p zh7}Zks}EU|zE#Oo6`KH7oXT*06JLDlLJr_e^xQOqfWuJ()LS)HN>2MKD72+b!p4@V^V>Strj<_QoN<%725xRZ6M+MX|=Fo_jop)USXc&zYwXe~fdcX{i?b4%+}5?yFlXlyR&8NHC*PaMr@(vjAt~S%DyCR18d=}y5BUvn z-QhTDn`rUHo|c=YXrTE%P92%0SgedS!88kVHKd>q4Wnuh8Un{u9eIuI>Zegn`HrE& zLO!Cy7>;am`FJ$6y@}iBq_V{lfK4J3?NK~g6?M}fUiaUN zMg-@ksQkU?5}>IJ+lMP60;BzRlV8Bx_Gxk%z^ ze#zhiqm9#$agLPLMcZ}xXhR{0ZJ$v}svch*l8-yomhQr1(PEZ0n7Eb(Ft8Vil0mJq zu@&lY4mmOPACAH`02d@EmXoK?=-&qUfM6+(M)a~a5vg`{X$KFa^t%=dPbBM8>{Np~ zbodX7ur8p^c^zW?8@e}>ERrS!ICi2o&Quc0u=-4~8;M66{pgQZ7ceeK3O_oC#b(q{ zR9%B+@|;0B1gQrJ&&Y8pk$wy!e{L)SZ&%``l*%?Mb~AFx*kaojYh+BLT)0RCq_kM_ zK)MmXk;C!DAFd>i9byA1hht=u7V1I_^zD3S&*?zUc50 z*8IwEY4UnL5o`rDnKvIpJJN8DHBGe{j9R<#7`j&pKAgpEfJRL5E*qN?WESYu<0j^ zlbnr>v_E1aY%dW2QeLSE!9A1#${Ehe+URQsu8hb{@jT%}(XuZ~RGg4)EBG0}nzC*5 zO9a<0*bzH+E{_(H$`F6}ZL{9@nq;j7buyb^7d>-yFR%g? z2CE9bIBBO+gD$x>CYQGo8Y0MN>zGU_3@{AJgj|W4+^YQl+exrg%jz3E78n9XkcEPC zi!8ddm=2|MKddYqPOrL_7J{ikWrh^f7*Yj2fe74NDdN%rw+p?iT=Ov*UMZZecefTB zD{2_HBOSmAth9S-fyY^&TK}3@>9MHNq-#Y}!^uVB4!HF6uT3V?hgK zj#khZw@^VaMZS5#43`QNS>p0zJ(rmgb5O{*qebq{All4ILT&B6H4(J++SV){1<>F+ zWJ{FO7Fkp9ewTvWegI#pg4MdLIE~Vj##80(sDLjx3HE%Jpfp+H5TDzE@?k&Zd6Yz6^OS4V6$EUqnyCOOXw+@ zceX;AVxA5A54KLCmp_Te^yf-E*&7VhTt85+FK^`Q-t0k=Qvj2ihx$=G;DnI^z> zVYF?GTcS-qTDbe-nM!LknPYC0k8)b13yz_Z5^nCOK#NsNFI2r8nB>_kbQrc@MOW~hrTn>7M!Mo?su-!UtfgQnE=2tui zsN%nn$(+q50HDzP&)d$e0MD!w)04Jo7F8iJoE#>>4}LhqilieIe>rQJ_tD@fGwoFs}&^~gD?qKd`c($m~ZUPWQ@qHlVD0>FZ~jq zht)i1ZaeU4r90Uc+PY&V>ZFP0VQ`aTnXCk3KdTL?3`C<-3g^$pFc=lkn*=<`xyc>J z3ue+|5$p1cE;VkoN&Xa{>ktjAYXd zL&PhSZccN@oI7?fT{6UMusF8x0uK2)B;H^~4{~~Cg(E>I6e>)n9*R>nmpX$mI_=38 zeD*M#t*vrcUb8x3g+Ty9lM!TH)nbfAIQkaD{^Q7j?kY+5k##70vv7p_*rCNw*;#St z2{DD92u^m@KR!>;ZlA+Rj!-flgBV_V_!RuCdkPj7Np&zaS(|nJH9U$d0-OnmD6p2D zbI*dqKx5s2Dwvy&qI$(0i#KT6-XoiA&IASYsPTsut+VU8q;m9N?J)z2`Rg(TW98~1 zNAm{qZWNOUA?E8)FM(%JksFfY0d81uN)<8#ctezFy2NqI;Nfyq!{{PAxeU99GU!{e zb?k^>iMPxrpCJpb#T>~6*qt;uN|l7kP9%r&1R5|pDhsw_3_P^=5)Y=tX&Jvvf2ZmR zaQteoX(wIZ6|h(mADsrRGvQhSZLqB7^#Zw0XtgRQt?4)OTybdYT6cz7QN#5wU0!C$ z3zn>)`JIkw8_w+Rkq9zPMtmh6oNv(T(_6FPfuy2_=%FYNW~LyML>r2B_9C5!2_2>A zYV+En!qRH*7)*qp{{m$Kdf~2==k^BNFhtr8kYvGM0`*ddm6%>D+4vcjuGLmMCF&8OK?f<80#l+5jvY!l1lqL{ja@S3%EZsj-+L4YqoTE3r-m|xF z$8i*9M79WhOEHT|IN4Pgct~PSz#E5k=2}H5qJLawg7iyLBaCgL9WN*L)s%t3w@}^- zn@^PQAXu0<3`0$F{=Bz3l-VeD=DU+0dnS38uE0;c_#kL-iMjzh-B|SHDOZI$JPIZt zMz)JL)49-0G626@t_xkYm%&XKx?=?9;BOLV6{0)C(`LD+o&V;iNIc2?!O>G9^+*Y| z-P0gP#h7=GylLAQXUK%}r(jWi<9i8*AE^k-e?AyX{;SfW_G-I88MHJaBr=Uo0S$N( z3nvZ93<>G;RK9YO;vL8qu0?RM)q_7!nJuKXPc!AIvl`51vXehI0-f=osNFJyHX(RF zD`DMGaQXl*K+wOO7&WRw?Hl6vSW1)YIeC?6!lu){?&@5s#?rqi#2jYj9HmOli8mGk zR1o53Lp`!XY|F92hQesiYX;bLr84@I;M^ix2$I{BR)>G#Gv*PiVVS8JonRyfHtpeY zVxc$4i&7-kaYqm}#)^X(%E7+yN?|Vvl)L+3-Q3!!@kPjIPnn%oZJFsknX0ja(668D z@BRfm9MfA=GqVPiZQPQ#$w%pW*drHvdmNQjh*)u_>hP1>@TO*4JP6h_m103RULwM75ur|MLOyx7lx~R` z2)S~nA6F`1#ng`ajv+M8q3!s1+oq6(WxF=sE9j62&P2Ly#W=1I1Bksv5KNlX=#@fd z6XS`oq7o5T8GWA~wJ2jmdwxa`p%hmA7@~(MoI+s~XxRpt6}BhHS>z~$I@^|7Bc6!T zJYF+A_Vo)B_U0IA9q}wbuqf*fYf)vIhL1e1U}txLt>IJ)zM9RSAL-ND38Ni!>Xxh_7as%|kr2IceheNt1?)WW2j9 z>ZGBEXgJ%&!M#qLG;1p)?s}JLL3NYUBR^4TQM%)tyD=OuF284nN&K%%=)+T5j5TW9htMQ4sUUMg8g+dlf1!<5+Ubi^XTBCj#rIwJ*KAFHLqN;oJ){~# z%U+&2I56-l{Ps{p8-N+>=K?B%TksSrO*0Pe*hdM+tU{JSX}IGYeo@f`Ok&$??=yL< z2?j;5H+fQwPTKk|^LO(V0#Ul0`RW>$rU^4)FXfCzQY$!Lnw46%+_Z(wc!@3(rRW4B zsgNrJ7`j;ap9Bvt^``phrs?mefg$YQ=ScJ5$eDNrd+O;zHgn0u z&;7li%aX%}fG||QnL49F<}98@Vt3>ZOxOiHtueG|1e{Mah|tj@7f0xj44H-64?bz4 zHf&em;874ZDF-CaNt+@PJ{e>N)6j;~rHmUM5QRZnw^!3!@tCFeta-oy1MLL12Z|oJ ztB#t73w~RHiLO`Q7zr2U(ags<3YyD9G8wl*b|d8|1%51Q!d}&85+uZ`Tw&8Y7RbfV zbAHGJsMTV?g@1q6K)A_cz*S?arl(DE4+3MuI@_hNz4oy5Rs`HbF%s$R=y%6Cy=&(+ zhw9gP8cqu=7g5Mil)FnfuLjX7X|xn^!?zs1QL#J5#fF51sXG8#pT(&mkp$s2J7J%Z6yV)m7TaiIk8Em%#}XZyVzQtsZgRGTqy6mnN(^$r=9_2kJ8J{-Gy#z4 zDk>|?;~~>pCocr$aEIzX?y@~EIW4O^&Us9KvKXmn><3v9y))4$G}rI;3fvO5t~R2$ zj2}~rjQc*-Gc!UsL4WP~H-PtCPpLs$BELPa zn6k5{T~aLAJ+bQEuFy-_ggw)S3b2Q(oUtW`2Yt+3l0LSW=*QU9>_^I^)+Vg5)3r0VB$<;>0Wy+!Xd$Tbvk| z5x|w)Zq1I);z3y$nRGhs(@4VZ$66$JJ8N(Q?Nxo21qY9x(a8N>G0~~cbf!vo{r8@? zff6GD=y2OfjOvjsB{2UM@oBs?&Gkk9Rmx$D773}<9Dxor{9KQ-F?ItQt>tPrzb>cg7N9OW2`uLzE3B<#*k*SI0c39)H zwnL@)iqzqH>%-9nfB_1dx*;@h^r-92iE$c5zqU`3?N{*2!36hsE{K;x`S)=dQ4t&4 z3x(SpY6etF!}u-Mn*9{#yD0X))e|1GzYWHWqUdL)YB4<6x-`WHmNSKF)>szKDGLs^ zVyrzaAT}0&RFyaga3AD^oOAN()Pt9&aQLt)W>dcXJIdsjzTK?NX(_uIU#~9p&e%N! zIAl9IH@Jaqf-)hMi~y;s!Go+C!%kM&UxGdVBy>=O%1$8sNX_!v)m-C6)*$rkq3U~; z*Y)OHAMv8owlXY@iFL5_8B?l)(ba{6$T+~5N`$l1(B<>4rOJ!V@*UvQV1bb-LrbN% z#`8N7!7j$=^_2_Y2zX;PY`c&u(VOQY8IVW3#G`uQC|4LN4x?utH@QCiKgDS!rq7EIM0xfM8)EkytI0qARw?xwdMOcnC)V!1>2(|AxjhQrmc91z@M9^YSG+nAZs ztQ#1bWNhyG3f*YN3aju1u*k?^&%BHYLw=EhPk+1dJfD#SzGh)5`lbb_n8w5fY|Chu zklx%~<|Q#o)$?Jo#J$D3F%S{qJozbb{c5xCq_coYMdFjr0$%|B3ID$KQSsi zd9X4eN{C_54l`K`mlD;2(4wke1IJyK8;rCQ@T3$K?D8=;hOezT&4gkan5%Z8jnvR! zHAk*Fh}<*OGt=dnPYR=C#UsJmbbRYRvcr)C#?)@=u5aLo`jQfO2SbtGSprgVXl&JEOwb?1xfOjB|u^| zb5ooc;LBc){k1VS<={8Piisye?Jb*Fit*-Sk~hC_RMKS-bKl!mxJ>KG4`8arMW63jAX+N%08a=p??U z9OB@b*Y+AtVdvCw@R>sLBPL1@X$k^a7EJ3coZ4WqcXsBmUs=;rjvTG@cgb;aFj2~q zzizj+DwFK%i+>iv!N!!>YJaS-{TF-~ybH=#iDBBe(gojiv#BQZUpwfyZK$;seG=%! zjyG^m%O>$GrCxzNJ#^=KM~a~MV7)?fl#d&z$iZM*Io}tn$F{lRbf2Tm2mQy`ACUKI zDl@5N=!m3#%=iV6VXjmUiK~r5JO`?vjZ$l)kzi;P6UR}gAYT-s!yc;HAic4*d$UxM zHwE&wU4}n;^ckZ}LZtaom^tG@pQ(NzphKK^INNt_>#HWq;dKJZ&AboFpWOr~4<7U| ziF+`Pns+a6{&?=SekrRiG;sDS-O&7<6$bU@mERZaBh*b$z|ZexhX&-Xoz0}FWTFIp zuXM{gUL0U2x1^wGXV%@8szWbIkKhBULCVk}mr|_Yby=$^z3)ka{wsv*kS%U+n>iOU zHQ8HI8M%g@oX9)QVuX1xwaJMPxCx7{GY9i7Wf74K+knz-ODGE4G>~|^zb(>pICM0( zuNZ~;1hH%LFl(EOqSfwH6n4Eis%wP#N&kr#IME6p83_%?vh85!3IQKYI>(0V<=xZ^S09EdcRvNhew#?@x~#u}r=XX|rbJ9KeS-um zR=a@{!UgfuH@R7i-T#as5&C7wqqDE$B%gA_`6KSIJy>lEig@sPWIXh6uhfH8+k=@b z|I1p!apn03q_F}Fq7=FywS-QXaLP#v?}eDro*o|FpjTxC0jld(IAPDHFvGE)IWM9< z?MlX_@;ZplA-WWs=t`pM6$9as#m+%>Z#rIuW0)KeU3xI;aCAWQLc5V7NK#((&(V)q zHi3uE#a+i)$r(vL#*9EM!!K1* z0mfNzd;cEeh^8Z@!6O;#+hd8mTQCj$R-o4DNtU6H|2pUaWc4`J_$i%~S(9J>P=WHW_Z))k*TiDK>azXY6MUcTx>n8FFY z+yf#P&F{7ZcV_D$+%SboGjaq175F(O1B{5oKk3P8hyQ>@=C9DHXBE1Q4y0jjUJvd^ zQ4r|^07-;c*yvWw#pq6l(eFsz03YTgN!J7L+(9;>9l}mXcVa>{>WRbMNXE zdGe&;1x+#U*uJ&1MP(XTJg1QvePy^9AbtYQQZQ|ih#chH^gu1*ExYb!J&YDAMtX`y z(>NzjV_eFzx32Vs`FhQB|EGQKHP!0d=7fHx+$SsDxmcg~e^h-@s?uIVj_Zt!)qyZ_ zjPzC^3gD~WJ|X9L_4s;&e8K_A<2NI)5i^Q_*<7Cyo3gJ@g=B&&Xs9VR1}tZ)!MTn! z5?i1Y0ySa@v8T9HU2zAzsKa@eXCd)lbI{RY;}J@anTfy?2u*!w>PwrPL34U?30+Dy zDumiBF-BCo;;hX5da4W0;uC3->IH2TzaVjNVc6{4_3kuI-FIKMO^2WOgExU6CZ?f(52Q5(S->&HFq&WaL5Eg z_?i-R;K2mbiReQT%7z4)|K-=h&M((W;1p&mV*Tmd1J7hye%wKzePs@_Wz+$*yw**< z3$A~j3DC1s{EGhsq&KXH(KPJl;CeY-kqd%fqi6-p3xy&y!px1?AdLsTF@x-G9tYD} zgbu{iL~UXgE;JG~)s7;>!-E7a|@!K zbKiD`U3g?fPR=oGn^+XR0SL)C6+@O$-mBZAGMdIp64^yA*Vlw3aB@`)=tgfZYjYRg z<+gGxyBng(3YZZE04P1}b}LkF5E06$l=dF?wjPc@sAae|5c*Tgj;+|n$IlikaU#+s zP`7)VqQx~~`S9Y`roq+3<*Q!7t%zi!N-E|00_^BLNKRDI$(T*76j}-=s-}`rff+6G zhN?(zzv$|f)aY)R=2mSznM=XUKzrYe@sJo3;~89rr3O`U59}y!)A5pR@bU&rjCW7k z`3F&(10}G*tPY0~rhZGUN3O9dNjg)2R=+$g(0N+5Ub#{ac`p?RW;m`{1vuvr_*d%> ztYY-&$lU1_9Fd+$IS0rVTM%$EX9$%)VFswSmX>h{a}D=*;SlU8OtlB5?7}=GLnIj= zv~|5Yphyln%Wos`;?!}(x3`+V%oa^QY(Vt2`%sviTG=`0f*lnEJZ*p?65EYo0B++G z=Gppo4LBUiZ-_bQ^n4xjqf{^Ex*3uvH|&e-(v-urX7k!Z4V68e)UH90_V?QG#A00tOOTf6Cb}>+J%GT7N@_Kd#gZZ8`YP_+giFsqE-YDlDm`x6&r0&ol+^K)acoIGVXZZ|Ur6xso zmwniSkQN4bEMO5T-zSho_{m=Bv0LJO+zk<&2hTI&$hzmc|HS8}iQqE>T!ZQT&&*%`~s%>Ah+fsIA+4*&JUv1a|T>zq+3c>;?ZAXv*Z;+Kr89h1VYT8O?RVEf9D zCZxKaz(m+S_CAr!AwBUA@%kIqKglKyBXneRAQA{z$|JTb<{-%|8H%OG)65_^?3lGP zVD6BGY{5H*-jx2y^2y^=g+@VznJ;(5({YRMx4{-gZO9+@!8qGRrP{Y(B+WOLSM^Y@LTY(V8{6}N4;xRl8 z(=Iq?z;wZwt3Iiy&NC=AO|)VY|IP zdA!T8CQ=ft@rXh*t0F7dW?`RL zH!2j?yC+)%>CJFr8>~$!yiUT=+Xx$=?(ct{WFe}tvXy>!Z44#@`6oRQRdOojUkiqk$ zJ(ISD(W2rEgn>UXwL7aCfe_L9h+)FhbZ)P#*&hy#IsaL$@($sR4&{jMN z)WLo_$X+388%Pi_Q=Z-zjxgfaOvwd}*Go-eXcToHOPEnA_1b?9Gc47Vu6vX~%hVf; z{$wW9XJeelEX=vOw15SbMK|Y<8v)VOfv#Z8;*q&rx*~T=+R#(2dLm>LjEQxGWV>sxD|)lC4gw6YEL#HBUNwRBM|;lYw?Fy&mT8|z77$3l`QXxr+BqKFr^ zM=1dWnx}~JO0ZjrNQarWJA=tBAa>2D%a8|SK@HQi~6*Y~j2 zegb(fFEQRCcShU5+}@~i%0DsKZFw!YxFTBKfJ7k12ibO--qcJ6N;5mH^>*>Fef0j+ z?I0`I1j$qD#N%jxR_Z^mo_ozbcHMV|F(5Gm?quaFYDLtU9eq zVv-h_#50hEtLv0B3Zh|FsGIYfjvd;S|AFTPI#VE|_uoc`fm=#u%!a~JMC8RrEyuJ) zBnNR>=>+!g&*_(w8}@}frg_#Y3QEzXcZ(p9aLI>K8lW9`oidJ8Y$E*EJ|urt+}>GL za@)?|Rb_`SCZlAE_aL}NO%>pB(!VjK9C=ob;)1$XzM~ARZyN0R1;B!~UB4$%?eJ4q z;sdc86C#WfR%PU0_joh;xN2w7Wec|e5T zyfuTj2RdUCxz;ax8_cm)cv#e;@nBSs8Xgd@LuH{xEM1QZy2HLKB<(gk!k9+X3Y5DQ zl?BQmN%dk0{Bg#!FG*t$ROX_A3vhS+1ye?a=t0+nLhUwxn5q@s3eu^pszS)bh$IDN z(&t#lZH5|9T*S$(@??NPF(fJcS7Tbv#m%>owuUpOpTV2Nc{-(7c%rwBI!1?XjC`vP zW^Be3i8`#d;EGd=#Tj~J8AL*|zX^={ra^=@%vsFjrRBC-%`zT07h!?d3?Z zTJ#`kHksn#P$7&D$qQDD#XH!NI!~HtHtW8MouihT>I0d* zFi}Ipqr>0?3@RYkAFmN7C9s)}2=g2?_QPmP-T$ajEqZ%sEUIZyXLb+#)qm4*xG>D% z%)h~7#SMcuM2;>EnmNHdG*&+!LX=|o%?>+sV07w%SI5ZUn5-iTzf0u1Gi|aaO|;Wv zr09g7&UG)pnm&6_x!d4v8W4$RMWqFwVD;5#5AfD#uwn*)QPlH3C7yuh@(tLvRU~2O zpzF(Ryo}B8qu3$^af9if%noWuf2aJsQp;(m_7ArFjn+I7-)w$qj!IdvkX+)MK8zzA zi?xp|(5uRQs6ND5(?!9IvVCk@W)r@cTQ79sEIAX!QD>%BrQ?9c>&V6k7@b4$5681o z8D(5XH%Xb+Nnc_$Gn#sNvU18PN=-|tGp3%C<5ZJ9a&=Cs2-+l}gzAlb;FcGc6xVE^5GQyCJW6?N;l8>=vNTpl>`j~)HpwR2RVkWb( zZHlRP?`dyyD0|XHlfnJ3m;5%`(TnQZNa*MmGE`PZjPJ3D^u?L;@>qb^0vPDDeXBf> zU{hH7@Z4fa473ZraJM{6CoF||?UdXTR%)G|jSD?aoEjU2?QkUc6#?B0Z{Mk=kB8Yj z1b&siJjGTg7THodm6tufd-ba4ap49#Mm}D{<%?rTBcd_Dd=JxRNuXE6dLz`>aN@Gz zRNyw?iM!MQ${l&pjl%VhhJjPDGHjMf3@qq^1S=BP8s#_0$x_7~Az+EGY)Qo&rhbyV|!S)Ti3$W}VX|*WQ`oQ=8|Wg~5W= zi>+pJ0y{@uE*GLGtZj~u0ZyzV_Fk2#DqPd7FRikhEBfV@aBdC*X^6FR{WRh4O4^B= z81uvC;(}lGbv+G3)CU40Af_eqVazhQnh)csj1&J7scTX(5Xpyx}8!3*_4NajEggZR_y*)u{uMU zW-S7#Q~FbfzT85HWJN<>1hrP=xnB-k-aQ!00$6Bi${|+1*0CAn=3o-BMA!+4D{zdOktlh4UfI{6Fg^Vt}iVFtE=m@pthYU9jpXm=R-E=?XgZwJcODL zHj#|R@DHHCJVTe%`<++dQ%U8Ki)`~dt?p^zqAFVRKXT(Cq*G;3>HjD1?ya9Fz~Iwf!AlHYg{T3a#!1A8{q=~7rj)h z&s4Rtjz=qOA2z(*Zg%d>z`vTvnoF6}ty=@=;7LzGnBT{_1mwUgZy`RMVOxZf2^>&` z)(oGyt6g|pa#W)^5ztooHCe5eo8vxNwo$_c6%#08Ny|#_N+y~LFi=V(#6H~yqGnkj z_PN2>Z5l)JwW`0OXdSPpCU0Y(?Xb3hSJVW4^Yas;M&@4swh&T0edln_Og8zO)c6 z{IJb(101|GfQz`E6o;%*67G>DWv02n#=vN&rnk|MpfS}X!H(EC%y3N?!{r- z$SbK~#a*49?tfU2$prF`x&)mANc~tHP>ri?ZNnmQ8SdQ?EE&Y8%hjaS(7w4 zo?ZaaQ5~)eXuGxi$-HfvFD+LXfjGpj*7ZsH!tKic+DXSChrj^ZrN%h?~!g;0}$Zc9Oryn9(g*R z-1=#_NTGAf%Lce9Fp}%$*+}Tu5jaFqxu_w`W&rg#gr<RGw z+6K_13>kwQk2y7=4J|x1rr?-H7f2+vM8y~@&QU(?5eJ)f-`;5l8I;*#a;m~3Va9}B z(^3Y0Qn48kb99p_s0n}*D|D^5fvqP?2!zoXRo96v%llk^vhxmur;-Uy9aqM#3u^m5 zzSp?mWm(qfS;h$0`sn2zi%^sf_H-7IPkyvFNNMcpA?d!0_6t}_gf6s?nEz!r%CW^N zz$dG=^6edqL8#hlH##`e`Uwf%?1qf#GA!}s`dB@jKPBwFGiDKk^e-rclb59VT;llr ziM-9Uo{kG*+J*_a;{pmpNQis*ZcNeu{;qi?JpOcY8SfTh}F?|lrrP_k7c zGJGWW%CRwXa5Ls6TU2SFSfxBod5IHdxMKnqjbp?(qDX$Z(~9E1e8yC|(@U;gCMZ#0 z7F(N#EtY?Nb`F0|KTPvUU0<>CJ)b9%ER<| z2dOzsCEJvj12NkZw>9__&(RfHJEp(BUL)rTS>4^bmN|jFj4j{`c;f-I4(8pBkCk?I z1d_-_&0{9dxxr$+P}6D-WZ<#ZYorzC;iFrXk)VN4k1f(IJtr-Rv$3%OlT8ogqYgyn z(r4928;rIv!-~6}2a7r>1oh^EcfYwMFOrtgYo!Ui)b2{US+9{<$V8GVou*&2l&<}_Xn4APc&~JtvVds?o(8N0K2~B#)9YaqpGX?4_{AgE1rtg`lcbm_Y9v zPL`)ZJWWZk`B@keS<{4Sn9CJH0`XYom<6BGZCDLlDaaxUS}%ltwLvt92(_hmEm*j&END|M_aCS za?88q>@2X2jrsBP${QSaunf>?}+Xh$_u9Ou@|qR4Dy-9JnC@3vU?E-rB%m z%vPAxZh9tsO7b#fPTzEygn>n%ItC@q1vz@tK_aMc(u?PPvn6c{Sag=AdKrN8^{fjv zz(^oY3nZ_1c2EbIa{sJt`nJX2cQ3J}+JfS%?3Bn#GXg;HR?;2+kxAeRd{z7wPJ>L> zvEX#2D_^j$$S(tMCxkN6N2_qyygv6HCEN~tcdVA;GH{1Ix{#J4M3UY@wia(7{3RXWagQF<<0y(<@f z{O!%_P-Q^1>L#2d=CDSdE(hF&BeA^5uO;92f98M-|9>Ump3{!-+Q`wN*FTgsy6tyaVjxSaj zd>bbWgjen*%3@q)39x9m>77{<1sv9#p+Dv@UMR1s`*VYE1{oGPYMT-aYQ`~#JDMdR zx0%7|*R3hIDd1Q7!l^eT*gw2NR^;`raSKy^^61h84BM#reJO^NHdt})$2|PEn0Tayc&2E#NFC~MSEpl+F*wnx^BI* zslv!UXVLa+L*SQDW;pbr+TpJ0z=L>6aL(+>kz-z?T~*YRl2u4vv%ayF1-`t-08q1o zkrZD>Te*WF+)^v`-@}X)Ioo(od)`3W(J9elYiFMzuIqzggL_5DdUp<&bu)R!8|MGS zou&260wlpHw^ZN0G#B8~6v`Iy=V5)f;ALhwsgd17=9l^(BOTy(RC&32f~i;kT~yc7 z!c|SMcYidd7LGXyU+mrh2M!UU__nqEXG@iIU=aVYOe&nX7 zQa;&tEjWN^XbyXY71P$1U?3I4E#~;^=i^PnV^|Lr^@S+NSIX~S1(Y6S>cNZ(is|Oc zVn+W*EGZMEtnDpAZ?K}U#G@B#T5QSRm1NlIz$o%jQ?vnG>0$*2KH1kc^w*yZ(6r?=JJs5TBK%0TwLj3?Go&75 zs^aaFk^s$_!4W^=IKA$w*mX!GQ~AkG+ao!_e3q7Aa#t~WY+REM56BL6ljfWvh2v6P zPL!MCji6!qcU{Vym8{@sh=zq;d(NFtf85Rz?wd!y?uGIPr8)r~jLki4_3)b_H{4P+}}DD1oKKUK-fC%U4D#gAgy!dM_bD#aU+f#c^r zcra+C+d)f_ma_e~BecLl8aTO9Vm>m}Nu^tr)9IDGYku@Qa8sJ!*0KW|&7X8d@*<>8 z*6%qk+Ly)r2y?O0f=(|fmXb?o_7ao9nY07Cn z>FX(<={fME3(aUAE)ny=JRJz}sN$x1l46mn0>CYN1D9<$ovB}O8aEK&K1cvE%aR;( zcMlEZ+%wQ7liQ$Nix&YI`C^RIAtu;i1Sjr&$D*b3L4TSpd9P@1$(@H{Hb|i9erZA7 zx=@U~A&3V9N<@L|OG9+P4tsIs;(O}wIeSn3BhXK}Dt%lk^26Z;UU%G(%Vj7!0vzcd zFLGtR>s*;ak8F^^T+}o(0xMBQ$}NDXu(s~3q>X_ zJS&{!9e=B+RTfu_RkdduJ|^+8{;C*^Hm1KEIj2?IVuZx-kYMre7pwn>V%L>9JjU7 zu|aCzv(eipF)La1O)~;+{VNzGMQ#UHdjf6!0jU?R9}VRTzIwrBXmpJ>YX<2K4#FxI zKqPoUo`}|+CKD=C$sDtrERX~Sblv7CFaKm4`fXlqps`aM5C@x{<|)>H&!w)L4aQk4 zr4%`j41L=EaJCTMN?pM!JlwI5v<-njCrx&Na3sf9MxVF9 z%Rze2&nQw+cmu=VP9ZQ3X(Ztz=L?C{hpq($%I_|oT(~YpSVmoT1TaY$MB+OH?vQMEehZi?__ha={u$w9 zmk^zIVlJ$;_@)R&K1vyrmOr>5F%kxD=ol9C+#h9=$DXp(ymM~f_XZE%LQ|&i8wk== z3?5vjDWd>o@r@9K`dLUPMgB^=}WRK?3@At#mCLZ0$?s|RziZ{<85JGbVACL zx?ZOwsprN)7HNI`s;*ySvaC|evb4{0C)ccR+JI!#tU?;{Ny;m2gW?4C|6&9LnVX~w zk%O~xqc!;Ih#OEEz^Y&sko)=u5`inYRFLO=t4Li<#=RQ=76)x}jNKWHR6aY4^I|YC zMMp0`1mb!tq+kWFF4NMx&4(QAdyx%Ev1Zkm`F~#^$idWx6JFRAO#lbBhrzG}YDx#nlyx@K`dUgRA7-W41<$XeXvw z%RA5tK&==KxHq5l95ztOo;`zd@NTV7xYZ*af9}1u01}@1_5EU8!62_XViVSW+^u&l zPH!}YL_V}SV*i6WpDI5-M_zf?DQ+3ymfG8mvjqt9{uY-C$dXFvNs7J*A@Hn`kcHo& zmSh((Di+SdM9pkAbW*qY*7oc7PD;F*=rE+~8{j6>WjxIDnBc*oxZ;7BbRD`F*vE-@ z7|cV-WJyKgh7%)o+hnyR4km01AlC2L4IUc(95;Yn!iFcW(jOnkl{oq2ls8s^UiT}N zJlobIGH5*KVoKR`Ov;5^{dD}!fK3qA5MFb4{x@Vks%6|o(DG!9nbRjNxUT)nW@}u* zq@4?7$OQ^Y{BV5L#SUmOI90Q50uYKZ81!^*f;Xp+Sk0k$=B#*p6?lLpHnD)xIhfVY zUD0rU?Efxl16$^b3n!je{_P8`q3C6y!v~D5W}`=F`ciI`=kTarT@(N(@-`1T>h4D+ zbRQ&eh2yrgeU(JEP;6q@*raXXuKBD~k3FYBaW-J~5rKoIVa00|Ah(MQIxcAf`y9ZD zy!Ey;8ryWNj;-Hqs(qmXh%f8%F?&yx=UB>`VLZ?!;9LK_H2tJ37jQ6an*XCKB**>b z*nT?6xhj9>VUv%RSXTF8UDiyE(@o_jq#P9(cPD#ZcIqR!YGHBqE}SHuQkeJh?;~t> zVd&h=pP7!jm^6;(hCHNQ;f+j=OGxrPChpVQXKQrTLD;eL!4AjT~5iI~!e$MK(v?U9paWBcBgH z|95LmhNZ!P88sy}_E$5>-OYES$q%l-X33egMn)#1ksZ^0EhxJeQ^rZbTv5=eP^0Ls zNZcdlSSfH)JM{lY^yw|%~k|v|9GN9IUaJbXyOiYECa0Z|Z zxVe$O9bW*C)dKWu9luw7p4-Zd^xZew8JWb<)B59aeF?u5%gVyD2mq=EU)`s<@5`um zNc235|4XSripk+dl{a+SKnjw*_++Jb6r}cGURj!x-%ge=r%;5D<)9cz82x!qy7+u) zbjlQRv9KpKx@u%tb*D|EBmajF0Z6nP;m|e|);9GKOiOJ01Rfe%L?}a>oiP=mDe!lAHw+*fZ|do z!y%AAv*>=-?9?9R$?fIjqvs`AaxB0Po&9H8VfnQ4jg?y!6#9KW zbht_kooX-@+@9H#L2MZyO3-fG?%N8%-6Z>P)VhO?$b_Rrm=i0HnMp|kKo_bwjc_UX zQ~DKVD-`CEnTJD{$96~NL8+_JYx*gjaKc}B2R(CxKD}_hMNLndbx`gMR&!n&Y(_QU z2ZCK=+=FmhWc%>a5lf#z_%?7X1N(=}WafpKi~b6Gy9YPkwP4#>d}jaT8_T`#@1^L` zZ;B?~I-$X_SAS-Jk#*H!l0^PkVyU0>5;dG?H_12RC|OL1le?^ zo-Kg_eRSc6n`2B2#S;eJH`lLXkC|MQwZ^KR=z`-5u7S+(jkxcf2+~4?w4^2g+7{Vp zKRVNP8cskGDUQ~8gd*0}+Qrir2q%y(qKabA0eAROHnI?&|Dl4QiMsU;Qt1~!WdV|b zRn90bcSCFTpwjI2Nfb6%xbG+C)O?VWO-6ep(GczaFur8naK<)OiCDu4T64F+8Kk4T zL3f&@I-%f`mCWW0ntDMmP1anTP6f&0aW>R_Rp;cy`!@>BrEjQMM7>fLp;Yr8V#xu! z!rycIlna&8?!V5s{_&uTSWWgm2V)WX9z85B^-Y065*Qdh5817wx31fgdn0u5DQapN z_qu*#&tThmu6^QI)+dg8yy?^aB$5Nv?@`B9Fnn>x#R#fB#Vb2M!|_d4>5>4VIs8M zC~e}FJ~N(h`9rlPrxAF?!JhA)990jL9tSus2;u8Z73-HPBb0L~CW~b4xxg02i>b5U zI+BDcr9Jf`&#%=a77NKMcLDQ&SZjT-#bW11I8LI4FI(Y)LXGemGZ**RWWaJUmC#PC zUbnHY4TVks!s(EpxYn1#nOYFOztlBgIrS|R5TS|onkN~jw0<=lNfm_8lepx^pM{|L zGUluKnUJ~BlXC9b8Mz}Ri?b~;WExJIIggKT7%iJpn5?zLx& zQakj50uyI6N-6;PP1=oyf>US?z7lp$5v=cg!zav?WTHkQQZW}y1w5+*Sc+^3o|o~z zZRw(duSI}`%QHo)C7BAqDF=z1cCBa|*Vr zSplvs-=z1~Q!{$}QOUAZ-|KL<(It|zU{5wx69qt= zqEd8`R^k-jtAH{xDy|o)h}(BC@5BNi6O=-vlo)6NR)7ap6moEa-CNyB6>TFEz#5)e zxvWDPc-$D}L+=1qm$C?d-O~FbnK1MDRD(ZQRf;hy-BEap(wu-L0tFw*0R|TSPPYr$ zfaF6|Yb0vXz7HpZ>>5vGgJekf;!@tlZ<@w{SDHri>?OJ~&Q1pUq~D;~%DRpv%DWdo zS@5j&qt+5E*xUxc}uolW;l zH$$^>s_e7Q>f4r-jIz;-B%v=@IT#_Cmue{3E89jY|MEutP|nLduZ_hfswr}kT6%Ux zjQg;*PD*h**YrWA*EqTNaSY7ForLtrBoc|ZMc_X9o6-}H?zfw}4Onz{YQ1~sj|?oQ z>&OTbXhY*8yiIJy?B+^$Y71E~_OmojZ#;;{Hgk4mF2?y8@#v8>12z`>AuFfF&>3UWqMokrhRe5$Tqdw_=rU~z7dy(1ZCQLmPA)^(lA`y z7p1*oo0>v3ANy{K%JM?C@vi{!#CC6eq#HXNoJu!Y$jMb7D5$OLMJ-t!4N{)`Fj|Gv z)-p0CP#3pbXVyi21&pBW(Xl8ffQ+B*aHB(6_;cQS{S6 z1>Uy=Sti=)hSwTpI*kf|MNCdPj|YlN4d??(UYsYpZhtlA4tQN>R8CF)Qx$EPsADQ_ zU|lh2h!VWT#~2)LoI?O7TC>h(@|Rn=LsX7i3W~FoQ?1p+lTJUjr+lNTc!*3#E-Eht zrN%U~p*lS^aU52TgEF9dh-Sco(j+-^luYHNm*UvCgwM4Of{yg z8)FwN3yC7zL>7*+LNBb1E+!XTaP9}$>wR`sLq84xT2uj!jWathCJB}9a4?9>nJWoA z4~b{4_)>zhjMpWT=S_y_a7U>l_c2dvJt=f9$RIn&({n2;l%TM4ZI_S@K)F<3ew`$B zbtBCRLZNli$wv0R&!`N&Q;DpQdXi{`etBdj?>#^c*Fcj@kb z-phwS0$6?kV$viNlfwsw-cm6Af&8I&{ksOEGu3TsZiGp>vW&Mxu@ zu*Davj}JyGUT*6!fA}T=Rh!l@fTo`^7pWM`J*O2wN74HAx1I%WFbY$gF>ORHRvo^D z=Y3Pt!(yQbyD7Ria$M?={MU_uUL>5+O)Yci!{~>psV+odXY(4<7MHI}U|RNi<^$+$ zpH8>ZWM!_5A9bdfz*hvlCo>O@V|m>`?;3prl`7fDD<3UTs<&p)B7Vo2Js>nD*6{z5 zFmXqk6XOP>RwN-5S83A(79O`@ttd-e&clKjS-p?kzwQP$p@s*bClu)1j|6isD?}Pu z708M$9CskTskzamQ=t>U)lp415y7crj=y4NKqW$I9SYcu?c|g8ObkhJt-UGyZOVsm zgPn~jyi>xILx9s!xC+yE&~-+C2U2P>(7GFG4|PjaJj94L7)| z-T1g}vv_$bgyxR<3=S;vEoMNlh${jSxlu8A6eKWK4uVC}WLU+UdWT)+)P*!iV&LMW z_VA`RCxc@8E6ds^<2ON_LXq`l+|{EQ5(qcR9B17H=@-f*!N8dMFyA7HY>rO zntfU=L}lbadKy@LF28{bDF#qpm|#eH1ZK5M)2jTbSdD^l`dznO$MXlOEz4%?d>F?J z)oSoM1TNvk57m{v>cKx7LtZt%=p8X5jmJ8G8d)D7H!z4$uZ7n$=*b3QH^!unXvy+h zUjbY=6DYxOUecp`8ol{bBOcC2u!{i@f@O0t^lpaM#$_ zhU@_D-7B+XGnk87zwZBCj`Zd>AYMKgsAroHpyp3~2n90rkwniGCgARvr2Pn9G93S2*cr?Rg+w1^Zu&E@4W>6lV@2Dw zT%%FGb4dl2dZ9Gd$!W9+9w$V6$*b_X3JJW8M2I9O(jpmzYo@jA1xoiPFzeSJexw;1 zaK&zl_haH)Rt()C-Y8ePcWWQ3J;<0wxqdRWiEn8us7^a-qzXJVc7ta6xyK@D}8l#CF=LVh#VeQt3l4ED5e~;N^`~6?g*)}&2FLF4!t=%o-63P2t54va_BXl` zy?+9KMv0%NV7?!UMX^~?emwjNvhh(@g~b#W*?u99Avaa!T=NOJnY&seIp0BSc*=P_ zylkASdTLIcXIQd3rjc8bd9=ddM@gUO*82m4m-N|R*XAYjQn9Or4=|XL9+C$>d%T#M zMu0UOq`y^N3CNg}evKrmDnU}HQGA0Pd0RP97udr`nL^$%;3!VYD7n0hQ=XFtx}?^>Z7b-D6E-oKuR-c}g7*6L zoOui*1Yp)Ig=Il{sG^zVawjI6E1y7{=y;D%jTj@wOlVsC+s5FNjYT+XCwJP7O5Awm zJy=7^TIRytLnq(Xg42`qM`vl)gx~$_OB35|B+nFDpXq}we_huX7$J!u!NT;c%AKEj zMsK`tmr3$btJn)i^0-OB(m-ZEi5kUbOr9~L$~gT^N^f%7?ggg7S7sVUi912iI1+Fo z?j#@O8T8dgqJ6Z=pIN6LDico@6S_hH#p7b!s=B|gPT?dVm|)3SSf&B1@aO5VsL!c#0kL3Lk7hq`FdUA z2`VhHjoFi4GtT+Kn_JMGZ>ETqa24*=j|_{bogm=dC4lF46EBn5E#=N<6u^V57bbIg zFc@)ZIrM2z1jaCABlM)mwQ=|NbE;iOGlP3>gB4=z#9l`N{h<$W z4{)yeSuKuC-WzL7x?fu&kTZSJNlKMQzpesik9KNt0%YSd^ddMm#7PpR;^Dps0@*JC zNf9B$*{4x4Fe-inOJxlV%weUuvqHuSR+K~m1iMN+c!}RN3?zs&$%%DGkbt>eGHV}< zBbAmXyoe6-Hc}7NYUn?j_MssuDu0M3S=>(@SjTpBWbjcj{Gp*kaHD*R${cqfk58j5 zCe@_K@*}>WwQ#B^KT6Oa$G+-MlMgYAIgZ>cZ$fjwtiv}=j~xKoYOq&UwNQ}jnvr5b zKSENnme8KD>7Y7!iGbGYC%b8ki5x}Xl8#5GP2fQ*!#?hOKaL8QgCtnoY>kqCe{(GOMp9pl2Y^FAOvzc_n5b)ZN@41t zOZfDWAmhu`8x2dl6#8s!ncnWlxt;oG3GOx zEV({qfQz7RsR-D-pnf(M$r!^8zcOua>+ND}3J50_t{1}N;*H=SFj(QCB}{#@mXdyo zHZn_<)uD_j4MxR<$Qo5k+;k>T(KB+?KAsO+5hT%Gffw7?%J?hR%SG5}Y1{=aG;pNV zkyX9nQE|MnarvFIg4}mPr7Su7_DL38&LQu^qV<^>vNw{msGBr9Q-`Rf*-5NXJ+&V% zB3+mvfo^bNg!rp%0dVrUlb|tg$HTOD>H%m!(kqC?XgIe;zspoTY8#Nqa$Pr4iviV6 z)?B0tULDx108BeSCnPeWp$u31vOczu&MEO0_`{`uC`2J{KMpmeq9%|ILn6&`x4?Yj%)WC#yYz7lCfKIR-dA9!O%hcO3F5$=LmnDsPz&S2qwjdV_7r!dohe05=V10 z)$z=#cdZ8|A#4MGKMHct>9L`Th?(Mc+L1)D(A>C+mh$Y zCwZJb*LzXxfm5kx=6@^;X(hE!nDkm$Gmh@SWmAW;Iv(3Y9xl_GZytx`75L&)#X`Dt z_J=6FM3;`kp`b)R0%}BFsmOPlCj!NpBuFF7W#t(76E=4XxP>N{&}KO;anV zVWLI{?NN;TlzKT$470Hl>u$6LWQY}>O0LaHpy@YiJw~V(g6Gz4oNz^m5&X;IS|dba zWM`rp3(Ml!bIv=H(VFN*5TsYo9f6+=Vcd?i+AZLnfrNOuO-lhU7eTzk^rt63AA{hX zug!FhG=5qQ0nfjw7sstZ+$Ps)FYu)}g*mZ^Y|(bSefjDIe>>KrANjac{u#2)mC_NL zbfoH$Vm408WW)PAc9|xO|In)r2W3M#lTH7KUvpZ9#c222%3u1q)h-f{iB$ z!M4MTi(8Y?src=Y74n+jT93D>)xQDAOvPR0-t!8xdE6kkD;oFkZypcQW5-yoKGpLk z*LI*tg$nfsgE?l-rG~=RAme?p8 z=a0uz;7*W?KL7-~0Zy(j229pUnS=1l(Sl>byFWCl5H0fn;RF1``T{;pkY!V0wlcU7 z)~vzr5>yWsbQBXUJHpo_g7ti4!o);W<9l;8-M_<-34!8d7!Q8khb-;ZgF>s3+= zd?w4a`;kTKOZ*@>@JFr=pem9lC@B;5K9(s?e#U+8FQ)*wxDN@^(RC!`-_Vuj*VPgBS4AwjVWA>%0b= zif8IR@cOA00H(HL2D;f^87R1v9uh7Vp2sFVYL333$WWFY-C2fJ5zb0kqt7ZRC6e-) z;8rJDVYk@v5glic6Q{?k#x7D!%Tln#CP`;XQAZMrm18G;cYqg0{Oz!yl;0dwnQvF~DdOChT;4Jbg- z+-Q9kXtRD`(+RS3OOS>ZuOA61Fiu$WZ>PtlWWrk_L#ci5;NH)Dl z$je!vmd5WVnGt=0=Z$NV1GxXxmz<6rmNYw5oGQ3$A;LYxGq_0TyYtt!EZ}gtS65b% z+97=jf*uq{HDU1>J3fn)4qASS#7Dq02V_=$W>0vYruh@i)^XY9{Ne|)h-8}LH6Fc5 z?i=0*a`4%-Ie`y5A*D(!M*!g=sw9!*SqFtf9=V?aD84j}GTA7BF#2pW+BO=SjtREVeY&kAI#A-HayO9t#@DN1l`6iwB2M3B^tJ)1m1=Rso>9v zJknyww|KSG*8&3Ki49vHkmlEork;aAc*;=*Ier%S8pb{qBM++H_G&{aK~FsipLKgZ zRyZWsAu60v$$_x=MI%)aNH;5GqGRy;O7|fi+RnsxX&pXBE!vUSvt5NxHeP=NrgXlU zy>uqd`J=yGVP~H5%|{?@D*NIO2>@Rb$+BYn7{go5DFvWJV?iV>6EqlQ0@}7{T*PWf zb=`^UbIJBQTF&dON2(+&pkntbmG~W+LmHQ`GE!Bu5nIg5;+usinnn9t0D$2XZ8=6o zi53KI5m_3Nzf%NE9*vfdav;`x?Mud47-~<@f;1D13R=A&I9RrDS~3Sk5dV?-rWVfQ zRk?B%FA1&JPZAf$l}!lJ$t${s9x1kJ7gsATZqvGGRzxjV;kb$+acsXz+E5C=qQsa% zDB5n(-wbdWui1%seFq>BpHM0`H>aRCLDGE*>*>NzYY&2*zeJM^9q)ZgT#hdPhR;C2 z;DOF8h&;5}yFJ6<%r#jNT}nA-a})&{Xh=dSLkV+GkBY6}KTb7{bjA3)bwTn_#B$!s z9n?}TlXlI0iwb7>OxAV}Zr4y`1 zmXaRe*T2g=+)dZU8jZV$i0!cRB)sWJJ-A{99ZSG+E~m~R#pc~%l_!-a-d{ye;wR^1 ze&GLt3&}+XgN7FTDuwegQ0*t2&#|8(9Ihbq$nDvTTjtUwkN29=(0d*RT~Jl&mg!~y zAh@ZAOyCQ)XIqU`gBGdXIYZ}@-EoT*w1Gnzihf48m7^xJ11ZAj3^G$SEgRcW{OiJZoqc zN?i5z#(LlfNR|L6>q$BILH=`Woh{RN9}S#@`Hq^a5*@5Mv;h;^u?KaR39}4l0b4pX zMKel{z1@4UqG?VPl*qBFvsNRQwm^$K4G(FjY3!#XIzQK35d1nwz`BNGW-l3tGnzr<{#+eO#3jf&szR#xP{g=yas&9I8BX1ibq+#Yu~WBEh`a4bYfo;q4E zftzqNnW*Fy12$mf9(@WadGo1+1tCkQtHOQ;-L{0`Kf4xB;~@7rqJagMa~DjDF<#tE zYDitEbxVwc;$BU8@tb>pr9B6kh)Eu{5TkPx)jF`JcH6%tq)eSp+C6~n<9<^LBB)me zrZ*7c{QZaiQ5iJxqKoF!hZ_R~7M|PpH@OWgrM6sHy-B9=H^|rvC8rqrvcfaMIaiQeNq(j-B)A znzUwWFy-9{?jio}>6L|ey;N=)5vZ#+J>p>$OjD&?0@bv% z)H3Qm`kI-PPx(AuUW}GVGBFLm6~&2Ez2JK?I-3O&a?ag-!F`?mt%6;;h)?__VNvos zh-dSW*-$l1I`lHSvq<3DwONUx?R`29oj}V-^Z_A__f`?7^xLm3TQ>mp3T&lx2s5_MD$55jx@*U;s?*nan z6l?V>qMw<3{`Aqv1r$*r%_^6iL_#D=%*55DR*EYDqaI zcQzlsg7sjd;mu;0F-nHk1Bz^?fXXH$ajWLxd#7T-XlzOsDM3IL(*5H!=@1zub3>Ch zt9n%^vMJ@oA;X{IMXBd|87j9wE&8RUkATNtZL$jvzHfwCp6spaRq_N)*3hqI+wV!k zy_9BQTQEiKd|Tui)AxK~VWs;nt&E>HjyPUSR~IA;4!Q7gdd%Md*ucajPTD>r*5ol4 zM$c<{uy{zYGO$D{C`#QEX!9T5R$pS=tBewA?MYoEXo(tB9KLIL)FYriYK7(eqZQ9v zC4s&h1=iwANN#@s!DrA#{VEE21LB;l`~$YaZGYqu_3HIOg8;SaFZhTJq9n?uyD+x#+qs?U)r#W9c0McHHx1Ego-%LhC%&vHw1<)=Ke{pFy@lE322c z)x<3$fXNhoA=mJ+>`Z6TUt6%8o26q8HNMi)x%^ehpqeGx?=1n-Dv4b%B9lYKBfi`d zv18tvMP|60ty^VOrz3pJ8AmS*WJTx`l=urf;x0FaC$;UC1BO=cO8)jo3Pi79D#2H| z=26#2b)b0};y8wZ6hBhewz7lR$@+IEC={3GQS(`D>~X0-9%1gxjgtGMFQs>lD$tzF zo3PD2eGfFJ8ko5sO>>^O){d=LlNl}Xml9&FFAzY&MUQrBHRbaQZ<}T5VEBdzQpkLH zLwL23bd6TTr+1hOU>|_y>=M@pQ^MD7_}Nl)jBbO7j6u8cJ;Rf_?mu zPcN2Db8~9I;b`Hr<;1yY*IK}lTo?T~`687vg!y~T0^Eeqas#>^a6(GN4=?|6D%Osq zZPNIkcwk=+=uAk0yJJ2KCkR$cn)=bl5#iw3B#rVHKIg&toS@&^5deEyz}NLuoe1dn zm)p!b*)YsdhsX>*4wseM&BzF7w<-XR5h5Xy%Mhi$D8)4m%tQXNKHFz=z4gO0BU7EXLx>QD`6%*9#V)KQ&b9m`huQe2X zXf5^FOuyo;@qOAqfl$`I)NNb48Hg)pdrC$Jv9)Vw10l+g#EXo2urtaYjQ|ZQVIF9} zlvo6_#Uh@E$b;=z353E@nK0S8WZo0__i?rPV40+BI2u~W13o}hf@=Xyh#vs6vSpPJ>vaJ+PO zIrx{fhDOxf{Cws8G={V03>UXmD3~t=Y!*RntB`jaMB>-0dFmPRTwjuiDa+pKk{b$* z=u+N|l<5zminy!+ZJpS2JWcBPMwTbvTtJ^6w^jf=>eeiOA7ZuE9p8(zCKT$Y>2YSR z<8zJi8G#hnhb5=-m}0Yb4`Q49z2n393lpj@4ifh&-3lU_1Mex}-{EnA9w3nNr zKi~k{)Ck#IO+L?$4Cv=&6N;p9R)PL!m6zF`ctq9VZu#z`j?(4;A|u@5%={>) z|3%b%9EIRTN=@K>yd*p8Xdidl!}`~sY#Pfc>*X@OMs#Y&)xwNH9;Gqot&wHi3Tn{8 zG?OJn9ft2@^plpq3PP);B{Ua6$nY=kLf?z47#1nL8%?9Zs6^tZ_xJn%)aMuoj{`VbuVY64{W~J2DW+YpC$!3c$8A4N1ij1$p3@pT~R}$f0+P z)}dPmcZ8Bz9PaQnNsu~Y4Wg7?XsZU?V~9qz&|D*Y(lZ6ll@4a*&-FP4b_dKe`v*3Nkn!aE#f3w`}& zz#d0%roMlA6~EU34f=9dTBz-gv08{rTLEiR26;*a+8nZqzlN{s2n9|4;p1(~UBW5f z3-K|x+DtBB#6m6qH?(G|syh(+Wha|ap~VBb$Pc=(t%CUnv~vlfd5Gr5&ZY?%&4n-b zrXpX%ZD`~gCeX~d8WH%IO2)h5cJ=~CBcZgILv-8nt&vhrV|DKc&M_mI8zyB43=fil7p}nfOq|#GB#e&@G%RQm zzA}GuGCfer(Q$e;NF4IPvsi*vf__xL9}IBT<&Ng;MTkO%^p4pwh&#XwxkjuMseNg` zeN~ebjM$H9?;bswAxqQBn6)$tY5)X?*X*~`oY5wDe?g4y82w#@r$bqdQFT1*Iq+2w zxQ+Wx2!imm`3Pvd;-=9ohw80D5Y*kX?6xov1~Y?NrL3KM5`nyW`4p=wZdp1rFK zsqp*=c)LIJIc-`tWfUdZc)86XA4siKYTjzoq<-D{z{XQ>I~4xsGlD5^*Bzb-slLk_ z`()y5F?#ODF)7mE^T><;!G)F@b=D2=Th<`5K|vd|&6ha9kKIFjPNiZQ56_f??O$+v zftcHys(dqEY}?PJ9Wm`>h^3vZV9a}jU&rWS#prkqn@IB>+{v?imRlca+6pUkP)F2? zAup%NnMx0n!4_1p1Zy^`0u6zDp%`4}*1g(AlhBZbAh~L(vH+dpM~$h|is)M|(pGO| zBc!5Nfb#hIg6JM2n^PevoNvo0nk*eQj8Cc@S}IAsxIIBMsy zMx@R$?k54ERzJ4;{0^rO$`2 zd0J@Cw;&Iiayn}6i(#!&Tby|a(?;*RiiP## z-Qqdw-YZjUgN_MK*=dr+uw_n(yNB6so2(@GbyYnC5>Uk+T7hj;Jn0fNiCO45HO)eC z9|Y~J#2YGs0+;wXzZ)@e_2ef*^(y zF!shu30ay;2!IbSCCG#IHqx66Bx>_t-yPFBRsX?7lR>P~fY?%mbm}-!_3nph6}u5u zxcp$fHdAf{{sb3LllG6hPYHg4+CySY*x+bp>#jESilv|aJ3%_6{CEtH(5a0{U{NJE z{}QJ#$~uqkUL{i2%O5;Utg-YuUSFtF0)0qb+wsGfS@P8VlD;6#?g+QdIfQ}ia|15_ zTrh;-x8ZyeD@=V%-r;m{ii|3f;s^EN@Xtw){zIs^O^{pdL%IUk%<)$awlANR(>lvB z4S44|PHDkxt=+Z!J>*Qm!}+O@h-baXQ?(R_vLi$rpnO93$kpe~RN$%_*jR??F>{&X z2eLADD!{PeJ)r^rwn~aSq=*_3ZmYR6T)b6wbhFxzATLyz2OL&os`*A!yOzRr^NU{n zq3ptwKfG{ap(`JN`;Lj&bH9%{n_KWwXHEmP4QeJLVULHZk+XiShFoJ15W%Y0X;WCw zlZG}~5?UHc3u>YN{2pw1cb&B_nCwm`!HT4r5a`0mz7pghLUh0j2LKNOdVrb{sTXMm%D=Q6A#6Rwz|{(7Woz@6NJl+`bRUx?d~eLOL) zM-=t(V-+Njjx8>igAwjtP>jjxX`wu&t4)SRb8b3+evK)s$yQPa#M6&P+Oj1CTwI{R z%L?Y!?T7#eyt*dOmN+a==$3#e5QsmPFq^E72r;iivrIKGt z)(aWh(1EM()pRE#uomQ77ryqtK)hNl!1X9T#}vVP=`_UZvKTvnq}fyt$}ea4fPPp8!ja%R@G;&b@+eFFd)+^Uj+ku(y= zV$Jyra8EU5L|b%NmH>tQx`lifXk$K`i{1Es=??UD;>>yq*nJf+bW^Hrp!5KRiKHZ4 zgEBh-1fcFdl*sY)^qz@6`X-=JDmJlbP4cN!phc00#nJ{e1y4PPYj|~e>V}mN!z{<1 z#U1;JYA&8?t=Oxp6HwybWC=@)|2dW>gDi#0_&IKA92h4?z1l^26L9?_a`p{{34^9O zo5bZG-E50)5&c6W=#t1aoH$MiOL^0Lu3n#wp5u$PC1iV+h8>7{&WLUq2AdF)WLa() z6?@gwccs&RxSwbyg*2?zh=V)M-VBwY)Uoo;i2QhH*e&3UX@#EqgiKy!^?BHyT=skb zM}wdvCgAE%5_NswWr^Q;!&=W;fE{RHyBW3QPgg&DXQ?1-0?vpGf+bmL*WFospF<0{`OcL&MPD zm5&Bqhu7>p?A7t|p%9P*-os6Wz3-9R9jd~K27&7+@RGpJwgQNV!Q<#V#%YyRepDdr z8qxDBeO74hY(my@cVzIpDk9TKZn&6ngay$nQTD`3(;j^1qeS$ON?;YSntsUf61kGv zfg{vs(DjJ!0QY9ROi!q}TZWXL=@H}~=zSMR-chUvW;u$mf{eKYpnkO$#!0B0iYQKL zvBknk?)`X8=|V^1XP2C-rIfu%?&K?Cq_?^AasR`hHH=YdYYGy0ok#G?smdm1s^b8U zunHln1vIVyGz}h|$uqFL7(B0W{Kk9ZSy9PRwJ>UxXgC__7O{m%ip^_0OEj7cZq)^{ zKghg?cwEy4HA=~bGMAB$(yByRyQXZB+cg>}{$?%?c0vh^-g|dY*etaefjB&G_GQ3e zDqGB2^%{A`1AN2y@pPi&QhyZ5hUS)CKY9D3CJMif$|4;D5Ob9v%!U-WY8(5HFWoF* z9%VB53>CkDwEfWZp1OR|WN*ohOGW+F>8r`OmtE+2TOOH8vBc|~BaUs$M=@(+wqR?6 z0gIms$=&fjRZtk-tjLlKkR#QcC=mnxM z0$+I8Q=e#dpEuc?#FdUE;9KFtc-nj}*0k(>kVezlGsZzRq$uJ8xIVygaTMqISTR%S z^DJHMcxll0U%L?1NMHC}!v>eAXU}0DuU$xxJvtJ&_r|&3%PU*T$?kEr5!@P zTMlW3>TM`UmXt8rUT=1rK*R{wQUc)C{1i*NO_ofm*-`!<7m+V(Ce{)}N`9U_aQh)) zGI~+aaK~yG+Y`FgU0pi{MT(7B8KB94Z}; z2V>+BQg0lbgkF*w**lDcrumR_jQ}dfbj*8@k*9!^XhyhG-$|ztKF2gUhB>3mjHK0t zVyKftaD8HX0{HS#!cvO#04@2j*5NBoTzvuv-1ggjh71{4O>7)!A=X80poVw~ce};J zcnLOq9boq-d#YPQu(dMqB|xLp9>Q+%XMpk1J*%}il|19RIDCZNMT5?=A-5wm|IQ~o zZiBUD1MR0bo8{OxPNo{xGR*tI>Wf^q?w-ZHfX$915a5w%vijd7oj##65+8am%Yq8} z^|MD+=p@UE-3ZIC=eB_X-mke4r)**Qa$5pTpuBa`$Bk0UUB$x9@$B4VZaLVkx>ob) z9eiuHX+laz9lAk3uxG7#8lnt+>P;dh)8QvAuo}KlSQE{sE8Mr5G^uIzOGloh%L)ig7#-+-7T7TUxM#<}`T94x;CEO@J-rSNyX)ql4@LkyMv1j=|6m9SWSYAB zOFj-jMo6U}|6qByNK8AwdL8_V3T6=r(-q^YHs5A7lHjaGSyg&9S4HGbT!{DWE)AiH z(iwJ|xGfVWVD=*p8DeRYJf6)|oDQBLk?_S~c@7Ji>yl~-aao*h5617FNXbi=iKN}| zOVcR9f@;Mf(n>B)*KGn40Ip?LnINlgldL7E5k+JkVjI9{i~NGAOX33lUXW)jmc3EJ z#CX|#P0mY8FbHo4+P%UPOgv^0Pm;27E;7M<1{UA|#n{^ZUn0Z*ICK{xGrW)WX;Gh& zA-HhJPrk!+E35&-4YQI6y>0eSNs!Bk+4V4-Qkt4QsbF+9tf@%P!E%sv1K553a=ZPs zSLJE{4RYAnp^(*B7eb&e#4pqd|4Z9RcLcf%N7sg54~mS(rx=9POKIAz4p*8M`5-)O&pzd~ z>xO9;!b$$?RHL%fO+Z%7X8aZy*81kFq0EYWKHKpC z9^B}~6%PjQifalkOeeNHpK5Qi&Bq7-p+qPLm1?n-MV*5JxshpO&Dj9Kp|So8r@VK% zV$IOMqe;t}YDzI|q+r@Rn9LUyzJb7xsX2|@2z1?8hZgasi-qci)$%f<=y=}T*43c) zQ^3yNfOTt>whAnys9O<78kVl`d^8~qjCG@W7jm}Nr=uV!c?qUg^(ivMhNy+7&mg(4 z!1O@r`b+gmYtemM@&@O!cN?cZ$bCRulm5HgU(|Tf{c`~15rX-XlBfs*Fv8j!kmG7;HXa)O9~1` z&M=oIX7Su3oc2wd4OSqE*`nBa_(YdaLnD$XsLTT)0X+l%5xOCs>B)vYl8aF;M1Fno zjSRz*tp&-+Fo+lRWH{=*cbS!z&$U?~M(=Do<$Wo`7gt5zRhfHYNFR!$twPR8t3ugz z{Il~#9z3I{m6Q}pzZxqgc3o&VLD01jS+NwlUc@lHWZs-OepB4#-Y2dzi&q^{I1s?9 z*HtcOtC8Dfvrb_$NYzfeO;#ke$jh%Lj&CX4u1B04$_XGyT5OgESYmgkqfG|VBc7^5 z5<}8GYxcN{8y`qr5XNXn3}uFf;@FUPkmitjxNLm#D_zlEL~H)$UISJon_Tsq11Z8jT9(|B0$pvcqtOK|s*(I4-i_v`X%lK-+;`}YUDf2t8c0&! z=N8Slip(a4H7Fz9_h$uVfaZAznqe&UY4tEw)jc&ufq(30Q1)(P3xrVV=+~ou4UdA0 zDWquWpjG_i!ep1O!~mSy(o_&MKxXPkuls$Iv1t;CZcrtpwTR3zSfn#@Mn@aAK9bc3 z_?x<>OwbzTCP@dkBSXg*D8*T^Y^Tss9vtQb*F|n|bI_TQAT732Mwsh-R`S0+^J(I*V?zPv6E365UXjtC>jcCXKcpX6#O3-?41LZ8?EHlY78HGz$; zC1N&bFpxR!0U!QV5`sa*?{Ef!q^NJe_?o=`CsiXXElZTJe`L{sw$h62TgtbvyvbVh zBXd*wX2Z40hbM?Vxmv*p^Ey9U+`6)du;-LOL)OU8Ev$9TmpdAcUmCfZh5UoE5nghS zz}r*=;??C{wAz}eKn^re?Un4~%zT9-! z#z#gf((sLz9`Vi|!R(k>RSPE_y5Dhk3E+vm!X51=Xv#z7dDh??3&J`3qQ=g3Yc}O> zj%pRd1Z9PR-ii~+F7{#E)7LT^Obl6*zoYr?Q762E)9_nDTx0`AxCo}^Q4&TN68{yK z{N1)!X*jzb0GfQYY?IBUbSyZ>kmN*w#3|=YJbzFLQh4jRh#|aVAU5~Td6%WQ zrb?OVN^Hl)*L*TarE|)618S->M3b|r7dRNHwm-^G0k_HCspF1~MN}k+`28u%o<6iD z)Dkc{#S-+y&9ZpK#!>;yE5X-eagFE_zdQ71-6|w$8?Hzh)I5$QV&PLGM1k&CJ_I!7 z17MCt;;dCJW(pBoTiXr*5yCq>@kkvs)T@t4Z}=E)51Q=sr~{$XTRu1hLDv~?9=W2g zxJC`b-XxkofF+(KKd+4JK1kaINHQbbkUyh*>a;Rv%zwQTS+pob>G`lW=_aKljHQaJ z4(7o$w7S(lpq+j0_8Uz_Z)=(~Zkjy2}=J9#gG+BH^4zIw`DpflVO%y7eIW)!i+ z+A*Oi#%8K!z%afuGRbce?3vqKW%SmGzd3fz#INkud?U%WMq4N|q(WY=h^eN9F+-C= zC+SA5saA)Qm|zh^sN2Q|%Z^;PzU7=0hx9V-GRk}l5cx|8{tsbH(#u5Utv$sL0CX|M zvMBM1R^PZyWYRz|8lf(makx#h8a3mX+*p`=huRjuBo;Twva}p5V-k{x{y84}j_1L< z-Hpfp4l3yk=8_PV^5c;;NOP;RN0pTFd4)uJ$z;ieo`$WR)`J2>CVV3Iua?CH<$f!x z0g@C1jXJryfxREvFaIQU3J`VSJWrcp9dMEWC(Bee^0vSfp_@bHTV|tb<1Co=^<){`9$#SwXH1pbnQa}7}v%Nk5tl#N?Jj5`@v2omW`Wz;;REagG+Wl z-0C|vd_-bIAhoncL2Avo4HYkVas6|K{Td6`m@(t-AE#I|%*Fst$w1p```> zUauwaA1suA0Tx2${7VQ28@=6Nkvd_!*3=~m|C1!~4STvIUHWv4hiZ>``S#1!ik-Jf z-%doh&<}Y#?3~?$x#}(50o^rJ6|htB(swehfj$}!LjZZDL@?*2T0V4}znFAo(OdwV z8|-4HzI&&D-mL1QW}Ul}=(McmGg;sQV1xX^8BQ=4Ve5@Q#&ZyfjmQJ9x<*&4*Rd#I z)}BbstKlPE85*FUwTLxpMi!L?c$8<|4n^tE=RR9C&Pp!WbzLE$V^qU@>7oB4o=W)=1n`<9>NTeJGhmkZw+&mG%l^X0U zPpw3lyPp`v;V9V^S*R@b*A8XQN1gAwn^^T>Ckl)4ST+^-pHL`pptSK;+$Cv8MY^`8 zN*%6U96m`wls3st!7>c!c-wV8fE>jH;rfX5NM-Y(>$~(4qkRML^2T^G=5f9 zb|m9Vf@a!fjLO3+CeTlCPpQk31;Uh6j_#w>Mdgs-)hKM7;mQ;6_Y|5;FsfatS=e70=CIG*;DGz;N8RBOn}<472L)uA^K5{<~3a z#2&xP1%x#%_~2eIUuSHcz@|OZC=63$gRd>)JiV&gXtu=3yP@Q|xzC73!gh%-52q&c zxownD82cJAa4KLr@>?U8xgfxG1E8Gt2w<@eAK)ENz2W~A|hd&xtj#B+*WEQVF_05 z`QlX=rQxd4nHR}cbJhdWc|B1!mrMq$IraoLh^m}3iI`TYmBR&Y`pCawm&2fuG>O~uIVLdOt&9vQ88x`cX(UsFngfERmrGKuu5`8xhz}hvaL7z_9&fzR#?FjX z3BD?_u1+EBWP%a=#x7W|1E zMjt+}X5azXw<5n=7VicG12S^i%2iRg^s+EYiF67&<>^(T(GxuqFd-2pAn%{D<^TDs zSjl?$BL>6H-nCPezz3zzYEL;ddK0{+bX<4G((BizR$7jN96rSI-cL0NIXHf-aaWLt z&SZ;d8gT_Q!P#7q;64a zU4#yW>Q_O|xb{ju7k>Z0*M(&WxKT&gWgB>$0zCtrWI2?krW#&N;c2JmaO7*iF2bYd z+9C?=fh97Dd3B{Z*z=tD;!T{Ptci5)^PKXAf1MH44W|K@rbFe}<)h0xbE2fOc8-Cg z*A$gF@zLqsfKtAYhMfNX+|$<_7t1g)MvxuljnL1p5eJ+6;p`n_@nvUK!h$K2N7BE;9E-HJZ-MINmqZ)FmBCY`(d_6&416B}Oay z1#Y<_g$NjYO)!%&!l6M_E#V{T2UXV}UzjyN12{*?STp}NTPY2vw}89)^At8A(9Vof z#gd8HqvVUs#`PvXWB@Idb|vYjs=_Y%%)2No87& zym&K4fFu#PeYiRXu1&9UTxxX5iYykbcY~^IS8*ZM>;duBAo`!2LuU?w+`f05o}r(@ zW0FUOk2@$t79Y$Rf#n1R#JGb&xI&Fv-8yf!2!iQ)a!kh-rZZeQk?=7FU_PfON-Tp9 zSn$dU!uY)mn;dc-1#H=y+J$x7LP8DLmiX}(L z`!gK&3 zIoTs~Ylb)|k`@9V0!|N8!izE_#^Fxx+tdPSkBxX&hB9d;lF8eHHbxkYpUr6@(l0cH zpLH}ZD)A^8CB}yf{qwZNz(`#gnbIzLjiT`ozy}B-gznQW~vt11;kV8BW4M9)+Fz1#;pZJ zaf)n1Dz2y%2QKrO9k_P8@vH{uh1qbg{2uo9NsJxG(Mj}v*%FTav>y|ZxQ}C9vg8@i zzyq8FF8-WDt1KsRaxNlSP3IMRMIcp|bkcCLOO6`d z^}M@-&wt|5nI8wy)S8Fj1Lz|ze#s6TBu@wzf?NaKJLX2si3lvlP+*Xq7sSAz2-|NQ&h|*Eg_nZfYZqF*$IDULcCtg7FMa8gpIm z59_`fwVw1QZ_66a#t$48|Ioi$SEYQ0#9rves~oz5!|{% zXE6xHU?PY`g_Ji+VMx+2+?bmpXZnoFKub3eVw$#RCcSh@cy=cd5c7Ruu#^Lc%oC%g zc%8?{AUfca2pt#e{%cfWY=ST*1xW`D$Pz7hoUfc82}eZ)r2_vl@rwCi^eX!N000Ne z007Km0000ZO4zKxK@{}z000000000000000K@}fi000000000000000K@jIe007Km zM0x-K|Nrcr|NrVw|NrZ{000#I000t`000lp0000K00QU3UHdcjz(0{lTN6eGRHcmTFO;Ybx;*l+QVuB*Ip{9z# z!%zZ9I=XhpNXC&2s%5k-rRO{y>wS{5I*MBR9JyhMBpJSc+nw95}- zXwVJ3;B5mK_MOOfY~kaFDz}QI+tA=Pt0`PV@I3nO_-V_Hsp>2p&?=!Z>RezAPrz8R zWOb(H!2ns?4G*+34!sN9#;8d(7OLDl{%xl9Y#c)opUUb!k0>Y0>U@t-2=ylU96bVi z^&nX4o~zc48zCv(M}_Jhs`B)Y^wTx-YVr>ga60L=t(H>uT&99(&qe7bTTDaD#yt$3&7S%<6#B;FNuJZvbk=8@V=#=@imHZnRhThTd6vA6{>q%lWV=- z=AgoJUx3fk!Dp92x+boJ!x)0?n^9Cvx=fSY z-*`FWvm7Bef&xPn=-L4sIeYJ;jGT;L{(iLREf)1?#bzVl|8v%qd%a;;2I z!EL};>(#&|6{R|fb*!71gvQw)89|h(E7ugG%rxm7kXeakP6nl3SmJ%3;8q(=f$nBu zpU)P9H6Bgj!50^+7oqA&07=1=@u2=8dt;67nn?=cFIJk@ROm*oiwd7fOrxXBK{U2r z4ID+!U6QNv>EeS5e0^%+9CSmf8MEvhPH*ie7~|hFX!MHSQrghRM$a^&de#0!VVDAi3i&L=*a9bgh;38)$?I@o>0>XsYR;!GvfZ zBN+A{JBgM?yBWz5Ei4qcF6jWNHq5tPg)yJoC-=EDDXpFt80s~Phwj`p{gaKzTDtf; zX-+Q58wxO_(reo;> z5Ot0wwHQ_w@I(3G83v zru?8%eYddyC50Xyv@TO`Lvu=GMmR#9`!FoX?GBp9IseUE{HS$I-V^>ntb?Py~p}iU2 zh&>kRsNu@m0WjoQ-{^}yOw4ykRM!afQBnGg2!MFXVk6 z7IjMHO(kd|yo(VSUy%@OoogK?D)}n%k0OrS^qB^msWvadsjH9p*A~uxH)W=bu7)kb zsd*-(uf?r2ByvPg)3F3xId9g>lQ$$K<#0*ju%p`lYtrmrvf~vBgC5EmE_Ej?GFLD1 zSZE(IlaNwz2g?1(si3gS#~8Sq36Yvk_qifYm}M<4sv69lx6ppFh~T$7QdXHhWKQ-hI-J6wrDa!^IC1D3pOlmycbX4J3g%q>NOLu8a)f%k z)+~}#+hyd+Dz1zsm-V$PKQm}grHk4jth=MwQu8U_*+4?n`Ef;xf|9n?Y{mK?7JExq zgXZ>EZIWVpV(j2_U=*PCSeD4kIuc+8MJ(|8&E)W$*ipqF4C_pilOUg~G$Evr$(=&d zQHM0a*l5VVK`V>ta^)?`UUBp+IbiOWw14N@R=ycl_6r<4A^S-xb_tePr~|C>m$Kp~|zrl=KKEhmQKue4xo`NnEE^b~wqBy6ne} z^9E%cYMlUmJH?+GHiGymS(~f=nW6bvp>$~~p&=R4 z*|XU6X3^tis3iF)W?@sHt^H=oX2iOPCk(f&~kW*@WkJ@K5mPMks(dg?tm6oD-nr5{*Y&rmhEo{QKij_$5rMqu+&bq5t;ecW+1H_5_bt)v^){r2P#YFVcSP-m84t4gK;%PIsvB!p~R z&R24Y!$1^{@!E-!SnW&JMoR|nVzdrk;vh1rzHN2a!30Oz+i+=}Hh%%Vhc!rOOA z6R%FQ`TBSfTUzbM(>qEfBh&FJoLsZis5F-MQlTzTquP9)vvIO*RSa!dYvG-(0S@`c zrC?qb;zZDko$QBjCcJ~v>uDr_xs@y%rxT;iTI zwu8jPtz~MWe2;YB?7ktRC%|>#nZ8279@v6zFWHBvKP6A#o_-D-fvqN!%z{t5YT}?& zs$1FA=zOK9psD71oRU%#TU5(mDu3Sk3u_U7gtw!3LM~BXk>lu@`)xq8U8msi+gx5e zsLaqMb+CG)bxx|>tf0A^+pKi5i`O%yEN-g_7b-6V=B0P(E1vo`3l!n(cdaj2;Wb^N zcIpBqqv#4@IWSrJg~fb=O0Rdl=8kw0my=jzwQ`Ew0)~UiJc<$h(-pEg7*wQzb{AQi zC9lJy80VWwWVb(igKd|TTINd&wsE;>TMX^lTgG)4X47LP2KARj%69dj)(W}y^^2`n zsU0y>qLCCKB*lk|ex0tV`u>NO8ifyW(BXedCZ*$(Uk?y%TZSFTqopI>!i{j6g=uCy z(9(p0(nFqQtF02V9SWKjand8km$<=laF`zBeW@6dC4(AN)h%Wp7bI*AHw)=?`jmSQ zq}CS4{eWs~+Ng}b0vJzI;E=1@79WJ_UtHE(%=?*RTJ>|G5oq=tHl8|tmTRXl^-ri5 zKcwjXeM7~GMtYIcwS5T{v4KK4JhfFQ(J+!#}R?+JNEI{pJnfK+H!KM3YE(>ML zoON2AiEla2I%wiLSpU?+$SX9qDMeTCknnj7V*ec!!%o~8Xz#MhZj?R09U6=jrX9eP zQq~LGo>5tur?L!N;p0%PGo@K=s5b7qsdTzPbfzg9wz^i2?tm2ecYuCDH`4yzM3J~> z9WC2@W`>D@pS@tbQIiQ*!a;Qcx^mwuWJE7sGuIohel zG6O{OcCn}!sH^-{573ZT*{1CG!n$q>5glHrYfSWlbhD+bRKkqAnKz$+FIm==+hMX- z`XhTk{Qu}@it5*;7MiHYHoc6dv{C?iKZ5?Z(OW^qT#^9((mAd3T~q5T?Rg8 ztrfyin5dJG`bo&GI#eT2@(Z4qA=NthA~G`aYqbYdEor@KsZ+NrMCcyOMc$Y5 zMm8}RvRzJvU0etGSAiSiIlL+*wHTk+nk6-yV1md^pc<0+=_*riG4|veaP^ z-byEH5vZN(#aSQ9K)Wv`Xi-OuLF{h&idGYEA3tKNiZpW&#^k3w*p(+gBW%QP;YC_; z#io%XIci5?MV53V1j@YW?4?CE*^asKd~Kw%g>1J{eufjM*uH3`TthzB9;wl9z0U#h z*&TA18>%~!P}NJDLaMP|9dosistgZQGm>3;lU~!MJ{qM?l*-j<-w4B$?UU%fT)NXw z=DLGAQ@?8|tSjkHNpm2-RHFsR;A{WMYXjA97p2r$C#5BnY;QTcIW(1~2B)IZL6k!M z<0>ticX0thRCZC&1dcdx<0v86+Cq$E=$ICug z6}h2O>=oFO1KE&c7p_p%#FN6^x4dXJu}`6*WK}rnspXX#UM_d&9lWYPq1$>2fN} z<5Ht;dB>C5lVL+qRHs@8JiBaVxF{^T`vJ|u68zi3-=B-4xH6GeA2iE&hn5CU_BaBg#C59Bc@SSDT8FPaG^d1^CDF*#Idd! zf(+-4LyoX44?L&KRjBKE^BJmFX)fL1OY-O;O0gQ4cHf-3@wOt@VxwB*Qr0}xOI&o` znzMC`^TBy;EpT~GLVZJ5D+aoEizTQ+{~f%EK+G;tey9r032j(sh`d7I4f9}aU{CUu zgyzf*vo8%N>hV>b#BE{|Y=!7aI7A{03SBK+l)jxy$JJRQTDxjWNh)Y~o>I^eeX<;9>gsbEnzop;i4J6stwSeSvg9-fnFiNtiOJxFfm-;tI66vj!JzCla>L%t_oaDOkjvX zX@Y@^i7$|r7$aX+@z2$71znXv&R3QVu0nd=_3sqDmzWrT^}dDI_f%3Ri{;#{rOdFV zIAJbs{J|=?%O;(wKJvdjr6ev8okLc6!O}mQQ2pgt6wR^Fw1su zg(C&?BgV^F(6}Q;OKO2Up0ZCSVVzU?fs9ll0mQ7!DI7U!^cKm;4KUlU6>84)q;dc8 z&~na;+@pvVtH>FHbAu63*zMi37#r}GkOekYSotvpIjLWZ`X#D^Q>R{@M<$@g=pckv z4Uny5ShI-S-|=QgIj?wd%RA1+UpW~SEqxArd{D3Wea_DOySS$NWj-pj8#%+Fr9_~XM@&KQ-4CxU06$4N?B zK%i$`Vp2zoTQwBQ0@cR$bKa%U1_(gRubb{3;zg4Gt{7D9Hq~bJ+=WIRan9Tg=gPJ~ zw34R&&9ZJb>~L|yxSJcw$N3_~(#o6s?#E%ZTmaJ>MZa+$ZUkx>yP4K=4m&QqUAmLH zt&HT3av(jm=Dq*VJv{i1tfUOCw2)M!seF_%KjI@JWTG*=m>Zlj^A76OLKLfe@B~rz zn4hVsiO>FbhIy(6LiTxm<$F(sAd{ZOJu?>)d^5fhCab`4^#N`0>QP1TXb5c75F20k$_~U|cKXDxzhYsowb)9? zPM3|clZ-~GV4VMVpz{hqb)g{SRc5kA?PN`E_gs-DVc((_3Vj$aOVPoJfRjt+Glw1b zBZNC%xo%xvVxcG1?wyJ4I*yD1vQTEZH@0K(HELW|RMej_${jy1@*9}WhNacX-pH_mUW4ckp4qi+Th zZ#Y0XQPph6GAs{^kNs?|J5;JQXm&(Y#@8miN($EqBfj96-@6bb zi?TO$mTBzy40};i7kW*sQ5)A-z!(Ft3R1>g`GTqDH}%MF zePSA_i39iBlcml^W~g;%i+w5vfG4)QxgISTx@!`ZDu4k_m~u2;pX{jOGnK+TW$@5i zl1YD(VSfc(^bPZGvt*v zs7FIjYCG%6oyc(k6YQ*t>+Xm0_RC&X_i#GHR2~hjF}lMj&9V%!zAVn(n6qv;Z=!d?5;=kmb2^n(XAw$*7L1AShnC zWD--8T&lmjseUmwK>PCQd+wPvqwL9fiW1@}UaCi?F~3PX+}BigK?kU7!&LFEH^mhG zTprU~l(LfkCTaUdIzw(SEh#(z^g#bi%C5&;f$hz1MB%b}!Tk*tYz!YEQM9&^TDAtd zj@U!!Bgar2=X(b?HBeP3rvQOx)jp3N4Ds>$+_JzgMYpOv;dJE}Y0n!St`Za>txeMaOIt@YMh02fXM z3SuG9rU-mO!j5?Nm)=4ga;pwo6bWlmtoml8$qyxz$fMu=3tPGTJiWJnx?lIK+&*NM zf0oH?86K#T&vt0F3C5zuYT2GNrIQ=wKhZYOuuHbfr4VeCSsGaLehTx|lcs`rcaB!R zi?&MMp-S#Qs|RiECX}Yg!1+y-fd!fCyu%amLG9E)>AL)#PStYj*Ta_O5dz;%sN1AS zs&SC3mZ3FnB;}#Efr+KEP8zM$a~9t@l%yz3NQ;qn1XJ45!j`W{dGX9Nd>jVq96{;0 z@yC&+>c_>ux`MxJdK#YMqZ}N}>6$fq^vyp^YsS|puk+7K9PU}sfOK%LD(qN3l&sQ} z;kh;%I;dB;bZLfJCN%Gn(LT}2rz;kFmpBoG)MyNDX1jk%Zog8V-Wxk+1nAD~ZIG-+ zNxC7k4jl#N*3`xk8Sf?M77jz6)&x#<^iETNoK8o#>FH!VgSz21MT+mrvvQ!YoROhv z4|c%^6T9cbmgX6l)fzF= zUkjVlE{gU66v*H&hu5PCKTkAHp0cZnL^TG*P-+*E>kS=4SZUuiJH)q~`e%l*oxR%X z#N44zdZpB<&N4pkLrJncD=(KwKVrA;bX^RxsYA$AZ5*K`i-Qz0$Hob2s+YLf^2O*+ z&drinHDh2v5epS8T!*g>Cl^enw*F=2Jc_z;y=PhyCFzucO;421W9ZeL%eTr3bwQ=I>zVKM)4Uz=$0iaZ?6`5-| zhnNWQ-vZt7-R$~=sQkr6Rai}_HW^1(?y5~WbG^qgC>C^u{5%1AE8 zA2M?tXnQnGx>W{1Y^|A@M$tdX#_HkM!!dnK%+rd2&{v`&`d zrh3&jEg#MYW_?hHs1A>3r0-K6(%W@L6R8j_%)h`VK2&*SdoAsIbu>=v!YNf_+Yi7- zk}dQGV1~Oty1!cm&cFoI2~CBEPvOSDo7R3EJK)1lIGFS`i&?p7c004wDY>xo7rdi0 z1Swqh@C>m(acHRd$%kRGSz;8~Q}q;uB$7b8MsswopU%B8)xAS&bePLpN)t3(Do%7S z#%o6N7ck+*Qx8+N&z2QR=-FCSbBf(-fwikO3kyxBmB#h_P1xGEHngA>8G@Cn+b3_S zSer3M{F#Ao)gv0)7wXyEJIHQjRd6Dj%4+cFJU80$6Xz2eZbQBmxEV59l_%jIiJ6yq9& z3P#v)NfETkQ^ihTh4yqQS`4}|cACV76jH}2UK za(+@e_bjqFCa~DE4#~dk?W3%QsFOP~MF)E?k6qCdvF6;EnXaqssirp!+rPLn;sw}z zHlx_uIBGslaq@(U@Qbs1f1&HC`Wu>fQ|aT%wu`DPwX0J28gRzCGWH~!q|@~DsvK|X zSpS@A5V+F2ry=DtY{8oYB5QyPgjfnNHY&3R$XuE6du+m|$rc{7NsTJ#YdKi@HATmG z`Ndt`vD>S7kggnR&A+^vSyr9Q>OYp@BpW>;Y*w|@KjO`H=jU&s*0#ma=Fy7^40fRwpO@f!un%A!|-&t33OGk%6QF0De-ui z82KPaZbHnKy@>RWn^Hk_8noYZn_C4)#XG|*fF=`y#aL%~T2;7={!}KM^vHF*d9N59 zJ70PIwxt-|amv%UtL>F@?#;nYmAiq~|t2`!|I9(AiW?ka5s z77k?4sHC_R(yKPIiZ>yo-nH47Dqy_J$S4geff%MCwH3PBz@~^=_({8$g}?E0PZQ}< zeo0fdVUVZ=i38@0hYnSRP|0IWV~Hpv+D{!dn-WjCvG5~NMw@jYA11GDBnoD7H&7h| zE=7$YY4BSWCUwC2?GuR1(lQPt;R{bLU0DEyT5sIsV#{ffK)n^!HD6>6cbv_mC|gqv zbE=c1$a*c;PN|3WI`W8nnmEp%D8=le25zAuzFl?=QW19@>>lYcNpnUmfhbi|>pY;THD&l45y zG1pPu6@CE`gqAm53l3n3VK45o4W^9GC3Ue4kOS9(OAF1CMsjlO)Hi~=#PcTT zlZ<0K-)AJ$_RI^5PxPc`arUTHdkeHs3=8%rff z;`Tm_Lw@p+_Hz?$Iv=X%x7-Ppm~wP&0k4&>{cMiDZl@&wdkj2jg}OQ_=VEVYT)oDr z>dL{TM2j_AqLm2AsON(3sAuY~^og_5lyy^>FdCAE+sVU6YcH>OD}-p#MLa$S!LuOB zw<5EoA4=c*vMzIEj&zXki#E-^;RjC86krENVd^lYuYo!TWGdj@m%GXN6=FH>7Dmf#WG28KIUxV1fyuPUw-P404 z-HhY&nk#%A1<_7m$^GMDj!z%uyfTTwGohKL)MJQFzvZ+YqYfmp%4Ll03JqtKSmrAi ziNHddrJjn@a$@Fg3I)Z*K|0B+){P!72H4!Hj*|+|cIiS^xA5zKF}(8{1d@UIgd){`@86!Dkv+ER_9JIy5U@mj<)P*G7 zJD?6Jw1c=Tf`)Rf-Dv%gn6oT6#%y8jq-ez`&$CG5w3%{aQ_C=xW{hI-K2E>Cae^%7Y?EK1WD z4UKz#?_2J&bK^YiaBwkiJb)GcSa^T)kSWy?3j;s5T~;E8s%tsM+d_&JlUs|`FFc7M zEg1l~@lVgC6K|!J-M6&OM%KG8oSlPNbJiHyw`igTHw(@~_7pNy_>=pMHEs{z)Mp(*AB_gbMnzO4qLOX4*@|1yVE)uM<^ z&Nbt)r+-gZc6sN3Xvtb?DLs#=R1@b#xpAdz{nIfZZI)PN)L5rqtqtQsyB4G@XWNma zo>uFzjm)kZG*cR{2Nu_D#**}XNfz(%cXw>1VyGV{dE{)wwY^)mu%xxt(yE7eGlryc z8md}vhLByKr0^0a@y=8={3tY`*Y5Ymp@=(%nsdp)CUYGe$L3Y>9L}?eI?r-LKKPg8 zI2#;;?bS11FdOaiCrZS(0mte+uqTlJ#NDHO#c)~G<)|EmAVtSxZ&LKDIA_a!<0(s( zUbBp(v^PYaXmxxuAz>Tf#xQ>-m_$o)){(6rO`}bRrk&flE)kFCz;s6wH)zva*q*)g zG_9x=->VD5y*6-5uU$nEtPH~6sYNpxS1UTO$ z&i86B;pO~8r>+G2;wW{lXm4uG^|rq%qPSp0eTee(NP5=ur1z+}Pl?@H$H)!AOP-9a z0&3bD!9A9U3{;dlLZ6f8TAt=H0JC8toEO zzgzOzGW^sub0f+N5}Eq()QgPk2>d1MK$xMcSZDlE?4&H#H>+|^6u7AQAF9xyD4u29 zJ&Z}3J+fD7{St)dHGZS*n^Oo(0ME2O_)H_|x@4&1YTw4*+tx{THfOOL=EBx(+V(Qt zlHTfYm@!dW#dU3YNpa_bmWaNRB(Rr-;cA!WhKSVHL5X<|E|c_2lO zlF3Fka|#(o}nG4 zk~$H3JHzpwT<-1*r+Z%5$E~7!TDa{(VY7`rdf9dnQ^am@uwKl-(IVV9h}H>9+nvbl zsvnn6SyrWkBUm(WTjBGz#I_ceXRNf$_chpZZ(AV8|LEP!KW-a&cf7Z=HhVY@(yW&S zDDnF>jo4R+0_~X>PQ4C{SUuCcz#*gTtf~J-^2>kng1}B%#r!Keh5@|;6x9yZAujUr z%^!&p(qkxb7mBto?9KvG*GrBt6=t2vEQ;OZMzVOiWP~mu74HUp^R~>JA%6lhmEC*Q z)K&CVZBtU5pHtqXD1jB)a;6B@JzK#Xqbv(ZJC|SyU6yJ@!%(4ZxcSJJt78fyhQ1po z*0Y?Nz@aDt6bYvoNcJ3|e3NjW2-X5|m!z;JxZM;KLUR8LGTib=6fMe`oRIB!PK-or?3J0mBb_EzD zMCQjK!7*GjwBImP@TJR~lD1f37CXm_Syx1Sv88&PkOy(=x*SHeU6Wc%_><%ouC^rXl`(%O4=HI4LEwzJF{pBqpO9>UdqfwAwj-TlvIT7(Ve=*;Qt&%TC>pra02U6-hm&y`*y0*{Mq7x~xtH zXM;LLZTCsA_YAd6^~i{zSk zBH>52ekl7mR_psl(w;j4QToE0@1|%tc5Otx-_8zJ%VGLIW2RDMv)MIOy^TFcecTHn zR~^p>oMk2M`uogs+s2Z{AkdP}YKunH%5;)lu180hueqT^R7@nRGsl%3(P*umP04*O z0JxHWaMirE*42``GEA}>$v(%n#?Yb6Tq23Ya&p`Ye91mo+_dZ2Jii)7r3*#ZvPns$ z4gOxP;>ji8sk6vU^nn*s4AB84T!wUafe4B*_br42D)&qoRma~(jncoBMa6ex`dFDY zWE5VjVcKI&?6y5az?O%Ep%nCj7=_*x+D~(6!3p@=cF+duv@~KB zf00<djNYs~_5(!}9x!_ZHCr-MQi;$qZtyoqop#x!yWYUiN;WRtXMph7 z==j?9du>Y(^!M!zdO%c%_ai=uR9{mD;--J62G_6XRDhZ4vFVwJl&dB*%G>ub6GFDg zOj59261Qev!e{C!(0jenlPQGX@S+w=bXvVd60FHC2k$B^NnuQ|ArfvUeW-Z=+Xfi~H-f<1U|_Qu+%yx>c1jyQ6ph6qfc(z-mb~ z{DAF&+X{mla)n8Zxw(sIv;tQ6n+jf9h}f`vc1kQAmxewPVyl&%Tvf*iQjxiOQJ%AG z*?cjjUAUnox9Ka^8p4rt%Zg5~M=FtB`|4kuHPq$-O#`Nv7TxF-Oi){xM66qD@aQRN zX;P6@YOV% zA6@PcR^oZ&>n-O$eT7ubrn`{==g_MuCE|Tpk7frBV-$a1EiY>BQ041aSHeR_wHayk zQny(_s;sdBn*cxL{>giKb1j$@7GNo_YNq1;5S(#)2uWhPt;Tj%aqc>u z=>I)nOe-~yAT}clXGyyfw_L9oGbQufVYf%QRjk>elwUt2PCArp&5kBl0c1m6mw#Jc zjuL=WrL;)$hU?_9STB?SOsxNE>#p3fF(3Nr(2Z3&eDdl~;RwMiE*feJe4C+Emf+7y zSzpi1aO#(}v{J||ZsINFt|R1AlhIhc#bsQ*qvBpK1l6~=?o*J_>6Nk3UDda3s^yfZ@@7gd~!%^UyD;E9N2$1C3jdfxf1tH0t6y7PH zDYQ3YDDDtdZBA)^$+K%AxY`;c!pv$|t_KNJVoBI`UTA-v7-mLjh3BKrqe_yv-XQO7 z>Tg`6dn5Ye)-IVR5z9zuYt=h$v!(qutMdu1&JL{tXcJjQxMXV}F=ntOgQJLLb$wHeQzMm9^=pi+UcBBls*UdTVaIA~o zW3tFG>=NIxxQvvhZ^Ea_7L;AA<^#u9)I<{=5s4HC2K~$}Y zv3i>}W_CaAtqRnh))Sy38W_i;YYc@nr^$rOs|t%v?mO6q+N+|anZ z(Xf3RDzm;&A+o}o<>I5l65PZmQF>_;CdFq>n4sw{%$TtIwuuwfx`=(px9L zWe^P26^l(%mD*^cU@whElAU)DRy>hv<<~1eY9Pvw-5?(ex_@?RX^M%f#NJ*{A}`tn zJ)-vYXL|?4dio#mT|{tVyLiYYIs8i_Zq|{^uM|_}(KoC`)GSX#%X^-YJd*(eD;UyF ze#2N_1MaEcX=h^3QVnxRc@zcX?kGUhD&6=#vA4P(lVdO{kz8y;`%eD&XW$pAROyRL z?~0b}x~zY6-g9617eXv*EDV=DrXy-7pv5KTE0MWMVY$Mm4_qI`E=p>s#gL4MPNvRG zLZLJ?g-8z0e5}07znu+mUWCHqS$G1;DC1OArA`;a$*^0DrX2D2k^_ObpZ7h5N}1_Y zxZYkWm8LrBB7}K?AbOVMp@Nn{V_2x3tCa$sgEs3Me_yEeH%_?|_P#(r8}y-Awid>g z7J>2ODIIu`T*bHtOeUp^`RkpC9%8m2UeTZuqxyAsjQ+^JrwT@E9F>F6rvDhdWQp5{ z9(pj3=17p>Ed%qZ?n5D6t;NL5mnMwqYEW&xg0M!OGVvM3-k7RXByl4Dgj@1Ja2|}n=9XW{ zZRlp;k?yQmC)(+Y(+E0;*5-po&kVJL=n+juV9ILHC_G9+}%rS73%8H(}Xq(QouWF;Qs>W}KYg+uw<$__VjNI$YMkbM> zR*icali<@$y9&uKfLy;Fe2-&kAaf#VLmGzTyz8QxMO|oKWB(Ce-Q{wmJg#=oYs|gO z>bx^o6sg&!<8?D}97||l9_78C*5JFuQ!~&E6?W zTzd_CLA5=d$t2S*FA=fKE+M}J1+Aojp3vR-YUDsDkbo9aY1PSJcy=GxhR^NlpH@qc zU7!lG2*Gc`iyIr(nrc;5TBdp+Du~A|A@#QxxV)yomc(AYh%RA>vE#yAO(&#MP!1p` z7|xBA5E+r@2h1Vh)X(g?ljEIEwnd7QPO#V#>GzV|`#n9ki0)>nJWe}`-!a;acJQS~ z?LJQ>j`$zf9_b2Hkg(KLTKFi+F)N}ZajX)TInMQo%FX44+|uROrf55K{r%t7oz={x zKdED3`Mw*N^-Sl+1!m_)xt-ok)H~T>t^>*K4wf1^6++iE(Ic47qyC(q1+fE1KQ|Yv zjxFz$skPG=WZ3!W^ihi+E!38wAym|kc7);E>J`!dPge~j`Uumg5C{B9H>CMclN=?1 zNU-3bXbMU4SaToQ|s^l7zy zHJ`k(JTFb$2bxJvL}P)|X_OijAH7y(J`0%^>Zdg!n<|+zn$*ihLv=l7Kpj%fGHNN{ zwoGaLuc!;K@u;Nhrqb$~v08b<+FR0eN+*Yhn3hmQYMk0|=kCxi&AbYEzSC%Z_?$&R zpaI`r5;%D38@n89w;5z+{Ju$yqyiUKVjgPXh&ED1e$XRhd9qr*MUAD)6x&&5f8N5# zQmeupWH6^QRYGmFQ?zL8hTi&1rA?4mMuYkxbd8?_==PAM{O)jk!Af7AlTkc5%I7u; zGz%jIeX|T1bi|}BKkniSeT$h!L{hYJG-c|-=+C_Ke=&+m7hXDP!Krd%9q%6a;o|=+ zh{f=}ICklXWNv%gF@=nbvUpo* z_6-9`M<{9EC+?J90t?vZv8`;_3x!?wD#u6)z8=170-01tuVjJfq3TwpjcQ;Ca^ikm z^4DB5Rsa+HYYlYmk` zg~V(bGj-=`Nf_y7UobiIL&kf~Tb`G%*sC>pMG7qoNZ7R;F+`$y4X5}3NkF#0t);Sx z^XW0M-gF9Om8oC3%%c|Duw2c4jI#AM4w0~yPh~x~Mk^r5S(xV)vy13w?kk^zAe$$| zYkbr#WkYmZF_Zp^zR43gQ04ERQ_V;NrD;f+sylrm_zz|Ae&)ud90DGJU-6YpB$9$d zItDTV`eo5g1_vjUEQFv%j@~Y%?3h@3E$FP6>=IbxHWlm2(rXc7x>XaKlF9ty#5>Lp zpzp)L!hzprPiOo3Pls(v@K&gpud?w0x-x)#-kK3XL{Z-R>tifkhH_f-ZZBpS*N}k^ z-98idGmnzgz+=SMX9-pM;_RAD)+p4m&KyWJnI_NrJXwR)l)vE1jckX98}h))k1XkA z>&n5Zl@bNNiiS8*D!9q|2P-6BnCv67V_O?ojsi9YW6VY0^s7%)w?+WF>oZz~vGQ0W zt%BRfEc>D~24AMBXyU^l#i?@;wAkMLa?~oUJM;;$mQa)MS}^vOL9ei^*Bdrh(^Z_- z18%^Go;1wm0WZ82ijTrwPn%Q1IL6(~;)-CjPM35_w%NC`KS1nGx6g+@^#km(^V8{` z2s92$1^$Q+kS=+8X+*#P%aY8cwSxUB|9Ht8EH<0{&6$u5L`*8PL>@ednRg4j^4Qwd z4{>>ts%%tkD3(1c!L7lkeUDUwRzH+QXyqDa-*=^IMp(qh41_=6A-zB<%IJXzIi+cJ_uuI^#R68SShyYlbS+YAW!V-LFwM>J)J&^|G*YblI{#F+~sS;Qc>Wb4%( zpiIx6{W<7~vQejqrqKB~mIqYb{z0FGf2H3VHT#jzzA^&x3SbS4A+UE$Ao5$avb|DW zjziIuSlgv~gTqC>9D*zF-qxAx+I3NqupN`jz2Qbwyie zZ}(gIWA7cH8{)Za2C5TsILw<$rlN<7lUmwho1?V$6$CkX>dtrulVz;q%6ljoV))i$ zEv4wE*s!=2rR-@%t5ZW2?h}l2=ci6SdsX8&#!2nD$D;j~QNBaA=lonfmnaHYG))R$ z$^P(N3EqUQ5-kr;JaYAqV2zQOAn2HFtqbR2vqkseLKAacq&?g8Aimgg8T9uH*@+M5sy z8Fc{Lk=6-?yO#N%)(|3FRjJWopB2o=kmic6v5@^uDuj=KuhbTmcU!tRrJP&xbl{#g zdf*W>tNKobrk4YBy<)gGe znlcB0FypR|2Drf^Z*7(fjHR;oUe(qpsvMm(@=^`Illz>EgP~U1?Az$zeyXOE0ifCQ zSp8QyTZur&zfNTFD*5{vfX~ydiA+|RDy$kKvE(@JllrTrS+yG^^GeXNF{5;a zLo$7eY!$}b3yX2ei`TylNQqIn z-V?6dGRVdq0yt#5uOy4AI+gBTA^okXD}>teW!V*qDMSwnja$M^U6I1aD;h5g7C38& z=*&XTNt2SD4&bOjXEm~jhu&kia@Ec<$TsbgzZxr62$z$XlP-7^4Te~lr`0~Foe?Jw<8Fo+b5d7vS-qTu3zO}UqYdc0fzhOQC$Op8NEj0@ zPR!P4)lJq?v>yyJib|Gw1d=c}qZBW^?yXczAwTaYbwdKM~cQ8gs>nyu`d>=h^|hFOc9-3^=JaNT#anrV7}*=8kzaq-YuLbL{@ zo?SD02U#|LlDm+MYjf7;F57sk zT4q0X9(3HCY#l&s=BQn_kpoBfQwhCNcumC!s(G_ejq>f?7wh6nz3>w_2qtGcoT{f1G%ReSNG)B^NmrnXRTDArsn(c9v|`igMy6 z<2GSewfJG3l8iU(!B}95N{EGxV~w6QSt}96ddj&58)CJsAfUx|@4Lk~r#kRPJ4+2p z^M%=Nn1oMt-GZv;1c=}D>eFKTnKaZ>F$)0kLXwRSkt_YcYO6Jq8Px?33w4;0!Bg_^ zoA`us*oUc6)%f)~xuLmg`EpfFsKaK2JNtlfvp&j==3u3`3U)U)Mj~D53bzGW?q;hW zRj8jfI{YvRv=j1Cu58MMMEfP}q$jarl?_rR3e@{;SF`teA45Y`=iO7&C6rY2Vg}O*Ouw!woBW^AAOL*s`r^OV4tx~y_7hU86cil_zvsrE|Rupj3qbKpZ zh4Dw|nhZOs&#e1nya^2Qc>CQTy(|WlmHsR=j$mHAm8;& zM)mWV3VL>;-r#5Q-2gJ=;Rjwc>c)kzM2I{_-Jt`c;6wU_nfNn^jpQ98UZ30*sE zY879(Oh3!>EbT0$;YDl`<0NqSzOLRW$9FA7uz}OBqi48o%Czg=BoBaQhx1<#j|1Zx zhXD=(nEfvP?y%hnf7fs3*NL}ZjRsK3V9_#0qF8 z0Iu_1=&9c{J$2DaE2^zajwW>=^U-Xzm4J@0Ch1aYDW#ppljV&b1CFNo#OKzDgr^ftw19GgS#Uo_(Ayq51$ zX!2Je_KKB|jp>3OPZ@B-89m{`AyxCd-Cy?tECzArT5m^jP?@~e42<}*>*uACzb(T^ zjHCoM!dp%xeh0gj@pUgmx!KVHKcXg6r1OO|;oV+mPE=!I02H)MPallwIimRXlc$ZD za*Fcc2;d;XqP*<7DR0I^tWzcB%UPN_>kU)UZ-{EP*ClM56%WA@)05MqL5{h#!_K4qqOLDVP*~b zLR7Ry%>ItxOfLVOlW-S)&6C0YUYoDu0GoDBJ~ROhJpMQ0!W(nKFLZMvykkuDw&v<= zn9Tx_!Tun|5wQX97Lo-2Bb)Z*>FzMCCJPp8doNQZ5~86tWIE?@oXrTaECgW)XnIWE z+6`ZLwFFiQUvADz4GbOrzSpP^#Yhigg3`OqRGPvIl;-$IQJ${b$ZUHhu8HW4uoiYn zgPj*2X31Ev$9zG){|)q8crv4#4h?Ga-MN6r71XZyis@|a;8lt1Nt_SO$_bcquTv!)AJ$SGX_a?6Jk7!e5}l@N=BzI=Ebyh=X}qO2n1Qy{Fo4G_#saQ4cU9XRhU%z4R*7&KaW+GTrYvw{`b)Ji6ZE99O! z$_~T#BuJ6Ub)!(orj_usc+h1ZG8v5L(YFxAnK&e3rx;vmMTB)GtN{ay->pJ0nLd<) zg3HlH3*u@RBf2|BFi|Z1WYbIC5-UA$n7lJa^3nj~0kfXbd!|@{CaNho;RonL8FiUq zUFXqTu873M1vFeoF-4c6XZO zgx@raQ9Bq)Cy2GC&7#K{_vm(IOQ*SEkBT?3S|a!C?dq{T7hs2B7liR)JR-VEfW^;4 z2;p30n(RLU=!v(90@jATb15g38$PIKpTEY0a|!E+3xTiP$?J_8pT^BJCF5Fv~1IT-^A*LVb zB|Awl2ufCMeg{2^7J0tuC927P1Wlf)lf@yd+vSZe&Z{D8?kv6b`7%k?C3nRFq`liR z$sGmoq*gX&aB&#awOuJgI19uWB0Ggc(%BHkf@(&q6t29IWd&B(PE1zkm{6$%hK?m> zL~oa`no(VqY&w)>u#D?|BU^ZJv`x&DQP{Qi*JR@h3D0uF|zZZUZ5yCgOENV$IxkP=h4WE-(mn4=6OhQ#6T#yzLWa_bh~w z()V@6NTsaEZJu5`5`pMzh=*FBBDnj+tqq@QydJFsw z8-JV#jw;zmOK2&G!42HT9D#E6E4u(YoH3cQQE%mt5o&c;RU7jB^I) z|JL(Dlw2a*C52Xz%D z*u7liF;wODpGyH4_#?6@WteuFL3jLcmw|{T;`^Q?GFr7cPHN;c-ZNpw<4C*XrY-*;6I6shcsW9wv5uQJ1}7rfQ%}c(?X08Q zdus4V?`Mwk8OwswpztJwW0Q^At<;~4c_;Hmls+MrC`1LD%ZGqVl<)0ZxAvhdp;CRr zuo$dvJ7Bk~0F%*#2bjS)zKXz*39E+hR>CNJccT+6`3Vj>>A+@_OU!(J3Ga&auTdXd zkDKdEp9FrUt~F|vdy`yZCWmWbS(#Uk1m&4mo8#tU+SfelG^)^|cVv8lw6L~v(}oaJ zvMwvkR){#Mc`u>uHdi`bt;0g9*RE!;MD(HLx1@#3%rcw3&!Ln#9>2 z?Wp-@&wY!PLa4lh>xR963i&;74^vKSascTb9O^WisZQp_3m9TG`2;e*;tz-_#5k;T zfN?L$z;Onzv2-s#w&3(`vtij&t)@A2R%XSyt+w%Y){Wpm0=hCfIy82YCw3B>^YU^v zM9wkiE>X>_@mpNgpg_l)VPQVHVdo(b!{a zb)t7ys@#NI9s3}Fi<`>e^K37)+FQu@q}}n@sI&>}cj9Gm3$o zRltRLsQPID4KfxNFl#|6tt7s9dGnPX#lhRJVmzoB6Q=FApt?#27G2AdsYBtPWR^rp zWeOEXsH_0z#fW~G8OPeb!fqrzmeQ@n8Jw#MG-lO94w{Ps)tU7O8QuwryaI|Cya)n| z%rBGeV)zqOMC6fjP6s%;&x;d@4Ens&(1dp&X_=atT#X=^N3}|#jWMuD6H?Og);ROE zFu!b5(oY>B;CV>aLn0Jw6mHk(5WvQXr?Xn6z{EBkb8L)RO5t=~tJ_kwsyxO?pJ&n* z#O~(6Ll2|x1V=4X+XmxQ6p{uqNLAgRjg4|Igz?{L1tpAE#HWXu4805%g*152MZd*y zm{fjSIJ4lgV~{Mhy~b>@`4)9YIPk@nz5#b%9P@Nyn3vBl^kYzr!FjSchY%QXSlm)5 zXHwp&bYWbgze_lN3KqIDfQW4;hs2_V$6~F&Dmqwv*?vd4ffgjNLjRBMVVM6+V=)`H zr_A8Js!e_9WoBDrj=0qHMXC1V?JQ+KlbcR@RNkQk4slOAX6arHS}3bdhXQs^7TP=A zrg8us4VV#e&B1j_sZgpMf`K}JGTmUi50I1W`3OqZ`N-1cbp%DWHhHJ%@0(NiAt}vfi@D-kC(ft{onM*ku5jODhC^*8 z7$w`Xy5MF`A3SYtD0seten3VTEAeN(%MgF7Rep^k)TD7=C5s+b#E8`gTOs~;1RZ9Y z{1yeXu_!ys-upryzQBJT0LihfO(YL6=d^I;0MIha+ic0SV)ohF8ZyPR<@TI`=nPR9 zSraYn3DMCy*0;Qx#KCubu4&zxSbuC4k+Y#IbqNFzAPI_G!70AQV_YM1{c3sI4p))ko2Pp-y2wCS$dT$Hi4aV58qtR)>#()hC>t25%T zS@oL^9kMvbdh;{4!1s~<>=nfb;MYskf%!ht5|^0jgG~wUE?eNB1~bJD1jtZvO5vX; z)%t#Xb~bKdYb_IJ+9tpUV2v(`w-M8>AmmO=6%T=D_Ac=7;Lq1scIfKCDmobw|9vNKl za?tQ&(5}76OsB*GX>uZd1f}Tj|HjHw<2u~9Vi(cCk}n3t$m=r>MRZ2zXMM%o`zK#i z-`PnKQN&sc?NOmUs25K8^q|aX5Fcd@&{=~$h-J{Se`0tFxKN`m!TAx*aQOb4urF4r zYLc|nWBP7>t^EajH;ay+cRJ+t5luzuo7p3P2WbMX%}HHs%|UF z`sD|rP=WS}2)=7Q?WR)kg(0<)+kd)Z{AI8y!GRWQ%VC40c_exm26H58h0f;b4M@d;*V)>+W+Oj_MyXD7y_+I%(Qlk>-kLm>-ETeNEDBF(LN3Yy-tKz3=hrg+ z_TlkEl;FQ>&g}tP-hTD4yM>x|;SWlRRWbtin-I2U`O#~EGDd0bc0{&CweMV@#} z2oTKy>%JcRWf)wQ)KOO>8t(dUI>i9kd~ls8JVv1gDPs?0*?g#5q;dMwR%jgTL;*_I zP}3JaGN;ry>pkVYSHel|O&6+4`9GrilQ=2OyBVJ7!X@h$P=Q+} zxJeag)Q(i$<>+6uH_{00EFfMk4BdU?1>s~vjMvq z%|~u?BPKw<0vPN6vfAh3qH>)^c-LOIzLRgCDUh+g_28zWWP-VRBJC@4Ag{F@v7!=0 zCgK)7Shc!OpZej$dhP)}7j#^LIJM_PZNonVph8ma87QISZfEhROb&-O80E50J#|3; zW-FL}XQaiCC6Bb7yL>9pB$()UiEw7Kq41j}WdRj5r2XF=L`kRWCQWfvx=C)74@IV1B0k-{F#QG$iP87!1 z0%zCSKpuO~@PJ^sw62CN*S)im$!JLWWe_PHgb^2!H>{lK10xdmmkC|b+!BGP^zh+} z!zn5E^5eX^eyy*Uwmu)}16W}xq(jR>AbMJ6@AHiYVsc>W>~3F~VT^+fw$3Ve{Yd^wo1uGJc|Y^c0Qe}ms{LXFMk?jh z|MWcGKTWXsk2lJZh#9NS`bc_Z$q&}->}RVsM*g$eCop`Mq+7L%wwkCs1gEefs?!gN z`!LcL-mnvbyY-`sAwNwhdsW`YI6nHbHEPh~NsQ4^5_KmQ$!^K3+LiOZwyA5T#!4Y} z#!um=l?c7?JKNz60;kjtH0v1X@?c-!3{^36huGjY`{y8@N=%B?1AiCQzK;b6;Fg!y z|6_=*&9X`FhtqZRy6e^9NY}fzMlhtyaYJ{KA1 zeYMEPqNHye-ZMDfE9Q-|@cLD-V!Mo{jIEsBzyh+# z(w@ERRYup_H$@EPmT<9UDRd;U7`7TfDRg@nQq}MMyqcLELtsjhn@{_jYk7JbtdqAs zgWz~qK6o}njE>}&W)0oJdX0~aGxNdX0+ktHbOHL>Gpbu6_S~kanAOUzWSYu>#Oz&X z_rnq+vsZKO?ixb4Hh<_oxyUME1{y$ZS1DRoAl|QycCPg6TUfM5T{Z`ZtWOPQ=x#`h z#MFd`GIHe^3mY%Z4JAw2+w|w~Ipp5_!-m~?g~AgErAOHWkVra=0(6@{6O(#C-q%!? zBk7?6+v^+ZGH(Y7`5#|;axFt%vai+K4bQTnSfeD(`BLr6&4Bl?Gaj0w>&D7_B<%P* zxsn1?N-6t8h))GLYLb*Z!S@-~M@t_~3l;U2T^Mtob~X8jqA-W}KIc z6niLwmph?+AqEAQmZoA*@C|r%!}z4!IYZUF(~)NSTX2hIfiaPp8I4K_?T^nYP^W7! zuD6%(?hXT`OfXdh)y!9!8ohnl=gKrvzcn6s(x}>vAM1Bv9o^p8~K3hek#^Sq@h-HSD)d-O9 zqK0diLX@SQt|4 zim8L(GBI93o_r3OI#YB zXFnt1HH;^RgE_RmNG^ljAuSY+h=diN6jR73YGE9OZj$;+iDXBe_`!sEG-jkFfr{W1Oyssql~H1gLy$QgN2~G4?iY2!W~VRZj83L zIHNYNnX7Lalou~wNK11!8f>+jSGQ(K#K3I6CT1@~Y5WYc1%BD>3g6=jkwkz;c+RlQ zj>h^FS;{|YA~9Q8th>hI2`>2b><0Fy4%0oMn$Faypd+o*>-p(cg!s%+B+7Fr5PHg> zm0gsh?o7q0v}1@8N+NlvqCe6>Q{yFKQ_@c!ND}fxGRkRt56waSo#Sj*{lYx&KFk5| zUT5WIWvthgzsKHwe^AtJ)R{EhzEysyy>06RX)w6~Dw7 z!1JpmGT;orvnSji^kS>_lm&MY1FgmtZ3xvb1ebhHt^sx@S}wRWAV$YZ-EWP zp;`d^eznKZV#EOf5#8~*R2h>)%(U~>hOj~PZSJGcf3Zyv9Hl&S3u4kfmO<)jYk`yD zIt{^7otU}}4$;p5xciH#rtRr%^1-u+k)O9I>pHeJ zuPZm37a%)ip4nzLSdm0|k!3vtW!;glM5>qAhqTqR!yW}UMA<5GD4KY3q_$92kEcxh(|z?sAbDX%CDM2 zyc2MWk(UFt$t~fB`rdvWZIr+Pr4wjvh?@F|z&By-SbXbBma(Q*|D{!1KUh~BfnWfd zrTljZ;aEyQ13IKUiYx_blZ7Lo=yj2jd3?kAa9p{Ypn08zlClZKwjVAvFZ$DFvqCBk zFx;*grK`labeJW*+L-2|y8fxCc@17>$MF8g$d93RO=NRMX&&YltaI^+dh2GYLTs?mFw16 z{`?Ghb8n*XJEj<%<<-0HzrEIlmo-2m1yRDDQT#=RK$AujC&fi1WJS=B9ugCdag1Ty zh||ZJJ)$zX$?(Xa*8oSEKOWVm0K%qDFSLxByxVA~`rdxk6u?L)op%`FNOt-IOzLBL z)tLK;m?wZQf^wq?h8LRdZOX0`7clzoe-Pn<| zro88Z>Wd90rb#A{RpLF%G(BT+>4UqAC_`?8c=AH0YYa6A8_o@^y6O!9d6iBoR!Z8E z+>;k1jCRDNTQmySjDy@P<+v!T#f2#aeE!LXVJvnw$ibA%+g~2|@@xQ$+L1U6| zD!p0CZ2=}9M#D%0cBq){VEYA^^w_&JosfcNc0=l|K6t>%9vx;42{@m1TJVe%iGL-z zxCQRtXwD<7H;C`WNey`Op@7+AbY0l=4R$1 zsP$?BD?AKrLCcdw$`y3R_rG!WPYul&yc7rGVK=_vOY~i+!}2SLmbb5=8Bby)2eW|K z=s*mK$EM^#yY*_{yuKAxNzb$`Ie-FTYc=F;`qq){?N)ldZ6b~2QlM9U>1Lb+bu?c{ zUAE>&j0(P+rwj|1Ezp9thm!At7^q) z_=8%wXu8I7-Hrw_N~NGxxIdI|A+hBHg>-n|b4;j)t?p{=DsSyJ)qxr4xG?c+RASMs z5Mu|Sbrcd@PIA2m5c`UJbDulP6NcfG%=-B||H#%Pl0s-x{vO4s;1f*W5qfq}DmI4^ z#MC_leT}IXov9Fh!W<;psa5v5uG(M2JkXm-zJJaZXAmv&@t&34iH3Sm0*oa+b7ui< z^hV{vP70s}KL=Lt+ryIG+kal7SSL+6MIskB>hHWA?bPd%G(#ZKNjzM>F}R-pdJ$Zr z^1-Nk6g()5gX0f%o%LS=iUP@PRoNRA;0&2nipIUchL03vN&`TN@4cvYfa6H8JnqL< zGV)+~-sGx+(`Y$U7!p+H(SU}96LH39$WuMR*B5{6h*B04d3i}eQ0 zf?=V9quLB*y+Q<@1wvD*tu9e0d%$aFNE43fHHcOFAebme%g%|^RI;yKTQE=xB19l}4Gn9G%1%k~mIp^>K67dnb<q1veOv)zP(>6E+Hn?-kM{?wz~rUB>*$4GR9OeAUm9X#0{b?aoork9wDG( z`n?dkMeXVqzUurITb9;+K6j-^ETir!Ni|H}%yXz$V@P9=${#M`bHo-O}zo4@uufQVmL3 z)3#sZT5jtGh~eVr;~8qhf_}P&wMB2ZQw#|t6FK5fFrk0Vl~96t8AMLwviOoat)CjO z9kw;J6tYoQ(~a{=cqH04jh>l8y1)Ho!EX;_`cY<84%4qob*f&p<*dBKXI*1= z!Qyik;&uf)w9Xj|0m7wlw}Ikoje0QrhhUyZ6Tg`_0SHZ0@A4;JL~k$Ewru@d=tX*s z7FO#Y#oHCLz_XR3>grub<8fBoIu&|X#&poH=B-XN`!g%eEaF=FZZm3(q_Xz1;x1RJ zVPUt&Z$=g~BpfZHS;Ev_W=<|*B&(^v%^{=dE1U%`p>Y0!S)2Nyz& zbY#SZyS~ssVzdkveu%t-W3bgdO&8_g`(0IIBACBoCsQh(XqukTp46Q6qZ7^KG9)m_ zDWS0S4YWe6oN4uiKnzMr$V~X!iOo=k41dNc>I)sVsK&9jfR7b|E0Q|9Q>D z@FD1uC=*GOttxV$ofkSI;U08N!N`vo#ip`{GtdV@0F=n1VyI@44Jj$)`5A?)_?Q$9kJQGg4 z^Ht{$G~7ZmB0?$h9q;xmC|BeQ(?mt=*-fD#h|K1=ErmhlUEqRm(d$F^`{A%y1X&M= zi)8qLqUGkNQI2`_&ss!(i&X_)Fo4xg+18?RF^NdfE4OrLL(ay@lOB`GI;xM4T0BO( z9fcx*|LJ8o2%z|5%CINywCJ|yy;X|Lm)>UhVc3Z;y2>9Y2r?N+OxFV?$q@vL0yml( z^`W|4LB(JVN6@D5`;d%A@SI#h-PJ8DY%-yfG9+$=jPxnJgqCQ|i#7TyH(f05Q+ZS$ zIG~Y_*;_)*RRG|;J;E&c76xJjGWjI5p&LaoN`!B930A&Gk0&;yu^ci17FgeRTXZ<& zn|Rwh?cDQLi`8-Re00y#)&KM*3yTY}6F}s~UZy5Em9tM}K*NX=)g8pBHSL#A#{j!X zi|IV!97+&U{evka8BYahaQL%ic=`iOP+o^R^78H_4G8<9!$ksLh(qyMXF8|0T7`DJ zM1_Gr{hWTNt0^dJimeSbKpf=8-OkkQ&!+7IBqRl)_B&IDmK^ua$x&S78U#*IGdkCH z`f@=5fG$1fI)?+0e6gZDU&JW#J=b1w!(;*F!@x3Yi~BR`w53Ma{q9$!SjSQkz%q37 zEW>9L+5HofmWooKxA&C2t+OM;@~FB^=#b7uoMfU^M`Odx9=yV=7o4p5BuJ6SQexOE zaAl_7IuE-5X|med|h`xoDSYYG||9{J*_eEY#Us)dNiSGscia_ zHpBXrhRmi$Uj`|%3kR%PHpf}AT6#ygjvZLx5&jkm-DCJi1oj}5B(w_Kpc1h-VjIV0 z8J-!xh){3s3qh{R6^zD$97?!8Jav3i+sX`}j8Nd>)yljc0COie^v#JD1aK1`3Pym( zr}WE#DIpU})>%b%FK;{?ViCor)7$g96xYgxj5!B)RBQD0DO%1xVt@lCRGvFMGqEIq zJu%vT$=;KpK`XK9VoZkst#P#yIJCPH$_NHV@iMYP0|_g&$MbG7DNmCe@U6M$dSXK_ zBc+Uof-Xro|Bt0*+)z;+EIbohm zgqxEp{Nakf6EKGebRyUkKm#k5D@Wp$=@+n*1Jhu)*ZBXANlQHDwNCv=sTO{kYH$#! zBshd_M#a8HyPF!{dT$hc>v}1isP{sUOXB4_$`LC=y|6@ik-`d^Q^}1!)C1(lS8w>t7bq@<`O9glbyH7$nicul^@z!^6f=ZOTW4OZBcsVZTI8UbgJOi`%PL z-yA_;tHC5M?;+dqF)VOxe@q2;84_XnvCc7Vxthk0hk;CX^W#g^dDiT_C z?cbCYnRinyH~6&P2=HnG%*|g(3(k+z)kW9E&`lRFc~fyKl5hu%V_`^$iwNV5Pg6(9 z){afHQ&{#w?o&frOSpzz(yv35?N_R}BvqR>JYB8Z?jearJR|o-)f>e9i73L`Q3q%T zJgP3`SQ`&H&QLQsS+7EeNpX%;lb+J@ZWlIVxAVcpZwSWH(m+n%;10FR1+vT>b0&ED%_`#T{EB~*hjiaMEW?MND2@MyNSV2uD%B9e7-;P;qG-0N;;Z@}pX+P;=<&~qUH{KN$I^6ulg9cif#8&ZH!q|^IPFY) zJ1g%cc}liodWSQ~#9FX%eu?_k7KXqf9UTVzXOl|!J(Eo>cuftH_Ynxhq{KF8C|$cD zejmhz39P;pmx+BCdzN^ub=~dGQ@YHoP{(JbT%G7ZVt8L%TYuzq4jW7q&~&O2 zm$3^J;yFT{Q?+&9b7a_QXmso8gffmnOUsKYA7Up)6OFs{1Fz7JAnJ`nw!*6=dOtx) zuTBB62HK(d4i55YJe4Z805qx9oozhFMv76D22X(n&G`ccVck6p5~J({1M)VS+jb;y zBPwi2?M1Nhr5;;sEsO&0>BFr84%-B!og%$Ao%84(^M;U5EV$wi)7={`P{Rz*cYPnlXu4DVbD@|8n7-sU{uG2yuN z-X1J_$x5jjF9|gFFoNO9?J3w%-s_~OYqg5m49jBAqwukv3Teqd3#Debl7^AO*%1(c z%CiRY=_ZL}j?%I0jf@t{R2a|_dAjnFLnh?G2|D{Fw%!f$6i75!>FSZW9kTwrYfbTkQfRWu@j1545DV%PGHH3^Oy7HT7 z!Oh4*kB6kSkk%8?9eE)bV}0!M6`^vynw zkXqGnPiW}?7Uop;*En3TbadoXP>8Cc4=!?Wif*NcY!+}A4#oVUC;ZAt9Vmpd>MId>^;n%8RPEsjvq0Gk~<Z3Tg;fYg7?KJ$hWm}qh;4XfwbigiI zyipQ|+c9*u@WUnuA_5i%rFS50Hg*SurEyZ7#5*WR2CI_b$|Jm~(ctAa^N-P^U`16B z3@SZU9e0DJIa9^?- zV(FPG3gq9%o4XMPduZmCkJ|VH6MZ7GFg)1=7}Ay2$yz9Mkx_a8O1qnMWO!h8%cp6!?G3u378)D|S z$imd!GFD_@q=GWS*`z9_gUB^%Kb7Crmk9UN$V2ltYB%;^y1|kK^#YXx4j1U^;;QNc zho$(PV{cvp2U^#zTzUI>F7`j{4JsCP)N}P-pu>^p5bm0L4p@JI_n6e&F%dy_u7S)J zKgrqEV2o%*YN-VZ2?DXz?UG#@^c9bpfZSmvi3&PhfGW2J(dgH?QR7od3syY}HA+81 zv~zxSkXs7UAS^a_ZQA6>B#S9-z;HR-z@W8jA=~(oseYp+9wp&qLE<26Fx+*kG;dl=CCuRE4Z%(fX2&|GWP~$iTdep|>D^prm_~WmA=+o`W`V zab1LmF=__>=fO(@-0l%Itb#|+&(us6WB8za3obuA##m*`t=BkeEhql6uXw+Y;$hE@ z(Cq6n2^^4O>)7(BzE1I-Nc!VuY$r&Z3Dk7l?Rr4T!5yWIX{hV^B+9ZWkVFGAe8byf zwh#)xg%xWV$kuTlmZtP=+(^NGVI+C=T$>QgkskHDq?>&a#*0`bz670{M)0$D2{v+0 z(~`7tfWcK7H-HlSgeho0153CbQOUB$MgK1i@cgmR9{M<*Iw$-Dj>Y^Y=yIdct-2mL zY-fET=~=ZX=i0TYY~f9sE?Tpfa-uqI_0l~@D%GI5NTA6^dwJ zquSNtZnw;d9L58JQ+H}ZO1CgL>*-yTDmV14v&}X_A(B%f03zYCx8dYY=R+AUWzdZZ z-nK>x{0$1@$w)4n${Tuzgh)-~xIku)<-z&pHQG(AD1-FPnAVq&Uau)6SBo)m$DTt= zCLU3s3G+w^Kfa%hlyd~>+pUcBRMduRTpd2XQg0l)O8d+Emyigq*Gru zyC+q)uT*UmbRWA&v86WTb)SR^{%@tDlV@Bn_2>r%k#`T2k~&PCT_fQO!=qbArHdSD zg>Oxc?PsPS(_{A>!-A?svrx_#$@9v_8(W4RMz}#)Ut;twBWI7Gj*IKe8hxa7pnIlVLU*3+yM~*p#+cwDWdKD(!w(acUAmq8Lso;}JH-;A5+}SIicxD*44fHelf(ErPThWa zvxQx%(Dj_k5W9{n*NN?6SCYYFrVhA%Q6IpAa!fHVfbDJGjV!6 z2xc*_N=ecV$dt4>C~W*Rs?sm5ZOS$io~NvJ;j0Ni$?RQqH*cA0wkmiKa(tBZFEO$B z7Wk}fHz=LUvTGtMsf%)&fhG#ypDR`N=AxNGXv-xlzD}<`6|JHgintRi*&?x|KqqMX zo`g9ZL>x~u+F!?57PNL8aeg}!3SIyaoJUt924O+z*l_P+xCmX80Ez|Bj^iv*ljle4 zkshj!`~_H2jJeBJ9-ECTOsTP(<;^vjREe?b5eo%4&?NJ;nYVBOG0nS9D&&(R1?>)I&^HE`JkQM87D z5~qy6>z3Odvgoct6c=&L{qOkCOU$KMo&P$5%yd=@l4Pc5>)BaG0PBJ+3m*LB9(e+R zGe*|TEmu=at!{6o*=$?f0142}F|#f!wj45iE3Xx(vBH55T4&-CxCNc24rkprI5|%< zlF5n5&8OXKJR$Bxk>QJppiu$jOTER0J6cm?B~OFUR=PUMs@3+9|KdIFH7%I1w=y=O z;F`_`{7wmO^Ps7%9u+$a#xY715eKq8;>D6Ji_V>jO9uD?un?6x&-P{ZGR&Dj&!%kw!} zu>T}44fD`axN`-j?y1W48Ocfl+9J*rZ}y7!H?*wljDuNI^mr)rN&K1Hbfk>h*_`&I zt(6|i8JzoyI2~GkP3eVRoU&T+q(F5-%exOlVY1(Y5jCX8X{D9kj&Fi&Tam5s|Jwpf`J3$1n$a11Uoe}-QOMB`|u~t766*f@iTh9Xzb24bK+v2RzJVQ~tLiP>L!(Pm^sm?W`}nw`!;8 z@W`K)jPXK;t^upY#`Ti;2R*TMcaMyKd+NE*VBrz7@=Os#1cg^4qUt`}0!ywpfoSfD zka@#xlUxN4H}037v_zJhMeCoMl4%x)7U4zHyB%hzCHe}w5L`QO{DH{USrb7J6&RSA zlG3k%n`btIi!+dLk^jSq&~HhcgE|YQR*p9#<~^JXVByVIXoicD5Ni%J(amsL@%aT% zE~g-26+7I+z0cwkt~az|d7M$3pR3 z9`?aZ2Qov2DD=iPZ1Q@2fI0B_%dcT9Q-kq}laFeCV_Zz74w?es$#maQO{e`6yThh@ z*K5boqu{yY6LoErqLf{p!Zl617D-YX)&hd~D06xMLSh_wB?lfE5cEee&6LnF8Rj(< zvhv6^MlxrfuSmGGzVwftvAyaUCe{nyEq9J{;sJ|F=EePy6g+bVFjldM6Lb5Jp_Xo` z>>?$jeXpWV77g2*x29nm=Ud?kf19bBg?iK4anTPb%`r# z(d0^$v;+K)@L?d8h$Dey#^g4KLQ(Z3@M+l9J0=WwaqG+04V^M*D3|=N`f#VB39aUc z9zv*2V`3=(kt9tEIE#ZhIAoI);!zZ~md>nXQ~4r^^5b_B@LUQ-@#gN1tv5lZOt=g+ z4U9g_m=nbXkDg2>>8WGIY_%laHAqk@u$F8zOYWgVkYw(8RUZvr($LZ^6Go>2b?gYV z{afjNgnk7jQ-kdRyvnr9FK6nS(`hzM67Bq=-))VY(amd5CwT9VyRZE=lK}#8P?~?! ze+3sBVFVK)Cda+TBY_|?6omO00!x3ApaT<+PyaKNW?Y`Yl5xWsn)1d@MC7xnR$mc) zLQXQY>H`Nhfi6@aJZHJaOLwvWX2cKnJjCL`hB6+}Hr?6Q9v43F5ht4m%&#cAa%(+2 zgd@AWJj&B9;-*8i6)_%AfE?XQ&)6#F&60e2R?w)S7QyJ59$dV=F}MQjW_heG2f%=a z-=;#b*8+-%53Po)q-2xZ#<`kH-Wn(ly)F#dIT!$OXOBS0S!SZBqGD2K*N!-S=}*ZE zom87sv>fXaFPA%61EfmEf%db96+hFZHGbRTS|r)5?BpYC>zbgs@q>8`M%AOrG1xIS z`>IG{hYI?^JhBvH#K)*XA<}c@_1FsHzD&SdP%E#U^}M!|829%5?~lB4rfs>I8A+^8 ziOjXhy889tFxskU{xCE2t)^5@SHG3jj7b2+1i`lJCzAl|9C9t6F#6D0vAu#cz8exR zoDf_=tm%1ma_Qk?#OOzqVV~fTctjCh)zV`919+qJ%D5(Bb{x{AQm1Mr6c7VG^8ZM& z?F*#=MlZpmZg5}x z8>pt+At+o}BV0NkX|RO550&ozC*Er?GpQ2ru^?MQV?2rBxoHqR!f^>xMGy2;Ln@KP zx6d283KAwJ`0_~$HYq_8pNP(z_35QuHo&&XLq=$30M7~sU!A|jpd0u7Bq-W-=E^=8 zHAM6IA3Xoz$5fRWJdO{Y`e!A@@Z2;?o3Rle4=kCIMFW9oGWYUyuEi(GKTh_iyzHW> zmBDX9WGPF@ks07|0LtvH=o-2YDKm`M|-PRukuIjJN^N*1llWML6I-&8|i#o|dbLiU?y+v<_kVNrnQPSBC!9BW!^P&`) zs7jw$yZUI8$IqxxkGDu%_AE-EiE0xkL+?d4A}^VpEu|{MO3%Ml2Q0}$_(?fFoft%H z9nS0$%-n1(xul+fvt0t`zCmOh_;jj0DH*-U{@97Jy2Q2j11}cA z-<6373&Ysjj-!^sF42_FlYxg$!CldtfFPl~rPOw%yiTV)>L~uK3BKqSaQ^kd8Cd?a z3Bub}scFD@7mheV4|ADXfkhpnrp!81$?5h)tnmv$a;LEtIVTQV?g<(Ta_;G)(J(?4 zI!%_hy60D)*p?lZa+t?*Y8VniJnq^Rg<%4m$^x3qcUpBr{Fdxo_uf+dRz$3g4mkO( zQ6Fmsj98Q^#Zy9Z+4dP%>_M4UXf+%`)hL;G6U2*Nb(H?UNq-)(r{^*?v7~<(6c%yw z5gEG!X7XFB^4gawPEmDpLxk-4_e>!E4Cnlxp!E!4K)^X!lVYl>OC31$#)8#*u5Jqy z1``GW%&asVoW=v!LGa!}JPmsk7ZjOI$hm4G(}@=!@l7RYAm1w#zkmQm6o`te9=cO6 z2glV?fxHU9aIfHwAQ_d$viYP|&~m|+s0IjD3jU`lCL5=OHg;&Y?c1Mmz41W};UDpN zV$s{Yo7XOzn1>)XjxfE8diHK77yJfbo3bXq0+{l&RFXFvaTP^c5Q0>wDop1*_X~D$ zVn%oCYAOdN0s%9N`NU1pJ3<+Kb>x#uK8}}{9Av7Eo8w1Q(}TILPH*J1;W|?z=+AsA z8M#suDTwTDc5L)oUKSSNk)E&-g-edP<~QW}dSsHEh`s~(k4q3aE6 zPsva%uCIM&FG*ig>UE9KE$BkN*H9JKO+b+|SRm=qc-Qy1gdD7?rKSkX$UO$?($13J z-@ah7pzb)6mrZGGc|aN|NxH+X!5S2eS_-HKCw??7N3spmKoV=Ez%64KNFB3Y=Co1e zsppsPj?Epw3j|wlMs%BV>UOac1I03+yqLV(w#H)Ngozb(=G1&r69KxNz?vRe91(Hy z7=;{VwR2_k7WazQ7B&)^8N_2+DH;y4Ia&a9i3i(mg9+mIoVc_eZ{48l35e;^PkGv7 z2tU^Y=P^JvDmuS`LsGx|`vktMT(D+21T?26fKUo`b;?-e^)1mi2;!^dn{7%K~ zOr;Kw>d45sYw_OKgdAz7fDGzNAS9#}6MINK5}sSMg<3^%%eF(3$`qXKr>&KUTBnKA z&Oz0eHYO1e+byAoqTk07w<$XUpqR6v-LM;jiOCE#=9U&U zt@9fIC%Zz3R^XoILl8uqk06+^lM0yzAtCZq*0e%t9lMP^ z@_wotI;KoWeIQZbq`I`m)i?MHW-PBD<^?9JO9!v1LzjkYvR8^y{v|R6ENq%)b&#|c zrlGzb1i|1%c14!~G1PNX1Qj9)s*!1El@`v{N><(!F0mRnlMG=7ORlXJ9z; zd8y&ngF^(akmo@Qj5INO&j}fLBmQ&_EW`R7WRVcoM?!vEt$S)+ie_LWLT!Oh2wa{N zUlO%NiCFiAhtA^$?e?Z6s=ih+u^MqYZ(FshtpB&1;KZ;)WeS z{gDteV`*-F>;^yJR3_#Hdm-tVFX0Y)26z-!bqp3i38tD3j5VH`DQDB=F5W$UN9!OJ z!5*r>ZYhx{4B#EKG7csrpDq$S!loAGCT1)=07(5XeGTYy#UskQE!A^nThNqD;eYdW zzM3g!a)6@5!RDFF^`7Z`ZkYox_IE>M8&{9=L)8M zjd1hgZ(?9+a~v8oS`)~1VBVX(z`PFn{!{yIN7YL7%-Y+MJnQ1m8MAgM!H2 zVP|qEAa!X34P@z$>0=BWTHVG3sk0W12X2r+yuF#18`UDVnbFuWadRSfaBaLa;n`Op zY$DU}Inh|$&nAcp3!7Qy6H2wa@anKmz>Yy|ce|5EkuNKe+iT= z>}q)HX|d~^mfjRqqlyv?miA6VhHF2Vgag#Cm4bn2Cdn3g8LJaY@wtIsbOa}V zz?gZ1nFpaLF=>s6J`(6(>~94WXMSU`tpw7Jm?hJpsDrl%UPwjg@%H8{0k*Q7W9#fw zC}=Pui+b+9lc0U8+A$ z^C{*twW-;%0#+*y{jxSxM1WdNg8buff5+590$Gy zBR2m8dh*AB1QoCeeE5x2@%q(-@g#<5&oDUDf^*lkl5P=^JP9}NP+`)@j)L}8 z(Oy8hSjA`@aTRpPgrUOlCGZ5Aoa_LKKJ8S>B&8Zz0Euo8J12xWc{3K)m;{!M6=>X~ zRyH>Dzm?SE<6L@e=RvjZhN>E*lYRy`cM@Oz_-R5&A zZpVPoWoK(*6I75jo_)QUyGr7|Fh)(?kf3flV0+5DTzt!7+jYczqLDVHJ+YV;6owuU0VffKwxeHVqX*Omr^_F+Yyv!AWr&On203esI2D%cuEgC4?^@8gjWcDm#) zl~Uw&D7#%YKnp-y#tow!FF{&kf~3vTs4tii?sB29_*X;{xtI$ro^{dA_GY}9rs88a zv5_e3$gh*!am6DNsz5ag<1m1Gr`1`{@e1^V=irbj$Ny-NFf^3&eZlgM7COJ9j^;0%Wn(&oDBU3d6?zrNbS|qp)e-+pWVa2BIk)#Hb z%k2|k9H0qOvdERS^Q>?xi6bP_5R0(`IkMm29#<^gCNX=mlH#gd-o@xp(ZQ#ji<*x_ zfg770(&wd1FI;Oc=m~jamy8PtfL>>b-r~u-Z4Fm2gmMfeL(fp0ozu(;MC8U|*(U!qYPpq3>j&yQP>D>XC>--2_DYm^1QG3AxoPELm)spEv- zxP?M9(C|MgUHLt9a1~@0aiz3Su&Y)iN3j7r_2Y5e4uQ=ZaU<|Ak=05s~Ps@9s` z2}MN08MT8A^C1C`L@UaZb8i!3$C&CUPXX%-NtyWi$wHN)qbk=v3`a0DfYxDb1y#q< zk!@q)fkwnzugCKe-|+{FaDUKLsG+R6Xtr$mpf?PBLO}sigOep9>PKoVm~su+R-jLF zXencmRY_LH$8|)r?+ab>HlfQbBCA^Y)YEqFR<&54X9!~JI3uaT{PhYa0>ox}1(HVG zdzB2VmsCJ14jv%dup-$DZ%0{=DRA*C*j>Ru;*!ZRYyb0OZ>G14{6@wVQT-VA=8sz? zXHOUuvc=N&q9?|;P%pQg&a5tw!D9VVv@2sU8%~-yKU8qAwQkQYrRo)r0J4t4qZ)~; z_mU6`V%(RstjR!uB%T+iI%e>A>1;GZ3|N-pb{)U8te{<|vAwMwouP+JmrlUWc$B_< zoedTt6PJ_^%u4oOR)|)Zgsm$KJa_1~d2hChlM0?`Hh9k7D@kV57Cej(^lR7+2<*ay zu=Nb-rbEes3d-0?i=d+y(_&4DA3~rpvxT`(ac;8}LrDqGh$+@v^;<%rgKbsi*baGj zG_xpB8WYCQ(-eYeE~TBH;Evq(Z*ePn7#gF4vVyO*9w zaMCh~H{m&-)^_FJYo&<|dyvf9RJK*?$OokDGSA(MNrY2IYfWJKMbcfVRv|&{QqxBl zq=F{^L+Z@$(?oSZC#o_;R*Cm0s;vbOUL(y%TVp`u1gduvZ=8VT`azX$aOu_D4lIw^ z)oG~FPBse5di0}hArii0!B$pWI#k_zzz_ut`pw(b=xNf0xPu-FQ({eObJ@aH|Ft z10J2C6O(5o4l^9OaO~mRrR}W*Y$$zc5(PB_?a!Mp&2_gi=01tugapZvHR)4fI8gF$ z25!lSf&bFq#&WKAys{g+abT9jWPaO^a$N*{Y|xUqK(I?9SV;ce$>TTghF$QyT?1T- zqtDV-+A=si(g*T6o)I*m6bJU!ij%&19*E-Bg9qr<$$q^`;}p@>w4y&=s=GyNWGtr`xRA{b83l>YF6E4)B7z!eys(p^ zGc{t{t{0SlAtgNk^$|AMBVsN9=rBSaSjcC3?-jpJ0SDryDAU)qUN~rC&Gri-nUwS* zPT>P&?25C>uTD~v9Eyv;p%*Hxll%>c^l>LMLo_MD4g?r5SeS=;Pimliz2tJ;umq7< zUJsaUKM{J8Y^~^h{Liv>zvff!ToF*Sy6MH|XXjddg!}Bbp*>R-Q2ENHnqPe7z2a)N zueEr9HPa=eYDwZID$XdZ=!#_PmNxD;6GG!N8|m1U z{Q3k)zmZPY8W~{_@)e*T6<~vJ*4Dw?Noez37Si$e+YEO&RwpT$Q{g54YT!>rfoS}F zyv`MV?x7Id*lg9+gx+;2E+jzLkOXH?kXne#NK~T#Un#<>0$fHIdKKF!@*6^Z{ehns zcTTCZ2PKR_szG#&rb%0I$2)^&TJNP>m<1%VAuQ@Io+FjZC+LP{9ah^(RiRDguEHAd zg>;e<4h-g?#;?Rt!=mFt3ILO@W*~Y&);GT^aG^Z@m;{k4aW`51RW?Z&j;x#%mCe2` zcl$tI5(+6192oX*HO_0t2}Fk}wlPca0#q}$uo=qs91{_h7fHn~LJ>~@Pc2oNAgm!< zZB&IXmTVd$vc|-j1J=Bi+<{aQADZc`4ypos$!t49Gq$eQ!h|IB{ZdY>phyyKs}w7b z3cPg5z-p1$5ieL0CUP0c36U&U^(ro?APld$KOY~~cH1aCIYzL&8BbaZr1oEf^-0mu zhUPWUL>`q4#1Y?t!v=i!RhC|4&~Ma^tXu5;?(QQ1Q+HHO6ob1j6iNruYyk(zksxS5 z>AFTUe(BV>#N}YVb@fKCTrwOnjU#niw77 zDYu_TFHRlzwmY1EN(fZ!e8m;eO3AD*_Q5ObkPW<07bac3{7kiao4Pf8EyZ+}lf(Rk zF%)J3!iZpZnw1Cgy`*U;bGogg&=b`gG`S~48qg2N`#Ol8b%ctKKv_tY3a8g@Xk*Sz zyehejNG2YTR`6oGOROaGdVf3m5Oj|1HW;3EJXkN=CrUaCufthUz?F@X=!~gb9Blfl zH8+$KUI5!|N@7(0-ay7Wr40xpgglH!ZRUNPj1-l7JGB|0g)@hzV|Jx}HrlO@^~r*E z;U1kNlHeoJj3kku=I|H8Pf>$M4$ZXh=^91}Dh zR%pGG#+xv|Z!$Wa4g-$yxiz>>{!!toUH;)LN*o3o6+mJ3Qd5T{nOjOp27=v0A2}?C zJF{?`l%3>$kX9MJT9)nr$j<{_9RzhIShix(}nWfLD!B+0li1hYg`@XSz5NMiENtACFHw_F@0I@DlH?Bq(Jd#*dUi z@O~~E>rLb+*tJSoN7hi#+Ag$ciN1Ha)X3Y1n%6!rF|4oju?@N%Kh#QWtysbzn3Qh) zrR079#~4A*S9ku!$zmc|bkp`g$F_v>^Je1q^!lxi_-T%f(d~z>@A`?1YK^uOWsv<< zY?{ZR19Pane2pt9CYh9emDrG9Hps<4O*&fua0nj}YZ2&ZrFSZB0fr%UWE&0WN-Qu{ zvY+Eb%jm#~B}8?s*366j_62d=hQ>FL1wNPvL1~(OKe$D>Rf*+4Fsg+_duN=tfCVM# zy7p%AQ_A+jbp56bMtp!8K+R3noOm-Ixc6a#?iHKx17~Uj-HF*plSA=uR?Vo@T$(a! zNt_pYNkMm)M%vt3umOON5TE^+d9R12H^1*gdH3qN7Dt5KO62eUixXl{Y+(@_uyJrA z+zH`HjwY_Tu(}?k>PjCG1wBC|kY>wec5MUudSTjFfdHx# z<}Sjo%`rvfm%JP9D*h)*G1{U~`;+4DJg|t{kT~Hcu8X5s)@C0XIV7G5+Ja1Mu4wTr5=EBWzAM~DP`Pd5=*=$M4KT^NFkoO9x_Y)-uR!k6ZDxR`SuX%?kW7}piwT4DV+erQx``@A%As{^kco8`b8D{-R zQQ(AE98xxm?22AV3P?#gnmIt`x-rw7kUu{~gW)XA>faR`Ybb&1wj}HHcdE1&EXNvh zu?>$do>OdkjGGy(YoL-9iw$b$&SrQZ@>+S|Q0?9FgtyRC(=@RwB`e_<3Vd2AUBf98W%$Tdb@yqE@o`P*SeV| zkq+Iy$Oa6hjpwCagYhF?WTWT#$ToaA)phof=qn2&Y*M}P68wm28f?=!LDHX$P$#(T z90O+t7Me=$XmLlMiOR$`E~{5FAMmW~9}+Fxku(MGiMl(tAH zhP@G3fo&!r--h&(vN4bZL6ZFu4j{Kwkw8Ku{4chPT9c71`-%mU?gnaVwl*hAmzH>j zAR1t&D*NiD13GlgN8#yikp(^}{ufk_jP1LkhzDS;6b=&M zCmbH?O*+z0zXhi9lmRRc*&i8y7`mKYblx1Gxr!k&_8RV$ z+ZllgnQmd&M`XlK_{DFtLop&Dm|*yr?M>WhVduFrqbcD`9rXGu!<4A9HBG>D7e3vV-T67yOcF{?vFa2>EM0AGRgR;iVVErZNRF$frr8wQdN7oD z*uQ5hX>M=BbUf}m>y{WM9B`6lVKg7Q_#p{E-pfFWt4&slJECJR`N8Z{CI<0ju3->v z&#B46x;cj5x5Ta-7 z=*1Ml=XHN^x-+fN-Ju^r%tJv39p7@vX>@K(n{_G(@u`}wnvhkHPMIzAFj`%A<|zXf z{h{*FVlHhd$>)H^cp?q9V0svtzgJZ)u=~L&8@x86S%kk4X1Abj22TZYv#(&?_lX^q zDWLfxmMFndf%T!h@ie(pX)D`0S|XH6XaWJEN@9^|D#r^ZGwRej;BKR;$s;ivo@0y4 z23ekYeZ;roWD4xIac^X3SM?#aA7#2kz<@OUsMM8Pw}46`(b6XkyG+0(E|{bzbznn? z$BMac{y*qvSA|kC1b@8S7$`UFKVPGS~Z#EpSZTp11%>nkQ`JJ)z#|`}g!SX&uan(tS!kQ`zNe0hKT))UyK$RzZGY6q{ z4h1M=g+RHFz|1R7bw+|jE2Uf@yfZ2^nkvQZrCeTKsFteVxcFcDpXRF+5uoJ8z~uER zxc93q4i9uL;`HXE7E)iYz45~%go)3cM`PyLH#6yC$ptQjGI#_sI zEr9!frZ% zgcAh_WVl27iLcUJfzL##mCD=bh0;@GlC|P{7sz=2V+f3zo-sr>XZH>hQIO2+$M)kg zr}nCA7fX}zBiVmw73=05Z9HoO`1NSg$>6YoFs=%2$xZ?Lf20_?D zP(6JVhCJ4b&A2ihIQ9XG*cnwscjLSIQJeVcahQ&snXkn29)y!2I#eTVCKqJ}9oT~a zyIN}SR&w8Jh2-6ncoWHWfxUWF<j%(EZp8N6RIvAO zXH7#ii%Q&td~9Jk@OQXZ%1EbnV+r&~Q6)?&4HX8k?E!?E9#A0BGI7)`4urkPmnjA86ZeE@EsH>RJ2apknVB z*d5C*n(=&1P-5hL!n^7z(ff9IpNcqp4#y>fCn0wn^+tvi$P(|5Kh-34!2wyZZUUHX zcHa}v-S0D-&tr52MCBx|n|Ib4zDwoP$PD<=Sp)YL~5%cu0D zaQneF8?WdBsw=YQ}tGEV!spqC770TED7=w`o z>Qppj3Y0ADDGtx5fe^Sfv=$1mhAI=G;Y{DtTpR&%1*BsFgd50-q#4pcb?0aJKIr+8 zXKQWVOoqo>Ns@`(kl9hIN)~m=QBtZ_>VJNRVGzc;_=V`qw8*V~LBQp@&%FTn;NlL) zU8Q`^z>O)&=HRMtpsbj?p_2u=t&Ms@)K%MeqEnTc+gvO1*0V^#zV4uF$)^9b---kJ zwuL9A$Z!F7899^HXsY8hokrC7AiQEB2hcT9%l62<=oWSg3nP)JVhV+%$ooDmEz~`o zWZqDEL1V(}LINk|)e-Xa5GAQYOsiIkYonkocuqB`F_j2eIzt9wt*_p8VHlt9 zkik%)7PiBchb4lYWB1)b0uJx&5MaS|qAFn-lR!0(|rB)01=198cr^a~+z5t5FCN_<&{}P$v+3Cy7I?##9 zium-bFGSU{H5gyIM-(-LHIXkfX-w^wZev2!5Yx{aBEZ=b!?|LQHI_-k=tce^h zVbShhMl14ma4>8o7PC|-5)s4X^eAgiq@TT6u2~@zZfh5shw^Em*aTtA_ZNnDpo79* z9f_#w&#fcLU6@DaDLCypzP^OB0XzcEN+RupNMc-q2-tz3z^s%VS>s&5GyTBvq3 zg=n-Do(4{8LWb**c)Spcq zw+d0f=%_wJsxqcIHEf{Rnd&NK7k!==gn1NL4PbZnB0ihe`Vk1{CDh`EgB4aq;7qRVFdlf!me}?9 zuDbOQsQdk9WY!B#@I+(IE`M-QZ|)%g!Bvu#SKsFEp>cL(i95Q-31;x#0|BXFpt-Y# z8fkKQ*3iLS(oU~r7UQY?Xv{QCj;>KrI!?+kbt7ctM(O-f+4m>^5LI*s59I8$W)4nN zG^HW!0a3l=Tc2H12J~Jpmu9fMx>j95MJsAb^QdLy$S3+~1f@aasNCbpf?` zrxvqk?$)rFHkXMj&tXs#UQ}IFbmAyr1K#fnrHB9|NQn41lLbcdwa;j&Gl@TcK@A1F zokDpr68t;#tBlf~S%hcB78@bcWWySD%n(oUtxfm2p>F3O*@som<~^=wB?P)?9%Khj zOJFdPU7X{TDMex}?L{+zsd;FV7;>8`a48iDISi6=ywEVVd8A zOX8%P39@3DcUhGLvXpLo_!Jhv2-2ns^t4l5q|Y1qgX(0IEKAF}qf`6#e*Ae`xiat# zM=;gFgE6oIRgy68SjLi(A-7xmM=MlGEjud^mhok0Guy&aMGiTGre7aR=P_xNs#E+f zn}8O9*JJLIHz&zLQ@uOIz9uP5XvXnuaxD)81QzAP@ zS>quOWFyV5h~dQv8?Q_EG>}WyQ+9@7&$qMpc7^w6~8Bwjcr?>H}h|9Xx@!H2%J{-Mojy7p&B?x z@*OGNoz1)S`Cp{>$nmQHR<<&tv)A!r0Q@OF&K(K6-6aLxP1}iA~?E@AsFvapwX!|ohG*YkAOQPkI?ko74N1Ec`<#6W3va*$YMvi z@AfYVj&uU7(=KP#|AR^)nMKpNk*cQNX`3v1$XDBEloDO{Wpr*gLGqqTphwVO?AHwC z)>3G1l@Pw5N=_hBMJg04f99?=gHJPocZY%4Z&kc;596Y%NcyQr`b16~qLH7g0Ys^o z+qv9tqn=1h7Rr*V;fLs+RO9lnsgB$AP?#>%P*r9$&_AsNfkjj3?e1@lv!&`KlgH-xY{>YBw zZ0#BEKh<<)8iqkzodeS-|3pBzb=S)!*U!;FhT_#|>NFKFH$2G>BkV60gt(Us>P+WO z8{&LeCpo?cLu?FVL3Q)6S$jyBw0inRwPc!_;gN8e3w>7Q?YD-I()?0~b~E%u8g=_Y zHc;$s%uyAfwph4sCkjl+Q#8)NA910lLE|dg#A0`NwtpK!Ig;R3rL6%IV*vjx?E`Vh zYYPGT{rvDSVK$6X)Imddh+X2NI@r%(Z)PIy)*fF)8nHmOptf4_v>KT3ob(@#G$+|) zbJMVIXXpH3*GD?}m*V2*OWeywlIgm@=J__IaE|#PLgAz@){}gZt+_OGShQP&#d~EM z)@1|mOi(qw!}0-3EQm2sA;M$1!~Zo_Dx8#VhK8IkUMPoB93rj(nC=18qk`fWPhx_- zRJ9m9*@b9bK0yPO5@-5Lf5}=nZD7A1&5dG1?bNdhC($Kd1W)`^WH$_rkhSnEN?9B1 z#kIkIavx2vJ=}oV@VO25Zy9dZO!e1HOJb4i@RaJTV!m*3a)d0QYadm!>lfZCJsYaZ zD9dYm$r3kF*H>O7aT~%ZW<8F11zPxaL$d=M2vAPd*&TzoGE^Zd*xQjQbW_3Bg<(MLmCo! z3xSJFjs8e@8d7q9n_QN|x>06hK8&nbPmsi+eZ%xZ$a|N(dh97DcGaB&aCJ@)C_!0= zcVbg3g18^bhYqw(X22hj;|mSHWx!2D?CNqNT&!Bu_UasQV}l@{l$s0?h2kHQWRAu6 zC7Js{p>Y>KB1F_)F2UTuvq5Y_fE1WuZ8}3^O48&TB6=3caa;@RaI&*JzO_IC(8g)Q zD$U?OKQOxlTe;L>6jVVkGatSgPE90S7yHtAbtS(Gn_>yENd=SZP@?S=?&Iw0jDwN# zCXpyVr;H&P7yoo$Ob?{BfZ5|McjG^S7v+JqwDa|DQQ1rWm~-W!CX6NZ_{5J zUBP~nB8Dy)tGwxOp#h6V!~&x5U?8STRfO33LuV(>ylY2%|A0Q}grxe6D+L3Oo>tV~ zY!~#?CfD5{)J>sxkq-x8WV66~k7m3bA_31aY%PT#+_#mO-lUIkT9*j}58K(&hND=A zMv{oi;^!7Wz;L=7234OAP24M7R>ww!Lv9VYTJdHJ81ovZz2b#k{NfFGl^(#}h>a6I z&gn@P8j2%s@C#ju=3<;IV<$$V!NZ-sm13Gu;JPriL*N4tcHo1GSo2fT9e+( zRa%p;oq05$M@7;P6=Z9GqXWq}FErIHz?Sws&YHCKCJfz_fFicV4b5uucXQq|LHw9z} zq7D9j@9#SYEqRI{s0zDRR5Aj%IMSxdl@Tp6Si?DX!qswq=6mc(L)>e`qv-w6AG+Fd zwO*YnEJ^Y#AzOrIBJP_s=9n<)IVziGhe)^Uz`ILF`7}aFvB#`MKDeDop!!Udlc_#M zj5ZuH^qjg`4hngSH@POL6BB^tbWc&u67CD8mFe18{2(Ke$Mw?z3pVnuS`@vv&UU@` zq!uT!p~eNBb5c}*iG<4&RIJ#ROu9^A`B)Drw+xEcBK8gLYxQeJP~sMzO~eb>#YYsA zo@eF3*1xO{g(Ji$Pc^F1a$cxL#^{5I@%vO_7PB@@AWp(jj8mrunO@d+viol{Ry|hm z;V5j=aGmEVxZNByFmo7l1_`z?F-c&?mvOC6J3epGv{_E$N}D2_5i~`u?E4F{u{SUo z{E*vNLC(%k-KezfpP2`AZmcAUQ#m9XcUX{;Kr+AZ&?KT+j6Amqo*;M@K{(!DCcxi0 zrpYmjk;UhBd75D5w4LLnKFk~i10%Q|c^R(Wv;aFm#J|LXt$N)5Ed!as35L3Y_9-5= zOO1Bj=dc%{6N^cRFPyJWkd=d|iX3F!c&oiPmRnaiNg)9U=(bEVSZ;~Q1L#^5>?IW6 zuNG>ST14E+bya*1(BlA%#M!0kSB-$D_Z7fYu(a2%Dy#gvBi}{JbxQ7|R6N9qe)76SoTNqaaW{H0^P%~DVYKDHG zEiO@h@~;BRVw;N(F=pmfuo4h!nRhIM|_)g*%>~ z@aIZeabH48koUo46G`;Wt%4N+rv5T*-Izy@mEWrDkrRe2UeQuZY9t>*MF|FShqpNU}LdLhg= zC2I(f5)VeWYd}<2J}v=rIwuz7}|lq9(nh%%Ey z#>TgWEe&9X!V}g-qYY-doAqmN2E{mxHbUqsdr14YC=@kZ(*d$-2{dSX7Y6jz zJ==;)fkr}3aQuL0ju4o*_y63tLLqK>u`Cy*WZWS|yBrGGiaPj6uMbz6Tj?sQAV5m7W_qBKK9 z5&yFw!tfXQK2 z%Uy;RnG~IR!erYivKLg_jp++b)=wBa_RnFLLkhE?7XfKr??-8PsR0zUy>|LX9gG&c zLsTH;{%Jl0Yu~id9|f!v+mR`^$u1!S6z9>HheBT2h9q`y0j8a1L{cE8>)5;-WM@AY zJ*{|B%Dr#cJtw;l>-xNw#kvnB$$=Etv7Hr?GL8TIcvG-Nl-gxpnQTMBu+CKQzRPxM z@>9olz~-V$b9N8I7cpZKkCZPXo^kID8kPkZZnRE3?U!)2El@f-=%M zUl!ksmw~Q9Hh8bKjxh2{aa^xkEGq?mE$tL|bGh}Hs6dBHm2H`4%-ZIKh(ub%!)f z{SZ~4y}vozPHNT8M}8Ja+T^TNfhwM-Qwd`$K#3Oh*>g~dMQ7bjvCJBzM_TJki#v}L zsUy32pA$WRg_0N(rKjd@v7c9jy^n@o@RDdjfGx{WWSHCToU>5{21RKFki2*w>a42a zKGQoJ0Pn-$+*O5llo=YSC6Sp}i`%gwOcJ%yGYN}X{ks8?V(fAO1%`y|nwmKSMH{a< zsw=3+d?RQH`+TWzA-unuH|DYh(dmqb0kXL&KoWWyI#JN*rk2fVV@+%&R?9_;*bbel z7pPCcw69qX@ubv>M28I@3JW%+;)8UZJd#ph9I}tQDN3%%3%YMsM^u@s$*n zv_Zq@g487xJ~vjUqDkNT*g+<>8i4%PofQ$)xtR>eA`g#&JQ$_!Yi_j|G$t@wPhF~> z9hNV~e^i3k72>_5t5U~1fx32b>5Na=X#?&|k*HeFtu}N#h5HKCtix+W3&3!KXV{r? z9`*pztMNWoNCoi8ZP4gPZ)fhE@n+z};dcV#@xhx8Oi{@wLgW;DfR;ZWm1Ko8H?gM@ z2_#BDMp_Y^c`gSRrf@MWNL2$(OYUPZbxkpw*sy2KNE0KUEV>UGnrNbqUEe&(q|qFJeJ*uKUV<0&v@Sjb&paqpN{Nj zBRLi0bxk3)QN^nMmy86z`D!Eay9Z_~J+5+W6SUGg9bA-gse1}(&9Ea z&}W~5d>(+{x47h&xw@-g=5_*PBs2@(n!I%h7*_>w5EfKpR^w>XvQu-^r^L}jgN^V7 z-JQ=q{LTsf6+jYOX&@_iiKP!tpTD5z8LBP3EjH)tg_$|P4?_Q|!FdUwEGp0j-iTZM zp@v!q32#ED8%$_;p$NcE(VYQY6J5-ViS*wlCd#P3OB^u0Sk-Hs48lt^*Kt`ha*JO+ zn3JO6S4#0EZRXFXarg03s~p1!^F!nhPPuCFx73+dsN@9H?Y9L9>lg|oF5vpe7kBI5Y6+vF05ezXfO2v=3o4g$JjVH51f$E!TYI7?Q*gBdn z9EV8>Mok;2@Vg}^5Fyp;r4_9bCrV_9vJWRp8qFgEu){%Y1E#zId#1963Q=Ynmdm=~ z-KL}$waQT?DA%1A5a7&WY+HG1z7yV8;NEFSEXWiv-SskAbbZ+thVuWtnh$QQMxtr1 zD!O9<_56f60#2=_lWxd%y=@V~&-y!)7^6PQyE`DLwcqQi3iQh%3ly2&D792ZP*S-% zQ7xGkqp%WobN~QLNyPMXNuE+}$x7Ni&um2w%k2L{Fp3#LtM=kb)QpNj<%op9xR%F> z_o)h?$u+a2HK*OM91(Qa4~`O6H7Dz_HRP-cx8SDg8b2;#%fx~hbeGa17~M}?RLRQe zN={I&qwYW0(>+%GhCXu=)H?8MAl358JF0_ahn=FAvpreOB16#Ol=fBw0QUQc_}@yZVD+{Bp`bM}B+7rmJuUeAOJZaI zoEpCX_Xw8nF(`6FYTUL0cE0ro5#yxExT|k4KOpL+c;Xnvq}Tt^>ysVQnsiGaiGem` z=BRb2j!23WVCXgo898*~SI=~nLcZK8-Xkl87Qj#zXOS$3qW z%m$uTX`?5@GaxO=};ZIeWNF@@3qz+yL5u8Pqm) zI3o$k;Xe5hxo-$ED@!_LL}%q|X&!Vn;uhQ9QDgYP5z+gTv0$~!S_+dm7B@bg?5uY( z%&;i`wYg*D5N71F98Rt(Rz)RBQK&6I0>mIP(+H>gXoZxj)|_PL+623(uZ_jlVFS9` z7uUryL(gcINX8M%BUZgH&s!x^+j&TIPfAVtmc`;7nIEUP{#xU;!E&aU_Vg z=Gv_ILb>z-A5VI(x`E@_;)$dd@Swtz5!$G3Yv?`2{m-0*h95TTMk4j@wmVSzegMQM z=ky@`#RQ}PpAuzRbaol^+wN`iZ+4bUWNC^U<)Jya)I1g;GgsA5UC|g#O!Bj4^1!`e`w&yd|(;YGIK(J6MX>=k@(}S zDYA%QXHT@Vo+#}`E62jtZ+B1F5RIcyW;5p*nSzP3!HR&H+IBA+PJ4x@MJT8;my%3WZUbazT=g! zuD31W&J(LoVapIH89F7DU5*gYC3Mo%ntT-z*|Plhro7>ZVLi;a?Q8?*grn)#TiPwI}6^jjac~Q`BvnZq#fkkvUQqNnb%d zl$I|+ZVg#MYXOg}G309?uVn7ikC9PTlu;3rIg{F4*YyV{N;bGDpD43PHIzv~ui9*^ zzI-%KTFO;ji`u1V*G)hWtB$k0QPmoZwN2AIpyfr%oK~ zc1K#6hBHXBtU<~Xz*V%;c;&O501`sEK5?JQ&Nac3TMv7Lp_grN+pl8)%&p~z@=A+7Ksd~vA z^Pub(w>h{z9FUa6Rndl(+zGl%+5e^!HVpw+=Fi`^M%oG7D#O-w79x3TSn(xnJHFf# zw`}$IGB)&**wu{AnVbjC+1`UnP2`BcqHIg!Gb>k5wSoH1AUyYXJM7BJ9nYsx`l{S_ zmmHAW1v1BGO|$-e0tla!0wcx4qHU6)Y%8}F@D+HtennV0)n$$C+ahlE`{Z@rXX}m7Kz;1ISdPy zTtCIfJ0b%kPg1ARLUc-tsc|%Gz*i| z_Qm|rz-7=*fov;C^=89DCuG(FgwP{vl&6_%1=s`=CroS@I3KGCuCxV_A371- zwM4)~qXUPgzgB+;0}E?9;XWcasoQFYP|1hNP#MrBK-s_W~U9@Q|>XT5GIsQ8o$ ztiZHdZ#LN(ZLl&pc(E!N?;Q+FDe1W=HLC1>CliB zF(k**vCwH<>1dTjoeyIDMjdX&!ZRuiJ8DD_@)VMn@EdCf4}VnN&~3AV@HB227;E z<0Fb?d~Mu~Ll__`iIUlhO{|d)pza?^*J2c(C#^?V=0Mllx9v<`*%$B( z#=N{^opfLc&|9eyC?Xw>bMikg-_(6LM-04PTp_mnMmIS^}zzbka5j#mUn+=yw5zRMb>b@V3zp*|m zq9`6v$QV31El0Zu+5be_G`kJBcIOm%6hiFM3=7N*FzYPI#>?rY>(o&A(Mm=JdA9q# z!whO;!^_7|PDMNL*qRiqsT@l#14CN79+)X$410(7&!p|Te9T*XLDBGw-OHv?Ugyoy z^Nt*^G`RubW+R=<8;NL!08s{j0e&MNbqX;uw=IVnxJ^+ktU_U^R^u(W%F9RurNbFl zB0&I^O{P7%G!YmXO`HsGRk(90X;Hdk^%ZumK+)>L#tk^TGFc zuOd|fP=rIIjcQNdUK-aXL{BTXUh&{13M&pf(FjqC|id{NFKS$iR8D#fS5B1HF6*XHF5 zpvkw`oJTG53v^C*$y9hiv`gRX2`2j_t8M*ipuiC42~+}&rsvqqjNtc*v41c;q8px! zy0{Ldruagoyco>4Sa(FRX^dJ`K=H|o{}{@HjY5D##BB6T9YyWsZpm;)ZuWriR{YF6 zQE86+Z;bXkh9LPy!xmT^n*&zgzCviRs=)&Ug7cQL^h$}#SfR;H=f%TK3*w}$EPBkw z_4s-;U6Bc6RGs;YpkA({a7kIM>&{~}Om!C}@pdQJbOhE~f z)&wOYZ>RQcKc4XAejOju?ER94tmqWhYf~wbqG9bfV6ev2-j7&~Z`L>My#3$qA{R(V zCnnPnoT`}RdWE+;bAqlOgHaD#(kO85)`v`T7O#Rrf}8Uu0dy9kdItR`!)^fRqK+s! z_{$a%KyE<2tID|sb|gHP$34kLGRbuA3u-QFGIk&3-7ONTw6}O76$c$1LxaACfVe)(A^9tp+sx*9zQL=*3U*{g& zJstgoC*>#!?nCPJuBI=XKtZ5W80h@NE8=aY0kM>*E669JL&e4xJu{Z6dsc0)sZPPt*v;v2Z3(4V6{{>M>e?%~Ju<_cNuA3*rNm(vfyyp^ zVAN!gjcL2e#F$CE-B>z?DHxc(kX_#W_{6T6NLVI^rcZui+o_-b!nY-~CLV}9td}Fh zs>?N8Rf*uHVze-XrE2LINezf><+%hYtiuRq-Q4!hI>IVAk}sYo4BTK!bs$iWs0TeK zDckH&;B1I_Dw;H(_d=mfUl~)TLcc-Hr3uZng?%XZ6^9Y?M|O=UO4eBfk2{^Eirai$ zghbfnRBR_?6|m%nwBA;ksD!|il+2kkXsUvgJsEEMm6H&|T0w9ah_Vi0(;r>m`gYWa zjiM9{0E}|rtS|vD0};uv%SS^WoU$Vc>gW_JC=nhI;&wMde{}G3N;Od3$_h}Df*v4_ zf?f+NwFi@`(`b@Y!^h&y-_L=l-4KDfaEHU~^KoKZsSsbO~1 zZEvZ&71<9)5uuWM@mUX^;|_kU)PwM?PW^EKuIVW#u+&o8(3jX8MUh)CVJWT5+@f&7 zpzUnfg?$#B$y@A%;zBRPI%Ykq3b0Zhg(Vgqm=i;E60%l}NL8N%_C8>$h`<>|))(I1 z&sFNdsD(>N22e96jAka}CBcvze%phtu5@DcRvK+q|8QvBd`p|18Scd_;($&2^sZOz z+gMe_Iv^4&QiB?N*|%cWgo0vjCPOncPVS+=^~H<}`ISfBDxS$%9bEyly6TTW?Uwj56s}8CX3XTVB3j8H1V~lie=s+e$BnTVfGpl+$@`eItZfi z2I8D}K*yKe63M{INR~C;N2czZELpTZL#-o||L(cNsPl0(5?SxOj^l0K)|L&3(O(|2&AqOW16YJ`HFZNa z!%c)QaDGoiUIsq)WN}#Yqu_dl-X7OI%R+n01kKRU6F}j1tRQK(m^f_@2^EN=+rZOa zZI<3dWku5#(pWI8SeE@Ntf8C5H!J2{ojVx^KhbCQQ7_c`zY=?ktwF6?;|Y$uJjk=e zb*j?Lq_dODqsphP$C5=3)+xXNEL=D->02!n`fZ5b%Pp7xR&x=c3JZm!V9^!TIi1+9 zB!`GyNPZFU%Z?0@(f|;rQ&d`pByycV_5vi6$rc1rG)Tn3$RDU%T4Cz`wwerY9mFAk zphc%fi&Q+Dz4|Jst*EOCJuTl7REmO2oKV`Yg`d`YTORJf(*|+hHzFwqV01ZT z5yZNtj2E8G(1UT6xmkd~0XIq$-HsIo<}Jz1^j7T|m8xXn>jP2A_H>nY{cdITyU+ka5)-mkpd33p$CuM{8tF)K#D( zXk#+#@tdUWIUC;v!vV#eV+i@C#b`(7w{xvR;^*Ptz1x2jjIJ0V-jUyp;1lSqxRCG} z4_TV)WUgWnhucbM-kj&0v6PN-U##OJEV*ZWnch;A=von<-6NYqS8^~yclsDJi^oIN z3@pbzFD-?|vZqo;MC!!c@Ybhid~3Q0K?Dx08Imqs)hat0bDuR|W%jt*dB{AkFoTHZ zMXwnLhE>-;dNE_RyJ1gu3UNVTFfp<79? zk_?|~i zSet0VcfS}>)-87D^pwD$QzNc4Bx`x$q8}Iw8N&=Yd@LHY1#bw{$W>=^^f-Q3uEj%; zT|t8%n5tSQOD$_AvMgKZHLwzwcyjdNsTFhbhDbvj1GLe8wZ&(k;LoZ>c|jwP3zP45HI5nmA?!7p_xD_**kjq7k z0}yHrF6>zC)JSXU8*0IRiM9b1(-Wj~q)X+3+T|JWV~cJX;48PbdTX8qn0Kl}TX|7! zsx>yB=-Z^==NmJnVK5<)i;rCZRmlp#+STf$d1a$>b%MRMi`6F=En&pbCBb8y#mPl7 zoxuN+Ms3*#UV-T$H|jMeipxzaewc@rbka$O+QFBue>hX?YtQkg_93*DG30!$0ZS=sq?cj9tTKJ z{49h8AGQhb`N{*mQA}+2fh|udJOWIk5Z=*zbjc$&TjxV}jwslhWnlqdlm--THh|&3 zhEQN;wL$_4cqSjwnWl7cWwF0Y4-kyHgmi&6oWGZe)G2qT4V)koYW1|)g5!|oN#IlX54{;zB2Y6qKTF7DNr4Q-LDOhS zV(T!_Z}Mb0Ui*a8{#e6_P$`0BS?0HC#za08sWkBwej$ZFBf%2v#(*z$(4ql;uU#=H z%y)yO5ft7r*?BBTAH8Vq>=m#fmt3W3(&Pm}9T4;PHZoWS)*(TFbbaw?TvqY-Nn9)I zE#P?A@1FX{p;9K2#JX~db2EP+7z=o8*Y?n$NJ|>h3z`})arNfxa@K$p zm#Q?m$;iE!($dEIg5h8qL3Best-g#DIwkwPz=!%MzmRxqBZ>-yP%*Hf;Yh374p+vY zIt{e0cn(rWQKSSEm#UA2)I35T-?J&B@Z>PXbOI$Sm3~NlMC``Ovo7CG;v-J9r@pAJ zr`SpaCt#e;D{W*ay!2@V5HKTx=Y+zma0GopfP{%f$}N+RGHRjl4ET7F>EKKGx-xUtPQ4dyCo_&%}+ zDJnp~_X^27O;IRaW#HcBWz@Xsk{Ox~pINtfzoOEjvk9IvQop0zoy7{{fswmSatO?Y z$Sgz|^E3PQda@Q&8`tU&uB?cB18LtwpGhI(4GAk&38o0t!m1_ zTKYhNa;4;dVU&bM)K6>c(WB(Tg&aF6_|_SLR2Cf8zX>sU!lQKC8Pk;(0>>7o{x*P? zGgozmvoV09%2lZNWWAX++?ToOoi;RY(@8Ij*Jmfab~pkZZJgtYa1WZQ^6w3c^B%2|Gx$I;R^=4>N4b!ntnLPd~QKHt!A)7p+=kk?RThdEq1EnYTd`_HY!hNiCJa{;g#8af-t#8a4x(Zzg!pAfM z_`F^tkuuJu8;b~pAx||C>E|c$8qpCbgR8rMULDiFkOo!!Yw>` zQn(56&ymEc^YngqK8KAK5ad|)I=q>5d&9QJM>7n`wV8AOYZoXtYk6ke1(UomZT|Rb zWClJihM;`QNEEt+QsIY1DaM!%an)0KeJQo(jLz`G6ArE#sRqs?AR2{9^~2sg1|wS2 zhng5AXmnNI=80zPj&v>=bz*gi%!`^KIMtRCklf;$P@vrsY6J8NyU>Q54fC%mi4Dt8 zB)YYSN2q=(7n3tOjq%tSFn~ZMdRQMlImGQ}abjLw1bf}2L|IU?vc1ehcR*jvo)`BT z7-!r+$UJe|nrEVbtYK3&_%J;+cry#Hf%LQQ7vXGZk8lJ|*hAGLgj1P)Ra^Puw$@IAzf% z#Pz8FP|l4m1NQ3TIQPG#o&)}MyKpQ}GBca0pVujaas2rU?t9 zTcJX`yjf_C0n72*K`@wsw*vPAoyV3I42}bx5X44~v5X9I@uv z4{GuN+B_Z68zexn@fvbubk}%#<=6(vpi^++qpqdY{9L*8)!`LU|q1^wl zfq&T_Gk1?S^FoFsN>DD^n;V?a3XfAMpi(jUMFFpY3L*V&1$uPncq8U?eeO(S7un(AwYl!)~H~V z78jf)KLBKzwaB$aB7_ET#%hn`GGe;-5Py)=*1Gq3=bexBoI#4jBIUlih&66PTsQ%JiLvMBSo#k zyso7Y>WqFTj+&Gu199x&Z`5eadbtMhr7W7(K9QoET`|7+;qEAaHa5Oi`h)hSq9-Vf z-IyKB_Cz|16(#%y{@f3zmsdD{OMha9*s1(U^CdEHH)zsaxpway#nG7b{6hnz zCcL*QsrMY|r}lb!T1y)@wycvT6q<;x((Ixj21J5=4?NFh44Z2b6#VO5-TMIDGa*N| zUyYNBm>U|S5)f~5+pG|n8kiUD^PP!n$c;ws5!PT zeqc~nTcZfCH{{pJapc1UK~?p`+86L2^?4AorZgfh$_)((V7uwCi9;=`aX?C)A|C4} zIur{?EGHk_xwW2zpKp{v-Z(s%wJfM7NkickLnQ#4xiNX@pkR|GL%3gR;Nu}N9gW+# zfN3s+03;Z%NIXj9AtAk{pTl#cMPx6j#as==T&aQc1Q72E>Ey;hB6+Y>7U)sDDxG^6 zC!v-@&WWTLN;^c4rx;em6DKSCo?%0wB0h}oN*GPRl^;7H5mlDrcLDxNGq1zFPz6~t zXUXbGaD!o9GEqD+*jwgG72<@R@mhBrH&gjoC44Fo6Yj@QeQ%+pL0ds8HQumpa-x*L zv;@C|K~DN@zhog&dm#a~hf3IzSf21_{&P%g;eg8;4+}XIC{5fvn7?RfgbBt=GzsY& z^M*||*Zi}?qs~LwVcpN5>H02GcZUWjvPE>a5pS&hr>IBdf3r0zU!}@@lp|V)`cqzP z9J0{d6LaTR42OMBT^1LaGav*2c_H~9)sF_1cQpW=eKIhfg3sM611#}$hcAA>7C$WP zb4fV%jy3Vq9LfSy3Oe(abKPNg$Y9GXY>n6VK?{;~@rxjZnLzD1l zMd0I#^aLR&QLrr4+LOuqkRjI2(D3XB?o8r!0q-9Jx^(4N zLv$xaiN&u-YDe3XAo5uK$D)Iyg=7qydKAhTxOOUaS5JorSkD{FoWnAE5NVLp>zpqw zFF>fg#FrXH&|=49lV-r?LJ*^Mgo#Gn84(Ig+`)BI(=yjrM@s-y@#Z@Zz_Te2?{)sA z2~1=0*osTmUG*#Hfs+6bmJ$_dkKo-YoQ0XXLJYI_UesZP1t++rqLf*3I2aF0I}9l@ zYFyY#7?wfNi=_PSTy>7`kUds+xktq_3YJqz-R(vTXLFD-&IVbtA`g)^TqpeRV7#ee zxn_e1;65kGS>%8tN)J2zf25d2i;x7P%ke`BiNHcAVawIG>(e;<6+0x@lEB1S0Oy*3 zfYh_hGVruuw{oN_R79ELhM+e{`~D*{%-4J4gz}n` zaU`Ht?b=OZ5z+(g)!Cdtj*Y(x)-ty$$$ynsydWpHK95a`oDiQeUd(sP$VH8X z5$yaTh>g61Te6_`sty5lt844oM}0kK?SqP9V9@%m#%*nK>VswLsn^yE()`+L)@ij{ zNE!d|fRtp`js;ktCSl*rs7~oF&j7-?M!*KTUebooJrFMhgE-FpssU5+i0gNUEu?++ zwO2w{Gyg`v`YIbXsKO)9f|>C1F__qX@(2rrq6gAbf{cEu0}-~OP22&Fl3Pu4-}iW% zs#xWUfHZX3sO(VPSGtmQ+>Wa1g$Stj9pZu@%58+sC`~JLhkWJKkn*Z#jxM$A)(Ka7 z?0IMls4Z*Z5)sGOahUgI@T9V!RA8XB9(VxAN_`GWP#vGQcc}wvr2j%ZVWeopehEh9 zmb;qF$w%l?vYZ;L{3$ESiE*_!SW&!M2>qzD4e_XQQST>;)Nr3D$$-9M|)KlK7+?aVI zNMAT%7e`U@|M3c8C`M$>ID5EZK5%WEkp&gT)Lqacd>vDmQlVWF8v0a7ot?gPZD@5+ z%)^-)hzcgr`_3`T%L+yhlte*z6A(E^s}h8)*u*WI-$9(On)#GQ8V`N!E3m8eS5PL< zu*!?jS1@1$-UP``s+KSzdZ&n+r}(>$U|;+1a4)7LlDIEk5m*JUI*bLBkg#9!EYJ+c zG-V?Dvw_VACSJLlf;p1Xa@h!Z$;aY!W^iT%wZ#x&532cAYVX_nd#|Yq#TwTH9sG3M zU1pS`T7tu%I)AEz6hd$hzwb8B@+PJ^Ou~C%kqA<)Jb6+;%GCSMxSHNmLw&F=AT*{# z1}r$V#Bi7YUS-QU=8g}x07NUWlFakkJ6VMWPMw*bX7d ziu)fkys3yDb5^o{X#RDX8lG(8U5TP{y;=s(4jW!O5b-Bf`xI(?5(hz5qwCwP2W|x8 zk1@;0ivUXQ&`L#H!kDjSFsu?{vZpTW%B+$1Ky|66Wsms~zkxg~A1^rSn7ZXeQgYvp zDPWQ=z0Dt!aO$Z&)5_-1fwttNE6bJxiV_kp`Pmz4oz9`Go&6XvK*!LK7ZljYPkMs& zH36>120MAjE-&Xg^^r?SATDJ++Oj9-!uDJQXLPwHO#afxAx?d^Tc2ZCvvLL@x{Wrh z*)x8&e=Be#U3Q`$DM>^|LBJFHeZ0rEdKmJk(H4+5rMJqrT7!s}28iLh*Uo#CT8lJt z`iy*(##S%OSWnVkjr=_nKgjf@fs;1XpIr5rlS>-AgVHixdR(Ux7R9B@`3t^@Q&M-X zufH=|{A|I5_951er<~dmba31SW{eUf$p|4HU6hIrI3-)3FU+Gv!zaeBI_3*7LeFhW zo%s+~)<<6v+SN?qq1h1<*kb|7MAK2=r@?&xHyd<8Ge^0pCF5gPc-#KVt#sQUkIisH z_P|a>X0$IxP17c)?Tb7-F%~v>Z|u9cfI8^t#f2BBITg)@OuzvN)0GkIr@>cK#Nw#7i_S!6ZzJNfYCz#ol=b8I8TK>Icme#Hf9}6 z^#@~_SWj}b8m`yLnL{(ZxEMp~>}awVaixHDqiKle+h=~mZT)h(q3Q);a)g6pHb4>R zm(pFpEH}^|K3-f-j};T^E?HzhyXp+bqC*f->&RS?|6n`9%ENj`p|VQ|Dm9E>iFK2E zeMX%fAOx;{cw{0n(hs`cD=RJ(8SjnOiXoC@o$P&$USX^c&V4kv{c&feVXo4x6RR@< z^RQ&c1oWq7MtWT(ccLS^dO+4GFm!pAB$J?*kBynz6!^jT-j&whR-wc~bG}K18cxLN3=7Wa|@nZhmRU zU;{(2s%~q8ZPpWJ>j#iGNP|*@M_c_hxZ$3f+>)3BAIL;l+Q()B6OapzUbsrpZM?3g zBQ_KIS@5hpNpXX^d?8CQjTp;jo*<#SE2kxj>wv&9KYH&S6D?=-NU@NG98m37#WU^` zjI3cAlLE#*3lgEQBEgnQ*OO(DpRE8WEA`eI{!Q?u4ggWuCZQZnFCaic5Uo}uHF9|u z^!nhFpH+CWNDUeeK*RIff$%%{ z7wzNvC@%o@6l?R;ginX~h*Fij3otx4 z+@yBFkmOtU&OuQgLf{Wal7Xk3=_z^x38ak;SV?L44)!+s;Ibk+k?C-!mNYG}##3S= z1>!}+N7$z&T#>n|9s7aG-aSLdM8LCQg`VR=fv{=PUfQc8ouQ5vNb$+}dgmp%#+gZ+ zBkVy*I;xxzQQnmAf^j zqAi11RVYpeBl28ucI?Ps#F-27KTf6m+a&tS8n4~`PVhgH@B@tYp=KvmL~wleSMz#+ z{^v_wK1>JS+T(WnRmVS>A&?yWlzH0XOZ=qgFAQwUeM>EIhqj4HNc+d{umJoylB(4O zGG5VO%B8PDjkfU9A~T~30;u?qJbP+q{15~LvMs_w`-DwS<0dPD3qfwf9(+wVRbE}| z6OJqwYcn|aM#C_!^eo7~&c$Jvzpfs4!W|s9in(NDa!G_%Di0~Gt)K!dWnVG2$4AB- z9QGL{`$qM9$`hBDkepD}-TCWl%s$ni1iya?X#$wHr;W zn97-}Lh4sdX7*`T zfub=)QVbU^c=(9@x=E76bl;l5-G=gDjT%ZuDH5X1%>aq~>_Mi1X*IGrH+Tw6yNdXU z7@=E6_UdxO7OgW|vOJb`MokKEF#s<>(7)3Y z5=vqofk*)WEM4)sAU~G~F}lW)(kF#+kZ&3eYyRs&zE`(s<-KlN7=d}k-Y@6ppeSacaUuzf%ulr6t*Be9f64#eG%r)>1%c zr%+2TL8gl>(3o^D%u}`ti@$JLb=QffzoRQ;2Sh?9;5p4=nXp9FRa2EaFL*!+IW2%(V zW9e&!R8bC_(nRoj*6Yp7)L|HO5vl~*BZONIt$#|N~Q9}oR&tIumfJSo4FMWgnK+%Q4aJ47ORXwtm9qaaM*-75@ z9qn{haWRenlw_La3G(Sm;SRYAWP?!fKSq{lT`xTS9l7`!f67m=YL^s zDdi18?~-4=GH#yOds+RrRkIUZ;#yita$ug9oa@<_#9sUpnGSKJ)r0T?ZWN_F~~Va!zpNqh9+N&-Q?8Ab~_^@rs3?&q8DmS3B`DetKg zpM%yH@$TadmblF#8Z8Y>EJX*c3WF$Y!Z_;YmB_||BqcCVnb7o44ccmB`1$Kym#BN~ zvc(jFL%}URv3E&>xWmc?O8f0TvDsH#bscXWBGwwJkMjF|rj(ebU%hq(7v<@v)DLqW zPQ5v*6y9}mGyRwfjEtrH8zu#4xu=HOk40gV1fyB}SLuq%U6-yZha=UwB-b0m??8#aOg^hB=?#6><5DM{iub7t zqCzQ2IRN$nW(zX$tja_$@TN0^!5`hpmZ93VqpvV8yL3c%> zyB6t~`!wxi&>zg*fS?FjNCkes>4wOLR{R0{qXpI+3}^WSHXThecHS1EU-DCMzUYJN z4i~Hrp0~gst{T=Xy!UCcPfWYNM8>ad6o!7ZXvD%@yCp)B2DF7x6YwFy!xs;l;rm(& z+PlNAC^I}3QUkGx!Nh&fzxK<1R^a8%5VO5A>Qb_L0wvJGRZfx<7|t>TdmE7Q5C}a3 zLVG=TrqqSCGiHrQOa!DCx0&pq;IqXA&V)4M#v{a_s1E<*cRg66-ZS(E&A_u65)3OU zg)1zH<~*ft0s{jdOmOdcN%|lW@f_0?qHyN?-MnL;uPi=tBaSE&DM`o{7+wZDc9A*k zNVR?CcA1E22HYta>+G=v4q|%pSjU~ZWLKqK&rx3THOvK!ZSICv4bQ zf+{R37zu$ZgFmdn9TBZRQf4($$zB_}ybC5mU2?h%f~u25k%u7dTsbj}&r(&7qfn|H zAxf~svOytP<{oULncT9Wk`;}@v)*@_Yu6mvN-_@9>8f}SA?KanqLBvOOx<9TBmzk` z5crq}ro9}+;p2d7$$ENeBP9`o0SGTo*|Ktwx!O;n@i#`H&}o*k2D{y7Dar}e6kwm% zp7O(%E*S}S!LtVxoY6y3LC-|ku7S(Ek#iLF4@?`Du$sY5L~W}jOF2`antoQEVor*G z@(XD;DB~Th{1E5fRo4wrj4-9E zsvZX<7)hfQ5%zm1MH)U79m77?c|R($Uk^w0PS8T0eHg9aS~Nj~m-x_JT!ZAtg(`chuypxbDT{LJJFrq z@$9Ogya15|?aoyT0*Th9OqazBdBqjTF_yIVHAQ9V^N6=Xk;OWz^qB<6yz{#<>QiisN9l5zXnM{`WC0hZvoyELdYD z#TXpO=IM_jsZ+J$_)?i@@5-D&ze^}*N)NqbH*{ocw6YznuDeg%ln?S#%_8cN!6#sV zaH{a!dxt)YDqRBaIiB8|v=+y1m*Y(QU!hDM=C71n79B);QVJc9Er$>Qhlm=ml8vDk zi@*j`_OEV_lFyG=)?}S0HKki>kEZeM{ysAp=&E~2FOafqjIwSxvP?g*<(4G9nira? zDd@7RDv6bZV(*af2?FJuQ9Y{uLHsj#eD z5FXi-EBxmWSmm{RnWr#F$|r^ZY7DUmAW>+la`-hTG(t4dQzZjp7lL&Df`B! zJW`e|_A2n)H|V~IhJ4?=JUFyRL9e!{F3a}N?y=~PWXsg983EC{**~@%CN*RBk{l%q zNgJ`YO;rRp)mMPLRke~YwHD0Sh%rZVe(jB!OI>*TXK?j7!z6?~jlw%-EUDOqaXrDf zdH`Q-MZ#`@aVVZf%uLZ{Us*3)}Ysk`ML zoj#x<;36K%*_LU@0ydsu4#4SxA2AW5L_P99Th;@6%qPtvp9xj)`4Z!SZ&8ICiui$Y}xMuEU@PH917gHpL{Zs(h~?UmI9$38nn zO9wojs)>T<09a@I`0`Y0*fR$?0m~{}%JmTwO%{((cp8ur?5r4sVwzvB?JQ<&5PgPj zWtSOG=f*vTY4I5nQ!uHsxpefV3xnI$zja0ueTfn0vgVoh+l~HR3k!!Bsi}Q98o`M_ zvp~m_No7@#frWdw7Dnq`$}i;__XcHq{qX@M!ic(Hf*_Y2Q6G_&iJn?Tu$#D3Fm~+A z_o(UVH=xtd)ok_%tnNbzfrV`myQ$EHGJdo)nh!1z=$K2BWb)9^(ez2^9VMC zE_odpm>eb;pC9bZJ7l0aa@_NDPnp86YH(eN9C;|jGV(0!3$lv|x)hRFp#9qDDTmvo z3*KI;SH@x~w?FuPQzSsvj~@i&x_!&ZNA z3HMSJHh@V9Ajoky^&`y-g!Y41nnDzTz1mcc7!gek^S8Ot%t5p z&5@pxwO$8HM({Q=uszq zwA=)lpzL(oiGoID7#dq=ZZmhck}jTQ+U)OYm*;}}%AbMarwTZz6Za&Q=L{3M5QA1u zLOGL-2>^>@wTgcJg7=gW#8$IojTlwj>+5y_Nkg#!c&_S@cg-$glNW__V@#A!wQK~m zQaEmMxb0&ssB8rX)*O*@&hxfh-QN;a%~GM=e|t>2z;o1U@TWYbN3wnD8@C%qkS2cx zGOs=`i&t$jT){nI+>#cVmGB?RpiF7noFuX;kPGOIDO1$@>W({p))@ZCiwDF(K)8&2 zWH!$Lg(2+~kCGfA9oCSG4iO%T=eF89%`o8Hz>RQ9skMS=y>cbgyG_b=Cv=RS))g1! zmQ z-`&7Pr($`n9aN}fR^bE?bTov|K*WX1xTwS@-kFpAe&g`{s*(V5GwNXh&mEw>g+Ur) z&4A%0GeaN0D;3I6`o+Ejq^!vT2FWIWI~XXaZGJ7Q9I4~X=68Y@$b^p+-i(_NE(y!$ zZ7R$*Lyo+TElL!o%qHi$55ARq+WvupYb$xOEA<*DBEocGuy;YG+WuMSM$16uQ^@)R z9>Q~#f=!eqmxgPNvHF!8Ybe&QlWWJo*~~OPr!|>k$fo)zB-^6Ag++7($~)rqnDYMB zC}0J#nzFHjsEZ1#C8W}O(xw0g-=Q{IxKY@OX|x%qa%U=ww%Zv+FlRqn25!R0)1#wA zdO0pGH3I_gIBwYa&@jId2d$|fsP$4$l5B#5p^ZUitkdgQOXhd58_J1MvL{Z;7T~d^ z)SSkuB`A8-j+A!l8I{wGjD`iV)0jYijG{=oiO#2kx*$0cgO)A37~>?cOOx#nD@`3& zrQJe}&JOU05IGcUF9w~KSfTwq6jK4 zHvN9Q;uum=h<=sm)M2O@GQB$1BV2`7Hjh&Y#8L(*sg4CB30AEF=C^}#i4DfR z0=WGs>b`Q^rmRTWY~U^b0UoGZr6CHVmaN>ZQ>@Rsh1Y^$Rr#*KJj<6s%vVi0`aWtaG@BpZq zpUT)Cit@6viH4FOepz=ernl&KF+ML}IDV&nYe z_94}HdYB-MZBX+swM0WFY*H9sSs&8~P@p4&eq;yqwpGKVoUneK7EBxXnGhkEy~s@L-pV2t7}<6mF}fg3JG{STdf44xW8w3YtU7j=S&Ab~VFlrt z#53Mp0c0J@8u3^GN#`FlLg6576dr9I|nke%mOww5 z-Z6K*pKOTXGKzb47PPewHP!dkdU@qZXw1}0Qrn{BT|IRZdu8*;=@n=*bxpmx6v}cz zePoAIfLDh@A7NZn@$~VD_TdaOe=%eP8q=3Y`bJ~*-yWpC%nN!!i9V8F{?`?F?S0fQMC98yTTp`aM_Q(#Bt@zT^D8}Qc zL}jlbv-7^czM@QUY(%8S8?#8^ zWU`5R-wA*m8-LmK6bv=>@d2%P+ENFgiYi-z5vq{QHk_PFjO!LM70$ZWS*j6Q6?mZV zAi~w?oXKO!jm7yLJt4GPV=&HJ7%yM}dKfus;^vhEH?dYIcD0BgcSM$yh^%$2p1o^` z+@x_6IxlNQ)>6(ukKvE0=%fNTXBTy;Cn!a>w7DjUc&n~k= zHk=`%DC^b(_6xbumLy4sQUNK|AtD;+YM&wws2vM?K}iMp;J@pU#?BQB`fI^N=!va) z(U(8S&9@(XIg%jwU_wzBs@SV|upJCM!w2I}U^@u_IaDK&EaHvO`;!S|w##Py6Hl1d zZ1nZ?=>C!*nQOOH40lvJVD>@ev(9eQG18gs1IwUV9y$1t_f}$E7iESQ*o0+iDDN>DDMb|`CzlM*&Haxa&Z5Qpmr5&z zw2ftK&%zL=bVz|P;UOC+)?_ID*GN^=AUf-Nj48oq&1K2&>r=d)STK3P>{W<_ni^K_ z6}*|^;+nQ>P3yF-kwu7xcqNB$baZPq)~LFLYwg+C`^k3il#%JAI2-YkV_k3Kn_{9+ z2I$CfTpX(-cD-yH2KE*=2+Ty)B-zbMQwkI@6eOy`nv)XYbMHC}TFd7dB;QbjWQEcZWi@S0R+Z2nR;ZJSG! zr}Jz$4E^AMj`@Q(5ZNK#**rQ9=!fZMKdwbPYOo60b*fEJejSrA0r6>*lv+k!G8&S+g3)S!0^bI8etXDh!1mI z7u3y7LsqL-kv*}x zy|i75sq^LQ`pQh88@{F@iy6pDO(<5^0o|3;9tUNILD{#V$tr%;Mwbj)iA#pg-tm6# zEMz+!&4w1l<=LI>9XSeFGY$hKC10a@e1E$U-pL9^K97r ztCXZmYj9ael1K3E0OS`UAnyN)H)3lJi>g)P62{C@P3mJC52rqEf==GDiE!GoMybmS z6`2RT#t3N2O4iKc#J>HWr3x%7r&YCW-%rQ7!&vUREeQ}Gan-6Bn)Z_+g>%j~K(AY> z@9CkAXp6Jhfv$Vy<%VAXe>hU{i;S?Gt0=WATSrH1J-g_bbuzD#!C$kBC1O&-Dtd10 z#W!u}D8!`y&cg!T7G-9zsbbr ztFB}p)O8F8*c^fq%_Hdj&pEP$Kq;%U_DTW7(OfWut?%LA9+6)+I(aR?uwBYA3nRdW zGBihAMp7=HY#AnUdVSdCa?^_8^{6JDcxUC;;jF;1sf&^Z^jTko>3Ln)KeUugPwda+ zf1Vfv*SreC(Y2kHXyr~+BPPP{Y2b{C} zcsweN`DjJ5L-q-Vh-@OW62y3OPi(O+Y{V0_ZdCwn=&a+&2-jgjtFlJGVh8-xc5HH2 z+>{@=F`cz&w>(YJ6mh@?OFM$XV=3;(RZJ38CC zMToQ%!@FJrc$O0g@eU{LEHv{>#Zn!c+@lYhX68&z z&@hs+nI6S3QQ}|s6L7MlvrJ&mV8_f&F9<@(UX$rG%!6At%tZxw34S8w7{Ae+>>Q-> z8ES>pS(w1i6`iis(P&J_^9o~ds*RWAO>oB~8RCVG0J20+umn+1wv8RT_tB6ljRj+pW`0Cl$me`9iG92T0{`R`p3CF|3$f~ z+|#+^GVj}=cw8eb8FmqO14LaH7sD55m4~y*_xy|3hYc5;(Rgo z=3C9I!NZ6{EhVH4TEyi6oJ&-6w!V^IgBY_>2qjMUR^4WcIO=DpLkE?WK{M5TFmsfY zVXUiY#d|Aa(#&{ckS}#7QC?;7a^MZDwy#-@XOMEn2Lj++?Izi$ypT?&ZGF!P`QFG& z$c_#Zo>mq4td!?HpERj{9N8$weHso}GwWKfR*^>p35Ya4k&*y)nM21-K5jrZ|MQHB-JB*h+ku3nNbG z#%p3g;;!@~gI6Rv$isfFeUju~Ec5tXrf$VBsqPFElsFaXMv79V*w|Hxex}*jUF1*9 zO%Tkzyv5|G9_(o5uA8h_I(TdWlD~zxX2tE;O0h8i-TMR)9|$k_s~{sX>ABcrKmu8E z0AEOp12uHGo>kQ16ks9NJn>h0N4zZT4C1KYyAIRFRNIiC%mdwRY>VuD)?8UV0|b#h zz9z?#qs*pWsbH7VYJcCS-x{BNnHxyVJtFQ6@UnvysNIALTwrlh$5RuO^~{?!SFqtA zC2)^iq!q4Mm_ymyPK<+>4$!*c{WMrR~9knk+>p)Y^IncPJKr;CZM+8q}dK zuA^2_nr9lJ?QME(Sm5cGXxEOoQV9~(FtPd-{w|=vc!NQJ;qJ83RZ8HKB8jt$Vr*G- z8JzW1z9YBtXW}p3<2$0qGE@WhN65AwkTst>Jzy?duw?=|ZMS3R$DR(UFrbkr5^71( z==>-=!D(Lt=nfVY6gfhyb@mpyiPv_*6tGAuHP;?}Hu`z_8>hkvW4JC#3qxla8b?;xu%9F{9^zGc$3nHSBLih=FwZspqv5`RHUODf;2%|LT>) z^x9(62)BXZsFV(PCM3|L0iPECB$fk#EJIsMHj>!EBTIKIUtC9{2~4CWGz{x&O9-ah z)`X0y6E4`M_L36VsO<8E#uqOz;ULix^43#RCsy)o4b2p(074EIixnRYc><|>2oV0t z!0tjF4T_u?fR#2^5Ni;E?5Lk8`s=vX{Xt%nWr9;bgO>;cu5xr6J9NCW71gc?te4E~ z4zqEr36<*k^FemBX~0h=ASjC=Y-9^4z?r`Kb$O5wpBb+ah|F- zE#w{)=bqlOaxGgIZ0c_umJArYx5!5 z(%>e)ecbT30e@7;2VD<_9@u>zg65`XkWpp--fS_B+xxYm*Z$Q9P=f~5<#}qYpRA~yljS^$S4FMH%1kfQdV4!y=c()SWjpLjoL*ADSGgbpWM-NT`H#U2} z{ZIX@S}>2`dV|zBM<-s0!;vV@lr109ZM$V=9nW_A%*96_wFZ24O&#fVB1M(-C4gIG zb3p?!#7h#>Q<-`({CJ3zJZlTrs);b0i)2@3CJyM7K3FFC+93joj$03BPjRx^AYZY% zoS4h2OFB&Vgwum53+4{difbE!QH)KKYy5m@(9jLg#kc#GlBbO-D-zIS4VyeX-$Tms zXM4ck%?nj^VA7{;i;JihZWh5CU^N#98O7;n*)L}~Fyx7rB5;V3)pU$P(|#V}R2|>- z;OP^>!o^s6@po96I8GHbDjnR>{$i7b_&&*gySgSz*2$?RD1uHCfJN5h+@?guZsPPB z+#&O<_<1nTm8wL&kMQa+C9jM6@Z9F^z%l$8VtJ(|MTvZ?Lv#|B<;$N~(-ph4KW#lz zFtJYQ^7>qMv|=$)7H6d^n&Cv^6FLB;t&}(To3U%dN5|#~u7OSm<<`;s@fGJeRDiP3 zRRoBgisnQIXE>78&+YxPziiVgg_^en&gfDavXqw6ahQ0`r3prt6z|+v*Y}Z4bpPXNTfJ zhx@f2j_rqVzzIeDyl8fEA> znRl_9fdLdD6_xOFQrqEi3#_{&<9(EYRMUf8+x;+ zTx4+dydI7(Le6%Ao~_d}Fi=2MVuHyEQt7bfSa2TLn$BtU2N*8RgzUaE03L#3xDR5VqEQ~=nTUuY>N=|fu<>Pl zMJG$Gv6izg&2b32X882P!O1OCqA}3UIlKCr>wes&vqKy|K2ublh}Wq!5PRFcDPHh- zhyUX?B3ZWy6^kC;Y+^>MIK4sT!h}!+Vl%yiZOzG6WU0cPn=@iEnNqnXrzzn7lfU4b zwbToNC;**6>jbCwMJ+7t%qV0=uaLhlYjH}LXKUF`P$Q=&Nr*6;p%Q%sq4MeOwRbk5 z!BY>fsl63qlTe@0C+>zpNDEaUVY`PXeR&7ds{rkt!omz*rU)b}cUC>=P8VTG6&wVm z3v8dtY<5ktmQjK>WFDL(J~Z0J>ay+k*VB_hLyvw%y;bSGiiV<}*KR{O_kg`0nlfv9I=N?6hG(g{p ziSaso=AB+}a{md_b#}O+3;rcjy_vkko5|*vP1iuXl^c0_p4NqCbHOyO2V5lco6iZ%yn(tX+UhlzSIP?7ffn-CK?dH=IO}UL>-MRrb$4e!e=<&aC1&qHx~0; z+k|g@20Tow>UH|d4F1+_N|?-pY)p7JL=ciaBg_LvkE#mICoQsz5Cfr*Uj=K_ITZ(- zPpcsr4Q%^!hZuT`7@m6Fe*_~;69SIF@<&r9#Dbim?Hc>e3HDriaK;eg-#JM$N@gNbhiIIM>I$A zPz32l->sSmLI6}SOSBTY1qL-xhD7uX(~+!{e7B^}wzVtp^>wANJ7+?fT)O&;x3)(Lya#Ji3OvrRJLz z$)-ZTE`K$xZ=%#GdThJ|T|0M)%SE?<&w0219#@DomLA}#f0f?^^){^juqI8hxHYPy z87$kYk!+9Ev*aObqQP*Rrg0cYM{lSXY;eUgA^gS%5t19tO;x0 z(NE^>aZOJxo-MIZc^w^AlVKf|hS`e~?`dHLUE<6b{JAWPn^0iIwpR_DTKcgsursi^ zklap)Iw49J6DQE96<($Io%7-)VkoCTaIZ`;JK~o1QfPtQT^%+F4RWB2U`&nz;EQ9p ze0v<{L(zC5{N5ds+FNFRZH_NLW3n0@1X~?YY+?y)AilsT>H*a3Lu++-TG0olQik2l zw^OU|XdAcXs~TbapAbJ+cD(o8|lCFPJJ?97*QQ0Kl?*hG9N) zzmG!Ku;eOCncN-_jRglAL6qqr8*3}Yf2+vWb`Zt|v^hGP|JCbsFSk@|sDixL3T>Xm zj8K@3#Qd!R#$`Ng1o#cK6&>{aC2S)F%BW$^T$+;7#!qQf5)&Ai(3#}kLhWGQ6ce8x zrMZZ14A>hSLXpaPrY;fzR*N%uI=c8}%d$HzWLR7Tj$g=jSuDv=I2oO#55LtUAjA9d z^>~54LULAYyEQUuVVIh1XDJegSTS!1Dgd#u$nUdHy2-|NW3K9~88se-ylG<+9hWb< zC>wZ~odM(Reg;gKLKH6(EdijRuj=4Pdy)U44bN;c7ZI$H=`MMDB!w+vY<{LihZHD? zr<)1ysHy87L`~HoGGE?;Q;qxCatDsiY^UKskm-aa78vx5{O5+%S%#^fX87{a4QZE~W+T@|Zp^aq+%VVXCXvX@7be1ABh!HCW z4i@>|4$31~dCrP`is*2J;>(+w>=K;v-ju$)RC?b<#;lmxxxQMwls&VwV6TIYa`Ab# zHKCa=3i?gh~xSu38YJ=9^#xN54_uO9{iopa?2j=MjEFH|*+IQM6q0G31ZI(0KP>0oUSi zc?Xjz4<~4|;5>NjI5{C<$$_?7N}zyQM#xtbvMV*A`+P*pPHxQ3Sc%mH`K=9H6Fz;W z&Y2XGIlwPesInC(s>7@n24aJ`2JxudfpO_|VfwR^_*~((3rq1Xe8sF8Ba$MUIthr) zY!FQ=su4jEykyhmL)u?bvlwWBMRSCAA&mBsP?p}L5d1zNofw*^JlKX7O+u!wzNxYy z9|eLL;6o{}*XmUom2Em;jg9q_(YQoA_tRrX&4$EZ)Ah9XFc7gN#k_LvonvgQ|lS1V^cf0)}C^6Dy2et^?)~11* z+V1gEwLEkg^(A!KDy;+U6XwrEbUR&84?XHogsRy0Z!_>fb2{%+HEIw&qPrOBkZ?Lh zf;Z?Eeqnb|KXeKtTa{=E6h~uy4w7{}o>dXy2&OZ6Tkd0O+vb7D_&~1>Ib>k2NrY*b z&j)JrFN}bkJ&J_YL{<*s92KBBPpT%#n4QO40ys1bOE68{G>ms_awDQ{p3isf@t32g zS3vz`Sq99kHAF>r8`AhbRUn)ekwzM?2b4_ztu$H@rf()bWi!*~HSt3|V_B%vQ6cXu z%SIrT%^S#gmt28!7BAg;j%b#WfTrrSy=cO1_yf3>7 zlP&Ow#eBg_CZCuis(rqp$|wDVs;^4ZiKSjJx9iCn)v0@7KH8b(2JFJqKDycAG7~}X zy(47ty`(b2*oV0C^8MCp^Ffn_^5Tv2#lRJ;uK#I}Skk(8<2e-0(S4C3aao*aS;C;K z-4r${FdL;+U3PJD>iuSTo~<}8XsVzB3iey+mj0wj7qhu7TlyHJJPPHswVCCiO7hVg zG%Kz0e53n_%CT6490{ijD(4Ce)@4-2za_6F9mq19P_0q zXQ+ap7-VZ(Y0_z9PbqS3c)MX}@RmkR)VRr^R|BwE zzgb}>g^rl$2s(4?DPjd+C_l1dRbc;W- zr(N%e-=U3TMGMz7<%$o_R9JD39U$UNm*H_BR)py227%MOpyBP23iyK-T~9{r`hVk- zd7$d&C=xT)@mV_2Fhm07@1glw42o`Pf+!IN?k7%+0b^aWS@Z62==LBLf;3jq-;Z-) zYv&v?CrXS8Q5n_M2E#o&_nj#-fXFDVOq<{k^6qzgR8CRHLH; zkF_y)AP3_7FR$fn4|a6bcNyq@?Yns3z>pbm@g%^7#Jz6%#t0%okkHV8pKaJr`5Db% zTD>{|6C0Sgm?xzAU@P_o-J1gw!P?{^nj+|jEF?GhY_w0wv34LfzTxMeW->%!63mjk zswvAJq`o3C;@S}dm{d%R$E5inS39AC7Bwb~lXfrK8N;yLZ*n^Ejo!*{bE&hJ4qg^h z0ss4OV9|xvO1y-&UfcX3Lsj`|{}k*sEft%iGNFlJ2a;U#3WFp@ zeo;1uTE_)@G+wd-<_8MSh$>X8Rbe^@THEd>nx)m%SdxjrSBRt{_F>dhxSpZqRGc|s zozfjL3d>|Tcs_l6RXQCh1SB578)U2*>^>|5()RG8=D)UE_i&v7%EXFz^MBjBdDDv{ zhGIM)p)oskqce&s%fzzht!$%GsVzlsux5(W?66t^X7pVrgC3jT16GW%YHozVkXKAJ zvt~M(d#H@NP4Av9?D7hDrIM6kQU0cvjA{WHy#K#9^xSyiX!0QQ!_sczihe<186_K8kG}P87gXo;QB$S z|CX`fK$B67<8sZH@z2}5G}R2n5WcLVHvM$hcupxEi_)@hQ#4q4ahe3 z-WBkkYbj`e7CpSLUU#UPp=hS#_|`t5E`qNOi?(sp@KA0a$RQ-#gTiK3mM{suQ@?(; zV$HmvY9e3uqhal`kGfLIQKh#ndJULfL0_&Uq#jdp9O4;@=Si89IUt-v6i+@%GDXIF zLS81ZapthcAD~nXJ_0ds`|j#(S2h)c#B z)CfSQ*Pufw^;Hib?n5>*ls4xb7WjLDto+R+eyOm}}XpQHX(Z+q+tuxl-W# z;(U&$UpL;(r2oA2iqbAnZA+lQN}dbFAwRTg4m&kFwac1gf+qx$A6r?d0!j*27j-#| z#6>G&gL_uTb~Yi{awkfp{GgXTpwf&QcT7}JWcYlAkgVkfy?q4IST`-igDN0lZa4~8 z{58>H%LEL~C?5;C9|7k5iep6tG7yGxYKo5U(M#uU+@kzgFS9I!g*!g!v~bC77sVvr zx@&+H3k(=G%RlOBi}*sdN;1~L{TAiF z8dDbG7{v3N+Iz!v$f(UCj6d^&g)c;To)r6kVDcolySH| zMvd-T^%NGr0~A6mI1M&)O0Q=u_NrfB#Gn)edV+x!QMvIYOj0{P1-W-p zl>_UVd4uRZ1t5yI6pk^f4Ns6@mr^8H+C84!TugD6`WGH~cST|w;A8%M!M$VQ%Fcl% zq$jXd8AVExz`H>q>;>0q{1tyUDu{OO?y7YU`04hzkO$*0aR(dbX$XNe&xvf*SL~`C zCrJHeyfUYX@xarZeCK_wR@S!nabbi|>^zY;qcg0$`SuaQ2MLe+f*Io!YiH8wvQ2`z zE(WTdjBryW8wE#zzWgCM{w(*b`pFs~f|vs33E^WxV0=|oHrJnQvyO^+5r!y9c6w9E zJag$^(6#IRbdLT#c%2>&{y9C79WTdlWPYVOKOGo=>b5{v=w^(!D=&a~2jp^Ev`f zsST~c1(U&z#sc?E57q9|fqtf*CTvlm$3FPSrl%YykSw^qeUfwsOS02DyHlnw3quDx zp-FT3q#SfbX7fyia+WXy3lD&-jcA$w>zlfCbI_e#tu7DGd1te`twtqR_r^-c?+kwj3Yw$m0|m z0`cV{DNDp-W;WUGp;)UatdXRoIF3R@KI?X&xe5f+Q>{t=Ut^gtR#+Y1p)mn9u@eTf zzy$KJ$j=)+N2L>SR*dEz+v}jmfbeJ)K|dMAae@&^JH_5g+FRL42og&y!*^DjH*&e) zdDhpg`Aa=Ovrs?MV3_@*)O=F543g$vTcU3-&4iI=>?V;#f)CBJ7rwthi&^N{bA2;< zlVl=>?7baTOFRhETK70@&FF+8TMNHBvZ}lgDZEE-A<2r4=oB|O4+=`8A}}jS z4<8ySK*7u_iu#LSX2mP>k~EbPrg2}5^ITFfxwRxvM;+0Z7VA!r?avfP*V7@g98^pz zwEc~yo4z`axbx6r0Am`Zj;Zl__L?B*AAWHtuzu9}&@vHRu93HbtzFbA=NyCDIQK@| z)J(FnA9?u~95epuOX!+j-9DLJ7=j>CM9`*;+DExYV%w-XB%=t`r!XjWQ&f5<5i=N_ zmRBMI*kf+7Qc2O1k_@|C(E=&u)e2R7cp7_;UpS~@CixFuGazdO9bH3KNW+nsz!!@s zOXn9`Y6a^-Th?9~jBU7hyt@KW3q+$8!eKJFOlwj{zsm1Zp@*KJlblmJKoK;f02p=d zNb>%gR~;`0lvN zpqz`b0q*xeCVcolCJ51HZ91-XgN{b*LNe8;!a}cKeStrTKtF;XuGKZE6AXTV8cT3s zZST>u^&r$XXw5+q%+H{j>8Fi7gJ*NjP zEygNf^$gkCLFSvW-Is`u502Xc=Eg?^Wxk!PZ5MRsq(Qeq!YYKAdofc~5vb7(Z2G;E zlUbH26GT{L#Yh2^$5JDOprv5$0*TrNoS*WYp%#zT8^XmC$bLf=rE+@sp?iEgxNG)B zh)~(e@dR_5(4f(i_Sw{FV;#`M`jB-TH;T_OxOk19){y&}iWcVW)-srSLuY;^X_b@w z5_jLYSWhfO!QWYzcI)TA&uQ&a7#xj@kP;5C`16P_HM%t06;a|BDXGoWH8+T#H$khV z(6=p(Uv>$op%##CqK$*l%~~$G9HsNcSswNjYSX}5?-UTNTeL=$#h(6bIuIe0hv%NP zwRN*99r(Osh09Bmje6P=i&mi@)!aqc4ea8L_Ny`u=j)l$iM6V7CgTC953$MrnnV!) zB)Dfd7m<0nJY(IdsxcZHz>^yjiPOsAdbdN1HOcAp$AAAxMS6THxhisbt4#vUc{#JJ z8-00!*QWC3UF;+s*4w4}k8GJ;;z-R6Bd0V0mV4Zy88l?O-K>Y-XPU?jU{?qMRscyr zw!c+NW~~S8;th@)Bt|nT!gk4EoK55;SQW%O#esssr)trLf+8oUf@d$l)ZqBIowGAn zOFN(m$`jtQCz!>Ei|AJnY?}A)(dXR~rwRLL$!NgE>QT`9x3>35*D|yosOqZ7&L^H z%L0eb;(=SM<~U9#d+(XPl#pzYK1WBX^bYugNJKWHmMCYnQ%eAtCgcsaZFDeeJzFG5jeM~m$x}A3L zW75h*^5fhp2$l}hqcgF9L0wlV86~+&?=>BcK-uZ`;I9YR_)vS@az(YGmNtz&fRCm+ zA%%4G%EM~ps~3X>^xNUVLc?k2^!-|?PhZI_Is+C}c&d^FB}0sbiX4~xEi%F?a^x7t z`I_SoQ5{km&XfwYAgclLQjuzr9R#<(HHGkO0amME)R;UONkGuL9+^R+lZg5R@OR)8 zdC}kbR;+d|0sA8YHicVVKU^x{S6|~R%~=n)=TJ9_$aNZ-W(Y6mqqBHx?E+s{q=QFu zLJ2HaaO>wncHClgE)P;J9-wJ^rT@nW;N^3IF`k})FL|iY_%#03Q z^>Vuh!L;FVb-&{_#E@8vGjTo<&k6Jk4D-lI+*Pt9g5*(N3ue9@=w;vjFd8evDuF+S z!;p}h&6^pdPFSQQIPT7#xial!T1-rYS|AMaaM;1bH02Sq$OuV+cmolD(qVg6ayc`A zmSE9$TKMR~}k8^BB>16~=TG>nGzVxzOb4hB5vVc*S(;qbEhq(cOb_1) z_Re+_L~OIk**Y0+9SF?s|1Yd<>+A4EAAS_xytR0dxfMMn(&?&=6o|c3jqz#bHMZ{W z#LQD3R;b1X+Z>$6$yPg5GA0zk{q0$B#^(&MMy5{_%-OO07hQCwA&Gfm61<=dxmwD{ zY9t<@M#J2$FA1H$Fn#w*^j?;GVt7=Ly&&L)b-&2+-uxzg_a+9zi06)S77}rabraac z8_t~A>OwZQ9HbwTK5kEKNUF*6_2yAGB2j%SqJtbqHgp2s?jTii+qM{(^*kiS0@bWq zLGXFP32sHHTM@_0`Os=-HQ)bGki`No|{`pmM z6^U%gBQG#ejvR?uu(NkF6m1$xwD9=J_cgxXlk=xS(iCosie%cRp`O?%;KkwN+kMI0 z^-+{_4O}o^42YePRy+22T=Q2BdMP9vGi8nt|1c^6dSWDpuQh^2P!f-WmAO{HDw{4r zOj5l30>0!=l6;!YY>J|y!ZoNx%IV-SD23y@5o0#!;s2ObPZjfANX;DHw*$)No(c5d z>94!o5-zng_EztGDr)1h0TL#RB#iJqu^z_W5c1KocO{pbnqOs6%zq5rHboISrfGz} zXK*mb_WLnD3kA_}Xy;F&iM_Bc!<4Z;^m#d=<0C>QoAxt=C~$3AIe8PFGVyi?zPS?L zqBQG8w}c&D6YIp47Rf=7VIc62G|n2Zps~Yq&l{DWQow2UnwvhDk_UbeW%t@HgZgL# zOQ+p~UtW>)=@7iw=dC^X7zdQ+exMq5*7^q zh;FpFRt>a2w?tRTYz~x-+A|FFw;Wm7q!7P(OG2EWn;K&;*Bka|<~uKj_iVV0HNW)o zz+|!{h!JSv4ev%)vxj69+fz*DtW+)u{nR_+G^KVC>41?%R`oL@9VU}uP>58-mZ>n^ znprZI+kQI+ofv<`B0`ZavbG0lo8i2a+lenTPK#5Q{#h+-UUD_mCwAM9vn3a~JOqxG z9s}C%-h6RcU>>fznGmX1G~Wpf*}RrbMow4A?RK33xFjU}$V))1?pR0m$e03U9mtBL za60wC%w`-rt)Z4;wWS}P$l!RD#gGA&D21amIi??7sJfezRB_w-=zlk19v;>qB|sSO z4;*IX0Fy-<#oPEk9lR4580sC`q4lb9s0OHjiCUvD1CY}4B`&U<4qVj}qjYQPEt88D ztSNIRa2Lb84zhJF+AD0E8)HK>Z6buRkZh|B{Sx5YwiMWa5@L%7+G)4K#}p|!k*~Vv zbP5ek6BBW`gZAlP4|I$$8n{$_*&`rW1IG%&6wRs`*#T@aXq`e<7)tjrY&*};ZYqZ) z162*n<@3Js}cTW>?G|4T=qKd%dw&9YIr_mP= z@V8t0RNx2kxiBro&AHd$^4@YYwDgG5rwP25gevCo;tA=o&R|zM8v$L8<(esO|3FQX zmm65(m6tb_0dy4?Z4m4{AHN(+(O%z$9|@X{^)KRF)jjr&hc3%Rb2~ZTxQI zHi+WVR4p!nzybm5Bx9^Geo(WdZW4PU7DB2R=@OZ$WCA^()pjh_thRV;5Eu({t~nRw zGH#wMf*m4cET7btMlHOd^|vc}?`t`zg*{Ma3R1L6N8`fSmgL#agM%)<*Qt4-Y$7U@ z84pXj=)eV#AMC_=!rvz)fImAd6&6?oKLTPANl1#a!iC76t@&{HcV?r~q2ZPuDoJ58 z=#J21T0N5FgCd=W##xM6E8!7I_K>dH_^0RK4sbGn&8ji6uGVSi%$$g)gUZY6Qtv%- zI3r=Sv_$VgOYBE5DV!QLbuID{!|5VK_^tmSK)=vXMAXCNw`WvfnX$zS5YVo}hD&~{ zYljsgzbj5kS2nRF*m;P8=;@OCBSM?dnjOSq_0fKA?qk8xj zge$%+Z#27|D8D?zq(rTp@lmT_u*8Y+dO8&;1OGKC($`$!zNl4U06;A!CAJpAN~JWY zG6w8*;x{iQlr%BUp!;ScQ9I8rCE`YTO3fO@qMkd=@s$MED4+QX^=FLmo-w;tg;{$m^Fb;HJ=ckh>Vm!6$=g!u1i-jqsE>2FKTuf-+5jy=a< zYoeIJ7~+j@p{kvc(|F0KK;{Zv=Tpu&i0`A>!`@OAmz+F8r<7(lJKce6nZwuX4u2{h zcVKram8^icnPr%=0Hl?`qJ_DEB*_vb2NM-1%AWyenyUnbK?PbY%rbZ|4h-j{F8v>D zRaLP`zKudIH0052>_(8!ZmmpX@J9Yk!!E!%Ihd7*{gRKQvzNRgcfADfm3lB)ZEC5e zz7uhqLj16$6PS^n#64%hCtSF}oAzorqIEDzN#+w~&urlaO0UZ$j>6KTV-gxILA|8P zq>1y_ETW^q>&GSIFbG+zycn~$yBnia9+!EmiG;I|#~{SSsK`YofIv4ElPk@}^G0T_ zJA*q2f7>|dsMM&F4lQm=v^V*Ay$UXyW=F&6RH)RwzjoFrkCmh1_ehc|PXQx-uS11m z{SkpuBrx$E@EcSqy6&mOLn(8eF`_+$TAPWS+jhlA->*g%Jh+y(+|#J|Etgo!vJLX4 z$;#E5L@*X~%v9niOxPh_)0qYP=So!%)nO`*h4RkC(nGNw^gb4-hIRq}h#cmgKn)H< zP0Us$CsY~a_wh@CTMBF+ZZ*HaGbP*ChBAI|q5qJ`DTi7_x<5}c5 z3$=6>9#?zSc_eaunbbI#19g+k^F0q3$HeLFM^ z%CXbQ`GXG4aCY$t1Zmjn<#$qIX}TZ*VfqvGXK|#doHBkzjDwsS$wS&`n`}Gb36W*$ ze#}{hgwSzxE}>Z%b<##y+PSeA)e<5T1*KXuBbt>l6}c0|@SZfRd0u^gZ8O!>ha3f6 zgoO#5ER`9;#X_W9Baw{FFF82>QVtz?wYD_ZwoifqwcN#e8vyjw73CQ(S|-T;`f6q2 zQx>NmQE{dcr_qD6nvPHvZikL8p^3=Mj}`&+S)bK(*_(Ou3Q@Tc6ds77o(~~XAUcyI zXt^iRG1D8CLefOP=tDtimD~oISywjz*$oLE_K@VLk7tmMrfLDrA~2D&bHJ2fp@=W$ zXh667O$8J(27nh_#*_@_?p}^MO{-oD_E>bU6E=1)6e=kXp=`&%1wk}U6eV?1w9PHsZQeT~2P{I>(J0q= z+ve1uo3wD92ghv>m*P~2BL|YANuNDj?~{mzw3~+<`ohII9GTna>45Kp=^Gq4LF>M# zA~%YIhc4sre3+P<4G1H+x?H255|}PvR$$KI8=+|8dSTa3#^MlfXxruouOds)YBMcv zUij`ap5xwCI=H%h?m>;0?rO`rH$}*yDO!diyQs75P_wong;U)?9-!pA7i?WQzSV^8 zV+0;?Jkbf^WwszY9E@?}h=0hq9rrzwSCUl$iX00i_Y!+|!fsvB==u$H_PDL*#OhYZ zUy6b_MNh!Jd^TZr%GRAAJgyti3Fsb}edf9B?D4V8%AB{jq-zvhTKA)vJwHP*&!x$A zR(&I5$*>s7NpT#_%^BkjnIts{;P6vL_=3xLHIP)6Z3sehW-u)=M+5xWy*qgB*(Px9FBEBf|6M)CKs@CgU4_B4SvNkyRBB~ek|S(7A2n5Jb9 z*;H^ACusNT9s?BG^BBK^F?xub1JM_=V56#(xv-idXtx`fRc$1!DT%p;=9_!3rVxeQ zN8j4{2HR_Bjwl7l-_1+5&u(NQ;-olo$SvI+^*)HnMhVW(KgW2e-B0C8Y{8fIguEE5 zEbz=L`1%^vTSje#)yoRL^-GpO26hw!g9@91Jj{Ok2 z5O(Xht)_4_#NrlicbP7yOdM!kLDV9!CaDyvu|_CY&|tqLj%FuXF|{G`HUO9Oj7e*r9w0aN;##2DcrLsAjjr_B z_=5AEW56_@f2b&Y*{r1JNOUBGeOT0;!zUA%=qXm5AiQWT#gc@w?w*LlUwja6%o5Dp zHQH2YaKm~UgVN{$*LTI4g#*zos;AFuZ=V-%Pda>3&94F8X4_~EwNm56q?Gv_?D8E9 z$FHwrCh9Qag~_UTcYt&|G>Z54D59oIH$3xtd`b9)(VEgUP~_B29&?#4U;vE9}$^WwF#l$_I%dd=cMvdn(CdmEiJbwIYM~*`B9eL`^QE?Casr;c!N0 zph)&a(x!S=E#&JMPVa3(Cj;>4OLh`K_eoXb7XmP7fnUz_(nNn^1xG*?H?^mrIV-#? zN`}0P@-IuRcuLa_#M2uw2sR%&6QKi-KrXEe2ZI7|sOhhVa*|Q?XGG3HSC-sCp&^~E zpLOC15<$D3o3TKsmjY-{WU2hYDPTb4B)_DP&rJP^EP9Z_VhFY$#W}OR>engk6t;GS zH7bGBVJmQ@A1XGG9P`Y$RwFtqYh)Av2m0aX4>Nj$GMI{}i;5t&G0d2ONMd?>M_azGm4qt_`}~jyt*g-E@qCJ}=l}UFpV%jq8y&WPLpb zklr>R#T6X#*%P9|msK=%(rDWQI=stDgJ;QlBlo1V_7nSPL`0|w(u0ChRn1SmXU|eE z7gc&AS(Hkh^8tH&%c`kEa*wB7!iCNb5+hRC|aqj>za1&=%r40r`XX-~8t&n2>Wm26n_v9Kg#hxRYku^=`sS}E(^%Jen5W7pi) zKi+;%^6<2Y)PS5A6<6gixMD8Tm`1#6X`i(SIQ%pAb;mDnU_Ng9<8Bub9x9 zEK!^*@f{5fac)Q>Pvk%cx-O4bMaAKY;6SnTQQZG$lUC7? zraX-vhTk&X=Of=pPKf7doMhXaRdEY4nbh3~+7!@tDaC~9mq=aq6(rlx>lL`sFdjGX zz>YM+XhB1HTTfEbn>MN0tuy*uj~L{;%^h`a_}d;Yq6@qFkgHXYUDS zsxVRsrMwvWFo$TRm?mG(S+>>$eVXFH+jPZwI{YS z;7;yqEAcKtbugih(%5{Sf`~HOWvb(y**p6wf=bci5*kUZ2~1@=$)K-c4GJYcY!ism zX4dl@i~ydXJJPG_#NfR@NP_HedlFFOhANaTZTGZ1CxNwztAWS9gsz8D15eqBV7(n$ z$n~Od8Gw6ram9QX-#kIPWRl#xBC+%0>*-8aUZlZ|*Tu(_Q~Q4Z@ePXm@WI9;n_gS% z%|%Tr%ZDfVoZ}Uw;|CHXwhl+{JCWb0z0JF4_f4q27KSK|R^a52RqJf`&^5jUfJMBn zv@&NlnGQj!_|1ONq;E5*K8p^c#}*UL;e!_p?@NHf0Ot* zCxzusy&^591M~KH%uNDlHRG4lM6@*@-rOI*wl8&_!HY?mHy=*S!KAr^;}~0`@}BgS>Xj}`=B4^B z?R@5>rCW>B9Rf)+J1vONy|Mr(=|&feeO?;P2GP|}9`fHXQ3z133{FFOIM$p^^;CZk zW{{<8Gk>88+K{_VRGiA_{c9#-_mwLELiOAAQ-ciBY+?F{gN6tS;1we#m$8JtFpJ(n zgWFA^icv{^>YdF{s!ok7A$b;T?=T?zdy$$R3X5u}@fYMdapj4m8TCX%DAetZz43z6 zmr5Y3*&qAzGOw_vWsmjGU19ayvgf~_7Dx(j?r;5pRbU7?e}esQ!7Ae-)DW$1 zg9)kJMamU7 zaV1f)DZk5)aUs2?5C!GQqmwwNp>KcgTTqQ5V|9HK77Q!v`Ay>#*RUKrI~1U&);>Lx zOLOs8)9J*x`v_NX%f%Ti8QpHp1W1~NjeT=b2=niW#zi8QFa6yIBL~diiZTl~4$5mF zI-IB>WhT&p5Qr0#P02U!NKuIA2eWYM(`TEA5`*mKeu->Je8_vrkZN1na-yFH?)$kl z$ig}Vlv;ONM!KSU$Wq8}{UGk2HY_kwLHF_B7dm$9r7_Hi;>26(h^cC+ za+BwLou#C$Q5VGP7g#(z$q)&zlEcM|MNLL~cYqL@)Uglc&b)?}L`cjkd4YM*G9fH2 z{bk%Tru7c_DgA4!LV0f{VHPTn(l<|#tFR}r6<8EQCyAAUlTa)|v6`0y5>z7Yd%@7u z;I=Lp%LK-aO;LPwkVR7VXsxR6quS2eAwsaomSC7x*nKFkTLXGh-uH@9IdivrEi}vE z!|o#2nTVXib&uo8@ilqMAF-Fu}7mL$EEPsw8?5lp-Z znS1G^pJEqUqZY2xn7?NPGv;L@5Fq2&g!T0c%^w1Tlt1;9z~<6ih&(<`_aR9WK&+^; zHvZ(W^amGK*?P3PTkhzSM<<3kNzM9K4EqyH3p3;)eZDzNVxX{phE63=s=Mo;ehX4x z+MDf6)+PT&B{)hwPByWsgHwd9X98`JO|L}F#ITf*IwYF=Zw~}5L3rWZ5YlM_m^-w{ z8RDLejW~oin$%7|6FOtXjF4+@(T0~xQl{5%vhjR9cA=^Xl(%(SeSd`EZR|gXmIYB~ zdLhJHL>espXo0P4Se%V!icJeom>wzsUaQE^vA1owCKE%qtL$%9aZuMa(Uvvgvd$4F z3Iz{{H2?&V4@AJyQ zFLJdYFH8tbFyv$k4)W|0g?7S}#TC*ixu)&N*K8uLBXJ_b^v7mUXcGlkn~x(3-WkrX zBeunPqhULLnG&2t8mTkh@7F6USlN;`iPw-X_FtV3F$R#LAVQuXg8k8WWcCi!ks;us z<@Y(zM9KjpMerlIT-j8LP!P!_W)t<@R)RNIp@`|Ld^i`ONcvK?J>BguD2h*j+aj~K zH=zKmh^wb|EU!ze)Eb9XQ$wdeyj*u7@tzw{)&8 zftU|}6o+D=97KKIhVOmQj9DrD8HV=42iuE2BOr*fBXtGCxQvv@KRVXq!iGo@bqcs4 z2Pm2IyoTBQ{SkhQ}Z$3tqrR5*bnk^QGr!m&>SPy;)uG*C#Pre})#9^Q@99eZ~Nmxmlj zt?PJ$T`;4E;lASw;iNt+IbWcZBaW+39l{*&lmyl=R?m2yr~(|2ESdo5q7C)~ed{`A zz%3qF4+d=NvugC-dMMVeF0K@UzBApa!NP=yFY#1O<$$+s0t3t4TP-mN_o+iV0rGFT zWA4f$JroIy;wuE=XV=P?X|`!tV655hv?c}&hg1`=conXZQ#XQCHoOVMoO!s$0TkwV zmFDkS%6szu;B*y#Y|&}`cm%9tBRjTI9Y>Mzj4rw{`qw-b*k0eKO1Y`GT7CmQeua+g zU)b=v_?T(84S!U?4<4b@u0Zp9BX>c_UuNc?7*hy^MVA5s!vYm|&;vJ{uF(Q7!gr$8 zi4aSwB5qc`h|Os3D5~a-z_nnfbV? zL-{Q z4&k}z>O1mDoT(ntBZZU*7;_(SUIZ(RQcnaRlANXvJMHTXv45Tu5wI6Mzmu8urVt(| zR8)}Dr4LTHi<{CGoc9A)RyI(L<_mH=kS!b=IJSrg-=M-o>5eMo0EW>WF}fp?X{!|{ z1%WD+%9%{oWDf=>MkPglH;!$MsMSts$$WA@6{n^waq>H<6TWa{s;@U4rII1w=N;oc zKV&7r&uL0);^_Jj%_kSmrmpkIi)I@2HO?1(HTA12z5mRM$Sf#_QRjlO_7|LR7Uk0n z@y_^-(*GPWmtmE7;mvvtrBbwfv5Blk`yTluFpfcNhLMM#y{C)GAtmzqNLPh74M$cE z({lOI@W_s}=_;?AVMH2=R}Ja3foMBiH%Cq)getqgmcUp`~mg--&FXVPSQr)s$j7ef?ewn1KTW|ViAgU zkK|u8U9VAJ3p~=;ur3=D7U4}Di8VM@sNyZ>X6pW)X&@v!Mf_dIFdM*QG~)9PUcl&znOH3yj>BZkl<=U}Bz; zsYW>_y@+1mNX%e0Bh(=MGeB7Od(h(u_L5KHfay)M!NOP$r1kb!m2?{!z5H4k|^qXod} znyr+>T?#oDiS0D0pusY^=#TqQCgAkh`n1%`p6_RN=3J(J0^LoPtO+OqZy+RaT;PFM z(^H1kwMhwHBEj`2jc0Q^MqCG@>DS5GWMAJ^Cy=wRk)V;BTyaS?6J8~p&3a=w$%x<% z?=^z%h8~SNh&F1xe<0PmN}yFxX*Wv83Rt%g7S*@ABUZ2;$=;Xyqbe!{ZrJUE?e{|4 z6ae<{>pR6cRCmm)c$+`LCy6-#O)X+RqjQqbCEe(=y0ne9u9501mER}F5odVJ8@9=EFDnN@P?)ywuWkPNBc z=?fG1;Sw)P*s!C>E4(sdPK_5RO1kswLLq`2-Mc4Jl&Rc-^Zm)FiROZc1*)@??fy zhK+;f1<-FTs8VLTNJLijRa>j6KB}IB`2@0r3dZCpH5A&Mr(K~v)3siq*M+Xn5|{8 zTN9$ZO(hkT#0-yXsOi4GAU+}$!X=JkF9fp7r<D&K>53ev+DZnb7(0Doh>}#aaA*<)EiFFHOdW9+v=OURgG9^iO!F0@4n5d)J zp~q_acq~XLIgqb%IgF7)yu^&pZkK<7qdqbhwOzWQQ^2=ve8XNII>MSFy9j~t(QyJ( zobDZL*&A)JSeC`KNvrG<9f%h|16n|SUa_9ziI20tY{UQ1Z&bi~yeDy{Xo6TwO< zSlmYag+PhKwJoIJZ2>0!!q(F$(A{I0$pz%5F4Nw1Rgx9yqR%0YobO`*-kX_xNMJ6s z25;}tw*GF}PXyD|p8@kkb$S)H=kc4yNQ7W+YE)pMm({cZojMtg`>E)K^amnUCApW# zH|-~y&^n+3UT6*_*mM8*)DyJ8s09us3lZp*TpXZeF%zMzmF-zvBVr3&EWaSGaYe-Ix3s^`nD;x^tOvg5XEh9C{5%+KRUu;zxF~_x;c=Z z!}o7WiDi z=u|kaw1iAs1xE%FVV`Do?_k}2LQU??Z%K{-+2fmUi#8IN+xJFXa330Qh#ib{bEb}W z4u~mU3(2*}@=18?VDwbM4M{R3EDvdg$SC(Tt)=du({m&ERJ=0a z27lrtcw2dEm%Vks4BIWl?na;_Fd%&ilu__HUJK0M7<{ljcjSDQ@KZX;Hep5Z?FCs4 zV18$wba*VEztq<^7p594R<}4aVO`I=BcOlQlSF!04qQl{g(&u_Wwf0e6Ys~2Vy)5i zwZs>RkNGYk`D=h&SPKEd?+a13q>f{gyr_SI1W0(s88PQAE5-ndgDIFTYM<0cIjZ}` zJ|zF|zJ~c8hIf&J6ic?WQxE$4)aMvP6GXDF4VB6BO(g~KlHA`s-{`cU>&yZb6PspB zFqL|Q+dzwBH{zrzT%@Ei1ZZHH&>aec8N}^1V7pzfP$S|m5e$uXY}uqaX^7HAnNFWa zCvS1hLbyd;t}G0AiAxKli5NIrL$G%h!98m8p6j}e71ken=H<{S$^FLiDoPf0lVOU@ zNZ?U6!BfLbjZ@-zn+$rS`mf5Yv5t+YXB~Rk3P*HOx z#*PNok_fCMEZ9xcx?x!{gB1v5bgyWb_ZD%Wj1>c~SpfaIE^B3!Xyeu5)R=du{jolP zCf!W+QnKpkywekhMg$YfMPP zj-7A!OlZcZqs|P`6QV1Oun9_wCvpsdz1fQl!*M5WRrDWb>jH|Cx%i>!LwQ4aPFJbT zyS&Va*C#?sR@+987x}TY7k3^{C0}+@h`Y%}(!w8JUqKH2vxT#^uZ;K=IfPcAyWXzH z0U56(wTktwi+8cphuvy{KC%|LTu77YK@@xBVXO8Bv*T@*>?fS!3+Y+hjqI&{^m%5t zNY##}%g0%46Ss2tU@0apOam4Y3Cy2SIG8x}vZVVtf8^4L&(R?p_`tn3TszqPW!&rHt*Cw`1DEs{n+2R)#|) z z^g4@;txRF)7%fBu(vlDay030$=Dx3(GlWU#9Ypq2wl64)42pnYy5#dL-|?a0meff~ zyqqu2xV!@jliu}^rG#m;WGA&Ek5*OtTGa+h#v6}}al%E_lbl#37ti1DE`lKXgv&4x znr=zMAbTGA*o$Y5Z`GmG#j6P9CpNL+%twjb#zU&q3E3Px)V*6=1b~AL$YSS~I((!{ zN!AkiVM-8dlrEe`)e-AvJ;odP@3WO!kOu&UuTpzyIaE_JCVeaYMGO)s?It%i2tnrK z$~HLTJ=jxm^R5usWg=FcDIi|NYX}~AAs{Br97pA^tw85#ZX&~}k3X-iU+Tc77ydL$ zMpA4eR5-|ORN>v|L|$62S{_<xKYp=sZWeMR*hkNUK5dCDAsJvfh!o? z%Zn=E5(RAo>6dwl%mI};$7UuG$P%(-x**6m5gTGwI6l2Qum`Ld3v4god{uOgrYkxb zjPeS~fFv*-Se#|mRWcvIwLHgUOrF_JYDLiE6SDcBm*^Ey z7)b{`|hOVK$mOb1TP}& z=QIhd-Bl{90|S;b#bkj&jnJ?@#pbjkSp$;t14*@$Z+~S(petTLFzZ}{GZM+|N6>=mlvIu$Hk=txFH zLzyzz@UiO}cZsP8BodW*Px4Hm=b(CDD`XH~ukoE&*+taUoH!YrJ|3DOqlx);JziwA z2GGtRI4o~mK$`YKcgFsJcyid^4p8;Wll7l9_*w9C>EY{8<>aH8M@yUpDEN?j8F8zv z^n*li$byq8BLOYOgqnWF+G-~T#M7O-Dq{GIQEIKiSVEE>@pC-Xfo|4wHG)oX-}8~Z z3u#WN4M@PtthHU11G*{m*zvL|4_KrkL+2KXi1v{Rwo3dcw;xS6wjf4j^g94fXql?$*&GQjEIE{In)Af7qnqlqnTgid(UG9)+#9lN z+fTmwB;9Q;1))$^C?j31N|R3(Ey$u#BeJ>CfH^Xmh)0{$LzI+4IFz;bOE3Igvxim& z6*_G`9&sN#WHgZU|3+M-^mZ^HW9F$A1E<;9R0x> z9$16Xp|rC?a8uz`B;zJDr+Roi^J+aPJemjqjm1p@T03vf0q==9ZQmR!Capx~ZCpC- z-i&vvTgqC(Qgh43wjNV$YN?ffN{TS40Odmk6wr-`C=#N6t3+^Ji@(17QL^u8G|W@l%tzw!gGid@!D8gNwulgCv#N#oJmXmhLH~2AFATS|V39bQe6VmSN_aDEgznw80nPRjtAhyT`cEOc zbGd*oNh`u!)^4Tp02Ro(gmjBYw~fH}iJwrVtyd)-2bA%XxIMa@WCQ|gy~jE^mg%&K zvk9+#c1;=9?|j)d+ZJjQ7Ztj^a`xAn6f)%*m(-yx}dM{=&Pgj>n4Z0BMdf*XNM~}A8z)6m_3&gMHD{z(>PIf=x=C? z52ZDA;2pjc7vhphk^j^QF4$YUXBGFN1sg4>QVURUWA9oL!AAIwP^fqq1&QjV<)C!~ z#&LrJ57IDrH1HRb6B(Q$C9P^2#|aWb?D7u;PD@G*hMvTjqZRR6q8OZKJfElQXDNE3 z4V6QOOHb_H`$=e@6v2pbm&~+WfEdIUg&2~WMuQTqs)eGV@GKkHrO9MKGm)!2pM#5avv291ZVjsTJNa!Novot zre!tlEL5grO!b!ukfjNRha`e)jooupaAcJM!Y6{+eq-haNk(`~P%4HD)Bq0$kYof3 zLWT}dyB?nQ$Nzt)jt`!v%92wnCub5ujJukvRRqW#D>wyYEdVi9`vmb;X_E{g?8M6laC z@xm2pPD_s|2LmWngSVhUOUZ8&&DLytu#L3Ze`bR*GHm@cm2m2{E9AWy-D+Qz$Db99 zZR^m&IbkM3b%@c^O8jeuo--4&>3)zCJAB5G3^z8D0nr&7iG=950G>kMfIiLRW(3wP zOEVETY38-_BPDBArPdA6O{^PXxy40U0Bc+_5|0r=sB|NSyrjclgf1oj9%NQ+>$uj= z6pA5RIdqv#8*vFH51~^tz=~{nH0^N$H@^Gf9XQI7Z+dpv+TwXxk9EGJb*e&v7=KM9 zLRsBXueG)LpDlmj$>uaS8f&b4xHzA=0)sO8+#Hjdrrs__oegCueXgt6x>B));m^;^ zh$1QLqQ4snPe14@be!-oj-V4ow?%sS6F4A!MKSESzO{r_vxB)kl~$Rt59@}d6D45& z3Gz4JBRA8gCzNEZKbt;LzrkZgoCsUKY2Cr((>o3cTTf3jnv^I{q#dQbegFAG*3v!uMgI+izwX$VoB=cW0B`CSIXT-zJBh&S2S>9!c*w-fGm1e=9%{CdU?Dt;g(YY3b zE5>Air3C>4ga$?(UKXn(FuCDH$e=7<(hDWCo9fcGi!c9e9|3b!PRlFtXK}odga1Rf zgtsHX;R{>h%g@d1m53Z^?C-EfMi_z#=C0wHpQeQhH5@^Z zw6jN4M7cFw>0am!K4K5yob2CslaRYc5CNj|3And(9S^d0ShzzqPUCk~f+*BjBasJb zWWfSrp&Mw83~=6$)`h;v!!D)GsDkxfvQd|TM(~} zhC>u(3>f}3X+&l01;qmfjn>d^&vJ+SF&YBJTJ%+NJNmfE)}QZT7}V5HJ2af|&msXZ z6t|ojXQCAOqhib5TTOln7uyxaX2~jP5K?k?6T>ey1+Y-r-`Y@fgp;ubsQQ>ke{SZ6 z(X5_3L0i^q8Mgod17*m?cD_8jC7om{T%Cx>pEmVBMbSYleXeo zvosrKs{<#5MHZQ(I{Ae#LWFzB!!jIQIDR|RY1DxXl`sSDQLI;@cxYJ?W8C?(6R;6k zi5-ZMY!srhkmJTwyv;Kx(c#rj;j#bavaLaG?A+X3=U58lGUnrFblQ?>qA|V&VEn$o1E!d>}R2?bY zA*FoESQNE;PkIxSC@gfMxCKSd(mPv519bGkB;J(51l5kHuCZqvMPPj1!#szh6SNls z73UygFI%3y`@pz^M*$^ykhZ6vlj7IOXn4S{5D?t~fSUSYkS%qz4>*BhO61ZaiC83)6f< zF%&C%F;IgrP^FcD>A+Rj&SBE!2H^t$m7+zcl&W4>N#}TN_?s}P zL~$EvHrk&+iYYYER$rz4C3VV@cE=EGCsFX;#P5glld;7Bm}WPbZ2IZlKm{|%<4WqO z{l238ma<11K2$?Kd{X34=Axb+ANWQR&d@j8i!Box3yEg`)8n~RM;Rvgf;o)ob>OM* z8l=abo|>v;ZYeXJ+n<0?Lp+=q!yJ%n2ljlph4)XVaSY$k`eN+~QE!xzp5dwG|KW+4 z8xH_(sVt=HR3kpCJ{_8Qqa@@vL-t0t>d)c7jRIt6F=bIOvTI)mQ>qCixfyYot>;0u zhvNakbb5_u5Tyexsdo+rIVc+2k%yr^U))HY*Ap-^kCl@qiJwtTHqjCSH!y?`3%lPg z(ew8f-rzl3!T@yRY5Y9E>Hg-WJ3~f<2mz*uf+77)XzKgn@+YxXXkf-jml_(zO^K>- z#P+K%*@D5$m_KBvQOUYb8Ui(=iQT{EpBc|BztucA)$R*cu%e-Cf{HIe+`_cSS@Sy8 z5{x+$T9p9obu$p6u<)zYGCjiLdC+SkfSGCykpqE_r55TdmzBCvWnk(DNHW35*r>Q& z+rqm5PB;D%H!nW**+x#PS?r=bDdv;?Po&c3q|N;u56_19jK*D#4;}zlVx7bY7Gf4C(iIu1R`B^O z(0aOHGXRbgf$K8J5xT=Da}7ZeDq3mzyec(B>no#GgHSJh{G=HM&dzRA!ql*9u4gx< z(?NW<9QCaRxW`5(AcuK4TB@ z&MKGP=1tqroht93ASlRPGy38AS}&&n205Y-T@0~0{`vnObp))kKPANXWibS<3QcVY zn{RO0#eSVzp(B+E16AG0&X%1+)9>+=-cH^Cv6x94lcWoGa(AImsspnE4OBi>4#bTE-yQ3PUd zwuD~Y9`b_?#m${sxS!j5GMPwN4F6>P|G<$Bp%nfFWT06a;)==nP9Y1*R7A@8`Z{d- z->U+`Nu_yL8{+YVDvaO8o`*Gc)eVV9|4r^L;MoSl?phUU_6U-h;APH!+$Tpb^nD z1IipGq9ZS(cnXDySVD2L-uTNJa`!e}`6!xCc_ug#=Dg@PPUXk5@dc5QPj2ey@ojR8xn^w;QI93|>Qa1` zb_>$q>V@g`JPefw8!zDedz+K!<-7LalvIl$B2y-0>kS3x0BY2due`wb-q83Wct7*p zzTw06)6|D&Pmm6U{QhWG7u*6rSr+8VzE>HwXL)~CErJ(RK7E7fRT~JZN@zKt#E{kn zM6m~!T;lhym6SqOlZgs)g?l`@O%*4=Dwq5Iz9;K+o7&qp7THON*(b~W)SH`YYl5RY=pcRO$`m-s6CoqXiecvRCz%1wVIxn4&pOA0XLt{S@>HP|7^2J$1`Xzj+zXtrJ)1SQ&~2%R!rut*(s z-eO|2&-__b;B7U5?GhepRsP(%@#nRSgaK&}xr+v%e|8Vn`csXz^kwj-LII(X!H$`r z6Vk{cDd|%f!kr1A5+6zvHLdoH<{T7h2Ce_Cy10dmLzPPgf(SvCTPK{2@f(_)SSLa zRTu9^q9e^!vgC`2i*DxF%MYLli_>tOsSV8iZp=dU&Lm#k`3W_kW?XY5ZfOBrP|ATr zEN60d##f{yq@joVasZHEz-y4lbdw z(HxLMrUFxA)ZtdMJEZz$9m?iNd-qyo2tOs#?~xf{mf`?uetQGrg5IhB9RTi2j*O%0 z00FkM;=-EOzIF=SLURQfv{eiZr&ndfGA^i`_0Ki$hipBml&t7nI&2;R{8vCPEoCNo zn$&ut(GWJhRd!0#)$}BjlmM|L`srv-`77|LleD}baTPy^m3^u9`H<71VuUmy`8P|@ zgNV39_ru~Ee9_8Tz>#Bo;av*e}qCu&(>=ItvxXWufCLQA^Vlej~v-m|ItD4_(1Ks7- zMV7`XGC0k(hGrS=48N{P7Jm|HmLAu+DQ_UuC8D@19t~*oAh6rN-X64z`*04h#+GDv zbyyIiQtYR!l>K$+anR;+vA1Y1ryZrOlzF}@O!n@_S!DpQW;^mq zl8ARL?T2}+PJkD3mM7<#VN1)e2DQ4Rn)hLq59=ff2o98m#s0`BBC81WG882ehcf2a z9`J{b6HA=60*17?x%M^(RhSuXkv=m28k@sHV2E53C-Jn@oqry2u}L(=;~^ZKXV>$w z(pRhnB<0)un;H2S$5@K4tvk~8hNzX-cN)(@-)-NB^23m(TDQLXhq=-k6QKPvi1}MQ zI*+B3_Gy^ipza+91y|IZ_fLCtAo8wbidW;y{tSNJ^+-x<5JicBI_|z?zbS7PPqtZ* zu_hDmm^QA_NqnCH%w>X;ras`JSY=H7aa5cid{ID;Adzc!dGMTQX+ee=2SPz5u~+%i z9scoe1vQc_ra}pF$#r7_`W4Z>Sz3^%pR#6YNb{~#w)z=);LSbpd*i`l>uJJ1#L(tU z%rw?d7^NJczk)tpIa??xB3#C3M#-1oHJ@%QLj6 z`-UUky|__jV4EcAIvM<+wD)bgMzXN#cY<82=w)L9$MpZ2;7FX1meKd6tDEjr;tCj1 z5t<@wRHGjk${7YW-8`!uFOLkSGK`<;SKqL+? z@55(Q8jHOc7U~ym-S0JIFH|2~Oe6NBbqP&W>$HzF(`@^Comg;v9`<)%P*Np|MCOaE z7*W7NvQ==%sf6nB99qs$HBp1RKU5$%yJBdW83qq#MKu-X>L5_8NFG`L5o8An5Ww53YdWB-+2#TI3<)mXbuAu?36hXM2C+ z4o-GpAZE20E!f41j-Yi^BTCeVs+r%qV0%1Gx&XSOq?Js9!>x6@U$S)&e^(5JLL7}( z&9RpDxnJ0>Dd8NB&T@RkG`ShJ8qr;amN#sIA%6_$m7@ua%Is>s5|>I4&S z58U5$HFq52f&Bcg@i{(+SJ8-9jA`yu!0WyqBd^H#_1*A9w=R4|mklbkni@AzlZ#tT zD4K?77)Xotf|^-e7CPw-4d!i?D}MeH2>F1fMEl-seXP9b6l^58&R??0hD>fmDPK=f zT-N2q-Cx6;=ntXo4Mf-*y|SooBkdYEl983SElwkE~kfL?Y>G0g5bWEWl32k`5W5j)8kj6;G@3^DOT+X48V9894ad}+IAA&fOh6D88)tz!j8rTpPI zACXM|k}C`%O#)w#EIpdrkTpTFKpHC%N%EHw)EU9|?baKGv|Ke13emKKdE+!4cI(PK7fr({AYPeKH zCWRS5{1BnS^iWf|_ylX#0w^LBYg2m~nPy%{QN!VS(E; zZ`JPGvT+H+6}O=PM%DB_uxMi?v97=kX7v~`@`DTe!#opkZiaspYW2$C9e%S>c2pqH zp&c;^ICqV_A1fnQ5!ne4?gbFyHpSA+XER!C9`236=!LdTj*YW&K{-^!0Hb4V-5jt0 z6-t}MyoH3(&ab0gC~;t5{=_bI$&KE?X8juQ(M$X)I?gmlINZc+jg1mmLntG1V++=u zOi1n{kjY<4&JrA5fAS-eqo?6nwf<1**B%dcjA+i`HtUVHP_ zXJy{R(8RJQ;Dg})nmzUkmniSN)@t~bdQ-xfn?z5$+wH46&1LMQRmZ!R*cF6W{HL!9pYRO#8B`E<#X%Smo#hNZykg(W51+M6952DkkA!z|xVoH5*j@ zbdF{+G;qHaLk>J*C^(xu`!l%fM5FR_N}Sx)-mp%!v@L^I1R!o+o-^A-z+Bs0o&yr;Ubc^dF@X7vfwa%?M%Dkev^loDW**e-`` z#{OvG00^6oWi-0H?ujE(w5&Z?c{#7<&zgf`ZwcqSZvIyJj3S4ieTlI`6Ti|Jymmdb z=;}nAV-&&;4c)v#!3G*&S;MMaLNcb>>FK=~Q^tjtf99Ps@`yn;0dF_OKXL$c$0u3* zLl(iwU7^m*wplo-9u?>DjM&XVR=m_SBsNe{#q(?RVVU|=ydkCJ% zD>O;Wx0-H_?+qWxaf*ij$>wQ#YgR7VZ;k!y)E2K6%mS@fPYE*&fQ3lvl-_b?SRbZM zBn{O)blC&6FOOz2v0_UWT$-&V#IZA}w`^aqR9Y#*Fb&13&zL`lw3*^OLs62*nAmDn zAfj7_EkDGF-3TdJ&zR1Tm4NSKzKk$Vq&KMP``s9+}2Gx{|!%bj|$6Y%Rj zaS{qTHS>q2KOT_QUTGyfSYyP(t;ZFYn^)AtY}Y+)^NwWY^d|ipEh5rARHVDZJ+5qL zx(dLeh3n78dsNA&M05(FMyMb-*a}aqCmL1-Lb$18#UlZbQvz9aDZ&J)uDLzkq@ZqN zMz22NWPa%v?6oD`1b#7jxBYXs+K*T<#$iPjtF_6($|PMNVHrDp{HzI&xK}Vh`Z}~~ zgJbvzBqtqPy|*S^Fa6*l{8^VNTf=<-M#uOOOW~VtjOPalZxuTGO`1$E=L;$lO@fqe z`Y3Jm^W5TZO>%E+ zf7ro!wUa)!05y8SF|ePrZyJ*c?*Op@FS%lF5v2hjxzUWBK3u!IUo`7mQIw7;&<1Q- z8_{A@+uRo-88~Hc!RUi&QDNPF7k~*C^=f zlo2^9{k<T^({ptVBA)c*Zz4&j_XwIiUjxHcY4>@1;UE~ zZ3hKOhdmtxTPPKK_2UeAbm2X)C_7O{+C4=Sc;J?F1P#;OGZ;@zM{QaQFonHsCS(9N ziiG16C=B)E$>kGG)Dp!Un~UBK;j>PuByF!>lapV-XxavQD(B+O_12j>qx#?Zo>2II zdUmZ354j=So@Aw%!{?dT-42n)UIg@(d(MV~EYDQb`9rnVHiRd=r{2UWQ+uav>{h`! zS{~2J_~-0sYJ{=8&K#EVHxzcd*F0^=QUvoAUr)w97R=3tc4Hu0E>8RS7NmHNl@0M^ z^r5`n5zU^mFg$qNe)rZw8ukkQfK4qCiI0p&0Xl3Q0v8AB=bFc*2p-;{O7i1vh?D|T zyf4Q9sG?dTr#6aTb-?tQ9&lhkl};I;9osj7?mNo5fo$_UaVq{f~;@|x%y;Epq zMSWq1W!(Iz1$W3$)Vf|i&_*1y5%qltkYDh0GLqVr#?fkk?%dkcr8`!H&*pD|lzW#w2E?`Yk5(|-l z{}Q@>q4m7Ux@*&D5GHsg96KK4BqEp4FpS>jlVd%^T!MX5tt_|MB+GnyFlx80HIn+2 zrpO#uMX0Jxt0nO7eZWGhgfY>*efq6dbo-L7fCn#E(<;f75rhs8+sFc6+`g_zXdMF_ zLq<~&+Ln}zfAN+yE~R$DClKqXj9;V_od^m9CzAg>-cRys#c+~r?uC0a*Q8^=U62Wu ztX73qdi|Q(E#o+SPZP1?c!k*1P&b9(T_ImgT;|@qm2i}sPsTl-%_}JBKL1@fDy3`f z2ub6o)zH;EIYCh5aM34Q^PF#89~+TGR=YbWZf&AdR9_VY?_y^L==OB;IGg!G=*T)2 z#n==lcL2u8-_X9AV@g2O!Va`w6dhQ7zIC#pHV*2$V*aP-$e|^tHXz8jjJn4X?033` z8MytOj>SrjTzv(7N}3-}b5V-^j+5%0RH>qsm5T|0+YS1;}90Nwc+Cd;!Ux3jpR`dy2VMa-2YSChun;cMlA?H(h2% z#U_qy&dH1BlF*G2K2L%chk5>xI*9?r(OV7Iv#!OI^J1)ep2cEwsVKY#l;hPf z4N8kKS<0(kYIN+KgSw` zwa84Kp-O5@4qV1+$_+FQ<#s6KK#X6@ zr6nX7maLtOMVcJ^YliZaBUlpCMFBtd>?wCZW;zQ^n57O6O`A`e?#*gl4;SYjfDlZ* zjgDgx+qzBpW#2AhR6yFJ0N~(LSbDc5LIDve7g9}8dT5zAO(Td9#wc7Twd5*m0p~ac z4&xz@nEc?^0#O4%`Gv$?#ho6Bltm%KV%>0~=Fx=-vZI4fJh>y{5?<7COt{UvdrN?f z3aJPknC&nErQbEA4xI+<{;WmWm{{i%t&kRViD%#zagb%5NVz^nvf0An*4bp<-iBrm z=4yzQkhLJzqr9g)QHBE3p@!c#(`lQrR5IodXOp4NF7<9OekGz@It<*?9^CRH3)jr_ zoFFV23uZ(@NOE~@QR*1tmqJWA@^rAMd3(yR1t5)dt3amE&)24tA#QSAZ;Y$04@sHP z+;CECee6YI7W`cOj?U0oA6%IkY&>Qj`n%3`9F-9WI7L^tryg0up8+xRVsAv#VDfe5 z4W1(hInm9-2O!KX|N79<@R3V#TEqh03a9H#DfKlqsUx;al;F$q^E^v>vQKMsQL3YU zu5ZrVsotTa!g6In5GJC718&2Qytvy|UJ)A4rknzFBZK|4zQOzlDIjVip!~$AQ|RlE zi2a3!5vKaE>-3anD~lK%4_o=v92aY0b_Xy)|M07&yFqF`9?m{3SE3FN9YS?|zB1!O$o%y-!pQbFknwh2S7w+=(@y&W$^AnrQ{IWDVCDGzU$KO-`I z+SDfI(ye0ySif=w2;~8F!KU-AoSdf9!*S(5H*yf3|4VcKvCvJS{oc|*LP*vV&Im!^ z{u1v4gSD`?&|Em!OB8acVNFy27{0AcX0`l@%Fq`9z8m}Mbxkb~lW`tHtD@!@_f(wcqDuhnD8^J;}rw#X><<9~C*L3;G4%QwKshg(sKz zrqWhqR{9d#_cLoCDC2(zqPB$oW^hVp2961Fk_?2cw2xxyG^vk>Gz|ufEwhRr=S+*S z1qEUNGQHQ0Q3;XSsHwyAk=zGdUYx@~kaZO;Ar7Bc|7z;T-8D=_bJLy!9kHUqywQnV z_{H&`4jma-PBK(Dc0+M4GTu??vj|S1(=$OSZk5{FAD7m$gfuQi^)U4w5FmD%nS{Dz z?gIo)JGc6o5+R$&p%1r+koDr4TgQZcK?vIiCB&Q~eR0lii28MiR**JI-Qqr8QApaJ z2TO40*ft1yE`tLOS=pQIeFDoMe&XCS(o=R}@R{{h5X{wut)I{r=N$vqBAJ1fkzq+L zmUW{_3jO7-<+ACKYPiy+0297#4uEQ0!dNo$5&7Ib1Q;kKJ-&Lz@~uB9uNmCryuUYj z2n*Pr@${5yoSOUWsb^U)M9hSy=Z`Gx^5dkI>30#i-sFGwhA97@ch~IhHBt7*JGI}1 z`8eH!OgK2|K5USKPfpOHTTcYDe!!NG2|>>*G&M zk53|;UJOy460XAp^7lU1jUS^-lu{nnAYxe#LEk-yO`Zefp2iZJx|g0(p6S&`h6VW zbr>ybEL1-!d5tnBqmTOdPgaR{w4a{l0wbyef0Y?Z($56{fuuF`bjl^pJ0@vxgtwHy zD-l0w&&WqFh$~MI6Lvmmp3L&wYd$T9HL9FXMuLbXZ5OT1kcJNhH>YGF|n<`hMJ2YcuTx zjYW4qr2Xs;b)s_{pKQ&C4pB{fHUjLkYKKBU3!{Ue2!fus@)^@d;3Z~KN7zO4H+Xc; z3r@L*%Fxmd?s3hy6i2H(U_}owMrD?w%u=sNhD`}Q%{JMSxtW=U^gRt5YlB|)-eqHP z5hj&V6ns%54B{+u5Aje%^R3l3FoM~LrR0~GLCoD-pR(xs)GtJA>EI{F)mhHIdxdeC zy>kzGYG|_DJy!>BzO&B)jpdFFtLWhOXMAiwG_;!qpw>A-lTXBiO zCMr!uEhnfCCdMm7)|d^`rj~O#0}LNB{EDfy zq2o&~Y#}+MdbhZ_cZ0hm1BHs`ispk$elu(wGsBo&){gh5z4F17&*_+48;bSdldi*d z7SEg}fp5C4R@vdft2sx@8;C%3ez#v!08ew?516QLpJ!}HO&CeoX|%!~LfqkC3RZn| z?-@0svlmS7PJ)+mNzNZOs1hOA(FriptOn3U)uF8MRx=M^Y$cv>ixgIxXw5(IiCY8f zJo{yPD=E7kQZ-Imo@!vW7UWd@2=+l9Y5_}6mO1Cb9V`#HvGxxjQ)m2Qf9?oCc)TQr zoi4rvS$zb+s`7$D=B-GC?-$8zHjxq2OCO(4b%DATU#nCMzg9^I3{=`xUCM-X=}MxN zbtKSRWc;&EJ;05n7y`dqO7f*Ci8{!)XhwP!NyrYbd{eAxT6NW9Yc0=akXzD(l~{{lNbV}YX3@BThC{@sA30UOMMbbN!+w~WPj_EEL-c{WB z{64_D6&h!t1R}?z4MvH9<0R~w@7`G%Nu$#Nybyma-z$U+K~+n?6h;Lm_;!|eS#t= z$Qx+($ttp%3O95^{abj#SCc}K#^V%9l^tJ%Ob>!OI6@i>j=^`GPwaNoM*^X?qYY`$ zeELnmX$(k}LYWnYL&P7YAe5(gQLoXauJcE@PY$CF$A`#@DjvIRHKZ ziFb3px9$;CUfz)+54R$!V$0nAnN{h9f4tN>sqPIZiHh?p8izapIYX!D1S%b_=asjk ztPP&6k|s{X#EPAA)iFa-Gvl%pj_)itSkRWCXGKgPA|ZSt`nrXVlv7p8aNQMaH;NH9 z$sXlZ(nBcR>YNPJ!1(j)r;-n~H2saT%E8IOIT8i&5u`vv2D$UYUDQmPRg!Sl@Qr(n zu@D_^1+Oz#@e#1xm91TYX#seu@)rpWjoY(Gy89_G6&E*Kx&43-!`(Si`*|vt&CElG1-LF7HSrQcQraXJN#;({w0HBWL}v3=;zu`UJ@CjOfwavFp+NtIY5?T!^yqY z2t-sr-t@}V>|1siPq?bJE0KCY*+E=55Xwnv4#t|ju!XB$;W|5VVTRh~Ba-d+1V?R1 zk+x!^j#0Mmj}{7U5X74sw8l4}K$&;W5QV5ECREXjMACyYTB5D^4wcO{AaH5FwqR|1 z%_3Av2usVuE2&_k39G!?=43&+i**{&v&5lkaL-Bi5AVF%$jQSDV|cxLTl(iCfm*K# zpnE4EFtH`IaS+5=Dmn3LLcmx6&?UAxXTK-5p8YSa^Onz7LHTD$p%c!^{?m@&?!@zu zNQZGvQPqGm_0UX5wlLZ{^AuZh4xo(g2z>W)x&YCWXby&(yi2m68E%7T)Iduv8{_QL zQUae0hSX3bBdaX_`*^9Qug6#TH5OF?Amy0=R^Tr?Daos+K#e+5u7QU31m1Qm?jHMS zBr&9{zYWLXTY0odLIKdpVRIbRsC(SVFbqgFtHa#)l0l5l4*e?|rPz^r^Vw<`7YL6^ z#TRf4$5n7KmX3~zZdR^sV@TnIbSjgz5{ST5A6KP3K>;@amhmyk74&WSp z07@cw4Mmm9t2y(%;n{m?-eR1y625|62j?{9)rE6{m@#lXdYk%cg&eiR=JZV;uTzRA zWj2uxwluxNwHH6mUgDbN_aNjQPCyH9)Htd;+}TcPO+26UJ`c@#+(7#bpZK49LGFjj z;d_q}q7mZ8Z1CdaH~_W%^gBLhx3=W5Xa;Q1`)qg z22(hT)}?OcCVPuiztK#h->cF`_Kqt7;2l=GD*ODv|$|N;${`5YU&KrYBX#bgr?QJkB?Qt zJN~JH{^elsS+yGzO79_d1!ZnEPoe59XWpDEOnK%nO_;lAz=4z zf|KrUzE}}<`9}D3@DTnm%7?oj0Z1cj zqTzJ1eoXlr)3TG6WOnpJ0*~Ft1gv|4?1}GC5_lQ^|1h{}!-b|tJ9d$&k%jex%+y7) z8oUe!6v}*SW~Wn1CMCQp{@MXAgzgQk>sSwJCCLFNvIS%EicnT_;I};1N!`uDv`zP<2*J6}{%`7_JI59aKf8Yr zlpJF*nKOnakcv(t!6tJC<>h5nk{vv#&gsVcH6bG%c^vNBtT!-iYuDh=P`dTm1&-0IH5a$fcFUI5I)y%X&Bhd2qKscUaC*sm8#!RVwPi z?RuRoxv&|G8>n5;R}zjZX>A{UlYbWmW_tbRST(HZ*yg%!-F zM`~RM5@C3C3w?H0e`Qk%jsPe$XgQQ?{1SYl+nD-Q%PsQPTw*z-_HHYH3G1KMSVlyV zXw(fkW8#m$h|j_cCrf9BY*K!7=Rb{8xAp+Ixy^h$%*e4lTTR4vg%l!^U>%s2IjKQ+ zG+Q%KBhlwoYeBV4jwF-lWos513MjtlkVwTN4d>>EgW)7|$9D7{sUEi@hj(5C2CjTf zvDj48$Hy{lQ~M|AjpPV25NH3_SL+4Iac4e+Lca%^g_6o3E>$SKv05P|tH$g3_{OmT z8zq1+0(VUz31GSk+6<=H4~H!*6sqXrb-HtdrV;c|4jKPWE>Oj#{;p z;OizvKibIvQfr?mmK4&8;2IgE+Ox-bVUJE_RgO0RW&4`h92$Fa2ccrS_V%!W(7lk1 zyv$(ZA@VB0l*>X?96tw52mgY@n__n~BKFzqz(eW+H&*MYg@%Lkym&PyEnj9qX0oS@ z?8>4_5Hh)ZFZ%KvV->bJkAX6B7w%Y<0m?Jo=NC&mW98ylbHm5F;e<`N?^D%y$w5uJ zrv{JJ;$$$v)1MvU+b*w)uwlpDI<`s#h%XFb*VOCjH5o!yqC3BXtG9jc+@%dcjMAi z(rTbAJ`a-9pJ&K6D;3hlxWLgdWEz=w75wss?o|%u39LF4Zm?IGIEK^<^g@}D43~WZ z7Ua5x$Y-^>9Uu={tkQNp&(S(Q;jMZ3R5!j~ja7q4SGQBnx|%KVD|yS03C@b4rbQBp z32Pih(rS#PUD4<;3e}pW%xciv?6>l0<>LcU z?{}}YO51a{cabQby%e+(B6TEW&BsouTKzqqgyGz}ujMf4=)x|qAo zD&uI@)msWdr+srv&6+;cI(+<5ej%mICAE48F&z)Qs z0{t6i!|v{@ad;c3YmWIG5v+*0%c~9HjEj!tF5^oL?y3wk1xx$X2$aZI zhe@0yR7>3gXp89w;yneDUTcc>n|!*%vH}Z4ta@Vg*mem-!{>v2ip|yYIN@UXOS*=| zbS__miAwc0eMdB{6mb%lwONTMFM=C5$y!6AW&*YwYZ9g6@BH) z9B1pWJ${B)q(__&@1M9%4vw~D2v=>uy#t|znWE>S=ry9{Y+0ZBu8|8pD{`{P>?SpL z9`gh?iG@jxkPvX2oya8BUfFE1BNOHJ<53q-WZ06!8|zi_MDjj`z!V6h;sqzGWYm)1 z*rM^cY9G`U!3pFTgH%8)z%U0dvg6c~oHijDZQ^5_b4Jb;7G`h&S$QWqNzVsTY_ug;Ga3UbQsJPA!YQ;I89Nu+HJc6ZutP9*%>0H?hfy_k)9 zhINr5{I#t0p;%%MQS*ii*BLic5zC4yFnfb_WyFg;*<9-Zt90&)miQW1! zMK@q5O*qgLXOL{BXf`-VrI#EV4-EH*MeLj<;7Ry5M8y*A+ZHxpWUfCZPXjA@^@l`R z&>yhsHKkr!2)O1ebKu7gl%*ql^f@6PDG~41M#6DqMjpM_P(6ydsxJVWrDF(&Ss-cG ziniETb;1bX+MT9gc3zTR{Tuzb(Ye~lTKIHf-7qAPXxkIHe3IoT17yJx36gScDA>hIh1@dYa)xpEH-myNO-Qli z`VnLw@}%AG+nJlcIUzk!+zOwZfwSvt9J(f|L0S|-=bv^^Q(lG4GY(GYGH%UEqyy*DRRiPR7#A(b)JIW=aEM8_<-%f(lzxe&+sO^=X8~pEW|~Z=$HEy?{L2)15_CG)RxFBk+$q zKdmXN^gmEX;z21!mQ8O-^kA|4sQCd3#Uh7Tx(rN|3=4sY`$@+abCOrD%nkz@YX)cH zshqBs9!T$4^j{Q>yPKj+xt+ihhuf1jd)?e?r9?Da=I*%o)@KDV%?<>>B9in))FQgd z_>rApUZw2a$9@SQJte@aKwp#U9Ad#|OkM{XQZ}HjEUH;Kz_pP6wpfxfm}6y$K<~(J z_&Z`aG0Y2F;jmqY(q95RZ!F?j;tExo8Ym?@Pp)$x7=Ax!v+A7akUKvESQEhE-0XB* zts&UUtoC)rfyH`7qz+8O%ne~LEOO;OtAOy5H)NmOlp|GrIJmJ4m#JlG6Gfk+rJ*=n&@i9IZeK;8dN7#*&d6O}DpbPjlw6Oylp3~;;^LJo zhir8EwmWPxVog!Hi#4yyDGUIvTr0k{-}kq+%+{sCC4{`u*EoU2Yaxsc_~W`OWW()* zU?h2A$)L%pblm!00msF-c7BRPh+`zfK^suF;B@gYdCZG*O{fw|FiK20iI3?Ipd}*{ zef7b%CiE|PB|DAH@z6*pV+2|lfir)ni%8Gj;c5|0Ip>`E%rnfagmAiuQRS)-cleyE znaSl9C50h;kYYH9IeiPjMv7Lwo$853CPV+~h@7;#_cvYVv9Z0WR`c-tb>AsbV>CKI zI`^KMoKB`xv_+GMJ*r_=-@*L3ypug3X!$`(a$(R$uBU>@IZ4)`@pomx=-y)&E_K6BbnF{1W>)aS>6J9UK_#7MD6U1_MVVfMlhU zuX!N|W`Mcj4vG{!U}<}bIkxY3rga`@hI@O6t-UrbR67&_jiZ`q1&ufGfJVk(=A*U_ zbpcL#q$^*d0*-IIeMP~19XLFCi>$@|VO&hWl~{!{l+Vo`uRP1tbg!yL{t#Ql>2@GM zFS)gnI03VjjFA!YV%e}*G9EQlWK5#ng^W#+Zx0F5uEy3Dl>R*;|JKW6hxjQY9<3kqcxcH zn*^<>&3LBQ;5advGU(}|fWr%&_23CJ2d`XNWtm{+o$IZvp!$CU=s$yE)doKHQ;qp-`?7K;Fk_^@ zw?UlIB~7DR!wyftYz@)-+}V09?L0j7im>GDr@b=C=;B}`t3qx3<;Qw4%aK*gmop}J ztHj`Jvly+_Uk`)M^?Pglz0nqyoD3f`#ArlQYj8_E|yYI#`P1!8o19Y9SgWDbue%ls@** zf*VFL*{I|4eKdOdvtA0`x}`E4UX^h14#%7$ItSuTU2FS;zQ{~u4s@RB;ylMHd>a2y z3G?#~LUoAc6lZw4%%##J8nbQr8aDb;1+dwtXuKS|jnJQ#8n**h7H2ggqgHqV;qRmk zhU>MSW>iUtLCtAvBP*D33y}{A4h$$Womnd(1kI`nNG#qQip8G|ctkBZ zYP?VWR0E8uZSv-_+hX5p@IUy0H_mzXJ5RRqJukl$!}z+^N+5pzhAF2ots(GtdU*yH zCog=#i~Zu6>RWSKJY~+^+9IDrMJ=M3*YWB7YRzx+5|Rk|J12Z{Xk%-!z^{x` z@UN)K2`&oOI1SRjXwIX_LgYGX$SffBL|TGd?@of6yrL$~l0+VQMCOaAqd2{ICP(UJ zpN#8xNPZ|O-5L2^q+-46yRiCxr<+CQ$n~X=) z<<;)k#*tXelbVc{x@2nXbEWZS8sN`J2^uUw#%?-CP=|_l>ixhv{UnIZn{xf~g(95z z@@+0GvPAc5Ubz9{QrC`tw?AzAyN_iiS^*Dxx|(??iA&8oPLNae*yi8F3xf6sA8FIo zvf(UW{uXKBhsCAL$Y?7LcmDVzBWz_Ts6UIXY6puYUfV|q-n}EoSF0rsC|2N7T zeVfQyA;iOk$**_-waiK9TwT=wG}x_y5Y@{V#c|aUteQW;QEgN2p>BcpfFI`d6+sQVxG-B= ztD4}2omu_x_!AP0qli2BIlGnBH)en~GgB0DCvCI<|1)P8&x6Ygufx_o53~yv(_;wp55cSN{Y`I&BMTqm8oEwV z5f>qS4@%~sq=W4QEfk7G;aJAx!nU|r)WLP{@T{j^9KIPE>ya@mts+N>q%BmE=l8iI<0wzPS*Md zlSi%IW%0^22(H2)mPFiM{w=w2&?Ztep!>kGG{F%#AyiM99q!4wOsbiIeE|>xdI9mI zANPKA=cTmvw07?kabmQr+N`Ag=UP%vd73`6h5_pH3~AiD-$j|XU$*NVZi-gu0B}m$ z?Tk>~vh{Apatj-n`Q+9py^z{A2m_typ}v=dubFOc$0P00<94UpDHO5CML?IP$~$8W zZrFm0$ZD@QOqwtDgWCYOb^uXbs6cW{)Td!z7LYV5ObnATl|gauDy4q39ugp^B%M<; za29U-MFFh>zb{Cv^LS&)DhCj!O&JBRy=V)mm4!#J8WO(cBDau(2a;5XE2-$>HkD?a zkPO{^j>xHmTRh=`cO6k3_?_sp38en&fr0euagT*^^1H)(JyT+(cspQ4+}h_{`<)71 zVH}O#CMR9$O(3mdh5b)wSsl%~QZ|2bVC@qHQ1Dp3{KU+8;^JESBfBOft#?>XM(sKC zyP?KNRPm-lZsddu+3Uv7`Sr=0tGAi)x&@5L@0k}6x6A*CK3$ME{tPAWL#(FcJ$WlpPUR$5;S@PO(aD%s9ypfjla|zs zAj8o&^LKs(j4#UeGDRb~tQ#T?!bL}WA25E38(_Udrg+CiMroc6G$kA@9}@`WU~7?F zy;`Of7q}m|T=c9jLUi6^HrvtwmZ~k~Whyz7N?jr(hgUYcHU1_%7Xd|Y{Dk=Sp$xGX zl@bJc3W4wfK2+ddi?<~g`)oh~p;6q$EsW}+xlCk&)NpJ_!gnyOccxd-tf_$ukVwSm z)y`|!o5dkUCICVn{cj+xR?*Su51He{^O=Q2Ui?#AoQWpT%!b%nDvH)%uFLvq`CXiJe0}GId@rF&Gn{ zF6mksLeR^p2gS)mBSQJz+ZzdcMj3Jg7QDIjnTBPF$w1ZVD>bQRdx8B13snr>>E~-b zo7K?4xdP#%O)8>TMIHuXwzKr#{G$NRRspGp--L(;8)21_H}|F7=AUDB`@!9oWV9eJ zh_&&lzp2-yy zvhydZ#lCBC6*z!^lJ4F&IT2t*PGsI;OEDdblKqaHD9MEcc)*-Ua!s!{_gr@29-QMy zKqiRSPwOd+tA&e}=543(v@r4Ars4a%!3U@Zr|F@gZ1IPOy2(z!fkqe5$l2tFwqJ}` zSJFk;m3xP+f-gys{j-nd@jC{_uxx7TutqxaefvO0-4R4-pIQ1`3=xLe-f16_RHQuF z2UK}THRvx-iwTp!+amru>+px5SzruDZK!P`RI9Kt>Evyu zgu_-Dg=$uaksv%iUHwFTXH-f;m2q4908+AG9_d;6x%kcJ1T`Hjgm9-4&N>CzQUR7m zY_WVEXhy1#_X-2v(zf0=iRSpUOzoJ@JA^14j%oVnU!po~U4Yl;3m=k=f>V?A00Pp^ zkTR%09Oe_4{6JhUgadu`q)n7}-rf}j=1cZ`YYWN(~EkEBkru^Xyl7ohq@cq)!< z{Ki@^SmX6zRmc$(X~U@%8=8H%Nr=K+^}|$s=`S1|mI*ta6UlLozRPt@z z0o_5CkP&7}R*Cn}bpS~L^eH7J_Jzg}u0l2mgd%OUFaW2w5dyJM|?IOG#_5cricq=^UuXLKJO=#Tc9Qdn0%PLV=~ng02? z9w3=8T5V&){xi#N;HkkKY>xXjTh4RCon-P5?t%=(HvyqxN!Kej#Hpnd`M!tpZ;K1} z26UElb-qw+s(hgZ2^WFv_AAYfNX85Bs8o7yeaOf8g$eMP-KX+31V-nS;K&~Aw3l_1iSzzA0AjZ9m-d3N6a=v4w-l| z2uMknksF!}GO#<OhQN)?cv1_8(EITlxGK7-1-O} z^0e}1!Do}G9s7L`+tdCtc|KreJm+M>jB{5_n#}yN*4Kf46+3~ThIl?55p<#xeTZm# zS|)r9M!x^1yRxDAL~Zy3^!HTM%Hcj5u@+HrGS|iwAkH{HTr2C+Y3!H&n*$hDdZ;i? zqCM0Ng0O-YkaG%jXO!uR_a|ibjA-zD*sa*EObAV!DKLSEv>%Z%@sz-}wmM<`Em%ze zbztttfhL-{m)=B|Eg%^i(gr9BN&9W4D~5B3QKQHlI0SiNL@80ae9#97H_*rqYM*C9 zJ4NjF`B}1s)f@88m?ls=z!i~e@gr!}?WRfcYYpj>%3!6`U92rGRsSW`#V)^MWXkYy z&6quCsTb7 z5myC|0qxXF&*>$A49J&}O|V~)XEq zvSaYaW&gv`2ZIU@R$nU^Hl_TlnpI^r|3jk*eZkvP~$)8#1kI4Fz{mw{q zlp;4)u&_$EKAAi`kro!rrayRA=ctPiWxds`sIE|g*$eGb^WUE>eK8KyV9KE-F8)-R z6O>Od=+3_=HNnAv09Xf=!pa_nl1g~5^JRD*bN-h zO@jo;h|aPNI?dG7b}LC}XEkPX4u0=1wnYHf0W&)K@rRo%$&;bi&1 z!w6Wo3hw8k1)eBv0rEdjoDzqOlEF_FZ!I8;Cjvqw_ojaNz|K_$Z<8`7N({%O6fRt7 z;R~I)uIV4ntz!Yun|~d|cSiAA&k~33@W3Lk(Ye4Dv{6&FIwXTb80i#!LlmOs>f%GF>_9B_2&VtCk^A!f+Dlg&tm0SR-@&|B9wR8GxOL4wwLki>+Y8J&tO z2FfJaGl6LC&AThm^x^1=pobr?LFcry^DQLr*sbcP;AvEkiM59I0UvE|oYhu#WUD)v z4=4rt~mP?$HP+b%PV=&l^4 zMnLb{DSaKLNfU8SA>;18FJ@sS^CzT2!N`CD2v#)%f1N0O5|COx94@W;AA0?$JmxNU z2$DXnn$TY-!7y`C4q(=_ClYSM5z$whia~xa?(qB(9S55MCLBZ5G`4rPIGl=8#XBwK zq^9Vl5nHm0<-+(PMqcf#jro5`2I;>ccI@#_EpHxJ*3k#1U=et+HJRnOhP{M75*;M$ zc?@|8nAZjAHB#;|LojIlzRBrTl#~WS!Xtx_q(~{BJXC~6Yu$1U-?j57*;|ar6c5J~ zJP<;PKffQ8M>bYbWTx+n27Y57nZ6mb<%f-k^Cy&RbV7y_*g0`p$cIkb ziKYP^2B1&YXK1cdN1oBgo;fcp6$3`PWsA!o(nCdjcFlRZy^Y-F=bsFmqShui`%ej^ z7XVks<2~gsUhvLpdGVcneGhil?BOp#0PVe%3lk3;P9l*yqP9B-KO z4zus@3Coe*>8vQn@zmAGuvUsPBh<*B1<|Yt1D8PsA5MH%`-&+boE_uExWLSVu^w{Wh|V0QjNB9}cCCl_^AfEHnH;mr)%?|n+L1tc4w1%%P@uyIa9dYq7ASKn zztf8(dI&(ReA`o-oX3WP$-0w+su9q4FO<>tVWgv2B zc}_UC7SS*7rEH01d}N9b0p&z-e$`82HALyA0XD6P2@W&005#7wuDNnr7yXRj=>{~# zMgGPj7mLeax=&UdhG0taswzN9nC_Rx-zEcIUuYkT_6TQDk6@ta-3POs>?*yQ1l&ct zhjch)3;Rjc&N!!hU%c08$_u`|3gJeHzjMU!>;5xS0dL~68RdY(x*XsOa6`vk9>^BS zkSAmWzr=CKYW$HRB69RkSpK*Q^xRt0|~Ieh+H za8KhGETEZV5@oVUCIgy1|I7?zqbFVrvlJAB{&aNrai7^U zGGG;5@RnADr5{K$|5;3FlnFBqO#_95tXdCV1K8sWbQeTOB+bO0qiyD{!+u^thc_~Q1CfzSS0%LBN)%`*kJQ-fsvVVIIk z2~g93&FpRoi1JlpqHfs=9sBvoX?LWCiK`SVhv;vMz$$fFn?yC4#j9PFq;ZQRk{o?T z6o`er^ilR10K_~DtyR;5=?QQa^kIt%{$)28yuzWP{{(r?T?k5r;me28GuTpW>bhTm z1#JB4x)z2MFR>_RQu4+;<776c6KtV%{@RD>m4q0+*2pHH9dkj=VqjQ;vUO1J8!T}C z!XhVDpyDQ(^wz6e)V6;vxuv*&SzYFX>*<3#l;te_cBz<5{yjA3q%0&Hp*lh`pMB=& zk&q~E12w^!1rsphHTd>wzz)Fc8Dr~sc^&hiGZaN?!N9WGs+uG*brc-wsZ2@1P4swd zI6$-SVQQ@H>pSQ6p^#t`Q=G4_;M#)mHGzJjld}c@shYjku%nes$h!LiCUk(%4*L4b zX9RX6+J86JZCx)IfAqf~D4#}xHS}D)Gb%pWkFqtO+B$PsbCbeH_W+q2uWdD7G!ShO zN?AB=#*skr8^5Zq{0%jQs0IAJjBysFTFHmn_llORFzaWFt_ta* zLPer>SlZyj#vSlBnsDu$=`Jx}GWVILMQV4z?XMCJ<5(1bTTuz#s>`b-y=&IPw8H+2Q(>s}irB)ACPm2dQ21r`W-s<@w4GehlHuxH(MuM);!WN z0f`rgz(b5)B1U&74%2zVKQOk&tS}#X_SBsTmIHdt3t$1dtSiUpTvK=(K)I5B9HPT3 z_$9J(KO-$e26t^|O?Gz&(JD9^R|r5fOdvq>v8UB)lX>Ga-QCd06OH7E-5;MMfN0OJ zljvasJW|c4drL{al{PuaFY@i?{|ZvXTR9(+6)1EMyew2CiRjAr9z> z;=e~`Zn77*-sEh3r2^}eXI2!Ym8-U}By@w8;KF1J;ODq|IW@nU*^dIpAzPm|ed@BH z8B|!YbX2m7-v9J+N*}^ycFs>R*E-c95R_1(+x!`tuCN!pJP(a3EvsWQrT-hV(I2TdREo4b5KNZH zNx}I9{vGcMdQQ>7gTzJht)^Wa#gZH1NiZ&1X&X>2jLtt7<3uKfoEA2IuHk5FFEKD5 zB(@zcvKqc74g%^>*+Z2wBe#fHy{0PFxk6DEGkk$BJx3HcV4o;smx^C+MQl^GfheQy zB0i#wCt_i>+yC$Ef#--nm?^%!{YEO*Gzw76bdq?5l@on(u(we+(V~YZG|}PJ5b}z+ zAea$A$m`=HGjIc7C*ETTXGX17$gMx1wOciauW+;k3-WfP^otp#l8tIs#SSKNS**JB z+%|CsYGRDcYt@bLg*0@!&Mro+!NI>}Wn?W(olI^pOT(c~{9a>XSQAyWhA8NU7PJjiu?79$y*))X-r_rOob7}73$KA~r%C4Z*KQ}vh z!n$AW1#6ZMSX;=mUpvZ%;DutZeHXh9k>Ei<~q{@vI0YXw*7L3mDi?QQjd#3mPcmF4+KhO8tx6Ea)CH zLTRN0k_);S9z8705Sl_yBk5LQ;eiS}jkOaul{X#4-G#F~bEH|{h8kQbY9Wz1r{?4#? zn?+FLrys0H?F802p2n)z0=_uIce(pL6?(sK*Ckrd56MrqM_4u7C=ITCM*PrBow403 zu~Ws;x)M;ZGK_b*>bLNexA*XE%Kb`%?-!SNtH>QZ*eTF*E~Eo>vG|q5p0SSO-H%wPwb=X`~Gg5;LltPEWg`!`*=kM`W?z zWx%7V1RnieTak?9w7$W>N5kFPBVd!T%P27-YoKQa+0QLY)q;M??~~mqiIdaPB&umy zRWHdY%G{27s`-evWwoi%5U+dMIr5I$wj{gyHCd&5VuXXKq6z^6_>OuEu!cc9daa>7 zN1CevRj#YM?I<04#Y;egD1B&&gEjxx@{TRHv2c(@dg9bLm>!7h>zmnjL{Vr$Nt;Rn zKXU|yyjoubVsQ=3Hb7(YkX%4AGQiLFc3U$lXOcCqXniaRdx*dXwT`WVJS;dKv_KFB z+u^RdhsCN6)jw?6^X7eUeW9Ti;uc54WKarY*VK;Yc`8N*`znI-u~t&a#a` zaX7JpgJaB)6a%8t!zMo&>$LHCAoOLF4?WQ%gZU$~;HEZ3mdL0ImlV>?@+}CqhywyR z3RbaCUPBc0GEn%O&=<~?*4DdOOGG>}=bL7QtuUgzUL^!%L46$GuJ`>=Xi`?GvqBeo z+!1PAP&U#)0c_cfLx}_@z7!Z8CT`sq$5x+;kl#eg|Df=~85%n)B$E^4-LJePDf6=I z_~7px6KGy(HbU+?B|+a!V3cjoj2wF7%Ewxj$dU>3B_Ep{^}58jV^@uONcA!DKg{3~ zWSarBVjn1Ij1+drqr-KV>%n`k_y`?ngtm;doB7Gc5NHcQXlp3M3dp_hin3lt~oXR`Lk%oHb@c0^n zTp*hCE` z^iq@H17fiC=t5`)qfm!M*4qiKrqfo+(wbz~%7IOrvUjp9l1_Uo5)$3`0xPuR!n$V|1F zj=n253Q<;VmN}7h4qqK^p+omoPG#PM@PZ8hFv+3V=YT0QVm7mxgH*@IYtW- zw39_Gu2Uffwt~@LO0_cHyozQev{$%fonXdFTsYyoW&|6+iVK@B_%Pnmp#yl#kn7b4 z=@Lv9=vgwj1f-eU90uS~UpaMCp+OenE7c_r-G)KGxM%)0h@KPs(Q81QcjuC{;ww0T zm#maMiq=x9{4j!0WEg4aRqwhi#mYt}!om4OPgDqW{p&R5{3ix@A>D_bW?;^ju#R}S zgA^fQEF@u@U)acaew|v0Q)ax76hp-v)kn%U#_trt5y&4nsC4R9qC*7-=~r#*ZLD z*Qj^vkQuV(Q;D8$n;;Xt>3siU(XbG^YJA8cziazPCe2IG&(N|LOgT%@LWv2O#erq; zxTT2zm=f~ghcYZLp&T(-D_|=_fkPaB+(ti4t9?#Ubk8O%!O2P$m9L$&20Q6n0J+06 zTIb+_x2B-9?DrT$ID4l(&{pH!48fX01i1%}x)C(pNXDl`CE%TJ4|>b(zSLjgqC?;- zximZy23);LV2G-h#-OIh&&GGb;cW{ zfAwSK{5+M)yPNr}laS<-D2%Qf^mrVzz3kF_D+gh1^h?5YqTmY@q!E`M4mxyR$<|D1 z??0rCh_fZ`J{p+M@(*r7IH9HG{5zEm!29K#)`;7r*F>+Hj=+b3y6eaI7ztehii(Wk zd^)?8VtKue4y2>NgzaG^^eYchFU!mPiLg2BsY%9?6N3n>r;;efA9Q+pX(` z6S*=KKKo73L&A=7tN9Bh5Bf^%LDTgkNt`sEkPgq9(n(=WpE_9!-p`ODmIo;mTz7Sw zm>wE1=uAhSo=hKT0-+LxVr3`X%<_EzJnN-?Z*CaXX&E^)V7yYD@gRfI^G?GiK8{v} z5EWvsGt@h`t8dfOinUPKLl^^@zw_hwxuuialKE!40>{#&dLpbTdx;&s-|di;4j`!< zP%_9Zfh}CrVoQF5qFEx2d1r^0sOFz=*hHjKLsQ5ceya4Q0Low(ecY05AGzCwH33W# zvW?RfE7O9JvG^u^?n=G!@1jy0>u9(vr z_s^JQYgAII-gW7}z>V($snFUI)_FdPHjy$C?byGS$#31iZc#J#JoLh^Ld5cp&n@YEnijd6Aqa$MfH$_m_bnD7`V*wiZe0dH-LV16 z{C}L)rKFEXD_mD`IlAOUa3rVF%WT3Wnb?piZ_6KD{DBpQrTV8wnS=?;g%*_a!PFUzjEyG3kwI}d z;12Ij#}D7}58g-Thkro?m9a@vFPDp?9YqVZc3&i4`SSwkN>CyEzxG5bZc+QW)uJFv@}93|$0ivkZO6Hj{U12IXK zvaIxbSkN;9Jc~5u$*SV80e%;tBwO-9RVI`L?^3h2J<1#&?n~LSli^7W-@Xa4HoBFQ z3?j(lP<)Y42;r5>LI#dF&D{N~r>qq$jm^Evk1rvT8XYAGNo&h6|53D}F~kyMH)B)2AoZ#1+ev%p+)s7&HugH? z4Qed$aR4SbuW5~Q0Ny`s$x%DD%F@@cLEi4Kg%s3rAC6It?p2L{(i+hvH;nZfETVz3 zF&SuMgF|3CC6cJA$6JRve9(^4^%SK>L5kdsNyH(?bT=X};3)xMj-im1?MS%5piApe z05KgNdS40APv51AT_^x`M2V;huXimD4CK{Q&ap?Gm-tBPue24wj}{!54`f7|jysbwwpeSmp`Y7)3vB zm6_&>1|%=JeMo~D7>i4!9WaVNbYZub^Ln+9+M!sjuEL){o{`krwCf?r#OY|kqE4>Y zw2akYtXDYiExdIsd!sm+m7`k|Jg=@?0!Xv;vaR59I}vqh2{VEw5v+xH$87>h2sZR$ z+Q}0je(ViM;dr@ML2*38BEVv(amGze8>K7EdJhuvI&Y#5IU8_qWxGn&$N8+GbkV-o z+d*t%2b`lCmNL(ln@B4Bf#2Cm2w)mOByfl_Q_Q25uR5o$mM)qz0dr*j4e(uF(;*pR z6};`>U4X(yFyRCtC)gL91dzh$dJmf@0ZOQTbA~HqeTgw?35c;+tGm)XS{o!B7qEro zKmJtE6e1sF(c6ISeG+2bh*Ro;2>LFVJscQmr}4(923bKMVx!Xr5CRBUR_;#YmG3bUfITd$DoceV%kC1@RA^jP1n*S0FHHj#r*#bLZZ z@Egnh$$+k=@Em2liZI^fX3nT4cug+TpsC zOj5>LB0eD{o@yny1*lTx&&2+2=?rz zLP!l@n7VvyrDDz*MA=B$|5mBorv7@7|zSSK^u%9 zep9rM?kXO*{@=eo9uNufzk`u3 z71uzd14UV1m8az}<8RL?QnNscM;$8OMC-Qs1AygdBS9e+DAYm}pH@UF-VBBVrb(e~ z);A|fy#6RbY6d@KMLp++;U&Uy3ubRrLYuut#D1H#Ar=WC5jhq`OeiSao7hr9H^- zSNp|85YZ_9lFKN8(Z*_>DVNEzFkEohxj>UVQ*8Gu%$6m&{BoO@%*F-A*#}siNHm@t z6doT#M=3^0f^|qnVG4Im@Q0DiyE%okcoUM8Rg|W z{6dZ7USf@Xdm-7@Y$-%_r>jWuc}CHbhb@}(d@a~Zch_H`bM zEVs1dE7bvtKC>s_2f?BgOe2hp4p9v(Yo3v8E4590(N9K(rYR8l_jJ_nVas!WescfoBhGWq4QqvbGg%N!!E+UL zs7%lV!xi;++)Dj)D-Ux|-kd$m<1w3`6y?IfqoVB$Z?!jmQB8jXmzBXlF}|)m^UdjD z6&;3%GB;Q~Zc54(b?pfjwrEm$QM`oZwvkPIdC8R7yiL5XN^X;;&|}p5k*1)@O#M&$ zB^q%BSAV4pxmLQbKT;0r*1+VKp=)=&@m?RwLlJ_G;7!kx7O{_ze7tT!U6>_2g13T* zEL2tZ3k0WtTkzZuP?P@_IR_%s0(_lnqq3Vx)d;CDAza5ra=3#fIGNS+?_LZ=>MCpS z@#c`DvD+53BBNdeRB^WI%Cw5)Uf)tx#OwY4K1_fn_U}o~b zHD*i~Byfq;I-NNg$HUb;LTe7hvZrVJVI5we&54?0;~=i{HBb33uY@m&&6A6V4#T)Q z{L+B-Yg`E@C5+zws3C(QkxRg}7s?N8G@Ey@!-iG8ww)b8$~xHTQ7Ff%=>d|DR{Gv$ zvJZ0B!w_4Llg{!^owww`=BC~r;mw?t7LCAE9i!thoVu(f2Qhy51D)oKM>GJgSar%S z7=#C2tKmqk@2C{ziP+t_bqxazpkAV>=fuPzAwhAe4hhnc(JxnKV&%}3OWHy4qxz`k z4M7^sgP`lh7Z|ekMfx9AD~7S4F^z=Nq`e}HzA{Q(wRW8hp=ueak(dRD_jxT$cMxa> zlvDY~Z_Rv7lHdIKze=`E9h6CT8FzqL7`O?;3t!xYq#*eb4aBei2T9!2)>`XLdU*n! zrJQY`lhf_8Wi9*k&1wc(M}fibI;4TqiuJyL?$j2Z?&PZ&^-MZMJjmMvCV8WBEH?3y z7QX5Tj8x=ataQ`^_eL0kjj^$GpA8v3?G=)lA~308LnFsnYqS+H5Lbe-kJ_FI%O|7I z);;%{LM79&|@0%hUU1*za0ooG`*HGloYIpeZ`g~ z58`ffQPtP9*KyOHaPmPskNy8-*_ZAIauBpCd2-OiVO8ZbZaN?iX#X@A^CJ^`0R!t= z;AP70KjIDuf|1WysxsQY=vm~a-F#aDowRx;lRZ0Q2pZ2wr7B@vCk9hIlb# zO3P^RZKs8LXgMqn32g<128y{wug1;f|2gcTb*buQP&~cLw3*$K{Zv;oCTJL=oz+x| zX!9G$0Y%5)|I=ffD%bOZO$Ht1FniuUUSUbIF@V5Bgt$yB6FX~ISoBuHBKB-@KKC2s ziDRzHvOxqmdSVSM&8_bZFvRQfd3F*C7&8jtjiYi@|cQ(a405Hx~%S)|z9?DfUmGEr`r& z;>lE`E741Uq{hTPfWIJJNiG;elnVPkzCZJ<#;t(g4Nqn)QGer%Q5NsiPXz3awGt>T zTn)u$0e2bMJ=Ac@qU3i;`lP1m!HXX;)*H9jm2B};C8Pl2PKkR) zfd++jcM`Sbg4yL5_9*Q}@fWKFAdxv58X5GVZWK8cU7)Oa4 zqSV#%K-qA*B!88Yii`6gPuckQR@vu_Jo1w0_aGhC3xioqgsNr}je9l^{@_8UTI)SqHTGFncA?$8WCKNLH|5|hN7l#dp-jwimmXL>=?ln z+BS2tsf1b>B6gK)+wkiVQ5HyZ^+@g76VNyeuqvD~ay8Z+4=I|fIoT)ez8XsVZC}Lc zEW(QEt=@DplEbmKIaF*Ks4^0ba_w@E^)qp#3!FUVSZQghdWA(N5DP7vwGJ3WWYItf zw7Y6K(u3^v^ijHwuz7-a;KVc&Q|7VlW%*oJX0J|^ciy{ye$fuH>V`pNV z=1DFsMEvYj zTdblG*lIgV-;*g*jP-+bA4-W}Pbp=mHev-ligOg7nVl_xU|v@ATy$)UHWWhLnxra- z7pRh4IV+7j&ZD^kr5xX(p^*4BCB~L%X?{yRJLqE2${<*4y(UJomV4!rUYLm<3@1;C%5a8;fxa2!DXDsZ^q%JP`>bu zFR9~sU7kl1_BN|Iw7o4LB>SYn$~l&$(CyjkcKzR;(S*S7PoA+VR$%oNt-I$Vf2H?! zjytvN>RADTHTA$ZGM!klL&k(+cS!~-Ii2M1`cV3?ekM`&;>0J)lO*LrCaAucR?NIu zGOW^dR#e6^io5968m^@_*~=u^iU z9sf+4Rfy(RKAc{I?(iotK$Kyx(hLI*9>Z9xDTYMjN_>w_d(F1%9n8%@m}G&*2SFzm zM`(-N5L})d`sT%Mb@bl^HTU>d7ld!jCv0BjlMTqiA2bpbdNJdlMVZqNoUM>Wf)_}x zo*O?6n@<{|nb?M-#jJ$_E~ZEEz+_c^eZ*wCKXABWv2`i??pZX|ufS#`9`(y2NdKa7-kn z9L~|gHcpMHagB2)7z_x-=#Z=#Atz=%uv>;_)K7{TNXDPZy_>4#E!c!`rThJCS zB#;{Jw2&>rZd$P_w&oN(R+CQAm-dpf>41JU+{6&Zg-TIdF2zZ5EZEqvLmik}SPr%! z@5WJr8=(e;b&D;SK;GMAE3@JqSJg-%`MB;5v6TQPWK}1c4Cj9|p#O61Kp$h=^C>1s z4e$A_QP|_NycEqC^N2lAKYdy&QH=mDKgsIN6=lHd;Tm}lSD+@b=h&eqg4<_p=!zbf ziR_w(8a%7V6qFIARNNl2B4j=$>pL4SI}L0pHIjFf3a}a@Qfh*o*X1!QkX;z7fV`zt zz<266yoq8Ur>3AA`+6W3#&3o;8&m z@0&F7)G3h8$_`2+Tv1I9R5&Py8-0liv9a|GBOtry0VDV@W~BJ{Em-@8{xys{jm*U!$fuw%j_fV~me-&zcvr zjPa}#wBFXbja6)!GXpZ00$2_S`Nce2yG|i=|A;DEWWc605L{JA^=fXP2JSGW%*Swc zKI}0IPEJl&HlbkeU@_V3 zE-V%xRv)|1E67J8be`=am5~BR>w-mz$Lo;7D3;N9c>2eAZT&|T9_9^w6`aoe^F=u` zJHIdHgh&Bj99TZc{$NJhFOiu#yS^(%s2cKCK6xm`ymk$kAfZz^SF@a1*GGc<0FSyV z*RnjR4rG=0;&Sc_%Gx2BdhZ}2G^^PLK3I%)6s^%6GNpG7N>oae=}dSQVOxsL++3NP zrX&=V()&W(h_VZ_#wMaIMqox1-&Bm3^J5>~ucVRFIZ{IZp&j7K;JYxR=|ve`LbRd#sl&Zq&+I>Th^N*jU>Q< zmRu^a6cylLzHkNY^mJz>ak^Mq63QJ1Hve4uN0tbC)d$+eOF3mtYS56EO`JwD_STu4 zIQ{)9yl=-p)C%C>su#duP24ve0J|14kxA(`7&%x3p7Ss!_G}C#Wi0j7GhDQ>u?k#j zxGXW~L^%j3RtM7HR#vEf4a?6f#=;IBoq#t}UOz1Qk5&ehitvuzXk)btwSH0rJ!j<* zwGEtYW=3vgZf>}kVOCMEG{cUTnTq=wgop`C3bgX`V>r@Cj(>@|OE|N?T~OlO0N3({ zl-I1=Zwj$iE>^r0Z*D^k)W-Sl;7_-9>$A^(0DS&k!N%(;Gq zW4-b|8(1F}(y}1(&8|y`xxM9f3voWgk!|ow*2>OCg92o|IV9R$B+bZK^@kH5X+o!( zXt?ALMqj%ki8rQJFz%8DNDA44Hl;S~^g!?V2XZvwTFe#6ilh;R1%;0`us6HlG}!Q; z%El@kJe8b)tVTF5o@chPVWHuB(CEFNrqG9gUK@e9_up3T({i?3v?@XBg-t}#Zgl?6 zsMNdCJ+m*Gi{qVFS-T)TD1x2J?3swBTWgd#jGi)(4Yn{@fUYKWtwZfX^ayWM{N|j` z(z8{^0D*b|;O~dgf6p(Uh+kPVR)vzFKP6xumwaIs9*diM7}iRVbpb`07vX$~lAl;s z#_SscSFUu}GG&sFFBWF=Y@x*+fxTra^aolkk_2*&jRU2SOQ zFQrH!ov%PY9P-K6*w$9&*QJGZxCd!gL1Yo_FHi)NI04KIgbXR)4()jb9*qE|n7Gdk zO4DMcR6{{YzzQ3s(H59M<+$lL5ltzmW*c2SQuilm%%jUe0=1#^Wv5iuA$PqFpB@}YNGJLK|+ z06}mGZpYS!fqgK?o;a-h)g`ktaBBx_P3#JnWX<^y8GbHWdXQ7*#rUYyw(jxGrsa*B zwVkKsAN5nA-_uUk9#;B+EWGR?@^6q_hb#*z6Fq+4u1d>QkZf#NmY6+B5wCZKS$B=D zmbMAlns~$b4XnbOa;An%PQwl!23%a{6fOej3{xIvnb;YuM!bb@v!VVEKz!*AwcWwK z=ueQ^EVD1tE|#@~7#ggC{%UY;1yT|qjsXV!&BaL2A=5mxiA+&NPr>PJ$NnM*YJvUu zm!TM}#pCu-=6UO>zx>AYb><*l37pS;7_?YUZeTJ44?%ZkB4T#+PZ>?r(eo(Fzp?D( zr=74uEw-D7_pE7cc@2%-2^Ubi^ct(}aN$w59FxKXN3)9P;_F`?+5zJ%t?3RY&Cnr- zjjh10=}DpGj{2^Q2`KOG@I-MM^V2qxYNG70@lYET_@*?{{w_RnX?6M$nWTicDALAh zBm8EX02~9)a_vAXmbVKsEto_PHnHm3r#B7;!(w;PWRHL%e+PVIK(?OFk{lm7k<+S!>BFEBF zX2Md0tqGbC&jyeZj|FlzSjTs+$_b?j`)V?yr#>i&5@k@Oqvv^XPO4S?`a{f}M7Wd1 zeA$HeNh?#tN4;^Z9$dCT-g|oDGD(}Ly>nqi3>i6RX_F#+*L%C#Xl+4d=rZ>{m_#-J z_MmJ5KPec47c7FO!67WP$T=`OfI?8Yt}X-yr@uv0y@27UN&~G;B65>KV!jx9F2$g{ zKSaw;nd*@XoR7-(@fq?;X0+06+r6OvaLhtSc039am_UZ{2rXU5EKb+vmTuKH>!aED zY_PD47HB(B@ZI{1YKU*Y@)2ul%rE0==oUbZ|ju8B*y1;SD(yJAD_9_dx78;OA=_qPEjy}Oddkf#W1apeV1u?dc2Z`BZ2wtDFJRlG&wXDstC!LxZju0?s5JE_1# z;(kOLZaZ{F*+CIQ6%2rjCj57G3Le|}u#QGLKOY=6Y?_q3cW^oG+kuU^Bu;s!ppxEb z2ag(`z9O{f+G#Fr8!Vuso%OX3{4gs5iUr>INhedzbb}e8hKXb$@pbvihn33*#6-k{ z6t5*eS;_orle8djT-XVyKUBpQmrLxv!un)x!*gX1jg#ng^SETaA!)j2VntA207FN` zD$>r>)}j>|J#>F7G~wt`pK%8z^;QEzTdqdbK?_-qpP$RnTEJNlnj}SrPDeJeo18W% z5Nj_P5&cR7t2SI0l~!M{{Ts^^p1c!A-_v8a@a<4osz7YnNMt($zoIE&ApY5wioV|_ z!Gc+13(tV~mowpG?zTEmN)G(8bpX?DalzOu5LWyB5wd|v^O z60S2PIk3}W^|ZhzyI)}p%ON?IcCx?o$s~q+JNwM4Y5O>+w*uG}m(3;%T}`zC(Ejw# zrm;b788UIpM=xZeYw7}0Da6YxiZ!wESt!E4H=pGSW{yvvKa$W-+QgTI8$$s~h~z^= zL1Bf`u8Jj$JElP~Nsw8g9_HAD6^qfcG@+V*=%d>c&gD!u1VAdvf5HIwlbke1%v5mb zrj4o*1;pXrmhZQ#2W)4~)uFmC@*yzQEvv3-s4(NDT)-+3C7HrozCm)GYhmpGA!4ohY}2 zmM2tL*kY3?Mq-K-b=}c(QKUkE#Kd!Cd(GuL`uvRBVb$4Nc`32-z82!Gzct#znkYk& z!A@l!dtKKlMs%iAJcymE{voNk^pGm)5Nt9Y$cY3n`fBHr58cdS1}0@#;Bv`idxR!h|6WZ~7B z;iD~0WT2s*35HCu=_wgBQ<=GnDTcLm=B%MBw!jc49>_o1Zc*F+aXtFwFb#(NmCV9P zhe6xoNXaeF7UQJEq2=BrOG<$ObW-0{dt-c47||S~1>4<)vL~$$N`K0dJ->Y*rqs0u z6%7~3d2N~*yA&Q?s1rUL^IvjucTqF{QjQ6O)OxYMIidh16hsLw*hVL=n#mL6#aJBp zL1$t?E?Z|d(qmJ{sSqC(r`~JwP7Mk?tDS zv!5=;F6C3WCYHEsVsei#x99{zSz=5_6Z5ee*h4sPqc#iyF2SyZR#UwYK+6WgRg{L2&00J}zAhhB-V<0S(_u865WGKSe;kFUn^ zv-&6>i>iFZ9Kpgw((Y863~rKxPGCXLB{;&A6_hQ0JGRzvu@NPymfo#cO6*sYPi*{r zvU~Nj+E1j5aa2518D>zbmXIm`hsYecV6s##L>WaBpb&~m3t4#sH1S|g(L0`%BsJoNH)Vd}}x zjdI$NBUfq2IcA&OA$!|XG+?S-MoaiE+XXtii5QC14J8jV#}um#qe|T#v=x96kK`jK zvyzzRvUMICze$q(Q+diR4=~~3X70&^z9&*PSN;;{g4UWxshKEl#PkG!qa8jkjK6c6 z@Mkm7cWI?F4sf#`cJ(eZ}Z(s6zJreXs?oPW<4v1;Ioa{e=F4$?9PL4=C&rw_c27aP~B z8EfG$wBH>OH*79YI)k+9jE3J6a_#FS7zsQV>j^-`l|`i;X8trJ?>P?M$ukAVF}9598K;C) zBk0SaKG28tl%D;i1i=(0`)l%)tuNq{*JYhmh_9f^aU8+nRpvh#Q|9T1YY#vymDZ1U zt}M01T4({PaBGRfC9OAAK6gNjf)AgTfYY0R-a!e(8d84_xE)hqcIr9VOQDpNGQo&* zd^3&3i{*2WXZ8F&l2k*fLvW2;Q8UFm2eM-CGB}o^aInxA35qm#8xMUe?x*6Mx9!NB zX;`l^Q^TKQ6buy%{h@=1^Bx|X!n-k>DdS?XyfyPJ1QJ#ae-5J0rvMK^(0zO`T=9px z?}!y!%VL}Xr!G&;DyGTu|5L+3gzye^O>^KtXS>7dvK06h>8_OH;&lP8A9X#FGwc=U z?SXV|QEx)8U+fo7Mg9sVb)e!_x-KkbRS0OcC7w%=PtBQOAH-^TV<2`wOlxWR- zvf1!$*-5SmQ@wd07C1|V1bi^JEeWG%MlJ6w?^^(vn_<8s+$nE0KESn4Y#Jy)nLBkb z9i^B8T1VfEEOSP(o4yCr5%*TEw9ARApeOsj*y=o|T^>=Q3Bl7o*4+%jIGTAC9#VU; z9-N`OeF9;rAXxD~ud2lcvmL4=naNS7ir#U{(l{TYBuu!6ThICjWUOf_e&Bprl@+D$2>wfWG#czC~q=mV6?EJ+~`jE8zIiqC-URABNb8z@GZOPLx2ERy2!zG zv|uVJM5P+I=G#Xhq*!079FWs%4DBMy4xBVki8}}~*X{d}c0a`rb_~DgjrJ!H#QWeQ zjvO5XLvfO8oTBm47VF(9|z?hAbv)$A){mX!frk0 zH;S5TTDv*}=0TZ(K%5AT*UFvV9%ZqMqBMI@x#TCOKg6bW#n8xqIJ7l84v8zwo~3}9 zYUZ)?)C^D~)e@@D&5=*m4!Pr(S1c+qtm6v2W3 zV!^)%ss__{{AojhZ{ho3>bi0aUT)i39+QgkM~g!{%RET(;ncrW2t1|oWIwlL@cUIT$Wcff@C=NMs>)@NU#SQ-K^p8 z=uO;=8E_jT3WQFZbkbtFoN7G{7MEV1WP8J zCoL(rs&FV~ZrQpff|5lSvPX&8xbXgk5dV~@yqpl&d@iDIL>P1X`i+STOL%gZ;dA}3 zC-}qcdhW+vST-JjtPwbYhbexg-DXd#9$c5+}ME^GNKW4uhq z#cz19>GKf6X*eSlZ&4V-aI74r_F~k36as*TmXWfC1lIg4y?S>n!D1di9B5HAH?}mp z2^rfR1Z?+hc==aS<9z8hwTO;W%t61hKsE$BXSV{MsSzHDN$<-epmKNGMIHO~co&gV`Uu;5S{OTJO z?Mda0>aJha{ut^bt;y^Nhrr2Oh4u^*t-G4Xrv_c3V`@_>CXY)P6q!(m1*;D3xI(V% z6j`nKRZL=Vh$ON2wsa7iEif@wb!g8ff5k>RNFK4^t^#Gy|I$Rg>xN`i?n7CmW!|iV zy${XzMzD0646x%^TW`>Z3E3*T+D83(b&N!?j_A!`4$u36moaCs0L#oHtK0>5Z z5n;AAfbdS`ucmad>wL4IeW;c-dC;wk-J@t(*^qKQbZ4>A78(LJ5#787S(P@82loO| z15`u;NqQ??lGYvd0kWq~Gc4|epRSfFuU~YS2Y2=L|>XQuehsrX~o(VDYe$oO$qfQmpp-(K{xy1d|AlXiP7(7`N&FN)&B7(Pjuv4z|Q>K@d3v0^K# z)KaNbULqKJE3w?c#rZCsJ+5HIPPD{$XfO!DI)>x;L21(<7ffse+oU~%sav9S z?=%NJ<(xKj3&ro;U|GdRl;D9j!o2a<$aK$^L57L?RAc2LNfD(|iIW5xM%K(M3p#lf znI>5(BcI(g{gh#Up6nG1AJcu6_MFihl5X?0R3>OJY9o}k4SZD5#Pm6xC8BFf>V}uK z88if0esiQOqbk$=W$gkl_4ZU1+$JmEMkuFp&z#uc7XFOm`?7g(Ykdb2K5GfL8NN9sy z9(`3LHNz;Ct8G2{aN@^#YYi0t{%`xo^r))eQTuG)dVs=be{;(;7|Ib=Avv-eG zFGTk)mZg|uK)!RF=G@%SKdGMt2FjagA>E8TQF)FP(yi=Z9^~rY?N6POl*6M_(#Ca7 z<#Us%F2*C}dA8TjIrXF-(92B9v&93VY5khdhs1<4hC5O@Ga?lt01wSF3Q^ur&#Db{ zNpJB=&RqDW=$O1bQYU_GFVlbsRICMsLxIii{FJ*0MTZY{j&6*;X96(D>lJ+MVXszl z;t3er5tWwjxB;^lkaEo7L_%s`pgFV~3#}1+S(&9SUxW)+_b?EQvK4yaY>0=>Un^91 zZ2_@O`t^EpUSvhGJ*$|KlBwq1A|n_|*3fxc4ch^_AH8>*K` z!6S!_#YmKjX3itcWhm0{zFP{A?_#gM;rU(*h(kS2`Cjix${y(fh8qhlLFnYOoX zjnjtoIw&Lu6N~9_-~TH4Pz|L_WmdyxziJxwB{q2|wBugnf7M5Rz^NGMz>k82@LgLr zPu~}qR(2EZmEjFH9zXfqvC}PWhBlIi5m=RnBQ!6rB(6|^42DEBfQMpa;($&^daJ!) zW**5BOwqYL>*o|_DXrRQz@N10=H?%PiEyQJ<KSOi3%ej|bkPproOtSE9&Io%qfw z#6=ndvdIt#4=nDFGBNtKwtefGs3l?O(0Oc3@T9b`^(m9#`tzsxLL)q56CV7s<)hZrdxp+KBMbo#s;5h~u%vu9F8NFQK|R?#FS^jI|nDl?We?=q7C z0=q{c4_Um=gQ)k1%Dq{4xBn;))x@MyKD@N`2w`CD$X=_gI*#p0DtAImD~OB>Op5}G zHG{E5!iMlhO|Wq|4>Di2lNws8YxXsnyp5A|l#^X6A1k@R&xfl#(^#Q{*=qE5(kQ$g zAGQ4&UbnxNf}FudCfUTO|vCF;>Qq~Z!Q5E?AXN}=^&U}Z5yd(y&~+Vb4ong^Xd zLUQ{)v(EvcWs0*4n`M+b+CDG|nbolNXei6OhGiJQLI4#F500^QA_ZIt^mtF(?E*nd zxx*M(-hA$O9G$mXNWwoeka&s%k#Nc3OY*~TLARdB1)dgy zbdOx6IB-@8B-1+MIRbL5*Ewc@)z=rS9-Yz&5o9s|BSsc+g4ZMZxvPOyLJ*syyuqkg z0SA_(rAp*1sVb1U(zGreZe>{46I*NLKr1s`ANlpzJYVBUaJm&%krC=hq54dLCT}WJ zwPqulNc!xl2~cmzQUq!0rG*FE=@%T2i4|WO*$?MEc9e77WpU(>#SI4l;s=}+u*|!} z40Js&QZMj#*+s!_iKcX}buK%+I7;=xMO;XZ<;1s(MXp5@D*(hBb%;~(x;>%JHc|#V_$QUijaP=-D zUObw1(Grc_p~;IH)~(zd8_!@n)5>g{l{0)$XkF|Qq|_8O4_L_4>h#K{xKdI{$a8Q^ z8jr7+MBKbTA6Z$jx7sGw_SN@(=|`4+Q}U0uv|{RaON6F(W5ayJ1@aSPT+Kqv4DqVP zaWV{0To9GDOnS<|rERj<-D45HLwWBAf#cdlL~hcnx(acgTvbDGW6zv3uRCufvLI|b zzWdE7MoS8tOwTz#S|ut6IOa`^@9@&QUl^%yy$D&m&Xm6x61eFP=sr9=k|2Dq%^@vv zkI)U{!dr7!1G>~X{cpHq9~I6B*mRB{{giIuVHCDUpf{en-X8gaMs#PD3jL$}9DGQA z9Q4?^TZO1wNE*TK=!`nAS@4?JS&^B=_KFnsHXp;m^@ZPZ=V>OGR2R_)gE=D63FAMc z98=hO1k=Jy%8oR}6s|-9MvS&MN_p{)2obwR;y{GMnH3U+(%Z8Gu}8#hx?Opek-V8J z{gznlB4kgxW^<0}Bbf^26H$I=p;PP0F{-MVSl(@;#(=NMN*|AUd_JHQ0b9?PJGWk* z-y54zV){5|(ur%IeX)&dE0kuNZ6%bRzR27z$!xvN%r;`G6)F6PEbyZW?UUv~E~O%l z-R~Bj!}M7U^i1n3G1)Bgu%X)GE- zhB?U&D_sU@sqrGzya>*#5xeR0-VF$&J)8>GzIck0yFvzQc|NMwx}{W;E~@2%1FdDx zz=u#D%KTNPnVpx=;3lFUvO}h(@#XL_%2yu>0n=6*e;z9^#su=&Q!v}D6XSR^=$I%> za7H#QcIn7ObUfK1pQ{UtfdO)aMw7=zP^l5>T>&bh7_cxxgKIW+xDrlXh`G)qCjgUQ(IvB! z;mCQ;^#Nm^j7pAY4ThOe7%)MhG0HJK{p9L3zUN#Wm??yV%}F#@2l5UW_g7AH=5Lf_ zEQlRTYb%$icfiq!%^?5V7gHU@^x)(|n>Ct`XFM^pgLQ-AcQu8IjHq~z4u_%iR$>Xy zGg|&AoQa$%VPX=<&BvnwILV@v+r+79UHsM8dkLBrEe+AWwf|+Wgx9ICBszYiiNFP_r%Up_E>k z?>8233>)ly(&y7gGO4+V@LnEJ<8{J7JzN-+p)2G7L6%SslU_4jXl-Z#w?z}pU#V*} zrywcU>!?`oK|EiBBn28lTcwb9@2aIHwCOzfFGSqFB{7M9a#cb2!0fjt%ymjazH8DY z*TQQ~lZ6Q}N+;+Ud*-Rv-Klf3mBNN>%Kp8`P(I{cZC18hWkvEM_7fT_x6iOwXWtH~ z!jSJ9Fg^aau|30`pGaL93Z*GVCE-kyL-p~~DX5m(C65sk>=JwNm{i>RyXEgjl=DH> zAxgzON_$4Z)DJ*A4jeB%2rLH1 z7bKKO*|FXyCaZkboUrUoPeS&Q-7 zfilRXN2g$p&*cp=30V+9)b5PjheA{TPQ1GYVTy@mU18U=Bve4N^{-jV_Q_~lCaTz| ziyVRN4S?P;zx-K8GYkPfW-;Jb0eLI1fXXMp2tyNwG(etCXYw`9vJBi5za`Z&^9g_tlPn^SiA zp&PBC1B60DWiLYFzI+X3q5YXu08ghx)3iZT4}D8!jb`o!RE|#>IxFW z5;aeIG&0ZsKCE2wnYtBYNYB$f2Hc|x(rOTlBqCIQ~mO&#sG#vzo1R!AoI7JZ&)tIDaM99{oa`Ai>{FpPTWU+O}da z+x?A~?X_xfK$Mpha5YXKsVdu(Znag9Q>fY~>#E7Yh%#Z19SxHn8XAireDA;fVsP7- zd5!V4_@NM`?^wd~qA^zRrclGlL);~FuL2_d;YwVNn*fo=-8UT^T>$;4lA?-S?vinG z4SfYs98;CU!O&PNUS0x@(7icI>>-Tgb4 zlf9?xLiEh!YpJeYZPVYj%V?&~pLRyEPK%seXT>qsMn%KJalc$zeF!P9mPY2y($X4i zzk!-{8ZB6cI-gYTb|y0pEt*KI^sJarBv#Q4Lct`!{R%F-m=jYr zrUi@Ect$yNVXG7z7#+%OArivCc4?8pMHpX{pe<9#&0|f9OKOY5*<_{XVq?z=TPiiy zqW_5?+HeFwbmA`8EtKIl*CFpNglAoIx2)l=8ON!!ZW$oaRnAXP7*;cSqfv4tSgPzb zIOImmJ$B+Co&lmU$SoYt{6==*DysWkguX4*8gC$p?AAJQHjC((ad%QwCgEQ(a91>X zN8xnTIjMM_H6kKs;%bv!l>5{&H#F6sHz+h}-fDye!Q}X!?GZc=-%S>|A32P)wiMh| zCK>Zr`ua*cvTPgRS|H6q6ylH}p;Rl$mfWVg6Q@Il zb=d(*8p{aqL3QDU%QuyT$fAQuY{W2BV^mEQCr)8Iow~<*a2Z*r1XMMCAlN5_KjQrR zd3w_xJKz4sIcmPQaGMN8r5}_EUkE4CUE|$77{PoY(X#C}Fn`8*}XXTcJ z^G#WuwTRI0txWodY3)ZLLU0R&%+rTxT8XsxGa=nN?U!vmXr9tm(3(SLY>>_OrePAr zbOfSqeq1NJe<;l)1af$uHThKiTiXgZa1# zD}ShPpbg{o0XVN^)WJ5?Fql@4752-OP`&t&u58%!7Zmlwy|Ip$Qd?5%%2~`H7)79Bj2^+KX`~JvLrest=+(^gz++2vFqK;e zRWQ}8F;~@!=Q~6(e$aUJGo$1Q+NaALoWU~sjsuU664o&llSe5I9#)E*BSU>T{8vgI za~KU}J2Yu(RS*j!vZpm`*_nx%Ud7#Qmi5?Xg+mE-fka}(=J9lX@|&2lgzT+L3jh1y zG!&*GW+1_&OREBOh_Zxv!})p~Jy0D)Jg#o%D8#!zMEG~BmT(etsjXr3s%uLec~z{N{_$jh+-@!euYveF{1F8)+cx&cqcP zhYUn$T3v-Q#$Gnt7-NQMcPVk-qxX-HSSULGYR_5R|*T}*ikqN(=WS2&n$@r1m=&0tB2?rPWiW3)6s z9MQVZ4w4s92a{=HOSzShZB~dCS=IaX*Y5q)cR9$QeJom~B@q-Xn?|=ou>uN7n$EdH zV3F7HyxpmdO<-{|m|IHHY;6MRP&C{DFmBe%1^ba>>T>aB6TxBMc25^6apW*vs8Ew~ zSD95g-*sD8u`NHnVTvB#9JVjtU@@5LioyrI-};u02~0||TTDiA?c{<6OLfak^-N3u zqLFF!T*}Npk}D)!3THtPg$Hz3e*jHcC<1&M+9$5DEy`-}AFk_ZZaP@)<#fzNsUBzF zDniPS!dgH)?|uU2qR+Ht?OT_0rqeEg7|6+s@-Nv5GIQm#woeW@d*#!})#mcYtO_4Uh$#C^E3j zw-~=O2Vd#0=w3WVf)+0D+Gtt)z-lF;e$t*ycBgyC^oP`=1&b%Ss7mDnKLu9rX1rZK+47KzBw*R;cp)LS0|=AB9L<#O+-_)5lFFu zopLU|1;Qg$xoqWtD#*x!WpVh`Wmp4hP8*ykrQy^xG3hxZ?iFD?sEJkv&v&@a7Hi+* zGhIV8a(D1H??1SJ=xH%H>WZSGqXe^IVus$)%%=uR2C@-JdiySVVGHQu>dq;&(N&7o zh406flqVqDV_GSyq8W||h3fA3v5}?(RYTRlz(y4pVN?Xy{41CkwZP|Y)qVMsS8*F> z301L;zN=h{OQ!9F0fceT&Y-0r`Yax~2qjlF)H3GqzCxlp;-#9_G#_%*>ej7z2Sb&B z3tuBx(N98Wc@h}Klvh{=;qjx+O}P445()GdArY8jBUkx~guR7#F~5TS<%=y`^~AqQ zT=|Wf9~(`-f6It`8fth?64}#3OUH5qz^ybWr~mM zm&A?Uhc>8xwQE>2j3_)A$?;oNYxbTVz6`ly;yC|RVv%x_wzgtfMbt$J)R zcf_?yIP5n_cO@wMks?t&ddhCPhW4IzB?>cI&B!#5LQ=(;=*mSng;S9C{zUDt0+*BGWmH-r`_%LcILkiq})894-BKqz zi0GdMrJJRJ=-z%WeNIli?wj`?H2lKX+qZZ?lJu(chBcGR3LVM%O8jmIIQ(bTu4Okm&(@*1<- z6R!2g)np9b9vbH+b`@6IsCF=o!qZuPx)1!^87-@1#~6ITw(bD8&zPI_@L%w!t&pAv zv`e+>C_27K5~e_BZw0sktv$vtyeVdtdV0m4~848)RaAJVU1#gjFB5t@b5a<3OeBc#i=E_icO zgKqvg*mYw^$@43Cymd^WR({ll*CN215wiecaifp+Mzw!^mx4X~d7^#ptTKQ$oF*S6 zh^F%lQ~xUiEtszE^JO+@)ua(~&+tg#mnNse2rMNa*9J;RaRHXy1VC(~{>Xa1?x=$l z3vMZz`)BA5`4t=wVtN_fEl%R-%CXdA-9beKmNC^HN8X@n;Xrb-7FZ|@U=;7)R|Kyo5ORbcK7kRmb6y=K~A9zARfSvo1x z$GRA9(Grpg!q@X;K|tNd!e{pCaX}z93Hdc9jc4w|1+B?aqJwlt!Q#peYBpAxD0PAH z*RLedLSgqKJM594f|Nuw(Q8Lw`My;k-qf+U4;6G3c)EHv7J@XbArE-a>tz2cz|yYv z*D>L<%HjNYzkDe@wM#TuF`o0pr@Ea$JPf}Kr_asrDhhke2^?vb_109C2EL%`aqlC~ zZ&vI%>DfWBJpl$lLb&<&nPAuh7h=bTXl!g_Rb?t7B7H6JI522~L$p81ZK6F;)nO1$ ziMCxtR70p(S%Y6LFr7~M>%C#mCvIH&I?w2h6(q)z1fESsf%z0x7M$K!$dATv*0{K= zsdKcOLTgA?uF4w(GLyu5jCNtPofaySC3;x-Op^+`O!T8AZ~-AQMy6}6q15+H&WbgUA33H3RKA=a z+hEd+q>RmhKNa__au7Um2?uw&n=P2d8ID+Rx>ZU7MWRJ-)N%M_DJt-O(IK7kT zBF8F#ks_$AG@XyH=32Q7Z;-Yq&nKM=de`DxtM2=t(N&}9e)z&=#ks~};XH=!Wpu`Z zAvF$Iid#&${C()cCtCeYIQD@noV^#Byr{Bd=%o;8%>DF|4Y}`qZ%`4%NsmnI;qgku z@gS9cu8bt^YQ<~GjohKfNW+C4JjHROOU&naoCMA~pu|6%e7D8k9YJX2V%NH?c;$E& zSgd*8JdK?n_?eEZ7oDjZ(100^Iud=6^U>2Mo_HcR$wa2&=Ut2CXne z1;rv4qRMwU^3EJi2z6bX^97)^43O4N?{~{&lmvZLA&`xhyL1wV4CJreq)?nk|A_S0 z#fD(QTZ=TM8d3d6O|ml?=RJ=J+;;Pn52fT-;vcb=5LF^f%gyIuZsMEJ2!qRRg1QoK2Dp*Ov5^R)3YHns8Aj~P5%BmfHLLM;bKREE;WA{|DGUzdWpw(Aqy;-hiaGEh=q zRL8J-P@tb5WsqqQIronCzbacJz7l|0{)Uv_3?@&~0`+_9xXO58l8d*PO`ghh08KE| zMxEYNGL9xaWGz1B39WNFZ$SG^6X+;=fut9iX(m~`mGq8lCY^;?aM3No$(0Fzh7Sw!y05wowRZF%WOvR?gdc_hd^5HO_v)A1rDs_xk0tSh{ zROiD<75;15A>>5WLf;7hV{z`ewuOd2ky?;>5EzVO)!F5yaMUN&1~w_ZG(p(n;;_Sb zQ=OEq`-yT8g_McA)~nnR_d#D*x5luv1Vl??2r5@m9_cGSw@Q$+A)H*8Fpi_S=Ay=1 zHb(|SPTYZd4ml>q3x`f5S<7?|NKE$^2!(-z9f5T;O0hk?E2xzHkpglTZCaPln0c_76Augw z@TMIRmU$+SI@o!o*( zTA_CA->IrcyFjSoOz@;~YjHH_(1u0QGnO*~PGl)+id3m3KE4$x5(|G5rci_mZt9%l zcZf58oxi66Qg3|Nf_UC4uKb8d8Aw7P7GHYU!O@^NCAes!Jun;o0S z5&*EPG59Q7L^8G~Y>9y(XQ}C}c*Om@nJD;jWx~L4Fy+=3T|Svvl`Z7&=3=6uO7wWK+adPU#?bR! z`BGGr7$ve#P4Y)COlVy=s3=YjI^6Evu9P~`eQlNj**>h1;Qe$>h%tJ+3}QkC;6y_P zos}tW%xZK#!la$Pt!#9|s;GO&Qq3ap9V28XQ1gud4dhgoS6Ekmx2CeazCn5lJcla* ztJt=MG%JWd!zHQRCONK^u>(26y3#ltbKrs&S>h|t|30%q=JI|AKIL>lD*k{|3UGE* zG7rK2Gx^DEV6L1`gnU7nSY6tHKuBVW#LUr&HuJ{UldCl&uy7hH$(ja=a8-4eYV=t) zzKS&o!y@029hh_sF8ZT8x1o(xf?R#Ad97tfer2g0wSh*ajYukmiz7~h`67yZ_~(i> z$2aHuny_0z(o34#m&gA%l5|`};@V(DiqlNr;j~KdroFr=-wcbxB0Ova)5~m|5OUx_ zne_M8Fe$tyfWczdvLMG9VBg?J;tQsXx6Iq!pf5ObDtzrlf#!FRSZ7r*O>$aAA*prd ztof~y!frFi=A=Bz>U^Y1S06Q}`v@0ABOn3Hd_!+&Z25N-u10MdfXt}vx=o3Fth%Ii zKrGotV^-XNgsEfmPlh@E-|JlHw8ih6qk6($AqyEtWEyv}9{3_07r@ytx@H4q66Ngx6O|VSLklfge8cW`1XTLtl2=IBcw0MsL>8WeaIj%)l0NhxU|6FSn#T}uD3tYv zrWBmfbs)OD61T&MM2lm1LP2N+N{^IykeR1`ktVFrpUiJs2Y!j$jm3pUmpjLJsRtxS zf(!WAM_QsnqLC&^VP4Y9E!Zs{mCv+2ZhS-gNKa7R2PjsJAO>S!1rsCMLS&G~IPQ72 zd!1oT;Mj<-lo%rL+okQ7p+`?6`>P*AQz_gP%aSOoxuhxEsB?ZSl9k>WV$zXeM(Ljv z_DZ9gaQJ!*kOByoV_RQkNylyb^QL~eSGHr8nyGH|DMz;0T52T{s76WAraNm(REBbb zX|_Dh-+QzLTed;TTLRE_C;54OUg1*!tQ-l1;>~=~?keF!EIv2AWC?X78lvQ>_As?s z7)>;2H6Gt~GdATKvcnESTx>r;>a_nPtV>)@HT=5ioDkV?B)uqhPt4%Vt?(>UGR?}h zJz9Zs^i;k)E5+Wzv}n6lPaFm%-dWQntAuV7GctY-oY$464V;lPdkouL?&6gY-l9p) z-N?i%9&FFK>(+0Gf-zS7$oYt0nh*P;^}^kS2b(!meoh9U8dwfRe&Q6*6RmP+EH8pZ<9gu1|5h$ zZAU3LHBeD|?fj#&8y~mTM1f-#&S{@{tA&UQqYxCT)!*x9k!>QlbFuXv=keook0ubC zpEaDTA*7pjDHWq1_og!9LP)?A1(%#^6@fzhCab3SOSIXq$1E5ZWW!5(Dj_-(Mw3}& zYnGX@;j#!N%yP!j)1g%QtYOy&!hkEM4n9((cL<}KZ%1@+=*f&OZ+IGDgoj$fVbve$ z#JxC|6mOM=FR`6zyQzt@jMB$~#$(X}nY3T;@e6p(u^Gi|fs*FuDGF8AtdKYYQCk(O z({t$PnobC0@Xc4m<(XkzZ!)c4>xQQW_&&ueFLk?k0m(ZWuxyZE6+&+T1BocQ;^tDV zSi1}$>{cN2fZU=&?DA6T7%u+-%%gRwl{p<6*(aiLZjRctPG(=Oh8f6o1#2gH0Bluj zoSFm0ZaF{LaBM@*-l&%(X>{VNd_)QRq}G7>QC; zW@`nLYDk=I46^dx`H;;nZ*-nb-rOjgwsWrSX5q8Z@K++ZbfoDa{~qFn`3{JP}hN@TqWb4gUF&Og<+;Ymh^lx$= zpe#iLf!(7^(TK1QvI|;!jtrwH+`g8gJiAgX0h~#ta$9|&?sb(qP@>w-#hb&VG`L$ zF)YGUA8L0IkM68_HOv~t3n3c?J zbx>?>bG^X_a8^}Nb1!`4vekA`VEHYdgdIR_9t%617+JqC3dE%grcr03of&h3^A$YQWrKal1RF)|n}JA*dDTO;r_6{2yM@#{YGLQGJ? zbj5otu{>nU*Gjdqsb$YSIc}x{VGo|}PwooPm&Y8iCrCZR9pDX$OZLzH1L+Tr8P7J5 zemBgu<-~L)EZFt=B0ar}lZ~Eui-a^ESdz7B`eMz$IgSw#b2a*r_z) zxl>?DROF;M{V?)2fL#-5RyepL36HHc8;!OOhttZPw}VhmNpcI7N~ZTrs`>V?!Ct!& zp$|=Qe-t>Zg@Ekxe5kP#Sq;yy)%0-Sgx=P4i$Fb2Fy9dK%?pQYgH~~o=hqWYi+nZJ(;;v7>_7W6Nd|e;y64sv{d5|hc#mgUs_z+zHI?1nK*1p5XGCi z(Lv^iEz5MI)vt)8cb53F#T6K#T`Xc=2Uf}Tmw~u=Pk^;w0OPf{MN2rFUtLJTHh}O_ zx=Uv6bY((`{=uCo>w2Z8`BZ|X8(Qw(*BW5VLEbvZo(ENg-YBGOA+3OC;I;Td(dLW; zMQLe<_L$jXEk?AQSF@0Wd(=y+ul)mtWSeA1g(RuO^{r4?h&~DKz_fmV%#Xp5XmSxH zH(cyJk8^2nKDV6OkH&S(34Gl6IPm}Cxt(o&epm)ADh?v7KSLOV_6o|(Fo&Zlku)l?m15Axy2?IA4 z;VUxo`Zexb1VRBudyWFG?2yft%#hlh$tUkn;+p)mW8!=xA1bV9@w*{lNF-;gApFNJ zEGC~kfZP?mcN$#S%4v}qyp2JjXPHDyB>Tk#VCe{TB29fxXr$5W0q|4=0 z79cx!EI&JQQkqvq?y?xuv*^5ig#t!3IAcI3T%3Dhm86svwt>_Zoq{q$-gusyV#~3q z=yTIX5S##X`tDK;31c0Fq!q0gJ-%s36~9p@?|jMoe9yA42zv1LTDEvM3%Er*iUK#9 z$d7)Fa&cd1_#U$TQ*N@`h)8e&9xN;pg`ErgN_zIZR)4@miaWRPdo9J80eaBx7qJ znx2wEwi5pijM8^x%Ie9gJVs*O>a8Kw1YWUiE>ybOl$n@U2buA1;WYcxGAxfqv>flU z$s4r1H4uh|j=G8*-1=Nu^b76jQu5I16y{iJtvD~WOaB^vo;K5;r>sb7>km6ivrDRH^I*f17%q51jesl6#Ad%(0g zL>wB!4F!S=sf5_H?ck@0OWTZqIW(5-J{g-#0=sGXuYi_|_+tCAV%iGb(s^OurM_%W zqgSmSs$>wAA&drAAXXp722(ZMs5bX*h7cw}9}yKsTf|5wPuQ`?8fL7anrmi6N6nkP z9t9Sv^+BaH8CysI<$nJ@45xN zN%U#gE3>49t$@ky_q)T-Aa>4^8`thahcrgt8BS*d^kJ)CFa*8z_nuSUKtlv6wBwUy zZD}JS$t6N70Qk!Yjlq^usbZh4_Fw*svvFPn49Uws&+>Z zuRU$rJ7LERMktqp&rYg<=h7jDqZ zAV&0uE~VPW-vz|oK<1K@Yz)o4dbi&rd4B6{+JVHGEb?k_CLVjK8OAU6xqjl>hn=eEcyGtUIIb$x}|)raDZFsyM{%&EtPQ4dUqjz4t66YH|{j zVX_P=YLh5<-6=yX9J;jTa1Sqi=4&#-REF{!oFM*|^ulZ738gE?lK8|V6^Y5CuaMkE zlm%vC+L&-oqggBrSC-+GU{*VIJ4_P_`T)3VOHdU4$XKS_5Meh)=Au#im=5MO0^=#D z_UQbA!`Sy{k3NE3rt$=z!pI}j<2*BUP*Y}aDhRILB!n>N(}SD164R3c)Pzh;oAMrI zdDEy-@Lc6hOp-)S9y9(;8g~4kBxSmi3%N2bYwRA-pYb;&Yd ziyJP8Z~29L$k3qOLzQw`tT8@9QrI%Yq7t&utErPHr=(K#EcCr&IWszPl-u;1TE`}3 z@nI+)5w4O|&nIpNAZ$uZElVvv8B!4AXe#VhXp&Y+&tII*41j)VKmvq{;E;_l;$~>X#gCc%gb|&jKm!dN zK+O5Rz5bVwRvrrmi@SWET5ugdMaL-UmUwmUR7;0w~dZ(l^I`Sn40zk-s;fQ)!GCXR&kPmx)wwl zykcZ5FP?aAnSLM3l^xc@rO@qYyh^SON1*V-gr*T4u?!XoAA<&rd7` zl;IgzF0uZCD%M(GN1(30qbB+fFX&NYQxXHhjcDGI8C+eht8)wIky{gY;m9Wuj8l2WokGETaTiLO)0Ssixt{bB+>~yIbU=MhmB( z8G3ph!yD)rf`@^_mi8nW>0o`{5L=B|Y!oi(Ve~Q~5O!%cXuLm(tYK^MHIZU;cv-(V z&^4?krv85CUURsVg3egoqxdQq?YFtyo;oFMf)oS34dtpLa%XY+#sP>~Sl_9HRKj!M zk;}tuqrgo9G9-tr-!o8h+_1~}zZ;F4|K>hTRMipV+_Ro1lDhkZ-(IcJvy3c@9U@b* zc!NTYcEEWu;|;pGo8Z$iIV@0BJ8zGFc7P0wzOK0XsU}SwR;gnvK#+n5FH!9~hL$NE zo7vgwNl|iw+dk=$ni+$($Cj2SQF=fmLHr=ZwEOZyTZmRBb0e%58ouB)9t$!(QCi>8 z7%6^UkFOEAr3j?AlSs)h9P-C3=P_3`QN!lALIkY%@v}}DR}yI>3e%EnU#Z1Sor zNDX^-AS}~C)1f|XsAKBlDuYusm8Q~%0%lV$MKp7s3mbJ9@q=c`ZqA-v3)y2LYjH%5 z&1t63Ml}XmI!n(u@ zoy)MQewMicAVk6DRJ`VVZkp13<`E`K;VdZ`6lAKK?n)P=X^Q9WwlIexyS-@@B!};Y zB#PsIG+PdzRU(0SLL#`R(X6+GMYci%_7%lbolk{cf*`J&A|g(X$c+}*N5F_O%gV*} zF_6Si{`W(bJi1gzd$yZds@JKD;7%*ycA<{h0E46=+q=;*hHW}?q+xjb@LP^l2bx#s z>%PCAJ*qsPG0L?#I$zxyjRZuQ9s26MN1Wda^vtv2K^*urF^?Bo*`QvN{9E_XYn&8h ziUUmd!?GJMyhsERMHfDfOip{n3rZtov?8TVqa8;J07*gT--DZ zfki;uF<542c;?q?VbaUpG*O(O6Er}4zjc*4)gp+x&`d@i@5910bs_F~MoVYJ$Qamq zQt_zoMez%{_h4mG@9Y(<|4vr5ny0I0btfB7mF?&TLk269WqRbZ^f4!Msm@f7dP51iajp@)7|aIfJCr~&dER1tk!@NmXAIdb zQ4siw!X<|J&j>;m>xs56DV)7!c%Q$ig|3{jKYc1ZhE7btPy&1%o~%nbnRcO@H5IsM zD3FS221q=zFJa@Ff+*J5^y89s_-d;X-Tm(A#lOgp6df3=adb`tN)GqXdPu&&0p(=|_QCz1 zO&L9E$em8VPda2akd%YqfohK)eG}4{hnlQ0ok;$%Omujr^HmO1izl{&>1w6}giIXl zd7G%4@N0fl9S?JLBT*O~zewdkU#;=Py7WOlJz(_NR$Sj*(Zea26=c~QP2S#60-In+ z3?L8t`{J7jLE#1C;JG2hpAsu-LQS`Ze@o-m;JOy|=nPW?kCAg{7^%A85a0F=?Un1VoI8dUN&d zHPZ@}mJ1W%9%-e7Xxts|x;o)9D=74*WhY4s+@duZo$FOJ(}Fx4tjOmM2(Zj0yoZXX zI(M;qY5NqZrV6Wp{>GaL5;BE{ICt~sMAydaOh-O-cQlPh&>mk^5k;7zaO!_G6{^)` zm5HiI#H*pDSuxM=2G-K?;tQ6?*@g~zH9)dZF1=>9GiDMbCrO9{;j#A{VZQr8 zYA>%Ndq!?KYAYmpqL%1#5NOuaM~t#}bq5a~rM>RHEjn7eIneip4+yzSq*}f=&h_Cy z7~W6`V8nJkWuxiIv;BGaGXlj>+oc&4GtxcWgoo1pdSm}vF7?fst!6}?&k zg5jIE5E0zKnT*K= z7f3+yT0gua2cnkFfY2Y5^v18bbNOppQ!CKM%$f$Z+nCCrP)KLMMcVhTU$m{J63k22 zM=(O&FWUe8MrNM=HA%Hpw0L28d9qbI@hDsf3iORf(>ga&aGGkbuNdx#6KSLi2zn7Y zw3{UEZ%zzab#ntcY9|fG@mzu==BzFZa-+JK)F&L0FnNULw$4%@K+gkF5NMeO@6sEY zy!cFFD|}7#6gqMn4Ap0!epuaMwuy@n8>WAjtILZZ2ncHWhZ^-7X9fV@9=)7tzRMwV zOtkwA8KQU}=(RPK&8-(9SL4UB>^>_299BU}ef4cvY5 zQ+Y#HwLsA_Dyy{jN{R?n|I97&#em`V4vCl^HmmkZGu-&ngcdFhS1#R>54xG452Wf~ zB{b>&@E?uDBKKP;EC#x8r-db*U*;94das@^4c{pPDBvLTDq=W!SkCi((Zi+s-tc}d zs2uA-G=!B3*}flplG56`^UE=E4miu{Q)&2Gh;(faGLVjmwkKTvs0dZAn16&ObcQzx zsqfKaK^DO`QFks4aPnl>VRz1eLS9;uu^Xtgtf&PS2*Wx|hCQOlW1o6CE}17vG#8N2 zs#SC)=KG_3`G@?ME`?lc-)k!8Htf90ShMaF#0so!BpRBvL35Fp@UhL}Nt{)vPU50) z)@n95(B@*E6NrRvMtM2m2#Ub^Qy&6cBJuOCS_X?KS6uC~#$XQ;7}2CZeu{$x&WTxg zw?1J?X$`6tlw5!rs>PLHCtf&HMj>0h>g+C1O-Uxn!KsdF`}}OOlg~-5%7k40rUE?^ z>h4tI89*Q2bbnE7u)cH+ zLj!ykuG@sgnF@UkJh_N+$~b)~CWdGzbWRJVB~!to(V=ZSn3u*NUiKGcDl4ArElG&a zO-0kepwBH19C*J)=F&{Iw5-x&;`?-*RFpdRM5;K+w{w5ztH6j_yGaY&-DtUE8wu+n zKqvNP2zYEmD+OleVc~ni1l~kMBIQ9tZNNrxiHM>Lu^G256cSSC=;chLd*M())a|V+ zs#WHXkaD?%PrT(tKU@JRhCib=0j49Q!5lvVQ!H=L^a`nD$M+*TbV0tD?&rk8)4}Ap z;ed&zPTATmXH{x|GrKu$mQT=>QYBx5d>-fxRuXl8Y|uE(aW381?>Dk29wK zdWkd8F=BOcFr8G8!$sQ1hKZZnm5l75TIPL|l%xRJPL$O8z2FlzdnS^Xz1VN*<{i?c|yc8OXl|a98A{eiAzSG z;Se0FvradF?_MZV^M#T&LjRh>5{H?%1>isYP4%IBz&k>U41WYbGctf>jnElMcRZk- zSReHR48%BxXKUQpZ+1(05fon)T#T`3NbTBkN?KJHNr&dtDhT7JT-AxyKu!=+n>!f& zBDNyDzE&e3o(Ne(WiwS!6ek=Rf+Ydas%awM=iJWz#B9a9x|&28f-wvfI@23fg{FH= zs>vxpY=$=V?&`%*>yk60!N{jku!8URIiBo_xRYQgN))jAA4H~f*z}`8j@9psic?-p zYa>LL?Y?f1o$*_tXTvTkgCae6<_#zHlV93wngTI{P@{aSYS#H^Giin5()-R)3z_Qf z70k1e62Pv=#1ogi&RnucuaZn7MYLHK-A{7ddJ-}YeYI;%udZ#2y6JEfvN9zea@ioD zd{s1cBwQ&tS)h19Nq&~gTcK$cgJ%?@YdKH-XlA)L@hxYTezd>YdP4D4)l=P^{7;=9 ztnO3Jh~N#^50;a#_dm^L=Lw_&I&3#etacR}Y~J74W%_dlG#O-OQAx&Pq;pWYs_lQ= z>07^oI-AAX1m`$+;ob~S#AwwhsJz~+H!-@I496~qz^?NMYYZ%-Pl`$hD1@WG+ph{8 zR`*iZS}pIfj)&Xih}6_oe@Epob=?oU1Ul23cMJGjiw0Uc=eovI0W(XXV0AME2oKZQ z%7w;JVj(5;1bE&*(=vakJgo2~Hbu zTaEzl6&r(l=s(4llXy>V1WKSAXS=FY7|gzM2Mtyti}S-O?S(MO!{AX@{37-euvDEk zE`rP8FweP2CD06v|^^TQRxmHry`YL2c47#v~@itb)BS z%tR-56;?L6xqg~SK!cNe$04Ro&-36q77RIT(%hJIbD=IyC-}u7a3l{g^SGh8P8r;2 z=R%6TJxh~AQ^3l4H2~mK=F<&H({iTY?Ll;N{7XjE2b2jSnIu1uWFGA(lvH^lr~iwf zAb>hIa}*(_?FDieu2KtR8!DzOkpx;NE1mdP-)f68Da_lstF9(HHnlX6(KP~6&zM;u zyiS8ULrIE8m%J{Y@d@AAXTcm!C0YbGx~fP#hTj8*59SC*M3Ic%-TcpG4?ua*pkN+&iEqHC;Is&Lsc` z_ZJL`o8GYz`eL8()z;{`%+uX81Q7Rlc;yBHi@?lFZh2FDywCZ*e=b@TFqu2#$v0C7$xfkC5^nz(Y0 z$0CXDnYD)vW7~??OEQUCj$oNs#{D;qrZ|BK3RDgeyrO_I5#QWzGKyxc?JcMzK++8D z6F{Ijh@suLN17G231Z{SdiLLiGI3_UNi6>s@xX4`b4pJGVh`Fdm)5)f%2?j!eh(>;zE=5@(s2*Kf15=csxM2DMCUb5-1uZ zj)#q6g%$Y*Co0v37Lqww^a(pfPP>pTV4wds=m2y~S*X-IQ`Kme079L8SSaw6n^ce1 zLswI~e;0llR4=I} zhg3BXr_whV`A{{=4D%8fJt;_KHt!I(45cBGL_qv6XIr|%;J0)(pfq#S#3JoE=)lX4 z7JhJoDc3!D)<-J#$1D8Pa&WtVB|l_YPbdxRhS8 zdKfOt385roRLeM(@kM;PjGeBUqEQVM1j_{3u_4e-C4ZkUNqo&<6oM;iHt*;>H4~7M zU*;?Chj<3rJ>oH~^H)%x2|Z+4N6a5du)&b&d2s)yKz>Lpg`-F7H;qJi`W{>%DH@=a zHdu<@(Yf9zbjIO1tCAX7tSUwA$C;S#0ur@BW8pVJ#FkkaDT9;#NiDneFGDf*#UTW> zhGLXkwvI7_j*pD1uh2h*wDa@K0u|%>C4I?9%Gu^KewV(rxgvfp;Deg7}-4&gpM`;XRvl)>0~aBXiydI|?*QpY@$}wp7*3JwMA=eINJwc4ESwpsLgcly zi25vU-(DLJqKI2%x~(fQej1DSW3wt$PPL;HH?I6yu)`eheDYF*%HLcJC%e1N=hpI4 z??Nj8_sfTiBJLw=Q18>eP=_dnldN7+SWV2-j^hIxp`E3u3BMGE9xe1ShxOKyCnQuV zc$}iB^me*gUe+;!#ludPgGtIxfvCUyL84o11QOYl0|IRPPhtFtbqkSAU{fH3YiLTs z@rWJ?u=scVeS4~kO|(NV!`v7TMaF~|Q55YNmCT<9h=6=v=@leGu%7rZTWup;CwUF` zWe9!pg1^dXmv^LU4d_z9Y#&Mz7~O|Jj%e)*k37XUMYR0xRD#8OgUv9MUFiNih$6ZT zqrQBNND?eXpSS>=9b}R>tXvYP<5D+-N%;m%FswrLk#LY92rvvQl3E`8iKV%iWU(##QCNd3V!=QXsm_jppo74ORm0&CLptIxOZU zQ7JK84s}YZE`Q%{wIeD4sI%Moi*ynhAQCy58V4K#_vSYeHd({V5u!!>DG^CSe7TT_ zT02AEwhMyQi-Jlkeq-}&*OyBjAkfOJFQs+PqQQgTbIuHSXNZy!KGsO*Yv{Vtuz}22 z;L@FPiaGQjSWc;tuMEM6!-P~pPkU4IWcqU#E}%k4b~kKE2WDl>P@s5mdo1nivweYA ztReZy32uI$Rd#M4OslLM2WZvo@JST7yqMeo+FP&)B$2b9!z9(OsN|?)L)=P%<^Ubu z>|lal!fvPG8@N|vHTZ*Le?}@(9hA*EhYQMf1)_911$1SsAlg~DiRHM+LBSw{3!sXB z{d$xL9w5d+{qT`*_jGLqf|Kha?0RYbmViK_zE97|OpqNF3dSkbTmt)0vd|Qbu1=w; z5LCrya5bC3Q^t%vH6rP!n70WzXh4HAj&wKIshND*r;gTV6BnhP+)EXF_IWN9lnw+u zE;0$~yN?b)8#{TVTf9$tnhL~}eO`m6WUi6J7=eM!teeuk+w4=>jDk$uO;Q1}#aj*O zaFVmDqD7OS7JNlYd*;zeVN}9+lv0V$x|+w4bMN#0q%_*zUw;Zb> zby(7I-R1yd?Xkj%7)RPRpr0i#)hC=4nzYnn5`#J2_aQX`iHSOeblQBy6+SZldQfP?LOY3vH>+|ZO2*RxwdiM zXm-q&>ZzUSjveYuPcw5B&1j{&>Ko!R&gGZlXc$EIdNYPS%qfqc z&{z>*R>;)SFz_a+u5yVBW16O0#a<0g4xF%vY^tJjg=-DZ@6CpHIT zK{NTCd=kJddb|qej$1Of1Bcu#Gq|buwA4Sa06Vwph!D+-9)>!++7p>hU@Kw14MB7o z*d>>#>T8ZnGMA;i#HE{T5(LOpa;+&I;%#~oY>0zF{rv9F`G;Y7&;b{G8I9U5MCk!Z*jVS_VFRYQFGOcoS6+y@^NV*Pu?OhC0F8s z5=@^c2qp$4n9LarzBzCpjSC!OgKi{Jai)%e>*|W~BxMA{akQKjd`;aaJ}Q~FN)p4% zhZCkqhq6L~mU&ZUo{z?>YwCl_L}++@SCmCJ<^s+J9vh&%8MAF6MvyD9t$cB@H-;I+ z9T>MNJ*2Xi8>q$;YsUv~;iMlL*%Hhk*M2I|60xUEAC)H!R1;@%p>{-A$V`+FIAyJG z)&>$mhJ3bX&O_V0n9ie%qXCJahq<+;xzKX5Aq7=7XJU)wus~Su3`9_2J#G+o6H?Du z-LTR|B^|gieC|BS>E*2`N&5iA)FI^_lvKoR*%j(qLrUr%P$c?|fAf8c#w`;H5|bxj zv$jEoYIF23sg%*^{9X#P9xX->ouQz#*h=z-PIh)vO@NF|r$B4d4{SCbEXz?-3~;V6Cx1Fp9bs)^$4b7pISqk zc_5)I1wQApk#ojcAJO761uaZ{3Y%YeN*@$e+W5YRUBek>{({%kK{ncHbh9g`9@N^X z?QLLV9FFcYH0MCA+cNaklS49CGYO;L?UC1c!*pVfQ^*|mA|l9~kFbCSVSz!)_-Vh( zx#X+TZngs{?zTj0t9{O`HS#~?7C5Rf#{K!Q{F-;}yb7i3Mo5xBLtm(N>FL)MW!}bSv#A9K}S3B9 zyfY6RE>d7BcR0PqgOZOcIIpseSmkOniy^p0Ppy)}r}|nGjLRy%kKluWsUkfU@(@;I zC6tKUK0)M`8lftg<&F zrp8$uOotp_K0dEjH=2kGkn11`5w@bC1-h{~x%iRW5F^HwU)n)$=rp=a@ls%D_puo= zLzT74ZJ)bCXcxHa<2sxPiQaYSm^pMTveHxMM?C5SOKVz z;m_BC(+WsxXof`aFEvePJYkNBRAjNc7vY+beHtWqwNo8{&Y*>}wuhf#lL3DVS))Gw zt0#$e00e^+zC2acQ2t9gE5qeMAd;S}f+~Fym5TSWE`Jm`ACz*$y+XI=D_3mY+Dr&M zz7F)llqqCumSh!hcy&tCzo8b4pro4ZtPt@seIMU z#&RnJ@#!&{fRW{J zLLSQ9%kTvJQc_FiO77xCw06`Bw(45@Jwr{zg5S%6aYumm)VxLzQN5V>r4CQrfW90^ zd?%Wsw`#sTvsfq3NI$jVL|7_-Yf zX!B&zz!0}&&)bB=tlYfGmi&oSH7YV#zoLbsQ?^CIQdAH<Q-7O2&vim%T1w+h1E_~;89~><+>SCn8}>6{0lS%Y#pTx5%I*9MRGefxblcz zUa!`iWghB&_80Dg*S2yt`B@C8Nb@+8{6XrXx8x+oR6bg8?mP6`l}GTRdIqAE2X`TV!}Y$;3BVV6f#7!DTh$`j?> zy84^@VR?BDkqi!KFNogal$TCUNbw|X#dXZO@-{*Bju{9+0c0Me$4BOJO7ClS|5}4{Xn8e4v$A37GUR#jPir)c z*=p69E&P_I&OpnCt>JXi=P=9yBO z2jSnc;u4X#N_Nf6R# zr|2#|awAp8(`p$mg}zIPE0?Z81k+bT74H_$7o@P86AePpg)H6A`Rjy zg9`ZW6|n9AV4XaK^5xX<@0CDMK@r}~2c|6~qCyJ9Si8Mc77103O>Kjj-?eo~b zf;r!2V2#h;A>Zbq=QVaQn_+fOc=&Dz5@;3!n_h3W>~;`pafTlyB404pLcN>ERs;Wc zRo(PESrp{8h!qRE(A>D>@)+roOY8gW1g)0hwYF^(LzLa<fyDX+Vh5nSY4dGxEg{hu%2zByFmV_*` zm2|4!q{paYq_bN&Q9I8MU*;N)GqOGvZ!j{_bYJ;_T)m*;8QXwtapekC?1zp}xrfTm zE{!tM)*_weq#8S>BSQZqhyKXRcGh=`@2DJ$hZiCE+Fz|xclTh9ieMV=Tc$cqvy3^u z5QuWJ(`0BeJzcn}2d)bUF_gP?YW+>H(n9>Y3#}Xpfb&Le(2cgsZfgM(bcE{Ti^ ziDrfq*eho2&A?g+gsY`Q#8p=F%a;b$Mj13f3loe5#JowWgB}62U^B%tLn#SLYc~aY6of)k4dit@sftwC^v_CkhmGu`n&jKD&hy{! z9%Yx0Hj+zAQy7q_Z|rq`Y6t-Gug2_BQYd8wYqNeFF%YD${aB&djXONW21C7AN5Rko z5P6pMWUWgl8r{Gx$9uBdmM zX&NOwIG9J;sp4F$HZf_IX$#LjX;B8uB~S`)s#@W+A|aI9#?uH9=uB}=>|`3Dp{a4s z``17`HGhEb?G^?<7Z@vEij9fb7f&~vE!Bj8rf=z1Pgf#&RVGq+K4JHvG|{iOS_SZh z;dwXvz(GbIm&(CcHTQ>7e#xoz;{FO?2xMe)UEMM@+^CX`+`&-pOmp#Q=0c|05i)Lv z87l31>k<_hA>(bm;8&7EM&HNX^p{@oBzH?~EjeVENAYER zwAYq$eQ>CA^2R79*)HmE7EnpLPPv8u$_-+LtQ0n1p1@U z9v~}SMq9048tha3-x(`IWzsYD_s}iK&2cp9Rgq2XqjE%e`|O)M7Br?B(ilX-^hK!R z%j!^UEvgaD`ryn|-{0pekvSN-WV0qvFzd+zO2b(g4%MR|(4R}dn6n#9068<$u(6ig zMhaNE79-VDTM3gkpPqb)hTcTs*p$c+Iu2(}*`%{)d19Z)OPwa_%Bj13PFD8u*ehW{ zxg{BotGO=qiFIp-)?|JJ=LFWCYXj;*{XNetyMi7#n5oYd$_?RiG{tLEJk_w|_0_1j z7est$O^S=KABzG!ZWII&w_jvagtsFhmE_AapSmL~Jnb+<2 zi>K&p*{_phNQP?pGmz+=^WjC7A!~0Hyt)e6852jwTCwzWPN1~jdR2@>(sSb&f))|> zp`VVxo$2u%B{&^+pin6LHi8AC@v;;h56DIZ;qnCfWo(CDyS^X^GuWQSI8D)k$sH2@ zYzL?jN|x3)Avm=xI*;NX0A+bT?mqORBN>aEygsd9@AvTpoBA?1-YfpbdL2&w}{V9`pX> z)$}(FiK9fp5_a|Z%TY3ZDm6c4d+9M8{ZcOR$X~e|K^Ft>b3?bQaH5}4cXK$10c|@h z`Hw>S_i>Ud{C&XM{Bm_C;N4U-f^AoMd8&?cwFE{KEnlmhQ{c!#P1am_x7yVrYS&%< zy5NB4p5PxE*#-}~wN<#gRTxR|_2XqHih(mpC9Odm6g8FcanoYpQ#GqP`wJ9!4H2`A z6kx*(PhVz5fGA^p^`6zDF$2mcG1YRG49h^Ne(+S*d94E9telpWl%itt$K+*{!HSp=-SSZ@kqO$iDxMhn{= z)~R8>OAAyzuca7F&F8AEf+O5HQfJbp4)O4y)}uq{fM|jPYGPy7cav_NFkb+S@M++S zS@@M~K$3wMvMPGw&>D$7miYm4+qoY4D%JRUQiJ-g&t}>k z#dyD|H{f3wbD~zqqlN}96&^5ZpS+%W+r~%9z(N2j*G3A5)l)Z2K1ACEXrce6bd_Pu zP<3N!Y}sIknwh40>;rLyGZEOr(nDE`CVCs6QEtS64`&OY4rnqot8OecUEJz)nC0jEJ3sp!1`jCZPg@8xlHWL^C=Y z3kC;@%~WC9zwkMVa|C5+GBID$*>YUgjZ>*nhHaCh`97`2_A80)&XUjIG9Lz!g5DZ^4td1+J?JM>*8x|Hv4aqPhwRG| z8?&nXJd>!-#Y!pfE>Njp$FQYloSHio>*J>OE9A0sb%*7`K^@o~A1IodRlhYZKctj& zw60I^l8!?ULEZ)^Tu6sQ^5@!wDpnGS|0cwSZod7p38mKJTN3aXd-!*R(sX`wv8^_% zj$K8cT=!w5W_sEoy0lZnq6g7a`MNg_M5<`lLk@{dVPzTlyKxZ@@W;%Nr)0BTnR$bT zK271*Ox5D}*@F0wf=&IQslGD5qvHwP_B*Y^AHhuX(%M955e5cSJZ&|@16Nqj5JAyl z*;&{x*44n6wcsFA%P$!mDk8oaA)}w|px#@X?*NlY( zg3vCw{r11l071{mk#g_Nha@}$J?~*f`Muwh_$!iu}P&6{D~s0c#mXBI|7^fuGM#$QP{^ym*+Z==h@6Df;^SdFYxdU8y9EuAcTFm~H5*yH+%1$@7wpXGJ5wu|Z@nP7=sUJ~! zRGD*b^ysv37;1d*zXucN25u;5T}i4USuTZ|^+7VIPQfpHeTO545`{?VD)v%Wvfc!j z?ETWVYhy~n;hEN64+-fFn;eWRLq38Gm70~H>Qf6W7(Nrx#TrR+*Lc<(ko-1X%qw2G zZ{sX%jL52-f~IEf=1TKihW1fqFYcLW=7(A`H3{LT5$15MC=vC+$kBU$%Wp;PtNk9u z>FQ9iSb$zpg-i$;8X9{VRSR%5IdJYkfNxE&-k_q-_=98nIMpnf z4|E6p?ui10SBQNn=gP=#PzF*B|E6l$Y(&=-dEa6WlU+$-FdVfYWis*8MeqT zMg!2zO<=d)-KA<+G6e^};X$QD*aT{Y1PHxJJv4{;x zFsf*mJTjjJQ&|(_PULRekTLqTyo?v|pj$?$fQ)67-ln;8=XCJF_-yLch$(0~;$lzM z=7kTHu6#w?FhGV^{Ao@o0I@j*!mM3s&cN!TNzsU)wQLSdf1D1KZMpDZwCmQB9_KPY zB~~G=7Gu*=-KBdG{OI%!mY?^2m|*K@Y$}|ay@0$S_A|DL$Y(P zWbdR?e(7oT7!zL^gTv%^!fE>@9wJwdoJmUeT3#|JFu`Y0hw$@AP*jS}Rgyg*?>dt- zJi=7mMXGpJIaWQ~$g*)ipbI6m-Ye$; zgN{9=9H=d`PqbOnwtZ)~-=+k!ZVxtr3)r>1QbGx9pESfZg)t6k!1N5A33j0u;Qly6 zm$^)i6slqStrgc1LY9Gz_4EWtpxhlJb39oRdiL+xkdzdL#y$PPUnLKidajK$Xl4P) zz8;0dJQv;>;wtR`tSULWx0;H)t}!7wpQSiywV@R*&Z!eEP-#HzWY@-gR?}4dqE4HM z_g=B%I_kdtNOPKTVhAEx&;Wb7bq$fLK-abtkf3}n0l zg0Q&>&8a~@6i?#~35n=#14U6d1;wad`Cu(LC^i_a@woqV za}_v)&I@LQq-~^I1VI`Iu=>Dbl6!N5S@-jXc6_{HXA3(N+)WOeI$pRe$u1Ha=ET&m>qc$`?juI| zo6XXL3LgthHz0*Da*;}hsdp_B*aFH7?RZDc+eSsM<_MG!oEQcaXU>u86%rPEy8|K| z_~b}X>rJA*B#zo`&uUzb_A5g;RhB1zT#UZK?M4&#mz#!~L6T_RMKNmr!zIFOLR+ok ziiOADbm=coM->snPxaDLlObbS71lw!$=}O^i*&n{Z!A?!Ft7?w;@tE!MPSJI!2Hv? z;|bzaM*lwK2)ctQ`FEf6cO&7ynC;gA<;uSAib2HM%;D0Y$%-3jPxv|r8$2(mzXKaU zA8bEc;z7Y@tS*8HGdDV*E<2h-vH(XwxW61f5EEmSXzHGmn25f?HwatBLRvnoD~s1z zE_EqUJILA#hau#mnf@IoL!f;VNhJ$&QMa>mFYgMv!KP6RLG{pD7JbpcVD_6fYONpa zVW%etN53s(E@))!k^EqK!jIJ+0>$W;<1v?ww@YkMR8?P@_3iw6)RWr={92txo3kw; zHXCJ?D_{(Q1$;JwZu4Le|LU6O z{&z;y_{GR?D!E?r+Wr!6cOf`9kfg`nyDF7N>Go=tUf>6}b+QT!IO!tVQfr)e@a@#igw={nI! zkt2b@!|5ris{;q}0!$_~++=}}y)$4IeMh#Q>FHGEi-ExjZZZN4)TJTiVW0eT7~npm z=oHKI;M%{~(A{XM!ne_$>EC@cYA$|_aX`4}(xL9iH(BJrmOvvKT5bvkug>5+MLxtu zbWtsG?lJe)2zI3bz@?{oF~-6l;^#>WvXswd2m8ny3Jo`X!}m(04L%?*tYj8gO8N9G zEJw6tRVC1QuACoRWnWp`g*`@wHgNE3V93W+>0n2h<|nl~gJGhjn4*_ti0!n*$epQT zD-g5fH0H-2?5$UVg1Q3uPL5s9_YqIjtNN}e3RXm49}R8*0(SwD3;r+R`IfG<^!+U zy%oWQ7}Gd7oBnWE)^6ZYqHR;Y5Tp~Khb)ZPaVe~YyHZg%!?X-#t;A%-4~u>c)6saR zV~nia_8-is{0gnetyw*>g#T#y3jJ{3jy|~g{yu>po^Ud?JC(W6o@~cfum@Mj>pSr& z+a|bDnG+_T7vT|nonQ8(KbNBw$>N^L43013SRP1QC2%No63`ULM9iEy1>+_v?F3ZD z`uXcmx|G2^q5?^mb1cSV4X$Xnpm&uL;JRjW8WYK?W?Z22{fEAtXO0-rYE107R?S(L zrmERp896>jv9n7$3F>fA7jtY@gFr|QFvX}OlCs86l0+Lvc3T4HL+NWeIfA7{pe7pn ztpr3dT1PoOR$+!jhIM6)j#K9DG_9n>9f1}~kvidXwt8b;E+ClU`fj-u-43-qN8_%E z(#!kZ0Fvz&e5`@HRYhRoRW`Y@@>`4i4XE2_PbaRl^QV+ZE>Nd`rduor8F2`dR>`LK zPyLaO+w%FC6qov6L$~;gaIH2U&L#CNin?h6oqS^0ZP&qaogurgqJEQpNrpuuf%MLR zkkHc(AEc2t-^jbN@T+ReBqKq-no>%HJcgkH0a?a3NeE}`U7N3y8uv*CD^>e(W}sym zAXx|WVu3tl4*dL`DYujbTM_BsdvFE8Nc;xV9;7E%0p$ahZe?S`2B?PxH(LPT2SK6 z)u7Y4@5P(*XBg;l=`O-o8bizLGQkTseoOcjpD*5u*^ z!nd8n{!x(+bPn4Po28?2{Qb#ixPsMWTxAUDnid~gWQAMm_>|S#BY>Vu@TKJ!?~ktN z{aI*ww|4MJl*Q*t0{0q=dJyu`#w3~bg{6!dLVW%KlBJBWq^ms9g{G~MVg-M7$aKhk z%rthbn_EHkv@YXLS>Xmp?L$r=t4)+MS&(&ZoACF%XttRp7-2Ajt{gR|EuwvqaBPw0 zR6hrNABGlkJt`fYu7CU5wP6Oft(urkKztSq-JqKn?bT9%cs6SsZex+8`gfICMWh@3 zwX0_9MrCNSqPKRp_DWB%3GwuO8!kzx+69WfLxB=uOt%jKO8QWZ%BH$ikH|ie{Go2Q zW6fd??e$ABjBD-0rMp;;Q(`1C=gB4X&i9-L5O`$vUTzmLjNikK@WAzs6p_vyGJ01_ zM7B}1+fhNIR=YBgc|lnt&_X3?idkn$!`Ob`9p;bPYoM*A*|LTJtzm+@sgZ*{?t&KZ zPdk6Nh&A}a-cU7fpymig7Q8#$Jri{*K_jB`9JREpr*`RHJ*6b) zOzT=ML}U0oU4_)@@$UNc2tG0_5L*kub`KCsC{JLR)!i!K28Srl?EaY!OUztRL z`S`?Sk&74c@;!-Ipy_epx?yV|qJAy-ir29v9MnPbn-yp&XyKP1(yPCav37zBgJgx` zVSB!HUrD2)eTFwq{``IpEM!pC1zq$mvhjBiaP_q;7L?~tVM)LSh3Zab+Jp$b3lm{? z)2#d?G&>>cq$OZ$>vxXgvc&6WZ7LvpL&V0Rq(&S|xi`By&h$wcVJIk>X7J;wNnc97 zd%@`h-{zG?NS;#s4H||6G9P)+gn%wC5ywS;X*<%wK`C1@*0WUc?To*x~KNiYApI!>N zj73fI(~XCV*ag-DvVLQ7aOF~BBGXP=D?2dJQqSy_^lC9#Mj#8}Zp(`6+pW(No}rcx zj!)qcow`u|@6rXT-2PK5RCI%!voC^@M(}rf+P6So z7wZgX=trRg1jgHLmNAG{O96h`TdpNu9=kb6-T79BGa^!_5Tc{`T{Z_<@S6l5%Bc++i^!zi zKSQN$Fm}@qAMffVU9+%DVhoyf;n%rFz*7@mFM@JfJ>vP7if^DQ6#TP52&}l%L1|%< zfvW;LIn9;(YXs9MqsS;N8dM{R*rLk|>b*`>WHsysgdtUt9!&WziRisMZf)-TtUuUg zdA|xxlk_^b&!YIEJeJ=QAGV%+Dn4dJzHWB62N*MprU-L-UkuSU_rgv3^;O`W5TIOH z=2lk^WiLFr0DX=Go8ARi9xb~}NHikMqB01NE+kVDpaz}sXI|f%UIAg8T5!-L$VYSF zPaP&~&TJ)(*xvysxWrR{M zS$dTZ2by~^vVpB4{_e;wc?RMpQVz3S41iu;B?xRg#9PA`cp5p82>pIhb*P&5i>dY4 za0#0B{IYJE(I)eU9yVT9{xkix-1Z{rT-jyO2XF#1q{&fJl4i!{N3e?7xF=;W^7>51 zUVx@hU}{pk$J(Mf8Cs{hTzSPl`KRdJu{o@pOQNUv_3Y=JS6zz(v8}k4hlkl z8B!&DOI+>+L9L^ql_Kugd0^V)sqov-gK~AXfl?vN$H}453Rq?2MxBVfQexOsqf>4f zFVpm+#@{hK_Z&M-QydlTOMGS>gH^KTCvZA`vWx8`_Z-`lNu+cA8eS~r;{xOWOg#sW zEu+yULi|<=e#gAUhQet2qyu$|BlA}c$87H+FtwE?fMJYNN~;7>3j^Mtp_af(BQRX- zYbPR855`b&njKREXGU09*woZPe{D$)eFohHqh;LfBpcOp5>l>TQ>-vo9g zR$3mLt5M5BtE(S;#Ke<)%k+kmz!VPhH8iKu z!AG^-0c0(G6wC}PPvQ@ST)rldhjQ`;JNjTkNJ#)%F2aYV^+3Jf@vW**m=w=cN-Kdb z6EE(x5`y;kN^P;K)uN385@3pPm0BV*tcW`lcv*^AqAnGlwHZ1En32NB*^t37MQ22! zzC)1xEiR}~)*wP9X?AlI>#S~}yDHRKW_0%e{M&LRXl8B+1nZzk`5NHx?k~G~DyX9} zxlSHYLMR#9l0fxDK!4kC>oMEJi?MQhbu^r=J>~ng<^9@C zze7NAEjg=>Yh@A_b-T7jB}xL^3V2R+DgJ0m3C@8i~p`ToGJVy-RyiD4>_mf`)3ljmf5QFCW3Zh^vTzk|N}f zW)RkbHFzs)TDE9~&c#-i*|?u0Tp1YB7sC1m)B?k?#E>|W1wk`HIQ=$EJq*{Wf zg)EJ^{aZz6rH}hE=A*(|x~eJP0P3e8Fq(eNnEy-V7t@PLU!^c1?C6~&@?H=TH}Dzx zm4!19@_DaI$TC|#8$5*VG1z2YEzEK`Wj}^MXrsHbbq4aGab$FWmsKn_C=Ut1dToVZ z<0P?u(Z+{J{NT}`&c*TY8HQ}8~4 zF$C_Rk;G}Y*my`lOgbZxo$Z&ibDc;WzhPxq2VH)ZtE+VU4cc%=j2ji3#u5;eu2%Jy zQ=`!9Y7bXpe?{$hW<(Qq#NvSQT%w$t-0xjB=`pt=;Em0#omew!{k5RWlw-znd}{`Y z%!D)l(?lP0{MwqHz7z6WQ>s=f?bl6HQ?Uu?$)MRdnuD53R90 zpbb3}u=;E0wF&qr4~?M_o@gm_vu#;?Z)}X#W4?VK>-S3WISxANJld&P?|K=-R_9c{ z_=MM%Cleci=L0uNu;>?~3L@W7pUZ64B}SjCqoGpc*QvH_kQ)-E;`s;{Gv8Pf>xFMK zMCg;~sZ+`!)II~p-I(J07r+rV>C00D`Ar~yH06LK`sd&U5tjI?!|C!;Feng*6n zjQNp&BC8aJ0yVOdU62S*QqE?2zVpflJm@Recu};9j8F=xNmjbk;A$cIf8T?SD}VWL z*KN?+luS#O(UrmVtBy}i5WU3Jmec7iyX_AvF!&+dkfXJCxN{^#XSaq+p2F&Y-CymJ ze9Z2=zflBxn-Su|AzNw_{^5y~R#@r#JM$J7q34Zp$|V)HbaBrqd_kJ02CP!t)m}*q zrC2W`6BN0T9aVc*PZGWhM*P4_%WsQsEe{^Pxbz*8lmA>wa>R2zsa7{Y`Bw(z6C&Wd z_=|MGc5@9VPffDQri4kw>2UB91qe=1W_{&lf@Be{ zZvnkWvA%VF|!50PXA{4`e z!%NB0!-E(QK3fWnjtlT}{I5$Yn1KPhW*Ot!%=AW$R$+-La(T?& z-I*>aqb6}PYB&J31?<_zAJmR9bYJ+su-C$Bh@F)yn2l5d+eZrsXAgFe&|xpd?Ulyq za|w7joYlRxbUnQ*d$Fn28Hnkl#F9OdqQEdzb0Pl{hiRgy!YrvEX!2xKIhqzwG&KI< zS+PUPm|2tahv4Z?tf46*tB4o4KCR4dN6q@%FO2@vO)oTbJ}I7#1e~b^D$L9nub>Pw zB$qQiV>cBo7p^9hJuibl)4Ep=YF|>70Jt=j273soD}aWVdmH$mx|1ThDtWkSeo!MM z6PCJgQzD0ok-ZOx3PYjw>MUF)o5E$ty|WTV5jihCr{`V-|516=7#DLhc@^?znXA_ z!!~0oa?$aykqBmtgoD;-iMxU1s^ejt3iYr_hcufD-@lQ72ncNEwu|~5uoxPg)H>KJ z+J0fLOu1h@s|iE?`)>K|qDSO1&d|!@nqwLx^loFjcD?^KTQdgt1LLVi6xk5gZ%Kma zrE>tmEmtX1n^RKj#ieM+*W58N@yY5ahnzIu!X$rH_wP*%kL0a7*Iqtq@W0({Y@T&3 zEFjZDMC<_}+Bjg`J^nktT^YHFHL?#PugPfERMNQb&<*RG$<-$kMvGDQ@RB|7INT?u z2s|lP%?$EKMPo3%W=Fufr0llaA+drzU35pJM8%=N3Wbt}9~R|~hOP~?VG^Ybm+{DI z8Jkv60Q;J~eimB&mC~>ETJBhun=z zk6P^Q@s4RkmhMg`_WpFz)aJuCMm=x(^ljTq29vSFTT`vq{lXFX&58Fe$mJ(ii6knd z=&S)QE!q#7nNZGxHu66Lj;v}2vDX`y~m zUt2bQYc+`X09aBrattH4#DLTG@Y6QLH|dbrr1S+=+T!_$rX4ZC4D?U6u;Fi`0L%9^ z@Xi+G;!9(>yC9wM_^#W7Q7-z8)jbzwevie&heTVBX;Js}#4SgrC?coTtYcTXO-xC} zus>{*llKsF`B$=wv^Gl8wwO>zg8@YWRyk&-L+T%}Hd}f~=>1=Sbfi&0(S z5SQMUDLk0%*k3-CBF=Ce?FK&9MEyeHfQCf%4sQ|j0ecZ?-Ae*IBZ!(TN2QYRU?uwd zZ9bu#^`(<86iSCAa>Vu2s4o&GiR)Beuu;`j)VpxU)v?@^tuislZ}skOnN7EiJ9Hao z_6kKTQ34KL(alDEc=9)l!+xD&_Z2C6r$3?x25zit!Tq#Vh zhpu{6t*OUqLr;#*9jJrrX|HoClsOs5l-xLw>Lbf*OG46%MT4J;DvWUMZiBS}+m{GU zUI0W)Zen5kFGsVbnW-f7Is>O$AOY2)h?%5qVh|cQSyzNrdnC5_@qlOBl^P;b-ayDq zXl-D~BvYrmXTetpwJypUe_R3qODgW;w%k=TA*bwZ8sAh|NsMPcS~o0BO$WAFZX$E6 zgCn@TpZGAtLsBIfYNra!@BvEzfRe42Z6J7`*+)8CXAr1S`e%c=m@b|jN)@GfO-^Jr z5^=0v(m%q?My=RSd~qpkE7j_0uy8VXGKD6Y^Q3#lJaV0st!!=y2i2#aS2>oGbzlr` zuXKFbZte4Izg@{pDv9;KGg5ZLFN}y*HLe6Bq0n+S(m9mB+hfgcYH=VoIyziqHMgf7 zljY5GySWrLuo29nrjZRmXUG9nolgyzLP-}$z9zcsG%pzGwjIcixeK06B()A_iwit9 z7=suAOpMJA^crRZUlp4cXOPeOwH8|S26c)bvL&be18hVgT`ZB#+|)Sw%{C`ggOy$k zzFaWykKO!n2}HmP(miEHK@nmq8Q4ouJgM103{gp`qoQ{g${Ms&F3syCruuBQ2oq#z zafK&=c&owjD=O&Ppw;Z4j8ziz3HQ`w$Wjpe;zw*M(4C_dxJZR^BM@L0R_&Fgq||75 zmoI_uDi|`aZ$3U|-3!{2HtirLT5XRWd|}6}4|!?DV46b^cZ=P1@;IoFTyhrPJ1d({ zuu0-+r!T<(2j(0g=VIyP}9=FDg_kLe9spP9WzRtPobN z>1o+9RzMNi&P63%(aYCWUMTqBY|m<^Fjr!93yau%@4x5I`)Vm9W;+O$d6XX15U`#j zBNa(L2$fJMETuFytc4$;yizZJxq5xY=R^Z_86CUG@ z8_rrBr;*`KyvcZFx(V)HsGzR9f=v8MEPe(O0bZiO(p56vYc^Jo{~v(Hvk2GIuyTpJT}6dXZ~m0K(VAE3Q&9Lj1B5!0N@} zt`ul~V8DoYJRT)ZEQ1u75F-4+|03rBXv`O%zg-LX60ORE4?|9vlry$4-JO32NL2`- z6f@bfN@zoXt*w&)a`N0B{jeOPuhgvxQ?ka$iiMLO)KqRwC{4uO=&e7S>}dTz29DSu zmFFrHIkg7~LWBOZ53!y4XVC9}XjRFLn)RE|F6g@P)E|whpyS_N`k9Uf z#BT&dISTLKD^QX~Wt8Zc)dvuKX>UbOy1AO~e4DvAkV#LIx;?H)2N;Z;<{v>pY1@I+ zF6TnV!g%|8L-sJW7_m$PaGNeTFTm9+o<2C)L|2+4Y^wo62W{432lIL4t73|Hk*iIx zl{WWI^{5Dyf5__E)M%Sv+S<>8A$;eG&oAURF}%wxNrjb>bI=0-1HGQ%(;>Xe%nw8J zECdyg%SrDcy4uih&(%)3$m`ZCQ)`xtQ^nCpXwFAxv+9Fc>1gEAXkBfiS6Ka$4cxkD zx2vz)BcAmkA|mpNYrve2g-Hd)kcfPJTmg9gnkbbTPA3Q9?ufK7lMC$vDKGEdbpJ3D zJk1nCq}?YbkEOOVLN}_Z)lJ7hgEgJi((O2yX;tyPk zI*5*YIm^?kF7~^OVCZrfY;V zFT585fw7ke-WMuEWSg>aOWd-1D{Z7_IxZrM9jBtRg=#!z;i1{qjP zaJo53IT4Qb&)Y`T*iJ|W8`*0vyG4qFmI6TkEH|oso@WK^FHSr~zRxrz$?&;g;fJ=BqQgLG}=wJ^}B97T) zlugl3;{524l9z{EEWhrm=DJzz5p_7=MiH~>B(#Rj6*OO3(5c~f&5N>ZA;trz`mJ$F zA1d9rSS@wJOqP{EK90hmw z{Cxdh0{uE#TqZ0d)PV3h$)bX?(yC!hiQQ|R-Xp5!6VU>$8em^R_d-yIl%eb+h*)p> zL|AQKR`p|Y)q}hkNRdO?DMo6(hyoxdQ`e@kuD}({A#g%$P9=7IAfI;4(9?G20v76h z#i1f**6#Kmfa}!lZO=wKm-kL)<^ zLrP|n2yjSZYC;^8()r3$#g{bYR#s`y5Si;yV3$#4n%=x4xie^0Fq-Q%*%i|r>UW+; zwyR2IESl!|~$ReDP^|Yf%OeOcThf5@+&{ z;3f38aENkD$a*I)M^HaLFPhRnTzea>$7?Cw#|HlT$nQe_MyFJAYqBIZ@(M_ldyP(p z%9OagMPN;(AlUdHv`|hxDx&C;P?*CtuTN3Klg`P}yd1P3At_Vg0gDReq{MjPD|T%U zh)vwQ#f_iy=%k86s|b)*>}NKx5L(DLL%)CJE%YVOY$Qrld<63zicw8g#LqJe7&a<= zgAghJn-(o!-G`#)yr@KZb)^xe*AAPDv*f|r2*Od*u0Q+814$bz+2O@h$2B<}5KXcX z3qUg)lgLMeDNSn%eAE2U$h{;WpNfNLeC_Jw+#5Vc@}q0-KXj9S^Tk=!6xXG(%oeFx zHp6y_O^-4pNyGveDbX}ZR(;b0--9i|T{CmTI#f;r`I)E%aRvJy!MR*iKVUp2#q(*XXs8z0p9I_<#g2T`i$;$3Sx7y?wT`QE7cX98{)kY_D5vQV)H9EE| z7{`CKpV5uuKUB+wdKxOK^5!`yRR=AJa% z$nBrVvJE&OPZQ-4SHwvm!^N-0#ugT)U8ZqR;Z~(C}d4R(1cej=3iSiyZtE! z$&AY-gUe;w_u0mMMJRu(P>S+7VBWiFia-uJ7h2K)W)r|kSnOa54T+nrf^l92)3K_m?CwZAA?Sst0%0gxbVr_CE>~6Rq+$ z1p#@g9IIJG{>tgk!GqZzb<`GiheVMtbMC;N$>(BaKd>I2-;X_(8(3^k1ImxI93p_e z8~U zz=UqvfW#ZNeGXzT0m+w3K8{Ml6dP=uFrW(uoxy(38G}n}D{l6ev1)SOSYQ2()gA4f zWKJxwJr0SQGsM@u*z6W{8X9&1D9Bzk+5&3U^ay&zPB=6#))9*e1{;{GSWYzanc0+? zsdA}h?rXIg_)~gef+i@!=uTG zVvvEh>^5xT-il31jn)XMp8RR(Eg`KMb(LigN?M^zhcOsFvbAo&56h%a#d1G0}#Yf>C4M&aUOis(SNZbTpQ*6OhUW2@-78!Q9|35E?tWbUJ2@x_! zsFgNnV9R4FS%s`?tqK4#>jm9sf~|^^q98MgAyqAthr_APrM3B#a)$+^V`Sw&=IiI( zy#cTeE}!t)NVbqrGh}p^%^xmZm_8M`SO)6zjh%9HP^qY5@oJ$mlu=n?Z?X2zA3l(Y z`B#$p4pV>jt}SW7Deu8;Q@ToFGZ4lb4~0j2dfsV6K$|tGx;;7kNbh|~ce*PRmC{kT z2hn3w7{!F4z4B&l?2 zxQGN%nD8k|C2WBcJNX~XMiy5Nnm6q7ueV#<=;|Mjdx|pk$8GXWr6Ou6Io=p@) zoSRi*Q0H_5`rbC7ws znwpf}08tN`86Z3NZ<-8`ruRaRpo?x1vjyKHd1ySRBdRK5Ro;SuG%F?4jWNmkh7?R- zFTW^~2$D&*^F{ei1W}qQckC)TF^57FH@nLNNI4or&`)XnpHb^kSimBrclGIZaYn9dh1U1&SeC0BywK0a4Xu8Sx zqnu(4W7XKe#iO7F0r*dcgP5!L6Sb@i*+dWn3oBcP$6t2QeuNbTkFp zH+*u|XKw5Whr79Q&s-862u=6bAF40j=X}^C$cVN}wgW)mkMh$La551o;Ly+2;-Z4C z%Ea`2za`FDN!UENsAUcl9m4k!sQ`13uAhsOuinrZ<}Jzzb|0SR{JI{P8=plPK$hzi zoG~UWxLCQ~l{)BC3^t^LJ*7@2D%vv^n#eCn6etC#uk$4XdCg*xGu=@!wH!~7DjPHO$Fp%envRGvtow2^W7xRaxU_t znWqc~LHS6qWk}lMzW*i#DEbk*ubp6#1)ece4sm5MrY!BHt-(bLb|wHyY~>@^{TZet zW*#bDGTW{_9P`PzT{;`G7;5p#MsULx z7`Odi*<=TTF0%<4+>9x*Pf1Qm|GCQ@P5Tb4jX*+04j6iGK`J5@LDt@LIhw{GaWw=5 z;hY)su;A){Bv@5jBaIjvF-5uYXok~(5v$*1haBov-B5}f#&!y}m$lYOkkD+R|8Bo}@sqz*+yg-n#G zIzJa`*qwqqBYxmyOf4+l2)~ND#-6aZv*R8c+}1)=#>?xvf(?Y##c+vXLaOeA6V(yO z0xV4aovWCG$4{#rnMXz$=1=7Gq=~dwPg+KeOc0IR46{-eZ_N~9J~Zd9GmI>-!F+}Z z@r6FkcNv(3ltSpXtlJP!jYb@t)r=G6T%!zlQVzm_)Fn767)R&h@Wpq%G~fTWXxjw=1vJ05(x~|7fT5+ z!XADKCSE^Vl!XyK0OOkdUJ)!qF9If<`86`~$qpp)FIcB1wID!;uePyga$#)nP#X!m z9w}~U{!J}n@oZrCax;9-12KFf0n<4?g=3XL{e|P(QH7lQ%bD`v!sB!~Uvo4I)}wi#9Au54 ze*&DY8aF?j%&`NZCof~1!A>m+bV*mri-(jCmP}0aCSe4M@h!|KAB_zb#4&??f=-x) zQ2-S%Y!p!U!uFL8dcA%CLOjEH3)V<|q=DhBk8dYe?6_LPc97=N4bnDEAPxZPwN&2( zTYh7wt>xU9%B!JHMn4WcroXnye#JQr!EL4k!0sFM9rGHz$5gZdb!1IjLBsh$8i@U3 zPNi2y;k`0Gdhxqjz_kig6N^X23nlG8U@fnCO29{~meCR9oi?S(iC68k}(o4Z*f%S{6J4xn%#q_Gj>#fao4%7feTmsLAPja4ls z_MI(rFDU@Q8O`2$;?rw;rso?Zk$E8W!R0wMz_JhbTnSmVG_W>QNo|TiSy3U{P!wp< z4UTQ8Z^`Mm?a{SB1;sy-(@a^xQw_jeKrr!5Ps~@8+cxvN;F74Pwyt6iABEJ18R*6I z%49rKZAo6>3)MtPAT){ z^B4%Y%eKb4Ne6F67HG>|GP3C9RSSzHjc2K6QE!~?4WPmV6~cW`K>gM*8mtkkm3bMjSv z?C-Jya?nx2qKwC!#l50hOLCLRJxMCjbhF?R*JGUS6>58LZ#d8G|Ajr;I9r3Uj7^sIfZzf1G+ro*Gc*AR4C+Pom6(?^XKr^3k%TVw4-8|e;^`-dw` z!dap}*R;}33Yt+GMLz4du#tRO0``d>q{!I6Uidn_(mvIi0Q%rPl^?J@*p_22CVygt zL>mC^x2V8gDbYJ!EFKB>aQU6k;t`&(@U6Kj!(PLgGD1_7<)t%w z^Z3N(Q_10pDbKQ{F>61qiPiUPZPd=DE4`yBD3SC9d?_TZvtff2lQcLx8LN}%2J(NK zmC5AzHT71{NIQcBQLBP+N&dcoUKtb2NMfkN3?)Ep`U%flM~r%8qHQK#s4=)i!(L@m zp9SIc86FIXGTq6G9;J21#P?9(Wn)ay#wAZbL0*P`xDbaHCLtVPuKB^#(+X7DF9Bx~uE#wPo-@DDA$}r?~DnWtjmCu3wP%!=jOe#Qg_r z=InVz6-2CO$-Z7~TK~WWlqsB?aOZbj4^O@QXbRC!U_ji3;+-mO3?%ITh}i%1!AAz} zvA|A8PeNpZ+dx@)f<#4A(TuCa@M+?_ECw%-2?}}ziKQ*?yOo27C^~F~`7z)K7E->d zOB?=bezmeFF+__*w~t5iA)+3XcJs<>0_XXyQS;$qg!+DDhQekYzq?^-V04ioXr%cW zuNXD4MJjU|!z0?g!JPAw>nIxFn?4bw(5BS27ZcPhulLm79TS!s-a85s6vA1I2kiRH z`Inph{K-rb#+qa~)56wYXsM*^h#uOh8hIU^(fx$Bhk3m+;rp82Trfs+w;br;XhYG9 zuOeMiQNh{PAkDRtUE3~N`@m7#sKHfQ(oPu$g4CuoC`*@-G)#^{FJuQ91YNk+U>a>Y z5?GM$$UeRD%7DC-P9I7c7T{DylL#5QUa+5(=u6{PkvfYtJSNkBc>H*#h;83XD$vj9 zW$p~6B|}bze1S8e;i3^K)Ken9mHH;@c4Po)z`MJj|+o+J^q_ zwjX{)_p10LxTakK`&ZBI0p#n>PEFE zLMXGU=R885F>SSN3F(<<==*xrQ8-{-^wVG*Zd$vl^1!!$z;Ut=7xX6*{@iO2!1Qg#ZLB^L zfqeNb+CZ#BHuVonP1V&&z}eNYVlv)yRNpb^Q4p12YMCN$XX1`CuDb2)NFuEMGBi(8 zM}iFp1fVcXREYB7i`C>-M9EC!eKltZT`?+Fd{7nTV+_!b{cDK{VL9^oz5V5;&54MH z_^BxBf!gjkHv%s)NTfdsj(J)3;@`4@1R3KO5V4@rDlGbPk3fc9Qfd$!a@)_$#(KfT zJ3Lef7Ms>vzI#}GJ>Wgxv;DD1L;@C2W2J-N(lIZT;^#J1ZS#jUdiS1hifLrF!KS%Q|Il1_OLfG znl%ZF{=bb;6(xBo9j3)G;nfRt_vOy3Kz}XxkN#oWXksmrf|39Ac00dt&bIK9j{8uz z_asVEm%6f)P7R|^uvfl?+S;JtJ&_7nGO}a~$(A`IwxS2pX0)W{P&E@92!~`tzv;u7 zN|fqAZ?2QZk3ICZTQDIEtW=ff&(6)E^DA;ehC8o?{f|E*Ax4 z81$ONER;q^*mdq!#o~X6WYo3ZDH3Oc_w(69kLfeJ4hoGH<*4;0A6<#Oj8BmVM)g0c z|Er4>gZFsG3@$U)8@0rJw-yF?b!!HDWecKqE>tom*dWR)Lq_SozHsm->aYPoUe~Ry ze(0y0EYQi@R?^j6?;hFw$|+&_bx;Bnsk5699X@}Oz-e^&opPA$Jnao5pO6LBsCY!X zQrPm87KKbw`J~LzWlp%9*t4d>-oE8&yuvy~pF6WrP=_|5b{L%ux`rXvG>s%12nf9% zL^Eymuxg{;@UhPqFNr5!5wf?~gAs&5m*T&+>{=;bSK_SsuMcRhS36R|axPR(P2lMAoXdI~9P0t~nE-nA@3~;J z4D}mI36qua+m$6Qc!Z73}X^=l=&OR1WSK`Ew;ARysm8;6n`R7WdtXM3H&ev#D6J(oJQ*LO%1lA0= zRv@`6mSFM+lEy8= z+&{?DQkw|Tdv@_8gf+9pYTI%b5=}evHzAiwGtWwin5tRS+O!lj-@@dfhwo)SY!QbmZDd)k*gy0dRWiK2CC)h$|(#hs8240(W7h>{X zDjwu^6V&WSGb$@9lmah~39l!*m~PK*W+?<2Vv4?>iEAv7y3mO$4G_j$-sv`nJxj~x za;8PPb*v$B$=>fVdgpzk%&FNAi-2m#^_^|xETJ{kEQ;P5>-P{l(*~rQjpB$WDEL<; z!!(~4hmeh$a?@KnF-!9Zq)uQu-5Z*9yO*d9i`xg6eLG2ZlONSp&X*iW=1*>*I(>O7 zKvjx00^^g1WY+P_0kdYoG>+W7U|&Ik5JA&0H^4ZA4us_?Ec@DX84)aFb55*+DGg)Y z68MN)6>Qn)S@5(!R>F688d+P+(EozTTx!8A-Q9n3vDbrw5F*vvq7rEJ^~sZCOj~-P zG^Wq3+5D6SJ@!Zf^TK~8=|{o&iVeOs09_uY7IF|nW_f7zmvl3Mj=A}RV609_q*^nN z-#s_Q-4koRKypxSlsphH>sW?Z>Og<>q(UO2r9B{*ywazLuF^3hc@S=kmgqf}H~$O3 z{K_dHZY4BrY`X*;D~N4()*3b5&`sk*^Dr9ZArx8QRTBsA)+w)NkNhBLvyvB_&Prk} znbekCHj2vkLvKgoFw=6n6N`l4>}^vc*lI@b4u@g)>+u@Gg1x+-RRjFU5(WHukP0to zB*OrKE}DTc$ubek+S9aL52)aB=L-Y9^EQExCsvQ*sOu&?BwQDd4>(xSOvek1zSfRV zT7>E$NZkNtN zoccIkjQq(}a$zCBb<$aO4rXu56+9vpW?uKm<{6m9&rvUp&vzeFOaU2YV%v$_#b4$x zDSg}5Du4#tVw`HBpR}l!Q?PU2ec?t@wMTQ8;v>Z^&>IjW0;1qa;@hA#Kg4;Cc@Syh zhGb^zI!?W2wWzZ^P*mjv>BTM)zh)^F6xc*SEuW%1G)~Y((B1IZ)=1j%e>{S2R)o(- zas?1Zl<*3E#aj3W@JXH9@;Y+tcfSVSNooSJwI;`SyfNF;YL_{ zcal;*kdq{(_TrKyYLBu((#dzTZHO`(&jlKxDFKw%8B&{1#LLv!rQ4h7EiJI%F^MN7dZh^rsW)oPVY}Qvqn3jW_5}2$;Eix=<}^HP zggWemhNpnnD78$K6BdWqoe~5f;(k@cCaU2n$xhg`GX*2Q!yBbVMlRr@(OweqCF; z^1WS?mgrV{0&({GXi^3DucFHPaO_Bv>VehCQ{TG}5lkAW2Uc(i1(&~#Pg1bSB>e%r zL3KQ@j($TAWzAokqO_J>h2eStVH%5bDTMtNBM${|oYdzjlUb;obN~XF#G`BOQ zS&q7j0i6n4W^`_kYKAbw>3vfE-&0$csHrdNWYZ~n_mKz5E`2u8;lL_4N)_I+P5@#+ zoxeTmGOW>lA3Elw-stE*>#Bmjju~)>$mQb>Z-LT0x3XSYq3g_WztMLqrw3>^jhI=-lZ@^?4_GF|Ax%O^8t9eT|l?Sh^}t5%g#+zD9HN z3_9TbK#}p}PD!`UFJa z(lobaM2rz(y#lxix@5=3^@sm`9nfEPI)S?Rp!dGrR;&~nyY>a6+MGV39^V@_aa7l_ zJ~L`mLCG?AFk`@#Z60qk&w*#q1%zN8ap#@E&Kg7(}$Zc zSaVygWTuY4Pfr$nb7j3?TcF*4qMX~Ixfdi>GSf{pRS>bS2WZ8HMm!ToAwz`Je+%O8 z#D)jY72fr!!W=l%0_BI62XDqScIt54m^XW`Jma$v+@Z!?^oR@MFj^@vtju#h=5#nI zgYh{u`i2B>*-rnGfZbttBd-BwX~Qh$c9uL?iTLU~VOXhnnG8ZrM@t>0%5L*mL(yW4{9v!QvWJTTPZtCjfe&)Zx^_>=G%B_NZiNr2(`SemsI59iWz5LF> zh`if3_U-IisJnPE1XfI5_V$!8&7Y|wlu_@(Imu)@!uyU`nu=Mpc`M$>tt34zan8rI zkK+fj*_tcT9hM~aqfJp7tXsk-4jxZ8Btbi>b(}**VZd?;HivSFJ^0yM83YJr*k|ZY zd{=AG2!pCim8e$ngb$~=WJn$g45#cy_C)tIeug^@Ho{o8-^+YVO67@dd9*>^F(kW9Io{u;Et~ zfW;JQ_A>eBU<#HUl@B$gAugY+wFCurZ6GI7dgr1Q>&8rj(WkhdOta6<@|*pZtbu_6 zGUyK1WKK#mi?d2t)pcw_08zGx2Xw?L_F0PO(e^jC$`QdG&=~1XGdOP{sT-PPh_Fl?Y{1D?IqTX0*3y(YaL{-ggxf zW#CaFhag4b5LvAFXNyz1oy33^XqT@P#9%Wmt|Bd|H23!$USB>eLgNtz;VFnP3#8kO z8JbVA%(hqN#FG_HM@D8$2JpNcV} zA-gW;m~HUfmJg9wi{B_K9dv;9%oL?Pve!|Z(Yj<^h3?Me4u)7QwvCdgqI!~#;;kYi zl)M`L9b2lhPhA}b*}*Y-ZUfuQpB|?8kAdwWc(l`>OyK!BOsvJS`ik5I1VxI!sV1%$ zL2NkNoP-G{kba6=!3It}px1LSgs%4hgsAaTr08@m_7bm|+;$(GRMCx*u~kR}UcRe; z_$P2?B%A~n&9V42dhm-8uMN1+f9a#iVr2bmgEzg^1&|U1oHev#)}1*nfG?AQLHS}X z4rX6KMXGaW9q#C2!^Z%M&Lzmi@Rh+A2nQnwQMK`Ah3zxQoIqbK;wLLXS<;no1SVG4 zasb+p{6s3$93hxK=}6;0ZQ5peFd`DhRi7U+PSOfC+*ySQg!ezsRp2e@0Tu=b)PkNz zMV)m?Ncw$GO_Wz&wwK`Ow!iq6a!r+u+s_|&q|v&r4FIFk+yh|0<}Xr$1n(^5Lhj`o zzolH`SiBD{VE=B`fSLSwxlL`A&f;MylNVZKvy|i=)lSuAfmri5$b)uA_anhMvn&+0 zYjxl&7$V4yzuV?DK-RXdZUnXznxZN(?DuZ?SRP-&E1>$>W$X-M+_uCtSlt0Zn{ms* z)fN*BJZ8bSFwu+xEiVUNeoR;9Q z5<*{F1Jfs?$#NZ6J!ZCZfHM2p+12khODv6aLoi_UIuiFTJ$0!p-!{VNW(SV(pis?| z4Jwa_+z??lAt#L8&+L!SPrYUYIPn?|Zoh7O^C%j0%V(#|37q*L3y&RpV;WzCMUfqp zV|V7ijiz2HPnt|!hDjq=m?yvj8GQ1g1KoH+KOqJD@lS5^U9z_}tq=uO>!Rlokdtbg zJ2@z!sJDp2J_VzgMaU#~Xk)tsQae5wsA32}r^7z{dBEIo6u_F9U{m=yK?>esVLNgW zZNc!MO!~G;!9a1XK9d{L`PMP+s3J#oGdIr3;)8}ydGW!@73zV#W zVT^=nM`${hhH?tBH;;QOW0O8p4hIw^heb%iRu~bpY?FfO<)|9ece6oQkE?FHQ&sqb z(<_-hUyZ=038MG)o#ZBEe{vD=s;}bmyQq>Ts38lM-E7n`P;9S{yIPr!#Iwx8lK|R8 zfonzVekf^k)5-IA452&F{L9ATguI!ru5Vcm(~hBR7+W^5{rMRjEYV9Qp*H^3Cro_R zT?`pO6ovX%g5&97kg}CblAY5=KvWPqG9Ied*iz8Q`l&!$9 zy9WMl?^YDoQ498xFEfc-%wG$scTATU<_#o;*tAks-D0f=?I32^J_@uOz30Rid_eB1 zLDhDndZLV+)Kfh8;^NHpGw?QfOeCWW)M5iqfCZ&Ly zALr2tEu5UY@IHdP&fa1c&B1o=o+y0jPj8&Gk)V=J>fyOav02h=^wZ1mx(F2udS=!4 zbLcAu>MyZh4>&onJegqtj}01xO_@o|CEkM$`XnrwL_7|Fl2c1>bZp=he6U{~@}L;3 zV7)-|1<>FRgy8i;vwfp3L?}`Z-DPX#rF0$PaIqxavP&=qfH$tZuM1*|0#X|!K8me5 z5R0c}bwof;9doYfID)YNVL8!W|m%-y)6tN8%V)76ijbOw{YsRj$p$ zw#cULGHeJK_zsFo6$%QMRlxn~;M>q|9wd(Ulp+BHJN$S_JO zMe~)lexR+kMma&K-C}DW#X`JfEh{1qIZ`KOZ!wjb0{;=@T-|aU74f ziIj(N9Jf40Fkvk}j!?42uv1?euJxfV^q4ZvvEhTO=SBzqPg^0h_5Ikt zp0V~5Zto%v!0e{)Y9({^GZ1|iHU#7P-)SIEv)UQrTUxF+m+pHMtBQpncM1QDCeHmu zl^~Y>mxE%-g;M??cxf3J_><{4WB8X8}>Es z`4)~Tg#hVk_(sts?(x5h4*F>xQ@bW5AodKBJXwioiu%>$h=?G~_Yi1o2%9YRgP}=! zC_Cs!_*o<;>oZ2W@4Zi&gEI#AW{{39l&Cvoj5W44mcZxO)m3d$cvh}@j7Y^VIIOIQ z-#-Hq*CMbd5ODVERt?DPy{xX-bF!z;EX`b15;(>IKYC`Qz_iaH<4nkdM6)1vb#dQd zs~EemmwyY>KYUS~2Vy8hC7Wk&Kc|;&V~(!&qXvjB^?uHAyqA!d>Dg6`xf^#0T}1A7 z7>sRceDR@z;&d#YnL%~!POuN$T5WYKq~;DMZJ@W-{*14M)}~C1`gwbed|aA=pVgf< z7wR=M39o6JORyAAvhV(2rg}g<4J3^h%RP-S_+(XhAiuXyl*QpKxdUG0SemxaGcy`1)PhfkS zYb}h!@OJp&uHeTH=^^qmgmXkFT*v{xzy-9w;2$*0GUYsh3QRrIAVn{m5 zcXP^k%b%Y@n!HHmQ6pYIKV^Gwn0|Ug8`KwxjT;Ns(#u}=WxH`putueQLwp}b3_!GAcibO-3sAn1Vp?Q|$5K=E{oT;gj9o8-Bslma&3 zxJ{Nv2v^FPsG{R@WXMUeLFB9M%0&lHnrRVtUJyJmk#;zoyIKZPeVbEEtj6l(-a>;y zy5r8N?{ato2x68j{*j^F{R!LSYq1bx_JuiFiY8n}fODy&2C?Oi0DWgPYD@yzdo7Ug zj*&~2v2474iE1pN$>JOLdFHK0kX|F%APZ(HE^u;qJD%DnN@kT^2M_< zp`hIpAej-eTphcSn9y%DsQ5DC+V+FUC4pKg#f)9z4tMd^y$QT)BB;3ukTOpoJ$k%^JdnwReoWM&~CE~MCB7-Kv~Ec#08`Uj^p?Qsh}^3tKg*v7!iq_oRU!zZm~;nl)^uQXRh3yp zS#!ZKP@3X$(1QiA-2ru7sdD$Rcywu{jp@JAPRCI@c-(%tk0&4-2Y)e6SX~f+Jaodk zeTlm1Pw?_}zA6Jbtf8Y~A;$^$==Wr5v8BnSj{D&B&5@(>Doa}03Q<}GM06#Qh*oUc z22s@qn1ec&=dv>Si{c)xVr*YS@_94Jtx$CPhppb5t`MvV1?zb;a;pWWh9f!byGVVg z5rZ7ERq*}C{6 zlKMsht`wSO5zMMYx6A!t7=#P7B}nI3Fe95O4^H}|oXB^FFd{t21!)Mg4JVch+dY?i zAomr8!u)iA>9*&aTMgxEec2r(w+fPJ6UzkXu_oXlkFjfOn@_&U zX7ym|kelFv5yE9qgdEucM%P2~g)g{2-b5h5s8@jGRBPbPWq^ui0$@WI5-8%5z;OBE z(BnvXST?Ogb2U*n3Jp>UL&A@6L&@vC5v$J)pbSW0jL`3Rk#+fOar8FOeJQ0X$qbQa zlhApQgxry`J{YQa#wNuQd05DX(4aJp+$*o)^_!#xPr~cbIBlV1v&md^P9D$9Lnwrz z!<5Cf*;3IQZ65q3LeOUlhCw_|Fe@HKYoP$5IVel3n^*;08KoT>z!B}U>Cu3|DlCVz z+c;%)mdv0C%Q%n!EkrK1e8^C`yq}Qm_7B z*Oh(!T)w3%Z~wxCF~`k0xmdLSxSykXIE{($!bpM@s(!vr=qNO5&k3IGo+5DY2W?#4 zeObvSN?lr2LeEh9=`YwgPRUXq=!Y3zD78Ew(JnY!dHkY*_T4@qw(4Jys~y?^4%y8p zAWf9iJ8M@<82izqY^niir+Sr>79lFOzxHh)+JYMoN!3oIpBc#zj36(F^dumYeT?Vy_yeCbWVHJqLP~?XaM(wHKR*1YRvu2^SOsU?f%xHZxf7xUUg4{;STH`W~? z(;-vGpe7~+HF&l*NCRqdExpkF&BGH*j>N5danz4`a>TWhfe!*#iUCH;k`WTpeRaq+ zL%4#Od2rXj(3x!`PFW^;)P8Hr!)z+H#baU|78ipy-IdE zlIRuBgEwYCwgA_#s-PKaA{zO*-t#vASUetR&Eg)o)|@_7z)}~e$EH(3s-bZiHvVD4 z1TCc^Ff`i$NeozM2hs2-mD=p9=!^wTZ@;wl5Vnr=d*lwf44YSG^neUAdw@?Z9B z%>gd^q)yzA&yJ#%$fL2pmB_N;k zCEg_~ohXtlraJ&Q5lavI*UELYIzk#6*7IcEm*xTry>dq8c<6vj&hIgACMX=_#C={Rp6%r*OIwPBV7!IC)s^{_PcjB?oYk@?YQ9 zij1XUJZOS6Minw&rb$L9fGw*9H9zb^F2qQQ^H+G(P9C`8uCsL*qGViD{_y5=RJaE{ zmi6Rbw-Qv6({QyUzfT|27Hh5?^`eBH?Qe5}nHfsxHeIjqctF0F>83EHe90chf2x(1 zYl{iSV0@R+gW-n-3*H$g!}4_1v601r{Dws&m>(S4HymK9$eY9N%wFJt#x7hg$Re&n zmK?V%$t2;j={GsR@BJ!5(d+;-nRPAkX=4*d0#X-|!HTIZ&o?OFo*HKOy`l;lRiOcB zRgGrBjbaAz=dHaFO%1?1jSj421#6{cX2Nhny??Ym_C#L+cGERZAo}>77&DKES@U<; z`%`IrcEHSx0N$An^TLA8&N!pNY>t4l4#RW=H%Ni#QnP?p3R5{Zp}ptyS3@yU3-Yk2#2Q2MO@nXyd^cc^F}&O5=8N zG7Wy7U<^cAVl@vGq|p0IKGv07%EDl3>{C#_=zBkx)&y&hX9LG2fPbrTrKT|Tg^~{| zHZz5NX!994$L-CJLCjQgM|=YU36W4WAG0l|4ycHsBI9=G8x)&yM1ogV+H052=N!@r zL~vT^CSp-w(vT8a=;VyzaGn&mkCh4teWM${V&BD?02ES(x=*udOyLIlUVGe*bS?ze zIROwF?k%Xd59yX_|C;t8>n|!)J!Pz5EeHgczCh2Idjn1^fq#7I%Y3YzcbAO?IwTM{ zr(**T?e|;t$wt}8pD;>%g%^ie8QxyzB_}e{9Vr_3E?v#nC9CdOSWhmU;n7MjCyfFx zU~m4llROp}^#yyv{UXe{Kq>sm$q<{H{OZxLH~^aU!>l`H&a&;^Y##iEL&nX1E8TE{ zA&BG&L51IxtT$<)_SAbCMdmCP!ryvoG1y5zb$VO&JXbKM>iI{)$W5VH!uXA*D2s*i zy?mboYrX~^k;#T;-78?_AzMkWRl}6Zz`Ez{>KV77#`De=hNZRF-zX_BXBK7>Z?7#> zIei^OmP#E+8F7Zad@$vsc@gY;qI;rwApXT9SvZ)mMkM1PH#F|MNsdmXT&HIDHCN3e zmp~hf?z;_kbJ0ahfDx$)ohvvuvyg%3t_iIbB>BjX$Xwv38W^99u*hhNP+G{4`n5(- zKr_oAB?k!f`H@CKykHbIwMr~3YhSe@bBD}qQu$t>)9!C4)rC2QtwAOmEs8PLGc#N> z6(fOqGwzkgoG_V7@f+V?BGUFl^usx=Y2=S za%=wJRHe9pdM}7()Vj$b5T2kvDyK-ZopE=NI$|hY_EHv1lU1-*){vhnGuj*Hq)L5x zj*uTnW;D2SOGB=3IVicxYyIYE=LFmh+5J?O1$0mv{b7VjI+v6Q8hSnDUl3pbR4qiz-Aq5*?vSFaY@eqdr2ar?R$ zWQXh=OS1ol_`0^tr5~%V0nKw851VFdgjVIt*1eU=_};5lV%~#90&R0yBjhIOoR24l z%RZ_6^I&hBC5J7D1g=($oG0K5$~iYM_>nli4?byt!k{9U>>Avbtn8`mje}`9Er4|i zu5gfnUWMT-CzsVWDVO`coek~<;exBEEnaP+ue<4NgnO&jVJ~6k`Xm!9z~Z^MBe1Rd z1YJx&$W}x^7_IZF=ZqO1bFbvV%Qjz1;?QuJ69{W`dW{Lnt5%amKs6lC zD&e+1aY^fH6be@3+thFg@tP6Zw?^G>q5+>&i@aW7?UeEZN~Kp)8U_&b3~WGDAz0?p zXNej)-9P-RoisT(fs30Py@rg|NkijZ&t3~GIPq42l`dlL=gUP7rMC?0(?Br7GWc<@ zp9(*LQcf1!yK3|eKGv)1?xeDOv*ElP9*i$Pat3i-wB%vpX(R zVK-dKZJFi(hP!6i4b;ao}OxSCz=J)r{ zt&~`qQ#_5QipF->?*w?1!{O z+*>FA9Y|D)Q)D-9809ZNGy6d9P9H4_3P=JFvvwf`v_=L`w(-Uxd%kaE&u$Ad->6PT zcvXfCjC#Vj8I$iM25|9vV^30E8oGEx-EziWMR<_@ZFQS+zgq~M2C=7jgvwkP;GSD+ zh8b*C9eTs1bK5bzpT8!i*IAb`gRIG4qsfiWdt&-6{xo%v` zl|R>{waO+(+B;ndOMCxu@>&Nqt88Hsp=ON+L2LZY-Uc_>=wK9%EGe^DknQ0!wE)`A zwom7Z-dDdx0J}kB?maE6 zsvoWs2(`PUY-l4@n)eGH3%n#2;*#=Rp1{7zm|B zmDZiz15DT}HQE&citgV7$>|9+O+8j0WM*yQXnA%~9)Eh&YX92AZ?M-Fmevf+Y@W5? z&RyjSRuB`M^wW1++ zpq_QwFKO|(cuGd6w1_SA)DD%3+~7!4VgmW(DW!J+I|d@!4&miUIJ^yOT1nTfA1x>; z0vB=@iYpgL&-6=Yv53zx=lVWvQc0HTbJji+u``wsxR9(jG@K$KCEzcqgM#BnHE0wM zz;$Q5vj|522+1c6x1c!YvrL=T8uvIUKk6Y^wM(yc=K`>Ma5hH*6Te!9llJ=|wfNi& zt7Tr>rX906-CimUeY@BPJki(i2K1wj8O2}9Hw7pzbcB!hus3NQ)Ti>+`gXUuKnl&D zinrPhKK$`vMh7FiFhtZD%4VB*-sCn)j2Ia}Z!dt&FXXESZ#iG=ibP<5wOTJ{2FT$R z)$sODP=y&-TSRU&LmH6F97w#zPj=YCu;V~or#s876<(=>(hLyYi!h6_z;*`NXz}#) zr)!iRrAN`wLDlupjE$uy5|R*#$A}m3Z3;TKxdyfA?O+L97vvvHGpLb1Vg5y~#=YPA zb+Et+Rm>E#9>L@4?r1zXVZSkG^p`jl(nDKL812}qIwIJgcy8Qpk=0lUAJrb(A9S4; z2j*AL;RHPOi&D}&aW}+Nw)bU614CH4UdlZ!2kWKr7WedpI0Dp1*1!e)f&Maw>sdA$ zu71LSwl(=Y``~nFS)ztdsixq-a+GwC=rNaLB7FHWY;fxLiGhb7`Zycw*03RwQii!x z-o}p!&F2nMrM&tCUu_Tq(HoC zmeKq8)pV{_lU_&IZg!6Qi-wj}rA+yFr5ZM#Q(=Z{QAmGl;pT>hR-d+?tK9wZG4CY7 zZdPN73RgUN>zi3TV{!~JE12zwV}`$d@@DMD=S0E*zB4t%R)cWFD@$GO1urh(2*wvS zoi@IjSx41i-C|v^6UT3+cT@lX00+we0L)_m001aT_c1_06!h`{00000000000000% z6(3;$00000000000000%5a&by0L)`VdH?|b|LcSQ|LA1@|LX4m02TrO02BxS01##X z000yK0`Jtd$h19cLtOyaEZT^nM#Xil6y4ailR_^OeTX)+q6aUNoiUsm(xaEYdT#|g zHmejNb`jzbWN@K5D$h>Miqmtq$u7cA672Q+d@N3IblgXz#%0Z^Druu_A4-pDkSnBE zE1|Tk#pLDZ^`ie)>W5N-CM}`ConC9*dhes5Yzv)l)Gx5W^l`abCaAzmCpp4TO(2)* z^5!(n`H8C-L&-sR%7t8@ZZ9cdaU7s4U*a=WY<+nle9SEm1z@czPIr-*_`%>un7#$L z!o<+eL{|v5-2+`rnW{+iwPS~Tu$B|`gz(U6QWf(Qul?q3qpQy(iig@v?pzxCn-%J< zQ*YLE*OZpXxN7j(@Ug60XkhMDc$^QaKUA2 z%M56X6nb3clF!bYEwwue`35i4(K}oiN1H`{sKlT@%|S3&AxBPDux3{kJy}bQs*uoF zs}ZjwKWJy~u!^(3yiHZEE(T8fwV)S_34D^b7>D4eg7cP|CR+`sJT@Z38`DyMK}A?t zG#?$Cm$!F@sx9SlS3r$Aj&2Rj#YO$I398?Hm=6Z3ZcM(y(N|$Hxxtb79;n1d5Z3G_ zvy#xviiN6M9IHTwFv7ngc?zu91`1zka%@ctha`G@&CjYa57%Q#ue8fx2apiys{R)z zb`x^805yBCAY^V^mRH%FI}Fpl5#(fXJgPjb8+_A#(WyKQb!pgAFSd~uDa&ruwYm#4 zPEOlgDw!*4Chd+eLl<>#+bx-qTB2!06le*~KW0N5JJYPx;kh3f#|f#b4|A3DMouhq z<$64T7N`df(YO7hu+~WFMcJb-iM3Heo^b7T=9Q9aKZu1R3HTkDqww_3tJHf}p|KDKnA{U~m2T)bo{i2p1}xn- z7@CWgwq0|~evhIM<@L;>S%`a^njf}ax2{?qoi6o+va(z^RSi_>qRC$21~v{A^nS!2 zEG(A3(01IxJfUV(0Qzuoa7%#e@V|;LsdDJ1VGSyX_bX%HDT@pbK^){LQ!FVW(CVEL zDiAwM%M~wHj~AYi;ajLIe6_~d3zD8C`CjQ*^kI+Sw1R$PVP`~P~ zdT?bQH(G*p*{@zqxmqO_U~?C_usXiX<#qPDcu-kXITUDt0rM-70h=_<7GUGehQq>E z#Gkog&7n%~dv$_!TRe6}nFdL{FGpR*=u+Y)p^)0)3!{Diav*0?gh~>gL!{luZck9z zpO2g+hD_zLbYQ7{%@QXWhAW$%Js(CbvjT6R^sKp3sSHURefa1o=zf=_72wL)SmO)Y75Cp}v8O=wRtV_-gQ;9O|Ls2&7I|R)z%`Rt%6Il-o&Wi4m_dE*eg$ zf5!;iEXrkvk!F`7D#U6zl;*naer9swrv(NL#ImC*R8x*=rVJ`o;2^0M#gJH@LK)|7 zpj_PQgIKm~cQ8x=<*Q&m($hR|R2ow)aVht>_Y}8Qqyoj&G89)Dl|}xm0U%xzW0q)H z=16WVm6c?g%q5EBFcFPGdt~1AIypIFo(p;@wf8`)>G9#kbx3l8b1D_uH-AK5={g?x zveM3=rNpMPHjD^+I9KGETr2Fz#7ryvbEF@@3y~~)Usx{Y$8BBu*~T6U1jMus8SHIzbQ-yn#9I= zz3xXbKM;+L+L_F{l?FP6*Hj`%S+UKIASoMPF0?IGjNYF%x>;I|wWD38fe)Cx-Y&`6 zSs|M|S)FC|K&4Ne)XD6zZp4p-9z3#PU;QDQxUbAP#_7*xvTg;WP$VG0pUW zMb1B(-66%rmPZc2XmeqJy?r@oQ{?BP6<_d7{ayQbh*ynk$<W7ux`KrPcH#qba;U!v{d@?AnM&CLjpIJF6*fnK-%J z)#OkeEaeQj^{sJ`2t_Q^Ii*EzuoDq0Miv~i2{Uy>k5Qdu!>_qQ-m>Qq%c95r;^AP6 z@s@BsWyRbf#7~~{uTyd%8bM@FVQKapmG26GQ1#usHWuuzpcZo2!ZMGRDQHItxJV;b zI%}9{mZG!=Mt~W&Hv1*?N_A z)WTG;Em!=j7YV7od=)e*$8L;_Ln=CXW=L=M8-Z@6LXI6%{eimN+y?Wd!_ygU6!`+h z)m2?4hM+#s^99RB*Rj_@9lxJpnZ6>cXs4Kea~I~q)lE;0g|zKsgw^EO7Y^+G@6_ik z?-B(3a4;iSBLFqM>X|M_#*pWQL{AqK8x0Id3%dGKxFxO}&wOn2i)}rlq+jcNf-_dQ z2Qh>kPZsE^&kA=sIhkr-21{Ctg5~Pgl6g%6+7lDfaVxrcpPdXq6~vtNgMzSW#A7Nx z5yr;C+dCTBpq__oPDBAbv3yL=&b=Y0oTEy3e7=VH#l!;a493+NB}Dt@Jf~xH>5mHy zD0*;%ULQXaC+^@QZyZXh>#4)Kpf>N3`(F71dsuGZbz*9xBket1K;z zbbTa}bz)~-noJu{-|c9lx)7I`IB3z!>yr3N*sYo|epOIXAxV9BGuPfQ&f`Aho1B^yp7)OKK z9iwYXj1Q>+NBH*bxPhZs%Ysz9VIJx!s;t``xlXZFbA3D6QUmS?t<5Sl2fM=T6+d!w&6$Gi z@JJFk-K38F^6Mz!jXZM(b^*lP9z|A85D8lHhAcRG^oH2`OcPf58Z4P<5P}e+UZ420-P>!S!6sA zXy3JU{p$O$GHBXrgpgBQDf5>F8Ms^s_+`B&6||u>xs^Ooh)|R%v|DL5{d=bB19p1#+hGdrE+n{#Sp=g>~f#ZZv*V9mahG#;U3k~af>HV#lvU}gVt*Bm*`f# z=lf~%y)Ql1-a*Z4Q%|TA39e3H_+r%+MPqK84zs?^*o zf$FW)%NbI$Wky0sX2m)s0ymCI6P75>4hZmGUsS`j^ogmQNCSQVLDeg~-^F@paMh9w zilw;jKV4hpVo0tMqZt1&4(%_eaA{jijx57-#35B@6Fk5) zpRvZK`0v%<26awbvWv;+lXQmK`se)25M8p8dD6i>iTz z4cFHo<5P=)%1D9x7_l(+xPf~vub)pBEYCQ!PO;eNTETUP5PKQ!&75u+l_?a+~}zM0*=PEVZBce#p-?9#usE&G&sEIP=Jn8C*K7a zg#7j<{BPoEAVzlc89i>p@T>3${={ZyFK{UtcMmBjjowmoe2t)Xn+)Wq|@Z)#su`~c?5`>BCC+|xF?l};^;^W$yH?2c#S zqor$fa-Pn1mKA_D07gBnHrfWxe^#g@hRG}@4_4hR%>7gPg4@rv^zO4D9}!*xEWbHU zlT$lfajMRP5eTg~)|;844k$#kA|t;j-} zuc-!HVDaUbYJ|aP_ptz=8Xp&uscKR*9C|6Q=9Z-pW%)qooOl1_f5l#!U`R%SvJ2S6 zvCHmcucxT3*YN5^EvE$O&FR@u8uZbY1|Z8I7Psl35ZE!;7*%}w9Wi2hqlhy+#K+?b zb{9^sA7P6tfhl*kynD`?kgn!s9jVOEk@!8CPL&*@7rdc1jm~^wwzR*va9N9v2??pp zTiI>5v3C&Gbxqs?%~LAG@*sF3F5l(l^z5R=Zn=%yT0AhDT72I{z}}jJqp1o! zLJVkc*f`&cV5k#4ih7mrQ>}!hJqa%EuGWXF7Qio$4l7_!XLS(4RO<2=XB|S|Z~4s} z=Ly>ZGudUEQdOxMmQqT{J&2&cF2^9CE@k#|j{(uhGb zeNhd>+UlsGq;K=e%j7Bwi2=3JpPI7G` zqIYS8*Gf7Gy1-~?wo_xd-~km*n~-7G?z`qRO%8_SFdLQ9#x~H@l-(}!HUa;G&3ikX zN|$}YGfo#;Wm+AQHxO>vx$C1CPA(wm)^;8i+)3gKb$V3yzrlJCTNSs@d$*5d+VG#G zN8LkK@dqokm`G?SM;m#iSdn53muQ7+dfO?8mLyWhwzT2YjnY`K*szRs^HA=VN9LBn zpt3<3+DAs0QvIry9@_f@JUOP&$&$x2$qXREFBNg~u_e&=T> z`RGwwE~v@4V`iLv*sEF`HOK1Hex+wb*TwtX>zXOPqa~OsW=u^Ct~8x0@0k_It2_|4 zoRCJxg^v1Rkoxprdme{X6I$>cf?kb7V+^pzAmC`c4WuZ78O}Owom``*ry??(7W>Mm znk{s$6DkDFZAvY?wdX4UbFEn0l|AM!3avq&$BX1DnG3v8uCI|JTvfGEH_(+T!Lrdb z_rxSm?)bY>wF+e;gGQFXTtpm0MZd27n7N>x>JW~e<#YN@?V_@5SjQ4kw{3yvMLD)3 zPW?OYasds_a;o1og20VmvSmU;sdci6T~;P-gt!$&o$$#0TC3#~3aoUlXw@VB0VZKz_H0E zE@tq|i|$#k6VElgfNL@!^y@qCn|A)IeH5du(Ej*RDjF86WNw_TRD8$&jAcx1nE1r> zEVEHu>Ki|ou)Dj%sNkfcvHw&@quwl zWhf_n4aM;#cAjvxVPLJ)BL!^rNp64^_HiBP(=0R7Jf6-uR6)jE4@gNhG|83k zaJ+fjHR;1M2HXh5~>RxN?$=6)=G0 zPLR@%`?1Q6sm=871Yoo{_11yMNo=bNLYmB0pVK++?paHjb#lU1x5deX@$AK;%tIK3 zQ-7?@QWOJcgxPi=X?->8$dn<*tT(xM<;ScF)6pp<;jFE~G76IpAbYSjyP8KUo;fS& zY2_pD`lMHH7!e-ZLTB?pE38tR9(kaIL9ml;CxslU>iF?$!HlYYeX7zJho`%=$ha_Q zdL=S`Bu#+dM;W=RG_md9DM011g=vLy=Ot3KW?by8F4`Yj!yOtllf6TLbarCX8|GOl zj!5--afF+oac_4R`;;b>)b%prgobyCPa5NzV$<2Sl^+YARMF}V<5JO}B-Wx2*R1&= zkjl0V5>67L7m8v>BaaZOa01>E(36L-S3v5@b|ScFEO$`SC65R4b6c<~rrMOiD_WQH zo1hjQxcgNmwoDMrQUV9%7m;YqYiX}^UTzlTn{A=w zK;~(7^OuIvRt4fdefboodsm|*_S?$hkOm2~CYSoGmQxasWa*EDY;w*}^}Z3Q5=--# zrmZdKGuO77v^0@2g~y6{!h|SDH`8fzj*S(ffoEqowcf(tY|-$5r*qjzqL_IWG0x~W zRiR+%onesIbU{S&F-a+-DBLMO6KdRzO{3=*j9P=?85*|jEesV0kffZrxyQD;%UZ4o zQr_)P@!@GWDm2v=1FDx+QZVY^^}H>~7zifDJE5Q(Dzf@RJmIzDSL>^V5<=Lz&_IaCUjya0%kIeU5Iww4B#+>Di&CxmE7)LI3#KgzOv24n^&B;$VxCY|B_fx zU77I~zyYd6Dw%XxMY(V#h+Xi<`Q+q8e{%{AboAt%l;|ci!+*|46Zg^(8TjbKV61V% zJQSHs=<=pb9J#j{FRRXl8Qp>FhPlVYzXbtf_Ch{T&@zQx?IGQhUlfr^gWR+D&6xS zDqnmQj~$%G7iUh(Pg_P@u% z62Nj?mrNKw%KL6{9f-yI>wx@C_gi~^iMP-9%>aLh)mgb?yGDlVRF;GXt)}KiNH`={ zd*&^#ZUdS;pHYAnP25DHWy9ex3cM9&a`Hy2MWU{og^U-zzTKTLi_taWk{DgS`k#jc zb}po<^kA;j8Ly79;g$&KL9RNaU{H?K@lEze6)A3Z&{1Ex4gq)xU6c~g@a8CS>T<7n zS|g;XbS9lnlhtGJh8@7R)^U;RHf1;e@&&p|Np;0OX0d1VH(gmYLH1KarQ;;gCI;fXH=oFa zhAi-yPf5$sG1ss}#icfT{Vut<(cqDX(5_hIQ2B8da#+lIUw<-hmqt{Kby}x+O(M@$ zbwqf!dWP($$^J?7HO3>-g8Cgvk9-{*!vGgdK+P9D)xzrs!D2Z65@hn+lwaJk&?QCE zNupspG=gktQI)#LWuD>`=W?PNQLTGGXk3O<0&>I5S+6}a`7la8hObT*&y*TKZwsUD0k&( z%i!EIG48M57m_%1Au(8&j9ILTRx7=d(Tv!rw?Ne@@9rf)I(w7BXORHR=)FtRl1EFr zJ6OvfQl0JeVtqKvYoV+;iC&L>DB~@25lo8{Fu=M`7oS;ERUWagE@bW=W&#&Vq2^_h z@%f~7kLf$)YCLJ8XZ6jweoa^t-IAa|7@B#+w&#a0UXbb0kPEJkiWB>f`i&>PFasH& zp!Ojc)o6Cs2v8tf!>zkE4=F}dlj9cR2Naj}eObE*GSn0;) zE>pD$eRu6|+c?Ti4u7ziQE-ul8TOoV(~Y%W4#*W11smkJF)n9ZLr{GQ_}EKda?el5Ip>{}3~Rw9|%; zW`xic2b(Zrn3F{fPO+mtps>3eXh|N6so7AP1+=$C1Z%;?>Tnvel@YepT2QfsP!qN| zXt-0RT7OudLhhMO5!DaX&{?H+8Nwzyuh-ioDz)x@YB|d)mP<1AHGmu>$bNCHdhMJeuoO<%sopp{aM1b`wb;!nLYTL!>*`DU>CTIfJ3BW?D1*TPFd3n zZ9m#e+?`B&tD9P3rbfz4vZR-tVC<_+3o^Qr+d+c`RnUnW-=f<1=BDia>aX<(Wsg#? zwSF4ZxA{#&Xvdwq!47F%UYTxiQ4l{3PNWY39AyNs6wI1eD%t}CF79sAEp7SgZ6tIc z&grD|<|0*ZMZQ-fZ!v`J6>?Ano)TdL4Czd!GAU+@Wq}x~#jN`0Ejc&2%-kB83Yu3+ zvgwo9j%_4q7wDX~km+BgtYc+sgq>!3bm^BZR1pfMXT zxhQis?u38x-38slyBl-fgLb|R1k=5@u+2XZM5zOQ&JqVQ>h;BOf zNsU9nGx}9*u)$J(YbjCG)TPzISR~WHdvc+(g`4|Kn6Fi2E5#aMd^ry+p%gE!3d0Ie)1C+SKa7*MTT z*#K#_4TTc@6J3rn7yrzM_YP_Q;^W^IFdUJ@iqOoCA)10nAB$P+R;*(Ut=5rNos5$vB>7ewYwT`!YZ!sfBEaGCyS zF5fM?LZ|N6RV|^CbwW^ z_qY|!f(rL+v)sV%D?=-lMZb)Pz)euR~HWYF1S z^-@Kyb>yE_fnNOwtJ_Q$TC-gx8UWzb)?ePKw>2xMuk*>91x=&NpD3uSkztE`p^2}u z@`Lk`kx;4(+s#U9`Z-D>+WK?IH3|ieO}9U!!%)PPzp`>cntI2@730uGzf+e-syjZl z08LZ78cRHcbE_cIjRN0a48{tD?_tX?e9s}sk&GCvDO2lO0vf`*0^f4mT6yJG*#4EI zeqP+Q*O$7BsZ?Q-)r4t!G|>(?xv12VGIkKAni@28Z&*-ACrX?h{+n=^kjswVmE*(J|WO8IgHPk!f)f(g=MYX!cw6GKT*8Ga!I_dzNH0Z=mo3eF-)hnqe9WFJ}BubX;&sxl&2uew&^tzF< zU(y9}83M(gn<7E0oYiJ}8d8n)IZd_!lXE!(bo7Z6%e+lNPXNz7yE^jew(=5it7h!} zA`(@x*vB{_ly4;5FkFdm8sbi9bM05hKyzf9>(>a_=opk~Zv9zO8)gBn;FS$lkzuaO zogrx@N|lF=h?|e;Q(1M!*uBb^wJY`QV^F!^TP9&GCwW8xazOm+A8RNwk;{*n%OFRM zOdfKr9O}j2Qxw^#+!LsIBH>?EtoP(kwBlb;|5cdpLdi7b&!du_R&mh1EiG`a&RqFy z5u2d()mE+QXalOJ1R_@gRmYx(JoK73S6l;P89(!|rK zYjW6Yq2h)dX6)KE)3sZEy4KZGgkI4y-mK0Uj4N66c4z2JR~ao|JmuF91+4bW))Bhq z;t1uj?Fgl#O07&|wR6v3RiplJuARAP$m@90%C;Y+PsYotJEzW+-~VQr?jqE$|McjT z)c+T>Y4f&Mfvh+H3=d*x6afY;MFC6CNkWqH^WqBGxeCqSwl+gy!zH zu})72_c}1u#>b@&c>-1g8BEaKbw@wTvn}Cd&`jI9i^$RHhG8pp-$%-+aQ{b+)4{ru z1J+FT5xceoDU&9_Ixc+Dkkw}xSze!p*Jh%0sg7a)Iw_NNSj#3rX;^A@o_fdgs})tD zMyiA!7e397<<$Mm_0Cu4|5rLh3RAINWgo&bLUBf(O#Xx={Una5>dd*#=qS`B<+M4Y zrmX9kgP~B$-p}o}FgRq-1fcs+Bp}N7akwcPnBiSFcBRXInX4wps!AWCt&jRjP-ZZ? zzHlbh`wJPf9iD$06-@JXfZ8ZnZ@SEDVbjTr>L+=wRQa2d5E#uc_iA%&*_*B^>eDSc~@Tfzv{3&@@<6yIGm0Tqq&ecuXeTx3Qdg)UwkdaFW}Auy7AR7Y*p#QX`wN<1n-|bq|EfiWt@S%sRvQp;pH- zBkykLJw|pbCm=cbC#d@aArz!}TEOR3;Ih(;^7xak%~pQ_!cLxA0iHSCFldb0v?439 zi{2gYmO3ffbxDwXMaHA(c1wRB=VSgHImPi_Z2tyHj{kR{`7gKE%jlnO&tu*=c%><8 zv@o?K;8kvm!x(&Pj-HY)(miO{dzOWEk*w$nwsaVm0AH=Y^^Xp+V)eOe!U%H1>vdCO z;WFo)6nBGMfnuE;OcumeQck~hmk!~;_#>N`H`7!cFT>`s!rbyWoHkU0RK8Cmgk;@S z#1SBM>#g!CsJl(8PNVeBTWyJ^af44&xHQaZrff*%VhO z4|`n9Te!}ua-$i&B8V;an(Uge&iaJQF=*>fe*e4!FJFLc_T6T&9G7b**dvI;@O2b$2 zXg8@+N~NK{9`}2myyZJU>o8?zhj2lFxs2t5H`M^SprwDbR&O;j@nZ#RJz8mJ zF@9=W#w@j|O@{H->tj`)oK2U8_Sa$ITE}qAs(0szpNqnkaK2+cTtDV2m5a;=>rs4> zAO03|6t`Kwa_~2N%l6Kj0X_3k$l`T)11^|0O_|Tup?vi%tgs;!aG~IBS|MAFGuq$( z`}YPjgV2|T3u4}#Z@@@%Xf---FHb*8wJs1$Wvwg(B(+$suE&r+0w?zhIxua;ufhf z9AY_)awcHe*K--m8#)sNV5RqWxBnKb3o6O_5vUeFsN zZ10K!3M;3It8alpDVQ#Lq?+O>w{l8N5*`*!igkoO&wGN0G+g`@ENueTy*2Lg7F97a zsc5xQoh{g^(iC07nWlH+xq1)oY7r~7eCIjB6nfgmE9s>FTN2z@ThP^(Pa|^u(P+WT z4OW(tp3#okww_{-H)kkP*C%YACM@Q-p$AZE#KGkjf$nR`B_|%K?VtY^gV=I8cecyP zEP!F7#Y@YRnoWM760sbN*RW2&Ym;RlUAIKdI~yAtIvOhM>E+a`*`Z5tWBi(4DTUXr ziW}MWJnk-~OO!L*S1(CsP^FK0ubY)cOpO~jZ4BmNM6+JX%xeZhr_DhCGg)0RpG`Q|xn(-cdsb#OmzSK?1(4Z?oQa%mW$EY9Ij6{=I+IC5Q5CVCunVb# zY222N%T>5M)~cw*U(Q6^vTc(jXu_11Lb0)q&JiCJbk(}0dzGO8z)a4M7=-leX=Ds1 zPSZ5}NWF4&|8#4s@@lnAV0B2i^j)kB-!kz`;K<)oxGHt$YOh@+UTm&tQDi3)9+8SiSc8W7 zQ*xTJ7wI{n(40l)=rn0Y;V#desSOs~FL=%L!(3+gVOnGv2W3^MneckfV;xOydZEyk z-P65_-kKBptammEmrjCAEDr5x`L!##)n3`0AVqSKQv2vb8-{q$U<*fMk6-U;jYRu{RYz+3*CU<}G!Szf5 zs7|uQz*O_PQAqZZYRw~hIYLS*y(!UsYbun2{{MRquWNL=?xj>DIea1xVnYH zjpZem%g`FINwL)#=_0v`JYE8GoQd?;!;oxF9n7Y^ND;y*Yep2UJ%9Gco98KeYpV}1 z2ZW0br5?33U0$en%4%qG=@?ToRX=mSMZJ$T%}2tIP{3d#p$EUz$w|E^42&f%=6PRM za?W7Gf~Je~m3qX%mQvJAu8(p4LaEj2H<*oJ-EPhYil>(~ANbaSVboBQa~=LZpBFCo z^wW#%<(HNw7i;CfcQzhkc<E0AoD|Av?L^GPNdaqKloo-x~yAl_c9r`fueW22v z6M^UyE)Yl-9+;w)%Qw>iAUbN4G*ZrqDzqP*Lhm5q`b9onB)aL{T3#^bE2M2Hp{u3S z^J{n+z^xYQk1P!mb&cZlt3_#1a3j`Op*K9mtNY*_GVPUlq(uF8mQq0D``}< z8g(ziAA;}0Q_z^RQ=G$?tVvh2I25UDu3d%9k{-u?lI@TuT`1MDg}t@Rw@j%AU8~zF z)*EI9@{=8PpqA=r%4_l`dlUUv7GyNFrzilK;BU9##$M-_w(w6aXzJ%ga z;l!uo=VGR7@xH~CA3C!}GCCCK=+#okis(e(WL3FrHBBM)w?`~eDGiX8*vw+#8YE7SX(gQDj5OjYQK`^HvPuo zVHXsWwc?w!QdjIMB|G|A?6}fSEhvz2-cST;6p3?ec`03WcJEC)uh>?U&ety+DlCAp zmkdQB@ulrQyRywL;ISa3tEKLzd&|}WbO9u@gXG&Il$8g;HNy{+q+L<1dO2Sar2u{1bztSFOrmAtwFyk}dwt7^f4$kf+S(inNSdvAf zLai+m5&B6%*uzAtsQtwE*4NP&e5n-wHLJ2sJ!j89Nz(%1)7Wmn*yLN;0dX^ta*ybl zSF&Nq#Pi-o3cZ>L=BW>%#TJF2+HcZl9w8XH8I{Z>fE3BOj69y178y2#fofJDnA0XQ zR@^B4uHA}QaqHbW37aCIbx%lo&VJ4sT)(XEqNXm0Tr$~+AJRxpvhyD}@4ErpMu((X z_Iho`8r1{Gs{clMThpF3`p*qeZEZ^jy|IPdv0f0M;@ZZv`>G7g*mFKRk!NS1PC8>^ zZa%f{L}zsQsV=guX53|h>NGzl4U#jCIVANPY*!gKvJ~Arg(a;n2WA=S(Bu~;Ad5H! zyp@E#WgSN=A)Zfm4Bc4qD6)`cqHW7E5rR&h5tjq{Wn27F)5@ON88Se^nritFi?lW4 zLyZCKB{|)bK8$eHNMS|09U!wQw4XhsS{7CW)#8{X+{T|JO|;KzM06D@_;_jZiL7V* zs<)I6PAhe{6?{>7(mK&P>r%>_wt@kGojHKop-Lk|eQl~rJ(D~*)(}ebzokPh9m+XA z;e(ECu2sBMwBI45Ke-@xY-)qiRoZqMwbrb1Z`&3#CVkZGC^d7g-a&6=qUBrlv&*k3 zLCianDEysg_N^E?v@F^hDSU_tcM<7Q5#o8crTtfsRaQcm$UxAa)FP*gc}n>WwK_Ad zypic*iH0qKl0SrsX_Lvu#_ZljR?4NxCov@%PQa>_&ktug9eW0fA8e2jqh?FClI>n` z+dJ{5aZZ8E%C@Uka4}V|n{?SJA8cp;7l`bEM zlKx0>oR)vO5$bTY3ReCM>0ikgv7J9*XrBW*865F6z7=*z?BJw4$^fn0A z|9Y9nb5Ipjq3}o5lOE}%)g#UdMJkIy6(s8uAhCn7pEV#2O6HAYxf8~jE489$p>~@N zno6!|We~x91$43M(5bs$j&;8@)GCnp<#qV`#w-vHPFp<1OAw?`lNG6O>&<8!G?aa? z3T&fIZ5F(nTeJlzZLxJg%jia)PHhScG($g6%qae@+#RA1-bW2UTHb&1R9tX?`=@ zrP0RdkIT-iL&)Fw6L<8I^_%tGvp)b8Yq}-oJ(~k;#NJXaCBar z?66EV3G`0=JtSBygHr-9M|7TCCkUD6H5!spKW5WQ(7DQbtW?uX7D$t874k5aY9cK9 zCO&7dQkg6TGYM%>9b+=|SJOP!E^#rMQ50E{&f=|4BQSMmr`9F)3r>A%n{I_1QD`H{ zDpK<0FZfm`*@|~9$Kr5qMo~TQ<_1TNLe`u{@fd~g9zn^ep%yQ8H%RUD2F7Il8aSQT z+!g&x11eFHFV0469jY`jTdIUT!GOcO+H6M&=!*g6+I!8a_1~OU# z)&?QE$CP5YOjHcZ8M6T$Xm{S-6qc`rT zlXB!oEf)A8X2`~r|!HyZ_|KYW$MymU_89y zT(Gs(L+pN}qQeazf}W3BfUA8^uY4s;NiPmtHy|#>L9Wb@yUfYD2u5|t(BmjY3ba$$ zM;-En^=^shTAtH$qwpy8$QX+6TJ4aX>MGevFR}_DM^j+xoP6nbMW&2o&3wYp z$1DyNXFREvLvGEfCfpAI)-AR7O%&za71|t@gw_7{SfWT{5F7AguM%_u5nVA@OEQYY zg>E6$9l=bvh(%h6(XutJsHjfuH}(mX<@2d=3%gS@Ug+!+{E`oa(|X~7aOBI#vM`NC zV)mI)AL52nuB39zz0V>pdCilGsN;ij{wRrCYh|=u$1uIp<7;3l^Gjh&COI~J+Tx?q zpg{bUO@X>bRP(`lbg&Eky}pP+uORHC_O-7cl&;IDrj8fq32tl_D2_%-=%-+)(y$iR zoS0t4RJ&0RVH~<`+QHBHn&vGn@X&1ko}^WVabY+9;7yaugeGMaRm=%2&i?Vh{HxwdNhP-uNnYev zfco4#9u3jkNLtvqRq|N79Y{>l!TSsLZ1I<${~gaNQAPEjS3G6Xc@x==k!~6J%HWB$ z{?OP?x@x6Cf_-1fi3WmRQ+zHyykJjE*B3#K4IymzNv^}b? zNEL%Sm2Mu|ae?~C_(zN#tpnRDDt|Vfjcm9~h_5q_093z59O2_-r5mvI#C)8>ZUKvN&!*#4cWa+26%I{fnrGD4M zsO+oFM#eGi>A+w=+_9_@OotW>=ujN1kH1Q{Jh)AF(*+_8BPM3v#H-7wG<3$70Dj`| zTB{eJEuu__)ANwcz;*W|!@R~4xN+D)xL;a3=aTK_eI3E4->P#?Zc;KP5H?84>9~?z zi;2q4Eq<9ZOrxKwp;1Xicr1Mwv)v?CJwjB%xnzrte;$#ITBcQ)WE9MR$100@P?2

sRGDm%bENBI%!(lF_QxIQLr+9WNG}HE*S1Bc=eafxJC@vFe??(&8TXd_lBFoO_q?I;wW*&sS`Ct^N6_b8n&^+@{j+H& zO6@66h^u|lpc6Xrzo&2%<)TVJAek@AEym|vG+_FgSy@;HrR zEdVOBSe*tDF&-ctcDz+sa_s4ASX$67$+wkmxluEoMuvIKHSLCs!)nsWP?$YT~ zYN;cE5XHO*Ba+ImTLF0iuL}^fmnS$A4>kweHRe+i-ije2TXy`-)-Yz0w6YjA!p{r62hNVM z=7^unR4Q|}_O{HBtff9pfyb!zSJT?OtwO~vc2fJQ?SVf6&v6rDp9(9Q z8|tw}zJd#O3G!Kbs&v*r*JbMf zORU{5B0ySitFo_MkCvk^JXx7A%;!tXHrwQBO%CQ7NCwte4Ah(6A+|dcdaM@2tx`FU z^{LUD2Js452(*;l;CyGIAwO57)}eZEYl*JdEdFJ`{$FlCnY(6-3?=N z(GfdmSBYmWQq9CL#u}H9&jtZ<>@GP}&Xostp0Yy3+$|mTLU9_t2g}uxY)_~JrJXyE zwa%#ArqleQ@G_dc zl3LShJ!9q@wG!ev7hF?|oYOd+PmPd#zg5T?vMWw-%B`sOxmDK&Zm_vO#WutR{cUq< z(*Y|!-$a;W05RCz9o^e9w(;zY%NrUnrleHu(in}r2+_YYr0XqTA!ui>Av4O*y zue|hH~x64*Ol#Z z_Qt#@Y)s6Os%=WKtL8`)arDx2=8Zp$fm47X_ViJSu_&fQ!kZE`n$4Sa(a@+B$Db-Q z6E(jhj2a_vuz{tcuuH#z^R@bM)vjulV#LAvPjw2B>5X5c9# zrrC_mDCM3CNg81a^RhZW zqcZJwqj=Oxx|6-;!lZgE6HK6tt~4>4Y#PzYrf;-tBFrG=1i*IdwRg=%DZ=H&XQtHB zEMi2*Bokr7SER&p`t8+JZKc+o0perp_8QG-ioc&sI3moDTerjf>^WZ(v5=)bsFCZ& z#(XFci_Fpi77epaW$$B|>Q)Q~Pm+WR>EmUIyD@;}46=Nta@J&a>$wtL=y(l6E=Q(r zlN$Q8cqC$eftfEQq#W{f0-}_W46hbG``uc$a4LRCA?*+HB~ug8)=YSa11~Haf5{Rk zCSzG^DT%fZ*y3h)1oQq#lE(dV64~_*(s=9r5#-*0UT8I4YI|ucH+nk8p4_N*0VJ&hK5y7qRZ^2jvIoFn&%(7`IkOEpn1cbUg@U@a z-60HBf=rV3?UI?6=zHQb8|EZ}CVG@y+h?%X3szpu_0c zvIz98a$ibfh@?H=L!;59saWv@xU$^x=Rv+krtnX^r6UST)mk|U(}J}QAf{Od_x>$` zJb8(omjvyGn&fgP?0*xrXkFTh&X7-f$ekqhM_%d6(^V&tarSth)aSlpOMol zey89tDr0cjQLl{RmD2Zy@Vw5Us{$wDF*)^Ss7A@08`ThaRdO(Nq<$FV+g3q2mN4p& ze7J1imGL0=*V47i0oSqPTj^knX86OtAH||5fHZW^Q zfdaiHRR%`a0LF*UVbo(E06{1M!Enw<8AA@Q;b<|(fdcJ-Z?S#K?E^XM!0%=!3ji8A zqvPjJBo<62pP%ReSAW&s-H_h4Xt>Z_OwdHJRo(@)CV?cuLwUJ1yi0ew5Jo)V2uR-2 z%MOE3AB$}rrwlhNayPJ!UZ*=L9R${QdZ11^FZBaCp<87wa=jJpk3I$pB3Or@m@B%{ zWXUs-o8mB|XoEt;vT)EB=MwNtuRH;F0&h2G)qFwm_5fC#hlx$xAnt_$ChgjuJZeLrHYrfqx+u!;Kg z$KWY~P$hcJ9XmBhkYvDQnt`MSV10$-8W|NFelBAkA_$NsP=D*1bzIGS$;{WHF=v6G+V$5104X9MS~7B?wl7wZvA`{^4Px}bz$KRWPzu`I zX;*Tp0q}eyXERNX%I3)tqv-SKOeMb>yJRdgco5%L3;`L>4Y1yoL0onR`JkSOvnED? zn;$1gKE^Duc2OW|xh#Uv@#xsz$IxWzzc5_Omf84hu(c_6$tFf>x$PrxOlMqtW*U%Tt zpim4`6@nWYF#(9q8Itgf?OGyZeSA|}S=V;+ce*p?{M93{jQk~>h~T~NcoF<$wfR~LQ4&Bzz6tU#T4v#}2?G?XJz6NPg6mOoJ&J6NAgbA&&K8-K=Jtl8JTEc{N_e|0fIpxG2GiMb^!50BMp>PAQDI=P ze*onLp7$whce)k! z39%6>wU7YGYtWjOt*)@e@(2;CtKuos-bf2GuT7jrFtViqYL5b@yf?j?O!HMSE--Ro zFKhL$Zxyb)V==Ue8oeX-jJZ}50Ag1Qz5PRQHGCtr%{&CYsXk-1#-K%c-wMxH)SujM zAP~_E-!3+{z7K{1>#8Rb@2L4?C>1^Ju)xmKm|53LDI?DSGmd#%*uL;lx|1Ld zeWtq$26V_w9YCqgbC5Q2#w}8QA_|X`dK>bpA`&k#j@FIBlldeKCam-0pg+Gkvo3L( z)ng{g)Iz%F8a)XoVxS3$#sqEqA|?G3``d<7i$Pvd>Y36m7K75#T#$p|g3_A}OCK5- zj$9)v;%DF0^YkjIBS$bdgOjyzsI!W#;o0D2rZSJEv3iDn7# z@Q*c@7bdb~>kDzg(@PVEGt~3LyP!Vggv6TZ%i0x&@x-ydb=7E5+XfY~bcjEul5W6& zyf5IcaXCIcZNvdzCSuX!ep*p;YpTYV&gdu~@Byv|Q)M z!39OEh}Eg?@N{`ZS}yU}4P<52@fKlg45|I^K6pUIyij;xVv^Baj*+BH$o5>+&vN%@Xy) zcD%-<(|enh{-%)YMc)V_lsL~Et&H+jNUT1d;53;5RoP0c*?VUIz0yE&y}A0@+(>e3krJnl+YWDYU#-exa3@8}dfE;OyANJ6 z&e49lJa^pR+a1y0&&6oo3HS15U^z13IPpKBx1Me!@!YL z1%47X&KC~~{@p_;{zV7N zR*PcKV6%Bcz$7c8i`+fbz;&wAl+w)A-I0#6KsFOHkfMw#f-VDRu3+SUyJTYSeW5{} zuj@|bZr5%xlZm3w!R{(r=ZoZ$+Z2HZ`DcI^tr|h@MW~bY*8Bm!h=MrynTy!dxxwOR zF?4D@{OFa=1No!T8F8KV2*!7+gH3QVe3|H!lNI*l>BBlaq)~uKdgS#CqG?;4=6-*1D8d?^n;zNal+` zbJCy>FBEZ($0qOpP?@@oqHt3t{RFbCw;r$P!amthQRx=mAyOS<>!vGNfv;P{-s^zl zbdMQ|h}vk#(Et%5wQbH;X{|R7@h69wliV42?Oqg+SxnZj3{}?Lj#&ddh_TiHwAsQa zL$Cr(PT-dbTX=jJA*^cyjy5_eLrWlN7co~-=v6$=@p$4oEb=W*@U4k@ris)q__$6MO^C!mnaajV?ZTXP}vBd8uaI)4kJWfIo_ zjLbiG(zI?3i)g@|ai3EV+UrGnYe2c;rX8ekfwgUN5G4}k?Kvp$nDNwLlHenE(v?4f zT>Nt;G5-%USFHyVL;<({V(x70|1PT5CI8jal z8CmzD*HkX-f;V53M2n2q;*!DwGDj+o)_o1vckPh9qW35{0j~zcG}PRBkh-rZwiR;|lm<7J*qS zt-_QNgQ@7|=}5oFH}#YE7&+gsUBiSeKXmej+qB^<0zXF(Vr5uuZzXN8&$=84 zv!T6cuu_1<5LXFNsSb;BD-t1hohar}i+lEY;5XGK`R$Pt5qdTATCnKUmNb5R(rluE zeEP8KdtZ?U*@AbW9e;*-eLvbh(`G$nZV|&K0ZjU_tcY1I(|?AP2T{TF4?3mgtq*?5 zs_s-q~^NBW&5U=ZU7bop^lynhnV zg3Ab`T<7_(Z^9v^iTMY(bsKsGP_ZK`LoYKfOg^Gc<0u7c+8dP;({kq^(}Z`H+G0Lc zewc!M3@}h*Y!3JUYhZ2|tOhBJgSAm{QH9~|ov)jT4raK~FEgvA77a=@+y((dy)vF< zo7&mN*h5jEkiyCLGZzz~@yqt*xW=hk)}Zlvi|;075{$zjQ3c|9he`(iVbq=1uL|l(~K3;=_aUWSVNh^1{tAr2*o< z&LaJ$inuVCLjNmN+}9$8fYG_&aPXztTnB;w(`uqP3uB42-ka7vl|uZDH;DcH{_R*d z(iD*01jvAsn*yrhUUNQVx`4l_;{?;Ha>miI3TNQDsZ#a`)h9j*MAFA@!oDGH+96Ve zAIKEaSyzpYKC1^u3I`xiZe5WE30@P5{u79l<0=*G21Y|CV$T4*SYg@N(ro&39A16t zbCOboUnc;)8TC)5e~+9Q?@$_D{#8#(E9nim65<@SCl%|)kI@7}X$USDlUXxDIYlG5 zuwf|E@N>R`a2EO$cA<9kcvQe~ZVz8La>Ocv#=#6{f>Jvj z7J+Ll&}K^?@jpdQjX5=OMMg0KaC0y~yGrv;opzMfqcuU8MuGK;?OHb?a{Qw+@nZtO zsa8M$UniCV6Bd8NK*<833~UkyV1>H`x61ouwJ^6qa#G`YpPAbIFxu30cJrA{f+8wd}L)kXVy-cU?b}>2#Mz^*=(~ys!ixNFH5aIi^I^JWm%t#_L{bZT0ug5C_Yz&2&^62A9C!tT&gwGEy{kFY1=063YE05#!kXCIneqyJL2A4>gp zt(M%e{Xuv|zX=rZlG~wZConBlph~|KtY8hf(Nzx4_*j`~pouajC!eDh*oA$7Ycyy1 z>QbYMQt9Bwf^F4jE#~hQe<509$Z!?g3i;?QL-D79+;-J}rLvoX5W5UL$9ZriTXhg~ zr-Q?bsBt2!Xkp2Afqx8%c6eF1A^dlz^sZo|%wxEtuf)M4_96D3zac>+Zt;%yI@woc zzcB)ogcyB8xG_gYGi8y;RY*wypy+@ItSh<@BlWqwXZli1Ba)(aD+Z$wKfuKg6yw_% z4qeDsAPEB(H_Q1Nr}?~*T~-~^mH59hTic_sW`2#3y@2mc(xFdBfEaqYRefLp;0^-x z0wJGf-+%35{`8o=8V2K7j$*TGoGx+#7GUMU*|YYRGv*&xr87!3f&bnmHAie?eo2f{ z69C>(=#;*a?;VhR_2>vgV>1!P;PU~kRLUbDg1Iez0ky2@>|IEI8~!rG1_nR(Pc1;I zO9yk^bx$cJqVOuWV#8&DB!KJizeJIO5%>44t)4);NcZy4F>R{zI8zg-zcbP*Sl@Lj z+pSU-UV`Eh$alqc`Qk9gpmFk)m*)znY>%5l?VzJ$lMCwnm40!!DYQ4(Tc?*#DDYw- zfi2dC*+8!`quDC-nbB(r^V<5)ys{lz^MB^2YB#*s*bh2_pfRb?5DQ$0HQ&0pWHbB8h%>!zBJg2z0W= znP(E)Xied=|5i5at^Cg8{5c0UV;xp&rW&dgz&BJWvru(Xm0%ZKx6xB8!+E7by(m; zE0E$2ar8Ai+Xkqx2c0eBv)nt;3+%Znui@dgO|o23q1VaHuTQ zBKr*t2oZr`GUm2UTO%!B4fUa_4x_mmgL_f+Rnv5#b>=`xkvJB~QG@<(AS`BQ=v~s_ zpN<>mPJ#`ZtO_j^TT{+(=ux}{4zmxD401wTALQde|aWNmp~edl4Hd- z(dbZtC?T+T5FH*984_Y07C zqDSD+s)Pe&H>Db5)wx ze6gjToBsOIYN8t%;ly~07d>OaF33|dw=~t)z{dlHFt)RSO++J>_yco|210Uw$RpLa zo~=kukVphF#v~Se30;{Ww}59B$!Z@76s;m9uP+uJMsC)0fa91SXU=}$30D34(Ro4* z$yGs_Z!L>)_}!ume1yFh@e1OSF2-(QbNt-Mw=>!DUkhF>T_S}|^SFxu8Ak)JiGqlN zBOg=|?J+U|k^J8B{_X zY)*qD982H23frr$?!k(qF{Kx5xxmV#qIk*4TRH&Gkn@h92D1-@CC^K{cnH8@Z6B+u zD7i>EY>+*;N}BT7RwmGYktIsgV8^I~*3S&wIN?VTfC;Q5pMz3pX5LBk+zWFo-a&DkQ)M1bPicVdpgDsY?lxnxx%?^P2fet2dEw z9y%cmXT%}$Fa!c?A}gJWDjCW){JjWNQT~b1LeD3dP-)QyFbsCrWX(Yoev+x!a1#DtZW8qy>^LQ%#GlStwh*R6Su@RdU(mk1&3ygn%E+-sJNQMbA z2<4;+5NRr{N)`?Gc&H`-@gIOiK1CIu=PgSOQt%#2u~|}_EX)x~)rQ{`URyl@yK2QF zY~Zm#KHC+AQQuu^Qt0zUC^00L1PrdH=QODqG-fn9x$)zOn1?n9YboxxVw;(ag4`}u zD}lTb)Y)FI;3)(0Y=8CG(Tlyf3I-;ZR~UxTxa;&Qm%UU?z#EjsMcxKMaV&1DFNOuY z*CoA(siGrU(AWFy2h*K5!FEsy*@Vm%20)e#DC7N{C9cnrWh2WhwsIw82qZyMcstSGNvD__M< zKN?pzqY)@3FYo#q7GPpRz&Qp6+hJ}N!DvaoWD7b}Fms2qQ!6J{65Kf1@o9CkBD!QZ zp3bw=iSV)|ECnAkWMXEp1p9_=|81@eU4&_>* zcGwP9)gd{`loBb}1jCM012BX4w?QV&MX7ED>-+CkTOtJbr+pXXLquZ4`-3A5ixprE zBw8Ara0jlI3glCJ&uzf~#ga8EdSOZ3dCS`XHb@@kN-E?G1`9*gXCin^;4aaTnj=W< zE)m}<0wMDaJalR$O@zv%nG&}<-Ay+zl<=bkdrJ>9LITBL=j8{jR1v*K50&hr_HYsO zL)#5AEJA%vv6qP*Y^OIHk>Ug2@{d_uLK6NmKds0-)Gf~&5{k6Ts&2VgtC&a~3*;f} zt<3ny^~nNY*5}{^CqD-bQZFD7ZHv9lpUj4vCTWOdfw@4e+UEQ4ICr9%f|7*_>X z^qofS47UW~PdRXqQhFO)214GM9>i`MToc`X7<3W_jXKDowAn*m7VZqrWz3e5e)kJ6 z9Sn39s3rxU2sguz5oNQhR;8ipT>@JO!n?rS&~#nJ$0rbK)9Dd}6tBkVST~46ljz0B zS}FaZ6ykQJb7rZxm%;86wZ{ko(ampc5a=QQ8>Y*=ZQi!uZ4MdpG(yqjK&E!k6bt*> zkzI$PqCZ#w`uW^2yiaysoGlgh4(pB{cL$m(zd1wvlK)y4wuuN0IMf(kKi?stO0vN; zPeidiJe^NOG&YU_$AJHnP@JD9P6 znUy*q#?ma51SnMIA0%0KRyZY1X$qU13ZIh1?_S;KsG;2;Im+FyjV<%NeOd@lEXDJ6 zdlXOFS2?eyVg3kC*Rttm7fWB^;p$0H4r5g?=*64W%2h>id3Yp(1gE1uuRZ@$pbf8$ zz)cNPgXkQY1_KjwTV)rNyYpTd@3P$uuPW$Q>(>_+dYa%mO%kCMMGAPsfvKya0j&?4 zCfF!g$q&WOz92drI&@kH4Q>O$h(lExf!CF`E`&hj^jT8&B(5Kk@lM+@4Jo6`k5 z8&_)W?)SQKp(JsO%Aq8@bL(ql1j)(yHduAqg8N4d!eEaVPg^KJ9;z~%Ai{3?4o+U> z*%0-JbncI`U^?D*AOC9TW*65puY;-pz^vr$FXn4`Z@4PimX9+H(&@9jS{0a>*u8_P zd+MIx3y$R~Fbx3EZnVK4;BF{BE1cKe^H&s(ZHB;=8(HJ`KoUrBd!4-bjG%p_Bc+X- za26On+V7|x07`Sh!h?LQX91~i`>>+V7`2ituL4e?5oj-ME@V*=M(r2}o~LTw1mE>#Sx1HE2MzOfT8ujgCls@2uy z2X_&mU07U+Mnlljc@SGmR!*79iA5rl3o5dg3Y%R9i6-JOpQW$Heh;z0s6YfAikZ#Qln z{jvo~WvJ!F2MVu8$k>ed-G;{qCEWmA1V<-nZj=-rL>u27Ce-N&pAYUZM_3s?rIlhx zA|6F_^EXOaQz94-0>V==x5Tm6KYj@dPwiwo;meUtLLc`8l}#ED>4vcT38wKiPQf43 zN0j3QCH?(QO5JdewG1RjU(F9)?Jer8+a*kQGp}MvhP_m5C|fCP9MDT9?HbN052D)I ziKrG{_OCMCp}!vo9m(uSU<(tDt1K%P`Ll^IDvzvy_pZsRQV7&29iyUz_N;jc@*)yD zpc)?<+qt7XU;w4mV@0XUlk5i%9LgNqad)0S+We3g8wcwGBJAw>LeG<8yh?0 zfBLTv&ZUSc5KJe)%pHZFgs(1Hh#-meC_FZB=lZLFN`PFyhWf?C{ke~_>7Ep7H04Pq!%R^rXr=9 zc(Xq}{SMUvtYI&+q_%c86C{Pr4Z}H#I71x(^|17zZI9~zKGzH4{p>YRo1B2J#{{m{ zP80AqDkn%pF4_26A>>G)1^IVOu77c=biLcDX_F;}SY zAL>T?H?7l*u6aHRyJ{U!E6|fKkv}mLXuw)zj$1W)=Nx_=J>LY~uf^1+5z;mp-fyKi zmOU>cd6bZzik&w5{-qm!SR2>`0t-r06bbqvZtdF!->AysEoL25%bC9OIK<64ak8$c zuogIRHe4B7lb4@u;2S98;|TH*1CS%K^fN!JJ7i^{&5rOuK6Fqn=`=;O!K0px3FIVp zo+^2nsX3iiIu#1B6>z}PL+FtcV-r651ZQ;v#S!PmC z%Pm*+WOJkYUgPxf0I_bUZzFi8N^wlyiq|cP4n=jQ=+icW#T*B*mRI^ie(%(MlGQ>5UM$8q8U^-6eEom z@C+~+CO(NWAn8H?jz>_ijw%S=&hvz4h<(7Arx@#xyws=YbvgVUAjw7U$UBKX=UY1p zF~TS7uAHHS^_31m9EC`y^}fG*%?kt1BvDsxdTc_k|fYgJFyzK8e#z`{LT=N0LM44Ex~yce4|S*I=PTi zH(+)AN{=-g?@DVa6+K7VRV(}Gn2~w#%3CB*}Pg)Sw z$_TF?Pg&hr<_Yja{0_%&P^)B@91ta_<@J}V#cw_d-|j4|?({r}&(Je9X8~27;6#X* z+c$gQ7$%b;G)#9QGcoeC^T|9B<^3}~0++xG)&u1Gk1GvK)}@~t`4jjoU?QxU_D4)` z!1Hk>2-B@$CMM;j&8~R>Gsi@$t4oM}acTWXGl{^rq>ou3BZdC1)048%~ z@xXy)Cwb%&DaT`4(*WDc*0>$?SC+r@0s1$xuO&81V<8OH^}v0A91mSq=+SuqfR=+l zZxlMB1#4`&Nn$#Pk^4O$gVbQz)(#@nVuDWT1~uo+4{ztnOWY_2|Fa#oZa3+M{+6cyUI z)Ap*pF%Hj(2CcQKd0WM`UCXgF-<=>#rX)dh>O~@n4PdL!8?I7RDGTrXpNO5iZdWDbJ8M;5r4zy6EKU*ycDos zD~>T5NJ4)0DA^f72p%nrdZSxP!__vC>Ji0mIzT2FIHUN1z)AQp@dGM$}Y5tOSle#W{&x#(Oi z-^&wL`~+mdU{_GotT~yr!z%HH-AdhVKHUe#S{W9N(Rl~>@9$9w?lAm-tID;U+3BCT;?Y3aNln@3; zAOy@OPZIDo2Cf9+@EXO~`~~9?((CuEmYQ&vIOZ$A!l#TV{LQd3(HE;T0Vr4Je7B0v zI$$(f>L;~2g${o&D7Iz4E`RWh@F^G6XVbCqo#DIG%pHd~6g6xA{ocS!Gu79z=WZhP zk@tBF>*38&dE|#XR-qcU`+!A&65quiWXKs~7|TbTro9Bx2nJIhZ6pJ#PtGKm;s6qbG&lHQZ$F1=cP)3f;1F z+MMAdoDoUCi)P417BdwSKMDV zic|{y+*2c+il`wUW_KA7wB_NCBOd)4AfO7lPZMHeARrKGal_n)KN6M{jPoV$;` zTH_6^xpmDgx{xt6N)6~(r#EiZ-}nbo3k9LP__v)^7CoRL+lKi~QY-EN{jwD#&Bz{O z5SIOaxxH}!R1dQ_$ zD(Da$P-j8MA&*-(hQ#_!$kk}Cyy+Bukp*=~&N5$>Y6^mh=YtjW_e)@90kvRG$y=`r z2T*0~wsuScPZ}azm0O ztN41eOSUhgI}5AVtq%vLMI%BU1IVu8_gEuGKWX8<(++%eP#$9hA;q+s~S6Cf&&J(I7Xg@8M?K`fpQ5o*;zjZT(g;N%3X23Z?_d4>!W=7W`P-# z>J=4X{tt|ENI0$B5n7t?u4_t@vG*buc2%^!RZ0}L)OivlpnKMam6qwyf&=21#m+)P zzjMjk1jTq+1Y2(UWOKA75E*bVg?031>Q^D9*;^a(5r8lqO#mX?`M6_G5Lq=+2U0d% z=Bl#9*iWP&<$cv^OhlmS-q8n2C#rjEs>aMxfFDf=e-q6jA^1JFG-4wby`ZJq7+JVD z;xwYr-Z!~Xw!;N}#?xlAuY;2bo*hfnUg%i}GzCbzIv|S9;)~tlc-P5^?u_aS2;*Yi#++T9mK8>;cSNGIfn6H%^zUzI#pITAnZx;(36A%hg zZ5nZyQzD%K#@Vr8&dSL_3a*k^-bDqpg2$3RLDe{|9yN9TTW$oRxU;wFndXl8kpur_ z2sL&lOYZKKDS>mKNg$m(xm8I8mZNJgBygB5qz59hqb}8P9)PMCkvLTn0oQ7gkbwwi zGCTQzf49<<6mB96QBlkdyGv2bAKb62C5iwd%fINGQ-{jO8ssle5 zDz|@v2&DtTX??0l+{m%)DkRS`P5c{XGJ^`@Gab-S`z;xw9-5dm1gG~LS@K#L=UxZ+ zI-UJj+&m|aOVnX>BsMj84>^MD6+o8Jdus0me$pMmhLpo81g67@~@n%p%Ir@CZM-ArDsQE@msCnDrg1**G@9W(KIS3O{A ziN@L08i4$z%0H~S@Mkp>n|ubQ z2h6FK@s`0B1uGh6EsZYx)|U-78)JvccrIgm(+2V9>xpK*wVxhKE^rss*o3}Hb6h9@ zRLxEcTY;|GQFRrUc!-2&SEQH2h%l+zNvhI|d+cb(F=}tx$r=o)Mdf29A~v&y-bjIe z8aEPD$|A{Cg$plhJ^;RFp1p3EB$TQ$Bc!R&`1MGpN}IYMJp~NN%BK4$Z=@JnGM2#C zf1!V3NHwvdm}?2=;nPVeB+^6ot0KYM@B1qr7Bi*RA)$7-y?Q+;W8esogiNqffeDHR zV0KT1!{%N2E3gf%qu^ZO;3Jqeel|Y(KO|9Y-24SJV*NN^bx|!sB{zGl2J^@VGG!7T zIL7)CZ#Z^T16!FDjCX9aFH%wF<;W|CTSltAX*Uv1o(KB2t-3DENv)(W9^FveOC;<4 zmU2uLwW>w$;bqJJba57}WNebfCmY=lqj22RqY;jb*ZOWidvmr)>i7Tn4tkCCpC^MS-&8$CO!tG!Ug5^K)_gz>zbn-Dq zC4&0+qke=|Gc2oo&LK$mCanIRD3f%qu|_0|is8})N{x5q;fsd?vF0ZAX3On1fk-`1 z*(qiGj>JEz34E2P9M%c`o=B@Y*&^}}^vTV1qC_vLXIPl` zNl!pyjTppSFcHYBn7VRy0(j`tI*pm#l|VW_BxPu-sIY2W8^Fw}uGiPM_5NHF>$zdGXLLAxlSnEIj&9u2Xv8E?+$x99q`r{& zI}p#$3S3uXwFvqeg5l*9#)1#LFw45lPknxrySDHzYJ6>Cv>4Ds^rYz+^3W zP0f&9f6pj&P-~jS5E`fkg#ax=3e3J~xPpO~9Rp@jZSeE~s@HZuHWrJB+ay%$8#5o? z@0_8+t923WvmxS_&I|G}=LXVV8NhGK4$=vmuo#nsxerf+f=ko*Q((3>!fBxO;PBP#N>)Lm9p4fxf%G8@b9 zhKskMT{q_-Z}>&ou{MoSr6m-`f-!2U{_NmAx)!;ed2T-c6D+ScDplAwFgj}WCu7JI zXVtp^l+yk6&b~IIdk%+S=YEaT=_*(=kLbk(6g36}i70V}`mps`X7-;cubXKnb0Oke zfjK3lQTncvbzMf4Z6FYvWZndp!z%6`0S+O>TF_5#i55o_?;?{38g?8nOU*Yw>gC*d ztn!LSeKGYD0Dj`<)D2{{2q(2`Mah0PU(TL2ybK(HvnT;`6h;rd@`9rySk8xFsVk9t z>^I&v?;WmF7o0?FD>DA4n307g!8M`gPJA{yi}(b^Jl+@2B{dWiiw~u}>!wh=R|z92FbRC6;4ABV zdR$!;-=VaON;_ii*7|Ymf`z`dlbxTC}nmZYNKZNI9a?Nt<_;DPs1N zwBG{XeBtc=(7bhJPxUGb*7*B-UR@DBSI@kJjB|zJVJrC33f!ai!?r8kCxYiC~ltLW2&XBGSW=FR$b@^X)f_65rk06r z)9ZR29j5A*c1kP6a?>(A|HM)AAJB{p5Wz8=2h*}k8OS)=s6QG8W}`pHaRzK-0)@A* zROS5*z_V8&6JV)>agKtv1TPt=#NZb;*cEVDp(PBR_0|i}hYJy^J%l2?r~2K*{&>JE z^iUUKY5&0(*;5%HqFtxc1amMxFC$Y8Lt`@ld8BL59Md6!m|wAV$wyK>%Xkl%MPw3F z@A3nbZh=vGzVq(syB+Zao8!wws7xT`8YjfrzrMbXL%u*b%pCtz-UN4AkIWDH9+kg~ zb{jS5TOOxsiw^ho2=rRF7YOEpjuH?WldnrQFK;0%Jb8vQ?Ufo>vJ%DifS4-H4?0bg z>wMY#f{=;VJ{7lOQ!drC-%7L!Gnq1Qa5X!R=$s#8*IEn&Ba)s{J_Lk0LOWH79-1A{ zF3S-r3fSf)Ux^DJPnP2tq{2&~=+Fp8$n8xT-^?T)BMcEy-PT%x>2+T25&&4v*#z-? z;C);IsvjkP~adl03l4AAU9Zd>}FhvKvFRmLAGW67% zAc{3zx$Yku=YH^%*~Ra5{a#Fzc43URL)u?MtOF;04IRmL^b`>}xtm zI!`@Qe9JDMk0=o38-oc9TGN`!1OZKHX^9xkKzh6)(Gh%jSGsK89Iz3Dt;8QP+Vgky z#6Ic*GaD&0J@IsjEnfMuHtGkXpOA$Vve6O$TGSVz%Re>PFq&=V*-$&%cPvBZCV7*o ziv$*<6AgpHN1&^j9mbOrGX`A1Ca&!}Hf|@XfOV=rO9^p=)lkA-xu$8?J?& zRZJ}2IQM1>BzEN6?=WXQj^;6rH&w*xcSvLwt}usm(~Bpi^Q2yBDY0G6e&B|z9|4#f zi%2<5!lt0C0*5oYw;4yox5+O;J9{M1G#82Z2VwH%b)At)Dw*xzbt zTy15x(gr5U%Q>p8_3jFB63#ed%gIqLrcYTmfmZA;+}Z=!q6#ozvH{Xu?*r71%oJjF z=_IHj(-~?N6e4-&TGH^p{6IB2*56iQGC)0Bjq*NSq{%#y|G18#YXztAPF>kl20U!z z8kOkJBKNQ!^Eo>_$vTt<+p7+r4cQA+jTC=~7N3w$>N?GFnl~A=>86?d?0qeGEeHzwI^VfUrM7~V3_-=NLrn2>jV#F-6PDvF zarQ{ygM=G(6{L|Cp=>WPPYo&pdQvK@`*Q=8D)gMH<;}mFk`~(mV7xLP&_`6YIdun* zG1@CDZ*az?TMf*vxzhIVxGWL<9wFMLL3CC4B;w#awRsm%`xtL8ojAsC23MTrAtUsHq5*mz(5PU7T z)**KFjSC_wOd?`HrW#@3Lm805cI~&#DVPw zDst||R#KnHhZZ!8f7N1*$Jy4M!%8!nG_=$?m@@<1oX?yR0ftk-0*`%Z6CIu&#unZO!dN8vOm@Z6|@E}SQi*`79!p9?@ z=dEzHx(YyWDCNrG1^P076K#=+X_X+MSw<`txI5*BOE~NrUic8dqcmm-)|QIc)-yYH zU;62MOQqe1Fl3Ww!Chx6DVO>=6V{swq)!`a1ZDup<@)j&Tc+th6ENoq*k2bxYZm0X zI#+3_k@f6p``m#InQEF#ZP&Y@jEfr4(Zr){v7asxGzm9EsQ)j3EuaxVDZ*I|4idyw z`PZ;MT7?jg%DN!CD*ZI+LVKR8vC_oCj5_Y&xFdJQQz88v8*nb^J$MmaZ5XU5ow&@I zx5Q!X+o}mI+#-vpx|QvXzZ`KhYUdsEh3%FzBBdZ0W)b>1)-vWV>J!Sd<@Mh7N3t;o zJdb%gBflhqcRhzX9)7^zX|ZK*2R%$-Knr*HygMK!*S%F%NSWX|iLnjLSH>EyIj?f2 zwk%{O2&ayZHE42tZO8c~kA$1Xy{jpe-9?`!XnGGSdLBoGge<5RqtHbW6f)%- zO~`yKqa}<#n%a*z?mcN8MWY3o7G!;^AW$b{LmPmPF<-0??`MU^GS|dU|190Izxv7w zr|NqWkZsN0Z6i0AHTYpvu&5*mVKioTn$uzZms9GKF@4HxDBTSkH|?f0f=sxfUQ>TH zNAwnRlfM2nJ#kIO>J=xIE(|~$jUkopK6)3&#^osBVib%5=P&rOIVh#N7TpSB8jnb94iausm+Z_TsAlOpk9rQSREe{&rlcRE7 z)H=Qav3i^DKvQ=U2gxD&Q*`n$O1C@RJs^`D?4L^%`3qg_9(8vU_(}#~z`nKvbew=T zI2k{uLvtVN+Z5at7+eg)Tn!x6^Yw>2`U2d_CpOY4-I0&=rGcOXlwqo^N&qtEXului z9d=XC2Z2|}P7uF_R)d^MtRY-CFabEYD8hyon`kBz-IT)$iQ{{(b1?$LS;K&inEgG+ ztRaeeHx22~3JnqLFRqV!TA_UW%uGoFWvFMBjCs{%l!Of#wRUA7$H5kvW)P%a?N0_U z#^_MZF22f8v)MqJx~nHRV30?kFYS5~`#lV4UbGk(hmWhJ>=~bUuxV){Fck@x6FST% zkfVA`OWBD5m|Be#9Z<=;3350ISgDY*<}avD4JbZq?)I?yBWX|VHh8E?MGxH$nqo;B zNLRCkkb(zvcQ6GCXw}Q13>1`Xy9a5R`y#Z9(ih{P9(B~OE4=HxeczBjH4VR=i8>{q zJh&0j>Xd_aRncQTlP;*C1G*qs#Xsp>IlJv{VHj0$zl~HJ!%p3q5Ps-rj>7?QZl3bQ zYg@Xom@-U5t_?QIwH#j91C7&)50-2)3#19OgjQE($1h@R3xNs5EUGNSI!2mCS{Q8= z8)k=T2R|exCE+xC^r*t#yY65FhoN~rF?aegrb-`g5hPqWy8&i5qyW{pPT%P*f~iWv zFbHCYp4WuWnGQTH@?}VQQ2VykcP9)V>%d|>?@g)>k~#_}tLly_|KSS=hTV(iTwLiP z8?C1zQ7NvP)TMyQBDN$JH$ML*KVz2S)FFmhy*@RbH{+a24R*03qM2*HeLcJ-RBQRj zk8=StRNNzz#aGe2%1Ll0);B6Rf>ANJ6nZHgEqGj%W;%#%oTxS{D!F^9Yk50X*pWRC z?{{Lz@k_2N>oBU)o`>aMe8x0u9%$=t4@H(1x3-ug8n#=#D>9>MBG(*vi19`hx?R?W zE*I2igo|$#LeO%3D#_dK339n}yKX`j-WNUr=kVpp36n40+vV~e?$&7JnJjwjEowf? zKH4j%8KF>}d|4j@qJw!bc_UEbi+ahwI&Ti1iB9v-^26LTR~y=_3`oD!{3aN9B^ibt z&>F~a09jHFHJoY$nc8Dv^4JVCjcyj4?3VK>nKBcbuZQ0Gy{06X5t23vwQ$wBS3Wc% zow8?c_0_Pk`A`hNoNLp_O#!L%aTs@zcy5UqDQ1R}1AnY=6rA3}v#g0P$~w(!wAJqJ zyi+?g`C8*b*Xl(cJSFOaBYZ4OeQ{f?15&x0*6O+yAQ|EuriVohoQ~}rC$-Jg9278R zdAeleSdBq1Zb^q$~y911<%Qj4X!7 zt&GtKL&e}q7eYkeBi1Rds~sTvlrvW`gEU~gBQV~H#2PVp%$lSuX2mZJ!VKLdbanbPxH}Mxe zgVz@@K%{j1{{g%G8TwSq;k%)xJeFydiqX_C?Wq2-QH{xGQIjM%pc+!?jH*@3+(v;yd#<1SOJ_Z2yqNqB&{!{m3p&{fqo&+uK zuDy6uFrNj^I-u3nL>~Mb@-&I{@ZHEfETbC6^yw_92V&D~KR9MCGf*9mxD+fbF*mOl zP_5p6H%c!niVI; zAdrXN5(r5S{g({i-5vDK4*h+35m)3WXUt$GAp8+a)R2WjjXgMG_i(5%|0|=Y9uwGS zuWC1h@Ad3gCWX8j*UME5%=PNzxriT2_#i(yv`LiB-Eq4o#yC!PkgTg0yU4wG z7R;crWs&=DnI&C3!A97T8^SI^Q_LW-NWx>mioB*OavRs~Zhn{_G5<8~1}$)CbRC(H zFU|n7zi`Gm$&j+jNAn%d$GWMeE01eKF6I9nFPA3mP*!bHW8Q}VO{mwgyM zM`j11hll`vXM+Kdy`VG;1_{F-#f14qmzPV%7^Iv-;5;c2OJgSkxrgRnk|kbExSS&H zd&4ukmeJ@3N)xBYBr?x2a*fJeJA0*zoIZ_<@~dz$5BY zT^cpTIVw0%c7EC*o-}rcv22xWFtEpMJnpS?yzfhzt4(PeJ|N&-q8fqYg_C@;d}I#C8eAO*&jzVD zar{sTxkU(eD&a4o2q_6y$i=E*bn53$S?3eel+kxM6$o^$H$<##P5TF}6k0MFx1i2%iS8;ul8vB06Kc)F5^(lL!}NHsa}$)^zGU^QWg;2QdIGq>7T299Bc)Z zxk|^~@)D3U0WYr;BEteXY|S#>tD^6~#UWXIq7AFgyr1WY=sQG@79Oo)Dqs zajiaVt6}#n-JWD;Di9ZLDz1}7~H>A&)pz}UaaMJ5$^3y|HZ+LSIG zGh#iUh}2U5%e)phX^tYU5{`rClj;fJWtQ6_J%Ob}Sp(`g=^;xa*S&_x5Hygqe+WRL zS1t7&vATIqLpigwg%vyHQ%x~7yc{tom<-RYsd&Y)-O}VP32$->R9n-a76v&G?|b$Y zPjK7;@@pxPJh35a&GY%rQ%Us;UQO2`T0Cn^i_jCB$14%<3fCDF+K};-IGffj& zV-u}))l{_2-xtGOiB#7uG$$XhAmUC=w&gS4CKGrS$ZkmhVL+b0$&!bBa;%^Ldg9gf z?1XhpEPn^WAV3m#)0)_QvM^oV&uy)Vf=amLImyTY3{sLh>G&-TISTxwG4(lTj4Tym zpfm-Brz^PfRw_suT}vj@Ts<_DA7Zo;?6gQ0?haBuTRFdTFz;s9duKIL=S72y9V6-v zi9R9p#WifaOtnOYB`Eyr+*<=P+)W%Iwg_d?no=na`Y#E$R`-tYge|Wn)+FTLZIlO! z#>iXN2&v4n?u-J|f2?dCEP`>KEp&})Uq?GTjQ`Y`#ZWe_)GyITOdhsyIdaxE7-DBN%!_{kbyX*W2nrJFkb0(pIl4yd{j?%9rg+VhP$ z^tcze>;!XbMj<>@@J5!ZPB&n(RTL57b^y%7|J~`Wu!AH0$en_^VqQklHvltM19QXg?_VSuGrC z(+d(8iS6~^FG1(m7&|RE2DWq)nYGJWaLGb#bSNz)J^qwRf;nSZ_By)bY@==AP3Z#_ zB)L65twVc+mj!Su7nvt`;DW53(upS7rYyyKI$7Z7dldj=GbBg_XJ2^i8n85=)*=hB zjazFx%MzXLJ12sBDWWpT(Wr%N1HrYGVKeJVAX1PO`&GVcIx57^P?>!V=i|9KH8$Qi zV-a$A2~8m`@l-|A2dSsd}U_QB4mrP&QAIQL-Ac+C(MeKR(3SU%Fj z}B}f3BuX1D`^AJr59z_>c1VXiZE_Su-eI<{Ka$d--aJq3kM zsR{)tnC`UoLz5{{X)i_s2}HB7?31jj0rG_5RXi!+(I z&evrD?>{j&jb}-%=W8zXA#J0^b_#Q*KLzPGwVvA@+a5s4oUADZSGRh{h&yGqxD3$q zR4CMXR8c3jGvDoKHJ$K6R|~Tr6>|Gg_Cwffaa1SqmWe|rshE2LxjTsvV%Y`?sIFYK zF8;|An^wge^!r2w?N>dDa9=Wngtjy~NuH^Zpw*F?n?1Gho%U>EOVk2D54BE66XoI- zWDZL|1D)~L2J3Y%|0F)gCwP2#C(IeqHW@||7P)Hs8*up_7mc-{Q^#e=Zryz+s7Olq zrfzWrLX!Y1TQ|7mI|)6Z8Zn0ny%d-I)f9?=C(9q|f@f=*MGSu~aG_%9nhPM=k3j`F zbkZZ}#(GI^x(fLWMwMY(;W(4zBopuTZ*!4odt^%*3r-~=rDyaO@U|XHB5LNjA@)bN zehFgxGH<){x@wtIotTt0_U6-#37U)KKv{S$CDbK7VJ z1f2`-T-7fic(#2tcI=18kOz&k(=&BP17x{94s6FQz0?KSrhR}neS9xlNs-(Rl-MG) zaS!HF79*bEyEqij^~@iaXMv8^39r?>X;G#`wroEc7dTYYGFPb>HJ>Jdyq1i;J7(jC ztSkdi?Gy)H??0=*7flwq1o6zSD|1RXzQzPIBFAEw6^cC#ObW3^L{$0OFbfOAhpsSa zRnOEjE`6j4_^}aESep$HGbUIw&W60WRJ#raGBIFTzav%ew=PiqA1z577`%4PHy^IB zTa_75g!aTQwa6e0%0-KjgqIWFCAG5K>x)Qk8xxtr{`;t5P~%E=A50hV3xqqtc|MN? zxUGTQ@4<54I4JTRw{#A4GBX>!l){{1d1(ZiFaYNVE2FrIan(cu``BW ziGeiWgklvm#ljzOpc4MBY%R4&wnGm9vZuU(en~}jiw+w!Xhh~7O8cokxV1I5Z7vO?)aN;QNof|tUOaW5D5lJbQJ_%~(0v+`Q zs#2~j%T1E1M0XuTQAjCK!qYP;Bf`m%r4A->l)BfJC{wPN7jiqR3Soiewyni2;wNbf z`As57Aif)%X%x!w&~g)wi5k$m`$N)^ftmZ51y$?5aQaS#8BLNc4eAxSoBvK|$;~KI zln4w)AiEbr8X=BI@7JO#PM&;DIOHli&%&UGZcc?Bri2nbJ=#uoY27?IQhgFrS}Ftj z=Pjpm9@_LqxakgeBz{k^%7_oE8Dp=m;Yb3_`Xd=jsTd+3CBeFtk zoh6^TYG|=M$5IeIYOTKy4cRmKoGobg$fv^~OBrdo9@AB}^%nYoC$YGC)2W4=mTpr! z#Naz6X$U~u#C-t(1c#up`eY)5{2Pk4*1Rqn=auYL3ni~64_jGWE5}C!N5X2AvQ^y{ zHS!#YMZzA#A_M#m#5hmL@JUSUp$3*E3*n5w<0JbGP|Kq^7f}s(&8<64Xi5Z!*0fX^ z+MWB@0}11*rhTdx!7YC%GiGcZhfmEpDxz)!7fEN)m&$gO5{xR>GX@~%5r(~yzXJQ= zmLFK<*h>ROFO2J${nvnetv>?-1h^CR)0h&jX-)@l&6SahxxK@&NLp2vEkSm6-VyOnldZuq&*Yu-(DC`2yT;rDm09QiQyaXBQkok9fwo9K8lZK z0q^4wv1LXfJnh{OX*xLaWGr9PCl_l6q$9d#_Y zAuWe5!|4`g^D(a40^T{a4GN!EUMJtPc)rX$G+_691<ExfP_?p~ zM=RvrduuAz@C}NtAnAJsE9JJ}Qp{f~wq;Mx3CE`TWiu>A6C?&DvstS(<0Cs%f(?Yi z4&AZoIt%L-R!iYLIEzM#13z`= znJDrOqwZWcv0$mi&=@)B#z+JD=4sz)iSai^wFz5n{8c?2gvIx07lYJl&|K(|Ebyxy zO1G<}#CsZEMn?p&0$!mdNma(U;~sfrdw!dJFdvCn2dS8W6CX_$2J&hiN-k5B6EU-S zRUZntUcUc@X7H10`UNs?`MDRlWaPKs59jxx$FS37(tl+Y!g$sHIKm@)gt;8AaB$SX ztOQ(Xo+znro)LNfMV^l?4NXLVBE*g5x`rMu`x7B%w?yGMYBM6q^40mDUX%|*pgc8J>UHOBuF)&)yIIzuLl(Tet z9R`VI;WZ@O@nCap$;380~ zdWr`Wu?% z%rTDb|1Ns{)TtdmKGR#SEY(WzoWM*s&&|Cf6=a_I29g{@f&nDB8a6jNzZB!smoYZ2 zoOoCzIXhA}OO(-t=CsNkw-5o0l7(~nZdx%excWU48$6ZP^C0nr(`2QGlE}g$E~kC9m12RqP0D7mylw`#IL$-4l2Q zAy}Hwu}ug1Gw>BNl@>hX;jina4mGCzp@BzZA}%UR8WqB>v9O*g#-GFh!R|H9+Wiyx zu80u;=sm5HA=z!|-wVI+4ZR)^)(?L+G%cXJwswIHe0d!k`kUjbY1F_}l5rH0n!?p= z@)I9SCJj+#jqMy$_j%?&4z9QqvErC~NtEyq!83zm^+C%xhS&qcE31KPX&Tg)WEi0@ z?>Hj(;{W6<1E+Nayl-J@{K)b)={3I$%Z$q-N~sCSP-g?&?NDx%DLs)50s_W%>U`j# zC$BC;^X#sAYtQf;DJ@o!7(H4uBSsXV96K8f4MFgmXeDgskh-hP8;NPd0V|B>LXwz2 zucnJI9_0*2`xKd0lnx*Xd1Z+`J2FVstT7d2FjT>W!M@be9Kn%bR1nhYZqRr&u(YZv zNyu4rIYtqf@U5*qwxyD);RVVl=e6_kLSB+wFiI}O7Sd`}JEVOiY4fp@b|r+(B5F>TAUGRMMNDmEsEf>^XS0+XDOlbs4*h}SS(l@0q~`0VC{r4e&( zoG&h!qh$xIE<`iS4P0W0g+IJ7eO%L>H)8P5FM93G> zCL}{zge3X9`-cFY*4dY&^{R!@%9aITRjP|#iRa0o%rGS^a_bPQgllpm6kzzUjqPez zWhUGyX5wW@5_7&0n9U&zzG&7?eZvj*FeYTI-n}W5iv%o|DnTP#87c z-(I~Ur?>NAEGiTg$LG}|FOpx%IK8^@bk~`NPL6m1DYM;1s-sTV|GXsU9lxO^E@zJ1 z{X6UrW}j#-?!8=iEIVM0zcXJEVn@Y2=GI8z8q!&s_umwk*}q-Zq#oa<94M=s7I?UJ z{LpKqI_Wj11gFfI(mCQFTZ~FqAKWq{k1aM$9yNenAZN8$w*%Nhnp!&!F!qlA2%P)zSo{1^%PWPZwN4c z7$Fd^`fn8J^DAe3S|=PX;hxz8-^|N&I0oA{0Sg)EUKwIF8IyCQ>`9?>X`TpT;InTT zH$L@~!9U02ZZNPCp6Z3mI_Szd;uzM&EADj@pKW}+8y&_~P{R|yjHlabx z2GDo@s8k0qB`&#NwcktDLkEj$HCpc(G;es>DGi!cD{Q-~(Bi@>T0+1pyn1$JYs5ba zcSw$%t6>93}w)YN)<>NO81|hSom%#~`I~bsp7qKCH zxm-0vB?pER8as5~3|ty2Hi`soJ^56hpv5N`%uz?N5aHSBQyYNXvAtD19(0{iE+Ct_ z)xhWP=BIi%p(MxbH~c+n8O=WwowP>Pt-}%G?kLV82%Z_ct@YJ`D*nYE z&(>*@(YR4epRNv95FbuLPY%f(ydhWEM2duz^Kq;>6ykIem!KSowi-njT(8EFb?M+a zxilaPO*vv(>8Kyn_ByQ`|5^l|bJ$!7FY25f$XjI#K=!LEA=tNE5(WEO!<+_^2YL`i z)j}mqOe}gvXTL5aRQUr}6lKVE4XIVv9w9c^r1+#!Ul_)@ zL>8`mmpZkSAR`?N3h;R~LptIX2`WnS^N#p{Xo5HY)KQ3%>wIbhHV{00EhI{)xipTC zAbFuhEL^ba8Y<5SI+?()StOxpdGjnBgk$W-;*^Q^`6g;G*L}C)TZ^c+3ApjYD`c&u z9X4k)j4K3lEd3bYk=`P5W#mRAR)ui5dJsh|stLNZw-fyRBS@!bHV=QS4oy%gFKvb_ zx-+d;f?h26T(u}C2Fv#NNe~E~t?kF+pl8)tGP|5D8$}ewCd;3Ci5d7a+C$to9^Jnv4IiYyg8d+=NUG~th*==HY9Wh)L>5KIneY}13} zd=})KY&oTBX2odjKg_O^+QR)yICNwnz?m|9*Pesg?_<}k(n>A zxl{h6BOzwl@AK{&AjQrW2qB>pgn&25uELK zoqDD(Qw8ZH=dhxfFjgl+TH68kGYDW?$1jk49RWUY!SHj>s;7FB31^Nx>>NthzEL0` zp~z=~Gr~;e{@xSU585Q*^$i+rE(Wy5I>^KdOD2#+2fFj8Da$&<6q}d>;#KXPYmiDg zW)eT)x^U;Xy5!VRu@trg$n7Bk@HlUKA2*?qR#!R*MUY+@UZCWH`LTEK#>qd0(--|$ z%c#;d*&fOobzQ@&h9BrcG_`9vetM$dk>A!C*w_aVW7i1h;HEf}?hMLY8e2afxGfD- z$_j*5uK@ucCxHa9ggv4Ky{iuc}kx9zeP&c{B?2 zC$PmVyI`Ack;{r+LOc=g*$hcePLUx<;4nuXXm<4}32A zk%3uGhfry3F#(1NU|%kK)*5b}159pBfiBw7zsL#%ZK$nUoaK?OugL%=b8^FTS}WT? zLKj2~+>)L4XZoU20x|{NIWGjGd?Dr%qm&xi>iW}suI2%h!`9v; zXvC)}|EX?h|hlG&##RzZRS3pt`|DfT(nLT6twJwis9 z8>u|Y#T#1zn(1X>mIy%o-I633KM%d{3IUiA2fh`x2fIEq`IDn5u$@I1T^iwt2UVK?rq5 zIAIvhOK*7H^%#9)t_8o;0Z|!w^PyzNFLQWUVQp>o^8E>|-dYt+U60>5e7G-RjZ{%d z_%x(EU?bBFbI*<>2{xS36#}+&W21)n3A_!E_ygf2xe%EB9H0WoxJ2tkI-F?J#sRpq zz5?tL;5CYeIcX6lwS{nPsCc6it{j(_48}pnQ7{&diZpy1!#`m(<~3XCZ%O-@H}a?R zI4N%yDwYbBjb3p#SMwPlB(TXoUotk`ymZo0tl1jblLVvvuv5wTmZX5mDzA@EK!)N> z0bof1VH#RJ^N^3u2BI>u3WcmKWRg;=e=rf#A$OQ#t|D5l8;&Y^+?S^t@U21w#7n0T zn>gE%x$_38HPaKUD0+s^kl@!dx#T{ zp`9!nW@OhQyE?7%Q%q;goD>#kC7@+8(Xch(?%!TwKf$lv zZkf;8*eI?&_)-i>W3ufsE|(~X1gU64&TmCH=nVmc@$en$?g3LV4bG)rbUQWeRH1?^ zSwhYvDUTQrNY)#H3ad=s&)^qpiZZm=(Xkgw*YgPCE`&`dK$Ra~o8fUe!nAXZAFhlj zdXqY_b$L9ZDCcTUUIZSCuw=ls!^yhg6zfW{^I!Szd(x)}>jDXmHp??B_LprgYnTL*!dD2BI<%K;iK1N5T^7qzl-cFpi2y(s+T3~i6(;%4pmL2 z4SABFMNqn8Z8!`X};B&uo86iNMFdB%oog`4} z(&wVy7^KFDHA4a~UN`Iy&bI4qQNc$#$73bMG1h`?bl+et$tN5i!_x6Hrwi3>D|M8T zc<%oPD6LQ-uc=Ho5!)3gy_-B?G6X^NRN#{5JsyBMHOV$0)gWKd3Kz~d8t8DgYlqi}aL_wYTtVFt-99pDh&~1J)qe2$TEI@;8r7`3cQ)ffJ8~}=d)B5*hKRy! zGh{JdvE*(pW#t>8nlf+*=g6yic`uo013xHhX1P=KoPlgJGi6xOja^kkZ^R(U2U}vt zc^!?NlOUks4Z9cMN0;F`5tcfa*fO;P*4AAqi`MxIP#3(ePu?d3FrBO!nb2B3X%~%d z({UXPU8+Uc4yJt38`+-iH%gm4RLru#HJVtRr7jVdt7W99tFbudS2@rZ^k{H7VJ==h z2Or#KD-`;Non&S>TPQ6_dzPW{>q!_3%o_0?WlCt7u?M`mulw0mMH(n3I#9B9%y!=0 z{i0wW+0C1REOui4{H11>N4A}7q%Nok3g6WJO{8|zH|*5Hy;C{$fNVD$pj z?3XknFRK^z8^b{}Ix}I2Vi=ixJ(*z%EldI17P4gI@AG1^NH=61ujbsgH6>O`r$;H= zPDo4I23_dWk}J3`rH8va)B#|uK3i9L)&z{WQz4=jMzO||b@TmstzZ|$TnwtZP%Y2^ ztt5B`9$YFDWZ!#RAe_gr?k%lcOh1nZxYwzrRR*-aN$WL6+?NZ4q0$Uu{|n3__qURk zo$^N<9t3UL7h}nHF%3yGPPcAI<2BiPP%;{%5ei-jmbye7 zu{0;ktZE5u&oKjFCrGdG!E$(hF)|_=DZ%7lWE^C<5y-sc3RnIy6q(RB3~GYKpXTB3 z_`@=Uf?d~`|$5EUj@K7B8(>B+hZU3%HH6NtU@KNcQZhsB!C7S{0XTI zm?Vq#&kbwMgRWsJ+H|VR-T#^jL)$xSX(;b{N5Kc4iVUkxT&=?*dS5G`A$g$fyOI}q zdG;bSPqpjMqvJn`IiCu1a}X5qqO?;UXj;yCoaGe6I?SDzEO7vZJfGp-l; z-U-cbP6KA3nST?V7XcaT>0$ZvgK8l#0@s|(pF|FI4a^_!yrS$rcQOmzr9F$2(=(w? zK`i68FxAg)RWHNRi#I|oWIe4X&u3eG7laa4I=N-f0m}U$bPUvuUILYTnF_XR0m{Z_ ziO0G1P$|_0M+qzVAfyG8IE5ihXT6el6)=<4)hYs6Ni6f!Lkm~3I7oDb;LS2*eY~wL zhqu+A*Qx4#2Z#($xJy5(3i&bOuNmFmMN8Eo75$7!7>o$*6j5B-b*;53vJ5>2j&})BqsJ#5h6RJWzeC@ z@=m%*fEF<0bm@@5ipm^L6O)6fJ+n|Wg({v34&QN)`88cqc9x7;IgiNobOH9AHduUPQDcV zr&6#zv|@{;Q+N8L^z%4QCn3na=R{W~K{_e)VC*lEb5KtJ+2j-yb$?nf-bgEwO;~JbIA0n62)g*z%@KikUDf3 z*pj(k?VzQjog*RQmy<2?Qu9r#NgX0+C3V_z2BzE7G}ZEg(xPHF?xxocq9=rMb}cdq|g>%)t3Rwsqyhcug%&g#b3E zA%XP1TZVLflhP&%H;YmI82SPURBu9wM-6tCW3Y3K@%UDoDgF> zP?F@mwE)Bi8@BqzbGdD?Bh6V7<8C9BJFDd;u00uE8)+kGXKmZb!zr*?yd27MN5e|& z9_DKPmDp1B%71|Y!RYzVp%0u0Zryw25wj}t?P#hWsu?+EL0mR=f7|&C`amhdi-6#{c_yhr1`z8>F zgpoo>$1`bAwm(bvd!JZo@7GwRaFUy5UVircXAr9ND+-VK`^K;&;KOaQLf&(H2$V|6b!Jqn3QQ1 z%2?Kn3(-8A(%l|`kq3W_-b!BEG&wts?mt}vzp!%K1u+THiPRk}-8S(nM{_*Rqe{4- zmhdM@=yYw{j+6wOxjaYT(dOu^bIPj51<2E(% zNZ38kmh|hXFbFM}pS88%?`7RD2N3h*Q|GUTkzNIoc7p=BEAh1`#SY<;2;J2Y@)CNq zIj`~xvmRh$elI2$>bTs4>w@!hT9PX$12xvH&Gxw+V;{*IOw$RjSF0-{1iz1fbLhZR zc$}LdRUy!__ySU^2Rszaopm-C6Sk(HL;#2KmYa2|kYxAlHanJD{0G>yl8GcVnjKMn zB)cs5sTU0d*8JZV01l z5+dwYAzv9DbnKf((n%%KV7Q!V1GS0wc3$#u_a3}DmBJR`NYl}F6GD5G%V~@ zju9)3t|hP^5D!{_l0<)kNeU`utVb1hX?YehKvi)6AC40uB6bRbtHSGEkF%DV!X*tK4m*8H#(1O2!1#`GdE!#M;BPV zX4Vl5M6=PNYo4ZacRwSPuml%y@~fx+GU-h~Y*&tZE9)#7P1w?MbNLvsx$!Ce7t=Xc zQ6H?|!Vv*vx>0gu3BA@q1KB3WLDmi@#;@HA2-)IS25o5HZDusNw%S^gg`~B#*G0IB6lZsl#GtcC=%{2usjPo)~8*cd5+6}8{zU>@vB!#-f#+nRFSoB z)x?c*$+IGzAHnGBw3_GGk0)SbuB8VM1y9>#H6tn)|2Lvgz22$^t6_LbZ|azl9$_u9 z^5O~})U+Q=aRCC1Jb)EBz;IZ15GKcT{UT2TzO=F%LOWkAQ`~ldnZgH&r|rDS?5YPV zOfz4Lo`?&oC{-t>1Wyt-Zc#u4I!q=H^6!IzVn4V9NN750#NwPCgc#QALI6SeGlZ}~ z<%FWyGAYMts>n`UZ*B1rw;=%z>7b)&y-NrY6FYt6$fT_yJ{MWSwoJY3)*!*-Jxcd5 z@#ZFN2;V~$7(@zdJ>u39j?N2rAgMQvk=e)dTq`%0|JY^tCZPQo2^h~@N7aDOAzc^; z>xPEgu&wfpi!d*{rJ@sb)_96;E#7kMlW(D=-Ke-38zfd5rv(!)Gf+tX<6GUyjRogXLUcN;Epqe$78=1 z?`1KP=mt>`ll1N%ZtI(#lX3HksuG)5g(gG}Z*YGX|e?!lWtEd^z(*eL+%;dq-V% zD!7-{&q{wY$|1TK&dIPN4`}Lx;!`^Z*Ndi%b48`+@;x}L5hN7t7(KmDDoRj@-lLep zxhYf|PKFTl7GJJj)sq2?VPKvaHg~Fzgc4LXHo8GvAV%L7H~t`qiTU_8ne$dD+8)y1 z63CLfWoa#!_3bnyY7!v~vpKUm{|Y)X<_#LVD~XOb3Q-_fzGA@~>|SB76Q6`E1W^$@ z)Ekim(*EKpYbVu)AbJ!t0*Pfm6L=i{*VTR7dR=Tabqy>X*(o-A@Z2D8axx&EpZNqB zo-nA_`%9#f->4~SGwMP&BDv=?`{i3ZbKi>46r6Bh#Aq@!qNxz~#~fOiR1J?s5jm%K zd55Vt8j#9@J(9X*aMwa2reN<544tE*L%GyZ zEKm8^M6P1EtKsx$v1Pj|hw`#+3D?KRE7`Ax4iRN}(P$oyoHa;u(g~hFg@p zwBB*9IAfYwiJE zSa&v@mLW7o38&6ew(2~yDEGv>$eIc>@hhYQZmcd1+9&v|hO7}V@yq_%!crkA@*?qX zPk{OUhripm2OV#Lt3Y|pe0a(*8Z%eY?cEvcBV-8j3$AhswpNYgT@*Rmx%B84d|n&Q zEy#qYi$vhXc!)V5HOwR$Q5gPqOK|}z$!>K>%3nGt^cv+cPL$Y^P)+1mAWu5mra^|& zPL$0CEAS0U;Y6dph&3w_t|d?AInS>Po)vW*v&fBdqbj+~C0Sl-L}d$P(-I^b2@n6L z*GLhlt~3MDx%Km}suTIXRw_V)G<2hGdWss2FYO#s=I&9}W>xSbsq=%7Qd|H*l=K-P z@+aQr@CLF8!yPH>GDDBX`?z{{7mqpjl0q^r*0S{rkeMkB1d&Ucv)U24g4upU{$l(7 z!4|6=iKts+hyUmrEmup@8=t5Oz$|<%P9-QZjY2(#J;f%h*yR*t6Y{$W)o z>m-=036o|q&>d!={Rw0tX;@kx3eR1V39|%cO@mh<1A@A=X{CZ)HhBpZr(%|Fz2PpVGd+OsnV@&Uu``0i4}z$if>;>5Vr$i0Co#==4bZYK^}7BoIZJNAHh8N9GQEBgfNr;^N#oWx)NL4WHJK?b zq9Mdi-7TR+e40YYw<4#xCon|Vh(!&irAg=^g=NOXixdhE^CL2KC-thcVs}Uu@g$5@ z0y+xVoEWK(C;9fK?OmT{!d)60-j>YbZ8oeO*NPLSLtAexH<#3b<~QD<^O6U$>f{l` zCp=c<7!FElB38j5cLgO6y7oEIs zIa_`TFU(kI($mh_a3%(#w)wSbpdh(E#x!aZ)*Z7Q(VjI~GasE|Ibc5w^5y=C zszRpgt_>SS6o)5{X5)`X%E)LmL@A53x_R?(MI)n+UbX1XyBOu5bg?`9c0%@ML+iM)_s zwG4`QB>`+gx>bi*IADq%p1`M(bI2M1VIns)^Tv5LE@dz33Guf*oMm-O<~8J}1ZEHp zM;3f*Fd{vat4~bxcsaTZ1`C+QNjj=%$I2+g#IaGfiIHf_*(ULltP#%4XH)^nJco;; zDKDTael1xORG{}1zO7`R-0mko{Rm}9AmLkN#2-?t`@F8X?q1uY1+gE4Q0M!4IdCHn zI(AR7G^av~kF61CAv7!LXT>BRkuh6LJ7Hj{-MhL0nU@>E1#)z|PASwU%(S}xH#zE_ zYhp2NC+^W2C$8o+EDn2u&091dCq#eNKc`Z>QG}arp8(1t8rpiYx5yC$8tMHD5=iUzKEQaXiQe>so8F^E$p1)|>&43OAjk{t|9d6%UxS zw|OeedBc#B7Py&I&X6uteCA6SeX6&CXBjjYml`qt6gA({oye?lqaNbobjyOg00%;lX6=Zt@gG00ROIXQ)p+ zTD|!pZPh}1>+g|UidH6C*Teu6^tW`{Vhhg?jPD9*>hidb9zRiG3ak@T^pNWsd5HgP zLtpmxJS-~VZ2N1bpO&W$#U}wxal6<_&9U%mAiU_9u#zK-TrL2DDK(hn==JSSOU);{ z-@(1BN0{@ce=|xrX0s^vD3L~qJv(L5g<3CA82&K{c?_VPyE8cJxjwH@zsDV{Io zST%@dC@zg{=Bj$mmno@^<{X(QjU z7w1vQmJFRcX~eayWb2lW2Om+wrDs5#t8>o@i8_O0x zw8ihOx_C_37}Msra0&1rcyQVpky$iiZ=oKJtSc)ic9{aSN%C3GdM@wdxFa23@}p?h z2k~#ti7~dF01m1XNCnNwx_jKS2sw+nuCPsWEuMo+bR!nYGOV^GDQvxCA^%tE(xP9>?$2yEsnQEj&eoi& zRuu+=)uYXbE4ra66hK=?m2;aajSzYXzJJBu8(a$#IUeHa7!fQ*FBzp5F(#dy85N7@ zIT8m9_PiEC?2uj(!`+u=)o~aam)<4;!%Ij&G$r_4xFXYESCfv$D2L=G12~Xm4EAu1X7@U|%3WQSBYuMKW31gWH)20yBZcHAG zX54?D`(03&XBjJxiS#$6U*%PJ2+PU{aqmn<;QZ2`UmAois&F;>Gi&9$Tr z<<)bx%g2`#m0AvIU*-tv*o1}@#{iUql1L+l90AB*4SPrc;BGl{6aRprYz*Z8)$L}%^_y_ zCn3GCKst}LGmi#Q!%qTrltaM-e7#R?R#q_XM7DG@W8V>%@f&{gV&{y`(R z3Id2MfRe)H=eXw<4tnju<=8y$SHKH}As7Wi@GvZa?+QZV+1@XZAq1JREn6D#!SnCB zg0tr_kQ;W5giO49KD|1xm}-xNcAFpQZz&PBzxb|orPUdU6n$y{y^w8^ctC|U4G}J^ z1@c%{jEOWNJ?Q&Lf85pU=PQ>EkwQfK)H%_&IMh>z#Ip!a&cfIQu!P^*JAEwCrV zjqF#jwOrMVZ#KuaykJZY>ghxXn8J^3-U(zAnyn}NYxKF?Wk@XH5_W;>YEZ4} ziUmZ%Yj?T(!Ye8W4EE(Gew5z6-#X$qaviV|LS8e$Ca*myFW)`4+UDA!aXJ3RwBeV) z;~WCxF93$fohuzkUmDvpoFc&xBXa0rfNd;TSRuP^>Q+Qt&=W*fW7CFa=>~Ru0;5Pv zwbBI~T=R_^7jY4E;1dPos$47MJ*rv6j&82F+XxS(AW_h+4j|MVH0<~Y&}{A2Vadn_ zB9y@%=LuFjhX&CsSu)IPs)A3|L4%QSV&6$^i3@M`n545UtPdQ|C zdTy{i}fjCvN$xa@F1b* zmrVIDB~?&L2wOH4Xrwv-5&GdFiY!{Y65&%+VuBF@rvLqXlzT2aOFnJ2O~kzBgIgq7 zoUGElM(jx(Pafspurzl2kzMtuH6`8U@xYfGarVGDfxAGpOb1NGv$Ync?TCxLeC{^~ zbU(u3MtyU7$_MH)EB)1@l%}@HN)uQvRM{=3(NVF1=t(m>M|BF(QB#IBUo8uXyy(p9 zZ6q%xCa8t^+sRjIzJ;0;khe`iHgzdMC{jD%g&Y8w>H|YYWCsjeZ6gJ*Z%Vs7Ekbgj zjht|>YL>kaC?&D5p{qA4Yc>@Kr6H19O3>xBIyd{;%EWW>WH0r3EG-F*YY-%Bx8L_M z;r6f_DuWYaxg##G`D#K?M@~{baXQj48zCMoh`rb594vdlOUv_0g5`My3TWJZLOZ)G zT9H3sg>b~S?>$wag%(L-K&hW+t%`!)9c5bk*C)Go^l~{O8(a4Wi;uTr_TLzyVu`EL zG!*Ye$Ruvyy=50ue1f~m2WD+)J$UwrnG)U_>|j6KKlWc!I4ame+hrw;y_SYII~9Cf)IJ|BoZtpsC@A|PxOi|+F$5VOQz-aB;8gI3 zA`b3bDEK)$7-*?6L1{IQ5QZzH7-kkKxq8dk^O5F^9t0W!vcsx6Rhl?_4#3XywUi!D zq{ne9tzMJB2)e=Ow^u5S9gzJ6n9GUqQ4_Z7O?o51gaojlBsK0zVQY({j79Q_?3X}dMldWx8# zFd8|YOwcuGGiz-yIg#D$?GJAx`J3GWPz(rLF)AkVEKx7^7r17cP7WQ_iwX5awdST| zQ$ALz76lHT zePH0Sw&h78@IqRkrO9Zr%UUu`h+mJ-^M8%o?GvB0MW48`Kb<)Sw-d*fNXoWnU+_vQ zwyNYj7Ns9@E@U?Yr;Rgf`?ipOvJNOrtoqDDEMEa3^(C|(O`eC}Ry+6O`Q?GRr!h;UYDD)So#A97);~*?0)qD+QJDkUO<{=13P2uke z*Zz6sTRR_^;uq;8Q^S{`L-I~OCYn1*5Fl{p1kJO&&m4I| z&d4p`EinPq6E!UD1`?yw5<4L`m+Kqjm9ZK^kUbPIhZ@`yfdEfHu)p|?KOZ&^7NRWQ zTFhg+(k(>nPTKj$@_Q==GYDi<16qTDv%>xWkUPI%uVlXX z8_z?4*0vMa-`+q4vJMPACh_I;nqMqQL$y-Ds-=i-$_%J{k5|JqUld#}7Ya*&mY6om z;GZlTPrB;MyIDY-Nbo-VG=LImd`(Ntn-V^Q{n0>OZ>cc(9M*AvfJdE-@1gQFio5bV z)o_%FD6gxXeZ-2t8^zIvS^?Z+Em2J$*fJm|H905X*(2r|yOc8I#o7S$+v zlKIkK&pd-K(=g%W@Ka!&GW5Ml39!OPW~aznQGf%6&u9WGsCMj9#C!nJ-eibB(DBsL z5-XZ-tUKfvXjUdk7O6%46V1p^p$FV5DiVQ$3!pxJhmaf+>uZ|Dl5jMjDJI9Rxy<%= zFKsj3I4O2TCPt$jNN>|G17FTp%5Yy4$j92$a&mVLd z<EfUn&o66czc=%!%1P+LFi$X=0Qle4R$pA7eUY>u4#d!-poT0L zH~a_m_k33;x}pkNm?ZL(jjEp{QHcWW8i9Au`qD!HG-`|`^v>8{=0xm8P#OZM1nGiF zB|VEXGBN+jUK>OwTQ~sZI_Qw)`CKLEl^IMOZ5qAQHk(vm+cXv{a^KjVNn9)DhdiVy z+l38le0XroIO3m1NR+zG1a2DTINi?Bb*EgF}%I|B}Ghp-%<5#{3Q z6v77Ti6Xuyv2b-2-i1-Z#DDvAe%=qCjIPmOw8G3A+85@nwZQHrjonrkHRdDzu%!B% zsZz-@$!M@bvS8Nj?E|E_C*jl0jf6E^VI}?UeP+(yHLh(9JjdhSRn$D6fcEdNmxJ2F=vsPL2p4rPs z2~j^ViIE9hdEt_uE+}hG;d5tr7iyvbEaB2^IBoSaLkuofjnx(EI9eZyE8ztIY5HfHsF1mOVvfywQjO@52ycu;2xv-pgT#hc?TW z&$I5dz6FDfKDW6&U+IOd-|Foup|V69ob)s5Ee<9*bVH0UY9yaP_Yx=~i6reNHh2>v zA`4?wbZCF+DpsK)?#D$fx86`rxt9o5(&aXok%`JNP$#x{U1ZAQbO%z|HDs?%92VFB zz5CuX&%@`K!u?=Wuwf>AmcGC@lb9{tXdXA#kS%Mk`BVElFn{F*dVMibvYEp&R4oZsH+f)MtD@LF02nX?P zJ{jyMEUbEwhb!c)6zoj$Zk;41{bi~?P$(O6cM4~$vWyvNLl>aGG_Q6S-yQfljC-vQ zpb_w*E}~8Wa)*L9%oOE5HmX>6M49a|O4=G8hW!M->@SB?= zqMogwH!rdq>{2x_1jUg;y+r55un)M$3XimCSly3D1b2lK!xly|DPn}}>svp@t9uU-SX<&I^VF0~KRrRi) z_nmU5p(;=>@`!nPaOWSfF}S!H=i(@lJ22V?aJdpxYQ#4E;anEtEAI0TGNC<`5f?>| z5(?!E{6`8W12T>U-^C33OIbe=tNe#{y#^hn*uO53XirRgEbY2r$SS~J+Bt6Ep~;Tp z26C=8TX}T(M;w6_Y~WYhwENg%%iappDsDuph3Cnr)HImRF}zo|HfLVq2^-aX167O05^<0gV3&jXm^<)eP}34*gvQ>~pjoyN~09J%1yyN4`MBz-BT zND-*ZWXhK}Ha8!g4qMfyEaKUe1E6%Oo?KI2ECfXiHRymKkxXW?a0oWMX8WF1Y4p*8 zh%wfihIa+9scE?NJN`4-`P5HaEiSt_5pYI>smZr93~v&KaAu6~uF*3dtr6G!K`z@K zD`G$(KSN14OtlmUW;(|;Kbkal!KoZj!iFF7XP#R0bC?FjvO7#_DdU=C2>uW1K5o^O zv<2Rh`!G2LK73R1zJVUaBAn`$#0AinbnG zb{M)kkq#A$aN4mxtupAjY z%38Pv(Gcx%g<}2>5Gg)%m)IymP@GV1#{!nA@I#I8y7MVOGq|Eh$onTA#&SLt>TJwg zc~nWw>gNEn+uKi2JXp4y?G1Rj?X|r6z}IG06{nJIkQXLwE5wXF+hIAKR)Q@mz&#{d z$HS4Jxt#(XM-MU_<@#LgPOIrsCWZ$AzZWPzWE6h~$W7+D3N5jO*KaEO_5*LTK-xFH zwikop3G;=Pu~QLj6~03D(~WQAhuz{$ZW^ErqpS3 zgl^1rWK7)aSP2s^^b1jnRn z_EU2ucB45?s|A}3120_dDs#p-B_GRSpkDWzK1r{B0VlH2-rHN*@p7>)K6rQ5UyOwcm7Z#8iT_^SX$mf1SPVNn{cOK>q8w(U**+rX_hEbU zBMA*K5U%Ku3zMcBs1%PxAZ_H*dsY&-_mG`HpJ8bDH* zW%EiXvQfRo)`bA|{1^pvnIq?z3;9$EI7({trNA_!&>ESid zXw^53qEhSe(K2Z@xlMRzQJ*=S?!8a` zB`wu_3k_B492h0JGyd8vRny^~Q*}-}9x@n}*gpNVtbZ9iTa(>y(_Trs@fJ8QKn}iS zK#=904kh#u8_1E3T&&PI*ce1abD(_H87(kr7tNIK>u7BqnIk|7C0V8n<;5L_ABcS2 zt5_=s7}+r>^KmwB8IO7qIo}s$W6VAFX6_#zyEjg)x$zXhSxYwmGvux>jL+E@9a~#3 z4%yAg52ISXXR#b6TDJmp_fPNI%_i+f9N|7PZv#>#8Cp1h#cjBe6J@CRJTc_^mjD*}QDm998CBdEcQ4=cf z8|!B#E17LMLBLHlaO(hcG}V-HhHqq6Zzx&e2Pmlb^1sqP6zi$a40-3*3&zd@R$%RW zOd1-c{xLXUxs4C91LR(q-!u5Al5uik=Iga9BDy_$IYYDJNe$&c+IJ?fNGF$giU=7f z)saOhYgaUIlNCP;=R@Jk&5C990mrU(Gv<8#==Mo5lW{t4xxDnoRE87u_LRycm0s;= z>MC>u-4dk>e#Z`~17=}hLqk?UNnqRzt~{lhzt%xN4R0!!%s5Y2Af~+Y<{^RC^uuvk z@=>A;1!U${xH{;;y10T1aok;Rw>E2q;NURZrTE!MR(sCT1v;^B>z6}`Ao0TLIiIy= zVqlDup6)FPqh3A3BC5%0E+$ zNGCEMOQBk=5}a&ITYeRRdqL4*J5Vt&G7;iQEJ7NoTK9j#Bv3t3Xg~(5jlU2nNEf>c zl|_PoiysfqsWbyjN6HF5J`C1)8;)3focS!=J9xQt3hV7<&2gR{Mw$H%3{lFMB|HaW zRRs>;BMPR&+#+WNxSrBF5QG(a9ZHbN4OZEwGb2YZb8i60ZHqFh#Mu;`U+TelemGy- zNe%O^B`hBm-V3-RHvvwymXO`Eoc;wX&GV>#oH2-t%vm7_rCO`NJh*{CiK?h+kHYz0#ar$F%A|+ZhPliS6DAIp&T(=K`w(kDfEt_8^v<)0* zvp(N&-SU&54ff-0wQ%vFLytv0nzPWIr3wGC&%isx#OB_biO~ALWHT-I|M)S!C^Lly zEY$O+HY>PQ$mU)@lPAiplA?vlE!rU8OH>M?o)HT?wIC8bXhN{JZt6awo6pdxu z)a>N7e(N2HUp-#MD+^(|tq>f09xk`34=$tIADy6I@7sqAA*6ITC9AVmtZf^J+37v% zBbuI{>j$Cd=PrsVtT)>4o82p56Raa3Cc|pTv}=PKMX3#YtHFpio!kk=P6~~Q&_8E7 zW;`BIoKhl#M!$0}2&`#NOZktI5ogLhLQCv}(2bORtoI$H3b_0_dsPUQ-5_fQr5R7e z#5sJmF-#!w)DAT;S6@~Zz_0j9AMEUipNcVk2cPuMFSjmVRW6}pwRCbP!9_-GDzAm) zN6uXrBkFMwab*x$Wyosyp2-d}VaJYl&i7~eJ{(UVPGE_Z7IsyhIJQew2MhC9N~c=M_u4HnUga#>Q;EB zl5QJ*SIb`vthF`WU?(v9$J)oX@mjcI4nZQ%eI6oH=o4iZPklzT!OWtGtCbh<`mXKOxL-I4`ccHfW~{78L>KPJ z?uwH5;luyX8|Hn^A4s5M=0A@qv1v0HP0QZ<|Q=Nsr3IJmLp{CGT`;9@?jIO z6YGYCiA-co%j_mEzIf|is6bVH_lv6diQ1WfY z)x|HA=MqPsu?NC$vi+Fq2}z{7|h6JX|l|p5>V@{K+TJBAY?`*dg3oxh$Ai zAvjLLY1dV^7%NYH_DxZNH(4?*k>736Uh<_QPoWik?EN~=hoNu#Rw0D)Z%%f-(F8sT zyXiRb^z7qB6+Ep8fVkEA?=CGSw+4QU z9v)tXBY{4{aMj@8USD)Ll{*_<-4mnx&rV9g0Gp<~$omfG0b;ElA4T5ZLeH;4hAtcM z*4c4#v59|f0F%>TOm(PY@kH#0C-0pwU6IVT-8s}B=%Ij@;-Sp;#hVX~YI>)RSxT1g zl^WFwO`}^yJUz-?C+lkZ3&;QFol5#2TlbbZLj$08u_P|N5mnNn!e=`$;0I`x71$zUC{DXu_^Va9kiyDh}epR^1!*8u93gBnBQ|AJEuEf(X;wf#FLx@Xg zC+8MuW{MCO{j<$3A1>A(LLCR+QH{~F4>T0%dKyp-Q7W4)pfTa}F7~#_6WSk|g8yi@ zok&=P-x)No!9;UQa8O^16FP7Mff(k)VR-E?_oVr0FS+qFlrTTJ-e#O3UGLZ1c^=5R z^3&8rRVd?S6Axofj-Kv*>y)=PiXg5W93Fj*wuURsV4%)*-oD$*oom*1(c1fZ)8=s zDE|}?_}s+|*Gqi|?#&tqoovAAAUr^wr6VQ=uqsT})B9214l7QSlDAsY^;0b*PGCiq zpy5_`WH&Uq%z@KR(q)?V!x?M4`PNVy40t`=K2`0VWf8|JIgU~lS!fUI4yUXf1dT4( zLe81$ttH>{;jd3Xi$R%l@qsp=tdaT#?)@hVH8xwC(e31A}>CcpX`D=48E%;b|lcuoW8 z3DzBO`cG5djbw!RlqDZ-S*A|4NIKYY2>j7D_JzC163|N$`Q7sVg)Haf%UV0WGwa=* z=B=vPt^jOFJD`zzTKQ+B1%v#T#Yv-$PDBSN0fPrjF8A}>I;;Usv|1XeM0^mWJPC0| zQBu&TNJKAf1V9;X&*J4z9QGMDGN2FSjN&u89_25@a9mb*df#a_>>^Q$jZ#YBQ0`@^ z0dA{3nh;_qF=Xfm3?4@tCB-nmL8Av1RlxJT!ifAs{18~&s(bN3kW!Y0H0VUtM!IRL zB@dSYm>{z+`rzRP`#A`^%`AZ3U6h~lKPPLT6dP8z3AK8nJIqSH?#AYe!DEg8WT@=zoy%wLTs5B2UYB($m>|p z!fO*^nil)@@+vq;;yoH~wzPJt3GNYTJsp9A$gc5gJ$GwR&AZJZ_UbYUe4(OjbSXtb zxJLyQ)621Ov{W&(u--%AG*J3n_Ztv~75L8RGaxpV1n0IAlK?$n=eig`i>qvsHY2l2 z05tXS>`0f$#B*;6p+ikuPD1GNU_h$nF-;q$%qA%V3!Y|!8Xx7)?400Oaj_$4i#Rv? z>Z4vgVPwA^XqI{L0q18pyE+?bmzr%d1W$$xM(g7Oak+ua2<@@uKIF4I`LVlAvmmc= za!RHgLPQ};3bj@WWFTcBv9ASLj94KMqQmnlvVttPwbFYk0-#MJOor4pg#A_AGXV1Q zA|D7oUp+%J7yHxYtgcu2>|C*f*gwKj=+kdDSwV;V<~F#WVZ)$PLB40&UxiDYUalll zJ6zzJeOndm0BizFPmxysX1K{GM{z2_qjfb7i%#rJWA3=epAg0Uwtz68Z6jgQn%uuT zuVr#X4{6tiek$mr_8^!kP0NzF`5Q}Na`Asu=RYh?3pXkN&7}#d`9=UlAoqYA;cjMq z3b{h`=s{)UazuMGz`&q5^L1 zllckSg1?L$$G>u+O0UTIzkTQ~hFi8i* zsR7@j*~+}3uCcD@xFMhv`&zovT#>=UHDC%A($d#A1mVRt@@ywy_s1UAP*FpIyB(ry zM^{lc=2y@soXbI=kV`JWG|-*S`b?A)<_?x+kj#97_Y`;_1)GK;V$qC{*q?O&+@c~F zVHq63l=8j4{lNC(v%_f^nbcwX;Sk8tw^UhVU98Tr3#NFYwedy0)1wkEpJc{eUK+m> z?IYxV-Fq?KGNl4caw@|LQ8!Cow1t*qe!n4~M|?J^=u?xszYge$dE04x#;e@%0s`s%Tl;a%+S*B<%MBvjy^+Mk=R21x2L9P-r(` zI)P5SexWwFA^ZdI4Nwbtc@~Y~e1i8~ju31iV-l5A5tv@tD`9U^DMp?HboXp#jw(RY z>`j9hvWQZ0b;E=SwZN>a|$E59H2t^gJz@8aSpdwLjE4GpJ zKb=7Jk|R)!#~EJlvw?G~(#g9%lM7$l=>8L;egMh9^JR0QC(1%w)Yby{h6IN*3j;_$ zzqcMZO)^fDVS?He{WnJ^rmrr+UT%I^9=%Zm0tA5{n#QF;bZvFX{Q~VB^Im?vDtE&C zFx{mHI87)`G(>5G`zKJPI#Ln%|1Kcb@RVO7%HUcpe89Z~_!-uS7ihmX(PN&d9*WkN z9UjySN3-zVDmrxm*y2T>X`@635iTM(0#n8!f<(809U(0Vguh@Hg7(PMB0GJBh$wu%@Z-h`$L22M$mWJLPgnQ!>+f z+@3gH%lCtd713L4?{n!@zFaA?^Yl*q+%IaBv`~)__hfzcxdmEHy7EymKf~=cwTnc1 zGQs|rw}PHm;O;p{PzSj}b1~(9s76qGaLEb|Oq04H&Dj%!(9r4TKiRheGlA~F%%Dl9 zTv1>W5K3<@A^zH(i-a|UaH5SVa~$AzlISDlUaIXY9bTxR#WFFv(i|yBj;4?zVDQ=Z zM;dUWO*kYV&zTy` zoKA14f>VM-JG7wgD1oK)!T^$)UQid`3$%mU+Q%n+va)IYTrPF7o?2{UrVMUyMGmd} zN2sDI$YdWVn!JvaVl z{hTxwGNF{wju!_4kqqUTvC~%0FBQ@^SN%295nOoOf_)(a5$BWU%CX}F57SSH-7?Sf zu8p2&55R`Qfz$lK;{F;UUEC*wg*0W?yuq+8uV`^qt8nhq5_G?yE+IfGV%+{V7cxhZ z0}9Tx0<|3t_>*>G7D|O=$GE{v)F%olWx7kioVB(}PF9hejt3 zkTZkA-YV?iGp_!k<>~?ZAFkO|#`XYxig4jkVL7#H5BXsSp{l;Q4Os=hq)#-k@tEjl z@u}r?Fr?7!WnN%|FE#!Mgc3@bwHA^kx??U{f}ZzUz6FVP{-_O7%Jd+T;|3T7;yZHM z&xE6@xsryih~QokKI0s^oy5CsFbVs`#PrA%KLRcBibm)GMNCltud^UY3!B2*c(Lg+ zc(Hjs0}d7AupMsfqKFGNj{chev`5Y0TJ-ieQ;prGTUNr9YfGIaC(s7Oh2vx(Aasg* zR-U^Cq2k1c+FEV{r5-dg?yJoMJ&_f{1{z@}lB=HZ;3G^11EDFE4V3*YFElvqA+r3E zgTrs;FB%&IUSHXV1ma!T4cnt&lc}mUjW>HEO(5N@lkSy_xkdE~a^sVSw-U{bc0((` z3$S-ckv*!aL4)IfZd#Hbem<+c!>xGaOO^OWUZG@8G9Bi z158n9V8HHz2q`ui&9d$Rt-vf#5!*z<0UUd!;Ck|gs{G*5`#NgjU&Z0shX=6R5RM;8 z`mo+7oLVZ@=xe*qTR*}5D9(g(0gPAmA4S33YJt?+vswOZ z!Gf;*(Fc=8lHFclrW#32aqbNAyXAu@7`wQgws&NndxLh(W+^k?YSo4 zGeXh~uRaVAs)KR8Q}PerK%9Dh6-kg<&>I!_{lo#vfH}een-1w|$Xe9pxna6l*>l1e zEU$hGGuO~opOi2-$}E+lpIfSF23h-hCcHDDf%Ncpq=8@1&p|as)fiJ{OR6V7Qfqsx z%Uvc}1vYx(>W*tW8_pPK%0z?mA5D2BDOn5(4*{E-7?XEnzGMiq;sXApuM4)thfL>T zODz>`88Ap_3eQ6NwKUj`GN9dCo3k7l7@LlB5jDGn(e#cyPcC-jYb7N!Z<__kPV;!g z!MCEbb*>vIRP%4+T7z>K;eLpF>pa4|BIZ*pUA9L2GD43% z1BeCvN#8O_^y~`Kpt$L6LuX@Q-8ECGdsZ?^Ic6yH6sKpnuj7~!n`|IasM8U&I_*27VG$7f%@io z{B<1gcP1gW*e7$EeKXsK@k5iSFHh1TT%RqyLq}+My{o5u?950)1x*89&MTaEM~8B# z=`pV`S8ncIc>^<;!`0B2iAT4bBF&iWCC)d*gt@@5@aGYEk8;gYI;C-HDomm-XO9oN z?Qvubz}J&U%$0RBgIw*?-4&%N%hsb3{iAjS%L8sx_NKByA*kT}zqzYHIAB2=m;vNajxe==u}Ymc-+&-JC*Q1w35cB3VwVg)72_!XWt_=!c72bkQMu7& z3#lSID-Lj6ebVsJAGMN)Kr#I}gC=ujZI`y1Z4^}~=XfgEbK zw*UtTJ5r?(b2|Yl74c^iGqDw2_#YT+A{A!wc_1&ydpM#0Hh94@EUwgRYw7wspEI0W z2&GPT14o@4a>aJdAn6s2x%-)OLnuu&JgesMKJ9V@CY*b3i?oJIhj14$^)YSzVb+VO zb24VcbvK`CQ@w1EkB7Zb6{AW3c3zN%J|JxAsA?TS0<$R&F{e*0DIc`mqSTZ*)go)8 zm&F|fJ!wq({KYNTD*viU5f-@whlLhu8DDVYzCqtM*xB*NqA zZg^D{s$T~6;efwFVjb%g_e(J}a;ZVJqGw-XY}J~>^p8)pG;QAXYDOTvJai~S0~n$T z-(Uvtu1WoV8}#Z&>dt;}6k%5$;UJ_FJW`bhqiOEFVh!Nld* zh>39_<_W07J3{_%##ubRADY5=gU_Mc?G)qI>SG6T-xj)cw@pQu!Z*1<{LYOR{4PG@ z@0E>fNLCp-4dMz~+Ab2A58OqMH3ok!g$ zARpCl^J3gnGmdK0cmX$BNKs*a)di*NJF;|G?Qorhihn7v(FC(j4?L() zbPZL|#j8=SWFNvmP5a~dO;g1trDWZ{xN;rMc&i^VHq@xUpxO600gJXHGDTaGR3J&O zA{okIVxtihodLeqbk);2l+X#c007^ZGV|Si(J1(iRjDtj+QTsNxM9i!R_d$mxmLqs z41+>(scPYt6k&CZ;T+?B#iUSlF$zv5@u0=lun8hie3vMxsml;4CJu3EjRRePVNy9b zt8hJWVW#cv=c^UTLcBFLm|oI>^Fms&dGM^*_0i*zR_B1ZWT$zBqL|klF7tj_Zm8L0 zTfQ+xAO|A75j0)^q*tF)A7yN0?-|SrtcVhQ#e?6~W7ZFnT*Er9Mh8ig4STW9qAZ#X z)+PX_oEU;~AT8m=C-(a9|Gut3%-mh;Gh zx7RN+C0zmOD@*})Kz+yAPI$Mm@nFxLmTMmci|2{e@eYjqaM3Eq?;sqIk`&d>D7&0B z4@dKmz0io)0|Exf%VG`pMN-3Ht+1{;VTUppjO@J1IN|hAFbPDo{`pgbflpH+P^fZ^ z*D4>EuK`zeyJ3RcQM2OJpn0ta=No+yX`Co0lEfk%>r^8Wg(fC0nAECOjT6Rj zqg|loP?H-%As-xDg86b1@c&4G2OBPkDpL1jl0x&ChU#XBH?xsDaBiz0oDW|@I;Nj;*tr4V z(!#Pwt|Og=Y|}CVV<9(F4YN=^00u=Vg5br(TlonP#NmlEurST@^n38m_RpqFsACp{ z2Gdj&GP0`QkUjh^5MejbkJY4sp}sMdsbx8qCDvQxqnx3nWlK=~jbwpSyGE3d-)cN&UXUFm;>RSyW zR?Fh^)M8#?P1`;sKC&?lF?3|V5Vi-b`}+=JY>b(#ApMdw)VF}Uf>eq-GWWmq;o$yq z7L3b%Fnmt^vhd_TvQy1!nPAy~un8!V=1uCLcrW0*i^|^(WNm?VyKwXB{vujv>_voa zlZdfMW$4PtpS3Qqu^$tU!>M{?%;=yph5b)&Q|6sm8-ioHYJaBXM%R!65Ht=s)YrTd zo1r+O=F@59byRRms76qIdJypR1f(=l?@_a1q8EE&l*sHea}iwjh)~d4Nw0=L4~H7= z<`s{rvM(aGk3HRPwA?i4B@i22;=j}>RaZgwBXXT8tL7&53gbnyo_N$Ac0-psqM1{> zx&%#hCs^?WEYZH|-J&U6h%&vu5{h94oIqq5S6g%P-X@17Cf=~}PjGVc+EbfnX(fNp znBe?u*3K$iojmt$5o$@tcR`4wPmnni3MlvFm}%>jo7L0DyVbgk_34_3PEx9R5z9L| zKq?6Y66o}Ox6MZ5CpGiKH=&kGQ1ZS5TPAXAz%B2RUsN-d98zePsJqRw_qh%ZK@F3f z6i%l}NAAvX#)~irA8N%;>c&%@lTPo-Rv^5rD=?7^IuQ*0|5?tC;oYAseDc0M;uvO=}`2v zOgQmc$-CLbNJFW%g)@o&EFezK7Q2~6VZMb&0EYB#B)jE8K=aY~TqT$Z*F!*xl`tPF z6q&I_d7%wvIkwhtXo;6PQR7P^a2)0m?iv$t?^6$;j|*Vto~S}dF4-a1rUd2oUc)f3 zjsihzdMuz6mhgxB4pJ+orxHC0l!&l>PR3*a)D-RJ$8j4!X(Sf*9sjsv+MDRU4Kl@BOk5=Awusd`zaa&5y zzX65y&t}6d@(y7Pi{Ig7n$yG^M>z%EL1fK-;7U62#lM>I%b1x^RwGL-5&(Hwwlq=7 zVv}?$|-9wyT%z#m0>Eh<6wE4pMZ5LA{J<30fH@5NyOTs0B8-=S zfp$zg!YtyD_@$!z^az3XzB;lBmF42u{oGLLlu!q%kYkr_rGX!>6K3_dX2q}MZy~&} zouSNOS9zSR3IlUFi&Y8y$s@ahdo!@)#ZBmzgny)lGK}baigfULB&&NdIm3^aJLW|H z2DuQ~k*Dk!YBu2!%=7bu5J0yhkD}4k(S$A1B%UCJ=PVslW_<)EDW#E;DY)i|l1liVwcYG%h{X4+fx@B?AnT7BxZr5^9qaS=a8mI2h$e74aTK2sMbdlxyQW;g-%}%uQDN7fzphZRImmF*{n2vQ zX+3lW>6{hzWWdU)xkd76qyl*;_^V_XSI%Aju4vd&FSgjQ`g2ugPFx&wZ z|FciEA`}?+GonI8e=xT(Q4B2u!kZF{0JBhq{i!%6 zE%W;yTaPBy9ff}%lgMP}qpe6(t~k&-n_y*m6GVqlDcUkT^-v>aj?7&)o&XuSxd|Y5 zeEI~R;fsvKX@#8nj$bs8=d^y&a^G9?md0SZNQSuVgQiv=ssqD&aCR2`Xs71fA%me9 zLNPW{&yljwee7Bb9MB{2ZuD_`eGU4;p?5%x5|5ISNpB-FSs14>uPuUYE4{xP7TW^ zLf)2K97Nlx0I&#$N{?301MQe9D5g*z_xY=};Tk7u@LCmJJUEQ=mNNH~0=(`o7@D`s z4<;%6R}HedHa}_+F=4v0=7FlEr_BaHNDo=c9rsoLTQcNR&%vIVF&Q5044CpwsHHMS zXfx;>BQ}+|CRSi#Q&};HExD%d_yPoUJTwtvz=UguS2r>Uw`T|<{8qw8eEqf`eiett z+haiqZ-6ED5AT;~pq~$(UJYK;LQ!p2A@ogh3^kQ**-iUTKX&3EmdO^27uYqkpXdqq z)43SdUyqbx+ceJ@e8>+i1CwGWGrPjJ9j&Q0h238yIoRca>tQTpH!B<2Z)0CILsqSI z&n2(!y(VzNh!sjd5nAl&;CZvg-sqkKip%JD55&ZHM^77XN%0?!wm(_LbQ#{X4?}Z+ z*a&c27-O>eK=z1ZDFs&`1dj}4sQnwAIj^m^@CJN7mF z>Cd_xsY3Gzm6gzd=aMWqpLYyq$6P|2v}c^NI6c4iWJz(MbREWy92q#4PhG1AXaz?E=<1usKk>T@=w zRGtA2_;^aI-%UpfxHXyD+KgqC_{)`~4RH(le@9Dp&nEHL3mW2$fY2r9SYPMt~yOd zj~Kijna;Ng&P+a>`*&Qiv+2Te6Edkfplf54ve~; zx3c0wz8;$kL!Hsiy#6B!#+W%7%a%KelMXA{EfS0gp#n1_Vr@Kgl*gSU-ZPRG-p%-J}7mzAF{aiIpNi%5983ygq%vb6lcFH*^GdiLgVT+-&asb;r zO>YobYk6bcNiiUqSkwmwLYT~>w%oxwTi&ns&Wz`j%7?w2{_C=-C#Wujjuz$ z)u_KYybC1<%uSymSfMaAfIRpa2Z8p%|iP$ zW;{-~HQJl9=sRM?sbF9W(yhXBa-dw4scaoA`j`ZVDcrqenSD*Uy@qCJe6rBkHj4^+SJ#!o%M;1GdgpKU=-R3YtHC9Wy z2t*rAA_(H-%o%bwVMcFHKFLY(yxTa$M(T43XDn*R*=~draBc*wT2c7*E$-&<)Cw#^ zPDs7jxo%#*9z)F7v%(d$2P47(A78hCS=w=(7ArYN9JBBD$B_~EeldQGp0!D1R?7NT zBph6RM^1;19bpg}(^x|i%GV86bN4Nm^?%@?TV%QwK?-%4hOn2++Bz%lFhiFP!4+lu z)+WOZ$zAG;t62l~v1c{YR2K*wxB*s7hXPPLwUuJu@cY}@J5+E^PdhP6hS*yjaGp4vAP$OaAkoB4eFh;5vD{a~z2&GU8QecF z^3Jh93dh@le?HRBwoKR}W` zS|%8Eq~ggA@0Ya<4O*x8pL!OJ7DAUSfp&8gYhCAZlv@=nEc3{eWWHk=%PCot&e3Qe zJH^U`IyMNgH>Qr#%A#u(G^?H9qOhK4v)4D&DkL-M-Rx;KDJ3hf)(KSIlKV@=8sH&| zO$IUZfG+P0QW4_wz=&9R=OZ98W@qHs@D^|4#sNe_71%l5v`}FKh%j!CEaccyzuR3a zVVIzGXbfpPjb0~D&98A=F|9m%JQVBog2K9d6ly~?5WZS7Z}p`B*gGEpAC+b;E55## z*J>%^mAdq7>Mu41_X4Nn%(u3nK%ldS9;GQy=HdeS=B1S#W)|rEY&xZ#kAN-_G11N- z#L?9dzdx36?MT9982IPeI=aeST?-*ZkPp~D!d~9G-tsFR2YfO{8%FVwms;p;l@fcJ z;3ReBF}0P(IK$JM#civ6Mh~trzun{(ZZnrFmn0XNw|JndHv-?1Ua*+%nYwKZ~`yMINco-i>f-aH+ZLC;rW9v+#iF?(ypKkemFNV5CY*$wXZt` zTb&6c6i%DfC9+RfYE}{QT2}U!A)-HTjvHK*nZHHi3DU!;K12yj7pm+IHmM1; z%OQ&#D|i+(<^jZeB!Z7S$uzRuWm-qZ86r?r1yIiMz#no<{Ml6rpd%zqKeR%VAT1F4 zLfSqe^Y<3u=puJ*wJ-X}j=AQuDa^6WQzk4T3yhoryhz@_pJSx`)Q|!)P*ZGYRLO8Q zK_aTF+#E_z@D=Ng2{gO#XJIlQwNA9yt6~X=Qc=1y^?OHvtMqrKl)bVzZZrba=D~0HmX!&JY`8jU zR1X|1zX=k9xF)+{*Q{lz8Qe~RoXLo4LFMWUCVcnY+itMJM`H%JZg(m>E<_1+7^6K7Vd{5&D( z=#hU8ApMFU(7mLcq_Zf;3vQGy1QB)S%N&>+&{?i#}&Q7TR$jGU>N zu&x=8ScpAfTA}Cl+gpqfOdD+LYl&ujW5U>RGiGxv<>r1CL+(TX!_|y?he-93?qD3E zXbH*t>s;ZkR5u;7)7Zkl~LRyxJ_)}G$y2W&{_*7e3}Kz@+>@>NgGG4|BuE5 z^65}Q803RMZ?c;k<$)O!bLnRQB+MudV^9We;cf!jJI-xLQ7U#bxZ-G58w?$s0E!(v zg2$>q{f-zi+SIX>p}CaXE#W7V8WD841#PF;>Ndu%biK7|%ws;>C#b^`;3#>0A|1m% z`p%My)|P?igj*yE5yhQj$i^sKQ5TA;V%m3;C_N}n4|_IwBq)Qi)rdheA7ZtA z%%~&=;APx-^~`7V0KTz%o8-~>=~IDWEq=+!`WEZfgw5eRk&}4bV@&RSB!*h=LudU`J&@;5)>JM^Y&keS>43U{)jun!y7apQR z5ZEdP8^#&w2w@@}Ig05_D|}M`H~EpoLDqGnlU4+jqk-oK9qrbNJ`<}(;!qP5*z)vb zA(XsILsW}4u(Z84wjDkb2Z(RjaA-Jt;g1n_C%{7SzdJxqeDtWhu$dFuC?9SWfuuCq z*Xl|d;HL`Y&L%15D@Y?ZOCqi}RVm^J!2$|H=LtM!=p#yUHL2vDub1&J`WlxA><=3$ zBzdFM8ygn2qgI3V`u+&(C@sG$i92V{4(geO4T;j0k(#!4r&Br-X7)u^quG=sp+PCN zyOpHK=YMrRNiTParh$^J@4*W-B|0{<3o0+oF+Z>}?E9J_-ZQr7MOFvL2_Gh>U1ho- ze=ACkJ7=4qK%~b3x-b(joK){CA&#vh6ptj%N*w6sp{)tFZgf_8HS5k+JT{lv3xV2* z&e=(k4adCfVm<+LjMrih?$hV6uAxw0{Dv7ROTx*^Hb8d8xDxG`p|AyNGIqcLm?hND zXqL#k=8>5rZy*q8sp1PkOBM}Z=2M^g%MX2gs5M61k8`Gpb@0hvI(fCt>A7K_12xzf zI*98>*{@UA{9PT557IcRi5WzefG9O3$|O&rext?JD9VyQlLz3sq{reh_L~%2&&Z#g z80;9rlSHOxJLDt$?j-G%QE%;#G&fwn9Q^!KC0rEwl0yg_(|0@uUoX>x@5(SaG1K)> z8yv5)_dDJ)YnR<$-^77AC&#YO)6zjTe{<>rhYeuF3p~Pj>BFCqy=-$<6fxXL~4|)!apHVBm!qz&%&}YG+hu4vS~^Om=r7$^&Fad z5lD2Wnu84krdZe6NxZnT$^uKPo%(pTn4Ki|2=HtuHl~Wczsb)YBXtLFD!2p>>pTV; z0;g&)mG}GlZ!$Tkr440YCg2LuGhQIJf8=8uec-?+za2pn>Rf`nDAqmh8hG=XsYuU< zi2w$6&raBU020z>AZJ5oRKKsdSOIY&Y3VUO4cS3#)zlJLrGwa&>~(2v1GmHVAlNoi zOCg=kC$yA{GzAu_d8 zrc^yx<@Kc6Ila}vA{ICaZGM|ApHt@JN?hi@Wa~0-3t7 zBo!yy%ok5uwWhoa>&wX>Va)B0u-QMyjU%i)axrm?p*n~Vq+b@!{y_%kFSJKrHmiHZ zXv4w)beQ29x80?vJBt841LW8po?haGa2Nd8j6ffQx}Q7C07C*<+_NHn>ndsnu*;y- z7`sIW^6LTHk5yufuABtf>Nj>>s!Ud4ANf7gGhEovn!r`P70osz2YEQ@Rt}d-et{%M zhFF|M9KrM{M_aNkDLT@7CP zU?lQTo*g^92j5}}BMK4p)!3xdh@Bv?8Um#TD|_H{m<-%fDF~ zyo&`dZUG}7>KL)dDnbR&Du3mTS1JTw7PWdYl-=|uh4r|BiRBCDiS^K08KS_?VL#g7 zwhO^S(s8GS2Mu=QkwqyF)R^->6`@zP7znVdbT>RKR*#VKH)pucGXjXX35UKj#F4<} z5uKP!((;#JpPvS#gj}MJYe7I!_?$CpWk`wNHM&SLoz5TY80fQFkV{v1sRQMg`M zOw&zYl=2$a4)WAT+9#60RwV38?fc(@qSqz&7gVy`N#$G0AWq30?r@05J%qXq3Z)Xv zP3vyeKgJR@q6pv@hQjZ#AHkXTI(@8g=9|a%T`h$qP1Pmfa6z|PltUOnN#Af&Eigew zzZctSVFkUPSD^bZqiRsCgoizR$f{}!M z9qQ_&8A>vx!7L2;%J8KuUlAO{rux{76UHDkgXYMmIwG4?ya%{k#^zAlM0bW+Hpil| z|6-SAk`T+HG1Rs;2Yrwax6*FCdx| zBS;9hE&c*k6Km_?#GeIid#s`lOP^d)@o3koRHQfHpKsHp=Sq6=p&;_5T@nk{^{$cR zH6&YbL}}i5&oFW}777NO-KAV+<5L_%iFE5G6ejrU&lv6bZ;4R~LP)3Y1{aU;=pwgW z8~x8F@|M6PaD7IN;Bx~9xF3pJx!keKd_3#sYpD9plazRh3Pj&`_?~_do&w|sL0FoX z6Q%0V^Z|xS_h<}1H^IB&nFai2%O;aU=j@8&A+MvG2=@_tcwM0iRO_Z=ko3>I`)D@W zNY>Ym%|2n~tP;I%%5rFQ;c(5A0$&s|73jLNzhP1=XvVC57i_7@G$#tt`kOD!ox=aJ zdk^on;yTdmrvKJ`Hi|^u)|#fa5;r-HispeZe$PPDCX8<;A9umee2utfHLY3pAm4x0sn_(UKhq_r} zkzpD+vF5*4B+ar^mjwOeJim5Nc{cB)1_dK1Rnz1D8cx+G^yD$oi!Mr1o$V7SieRSF zuzA;pUkngz0N{C;d>fuABon2ABFOt5xqFcrrkLJ{x&Rg+2hJr>=gcjmkqro7RmPNPFzPihl0-y0!r4Zm1M>)WI0Jr(9khbt2 z*)0Nzal$`Bq-ME(I3YQ@URI6ODTXh>c{A~%!Fn^hSQp5t7<TMG}d`S@%-d0WuuJ9y!YW9XLYkB0O=eCcr-^c}EuY%x9m^mF`^(1iYywQ?s&yK;c57KmG z4j$~Wsx!`=zRz} zD)VtjFK*TqbFMCFc(^F5JQ`^|MJHtO6NcOUBuKJ#8JiI}bcNJs^1DL)c5xEQ_AC=lQDm8GKH09|O!xGvhZSH3SuN(wWp@uH{ z7Z2Wl_ZiUzealHyB^ckQ6_`~ir!C%~jfy2U-pl%bAxBy&+k|z$Gd(05p`FXK1@BZOU*27dg*dXG_URbF6SCJ%f?s2t=kho0a7Ok6xTo zhARIa<}fDT*L!sG1`Dz3vMflW&Y{c4W_>8sG3qWwxnrTr_`V<+cGmZYgeUozSX2ak zWyKFgJtR`ytR)KQR)h8(W7uuUDptnb3PiVe^>Rx9C=%H0juMhtvA;X`;O-)Kb*C2f zLlRY_#f7C&sS^Aj2IhFev|58ln7Y&+CtGJwc4a&>c6lvVsf6zij1YhPcnDOE^F>~A zzb0eWD~9&twJu+c3<@SU*To`f8be0;d;Cd@oRSiT=O6cQ~tt)y0kB5Q;u(f}+oQSb4P3mW}u|saA zuWmg{Xm`^Kz$@WCPzks5!*6KAFjSH+B<>O~zsX_=M_$<^e=Q})VG7Jj#9aZwpv!&@ zV&O11*$6H6xlds$&$T0F_3VM3up_eo%=O&j@$wcDKJTPk1sRX z2>N36=tdnYGtbPtb-f-5b!O24=iOZN2WDAqT~Hs`Vh<5yoLkDt(hf4apQ2kB(V1*h zDnep?gNrUaa!%14?AmQb?$hK|=IR@htID@OwGTp$uL1t1a<=1PG-fCB1a%Y9Lq92Z zNz9BfGHNAVFKkTLhua&uAP$%hs9NV%HhweaQsJDlM{HtU8{#%qO>q0qD?<6@HID zISv1yvuMmUfvw~}E}@YNzk@7yU@cSm72ms}!Uqar1{<1*TmonwJRj}={})kSvXFud zlbTB>P`-f{92qm=<}Zb7xZqqfsX5MTxv%w9n0g>=90WVTXg25>7fKokSLW7`GZx>% zh~GBDr=aT)w+Cwpat79&r8aiefViKt3!BrG?NsW&IR4lTsRY{@zi8yV?S?J-xk)&< z3+SggKnsH1)!aL_&p?D8oFW?_4jRnT+lUPx)A_~{I9Lic9ZKY1izvE`NUIBXa9&h z60YAoa$F&kD06>lo5$-PoRJ8t|}z4{okm3o*U+ z>d!PBAh2I8*9@%Y1jHUaCJ54BqO_!a7A*)d$wJFsQe7wkuvqAJX4z8n9?pOR(8?fB zNkZ*%1Kuv75*=Z`k=|Bg*E~%}bd4j!N0p-*Bz6Skx0e@k#l@mHv$5$_9M6x4HcK!e zp~lv`M^}Axe+V>GtvTueCY*}kD?$4x-`|ZKWucfg!)Ik}4_s}N&+Z*^<}DN;m~VkI z;R1j-!LVw04hh5>8|YL#9%(`n>;r5MAs*P(jZNdQoH-Zla!uWDG^uo8Y%gn#6UB?5 zB`C*f9adX0yT5WJJdvs{fhhE*JOS1ro}Uo%bqJvIB5-5X;4~KxA2mt58o3VV0_m|^ z+_J$R*wy14u<9CeAs9LO-yILZdu#mV;roi~#snxLELad$c7Rw%970pA2PXO~LviaN zP?)QCVYI}|F|-n3UkdTha^nPNcpCaqqy4@0zn7qD9>XRL(&HFN9p3H^hJqQ_EGpG9 zpPd&3oY3He488q{>n7j)HlD~sE}TBn9E4v)d%SR|`0b-DCcKz?R~&7Wq2(GTVQ;YW zdjw{T>L>zbPQ-KUl?AF{7YJ-b!L_Jb_pU7=?4G(Og@3jmNB}y8-OgNwD5Z_UYZXXftzWR!(#Tzm4iB6 z+^^xIEDfyoW&yTF2xGaFwIaW$5_fEkvL`Pl7NJ*OOrbkr2B>270M{2M!K+P|*~Qfur7;c`*R=QH-MW z^}x5_HV2@7)`mi{2Hb2hR``GoRF&rz7pV&RQQ6$H&Pzl9fdcHbCZjxVoGjoxxeP$gZTj(Nw-g<9Cm4PF<$&0QR=1;fuX z4@B@Jp2hHI4lfN5JLwBlO_UZsia87-gqzb;h{_pTCXr^DexQ^eR=BkbMQD?%liNny z6gCaOT2R&vf*BoKWGHIR@O>@@svP)F9imow>oKCtf<&?+MV2>aF>KE6KF|!eXifNx z@R*VrNFvQ|J2hW@j=GLvA>MK0Sk>~-|e2TfXKpR)ffX5G*VuFxE zBb5WY(<@R4t>ytLWDa}oN{1yyZqW{{dK3ucIehAez$P$-^Z3oMUNo9H9Wf*8H{R8a z7w5kq>1tv`Zbf_4+s_B<$-yVoHage;f))8s2Gn8D^sg*qBVlIX{gOybb|?!LcBZ!2 z8Q&jgMOY8%Sld$ZNW{d@A}w)IyoQccm#d%55fORklV!~LKsqcD|K)!13Y?(v20siS z;x?yH=vUUWaXw@R>F>+udVfhWFPh{~_o$#oZH8GL99<_3tqyFF%%vOG{XLk|ZP+ip zSu)N<&8D zypi9cn`OT}Ql30|hlCz?h~^M4%TEgyvdDjc3|HrU9*d=cGz_X{E=ZH)3DuauKtzPFQ0j5SVKw8bD#} zqRB9<_$6hkZ{@+LE&oD{rb`y01Ho|#dKv;2g9oS%`q%_kgx~Q0Fh&@x8Nq<-Z}|krITEYF zU~;6;L9W%(8u!Z^&kF`I(r2q2LW~f4U}~X~LU|b&_DSwy`q`A1;ueV7rNnk_jU@*~ zDW*qvCe(V)_pX&C+9Mldm3aeAMS(w5(w}~1Lq&xJ$`3M!GqRj)~E7natOn#2?@+;P{$ zE$9DY2OT^I?~K?&tr`iXzZ0y9n|j!6cw6;tD>gHtCe!hjtdT|@e1{BW&(CO~taS!$ zu%q^1!JRngX(HFk(y;O^-Jh_(5I8pSl8F zxgK>$5q%Vg@NVo`57t$}5YqP-ow4^J6s3ZR_u->QD#jpEG(^5u2RaN#Q43D7$J+Ny zpBFE~!xQ7`%A&u^9Pn#ec4I#G$B;vi;$brj{3tiD^ zoI*5~OA`<-l6g9A-SF?&mboALhrD67_*CjMiVKHf&(a2I4cnM`DKzeuVfoitZSIT< zIZB9TM&ikO;sh zdY5YwwuE@o9FDt!>f-T(b&y0W?nJO8yc0+)|MoYL8$FIpD+VJU z4e-~e5mN3M$5IBPbFUW(C}A8FXou6gT_*wl36HMRB&tMqcMb+P4d`air7vk0C9G0Tp^CA#LYy=bgXs{` zUzvNGQI|9fVNFDBAoh0lpC08}EH-h+qMoTSJW#j-(WnZAO9O2iX?t#}WhW>m;e8uh zWae@}bvJeY$UN%;H+?pw1+tJPFpoDX7_X^dwo%at-MN5fSvfLE54a+?ZI-TjGS~72 z69yN38BoB2GzH9wCIXFe=8RBZL(^FZ zNo?J`yUL^kkjUCnHh2Y8z^cin3afJ=C+8#rGh+TKicrgbh|XPI zHADy&RmD7H(^*lZQ3~{yb7)re8De=I0Z&qPOx#hc!s(SZu$pB&s8@H08rvvX1PaN) z4p!hwfG&4E3N^ub)C+*lDcN6ZFE=|q7J<i1$AB(KcY33lx&ts~)b;FX=tA)M6%&^28(18D zh@KWUJUWh&z3Hnal*ckbo~R46KdC)@>n9X)j?D3MC$Bd_9>g9J@LmfIa&6!xOx#o+ zxjGJ5eSj#lY7k0eFt8G+yuMnl1S2J8?5Vk=2I_gb?g*N?Ir${1dCxoU$SFG$}pgFm#IZ zcdvVxEUk5?HofUKT9I-q_)0DN*;}7icHI~J^6>^D!A;Em*(myFDV53&*8^P~HZt-h z<*Fi}@!l&rW`htaAdA6JqJcjB)Ngr*-Y7(1xjhhT7F4;F`{mED6xMD(Gik*0omLtY zu1p`#VFHz5sHy<8b?4p8SPr5r)dLB0AzG&{l1U7G5=V10ivvCOzs} zM#Y?_6l6%_nH`APKR`eLXvD`I_xBO|Yi;JpsRyVGwuSe$bngf@ulpqrH&*Zl3D zC)fmG4o6gE8nd<+qu9GKVWE`}#n?J*iB*C}`);MYUJ&2s4?r{O_HLEM6|TyNG$gjK zGZ2;z8wl8G&@$usi(oaUturDg(OGKbf+jz4ApZ3}3F^hK3+v_$R{5_II1)lHZ745V z*l0}9IH(zSdJC_oZ1WYHnb-SXz%wJuhXJl-*asrIFc0*D3I z07I%D98aPVe8(o+H*B5Kph_DrW+}pU-n`qm>I7SH)?gdZW9Xkn2oK&3L3m8+QP71E z_q|!C!&>%T>{2eD?Ml6t0XquK0*dMuLf|()mCU~m?%lpIgFyOK^DXBjM({O|>bgCS^HZeh7 zU@^BdY(Dkq;V%u0kdgBB9y8HcELq@YyfvU9GOo_S_(v3$#GoY3Wp7UCv;trwPz|@B z4gABRC#E}_F7vb-xvAKh3CwacYB-pMTFI%u%uxcL*@U6FagbFu|ODJPQ3`{I{5T9v@3QuLV1h{ilhIBR-v5(w- z4d`S|uBjoaUQceB@(duVP6;=;jg>^n;)Twa9GMX$3Lc2~={G4Ib^DvCy$J6bu~{v& zl+^Vo$(oSvy7plDD8IEMn3x z6Cy_@v2}PKvXYhA9Ocj($7);A2CS7dH!M>Fy(B?S)3i+1^G|dlJ;IY~Z z!b|DK^8{j9f;vo)#bKo4F^BYc?OErv6Uv?%TAV3m1YEXdF&P%>kvuRW_5hYR$s)1M-7UI|0O2T8Q%=(!%E-M%nNu^=b#RB~Mo1`1& zgli8QsbmyS?;#VOKUiBrn_PM56Br~t0gygTUZ2?+GRU}j#N8OxL;4*CLN{c9LyAOWQ)d9Zd6Z9Q9g=fF?>fcr6(Sl5=^M_48Y>do0cXg7Uvq37 zjUY=V9VaEhcW^l{c9aMxD!JBT87hxf+fkv#E+q?4C5?9;V&)!}k>NlP_TMj3*$C(W zaJm>&r6mzCb2QFc zY%UNwiw;40bj;|HOmG040GIJQTruGN+2zazCZ6{+&fw$;^XMJ0)3VqG`dly7Pb>A> zZliPN*d}(L2cd1rZLhuf@dV5jGBs<$?>SWNNXP@`1RbPEz|6Z?h%v$i*u@#1&E#_S zI7PT<_2lSU%VF~)dG;06@gq%LO*}3oUSCd$@)E>#PXSta<8Zf7vBlGG4#KEB8GK37 zW+R3P(3f963m5TGb;li7i-{@1Uzv$@s57G!9ZR#>ix2hwE#y77uue2w-D`_CE$|o$ zD$=lRnPxw>(Hnk}VzOQvUMxKW&yz(LQoU-QGm%*N7?6Ze0x2dbfID>6=HyCEt7;~= z=*96c39D2?v^QQy#2Qz)nr?DR5oGXOn|G)%7zy19cX0bk(@R_;ih~?DHu%IZ1l*CW zh$1r&*b6aW)o}2Q6MOD% z(c*{mHy3*DVKf(-HPfI0$ih#Lw*=3<7HbE^b-?er)0#XHk|a*WE^9M=ma-dEH=m^e zRP2$5yFxn>yJHOLRHw?P`N9tn(DtMXW>gdac^dcX`%7tpgdsxg33@o-MuoZfI8AwRfND z8eO2x7Qw@8dM7m>2)Y_0TWY;qT`M4!kYl7=d@~_t-#G$Txb$*U8`t(RJS?^CWjrf4 z27U22H;}D{G>`NN`a=>e;urg}Va2r$P#t%}@Ri2iwalN)33o)%E;bJn8BdQ4nv|{k z3}I7zAyY1Ilk%qNp+Hsnun2M5AD7t3_wQ$MaK$0jW z95o;dqW%8k#&j~erHS;FLfe?qd=BQM@^1={e*BJa6CGV^f`%Yogd&D8T;I&;A#>i8 zd&Ud(mFfQOgGQ!9P&6%hPyn;cUbb#_CzsNGSC`P1e6NZhJsNi+&%B5%IjSl{`>(IJ zc0+56Q3JA#O-QJrwW&XNI+$%#3IV8%wIOgM zC>~iNLvXZnH(b0TX1L_G*`IL8ChX<-4NW60)8^tcqi~z z89pu!bns5=yEvi<{E6u;SLi^SJESz}QDT3Q27#^N1Y8;CJoTR3D=o$K zZ8H?rtQl=%kf54778V@xHt(lS@#BRbIGq3K^(};MT}vAVe7%TMY`s0vN&^_hVRyGr zFFiPnJK{}0!i_6)wLvZ!$&#jl7k`^2OWz15hQG5#L_vM#_#_+w*Pg9RrD69J23BN0 zW3_;YaR4emT`TAhkuXf)@XI&WGKYdts#9eA!Vrs#I#M_o|LCjRF`uox1k=b`M)r?0 zL!RdG3R}ul@)iQ+<06lA3N@x)ZzpZ|6g6uvw!{LD8SGvep+gri?d&QHWmk8*1KU%i z=dBMyQtAIcm{1l1tU6F~XLn7bWtkn6F(9iMK=_s4=3~MShlt(kKfQ79icJx>MCr^g zEnD{)>M$5$@3!x#jTQrQ88if=7^ko*M|45!Wn)MPEwl zGJONq1fsHtw2#sfu#Kk~C)}4I^G6;(8?lbiULeWapf)30rwxo8e>TN41gNaF0nSJ# z3Q#K(Z^9HLw3#Pt<((;Z_WxmU-kY@6oCP;=>}e=_+%yb7Gn$v1wz~cv_Cr@Vvkgh{ zj_`VqmH#THJ&0*hKATU<=QoYBp5fQ1zX2m0G13+3mMy^%tF`JCbJb^kw5Ge&b37#L zrCX4W%dRlrvKTn;NG)A%F9K#I6-P5Yt+x+)qPDjIELOO3g{=X%7t1Vs;?vVs(1KZc zJ~>D()QN4V+htex7Z)(H!Y1SBNOP5GCq>M zkT9*FJV*I*#ywiw_As;oxt47vR~30FpJxre@j3M9E#rc20==bbsLHttH#D6*J3Fve zGIKb$@o8-s)Zf&W7Td^+7t9;ShB*b9B>Xx)m zarquISdQfouc~YbV>xz}D1FItX^-?i37&{bbxNW2ha4O&@S@$sN7VZ6(P$7TAIPUm ztQ&iZ7A0+oCbrrzSde9cE8`jkQCdertX9DwqNscj4E0-9Nf$VX%SmuQLF}kWgfizH zq+VNkgOQ<776x&P)1)W$i=WFO_8LNp#54B=HfAr0wM%Yu$=LUbO9T1xDP_unzIhie z7z!W{E$95-I@2jOibVajwHH~JVeu*5c6g*{hqE>hQ<$_Rb_ zZr@=DdI$KVn?VvOGow7MR%Qq?_Z+pH#XQI&;lA--62D8F7DC((THd0>EtdxXA2xXC zR`y^tE-?h7&R{|xgPtQL>;}?x$yw^7a<{FgD55Z`PU>{d%itasp{FB&QCVS=WuY*J zP>EX-payugEe|_34gtdz3C{u403T_Dp7-?qEEIMeOWT-}^eAe9i7^!zTO^MJOo>Gf zFE2Wn;ah5J;LzapI~o~poMuDD%@0*CZ72)<+<7t_7eWJ3@bwJknJZs&{XAYf^Xd67y$_^js@!5*AhFyIwiqpTr73S(W=f4*!Hx;`9n%GX4sq;nUo1so_Z zNqauo!;HrY@-tJ(2X9Krj$LBE$I67wZeuB_+*`qtAll)Y@m+e(Zha#I4znh#Be`S)SW%PAPt zATa6#N)*D_5>^FS)3$fDS%zLKW0f%Ks?vyWrt~lgb#b=N&#&S69wgvqwc`~c&M~Y; zKW2QF{@iS4zjvNFAtD%xO@^d;rQSA?b^uC2D$i06G?uV14!^1-bUdnFceo9xn{(_!>WN`Zs0#C z%&7&^ZdVyNu@&NZ(uYmgkXmkD9K0^-&_~LRm}ILGv|D61gX@1N%?>#sB2<0)VWKk3 zS0{k6WSbmV275o>Ew@bZD#gPFQZY|7HmG_?A1v*oieE9`W2}S?5Rd!NNFLfq)y7HV zUw>$BAdS!_}w?UB#mxpG5FbpC@s-SQk-}d4${qeWy-68v~N844CUtH z?qP4|#vKIMuAtMKjRDKD9yJ+m5~$(C>0W9NaYNNG9ohXma4$X?cu>e~NO1g$ZzArz z=ZaHgsScoR8XFx8jtg*M2}ckQA$%gtSMwW#TVx0(2BokR#>xT9KR=Jv^4`f<$}6oP>hCIA3B65A;(0W^e8vRo-Ba zNKp(B$7&MFw8-VD%|TTjwF~v;*ydRJ?G0ms9C0+=nILo2i--Ritp%16mZ?u^>RcOj zTnJlm_dJ8Hdo?Mnma86th~+UoBWwu^!?=d=WDPeHm17y!AI>nN;(;r?-!S(c?Vx>- z$to_F9salA;6j%x8{BV5Pn|mdULXauvV@`(v?Ik%FQFbMQLREEP#F|Yi5tj7iPJGy zJ5NG<9f46{4ki@%KsxC>wOg1jql8B9y9ySy1iQz>D3u{uNhYznlR{(*uf5I75_1Zl zKvXUyBX|h2v$-EGu5=&F)e9z`4$=(MYO^kGoTZe{6!N_LtPk6XEUNbM^J@YXYG$_AGmiLPdNjrrwzcLSx zEL8_a*~3-_0uYNo9tYi3$N=L3wBzp5I4`oakltUa;d`huHjmwuQ}74yZZ;5jnf?$5 zNpBqvE+!xA5>uJnD7+fS9(V3>1sU;6xc2HbVLi4L&Le_F!blPrC8aIv1?@;r>@-3G zJ9DNI$4W-C0Vbq}ffemG#4bG~*U$Vc4=$9#lj=HI4euA!rLd!PWfi!y;$|wjw*WBJ zD+m|DXXt`g!UpLH^kVAa2OelC>o*?DUBwb6eE%_ARv}ZE>uVhDP3*QpFxgo?7WK<) zmT0Lg#t(-8Xa)i;yvQv@0tG=V>Ez%bgw?B+Cw zpe8gM(3Wh^0BS&$zon|WWV(Vji+-vBa6EUVhK<{Zn%;!5a7H%n6 znd}-wMBO=xuMHO6@}d6Pd;`V86CbLv*WG2<5F1M(tgRpbr=hR`3`Da*L_{cUZ3B)d z#K&n&@4p9~&p9bvxWxu1(RaFDG2vjGW#d0MhsHJ(F*?vuXVZ=xb08+%B)s2wwup>E zQZ}m0{XL8Rn9&g3FS!HAiAJ8_2`dyQFRj}aghC>YHN>KLjn5LWorOtsc^?o`o(uJa*kPdmHHSrxJCcL0 zkDU}O^UP)ma7I6SrIsa?G3GHUPf^y)n7eE#h(3OOP0iXW&%~bX9h7HpB6r4pby(vD z=+J1qQ|?n?d6f-BH7C`~23<)i$rFb%t#M2N*_-P+4a>0rdUfs~yJp-K`C3fbExtSb z9FiZ!7!{Qle+ITXSSK%rDFG`R^_hs+4LsGSK)ng~Fw-6ZgiyEIQA60JR$LJ|aYl^C z86g3LI4ZyJG*O~nDyPT|HT>h50e07I9V%lZ?g{zwIeuqZ0%pu?y$;OH!7 z1cEbzd9}@mqr`wIMY<4quomc0(I;wD#eG<{*`Ry2ERq%la_6xl7x72{C1+{*Op zRRlZ|#a46DC*g5gL>!s8Z83*g=u3SCJLH#JjVul4Hq#(7(Q?Lm1YPQvv)RvP251Hbv5^kd4BjNx)896`*ulbL2$RKTm;P%Ne zURj|Gv>o%-ZO=qYen)*MPfXo@N~5}ME! zl12Cy?7M&y#)2@MujD5V`4Jv~Vl&XQ0Wq9kX)GS?TAli(onssR6Wxc6 zu)F>CO(A+5int(V?j8L)CN}Gg_!P1FHf-l-niFIu1vH2srj`)@G+`$Lc34sE(Si`+d7hE0u1`Y)tYlfaEQJKI&|JtbdPX7xbG4P;+1E=u8qOrin|us$oi{dH8* zX|(5*nIM?z9Je^u`;E0KFg4Xbg6%otjgwFw79*1LzE9sXu|F@ai?%kt!K*|Uo-TZk zb^Q~a5-tzgD)7!yVTX3BKdV9nIfupco8=%J_rnJLOj`I~5C$jeCOY8KMIs`PN)Y+a2WD*&-tDg% zIan1xMxZj-22zhCT673&hS*?3@-8w8jyktDbcMdrjo$~y59cfXXX2Cjvn;3ym0n~h z#@u~`=ONwToJiL=iwUKb%_gb;3Iuq-#>FDSP&tWJv`cnFc4g%lD%r^;IL{H zlM|FXY803`|H!d`r4Hnw;@AXxbAVVK z`kpLfycZAT^HB}^>u~sGqNU#9B9m>5CJ2(Szm{F`UqaqDPeFNXz zz!N1frx*jvB9_UqwKE-oJLDMyq;ancE%AXbn#Bo{S?#=49}{P6`3hHyRwG=XX_Rr@ z3JQyt@(+KGd9hR>7$?&o`VlMT`VBgJE*pivEZ}773W_cqY(7{r$@7z^IqMa`WTWR{ z!6n27>#A&FtOyP?yYebW8x)Wot!{HOh#HFENwX;36Rbep3iF<-dux|AvPL}`+#LZ= zY|QpB0;?vbr31}*3l(QW8!W#JTywXx&qTL`2T0Q@_+oS(3y6^{TU@`|uRrJ>HBT`e z*o6MWs-necZ#AbQ^(2fNJ8Y3ZI~v;YbqvoQ3IRVdxTITD`3n`^i2fm1vk9T8)F&4B zOg_mXgDm-fSP*Zm0tRS0z8ugw%2sLHA<)gn0R2s7TF!uhOF z!GXf5E-?tuwYPu$@m{Pq2L>AStgi;Tuva{rEN+%ce=j^)vJ_90m2sXaxC`bz1qb?2 zy-lSgW}Aft`WZAJhgl4eNQ5S2t52u5s_Gvg!yAhT*$}o}Fry{g61w`>SYX~(gw3Z4 zjrGwmHAXNciODaNnTF2Q70}qu@iL-4#nR6;zdgk*JQ!BvxxGw_D+)FzH|xFH66W*` z)lCZK6qobg`pD-f?1j#ShhThZ(A+;K3%ijp-N0VfMgPwyO6uB`@a$%5WFQ;c56%oFjf zR&c4Cr$(&HJ{&Qzzna5V#|Y;?lame`OAOm*T)hW@>fI^BqPG3yumb>Gt`ub=mI}jr z4%1=s0GcH0`6(O#bn+w__YX(+5ZM@4VNpfxmyxP#gFIQ0@!M-1=!nAE7pt5nT|!t~ zO&|0cXo_w+T0XfUxV{-|!Xb#M4p)^Yran!*4&F;`a`*=Wl9RfUd|9RN7`fFp5ojvY zcFqi>{~;(FZ>cG~7Wm3Uk`3BzzvI!@x%j(P3hJ`*X7wMlES7E{%(|~tv$d>7dq^YE zl{BaYVXiesF$oa87m7l{*B^TxFn;jRsQAfQ?$G=`6DmKWX_FG}mvj`Snc97)ISURk z>_5Gc(kKtZ8sWLz4M9AE>%hb4r`@gu4Cw#85TgrBf>A9hb{DJh+kBglV<4JddfjpY zjmf`nIk57y2Diyrt?I@ih`N?8+P;7ZdvPLIEY@OotFOWRP%-zr;?2F8O_#xBK9(Lm ziOn(9jW5;~veS$Q=b#t`ViM_U+Min4iPKCeaymrIt@FIfT^`kY~7x z++Z4MmKZD-i$i)7$9?kWvk{*}0_a9E`Qa)!9fF|~zEmqgcG;mMcT@MpDX1Gy$Kn8` z_L3RF%W>_&wmNcpL^7o#V9jzZ3zk=IrwXXZu5Cf*mhzZ|o~!mtylN%@z)04ju=ep73JCAGpcH z*(yhjcuCM2-m1Atk1L2TA<`w-y*$OwUf-3LhATjgZ^b>A+XB5KHOHVWcb&!rFm2B; zYt#0bZsGtUq!$rH4DuVn;zb`iz8%=`8C4j0Arx!vDI(PJvtZ+w`RrpTzboG%`Vl#$ zTtYjlH9fl3^E<`lEiT6p>S-LO=mC=W5y1)WC|hea&^ehV?~i3zLwX6;X}SPuv!kw` zRIn;(Rt*75kzme=fvdy98g?T4C?23$n^;f-@}4ZC@_yjW`pYuceR$VEm>{=Zwkc~K zC-6Du?EI166FwsUUmKmYz>1*<2sjH==Rw*MPS*%e^^UxB{iTsEfXD5 z5XWlLBKIH*Z!j4&;61-?SwZKJ-xNFt1~;(HbByKMnJC+@O*^)ziS~ZnDX85tmKxQ?hTX2)~lmJSVl^Arf+xTHk2NDrcASKdUC%U3_qietk#o1rK+78B;&d4oF zm`AlFP}_^}2PO0KeWIoc^? zkfr-vB_gC^OUVjv>5qXpk#bd<_Xt-0x%IdT3VC1vztHCaW6M4|hU`jZC2% zmed7~$Y%LrV~!F2>S)~W!QgY|=sYR-#nR8rtBuOlIxiX<(3!^VT}`VD0@9$&8mFuesV-{S6oY6nsPQI{qaC#4qsIWZqL~3t z$V=`y9syTo3WsDWUQpp!6Ch9wjNxpOPTs8<&op2?NTBdU3l#{CqdYdX8tADmTQ=dD z02X4jEs=URBFe~j9MH-6UND#la>UVLP2b3j7Ty(t28>@AjIf5Dwi`sw!AqnIm6~2I zI0Z=&2(%oD#0fe&z9na{uHBI5Eq*K&GXa2AMq>GW-8|N5@MoI^T%y(S2H67r3M>G0 z#tlpCmKK`r|F9>GggJ|%Nx#O%T*;HmIE!=`!x zRN1Z>Q9}gIXtP$Q&Gh%|u?u_+YFgGwA!M+hIr1aR^V<{T>Ok>1NLnGltd#H#C&DMR zqLv?e9Xe>ps19rv_d?^~<{xd^H;WFypIq(cD|^E5|y7Rq?a9qAL!89 z7X_Q6K3ymms~84s%8)z{%ZBdK0l=n)fD32|`T@NR z8dpCn9tgf)FJ20_R+&kLE#=zWt~x%wX2-xJ#&@&GBa7-k;G)aED@3ir36h|^$me$p^I!%`c`hVy;wKUIP8Ura zJTIiT35qtVeG3=TASy024TDDS;1+lK4JgMH*8=5lBmpcR!h1Ijv*aox%3=mEn?7Fm z-5A*fMi{hd6sQigbSz^8N5(Qe5_Z6;tDli|=szZWQ(`kt4UYD1G%q)2G*Fn_l&D!F<u)k&td~A|T`&hj z^kza(iGLGcl_WF>lDUs@e4Va+3y3C*k3cBg35hiTXy%qki$Kp#CX@*AwF^T%C$5KQ zF#`DgWpz;A*kndy7KUW~p5MWtkobeDNb#tVJm$PCdIM%ygb> z=;yOKJGmN`r;fuWR4A_<%~wI$Yn%Z~Wxg6%3CY^GyX!>zuL8LF>X@-gm1=CuG*M(0 zxy4=FolVUts3gFkl;PoVnKuCnI7pGOA4_DHg9yUA+wnO-tH-k_G^DALRTo$`%|IIz zi5^X(TM7XG&9@%|7)aA!GCXykO$B0Yw}@~f(}s3&0r&Zs?`Y7EZ9vE!?0GKwYgpnd zaJny4uzmPY4J_Okh!Eo~j^k<;O4KxoAfnbO&W$_j^KxY-C(KJkVQ_Nw*fR`GMD{(b zp#sRZMHkLyyJx~qWFM?jIA!Xiap7vYvhNx;KUi$2g==RHv#%ovhF_f_0g|oHx;;GB z+-i>3;zJj77*YB3>e*WiRGjV)*=@1W`D?G8!YUjUSC$YAHcUXuwgQoGdLu`MeEh4+ zKJ^x#?v9W!kwnlw0g1Qrpmq|?AcQe`SK`78(I`MDl{#%Y1wOxe?XknUAI26;Ko5u4 z0QeRmKLV+OAw2k>k<8$pZi2K1R#I1#4jw~4Sd=}|m| zh7oOAg9|(btaV}6*N(-#G#%`M6gjvHo_^qw5151yKq#zM1kBYeoAmmxYTTIZ6Hp#> z` zS5zyiDj8BtXj~KGgM!Z_tR8~tTm`HZDb)iRp=>{joWl`@t|;cv>5Mii#YSVo8VH5+ zK2H4i*jw^E^eZ=o7*;o|M2Q;Ur&=E@Q$W4@ZYLLsS25WhK8`?!0#`7I;54Pg!Lo}H z16B#0hc1~$gGLi-GS+*vn)3?3l^>vs0~m*~y8%xPK5_9m+Cru#C*w$Thr~ zkqd;w@S8TcAV%2dgTsQqOZvq<*Gb*Djp(T(Fox#aR7A27uV)+ z4<<7ot*yNk-cgkg*+dxUECzBh@|H6Ms_B}1ko|RDd=sZRdI_`J*dIF8BZ`fU53=p) zvw)s0!|BW|lB7K*agaDG<{A&2-o0%V^e8Lnqs&nWp!THhFDe(g7i%>&APv+YX{v|m zQI2OxB6I`D>!qV(0q@%9RvSsMV}&VF)7tnkt8a=ROi5AFEQ%bJm}zo($~5S$Hr93HD&HEChc=s{yS?Qm0|qJ3OU$`5`XKzxd!rDKwyn19t3gGg{UYR9(zO zZKGNReY8HCIfiwv3gR?D%o~}aK6ws%*RQm32#`50fort^-XxMTqqdCbQV#~VI;1eU z=3;szwK+|Q0*qGfhVp;BXk&;8D;%)>}b-#*W63bIx2Dv6`igpk7UUG-oG9qzJOX49rv42FZ^3&bc3v!5N)aFH~nkA=$JmI<4|a?Pvv-M02k=tA}D(huUb zK7yf=#fxoPQ#g1z@W*Z*RYHDV(t#orO>r_|VCVT;;wEzEb_-bF45YL|EW+y}u}YpJ zfVl^m&Hd=lN{|D5y(?wP$dxe_O%CVLxzL9EvGtEW9Ki=sjm*M{=tf;M6BG(M zZ&8-oIDut0VItgY4WTsOZ{KrFU=II#=Mn)ykqJp_) z_CG;dW@PU^ogvp-0O#5Z$@ca+1(>!S|KO(&GS(`Yd9w?sXIs7tXcg$?OdKFComkQM zqBM_p1;%gjNz5pMsYxdYCTmCz;F`aANRufp7!!e_)oA=4od-zCtE?*xDW*Qa2kq6r zU5rTJcSye=-&&s^n21$T_h=kPLLzXimh)=(hze<%u@Q%Yp~6HK7pI&}R|L;C7+oA3 z_4@9LwaP>hBaR&7gejjL>?<4Mr8llw&a*!+o+d!(1Nbda8Wz@vjbfWFW@}y4>t19C zfnNj3RFJGw(?ASNe6N3%P>(_N=kM{2M?a7TSQbscX3ero1iB&rm$* z^+eo$Pdke{nIYn2pQ^sz8vPU)sfvTV$c5q_pDhdI$kn)jECUBWOUlGyyb3%^VG&Xi z_p1kMY_Y;mJXH9t{J=)U$Sr?9!nm|eF;~C}2cIA1k@dFAvVYD4K^nJUC!`)31gr!< z90v#(daoCjw$s%vCE=}9Qxt$#1sbw+3 z{9^|a{a{sQ?uo5}fmZ{XyBYsq32gl1vkD>RA`y8V_IaQ801?-F9$DubG?2J1v8aKt zZm1e=K|wqC;G6=6sXtI*E<99Vz5wi`#)rUiKClibW}uk3FCWqgemIE?Su4=3NN@x4 zXr21{7H>;w(*|NRROrndCrx5g1Q>^|rjfI=Yi2|%TnOzrIfo27XDn+t2e@bo9!M9>3)Cna77qD4O2+dmY(tbS zqiQQxs`$0-C#fg#;=3DnEzv}=csQ^Zso-i<(*xQn1oH21@}a?fIrdXCG>))w9>jH} zn@TxsC`3KWtuQ3pc^u@lRT6Y*>}*Ek98~NZ)Q~mvG4jw8;JMW7XOXYa+v_o@v+Ve= z6@sAd#Tj9{U9+}=$|wwrAdJ*Nno^^U+cqW+>`bO?7GxvvJaRHcZ37SGq2h7NvNO$I z*f($Le~S?@87DEhem7C4?xr#xmZ5ny7mR|M`toq(s%NDc@ZyR4X%Vy_2l?o;h5+7SXjd=ZOPN*9LQNI#>lk4Ka%(T(2HI;&v~U-u+s=kr_+ zCZ5-hbX`^RMFx~g8YB$_>-=$ZECXLnMt_XTETD*s6*ifKHNj%az@(lNSFNolEt?`M zeuN~M@6tDxqv9oB+8faVs1!h$|K!L)ILS_9q$>baX1hZhtLsz_lKU%Vy5%7^kxrQF zl-RrJc@y1JIFV-1^66F5HFryH08RtSi}S}nvN&c8F$PWke0n*a#kifl(I%9SC?%ZL zOd)WA9*M(N6bX(Y%R!-5LqBmewk%y6G&frmFzYPtS?+4}&Y)3QvpzPQFTZJ#Pdo)C z3x1Ki!fJ88hblKbU9~eNI*{!a7vu(Fl;BUHU-;SSk^`cJ@+mqmu6!&k0h^_f9 zL?^Ur1g$(PdwSu6-)&IDw%ZkTZ&FMwj!bt3n>W4Z#R?|aXCY$ne}P2D!<4ZShhK5s+(Yo>C7y;~X^ zNTUmC2WbBJZL)&oC~IW=R#Q1G!^^d4{Q?@t`{;Ww>;J;0J8#F9m~8^ zbYLMpGY*Gf_xzG=JT-#nSgUnz``Xs|1xTIop`w1V8i@5jY}?C?WIRpk5FrO=tm!vP zJ5)2)pd6gzj6T1P>66r;8o5I3(Jg2L9j(YTjuwgdLbMx;N){?LyTawlU0JloQXGkv zoPbM}hu&rE1cuLoHNip5@A!ibw`iIoXU@GsyGIy3?C5UJ`-aHRrxEb51nZoDCPvIF z4fs&b(4%t_+bi`3qDz_XEnCRZF^w?$Fy(p}b7v{Tn-ArqV%(80`r?d-6#%fJ6vMvz z#V7wC)+0va7k;&eR89zBO+P%FWK|~u;TIvJtij~LHj@&VoUZ#JGdAXMj28f^+q`W zyC@g7KZGPRN+U$@6};<~+4rn9m$yP7!@QUzTNtX@OgRO+y+VK3V;I2XFbW4WztP_6 z@G0CbAA?iT`|Nj_N?!K~o1mkKXyUO_q`@LfS1@1)0xOlXQz~o`0=GBHEy?V!0hlJz zqbwd066HAu%GCm*2TE7teT6(3%2^88(V5_+(Fei18QkR0t${-=Jejz7wkd<>X1XXd zac^|VCV%Gr;)N*6$bp5^IFztB1U8gH)@!sjJj@%O1QqMmj*>MTYXm4GIz2(X%S|_9 z3H&gKLx~r=aN?DqFAL69)S!>BQ3$DZA1s1*1~_Z>ucwR;>#I9;j+5K&wYmoB`#uQV z#_F~b_7%0O58;?OJP|`J2Yc5(Vsb-__I)HY!);mlOTuGcZ6qYuy&%g#=8usSgsUv3Xc#10ihGxZod7UhTUcavX)HF} zCZ;yKS3UtI-U}}w(qB!`I!0tkAlM-@^kC(*HSl~~b3H@)T1VBbxB|p_H|Kn&06#N~ zew<$uGjXpVqSN7oGfoZ~wd826ME+PJEi}Dytq3P~Tx&P8IAc~cs#miMLS+;#l`v(- z@9~Uqpxr!2I0RPKbZA+%AUnr*?}j!-C#&LWJcA$iyK^H9(8(Mhd3`9`>}O=(L1hB;hLdRBi;kMmM5yR5S219T=jQygQp`0&T&xi|ug6IrV`e`6jO4Q^P zD(R!w`R{O5Kp-|H;2SJ@>4q(AG7;=-iSzm@sR!^s3LMS89*#0a^tnnqK9&Ak32?)T zLkSx)D41)Oc7qlxTopFTtn z-4mo*@DOIibM;6UvFF{(2)|&6uKFFb_PS^*W-5kH7_Qi<=@kYosKteiYn-L`;2eJU zR2JgPpkQz|4=%VW(6}>AcR!Xd^OEkJhr>wM+YAOno>=b>pnK952@;pgLk|r8U+K=C zKQ0)Zz+hDSFgC$7eGLPF)*(4*1jMmy#Xn@6ilLkeQrB0DL1 zy}wyAKMu-UGYo50$(^7+3O;a6OC>tM)PxDZiVL&Vx&imS(j6)GPp_n8m(tjQ9{07G zszdxX)KSX=Iky0cU+0-wPMkBeo<(4U_?e&)V5E%9Uj&IvkUJb8u^%1sOs#aynSlwLH&g!>CaQ@3#Kr5sjv zOm9tik_))EH>LfHz0oSIsTkQ4@8v!1!mT2f%5VvT!V-o!`WB1c%{ePIUWT^ar-%kB zDMtm$MIMY3X93L+&*60Mp6N!)IYbDS?V;**OUoy>AsWHMCm*Z8A0R0%14}oZXJl&8 zjFT!bB_7kU1p?z@O0pR2$qp|llfBB-x(+*TBHO?Z&g-3_AG5{>#+UYo- zNE~PbId>#W=pj+L7FlWq&67BLSC^&|RkIOpL*BbcwB#v|Tl>vjn9ipKu{F~TA6!OF zs%lE?HfFNCzjo=%_!rYE#8Fd^VHF(p-+4Pb1M8YLclOO$5hl??v-r1V6HwHq99Nch zG6i=UEt@Jm>ly#I1DoIe>(3$-sDk~GOS{ETvmcdn2T$}f_wcgz0JSSuOnbGXg(W`? z_T>t5`Xc-koq!T%_Dzs4tWajXU=$Q^wwM}Cq!QBFBXr!bZ938* zB_sfUF?up#wP2^G*A>;}Xfp_EkGfGN7GNc?^7`kCxlJeuT%#dZXbe`e1nC49h9+cB z{ONW1k27>o{n0kE(!l&87C^72bHW!P0RbB{2K=!*(m2tX^*=L*2&~e&DlIJCgah5l z6Smn(kk`0~9(oTEmXL-Gww|URfvcfq)4?*~BAp#f1DeOd(e6A9do2BtPegJnUV9N|hou1Q#( zATHkCPGdRhHVX!&n}`F-`4SHVPUa$8ZoD4ykP6o*&gY2Fu)>nAZQs*?{65}s10Ht-sTh~y4aulNP_ zz#-tK#ZdA2y{fzJEc3d-A<{;y+afJCvm-u?iDUzKF_8@w$cCXqELWMx{sX4$y5uzH z=S<4a4vwWL(In?SRqEUc5R;mLi7hDJ;ART;Rm42yCklGFzaBmyTN`(5z)LtT3%T6R zAgO|0&-tt}WkJ(1iX@;vZLKZ8+biK8m#d3k=6{_}8g(WV$VzS&O?YVyS>#Jg)aikK2lc=D& z1c;z)OevAJnh5Z>H?ul49|}lv4zyYaJsM>TDW>OOdG%#}z=<{LFv1Ht1wx#dw=$yS zuN!NoW_*t=Fk@Uf+I09~OK@QT0wc(53GzSWh#52k51brGnl2RBj5Kn!XOJV7#rigq zJ3JpEF3xoiG$<@Ketde^KW5ftd#@DAu@<}`b3U%Yei$i~j=!~-#bZRa5bp1LV#R+* zv3H>;kZW)657R@#6MGnbtsDAM*%&*~H5#nlrC)^czHyn2ntXz5k<4TYHLf3l zYai}HK%B5|*UL@QEGW^HEOxe&*Kk^9s$PYCS7x-cX+9tHF;I$ctV@)i~ zD|SG)(veSSn(I$R_>Y3BQK3TGKF1?>xu?t(f|`1Gy5l@=qV4q;2B$a3r_%JrhR7?0K7` zZ4bTqHqd#1xI& zuP;Ttz*AW<^%<{+1b(GEPLA)ZXf>;nT&q62MKojg*91)jQ>7Qw!3wKubF&3ZV6*MxDu>(8vlGcwk7G%iL`K4`rJlQ4M>T6pM7%cL}evS^I1wxBZLO*OY$ z`JpC)PtWHy82LqCR4G!u0K$trdhHfhJsOt%L?IvPFkMxb&o@g5D+6##w9=SrqAp+n?BDI6{ZMF>u&|5#Y46AU<@4#{3n`8 zx_MP#CVokbWt$eg83!r`LRZbrv8>`h)%^^zn-+r;;jm}q)Hdf~CW4-yly0=M3cV7| zs|5q3&1^6Ml*5nR#g+WW#4jZVSntg8PP`XCuOaUQgS15NNTuZMFSi*N#Z!&5ts1cs z`_oO?VHENMTn`LFx6fH77idSwwO&0qeY>#o~z2=Irc9{`_qZh zE|244IQ+S76v79&912A0OlWH-g zbOVDCf9>Kq#+EIVRF0g-D&dJDOuN$@N5*(@n1<+_bK1%o*PdI5fJuDSBq^Ee|3reBe3f>+E zHtL{b>UZ~Do-*F6@Q29&+9i)^98^64N5Erh&!bBzY>_SpYdMR3BhxVI6Z1Cj61AbW zr6-){3d16Kd%Et-0NkAuB{eDEscM-Y-z`sdxFKBDC@nhp(`eX)?3Fg4pF4{8PaL)Y z`T+EnB?cnMB!?5UJ5M_y9&U&s=*+>yPGASA#>{k{vP!x}W->Ts4N{l`f?ehxAKE5} zK<`T#RV%#c|A~OAXl%ce$U3R8`F7KeqyVn9d$Xq5n1BhvX7-KnR zjV}))mcK4Lx155d?2(0U-8)9kS*>;N)bGE!5R0+Yf#Xo`c7OBh4fN6zTon@Lb*-?GJ_3 zC?58hvghK4T~O7q|w&AwBMO_YshO298+nW-de(v^P&kQ5Yiok>J6GUMN@ z7|v5OK<=c4@o^y)s~?~I$Zx7*Ow}U)&5&7PiEPCHKO*uV6Fkr76pTwPKAd)Mlk)a~ z!7i*R{Vg2*D{9DnRyHK-643MoA<=uQ=oD9V?4@(I65dig1?{NhlJ+0*tMk@f$V4nM0@qjq!oKpmZlKN)_+AQJthRd}#=(%RHF7JHa zt5h>G9?F$68^~Yrei_AwjZH8&7!1R!z#`&&ofUj6 zS9}73T*Y7_t&%*(1)BgEKd+yqF~iaHMG|DAD-xtHf$z*sV3@KadvMAn^?lGJQ>h8&dT3GM zG3@KCO$<4a+`ec_D&$ldJO;}24;J{tV+kD^MJ!t?HoaxLm+(+0?MkR*cOkPK*gUZ++ zHMsh+y;VT7Pc>dEA~r*d<&kdftzsd^7sU#MROIMl(gy9Q*(Lh&cz;qREz^_Sr3D$6 z#^|s+Kg3IE#gqsJt)MHY3PIhBNsm6nD>kXl9*ePsq%m5@H;8x7kT0iR3rceXemJ#v zJO5U#kkZ}KG4z{BOZwq{Li}@J|7K#jqg>c??wapP>jMa=&K?{!y+i-nyCzI z2}likEC&eb<`9t=n$|)yFllqdX%b&IN(-}nh6{esX{l#|M+XtJ0A;kNF&m~p75!If zff#TCW)qDIW{yC<5(X~+5;KmGHQt&I%f(QFbAHpx9?*4%Qe0UxFJIxnE`AM zUHvwGa*72f2E)WO#41_=!6rGBAFXTN4(Z|}3UqXT*I>>iC5`j^xNOHsY%(#9v$>z` zL~K09*8^8Yc%{A;elsdTBT3&#yr)M%h%fjeSQ*Wb)iSznHxQ?cCWo&5V{IUz zc-U4V+F;in!k^FH_uDMkt_Pr%7v&rQi6>FX(tHsvQ@X3*J30(Q56>?iqdm%tyv|Y@0Ar7pmB8y?K|dth=E<* zAHj*BIk4M4i0FPQMqErf1eQG4Nfz8Qx3e{zqf>$jCkeC*uL%o^-ky0q{4Z51 z^kcCh*MlJ@md!snnV;=)wbQHPIT4kVnHlRO)xPH+1?6l%RiRdSJvjOj7c6fbb7uI1 zpEv=lm*ew_Ltm+j<{KIi=C@!ED3Lm*3GB|Ws-8=M7H>KrF-YT`rg(*D*gpw-X-6P> zfz0vnZx-7Sz;&deXi-Sh8=GOity$qKoEypyz;RP7HO?FPK)DhsS@O4`cd?t9#Mr@G@5Mhl?BEGxtND)O2FpiSCJ2!wPk zO!B-N2GsxMs_c*!O|&WvTD(LS&e_4A9vD2uSmDmGCc%;3JH8m+^A%w>FIrbJdAZIl zT!wTTQ#20ZH?GjB!Ec76=p2y(|1hMj>*dfS4`sjP>!#l zjuvnRbO9V$;6qMq5ZTNgui-#(%FY@9T&Ktr3|y2x--|e>%2#j1_Ut%6vK5Yc;g;wq zWs|5ZGww8hv1-)5?T2|KcTF8H;bc9QbRiL}Jf(WT>ZWp`r7dDjt8t9{mZh24BVsy9 z!BYm0K7zd&V1sz~LpZO`V>~4SStNZ2w||s?&=Yd*+FGA)!#s3D2xF!+qs4C#5J@>L zH@R@F)X>Q5+4cyH$ib!9+2D$2V+rb4TaparSvUQ{ER04{e?QZbykx)_vdFT86}V6~ zsr^3aVHz%x@JtTx*FAg(eAcbhqDQsKD0AO#JSb45vl?~|Fi>+mUPiY{YThNP!)yW~ zcJeHbmoy5-XaBduQ)r0hEm%V6m8!4RUJfWHEkZ)MtDIw*$W{by>ea=)Nd+mx@CR4< z{DQzZ&Uc_9L$W#Sr>!SvS(sdMP|Vt!YK=Whr{X3kcY5LOpgs13AsE zIVDYQ(8ceHGTHJSW8qyf?6I%HbFm!cPAJfmv(Xb(Eq@TE#3J85WZ5v*@foIlqRdy}ECCHwID6aTK~|H2)}~(&Q(>)< z>(}CSNm&`wmh}x#rpk2GX*)~vC@OV9GL8-*0MDP<(2iZ^hR>!qN|Pg5r}-~EJRB0D z2Ful@(b~ia?i$ag^t%eyY91C*c&8h5Uyr#dwl+3W}tWmf7DON$VeZ|^5LYS(rd z>@HXJKXdXfcky!31L?7RFWrJz%R28h#}Hhj zOQfpuQ$0K-WJBCZz($lUDqT>5KG(8-{_4QD;o=I@)cAXhp!kPZxf^_ zcjysn77}2tX7Km4`PL%bJhiShGF}#sjDGq)xng}`;0EsSql^L^do7T*u2C(}g*vzW zB)Ho6!5S!(0m*2njf~q9a8}ka9OE2tij2bD(Ul2}NG=T#!6<_-!zLc2PGfZ*3&3k4 z1$a`H^G1I{J1#aY+NqAhlJ3It6_0$RS0dFLE+!*yD@@c;#lf13R5y!2^HSxz; zQ%u)4pM*(3!R5?yOSuc^S4I7Ch@sV1!8aw^IME4Ek-{-#7xc8TT`QRVTFjdnw-$~g z769wCsC+xhDe3~wq+#njRt1FPv9O4rKGrasBXr&BO=ih+iZb<}u-C`++&(Gb)HUU2AqmWGP z^IGDc70NK(IC#2<^s!kGI1nl9@^ugNT^!TmmGPvz9R<{z%;rJHFnCN3#r(qiJ!ADA`)e(sAR#FS z-)LvFNfni;S*BVhDd(0JGp%`9rA@){%x~p2E#dl7`CrnC=Jho~_ zvm^x+XP*Gn7(n1`>DbcP71`Vs9;(+q_K{(8mb?{YQ!6B<;!qhBBtD+;@=Q?Rl5-@Fxv zJKSsLCM^lQx#tToP?{H8z6N#&2VfTQU{}>b99|V}-QaGlKJl^&xZ{s`ut4zW{kJ+o zv@~a8HN$iGmlHyV85Jlg79lEOG?8R}4f(98*tH}mUK;+%hO(ISl=KJ+`tHov(IYRL zcmV@&WB1p0r!Fm-4JFyA`&$?KvkF-PFs4~%8$*N6T)Qj)HHx093h;J9&>4bP)wP5T2cRMF=lY4`iJDs+M@ z$$<#Or+JZBzRD;7F$kYg1^5`>oc^)JCr(>-s7rMQltAefQBhMBz^f{w#&R9E+>Z4H zHpP&EX%-zpmRPUT8S%Vj2;C@KMtlDe(H(U)&EGXNyzK1KbDR5EbcH{3RM7=$`uNF)ZG@Q-mzq_>G}I5_;W_+ah(T-q!U1SrF|?g7cg#fKS%WS7D8U6gMDL_SG`%1j#HI`4*31IWCzi3S%Un+rw#%WoUbBZUs=nU)NtK_I^= z2B6%|^3mT&bVe;(8k<@nHQi3eSpihdAXko1_5=GvA*czq$&V36C*O=9@1-m73E3Pa zvG*^y#(QHEo*{t(C<3~t`1E2Har6eR0+`iJtYrh1u{X#N&0tT$hF9jeHhV0X=f5fu zJ;n@iggJ#6*-dhuI}tapAXyt5e~7cmbF1eIUUb0$v2&^lw>2XQkre6aPOjEFRt=|j z-seDm_26ZJR5I_ibbGJTWyA-5hV?%LN*FO zA_RIea+IOUXI{+xEp9W|Aofgl_VL*!h!^*`DT`}oI?P$~3-v(`4YPYy8GsTvqW5Jt zsfH)|xzI2~3>gNE)M-YCh9F7amqw}3$PR^N2g~UVX%M-wur%ikP|_4z>a(?bK7t}I zuwwCDW3p~P;2FWM(_!Wk;1=%5FtGI^%F?_HqCwID>903&-b26E$v_PG-X?nou0$#x zW;G`+ya9AK#ARALF+AoXgOYsF_?@u=oXQGjDmy6?3D7?&UYR|O4ke2MYzMcBsB^Yr zxlg*UFjEtEn-lRb&9g}{35YuNJ1UFi&5I&k_9pb;7_55W&oh%0Wm(CVrpMI`9grh< zrH7B+lWDUGf5baNAPGA&3``h)vaX}uZYB%T+&dOrht#5zyM)bikk;jqceb*K8O7ElL@!MDcbQ z!`4|D=r;7OiHz%9>;nfc0wxJwcTqUZnE9nGtuXlycNxGdOzAqkFm5~eNk&bigcL5a zT~Nx@{hBy%Fwif52ARw}>aV6fC+aDhr9Z^-?cyjtoILZDwbs{!+!k*9w!dC>D2zBd zIO6b;i&fcS^Jmm4{otqlr2>Gzf_5L7+JCgVs5a=WUoBL8cY@+I_|^;}F@XC|sO7DT z#|#q}c@;?NT;i{9u755=TrQ`WiGS*?P$OFJL zRSPxVRCX+jI?E6{$lq9-yBJU-iXbH!K(Dd6GQOKSE`1hA z^<(L%dH5lyeKvlDIs}&+gI1z-EgCaYPr28?PBv>Mr-ZMtG)W!pJ+Us9`s_C267#N2 zr5z(MsBm&(zjVLMHQ78}EXFWB?pQz-K@i@70@Jv{2q0ZT*5Kf3os^2o6w!DnagJ0QjFFhLHAG)b8`^wC|%st|%? zt9Vc4ZSxnHJsG?*dP5K0F-LbYlXoa3@JP#O@d$#Ec5q?1#0wRt-#=^W-9F?q%nqL; z4Jhj&>7qX-49k28?`Js+F<*`XbF(PGMc7kBrMj}XU_8qb=bWES!bNJ70@};rsaT>N zqskR9Bb49a747qGP*)GH|(AJ6J?EdAa%V4ssojRLkO5h;J# zd2!LWC(|=aB`>dxbKqcq)dLWAuI=H%mS}rGD9vE%qIY)&aPe*cA0U30?z{Eefl4NU z#|KnHA%|>*Sutu6#H?%6+6ugi4CyXoSuurxDV47V72v{ik!cJh?tK)&`FF@{v$Ym@ ziZ#iynl$#v_i+A^B=15t>bMB3P?;+zEz^LAQ%&D^1^E~5$oAXVRG;2bLOXO=2;OVn z=0&e&GwC^g`0Mni=5D@eM7k@Oqn(b2CFSdlR^(kK1(LX^3GR=2VtU>wi{rFd=2SmQ60ZQQKHF#8sD{gI3`B>G__nE&d1P{(U|5$NjV4Ifs<1) z4fu;pNCNwC8F4^$CM=IYFF-Av))G&?w>XXx7lm#X$P(LRcDM?IM%$j0E^O(t;VLjf zYfUC7V3Edo1p*xPFGCj$6Pext!MkEb%u&uUHfadP$bhcJ2b}Pafh;PPg0{TIx6AiR!dJMa`8mjR804au1x%^{ZC=8`V#;dl%sHCCODo@2m( ztbgbq`iG5fQ~QmbuBKL*xfRLAhH7;<<+b zF>LQ5Zz~2>j@$`p13>_<>bZM;Cz+9aJp&ip#B2&K2kWC4k z=$D|3bbjDEEd&~*yfskbH#fCMeR{kr>WaARjApm|zeG6*P$j{rDuek(-~jrhA<5LY z4_8*7KXqQx5eF-jux_IgJUm|@xjl&AqZAWa7U00gYnj?gvOdc9N#SoQ-ijYg7PgZ- zw3mDoV@ex2Z0>%Kd7<)B6x%*t^m&BYEu+lANI%@w!(E|Asf)>H7lM^&C%bW6I^$a& z3t5(=bI8h5dFvlsXwvqKojtKbMl&Rd1#&rX^?yq_BPT~WDO7im%t$CX4y%~Q`;<%! z3XCv`#K`_f!t@?@F&5&z-g`(RM_1yY|FblN26jD471{ zf8_q3u@3narb`r1-1lSQIT@wWKno)cu2BRlkC0w;Q-g#meki%8nlZWv?-C>U=P0(zi^#zGhBDlbjmBXo7caJz-gZsr8Fs=41t%+0T)coA}4Lf zK=clV;go79vBZ&gOF!{Vq8c0W6kcFZ*O5t8qcGi<2sjG<)M7EQJm>DX#1`i6Fe4}_ zP(!?9wx7|S>4q1TxQZ~-@RVm2vKk{R8rG%Y@@lfA948E+?y67@vsI4@Xq2*A=t4@h zYfm0|eKvZ>wkJ)*L>GAHTT2V4OFZ2;4{sY0WTM078|qjWk%y}^M?LWFNpv|O=rq1( zIJWG^M?6KWZyu`u0rY#`Au-bZB3-N6$*-m_+rUENqQV;U17 z=x)yO(;2R#4|Ltk((m|H5!sv&W!Tm@Rbzbo-`OVW%&^BohF5IgsS#CK1zxU?9yt$L zCi6R(y+#S+ivf)`v6^X7_L6G;M;H zNgzQGw$+*%>Nes78D&7vEO3PE04@0%Rze2x@u2A=br#k)joGfZ9x*7mZ-u#b>mRcl zDhV*ti`ZH%u0lpHqmCnzf? z0&PeRAJ~>`ZnXQvS>0>|s&VS0ZRcx_GhsW?-$QeXAkcrXsA0-^jm`FAs}X+1OJ3vQ}h!xwut`*8R% zEv*;NIPp`-8Xp?f5ro+z#vCdVH5c&Fz$JxVqAS*J5U-(FGtQ_{C)7_l97H~kv@Duq zMI#_&DG8KO-~VOoG$;|UKuvalam1j$E>1(CXhLH6Hxxw>ee&oG^oz<;i_HYM=iTD7 z9&`g)oeVix$w8J}*39oe20pzf#Q%-G1 z=x{|Rg*8xz$*)a=1v5FwyXIZYeg2N7O#&EMCC2njimll>BT&2EqBoxdx%OQmQn`L? zEuYN-$(${(96D%;Qyfr;?=7S-Bl(|9J8Dg1Bu&UfU_AO_Bsx11Vnx@xO&4-zAi^Qx zLuEIzdm*!Vsx7+kZ8Dc*AEoXn5sF7*pVQwrbT8~G&+D^RHaYuUF`XLdZuIIw*GDKq z@(^;>W=otTBR%Rf6mn|&!%1sSQ8%V2FR2d@4)km){M;~8g$*vq)jJfHaty$o;iFxT zEfdk~9{%NHpPsLzgYtV25<=dvypi7tsuT=zUL+QsgdRJ%@rgFf$g-JE}`P$%$$%+8)%$0YAQsPc#v(Us=6Yce6f1cx zR6durJ~E-GYeRa_81+?nVT4O|vZ@#ZU&SD+%k;%ldR;7-SUsdCIgV-zTq~(|sG2W` z=jy=k9C~a)*ssv{^fc8YkJYZSaIavK|IaB@!IPySod_ATPXyt4HU}J6v#tvYiLc zF?A~rV$Lt%Nau1J=%d^S3lrb)RFEY{tQOqPX_V9eEfth1A!+0RV`24)8+kUk>EWG! zUmCSPX6j1VWaFp;1SLIs4A!>HBV>;3Z7sU}LC?u~!m9x~1@?|8oe})+`(Pa`yPj2B zV7C~v^6CVu^L!y=muWpf&jUVkfzchRy-^1PkSnApXh2vQturz_Mp0HpTSR=Tp|}Ce zlpN%k8qbdAlQ9$rJ2NbY)R0y<5R4=`rz)wlvfb1y(I-FdA!dLhOqC6&Gy1r1!vvT0 z8Y1^uQ&?GK14fuc%`D)m-<2B7)xfzZJgbe-N8 z<7jB@U7!et%g+x2EcEqyUfKsMFC!fRj6^UMXdeqm263|P-kt`tb*Qltt46+QPmP`@ zxVj2x1dt0ygvIM^5I6{(?J*BrfoYT|4*ls!m3+G#_udm2q4IW%Bghs9Q-M7C4DVzM z^p)yBmOZ6>tB+vG_O+o8E%2g*JX6tkBW{KeOhl_XNj07s;FBg2j9K$xl%5cpfFjic z>TpB$Wx+`84V6)h49F~F0QRa8oFn;%Ou@V9oi037-(?;8sL4FglLkO1WyX6U1}UAC zEhz9K&_YPW&3z>RJO@Yt807KP)E_2b1^x1s#LpAq$}g32B2nyUrVF%3Fl&Q%oT^S( zt}ak54D6nh6~XXiZM8eO^jiKOeEk!3(g;IZfkFm*%iR%-Eul6aPf7oC@>5zG25wPW zaN#XPR30X#xfni3&5N7=J|6p(hS~3L9_t$m6Hj@#^w{U984X(>vC^#dhhjowF|-F0 zmzW|7spPF6PXm+EcA4!*fc^Fv1WLOLYOr(8vDWUUfG6kZl{TWVBkwFv8_7%+tL+2;# z$0^TeIVJ3wA>LA>^2?DPYqcsO@RKC-sd^$>QsVeh7AW6K>Z^j+kuuwr;S9To_) z9U+8pgFu@F84huDj_KUq@gg)7sg0)8$bXe4g)L^hp@PY`By=f&8ILqPBH`B>G57f= z*b(#b&%5pReO)c5#=@SNJE8q|&L5;If@SwI_s!va6V|*y`&Ng<6e&NREVqysD1Uhyo9525VZ*e_bK4!1B3THLjz)E`ohou>nG3k71Q zw6YtakN^b&FpMcn45n$oI(;xbI{0)pqmLyhQu&jPYQZTT;^7SluO#}k+Cs7Qggtf+ z>&OVNx8}rUKe)Yc2-|&y@_QvL{@FMevDm8C!95i&q{*ik=s|OB>N9P;1rL-q(p7@-K8-R^*+80yL0Jo@o(q`<6m>{mC$YI5HZa&5_w4q*Y;G=dm0Sc z^9QwT(7at&E*jjl`h0PNyYHBrI#2X;cpq_4pywz9UEfJ^1=0Z`ON$4<_J&p@w_mGy z699dgracjCT^xtOCN7BCaXmtT-bmR7-rBm=Rn_r)f$%AIl+(b5xLUBPv<(0@X}&a` zBcKu9FJ-BN)sipSA`8X?a-{N{jx~x1e{U2bU2(^nT3FgEi7DURc}1ao!3yHn9hLSQ z3g!TW9mG0VEcU^55#}`mS;yXT9iyGpa4f%M#yUFkZVJ5Z5h8;=c^~UvPlcNu zkgp&~AQVN@deb+`%SzW@19Z*#wIYnv45o!gd@Qqd9*opa1cWhZa`QhOFUbW#kl$|M zcWg8VER!AHL1h`6a1|2KgZSrbhU^Zy6Idi07WW8!<3o8U4N-YTDIyEH5G)8`uO#dk zDN#!;@El?p3|ionY1IvL9R`gK3yEQn&8nw4j9VEo?u~a>g5V+BJZ#=x`v>9{hXl!V z?z^G)VA!2>059NWzh_rf7zhkMxpq%LZY8JDYpOpeD#k${h>#&2bU4MOCaXb~Vm>U> z0l{4ji1ZfpatL?>`yoOe!=V@5gZUaO;6;l?45=|e;V->(n3$$1;H@gQ2^2+n213!O zK$OIZ@77QHTiIzBGPRoASf^-g9kFWqu~&8+W3QDe3*D|Nr> zr^14=x#0!Mbx76b6kKUZS`?MyTXpSqnz|^>18W=5c~q>3;dK zzb+S&5wWo+f6Kp^(G?OMKW;aPVxJ8r>pOB^&k0{;(aWEV23PSrG4gmN;Y=Ualz1}^ z-0ZVca%~iH4I?f49rLb*cBm9pC=Ur}cImGvik}&yCz#!WTm(SRVA!aOsR!Kt#sEgH#)++bwbFC>WiokH>KM$;98=GEFScCC}|GCp@B+>*D=vl!7ELu++_?4w1Ld$ z2#RV?q^5*7*dn$Gu^^O-&}cRR zC66$vLpbRDmlqn+0va7i(I8M%@m6eR(}SQxni zwdl9z4ySEF$I9pb{o*Yor<=h@_TNC-wQ~ZhOeAiJK=%S9ObAyCss1eG^Y#k{fI|4N z3d3XlG~1Ll2$kA_XJ`=j-oPwvW7XwfvK84Q<0(&#S;#?q=wTU*H%_hICrpw0$9uy( zJE6sM-42r$IDRD%Jr4LjPmH3}@*KpROSAR^{;uo7G;O*EX*qldRl=z>r&4zqkm&fl zg+Cd3j~5x*iGt+B%o;9&1`;~h?=`?7DxjT4IIU9uIKuM^YBUkY#P(mq9qt4QblgZk zf@gbk5H*gin6ylO>w~s3BJuT5Os`%5YA#_aeir2T$rXJmuLEf2+afEBDK=ayb{}>4Fu~)Qb;I1&A?kkZxXwP;CNd zHE%``;72B@@x<3EDzUZRol5Xg>F*QRb(#GutmZrtNe$-L8D!>`gGlH)A(}B<3a?7` z6}=)ASHg*FFTeaaDZ?9q$+U(&8{$E3A1;mvs<;pR?cOC-0C#$u4mDDd5-;U3b+nk- zR)9A%VqrRWRiJ}VZ%a5X54}N8$tkj*5?V`7Ps>MCKUF6soK`o-alYym=uR*SQmW5L9uyM< zs{n(Hq_8LY!m)jJ7Zc~XDX3gz9)(#B=&r_xo-i|_5N8!7#+`+>EgL}uE<9$|F!|NS zzNJ@mE~dE(ZsSU>AVK3ikxxYpoVg=P@K7Z!TfGqU#$ksv*f;j8+o?36Qo(+4B;grX zxmR#0-c(f@OT^V_w!r8Ea3wCUwz5!SHTFp5Sv+6*blOYh#zMH|E1!)orjoie!omg9-IbO|tmwbB(1ma*oHl z5l@HHZPM3QW?=6EGt017vehFlZn`ANRRaDquzJOvhu_CuvfK=otl2(*=yN|(Epsgj zIswHHR4oBq%V}iNiS)gh9l#vAyCrEVMXn-u069@??iQW+hXyY(&7Rbb^JMVmE$)#P zW0mM@@S=-EJ<=f+lPzq5RKv`qut|K&+mO?veb2ViM!>{)(IkQ$KHVd2&}`RHHp{6M zM1uh0o5x1Y6&9G5fVJ8;louQujal2_(~C!fdGiyG9^kMcN#U$7hfHmA5~8Cu+Rkfk zE0f*S(JueZE|k-eAMTIw@;pa^YeQHgjoTu>*D;`DZm*bQBhoklte=)qXw4p;;un^B zRXFDI`S&67eLt?UhI``~59mOB;e)qc#oTfr)^ni31Rps-{fL4H16|#$iLidH67gdo zpI@#(E7@F9o|ADrnI1aZZ)9qU^n)P4a$n^JR4v&Hv7#9Y?=Fy%ds<#VzPN8AYWd?` z=(wRE@OT!jZ7%sArV<_Mam!fsr}-}lF!rvS^w8}{Ccl0W7`o_I)fIU4<6@u`kIkyB zXl5+8KLJm4tOlY4&Es{Y@oym7c3viyKJ96fNy*ghUI4?WC89H4e+>dY(r=EMcay~# zf8cwUjRuGmBjho#=D_Fas1ghE-fPT;eO1sfjzN$p^ok8)D?qO^f#Q#VnWE_!Md23y zP?^8OYF$Y}GB5!#kVROLi<5T!k*Q-jK+VgK&BQxL|5KXWmDHy->$f zLm^P<#rE?ms`O2gscFXkmcp0vy4(j~K*UrHu{TUT5v+Owp=}A01-VUjR{q9FyqsYR z>NDqvctDAFwWDKA!qMQWZ>%M4aQ`*wkf6Os`y>-E2R`TP+G6TaffA7Q0*&|CFKY?Z zyx?TpKj>xXa8T<80A-5z8|Dla0*$(3pMwrVV$i~WD9r%2Vwp!buiV;DqN0>%1FJ`3 z&cP?;kX9wMy~iO|(6K^5Z2D}$SHX^H`SU{YpA)ptWXew%S}=H(>eoiVV}pOXAc#yR zb_(M7pQF5?ANz72y(|C`k$oV(X-#V_g{D^Jc0!piHn`!%nJ5uGgB>6{vIJ`$?anT+ zs;_@NQ6G&xXiU&j=$L6R>{{zkF(U{v%#ygB#D*z%1b~PlI^E9|p$D(Oz4R zwRI7ytBShRk@kY)p)ml9U(rUPT88RgLki>|?UH^vl2v&jt3F3<<@Ij$e034Hol8KF zLVW2ZW>G=IeJM`=io(~uv&HPUJ;V5%BnN%5iHA`(LSI!9fZsAzngF^3AltxuOM_Ss zd}@xvYO{kP(-BU2VA&k6JyE1Xtx6cqXI%G=dC`$fd&!iW*!EHgRugn#c%j!Xs}-$d zBf!|6KQx5Kz7SrJv^*z5BOajAVbf#vctxRmf}We8GQc)}ra=CT@(1ozl5r~+$~5$N ziXd(gsEU_2jMycgGE`C`B}AFI%1*m`)uNgWG`xUe#)i(tA``&?Zt$0!k6iuZuXUCL z2F$<7ueJbzgl&$)^JV($MzF3lqhZC6TuMPPGcCLwM!QDSGW6_Hs^tH)ty_0-Qs6rf z`KF`BF=dN0Fmyg%efNg$l|Y~R>zb=#=XREh6B<@iB%t+6Lj000r4Zub^t1B z0eTFoa7uHq<|L%j@pILX-!XR8j`G~5g=rDFd2bhhcY_cCdV$d~bo0e3?U#<(b8`i< z-Bqn`O3W96iI+0<`Q=KueQjb6kC$|`P2rly^Ml$&H|X#{K&&#hF(kfd`1<=H(*M)I z)T}xDvdi2XzQ>Z)o|eLQu1Q!E#|WutSvpVIXnhgGxX0nvRc;jcEs$J>_6Sg_Y#k-6id!+p$Ap z%?RU_HQI405G8legH)JpL|gX2M!zCwJSfP#0N^OYFpaYbns{VZPV*D{GrZ*%G5^5) zk(ILA`aTOYJ*QgJo@bLJldFN|+;lOzE#S99;rBR^*h5H^+R%c8W$z(%!N?;wTqS^-&9YuIwFLAXOg z5u*-0-HC|NeDG?BZpRf5l^~uF3zE_88wY`&Xva?j9_cze4yR#SBYZ-}@4O&m#wSw> z%_4+{OZeL#m|SS2B5FxsBD$$0zK9`_Aj0obX}Yzw+`uviW1yET zTh9&?@Ulj+a>}whe=$ST9r@*i^@Ae(f4^ur- zvw@uMTn(*#nrX4QNpF{Hi6+H!li*2;-R#3@w|xjxL2%70;@a&dA^>z#mG$~6e-8a7 z9$g_gX0Kh*$J^bG8bMY;b7*S4vd3T4V+7+}+)J+cdpBi4%?!rg6{JbQeh0_!YtA96!9f6XmSFk+Cmsq+9dnFynv8Ys)A z&{D;q!u7dW0`wkm*Spa?r9atLu#V!$b!$bNxVSMolkkRG1X{Yav@}|i6VHV=zeL)j z-14JSnzh9S2HePzPN7npiuX9{!GG2w`tjWk-n7{~5Qscf&?OgVOf9=kd8qB<#2bwK zhSkxaSm$#sGEkeAkqH9Xx1++6{U3{N4E|t2r_E9OeZ4^5>UON7u)R}&xnt((=hbLroYdcBp_DAu zbmNDJ|MKw2gH_pRSVjT|NzRa?LJ47@aZ#TBz0zb_+-1!2UzF_r6D~_d!Rwf!!rWc+ zyV#!9g}1UWVdFqxF57YwA{_*k;bY2IHZ%3GV@XP$Fkr*tf6T^9kKQao_;howsmw(y zc3o3QaTl~+0+dJg5)d9#c}*ELG@*}v0GJmRRAye;T1i8YiU9dw=8=;?N7hr0{MmiQa@D6K8K3g)I;Lc2bF(XxYa4v=ED;YRLfKMQ=(bJ zvqL`c9S@LD==!UZn6hf$;hnpG@rKa?!3ZwZ*@>37(}5<;(WD&VTLLx8;!-^|#t6uKNt=hJDfomDPdKRF z6q*^bJ_}Qi$zNYq-t%v#KJnM${JIgTGc9UDgMe&FpG2Q_lh({LYBjeAL`|W(P9nof zf3!e`N&heRy`D@HZpvv|$Yx*{3A;y#n2fmr1tFNB~*+R_(Tiya+w z_D2@>5jBh}k}8}4Dl?QpurO~y`AP}Gh752qsFUeVZflPbI_z_Jbvi{P^l6HM+< z)zZAW*(}b-mBc{cyBGkYv_#Fc?!ctkd>18Xf1u$+GAP)!Gt{{^07edDJ?xTHNc{H+ zcGV+PEWX&iy(6-vee-;Gyr)#%yh|YkL8ml!S^S9Q`VV-KdaI4DHT>ko_#~3#WL!|1 zhbx#|M!;oE)pu!PL<5CLqo+VW%>0DqEIW$vt#POMpp?4=e7(SZt6ph3Ghhu<$+1^K zPoKDb*$2J*^ChvWFfn)Bo>fwSRfe1Op)7(ixVbXh+D7PyD~_!&IA9O!)oGoD8(8T- zA@X_}>8kPRQIHN$dtXlGbrRV_1&D#k`aO+K$OYe^74RWUKNYIvG3cL@AQTrcJpW_{ zBf$HR0u+7PMB`j(oD2~XS`mrhoo2G6;h}5`8UqoZ4u1J;>Zj~LAd~lZiTI7?550w7-VfF#=v|QotiaCRk&^s#jKU|MGk)C4~ z6HdQ{QbQukC9s)Y9}KQzGXa(bQdx#JrI2X$N%J{D@>Zy=`DQVaTIf^0eI&>f2vpw- zy&xzH5%Wd`>ju?Bq3ympjpboI!#)8sT0W}_-xLlrJeGhWDU{v0;ziFo-a)mE`D*J9 zRq3(Saz+D;mSZOwo0g8iK+cUp#AvqONPnHMJ%D3jf^U*r;FP>~U6r#1svy$5iZp%tJ8cREn zG2eFETrxc_ld!TZ_V#?&muXlaR1$+S122hVElg(OfM^_Zb8RZh@MUOoqAf-eK79qm zF|R{F_}he3Bu{mxo5H|!S~Em+o9o7ZAb}Ax8ZIyvs~*7v-U(a3Mg&&-Dow(BN-WkN ze5C4Y#S^Sp>i3cD`!(*op$~AT6jA3W{2(-AGexf(KDBAd->AZNuK{7FA-#>_3A5MC z@up@fUOVs1ll@JkPu%(lt$}w!3>PR3~v@ zQuy~-ODtn8)U!qO(2zkWRaBz9V~=7(t`|hSwpn-bbHyOv_|;{UIH@zSm}`PGnbduU zUP4dsXb~~;wwLW0u;K^C4MVr*9Z5U_=RblDYjA&AimYP5@74hf;I(~YOmmzN`HoI+ zx_3^HuriZa_eG{hJ0uOmx3Td)_AL3;k)D(P-20W<LNsBkF&)h%Iwt}5(eHdi9bkrIM7(aUi8)l>F%Y_ z7!nea(~%j3UG)KWl<}PRG%W$mpx=u=frZ2!Ka&y6b8-+E1uj1~N`t4nF|iDaqVdn%`<@_t^jFGpsqyE9YoH2!rZyRC;|#M3 zqGV^0>eZdlMLLqO3bnJmAxpwog2D2W71};9?y8iUrqh0R%?cGBwgHi;lTfU==DOoc zq3hx@&kzOOnW?{whB4 zT%wm7uNy`47xRgj6C>8#;Td9~Shne4Gir$TDg@%YVAxYeXO^f&%Rrw>{jyF{?9D~B zPCO*L;9J5CMUR%(V9ArP7*R6MmcHw9`h)>Ogqqj%DsFyaw1c(8crX!yW%XzLQs=~& zeQGAzi*U#?9z3S|(OHz0OY(7%8fiYiQ%kj$=z{y4FLzTx`Vzm0BQvXWVvgb3eS25| z)M$i*yz@4$&5w`_*G^DpNK8`=bAdxkb_y$#XVTsp0R?S4=aE z=XWx(Byy^?2JA_gNgyv$kMNW*d^gb8gCeJ5;u8w5hnf5!@|_k=Ae~OkLU$mSZ#Wb` zHRZU7_pDexRUe7guwKIpWDtm|3i)k;R`}(3T3+? z#2pbs=gMSmL<`s>sco@{qD%r^OC$AjWN~PuyOS0l>DoUXk;@s|muf7t$f}cK6hkM( zq%zjv1Ze@HgEiVS{K^HmBp@&a(j2Y~0E7a5=a@s9 zF+PcK>>vXcL=#+Q&#Q*`e3E6c)4OLLvhnx&tITM!c>2jl8Lr>veN2&+1oVu1 zD)O-YG7nDCq6??m6Nl=-?6Lr`cij6^1So4*Y4Cen5?*kjv830ibs%rSq~KxM)oTA* z>N(o3vkc!p;5TnM0i<#=V8fOJJa1+qG2asK_mtT!&=8t)_hBel#O>tE-@~IGfV*M@ z6!72;M_}m@4^BEP7fL(QyxC#FQCkjR1vkC<}(U4Ulb zB{O8h17hkupz*?G{nh$eyHLrl;0iA{UTH@OX#6Mf;$C0LvK{U;UOO1$DG;~y!)z*` zIo%-Rg$dtd6^nv3bTV0}VTR#De? zVM8XSiCvJSXOk2GiN+cTj}O{;|D~{RrQ+u;`*5SKr0X)s~-eEIsf*3hDJDDKPF<`mldvCsC6DsatliQ#6?+ZeZn?oCZ{JZI% zhf*&Ex3#7FCF6mwB8uM5S9IU!)-uL`wGMEYDLh-<+w1TzC3K`S^)=e~6(WrK$dL=f zNWZ=POhbl%?9| zZG2C9od}L&Q{uVgM*NssN-}|pEgp}Q zKF7=*+#u==q|NsFkjB2202L5Ff81SjJL3UX_c=wB7(8DbZa8~GYRJFyXX z!qp2Uk&kf%9AF$V2(n3(U%z>FQ{6y)?Cx0zdwdEZ_F&m=>D+um$G>kmaNq>TZwQ!_ zOru6Xj2p4gG&?{REqBskXvu*XxYPo;#bZuBS;NnX7!^e)Ltw~H2ih;skZgsq)~qB= zn))Rguy*0azVUQ&lV2Qod|~@us$DWsHXv6Mg&`-W6o||B*2f8n`P5 zW+4We!7=oNVe=eJyK)X8f2fE)d=6ua5K7W%M@X4Fu$;>4>>?N}Z&kVa3ELT6VayiO z#GZFZ^6QJ?y_v%onmezj8R=lTYb&}U2MF}l`*N(KlL|fofO*NP0ObEO!ny}Anb0{> z=9?;+Ou&w=(`4a?oI3EUj1Y=dIIu>r>Jci#AI2g>^N}5)$(LSypu6}&u9Xzvk`pZ& zVKif!xHE6+?r2Q~kRTtMZxn1k9s7I5QI+c-oLQ`Ca%*vt?BZ4rKdw!eVk=V~qmB+P zmTb6cjv{lEr^Kzzie@dNQVNyl;})hoCzQnC;b70g9i*?k35UWgCS|YLJWU@nJ^*t- zjK4x@-Y1!z>>3VvLr@U>&C$@E^}1;0k!l(XK6dQQ?X|0tSCW6{c0?3)r>FpD%#9wT z3S7y&yHYZP1NMJ#aD-IuU=s*9b!y+905RNyITechA!7QJL^EOUv06+}ZXW6Joe}g6 zj>}I|vysX2QU!9m(KHvObq9;X(h9|EKX3ea5~a{0*0qG!lFcv~Ixv70h^#o*Ceu~A zGQN=IyhOd5v{c$~FbRq1&_x*7`u5OxA01@vgG+1PutSRtkb}7#huS$oYMI6R;wHBnO6J%_#I5Iu<{KXZuKxPt$y}7z?&|DnlcNZe0_9-WW z@(gnK!!z|FjFrPy>HY*s>}(I0gr=3JI@1 zI;o|uyd$L^A=QOb69QtI+|&Y%DoosT&Ci`c1FWL`GGZjte;9`QkIf

3F5@CPJp>iml7e-+!#G~8N-FpooL$2s8mAK<#^U&cb<;LCw95NtN<2nM zh}|a+ho<;c`lsb_UOZ)^w^7RsaxEQ^ATPYroYr@gt_+ns;8^|CGqSv2-a-vVDohS} zNgjgNb3fBU)}Fbnu-tjGF@^ibr8!7(w3etpP>(DshqR^iubLapquxNDjW)6PTMd0Y zb}d5-FS(E-A^>%{$*FgP1pmDxPEO)$s1D=Q9J${rIj@C z-Yi>w>%2Xt6^d(cLcxg8LJYmn${V*emyaz>099i(fu)5q0Pp=Cs;!BQpNKFr7-Jbn zBdBCS_JC>J!2y-+A@zDk&r5UEB@EWNYi8cJD+GZhQRV_8ynkbFT*DUgtM3z&_V@WS z1gS>m0W6t0^gA%C0iX8;kKSVE-v25Ufw-aqF*~RJ*X0EO6M8c>1cE?jc`4*oiYNh1%gwmjEl#JM+Cf;zS5G{u0pg%5Wu-h zqGL-HE&Dtd5Lbq!bA^@~k-96_`uQ!@CgzzC!Z@quctCMv#eIy}2NhNMRs=%rWmv-> z#zf2*CCr(OZKE!48|AacKqYgY<~1$?GXuF2%$Sz9G=glGJw`%4SE1SfR!oHP&!(HW z@lYu;x0i}4k7Z-@0jKmAs0#$MQMt+(IkXdn0-ZFm;N52(Io`TM1~gb-$x{Kvtu8=I zXmj!=KsdWfP%oq^7>K)l4?%lxRo@T+G(xT)$%B|YwqZ|5zi0x+qm$Hm8b80%LT*t9HRD;yeu=u*GRKOp5-c1mBobGQ_G&ajIPKLykCYBjH z33wdAeF~GK;1A?3&~&je2jjR8~Cy&`Gesrp4~Xpc)5CWLQ=`7?{z zF<-wjn&*xxc({0*#P$hW3v0qe&u?hu!!)v>CpfB*DCiJJ*smOqA%#Aet(D@!Q9Yb-7d?fh3B@Ty(1|n;$bt zBVzK8i{czz+Zwc3sCB+_0oFAy11+eMshw-e(WLt%GBLi1o`^3HTu&@-&SD2;pjZ@y z8VVom!TPe!C#pbOp&EXUSM65eFt@6}o^$lsD-CMxO z49XSH08O%0_3a&KTt`z6WyEpc!|AG*%2+xganUJ8$WIrzFd1zpSuh;CbVF-NAq&s2 zy5xlQ@u4X_7Yodi-7nY)13NSntENgDc1$9fK_*(C%l8hQiUet53@I6@0Io~2tYBdU ze~SRvl1VL1b73SyE^ijTXpQ9M!y3bxOcd}MbzG{r4Pgq%dWXSAmM;3E)>7cH7HCv$rv(yIn6qjSK%BkJj13Pj0A}Vr_F7P?wKU~lF5Hf zkce?DeFw*(h|~7b+b@)RE>1(}0Hq-)0=R!O&$$NG>%e1ved7TcvZ=IntG(QyJsH#+ zhis`bbH}?|E@T`IoQ}9tSb94gvkp#iLc#~KYhfX&du%me1Y~H$z^DA9Q+2bFdnr@%3n8q=LW^ywV`)E9k}ZjHQ3tvN+qBc zp@`E8G7_hDn?rPSpt%kVuZz2<2?ArqP(DicIE_X*(sJXb3pWtVy6F%AL4wCR7YnY^ zwT*Z6Ah{I%gZD?fK#y@a=_Y?2rVBumNP*fZ1t!Wuov|+_Y$S6v#NwIjL!+jtm^2!p zcS#6JNOzbYb{5M11`y0^Q$_NDJdCk@bj4U9sJagtI3kKP8yEgFv)KW&@*~mOk0?;r zS30xj)~hNnHPenVPeybauju&^Z57RG&wJrbz$l5)MHXPi&oA6dzC;_571iQ4rAi1-o;F>2D9TkGz@E#9-6C4#@L9eGR zzjwj1kQR5$u_d_F!?-o>Fe|fMazU1?e7qwiAT2E}6NEz6t-lQ0^2}bQDl80vDLzMG zoOy>>MTDl01K}bNEacXYnO^!3<_{Qc*mobIYpWR!D`$ zsiSZiI@5Yz*NlySh>IX7N)BLKy1g51XD6)K#``hCSX#~= zs>M81&*dtYn!;^@)h;jvt1)I_j-+z%&*M{X77Gwu{0DEOWUlTsFHU)my{~0v{A>h; z%~X&tueCtc8y>^V{CK$HaCrSbE=sDtJk>tZfoxzUrIezN1hr-kE7KqM()TiqsZfs{ zDK$w$lHwypL=ukw2VEF*?J+Z&Nbl=0j^zO=taYDnL_sEV`A-Sho#z9kwHhc)2HP%F zA4idV7X;#t!nnMF-Q8y@E~|T}ll>PZ7Q#F3=be=ot7A4Ydkas!PC!M{exCIu6I03& z{irMV(2LgtWkt{37oU@x}TDvgY+x zl1e>x*(hVP3;OkC!6orHT%szA+0|inCj3W$FjkBOV&BpRXgL;J>Oa?iIYL(p+%ObqAW+6 zc9{$Y2Nb}z2S6u7#{2h?%@v_5p;yp{2CW#^$ACo==kpL? z>ING{9&Z5R?(`H-6n7_FffX?(utR%Hs0JB99>XvBV9iDnU&KHySK%PDMs)DQDQ-0a zHZGCPBixrAB_i+VBTEZcNXpLS4|vJ}PA^6DFv@>B;0;~u(|8_V$>|vrhjuU-WySV$ zn-gjZ>p9Z#%{QptG&=HJ6Kd~PKi?!DG19UF3v&cG%hxfLVWS#dUAsPKksr;NRO|4H zk*m>7IbXS;2V-?o8D`}SdW^!uQ0j8)lWaG<1K%Szlnc-7rVA^Udtl!e2F(gy-8DzeVq3JHT|2c3=ymoC~Y_}dHQ z5wrpJ^^m^HU)kJ(ITV&KCf=A)65B3*Kfn(2HaS##<8UIX!f~I;vmeUGaiz90~zh)@Jp>CAP&oB3k=VFyS_^Ppy*%73pi#-Y~`LW)C5P z;EVJ6^zxUonmU1oh{Zi8LzI`{IXJgs7AM$#Cn?|_FRijrc?m%bAKgE*Aj)sqOI2*w zWfGgwB0u1W(%hDs1yHB#4h#$!DKroqG7>ScAFMQv>r_48l8OW2YHn_k2(prB!`DKD zx?FiM6EZc@n^qBG3^IZ; z?@0%q*+VF>UVAYIMm*&g@fwE3WGm(hQCr!OK;GZF8KN79Uw2=zKLw8-fXxOe+WS+r z15P3eZox4bu|9g1R3vc=Pn8&o6}@Nf7b>lCSKyTA^a>dn>Q_Yua#zRT4Vy1R1<%~Q zn#&>$TMY=WKj$Lm>n;{c8ue@`` zz2rSJr=nYKdT6t^YorvZSjR=4M=B1!x;BTPB9p-dkUQn51vuxSpTZ$lgrQG08EMW7 z9m?##(S$Bj!^Pn&X*cd{Ar4sr`dhvVzon{o5y&*gYx2u=km#>GR}0v|iaINF-+4JM zR-YywV%~}F{UPH}??2t-f$C0HDTH0lkh&CT-X;2mp_aH)q+Iz|I5XD7}6vYoQYY^7O)vP z&lZs!2Wvlw|1J+1uQ^j6q7^FyKLOKEQOjmS0vD2qDj0&Z*T4-Y2P1A92PS>*3Jq)b z@z^crj)Q55Ybn1Ii3S6vdy?USmT?B-7n9HpOI9vX~Pdz1S1YboxXZLVuPlb_b-Q8b_?w!2tFj9JO9Oc4VAi>bV_VXiz<>iH?CjJza8O<=v5<@ZO4Z~3bC;- z-!|8J`_RV_=m6|W3CE|4k7_&l*k1M(rHkZ4B4975R8c3<^jj?->uS@t2&l&*ZdwbU zi(SQ)6_FL1Qx4a4c(G*j0IsGN<*9gD#GdLCd+bdxNL_<-H+#z|Iz|9CD{6Q$a4Z^B+d?J6n||^KdT)7{8=6?mW2ZR%L7+ zx-14R(p*f4IGcXaIu`3!QPZ8SETp*46_nh;eg&q|M;l5kR7wIK(BA)qqAfSbR0M?{ zu(`u3PdATMbBE}&98>|T5ZllKR=qo{F^c;u?~Bj(3eH)-f!zl+sual45Wed+Wjat7 zfjmL0u)D`PGC%GR3gKG{XuQ=dKk%PUR~E8&8J8K)kgdHruu%z+Hao4LJLsWQJb|Z6 z94C8P{#BM}-ckgy=I)6WNCUE&XrBr%PDljlmpKx5-y6dX}#4+7~p9dvY{azxK zcPD1PlX%0#h+Q#$_(^HG(Mn}Qj1VThhwsLd zwA!O84Cfi`JtgQshX+Y2Jj|~S+&ts+2EGUKdYr^$QNIT+Evx%>$f30(KVG0@qipl4;YgKrf+< z2zAq!?Wwgt9dizP5{Hmb?%7Uv&*hVH+g>=7w#YQWc{;>TD99SbjdC-k2`lKkS$Rm& zX7Z&LXXR?mi+9@IfMGeUPHMF`rjL0jGzpyCxTFQ`zmB&@EL-hCCfu}y{2I$2$}%nV za!)(mrp_z=@&XzmI2&qahY7`~Yv(?DjYLpKK7u^S@?Eu@S{hm{`b!fV-`f40kMJ`C zj0}5V!(g_9{S_rO7LzT38xj(z8m=;7gezhR{oLO>Gxf&quLg57J1ZS;*5c`Mh9Mt! z$uoa8Mm8!lP7T@J7^mo+vo*dz$w*E=v(onLi7|^>oiH?5eO|p!=>euc;}K&kSUeBP z$7CjSFOnZttgO1Jz@RP)7P{#^8fYb!V%yS}DD7vAJDn6G{x(8c8B#i>s^?>39OPOx zNoeLHlt=x9j%X#{BN{2AbU=U!#u{#`!yJ*l$m?dpDiA~F1Eb|_vPz2|(&|*P?i;P0 zw1+hQ^URd+n=b<(jz{FY2~*w*#0YHb%ri}~5YQ;C$zS%#O8L?wQ90jV zkoZYrj9D_MA66Ey5@Ea{QnWk>U4=uC%FHRzX4eybRgKJSIS@(RauwjjS|A-lsGBWC z52nOt*`yt6Rrq2k@K~*ht=B!f#ylqwa|)J9)BUfXhcz_~T7R&mR2{Y^6=_$Sj|4WJ zI~nvTuhD)q3=*WrOK}|_1bRB6&;g-7b`ts7ZIX23b69jf7q%GNXLW1y|L0Eujuz|4 z!;heq*wr`sYwntNJ;w3*dLKIY0@p9?0c_XK5@L{jj2AYb1NEH(9yS)oRmBJ1N`5aN za!mfV-tdaH`ZJ#VWOGPV!*|1eE#wL#y&LU*G*j_1ikd_w<|*?ZV8{{tPuLe>(3Izc z=MT1~VDOA+!wdqr4+;ad7Odg)cT4&MZ247uMml#5*O)a*mLUc&2F>X6QwJ;Q%p<^W z^>H44Es=Rbfa?`nRvdaY&coNP#93Ec7@jPj-#PS!gGEMUZ8(v3Xi?PL5!pO47(JOS zZfSl|stfuv(^CH|X*6=1*)9pY4DEQttLPooS`9Cakz9+m{%Cse4k>f$>7i%_Nb92^ zxrMaUn4s_s8GkQzeniC6x_i_`QfzoOT~Icp*c) zwQxlU<+UB^69<^k>bqix&Ty#%<8IJeB^6C54o5Dczl zb&C8K;k~xhQFqSn2ZkmX@45t+L^CR^xC&9T%Tq}=;ICF&IY(L!I|HM)0M2R?Es>t4 zg*os74=)N~#lK;}=ja4YXOE63$umKp(aGH)pI3^j-soh73&pn>7zcCh~LW&-iI| zKq^3kR3NgeIkGf9F)n=MA;$ui$K8VrLeDf!HP{`vlrBABXI2wV3qx7G;|S3hMFeqh z+g(8qCZwwZtyg`ByjheDv#XQdolUh(Z;~dYU1{KvQrsJXAUzkzG4s0TEiFG^saM+g9O(YsS*qq+$`J)UHGpgg6rE7p!2 z$XL#}1NdizVcrmEn9`n7ZB}#jvMMiy)J91JHFcdUB;HFPwcqE3wk>b~Li?clzWMhF zII}qx5H#PC*wRdV&=I}!F6u(m>7r&58+FQ+PhIs%f_t_#KF0Yyxe?m(r&}QHuW=$J z!)KE(g9(LTQwn+1G%co@7Crcfu;g@IP!vll6=&^53({Gju{#x8>4eh|1JXv6m@|FZ zZj|XrEx9kGWLN1q+VmAuV^-1U!OdNFB?s@zkdY2EoD!rk7HajV0V_-P)s*H6Cekde zg=a?}%TN(v%cJWI55CrM-YmjkDG^FYzDo6}I1D1l!i#<<<&j$vbk{A-Vy@$Y^e?w+g2&bqSaSXyM?Qv2EgBzFi@Vhx zA)?HHEq-cjOZ!F``{F+isIJ#cS!CRjCc zB0XVQy=sOmY9v5#b4dX@g*zB+o!n*PWF@mHTPzA^kncBOA{8x@09`--SC(M}eHseU%Yk)=@n$`7z;iF*Q z4ciPNw$wY%`-FihKQ0#ah}&d_{X+4+7g9skfR^3#LW-~g_rE0u_dvV_HE1f_2A{Ky1BZyak|;Ro ztGTpmI34e#e9I?AVURy3mNKAE_G9OcPRJLf#7=ZbIKX2Pwgy@nYK`gz6)r0hS9&yNAbrph3`Dj0oQ zc}ri(>;g*Pst%S)S7741I4Brv5sT5}R;(@r;gL2IhZ6}Wl|u!hiukzK^YO?OmlXz? zXQ_vRzQWO^Fa;k0_B2qTk&Q4SeYl3QIk{TKsAwZEm$IN}rd@5YrUIKcvrvRcDO%?FUc$xs zjysnQaPV!!ROJWte6Am^QR--$T}4A`Uk$!skY6O^e@iL31dj}I`@@vR+PZNOI>s0Z z&w^;QicU2ByERlxHhaWf2Ju;2#<-mzs(0%_#7ZnB{!t!_mBdxw2eP=i!dq1^E~FY3)3Mn zWYrGSD`QHWkdxFB2f%^=QSBgj`ng0twvZ$PJL5vZsh00a`9AHEMkU}*5%gO#0XzK< ztVO)sBM>$mD!8~#*-;Cq19(3OFZvzs!FS3mGCmVq(tq_WUjs8bG$D323vyzQ4GSV3 z0@urO;|UEE=_@V5Q!_w{cU8L#&M2;zjYFVYXzyrEB+=sy`n*+;()XDjARQc?j4MOX zJ!c}BYk8uc_p4~|FCMH6>26Xgt+@`vI@kI9iLy1ssNPo?m~TF&w(QU3Pl*_yN4Dv< z1gaq*9~+){?v$}BsJyKm2WrHaD;SWwl!NaMRO%FxL4@XfI4Lqa8{KhtXHh9Vk}wdf zH_)hM%0rFh16YwE!G=pYBu}!8~WaP%>TsbVyiqXDU%5It1LK^+<>e64i12~Y!2(;&f%3F-1!^UhgJc636 ztLYHlLAoHnR7l$dGY0acvKJ8s3bnN@KnmNrQ0Ev(X>JUmaq0RRYq%3scVj*H%P58r z?0(qJ|D!12Mv`LDrIB(govk+ z{~t^>iGVs2bEn=>H<0xfl0ssYHU6{+g$OmuCE}Rds@Mb8KB+8 zzL;P@uq<}jBPnK&Nr%QC15A)22=KA!@sajGw^5FTs&Md1HswP1()M(xS_W+S)6*Edndz^#{0`z~lwu{UGrEIJ4E}}Y_nvp%J%7b%_ zkyXIMu{9Jt9U` zUJ!0YzJa3L_#6Pi;itvBT_9@5Z{`QmJsqN;P4Z#ldHgb^3@^(HK`Eg?S)ve&Y3_q! zJv)ce@kc#8lxF^?Vq(|vb%TX6)$sQa9Eo88(MD<3@9i?67b1}H(Zyrfy|NeT!!RN` zf}4l>Po|i&Nwwiz7-&^Hv=vZf)2*Om=K7VgI%3D2TtnPN4uAbpfgtysY9jQxfg>Xl z!sBT2dYLPa2ip^1d|LCle$1=1Z1ar~Di;Y_69OlUv2X^X0ESD=Oe>Z^zL(Drd@*_i z?q`89&VadR%Tp=u8lrhyPV-yN;cR6ZGOVJ?O%e?t+L=RAJDW3ColjRd;-2yyEctOQ zUMdQ4G*KTJ&!(t;6I}pz@lb!DpF<6j&$lZA5tNIKU24dvC3C>Ri&UQ4_d|0HQG%6M z3kfSj-vloPK*BvIwCVUB#HR+cVHhl+yWTuDsT{)1gf2*Gj;BK^D-#fE0viuemuu}c z0to6By2cvRyjqZw!~uZ0FDU5w;AwN#!Xhy^c4R&v9HRs9M-r@9u{P9fvk?zCdI}D+ zq7zrst+5uZ=@3xO(cL1o6#a+gdsQl|LgMP3NHKa?0!^9GkTn}Q}&3Sc)ATF;j+ zWF4j7k^GU!t=rXF<)7TpucMNt6lJyjDnVkJ79S|7s0kt~k@QcV+tH0rg z_(H_$h+DHDm|<}01L141E{RkLaDmp@L8IrokmQ~K<39R)PdG^5rrcp>u%BBsC?8DT zcVmLJ50{yzP9+_?;XH*MFM&xjUG>*t#AXN8bNH7e_#N*x$%^08uVyNWZD$i9ri^2-+vFS zfO&xpWzaV7aQl|?9fH}0jx$#PHU2q6vhR6ozDm6bbsMTu-x_S7^@CjW0$k$xI8jj? zW(e;Z^HA#?SUi;CR$Uhb@mj?@zleGGCGwmz>w8D_48Kh+g!xmL1E%0ZBZ^&0oS;rY z<@^(kYEOx>veZ%Nbnlu8Jhv{eRTUq_Xlv(kxXqJhYiA2vSRgx#%u!B;Hoc{?FPFBE zl3V90cu~@tvIyz&H51lhj8#%f%D%yN9^Y-meAjH5HUnb_JzaC7g&oB=s zYGGQ5H@BT!<03`m>lZdM{Tps05g7)JZ0^PrU^is2gWyyz)Rebj7h!?Ggdp)taNkRf zO|nZa(^PKNz7g>Q@fx&ToOJXLDiu=F+*=F*^PatuE%6{#ntIe%yvh1WIDzQ=Rt6HD z1c!z(v$HnHwHZyBlS?ttPjbt53~mKBlPmy~QGC~z04zqa_i&Bz*rg!sj|lFi5QUg& zIJE>sq*SLMSG|7__BtMK7+Js@07-NF6^?;#d-HRfR zyKs2|Ne6Zw3rNnA&U1*p+CC16aQ%ui(S$fpGt*zcz;|48%5#_X8;{mHLfTTX5%J~q zSYqGn`=R)U0>H<1)K324kOHS%nZiPqlgNuQ}*h%Anwu=D=m->QI?>#&BgFDX>Bs|_$d=A7x6Mo--D5I4p8xMh^FJ@Vy!MBLbe+vatxUz z6;Wcbfl^`@V5ee|nWiuwi)+!YXxoYZtAS&}Z!yA0@YlgUv%4H4e9O|%PIK3C4Wg&z z50s~wUL;dgG3fMS_6B%!@^Gzdud@6W2!#~-0HgF~rXm%4e+Z5fmc}*Qr@aBzvnFuu zNO*K9~ zj02c{--WkyqaG(%($d#hft?b_NtoVo`D-Hl-zgu5G`h3ER*!jU0eHenaS+`yqpZ;A zBGWPWfraFv#x2W?2QOa&Jq%kj!W|CM7lbraj1CLGj**_CO=WaX-7*^^xtwjFQRckNM9E$ zm)+N-6JvrLYa0bUV=iNR6ZK41;YQhYLZ%HS%L=c zZfR3ZmJgXZv9nJReP=;^Nz3U2W^T(&=aMxb$?9-L1gUWSkV1|lY$B$QIgd+$T7x89 z^TM6r-~rX}QX}>OUd>gk;9zNl3ahhZDB$-TRM?zZk--UNp&RVKC^zZ8^2i988oiSJ zwO0=Dl~KqYpLqYu*8{?tWyS#ghzl8>nX|B2d^CGjO}{9_QfW)0+KL4!sROowCIB%w2890BYZ|;aTw$wB&H`mGIwUZRdToCcxtTih-a8 z>xcKc_e^mw6f;?)C?y|de^fJ9uy}){5l)v%N;b8S=@^SegyD8?ylJpgj(e`3&tado zLm<9ko$Nk_mFjT4Lr+NHPUMRCuhIem+ExVcnkIVW*;YfN^e^4R9~-qP(nI^G*QU>U=cAz*Z{->HGHsq?(S z1ZGq0c#bAD2(41?y+z3$3ExG{MI+&H@yhUuGlqX+uy!QR{YqP(XQZtVe<0V01R(ki zK?#H78S%;gUPkV*Z176n;1v&^r42hhpp@H8J_@y`0-~${@{f`meBW$FsX3rsq}h6o zOLM!+xW1*0`nsnTf1T}_cU=wMzFgg_dCTA~WK zln@gt)Oo%#Qg^ZqeeahLMQ5$?yRxJKFDxN8S#Co`z5eXAFSVXZj3YGoRD0Yqx%MH5 zQk!66cSFkto}hzsTZpaYTScxAHI$I15c@4P%sqjjgVMFig561Xk2YXd<1>mbv|hoQ zob0r6;oL-BTwqJBZ`Xma^1<_BwW<{kQd5Z5gQa>ZKNSu`GJ(pZEKjq7bxZ9qEsLon zLt#erRt_TTn9wjWjKi9wR+0T?3Fli0uU};=!|#Kx-TUe@7U5!ptZ=+-1lX7PDZ;Vt zR9R@*>gX4#EVB>oUa_`^KR$FW(NIm$d0L^U8~`ZLB%;T|4-44%76f9415!dp&EH)r zPm^FCgL1;1fSa3Svi=6;#(QKB1aCGG-j1+T&Jsn=HK%aLIEhx9CKxTAYH&heN6geB z;;ZWwa~D+DLB2%qJKoK~FIR?h2JJ;+lD2a$`swiZmW^!r_#-;f6aMe3GUAmZ;94tf zEkj(5;MNFIInF|Ik-?RO<-CLM9`Fb8XBMRzR&(P}@2C z=I=nILvTPYau|0?A0Q-)gcV|)g>0ML(xyHsJKa_yF%W`sJd0lWf+=dAegYC+S%W*) zj%OL2g|nl^eU|;m7h+5~@)7#v30=>h8%As+GZyUJAAontUOobpHn=P$3n>}}0{~^+ zO^fm59-b2}QPz>&RN+J|zuxRq0giwQJtKm=pi@GwW`1KlYH}f&{6V3$l2cQ~`=j#% z5tdS|9Xa2X#^}xvVH(4jwP57k{jFdU?SSI;w0Xf3g5qIrKgD33w6WTUKpF4D(@Tba z*CpSu5du|4!dr0mU&vyOQqZcWhh|KjHsiiB<`5rbAo4OZBl&8$uOF(Bk-kEqYRTJG z6>Xng%mb0AnJGSrgw386iDHh1I6sLQp(Ovez?kj7^M0_3(2wVWF}wlVI9CD zAX>rd1-r&I)&Sz%CfZxJjw&HJ^Zw8!5d!%;X&pOY+v3iz_peFxX3ZgDa)$s7qA+rh zWMf5l)C`?@IE3jTVcS;CW$W;=K1++50+E_z8ID%%aKYKD;o}?!G}bQji6aC?LmgLZ|4&*0iB^v@<1IMy!C_@yo*R8 zC;*_VwWl+vET@xz-O42*5eNBODTjaZ!ex@Gp)S41U4|sJ%0A#ti(>x=iI24SaHpM3!+8ISj=N;i3j9 z;1Z_P$02Ob zk{_KRkuKT7)hBb&k5yEyRq{~A6Vj5J{Y8om=~zpOFo7~_q2YrXSR1ZQL*l+Euqo%A((W%ngGT8N^#C2-? zQLLEVFr#qY8Og&ifb}pxt{^r)Qg;^HB#m#qk|IVHb|$_8hnJ?~V$(p#Jaie$9~M*i zTfNUKW}-&)48w|TWvXFo`(+SKBW;7hr|rQhik@^6aQXe-VR6!^!wvxNo0(y>Z0@_G z_y8TpvFW5)Z|;mXGN9iVd~CCeGQ8(=p=e=7Jim=Hd(2VZD~_RNAa|AuWrO7qtYOue zS&T(!(nvb+$=mJ;9ac<39TTo!BUPK!k8LA(3$-ZC)ri1L|HrVT!8ec;+k z@nn2SnPbryVVaUQ7uhF584+=z#1)5bI7Jg6OCj>Gpt40#nNxxXcQ8q{SRp(0$3vhT z0+(CA$y=u=9n2z-4!coB=Pu`K$0l-4q3Aj=U4cs}i(;ttp~7fcsfOqjK~M2y?f7*d z9@KZU%IZt!P{~wU3-ZEcKP94hvU8?mC*dA~FQG=M_*)6&qES#fFpYjSqV8!u)=-K|9qS}H$`|Q4v&mYgjSU(y?nXlsM+IBxC-y0 z{>35ZpDWlR#QgJ8yR*cuLb&@s?Aj7K1Uvjaj8BlIG&$Knr{oM7gk=)pBkJGp}=V zNcR7s@yel$@N_ArlyjUY_GPQ%*;&~#7;uFJ{hEcvh&SeC+QgN{FxhZ3SZ)Y;H z$`%vT$rvzh;4?6S1{MFPt|{MFV4|&CVY&{K4!V_wLB5M!N-JtF8MSybI%~}TUC-~= za`w>ZDxPK@(@gILCSbZvAl_yz^((H50gU)z)I|3``zjNIL7dD(6T(qy>=uxjDb9Vy zjrs7+PEqiAZC=Gh?Ye!A!e^lvvQEGZ8t{gYPP|PA%T-vZ5p!_84;ra;DS7H-W8n*R z1Vj`ll{N8+5seoa=T(Z|6tp>DiGBzhDlRAaB}2eTs&Ap*;cR|h4Kk_fUomIT%n=dp za**!X^coUJYT}Z^dM?eUMvUlDDoyj#(@QgcId!jV_foV&%|kVzoMrz}k}*oN20s6@ zmZ(Hfd~wkS#gt^twAFGUym~J*QpP9iOCr&X_T!Xi`4c7Jaq9fMXkz)v-m(2*!=r0p z%?-nm3hZ$IEQ0zqTH6iZv+{nBHsE7vD-gJ~ljh2_28P*(J#dIp04Z(~@iq^j2+m;b zhID_|6~5+x@9`__RkY&HKhGQr(Y=s+ok=6b;eX8I$lC158E4~tuPicY94m3k=~Nky zwh{UXJD*O0@IuY$5(he!OQ91?w+a!HR-`4|ihdXyx%%U{j9#q zA|P3dqhc3+!i;MohTxK8HWQ#ajH(UNi}o-8>o_)^j*D${^bo~7*6!{##9_S&BBl7& zhHfm&v@D5J&BGlNBQL8w{v^XX0`{S-k1ApfoAUhUmBntkI;Az@q5!LS#P#p_!(c+f zT7vD|8dwI9G7D2cbgAWKY^3~g+46!S>qtBHYHOSwA(r%mu4FCjSx34;z&J6;1TS7c zy%huK{LQntsyvmS$0K_qpn&d>*L{Q7@p>Mir>0S8LzjGUzKEv9djwRHt`3rP-d+=N zEMoEhjAK=4*z4|A;WH%Jr$OO`V?_f<~ zhvlTV?AUs@P#^Us&`zk+_yoR?fNr@C|DyVPM#AzyaJ0V>jQo?XJ3)7{lexEf5lP^| zGKAIuH4l-#ZfvGuYi$>629%9Nspvu1EbT9d=PeIIpyO}j0!8jt{;i4wp%5QD@B#vP z8Q4#dNOuTS!xa*9RqwzLZl$M9uKE|T4l}@VF6+~eb}3i6!WC@(Pd{_I$_!jWMpRCFzHt$G+-0>Ko;h+eyPYnCL0_k)r zn*y1x_MSzN7|f|?*$}}*56!^)y-^Vu!H~L5-hvWYoEyN65zXWKqUmOX`4>$e{djBh zXNKg5=K!iYQb*B$d2>4(1zINpol>FCz%z8S2$4HQVj3pawE1uqgzHTEq5U}P6q&hZ;Z~HGAz+2Q~QCX>u1@5 zMz;vpQId_%we?NLB1~8Z0DbQ)-_3MNxm~_t@bjM1wjOVpnKVEEhRBvJg9xH^)Uz9p zN{_lZUKhkm@M87RC;{DHLAz0d*Xdht2GkY7pjgl{U)*Y)N=9P>>Ot8-;|}=7Htv_g zV^01D?#3Jl+nw+*@=M&ij8N-3(Ni#!xw|}>pQn9R6r;gqK4b>2q+gmP0Xecc)Wto` z#Lc|1dC7wcpjn>#7^Cvd_d)b3ZU!SJZ*c;#6#>3?s`MuO;8bFaqkqpWFX4Et~udKvV(^cab$F~iv{e0ws#3L z#a>hz;MI0#hr+`I&3Swwz*H&8ty6!{oT-67l^#+-gODnt`kUjx)qPge@F$|uR$%sU zWh9Z_da_;aUf)wINHP`t*410b%XIKZ;ParY-$i;|$q}F#^v;MS`+3ZInBOuEH`#Rz z?^bq3$)ij$w6w1skGzBN5g);hvc?&q<6606b|PyBje3e4m8-E>cO_A|x;XWeC$PGq zpT8janB*x2!2bqku-AH0)C;3=j4*4Fb6u(+0ZtJ*D|9E+lhL&N-!M%TA8y`zSjmGe zu&<5NwUA7J(lu2Pawa$MDSOxN>3FB8X#Z_T5Z<;H)a=Pf?Ks@q30gv5NR7Q2S%NP?MU@#mmN1^O6+taGMudooaAH zj(MSri)Y`ETi}p>`QHXTeV0~cv3*iw%3Vr&KJd)&(b9y98TF5Q>fzIvc(f1=@)k+J zLjmSHLd~NaL`-&$V2MTXvZ^vOa(=#n8yg|&<9sCd`e#t`$VkQ%emmT*_oIU*`6_M* zN0CV{f;WG^QTxKgML$dODE{0V+P4lttqSrf50%cwdh<)>FB7`=OrSj4w`tCp0lJVk zE-GK-GbO5W%2wfR1sx|SjKzRrGCME_yz+1a)`R&3Q?oIKjag*vVo1Xjga;Qtg-vXb zVZG7#!&R+t=+e-r2%uUsJoey{ZID^wul#2CUK*GI6F--`^h<{~CEN*95u-KMPgiAt zC>1g)=eiAKB7Vi#og(cqO5xN8HOZnDQICr?g##~cmGo5OLvgX{&@85RxE`~*j1%S)$8~KC)_!dM@5eECq`!<>71;5ya>4SH z^U2u%=B_sG5!P4P0;Les-h+t~K?5*{;nwW41IyF2JY6#@?oX5)zQEYDh^`tpKmW@F z!vmrKdWgWpz@V{FWHo%&pppMly-L%&?Eg$SW>pE*?~xj@2yi@a7+$6tk91- zT&E~w#sEVXS@#BCfZjkprX&;`DIt&-cq1baA-jvLqBPB-gQ%$4knxRUC+y2|B13*Q zn{!$BG`OG;N#YmARgx(SOyJM=WksrZ+Y`-fh8V1!`{+~{ACwEu?rGnO175WMmy0#hKuM+r|> zb3n3Cdw1b0lggg80k9Lam!ri+lZ0N8!Kq=an}YsgSh|zqe(Yovdad=fU2*0PdXqa` zC^!Tbl1Bz5+t~#cJ=sYSHQ7$XR|xFJsZR2y(!-7u_{9{cJfLzZNO3Bjr5IqTLlpmn ztcJ#;#NLh4tB&T9F**TvH>n}=l$Xq@BgBQx(Xh0itY$`1wE>`iVw;4IpB0N1n?dGM zRDjd`;fH$ttU}X-A7PIo8E49u#$j6aKuI0}gkFH_5|bgruuU*q`qFnWg@|qJVM;9s zitwNW*iAXZ?Vq1h&XPIRlQ1L+mR0 zX-u;I7SXXW7`1IHou{dG@%On~EZb%6@N(>+t?dFx?f@Tbwe?|APh*aDBIISmia`Kf z6?gDhX1^2h6SLo5YkW5U4p|!WhvEzQf)(QoN{=v)LbRQMvPZpUzef4~VLdflWb*n$A9vE}aqoQe2s zDst%nIMNp7kCOA7ZyB;J2&Te%PVC;Ns^EXc%x;b^9P#P$QE@demsZg0yM(vXm1UlU zKI6mDP6omW&w6#H4hOzVFCm8?dJ5JH@S%k5z}ZTYMJV5B5i{-3oe}A{J7AK2`Na`Y z7M%T06p1wmY%(8#xm1v6hzp9364s)BgfVE(MyEG2k$!Q3e(p^GbVM^zVqb4`2OUmk zJCT6aux z#QrFi{6tou34$9(YB4(swJH(pGC{d^Cs#vz@?dr3;sLnGahH@yg2wmDz0|h1x_8t7 zvB(^*qZ$BXL9TMMUx&8?3hR8&&!LO-mftDchBfK0m%;P|U@T_L> zMH*NYDRGk*ZQaBz036e`vq=d&j`)xRqQ*UAjWjH-ve;bM{XpP}P{5-l-4N#aSRq95 z#8std|J{~tgR1cfgR$SP3F#yPJUS2+pL5O_Q;G8EB@J)cDh>>aoFZLK;ta{2XEtDr zaE_NQ)!q%ovq1Huo2yEUDp6{?fEjY*u+|%bedq3`lauq3QQ{A*y1ZZ6GCr!GvahRI zOi`8+;b@a}%M7JwOunHBV`RIvFN?6L{8Mp6V|j^S=ipi9vyeFx-+E71Gc0w0CoINJ zAeVhgcewF9A)m+2pBQVI8gaWjO;=Kk+GF%v!ILzJGnn@g+Z>}ZSiqX>fw|C@7WwkN zB{|vS+d5cXEfH6d4Q4{I$9{$=AT-*^|3OrjVU4!}(NipGZe&re)o&BcT~yL|Ti{eD z3SeQ!j=bAT>kn&9GlX1NnDMsA>P-J3PSK510H6srx61K-6x938U1%kfHdCeNV5^Fc z23*y=!{zs~>g!{ms|ccj`hvpn1C*=$b^xyH#LN0Z|O@DFhZk0@d z;*5}*DF0W^2knzDj44J!;EI~RTat?Lz1I;#JHvuyA`<^@8}A!S3ZkU}ernqk3}+b{ zq1BPU`@(Ki`KfPLIkPZ)B^Cm@Y#7M&Kr6Pm(pzjqjf7{z_K}(%nhIWd$3~KN$Rd5C z8w<{D!D56+?O&jM77${{LxZ`R4miBaFQVokY20~dC0*mTd4Iq{uycEjEfH6^pqT@x zwu)PML#n6-QUy_Pt0ov!)&=O0DBD3l5&5UO^t__plZw$jHzS{?y1)km%Lnz8YDKJb zz`4a2rInuO|&_0n97pVqujkv$zJck zlH%-wqEY=`DQ%96$fPs<7^DmGc{Q6nC$Qn;jiU<7TcK4+kS<+edQRO_uM8hDPR`VI zDKu%59OvO7t&`zh7aAHche6eLqfY;O(x#DR6U4O!OtxTVV;p$1`-N7LO$$9u-{^pl z2`9(vrv(sCwz1Ft4aE4^#U&q{(DmGoCp1Av=lK+&axD070lmc+S^(hthdh}xUS<(# z1_0$?WwuPHZ>#f@feD>q3#AX=OmHvpL2;JH^^Y@*D`UW(IZWD59oV3YULuc||++-|zk=v2c2-AF-yDXEU?jxo@qTW^DPs;-zEqne# zN~YjLd-QGK7WLzrE==SVyQ?)(NMR)#96Gw@*YGy`@&sf{sNvEAbi({1k2e)bO`>fb>48|(>(1vGm4Y1^9=~Y7Ad}*A4Fyrrc%=a7}EMu|EBNzdm{c0 z#9XO(mDzXgk=31Q4XvIFGBZ}Pst;08t}cB8-rF{^`t_?gB&drCK7|+0QE&U0<0o~ zJ6O=-+Ow_Bw*w4Yy1acbT!UMDQ&^oFC{UiNoED=479~|cFla%Yef$7Q<iaM9l!X z^mQ|AU{T5?)mN2cS3aHqOZx(DOMD2~k-@TOEX7m782#^(rSc+6VlQl}9>#3J-y*ydc(EOL$*!ej=snN?^YuA2-Qx$-|7p|$6>w@;TGJvd zvn6q4e^lZMliz@F1HzBQumwVWq4ZtvqP*f%!B@#o|N7L+Uz&kG|3qi>H#Lzm?&xf3GHl)%jt{A}> z#sYOh-%pZI^h5dPxJ%gw1`2OcgJQoWVM5J6Ag8-wNMAAmdEIdKdW56lR4rKgLX+FF zbYk=KFJv|4*u9z^P+=(%^AZyH?h)tFLvlSB*Wov3Rx`a{u@a4PcfvTxhy-UofA0@5FWzi~fF6M$u;0UuMW z#N3btAo!0$588y(-d8`Qmv#Y1g0%1>_z!U-V6#&QJ?3Rain(-C7 z5DB9=q1Vanzf*rgDItFPy*x(eUSv2Dvg%n{L(@{{$l-DkQCgG_kvt1qy}MAzQf{9A zH?XJZJrc;tMw|q8uCf(KL&$+}|HYG`<^p3u7ZJBLoZ`6n`zF)cw)BYg-$(^JM*wC< zRw*6@08=2^;QM2^K@Jq2_z7>L`>{Z2rYWeoa{gh11nWR9ZDA0`JW;g&hhN2-`u=UD zvHDDW@Hvb^`(ysI^Stt9 zchyi8uOjWO7lJ5*y9?D-<^}4Ya59WGWMnIq;%X(Zb;>s}LDTo&nrhPK39@sCAAQD3 zvLo#C4VngnD0$f`;A4*^Z_FA}>kiA}S%xywOk{;KfhqFQJl+AZ!-=JYEb`-sqttQ1 z$=6rdQ_PhDCv2%!)GV9h552hp#=N+CaY>+>s-kNIhLRh6i*ggWHd;_tN;S7tA{PUY zYJ}PqC4^6aPKbbJ(GnRy6QzQs_TbuEZ=)Uxr32!)Y}Da49PP0Qp~0EDGTv0A#l(Fg z*l;F$TOm%S3aHZSzE~bFPqw6ILIVb-I#DufLZfpl5$)?h3krdzthJ4zZ&|jEHi_{% z+tWgdi0P39_~$ve?$HB)e8pLs+^at$a4NSgd!466e)T!)t~&H)yfDsxQ*bge-kT0A@w>w{tYGiS$WlBnMEg zqL5R|)cE-Q&ff*~pqhV!Rz)c*K?=r|+(;(&PuetM_ zpQiKD{DRrFDVD7j_NVjvCsSNo6CaN$xPkPoy$}a(o1LFo(T~y_ZP~5SvKotVG$d%V znjF!ustOX+QS2pfM6h7xhEwqbXJwQOu?ST=GrvJm@Q(({0EAF^-O<%x5NhE%UmmmG zF~jTRtXDNSyz_^D(iEIVsUZ;W>P zjx&T{fH2*50c57;gGlR~0L|@618t}9I(Y@Mk^ygy3J{z*|z6>yKJKJeLCqw`xbh>Hbi`C|b&9L{1jbM7qYF{P(kfB{x z?ej&Mz6?rXL!nXI3v=1NwZlW8I7s6(A~MRU4Z54swCg-zFBUCV zLT93#KZTV0_$P``U`aeJ2_ZF%YrxhK(PnXz`2Jh@7^<`Zly6BOoVLR+IaA>a<)oL;g$KmNZQ&Vuux24sdA6Qda`T&pDjYc#(BS-IE<|af zGbCGVDP03$pPih|*c->xB9mx?P74|w!~dNj(AL`4avi&b+v1#%jY5A1@^=gkW-qg8 z06W8S3^8plMnLfRKSpu;)lzSlBYG3xflX7(kcm2w?rH#`i=T0c_N*{~rPu<}HXObB zFsVES?_bA+%lespknM@9os?3nehO$qbMwa8OaTg;f^T!@a#3*3jS^;u+&~y9Ev8AU z<#D&fFs_jjK?ac49UlU4ZnMr&od1GrLu1io1gCWCCp#augks@)3K3+G53qjk15eo9 z8-*zYyN0!5GfmmLpjX$w`N&~rV&UR%JmVUg^MO^Gu@E7N9dl_@ajO{%rLeNr`9f9E zEc%|c`DdV8_yoe)jkKMRMYfBWdZ8Yljk3jI4t@s4SDK9N>F$g@LOFn4nC^& zMB&HyGO@ETIg^pyQKdVxVl6LeYa-|Z(r?5eB+o%%)^>L`A(=wMcz;^MnOG$jGyx5Q z;AT56t|oSHDYbEY9ag3&KADYoq__k7G7V7Q49R-g(s2+7Ppm939qmT{ z0{qz14=fAQd&@q7Z0A4hpBf~|1YjdXN=S-k28w?6w?cne=53H;Id~P1V-2j8F{8d41SV^ny?&A!W^+RVdQPF1@jU{E66_ zV54m>H>`nr{>(nr;g0w4mQ&jZ>Cmk}M)tBRz>KD+hmB-RaR*X?>)H;9>S*R?ciEsq z$Iaw~B9Dp^KcJNh(xWW|PF{GPgSM!1p8^H5r@1}?!Ch%j@-zP&zDKdx=%OsuRMK6O z#nOoEVlfe3^PU_M!UL6a%(O=PnYchynun`ej>%HSMzf8Nl0q}~o-4i!7 z905K~pp!;-DXTytcXtya9P(&e4_qj0#ZEw%+&`WyQpTyctbjSb8k94YC5Q5R2v z<1Xe0R~1Z=;?Y0a_QKPDf{qgyL08Lqb|suZ5D9vB-v0d_r`LIe!PNB2&Lz|+aw}?r zdCw3#+T*&D;H_=Xr<4Wq>(bofHMU2q%i;l+jacb~ zP<$botbi01%WpO{go?@ZJ%`^M(PaxE(T#y=dgm6szs(a&o)0 z#3mf+mquqak|w;>t41q4Zo*X2MCgjHQF2refG$DOO5U?mcClx;U`hG7!;s00^?2?r z)3=L|U`?-hMO;2I$dz&nV!Bb9XELA!#6CyDhl`9@hA^$`62NUU*Vk!i^9ZXSGW+L7 zA!V&X`Hc=CiHYcMAV)Laxj5g;h$$@FbyE6UM3vu1KKcTCAr^62(0EHiWG{?Rdc#eO1O@JG_SaD+CbiJFYh6!jIt6$92+G+s>Qm}-JyZAe~Lq+j2q zs~}RsQrXSzqBS<{yP+c&jRhmBHTLs?=9DDL^dw~<9Xy(C!o@BG;PQp=9mwE3p zB^8-{6Ycij;;*V2hZL=m@kDWZ`OB%a1md8lu`m}6T*;ENLt&*FQJo-`Xk<&06Me8Q zb5i+Dc;=LH5+Jjb?8^HV=Y4})0ixE@VjEbm?4#m1_@}NSMR1w0;a_t}w~B@HqO^7D( z{>#11OrxpmopOr;ayx!oV-Eq}1}f$xhg508Qs|x~qN=@w@~cDQ&K7FD0oR&kfDzIp(P83ZkLq;7rPG&&_rzaA zXxdwzv3mAmt|{6ZR07FC7o_oXAf|h(((KcH#YX9g!m)c5DdEHjNaN}@152|Lz<&DE z7cPxLHO3`FckXlY;L0pA9(nM~yEP+r`TX+5)ZusD-T(Q&I2b<<1LkTFVrG`=XnnX7 zU&o*S)pdPtMG~uN*MU`r3sgh{&gcB-bAXcK}*FA+OvB> z)pFE;()_V4!t=@?17RVnN=3fnnn_ebCkk5^pqC>z<1f7*WIM?qVn7!JT;BvZ=aCK1 z!#S+)$|9mQTnC+EcP%6>{@lReWXQ|%4-(2Ah0JeSIzKDDl zhT6z*(t()5-A&HKQ<5`m#NnQPIqRdv${^6W{d2`#HgdJKVl^W;kOE|ttF4L9fc7BH zAkG|XT{0p=2;tBPfF-P79U-k|y-0mSMud|3Lp0Xl5K>y=Z{Jd&)ZGk5Mp^5V(+C2Q zKzXDkL>g$w8*?$`9<24MokXXC!Lq)z)RM`ieNo@Q+}0k07g=hY6y!rD3jQ1`YQX%X zN>NQ`Sl(vo{;!D>ktkMnbic86&f@@T>tL=GC6(uVlDE8SoEgZXXgADhHPnvds@6H*_@x2J&E8?+($y2{;iE zISe9$89WH+KoqiSeIs$U@CilW>}WA85|SEyY)+W69fB?*rz&EvwDJcstefM|j+&zQ z|MioQQgWGZJhXzB=uN83&}7?LR~|M21<|7e?x8oMwySDH2&7~K%%XqD69hx0{|0X23Izl~FUtv=Pi4tgAaese&_`P4+}GyYUY-HLHxPP3E`qkjk|8oR25HBmzShBtIKL|~B;AW65x*s0sb+SDM?(-xOS07Z;uyK)x zkOF12K>sdN-tV6SqpItH!SlePO8hbN?lHdyeG7Vby3;(+?Yy2?@CLL)gEKXBb*y=X z0VlLE{A#meibq?{BO0(?$jQYnATcpA3WC|6goOSzglEhzBYWLxx`ANw9AyJB!Udbh27efmd5uwaP}LU64E@*vGIR2V}bI#MG`*34mVu(@E|1=r3;Uec!&*3hI}CKoD|-29b&5^g|i zZ_Pix@8vI1Gg)K^LWM?SvvA5NoA<0JLRR5l)o?tN z>5`vYBEymkp5-$ZEIRX!!X~}T%s{%2mpne=Ac#2;k;;?ZDTaZa#YqZCQ0DGxJ~II; zZ6&`4{nBq#P?~6HagwbKEAJ@s0|6#LQeRZP%+p}q*}lv944~(18-gOzw)$_au-Ors zG5j??;)^|b!{>Xj8`#V(P4I?sDdaG~(a8vSv&C_nMbfBzv%a&ao~5EIqozu_d_f39 z08wJl+tFxo)AwBQQik%k<_SDsY3R)(y+CK7@rO%_x8e7$adl55zxskLByxSiEcWpl zvM62PL&Ssf??B>ex}DU+)9_9u`=>}&DJA-7Q*l|^97Ba6ar~&#!ZhbA*s8)Icw;6%Z@4V&x(CtB0 zx+8*Wi)~y+mDEBZu_edGR7MGPN-hPGVWKgyjldxihO=Qyt2ta@_!U!g+GF|zg-QGM zlWZ}raxD4l7;POFf&cv>pMN&|BuOZCKU}itQeN+kA#tK1;Xtn=sl8?F6u~Cju?Pn1 z7|(Zybs(0a2f1myT8W6Q!!$7b=Az2MJLN+$e3K3zYkGw`Us8-=(T4qJ$@2IOy3G z0m#g_V!>>rykRB^aYe{ILc8*~Avzc7@+I`~n{D?4YqyjImmCqu<~A+XMlT0lmlA^> zEakV75-&Xpv(7)Jwxu63VUdXA5K>Xt5lR4$n(Q!ng-#ebKYZ+LNdxY3QUd3xD_+oZ zfKU#HeJlhWua|O>xPlfr2zY8ulMb@n4E4ae^bGmL+~R~o9|5*q2c6R4{!4YlwdmAyTCF;^vXgHD@PCsP2tT-2j9DRd*v&_S?rF4Gty<(>&S(pgN!Vy5CdkT*?b``^alTJ}sx_ecsH zm1dKxRU;c1$UhRUmE-h^^zXU4pRA_a;Ge2R2np*`rZTHw`ikl8j^EX_7uA9&al#K% z=C?GC84zPaHCw?LHeYK3QqfXR^VDqdqG3$HE8Umt#!!|6!}mdTP$_yMqp4^f#9~Q< z1&BXy+-1uzfKYIe;92l!9OdPaw>A9l7NZ=x#4V{pLtrLGlmdu zki{~jaGOvnEPi+}QuCtb;&AUl*OSEB z*B7Y~wM8O*@qHk?RPONv)&Q|LdJqfIWpk_ivUaNdxujlyFrRIEI!c_wM1OXplG#L5 ztJoAGF9l;el~{i^Ma+w^NV56{}D$`C-t`hZ2w0;6kB!`wN+ zc)3*weemh#$&y2wG3bmJjoV40_>wzwo9#_R566BzQD*w#lTw$}|KCuc_YIr`UDN5l zMFi1B5ij9@dlzXg+mO4C-g?ij^nWv4v56v!mhqd9uIDGBKERNmx_GdE6)I85)lbGU zzqvEFvhp(4Ji8}|GGfP#fpSA?U-U6b(Xhq?=OvfU9ndl^SJ z(>$kF6op9!uhWB){?*-~;O!AHjv}LSDB0dqgD~KB%tF3203JdYv1I^1a{VXyFz{9P+ug$ezG3jilG^F0-pfg<43oc7Jtg~C*) zjiT6(FClxX-Ut9o;Th<7@ilYHw{up43ezl}ZIKY+AwMuJOwbGMJJU>ji*lAz-+lCr zUNv5M)7wTWT1_$&`DLg85hX$uYo|KF-Sr?aaPdHGw&Qa4APGweTsX){F#_~KQvO9b z6R?Z&66IGzMBM|CJrfm#p1?r^dzl#~ps9F8w_r+MXUYe3Oe}523KTDfQopjcBHk3;Sp$bjDLTbbg&re%Vlt)mbH}5z>09(T z+&jU_iepEgN0ZYP-SxLQ@DV|2#AC=%{B9^hmFBD%vCe4_Zz(`xaLt9nJ8?S3SyNiS zCydpZ)P_bng3smkFCba<=1%VM5D~-fW*BuLoQ%RI|5A+yBYAntM!-ac1f#w>qfQ{{ zakwI``o6)_O|Pe{Fy0slfwS-D(R{U%hZJ`l0>!n=_%W5CMC0dk*nLE`P(~|E2-)#5 z`$DfN>v@%+vU2@sDdq|-DeVtPgCbPD;!1!W)}(@w8`-CWyN+qI&P#)KRNS;V?DJMC zYLW7dl-l_}e$_1oQ5u&}WwPKaQuv)Cd5A$lgj3>SpGUH9DFR}{J?t7i8PNnDKGlzv zH3Hq<0sqGM=MC?JmXphIj{RaimQPV%=A{65ntX`Hp+%r3G!d~D)w9yR)U6#P5M9<5 z*MNC-)75QYhLZoUndbS`(!$b00G4a5D`5@RUQwoc!uC93&#hC0v3>Yk6X9f=%oH1f zity~<5?uDG6)KTe#G8DzO_M8J7ed`IIy$-Q$K}Uxs*b9&3gZc5mZ(wPO4 zh)y<~+;hE9#go$p6vIyBj_M$$~*13_e-16hZc4De8qcK(;i*v4E zKoL58ny8J`!Sni6psodo9Fm+7iq^!JdRj+6s&{{Qg5#V<>|SFFu!!3^8-Z?glv@+uEhyY^9MgMx5%#wo_SpGk!w%j(GQ zM_Ux1h0U`l8VA%Snn2L-jgq^*k3omd5MBlOQx-$r;>AO8dvJ;%_&k+SJCL35KNsLG z&F0)#Ydr_1&yy()*Yik=!QKLhP~P2I1_3Hg&+Zzsx@ca|3mZ?g*s_3g%Lb7o)te-6 zJuvSKCVEPUgJUT8GQW>;ITeMyZ*BMSI;GMaQp!X=KUjc|;?4OnX}I&7fpI=tFF7ku zh#9(+1CP3=Wo!BjQ^@W!enG^**G_-f-S&|lTifDYPMHwxo8oh5sS3R-wOIRQ^PmSf zFt;Ruv1oR)r!y6!@u>7!hPkjvBr&ooIwCbH{@`B+g42Ti*%hW1K=yor1Zl1SW(zAZ z?!C1pIG;shK>CtLJjEzguUAPPn1Qqsr-F?{w<{|3qWh&;0%`R-84p~6e_`o4Cs<)D zWlfXG^s17%g<3-84505J%2|3Lvcjbf!CvYt!k~V~>;|Hd+0KP`gQ0}^GWpUK&0jT~ z==>D2H9#>;)mA})fx6u?ut0nwWP0;OB^&o*o!fMeRM67;*`AQMGZjLDq)u$%v%~LI zj_K90+@TYgg7)qL9;S&_3$AODby=9V_dLSBqBnDO8=AC@b*EiJXMmqnIENYxk9kL5 zFbah7c-YNCage@%dl>-aPCahA-Tz>rt5{*zFb(k#!{Nqf+HdVoLrz${6WTLpO(wpQ z2A?Pc(wXaAaAdjFJsNQ2`PmLV;wi!D;$Q`pbDjfBe%AeB_qpSo6&lS0S4XUu@DlA9DBy|A8C^TCxIxh+DS_roi>vA zmsQ1l5VmtzRdXW>d2TldR~=0~f;U@pBZdgffDWB8yy<9!fx_daeY^qY^SpTO4O)rG zNW%5CL;;}&{=;XDu}i_s%S(UfYfKr_kPWysXiUE{dSlk_dUV}OVc8Su)Xg++VkOsf6;vyunIZqDZZY0V)f>9 zj`L;J8=y;~UXpK4HdTH72yA1LA%hQ(He+An4YR?EVeq>X4KqtgaFaDFx9Gv6eH4;l zvHweVQ+#I6z*8`|0&wWI5?TYCW1y``726AQ7hXsG;Q#zWtZR_VoRY**%?$%3#YBlB z)6Ify8wIC)!l-0No`QES0mmKt{{+<|!V-j~YLT*=r`~vBZH<7`&~5cZ^M)WOth{!) z(IGL(ZE=nCl9F455@xR)v+q0QMtA@T!wd0dDd*$x7}G_vC9 z(Y5ig-hygsl4$h{$^_8!wWgHQU^K|Syt1XpuhJ5`-!|9ISjHKJo^zGMWtigF+~#sb z)5vWNwB{+ebRISV9~&ZsN|o5Bgz0hh?pbVKym(cVUGuXkq61mHo6k;Wqgb-lY5@`| zkMjP5p48+40kMXqcCu2!9I07-X+M$2sH5-NxMrqCZq|X^5*18T#tXmId%Wdfv>Dp| z5Ke80^hi=B6({{3v_GMnZxO?fzF}Os=vFQl5u|6#2V2P@gdinyX{~uqzCN%&{7+C- z>KZM!3;Rs>e)3|-l4F7t>|In|Lw$z}S)QKwh&J+~KvIQ^5|@ak>t~TSMx!)Wuxmz$ zrE`2Q8u|lAm7uZwk&-8xdm9S{Ky~VZx26{Z<-=IZCzyghYTq|XrIU7}91-vCGgtaW z?*l0|5uhslVWQwOqW+D6r@(u&i5>RBB$q)k;@Zsw=Q;Ls)u3?ZA`uh6(PJR&k|2io zlgyO0kT{W{vChAtcC#%!!OFy5|v15;7T9A+7EVx+T)%4UW5f1^i1(zsL4T?U) ztqW^Y4zDJ;rCq{CuP`+>aCHi(wBqGD9CK2QWRO_WL2%&ab8~0tq>39d$cc`T;|4ax zL^bjB8a^VCI_`6V*aPt%;NxOUiBjox0M~Z&{mQebEGE4%aQD!b^_5h#OlqM}t9IKm zY)klAOhN1d2qV{zK4S@$B56IlqBnIE_Xj+HQIhBw>0RPWFGmCMPmk>i>}FnroLT9e?lOkyXOmH=9MG7ZlYnGb{jC+t*g@zP|&6a7-6AmTBR2i3wkn}p$+#W65a{( zZXG@&xSvgzh-mQ>h?mVKcFyExO|t)K?~C(WD+N0zTZ;O)F?%EI1Om(FoE8W;Fq<16sv$6mW z0A0oe{v`r1l#npvyDD8TfK{C3gr~=K6XJqS!LT&xgTr4#Cm+HoV05hfljsSM{%l37X^Ne2@)6$w-M*L!n4evnnB!^4Lu6cJi_Qb7J~7KmxUT0gXpDu|^b- z5#5DVBTJweMjk&av3eFnNOK@I^CI!%Xs>27Lq};LohFBu>yp%v zQpNnrQjOV1D}E!5A9AiHv<&p|TcM8D#Qb+{6WLNEVD>2gf`%zp8%?Am&~qcxV0m;(Q|xy)6ZggYvldy}u;F{~I$t|m)YJU7?|Q-0>xmB*ibw+ll&*o`&WTGUa$@FF>I86l)!z5aW!FO9Z=Kd%(d=h zSOEX2@V29+a4FunafQi)lb%rX8yxN7H}osqbIe`t-g}d@QOYK<4?b#UXp%E!f5(Og z&qOieVPPQoA>i>RbBJV8tm2c}ivKRP`L#mOKAQPw4ntyQ3SoffITj>o)3B-1^X=ud z@Frq3XzfK(hv#H(<8^fhw(Btp#LLiVB$z+$4(=)AK25mM;7lpxYALdl}z86JB#fcq(@ zQiKD8TZNX4|AKR1s-edJGu`Y|>>ZR8(9t=BDJ-SnL{cQsU0H{*mn!bazlP)68QC2& zoyoE+MU!x^c37N1x@^3I5v+L<>uep`&i3^}0sO3|G^O{(G`n)vpl^x7SvD`NKO@yh zI{LDthUkOk!YTTvtr<41Q}o;Lp{A->*Gmg(0Bo|8H%$p=EdSD`NfTra9-#oa@1w^! z^BNWppvlF+>kIqPD+f!FLJ;bdkUVB`gnpjUO1#9SbV znznH;&Q{^{sjDT&OtS{pJ(FJXJu@qEvGNPZK`$;nqgCWQ?5i!%vnqj`Bgcyo9s=Rv z74XO`Y-If8>w)zAs|u;?^y*O0lXnoeFG{58H_$l4YAV2BRZ&%7TD5563fLzaQn)D0O>7& zQW+CS4D*1l%KBp|5t9b;B#lM?Jfb=6b}OrIXMancm3VU0FdAl=7AzYMp^m$PmZ0Pb>6!>+J=anOdo()dSAY!2e3 z1B69k)y2_p_i>?JUD!jIGub7Du{dFWO@a-#zBKs28`C))1)QUkeX6 zP{r)H;c6KphB)sN-PNtKOOYIwNI}SqVx%&;MTbXEC{bj0hrz=A8bCei37_VwV1%>b z!`#}y#FVTNPuM@vBw6=>L+KzlIrNlp{pVrW^zqtN+lu|mD(jF#uv6lfw<1l#A5Kq_ zJl$7Z8Vzj?vNmy^L}(hz=7QO>q9BWeNif`^7?8yH5nR>%{)X!b3n0tWu#>INqb3+3 zaNTm?o_g5}nW=+i9s+|hhkc>vS3D%6;BCH(N1j>XF)cL1QgrY^wvN7yun#hSXNJTj z2<@os-gCiz3l@Ny_+IOw@sHoZdwqtz1?F{Q-4N7n#YIckR!nePS1`f>(p_kGxL{86 zpsEGVfuCb|^BCDvD}L~%9?|!ZozCkH3EN4orB741rlz7oW=4JwWdM}8t5#6RZvZY8 zlZsCQ9;bP%tW*Ny0!vp1@-1mSCb%H{s~WY}aj=|P642xN+Q#nA~0@c2bb5Q?IUmO)Na-65Yne?hiw2;{xteID|hC z;pKgHMDe17J@tP#E{-O5f^tobf5RYH+FV^0vl$H4DYGp`od9J(n!g$vu=J7V+6Q>> zi<>-S5>}m(fa`6W#|luOjD!O!8G8mhBjWRUh;JV@y1z1b@IJ@Q5H#hdfS2tc# ztbouPwF;7ouy3kSw><$zZlJ;*#cwB~&Sa`8BKhAW0T)qR9R-5Y+9OmZhYuR!a#o=f z)Zc_k&B3ak*rQHsHR>M%SoYXVu*Pd^20rw>Fsg(@fw!>e96m}l>O;f3n#K&d0ThG4 zOYn-~y`-w>ES*Jha$e!!!CG6gtB%}b2)E(dwI-MsFP;*q;`@gWF(4#gMdBccIFUR1 zf%Hv`C5scP$RkvgCnzN>g}V3tN?THPTZh{*+*DfOs1kW7DpED(cA;weTj;({5SCs5E%)%P=IV9J%cxI+~pX)0n=luUSgjSKLNI#dt(3jPL(x-lK8;BeAe~{&kFPen@^CwH z_0U2ODs5yZ(8~uY5JD|$r0auW#pg@FL)`A`Y>a52bePij%a>P?QN$?XezJbIa zpL?p7;mm$}GXXyeWZmU*%fxm~Y55d8NLnHqo?at%JdP(%7EnhB$Np%MwQI^qu*oN_ zY^E7gBNs73eMMFiJu9sS=}oajp`|E4XjkabP{4{QA#y3b#|vc10Oz>1qSSyVhHESm z*6J%i0G|^aqYd*E$w6pXPE{G6j>D#4N4!Dt$QQGvLK$tBPAnwl`!YhH2+r#IEMem# zsM_{@lnw!wM2!;B>ABSfIB^W z4bf%xJaHlD?7Im`rwKy+harSKM6pIL{R04ujp5og29*Z z0LplHgaS@GvCB%Eh&d07pTz5;;f!cB3uP6(H)WDaxFeDZ>Fzt!#j{>-*`Rd|D6}_) zl0E>J#-v*y!#4@CeIIFp*Aprrc|`DBUIzlcY1jG@os&@pESSAH|ElGb;5K)P@}lii z9~feS>gfnV?Z9EM&S(Q@uW-U`ig|YfgrkJY#ZplE#h&B-ah%$?9Wz&)0eG=UM} z;GA}l16zZqk20w&$0!PSUbLydO>Zp(ThB*iD zs?)msar+)DsRwkCK3-jvVz|Is!$rz;FwpCL{PN$Jtpl<= zk!Og16OEG&+m~u+=!RFJg$0!m7;o;<2^%r8z|7q3-{CC|&69dB4|A>y_zT|Llbatx zDlalx)huE|Gy7xBiqBq8F2m5eAKMoEud)I(D&RtGf336JAIEw=k_;fq1r^sluK0fw zv%3be>3uMgcm%-j^j1H?Xn}iQdGecbT28WF>c|=Rf{7JX3gy=jdsWdcYdRierb zh-X&Wq;K{^L+duK&Q9^;;?H$*#NsT~_+-pF;sBnYc>sYtA5av$)_qv3yJ9 zuk3Q;UeiMW74cvfN=4Ce2R3u7$>PDx#PP&DFksUGhiM)!@I&;$uvnVUbW}*d>YKN& zY%-+D_ZZ@*sYQLC3r+yPico5@o=zZYp+rtjiyB#Jh z9FO%=QSzW{G|Og`q*#XHHC;P?*-ouD1MNVns5R}2ICeX!mC?Q+wiKKTA!f-t@t$6u z)zpE2rQL($Q$1>_y^~-`=v`u&{2+0!N8Ix*y>w= zC|^VHN=(ThT%MxR9V`a4&78IG<>ERri+zEV$5KdlGH4B;ZJnUuBAF&2i&A0YA%)zZ zYEd#0idLNVYx{z}GE(Vps%l<(SDYS`z-L~%hsig6+poJ(5#C@?POFa@^nBpl$u_k% zEk;W~a4IY&pQpE>v~hx~We)v>3uRPNnO*WQBRAk;R=8KUsaO2#%W;zbeRwM^aT)<+6MR*PT##?mvaKA!E5YJ= z_*UhR5{4obfI#zXu#!q)Lkc-)KzMGSd13U5(Q&uQtGRmEx4rkC7aB!dweeEVIOx=h0SV58QX!Px zR}E)_i_+9|K-K=D2m_AWTDMN!C-A+n6aUe2Zb{R?nAOSc!&O-GNGv+K|z9>25O0H zGku`IpL466U%BhfaHeBXS;E?y2&#fHjCS!i_S}x>` z2|U|ktk}V{SdcGt)ZCyUKTQj3^Z&b;49$X17FX|~nWtaE*AS07A87G|DI7~izst-q z$>W}Mk(fh+(%3ug6JGT2jNu5^{&|T)YAsH>9WqQ>*oV!3SPY&j|3&i9|q$7gf!&tThrQ?hyotT-?)s{8hd8Lvp-M zidpuG_$qPrex z8@Fn=Pa|ehqhXX(go5=mK_?8Iq5Psvtv6+2s2{UPGhkC3x-nAPalyea4tNJ11*7B2 zyzhRoduGQR^XKK|X2&GoXEcmM2nuUAo?P9Tb&i4K@>(VKsPv!)H4)^6n7XqA^d9-F zvX5`MU@Q~iu~-7*adTU)`rG3fgPp)*k0w?%7#>~!oPmPA|03%w^b1n{vX|=4KFoZ= zzZTh|C3Wnd73f`V4y6L^DE*ytw$Pi5bx=Al2+!val>rzST6D-c5Tq$7H@brR_yQ*AU@tNiwEIz(a|=J`&)x!IEP&CGF+`h{FCd``1oLXGW%OJlaxc$sbVeU^OLF zmH}oExs@43XO~9|BQdeeFb=hW>-naW`;xVhj0yEPZ@R%iB5W&ArXKDqYoW?tIf#z} z1FP3*BU*))C!aO>1%c}#?<&jfg}i0F)xvR>t^9AmUfylL0GU0YVv#AlIL+pxvM|DW z<7VTVK9N8x?LT2`mDA+!HaI!wD3tmG!&pVtL!q{k=xX z0Ufpf6X1+ru_S;!wD60OkWud8Gh=*bJ-m~kJ0Js65lbVm zc_AWiuoKLLn-}~3lE1!W78cyqain5isch5vF4j?hlX;49ym*5`K_$=7;k9J z&9XjuK~Z%v`#dH4Y>_TUqwu)rV({NHJsqgR1wUtXKNrO%^L&z+m1u+& z_!3n1u8f~>|ai!gwtgCrFqIy+?*=MQd0%hE#$Zog`~-5pxiiXnIW;^iU`1nH_; zVeBW0UF*&Qt<;$^y1U2;Ef@&Ak?hmHRWfy+y&Y=(y22zueIZDC7rg*VGTV(?;#}H| zG+i#EwkqcH8W|`@Btb#u;fxSixug#DSW(UCKrvI0#Lwna(a)D`V`g^*Kd2G&m5?f% z>pK2U5f)OSt$imyB~}hb{Q>o2GtD;G4Lr`PLRvT81FZulyx9bj8+tm8a`~jYyoT}? zeUTHeFtihV{Sf_Ws75uSg=AxV68xvCoh~97o-=b1gsU~kYqY3(-K@jmq><30c!pkF3&NciR)C{Gc7hCu z5y0xbfy}ikhepD3Q`B)10LF{h>24n73Sq%c5x`Nv!-wq`EaKh8rN9%=s!LKdQ=s~a zgPBahVACd&=PjW(dE41i_a^NMf&})z?%+N$A33)Bo`EI;ejii33P- zA@`W)V^XKw&v3|wc694f71;V z|60Lc2GEfZpn3^d5|dmK(UTvhcom!FCOd_4BW!q`G0%;$c#Hu;ty|5m2@_d#_PQBmObJOGc$8(>9$SHlA^;!0bpa0R*jG` zvEYfzJ{Z54(gPi_W8E%G=F77&Mfnqoi$6TRRa<74y5mrMj@t=h%$>foz)VYkObt)g z4Rd`$;VsQa)?P^YlVjo{H@A)~R>}tMBC*Pi@ckJ?@x_@V1GBR*y)qq1X|R%Dh&Y|0 z;NitG8tX_81-*||I-an!v>MOd5ip9(3GBjoXO7AAIj+-wjt zYlq40uy--~7ZD>m#V$NDsI}JpBc1!3xc;BsIV=e>hdtu~%@XOHsTctBpB&HC-w)RS z*n_TscZwla7B#q5AC4upstN%Jpvy{2f-l5Tl(CIrqqZuQ1#X%Hnr>Sg|3f6j-R7b~61^J91hFr!{p=$kaE30Kn#+ zIl(M*6XW`f%Y6*GzT;EXgDYx8aA>fkyhIqV{|yUoqKqV%lpI1nIR2-uT-ohUo-iklkN)9L zd64@t(ck7a8V`EQ&4>>(2Dbu z8eZsvqY*saE2=QLWt6X&`HzTuIKtx7A!i|-hB5iJ^P_SDHD5st9#5gtBRK`VSYoKU z>x|>syvy?y33>opxuR1+F!K$~p0Dg-5h?Vmj{_E#0~4GRc&#Wk38({L-RE(AB+(y1 zj$u{5O>l9 zA;j{u{`YaOKTt$*bfB9L+`Ry$K2w2S0TtE|eAyr9tO24Yd!OTS8?ZJ!a_9V>F$~z2 zYAbaEZ~3WER~m$K*ki#@=be52S2-y0m9bL%oxBS%2-K&7LR#kHn!k&2n~k+n{S>V% z9rtj`ZaqN1)GyT9#i1!o+`^z2JcSAXdB|F!Q`SG&Ep-%}7s&4c0*VZYJP3~P)EJU& z%dj6yWfYZAjuWU>wEBNJ5jGoPf_7z&(bm7Br&~*MKQYL8@_Ie^#r<;4FvHZ`v||e$ z>Y!`hAIHK5^p)_Na*S;La=?Dj|5XL7kTZ#}(S`AK$bdw1uKbN5 zOsLfO{t`j&7IU!w4GxW-y;2oHxYd|p`dbWQ5hp+okj@?#f)mJBA77f{5VMjv%xy~uFE|2OwuyS$r{HTj<<$cP%OEa0m z1Vj0zQjyY>B1G2uh|^{9IN2v*HFnuh=LL8e(Q;xA@~azuGl%>rf`E-9g1f#(5C(?J z(_F%x{^?1*|5g0ra0E#|8K~}mKcaw^I*apNdc_sI|1)87GE=%sTT4wOwI0m+oAmzk;GA{F*pZt4y#9qbse{rudcB7YqRqhos*q~X_Rb_P3n*3 zxo{_tb5zmiI-wS?qM;jbVRSjjrvyweh66a!ws)Wa9>fBWBqDrEtaXt}hhdWAZXPuo zIw&L>a^v~-Df3FgHvoH3z8=FlH&y-YuEU~lV1x{rr#t7ygfL=O!Es6d!cTGNqo)79 zzBD-x`GIO-{tC&|cG-Zhwu6$?&^(dJ)!rbVb5kGb@iJ}&g6im*vx_rvaJ;+i41*2e zEA@rOh;t%-o`;eF<(CY1K`qLcNuo_`k)OqqJ23spF+n;H<`%93v&0u-ksxtBe9lik z?w*k|Ta~UhwL@qOp+iwu)y>6#wpq*bvIT=&EdMB6Cz3}34Q~UTz7A+{;gf-?+?t(T z%9o$ka-s;QN)JYq3rY|qy&o4S00_iQqH(h(H&lpX>XC&82tcfXNo3IsXd&}cR%#$)(t!ldum}!Obpa^e zPX8&z zE`0k(%LS3YP~}r5Z6huM9k6zw@274o`u%u$GN&^4#~Z(_5SCfvYD7hJfvju|2T8(Z zut912lvOIw8xcPPZHtEMXf+-uFlo_k04E~qmk_c*t_4$iE11ctbhz*fd%p4g^f?zm zEKzw`D0A@)j-ciU!?O~b*%w9i^+R-_y|v|vWvC*fs^+5>0wT3+9!=ee*O4;#v{lhi z64T_kp#ewMHl<*k8?L(%3zUDgBjGbKs+poTOM9~}V?G?NbwZ(+HOq<8y)VF<(ZYyG zf|;gg;D2nRPrNPa(|CbB3IW0DQjzAs$*$<&W3*ed}$y0jz z;%t&89iW9IENmhrgNumMVam!cVkagT;bngVfNZx-R1*p1fpcR5yz&>KPuT=PY$A?P zV!4fqab!cj&NX=uR$%<<*{JNa7nYr%bwm3{Fnu66QWO2gg@c@(KX)|FNH` z-sJVsVWl#SN*U8(d}!pcUEn}YKgAD}Uuz%46E=H%#A=FN%%Nj*d6I8AHFd)5`BHE( z0uYa}`b?pLmmq(XqLXuSpj>RdV~_MH7HV9vn?VF&o21FvdL9Q&y;8t^?<=s9DeR~) zGSKIFUy0g;+pF$a0)jC*vz8gV61^iL@%y10{S#t*m#v+Dex(Cz7v)wHB+>!qjnAzggW%}QCb z#wfE>DgHJ^MWi+EDdIDQ_4r)hVq^+(0^#g_>o~d6$A3+vAbY92Jz!>HsiRFY?8h|( zX4-5XDc&H04FI1wTYD$XY{UYLmRz8WjymNz?A8k=iQTcORY~(n>8(2(HpV8Yc=8YmH2tbd(}Q$ z#se(Q?G}U!jp=-+k&21J)hM*|j*|HTimd52AhG3zMHaypda61g_Wc~U?SY2CHtV_& z?Q6(VQfQXxO8XXFl0Mooo|G}syI?iMpXp&OspMpiP^lSQZX)9!D`r1lSbIvPVpqzl z#8i?je?nd{u0umr+h<9t{iRXSJTCRx!?l{syW)NmpqM=KQ*Mkya2+QSK{^Ec65qx1 zyOSL=KVxIRc>WX8a7b_}+2BLNK@*`?1A*A|zqOcSL0P=PQRuFb-{-p0{1GRb1Dm}2 z=VCH0MZ~qPuGy>$I0F3?*1jv9FiyS{(&#tLfvx!Xm#(yM+jc9>dy3bzxZ(5Bz>jdP z5cN1BW`lqoUx0W=StWJ;V_3M+^Q*4DPnO-TGlDF~5DGfkGPT|8rPKNZ8NK;r8 zGOlu{!n6D}kWKSKo3oe0WBU?wTO%CVE#0|F`j*h;aRdCA_?JDGI|KdU{OISH?l8PGY-h4l-V{}1fy5j(gEDI| zRnZO85OdGUw%S))>*`T}^S!epvRfY|07EX!!gM*pJ0FGi)< zoT#bh68%sh1nsg;4>h47KuF~z&3QQNICZn-eaHyGuU|mA^k+aT6XWwD z$S~mB??e{8xMB{gV)jxoA&S4jk@+rcf!(InP26uI+dz(3t)rdh(RTr-n2Llk{-ntCU2xfQEq*dkKKKinL7@IX zZ@6`L#V%|x(>QWSnK~NpJ?8>zaVz~!wEWO;($E(0vJvY!fT?6;1ARW=uVZWc8AG?A zlJsY=5kREn+pP@x+?)a#H{H;x73XYbRr{4M=!N#?QaauIiJ3v#yf=rc*Qxh(qT#8rDk zK$glzO!t;3zAQ{*plm0n8!s`6V5!2p(UVt*QipoXv@_@${4f#s&Ae{TLiApTRDZRW zLIX{p_DkKeRH40pwM~&XE7-qRNumj^g2)w zv`jf6y0F_Q$+M=cOkp$@-xiE36VK^iNGcijx;Ev zNu%ry7OQnnl4YFZL)-alz9rkJc2LETUhMkrz>v(p_=kcfbecx71!jt7Rf z+!vztBaxknv=-=|IZN1cIoY&{lb4tzA{0`Aspdmfnz#PnSTWH34W2%vGyIT8({!%* zh(aW;v*uRN!){aOFQYCcrioxf=0kiw{{T>m^guFqi3hevtefL4aIHdaatPz}L{wgZ z+U#Ln8BdC%7sOGeizV%kLo56K<-^Q6U_zI!+f4Aip`ITmI+>spoN#dh{>AYUb9_~p z-#HMIiO3NrKfmBk{vtMP~ujwJ_>>6HxDUsyDQdV)$%(`x9NmfDw^Kw zau3bUi6!4)xYyevIGlyil~1wL{JTOedWz{^&o@`boPa#1ltt5zmP`SuatG_jv-R}1 zbj%PLA8d0k?L6h3o>lQNmN&59o8e?z3d3v>_N>5wB2kKC(`9MZYr^ko(sYBc-Y?l! zEjX;lYp8-eHW33b*wj-~e8SI{8iq$)>g|t*q9#s?E^XS|t0=WXDG?T(HLBuHmbU>z zZl9pw>mG}QY@$Nf7=Mwv>Dbk6piB14kr5SJ_;8fb5JeRYhDp}D7iPloNL1XBaW+vj zaj-j41V*luJU?F-um#gha=$VPwGcA-L)njp7!D97rxYe<7W4{&F~o2uxHr!WA&macBH`zR3okXl@(r`>-G4*5+H z#|r`sQp6%cmqD<{S06`|2+dVQnBr%EQ(udo(K-CIAxd{w4hkLQa*}MY-|rC1=V+mj zkjv38;J`;J{%z*sZZg_coYA(Eb=}4LV5hOLJ0xvd%SWU`o~omF75qU?ZIl6L|F zE}=Xfvyd8&V#8+_E1#TnpZXTS2x;93m6>4z@n8;~s9+^RzpCkU5 zF(G;j<&GD7)ADIZwBeI*C!b#7S0H2$B2b}3@)VJcR6b}S+a>vd?r=2b>vlvlki+_e zU|@PqXxU`hw#bwNpdXJD#-Md@24yl0MMmWd<&d)Mg22NUdWVd%7O7sslfA3QV6GER zLm`N>B@Q)rb-7|29G|g1v~o=OP67B;I02W2U~xqns<}uaa$NPavt$tC>evN>dtNUK zD$o&fL27Y<2+EhygyXZ$5u)YoVKH2;2z^|_Gt;Z66EmvYIQg1V@6i@MnuejkJM_@C z5YvAZq~CIqncL;VyiTRQpaRDz8lv2<(lyFej@Z2VHLHP`CD8~_d;lOlANsEq8f zYt#L?b43%p*MoF~fk>4z8l0^=l_g}Nn5iOyjp>I<02u4rlt8FQfj|{VbHLKRfbP|c zq1hH%@}Y^6E?|Q8!%Oh~s3~D7f?m{BhW_}|!b7X$NOr#G^TRw#a7ov8(+dfP3)lh? zd@yNdqga}Fma*~?n*FACchfEWK~vJ;AW>6AQEJfWv%s|kBH;Gxs;S*m*%8cYyOwCF zgT0_*cIK@-kohcp+jEEV3ZurvCM2!y(LFQP+$9G(3}O4jGhSPvx5=1!(exneGI{}o zhcrG6bJDiA&XO#S>3;c^B1R((ge^u_H|A%NERaZfvA0oce426XrX5QO&g6?V10j9! zben)bamur2bA({vQuWR~-l_+JP|ozPw}VZ|@aCd{B`}=U#V5Q&SOLDPYKBY-Su3=D z0-=&3addP9Oz$Q`rx&X0%T*(3o>lR=t>#}iRiucwabZ{*aevB&uVb3sZ-igFyLBZVZ@iSs0q<0G!Et8%=Ce&oLEXJnTEG zIf`BHK9ptCd)_&`3Q zL_l*D1v)k&Tt}e9Q#qn3dDo)Cbz{fTJx4zDUf{u($R^-!A@~_!aCce(t|8j-Me8mZ zB#~`l;z+{~bwoJ|qP$>9JrNr(CUyfKuOspt!g#F-DJV?5jF5jvG1oE$6E{A|IDA`-uajR*%Vax08dbW#a6y6OiQ1w|#ra0%;Q8dnNSFN%`x* z&Wg*}8;3fp&nKe$z1H3UPObF~#&OVHu1}zHNp{&Np(1r;Tre+|%&kT$Na9f+Z zsKBy#jze&KBxbW+<d-kcv4VW-#k6jY~%l>W4i%9VAiuEkYaGkFVNmM zwOU1x91#~QrarY#cUMDqQo`*TD=h4Z)#LH*n5VCXqA2}|QC-ARcw#ixNdzs@Jkv@E z-D4Kq<-Zat==O)C;@0KynqvYEPtNF^%tL2MqYg#nU>nt0{=uWOJCD{!459YD^mk&W zL)n(hkL*I(MG-%%I8zT$zyFI(W8hI^KPf#`yLOI45|>dP{-z!7x;j`T2qf0kR|!DyNS>g&BSZ9{?`Ec(vlEmtzA?BQ&U z1kkkLjV+RllhJaFL=m_%&`?@4c41^-h(Y4e;cl>+7e7$aH@Mi%Y>}>1(XF`a3~m3H z;}uLlwL>nOk=^P*>Em)R7QE1L0myRrK4RoF2aWmj7O*auo=8Egky+qL(p9*{0~Q}Q zR23$JbIa4>T}bEhHAz4~N|{aJIn+J^ia^@zAz5;FFG;<8Ll5X=C_6P&9HGgvV>g0E zuH83D(`(c7ywXp;g&KiE6F^IMlY<7L zg$E_7``N8>H_gJfQaAIcRlPBe&24Z5OiXOLypeE)vyzuEwoiP_1dcaC@gu2+adne|*t05EU7zYhvdz8_ClOSH)+r1i3(esj9~Z4Qwl^n5pzE#{uz2+Yk@H&bF{o%fFZu9~k19VG!$3_oXt zW}q{mLY(qJ;PVnuMzn$k_$El2MJ+U?ZU8!9K-L+tn6SqA;e!c%%`)F?M0PnabxRCC z$%Mr~+MWRsDS>@Jl>*~F-XiBEE?yu`u-vMCK+5g_NAvd(jDYk&2cN5*G@qB31!K>`l! zJA>Fpvu_B%!CGBt2&`tKCW$Jiwy@IaF}VRYA4VL*IfAyR;^N6Uom>|8x3PG~!JUC1 zQzjpv3hLeSBdG(A{!^S9*cTIA--osZzS~-e!+S0BY zt#ZV#KFAdd&^oesGY)g#jWS~NI3Yl*6POv+d+@hDpv@OYA)aMOf!ngt-vTZfrW*H>_kg~ZSXzSok!_6aP zHiz-PJ;IbaZLD&7XF+lPV*7udCCeACN0TK1lszu3}@%eU>}APPu>|hOvkIj%>4KA zaw2;#8FQeE$_yZ_y1nco*HfSc zd_=D#32|plrqU7+RO)Qg$w0cQ@x+pa6^20Wv(E%VgBH5-6G4LXgipb33KiV`a%314 z^r8pbjFY9ii^3f8%> zb*0#|3kINYf89Vec_8r|r9wHRJ~NIFoa=U_8>@91Vz)uTxEdwl?`W<-&OEqzTBU1J zxFYl8Zc~{^&Rya9LlUKkE>kjU?QLs~BNs5e^DZ3j1Vbmmk}FQq;za*Yb=RWFnI#H7 z&^WP9hmxm&^WM_#E4(!_!V>c`Tt0~p+MwK%Un&EQh?i=*i zAu!Cwzo3>${_~+yv+t!s9c!ba`SN7bPI_4>lJ=pH;(^i3K_QDsh6T)w>k>jY-ijR{ z`B|xgQrbS3&xL!}mMcsVYMQXrf_(n=Xl}5T4S?ZYG@`%9TX38!j%W-C4)5)cG6a#e zQ5Kd;`N%7B#&9&F>;@yf+QytAA+=W= zgpSiv4Qw!_iSyum!4Rz{Zy`PQj_4r55@*(vv!4)!W;#+~?F@fpd;Yv)P^FU};Z&mR z*Sq@#9kTgF1UnPQzZu4BPzI-=O8XKBH?FZkxTtmGT#vfPQJd1ba;b_I)XKM; z0azQN%A9KWG27SW5h3!Xt2&O!!k8r)^TPm3UEw`|F(j~DuvKEnefeUt(m0;r&?eb? z>f;a2IE4e(U#K-4$3=P&3u4v`t5xu{Boc-8GHjvvIDd2~E+aFOusmL6IfkQ}nOY#y zBNjwQXFr%v)!?;}f9%e$vC9R! zdvMEsM*_?XExp~2q6tCRFn@ZK)l&@d_BF)T2u(=4k5wVV{f59T=~eowv>~**(*h@< z(e3bUP@Z|)%F_ZNWxyw*%s4e%LHHkTMDEe5lr*hMBNtgkt@1~oo~hhq%BS4e0(14R zVikc@cXMvQN9=2Pd?9*vQ%Z0Yj|5dF)+TmQACV5CCYwvZ`4pGc@${#n@#MZvVVE3n z1J@}p7beVY%kHzMntAVD;J(5|c9Eh3!nbSiXXx;>ru%zy~Gt_ClPX}A0`fpb6$hM$Cd*X;T>?1rVCSng=8!-bb_Q%Enc=IIpu;ryQ4GP^}F(oQN!X_ z%`sd9UDY}YKtkA%s1WRr>_Nlvs^f>hO<1`39172gwqP>w_x)g_BDaZErGTdVz`k za;#5>OX|6h%?~)EA8JmrDm6_abPKZ_T9_x2gMv2)XyCgLU&dsv!Fqoj5~QZkkU}hH z1ZfoW74jpm_X_ZfdbF|dhozs?U?r@Tz3{yI(UPl%;ie<5kB)_X@ilY2Sa8HyzE%Mr zqA+Y?BVYT{g>|7>a{$0-7qD<9F|@B=rKrJW4u#n-T@;!6O+m<?)I#ja^Q1-|MdPzu0Jz=B^jnOW;(6ueq;MZ?}_j=(Z26>k; zXfSW@1k@4#^a7wO`>o5%HDh^5s4#oRYDGxhA`MBML8CA_@~XKNmKmbsJ`A=&?UzrZ ztDJDK>3Nw?0o--GF|mkF5U!JHwCVo+QcfccV$(w-hXB$5Q@1~*j3X67r@8{|p4P?0 z4GG`k-&0DoAj6WUke(N=l9l{~*M!baP08#+ZilvEbVKK{w`8*;--N;dXF!<0HUfq8 z5hyUzMZY9sb1Zw-Y!Mrf{n7BR9U{=Uk=s5KwSva(UsAo3jZ-e8Ek4{}BcNDHx5};ktux;o?x!i9o&%K4QUI5k>u$Qe9UV{Qg*d}FbnF2+PgJb$S z?*Q^nAczDwU`Z=NJ&f6L$7fxGh;g;*c^gM(Vnai_N_vwzhS-HLE=nVpxRKWu-cT)LGYo>OC+u!TURlL z1-`Jm08a59+EvzqdW{JLN$^d-A+)gRWD} z$QoL!BP?P^(qXy)h6cPy+`BvPVx_>N;XxY)k1xps8;?tiPPpNZ{Yp}JeY~ZE&^AGW zEK?k!YhbdV=uf~5gDjJOvstZaK=cWXChh&VNKwN&1;C=}?EP*3W99!J&|PaZCPw zNz2Bx-o`(H8A*N{?-gb5{=89sDA96_h~@Zd@ss{*-;o4YD^;f(qd!{?R5Jtlz2!Fo z?*2#8FRBP#$f7aK<}o-CPg<9aL}FW!9+`27Ef(_2BO5DKEOhumpG5 z@Y)!C2~tOMo|eP2rc*}Oz>tZzKO(Ok5c9KfRV8}oAg#?vgW2OT>b*FfqM+3bQq!JM z8)u!cj~7Sflbzh&umyS&d}vGo!o6?mHjJ{^dA5U`!YB%tJlsAGs3Bl%VhN1U)davlX2E?#)q-?nOht_zK>2=dGVsyXu^-og$;xR8{7*^yF6V=S*`;v6O0$xq zJ0U!1Bv7)*)$QmbgMhX7)0|DH#)NKw*}e`sj!0eb<{2{LUQ6X>+9Jm+gi#7pK79%6 z8(vXyf{Nw88T;kcHx_#WPa-dVwig4YqfDF*=>fB9OxD zWckxKx^Hg7Hepi28BT`W1F9jC-R#1M%8rWxM%IiLxBH<7S%{ON@RPbMgfs z@t(!oRc@Ue;3xzV{QXvAP@e^tgH}|^pcx$y%!9n?CZa%F@8ca+8UHGkKg+B`3 zdh?@TNKZSX1V@gm=b%)>$&cIGows`bft~p1d1zi<*hWyrT3v>YZ{Z-lz}waIop6?ql3-$ zx)mO>@JvaLKr42xY`?zRDP7*9PsfLSp4Bc>K8`~Dn8KZkhl}Gii~^B+)!k*SqrB~? zBXL$oxwl!AxpYE6OJ&`Z8y%G~Xi@;xMrQdq&3%8RtU!+tgBF_D%irPrL#A;96^X;d zOl}=Q3UADK>~)M?|DL0}JB0=Y&`*Cw1fU~~nTTU%3Zno}dL_8TuK=OJPI?%ULC_x; zn&uP^P643?D`aC%?Ti+GMMFB1l4Zip6@7O3V`!(8c*}qbZ#pMYC60ltp!t?Z8)?Ay z5z-VmY7jydj-yVNRo}qy1BMKhPZZS4!n$c-m zEf-tez)6l>2WOy?QnNe4j9BtL;@U~Z=}6E4j%Wk+a^ya1jgzy9yZ_@=>`SE&!CF)? zbt7bi(ljgplZ%!z9DLnhHZgLbOKcnqR+l{EcY&gzY5t@Gs@zL`Guo&zS?aoU`RC2E zU4bHM=1d0s${ex)jU~{kqz4VVH!{f^U|p0I0fo*ef>+g)>IrObIUde4jbh2j$4c5l zd*#E9z*zwttlESl3?PE1JO<(wfG&(j;|!Rw-{=ntA*T)9AH1K?{Qy) z4{}BhEGyN(k|b5w)lj)33FawK2sAUZ${d^lT9#7d(Ucp&g=GvAs{sR4{xy5tN&|*Z zvmvW@$jj243d^Lh59`!N9S?C@YNryO^s!|_ETTez%95{+;5_@Pz_4KMLtheKXn4Dk z!~Bur1r5Y%=NMo`7#v_I%OZh)b-{f;fv}YP&ROW3j4e z0P}9HX!yaIdBlSG`Pb%IIswlQBdf0%3X>nHK}vs=ZQLya3%0M(;;s{BAad?hsGz%e z3`y@{uPQ2zo}s=9Tv1odVhEc7lA!O94Su}*3p##*DJMhLRBY%)r`y8GX?JLtM%gNw zV=^b7V2WOaosIyJ}>H1vy&b&Vf07{En{*#cLUZ@eZ(0PSx^d_I>C1d zSKV``@S@wiRa=d`1OW4rlfl0=P_laTu8P6*Lx3U%Z%CuLwNYVbbpN`1vi&v7QI?Eb z>OpR|2RAYB9x`u>lxXdCf)nA@L~=A~TJ!h0Snz3(l@58se0Kb7fS5waksnLVnnR}Y z^#9a#oGhaZ49=iq^e>B>2d7L`I$=SEeLLA%LJFV8(?9HqkIT=lTQClxKOR#J&nm8Y z8bd+e{FmBd2vYPH`M^g}ISDEP>)nVP0#lUqyt50?Q0t$Q59?2|)pkIwlZjB_6fFbW z%8lDyqmd0otJXFC-(x?FQf1Px=T_R}BzZg&od#V}sYvV^QaNMxmFo7lUjtu;)1yDd zYzd?NlutZ+bDhL8#kaEqgtkaAEoswoW8?ta*sg~z3CIX9pQgrq@O=LMOaPY zV+FC*iaBE5;SGrqWS>!Un!?`84aCxJ&5g2>52vMlZviih)nWxdsqESK!_f`5`lM`< zcJ-;FJ^ft8P@NF5Fy>Ln$E^)LAHfz_qktRhV^c+$c)NCa;Ei4N7Mi?$r#4Y?g|;i- zw;5)9_PBG;U#JfaX3S33cVILh4j% zuak2^^DW)8VsZ$bq@Z$vgS3YC0A#l4juC>5AiUQy6B;~f=N=RJm@=S~6k*CG6~qA7 z;F;F^UMOp;3W`k#(`(~2&x&hO1)CF53z|dS*F?svF6n4H&%bp2(he03lIFeBGuyMIi=JP>0zhvib_xUL?ovv~A+M3qygN`uC6 zf6a&+cr+l;NTE_O34=YY9ISeAyimDEGT9oJ`-u7L6Byx5f1q(Ccs>PF#OmG}x##<+ z8@j^P3nn*V)ulql{qVj9ym#R!u%X)+VW6vc-zxxknUKdZa&MJ}{76U`_~wzG&RTCk zq9#j{Sm3A?(Vk+_Yhm2c!72-W{~p;%IzNz0xZ6ni7Dc>hEo7p!E#}7`JFV+RyZ|VO zv(LR|rzELdL4|<*E;>dPS3Rr(M4u_7%2Yk}ZkLm}`qdjUeaqEz%;8&WK1=h$W~)W5 zfLN5^hr0~4Uc(8nN4m%3CK{Vu=1G%|Xfsf0{MlwkhJsE%Q~M7yu}<)uW5yrYn?%<3 zh|AMbvv@i~M0ebkRkJ`EC7rb3Z53J`C&E1pXRxdaTRR}lbMA%~6XF7@wpzDS2WWc6 z$qA}CJPVS%J8%4aL&~~EF~fufZt%{x&A(^8<5!fdvJLN1wg02Q^vJOv(MG~>6J<~r z_)uGni%>g~Q4&;I6(Wy;;^*vFu&TDp4^bOGdQow3s*ImtNZdzUp9CXSJv8>v&)KVv zL({gs8;THq^{jTA!$Ao3c*^KHYD9Q&VbO#)$nx5WYtv$}Y;9CzxN^-ZXCUd)g+a+z z;_C&|@#ODqA*^)$05l{ZX1s*zdv|;(E%Wo2PM38b6leU=+|ZZ~iwJoS`VE)VfpduP zvaHM73B-wi* zZPjqm6F4<`$1bZz@8H)OfwNY+J>%!t5k#1UDiMd$b*?iJHnerkT+&ymMtNfSAht-u zXK?%@`qKoA)K=p|1hOC_!^#aN1Vtm0^Vd8R2G0D&jPie<-Td=t1n)+9SMi@~`e7Eu zNi3%LEeek{1K?3o(3;yw7{Q%kz9fca*#|X!v_%sOM2*5#jL_eFA~MSmclE(K5YxRK zqJr|_`crU>DG)l+@;)xhsDtX3(qRzYX3;1Y5|7z0jhsqf-KUd@cO z4^MgA5F3L;ldmuw^{$p}8NiU5$FdJ8Nocj{1IBhp!f&r!h1T-p1gcFGZ0OL&}9KZ2LJN6sl!>DxoR)o4>!1Ik8gE|N4BbF1kJi?2?pGEZHJ zG_GxWz?QmEXPD7K1`+`$#Evi|0P>%VQTQF)RKj9w7&Qs1Wkm^{gW-{OTQMw+SWUB2 zJ6i~yDe@Ye-j?8nl_IV{$vBGd;{hR`Ok=fs4a5vIv1EP>Oclnq%SEx`3-tUtMutOV zf=i$f$v|>W)Tj|kCPL{UuiRr&3hIAMQN&*+J-mc1E89@9W)l7WfymPzqcBXUwPJWg)na`22UZxolI9t7@K{5&e+eb77_HV-tQp;SK;wQZa(^MRJ;% zsm?Vq7{d(LoH1B-|K0=THYzhHf(~yK4ugfJLCS7n76Oy(0*YP9A1j%$i`I(+yftOg zlmjbgvei&4>o-EI1d~g2je})C+MdUb(EQV&B`0*zN^sw^pPj-VMt}H7*>=N(4U_5bOE`xQ17oY6S|Rax!!bFy=QI~} zgIW3*f%m96c1XQIY9Erv#d4j^*$OzU7*J^Xfqb52MQ}k0j|-E$c0%i z#V7SatfB+E)}r~n<*EYQ4XlbmswsNe0dhe8kTn3=<-D&W<1%ET)Y3$lCC?z>WODSi{B zZ%RMH4TG_I&LP4(jI~*t!_tmp!#-b|Y`@}N@=0U3QG3wR z<2k^GGEvXwJ;pT}!24lUVrvv4bPFG|y7a|Exp--^l1;~6Zes!)E3f^AU(Y)O$?(Q_4cyZ&O+$E4O4qAr+OU}(aK>gTildn#gNSuOer(~a zd)u(->?#p-33}X-ijy%6?4u2d$VVNOMbjpc$1a|<`qGec0Pa2{3{B`Uy7~6uttL5$ z_|LxdIjNy3f5$lM%GP7So8rNlBP@vy^IatP0}FE=Ps9vAu=qq>_^%?;82=n7!0N{kEc++ z;VZV)ITn_%QJ1N{B-&Vqi-94AL6r1{&{ZY!iy)K_9kMSY^8A&k(CgC5a}QjzKk-TI1Wb)plev=Rx|9w) zEpxiyBlG-k0EP2M5~I^0LjMjZG~5a>ZJok$z{V_gI1-fG+*Iz z%94Um=h;zqs4-*Eu~nX88&3kLVr-Q2jw4fv|jYRz#zyK5XFe9%q zH+kMCgwQfUr}Hx@vYSG|15-1M7?t{~#Z0rq$FlRl(buLO*Pyc|bLm)pA|vW-U0g)s zVa0YLICsE$6LdkEF-T3h1i&00?6M3qxV6k-QG(Laumjh}w4F)Gzvh&q5Y`b96#4d6 z^bKQ_GkAfulf5NRD*&euDG@y8t37jP}59rqFZGrpQW zI0u2aYT!ocj7v`%-GT~b@D(vcGnVsav$VVtGQRXYi-2?6AK%mXPX1h$kFHKwH3A=> zg2l6d8EckRgO;K{4`p2d5xRaMf7%w^ddF_pG+Z(44a26JUFR~4lcfwyhEIo~0OxSf>3j>2ozqc?^6_k3U_5BjJ&k@OVfGu)_FJAP7vf+?bljEF!Vo zp~QmhxYGKYhq0vtLHzOxSl)N3Aem)dbnR%oBj8*SJJWEoVxh&{XwmYxb+SNzDACC2 z#WISS6=61*DE&H4fZBQi@2Q?`!)g6uyYOZieI!yFx7QM56i6pSBdk1QGT{9tnXaTCAHcL&y(gJWyO8Vp#J@=TYjO;qL<| zZ(PqV)L7uqg!EKOQbHNfm2RL*y{{3^d^gN1>BE&y4yb5nB;f*qkO$%viUF70IO$?C zd}?nz+Qt9(ZP)Pt=A-0F3UJ3cBg4>)UqmZl#NW21Qr?*~7M+q$H$3WM%)Pj})mMT@Ziem2j8Vz>PJx>Zu; z#kbZ`C|rgWp>P#^i$??H4t97$V4;;_5y4|ez25!4LtzrbFsK;HSGnD+dNs%ao#lcy zZQoM`04);|>ungFgpeN_*Ye5v9obbv)j}ZFaO*M1px#?~f>d(>!Oldsfb6O`T0wAh z^BX?F@kv|N;_~}ljRrjs+N#y#Q*fOhP!Y@j<{_JaKFX%t5@(%x6cgd7D`c7-gnv@4 z2otCg%h($fOAvixuvVjE=}vP`rg=Vh7l{MTm5U8*s$V%7(Vsv9-Fj}pDRc|O9d34_bMFl{)c&dj3>j2b7C zt8UvlMFq0xq23^!eCN`_!7<@I^)pIu-t7HeX)(SG&|;!;^ixa+0KUu87?OFJq1^ii zN&do#iGgk=@nmozXhKw%dhBDf=f8pcx#(^v!+#H8AylRjsoTs6&GC(joP~fiP_smnHUS5{Cj2 zqd;(pm^&*Zb>>H4y}W&y**N=xQhM;3z1=pPpKQX}VzE|5GaG(6CLvjcaAo*WRty+P zdnkTDXIi8nHFgmCcH@#+hBy46g4q+>s}fG2HTMGdcz%v1a(5J29~vfN`@{RwoNOh$ z3k&>%Osyfug!aIMw#Ev_O|x5c!MT<4!#kT=LNBN~Ptqh$!52y(%$I1@y7CWhkRsD2 z85Hykcs~5`(xZ5_L}EBm-elmnF~ZN!ZhQZ;8_Qo1bcF%en0RLrG(W)Ox@IB%I0COz z0is_^TFF$SzcIySKm{5GHyP$KSB3}U_C%1i4Q3g7CcAR2wt~5Sk1NP_Y%_gcleG5z z!}h25lhz`qW(-heG|TIg)f}~7Q0ZRB!%P83HlLH5DItTq}#Rl6xV-3p%TMv(NXS5=~XGcZdp9}fV zpJNbB!hm7q@1%k6mXL(DrY=02EV!EHaYDWmSt@hh)l9O1|J}&!{j)Ut*KKmOiGwgDMU}8<>P@$l(-@WaKO|MqH98@ zT~JYvos)i@IFG3@dEz(jVp@C|gai0U8OIDDL2nzoQyuKP^^)-d{NPVu@URnyB0 zdjxRTp(p0YYBS))M-HHv;bGyS9Uve5#PGrLav(i z3OiMJpxtA2Zpo3d zcs$?`K%W7|4_AW$&HMfLpP%DW+d|bV)zGyXiF|5uuv7w9Yp|soaYG%khNVWJ6CH%G zq5M)qHd_r>A49^V5Cb?;oxL6aEONKbF}iib6U?Y#R!MNE^-n2-Lrgoez3cE7DMy5= zyqMKE?f^g9Wx}TuyzET)693WI$+mG`10q48FfB7b{_8(XkEt@#P3Sf?7$>JB_L4^+ z_&~uR&u>g_BllNIyn^G|Si!9^Qx%5zQgX)#*5|LVVt~-|wxl2Z69KpvZL>je^}1kwZ3i^?Q~AO_R&oXOXFe`M#5aDQ zHU>AV`2!KkCkj$e1{yR}`(q=qzLC~~l{yvk6Ex=wQ#XTnP61Uw#aphI-S+tT=Ux!I zCsP{t8?&cZ#4%G9g-!7*LToQZGNJKU0_epWWn>2Oum(}Vzs!$8cKG5-wuzf`t!?z- z8zFk;*J97DG+U=NLK`a*BjvE3Tb%ZgGq(gx5%tjbz9vzy(;%;!mNu_1!hmxDd0YOM zhoxW}a!#K*s0s<$qWSC7{a=qoEq5Bs|Nd}^Ag6RGeKrVQ1R(T|Xs;ix*dvh?PzntR zJV8{J&ECA>T!>^oiggGRAJT)1&2+IY{!0z6{F1Z|-1@c6_E}$kQUQMoWLk6c(H995 zr^Ud{;7FK~J6q9>3N3yl{zgQ?nRvZ&#gTUh zLyLoq4EXInj<9RjRWpz#X%EL0!!lu*@GJYS8XkVhvq2c(DIPds3Im5l%U62R**($RBCC`yzCjNmq+s0vB|tH8+*_+fyPw#2Sr=x~0C4o`i5*7cm!!BMXnRPG6+w z8xaph6JFrn?9eU}1y=`yZSpRyp}ky9HnbO&Q;RpKhHXCBIc{f@%lt+;!jlm?6kkzF z4BDbF%O)C>av+1j^hKrqK}>XvKwAePpPyTBT>wEc;P0x)=8EixnpwdWGH$;Uf>I$6 z+Ym*6GOsE4EZ%Lb6M(khy2YL5(t%bnSRiSEf=XzgdMm?$?U&#L=Afwf>|y*5Q=i&Z z9Dv~cA~m0Y8?$3Gpk(xd=Dl&^(h5Pt#mh`p)USg`)(!ka;JbT4QF*Sx_tV78Q#s~d| z#xCO=^?-#~)1QK*njqK|G>?OI>qfE7Vw|wI_87W!gyxSj{!3DjZzZ?FXV}r6be$Lz zuj_(=%)vLsrn%=`p>sM@-kT`9yRiM~G;YYUL~>gS-z&Cezbj^S8F5FVNY8 z>`VPnHYJ<%INA_|3WY)gITX_t$*BXa7D5TXkH}+^TS%`C@+L>$1SJ7_|If{_kuaa2 zO`C^`0=|Q5emAbLnq@WhUeg^RSyMuXG*?92ac@@UYx3uo3r93l+1yh@gRktEUZo*( z-^0!Iv5Vtn6R<{9-7nklad_4S!rOb5$lRB*L_EckUwC5Z$$Hv#*jC~2OU>ea{~EOe z?r?E)#Mr&3#FafSFnLZ&PnoD-ux(;v?PQmtD#Wh7BF*A1=6RdlTRHfh z)Q8&S)9vqi7L|jSGhgc?YEEj$y_%PZoPHC^wYAPHZh5Tw15tQvl*YRUUk1~m(mK?= zYh`9DBoa-7-9EI0+{-E|)x>ki`Ow*?QrejYX0vMhy?3NyC*fW_(Ucm$BrZ$dJtIvM z!<1F;GnA{R!P)VfX+8Qga&(sPZX+_s86rvf=Q$e}aKeQx&-##(nMFDiKQ|I>Mqg@1 zRkvYyDUi-Q%Vy0UGe98(P(ZW6>lR@;^6ox`uyE|4to^hQmpwd=2uVz{X4ui@$0Ly| zH%<+RdN5IAFU1b`iioc0V}s|x(KGZO%tzY79DGU_tL@yuH@QLkwSKLi44OuErxKy; zsHhcKwZB20QBaIJ77Bq`qxvReBgaXx9+}g2`VK+yqH}i-r-B1g+~c{Nq7X7K-buFN z)7?1ejhe_GDgu>Ib69{6@gzmvQ}HnpYRIASGO@z^~ChrQo^A54FM2v26f`%vlg^W{4@PJGkUyo1ITl> z1Hc?cSNsy{=2Oi!5tgW2Sfhz@QwetMNyP(U!l4W<57wr{Wo9f76>`Jo&9LQqMa|6b;s>9W|DJbvey05bg?yX-IoI*= z131%0jYK>aM(MSE7xQ>NOnsrl@LgagFpD6#bA-aS&E8@W{x{wo1doZfgQk)0N7|b$ z37bYYVu56r0GhQrC)0Xv65!}b%8EbX9E79c-}M&n2D{m{PHRJo9sye~U0wH~a$-x9 zOg7Y~W)*wf@qS!GUVMY-M+wxE->6V1QeFSc=B?8|~99-fa~{T0uZ`D}x8Ux=wJC6rhcOco=YrjDY#uMV-k4Z=yuyrA<>}x$IM+ zWpav6iV0*WqtoF9pf*T(PuA20A-V`Q$Af1kxDyf9P#fj{%x zhk?@^I#?;-cmvdFz;c~{4MJxIVxZNMDaBO1U6vC^WJwqZzvngV+zDx#b(Tyjz|^9MQylW#IIJb;Ssx&vat zEB*+q)C^LPVz?khpul5UdiL=$X#lDMLw4e9eHg7V;98py?UCoU6r4FQ9n#8eJnq{I z#Mg2mg3Pn?xb`c0_)t}*MNh)ox^%a+<2PJ~|NRAHPcu=Y0v(pjXCAZ39kGC3gqEuE zN7~;DZ6LLmKa|fzLWG3j^AX1+!=c$pzx!6wx7=22isVG#CBd@|O2%xm@~*c+?up5(5Jz^GRE*728+GBq;VQsv~`QWDc-@R zA@6z^cGlLE+vf)&%-*2?SEC*rj`kB(m_&4%WVK^KRnR-*H(=COYC@0}BL#U#4Uy5k z1(qr^oGxP415pUdqy}-gQpW}18h3Deb<&5&t|1Fmu$}#x^6hMFbS(})+cipaW^QDR zEbH7+h`gc3=YXnC+M&xAGvL%sY(^C~TVe@&qcO2cj!?PFl}r)+ z!qe-X=XkggGlAUVp_HKVN4}S2@DpD{G&e~pL(2=2Inq`C+jM+J=R~m#qfaw3qHq5K zX)(xeU+Ko0^Tk~@@tc535Mj{?^$M(lLHuvE9Q;TnDB1wClQ-alKOO8D-N1Hw5vFkE z`vsiL0fUtryD(m!nap>>Siqh**yLy`C^ayXdBZwX-&%hX?Qu=*JmfaX6zX&PB07} z_vv8Vt{sPHK70ZQst{P=&t)l>rva<2MtXu%XkhXCz+P6s#b=hIY~_GzYZ|3e*HON! z`lr#=f7b(DVZJ9``SOg1Npw_N>a+-tK)>qJmrtOWI+m;uyIUZ{+B;vdzeB2hRP(j|%HH$Ys&@cYEUjgwaY708#WcNZhXHrNL4E57AB@j!TOYW)#23M(Q= zATZ|WYYB7L4H2QE!>VAa$fKT(->?g1W@HOT1eL`N)AReg*M6M$?pA@xF#$Ky$AsU2 zzf0}`F`O^Ga(E*6c>6;deM#N8MG2s?(Zi*VtOql<&MF*qB4A~V`+zyO5SY4xdR;Hw zsJ7-k3E+ze@!`HWzfX`_j8cs)9b5DtOUHZ(U;&P6QvS+!p2!Sh%Kt=aTS9^3-&JCw zL*B_P7>oB$#j_Cr&C$JUiz|p0k_7_%PqiJ*7z_)oLlJ|1Y&;U;A=6NHkCyW%3&2IVyyU5%JkM=$9JGB zM~o>~;~pAk#|^PN*=Y*xOozxJ-lOY8w1A!RV%fO#gS8XCL0vkdpZr2ouXA>8#!DMN zlpIlyZL#lGX?xKRlJiK;eXj!UbHJPp6*>`t&S+;Q^I!aAb&IpmJsKWzh*B?rAyacDvnvpye3zSbYw)nmd4PPw z;73&QqMCQ(U~yx_E<^<7l;EUNELQW18UtXgr|}~&;v7+V2twzcC+)0T1gLRWBCp-Qz@ z4`)R2>~`3mA94b}L%O5ZOupa!wEaQ*$`Y(lA@z!`h&|6=0bHR0{w|cywQ3xrnvA1Q zyBz~E1P7t+UH;b?ScSG7*+TT3zCQS&%=HhxvKz?Cmdc~;1#ZtWm}_3=)PZV`i3xEO zSAdUJ)D7__$8%wHQBMLH88!*4;4)K2(_4jjTFM^)wa+TRIv@8oylXIYe;TdVamZ*# z|3gXT*%Xe^dpcWMfDP=1+nF3u^DD&ArvlmDY0BB%iW}hrTFbh#2JL2+R4{a0{IY21 zm#o5gVFG`QO>wO>X~Kc?c1BxHVcCebvgpf(7qp56q~k*YY|w(q>IAR(h4@8S9~0p+`JriWrmw-&vA!8p+M*Th4`-hU{KhLRRtTW}DcihLjQ zkx+I6-(Lb*-GR=N6lw-+!lO+#RDMHl?*q?;5mUq^9Dp);&$msq(qbc(ftE#2)Xm_^ zArjJ1=65JpN^5>ox_F}b$9)oPlk0S!2jbFM@(edOdToMEo#n#Vb3spg|Yve=Y9{q4u(yC=kaVpaQqn%70lHZ& zl^Uv;tJ^|zTuV2RYDYA|bA%%Wo1tcTokj08rH@t`bRFG^fh0hrB!O&{;`;hzBgO ze*cm{(*}7|9Nz+3ji)j+d!vdID6y=?n!)y0w~xh^fT?`3K{&GwxO~oXvm^?F5l}iz za*3X71{$N^nlW?Z&L<)Pq>{o(zC|X!JUN62(8wn!F6*;hGy(_ElIut94kvR>_g?}% zCJ-AAVjCyd;M9$%7+%LO-+Euu4Lk zT@p}5{E)IS^Ic)Al6IkSswkpOcGgdV34>X3a%f*HMe1N`cCmzixpy1j8q$f><)_H6 ztw%}IxNV{+<`?{+MsP}$c z9n2*XGE7^ztqnZRi6S731Z>Ueuez1DaB@k$-bT|Ze3Ttkuw~~3D_;O@>54&7VbmF$ z(+wG5;21Db2byd(F4D3@E6a67fg=}hAv*CpG$(~eD-R;&}Lz|@Vo`C5~cn? zo#7pP!4YhnJ)o7`^6BRwbj}nHBf3_gTWE6^0Ubaxy4GMrUlCRj(jmuL;!?<*iSlV} zexAMo5Et>akf2A+QEB=TSd_o3^pXw1XvP5Z1qRsekf}cW__7Kv>en;BMO0+8;~YKQ zh9)1s1tnBcZBWF5efZrzJcBb{j5G*38JPP)J%BU&)5oOE(b@0yBOdD{oJtidP*|ct zko-??GR9XUhqRL9ODEn2`(+zfK4D*t+yC7TpzMhg0o`2!`aq<7%oQ_}%`7>FoMrPS zHv|G?*@*Z?S!iK@N3wbL<(==IVdUqm;N_j3GQU&8tFJ5&_cY-9xwC^^oU>4iz?-s- z!b)z=oKRT`d`7!B68}fe}gy!b8zd$bR zup#4O;hIlfwp11pV{#Y{=H3Xe^34M?ejP&hsakmx6<}8#8wGoip!i!&A`x(JNep+g zcOdxF?7}YT_p1v>06ZZny%Z0f9AgdTxgsf-T!pfyQSw;@i*R#pUM|?O?1vOF8j@S_O>iH*<< ztyMsxv>lSOSEAY-UsSGYF?zx4K=rXUMj%JDpC2kxT>iHFoC~@uJ=vj`hGahZJcgy? z7sCSkO<%i5>hxm9&{#BEq^iK;!pEFaXAWej0X46^b}Qu=ZJr+jY4vDMh7hK?G>lYE z#gp71JwiC-s8(rp^rJ(XcQykF2HPjSbu#i_Evb_aQf;k4m=*pZ|yMQkAs9bFe7&*)ul)a*wq0#29ekf z1M$*{3@O+#U90S$CxosFJi`wKZ3MT{O|~f=;td_kT5DC{THS=1Dg76td7tQq;Hi5W zeW^PpdY=iYSWG^BGp(OqzqL9~PX{&XTBGnKW3jS;1tcwtbeht06LT^nu#PmkVp|QV z51%^3!1TQ(xaZ*R^)h@gwE)yj&rV8H@cZ zBZCq*)*)WcQZh@y*1FP2J>@%QJwFC;^=kJs2WHrv`Xa*<9e4u{F*c~J&f+i^-#drt zKNP!UDFcXCJAiYzI~~BRzHPAr4p-v0h%QhNPq!Og8$q!*_;U=IZWolY&C$j>CPJJX zDY8orSsuh9hc#j*uwCTpogzHyJUTE&ZJ&BDg9;WErW1p6Z52RluYmM&5}>!Z1=^}2 zLZ1>nJ7wS9z>W&8E50o8^>I*g6Om6eo&lE%1lp6O=m#ygHccUJ9ycY@s*^Yt1)0|9 zDuP|h%vK<*Ais8p6ticP9yBs{lcZ-BLS9HG37K8w&6q7N1#8_XhCJOz(4f}agdjSC zGSZgfOMS;j9RnH%rZS;wEHZKLE`PQq&x^DcwlgbQjB|fsXlx$s*gFX9t;2hb*^pvjBj*l9 zub(RI=eB?=C0LwhT3RMRV?G0ohxn9iu%p(Ts5XhaI;Nh#je4^?jnu{_Zn$q@2 z`P3Ae3`C^WWpgIYLkbHLpdz5Fh1HBI6Oiiu#rrCWawJJ1_XT^R8dRjKoBuPWY&eCP zk!0smbur!!^iSIlLNe)@4w$CgM&RufZ>q*A0;tYfW_s3IBQ^rM!kd|)_@+vj9}=#Y z@*}Xv;lg?07kFRYDZ>P&i}>Cw7VZxtaMa)6zqS`CovQnaD}b9ZBqvkb$!+0R?p6WB zK6%$hL?ryF_HG{pWBs&rL`h8tR=p1_0%J!$nw;f0K^bVfL!;m^Vovgo7*$U-kH}Hy zb8pWQ7fh2L*jP5WASRH*_;4)H3xZPb}K0&9|?q=f((nLD8>2MZ^GUwGd47`GC)y#!0mD*V0X=@UsBKKDWd z3%ifwHADhtXeRqN%nUdT1oGvep>)UDEHDwA7spSX)s=we=F+>ROCnkPGlPuomkCTAR=C5RI%DneG?RJm%RtGCU<^K@2K}8Rmr1S&vHvM{3lopeW zfYad%03lh2Cv~e*`T78!*X6qm)={kj=rEi11WFGVJyHKgLk-jaco|erFHA)P>H~HF zoTOGt#gxjZ>RXX4`{Dlr%}7IXJ?tO|(rb{QYjUeF3Ir|_-Jou%nydmd4mPQ6ujX?X z4D1vFX{_4^hMs;%JEa#`0CL_YoQ=R0s`bsQvc4X$-(?ih z`Dv8H>J`yCkUSg~mm!(s_u2Cj5E-vD(dbKdyBfM65e)ON$T9?z8Fm(`Ll_;t#*4Rf zu?sQ64U{!Cuo_COCHZLy`WlYe*~3Bxux_B^@+0cIqG%jR!_)Gj^Cy~(m>zrW?7?^y zZe*vbD*`z6f;oeb)-|vQ73pNf<<`NL_eT~)XJ%_K;{wj#_$@2En`aiiDg;B8?6Mjh4|t^qF%4h>pah^jnRQp~iI__45K=al{Lv@03U5CQ zy(&XMVrAId^H>X?>(+tQD69!k;4!wDH(3sy%e}7(A4*-i8lWS?zlTUV2y*GR>T>%b ztDg{`txo@LxyL^*TMgd%gR$PGVhBLhCA`AP(Kfz){w+GwersD_p20Y{XY^i(^_2{KLL|#%!u#tlJb+jap^YqYN;V7_vpA{hH{UD521`)Vh zF0^*PRIrI&9Nl{;DS{1(DA4dqnXxqW9ay?}^GH(p^AsmxbrJHb_$QF29=8<%yvNqz zCyt#rlLc41O}m_@G~_Irb>jR0oFJQ>jNn*Py;c}8 zDWa^d$#b0c{2vHeLc9ahfpHwTAEBm=j^)qM(|_|9Y@A*}@r|A2%5@nEv454IrIrTH z*&3$s)|bGwRH%<(EEBddMI<-3ovmy#PlYBAIA%5XA4EJ=^owIfoL#gaZV%sxC`YQM z`jmw;GCia?V0T`5s4LJpD4v{n3i#`E$}1IKj=4_|K@gUpk}qLy6jPJ4V_a}@A}Rdb zX<1OtrEFsc`4xR?+-6wQYk?;5ol7Cl2Fem)LmJh_V#CP<8vB_q7N~ZzG2zZndMt|- zF2VtvJUo>_)Os^=;$BL#SHfuc_cQ`F6eL{%GL_mr1e>u_T^!-T5Wz<;zT5fl)1Lyq zw!0fBiaH6~tc}$AApjm%zIhHv@Ff)~2qKa+gn0Eze;L65ls=cAL4PfWidaoDHfIF*STS#1m} zCjANue;+}RG$-f_sqeLM_u`LxP^CT-&eaOmVNQ{*iw;`y{k23wG3DTVEH5IeieWpA z!OSW;#|czIQ)h)F`BWUN_pli*tkeCRk{+0zXW93Ra|t5QAXo6hEu!AjfbeYfLk~1*$KS!IUEv@12x%|mmqAaM?2Q^xDb{7kGLD>ivhz3Pm<;;CU?D6k7Jx!wod$~gnJ zVqQ4>Na!G9)I~F8_O&~&Z_4W8#TR6p2u|@4c)0X;8&|hR1}_I)A~Z-g8k-iu3Ykpg z`~Nn;k( z!jAiH4Gh~AfGJGW%Q)N^HZo|j{G*bE-}~JWeS?8+unN({n;R_AbnyvM>AZdMy&V8b zFJFw~XGx!7BzT+j%yy8aj?}q0Fr&5VFs~fGn+pOIy*Z*+%oo&EzZ5iC5cJ(;)1t&n z5A7e04CN00y709R{qomMD?d35r{oxuZP$FzuxNnZB_pM)LTV^Be9T6U7!Okmp~o2E z(9~2Dt#~`EG}c->ii8P(iXZfk&VhtMFB(4Z&EjK4_0<0?0<7t@?p;+65i+F@b&@q(`v1$0Q;ybj0JnvI}OGCi}9f{(7b~BuK3)tU?*Nsg2Tz)3h3Vhd|5I^JsP+ZxA+nuc*(i zv!V}P7O!3$QC;;~|M;gfcze%SPwtYfhpGv(O}FP_SSvF74HNnWO0}+hgd=3*2}m_y zwmRe<&Q!Y+3}vQaOv+#4o_`&qq-X!6@%!;bLM>?UeXAHNVm04@EIPO(yH%EF-bE!5 zWAqZ$@sB#%z~m9n!;nQJKrU!GU=dDc0dIH4-%qH(5ChiL@@@4=?pUTbCTp{3n)AcW z5X2iZ6nOImdLdr1StaBHcj6-iqlv#F6eEotm)}U=QH~4*t6?KSh7;VoYMm7?25nJ4 zlxYE!Hxl{>Jq)KZAt(LS8w3_IV{d^~`@ zAumfpc2SI~7&{>v96^!sG^JPp8kjm*wT)8p+Xwq}tTaJ$L&S5Qv=Eu&GYiRs0T^)g zT~wnvfAZ&et=46V5?KRSLc3V37U|fDttOTWERI?pl9YeZ9iuRqPvFs8L$)mspX1^b z^`r*PI?F44a@8nWx>tJr>kmDB2(UyZmg~6H3pnAdkL^KxqB2b$1UMidZ5<2{E;s`2 z&dkh7qQYtvm}XQZEougnW=f_2hCq4)m&99pMQ^6U_Fygw3)*!Q%HwsXG!Ej|vs?1Q zxm1F~1z-@XU|kfFwvBr@5_Ya$!)|w(cXT!bIrMv@Mz{ zjjqdHM0 z7r<~F%M5t+-x2ezuRuK|;I}DdhsJS}Rw&nS$~>UTeqsV=AsKGFSSle}=HZ(Hrp1us zw3BCGK&Jt+Y$&_15`TLnUlF?q!_KS&8q80KHCk{BO6|MTk;T{=#VNhM6&!DRCfpwV zV^t4#?zhrtG!%Me8HsmCUr6;_3lQxge0YZLg)yT#p!OHe;-=hxn6@LUrO6OG2j?b&ebfe88VQ5TiA`xQVh|&zVg>mQej6u}*#hjO zTQPsd059%Np!dn6LG-RAGSrnzU1STBj9LLL2VG!0Ut-J7g#+p~T}^ULCHEiUDA=%% z=2DEnC?@kNrmZy{HbjGfrj;A=Tcnc=QH|gf?i;iu1e$zLsh-1HG_G)X_*SVpU{N-a7kYC(6JLLY+($OT#DZ-xb`m_RQla- zcwi42EG@nLVL8gMyW$G^J`1ap5v-=xRN*}a7h1K<6+=Xq)g=TakLO?E|1LC1;|T*i z;4j&$4))634pZcsO?wS|AbsL88%%w$Ab{@4Y|uRQu59=g6r-FJd=wXVCHW~BhtO?O zAIsIu+PhB1U6<4*cLoq0(^a`Rpo$m0?Am$tFBid~0iPnYBm6A&G=IqcJRI+>vFy2h^F3%?qh7|Fp zg@^@MVU0Y!!}N7Xu_(_791JotW=~?Jwf8tUBV3v1=+nU0UyGMI<)9)54(NuSsedkZ zZwvujg&L~srxfb507Ilp@>Ty5G_SPC_-5|xehs@P!}vamEX4@H;OH8WUo1_l%Y74Y zkT)6=y&aG0ASwBCC2M=BtGPRj8_kv-@eXiGHE36@&L%rZWVlN+fH8?7Pcwww-ZF*b zB&4Xe2044|1ls)pl+qqHzISe6U1=F$DnSwQZo&O$uF?0NLKPGmDc|y8oPullKB(SZ z_!=b;HP@00UpUpsM3ZO@qlq=TjZEgRF_13_3c1+9F=!5r>-YG0vn|Jxb+kUJLnaQGwVXcf`zhO>OMA zlt&|Yan|)cA!voYpCp_M(m7X@Y+%7l6h<=cHFjsT2azWvgLS+fC$q3AYTh_lW&K-b zC9v=7TrQN@Q6~>&)LjlwIp#N`Oj8Yn!iBaTnvQmcIJyRdc7Fw|*a(|$0{^>B9Rb)7 zOO}WJ7ZxHy3H)n*X*Yu|Utv}<#&~Lh+|!iKpH321;n8yI0pX=E{TJ|;!T6DCw)ZKj zG3(4QE!f{=Iy1;11{OW3nRSAzj3h3g6HRy{2NZdEBNXw?MiC63B`Z&29WriAAR0Vu zfw7Y+*-R&hSzGB8CnzTM1f%&o6z}RaSuDDqHHyUra^Oz59dXcmL{w%XFE+(21R|8O z@bs4&F>*ZO`#*%!!pM0$-4DEM5IIKZ4ZM}DIBWazr$Cv5B2FI|tGoOiWAFq1VAUxS zr}NAZWh=Ittvf5ppd}8JH)kXjF7IQmB5UzhGnnNO@STCwgk6N1TZRqgSnrYan`O4V zM;i3HkdsUx1gnxODZh*X=3~Lm#UGA8Ld5GD#pqv}1%EgM9mQ*j@u;#uxC$H@p+}V` z3U>|nCl+U(aaUx2nCxo{8ne1n?0QP0z2+Nu?kM@1DgV+ zE*HT73TombszksB$sUch8(#qjjj{NrgrP?R&<&{siP}eWB@#;LG+&*4c}xn8;1TRG zV$__n1wVOR6WIt1jvRk3&^rPKejR@q#BWKR;XIh7$8frPWqyrKQG^dU@yz{Q#*FVp-811{p?sf;zh`A! z2Nsep;E?v^RkoEX;@+d3NFCL~q&q4EHAla3^}Z&Qzaj?AFMP5w(w$SE8Tf9$Q}V{} zhx6$aE#3JGEA~c~L?Ioox;x6?AJN=IBoagSx{2EW00+we0L)_m001pZ3fka76!h`{ z00000000000000%6(3;$00000000000000%5a&by0L)`VdH?|b|LS`G|LHmZ|LR=; z02bx|026Zn01);7000yK0`J|yWVc~&L#3P*xZH>juXJ6t70|I#`-&-69wcW3R64Y~ z?g+dnhA12r%o2{~Ocs2>Gm%2ijt56a=_-zCNMbn08S~7ZeAU%rUKgf~B49UFoFL9*iCBaf^!Ok!I;|^{K)lx5+J?(YgKR3KsBtKV8JWdCZ3Sx!PEVSieC^z!sbcvP6zL*Q z61C$a&{$fhx|8E0Pd0C=&c<3zLM50jOX_=&PSp5Cu8Ge9<*iDB^San+eke&6yjCcb z=r*}+ams5R^)+F18bpzF+Gc0zpNs1Sw#TA2sbd7O^9Oli6T95&S+u5y8;of^8gcg8 zI)IjW>CwV-yW=nZdaIt<;~|K{%f(C0ZzAxYJfd3SX0BalofQLnOF&ZRjJY+MsqfNs zDeJ&~e!zPE#ENnl1--?Oy#viY)vA7d1HRrTHAHpOWdumF9~kVPbE2cxiCpU&N)AeD z#~v)ZSZruZJF*(fRHX!KbW%*jNwL7>B9wdey;Ud@WOrGa*LQvkD7>~@4M~G$rkLLJ zH4D?rPIAs-_cLRT*|?y8y-jK=k~V(^w6mv4jmb=m1vPZI6V(xFqq2o_1G+hJUBYc{ z`mt?fI#JVZOkYM@iC&u0f9zG4L53QQt7&(1{<|Gj6DFiDJDa=KQK=wj>NFHajHJy{ zurlL&^!gU|geA5HN!7z-_d^Ao@1ikAdpUJnwI2{f!2S0bnsf`SkWMegV`jTMN@$o@ z8htx@a{a1tzVfB)Af$tI_0g6c*|o>p!;}NFW4e;@WPH?+Jm{CQwvX(>stx3!l8ZKL zJXz~Q86V(Tz%35RA<(ORCyJpLVoIdb-pqC;F=k zXwjgeHqa_FO5gZe-Y1mY6$)_pZQvW@KxC8p(!fg9I7rZY%yK8=(abP|t&u@T;nl@# zJ)7I8nZClfWP9hhxr{QMXq{#wfaI%Z@PE+;7 zt>fbCIry6aU<@DfKg?!O9ydY{w5= zoL{`P##D@D1lzd4)opB#{a(lLG1Yhg?X-1f#UBW1PQAM2KD~~XZ!{X*8m*g>sT9c? zOo+D0XGN|x1!F0*@*sXf*z{ot?Bey!1?gDb*Nt7B!?*JoeB)ASvpo%7{{~1!8gKclb#+$o)y_AJMntq4Ly|v4ld(;JW`l>AM(HgME(U~DP_!=zJ z*BcEv7H_w>13Suuo16%cgTD$LK*t=^`$n) zl;pbhMYvJ#ts|DzcUW_7(oB~}gjoA-)(*~Lz`Nx@0S1XW)0!MY>}Cz8U{8S^JjA#j z;UPgw(rEG8S!_9);+^%HQNwK`-@Xe~VW2qK?p@TC!|yWzzV35tO?inGCT&Mmww& z)i%ZyH!*G@Mu>sC#jvc}F1U3g+K>pJO`-JMr27U2Qm|>Aa12WB34ns!T)UE|L#bMt z$SM^W!47QUlvK8XWveo-ErP4oo^lz=KB!xA8f*gcDxKar1@+CZ9)is0Z z9$)?wcQJd6I8ngk2Oo0kCjl4V-z-2IFv-V z+L>X&3bM7xWXCt!ZMDlJIP?zN?npxgjSYK!7h2_sP~`UetUyfw z1GAD^Vkap*e=e}#;P{1l3*K)cO=ErI4g=+$Vv1+zOdt?hajmTZsQurYb=A|3uyj6? zsWtZPezcf+z|!F(c#?`bs~u5mX-w|!)ho&nANtM)=MwhM>){UM8y9YBBE?tz*P~9y;wILal`6Y`n zsgUH5Rpupu?+C*)mUP`{LKdeM4CbOmAam91c~1qi^;eWusfjPJKq{zarjQr-N!9_i zaR}h0Hvbo}z&9eptyZl5082xK7Gud%B1N;GQYi}NBcG~Gwn?4jvO{MEbmdZ~0#U>F zRm&1>%zKnd;TRWL(7PmIw0JD!6muo zNvYEzO;jT>NrvvLX`FU?I@f(7sx`%^nex~~)77aA8IubR^0TVQtLUCVyYt{N#8t^i zS~EQY&~|WiCi>4K+S9F7gwle1I7QWY7&6QdJvY?oP14pGO)mdBbEICF zv1QiA3S1<~lS3m!EZE?G>9nf$aeq_)z7-IDP19$YnD&=w*$<9nl#`ueaZ92mmTz|? z5tDu8q3%+tq6%o(6WW5JOpBb`$&n#XP4DNMefV<;1!7ZKI@ZjoP8jIa$dQ}{^~Ywu zW5W!S(28EmxBjBjZ4EnW&70#3gFA_bIaJYI@BI7kXRjv7b%iKmPFJgu%TzYc6ao* zxwVBuzjjQk4B&Ps4qtMJWjkasEkjXPIkTP1&6B z2DQ%W}63andu2M_B)1r({iRgLzr5JUGywGv$h4F z9AH)UYKbDsw~EjXCSqD9eekjT%ON6z##vAz_0=Xw26Amts0VB4*h8ik-y6AB%Q=eZ z3kQLuYM_r|DjE8REZ$c99kD7oqXFSfm)YzPfGagk1mktNHNro+l>+vkd;+?slGbVu z-9(0&S1mo2v@jc_X>06{E6>A;Y1i;2Re)zp!62>>KSgyKR9gL6HVNG*=f|lX+J|RR zk|}~;0jjhk@z_@}KoQdayJ^mLbh^=7wxS9}RsxURP^XfapYom~*5q+cjIZOJXVX-r z1_E*w>{7XbCvpMIwDx^h5Y2^X!rt?u(B$o9BtW<(n`(m-H+AYKgoZQ{6lYWwcUBO` zfIq8<0h8Ex{y_kAX&@+tbah``=wUHf846_HK(Gi!NmZ_9OS-8LF34|RJ0$9PsBT27 zJ%^VxIfXO;gx1z*V#~&KmM@~pvraU0zBMa%WfIIOCbcjLZaslqkUlWe>w=IBDgT6r zua5?aN8k*JFFKeBXH}&4Sl3}A;W?54Wgs8EOW6-+VK#A6eLCMOwx~08-`z%fwUpIuIu*ZAY zY^&|v&Uc!t+p`7Hc}NOS=G(1O#>|Vcsnz@kp}t_E!!(jTv$7VzhCw$+84p8L3@~wa zWEQg3#tRd1am`iz&ycAPlQ-~a+{wLO?J2&Ap91NB2!r716w zO3#CRLEx2a&*z-K5tgv8azpDTnmfaeQCZlC?_E-Y2Y6T#B26G5*mc`)TtHpue&b$y zZKdnxw^L{nQ@qd~Ev?r?-DMbtR_twq5G2|3bZ_O5d5CghEeK4?$cNkCxv;;C1q+hcEo z3OoU1Y;;3ueRdw?;FVW8c-jZ#mp_&>DLwk~GY%y4%_!Wj{5k zREM`*1l~0cWW%0EX_5w~G_Rg8bW8@@%T~<~RTf-I{IY1TF4qL@fwB1`lMr6*Z5(9V zoJt|?sN~TUGlw!Bj)>#UW~3=mL`HQj0B$hBaMZC(PAZy><$&Dgfw~rRV+QLf2N_ca z-BsmXTUUdwpH_yG(|$7~&chYuD5G9-`(vT$c5o(JCg)P1&`cpr;(pf=uXc4r;B=~S zM_{O?h*j>Rz4-RuR>CE3mI%p=X}1vFTSbadWG4_)Xh~Aa86BEVjy-&r-orDk2AX~z zY{$(t{sSPgKiwfK3ZVo^v1yYj>e|5Bu^*+O^(se)RF2(h31p*KcM+A=E1L@jZnwg|%I6EVB+(M=~ zXgFU!v#`)9`=wIk9}fz*F_%5lb)A{cBf#0` zx9yLhl;;{8Nh;36qte{3AWj|O-c)Fzw<5-P?8hhmEUuqxcoS+IGb`h)0%p7~sf4I1 z@a|W8HaMzl(2I}-It#bMj9qg1^A2M_7$SL(lH7UGrHC$AIR`-a{u3ha~=H?fm_GHXAS->KxPruz0=k{Xn z*EGAHZhqAkl&DV4(e)_2BVxDEor`~RvdMJWv0ZCF_eeHdYtVGve^@NW_eFOpv`=+1 zbKpkX02<;tX3Gj0RpvxSs3-Y0eA}ChO$)^82KO(E;9}qDnf1a=Kb1b4_k?6cu}HQm z(+(fJDkU1=*kqBUw2!PNeT4kc9z%4K59WkEb8E4C${dQno?c@=xlvIej? zE_TeO`fw@GJ#DOE)FUzscw2w_3-I-SrP_{jpSh8`WOa`@dYcHkrJ_d?QdeHuvq=w0 zCTufd!nmQUd8v{$RJw*ISFd4##*u!-I-mj=Ss_ zOFdNJ)F z7Ek>H8d%5egNHNI(=mxeC9XIp`JS+{vCCnUS5@NmuJM&xp(Ivla!VW9&{_)9@a^-e z?B%y)Rkb_t#G4WqbPPTBYqq6`4a+BY#an=r*HMlMQp|ChK)bo&nsu@#`|0;V=B zVe>|Ug&I~|1hKdhp|&hzO!L%Iyz}xhu-ywPIf;jE3bk$1HCp5~J+1nO9`!1Xceyg} zjI@G3)OSo6_${fKZEmZt7wtuOf59G{x_+v*2{Ed(;-cs#uC^tXlgP#4gzmJ+kMF{z z>TEK>sFCXZR5Qs_K=`Ku3Bik4<0k>Wz>lUoG!b6do8aAlh@h}uD$x<=Y4h)ut%pL&}H9mN>+enNphyXp4&!;)?u2cWoR<=+o zM+@#o(GWAWh=zz2y9onb3jQZwmeZja>x}dEc!3km_ah$|BxYrX%|e7nvC2 zG5hsx@j+BaRn@G#9pI1pCJ%I{4VB6{pks%ma*9UM1r%w?yu3??id^Q@Xp)2jf)|F@ zt)iiDhuCP*h`~0s*(LC^Wj24K^*j6_pEz4Cp8Dt?!Vi(N{Y(p94v2zDBbtfk^R_S~N}_#*L9A z+^-<{FWc&*q;71>*psD;wM%FtCrt{zO;KYRnZvKELay|by`VkjkOHQ45{%(xYQNX% zCjfmRui|rgEFwtn6uK{)QC~0k%#$nqu1|vse|#ksdJ=4V39GCGF4RqDxpeaYSZh}( z^U~JZN~yEb7M;h0=bSQXyl#(P38yT)z9{fKh9dOvsN;uS=D7u2tkM%gcr=1=VNBn? zcayG~6F{L0==QC0#+E=Q&gW~g6e^64i$;_+H$#WoaLVTp{AM%)PPn7B<5_DwRI`9$ zY?>mtSFo0WH0YD(8v=CZc*muk(bAE0G~-^&OF>pvnMS>4t&}t9(*t_s5L=fyA1wy& zWDju~hrQ(wLSeuGje8W|T|Xoy+j|*`*4KtRW61qJy%fA%Zo5qL6Fi*Tpd8yG*0C!l zM_xpkhqHhQU1hd3@9+5)Ie>#_xVN_{Br%j5zVnV0@cG$3gle_xJsA2fqa^^uWO3Az zH~}>n=l81W-3&D+((4u}UD+qD+D8X(H>*imTF%)jtx%3Gdf$jMRZ_jb8&O?+zR%p+x0jA31bF zBP79p?sAK`mhv|EjgtV^N2sI@uZmnAgI$^CL zt4}Zxo`8E22MN~(U^it$NAyw=i4NzZ%7+sM#Vt~E(;b}+3`2yFwEb!k~B5t=53v ztpD1;R=(~~gSEl%VF9T|BBAcP+gnr>E>@Fvm;Z3HJ}J^lv&&YlfhD=HtG1MM=$f!4 zCE|cEXVSzs8%5Y0u3D!I>glg=9H~i>EY51035$-+aEBxnCdcu$q=S-stDYhCtsxXY zt&<6KUjtZzMzyfTOzvGXPZYN*n7(`P&pLBfj4|(38O%pSz%F0^3C#n zELEPekUDkFs-%@!3>`|F))Djej4c;W%CthLGPt`{HQb|}p^}2_RNj+IGnEB=qE+lC z$te+aO7OEit7B2^JdKgJ8dofR2fJ#(SBEuC;C$j@u%H}S__heNiB0!p`!UY>+UPYO zNclsjayGW3Zc7kgtVykNNRB>Jn@V9~*8n2;%1lAzjMr!>TQv2%+p^d=?xhK)DUKZzh(SM^Cx&jGXU5tyKJzmWeinJ>eYAXJnU1n< zms6i&N@TI`6#Q@Nu{xp4!)%&N{xCU(6pJJZsHhD=ox@WaP}{^ogB~M3I%E}XBZMVj zrZ92@ovM?R9B2T3!r#cBE1^vir8oYHb$%=GLm7mjsqnH8@7qp&PZ2jeWFg`xL($ve zERu%Jui9#^vvyxkpDLQ<(k$6)bEkEQCOIoN^5l zUc)RJ>o}S_pI-+96PNsxJ|3BCRvl1^N2-k+kS8`#2ThxnJ*KQ~Q7WyE^+im`#`||X zoj5uk@j#=V=HLO&wM3mLN65AuTCc8@6?$_G7vFPt3`KFPUAD*V(Fr#>(8|<6Jf2{) zb4WAUV#7*9D&HpIfE<-+NUB0?Z3QvzjX`6ov#$%%mZyq~BTq`|CpX{&DlJJC#9BvE zL2iqsSRhTWzi6;5J6VV~lp`G9o}IGcJBUnsjUspGmVk;>8Ucuos%AhV*mtoAMR|N$ zrO>qVm+YO!h@`&0J+7I81yU_G3%;u865L+4pWBQ>nQugww3H;N2OXXgNs~m0zK|aY zCjoh7^Fn*Vc4YRL1Yfaw_-{^eUVf+7`^}qf;A+lEc7YeW9?{hO`suIU5|Cxz@OJE< zTrCvNwr2Z8265N1f$nw~D(1V?wp|tTqNGTV!@D#%sz9Yni4HW`wqlSg*qFO&t+N3* zbg*Q2NCiD_1!w@-KEeIWakZ4_0v^=|Q_~H{MjfuUxudCVkf7rE2bAp%kHbuJb46Mt zWoum(Az2kZLFAMmzHrfcH~TP@!;p@4L%70`I(@8u2efmOcQlKLm%uHdHpZqX&r_{| zo`dWqx1)r06*xD$B~TLeg{hqk(sjOSD-+6PKHsBKHQvY2;=N%05j%;j;_`)n^|8e0 zeo}{LRNg*E;=gdNVf{-xdph4#!ZOyDa&Q=7!_3dgT@i|j7a%%9k`aj?*RJ4!a~f4W zIO40U`61NEGg781bTTavp5IR|IE-8xnS-sT7Tp3Tx>&SzO3a=}!#Klu4WC|Wp&Vd` z9oG0T*HF$c+HswgXc3tB@87fCC5(V-W&NL-ATxVf^IY|tc6+NIR8wHW${>i;gjY&k z4Cl$~5o+GvpXlR0McP6ueDApUnmlO8D%eq0wp@Q}I2HJz68V2|dDXdsoNfg8x0PnW znYOrO5aTR@JpkR+1@t0-E=o9$OAl)zhDRkq1y!t+vNNTKs(xOe;Qt{hXY*fL;M{s9 z210;PT=#Nsz1Uq$i*^7|$q7q^guPXpj@hElGdw}Mm^@$GUL%QsB3RO8O1nncq?0zi z7w;@hJN8TTEbCo*Kh!4_7bd#0B`IDgw;C7nHe8VKmJD~^9K}+B_ff{VUQ-=N-nizt~zcNkbXs+omE#q*h>!+vx{iB<5^` zVtY{*sj?I_N+;I5$_}dTd=_rrf%Mp>Bx*jMDUYrSU3KGT9WMG4HQ_|V(r3+9Tq9RT z&5-Ba8uZQznGyctnAJJ}!rilorP@Pra*|B$0&ch7Gmwr_g1o5nXRXi1e~U}Ti@`9i zV;L@=7)E=dKIV8*rcjU;YTX$Nt$}8x0OOrSp#ihuT`H`hPi2$><=-$Q) zjY<);%{l3HKQBcIJh)BPD03s`HQO`sQJ!-NnXI!mtHzdTdXia0-}TlX>nRH zZM;zhccw+1E|OaWg(f{j$uWt=0g9^ZwG%?zE!ad*4rk;Cr;vT{0>*QzwJ4Yo`s zH`|tqSQ>LSoiLR!;$3E}XvO3nnSQMkA3pP-d^>3ZdMn9}KGDQTHYK%h;>IDjwUoqz za3K6Y696_1*m@ZjvXQRsY^y(-IPMu>c-_eQFy)cfy%6crWHpz*4M*WV?RrohZWZ5I z?U<^9ixq_RGN}c%!m=@X@}JAf!ui%}d36M*WUaP&Z7LIbuRl4Hph=k1$*P)|22QAj zBFq{l=0O6pj=ft(>{8}Ra~5_*OoXTO?&gV`LI4oJr5S|^L%utwa(6WNHK$^pP7!84 zNbSBN*;VZIxtT^^=gd%C#eMef3b^UOO&nf!HD)T!mY%2#KM(qWHtCCUxoN> zEQkhJNT1Jb*T)km_L2_Vy9qR-Zfn`uQnD=_j}Bt<9c8Q3>ZHnPklryQrqwB{3og8* zh*-kX47521n_SqE*1o7&OcW@RGW6Cl-Wb5H073MuZc`YUtr9>Kiy&wTmh`1dZcb$U z0dA=jSM(X5ps;Jk3?_3%}q5m}%rQ5BjOlC2+T+UmvyH?^z zn`S)is#n3ppjVZ}dV0Xvy8WR&+0EuN6cCZJxYLYMe0=8et9Zd!eEDOTOG~}XlNwVA zbPKD|jn+**w&h8DYKwRjvXsb?Z-y_wv2t0-8n87|hnU`c+*n>)#SR72An{c}4Flq!@E5UrufyJ9aL)Jsx=!b`9yU6Q z-Cc%O)i87HXv>IAJfyy5u(33?J8C;dT1-5v$$n)=73a@12$R?jPHn3orZ<a}RwFL2sQ4M)+`x%$&- zjI};QY-~H1Z=HSc&TJpY17CSrnbm8kDVdJx;w6kB!k#9r(ZlNw41&#^UwafpnNq1n zJK5tKRb%94+!Wo7XhP{96JzRFIfw5u+OH`1oA&mJqvhH&f5dm0_022Mi;H@`cCisG z_Evran$uQM2xI-clDJWk^wV+tlk$Rwm}0R(3k?PXrr#9&{2RsPC1o|2nW5zm%cHxW zf{yBKx3xY5qpCiOQDDhkcSeAEaVhFdp}Qd%Ce`=mGeMP8fdcjn)8oP3xF?Ckxv(#= zE8UzRurEeMGm60zrN+}_(m=5NG#eHZLn@xg22wIm7I3n+s6pAHZanBLX?r%6y}=e9 zq{V=T)fV&If^#@A!uPxar^6+kRIV$GhQ+nX*Gsdl`@*S8F^zL>t(-DjPE>K#Y{^Yl z8GPN)u{%PXojJ$_G#dpcdK1-g;~p2;tW+lQ=cjTCLMlg2tEVYJAi%}bN?VEKyBXl@>0*+5COM&YE z$otLGOYIC`9Cq=D;`QmE=oUGv;^D!2gw7pGOBj=ewF!ghwlYv7{dN6L;m4%M5&L6S zOxlfq!f;C8La1|Ot9%+-E0ecyR3fz@?yC^dR`F3}t^pNwAX)`5$x zZt#*mmnzQKyiO4=AhFHWN%rZYQ$3bk>XP-*_#FVag|ZH!)#F#@T-T6iVH@jD2VRNj zTLN>AiBWE^vD5H9oi>(W&a05KzREGd1(veu)KS4&@_Q1e3T!tQOlV{uy=oMlM(s=^ z^Egx+{46G1 zABM~Ted%*zZ*J>p8!_eFLf74v@wRpfrs9^9XeXNljLC9xTJ$R8Y$><)2}ZHwwX>d- z{KhG?)4GvWez*27BWM$g2?;kKrX#KPjpc$Ru(y=Zd%>aH<^19jjC<6Vu<0N=(J4{R zirPi1`7@tSk=Bn=$CD-5MX99mWrX}`F#(wK!wCv!iJyQ3@9{O23R-zZ^e#tcfVh4s zS8V^{{Wvmha1ysZ+3??@G1N-C<+5)Huib^Ry(d0L@txEGOd7w>r&NI2^8%1vJe^=L z78!>l2cY6eIUG_$h0YGysj^~d=A z63OuFuU#!OEij^YfQNn;H>X+H7pe6kHcxB_yI`V2-?!?~hc`Us%?t_`0ok@9ap-?! zeDbNTQ?l$FGI2_$DrqKVy1zDQ5$QgI^y86V4aJ~WFJs2+Sieq);<-2nIInlM?bfK_ zFPg4{&womX6JxhX`YX*}r|58xOAB$;z?0pi(#FxYnQv*y6v(E;wya13S(9(e!7EE$ zbJ$T^=~yPLAflyHxC4wpc3Y^ofxt6#kOnDCI9HBgkIAQz=`Nf|sCZ7%lAv!tyh|zt z5|%<$>xT7KMY$tU3Lhb(CGSm>p<78;J4z_^6zB~PrwDMsXphyY2Tx5TkwK`-5QQaI z98y~P^dOAE>ZEyJMU7E@Rbm)7JdDhhjsr!wOZ`z+a=!%Ujh#r776A9k_Ee0Y&c$uu zwq1dbJ8O<mzEi=WdKKh@IC8lo|~qmth;GuiGP7f_9sb zvUbI?9+nC7H1S3S)7ckcOtYB!*5;&tDcfjENqX@v8KG-6AHq>Q$)dMP>tqHRw5d`L zN68s#nC`o_TJ{>F{B@32YIRrd!^2FoIcd?zx2x)=qw@9@d|%m`XvAT=k4x)a8sx^L zUz!M*Vs(7rAWO~nt)*zs8Fh$Hk0|opyz1Oip)61oMXPgG93ayre984xNV%WDutHET z6}OkOZrQB>((1=k)GM<Teq?9_^1l2Z~qJ_ECtphePZp&P8)R?Cr5IR+A#7_M02B(QTjMc-ITwc}Znc`LLU|A}oQ_Et_hwu2oGF92DRARn3)6crsRA|S{dw$fJ zTeCMp3Rh7t8wz)wf8WLJAw!`v%rUt&h)Ozps4U!YU|_W707K+>{WNFo z@PJ}NA%4@krHoS5w|=MDhEoR6%NJx%9XULw(^uL3;#6+iU(qf#jarqz5O@7EZBGTJ zCUe^Ys;8uKz_L~Y6f)KX6ke9>o2X{1x+`J9~}t&t^)+#HA%t8d>qNq6;HBt)$` zeWjKCKF$FN>N%4TPI_Wf2H*|K1M)VzU0?`JWMs9R82HXw&y|SMw?J4bNbP_fxmTW5 z9pS2+4bsNx%cqKKBx@o{yXY+*;(5|ZWVp(oV$zT7&ENu=9z_`~gQ(py>B3!dRMTB7 z$AfE$VST4JW5uiX21DLOD_7zM3Zx+|V!js62vzUhJ!RTXtS8*HOeTxvYufJpnv~(~ z)Jm3G;`_zr?%fu++QE0D2}eA=9_0HX)lREN5ayut<5b1HA_961SYo)l_`Xlo>nris z3Y9z-HJ{%b!_005MO4+6H%|F9Mif}iN-S1Jj(29gG#GWb>!}&wOFu-3W0@huV(I!v5 z*1`oI>p8tuzbG^|k;O-WpXK)F+pR4}v6m)q1{W!q^E>khEuL{3#ad3)b)-PLS!4=+ zGl%|0cNVHgrGg{%LLN1E%+ zc##y@5sF1#BaK*eXV9M=f^_XCihGKU_KNu^V*Pz@6sXH2D6N0d#vCU_ZXr~ras5Pe zFv&ytBE%nD(#4~d+TaX|z1BMY_XSqYB3gdr`OcZBxOm`yb(uQ>7jM0m=Al>CQGJRX z(9%P6Et{v7x2w{@&wSjABk69T#1n9_o{@-uuFFnb)++7BVoZz(2AIfIO;k}jlSXDW z>V)PNUtDGk{gW2KOto!>0)~|YR)t#&ispXk?%5XfyGA_ava=tF+Rlu+yEwt!#bo>? za+LUBIdZ-6W{$KqheSpyWm4Q)X{kHPNl{zSTnWIIa0gMM%XF05>d%|@kn$dGQ;Sh< zeAKn6<~|$2^&rBu-15U8t)8drv4&VGk?L9o@oN{L1F_t;dXBMkIn=Nsl+hHgUEQ%w zdP&VHWxYvtxYicrc-3M$Qv1`t%(MKS8k<cnAo^-@g@DU(aV>hB0koK~{y34>+76KaxOEqdJ9F{VgZ6J(2Z|zG;a- zD2SyWpbD^9m=dJPq~>O(k=UCwvfgT{0qY*gaPfbm~@;JkRPel(BbHGQrSR-B@=)eZ>y{G7}dW`U0D zjT$Zz!vV_e8!O|MiAsDixSfr?C$6JfFzz8?m|Et=LF0+lh(*F!Zyp^NPz)7r;!g`1 zjMkB@OK=hh^8p*YwNp;?HYtUtoeh*wYfH9Z{^=F}e9o=Ap7Y#T`>GCp4jvCO&u zn?z$y;YK6PqAP5XA#Z89>gQOp9hNe@dkjzRt@1tPnkkh>;&IR>YLorsNl=#qSPJYZ zg~!V05<*lIbAvYPCWxP3q{QNtf&?kHJ9?|K)}{619|fXwHtfXz0xjKx6cffv%7i=e zwuFjUP1jVmSXw#mz~q_z&T*Lql=+Z>wT_TPwx{@>l}{`n zZAC`z$3RCUUX?F*Pp^>>I(`=bs!j6=Td-2G19ZClJ25RX-5zUY{XUpIOG#gaXIK-a zHtA~iZ->&AArXivr!jg}FGv{{Jkn&lx#=isn|gg^%5mR}%4!ycv_6Nw6N|hEjEhcJ zRj!mZXKwG?D&lXhamq~e&gS*4NkM@I{-OEjWX;f{(cGYm+ti>|N;FX%l z@)uig8u+%sMUQ8yW1RmKxK7sD(eZYNRV_?Pkz1)xnf51uDd& zrm9+AcWzyPKZ<2R^Q7Oe9qiu!RtNMJ!`Q8ZD&1WmVJu}QSFH^HbJ3)en%Ndx(8z_= zEjBkRG?0cR8ds_M?FMypE*Z<9R6{3EoeC#0UXHJ6NSRaZGP?L*B!NR68F;Hr`gQAl z+tNrr5QH;ss^S`5pi(sniPi|`xJo(`O5Ms{D@>zW?Dj&J$QR3`RMt5o(FtQ@C*B!5 z#j(_^)0n)a*{%(0=r)yQni)$yFRD)%os#q6hSQRytKUz!X=a_W*}6Jg^u}RntR+X5 z`?^%!ogu10+NK2CgTHME+l))Hy!J@?F>S0HQFvCl2EPH!cfR7#cztl>DwLtt*P$cd z8d9Y(gkL*~%V5k`T5}y6n3D?UqwQShi8`I;4l_s(Lau=l>bJXPNMFxDKNBaKXH~jf zs|AwwZp8<>J46>9)12#agnuLvElg9pVx|~-l?))+vDz6@5p-}!z3@~wCL^P67j6p89dD@X6W@Z-zQt;acal$)dT+H{r0>08C~OY$iT(3wACerMleN$Een|9i|3c=B`3+goyDG%GpA9lrcG|hO9?~PqhF9Bgt~Sm z*(K6@dMXiU(>v0@osH+*SVyk6$5Ia*u{!z&&+6Sco)w-NlLtBk5Vt?t@Q$ZAvcU+ z=1Vfdp`1h|RramS!U zTsAJ5T`BAI6PA$F^o*0?yja?I4y40NVJUtdN_8TO8FSe#T&=2Zw+SiPdl>7*d|L~> zg*0Fj225q|NkknB%e_YXCsH|)971~^3eI>!nc`}nL+;hv4q-NwW80#G6-{VgYhI^y zL-~xesizyDIXJXvk#bVwP2@?ArO}y2=7L)c?b#(bhVvn4zJ0{6t;3#BI4i*_^Z^OR zq2saqdy&H>fcJu|j^|5RNeJAs=QzvAXK?{4MGT@@ zoLxh)02r;3$o)Bmp+x3@qlte_6sxl?t6s5*p}z%Uqv%hqd0*tEBYe1wl`ahpAL8$Xc%nQ3YkEV* zc3I%K#s0Um_*1z1CbecJ%+}ExqHFtAN&GAhbj-X4z`~b@XqK2T3ZamqQ9!Ge9sM|J zYG?6$@|sw437R%dbl@82k4$Pns&giYgyo5pt)ikcOqU7cCML0rOFm(YM!gHfcZ4Y1-R{xZFbqRAT7OLpL&>?4`MA57|n(ZRmD+hXS;U zvR1qeEjIXM?Q2{+!&5n>H+*gbsyPncB?wOKH+@7zn~P<_SU{Q~oL!#QB4Or9(Y11# z4G6hJs&3iw?E=L@u|E1ADs!(fD_FGXq`g)JL60MJJQXjyOzGp%nPpuL;0sqXiPJA$ zv?WodINwX8?!9>{U9Y2yEQsRY^>sa#Z|tj?x-O4u(q56X(hD7jpzVPtNpV*Gf? zzbhHVB zE+0UK!sfABlbs@FgHF5V8yjM~!EWU`(+yDpbJ5s2t#AwiH@tOye!!PVa9&f@T;AFb zkfTo+xy?Zy<2n~BWoMDX1V}+a_sp+e{U*NP(?i$kAqw+D!xJwEqiZ_s|Fw=*7IIiK z8fr{|&26~M%Dy;S1;Xkj7Mzyj{A{`f5%4G!d?W?f=lIo0DeK!($;!hiODH862Bap7 zUB>8u?oosqj#U1T5UP!R%~o^}372^sLsn#|$*sG`@niWSHWS_>)KJi`tdPm+r^ z2f56Y>Mn$;mR12&gx8wIoN$To6D&po%o?J(Bcx>~spanOT1w1Wad{TB!LWR@Dvu(# z7bp4y_=_!S{z3=im-Y2cZnf0r& ziCp6G)jkWHEv^1M-wLge$hldA(uTSq%|(^kJ%>vlbF6*5MRs2l47xaWc&A-`)zWWaHUN+BAytX`NQrf{BeO(FyF+&c`So zF?&PGdy!BYN)Tt8A@>f$XpbZSU(O-LDPl`zji;ltoWqstbsFfzxqMrNffGgT9_bsG zlThUz33-&b>Vz!l<{=G9nRWJsOQsH6Jt?`$K{`3FJ>wT~K>}En$!$2-u7uZH$Qw^u z^@Py`Q{$6;7JO3(2Hz{&`i&N_{GrmSAdya4`G05U!R}Vit%blZGB_$&1=eUGSi>9JN-_oOJ#iiOZf1uac` zknMxK`~Zq50fPSB-3Xwdu>-bwC~Z7at{AZ5 zMdSJi3-c;lkBa z`c=VnFn+%Se0OttK&425`g~>^Y7hFTvfM_$-OK&-oO(yh^`Z^-*n~ZH(U{bMyJdE zANEmQf&~}>=qUcGG(Wo>EB#*@sSLhiRd}B4dYvttHT&-4Pyn3TZb4`_igMjP+Q5F? z8npgvGr$3w01(wrZxE_}@TDlr*w_wz+Zecd{FNt`=(4NS+vp6GP$;quA>5>m+OZ;E z$`YJqE{eH?w-m6o|DcS)HIGL~fkFcaGCn>C16nVpQ|}gPUy2%_qdfV>U9kJu?0il0 z-*B%L>8dC2gGVJi&sNyMi{%WM+|au(b1GV?(BLag^j!t|$8vy*Y-vxY{DzKl8E(LB zAChFSnhGAxjNW_dg3RMw9%GWdkBJg+dd_4HzUaF-wZM=Fr7RQ<9cCCC48Ir1#56pO znKh@yvZ<*xVej6ErVTo+rx#OaCdrOxboSf=AN7G#!ARp!eqtf)?#gfKs3nPEy-zxf zhPE_sTrWVjigjB=m4S<5!Yd==qIS`@UP*$r%-f@qCDQ|~D`DGtsxox0yV*;5YjZiU zGMa{$e6)8MEHDPc6sS9vp3C@st}%k<^)e*4&8s$Xvj0|mNS#uzgb0;~UL7ok3_%n! zO~>E(LqfDwxxND1D>W}%8-vw%mA)*^n^LTW;#y~hV)U9?7mu09z(g4);b_2Fm#;Pw z7Xmqq`_zs-H>ANS-WIwx^UlSFC-l2tX752T>1`4Gc`#lap zEcg)>qU`_9`8r5m0XMRRCiVD5NRKpCz^Hz&tLWB|12j?zeCfw)r(pxwW8w`U-e)Oz z@@;($87RHE+VM}FQfHCENbcGN57rVq>78aH? zyMkf*@)YLCDq$XM1rr5R_}j4hM+Evcx*6ehss3p#(k%-`Xaa+sVHm0RXovJYsK2_pGZGkT{Cri zc(b$s^V+1+Nt2!rZJi3|5lb)SU(gy#f+@n)IJm14+@F@snydQAmgqJ`g%`e~#DrU+ zWXq3WQ0W$Hvcr35SPNIZ(+d=oaJbp_aY;n-xGgM&=(ukdx42DcxvKrc2^C@itzI#- zGSriG2Pdlk&pNKCcot*g%>r|DeGBTY@2^$YjTBppp?80m*E~{~O)UXN@Z40m0?Hx19sd>($!3r zX-WlW#LH6u9-h`Ac%`L9PIk*3Hkr1@>dhz%$Zv96s=nNvjk=)H zvolYxn-~d`EtZF@AN<3OQ2sOOqE&0HN=I6y#hrDk^^oPgx&-O+!yt9|J)!lBrur7Y z4o#aB>Q%%9trd#dDq0)HXSr`wOwp?Y^~TRC!<1ltPRzzOxw7ffEN38^5~tm}8cfTg zf}JtrndJ(|d_X9lhQkWN7>{Tc5^3K3SpcU?)IX(eCZ!33jAItE-x%F4{O1-%t?l>2rNUl7fuV zbajV|5W+z`9Rh)%c_Dh=-LkR{?Hx(d(jxavLCB`swAf zJPyKQEnlcPqmTQ;L9s3?5J}v7A98T(!9GB9JGyfeh5cOu*bn^1o>UK;NL*H=5r5A5 zg)KW04u56`tQ0dPeJ^0`B(xUwNM1i-ZFN!v&>OV~Wr0>L<7{9!Be_)_5$J5CS!n`e z^37CuscN0BYbYiCBw47>FW4e2@I3xG)isJ1D8kO32(nFG@T?Jc9}AjX6SPqHpnox3 zXCeq?nsk@2+1?w?S|`@3@MhuTvYlnPAxXp&MZ}c==V?ky5lBKFPh8cgQ5s+7C}~L0 z=Foi?&<8k8l|g9%0b`k(aC$-Hi7(ocu;|`((=-0144jI*kak*EH1?m-G2cH_5lyw7DH%%Se2AOF@@eJJm$ z&9TB`iCO!sK9re zv>wUo93pDF(pFzhXoT>*?`%;-d)5h$tV-zRP)_ts@pqawc&Whf-Aqdn>i-kQhX_QoJgn?>LUruud4@Vh_mK(eW9iCPv|ML`I)7Y>E_ljsW(vd^fJ)MTM`U2KY(MLVh z0=}Hkb(?3>$5^}bTe#A7FpVmBrSJ6>T;c+&vTORpjA?M7-Y&_IHQSXLy1i|#CdJ2@ zabym6;ahSU#}G9Do&Wj8^8_T4KIC0-cM|DMvJO`Ot#p5{Xf1W(DfKk zx6h!3-4_WzR!mULJEax!PcK@!R9XIOU8Q0sKn}+M1}bGUgFg3!eAOmUP}~>oDOta2 z9o{Y;b5VY4E;^GNEPK<50&t7#Mxkh)Uka@yFR{pb0o5jdR0&*7G_D`(p%PqqiWOin zcW4N`L_u9LH)fF>q3Hu6Qy!J|*;lCz<5^q-W94dul{*slGX{CoOgr~#I6n`)8a8c4 zvO!)WZR^^m1|u^FnWOPcgEnV2o^>X%3!lH`Lh3jH<}!6oKPA zoZgPt#LlY1W+{fOhOWS#H!E8Sfeh8-(c!NOq5}R5QKwBcrm$R2 zSD_qg>JqP@IN5^jMXMg;P5@D1gjtm2p!au|9fM$nXb9P?<*Qa(!~Y^b*(IxYSZC$r zA;}hjVnY7OeF#CkMnx1Y)WqBUoh2j3jo*w0CLLM)z_iYxq3M+VTpxx57=8txe;tI> zR#Twp*&aYx%u-EKwjuXWSyUF4XrHZwg2th1qA3+!b*>(SI)ptEQ0&aXs_FuN+a8au zVoHLtre!xLJ=|C|2MO1ugPf`!X}1}y%7=(2n1!2u6-n4O0TBXZ>d+{<5o!E2oQ0fe zu$~eAglc^^hU<1J$i1^V5fD5Al|m3Fd()aNE6PNF38|H+F#xRc>;%5~7d?AZp`2V& z=7V&xflIwrAtZHN-JT~7>sWj+N4LjltT zdCrT(P4s^z<|T1FZNnjxCKtf-Eh{sjvqW2*kqWevm!8~RQH6LuuTd`9(K{{qxr4ssM2CkMrL6`Dri zn)oC}ArCg$Z7)n>=wgk}a-oMMCIf%A4Y$9?iuvBhI1!A~yS)RpS~>uqmRXt#$eZ zq&1V%xb3HiQB#NGFkP3Hbc?L)C&z}?{dIqqkApf*DQWb_>DkE4LcZhEBhf|T zK(#a_=YL!FNPo2n{bq#xMi?76TRFQLwg-OA&3vXKfcKAR=!K;K(9g!G_n9zoo5EN+v0V=Ylma88nL(M>wK~ z9QP;_w+mOtS5$>BUsd@DTYN#FV%h@PLrQb*lZP>bl8f+@_O38}#l8AReHHTautSwX zc*9b0K7b?~>5ih1ZVpG-n5}M1k>(#L{rrLxI+NJYz%je1_Tv%ukX=sY*BxPbe|d~o z(3rvqV>z@4&AZ00egszPZh{2<0V8%V<_%1CEz{?Mr@}fwCaq;f*iqO{qdcbyLlfK^ zxE8d{3q-6jU07t-jNH;HhZIaNJdTC}xZ%`c!UqWAIH;7^erco{Qi(o2u5S2`(q%mhDOMYrC~zNGa$y$Jf8B1 z#9!%a!}G-*8UfE^ZSEOEGYdAG2tYOPM0*9~Udoa`xFZ!{VfzHcfZRsfg;%9MWW;!T z#X}b$l(@Z7BubPlA5;aeR&iBq`{7Cfi{MXl@arEw#V6s}#}~I=cu0ZZ6y?_<;qjF~ zhfzUmVs598E0Tb&@7s|XA0h?}!a_;H`|V}k;6nPAsCGIZ z)7sg7wH3fX$=71i9Sb=RX-$S4X`xw0t0O(i-EC=MRcf84{!Ot&E6=%SKc#xU4@PV# z4_ttQNfuz|;TK}17$8CnT=LDK`Ieh8B>R<4n7?eRjf!Z3b^7(cDa#~BjmAI)5!)I@ zqU6RRUt+Fq*-I>@+|}dyg8CCk&uKZOTA2w$d28k6Wl5T;mmJ2h*=OXnm5B=RnFP=A zL4Ki_2zcyFg3(efAYs+xTjPFbDTmMQ$)H(28_gnDg-E0oN|ge46o$ccKMpyCNV|HD z=j5+TJD1%Yn3Cp)S-hczvm%{SV3b3_f{uHK)cFP3iXl-a&HD&Yp_Q8#V4wr{2q4lP z4CwmA)<#vWCUYDI0chNVTztx^lL4!9=bj_D$ui{o5I?QOg6Q zP8ic2y^SHDiAL?=624nqZ`X0_b1GHK)MbT$7G{V5^SY*F_Ue)`~_t zN7KkM=T!N|ig7mYjj!BBwdPaqJ!D0Ns$Jq?bxvf}W5-2&K1B~21K5=CTCEM60Fw>I zY0oIoH4(Mr^-Pbu=o1u)QD1-;KT?K#mNBDPa3B>zAa7i|OBCeDMFf5)dK47WYw$b- z5#(h(gtOGpem;PhMs>V2WWhZTE1=KV&0A7^ioS8lVFm7^oWv-MYo{4Ns2oM52Uqq0 zuCoK96i#y%&I4Oim&Qf3;%nT7(J^E6kpJD9=qxYvA&|%9~F%yaw+5?p#rX*u0*&RPr zMf6nZGt&s=p&>5R`oPL$!c4vEemxi^EBe%DA>?-GkCP;ZEB;bw1w?tSp3F1#U$bw%j#P|FSmafBXi|{%FCG(${ z65CCfr+>qUIBD&aNxJa;kRZK(D?8RJfUtb6=Q-%03HGzP8H6@M@IYo365j-ezq`j-;o7qCB#1W_SK|KL<9X(k z0r*u3#F~t)y=CN5r;8#3s6?2@#u*OXbS8(+TBNX3g%phsePcaxxh@-EdiN-egx{lG zXu!*s_w!XkaWcVc$H)B%XBnYHW-Oh=LA~-VH{icviDdTV7|;#ICRqmkB`1P?HK+WC z0ZkuhC1IB+VeTP!mo)ANEC`-NFC?L*ViUraqVtpbLp;ota7nE%m5Vs%j#QsXI~(fq zNbZ7sbPY*?5KpE^+ov3rCYXdDxoe`kLjjVbp`eA%u=Eb#IPSV5W{_j!^_hjB^ulgY zTOgcBqL4@ro_Aa2vm!$40|yGvRUqd+x5QRrmrc@#?+0b5#8U!Ib!xeNx0$C_)C5-F-o+r3S3Q;VX5R#!@K|rLs;6-F>WA zNDav4JrnNf9inv>z*0xO#XS`f>y)BccmbIO^PztuhYS`QLiR^{teI9^=!&<8C)PoF zgn)&46-y;{rt671DUAIan*fPgs^W3W!>Y>+=24aGNLpzDTBa$-b0!%F`*M2AFiB@A zH3)@i0G6GT$|FlBSYzf^4BwA1=Xs9~vRtpnC_oOOB1Q&ABIB`zuf1Y_=vhG*|3i)2 zi>IV9ZH;7><9erCMfycq0i)G4(U8djKC5wSz?6DHB zpws8EIAy;=AIynVf`SfkAWvq6$}MpuN!x}^_2OGH5-b}G;E50ABrLkLay|n_kB4}| zi)MaUtRejMT3=%-1&q(HR-dH`jsm@G74>ksn1{U|z;Rc8E}Sv@3V7|O0F6sem)ZX9 zwiG1?L$B%8$)%m)RUjK_8|@^wbq@5MfwD7^;hyKw7CTYp#P=pJb;lV!QKhD}XhD@` z9ONX;yrpDB0{@qqNE;NVgKq$mZyBT;GD zWQ4}5G*#i48l9epfW%NMqE7864HzV6vab7yMdu!Pmd2OL)w>x8gexqxrTa%3kcv5n z&N=i!P=ruyF83PCXmucAQ;mKwqUIe9OC$4BDP4u`3eP=~C$F$Y$wu-n_j6)#)-AaI|P;Hqf@Z|tz4N1L<O(^mFIZ&e!3c&Q3rBp^(88nI<|~n+F}A zp_YW_LC=baM9}9Pe%Tdd_6VDeww-{@j)lVDjHQ-wK>}YVNaUe*Xp^jQY0A4QEEU@^ZuAD#-)PX8ICpzS!7wp~~dvWLKN^u58c zZ+E)?)PbDiV}`D204TN)W>rHB*__ES(8nI7fs0yu;!f)JVF9%1`o*3BGlYp`(ZoMT zqMj=X{TrX!!!x2eh+7f{b(X%R8r^loCIKu_%BkZb;yIWBU$_^URpVCfx4aCum36nd zBGikPHHJx82@KnW;{b!S2(aUPe!Jl?pFkaE4(8JHCV|=Te|Mw}FNMQ8#e?2O=b0#X zAjUeOZ<(Qf1EMOCP~_qDGUd6QR+TqS*FycCP@7}QYwEdrgP}Q(0M(MOvUEmc-bLN9 zi#EXSJOYKl<12TlHiXRY9_3tK9FK|2ixW1K1uqbA%4RwNkfGXwbR1*Td|#j#H>$!H zd1~{!p_$VF8O3nn97=?1gee|A02%d(rSC@yfOm^zPt{+aFIxK902wBSK87QOVh<+D z#^xsrPTvDE>;hzCwA$zoe)7KLivY}^o3_b-GDL#5C`eIV1Ap(4)R~24x5bN|-0#g#&bER<0waZ^HRIT2XA8|CdC_!d6TM zfpNjvJ$J{&FZYSh`-JTny|!WI@^^#-)YAS(93#DrGtCCs1)HbHVpbdfWq_(*{2WgM ztfSNk7FAv>G(3mbEJY+=O+ASfT*Z|w6_k|8&dyV^OOTKJ{7OR;O}G%KKse;|@gkx^!J)93S;)}+ z;9CUWB1I;-ja>U=wwzl3YRtg-P1(oX_1KgB*Dbmda00Q4^H+r*a=!8JgTP`&ug#Js z9U_<`qujLEuX8pX$q~WN&!#b|PiKQ=|Dq;q2xov}))-t@=1_paVW;xNmyLxeq+7gr(g zFjZRQdEZsitzph5LSEWA3+|Y&h2B12(8@;TRkvq@X>TO(mK!KadZfcD%;CpG*f-|D z;-nj8pdp?BJJZ*ZW>aJr`a8~@#zpD`v`_#Xj(5FVgnm#ZL(dQB=xE#q#sMDVyw74yW#XAz2s z^>j_^_}|(_^#*RTJM8lNi3=r6hqhFz-u>WIEe9r9x_k6nQt}22AzK+hL&-r=r4N6h zU=ct6Cp90R-)}-kh1F&0qv&l_d;rvx=sf=Q<{GIiC!XGT14r|{GH=``s0Kak9-rzZeBjX(c;$Wd9s7(#*1#iA%@~mk7m%Cf%gWiY_ttoj`-9R@kNmb%8 zfW!0j(qhT^NAWe;MC-As!;MmN9598kj2t*&IPrQzVtqMMWB8_cwXeP{9M_Cqh$g*F zXD=8O&0#nafsPbdo9SWUFQoyj#W`}Xle(y6)yF!OFt$X6opo3G zBf&nH-~83YMt*$;sB1McuCBB9mwaLtTBZ5aA(n%OFa-%=2CS8ctd%1~g3tidKKFGH zgd<194}qK+nd4adbqD4A5-0XeV^G{GHzJlMrHqEM=9PTh0L7aNeVfR#2Hmm++})TO zt)9!khQ&p13&&EYBWG9l%0eZ}A338&v;gk+0=ga(Yr|XaqMb}5BS#ALEuIPwo$zO4 z@kL15ch@D#+W;Fgstw}9D*JKh1M&E&ufwTde|bvAs7g_bw22eaK)U2*ju07^-Z@b& z%Ayb^BHl`{iE4vZVnhSkMr9J-Q>iDWbDO3Bo#!y(P2U6kjzHKQldu*+@xWiZw)MQs zWkv%jC%NL)dagH0QUS6&wX-hOFWp9^v$DmD~9f+sGlYPnuH19e+gE~FM)HMAUfe`a&=aP?91y3*!;fG|I@HHOT`>WS z9?_UnZ)auSbD%q)5o3%L1*|ytKQ;&r#kH}f#U-RWWrirR-h7Ai(GELTR|-n!dLa4P zzG%@FsS9;cMm4yc;2CSip{a*Opi`mhOXlLHWJ=}bUrTD{gPRtLhsA${KEKiG{lY)o zr8avEJ{!S4_yt)az^T>%_*cGS3AF+tItNgRK3De17DD)ZUH@?8IXT>j;@-4rmGkY| zURk(c*zs$Uxs~$g{{KR2#`ABL2y+~>5+KU62(j*x3>~m-W;HLLU8^HjGE}aIkZrQd zT}#IYwE9P#30ru3!0J*IUEuIlV+MwiqSPXg1_De*`U_KDw~FZHjyF({O!zlLwngqT zcmFOd1=7+XZO6|PHg+l`BG-e2*mlUtblj%BlpKvHv5Fl3H75Bu!Dc!2BdMMwh8a54 zSS+z`?3&G2Ai5mm>uHrU6S`UqQkiuLt)a`30Z_-%tPe#>WPd?Z6Riz&$2h-9n@mjG{lSn-7=l9P_{13V zM$bQ^qnek6Bk?_h#=#W;DeI8&+3Q1iH)& z5dg>p>E_$R)vI&Md}#r3tm^lG63A~>A@C$$Lo?#{^!p?TN4P8lLQMjA8Eo{_#&HpNfFzoM+0h|}Jr0e9l zla!VO`=pyIO@O_s?FV*$Vs^*MAqF7?9{Q?D@E9osvwYa(r!6DolBWThWdw%H#dCVY zu0$Kkwe9x2sB2;QM$L}>kR=I=;NcMi1uGgD{98Milq!MtoYv=QrR~I2HzT9`9=_}p zy6R^pgmenf;W+1j*Or-uFt<(}T-`tCS;phH_K_9*z}{_(+(iW$+$(x?O6^N51(`IB zP+Z{@5l7773a$vtx{U`r=Vb<^n4DQtI#3>o7DZv-J{wjieax92!!BJE?-rS{&4fPy z?c}eZlCP6#(We1{8Z766Ey2;sp|ma;)z@3JOua%!rp|TE#z~=!WzYV_goFgB-kDj& zN?xN|LLj6#7&&{E2FD2aNFg-s^6`L6Ct}vNkW_e;i-+DJh+Q*hTwAR+)o%q@dd^?kfSz9Vk?mwBlb1ML~Fzy}B#S8vHy4hFD9P8@k-j zEnO6(Jjq>(OIaf9R2kqK(AeJP6oguH$DvdzBh*l|O?kJ!OXJh%(XttVdN`tX%03j@HF0ocR5pzOW)O04YT4XuK~ZAUeAKS+T@ASu=IRo zKTq7cKn7tjIx`c)?CZ9`myOkR>A3sKpHM;|6ns;nvbh&?3u30CQ1T4Ny*rp?9SMl4KCzSfHTvAjNcYXZzgBBqROl; z6Fpedk7OY07cel+)fSNcVJgXJ#58PsjQwT7wPPcD5YSyuB%K5Ykm(P?U(0V-=t659 zfCZmJ-_JnYp>`@DVQP&J6$o&kt3I?k)VKAPjSFMieU90KEtRwZ0|x;D)tX_sJ#mEF z2TvUK`s`$yJ>|tBaOPQ)Mri15yQ$!mGAAQEcFn(&&%-CAIc6R)4iwj$;{2v$1@nlP zDUZw}irw&4+l-V$sJut=Wd<&bZd4cER0iNkW51W2_gIz?fQ|={13Ra}h3GqB5a7w} zXjEBf-K!>cxy7pmv^Qbec14XgJloSiEPiug6~=0*RD*1pUxBBhNU%*+W=2#o4!*&D z0m&nkRcvLO^a97f5gI4s?K`FA1-V(hSu4(g8#<07A_p%Mo0nE?H2DTa=bAGI&J%*D zeWHKQs)0L7YRoEsqoYx<3u|v-Rh))oBfyM7=wgX?+ihf;06Rd$zlOPLUGX+m<9I?s z-dl;9)>?VueL=ItiB?yb-5E)Ug!kS3(>G?oE6HLMu?u3JTm*p-&GEDHbeP7EB-z8E zx&h4yI3PLVH^pYs7kV#wj1VGE{G27cq`0(Ls{*MA=*KxThPvd$gvM+0l}}M{^s#2Z z4RxZw(`s`H@csa2#U;f&hwAt-^~b%Vw%#!OiU_E_;JWl@R~b#eQRgwC0+cZt0VfA^ zI16F!zYWb8tX|KNRYXERtr1&l>Gd3?g)CV3vO*y@`g4dR!|KuIt3%;u16d+i)#O1# z*J>B!SR<7!S?}$1({VQ%q!W6-)Ntc?JX8?HNHr3xt>m)Ofb~E_0t>Tdl`#t3Z~<|C z-YGh;VQxYMz$=nCR!xz)H34OVXVxsKCBy;zmf1%J1^@##M?h#f)*}J~OQobm{%LI& zVoXPA>4-#pSc~?gd~;r&tQN8prO9KgG)_7t5|dMkuOh!#fBMGLRzvOXh8&3T?}}4- z+FVp4{G0Xi6wJFbS482>_`f}7GAYxmGhwnDBrc-CS8!3AW?2|Ryr%f-9?SHmOVMEQ z>>56$&xGKGPI0nMr`rdjwqj1(=O0@{%1DlL;c}^Hk6~0_Fm~+u6Yd0Frzr9R@1k5y$Y<1%OGU zG7r2|;~}xU@GC!RMmVX0mwWAmV4#V*9z!Q4%XUD_Bk=){?v`g{i0%ug5dqq1)PM!E`g1Me@;r`R6J~9i&>?FYs06F z#5)!iA|}ufU?T;;Z2&RW0@O{!EB`%)qZ5My5LGme;)gT_i~(ZPOV^{ZCb>0KC}L9Z zqTapGjm7ft$gEWl~)J_(YJbE6htlcA##42Yq`QY zBW-}cvDsD}yD%Pu4CJ2RX$WBF%)k}2kn^|F;#O}1FyR9}Dy1B%jxXx{qkofPk#Lkb zKgHTbKbfC>mxvqGPaZ~j$H#g3N2X5gUMFg!kU(ydWc|ZrL0heV)ih~Bq`IR8t{chw z5^)Gt_P*fu*bT~`Tk{84EVBZNf`kCT#BF7?=upGYb!1rd#N1vuu*fZz1t-B1u zi_sH>gEIMPxA7;c7pR5END@)!2BxhTX?}EM4ZI3+!(b*}sh&&&?SY7eh@eGnwKEK= zR)?b%l>T}$hn@a3w86lZH8w+~O1Ehm0^eDfe_6!QLADwLNBO`Ci%k)~OK(KnT5kjV zD%Mw{&c>E=wAiMt7X`w8fhA#}JJLqRN|Jg&^z-z78;_ucQ;O#H4?&R|Fbf)xcxNS@ zz^R5MTeU8D=DSG1pO*sH8mKn#1JGl79DPLml$qEp~caz=B!8fb-h5_n*9PnDRgpHN>o#QQ{;foT35h$9l z7vy|m9`46XBMa|?5B)M#`yy(Kx#?sbW_)UTB=XhC2IB@=3AS1xGn<>{dQC_Vd}gJ@ z;BM`vfS|hY2FAD*)FiV>uzqQ#BFaRrA;FX7i&=NVJ-h}JM;Z*<1T!WkKH43{nY7tQ zkEAnFL5E{7g#qs{rI>9Y7^7_J+WR%2!pZhJRCDy@d3xl6!Qqj_Ya)9YX~%7BEb=02 zs(RD_m7tN}z+C!4fTnRGh82Srqbx46QrH4lJLC?asYEwVX~L58uLDEw!n>*g z_2n&7#kmu)Hc^ATbR9N3%5D(?h=74~2Q0$V*t%ThgB%E>XC^o55pElX2gOr~+|!f( znPMk|z=_Zo#;O~^v*t^iq|fL`86x3faf`-OCLXt9%L_gQU?g#}`Ml*P(j|m*jfOwc zH!CZlSwj-Hg=}lz@R#-7gV1`yKNzn2(*%5A+I${HZH7?AbX?>OZvOqp*DdoMJHoO+ zRow)hUT(KfrO#q)naY;yedkujoyv=DVw0cKL;XXPu`7Do_d|3go1`blretZe<+ZV_ zfN<`fkwwu%+PvoDq8+|&1X3@)@|fW2NWhI*wsE$P1cSaZVmG>}f|^0y#|pDf<^ZYH z2F3{>#ggkOY{F;bDG6h!O!Z&xJe|Esy5XDBT<7MsCW5x8E%N}rs<&8j> z>{fY?JTk-XN%8Z&pB4KuV%b?{sl|1`4qq zUf`N}i{0Ed1&H$c<6{Vfxie*w=3CTd5k(@FMhX^nfBl4^#xMgrvUgDie?vt+VDcR7A^I^Q2Ts9LjMytm==I@Q5f}{QS4wvK)FVTrG(N9PI20tar!yjX zzR|;JufBL9hq59Sh;KsEK5WHQ?!{S^x{Yt~WhcV0@L1|PW zRj#9Yx-8W;*M5Ldw)B}*u$)t4mY&mLLi`*-2;{7pO1_Yz8u=ltGW+Pc zb)CoceNn0c?Y>4K@x`=_!nST7zgyd-spw4K4IQcmR!fU;Tq5^(_ap4azhIp`&b0z%I zgyX8GoAswhZJQyn8|Q#wjE(5Q2V`f|)X(4<|B)H`z4)Bvu*0R5#2~m%Glw+=#Xp~}V0pwZ zjco=&6;G7y+n?DZG`u3Va;gwu&6`Xy2w~+a*(h0QBY>QThmxIfLI){@SIhqda(J%y zGcRyapk;+~)VJC*;xB(|ErLahRp0re?*hT+qCy8WcA3LnH%9U1HT8|BeaO=sC2>cD zS2loL#u*4h{@|c4qjr>6%aJUglL0G5G{bJ>F0!_xefYL6S+$%4LrZ4Ge|`ODx9^^` ztEY_5lq5w< z39wU~-qn(ULQ}wpj64(mu`@xSy(2t(rH?ZybSAS7KXa`g$Xo%eK%HGCtjM( zQd%sP>DiiNlTcBH^epL!dye5llwpOx85v}O#bZ*j8B)bvwfPX`M2T&PvBKH;!#cGF zBhz{6pqI`*6e@-;>K?`UdyE23UV~uP4j9c9(g$r;V#fKNS(>q}MxBS}hQYM8gZM*Z zJNrhj>k4Ol|K;2-LWH_EJ~PK93fw5)pxkTma=6>@vqh%@hY@Xc7|%`3>TTcv8?^;I zM&1L8kE0gWOq!eis3j2xhW>>3r<~J(F49Sd<5M@D8Arn~1=^{&8@NU%*5L{! z5)w|Tu-DKf!O*k6Trh*O#B~_Q^Qds%1oAP)djXaf~3lPX~$i$e_z=_g@W=wqwIpA-E}w7zi0+(w(Z|{Knm- z4hMLghfkgog4>#{wi$b&iRB&G%zdgr?|q4W`B8ft^^l_GLrPpc3xz?tS^p|AjP zhAI8-^Q#M9dE;$i*eGEQ?Cg*UrGEkH;MByf75KkFjCr8M}VUqNk-_H6RbzTv^Ib*FH!4zXJY-p?}&m* zqaC)Kr3gK~;&R}_ajnp$`&L;fgphxF8^kBa%@0pge4xq*)1F9trB!PFLkxO4yX5mKf@K7b%Oh8%-_ z69-_FgTL5B>ey_f-%R*WxqQYAd7QnRz$*i13lC}Ns&l_}ec#(n0^n10Y zqRAWEP{5*kzd1V-{Sd(=q$fF6NK5;0>Cc>o=|vd(Y;5`Y@f1ghD`fG^uQfvXY9Y0D zy&l~@E_}#q0DzOp1IbPxRJRNV4f;24%M@b>6-L6Fz2^YA)Obh?mIBb55*S>5n*1Tj zL)Z?tEj%LSeGK8kMXeCjvBGMBBfUc`+in79D-Y=7QelFT>C@pN`;~?2C2tdANJHsO zD}7et60tfqVYc3$y+cK`tqWo{&jGe1X(E4R+gf6|IdKafA^W8Q^dmxq*IwCT=q|L- z)gY5Ef^X-(GrmsJgiT{sROVWydT|=lWk-it#ec3@595x?AdZn|7EHiu#aAt;gt=zwIr3K6Q+WH+=TVI?kFy#*2wgwsSPaO}oUA^uoD{@X%eTp&0=)BLn+ zs3vcCR4rCl$Y;ib;f$}G?noKqT#bh(#MCWsTdf>Jm^!EZ9=WR=a@bojti?X~s5avO z%P+hT=c*fN*<=MyG+ptc@(wj0o_fL!d9*TSml#;@RG1^-;A;k;7iw{c503@n)rUZ3Ap}n4w8y9?fGETNtr04E%QG}X z@?A&eW65W^qk2bkY`#n`RF{f9WWt^#Sreswe}LrlrU=A$!Baw1BkVW_fhqvu-9Gi} zyD6e}{)M>27c(s;_$5`TsFVDIfoF}9MQJGOL)EQL-CwHbFSZ7HQx&QLrCMg{i#efM zYam}A%mQDWmIL2I*d4iMr!Q8~to0D;(I4GL!mN!H4y8T54K)N1XMVD{^3;`nt-${F zMEWbWd`hLeV53Zo;izU!Cw91k@O>f@0o1l~i>M|bYm;Jpk()8vw*ZUrk(DB}ie?O$9d9nHeV~_lKrKqvM|aGSA}(#-qUBpg z+xjS{;DjbS24ZNcjPir5bc;Y;lu=A8ze0q1dO)L_0num;M|2RP{8Uj6SMXK=-{`9d z*SDpLs7nDE6#VcRZanD6HG*t{1UQ9bfYe%hWns&=*8ThQ>f_MGVcfD`j~-X8hS7>S zyyK4mPA8aw%IHlxWS>z+V`FL_k;;1B>Ez|)jsI7z#4A(l>e^V_xhYo)Vo)iED|8DH_yzDWompq_uctC zK8w_yJceGbkM%Sx=`{y1h9?w23!OCh)Eu`^eJ^Z2(O_afhl~?S3n4jKuGX|dWAqi9 zs`6D_(6KbXUPud^%9_MM+C_PSH1<}ZR4w?u`5nLuMI~SKmEfm${lE@|%zV@!Z}Z|t zsBtybU9zh)Q4Bb2Zjk9qDvULqWCrRZumv%dTt8?=@)df|lY^`pg9lbsGCzD^Z>wC2Mt0PpkM9E7^!oGKV!!#*l8Os~KA}p(T|e0xp-OtG*XBk9U2FA$k;y zt+-r!qWWM=ZI8XUFQd6=NyKpe3RBHNZJjJ<4l|$%+;(G%6zVe0VNoViuBJ6i`vWv; z^YiE8rT643FuW2mLNLVBD|JQGZI`|H!E4D-#|oRE0{JZ7_Tu8Kb6z+ zka7zXcTQ@453a$zR9p(L+4U*Avqb>jJW*?YrsB@7qS)eB#4Y3-2`{t%bW%@}k?Xlf zFWT`^pm4tI)+kz89Eal=9!ZEi06TYoh~NP!N6?v~^WwUxv2w+gVT39yjC5C)$FlRr;Vf!)Lof9zUK<13J~cg14Zq1L4d+s z8v@b_-(?VD%W=nZ+#F)Cyi>M6BJ04GoC3FlB>GqFr%%XIet`|TKmJB(HSf&0jk2^yR{=f3{9eAf5$V zDQlxTWqqnjgjMXy2{v$%wEA9lDGK5HaDSG!N(sJgNfk;$a^tZl;7&|Eak~a*{oV*F zNHYq_gHrI(&OsW24fHng4e9+kTe8MKoN^^!gIfxL>Bb`9scpE(7n^}}SX=R{a$j?Q zA2S^qZ61l7Xo<$xLce@Ko<^b)I}1=*CNdXJW4-REd#ba0T129Z7Dr|8ubcI*M5>uo zJ-#kI1oCuu8De1nIl-i`l2{=U2dgoJadv3K1|PCy;ZN(`w!S2iAMbO(A=Sgo!Y#%V z&1%7J#)K+{0$wJ2(8IOAmotZF##JoVUk29{AZT8eC52nQ1gd!fZ-06?19T_fw^h0M zl>Yf{QAWFMx)4_6JQer&s`#T8USE^7*AvO%kLp->Ic4YBKx z@}(&^f(brc$Vf9kJS*bpX3~i}XKzFulZ8GNz#4&Gvo)YWMEFmz9Nh}d2Ja9ytn%V9d09T0sctKp`fRJu&>{gxAJMd@pZ=ddF_5n#rWg8nuN87-hdl*E z9w8khYy}5J?j?@KM0Ho~ z+F%??FB|1x96J+CGQ)clPn~;uGtWlANSr(he}_haz1mMbVAX-tMj z_PZ_GTM^|%Ey+QR@Zxp@JEhs@3aI!@P$nOn8tYr;7d1-iH+7|<>JVjjV?n+*$(Ur#POT<;w)E8c0xEEf9OP+bmU2ttUiBC5h`8bje zNt7O8Q_;9DvXEjD%+(H)#hwClQa{G~S(d3OAU=T@Wet|3j&D#QTyDEzT+82dy z-RyF+-C^d(w23VLAa%6%ZJv0$^1JI6AkXi6SCKF~qH5A*JQfR3not;243aF;slhyW z(MkQh$RI5?7xj6^ECgsOdelipn;b}nIbudXu`r<{NkeD6%gRFj<=JjHhVUj0NDY7G zh4Ov8>avigcDvmgbMX>S#6ff>lUGz9cMlR|&1LuEoD} zU!(_EK15L;8`G+4LPUj?Ui^=cBlbTqoD4D(=&sJ6R5NbF7fl$)M5(=cA0ikgntS9# z9reCPhrpAMu!10)?}AE4remfP6;#gTNCAtE5_6*l{rc#V0&G6M&drG+N1Fs1o1p># zNT56_@RCcdlCWX3nY`7;LTi#_Anr4zqM@8764dz$HHsrE4I>;y^5?E(L*{WHGuTdK zs0Tj}i`hM%$UB>Su-&Kkd4`x41D~1j;S$2qH-`jhj5azjlgt|za5xPw%>$K&k^&>I z+A7Ls5z)h`S+qi+R1bH%vWnNM28h}g7uHlLEg;lJJ_B0Sc?aX3v2^aAHVh)8c%s%p z$ec}PbNac;AR*?iIAb^;?Q$ynY%N_~6+B^Frc?ITrp(yqW*J}k)8nI)nE~YzEfhWk zZ+#bE0S=Y)Ze42z1){j5QkWJ211N)l>=VXat?nf0bGR60U(N(_IS347 z0Y?DfkUvezxt-+7=l%uWF@0LB^6h{~SSLH^QDI^!tqvkX)LX+( z83Vs)?qyk=bIC0?F64iQopsnJC)5XfA#E5&nh^}p2|YTMWV|vYqD-A1RrMyfa~S_Z zRHlkzO-!Q)sN--&st3}dI`2qEy1EO5V{c2SPa@oT&`&}5wr_}Q$DE?54n<+EEuBDk z?qs?hFfNWgRE-1D*syHNV}-jz_3DVDxC*DOhbgAg_~I>OSowJOL~^lh-BfZ-8;}yi zh9s9}i(Uz?lIT~ndw{+{Y7G!|Y)H_{+6w&uDo&Wz_jXx?Ef-*Oz$X}tD?OoT)gE>T zp5CIeYiR$mdUhAqc;ic}EeVXcWxQEZ*CHk-dei1+?mMC#7*xkEdYF0zviidbwR$eK;yO(b=oSQB~%jLd%h&i?DVZ{lbC0biY5&NV|ixvdmU9wHSTxin4mfNc;X*8 z8$$!N^Eu<#!FnbTyV_zO$u~l&s&_>xVgr|&Ga@+DV6Br093qQM3==*) z0PG-0oX{q)sLTsQ!V3;1QTW4;1C)A&n%f1mc6HvLvQyQsyR0Wr=$aU448|4DHX+=j z0p%cZPn3+m7+$3A*y3l0ms%qk4*1Q>%2}G`1*Bwhxr&keHcFJ%Pjpq&Uf5yl2R-rRYGYV;J;jfLK%@Y=LDV{r z?CZ2;Y$JeLyF&nO+D*)n z6Pzrhhv8^zNL736{A7Cgoeg?gcCtH=SF`L_t$>afB#25?wN&DGuX&>jgQ{Ji-sQb6 zoIs6=wh%Pa1{5VQ6%mybZhLy@HkVz#sG%Gm(OqmYOvN+K%n=}lQK$eY%hZ$*o`eLTF&39SQ7ji!9#ezK&TUc;gc4IaW-7(%!6@}=FoyR6Pn_$> zOir3`4{FxGR`j-_=|U^S8e1VS(W>4%240j(jA-#(IjU!pVul1#u3m`R`jN04_=Q0` zTPr=M6he53^x5Z&N3}X;%vV)%8#=m|nJGeEd;W1zI=)~9dB#q8OSX>e6w|e_`p#CI^NXlFE<_mCKmTvOBoK!4 z1`~XEwVZFB4jkQ{xi_ou<9Z!UhmfEGBzR}_@%Bv%oN~R zgJ3K=$D0VlM;>WwHbjcUG;X{hKt;y1{HO{1pWjPded#CwEir^hZ#ITqUvvRMkQCct zw*p3E3u+XjjJ#Yte08Tf>y09RBvOGFWl`2b1|s!q-mjf5V9y4I^O zM&Y1*X0y$whwofuRyePiUg+{l?SKdO1t{NMwv42pMrnMl-^|=57i9s62;m@Zunm0W zY5mGPE&8`rtW3qJ%OX2~>+%Cd`d21+SU;qUzO6ml0ie+wC^-`IAhG5Fto>+TA7pT3 zz2`)_SL`wW&D8nCi`}&U{wm-uHT^FSu;j#KH*C~vpL|0I3ha_}b}MZZ(3uPDxv&7s zsQda>?~tHLk^!GT7mva-G%wj=E}B;WT2|rp1Z~(R6)G}t-z?f8*=A2yorjq#W$@Xx zE^^@QE8pQ&pUbqMa79G3@k1|U+ z_~q)r9tpVcrQfbFvCKRqIn(s1T>iNHUDSMWhmLK1b;EPILMJDrRh}KWY^V6x5nk$9 zBC<;5$>9_aMbZXke%ugL3-SvKgsi<Q4>cKga{f&m$r)rtN8l12GXJrHRv{DNyuoQwcG7i zf|#dO_D+r%fzG6yMeROD1Q@=Xn@bk>VB(}*!w}@XB@$YGUvM|%C{L@|#rd1tMo$l2 z=N>KXT3M8k8oWr)p%Syq*$ql>m_g!A^gJEnO)f4(OPl2N45+kv{!?+Rksajb>M6a< zET3M#LxNpze6CD6c$9A^v{^nTvi3qxPaOxGl}9O$URmH|$7^GvS{ALIMDiaCT&x(5 zuP-ziRs^EYP|;IDtJFwVC7Gj(7z>IZ%zZx20&OtcU@|krC-~qF2R=l8V)XtAtJkRd z@n^l&_&O`Iu9~wtQ%X#rOh5wc*I-DnD4WxuaO0~^^xUC$&J0=?`R>T$(Gg?z-3l{i z2T)i)4}S6k2pI!r^nGk3n6er4U3B82&C<&>#MlQ;mzYeF7h8f%R?f zjtEuj@dIu!{p*Of4*h!Oajr`h`NW_Tri%E$jNDNFMxaC!QPrazl6fEGpbZPTAT{rc z&8DcTVYYZ5&3Wb%mnL8f!#&Ox66gej3ob24E~dbeMbpPQ#9spo$Q7Gp!jT#iD_xNh zIeX?08AY;NqhLBZ;-ZC#v$i8oI_{m6o^KaWDzk?YN0=#RdSE`qj^Q6C%h)K5KioyY z9=EBdnjB4zM%!G*X-HiSfRIi4fLi`8?LG;trDXcFsC zHx_m=*|yreVrpZ`D5?1z_)=OFTaW%61pTcu9Qcay@qs0;A}sTU(rl6%~s3o zJSpr?@%akrYHv_|b%a2f%Tz2rhbf3A_nl@z;Qt**Ok9#WspdY{yi?g?_i#UB=8T13{ zO%cZ&dp3@;Xj(9^=ckayLz3u}1U^i2s+^i4TcC&^9rv+>aA08@*zSMa^ifLU(r zF$!a~d{Kyh4;uZta*)9GeTa9B`q!EJRmms39aj)+5FM$4~bdjjj`(t<<{@2444xP zQH2?a+!emNZEuzoS)Z?)3@g4fCqP<;woPt8{6-qXGy^JIvL#A%Rs=_Ec1D_VT0K~e z4^yge$S;~|N%A3RDK>O-9xvt2c99Z;JRQN%%(mMA{kBaIZyD3Mw)ok}BbeJD~jTm^65 zt&tH36k1_tq#V~@X3#CDD^{pRUrr=iXq?nsb~t2C4bE4dwdc^}cNliD%9!^0-_!an@j34M=Y&j5F@?o}7a) z^?GucTBo`%CStpl5$QH3K$SmtBJ!5E&l+y~LCu-QFzg5sB2fH03jNlcotf(9d9(%p ze`$+^T%wd!2@Zasr4Rmz*giLaHpv84s|BUX!bJUBe!lZ2*HkZ_Bz?hN_6~a3P~I>K zlS9`#4`OK)(U@TuGFp6Z(Mo=P{tHIqzDnDG{F%6*a$=x0MS%ZV?@I`E_h1~wI;9~e z-Ij3v&_8HMm7O6~f?gK<1Y?@5E%Ue}2NkL`zX_$OxMLh0tg8(Grq7G~kR(a@XL2>g(o>c|Xb>Uf58y>F zKD#5BjpLvJqI|yg0NHFKukcOyKrAVXM%M($p zXaHGG>XY_Hx-hG@T^QPDp}Qb;HpYy9{Z|b(J|mkBKj=JC_PWoYd=4{Pjv)=4fWQ(w zdvl&*8xaKBcv|1XD-ZM&|3|=(_qx^IwAvsx7*=4km6-`vvL{L0uz^1_1MGXIGkN8y zqqFlgO$?wrV#Auj^RO1dKOO+nn0(+XeILHn5^VvAC=7+R9PZVq4~j8uCUhv%Jf>1q z&w2fMoO+#REf`Z!=2KUQAq?`1W(db#98jgk7*W&C57RGM;pH6dr4^DEk&93lbN=zo zebx!Xb60?DPn5|>Az{)DE}(56!bA4TLs8?y*kodd1~j&K)pUUQhp2N6b((!%FS6FF zHQWF(z(lp>5$fB^X{C1fQ0q;pFsL7)nsZ7Dk3iM}F2Y8k2#haaDFVG2@4+(Ns5B+S zs20gQ@DTb~W;89%SmS-IZTogn;w;dnabtOk@3L1XUDN^d5ZZd|vMxHt3YUz`@>j`d ze?we9AxYX5-a`~O*R8q#CI_ys2kaG>s*6V0G&yYz;&qylEsn20+@vOCT@-25JB)J1 z7?jWxwj^(Nrw`O9!FXj>cibX&uXi-&vO*Vkf>p0{8NN!EF28AfIgw#7qqtIP{MmU! zS*9aF+g2AI6Ae0m73X4O4tK^}vX-OMN&S@c5Eb;uzS9{Kt7hCUA~YsYpU`c$M4};s z>U{M-gR_$Yt5-Tpc~yVi=b%#bXI&S*CH z3Q07Cs#k3{oS6^`7Mv+UYFP4sVV2U=T&2QrwRY*1qnhSQ6M!x_^QXgU&2pk+5;C2S z)Y^NmYn^92Rum@5wF%a8v98QdvK%uBQ8{LhXS8AEYIdPO3}z#inqTx!xLA7LTKZLH z0@@D$QdfW|T#9T!P~Buef5m&Bdy*%;Ree3b29x(oxPR{(I&G7vCqL&78&p3ltM1VK zpPMRR8F%3&il2g6?QQ@7&X<;9A^|=QmKIL=X-tPS|N9TlR8EZ&eKa0500c4*hi}zH zS4#kb5C>2**{&gMLS+c_(pgf`mE@RBDr9?}Dj{wn2c3K9muB#FFL6p_k)bm@i=28e zw4Q7RH(9sMAUSGXm41Yq^Wh`C@sK$k-ZUlJTwrWpAV@sKJHD&Y zm8zhK3^i1+gXhTUFiHaz^wF++Dy(A9+juKcqI=D-jW>rNq*dXt$qE}va&<}WL2&vw z>7+S=TW**deEJw7hA%0qVdQ(~llq8fC^%M%RxfA?k`pkDRVXNSc$kp(X;Bw=jL=*U zs%|WyOhj@eCLm0s(c_c%JHwn3;Bj(pjRl=S1H=Z_6Kyv)R0@t!{BI;XUEV1dJ=T27 z>5Ot-x|L+{(Wq;XgjiE@(->@zLK}vvfAx;81+4e&C>B@`pS&Pjm3XDd!TwP*_LMlr z|I*)@&}N$4GzY&XE9$+5d3KnTx*|2CFV;*Is|-*5DG;gJN7`N?D}xEy=f4L5Bx+^c zp&eLW7mYhIVY8eIQx5Xo5UyB23FHpQ>BT@cZL|&ddcAM0su$s0s2dV@re1ytDz^mG z9}4fur^`m3`ug-ErcK&=9$2(RUA{1ppsYJiom6j!&?cF1x=yJyIdNW61`&(mqIYMM zO9?7Cl9h*eyCh5Gd6)}-1$Ve&)vE7Ts0D&16YxzI_V&C^W{mJR718T-#GQItGwW&J zZlT}3xTx%*pfm^Y-Rae3nEFvQP4tsD0bkc;_h52jd~4n z<*`OHDw)o^;<7+WR{~-6yvwRv)ME%A#^)978`_jg9xt32l(?%CnNF@69l@2@IA2)s z*8DfKr(@yK>w5LI@^8t&N*wR%ESLlSO(!Lm{BGhy8xE>(vK-*A$Yr5@9(qul!^90W zcxUmZDoZo=Z0xw_Amw?cP{%6BB$XWAIE2q#SOEkNPmRy|%h;m>o3NcfX6x2ZU+D#(O1ot<05B_J|AhkigJN5a| zsSz>(p)-VP3&;K-C#XU5l^@}}7w*W>ltioKwI*ontY=raMWVL7e5Gb<+Kv5+{o@L(R_Kd+ z`UsgJGY33TANvFvTPrJkfpYNdUy^J*eNgfM)p zsJb*VF~LMhIprc>0}rlUqLrf^8EG+1rQAT&rvd84cx8YHICKAvI=YSm^=jsUXTL5{0)}FA6H91N z7@@6u5w6z)-d0IUmD{~-*80G^5My3Yrluts6r?*sY7h%eJ~H%@-nmFdb9H+d!4gkV z55f!|b<4DmMC!LL>`ViBr!vBw@w?up0*@Q@aK}D{lQCikh$f**pBg=MuEZ-}SihR- z76#z5_&&U~7OCY2!^_I9A4c)IBba$B&M&ejmQ^iVBi$;gcGNqtbvkxtTGCL1=yy=L zB(59yS2Ctxc&-o7NtW;_@TWC?r zB-=S3{Vl_ZasemK`q-g^pF8 z5r89NBlF|_4%;lvz8WVQ4;tFW67%`L$j%T_H{*Whcc(fE@eVT4ck68_Y#a@dKc6!n{toh*W+Omf=tfE+;OW3e zVI0ezN)YWE<7`0_C3Cuo(r^VvgiG7)UXNqAj|R;W3wg$m1>-x)D7)HERPhkZ(w;p& zQP4d|Rcg91S-)(o_6z;o%quVUYTJA?KloIwCY{Dxf4STvw-k=UKsZuT5v*uK^QS0$ z-o)_osua5eov2(|j{9GPDE{H%+BvvKltZ|8;Z)k%?)hg8+QupSYhDdU-Y*Isc4+h8 zr}vQ1kE8^G7l9KiFRdd707POV`{2-Q%j!VW2OKKFS9>?2vS^(kvP3bR+RdE^>-!qc zU~VS%kIR{lSGGbF{Bixqe#QMmK1xl}^6y?=Rb!+=h5$sfO&E|D&gG4`aYf04mG%Zl z3KocTnlRnt3aH`JL4r&32iWR7;0lGDloh0f!a;K>o5PEyCUwClB)<}k`HZ+2EA#%M z#PP^3?*b%@x3oitQDWC+P9#!|kwr*{|LwV&E&B%uLtK_JgzwZE3>~(8xr(y?7gTHb z)GEP)ddf%Eh)gt6P+c0jS5%z1E5XR21rjOme^Zb@Pm%@@uSB#DxyWRrn{ec}>9S_O z6k~zlWzFvyn{!D55C;%ltDvI*jkUBU#w?xk;7pzUamX=Wj9J^19Uz#Dz*MRqUE9#; z<>GC$B@{_EaNbk5I;P}7mkc2$FBcs4V#Ye@R+n1!mp;huZdNS{g;p_CZpKh@T$;WT z!18886u97WQ8+v(4kNK69@aRqVck=O86VfJ$QRJgwR{#Taq0I^GHbxZKVEYmUgF?7 zjW#7L>rrJ>Cb&3UK?+1GSJU!MY%(~W?>Q6c%>38#DU{C)VyX_VZlm;5e|Tqyes9QI@okpi#V=u&Rb;zV08m+k7&nwXczOVbi?0p#Zs2R`!&b9B z6xaE?dPcfR zY-sGCr|_z#au}!@3Xvf=2(XG@a}~u0CU_Nq*>)xLjE{YZt&6K-L`l~K`3F`1I=Twj z8b}a^aw3gKDZ4^pSjx!BPiKfY68bKu8M+2u{gpvho_buD^edFd)2x{qVRA+n?(_}^ z)59vEL*}FN)NveG7)n&ojD*o-Fo}=Jq)bPY5-1*kx%T82aDs?`p1sIp)<2uFhjVlt z@qrO&LcK$&e86o>oTjl5H+X`k##2bcy7vBk7nXFw#w1;fPdo^mmcm6VA0AkZ zGs^PIF9iz ziWJ}2D5jLe6h-a&OoDM2EQWLjHMm`9ey|LdGJOpu?g|SXJP1gRIn$9QME+uK`Y9+)w(&?NAz4PC5p%vhS*&JQmXwflXW9G^)K%v?ZrxMT=RVsiG z-)ZPiWwvxL6A=3w)acucMhFLvsrXug>d^e7!6C67rn~RZP8v@w(qmi<^oh;4(bTGRIDL`y}Bb`8=Hi4i`sS_ zYFJL}q54Tb0zV0!ZqC2Y%kN}esspMKJ)NF|JcW*UZbEEV=#Lt$OuuF0G;9*u;HT{! z^h{dlvQCf@!GNz^!gdOt4sqCwx@{1F5jv1n zjF8W)h*o1|=4?1^&L?$Th?rjAc1spl+-NY1o)t67WOH+MWVYC7jTfRR#Kq>f$Yk13 zQz8exUVm`3Vbn2Dv{{M^6$xyR_+~FOPx$o|?x?V|;$1uuaQ7HR!1BMfeI7z&I}y9v z0AfI$zomAOrsO1?%izs6(D?rI+(<)H5Q;5`HVi$;8w_pY=v5sUva+019=YX;y+3Lt z5HtiKz+FOuIg+HQRwIihs=jQ%faZi|d?8N+QuU$LF@2Ox03|f$Cd9;k5rR_(O^?Pd zzmbitCIf6cI%(}SMw`L(BQLPO7zm#EFlekmamgWS*7*|2Qu;oJmzvPLfC}b4P-Ur% z*-|OTTx*9A6AZklXxHG>473Ls?L+sm43o&Ve0)v;vEdg9SQf+(pbcG57sJTRe(>7N zFV}Y)d%9)j6Bw3H*;e`~N&Yj&*`QmU`f1>bU-{D!G-mo3&jhZj=oD;rYSUV=Lv$*( zoV*P@a$^28J7Yi-UM5F#>=aM5gjjUUN_W}Sk)7l&QJ%|axz;~wBa==e38(GUtBxuP&S zSA#4{Mv_Z}ltR_t^=U`$%)Bcv>AwWl@_U^xCLKaL0k`F&r|dVPK;zLlYUeB5Z#UFR za%k8}=NNoxL69@gq_MBEBl};aE*E!0$&9lRyx@;Q2`kbp@Esz(|5Vm05Jw;3DA&Te z-b8LW4Vs33Wyu}o*i8~K62fBms2w-_6JjHt1rs8hZi8-YO(E&6g`Y0|UQSJ49?gMX ztu>9LA4%YCHwXb$GdC@)_Mfl3Ro`rAo;3>bdF&v`QUFvG#HYqu%K3rfj6- z?JVy)^k2_H9*Ma2NFHR~cn6J8*4X9d^y!LJCaI=@$6q%_lpaVsp?CH+^F_c@V zZmux7GZ`|ETh&x8v$=<^2^)5VrKC#>BjF_yvWoKBh73+t6b(yh{Te!;MT^h$iLbXx zF)OTD82mq^pr9;YWrQnZ^NbT4YS) zCC}#BtFw@<3k+B?4Ic@#SjR-39LI*kyzW|KKG+Vio9R7k|1B5I7Ck+I}J0 zfSff}4u>Lj`?HI7*kXc7#{1(`mr@fel}d2l&9&h5K8=PLmMa@BTUzFSC+RIXWPdl| zpg(=8o@}5m#Pb1$m1CU262g9MZthrcS|^>u*idhY&`Ukbc~k8$WKK1rXy;JO1|Q~Q znkpIK-A|Q*(3onwcm>U$DM%8(U^aVF!IOZ_PTChrcb;-6mCUY@^lAkrx0tUqjp5%@ zL7ZDXOJpBX8K(o(182F`=53bBLgwCp6#pY-D#drsxwTSPTM(znBb9Maxpp(WrI{v+ zgSW05NNEUHJDKyOi^_x0W&21ff$X+>&Mw$ksp0dlcl1Iw*PK+=+mwW5U5^|zrYY*g z_=6W09%(Q@4ICIf3^JpoW;3cpXHjU}yYXxQdM-lYM=+0H-t-tbygiacRsF&S?h|ep z2YpD=uXvGEo@@Ga2EiW$js>UThOQ`_lf~(qG!4|v&P}PgXUq~;YFMh?M`GXxXmF-7 zvTm*vb{U~Cz8R+6)%HeBH<~=#Z{d->5OK827@#lToU5VWdQ1rMW{kHV%zj)Rol5(s zxVEN=YH~HbO<>qo{hBds+*89gZrf;!y{1(1E7mC`wpKapO2vae8m%Ps_>>$g7oS{(r)hrc=#RF)0eC+Pk}j{Wc6~Z>_Qb4v5Tvdp$)G3i=v5uayWw2dCQ4b_ zi`2Yj4glone=qTVNPR!tYxJ~f9FGt6o*+;5xU@MV@>8^5HawCc&TX+}Y@mvzSm+b7 zC;kNk-c3)VCM@t>V?mq1fvQ-fW@;U?UNFD%*z4U#+#vwe;?p?K;tK;LFszhWhrG8RX1c6bHE z2KW$#uIf3**eskZGmfjVh4AlM4uaytuQCymsXv@c3Pku3$UCQ_27Vg;%}sBh?2`As+ML zyna>PLCBgD8jeD;SwnIjg#=-cjGU&HQ(U{>uxE=2^rv^N^J-9lC(ye}#xER4_NJl^ zJnsSiZnCdw!Gub@VoD@Av5qFi&PvDD7aoBI7vnD!MX@k;N~#HCxmgSi$P)C>9D&=y z`7m~Gx;X!3!$V)uh*@6w&6>3i*F=G~2z#{D!VlUG(jHnVH0z8o-I^5ay|7!tKng1_ zA>MqW+y_%)PO&njid+`_PDt_IC5w|+iTk)JqASVQLN+LEn%WA2sNtf{FV(bAVrh1< z*lM8guVn!sbUn2otO@EeP`}C-74B+$c~O07!<&dv^s7Nz9=>ADx`E) zeJc8Ap|ZH_1fRN25CqRjQ32J_RfHw*w< zmW@6UnJ+{EDrnd@chpmz%vK-hy&jW8G)5t#X~WW+JG!WL8kPsEihr;cfxU1WT8{H6 zCX~6A3T85XjXlXoTuW?D`c@HXP2$O5`s3w}L6L28H;PV*F||TtDruv#cTL&u>uPlB zm@wZm%nM-4G7$rIH2s;q%r+Q+3lTd+zh@wLkg}7QK z2TutL$ZsxHi3IvAF<6}B`x-pvzKEz_>#Cfib6KIqFG@OSRR{wis#UnQYAJDRHNgnDoT`msdpk+xS1(^7gNGlPC9pOIaibm{uERpM8 zv{=0xUt^M2n>6`yJ&J-up#U_4xQk0@80v*fRDFO%;J#yg%IWOjIl8HGL)zaLnCt^P z2a7qsmR8!QV6Ym)ErJ}1GUG{X{%16#Ndv8rys)rLb=-`nAub!XzMWt&!xT_28PaG5 zJwQ8rKM^U^9mTc@LV8E^jdPQ*+>NK|bjzr`y3|D5a%7BczpZ&Jy-ce0T>e305E3C! zSR4)ar21=uQFKos|WrS%Gb=2B=I1Qe?Ksesa z*u0nQa=V`rHeq>@(|v>^p7zvMt=H5%VVYTTGjb2YP3b!_TW-H?pf5iQuKRPtG<|t8 zawP40icc{;2Ro<{5!pd%YT*x=HhxO&L4)TjZ=7jwoFeQ_?5TA+pz`k9Qp#2X3D>Y_+H#jvvzh9mk041Pl zB{ksSn&c>fpFE(@L_4w&qIph3-DpYO&S?scJem*_$0OLG0uwf79dqG(qYcAwWpW%O zg`mNA8e*%#A}N(!x9m3{QK*FWb>n5eE$g8`<%#G~g(Y)a6~E#YDZYRdED zMcs~*W%d;xuzPHG(tBe&+wG4=?l3?bBetUS*tqUmG|2BM4SP7m_C0VD|4!P%0VK!UPG& zV_^_+v?2PqdF7Rcx+9)arMFHB-iuriQQBU_)NV6y%zk&1L`%J;1bgODx)kX5Gjly~ z2#IjdJ)n4sHe0#_;EPioE#a!SPwp8@QeO(Ea~zfuaCp-}rqB~hN`HDvDd9GPaL>Eb zgHvi>pXAU}q&4Qza>jR~KITv;Za00kXlz;Vnvz{hi`wab4{$6kbxZ}19ir93rEs~_mA{Jzkq&JhHFPai=xOV+7`f=E`p5m3&Au8X{jSQJfRFl zYz~Yi_OmD(kH{f^r*>c84BDMn8t1d7*hyq%7>sroD*(pgQp|`)^?uN?-3OXU&O06c zCv#12o~|9coyrDjdBKY-s5JbzU!AQ`gTf3rlRi(2fAbB zE^{L%X%EzeC5X?8Q|&vUYIyJq+=AF&n^d2bwh)|2S2}f`9dfI!eDMkzv~3{s$V10w z$bN_7aIE!Ut8Eb)TugW{i7G9u2%itezW^m69lN!5tsN}oCVioq42?@vHRU;eGBOgl z>^2Te+QFL>t5ZL8d`O2k{~DxQs#n@d=H<1FVz@ff=c%f%;SA}7s1X9<((N=~;aM3@J-J$BMD>J9 z5~TU$zaUl$-_#eSPr|8X&_~y`v>qlNraLy<7SHY2BcOAd+Vn6g&eJnI!=?EPa^+>Z}Ud+0Gt-`v)tx z&V0SZAu(kkLxe%-cRI!ZK_V=%9i?tcKS%T&$!9~Ogh*F?L}q&s1hk8sN?Hj))&mmk zMVDltJsCiBHFo6#?;gT(Nlq88F1`=5IWRD|gKX_x{*`Fq?|j*iq<@m|;KTt@VCt@>Jdipz9X10kgFbTH%QFgH5b-m{UQ9=cF{u(B8w8pjxH zih04Qj~V*5=CWDxC!a#j@k(1jQU+NU^50%wwzCBuSgK-De=jPyCvX)j5r;1BhdD;s z1lV?sV;;A#HUCMw`No*J8kmbWmiz z(75v1R8d}-TRDS*9dM`a7yRBJV#lnVhyzahd;??>X?^5IfL77Ud|RQJN%z2Qsq~`Q zHL$5aRH7g-(wH`A8YwVEM)XSD@Yo9)qyiZwkX~eLOfWvt`-k@bi6P9M3aO|&;~Y~8 zfvh|!iLsFM3n4ihg`8i}N7^)-na8a@aj1v191?G;`&?s$>SxSe{SWqj zqJIDLf&PBC*#WOV4@-;s=UHvfKe77XHicac35~_Kz|fr?utEp zhz#6iKM`TKpiqm@QDU;`lHT8xV2FHOS2jauu@|z2@WxcmjZ7I>b_n=oVo9R)QS*E= zI3IIZNg@YPCrVNxc=C`ks&k5~T=DSYla5!XlnWR|D`|5e;93l8c&<M)a+*2n&KXxH}Ih!fluvCO5xGj#&SWNB&wGeZR9d%TmZK3RWBC!xF1XRd6I=G5m(>s)Vb`nhS6-#%jF~tngx)AeE zV)}$WqKBOPUH7+Ly@oMEMun12QYf(GhoVzW*4zkl*ndaZuL*(EW0WlGijU`TDY)Mq-tGOk8|cDTa6Bf%hp z^%W#4mG`|>$i4p>i}*u_nHdqbWgILzxDI2R8|hV_Scf`@aIZ!lAM+z--_%MhAPS>o zI{c=*22dMS(JFJw#;ytps0?xXChessqex}sSUz3N3-5o(;>TPBC+_}ac@Z>GDF!$f z>6!`I>4N7LNJ~;Nu)N0VMk^72 z!@I9w279{mmCzXDKq>=A8L#Sp-|iF7IpKDGcHHsZR%NLCf(21ZAbb8rq`19GoM zR^y4!p$gI#^93Z@Lsm~c;OIDn@xc{UptX2$qApYD4{L*SX~_}r6O%OHu7eCvAY?Wz z4H37Ip^EXn-*`azN$k9jzn{wp>JjoaI_ce*0@HECEC{1ohsntgrvm&F8pP*D^^kqu zC;TSNYOG}EO!;{N(kR=l`%ITbFlzM19cY}!5shUnrF$qwcf}$;^!zLUF>FsF);jGU^&+gdY)|Nx za>h{S=bawNM_FE^u9y2UP zO%m^5o!Wt1KC37ZNBd01o_=^t*m_W&M<~?}oxN!Ls8ra5Y4=;vLXyW=IOWd-(vjA5 za#;!n-ZtvtleNZ1M>IF})yaK~qh+sHm@H-HK7K-f*#AUQNh4?Z^W9eD5I#f-V)Zu8 zudHk${mLtX4S#|zZEXP%PC?tOjHFWv<5HJAVY@C(|k7Rts zElYU^m!KsO?m}f(qj9apJEj9!EWvVnm0BlW>$T?|Kzu-M6 zd44}SX8<-IGP6xy!wqIb-D3*y>hQ#}40vQvIArdf2?*wm;#~ie-MVWz!TvL#4#OqM z-_RBXvA4iunkU{~rk2AEzjVnJHBf<`NfM4B{O6rJwEM$`PO8B%_7 zF-C(C7w8u+?Cw8nyI@EPSBn}EE*vWG$wOse(aYShVL?vHa;PrFQ-eG|6E+2PrN89* z3i4T-aGY>|eD@CeU?^lv(zNm^R#c)w0aXy?r7$w}MUs9*)}z|_twjH~($q#S6TjYJ z=&sV6yh4m42k6J-CL}+^A!B81b9YuP;a@IYb+>Ou?`Rj*+UPKnYIseANTQ;;nrip( zxPgtTdEkP8RtfL{c98mILO8rqVC(QUt%L|ASLy_^Je|Pcxyfh*f*GH=t)dJ)Ex#^?&N&DXG1-@IB2 z^A{<5Y3e<)~@f3_^xFq~8_2=lm;uenVT&?}^u8yvg z;v)sX>W-w$RP{RA56?oyw$)fZ?;lKboq8oSs@;g&_3%Ub6C0$qX80gmSSMDFa$%eM z&lzL5OT{BF2@E)nS1zb|*mQ6U!9nYpK-NUd)i;{=NrklwaDAY6fD_3|P{UmyYu+dP z%Nbyz2Oe-Z!Apq5VN)qtgnAIK9!2&JbMo?T4Q)t>|88ZmPTiK8T0`@~mbvq!^m39W zcLx9sP+VW&6W9t3H%r+#AZ)S@%2H830jNbW22EP7K}y*-NabK=qV}vTq+J-N?OAzr zLlz>6Q8bsgs^%53R67RDV!t6~2_6!#cT{TFqmykkOo`Yn;~(cIFH87XdQ3M5h6=(! ziN}uihAZ!xi&Me!4@CdiINMk4mCfPlcA#2Mh97wKWIXukm2?e#>kZRzngX8;&LviF zLpxJ95XywqF2iZS%-6GOy0k`h`c}c+GwOumsRkB>?EDJ2m(WP9pdkbu+$j@r@@|nv zCl2G&0%DJ_rh05k2;OvJ!!9yxqT+M>zwVSb0pya0t}Mx)D>N<69?S6{N-v)czds+{ z=PpV;fI)-%3d2NJ49FAlAF726V=}KMYDESjl(MF9^aY?~G@n{5xbidkIpokZv~Kzs zg#=0}6<9Y+d3WZ0(tEVeIBIUKobHm*4q+qie8D2Lgd3vDCJYr*JZ`B~p0@L2&^kdG zsDcViK{(An&NS>Ffx{2rDtcz}aDczBj?O)J(tqN9iQg%6VMEc6}F(hh3GhX=6ou zmF!SXkatpU`$0&p4V8{lKr|nLZ*mOQ5iqS!>LE0BKzGMKl7b-21o6+|Chyd>R|zC6 zW0%YzHH90yTSQjLAhPFH`b$oaG6;2Sg3#NdBw3dxBfBuS-{;Q=^8fsI`Jx3GBp?AG zP2L;NrO4n8>9gc4^cNu3HYdDs@Tq2TbHRA5e6rS83!>tciP*C%4QkQkQX^fSC}^-95A})zO=)G=u3thH1^gQ zY)IbE(!@0~=cV)5`g^K@LI7p5VgOQ2aX`#YWc#D*m=R%ujgc5f&q_c$t^JO9J#=iI zDJk$Ay0R-M!aOxiYxHJb$PDcO6tl`SJ~fJ>FAiR80pFMDJl3$m*}z>V#???%eT+O_ ztO?!`I7OrH64~v-GGmdVejiyfSxd@T7W^+xpL}OM=HzP2!e4A%1zHOQP6%+FNstje z{)f;5KEJ)6JBO|r!H|+j=a{m@narlA#{OFWuvV(#%FjHfszl52Hw%82Hn^h<5BzcY z3)swRR{Ii5?T-O4thu&Q=XeQ$(4)7=iei#<@Ol9hT41;{cw6rBdAnVgcqk)?GmQR zIpis9C2%q}^rJuU!Y3BkC8R}-?9jXzG=HU{&T;|gN!0i#QsVKga;__bIjlh%?U_o8 zK9r9bx)XPuL$X=3!#TH7HxY;My@Y)p$A26a2cF5CB#gh%hGt>LqoQZCfSPVN!OgJ}b!Dh%cBFk&r}dWYHG; z8Z`NrS-vG-BR1{}F_?PWz7);dyR7eX+UT6dBKYhC^Wd1JGAzh`f<4Y`qjwMTbNmZg4ySO3HugNcVJHRL0Gao|@b=iHQt>B+e} zKx4xe4|+;nV%s*-T0xcb9JFp6dvwS*p&|b8k|g(q`CvKHS)IA^HVpN;-ct|+SIu*z zrab4YP+~iV!<`^`oi=!L9ljW73dL#mbD$%VO1G->>xt7Y+F`4YV04T}cIJ_`AEJeX z`eKs4d@;Hav21Q%xH@#=Hy&gV9H*efnIWp7mK7O}Xxv*K`W}|oCN{Iyv1zo*aiN>L7PX6qZL~GE}|^&n_u-eB+MS@7XOBkP?&deInHj6`H(d9w-LLgstsuy{lYa}{&c=y4ls z#zV$!WjID=7r6uSux1_7UwXb!VHZhgmMEv>o~9lT(vC*i4Su^va%H!Jc1mLbz93le zDIU?!+KNBD=hcM)9_?*Aw3Vvi*s0q?lkDb2N_)fZ63M!e}X-fu7B;z z0|gQicpAVZo&ZrD50+5pYloxR;5ABS z=3;=tk7}@>4ie{V2CMO*TU!lahevEEc#5Njf51*Rc#0vX=hN)ncWurcLPsJdQlccF z)Is?$H~!oYLhJICJTRE(S5Mw`>64X@~dLz6vA686(b1>8eM-s0az7Df`k^`6v0GO{G{I zv~xV((?1e=Bd#(7XqRqI`M>1FoS__}Q1Bkuw7UL{6xLB@3RtQ7Zl@?Z0Oydd_cJqu z+`B)=Aqoa78}?^}03HDTWTw{|+;2+IcS3z@Qi)zaP=+zS14vtGp#^d5IPK0Rwpwom zz^k^ep>82U7X%}roQR8=m|>40%3_BK>QXxRQ()9i$LbB4VuBV9YUF1d~@zNGC`{ob5yd!Y?Q%BdLK+rd1Cd71G`6(V>%L_|$u@ zdQFh@X9V3@AYUozupLk&)LL%bGBvxGi{=5(nQM6506%6|0WF^_> zy~7ej&_UTmgPnI9PM$gO z`=XzQo(G2~ol#^VA+s^~+0>u{xS&0rZj1b$Tp=rJ;dz#nr(0HiUg1h(cufQuuX4~2 z5BNiaD6fL)Z%;4D1t7jtL-}*f+WK&shEmtfUno1he{$8ofM9Y%PO@6c`6@M!R_ACEiNMCX_c<2>{WTA^+6(ap}&qkqv_&t zVh^(>v)Jv%gs101hC4NL0sudv@6m>uyd=JkRb96nHQ~vVJvL<71>wK2XUz)WC5W5N zO3AJU2PA%S4wo4b<3~ZL5li3ku>B;2&49ZtLxX>g!T!TYX2!sNP-L)A;#C!-W+QYk zMmd?#ni9rG*R7-|Y>i+L@#g(N;@ayy74zLPTVR+pJRbdL%vBV>pG9jM0sG;q-yB&vb6Ro=6{3`2i=l`7tXJ{^#wfv2k>b;8Ob`44 z_jvx!7cjgQakFF!*M&~&;JF_uCxAi>T1M;Ln`2RR0yo?mlU)NoeaRCcb>SKXv$@!m zSga?=l>wST%y$~+zT<`L#A`^QyRcYu9@O9l(K(&`$Ssq!OMmsmth!SKx7m4gQkfokNS%LU^qAj}^+a@<&- z2Fck4f!*F*IfopcmU4yrQ?Vd1D#dB=z!EQtwfQuzq`zcEgM47R7)YwE*QfR)Ox_$4 z?gXZG>(Hl)LO~J&{sMuKvjQK7F(PcaR5xT=gtsgYikPM-ifCb^Iyk@tWPg2_y)ea~ zDTGML{Z9xgU7@U9ll+7O#8bA;z}tNrJcDGacikC*zFY03C=mW8*8U<&`GQpuUZCfY z^J0e)V7q~GctdgHAygif4B063Y!i(lC9e%@W;`;F1->UFR*zfCd^Ot{iR9257~xQw zcKS8cM{@l3_2ZD6CT|mB1@tXUZ7Kefr#zw#vCW@%O!n2F>7^FuGYV>%rDrPjp>_?F zo^MdzmtsXg)#>1N#gG~@)k!0tgl=2+2f=}DiYFOxkp)vd^_EJjLJs}#zCLqsodvmo zm*qyPQN%d;DBD82>g+zQLimZ1MMI?&MtT-)aL<#y1U2;~bt5ch!}BF&L98@Cm;{hQ ze+)(M0(OJ>1kYx(*auKYDstAos^@y`ZN(+#tA_C5Qr2=uL_tPKE-W#=$c2g8s8=@hs4wRMt0~# z_>>o-rxafzlo2PEc8-B>Vb#;zo04qyi)7-E`}tLt-=o17WiKh*tCC4yF`bBoII$_S zq4PyIGBAekb%_LjRymeK=wuWDLA44?Oh+OeB-$MDgs)9J^fDuc+`qi! z6=0sXgrG+t50)t@K&X7898%A5FoFLe1nFS+(PR+Sf&%C!(B>;hz`&X>$qkEyBPht| z8+A{f&j;E;u;!hoeZlvVqgWV!nU{Lxe>zP-yM9gmNql#iJ=>Ey>w-U@iVUXK+S;tHakLqz+Z2M}_|#yK|Yq ztZXBj3Eb<|fyCx&zok!qsT%5QMcs4X#z`1O-bG578sChD?mk7RWS{=Pw3dObM52<7 z=Upntw_qgY4%>Z*}MPw9^40;<5e(O99V?K7{?u z40aKgNleVN!sB;_wOUt7rDooNI|&?v!huSTs@B2QWbl}Kxbfed&wyPvCii2v*(<7? zXW9tG-J;0o6$PgP()8M_PVle^QJ$qXbm$vS1dZ&Oy+T~9Q9i-)mI_K9LiAjTIe#HC zU$LoUs$|8q<*L}&tEPiBDC`1+T;@UaKA_w|uokfm(qk1{gyBJ3i3bl{%m?2iipwll zFm&Q*NR%Z2lf%z#hr5E@NkNSYVDowiLr8n}xkA!ynN* zB0_Xj!=+i}5Ms0Vhw=OvkHujbs%7>qYfx%xMkVvxdvt67Ya;)4#Mr+of@&x$45n}- zZtieEiW^GnYW=|ocJvUXYBsWG80R!P3E})XXG>b8prj=MVZoYw^vCi8kInptXgH2O zJO}}n5i%017o8FSP=Ju3G_!++t`@Lo!0oBe2muqJxa3-f(&7s;DNxxrckV-F@Va^< zqyE2GnrEB%*?;1b;*+!I!OJdOawDi-?01Nu#*6|sA)@%}LT|_2HB5=MGn{%G=_GsY zJ?agB3o|j>=WzB&HjWSPoYEu$*Ro9$y`v^~VX3Ax)#_^5n9ZPs(!j_o9s)t!BF}iB z!hLO=z7o^SbjK2f4E$AsNTer*zFAaLoxJ++FcBJG)vp!d$AAM04 z0>$<~Lks2+kRe3c=(I{1$+^~?hV>`-q$oQ4Ru9E_BoUzT_2RIvB$x03l|O8n|AO;fD+ZI zBHhC_t)mV^p$NH8vgcA#MIRs%Cw%aR(HuN6nkI1y2hQN{TUg)ygq5W5WGEKLvD@^< zL-Oc>5S#S*){{XXtrwXk^OPuG&cGVdnU!7)@cfqp;1WHlka65!**?)I#teKq}c&Ba_mr{pIrrOT&F>4kk`Qsx!v^z}hc`G922=lO9uz2%|) z0VxrqL00+D3E`l;is7ULXGZV_c$6tinjnxtfD;Pat5mYbhuelew&dKIxO21RpU<4GZ2d3R?KrwZ{25ojo={u`dUTw zScjT3=?;NUDw-r<(5V&&uYVCfoFxrJ%h_Lmk-Q%AgpVhW;S=mS@xK6Z-iJNoh>iE3 z6@q8kWj^*i{!}26CH1l=`&(WxZpoEPR}@5h+k9m;qWR#Uz5}KAoPVe{1NMz+N1SAf zf*!E;%VZ5F7^4}xkbx%U^^7G22W>`ntEB0C2WAu62kWtibe@#(Cr*6w$!pRJjE!gE z^9h6B)`$0J+>RO5eb*IwPoOL( zX-9hW4&N?YVi+TWPCW49=EV_YAGHMUp`O!w(du9yV@_rOu6sRk-==eE8ttN(wd^5r z!UR5jX8Kz<`dNUKOmvK23Q4y{4g};yhFL=yit8^_UuK>!T?)vBe|Y^&UZkc6qzBhH+XAIcu!;@chY8LY=_sr6N%%5F;S zF0YYlV44Q-w+mJHS0!Pc?BlyI_iHkA@diP~gU$y1TekO!INeCvA z%oPp}O(7vvbmi+tYAXp0O6yCI;t^57j@O#^^#oObY*LXL{MkerK@8)5Zb8V6IzPiw ziDyYG#?}IM0?HO7;7Q`umm%TDk@G#kXPj~$Z&SwVd%WQUd__Bx1(oc9_@S3d3j!;; zGomw_LoqeoWfg^DpvSBymhF}L%2li-ucKRC^VA>7C*y(Vh7sL!iqkO$)Xio*B zH@tvKgxBe0aD*(>lgIx1qX+u=g&*=wA$^wzWPQ2FsI;XeOR3nZ7nKc;L!*XGbY)fn ztrv;3)#uC0c*sHj_Ly*zgHfWXUa3Xz7&A}9$_VbP`TDGHpJ_$ENrB!BBRbZ;nm}|_ zh`pn=S#lsf=SNh8W~-@`i=$TNfi_tOlehhdDQY6#);=91o6M(q2tlJutxYs3jg-iY zr-?Cp38iG&%dAo5QB;{~p*<5&T6&-gg>nwBLK;|H8Ux;!3zSTF%ts>5;!H0%QHA2o zgxX&xr2RsEt)T+=NZmvg|3k8tQp#mT$j6GjtjLdVcKc|qBNqN7XBZ~z0H(Fa0nXGP zM1u{mfw}@=f5q(i{!@nX=VWiRlIOt({`=6=LV=y4fxjex8^<)^iq8UIJ#{`ch$%v~ z%}_j2EG!A_&;k9;XE@s+GJ0;E!EXW^NMW$Z7Sj5o6G16XHBKO>MRz7I71>bb0b5Q% z4#qWW@B46oRx3IOW62Lo@}_~EI?WqJi~gibH0EtfWv@n!C`iNRB4kw5wBX9+nF@-C zTtX3(BX#_5%l{?uFA{4<+77yfTRc=Y4J3v<;X5Mx7U!(!NkV)oE>HMV^yeZ%v?rN? z^abd&t$i~?nQCpASECvhIZ45 z9r9=D3dw`vC?DPak>|*GL^QTIKUMF_gK2{Pt+r&^73So`y4|6a-&50i)BFKK8)wFf zQ_X6l0^?=x1umPp9~)sg;x7zMqpy-2 zwi z!WpEKKH8Z|31_GPf9;*=)=1=#loy6%oJzJw+tCXMd&b2iOo`DuR&1tkg;fFxr8G-b z5T3C>gu?IiH7@uLuYl1509eChqRw!T&gfRMCDK zil@ORdFnwQ?wR1%tABlsTV)1=5haTx*X90lMdSUfblu0R*S(3NUjp=~-kt0fpuo4^ zm#7?BjRDqN2qOHfPmi4^0ghSBM&Kv;GGpjdy&*8%y`zGo z1G>4R#V~(WwU7_M<;yZIeOex z+hrp9sKF=cPM}o_rRD3mKD{;hWx(vsMqK#42($ZdSY|7Q)%L7?%-Fki&XtEV4avST zwWzx1#K7nTEZI>J+^c3wKyz1PU+eRzVCy(SM3q@BtT2&6aCShpVxz%ZU0Pj037}nS zBYYhvBV7t-_NB`S|KKDG_b^iPAJDm4LptaT*s`4u=FWk zpn96T!rgeEm}4D-ZW0D!6r}#kgXr!H`m!;vNLCvh2cRh|D?r`i-QI~O8N#W!rtWE z10-^QLE8YkIg*S3#To%dOv8dNTuk8=bQEwa`BkPeUPAOPj|D`dPjT;WXQmWd6YdbG z+b&r{M#%)ssrFwE5az;9aC81e^A>?9hai*-)*-XK62EU2q>XTqd6{>(Of^%7W395d z!}50m=yG6%;TmPs0LR+;lxGVjY1D-;84_$0pte!d#4!H>-QxBo-622*!dTDXuxf7HYaz!M*$_kO!L8b77hjj4MiTfK+~qwr}b^rESo3KKwqO; zq~N_ixu|xghmLXqwnQh@R{#_b1hG2#nns*-{vdCcsr~BRq>!`&m8*UyZd`ebF~nm-$b97O-K#~xD%0iJ*yD^Dc>3}pd$zhzW@ z8;b>|HSh_2wvFr1l)x|{?Lv_4(m2`UBC-3Jm?^heSU!K__1$3XgvPEWM*id5*~PxA z_xA7rMnJj0eH);`Wk2FQ^@Sbl9f#9FWCOB<>FOSKrxKF=c=+awpi{Ykb%dO+QX)Zt zN6}-_)flTa;Rr0@?SLvx4s#EQUjN;(2kbS#tWJ-g)dZbI#|H*A);jH=)n13m;p!PtL^GvxY8M|MP-t(u^=j3fNs_r}MW0&P1%7j#1x0l`l4rjcj*tE3f%DnW; zhJpraJ5CIE`2O|M+c?R20f?PiVREk1pxb)i~Wk+>mSw6)f>$2q}{oO0uY zU%me25de@$Ndu4@7cs?57XKAG@x`)gashW?^PqWhQCr?e=M=VAzBHgM>9}S=>l@D$ zr*D9F;wl0T9J}L|n`xOnX{N9uV;kdTMrI!3NB>H~A;L~kf}VPyX>qFsJUly&TY+@A z>W24y!HOv2Q73iokvt>;F})tJ0iAsLW9!2Vv>~Qq<{B^xQ7%=QRENh})wNu@h4WSJ z`loO-hOF#Fj^quSWCM#bmtc8+iz+pzJNGjI*~`ihPRN1DfSEA3JVJ4+orR$rF8$Fo zW5eaxMtT+BL~_x2Z=wbT#x#l@m)!|i{dU1E?%&;(Q$-`O(kHqLPk1GIls30RB0Q_C z2OM)YjP9-`eQ}r&0n$eKeVSrPICbzxvhAvGdg8Al6NY0jopoyG<{3L30Cy2{qV6q+ z_GA$k*XHfWnA75v$CqZw&3_tZYXN8xPgIoXK{Z7%<`y7A>vwbvsK`CQB`m<4htWDx zvkZi9Nkq8wXroinzXDe64DNLLX+B|?puS6W^Aj=d8$q%&E+uRDqVrFe zMN;{LOTsZWz)@IY?<+8E-nEOu`>ePBW5p`ltOZLFpjgT(g87p8zN zO6L{ln6-$Gi@Lx<`T?WkhMpq5#$>h(mt>Lkk;~FwjF^vT1S0|K{(^u-ieUbSC#GL5 zg-zDxzG`N*enzyNeYL~lJYx&w>I{;2Gi>@60u`3@j3*U6jH@VQT0Mtwns_w^JWpj! z0s<)ab1S8%90UB!vgzh%>nrQBL>0{hcG>*y}Dxd*6Ho zF$DSb+tl?f0&Bv&qj|adEZgAjQGHG$Y*1>Q1p!EOY~v)+Z1vUxBBGm4*nv{f`DfFX zS*xB2V1a4M&eIIGnk`JlDytha?Ec6!2zesgBeDIVEnw>6GXM`Sc4;S|KJY!aMu}aQ zm_|upE!+P`tt9O{frnEK3T9*WDT1EpWiG>DY5|;|7`oOI>y-@!#@DnGu#m@|#C|Gd z>OzuE^v|C#<^AKxddT~X)W?AVhJn^de#O)NGVVee0MwM_vYB_8-v@c4a+d{RU9%R3 z<<6m23=rg}-Ua5UF(W3OVq{%rYrU^prLqH*Gz1Nb3&r_B*6qSwyy*x#74b&FwtsV4 z8{xoqWMQ*;xBWLY>n`W3;$KH7CJjoVS}7iY4Kb7&g9f#ORE)x8dAK^uDXxYAQ$y&P z%)Em?Y+tgIwQUq7$*&Oe7louTIRx!%#lnxc|g zL`dXDbM)5REmls(kfLpR(1DJ2d19sIjJ`BpNF2M5IR%hF@8wAwR@fzKCm4;qThq!} zMSeDc+nbkP*wm+`r0QaNbQU~k9W78Gql53p1^9POKyK>E!>>6~j;Ust>yMYBM7lZQ z>;EdTx$ERY6rWV2(v2)IC;)>E#HhtZZ&cBgM`{)y#k^mjz;wq@*6kf>v9AO8 zW{SyHEXpa~62!(IdBoYNk)c6tqO_BXE-Ii)-c|;|PUeAVBnIItodLs_karxnG)_@~ zo8tWOKTooG_EqYZrO}P3Aevww`j2TN-_kv#vDHm7b^^k#ZqVWG8cZM#wT5+(+RxEX zv57+Npjl<2Ey!i1P860QuYT!nO%Q`368LB3{#OlK5AX>Vtt62d)^wB0u}_pU#=|#Y z!VAD^-2FF$ik_12=Y3Vy!CoXZbqDApLgWXpv!TUcPFrOi9Xg9hrEB1@Xfoa2x1Zaf z7=L?+7}|)vGX~NtvE%Ggk%r# zL&LJSRb&UgO>%V;HgvF>q9apNif-QuYiLhH_aAxQ%L)gJCAp+f%Odoiqm>Bp`GDf~ zxNQywb}SD2S-kKq73to8>-$GU+n54pJ=cwa=M7W%1 zgao8+sgBCwaVq!X%=Z)bm-%JSwwt5cH+RKKYg^Khq=ni$?j81H@11n;MNs6w2eR5e z*}T)ji6&9rqvIG&6bj&7rMvl6om>YmDhBb-e$Dq@#TPiHr=7!%Kj+|mcQ!;}x+ZnX zt}E`Mq!(e6St$Kl)2k9YTq8VYuPudG@;2{GV4>-z3U$KekS7ycUQlkzLk_vg#6??x`#_fg4!+%GphI^t{`z(V%en-74@vtrH~akW z(!n4r6f5O;A~K}hr$;RSM;C-6qZ-iScquE3_oW&3e8r{GSE3?2IL?m{rXlN87q$y% zy?PMQN0ci##BN{2M#Wqw=B}Rtx`R9intCMTOR6SABF1*%$pwFOLV;|6zQo*7;X`9i z(;^pq6oN{oN3V=Q2e7Un{3vA`FwjW449aDjb;P72EJJ>^r~@6+gS1jRt5&NuG^<51;T`UtyX}kWUdCX zKOK&Rz?C(UAw`4RwUbI*;p?Q04WaToy*5$>xt=4)YprtqHSWa2}BgC2`{MebX~%YUdc&48_(_gRwRJ3RU)<4J>xozpyKkS>|yv*0;e zrqJ#Cb|u3c{S(G!vJ)~Sw*#IwIbsFjz3@-6L2;2YG&#RbABLWQJU%mCv`2%d0Km55 zcM6z=k$#VA`Nyf(u6#NU@mNf$ME{q9H7M?mCus&}L6OQre5J$T_;#dGnFc7Bs3bQZ z*`yNFo9yTnvP)=(gf2W0!oH!PNpV!gLq*`?^1xHZ7S_ef%L;_)Mh4Y8Yy-GMSNr`U zqQK3*r9063H~PiQ22PuXT#P)zLh)uSP8EVAev6#65s{lGjR(c)0L;4Zt$x zZR98$rc7Bo8TjNRD_E~>II#uL)q%`g{smoz9*_JNBu?0qG!tp1sEl$(YV|spiU_eH zsRt%2TuI8xxwY?VbCnpFo_tfWWQzcgyeLUEb{J-s}P`rE`T} zBr;zEvgP2gI^ok28?EQCp+&cvqck^d-|PCy<{wP%MH%8 zbEt&GqN8H56e(>a7H z?zY8Y9st~u5idhn5}G`6g;grHhK|1z=Egrb3e#$~DcO;4rW<5ql+JaIMP2Txl=I?o*0 z?UF(OcReGKmMR`D@$QOeLZu6H$F#Tl*+?qH=eas8d}=1iw=~*AWy4(Qt53%9qq9WR z&WSNP!aqOoh6Qy2N~bD(bG;JOqhxwq+dUP}l6kga?Jjt1r(M)Ce4ape#~kD>3}}DZ ztU|45Y)_b!{(6D>p;cf_{^ejrX45KUw2=352is;|Nz=lGrQ$%x03jz_vqm@CIB$^P zNM!)@fHy1Tp^b?lc9F`#OQke|p_~8Ur6phYpOL;Og6{giI76 z{7P%Wo)~LI-W^WPoZ$7Lu{NaU7M#&4xJtE;C}kVHv((CgLx6iYLkVMOd#rqoE~Lmu zJI(Q$4pGGaAP>cZHA{XzOl*M6nIMWt^IjE9GszywN6LL|k8fJ~Ora+S#EoP^KEJ|9 zk2>Wc$jf6Y9Zf$-G=$nxhRGeHS&U-5q!{F0KJd=i)oO#v(6jnzK1tknQ zLms4I!?C%mN3g9O=N$J8`@e-^v~)(OAjOB&F)b!eirRevEyR?vMr4}=oT7AjqtzT2 z1NGDA?~vyDoXHD9&wXQb{2nFb3?ASNks*L$THsr)^#F43rjrUA5Hqh#q;sRBn#3_O zG?;3jiYIZuEDFkc$e4ig-k)r=_O3|K9|B${S=2}uCkNw+fT=jcX!wz`DoX!>+WgYP z(M|o{Cp1BS_>J<@k-$hm-eMz>679m1Hx@hHqBoJ|yzEx;2TQ_YVOfs;EA z!BJbWqBVoG<+BaqloD?wmMBUrWUzJ8-fqYF;FnxjZ9JS#R0vk}6Cp_TmZ+e8gk|Rk%-76Xs zeH9l1_4MXE=$HZ|GNi1^;dF6!jiA~(fy@3k!}6Q&g6iY&$yR`t4C8(HK26i4*|*Y3hy8JyoEBPIDy#V{jRkO&ftz=#%~?ij$c;DspH_7biq8INLs=m7>)1+$XUZwLay? z4j9oe2K-jjA9>!rmMRv4HFA_UVk_x*g$D*-N!4?3?2a+zki#krW0OCG;``;XXT?7o zL|Hv*KG2v49G|$fx--pQRCM9qBG>w@nN)uBZU7X?OP#4E@OUEWVieeeQPXS|L}@L; zvEL*dSxeY4Pu4=CA+{*mg)`( z<-Oo5!QZBl2NN>H0-}c%k2(_yIg5%G#-K`$PVnTG2F$Rcm)7ccMsFCZ^>@W?7Y_1i zkHf0G2*WUmd~R_|$PU8^g~rg9I0Us;n8bQTm8=3?(LTGgQ~1VV`K{%lyF^`bR3+}N z;J!yBh9%CcAz{?j3XySoyH~wq#{l}BHqdyr^huzE3Z=o#_Ca;|mPVD5H-Ei$|F6R4 z0Z!GLE)P_pRQ04lZJ#R%Mve>lF$$u#sg0I2E|xLQLt@89!^h=(H;LKLq2(@o(<_T9!-`$CoIFp)rromqR6w71d*`QS3@Cl_WQtrQR0IjTPa*Pf z^BFG;08EO_id^d1zKQ1KSnr;5n1$our@4Rz_jkpsAyPTqV9*UksJ-HZJh7Mz#;q?+ zrzkUJVd2o}k1Sr2nxbJ{HDeX-E)KlfLgWL)zrP+YcP$)2WE(+c%P46` z>-z(&dg3u~g-BB&<-(&ug4q#hX@uAtMma}G(r2F4+LGC3a7$H(NeRXC}zquoN z!b?vBBJIN?j>R40FXU5Jkq3S^+ni^GvB=kKfni}<`6u|s+>B}|1^b)^AUi(lceBO~hfZ<<4+6qadSaNwF5njm9?I{c8qPWhU9%$jU++BHgv@X7k1=XY&*Qbr$*u$tF#-ou!|sO-n-DIDFr+IHm8Ae!jN;}x&` ze!*GF6v{Ev+L%p0rnLoQCap;u$roZ{gKg@K%`{qo{BS{)l$Eg|E=I(vF=HSt{8lPp zCfajtg;w2u@e)_kesV7(>cYD<>R_0y^LghZIUG}1MKq-4*d_l0=ZC;>ANI8MfZUYl zjA3=dgFqz#&c$oNbLc0 z-<_{SD0e~4pMS=*qYS1Yikv0z-9+yhRxCGP;xCy6K0zcLc0 zBRnip05nMBj56j(Z1wQWC9?7O=WK+SQwOc$IIjju)tOu_NE% zgxey0ng!|?rFsUnI5ulV2dj&rsyKZr*2GY#mhnT&)`EIYHD?muOrntg4OW~H9qiyc z!?C*a_c^_`565#S7?qDlq6s!-*0<(5x21XeQIFvuz2Z2}0Fs?dLvmLX#RBFa{7#tT z@|Lm2%}hW?kq-Kh{f-@ zo53vcB|9`~A9DLX}9mQE_=1=aG4~Ly=USlma$L3Tb zf*$j8V4t$MW}!l@B`HS25Emuc{AeK zFSj`k9DP$iXOE|0m68$YpQIIIZYEY`lFEj_m1G$FWdZPzD%M3uJj%@kBy|km&6Sr+ z#ofkN;DXo5VO^%^aD(Qk&v&AQLtM6$r2ju5%e;n}FYDd|S5hlSYvZEFWi>}sL%idx zPYcp>&4z_6w9UeY{FFMsr`T!kv}$RQ} z&kKQTom$|?>qN`JauT>md!n=J1+>9Z33KB0gc@F*I7B0iY!#408?d6#^B;4=8HXib z>6w!uAUiC3n?vuXRmBEkhL?df0bINjj2pK^i=@P(3E-?v$wM;e4kv_Uk4oNVDP+-I z`s6B|`>F(qCXtDo>Nva2rQ)C;n;6FLOqyXDPcF-;k9=gwzNKkD}$euhlAsxJKlk~}7)crm`3BDIb zsfdPoRMZy9q*lUnk+{s)j6SZELS2kl>YmhNPd>gi%KHdOk&UvRIP_VD(n{GK+qGavNmUej}uBcwf(A=KIm&mr}sv5YG=J(o(k0G z;NC*SL7@?>LH^|wGO=f~v5=Yr0e1I6tUT3Cb%qw!bhQ?&Gb6K)`hLU@4`D?SK9RYC zIRicd8}a}p)ll37B?YAMOe7e2ywC_4nz8Xw0t#TsHXCA_;#jg3gK3Se7v5qy#8 zGkC5oabuX}Tulrw&VVDZ>f9AhiOe+4d{I02f)~O7L1^1@Tw5%o07f!{5z5YeQ9714 zZqn_`1jIG25!JFCh{py7zHQbg7Zu5Z#Eo0hE`FOud%a>S-WF39S2E38egq+H1*q$i%=- z=kq9lW=}4SuTTzp*JVIZlS)wWmYg9$Oi)l@yGIT0+=*&WGE{`#Lv`_k)v@BhOCmCN zUkXDLQYffLY!LKNLAit-QeZTRi&}m_QwudCSO(OhN?dbq`AQM4E>coBH~1U%Ny4Z` zCA1hHVxP|!hlpXq24atRriph`szJeM*u_f{Ky5&<3yAc zb5U0*z+QrtVBeL2BaY`hP6y=52i}{%|Ac-xMK7+u-}#o+yn08m@bP=lDAz>P;Cz** zZkNoBoGd%iD<ATz<_jb20jGUXyfk#zbQ(dJD^v4*u7R)Pz^o+&%sE@>Q$j}DZV=09~sA=3h<`L zPD#w-)1WgwovZQ88{Da~ok9Erod32&tE*#U6%#fG4;nCPmqiRz_WthURObqHQY(U)DpDH#xQluU;A!J=Ni*z0A|42+w38YVFzBrn%>M&A+J7_jT?+1yd%;^AEfeOj~hnT z#2ETm`~h*huCWN&Kl;HfyhFOJCY&h6vMtak54uoQg4yI8av366{Ys7)v3LEi7p8yca*+qunil5z-zP}+#&|>A1yI+Q^H;o*lxNkS0~TlLI(?kxZ`fH z)}_##3rDqwx(K?H_0zzVpie3XV#;UJap!09D!mauLN_&m3ZK}1 zJ?Me1t_LKvR&X$Tb;k*4-K*`}RDA7cu(Y{Zz5iXrH^1AKVJRQwl;&!1lIizsR`yHX zLy}byC@2NRn^b*;QX~lP_lAu?1k+de27`7>8*-tXIE}(+{hgn3sSgH{L|RGT!8qmT zVo2{5hzSlhD{_YGEK<|5R2$;4r0w0)(&0207wz+qru^%H0&+1kj7#;Gr_wiGT3yE= z$Hc$}4M(vqTpo|Dbs~c+@{6z=T=1O$aH&F#&Vm>EaJoHKHtR?pdNM*cfcbf-O}<` zRtF?M`(SATL>)HxoAL*DY!wjS8))L*-Z>OKZQ%-ZLJ1)rITS>K+bDv#ik)6j5IY;U ztDEw1;?^|7;^5ZXXZ;d?G6+o9vI5WiieA51f2~59M8+`k)A)u^*H%_EA(lLqFFYzA z9SD`iWzCm8Hf=s!D(Ex+Q;uM?B9-s`6I8DemY^;r-V2X$GMVa_Iq(v|ao8}$23NnM zl0^72)@#bd4@z^87K$spuo$e4^n228#|@69U(lb^feWjvXy3s zCO~-N2SRQEcAb=M1#Y%NuE927_1qZT;o38>-rK+|8w7efqyfC~T>qOrKWF$t4IGZD zU0^jC&&4iiyd08-wxX% z)n--BnQPY{R{%C1plgF!J@B8`GV-Ea>;xsd76#1<1x)mn#F^Th&^Yf3h5lssqf% z(OM)Y|AXvVsM8Dj9sxp#_)pcn*1B zN@C|k61J73a2OR3WPD~=jum=y^r(~8JMnsUa8PF;nkS{D%lF~DRt9wsw)L&v^{*_z zPhN0;Mq?N*ldvBLPxKrgQ~+sWH0Lx(OOoStUB zb4MOph`$-~@*s|rM5{Xu1C=e%5G&c1z&a#4ti3QD@s22ErdVUo>C#c)wD-^C488yR z2o!CyV~2Zvj-L|@dZHC}>#mML3=@Jz=@Gc+u)HtoJ=%H!)p`(Fk<@F}$a9pPfj_ww zvJS9n1vlPLrtFe0eL-9*L%(vd64IRfsMKPOK#~!20YGKLwijK%bQbbWq=rGPRIn;@ zQp1+>@#QEzvgWD}&?|9E?zkyJb}vlCbI;M6=6Z&#W6Ut)h&nE$9h*LPZLP-6A(g%t zHM-zcm`}Sk4w`2??qwKYu51N4CP0;M-WtPuXPYvr18L~Ltv!BbOR>NwlXP@h!S}&p zUfglN3RG4yj>>~k$P_A2Fox-s_mm~z3z$WJN)>nfGb?6!k||S?&i^@~@i^Kn@ z#DBEQy9usVFNrGqRSG!D<#^fW`potajeMcJr$>n zdjPTr2v+C5wg2eruCjdOb#HOW9k@Fga$YUZp?fOB?*5dTH-Z&LXE>;9*~MHtGxc~J zs${e%maI%s;;n5kS~cxVaC$b6W=SI0q(U+uPO38SoaOP;O0<*!<+SW#EqBetn_3os z?C`B~r($skWHvF_WRCW<-AOw9NkEGaI+-kx2?Pfg0Z4ortTaZ5+cH+h=%%VgcMn%8 zTnDJ>wF%{y6%$TwLLTdU$D+W$`8c=^U3WI}a=YOuhhl6{&KofJn=BSH04K|3Qn@$^ zmZ_6IKUo?(%T%|_jY3p9osU1%E81C?o9bUd8WeF*Ik>QL$Z`9tfis~roc$#l13h^C zzJSXni}|8>O4ho{mGgfZB2-KOq%|Ycy}sjOP6G(e`+pY8DR(@6c5T~OM^&zjSEjNI zD@Gditt;c9(^3+9kANvJQv$seT1Zpf^(NdKoLO_WUGR7 zh&;{g_St%8_=cb zw;%on_9j-4*t-~K)f;Veb-bt|W`fFOQ-FasehJVuh}^g zZb6bN=+;4}!{zNLstyVL``Q)Dm~~;=HrQj>`@-6T$)!oP;$sQlUYJk*nDT4*(eH{Z7*_~NL*q;gR}BLeQuaKX z^|WLE+=QBkL@FV={0c;~%>hDa)h!dg12xhovp-h=b@XC8gmyi|awJBy+Gl)w?4^9W!Cr;a#uZT5k2&GMe~u5AK_1x7}D`5IADDEQ0R^fY^< z>@E*nsAkgAa!v>)1immGB7vSAYrF+Z;tQngO{CamqV2Vi4)CAOpD_Q;lFbkgYeX`W z4WM|>s1Xc|v8?ZBY6NFvpbJ;;QMR$T1)YjqS=I^712YP1ubMIz{b6IjJ*({e0tHZP zzG3*%OarWUQUMs2 z27~bG2G#4G#!K$3@h|RSLTZQ5;YISPzph;mXnz1=-Icgk-eLD{4`j+&T$89?L*Tou zN3cC04P>GwDj+o5l-m?kC9q2TGT(#fGR_N_xG}!IfCGD%{aLQC0bw9sv%mETj>(p5 z@%r<(l7h!WU2H($n`WlJl{g5>if(H!lD!ES1}d(Cp$rN>dv?QFVBQ|2#nbfgOWQ#1 z;nh(Fap;+67@I3M8sIeri06-KC;^zxt7DKSW40!~4xI=3270+-xFPwiH#gIT&m{0p z$8ypLH(b)DpGL$doS-TPa9f9S4lV_phal3+3cav}{1sjpy@6?*fy9vX5`j&HDmJ10%l< z8`rhY{ov8c33z8s+N@q{=UsU}xyeOZPqt+zkDT}z&Wpsp*b!yr`@@Amw^qe$`DWKP z0cN~VF!!o^0#|bO^dau1$Xdk2f2TM=h7;NLzAnTX-UpIosN9!7&*tR%3FuJTx-S6F zC+eJ(+N=Cq>tTAOh+=Z5rv6z+3%{W5zLU+xDIQN&o#O6wn`XO3I}3uTA(tI5plr$T zM__z}qm%au^=UkAx$;Gk**Zu<340$Z-(f^*o@`U9v^Vla!PJW$SXUQesh zRT4btD+{4HT`0<4(NAP*&IKk2OtH0T1Dz=x0b7)>ui`?XAaWh0L<$y36*x1|i5$Rg zFn2%rxX-X;-(=maP&RWZU4R4e!Y5A5)@0TJykiHYjR8+1!Q|H+-VDSk(?sGvu4ZC6 zo#DxLEz*U@XSz{kh1f+tNx{Z~^g1l!O9FX%X)3=%!x=+&X=tF)c50$+t%r6rD|0~L zJ#k3rqgz_AV2NPlvY_0BvU|SB_=9}T;JGBA+z33(Yo{yy7Wj0O&#cJ1s zk!#}LtS#ImP`}^>Pe?@OGVK1}DP(SGcOXICn8tsJB{mIvaPkK?k#+FKXwMCG%qHP; zKJ%x8Xoz4KX4omi_aQ|hB&M*uP#&EEL9Z`AW5xPg{A9=GJ{?;1uU31TUOOO~hl*3z zG~(~NdL`3C^-a6o#dl)#VNEl!PHGJHdp)G-k!LnZpLU z-eZy249Ev=0mIP-YSy!^dVdnbdF+JrpFm*LjSwL?m_Px=>!766)j{~Sg)^IRby~&M zMLgB6d9ry}O)!%txEDqb`LS3v^BqEs8Y>2BnpYGsu%f5%*~ZC1>J8s5MrFw-ZX$*% z7e${m{xLqRCgx84vc18h^Sx5UhJ8_1 zLG#zGYd1i*FLSWktAGlau|QsjSUtNdb0vfTux|F&JSF8U?I}2*quJX$;e^J_-W7w= zCo`kV$KK_x0N2C1A?S@L2q4R=C68^w4Wo_+aUOc-Wvs#A!y=z z!MJF%jenvMBbfOrbfl$!c00xSB{xGajNH$GYD2v=G-#1_PV>DMobIO9K)xGlC0lDe`D30I0z>)PswVu#2fvxE8#;upb@<>#MRokfG&`?l&BFfUSRiif#XxO!^pr;GDl@S()-pJ(;$Z4H z!i9*=+U)SGq+d{f6S#3gftS37{(6Cu9JFBT82Uq`1gDNc_`{dd#X&Jf`|bun>lR{3 zLgy^|bIoCT=RlVu4nIu8mR0-83~^+zT8#891I(le4&#vU$*QwI!EbcrhZ~E&@NPCh z%PA{?0z2X~fkrMKNdBWEi}XH?H%vdU7v;BZZ+s}M(}a1np|VI_j7MRGAM*|)S0^;% z8H^8tIx5BcaV5(7a`7MEb!VYo;W{c-aP&al#>s+{yW?j&!i_N?IudwJfT6p#N;=0_ z?qFi>>c8v5mBHgdbgYUmhIq${W0Otcxw!dtad zv>#c?1xDR~E~{nW3=r!A(3D_UOyDogi5QKD_oTEBLWkDj+Jo@ACo$DbJWlD~ru7k+4C z0;dN?sfiBdr~vtHQ>C)(9%jK+8Oi>l_%viuwsx9oL7seD$|P zLD8{n7=u?We#7rchqX@B!kPGcciw?4JqU5#A3wp&Ir^ZHO3VZCz z45zjR*~fDtiCc%gh|59oI@k{2;O{m+Q~`&{niSj$Q}w`3;qE>-RWt69g3+8~f?A1S zH(4ox``U*$Sa3u$)jD|Gx}YEqFQj8keKzblp=C;6nK0avU$U{_c;zoPUb@(y_ZB5r z73Cq6ba%r;21d~Mx5LvWQ;M{Vq;o$Ge5cb_^v(oBe0zNqptm3lqVCq;Lys+ zjU83tpzmIKGB;tFtx!d@0blm6u0CDVhVdL2-T0uwk8 z_WUM7$2p)pUkR>5Gb8}JO$Ec*dmRye02Y%H@mcAV?9z)vcWg4w#?Y?u#(t&j2!@r0 zM@Nbcz2*Wwh0mk%x9pFQ!xuB|F=BM~(n~x>m6A4oJK9a^k*?D7ON#FP+Dw_eR|LRS=*?gEY8viy3js8U@hfUE50xb@ zN43c1LDlQ&V~LI@L9Yk445Gy`J38Q*3&6-S4R|t_8{&+Ee-u{jp(Mc$fx>!Kcl`R; z$mdQqbIG&>7%(8Vs}jWQ!XVq_v@h-0FQ z?Wg=6?ZvBcN`#ajjGO2oCJDj1W}v9;jdOJh-AyK>N-*jTqLwKIR@a7L%oX~O$J6jD zNUQHdxzo-@GPMQXU`&#l3SyhGARNIEpNO zFLHm+16CP%tFor}T`0RCQX;#bo(xI*2+Y8>fV%~>no%EUH-yf`oqJ+VeaG02hHfub z5E%$TJqtzW7wrtJ!u}%)J5&dawSur`iRqln2g2|g*mppB2Z}~f#6dD!ZE@B&*^YEz zt0rsG9J5%nd04Pw`^;k-7(*^EugrW8i&EF0+uXJ@wKh1+MqW94{6 z?QvpyGeaHW4q+b<%%ibq!hg!X!!RHXb z+q3+pyp-fOGTD=+*d`;<>f?9q-){~zZzHT(1Z*T{2PrJ1-{uW= zYb^+D2zQ~nyi22y?d%$#*~TX1tiY@)R4wMmVVgrdH50=Wpv0bM1E%)&w~n<*DftC> zz(uHbdo)#A(L=ymA1mnlb1IDTL1u+wXbv%b@@uMKbCB4A2X{O_iOwTLG8A@mkmMC& z@N#@1n>h6_DwoDKcqFBX>vVQ#(vDGqR6H02}bDyxEHig5i#`szc z;&L?soZ&3lF&aYSW<1#oram-Q14BT2r1h01|E?#DOQO<|R#0KF9*|64gjLmP=R<30 z?tARoMmfgnpo2w(0kRq1D{y&5-t!-rGwdd(wGPJRcGa8ApDu`zyC(2;O3ozcD8-^+Vjrgdp66V79L|$3IthxgQ$_VK|mXm?P{J zt9UA-Hz-inM1-b-u!O{ol`^UlyAPAkv&V5@!ml$&zgvrM#iwjP;}tL#aW}-OvU8`%6@jRQ(Ip$|cGM6XWv< z?)&j(1937_-b1iHce*)*F1RQ5ra*eGz7`{RktP5|K)SyyI$w8YN27-;jen&*GqUgo z@kS@vBl;UjBb1kkAXd*<2$|LU@;8jf_QT7R{Pl}(feyxql$I|aRV>Yce?#YV7{-qg z&kZ^ff&FyMY;NKz3nqqSo*ehdA9iv2G4;k=ihDQhD3Be9+-F9z-B1I-x-a+YMNEH8 zNGs@(PI7RDe=-QYy)3U4IZ}lpRE){({lgkKMFO!D-`cA<>g{C2k|7SdiqXGVp1F zfZAu|uR$E@Dy&7B)8p~SB!T@u{~^))!F(;={{m|kkbG7b2=H;&U@G>2+- zdQY4Z2NVX^0WWPMoakcD5tg{5jKw83U1FJDnq-E?8@__Nb>v_m+JL;C4qGj1>7Nl zKT^Pq{T|XI97ZCm@&Jxs-gEd}qLZkg%82O7k%31i&&L?N7Q(jJhC~HyX zXfB2xUzt z`M!xctk+LivSa78YLSAOZ!KCC_=!xY$@=TYT<%p3tCgz}UxOxdnp-=^uSDKtA2{ua!sL!K3T@y|Ub zsb`lVP8dW7S6ahkALplpShF1^yv_IfMB)ds0r3g)y?9ej`y;>PhD!UuZGJ&mWDE~QV$5~$0P`TTbg+PIq>oE^4j*OXVts{(v`r?bIu2Gb7a>IK(Cbt7XCh|+<+o;5(5ROT4*^e%6HH>K3WSt8v>8xt)ASHS1)p+Tr#q!J%g;rRLex&y30}Q!X4W=ha_v zWPETa5D2%xzxO@>T~^fh9NFi#*4+T^VUMLtIILp|ygvM7 z{8sZ8+5lt|t|CFfG8!fnlue!&exNyv66!IglaQH}#C?5mhjki=HaouWtUU70cmD~UF^x1&L;t#ar1>S08I)N zb;6q8riZSguL-7$2Ifk%ftL7i(x`F}(P+NI;kRC`Hg8IQhN<9f*d@HZ!tt@@Wam=B_b@L2KuLEo9)5CM!a5 zNX;OkSfF-YvDeTy0E$LYFhV8r%^c#|o4rAzr(4%K`)Bn7Q~Hbo)`eL>;u>6dLwfPmckCVvfQkGO8BMH*KG*eT^-CY;?gpZ9`+qt#=+T9GHCHRNv-y;bJ# zKiF%jWp5-rPNNjTyh~ETVA#eUSQIAEW!`~64hnF2CfzGH+JhbX$i1as?7k`Eh7GNC zzk4(sWB{b0HBe>aB}$N0@m?if4@tWWlszDZw)-LgV#0iR-+ zg|bA-*RKd#+5!X^2ZNb*D`JSoaToTzVcS%zRZc4q5umXJu%vy*O_I5CUVDJdA3s9p z``*80t0VtHvv)B}+U*AH0{NJHx5z)3FI@QGa4Fdv*R3rK!iVHfAAT7*lZz$0XT?8( zL0!A6n^6R>MmXFHsq>c~w%Pn5j!i@aVcKo#N0T7Yr{KL#cR;5-h^;FH zAsoeOX%BVpK7~nQ;3H-0aD>3(SrEcZNnVm$u28fK$fGN&$lMT@l5~p4rSJJT-CCDD z&dMu=*1bSNxRxs4hNkTC3WDLf#W9tGK=NUgnq)6I10|~Mq0#TI@ zmyIOy~X9Z!Aoi}1JhJ6VfLX{ftzasR5}!=A3Zy=LyfL*o9luVtr-;K0DHsN zg~3W|dyAE>-HqfZ1FQT@gIPH~_tP8Vh#B|wOYGNcdD}r6gN?iZiX9((?4V=W(Z(SI z0ml`8#lJvsz|*}BIb6?X--6%A$sFH8KO5wIBWx#dZmH^LIpp6&i4$8;fdz=x04|h` z*zT00z8HDMH`SDw(xM595}xM8BynBK@ni%X(}q;ZLONwFYu=7tpw*G>lBXXeOSMoV zC(WhUEi}$ZaovGww_9!ej*Z}a#U?%Ki8IDg=Y4JWfi?H`^y7?738|P zj?K(GlIJ6qeY_@8Am?&qHO=t<1{{KR) z!#P$WfR?{{6XOAc`%>p|YSCz}m~CWb%YJBZ!?p##qy|G(o@X*p)q&J1Lfv_R)hK*- zpSAM?%iaQS6UvsYm1Sa3DZ$V2smRSCZ$jz`l`(kHX^m(y2X@p(gpCr$n5MRY`lTCg zN%w;Lb+du5_4|g#qsM*9(gIr@5#4H*2y~yZW;OKN)O{Y+(ateq5ZNGc@*+3?00To) zLLkw_o?-G{Lt$)c}`SxZoO{woKQAYRD!iPXe%`@u)EpBLCiLO7$Aq!a;K zf2uL^dx)B+PQ6AZwqoEQZ{+9xXqekW7R`IqyrATK&9hH{MdZueLMe6A;9k-P`W=YG zpx-UC+b&BUn(9L~@NzI#E+D^{7$GDOq1=f;w+ySB_OLC9*sxfbZETTCUxqA2C9B(U!Pv;;$IL?!N#Rt4Laj|3e$X?y)(6orIV zU?+>*GbQF*XB=QsE9vg+%$MjF4f(;DeP|DlS>CT7Zejy%ML92X;bnz8MH$N2>`hvN zeAf8m3=DCGx~~ z4FB?WFsGrf?!u|rHzg9tr$ga)%PE=@Dx^o!(h*K?Qq(vqfzxx7MMv!%;g%z%k2|kEqzZQ8!CidVceZW^sn2O-T`DK^n7SCk5 z^uaa#0aj!&L>ZU^7dQ z0qJHYBb7QUZp`>dPn%fAOQNx%u!%KHn)`Mj zsl}nBd3CSbO$A{>@3_N=kdD~LgnlO{~!9iOl^IwM;pT#3dUjvve_LCq#``1Bsc zU1GK2&WXmB6lx=owpU)6 z7(4uaG>>3k7y_LkUIAS!lBOJU-X9V6-)Q*l< zUxFymqib2x7#8~lwBn2)+v)Bay$}#dRiuJ*?W9o`jJ@^9T!rmfQ@ElY7)~uE!rEyZ zK7x!>^gZ7tQ%GEKs1!DKpV+2p*FPUMsxXwfO$HG3fB1fh^D!GG0nXJgG7UPgR5SdyW#(iZaV5+HQfk180j5HXho%W$ngPI|^nV%V1py;2DT$Z! zvGAs4Yi%9e%U;#3M5Civ?)AGNDF>6gkn>uWnF`(`A%+N-MS~{;x`^0~F+5|B&Sai_wo|o`l zKx(z1I5Z_u=)-tt7UNkiF1d4viMe4=4g{Tp3)#EJ;FW-IZ1R;fpgxV6#;0GciTNo; zxGpCL$OI~SC(Q1XBEa+kaaUY)9_f;?(jjsJWN6Z+R@RylWKp@q(F<;p=h%0L8|kVu z$(VoPbw^>FYoIa34J_6dUFPL~eyurY+9A07fS*(I)gM!WmAs)6tn#dVls5yUm*(dm z#gTVE3q#W9C5I4pYix76Ko5PUL3sV0;5g#Hw^0M9ujI6+8%{d{jd3C5lF7WF{xH%Pf!U+QZ1CJ1 z8K@R?XHj9ckY;`hvJm!!CXD~eGci%4(NUpBzB#6~<_%B$)&;`CGa~Xip~8v|#QQ>9 z#PI8x0mk%z%kZb2w&sgnt({{%*%p6$IM$$Ib3%l1q=^9qJ`KF*qXH_=WZ403l#&_oI`>(aGs}G zDI`qz+(HD*pL5MOaymxJ9g@^?%|l|p#%-Fy{=JDEW*RE7aqV-NshH3D;F>FNB*-|#mR zVE^p51nx3l8ZikGIe9y$AbaNoXAflkzCp6XTV8hk5qA)rUm+qBC=Y-)cl!9wKVlPxnM0|OYw1it!P zPdOG`nA*Ff?YU!E8n#*HPdW^YO&M9K5L9eurX}fDB`9m~Qomp?I%N{PQglo@PD}FV zo>3F{dBhbqQ(U1^-4TN1l5(DpR26QgXMnpdIt3Ca)1Rs=X7m9I2oWK%c$s<{tmnvL>QQU<0cSFSk zN_2}i@@M0F=;$c;U*lOU`{U1-#5$CFJrqm6fkY3gxh_iaDWDnO0)>o?7*|`?xkgsP zwJqlOB>0~g;cOa>@hZN4kYCMOHsrH2R3SO^=#&Ir?NsbvYF094)Ydre=`4*bCt;|M zZ(In>^D8D*kTF6p#rJGEdQ=i3Ffc?E{_CkSGDJjeV|a#k(AnrZKSQ_El|a7;`?IVI zGoda7rAm(@z?cMoKQSnjlL8r(q+FkK;}*dhZD9k7bQ>&s|Dcy6zeO@5ILP0i5EbX7+f5BdV)}`yNLB=B*p9pc5=ZA z9wc0_zXA#_d&MbR(TUl5a*^sZG2zLG>AmPaTbz4bCg=l2FRZ=S#vrS$&8}uf$PDM; zRnJ_7+PxEPLouct>lHd>A5vss%=9xRMd)fxZCIzFR91U8#o^;xZx_gBC$W=l3AuGf=AY3CWBZ5x&dD}T2I$3!ZynNomU?fm3s;f}C##F7COk_L|`ESsWm2FfL zm|-_d_mPwn&S_|b4Sdi?u2Lq;vmBx$BvQe70sj-CB z5IQHY3C?!um6zV8BuLUA3k0pJbXxAX(gi zTJbun*qazTF*$S!2-lyO7(QFFg9vr_tF0h8a{9c((qnEnj*l<6`# zXx7{jNF%57W`QYpY@er0c{_Mo9|4+bu+>6u1w1R-FSzt`=RgG%y*5 zDz|-?0igiA6M32xKQFjJ>6bjHg-Suf*`IVN^|jW8MeaW4?yTf;Pqr-u^Ar-nd3!NWMv+wtrBa zh3}>hVzm+UHGmnYc>3@;{I%k~>WZJOetopPBstf8e0o(k5f^(woRGY}7~} zF5Ou5NGyC7e70n&X>;!thCc_Fa~L4iupHSO39e*A5LD0N=GVLyd~?1ax4V+wmKb`* zAA6-d6mqFQ8XCsYKBUfgoHDlXPsxU-&~CI!L{@#l)ahb>xDwG7DKk@X>-%=ki?IryXOogVX*>MBOL`Qtqa z<=X6qQMBcVCQE8Xl6MXYZ&|KC^jR>)!17LiZh!N6JdXq6A|8#B)ss1TOn4Q(RhGF- z9o5n3eilG=4iao1k%SdCB8Whys|R0FhtMC)?t7~biqA?hoZ_Pf12830l*6M$?t+F- zd-@_~jkL;C-J}o4i#0c$@zXKkvLRn!U_G(*a6@Q{0ulL)RJMxgar%gU>qB$H>D)cr z)W{?&o|HBzMGX3}!1Ko=tI`U-T6M^hYR=8@b5w2M3j1{!BlOcTYy)vN1xR0lpqFsAuqEBT{;1f#OP>`o zeEvu)1mBzvScjZ^rnf99+Rz*hc3KIKD;H$5YyA_TE+;nlhLm#%RZ30#2tL0RJ|+ZP zxbe-uT^*B-qjozlJk7%J9=FO7XHFL`;;2NkB}Z`_JU5{woPBSC)6 zp0K-$vRqFu7uW8Ucw)l|wN@QOAPV_J-V>+^06O7Lo395GaPpXK7~;viikUX!{#l! z47FU{xN8QlvCN+L5x{E7Xs%+NJ3rvDD>5BOHdZf=QY|ecxMXq=plCD_`q^j6STOz@ z$;`7mdCjG;Y?U`MUco&uRC_vW6wd$kxcZ%z{KzLy@)u{!Mg*B?o)W7ohf|l$8At6F zCqdNI_~K3yZurIzdc+2z4RVKP-ugSOz)``JYU`xLNEB8cOG1yR^jBdDX=gi4oaM%> z(2@gdV9n|$FJ@6Y%Y-7DAAHaurOvuUsBQ_{4n#X)5>~Nld(fEhf)tdsS-E&9WOeT9 zX$(V3P;N-9y>L>g*SJg94q0cPCMGVd5+Id0X%5*leRzd9#zkHddbl^gBihn`@TgdQ zKUcf+KLLZ}nn8n&n9Y8#;o~(bU}nm@lXJB>6rg+zI&)X1!JPinljaxsdid;>nU8&z z79Gy{N@0b6cMnk*43*+xrr)s-jOAuvM@}jB^?R1;iX;$=-qCS+!Y2eVq%j>?HGNkCstTh7Z^?1v!merpO+pk{e*SUynhHQaCq-zo(EtT&z{8=d=>-Z@;)7)0xl!ZiA8JLN>zrGia)#O z@e7VT#D-YmXz$zKK8#ei;tpZBPq%W8s3Xl3Mivymub+h-KIHJ)}(93Rj66wR61eq4r_`Zj}I}Q}G8#zOYJD z#-798$U9(Zph*Xk{xp-aY;KEkT~{`30qul@$-SgZOXe=d+me`ZP0mSOHcQCslUW_y z5ffFSpQH^m^pyB;Kgi6>>x$(trZFIAH#UL`42BI5`XWYBV%dhR^1szuP%#C$>JGHS zbV4kcNva2W_-09h_MDboceigH38F0QuY!D51jw9WJ|d0>oI*R`HM=nrE~PlSE%FLf zJc&KaeEDW$!Nvz)5W%CqKh94c;xfp|JJXB-YHVM3-7&|~BVLc9cZ;(@ir6=`ux*Z2 z{m8>v9}|`I)TlxbH(Q_DZQ0&5%mq3eQ-cwEKY8S&QQGKkluOE<(VM;mABQSdN%F{W z4(M9ecX5c7kn8l^PFm!bdJ|K%JdZ|zOd3?AjpJ&uUN`!194WUP2>-SIt6)u?4>1;! z8eztW&R<=y?{MbEAVc=PPIp)Tlj0D>=p#EgO%^Ibwcu@_>BaDQ(xF;E z(i|JK82&S^?8}}_6I*BL05>mgXTHnx@0DK`E^aV_lQ-7>^yu~;NKZQb^vEuBYVKaj zD4bvrTb%O+h)uApY9U@6*j7OTHNA7H6lB%qDLC#1dB>c;x~g66E9iNJa?j^xId|xp zusx5cjw{+?_qrcmU&OtmVhZvVI+JX7Fx;R3Df@--bjWJByL4jl!Or8}#0NC>c$dPd zu+HSZ0?X|*TrM~%}f@a?$|O_nKmp!l4BujHgRrh3_$|2G z$189uz)_Ii2j`GA6mC!$Hzw)wsL{U~C%@2S1TZ_)6;PXa->*v)Ct&bUeI% z7fnL9dB6kO?%YZ_d9kBY;U)5JGYSOMp9bTeHD_mcCT2o={O6?(pB8SiUTTqz<0G7b z33*y=-}VRg_xJ<4oD zYNr@Y&3Z%r;%bJ5fy6+|-!SbIC(yf5e`k-Y)u17EvrRftN3`CjvZ6BVkm%hXaPuW6 z#w{OCXp3=J%@fj6Ch$4R=pwfhh#X`kQ}H-N*^yLMj)*7_yH33^BBg@duuRbQWm(G! zl|Ji^5sp?RfHtDADu-e;fI$XC4|v^4EjVa0mO#EXNP3>~N-N1YFDH!BJ6eZK6U9cp zC%ju-T({D4Nn`Po>8jUy#sgiHl_XD4MrepzXdEL`IfwS1XpmH%Jp#8?gFYB3G&m+q zb?yuTyV5N;*1k7V27PfudgE98NOW!)f61|dQ;Nu7JF^dhAFEF|w@u{L&CG;QUlMwaj?HzI!VgZ4j4}Y6 zAr?UDh(<|MgmOBY&v4wV2Ykp(D0@igMW5OZvqqiw^k*yYcFI46Wt=7IUeNdNOboD4 z%zN-zkfrYIR%^-Z6uxc-Gbm;V>7j zO20d~Zva`IH79$kR+LoeqF4Asvunjuwy&%(azGyyHpCcGK?*`nnMFM*dl`PBL%s_u z*Q+~b$xY>HkT6Q!_bM(3_@TQ(6JxD72n@u0)vjuCGGV6=?!{a*j>azZ?LKG9ExEAB zo>ehZSqb7H-Oo#+)e9A5IrlP`&~Qc%$lY`sZoXli+zrNv5pFr9 zdttjCeDWA>6cU|1%BT7SdIt(;jq1`E+MqrPn&^I903AL4+E%}n7rRLj$V#Yc8z}Qt zwvHU&Fe*@Nk3!-j#)uS8WK>|I=pf^!59lb&N)C+Wv9?vf|GabPIxH{MR%J_orc8QN z-?VOPB3%rcp>7_wM^NY}&Hx(VWP5hvfq%c^EfUJcNRwGd;pbwxIm7CTOo20W_?tEC_*;AGfNpPqS3-Zm2W;^elSY}vTMa?7nW2RK@pmRpfZaUNopfJ-jimcEYh(jLm6ey zuum))dsovGB}CIwjuSYp&~>@MG{_da@E=OhvHXS{H7X;5eEo0_=A>j*Vf^X|C}D(a zs^5)h`F?E!b~K`!wGXluh#W%r(AcoplimFS74?xrG&s$=f`SnxGsQ8x^X1cujiwFx z$3Ej6{Kda*)_JOv`!!;s>Tk$7KRwg<*j%2LoM zsu6~H(x$vw56o=l1nR)4;nw20Z_5HHg7(EHmxF`|)ZTiDst;O@8e*-pq+4h0l{Bo4 zO6$aeCek^ZrV@^xv)`5p6T44MD9g4ssBRc~J-oN?mAob!W-4+N*ffB@%VgU^W)=}f zhpFP%v3=BcRR(a)S0<6`?F>e~?-#_sI${xvY%r}vpMVwPb^jgccG?LInlnQPV{f)N z=qOhVn`8qVtkPF3S8^F>cX^~c!PFl-3-WrEfiY+@_1uz*S;Tt=0m*fV+MLci$k8!%jySiq-yV;XiX zfAbbf;2mO+!%Tkxd}uICT8i#6lX0 z$4yvSH3U0AGc#W(j6gZnWFq;FE_1kD!OH5E}b;LY(XPc}*k#T#HHz*SXRJ@Q8*3SNenR^92y zb_p0kOzR&u#JBrAYLE+JBrMC1Z$gMdZP_MQ@bXE+GQeup9lO7el45L?RZ+*nDp zL0VfvLI<_+EbF+3F#Uj26+lE}!6-`O`!FO^jt@$FN=;}~{C1!2iWJ+w#O>mucH;Fv zsLqkTdJBYA-uWdMikZ#c(&A;F6g~K|u3rV16L)Vbugqfv0cs40Md>QloqQTQKaiA3 zZ#LKfoH^$!j_grGclgdy6vQJaH^VJW8WpZX- zY^0C5YkHIyI6MtaVq*p7*x19eWg-sv&)F@~RNu{7*h3W4z}ilO?7F06$YisD{+Rk`Xef6#}a{Hj7ZcZ$F z$%>b&z?>dJz$^qQh^E#@dBs(Z5#q(Pai^QWaw6t)u?QbBIN^9wO89eEO(y9n z^)fXsH=C{qF~#TG8Z=_iV+YQsM+3CtP2F#=#j~1wRz(&NuO27+Kj+L}m5>7R_b<(= z!dCC!4o)#LZ$FE?og>0>IkLol#LGGi$S873M!%gyfX?i&ui$lNZp8kJ)95MlZeFy7 z4~bVNM&s2SNbOD^EE%o(wYb`N9EsR-O3@}oe&>-FfP&LfDX_mW`+CRa zo8z;s!!k_28mF$8-+hSx)H}Bv+AheG!^qJ9a`_-{1Px-k`3tgC;FhEy7M=TDsEjQv zA|3ix0H9~JKu<(&mjP7CSzuu>bchqG>KuuI+*r;xePAel@kuNF_rg5$W1FqpG8!}I z)PIGEAdWJXV8CcvbbpPr)_26d7MmhZrjFs|V&|&(JHiTuj=@$Y{TKGr>Qj66xIq{tmm`Il%xl2%qQq*-*2ld7em+PeLXPJ z30m}Ed%ql6u4jy{rt#F$EuwGcZqBGr>0*K&%3UC_o;GN8*CWB)3bW=Eb7t?2h8}8s ziHKvKn4vk3dP_$0y?Q0Z4$*)@G!$2ki2wr=JiULd@<0Y zRuwd9n~)y5=}4D!ieY3p-ims7g8Zt0M6d{U306HVxCF>-cqTcZ&p-K=+!5CwXS*q-Rl6jl0z*UhF3p=Wy zN*pgs5FB9AUvgX&wZXqT_3fZg+4N=p<7?(H8B7(KTi(j4Mw@{ zK$HPERYSGx4-yR!g_KueqlpKA?9=;b?!XVN)hMvM_CEW z6eEVn@Q3&HR1F!%9ZXY%^e2+EatF39t+V81k*v7d7HSeS&Y)homB_Vo3|CTi<@Uhs zcswGy4ky7yOEi2$_)6|u@$$X3m2MEuX9ijmG}&1|?!4oB27P>t-AXKM!`>*EB& ziki`6dD+&%N{$mr`>SP|9Sp=8SQleEX*a9t?no%SD7)TMRfcYB_}Wex_*JNKq>5lH z{s}E!boExA5|7V-iU#C|T={`d233K!Uf|Qc_bt4>FC$QAAziaQas*g^AmBut-f4h` z(u3psW?mO0uqoHY+Unb!FV3MWT+(hx(N@L?W~pU69;4M|-IgMaM2x0Y(w}9L!X|Ti z>FBlRlc=g#8t|$|P|^nCiP8^e*0vYI6CzC!+r}i{gy~37<$6za{#nzF36h+bHz?aU zbFphJP_3@yinW$81O`VRTiM~yIo4K5%ze-6jZQk82Y##ba9qxY3B~CGPWO+zm~Dga zb#-_ki>mc$;nb;B?lfMb48sBvsWmRdfXf>|pQ<#1{NVr{9lPEG?)|#|{nu zlQ_U!qSUJN;4C*Yvo_)KbxrotE}C9P{EOc?fzD`V5^w%lR;@08AAA;f(zpg1>A^-e zd{Lmnl5Hj&CqgVo0GqAULv7 zKSw#@8}WLzWsAeW+s$|(<7Is<>uAXJWNdY&pQWR`=5sx-06?no*wxWZ%KDG4A?-^g z@jTF-#r=j0$NMG9l6n?U-k5i~#v@uDA@Z$7jtcZL5G3i_;Z_!;MxMuF-O(H&gN9-~ zsyhDkrBmS7W(hldJj~A>daj0AdO;C&T-1e7BDPqX12}1jkn8Tcgl`pr01>?Mu1^LSxv{Y6k z0RGrejh3ytQJ}&LgrKlt&H(OqCpS^#?_LHGg`gcXv&DoLfXq91ba~Y(5c`ej_}q+= zQZ_ha0NQY16CjKx-7nP<7tiNYjI1Q+pXHdLZ1rFJOkcT!GcsipIsep%AxdXyK0|u9 zM6%vg|CV2TDvQTvPILzyb7=>DFO!y)Y7GM7hhDl#xmlFT4z#02Jg-i2kCQAmPfzA{ zO-&jTkeV;auC2Xi{aQA7-d%T!4q2EE1zY;4E_=PUKq-7SwqQItk?-mTdF)ka0A3=r z(*4d^YO5w1t~s!o0zpIJ`N0tCaU4#q#pzU1=lpUJ_oj1B6;6ATnBW+E+^?7^+L`g> zpkigTt(-1X0)^gsfBx)x>ELS-hwx|zaZs}{_{!byrob8>MYnTJle0fhDnlJKH^-NY z-@bg#lirg~VCN%4*#N0pB*w2e<4UNRhqOn;YrXNUqOsz?uAcRDB#0dYFYQ;8RT zBWXiewLU6Q88-| z)b3nBbQwXpm0^C90x=S5lA>%u8Qti5MHO}GGJmjut`LxLPHYXIP;}Q@5kM)Wq=X-| z=*v*lPEYH!kluw{JZalPYB@$!9f%TvC6#D9tSh}n7_#} zY{6E-MBoV9WS(ur){m}BxUjd~pTtS|YwsFYQefKz|y7e8(x#D zY-k5d$?(1BE?vDN-{Q99Be4I#6_i<3{^QhxL!N>tm&YkO^hG1R*uWsyOfD$y$ z{zX~F=9SDw7&DtPZ8dCZvrMXMT+`%DB3t}d=MGZT$-V`E39c}7kBMX0@L7ch4Ow(e zugO7L3HS$;HB}ZtM5SsrX;c#K_2~fw%?@2)ST_0fh;_38N@(E+nlg*;&~?ImU7oFq zypYo*1y@2R6VbMbcryW+=b{iV6Gr+P7r5{?Vgmap#AOO#_4dwqf2mT-#1|3O3Tcur zaR&&pRKhGpQh<82y9>&IFPii?P)I0$S$Yi6_Vj`#8FF{PM{40gw9!x_YZ|8p(-A)02DGXkXH)u?uKmcF>9^gXVxNs-;J-WJ4lR7C+5b2TVe10G;f* ztJHZ4uY5adkcc6aQ^)hsG(2Mrpih}fsMf@EXeT$qd&I=KeIZg&-eDhzelfK<9tLJGyp)!}xrcMR`SxB8F_x4X|4uv3Tq96E9^n%%bv9-60Q@q` zc9A~ozs#~v|Fq+A-U|0S*)C#v^D;rvC~8k!pmbF4hxd6qG~){<2lyuLbFnSm=XoGy zv&)bfE3rPXm~3pFx_ipgU|sx}%4SP0X?%H9|JSK3B2|tje@&EkKG`rkVz_$0FQP-5 zysiTu8$9nHK-MczCO93%S^80>-KS;~XS%#~!a|TF#P0NTeJ7HLNE<`BD8vyz6vaMi z0ecS0A`VxtjHwd17v(7yeLjtgRAe8qg4S{;8@oMaZu~onVODd-8x3nN>YdG$R%X!o z6KaJ2=)T7OU+*wOuyHGv)ThV_HXt_*Gr)}9QeXrau>(QjwAKPnh$lT=RZTW`T-3BD z4eUt%!YAF`MoM-IMJ214dk+l`Y(!6)V0-im!=6i zvB+LV)doAKg+ZFs0sF+@@0A%*DSlC!jiMh5YkCqa(3d^gZJA=NMe~Uzu|1l z@jf?1Oaqcr|qDW;4nHy^l5j^94VVnY7w~ghe!fH_qVhqJu>f#=^|1~3oLOm8Ky*h z4EwI5JOC!pE1G_xu$Pd&UqRR{AEuawKGx(8Hzw``i8aEZyA}`*I(zXB!5nEsm;%DR z1By&=bGe(!D&0kT^^LANzF|y98`NA+-M7tcI7C>xmzlhnELMMP;6r1~GF>DW-)W^B zbsC^%dk`uQAz+$qxEz70GxZuHF<41`jK4)Gc(;YkMtg(nX-2sPxB*U*Q9YNiZ56(a zY5af^RBDz;o|cZ1<-|CaK;A|RF#wLI+)JQL%bN4zSRw>4OD|?(b(2-Cpzy3abgsy~ zJm7!h(pF~xHjIep+07Vba#+^Mi2=7Ni+VhSHFXX-#3OHLw*I~^q?@alnNiR0==ua! zgwQihL&_m^)F0bJFU%s(tE>xv4j*XbBJ2_y@rb*;*Z~uO@E9jLpX<*(c zBrB+I8~+G4%RFkmHb7+xuzWeH!jobdAeofqhEpi`$Xdb+URX4~X2-xVRrRY@ZI(7| z_V5-nTwILKX+l?t!)O)nmA%bgE^0zV(--qWF}LXWJ2Rvm(XxNiTj)+^H=P!^5_3g- z2*xuI5QLl{Hx|FjHYjhDb5jo+UFee(4S|@QO7WWy#N1jf8U|RoXmS zTL*`U0AE0$zbJHYlM*R7{x8m09~aNy{zTadvVqmYVqzb-oLDTu-e{x(*#_#|hmITM zS#DhCS%#Ka{?P6DIydG?a3<-T{-+*fcVZCn+?_VUkt0?oFvAJJ6GJhJKg47ezwBz3 zHgYOCawkB_{)6_UAX<@LV4v-9Wn(tNj+sCR|23ALY!nDtSBwIodV&$J6%nHRl3boZ zIkw?uVxQS+D#p{r3V~~{j^%J~E#}7Ju41wUIch8c?BSD`-87Evx)0eWz$A_ptj(&{ zbIcH#bgliG7|q;3wAK=*?8RwGhfFe$sW<7RJNdb?Qdb>!uF#of53uv{76a=PZFXqu zA&@c?%~Av`#jX-OrdkUQW+0e8!Y1VNtY&Fx86tNR+2w9}6X()mfsI=Z_*vLy0hxyF zwOF>A2^LMy$3jbDn|^=x^e8oj>GE|~!iUZLJaoRo1CXD7$q$-Gg84jncE5N$jb;k3 zBGSf-03NMI7ji~N?B@=E`vZlh3ls8B(PeHZmBHK}`{LlWQK4h{Zr)a`tRdQHM-UP7 zE<=?JEJ%r`V>_;9CC>)l5O=pB2tL>&4tHs9Y2Ub%-l7|ZnU*^hyxv5*LOr}%9V_bh zv%79|O}ZVR|6G|{9G{>T*vNIVOI=zgp3n0HL0o zeXoJ&u+ox6>JBR;o~5`|LvD3AOf)&DLZXhnXea>P8Z_%Wh9Owu08}T~ZQlNhz!Umx zYaBo~7*!`rLCjmOJ~x+D*yXRxGINd|mPUwy1dr>o7`)Dux3;30+{Mri;4d6v)>#2K zE1YczAp!){d<`FnQcAvF>VMyJh;^`#H6fLXoj8#tJ}opBRXr|56;(7gVH7*a`{YoX z44Xf^)O>}i+i-FsmWWS+1)O)XN}DZKFNW40(@C$hPpXJhdI3U?J|~o?27%#FrekVG zcT15}$pZltf3SLsg1D8yA!qCq2wC>)BT;!mNy>A@VY7ed_qM4t(0{B^+KN*@g9JG! z9?u|YlePyUsyX~6lK1y{hQUBr;qNmN24T#ixF})MkK6lOXn&p z-8vto&R83?DOd*MPqJ7~UN<;G3B4q0nUBAE3BxCF$Pzt>s&B+o7pw8FnCCdT<~{xjN615%rHi&%DbIz*ao$}e2KEaN(wfr2-0u?j@VSC+pA@GUzA^^H1Mas*56N^ zvkLk>6Te3bW`f^?T?B6dmSLkchKVr zWO$e!cx~=)`uIs9!HltXhd3u8BGUPgfn{9Ke0t`|Q~&QY{pN&iX+jBTE*6qZN#ukLqEAur@P>Aaji5>DHUJkF(pMJm>lgU@9tLA`+d;@yWKh2;a=oy%|}U zhP{drqZ_Fdche+!7Xr)F0(4ICd4r_x+Mk_U?6FPq=R%Ih5 z);(Y;pG${cnNX*$XEEyT4XNiZsV?LxtlI}kuNk5yHP@!k4paLis#jsKab5OM5`t{g z1Z51$_1jhl9w}WG2^QE>11dT&oj0hCV<+*MT6IWVAiAfIN`cNkAN*OKCN@GsI|PnF zyxq7R(yyA}$aXcBvR==h?LAuE%uD_Hh%Jmvb2lI;hU$Y5AYgvG*wL|X~MB`9{1YF+cw zTdQZi=5fP4?wlw@0r1Y0TwWJgf);455{xPcC#q+cK?s3*I(#<)8gZn1u+`W$Y+79- zJHZauC^T@&6ml7lEl#hI%^x&lp~gx@ijB2=c$|2iE!J-abJgaP+Cab{bjxk4dotbd zRFDJ%W>LfAk|Pdz*giFDYmbJWjGSOWinMl^jxexXi``A-+SJ6(ep7V%+--*E zF&`d(CDwJm^JVsg4B&BA`9-y&WyS(Cj%A+N9K9vDS?AY;Pe0`Is(|wMTbi15XmF{c z&RCcfC8jwJVcF*7JQJ|CbSAWQGnAhSLM>W0Y#L&_CD*ea2t2P7h2sscy@$hZVH zre2WSf(uz6J~>nDlr7wodv8~AVnxw_4sp2yH$0ePw3gN-iaoi3?E! z1~7)vOTQ{=ZJHgHNq#r56g0vY?l;ghR6FWu3s|&M?ZOJANk888RJF|-XhOB;H6e=+ z+-ZTRXvJzox>-dCtA{RG3ItQ@Rx2xOg|J3ckc^lh4}u5P5>?dGsaqRrdWh0wbOE9Y z9n$N&C-iy>EQ%DzFf$#B%U&M18x2sKz+pSpP)`P!)~%x(nwWCs~ODjDM%j2~VK z9lpZBAuQ4-T#j5x8~yhzj6u63f@0NXVXERXPaL{-Xr8^K+9|Fs;GfPIHTd%Fa73XX z*4QhYP~U)-9>O5Uj1-tf4I_VCheEoNX+0`V3`>~92tCM7{YcBF!z>U32li${k}5MD z`&m~NXf*y`(u9Z-L<~{FVd=Oolvof2!VWfFq~|U7>sT4=ad2nm+L2!L#I08ms8tS2 z7MJ$W<}sR<8r0b>xjSDjU5U&oJ+Mnml)ie`3!G|#=OVCG{rNz+igL;JHp{aWKD)Mz z9lPw#qQr4;#2jJ(A~J}-)LW_*t9E!gwo&hW)Jaoa`hIMaR>EKMH(}W7c9YZNK_A=^ zVMRC_E=2_S!`=RyUEV`Xlc*P*fjUkd{9K7SC z+d`KY?UV*(QOl9-A6=_07A5OTgN^py1MN-lS*xqgYT*HnWl?QaoIYp+(^x91 zR4zcEMT~CgiX2eJx><}?(XnToQlD40O4!UpuZ)gC*7s-Fk}H?G5;#tqH1C=rah7lO zSRSR0EJ%qYEwO+JYJhQs{;NKxXkZT!fga$+4v=vNI@VhMGm~@%#ON-1#5%L}B%_fc zNt3YR9hKre!@=ua_srXym-grdrXH?R!vK;Ze+-wz`-(HN69q;pSE-y_5 z4UDu2bS)%)&ZVaEq`rjv6_gdCw4M+6Rz{pMk1aM4d zZPHIT9nV?XgM?GW)I5lPI^l{VLIK01#ymvPWGk7AHptwXItkvg0ZS(uDKiZGwbdFH#?+HyeLg zj#E@yG(~?%Ywr|@QykHdVpo{w_P}Nxv=(4G_taeqWy@@WAmRjYdLpu5YSJzIG;soK z5ao%6Et@>+*tNg`4}@D4R>j#ERNQ7LQ1y%VgymboJT(-{lj6L?SdP(nCx#^hc5Mw% zH^&S&5W8`DY3TT7IC3v1m|E(-^cX1fTtku=Oz0|j<(JA_EvM18KIUwv22kw0V`KlKyZG8xR)qhH&U0oo4R@xH8@tqTgv@CrJrwO(iE*9uONMb zs2aJlRt^^MHmr_%RZ8YAtTkqB5mAa_$lf&w_t4dBeQMk77B((d7oaIwFgX`2WscbY zLOt>S6Qz!4kcZ2?JV^BFe2yn&_0wTwao4h6Mr%)ldGB1))9xKmK4eF*S zx+~K~w`ukmXU-t)aw+hXY-CBhT49+lW)X;uFNOOQH`li3bScvb+HrJKdF(i=m9A8C zB1${Zu`qz9&tEpu`goZye55!!=AlU%Tph;ddEO91*7SU zVCH>z{#KD-JfL+npSx_%dh?>H@2G^w>NY9%egY%of==+b6UP^5 zYTTMq$`hS>0)Ea?`da!^;s!RJ1;|4gIp{lUCLh9TrZ2%XyULYJshIKBKTi(9uy4Uy zqv?QYK3of%?8u%_T>e}k*znuV0EYYUHgLfpyadL^B2NIMd#Sx4r*5@g2Iw!G(YMNXHm?+^Ub@8q$KQps<9&s`UMz^Dm>~<-XI2wKG z>Ax{xIch#h266spV8J`S{1^g~R`?s6?8uKN?LabTG>jY1p4~x`SgunV)?7g|i+>pQ z2T*^%>d5Go_h%k#8tL_eB+DI%Y;ZtCD9LP%+ZH;@lMrBL6`^Eg-6$Oov`@C*Xae&9 zUBU!TDrj2Egy{#y9g);oyI%tjFD2PZfKX|@cnfY~%HAT#6jrnRq_Xx*{a4x@T8 z`mX2?dt+t|47KaNnf{eKPy;8>GFWI#_`M4aE@SVEsgaL?lf-U9bW3c$O2O+Lw*u5O zk}ELdJb}||kd9qy$Uj`!kqsYTL|PlvQ;;bm0_Ay(CjOL-PnUkK*3^(`3*2T@^gNSj zsI~%Oq=_XLu2}Mcv<6%~h!$H=ROPd>W)kngUOLI&j;8KBk=l8x*r%YqcW@ zG=WC%-G6rqtVOY;Ut-q`o&E2CZ7dW>p|U}O-lc{^EJMfyd^fVi>ZBpDx9cZ4XgT*|7Fc?elGSa`#|C?nJnpOj|zvk%fQHJB6-3@sKeZ^C=Tq(nPj7VmWM zgt2P^b;K`J=br`Tp_Urlsk zYH!vePIcBf{5;doR-Plv4;F6ND~nvq00x@vKqm||=O~`c<~y7~P#yCx>yA;){_Kzn zpbrYwYE(&d&?9p*xXFu>o}2)TN)Nv<9g>Uw4T4!Td9mVk#qO8oBCDhtDF?6+R~D6% zjjk{g>LYtGuXQX4Ux_liE`*GI;CR zH;4*l1VxNkcd_3RL=o??{eSgYthmJd}BpxgO|9BOn=B&exrIXbo&O6oeBx-xefqPh4HzGX0lin-gXq=!_wXxOfzptk=jEBC1&oF6%R7gp%aF5@5r1>U>)m{ zqYizyTi9Q_N;?Ldp;u2{UVxGh1u4JZ%NZRs0Waf?dOPUf`k5tU|O znzsofPxd+W7_w!tXR09Sz#-)>WO!Xbc}^lWDhN=}L{1u*HzBp3Xaw{rh9!eWp^cD2 zv>hJ9Z$o36_lX!B30^pO{SSXq^C)hHc*rrvDb?%$Cf5W>9G$+uHZTWsivS0OOq}e^ zLB_Zq8&?2k#tP^z@xnEj3Hw1R2@G35tM}#)RPS2%vgZ(v%mD$H5noo4*(ZG_vTUe@ z)n`hnl9Op{T|;A+0z#dDBHVB&i6*6>lBEHNRa878;lEVl`a*NQoJ{u`^G?F_e5z?$ zE%CQ5+=S_7z3Zq{-x4N=QN$j7`KBJRA?{3KIu81;L@YeLj8qPBPl_$fRL?@wzH4G# z2v2HjV)a|ky+SCgU0NfwNP1XXS)nXIzz}-S0&%@@E(c_;HP-6@_+|Ltk5OE9lnkD_ zjMfJNQ3^y+$71#mdM%TRP+(g^h!qpzz4`E_8~R(_m%?y>Z;_Br=jjSS$LFugJzjVd zG==F7@5$8TfKe@KC0hA+TQ9oz8f%HnA z)O4pq8{*x8mHdgaB#*Xqn|-U}CnJh!1er$|t-lHWbgp}us^e|m+6Hk-{34nkxI>17 zB&|aNaR zEL^mqAx0MHRv%P61uPm>U_@^e!6>^bV+Ou*aYLVd^k{zQG|6N$dcfWI%?^`G3e*+n zoVhEXqtBTn=q%!pEL<<1zBsu0M?ey;aH_(cQ&uv4(6*A2HeoSf z=astAyFbEx%=s5Jp{_S-?FS1^BFEe zx;#@%3i-w3#{zFWSjmr_@jYTLbOq8!_LU^rhJmYU4A??6;`OF6{)nzpC01whA0b-` z4Hf}tCQ@7q6?_a3UN2D~5Tmv>4V6epP{q-Emw%%Pfb%L|<#%FxmIgXe>+XD4_a)@D zU>pmbxI5D;N(gK-Bfo~|MD1?vhiUcpW7uS50gdT~N-H#Mdq?N0a8z3kLMIWiEj|ZNBS>iN&0LJMPbgw4!(k`yHYjO#oE6`M`fOKd-cK98 zY`0D!UgA`#XVcCo0``(3z9QBe{N@!XlT$`^@}7~RU@gE~6%|kK=MvlIFUyFqXt>hf+2uxfb>V#iDB_I?rQTKHe&__AM)dW)_$TD;0rGzR95Ps}H%!z4oVU7y!@ zaAf**ue7j-)gcosQ&1qrVy4J{9v?&o5Tf$t)0_-FkJ>ds20qk)Ek1Qr?i=mKrVG~3 z2#APc2uffentRrVPIh)S%;&BGW60@fHfR&P!CV{?_sRQy@;9LmxBYwL3Z@CN7wX(d zA;AjfTwjVR#l5J(2*6j)K$a2Vn!_L%cyNZ8K2TJ|X#NmyQlifML?b+P>osqh@8By= zr%jjIf=zo5YcvUH;pQU1w`}tLP)%z<{fF&M>l`h5BOVXJsbwA)qJf5Gp=cpiR{f<{ zR%T_F@`JS2ZTf)_<_ZO*2n*Yte$SoWMwLq2>!t;m%Wr;D>vx|b!c?GJ7o0aTC}(bh zl)01p@>87JmsR7=DqBusZ6B^BXbV*|+0$kV!=FP0A<_&VY04ZcGAupkvK>fIiaJY2 z=Jl=0H2HosPmjRwvAw?fNjA`6#<=FT%E4N|$siRPJ~ZSG5To(>>|OHOtlTI2NH-jc z7d|8B=}^}D<%IrKa7qnP^ziCHJ04e?9B;r62=qw#A{ZN;E9kj-FGe?*E&FcePKWh* zP{NoGWgz**M7#8Bu_zM_IH>5&lE?FcW_fD2f(zPk(H&g+H;)l15K!ZepIYP@cvZM^ zA6@~9Geibos~-~yX)8zs@^j&i>Ax>8PhkrTU$!+}qQD2hMAL#la^{qzVj}~~QHDwf;yhH!ZwfMTM#(EQMJW|GAw z)e;vYCr8jDkupH2F&eQO6yzo}@cDC7QqkWAJXnpw1$htv_xmp*chR zCaBayHfSe{14Jy^LMe%09eB6`+Ap(8h+!iVtX_A|@t5V3(LO=-{@&|DIfIz0In|Mi_FYkH> zK1-X`fHSlYdvB%;da4L+0Cyg}8ZqcupmShTb&m-ts)sh9&@uxcBtuXN?6?z}m~P3T z(*w+t$Zc$lG2%=SYKC#wap^!tDr=Y1b0h%|8{BRcT$_2S2deN=%yedM9M4p>156!) zL<1ElMHm&meRk+HBV5DnC&|8JvFa(ZG?ii)-D+n&z$hbQeWIS73oZy3Y^G3p({sUp z%E&-iOjSmEy{-@cK=?c_7e_NH0#i_cW;)8d!zV5el2|gTE<@ABjP^wCkn(Ufe!5R( z+0}E^8WR{$(w$0BMVYsIuqI*hqFY`9_{{5`B+wlzhbS+=kugwmu}1F(8b895EMh2+ zOMi&xB$(^Y_FVf&AN{*{a@q6X0`IfDNb7Rr%9!e9Mpf-XIIEB%ePtE03+uMW~R0%}SHF|nC>eMkaQ7J8Q|2*G>vSn^?vQS>m zPr`lKyyujglVK%65MnGpZwUiawX&C!$XGtoXrMZ|pwT6~G0eXxuzjWb8%Vk^ z+0zxM9PTjUUv42W3K%jsna$*7xLWE<46+?Rzz@HaHlaeZ*_6YDCxMhT)MxxlI$ltknI6e$ub{LfTAEO$`AiBB(q77)t z0-%5i8yneDCihvH1RDUHx{7Y zlu?%A^@Bc6Gw?c~BuEImfs*rROLs&u-pmr-6gvBiHu894jQ0XdRe{i^Mq|W#VK}HK zETvqqE-y_X=pR3{bzt5^qKq-LccEk~BCbc*bm{8PcIIR@@5yH)j@;*dbR)=jZeS8K&M-KVqNO zG|Deg6Df|X1YPspm}2!fk%^N_h5fPE2V+C(0x0U-_bYS^&Kano5|O7Ki?Sp+QQGVo zUSm5+m`Ib5_*E^u+40s^eT9U1;&Q);wATO&N6pJ#BrGy+$T|eo%-Lxfan+>ez%aVx z;psFC3JlKD1mZK2sOUYF{9?cZyA7i0oN?i#_;5^aB_j08XvgB7RzHz8U_9qJ++!qc zZQ4h!3>=N!K-DNMgz+P^RXGI-M)-cQBOsEZebm^8+DrO}Fs$y6BBou7GTvhY>A=^HII7&~~35wLm*E?5njIU;N-Ef0DxL6kTN zY-7VBDQeb2LP$z#9B)iN|KaaoI5Wls5?f8AWM!ZcVu!;KiJwu%n+DcV1zAX z1H4xO)e4vPZ^BvBL6aV4)9HACNy5rHI*S_(5qN<%JNq~Nq5^2cn?j^a%sGMq&ZSN-8HC`Q!p zF0D|J4w4L;rF{80+8X}z~u&YWKtOYi< zc@Bp35kMGJhDk7Tvmpxa3b+^`iU!1f#-4>wt`okuX6nNdq^ByD5Tkkww2vC1?JWv- zRx&q-4OoaW8omhRU!68r`uNtPns;R&wCPBpbCJoiI;h&}03~$wlC2JK2y!XkTm&m_ zdGagmC^u?4O+UfvchuohP~Rkb(eDL7Avel+xQ zI0TB|e7d!S6}?J;%psO(5iI&KHyI=^qn|o{?QBZCVl%8i=}>Lzv?JM3=%XbI8iJl= zL_`+%1}El_?+3a(WJp5TebXV`RE{Hl$VTc#17T6j$YU=p-=v@41z3ByXuyv~(USyC zk9#P5B<;sA+|>k2>(Fh*G3|QiI^R>dMmV-lN8~2=d)1bRKFa&J!kmDM*aIjMWFiIR zD9XLDM3`q@np7;Qe$H`Tz$Rbg;x9F=T4n`u3^SfKQ_qe;7(Q$W8(G#0B;yDJ=Wt7$ z{2)fB1XEHXhHQ~gnZLWftSC_mO?1Z$3?&UIYj->aj3TB63_!r8X%Kai2W%*S0gtxA zP7nIf#L<`{d@P1mKhdAH>4Na_&nR+P9u5P)H#Pne*r+RXIV`_SF=2?tmJlekbBRAc zVy_r}H0B3JnT$-up9Um7wvliEYy`F6L3qZ+ce!Y2~fr) zsMXce9(SZrTW75jf0}WRVXc7=H95|U1FM4nnB{=F`#m<*v`aG ziHo{DO3cxtE4HOX9ol^TTG64-+g47I4jow0wPrUo>8x@GY{A^gtv;5PT?WK8398Ga zMzQb3v5;9l3(KZ-IqhYU%s<^f!s!mhIZmFeVmx}o z@?EhT9+Jq(<9@Ru2FgOH3lh>a@RVy!HB~s#9#0-WHOP7 zHkUwJ3qa4b2kp6DALVFl=#?8;u?pRCr-)&MM}d45KeWtDN=VMGm~0S>OCCCG8Y)A; zHZiRm60>$RBuHPE5faO(TgnE<>VCVdYRkyz=yoIu24XNSyiGN3E9E0?R*7yCe;@-W z;6eOx#y!;YHvBGgTZe(>Qa@b^VsC=#kb7L8wF2-+PvH4O+LlgDl>oARKN4cZn6rc^ zOq3rA?{_s_fR3(v&}n94Z6}opJNtO{C62`w*5JRmuM?CjY}`Tk@PUZ_G2TllrzdB4 z)zu_QR3JeR2Gy-EUuaqO7IGvafiy?HM)2BhO-0rp^8sQqXgqEj-NpXR{cZC3&H}TU zkJ^<_+eHdCQD?oPg$>Ftn?Ill)aU-;L&orIkg#pYIO_M;1wq!`6mw~uKgP;E^bkJQ zc&o~Z;H1<+%dxIo0wNtQKB|CnmA)`KMwe|e$bGiTd?2|I+8&D^i61g3Jln4Yfgjh@ z^_U)imnf$NY2{8svn^nT~fhKt{WL}3N!^g$9(Cn`oOq#EJI+lLr|x~TQ)U+ zpqytBECf==4oPFtC`aou0Ie$KGz9m{sBqe8pU6NhMUrW>Vxr}#JHA&2@}mLK!ajp5 zKmmd?0h!D!PTiFFMpNhVAnR+Yp-oVBl?fMIjEzaoop2Qc>*-UI?n-Ggtae%nmDxc` z14BA)1G~}+J?}FHP)$ z!p^+vWBqdvtOGBdkL@liTCURzYA~(A6J7NBnaEIbAiLu?=4LL(N6lU#Xx)eiPL(I! zpO_;VwO#-wa^U|yS`Pn{pz3?V@s<&sS0i%Naj11gbAMbGT%Nltm;D!BlTK|8I*-L^ z;-ALHG-!&Kqxwlw_iA%uMmNI0Eon`rPd0E@(82JV8%t(t3w}Sz-=hFRJRj zh}v)twhCN9O_;GA-rNfZOhs%qiUrN>Rss|eG=*6fYry30C;bf3XN|~H`{GJNkUMGf z@q-!~U9LbF8#4_WO>pcnP#J>2E5X;q$45G{+$H5gJLkB=XDKci~YUQbY*9USOg z@^+eOsQl^ z+HlRtGnu-h;~-gj@( zD&y&Icc%vaOWoKMvhbCpV#Heo^vG+UX%GlM=NU&(TwVITPoErT6aa0?N*-rmM~J?h zg{{nbq^D7&j_OuDUZPj_mSf+V;_i(4Tw6#B#x_(7d_Xa*2@9I+=}=jsZ3M)9c1`g* zX4z;4UD9Y6x6x|h{5?@4-VTl)X`>TU=8`6OMErAP;IcTxN3{?p=8#^Fu&R&$R+>K- z(UVx}_e+A;WD9G{$<7l?m+36HS0Z7pRm(c_iww+gk(SmU7gyH041`c!*fdaZ?Chc~ zKsVS63;|<|vuER;e45-AFe>_=_pK^uM9(h@@A3wHq!gwZ@!emO%5G3ladUS0<3H+?h zMhiLZ)VTyhp=o=}eQwXKBJL$(2a%|IUAc`*h$q7aS`LJEn&DSKKNUy?*nA>JL8EdF zB0Vnh3(p4z&N4_X1;sE_!`y9iY8-}{k%WrbimNE}LQ6Bzgy;`QEJGM=mb@i`6fcq* z;hIJqMv;cevcAEO79Vj+uV$&ziw88gJdvAyprjRIwa!Ed_BMJz=bb6-1}d)XxN3DBLK3BCnn=TvMVMPVRtXa>WXZHOy-E5wA;#1!b{@=f~E!TIMe{bYb- zLQrQ9&77ON4U5hI#_xWs-p6KXTIK+29?dbn~xJFP*WulXBm$k>^LAo1N678s$KY@)al(-TU{`z(>4TlMw zS~rBtfv%1%_a?3Y+3nnvC7Lu0`BF=H3eUFWicr_O-h8;N{F2nTG!$jNWW_e;0ABWP z_q9@I3o8^+u!J6qlE*M2sg;9j&|WfYf%fB19taDDPlpD#OoFvp{bR0Uqqz!2FxCy) z5%4}@PPxvq9$z3@32|KSlm9 zy)D=_noA0*dNG>zw^ANvNv~PH% z{_EE2Otl=4dBj^OLWf~U%MkP+Nc0?mbmH;=l*oGgcq~(u8tS_NR%(JwRI$S|{7ico z1yjkXeU4=drQP;+%yuFAYd8sK1?-{Tdwa6`U2;?3K%~|)nb4c=)wyL`tD5cNr#!{Oa^ zw1Z+gB+~t5DbIFpo8w2Zw6ugmfOo0))1*k|fz(t?0Sd#pVm9?ere`6$eX%{y(;r(z z-o=*bZ51s#_8^ybOIU0${Qr{etHC1_B5BzwMk5diB}0`aKtC$0qU2z8e;0X}j3IQv z-x47s(#&eSIrDGvZbZ2NMJ-1voWw%rK!mA6D@J!J6O5R^`J$La7a#$WrbU4#$Wkju z(eP{}14h8?gqAxqzRBlZrr0UnsR0S7_PPfmHAvcfCZ4>)x&{Yarq8Vjic$4l6s7MQ z_^Z0!x#Mh`BRUs%m3N;fYhQYVA`{$ovU~~U4Zk4#z=Z?!y3ipt*#|rqjuUK4a&^^8 z;h2-YMP97%1qBL6_v?23py++fW}GC9PrQ@4UNzRCndffY(2@aa?f&wUhIJ@RK?Y?P z;LvG;R)<_fW`zkrF+SpbT{F+2v-@eVNTfeR-c<3@BSVhvp%Fq@Du-F)OL`KZ;}wv` zf=^of&qu}m$?w5*J!WDuxaYPep3KEa0vY671xuARd%rI(F-hnn?)tr$G7k|3Vw_+g z)HD<{ED$(@mOz1%=#M1Gj0M9m(lZsf@-Em?k_-+@WMZ$g8J~t ztYfn=ijif$BQ>eA1Oi>swtQw*7}B zFS2IDeO`6`XUGuF@dRu$J;88`nd0AiWZe&D^eWo>A^`JcSJq7$qnH5k;$MUD#Yu(? zL))9Mo+if7vK{2mXhM5v(_%TVuBeATi=BoHvE}5;W`@&5Tkj@ z?U}8M1{toT;NT9S%QSs;3NZJ;WaZJc=;5eCS~}(Ey#lO`iRO8#>IVGHq4GXX{-?#d z<+O$hCJzhC&p5cCtV?<3V7kjS3!O&FHUD{Zk{ko#^ngA844OPvCddz(q;jUUE}6bK zu(qv%m{>>%MDdVcX(~m5zI?d-iMY{l<^e2fbT%Pf*VF5ypg)^ek!snzx@4E-bJV^w zJ{%EVTstJRWdLGs67c8|yd+W0>w-5qtIBQCr@R=os@2n0=mReR8%K)qn#=_8?*hQ| zk^2hp)G?O4xg&3-9#NK^1fj?|#{oY;H|p615}n&&tp^x8xTKhM#QDbPxr2JVHujHP1>-uweFKZI0uxhDU+b2+xVoemaJ1c$Jq(EZ)PwD?X0;~8YYPdV!YFEc zr(C0N@-=<|CeABEkpjs=3;%%gy1CHs2N9Ks^V2S(h6AhSPqoL|5|NHt)8>Unt%mec zh`%ST>L(ID;e)L=X+;?B#T16zmH9M07QCk8U(-_s^USBFyeff9bQY0wqJg=aXQYn8 zyvociQzo&drzEZuACoF+lT|l?eyzi0KN<^uk7$4mzaYS=pDrO*>p;Pc8MUKz6=OFZ z0E8ETiCXyK`2(ObS30T{HmK8H2I-)NyYPB2-C%wiHD?)nq9_wqF=1t{6uE3d`UvOnBvDG5c z>HuHHR08p{R-;$bAl~4m+Yqz2hP>RK;ti!s!X}1dm5G~AIc6u8ivpnPVmLe2?E4Fs z`r-Om=)##v-;4jGp{MVzfXZ0-8t7oqKstOpT`=FQgV6#`=$u$n?{1Ti2E!t7<>Zo- z3ul_eL56t^Pv)Itrf@xCm3gftGfK5gZyM&B2&YYhjSi=X01;_@Z>y88nYD* zhNNegk|9j*Q^RLLTC6P{*aq2sjHP3z7wBdXn6GF@BK#?6B}m5RO#9YnO0v=TeMHiM ztF|U_^YyV@g1G`FOQ(G>yvN8a;Eexy#H(PWNwl<}4{(h~?J#Z3W`~$x#BTsjAVE^s z*R?Cm>7Zkp0u@})lnVKKhZPgD5&toUH2z5j`!VIfW2({aXTPN^zB-u-r+FBj?=?RCx~+W84fzz)NUK)gW78pt(}S}^)$woc9vXMVhybc2f$JNBOUHiaZ=C+ zM!VgHF1c4!rI9`2Di(!Sv_wBp%*V&E7`9p#nnrqMLj?nRqg9+N@Eay!&>d~;LbVVK z`BXLJ10!UWyFYQ5d&UGoK3k=i3D*^iZ2>=oubV}>i|j{Ur_Df3UdM7?oiCdpoL3vh z>1~^!ku}Fdl4Hf({;^qDnS~)v-J>lG8Dh_SBJy&BcdA~*tItIOb*>b*HW9S(vV9}m z(11kLtI|QLR7cz6$d37LNH%5mN4G+}Hatu0`c93)!3wm-r+`2=ZmXi2&9(O?2__gP zrokR0U>Yb+9IS36;r=Y639oJD>6Uc@{^+YUXdCzsjX!|&r2?U{Fu;X$w8k(7I7Dto zB7JT^$5&4$`&ImbGzT0+Tl~K`e`wIYBwGYQm7D@nyzUj$h2f!#gKtc$zP%gv=fZWn z%3d^lNowXr*xWs39!pe70zb4gBy z2vpW1&U!k)V^743HplMPqvQST`#~MscJr?Nc>C)?)v#vTF{AP{d+5A`%UB+l5pP*6kI>py8-qL}rsXlBPjkI6z|b zrO6KUbLCSl)<`a!6|PmiKreO1vm2n>l-Gx6->i&+y=G*zfwJNpB=g_VUfj1r@}+9i zNP6g5nP@XI!TH@_Rl=QZaKt2`V}fp?sh44#ZGI&Y(%KR7Wm^7wnkJXeK zY5#8nEugh1=sz$FcZxy?OwMiMuFnf0NJHzZ4gAD*5nz6af;?}9G@ zOvo6|*Es@rbYLk~7%hkih@kiZ-CxuLS=v-HWG@cUKdE}X&r;R|)hL(u`4QfpQxL)M zQF~%`iL)4+FNGZBkQz}q#OM6wqC3$NAQEBCUC_KmZv>z{Y$%R0F0&w@OKEBz-&O5l z#Ntw;?d(F?R?dos!+3NEqAgcHDir@qy>DT(Q!eA0mwhB7RI{sCn;Brba1u zlq zhGy?`3EvB|SIq`5JhvB;Krk*xQbVa1T)DjINAmbfM`!0S4S0W5yY?PO#jGfE&skml z|6c|#IInmT-{ms;Rzn#=M^{xS>7KzQrjg?Usxp4g1a4SiG6my)u70*TOwK{Z>S;23 zv2~#h07*c$zeZtLUdxgTX!`EFH(O;vlDW(<`_8|nUaqF= z8n!lrp#n8DXQsNg*?LjLac=6d{ZO6MwfiTCE-obx3_IBOtH2GfEuak*LXlzk2g}}& zU^HSCC8(U^q57m>*%o2l?e&3>QwkjQ9&>edfR{&thXVFE4I>{DhWdS{;BAsEP67)@ z-V`sCUrHovu5e(SsP)37)l34)FeF6gpmRC=6+%y{2KpJ@jS7|*FRV*oznpI9dD-=c zJw(FotJFKY)k5OXX+&r57^XIu#+7(y!v)zIi=&xA8`GS|V9rY^1UaS2=kkJ@F9MyV zWeSOOnc&&<*zUS3)@?XV!o^)R@_zA87tA$hm@d%WmJVwn3!H^*V7#MA+Z7;xyP5>h0| zjY?tWgp}v(<7dGEF;dO_`DemohAS|d&rz~f!u5SSBKdX`agA-HaPN=_7v^O4}+ux*}S~kk-WR^=Yg56SV_5 zLxMt#dQteYjv`~%N1e%e4kI_=R{YLpjP_;|SlrOOdFq04f`0Gu8EJ9wFl5C~8Dwph zR8`aChU5geMGWEoUti~g;PadJsG57fyqlyUzj?fDmEj^`ArayNuAY*Z8&pv{>U?!BXpk=wpJ>?HWt+fx^NB;uI}l{01@9|EEFG zl0C!?!yT*rPwN40d-a36Id3k4nL)T6coFR^$+-(YV;4kTjXXr*s;d)Y0^N=|ce+*Z ztNz9=wZ=v^1qE{igJuUqoBzqzi%R6$#~sF2J;@TaXKR46UV9 zvnfzN_n|PDk}HGS+qxLsV@>Z zqJHF=NX0GchKDRe!@-ftA+#Qr^}2=M*(4v!FhbLjYD6OHQ6NypJDtpx1?68vl2;aS zZI#?%9%g9>JMlgsFA~M!wSM~&1AY{g^vAa$YHSx6}-<;#9~+N1E3=wQets|2{4 zW6!4=`rPM3a$>!=QO0O~%!3?3VuDuqhn)t+q7AK>F+83OyoII5e;hK(r4zd_4soCk zeamF29@}$ww55La!5m(xpg<$OCSA!TE6Un*8Xfzm#kDoZT}*U~l^Le_T2Y%kkWpGF zv&TDodSam`GR}1S=bAY4PMC^?4;ywRq$>azNoZN^8$$98>MP-!KV3} zP9{F|LaZ4lWo#p?koFhm4CV#XiA=mIbG{^&KjBJwG^}d(AF!;Lqwy(hg8|T|0bCs9 z)@i|Yv$PMXXz^i!u=zt3S}HNG6hV%m*^FeYZ3fyc;}F#>S}0NKiHr+@Au)M?(*zkF z9~=a_?AaR~w1X<059V4IuPv)5oYiODr=&l;NXW^QCB>7+8={VEOEYA=sQ;y^Z#U-r z;~pRcjlz-BRIo-OsfTUOf#-TkqSqtE_hAJir4uE}>Ycon5k!@i0PI&9vidjgK=fJ;ZSh>F?pk9qK zWaZtEK5Ka4ogicS7quSr!kv(R=;i0#nJ}g!Swjl zet;F1z4>yzNyJzy#>#hlF?-EJF*rQHV+f$1?dP9uFr$`mpb z;P5L=7%9P*c5cz<4h_A)ioh~K(n{>MNHx%$X3(FTK6&I;ou*sjrJ=fSVV=mx81&Av&y9kLx&FcNUi_~F&tmOQ zPk~A~U^wCH)T`_mA`)KCd6_}VD~~w@{f0q{CCCS26BtCbZ*aN_&xu{Pi$g~m9l-=K zb)AcuL!+GoV7`f=o_PdE6`IE4P94pAqf5tr^GE!Cw-1y8+~zMR`agLBi6IajMf=JRxlcV=x*Wy^-YDgRm?}4qX99f?_X+pgeAg@rEpqDGQB35DCO)1 zwN2tlT*v5t#0KFdX+A4R`nR(OAjW|P`d(P>ZbsA;WN7Uz`$X_XO(P#+c3i)#okF{8 zt9fVWW^2y=vgcs5)8cp)^$J4(r7xcygB3zwDRQ@54;aP4IGC8>8Dl}kwCdr7L{X)< zDNmg8kjL5@4Qiym(RIH6CeaNS3%#P+* zXHLPkRu;$*Ujou(#EN24*M)c5fvBw&3roX@2Y25`rl@}HG@~42h%to>)^m3Y+GIK& zw}D!TJNbwslh*8!cMTb8xCc`~1 zO9a3*1Q%hrrsE7NDI~iguHM+Qopi3@K-|G+8RR=@-yy?vD5P5KNuJJodC(rdMiw(y z384qLK+*~~oMv#?Rltf(Z8|>FHZrD#!X@iUdjTy5#DOK?t{Og2eUfk} z=j*`+1aQ1y`3qT1n+Bu$AEM)eulE*NBFD)@OA{z{GPmC37(CQYd~CNVBLQ<$6r?GW zG2P=GI|Y?YfAq3?n}@K5;%jmRkX;or_;7->N4z#s7aEb>c0EO)7IwPCrC0~E!Etap zsJo_+N|1@}=Q8%~54!tl>G-h4ZFij2I$ie&^&V#R%EU?dkjuaQZHElGOH0{*z}6sT zhOrk2&iVY1hQ++5Km9Xao=_cc8q%igpw?hW5#*C8-bA)h5yI(f*?5o!q~kL)2hJyO zK)iDS{*D?E4*nWnHao)U5y1-imMP*T&fwW(E=1VH&`Cpb0#b2g$?}-{W_L*EUe(Af zxlQTxWUi%9*)$hoAdcIVmgnU|W7E4$Awb04WE4@o)=W3um(&D+nRbm`)w@@RoMVA} z?ldl~4Rk1-u;7@XIJse{mcXbH)OtLV=IUQy-@ACQc=wS(#2;%eQSLUejK$t zJmw!6?5(ryuMVn7=C-pg=MHAzzNVlz34Kas=md-d!jl0{Wno_E#CxRC5GM^rHl^vc z&a!p3L=Wuz(Vh^z4|3>7BowR>E(~sWmK2Ae%~pV0`6QrEsU_?ZB%rOEwOq$;BABZE z`S>w!5Q^P`rGux&CzVs3`FbZm=u~oN=B;9~C}6Qtw4g1Lfb{(~CM%AtnrNlT5?Z3= zr<2053*h$}^6s8P-Cb53g$H_xVmMy!1KY{OmBK_D>4ICf)DFZpcLnHo z+dM8$8`sm#HM+?NXPx#E!xgcjqDe(73=EO;aQC*eOxJN-4=C9`iPHP0)x zOdAgf)3E?;V|W%|qzwP}Y@*-GE!a%EK*`iBqT-fT&cnm(91{!%H=m-u+Ls^5@3w2k(+etMMG0~>T3jn7f)&U*}pKxk!`v@3U4Tl=AKB`(~Qv!LrwLV)Vf#ys__ zqGZf11d}ja$u%OTX7k44U83!NYyjuQkIVr>ag`NI_?|A?W8u4r#YJN$PqWF7XVKmj z>8ldz#U^~^hplrWqO#yHNv*^1zOik7QWri^1_L7-E>B(6!Bk`=g>2($_j^L;Ik4_V z#z4JcrU)orEq&%a1G7jU7~ax)_W{FAw0p~K8Hl`cM3C)0$*qXk_N2&#RL5=S8d#=w zr@EuUT}38@aR=9Rx+H*Ovm@>SqW&0lVDF6n96X+-DpcH}1x06`A4#+%vuol%L0sSK zipkd+sYm!M+vd@@hUugBBEzN*eyz9#`MDhgj77)nL7_-BRJW84wl|3SQ3Q(Q z<|uD^+@{N0;BB!`azZ9E6zv4$TrK26q}Ih;FW)2Xe|Hucv@XLZJRtaLq2YObm;6G# z<-r~V&n3zGaxguD$W_Huj2H=^i@xHE{lXTN?Wf4Lk>ZF>fV^G`j>J_RAj!6{btjvr zanbeQ8AGoQV80T^EMXNcq^ayeCD3WJV!Sr5bF@pC^X-+w4r6D} zZanU1!`kJ%750uYwU_FT@nxnP&JP))=?9JAcG(7)Znh%UtCzf@F@_tZzPKPKYKH_X zt%8!dRKP}FQ{wS13h>@R7ZIfsflWZN{>05`Dmc5Mnw!M5;@En^vot@|NPcJr2puDrCA|E;>2VLEv7s``wA%21KU!P-rxN_w zkOYR8H`0ir=E@p)LJ4(U)oMdB@y9&tx&Q_0>IgX7xyJgKXt)A~zjmz-D_NaUL0?E-s42+>XkpP9&w#!nJ{p)lWzs+xIYi_n^VHb*Y;%Hm~uv zphsz^JfhWsRwsRDA|YHK);q(FP0?kLCf8yBHl3A*fe;8MpKX zVU?=E=;^gOge4ke;26U(*q0cS_L_q>j|ZoG`Gh}4WXLR;02+E?w2-<=8jT~M-stxX ziNvIH{C7iW5Svc;ak{Z010jdGXs$$VKC{(nFS&i+6QduYyMSbXIMshv_5Pl?v&WWzBfe#$j6{`{WN7HPL-h8Z@nA- zsD~>y2e4E|i1>&a$9b_gBdbQ?@4^1U%{}%v^H2%3sikCDs_TM{CiQeaxS*32xwkmN zRu1V409CI4!#%~=a;GJyn?PMvrQq=dRR%_bVsoFxtqSq*q=SHEQT~LE&F@}&grWv| zW^SO~o->QW97FTSY_wXC`u@g93T(j^BsGrVvLNXK8pfSF4olqJ1X>5I{y9f2lw_4) zA~HPxc=Y3r*Og|zR0-fwENJftdEpo#im3{(RMQyTAs9%~R3kS$@=ny{h6F!IR(4M* z$<89WsC<$p@HQRC9j3{Po>Uu#mN`TJC;z$m{>;yj-y?XyRgi40hfd}iltI=!>K5c#mor?{mqRutdq5 zcADz4BX_nbA|&SNh`|GrrI1?wP zgjg>f`3T|t4I8XQzy$FRuU5dUt(FkPGn2PXf>2x04mTf_fCa{_;QBYo+UoM1y3io7$3j7jP^0io`Xa!$5JdW#2T;e(-J z-uOtdQbmOw_^l9;MHGB%g9%`Kz^=IDHg#FjuBCR0PpRh%pa*Ye5wwj+eu=w%Xj0x9q`01IBDb$FUCAU*0u z{uu~$gqM4vh^m8GQU~R$EpxIw+`^H>M1l*T4)RN8W>;KPS#H{>JF_bzojLI|LcCFh zJbR!NJ;3{~bPCW-vRvZikdI+*5Nywe#`1F)?Oudp$O~f_%mxCI3!?BJNdJHe|m5 zrzc~qF8kCUK_Sf#MAJP${~x5qX_>+wxK3msbX5Q^+0$$sEWmnhmxQ&s+?xZk93ECk zg*^;92FgsOlAz4Nqg#u(W_$B!-SPu{jYRCy9-*J_j^iZWF*mlPA#PEA2dfegK@0dq z4nvp(Nln`1jnz3Hof@LSIa3xCfD-|4%Z1sEkvNH?lQTLeAv)w3W}#ZXNO9+cys(Qb zC@Pt5b!K4m5Qtvq+_-XSr69H9+ENlOB<8w)0k8rc)=9BNeILlj`hE)`HH<~0fvCj` zle`6BsVk_EhhQSQh4pDWF09Z7gf!)uxHfNPu$m5}W|r*2P4Nx&{L-O7+(2Xal-KwiUC_vt+6 zM;T~#OWDg>lR=98{h zy*VbjF4!i#kr*Qfu27BLk>8%DVk#NRBn65QY${^ehN zG?Ab52WA5jGTg)sTar9&;7KLlZgPqUvb2%s^V}S%uPiw>IFlt25Pc3NGxa|0ra&y5 zOgdjCpBw5EgGxa;g|-L2_h`2V&&L)v2YjACglEJ@&g4wJG>^=^l_1+%60p5%`q2qT z;$jn(B1g0;$X)OTbVieG94aSg4l+b%<{n4R-V7!$gCT>m%8*Ep_kr@nMU$)!0bUwz zwWd-czT?%D<+PeCbi?4D2cI)X!Oq~}L}QnUKsF(VRq#5%&>{3NExJqHa{h9qiSYE2 zxxlW7`Se3(-%$1&nf}1R1)@8$lE&CiPV{?~XBjM7Oq9_HTKQ-N;ZsE*netYE$_L;f zqR``6Hq;5c2BsV}dQrmPxSzT?rzN(vU~VERZOFnS`$Z+x9s-@PT+F1vD!eoE$ZbG1 zj-}-kCep32f%-jupz}U2ftU|PlGO!b7}dSfclbvGScwKto65=n-`6?PB%uLx{2=4W z#f5CS11Yke*}Ph1r)W2$7I!Jwrw(aGH;!Y`lyMKPuxW%HcH^ccS4WnvUi3lCAh+@H z08$UNDntuF;~iQ!8bZx`rYMF*m7}h6y;yNxXM~H@Npqrm@ZTF-$AKeMnXwaPXwovn zbB!bza`w_Z-LvEY0kbW%>VJ|L!OD-C^CulQKrcjSaAd3K8IH6wrf+KtwpbsKnd) z@7Q*N!Y{^l;#0DdRT9(NPrsVr9+S*lAm7J-MQP??@ToY5GgNA_lHu}CF*+En0Bxan zfNbU4dg#U+uMe?Dw)v^%fgDB0om62*vL(L>tCP!6Jz_H=lyfq_Y4l^q#jJAc0Vb+d zoRpNJTY?nALzSl&(f|Tbg)0T@-flqoPdFLXawplftG1Z6Edi5+g`lx31 z=>XHcj`)9V%@&}P#8vS!V!Bz%k#0O@+CDxkonx+c6p`S9J~#wj$%gIaQiqMDg)!qx{$gxrq1@K)>QJz|YUbg~S~gbg#g2WYzTsx%lXNC1pN(Z?XKsXu$Frc}gm5kzhHqLo9m=0-WF zlAc2_o@4CIVkBhwQMe8XKjE(f5K-csnMWP$EHdV#zrMW5s%SZ6|0fqF;edUCvb~>; zpqrf?mIf{)5SzBR#JI?B30lz!ynZnRD-i++2jCoht`SRsZjasieb59{>L#rp{z2x`Y_($n`KyUBnqxHvXSM;5o=dV6w99GE;7Wm#-0`{8veeCTU}N zd-CIUGb+09)CeXJp5WFbt@yjlgfsH#g-UyPghkcp05(GA{iJb(Z&br86!qh{5zuX< zpITBFT4JhNNDag>^Q&!KA={-0)pBIe%T8Ry-J4ZYJ3D3WMnl8DR!3Hq~dI}q7esK5w_OT*6zp;^8{h-?M_m(wQ>h2%Q$9Aj0Ao`?|AmYh#c#agh~a*CWgGl3R2vmIwOCS?d|_WI$=u;pq~}WbG}dU z{2p^h+0!gsJS$bPUlK!E*z{>e=ju;B0dgol%GozL?K_l;#p!i04&*Ya{eYwFC^xGq7>CdBll^j6K z!pXwm=!9h$8v~}Pz60pr{6nAQg(o+3I7#9Q;>ACya6p| zY2OaU;p{OCDngl)m=+X6FOdAJW47OiVa|qh-@K=)>X7Ic)`GkC`iU%er)S#t1aUl2h&>2UQN=t z0!D|)J>Ricrg6Q;PQ&9wpG9fxe7x;5KVXp3y>M96!Mdt_9ex#72{H6$8OL8O>}yI>|h@qh|4+o}y(+ zCrYZ~hH|5BHOwiKsrbgZu@54((0m$lJ7p!MkCaXfd^g&TgM?9gZONz_c2<~Ri%86c zGt9)p;}L^a<>Xl@zoSwAo=0Mf>{?NFt!I%nf>Ik~HEt?&PokS9P8l;Y8;_*WFNp#c z>7_TEgmJ)9x+4ZZM-uk!H83M5#o_BO&s&7d;w9ZDaA%V0`Ik=;yS+q#{V7PFcyEKa zv?V%%xBOY{P8H~$;_E_cMj)*3B8+QeGm=7=k?>n>NPk6Kw}v-^`{-h?BWgP zEC;;Yd?xQHTGX0pT;f%Z{m8pEZW$2BalpOV`QjuTleS!11^{Cy z9}v<@co?Zse|vI4K0{I0aN>kz%;hzM*^hXn> z&7B(p-;~p)(um|OnF!ufMoN^oTOb`y&f3j+E7}|jW@;sgx) zefa~*`Y%++GlO5ynuQM~f3FJTs`Al%=20J)!fRe$@?KwHkQAQg)H?!W2!QlVZ)knl zUZq9jO(IQyoc5RvsBFt5Kvz6~8Tbu}e`K4+<|Z^HI!y$D$5cb z;;LwT+6RRRdA*)RZ!;e291@RBB+o|MiZX6dS3+DS&BcZ7ag5E>swi4g1625t-DJ@I z5FW_}M5?*z4Xm|iZQtYizf-0rtmpt~A(cFHX40VjDXNHa29iP4wK?MhU-c+rn&ms( ze81wT*6U^Ui#}_>i^T8l&;*I&uSznM6DqY2Ad+_u{)IhT`;9ihdoNWuHfI?u0l15U*dD* z&!<=%pnR<-l4TggdtC7>Bp3)F5Aye9A(MY5@WcKL8V30Mk(8j6glmbI+ zFeECUf;-EN2`K9!7)JqMFj7!X$18@&;80-2-KbL1RVj zkzeN1`36V|^)X389fXWHg~K;6&yAcagr-V8l}tT5fB<%43u3n0UK{$P=U-x9-+|bN z|4NvQ^1#6j-BvS&@6jkm#mRB@xUBL_nbm1SqF_^URFQ!HM(HDtvgb*A3%tbwJ3y?i z*D!4LPl9fQ29ovh2s?vRvsGE5(pF>Zj00#E+^E4WM?_od1^bDj879>U(}3dn6#Abh zr1W$%JkaT8`+~ILl98gNc{2+6kK14%Nu+d4S<)I|&nNuDWH}mZ-wtHvp_$;6y!2R4 zfXd{ zM$n|6uTW8(nC>1(ej$)Jk#<=cICpj(q;8Uf8K=$jb}O1d&HvR1_@t|LQu z2_|)ldZa3d<~J9-CDNgL!G)eV3L|L=|{rEY~rw5rDJ|3W_n2;V=0?S0|MXyy= z`dY_>l#quZCu;qm_oU*bUB&%m&P*{f&&57miS$hsQ8z7w26YMJ(72t{z{H^>=NchCTV3IBZnQAG7JI)id$*@TbE>0IL6+U(QXAR z@9|6T0ydPvub5})_#k^Gn)r-ylhFkZYn3Ew=Nur7N@j)|2uF5qh!_L}D`nrYqDh#? z>G-r}k7T(Xf^>N@R3q>%(?OCEsU7=1360>$$B4=yH~kf(I-)1U z0lC8sd9gdcBEZ!cX(3!AZnnA)5dmCZM;bXg*{Z@Th7WQF88PI)l8Np_9yDaBLwdeo z&%_0oc#&#IZjfckOk%*@Y5|5!bX}Gl;$EAgiPHxWo z(iX28j~UEKK*XD~T+r||$G>|AtsAgT9BWw`_FiU`e%(Ngl(xl(>p)9=>2K#4lCyjR z$0T2|4k(#2%-M&eN;btbPC`JUA6&&_EZH5bH5bytC4sq=V`Mo?S8Y?iW0BRR(OC7j z&?)61dy8%hz?#n2VkQMa6UtHk8W#`KnrESy;Le(`i+lGo0=HW8@PNl6GmJ+?P8Heg zEZ?~X>#&4Tg7|}rvD??4A7`E6Io9I$hR^rQ#6pR!y|ndhb9~k2p=g{7xfz1C4NwFc z9V;d|`M}tk?84DM$M^XH4564>Cf)LlyoHF~+UUO`Q)9d{t2MriXn%wk*My(>H?^~D zYXN)>a;3ubxOmg+qDRcV-iGFxHd4zY#@R-b%W4tfZBIlTp4wUEZ&>!h=|Ghw{V(F~ ztJ3S2ZUW2{VX21d&>T=9S%Suk`=8eEgS7&PV?`lcL z*q1062dcbdHdx>|T@rRtjv~>i#l|w}wzj++yK67~VL)R;inxm_F$0=}MMM-d-&72= zC9DPmn2naxWi-X-TqKq5h8@%XAUka)A|!x=(*w8$X_{2wj#LGju0%k>SPqABEdCgq zU_GpbQ-oc7SA0oP+qx9<;|%FHDkz76q>%>17Y;@_^+z6KmAAziO%S)p6+FciPe2ev zc8%S8AEY@?VQovK5}x3UKeNjRXl&bgVSLpU3K!$_3d+=m?xTx8Glvy`LowvURjiuM zrP5ndro!)osQwCQcr@MT=A5YY2YRsbCC=is2M2DXN4X^YJYQ-0|j zx*~E}5uF$XxUn)zg?~iM%d!T~YbYk5>hv+&>}|H!*(~h1Eq;8E4I^HJE)q z32jS?$MBQ2UI{q{=6#Z4Tt{Gwi(mz6Av0li#P757BwPaPJA*sQ4FEQZPAjaVX+x16@qh#b#CDzscCCLX=eHq{q!@uJA&zTBK*SCdT#|Kx zVQ>bT{Xn)Jy=z=K-5@U<|8Qbr03s8Ng)aIKIlK%|5pQ)QX%sJGuU*T~B8}oNSj?wc z#gh|-bf?!#fP*C(TvP;pV0=sVrkVCAckKt@z+|vle|A^!4RxWy#m;7I9gtOyDSZ zLl}nPFp@YI3ubprlQ88s?}tD5gaRbRaKHw_3Yzf1DxnB)zy--UrCVs9y;Ey^fOXs#4F_*`TJ0eVBr?C8ny*mK;${vE4Gmt zB?bq9uA{SdRWWbWr=_eX+)=`3=b>gt=dwMJ(89o7Iq1Vz9pE{YL+9y;JHbSC2oq&0 zD-9{%BRVT2TkT8rQISrhKO#N3yeyvf$azQ6^5!?a(^0i8Jp!j3AZtkWv*NkGq8b3M zc9RrfEJ>v%y3p6?Y6jPT_Cj^HNn-m^V^WCt(1Uu6D0Al}Y_UvOW7{xQ<^+AqqWV1r z>V6OoTHQY8p*lfn>qO!{q&6sQpfF)2(vf77W(v`E=4}=w&6ASuQ~wA@7xgi5=n3dS z-#q7NctMM`<#909lB7I#ErN7yNwq`#2MM15(KzKFLMWc%)q6hmqZF)mclD#pBPS=h zXA0`9yriJu;HZ}iWgD;?_-g5m5!KNVx%H2OGr5(sbx%x=)PFT4%zLdEOXs z{HrUAASpo-0ouGsJf@xEGyiCIoSqFxzqX?@0X=c17`=tX+{Q8h#K4s7+bWG4AT8?6 zU_MJGt7WU_y6vbOKD$`gI@2M)8&MzZ7Xe!)40IRo0ZXdxkLsyCnM^y;xxC@9`CBOhIFhr6|?*C1a-ayO|kEF;TMmD zhw9^ZlW2{c`gy1q?}yU$r%uVHCsDi|#aA89c`}3|#Ky;j?(Bnc#WB4!@`Ofo`u)50 zl`~)y*Cu%utiJ@&97rQxL517~vj*cKX6CcR;7>?AR=PsnKO_?5BfptwOO*ruVk?Z)!!`G(Q@2B!~t^19>7#)Nd`WN;^8?-$Iqm*IgP^uYIVjNv<}BMi45+Rb%a$eA1fq-Km|bHG=sKodnN{o2_|qpe^L zu_FT&ZPcBsen(jW69*CL#VJX{M}u$%T5Sw}p_wUgV-cna&O01FOpICUeJ3cR7|ku+ z$i~W>zzCzf;xQ-SO-5zHhoxbHwL!Jd6ZoZv+n+40zg&Gx&_TWra{A`HpTdm(<%PZ- zI^&~WI>?oS8sR3)h5=+f2a=JdrSFdE6LsU>Z@N1u+m*lEp6M4U<=n!zlN zyiU!>o%xPeiuWi*sD0sZn}!f;-W{bW@~(HH>Q^Y#|ur6W!=9{fx6;D zPXm@Fv>$HYsX#n8htI0m_+c{Cpzo8XtcIBoErl3-p`jZrdeX(#;oiYi#{?u8-4Q5b z(<1$lJL*;>dgdd{&5`MzU)}?v2j&#u;rk*=J0C#u!IT(o=Y;>n5|zPJFytZ+2Rt>6#P^I}BRTG6Q$Xq}Z+ zfD~TZvz*;oO~6e@b_j5`1dpRL-4Ep%zJC5S;r6qGD`KcS(tr+0A&)6rK~HQ@zQ0hE z@kBHNDRZM22;> zg<#UM)3)ZnyZut)n(9;)`Xz|It^6beLI^>&Ko0Ba~WfPKU*7egZfRzi_^ODl1T z8DUaLQSgVf+O=zILFPzvAJhS2+~N&{?8~=P^dWB2Tzf%)*%eV+0={y0$70{B$3-5x z91|R+&spm)Zw51Jgv3*bG-|3i0ZQr`!)fX_^JLUr=> zw3f4h40}7|eO2@U76cA;Z*}Cdd>T+N%G)~L4F(0=ju`)Xm%t`9!sf}(8ltb`%Z7oq zfgrQc>5>w?wGQE7eE5>@nn{BbF{ZGiK@a|=0A=h8W57Yk`1#HP>N$>OfAkeQ6$g_K zhPwu#4|PvWg=Yjj@T=d191`{30Y4{QXc1zRlqZew>V5Qd{=)CD zbL1FpiNVMArLWk&UcX_iKeU``3F$9m9-#09BT&Tx^7}BagM-P@TRaqp zsflaBsc`|ddRyb%&=G=jSY3hi`#Hgswndm{om|W5H5BKEW7~Z>T{kZl&@0;|TA92A z;Ysf2Gqb>a-Wyel2c+~a3nhwn#3H@(R&Ggt#g#i?q40#k=Z}3xLh&CMQU}B@=-a`B0ndvYM#foER4DtOKN(8?;mYet;gQ7TPfpL_?CN4T7;GB>^wyIOoE^Yo)KyiBqA zpjT$k7dL`eZ@r}woMu4;W;(Go{M!eXW_wCZB}cN(=>BD=q21}ktVjyXps!|HO&-F* zhFeV%=Y_YxaHEE{HUoqFLYWk$WE%r$WHgm$%<+!e*wlvtCy6GUDen^{<~H?7il9=6 zThzB$w1X2oCW-r}seCm0n->hEnPGV1A%~LG;X zLxHv_M3X8ozeWv1o0Qch_J7PKz3xfZh&E9DO9fzE~ zm|I`H9ggGL;L{4`y&8=k2m!0ah0kAF9fo5(1=^MWK6&`(`-jV-o@JUFqeTLmc}l|k zxPTRin`3f9)uu3HF11a=7Dc0eXMIMtZ_LBu-oW&SP`^Zosnw&co$v?!5sz)rG%Oce zx@LKVizYMLqettmWo@@gNXC5IUJ{8m`W~2W5j4(xaQDK23A83z~0~w0$6*nel4e>qKCjX zRfI9tDK7`pGc)M!=WQ3=RC&p`KVO;^)3fSjDFVJZ4x7b$FZew5MWA# z<5-#hcA!348y`3GS$7!ZgpMmhdVU~JQa@dUPFh+@H{;LX@rGx?e%$BesLwrGz98Kq zE)Di$eh-e+VRuDknbQ?zj+`Zj{B_yJ6t5E%?1{zy`Zz}PDNw;pOMp8D79Hb6Xmub` zA-xPL5n5B(eOya`+<~$uXAi2+8)u+mVDE=Y2s!v^HUOA)Od@oAl0?n4!YGoyyop+7 zeo^b8--14FMNdo^G)xBVpt$4XUj&5{&q`6`C+ai|YE#bqmf2PS>?qbHR#}39{Tc%EV1{m^vMQ*ENF{O|{D4m; zU-*#bWn?oOW_}jKvb8IRLdp8*IZ%2`$A^OR>f;WcUh`*}wL|O!q4>I5uNe|FV^mGo zFMk$?^jE87Bs(?HC%~&J|51QzyWq(6kwdB&nZUCqZk%*sDt1`+BQB00!``ksv&mbai-kZ7>Tpy z*p+8VGG`2Zw$8{&HUesvDz?*;CB6WJM}9{@N=()Z`7v>$4`ffsZj1ajCZ!;PWpY(( zd#3d1?}B%mWGoa6HnGax!(*xiOgd*Nbi%3u44s=svz<9QNan=C+L%teu8bpMK~u{~ z=nMRnv9)n>CU6s4*aFND$A#?!QZ6)@^Lc+H{z-wb3=C3Qc7wuDU!wF@3b)&w^90k2 z2l`nvOlldEaNdpL5SvA&oo*-HNM2z@$$Lvgcot2pk>hl)v6;GnNhgRXAk9f!+_()m zS}MoFdhWI>jke&s{Ij450xbwK*N8}Sjbs|ss1>Uq$Z?b@CRF^P1m-m$-iHX39$ z^l^ddimzP8aDpMNfUGHo!(MW{1{_DT3)!j(jxq0`naQXSlo)fcLpMBhBZ+0 z078CTrGWED{2Zgy$caW|K$3`{&Gdm+J+B5tn9v0^WU=XUoyLW9>3R5sxN4fF1w3Nf zn4UM!1I&rd@M+h$LNJswg52WIAUM)l3@WtoPFUpZ3Yh*0DVq$(muUFb6;m+ zp!me$**UE29(CvHSv0{U=9|{xtO0-#K#Dt|i1DvR+7-wkmXBa!=s;NLc~rQmz_gjqAnH%u&bLIP_<|RK}~$c{X%gP)wE@99#_3x z$Q$5~mw;e5V5Ro9B*w@kBBS?0fBQz|-a5(!;VdAZ4zZWOEuk02s3>`MUeFH7kYp$5 z*k=YJo0XZi!m018OdEBEGVBv)zMCWLo<~Vu*JofoNJ8sHr$Yb9onzYffzDhyi#)wm z#&OC1-n7=9FmoefL`ksO2?InrBF^M48P@l427u&eS%=?b*~T*h#1fk{<+$j^I!VyN zsG80vSRUCMwDqMrPxb(U#wSC*{|p=Am!ZOFUoj^3{c%^erFMc5uAsBg8R5*J(r%yP z`pznH%#ekq)t~D^Q2D=}dxN3YWWZB{VD6mn1UQOdfx=X2D_qoK)Ll0B@$5?M z`onb^Yu3Fh*mpNyBWK5`Tbmj$ReIhagMrL2x%Q}2$3gs6td-@e)J&@SyfU%0 z-C`&YxyLeWZdpTViOQ>J!ge5dFGgfy9u|HABzxBarKTqQD0*a%pj&+Yp3E- z9DXy{fdV2%#Lxe)r#O;2Z_^0?+skeGkb!hePmkx7aMyb0#5t6SsN=CKEb2ijN?aZV z#5yiC?@ie(ED%;D8KdD`Auw^@y&gx=(hq~ji^4N9e&+({Rcb`pRDl4#BL`+7bd%4l z)-38KYtdD9i`HW-L%HN81JqBC0A;R{4F`Ag50Nm4i29W1qU<3I(C45aN2s2y;fK7+qpF07sga#DK(B-}0*BJD5Y7Al=?Z)}Cie^&cD}y2VKV^zCI~{u1CU z#Yr3j8ej-w%K_%0QYU+~MMcqu<*_PT>YZ>rz13=AOSq#MWiIEa0?cMHHd69_qwxL| z(BQqB21l*rCMFh_$C~Ls^+?Z-38%mlDZ3F+?3+vZ=-H=oQ<%D;W|nw%3uAQyn9i3i z>`$gB2M=7N=rp;3wG9-r9s?emU?( znf$2uSU5&;dmO+xA}(9}kz4Q2uB9~um?$jqVO9)cK=#U0X#y9eft-+|mymp^IPV~F z@nKLDak13+K0Z=j8=^?g7JVnwKou{TMOWXYEeK~zm<~du229FX?=BWI?Z$x@v%wDB zCF17FDFAXiBp#*P$8y$E1)8^BUi{%r(0QulT_XC?n%@vN(fuOTS*Hv`e3W`6&nIQW zEV(TkixDDJA$SDmc0OT`u@)~Pdi0;~rD4^S7R)94X@?^7rd>QunhwuPu-h*+ATl`^lQj{+?JfzRA|QPO zMWFwWi-zT7K-HLJl$7!HwFXCiY>1X(Qe=d5XAfa$y%HQn9Y;C9ta^#i+xHkwI~qj` z{5qkzmUFsvgXDcA6dU7dy{9Ys#Qw#P+I02w5#P;jsy za|F>_E}1CN6FD9Upz(Sy!mVR%d+E=jKkFsp?bRP_7m_8KE|Hc;N$|NP7^ffB4fOT5 zq~Oib19a>PE@Rmen^)@#L2@EN+>;KBn^M#RZt-f_y7N zZuUSq2z&=P&ecX0i=?gThAM=<$JYX*1qUeT$ar_*q?~w!5xYYaGS{o`9oeIdPU3mn z&uB&^+acNdMepGbFS+*Y0&MwuB2=$B-@|*r8KJaQ_=$7gE&T!I*ACsqQw=uhoFESn zueD*BRM9m!H?AV=~ywI+*Mvo zn64gFEQX|H3dG*n@>_D^R)2X5qZjEQf20Bp7WC()wHW5_w36s7maRj;4!m${KWA{F zvqYmlUn>|x5PB$*21gPQ%)0M=Dt#v4EH{VMStWg&NxLIOm`y~-shvX_F6MagzcZ0E zSSiSx1e0ByQ#JYdgO3G+fCFJk&ekOth4DaU33$!>&gwKRD5G)Vy_9S8RhJ5MhaMEH zxe>TRKPG*phxz?F9PJQFx-lXnEt~ig{0;k>)j$kEt8<|yC+d*I=G-L$`P^_T8QUu- zpgZRLjY33V!V4oKsoda_XBP5MRL0<})<{e6qm4*dgDqfZxOWxU98sp{5a7h7oAn?P^bOGDI8p zguJKh(Pg2ZhQdwxq``djavGNDb%~*1s#X2f$#)GkqW&~Gv7aF5A z=7b*SjK&pgS$c;+wSM=zowspn)tx~9W+R%F0Er(oh9DN9ZDB^1?#dl`wX4UnUqG;pcEdL&Y$m*CqJGQWDb7Q}4n1G51=!0GKqsk#5B->COt zW-w5thMVFy+tQN6uy5sM`KJR{V9(6ZWS8!egAs8bxEk#@-hUltH7K_|6#*g76}kpR zQK8Ia8<}3o9%LKqf%d?q=#nz~O^m&r7VL)jFbJjOm~_8Oz362^viK2XQhw>V}t<)6a`J!t6J(rv`;+xzv({ zp3ePZicWw~RJ^SRjNo&;`fRw&_^Co`Qm4dUO&EG=h|((4W=Qx$R+m5~ZVfWz>5ACp z#oQyFI5dDDv#glwA~)~g!|zrHnU6HK92WehDGlz=eda?vLz^hH!C)|V3@0qstXvU zhD$#O4faR9YbYbh8HkZQJ=cP)>&J+3HiLG2#DzNG;Vu=K`0bP=y0G{qn$%MP zx-3Tf2aj4w#wqS)wI&K5p-F1w^3UGE1KtV&f~!k~9+SA+qW z`ulH5~>0^Ax3beqJH^QJmPsjrEHb-Xu$%4LYWk*dW zI7hD9wEpNGf(gHQ-E2+1afP7TLr*s+ntwg`xCjK$2iQM=&$9j2J=wW`Bw|vUVoEC9<062DlcTO%QtJw0F-UVAM!``Ll_x^I7nj{4`zHwT zR#!WY0MTGpVSn(4Gbh!m9sHS_N4N)ZIaq zNszgN%dmiVyW^A)XL00fy(Z&Of?SjGnFI7MzS{cY)pZ!IO90{38mC3}D7g6J@idR5 zvBbdAb9Xo)y3kWp!0zbtDC)1}CP&(!z1jZRV8sOKV2eh`*g$~B#yP6ZN?}n#DN`W# z$5ZId$K)8jEt04FQ}q}Ijn$q)4yc_PpPa^S0r?wOcn2MQSD?vl7aSaLl_flWCRM6p zGg_Vgux=y*@!+QKCe@g!SZkoScdiE7sKZ2!{O8B8RHY>uz2>e;MWp-q7wrJaG&g&q zkWBZ3FPK8a?IFPG6#2rEGE6M5@Q1g{K4^_8)WV#cK$(iRxnUO6wR&6v$6ESj#zPWe ztrcO<%gX}24^P3id1ifKaCR0+1j2D@K(-=^7L9HupntF;7>^5UCqw-tr;4O?deZ_i zbu}X-jYG&XB0)o!^tswT1rN0QVnLn$c#>KtnSz^*o5?TD#3)Ai(LKU+X&uDRQ9&AT ze11d8`$aoQ;OJ;!I8}A-aM^M~T_x?qhs+%@f{-UWCY)9MN9%ch3WI4rkIhyw3*ptf zfJ3)zog4W36D$59pS`5ldZ4HazN}{2{{rS0XNRiB%wwIbKW*DBnx%}iC9q_gbD{M- z8^S~((~LO0)ksmmT8g8}1lUJA=s=OF>?2vtHTUa>in6p7X8q|Zo$=yKp0@V~L3FlR zjKwPbZs!0^>f+LLy`vRnGeQEC;4RgtR5Is>N3j6J5IJU5DR|MwsjqxIvA z?8XADi&|#^&SI)=a|ShsNK;tF;J)FMd|Afw6+-o<%o7NGbiBaN%Y9@Ui{Uircyxl7 zdO%uNK10VT0QI)u)bM2r;HCFHN&wTr>TEre?_3Mdq_=_tB|Io8U|?xumq6D}!Imv? zrEr}*C8ydTv&FSyrT>7_Ba;deG={m+^9iGw0=QV~j$W0*kwSfHTPA&D$Pzb^Lwf-= z_JT-?WuFOVc1?v)epYLk3pBz~E=3 zcJOtjXZ%Kv1u1hCo3lsKWG#Q63JrI;Fu@D{^UD>50?cG~B@JTD_&jYP-40I#GW!Zrp+B2DqWp%< zO<{Y}&#h-y%s?Tby&_sCIVpifV+Z`+0vyxvR4u*2ZI(mQm~u_>|Cuv#(az)!{4he1M)gl4+_plRAmCe85#l;DF5P!Tqvo64y-X6Xu;UJt%j}@ z!-%Mr!pZ)gUUXd&I`VJjgzP@v5|*CW;v1$k8Y|%!DxBd+2*>|6j@HebSybxEV^{%* zw`%LiD5Z9XyBSFGg6aiJNGylG%D-DTa3@NRmjKG#9X!GXScMMnV*eH}ApZW)>*;zz zXl`zDleih`+uJ2Fi5?6B)-?V0bHkCYP4>zMv`)iRqo&~NWtgpJS-aQ6!^~duYLJF^ z{fOj(3>u*!(cNg>wnQ#=Y^fB#L{62;0$*dq8dq*DE#~p3eU5EfUWJH4=bt9vpPA`f zf6Q1**#&CU1|$Jgkod%MCrIgn+~PUN;6hFSRR%O7i-M){cUNMPXPNyIZ zBrKNUm_8KBjkM`gaP%zaP|LAWAVuyJcAXMFw#9e}sAg2zbNIBR2+0E)Q8 z0JaAYTcs zXFnpO*ZE|*j`r-M<291C^OU)};~il}uPC=>fV!HrH^-LknB)&kZOi_x#(IKQ2ckVK z$B-D|zuqYvjJ1Y@zZs$7ZN(I3hSWJ9zlRO>UJ+grp&Gdcr%t_Pk)knT016!d64AN{ zi>nX6G!DUPw&~DE466mViy;$cz=ge;9YrM1;`Ot4hCv@1fD1@M7}+I7=eJpM;(aBU zpt6)Vbq?_-pz`e!4WgZ2UO(_pfu6(9u@eWCh-)6>&Zz_ZqZ(YTQjw!?(^(4cfB~76 zhXn3ekZUAkLAwH)$K4r7Td|Og7%LzG-8cST1aHgQvVyu4Z#YcF-Or$1UqeL?p zt$9z0Vi+anAfwj|^}AAMtPJU00~FBU19nSJ8MDBx3EmSp>x_*-e1NacM<%ACGN+6!2iyr}8^y+t)96p- zdeb>|K>13X$kd}1Ud;PG4k!L&cqd_z2Fvx*qa-E+pg^}FMQ2mka{L-Yg$^c21hpX} z9*2N0)2-qCcDtyxhsK9piH-6ne(askr?Ng`)yKh=KpNLZ+)=r#RPT>gFpFl~tADs| zi$%PcsRo{kk*vi+B>PD2CTi|tZanD=cXD{;*>jol_WKG#49*03RH(;f_UjqiRzXW` zCRM^g?#*|4z~I8o%_=;zu64a<{b`eQY-p^{vNeL?7{@d-AEd_pxuj-2kad_dT;KSr zBy=-n?TsNVgr=Or_#m@qi3k458E*wtXwQ;4YcpXZM1@{XtM?|SzPA?T~m-d<#3H+b*{{nCPX zvrcB>F>F9g@s~TOhl7&I8sT8LLDVN+s-VF*foxw&V?6;PYv~bY%4G+j$&%_posk0{ zt5>!N*Yq$axFf8TLyz=jaXy0vg9s)q*Xc@=CH98}^nD%vp^C2C>n4Yc$s&?Sq-D;! zzh~Gh(Tb!nK?VmrxMsK9aA^QKaiay^ohk*2RZtR$gR zGtqNt!g6)Y_sO6dF6M{ehoSKPx_aft6HH}R@O)hOjT@h?SOVa)AdrrY>ZH;{r@v&Q z%~D`$_guzD(+xH&R9e4&)JNk+3{W*N^$MCA6Q>h_V1Lwt{zZu&q$V8TP(H>U<1pdo zod0U>*08Y~C>bN(>}l%e!)arg>gUMI0!OkczU?XqWRJuQx#XZ@A|?f5;f(c_O9@2* z=A57lpshIAe}ZMy=YsyDpKF4qy*uyT#^ojQr|%5T`6h70pBSk%RI=*Ag1n%i_cBfO z>UP|Jw4%R^8BQ4H_O<%UAxX7L`+OzFVyE@xbwW>`LEv0;r*S}?c$&3$Q5m+WD}@sf zTZv?e+20e7gT$3Ug?dd%XoX!Q=`U0dW?XMO_t^oCCY}6LqA_}{h{a~E)OK|8(_kX- zK59n_|?Dw34r5*r5z6Z zG^ZPPiF-FeIF`_|AotO20rDd3_vfDhax>@+tMs`tq?|$Ts&+cS#olT*5dpRTo`PGf zm}r^GL*=PE2eztewe{=bRNW0~Vi#sHvtz|$^i8u#tUE#^)8K`qawX;J8kEopG`y+_mm_UYPp6Pa>3F5Yw2zw0uyoi$1?li2%?He2$LDa z%6b9^QH35LLZ?q^)HtWT}vat6}QZV*b?;49tbW{nz$b{yV8g3XQvRZQm%KaZi& z#76)H)=CrZ?-2fQ`GvR{CVB=o;FN9(psfclK0J0{L>#TfG%voa$+mGe^Y29u3sd?l ztD_kYD>cAqRlat_o#wv9N5z(ahb9Av|g(2@1~{(5PI*k>|Jlv9VGa> z&F(9EnNFJOL^k_t|E+1fxns^Cu;!Qf*X+k2&f->L<%L9{U zSVN;SLfV#w*Hc1_1?;K$x+%!pH8d&2_7M|m2huB%MDjp2RTzoEx@hV?v%*!C7U7~@ zg}}nVR2Jo#tX+K!k=S!U&FSV!`R~nYK;!JktB+qA}gV}SS3gyv) z38_&`yVHPY);A>30$W@eKx&_KPUi$NCb(eF>6w%cM18PJRONlOf2OBKI{1azb7Us+ zws2$c6>JHX50ms3(?vw|vFWmZgC%dJr5=4ea1tn zd7T^bLXbLRv%b>ZOC`QGR35N`y?ovY`Gps{KdjF9r#oAuN1A``q1j!WVzS3d!AV zM{PTRfQ@1SpU1Kpb*(UzJLQvJDU18L-`M}{B{N2_$(~6$-3!Q}w*hLF3AL9hPcXq2 zod2_uwEPPvi(@)KT;-)P7e`MshTZza-UZ^x6!!CA0DwVX1?aiO!jK~q+BpW}ADn|y z)FXH}VlGHKc#Qu);Xd}^kVZ+_-q_m34?Yk19wUR^YjNYaWW#y62S}jP9cQK0qOE4} zJ?;EYfEtn_mO+6vlD{YgkFkzT%3_FRA^1i)@UGbtb_`E{u|xhT7Ri}4db;&2sD}~_D;?i85Lp?d>z98XD3qPL*X4TdvAzY3Z)`(CwYu7k| zcReVto~u6xh7%-q5eh9Dh_&?19^;BJ(TmZ0L~~@f!E?B-F-XYhu?e;Sy>FW~8?YOa z3;8GP7-1ST1bALpE(f|tG3EEGjCUxJD&e-h#l)h$jD-sQe{fL zjVJ`#G$5dc^T1{eYH1CHf~{@3p?(Qbg7;oVm1OaHVXV3IxZG!zX|Ai7w9UZO@<*vD z4oxbR=PgXV0pMn&p=V(>(@i}E;RW(bg{~}&6vQ}^<-h(cS+7mo zhWuoP3VDdvk&DowcLTl9f>o9@Dlx!%R$#x5AYTt96J>9AGTsSDx{`;~2Fuyi!=t6G zaoObL){Jf{ap%SCZaibq`Cu<}%ccS(#_(YJbdh=D>qf zx#JyQO3-$swCj@pWT7f6rWZ!rW5BV&I~--cBSIqK!&`*SE^Y~`Hg32c>*3HBWnrD5CTL)FL(xmwfg3D}A z2oy;T+q|2E%CJ}M73CGjW2U8go3cIDLjb^U=zvo0!!1QEn>==Sq5+%|>!sW6!W%2`m`N?NF_1%kSNuq~HQ4Rj~Llb9c3+6!5wLnMAiB zp=O43&5sa&BP5#4FajEFJEqkpGA@;T2Wh(Maa!DK8F}RAf?Bp>l;QgC=WJk=Cd*28 z(a_RUIK&w5mYqtWd{8Pt5zu67Q;9<|&70h%Fru;|{sX$%=nBIaW)TpCMv@7N2Sw5g z629nX4vY|3!@zQB#PGX{#YSo)sy^S-Sf73Wt4X53&4k+IRuDSqMWo67g=nqWf#u6r z;YU{1o*84KdPvKq&(40%7nl^Bs5sz{&g8C!4?+ZVG{ZAMgY9FOss;sI=9ak&z9N&> zFHOoqi6hwQ;WIN>iYow>T1Rel!oldQH^HyzB2nV>$c?H^B+k|%z4)*OXk{BAoS9Qe zw_%qhgbUy(p<4axjy&cc3!o{?gAig7MsF7BARGAfqo>|DW=V#Ea^qRcAeAL{%lLxb z-70`|qT8Ybbff0)pifE2PwfFi#h~NlG~wp+5HvEyg##MUAi;lIV|(Qeu1+rqH|U9| zl*3Nf2P}QKil_k51q^1+H)N~NcXTDEJbV|PpG;<7d=>|P-c;uOh%iLQzX2GlQhuId z=a&@@Ly4jtdI$CtqCF;j~<90YkZsIU&X+qN3d8lFkilZ;*rQT9h zIz441uo7H`cOkHh+l)bw#e1>Sp zyDoIGOqf<>B1(q$jo!w@T$qgw&mx0LK1XsPMKPwXg?M1(qta*meTWvL&}ik7_`4gB zG8-e%s6+xM4zaBOz5?wI(Tbew#s=XD2FNZi@NPq`J$GGzCbkiEpMBxj< zI{)70dc?BiBq47&1PW^;0d)gytZrXjnEgg#MV0~|6B0CBEWP81vZw4(%0qbJ(Pf|< zjn)x#Mjft9+Z5cFFT>`sa{eVtd_!uJ0O9ukM_;LWQDM~jHD0joH;aD2H4w4quI8`l zn!iuOf6jT+)&VlcrMe|i>z4|!oKS8B-^SKvCS292l~po${nAdV!~I3en{)W zL~y-Za<`$i@xRrVdT(-{O@%9pn{LR$1A+uLXGq3tgFH{W9|xqS=$fG4x(S#+vdw!(!-zfY!4+rZn(mjOgTFN%?!FWXneL8X2R-z|YUu?BjRIAFaeQ zYnhv~Vj<4CCW=V5+$?TmL6)?Xm&1$wc>AZGW2yCaRfe;-FQbo0Ul^7Iqjge-;T{-7 zw^vd)1D59DO;W1s$_d~l@ChU$<#ZCXKG-P>N@d{%vd9wN=1;%5f!^Fumi8e7_iHnT zj!xQWSe}=1q7cL4-HeQUp_q~$cVd4*PBeCfv2QAW;dCoGT=64HRiWM|BVbpy_2o8I zu9*i9wj4FV^z-16e#;Fi1OjBAE6GJowhrcN zQ4$p2FokSh8-TZj$)dcMf(DK;QwKXAM*<7x-*8eMSFa-LIb8;KN$|-u3EGpNM4w+rkTWjYrFj zAVI4O=>7dF{pAVZ=9tgw<2nt=3%5qM^OKk`-KcD3t3mxILZ$XLjS9vz17e&wK5{W? zk0dn&o8CF?uHoVH_dJ2RGm=tk8koP-9KkN@9Tu=?p(Q@&hQZC&iUYs7*?VQ6XXa<dnM6E|c*sTKvV+G)%CnllC z+LBN%KV}mn8-{K#MklQTvgao{gS{+;0Ab#{eMc`Nw^-!Il*oQpESAHmqy`**wSJh$ z|H6*3G*dVoHe_2y<}Rh%%Hvebv4gq*zi&BkU0S!iZ(ksf#2pJ(jV8y)Nrg&a=|Gc7 z(KTWSX8|fkHRG5Y!02md?G7f2Lp_#h+!~?3TXYY+#!QNYpfC^{fq)nKMLLQI#&r~H zyX`IY2gOuJl8}D+Rb+G9KJ3N^xKTF+XblEfKSeJ-PWLFs8B}x^2OQaZEQDZF)6r<7 z{2-;H8RoY#`hJHDIq;q=)}(Uq0Esm^U+Hgb(uz1?F= zLAQa$C~9i9be)M7Q3e;gT`@vJ!=f2>qHA&$y_}8k5J-Px>MP+u1m8{Vop1zxt#4gk zM@^)+?M0;_D6Q4=24DG4>W8&E=T!#sk>S+4lLCW~V@kP5KQM>1DwTf@QP5$}67RR3E5s$cZ@wDFD zXB|-5tm(4E?9g6?s5(g!Qs>tNMJ)m})mnk>`SLJvxukG;n>~Bifu-irBeXmAr-7s# zb=ae3iuj302*p>t`m=@W8W$=oz;p0uIATAvYxM!pbsr{!r|dn347&vYTRimRQ`W$~ z{sYF!Iusqgtxa-6dn|(}evjxr`G(|| z8K?8xQ2hB3p%zbrzLBJ5;Uo7yCAr*hm?+P}6;InG6VxV2ov)V+B8mhL51>)oGY>&0 zEJaJ997VP8c14+T#-2mtfC*;b7YcVKO!3o0K|Jq{)YM`GDg>l06X?nLHO8%?z1>a| z(SL&M0YA&Z!xWT+wXiHhRqW3~1GDRW)91jQ3EmSDd7G1^L&QuG`;LV21#zgC-Oib56 z2k|Tu>v039WkqFmS0W78k*(oLPA6kt<4L!gaCV(ngqVd}?EdZFtL@8J1yTB_c zUen@kQNA#ia`}I98D@ShNKE@VX*m3yV;1T4%k2ZZJlib5bOS-EGK7f@+QeX_QkUFG zG`!d}tf z!q7Sp>g2S0GWhc1s!?G;)Sw#iEq9}%=?vTh=^^WG;;|$WP!;hHi$)GS!92KTCj?A6 zdnn2UDSR^@-$B;kA^8HQ*H%{s-m|#IedLgOemj9CnudoBh7?+wdhuRI@sn*~(yVZU?YrM#Rxoze3TZM1FV2 zgZ6MA6L7T3h9D?> zLGY1lc8|gr=W0hT`i*%ZB@K3mvbz&eyb<#!|H7jtx+m4}z46L#d4l(jNIDhLJDa|V zhSljH-?6@>o@!usWE)zRzSNP`|1yHS9!Car>|L$8i9yk%Tjb*)HQZndB(;V0GKL)Y zF{@g|ff5Uia|UW77tY0kNvCt{X;6Or&ZG*=7z9j)kBfw`By+G0G6IkHhgTFuH!TKG~9|J?lJLS+Iuwv21vcp4z|7|~}#y)Z7ctA#_MAJej!1&F%UX8yWg zTUb^4uQC6nC>ZF=0!LC`(pKdayHUBGDcLeItR%8&&_onHG8K@y!|^ zP~D{z*DaXY^)>(cdnNHHQ9*(p?>?uB0{~e$b+mD%5&P#Su=krepyzSU~M8es}MjlUcJ_M+!UFw$KS<#$HL1_nFqOn{MN3B1KY<#Wp~caa3*-j!p_ z>x5YIpDyED52cKR1PP6zBMm>g!T{!*yq<#WqOF_5tY;E=dmo!*H@F~|*Q-&uw~>gw z5QYktU}SbcLm-Y+Msox>m{7}fstuk77MXy8Gl-9JAe&BOoVCU4Bn-o6&(BS(_A9KH8!XlfMZ zNn8J$xEV1Am(9c;T&{PqO~0=a$0Fm^t-%B~0HyWy1u1rx6bivv!rLdrALD-!Ox*XA z)*)1(Vxn}DZLtF`?FVh6?mN;%RV21nqFD1W!LXBEyEK&mtx(x8LU_>E*jM7lWOsR? z#tq7$O9sw^vuZu-PTO>yV#UC}sC1lSVyMS}wZpX%B-Ps$TU%#Svxzogld2RG7-ZhF zY-Stdp*4?z!K!=N^zf+wI7YSWRMx~xJB%5P?Xs4kJ>QzBOF06R!dXLLNr!xe)&r2(V5~mi{wt^Jn9UYviV|zNs$({D%`8(=KbseJrQr zCoow0SZ;=f$isk#X&Gj2z}5Qlk}F1ZFq-CuARuUKretja<`ugG5ZZC(++j(wohGH* zMq#a^foY8ocg2)5Yau|HtZ6lkLtT$?X{sO|*V<;p;F8L%Nt9@^L6jgF#Bi%V0)yk5 z{w0hKSU%Hp_E)N%2kq<_~S8!ktH^vk7eyjqF}v) zaYGDMrEt7_bu5_5Be9&KyEs;M$5=0k8I2~X)s2jrHzN_$Rl&@-jT~sOd0gZ-1V$)A z$aI=xf4*u%trG(j?Q>tCb?g8YWi>hB)upg6=LPq_pdJcdOTT*a;ymbK`eq{$1FoR= z)1?dCuI)yJMM(#vr3=zJ`-&;t>n2Xo{@Jo-*+n`1#?9^S56%`Z)TJ7PrwQ!$#i*?F zY6b++0UKOW6tTxA{YKIBwO@LMh808TMo=a5Gd+CYHMPyhQt9?b+xGquCQyZiOm=L& zps6Y}MFE?EejE|pV@J#QrwA&7!_irGjjd|r9$3bBB817@$CD#1y(Wg}GGqA5QlTGn zc-5e##E_6VqZyXvXea}antR?+X2 z7`c9j%JrH{>%_i~M2|=J;pO>F87*?BZ-cFZ#a%JSkDkFm7fv==Qoa^lur+VzpWN+Y zz0}6ba;M=Pj3tNl_si+xyaps=zwxuoqCl#AL7NIiuzErKj06unn z42?C#;}W+F1MS?Jd>H4Uyg8>6D#V3ca8*Rg1-LMFW3ogryQ0?1csm8$0G0?l;gHqG zWu%bLuJqqUDE{6O9VcVyz&e1Fpx$~k6}uLyTE_uDBr&Ug%z_CrW<)TIUD#MGphP1^ ztW^?K2Pkni`~sr8%Ukj3Du+$g%OVp_3KV31g8ttTqM<2s9$`!yI2^p75m|j{q$2Zy z(X{107fO2!%!St|zK0^TbbOc)cKRG=CeN>oifG8kbVfSDL<@RUErLBe9<^YGuYc;g zCxUxvqyZ}obl1HGWM@WDqT*noKj{vnXYqwi5@;4}BjZTl~Hw zPPLPsJWfDk=BVzCu{8NN9ptCCJn$LQV1_=&AOJv~-m^pHmC-U~Hxb!LS!uQ{kItb0 zb*5>Ztu%p+cm(I)twMQzye6`;!h7itXlnci1U}~p!Mo*_ME}*nfdn|Bj0ViUcRUR#m^fTW53gWy_vP~Gc+}7J66#^!PE(^9ktiHzN z3NAZB^di$yYG|cXxCy-XOq{hol z)da+bd5#6h#V0;Vx`0^{LFb*F6oBedz%;1;=Hli**=Df@1%4Ytmi}JNf*YkayGcfV z+AZ_knWNg(p7er{RNw}v#!!CJE`0u91*&SsnkRW`8TdN-`-Q@$68AEaVVqxFSmYN- zbgwAifwPJ_0)ZWaU)`F@Znc%-SOZ529+7#+(b)mO#|2mY!&qcSF6E%hk@{xTb)&3w zWHI+A{}tKORm^69*fLh;Q6IWCVbGw}{zp@aSn=vgrX)l&!lN!mY*Cs?W+sr7#6)JH z#s+Kz_|sLsKBQUZHxWh#!tqfN(DdN88^-B7_fPK_O@`3WMfvo(rF3c3cEGN|C-V=M zo(vJU2n>T&pPy*i*5#JxA_kV=ewB!afm6{3!DHg_QR917q3_7YRlSC>ct60NiB6y+ z3h1ZwN0w3}I-*n>jeR8>mc_uz$NaX@VKn|$IVaG9rwew!yi`=7J;o*yT4lw|FhDTj zl?SGbSRp9SAxhp`qm?=%u(R#EpaJK=AR{!Rn%*J763(QWAFh~)`Gw|7$ihMIt{^LA z;c)U(=Mw8AP`rMpYXFsk5*_W|UkuLwBio~x238Li>ztEoYoaCpLv~xk=K>X;rvE-= z8HC$N7zw~q?*$89yc99+5Q3B_B4xBdm4hPd|QTWrj+TR9cTQYA~fju2mx0 zd9M6N5Qm~NW%=XRmu|Du0EO$5r6J%Eza}3?jqa?Gc(3M{Un3Pc;B>I$=N}xm=3(;wH_+RCYfjdRD+_^bL9ZtzJ$c)Fn#{ z+zqi?o_xZ}61^%?Zq4LO!@h zN19Z`S?i$VZg)LH;%W&z8pol^6wImS3Dqd|LF}6h^G zlB%F9O3%&-iGVi~9y92$ zu*>3JP5o14`hFaKDG3zT`OqXmP{|o%XLAF0u0|u=lN8KD6(Hu%u{Ei zm>98|W-Xz0w~s??{;kyYT&R^&33tGpDU(14 zlZwUUymViv-nEuDEypI22W`RhQJ2im;ltzgq-2x;xkL{DL}cB&ybm-7&2qr&OSjzq ztDz&mB`0ovxtmHQOOqAN=4k^x3?TZPQCA&-!wABo$E!$L&c|SU&n4+K(6*Vc3E)2; zR!6F~u(40n;qT(f<0n2WD#Ek?bdR}aKjv~Zgq_Vx2PnysB$`GI;_<;?WUbBa!Ta@uqF72A%Y#`XwgW*bkZT zDcGDiPRE08Vu6+=_4r8G$VM(MllE5ea%02pL`gLhAf^`{ihL%f zw;X-oJMP-_pz7gqq%CiTqqw9E{(`5eG~CHS;@N(4WyLfC(C1`Ym3@r>x>6|FYpRDR zy{2Z^u>{x>zSfOk@P}8WaI!7{uY!~hMbZlz3;j5NJYR?e6>jyI)u~>?F*!k2fe_8s zhJBw*F#_!*xlSphe0q_DClNVkdHn?9Al~z?gRiw=n(+>NsZb3MA?j&_=Z?td5Wj`=VM^T zB%%%EKm7b5e`|H6B-V2tL^^~v5&PwKJ5Rs%$C}zO=EQd);mjwYdz~(kMNJn#fW}>} z_591nJfbwgbxz5PXw}8+=$JO+ADEzsCF3}+bO-B8Y?&(DM5TOU=EZWq`}V*!Njs6% z8JiN~xrzcB)tM0dGSF-nHfO=jO-A-LelR2%gIF&6oqB@x1!G3$RO>WVZaHyd>VktO z1(M%A)tf;e@uc1JIVK^LFXmXD1lxp?TKYHU+`YL%)+u6BQWQAh!T|7YKY3AizC`Pl zQY9_%ARekuw+OnG_hz2 zzQxSWnU+z9*DXv#A3IA z$YN&N@SF@>1f?M!`fK_Nrg@sTFz5b+jRoILXD8jt!F_UcKaoxH#!HRieasZ@^v>8s z<)c8ePg{Z;Q)_6=mt=7Qz9GZS;D<%r;9dB)gw%N-)CL?tNgaOgSBrEb|XdS*)GII@MX$%EDmze#iYx?z@l0|ws zY#ln|i#-um2I!o5tm{otz=zcb1S-5a9pO#aJ`;epD(6Qg71vYOw}+7xk6MW`Jd*b) z=MPDu1jK;z0i^Wjl2&>8lkHj0wZ4REHq1V*S{(e)NJVTiuux&ps|E4M;YHT*$Sg>o zEIRsUaO#lC(34_0wq%EE8RFq-@_0~t{6du-^nH{E$>9Qx00eISEGbM|`DOisjex#8 zbbNm_-3y>wBw8$oDYI}|q+*=D^|BWsekQMzz@KU|sa*na-UU^LqV3JE*YjQBb-%;M zhoe?nu^Au7Z9{Ukn^31)CWYcFh4dJ@DHxHUpOVO9vcAWi74)2Pxm5>a<2{5HBv{b?ycI(2V!z2c#ZoVortr?ayS8K`=i7$GIo9Y{Caq;P+7! z`YiKp)E`-I{<%3mzPfhFypIL0~jDx93GLfB-Y?M_eRcZVbMz^%sBk=fr?sW_V@$QVB?17 zI(tRBd+;&SUmJx;vYb48XpdRiuBYNGs_A&EGMcM+ror}*upHY1ot)~&b}|G6^+L3r zA)n*&?*Onpar=Evt$=$8du6NyMDEX42IDRZxV1Xs%wmmW4MUKy(A9t$Jo?1}G+1ui zPfFw7a)JB|pgXF^SQYbp0P`+DehsQvC`h@a3^RMq95l(~lZg|bRI4D3-7Oj=VgS&kj^QOst+{&3+8=2ra zIZuy{XH|LS?3t~{`X-41TMLqXFpZnzWPK! zd>1Hz>`7u>;Yj%G3&#S_?WaJ=oWN%x*r)2~(y_=zRZSQg1GmSnoeIi5l`qC547Cei z!Ma@^MK+}TQ;trS9L;%*PQ<>_*x?Y0ggNCsha6t2gT7nS^iZ1M#d1@sjh;vWP^1K? z8)B(zu?)B<;nmg%$rhr{{JO{KfI6!@Ku#zos@M(VQsYnI;DUy5M(#t50_%#_LEQIg z@B!cANZgFGLdDGRq6A>q^_m}0aq}7BZKJ&MF(HWy`g^9|xOI5cJ~?SQ`M~i+ikav` zao%KOhR%mp6zbpM7fL&U5#de)tA1EtKr(|!hYypb_Vcit5hpo|Y?OKFSt(fyXH1sy z&nyume{XT&u~B;|=%`~GbBW*`;JyO1pgxeMo8cJ|c-_1FDy@Q`73;C*^FYDai0Zvn z7Ai%n@mH5ObaQz2=Rt5}Sea#(KPa_6=B(8%`WeVlt}VaD+8)c7$AUDSslZ<9U3a;z}<3 zT=JXbI=Z}1?9o<&ToR;4nT)ZDbRr?6az=x}9J^zpyIOn|2M^bx?pYHSDvz9`Rb{i9 z)UAbPzn0`xRd<(`tziComLib{EW%nSVE)`}<5cEtkZ#HSZ2t~rr2?<5geKS9z)|MP z+M6FZtr2al{>268uzmS;?ZoB~MtWO$;ro*%eI5Sir`cjt(x^to{e|Xg<Uc7pQy=CSy!d0JqM2e9*a{Z8Gw8$%UCt!-vVv|4@bGjT~ZbY zdCQM#82c(&Ad(|27f3YQl>JUjy(itrEYTf7wEan_C79q$2qzRa6iPK>o|LpS^nc+$ zuNr3ljB&NgCm8HnJ383mr_WeEMcV$h2 zA#m)J_L%PXBV#z(A5%=OP{v4M5838Xfh5iVtUW}OZ@;OTnaPngYQ()hYNw0iCfUm7 z;O*u+Qo~lM>4|Lu)mIZ-=Hc*8zw!m8I`Y>bem&&_mtZ~r4S8oSII@Di#4z$074{B1 z1n}@-MiT;BGLRxx_Bp~>OT=AbACui}KLI!{AXd{Jn|;MuLY{Jq?)&>_Rk?#C2JG4i z*yYfrg%x5uJ(|?CR}AfACuD9d?Q(Q&$qur`WTp~3_*|RO>yvZ^3FL9lvAXcO{!;;s zCz{|otylx9qs61`%+=>)^xyXH#R`RkjS?EZKK7&TcDVpaxh7m2QX0y9n4?g#YQC5i*HrMn9>U?cII*chA_GDc(I z_JxQv1IkZ~E?%eK1gZy=*BtzO_7BWpmg~*Asf-k=kragJJnwC^XQELj4L1-!ev^&Fh({2&Lol$r+SOumb zyc|(&;L)A-VN@||6XE{^%a7Y3=kKbT3cJGImxv&~k5q{a>IzH%eaBJRy`52(&M}2B zgQ%5k>Ia+O7%V=6X;#<;r!j@kuI{0YA<$qcweiwQ>Z3^>9T4o2%jWl{20GhgO*)e$ zr5QAUIA3-IS9=N1PKk$95mxdd>=>O_PoW=rZs2JFwfwNi=6ZHRbDD(r{6PvNIbB1J zvCatCF5V?OE?22u(6$_Y8s)zKIV(rFQ?yZC;Nn-URN1|LX=#09<`pYXQ!N{gd7~mB zP00|lxRbV#)8b3*s~i0fK527jhG1Pb_R01LlJ)2UZPf!-5?$ya)qFr)gV8z7=k#!% zm!=Egzl>#Pm2zni0z@LeIEPYq8lhhS_6i6W-3G3fua2b|~GEXUq`bGr5TYREL4J-}D zPM6xQ8zFVuAyW5t3Qp_Irwk@{5pC_1TGQ%AqM4;$CDqQ+2_^vS#`-Dj?)(f_)gyGi zU{56tCXGXACYo9&i(CP?aP@44ps44)>UcZ~1Fj-02A%=;;M!yAs({1kq>qJ<&@!gv zCJ??mdp-hF6I*eGu$_bj!c~^-OQ?W|*s%P9*sy2_Zsc;=Bsb?IU9XHfrkB1Om5&}V zdbWJQ#;y|V?&OD-F)`yRT`k#u#0Lt3x`E3_JuKN>Fi<@MfkJT{Oe7aYAOTe*Rht=_ zA!N!lT|0o%PRIJ|le}TxXoaa2)Xfg>>+|2r1R4SaChSC7p$qAu9BO%TZT8$j;`YQ1 zM&Iabh^e0jXd#I4g|7-9b+qaB<;$+9UsgqQVmR1C!!*;&Pdc#BpsIqxiPBFQx9wD5 zAas8W7eJ2Iq3s$x0-E~4kOQnu6%~uai$7n;#}$(Zxo78wLQzie?+c5Zuf>?Qvp|P6 zAkJxON3I3DM2 z`(<5n`7wWBx+{vOUE*S4$L(ZP2-UR4=1&g#zb4FQ90k|UG7EFmWB05+kA!Y;j}cV` zeR$z|0*4z1Ak`vXM_Q0v?(KO!oyV2Vp-ePqxOlM(10XQI>sX?J?^)UBR{yUT>q0*1 zT{Z*mDmezL7|fOqDB($Kmjrc+EHc)4#b?5@0k%vLy6VRVf`gFE9U;;FN@wagmmi&L zz5>+YDTGZFM$&ZRf)%YP)My{J%l5h2qhl5Qq z`o=}Y&Pd9L!kzWFwtKzAj-@jBCY5WLS?6_~u&sZY4={c(kmUk-;zm;yj)X#$ZWgrhv7|!?ca9VHK$F?xVb}i z)o|b(74 zz)4IV6UrtfiX4eDERQmj=zoT%Zl5$3SQy73CI3TdHh_+VwJr8Yg?a9Ez<*EwS=uBu zRR;P%t4x5&K6Wn+_C}5~FA$rcPi8omI%Kh#q7uF?Q#*%c*JK0*{P1k&KCB!P2LpP0 z`WB-H4E}Q^!l|5UZ&RhO%enr5nFj(0Vxbx$!2KuI--===Z1B2LxqCx;tOCEAOwGmx z`V@oA3HQ9J-Va<-lXaR}`qo+JF!#98X83dBozE5$oO;%T&K(THGEPjbt~ea#cL1EY zWQ}hP1zu_tdm<$^s8*Bj=eS}3*SeJV1eSrGpjwyAGeH&HcwR`zTe%OTL?Vb!GnU+A zI=`Wn#NMu43+`PY)jde%DSEn%4jW~vVJ_UwZ!HTDAp27ic^-_KL-rAB?zc;Q2H-(c z0Q^voUAx|6GP#XvOf)6#4c=7qvUpB}0-siykW*uA^4SNcJYHjOgW+%TmYQruwg|R7K zX?AWiC4KW(nZJw=bn*-WVi}zah^{E%Sl%P^Y*Mx&A!mVE(ej3{I3Hx-P(G)j zgI_XEX@i@VL_Sby)%0y1sKA8l2pUCibjiq#FvL@KUZnB@fV`NIA3qQ?RdG`pUNh;D z5rk}%iLoV1PV0*u4l+0Ir^?=@XV?OaMAc|_{X|j*^CK7M>+#tS)a@> zhw;pckPpdDp6;qO!{R9JI?VR6Ys8AwDnraBLY0d(9RjbbjaGY{T-q>g4zn(`Bun4j zi-$D@eE9T^I#nl8-Od=)5uHvE-$=)Y=ARAW>;o&Ip#}wWcYZDJzFl{~5Jg5Xs~r`t zMJQpAvcD(9y!n(a@3noJ5CV(}F*Xu$%wK-e{WV>RmM28Ihj3%A6;P*AY`ccl~ae~-@}s~%~)((kocND)F~ektY3tCaSx;BWFC2-x|5^niRY$LlyRp63Cy zlg!1R7o0e7^Y1XVa>y}vcq3mvcnItXk{7}LV1#+Fkby0ljoY#Z5_R}Qa*l*$?Km{g zT@R7QBod|NDiGh#NRmQ>;PQ^>?|cG*!#{CaSIl+dA0Q74kmVmeW3yE478Q`}+% z2rzcKEhLK?!q#eNI^ayVK8UWI(!H{4%`FDJEf*4>BSu``bg)lv*U)c^*h^vI$S>WR zn&f!W4tiyKUUQeD&dXdIhNtvCEWAMvEE6VJ1r4pgXTrG_QQh6O&AjIoCMyCK?+v(YtS$$Lz*Wh#7Ahk9#bAY z>|Q-|Uf|4S17IB!YjiErT~+qB;ArkT3Prbth*SAeSo&4Zd{NwyB^D zXnc!v5Hc^ImTVBEE_&2#NS`n+^hb=CWJro|tKcAo>|YT=lW-0z(tu0!uKsq~AS5Z2 zQNe~i4@mFEIWc%qbiadJ%+9J_Fy@Q;;%Q1zxEWs6^z+YVDoyigurL@A7=mS%VKR537+k<#8w?{ z=zGWrjMlkf(vCI}=zt7-Qj^E-j)>zB++Q!wtKz)raUOc=MNY^`3QnK_OR-jP5j*+M ze`mqz@s@hP&$h{x!221H`b6ASAoQ<*n~bntNGm)Be;?S&C7`r7v!@=X8-c%L`&1r) zdB4$uoZ@}kT4LW=biUVJH-@Zq5bG@>R50QY*XnR(mDd%alUOd9dDvQzq1<-P{+uP_ zh)GY^$D6w_LZe*fL$kZcuQPZaTX7~M*tL!U3a1;L@%dqy}x2n?(O|F^V8Ts=MF3;Jc4 z*#1H?kyo&#>{k|1Y&B!`-$l9Ui3cA>G7dwHNY2~Q4Lx2S&-UgKv&*-Wc4SMFcZ(9i z^5Xmd{!P`Hq)USz^=}VY1O%D*LdWs>kwSWTa6;%t^!+N8ZyrH*V6ojZe8S62NIt;1 zOrPX$B^s=VJ+t-WmCg1Zb{{$nph?J#_E8}jsbVNTUnwdt4t^iZ@{Wu6jUIP`gG7k&ABAwb2wv+HxRql@$vTL&Fv@!;`L#c zgT!++9n^VqyGx9_1Chqurd=dHS`}A*z_8&y28GT-SlBzOnSPc9Q&|hjqFZPU@Sq0> zqg|OA_=KGOo;r~EAZM+vA8@E}8$~%q7p-KBy6GZoDb9B)-y+|WQv5#`6^$P@WM4?& zxLySf>a=qW^WIOuR|lyuLo&hGmE3#_o;0JCsNay`otPMaPVF7dfGB@nzG8!u#>S&> zUk>9GXf%wjB2%@}}6u7DS< zJf$^9V0Z%!H{dPu?7OaFcyf-3;)Fj84?Qqao=7^;ICKg~c=UBv3wN+tTkd}Swix{@ zCXSns&ONO;jgY=jai-e)LKI->1*)iXbcL{1p8+J$)U zqhn|hTmYzo+g!a*RsG7ALwp5;A^_yc<>e~A z%13G~QJCT+8AGVKkaB>PbG z062SQ4DVcez~3i}w4B%-E?;@CZCOLzy>?_O3Jw21{m`i7)=M2S!+VnlnW{~6QQt=J z0UE_+^5JR#QDPb>zAfBfxJCe}OggQj22M4O;6%apJBO0O<J1^(8 zz*2p1-EHIVg3?vBcza|`EF_8(CCg(d7k}b{dh7!0PBowdpjE0qLr9O=_||m#Y*_Sg z?IyBA1bE7CX?m&-$T{V*M;Pr#7ECcpzZvvmmZeM^%=SBRfAm6CO}D+m!ejz%a2^z`1N17S~t01nfsN&&5hkF*N{0P7T;$nC5}^jdE*1PAsHsn8XaM z`VIWJ2-)rfXEnNr2`pI@UGz-x2B-2$N)7owJ=P&@0=^R7r<+mBEPCQeI3C2ZTy+M5 zREHD=3YRf=jX^Xj?+H)`CTy@4V}J2jdt7HTh>R#&aQNUvWFg}>@Z}U#IZQ69H5@o@ z)HvcVH%O>xR!?W2NS&@{{-RwEXgE(wxH`;n8US_I(v0>kqVW%QP9(|4SmL7^$F%aMk>i@&$j0wZ;f63pC_rdy014ngV1N3E(5 z8_E=;mS@s^kxAkuc2_nL0P-I25XK66Uh@uhW2Wc8g}-hMoK-<+>cu|}D3U-l);i2` z&S&$Wf)*Ka499WOGugMwKVu^)Negr13zfhOAs}%M$6snI|Ab6dpQtJLDuL{MP#sM`UmEHNAI^*`Pxi1!lx-4OG~n~^bVsu9Ke1$jvZ$O zzfc=&tK3{C=VR_XkWuZNf^Gcx_tcAG0&};7W^-)LR)CZ#!U3*I9+d6eJH%M}lB{aC z(ntClK8hvf_B1M2vlCzzU+%qf9g#H9{8G00l-R~e3D$Uha{YRKK2&_6&Qd+}-iPWG znoRTZ9b{o+#%m%#3PiIghna}r@rfiaFEPI0#%9(?!sd7;wDs8peo<29Jf1n2FK>!2_tvBV5KLx7GdlHTJ&tU`Elhb8 zcD4T1;=;&&q2jT>Fr+ZhJ*0bxwg0U%!Y44_vR{fjftJ`SjCxyQ5#H_KI=9+o?_2O8 zgq#R_AOyRHS2j#F!j2@sU8k)kd|iqOjMtM~kXl*nRof_Wzz+Ft6QzE9^h#^l-HZ)f z>aumewN`?FfCc;P#4E~%6O({6LO;F>H6RMK*_2L*@86;;-wuFRUdZUIJ2y~s11%V&JK*2p9NnR$EoA zN+lpbE{H<}>Rywf?St$75WWzhfTjfA{aU&%0S>L ztqgLLTFA^%u;GQ_u`@T{Z(amHne9AV*=KrTYHWrQF#e}tW+`ywbcrx1ygYoeNA_-6 z3#`v&3*J@VkE|xtx~To};x~5irXrBgu!hOp?nd-l3RG+$_~Rn&&(jQG;^}IX#0(?P zT_Atc+S6}h$7ro^fHB~=c#hCdXXNvyMx-W}af;vPCqQ6nxV)nS>9o*2CE`go8Pn_> zFz0njfO`UO-h8-%<-n^TDU-sU_)`S-d?gSE&1?dZORwtEv-UFdvy+sFP;>pfN*XJ5 z9%{8cBC6M7E_GAm!5rR=#)Y&QbkH$e81Nn7jZ_QU;Q-Gu8_UZeWITaB&EfBwXu8n4 z3am&~LG{dyxlQtH9%eV7J<`>a)zD&Am^w6yY!1<2$~@xb1};s;?nrDn8%(i%9q4h* z>j7LC);1ES?11KMg9p|Rqh-OXyxfui4YB!8b=oJ+nd5($8X!DFLp(n z_V6V^Em)RTw~Y}TJpM(?V<;}s6YmKcK`rX!N=)GkX-!2#X@P`vE7rl%B z&Lnyb90Kim@?Ic==gqx5ohLBc99a^Fh}VT82Xy}&a;;o81WQ{t3)H+~nGV{VT~zKhR$)l5NGUg{CZkFxEww;o zI?VPbwy|m+q`%e(Qj&Q1c-Yeg7OFuP=7~N)%SL;QCR-O16D&#HV-Gez0T-2pLU@t6IWFv%pNI-v3bIO|v#pxB|NMcZ-U+VUFVi+D1c6BP)hv?$kiVq1LOhm%UGcPRD! zMuF9vi_(%3N-i?A2tGoUx>{T9G*p`}cr^5kQc2!~q}g=I&_yZ-IqUUFSZQqf-KzRw zo@iY9Km7$h#Zp9!B(q7v!fyhFkQE~bJj!YG9|};aSD4{BqAv!=C-Mh%I+AnrGYBnt zD;RnK>oxL6M?-fe3U*=;I!Q7ajr`~B2{oq5IcO4LK@C)nHV5%S1i21wu&~#&_T#! z!`E-~^^9sL8U^$X!n*_Wi>4l2G7)Klu_!~mp(uYCueDmicKfY)eq+?OtOM=x<3Hk> z2I|8pLl}b&Ky$Qgnnzh9>Mp7CB1$EjsSAV*#g4JS9X^$o-NLo+bqu4#G384*KSHwD zj;_df$52E!?j=2t`AlYJt!vn2!xqJc%tzbWGW4k-D~B3f2t{Hyp)p zV8_!@>L875Of1WpJ)JV7+Gw%bLhbV4AX}OpS5bCm>{BJVw>PCjFy3z~$vj8zHNo}a zP-4#QLU&EbW4(;*9nji_tf+#hpb9p4ERyi=J3J#yWtbTCGcRf5+SyRe958>)hXux@ zNQ&{g15HUTbIVhMvGQPMCpY3ji3>X{xEe@0YP#!AC`9br@K959LZ^;AJaATW2|+i4 z(A$R?)JQHyopNIH%I?m*7_fhhE7JYKH@t=oQbRF3-IGFz{m6E1X^HApEkoU-Cpmz1 z&4%!_RLEg4Lx2$u?`}b*c;TigY+2$zK1_d?O1_{Wu5n*xL0- zjX27YTv0K%>zfQSgvh^|Qn`%~+BgyBrjwv$u&9k@T{%})*A#t)LjhV=*=(TArdS{^`J+GnO-!!?emFo7B7DA))LSrnQoL! zd`+xZ5((0wAfs#&pOmR@Y~r(!nS^%ESS`ixDcw^R*bLjF#q=2prooTQ^EKE35&Gp^)Z|PyysHOML3DaVvY~n*#19vci6wm{(Yc#T zJ3>4cJ}($I)vBD?8?{h9Cvc1vcV;n0`od-x^5eGGM|^g2h5;YU+Ew*cSjM$xP~4hF z%T=++l6Mqe3`%CB^4PMeL zaznQ^?)B!)=v)(|D0RXJ4K+7p=mYFK498^D&(&o*V7W=1pJS?sc-Oog4cVi#;NG&S z4Qf8Tk-=N9m5s$Tjt9svVhRW~^3;`nW|`FVMX`0+t}@nBURA)l9bTWa+R7hJSFTvI z82_Ef^h!4!=KmYPE(Mg-aWLEtsE5J{5P*gP<}81~E(2Ax4!$GEXJ#Q^maaBBQgfI< zeRe5x=E}6t4p$8~Bt$Mp(vjSE7IoYyfrYKp$wXvF4-6PY2?E&cLTs!p=cmx^=a_!V z2pd?OUi5fnMZjoEG)uhbHEmvoy1EP~cx_|Cx-7r^;sI;u*9l5Kg%Qh^H3#Y_bwnoW z1gxkA-|BvKQaU%-piU0m#eoVdUN{`TPIMi5kN~>)#m4=LZnTUzxl)fFH-SP9sRv%{ zKp);9V&W0g3pU^^)35GDFdD%4=3=rK(h~4?37JcX8Wto&<^AeM51Y^xowFA|w_YHh z<1PyB66h=L@(zB5!0Uf7fMM-&UMXNM*nzS|#1F_1_urNV^B-d!$GSEi$6j#|dN$g7 zj&3mI5HmFNx2*WW0fJYh&Bf=^vl1CPEH9=|59E4iI2&912ii)5+#)Yl@C$7mWTz8R zh_Qx#K#SIfiS{qYBUj=?M01y7VM(HeB!D3m&(Z<&xB0Cy!XAokEP-$jzR@WvH+~WV z0%~u{T!LI9WKncArt_W0#B3Yeg+kYBLD8=uPu4ph-4U9=CqV>A8J2v@t!k%e8DvOq!&FK01UF#UQg&b0UA# zdNc7)(c4PIUhXU<1_sJ`f6%Y{c+elc*W%qDVSTk@4pN4|edpxJ7{AKGS7!B}JFtB; zw`Onx@%nT9uc`Y_MbKMcMQI4PygqXm07R9L#P_e7IQ9fEJ-0dBMZg!4SFqqlm{Mph zAXT@)e;N%^@|>5UI8~QymRANR6FrF*({${@5TLmK9toU?;(Am_>ei$tQk+7@vl22} zMHIvDdVDnzSZ@A!6j_j0Ugp7WCE-k!{=4>!} zJx%+F3Pf@Fb6HaeVE4#Ta=!2rmlbOw09py}5Ak_N68tCKCSxHqU=9eLZ##%q7K>v( zu~pC~5(C^!vjy=qd{}F);)HJ)tM@)%Xwkolk|eOkw0CfG;NJ5XJKEqRUzby>&C>t? zVepk~g3V?{dv0rEMJy0nT4(GxnlxMa$4j167wWw@A2udK*L9|_D5IK8y>WkQm$u$? zF_20JD2@ctfTE$*a(Oynb+K7dWOBhGP9Jwn6vz&E8L&tI?yxC;=Nh$qUZ`8{QN-PY zA8GQa$SxpKiaz8v;&DF=8sHHZFQ#1=8>hlcFA`2Uf2B#JlLBS~2Bk}bl_ax5b{Qs< zWl18$J8f91du*}xgAI?L%NUkTp!L2uYiM~|;`|I* z${Qw6w=^UsFXiOM&EiG`aav-#Nad&~d}szWRV9Y zs58K#Z;cIn>~9?MCdqd5C57pU(A^*sHs21vNz-H%&w>lYCvSRM$jt`6NKumTvs_gL zSdTeS4oDK;!KwNlO%7xM!|o-$$t3Sa1~7PHjOHUz$e^nZ6C!;2B^#90XV!|yWdW}` zrGI7o#(REdve;&1>cOT7!$wF_nRQ&Q4OH3=G7u%fWf~`z4WmBbG<5UdJacmA)i$DE z*JfFqm}WuOL{3>BbB6(k!V}ES8yS69TN!;|MpJdPYuWI$epf`<=%Dx`upGH zST&8UFu9H?`I&L}bq(A7(s&J?*%;b26T*vx@P6EqsXnvB3a&LsA+J5of3<;tgz%(0X z&QskS$s!?=fv!wA5Gh0ZK3(COuJ_0qqcVOA7mWxRB(5n*XAty0a_!T2;wSWM*yh`P z7+bDjc8V{t&KTQY06`iawLaRd37%W!-l~5gsQ^4FC$)l<@?a8E@`WFUc&EhyA*uUjl&O^y(|QL_(AwTBYl5X|0}6fXZc(%I`mA{tkGIa zOexxyKdM-1G@?sHbKG-g;C<#AbYe=~n{4Oi%Q~?{M?0#c+1mNU$J??&64|Kl*ymy# zM9z9IoM42mgR0Fm$U6AlHn+Gz+HDP1X<|PQ6!XP)raQnaN@fPu zllhE|!h93D>@*2bOy42)bQV#R)T15gIUKvpA$2ajl{a|^kd{yIK@mX0v8rR77q!m8O~RF{BsZIblAy(|_e3MS+J{HhvN)&OTxy9($hQ)I z{E(ma1ZgmVo)d@GC)#c?L3DXY(7jL)40IQRR>Dz=4x_d+=1(y&Y$oYcFmA7=anwih zPE&c5`+{OC`CGRP^W&AJ^#)1s+g|{|pei}+(lX&YeTfWio**qq7Gs1I3r@$s6-%@L z+DDEsPM`?AaGG1DD=}^c0gG}ABqph1vTjzH`q|4kBI-i{Xz*p$>eo1Dcg)2HPRz!n z2J?3y4!z390o|VpzEev|s_r=Vl zaO$Gyq+v-)1L$OS$n!UfWO$`jFN=?I+#j|F4TOHEUfqlIsmgWy3h?8YsS`IswtVA+ zUk!GDQ0L*see%euqoi|~#F&;M6jA5y_0ny2k&J(=JXH*``h@~XG)$yk$#2w@| zMnle@jdwMW=uZ^@4!ir}hGYNzZz>VXBh+Fh+v z7CcCcy;eFbQ}Fj5-+bpJRzU+}(!+L{wiRR1`TUET@w%Y^l)l`3f&_k*kq0vT#bT?_DZjsbU zIu$fRefoGW(RWyJdSF5&`ikZhWA=?0(Lh9S=WJ10Hhjz&yb^3~t{6{ciz)2ZWoNj0 zj(foD2lWb9hiz8G)Sbh~4Z;yW6!ue;@fy`w^kH3X4Ax|anNuxDcFb0<6W|NxyA$jp z&E3KLCQEgiJpOY!`OF|>PuNHJzOvGr)Mm=KHJ zgMYr`d937&N~+m5!NZV4w@Q9d=|SR89rpgEW@aVwqmru(AgFumq6i}FboF-ECzL;O zecLb-CDTIAs6$3YVAoovGm_)1q+BcHSw=ID_8BD4XfQtCNTBF?0T*iC1bQ0s4Yn(e z?41AsA!!0iK{fP8>*QrqsMj)8gw%78&`nbWM`L``Y{-#9N_3G;TC6UQ?qq-^vg=3; zN|gnoxSm#f=DDTTV}9}>sy?E=*@!PPXWFxtU8v$UY)(J}AoTE58^9&mxop{F{iu7v zBB|)meofW1a$t(Ak--TUpkZ*HDv8oaP={3)Fhxi+6lK~cWtD$aL6BV9WPBhtqQB(- zct;H5&Sp{V08>D$zrWl`f?ZvyIOo>0cGQ+^DC#-+M-L9k>AOr<8b*sgUhXRU`lfzY z83+HIDvPR-7!_;vaWjzX+A+L*MnZ;I$Z9q0nNo^S-k%HQLU^lC?gVF)ZyFodm%Wl@ zs9-*u3RR+eB;wIJEF@i_osNK8AvCT%V8mBMMy4UZ@U>_oFf#-TkW#PYmV~Pa0 zm0TC56z8NjBxpSNNvt$JwdPAQykYm}@tBZAP$?q%Ry(qc{m13FYpXJ-@7N=0WrS8U z4c487_Uh2Wb67%_32-<*26Z)2gl?U4D9P0ep!yh8EuGuM|&chO~b|B|@hw<`ky^a8&#k^Rgxy)u@C;6{;2&-c2|-sdn-Y0)43D z=r62X@1tklAiHsp6jq7c(nX43o+??^tXc9kdd6GeFOtf2r9U-IDk%L=MKgJ}u<%Vf zE=1hy2u%}?PN4RA4;O>nx!@(Y2v8nG$_ymyGV44T(t1($2ONxLV>`KSaM`d97q+(} z`8;3+ZSokrTBSRRMBq1j%isRMWt%b$jt~XxjQZlP@eb0aFx#r1w0Uqso_^wZg$ecT zKzv`d%NK{?w~>g$DpEmewqL zrP4w@8eh{KB}RZG=55YY_s|H;4#Op>TdsoR6(lMQMmCHyAhf$ohYU#3BBZHS1-?m4 z)-u&`a%aGo=O;Nf8tK#>l3TH1Gt|m4s93PX!CE~@*FYh#^#VPRV4wTu)->P;UN|}J zOp|x$167<2cVULSYvpzYv7F>=6g*kI;ucQsx`|5W=ng{d+9Hj*#+Q>Sx#0s!H0ly(%#`@3-`LhYU2ITgh4Jl=auYqpu8d-6Q)zrw+X@y zA_q6_K3V?BK3w!9ilEkP9Lu}4|6xbUzP`#dplBuKNo!}c&O}mtG(cwO*eqq2_CIqf z>>-C@Uwba@0;s>PDQsFB;~%gcf@alug&SOmzWP*bB~Fyu`DsK-$T|R&rAS1`1zyE3xES8_-mGm6#+pUaQcsqnr)#wr%^geTL%;rC->hEYm#9`x|+Y zDz6GUp$D9mIBS{dtTt{e-=do2E<0@PoF_-8T{OHmk-7S)bWZZJ>1=EH-5kV8!iMPR zeVPb$gpM)Cyh&rA)6wsm_-vTDyGGZaM0A^GLhoo_f}4v{a$~?_>ti0Pz?SFqyJ~w@ z1a5Uw783(cVtnw4z@9#q)KT|*F4;Kyq}9CM1j|kkKxFDN-HY{>#rAW$5jDJwA_$6h z))2;;&d|RuF^q(?Z{l74QOXb?#lSX1K8uxlR-z~D*fO<6rf2PlB6zFjd|Smh z_`(bJt}RMY#s-xYRRX`Xu7qa7dkEE!-bSwE>;=`QywFZg#ewG*Q~yLcBJv%F=<)t$ z+ypWLca?O-v3@boF25gSLlM>?t^_ba2K2Q#|2e*(KYN%hq854MlO(hocP=j86q61! z*Cs<w)7Um&%RwlM~Zt7{Z&s|W`95s)moIzn>`DSiwUR!Ge@~sBP;&x08Cl3!D z-UcOdmJ8DjDn&h}0N7y2D)BF;n~A6Lj(4Iu-*mpHUw1}%F%U0!WR_>wL*<|qoaC;qZmVT57LGH4+P1L?eAc5cwcV(*&7)WFf=CKFjYrkHtl zrL4Lny*0lnMc_R9%_=>k)|8(*0mhB=iUOl`6QP`kn@NVIWe6+B7zAmOc!z|BuU&yGOIE^sgQ_5h4HcVYaNcWw zj9{c(H}&LQ=q=|Av>9@*ZX>JMdKy0F;d)ziokbQ-=|un`4z!zScYFleqIUxf&gaI5|AQXf+f6;}VO`;d4j+tI0LeSyiymXyg@5aM~Chfd_YgNqL z;Z|!Ql2K$YSHC&h&cKTYRpLoRq*PfME&^nJlu4?kqEZUNwFYHGBp1zOeI@qd9P->C z)ug5>QQTI@LhwdEXX*`9o(wPTWD(7VE)!G^6?*dCA;&bSEtF$Zn9B$!v7dt~-%|u^blZyKumr0ehTx9sk<_<(bz`tJN zQFLg@(Z0VYp8|ku7#%D)698c-jkqw#PGs*Lkj*4|CQ6tS)Cwe&aM-ZgNDwcpu?TM@ zy=zW3JIAZ zoLz}z^q_9JX;-s67!CPh$azKTVt&?6?}>q~ib0)H4s3Uttx*?ptk7|t@)y9CFX9yD z@nCvPS>&3Z{)Ri+X4K4G`)e?@oDwMQ#5X2{LZFaG$N1+-<@%{mvjk++U9*HDubk8qHiSY|8fVgexFX>wdiv~w>g zE$=-e5O)NeMhBV5fEN4dS_M*f;>aty5wmy#5+R|Op(C*a zD0Au<)AEC3TL{oyHT-d4U@~e`Dj6W^f-04aBLQ)rCa}}W1=3%Wq_WaBYFLCHiZQ`M znSX!EQF1kZHKwozzb2{7!dQO z#20@oL;5PuAyH)N%GjE z7C?C6e_~*KA)F74UUNA~IN;{7wP^Tx5Av3su^S8%%f=O2&Fi+JUxmom&^F;Q3~ntN z;($oXNw{-JI(+77qBl}!6gr*fM-ydh69#)Bx2r@Qg6>STmQO=ukC?Jx63$q-L?oCP zj5hLXm4awgC=Or+CZj6FHM9Y&+*xgiM8%lYPysK9-7-QQhDJBiCMLPj1#&_|tu$m} z+vwnpSq6txpTG<1SUpk8PoC&{e%t_oo$7< zj@HH~xJcT^lfMr5ddv1gZ9j_pnVEcPIi`)DYwJVl4@=SUS_k%qY#<`C$rlZVTH#>Vi_AaS97y09qoejG>TZVdO0vDoP;JJuH1E_>AH70ymC4kI9Kz{1)EY48(%)MA)u6MLc zefo(0m*cPrSprZMtU~|OQU6yGkW*{WpJcu7c5>NjdQ*u|0YT6&f(?#oKRR3eg2HsWsZE zUP}Js%n~^zSKJc6HFhiLd9Mg28gTf?U^u=zx!Ic~-;z9LCvZpS&M!Jm@`{(d=2NlW z@kU;d&797_LJyo;K{7cMJ8?Ql`;Vz0XpbU1v_3FWB{fkBI@mk1YEab@;6y&`BF1Er z8+NFkAPKm)6?j5R#wm&u!?IJ-s7P7@BIgMgaQXk1tT@T3%0strv1(hGP}`}<{v~n{ zTuO9Cu{<3qJDN-Fc{DD=pFw^UI7~69utyzo!6lzi6j0claOyfd1jM1uEeRk)RPlT~ ze+8V%;A9~~sGes`h7CrI)ayupRh@~K6io* zt^4(#_J09(%1NRKpIc2B2@YOiO-y&E3c)M@>oA`tH|Cu~{q`!+-=8FK-YToR0xNYI zLrP&0X+D(RcWWARt3}FFjo}t|6jSQyNQONSjXDKlxf1TWEVErl;9;stJ$-9KDaNQY z8Nr5?4q9}ty54w1J5|5of-fqt4k%AO_$fk%zs>Q#Fh-@cIi1Q#td^=UXotjkoH5OV zYi>4B@_H9pkhU5wcla(SUjQvJW4fZEgvt zs<)Jd6p#igVbl2I-29NflrUBXa+6YWH#hdcVUo-;L==6!%?5%yvIxJg@F1lBKnV6)lV zSOYYS3x@g~5nZB7Ar!F*rc7C?Y0M8C z3$?C%V2zg^OEHCd56`MS8pa^0&n7OFKCXYNwFmAVuO&fZfMyx>vC++H^Q{DgXzW;W zElhspUAb@+qdo~PF-v7@)czPT?)(IM9XWPGH zp{fmv(Hxd?0*J~v1}v!=qs14|YnBqEKhI_c7N|k=;$yB%-L=%(A83{9SK<>wnN$uI zlXSZmKymi-vwO6ENQ{QIQp||_zBf8eyYQr4VM5i23uO6YZI6Da<_1RW$&nnrp z8bo4vZ{N@v>HQi*N2xf8Oma%J2p2!#o2kOO1w=}S$SPRncnd@A!w7VCXeXwl5N^#U zN0?L!EcO2<%mFs19)LI`86VTd{VKnX_5cuXe1=Zy&7#i00Zr%Q%<5w*fheSXF7Ti- zb3ryaK`dtddWANt$8}QUFe%juvL0eowtdj%YnnE21nHrQ_gOw1aCct7gI4(rv${Wi z1%;q?{w<8VvO)k`OF$~bVsV+eB9XZYRikq+h~m&dRc!gCN}~b2XdDr{xZu(5S$g7k z(0eAg*zhoLCd@*@cukYL#b&IoCh6r3 z+^{5Xb<7N>>?fIta4Y5|_s0mHO*(+YP|=&`5tA6&1+!@FQxnca&3={x~(J6eXe_i>lu0euHO$k;of;vh@vJD?pAPaCW-` z0ES>3E#;er5bC=MRZ;3pVO!KigkTbjoqPD6bksX!wDDn&Km4QNlr;H5ZeSTLhfKvp zT3-1(pO165yU8XK$R}v;t8Q;{`=%;ysx*w>VlecL;&T@pVFJE^PGHk?UddrKC%ip7 z_jA^FYHq$hma>V{|7JGL=M|>G^wH~Ass`XcKOaZQ1HXd9c%Cu95!YY{ntI6 ziWX@I-5?9mXGA0Fk13dYt_K^tEnp;s$>R!CdY%b(35S(r`O->b7QliS+iK6P)nII# z(AeTDlJ06mlu&=%ydUn`q$8aiUuEqnXX8qGDy^bc`JcicpzpBw3~C(AX2Yo8Z9cTk z3<`P1x2)y5F3L(wb@jW4TMCEr$S2$v+;ViDuy`bbwpbxYu)UP&EG4S@5^qVhB&EuL zm}bQ!v;oBEc#8DxgYk?IXS5*CVM8#C^XKbT5z$z2;{$5)DN$oNXPjH_PmP zHrtRHDqNw%2{0Bx>Xu~SOhSADl(m|Vy< zCHw7e#w!v0BSY_(#k6d(x$B3f6MAdBliaVUw|_ zt{FOFsn76S9+u%p=-wLVro37TY5mJ*YFI5ZNmP6roe`zrUn_{|)A18Ro-f4V1jaV7 zi#?h$3C`%q7Daiz*d`t@9kwncvV8N{C8j+SiNAzM)Sr~G%odU_`Mvsx4F8ir zn;c&bKMn~NF52ko^c>gq?1pmNR=M8OFBJ6Seiaq&E@|OMJfRO(76gV;&p~|5+ScF} zPw2|Pb`#bkzbYp|#)`Wc@95>n+#N{b`ljiskW^UEPa?{N)bG#`A2&EBEPA^kuuxui z*Juu4U^8#ZNKKPx;A16`vjj!p?KkS`Q5i+qEiDu8P2T2RS>@`*>U|24QfgW)A3D`0 ze{ALg9cuCQAfcS(uHJgMQU5T=R28OQ36to^5t(jLkXMHzg1oBy*~?sL zCmq5ocZp4V%()n3QpDvVzr~GK2_-@*RbkcEnOEmpU{g+@itw4rGC;$bRoox97laxO!N+FC6Z+! zlj$?dCoY~Iyyu&rV`0Mk2@W=|+*%oZ%Ei46@^vC|ZVPSZcZ=CF4v*tZ`{7B4Ugf$q zi@`p_cdS8HwXS34j;WO-<5=YNWO~;P9_w_$=)aZrf2jw6f>ECR&5xEW?9@Cx*TiyY zOtcq%y17~ld=tI+KoD$)@?kck+zk3&BG1IY$?LQ&hbclwJFX)FJt;ocfzo2ArN02% z7Rij*$Z~ucWWAW&kbXpxZ=sH@0XsMI;AsjqtgbV@AT3+sSC0*h+pVm{`HO0+bUigvvM49y0s&|gV% z*(Zcf5jF5#KTm#|R+dvOje^cx7Y`;;nooZu2@Tb#tZFNc14qkFqqmq+0gC{1z-T!= ze^5o-g%UihE*=M}6ZMt=Y9tgKg8i-?PgcDiPWRk?O0P!Sg871GIl9H?mhKnFs!#^x z(c2wrxgu)NP!-{?EW^FMTCGH=ZgYj#iDK@h`jhmoAFW?%PF$EE|E3IdFj9S51dGx558fx)Pyj3GyV>;17vWU>~ zP>`-!BM*Myv~64skK3RPybwxsq=0jOh#fsyuKNLaR&Prg1Ob;frXQlVI&o+jujJN# zPZD-n{tcBBE-zGw=T-~n%%Vub6_E<}WMtGLn+l|OJ8$9mCRY%Yc`auHof$4Mulj+` zjfkA#*OF&IDEN@xy0wEqaBe=DrK>~t!dgh?a1te_oWqcm_d_a5a@(tWD(G|dx1w?_ zMk%Pd2Hl_ka(mQApCebMZT4^0J|=o8O@aRXqXO`LY2CW*ea5=I^E3isAWy9fi5Ip? z)>+`DHp1Fd^?}YtV6Upe%it#X+LwkBptt*R*|mfL)l6Z5_M}>w`82ERrWxCg2rDPK zmrEBeP70wcU>U4p39Y1gMq+mM%|7~lLTEhx^@tUAEe4Apta#I}EzcnH6Gicg3vc?r zZKwB~VE-Z`m?#L5w-iLjNhoE+o~d*q=h}+qV0#|!c$Q|+&{PLnZvamEZC>pTquMBQ zH0p8a+H%EALB2$DGJ7KE>X3_Q`~<`Xb_-@M%naZ9EVGK=FL$P!1Ek0j*+``89|}Lq zVS+mi5Pl|X!6W7Ok}^EAHu_(!&kjbO2aJ!Z~=r zq@$y66Zf~+E&9B5!U!bwXOhGW*B2ujBKU1-Z-_u(_Z?Vs;p-X=>;ot*t*NU#+2iMW zGX)6<15!pHIf%|2s=!d66GxPFeNYP)DKtX2XkS#AW@ghF@f(+-=wG0oY^S77^mr}1 z^vf(+F%8sLCJ4}Px=syNNx`;-(GEq*qCMK&TN*2)5Ub-PDV1*4W=v&vmUhf$Tm+Ia zRpen*HWC-y5{UMttE(@rOeFc{_3uq$6=7xQFx7FHcxEGBvU|LL3?Aa6kRS||5RhH{)pa78p`hE=#Rj`E1C=C^$R`|i}Ard=D8gE2kA~&G7QiXLOB!(k@zITi5NBHg` zK4daKmFJ?m!Fm9g9cDT4&SdTJB{X(hr@LYE%6rsQ*BU6^Au0TyoRBD*3rLPw%DE#l z@9MSWR>o?XI$m=AoV~;@qutR=**K0FFT6%~pvr9ORNMLoq#8}|x>6UroKbO(C*tsY?X>BNLwy^tLxd#L%Dx&s=>l0=_C z+{~0ZlwzYasKyRL%IVn9Oc_2(V;&Z(j@{I14W<;m835ZOyG}kx!1}EXgZ?C~&;;7n zbCBrIUH!(xAtVY*_Zqs(r=(jK$}dPma>Zf$uIw&y6Y zJ4KBz9hH;f=R(eTmbsKVcxm-xWcXpJhn)>`hn(dtiZ)Y(uV`alsD4dIIOs6%#ncf& z5-sK-PHGBZ!pVL$Tl8RAm}VWW&KcF-^dt)K+B=x@50j@9E&9BdeDSs_&hq>U;uB@$ zD%#wfGw2YQknS%*XzV%HW?HH?blWI@CGyDt35t2TpLWqj1;z_^log#3uR8op=+F+h z??MRG#BgOx#BSo+cg8HK{M=EhCA~Gim<{HjBo5dLeNB^Mxb7CcefJAo_yKQ8h+<23In*-mZ`#rx4+K)_Z~EyIVdgjc%Q7S03FB#FMj|63aser124pFYE;Dh%v#e1N2r5K2 ztrU@tA8r3qgc}5dqPGXvFnMg2UKZS)Tc5|Qut-I=5ug)tQ?W0`AssS*e_Wn8F`%<=v?TFGqqsL!PnXkk zh1UDW;94*7L+a7o3UyTIPv>HNo<7T#Ex>v?vo{Z(45`v#;*NLvN|xNESpOc#_8^Bh zaNrfJCB!y-PVaX?kcRC5^M_zb>#^b-7b1g%*rZq3V49lc9E6jXYHPrDS1W2J6-^b; zU%&Wnz`Ah^{k`5oGmHfOFVDYO42)>+2|OD_CP=9bN+*>iO#;@xHU^JIOds+&a>Z=R zlki+?+Gx2jZC>vmgwaGIRS(U3%xEa!#?v7sg7&PMe5w_XEk z!L7A=0|O@y5GB6a^yMphHj_7^6S9n+GCQGNx(OsWv6d+lJcBM%AbL1$&c!boCV80j zkVzFhr2MbjSOs`^Sx}C6xo$fOZg;$8^483r+2u38_Ba-B3;_Y8yj)MqSYbgbiX1F+ z6y`V^SAiM^T*ScUai2y8j3Q5%v{+USnLtLRBk}8}IY9g$0}6+%QXaD4cqG@Je}ybrW6 ze{4Rxx74MPjA#ets|BUcu6xh321V4n^_UU!e}yHWIKVDJ3A9|=_7Up-CJ*boGopv`cH>MWhyY9Cmm~G^?ULq%cq>S+K7vF6=z6SD+KoUfi(`?m@8ypEqz1oBatWZ70H_sZO?J zbHr9*hHJOpTj?!*AV!zoHIw9~^Nw7GoE--_R)w zQWOb^&aaZgJkdyKT$EECi8Ajq*?s6$^<|J{1tpk28Gq@@(9URR(`R8rVzhDtl4K4qrzS8+!sZ@|F(Eey zGKPtLL#?1SW+*Nu6OYy+wU!vT?1H&S{VOn*=vHiU41Ip*Wxx;26$Ql=mlt2IS=shI zTdxf2+cK>pYvMZR!B{vrBLq|uesI(`XWla+KVS5QOD)>wao$Fp%5^kdg$Dl>MNre< z6@WnnLd^lCNUJNc!XsYO;R{X{Fo<^OaQVhV1T?-}qZDDrMBFNCPeIDg(fyJ?l{`2rs-1jI=b?L$%Cw3lt5eh1Xt4#4)wKm`#2S z&-f?7nRD0=r9Zql0iu%qWhwzqu(7y67Rvdy#0Qo@#kuh#F>zsscOP2>bkU zG_R-+e9_qc%1{0@Xh|$q8Ox?6ccy&c5b0`6P8k+=zFQmTh%ejp@jallOGrT1-Vk0Z!-cX0BEqe&c*8ALol5lVFfg%t(lL34zPv*qi9d~*9IzmFFh3~CggK|Jv(0b3XH8Ebuy0~1(InfF2?Q>0SHqeH9wyuu?uj;};6B0&9 zxKGS$=K&a)z;ts@T?E^eUYoRQG8LVbIOiYk=bbFA57V+Rro_Tlz0D#?gn5E?ut{NQ(stWG5o`*REegFDcIIx5r(KAj_NlT`vEB~2 zPlywH66!n;=?^rIYl78jWPJn75^7aGlnuK^TI;m%vew=z35xQ3k5Cvk8RQLFjDk6s zFLZH~Z2GGv-U=>jytCk@*^A(WJA@K3sBE3>eql669!l~=DLJPiDt=2NY#>_J?MPVF zkVB*3k61h!&PbaeP21pdBhtqtj{J1^$l*Z(?geT?=_D`x(v1lXaQtffxJeS8;42swcE-m-n9Eu<|(Hi`IsG+rv6BtXJhJMsu_rxj9IjM`DD*tanFP zMb}73_-075z&y`+G1x9=S60JV;dLG4@C2w$YKTC&VUI03HhBjsoj=fNW|2-e6L2$W z-EkiK_2w2MnOSmA){l))=4t>lPA|fSIY2~yd$+A*wXiUuDNT$F(Gvwfb?KmUTRuZ` zT9=>mcDiVpOh7n9XNBBDYhXzhdM|3jvAhSr?f&2*k961lV2GspGfXtKr}ahCE)96M z&LU%FHO{$lI>5;YB}Hx>ao?s;uAb~4?ikkX6dVrBNm6;~&+{I+iLAX8uuJm5w$AVP zHYZ7TBhb=GcB|tG-YLo=SeeX5mo3Rut|DjdyVbtaY*lqfICT~kNIV{mi`|n%F;qVv ztO>VwZA_*Y6VeTLQ*ccl0X`5=@{m+yeP_s;@I6hdR~L#?6hJSmIzqXn0nX2~$&iF% zw@}ML99!`AV@PoVoXWi!P&Cc2RvlHV(KaCFjJR`zTI~luN^TEY|KR8-xUml*4&Hv% ztt3F2hc>G|>+*C$+(W>4*`un(c1XnJB*AnJZ^(uL7o&D&J$58&d%kY-rzmrz?92yG z^^V^J>_ul${p;5p=eN@|H8{cwC+ysF3~*BQNgyd`!Y})FphE^= zkws)2qTojYNdmr45Hr+xlpoM~*utyi3#l`jw4`hPuwa(soli-cWOuVv(4*}rUqgQ+ z3Lko%y@-gWtD*VO!r;r=|2{tqpH+uvZTQMu>M7VcfZd}4hlGqiBiiuHm0;PS zC#YBkXXxLHmvm8@XrzAdH?1IMcz>!6aunr2DxoXDqDtl;UWs%7>sNwDF^GYbPwY#BQ-7k@fzSPat^|UKU3!02WEYb z+r1+%B)N{bTw%eF&I7I0)-51}AxYw6fu+i!RrMrSDEMN1ztx`7&;B@IY3y)miav$T zicf2w@NyK`UON9y9fGLlnAwA9@O6Z819niMc2Z3eNoW=qs_(31R;A_s_z;ff`{9s> zh*xpWQ-nl(<0e_u6Ma~5n0!0joNr`E3wQ>_z^u~iWq|AkZeA_*A3eA(V(LETeaVKL z6n!FTQS;_4J1Z;WbHhScl!cKOMo*g41#DR>UX2yFrp^VPjB+`Buo-N=%BlD({zZf!aM+vQf z`5W4*U|pv8VXuiB|5}u!2xKF1sX2ttWkS#kO_Oc8oS9;*MT&b5J!c1t3O~JDqAEty ztw|i^=Bs>uX&#A@VQ~b4b9)R~TjeWiRQPCsbY@KzvbIpfA7&))s5Ec)kJ*}TZdTsL zDhg|-KwQwb+Sq(PiIu%(Fc=MLDufM?aOkU3{4M<>4tt2mJZv!C@YDrF3f?o_McKN` zI*IfgYT;IVM3mmI7c6z_)~=4n*KiMw-Y0q<){fDzYLwb;2{FjnK&=WvTN&yg0m|y`H`+Q6Q*)Jlc)iu0TnGz855I6T!&i zeiqO+LKX=z=V=~-0wBnutQ((biJn4AI0(ciM)2v6FOC(Fqe^8wCLkCwu0!OXa)n5S z>;oYJdQTIRRZ53aO0Jq(hbb+&+R6wZVM+=*FrEa>!wgbWN_6@ijyI{tp9u(rDnXx5 z6Eykn2n2Ws0I^w#=FCU~5wK?dY--=EB#Y}nZZMY1m}{j$&Z3Q^RY_-)>!hS2PJk*- zvFZ#|TOAjm!!RhDq@+Qu-B&+yC`Gd_ly-g}Uia3lA4o19*VAW4X`{Sbx5P>yX^V|y z18x#?hxnKzYz78F19)aTLf7s%iz+&CFU=sBKG73$i8usYJNP^& zo6q^DE-5tYP;=h<9mesF1M$yFCGMs*Wxs@S2q}{x^fE{pnzME$dRp++7~%Ee0)saB4jn%4jpn#9Dw?SvMtTqtTH&`R!TF_Y>k%JDA*ns+44T6mtFSvtpVD_(R) zJ+A7W+6`7AQB^HmFLn#RW_o2(n(mmaV!v~j>Sm*84c%_=Z;PO?c@?fdu;e!O_;6}3 zGVsjyXQl;6PYzG*y@ljQ>Ef^Y!c^CzO?$uqE^%%8#AGFpF-Ba?aE8mbE zuQo%PSMR6S2W>L)es%@PjQk}1el8G<6dp3TzUYf9M{4*%&KM%bAx-@Q<`XCtZvNQA zQ+WhM4hdbXt#02is>_IA4?gKt+fpr;3s$TRf91kg-RwmYnJRG9y_KiU6<@z|;B9>6 zG`zFK3@okkDV1VCVCo44%sKi}IH2Q_$B_`1y6iIkos!_N+cB)bs!o#K4q!Qtn(3sl z5cdiMQ&ufcDQ^}-PFWi#IV;eOqof0X`9c1#a)Z+EURwv`h?-N@8lEq%B!wsB?Ypx5 zujh(9$hEXTl-g(FqZA65IfV+|nh(7SUIXK1D5T?P+QZ)3dLg$!z;lN%A2wzM9>t57 z^WwAQLG(YtC!v%yEArf8T3_0-=;McnJJVR|6#|QPzieq}xOzG>G?^#55^O7L!A5vh zqIpJ3*-pRcSb6|LxYXr&8W<2NTs3y!W}eh4YkzDf+vSNfP!n6^KJ0K}3`vPCXD$PJ zcu5?c+|nV(rY4^gr7Rv zu9HNP381(hTDV%Iy6;?Hs5WH44iSIPvA%z8u36TpZ=Ub|GIGf}EHX+&(Lf=NAgiq< z0K6JUkI?XP;My5LR@OB?>R1RjtT5+gGZ-jl{yX80MfZYiwc7C-AbjR1Bd5>l0WjDw z&Pl&M729ECYwjy7Ou6T8RNckExE`*$Y~Sw-+SL+fcv$A^<>aAxkt#%JIjItVi*3lx z=SX|3l%XJZN7JDwpakXIMIe}+h|k_aPerN5EZqgDa`N~zJe?+QBw#j7QCb|_sYzpa znc|*rTx&Fp)O=CUF+|wTGyU|Tg z5Du+hIBS4BVDzhTAHz50yHJ=Vi6_IL(YT3-?Q{UPkuDXZOwzb%awzw{e*7&AR9^1% zLPX0kon2o)A8foxpm29MsO3d_T+ko37+91{1~7}jt{tZ4lt4vzF{l}cL0*<=tc*9V zf1gY=z0<>1^z!PNT9|nn*QK@dT!k|zrd$9CaFbP&G$|=AGn=%Sa0aZF2BfkOE$8od za5K0`Z#)xaB=GPZ{5H?@cnBws>@lfU3A+MV1h~{~8o^lV@19l|Hrq`XIm#JODGYsz zy*uT%ToIT*bZw4OmWlU7#1|+&IvCV3PS+-nm%my7fYMj<%1UI}&SFGHi|3nXAaG!6 zvPtlsJdMNO*Q7sISBuz%M@OX32=^7vK`rXMmd-f z_jijrI{q&97d)`iAMFAuEorTt+3BIwdafK!`SQ@c9n zRH7>wQ2C-4$vYWR&?Ys7x(idRQo}z$W~iz;C?3)8M{1MG;!_qfThf@?eLa?YqfRff4Czps^<1zKb`TX< zY)pJa0sDaX5R*&}LnEuFGarg$VqnJqrZ#glWPk+2Ao&@SV)WilXaUB&OOovPE6<8R zGg0|vL5)Z>_BZfWZ@9>n5J|&CABr3f6%iA;q#2VJa%qg#kTtXj|D?BoC63H;N_zjx z5`NY^VHTpdB?zQUs{$ckYGOUl?-+pZG6s>m7_J>>I=iN{SScB0p%<4<3F?kYlVO#= zyJ`1rS)y`|q9sngBtBEXP)mA;|9phOTo#Ph48#azL`NneL>ja>L?_*Z4Ev;FO~!Fo z_ocD6X{N`4t}*>_4d1R-?o&~GK^Zx5A2o?mXq2lBbX0qPsm#gYv2x9OXZaV z?qwDce$*k{DjmCwHXK8Fz~9(Ds_cef>QrZOJ1@qb!ggNpFAa+f;_#v@1qQ7x5iHls ziyL|(NwVY;vQko@8-P?Mu4D&sHkzLsI#_Q%2!x1qJS_!g>UYh!n+-pp#9qf15poQP z7@#!c3gy5aG#4H6!H;VID{g!E4nR^>rFuOxAXC>O4)@N3cwcxpM2q)?je&|7DGD?z zRSBq$GeiMgG*&HtLX9yFS4VW{u0lKmVCH4@QNK9E824mrTv|iedV9PL4h(-rE8Sl! z23!-)-e59R;4mq$hyy%LFdHKWQQ%5CNp#Z*Bl4S865f^vs7+lq*L5O|M+j2`%)*4# zJoBbnra+03N&y{RU^F?TdhHc!9vHNz2eg_w`X?GkWM=`b?075Kl6d%NE5;M&j29z2 z1k3LVA$#UjG{9s9KuMW!I#dNqm1-2jMhV1X0&qB%4)TDK`nm!Nwh)pX+DXXyu+-pa zb}efdgwID384c7dNa>EGUvCq?0VU=*snY=WAU^<}LZpJ#?ZY7k~ruGmktaTF+JF+q8D5nqs;{&0!*{!R+hbvqv54*|?>9y?N5s^w{+zZu#M;9r{6EYcS} zntVJCiN@JNBN3jBtY)!lco0*e8e?iidRslN`i8pH_)#gG%@wGtg0*O*s*g zp=~AWpb$19>>5V`yeYAyb#eLtMuEEtcYnxCflIw9`KHiaaT+sq4ivd&0-`WmTpnVn zZ#m#2B3=+scOUMFmS&Eb zeRfUbkw9zJhqn$1l)wy&3`kxZF=Eu<4Y1^#Q6Sdic1yKX{+sj(N`r>UBz0mZj>{-|gob%Jf(-aR(WEP5 zm#o`~|8FEY?p*_!fc+bt#jxRcAd9NZ>_rvVLGb_!s!L5J9TtM1|B5!Lc*m~6G&4p= zU{+X!KU{7fm1ty)e`8P{CO5E5_=dHH5~;S58QYs8pm6~qz$s$U#R?~X$YZt66IuJ;%oHD@{_lm;sRJ>(rTv_pheH+h#tPSQJlN{M%-7mO|*SLqKCU%k%+m zbu2_Wco8KJ;%jmw#UQCbzmDlpN8CuCS@=p^DNCX2mQ@!%9Xt;4%KNGr9rhYSlf?E2 z?X=EGHyyrc$mle@OYAHoij&Dtl7Zn576OO_(RXXUp&Ygc0>nuPvfE!RpT`VN#BMeH z*eB$?6XrgtU8fzkXD9J*0B%xj&YDYBuv@|C6(?b#8SHmkyK<(C&+E&VQ`tH=fH)W`p|Ao<`Lv#vkMxhoW=xXxni7k8HiNNnfD4rr|BxVlub{e&W{X$H^FzJBS*Y? zqSrS4U_)+6OyXXDkfOLOU*v3jY#69WXeW9vJ_ixt+9N`%M&qWc9%6@>VqJeqr5pSY zs|WXYh^Pmw2{u9=z}C}&qd*{+f=Dn3t(t#2-s=>63PCz2)eioB^K^zPc`&H{iaau9 zu8Ir)AG5TT@7mKMWD`oOI#y(ppKzmYch^9VTwZF!!qeO`D%=+;G=~h>6z)Bo#d65x zy8qW}AQs=I9X+$7wy$RNxG&+8;yx+VQXm7r3zf|haCpC_3?9g2u~{6ZJ0lOYOd8T5gBgb65lxW;+*Uzcs%e1>_I9;w7e^3 z@C$N{Mj*&#p#~s6E4rNkVh0!5(2#oyuAe zP;2@cAiyWO*U{%n1%U<;S5u&ID0B8!&KLTHy5V8U%OF!Q;R0z=w|qm5)DRZbc@p!w z*EbmsC_JLolFXWp!pSse5HKAS` zXK^!LeCrBZEXpHz$?%K-_;hl%7%adTOV^FW7h`U=+4+$xMy$0m2bA)KQhDH7?)6FP7pz-C=-NKJfWuGJd~TMg z*-Wp-Um6k27B1RZy?{6zU0Z}mJXVRaR3-?Tu0Rlu3^-&(kF;=&nl3&STvR6T%{5|{w^Ls%oCoVv~S`-U!buAyr+)hNsmE1q&ZUo$vUSC4rQ&E(C z<#2EuX6cs4co}Pa)l^Zc7Co94ss(VweoFC8wN}(_gMGtb#$FdiNzYjr08a=O z#0%r5@4ecVIw5&>MOLthCxIM_Lt%C{>|L=4;(D#1yizpnzNH0~`Ko+Zdl(P!F-r6x!TE!n_hqBc%zZc0SSn+MCYB~(3ezeU9;Befq4oG7NL;oxKgALPq|82WWH(TG;yN~9D`nhPtw5Kb*n6&NgybG+K-%LA z@AT*T>IM!H$B0AWl}MmV%0}1{xywPb{r^GCI!VH49F@tn)RFuqzcm)> z3T+<3DROkOn>Z>=JauatY(baP=G#6TdEY{@{{fHH$8KroaW7@(_%96=ra%%n{-rMCrxp zhDyKBX5EKY_wa^HK&hWns#AT;b2XqA99$(EE2>n(F$!s^^_< zIhN&wNwG{|1jU~4ilTmAnGnW2DAe%aEfQTRUw6Lg(DRnhddevI8NN^(PnFl$;@IMvq9BL|`k2@FW_v zOge5OIF=5?M-4g|wg@vvOj&J-rbjXyJyn@74&ZVMZFnGx@pw3DS?|mP*U0@al++Q` z1|h0yXT?{K7ov#eGWLihFtbJ4RC{2D!cbrIGAHhWx zC+Tc7SuLs|?Cs0L;py`pI(9;6>j?=_aCDxCR2s^%%J<-Jk*leCZ^87aiKs?FRjY&w zP{IScEA$JE3ltBV#qs9!b=%Ey30Mo<(Z45c>FmAaK-{E)7~3iX9Z>{S2G)`fGXKzD zr1W|XH$naC)2#V`q-7CY>ES1+Rz4egAr70<&EEYS8qY zdifloE_|dhhlNOThl{Q7TF1G>GhUt#)%A`Rxj0RM6Q*9l=Iepob!cp@I+<1rEb(Mi+7zaWssek991k<> z81V|(Eq6M06N4U6o%0sbB0lIi*gU9 zoBO65HC*5wJ|JSpiJlY0*x@X8beMG~W5h3WiD-sMaGFUW!1&F|SB3(9U})b{RxZxn z9s(VwP$x>(|1-%DBgJlnP|tXc8N8@4gXhP+J!m!HoIX6{Nd9TEx)FHM(pL7h^_8cs zK~7Z^Wm=NmA6p_`g`PM&VoEVF9Kv|nrQm7O%D?g0ccjLRzz{3YgSKarLBt`N0v2Mi zR_aw-{)2)kuJ!pAh)H?$q+%Bfga}t;_3pR!^aqs@{^1;?;fZ2WRCtbF@}()?j>z;* zrPopamdsuC0w^l&U+q9YzlqxPs$;!2-&fhmF+%q_~ZaQS{YL&K7_6#U<=Fp0yC^X0ky~#YAJ_3DOum# zgYG(9Fi*O%UV`E`? zZdf7Z)tVYFlsV(Hv9+-Ko*1X>ux619P41aM1GhKC*0_PBp!2XPy;Z2y;R)weI^Y}f zA*y)3PM>dIt|!7VaUBVe{tBgT0`Zg6F1aI+6Y5TQrKx^o)>`U{nGiMBQJT9eKpa*r z-UAhvM>A^W0{xbVKA@>~^$wk6pOcUp^*Sa=+8hoRr>Gm)V-~~iFuDz`pg>^ES=|&l zdy*RJYw;CU)vs9RMVQV4;yXk1@qXJP$s7den_65a`LU;IZV(sJlqUIiPR^oO7$3Rx zfu5MHR*2qAOnVg1v0L1k0W1&r(MCehx_O@^-e!Wm2IuCK_#*d|48|OpVbt@jd$I(6F0=VIP?#an4p_V-ngD!HupOwQ z`t~XN!`r)va^=qy+#JUyOR_vlfx3M9@mE?^FDzT~CWQ&v)8tsKx?nbqbt_T&Gc1{g zTg`H0_@b{?+Q_Ows@ELl!Xu?%O_ntloFT)?_O{@WzH||${}?W-&f|M^U_$lO+h|{t zqm9AKQt})-$}xl$hZ>7QbQp z26^_&{C!>KNJQ*vOKcGNsfvi6hY>J8=}!gl9Jue37dUkKWfq8FWrS%!Gz8^o$fT{W zN?}0SEPzJE7cK_>lVrMB1NM>PZ(7oJ{TOJR$hw0SQ_a@-hF3w#cY}2dyg3F|5pPTI zsMeeTYfjDp*`&Wpz}}jNw4OVGMGvE^j8pU+`W2+@`Lf|ANOSmNX3#uy{_yrl{QTZ( zsc`KUUQSj?vsh+~HtT=i+aIpLh&DsNCOY)PdJ064TvmklrfCr0N}DQ1aN~`DOHyw> zZ2l-Wz#0AvAu{02QgU?#y^&5OpFnto3L2bzsgOy$ZYo9`eJ|-DH+_yx|K1@_pa9*Q zWbz~1ANZj zL{Oe7VYpVL!W?`hNladC6w?hgkw`?7)XFHS@}XO#-&Gi)3#? zP!T9-17*+??=ONWyL?zgAoa%+v%oNhE+O5C>c?nYUXE$ZVanajD82r?AZ5H>isoNt zK-dP571{%AK0^hzv&>F17E3&!>l_%_#{7S>Iw*(HgLC)EB>@r!*h%YgR=MQu<(ws5 zzmz`}PmD>T+CNZPg;0hcl^azkIyD=2m}_acSIEo(bz zZWM!^#uqOTkfsxq8+`g4x3GGX_qmpH;ZE|v7{Hhx;x=fTx@}D6nOQba@*!U=FIF)j zc=m>l9-r3S8YYIc;xi0#uE?`%I3t?iDI`h;vsWwX*&=N#oRAY4m9u95g``!16~4MtnuPW*YKW+pD#Td{2{M>pz(|Bd$15 z%DjF(GA&|mx70yrQUU+DKDx~sN(#@En4r7sLZ(6XC&e|C5ec!$If_6II#7)ZsBawV zLU3?m6Z?`O4Opca1YI>}WNLKyx=JlN0a*rvX?}o@4z~C@Chl@tTT88W=D;1~Ie64% zERWOoc3?j?$PLcBTlk0?4gSfX{yZGI`q%B%=Mc=tw)C_KC6)F#-OF8R2mpna@X zMbh8}^y_wBD+`(j%{uNX6N~BA<0LvBnS@&{d90ErYA8x!i=R3_4+8zTb`1Ca7p6J% znYWS!9mi0Hq3YW}dy;WZPs_1)`=s_|fpz}&e(K|_4@0JlW`ZR_<_1L`O>z1PyLpV1?GPzQjv^ltmcG%KkXXr|pjuHM$cC<{GM?}m zh|zWJJ-+UDyGpd79J(dU7-UMmcyuasQu`MxLN`rivRVIqhpQjq&@`k{@lfcS9^HcYEd!UhLu6n(v(0MYYCK|RS|5^ zmDWKHBS%KY7R9d^U_#WVJU4}aXb=4Ka0e_m+Qb&j54l`d!l&|KBZ+2*cZ?V0Z~dEC zSfd#eY!-QX?_rO!b!i|*2N;}ueYImY9&B1sO|6~VAA4zh6hIYp844`4#&nms0~D?o zXrPwk-x zH>PGs#k=60`xERX#W)BnvMmFv;e=l^(r=G%gjme69xm45>;X9z@z%7sA%amQz3E?w zx0z@aq7hROCWA#Z^nM*}hayrs-#r9IVntkcuHwDy;l$5C35wCbM)g>Zok<`E#<5de7XZ_{GJNr*;pf3MgZBNT=C86s2J#LQ5M z=EEDYkkV~$Kub-oct$6`hzs>_LGW9q`z6d`zMnQl6?{25m7x5xYVue&Q+-F}jq&lm zj1MZyyQ0|UwawTa9~WsdD?pBh+dkA&q`h<+Y>UBkxkxexJ}P*nP(NR`*dqs9GeKAo z!|QiCOGx|I+pXO}2V0s;Ew|)QyOf~WGei$+L9}ZcBPaa^upD|Vx_bs=&f5;kdNZXU z93|1`8`n+|yK|ua$jVgu)rMQxQTx&4Cb8a2uzOd^?}TT#cvHOyRirfWnj4Y#tO1q+ z?$(mqUkAp}5wv0pmodA6(~O0DSbhB~Q}l@E66)iUO>gi4(9&n<16jHWE7B|-dBJXd zLktgX+mrkx+b633LKpiKxWF9T1p(hG7V?#nTy5yGBYe76U8pK!jju>FD`H)&RFje* zXyX<@ut%MhZTeE*R*C^i5#Nq@qa<<>St)`xRa56cO7Yn>L6QPo1nW+9HA|c?;%lX_ zy~Y_jSb6ofdWV?QSx~$LiH>G$br1gwrtF{tSqx9&vx|5Jl0dRiY-<1uok~$>3wpw| zW`g-6A$v$nRu5EAWWGoM3=TPVELK>#v4$tr8Ggir5M_pR9iD!iG82%raW&RDJ%_!x zaP6=rG<9i|ilq8T3xY6H%-O(x^!B~eP#vEcG_8#=IG6iuR)!AwJYVtEbqs(=PCX)}i({Gw7nZN@hGa_LKEgKqdf!NsDnW7tFIE=0$)q5= zahwy_5F|WdNqF_E1@4A7Gr$TfRIF{EBtygLxYALsEPvN5b}zFif?x=qz6Hqf33qm2j^7OT8oTr>)k1v_vDYhe1~eMoCHcpl{G1^wL3Rrq?$Hc!`v9V;(Ky{MiZ(%uzL^a?J} zaGFZD<4d4Biqx~GoC-v@88C`eh75kT3pqwLAPy%iIQPsShlG<=RQuVVAYOHca%pOb zfM5pWkZP?R>Hvj!rAW$X5?dIG7Fl}V><732Wx4s-oZyON)buc>+vDFok>Z9<{!fWc zo~t<^>ZT~*U%+%N9(w)Mb!NU!K3@q_GUfR>C{B%Zd*;BwDeB3o zx$tTW_vbwQZejjdcBD*cAyxIrnheRuv?gjfJml|q?6Ab90HbKJ4djH>$mgIbLFj{I zRQ!f1yg+m@YlNTWUKMfg2rlATv^QDN1Q!^vddyGbn<;wZhJs=flQdv-J#oj;d;x6K zgly4cN3OIq=no2D37n4J&}A*;YE(Cl6v-G7^dpX28qP&bsV0ET9*zZCc@&VhMcAd3 z)N#AjSx4c}!UxvuVeXWd3mS&Q{z!yx3h?%a(;bs29()_A2VFBu&E-aTfLn8gslsdt z3(99GElDV~KRt0kk!?>UI|cATW&?0f~1haY7~@sDQ_jv}tksrK<}HvJU%4lU_I zzqVS%x@|-zbaJI-aOOD?iEJl3U&5C115d!KCU;C3KgFuwwUL2fA1tr9!VlfP8BL-j zWu?0#R%-<&a9(w~tG%AQ(YhMml7B;V1Z8*>DV{}ueV!ko1i4liU*Pm1=^t@I55lJM zzt~B%OT>{L)=#aXpfi7*AD=jMfyHEMBA5Kf)SlqSPdQ{jC!1VBGca0VTy{pR4-ybW zaeh~G)-Cc1L~uq#Few;nHKISfiFA=C&#lUs>`XsvhED~OQ-CxW5E}!MUX*kZF{|A-por>TdNPB* z96sJhuMldN-(v*C*uZH0)(=Q091atGkiQ1BHSZZv$sk+M#Zi`j8^AU}^v1`sF?bB_ zk8m)FO-{~Z_)?2>yOCmcev#=GQ>#b`71}m~P?FXI$gGR3fLE4{r*u9BRBaTZd=&8% z_Ahanv3hJsayk(pZ4~lvkYc3AJ+NeEa$`-CHocH^yc&NTX)!X=F|P(GTuN-9JpF$k zY87u%Sy%LV*=C0Ap#`=m#ON?jS`IjnR0AX5v@-D0+70ig$W>$*(t*L0uoL@IArU)8 z)ax*VUzwI6iSH(_qcNctWWF-;XXDL9`~Ji5oLb|ZKczcMz$oWRDsSHV2~;~4v88-? z2K25?!ax-ll8|bRmc|6X{n+nuYFKNa;3d-nmMmkY7KW_Sv)~lrIrUNr=*3P|j#)tY z-k4di9If@rKJNJ^<|UE!1qX1Glk~!VL_yymre53zG+k&0-p1=BKxQ3A!8i<~vUUF8 z-rmtNR8bh#|A#cWI&`6$WX5Ot?3;0Pp%^Iw0$deX%G1#QBxZ1$X#7lyQ7JZ)T3cMl zY=-yWSYX*sbw|YH?|0URB-Yp@EJ%#RxEOBn-gY>V5idk5M`@Q*#%8<`GTwelroUmx z1(r_$|2tT4$EPGG*f37Pk zgvfRw@{jLDfB)P8Mur>B$dZNjVr0|!YG+=O;6WZbODj4;PoUM>dmn9n!=`{EenpBN z)1e7G*^FXzF1sPIMaU!ik|`itBh*~b@$~tmI`9uS6;d)xJ%YF)3_)z0wJF$MQA`=+ zaEyPKj+zF|`~haq+C3c4&W@9iQWT^meH#uBjv)_ zuykdg>xs@Eu-AH)eILPi!%nKQTK6I=WzB!hn8HI)|9B6IF5{bROuloe=rPGSk;bF~ z6fAa@W(>jCF><;A`9{`p12r|%>i(wA=A>upz+6FJ*v(SY8bJ(+r+8}qJ&0JG0YZC* z_LRCF;c`$x%~o!W+BOM9=MZ#Sub|4_ufXbCG)ZZP#1=StYet*g4{5JueIx;qQY&6T zKDdP6Z6a;!|1KQ?c5iBGWh8T7$a=eqphrgw>%(b|ATo80b&6RLXlzC!?V}r*le2Pg+?@&D&p1zhE8g6=SepRgq$CL@bl)%g9DFd!Inw z78#D*(k93xNl<7T<=KG~BuW|S62uOn&N@s{YtDehB4BVHHl58yp7ID@b{-{LF(4o^ zFwF)wnS3)ttJiiJEY=*g(GX7_j4Cv|lxT#IWofKhyEj$B3#0BUY04T@fbWP%@pUzo z#X_9FW^{O6_fZRkL*9`+)CoYIHcG<;lGbEkVn5zcAK+g41iW%3f-#X=S?=(dOMqwz zzAZen4$fzo2~lkAvOrV7k*yYXNAqTM*XzS;K;P0B>9gz;2qepz{^A~ARqe8XAbh2E z)OCb%^nirPsi@5wOLGUOh(B@7OyJI5j09S~R`k+$*7j>R(((|q)>HgJ!XP%oO+s^A zANSkF8ool5<MM7&68HfaM>zKBuf2ip&vpnhC_Or-iuB`~X_{^^b&o;peNqXg`ay zdX^LNe@9{-{Vnp2iZuDjbvkB92G)0BJ;%N(ssX65T6gSN&KC!SpDkKO#J0_%J?G)kT~L!!Ro7M*xZ}Kb*c%Eyu$mvkIkw*A z-x{7V$|qeypv&Z%uJIzKd)&B6yqs!JiII zMI@|h`Wj-dWQ5Lp5in7OwJeUR^}&^P1zT=k1hPBhZ+dPE6r1ZvxlteS?uq0z8??_5 z2oN5HsDtW_Q(xcHMpp1Jk=_l{;%^smccR$YE3C;?J32=)6zBLbU~N8GxA|4($YT z@JCnA4{QxH$Mjye)<{(&mej>$)LY;$M3(+-Bw*!Kv`~?2b>UnoQsQ;Z5L$QIPa1PB$nbOa(b&J#2<-MqmQ6O;!yJwd4QR_8Vout2hEe8GF6TlXriIq& zd$tMtie5E}j*GXN{_d|IHZwQx!WYI9hfLm96|NWPf)p!H*D1_La}NSzQ*rtV=rRQT zjn}7>z9dh7I%d{)t5?5%F)YlqYL4APfY{tiC?lqN#8g5(=Psj+F1T=D zQW;Wt7kRb}Tv3p6POg+`nUWB3XEmT*sX<~sgu#6R^n@iX+3HLvjJDD_tU{cT@s}%A zoua*BX7WIRk?bJVd4Zl9@*V%36`6ODaVXmJRs55GoWnH&Nq-&E61!c9wIAczywH}&Un#KL17FT0DL-R>9Hhf zQfrf{X0v_@6)tGjwp{%;YKXZhd|j>AXWuF)mF|hG1bn0z1KDz|TSppXQ6*vZ3ZN)s zO%e}KLxDsy4E-up>QR1IJ3;lyzZMK^#a+& zx$GabpfmD?jwgX+ho~a_S*q@Hihqrky)w{a5@~(@lf^72YvfuAt_rc_HUXhltYBkV z7yrsr)=4bzY_jvGx~aTyQ$Bze8eFc{2jBLYL3P)Tne;lGWTBy50@@v zUJ~DnOFSvVE7rhW$nLD&U{NR#e1)>g zgL7=D4WcEI2?-~bGDdZ?0u2reJ-#^8Gy7AHXfN%Oj`2xh{SL z!c4gl>)2n0&eY;s}8)tE9zBx0;l_ksjCFccn&MQ?N0 zH=w|7D9lQ*bxq;RY3iOP7&#He+OVY$&f+2T?YittQKiTqNFL9S$RsaEPZOqwCw$}$ zYijjgch7t-ULES{!CX;-3~T}-(RG7#>#=batcPgl~~p;kKj&u zaHfPg9de1zPEtxOdjEr+FDGn;U;u=<5N-}K<F&v^y`0f=+^G$};CNUZaCAw-8vj&4K3h2^`6AU_!r6eokp?Kri zVrK2$DouAdCF#B_F&^>IREip2c<@&X;Qw%F4bL=?hESC66bjc~zW$B!S+6G&amwvP zK7g84U|?w}QOia8pH^iy5<_LPWlXs-?q3o|>2RmbStltlB9z>^DJp39{3$pa%=v*d zr94|*>Vj4PW(lC|`wl+UrdDM1Wt(lK>0YCnYyh1=eq~ffd^?U2^=(2|VQTMrkYsz2 zi{lJT&-Y_nekiIyYhe(ZHHF*wJO?JK&AJu`q}9M|f}Ir^u#)^yS;TZLT;cR4J#o@# zz+VWu)IyshGynqNISz!#PHr|7f|ss2?MiLn6-Qb(u@X0%vaysYCOKc7#v07pq``3x zd);E#Y*me%lcw__dX3_C&dfAY7*-}To^TIat0ppEy!U_YXgfsglQ_p0&Qw+-Bfje*7#0YXxZfI?V{GZ*2s`wKxzv5{oFwHc!dP45(U*G|&5K z($hEs$Y9&OdQL}N)^kG;aggW)@tc7WFBq_IFRHmEOGXKjcMb!SP+W=T%D;C7CTbZ& z!pLzE7bMM8CgydPre?#*Ce&0m3C=fr=9aDCQ9x{G=oAmsy7?}H@*?mZPg zBp6-#JJA#!r0I5Xf$ZPIM=Hjw%?xR?c6QH&UB=!ZmR4z~a-JcW*B$2gCYf*;Ct0BV zRrPQ;(Fxh_htJtM8>}{(38P1lQOb*=SXEnDf%9^D3B$}}8{pIbXd9;owy$0WwQx^{ zvjP5vc7SZTMwHGXNN~EM+W#OIugX$ zC`fhD5C z4e@urMuc(BhnZeI%mM7EFIAh?g*I-E{a=y;A!zuyF{!c0TWI%pXpQVL}SBD0*jbCS3ydqc! zWEROOcpZU$g7QDeI=vF$w`;~VQbbYgQ23!#T!OVmD{;ho}FMMpJ1*pE@4fjaF=Sb8RX^9trJ9vtTchJ9;o^tthlglu*p^e%8zpgqmFQ57+?;Oci@(FX`XHo znke--NJJi8e+*{$KFJaUMWej%RKoTMB6nfbb8^U>g@92X5q4`asy|@vsA`r)$qk=Sqt`&8o?=#sAGC8Cg*P^qbqhxW-Xo@Q8Bc^} z&a)gHc%$-*7C0>*Dw2yqKgPjk`VtMwUI`&JS`3LJk8zBJ~nx&zLycu}R){ zTM~P}=_S8bc5r674q>@to3lHoa=|;)A3+vzb{iLvO~O2Fl^8w{7O%jk*^o`~703x` zZl5!`lvImk5rj0we{}46eb!&8HPH>gDldY6LTPd=O{luOPf7-Qu;Gg5i=5Wzo>0_P zEB++4#s~Uj1%(no%C1MKOI6rhK$@~T6A06Dd`uvBLx`uPY9_78;CuH&2BtMcp^XEC zQVRK%XpF-9sjk{kcsEEJy{p-%7VI!ZV6r+uDdOoTWNL;z-)ORwj7GjxCdi20oOb7m%6yo_ZC@|2Ff~h}9{wy9%DZ6Pmz8WXQFiUJ z$(^1XLS|}XMYmRG>V~jOhCnU)P9U|@tz33I3VcByfKa%?l2~X*?9I7m8NnxKEU*}q zYI0&oNt!68WOlu3Czg*n_Gik{AhEe_s|lhKHJ)5)9cV69=T!}7n?P=gr$At4>=5S= z_yKAbo6@ZY#KGX=U2d5JF@@tqHxS$}?~H*Qp^~)y{1sJ{UAhBHBF=mW(tfG-G!}4)_yIX^%{39Ky3PE3&JFw{Zkd3$kygZzSmhT_EIoW~o2s z3!dbhm`Gaax(@^8QRM#<<|9WO$lwlTt~8?vQ`J2hFl(@|KR2>YBS;7flu78^Ris++ zqcf5l*D)@JxDYz43f>(asZicrRZ#K*6`YeIsN7U%j&H*n&^2*mpmIKoV0m&am=6k| za9c0xKWJLoQo^pZM_FF(R#!CxbR7T$&2OQ4mVpF3`)nT+#LD)O*?OBha2Q(&L+X7n zoO)zlU{F+a$kZN-i%sf8uc?i#cf$gOy^t?N2$Nuw{zW7j!YH<;DB8*TA8?-BX#+uJ zdeFDd$L)3w&6N=OCBNII*CxHr9g!)VGB{PBI&$q22im>hLdK9Xiagm08rJMzqY@`gnPbyK zZMvMt)W2shgLBdiHb!j%36|3OpB!>^gM%Olhes8LGTM zCA~G55eYCut@3;p8}2R@o(eRv<_SF?2NtGd4r@=oUI5%&<~Nm1Ca)x<3LNbhTc|O$ zo6SC8DceK7HUI}F{2*J+c@I0J2mNv`o_-9;0*r(QiLfcO67l107Ubt%=yKd3Hp>BO zMVg}u7PveB>*Nbhf{Im|hH%9xfQHZwh5>nAZ!%2)?mg2Z$duM2B*7Tzu9Zn94bLU(NKW<$rXhB{hNOO!kzyOI5JYaoim z7m~Q#ztucB&sgEG(IIHcp#Dv{#)9GX#+ynUkP{(DUm2c-*ja;aXhR}E$<$D>Flo3C zq;l&$iK0V6AY@CuZm5S&i3I=EP6wrqVeX|*m#9NTN8NG^O`F$(An>cPeU z1pqdC&+Cw(ZOU|T3kUrQ?JiYue+uS2B>)Bz3r@4l7e9nJMFz|MZUjky35ZWd@?mkXzKa33fIg$Sn~1R zve1-j66zno%1bl&_K$lmfC7y}xy6rwrg5uCaXy;ZPDL{g#<8wFMqbQg@E4YAKYTxk zZ>t1}C;Ml3=tH>pEU)sXZL;Z}Z69E*egstfD)%@lbbF zMsI^2O)tW__Zi}}L;0lyr4p&$5uwl}zZQGD88zagh-wC08VW$I$6H7JstZ#MQZ-6) z2A64k8H^qJ|HLLbTqUA&t~i&;MnULvBgRdQbX6#*yEqx;76}tF4N42!f<$?`D7w03 zw8g46Pjq#|-lBhXkNHRK0CUKiJYu{wOfw^Pb#-89oUZ7&F!;0$s=vXq4VR7| z;oJhSYm(SPR>Mg!hylP9+2@O>)ZLPHJjp7Os||@DpU{p7^A9y0nXws7KS&g~u51p0 zEWkxXz&$M`38tbU7N8(lMjX@JLn-&0vd5-W1d<1}tQ`uIw$e4n1_e({Sc1X*k|#S@ z2*T2>R2|OJ3y|8|#Y2q!m~MC>fouB^jp8wgVTf?)*?s3LsBNZ>j8j9WRyG|Z0qfVG zQ=FAPbsAGu6;f^+N5pV{IJ&!XpE^sN$DAGC&g<%$dP2_$A_ia*Z=47sf0#uUdWK@N zX-Cpm573|`BSWroBvd0_^+ee$YOgYOc<1KFGn`nYAPtg#`pv%!nypW4;U%p-f4Z-n1f> zV{@*hlwu|(RYBU6f&T#_IGaNgTg=RpDU}>$+uDG8->YFAV`?W?*ZU}y@xXF>#&4gS zOb@mHPUzEr&Z0{r zg|uc!QCGb?z!2<-8w^859a)bo9S1|wQ#IjhH0x?-n8I7Bfr$e+AWjMsI8a`j?AJfQ z(jR8Ma5$5c|b)EtsH%0S;qg>iLL{)lIH*;5L;tegnUGC^@wd6x%(!9`1 z$*y4=$pBkGq`#e0S7SCEJ$R$=cuckL{9Z_?8V`cM$s<@7RC{~XI$y(JN4i@;Ss@Sj zg|2g4VHJ#FKJGl-quuE|_aq?V>9$AV!|f`*2QLkd7Ue@njz9dyW>_SIk~ZoE(i>n? z6rqv)VTTZQCXRWu_UdZ1a~1Fgh7N%0V)5tvmL80b5_-5&tr~?X{ZSkWIH(@yOlRdT zK|U~U4{7m5R#G^(%xE3v#S=az*93nk5Htmb3sMjB+Xu8Cf?^!%KAnrVk|7s!3WXq; z0000000+we0L)_m001&e8XX`(6!h`{00000000000000%6(3;$00000000000000% z5a&by0L)`VdH?|b|Lf8J|LNub|LUIr02ToN01}@701)Q@000yK0`KA`d2&8oLVf-q zaK4K=wtdxY75V3?vf?HLg#4xCOUWm&>&TFltGyT%ptSF=QxbIsE<6@kS>{(+=g14J zIvclM_3=SPPj=d42)%YGKJLn>gKP6-N{x*)8oyGMI%`H*$@Dlg=AvG?8MV1&#C^d|loR^NaJ1#Qw0bFR;MJATsQ^jiY1yTwWvI;n*-ngm zr-By8rou9r9#pPx%A%?&Hmouw@RWU;3E=inQUq}KI&W)iDv}L-dWcQyE?FK> zplxjRSX(lR8;&-K8F|NE?_JxYrzE4JGz)=enVM3L9V{9;TFn?ekN4JT^B|MqVsfIj zdDM(bb*;v#Wn_Nw`-ftkma}1GfTI!P-k=A9I68`0A8aS-=jad|y)SPspoAXUw zER!Ctx=$#hxA2q2HxOmXh|S zg6Mp4s##TBwDFl!qv=21g1*qTvqN)|6Dy6D6GvW^%XBgIN7-j*oYfgR?Csu97p+-F zfWa}(7Rv@CzNl=s3l)|zeakE0u4{_<6E3SeRk%p3$o(xhN=8D(u3P_7mCuuz_yYiB zfkfUYOb_E&XLMem^uK55!uWP*l~<_Hr~}$|)toxYeg{~t;55~F|Dw`;fP}CtG)S3) z{C;o>Hbwm27F*l_x05+#Dm%qTHsc7A72?-IqNmCzbxRcGx$361m0*!pMy&2BT9Mo^ z#|=%4$Xt}Pnd$IG%nE@QKCCn-2=^!GUo>SPQBXJVffOkF4H&O*<6bO zEaG-Oi}L{}E*iaSxJhr+GkQDyOz&!h}%%gaXSE0aboaW)Gc|%q?IhmKVqI88tL1}Yf z`o}z*>9sXwD9o|9LXJvPJr6|S2q?PdIpJA9<(*XffNff?YcfUO z>ISdUH2l}R3F1DLr&P;2e-v3P+Tq1!+zU_rdm~ss|sYsib-uB3({t1AL)vjP| zJc`=e#WJ@Ei>5~x=g?W!@W}Ay(>vHGD}Pv~1`x3-#0&nv7asSSW+{Pi71b5AL{<(^4hL&>!fOs9)XW%8j z_sMwPdDWVYAm^8C7R$Exxoj2> z-2KOByr}Bqbb9>A?30Y+L!(_d9M7pd{fE!(mx2v$<-$vFHju3bI+XCNo_U_{#^fi9 z#YHU64&OT;_1qOpO!1#}d67rolA&0hX$AwO9UIvNgy2ujm>pjGOr*U0RIq^qXO0w_ ztUAs&KPfA>c(TE=IH^#AbFV35s|jpMX9%TTWmTi$afSCT=%!GM{~4{Ju|!z{=Z~F2 zppkRpDmoQdka}JN6&P!69|Ad9Eo!#tkMsdn|I0S05=AQ0Q*tzxb_Wv<4lqLymv~Fk z@OFw3Ne?QHhVgH4s432e3Z+-7@%?RUo=1I|%(DRA(QNg>E3Q355|Ns>DVQW zGWRJHb(RDvLX`yM4^1w^rg4n~#l?JZze5!U*yDH435bnpc%t=4c$<>N7>axzB6^R{% zWj&=JI^<#2iWrYBOR-@tP+P6uja<*$g*Dz!p=jz=k|a@VAs8>&VH!RGUHI4HgXoV{KQhjDaRnd+UPH5BFF;(OJ6xhqXkwU7;eW zL97x~9;C+&M_p}0{NG2l*0@h9E#gVa*lEmEgCgQDo+8mc;6w~=4|oeE}H`qRq- z5q*xqsVt>}rqv5lP?l0P&drjg@^7Gc2P8!dsMu2zWp` zaT^eT_^bn|4qKaKhP+B>R-u%?ZBOfpqnb*x!iHlsR37^2O&%h4ysgE{WhP=qAE zn|R)~PF0;y9rBeXWt%WrR2q;9-t~$Z)`g`;+M=HSy?JvGM5QxxzEN36!SfkXc9jrtOl>EeL$vseU^ zo<}6-SKX{HD?*dk?-yaN-as_D<+>@pId5}8UE>2s#BF}2tioqCWBKhW?81jpW)`(H z_^lkaVXo$uqYAa?@212#II4mDjG42#5?Mp;qbxhwZ(;yi0dI)auxjBmHb&}3o%98M=I(>;G zDfj4ivD&Z|qgqK=TkZSHSZqot)i1oYg!vAx2iw@2MjneC%<&P|XmnyL;0%lZBt((coCxkYDfxFxu>{s+YPTMmBs&d~)H4SxRs))lS=O_3RU!5c?nw%}4 z>qdga>XN?U!ahwAz}w9@VqOC*Nl!ytwR{PL@eZ&$tc+5FK)dO*tlA+kCqzS?lJ8hC zfKd8p?1NF?vPL#wL!M27UdH3I-8xo{d*SO}at)`G*!)RhURfQlrXhld*cDpEIX*$1 zMCOLWPK%l`!se_DZca@povoX4AsO5cnQ)=kwwzxcj4FO2xHwPTCAz~D*;<@k^}4X1 z3rv>%!n;+ehJJNk#6$j!5P(NKE)n~OVF7`+w_V5UqC@|MW%(6}xv6@G<|#|7b0oJ4 z7)bcJt3!`GR;UEq?q^B~*tJ|URe+^ObWin@wHZSiH3ED3&8}t_Mv>}FyAQIy;%~o(op*2cr>gn zfm~Hau`-)bjs|ZmE@t8e7)XtA?C*C4T6_U1FId z<1hs|V$3S+VkUM&5;oW{k9D1GOs2yOjwVMlL!LDZ$PoXrIfvL~nWr9BgK<_+%g0q$ z(iou8jdIS3XQS5}UMmSkaBr9Zw#L-(8r;s-7d@GPl=JZD3_B62rp&RNhNlH4bQLi| z?U_<~rV>F0V*JwPPWiRi)^932=@$&2?#a?#t7^m%(Tc%YcU9VLm_DhED4pPD{usA~ zVsIS3C1NeTrqjryRRB&=>2>;uNK-GC89cjMI;;{{O~kb6GDpT?v~J36zEYWDJ3zcj zio1OjTNtiR{%{W+&*`0QP4x~^r<8`dc(3C!d;LPMxtfq&o(GOLmdMs#>XOv@u@>Is zW3*a4S4Tnib+)8^Yi?4Hv|P5Vb=lpF;k=2mJoKeCO;+LN3fF1AY<5LC64N!SFWWwj zYHq?Kv6{^07)wdnU4Kc>PuEr6MNwuzYY^l7xq1$L`$ihz3iu7VDQNcs7;i2vZ%qX3 z*tce<7HZ|jAkgMI!d2k1F)BOE*D2pbgs%3Z^rcD1R$XmM_UOH+PoZ_DmqLPx@~W9L zp1zdOiNwXZT5gU>b~Ubq!s4vQNyj;{nd~9P6`E7oP4K~`dB-AI{yJeRkC*&$n^kp1 zO!i4nGw)~9Q8w#LhpZ8w1fGSc&No}2HbQV48xv9Q+8{vM3>aL(brj5ct6M$cis$gl za)fGBWOnhA-n0o$tmc917hW+sL%Ri}T{921dIr*o?-8=S)?P-Zb&D*4r~i}K9ivrT zE^^MdUy_iXluQ;pzvUcknPFCob6yq+Ajp$Z43u|XmC&a{5Rx!B<%pq|qK_AaWI~i{ zKZNA1>V$8>$Stg_r^(U;*vF5&U33+?T~De&5vpUf;&csq3EK5iyc*`?A5*9>D%X{I6;6qjGq{%UR%2dj@MS(@?kY|l>QH9+2qvX9w6U?;Eg{DuzdGC{pw zon>cNxMk9^XpCeT@eNrW@I4>g6aIY9GeS=7iVyOxC|QYPP3PubeRbOf!$nxI3> zv4Q9}Qc;=VqrFM3({EzS(yEa66$XV&AB5`#)t-=CHe7O|izI@*&YD=56J6ZGvso6c z@R!Xu6N^MGD5#tTzdW$f;Xg`-H=7YM^TZo^G~xoYWgOZIPUPMxUvMtAc)@VcQmwI$ zz!3A9ayca)OYKk!%y#r267H0OC|<~y?<|W-eb7iTxiW;or;PSv-15n~>d89CWW-MA z)8&Xd(743+h<~b}ab-uo;tytSrDKflQ;Fl2p%9Wl|IJ2(mD3Gr<`ve35tBGpT*sE_ zUzomE9TOk6x?(I@N_<4sF6VJk-w8aeJ0|I{EG>K<4AbQ;tD#HBV+3Szz==fN@(b{a z1%%WY%(lKTHv79MuslkNrQ&PWqFg-)&gs&u#g+VW$7H;@cDv@krhbTtmBKw7fN3Zr)CWwK-8!NS#r zg742~t{8b6DN1(CNQ!MXPvny~%(~q7A>K6rlp9)K=Mn|dq1Qsv*?tF1agdO|lDQg=1Ijb_Np|VUWe9f7ZRqj`WCa^XL;+u30Y?Vh>&F=%Oy+mCU+LLPlTVH&+l0 zQ4GbAIRFLq3?O~Sa8JlJ`sZfQKwN6V7d?0@vGc+`r zQL9@fzQU;_`lOd&Im=}}=fyS7xoM{A-W;ZQysb)ul!wR4jx8)_QZ`HyYuW`h^m0$or(oR-5iC zfXlc4Ez>S6SB^e~D;kZ|H#YqFD^e23C4rdq)Ztx`DBx$3;j(R$pQRuxOCOrNc$13TX2NBR3%&9Z zgA-0b-X-SRmQ}r;P$8n2E$jD@5HH{!_|vwt7j#@4^Q^}(aOjr1Qp~W=!qTqu{LmsY zi2(NIWv)*90#tR+^RQf`t|Ss0&k+Izd^iB7O9xTb_ZDl%3bodbG?D8DxI-knzF{>o z#L2K{rLz!*^Daz6CB*RUy2Hm_E_^BDA@R*iDRTv3+7uaZHS*Fbkx!7I?xZ7n_(fJv zA3~)gn|p&P7VOe`kHp}vB7i3;g5zMqxExegZYKGK3ipU&72kN_PkC?{3nfnIIEtnX zmu}ONC3#()7~69Muvj%63fJIu${tuH@U8;%5FNc6ihbkQ9OD08?$J0NB1G~*W0qZ# z4#AB=P<9G>lTzD3+y*K<B{#xBRM_vh}Ja7SU-^MCza<4mKnmHkfe(bi)(`KsG)aX9ps&n< zT~t2d6p8#8R!tkz{Rr6Qm*rWNq_`vK#to`L+Ibc!0ynC%`52&je zwGvDlk&8WYqZFRl_&^9{q*bx(X-})Y{K)1UMYi!FnI9q)CTGeSs^2>55%Afwl``Q4 zOeLBhcOZyzRhSf*vE|Tiqc~ezvJQG7hE3FQ_#)ngxvm(hoB;2luCJFkdFrNWhAvbn z+Bl~Q(r(>%Ce)G>AkuYO{WXqkI#{!lf|9ktS;WN5;FevcQ@A79)T3x++>@Zp+MPJ2CfLZSfXJq5%4Z`cnR3X& ze8YfH+L>9iI-1^$h-w~hHoeU_0S2Id4{4ejOgM#1 z@hi%042FPP$%#s!r~mvT`y9SWp;3zj(qi1Vuihzy{Q8H879bUQY03pYv)S2SpFz|6jt`?g6joN^tv!zcIaGR z?KHJE$C5H2`nUJ_lf_}jPj7mXP~6lrFVV~DEPshkx>hs#O9LU+>-s>im6bH@>z0?! zDZW~;RZMY~g&uDun^R#?w=u`+vZ#bL6)v?klFR>qysg#%73LH|*b0s^f_2&(gtT zRR?HYCM4gb%zLcMNvY}F)U)j>pePRMmw76pZqAqx=N4tjVIP5P%()~YLH_Mg&I4|S zE$i2sV=5f$08r&KCAimA0&gF+)SR?RveyI-A|(>{+|1*CG5M)v!1Xt88tw1f%MXNO+_?zcsm)!_id`8^Wkh0A~6eBb(gnbwYLX$213ij+WV9&0}0~ zCBj1YWzjhM3Bo~3p?5nz-itKt<^$0e9xTN#)_RJ${+UnLLb}lKZpz{{sf&QI{SM!3 zau&F=PJ*?S(G&Uz`4N|DE(MPf;-JBh@K{GZ9-cOO1EzB-EnJ>TL(sJRq@E#gh%MEp z^6VnxQ>ZYl6_R{wWrcJ<`wMno2ed-{)UJ<}(eO=kxHk>9nAL~Wb4rE`^lE*4gx9bv zZC{<0AXIWZ!(OV%UcM2Ilbd8&b&HLQel0diUPw(9CsAA6lxeXW-?40PR-GJT6zk@$ zH)fU74wOeeDk|Ru6Q22}YLV7`JlB`35L(erZ!Mg274TRd%FW3UC!_)Pcn3o~wl!7M z=59z+#pCm5gFM@vJ-dx|Ve3&D&#$?yzYy#qLwVVeJ(371=azVVvKm9}l?{}BVfn=D zLv)FL{i(IUtfAJc8Bh4rw@IS7{NeJMsj^(^fUDEe?wfYhD-m-i1~=oxO|6LEpvie~ z0F+Mo4zCIpiHzup2d#+*g(vO=DO0cBsYGMgCCXJ0;v<&4lsako17n7&Kxx6PbkMR`wUDuCx3 zaKGZZ&a7kyjWZSBqJv~p_Z@u=&Ad&@EMpwRY)vjMV?`sTwTF$N26~wDqO}?P)xmLK z>()iq5LY)sPG+QE+nis_rRPzpa5<>iz2;7{_7W<$h>V0{c9*_!CFR9M!<)YayuvJ| z`#1u9~1&jb!7BEAHHoA;^_(S#IjS^N7z zK~r!I&dSc6@%i&{9JrL|=1sAhZ#r>WWr1mJ(+f`&*kkYIRk@sYayqd#$YRy~^}0(~ zHOokDwN`D8MRV4Rn7qhttYo0RZN4Tw+1{LPeDknu!RvBzpgIxp+k~K(PzKUECxJ@0 zY505nbh8aPD2!JbwDD4<9Dx6E;mXuA<4_QaxRO|vwCcuI)XB>Dd)v7^-DwC+lEhZK zH%p0kIx!FU`RgL#_F`?tDu6J2?nI z>lZ<^lP;1*S>fGsW!kKk07h1Grr}&Dj}169nW)h-b@oh201e<;Z7>Pk2OoB1_#=?` z+#GT8-p4I?#piWJMQJkCR1n!X%PW=2YFkjPbViHmqT{1MDhR`gOQaGiRQ6;C8 z()uyw(gcW<->)POBIeObleEtHUb}wRRFgtA7+5z;{X4m9Ta2JdSGSkz@CnfdrIE2JyQT@d7o1%uEN2+w+0cNJ z-;cStUV~DFXG{u~g97PX*AdgvDye=u*pojhfiJIhSNkVBC1hu(1i@Mae{)vKsc>ZsI++4z$8A~C>r90>gCj$41RN6FGyzM-B&C?>1k^Q93oVB!e9&bK|IJNTl za=uJF%@zi0;b3A?=cspE4do1IYYYMjmkt(izM)*a%cwlXA>W>^AG*vuv_B6FY~`NV*`w*2=`DKBYhCSgV+B*tze5ZOyFV z(jEMR3Y^MvsE}V|S4LHf@al>8WOF#8ZXsKnfp|~;e+C>E^crop&a~` z#hgZz38gpO^45RQeardd8Vn+KjJ)Q6T%A~vIKsFY^(>wvliYBfrNiZkW|4j(0Je@= z#n-_ZhCMGSv9Dt{r1w}x*5muzff%$%bt1KhDXuLTPB_1jv^;w0?;12*$m9!f?& z%3@c9KlOLo3gP@OR#oXL(5@y(L4l%KJqvZ@zNOdU#_o`+Mx>r)|BYiT~sSM9Z6osx(Om%9yw0 zDh?;h=eV$!^`Xp^vh2ku+O(L8GP0G*wSLyPWntWgnvG5Dn_7Mh;lqkk9VEIyN-&Dv zoB3JVf9WbT?->e5LzGg^lglB`@3 zTv+|WAe>Zygs&_-bStjtIzOKJN4rCv#wzM<$9+9ho2zQ8(Or|pdTJGRnIl?3ER!lI zkKpF!G(_D~VEQH^G^N^5XKRk@#FpoI;Mv?!PO?Id+)}oVrN!ghIs-C&HYoOccgZ2j zLJDdue@b~UC^FF|Y`}d>Zuq|;fyUZ3M2ORINNdV`+vsjERDbMdJi{a-CPsCOMn{DC zB0D>;`^c#>eJyk_GMj;l?k+hwko~~c@~s)`UrA3W`sBA2K$iJMu;tI--)M^8V=3;? z;~e%vRp_XsvyG;6s~{Qt51qSyZyKuV^;!N*t*HZSC8ZH$HxSc{g&AYE*-#adO6=Cu zo_ximPk01Dm6WinIszp#Tg4)=M@I6h7qNC79m!% zb>_77D<}>nj>iLoVaF~mdLt*U6y?qGbVk2S#*7+fB{`5aZgpuYD(hgOPQOQi{iQxY@YUv82_|?%y6LD)c=p*9KPhC^x-J;Oc?I%yhX*@it>i?XT`IQZH6t zq1rP;K-)Vp18082=Fo!Cwbj#Wa|?MFRlz+TnsJ;5XiK+JQ|Of zK%3Sibc^Gf2_jH3_|2D`N;pbdECf2J+5Jyc20XVQb-6AE8s}Gqg2K5L6{T>Md@L~r zb+R#y-ORvgE>gObrBI{9aw^w0Fff61UfK<0aksl-eY8XpZI`pet*?IvG!w5#iUr3h zj0yW3%27OheBynT?+bnRo7@zr42`F^FlD`x+p0aw(l|6Qo0_YsKg~q)n&HS7IzCoh zmkxyYGNvz$s-&c{T1mRQH-y4jFyuZw-HJeNr@L;RTS#hVS4}1wanqO#a{B)aw;9U* zIQn72IdKcS)NCh?#51L5@hxFu6v_(D8_e+Agfz3a^u=!^YfVE4bpUEY>jh}PIwq`N zAxED}lBN+ozp6pU^uk;@y5qlK=wuAg4ZEOSx}jy;O%Dmxap@--r7YA;a$ng$M$pa% zIUMHnqa(ynX7iVgaJ?7z)a5!EJfGPrYwG;vt>*Q|2CYk}w!`pI^%)ZUM+C^?m!_7b>wZT0U*iTA9BTKH=EIehRduyfY<0<37aveKP=&1=#UUz}PaJ zFE1KF$T&pRi+-t#<&^bL&pIN9<%daQ7lI~4NY0}`NyhJh4~dgvV3R8FdEz4Gu54i( zr(|%Z)yO|xj#a=LY@7DfIoIpEo9#h}XAgmtRiiUi>fMw0l<-rLK3k;obQ1s6xs`Qg zL4VebWwfS)DMo)b%{UZ!;_K&0%_%fS%Zz-k2eGERXlD(J+1Dz0I4C>~Wvc9)wM9jn z@zq;T!C*^2O)Q`SqAK~4Q}aw&!D*l;D-OR_frBb8@-(ic^qvPm%_%C6V0eLqRSDq= zx}HXv`Nu1uw@Ym>Ng>$$l{p-zi!gZ!Y@qFP!i-zLRwHzv<8o`586sVuUW2w`rEdGX zNKgJ}5@pAR@N1TMVn$R43p!MQThLB>UkGQ-sEUjZy>r%=WfDyah95bkhxi*EZ-(;b z6r&Xt#AOf5_?zdfspAiH`<5uPmT*7A6DC?*H?*$sw&IR+Vvt>rWmk_E5pZplI`rw$x$K_ zwZi79bC|Jy^*>&78OAQa|K_VUYX>ZuckGOng2F~(R-HP0sZuP25!0{3Vey6dUT2Qn zs@QC{%28tRXz*7yd$c|Zq>j}PpgK2;4)h{Ib@OVd5@=;|tu7f_@2^4gjE*{Zsy^V; z$2Y@_ChkQ)Xx&8K$7L2J$t+p$doGo6q=t_%=R8Th?E+vzGqkFd*LE+n-1;{zn{zEo zX8Ex6)VFd=`AQr#@vzXM_1+A60QYrw7JAc-+;~xGNWv3p6 z!P&Y;sm@dq(hx9Kk7-pF*Hf|fV4ehyKJb~U4HCY!kPo(BFycuB*AJH&A~j1zFDlIE z#WN2v0u}C5<#SgMw~9co0ccl(x0C{kly1Nhp!Ov2`72M8>71%vW{*Evy65Q?zPV1= zLtxb9JghXvl|$sPKMq!gIo|W z$&=+fr!*YwvUO^>&yve%Wz5v{VipdF0p^gpfMlAGPLI=}m3sHJq3=@PszK_9BB?)U z#Skr=E9_;Y=$Zx3t-;NuCBkvxL+7blgt@!dtmsqyi9Ueh-X-CFk7J5v_~@IE zO`X@;4(d$lR$v~LT&vD8#>v8y{tFvEr77e73lfO-I4FhOg)xfN`M3XF$b&=g; zp^(x9<^1QXEzpw>ZL4Dtt94vJuKyPKoJ!)OpibYKQ@eq7%JPp407pB>RxzK;|KgiY zu3dEen)M{1-$ZN~X3@mad<)vAs#DdmqF4kZJHdRT5qL4-h+IU0oijmgZq((2O?Kt# zpf+t|eZGo|oHK0!(!| zCY^1op^3dIS!pIA#HFOCs;OTOif3kD%C+e>LNu`*ZvF7OcM~|tGhw>!@M>^Vzthfr zxe69joqtr#;%SeS%;O?^q;&~T&*9aILU@f!1B12rg7y)NVQZDWT?>gM;TG=(9>}Y3 zvDG^RNdht`8M5v3;xY(dh`#VC)%hZYFa@r0w0W(ATFgTQE`GX539bx{W{@b5l%WM(VRKDyyW(Nz7H-)tAa>zM~zZGbwCH%rQFoLEhEN zrdo>_N0m$bGpynH#o^p0)|FQhjDLig8JuFqnV{v9s!U>*G^PUL$F8+iF$*vI?yc}6 zkr_X}CvV(iFj#YcX9C^fDswC7-DqXLlrsN(V0CU2>gnbaV|6|v6c%6{S< zX5d6Dom?yrR0dNj?D<@A;sdY2MTwgo8-~xlC|krkSMlVnRw+28ZLTcOmmF{pn&dir zt4A#{daM{07Aw!{v&XJY;^d5hYz z#YM$-aHu7`v?Sizb}8=ivvBf;KfuWso70$}d<39C=#lH3>M!QLKoS$0x&TK4E7doL z=NNIlbo_^2t^r0G6{~P z@=%pBRR>l%-0XbmM&tM2itGP#UX8NOybp5H8T9$NMemg?g3gWPE81b`=RTPfUcB*D zGnl{~NBIJ_X(GbdIl7f@uP34x7*ZaXe!76S z98=C)zkXvPY>QM8)|6$@CSQt$(FvU2W{ee@jUBGhz>?;YrRBhK&lq~ir#u3F>HU1g zv1cS^Is@#uY?XFvkH)liMOPYn{Wx{7B-3sV<|$~_Z(1kayWrd4-gk2Wkm~Nej^J9| zsAS&(l`=}_)EAt^xNGd&T!fbSFyKWkA+kg4($sUEqUHUW3+ zcTP3Z?0rl3SS6uoG(z25h1434N!5q+%Cl_ORJx`mX!i^no~e4cHO3HWNT$k!CN%?; zb3{4Jw>pKLKr&OP<*tMRGuC&p`0(s5rhOOcB^{qDChPa{6;(n&v#A_+`~ZxU;?l8? z^Q`dNv9_7hCK%22`Z-Uzd<8Fn??t#wj8h5%qsTdw)FENk(Mmr0b*wz z5`X-wJBo1Hg_Rm(hZf&IdlW5*Qibm5)>N{%3Dc1_7b;J5Z>*&t#}W`q(I6i)ar>Nr z7gbf+22r8FLi~${SG;FzBaDt{aVY%lMT^658W#_DYLTi6GZ@G;Oz&qH_g}e|HLLyh zEp}f(ZhM;^8Qf>fLFbX8vU%AZ%12ykQi^U;ydjZ3>FJa%Dr*N+>Oss$GYiuUB2&Ls zuFMtrA6Sn@c7T;^xsv1Sc#ujrHl#DE=FZoEFx7dzDMlJFtai(COPbQuk58%F7F^N) zCYI<0J6pU^N*PrRqA06Bvv*Sv<{PO-W`PjOKdD)2D!S4K@soDoWv%WdwuApEEFUe( z9j0Zb4!L5TGL{Q#5hB&bU5z(efGSqV-2E2gCC#n_jTEg4oh}tLS*S%Dt=9@!tZtzG zHvDGc?|DhWT__0!iAsNV(V23_1p2Nt8jlGxJ}FVEFl$k`$4S%<$<2)Q^ygIxc+Gj9Y{bJ-c$up=`5==3R&rJyPuaa-5iy%Pw*%A|m>e z@^o#9gxUVVQEK~xKPCwmajs>dFkZ|-il(X=mZ_r1V^68nYXmN`Z`UlvuF>8u=b%!9 zkqvShxBJ)kBs7$AAl8Qi(*oXq<-*@sy;OMxI}gmvkmXmbwYIC({7s_ zOK$Ek!6=pE-x((=H5_vI%TBPj%!Epw*lozKT-H;qW9wTXDt?V~5BNJUBBiYN@hr2G zYN%}TF~^cR*26(L-qzbHHw|Yj>4g5uZ>S|~3nOVc4`UriJY3?4iD@B@laO2|xQ?2F zWeHzNk1UIaeNxw&s-9g!q<42~;%qs%nJ;&UIP|>s9Kv~}|G^1(w4m@_#+CPm?j^}d zldTv+TcfY4W0nO}wv2RZ2icKI4Odz(DH_h1+Gd$X`4f_wSfQsPdGaOsM zY$Y+@8`?nD`?jaS65#bw`aM#w>%=t57UmJF@g&XmXAUeiGSQk*IOIq90EStP>aa_D zS9yHT)u^~fD~L{cKc_*h-jq%d{EH$hATJSi*72sOO^DjFzk2>zt(88EEG- zNhcU>VD1P9W{l`9uR6S})wu05q$J*b`A2Lz?->K5_qTCLK{1oqdr&~UTb2sf)|ZQG zuU`IU3mcJIS!h~YV*_Yh0-Qnk$XXmG5LjWGxSE0cLZhBXSwiQFbjZ(P_Q47-L9qtB zjO*0AgLGCw3|YvXd}D_wY^a?NKeif(Nb9UEq451D)G1%EJKsr|!!%=6r^*>c5==d^ zE{h8JyHpv=GV0T+gI+F%^=fXPN|OBLa%6mIahfV96Ggx-QESqp+Byw1}H}JM%0oSF`syp z7_;Mp-+ieIE=>VRnz#~Qv{5VMj&xVfeE6LOVH6oS>sJN#9jfha)+x=6vh>(6(zr85 zQOCYwikiZ=++r*+-h*Nfjg}G2NKBGYC5&r6v1OSej`06xWF8!4qmu)B-r0{yna&W@ zy(-)d2f#AMs7eW?>CZJXf#DMa7YNWQl>)0C3fVU`1y{%>oHbex1v?_sSi0A|-jumd z1%T7Z%#eb$-eM6g`$DkZR52y9={Z4#KP^Rv4K1*ivRV}jEOb}r!kAs!cTvN8|-4BfYHbJl56s9ySDc|>#=Cd?S$W%PV zN3*1fT>>1_Y7k|D$;TgPT}nfqN~RCEOy_GM8fbTuCB3X#o23moZ~FwyC|Qz?>}CgD z8JAQ?QDzi`8FIF())QUV6~lIHHaIBlFydH}J*KGUnzL3RhxBozjWAK*7r-C*A}#{I zV4~V@3JOg`yE+wU@^PX0(?D_RK{0J+kd1-pi7TIj_`!B*%&P;_nI2NMtVzt}r^gK! zn8hx|X^#2ggpuIoBxe1EBdn)S6fMuG8#T;hHKc0vV#3mLKx@RB+UBB0lo$RLS|li+ z^ttp-03!q%bWsV=#lo4lJ!0Ilt1E{X?J5vb*FOQu*(+h^=p9S}F|Z1{95fsn|A4Qp zbAT!kn`d)n(@}eFw5YJWPtc)*v782@abFL5pmrMwC#GK1(;CnZ#78cPq2>dog7zBz z53Hl<>oB@$eASC!9Bj*0^LwOm$72JCeJVH7a1W^a>Q@#s0&R zG;xDHk3CU3jec_(MmHHx6E-&3-&Q^r_O#!dAKH!P6S0$+8HCiSaj^(C>yX{j&9_9< z_~H0+G6<+skuVectqI7$4)PNtQ&ghJO%?+ucRJZRiF%bjK(-KOG1l_rhET1~WM5e4 zj=?1ty`L{?$<&(1FH^tEYUc)1;k=o*Zdk^V@GGK?E|yf^N^nLoqjLxwtiTC;m5cla zZpi8F*3e%i#I0+S+&g6*Ad^AUdjmLG7hKaipcQMHNCw8$_z#%Hun?h!Q&@WTUBg`_%3Qcmy|QsO3y^k#q9!F=_Z(4=A6cX-t?Fyi&PP)UrjU)H^d6(+OLz+d?X(iLHX~PS08)O)s7@3aU--+F9i(r<_B+w z5gm!jy)mzSZwlj)Ns@{x9w~{u$^@8b=o^%B3$BQ@u>lXUNJ$)Gh2?X7r1tfy4s4Bg&o&(TKUvQ?B>qMq&2Gm{S3`ZSXWgkgCp>Y>qQj`9A*)B4ypU3E~ zI4GYR~ALYb3tjT^+%PRkf66#)Rc$pQJSZ7YbR$;>l$HP~CdD|6K`> zL$jbI&>|02U-EQUZ0Xq*whk)BA)}WK{9bd1Wo_do@_S*`D3vZz;ZW`?6n4(usnw^9 zyQ>D}!_LMI5u(+N+Zc$MD$7}XWFObF8XY+@7u&B@3{3V3)b~c~-JIz-smLWBz~xy|BwKGQ-H0C(Z9tbXSs}L zc=YspbGz#MADe_!W{mdwn+<#PDR-A zH`ILu#Wi7&i`r!^z_>c9WR0x(=M52lgCzFmHIJy4s4CXS3!tQ}yc2444bOr~Y9c(J z(J89m93j3n!ebm-^@lRS`?~^341F+oFB?I~J4~ffng&Ob;<~p12~Tyh&=)Hol?WTk z#v=Fh^!u{=QW9aT1Ve+8n2=03!4Xq)oERqURi@o_a?EZuf4PjRK?qe8QeZrj&CG|vXR^4KxxFhH3x8=?uY@QsE{fA;M8X}Cc4@un3ZE7 zp!VX(O=-+*L{;T>8RoX#)*o`(FhXup`ZJ-Zls1^+B%|5QDl`srte07vad05|DM^;1 z@;$dVAsj`ELhlH!+{iU7lN&|}P=G6GaU1As3 zE!?>0hN!|wRjsTv7ok|NZhj<=J734VuHkJvq{4dvyEbxLd3@n&=apM`Xj=ueB<5d~ zo4l;P@uYmi-0+!{8Wr>7mDlta;t0yoq|#ZJmyG8Krlc8pgww_4F=jm4yREeM_1o4< zD3m=Fn#cUiv`8Zcl*sDz=dmgYxvhWFWIkPUaSCTksD+YkW#to%&F2jV0@vR(?;wI=`U3F@Tz5diPI zBy@e?29Jg@uUT3k8(ptYpzn~brhX1atymK&0^eMrr(8N4Xex)1F#HRS(Pk$3MORc* ztQPaC#&&W{i78n~FwyUIQ7}A^)gim*#^Fyr$1mY$tVNVR+DMvrcY+MUU1Co-OA$8a z-E>pLV8KhivGISvP~JBD*-uVgEdN@)N>f?Sad5{RZj2C#<1VE!9o^^InHZ-$IT0Sx z=cBrk(S1Sp=ODp2DeEqIb5j^Kc`fR~EO!+stgOz(IkP@$b!>Z`q>!dOnk{6_x}c)3 zle7olS^%`W_CtFqQn`(jt!Y3>|9cE0fgjFhZ3?4>>pFJk0`a+SrkN^$?us5*NPN%^ zYCrQ12-LfzKrLaaBeogA3jyN-Cyy?AfIHbc3`GtRZB}l`q}|3mkvVi2EFCiA>g2li zo6;%ME9w|r?|E(F87FCcafF50SIgXyr)Ys$f;46UR)X^z6ZOGc-w(Kp>*J(8GX#re zQr&go!mK=HNd9#@#t{Vq$^H@Nq^ou;ELPJ6bh=EB#B&%yYqIDyM!lNi_!ujapuVYv zst%Cka&bH>*={?S_ZwK#wTbR;ZTRHViUW$8bl8t4+?q}Xg9b3%Xe7PJ zsRjaTS#_0%XEqsfD$kA4LMHS~QZx1J%6NH$YH_$x%h9%_=|WmvmB^=mEo)2apT80{ z>AlE~yx^s)+wHp;eO|A1NM0@aGkdFjf>gKL9f}#+A;4>uy70&(t9>zzFg#`RMxzv= z@TSCaVR*5bk!A|W=Wh!3*j9T^J!f0Q2}V<1Pn#Liwnu3auHu_70l}hmrP0K0inW>n zbjJH_0rVAwVV!47s^fytRX~>BPg#qFy8@I%_6lZQtajso`b0VQb76DQ6)R`aI$s>p z4b?c(8@CBgf|KG0oZ!nlO=28yAgadR>tMOm6-QeL>ZY^05wN`uZ9@vm99Qj@mXa(> zZU)Zx=_MPcHxH9)NOV};FPoXCoRY-7$>?^F89ek01ejQ@T#mI>SlXE`8r(TIY#0d~ zr~&1STT>x{-7?Aj4UxQMLIx{-s_u2oFsVjJ_30Fbv2i*?qP9gNrh$Hk2I}4p6t{!p z@>iIyIn6d-d)uB-6<#3Lm$d_=UEJ&?SyMFPPgFwmI7W!1P{LbZ3 zsW-N)^%83^tj&D>L~9l(T+`a~P&abxB;-fD4#Klww@$g)+k)KCb;i(o%xFt0pRd&z z$A5*P*l~(;x>)nb(}&#n0<7EP2h(*2`f-YM9v3b&u(+b3`H2Jp>t9=zCB{d&KfcVs z@;5CPb}4TDndW;=W(!})dVUg-`6OGdoqxMA+JzVkeL}n%z1%`Apa2F4bc=wk&W&7k zwG2X{XF(7jiKJVb*24p1Zj30BmO|Q3&xDV0RQ}!PnvYGmHukW=-K^nwM1tubs1%ot z+W@K>`I+zsuSq}gP22snrBKryzWvQQ<_wRBAc@f?ubLg1s{z%3naQ%HGHfh!024(M-ecLEge*awP{F(@8X%nJ z5nGH|=t4_7x)6bxj|%sI9!P1$8|#cB+~l72Qov;h#IXjOah<*szX$=Gic~cmx$nG# z8w6gM1kbD9Yq!33nM6(D{yDMDtEo>CzJWzpSbgF;-G`d<^Av$nh>{?P#GLp~NAkqm z{#WKk8=WcztOfl|3uK24^m5`+wllL2Kad_EtoT+pKMzA8YXkbrYj@UiQt4q(mLL=_ zzR6>67`<+Tv(L{1H9=UBHaCQTF_xHhaXxQ@x{+;LC=+lKR|?BShq-BxKdb)0F&Cl| zGAekDAI9UdSE#b2eW2`Sq)`w^5AlA=~POG2Fow}(^cW4>}1-U*IHR#^_73Zc> zI}d@Gc|2rnUm~S#S(fn)LPSOIdT}eBlZJ68uSL!TnUh@Y zlO_pSgsGnolJXFYHFw-_`f^`L`;;32rg=`Q*99tXVU^!xkK)nkr^qBRiQ6q6Q^M;< z?(5-^iK|?@^YyU_al4r4dBSRrwk3Ff@O}BmfscvV;StTj>|v9A1XBXux`AocfWd$sWI*Uv6FxQBO zd4Nz9aW_{BeE*aQj9_usXnpARyHdOTgn^LYu2*;u^f$Y`Awa#0b^D z53>$mXsunz=BqpcNYXk+-%$cH4B;0b@(;jn_Rqy~Nf78Wr9ljp%l0gD7`6w^bYFBE z8QVaI*rpmLCPF5ihRdHs6K0wPUIFZSrW8xpH<&y%Vc6ZIk3oqaO%4Hj8LtzRt{ELv zu-T1AGSnDN*we{Pv5_|GvIQOU&p61q%u^d`ngTY9ayo2s|4&{NAT{rj-Z!+Tx|5cX zZn#Q~eqKA}9F#ZK`rh*6CQ=!16P9YBrPDUkmnmqHc9X%Zg_29bC6@_k1I^Y=;1l}4 z<&@zOCVq0Rg>IrT7~}5R6uet)o@liQche5->&qfrv1&b4W!?E64QW;>>!+E!$wi{7Y}m2KuP4<}rJL{N}H4x6X4 zi*O9$4|_MIqd_nxvKL|VFcE_Im!2DAAJ9rV>wx{F_A zVb<9b1782t258pQ;JMUTR|@eBiI1Ge`^AEGlgT@~=foW2( z9SdEJTd*$NcbBvmfEktt!j{F4Ul4P@WS#FPjTm#=j$Q_|7kH+s$QS!SRqKu%0Y*cZ zZW_+S?mdUfS25{Z5SB%W)|;Gg{3O@zEYQj|5564c}aDpag&@Ddi4`vEHJB2j7)BP2NKQ~e=vP_|o zWf~BfeR}?z&QD+GW)0y--1ZJ*ap+Ry6VLu57%wxJT-0P9D~mc1cLtAMA1IchtC@Q$ z0cI$I`M{lMVRkajP!a$S zD8!hUo+k)Oo}Ba72*w!I^JzwgT#S?YIWyx^oe!N)uSIYIe;tZ8*OMQ(G-3B01gEy< z1mpt+-P6e)%Tq?1nq@`)DFP-QYn3u&!1EJF}#sZ1w3g#p?nq&5GK&vr@+|sXd4}#}#*Tf47l^Tt{J#l78 zT?x1*^3m5L-D7~pjLb<;#I1yfcChM>9_$VVs1iBL^^+2uavLRtU6v_yB!Wy4W^KH@ zv9NychI3B;`3jNl4-ME6=n3cmM1zQQr*IDeDZ$vaHJOGo%NG>cSu{BkJfM9dh+olw ziF>8{vLE-97cejGC+>(6-MSLrvU4XaIrBs}Hj=Q+JlWwS^QaLbE+uw~n-oLaqXSJV-s*5dt9tyjXndi0{@OXay5WF2n!& zXXuN3rqyBYZVauNW|PQLE@0mx1l%2)lodE_uVp;%C4|EjtE?LqFoZ$Q)zh2bX&?)V z(cgQ&&X}^^StxF!PvPuS1blG920V+;Gl7+xQEMX+g%aV;sWTmct0~R*Lv{!FT$p7? z^+QaGrGxh}7uV*(co%%5#;^?;G@9QZZu)A4Qe>Tyn+uMURv6TIMTt3klv1r&YJU6Q zk?|tLLJz9oPNZg@dacEo^8lKr2CR?odkdqg=lOk@-yZgE`>rdLRjJ0u3en!_cBdDR z0JDt>)K4ruYu8c!Pqu-bxD-?juS=GbS`G-f$l|(YHw$h<5Yo#u3E%2(4!fy|<)TTr z*(QuFue_UfK6xbJH7RJIUYS^ea<2?rA;1$phf|s2?2iEeeZmn5EfT}9T@F8jmO76Q zWT9iIe||HHR*D9fZcCi&Y&>$k%3!6@j=d6BBaI*tP(@)jEY80xg!6Mw-dv5GWt| zTNwT99q^J8C&yrtV~@uTz;R@n?1&rLj=-F!C<8>1d52`xc?Uj=W>~g&%PUT;0Yitr zuw-%@hCCq$ENf^IPtUFmAZvk6UB1z=+VUB3QwU*iP^sbjl4T^61rp^`++#O4MeH93 zfm8qv5g*nr_8_)sX!5MDf7p z>7Wuj_GAz}9#k*?vk$m4A3a(#F3)4j8fcZCFgLibJXau)WzB2Pg-aK|9}t_Aq^dVe z!V+aX4hXhs_Mk97rU`~r8%a-zQbMjIAh#$2rl$%Da;4`-)Y1VWqmu{>EJqyz=!7rr zYN@XSV!*-4lt4a96e2wmd5rm?S9^Q5{jm7eU2`0Oi#*H zhag21rIaDodo>&muGs15pK|PlBO(kj``VlpH=1Bq6P;?guM;ym>P(zw8N+3}wHISy zr!P8#)3J5JhLs~n?l2Wea~aAY2wBWDC>+2xYok4=$`KgA7@ARiGoGQ*HFPY8@z!Av zoUc>$S=JSB1*8q?HbBs@lA*TB}bU~nv$pp(jIYP^vrM=J%nW8DFn{r+)fV2 z5vMRXK&OQ^oCBd5!CAX!4cH$MgkJO0%n!0rQC@+9lr@}0o$;I&kIE7W(*2lG%M|PV zzlKj&v7B{oTz&QqoT9|{Kkd*MF*(fwXuBdrof{TZN-PcsUHkE8=Q9`pO^<3VQo6^% z6UBK7n}?!FWmyDn3t1YL9@U(2H1}~5+ffiAd^7AZq{!wrxDc=yi|`FAoELfIfJhzB zo$3DhUKEiJXB7as`ikwGd~O}J=-BymNnN@nYnrSJYLQRTF;mKR3~`E3w~5bq%Ujr;O)b~5n2AGqIsX0Hmc~} z`t>IcAP#vXMT|-HP0)>LZ^wIO30&9f_!_f(BbJ)tv|E*xAzJPR_usx`Dq! zoSgzEr2S=|=w& zipXenXQI8~sFv3r@qb}&*rI(_To6@U8 z^K4~G&^-;bhj}VipftwYB^kB%;VL${JV_Oy6jU+J!y_XGGG;QL^%C(Adx*~w!)y%J zGIi2t!SZ0tn32vS`-%#+s3Je#obPRI)@1_1i`=G;qt?%WBH9weke>q`uRp|+XeRya zjuNzfMpo)QSz30o4Bfo(3v)eL?w-&FE1cGIBXfEy7P%5N!sr$QLeO*VjRu6#h7k-{5It;i0t8M z?2!!U>z9z9-V#GY9@Nh+W*r*@Z|@d@)yr>z(;K_~sdVJi2#o&lo)SAu{n-OfBxYZV z#>>B)fwr?x#XS!<4JNZr8e*O|6o!CBF1D=l0p*de5W7axmJje%Jj@rL5Ahd35Rt~7 z%JrAku!SlIePdE5Q7S zwB!A!FP86)Ib6ve!!)K3mwY#w5D$ft#cCmm|HF5ff74np>EHQF&ICLq!&exC^ua5;gfM z7Fpyi8BL9TEZ1xq?OZRMt)Z3)&!LFK-3kj_@?dSviYqjgZmbkee91Z0BO;kaA+)0SI=lt@|OcZ@%fsY0fCdO zR*buAZAQ|1>gED#p9Hm8>IsfvId$$A7ed5sV_+3i5I>b^QVsn2v6zK8W?W)@_O2xW{XLLRQmM!w!B&N z@D~ysh~7VKkQxWovyx4fi4Cf3FC?!}jTUaerd0}s_cpMcEAwU;cX3GGlckbOII-0c zg?xY{ON|sab7s8ams<=snvzuMLbZ3@;bim|uHf@CR~El_`r(pF{;F{zbiLtbErJhY z{1qbYW8%}_i`EgFmHjvk8ah-Pg$_sFb|oNae%y`N8hIeO;yYD#5uXaf)6|VeCU(=L z0F4do8KghaxMN)e(DC#mJ+^$kZ_X2SW@3RVRhTvvY!4jR-{U$_`Pz_Ijn+NMnJ}(A zXJlc68%CHpW@!jU(cKF6^}uZSV>zo|atXEEgjpuJkqMQu1yS}*_eiqNZ5ovf8A#Nb zwTdM@`)`J-t$*S4jT;fAn1{Bkes{Uk#`{}x9~b78oJBeR=C>oCCs@f9kub*Ztnmnb zo*Z=HW7^@uQWIFA5~7>~3b=X52%XMPrSM1?YebTk1yp9Yow55o>cIeTlE|@OoD(9` zyn+lv-1efzUi4nqoVUjfKrt^7M8Rnnv{0!0L#=YjitU~ES`QXjdnFa(S_Rd{3hOVv zAvV^cpDP3H*$CnOx8FR3fH9V{!^+$`xLF3E20bNTZ0(eg7Zm&>vYp%cEw4G|5b)0O z;tc@#W<|A*m8lt1jaw5!yv-Sr#?-nJdY`*VG!WQ&v28Jkt;PwKkylscKxH-0Ki~ZOh&+Vj-e^n@PZ3(8Q5Q&%vZJPj?UN% z4Df`Aui(-&Go%UY2MEv_UF>;mH$d}=mFE(QJgiHlf6PD}eLE;Bc!;A6C|4K&OpR5e5NVcf4+*RQ;)Jk@)+;?p0aftpkyVM+}-&0`cIf>e;0#SDPpO^sn8HKfWZJ3lh@CNY)lZ?&E!|%K$ty+$m zIXKo3FF%xo?T)**UEG*2k!Px_iCHZWf5mf=EFc^o90+AfwR>J{4`L7f7$MNR`QlwY z-~&c^fRTB&+$<)Do)6ZG4Wmc0G4s^6%Rb&gP2E;yW&7PB5R7KvLX z=A{P)Q>7z={Mya@CaK?G;2{Pm*uqQGRWWMND++wcf${RIDyZM^jd;ahnIVP?`yJz# zr*lObMgTxdb>oazFA|{5ZB?hXCYq8_W4mY7POVJRi4=Oxz+HaFPh6^$ha((K;*p_f zz4M1DAzk1WPGAiRpO3HTX2#uObRcJ&_^>>PQ8mU@T{-s=y%WZ|a_aK4o*76qykP%E@Co-Iv6kgdx4|3}ZG z!QH2it638eIi;M$N7WmMg-yWK!npxQvX3c4h-c1k9s{*)9LEL*5!n|PEOJ{3i+bLz z)o$j}9#E0E?SI&&`)RLzrxP5nqvLvE?`LHrmuC`-I~xr4`)Na%4a4SMpWk>eiO>K9 zetO6)NA9;4FN;t7PMvhLvaSly1)1v~p)m?B4DwkLqt*tWxvE)a9@d28vk_9actP3g zP#&qKc214m81@<)lD(*yFJLPZR<&20`a~Coh@^F+uJDC;A@Vg;v23L$LIB-i-dI=+X$C%S@ohW4Q~1IU(=J@`LP`g zrQ3q75jyTfGOfPhw+xu}^mhxM8vUiv-J8fhh^4EKI=Ghk~ zpOKJ_;vMeeKgv@J*PE5pBWLfa zBF7UOm=bX844i?4-Eu2klbl`NejXxXpjs0M#OP_16}XQAlh+q-_sn`+10-R~BpqYW z>-__clB8oE2{P44%=WO3vGZCEan84Q`j~9+hbfg*i=on5;{>rmKo^5gBdAHDhqBb5 z9YGmeY5GdDx)C*mWRszsx88|r)Y_9mAqU6Tq~HxFACBPXQ#hSR`Fi12k@(#vNhP65 za}?{6;J5afOP)hXb|Z|UYZ!EBC{1XoIS+O;c7le_1gkxtn3cT=5^zD-S|@TFC=i^} zA?D#>B&v{$QHuEE!KVk{6B@Diq}&UU;+a=e8(*=YKM9hj>O?Al3okpkd;QInW)YR2 zmG+JJN0^#uClMCMf^x@Bow8%v2owyE5kim^Nt5w}8zNEAPXvXs{1F$>#*#$|AG9`flUvG9p^lnJE>nXEmScuOA`LYRx=lEs{zPRAYfrqbE&UtC>>4lar>!h0)yW!IFbkE}1$%Sn7vyOcmtX(0S<@?f#M2+R3I z<+q4i@+z@~&Xgi|&w;I!?Un&e_qrhw_u+HYnMa;{Lh1Y{*r?h}>>Z=dg=q6cFzS_PG)N-%x@Z z15Fh0I5rz`uHC+^n;YZp6d1zA`H64Co64DV==)0-SH~h5P_-|a3y3&90+|Dr0X#R? zl^y~|j*HYt40jr-`y9Gz0wkpif#Sw6h5UH@W2|Df)GxwGp42EC) z@m3ffs%n#mdObYd`%qP{=#7Iq39--X1O9^loTsWO%d5F)rtQ9g@48>YQ! zUFDgc7M!oboPds~1eO>*8|C#bxrbX^#Vpy5x>bx-eJZ={1R@@%xUou-C^@g5`w-J5 ze(goZETeW52cSxG%$wp~C*xrb?YOO9P|rr}FBqPu?q}u7zkun6Vgp!QlNIEB?Jd*18K7>^SJe!VZh z&t|;@6qoIT_xH?(cNvvVq*uULaLiNkUm9+!pX=CF~>hzyJ znbi01Zf3HZFP1C&wT)uWYW4^f7jRD_L=peX1Y-;nF^BhibF_GTiFleA zPdV1G2aaxh-B&Xz_%!qgufo;8=H`n@r8W~bVUti#MUJ(BZV~LlzNu2enYmuk9XBy! zo2^cX4GNx@O_XT8oeOj$brLqmYetmt7!1Su#TaG!xmFS#7QMKxvCv%48O1Ia6w6=Z->Gwp#tVaaC2OWE z=}q5jL5)MMRbqLJHwH&x2kiMokJ|MZe9BaxuW6Lyg|6^!@idY5Ohg*CE)@L$NSh`~ zwuf}86`AY|k6^nwvC-EHNUEv@u`;HK1mPlz@Ye;R;V3toxuqx5wE?O=sOBJP*=usq zf<$uDVtJ}H+QaJ^Tv7|TM48O$Kr5O99#srqvGjEyErZ3M8c`)jX0HAxo1sQQq-%4+ zV1n6%p3e^?#34h+$0HO(q<*rFWv*^VI~@H44U5xY!llcl(H0VpA&V3L z0?=AC%Qc(9TIf-cpKu_+tP0+w=+OwZOT{Ben6K}I<-E|N z!V)vs{jzm_NK&mmo*-znb}T>2Ll2jSl7ra1sS;;eVIG}+4~DDzb2+vH@{5bU8?!az zS(gc5q^oidfI8*&p#*(j8gP!pFZIlX+uACAZ=WRnSkZCSSzqd#5Ct*02mFRo!L06u zf-*e(yxk@98N5;3@Pd+7o!|CT7|f!&!{ZQ>_r!~)#|eIS zctn_O;+)!=+aj+|7zGg)>d1PIMsCvTAxcr-3qqLde(WT^hEi~HxA>QXu3c-IYv5aGO5)d8BYg0()T(ma7 z95iS-+M86w?4~D-V@HL;GxrV*1eJ?)tYx}Lh$%5fqL9nMQS#M5Md=lVUM7fDd zN9X4t_BY~-8yJM*aQ&k*noQuI4?Zye_(caV>i(ez)U<^P5IN;lS`8i|)&P$R0jZWZ zxR;x%hPLA$TdH746?;V)mZ#j7t_9_anMli9%!h4=Ct!oJ4kqBO({T45xszK@xOKLd zAobJ;mT`^~JHy$fqy=6Ll>ID-u7xpFoHm|8A%qtam19W-k&CT_qlYXREqu^Bo32q3 zSfxrSK*h2P2iv{mQ)kP>sW1s|OIteBb)ljCa-X0>c8ZKOrKbbI9TuG+V_Z{9I+t;o zCQD)5$!x;2MDT#*TDQ9r3!wAU@(B<;-B9hf_QjS;o1lo2wdOjsEKi}BEUkX6v;zy? zpxuKn#eF6Vlb?+muFJbZ;FtLUOj(evZ9Xkn<35m>Ygag zwHJ{$4=>9p09ZLS6OvQWl5`g>XU-!WP%eX%%PpHO#>*IMlk^+p&^zvRp^#*m9#65# zZ)~2hm8tFQuR?V069TM}3v7yv$42jkjo=AEz4pOz9|~|dV38`ds=WP023w~qi1Qqf zN3S6VxuZ7#eS?Ha-<0uONiZ6meET>YyO~vVJObD}Iu~Ru6q(3g9`-BaU?iI!LZvPf zR8`WItHUtG{yP-Uge-aI(a{(H-;VbTN{HioRM@z?fijE>hwPZX_||oTFC+GN2(}bK z*E@uRh;^pP!PWV#bs91yos8SFk`ME6XLpO++q%!z{OGE)e1IcfGYw!HklRtZC7w9Ly+iPBmW z6ad-KS<+!+eST_^`v*R+TG@qu9pDUsv}u35LUya1z8&%jz-PtvC1Vq62S-wYm2}ET zF8^f|8M}{^)}x)^z)6fun!13|GpN`DC+tfK4)^;shlwjFuT0R?V zuhL6cgS_^8NS^7(e4}NDbC@G*55I0GS;Qu(^}&&z{RVS&aX$VuDp8fy-dii{PoygR zG=t(q^fE_R(#%!t3M3}O%E(|cVmS&N<<=;o)aKY~NcN2tk+^d=D#&yDSqyK5c$i=} zX;{Dcgjb_DifGLCu2$xc_ZfYOk*M?@bY=%yb%CDvtI`HV4h=u)eP1PxTO%jf0l??V zPZ=lMy3ENA_BN9-raa!?fb{{DO_*H|Zb4qFmJDG@hJ$varVQOolXR6APIJG3z^lN7 zwaOZxgCKZ@?BN5qx~=6w`=CA z>$prUpn~)#M&)yNdf)?Pl9gA<2@oI0P#cIEzd2=EGu1`(NFjr&SZfN+J@S%GZ6BNA z@zLM|_SrZWk!0v5tTJGVtVU#jNJ4=sr$W(+pH&guMoM4ojAGuyO%~2JDsf5DXiR3P z7tXQ3Q_oF`Q>+bx7i-1WW=aQ{{Y#Ub_dkFWAyIp>6O?n3Wrk^Q{(3@26C0M_=+DhA zPt6<~cchGU%NFU`c~n7qtj(%o)5w?C`30 z+>YpD#0)1|Gx@AW3k|UcR(({=s+6Ye=;; zOX?!~kL(@1IFSo<)us2b3Z(V%?UEBbMS7L%y1{N>n+I0l*8P0&g4x5A_1vwe^&rzU z6-^0g#h-gF+8v_@l!&8A-3VBusu-`>hM|2AKr;$iZA26m6QmJ$$gjnjE9Qhg5^0+I zJ{4oX>R7+=ppu z9Defdy!bQ3#gcKVU92no&<67P!{*vVUhL63)(uhh*0VuW`q$MDV-b;Sh_OX)aN^4F7^N& zXvgX`y{X|fZwY%RH3_oz@z!9gjXDfeBBRqp4z0P4z_b$uG8oak$5)LF8-e+-MVnWG zWDfF$jW|y}XVtxDkD)(6n&lzniV><63HvDt z$ozx#@oVO4lvxZeZ|XyX6Snt4Zj5;Q>S7i({IEn&9)trL$WQC*OZYJu(hK~_bp!F& z%D{+*$<&hG44x=C9}w+9YAI1P{7O)o3v(V;A>XOO+i+r$Gv{ycitEPtl#2}o8B|cW z6SHXYot=M8eOY?I#k3c`9)z%uEjPpMBbT!jG=Zut7AOOlyWou_{E$H8zsE$c5{a3$ z9dP((VVD}*9-b1rBc?{bQ~|pRC9>H8ub*pVv3e42H|Aev<^$BBoCJ`O#ue}g>p)K~ zo)5ChxxG2A(?}&1oeP;7`IC&v>eY>-dU8k>dbkgR?EqZHG%1`FHV}tCpKi6ukh610 zPU9b&l>L~h+k4XH(VhT`VZvb$!v0i6&6>h>mCW$Z zbmrntSwbWK~b7f^6siI1`6388jUTW$`~80;H^|u4T-ayECrNuj>VUT zNP>zAm-Jk(WY|(5xv|y`*Mzj`Qh^uEJOuWY#_y5SO0H%T1~n zlCvMvtEHNTvom}G9fK@T?p?$}Av}XJnEK*C+nqD5`sN%SR;s=qH)@ubIB}ITqiduZ zO`0_FM6wwQe`3p7x6O=@C+Effz^o+Ej)<7J_vC*l|1Y7xRcUe zmbGa5??wQVC3$`ImVX{x*k6d*kiSlIe}Of$@%ht^LC0kyi&pmYY0<_;-@>;Xv~{$GU92>-#8^wxZ}R~p*7KYo?I zAzFgh9u|+zcI5$|gq5-aPUu}}?^sjEDp3gdv#QrKblSd3awm3FSCM;xT;eisP-?>x%={3EYk@?$%qLkE9rFoDX>R0-BZxo^PQqCUU<{geI z20{TFR|EjhHLnYLDqyXuj8BD6SY7dl|3jUCMGn69MDpa(7xu&ECZF51$$2xkb#6hU5hCau~*+?N^;+=3F7_i-H0 z7$`1QRtsR&2Lj85>{y@$7D7YH)0PchWKkLtD9pZQ?v#F5Q&!ATrEc`Agr-u#1_^e# z>kIJ#q00*K#Q8^b)d2-(ns_#l3>%x@je_}h8{ZPj9Q#V&gcX&<=!jN5DXgLbkF^fj zN9q>l!ySidiZ(!s-um;lZx7bdCAmEe2hu)kg3`NKMPao%foY$eT%|Vh7G?v#sI?n- zS%q*dv!gy^w;b}hs%=w))~;}AgUcBmi54PVQmG^zXI)%qaR4$$2&oibsOLh=B(*g^ zMUk}LO};Mc(Np%4lb0V=4eNeD+zwQUu^ zs6+Iy46LUJl5X1CLyl5{C8d;x#n!AGUN!=mO*^)E1kH7#Zj?>a>-NGP zlEgQK%nv_(i5`g1d$*cuZ3O2L!2|8dfaCV#&7s@L7D7kAcVug>!Pdhc5*x)CFw1|G z!n_MN7J-Oo$9B&1*Oy)+ruAmi4Pte>pUG!Of$HUuT+cv+(X*zlyz44IMHwAP9D|S{ zcKDAKtev@K()UGgJXJZci}R{LqV}=}Mvh|{PE{+@;iJ-mp`RWW66SHbd90?^A%=n7 z+0vx+{#-<&o0gOvuW%}z)RILRn9mL^-Tszrl5n1@+Myyj&v_J&A{4(1zemOaX+=rU z9aJ#1aw!Or_2Kp#4Nag4JDl%DUZ0qc*wo2Q>mzd4IvHN*;ghN*H?kCEfaW4yn$ubG z==<^q!z2(d%K%e!mY)!vA@|3R=i$u}LW)H2znO1J5FYc09dG#5)nWR1eGim};WcsY zvK_GimLr~$2kj5#X&SVCNd)C29N16T%`zL zmyu;p&M+ViNrprh*6Ciu$_|`L5>-??(r^vaaZ=U^W6!jN$g7_{g?hUu?e(nG|Bwj}x)!ibVxs{VZY}eq$r%N#I2`zc$h%Wx8G4iZJPGTTBxkFU zYxc8LiwQjrDlHNtK2gHpILXfL6%X+Rs~OuQrScuL9~U(}KREqBo8@^ItVDQMhm)VZ z5!08D%-&3}$brDr3WR0Kt!1Tv*yRq*0U&C5tz7o2WHC^g7}R;i<=Jk6a5kQ_;!mSk zl>?T@k(rY%ti#0fO(@4~krqml!v&t$@KrkiUqGP0k|I&HIgzYIh%p`&U}~(XM^IxB z<=dS8;m9{3gF9a;Vi=Jdn2D(b70p1NoJx|@is3gh$BdVmGGlI%N*A$#Lg$_iW7uit z6sL20bdzf6%NF7Ql;>%uh3(pqs}Wmc)neom$Lk!6ab{KnJ8g^;szb|N|9;zhUzJ~8 z4|LuC8&_&#oI2|(7*2D&6W+Rh}`4U8&78}DAudW{#ghF0a zkcy1AkGY^V+4xq8#(x|^=R=_rCN_lS>Y#O|63o&q8xeH=a2oA}8FJAclRh4(5aVp= zojE`Wt4P{=hZ~5VY6%x{6JU5b$&;zW;TIR$Y8PmP4Wl|0fgQUabEAu0T!Xy|c84#U zggCDVUCEoH-$CN$Ag$ncY#`yw5jE__@T zv{maaU<|Fi*_dy0ip5?RmiV#o%)63!By$jjUJGse4U2u3KR10u^K%oeg@oSOADGYEMopm*y9#Ax35LYpspULydBJf9o#z@xd5CXr_5i>evZB6gH( zm$-o`v6A21--bSu?7l1>?O^RJvO*gl-m42E0XqzMub5}}Z#2yO+GbNmaEr!M1*S!lrHksVgT?Ek!*#6-1kw(Jz6upUwbAb6YVia=RMHAsX(SXt zA`dRAb%O#{Nwcd>3my?%Z2Yt0FQOEOFOSXcO21le%4vud)jUacbBYFL6b1|K8UnUH zMD3%qiL4AU_w+>jdHFVq1jHXSr^#@7Rvds}O@22DeycUS{deXp^cq{i1 zZ(0&aH;2=bV%L&`!y6@)Lhi^2y%fIkF<m04mp-0*otx3d+ob$P~#%x@$?_HOWCd6iGg2F38!iTF( zeo}U+xJ0WyjApei%X{}lPwUtjK4DcwQQx4iUY?nPM?74f7ed2Nl7=jsJAjgRVSc~y zk(c8P_T@@EAqkZo-{L!^(cDR%0dfjtF8owHFg(6InUnG4rI1YXWqnJsi|Db1YbGrN zUYB5-Ot>HYStu1ZvxN>=&fmsFyigp&?izi=*jL+%#`G$V4rNQYO-@$2y6QrNM|$&~ zcTJdh*i?-W`7g?Pf;nFbUkQ;rYj5}2G=i83iW1L8RGoG3tK@NtG<$o3Gw>DKSS^8J zdr}dxl}-StwGr(3$vGS3Gw(xHn>VDt_uVh*CI_?}Bie@s-=pH}a7>nd?*^Izjsu5U z@r~_dQ;1?K1Qm#df#@hFltm4|#wA*i9yoXxGQ`mggBu!ogc{b=eCdEn9F9JT+OU_? z76EG>6es?W0Uxh92NG0 zVZk8am)m>C^f4N0wl`lcCyQ09R20?7r?2#<^80VDi1zN&S;C<-se+mt8}-%wUKG~u zB&3T9-Ws^?eqZ3voC>KPtc>iyU%+jY55KkXUI@ymD(M=5Cg{h>b46v zv63f`S_Sa_)+Fh%ITW~T7aYY^){=?zQ*l6tR+P1}ck|=TxThkEO6?dPkDG9clgNrJ^#h!{lYiAE+&6Z~KUZG}9 z$CZ$1E8c5vnM6#GCDWDM1M_$_ibwG8b9;CJ8}J?jHHRI%x#r6V4|Uu?&VYK_?^J^TBqwrd za$^Sdzy@4eV3twl9_eVhg~PGT#nUj?{4-Yo*y|%Rw@rt;ZuEnb2}&O-Wa9=%;}2kq zs6LjQxgUuYnN6p5R%TCtE>;nPA7gTWRiIk&q0m;-n zi!#g$HpR$qMr(Z`9Yz}LReGZR^VRJaIGh6&skoJ!yNFsM7kJu*emI%5dAUs=E-iu@ zULpUs$uf^T*ub=&DHcoIED2^S!9d7aq_%Iwgl;6de5xQG-JFsJ<60xi52ZTEtWJcg zb&WKa_YVHSaRU`wb-VaNVFuL+0MdsJPGP6`ZNe&<&|U=1A(Z_!3gZ_{hnL3kJkSgu zxr8;O@DIyx?C5CX2dSyzN^XY_sWHLTVZA=U{#pX0K1>y8*-@?;PGh zQj#q>k(@Z@26+nM0LF-xfEx8cveaqD2x|ibh)colA0S}U8xC(PslQIs_xD{8pUiL0 zgAAgql)-bK0t;ag&mK>qVv&aofpFr~j-m9tYMs!f=^2ZHjHb^Zhu}D)`{+c|rjs5I zTDs_GY&lTWW{{Ji`2vTHv-xhRHk_gGt=H$w6U8#g2UgrKs&+q7ezf+DF#8|X^Hi#R zySW!(VoZOV>t$<8Fp`dd*nt?H`cq{K9I$-gwwk}%yMC07{2N>sXh^DUpHm3~ICes& z0gw*mwE{g`Z>nx(xz8x}4%9Vx5l5Ea@iZ%yj|;SZ-9gPjU<`tY!CNHQX4|5h*${DS zHH$>?$$(N)0UJI15^y1EcClg-c9)%g>BH*-kJtAzO!hM{tLtKI?X z5S^4rqLj9PI0y`l{#Ju=qU;O}a&>}ucst39x3d|-N&?V)z>+Ie_v_)M7M+3JWtx$6 zgf{wx^bMRmgT};ybyondWTMI73syjPbBwlOH<(ygXJ!ns1QyT(FQ?Zc@SsP7nNIbF z5lI^Ay;q-5HJw)$uO#9N92$LWZT1jX$D`fMznY$512Ed*2(a zN|B_h*7lw5*Pr*cWaN{Gp*H{Hj>}cKhE!dPu#4!AXcS%|+jf8;HOr1469*Ycv<=@# zk(bRGtP5bW`}-tk7Q3FH93Z_r2_#_xhw#IfeM!`<*h2wSj1l;P-BohX&jXstle(Am z?4f!G`;-9n%3UI)cubP0Jd0$~Fe&uQkfiH*oq zGMLj5Cq!fbDD?A<7Sd07qKp+tgM zFSkFF+HxA#8VwSgcGiSIvt+(cq_dB&mYC-E_*k!U3ZeZ8ot-ySe2$cP!T}`{E(drr zi(D{0kFtW^ci_$Yx_NsmQGf%O1Ry(dsjN7+2cqhne+6U7PP6hGl-iJ9UT&fbu1$ax zEZ}kap~K*Q5R26zw!zczs=!>M8ys-jKRpfcdp-C8+yj&cU}hT0$+3XHyO&7fx*|5_ z?ShTnsS2QQygd1f4o^xavFMBO7%)DQMi|~Cu~lW|X~Tk2{k+DqQRrz@^d4uqKgJHV zw5|admGJMo!A7DKPg7$Xgo(>`5YvFtT*{o9n{M!;=^~z)x(%KR2sg56nigACnI8+w zU&WHj{rSd)hwfynd)qinpd%Hg`pU#1ZnVr=FoZxZ0c2;1F|nmK0*e-EHWK0Fm1`f z@3osttCroe{iSRQcOB=8bpjtfOwC-740`K89KpM`OJ3@hmf4}Rl}b*sN0J;pO5}w? zArC*|@RVR3sk>o+)^QXX5cS55gt6tM-+Ls8^hFJc5o+HN3s!-CT3m=Y4eRIv)ey=Q z?vtVIX8#_rkD{X4^j7rXQMw5XN8($Jn_i2Py}1j(3b^FZ=k%| zn0hOYCo{qpc6&#G2hhtaLrHVRWMGAH@eq~DWN2iYI~q}1oN4pFnv|lF7ZN7%j`4`n zLKqAI8C;EQGWaKKpjaBkqEheB;M2bWJ`r3v!axsiJ4?~Oi`=aGo`IVErc(1N6;TTTs0Q@}4S8w>ee|o>>iIi~ZbJ|(Gr^l;7r5KR<@ z7?;mxfvZ}PnwOk4O5Hau_Fxz7=4+|O>*ANVsg}b5GdUMO5x}L^nLLN8N(t$YmE!W8 zfFvMKob7p#2PGB`j00f$4?@sAVupZs_QPhn?f>qV9-?=cIdo6g{-?qjhIsWrn6G_! z?`j@kg?lxthwIr|&XbK4oqU(^O!|kZk~e9>YjL2JnEF;2wB_RG3~%zfSumS@-lTM` zHt}NsxQrnFN%pEz@(TF*7}XnHhBir<_?2;wnS31S|$1I3>cCMF-o?}=H;tU z8wT0t{J0`1B__%Y4X}5s#GaYZg>~((;{I?(&V> zoGd{V_$3d=Z;P>AwkT&I@k(jHoHHWQ;LGE62X?yvDRifyq(0bkyVVrlX5@7g0~Dpm zS_jbfUuw1~SKDgE2lWV(==IG`-&xj!a5u*JQxO+iOZNotb$MCt>%8G(Tbs&^02XNV z+@c|v2j_K$U>(a4$ygkn&-C7BwlOy)r=J`&=}}`+!b!>@4G#xH#XRbodc;hih6vC z&+Ui(-3cj zD{#&b(?tjq7@Veb6r9?iydGYTVTsGHh-booO_Ceg_Blluk{Iy3umk)uLmH`nm8YxH z6L~|S=P4O|NGMqspFC9jV&_`SJ5`e=34A1W#@!8^N`U|#Ns%6@X$nqXo({2+^)pW6 zgj?5#p;UOTIxlW&|M-S#OJw~5`Z{MuNStMpx+uwJ8qI6!23l<61bQ)SJ7*#j_>SOD zj-bt;aXycZzB?RifhKxN%ad4r#%v*NHg{eOgCV|tUOOM=i6h=;8yAmH-Mwll|8C233 za@b4YTncso}Gma_kYLp|4 zMC?4;y11XJ>AKhST{?z*3k$YVWSKO!}co;DQ#+dgtUrK+!t7 z5w}ET-Ki57#2$5pZ$vLX;A?+D3%?E4EGBQm;F8Jb#D+(2hqA=RRtN+ro~{hgC8Hn@ zR5EG_Y*Xvv(z5f~uG$K=;Vs+M0M;n#YnLL;W?_3}`F9S$iY}YLab}Bv^Sm6IdwTGi zxRO<^ORNY-FU5*=Ia!4OUXn_*l!$x12+)J@9o;G%wXAlME5;>)_kj%SmU=G6&g})i zb@qWed&>35Xo>2f@fFW8w#_u;3z$JY(iC+{CRfseEnT8K9}zFlC%2YzYj_RzsP8e& z)F17~W+3nLPb*QCjG7#b8?`^$Y@xp%Y1nb-+Wt30pJ5XLp&=kz;>!F_@`;0ai)3)~ z$IbX%o5JBdr`odqw!p$3<;m!M_G1mf%{C0%H3+C&qYBByD-5V=o65ug0-?Me1mJqq zgx5CQD*E3Zca zBWcG1v_p4*w4)ll(!zneJCzR<%>7_7T+W?+})Gze^#cGmslekp$gzL0uW%X8lZ?YCf|2w&0RX(U2d@ zo}J0(SqV9v(}O)BVPX?nhle<}sOqo(Nypz7mE~lKOSf*8lGhwk&u0ic@7Gr4Vh{vkW{#xx z&vEp%p492?Mj!iFvlif<@`HP<6(Bq_$)bdZ^QTwtRzyL3N0ul2!#FSf72lOLnRf6p6LNCL{la=>Tnxt}>n%i-xzR z#&?{C4sY0qpuiN)CyB5;-8@^Q%d*ehjDXra!ZVvn>+>ZXU&rx<-(V}KF_;id=wZ%p z&I0IM)C*i$;H|nXoBsW;61+(qQb$L{);^#Q2$#gcaSeIfGxm{E^+ih?7q*!`cY$tA zmk>;Xle$mJ5LGF`qYK%qm09P83X+oJy~w!v2G|5|D3}sna~IGsECTf}e};KjE73bz z1thK0PCJ<5A90}*yC|}mlS5SBFb58xY+A&Y-+>79q83b{beWR@Q69R7lsc07AD1PF zm0iGvqc3Qs{PDG|E>|A;`=w$i*#KL~y&NmD>@NG3Uf()hoAjGM`&=w@%e~Scr?h}& z{hv=xI9L#jh-VgtZnF1eofc}4M92$>fuWFR9B`C64_r?i7`UO99S^X6d9*goHr5Nk zk7yKp8ojeus1nXA6%T03X}ba_9pA%mg;v~9#`Tg6lZj2DG6thbx7vl{+AR(0Rz2G*o4&pX z;vcl{Fb)tCqB(9@)f1K)ZY&rT>GwHOo%Fo@{LbFq{oQ z2;)33RVYRG#8t(g|Cp7+sl2zC^pc5oSpp*_(cSP^wT~L=K*&%DK?~H4i{eUv!~#6s zh!IQ}2Gt^Yr(y_k(a@UdG6;0}ciL8Mrx{R`ASBH;Z)Py^nRx|%SKynEe6%S7k*~~0 ztM;cYLTVc4wqjox?W)EljRnnbxzzJ@B9(vF3-4+i*^&h4|_Sm$3R46Q6#)aLhTE){{fc_2a zq94{>;)orUDcEE*nv)Dh7Ytx5e47}8rx}9e)*!5%(TJ}tG%TM&;2oZ4Eh zNU6a`6$1edYnCDKJ0)j|mL_9W(~4&?OUVsu`#LypQ;d^hJ_Y#B+X+*(x@T!J2GVdq zSnq2f2ANfY^k^?*;=n0A#bl3WZLOf8XkVwM?UH|-2x>K$%8#ki433TA00%SlpaAEW z87W>gPq-LLg4dWPOYFt)oi7fUEt`eRWKS*8^6wgr9aCX|T9E@Eb@N-1Rr!*bF!$q{ zISB*v>WaaM?a;GD9)pW|Su{Cle&2HoKZG`aR?G;s1KcSsl$JD z-upt07z$sK6nU;O#jj@d4^)7E0@3l6dym;Fth*A@$aL*boagNPUqnA~tpkR#-chh_s z0!&+}gk8jJLH@=b)9eJdg>5dbfCT|7wA-YuFr0n7-xOEH6;{8tk0y6vup!n; zLcSmyPq;o`;$L;xcIX0ePiM2Qg?{k$J%Aq!n6f?9M zU|kWC8I*}YiU{*k(!0c1X9{X7wL$^~VSU>$0osw(&t(~X7$irCXOv6FWAr)w0gQrE zG-Xu=E>mD>s0QPjL1Fpz+=qy?kwCM9VRw>r4OBsa*bG)3L81ToNo9h`K6`LO1Xq#&Kg0%>5Xuu74dMh#PF*yAXCEE?u4PB8WYE913yhBir@t$t z)L}9%gsABtM>SxJ7WGU9j5*uPj><{|=%bp$#^1LD?@AkMni3piykF2|6%aMElE3o{ zAcx$+t9k_+Y`sbSGXI=M>zNJhL)5lfS91D)Lmlfi1A5DEX4Uc;gQe)3qBSgx>OUWm zU-DdL_JavFwUjvQBt$|pn4HuOjz{Q9IrKxUi6pieaoa?56=UO; znB9!>BUNt7^$SguhYE!=`y>71a!fmG4OpA=nj(|K8eEnYI^Ey!pO?LY@}L^l#e72U za*-^iodZ}Bumo^=RtEOSfRb39+Rerc*hCkRPLKbibx$%{?RJvCOk)IkHMr@+y_hNn zi-Z=rlV`5aAFfZcTo+U8Oz10*tmJqtZ26Tg(BXsP(Zte|n@oLz%$;Q$#F(vzo4GL( z8#pdlx;a&k@O3B}m^ZvGZMsj}-$$ER0W(ruG*_;OwTj5Tg~X_cAi0{g2=`<{j|zse zob|kzr3;pI9|R5>+P?|?v{X4c04;o|$C)G{$%0Y$+?mmmkd50r4do$M*VIxQoed;9 zjJni?suP4!(S+O;g13nDR|zB!1*Bh!2j)}_17{<SfL8wbjIlrkh<+n*-z9vg#U5DfXCdIO?m* z7nut1q!s-f+3Y*Gmk(qYDJ93+c(JvVzgwM)u^@`sMdFZ2a=l7EXNp^8aDoRGov|8U z1YSJO2Hqp}fGdEomubnKu_7a%P#kq?=cop4N>vhcD_b7kIu*B7tIpq}4`E+T9E-B+ zd=1BaQ@|I8;Zme;k6li4hvb(OHq8_8VgN{7LX5wPDjvba_}Z7}g1nQso85aDaD>uY@FVnL+wpliANs-Q~M(`6EJzgj!50kD4s{(!czc+Fi6;XgP+_%U8 z`Dd88R(mEpEU5@}y%nSHm5HS;I8*_qhqW=Cu(}Et?nfYlOwoyRbRv3-`Huz>@hN}2 zHo3iJVTI@1F#1=kDCn%qh=od>R9h6b@q!GIRz2o^BY>jBht3qh)JiV5zAj0SIu0!j z<22omdqk$>h_YVqX=f!cL7rFxyZ){-tm-BjJ#G{ub0X$1F!$dH$QqDqO$HBG>2B&4 zl%Z+F8llbQbU6naL2cY&gIznv2sMT+@eKXfwK!Tou?WK_)T`uZj>sI|Wtq%I z_-E4<>RUX4-(0s*gFCodF&PZ;p#cdxqu-O7mGTi8z`V*?)Ho^;^=@<< zObEGCt(qBKu}l&<&SagZw}R6UlKwbxpS93$>9!(me>Vd|e3$`7$9#q!$`hBTF4xpciPDs4dL zQi{VwUEZt190@QCgXx^#X&#c#bebRt^h%9cNmG!_q`ZjZJS2bH?I!5^)E_4eJpzbK zxPr1>pBa*~k3{#+{0LN%&S$8vk3x>lP0NwC@U&MPC(F3ATOO54mytufDWQWEnkU-! z&L0<%ckg7Bi!v*84evg_twiBJrlu{HbxX@QOh?NhHI;Qr#V$@^5f15B@Hq|Zz^hK z!eb3dY9X?nFNvaO8VepUMq;lMT(wg*i*1%*wFsgzD`B`Ew9QyB1G%FwRbd4cD}>-ekPiufoQ?&01wQ41r~~oD+#xttUVD|gLo!lm_;^ppBpVN8 zBQ^*$v!GIKAIs8uUsckd;XU;o`W1xSyj!;}8%&ZH_A}5srbs7axq#B6{UX|IQO@#i z7^05k1r@Pzz&pwnv~KpAr{kelslJ7qkAc9^vH_d#43B?RxW~&L_%2?llkg#wfKVF5 zs}k)FF;D!yR(j&tKi{1b&;AkfR@TiI+!Pf&YzV6TR?+mJ0sry6nY?xl1s(2{(XQr+ z^0lovkLUq~78=sj0uv=F%ZaR0)FDO3db}kX3li|e0GOe*#CJCfG)OJ{*|uMbmSqq@ z8qOc!E-?`V@t0WSC>;tk63z;*qGjXPnp**2rT50$P{e6g?uj!;Du7>E*~*H3ceoHbMBj^#vb8LypO$BnJ?|r zd^J6-7L3g;*2atPood28o;MfSZrlR19h6bGSHWaq<(OcQcJW~3PAz% zDcY0?X#R0gJ39F;A04@hidl6=OYEQ*0ystv?P@olO<_I|?pVr(HGV%U4XG3>YkjK( z*_2K}50J4O=-8MS8I%5|2SI_6GG0DEe_p=~e-{!7d-&CvI7f}g@o#c^uD?M2aE9B} zzB$)Ew-bVw6W2@GgiFa3v|NmbkbdEpEBDoBU+a;e7g4W!uxR?v;0#J8h@!>JM+;7m zkR8F_<06~Yy9{as`StA;IQDrLd@PFgPU;PN-hhd@I*%96t>wcTQv8j=ng#ksNTI7x z429O7&B=QS1C-HqfUu7?whli@LC}C8r2wf~9=IZH;O*}YAO334=?O%$Ay*F=<1nxe z{bkc`Q&=CqoGWE2qL`jIuZ)wV`ryzJKEZj8jG{F`Fpv^iROL#KggrI0F&(yzNF$7= z!xZ!(jqc#rC7sNHdZCrO(@@)#o;76F1EFdJim9*)2RBxN{I19(upa;qkPKP1dmDd^ zx)(9=iOCQ~pF?|9f=pYS^|(kPv_vHx%D5`AOIy_~U~n9eE}Q$_zfUiKq#W<-BF?#C zitw3{7S{AuWhFAm4z3mqZ`UzgD1>6iRIZoVs<#HXG?HX&m0W^Ctlh1jZSnVEbz&MZDS? zv{tWf_lO&N_dkH01DsP`xB+f_8V6SXWjJl+Uw~(xkjOi?Nmyykb1~zYGAZ8N#AIx9 z!R(SMx^uCp?I5~ek%9c-X;{%(wE#wjk$Wr0f;ms6D_LHE8=FcQ7!qb3m<K7rW z0LnH47>9jU2u*4VP4!3N6LrBI#gzf=AkxT$+bt&<`)`M}n$VHFhqi*G^25=pv7b6d zr=f6k?^%iU3DHd*IYQ@B49B<;_sS`dtP54n)&6|*rk6rAzT zp4(ZEOOvoiBZCm!p-%$pJ1sP9VqVnv#+jTlvjr(iOZu+YiBWL*=*99D?YWk z@5(B20vV`5T4B05Ohd@Z~KEje5t;%W*bZ11^9NcLY7uFg2^#E9PSL7Nnu6&LDyRajGwol-}z_Py@3Y^5P`9 z_U-g)hlqXsqpRsODHhCu?*2ZFZUaUGfg%h^si999lAG2d*cUbvI8HMuvzow+n-nRG zZo*H{FVZ6m!()R6qmLl~O3nan;J|8@rvT8{4~E;8ji-E<131x=ilDDHToj*)9W^?V zQ|D4Ir08pv#*~jnMPDY8nuIO*D2na5c;)di#d zvE*8?*a^j#eCf&FdM_j2i8Eb0$L*0xxVl7?C9;EO(TgU~JP(q;2-DcYwTg~Y4Gg0r zv6Ia&(Xs&X13PxyId7h-%la{xUg2;cAVI1KGvyhyB5_^THEfl?TO30&5b87h_+Src z2sr&7RwKl@TW<@RmwXh$wpUr9(4U%ZTq?S@G9pk5C5V7risr7LLoWZ$2LLBZ{V_h@AR#OuxdUp!Wcc_wBr`} z1@n-FPr?Dl!wTGpW~kz{2Hkr04rDIRY&iw2Mjt62M)II2&&4Hd+fa`1H&p3Z?^s!v zl?``EwuGpR6dGfb7OspEn0UmOoA$^G)-XIYXIp(#%a5E)Z+wS1Ap(~1>WVeiihaFP zy}9J}lLD%|vmF+&%D^WKtA3A6t3#=hS<5Ks_=mMFgPqMBgT;D$;nGDr> zE;6(X19Q+6GJ{g(cXJ9)Xcvb z)b`I_w;|+BvfPZb7@Aw!2zG)sx)M3H`ut{^y6s)vhAoQg(Ge>4%6gWP?Gc_PGWm)tT9N&!;nGsy58iqBLO65CCh&n?i1vL)V%9UO|B8LEg9@Jo+rLxJ3C z{l((^TZq}Oj*iAgL;Sa@jViTObw>)lu##~SH9S61hZ$JA2v@;$b`KT@sBEq>(z=9FntT>7bAr5vh0VRXqk|1F$KHHNjc2`*vmH3 zf?)`k#4-^m(Au7n$oElfJhw5=G`*X;b39hM&h00nlMbj6skg-46dM z1-vR#G&cbz2yyuI4DT$`eHh_vKxb80NZca0Wljhj=UX}DWaTxny4E-tM49GbTpgaq}J*+la$*?_)0ROb|3t4VDg*0$Z74PRP4|Wn}))4+t_?J#gaC?gkF-Z zR>uA$XTQu0U*{6&jzkV}StAzz0m@~Tl+LE}6du~5RpL?=Y{>FLh4VJ8WQ~7=)Tovn zSh}5m50FI4y=Mm6FOwK`%Ck_eI1@J9s-svgm1>`6fdoDGqhT@Bdx2DhVZ`84h|32C zAq9#4W3dINfW27{I}YFWSlS6w5k7+ki}ShjeR-^CUShu&mq63Pf^>Eru71>-cLaKa=(CaNx%Kily#BT_8&Xg8)K6#?Ys$42jM)4rV)uzIH~(y3d)EHi?GlQP{++& zO`@d`@I4+C=5_#v%FUXdxlM|h?dE1W7M)qI7S;l=iLfSd7s?WBef=-(6_ziILut*= z8j22qCOOHgJd|2{6ys+6PL1z9RhZMeFChv8+9nU zFNBo!q{UYQ@y2(1aD_nE^y>{byC%8LG6b=He$d4`(Hz35h z0Do%krNb_?bKUG4U>66gVM|ihuZ;voq*C@y9Z>VvGzz>_!=uRI9Ua&n+$2x(^5HTDxpqW8AclsdU8{#- zaFO_enFK$2Wr?6{yk>d_`m45YfHR9Mb_s|^sH~-loozwI9CQKq+vtmh)&g<~s-MvK zHJE7EP_;Vc!e@!J4FE1TNfYh?2$bg-$9U$kF|1M=02UV}@6GAaSR=f+#egsxl)h7u z;L!tIfi^sf2Q^M0Us@#!5yq&PW~Oe+V?&T?Zl?lUbBN4N;Rsjdy$wtOg4>q4hyT&P z(>FPYEb;jpI9u!)_B#I-He40tMm}n=|2?dRXA58i+H0!K;mfTL8D@2(Jw19X3RsW; zn=M8K-Q7Et{ok8UWA7DW#D;G?oP&QZ0Ry$J_;r!P9(Phz&D+|u=^uBDSg(??`ei$2 zok$qm%y439ibt-4W(8}iVos9fUfD1_nzVg{l`j0tM#-gxiR*J3N@{ATC1e~-_ysG{a2fFfM`dFa1;&RFQWS3>4J| z8*QDhEwtw30{A1Jq-IIqyevY17cHU251W8%hN1v&H;3R4{rb(VPmI)R`eUlqhj5tM zoS8e`FP}Ko4!CcFGb-wS&)s-Az^D>6VW!g$d>!}6Z#oT2B{>@x6Gg` zHS8w=!{HUWnulnQd@X=gXNF8Lme}SYbPr?AsG`Ngq0DkI3UbeJ!qKrdoe!xB?<}nB z$sn6;^OXjWs{rz~G=pnS+z{BNxd)(a!S;q;jA^>l1}tE-Z+tBWYMN|+V5%jsU*874 znPt`#NFiFcI0)q}1%N|m3fCh~lT9&lGTg^n$0iqyD%MZEm#V~D&-9rbn8vekqIY+5 z8=2p9(Bx{rS@^LliE!*BP*^+4pE)-gqxX+wjvLCArcsg1{4_#ruk2jI`Hyk9P>bo* zyKXL!3SzC!KulGU!Koz~wCbkM_0Yv$p5y}WuinX^^JaFeqyz6j#UmIn!{-Lo9VE)* zQ{Pl|Z_HvL)u2nISaLMB%vr9Lf} zqSSEUUEA(_I=35Tn(mo3lIQ&E?u9X2+9(+Kb28>blqS+B8Yh&vR%q-FEMa6K5(d%) zBqD^Ssg6U*3iX$}ssL(cog$I!M`hVkg80vWSAg?5 z3i_oH7mx~fWZi{-D0KvLjq*V+v~44+9u60hGeX>B0$43-13=xmLMw!qpmblG&-w$^ z7WJ`nVlapT=!X+j}t z1_Ht7oUq*FUe|JE{|D{|HMDEmj81MD-(~^=Pa|SFTo;AVN}V~Ir`&X>hwJ?%5pTQg zUoz7lqC`a=<$HuI6W(p<|FsoT9?Tyj+!EzQVh~ufG=9d|dcIgF6KW}2V?#D?JvdIB z@uEMZqm>bwK3I?a%74fM-+Qu=?uA{FZ%KNTFuo)&o8nv4i)Y%x%nF?W!uHC_@-Qj{ zez>2=BD7wZ;iHp3BNLQDK`e~3tvoD>o8M!2C<;P7lceDUi#~?up<$trV-SNn3!~7{ zpDmVrOquvGgO&K-Us4P_fZSnaRT5>f=KPBltWw-Oi%7q}RMmsG){rl-0OzCzoCon( zc%9xwW_690dI?q9fCYPG-7@7ZzPq zycwszFLIArkCE$kpfJ1H;gy%Y1tT;=5BXOV8uDlzbIpyH9@jOD)$l4+SbFw`{hpVP z#c;VDoGSLM?T@FUp}ri{Jnp!=hq$(vvS4!?*$7_;6JxALNeT(6=Mx0jA;YR-X#JHk z*A4V?OFxMSD0AyUAGA21RquexJ%`ViD@41Cih+?sw7Qby0V8^szXt>34+lsHVeyTA zZ3u}=lM1#~(VG&Rdy4Oyob~}eZ15ljb*PKnc&_CagOF^8vIEH&V_orSKIZ$K@R^sM@HR9=)VV#tCEL4+}g>R3G zs+5OA$?c9rIH%&Vls2IYs2eei!S^bFUrGV*_KCFbNm-`nuY% z=~yf~yN*ECC_uD-Y|6uS65d z4;u$NK<&^Q5jm?AjP2~tv#h8gqUr$R_aczH@UcUbNsx5#8lDFCc$M$+85le0Dw%nR zew3>K&?h@BtamGIIn)ncA;5r}UahC~Y8Q*g>}LwT5|2&oi#Hab+4_RJy$nDT!1!CI zSB0I~Wyc;q1A|QF#`>0IZkCjZH8T?W9zb3V2DEzPAG4r{OzRsEUm@b3lu4hIcbAr# z6A=jV4!nIEcMNb1MjLx!)7erZ97&@VrrO>QXPm5k?%&#lsQ2Q3qjJ+9*laReZrvXz8zN$~>$ait}2yqjz|Kq_S@ zllY$(2!?+sX(mE7-lstW_N#F@!r;S)Fgk+(VnCh0e?+<~hTNbU15KrWn_%Du}n8Hw$_wkd-&j zF;tIODjtsoM1@2WZUxOS6hIv|a-Q%ES}xK!K9?SOnGxMoU28USB32~Z}fggA2s4;dNDpKPImP%*wMXr1$D!-5q#;2^g>>vW`!xsAlIE%ca7m+B8pMhcGy+-m&mV;He`_L}c2BNQCa zgkj-6<{8PXgT`wN7TSiXn8W42nCF56I?dNEafUpZIi6fJKe;>QI!7gy2D(t_^WOyp z{YGD#<2C@_yZ}3*+HoDJwI+dX0;JTxN`>bQ3qLsG?+lpB0SfGbJgi8=HYrq>8T=WF zAYTZ+B0~!sjG5*Vgs>MuZitOE6#cc_l4wLe7W$)ukfHms9qZnd_5wn9kOle6jVBp) zkCWIcS)Vn2GGT#;hLClKiW%rQ12d z&J@b4K>>pt#_|>4g2J#uXoDABeC>ytl*9@vmNvT2WF(tREE~H^6EXwgW1eplt{0Er zfgx(}1-!_`c84g4gygi0cNH7yqCD;&$ZZ=5Pm86?cXz$_@|s_4&{0}>PAM%?3A3b^1X&ryo`!93uGn|^Mu|z+Ga5Z zh;w}O2PWQAL@9y$@sIgCgFXbQ(}O7+Esg7%2pdXH2I zI8YbIhe2VHYkB0ymWSC8KvtE5pahLx7KuY8nPnr@`Wy|wsx;*MVQtr64%2ph9iYtXa}^Iz*}tVGi96WFFhZz^G_F=`Fi)eLYwkA z$*~!MOw*yPidRs=IeVpUCnU9%m?f(Q1^e_@5iycdp}m$>!Z@8YZWQ+yA(~28QoJ}2 zk|)w#y2TBvM(rUIpj*JX583xgwYLv7Ra^pRPDE*i{0}=-58K8S;ipjnPoJrFm z=vL*|chiqclZs5p{yg(Up_^EpF#?(ah23k)mBWDqB^UJtoHif>rtw~c1phJr3lENZ zhxr)Lg|Pw#JPehMgC9rEOzDDCl+a45xO7g2l&MsNS5O=0_>qW@Em9O#aDNaxjL%(d z3;`0}S&M9rvl(W{gB?L{7+y4yMtBw)aZ;e4rN~h_;yQrs@4`V$lcKS?odUBH_OIY7 z)H&tThskMh3-!II(OzT|ustn_EZ)}LB@uvBg)Go-P`Io(6%;{6W#-S>YF>)v088zZ zp{R67)LqDkS55seE#hy#yu_V$^aVM4l?I>M#S3iiO_;nF%|_%#nLLN6%_yN&=j)CV z{z|L|0uQ0V+*Abpv_p;tZX5*U@Blye82jGWj&w9O1A(w`&GWO`r%LRU&Wz@W0#MU3 z19$|l{U~B|`J9!FWEXfb^0x7FOpPIL5u9jnyOuO#>HClsZv=VI)V9#!tOv~P$A8&|UJ#ZXmNggD{#g3vQX5I* z$o3Um$UeC81C0THmKntx3%;WgTL?otf|sK`rlpelOJW*#O0S7RT$vtWa#oeLbl*NT zj^=kt7#o_2xv|d$2BZroiQpWk(c6U^Yu_gMT()vlY!Phn@|S%&y5>C50aIf5hp0RG zSaPKkeG)mht_X5Gou3?3{i;}EFA)2f$q#sTo7Me2k5UF)7>)z;IBMdm>yb~N-gLiW z{psr{@Slf$lpURj{kE>uixo04D}tu^JwMA*4fu*JxYCNO7SYxRy(w&kn3`%;(s>3V z&HrV3A?CKluLs~I@;RuE2}`(%m<{G_FT}oc5(>MBvty#a)2VC6=%ou!{6g?Gs9kdl z*^sELKllpMbnT{xfg>|#y;K#sBc~V^=w+D|pbln{B(zI}{)UC~&b4MNPQBf`mpOv}A~gyy8+9%GPOP*qVUp`-=B(KI)F zVzgOF`@RT!Ji3zsqHFe>>Male+=lfuQKD=RY_1)(4YNzA(}%E~03gtxPdMeYnu;0I z_i`2~-nGKv>KSTcBo`O_r3*E}n;Dv|1DiHaacvh9%zrJCmBBFt6;hmDDBTSNK6P8F zPM8=2m)DWp~<1kpRylAvBzq6-xJ)*^BDzt(o*n1n}EwJ z0k^HM1=aQUgB%?VWpE$baeMSgQBV#@fq3xI?JuGqp&4}9_R6j6srCcU>eiirTTy0Fxy-XM@LU|! z!%hMn-0N2qUI?Gn%XKyHlMF^H1pE$jn#55T{{cRPys18^4!A@*-k$-R_00FVeYr+$ zG?hvXs!3AyGMU%HpVzv13Hoo7fYZ+(fUqT%bNwR0)eVR5b?0wORhqL7ZX9O1kucvNYs#4b4V%DrquWZ=MT#GJ z{15jN&*pL0hscI1#4VMerYxX==-X8c*b~whU?>fF1~-o!;PL*R%bd_r9xb(4KA#d_F)2-gin0OY1U8Z%M6umrR=fF-ue_A3E}M-go1y{ zTf`q1zp~JY+@nbPdZ~~DPEUe+QX;D$=9ph??HEVdn)>@g5Po}~YgDxs<7=ggk;Oe+ z6Lq~u!psoh7hLQ42NP!&4U)anVKqCy;0xQ}5Dt6QfHU0ki;E+Hj-nBC<3)6J26~?B zN-zL6v1E%!Ih}k>-4iAwgpoZh1J>1$b?F27Y4q=pp_&b{oU_&6oxPG2I2KsgPzM1i zb_d(*vIGK9hjvd?f%byK^37l@@fc``FA$b4yW4w{*|-^I#54AX`cRDl#sllb@^`H6 zUUog}n%bpw&1%tSi0Z5a{d3D_iSTXqA|EkPV5?Cs82||&pLW^|be4q<=$M!%!?)3lg$L$ZbMZ2;*f|g#>pr8rXX`|#D)klqFmZpg zCKUb)Ed#zY+kQ5EsK-MKk=SS#+8xUFu3H9+z@|>G<@&RjQH+=+2!+`l4Lj`0TAbQj zcD7XhpOxAV)wPh_;-+Yx(@?D$J7&nz-WHT^ZDz4};7?10K%0&|GFZ0pzN67VO8M zNCwavWs6DkZ8`KhR?ZVvlwyp?7J>~)WC)__8|x0y2LzS14;t!g&sOY7Z}Yr}bAs06 z&xBhuilz~yaa;q5KW)u@(;AEuQ*2i^@tV~n0hHLi6g+1?SW{XX00ys?1$8bEr|g0l z%?a7KOGMW*rxr|cu*W>ugTe<%6}@9EZ%Y3@{utW{xEv(6cDB49JB$u}Ig4jG3~`0+ zBa&6U$pIn+l^x~s2rn-rwiS&zcu>8EQ(_vFl}nLKd^4Sqa4wsKY_nfL6&NFP(@Xw( zfItGU8{pCi%7nrZs)bz}wAh8sXfDeT{nZ0jO)1m^>4??0q7>8xd)sM2C*>s50`N|m zF%cTU2AnS);hs~QZ7gM0TW5^}(XnJboi8L__<^Iw!7SJ^mDwnjn~RijmYep}ob}v+ zXa#u3QDTgMYaxPf(umK!elh>9d7NK@oe$9NV8q;#10zcXe#T0o@xo{e42bAYgxn8q z_&S&T#Z+b)Sy*iCLxVaLzGU4~y~9~2jhSnmFHMUUu?2*aaIHT~;`SwVJi3eR<{xp| z@+xlMWSpmg+k+F3XL$du7pjL$eygV7PG9zwY@F^JrTwE&10Ivk7eoa7xpIf#iIC1@ zs#OhgMoSr}Hy!c10JyPr5t8NPPUA;{tvjIW2(k;BKDgar z*ahB#e8|=lL(aY-QF4fD&r>hLFwH1S?hCf=DCW6t@C1YW0OA>P0+RCRaQ`F|I*N~J z9|B&Gl&h8zcc>_*QCw4FOB1`A`&6ONvXF~C1{+m04)`c*e4I=GjndK^aU@RO9lQbI zLw?)bH}h@*Yyk5-q&zcgyeY4Z9SOAwb}7{7(CAu|P7jkkJYOX>rImt^mU(hIYV9lo zVgj?25sWdSL{6_Nh;dkd8@cnST-PI=V4DsJ_zWT!I$@pN(!|L82BJyxyl`4>JoWQ zwWo}7&CJoy2v=A{>(Ml5bxouQQqTY{s~{DKMpY5K`v(`br2xyglMH^ zB+E_LF)|djXmWhQqk|Ue_6GpsV_R9;RTrc!gHk9Y1~mj6ZBjKJGPRY-BD7~PKU|4} z7Af*?|1R6|U>EtQGcGP4Wwhv!7O%P=>i6h$1f$L~%dUUs5HLIA{!~#i8>7FDxWv~ok@BTiFOMCc<4=y*XB?k^HS<;%VbfuI-UsmuN3oD?GkWLzs}>-mEpmS zt<~v~n|acK9q5he5iS*N;bfPkBMc7ZC#S4OOo-)@10%Et&vNto7(TLO2CH}d7UwjS z>kV&p*u^&)gZ2fqtFhvc2Dr*R@Cg@)(^R0o942SQ1t6l(GSvxyXeng^7u3Q|K0{~) zg$WXsK`hJMLVF!8u$EMDfPIEYzaXXE43j%?2ADDdx-7ekEj}^CA8>Bqaao8l!IK%U(vv-BG8HZ=69=eP*`Mq#A4(iV{UUVps)LKLwo^6sZ_Rv4ZGC8O4)greCEvLB_ z6FiZkx`VR6LNmw}Q!4=l$4`LKhP;Z4Fx&qHb+ppJRUSZh!Orst`x{Opk;VKAT~$2G zXQb#FPaE&56uQfpA90vRcH3`o!!^STN{T#=bjdofYxy0$6z@as&(D3-(GgObCQ&Ax z4v-U>h(ScQVKTtV09E? z>`3#B7I=!|cz9l$UH`ik6bKv$uP#zG#7-L0rv7Ws=ykD(kd%haHdwgpzeqg0kBXQ` z9?qZ=l`}RO;J$2!o={7_E%6MCGrt!GB8HRUCKu_6p;o9O&{fSjk*M1nz1F27Q=m#8 zT}E7TD8JPa2~i1`*%~@IZUduaNC9Q{@+*!Fg+vga72e{V%g!u8e}L`~PwMeTOR5=> zN|KvPY=QtE0Tja19u{Os0PnP=*saf@8t)w0_;l<5NRA4K*)SMV1z%#d4$72&(VhN1 zU6^i31D@jueXsN#E!#F53qvwXr`$A`i!h=B`@)9!oFIni_%NGB6Ox6<4_4}Nwj2F} z?whH1jLiNeoL`VswNpUg9Dg1QBQWMhleP+%$c+dlrzFhl`<(|7$_3PK6{2v027y9R zngKVL)wr{m3)y)R+(|i^(7hk?H)Wa|y=r9|#l78)s+YxXF5=YLGR4{7k5m0P=5-rz zY^$4tOxnedxyR+gn&Js3WezS{&p+IIR+dHb-97v+P;ct5llw2AY}7Vr%$E$EJU5!Z z(i^dRyxbnZd_Y^BdkE9}oPn>|9YWH`!xd4J5}WA=l60Tv4-eRw&XFaFONe-8Rh$Q} zIqpn)(O*D)&jKw{N45yJVePEK7#51e@Q`mE0kJTZp2wf@OXG8~SJ$5uZrwV~R6}PR zl#e+LIv#<+=kIwVkEsu>L6DeHoP)2I8)B#sqUuKZA_)zd+G7X0V!nc8k(ce}LphP< zS8J*+pC26O?{b5}6+6@ndy8hkc*0qqqFWOFq10#&vncgm$Qy_}?mJ&8zJ~KXfnV>cHJ7!69`AU#Cb9zdsvxU({t>&2-5%J2`-mXoN>>F9i8BxWGY~ea-Cb~v z!bGg9PStj+Ko6CK+_ADX^R?R0&YV0_z+oa5rMSMMk@#{dhWLNzbOg#5wA7!s*;^MT z9vug^+$wtZkHLMmU=kO7JLxamEsi(vh~E-Dc?)oVtUnSCtTlei z4bAjPc?B{38K>Fg=?i*v18spvei6hpqH#F^_S9v;eBBZxcfyWV3m#&GcKIjMkit~1_;tBLa=onxI#H=s`k zkO%z2s&mINhBOSBGV*57ddN8~UNi~mmI+%6R0M9a(*_j@kO_swshoI<4pM4tB+QJA z*2N!*ZZRj#;o4#rp&yof+@Fdo)6xb&(~-Z8% z_TbMWS8b0PJd+6FTNqT~8%L;*jC4-`Rjb8|y?JGlt&maoy#t%@262EYT+n7@_Y5d9 zl#LwE718-cwx{sC06`b*PYl{?1qt{KsCmshPa2*sDhmya<4a5;lH*5Us|A~@P__1s zonZ944+ZKs(*=89$z2f@bQN8GJ!fsp8MTI^oLJzk6iVZ=a_0l;c`~HCh`4_7j&98>NY#APmSIh zl+;MUMuOEgI8mBzYG@%hZ(^zXnu)uKYdGcQsX~}V2=CEyg6WR`K|YEFB5#oK#iR?Y zgL)g{4$PZT8jKuA5QYAu%H--3ZQ^(zi8q51%$F&KYp?b2N45rs`ws( z!{|eWZ3e4_!D=XRsLnI^i?hVnA*JSJRbC!Zf@NI1wFSEq#BOa;iHX*gg@pc!mX0-Y)kfHQF&r+mHwxa4Xt zi6H9z0viM0eQV@!4bCM+&4-N%|IGE+eNB)-jJoSYE5wVgZ_HtkN;#~q>6{W*hTa*q zFR<1^;T!?}U_xoIt$JW@gjm-ybZa(K0ypA;qJBclB}#po+dGQq(bTIU9GZ=y zS^>|a+?Dx z1{vY#4qXlxxpY;b1|`J_l*tGD*cBG8WD^Qr*4rTTtLu-0dzE3WvIt%-vx%J!CHRg^ofhX^*|lPvE}? zs?d6dG)G5QSs`o5xm%v)D76&yg}>+ceX8=7{RY9Tfq;gj+*eu%3ZcJC>&^s zW!Nt%6`FW*2C&@$6>emKo)el5aPQ}x`yQQrD4~h94`66cH8SDzMGF_3ZiKQ!4E*fk zhthV|PAUM(Nr&K#o{Y}K17?69sACb+qoTQIs$5Bj6cSnK22t5GySU!+ib9POt3x(q zoG0=fJebCY_1|m%K<<(xLFjWJX<9xxqnFK%T|L|)e9qKrpAm@CaV$^#L$u};*Q8ci zY63Tvs@DprU{CYKAsA=E5nv+cn|6}jpaegsA3@GDJ}gP3rq>7hUyr#h8c$x9ArQq6wh#u zBLtH}b!z5tCtQ23l?ItR%at>D3Vad^>!qK$5ty9R;+GuI_DoYMGhVU&s0x;1Sv6I7 z{IN-&l9c(HHKvYo4p>f+pl@_nW*zTHkW!vCuA2t*+`;}OSQv>sodhIE;t47tA9QAL zBv0U#!!Z#Gu*W+SY7mC$hI$_xMRr;&claq)^#V+fu&I23ABf2(j`=FW4p)$}7;oc? zHu&OUnWN1QuO%9O#`_n}aGS<+ivSJ_GTsj7uopr{99U+>Fc7mtl}z>-)WMl(5Xmz) zNEZpL3jocvUrSP7F(@cI>!I4<#Z@_BOO-VmITSWJSL z5AZfi5E|z(TWSb$nd#S>i(NZa2QxnFmdcC{cQ-n>Sxh4hHijsQ;KqS1rsH^h@;~-uV(^KknHH+IuBh} zMq#~xX7o+n;Qa{^Xxf^-+a=jvOk4V^#22Nn0&htu5?0Bn7WUCy^s-sIXcU>Blg8Q>)BUV$Na@v?s(jn`JLui@? zi&CkHb3ifpM-7li_|_18?1tb|n^}1&wGEdS;h)fg{=%U-V4Y+aD9D_->b!6%l(ZIQ zj}q~YQwA(25~h7n9i^C4FDo85;tARp$1OdwI<3PM_U4678^Y_>c#q;Mwgt)i0L5oE zEh+D$nv$A2YV#+ZOed5MyhREh?qA?Mo|FqSsz1>}hZ0IM!xg^bkBdxf`ykN}j2voP z|Ef9bFu$N01qP+`DN7)YX8tx$BB!l_DTb-I(+VupJsw?+FX($@Vr_U7V0I%LOo_Z zXpx`8JhaAFZSoVyYL1Qj-@Iwm>jS>enJuP0&qWv7jhMrb{Hydj`M&Gw&?*nl?_PeO zn-c0aKLC64G1(un-(NY*2SO8{^`PGda(QCYObQ5{cQ z;?M2*I#;v96w0ecx>YsC&o0g$AjW0*s>1-HV@w{m1!?z|w95i=A(Dcpt$3vP*zpKi z3ZIKOXkjhp70v1x+}k=rT{AsjAYFwfiA;RQt0x;>R|^0c&5XLRT~R|Chbq*pq=%lT zY{Bq~@lZX@NPJjea<&EF6RAf=5kQ|X;}B!{TM}dP+R%DpnF1yfxv3+dREYb+i&4RpV59GDmz z?H)5&zUYFS6Ok3ryY%10njKcmm711tZ|V)VaLBz3SK}+2OdfFlE#{6|IxT+r+7s2! zNsT+sw4O2lNADzU2FEbMiq0L^grl;aJ+2jC4R020TO1va49gOB!ItMEK#T(VfXxu_ z=n-*gn|v&fu}nR)JL7GN@Odg9suXbkH@cW_oA;2JmgNy0;~6OC|JJQ~9h`w)5V$us zKYU;wH+h4B&hMG9E{*n`gtL{r$%fOT&oUh3<%dQRbg%@Bxq;*uh3)Cb$&J=m8XP|i zt-R}P7y_oyc^8=EVIOc?)-DG~O9Rk1&VbKRDjlYj2G(zy0}NPF2)7}D4&D?W?io$5 zis}I`iVqA|%|Zq?dL4!_TVvof2q#zRw8;+V=p|4y+h+jrB%NaSntC>MDLBk;6VPHa!DBBB zNn*=|wv^L5eI$|Sq~8RB)l-cA5rcRp(VuNm1?zm%KCV;?4Yq@}xGBd$IfKX&Y}+PC zcek$9o)!Q!B7b=$XUd@@C7D<#?1Be83Vt!Ho(+on3(-Hen($OE6@hfTOxqY#l2uH1WM1Sj+{tg*^=UOqd)PDcf`PpN8~_ zJPD8T+5Zp-6>Ntk7?iqzKXB3>ykr@K3{$!xA`l9IlB$m(qqiy2!v==f#0;hj7npA& zEzLO`g9-N~6G`UJV28S%e%^^o>kECV-?N-YsAVWu-_1A9of(9&ce=Hoe9cNalCUik z=yRt;N&-|B^<0*JTk}g_S#Fj6=j?t_=|as6&>YPsA6;s(8!Kmy3|ITzCG#9qH@+1Y zvC4H(P$sT+cg&0Mh>$I8qMTErJQF5O%({6HyBRcgfvD`R_9GgG(h~O;cfM%DU|xDQ znJEI=^3~$Km`Ie%l?If8VQEtB4TC3{koL~q+8cCWhMk=mIyIC!6>FfkU*VIpT$v8A zxrKx3G6zGZ-6@N)F?s4K2%5wLJ|v~HcsHU3%B^szI~?H~1|*276Zwrgm>+~a@s=^d z6rB~Ngk~r{fIqlverP*ERjyW!4*Ru)m;;6sNEDe~q*Gu@otUu76An--N@MesDeV=g z0KxtEX|XOlg#RFiO4g*Qb&FjI6FHO_>I!{=g+sPm@`4KVjH$XxmRa8DA0mpP2gIX4 zRSRSX;Htjyci4!}+Q=4(Cc4c~L9}i@uN_F^CSTVNJzj(9UvdsDeU=ar z*5zju-#tm~#ve+Ok52okxgpc&mEb)#E!YOMEd1@3(>&iL7fmr3+#KO(UZ+#=u$erRrw()pBd|vL6W+^290h3yqhXN( zU^GgZ25K^^5F`Z4U3O5bq^UViB9Ciinoljd2EALJ7Ry);*U)bpkhc^Dnl1ki1mt_> zE$JSdX0pDZx&x%pm z0#VOuo(wBx!fCBZlafQq66j}&H)Nk~s;(e}5HO&1rfTlN>7E*X(k*JKa@T?kum?9P zL0zI2%E?Mv;mVMbHuYzjyg&aRj*9g3%Jlz8y$?-#Mn zi|RcDo-s+!dEtNZGf)h*srDP|Kqjo9^pg0Y2e_N^g}$Zp0{X-Sfh#gRn8UggyN2E4 zglQ?IP;rHU&i(Jg0OBY&T#glC4o}p&Zih{q3!x2ZRCpc{7(mE~HEHA>H32kVCPN%q zOcDm`N`$g+PagdC@Jl#nhD9xF7*5Kg@IrPCG}NCIQ!Ae$m_SF|DlrH5`uR%k@|vw3 zWd`9?+V!cCnE(=CjRf259&bS5`GYc(3quy7QZJ-+mZqIudDtsfNBv|Lk{Ek=;-X-p zhX>lBoEMMyNfNr?Wkx-U{=TT|CRqQH+Z~HfElfx?>GmSp?TN+hY&f}S3p237izsge z{_a+e7iO;(BR8{<5W%POn@Wq)6S`yl#!p~hwE{%w!vZ!p!>WC16`wF`eOqpj7)u-p z-b7&(Egp-!%`Td0%Z#R1MM&BbPz2HM$B21Y(wI=Bl{C@Lb_$R-XB=*Y*w2%mL;!B( zED8%N0YrQj>k2UkGnJgXg>q+$ao`_~3e*SfW<(F1cC^Wqe2mJ;B9jNBcD54w6cADS z-!5guKnN>JZEVSZQe{os7~q~zt6dSw#pVSxT03PZI`eB};Dx1>+};7JGCZP_JV{Gbz)D;di-X zU!EzoFSM7nG4{ng>R0jVJCKMja#DpeAKVs^iFn2I$H>+!>X{*vyp(sakVF-4F_Dsw z5v-=Xfl3nL>KeN}={@4eou7Ugj!;3n1m2cy34miA0Q)-nbMoyhyXb(jdaVqSXDQ?s zwiJOBB=G0X{9oR&lK)cs0!93f28WpefL$w~*+-qQiIx%kxYY*F6-L%942gR40n@htlf+L*~&hR6cI}5=85?P=Cy|)O~V$S}K_;Qz1$CLmA zVvJ{j>Yqu;gOIKHoOe+}r5721sli8Hn!6&%5ls)4K^^p5NfQNF;+Z4X@RCboC#AlfTk~0 z;lUZ2^L?*G@_L1XZJ!PrrAkI%9x$t)^^OCR4j#D5I*`5DlPb37+DRgkfNRu{Ybfwj zA091s`Llw%RrSC#;K#4$B>-Ry#~JR}dac4kmx{hLwI-V!<;vR(w3CEKd-EN_c1{$q z6hw~9fgv_YoLnGt+%VmQDi0F{Ql2dSiu$H3j@ClG=S2uQM9|UaOy+iV_Ue?P9 za%!M|XTg}}HU|$y7YZUBKrm6s@}E}9Mu?H*vyuj&9X{dcfK{miFYFB-)5P3!>6!K{ zk3<}sO z88d{jw<)<5yz?Xn9}8R@g?%-G^&bZL)#XCc!wnpGZHM;hsu=e>tSjl99BAz$duN<( z8&WVD82M9(QRe=2njMLNTJljdbKo$uWttt=FW#a!J@WK!5IU^b1cF0gDh4~9&r2)- zC>mrP`t*z&CqJd}VkI&9lyU2POUEl9M8#u=BwJ_56;p;&_0 z9n$-+2$I-UhG7dXdkVA}Ks(f>lxj~xCti~!g9}UyME~Z^HjIjT;JzvfHKvo?8r;3s zhV4N?km&FW8f0OOs=3%t+43ASzD-f7UFP0RuYrvBw~hAU2W*U_641Wi!>LLz^W!=I zoW06aV5lm}r9zPM%*{E-*D!vP#~L$!;wLE=;5Y}>hL!}K)E+jJ!4u+*eJ;EpdmKbQ zJk|{eA=f$Ka1zpCzYG%UU$e#xo+JxH74M5chz44oio}qPDBZ);sk$SbA{YxsBtCfz z&)EK*XBrB3JT^Bi)%8n>gd$7sZmog!^Cs*N-IPHWeIAKO>&%T##f5?6yTK(>YYViV zLQkM3br6v67OOrM#Vc`Ul`$6@YF?#kZ8p6NaK?qua}R!AFXXd$ED*XhuPSx9*Ma$8 z5$!ZUBu4D{@Mg4;+1HJoODEtMzVhJ8Gl>7kCq zNx$Ndu^h`88jX*zi^vSz>(Ux$SN7g%lNv;qnW#Lg_q&P694Ofnn7+!#CF&-!KY?VAil0Nq9bDY}$h5w;5<|-=Yh?Aq5BCtYjiK4plVY9|%yv zoS`*FjsD;ngt1U|dw`>=3nYyfUTw*)?f71y7zWiFIL92x(jOy1nUU}ddU*o671im8 z03KE8-$zF^fIfsFBIM#tS1N$=!H^j@ffdyrx=dB=inn*i?Bz3WXI>D9T{Gef&~BTj zt89<0`|}g$b3Zl=rVd3EqA~ z`8A_*i-Qi%jB<1^G~Qepf*UWGMN8RP#UEw@pPmX~W$s{4T(AxxHKQRUwtsPo?3ehM zDE*Rqd1dUllndzwEt*V{>KMb1m~cu$GvxJ;HI$FjE{<%wn<^R&@d;bB7}`4)86LWJ z8*@C0Bv*cy&m}+uLt!e@mLoJFH?5DB=K(_-7ufSUvX|-xtjO?3?m{}AfiscBBo1x? zrPA#KW2|_+B*v>x5g#BMl$TN8ZIpZj8oeoLpuh<#k29@$=SrHEmHp=v1g3Kina$tQ0u<_oO)=sg8x4g;@P7@K^bzV7rJRM4m zwE{P`{wP-bIr@4Lm<5WC?%*Zkg>?({YW9 zU$`xxhk(|u{nOsCNdxu;Eu^*|(Kl}J%E|&@G-AiPGOwu<>ID8NLw+`L*=U{%h~Kz0 zR#V7+NBbF`KHjGV>S4GJzF?RUp85r7pQs)&OCEI|aP1+?FpF!uifGTiDa7dGD9bhq z{XURpWamyj+hvfbReil-pi1Y&Dgse2(8a5bsJdo7g~jvQI0t@98~el)FLuqkWN$AH z|Adj?nls_|0s1}6uM|R&P?-E#!a#smfi?BHZP&c3{+Ps-Ohqt4?RLLPeHj$mMP|5R z#4eF9ZU@57_yhGY6_A$j6*XAdmbjP)T#s3gp|7z5e5jUBvsw(6lY*SeKFE)wVFEPd zfqzm2d|_qUg`|P+ksYebIREVyazzF(M|LJ{7N8z%`;{v7%v>)_svY>cw#-;n?a6x? ziQ~*h!?_VkFC(^`k?{~veOZT^a2XsUjez?nG}^k}HXUX3LvL>aaVt&;nP$W;HzxX; z$|BwZbF8YK%E11k^B;}6*&{|QRmdtYOqFY|mW z&X2mB0-C8Nz~=764?XB@sRl^^~{8X zcw{vqAJ&Cgs|@@sqP5u;s+$d2m0g&?V_Sqf((Bz2&w!BbL4{k~;)?OJ%Zz!vi~A1{ zQ}epCUoNzl!?ur|Vo=wof1eyNcylMW%V6q;_!V&w8i4%Fw8E;&A8I)ZWpg0tGRl&N z2N+Jy*7V&tAqpP6onUh1M6p`^zLort^B=RTqIj=Bj)4cAal_WH6|@|h9F+0`6%{-~ zN5h9p53)UcMq;p6+5_Ejs^6kjQd5>bnr6oymf5gFx73*etFp&IlBz?Os@;X8v6)uyRg_5Xj%get_3NMQ5NmX{`N5NIb5R{mDQyP%9G$a5Y zfC)i%OO@XzoBr++{U^APkT15#_pKGiX4xPsa`)KtX&G~@!KQg~yd&zs39|bIXE(!> zoB}|Jt8t#{%H-+UJeUWJT5cfI&WC59U<^`DIjQPdt;e_04Ev)1K+Lup(mKKe2cnh& zULQiD`(U3mD||{4&Fid2^pKJ3u9)xx-h)6H3F!~gX~z>d?ogWi+ZhS>!?G8M zw4CtP1O)Bg^8{Jh1>Z>QpL8aAc*aks^)HYK3{8jkiTJX%~FiR9i(5D zwK33OHau7(+msR_p*9wl!?V~$=ND+0;%j@J4_FiCCF}J?i@*K zou2`K=qeIam3Syd4{W%K_pw$CgI-p;o*9%OWzQKps6@gu)~8uG*qb?0N@M+!r-?{t z2La0NQg~6Ydv@QDN+Y0F$v5=h)v6ef)%u_}DuPwAL5QjrG^AE=php(Vg~B`;;kQs8 zWr^dIW$@cZuq=Cr3nc=AdIAuqcC%&_1 zqC&|qb83Xp9B?tHpR0KJ`muitCj=E^2s!x&9TIeJ4Tq;q2eFxDySaN57;}7GM_v)TAU=ggIW+vu2*VY%%Z+BGz|;>APk{J&Sg?qgBHM|{dCsZPc-Kw$B)>d@EqLIoVL}x>h5FbY1K!S(t`4b-KGg(eF_=j{pvq1G%Qp~7lgAzT33!w3(jxV znDfPFcJ7ejTs!QYyLtCS^c5y2Q9>6Oglr=YN9N^q+zGFE4Y}oXv_$;#6O8bvjpH3Qkp!b*H?~%R!PC1-5io=5u}PLVB(<)K59ZL?4wXm| zuS%QiFTig+`@Yt8zn9+!t*eQ_z3dmN21wT7gdwCW*)2gE%DWXPxSMt>VfK`2J~LKs zV`TFAAe(T3mxQ0A`X)E>iHU)Irk~7Xmqeb1&PRPYrnFn#Q6)3 zoEqE*FfD|@A6s)7uih`|Z~B`jAMBXT;xi6eZ)GR)iw1gi3eH=gUqm-OAE;5__p~Fd z0GiMSoiQa0F-!a&$2E@$kkn=s#bJux)g30;>m4_CMJha<7N2OiEY@y*Sn`|?UCl{N zsx*GxfY}5?%hj?slB=lwOQ|cg*BzW@M%;_BQ##u1 zs}F66`F<>^EpgE8i2b2_j9$pWELy#lfbDyx$+xX`Rx*GRjjif-fA49o&IU_z?VYd2 zC*>%i87RrY122a^>w&cu)m)MxtJVyNF|-Y#VTl=0@mPh8Q=D*-De3iRP@r3rnwhS9 z5x8-Sv^zYOggsFzGqWF`5Rw~R45hXu?moCMpoyyVQVaf8hN5vq2~%Pq)}t|GnjE4do%aS4K(9jTUjO{W|lZAY4 zmWJyVJ!Q9BjLch{{Wb@UGR-HFF&xueZImM=e^!fm9s92AVvJHFW&lmod}KCq3)e6Q zkb;&PBc{)IN$|&+5X&<1wIE4j9+aOmK1uFjM7n!ryn*W$O1=857spu{7P;gc($51^ zr$cg(8s(y*W=a~wZtah)n3eIG8f&M}OO7!GrS||qK)$~PCY~n8PMs_dy;FL#44GzK z5?^BT(6QA>D&yxWbQ&E={4fSOM>KBFk0=JR`r~7i_>KoR|!-5 z9%{Rb(O3sjIVY$l`^gJ@MwWL)U5Wunz!MM@o8L%C$q52i9eLYJRa3Jcev2HMo(Z+m zg6{OY;FBNOq1g`ClpSwuFn|H)(AbU@K@e1{l1%s2skO=}2UFXFaT;&N7U~8{cGw-H zSRS0VMz)q!8X0m3(WT-yY@2#mnZ#PZU9mFV=C>_^!nq}66yOJz z`p`<3pPPylSufaadx!KfEgKyi8;eZUWjvx_I*Z6nLecS*E-LlHnVdqXl@%mJES+AN zR+0X|{Nj?sP>TzddnE|l-qMEpafl!eWOUqyt!rWwk9`x}>YL0#8JpXRe$L0j{E}u- za4G`0y?ozcmW{Gg*a`}v@fh1V!~;#M~<;S!htRHx> zZZ^c~zS~B0kOZSMz*4Jn=AJwhZi-540xMqZ0wVzUBJiA9uTzb1Ql9j_d2peV-kW`7 znyH%wmAs_3GC5^7=P!~1^zO;*GY;ctgn`)ZXfj`B z&ySBF65JXt z%YHo|9B+$~hHFBogIHuctI7~~)WJmx)vE};OpNGQ^$c{(eyoO758Rx(NSR5f0EeoD zIN>Jk6tDtKFe8>Q;>nq&qYzl>#DTp>xH+&GgajuIiVKO`*Rb4yl?C59s1 z-72cYu%>Eq2{9$0lcGw+o2LklIyyT!kI5->1fm%C>=}o*#q2k%%N6TsByb2-Hk1!i z7c|*p$Dw29_Lx_XZ8c|NDVz9)O->bu4zzlw@$WMBLx!4fx@?JbIHPOmfXLlZek34y zHB+R3HVGC@FWDp7gg(E!XgwHrGt;my+XJ0Tb&F#6~+~@n_v?8RSrJ|3(bk^DZR18G!zT} zt>~*#WTk;ITo{guQ|rP@lW#>Foe&$oTsNyoz%FwQG-7qbOp(FnVxoYr#oBvOx($eW zlb(b2@3uOaJ@2oY0eJ$#%w!lo#h(=lN-?;r`9b#pi7y#r4XGIT!szh2iJ$zt6n|hPm@6#l8y4(7aKc57$041MvlMk-vSwg&>KTmB=CYrwz9UgsWS_!y z?m#upQ7aO`9DT>Y&RKpIZqKNK9z5v5rvseRgOe1}h+=(NK^nGgG#ZGe3w9tDYd5J} zhpXreQ3YuzaBW5t59^$zi6PMjNhpw>nWhnD#)Uku-H`tT$&bo?xZQ)82WXtyurR-p zCHmVK&XFH$yzjuXQ*fJaF^m#=?m&pYXpM~d94H|IenM?flY}D5>*ZT%M1^dCS#cip zSNGa_01E^R!&(DqT^(oz!4Ty=Vt8|2+%Dep2)PtSI+hc1eZ5*XIKe6as2${?t)W?|C9h@_=qG>Tj zNgXDe4xj&p`RE%L3&MyBcpk_bx1HnDY_@ z4!OgSTPm8L5@`$z;HRzTrO}3p{AVPa!TV=c^pN5N_4isE(9;b{9LU+ECG&HklgXu! zLIehwC{s(N;-wiObjmOEJXf)7;-1FcU+}Mkm(Jy5JxOgd)d=vl|qb!*$9A+Ev zH^##8bq(%H@TJE8U7OdP4KeWhNKiM4XtFAT>^DB#6Rhpsjan0jbcjeImjvD8B$XqA z|6XT(89v?E1EEEnwP1@X50?Ua8(l_ z6nD3X03miA#kWWZgh+iK?5jRX!})=JCn!+8{F&k z7niYRRuq=r^)WJXE{?`2AcL||zmG+J<*_>(8{*>WO`AXHDSQxvxbZAS1+FN&rk969 z&83xs&%83=m5Tr;sMVBess&PLnY0izqw`aOWrDj}xMDVcGJ4}I|#yEm;=nYbwM z;c^-Nr@gKo&se^GUTtb=Vm}*SUa8G%d=2ybxevv3L(b+BzaLlZnOjTCnt1r|SC(oR zo7c7z;Z9|VR6GZ#TT}Ctdifu~9RRHj=&U=V+IxW03Hb?fk#=9#XK4}%;q4lkI`Ya| zS2=++sHzkLhd(F%&>x;-_4UoBm|_Kugv{8u;JNqbQAMs50TB;CC_~5%;h7i7_)T}Y_)mng>ks$X z;+?C6QI5(m8z|$XN9sdGhLx#=&^@{hGfh|1h~^5A5VLA_auj?G-IodRfCn%~2Hw}8 znob&HLS}I@=!>ZYd-?VmdhZVT`I`*vSvdic^)3lgn;+Gop`4cYBqLSnl1P!(uKb6# z78*yEsfC2ktJNM$R&k2N(U)mhgAwp2hz9ZT2=d%bknU3E92YmV!cxE}CwcdqhZcZr z4ynF4G$)W89Qb%NSHV}l+Z=v(>M2Xim+!5r62T7JIQx}FZO|c;3I~xsgZ}(ev(X<; zwd+3p01`adYlU05PWQR9VAfX-0SA_@pvf@6eVihj7}prv)K&h zKMS!ta51;aA4c)63@X)DmOU6vA3imY-NF8k+XQiJbd7*LeAU03ZXU<&lYrjrrI5|D z!Y1rBoN+}}9+535DhntY&bjyy&fZHZE0iBu_=y&`HqJsz(i55)H_HyFhtQ*r55bx* z_ZPc8$A~eT^Og=K6;Ff9TZ6@$LL6;q>O8J>Mo3;1|Yj$gGw5)_!84R|rJ#F#Gt@6C0xgN8#k z1#AKAm~`E{cVP_lR0tDefyW6zM3|Adp4WFerrC~5jqu)!@7pR<_(y{JF|r52Y?QW6 zbEdV(&J~cVE9F_>F)UZW1mvAv{coLmA22Zn58PIc7D+_a(U}B^>LT$%IhKbY3>;1r z1Qa-98i02w2q86Pixqw^HUsSd%_-YK14&!ERErNAQn3&rEZ@#k?37aeVCf#_%K%mQ zj*1QS(<;>7zLF{*;$b$Q-0lU{o{kP6Bqr~O3lqf0aRyRlM;D(HV2?ktYei z@M1_ABs7F>!47;p;0-A&g4i7%pD1Qy7%vxPn-x$O2d7NH(Q{~l^u!$*5x~ZBKw}Rg z8y__csqaf%!t96;5YE+HB~SoqfbvET1`#_8r`z)oTit}qfoz)^upwZcDv7BFqA(sF z1I4ErpPrfa*)sjmNYM`jR2+yTkSZ_YUb106L z!8qZzbJ0M%t;ic3e98~p)4q)nq7}CK>k9H~o=^L^mAAx!;3K7L_tTbvx-e~@#Y=zN ztI!-@`E7;Hlv!N#Nu97s=R!gpR{@Bq3|;#;__9J0-CYi#lr4u zJt`3&ogQMg2u}(aUGKEC7L{AcP*tpB`7)=LQ8EQjN0vjFPr#9+-Epc}vifxCjg=DC zGZ?R#gup&Wkfa^u6=^+>c6=U~F7K?N$D(j}L{5TV`?pp00$+bYqmV|selK*@p54-B zmle^A=ZrhqUJxdh5vj~nLW8v?+RGBo?aQ9@Ba|Ln?gu}lj4lZie1%CzhSuA{THhES zzpOzQvZODtrjF)fq3;TWESI|LO7{il@|G+5wDn;`J6LpV9B*fRx6vd*6QVbkYxE(yx}3DoY^!-a`u| z!#EGDhmflAnqUQizm%wT`Om1e#z~Uy6GEkLKyNs%#F^-tM_l|y*uxvn>#>7w&Z&e@ z*oPx05(l#0^&DzoJGmq^oo>R6aU*i%lRi!eMF}c%?&IX_<}Sts9}G>Y5Vq~_TFM-Q%+xLT+x_j*o4S{f2ook{tcsqDNe-wq`S{F;HO`h{ z0POd<^BrNiD-jq0_-@y&d%wyX=VPCxG*t+*v1uB)>-H=5e-G{ z3!R+DpEG7;a>iEM2cSxDMgm&UZMnY=dU4f{jKiu*`@f845ffPR0A5MwHiI{=pNQH= z=ERlgicRB3wo>RpM2fc=88@Diwh0OW<|qX*PH0i&Pt^yijGJlP3lY?ta>(jC62|8Q zgzeH6C0C}7I6)T-+?X!@`APw!jLuUOMIcCVHk%Pb`z6co7-qLP8<$cg%#pfJo(oFcW5sg1gj&O%f}}g;zHNF8jISb)^880Vs%!(V zo@0cRoNPcftHIZ1?+ai2cpF{DgqvI(1x%9wP)9n&C=R6n)yGg~#D9=MzxRrSQmTSB zpW}r*VxAObIOzukfTX3Rhl>v!##4LR&OSu|YMdgvm4PKr|MrOs+HjLx;&O@zPXu%B zHTkhK8~ML9hcl>el&T^d)f{af75(EDE)`vV>+~7~`qfX|!WlVHZxN{pqEa+?^6q)c zhca56D-iy66~4~S7hG=tYq`;5JNqzascouajXpVYR$L21yCiQ}^7Hp>L1g-T~Xat~;C3i$S zrB?I1MQDRwGjL=*ybVvqzvX24is{fT}z`@y>k_P9JhLw>KA_jVv;rI>eOIFeut|jL# zt`4(8JT8>W2pyIs1T~7eTlY$<=;6YZGjKGN=_sU3(jkmlWPW1@w$W6^UK}YWf%voT z^2kxim9bXM^2v~P;C%Cfq9cfpO6O<2)x!u*FI2uB5Q9#Nl!ufaa1pFyoi=q42OMw) zJ5p|`VCiQ8dwh|{^wX|8y>ttiC+YEntx&gzAc$P^y#DLLhFebH@O`G z02Q62Fw*h*88|T;bCXAW+h`*ztb;=~l~UQT0<7~RKo7GK;G9tmrjG+pGxdUF%D^{q zF$n6dcnFJZ8PYcMA_>G?1&wf2aRa?e-xbM_Q^n$f6VQI%3FrXs^tiuEyj>lLy^6gX z2*8@9hOAz(2Xr=t`$`HpmHST({qIxb)0PNcD(Vt9$}+e0^L{|G)0XIP%k+6O1I4Z~ z4#cAK=%UNzAot=McgTld+JMkYp2-WfnTd|n%T$ys+llNam}{j1hp^79k)`|<#dg~_ z4DzXugg7zAxk^E2dO?$Ltt)h#!ZWRD$_xk%HydvrX&DMhGM%-pf`qC9W&2DJ5&QOPI6V(n2I{>Dnl%6-J?0RRydDL`^`a{}Ib$^{ zuZ_*GGCk45kOY&(kl45)C6bo66km{=r&WdK$%=1&44jU(#=hp(7VOTLrVq>3eyR;s zxFkhc4r{D}K-9$S7Im;2Vw>-!*0=icV55Q*h3}0fPcw=gFbiQ@Gcy@h$1&9xn?ulw zN33Ka7tSLH5!Z*2JBSU0sm54?*DGi6S92|F?1+0ZIZ2rl#+zvS<|vJb@7BoM;>2Rtu(Wp_Eh~oU#IX)7WNKU6}(H z@jiSjyl{d9U6|F_4m`L3rV3)wp5c(VDly3BCE8M-XWqK}A4GVK2{MpY4K2h1FIX&i z$PES*2^Zju#!n^?n+=!lUXKY@QcpOV2kyYp1KMxc=yy;&a6E+T6>B_H1jQ5?#*>Mw1Bsyf%XAI(Z= z8N?i3lDSEQi}Lk7aPgc=EqIq_ODHer*1BEt4v#o{SEp{V)ihFdn`kByTP6Icdw@lY zV>T7(GWkpLztoP=Tx6$OkPKjWtjRH0gt#)SMZsx3=j0@(>oP;*Y{mK(kj8lPs@&}~@JKgJ?3 z0a6h(a>$u^?qF_^w7t0LFoE(A4V8|AjlnJ*n}lFvzKkeMBBEexVEtdwo#|owNf1ul ztySj^Nr}SugwLd3*PkA+5ylF24phXP;~KQRDcczL?!)R~idjebJTp&Yp?c>AoFysG=vnIOkfR+i*=C%KBWT0V=g50q@LZ_UbzUZw7k#TTAU4gnh@dz=^e zqQ_F&&LI~cW1hC%_W-Vjq;bx(iQX*-E9t?sj|FcOV^&yXFtP8CqGXF9q~B5>9$H-b z-U`}|--p+N;tnzOglpz% zX>sh78*78%N3A72u?lrRy7)1swtCn67hQ zYCnshqh{hMnNH4tXPZT(kRt|yr?(@x4K3MarsRihKr6YKYQ-iPo((d{yRwe6W|9H# z5u>R33mC@NAt{nqiBkEB0IR;e5TT;eVF+&r60B>bA!IACvfd1lwMG5CAe9O%mKC4! zH2eL0cxn8o8|&h^JYIJc(B4R$_68wnu!tr{E+3kd&hIQw4PNoPW(S7Pry0l7d|UOM zgxBiAQG%A$OI%+a1Ft*EH>rn0Fx40xli-6hIt$dB;+DB&Dw2oi8h}~LksXr*oeN6~ z4Qsv&h&&)_Hpw+*Y8RXT(jXyrVifY66^zpuw|`7NTwB-k1Nq1lSJ}Qz+;YtWd*~`R zG^Lr0YrYL2yXj6}GB{&=-Vhkb!@Gi=sKYPc7?TzbK#CuiL5d`vdK-_HSNELtJ8YgO zB4|EZk6K&kni{_xNOaebm@8bzlP^*3OvXJnEbYgg@v@TwhYkZw^mqg$#@I6P1qN&R zMTWJutVPMyG-ahy7OP&E!fin;RTD4-Z32aJ6$z4c+tixTy`=?MB+>we)I zuWXb7c#q-*f7nl%|@-H2hanMoeGQ6V7jCf)x6l*EC zQ~4F@SCpYp6cao5H6Rr>Bqi>aT2~3NZF~6amP;G>oSSBqDb~xW3Hu^Bq6YGaNB_ z^m0@%ep^k+#YtH+yBU0MAgQ^qy0EQ^L%@*(w0&>>nK(UlU?EEBAXh}#*o8tMru3Ka7Rb2iYp2%Svxml8l_7wv@N zqkTmjesC$pb3A9FgGb}}$Y;czX)^>^S;#KwR>jPtYNi*$zPEvXyGA1g*_GD>vjC-F zx+aXl+1yV|!EcI=D}9AKpqLU-qcuNt%`+VJ$=hTJ@9X0qwX@R}nV5R^%i(#Te<# zj5xR?_&!!up>6`cc;m2<`q1iM4*P?5JQ5ltRI1L4y=UDLyeQBnK(;;ax;&_^CvOj!CjU5N>5! zFc2M@*#+8eixMh=ho6 zxj=R$P(8t@C0fabZ`85#J?d4eBzY1}S`H}N{4_0hC!auSdwlkpcpwn9^>Z=A zuApgg9G~uY5iJTvjmb%mrlmSisV~9tcuR9`#$Jp}2|-^OAN|C=4;&{^qTxVo)Q)mJ zTv!}4ff4$ODo!1N%GeB>s8uQ0`Q`az;Kw5{@&PA~x6O^6-$9AR=-6raRW$N9{2>7S zq4I(K@VUsUn3s82WJYT=znZb>u>sg3n$)6pCd_CjWzl0nhBtwF_bFnowl0xLvJe`b zkz2)iY!hr|(dP4^@B~wUa^62obi_!xol8ZLZFvw9!JmNWIcE6be22lW zb!VuHO=E#cGaoPzSW_7XjIs66DnP~w?p&JX$iOx@_cCPH7&|7}j6#>jy2o299t5zF{8Bd#w9czL=nV1B?t4oTbzQ=js-vp?xbJg>`i-L*4 zmr!32tKWdhD9Ce5pv+n@F7Z8H{TSHjf*w|(R_k3FwEqb&zjPxCW>_=Q0Xb6(B%BH6 z?)Z~TC=QHH=*ptAYFgFFr%+z@IZh+yd`-wjoa7oXyRcN*M98aa0j-m$*-wW|d6L1# z^8P)(dXHYwp=OgI`O_IlFx?@>A?Ga4>rEqfov`qlI_V^$A=qY|;kky4kZ&3#uT%Rm zmVjmF_THnT^y#@}HRiHq~e6_ z0cQeU`0n{{-LyTp4HG{Wke<5Al2J)mM5Btya5xTkG1*;nmcvlsxwD1I_;lLdh8(3* zz$YOX^A=8`fx3avR|kDoK*LcKey=fy_|Vwk z;KRT%9hT+d79n}Z!q{V>@cI}#a^8jo5E`eSW!v>DOuQ1wO3tC`wUfz-oLd<=K%t5q9-$OD4WX!&S+yUz$m-Pd2y ztfdlxa!4wXrZ-0w`+G?8;CZ5RgAw^Iss&WhMw~o7X>7L+(Ztv@k3D(PqZ?8s?+_Vx zfxFx!%ur zFtx22l{j$P;c6E!<;Xpz?L&7WvLmR)ktxHs)RJ61>nI5ix{=uQC>9V22Y`JXH$7Ev|)|Wl5 zgu)0hZKKF1X0RA+#d;VamEb{rGJ>0-gO?e{dAUATyfHZhA68O8yif8>9&PeV++86t zW~eSNa7E7^BVpAS?R_SA$ia%E(S)u%eO$>$*py+}#mDP@VkOd*V&wp}bDMQw@JR_o zJ}GKspx35exq*zKFhh)4g0hzSHc;DH;M+===y?E8xxHx`M-~icp|qW_6T#moxGOG% z?8{p^Nrb$9d7wvnnwzqKXXK4cDe%6h^8ARVLojovhtR>)M;IaTNXEErc{G$G+5Cja zF=*;4UBdv-9|##=aq9`ktuZ;)9f9isNwWnX2{;%NsVpH4!c?WDQHy8Zq7Awt|MBr* zmhz6G_>`P@xv5dRsY?dc+%R~!n|R_ckb(h44Iq|fSw^T>ANW;U8$Rkd?`wl;H(iiU zJIr{nRV%8qLFu9P#*l+HAX8}sKkA>70mO}vu3=BG>){(Pl)8P*+6KG_uhx-w;y5h2 z8E$drHqk643LsIs*%7Kvu$_eN(N8}jXu?+kSkiM%Fm*%nz-mFdV}|Jwr~g$rs|d5h z%4<6j!)uJlpcM4+R${d!0F}XD;L6K7*Oxf7gg)Ri%&j4SDF)OMJXk1;a`6w+^jDFZ z!F9E8AEcNQ$y4{fEjBpF(kX5BOWE-DR*@qr899yC5Cb)f@K9zsC>|vy zYkY`F7YZ0wky%R(g)N!e^iz^DJ=X^R@rY#aq&16ICx5ani1K=5MmpvPmBj5Z^hTgk zd^XjM#E7UBi7ih`eJXl1DhOQttf;>BBT2y4B~=S6<4^gZM0JC^{W99ZL68*0f1jE@_fSK1Zb%R#15y$xkw z$tHFbz|tj+wQ5CTcmT8^K&FqXoM^)+c$aWEIC|d81abwwkf;eG*e1$|xlBLPk=8G* z&UL~C%$=$Mt;$t{1nn3;w4WeZd4aeD$So-$pAiRcv8|UsBz@%Zko*dXWSdUk_7jBQ zmgl~cg1FTpLN^c|$%Nh9?(@xeo5?2Qe{~TI@)xCOu?+T(ZupHV;^&2NE8R9tXPQ|k ztR~T;+Gy;Ii%;`PZYZUPXJ3DsnI$cHA@XS5s_hm)l(SO-RkUC;7*1$iVDuT-NS14# zVNqOFeCcP@^Y;EEjNSf{>H0MT-ztMUKXx#oIX|1q!Rj-Y+IFEkOeD*SVPX{g(CG

foOB}@`{WMshK+O`+qFa1=aH~RPfbV&b>%YF>7k=>UGCh2G+h0G z(WSjb!SJgdF84dJ#&0QC^63^H_tznKic^T4WK)?pYf#8_glF5X8|m3T_%_hh#P*O} zT8;$BilL-uH4}-OSx)IIN8}ooE22pJ@X0&0S5kg#UN}GQ_~e&y7&ftkYpB*a>Tj;N zPQn^x3gkhf$V3IQ4=b9Ms3CC2IHAeqsiD4F0NIgMvLK?@Xsd0&1wwlKxw7+~`!%3| zn+%(Bcdpu;6w!Jb%P0?CWq{=4ka&}z7x76Vezj`&)(4A?S~}wSnw5E&z9SGo^yhD}KKP;2Hfg3Q zh)By)DE6JgCh_Q0VPB%bA}Yw0Db3Xt^A50kd+*gQYd5nK9S9e1BY3J4LH`WsTJZal8`<`(0SOPoqmQ zF!>Q(1u;-#ihK;l#Mv?){!1OIIZAe&*f=} zrH)z%Mf4Q{mE4*eewA6MM}o`tPnzp|8Dad(R}1fj|9Ob+`DVs=*fl*4M~0+%+X8BL zd`XtY(h=Ei^3tyg?Si?$DafQPu42uN54n;xG286(65mAu2tI#k`|jqXNWbBph)~GA z0x3iAyd#()eV}jl%N7Hs=Wr3GVZ!Kk_1@`vP(9J8I_R3%OrM_#DVy+IdMj;$YGYed z>gh&^`EjkLf-~MLScM-VI>3^S>v%d)^<5`b6vPs7Il|c?Bkt=eQ&XNe9+|UsW2A`N zXW`)>S?QT8l{12VQPH+Is|`YlOVQ#R>(c;*8ujnU{C#snt$SQ@EvSRy%%fd=`az0|SwB?E^9&?$b)RmT zm!gJqvcln^mh2!?PNxx+Wt%y1Y+&+fVO&j(wWVE`5~?WsbkqEUA(j0spBF)F6y$70&}d1W7i_gN6(z80CgDNemJ`N z0{>~7Q841eHpRcfp9kY%`Ho14%$4vm3+|rAkebNsWK1MEWxzI}?_7=Jf70*?WF@tG& z5_`@6s^Xz_zC6Xv_R4UUcZq z+YOA2Ji9=gIVs?>7NTv_APu{uS!eHo!yzRwXd4RY>VwLa+L-XoW5alG-0)ZJ6k!`= zi*c2WMd+-vuL2W<_#Y%!58bPW(XC9NWZ95@yQh$VK2vZKGdGW_LIc&9`N-g$#wzDh zsV{0>z*vr_g=2Q{X}sp(T@XADN^y#*b|%RY>dBMTDfDct)+q#ZQ@AZ&$edNAzdO%H*Hw~?!;d0b(6>!p8&##%kBmasiEb1G7JEt&XiH0;C~MrCEFOWJQhRA zXMQB(ospV|hjF0e5nBOnzC)Z(?Ww!fAZlMPMFbMb8Cy7vA6ViNad%~DM}ox)&p^f; zX`c8FMiP$|l{WCR)*+#~?);emL>ckxf#8!NN;s$4TKf$FvV}fZqpYLbiYbu;8||Gc zXmh8C6zL(zc|?_7tD>{30oU=zO`Vl_wmVoNKPDM-;{PS_@cveq=O-BEUT z>DKz$9YTI^@m*pOeC2rtRytB3UgZDGc)pRxJt0{6mjpLoaM_DNbWszYm+q-_mo}C? zSstj$bJenFA?@BtcZd^)8SRkQi>#0nFusZaRC90z(eNJ#7#C?LQ>_Vts2B}1w&m5D z?^E+R5I&Kc3EYZyuOmSRI^o%d*&)=1o=~y;seUm&J4O6NIO_Ne3VCY(RRHACDYAeL ziYn)SL())_N3Bn~`(JLB^Z;+?*Umzpf;@%ZvE))tEj4Q4-Botb>c!z4XAPRawYy*x z{SHBi;7W1uNicy#@2EU zY=i96NIGKMbfF5EeCMO-(ukUJj}wGZY@YcgJSKL9A2G0F#<^h96XdRgFuIhgYO z;D^rRmu%NCG%T=X#6et^PEWB(M`>rrHGrzl-XVq)=JVP7;84G;d1VViFAYe1w8jh& zqbY^1o$`YDnyul?GSb+aRTF;!#UM^cA08j3wg( zc0EujwO*`)qwAco`*4AZ&>XJHN%a(+D07tnn~r9n#$6RqVi}m5pGSc@ris~>1nD+} zX)>RVXrL|AUd6uFKVSXD7_<->V^Q-QylMT2n3smtnA-&TXbrgIQq_DrrC*O@*?|Kc zfKZz$jSX*!s4jrZv4AOtwNF{_gG$EVC#GhL4g(qI4lKkONqN$Z%ZOWQ>QZZvxF!kD z2s3P;XV$d+rkKf@7+u{qaaspgDnViEYJx4$&?S8HGvc8BA!a(A19>vQgP% zvto{j8H?8(S?*{sxM7h1((stBFpMN1$#nhZfeA8%*Z|sg(OWc+e8Kw}k&vG5VX~Vaemm%bxG7T1^rb) zX3bM=UHNU<$kVBP`b#DUfy{uUaiGW|OK$lFVSn*@o zN=aXl)P5YXPBVE+P?kC9zHFCH5fHsJaJV&O2bO2UX@MHzPgw6TfJHcsUswK)`@j0u-T zit@9#@wX(gNhPqXft4b?)=ejQe}y*sTh9o5W3*_z2i@+eh7(OQPDepxbAFJg4&Nsl4hhx5(k(mKXhZVJ;?aew2_@h)08BpCF45^&^Ck3jS>S#=|IuK;vK>PtuyYUsA{SQfOMM&2Nhy z;949opkALU_b0C!Bk?|{McmvR<3{tE(0rJ{Jx@z=4YW2P5!ruQsE_t3EAT8jv%J!(G69Y3bpgVUDbfLzR zB5go!{bRx(*a~aifhmhqe7?Fv6X1}SINUtXG~o#ppl%H)B@}O@=$+g@dI1Qc(`p7{ zS{F`H75NbC&$Rgf#$YO?u=XJFBId!+`AgBMq-w5)cE`zTlY@w(0eygPX*Uw(_Xz&S zBRI2ZW1zqQ>0TiV`X8V$B{7j09tX+g&E9r2fZRw~ZDTyUy!JKjdx!`t1a`M9+G_v7ddEW*8*F7UoFrc~;LaaWc5m!czFfs>y)o-pBanh4vVsc>o z{H?TIsQFkd)6~j|x5D*kE3jVoqtS)^&kF zdM}}JhB6N6Yq=*l?&^UeTcabXFe8l@f80A$=$RI=J7q5N{MZgG`Vp9!fzeP^x_Qb; zZD=oZn4BXzWQ$Tp;9Am1m^vAX_J{0HiVv~-86GodcO}3g?uS|lVg^OXH2HUL+>R1F z+QwD_Apf92p9Gw7Zfz~$A+1l!KiX)RNUB*0Y$f1sLd=7DPe?w6kq6B}YPNkeSa3p4 z7x10p2~iw4=Iu}PFoF+ckEV&a_Zo6@*a=w*Q8|;hiZgFcwP0E&IpBPG$9@*`SpFPw zj~wmZ?zw*5wtHA+co#d`gO6d|7nBaGPTuL)tC@XX zHm}|IYn0xOfmjI~ljDUK?)afmFJ{M{`qUO;Qb$NbFmtMb(3QQ{1m_-#a!}5BJOa$H zJjJ=p?G5pj=JLfwCWyb3=>b~)u=vfe2qex@DQqm#t~q8Q=TyqT{RDp2Etcv&p1a_i zX@kZ=Kb~qn_F!MmQF5VjRSV<2U?&ID=84nXn|118q%hgL(utxa0ag*JB6kJ;h^~|M zv7jbPr(hMvf~FFJ$Os=+laFisrupB2{`l;w8$prhui7y(f6Kv@-d(a|x=^4@aN@G{ z@y}GC$a&m|EfEY&@kI|1QJ&1#m@fj5c^0U8!c7UKwuD;MT$pLVSe>9%SFbQju_uZq z3^}$qGIQDRohgS7{Ma0{uSQ_VsEAYZOF!3hYA|UJ?tSL1x{X0^7&m_bZ*hfCX3%7* z9zgFH3F zBw?7RInxMk#x<=%vH@2dv5JC{__l!^0R&fc;Qgf00FGG!r(&D9a9~rL80jcV_iCMO z(MZ}%CLrzx8zM>dRH&{Kcz)@frU!IYbc}B?Ev~LM{9%Yxm+LX=3Z%C&2E7kjG2osX znM7&!6#Cm}x%YAB!Ez16X1|7bN6Z$x>Km(=&tmA0eI$QFb<=k|VyTxFnR3q)8-R4Lb!?y+^L`{pzUNzX`_dXSj`gmBKYk&{kXT4 z#6f1{dcOIT&!jRlkCyw`iNHJMf?I&y&YtJ-IL2MM7n;LkgmnB6iOM`2p*X^5C0~fJ zaZ%5w){pwsDv|Ew{51z`y}&Y^Fas~_%9bvA!CgY3K)rAZ&%PPj{9Q>56oj!K6N$U> zGm!u+sA$|gVo3B*$Rtr{ymnzTPl1AoZChM-gr64|wR3pYDsjX7xS(4fCc(hb7Ze>h zNF4lvQM%<5`~+E(b5C5sfNGbda&6tliqhFsy2ASOn!>vBe|fMwcV7IlL@$XRK-Uws z2HiacS}Y4`j(jShnSi&PUmrp8L9b?gKo0F4TzIt|7`?$esM#B3pvas$6^N9Mrl(n% zVVk=%CwUd-CG8oiUYL&^r>LCVZBfz2pZya*CA4Pm5js6*c5TuOD?l2Ey>(KTl+#?6Mm8iQ4fpzjDn^`1-j|rXYppIwI(ew&ts7 zu$WC}sYAeFR7sy;mL#2f`pc7+L~1ecd%5CSpTreXcHx*O-`xuxU5~4WQICidawS|c z08>D$znEYmNUgI|J&JLfF%ZM>-t*y7S?c*0x^qFf&4IE#TFvU6q{uh)O9=8mLuC>7 zI0`6BK|-!&@(L4aIUDUB_N_1;;`b#9s8KXI?(D#+kf1yvlS>6`GGKzfwlrm74K zZw?e7nHKVx#wgjPD}E?ZfHLW{wxe-Z1>mTs;yDS<|8HPY*_U@Xf3frSAuV{of+)qU z!BuIIRQhqnQ^|CrEK_Mq^6^$#q-cjJ#Y79_VIe+tQBXSJ!Bw`|M|zxS!wWUfR~s<5 zZ+vCrQqaheF^OfgQ0Y0?TXnzHP!McEY8>H~rg>Dk3mu4{&h_}``0;51iuqd1PHWrK z0J!?)YhfUpb?@Tx_=jdL$b8r;t{I#u=kl8LE74{{JU zPZdNt5df12^fhJVrZWQRJEW&*sszUJQLG4W^73R}M2y$gGI74%P`mlNZ_el0dB#&l z3SA)t{w|}?e==l@R*xntW+yMAyPPhG#e?#O^9-Vbsvma=exoIbM=6gUEFuU z^lpeUA^|7YOICvB65!XI2w~2KBJm0&XgcMn*AVVNRm~WrtC?u~9`%bYHwVqa-|z zse|*({?>@t%arP|jI262Sb5^UGo|otDx31iscIRAS~9 z^T~m}lo`(xQ=R9sQGG>S9?m>@F(KXPkIvC)GXsqmow4BLI@|V_GY0xn%3*O8bx36Y zf_c0&QFPs9y)&OI7vE8kax6IY(F$5IoVBo84Dtr0I9`}t?U;V3qD1BfO3)AH$Td>8 zy+Ubu(i&_q8cecgF!{3dX8RZk_@ry;&IsJ;(y`J(&^&`rv(696=~rm8&cx-FQe}9s zXD-gIHR$Po{7T?Y@;-3NE#P^5>oBb;sxhLHKGy?ZAT_W!6a6C0nW*&PfnAz3HW36e zINmv1-OfPoAw^x;MyTQ>n{0$WZ|*4Lfw0mu1>Neo!cB}hkawSKUGA0-vPJlo0yqwF zf3W@6Wsn?QdIc|J$i*FmF{dQOLw-L&kFslN7lBgXdw;-upjO$8K4Bm(7fhc2Tp`Hm zjif~~~$ao+@@&;K_I| z!>hf#C{lqLZC!`YDb-~ST%rB)Y-o74#@C8AaIsJ3N1^?QMmkNscgRM9kHNQ8IniZ7riQx=c10r)}Vl%ln? z`XJPg+cm$eq>%JwudSWojuIzBV*cKntePn_E`Q1Ot?Yf*0G+91udJyIBgjaR7t!9M zGe90I{cMzqFYR5@)e3iWi$n>mXipu=O3@*Bh*m3*na~H?9Y|Cm=CM{}Os=>xV1?w)B)P z`N_~%0A_5!VFO61jH(@zL>^ZLV%(^b5!nv&y)RB0!~lKD8lIc^>giRed7)jZ<(4MS%%skRs&m;33lgKDfBEuSHDk8xT*H4*Nr{j1N zE5i+QGDTa4&oflZE(80vZf=myBO9m9fC;#o^TrxB36uXWE2?u1_#(Zx2wY@*Zn$T$Y9H{|_#zNw9}q#r@f z&Gy5X=k|0A7a6LI-vmzCyalw3yU~@$U}YDwNmY$ob&QQwIKuvaOAgSFkv4n1q#&f~ zm2@m7Tmj&#b|PvOUV+{OnhV&!rKk(wNQ7%;-80inn41cVUmi#2>nL!)1Ln0Z5S%7r zr@`rj80`{g#_1fI#%i?8OL`Y<{T{QkB896i~3qro}X@J5vb37{u&cCMA$ zNEnG`fn>37DGWSO1A0u6NAn6bNP8Fs+`&i4o}Bu1zUKmc@cspRoBl0hCkYSQ2V{?y zDkl`@1qmT{@mp%IikcjOnF9y}O#JFMFvSK0{W8ATWEw#*E)cYM{Kz7Or8_LinPws7 zx#G*x`LELu1C%hJ&6_udy@rCU)5!`37_%bptexIFgYuvV?d0?&8!I`uat>ETzJfLa z;x@^l)JbwTcghM6Y$Zw6j&8R_BZ4311wO|3kJE#4o(Z!Gx`j(5li>&m{ufm9)lLUh zcrp>_3HED37sk3fV~18IRwo&3c;O2ljMia4fD=(I%C|ocJ+5i;n^_&T8n>6yrs-9a z&G+>j#s^GX1zZ%oJkPoemV!%@J!SnUDDv0~jh1RROwx{W?!|)4`J8?oTnc*ae1*&e zpr%XBm=p$;ifIEWjvp;XU|8XVn}%31?vvm4fz_4XIG~nHmxwcnU;`efyKkf>v}OKZ z6PLMvw%1#6D?eL`l={<~w*?bz#JLCzehMv~!}x&nKpoi7fqxkjN|0H1l0j)k1+Wt_ zbwEWIR;Pxp1iBCe#axw#dRXV3;TKuuNe)&EF;+*6`&hEjhB%Re^^OX|Q5xls7aGPo z9}a+zIF5>^cNsg)JS&y`s$f6Zr;D{40 zEP?|9P?mI3;1g0x^#{T*8}!6%mP7?|i0@Y@cmL0Y%bt~&pyJ_b6Yz+OjS3gFOv_=T za+_*4D3AS0Y#^jbjZ&Qt7~XvG%(2gnIt)#qNE>l^Na{N!HwM; z;*62U1>6$9MJBe)n2w7BpL)qSs~l<8U1%9p&RoL7b|lfeG?PKM?bTLC>{rt`k2^WW z9N%ke$vv+K5{#rP0z-LWm?i7}sJx%HVWBEOBi?Em19H`^peMK>t zMY=45TWF~SR8(q9CMDPIk(24O1Tb4s-5w~#x z_8XYZ)Cl^`3#7{mvjV3XjDy~(=SF|sk7iE{{3iDhnXcECp+fP7;9yHaqYa<`(dCh_ z9+Z*TJPfT*vt2acuv)io7{k)0+J-Wso~^kC7B-oUdWc(!FEI!#45lv#AkgI(UmOcB z%Q!^1o1EnLO)Xu>9V1|Mkg&cRj09;a74#yOnGBk~g zC5#lA?G4*Ed5iQ2lwusIv4$US?saW|wS#cPom}aFD&>aN6nv*|PeNkWxozF~?uMx-Jw7SrX+()GA!zjNm9N(E%_J+U?t6?2q zag}nXr4ARLd!lVzhG^F2*S$&p0}i;5;CLC7X=*xyL)!x4Y0E&gVgOJQmJZ+U1T6v% zpG=D-708Y>$zs0VEL4S6teLf|ba`1;zi4FUS`V zR=EX`R&nfGbm;>fm3a`MyyiZqu$6wtmijO^*-s)m54csK)G%6IZC1Q~Rt||lx9JC-0fr|lXw1U>3l{@{za1kE zWBWReed_lhi}?L~0yEi4ZDhI#Kb{(Es{G5;S(TMXL~~}Ot1@s%u>g-EC1g?)O)y8P z52bW&y3?6`%-g~OAEqa?7NH#9{T!=&rp} z^?G*=AX9=!2)|padYzXayvLBIio4(dWQcAOEPSQVNl7+qnzR*&VTY_w3C&&$x6}`^ zPI3DL@Usvi_85APPpf(zp$uE1qO1=C?eP|`5c$Y6LK%XgK7{Qb`h8B$vp3<( zGIb?Y1a;A%Z-Fsq%gN(zf$&PgkdhQLbhP?}fh&BL>Tts&v@7{a`au8zf?5pDwhw5Y z=mw|qsIqxXaScEffyg{G2SnJP7tk$O z4S>;Ac1S#{%yA}$|9cWvAJ4Fu)yjiPn7;}74M@%^>y2{Qquyd*)h^ZX1^coP{e#cX zK>+p`*W@R;E7lN5J<^p%z51f$nU5L^W)LssLj&8>B)an8foC^Ee0h((SoNI?gE1&s z`%T@sOj-strewzl6=5z19fU$zF;KY{A#@m50hcS}uR?mjb@Jx}>3vGH=f#{0T@nMj zHl5X&KcYI9x&>`k;w}z+DPg5j2f1V`BUloe?-l$)zYXqPZZMm34vWs|D`}wvKRE8HwvNhyq2~ zg_pl=7#zi0c<(x-Ow$_=lZG;>;LzmWDwY!)iBkqvX?56Z?GYKJ@QFrMq6Z?lmfQ}i zE5kVwk`KEErIl22@oVGtM;C((B_QCL(f%L9DGm3e+2lt4j+ES{o8d-w|Hr3h<%I14 z83NgnrsyQk1PubHQ~J=dDC451q!*HITJMONL`*9Alyr85$V>oiF$rl7=T7+2xIpFz zTl$;S8xgD>zW`~1V-2p2uaS=-51>pHml(xy#~1pmiRRFq0<=;avxj zg)*$$)))>_NYIN~1c_2fo)LtoXpW!s`^pm&j+m_ZS`0C73&EKemBK;0F)xTiXA+NZ z<&<9Hjw!o79`Jf}b#R!z7Xc@j2E-UK8mzrs(!dD&f!&Ibp|jBj;SoZ4c_R(6y|R33 zn}mtmik9s|{mzUOYH&P0JbVHJmkX8_vGCEZ>22S< z`fT9knba0(m_dg~5q9AX6MT`(+XrssRInhLLwL~-0?WfzX^gxj>lsJhbCInT4PQOpGFq4x8ps z5ZMF)pe$jYNn#uizZeo}_|aPikX@f6+9U${Hz6`r6chH2bM%8r!YSH;wC@ zEFwb!Kbo<)xELAsZrgC1Lnc93lPgHtr(Z-Ax~8@KXy%sxV<^a2pxqD46Q;Hh`M>cs-D9N(t1>si1GoCM4Jr7iIa{amm2I2zBYpm zjT-W>kLcJ>)|OZj6AMEp_i22|HbTgVR(d%^dL=rP-aIJ7l{0}d)ERw?V^2RlpM<@JY6~x-p8268hlwU&VaAIv<$)N7 ztOelvFdT7rT9}6P_J-!l-`Ve>9*maJaM?v^g3OcWgR)C#*Uzdp_LI#5+$nk0mis9c zh+LPj%;%W;oPpOL%a8f}YMZLJTJa*50~t&&`7y$IBo49;oo24lN+_Y~df$fRLRs8Y zpP8Qd;udR7+HHq&BLlgIiK|tuLHl##=bt--@35@OcgtCKi6|Pk`+M1=Vo!uR#Ff~# zMMbzOt{+zDj9#eC-C(y48(8n1>&wDnCfl~HzVUb!`d24V8!AM$!+p)G?E?ONcRV+#VYc z9h*E{#6$Q^*9(@lL?FBcpvAkO1GW9yw_q$#f4(A+=&tS*GZ%%!ha?>k);Zsq1K2Vb zj~&IuYc1Nzw!U$g&laswO1~aYL&%MIJ9P$YV`@h&TZZV?l=^*G zONt5H{q#HdVa*9i0xe-XosmBzWUipabr1RdRrz#8ls zyoTwGW~y9n+PDPIrDtgra*q|QJO?KdZz=@krnBa#jYN;4O{~d=&rIVDQ$w9XB-S*t zge?`M!dpVl1<;`vxdH6*SQ*B5ri0#Q5vuC&g90NHkpdEq&HKj8TTEZAC=>v=NWU5a z)9x=V#1)gaGnr9$$Hqw98({~}Xf#-psaX%4;A-YK#L+b?Lm&-z-h5&%L?5F@XdRFE z!!4Ne2K?Gz37(G_u)O8b+8a_41cYrgY#Bzz59tQMTx?6_sS<5cLX0RzaW{m!0`<+- zA8oW5n(_c+>G;{46i-T7SDulO)pZh3qVZviUm|sXBLIwxVLzf!pHLyq74K<3+t@Q;skoY9tk8)Af!FIb!MH4I4~AbjsVlLU#Sd_JOTMFi!OG%OzdsvjVA?Nmo6(I2&0?_ zwuqjb9;#J1lB6Fg3M)Fc0|{N~my7haZ!J|vW=sIggXZyN1#!+u9vC`}H4~78hfM~; zs9KNdSTx3F&hYZ`JpxHZxaZ1c_Zjz{8RVPfq-K#%t6~rcXp0TBFcNyby{09o}vZmw3!4f2mx{8gu zSR|ZxQKl9o0BKCeh)s;0%1SH^sIM8|Ft3o;3RNfQUH>^UNcoRt5kbPGemryc2T z07oAs_~acPls1zTG#!_jr9J=FCTAWA|B(sE7Y%22CUT4( z5gyciu>IPgxpM(#h5Y#EVltwAhpTWDRv8UfT1^XPucQ{JEtG)JH{AVx`FG4{^9_V>J=`vI{8_Z33$rPCFl` z%-aB)y-{zlN+s?&FqXYV3UAC_3QZg<2SKJ^A1wl+ZIUw)`58j7cp!nNEjSs&Ww3k^ zFKU~csS^fVkH=s&@&cXlhwN_-8VWh?fKg!z!= z#3jYTul$%7oh5Y28);9=X`#dg7$sobj+&-KX(pEq@O1z@;Ml+|1suTqZ;$dSL;6qE z4AhaDcn5cXAk`2XlC8<3;!on&ywsbRS5IElJV$AMbrMX7>&XS=o36pcpCOQm+!ngd z^H-h{bd6<9Ieg|yDQ*Vg-O1o>l9H)xEe;i?dcVX*pFe9z4%O|10am2Ll?O zY)u4sC?YMW9|7H4KO@pCuKAsb49<H}It75Gxr z7%hL3m0U~cM*>oIKfT=>weKY=!!w|5NoX4=!BFBKw?Tq#R|G!u_UC+rnDN!<4N8di zEAn0vP|B}?oEOTk%o|bKTJHlCm&>S3SBX-A(;2(MQ&!_o*TunQAFU(DL0EyecW;#z z)cZz4k{#3G*zgFmrZJ*Ni$SrusvSt2jCQl`;GZUv5OOcf_uX^dF$JlLUp(@bboCYK zh`}9&YJ)HWLdK{C(hX;j*;++;soeaHgl<6VU)MOc`F_U$2-*aZaU2bdP!g8C@aP<> zApCgqL>KTzh3(t+vNF7_gU^iNjNb1dr>z+SOvS#u=~42%7LORDDnkEq-Aic(VjrAG zt_sB6D6#P29&FqlW%j5I7{INC7o3%3XIL&Y&_JDUj3;$yh0H(WNEO87XwEDQegPGN z8G>`-Bb*ICRk-8>LbOg=IhO1!IFc4@h-^I$t+2u&?}^<4mO0E7_8>z!3kq3yF{Ga6 z^V$_30_TDPNCzW84NroR*8`tTZp35!2m!j(MfVz(MloGq75{ERvN7W-EPSMrbfg!a zWagAfSzsA;L5xRWBtk+aq>z`TpovAyg(%A{l)+7f)J?2w5xL_IUxcmJOd)}7aZ3dL z5~7Ku8=n;QJCWEqZTzUIjXxrDHE8)2Ur0e`ycYthhtT~HVTn(1YQA-VRfFBJy268wA9ej!z9Ck@=Z zz>MQwoEUc?9Qg(6uy7s19H);N<&vjdjkjBb@Z+36M4kG_ER|=@8JSo}DZ_(&qH|Lf z2WZa_K;`H~Yx)U+h$4~yj3tm@mhc*H=1zNV7elps7zr9hQJ-$LiGK%Kn7>0S$O{22 z|7LFq%ZJIeBti5tt+Ee*Ni^hO}$yxv`@t$jWl9)St7VXnyA~A?c4N< zH;mFv0Kt(-3+jGs!fJ7{HwMJ@Hu(Kf$%H5#6QucLrH#^u5}DbU?#TK%aIQx~lxTrY zg}b0lKSXOA>>Es3e~>$&toHD?mrLVQf98{Ra_`a^J4eVDr@$-1;J*?ix@Cs8zbRwu z8;;2q4Ev#qnzW5c4$2|#Ln5C5g%)fP@>}bARS-HovW$giC~~x>llIH}))z#so1*0q&rH#%_n57bvtS)7zcq7P7R0E0k>EhK@&5 zGf|F#sX8l$s%e~;r5*_(KvdEemlyUkfsGVsUx%NMIlvhlVvIyaiMOXG=*E+;w=r1p zR_MuUd=BMKV-|wV&IXcLn60eOV2fPik`+W3^SrgzFwJ&2W@3``UkMt2yBopZ?yhj`b)xr^HF9IxwZnCThxsAP&s7EIpgA>tQFNZ%ls>>1uw}& zjeO6efUB5*jLFUpq&nF@9YVq^4%dZBFkuqamIOA8*VVY`6oiOW3rh&PoK>XG4_eTf*aG(- z;?SLrh2e3ONLlC2@>T<46ir6I1K*Q;;wNGb4QuyuErANppPEV(m;Adpo_)}Dd8t)bZ!;n5eUeqkOx_NJ)G=TLF(kc zjzZa6j;c0@{ASud!I|9$^h2tYsEv`_Z19R|6(mw1eM2VZU7c(cXa>kLHz0iIm}_;y z4TvR7B=p`3(M>vL)-FUI5i*o|6w;a;-Hni6%ou7_*{BFcV|aR-l~? z+ZR;F@(znJMKKg`J)0IVw4yzC83=2$rSal}?9Eai4Q(ug(4`d(?Ru&lRYQLrC6aQAkrd1vW&s0ILS#>WZ>nU0s{s*@cJ9 zn3YG!r9Zppi&F%uMOgjjZEA*xNx6k{=0ytIZ9faP^3kR_Q_jg5;g*=qTxcO>LM1L* z6%|;@01wT^#8u`D888TgM=u1_LR1CmFZr3v{=p#{yAmQ31`Oj*=vF&X4jzU|xZ^(J z5_(pOX=OXi;F%f^+|Y$)NoX7?Yj^52VxD8KNY4lHS05f&fYfDc0Izp8*jTNYEJ)Pa z3=aRti9;Of%GV#na)OR6&7W#|a5*vM>{Jek1t=J8j41Q2Ft!zdNiI8&3OHQ_ATt>@ zq?<9N*eKzCxdDDwF#6vZOy)->#0s=w}!8DyT9>K_M%pasoZu08HaB za)SOUg2eqiIrE%BKD)XM!H-S;C%z02)e?r+{!y3WPl7I(?vl3~!OJlO@kudd5TeZf zv9|GB4QU{O^yjNa6OflsxHuWU37m}a+z#vH+K+RkE=}ql^zDE+3w>1R`S2D;DWoKZ zqh457;`l-T`8}0)SEg>tyS9I~6AWwP9(da(9g`Ix60LiSXm{nVP&B=j^lw1{EATfb z)~%L)Zj~TK6Le>@Zjss7p#$yd5|bMdl&omE(-GhIBY7kgAZ9%qN9>zxIT=W%^h~ zy^+&m9E{v|u*>DS^%Vl@pFBdou+Nk=aav55E9=pJWvG?9U`7C+ZvCchDu=8lT$1)- zp&DQDV=S$$gjD=>T;)V!iZG%GYA`tFgG!?t-*A#I(TDoICn**GpADu9`;D~cMkyY% z4!h&b`)XgT4?ED4V&YQ@O(Cf5I%1!J4k}EriloiTYa9NMZx=a>xu@9n6E*t2Re9~! zjoZhP^%m5MXWKJu>za#4#V6;?@SU1R#fderZ;-h_NUYZBf^8HG7q$Zh$#_PMWPSeZ z@tx<)HjxwvJ$Kd8_+#y{Y6XT5ZEs5q3>X^20pb3luMepWr~U1HEkDV zXXW;CGjzeGWuI4mOgZfboIvN{lh5n3XSOZj+2f*sNk&!B*gf@k_!Xail$5EoMLqdJ z&YU?--{?wD`Rn2A1yRLq{dqjE<8bUk&vN= zFI|0R7Im=@FM^1?8xu(@SWykrmWY;I-SrLn8kd8@NHdUDwuYo7nv8dc!u2M%!!a-k z917sOL*!lPb;t`K8QGq1Cc?lS?H>g@a_*NssHt6DjUpT&qIUwVN8BYFiEhQ0Wxb%S zO{9XD7{*HR5}e*k&<*?e-e1)e9D3K2iS6(PM=hd;%QL6;i4ujQDH~^zi@5v+6qI{m5 zjllD_;P>}1|IC_`L<`2KC--@q*U5>~A(M{bSb!f9a3AWD7A_rc_P{A~orO$XE`^q0 z;7LN0#17W|hm0xR7jXt@)R(YG84CO|k{f$7sBNoA)O71i887ytze(&5NPLg|hG1`zcViCNARlS^n_vRMBfrkz%q>ve*@(Hcba_{XVn;nN2j$vp z61ML&0OzlW5WXIdF6{&LIy{*!&|%}x4$!k>4v(#?DXNh-isdl4fyv>(Nl`5L?R1nM zpUvr#l9{4}gfE!&*fLoB3C(N`MS$;5@o$>(lZ8UY6A%30PE_4_cK({k$RQ0vYGlun8PG8w3#QHVoCHV-0z8xQV0jr}vcQJdL@NhTwWhz&Ih2i# z8)~?p-J-k}6uTPHaIjj=0Ay$a<&^X#TR2#aH)M~vh#Fv7U1_bbPmEilwmxJQiCimq znv@7RqH7rS43(c7v3OA9QZWaX1)`UtSvl1YGg*R4A%XI9OzV~}vOG0ljkYp1iDK_4 z|0iLGv8u!e!fal;HslUCic#|PiUP=&NeooT@sRPjdxe4}4}z)wThrwz@{%kDZ0ll0 zmU;F&cTo?1)!Dj^?LNNNzL5g4%X8K~Wc5U#2_}q#8^MgTN3_ug$d=5o{O%uI+a!X* zyatGLT_WN=DHAQD;%-aZ>|UPw8IGpcPAWipRgOOjI`LRy(ZE`wmkb}6g~C>ys(UJV zkOw?O=nS0f5q1Zni5pMK{MMJwL2xM<+uS%lmr)1uTQ8Q?p#xUgLa9BBwv%SeX}~K| z8{$kI7b>Y(m02yW%wuteC*vXpC=pSTq$+?qm7P94E|q9qOAH8CzZ5bv`D{ElXxu7e9kl}{8Q0_?}B-EG5#&yhuwS$A()d7QtzS2c)MX=@WmVYma&v~iIZvG6C z^9n}Xcj1t;l{t*if<5~Vp(yWJyA=_ZNz5Xofl6L28wjZErBS?c`ko-1k_ww?!T~ty zIcy3q!u%Xpu*IAUnGyXSsX?b#L6C0|k4+Se*GA2Wo$JPzxR@K%ym{Z&8ts}Zstzr} z7qn9fkQyh93?soR=e8LTQog}Yt5-iFS?81z5yauShU-sZ`j^C| zdAr;6FSlbP45zmC942}k0-LV~>$f;|jZuHvE>oJe1E=081?0VR=aPo)>$>KqNL2_Z z1_pQFv85@|Zfn*AN)z!^=iSb*w;Kht6lqtQT%p+SI*%TYmPT?$JCG}{4D}A_WT8io zaN(p8w~!2%J!jtr*CGwwp?69U>&IAE4uL21o5VZ)PSY@^fQ9LEDG{Wn#${EHn66>> z*tcMPt1*L@4EYT@?XeXyKn<5hp+FEmmZ!yNm)9W?`&HBWq-*PupmT8JJ>eGlAx9oK z7SCFq?ySloVUKA>x5g_To=btxoW>6o7ohRYa}%f={$8!ZDXR!?$GZaQ>sgRP=m8th z%9Q&W=CtDL8H9AZ56YLz0MZWJA;t@e6``s}(o$#L$8MgA2nj)3QAG!iIsup^=nt&Q zD)>uf94^(A+cD_j`hJNW@eo(*>9%N>A50Y$K|Fnv??xM%zLtj)8r1G-J8W0q4jkC; zq-Vp0u4n~~N0!)E{T`G3g&Y*SN9QF7GsX0mlLJ(sJ2&ikh!AC4@#IsqPC9WRIfv!fUJJ9z3wylG7-{V_Uh4`FHu14p zxJq2b{Imdp<;lTWw1Kb2c$esnyL<4gsRsvjlt++aQ#1Ibc30{XkM6W8LM87?m_ZT@{ma47q({AkxF$dAA57OVuRugX=W_%Sg;|~a+?ienSkp!-rm$c zZH?%iR0i#o)OY=>pMhL=ZXBc2BuEZ|x-UOU$l33F&piS&hhNhq%jdk5R0ID1a4If?T6n*9d#(2z|RO@Sv_BX?om)|D)9}*Ni;7 z5Wj>R;o<|I=2~~frvV;H6+&;YRDlL`pM!Mj{{1IneE%JeWN!c_mur7s#8QFxBsiMd z_uS}kb%>3M%l7HNV2LMY0nP^~zGV6uixMsv=glW_gOl1VvM`MVLiGzL=3NXmvko#$ z5J-X*UdY`HpDUwF#Muizg9d_~9}kE3xyP>|joAtv1siu0b#Nuo5*74nFj9hx0R%7m)nzqSbQewIm_j%&>Du?k;iSu!LCU2n zg#HkKEm?$T7j_XNHOqgs4(H0!HD#DG0wG z*I_*h)epQaek2K3i1wb)jY|nSk$^5rmQ*lU5v2QY2^KvxpBijD77sKBM-px8JI9$u zc~ggcWLyJ@SIzrnX%*mw(P(d08e$B#6t|oQYLwK?r!JWqw#SXR@xay_hq;pzSleOp zUvGze&7I|+Er+H=`5fDg2}%&vXi&dDtF=akVGe_fuVXJ@>@|Y!@m>N`o<}R|&KDrK z`ry!Y;`TQjh|mg+t`#Gj;CyHntg(B|EUI4uig^YTG(6szvEA(_br`&Ujs4+MGDbmn z5}uUq9~!vFH!CfIk4_}~X;GCo{HGi$i5uCUS-OTwcmh~Q0pwOm0P=brm%E5IK!X8H zz@w3#md_8axI#jo(sh&A+%B$LdNQGZQIJQbao=PBq!jq85bML_)5(CNigIod+9cPr zEeF&%e(C`Y^p~#ugVVBTHjny>1lDr{kzmY~YCwc7dEUy(B*jKM<1<_3>Qi z)b$EK0V1~g7m4)B7M|aaHmem5jqjeA5Xgy9&3^cJ0I9aXa}v-3wACaCLDGAyis-LoB@AAf)>nWJcUyl_hJ$R zro_@W8f2)FdE68qNf;2D;y(zo;2CkA@;D=&OCltcANoogrx42HCSPI=TeX5``&fYa zt1gChF2}Y*^E*$v9EWg@x@*as*aMR!m(L404^YqPQUn)(7*yeyYNk$W-B$$&RQJ`G zA?8c&Nt&0WNJ^|$&#-LUkSU@5ftTq7Oq!&OrNn*Hv#1$04{L3}P6R8b z&HA)>eAhtaflI!p=IJrTq(c=IlG&1ZIV<2^Gb({e6IF%pLD(<}+GF-f@{1VhdDRrW%U z*|yFG5ERi(cNE7pd2I>>8m{sYk%}KpSdg|T=mdr3fSA4`lp?Jq#Uc&A_IyYb+Yj=1 z#eD&+d-Dvm&OKVBU%BCdP?2|#6^)ls^=!lH8uok1voQb&z$~YPSBP+u(<}b-0V#{% zih2X#V@m7G9~%wDo_v&MC^`?;mD?5F5bdT>Q1haJ&BrRsF;s4+v@xFaeZ7kEbFsVl z%@tz;@$sV3ocD_H2i}Z7z1O9}$#T^my9!uv1GdFEkYR#|^Mi=pn}BzuF^DSVCp$+N zk7_by9qW*2-)tiz)xk!9=`z%^k)Z^f7-W_&$CA9E+L9;5atpLb1Ssv6R=H+!mskUh zy$H@U!T$&V_YT~}H}Cya7dMUkC#qZu2Dv`B)dLOa3GFhxASe+bhPdLugC!T8B`uy6 zg{pbr5A+xBE?A#>^Fosn?E{q0Pn*Xyar+L&Y`y~a9uH#6Axkf+WUfewtg)+By=4d7 zd9jA|=>>4n$qt5{yN~kI>ZBt%tQj2^!g1bp-PMTyTCn}ao!#2#}~=V8=23pE>Z`Pb|3)utvOtp-iX zZ;13De*wlrl-6E);qNQ7kHxe z;REKKC|g6-_@?~&k&G0hEuHur8kn=hQ=6myc7X4fUIv4>klS05eH?Q2;yhUskgXKb z`M6cIbl`-}>lg%f#ZJu5VjBEC_u}w~Q)Td9np+5%8paTw>8y~4Vbx7}OjEf@{P~@f z7N!V1!!Nz1p@bpug%7=GWR!vv75i#{O+>rLZ9Mn{5pWRM$pYU_^I`x6rZw-Uz?261 za2>L#FYTc@e-e(>l``gBzsvJWJIXZzHVMo!WBXs)BX1Sgk$X5^EUXM~FqPPHl=$Iu zE@!3}opxLXy0+t?^;b%WLFHo1)OBhP_m&)eOC1i!kf%u%ESgMWEhJ5tOcRM91Y_Or zCFAYk`_5_+N#e2W3$zaH?QobAZ~nOLxbpzyU7S6Zxc3c#LRSC9nB3yA9M2<`8wERw zEfPHmTeu>0z6=NGKA9*fG3ZlZB$+XL=GU9IXz2GJ5HBuJ*aGPTG8-Y7PGG{rSEg^F zP7DbIMX;@{1XK$&myyYH7+O0>Ge*e`3UP0FT&-Oku!}<+8Jmg=)k_G(TSp4*dl4yA zPYUp;%Z+J7_xhv@cWk#!iyhO*x22$1ZFFZ0+i!umd(K_hqIn*N*$KL~plgPF?;>B151M#E%7xbGuW&5phx8W^*p49^U{-jB8|Ftm zt(fkx18KKW;MA0y;TMeTP)^v>R#|;QNtSO%= z#ugwAJ}^G=%oG>CM7HgQt56oa0h%yP1aI}k75^`SFir4?s(g4la&(d&k0}+6_pcd2 z-4WnX5oW58k9&bPnNNNe?tTSL;IL{lg$Td?qYjo+4&Nc zTppGKDnsRgbYP9gQ*Yeg>u4^{3J#c!C{z+TM{)>16%LAOGPk%o1QZYpU^{S@B%{a(8TxrOSQp|7BG%E-o>V3_Zw%?@tT2 zHh1fim&dsOiV|6imM;rBvcv#m6LFj~gRm8ejr2sg z@dc7$muH*{b+$1jf<)xq0#o5PCcbWgGxIB@AyC*-kT(j2isH7!09HV$zmfgOn$Hu^ zRU45B!R0x)CxHD7g+)q&-j&g$oh?a(FR82P55grG220iyAW2M*;K72O42OAnF(7_# zWdWZR#E}Z1im&^291?haawhs+-vDWY$k26pd*UBqbZCL2+!==>ybuZ1)((!ubXi&4 zd`M-*kFf=B0%<0D+_TFG>zEyg57*KGQ0^bESH2}K{B#4d83>n|pM~oPKvu!QiPxtP zzJ~ho%5{&Pzz#!V14=#OQ&$J_;xqMNk#E#4m4O5T-PKy23kT^BkETN=x18%qQEYFW z^J@;cc9m$B=lKeM@*ZP-r$-wA$eOqC9UjMtEXN7LlK8F`>-t)f1eKr=8Y}7Zl-GEX zFgJi1>8+g8d5s!BW}kM0!q?)Ot<8H8ar6jW-ZEAYmaVoBkmHrey3i#Z8Ii8bi0Lm9HUtr9@( zZkg!<2=M#W7M$m;NKo=hme z7MTU+*H2l1>*TPFO7+yb_&YgeW#1)fS8md~lrrxJHy z9PX)vizTpPrJ}xtY#0=W!-T~Nzb;IDbD!agC02r)pVK6Gj#Dpx)_5>%z9UVT<8U$8 zP4Sih@%EL6!}zn6tHeIMl8d2k$*Q1y6lAoT9M@~`Qh8S3>YJ{et8z)faYswh6D1MQ z+DP}C%Z53|;*P;QaseL>R(dv?3j;YEse4mS_o>Q~#18P%SmW{EFs?kpr+H2gFY5>&H;x84Vhq{)piGAEDV5X3`EF!w9zK?;f=xsvnAaX;}D` zW~04Wp7~TcZ6mvmIux*(_#*wQ=48)Q&eRPvM4dm(aHY2-FO2w|-1OjB=mI;B5gi_v zQ7kQI;u5F`No-6NgS7uA$u5Q|u)&L*Ep?X0uo#dB9q-9*Fn3rH9qKNoeQ6@;jq1Fg zeG-wKSdK4bY|Rl?O!H|sqbNbjSf5ASH2$+205Wqe55wA7$+}ExN`<2rx6n?3Lw6!; zXmpA&ylKDMqUawxb)Uqa3Y}wcxg{pS66kZ@-$n37&8nAxkPrnTxw|CetE3imi96|F zbuZdia*YU(7^am!lAe}ifCmVn{aHu$YzQ$BPVs^=3D0dB*tHXv;o9XHc;%Wrx{n5s zJ&8+wbIJgFpYrVdQAS?y&0rvgxDJ@}d;De7uR9Gb0u-Q{@|8ddSpZ1XcW(%m!I>gq z1k;w-c5IrDPEdFPROxl^@ENf2Kg5+8kq=k!#Yz24ZyIE2-wFu&tN{R7lO;E(wTh&% zPR1RZa81?*JKMn4y}AZEC6yP)(w1>Uyc_tvY$B_E)KnXfm@x$#yDkuQPdzZ3Cqpjt zRY?r?f}EM6aoQ+6znUUvx{EwKtgJFz1e|fSm{0bl_pMy&8T>N-NgBYMs|Y)2$_OHm=gR?Jkdw4Xf0_}Fj1PPq@3n1Yx=uJy4AN#x zr;J{@*}d)))n^=*ab~JWS6%g6MNR^V-DLv5Ko-uIVS18Sx{IK=dFefv;0R1 zgNY4>DYZ1jr3GMzE)%)a4TLpAP>rMqoksGQzl3hF)kiK1C4>bL8z1K;h+U6S>@`4) zMp9=3cm=yvD3bDHmD&einA#YjZxp1;LQ&2T(`2*7$0Cs9k*W*`!`TU=IY{rLYa7l8 zzX(WEnII2Ui>m>2Ws=r&QDtJE36&*Ier>uv4=WQp2R1r~l4TMfcb%8LF%Glwn6nP) z4<~zh?V7HemmX#SbUFS!xvS$4TtriD3laF7!0oH<`KD2Se$5S>L!OdD(c-q{ONpj|% zcY?=cNaqom5Ejz~2i?h7mjO$7Da~eyATl3Vi|9>IPHHQF7Q~ATVzO~gt`Up=!P8z-9)9{4 zyOx{>q&-GQV-6|c7l(>q1UJtBrs7zK!(^|bCPg}%{u}_GjYiT3MbN5741%!KSkZB$ zU1$RB5~o5%<0FDlIDotW_f~hB3~HSta!B#L_j!W=jFqp^+!?ZEs8OK{gv91sa|g+9iSJtttq0ng++b%=X$CC^5N z85_bbRU45@@D~&00SeICi-k;u>zfn4OAI2SKfrEm61oGwAj&cXSWH-gjua8BdRHazuq6eKAmdd z9%?lQ<~wQjlEA7K3PxZaNU<|7Hc*gL0f#nWL9pV+7?v@@G-so;DkGDRmP=MBl*%)^ zH3~k27ZJny{T{{QuUns`61Z<4L0bErWrruumO^;GTb%mUnX^aogN$}UxaQOdw%7(F zjO>5p*BqO40$N-fz^GI~Z1eF1*xx^fvY${Y1>Dte;}mfzlI{ z7je}*C7!B7@PHh(kRXUbv-8#B4G%{P~Kk&+lfpVwN@=ktze3Fi}r~+7A6Z1$A;HM9V za#0rx)UHPZ2*Ut~$n(MNG|*~IMhT8{2huibXWNGxzvpn`0?9YVKRVB8=!)dARgoPXco!P z^Byes_iC-!r5V^<=h zns!uPkw*bz)9PiJ1Ta>41uOwJTIP|SCYfItmy^?Pp_2>r^eLQEJcwx<8z;&4N_4ca z0h2xQ6qXNf5{usS{m8A~((U%P=lSD}usas@1 zYlwu#g!2K~FuPX^uRBXFPJ$l39mg;;`X=C@A4&;zK(gG4-7lIM9jZAB_d}F-s<(>J zR#ddNPgcNv?Gn4g6E+KBJo;t`fh@uuI?W{P!3!0H>~VoT1G~=@Uz(pl_ZxC3fSHy? zEe8O(e-UMHbrdu>gaVi%a#8iWX+$IyJ|mw#CE?&VxtR`q=*vemfi+iVR)syNDd^t# z6aE0NkXKBl_6{EzWRQ)3y^I7=$6F!GpOc!$yae-QI16te%N*g{fPkPLl`LtUfx}|k zgJ;wb*P|f{TPGl+U>l?yB5E*K*t|YBu#!}|(%5yoREKn@k#+>EH0UC6<~CuI zA5!PwH!lAn_)wf2bL35Je3YP@B^idM0I2v2j^mpp-_2DJ90e#^ra zkQqoG?TX#u8BEM#s~iMl_ztdY*WW6Ho|Qdv1rz#+F*kvog{sGmuyEOMeO*b5JFO&% zbip55h&2W{eq6t+A?6+&o0D|&zUWYo^f?{p3`}eQMFI@c7beUBxD5xghzDNc^qUNh z^$FHmm#Rzq8gjxwJ zL!LaHT1g)t31W=zg$(%=re4(QMui6mC5k)~siyrfYmtxhF0v`|+L>GxL=NP*`5igk z#ChV(1L}_mp=Y*TeDfBG9{)f>l#A|Sw*T*HiZ8bP@uX7vi6{C2V!Zd z8ul2WJ-#rTegVpL*>LxY!@LaG^)~D+uHi@dEQcZiih|ilZQqzwm0C_q@WL*yr+rqI zGlfYJ^TPY+gJ#Nl=+nFdSZ#>{Oc6Y4RH-amlemKt{zU;f5FX9PX=b~ zfb>3TJZ=x|8o!i{NO|phaWL~pKn|7;o(3sg)E9oOSDr98$+6bY!4y*D1oPzoY@Tbe znurUNv9o`{ldS(s(?S%C41g5(X65{Euof>{&C}M++Gl`Ug7`f@_a@r~oA7dxwTVm8 zLX3sXB;k!$vk!`50Xghp^$asA7+J;=tGeqJjMe15UYU~ns|VR1PSvXHiNGQSK*16B zqq2k`EQ%xx!IV547@QS4`Y|H}pW+s}mogiBaao+-2-#We6%;5j zuYhYx%IN3%U#yg-i4L2ND`?d|%@K!*Xo$oq&Kh5cXCalEU1i|!w1y%Z7as8^y1a38 znIF8jm$}dz#FKQ(D~?zg4+wzPtCB7)<1&ddSXi; z*%wCm3Ib;!cs&_a3B{h={C|*i-IF?y^t)@7KH#Yp6r}l8R}Z<7RtCcX9rVhAiTgAh zrwNE!`({D%wYM`$>Vyn7zblN-(Nuv}5L3gmWmq7@bv0lG4b``V9rI0m0&WYtBmwHE zxx|(KN0&r-V4qx1YaGNBnOr^EC+d)2#o0X?oJDZREZv>Y%r%3=3C$-qg5Sz0TA8Pk zs~0>Do$^Q#pV25Di1cP}9ZawU#*T7E6ESpC9%}(74RUgLC9zoOCI%sF;$AML zf>j$3k}^7BnY~{UpltX~rKEPFB+P^O9E>B^nUg>nN|oK#?`IBdfDAC_62WRH&X)FE z{tp=)PE~+1wSCdgQBw(E3t7Z3q$FKfod*uBiiX(P6S`2QlU>Pg3KF~{JG5R48f0&q zhpmP-pcIEQUe*<75(zNXSr=~N7+jc2e$`{0mr*5pA=4d&sCAlAkI-jwhklwa%K4t2+09XdPMjS@C#u3ctZ2>x8$ptpk#5aAoPnPna7I8Ke`nsFEe%-@Ai5cfVDv)x&-w}E>bb_vud8;k@@jPUt8 zBH(`bhy5oI1J0)cgGnXQTdNMZ7j}B)6n@)gMG(X{;~>pwGEjF@j*1Q42SN(6T;CE5 z`C-{{Pp-0d;9waoOSd94u*B01Zh$3a)l2NO*Ce2c0G)i@+O)BiG}nh8qY$IaVCDvN zj8cU&1@yJfLTQ0|^O7e@&X|N8)Z9p2mga%W|Bj3!(L)N0th_CZ-{!BPUsHez{eFux zZVrn}9f)+gpTyS;v>{w<9jb;d?+bgEN_JNp=-D%|^5t=t;u36v_*7ki*3L1yIY0d+JOl1iptJ6TcSi8KVaCbS%6AD}(;}%7)WMMjnkj{m}}Pgec`LpybYg?okI zXWMF*-$9V6S@5i(9Qv!;x)c(9B9q^@eQTGoh%eTUC_Lc1id?B0db3do`cb#mC{Y^O z$9{l`luPT6LXDP~v$%`Jlq}zF4I!>(4$z()0i|W!Ldv}yXN?0fgx7D@-lvSaYj*vRb(a{I;T7KM+LoVHpKeMUo!F>r#SlQkXto051E=nr%&Q;yJ{BdXon=rcO(1UZt7($2-kj?`0< z*xe*j<(-$PN@j>Q?{)b#$0cl)D;QAmpSOJ=i}K2812IZ{oHv)iQM;<1At=wR5f3a3 z^*#srG;+%bx?*Umm5iDkraR`Kddi1R0xt~%d^)q~-U4F+S#dhj6e}|94ZDOUM-jW) z$35{itez83VQlX+*H+^RVwwWBuQi(IgEzDuF(w8$tfyCna4%)@p zH=#`%1eFMf30sAWA}NJT=nY54K=7`kLI;LVlr6Tgn1-j{5GZ*eW$BQZ<|NP&xVNv) zFE!bHZ0wK@`|`*)mT;yeO&&_CfNNV8?Ov}z6WTptf!VmCawl1U)P0^FAE9)^L`{XS zF+A+(QVrTC)*nNYtXDX4BBO9D1H7~>cb2$`=ziU+%$r0l&UmeEC6AWmviU94PqJXfH9f; zTH1qq?h2Ly&4xDHk%D;mhP@YY6H9>jxQKZ3PlEG0lot^dqFHArk2>mX4_4&m4~;bx zgRJm}MpjI`Gmw+n*YW%*GvSPH@Px^CB?KMR%kr9KpOPs8e%Co*3v?Eqh{=~n*AflY zNVp9LgnH4+KI%u zA2HJPD?omA8r3EO8b$`C)KAk00ZQnljpDp?0&oMPNj^V`CXZxrWEk5p{tNFS{c3p& z6@UEkE8fW5R-AQ+@!roXrhI+lY1@N0qcd=(H~x$AD3R%u@0bXP1k|Uk9JEd-)Pll# ztezZ|RWp(q&MyY5(m97$#*#3{`}s)K>*YdO7G=K!jV8sfssIxJtPo*G^ii@t-lKCznlO|j@zDl^BVAdPYwh}S<;?TQv2l^b&^AKUJkdYm2g^wxSxYiCsCLNoOR+@&`>7N@;CEsp$cF|}(i!yY=bK+5aGR>Zw zzorH~g=(^~)KUUTf}{uMD+W-Oa1t9)(|J|mgq%y{gy_2PhIJ=I=uhZ`#dB;Pi4x;j zTCJIKqA7=6aub_~T7~Tc9fau5+0`1zfVwAngM{OVV?0BE`C6%NI5oN&sb~m-q!jkx zIr`!5Jq2KCCV(6XnuI#1fvhtn{b^Esq(2Ia85Uyxz^XR-4NO0gvN|>P42 zt%JQy)}ToU)0r;4k&^#*3o zlIQayg^Ck!=$4MIo-OMe9TSRzGuwr;G4u(}eCot4*xPeGDGj$QJVe3{z&F?1&x}5?;SW>(mRow1NPYWqZ zLouSso{rRH3_UU%)G74@LwM9;<7M`I^QQj$PXUgUXsydHqHD}(-DnH2H#IRtLfpSo-wLwUWbF5 zSXV8Dxpmzp(k8}ZTLuwBg~P9JQ1E>Riw@faPjMXnqIQRkmT8l@R!@jUf(2%mH`-rj zwkXCPaNnFlbQn2wG_R04D1{WyNlhyEBsAwX4>PqD>bS7Tmb}@X_GQ#(X(gTWQd0mx z{IA(H)!0}Wj};=>5wZF=@n`|(8~gsgW8woX{#2ra5R1fy!fE;aNRE-9<9B4IK*Bw? zqySTS%0aL#lCJi~jo~~&u2oK_;mg~WIT|>rkmbor|C<2m>9|sMhLLZgb)D5k#rj1C za)H^kfY?YE7fTZTk%Xp(8<4ejhuAeZtKo}?`QJJZBOkPzJBg%|v%lRki+hht7wgBs zeJ)r5yKf5-OBWC5}wG4P7@=zBSGP1g%PKyxdy}2jSd!&XNc1 zm*x|}Nlm9ydQx+-$O`)sbqEpgsoxS)9cwOMKf=9iWOZ$wG~;c+iGcBYgchFts}4g} zOBA2sKpkrlT4k{+`cD4KnY=y4#~jFRr<4tlu?4z&*GEUKxXP6%2Hqv`wff%gJCa8k z=uwf3I>5TE7so9OMCbvKZ2wZZ|ADm^B$jmImDV1_R zgOp_^jZXISHwB}J=rh*B{Don!)<6+Xj-Z_q!hOlCkeFRj%kHjrU4x^khF;_8l z-to^8MEPwGEm%(0{jZkri7XxrrA-*Rzmm;~VXmX%WTTrq3JVq^kUeikJcBfW2j*ZV zhSoVjy%dn3?YsfFlT1kcVHQtP)oMJH5j3E$6nKjy1|LZU5U(JIuA@<(5ql>0BA z#*;#&1lX>tiAj|!+6#at<6bC{1egy!JW9Fc_3Ryw4I5_dKj;8=U7y8_28LL+x&fz< z6SdF`cjNBj8D38czg0%Kc^!v2>>r32;|e6^gn}Ao5(lvHu8&H6>~P4I9g}V(dDza& z$dSK?0|&LC$VH{RrEZ73i{eDoLo4sy?~Oq&K40sQV!xL29TC*c=X}w@(n05+-nUAB zIHU_33Dce&J;9MHN8j>2>K-8>rgK>Uwo_PU1$@&f6Kml_*=@@Wq>jUeV2qH&vr!cG z%v5pd)Law$n2tf&MMf2MI80g~np?f-X02Bq*QQ;E2Gf1=)5NM(&M%0^%a=0v8ndP1 za~Qo8zg2xds}1Jun_6}#b~hM-_A|SW<_ezP$vc*~Do>fHT1~TbiT-s`LySM?08}t{ z{R=H?ovv&vtO!rhRT|@o>WbHyI7N70`6`^Q5IBb|@tJvY6<&kpOxBLCNf5@oyRmZHpTK?h~CA|+3=6Fhx6uq->?1h`*E_64EL4#rbOrHYg|)Bx!8cQXX<7|6Dxy*sEo)O z_OC6pi+_Fa12zFJkQ}3!JJef}TlQ6dN$sAox^0FJc-kp&m=SK5;1HKN6arJUFhkiL z16Y#0ESk%_Jo62iv}MSmZi9gFb?X!y{D@K>OGj+Al#Aj)EG?JDg_j{Fny@6J*q%?O zZCLq}z_MHnytRfo}AvVDSShP zsuF6on;@M&n^((*eAuTINq&Q)Xa2J7^%~c~rByV1~*` z0fYLV6f4ah&HAK$}LIz_FBV(${ObG$K@cbHc?FTeglo1r#>%vh*jG=F> zk^>s2U8F$gb0*arNLBQ^{YGM#2T`AQVH!prG%X2RG#_euT0vY$QhDtMmf_Zae7z&c zfA!>?twTn>iN>PIiyDiL%E1CdM6E;z^qiA5cmfe1YI}b*1x&iMsuPK~r-CDvMd}F( zH{}rXk?jV^95|+JT~jM`mwyn-B?4q9bt5m)V1=uwK2y9Wumjn+|6mdzVWLt!=zcbN-j zjGJKX=RkPo_><|Kn9)t|L;`c#{cq(6ifnLP!TCHa>*}7pxWBAWjU+LWCkieCJvI*E zI{pSE8-d9`Mh^@zkawAfpDzcqDQ5i@3~-lXoizube@taVt_%ZtIheJ)dYtwk3ip*b z>y*;?eVDYx&ff+n+30 zrr4UuIZh~Eswy4(1e4^2T-DLupoe#UE;iL%s_Mqt%13UoU`XV-$GIj!E>4*x+D+e0nL7oI2V!n=Vt zF}3-&P+zMD)CcQQMi?ybX7zZ)n^?i%T41=VGZrM7X$!=JxoV_QnBbI_3;|~cdOITu z$B_G(>F)5Qy4_Ngj;sE(%Z;7EY8l`UVg;9g% zOGtu3{S4t3RX$1d=h;VULR$yjS_n4py^b`!QlF-t0Tb_nR8=1vA1U@rcQ=uS>6LYo@fBacwz|PbPJ1qh6a(*V)qgMu*=}um4 zsyd`+_?VCB?%FdLZ2Z^H8dH`GJkl5MhEd`eW=cMLXlI8sW*Lt9Du{~r75`8V*&QpC zCiy)+2k6I*33d7m+g&f0Ih1l0C$2~(MX87JlnEGH7~|2n0@ITDV;;S+P_RRSOv7+O zga-w^en;vU#YgHM-jZ0}#1AVIX&#l#wolF%+^%*{QJ8fcdj6@GFM>Gr7LQWd7#+1N z^^unjcfxv9Pqa$wERq?GYG;Se?y_7Bk(iTrVj(!~Eg$Zxf!iuXc*5{79;*4V-(v16_@CPx2%|78JK)LOLnBd z6`w}uZ=DqKr9+I%50^VfG!w|vE4$L3{sXL!oJb>q?i7JptwKg?a0%@^A`Fc+my6=# zC5j|$i~h9D15AGe>q5*LS#B&;@QxhPmZ}qZVng00A40Jy5f%Op>62@?Z~OMio)8>x zFK}Qpp!>2N&0Z#S-eLi8`cR2`BZ|-hsiYHpKm*7*Jv5UP0T1PsgLhNX?**|_e&r{U&(6#HXZv8y zDuj+`w>sFE|?K@5>!Hx@^9Jo*!N#fd-dJVlB3_vzLc8U-=0#ujHPwjBD z5vtLgttJ5T;nFi4^2r*?Fv7?~(#NG9cZCy1kFUhV`ngweh2?b_Y6;m-AkomTnT8^0oM-pm7h0}n4JzfNQ8NfQnAI1h3vvJ2803KrWVp` zmdlwL;D?fSM|5NT-pqyB>jHw0lhFp~I(@4t;GtnaArW7^O`hh9vS!ET88P#ciVj$iex9EYoW6}wV_uP{TO)&# z1fbL{H7*FZ+YB{sf!wH%RV5jn-0Zo^ns%(Dbnj7I~1<4pzW(rQq1)thHl$~Wnv zP&?F}92aW+4@C-tkic*fGdx+d*1P<{M;8R)T%F=}ZE;-NWR20IOa-LZ6AzU$3%}=! zO-M7g7yLIAkoAPWkA+n6utk7RZ?BkMQKVF9PJ=!9HC zvau!9%UO6b-?5F>^^&^!?Q&93m=d~Gv^~8^(ylkS0<}5K577II{R=&tuSH$4h25u9 z%N7~Ks$y=>e&UH?Y>3LrTmxoi$G^jgmVR&`l)QGlY)?Ogg(x_{O*1kspym(-f>fU( z9-u02Jq83C(Qftm?XI*Sl;7SVI-d-Qv_Yg1#NB9K8p{pTuZNI^PG!{7$?pQ+n-=g5 zM9r~ZJDF%Bhu4j!W5t^pyGa|2rr!{b>v3U~GM$h@p&AqyY9}SrtC8J^3gGnwz2})& z4HhpDK{JjiNiv>@NJM^85uxJ?-ct%_dT_nklPD#9myNYGW8l)DU6mK^1Kmx{OmAw7 z+GXVMc4$fNfKD5{xHsS$+>XaR#8>sK!BhLcf<5#J4G0iZMzWDY@T zWy_L4{v?5$+f`pAWqhPZ=#g*empdsxX8?z^3U_kF^EW$WW@cLx*&{ONmon4giIfds zQ<%z~0R=Y1<_#zdDu{#Ls>BCa33iLLyGL~AW&&&<5?4#b6;U-GlSz&d_S)v{MeEux zx&Uk%@I;_{^5{Zs2KZv^m?ZhhxqPXQ@v}!+PQY#cQk@eEUWv%7`5)MT=8LdLJ}fUr z?G&nKisrBQM~h7qmvWMdUXfRuVEDkccXSv|$GQeHCRPn)z7d~|{RoifB%d`YFK2^MT>eSpDr={0CWd0DnJo^Hc)1CTo)xgL5B)jx+7AfBD_a-=L4hCb)p6bZ_OjSE2N zR)q6pNYo5ril%m2l;az<@R!#N5At%O?z>H0y}gOuI2Rwe*?z=_T?j-nK@sVBcMBnp znXB!qWFi;m*$#<_$U~9nl`Hoh`wkL}?&Kmm8hAraKZ%3E6V)ADv-SoV4%W%(R0pj` z9G$w5M0s6YJ7OI^Tp^IYnWU?)szwjxLIfQuDb4If#cl1opISVRn3|jTgK`vuB2;u{ z9rlB6h?|sy@UoUTgM)WbMFj;Kw(YoE5aS_5jR8`}rY?&AJKkFvRN3UdxSrbA@Kc-# z3~Of`RV`bET@EcBlLy;6vj5Dd0jfTnsO0?sk}#VdNtvnb_Ho{ zngA>i%-!JQ5~ubGo3O~5{HpCiw%zAs_oxMYe zcvdgUom)a*yWSp5rKax&u-5?HG~NE8x2=a%T_nyiup`N;FOGXctESV_fD%wm@&_mlu30LKRrx}7xisq`74E>9b;UU63 zGU(~YhnSNncT=odVULg>W{_6v zM#GUFc}=L+9g3aoX%ACx`<3&)Z&Fsrz+G3U|pJw^BIRMrZkYA@ig|Agq!TLVvs!i z)-h`VH0!ewrTxz4Kjj=~Q1j(POk@PxT7i@=`UMmdM>?5hp4fl2Z9q$e|>LSl3Y&@L!?)cj91Rz+*_Z@LBq`+Y^AM^Aeg+-B#d`b zS}*DfkRz@s78yPb=JYg%R)Hh7Q!4~y2WSn+74S)CmG<-$r%K|9Hf*rod7e1@|AtInXUZGyInvPney-V;y8|NXONTe!$OA9hF}G|*iObTqu1F9MfxqdRYBwDObvUun-NE1s|ij5?5j%@N#f{VYETr(R|ja&dGA1aLW8qx*PE8Lp53YHn2~c8F(Tp7 zdbZ&N$Wcs`>fRAJGoOg2*|PqP$K4H^-UN@OTS0G_jrWpZo728Sl%QeZk1*not7NkW zY!^;IyhV|y{;lia+t&=umJML}l@peWnR*aF4#x)DN@+gO=_jtA$atkWPbDsi0A2+y z*#Oe@hX4+oI0j+#`hmxN1$=q5lvbRT2&GBpw4s}xDog>}!M|nJAZ-(Vt)Iy|&#^g` z=#>G7M#fY^E~Pid2;v3e)t(I5HLBl{{+^gT>Xn*J@W2(!{kyp_y+^n|0I zcVY8WkVbSh&Q`nOI@VZ(YBI|qS)zNSrEh^3uBwOi8TMTy{GKoDF~1ll!a)ZPVP?!NMe zH&U&Tc`cf;gUk{w%)^Jm6}cz(1p}INySK|^g<~14kk>f%8QCwU@W%O$mW^Gzy5D|c z6fmD#!j6umJ{SK?1qYP$1V%7aM&eykjOtZ+$jQsx25P>Tw)v|Yvh0TA&9_VX zu6{pf36lSvcs~#N%I|p`r6MfhijrN7&<#Z#)wmvL`M}-zA5fFzp$*+EilBU9IP@+P0 zR1Q{%SMS-QYM$ZEPQ;t7MTF{Wf{Ys$Ef0BRcu(MR2H1q!jhSnp>v?Ry^>+H4E`)04 zQLpW^Bf}CpIJvNpe@TDafIR+?iBvSwGng61#bXp`llWfZqd`%1g1rLDh5<{;D>ub>-jCUw8Pu{)e-_W%WM_^LbvMg;X!8~Mm<$|*4U>%erA2o9GM0Jg$fbi- zQhTcI3EU1>q>H-`HrlNgLC{hMW;?RN2~q**xEwL|k6Xd`Hx~rv!M+Kzs{o=Md3P|&gD=75uV@gb}BPC^c+34a*`ZMX!*wl^1= z8n7OkjsjU+HAN4rx?2Xfm4Gh(=oc$AF^!nl{FF%P70%OrksOmOSI~?Mrtfuj`Evsw z7;*ydNuLVazuO|(zaM`leDTEazMhY543K9C5*}Y(UCd1qD=%js*FhZhGcul59X-=3 zNNr#SmlnirsLgQ*ufQF)30fWSxp5b*kk=HD3Mbl-uNJgdOdycTjEXGJhgruvj2Qv6 zp<~qPP2h|oj9_$^xXi)dZo%c5oD&Co}VvqhZ-JTk$G7$C@sWqh3lN7D!?W5|%MeC(rgjxaGPh#%$zot!= z#$*reTB?^JlBJJdqtP;8H12y~IKiuXAa6iqJ=_Z-bv7pA7!8{RkH92ColA4Tr4W00UI#15xli4LP z4*Gf`2l+`-hFBk!8C&6lnr}1n&+r1WjY4h$E`)@SVSv55Sodwt4bAUj3UUUy0$11R zd7oJsLkXex!n&MdU zB_5H=MQnwZwurb&G>;O^k&!5nPoYzFTp@2sg0OhubU1XkdVrRlz;sQTT}X_+PLiB$_vBgmNp5 zt-@Uuq%C9zg|sb0hiI~znmz|-c)TOu%0X25*pAi%nI;!ftf4v>nB2@|K{eXH^ev|b zU(NMsS!N}(_6rz>UBq8o7Qp-_Yo5Xxm82IFt4QHB5rx_w`gkO_oF%oKUG2tEJAf{R zYdsC^+IByj%0l|ots1ji>rPa%ejty}lgOd^iC*2an!@ZCBi4YzFO^pMY~%v#buv5s z84*VPY>uKjunqINIq+!SgA0ZPa4p;9%F-_pc1oW;()Wfzlx>Vz+n=Nz0pJY5Yn|T2 z&`Oq0EdjkchXa-%A35&nd-aWk(MCuprSOrCYQM8{ z3OzG$E=seOY5x)g07oEZB6erhKkS5eyc9a$5GBI^SwN=0qDdIs231P2GrL7=D+w>9 zbl)x;1H>FU14WZm4c(w`({axfNf>+yXEt_+%biLw6@+Ai%vt#=*U`{$8Xe! zGbinw(;SrzYVZIo^5BB@=MikL9GbR#5KuOwtPS%d8CTj!t5*qROR%g3grqThBf{`V z72cgqNtImjjdaFQQV5cgfJ7;ZYV4&G46iH=XLBbLdB5?J6eQNK32pJod;m zoH^DE;}RNMn4}p5Pwe(44}@$R!8%hAp6vyZDB}kyVpFg4*GGhwIkr|L3cyP7(Hup1 zpeGCnfm4CAR7i4cXTXAKkQ19b$z{y?Vib%h#-GKv?GSvsS?d;thT zlQywIzr8({#|C8#bQw+L6`-k#I4BgP)Ogm+m(2XW3yI$EsE4Fa1WJ2J5h}Hlru+opL+@pAAM*dPqgEF=nJSBQSSN`fl*qndLIq$admk%$GY%AX&)VXCW zsgSYc$n*@Hnf_!~C%3CZngT`4co4^3`1|)m2?HAJ2k=B%jw4izdB-hzaok@OMHe12 zBmN*u=vM>XD3i(}p?PL8xnw=U2~8=bi+5Y&L=oo>IGM1AdNLkLtB)AXY15D&c2I9$S7$8dxR-2OM*hIQvX8Z znJ7{tlkQa(kI&PK0uZXgN0^5tT9$!$eZP16XC<_&i&=EF~LndUjndk2D*Tfj%@eJF5xJVFQ^nC2y z=sBK(P4isA*ANhu27`&AT_YH}UXU}E8Y_+zB3%|uz^uiSraILyn@z5L8kz|8Ex+nR zV2Ln2I};hpc(5>Si;H8g3q$u&E{>)0jUu8JjQYm&aFI9sP_i4y^Ph0~^l`{eg$QXJ zqLy>~KQP)Vm38YN8~3Y3O6#1K%pp+YUa3de=?ns{Xh0hE1Cgtxrh`g(l1KE5*0Kbz zhhc_c-(35n*tATTU;GW8^hD1=>o}Xswi@2w!q|O?RtfuTr9oqVi-&O(GOWXxOi&(_rJbI=lzTbX_~5rxl@buzW6QHQI&NI(5~!?exz0A&{^Dkpl1_T;pyj}hEW@@!XDuBBDiU} zS(G1h6=u37^Kr-C*jRdvIt*yaPz?w1T5JirH8#{Z0sf^{S(=%$tqD0=dz)%DglD|d z{g%2409$8)u>pjz-SDrAsW+55#c=vp)m58cj~sQ$LOpQBB6k94j$Y*r6JhU@hXpjA zJo+wXxkH3V{vrlwIu)dAo6qb}r{+rj^I*RX@t94GsC!s`DD+fXnI=f z*Y1XQx6F)uKA%h-@FD#YnE z-dvHslLtGF*jaotd-frZ8eFAA5s)Su?2#>lr-cuZ3@NQ(kl6?3vgy%#=F?Jn%^PBs zm)7Xp4IaQ@5H1$j;ktANx;IygUcuGuoARH}vTT;u6cga&qU!}M4ixegYgx}yl&6m7 zlOQdhLAGDEMafH>dS!EOMg&+lAvb~}3Ny_Xq${+TKa-u(btI=C(pQ@D_ucpS^rM++G*J-;o7s_nkq`H!nczhgOcD3I4HcHOaY&KLw?~kRYzD^? zFtm+5@ppnS_0{S;-$FG#`EZVY~h3F%_r%T;Ao3wokCn5Yl!Wk7)}r(Z39Y zKv#Hldegc|-Zq^W^ZkI5@K3;a?SQK41%6B*Qgx4D4Ee+j<7_;Xu!pH1{Ss9<3KYU{ zTh#!M7WoDDD@v8a+Ht6yznncc*E*N>>Kqd-6||u!L6|>_nF~`k zdV^I?e-(OohUBO0Byl>ku?b-oCK2WE=5Cxq9Socx6R9LUfu-A8RuK#qaN*-_N^-}M z94cqh-Kz3-d2&meZ^Az5Qo`6=2+|)cNMCYdEtcNKkc5iL()MC*aG!OX4>^}}$WTF8 z=Q3x4IgIYr^}5$R59xqat-ea#QnHykVjNyGScOZmR8a$OjW=kjU<*SYeJ4zfl(QqQ z`Z7Sl`W_Kx7GdR$w1(WB5*@t;D(=|okTa;k1e|bPjqaUM6cj0d4=>O3YU6-pUMCX$ zO|v@(4q#!1%?7mrAgt63c*r|vpPSsv>mSw&`<-!xRkRpH$xnhy2`GuBI^VFj zl8Lh#kTaIrr}D_WjOQpf$J7~6;5 z>7gTI19^&*;YoYxZ;uNKWT?=M395^13L1j)witKNjNt&p?j5L@UYERk<*c^lhgNW# zCOm{FKdq{mN9UCGv&+2NrN|Om`fSdS1Tk0}-HCx#<3iHng0rI%k%F)7VaKYT_zg3j zkKQ)_<4>vU#j}I#)IRT2)vl&5krUya(ubd{50~l&2PR?*DXP5nlbxE+xIn!t*TWCo$FrLqU{>a#Zm$86JjpL zIIv!KwFx74rf2;9K!x~Em~Z!hjmv(=>$iIjCa$E^!jf##^G+V(=d1D!6o)&5SBjD} zTBokS-@RyHmSjjWrqHh#)W~gsEvo31&9rEAjy_r;`1lgCkZ_^ASWUKT<;3O1g`yiGu2w!jl}( zjcxjwh0zRe7nt6V_NkrmCX0^*nY8#esEE{8Lz)a&DGdQ2gigXXX(A9#rqV7K4vEe8 z3e7;xUJ!$l{^wdESvbZQsst_8%8s+ao=k|~i8BwU@=>YjfNJA~6)Ueu$jsXLsV@Q5 zO|5+8k8NOjsf;W)rl|}x+ZcFCmbC+EFr2|(39~kj|LonNgCf}0nm-bp*C|+w8ljO) zHUzMa%*MQtIy-{Mjq6x#H~H|yWFqYV%f7m5X-LF+0q2+g7T}X^WK;+L+K?-T1%!x7 zWO*tr2n~imI3~m5Gd8G}reqDiEG537$@LM%GWk(G|u5A27yv z6J;tD$aix9hIO&gZjqMTP6(Iws;J`wRC-Ms?H6Fo!iz+Vlrpd!mW-isLDRNX*6^#J zTZJVtu9{96kZhH{xq5_Pl|mVP!v@sGZ@=oYP{rYS9i`#(7@F9@fE(Jet6` zo}&_yorOo)1t;FW)~zCpAr*!X%TVC)YzU+l_Aiu`Ja`Wlo2+PU;sOX`r{bIvo^@K6 zhQu*<7kbw*ezs2#oU=A3Mc)47ukV_uG*PEKhXcUTybi4EX{(VO@KUEznRN;O^M^b} zy1F)v!{NdN*v$AfOAHm7@v9-{xAlea%K11smsw z?sj;c#2Tp-PBr`Wg!<{L(_G zegrYgg*{R+Ide;UO$F7LT2r$*$*YL6#9;tq;T_1FpbkqFMV=!sB7@APWnZ{%fFE9} zG;3U?-fYW^H4Pf3glix`pv4KEj|*Da@}?ik#DmXyOy?~Mq@D8>8oyqnM=Tm(j}gHV z+YrM^ZD)U$_`CuKqr*0+_*X@GRg8mF^GJ#C-)r;P9jP)cmJZ}`?{QRyaTtnPdn2zL z1s0TfHg!i27+Q%}9FqPcs)B1^lj+Z%6jW?S*2O#L^sFiZf&N#yt^485^T+{XWvuAN zt$sJzHH=gkkOT~zlOTwTjzH1DZ%8=j-1jC3q`6;h+~Pf{{F0kP{&+ngrP++LKa!IY zP*{xp#@f8A10bwb#ex7SPMT^NI-N(bo?qyP);*Oi)n$)80Ct@Tlnv|RhkPGYt6~@9 zf(Z$i^;?Nm_<&!GPb~3=PVEWASZI;6qq{ELPCzFGTOAC6WcA)sco&A?9JQ_iBKD>z zUpI0E9AV45&vG=AlnN4UkVwE8AJf+6|xX>ZBJ? z=7=&UDw2mQ0Vfk;uW+3i=mWn? z8a!2=S>DLqGoC;fT9szD*~uYC=6K30iw~gYv6$Hs%Ux{`l`_y-)s3mWb*jc`)vIVL z@?t``P2Nj2>M21<2g1vTTMwq5kfE^M!Sx6Prx_~PzIw@|5Hj?qYW2z1c4R`S35U`# z`S_(#E-?)m1~fSASm5k7#Quz`PEf7@iKz@9EylQqYB0b_nJNA7RhC~WkywM4sy2-` zs#u&b>90%CHCheG?>D9;rqaocp~~rDPzB(HZ=4KN`XR3yCif#t6pPjB!;#p(=5x-BV~Xvp3%hnCJ&H zVRt8hEW-y7$YUQ7MnwsT0-(P6Lyn*(K(5AVV_`@f_CupMgA466G93z_@b_C zKC<$t^$z1;d?$mfq14d16fTS^b~G#JTL|A)6Ei_Ex6)jUcn-#ew)pvo@%td)nNP&m zV-)gZcf~2kyKrUp{g!)%DAaAf6eyC8cP#Ad&p~*Q^2S4pN**xm8S_ZeV5I%))maIcH1pQ32#lj;7sDVc{J3 zl>^Qv!un?g(Rv{rYuqHS8ZZdJ3WzR#@iacekMzAx2;R>C>bi|d_3968 z4^aR~x19U{>Kx@4^tkH6WY-K@9*{mR;q^I;k*i%Mx+>m)rk?R{V;w?jS8Hf6`+vN9 zxj+aM(Ww9FFJt-69~H)`=`Bdcd%s>ECNQku|$LfuUGPPlprh%DlEF)=4OIcQj64+V^=&MnHstwo;8Q3`-Ef zASZOyT|=&oftrrU_oBQ)CL9DJ$w=@ejyq%o%iuoF7a(gxnc;7%M*4*%0F3xa3CN4d zEt;heu&&@hTp`ul{}fR}@36?S2DbDwT;aWDvG3{bW!6k|fs8c(!S>rGohqzY4?oxv z;oB%7)O#rH6R>#oVECxS0RfjtrMQ@n82C#;U=|CBo3_J^sYcdFLN-S>rTfhAXw7KW zMH~6`b~`j&{{V}2B|X^BDH0KTne0?tinN%vddhn#HLZ#lMwGGbLNMutbbE=iWZk=h zL&)3&Yq-^J6-1ga*twlaSqW1{aqY#)tEo-T;@rpZXrtw$*u zhTIbGQD~;StwL_c3N}Hw5ix;!_Bg0Spxju=1$!=W-Wwh04&lvakE91wpU>hlspS?> zk+8Kp5SnXv>4LHJb!?|+X>tJ%(Wc_#Ccqv&1%VqnPke0qYmnfk2vRwdv$_3mSx>tV zfXi;c*`Qce0d&w_YC@`R1^#8aqj;TbgoEj<@rCHSaH7(W*9Tr%IEm&?{nV8mud4(FBME7|wDAUC6vb3cX%!(v9W!F>1EC5Cad5}>9iZaJY^s6AO!h^qx&SrOGEp*BE}+4E113&rJ6`V2YkDoZR3%l}Q}*04xg zd>WM(iLb&}S-{Y9X^4H=V;`~TrDA3Kn-~`XnnCGCrcvhk_b`UHwlF4ET)~qGvy3Ip zxe1w%;OjoBzy7xee+Yn+?B1ZnyrO|H=`?PT-!)t;+O0@2I=uAV;RS(P$PS(P%)G%uC8TCG1gR|bF5 zS2Y+0T}^;F!=())Ymc>c0Z7gesYf7XS1+wyxtFt{2DyWkBkM`2gCc&iH$yfLvQC&d z9E(WbCw~28{^-}B@+l6rbOC;?s9QrF;AzxgOjd!=7a$?x0hzP)Ca97A@bd^GQqL4X z$(ih4sillAyAjM;2q1McW_OPcq<8Bffae;n6uSQLd#=$i+Xmvq!hhyv(wG2OUhV^> zxhf@dVYMgjk?Lv_%i-fl{GYPOiaph(c{CW3XvyobT~e6BPO-uH1@{w|4KbK*@yDar z4H=}Uk#(8L9u?>2R^rVcS_~O8PT)Pjv*IiPNUID7&S0dav{Set8x=n3vr&PexRIM~Rnb5Awk z-|Fdn5gwp$UaO8cHRy_UF(?kRDlk$nA7|;+QmEYUNi*_tT(vYK9D30hf5(rIo~=M$+(Li9vqC z^X|EwnPBl?KFglaCbf%pjmqRl#r(KN-E zy)Tv|lp&ZDI78X+-Hu4U9w;ui;4A&#ok>9^aMA)c+NM2nVT@b>;YXsGbpiu9j)A}g zVkUZ;RMyoI#`#{rmYMz6K-FnpfTvni3<9i0g5XOb`BvkwkUWuNWdc~PAb57EO44@= zJ_xSVfUqA_O|B&VXzZCVI6|?79}W`8!r~y%dCRmb>=wwiYgON`2X20m5V564Fu&F? zgdYk|sn1xi0&Ku&UETeVNPxwhC?H)sC*_GU-zM)AU)9`aJ$cV0hn7DI-3$J6Xow7o zRi7zXI$@+K!7#C_g+8Ngj=S)mqCvA&!O$5)_6X7$d15K@=z!%~I(fk;-CZMo+!W6fW|@EU9DiGyk0xCTx5NZDbjKFCpfFt&ho zma96?fNjRXrn%iufXiNuX81R;czOEVcQFx@9S;(zUp3@YK4f*NMJb@-rl90%z3Rs< z^>9bAt~ZS%2QZ{{$Y&VW1C6AsttXSga~pC6ArpMn-uwvAm%5clgY9)v0deX*aMoDU zt;yvSs6?WGdF+S`!scV(I1V_>vIh<&@}1bwO}y6=Hk~si-1y!^UBo=-4q_ zkQ#ETm?dCXN&`asGlQVf##bHyU7=Xb1gP+}xTtnx<^FiR z5t~}rLy;1w8L`a}TFadyfm$A=bWw;X!!AoJg6QA4^f(?pwa`<3a#dT=*-Dg^WelV= zh82dmJr}wEXG~9$<{-&~TTH>@E#Bh!yZBHqD(*_h5KC$Z_ymmpK=@At8Ev$|>3Dmd zuLL81Vxkyz>*khRWd8OEQ&2k9y&2 z)nV2OH2=+gIFJ~;h(&karz(Dd09W$x#sW+M9@&NBbYm!RZ8sWw6LJ2ABcO9ktI3;& z?K;P0sWDM(FB?q2C8?30F$&*S*V@kQ$!q2)FjPq=oZ9I@shdpf+3Fh<=3ZkLux>YX6a z^c!y%Qtrx@lJil2fY}1NM1Q;sG}x{Ou%S|hj&9!$fHqA*@ydZ}Aon}ii}EX{48mxf z(AA+HdxV6qaF9Y#;NbPYbD(!Ck#vxR0ICJFJH8$6GG=;_V0(|LR$B#h!ZM*P>qwll z=9;X;sVQ+xw7vU_`X_;u;Sx?+yxu4Pr6TPyP;Udk1fMqf>0~gpxm3hqpP2@N@Li>al;HT)S66d7HpvDS(Ll9to*N0&3|xr-`Snxmm5h&Lz5^?0g;3 zVH0%N&^Z6z4RfyOtdC!t+o;gVy-RWV)5^`eEwCB8nHhn>nFSc`4!z$p**XTsZJr=5r+LL;blm0l^38L z86FKGfoy0KYXQR@_{Mfko&3^3ys{B#Y{3zsBSQn0m)7u) zeEYxKnYlxUqKK*WR0*F_6ylAR;fJo@z>`>oj)Ie6td4ZtT$8yG^E0r<%oKbej1(J`pR_qu>dR?HjnQ6Y?Pe0jMu zqJ`Bi`5{-Bru67TMU*{=-W(CZnanAox8vZDXYkf)X!dWpyOBkbO)fdXd~Z&55J_{qnc~fn9C@qCG3?pXDRP)W5Mw?cFO+HFwabkNR1g;W04M5bEH;y z-NwlJ0F`*y4Kv`bmv1q!$XzkOXf8D~_B7r#bOiC!S;;%b;kZnBFHHxU4jx*JH9P5{1hpkDG%<2GkprFSb zC3Y~XuYur4E062ddf11UL239l!Jd*XzMFQP(ueL!Ea@4&*SR|uqY&A)mY=wv|)p7;0ABh_y(g(hlmm7*< z5iM9@9mWcmi`O<8crq>Nl?dsGu+^|ia>nO)rqBp_X;={-R2ba__clP&SzJV6jV9g_ z#H5*s&rnbK$nMrSi}sl2G}gpwz^)za*t0sKD|pM|S7sWRX<$jZ;>{YvR%tkq$bRDJVG&_q^jRS*Vi>%D zy0FN5sLo=@#k-jTZMtB&0Ge81+Lp>(HI%sZ?ZuNSzteZfn@L)nFic(SMijg)DB!o6 zr_tILIDB=PT5P|~vSPvMGxOQ((2!zX#^l5p4M3Cqth7oGAJEsg>)rmqPDfO>)=d*#^nykimY zSnv4SgV_4RBP6_-hK&!q@FsBjZ#Ni@b;V&pu;$(UYRRoxw`b^8R`N7}B0 zF_K@3_irSaeK*O`u>w?wUhhb4pDv+43+;RYYE28ETfm~$D{ZvcM$dZ2d0$?#o{o`r zqb4PZl||-p#tWE`m+6o_fKQq}C&nirP-$7|eYhOaneh0zsN3W^w`NC+ZP;n>Myr7^ zYbZ{#-5HrlmA=PKL9MuVvgoS#h)!;8dQg*YIT>`>>t1trR2yU1pi4sRp)A`|;31Lo z;euAB#1UHPJb>}|e9>-Q-1Eux7=*C!77M~tE0Ynp(|$xl*#@4{X|-@cQLosiXn5aT zzPQhvKr@7Yc($TqSpy+SX!yzqwxTo1p$QN0{gxf1Wk1w%@Rysb&Qs&|!o&xGmble7xYfI_5S6A^CJ z9?6#s8|9~9nSs0}W9`--je8q0q3% zg9m}8UVJJI{($6j8E7DB%Cib0kjMg4v-oR?m^*pN8B**UFyjKW6_g=Ns<)%*6rk|q z9{K+32+wP9IIrp_ag0n&c_g6*m}il|G+b;?g<3u3xGuo7u!~K#;vNnwB$(Jpe$2ZX z9xX`qQGP-neHty%dT*=Q+1^LEc)uVGI+n=LLcL5A0q!SPe$Y(Z#55N^_DNO(!IQ#< zAd6OWjkvI>I*+1lD-*FDg7bLJOq6s?TT3t#*}| zHEg45lq0Jko%C^5HGOLowKFh>#o+!K+>X-q)ZI?hpqhSmnuMau$cY(=^`xU*(hgm3 zb~sp8jX!_=M{lNCvZ!;3&=jepj%h0yQPLW+7GyS>M#5SdMbEct`9+fe#v7P1p^_z0 zlbegvA~>6GdH^@dizLedxlCms-fP(nK)cnDFAuVo=GwqnoTi{HeUuh|!CrfsiFyYSD)#1koe-3)YOi1^Gp8utVU@ zwPFbQ${&xA91;6*xsgq(2qf`W zw#YnE)1eoVjvjqJDROV8ofndu(P1t)F5|}H+Akh`unM_WYu&`{?WxU=Ifz*E2)MXn z3r$CwkXK;!sfWQ2vucGm?47=k26X7Y3s;mcA|Fpg}PPH zUL@lY`>{v}3eibImy@rlyyIMR{8{R*#J~XRyzM=rXxIK;C(xS|>Y6%X#pu|vIMDci zcn<+P-9Ye(Iv>DqiHTCysZXPa!S!7gfbXzIR`~bp6tCF$w4AqRz_%MXYYO2~I9Y|f zkJ=c$#z98G!*VNc+5?T12|U#Bw&!eahMMjO{D->tfj-f=C+yhdhJxfE?}Q%g90(fQ zPzj9*l?KGc`4TL#$Q&_dk;Vdvs6Z`4vLs~--cNvqR&-~3IgZaxmC)>7q4WIx2@WxJj?}mo-?f|TLW!>0}0WL+6IcohOD1z;I zQi9>B=v@D41gY_3Oo1u0qY22{K=9CP2-t0BB_u^;lFYJW$cypd5Hb^cJ^0yhCd`Hg zK+1n898{>J<5*5V+%brP#^KS?2YaEoTcZQJ$q~L#HZ?Bj=>Q&S@B~w1Mhe+1AbpTr zh-u6$?dhGWEQkz5S%yq_IPGyhIUiDv486@%FB~Z-We(8?sr9r>@{bTJfo@g&vIpB5 z9+7yI7c0Rx{K*3PX;E%iG$d} zN)Q!PfRvks;fvS8XBfO=rx}39tb47?d#E4!ga>=aXXKo z?E)zwM^b)SMQOs0qC@W-&(%ol3XzT%K+lKpo*3U&5&99;EPKC7CR zJd~hRV1or9F>~R29H)c%I#G2Zxlt^YN5mUmJ6>WMNyxL*RC)uU8Pig5CN+U+`kcO% zxO1q}=i>t%*y9^){^+d+BMCg~OGJA$NllLz`cOugo9330`~)`L0Hrh2Xc-wu;ajQt z(qfWDwt*R>s0Nc;-!1jVP(zShDFjw}bDst{%cS~EU9YMCWrG zC^A_#XOq%M^+~yKYcf~cuHA}~qA4gCVTyhAK+4*&|1c5#)IftZRvID!`5IrsDv|18 zhLD*#&%T1T(PQRQEjodY7f%1K2RB)+y6Bjwe9XW;CQ6s^!KJcPEokfLmBrZr`Uc=& z&w|Q~-g?oIEzmAWmb2Q{t?2zsJL1Bc#U&(RY2rTpl*~%1)CcY8_K}!m?e)GWIq#=V(g3yFvT?og^lbqOfbi9z`F8;f{U>sgopp$58@ zL7k|lJ7%%*T{+N`GbT3?%7Qqnfp&T$Ds{8aPIyL`$FR$F>OWD@(50?Kbk%qP5bXqb zl~th)6KlszS?;MX12C~BMX&jFhuLv9LI$-I*tYkAfE~)%a+3X;a1CKV*O(ncsysiP zINvc(eu`35Gb+)iTUpOw5vZj@;Zs2az_OhAlYg#?rY%-cF#@69h)H{MogVSrQNMQi zqcJ{Ig^NCxXGB8a&Y_f{pz`hMiFV1vXT~97D49)Ct$swKvAcp@pdT?b5K3n z0DOF*+4i9*g6%>2JQo3?I7b@=oaJ$2URg-6%I(Ey{sf4|I9wIQKciz%hnECs#xbI# znuw4I*>+f%07L&mLDVV=&1eAsOZw2REONvTfrJUgc(wl)bhNbywuwFsaBmQUM_{>3 zoc#CKWLSVb*BG4)fL!7BK|GJs+2}zFR(+jkMa|_xWfosNTfQ7E$4@CR(7dQG_$Vu)iwq(ojRzXf$TB4A8}fsaQb8)v&Pe5M`GL zK;;@qfIx{aart?gYp1q$VdAdXq|omG&iJFCPVh{^k^OxDT5xOXYNR9yC5jVF4NU25 zq6AHu+#w8-FsJryBbcACJ>8*2u+)ti5qyncJ-&3 z^{PK!7Cw0(@^|nH`T5>dCmk|QlVeZ{N!V3AIIrh*f#aH6elE>1w@9EK7vFG7FNyn&x%8AUg(HR1`rA5Ljp6&B0EN?J1RljpL_8 zz~^MWdF(x4aMp zXY$5$8L1CYNUckY&jxIG(h>I= zgJS0VoVkS&P=^rI!XszeMN+%8V@Ps?>E7t5SCjrn(X zzD3zrDDPtCvAC2n)@h%)9Z~;sAHu0F7=D(bB~JiG^wX4agJ_cGaln!=K1#q(qgFsC zVHH3-4T)fP>UkF9W>{9i>3cnS&CY{}qxv+UX@=A5Ka%`l!;8Rr0*#6Qv=ZIus-gFQ zh!HmOj(O+r4e_Uip5ATPua;DOyTEpvf$qpL2 z>M^c41>Ks^$E=a%6z&N&wQ=ag*WB5A&S2lgX=HA+9Wlv-(GBEi3sADL2v0SjgrA>U zDNVJ4hI-h1LESgauxDu9W4U_&d~k(>IP?f67(sA&0lf4e@SvJVGg$zn z_>Y=b2@{QkJ}8PFhY-zw7lFAtC~W_!pMB3AeN?LvWWSW6DM{WzCe;ve9vZ@ROH(6A zr(i8}nOG}gf2k?rU=sOpOMIfn69&9dQ7=e>@uhF)Es`h(7vG24144J5+*n5cOeHw6 z$G@P)5soiE>27`}#e|i~;f;La^Zjk2ib8Y ztBsEw2LMEVQA@Jj6K5Z6xuy{+)%6Xk9^(7pW@;z7eBttq`)%1=vaxh~mH=eU9H@y( zq5JoCP7h*)8P;k<>^`~=y**WsL_-f{(r)0>GArIpx6? zt6y}F;ocCHnbz9L(e$$%!1=La@3S#>MA$ZZ!F;q78wnOG2`XAx6U!visTzZnFWnf= z7d{oSGM2w$jKGvSvK50+<@K#B5RJnTvd6yAf|rcZ7&fO7;v+MaDMuJ_2v_{Rw%o`I zJpmp;V(4*+c~293!9n$ggc#2c9-PgP_}MH@Eda6PcaDtk9?YE&q)4?Bb0OnR zp)w>ANWm`N!gT|qxYkawpr#+n>IcD@s_5o|G|MKF^@A->4p zdRu&cdz=G!(j9-Vq^G`Sjjw4Q9SioDa1QQ4Mxc`Sqtboh1LmNvNL+Zp`S?`A&Qv+r zq0Y%vu$iEtb~=d{$c~VxO@8hj#i`bLa_*N}-+ytI_(HeAL+y!uhV{;&pMVkErD6&_ zWbFaL_i}`bxrAQa$#CZ6!ju4mG6P~`0at=nvS?WyS=^ntbC`!DS5kA!8=nA`&iau| zrb~K5Es-1T;P3|NWbVq6Kr}?)O}8Gn=9#FO7}lWqO>4S_f|-#Y@D

f1gAFZ0IwS z)&8;zVez*D*sA)$>A!y$Z>BAYwf*ZU+PWAM%R)Jg*xvgLg_YAV0hzqk)|$LtW}Mm- z_@7TW-?=Sd4B*`|;#L*9ta&r2M=h~7ZEg{n8bDz@~uqz!}(`(DwXf%S+*AzZe zz|@E3u8@x$;oBr$AB|xe6b(-l#ar#m=~9Fm0$tV(?6Y-&w7rCl&`or7;oFy=xtEtA z7@M4|ji1tt0@Div*I)M|nBfP9f@pueDJ?@|NDTtW(Nc)p9IhW{z7w5Ew55v4X^bk6 zgmp#eOKn?)hSo11r!_eirx&w+9^C^9Da~WHK9ZxKJODt!pj*(|Px8aOldLEtGEtAW zq|TC+sQMEhvV>1UenSO4&besHco!uJrIFipNWr^%AZ%SSlq!mn=gK1#C9-Ue(CkUw z@~rbtA&UoD`cImq^S_3)OplK(RVjA4SAL;Dk;qP7b$25-8(BaVl-m!du+XcE?VAY4 zf_6%qhqJCM(+iVWqg5@vq;4b2nCGHM58g6&ZJ|_;Fz+F=l|0_T1UL~mXf=TI0H@*! zU4e-SniMOrDmph!4utha5eda8EyxKDxW$ih&MZ{R0uG*c_3ZXDu)OyM!5ej@WYj0^ zd%@ji4zaSrZFjZZN72-Ps9v|vY^zqW%B>MOT~Kkd;<=W$O&n1($Z8I`t<%BSm5^m0 zHAa5pjf@ta*N3r@MO=ZJSvVhNd%SZ}tEF|yodkR7nP5%VhHU1vlFb(G0yaqA2O>Qi zTD|N{D^UUA$y^1Jkigi6X+E3!U<_AwBe`%op7Sj0BAuZ1b2h zmF9vRT-_+5a^f~-8682YSe17Uik%LL5ZlVIfO#{xj(;KsO~CN~+Gk2*2_KXti#7Hs zW~+#}+Z)i4AOe<&mGAdj1jl!T>-)<_GBxCZNS(u2W?%XEJUkb(`N{Yp7yFd|vkks2 z^8^`tQ5e9SiK)qKwn1+TuSY$k z1hsDG;dfhFnbYcujAqg<$jKffG@TIVp0LL$7%~tTVG|1qD$eE9jw| z6L5_e51KGfoOR!TT<(6Mi`7?-%Ahc35F18%p)+D(^>gA$yFBVKs8;ohBj?Vbf_ zgRftk?&Y3e@B$^LJJIb5si;Nz7#{*oCO zDXwgma&LOn?X(1-BYtk+eiRY4lZvSO6FU*9Uwp5&g`XC0yzDUpDW{>7tFXd&OygjGSXi|Y8DSn`G zdnz{Hauc*{cImY~Fd=50gC5;b=H5*s5#UAzyvWs|G2f7>bkG;zt6pbn>!R$yvz ztechGO2=HOnWyt1Ziu*slLzVy9N6$=I!Bl~+eU$yy>yVEb0vX*Pn_Lh?XX{x8$dY< zhy9iC&Nm)>!V^c8qWmbs-Z{+xE~^QA3)8E)Vt@mwH3hy^(NNB|UBtU$835!z+-f6{ zvTrq)eMs|DtWA!ytsDhqILY}Wll@+zRP zpNMYr0JCK>7tDH*oVZ+>v>nc9`~6ynT-?|9X;CiTZ!r>!&X2lwgK;@pXB;TBi1*nl zDDJT*s^vd{CSK61sJW4(80*O&(Q2i#}dyCNBT%6f*v8s3aEjvKXqDmgh1u+Y*Jw z&z~8`?&HjEz^rB6Lb(*(v{p8!rkvA^kL%LC=f)&72N5K3M!@h~4h5^SoL zC>q|6v82VpluVT^O4`cjFa-M`yOy+QZnyCYP2nIifI`YZwBfl(3+5seoF1a9p)(7j zkWiA#JXzD0+eY1ro*RTt{E#HJ!$y!+k_PO3#N{dwROYdrjyvZ0bUpjZ`*M>;8gdyD z|BdN1LX(3nk(TJ5OL)JF1%q{I)n|N4Hw|{1 zYshY@2j?`=0SW1qF9&>+EMeh^_TqW4q1Ga0Z>|blj&3%Chm(ssZy$g}?}n=U>H*); z8psu?UCo>EPSkG8DjVBv|Z#J9^Xj4+i)yx5|xr}94wJULyx_+{+pGSC6Or6Y( z7T36)nlVl=L!!87nMM*pHPClWdGHN}OBWh7lpMTct>S6G3XAW&)hKBG`^Xi5?_?Rf zC)Mq~IOz*qMxuCe;ZQqM7M|kR>0Zo?q7HN?hQ7}R1NF2m>m(ih6&rCkdI%Y#GRk*nd`y@Zg@I2pLH(C z0Y>6V^z}=CyG*tUghYQc*Iepm#|Gkq61vY-;Hby zSY%a%4+J*q%)kSnm$wA`;%dZ?+=u#&Q3aj#*K^f~hh;+<9A46p;n?GtfOrocuh)|F4>lPycDg2n24{M?~h%4peKySYC-81?Ix(ID_XOFQn`&WRC49WP} zLjq=QZW%pF1|qhqe9?$$8cscchw|0Y{qju*PaA~d@ZOjDeI*cS*JZi+*PA9=gqZlH z;)B{N?5E{Z`n>BtS`TnU2#l~I1K$$4L*Y|~O_nT|dTZBp1LA+yiqD9E z&BunqIq<7sl#%{e3l-|2I+Ta&g?82mtDuQbH5(fhIyJiw61u=}l?D%e~sk3^!w zK&B3vhqq$@N)_Q@@sT+0ut|W7emx@aeb8swnhY1RoaEs${c7LM1A0UmQ_n1!)o)Z4 zqf!MyyB8NQQ=5*=f+XY3-WZ0y!UGbxW5GDz`q>@~062UNaA&5gV&-gvzAkM+Oca3@ z?d=aAhvGwtj*fnRqnNTD#E#^5^$<0?F7W7=OXc%-`NGg|((5V*`ZIO-dKs+5mBJSMF-yQ#?O8~>+E})w)Ia@CE z7`38hiIG1mikF)P-N^rdhV+W2D_#~<*y&XiFM_LYY7qT=gN7;#%;!IAE7T@qyx?DfGFore|QCtuaxM>M&>^A%iU!2*{XuWdR96L+BkrWm>LlKsY) zGsi~u7a94KJGmbO{b!!3n=RN;4x59AymFF%4Jb8|o0||@t{*j zb0kxS?X23P9p+2g2G@I(!1~&m?~7a5L=d!JU7;U#6zl0nB&#PzOPB!4eNNsE(G9~h znaicYpxmAC<&)2u$QZQcreJMF6)FU&cP1eVJC1sqsT9NuMl|)r7v5FzkHd1Q?~0vi_^u)+0R*6Zauzr0QV$3H4Ma$17_&CmIgR~ry`tWG<>JI6TLR)|P`8g@gQvvwyQQ36*ru zEG5y*{bS_?9|JUI`>DvoCECD2==@+#}pEe0gzOZm^wSXS$J*AtLP(#)5tqDOG!Zx z2;mWmbs7PgBVhs2+#g_Fh;3rINOWYwg;?Tg<`#Leta+dpL@;BUTFvT{NNJDJ9Al=l zGOb+;jvW*?i7EJuj+v_F2A#<19?Q;gR*gNBC7ixAD-SA41kM&VQILaH0%vBy(vn3r zGMm)wlCI>`7Z?l3+=16g`i43Tq?)=SBzw(fTA7kk!Xr3jTr#5sFM|C_(vvozAq2@6 z17*hSKL^PJx6zV`BMepLWs0$(Gtde$m{b{y|J%(K$Oxa+=AaG#y^Z_1oPV4qZrZ}? zye~%){3o#e1CR@k7Ml@1Egx8dsM+MO&7KJ{kz43WRgbu5jC!h!IiJ4~Mix{CyRl-k zkaingY~>nE;s8evc=nW>sAzKKoRSl|HSE*X9 zIEjAR1S5oxr>0p*m-h0L&eAXGXB!gi{zRX4gq8r~`(BoXxd9+ut#GU=P*0*MlPU+X z>Vs;xeBm}86HO#~rB_GMR}zV_&Mo{frf>zn;s7Gqj-%pn2h}lh2>f_O%xIRaau>c2 zY-2&FoT6=P!Lo+$>Mzv8i0Ae(k%G^{y84Zd@A$E7hx9?Aui(iQ9Qqy{t97h9{a5x? zkz4={XIvhZ)=#7`L7S{xLo{HV!$a5L7geDEGt)NPB<>uWm*tfM2FjXmcPd z{Ip$$Jb`8ymJ&3#b;t(b2ImYELjw!(#ZOI(?NDjlvb0!*rwEj%a0{wj3k)r5Dv-I^ zo^HA{-H6iY1zh&^7`mw0PVqaQ)6OBaU-gV3%_bc=$tBAbJsK5FA)b&1pFOZoZR2vj z2i*y0$lq3#JakANs* z763~S-f{#2H) z2?fou3{?k7CPee9s>ZnRY=Y~NArk#t?n<4$5lLz5p9Qku8G82?ALsKiZ&G76@k5eK zlVyWhf}T&AO@clRZtBNA+@(%tlxQ%cA~wIm<)*-&Z*=oR`^D*Pd>d4vq zVThHSuT}Nhqee!u5$=wl3r$#*{fI9Psmi(iGScO4t11N}vP->VYy8ONz>dXwa=NiV zerGK-pZH??R^)^XYY=x9%3=B!lqTn;@neBl9%=9>CA9smAe*;)Z0XscndqllgMbt? zyhzp4PPAGSXStOjJ6b|fLuiuFBJ$1=Y`cwgtBkx*@V11|G_~*voEflfI^=r&GNE#a4~jZWS-Fqlcau?nJYjYPsxB!{fQitq@n$S@_|De#V;MV~kfam5%eKBn$c}zMrjU>#<6{8-v?MH>~KVL~oRawIRDRkV~inEu#Y;23LF! zNApfFs)&m@+5AyKy=3YRlb-53MPw>jE>aMg9&Zth%DJ@e;jSO4$%k2_gBRf$&WFt{ z_@?@DL6_XXg`Zp+-`Cl}(<1ecj{xc{7D8h9qU(hOh$4gFwfxbmXoy6H&W+nqg$<4v zh7dxPI%f3!9+nl6rjPSHg3e9kt)`0xuh?WKTt;Y`H3wSm?G}6@V4a~ClzCgmL}rbc zFVWh9C3n*mtHJ(7`qT@H6x=#=QVQOBr$nqi9?4vMT|ulqo++X()3~tgp7kY*=eh}O{_u= zG#8m&!G&##+g0)H4fX3pH;0$p{6ymiUzN5fPSG|2@=%VrNM>|zu)+CQkd25i=Wl$W z<{8y350$;*(_cTVj291{?^0&j$BGT4keLLvXpNrqZ(4Nh*%{t}_CI4A4|EfpJ?MmG@kDGUHi|$uZzjCfd||m(fNT&_W9^RJjMH`m zZ`hj|yndyOaOe#g__5Fo^-hE0^MPSQZ^?@#ND#fp8TT!OKrTs{|6phylgMrpq4kT> zBW#3ao&Uq{{HgO)?Sen?nU205hPEZe7yKEbLez$1?>uRQTg}pxD4HPIXxtS#?F|qJ z!R0i$tQ6$R81MJc&3XbnfF8E@C(6c|=(`gDzKyA-_IEz$VJZW_&p(C_TmWZz^qF(p z-RD$L=?MKyhs>?TRVV6L=*VJ$G}c>Gydwi6xr>yC^3X5*&WnrCnu@8EQ?H8~9~)0i z6NoBy)3^ZDd-F;KXM##p5IC>1*u@+){i)t&On9Bf`W(^*<0{%OgriyXgtzZwT0B!< z_dC1ouiKGf@8Pi*H{cUH7*&Sbfe!?evT89_+uZ!n^Fooi#ADJp#jWiKHn$)cfCLQ5wsoD?OC!LB({w}8+A=ezQcErfk~y*;SWXiqn=~vQmO|sDqXMTZe+q^B}w` z8r8-Wk0>2c4I4t=oZ`2fY7n$!hz|ngXX) zS4qWYSQOS7w9}wUV;70!2riT}g3oZ>gQrb*j*7TWTK-qyi7jvB2K3#$TWqy6jD!>y zm0_+Om5SAi;${szwf0)!=gB9FoCqoT@@CNBGMNs=f>T=yrj$jkQc3flU&Oj+NeSg> zq}2j7{os*tp=wAdQ4V*-vBT#ZQzEaY6D`~AA{v1kl=swtA#NI;J7x$>ct`*gUSpFl z+PO6gk%osd>TiXnm3JzZfjNqeYqgv`u)Wimlw#}w3)?Gk;gXVcDMS=Psy(ZGzZz=n zlMV=}NXYlDigstCT9I)l_O=X-Z@Z-E(uqvP^4@{g^PbsI=V z5zFI3Dx+Eys)kJoq6$TThe(mWGbM?Bn64idcSD5X&z|Aa19B4}XB5sI2^|GX>mLPY zU)R`xnXa7xq;5IfTvuQT{Z08dum&2&U>B4!Fj^l|4p=S+H z!2aRK4;rcn#boN%L!k4bny?d|ZnetW6-70ewxJ^>nT8eng`o^ik&D1~q2V2rRh<-+ zPZTaW>v8h94b?LRKkB5Wx<{uT&_duN9T#mzR5}|~;$USWlY}a`#2*=yXH%Rp9qKMS z8VKZ2NS%(8&FklvD%cU7m}d*zp<c~%aQ*^AX%2baod%m)CuSin(c+ER6RoV;46CBTdA=nQL`8IoW{t zg7q&8P^w!eG#KW}lkBp8boIOvlSkHdQ16okMvUkOUyFKHhCcODcQ=~5!;%xKf}vx` zZ=U0uU`JXZ0uepzIfsv#D?MU3lR}!p8M|f z{hVk;03p&HRhFu1*@ZNQlK8EpZcdFil*^9hQ&ztqtr+&^YM*mZl5yG#hoVEswVs zWj_J1{Noi~jevh6%K%4(F^HH2Xv!XF3GUVrn&$XwG~64WGd%=V829_^km;1b{iG+Q z8|j`7jSB-g1jtYr<`^AM}S zY>Crx`!Pc$hNvda&=BtXF7==n0j}{YgL2~T0F{Zp^|55gCo#h1vk_U;OLN6eTRjV4-c(S7F+82g9RS{nsVILEgycJT`CQs}^$6}ky0=n|fz4GoE zg85$qP6e`wV!oLOGQtnQrN-}Jym|bk?D$Bus(^@ zqhXdEy28oXvkSy!R@o8~O^B?wmN5Z@3t<4cDXF=Y!Kj%L@NW2s8pD=ht%ZTR7owrK z!UlBMTDEa;NQ+4I0U?Z$y?XqHf{}B97o$I@XF^Upr&g5mh)S0<-tO2wiHPd?KyZ*l z@G-wk2${4@4)DA6q9ryBn^EFrec|U8n%j~i$8LF&P==LQ(uJCy76FFDh=0zbBRjvcC(U#Mma zLJ8iU@LWJoeKQtIN7eW*2Cp@Gq#CEt{}Ot%Hzmgy3innz~{Sl{(pNWGl;- z8JiTT^!O*C3drlbjtY3@y#9%0@R?6D9VY?Zv`?q>UX>r0Y{>QS-Q`+xTU8U`J2WV3 z-2nE)6av<)L?HS%3}8~qhlopn+WC^V6}q(x{?|WhQkC}>&Pj_m!?tyfUZ>?ix8`Lf5aJ8W)>v492BknB|f#9FE9g3?r6{F7u9YQQPl}nkH@{zV@-xF&HzN)}=s)aNv zcFX}hMhlq*VfP_A!~-2zCBLy@>wBctn_)*AZ*aBRG=262)BIhRr6F8+Eb9xA4;I4K#8zH__DYFA)hFz*2pAA0hRfxwmlvlSuZfu* zVvX8Z{4$Fg1O)N5vJv+k*=OVjbaDU15&Us;bibap?cQ{!?*gCk^pkAGq(Gq!854xb z4$sbCfIgAzS$hwp!$a{32 z)DGNttdVM$4Kx)wigRjP)UvDwKOe0IFEfF1MS z-v!>=J82Y~Mi`J;VP85d6*`#m-3bm@;dTb}cRyFYb;|ZkM8@hP9P`@8IgZ?*dx2zXqy99K1?@4yhc~ zo?08K71ykJJ{TuR(s-iFaWk#g?+< z;H}t_6Ne8r!@&p0k!2C3-xi4~a=80521H$X zpE0!HSJxGU0Ve`mXZOf`%pEWmZ^GBOKx)l-2zzgp2LGQ+)ebZD^w_vwy?$vB|bWQ^hlHtk$HcQtHeuhD}#YdEmF1# zJK~q(7M*9v0VBErT!vVdxaWG+W%OC%YhZ!S>>xNf*xG=y-xha6E*a*VphH0M8fS5q zfNuHz&$tqtK`i5USL%4OP}P((X{jo9wFqAqBMo>-&Hx}q20x@Vh|R=fR>>Rh5Z*|O z-{%0&XQlbS&H$0vcYadtzONQ+k6_G5}Ux4y!= zvZgsy>jcP!6NxUlM6vHZ0q7Xi*SY7(4viHa*cQl%i~nj&z%!8uDx{GhGf<>Agncc#dvhsflwZ=c#$Bz+k+FNuKEv|W++J`f?x)=G6go71al1?|`YPGWf zr`>KEA@lm0dpblX$5?^8jOL40ELY2q7j^`UocnYYFY{t&4vlRdSgE z5~s_A!XWFZWdzX$T0fM)QF2f|58o()NkgQ`Nk?K0Oa#a`-3s-J`B@4f+8VccU0G1N z;{&p^YsiclTI@s2him5z?+r@B5O&p>g*uv$koZJPdp-(pH%uOD@)N0H4w7ahM(E04 zUg~JEmwnD;)WU>b3Xh5zO)UHgHT#%C=}nhc+JWyPIpJ%b%AM3Ma0o4_XJcR!75Hfg zLUy{zz*!p&zk-v!3|;`sk!X+-M*RFz*XVvm$qmy>Jl>drw-E?sfluaU#qDumr^VQX zL^U3rme4}6-!L5l(easyXERZ|Ck-21H5u=8z`ijxnnl&t!5EW0&c6*G0D9NW7FFQU zI1QIYJN1BK^yA&Basx9ya~*0ZY|R3P3)`ZKM`j_UpzW9o_XW&B7dj?1xh#3C`0LYONQ9`XLu+~_b6#BNIjB*wUYayV=o0;B_f=d@45sk<|rn-j@O zEt?P+;pljel`5qUju~tN`c|rg?Ey!_*)itC3M7u75)OI2dNBItO$4Bvv9VWEHngE* z5Au

KEC?sIKpoGgh)ciBH0>j>(46@gmSHL~u;#$q7EN9MFTz<72kqg|~!e-zjAK zb;j6^G?%Hcx=6g+DbNmmn(ZC0>GGLzPZgMAc+8F6^AK=j9X^~|Yx2&8v6My%t^@cv zYS$-ALlvGw0@Em@Kn1_UV-qbtCYNUXJ$R7aidSSn_6`qb~b?Q>0iX7~iI*79I$$O%Me`EDpF_wnuWDFs#(((hun;}n3gw_&(ibx7*xrE zx-sGJ1lnw>$<2%TtfT#R4tl~A3yO?}^p`Of$9aTN1V#KgAYD8>d^jHzBn$r>fxdcZ zerFk_O&4u73n+6^zj5~(z_l~Hv)qXjnes%CS4_nCEzoRvZ`8!SqoD5LQjgM>3ov2fz^R)90JMx zK^fyL(M;u}o+taih+C~3@~UY8RMbN&on}ZClvEOQwSc&&+(dgMMv;HKS??g4#pX%$ zlnM({b83h}B=)=oP{Fw2H3dC|bid?K1os~JjP!N(qa@R>3UEzPm z*Wr+|1{IR=9N!o<5G1UYGnQ`Yn1>VH5^QX@msrsqIH};DcAnV|-0( z&;J=D3F-8=&KZzYLt|(9^hgf8Ap>IgjroP4ABP@(=YFf#mPK zUo5=XrbV6(+obUq?H|hS4(0-~{^Zysr88ZtDjDqJz3e4x)ZfIZg305C`;)ER5y>10 z9NvhTttCcia&QwzOY^G>i@{w^Z;JRq4=S4G52G(*hkneJYxSyn@!q%)kD8_8gVStKIDi~a!;ZSfDV)7iY?e|9F-T)O;`c7 z>uXvu-i~&PUuvo8`#^uL6qlu@^GHdEiY+7#)wPsN;&LLHQ3kT<(lSZBQuet>(pI)6M>#Q^vfaD%ic7>fnhH=ZkVd=`p1$|OJV>W7L zIcc~96*=BWxG3$^FOU_^gq*Q0XuT#QI2I?_>JQ(I4}@Lj6ukHVnOaJ+UZ^LI5-|`~ z_X%a*vhk7`dM$R=Dy}%T29@8r^%N27xlBGp6}F2ElH`-vqw91CG=U;GQ(nNa3&E6) z*PG-qOSOK}<{dL@J{t;ra3KHXAKNGF03u^hyOYI*r-D+MqZl9{81Rx=C~x*J__XXi zPY=cjS=m(S!p;J=isf6BuC;q5rA@<^9rzWf4$+Lg%43P7mqirR3cU(qwiSB&R&?eu zJYFN^3ESR`8|aqjyV^_-Ao0AC6fOG_Q9B%ANfg0S#1YWt+MiSjA)o~uVhJ(s0-Lzs zQ}zS%D2Anh4eVNY1j1qf*N>22H!9#R+*zz23Kv;YpepGJRTps@g9JO_Vm91CZVXct z?uuzLx4rM6iEkI`C;|aPLv=E@=bnhGJ-hY4Nv(E@n3_TVn33}GY6a{V8M3Jjen{x+ zL#qlXxvn%P#_Naq9Us-PzjH*#bdfB*3li|(TP3O5ne!zE9Fn@Y^I1JkE4h^&R41Al zOu7L{SEK`?{SZoji-9QbCy)haCR&(k`c#a{z(8K5&t&!iio{Pp5u+4UeSB zbv5h>qA?=h0Ba_G<)rSsu0h;`4Ycoii~&2`e)kNm!Wa^g z!J#j~R+M%;&g~OQ4*lF$TH&nIpAN-p6r}c5(MCSioqMGW0p#i9OXX{v3{Z@M#Hgt5 z6$u|VCq~)sj%lA=iVOEctguPs*ncIMkgXPu&T$ayi0bPSHcXu8`f-^KZmkAH{c+$X zl_wJrNeZUrg+viN1|~|(9AxVsDTf}AR5p%-zg02=lj0i%l|PNRPQ_2n(maZzN0n2t z3E@o0%W*u{6|A%}&Jk)XEdlTY?l;t#4VEZ6WK)#~a|sJRbv|n-br%frrfRw;^iW{3 z4Ib8~s?y*pg^!b-xG+`aLq?-L6*`Rt5CTfZL9zfs^o?qFCBmJ-;HDho1g5>^x#Iou zY08a}*Q1RRNrnX!=`x=0xa1Q|>{=~Jo(B@QzDu`0eQ40s7jy2^*Eyapn%&Qp_RfLA z=)zSK0qKTij1R*DU6)ULH;YO0!}o<2E(%2~56jSY9;-HSQoy=pdhjTxI zW(3f={j6EE|1v@7g{Eqyc#xVEbCGO6^II+geoZTJuwOw64tMr ztOGLcm@3(a3m&*ctS~A!155|ORQ)+R)&9kFl#$+^k11%rehLxjlIU~MTznv=M=sEp zG z!?1~i?X{COR$dpOMRP>uoIVNG1% z+m;5UK#QQ8SEbqePkOy{lzbfJSZhiCe)?q&d;{Ng2uu5HiP;pUCgAh38}tu#UyvWF z6|}cDszMZtfvlKjEi@9Ck9b;^j@RdF4m?q(ajcfxp18>AJ-TV0R~(cup_yD?eEjsR z5$`8qn6qyZ#;TtOK&4fKEb13}8ONLIg(2A_pb1p)mXYQa#%|$Y5;>P?7&P;L+>W%@ zx46-S9d7&LL>+?1Fc<$BhcVNX*v;Yl&xVkhvzRqHlK5#h4B!x}hw{Fz8gRY5w+<-X;w12# zAELvp5O=N|k2$XnB9iD5v!|&8NeQ?yHdd8ul^>SL931w;$HhLMXNg7QqqG9JJ)Xg%aZyI{%32f1pIQ^@l349(*S zc&`V7{MSCT_w5l211)}rBj5mB7W1Q|PGAx^w*99A>)Q2)?=YVJY9pOmL>>lQ>sC@H?u+rcK>!)EGU8hH z8-LR+7X<@M)J86nel(#Rxy`^Xp&te?miT83z0UyjJC{E)b;b#BE7}yJib=`1OeU<_ zhvmePyv7lxmK7awzQT{wU7|-KFMX`}^@1uPbr=?zLvuc)keClpV>e)LTPb-L=U<%vFa4FL>--Hvc1KE@emx6}NMmWLnVHhD~&A?gHBi~M*11^MMhL)48*F{4F@Y*wwv_K2l z>>q+fI+#$cM96JzF^TBR8PNp;vqc}hjFXtAR@h0_K=fjofEoY4ZP-Ij|GM=terkQ=9U1DJy?)lh8(^hXtz6`lMqVNh)A`39Sg2N$>m#UeG#{?Zt@P2ld7-V6!Wdh{`B55r?*E|7623Q@=T@MiXN8rFdz1r`Ti zgoIj${c_}CR^{-eO63-51F-UPz6gZTYD+0X?<1JC=&tsi<{95GgrFn7-a zEbSk$lk$w)N$AWU6q1E190QCacm0p(R^(C?l&x}Es65LhTz2nXeFR_oex$)T8y14Pub=<1xeF2;Z(;S!5j(Z`y*C7c&$!e{W9 z%mn4-8`>>#<+>+}2$~ER4NLlX=d=`t>l2-g(Je(+QP%tkwu1lq&24s;@_=Mr7WCrC z>YeZ&ad93!Yqi&p^5KcCGywXBmC$Se62P{upO2d%IiYLes ztZ3wgBa+gL3XlhePr2`e{n;MHBOmLlN;g=0f{~jbm0i71C?Bw4D%nt#QjK{y%+O`}4J3~-$ye4G$(aNGR=cC~WW|-vgZU!@H>mfmXkhA)S7QuO3bj~HFPbvvp*oKuq1?&naz?`W}*)y-E$VPW5R0r8j6AVcB7H3Rz^X!GemnbY( zFaz&Nwsy3M=}8!EWZ_3Nx492xTG+K!mf|znWuA=to<8BI6c5|Wh7dU-)8)g5msjwe zJd8HULy)MGch!M&)|Y`vjM0>+=M7-IhZ}S8E$U>wog^YmgW?_DiTI-!r)UM9H9(Kw z049R5iR}|iP|wq90!dO*w!#<>0eWWAr<{hNV_?~AE%916KG2} z7ef`0*N2BS7b*Pt&J1%Q0cJNhuowMFW;o~?)Va}fZeV5uO{JU+m}5$?+=&qw*9*CP z6x=r$jM5t0lb$PL;OFX+PDo~v#a%~@;?F3=Gev}QeI$yWHHY0#g@&1!xlucV;X&%? zkxm9wd)9%O%~6{k?a5TuFf4?qM-Y~D+<~q%WwYbdla*-tFaUX83%|3j4(_jnW&2zi z>ir2Hd?;Vp&Cjewr%i-MU49(dCHMW^3%PDyxnMTVa)j#;;vQ;m1%63?iWdqyoY$Uyyod87ql;Updy?nSCT&w`~ooPQtU zulkGV4q|&!VffvS&l^LDr4K<9g2pgJ7{3re?T4suKPT@Z$&Y#6Zb?*z96^UW+D z$sC>}sxPOO;SreHmAW@a<%c@#q>_+S;8YEcOpq7J8Ze!i!Q7N)xthtHfF$7J{ehk1J*#xzBp|=iJCOv+A4e2Jt&E zup9{#uY}2Xy<(J{lVN{ZA5nccFKwtE0=<(A;7F}SNK#Q|ks1JM73_G4$HhghZISwp zGOR)~s@Qo_2VqUj>;io4v8ibVqKcezBr6XsiFTS)>wu1M=hSS%Hh@#>%@5F^fC=9U zl@cD~U?jUMr9o>Ipc$1WR*psp8ekR=c`#8;0#C)7QUzV9RmFb4>c(Xi&OaVKx5*I&}~i#M1k6Hmes>Zf*GChT;3O$GTUF!vY188ra$f% z#yO;>1%((u9cV8MHtAFm;b}|j1lG%`L-COimxg6*YrwHOs1^K>`V{2IFR1XW8eXep z0u;g+n4jQ{ZA6a3DSBJ+9m@;t4*QZqg2$2cl7OqXEAY0ZCU=;up7&h5N##kMPD|i| zZ4*?r3=5|Z7D1i*m#{i+MyeHk(+|l{PY(O$11t`kA8(H+ru^gEub4}l6UH$}m?ny@ z%Ort;goK1sDXbneA zvMIw_D_|Qm06-{260-s9L6c4a3(ffBAf9QH$-feMZN%nTUmtI2r=|vG*9P z3YLt}V6L>(hA`@zv@vtPu68t$t&t0Ud1$}v6BimznTSg_>YB?iD{*Mb3&|0Pmrs;x zyU8(-G0Vu0IT-u{ha`wOYP|*>Ei}SNu${lmInd_?u7^az8P@>?PZ~dE{U+uKkj?-v z0&ZKzsojHc=iYvfja8;^6+fGHYe zTCW|pEwy=?Edz@NGz*7KV;td8jpxN>#;X`wC>g_r&yvM?{RAcjC{PW02Ux+hdoeP1 zI}^oF=pg(8T~sYMg-N}1g>Caipnb#=%q1@P##A5A4>B9%I%8F(GnCO=zL6zgARuYR zVQ1Ox3s-4?H%bCef_I*u1PwzChz&Y>i02i;K6xKvG?&P5Ss$#VfdWlMSPFv<9)9P8 z;_!o=*{@EDH|yVpLTGN8eLsfF^L@k22SQjFs)c{0_wopHt6G${k!na4xe(sC-aya| zS;=wE%RpE5qgDdQoz@K8sa{3*(;m==@=zVS^Y4454O?Y?>Rsy|2PjP(YnD^}5C-6K zZu9{VUJ9}y_ljTeq#VDdJ^lTE94Yq89mQVCE5xAY@LP!e@xOerr=^KL; zo)>%qYo^O^fU^$DJ!MYv`{kty*&3j`lTMjx;~|PZW`g0!ew=bsT8*y*a0VlltPWEq z9nHL6Se{rfqI3(oN42v<*Bj!Fu`L8=oBv` zQ^Ed!Xpaw;7R`AOs#}P3xtLQZ7h9s@;?+;W6OfK=EiyHExuhI{v*6X1F-vhRJ05WEA{Tc_K8F8o^sXm^jp4 zkH`ODR+~K!ur5$Yg}Owl6Lz1I*L?bUvF~aRM!RhI-w1Vh@|-wF_cmjnq*)OF&yMBVVQmt0Q{)>w52OtZQZMZxo=Q`pXB zG`A50jsz03F~;Z|?f_xNVqou-!gGTN0~E|qj-5OXMk(I~v)5_^`-w_I=)98oukT+p z7&OVez66WsDDCn{SJn2%0T%G?QT+||2{md6&qQD=qNb|QEZmX~0N+U1zD0~P?g=k( z)phr3R$CwOlHdqFAj2J_xYUu1jf>dC*u1P6EH(mGta$K*?>fY_IOo8f!#&QgHp^stlMPr2Fdj%t+#&0|ta~~9L+)bguhv|R?A5s3q^dpWx zrx0v~aw6|ECDv?l+kJ_xPyaZyS`qto4-9IEtZByY>gv6`9YupAM3>Oc;`7~u)oNuL zDO}C;lk}(DKGoY?oB)Bf^K`3 zwv%Pen|Jtv4`bH@l|}i0HfkGEe#o;WRIT1Z*@6Q#xQA3svZ^ePjQaRkL^y8f7_?!D z%e_HTCyB(RNy5TVQV zmL4VR;((rtjB&UE$p;AQ1HqK3R931@LycYpRb;`x(qYy7%u$|jD2On1AB7`4$_gaJ zCn((%rt<$9mz^-UaI%*8XQ8SaG%}pj9N!P3-WD5f%Ax^hN;aVLC+%HH<(Ccox8a@DsY;_oRFxo1V|!HHb9V|4kOX|U@UGl^o4IF|W!E5I z)!z2hP?Q_6-2SW}G~rwvwU6(jBkx1aQb%-#VD-)7y z=hUNx*=)ybtPxE8cYbL1x|4hq3IW$J$KBr9wVW3S>^9OMu2%t6p5+Hi2GA0RZ(;s= z$R8?8SHtO7gva9Ojy&aj2nJ9@3d@}yte9#p@Qc@aVv>NAIqw{I(?S)FGYhD*^;zet zd-+M5oc~3y+ZxtsXrB_7{n(25?Ux=i(TtFljbcVZ1fON&W(IF*xdxU|m7YhuRE{ zb({?duY=KowKROeE0ze4gnoPz`dI3eoZ5SW>eIRa-KfBT;Sv5dgvyH}+xnAQik@Vb z{^tj}>=Gg;s7iyyThPa{nPwZc>Jz_+(vxlx8C^`-9!eahJUt0HlCSF#p5#{-7ma0+ zA@8s>lhg?chuRKN{apkEFL*Zu-xgoKU8Tmw;7*dZCHFC+?%T6i&6FC@I{F*Bl&;WyPQ-1tz?e4ah2K~_7<7|^b zmku!iC>Wy&rXU5qDtMGBj3>pmllUJ`QiAovzvmgEf#^mOfjF*1hT;PiaIItrdt9$0 zrKagm1tJe~EA;OIK6Q(J^9`$N7eonsWQw5>j4LO>X|Z}FG3H5_+12e1(pYk2M%^^RyQp(j30hh>-+|-i>V{6u?j= z>a&hMkW(eZf9_bAd#(Y~XUMuLrkH0#SHr z+)fp5G6_$Qgh|+XMJI)yWM2Y9_Qx+!qXhVmCxbnP4XxepTe_IU2DPb0-6m*dAr0dI z=1}plS0m8$J&7U_YI;e7Hv2Oo*&4n~E7O)UJE>-sS@t z6=@9=2`=y&2P51Q90Iw+V4?dAvTYg9FU7A#?6PA<%#yy34{*XM{uHUTif{Knx+K>c zMKP0%R8B4Ds9u^D)aV&^v7*WZukO2?kDsXu0r3J8O4bCxmOrng5Iq!jNFQPZMY4B~ z9K|OT=C=**)|!l#yeHdUs)n*1hAQu@eG%AKilJK(JJp>KW^YE31j$Vzw$MvY?cASn z)2|5yi-zYaO$&T&;9gdf9f@B<8ti6Wheej?r3Ih}aJ7lY$^3~+A}9?h!?J(Z+66uN zWs0GLZ_Fpl-tv|>1PXa=2VHwl(L}EhQ7sFE!bpe(CKQvPK4a70M+vw+t%PjV67i-+ z+HEXTjc_J;^Qse7yr-TT5>u#SATg06fKr%oquAgaMHVZE-WK0sa~agXAEqYJ9y4Ub zVqw>_a&;I1L6@DUjHwZ8J+l>q?}ZwA#$0$3RUP7SJ*0zLDw0~s4LkkTc%~wA_4F=* zw3|JWXqwWC;Jg4xgU*`>f#K6s2m=B&8CFTeF&tzK7Kqc{Q#f{*ZH_vYxaU`4&$Vk` z8)b^2RPe#chHG8vN|R*pFpumLjK&{Lnl;B#a75m2Oi9s41C>j@b8+a?@;;vnCpu+l@BoEL;o z3#OicW7EsTg=2T+$ULlbtdXu4i%m}=w?8J=K-rX})J6L`-)*p}6V2>^*=9barF zgECm>@?RDSJ#CzjPKIfc2LVf4?+%I3a#ebbV{j%8T$4>Nu(wR77t$fX0teS?l(v3p zdyprS_XGxAECYmIdF-1!1E2FM26>gftPX=lx_oD_OpPGkfRsL9)8Wty&O@VwGsAw* zB(bLPc=j=&N@yG4$+Xf#1f22EVEyB=2`$KZ_BD4N9jrjs}{1(EKxss>{`LLl4LxcL(H47WJr;83ThvQ~=uZ8>_ebMt! z;sztf0~W52t}snnF2uBkmT$2SY{c(L@N1rbqY1)Mozi;#Fba0rF!wSn=umIY3|Ilq zV;&hpU-3W*FtkYqOnWW@XssBA`N3dt3|LFygoYX2^W5=%*nZy}35?-ReqIj<7_ZF} zaxNKImQyAEWK4pctO{JY_8<>KVhE_|V-S-|Jck+$9n%Iy2L^GNK=Z<$d-&1;9kn*q zONp7w%kYbIe6H&?tOWtgD{#12JRdC)9fn(w3Y9S^v88AkvxBnjB(dcnEyj$3<=tgk zgao87&H&OW=eq*V|Aiz7o;N~G9?l*I@h-%H1Bk!;1s@J)1znsFblve>aPx69`wGWY z-4S17xCS?jm3ci1Ty56MUIr}%k|NUY%J0D1JF1`2!I{${!SU=kX&V8JsIi9ygJ1KZ zgz^0hLfOx^Y%ju>?Nep_1cBQcSmKot&>+JOZtC^xaGv2QowP znhdfpm97;|N&{qJ3;!bmtN?v{`M)iu6I59{16SFPGIZTS8{!$Bjk|^&*J>1>NZF2H z_OGds?D>tw)dOmnxcXRs8v;>Enz>LDCp__h5y3MY#TUg_k$X*@)?XcX$6L%H-tHYa zID+LbBe{o+Xp7df2V7o}9p*y(5aFvGRB0T-!+8)PlHHD?6)3kWKeQ{>u@geY=EkcI zT7PEa3I~W)A2igV)^eMw{6mE|6Dex!$rW>$AZ+oLdoo zAs4M8{G>u2z7m%oh1H=ls5OTq$Y%hOuUXqn?ugV7ykER|IGy?4n%euHgESe1nQaJ% zt-!&M8W|agW{`;xFS4#%Xi=H2#uV2aJVR}d95ZL<45s>8=^n!^0^#=-uB;AwHed^o zx2G6Y$~GXc(fHF!ypP)TWJxeXmmw+&nn%X;B}dld&ZJHP6XkKJ#qVl2gx?70lG~~C znkl9SJQWSnEY^t#nehkkmQT-hN;i#u+pKAeF9@Ml+QeZJ9Jq?6gm9q8p6-%=OBwoN zZ#j}jjb&Qxp2a&%*tJmwvgQ&BRR~uGqxMFa<2R3oVtrXx+x!0PhK%&k_xuB)w>Lb% z4ycUGsBv!7ImadhJ%Kbq;Ul+|}6_zJ|G9RcA3f*hiDIp5U%5XQZ?{CKKu#wbYuU zS=67zOnKlg3M z^uzm%oUjWG79-3f3RE$wFW4#mXbvS!akTb3efOhv! zMQ=U|g;!KXkNaV5J0JnvciE5A3UV$E?U98|WP-+t2{$d96wBVfx1oW^I5Ovw0p?`P z?^9c24ZIQg7~V!O2R4%-u9JJyhMCBMYC{yGms_t4-HwAEop_I*EdvVq+KoQ>)$5Gn zz0S(u)N*^%vJ2?Nh%I7*TsN{X3Nsa6b=3EvGB5~}4M{KH2Kjd=&C!nPQ3?C!?zVeh zR~8Qg!D(fh9iI*EfgE%}di`2Ixrn5k!(lwWRvdzANGFDu1lh9a>1J)~?FMl81lxN% zuuy)G5XR2&B2UOF8;ZA{J18knw0d@i)cgP1FB~@*_M-Nxs8s=V!Z9$@5mqw;M zt6Lk%U-#4)-PNY}hubDhoY933{S59HwuJtBRE<6~^CFYJ%MujRjJae^{F<2h<`oc# zTyG^Ag3*f*7Sfbfo6gzX(lyIe9*wO$;v$!sUxOm4kEzT)LPHKK18nS>A<53x%0jsJ zp=_L=aMv6}FJD#!G=Qht!0FXP^5^f3ok@u+?9T{3AQ36<|U6dhlV&b z6hFZ>6P~v7;UIbHZssYq8q@te#Bz)M`S3=Xi{cGN4?ER;;%$H_cwZ}f{Jn##;h&`+ z5d!NW*Wnny0lus{j?LZ@K!B!?@@BV)#l@BUVL%Q;mmu2vAn`1)r9X;#3AR|&Y&ouWRH(Z=L zntT`r(wUqS3mSYbVB-_TLK)7QNJ8}=bK!(i41yUK6|};Qx|SlEa}0dx6%VeLhYo<+ zM;vei*jGRUc*~MlL%L1DHp3LI#$gG09wYeP&f_l90DeJWJ6#tM3cyvB#SY)ujit@Lzl;->l-|oUD~oth4h*(6m=sN7 zs4}VVgZVrAc4V>M`&}Of8h7V+yUafRbMu~qoEK(p?i9U9xC$sPf{MH9_n-?v6S?|d ziljYdlFgnM_U{hrHf76!D*A$GWjDC3{#8gLlm~$pOI>U3i$f|J2T*MqCWmnU`7RU~ zMxor2?P&<&p+g0(1&=6DQq74VBLxh6aQd=BCW8mH?FjvZV^ zg6)DU=4JK{L2F@=wj8d05b5yFrl-QCjK7x&mljLmqlkzA^z#Owg->oGy%nGH8J#ih zGZ0&54Gm-~>{~K1Bz05SjEbzVCwW~P8Qk|6Ikph=Xu`BB+<2N3qFgrJq4ChPxrKuk zg=`|+Z*-~*8xi`J&>Ps999qeSoP|q$M~iw{gY%gX9SB$`)9^|`b^+t9Smeiv4+>yI z3zJC-6_Rm9A0u7}6WtaSsT}Y;fN>N5N0YK9jc~Wv^oV7!JZ!bUGLjd|6P0bDnQoqV z^E|AFN6wgfEseQcA`A*R8&Q3jEP%cb){ll=(PUocVE&u=8X*$@FY=2KpeJYnbQOuA zq>(kkgF+0{Y}($FBYi<%>7BBM@vo+$#PUMq397NUUGL2F-y6c8NXCG$2#8N#a-9e$ zF!+K{&)~IBm6GIvD3z29Lrd{x7F%ppj(U<gv8|n@-KGXbac{j;c zkO+*D_LmaVghWmzh_MjQP{ZFW{E93Mp{4GC$yQ<(fYFVBep7^S2LZw=+>ET*lHt?R z?sw-XmFrCK%Qym4Jswm8Pzlau7&Vkf(C!fo0yT5sUMRF88HJ&G$Wl2DDTQl40`d#U z->qBOh>G)$oW7$8W1HuT_Pie_$?mJhiH{&%ZIOP$s^=VhRlzHh9xs_wpKUsy1AFtF zXt*}W{L&`0uuq@tkTZRxb}#WFY7|c#W6_-36P|?EjtJ6m1s$QB5P(vM+l?iKZ;*Cp zmQS5&r~Y`fT}FRP2ocue;!qDLf6isG08cVE>>|SKZyGs|e2C&S%n|MkHD8>oS2TnB z!FS}^>z_PE=JJp|DVGTqik0CbhFnpl!{F2vL+J>w0(Q0(oC%%t>xI2~9?m+^;tEMitEAz>k&Niv9)3Af1_QF5m@VcBP-dG6t7ag^ zt5`!hYiNPbGgps&O~M<@Dus^Xp9k7QTIy60jG+%>hFm$%8^|OWl|i(wps?NI z@1^DraDQJz3ZB1p(_+nn&`;p89#Z9Gfd==uQ*beY4G9x0m~@{ci9?(LMoy@%faT~c zT!$1es}{P*ngZ@{2BbK0G*ug$wQH%rD&Vm61xF0m6$^SmJ|wC7O{`#^}?ppk$kb$ z$R#FQYGce9@{%c>MNw(^SvHI?-qb5>WK8n*e)E6Y)^4iCzUEfyUF;5=qYig9wH?O==$V z#*!SG6s0{Jxl-t++s*=wkgNVm=My-Vf~~k6<8YsTa@5`8>+D6lq3-Y;%(f_ z*NT=L79R(iOPMgL?E}0efy|h06?`PkJLGc~*l09G5WSRct``D2k%$3tb|ds-&>3!E z(7;%nST!Z0n$UMQ=_l{ldEVNEt`E+w{Gt5gLSYCD9as)?oWx>_*AyLrMk(GGkx#mIBgFd%C0q*h2{(kiL}y5~BWNnsIO)iyF_GuYGNQi7FOP zf{MFkfGg>TcMI_Dl5=p9eY7z#3zA;eVx){D7?=khRb4W@>$&CbGansyu~Gbk%sUsI z#eX__*T zyh962=Au+HxtFc#p4%iJqDQAn9$k z;O+}O*4ZZtgbv^(&X&C|upGoIZUfA!4Sv+VD~9P-BIn5MSjreGmXC-Mv8uFSKDl_PR%lR?|{XDV-E3^aV?X3z=tl{;D&Kq3GO&mpv zezP{N7u!b@oX8{6WS{9YU(7=QLCsfQg_9+lRyTl~50B1iK3v!1kB*q(;MY?AKooeN zmyy!TxCUg|Y)sG_vnIB3pg>*5Z)}jf;+GfA=()@0Z5uQ*kUjBT&ya2Ql`iw^CWY3b zA4zK#T<^sR%R)aG7Cjobg_tYid<%LDiw~nADiB#*8|z*U1&h$IN;;u(l@V5ezXaEs z#;c@q_GJ#g5;8ST?Tj;o9FPhs1Semlj#u90h|Mx@aYc-hgNj2AS?#J3rKM9C+|mP_ zuL4sCVxhU?Zi1`GnMN&OfF1%|lHAuhm3q5TqXpZGiOL`J?KPkeKq>-A1HyudM<26b zY7$i)C#3O8O>1he0>BTc5J!m%`;OX|`;4b5c$YWJ8My#s`A*oHzw+{Cn2uHQ=VjRL zTX6-L36Lcjf6hIPvobRVTJuYQigv#~*`^<@nK@^nNF7O5tN{dRz&Ddx;4gz?1N)F6 ziY6JtcAY+%sDsPv&)4CC)M=B6$CVE=j34ip5Q2Z^dG59#Ry zhz@2df&+XeY_9;UORXOHxXh5?$np4hEcb*n86a9E!hJO*CZPWts`26Gw)5)@Yt=OfElwibyZtpU%1IjpJ<5ijSv`66?kJ5Wm zK$Dr+kTYR6^g1?F6pYX|ZY{F%*x_d!Z275nU1|+H-6#d*mR*C)pA$plL=uR8rjR3a zaTzr@5IcxjGno^mGvc%ie9y1B!hjO2BcFw((!_!cX~tI8@R$trxcTXw_OZ_?5C$=y zVs|(-21LG&&b&y-H8X~UDku!kDOkqI4gGTERFEpUUC&fkOO2R7`S9!|{HWQwy4 zS{$J%rw%AH6Bq$bsxRL+k9Y((9~sl$SuyVlYM^N2l3CNir2Xht^xw&ixv(fMO+I!M z8(SMM?o(B(ly$MjsUKii1rgap-b#WemXBhT4bngQBj_#)uI(DnoYjgq(a8`}zS`32 zH!5OaMT2}gWr^~>8M{Y8n}tRi=^m1MfpKMpdThQv3DE_YVtKAGSuWkClUq0Fa_0Mzp}fD zv6ABY5{Ve?ce6G}8k0Cp^iG>av6CSJ**Ek;FVyp?TBMC!2C=oV&HXL98-#;B; z=#AaW2)x!Ro=Qr6gX0|@qU&ZuLO8fbv&MtvwHdtglBfHr?*m1WmV~+=*Y4rajP^CR zm?Dw^Wx&c9R>)KD26MW*<(CZcJ7rm*A?v&CJ_V91g;5(tBPHR+3UI-OzG0^(3=v-q zcuvdaZ+MT#%0!n7iCXyCGU4vf6B1S7oer2Y%tT=ynY<-Zw`fVH`NWkT3=tYQ30O-+)A9D=3fzxOwU<5zouvcFCPNurSx(2xRo*5 z1LM&ZPVwAxgh>Vm;ZwCmM-4wRh+GYTCUr^{t>g(M@0L{zGK@D2K_VZW2U^8jOfMJ)dp2Z5JGaoQCE!eJ|rWCCx!uo44Z``VXBp9_?=;2&s>Z#|+A7W=A0G$AcS33NV;EkekmSh=^B+)JE{`EdLIxr;7nNFjHw^K-w|g74m}YWKGMZ;SWp+JnXK(_=LHU ziSqfX^+?pP|y7%beuj8o(?CwBl)N49tVj4q}qPgw4-vGV2%)l$7EF zhg9UcK%SyN3LTLw_m+UIIF`{9=X}l!v6i1Z`r3?*qA*9@^#Dd&!HYn=c-k7KyM^nx zm}MOq=Bi_1!kJ(W2VL0lFqP4koLd&)gQ*s#7FI;_4f>IbIhw7p`Ynd<|EZtZH24IZHkUSFM3GU@jqn8*NApEN*97MZygfNQi z>#KD&efvax~`(iW95x9PAvY*c9aAm zi4e&)r5PsJUxVHk0y|fdPxN~v2zQ8rydfK4v{e4O-W>}5r<$ojTL027 zEiU%J7)Sn?gd|A{%jPNptn!(Fk#Vp{)}x1vI=?9^ggaMgH2_hs6Dz_C-!BIf1YaHu z;VqWJ>mO|jr1LC`elB%doEMnb(MV(3AgFb`(hJ$Fy|^!GhpjU+49Kl@bd*e0+cUKr z<3!u%Tq6Z~XUvR?L`x%7@Rk$S4FeJ{=pi~T3myaD2!P~(1s&x4$imf?k$7u~n3I7g zcEl4QEaahzp)T)#MuV_LUG1K^qxb6a8@qPXW{KT-I)RdkH<53kIqyeeK~$HsqFf>w zbO8(hXbIp3zqIQpZI+s14w%l+7O+L9^~lT(*6ekVXp&}^EZqs$WJzDpE<@KD=LN7r z^VJ^FGc-ITmNBN`U8?2PAG}k7vzzpUtZXR0vZ0=*i&{B|p5351Ru{x}8o+x6NZB9X zi4^-h;w`~D8;H=1cl-SBr6CZhyaxydkw(t0qGL->$D3;sHG&`b*#v*ljexs%)hY{IT4*OCv17`CE6x7hc;FcW+)2^-S zH|Z*le?^SP{nOqsIrj|gF@#@4pRS*j^=1l1i+7M_>4d_x;vH|2`t?R-{nE9i&f*Wh zZUVSRoYoGSkO@S&LV#k3M&*~UgZ2Rh?NkA)sStP-AeO&GUf*M``|gNAP~4A0;}0~J z2$y{s_wskM7wE{)4Bhj08b%sb3W*pCw$twj%x1iUL!Aq!W7K9Ug5%BP;fNO&S39Tl z7`+&-kv5fzY}M7IK8QXE1y11;yg$BhC)1QXobZ}6TF2J7wu(zngKI(r(mS_oh~&@J z5l`4e1$Cmr_1F~fXsV$7q-*nd=Glc;c92cyoRd} zEag$wHl`_|hT&l_sa0ADCmHn#KAt8(?34%)uI`@*oGzqT@6YZ2MS#b7fdFwb=raR& zgP+)W54rM4zRd8JoHMAIa|`23``;5x6eM0^1P@UIdyP@i4wKlR+Xoj$5jTQ=5Tj!# zHfh%%T`^WFOM!?b7*m!{ZCrcEkvf}r-WPXBTc$CDRJW;e0c>bXYbEu7S7sBL_4nC~ zai@4$N01HW`gN)kuQJK?+MKg0+yjDAJ^BCG5E>;^yJlN$Xt9@tnp7^YwA@b?zdo8| zco((0$O_6&^a-CyH9k^Ix4*aKg!S&ic6;-6mlV~KTwQP7Ym7%c!>$^BBz(9GpTB+H z_?l$w+19wQ*=kdt8aj`-726@l(_-Ej^j<2M1U`962Ko&VL_Ie|FJ0b%!itbX$61E#187UCy!NwdET(`72+n}T0^ z;b4H<{PwsYG;wMyG>_|KrDDo=PP;q{gUW4yh(q#q=g{38x??MVsdwNU-y0YZ^jT>wvAtY$KXx!7Zo z4wj8t-a8cQwKHTLHBemOOEBZz3!(s@6t8X0XI{sX;SV4ZW1G4ADQ&)M9&|PGN8PGd zQF=>?%s?2TwvLB_B*H;gMpQJN+J) z1>;*Nl=%F=W${17WLVFTRbE6#p?VT<_Ntb?ubCrH?5@P}vJFw>D?8P{HD@ZbnRc3= zG~9$@0Hsfauo0hKicTf8V_O~qa>0>y57UgU?4Ri&Mdy~_{@K7_nKEO1HzUOH=Ww5f zQ*{W)F1!PKUm~2eWgTOR>+hemx|6u}g!y~8**RuzgBfP$s|JwX4xE^k5rMeOR9+i0 zH!cFEgA-5LGAy5!;(@!-E;=+z*sbzH0W&npqzC5tI!?A6!1J7bZ}9`Lu%Q@Hj?&(U z%o9JH+mBZbH=-to{p3Kg1cwQ1HpKI~L=06B)vLlvb$4&_re~62j2)2z@%YCka6Pa6T2UmPBVU#QdDaN4Uij2c*3UvXj2NI72ya#oQ#(?` zlRE-}%r6yQdwf(0`I`?M?yf9oOYnD~6B!v#_2WU6*6vUWAkFQ!I^K(kait3|ilDF! ztVV$RnjT=31kXse8bPP_7HWzA6LUqpf!;jb0471y`&K0e`VC0nO-0o|MWT@a z5+*d_wmaYU>4bdq&fO4+OzSBemCgPSkf3sQ2^iBIgS*jHRF|Mq45SV-C(Kjlv!(8h6@hi5cV6O-%Zk^X&)(-k&r90$T`rNOepQfgFgFTAd0LLm+l; zm%7k0kJ!#aU&PxSNjTUS1ON7WU5IgBr*Sn%U6m#X#{4`gNRp_zyF! zX6zUSq4f+9&}x3>IGS?QAy&yQDk$q#hrVNt{V61}jkC{;q+9Is+^}Yqg|LMxb<;)N zUD$m;M+4xvIFy&^$s1nU(c6j6|?V1ur;?_keamC znsLae;M(AmjM@d6&Y+#ne;>UXJJvx)>wpZnY2J~6G~ZY^S85CeM~~eY4!jY;ESbg5 z6AacqnK1I%C_lsv2bS7TyVA&C)!vLL)vF;AHB(cX@CuztgaQxR&5NqKpP`hIiw3D zw2wl<@wqKU!?nFal5Hn@SuPKU9(s&_rX0YbyHYYebN{mY0^P@XKg?_Q2=s;EK^ZXQn2a z9IfXr8T7LZTjF6%t(NK)U77N~9ein; zAp{{QrB;}MHoMST@9kp%)8PdPj!V|Egg(-3U#pC59gUdi^jl-D5Ea^54N)Xjp?)#*9H@v)5p+D9 z6ca)V`rT^Q8$lZ=hpHX+3a`wFnDkcpwTf5}NFQIAFPb8xiigi4JgWt<&g{VfoNWB> zjhQ?iRUQ@%m2zT7`sB@*iXXy7&0dHyx-3r1iXH29q?tyCdP7Q?ja)eTc4j%mt86P=-Il-2i+vW4_BEY%%!vY=<&l`aG(812*_Ok|)wpJ^10Hy!hd6=)||+1Xhah-C@`!gY2QgIr~StRZ$doGMDvmRH>|AOxb=dF z0PsxSleh;>79$Ob{OpBT` zaa58p5F)^$Is`V z%oR?KR4&OG{$(G#>IpP*rz2@A!~vL+-9?zl8Ai`2m6UphK6T$)de0vU2PE}G$0E>>y#fz!hqQ8_ zHj*{T?HSBF7UkKUTsBfU9P`#e!MkVi5a2-!n8NvmX!|KWOAv+`gP&2Vpl&VzhbC`BX03lVQ0s z5F(Z)ux0TY&ZEbYacR_c?^B|!nkkaXya&rwi^^{0wVh^Ls3h4Ez8UdgfW$M*JjOfM zXC*5gZ482pUTA#1pb!T~{c?O*#J$6obDtdEjQ#0BjA58k22^8h&t(18k|Iljr0J62 z%|jljAi$1z3L7u&%s|RBnT>a5ui^!!*o+p&kDqdmjUw2}csJ^vz3m}*%68xgAUcwO zTkhp|$8+h-CxHaCP$&0*Dnx#Z9u|9Nh4-;>fCOE@N@?7@%EgJ4Px*r7HN=g z;0+D<-;t!e`ZR*a0Ia3G)a6_{lUrH?Yck~xgqit%#SVd9&$1Ke#66JF$Tjaoi&IzJ<&TwRA%=qp)>Js z$v+u zL{JlftS_z!oBU?Ri8UE?M#|ZcGfYOY7TW5zhhf*&-YX%Uu}u0HhVqIwp`eau@XZcw zRZqntX^+Liq{&*_w_h;rQG2=KKbN?O`Rq-B>;~?-jdN_=dtgUIEe5Do3K>bM_aP)y_)l zkp0+>&@nx+e1>kA$!J>x;sDZ>H!1H1*$BKA#lgFRz~L-O@@U+0N-Zs3VGwdjZzHQ%kr5j zaU6i3TqP)|(fhRlK999twJ!lA%Q~>1+kx2IxLa?vY3ZSB=chumqjXa3aXN;dU9c{B zld?paEeuQ8l!o@B?LBED4U)Jid2?ryUz*` zVR>?D@wTWakyqj23q6oQp-B7b)jY0O^fmBwScg@w6MvFq&zS~LiyVO4Dehp*zq0}E zwnYpOga_lyEQ$2>8r#fNFY%Zhkq6FbG@x{(ZO?)jQDFMFINj-yEUu}zdL#_|%I${~ zxfv4xC}?#NALQz%NTtw_3sQQrml5Y_JGgFWD>b3Lajn>>X6JtMq)b=IvSHJU3BEIL z;N)^{aGc@9W3mddQ1jFnGI$+(X$B~O-Xrnl62oCAFU0A^#;7mAr7d+ts>ZBE13aUbOnJxz3OMScm0#&_faZ{9zr<#E2F+%F?qWjH_O(o zT#?S`e%maMCktrplYw~WOC~#?I58jK(eT}N+sN$hSTD}dh`Gfv2vLXwQ9Sb)O>=B1 zA6|E(0mPBFe*r;F!Bt-j>;YxL>jQeq?Vu+e*h6Q9I4%=Li<%y=&sf-UK4bthaF$T5 z74E3wP}{_D#^76kF?j_QQuGNMA;lRT;r=3dbVrpK0pYkoiz`$(z#|aH9TKs3#YqQS zOhC7*tN4SJYZ$nnL z=ns_CNE=Ovn!ma0O$XzdM^Pf7d((7sr_;IJh%FI$?IOrI?8tZ@jblG?itR$ofJuKC8=$zK5}2!~s#-?&b=h}nJkH`d8rDyT_;z7*_XZY=>jI6@&@FJ zo#Fb3KrgP`TL1lMe>yP!M|Shw%0oZgL20;~uNfC&vX=)^0knh8C;@eF(h}zh+lfyW z`op9))^2$|?2oz1He^gP;yC_^x1p6LvjOIq;h9f|Kk3s{#J_Ur^!QbIjA9>~ow7N0 z)!C1m9pg`6JRssUysod0k8263D0f&9g;iey#miXE(JR+TKwdDShHP46xfctACQ%uqJWdxj#&`cTC`U5?Gj7UDDB5An4L2tAlyL z07*c$zYcImLKv~NH}jT=p1b%s&=#W}(IOSug*SBjpVTr^0WEs&>{)$=zH1#>v zZiwt)z2J0AR+*f}iDcN;$#^IMesFQHOmBLypS#TX*1lQZKjumXYu%6--$>EyS}?i= z$7mfY8J(D2R`ny%qFVWB<1$Hiu5S{Lki*zAO3?+7qO-b%wg_jnoay^<0rj`Ok?T_6 zg&?JvA0BhTI2C3Cv(j#L;`ostX~LFUI~&jPq7ha?w;-ohJ16d8fC^2)i4#vF<$(*B zrqi$Q3aG(kI7}dNpFy+Z*Js#U{>W=O#?M~&-V@oaD8zLis5nfZLE8;k`^BcYmk5vk ztu7#`wVcsq8iK8!M=0%<)|MR*EVoDNnDi6JM{4hHhrCGet)+47lcmpPAG6L$(+k*tV)j>~A^U*a#BZul-{sU;bs-ztMj+jw>xbdn zDZ}}uveLl)`^b>+_oSVoIwlr8KuJ*n>C__!GisMxF=4rl$%1lDhJ(X;Ig$-EDHP2K z7p-<^A z(>I)f49)@S^N3QNEi_E(-Fb5`UEPFLhiL%QSV%qI%Kl|3QNa^%j}l4GMStK2SQ=F0+L#?(%%Bgx>gFqxPzsuTSp!9@w zG)Dl=%1f0o<`-WBwEickhJyJ)ST!{4pxHAI;qlO=el1AA6h|Z;sAssekz_8XUTF$I zA&inId`{lQc`MM$C#o2E3nXh=67lfX>#v39`ACYru~MVrxEeP=jocA|%W;(*f?d=? zBAsdfkVaPWWV1px$;g*xn{*vIZB31dHWE(^Zhn;TOMNlneqzyAj8>3MZAI_1 z&@Pwz#PH&X7qbx?oQ1!RxZ0OfY_zb#;orT9LvsO`dwIxgeM3Np@+x(rCe7tKA!+eE zPOfmLrEALWK&x)c)za}+vr0nQVZeI#EhS4%8O^y>G48&mJ-#Y7N*NqOWGukzN~vzj zDR%JS5DOAR2@v-Qe`!Gv=halD5Opxoy)pltfei)zM?mO(j zNvCZYI|d=qW=mnNvY|NWzw6O9ToA-JqoARsOU;*nue4uW$aiJIediIWwM6~^(3*;w z{c$Z7w79u2v&I>VHtTkKI|0|$Q@j{%qpB*_!Tsdth?kedPD~Pkp3LfHUI$Hw|C<@A zcvrNrW7$B<`?;HXYoOjKwh{}1>7+gr|0$Js4M_b^2hFh~AuBet?Uj(r+hIvC`XL_s zljzx(Xic}a>M)fqNVzN-e%)5Pmy#wBH=_@V`z);#IDzqk7^yCOhE%ZYGm$InRcwA0 z=g}Ee=&;k^L;g3vn*C}>wnZJgAU~`}Oyr18Mzd??%EMDm#R0Ze-WFFXUL~3ZQTx)M zyAw`o2nO0oeBVCv3s%--M@G;dqv-732n^Au<~ih&-p9F#HcrZ`xtHi*Q=!XX zF*7dT?3R+qpf54Ge)@P$OefJP1_*A})P3k4cuBWX7?j4afHf<9*`!kO9fU&3IapAM zr2mN7Y!Zn@@0s25gz!;DO#pgc9U81(kh@;_5(R+gro~wx{=H@_`Fd_FnBB>pu2%|J zlh$XDj)^xXa+miv(d0*auppzPWHXTJGH3BAjN_2`$=82l?7T=;NIO-)4!# zF{r|%{Ds(X*4JNpBfB8GG>Ny&KL)m(r0cDCp-gjYSwk$Zi zwLDiGbA*X8{b(}7a#l$!|23Q97z-l0o^uXvb})Yt^m!-tknfuI)43?DU+_&@n?zMV zWBGjR9moWruRUO^*ocr4N*csM;Ywg)-?e_%uY$isH2(gh)$VxIEv5Y}x6H$$xI} zL~DeXxRFJ%rQI~YNxTYH{q-PzmO0$rBHb|HMv%yWG5d0diKMxy$&^5Gj2KwERmi&m z?%|C73NPU7L)BPN2d_{=FKDpBX|eqV7&iS_kAJBRp?RphgiwSaSXx@4K+t!0l$_;X zme;Xy&J_wJjA1eXdN?vTE=cWI(cln;*d)?3u3-2+q4G1>?19eohf;@EP^)l(@Or8| zsMkT*L?DlFsNgG)px!h5=}u*bUw@d4KOrWV(v2v-FWo87D`Hsf-DyD?p;-k;R+;tN zxTBR+*6g_#5nHHpQFh_|n=%~mymYAuXM`|U<#PB$Kj%5>+8Z}9Az0#NIEv*T8uI_| zKvDTVTDtgp3)#7mSmj)^Nn#7_1}4CHh7(>nj&Je^ZrQ#RHoe@slROu@00}T4;e6%r zxf6Xsbk*9xE<$cp!IV&~fjR%<(Smt_RR|t^>OkfP2t!?8sn|hxho$eHarEe5&x-B0 ziv0p!gYHOKPLGuTS=cVYp*YUyjf>+>f?+E12tsh*MCu$k{&6{2rxw0Z`ZqkU0acNy zf=6%W&rK3lMA_ARz`Q4+SvW5>(Eo#w?vhNLccwg{^j;q!X}#mnpDFnkTB^G_5+X;Z zrU{@Q-ptO*rwt1&km$$OxHY%C0599=%WiiG?3+B76UR+p313jlr5_GMdnfb4#@KaI2D5L!7&0ymH=6M<%)8gC=*+Z z9ox0-C>6DVt152ucJvQBlng+y;+Fo(6BlmLGHG0_=+U{AaZ(9>p-H|e01YxR&~6;4 z)1s|6KPN~tWO-=)Hp>+J^`kXbNE}*jp z@`AV~b(WW^G0DFul?&3_g+BxsdqJU!9se6$*~uxAh+91HV-#?Tnb2tnJ%Lf-DZ0K! zNrS+6g-AIbY27R+#U4HDDW1CRKEik(g6aQIf@?pkydXJ$-LgX!evO%onZjxD>P}H( zE>uAf>3my6M$|+~I4-f)7pWNGZTTr_jA1?bT^O%i>r<|fz$^7(myYld{hec=ft5gy z7_|Rr=_+{(dR&MSI>l*ANip^x60wm96O=?m(9!`0F@sXwY~A_5d5-z>RD#$occ937 z$ag)bB;7(-u=y)gCP_hotIR~{NX)WK|GiX;jeQh|pFcdHELlh!nkzZzig-o-E$F7N zcJTs|GfZkwrms2-NipEwxPT?2TukHukxY5xhW^K*ldm}8m~p-UgDppZnc1fh8OISz z5`}Zyu@$4b7G77l?rfZ}7ZfxmuQa&eepB50;}eFio(Y(X>>R_69aRn}>|hXqSca6TmebYJiEc-L(j>DcSBtLM z4OQpZ$@uTEuBfpRnDCq5b-Ov793i+StZ-~1`e4Ns`DDc+BjC3dam2ids>auC)JE>A zGf}y=ay~g+nJN`3Bk;ZoXNv;?xU~ShX$4JG3J8LZuU|gsrLdH7peVs!?wVizszr4+GrA25CoV#}a9Nud6_ z!MR~hd@iqLkW~GD%f^Hx>wgJ4M32ua2`aM)jA?bSkG~_{64VHt>*(83bIdo=W1*K%h1t`>vQGVF!31_D)lG4F zAp<3d|M<$2ZisVox`auQtno#*L{5RvwCWxDn)S>1Kak5y5k)>phMg)1q=y8i7pe{ILo|&igSPP*qz$)hOx@UFO zB+;4v+^Mi_US)OlkQCQ?Q+H@6q20|0Pj#Sa-E}y`+***gwI?7_PSvaAm|8UuPuNDA?)doVwhi`%}*GYQ&FV1jIY{QO`=yY>Y ztdG7!UI^a7ohqePc_Xa?%yU#MlLf0e@h`+gcTNuYrNQ{a8(o2mjL+q)-yj-*R!k|Umjlz|nT&qDzlWS8 zDWeuiP;X&?6r5_l71C)en}6C!r=t-P%3N7IaH7@mLD*Z(8mm%cJ@l;l*a@^haomVty23MT)4K z|IRAzvh~w;=1AUlKMCyz)g;O==qH7j-~R;dIWQMd+9-I-S9+G%uZ z(Wm;B!y`ozw(dtM;M-;0ZTT+$8kUjgE*OAW8Sg~Zo{501>k9@qbu!D=Xb&}9zskQ1 zk8$LQd{odxR%%nE-P&ke@P`JT$mWURDyd2qoL?pphD{z?7#(er{_9i@*c5{JCj20c zB>%Y@2dOBS`M*e3*+aE!iQwNu&|x=C(F2ir;2j%m7oTZiFax#VfsD)Q=cl0oG?oyd z9!Q4vqI1KTav?};+uD4dY_R3&;Olo3@m~f zddNl+rZ%KVl!KrQv4Y+yCaFE+$a+M$X!e_bn*i!)oQCLF;Geu0&q3xmfdQa)i8c>7 zsfN?yaX1Z{QZ@c1w;>B?>%>s&66&tLm@zqqT9%WaWuO*L*1!PFxLXiq-~&@3@u@Ex zyz`V73?7XM|1*o^_Yny+S^0rG^IR1JH=u<`$(eZeLn^%g*+`}Qy`lI9tALr#P6HV$m~xsGi_KGWO{~MfmO#)@djLJ1M-5|iV&=a{KbRnw8m@4-XJ3lPPJ(c0u8xTOm%flP( zS|#qn4bh^yUrDZ44$xd?@pjNs_9ol2ddv$(Uqc>AW~r$O+X;*@z=^f@kc%eMESGsNhbz&RD7 zk(~`w9EDOj;C1R@Dl6FZ`F5d&54O+qSwy@RBk*5!QKPXbRytL9Xl=Sj`-FF&7YTuZ zjpys)QX9Du+r+qX8lE0sL2oHU7g#l(hCp5e|EmEM=xkdPFU{nLEfd-xUYHg(FQTU2@g9a!ONb9C45A%1u=19+k4Xa((bPEokXFaz9ZV8 z^Fd?iWHDmn0SEKNH~Ph9G4$ImGki;eERB{x@N*~%XB{^mvw5&boaRORYWSp^GDtWE zI_vzI-(d|gnb~R5EgieU&3Jyv=kdi|g42w1?g+S9RP`^ln>>Z>rpT=7;Y-ZPC1mKG zFr;XLgjjP2NUD-4hyF!7GEj`xXrq8cGu%V=A*VpV`dHI6BZ~z%^a7=7L1)FJ2K5uL z@b5AauOSn~n-{<%{%$E{uA8Tnp~X<(iukt3GxnYue#$5pFnPpy;sAIFf;AEd{R6y~ zQFKp|`PkSFqbqfQ;=@sHPWd#GT7No5L_$az5b^NS<_tH^BFQY^%!^G5OFTf(F<^|Mizx2`|gw!+8wm7$fCfNchDrqO-gB()ltRa2lP7& zV6^86P@yf;e7i&hIqqdK=1?%M8j^+SPrX4jdevU6AtH*8Ia!OGVO7~mA$48HNU4vd z4B0zD+Vi%VOKipW2PZi}uN67uN_O+SRoD^oj1i1NFh*400ol%miK|h>HQLzbzBpvK z(pJIbhXJ>krNkh8+ph;PM}_9MwTY3cr$Y4h+kr`}p+_PhuW|5wxsHjTc;BTHYPBIq zKDTJkuZQmgeChI;G8y0%-ahHKtmP9zfI8BfGY}zoaowtcAFp1_i#E*NP4)@GP zA&+YgAa`JHJVWm@Q3PTM}|0)G(J z;f-S@Pl;hE?QFOs$a0Pmix@^Cd&1~Q_=#b1n2sY(E=SsPKq1a3(Z188(9KOt1mK8! z+!mxt2mq^?QqYj}NB_0Lt)uPbu$D5jz-1FpMnwg%gY3)k<0{8jEn6vK{Cf(ECdlxOg%wv$FM=}f^z#2i(P@i7t_hS7tYVnPmD zYezb4aQ1lrFNeQwJ1_bX40hu-p*b(dqYubGhm=J7o9cdYgVEeIk7Su*e9zQ2@X>bJ z__-BZHdzrv4v1t+0;N#};`n#+ z@HO;(lNE3US>dW4sFB=nje;HFl5W7z`a-+{C2!q+CBc;xQUG4IMcOYP5pJg+l3b&0 zymlLi#t~7YfN@jl_PF`M^W#na);noseOP0@?x3?45wD_^A>;+cTXk4c{L?WhpQUm2 z>qVxQL4Fv<_K&52EGyynh1qq#Z22`9NjMX_!SOwIlEc2E*Ls9$Ft%*BqG|ERV{UN; zusdv}KpZG0Q`xO~l@@l4=~q+*q5G#jx-fph-zb2|S=1>t=;#o0m#WE`>(B20E--ub z3NiP$Vv-NV@WhlYpo*`G;kgK`A(V13y)0KVP_|lw0ZZ`q9)l2^jyax;PUE8Q_Q%$VHHCK0FZrf>vG(_rEa`1tI$ua4%Yd85q; zCRlYcv~03V|NmiR;D-&?xtgHr&agwMIvAAYJzKTsh;GOhe;F&bpnSuzVr$fR*_$8p z12&PpMM#M>`goYVHMuf_H+s-ryl0aG@vS`;kDIu40fPn^&PJn*TIFsC4YHu^D}r!^ zAH4Edlh}pw(d7J7QR}UIpvA&&-nJ}pG~r0Ok~vNNcZbS!`W&JE#1(ql5+h&7A({5P zBG%zs=ilSu_#TLa`~Ne>AAcR-J8=J1q0$YQ?w*K32W|Gh&RK!QjKMq#C7PhfK$KrA zFlg3GOSE(Rgu!%Sf0?i6>xU$4P&d$P5`czFDLe@?WDw-amIDks)kF2OSk$S&`~irm zNW?qI+=UO->lHoq^?ry=5LPcBnY^$V9q4p5UFzJ1K-HU#h=CDV_ z^%QT5N;t6zGf{M-D=1@)vtgb!4QR%G-BISuC=Y-qNzF}H;%Pg%uYz4iSesH>%^FzJ ziuguamj|Lea>z7zQHCJ$_mEh7=*AJ!wKqKToZcFl@leR${72|R)GJUi81S$|2WSbd z(5cPUDX2%e=(V;i=`fkBIi5E7sZsVYX1pVoxvL3;b@lOZw-1y#6x2z5mbv#0(3(0Z zPlG&(m|ATa0PeKiTVV3IA;huXk?*3`i1ygp`?-YWFt{Q*p8z04@6hHU=Zj{BNl9BU zrYX$5_*{mdv$#EpCVzku*}I9-a-Tnc@jX&w^b-jjIgFq zj78I4lG0l9Z)iy6wFSD}7R7dqJa8b#m>3yDr*b1bVHosXV6{PFib&mQaMe5QbsR8H zLnD~~N|RG61-_ej+TqASNag}(8<*m13Cw>fOe^@6iV6b zgZ#UAmcd14$3$37tO$4G*c!%!1 zSvH*}(t1Ndq1^T?^!+9jTKe<2R8Wh{+&R6uf8Jq!E|L=>1E>GQ!EkZC&RU((h`kXU zkOIwlw+qcHsn?WH`QvDOaK8`CfBAsbiQY!;ve4|HrKy;ghAJ{PGuBUNDQsa#h{S`U z#bJWcg+|ZR4_Lf<>xFLrP3+_D6AmuM{r5J*$c3DY|(tFPQ3zq}l*! zw{U@wxut|htp(Q%0SD~*n|x5`m`xgCYFqK3qJmrU0&ckpKg-tob2Ql?zBw+m`jMZr zkGAv^LC=LbbA)8HTJFXnE=bY2z_fT| z^+P(rxqX`{S=GUKVLWg%dUeL;F^O4tufo(_lntub(CLyrN?5jGC*J z06&=-1)P;4HB~b~>K-MW^w99P_kQTr^vHmT>9O11g9)cRV;0t!2}Yb688D_4|VWxfPkIb(*V7**mcfyv!hAp^y=}SghMx z$f&8~e34|gvIu&~0S|*i1SoaBhB}sDx((!@>iQ_v8ed^S&EK~=g>tP$YDxMgsccC8 zNU^2U0b4ZvrfG4g(<@mpibv4sR-$y2#3<-JK@Zu(911>V?)XpUYD*yghkhN7z;xQ* zv^JyRAozgkxi(M1R;Ee2)?;Y8cqyN0ag~4c#|XwUILer*W9M)X(485a_lus4OYiDY z&hdDF@aY#*M^mALV*jXcU{-kJWGO80-u+gC&3K52@zmIgZLyKwPWS(De^a3IEjA4_ zZ=O(WzH^yqWn-H`%h6jGgz1y1)xPn%NgEMLu!o`_Tk)kSV~07jY^1qAt&{OpG3@jn zIP{gVMNqjBEJ}CFpG}=%SSB#2!1;2YOrT__>oLERhVa_LraWL~j;$jJ#U91!18J4l z7LlU#szJG$$vFlirQ$kW;_X7==2EPzZvQJlpob7;+f&8neFsA;amib{NBIt_r$w^b z;nI-7Dc-9z*Mr27DpQL8fXGS^AR}Rthm4nT;h&ueZz-ANJ*Uiz47%b^!RK5x(Mp%! zT^JPkH$KJ$&}Y?nrS6$^6l-myW(vl|{&;$!DFfrhb02qxkPG=`>`Tb$_NrrvgxJsO z1hOP0ElenqOf#t=grr(UN1y~2kEGOkO9gZNVMu|xga>&&bIk=<^o1Gsr#<72pH?=n8t0 zU;)3dh>1Clg^S>K@vN_;Q7dt>7IETk)iRWALzvAZ9xPbEuel4(ze; z%qu5s%+|qweEO)$DLs3iL;d1MJ{N zu&lZRiAW&QGJr_zh7okJ@g7kxsxC>q>W$!$djZb4?@dCI%k4O1vaf6>2OqH^9qVdJ~q-FZh&i+FY zP`oxdy_KwXYGK6~>Pjue-PzFj{uY2}1XD$N|GPdLL)B_Z2wVk;2ssi?*tp}`TyL;ZK+BG;B6uuRT2 zVol38S(*{1D{i~PKPxjbkkOuwdm|+}Hb3TCfuQXZwJblikq!~z2K9rDBW77{KjGme z3#Hb6DsXtYv}Jy`-MPM~1I zF&3`HaOFHeBjBAEgM&GdsR$bN(a1w%8zLymow5+BYkenUz5x@1qSa!~;ZH2{2u|R( z+J8~b3y597Os{6i{I6$Pg@fp8){D_!JT5`}ov;LvSr6O7up`175%pU&=6km1$m{=Wpg-IxIXbWNcvn2q8vFVdBeaJU980_t8c3ku# zaJW{Nd&cS5dx|1yzyn1kdxV=4$Bww|I@@7!Bno%lb}4{ly=Yh_bF-D2dE%yZd!Zev z=RKcDnpM+4CX@U26@odt42gmPR~V!A$+4%L?U!w;x9WI?35Fmi-OWxqNF&|Ik%`n` zBR}c%{S&!AklGvKr;n*e7HQ)Wz!$740Hv1ANOvyI8wP@F8~W*4W_sr{o0;7|+|AkB zrk6&vmMj#P%+a7W5Hcm4jzQFWX&+|_jlAX0i3`+Fi-VbLK|sIQi;}@rmk4lhW4RSd znpnG+dA2{ZJhwZ!u>0|VE=@uWcqdzV{<4qj21eza$m@YdkF^n7j(a8!ZRxFKU(b|Q zw?sD^V8b|%64;ghd4bn2Lm?WKno;pxnw(2$TE%`ruMin)g!&UmYad|w zkkbjk$nb&^Ot7(2H2!G^UE6CSFskY)<27xZxsEY7U!S_%dwCosiA&fwktks|(G-U! zLa4}6SCb|b*}mV(u+Tc2@8#hDit{tK0Q)+ zb}IzgSgMr-5nXr##4;Ta{=30k$8qKU4JP3HYqeN;e;jdOejvp_mw8^hB*T~m5KKsd z%g{Qf(R5BZ)#-ptAjICfJM<~FW5Okq(oe0FwrzQx&h)nDytF*)ph}H1NfqoVvoc{6#kl{R) zxMx0iXYBMMA?9-vR}I|Fw)#8>)bKWg`it9CLIqg$wo#t~?pNcg^l|Y+2X=YOa1Nxjc_{0bzhTk)0}RNP7m-v?B8uCv?ybHRbu^h6U*L)G}{YX^CK6E0D$Js;=#zp@$z;NecK5 zO!0Zgv7`rs%_Mq1700 zO#v9s-q0y=GD29gwmr4L;F5%)L+A$8ZV6|_7Qz6kAR2M=(uO;IId*x7rUiWH!b_Q) z=LSLdSu0v}TMX34_W=SXoV^748%57vVOe|7Gv7O`S8>vDIf;xP*D3>Va24U~<;>PP za>!6*X23qs7Cs>-daj;mp#C0Zegs=aZJI%3RUmaA>|9G`S9}vcEu$d~-ce zHA~`knS;cTyI4qzh7b%8&McXe33>pzIL+A=&=<7@#K)-J-f(qSKMrwcdg%%g_${6$ zTVh;rX1*N}Dk>7P6+?zKV64H5!EFF3Ti?Ue4C(HjA9)IU@Ol#_s2UqZJMTT@XWf}V zmC4>qF4I1?UMEn}3PA))6Cc^zToC~k9e?hAy4TV!p}^%6q4}12NB%AlnA1>wW5pmy zKBjOd?F9ST-JWEXn}~D@3FB5GUz&`zvjjf6Np;`Ih?%)H5 zzco;gY7mH`QvyQBDT-AwKn{K!c&$)~a2CFJF5B2&4+0{Ka2E;GcKAv#MNRsTZuy1- z3*-0I;YkOhp_zlp{=!J0(cGx(cw(q;`dq>__TBo zwjXqsYhnnk2b19z?iUQ$*D(?5$-_CAI7JNI60k+bYF#{+3ARM-SKq@El5N$=It=UjU7oNGkTBV&97!ZyR>dz) zf~XL?aS%E-O;=KfLbX_ zk}isxAr~-1jjW0lIVBjl!#>-z39lS|OJX5-&8Xi#|0_N-M39->ZDJ@|^RZEW*tKz} z-eWeKR1o(-_gmhm&Ic>xN9#yr9}&p|)kbJ3qv3VCxL5Asl$rjQF!JzT8O>c+xj@Uv zjMGCWMQi&!9Hdb>TuJtt-E9W|bU7t^LruuDK)84!kh&N(*3ykxWrhj}!%oiiS0pE` zmErJ^jQYX3d$HD{BnUbSirPfliw+aI2$My0P>q(&uVH*R91eZJ+ZDGnxq%V3)!C%_ z(f2k-&B)aPWnuRa0;a&7C>bAmc?7bMj7gG-sRtEen_DvWRK>t{{Du8Ctue#<Oz=C~j}MRT~3_fY^QPT@x}qaYj#;KP_#kf%qxSf|9Evl%TH zfuj`|)`97UrVH82$2PIeJ6Jf{$jlTJ=ExT9;sq{Ohp#+fnVo&4Ke7`;Ow)Sk$4NWt zpww?(_FrMl*ODCVVGjcjSlAc+)p?3D^Bu5(S#2j>i-3;?S?0Fkj~%Faf1TP3hKeaV zn>8Lg-$v4*0_p7!?QBxEO7%6Q2dS zl%QL4Qg>Oj>VD538LO>!Wxh^`jeuL!?f;!ML3v_NTtSx}%a0Ie_z=6SK^#zDp#13cc&cpRc5e5)o% zT7b!Ic8+!_$NvaK2r@b^ zjlW@z9FW&0W<}{ZQ@uZj7rUkFQ8+7B!89%snnLkHp!^H56XLYFacjBY?oI6*_ndez{;Oo^1Z^V3hL>fHeidgmx^nLO{;&}!%x_37cT zslNAyWu#Q3u;)MJo_fak|1}y2ncV3ZtENq>v3@wU(VjI@-6ade8woZnb~W*b3?_jz zP?*ewee71+H1=ueH}psjICz!ZPt@U2<#q`#ZWdc~U3i!jbuND~xaO!PaO53W2oYV& z#8CIa^`zW*E@7U{>61bC)5wQ~1(9I@Ec*sxQBCAoLKZj} zm}uPcLsI{UdKk6(!8}M<@v!hN@DjVS=Shb#r{g)P=sPBw2j8K0MOolvugneGOgTOZ zE5JxYI1zcjG#VK8C_fRW2UV#&>9UF82~{x;Clx>B7jyZEVcZfi`Zr=^pShb4%rT2q zb0`wP@k17+OdPDGA;$)B{(31WdHghA_VO^j=9U*C1*N8B!npR#7Zl-3m+;0eC=xhp zobhTpmIx7%M%{X-#t+QePPFJDW98|#sbr&%%Q&<)Nl!H*N4JeFVUztbMWU5pcjEUc z#N0KZ_LMaL4^079?^(IdgH2@hpF!;XB`3GgE>iKL0ot-j0JPH@-3at(_v&;e@Uu{` zc{`vhT?ITwh_YwbTu8dcGqZG{w$NP3C^35K9Z`}x8eqGakj@nT!4buxftmp#MSuUG z>TZ>Rakx-MEcNAA<}A|AFpcaV8IfU&C9PR$^e|jrWL;}s+@ErA&hGay)Fm8`h*7HHV5lHEYMb9_sB&8C46s#xl5Re>peT(eUSk+96&sc?_CS%I>N*LM=L zXr}pBlfE#WnnK;Go|-N*QZf8TzFMLR7T3EHP(LjSO34`!wXh~ty><)6|tC~?Men)|$a)+ZmE>_V4LUEDUS4(5BG#FtFhixhg z`+1qFArnK#nMGX343ENSU71I@iWHGy#HvYJI3}pQe@=48BhX==BLtSx6JG{w=Kum211?O3Fa6W*invr7%sG89p(99XDs$dsgJl*0N9n(6wy4cj({Tbzq|N zDF}E?@<=PfxnskIQq#X3lCM61K`j06=7E1`gH%rJ9^=}M)(KXPYS{Td?7CIq$j+r*es60^?6`v6QN#>0ECU0%; znnYp&)lN1wQ4;ZiT&U?6v(+7g2^zOqbD$e#1Uyxb*1h+2Ku_*Hhp34ek=N z65?cAX<||0mZ#}n+y|qJTM>E9!eSFgNi=-IVH*3tkdtWlc=Uu2NZWsiM%a;6lu1a? z-ISw~8gCfALxJe6JhP}){ZO8qX|78aLd-KquibAj^X%KX$Qy-5eljEY(kVOC=na%Vw|;Qt>P_UT-(3Pa#S;EBjoWyzVD-4XD=l1q7g4%30v36&yXaBMBqvX*6S@AWAVG47b;IaPVX)W~ zL5&H~9DIZD-10!$%f`Bk2QTzGVfu=;%_y!Pm6Y!}QFJ^=6I9tR^`y;ck*z z0clvq7HKYt0lu)EyvPcRu}~X|n*19dL49F46X&S)97d*4Ax_p!Y?T0R5%owgCZEnw zgtE>+Tev)uuCEwADOH;yp;~XArN0mY9$YWka(b2&Rme~M?U6oKL5gf(Se!pi*$3)=yxa$qlwQ}q+h9AP(j}r zc_$LlEeX%ZRu4_ENSAWeVhJQ0P2yblga)_%u=i3oJuLHq3%sr2 zC&{3hAtBW{lyNxTG)irFl4zj@m6%_vr6DDD65IWS*m_;1ciEJAqp_|yJqkCi8lIsx z913ZFwpF{1=05h0#7JlLTyt24$cJ3gcqlw<8yQI&jsM~i56S6f3 zs(m9}!3Ec_z>Y6w>FV zk!j}W7k95*kf5e%Yzkw+BL$VCsq2{`O7RT6%rXFBK%T!HRrE1!Gum#xbkm8!OCflx zA@2^>29QUXsoOPs@o2IjyYAsxxS!Ms8Uff#1MNxdt1^dJt;wWD==qWL1cX8{j^1dg z;b{(UF!B@iOQV7j6yp^cr8C@(RX%VEXrxYG3m$L=I(UbcsC%zD?VV9v=v%~Z={EVt z<@Zjo83sbK^=}A@|CZ70Hk<$U;(`_Me#v>|S(wqjk$>J;@e~|Q#BRo`lR8>S0>6eB zcNjtQM5J&K`wJn%P#3vYaD{y(Kvz!KUV=n45m)uxtULhir@ugIqlbix!Ae zC_TBrQ8}eE`yWZ3ATU7N+^;b9N28Qs;=Xa9D*ab$iuUk0hiR9D@p&Fo~+1muG8yA|N{h3r>qPwnWnoZaDC@Rw+HFTE2k}e8y zHrH)%pqMmPF_IySOiVEVsKOHm0{Ffu-}NrDfwi1S*{-T0jCNx)GR#EX zw-G6uuHk>90xU*m3Rncss~1u+`408S(6kU3_d(ANG#7CSW)PcC*{Ut$T>T_zelzKWg{3{xO#@?YKX=?2NQ%w$|{bG}_JUdN};HzbGX$ z$v`V--EEVd(Ru=Y$xixZv4tuTgeQ^vDJ(8=ZTVRv`5n*<>TSDp!9c+NYs^O>882DH zP=omlb!<>i%3`A_Wz~b@?iCwgo4)B+Pl6}gi5%c)xaa`DaG2yw(bpO|@M~6nAe9(7 zJKnUQw{oVHEG#NR0yHpB$=7e$(74t`Rq%9bhdB6Cuk{9T*%>8IFq<1UBmeY4VknwR z&sgOFsP&Maxh9=f$sx{b8bM^IPw^v{TYH)EK>#}Yp}=h2g0{oSH)Spnl!*0o!Ix-b zaH=y74Vy5lQ!%S!%Yl;#nt>5XDA$@|46hET=oc24?~ncS{C*m_L3pbpYom5j;2}bQvd4Y|p6i;D!6RUiHX+DG@)E@~BUs^BmB3;h ztNe2eNVg7ryQv0b@Xk;+V-K8HAMooQW^QP_wr9 z{%N4vBOZ|nGA8y0r(Qh@X3ZE;f>r-Qr4}a!`pG$p{9gy4Dw52}dAPA6;-}5z3qyQ4 z^?Yp+u-bU>-k!*<5NJuHX8qTds*qLLBxTTu+c*wHm?jEMoj7#$rlzh?40`l@^j3b+ z-|dlI^yEvSgVjsI9vO2!?T^rWr~Sb;8TR9j*=Jok2_-F1ujM{_z4#`%!nqjC?Bv^s zES3 zRJXADDFYv&u|hUOKK=y@!^LUvBAJ6AS5@^69_9(Z*gj!x8e>@IB?$2N*P>lV@*7@r z=w?oq^Ay$L-PjeN2W#caT0DzKV@dhqh3gOozw$uij;VMLKhu=2Iu^LW0O{9UX?{`* zOzvoK{ZPD&l5;$+>Pg{Bt7NN-U7&j~%UOsHPl#}lQ^nXTG12s_QI^oYU=}{`+Mjas z6`x~2H=lu0nkf{)MRb(+0NB&ii&9kG7nNb!sbraIeH@u@^YDPkB%V9$2%XRx z6Iw8@A%-#n8^L29AU)Ffhi5ZX+(yd@k-#l_J+Ig|7gt4weFa;U| zn0Ke0Xex+=jk87g+k+lpzt=#gT~MvOkP)pTvE2`RbG7}~Fjh8Ait<qFq+!M%u660ow5ob@wMK0vH`rZ+;1=HadOf{W8n{c6&Up=XNRd%Ch z7=I`{x#)s-EA=TMrJE}90RVC>Ejq|InTWq~6gUl0ZU}f^iyMMu!_=v^kihhSGpsDJ zZtPZ=jaZrgoT#Tly28Q9tU#G5sSsP@9&qEZ)k4^}Gi8Yr(X~n;$*2;X6`6@CoTh$(FbhO>r}nm4F{|C^YyKc1OxG9CcW7wB z){yq2V0NMw?xB_Xdu>)m+oSrSK$tSKOAsLuY?H4bQhnH1nhprcAIlBUV@*wYQV8oJ- zzu{R`@TCUNn3{tq76_gp@K4nJfs(jQgIYNR$cARTFk11n$5As{Ux)zdVl#!pkV0cY z%h;MG!uOi8P1Dfa^b zV%7-}d1#v$vMJ3^_Q(%@O#3vjb&2lN(0?Rz7_7SoDK?7H`q*OZ*3HF4+6%Bo~oG`L<{$1#}S_tpKK-Z^|zdbeM zm}U=r$@SzKt_?!K)FFJ|(QCe&h0*BjiaB(NX8gt7VySa6QbwWb3>rSwnfG7bCx$JY zNB2!ISsdg;1Ey*DUFwOnynhA|H{JP_NPs{Pm?6VTa3EfSVMy>w2EfkUNY2gh(-mfr zr+z6iB{|`PVC_v4lzXYH;qh2rzf1U1RblOz=xTVhRGGiCtZD7|T{Gp2G6CZuFamKC zV4sbkE=_S{P?)cIsxa?AHrARa8C8aEpj#u;6vOsd@R?0j27l$U3`5Y|**2eiP;m5M zcW}TpR||X7+KXb?yq~$QX?|UE0%-uG>L@bc*VQVI4NeQJK`a~YMRSG- z>f8wr2rGU{cV?OGUO=0bV-1j_vDVS5wIhot&^G$~e1FW!np?hrt>9xz8Y!!CXD#^X^L+`Ywz^c8uk>Z;UzRn9qa@16KwIb%?OK-^hQxWN7KT5WUkyGG`8lb9?gDj8B@K2Ie z$<`(lcG-_e0npar*v&Q|orm&}Onf0^v`bDYmpby;eSoFNQEFsp;L9X>xal&o{O1`x z89!yGJ=k0$3IaHYC%hf$RzXxwG03K`AhT0hBo~FzaF%YQVKX?2a~9jkhIIuq z=LH637tx^XR>Z*jGx+ouC2+*De(ZG)ES6V&kHLB0Q|gyUdn-u5$!25RR>sq z@p#dpCMLJOp2z7x*?o;Ly%18jL`1g82_mkjZ-=_r*DYXyYe()Ne>c$kMi@G6FCiVw z{CmOB=trvh^LBAGdB+O5O}>F4Uo5RS4g(k)f?bH-<%=A&Q|X`fv_Z0LXAtb%fziQ) z^hdj%I6R41FQB+4=L7C<%h9-%IVec7P+MJ+2&oO7yMzYu*Xe&kS%SZ+1kY@g?PZJQtg;w7L|K^`9PAJZ5S#`H-%)lk1d?+GgCs7 zt2^MzKdue|@49g+6!4xfqTQcat-VIKDUHWIkoT$?(v4*a-$$X*uU9h0kA^8DB)d7E zPzyUj&C$_*zmMX9tA6He_~2Cpx7aL)|FUtxqsqPQm?>UkyhIUF$GO+*GOd_|V8Ey{ zy;S+;UaeKFI9U3)#1_rK_m<b>hwOOio?aTYXE8roy033*i)qRe> zXYK7lzoQ+5Bu!FpvD)}`qac81yh38tCe>4mRP?-7p~I-@2M?mac)%Jlt+Q$@ z2VMrA#=3}QWy6o#GO0%Zo8j2@M~@{+1K`38p^mNUNPeT^vvlgQWhri}MI! zapq@sKMH=b6F`QUQ-_s_XR0dt5vDkLZ3i1$KVP$e#gBA&c(;LQZK>FIL7e*`4&i&% zGsw~vej%0_F%b}tK?bINiKdLm`dt4=ImZ_NaeI4}D}u0BE|T#Pr)DbrR#<|QVM`;Z z?HyoSxSXDnmiZrHZVoz74j13FQuUl6&jWxF1S2RSDD`zIO)%(oM5Q)gW|)Pnv6U7)31E@|jcp52>*uRn4gTf^Sw(M?Cv?H24k@8Ig^2x!GK2shBOG!)rX)nQ0n9 zb3SsRAa_mSD_LoZ84BG25jbgIj^LH$3>1Vr3U6X-Xr;J3B-nyRMYoG-CYqq0@|YI3 zc5`qVxRV}c#~!&q8-TmLPIm{()&g+Bar?{9*4}%5QnoK{+v<*=)=#H=E$QbR3X#gH+A6bl2(0=q> z*{2j+7SeeGk-d8`wU?2Y!@tmR7kgL>N6=e}+^L&;lo5%^jykbL_n8*^(X0rWj$Gam z+_E}Y?qv&>xnd}Aad<5`LH9go z?E{F;*nSH!Dm9XV3Bh9M#l~YWO1GPmv}QPK2kp1YuA@nIJ;4|%{ zG*i!XVa$$raH|1f#8Ju$iVol?dZ~a|A*{kE*|1exW^JFdVeGZ*(YnTjsxb7QWga#W zLRa22LS_e;)8O!?+ozYGgTpwzhPfZ@S85NV>TQm7i7!u?eAeqtoZo}k1dAdKoMGGP z7#Z;1o}#sXSIda!X0R&Nz$$+W4EOG4vGUgFE^J%r_szlxa3O0i-IPCn4GwT!Tw%(1 zh3pV>Y=P`I=bGC4l#Ukm!OB69h{=0!o(jEifpx)uy=cH;ul6X$c6=qNzE~w3W=SKd zakD!TRHJNpBBcbJ!c@FBg#h@-y zZ1_9jG2J)sA=gyCAyE;}Y}I(5y7t7&fZ*$u)8?xQMSDB*FlS;J^XVHT-a^d~>OwAV z8B=v<2x(yp%Q4W);8#NKuBe}*L24`Bnp!XJ5H%H{49;t0)qlQ;%ov8tO-9qDW>=8L zIWZoD)mDf{O3^aTxvEL;x6fO$fX#~}QwT`d4MIw3Rz;>xAVZNpWy<+|1P z5fPIjL3<_y3pWR5kbwNlI$4f16nQ~Nk{`Yf&jCwFt#ok7=oZo?+Zh)mZJ-vAejz=g zq%8+(z zSakuqXx6=qK?9pj9FUoy@j=dkb*T3FKuSpnU{@t_bJ@}uVY4BWFly%6)ig2s^g)(P z&b^6DVkt9dlPif0nA&Byft;zrYo0_dqJ6#~1mk;Z{I(yPt0bVg>(41?O31OETCtV= zFh>`!e2QHanWndZ5+8Ja>J;9|yDri;4*dsgJf?vt4>wxzxAUPbGZDId>PR*dos}iz zIYF1C%qxvEWpt>-lYDb&RZpU` z9{_(!Ks#uQR`u;fIcof^yPWtFp)(SoB+zj_S$Y+L=e@~O8E15?up>N48!3#`A~DT# z`8&3E5Y*34po<4?MVC#1Tqj{z)40?Nm6?bj5PgkA)Rshv3t0t>FP%ipwD6AE*ojrF zmy4JGL*G=uYcrV}ouN4cF98tWOWP&Np|yJ&L&-rXa_qUyyE8_98QUC%WLC#JBooNt zuSp*0QP2K|kF+s*JSG&MEAc%kP;QM$9=kAT+NyP7Cg5E++{(_T zr#D$7MnD6|diVdluuJXj=fs&*+P%1TV)$dFu{9Nhii>u3;>V zPO1iZwJJaH=!az!+bc1;p)}`4<`V-G@kj$gE&~}EvBg4G2w)3jRe-@UD{xPv`IOIZ6nwIKSGDp&nP-Bf!mNM-H8x~?ZezF_Q;@E*@igD2b_Y>;`c z{bPgOZbD|q=O~q6{3d5TR3%Mva7URdW>4E_Lw|!A;qE@n`he)V6^AJPYqT~sE31YM z{#kLlW-&hiNHohmkt*CpxXtQ^lo)zBWBsxfWAS!s`v!h#>w*2`SP0Tn z+w7apZFUiuQsfWO&2$&c@4jI%=#5~t4)PWm$oL>xfB6ivc)=ou=tN1^kOq*}qX!bP z9ZEF4aKDambPOPkV{az(^rNW&IVkE><=D`yNk?__L6!WXF0G>~{EQ=^N}N97kdNlu z;F~7$(ya#JX1s$#5%zsgHRx^MaAw9yH^-eIod+d$&wNNf&b+ko zeRn0|n@O7G8k6HVeE$aBki3A=NiZy~7h2Y-2wX9WO<>@I`&Rf0x?McB$GI@Q=74MX z;mRPf+j=a@kSGzIqHk>o%xG4TESTI@8=EFH6H9Tl^puarYy;$&)?wd9lu2_W^%aFX zXi4XDRYgHBGpwa8a<{KDKvVqy5%aqga!hsYfcIAPe%2inM&-2lJ zP_RYDyf2TLBHok|xibv)>4Mm4(Lg((J`uI!|*+6sIr?(eUuM--9_J`kO=1s_-|QO7-~zmmfe4#6Cm3$O;ix{xi|X16P5@PEby$T zy*)sC=7=J{SlY|Fk5n1KLD!7HiJEF?J*Af+mN*4DJ$|7vj~pE1+- zJf1p()A^kt8Qg89!<7Pnj+OCY>0dAiVw1{e2Uz&D6fK6d!`W`r;Q`|ri5f7>d3T#R zz-WsqItkyu7=3X-d^1-N*n=Iw0^P1y;%VLb$J;ud~=jY}nIgnA*T6Xn}7N@ij@6v(A-_p2`! zSr6jx9n!&O-IXY^i2>I6(4o?)<83m!Iff8^!J{4;zo8X2k509De2$n?6gy>^(4FYB z=PGuHOvw7ipNKDEw_vv+5gPJ~3@gy2i(eCm*o*DRdWm%z_Yvsz3FCYZqx(39YItO|<(S>M` zETlOks`~xd93@ZA@SPrtrLo|W#Q2T>r?rfJ`}pE~=hnbYW^s}kkc#X?Q8DX?oveDe zI6hYT-mAmpyInC89N`wQtV_Sus-SVi{E922t%V1m@sIr9RYSrhpsvDsE!RND>0F-J z)plSJl%R4KCQ+HYa)G*AAxs;LR}HSL!5X4w70$oZ%D@%a+RJ-bY`3VAB=C&SqPAW93v%h^;9|JWjzRpS|>S1301OSu3yOy1OVgkr`v z0is;uBI&i-A4+>6eRsW!Pgxs0<_lm62|#Tvv898&K+w!a9o*6c-7X9|@Q6}HQNCb& z%P7|nB7$Q|DN4?Do0RbmK``dbanKB)8etc@n__V-8Ou4eh)uAmyl%wY75uh&sdHp; zq{bcyuRjr#VjM1gvIJwlS-{k|H{9+#^l^pxh+!U*dE{-WZ0QdvQF*leJyYE!)dGkv zI4r`6sp9vbB$#QO<0Ndi0}Y4r88bV9Y5p;Fhj(0f)L!mBkA7o_%@jco(dy^gLiZ$d zj)_yz>l;2LEJ)pspm|3eAIM`Uv%=+Y))=#{!(Lx^UD8RgOBbvKLJ?O3gxM95mflp{ zNvCwE>4OpO;$BS+Hhj2&5X5Xk{~L}q2xk$9{fuUdJ2%RcWpU9v7Zx+43c`!k;Sz?9 z-Umi8w-i3W7e3iIRGmW|;X>fq;@xY@Ss8|D4d}BK@Bh-3=X2D4C=FRUSr;)U;Bcg2 z!%H8_+&|%X#?5ipWS}Fo(@E_QYB7JtGtaQfF?2?Qndka4EqzD^4O=%cvvB zi!4pp{97fQS?du_FuUi5E1Pghn+%JltV@DMtrrMD5z5nTW{~}jOnCPTUT}bjk7;QK zD8Jh1w!OrBTaM$I+ z({>jjxBDr_-ztk5@x&NE*sPuQ9Eb@-8%PuT4JQe?dX32bczH3L`1hH~?e9v^W8k#a z*rY0+Iut>og#dqeRh7Dk%27|Q(6tutHwZ3n_?0Dvi~Qx3rJ{5J-PF^$a+?J0eC|({6mp9^)OmGx~_hOe6>$#KJ%($dNizz2@&VqYU&C$w#Ps z9gIc+7uNP!qCkypASv95BpsMV0*kIGkbjJX^y!X2U$)we5-DqHQE;Oz(fpEAdH}>h zTRyf7WF`{FHwFPa`JIRQ%fU2^1nKB%YSWz}}GT|T-S@HC(IRfHkE27fr!gQdj#+!;F~QA zMwvK97?`SN=JqH=Lg>*J5T)Mv-#pnMASHr0nJE$IA$*qI@sE@o@Ex z(uvy04;q+ffP_6Rmce2(MF%|z6n|{LJG`wBK59^Q9Cx8Mrq`m@q+pv5poY0+0qjAY z$fvT>oKDb6bAPUAPinFz(}DAN5=$ueH_OVqD2ZpxUdg=OiYH9R3B4OVVVaZ6o&!O= zgKvik?^w>}`)a$yz{hB@w+w5(GYGz0rr|}B{rVXS<@03NJ3 z8jx=D;P~Gc-Kw*|z}`+DY|Yh{N9zjs1Xv!iT<==1cJ!%9mA%ZjOIg}>WdM8GvOpnD zZE`>2sJZ{gev@M5i1C^cu}9fAF6t}QaOp9pO=)}Zxl7mcDj;k6T#{sv86m-o02JEL zScL&HSZ^OGz$w}-h9)KsG*qkEQR;;Zh<8PAqA1Tuz8re!b02}?E|a(e&Wr_l zqq`$@+0k%&$S%J`Kh^pvxqN*s?nelFMO-Mb7H(;(QxQiP2@U}ZJSK0FRlg>$@yT-7 z*4#XYE;?HE*>t4pbS1J&T+;R!KatVVCU(eB@T0)ZCOwd7i{4Asdgyk{)hmBk@*)DX zA(TtLE3#ga%-&Yv#JiA`d%0xRYdkq&|Aj=A9eAHSu5oBZ$k$1YNW%l%2~TqnSd`*3 zZImsz0?Eo1aL~C&#k;R!OIn2$Fzd-L=6O%X1)&y+-QCsR z?=gp6KYYn=nBiEWqK~;`#4&@lrM|su`;JR{u*&u#gic4Flly)dAUIikX)vtk496IK z287PE$%|DLMM;cVD~$YdjhdgSINbev81;g83_r0UM8MV-Jp`ahi$jQlGaRq{MG7on z@cB+aEz}x3eYjr5X_!gB8=GYbvz?u&n4VB3g5|!A`dI1p)5x;Yzx^TG#*zF)5|J5W zNPwE6@JN5UDUyPeVsIJYvG2s^x?$nT?nGE$@-y}MKP_aBD1an5*ux)Qy52V-fXOhq zTVNBO^P|;(2*<#(!u-XlP0Z1p)QYehQia*L()dfo$lT@~ME$&c2r)=HsNz-9V`iD4 zIse3k1;YT$>%LJPcei)}Gvl3gYstZgn5L*S_E^0Zk<=e9Z`DN;WZt*9CPJl zsIejEZxBs$ShCH_#^C9%*9~sI2sCk_DE*~lahIu+u921*b*N1jwosanI^~!gOKENf zOtL`hQc(I+)0DCZg2`tEDV-Nwgyg^~5@se5*6a=o(VFjBp`^(3cUlMQO|TqD1<8KD zIile`yH~|mnc_>7nQiOgP><4Z>K++j-72#@sYW=Ibo=Q8zjJRl7fAoi?TF8i4QCO0 z0e#SGoMP}nh_*#I34J2`Jeh=>I|eBU*?`uN*Hv z=&t?kb{#^iP9l0Nm-oM5Q2+^mz2*$%gm^QOj@%E(%&JN|6?Pz!UooqS$ zc7=0LI`kShLCFxApM8@y9K0!3NiFff!fR};dbrF{eX^*ed6uUeYMjXFk88h^8u-SY zo<d)Mmb5{a^PZnM|L++ShMl$r%%{wP!0&Fuw=DSF^z)fVym7dtvT*d_Y?N(ZVZ9 zlm}ahu}pbMGE-NXfZ?kysV5l+)gieWc1sg}3W2)l8%lO~2F%6nZwl#FP z*@@Oq-O3)!I`oe4(1fRV^tk*nv%~o%o|1vmkjo-T;u+~0QsWq|kkiU7sqAD-i&%8c z$ck{tILJvvVMaMYwbEF^$)7!fH;l30E%+$NbA&q}_Grgp(2Un*(sBc9NJ~>WZv0jv zDS8X91S?<{6-6o8NYfcIU@xOnt;Wm5>RbS(d1hZ0$r-X%;|Om1j^Aw@U{zB020 zerdXX)Ejke$Q#_3N!8%{81K_$uz;l4it4Hg|0S=+mVO8etBNO~o!u_&yU^XDy^U*) z7hq97nSq-{@n5S&0=M-U>`SS1T^u!+>$sVHP2^4f?avzfq6wT+p;Z+TGC-{;m{0#} z@NDx%r<$H%{*OLwv5`U=;_hgeoYm}?puBhh1Bv=3?_IdI3b=;F8N)Q?zWkI(4w)9Q zFum)mq7Uta{I$V=-YWc-Xn3CawD>S9MV}MASJQ=(ab{7|1A{y3>5T2ctV7;2P1?rP zmYK;%L5Sgz6r8c>t#Kq5Y=zsK)A-B08FhWD;mP?tO~`=}gk(hlog}E9c2dcOPSE-* zakKbl+CZ<$k9q$>s!avlI5i8CYsG@zu=Z-%@aaNV%1tFI{QW3BhGE>jK%F1vgE+>w z>eVu+7-0LoDbZ=Jhsxecwc-=$hb!0#n=94{W3$oQ^vGP4Ops3vy~t>(ay`jKFXkGN?6VTGC8<<8Fgkuqokt2f*_8VTiP%D)L`q^z3b&FF}pnefGJnONj^dYG;qCP{{Y5kWA6{xORI2(b;g zPLylsJ!C9*O5r%+;4%XQ-^#Xr$jAwjv|9ipBBQcQ__*ao3&tHO`>H~z0Ed#@qcSn6 zZ1!m4`fj5RtVt6v@~O7*RI9*us2zY9u~@-36y2SiQJQoSvBu4f{L#aW61$0OE3oo9 zUB)BMv9U*QlQx5}1;TJP@F_xddtB{s7E3d692-JDM#2i9(_VQR1+a=8rP{5xe!*-y zUS*|jVP*@lY3T$m`7!mrlQpTS;Iw|bVK}-JeXD5#^0udDQIz%9>8MvXVk4WY-&ViL z5EmLWbOL17H#;do5tY>4&InHc_vRq7e5>*$0%$aNPT2u{j6Jy>0>R)kXyXDv=m@1A z;`apsvy3K0Mj*A>J&Iu=I!-{&Cal^c8(~%No1Sq1?QYovQHUCAyr@m@L7>!m)gYf- zBV-YgaF(gaVtn&d=8j=z%5llj3%u26000002g?8e%wqrm05?l1UtmEL^zr}z00000 z00000002Q1A7KCh0000000000002P{=R^Pi%wt4)00960?mhqi>#YC(>yiKf6GH$1 z5di=I58eO(02BZM=eVM|sV_!{uB*+-5-OO3V-$$A0YiWhq5=7~L`IZinm;zxeR4Fa z1#z8r=1Pe*hi1V7SC;YK5?3|c8-$*njWoy9nZ6H7tm$pj|3w@crUCx{RUS_QgNI7T z9MkTCBX%`pmbuPhDXzi)Q(8qE1YS1vW}dw_O&6H%pEV5)UIRWJf_G^GnlRO&(Tbpc z>d{YbC?w}!Oe{DPO!R^ci0e7aXkeGn-#X3$mGs zEKOHk!g4?cx~W4tY4F~_J+XF8z zuydL7owfN_t5xhL$0>saMN*cfXV5)d0&)?@&F~5qjUDZcU%-WiKB9d}$rbPMlc$C3 zmMe2*;wKbCA@5U~*18b$Pt|Iu!C2?+H_?i&WxvtBe7dBG2W4keb!PxvFvvTEsnmjb zNZ}B3oM)>rW`66r4hpm&@~eV{JusiD6u+}vnys{e1I>)4&hyG;C;J-PNg75dnWnxs zDUc_c$Hd1}z>W%~WDct!;;L2r`G$>6Y@2Nlr$*8395bfi-n}Gp)SBemUu$Bbd$Xp_ z(6^@uS4H+!p8m+Je~OHLpPSg3Lu`b#>@v+EL5RW0`7=x2uj-H!fw+@U>ABruC{372 zG?gD_o7^Pw!veI*@qbE!>vM6|IDdzhF=9DVke~l?MA>8tqNO3eIK7w2)W&=`EdZ-K>VbN(Z=ee*UoGr(&6$R! ztSs3&C`k#+jT>up_ejFavgFKAxUODtDRDdN?>40I0Vp=|@w+ITTIlRWq3!9Dl%@ti z)LlD^AJ`<%Np^}zjn#a1%YQiXmfM-BDBRyDicSmjA18cz`KyDrS) zH9)eT?>#M7OnV!!*i4@;r618NyK1`^Dg8|LAn$vk+e=cV6sHs&w>AB!YFgKN2s7KrwGjL`mfpTEP?-NGrvRHYd zNOjrQGhZTB)^}L)_#WUOC*Ht?IJQUyLelj*Fz% za;h48Eq|&1&PDtR9*rYKt4*@%sjWG9MX+1Re0Jm#!1$o#pZPCEr#^Ij;rdM1urt{) z=r2k1hDXx411L*v)ArV2g7nmREKmSJmN3hJCBYQ$4EPfH?l#3#7o9_NYxA)A4w4pr zLpK(sOa`NL`uY?yu>V!iWOuitxKXwg>AHOuylQf>MGU|po_q%iF{LAg(PY%~QMDt&qWGZo%N;F}wnCQ{|KebmU6>|>?uOyv zADz=CBG2h zQE)cRF6YU71g&il{!)q$QjqEdsvs$Q5?Thg(taH&%oiOxqDDil!{IYp+(Q(!s6<2NOY_qRc;hz;pOJ;!%xfH4Z zVM)Ff3CIxIx22aOa14Jj0J`N<$2ivq>Ikvh>C&N{qIY+Zy1&MyIrSbB9+!#h&l0LU z4pvgk(3bZBGY8MPcgH1U+G(=lm#;lyKVpJevGY-FE0>azsBtS}SjNz!5wcCLX1Vn7^}tnu{je@jJKlqk16fd&dpS0i?jI5$}3cekv8ErtlKAAo9q%F zaz`!jJxpU2=_{<$GXX^>s6BAZ6-L_~lh^TQd5_)OTd4T1wv3yTV zvx(71s%d04zM$%Fon7yX3kssD4nx5q>GFLb;bGV?9j)A^+ARL=XI0xRl(;-+gKrUS zX%+jmZm|DMY{a~dJle=O;tqE`I-3YrJVjRCT7Y)RECV@x=Gh&S3>o@CA1-_4RrmI6bEYH%9y2C_2rT| zD~I7Yv9PvvL<>*!0^+9Z!I4+J zZuzGkdP&>TJ{Lkw6zKk8;%45WTcVhI$JoVDGw#=xsIJLhiIZODb)Jrp(v){70|US) zCdYV)Q@O@wfd(I7(cv=d8NYk>UBm{i^dljWtcAtpNl)>lCZ@{L9_WwM}Ub}aQwM|7YJtpC*6z1|k*aMxGIPsZ# zoc{0E?G9X%{uT82KjczIQ%ShL6Q^Lx^Ijf7&Q{%~=4seXDpp&Hncm{5Hq8lHt;Ke@yd?9AWVL!)Ty~V#c6gj zu!7Eab9%!tLpuwi;IYKH)$BA?QK^$SRQM&=@Jm9dRh zbBtleMKcr%om8>u4LOCFkPApSGKDT)&CQshOp?w&Y=||U7^Tf!vTX}5QMS7uvicnL zlGetnRV|%kNCL{HWU*acWm3eVm90*wUi+z6gO{^unL=Bl$~ReoO_X(XR!A^Fo1p#) zH`RW(kInRIrR-3v(xw(Pl{Ld2nmkXIJ~;U|4WcM7Q-SOQOHT~d0uZ9bsJ)*G+{9!a z$@Yt-J+wm{`^u4xeKbwJRafkV)JOMlx|GwPlK;-ly!`#M4rWvmu(5BlWreu`50p}YmY zuAWxQ12$TBpGByVnE$ACsU9w!(u$R?B7%lh>clb)W5q`4;qApcX#&=2#It?c-l1>9f(MkRreYNOR)fn1K+-hGo+d`cUQ?xUfa%49~8I#x}B zXEflb5~s;hxgbCmR9a*sgezSsU5Lx{Z~qiIL${t`?Cs*hE5W(*1c~^SmIJ_z506%G zdgPMo0!EG>&6*aEHva&?kb;MGs zjFY~p3Ozoa70?gk#yugTmn(>rj%<@DU z4Caw;_8vKMR6wr5<9VxR$}}O#*wk(V`3+=HG>TKBCu6QYec}8kRAVi!wCEh_Q@7`b?;z!JV> zIT(Zr6|8Z!7|}teuN7K2fS1EmIfePy?yOkaVD~my^Wo;@|ty`GsRY0+J~?P59h;?5bOf{dRjheu5_gPhcj7Ga*7iu;*nXni)m+rlNi0>w z>t!OAB9c~Ed`ptD=2MP_IkKp4xeLMt1gvqyFjHmTY=M!U5?FB1$a@us!nt}~JGjv` zWvqs>^R~BZ-+$D;TbRF7v8>9CxAo8^+o!26Y?q^|Ycc6)afi+?5HM7t4_U2~nd5c_da3iFlQ%MXx}o0A4v0*N8l=kzK7H zQi9ko#vh%&h zr^t;)#^YN1()f`n;%bLp>Y_(R(;&1vk5Pcz%-DYv(kMmwy_|A ziCaz^K~>#}#6eYE*V$Js@uz|(U!B5LhlHUL!>t|A=)8v_~9AyD?)yNJQcqc$)+op969KUVPevKH5KPP*<% z?yn~mz)4g0OGg@KmUQ}`s33ojtj8m!4+}dPh|_Y@(NoUlJb5XQv(6AKM`z_}K5R>l zW5Z^;1eoyD!P`!sWk4yB#inB!>4i`FxRk1)ZG9qTDtaeH^4Q-_0$Utp4V@$r^Qv2j1hR>Qv1+j%R>j$(B=Hf9y2m-r=qEjFJM+6Mte4I z|0qvC=aMizAl5#Ra~FK7ZOp;SrlbXYePT^Z~t`07pQ$zh2s`W`a(*m0l72c`at* zb*~R5)hRZOb6}Q~V_M&Y*%4EC51zMN0pP`Jssm-WNm*3aPLR8!16^PMe6q55n6a~I zMZ|p0Ro0gl(^KBo-*i0COlYuTsO-W8KfdYHz*Iu+FQAYxAz3h&%P?Q^Is4XX!{^Qe z7>i1ZZ#%ykC(>lJp>E)BgRSoEVBZpFR;bigf3~8CREan^;98^^FE3FL&~ml zY1ivGRYwvz-3yu2%nyJQUfzz*`my`chbuR`DaKC*C+&{Bog!cNNHt?LMHmwPst8fa z&k>GRiWvXcPS?Zp+4FT%STV+xKJdfwcR-C)FYK^sXtbRhHrKdG9;hJ5dvgT2;C;C zZGy}jM^%+Cb0xtSQ~=%Xmw^x6#Zu+F zg+;Z%;YE;jCqXeKt>vYjVBPc26%{=L>D!igU(O<76O5Q< zlfh;wam?Gv4xx>G_JMMpQJw$G))FX5T;9D4W+!&R7G@jlZ$6Cp!?kmppENT^)=KAI zeM}UkKn=W&#jLC}Lskbo1j6Si!*9!OsD&bh@go{cnYzRaM-1nNdki3lJdUQkdt$adQz-Lz(T~Cs zJStla>fESwnYXzThdQ2o?mhr@exU?sMPJnNh$d9|b*reX@8<%wz{}Abp&BVzfb;wj z=V!yc$TRH5Nm|XiNv!m4DOeR9%MVIbc_>5HaiZOZw(jx~-upL59-x!TvDLhQ{~ci%v&?Ay{g2SaFmo^%z`U5=Z@IHsY3nM0Brb-N1e z`@N#J_CiIxC!uXS(ghSV2F|uZ>pZX@L{ziT`-=BJ_7_gs+QMyO15ZXRdB(}Ykz=bn z5?4*2{OoMVpYU7FKMyf ztkvK#;X=Bc>FpjH*8Qe#8Bk{#1KACZ{N~#2;C59q4qPO4dAUlQqa|Z8;)Z%x*RDC! zeuwh)OV<)53xDfYgc1iveiaS~U5+oJd0pmRkq%181+!f_6%Ke$ikkPgW^QvlTUy&SXCKP_fyMgC|ma(1Df7^QI&t)XF z8n_B;uU1~C1&B)=9#OCBQKtTr;OwVz5|&7nqM5V+k`wD`^<3fxWc8^V5%Nk^$7ft2 zf_O`hZ{r%9!9`i`(e%-!qe#!709y_l(V|Rb{0YX}031|LP+5+Osihn!!uI`(RX^FX zuTUs=mswdgU8*THZHKH__HGd=CokCx9c$&eZfS}N?X}W3rj;=zX#I&?X$#zG9g2v! zl+wUUxIwaq@qn1}W^JM@9aS0fEp)1eQu-Dh6Euv?l@;PC-=L8|xhNBN>2Kw$T*bHI zmet;u*D3Lnvn-vZ+1`vkPoZ>{fm-y@N|DN4am8!rHG^jB#wsWqZd;(Y^SMh??Vr#Q z6rBq(_mxAYy0Z$J%{nSyQ>Q~tp~@O+_g=1^&S|EbK6i9c;&)?Pp!gFxW=h+B3=T27 zZyrkkoDDmlE5?0GvS8UK4vR9fA*qs#6BLQ?$^&^z{Z7-8gAA!HR1*$}%ag;GlPMI; zk{jI8~G_m0x0;(O&Rh1qmT5~DNQgv0pD>}kaed25^(-o9 z=W-(h^l4_?3hTIa=}jrJ@MCBl=9tahWe0mVfUYH)25JKOcjcJeiHmugHPbpKYc$O& zYmHmFoO@Ywii$(cPg6EsVLY4{{|u(2Cj=ITh<6QHG&qPYLX zi^l=QzH)@&)Re-Tm8sqK*R#>mc{G>;d$_j*(& zV&b7y)@x~Ak(469$=dMJe=Cu#eLEBiwj-BppS8|*s$5F$+uAGJ&`mlr;osVU=Zdk) z&Gw+W)el=!Iiy=Q>B&ixPSR*_?WewvveM{)x8?>}-E2ck_h*s~= z>Cjp#xf;~xcxg?8RI~sdskj$HZN18Q8yz28tP_8C4oY@&YMJb;9Nl@oXalBysWrL= z=+GtoRNpHFqF6&{9U>$kGd6Uk5YmcaA9$sB8m;v4_-)&H6-Cyq?Do(&E-JAMgAo&0 z7QVB$LZV!5`d7LRp4|Fw-ruqM46gb*n|b6`gF?eD`P=CDGySe+XR!8gjr63bzrDlJ zOKhWxyYRb0b5}XdQP$(TiT7twUYaP{_kUcc)(S%3XzOw?XQhx5cr6!B8kJYJ0vr{O zjU)OK8!7pE>n{+nAhuH0w=LdC)$jLobjG}j?rtBA4*|3hu!LsCOCb!p2~F@w-mmEf zyZ>c%m1Dl`ax8y&!nQIW?0g=h;8#WI1sf=!(&}*P*oQ#Qh)U$R2rjB(V7QffX&$Q;)wd393MD%AzGIIZpRJtVt{ONORT#z)Y=W;UVBJi#znJA`VZ&__olW%mXFm{9)81+@Lw`U|UUjloL~hR*ad z#I04OiudDN#Hu3|Z!I{f$0SFDHh%w6R~Cc?M%qa&M59`DC+2V{)1m9G%BkD4TL$V0 zJxKa*Dix&AB&!&mU92->HQ<;%3j;3KBjj7)pscz6Cds2~3(4C(L?mnJ8i9U=+7xWs zOeGP}p^t#EYp3UFz3~swS^$`h2n7?eN4i)eRY}%Q+LXfZENp(CwMACk8y&bQRl`%0 zz?4g>wgZL#!IZWdDjrjXC@5LO1yZh2vpq@$74f)ULX4RC^)~7wY1og402^01s@%h) zD^6z1>qKP5F+J02I{#~Y#6s6~!qRcq)-KRFXfE!ahCOoyA+2_ubxA>N8ieet8cMf2NC}IGO%-mJiPN;-9L}`f*69Zv(?BfNkc61@8tO}n zTqcCNKAFNKjJRyN;O$JyVIx<~!4vMzbW4{RW16eZQ!PqFO}{D9en1vE^$`}wIYyH* zG1pZso~RVO4M9ryU!dT%mSLn3*}yu)AE@2&E6 zhaH@g1wBG4NU<_?Dq;)KAsK=5Qp?;Qv zESwiT%GepPT}UwM4ppk{SUR{`#b|&pu^%?&G1Mg37`duWnO5o{q*?N+JW^!f~zg+S*=4%cCRS^xJ!u-S5(MhbfTKVE~06`8@Hscx`oHO`gONvDdvpn3OAiWu7_ zfJ#Z+MBt>@`DUEq8kX`|L{zv)pz&82#MTXM%2cysn6X#tL(-LI1EUC(kQ${t)eE~% ztxzx71}~ngX9t(bXDAw}!Vy9&ccB{3LwPK7)8Rukk4o&`($KDGrD%XAJY?Rkg1r)o zJ4>z7OCvx#9jRo)b!#WLm`x_(K|cbT&?#rKk=;t!8$Tp!vCONW^y;dvw21~&3zf!} zAh5}VsykNXa|w_`+2d{o(+5^hl`#-U)*eChr;iKU8*6Rc?^(> zrYxbZa8S6;`Uj+pamHchRY9YaaRiT+FKpv*~|_s>%}N&m{N~vw9uC*^&rly&accaw=2P}O;f#F zE~muh9NEt{WvJ9yp6aYWh^&^@b4r9>!G>2V7uX!_%t5x)h9NOa>#YSpttO_OhMZ!K z-9}T_AOKd2C5peQ>TITQ)Oc?jS2pI3Gmh^kROUQWN^`eqS~4gpkbl(<)Kp`+Q=P_k z1-@kuYTJFd!DFfb>@TtpWEAF%l{a$Boe$q^Aox)u(wWh747Jw=&=ptceUt55pDdnp zCEl72WtUqNp9*X{0Rl^sRG7k<1mjZNe|xY-O)T8Hqs)P2RF?wMRD}>xrv$X3&c`yS zWmlt!ojB{0AfA=saz|UaPthwkX#ifVro~X~$#HDe8JQ-YLDccK)QTRx*{HCleuGsd za6i~JM2ATeP3MC;H1;Smg#50MP_!l;K~@n9>HKwJM3Kl4n^S`ybAMkr zxkCt2SsIeaq0RMlQzy5gS+#*u!FP2g1)Ezg1!A@m6z6CLu~H!rT2|`9e8?$>MR-&P z#pIr3WSIRzuHKz#1dZZdLBvYpIg3sIKmgjEWHLJB2wG#o38r3{9e`?zbav{{*yc+G z4@R|K)|BjZQAzC0L*Nv~*TG-diB2Hk8+8JP~TyCianuc|%C%{~DTNe01E& zsOW6}kvf+?Rpt;^E{Q6*4BZZDPn6Y4g|&>RQo|B-{KubDvi3$In>7IH`Oh0T(ten9 z54u5&Darc&i7ig&13?-k=lxC#z-d^A0|b~wXl)rh*`oeebpNpC%T|144T{j}o5>Z9HH#x{RSCR?$GBZkMZ|eErHj!NzOR5CU zipS`Z2k4afLS|Ey{<+EwdWzSe|`cwtg|G4yCKLHLBp zGfYNt3Fb4dwqCTIiQFW)n>RCoV(0UxHjdBB%PjCv)gRo(O7J#pa@u~9quHcxz||uD zO^WpIfoz8r&u%Sj%m*YYBi_C``kVGNxuT@^ocUG~BEKmY(|MQB9loa@)~kC4U`yFW zkWi;;wcC}FeW7H5Y;ySIAXT}IdaGEG+@$zjqMJ#Q=P$WX6?l;AJ8ibqHWFIYZj!QD zVn-XHy8lf5K zVJRU}pPy1pOz)kNeB-KT{U&+d=29M~Th%`reZU+1OoIbmZtlFbZCy(@LFfvfseEZR zZ@D1(lBKf@MOrOtXu_<$B*=p-$Fjm|7+Se80dOKvk%z3_`Tkl5oYnF#5&D!e(w+rG z`dZL}5-jHKSdndM%9MWvyH*j7|Ju2YNxfv!bvl%+tDSk2;2BSHi%6_#f=aOE;cnK8 zsf@q~(<;(PuX;eW^E>z49Z%I#ZYlirbT>#P38~L%6)Ec=7@7L3eMDzvMlMR?a7!&n zoLVW$WxR?tMqM%0IS(2%f|90Y6wTYsH+vXYL86jYDr)Q+v_gF?*N`^A4_3=bu_9lC z;hqDg354Ob=)F1R@o7Vzf)83fZj`2RCiMFv#82sDkvJqGwKVY;RKsZ=(pejOSo1_I z*O*%!-cVk(wK?;O8iyDwALtcmn%WhQ+`I3RSfyt`oBpUlW;E5DxoyI?5=A+3+Vy~p zd!jJSe}sMa1#d$WeluTXB7y_W@nUF+L$zOpI~762be_y8i$%Trrw*>Ylntf%#ztT` zR2{wuEG4-~2Z9u@%7sM5#DiC|vPmk-@$ExAQ|Du!IDGTJ3A?7GH3{zyt4mhRD+Zqt z9#wz$K%O^uAh@|y_vj6&vxr=_yy)9CELQKT3<3JOmmU$<%}Vss$SC+y*X}}pqYq1u z8%uLrMA`q1A}GT2w2U#g?~|4bMuxL0NDXY4s5vyP8l{`m!GtKKJ6XOd`I{9i3MIA3 zp=9;ebE>RwQ_RuGX&EbbiM4+V!>%XyDu`#vHaS{`ylb5=fhCJD&cItYMd+s1XB+<+ z;*D7MZ%3TqlF!-xvcm0jt8mn3rWG1)S$RJLr{QK}sRTzfu}WO^hF!G02z_6O5%D;3 z-Ro-!VQ;GsyG%)z@|mhT*e=`n(T?>}%+ zAruJo-AriR9gebODh`uh^hgf!&t~dnns&=qPIl(?>}2w|(}eifPyq6LlO*qJCD;Qg)`kSPL;pZx?{KkL*JNBW1ni8G;Q+IP!pONHtBfJi5ol|1l z3$8ZJ*u3%QwaD+QSaC}Bok2$65Fk7V*0)^vIW?x|3m)_VbSDP=C=g*EOl(%!fSGR? zDN@e;b8#zzDc_f!e->C40~q^$S?NwJaZQL>l|Ljzhi`)1}V&^jwJ1X^mlP4_S;jqD{CGSW*|HVxh3Myl+6Em*d)k zt46ob$%#HPShDp`#?S0>=S44>p++`gmOnHXZY%tAmy(lGO~yd)%jX}fH9y@b3mX|eS z-`h%gF+qCbk(*`^MuLqF_a!jbM0J{ziz)0fLTh+m95vgQJ(w2F>bqCD;amb{cE+~S zb~1Lg9c1=L+%Z$om<3ne#Rm0M?}C=A!RB5SfL0kdG^F~2LqPl_VK-5b@knwi?88%* zL*yf?LOgjwKJu5J5`n?cS?&)iaB|_lVb)bAuE4JS_{;Cc5~H$nV)Kfad3D|7S=z>4 zuX&-qQnJ|0wqCI3igR|a>N|)cLHFxj?^Vyq?)D&FCDe=zkD16*N+>jt;z*6C%x7-* zRmg2INb$lX^dkd+d0Ismkz1Yc?SN|a31TI;=|k^|a; ze%hjWyd)ZUSB2{UNLraDqZ8a_=gw^ZrJ5%1kUSb-kk0h-v(1PU97ga35(=V z+YiK6^2PW*1UCN{#l%Hi1lJno2M!S0P%Dr}K$3>J6nTwqX23Qs-e}7blH1{5<@pk2 zwfi7thh~|GwUbkr6K2f3hN*ED@eM|E=C~op{#?pYn9mNfS`Siddyi6{k#)+Bhql1> zsNIE({LG4b9k*`@B8BI)um0gJTXB-Wq@S2F+s?vMV@dT`_>=z__V}+|!of{%Q!ZNR zF=)S(4iVrDL2Z%2gK4=V|d3(f^g&_A3E(H;E>$2MYyo|#x3_Wdci_7BK0lZ zlpPIAi|I;Dl&Y)LHrzH+P&^=V&%cn;Gz2-Oygc4ai@L5c19I%_k(*AO$D6rXs8v4h z-EM2w8`gvBL8}%9i8%@0$<`rj_7nV3WR%Xis zRww*hS`l{Y#Ga7zw-H8U%4F$EEFs(>IR273?VLpr<2y%E`zsJJtzIq_T*oAS9Vkaa z1m|FML8Y&p;u(HX|F}CPo18%zS8Jz+sC;S|n%=M7Z1JV;Ua-=<;zy|`(XsTP|kRN5$Zc%ayBswzsjvJQ~xn@^h z^q7Hanzh0crKW9j+jB{%ZQ3UM12(^z5qJ6@?AEA_>M7jJM2vjN>^P2avb|!P>770& zB3LeAt-_@Fs!RTQ3KN%|(3q_T#aMKDTkvwd&YmuIA38MYuPF(K@Y0^jNyx5+73g9* z;Ny{MLXp)tkz$t>sC{nU$s_8J^RWGNn~NkkeQ)way_)=c=E#(@)U^)=7qJ4&7Il5w zmKk;$_@6Tfn3WWbO%uuJ;!NOi<_5F}z5-S2rWq@;umv zylo0j?!S~rEEi+Zr>|KUGIrP_*@i@ zZq`c%#GoX<>w+^aaqag~d8c?2Ubq17_p>7=xT;8ZxwsS}kmE-(wcvx8Yvm)c6i?FB zBk#V*UFsZ=YwfD5?`*Q)Vzxg6QDFQ*ar~CqVJ&2KY|sHrs#9N zd>%nJ)1C>Qo%Gt9knUfSN`?uVzk5hSggGv)>k?ds@VJ8pc9ezl#cNHar9O8m=Rlb$ zV{~Sw7yKZ&0OGrtllImeVdIWRxYYL|xTY})I=DTqHmlv}sgaxIf|b0Ettz0sK|*p~ zjT-7Gyl`_>G5WrQ0PNpI$9lQYM9_2`!5hP62MZpi$6 z*3R>ny}}^2ON5+^jmhvi6@0lyo}-!K7UZiQ1`-~UzvxbSJYFU(Z+}`( z)vfHl!in%Z5vbitPK9is@n7e8UX!NNrcI<&n)Mi^scJ4}Ad5_imAwkBDARY+V94o$ z=P5Va&1qjl_aNqzse{cbxei-0*;s0;3RkJQWxPl)4xrYrzMz$Y|D?4+vj4qLLgTvT z%w0&0YOND{=59?$tc}eoecq5u- zS$#==)+MXCIzFZV@>XnnoY)Q-QC*djKg#V+{bEo650;rC z>kyHov(ov+EJ5fJTZGA$9ik+;SdsNW9{LSJ-9@F%WZc(6s^vNn4WIW@fVLILg9B5Q z>XNGF6sPRU=uCMzi8~T`*OUdU4&lb4kLfU}xo)F2cADe-h75{UoT>okR*Rz*k>y6E zx%RsaBzQUIqD9h$OZZ>AC%H+98GFcy^}U{HZX*=f(ihZKlFQdY))tjBj>8ahaUptf zoT>AfMbu-2#GMAi^d;PeLDU=uA$C=(6ti!A#fVwQmPy(6w}`0+?+VwkdZh)4mx=Vw z@g>W8yfbyh39Cl%&Wur)Rxw*mTh~~a=DO=eJF$@IswCEud$v(Az#2aii<(7O33K&qx0_X;ilR0`V4w(BQ;1ut>(p`QxkSxUPb%NP<++??U3Y_q-7%(4JXn1O(kcWQ#-;T`c(odV37bClJ|qP< zqaY#M8(GCuC$&X}RshQJ&iZn~mbYd;CW$JH`BbSmupLX=;^t_4)i^|8n|31dJD|R| z63HlgQz3$;b9hhE+#Y8?oEa9J_tOuE3#&u^Jq6vZ<2N{*&$g{Eogu~sts<~}Dd%G4 zv`B9pnT<@pb}V4(=0eb)B8Y{*Ck?W)ez<43)n6S|yqtw;p7{TVjdYudc;jDu4o12S zT2|mUW!b^|k*}YlC z@=b@VfTigJX#rF?!&>@9RY94K!!OG#Fu|52TJn~bdHw#pflG5-}3^R|<4>3xm*c57KO z@LSwqc4HdupQZOH^v}R*kT9>Qi}#~(=9c}TRtrYiaWZ)ba&?ldZoXQ`)qpjisuH5* zbg8n#nqTMHE2pbY_v@k24-^<=g9MNKqss}~Z@mUHggE%;&|}s$^ADN2^uxAe#a2tc zRz9P9<|p|!=N?ezrTPFImoyHAJIs(IP^B^`JuskfLtV%d_FvZs24Ws*NiHfPRFdfkrl zh_<~}oTMs*pq5^$ZMbG#r1a3F_%*a#vTqhOJ*EM%+wds}4KlnFGPxJ9>FmyvB)l1( zvC1_)52nq^ndf9Sz7B?F&?B}w(Z)RWq3I<;C$CR>VEp}1Ge z$5&yMO9?Aw=*dsZ->KB~lC51y0CgO+t3E9stZ`U6NX>zR_ptenON9%}_f?fmN4Q)MGG-$k0M{B^HY!HFxl(r?+qLN^E z%iM4fNJCT*!Px}@b+=(X{+LAwjQ;}>kc*9!p<6irCv z;mzCD+!u=+z^YFzv5REq6*zO1leIJEvoFX-vi!f}_s)Ogz~js*hO^)VlXRvKPSV8+ zBzmORQOvbv;fkiI^rLsiK&!7*p}|hg!WIiu>A5eg7b7wx!1LCBJd!O|QBQ68_O-6q zD#nvK%Rx&(Z-@P{#l$3D5Y5oXxRZAkGn}vSSV*a5*^gD!V!m_(Z;eCttuULAI`GKE zR)t|~l89+#YWyF~206R+d>dnqnuzRE9K|$-z}=ni`z%{p~3f)a7)>0@%H_;Alk3Q?u2aAj&eMH)kv6YbROO>mWCctaW=YyuAyaIt9#-sj z5vmEVoX6t&!j|Dtne|prV~J$CU-l>rDVShNr3w#rY8cUMCWlp`0vsUfy4|0=HU;r7 zwc8tEA-%P89i?!xi76-Ro0DG#WPMPc`^!_f?2*OfCrZ)uEtzZ+oEz1xwOngZqh!ra zxXFwwOkWMiHn-xP>6om(IqjJwh75P54oFr_U%~4wl+ogFCNUhjj5Kq$72RJ;|?>szgM=@zt_TY^u^iv zu|JLVM0j5Kzxb?*s;zHT?Ep(w9gg7y2-{kEiSx7{J5i}unWh8QaMc7fyL4XMAxDHN zpz;W4LQGMB#>TarVW~=!jBepn@vbs81g$L3@^vb5h9`$w z{Sn4ctIxGkNuQE&k{P&2kfL$Yjwq^0Jx2{Tc`vRUG7@aUXnV)i*_A?~H`PiYLLfxx zbNFY<9_()Bec^_17I3Q>XW1%898@Itn+1`oCz+W_z701&3ZWsQRV!qR#>^CI)iPz2 zBF4;qDmsxD15YwRm(uWxCQ^z|NS*P9gY#067_ntDGgB}p>AZ)_jSRg9=8Eio=3=bs z;K2P}QA$2e=U5)aOSHGa3R?bSqgFNE*=Qiz6`n)2j?}69NZXDbKImPd0S(;IRdGD# z46BVuB_BlfXo-3(qdKdyJ%KVSq`G9uQinOphd4Xm*q&aTt?eQoqf6@a9%@ThBSKqg z(MH5|*Uklbd@c7IqLeCMWzJEvlgg3OZ0JJlIWo>67+pECJgPzTqALu$NmZ4u#ds3w zC{ZFnaY~&YG$dCxj_7LKGCI3U|v1H&HMsjxneH>^LDD#5-?$ zVUnjdE@E$<@S*}Qq`@>*%BdwY3ZuJSrM72&6n**H>hl4Xl{VWoo*qM0U?1;s1*1`s zVxdzC4|WeR-LwGHF*1!U)@A?4jK7yTct0~L<(L8L_RIm(!(izC;;CdnNNi)EjaEjq#k|o1g zV5!yhE$+U1l2Q&S_G5oMx`2euGj@^#h9U3OcE!a-MD@nHHa>*B3F!H9fjRvhR_y;g ziOheumtM3GH)0^^OjrpapMBYLGoF7zO0@816r2Z!XQcG&K zWDv#9HJ%62i6O2t#XWu(bc+xw-#C=tib=Q})iB5ciQXH;RCLt$ora3hb+yYCV$mGf6G0)I z8KtHnM5ig-s)m@Ycsy@<9#OYl3E0ezzBR9mCc-4H{J~D9OJU70ns<-wJISICRATE znm;h#2i}d%^Cg{IFx7F=e^y)25|HU&YWi;aT7BxWEQ?i&Sbv;dpSAGT4hs z&cQbm-RHhi3cz5?s;VDHHIsnb=LWF)axV-tMO)Vk#V*oq{cfW@~ zgBpk!H~TjWHY)2K58VTKy{BXOJen-fe{q|+csm-3-)*UUm6|tLGM&?kS56il(wNm| z<1t*!cevYQyZoc3cnx;0&_|>mmUE@FcXOHexaxwDF~GTM!rhC?NcP%FYfvr|+{C@C zr9&QMq&F#%X_vN@6{@VGva`(yFq=~GJCcBRZ+h1^X|H3eOq zn9}16hnA%{yP3PC7emTLbGJe{CuPaFQ+;&zI$gDtsRtUHa(p1ooVpsNMP(6|#sYO7 z$dpxN#jMShy-KWQ&I}s`$4`W7weoU0!wDdr9%L z)?)Z{6u&J;4kr3695G(!2_Vi50(cx@7ALS^{gp&3r#ro!WQN~;?_;``$~NIOtX-m# z)hZ-36N`m1VVBO)$v}>VL{2>Vg8S+=j87!BQrk}k;DZdO+((7*Gv~aiE;Dl02ZaoZ z!D|Pa>{k>Sh>~D6mW!#AotT*lPgWIRgUHF$_ZExRqU|^e1hVQ~`6kfyIdmr!&N_3h z136vMn=-2n{4=#J`M6s#_8gI1fd?B^g3}KHD_+A+B4>+11wD;^=P-pD9NFJw-!eK~>3DIEE-=6y>F!heB4l=Gdq`1ZHv@3N`Pz zCDHC^#Y2%}Kk$OXQAVj$=~ADFkihyTz?D%@w$2ze{#nUP`)yno3v8}r918=@xBPGnI%NtUd@;(lzZkC6?s za`XO^5(92qC%CLw7AbZ+gSMb_g@}gRRKd05_aI=3$tu7ba(yD!m|x(kD_$gIEL9G< zdKBD_lF|T~)v93HFc?N%klB#oXHyMlae$Y19fZkm9&1<8gY0e#CrSsXFR?-fFd~sx zt5c_`>m2|8EaM`$%SX-5hR(iCTXfm=+5nt8vRnIP`6=MPJ%&hc> zb~TG;avJPpS8wqZj!hmj>f-IpBV#($*e1k9+yKc6HX&c)?+oE=kbi$$IMkZaLMPb$ z$y`(SO$g&@hLp4|&Ugu2WUMzI%8_1UAnc0YbrzngT;=v=3hx5>gVD_dVyu_r(U@y; zibCv=!+2J(0K%?JS&qUL+IFiFqd?~}Qk+%wZYz$X=0wFBJj3xKc9so*{4mz@V7ifY zpekKh z(apyxcIPM_4HM4(VM+D0H`^4c>W30`FjA&%?&GaRB0KO%ztdbzt7i3Ks+4ptn}M5l zX=6G;)0&=}?6CI{D(l^o!$Z~S5-C>-shkkr_HS|J_q$Q?#Or`uViuiR#LZEtk8ZDf!vc(Yo(q85+~+zbV5 z&~JUb4A>^o$0K>1c&$FIjLi(`m`L6Y6mk(ofv)tzut%#(%|=89W&EODyZ0O-)!5mE zJf2jzJsCpT@&32NHQ}ts}A#ND{aDGLZr1x9sP-ytB3#I&`J& zy=R*HQUoAoU+wZTbi!SYk-!E;wWg$51-lxu(E@Cnsi!5Y!bq{+8vG`)eSm3J76Fui ziRm$EO(j#FE=?Qrn3aAuB54{Jnr0({aW4~D5`3nqv^O(|jYmb!geKorix6|$=MjMy zE2$H9M{7(0yu(OkMYfZ6Mz|f8>Gj4JiR2~@lhZJ~7;vYz6S_+nznRP)0-> z9ci;BDBYy3S;LvEarj%!);hU@2}I$B=}gw;X^`cN7g~`Xr~HJzCHcqJ%8?T*S**71 z>EgZ%GfmcA%RGH3ox=;}l}XV%MFctpdED+5w2Ko+I*ieb9)w(FM@q$Kd^7WtS~ zPjjh-NTd^bz61woRfL6}WONpY%6;YlB0SX=9$@*f_?MSi=WL@#hb7`#S)ev<)Ma3Jcd>chM%_;QM8U(AQa7KMx6t zPea@!7^0_SF}jK8yqb2O49b8eS4ld$L|=v*jL7G&Rg!4 z(57I8WwQPslX1~bJJIyAGj=-bd2d;R2+7xgNh1rZw_{BsQ;DQ2HjCWGuwg9(UHCm(K*tSXrscmQ>trF&WT1S z7Dosc&P2UwUMLY?S3a2e6H~>k$!hW#Bx3vWTUQu7dJUfY60_NQiF%-#5_i|Q0K12+ z^ZsiX-Y=SpMDwXi$2=i3b2J1SRiO&-uYn=ym?^=+-l*6r${3a`AKm5C`v(@lP?d?N z9mT5&Zy3>(g9D#gGXvpfF&b(yHeK9)y0Iy{CVJ)$%+1b~NyCiKx7Nj6XMkt3HE>jR zv$V*zvOH-k6dRHvGCG5ovts_GmXJc#rlYkLV8BSvTphCls}sRB!A~S%klZQ5D6e#7 z_j_iRv^fBnL?GxUypzul6sJs0Lr0vI2op?mnI-AT@ha}BrW^tP?k(1=U$~@W)fyTR zGc6ZR2Lys%gV7DgfCkej^f4|`h_<+ZZJ0IN4&i%V9r8NIJL&DsJH0) zZX}EZAw~3**tyA`Clj;D{mfD|`XH->d;@2 zs{JcRfPN_Btn$T!y8%LoXto%T{R8H8Di<4R+#07ChV55?mI}6BYE$-%oyjss4Xq@8 zh${Z*uiEBMORAgFyKOcWV`yOxqMG3l~!G4isl%PJ*! zeeYaITpmBxb5OB@?XrjmKcp4QcG&~-3B-9+AV<@q0*^c0FJ(P8zWm$j8a%7Z`Gq&v z-qfo*mHbnmQDWR9!8mZGdT8E}B`I;eG|N*-%QP90&M857>Clzm;Q2bU0WfNr(JoN& zx?{{)3F3Rv99gN95bp3Rt*M38&tSy3qIDWpw;3$*4b;Fu6quD*Z)Y&5H4ZtjX#+@^ zt|@IEAIw39TiQPDiw`TtsD=aHZU`a0QMi(WpctjL_$-=`MR> z3nt(*a<36ffJKt`&`~~+%hvG$^{0O(XEgd57MMb3xYZVEW0cVek;J@AmjxJFHBiGR z2AgtWF{5m2x-IFCbR`ezN$+d-Ie?C4Ddj%9j%#FPk2PFy;*nCnv93($VctbJWfoUD z7tkbw#1&$~6h;m>;PG%s`L%MzDo_8Evz8VO8Mqk-zgxkhfj4XtMd%wcS*IPyQ|-cK z+0b#c&;2MP*?k|zeG}gc9VUo_WC4rd0&&^wm?8og=0<=br2$nHJlu&Qw z&a3gP$`6vr6ZCH~-&(P`s4_ZnfQ<1J1={y3PB`u64!-p52}#omzFNZ#p>vX7{M+z|*>xZ|f740g7kjHyKf$4qoT1JipvrmuN^@7Ku1a27|+Vz2i z{5B&pF?YMBM8F@M#~1=6G=k`G>HA!;3vZwho?M#;Loc35CzGYy9@K)Z?_}Z>V+<-2 z^v?3YYyj;9V<)X=8?My>GCFM~>1O`0-OI!U%1yA5Wf3S*>tU zbLq`cn_Gn{6l!{cCJ?6k!lXl=^P}j|lN62qHe9>&Ip=h)n3#=_#{xf!J*ba_Z{_MF zJkD6!wtKRcG?4ZyUG_91+RD?B!34|!l$1A~e@bZ0;gxtlJX`kV&rmO4Wy8w!$V#O4 zDQi$~U@ojOg>;5$k4I--I@n>LIcSB>E`I`GGw_OUnlK{Or1_H+2aX*Ol=Nm-7i8mnZiQiCpQFC0Wf4cd9G4?U729SHx z@MKA)Qe6a&2!yc$MSnX*Rpr3>VJ~(?*xUTDCFemN(oTB}@U=MnOCvD3pq&HOgbXM= zCQf=#?8vK2;Wg(601CkKOTijrI(q=AqKhGKBfVaB0NV1{HMi0bd)ctG69g)CMqk=_ zz~5vWyG8YtPj|bklVH_d1+#{-F}n!4 z5VHZN{(6xylP@_9lzhg=tWW{HN*@4!uEKfJHs+@Xa+Q#ak^2>=TihOFCj@3jn;?c> znPhl5A=JQI)F{cVee{?OLsf91O;O^ZC{P)xyLvuu%W|x4+^tw>KAb4k*?glbX1o3F z5x{+^2-y-)=uuGQ*}$OpqSGRc>&_OZ6852VJ5s2V)orlWkmbhUD zbF+9+-NGbol~NOe?O9yzy7MW3;SI>%Gg@5kD{yF3&GwOjozG_yhZVfrFvz?PPLYG0 z*ygb@@%gF^9bl!dDt#?+SpxsfN&vc>w@^_!^B=^x{s2v@))yF80JZqD zDg&fvDchT${#o(?rM^Yug=I%Y)}j(a)YadS49?&01|SD-8;D^pE2UV_voxHed_jxH z^D^=>Mxl34$ELG>+Y?}@!F{s<+OX`oVqI@88@GkvJQ_QcDL2NXFiF(@iwwv$xt_Gr z1~-<~2BS)R06;*$zdap$Hhfr(8z0J5LS9G~PM{?sFgnACPZk`=)tul+9AJG8MdN+uu1=y;xXA0mk_F(ncRNvgVkT^a*NC?WZ#um>Db>XYxTw&&tZp5@a| zhsU(2+!{KV*Fgdx(;WGS%AJy%_5QTPvJt6 z`+ZWE#3C6$)H!~a5Z!d9j(VEJ3?Nse0nn!WZ~u729LvwT1&!_3uK3!NEanIfG+zcV zV>W1DNs(1tNYAX)OB-eSTYR@v2$oI3sXKDalvL5L>#75}vI?g|1ppn~n0Zax0QK?Q zq78^08IhM>N+G1Rno0hH z7%e9D+t^>R&(XnC*A=~$Wp z628+^ibEq?f+!NnKaJr*1B{G$c9?1gB|-G+M6Cx(fnDX9qH_Tk z%BlGw<^6h=Vhspi7-nJt;qOLwVb55ZC(EEw!MuEHZ9vbsl6;ye1N^l@0brroW!EXC z6DYBBiUdCN;P5!vCW7zZ2|uxe?K-^7a8t-Q)CrDn6V+uXsPvI8$3(K9Z&0%Wnb!Yq zWN-q8nK0$)RM&(o7A1?tsJ>9InRfxPjOy!(6-yA)`pPYi8^#IkGdcDvetf{xrFziQ{;7K`=iAjM>PBR86dc^eAJI zyf-X(JrP1kq3=C^VQSIA!^Wcm(fZ?XybddYVLOEZAbA*VhVMtfe&KqQ(9sQWkSFDq z^v2XcV)R1;(Oy@3`kE5wGOJtR%NSoJv+Y8o;Q*xPGxtb;zQ1i<8yIxPUVIp9EX>XZ5U1AUn5fugfF|E+>j)B+9L1gi%? z)1_$B)#2KEO4+pPtAzqzuoC~@re*U96<4oaEJc0~A!JGAFL7aT6dy$O z=ySuh4gIBO*?hQI?NBX4B2pXy`tWrK;cs|3vLLFn6lp&S0C4z$KAuC9rCY1GBHb zA@=Ge>LeaxLj>(_h{5)RgovQTfy>w@)V1QcMVf%p|1a z(@MXMBii5#way;T$w2B6Cjv^(!JFJ6g-#BJD2i=WN1h;_Sjv?fd_+2w*f?DVqJ;u_ z!T9ThRt$j{Orz$aQ+J_)^bZ)f-K3DvX42FO`(`%05YfprN$wx=rE%e}+aG*2)+apf zI^N1sy`f7*gFxkV?(s`*0f`s2T+T)UT+r=O4+O}CEIcT+aO*71T}C)^a)=PfJew)YIs6RkfQ6 zstj`iyH&>*;TA~}5$}kQ9KROdHP5i-?uTpA_oZ)Yeo{^^5J$%SlOQBs%^6N~!ngwb z1GIDk1B!cjNN1JF0HJyF9y)X9R5n2=wBcyr2Sp~QWdwl>otw=2tu*D?*L*Wk%z2M?Pq(trj^HIriwr05EYv`BpSjZ6_IV_a z6oS1yJn4whmnk2amGV-Jf$z9jhy>uAkeN>0*O>2MnQeFR!#KMaN9GD60^g|Fdk>=q zBAwZEf`BNLc4GFn_i+-}@1NY;3fe*EM$=1vIJG0j4#7}jz{vRLz#dWqT@^509MAp2 z^_im5Y&45=5FQ7T>+>w>m`x$0gvB(v0U34{0Z3l)h;YVDhP@4T&uGbOj()EG<+yFI zQhv#fw080e)9XBqjeJSsFPqCsJ}cJBzBBe7EQwAn%&fZ4{=-JFYr)`hE(xuZ1;tT|P9z<@qB$iEQ zEEBG3g?!0~`Z;0xtG6mjSM)~<%(w&TAk)>e1c;5T$c|KQhvo{V1ksfCGkPeX5hM=& zDzMpe>XQK@PCD?g;3$WLmxKuV%hs3oUTl-CLU~*D@`VjRxZgl!B3pS3kE=e*>q`Lt zAqR4yf-~J>RwN`<15eUahr(hM2hChcoJMxRNe0>9?|k&&EGU!nlS-1iV^+49L{k>4 znG{){P47*Y#l>8fq$(0X$rK>pK~7CkCiS*QQESUVwW9kgzc#&3Kqv%wv~b0QL>{!r z1*CWgC9ea^4qx5RZO#dug(Tlo3Lsk>tq*47`{`aDCDZt0MDWE(JRh{UMe-_D3>t0k zNl(KJ`myOg^VI6u9;uo+GR=-RDw#TEs3}P!SNcWtVgE{#k;~2{6M4o;KDid$sg=7N zvW%P?iK1lGKh?;N(!_20dT$a`qlLz$SA*_BPIgeXjx`cr+LdXXWF&oFJY~e&pMJF} z?o`_vK&Sh^jDyANIy0cdH3m{TAg{4khEzr+RP$l!+HSHMOLq)v;O-Q?i6@aBa$6{} zgI{bcEqxsb?`q0+4s7dCFjDkpwy_;lN#i#vI`TUC7RjtsMP$+=w;p<-Tgt}M$vN7XuZR(ok*u5qb^GJ>r8~lTaCfQ zs&lKga6@n}Kn>xNdNk!YA=b-s2hc=*Hef>)o34hqH>^5E-MLzkrd*mpr3^qYziop^ zz_b4aTPc-**UGi#4)C1;Q@6*?7mWmIW|iLkZYK*97+=$?lmuajc10mqir=V){8ByJ z6Xs-mC{R1WMSPwodwy6Otq_Um2jAy8C>oVwT7Sw_5L!(s6WMf0K301T)TPxPl@eZqlObCa>9CC5UdRHDv&cB zQ!Zv`5@Rh%8R)n%67u3Gu`!UQJAx(6srOwoL&xYI* zkJ3by7<4_?@Hr?ot9{c{x`&FY85*-^^*vWRVi^ed#s^YKv8~?DLC~f43L3VhCCkit zxN^r&X|&VPq{2e0LE|bTbKM;MmP%B>VlA+ZylXtW=$uuN2iKGd%{$>p4W*hR1_i^` zv_2qW9LEMue1f`rvOrk!0x5J^QhR2zO5uKsumi-~X2bLJl{4HeC*O1C53KQIEl zBX2-*GLGPhiGC>^2=$oEQ&B^ahfwPUTVuQc?0M-7Q@=TWV4%2&n&@$LQmSIE24?KJnkk-cn#j>5bzBaXt$v+?_fMc~y2(T4bRCdGF9{3b`s+1P6c;;_DI z!^wu%#_SGNT@kHU6X_P_I0ui~&!M~P>-VBONeIk8)1#$!z6$OY`%_?=S}1u;*2NNljDjr(zpV4FQl)`F z{Beo0;idOkcmtIsdtm3y7jV**Ti~iS3nfUlxO}fW?G;hB9_v(nkTg6}$oasw&1k1S z_?}wz_orCXy@N?)^{{X+t#swZ=uvwIRZ-)mEWa*-QwIr}DIu260$kS<>ZUE_V?uyjx0jK-7rnA%8E=1el9%}OK3|2LZuO42i>H1SKPiYy z-ap^`=1h)@Rups;CDTDD5iU-zuTpY>T=s-ys<>gRaR}6?1Q`}_qAWptVU+30e5v}j z+zPC5t@2aJCN>4&rds*%GJd@Ph>K2onr_=VJqB4}&69{KdoUwQ(wE3>g|!~VFsHIC-Pd(}g*1KoK|rZ9lbfN# z>KT|X$hCIZ`bnxEzXC4=?a7(Qq_2387nu-~PxA`pFFh9nDDzXS#>h%8C^@j?qS~8l z%V)*3k(g1k6T-8rtL%^KhA_JE^B6F}k=H~bs5c|3+p5DdKr;tH=0afXj3Ql4-USB2 z<^p-}C`bIGc6HA3xvOhcH|q;vr)fzv{*^fh3^ZV4!8kzEH*xgzHXS5?Hff!f?Jy>y^;;&yvhv4wTzEYY6pfQ@P)y!dR8{;R3BHt{M$wJJ} zZ!b%v0O3TUEA`*uC4?gYlCiQSa?!d^-E+qff6AR4V1-J_fzICI4gwnN{mU6n@^6LzY zc5vcYOlT(x(V#)Yvz-v0ku`Dz_lJ_@v~nDUi@v{ z0~fL7UzgI^2|KB<1JBmwqZX5Ns}RSTft2}1$dfkV)Y2J+VRE1AMA?gXc1Gq<12C;e zN+-!80#Kk4&9-!%zJ6R`584ocxM5eJyxT_vUmr^W=`iziL^WTO>D$mYl;#p{zBJ6U z*Kfr1D$LE|lxq4tQ;9$FIiQ^k=j%mX35dBDc;bu(ZBTaWEo&Y}P*duZr-ROIC<`Ev zl6Vq~0V*kTGCaTs6{h3{OMS!W!Zfz67Wf{jN(qozZSVKSRGSaiS~*z~t~5hB50S3z|CMdO&k8Hw|Ug;a?Nb<%KPs zoGwmDa4Bv{Aw8OP@fi%~{R5>?kboDHopj6}WJF#teG}+Age8@HU#8a+L9Z(V_$1A*TZFtwE@K76rZH74VQu%{<-m4ZkxWWu z%Vk@Fz>xdnOmd_IpqRqG_E2Mh= zA-Ue=_yB6A^EROJE8R`A3@8zycTzy9_Yf)w=!!ChsMmY`hq}7=Bjx~v0|T^-4@#)< zS9DwP22?Ujo7H1;F%2y%8~NH*8rl&>*b?HFE{zXQU`3jrLUSgsdlH5i#ZZl;;PfZjd85L{- zNj$6$!)nt+zlZ3d(R6R+7Op29bGF-3PA=ax*ENF*wQV?Da$DSXG45j}QCgV40D#O% z0ea&kV9*hqZK%D_{o429EY<3L)j7e3!%`#x0eE?Z4QN1(mzKRJ^i+N(o-5hnuZSyUC7OPY1{YORuCeqeo$pi)>{QYE-zTomj`}BddO>9ot?;xJ+yP<7)lyLBMK4E z8iIV3Ga9%{=`Cy@b;NECZS_;au;bHe?`RL9odIteXBVz@S??Hro^Bz1{uF?jn_6ts z|BtUVq1n#90bN=2$}Fg1*}WC!3hT?o=H6g_m)_i604InFo=KNK8D1c0W+ zMyVO-J0)LM@x1mrDndk|9oYdecXH5?K_@w@54nO@t?APt3)^FlQn-AC15TEE%Gh<* zvRHI?;2qZ6{LHebj?sHFD)331EEu?FJmgNMhRNO)-T}ee?t$(1U3h1>fD^=8@VH3& zqvW&^p2WoBI-Ssqs>%q+IW#XRT5@Tm*AyMW72CcyO_iBAd%*ECr$PG$7*mEz3#vw5 zddgU6z0c+!ig>zDzu)o4KpG1S69b20%hM`D*pu=N5A-IVWKBEqbh&#gp3z$oU zse64O54|X; zFm;_sK|E6E5@|mC<)Xv~0hNssGSxJkd*WL6v>IWsgPM|x1lMRVak?-!m6pA3*FXoVXkjpn$3-ykG$inbQ#^&k6a z^-D`3u$aTHkQRi?GW@mZ0O1s!?uBPA+X>`@pf>N87We~uBT6m;Wd}DKigGUC4}C)d z;;7)$mVOSUUK`WJu@#8RXlOzz@emY#7Gy}4`Y`77(HScX#G_4le&0MucT3T11xaY< zR}9)V4mlML@dYG8VWDY^g zc&E$2oml^=P-66!T97LNk&>V_Sv)vC>br>7X|Hg4xhl-Bqu~OB2(>Qr!rBy{pzE=0t&F7ao0_9h}VT}Ie2-q4+!vX=XOeypUKTL?vPhZF-V{)PS8>P_^ zt`9WBo>l}JeU3XLY#t8ekAB3MoRj4(5UOV6PQZ@=AyKo;U6PfQ?fe~gy3{_MS>$;X z>$E%qDn`}LogrYE?NRTGQgro)?`JD=cGa3s?ABD{RGrY(RAvww27@eUs{#Lj++X46 z%+G;eP{|a19#wZ9>q!M-O0!aaXm>nS-wGL?$^VE!wHf8uo>XO`cstDqSm|UTx-Gzt%pRODChB8Jty+ap`11`DX4)Lg{Q{5iFFyn88 zL-+^9^_cdeyHpG{5Ssc@{p%+|HyiV*u%Ic+M_eY-To^bWuSo;2@4}F-ml1KTAp7+@ zkuxi;)gvP&p*yQ^(CxMSX(ieKCz&zlxTNH4XQ4AV&Lm$jYBstz1Sg!uQw{d^n&s9EeEs~5oIW>;Owwen4d&_mSkey;` zXfOHsv_YT_Id17K56k&Dq=o*l$dx=k`j}^k6!=?>|6zR7Eov+w9?Kz%_CBxMB({iW zG5n7R^H0MtC^~fg<;*apRsP-10pfb>J4V~Pj^nVH z0}O-L|69WIa(A{JDF|<67Bw6i8I&-ZIJ}avEW+ppf>Z%Pj|vq1mz$#$ zX`xe?AB=Uqrv!%#X<)+z2%>50QwcW%;SX@`9q97WCDsewPfbn2GiFvf(a#e%)Wf?l zzQKbrnjqy@4d3+6nK@%_f_N3#7coRU;L!q?C}d};Hs@PAJf3=#G`vl-l$38@g?eGdjV`{K!~nK zM9V3+)0Gvg__HFzvXO%RRk$kux@#Uy-1%F?pCRnQFBqm{;-rlEZ*O#K1pK!x!H0m1 zyo%+S1gT|e_D9FyyV%0X3c8Q7L=3XY2Cw+qG_s!ALp2#J-Jz=h?9y|rehrkVXx7vn z*2%3eiJ~704zFA@O*6c_NZ6KgwW#GCJm%32I#7=P%7sS)K2cf|7+djFhdQN%Q~*~W zSW=l^;yprbiR~<2)%bfoCE5uEspFeE(y^PPDF-F4DhEBC$vk<#o^2XJSkH~*^ zO@ipn`J2-LcPR8*bGEJ1b$!)1l`^(N+~pMNB1Oz(B(cz%PPqqab8?1(g~uUV#)_fi z)o)T;2PGjzf`mG+&K`hvNCGu>B>m&8K!t4IJo8*wY{;_dHw)b zU56ktTA|J-1o=Z+`)hh;`1nR}*88UO9)-lVQ^$wF%vLze>jLB`9Xx~e9$K2&4meQx zW6LbpPilrQY@F~SR-R36w2UYqutCs1;usCK>7R%anVmJiKHU0?*iKX3_m<2AC-jpQ z1WPr+SqiSq>CU2CwnZm?huFX?gI!n%@(~25DHbQNmm+qfdNphckA`i?s=C_}_&)=} zTm@edT?)UGix7xNqI%8q!WmM$vuk_aQ?e&!3=#!o`nR0gL;%3t-{oU7;J=P6Ny~MI zJiqS~C=v7pOO#{b(Ge|m$8`4;sP2U!no!_PTigUWPe?(j4Bq=7I3!${Iv}xFC_w zUGE7*aby~FW(m(Nlpog%2ejDvSPM2@m}OAVHPCSBLnDW&==idw7~BE?D`s0|8Lbmg z5eRo8#NJUex1xrXAw}b{#P>}UgWo+dMheog4IrN_xtdIJe_=_vWUmN1M%kJm@)`4M z-!O!qliajEYnhJN{K)xSNbsW#Y_D-ij~9fI!u^E-jDsLyS;uYx_3yWnr>{kEQr57W zq(-lVN4Jd2=x22gVgL>>h9k`HJNv1%1GgZ@m66M|P%=K-^>YUW9ES?H&2$ka zDaH3W!xX@AoVp6qoV6NZ_H?6U7)&|dM`w89R-OBJT-Vz`C=`b= z&46nwpak8U3?c#=)S;d4iSe2iA#Z2E;X^yUm2&{Db8aVip{6mgU|@y%*9mJ0-7L%U z)m62T)OA2VxNvbH#O3r`X}jcF7HUZX!6;am5njGT5su2r4nfxg$A- zfu1Hf0WfXcy9VxG;bhjec1_s1jxcFWAh(dT>&YJ0e;c9QET7deObn!q zD1ck3u#tr*wp#K-vkL88{L_)gm~=T;qT*wpgR3}h*O=60*bDIF3OTY~p5@`1aSElr z-Ep{}Cq9mCshKWuV;fb!!Clo3t^mp2*~0y$g={Gep>g@HP9TyZer#ShP>oBdGwRFy_LGMjB>l~@5i z<<73XSUaJadIQp0{Vz_!r->g~ ztO7P%o4<{>AhaP|BOYhj&c+g+n9f~uPPVN`@g^8pMIynds*x5HDjCu;F^wPnXlB@q zaqDCF>odB#f6|dxc7*H`bABTbse=$_nMNVo<(cR$q+|@Y7$&AX5=M611+H3|DEV(P z_I+j6{F2(yEbk3nA;K7FAEe}h4`f{Ka2Yvz_C58@`dqtVLh%t!5bLwA#if1gMO(Y> zKj#zTG78(@NwHQgr{lD5AhCcLhAvR4o{WscZ|RW*(7eyPG$p`}GaiEbM7$1L;}cd&APM=6}FS)L!JZP!w*9Cu&%gMBk^6y7a7$ z(Exa&gyRQ`Y0aH7MO7-1WJfrt8^;P!=v2uQg+fxHf0Q;y`VHxsy317cH4 z=4uGuQCI?|XrmE~P=E+r)WlMSDvIr7H;a;h6e2qOUdmy9D?pVH7-&+Iy`z?Iwg9iM zPUn*M)h##BTOhKkf$fXCWPvI(s5E}DB>irzL42|Lz-B3p*9-IZydC6?E5;DeZM# zt-`M6Eel2fvCH8huyt46>)FA>hlbeM#rt4hVJN!b#B zIUdh}w)_fqvJFX86_JDt#HH_Ms>WyGnQa8!B|Q_EWK1M>VRcEa z%@xT3yBBIbZxMV+@!1e1yG1BKyocxpywvptQZ4q8_po9XNmmfCpH>t0dU9?FhTN{R zGHkw1b^v#pTKZ7Xp5`igCyCcvBIvY|(DJfg&|DnP?Pk=*o4o`$6|duO^0{KO;2SqB zVHKvpBH31sK0NX%>=vpiD~>jyG}UNGvB}c4kXmySUm|B|wPhh@DyI~?-{LPi=Gv^m zE=^(v5el+fIVUKBc)ef;^6exSFVw7Cx6Y*~k7%=E3uxJi#Tb@3@zV58Dac&rIuhoA zF08=!Y zt}B%CU4)wsUqB5h=^uM25epr_sLfZBYv$mAT&~EF{ANtBk!i;KDJ=ROlk?f?^Yq5L z(Cv#0ZmuwL2NyBjrvt6t&iDh=A6$yj|5e5s5``)4nPK0ow^*B<8=b8;@cPP5dlpqP zp<{@x?mUpYEH->bs)g^DN$A+JxIgk1W#I&k^YwZlFx}WQ7OK1QpScIA0LMSHq|0c5vtiKU*&RoPM!dDU_65#?C9vvBvCt$jo)SFlNOUMz(y#P880Yy}=S3|^2! zLv3{-#jndg3QLx2n<}j^?$5Eo>qH0menB)&W z7)${!SzMl!%&=P6hz(U?ctsx+g~ymo(J=#Pv5-R&#PNX@33|cUdRK(z^4$JNjB{f2 zm*=&7_YvHNcdP{001nxYpkZmvCxSD(W64=($^(kL7F89nUL=chKF(;Z{Y=%ip=ew=WKj#StZf5eNw3CiX#Fv@$$9!ftaChIUpAr$h=P82;xXj<@qHrs^L z9_!DP{Wm}7&1w|6hY)nQ=3GO^{2c83U52;fpN$Xeh0f+cvmgjals|s5XYOF{7zy2I z{aV%7c!0u**Wir0kDdIi^M-NnXUyt|q^_>3WN@+W1b0l5qu~%dHp6pUDB-e1wwS>d zT4RL&mV4^@h=ih9m%h9dJVV=dCZS0@mjZP)727VFR0!DjbS{T^T^qOZZ}qinWA$;C zt|_HeE88qc80Bqlk;JO=YhusDp)H{Dvt=#nh`c`Ed3*h0io^M{G*9|?0VO5*OWN;Q zKO%!|cQgrtD=jX54^@;6x6xmgzQR9}Gz3Zm%Fv*F;;f=2GheeM*%Ls`)ltg*scv1FSC_42DCvkt$a~vd)vDMJGYEVGgq0!>T z&MF!tg~e|RYnW#;V4jHBbxx_n@;BpW6EnRK#tcZmfk?^cXb{F+XjbQ(J=vBrxgTyk z{J?xk5D{(L$2~O5fqA%1Ey40*WQod{c>qCr;*qBTn&mQel_CVEyRLyZ4(kb-UerN2 z(d+mWFLF&y zu}Nho?)Z8p%6hi7eq_dEL0t<#@dzbqRp<#JOR}MQrASeou5V+<|5KZctSh{{0>lcr zU1(w~x-NC9NzOo5JQAKpz`!K@O#HiS{fMj=3;EEw-=E59(lcooKO9&TI)n9)6N7C& zr}{q#Q3{nq_SI@(D`*qckXE)JWN=sVU`ZtozEB#!>KwDAVLT`BHt2Lta`&{XI0A*)(r4PS--4G8s~2ud#S(1>pDKiHyZ5FrwN5tuJK~yiF)& z;pm<3NGD`*_b|#>hq2{YmRZd?B%a^t1iM4nIa0k}-P%VdMsF<+t?8&;L9Z#UT~0b8 z2^cExV$wz-VMlIP@Ri&A+UPJs39&a4Av4s=96?9QVT{trO;`>}k!IyQMal`ts>ly*x!m7dPcfp>ZRO}pKO@R9UYfJ%T z#yl}qts_b`$Ln{p39zTw+WX>MpUOOF&MC^>N**S#8Apl@LA}G`u{slUM;kBr48q7E z)kYjKnP+5&trYq*TOLYGmdjV zysVpIA$OmZQN{kN3Aa{iP~y;Ys;v zWUNi92O);2ipIaHx)4%FSoL9Nz^k41*TiKu9M~8VI1raB!*LJW-|%*4$XdLsb~ERt z>oK0<1`{aP!q_h@mW1^F9F7qap#0!k6O3W#6{_*Ye&(NPg|I0nle<<+ni-l`!?4t7 zf=GjjcWybZjCjv%)-r4S*UM-CJ?o~%c@2H;J>RLZkhcvlVG+#~4kB@1{=;cIrB640 z4YS^7O6a&*ex$IMHaND53wNzc`av`#&XkLD8Uc2a5U47GLBWj2INeRJaSYz!Tv6m! zIMU1EBpAO)k$O^1TcY-JzBBbR#m|&n3(g1vpJ;9rY+o+OyM~F=wh$$fww>OVA4Zlc z@-LUs@|kVWuY&T(C0dq&AricCYIk7H#LCFwoM6(22Lj!vgVvNbkO)#dErB>gw?7CkrOPFsP-a2l2dTk+3yy@vj#VbIonSL>#Y?AhHZ_XiwYL`&VY5 z=nz#h`Xd)?$?-BVj$e65DKU;xl9f&*eUfsA|SiI!R)$A<%*?F%pcvTRevd+iCbB z(TKr+n3>t2!^G&a0^?I{y=j4f+{OliZ~YzhUdliU2Ap^I?kWU{hkYYQ!Q@SIu}tN6 zBvRO^tS500qKQFirOO`>w=jztthB{4r-^(IYpQ+t?^rVEGv^a*O1NOumtt={VjcQxE;ib;waO|1J+qH z@^GSezEe$gQ5XLa!6}tzfV&VN2+N0{yXcb~@mlf81SlqsVdSX#{F=4!Tan}sEX7#p z1gp-NXpN}23-lCZ3V@63Z#P7le*(Y@zNAL221V{PK#i_RWc`hq?RHv6b`xk%-$W=r z{*($#J?rOH1K?O6l|@t6vq&8~uL>Og0*2F-R1>Jghl++3rU8D(c3!wmjFe(LtY%y8 z$ooxl1e06N+uz5j5u_EOyxA`aG_<2@rf#nf;{}Jk@PnTwwVB3Uu}EGLv<>$h*)Q( z_+hs`GBs(}w?FOgBAYjFzK)z9dO0Ua82t@srjlfn+d75B>+7_gUtW_=2ofkcovsN8 zeN!%)S1NU9f!wSc@u?tWb7x)`eXmn1@Hu4XI?k%Vb!P-?kx0&HLOZvjD9lhvdZ3HN z3f2j2LM@#^#1$}SX2tOf2bU9%t`UbpTHSb74`^@@#oGFN2ZvyT?hbgEqTm1dFyLt1 zb>yPtPsp&92}w=nuu&tS6n0R+6ItCeZ54qz3h2SyDbBLK!zQi_k(uT(Q@Fi(0&JQQ zA!<{sac37(?%JpbRt|KKif3e~8o~znCOu-fBTdwG4UJjcimJ_h18jIwNR<|Q^NgRZ z5V41y34tj(zx=Pxx1d*4HK%%8VQg8TR3;ZmLp;F^{cGDat4SRv5ruFDjlUpqdq_~@~_+{Y*zaqHQsNCKVOX55a zEk*^6AN+&^Vjfx4E3aN{-z^a>Xz^YxrX^$lGizL$N$*<6i5W`ZVWeD`ED}dC@6zgc%L(fE#GQkZ+PiJoSK?}CA2vi(q+2wzZ4rR8% z*N%^QJDk4s=7+Ww_HRxobK(hr$ z@^oji58xbWe0kFm91!FA>R^tf)x5BcCHuUS;i}nMs`L>AkS1y}d+AdsNFX>Ph>WE~ z34N1mI8=n(kcyMTlD?teP-h1&51`PWs~!+A@w^p#_MCJ4|1T3%)JRT#313jtJy%*v-iW@Z?Vrh_ z6kbmfZreOr1fDDEP1$ z_cyzlpp(sin+F&k>>geLDxNFT{AE)P<}hK7Id|9fyWLH1aDLn@imK&m}C{jpvZXUta@fNWov z@n8Xg=kjvZ!*Ecex{O9ys;zwZ$T2CETvugnJKuBgZc#1wFAQn(Z9TSQg+rck<1o-7 zxT(FL8eOcoM9}uW|B7D){8zbiN*11J^n$i$q}6G)a2;imk#4zdi47;J*>jO0cukM$ zW+AqyxBxWo5mFqHoENq0sv;VVYfn==!RtybLxsli?^JTV)=$|YX?uD7?rFU*48yCiQ#Z~LjDjjtROKNHguhT_OEDcfSzET`c42T zEsFSRvs{(8h{DUoOksT6U%_0iECbz!ApsNG^{EoMFwVjY0;)ci@<9bh>*2{DjA+wn zO1u|kRvRzKx!cA~n2TNySG|M%3So=!Z|5|Io)hZAbZ^oEru<6aP}IiZ5&5n|iIq-O zAoc2b_T2AM9GkiMp%FN`cFUJV%0B{Lolu{NTcM+t76Fd>!O0QD8*$R7>g_$ zsk)Tl-k2ue-CcPg=*+Gj3~N4IX4HBw6Fe1Cd|=frMaC~un`yN9<(j`C99*;Z^^&k! z4koai#gt#EmOJ8SO$;!b7rVjOvvN-KSiR z84Z!!i(4`;xDyy&W#FbN-?(-+&Q)&$d{VUt^VT^z>BKH~`C|{$vF-R#sJD0f$C2P~ z{UPqbOWxvVtwUI|n1C}yT-F#5STQdcAiE99MrFe3%x0%-FNk25H@os2{&<(lu)WHT z_1a#hSSF1kH+)NmA9s@D`bclCF*Ud}z|rgROEz?{=7}{EqScqd)f-egIDBK?XBRuzux1#RYdwc) zwG>oLu61ee`&IG?aVARzdlI)n<~3ALE>~&t_T&w6od^|bxNeD3^6D*e^fAzOhe&nT zmZz4l41`P$I;OagRO=W|2(q`u1Ymz#PK*-MGxp}vYqHL?O7+Xp39 zg_CHv;Gow7xaVq;M>0TsE4oi9+3z78u*=|OaOomSvSM0GOHsj{)45>j+pnpHLyN9> zCwIGv)u3!Sx`iDd!4~5CqVkkYb?(L*-&vvj4tTuh3U+{nBEaudfaRc}Ht8U47X1A) z8!)*Ug__>X|6-M!#a6E2*J?dDwya8+?bT$l`xk%`LRy>#sGM^5z+Z?KhJq-&uz0?~ z(+MY+RQjPqi1RfrPBSUt`gJQ`BReuh^a7==P97_ZiL{y)(gX9P_vDEjm6gHoEKY^o z+3*OWsRDQu6LhMjKHtv_Brfl)M8KduD$2AdM6anzhNsV^rBy;x5Ju)jQGH)x&)q8M z;!^5Z@w|+!6VIprRlTZ_V(ZLDA_X^OYH(+@ruws`a5&>Tjtav>_j|%KalufXcQgV9sSkBMDeX|V;Sximsb9OomH<6K!oP83n~IfmT{U4SD>6`)#5_V# zu+k+{cnV1)ZN-Lj(}C~85`t`k7^*M8Q2B}Jw%OoRf6p1-ghQ$Xf*|h8y3#{yBw69H zE1LoNofRIe1&SpP8D!}h)hETlU&$+a+~~P8Krw2ajrzH!j4=i6kH!vZ1lc4qIGxC; zU~=y;vcK=*>>&O^d;*4e=&W#gR#in2qX~RL8^QLDHb=HL3py@7Wd$)GP^7RSFcAjL z`j}hV8-l6zOVcqgb=ZocdQDE7RdcJCF}D<8Utl3BX~*HtbQP zQt>h*<6!P*tV_g0B#ZxOC|ys#X9aHq-6LTOU|bPKuf0HK(-+!12{WeoV}jMQ>+1rlx+a9&W_7Pbz0!{)z}o_AfuCP_imZ zwm^{?TvV4O4jg_nM2}{O{5LFSKQto6<`H%ew7vp$COiT4X8pbIw`_jeCVan({{WpG zKNc2vioRaW;uVp6*kqZiuFI<iQtp5Wb8xD~FaIIO`!LPN5_S;LtW$W{D7mCYBd zj~I})+%<7th%Xo%q?x+lEygNqzEFh6m=h=NY#eoQKnF5V?)^S5O9M!-&T2H6NVU(I zi^#BM4AsOH@X{13E=D<@f0=ZFzWW>n*Vc;m;gN8WMz0i{${fNx2xZ`E0GKrZxCX`R zSf6NWL@tD0clt{oNhVbRnnn@DRYNDt|1ye>dpUFeMR>Dg%LFJo^iyc?74E|`OlJx< zva75|*6L>UW--(gdOMS;o)5VHdr&1wP_l&PdTdEC-D?`Ae z=>9?3b{mcCP4|*JE6Ih%1$AK9YNx<^HSr@({5Nz3I^^nhWIv4UAWApG_YS& zN%f_1hN#}(znDajs+r7qFlpzyPVcG8emkYWvHX{mq|JshSu;w5RO?>kXUKs8nGq&w zbRWAIcqn9ci4QofjpuV0Fa~b~r)EiPQbg|G)ZU*ivdwZS7~KZP`i$}u5{Wkvtj3JQ zxl5}Y4jmV=)vjOf)`PHpQ50&4L~HLTIicySUWr`@?z~KfJS=AlZw}8W;g%YT>@_Gul3^|fhS)Gs8kdnBbv|okgnZmyRxFe3k9WtA>pN4{HfhKb~;H zXB`88{7hL1;b&ls!G;HXuoB0%K#l=aD#8iy8e?&Q4rCxT?hgqAL7%TQ@>wMA;zivV zr~rgZh7n}NIl@jSq@YD*H$ire8E|2Ns1IOVPFw1D_Em`x(h#>LVf`c47JCWE%c{EG zi}9K5P66aqb0gdd#gR0X{0*Zn+LRyEUUG9X#ggK0O`!_0OPxKbIfS9&wG!cd+RqL; z9&;fwUw~mVl0@A-H9`U}Nc?<(K^$MeOrnbgjy#Kc;RO4q#$wCETF2tlPSQ^J^_6BN z_CX zJG3^#6n0`MB0D~kJoU+WUN&c`^d$*c)m5OuF;(5@2?i^3{Bn5gAOPGUsZ}y^>@ffaQW^&4;N`GjnbC!r}pu`!>Dfe?f#r ztW0wmc(f@1UN2M_uz7_z=^Gp>D-XHoMuxHeMXHwqolMB+aZ5Ao;bK)Y$=(0l3uB2C zTb(X!hEUqRv_y)4N;7MVu~d0p!ILrFx|sa=U|oJq>Y6In=&Jxo4jgh3kqfapvq^jW zR-V!HxeNaq)L}O#S7FJBtU9LYYWw=4p>m0Q0;w0dcfO3!aYwfnN}ZXQn4 zB8X;7rC$-X_rHqeAVZjc=W2R0INe|XRyH@utrgk!-{e4?D5y+nZ{EzrO#OzA#xKEL z1wIZuCgpz58qC#)U*pG$vh>X;c=)hB)L|w?VM1ianw07NswrqP!(#X&pHR_;l9JlJ zde9qkUn6%_o$*;;rEPP8xAc}($0{_rB)o+Jk4$c?Lr1nf+34N%ROa-fr6RoAI}B4h z92po|h*|UI&@GTRPN7byx>RU#@Cg0}fm}$vBIN-s;CFj;R)) z)i6Xo#O-X^PsQj0819E?#3U1wPABpygTgR^(gOL~$bI@WwLgyb;dKCJ@%E4)o-8&? zehuR6Az<$5$XHUjJ8{g8c~0v*ybJx&{!Fq06+UJ@whsJkj0S?|5XI}k(Oq_YEMGVa z_C$m)|HvV=`{1~edm%rrJScWV^qIyphzTtE=jBViuygIntk=!JPs~gxP1eok0gB3| ziW`E02_MaS9v>}9kI|I2XA0vIbk|!-if}u<94N4+A`TQdc)dN{WGw1hTduXHm-?{9 z8cLeGSn9v zSqm+nJi#{jU4dt*bZ<$rJj{Z16yFMl@M;ATE1?hy6UNH2_iei~#`ak$RHs$0Q^-=D z$nzeD81l#mf|g93$UX5wn&^K>kk{fN!NJ!Xs6tk#2Wy+pa-<16QHuGs-ikf2{8^OQcIU!(;n{x z9Ktm9NEq#-w9WZHRz|;jG`L@aMKU(0>KCyXE|A52(tx1UCWS> zi)dPs^*M#AI4D3qcj1*!^Uu0)_j{0m&<{PehrPE^?Giw z8eK9zhAHc51Kq69e^B)nIaxNa^47p?R(ZwFy~Lk?Ygo=$nHbv*i4D=ndK~}LmMto^ zZuPy+k7@(abCQQ&~9n4~4C($A)6Jq`9WUT+^C5<1nRHTVTb-+2oV8-uL=iAMQEI?aO6gL7X zvrr{4FdEn`Rj-%mRRU#pBhzy1ZboM`=>oi2i|TGQiq{9@LD%}8Ur{7-qISoEI^Px= z(E7iP6KPwnKD?Z^R$15l8rP3mJ=T@_WLZ)~%zQ9Gs!XCVXfudMhE6!ADPRd0kecpFz^5P*4N%<0c&U|*1#%w}*N3F5#lE1^^!PPs{Oi~PI14Li zQ56ZmY`B6$D5cs7x}UISBXaH$AJ#c^ejkiprDLQ<-%sBY7RYccg=15N=6Iv9Y%0Dl}5m$kE*8EI{A}+&0_D2f*-blEuT}EtxuNTiV{M= ztFvT(r;s^%`>YbbEY6ji!B-P%Jrb!@yCy3oU*Z5NW5BN6T$!!)Jy z+kEF~#C?h$VUEk2eMsCk$`2>a7_(Cv7X57a-x|%9KpZv)+PUT~RZjw;((Y7Cu4r<( zWY|tc#uqZd7u_(}F1TV$`pfC2u_!yodlN@Vp9iB6$_3_yChi`4n4p>{hJr0W*eE*N zb5Imb@C%q6LBUp&Ff1SDhV!#f-(UvDgJ-U{3h7Fw(>Jjw)et2Hw%20wA1XneWOs3` z;=CP%Q9|yr)^&92+h_D8BC>@|b9)5p^GczLpj1z)xo9FTdlQnt<=+ADAee54pS<*! ztP2Eh3u8la1hkh+`N1K6`=a!$V&*QdN*XSs)Qx>s83P5Rgvh>KVtTEz-wEyc$Ws7mdhUj-C9qJpQ{?jch;_)q1YSjb$d*=&D$4@Q3V&;@`|oAD35DH9A=n)r zE{JT@9Z%0$5;ouJl0_8Kxb#lG#Kc|Og)C+SUk#*DM30GU%hcbkMm@NbJMVpp|$M+x2a~Gt_A0e z1D@EoL6SH3T>LCvxG0-Tp|_0Aq_(T8(Iy~0kYGa9Wt2#=?0%uCD*%^>yxnEeF z)#PB)dB=V^FTG?B`9WH;vVLOfI8HL3YJYqI52hKJ^c#f+W=ky+Ya0zV);lw&2@78f>tXTnwR@Dhb`HBS&WXF5(UPdH#U zect$MycrE5^RJW0o;AfVqQ#ZuWgZaI~9N)N^A+Mp7_Jh-dxsY;JRZSr|8_ zG7-@?*Gk1QQhsyaktErry;@7M9O;3f!EHw7du9X7Dgkhm1;>FQ2!Vud%=vlElP)p3 znaf5HpGsu0nZLV7a~QaQYkV#jWTxs46M*$1h4L+y-Oeo>#}YR8@0`k6g!rJa9jONr z7xP3A2*r}Qr$it#5q<3v*(uQ2DKC^qe zu$%511jyt)tCnFO2~Rfh01>Vd6>q7fmBky@oQFw~!nB;VH^!lh#@{}F!N5?DscRnk zRM?iJsd$W5kGCI5OHCpta2hx0HV0*^wHK!_mk4um2YXyj87s;#leP%pyp$Cn1hQOw z^tpbCdN1UI)2rI-w{Q_8XDbHzlJ7I)E(zB^KZVfxMBOqq|9S6wy^YTw2W zAPV-XWXO+2BB0e2Pk$U492d5DCI$q0d%<#ytcNfy+;rw%bo@1B=B3X=VEuySNAZiM zQl>DmiceN4hFs#1_yDa=ZNFXVi?o5PfXNCm>=g-&%gtXuu?(Uv@OKo;%`UQ8BPHos z$?h$&))q=g+0Krspnt2jpoA@NnUx^wRDc7i7?M6eLGNg^b+}+^%fL2Ju%^3jXXFYx z284P@uXFW-0@SyzPr17f6k0opV+m27NJuBGI3rxY8rYZ+lFJIZ~dW-hafm*}o6iZ1aU{neGF-PU;CY zIhSi!sW%S2N#sH-zn>GfBLESxntT4@$C$71g0^NS6K`Z)b%)U=0#83MjQi5wgox%6gjHOIO0csCrXa?00hHYBG-n&{($UBO~-7uc%7(qvOz+4l`B>Q zSPVc2h2u(zul_T8Qj!X_M}N3?`zodyRoEfSF|J4#xQIjKEUqW^U7J`0Is4gzHAXaR zGSXT(ra22hQTz%M(8?WX8EuFUxk%f0zY&Bqn!(@T`18rmdCgBMme^xwfzXofRWk$v zNHwiT5cDCMPTi8=S$$}=bVYzM4y*i9i4y~k}lDto0Zi4e}NcXmov z^YZNjz8ftn*pg)udiE$2Yp>eAr)MZ97|MjUcjA_%eg{f{kVs{TNA64;Dl~msBSn}+ zNI+^I)?T zbJ_`wjF{U99%K%FzIZ8^lMV4f?0lKhuDH$iVg+k4-K-6Z2*j2gQIxr*O}wcL8|YN> z39YBW&ik!^WYUkt^n$`HO6XMET)3LR8v9^}#dP~NR2Hu6X=pzFq_H1zZNct;r=C5MIeX4=a^j2`BwMT_!>b!3$ z0{|Fhi64zO7IsP#_!apeS*a^q0pi2r5&GaQJRTdVMV=%C*|cGRic2(Q=iPQexYJ7} z#)V27#d}s9^d2t~nlz0bdGq5rXnh4a~K%s-6AtP2n6^doc&kQT_K{JtO(}u3lEMdh?#1 zARhW530T&?!ytPspyZ*|wf>s+e-CI6;RpRqo?-R(Gu;pEgZ6h#mYYI?=IaSc9{g*{ zo|wyj?a&`!ZWjKRQps)-lAZ%ore0q!e zFqM;4yTJ}y#fyyqcSKx3Q6uk#jMmiHVbjL?x0M-JB*g8>#U?Du*N1ZzFX)c5C-p><+aU9Y%_ahX{eQJw&#cJq!Gf8ic8iFAjG4Sz&5f)>PAo>5FiLZmN+sj%cZ0@svGlc5HyVLb9=*l(p% zkwMk@-(>GVkF2N6 zzfZ|2x@jtGbRY!ikrtC&+I=OpHNODW&M#qgEd-im|4fU>^NxzPlNDDOFpn@-kJW6G z{^YLZszNrHhRx$=MlmCozE{4Z;duNOu>Y`Z~6l``EW!cBCNH z>0-@1wXN8Lw<3?@JXYNBBJpso;@4S`3iaMc)tl8%xHIBCmee-MlF<2I2l}K-`lZdN zbY<60Tzn9_CcB~=9Z_^GfcQZqKo7LjK3KNX)5_xUV9X>)<~7#a&cOu^%@IIi_HRFR zDXL!_X;*a2v_x73ZX?))`jjh8EtFshxwQX&v&G4UUlEC~po(;#TFDlOx8;!1{}y^jp1LyD&}yT&Yyv|G75to;QzkL-oYAIV$CI(^3{k;mEitca)2g(Hpi$f z%HrQ|hXYN*s`taLM)YLP(NNb2Y3J`@;3!c)vY8)`1P2ORKm!5D_WEVNa7bQ$C{(&G z>bYK?U6ut~^VCUs(l+kPn&P)aXpdxPg9IJCh2#4%A4jOLzfKQ-$qsny#F zjNx8mosvdr`fi+VkU$ zaDn^xTrKi#Ie=@R^_9C)VVDpU#AqR)ImO`U`0`hvdcz2A#9-QA-oJ;p!9L{+-XN5L zkAbp#9%%_QMMen6XNa_$z9aF|M@OK8a52<;B#^PkWJyfXC45vI`6?T(cBvgRO0DgMT8%3uBqjXQLxAJbSe&Ni_Mkz!OPR_MdFhbC;NH5(mOSy)5I@(qH>@CNDksG6_nwg7}S zJ%-xfTY7yGhH7(AE%Bhj|4vN#NOQLKOjyh~8XHoT5}(yYFtLt%0po9Kz{lz_q*Dg3 zrA=th{d7|AtPt<`s^slHBgcmd)1FGpch??CT(Z?;X0@qW4`US;2JBLdbyFD=fpD_; z4Nw6IO3gQTRptBcp1ae-CcjW}fu4 z1>r3NwR=xd38pcN`m0`U3MX}p<2`Xdvh{QXsx@8pc)@(Fp)K>D3zs5$P&U)9kT&Sn z7u~5!{SQ)Y0zE~*!^YK<=+M^AwQw~>ITb&$Vu(D%a!If7mqAOl5Hm_HDUu8fjD58Z zw_!5`eCAp!G&J#b2$GU8ZrS>HYe7^vSYA77zt0abm(GZKJQjd`;WbhZcMOv*#`cq4 zVU|RO+1&y=F$pZP+N)ujga!oc1j5%|SQz{(P@BJ*ux|8)gKMyF!PG{>O;EL6MlX`b zo+z2X5Qh2f?C6?=7N|C7R4u#&+K4wHag5+>r36N)mo#Lh)f!zXnlhPMT};(Fj*47~ z+Z5Ei1K8dwG?d3kC&wvkMNxDbG&Ujl&NCbF?CUGN1N$6 zN|N>6bsDLV&|^lauRe^*2PUEv+R)0$`urUOzT&Yl@aD!pad|g#m{fc*O=C}*ZuCL3 zX2gq0&?2kw(o|PqwHqCg?o8NU>ovh+pbgF+oO%#se_Sk_qACw5l%1?dZ_e%c-Cyd$ z091c(Xt?^a24Y<-U+0tR^*NlgZJ52JdwxkmX9c;PgPDnxDvuWsrooxSG@-;}hZS*} zM;XL*SElQ2UO|c>`#iA}Pb~mJ**L`$6?VUqkc9^X!ekt9aWju$n^NY_pMk2lcd6(E zs@r_#9iK(<8wAL~!uD8$q?V0j)l?8C)Rahy0_YMPna9J4iN|@)g_Top4HHPLh3k3W zvDE{X1a8PKe>t{kA;0e(~IHVMUir)zD7VQ1Aw9ai&<^n!2Yfk4T!b-?72 z2KBH^K*1d(PbE%)z`t3wiL&a-n}m@IJ$N&T&G6-O5Nax*u&%FC$O4whX;q{_G{1Ap zbo|u_xGKxxN_md?pIlf|nT9ct<;+R?8`tTifP(4?*hTp#T%IWtILUa%s*jatmAop; z60hJvBH^VUyGovK>s^!N zb7oO8ySs!T7cdbbawj@R#^!(DP#4VLE8cb%=)}IJP=lA*UkC)B$Wd2qKVzMY8a(tf z*X$@!=oQDmDoEBaR|xy2<)4qdurYC+Qw0gTf-BA#2BIdD>jxf%$_Bcaf!B=gt>2Wn z+3GQP)mA3WAjWn0dzN$2KJTD)|CawCJd2_x*KcJJSE6GUisbsUo_iXtpAlj}^o&J- zc8v5BRzuU;lY+iyBm|TV7-@$fgGje^$gEFa;YN^!UbODU3Tv=zSbUDLjg>ACf%Qp- zbf{frpx_<&v0F}RzH`lpAyBxUH1^>Wu%R}EJpr|hOy)h12@_^>kV?|3_?8^tM^NkZ3`6vzo_bn-h#8$pFl;QQA)Ap}*OF|Mw;tG)A z<#Ho9Hj@it~70kKxhXg5d|rCsf$3%PPQuo7+lk$zsR*P2z5}FZni@#{t5s&$Wq96z%;MD*er$J@- zRjdZ;wTV?ox=HH4$_|7hUieSZM*R^5(2^Une19TLC`0d<7Kd@NnN?P<#D{V0cptud zqNA%4twnB>i2UAhc-;v(12k;8<+RQj1&jy#hyIuY%?PMLdu856Mo0vlmxvzowwGfo|ZbOHCe6tZ(E{x7AGbfX)pZM zdrnZlDq2(lDNoMg>J7Nn#rFzXL5z}VZwl2YuGZJP8AB`x$)`cq6qE>u`Vs)L(MUQz zSs&}r0MMh8hz2 zgXJFdlxNSP>02f7q)GyIGeyu8Y(^KEC~F4>tpljy?2vD6cVv#u^V7Q#;(8|6Ge|3d`QH#Uo6*l^z;7>;z*8Col+p| zpz<8+!sq?j!Rw{&X^2HEK84&>^CF$kOyE_GAzy-9x75F5Ast+pDyEyPP0;107iI_7 z^lP(Oa;R>zVSKKpV;TGFfu&#)_5^Rg6kehMf%^bYCR4EyCL@{fVo+9*H9}T9e$dS~ zRsH_=C8?JiQreXV_F{#}9LM+067gOolMLwh)TVL}+2K6|#nh+3M(`|l$qHtpP`srE zQP+#qK%W^r({33O4^p9IKe{K=^04zXh|;2xW!vT>a$qjy7rCj`rQ>0Sk?WjW)mPtb z-QBwevgi5G*TN3MR&GwnxO1iL_|rs~y0MkHZ^n)|)?t2E>$)N^wKx9dh_)7FmSHwc zT$(+|_Ln9Z*C>e5m77)lAE}V1->UcMJSU9vyaPWV1sA?29TNIW;vZU9t7SGd&|@AI zP}~(#$zb5*=4K7^Cq(aAo6kyrxk@^^k!qT80dDZx;_lq3ih~wTwU}sDKjKov}+g z6xZ1;z$?L*BPm`);pIJYRt2v-zhV)YFT}v+jk|0W(8?x)7BUYm?D##QFO{U&FG?PR zzuTuINC1gdT3$iN1l*_B^?Pxgm@2SCf(I6nJF|GhJ(X(LQl!(`vDFFC_}6tnfx0?D zMCh-3%k`qR);el{^HM>n1ktF>91@M8{jQBi$sYQG9UPDcv0!}iCHs~x9%hU(<(%Q# z{NCirX0{~Ef^LC(tr@%=nL2Cq)MVAd2MX&~@7>M;-xas76p*UN?sSOvE3DaCaS@=p zNUVH8ITR@jJ@{1S?f!hB5AG?hm5IMYFBA^EpyJqcwY?m>&h28q)M7&iyyM(U8fmE^ zI%ufQ{j>o=kEe-6s}_1I(-r5KMo(g#5Jr-3r&-_vO4g6i$Gga(3BC78fv+fkMb#q^ z>bWL!AGd`cBWwbx2mxy0q><~kp_QVyA24NoqdtSGxNwW?nE5Q_NN}`>@!N=!rCtz( zLC%F`uxvp<%hK!|f)C^bKy3kr>{LTTu@R(p zj09=Sbu;9}4)b~BQ)FAI!9tY@JSatjm=WQOGM+HtT7Trx#IXZDS@u@plKLnFo@l;v zEMIqHhQf?DWO>6f(Lw#(0uW%`i`V3h{+u=X|A)LsTlZS&_(9@eTwV^ z1-Ah)!`J-m=8x2ilZu+FS%gcO!Ci-zrY4!Kiv%5Y$Vg^g_#NHU%@@KPUplhdgn=Z1 zo+>B_DaLFtFzDVErZ6j__!f&BtulnR#2HEyn)7lF$1#*T@nyLMz8lrfNL8}ygs zs&}(1eph7}<|S8$n>z$<0oR-GL%jmeS#yI5+V^~;b5SmO9n zS!*#z4nNdl=m2s|jMgEYQ>pMwWAA2Cv9>`jZ!d(>kv_uaY0P5*`2sT$f`U~jxRluD zrW%J#g%0z;hmkKZV34BE(I5{y!$r^=(8?7D3M+VG%DX{J)$m0z*5LlgMZL1DfmAuG zORhGBi-$||e1$}6li15$>wWw-dT#ixA1HDn2nomRXd9_Ib=Br_y}>SitTf!O2&YHq z>E;c~1ZC2Y!sPNAT9di02rMs)d}i0@z36pAvo2>07s$po2?xR9rToiI_a29rQpOYl zYk%Z)b&B*90>PC>icoo~YZH27j&g^S!;75A;Y!GgKrn6|FfUF21mB)@!1O=6wYv0p zvbdKAjMoy$-_ljv4s4MLM>?J-M!-~azyVlu0!HN=ScJ6m1pCAEM-f=Kb1`F~$AU9q z`@LnOuB=$W1Q^uH>@R3&xeokomb?X+^O(UL5y30R4VpP;QSd;4E}j{O7nIF>xN<;m&BS@91hND{yG^;mw8bw2nq}Qq=!iD}&AL@QwnH*%BRnYA^vlc@PF;CQ#YtxZLtg)x88C0*;9Ugn z>kLD}59H3nvloH$-ygcq`;5@QYe+%*m*dVhlH*<;S{fXJRZ#J_Fhml<$%zy@rBEZ> zFh00gjl;1<^c1_~Qh!@F8(X4?To8dkjOx!z2Tt`^??{V;yc5S)P~4_GEIHN19dd(Z zW?BzTznQd$7ErH|GlD1EO@MJu`|iiO9jPg9?|7LQG;Jk%vC6!uPGm26P?aaU8GZQr zyzM8xV21NSB7`U_tt@0_*krRm*GU#+YiQJ%7Pfx}bZNY2Fp!~mx%Oy0FZj2d~ zd%Px~rwI~up+?0txYNfen%N@?8d|f^wFrJ0!=hHQU#r=(z@^XijX!Ax-{LK^(n1S_ zVuu0lt4z)sW#5Q1DSgWMuTO_hH+e#t)N;ic{c1*TjP5@sePvHNrOhOG?sh<;Tsvkh zr2(lRoB&O?93>6FMuaP%o^ZBg&lK>$`i-vesg5!E$s>#}x9Ci?tu}-B&#y3=nO6-A z`6z*jR9s*~y`IP_rIrriF;M7&*O=>tsxhZ5SF4z3R4U*g%6BX{R&m9MVW+65-~BB)XjZqy;Oy{ zgn^+4Dl)OY;Sbo|sJVB+48l;^>#<*&vQ3;se_16<4AJb7m)x=+?x{0{@c_8>T)6tt z(JFWaSsUMZNO6uwuIl)9`y9AZdh5LN47pHd2a?d3c6g5c|a}p z3=*^KUi(Zo=S@cOM$*9?=T#el*x3XS$ys3^JMto-VUgnlZSI&TMUa&^v6{Tz^jMKG z#&ZGLDKZ=5eobwzCJHtfvGad$HBPt)vMh*7zXo>V98OGxC<@A(l^Ptc;RHxBRiGAo zqE?{#)Gzlc0)}b6xsAO3vRE04L3*E;0!X*6hdcxg15%K4 z*$3b~mCW3%T+V&}gf^?(llH1(M%&WD3(f%s3g<_mpe8+VlT_-pAfdF)D zZyF!CVoS-TlmskpM;*UwzC4lfonDNzJoMAcMcFe7KU&CEu`&>kj5A8&5HgBV}v*;BS0Yom7C9^S$1jUAY*KkuC?E=)qR-SHid-j;WIzu>fr(3 z7pl!mDY;xMQHHz;_|kVkepsA^h**QSt;zbuN+!>!Q`@+Xgx$Un6?;4WH$Z9UoT?)ev3utr%u7P(fie%9tC1B9R>nHrs zPY~frHF4R4P>0PNUpXa^gaA}3k8D*nwxa}Y0{Wb>xyP+g9`H{jPGeRsa@C%l-;+fN zMU=`c>+tzv7d5llW#?pCdlo!LVYc9Rd*Ut&2EF3jEQ$zK)-Fp0!b;kh&ZgA+;o!)S zAJT*DvI$xfxB$nV<#!oF5y5ab;#lwk&Agnz=*}`Roew#O``@64q%MVMOL;8?df%`Q z(on8jxP#DE;T>Qk=wY{GDvQX)r^;J^#dMYVd-m#3ekFi?m9#qz^>oC{;bArp8^Tty z{wHqV!EA{Wu>;8JRH?!N+wSp{(P_H2e>@+J1jtNmOHu*DbS5yRh8i`JJnS6t*Vn#)GgsrkMW32Nt0@(GC1BjRhWhL}s=>Fkw40^ebB$!- zaKUXDC-SRPty>RA!o{OH8Mm_GrXf!1@-q0-`&Zfkz=_~-?=i$Cy|}}AY?t-1<;Ff? zX%<}aS?6kTD%?gFF^p5fB))jWkFNcxxj1a__8wdeng~>*LK#!j%hWTHs&EO!Q0eK4 z$*3wZn2|MF%y#T>loqFqr4JcZVD!ZF_Na_AlW$BCpvS86O7f2GQH^hy-8NLUAmz>2rnD(J*-a~YKBUUMz3$51tO`Jm#fRA5vI0nJ+k z9M$b2sy4b$qG27lY*I0WTM74ft~D8b zDq6rg7E=t086DLP>sn>41s`j3NPagsd^S*{X_OJqKCpN_B%K0&rnd92a^@37tRUDTVf!6FM855R$Eq<%zXd#U+NYp^iruEHyVkn3O)p zHhzU|cr6%*0+gv3Cz^2UWA$drn)F}xgnBSbfcdGFwToo3W4pG8Y+<-= z2VCN=n)fWmbeYnMAoiZ+hFF70umzJ=g}1giSn};v4p_%3Q%Kf&5t^5}f8j!^k(XrmsRtx&%UI z+dTO5KC_G>iG@VB8aMmkUwPqPk3y;UswKq)KdX%#58J-{COP)-!X1{^J5f_cHN(wFCrf#6>2UU=lopQUwaS)A7WK;PuOSWK}oD!Xu#bvPb=yV1C#sD_MP# zKw7e9$YIQ260cM6lxwvit{IHX=->4dW=W%O0t3S`Q3UYc1h9C?N3eNz4b>V zJB9HpI$TyuiAs~1Vab?Q-^IB)GNpS@GiA|H-rc~ocHFwk+lBx;*6$Qo1><4v%mrKh zx_wk*^1LE+_w~O<5IW&KP)nMNyuzyG#cM4T4yq4?TF?jsEgp)~+2bO7=~7;SRM%7r zuo>yY9&I4C(Vdi)wQ!V5M(6L{VRSd=JVNG^$$rTy!)7QJ8*%?^X)0=`)wKC!7Hy;~EgJ|BhjYcUWtNNzszU`~J* zF41?$ul=cr^lnlWOU%y_bOBCezSf)6xDv+BUMaPjngX+N%%0d#xUP;Q)(m?A_23cV zj7+8S4SZJ@LIvIP4^u>Jdy-Wnv6zY(NyQ!l$Ld_O zp@!+O+LO!Lz(DV@eGIU2JzyA3T*04);Cj$MbDFK*qj_VJPIQR5)jHny(R;@^@_zX8 zA7HOUgLPn*0l~V3hNJY4+V+f};!iP&T2-JHj!5<0@S!H)B9V^-J`|^PO!8FG31f(O z7`+2k3S5ILXnb}=W?vN~&N>K@oDio}D|m3^XYDcr_uWV* z4h^mVFRsno?^pyK5ri?F3U4CuJ09<66VXQ61LZ{*>+qC!<2X$rM!0ZuBI{?u${q+f zT&zTkr&p_Y^SQ=xNdgX!CQGAi2bY@i*MEN$gO&Eql{AxFnfiUC5wi9A6{8invSY94 zmF;-e=Bk*c=Te-N7lmouVK_<35a8H=FqBp^%?_Skug_fO{2oF96f|PwpWkhde=t!x zPM@1MlpnF67aK?#!MkXf+ciH4_#sL$i7@q`j5E;71ARXTPRU=A+lC|Y!x zC5R**ko)o;RXJy+Y%^XE&XE>05tJPR`iZc-%)S540g<<=DXEJ6S8^!CfktWsOqb|| z$DdJR$2`djAbT(dWs+$fFs~tXdgP0a<^*b>);{iP&styO<81{ zMp@WQ?FJj0!h_V}uOMGAA`?4j9LfAuZ>t{B*@dP&z_>Kn=1ZKKyU6Bi((jFnWnUEp zE_0IPoR*j5vIdrC-{#DvN%1+wO5Ei8xT%U1d@}I!~IY7q0 zh-LwR8n$EV#h#ldni`iK?Lr1`aZzQhQ2*SdX<0%p+d2;TQO%5@DL*Y{`shb`F@%}W zs`a88BaPFaGxIT%$i)#`S`Vkg)kPE+iq9-Cozk@K z(DZXaRiHydcBZm`bF%ol^LipSe^Lvci0c1Z;WR%w? zkW0^ZC;qLSRb%D{G}0A8FYRz9$8P5ZmolVc3lhVL&2MHUoumWlo`N0(ZvbQGl+c9tz6b$A3p?a}8{-p`TfHlVxLu1ydauU}YWutUFmF=kR~Ssni* zQO{}%(nYzgXyqhs+bK~oZ~n^IukU1gjbty0PU+gGu<-Ykc33=OVI*06#=!lu1Aq-2wTg5aD)V`47 zOHnUeh4TDOPbFJephiH|^XSkf%Y!qe$mHhsz@*Krd)>bR?{G0CVN$A}1*q0uNGJya z^i#RZn#KHG+s1ZcG~oX3@f8pOTS5s!265pdwCZh>OsBsca9ERwQn^?g7-B{v0dXbf zP*z|q`bVgsDE6A!lEF-TB~Adp}ul23=_g(x^(Bxj0~DfwIJy9%6PRz z=(MomACK*5+UXvSvJ8VREkcFTWy!*#w4h5m0P8~UwG1vvX9(w4gDP^0eS1JWWTnYN zWsQ~iOy&6Le9C6{*=^k9-8K?34EwfZW5o&l=ZTCVYf$Ayk$cBZ0lXpC+~d1)6kJcY z91Z~tk}~~6P&_|-9i;zc#jB)rcBFB#NPtlQZNZ-Ss>3*~X+#F6@w8eZ;KqL?p~Let zRl?qndHR;~wa7f83_wk2gw&mI{TNuqP-oMbh`u1$??^CQ+zK`YUJaJ0dU-H96dwuf z8mGn`(gHoTpWy-LR@GR7$;vf&Hi^05ql#W8(qs=Q*>g4C;Z zU?XD1dZ$KdLm)l96fWp%@SGrq((C}yIPR6aQI9N!q$Bu|&!0mYm(_Tk?PJ`}0`C+G znKx3~M&RrY49bW(OGmq)YBh&+6v7o`&9YmjMVHW_IFlWQUXaCRFF{y>(1Xu;g{ngF zSkO}t5<^e~t&I!M&}Mo})u4y*$ni|fSvHa4pOhxqsF6$?^R(!?p$;$uW{p%n3$WiR zjFf#nEE9V-fQFkjo0V$u)?Y`I4tPNrMIA^JJ z`(G&7f!o5%-RN*Ce%t9QJ?E$(=G8?L9apdfR>bWEZPk73m`aHeuUvq?6qSP}=@!A! zI-}`K!aj?^$HEMFZ>Z5?1$KFIp;+{pkqoFi6K38YfPj!5i=j?U{T38(Xp1L(`=XoV zAg+~@*it2#b1b~u%Yf=1_c!>i15>YmkX0pD4k6-S0XKVTQ=E+ z-5Q?7TK+~zzk}&R@F*^8mP6~mHD$tU6?af`X3dYzqP2YCX*`PMY1|eY8Jcnh+oC{h z&8wl+qS@bRM@KMPPA33A#w^{Y^{mp+hE91sR~m+dFzv9P9OGUgMT&0y4T&K1n}jM$ zBBstXc3(c;f>|Eq7_~{_$1O{uGNfD*-JsS>M1t5QAQ8WOEfM&6lSM`fpGzcqX=@+9 zsgKM}-ThjFQ)t??A;o4?04TwX5J9cNT_b4d^8M;1aAmXyF0AQs>H?!^@YwgsL2Bhf zE>o#X9UslCL)}-BiH8YJv3u3F5^}U8&2&60BKH?8iEC%AS!R9Ob_xmV*{6=MQsfIM z4cw0U=KyzmB#r8^Xevn)w>Ao{(PUuS>G9}cbk5?h7iF`hMqZT(;_koPS>N8WN~jf; z4BZ1f;H35)b*E*A(=-w57#vj;)6h|VRBeFbv{5836N7iOn44f$rc=wv0xni2CA2jCEt0*q7@Vpp zm$I|)$EywY&C62;P0ArlD_Hc0+ymUa0@2}1cTq1)XFE2bqs1%Rf>~10^MOw>*(%tK zAs~%Rc{03Q0g66qIhb_C?}+E+ccAdq|K}FYoelD{;`L?J*6P<`6Q57s=@hr5LK^87 zy*QOG8XH6^-pSad(?gm{reT_A?NUK$_#Ow(R%BOTq;*e>T%`Y(==(agM?gc7t%{D; z|Dh!EmuEmlq;V2)jVwuwk4~8c?qxPcr{X;+m5`<5q7q00A(D}dQ(@D=-!k|W5{8bvvrQpEAKS5s^rx|BniCsR}r*uh*2 zsL5BSO&t9o*vzWTblcNcBt*ogk)@cQ3i$cYX9!RZ90XMy$`yp`dJzdaJg&c}`e^`o z?k@GMS1=b9)9cXL;S(k@$WC!-EY-sJ=JHtP)mlzp*0QOMu)4a;FU2^J)verq;mlOh z`AhG3tFq~2S&Bst^I*&I`R`H31jK6TUfY6@mQYQh)Ic*G>i3?QjUBwa)tE(FJp34$?3tHo>eF+5^hp=S-oQh#&!<>O~M8I=sfgwDsqpBSu%;y0IpKF{Pa~H z?ha~WjMBi%oql2J3mpupJ1E{rc1oYv2HT_!cxL=0Eeeo!a$~_I>fly52X=0>V;H2f zZ0@V9i0_KwX9DV>cM!y*N5N>k^3n4%{UfxUt9Zplx?fQy259>5#0&3B8Ju&-4!*SB zue|&qY8l$HlI^UV_4h$GPC7;>%hAdc!YTs!a9rc-9f;gdS>KH9BKr}=p4P%aL2x5Z zhd8@VrMplo20_Z_pycXv$)jx}EQlfvM#z5gY{)^`M2@pZ2(-B(`V)wfY!VnnT5R1t zMI|G#JEG{=w*NTL7w3XNG`^*GatG)wlBkBs$&3B_kRWLy!RM^g(m?%_GrqM zWq^z+_I};zP%4FY_yE(EoGsL%(bZ}yKDEmwbj3v^LJYiBV|6I?;;;)${>}zDu35)- zL!Z5!IOHn>BHi}lT57~J%6acOme_viit@M^-l<#l(4!exMU|nvI>*R$R7BW8&l4XmCW99y#nz2YfsNvbeLux= zGN&`o{RP>$b}LnCs!FKkmIl5pR^}J?VkG?qe z7@>>O2M<2k$d#2t#$30kg56!NS23>?^n(+nmf$G%hLfSuhgas}7Dx&QSq#vcN0pbG zKobkTN@HRf>r~Pbhb9m$&9rO1#Wznq(ru;Ip7^&rjv3Lz=@*Nt=d0Bfg(hDmh^#Gb z<+ouH=3;=CNhx;tjP#5K-xd=cmm27TtgBwAY&98WCDVP%#$-Y-oF9I&U7^-4TS4Rw zUV1%)!Yt~Lo^MU^H#dQu3b+uzVXjA?_Rm`xEEj{?*2^So4HGn|1q_@<_*8ZNINb)4 zgNh&idHC^^O0rnCL|QLG2mN_m0G*kFCd4EJVJ39;R!r57kTsuaDmj(X+2UK=Lo1gR zXwd^cexU0jpepP9=5jVq2hYCF!(;ecsC5@=z7lfi1%I3W_y(5~nT& zl>g@eY0Yen{P-<$t=L15JLlx5_BL7O5&_^hs{PE>kApLbF5}81Uak#AW5RS zhRTd>Uu5kA)PhJQaLzcQQVm)6+7OF(2Z|8Jf|Mq~T`gci_=}qpj0#fyLhJ< zO+RTwj0Mf{RK?0GNmfTRBh01{A5v>@gr69u3`Hg?obmr}PQ0s8G3gEHJOWf(cx$jK z%}NtDFPc16ESg=c!DGj^_^sf*J$DP`&j1$9V}XM&Q2pW+w5DmI{%<1T205z!(OxZ7 zAbgo>7EEsLMP(?6WEPe1bk{bGlws;X#<>j>cKs?Ub@AuJoGxrT(~RZLS4pYINk{e| zv<;o{E=fgVF^BBbIOs`yV%?=ZzeZiv-}>?YDBU!=r(zFhGMF{;#l-Gv%|Zc}=3IT> z>E9vb*;-`*3_{v1RHG?Zg&WMNbhqREhG!5F&nk-&+V$Yr2HNF%NO0RmNzHSq8*pUd zKCeTuiVEv@(xiMCmMvC?NBG(CJ5&RRvh2J&QEG7pT-B&4uEv(=h=E6^vO^JZ-;WvV z7Ed6OPQU7Rtd>pCzdft&#c|SM*Yt5t%lVl;p(^PnJaiz$k7{@88Hw@eSf9Z6YoWW@ z5o1HTr8-bh3{3xMat z?32Gy=N^>+%P-Ei`u7AQ$@5_rR9pxhR&1DQ;%V zH|f=ShdPza$7^z~I3Ng+_SK>noCl>NQ}%ivhoCFLMS8ChG|zN+VcIA9C2q# zL7=K@J>Omy@DBh{rPNF0hZej>41%-q-4xng!XzRLp`5^H_4`mtZhmvm8Yzgt!%uwH zNZo;ZXppEQ;mKv8jT$}z^sqT$(yLiztw1%vPm1qNgZ6awATv6Zji7|~?hhq=-`G~N zr+!rc(N(4vjI->OxnI0F<4(!bQ@?+o3>iun8s$TI17${n_2vuq2B`&!TtsX&5<`6I zv?+RUb#h*qCxSXi246Bo#PgmZU}MO7V&}($fCH%scrb(%FQZc%v8_7;wn}Q1BcLtoyQPgH`(ai80; ziJQGc#swm0@!p9j(JGfp5&k;13RcCv%E z_R_vUbCXMP?y~_NJ0mVLE~}Gw!ktWNxwX zgN=_qW)g`9)%S-xr1V2X@+1N*sB0<7ZZ#IC5VP{eX2uzYmx?0{g+SZHr z8()R*kN0*2seFtV%KpBGi6ZPg-K4&21LE?-C8}V?1d9kVf*FfqIg2YAis<>@c0TVS zv)3=B!n-$M)Ekb3NXu~Oo{aaH+6l&Dc++3yo6J&%Jq&Kb56`Nfri7b)FGqW_MXTu0 zYF@$@25W++t;dHM$RQ!SY-((uTy-B&@&%NOI)!<#=@sD=1`$6}gsiS`hJ;03d*A`d z>`e1)2aSKswlNCuv76LBj3#I)k|3>_Ai1m#H_>E)9|1$?kf1d23&8|~CGk7rENF_4 zA|1>gBe#g~R6D%^1HVxvW22!QRnI7SoDi>_F@jL#{es~HJ~e;STH&Ww;6+JVnXg!! z56vu=Ao*%xaSAXwzs^SM0%{#BGONF0x?_lr&h@dZr*#$uT90CqLcppMSaWw24wP3{ zrD8O^MG5gM^#BmGC*Gu+&E#;^J8;gIf8^#vObE$V;I*!ImgRYcKOHH_Y*M4`^WSAb zp#kvPiQ1LU2CcH2GErQjjLTqLCylLuRJh>&atXOx&$jAHQnwpe>$=!YP?bUsY&Oby z0}n?=s}IaCEdE0sQCu?Vxi7M%QYb<%SGP947O`HWhMvWh5Dvh7zGB4bj;Q-*IppJM zM0a?pe880&@h>)_0#NQXKL`|(t)E6WRzGYfUJXkb!j84Wy)pAIiAj8@+s?5f)-{2m zk%*r<=0e_sb;5EJ-$#N7sG=Oavw$8hP#R+({mpF#nOD{`3!%x~Uc_SJ`*S_W-lo+v z!v!QWkxV!Uo@6=JB*nf#%bXMj8fELQ5OuxWxv`Fh!97M9j*#)uJFIi&5t&oqNgzd6 zP=|}&a0*ROXExVkp#V}Wut4+>5bPatjktK}i3_H~)wK*QRK)pFfmN9lKhZuDh&uSw zm&8W2u)*z-+EWkTg{R4^(VeVmXu8`PUL7ZOsbqp*11YrE+CRSj3qcgX zgAvvFs!&jm#RD(Ph*LiKfRQci0RBKFlxlInB9#`;fOPys-D~wHp|;UVVTT12cVY8t zjiW?~M#NI?&^D;~CN?kb&1HiRlz0MX-V4)ngN;Jj;F2gtUdAZw*lwTl7WDEnn0TIf z91~11e2C&yj?ixlsJ-tQw8Ln)r-T+HFyt9 zb5M&$a}gMKttH8(6-lt=v^O#4Ng?WoamW?m9H6ST5f9Rd$SY}fw7x3q@$9ArO((Z? z!{~ElTCsL!7N?oyKM9u38A&KRgXrIJPPG(t$krFdw47FZ8jtXkfg`b0E@djKRLe^> z{YQFQFsSs>=tbi!3;Y(Z-x0Xes^KY$$NQ4BW}-bF63~<4Gn7CD{LT$hYtGa+DU4XH z8Prn4FoS%#5q4w)>VF2z+6}Th>toL2A2KZ!i@SiCgO~SpwLn#-^=y64T@(y|Ca<#!rBW zzKsao>f(C9ds~AyUG=BtWz=uCEs8g>Z(g=tPHo?eHsmmE+pH3$8s7+bHL<^Xwp822 zS%BQrdD)T_=ML;KOP9su2PY~Dx~Z|imvXVrptiFthrzE~f~S5XEY6fS$qQ-tvXJr9 zt!59tgVWOuzMeS4XUDDr4q09X*PyDr9V8VsqwRV#%yjOgG&{oOcFVk&cK7|j;jb;P z^E0hUf(Zt{>j=(8oE*goPR6xXSC~zHOaO#g0j^I;D#_e<#M>2@$j~Ovts^3a)t5wu zi!s+Mw7&Y1T+;~XTL`^~SlMNypzOIw@njWp%CwjuBryNu-l`9-TbEn%?{G}LrV3dg zhiH)3K}trSEoSb{FNS7=D7D_#8VQyOa4>lDfL0+2rEfCYI127``Z!on3inf5NLr97 zW_%>6iKrz#H9N8{TWDk1nQH+ni3mm-Lk~}0_jegJ!!(Y=YyvQ@OMJ&g1DwQMEFEg9 zxLoZ67rb;UbPLPnLHM&RqpF;0>{<8^ZT?g_vn&`dpR$^TOJ*vDQib^0D0Bdju1>p3 zaP>ChL-R%R1X3BH&buK5JM03ERao@cez@@2kWtH;2dq7rjs(?5&67(IP1=FLK*}2qqLAIk_!z@Ex=y;H3 z>QOng3q964*n>r&bb|4=b^%xb~x2gNgEm*qk4vh_~h$=93wvDs3B*3-}N$G3?m1=rv(j z3zwzz<=6>w8ob!4Wz+mU>V^<{pTw<_(7x%#rlD=^uA#jzbnhOjFv`8rHArz@jgZT~ zG&hw@MRQ>kiZGF?1gw3+sV^|`wjJ>IrK)h}L8cbm8JwOW0&v*5sEL>{jx1)yoJgUT zniR2dBxZn8DZ*m+K!=*#n~6miol#7ig1qs+UjXvvnApNeGFXCSZ%lL;7=EQ5c1++d zouZ<0LSyk0nKt_%AV*9W>D^&K_0>KU0sbenHzxwt6Z7c$D-%k@?1!)sJ3lIbtzO6{ zuVC**`B$<>QJ`oryhtyhI+9MV6j&VU+rQ^dDZTin**X?WQ#H@Y%~9*?CqXPLz=Gr< z7y;w7R~Hv;ib*51G2w|68wh$Qkx`2une84V-XlEGBAN;k8SL(u*2&jc#$U0*B=S6o3Pm|^${a+IRCA;+?1L1J#`RK@LWY7}1W z=UAhe3>t6dFQ{Cs)_0mDUBly;gmnE;YDYL$fNRPYexvz?^W$rsCmz z0c@SBThqXsX!xN1@tDEjmcXsZM6sqcgu3aEcDrN3yNYVUPjgbt$x@1<>s7Wnaw)M- z92*?o2{FiF97keKO2D+#36_FMCo0&^!!T%giSL`l2wl1TnmtYh6~J|Q+ZwgNV9W88hmjn;z#dr`56 z=XV>}7G8v^)#;guN;COwX)NiI&e-9R?A`4E8|MkX-VdNTD^qpvr23%MzHw4kr48$d znQ1CGN!KlJ-2mf|$7Wu~DG=G3w#FJ46J03zfWKYV&$a5@}H97z;V@=BJoF z+#VC!VO%y9q!KxP?fvfNIj5QBm_xvNHB$r)kx|8rYGkUw`S2coGO~;w-}^D=?v=O{ zUpJ49=CD%`3FtJp4+Q`TG(I&ECY#g(V*$WlDcLj7gJO)dI3#YCBWx~L)Zz((8Vnaj zF~nd2BZfPd$)W=za$HvgS#NpGlw1@0qeze=weqYEpPV`=U>&(k=x;^M*j$)6b21W> zV~_O$MeySMSPBYUn)btTR+x;)q}Gs6=I;t)kSU`tB_`dWb&QMF$7|S=3Hc@TMj;Dk z8Z+|#Ma!%SjD=BnBR5y*lZyFGx&bd;UulzBiIp590x?5{tXiyp+KB8)^`O&ho%v0O zna$AJ1vOaWBr09Ii~;s-z)t7n3n9`a@su<~EH@xSO#6!h9NIQ|9v}%Uo zMvIEu6Jt&gwz8xPr{KH3Ll_jAPQQz$@ZI%Gpx5L-=2 zMqs9}$t~AFk8D6X%F0uXHLpf5MYbY^^2MCC#{j4>W=CNUMDHP8kc<+FiS~wPG~5H6 z;h2yhXPu~O$J~x3_^Qp{g)aL6+Rw>U?&I?4F>2^ii^(9E`D~6aejnB55Dp&_I^pjg zWSvC7z0|e9fa^O!6C=jjy2xQUkfJM>e0Fwu7X$X9DPz{ zLR{Ru){#@vgdvK{{97dH!!V_X@EtxE2mS7rmZ# z)_`_!jy=}0poLG>!b)(zSu1s{SI^S;B{J6KkW?BzETT8q;9 z9y(efX(tq=6*hP-sPyeg3Xg18$w>aU5M%FZcWvn$( zsa@^1fGuI|-yqt#baz3}pN61FVsV8VC&xvQ(D&SNiEbsw6N2YYax)aXA{sglV~kl6WT3 z=yFE|vo^jjg?)c7Frf=$6m^xMJ9=|~R6vRaBKb`8pq7n3kWLPf{B^DdcYHjuwb68}0#b|PE2=2Nc1H6pBswA>GP>k@ zd8O`|>y1~J}wS*;8AUX_&88HBMn7H;u^ERmSMfz0@ zr|fNtOH_2ooBTvzn*iitAfj3!r)rnaq6W-QHW#b8N&pslgHJNKBqUJ`*;MrM^f-%H z^bU^H=*9EEjN3dp&UBh%i+efV3INpT77K-oNruVsCqF%BZ-#{|sWjb&yVIDB$bb3T zwU9wNBm&_YI3nn;h~0t5gI_?e;S(NL8#WtHG&;!=Sk~TM%}zD2;Rf|xR65>Ob!~u= zwF+k08fdD9S^$VaBVj~j6{e1$p|iKjLUvi#Qc2ZOu-boAS0)WbPRTkQZ-%mXO8}v6 zfCU%dLFz5qkxahE;OuOlKy-*gBRKTI6V4h5nC04ztC)$mk5n?ah)|CUBNXG2{G=XX zuWkZm^yLih`9VC|5!xPi)j6FOje`5mq9^qIiBHuQB7p-k1 zK2+L7{=k%pij2xf$=B%6nQp@cG4&t&inaFEBFOZ1ihvL5K?MU|0<=AMJCxZ&5KE8O z16}+ixlJPz8`lY_dkibI{Az>bouV{n)Q&5ixogTiAnu zPg!`pK#!oKP!N{hW4W|&v)J@-*Z~)HGQ_*mJdF(}8JT_UZR{AgovyhaJ`c7tPAZyCF5q4L&fkeRGuM)}tVOLRGY>Kr`x+oPNQ`u-k&W@0C^<*dI!S6x z2#0{lphNNMP{srTti`GdqXl&C1@Wn0IZx9RZLO%1Ok0I}x4a=r%)MhJ0}c2wFHNPG zJqQ^L+2r9!V%u;W8a$)u(58jD-HEAM0igFwQMXi7FmFs#CZ8$`5!sy%hsn2kM<9AO zHcfk-S7?w#y)&euS0cUX(38#k1mncP(Ur76!Cu=Eho0}bbE;f;j?y`iML_9r+Q+;t z6$4)!*%ijsLtU1`_6W~1H=(dp*oIat-R%2z2zw6S1;sCL15{a?OV4-POK(~ zX*L{b9_LQEl|P=A7Kxi1kiED>jVS?N*t{$jKP(h_gHg;0meD$W^HKnb3d=Nw1L@xB zcxx{D&QgX57$xd^)B@g3QW=SelMIfE1R}ArROtX%{uETKL1%1}Ifj~u-5@~N;Hm2g znOW%*67?6x5X2j?PABnvlD&}RAsV0& zEOSc&L};SOym2GE`EyKMj~SPvFYO#lzB(y%0IvS%_s-^4y2uiCh{dYnAKv!DvsX4Z z+7(H3w6})f@65{A4v(uwL1w+avP40CI0&9=33&2_YgMOL($lJq2rG#5Py34NwO#Z>!d9 zM+2B6$5pxY9Co>4QCp*X0LghMc>&%?vgNd^nU5&_wj~G@nE=mzu3+JTx9B`MIP!Q9 zMIPqsjlT#s-aycTp!)0a2V^+{-w>7Exx^S zKwj`IQudQ~w$btT=}LfPmDQpZOUhe=MZl`3+ivTMhZ1esluTp`@V^hjms5lovqF03 zSM6F-{_lpWgaxdM#6CSjuF)k>QQs0W3?*njV@MT*OGe0O(T2TX8+nJ-(qUb)uJlDXfkYpDW zgth!>3zaWVCxv^|P{3;--ymdT6eQeosq3E_Am_>ye|22B>{j~%o>Y|+<%ww1csHT0 zs|aCbRy9%6QdMrtz2W+T) zTwHu^XlEC3DHg@VY8v-)gEq$FR=k>ZYU8guXh{auVj{^bN~SRveGRI0Wq*28pk8F` zjzh?es+=gnFaJRy22qD`kQx%JV(3vqJQ1@^CO|1ua}n~~n#Lo-%C|`29{vzvKXr_E zLHw;FI#OPdijP{H;#~)bm;8w%P3Uuv3k(%*xJGbGgU>`#q8Wnr0RcB%lFxJVst6PD zVT%|9G=OD~8OfFYmQy8khCJ|6A?_{4>A>+>c3q(NeHt z5tETi&Vijkx(7-fovnbGV?{Cko=#yCAZ%CzzCNlwBQAT|H9J1)ZbqzMi{w{`HLhB+ z7Zx&oW5mPE41D)+fUXa`UE-)hBeY%s)8fvT_oX>SzoKM}1*{~Pn`$SC&*-{iu@@!g zUz|iGobPCi1Wanx@SIc>W2P9j3TMPj7i$8*oIA43??_#!P=s%@m|R70D+Ass03(nd~#_@Tk9^)%LEdACGco!j`FNPn zWOg(x7svm-$jXUK>ipm#-k_oRE)f7Yqdxmg;UgI(gRrNQ8F3IYvhb3b(KCm0nM46Q zTBou0MaJ2~xNyw~J)aoG?M$Iz_sm;2QfkA6= zaXCY_9-##pod8wew20c8QTbsSOy3cKZicjotw6oCj=ayMVYVXTPwA!(K*gdzg47NT z2{5Bx_g8?YE(=GVAYtx3zCubvM7nltWi_;HWIrVkRj-e&T}%;Q})p(}X{4|&sv%*|&njzAfSE8mnw;}qGu$*pfUb|{9TP&&VJ z#m}r9aGjG8tEH^vd^n_&-143QZ16N032DFWg&Y>mnP$#XVJ+n-oiwuiAq|eBPMDDU zVq}{Rh3-R^2B$3qr}89doVrmo?Mf<5G5OO>0H8FsO(<-vT~|OfMy3A*$^r{SxM-R) zSD8T~T=|^co1=uDUS*wkL)ZJIP!k>939MZLYa&OfT=N9IK`fZ3ma(7d!@vIYLhbIX_e@kCGkdf(+ouUh!274= zV1)p53~E=f;IhbkHYDh5LSdp?kvOL}4#G2InvuP~nV=%43UhZ}mGWd*Wu!YZ%E8zE~Wr+C+{x?POF2lx7BWpD zdQ!xO?Mc-kksEcpwLSA-Jgoe*SEyGYy8Q#wta6bJ=aJxF#pyKR;7ReDjnltnjSi! ze7CV@lmAA7iU?KOw$~yrg>?yURL5HN|G(`> zWHKbB4h&&Ic-8P{^e#VA2wxm$R>7SxWCxe{l#fS(gLFRXt(ehL!B-EOVY-FTx!01c z*U~MIiun1?2s8D4q)SPXoQxr*+wLL+)%KB}L*{48RXj1m6lKV2Fik|DprM0(3X4v$ zBOqPeF}7%Ov9>m0c|8on=NwEyRPSP-K&Kn@8Ll#sYGg*LzmB0DLewcRO^FaN441la zQ4aJqvs*aXL@G2K@(V(=QmOugc%@i5FU#kUTQ%6X*D$KKLh|TS3waaFhb_h$1mP}y zTOQZ;+&_L`#&m>cB+{ibe^qNmeBFRJ4`Bc|iDc(?OKHU6Q;LriUoNbEeCf-%o)4svu|Lfc0W1cyTC z-n}J;vLlLr7NBwoeM>z`izPpuut)u<9C8!eenY4QD4SeWT|iJI@qu)-IFw?)i@sp& z)TBz=d@$|k%bC{j$fWL#PstV1BnB}tOiEG%Rmo*(NGL|3w97lTui#aJ;Cl*wNoIp7-j^`v4>PYzOAa$eZZD1UAp}K9}r}>5QOiV2Wb5*#-yrD z$F9z%O`CoZ*(8S)F;Juvy=GUK0c$Y$**mp`#Cm?~A!$#5q){@rdC^ z6^H~A?qV~&7SC^vH%i+=#RIXjQzneagz3)|LigEOkTv&@&P3L;5z0;965V;L!;2oZ zHNynrwQjR%3aMe5r#w3w{5_qh1b;JQf1JP14Ji^hWy2j4jx6)CmE_u>e;cSD8f(!> zLkJCzPsaaOd7_~0qT)gSDa+Zn*(A^c}TMO zjq&ZPHcbzSpQkvjs(S%dz|a0#GF;_M6N+oOoO&^?70`3*L2YM+$zQqyIt5RKy<*SY zc@TepgCm&IduuoHGXcGhcVDliHa>2-#2T!jAhYla38B zEygkAM%Y&sA#BLGF?jW~}ibHwNZB5AfoOO-@7r;d1ydP!dVSYd`r5mQE8~{e0PqCTM{wzZiA4N_!wu zCa#C~7>ozGE*|EVPqYS;M;b!~|FOB9T6Nt!Hu*5fgmnm|yME?43#?)9eyt_9_42niDIR&(u zHkd7=p44qGF5fb%?H#3))~-rmQ}oI&+pOTq%z;KR3yY3&X6LkC0sz8wm9N=9Rz%65xF z0AW>;9+guta`;UwDsjZJF;*~)X1rl|+66Rdz;Z*|xzW2Y@5z;%UEaX-AT%_tZy0F6 z2$)8_j2eqJXa>)|dl1CnIjXu)0&u1HTj_Z5w-U!q7GWz+xPy={76!a>b7_1q_Cf_Ok|8ABB1HrL@Q*2x7tW~`6rl}5Kp zK#&i9tO3x{##v$rqP7pg;Ni?XJFn1vKIZ8mR-17fFjH&#mC}rUAfeyr1;_qB+?jf+(&KR=#0=+%a*9;tIPY!37vzQMe4;cdlZ{+rDg+1U zto5eJ+dwT-H=!mY$c#iK)Fo(*1fA_orb;)k$}%i7v?>z=5?OXaq2Y4IHRW~dFQKx< zL4){5ZNzbQIO0{1%IYD{ibFO_Yg0^KAtEM?Rdn(*?u$Fi)w;vt5aY|Y2}153$Sx*% zY>h2;)~O<-s(Ye=t-50*_|hD_T{r6B~fms4wX30gCzs0>6W3D zYe1WJvZ?nuz|6zQMSa{R$$P6jDmBAhj-*njeIPq4S%RE*#ey_gPDv$fDv+rILci}O z>??0&=-^yg&H-9u!_$~fu&9_9Vf8an6far$Wbu3V5Sg6#x@h8eDo#uPo<+4O8Kp)U zff3l0XF?V!9yK0;nE}E?F-a5B1wzvHJkWBJ{F%LO)Icr58Z0c9Dm7_5gDAE?-TYf$ z+G(d^E8&}Oy;sW67k=y5h9`)RZ73%Jx-y@2B+yeWdnU;QUS*vf5rqD3?{!vEG&_fL)Z77kf+*k!nr3?xoGIVNSA4Hl!qd-qsc5BFD6k&&TW95yIp#Pg^p)7~ycd zHrXi0*5k)w%M-I{GUF0Jty|OG&D0gJLnfXT6Dt>k685f&8+zgisP2y8zEhLi)ut3Z zzyJ7w8#V`qi~D8+l}Q6U2|O#k#c{OE7+EYX0Cr^(*$;6B92&=qyvuA!2dm1n)B`xr z`L}R~!orX3L|b4-g%|U5(E*a<))^n5od|aw*c?M<7{77TnWABPcH!t+iNaO6V$Qr% zAW7tqprVXD)_nLmg28vi^bcHVaATUVU>9oZTysPuOfxnZy@zO0Eso5h@&l_#m}Vv7 z<UzG`F zV)+}f-0XX#G-V!>rQ#>zG!AZ{r8<_}q639Gii`tU)nLcjo1}8yF$A7+!SUKYUYKwA zl)_y1*oa4SW=0XFq5J=g&b94d{1W$?Nf&la1a_)^^jsz$!u@h7NXF&rJ&tWP%OktV z9$p1WF|_U{qmx2O@zd;e*(G)(xQ2JLr$a5DGE=OV4CABd!^*^qMX*NaEcsZwD`W;aaFxZDY>>!- ztnwB~s{XA~FgY*UgzrP))vZDzO;Zt}HzLXm((2))&6!%lQrBpu7n{!Oq+*x?6<{4q z)dYl)+=hY>uWIlUm&PBO}`hw!>SiT(_q1{Vh< zsR{VvA6Ll+)rGJEZ7npr!=5Fhf;Jv)q;5K4jvx`PB(|+IXRs!QU`2Zr<5n}X(o{m= zn9s%ODw%9Eqjn*k;Q%0>K>sOi@ms@kr4=I*B)wiM7$8G0TfNNX$u?J#i;2-O=Q5V= zN4+1?$Rl?fD=LGQ5G^ zfSryjv*ZKn!v0Rqjl>HQ3K1k&x){g_{#^+!2zdka3@cJG@z+NQNq9h88tRqQ_07I| z7ov>|=@CvbB5@u=6GHBXSo#41c#4B^ZFwrC=xF+63ZLg zkYmR=1st)zAXWvf81=Pu!8;xkh9h5h6o}`1u1P4@Qz{1q|9hxk{+&2KE;-<0_GAS) zvkh0%WB11Tu3B5 zFspTvf&k&6r9t3zUd+}6qxPp%vgU%l8+}J*)8X&E$y_6NFq&|$TZbdQaypW1tmbx_ z(C~7w%O9#>nLY7S95t8i4XJiz+^BLtWv zq4ku9y|G!n(cd-BKx$>T`kGIl*omiK#mflRC<8oZhTE10y!R~BLf*LhW*=LNj)R?A zlpG}v`HG6fLI52=;=jHvxeo1U&QZc!OI>A?868?JW=n55UBCG-CnbVZiD!IQE0JhW zMeotM7etD$*+80fq7f)?!SdLZUqvp5f3HW z`&j->NERDXmU)umWnyNi%tge(1Y7MP0WU0 zi?xE)xW&X}L5s-1;v0L0e4?I&I*?(|ng!B3=)$hC_hsc#Z$r1jGo7VDdARS0oB_i$ zVO&h4B#e&n-!RLtCp^aNomVqUJQyXyH8(1dv&rei*IS7*SFFrZ=%48vIV^hLS$mVo z0e3P#f-=Lmz)pu(2IgN!#TraxYhD*G3imc1d?ifYd^eDxg7JFAEv<`eqZSTj5!mK`L%_r*cuKgDn=V7Rthz}iD$!y@bYD4eROYy zT#;nyYa@%klrAj}*TyyKz>n?vi!?^ZHgc$d@YOX)s(WB@5{X9^Gy{*Qj6g!-pXqvc zqwf}aH5XN~gf2mVPSmCGZEPy*tJ71eW>!V%EGX~-N+HmgSAcS;5Oof{2(_G9&*Y4h zvNz{Mu4ErEH`2&ImUO^B)2lV-V%O#FqyTxm25a}j(y`&hrn#7PU&Y2@Ro3>R!84qOH`D zuU#$fs|HXd72hH#cu3J~ynkSa=!SH~6U;4|5_fpAIpcgpb?G`W53hW()YKvyh+-5~ z#xbl4oi^SjC?R6D(aTxu*A2jmZ)LJs5Tx*t-lU{>WqWs!C^}z~+{F6i2;f9ej`kCU zGsJDOm^3fNZ!eAnN;J~EgJ$rFaqYA~fIR9$8Xb2_MKF4h)ei@bpG|_4@Q`Te=v7;F z)k_J$GFR=W0vLU1?7n;kt#ySJ%rG(!2>Zqe9X8DfP0&+xLp5(rz44^I+Ym|2^I){X zIJbZ%&17T#CNeY`fm5$l5L5f1bf>Z5XpmC}sx*m<8l`ND8Ul*R`&>8yRH>DlFY3={ zxB^-+NIs+Flr|_6T));1^lsBe>`DP$>ChgLRcZxnA>v@E4 zqB!LbiGY*a%lV(majC9Hfr(|fi!D8dgG&?N4K1)6v*>9oS7Dagm)>$m;4q|s?;gp1 zLUaX*0!WaTXrQdhdHs#+{NM%>!0Ih!uM(Du!#&ghUaX$jiOBXZKt$6EmR07KMWq`7 zfe{H5A*?{AECaru)Q@-QOim4&bTzEb&6Uq3P^`eJPj0?KXr3(P!0>JWcSX+jelPv0 zF~g@pI0q$QNikEA?oTWsn{K#!BH`&lTjLcRV$-xKAWk4z)?pPt6cRyOn%dRyI&WxT zQL;2{TQMnTaOj8cM@NmV%|wfQJ!cKBnnroH%hmQi+6!5SzkRiV>L;S>OP z;N+-WQ)v9g)3re`HHl25h3hP+vGkE9u!klqF&RGpL9#mv=e7jpn7&$Xs8%$*_;w&I zQ7TGpLarPr=7+YLNmI!pAe39!>(KKJ%d5ae$+9G^C>Zt6yosx3SRG89v&16hvWdi!L95_#$ko2y3L+Cd3Jk~^<|V1~r9EjOrW%GptIIet>5B|210-dV4fQ5rUUczw z*xE>uR6cq6f%WWBJDg?4T4>u48Vc#qgyj)Sa0{brttSp_GX1v>SL0m`X%1Xaxt7Z7 z8kA#ZIS>Vne{VITk#O>9%g`QN;@EH~G!l1K2 zv9%h)_Gq8mgVH zw|aD1wp$4%1vO2H&Oy$tP?fHYgN1Zg99!8$)`cd*h)}xreUeFHPoDjkBn^U zdNV%_mD7LwTf7 z$m0sFdjbpes2mSKA&M)ogOK-wcN{ewXUXwxM#iVE(OOq}wzO7#`$ zwava7$_)n(oJ_nPTWjD}$Pi;*v{%SqF-oe&%tyT2PBo&P1B_>9&jZOCQ0AgaCRWtW zT!hn2RFJMPvJ44Hqyk(4APPmYSjNS~i$L-_0hfp@ENr&85?)>jhs{vD5TM71AOZFT z1Iy!yN0*9oW}5m~IJtE}4x6qYfu$|1FHgbw+T84%zn0%^f{{3HMLV*AyXS+L_-`n_c~S7hGhsVM_;Qi5q8rx zL?YOV9R*DHZ$+-4G?<_N!h}(=@WRx7a|!~J^%b%0%L+>}v?Sygd2WO)+a6fUwN1WX zFsR+53o+RVU%ob9-Tz;4(~P}`8jV3so1CEQ5vDNXZyW60=qUn1T&3nDofz8kM7Mru zlB8^$f`lvuLv8Z2{(}ZaY*~B&=SKj+sz-UPu1p&z?04Fr2~fV|Si#-O(+GyyY}ILT ztHS-vsw)MNrIimBHwg26nSf5MrqPw*zPQgpm0Z&nDh4f|6&EC@hkqX{wqK1KQ@*?| zPH3cTczVPmr_>VK)f`Q!n~e;z5jHy_c17>mz>?^dk+4?Z(@T`V=&)?+xG&xY^HW&z z?Y94ckTTB>yJ{`9eJ~9(- zSV-H{{F~#cNpznsHuNz!u8 z2Z}Obox^?j{>iKg57u9JP>s0DoaUUnhGCx{IC)F)Qx-K;>M z_f#}!uNb|N%eD}g&gI)X{*I%O)CYOqTv@_VK!fsU0XiS2_m0|DbfI+btAqGJa zj_isL0oV~Dce?`zgM~$B zqqi-_VF-Kcqa_-5a82~F29|z(*C^IYn4kmio zu^C28w6oTMClnSu42z+;G{rCtT?{WpN5r04Nmlgb;kEVZIF2im&cx74Ue($$h8xkT zh-BrW)QG0Mp#uBNi;S?ozC=NHd1GtvX@hpA*O#2LFA7c-KmWAJT}#JRoelTZfzUxFigWVGpjR(Y#IOfe`AN z_@j;&ih|RUbvHQB757b@OVf;YFxo@EhTvnnc%F`H2WeVOA4P`me zsq_bTu-0u%kR1Gw5UqZ!Y@od%4PfB+w@JRTfCygQS|ApVhYSq=fNmoWgC`St1d}1C z66`fc+IP*svYdNRth&MVRWi%C|#2E(GafegKMOe$V0~mf53{)x+q|?$zQ%zG33Ir%@`p)GA%yI znbs;9F*h7HZ_iuqriKzqscgmnmt4-`l}{Ra&8j0rPl#ryyCCn=&G&4WL|&&VZ~H6% z;LS_=YjB>OUcRmG;^X&^!MU}N?O@zE9CC8QSvIt8!*R%8PMV|kczsc9PLD7e0kFWD zl2MM3@14QBo0xbGz|Pa-Ml;VzgWz^PEJL66gXP+c_CvYcEAZZt`B{D z%+!Kc+Okb*T>;B4=i8HMhQFyeUL&#-KfG65Q_D?EIU=y6I1q{(jJW8ppI1(7yFXYJ zGvlN?%?G@$=VT?_aUS9aNTp0luV<0Z#u#dl%Ba+HOM-xxzJjFT#B$xZnNLA+snUQs9PF2oqQxL%0!g;)CEVF`Q@ zc?^23GH~EWAUnTKvz{J%gws69QYT~hYUi(|ui86S7ZM1C5REJD1SMWubdYHGktLMr z=2$2T(D@N<@4!gcD9YtUg~!_yNj@JFJ!#t3-EbtrkTZ~k$w^Ux$RI4((UmsQHK zVAUl>DeT;`s1i))WRO77=7H#$b{HPA!ijPwbFnN9;RV%z5%7U`iQoo?D9QM)8TC;c)bG6k_p^5q7s z(P-y|Sr#T_Q@}VaRg1)Fosnn{)9(PM`F`%Yq)we7XR{z>C}C8@w~(iUmpF093=*qT zy6h+&<@*=>@I*)2(qFQ`zti~HRrGo(r210)M1%dhVPN}W#Bp~gF-udhRb;9Oo-Wn$ zkLMVmCD!Dc?nZ8NsYej@AGIQBAXn)6r;F}^UJ)~@Whe)FHoDJ$cLP0`h< zsjTp|*MV-K0F5TS?7bf;Dympwbe4`6X9hwgAH~i$vj_KuKmM-a09j+`Oo=?CE9%GG}ApIW3NM^)+DI(6^Gx1Ixt-ZR^A1tz(IZS9RA zEL7@i+jt|1kM0rWubGYPyHRJ%`js3slCj18>Cc((Gf`-E@{#-&pKz6!LtdfCdquWC zU}6W1F)hU?dYlU?nrZ)#DhP04xZ)O+O{p@`WRKdMjr?Mu)dQuFHKU{X3EADMBxAF| zU%|T06SM^9!yzau8Wwm;#cY3}3pO~<=NzRGb=dnyM4L<6W@R+O(10q7q$BL zRdq*2&TyCsgCqo7*TI(dtBI}(>&vm!8EmmbqF%sv$mK5ya;(sJ%vP=`GPNur_=qTz zYi*cq{;LNbm+{sEb}`~(dDeE?%Z)(L*{@H)DFsW#Q2=91q*6Kg?+g$ZFVuS@2OvyK z*%(zN9s+1E+(aclv|mq7Y>uX~;mBs&fmFotG2chThh*DlVm4v|#^wblqs zM+u_|G+ETS7aWW9y5wpDmv~xj1t1l}B^Yb_2M)+5jKm^(Yhl2uc7!jho2R3%vP_$j ziqFy310L(x($C#X9*PdPn@GU1PCWFxHn zlP`-JY0o~s+SM)Qw31U0GKQxSR%F*u*);SZTs=PEr5y?B5;A!`K)L=RA_*t=>Wfas zyEz3LDZ|LB6Ih8OLb!e40<_Fab68!puW1dBjZSn|70oaSc5{1eOL_p4;{O5FDj{&S zNkCpih)&F5(vvman89Ju#VX1XfqBVxGhQh%l5u(wsUap}Q<$txp>NL)%(8bRM}$=l z_rW}{TAI*M0K*MU(2KHBglko`WK!>ni)lga0kWNNb4ZF|?ZG)Gs{z>B7&T9o`Z7*n z6cKKYs(qfhn&qWIa`m16$3pn0Nf$#7O(FovRpme@L!bddyJqILhAsA^6NQDsa9OO= z0!Um9QDdl6FxnXuT{N8h9XGZVKOK>>rf^y?)r-J$1Xeji!(zPc$Q{4A#(=gmBf-RqSSCzNmJHkk?Xcz^*i)x*dE4C8}#4axnI9`dHUUuFcalBAZUnMxvpH?@f&Qv97 zLHM~1*-72(gy;OBfl>dBk59VdjJUCsM!iM`m|+h;>fjXxSYSZM)%dvfs81|Lf`+MiQm(C9#bn(@SNz#yUnSBy^>~hK z9AO;*Dg8-AsnImyBo7y%I5zqA3g>xwB7>W$g9S(c8(kpy|7LP(rHTW(JisYP51KzM zNlja|yKkf_-2Jnj6JhjnGoiiQ_Xa&IKW`};j?4Z6`&6hqS+B3Vmj;{Ik&o1(t$ifp~hBy2I#YkP1u4dn7ZuKM$^KrTBdI`jRt`2w|&6BBEyW8$^FKD%F;bd!JI zk$=(T?2T?{xx-^^N;Z~ePD8#nt3rm?$&rL4G3eS^94UEq&^Tk1t3c574WHGiL6Vsj z@{R{D3zq7xj)Mpf@gcfgKX1?mAzWdE+A*f6Cd9D}6%IE@&|-&JTs`D8u8K>gf%&a? zT8AsCzjlrG=}m;dIm%I@l5%C=BWntYGf#!ZBGF2CVXpa(6sP?;&xXt?0RZ~ArA%8ZZN(}Cr2)FmLd-FwUwOFG^ZB_%e@TsH-}!O9 zO|QS-OFWgFB?w}}{$e>!%SehXfc$=?{c6=!`7fesa(?6^f0lmw7ZiQ5F`Th!XoMp~7*lFQn|>V!$>pMiCcd=hzlyDbTU2Yil;e z5p~8DTJKi`j|ftvAgG&K7x{^V$+E|b6B#P{ea?^1u(PsG26aNE=4WJgYd|zBzedVA z`9g{a2>^hzKbDRR=x8+2A|1V-J6YO9r-(Y+4sNO{k*3sf0+>R^5AvlMBAnKV6B0KfFO0g{{muG%De+-oGf@p4=#)ov0Khp_bj>c_>~wO zG3ItO-B77NK}5?X$4D}MEsNB^y-Gg@2uP62t;$@B0>V?o^6bY2Fhgew?$H07$8DUb zWD3=mfub}2mt}Ovwu%Hd2aJTLbnX*JQh18@4{gsj7rnkXzlfMbmhjqB{LuT{xQ>hBt3C1UOjhg1~FW&{xy@_1u%W4m;a*nd<2aq1et9Hc zDHcj0MGXeE(Wyarq$B_wUldr6RRAU_A#-6f?QET3F!~~&7hFv{Onvo;0;ghXqPN&T z=mg+QE#^Mc8T$l6P>X>as zzY^;m1YqGi@Uwy^wCc6OuaK8i6ifA$xRWME>5LX&=uO>8@JYss7l4#Cn#tvO(qAq2 zks~c*;B)$a)~I9%OEAVOu$8D{sO-QPBg02*Y5u?!pXf2|Pju_YvjK8O3 z*S4JT;ND{l4J?2L97K1x$D_r#9^c4D$iRsDZqu$N;n6hU&Yn)7Fdtf`GJ2O4--S@_ z2f&)PL{H6Ms2cl5@~q)*&VlDZMJY;ERp!s*bN93CWoq(YB9D3s$UNF&8GarVc9hil zf<>!ZBug2ClZ}D2(pXs{fk!2n}@9Mad3Z!m{ zJ{p+kbObtmN@-7H5eSvnPY4%}()_IAnoccJH?%h8{fKp$>mxWSU|B!vEO0*PR0AEN zPI@Es`@TMg*iNTaREbu2;uvfX;6HBet13H<47po5Rv{sz-vyxIWwnC+A1kKOCw&kj z9$G04qiqxEpIMA9I*;rTII%KFGd--`)IlSeh0BvVFjii7-ZmGb9M5$BC+LkUNDu?! z4w*mye~Z&Wwk)#L>vi-`4DryG2wL zp6t24AVQO7vnEFX+0j@m(u*3VVsNcFFxWcz^kl0{nGXn|RS}ae+wlC@$5?D~RfaTv z_?826iBy&U0pc(A#g#`dz<~=7Gxm=-MenSp%V^0u?WobV2ou*a6U`yf4mcHLEgmOH z6wx!EOk67-wCc)0Nfm@PCPUIea$Qm3qXi?VbNmxvLR}n!!dn^Cv;^1XKS5gyMf&ZF zg3gq6ty-LTLpa2PH^vAH4cVdzt33%Rci*$dUUaS2j9ikX;3X4kFY|d&su1#jvh-8B zmT+Wy-aP7R1s2a|WBGoObV9a5mlttE;o*Js)XkC@F-D81P}`Np2CAFRY$qA~;ZK*+ zM^%*S$Ei;P=^?-?;s3KdK184(KPan-e!ARE>nu8uJ6E1tx?uU0rKc}>(nz>TnMtAA z@FUTCcvulq@!0m@vyx`)la$K>DEGXX!7joqLIytPlh zMoA?smQb_?eVEVR7PuY6sT-Mwa^cFeMB}Qi6bjF=1cE5iY(dGAv43eW#PnJ9il00m zVX}B+1_&%g9gqUNEtm@F@?n2IG`=$_38Atme<7>u{+lZ4Ro!Fe@K`y-#_aV#%)%wb`$M08oY7GUx3>w=~y;zRkJyy zqInClsahUTGlf2Itya8s$t_f7)@;McoYKFYs3}LK1`V&ppjeFgiK%xb{mnhZrhvka zL*8$YwTK$T)!O39wmK6{Wj$QMfNY2oa)!GaVI4ho6X&v5EV}dQ*#q$+^VzgVChTp_ z`bOnKbtH&VFi`&cTF20m6WjzZw3)XDf<}mX;>F)1SvWp40JyNzpn&Ia@ou5ddp9&E zCl#^u7%Cv+>see=p~>B23%On&i6!2TO zEWSh_y%WPL;MV@q3FZ9tI#gOl%av0HXJs$(GpUluS6Cb~>4bZ}z@i;QG#fflQoFq+ ziG6m@N+QN)U-<}lYXa2a8Mf^qAXrppI|57D>VUe_6+pJ7D8+E%_j?u6$Lis?vvZn5 zqkRX=qdT*(n}&>NsO<%V%K7pI#tK^sr?$~i$Ao5xTa+TG2q^lwXQb6RSF~Vq0u!!o zX|qdXU_f*PQs?D}s$AmiTH?^YM{vt2%ej` zR-@YeKfSb6AW4#x1MAlp6~AsaDioR3EO_1n?!N!w6}@R5JuoV)eMX2=`WokcO3c-H zjp8JVNPHCwUuq|Nw=(*xf1tlcXn@ZH7RpM&#WVzuL?7jhRvt~&l&DV`U#qu%dK5Eh zDJ)YzuIs)Nh_0>NBy8|egMvbv#rgygFh2Wrq+rO~3+NzNf2XqK8+WkU>Er?R$#g$T z(>x!87e`kCNrJx|g*0Q!q0A-Rv8&im_p_1}x zV+O4&KAF@Z_(fKPa@iufwhZ22gJDF5DO8EI#xb;SE}T&*e3TsZ$0~OvHc}H^wowOT z`;v$Sf$|Eit#o#^k^=gnrF0taFlD-6CA?jsnd?O+(36T<4N-$MVrCI%FPJvw1La#r zZ!7h*&5ZpB-0`9`n^nJ@&RuRsvL@5Nef6)CCGV5UB= z)}i87omBA1w3ARvi%-6CJRq`x$@L!+Bo6Th0oh<$ zZE#69SoG#Sa0RdFy!7l!Vp!+EY6J20A}423=lNI?Ko~08kzf185;ff$WdK0JaHJN` z@hEW-3i4pD7}Vzx;smimr1t>Hs?R&ZE+!ayd>GEeepH6YXt5Sm4XU%+xZWy!m2j?IT!Kr^t9vcewR zqE6Lli?_q9JJLTih%oY-q&N(fjU}6W(C-Yq%cU$AyEbZBg=&4ymz|{WM3)Z3gnf+O zE6D`QdJW1WkB7%H?h#Nl3BsERP!unTzZ6ID;sL7= zj5?N3vqMp6B4S#c7Ptoe=iN$2jrv$E5c}1Lje@1-@foveLIRp!3t3T(Xi=qm@EM@+ zgpi=Ib=}`%?)qhx1qEZQJWl0Az4_AU`{vDSb6#Lkff}twT`0wkI2KV&tq!G%Q}&f@$emXdSqjRbEzr*ijsRJE&w*5@f|OGMDEfM1z5my>5cjc z29)2aD;x}&E}1>hp4dWE-^(C4@Yst+?kElddpQB_(8seUszI7;oIyz z5_!xHos(#vY!1ZrcPqTY;)mAqoAZ;JlxVV++Qy621QHfvHTh9$!6SNlU>gkeR5+B0 zw5UFK^~28`NcJiK9-adD*GLYbnJL6XUu=tt-39e%k=?fR;{=bS!QJuO83aA~>F7+VQ3xjoVQpqY3egXuZ9tCA0Fw$#%n6WUUD6YxZH*XZP!qo~@$6=Z%pRynOR`qT;gD)g`(5 zN=3Y)Awmf!DGo9cxq@xtviApIqaYKIza=eGj*c9o|21ji)XZoL z^Cf^|PAGjaosa}Ws4W&B zH|xU%kH?=wTBDK0+AngHHPj}e5etFK7ce7y6k!HFH~o@$r+%O=5>l@uY%do@ji2}+ zmCec011>u$;G}@hYDy9l1jZ1C5O>pao}ZsQsf03-!=)3V?*``WjlV1OIOn6XHEEnW zev1`%rqTuC#3)D}l%sZ;6wy3~+-CSUZPKqR9 z88x@9Zg74gwbcUThZ}m_U^Ju{DN)~yLK^JIvf;Xin9LcO%Ry3L@9Hx?qXNJbQRid; zrcwERq34#=L*#u!UDSDT*qTyEh5bG$$VqXA*7BtOKS%M$V80yjA_izEd-tI3&SUaf zcB&@gY6^+4!I-n3rozwv%nfU8G5#0*$;3n*Y)4{ZWYl5{%kmZ^ib#V*8nor6JX~OH ze2}#R=ilj4D?i>k60tuUpVXDM&o6vns2cK*>5u2g9-sfw;wQzb=S7D#2bDKfTH^Dq zxQKIFb>N@8e$x~LEc#ANu(ss1TY|CYJU;v?=Yhl8=-~f?#7E9mEqFERAt@#T>*v-O zhiJjP#Wye6)rC}NjKSco4ksIq$Qu699?W&L$o!6^D-@G5%$L}4xJXY}HF{4sp03pn zP#%oeGI9RRi2>2Z1?}<)eh!}%>ltx6nSdfV*}MLy21VvL=%)Tv+h#O0Z5DVB`odfKno!S-{nGc1-=Hxr#(nrt&v2V=y^>F z&3r*wdRxy?)OqokE4eG+Em)VG}ieP6;nq zS)A`|=}s>dp3^zz1m0UfKq;PmT*iEG-;j-9+iz`N7YjI$1mf4&?61qhOor|=fe%-l zM|?X%??iy8NMtz87`$N;`1=SjuUCxh4o4nLa9v~U7AB)9mWs1`f}1H$e3!F5Y+wNu zSD!|F=y}Z{-6A@`kw%B(TGpji8Y2n?X5jhMekw@ng_{h>fl2qD#<_~Z3rnR@!j@30 z(#!>ty<(3_d&;0+IXz%8?P5Y`tChcJ`L&De6%o{H|A0SyAL?dDGo^Lp z1;7!Vm?2P_+=imt)#_3`n7@2{EEXhL>&cDCYi?0XufZc6H>l~nF7n*g0#1BftaD|- zfM~s;-K&Gkp&zbrs(uy!h@OIj{Wg~xGQy2NR8^%K=BFkhPp5Q<>!`u*lD*Q3e$Y0; z>X{U=#bs{?uG5P#P68ILV|@%-yht@fU5sSW=3}hHNzKUf@+XD^C5T5oqhKSQFh-N0 zw8Su%&B%iuE;?j$RC?z=7)Tg8y$=~0Rx>-j#p&P*S9FfkcGRK?QS~|Y=7cXxGM<8C z6p*(JKnzo0%#m4fYs zMcH0&uk8yT>%hyC!hq%X82_DoN71x{tsy$DJ8Z4k`R)deXE}*6Zy|KIRf1xK_!o($ zYn$Rfh3PfdiYIXd?@SFfqOxiK*7}}$^K2}m8|zZKA2COi%>H&HDS+fixa@Um{EtQX zn!)yV3%Qg=`93DLr}s+Q=0j{YowGy~0FYVj(-UQD9th(I-y0aciSEb_7Fo`R+Ok}6 z6sj9*285^9vExVUW?6QR3y@w-abRCP9_QlRo4e!XpCVDs$si;Q2%G zOe>+%kku4$tpMCv`R2F4=ysy20yvYMtaStxahf#VBOw^TJ?0CLsRSzuZ+Y=OC2k7g zOz}l!_s>aJNLMo0=pv1VZ3732r7!^Ub#Umumn7Xe+9R$kM#s^ML2A;bah%Tv-#h&0 zkI4^=k~}rz4j2sU+1G}39#|$Z5x(9l35@pFcukUbZlhnvpbaJBn?9rex(+xutNb|rEvrcJac?g-Jbb>B1HrImQ7F6&*JCdZpM zJMqZ|X$wPd6spmW+Md#w0;gPLxGL?ciPOY;mr zfvrieIk>l@5F50p*pw+4?D4+h3!_$$NW9?o)r_fmHuP7JUz1D{oi0iu|iH90bs-gYJ|H zS!4aEhnIykzQ)J!nlb}7E@B0-b^8@~$#!{eDjk{Q^?1F=KPp{)5+zA+uj6!yfO|k( zz^NsP0?KUtso_LJI*SLKrixjlAc^^%E*6ZIvOSL-NI0AFTj51Ab%v=)qM~NpNS<|~ zE(!;C&6~kY`NEtA7wjYWW!X~ z*&618WrYX$Oh5K8vp?ZeA~jvlR5PzC#%&9r$^$NkTknMogchg1M-f)B=zIQj4~gW< zGrQ4}W>j0GtYd^{1U3!D#s&%~MD4OnogNtPM$9p(OKae!h}7AV-OJyfzWb2d&`IfN zm)tyY6Hr15l)&5Y=q&pT)#!P{);!kb(p$+H=pVZHJE#h)9) z{S$Aul>S*(LIZ6KBH$~<$~7>xISqm-Dkl zM>NJRE4x$DN7#7d?FE^Fx90c#!~DPfdK5N+=yo6XCOP6q8c^#Q*bJk3{Z8;L}7xv z>#-&!qdw!V9Gl%Dj%3sPW!c!gztO;UWg-wvVil=a?V9_5M$lf+6vRUEW>HY+!;%-o zC`sI$^heZ<4r@5SNtG64PL{CXO76tQy!qG$Cg(qKagPyI=hVb zP7OLoP@SzT^?BT+slxC2P#aVEEbl?8_sNq=X0^*toJ7J!36{pPp#J6n*q<`8rKNdWJK#~%UKHs*O5=i`bpTdzD)7Z$Rbl}8=&tyWl6 zsOuu4%j~=s32P*4^i>i!qNT;Cvg~z)IUdGZz&OLi#v>AxDGlCBy#E8`1gIgb$#sI>_gH)fVw! zG20ud=9>2>yLIOZ%DMpNC{M~5CeH2X37Y$8vzUgdKy+ZqY59dvaF0GMwv!3hd*F5@ zf9QY*pG62#Y)u0tbAoCCo^3wzsfBxufJVq8Awvq&e%@CjLYVF@>waR92$ae}tXCA420i#9TXBilb=&nB_AEH|D#|@;XTKA)#-Uc}*EKxtDaaHQLf9yWwk>pX{x--tc?T{L9W;g|cV$ z>kcO`ElQGa>u`uK+jgT8V)9!%vWgDLXz`BVaWau^c~_ZXgHDZ77WTn#k^g^XVHX1` z)bv%A)GeUO%noAu(jk`xktm+UKroRn*UJ!FS{0UxKRDaB+kYDqM7%MpteD#$4Qf7E z?At^tv?*C6Ld|TR=Jdghr9zW=4JAi{r)}n}IXP6@ zODtCchV+vMDa2eSLr=4a!a%^dq5U$W6PxcuJ`cN_o7IQ6ONi``z03x)a@ z4>fJq(_XfjZzF-A#3oNsfMKm0PkntXDBzd8@?9G#|=C3jr>@?oqDNJ@aUxxq?-?L4M= zB>Xkjv8(f{UDRg-LUMt)SHYT?pg(0Db+p?uLr@9N@K$WFnkP=kZmyy7Pm@vrLqNR0 znA=h&MEml0!}TAsN>N7+7n4w6o>$VOI(>4qzed}a!dbXo9d`o}{zavbIKI ztw}oaNRrvLt!h5fTjZQ!$g*ja;IFpHL=P>L_jqT(`*94T@-w!0Ei1{N@GhEKM=8NI zKBcoky9Csz<$G(|u_!g|Li8;DaV_O5WufQ@{Mw35Du3u+O5$gtgDGB!bBy<1#01zu z)q@aAgJyEFYygp#^J+3(;710qo)Zyl2X$?j<#%MVCU0L;`7QO~3o}F&eSRH*=eUd! z0CW}#8-pD(@E-8-^F{pH7KA4olB*)H`taP$YC9|b|MAZxCCWnD@#@vDYFEWd!wB#T zr&gRdoPvx5h>Ow`Oocy1vo6BG32^+;WJc6e>R)=)BxB_?Sy;t^jm5=~&<*P9?U-f9 zVZYceNpof|S1UA0&(&D2G9>wIu6DdGU01)_nD0%nsG&sc_3MZn{v;DZkP~=j-CIKk z+o1kHR8#;fe3pBEdLlt1zK!Bpp3`YF4pJuriHp!`K{}2MJf2*U0 zYFQXn)rSNj##`a=9Om*PQ?&zPe3TUSpyg4C!$1O6s6&kHwbgXCfO_;r{_*ZZK?j=> z`aMAag-Hv|^;9w1&OEoJM>Zugj0_V>k2%R1@(}xyRh8vRA3XC9d8+4Hzk%b-cg>h( zVN4#$_+Y4K-)(T7%c-WM&N1u9nmDfO90= zEfT>ohO89O)l|#@V?+9X@6+kbj#&ia7zfdsqL7fyNf$QPp&r4K>g6{~%#U3N1&m6h zXrH<_`?x3%yTXa&rCP3hol-A))(WdkfNXFAWd*;0IpmTRUk>1)oe0q3roLK9S<@u$ z+k6Y2cF9KMWTv~^aCGK$c0Kf~C%IebqsW6_;p)TOO38MR>7V0X-nOUeeKhbT{*96y zJ{L{=A&OI@m(2{|VGBlv&4eEClnt=1)FI5cgb3WJlX#zR+&hiMY1fA>1HeuaHm2mZ?nuR@)zXZRO0j1MT znHC2oFuwgMqLC2U6Kd%$kQJw^j!`jmti{|ESDL5?y7|1_C}bU~B*e6jjrBDgYi^kU zG&D26eE$kobAT3ZkQj-Rxwd`6r(I>Qx5$4QqM#8VHS3<_W4_^~Xc^k6b0o#@Y+5js zW^AN^Y*pAEjE(x6aGF5TXW)9$C{b-u;qo}|Pz|C`H(hPS}yMaoP2gBLGKswZl0 z$IBJxSmBqrd;3b={}D-K=BPxLUSewb+NVvxgD zcPxIr%l@pWCP8%ZqG7iKWDDv{HJ)Mj&OmMpq?yI_OGWsO8)ZU=1!gz`9R)A^%3lsr zs9`aMuo^hck%-pP=|4K{!~?IW4STH^pyY9whe>RjJmDCGz;|Os@R4#hy=bIK@D^Zb z+guB^BTa)necgIB;RU$x0-p-OOLMQ;%Un@~bTn7IU!KJs)}tGxD1Trt3_LJD5c#Fd zHiA+tYwn#QrlNbecUCF`)-gq@64Q&lbyL@_N~tzg<7k;^A@QbTKCQM&C^%(xZ<^*u zr4CY-P+We6N6BH;G^jX&LMI7^IZs1*aI9#ZQGLg5z6>Zh@sr z_v;$J>DL@-L1gX)HK=Rw$g!y`S=tyu%hCSOA~C=%PG5L^3>|K>Eg%m*V)Bb6-@Ajt zI^#LaR2{VY8CtwB!YE_2iide7Xe7}pL{H!&3g`hglF;u&feb2Ao8T2oG9jf&RTu)W zTo4NW1bo9tFPwpvHP&7`(#^`7R_qh5#6&gkM5;+WD^j0aM)evAZG*6j&I&lqP&5cU zI;@%l5zbFcuNITJ$87l1rJz(<@h?#R1jLh@R16jDR0Uxraw~YFFTIm>4O*3vNWwja zM>D8cpb`ZYQ24zME@?^Nrd0GW;gHH~jB_iWvl z7g+^8BUN(+vET8>u!*qQrEq$KOD)89RY5oOLPy~&@r#ON#@YtPrmNj(RfH~3MoYTG zmA(PP`CCCkYlSHjxVE08ZUV(xI2}H)$YB~ya}+n-2*3C+7>|W-1!vr(L^`Erw=BNh zYnWSF|86BDY8e4V503QQbMPdN?R}*%nmlQDRR`xOj~j+$)3i zR*<%766HgH5exDz@KTSM%OF5U4?d*BMm$<|z!y*w?_dNejrg1zH_V($#B?i%p5aB&XHr$(-{;XQ3@RIIR}Ge z9FTjXK9EUu)5swvJq9MOde_#HHQ1^4fNvA$N3GYKdTO$x5_=_+SnLx*V|`Ts{=I&; z#JddXz=eNrbE*P=b)PnJ#EQfrmK>gW$o_ul`-vnQ*T$WvHZ1bLVy5XU2@^G8wHF96 z;qDTiP%p~#ss*T`0JL0fy**pbSUAq7Z8MF0$hZ)Si`DzTuS8}&PY0sxGEQg?d0y_= zQtN$0^)+waJbf6McFK#Nc9b2ZQqx57W^c z_YL;S`qV*^#$sQ=GNpwU7#@wnP8i0hFBPKs(zvKY2qDTHR*#AM4CP{pW^f)K2Vx_p z_ofm@_>4spjYMPJ6k8Y>3UdE}hfTcZ69S7cAnz5#&GG$Z+lAa(pA5t}m67g&d}TK! z-3$C`KmK2K!R`1xPM0#Zq=*x1b16A`F5qG%7+6>rMiIkHWU$g*5DYK@qBR!xG~r9fh7| z26o8J4?JqMC|M-%s3k8jhmqJrEr$vN*-lY!tT&vO6(Yh7s~*SvY_;$>0*(?snw_{4 zaexNvK>sWhCYv5xxZq75*-(+~(PRm!nJ)w#QbdU@{nIu$@M!FC88_Q(unuT=a{f_+ z^ppqo8q%vhh?noum@^|SHKZ+9lFi5`41c&Hgv^*s{=6I~SB9QQbcB=3D$fVmWQH0l z3HYF^4URctF9agsN4_mE;JebUs6>1Q30`v_9yQQnk#Ct#HhrRv!w3-3P9H_QNLB$d zSGtz5)OT($PFErYjdf7vafa*2s1`GOZv7AvEK1GG6go3aR23`tPT5_`qq zXqOP3Hy}ZADN_MD3PCw!6Aab9iCf({>kjK|Uk?l?XK_P-d8=T!K*r0s=di=;6E>m@ zy>A}$;R}n4$0c7mX160F@+7s8C@q~H(0XD*3 zJA}}cK5EK)%%!E*fz_Qk;KVb+96{Nqq82~CudT@R8L|O^zU@@(%WDMj3Qe&V<0 zKtOmc1u5JsUOe)fOQ4DsJ&EnyTkfHm3uI^KIj5L-*{y)ofN;wqUiy05_Q zb)fpLV(7aAeHL(r33lY}hx=$iP-5GWVF|)ZM8;T~L4z|9rH0G<;tc;CN;mht zb%)j%8j8XYz+Yn)cZDd=L5ZhEBqDb!Guq{ax*S5bf{Y65Gf0&?hH<;}I%(rePeucZ zurXflc##7|lDjs9=pQ@(FREki5S$jtzH1GPFu>So9^S6X%u^2T_YV6u$bUxL5XI3J zpu3LS)2w^#>fTCSBgcczF))|*>V>(!Zsb&SCsY9RanaMH=i?57XH@nIbd!RG-!>qr zxP$zfh}Kp>)zE}#ZmA$&IDAiqeO5&Xj9Ja-)eM^s+#hJ1D%6>!uuG6zL-DSDAVZ-K zo+qQ+bHKiEy1T^i;bFulMpp`y_zGR$04(wr-i6uO5F{2byW8%r^(Jp)pb;vGkjarD z4{W7^jzpL})9$Q*J&#e1&qjJ3TOp#E)}f2DJ8EnCaT&eG1d%O9tdDx~@nrj|kA7*2 zsQU#vCF+9)M_CIyChUq9Ojv=!X?J55ZnF`UxkE@}HLp6Je!C9ro<}BV`tcu18dQ1Q zS@Ku@Wf7=b^{Gti(mJ;t=Cy?3r1kq*GvP3y>F0>X3n+0(f%kF^5i3@CU2b4wd`^g@ z7O{@Aq)NJ|eVBr#a8&Y^TW-#s93dpJe!gbzf+4T{c3rLt;|){7nI*fmy4pECJl@P+ zK!fT;kRaTm$y*M@C3WCj$I8Q*o}MUWg$&PCe!q^zo?H_kxR9^DBo>j^dswqvrd;T< zGQgaBP2d!PrfVVXW?7{F))@GiHONSwR zKU}H8IG*C^2p#oYv>Mvm;&3eo_(gE&j)Hf2kCj}p_&ijIb1+hHaNh5~wJ1oZNZ;a9 z8HaP~RVrR-y7|}3i_5HnK`@2uEV0|kki!(rccVELK%=$#p_k!VMOZ+0j(5|LAq=|I~7p+7+|dH2^*WHe({ zxfcl{fdlx7uax9l#vM1~XmRt{38txUwovGbUdIbhUlDDON|;YQcFqvsfupq-Vy1xD z$o>$LJGn$(p=4-DcF5||P=4xqR|O`;3-gj>G&^&1w(e^+;{`gu`M0=2kl2+7J=Oe$ zb~e*J*5Y>V+3tFT$UJewbLM#P+-QGkPWr3UbRac?&^vUYEa=u zu-G`31H^0t?8)XX0J84mz(v#QFTBS5!iyI_tpi6Z^_Cp~T5b6A zlu~i}d7M*dY2D|nQ>)WmwB8MJ*7nsvcjlC9>v$eH_N}Lz{tKOF)&o{t2q|ih@KNo} z4DBy|bNm%T9hIE$t{EBHT&33{(h#qf2=p`rg*h&-2w7Xqmh+eAwX%TbC^}v18FA~M zkuAX}dA#&H41bZh^Nka^8O;l!AM&<|! zbGp0;j(iq^Mt`9JCA3{$Uibuz+%@;{VXAUm4lSl-jb!4ewd08C)E_+u(Zvz#m+ze6pKL zj)lGj3(b>OwhvHAU{q*zcwtR#~P#m#i8?_} zMNn%egmDo8oZ_a%P5}Lwz0Zl;*p(7cvLOP%+f`X4Jl|Wu%I&+djI7()5}@m4*=ZIP zS!9k&nJkj+5g53skLT_l?Sj_^F{BQ`Cj|qi!##}C-d?~Ud2#i`AO@5p^9eMN{)!U& z145QK%sL~W5Rpl!9X0*WQ!XQbyE7|3lZ`46vNN#*V}(~U;4N!|i!h}@PGcC7M|;xg zb$0fpx1J`RJu0_9WT?yEoZcE*Xm2RqqGm-UXc;Ss0x{HsAmUq1^!ezjJ*7~eBZqsq z;D&CHI#;C;OIDKDs5l_attheSWmI$Mwb<1*mPUvuv6e|aWpIo&A2YBLB~>e4@tQ&A zB|ZCyCyva&cfdF*ae0mX(HCaARodJ$2SA6b8u`8#$Z9dye5o<1|P7anZi6=XfAE(o1t9BHC5@3;RH0S2M}hd8V?|ENi8fn~9E<{A0rt!kWKkN&yo zj2i*4q~7-?mL$5rJ%wbzQ~0;HMbETn;9`Ya!W|J|G1}N$Ba7kPJW|OaqBcl%`!skVkH@MW)Z%y z*gxT`vo!k?x{$PLk;X_j6|v9rPiG@pNjI_!F|n>KJo+L5L|1EqAIz3iO4$^@z^`_w zWjSXc(XhO&CL2U$zEs7!+6tSFGA_?%UvNOgCa~-vvUWc(p-+!G!_*iNLW6aYY|o3) zUkeuhR$1v!9^I@)VjZG7nyG6#$E@P{Fms!LyIz1Y(3_i5pgz&8K09N?hDp#iK9NpC%l7?%moDNd84kwbKTDu6BWa$8<)&?| zjwS*W+OisG#z60pM)`d#yNtEb`pM-~qs*E(wLK|7KS-1Eb81U^yKz><2QZm5Gn%BL zLaCY#i^df0F8jL6LYU-Dls&1~??w;dP*=X!QPbE7Wza4E6EV)1Slkkm3%@4J_$TW- zTRh5iSo|p0wH{M|P?=kt5P-KmVuQO4KGfI1@F*a^73!cqq)kN(m?>1c3CP>kit~%K0=* z$uelVAv3T|%F=*gUI=x)_Q~hTO3!5_ zcqDyeALgv^ZzB>M6nIqod-sbM7MKNDT_ifcJo}fL9R!5a)|`dM@cy9MR4c$wW51U; zp60Ss!Ka3^3OxdbV?2qc$qG$dN`so{(+r}6peZ~rWwVELk-=xtmE2~S zTbP8uhQ?J8+WxdNR&k70kUu3_rP4B}B4n}wsiH&bJm8+cbCRpOs=86R!<;5s=w$5y z3ASN{KDkqIKJWGhz?V{L*Tv2}ZP}7_;-&Fw=$RQZQ2^JfkiVH37C1naOS)d^XIyP$qxNSB3q1m(>AtH8`TOF2>K~Kk~HaIZeAu?)LHYZ z;T4Ii7*NZVdJsgKhzLk}D>YfdIFIdRqG@0o!X5<5843Y^GGeMl!riIM>i_+klAWT^ z0||iX)+$PekS0$0Dt(2wkiO=f0sEFNBt1 zan%}9ilJRD=&V&>_Q7+&%A32GgDOREH4tyUiF)^ho#Z&q+jpLqh9vK}e!%~3s6{*} z(1+}z2EZh@P$qH6C53UzG`HWc5KSU=fD*oJZ$VB7@f15LbHVj3P;0yqh~}lwoO)-o zNB?62XkI}6M@|L)05>%Wd9H%GdtdP3OJFv!7EDqnH~gh%1WkNZlI@Nkgu6*DtR@L4 z`bn+c#1Jf16N=a%xfCkYax@2Ie^3)Z9amh|;;*Cj^I!4eLI7gYp@g>xEr}s>> zxyCA@>^-O*xk^ohA2Q|j+6*d>fmm#npaVLgy94S_bT?%d30tIdPWaqKmOofxGo z7mi$40%o9&Sr``+C%?1Oihj61-x$c2EClh<1J=+IlS1T60lUsw2gzZ0ZRk-J)24#e z75YX?+Rgt}+rK=x%Fo8+aSfe)syKa7vH{GWbbd<#Vu1OCt^lm1wTmqpNmp(Rhb?a} zBj6PbB}1kJ1V?Y05N{vBmiDlV!fi*qbpNomB&b!?2v&4}zWU)ps%^@8<0wE(4VYpL zyWGAU-e`|VU}pCM&j(K8m(kJDzzVUL0sN`^J@K;=mIWQ>K&qglhe2d-@=&$c22Q$L zPVj{wOJfOnk3%GxpXjSdd?$H%m;}1r;gGnvLPm(*yLZ^xKbqqnsEA#!3{PJMo3VcY zHS}Or;t;O(b@aE?oEQqDtBBw}@eGo{XCU{O6N|G*HCjrD1Z*F|Vxvedy)5mCSA;Z9 zDH|{BM9O^if!=mbuH@}XS%e;Je+ISOB(Sn@RLd=GiyUzV8iQs zO@J6K5=`p3R5NsJXuygb=*ArJ?QU_qQs&526{I+Dfg&RYFh!47laCZ|G)SJSfwHFF z>1e3an!MXV@AzKGP+maMDj{7HWx?gE;5z%>q-0!gg_<25)5+vf)wCwj zDng*-#EK)2^t)gB27U1j!;qlzv$MQfX>h2qLpu0t%xohMtWZzE3aeFR)=`Lism|$V z1guf(H*s9a-AQ#WwEWa$(vnG^x`RW~+Y?M?EKIGJPqonWbB4h-x7L0Ie{&O=9C|z0 zJN_UU!MpN)Wyy*VXiykSniocTSI!UlyKK@s*$d}$V=5tsNAWq`*&JOh!^5uUD8*UBa8@ofsOV^4G0Oex}TvtcEu$I84 zKK*T#Lq!Wtibe|%v=e%9iUX2-VrIa*ZdPx0bCNpLtcx;W7XEw#2^dOJ$Ga{)N1K7G z1Lqf1-i4u_rA3`{q$;-iqPZl!<)H&#@uuKFOTuu61Wh=W(Ycc?F@OA!VkM?5J|YP` zxoWIfYyuX8?8xsR{CqS=eE{utJ%OA_)!B|T|1?`#KQtPI@OTx{te2iG9ffDbgkMe_ z7Xa6>Z)cYNjFMpNq+u1uJ-k>}-P~B~qV{-`Qz+%EA2*>ujvZ3E@H@U)D*qhn)dd9I zv6XE)mFGa*XboDrCl{@T+(F1BW5}a?g{4MZw=m~|%l9+~L8&>LY$`_1J7 z8>O9rUtd#s;jA!o6y053IVCg_7}5%mY~`1~p%nls?0f&=LuR1Ev}e=_-6@Q!FIBde zZe(Qn@R>M?FY%kg&P~i+tdtwmaSCtO-5UAC^RUs0%I!Igz=}7P5fxysr=|+V-4{^t z83SzEru?}i-84Az(Eal1+^X_d6id0eH5^MU981bktZe#{dc#Lr}VTSed^y#Yg`mo z28!7*IHB4(b6FEo9-1J2J?^i1VKJTKin8{7bCyGD+N|`sv7)x`4aVL^wG746L%#R% zGlYz#h{Urp$+R7PZ7MMndm^_vruepB@SEA6tVxg-!2I6ES!=S6aQ9Q;>Hzu65WOWC9H_1Uj<1O2#YwfFW2f@ZLjc^KQ2=L8d-yl6C6%(>deOR9O^ z(I~KowJzpb2%ydI(MsTI(&)S=Wzx5BZH-)bi8EkN-~a|LVGpzB2#Kna^u3ksAit>i zgjYOvy?>fwOf0*GQX!W1x|+pYIq;kP&=<~a)T7~5sV`@sQgJG)lhc933A973$Si!H z?ktK<4xi3Kgy(scQb2Yy9O1nw+V5?6;pIaVyHy0i$e!SI%*OiYWDz<&yeU%tI#Ul3 zyoA6aF~t{WrEIGed^y(ROH%VWb$`<>ktA~ zF;JN=#TK~FS3ZS+v}Ad(_>2^6K)J~D_5%cin+=nRtt-)kLH3Lmt?K9$d!GCEdB)E#0R+*BGe^+FNN&3(_7HfAck;L9#6dP~_kr5GCW0S4P?g`s#sVZez_ zpFpB6`DA4un?dP~L=TY-Y>mTOxfs`r%fAELT-Olp^3|P?FbgW6&|{{>V_^ds!B-SJ z`kA5H$xQg32v6OPo4P2HLkUTa)IK3KF}h9!J$qz?Jqff`+AsoTV}jhtetnSc6cFm> z*O%XyWu=d#y{k>K&kBxE#3%O&0teUTt8R)jR_J(PTwWIiWi1$c`FLb`W(pWEiR=P_ zA%HaKz*V*0V^*)y0Himfw?=&b25IaPnuN|P?9|Njg#vv>furG}hXp%G-IxljtiL`hd5MxXmRcYDrqLXTHL?;8( zju3!a#Zy*0b+8WQ2`jNR3`mBcyZJ3=+NEgX&*)9FYC;`(w2ZETT~VuhE8wXiep?We zBL}*Ia3+qha*bOgfZADNblloFr8;Sr#{K&+r(iL_z7*zi5#?N>0=A)&z3c#&*W^M% zFA=h<@NqvM4%vZ`T}s}S7u~^Um76t2Jl!W$*FAkBhbSMVfCw7tMz`qjDhd zH2{n>Oh;VQnAa4}Nf7$3opCoQNN=RZz_F>$f*igyG@F7(6x)6OOpSP}V;0vO_BO-2 z+3Q)zEQ=PnuJS6EfyHNY8|C9EoKn<0GSBq@)Ir3rnA)40bj>7ALcA8&$0aiNimDldt71HJ$o8*?5- z9dg!?gT(Of2^3;A>PR;zQWT4xTJ`#J)NB!*_9YOqU zifCUVuP%^Pvp3{dd+w2Q>o^yr{CM{miJ*C^7TJa=uBJ5f`WA=yRHLiZOaS3FNDEHli!l8rp6PxSWFk0{)@f-xGZ}R|sq)@Q(v1UUg6VvEHn&BL z#7K=Ty>=hac*OdrZHgm7G8Gkl0sb1x4}g0)d*!?~yH-g-9_!-KfR+3fFu3^-W+MG} zlSKV2ftu1Y?b=JOq<$dNb`pf7W>zKk0|rDeCdU(FaU)7>EL9B{;Lomt8!_tx zqW531R~JYs9INQ>aHR0C2dO5$ka=P;*ArRxaM3$l$M|1^zRW>v?y#&EyeQFNJgw=+ zJxpy*{*5)p(KQPb`u9Rqx1F+RN@Is`!g(IZTEgGeE#0XH8x*ce(NeO@Ok$_opaXnQ zGXm5n?5x%&I@3t#QiSaHMQV^yp>=VPY^fEQ>$?*kH<XiE-DGcJW&WN+LQ1Q__{v?4BRffkg!yqr66 z6A0P@kzjJa1w{~O_(dY6K(rF80E|CBSMRn#%#sG98dv->GP4VH2jkNjtp$k?pcVC1 zt6>UATWSEiN|w_|KFfWQ+yUE2?m^bfLbK_STHN9L3EUy_;Xz!Yz@>d7)4`Bo1&IaI zV_aHfM^gC~h3X=ao7I-ly!!>?VVG9{mlGAP{QYoEh4YK&Z$mZqxj@5}wfKTCaEU(| z4=wg+#Jy--X$Tr{a-Gh>G2ktX?PsoUwJH>KU`Oi1V(wZzpno!BMM31Mb*hLYksFrJ z44%t+@+EExHJA2k5!@}*@=e=;SWJjLr;f7DQImcWttmoBS(}_Ow+rmEFQT9SHZjtO*R4ii>Cy6rjOG zZAWk;J1Ks#hZ&x7*fRQ@+nUG0Arjqa?MoJK@{1GX&3*{dM4=pPHj+f*C?M2Fr>0lw zyG&V7>Vwy%+(^8LMl>oXLk{*2@O194lmJ_qD%(FR=GU-ncByUuGDvBKIpzD+Mi9a< z*V_$Yo=NuA7$*Z@6gNRgDGkW#-P!7D>*-mWl~W+m8nI$f6=W*xBcphGTuT|fxqu&> zEf!6FeJ~|t?o1YGUizUTDE8#hR~8AXNv;ySUWIKqu93m_N|*FsG>S1HaVIDUSWkl; zXwVwx0#S82Y04HTW%K>5HR5}y!<*#btle->+B}?JMQ&Hv)J)e#ww3bytp{s{-F=c~ zUkWO-3k$pERlht|mF-0RT2+oRNvwwum|WRkTUdPlEwf!9=))qU=D`SM`!hwgKm>GD z9=B*7s9=xYl@DPxMIoCz*ByXki4kAka`KHRk%SDg&xtTLHRpC2;e?~ebIo%3#uDZf zHO=bs7_>M6f!iH14FLt3%65Rt01dmpfn-s5DfZLxONzWb-)@&U5lZym9f}`HC zmH7D434BtndqCz*eyYD>*2arTJ*kjDyqxGm!FzN&ya{+%aU;R~G;+9J@<&ZU620}o zR}?Y9kt84^vd&u4n60#0`kl+`j6d$eVS>rlU=B_Xi;fIvUU?I}q3NT7>Z-V;kVavd zl;@0C_GOoE9WPZ)ciwm3E)TpRp`46M;E>(-WwCCcPZTIk?NU0hyXU-EX_aYazRdyOjN`8ML1@!2b`{X7OMc#HKsFKAOgv7~Ruh38!>1a9j zbgUF&mIzB^jp9nIskh}VMAx~0L&V?#TgOxmdy0^NR#@T1r_B`buqQo$fnl(*u``+m_+4K~k zRLraKr}^V%zS1Xbhla)^M;v|bUjj` z5$P@a)6avLHxw6`R9xS%ZQl8kzzEw47eN`iWfoCBqy1=fx{_&Pe>MA&pBl)tk0n!a z<<)H}QCZ->2EteU#cVXeE@?)T?r=$9uj}-0w-wOEoDZ^nWD5#zT6J2Ag_{obysP!=Vl@k zXc)0x5V>@S}lChqzM4Cd5bh9+micf2hD*z(kUH zd`Q+~jBZ#3A&{8=*ku__QPB&2Byu67*NmD}88+kswl$F`bz6%C;mo~P;SjFwOm|Y5 zMHkfa#h}`7s=%d$Kw(73yAps|jZ8E1%|aDSX1GiVj;MQnlUdoDfSV(Pv&5X@n>v<; zvItcB-(uWbq44{J1}MJ>{9xk9C^cjxctJj}G_J(J&oW44IZN>9P9igT=0f&$k=huf00AI}HuxwQiETAbyRMDh zh>qCB*Y%28&pVbfKW*H_&ObYagb43ADLTPJZ4Q&!T1F6Ih`^8_H>}n+Gmg3J=Ugf& zmKX~Xfzk1|iSm5!7+yQJ;ZsMSMz&9lK*tU2XmYgVs43c#M!K6`32zHTkg!!8q797w z41$oogyo;TGDPB zv|)!5Rfp^o%1n?_LgueK_gax~QZ2;XI3n`5G4dRQUUn53#*zB6Ivwm>{TYw=L(ZM4 z6$lP_2#yws6!?~dN1h1Fj0R1Q;V*{nPTp`Bvknk|Yk~t6{p(Wcu0mRFpSXg@Zquc& zzXK3ZeB2R8)p~3`snC{DMO{9Q7xfBe3UT0@50~tI9vmN>a{9Bo#k10pv9*g71S70@ zK*>ivUdp08onMfa&RG)egT>ByY)zVFDu*Uig?RlImsc0G&fK7QSl)GS-cg^wn2x-I zVt?F{DLN53nX3H?hs&CNH zNWaFyD;c>196(?8!uLr;^qeV2g8Xh;7!K+4jkT3g&IaQb+uI{XKw+EhZ~#B_MiTgh zUPI;s|0HZmMs9QmcH8l_O-{_F3o9aDz`S@F#v}FdlX98^x)r^0RRTvXl_a~42>B)s zfTcb;6&EC9JC;fJr?s^lCfqW zpM_3X?AJRm~Xa^e1T#8GTV1h(R zI;BNWRE%8HTKhHw2H-}%7V-I-$jIHLgNoB*hP)zx9PjU!-z@_fH|F!dPv9#y{h;}w zjJdb4yk>g9%k0pxnC)X5D&3ubDE$atFX6@Pdr0~d7YD~QfSN0-SaOcBKeG6K6~;#R ztlfiMNe_a+spHwDD(av&`MXdUm zOv6IQqrpNYyHK^43z~WsBUsyLcL8T2Zs634Qt-i1)H_5peetCEaS4BBeMrf&S7P?x zMp|10Qp)wDDNj!B0Jr$?dN$r$7~4bybnf6Walw`}tK`gX#)rO86O*8kHlJeF9u3#2 zT$oT6l?BCgvQzRH%aAvhHqm~U}jHv7T7kKql9os&p5*2AP5i(}Qg{QJpBm5hwMke~~ znZOpDevOAby1SG4RNf@uVi0?Wtx1{MG(tr-4{G4kZ=c!_qSH9%cS^!_Z?v%k*UX!B zfB1<$`7l%=5)%mUmMDa`qw=xt3G$YsV4_h2TF6#;b#GApVV{b@fuoh4IQ)AToP-82 z3H!!!q>J;2LITl!To~$Ry#OkxdvK&lmwniRo~1v9n%}YKze5h7=^ufXbfkeI9g!Q5 ziAx=4el&*5QuE@eT+Pi0Na}v>VMPFFhT8>ur)JhC9)ryEg5uEBj`LPQz+YIsah38AlKEOc98VgV_U!4e54?s0QK`4K&D_-Eg&0`<{&WBg1&fWIT9WO2jPi({m0R|R=S^? zs$|ZBiPL2y?OGB^IRx>V72Q(EhDBe>E1qr4Gtb-zb+M25lv`hkK(0X8vAuprWH!~jawl&K=lK{({a3OX@ zEbI$7H4nUUfNBT;7lOog{H>{}!LgOg;P81Cwv$7GknN&}atty>2mKut7@Z|6uC(T~ zvxZTgT_8nRVHz6NfPU@7G@B&EHAu%A_p6d3Hr}21(TmvocqeR+g;A>hEKQZs6x@MV zR7*OI1C&AIaHV|Xp>`l30yKmZ&5lcP#{qLikfx_a?39g1X;qE+?;DX=tF?B=jzwj^ zzcblgBj}*NG}faGf9sgAze*)??;7)llgFvF(90$~g)J}S){1OSv#WrD1Q76L=3Im~ zLzd>lliEO}qgWA#Y$4oa3NgrZeULri!Ayw&=>(q^q)o^l&sw5kmJF&gvcFm9pSuDY zQ5cj}Fhx)BcfkmGM0d4V8NFuEbiCsqnw*n{fTgw6)J8)4xRV2Dp=d(#&AVSTYh9+E ze`TFjEtde@x)qV!Gnv6wG_SBJ3NZ0H^ay*%cL>>ZbDz*N0+b4P{gHf{%7*+qUS-A1 zY?XH}5UQFJjmbqhY-X0>x&g4p@YCz`^8@fnAOTe-`uf2oi;GQ;Lr@c4qoQ^yALig% z7^vIf(CcWsMUx(8U10|X*Et>(v^QdiMk@?$XR%2g_$1wpL5?z27_T@w+b9T&#tFw|1m+!uO3gZwJ2ch`-q97f0C#N@50lFCThSYCuj!#N ztX&C#Ebb>4l!j_^*ojV9A-ab0tRrB!q4!N|2J#0Hfl`4e=@bW}nX=}gQe0@EQ!R|s zxfD}`v<;k*STo*2FD=R3C2~lNtmbPLH+G<;Lv??#y8Xl61g^7WUeU zQN%5K3UmHjvn~`4pabX@k@-+Jy*m1w+&<<%i>a}4&uV>W1oXDgzUbnzK;m#xOvPz` z#Pp!y19AtVcPQ3r`nQ#Vs(#(-I1-G=Lm(06v2ogjGlni5A_fR;Mnld6`VzQ#DuUDz zsN;uuBV|IG7B4CrEz5LD28mbq=(yT8FKZ}dh!2|E(GN_}?6AjC43<|8bL7ow4VU3? z#M^Lzz7H3_!reN1gk5(Zn7U)$ly?W=uM=5Y`z4)k^OlEZYw&ZtTGCP^%Z#a~GET zMzxbR$y5}XEV1_M2eeFvggd-#XxxY#uy3n+S8m-T$pi9OH|nq)n}$TxjV-X1TUvD| zC`Q4{pd^LFoQThIug=eoPTgY#nBs8?Ug)X|^)BEc+5G!YkWM};1iDz$0*3B}nSaWajed5OUAZ}5hdTzZVHfj+)-owbg{ zO0+xam#$M_Rcqg4>)U-7ghkH{IHA+$41O7i6%8EJA&vrS{`W6XOObFkW!{^zW36Mv z{Z6nt0+{bPYxgzpQY&&$u!$^<><{N0tug(x~3g0`jBVx{Y#rmvJyww`&fH$yx!> z!e~~-ZIJ-5_qC2zOg?=eapmV3Lc8W@8jr3=BEoNEb|A<&`H2p+k#voXU*r;jVCcDe zKaF?DXqXl12UyHz?avhH8_$M(U70P3K8XO~v#OP{qD8^*2yZ)SyGTW(Ak_OxNkBlr zj-x;W3&SPEYUb$g2$kLJ{@c)57z00wlX~-?Gk}hNmK8O0EFe|P9t)upY&B^@O#(MF z^?~MLjZ{uNZqp@pkbB~<6T3NFJmNLx_&~x%2ompz(>MxrZ{6_gs;bdyQ~?7In+dVN z$&C6}djUG}?`^P_{dtKu4sW&`nBNn6M)b6f*{D~Sa@k{}o`s0o922VT!lsr50gB%f zL3U*m*!cHLF>MYm30=1P_uk}9lSoz4*`Gy39@*QvRBMvacxpHWmA<$oF)NSYQp|D` zPRG7TO!WI9tk5=Qvk9DH+_toD0^kk+`4ayz&sB3#~s(PPnq^Emo{5Ca+q_0ZNIJDTt zeSiaSVfchZy-=K)+n}|quEYCo3BJAZD{K20ooAwwFoZJgl!)eT60W(V4M^W0Xf8W<1B2B@aJ#J02(GTF`{VGKtr^QerlOJW*}hy+{LA zRb{dHIJV^XKn`#T(Cs2nnDMi>E7Q%OmkEev%I#9>wldxHER6}qxltb1dZ(VVELNlz zlzcij0;x9)D#0&xpG?EZ=WgCb#FWZ}%pzNU727sW8wST7Fx2Hr=NPYU3OK@s4a(DrQoI6+nK5Le1xSOKXVr3FvZlwf`Se7upA8eZG*ElHqAr`UICN%w zVsX`hXX}DZTPolTtkuSDZca-asMLbM$+jIL`AEgLcqK@&EwA{_%ydcOOAaITSBnNQ z=I9~QNu!|CV5i!_PzgK*kHLqTqP*tFX?~6J!9KT#bbk8W}QP`!IE8dBD#2y0sIQ-uhSb6#jbWWK> zE-tt?J_!%EU2$ISOiyouH1^;P26;w4rcU<^SMR7PK}}h2uj$}Lz`|8S zl`Ogeg!p*=Bl<>&>6*a}p1OS!y{7fiq$#rHNmH|QWOs8gt8lTfgyMp5_o(cQsU)rE zmsFZ4%{pe@y4X4HFT^&7Ad17RTd^nR!#_*}&@*WsWrm|eP=E(QXo4#o1%XwxNxCKw znCdFzyW3Dd*Tjx(EE@^YvvSR0Kc`CJ!!J}zXg~qZT2AfXWIxJ@p;rBE^#DCHFh{1n z3O+?A{>XlYzclRZ9$P2A0}1F3KVKt zlAn3}W3%uq0X`d~FtZ&gZsPb3D8!e{~CK)t2YN1MUIFqhJMI?{Fmy*Lv zKW9d9!e#)m#&y-s*8B$7%$3oeu<@Hz^4ha_LJV2is?v0ak8^catS@iUOh=?X;A_JGP#LsGS?g(BP0i)aI@l9MswsB~^-1&0uaaQ%&MKXp4f{umhE; z@2!TpK4z@o@R8=h%rWYS@0SROMUD{P`lJJ1eY3+IM&%)6$RO*J9e?rc` zpvTLwHxd?-W=->h#-IJ%3KM@)zwm-egi^V>uK9jJUj()o&bUkGaoWzxNjQcX9X)U} zlGVK0jOYr4oRE&J%RykV896N8a@;S)y2#!YhV|OPFF{y=1l{o~@>nZ4NTBvg*nrxl zY=HNW(@SnQYgEtNNnvU3hxTgsNwGTOq=Xoi-Ka@aDsLT-&Nr5*TL0hO*Emsg{ZzCub`DX#!kR;LT)r& zH3C;`bZBVoQl;$H@9BRr!l0&~NY9D>0sqfUCW9!Fa34tl|sxs+PqL8;7@_ifzIk8ky84n0J#ph*8PQuTX zcoP$%eLLt|#A4MgVJz3_a_TqAd=Mng4IX>F-eujgT?M}Zw!?KElwE$){FJ$uj`i?hke zwY*kZl7{qz52Z1fK`}RogSO5K*~fsP|1KaDHvS(;n&4F1yV&uG)|iHssSot~3^tv} zfmCWiZ#w8Hp&f@&B}gt}H4dFRE8yy@D;a?3_V_VF?1&NT*f> z!E4b-^NWhil;+}p_z^9RY&@<0>@|b1HXwx|MABY}xyY3}E2-GB5|ni!AwgZB8ZXv? z?pk&>iGMV=kZ7X9A#knN;*d9bd)7Y321+mGA~{x5E{Uzn@_TB6SVA11YlAB7aL{FN z4EwyOWA|y1=1JUHA8gH9QHm9k5s3^59Ia{%DZr;WRZ}PNO5PGzr)IJ8pI*%%!O}0X z8Gy7>iGi&{l8KD6c}FRQA=-TsaFKP0e;~V>!keo2)@!D!z3(TH?ns3g1=zjtD`~K2 ztpN#|} z*>P_Ggb+C-(Q~)ZKKc>VBHS>8#p{cr8@r~2A>!MEXUhns$j&srN*ZUSeLIC#lumk@ z_SHKCCRv{1BOuzVXuUx@CEZn*)rwNhiVnuFMXOTFY;#hN&n?Cp$Nr3(&32eT@VX_z zW)B37(HZ}lYR;Gi7h5fr*gd7}DZ7Sg_<7H6p!Qo0VPc{T>C&@6q7EpGXgU3JlKrCx zgfI=yw+upBO9QI{khagc#V#rrE_U%(J$Fok{81dmC721QXXaeNPo6*N=^oV2N4~k{ zN-zGFoitSl0@~G96QRO9J0|W?6!?`*eCCU1UQXwHIt>1b0ZEP|6YTC1Y>U*vD|A=S zI_}imwor@^*+5p|1GYV|p zw)tN@h4($Y`poOD;JlUo;FfZ9(CG+`_5F0gXDE}C$HsCEaTLNpcqYPRk_Q2*PE#!S z4qM}zj0MeNPJi5pR;#|4_W|6u5!94IOrhx;exL5eZahQ3j0+vbuQ_nmm2`BqZHzZi zi5aapACveIbDpQLvJ<4Da3dNLtAZ)lf|=eicy|qUvm?{bs!uX6wqE5%jn)!vN_6T% zeiz4?wi^0f9z7i=s4CrFEo9?U*SvdMM2sqhGIBGcqNE^UjRE>+7e9~H73Vv!aVIS; zt)@x3kqVWz?07ZQM*;G0g|KE+tZN?9$7rT8vQ+ku)ad>NE&^{Kaxv ztp)kMRE~Nb3DBFlvQnC_(Go*{j7 z)=j8veB;=fA^7{hwum6LaL)TB+A%hu=@8@wh^n^`6_v)dVIn1j0CKdX%}NXu?+swF z`tgok4o(V32_S&XAmvpgwRN>7{WIN#oSDBoXAV9F2-)H%?#!er(Phz3(x%}?p+PJm zu{bvvY4GMD69h3%#@S`r?E#4>cKh%&Clne(9n0K|QJcLzd6_h`4JJpFr`uRkp!$d$ z3xb?9Z@;;;-M(}MPj_2((?N&7uz+Y9VxY4A3ylc0dKvp7r4j)m2+8^pS$$$cXowyE zir6h+S-?f61O$ZN#Yw5<5+&|JcLRl3J%G|g`OvD2$^fh_d)1PtDkVQKTE0ZmLIgq` zePm*!DF9`l86{%$Do$zGmja($qUi@1%SSh2`NiB81YPC$fGqPmgJ}b_2orT?3$V#4 zz*#gEqOuG=O7|gXlc~S_O!psLyEdDhF$}CkRA@x%e@68Hj1kX}XY? zMl0aKId_NGyZ5KrKa>gq$myKGCA{W%IyMtT+AbdCp5DB>dE9AD7dL8jzr5yPRCi)(G`VxmEgjVXph1LE^m3z?6N(h z<&{Q48_#1?Zy;z|Vr(pk2|?Q1a^PUt*&9?%N;t7lXI$X&mX5W`|5}DlI2BU~#rKSI zfh_7L%2-g=$nU5j#NZj*s|g2KMwJPK8;uEGQ3V!H90}+sVPqm0&vR1_vGWw>MdisC z?Mu%j2|m!Zq?RL){sha+75htq9xTTm)zgOi$Eaj&3WVl#XJab|4TPPA%DQYe;R*}_ z%CZ8jl5h?jnIPoHhBO&=eSs#FRpw|MP^DZw-9ci>qVkeuMph%?GO3;?AI{E#ED4(# z@G}4+*3%`ge~~waw)WSFr-u+Ez-WOX4qKP4i8f>f6Wbkrsw3i}F^Ivy89Qs@-xcnS z0mvyzZy}in9B!Cfa~=^XqI3Z+kUCl3HAb5xmLRGO7`H;pH5yx_%hJ>Ve`IonrR?=` z(5sRY%PooilynDMpPyh zz##KESUy`#Bc&C&QjgU09xqz;Ua~i?6O5hAR8hcC(brI0}Uu(SX3M#JLgi$g7dLK2EJ0JRTn+j|7L?wylkLxM?XR ziHthXz5%0J>VLH{-9yCI>F@w>KDE#q}9Fd=WpI;tY z<9d@do3w`1=k1SU<)Eb|wHj_ElJE-;z=-{<{1xeS3Cd&}Hi(;eMA|e4*-!(`olmT1w>DvUdLF zgC@9t1w3}_Z7x6o4Tq&tkefv7uGfMyyZMfPwk>|>>I6D^38t-!#ys!n^>=1R@PrNYm#l z!XJA8B>=E2mB8V5VrmB}!da^}AuCi${kbLC18g;CE3f#Z4rYWQoMzDa;Lzp!&h{G2yurHIP%bj1XRjvV$E`rc~U~wmu5a5 ztx29hoHpojW4gF!Fj_tjn5*8#H6f|#Prp!~JFhPz1){Z>DtgZt3Qme@&9~)<{5gYa zcInXe1IRG(yrEnGfb4XL*k~bbi286U&KhE2LnK6#Cd1u&<5AuN0(d*BajvjUHy{E(ok2|{}1Z<}Q%7(_20$EuBE$nBERJPne5^r7ZgE@1Z; z=YV$mu~nnfL9OQ8bYOjgI~zs{-d|Sm7ne1& zD6H!Wzxv*+-Pb9-`s{RL(Xo_j4EjP=nq`TP!~u!^*;LcP*;5DSBxIY9qaPh|C>#~S zDa;W{Z?9rWMa2x> zEJW>fIl(elas0&?tF3ptPVZXL*(+SMN&-nPuuaWTurLM8=A78*D;ugS=MSpS%h;!3 zA-&^DI^6f@Z!xbG8FaHA@pKGp<&#($(-*?lU^56Ca3fdlbt%eJ6Izq=4){&TaCS<_PoYEK+;vulIWg;{Up zVPYjlN{ZAcL_5h4J~<+x?`$2&R%;*I{+CPfO4?OV2LUyw2#69}Dl)Ol#AQVrYbm7*%BeExv)T#T89<>x z<5BO5x__^+r7Wef$UkMlr;(^0c@+qu@Z+TfPew7083@h4FGCOfvQvKTVecaMia-k>%t6gG(+& zds9KWy8vCAlN4Z7O3)skMpMZmm|2}4`q0%CL#T=_b0Ho%%8lJm2?_XPt2c^R8v6Cw zz@1{6`H@_nY#c=!Oij7GCCGC|Df=9S6*_|}c|5yk=!8Y$GL(ufX3 zS&B@1<>ZPiL6H{Nd6KA37e&f8PPqaiY3md-$i!oRy^>IM!moiorr$!-^n3?(6S+;F zIN;n@Dibq{m9{cPjTb(=7@A#Jj2!)RpdQZm>?yc<1)#f`;$>mE5HbBS7s%Hg8N{@U z*TxjKUa^c4a5#J z-3d#lBtW8LO2&$v(=jTs4A0fU@y2v$EEsc`^jF#YVS#Us)71r%6Uq?TVZb?yNNoE( z-^BLR*fOs}L;inHt&@mq-deLy?aU=OnW_WT0WWdmol&c=T0t^YaFv^CaVY>)%Ib|l zgkJ-s%M*yNGSY?RG%=b4Wv&)!p<=MY^i*sfHAhmYM?K?3YLxv;6-^4tA;schX%#ME zy$2a%kK~Mz__3F`FGJgww>tRhQ@+y{T^f)D93$|p7W0k68M&~oPNo4K+EV@ z^y}kE${4H=rchy&8v4ePS95pSKtXHbJJyVkg7b?uYVQEx&j%97*Hjvb?VW=`=y!zf zIvfJ_sP*KG`B$=Rl@YlZZxULabZk-}2K+e}J)Ui|B17dn z*QdD%A!!(-2}>fiMiU6~sr|aFpAUo5g{NUPe{-H96p?=cKY!>8dW0V~<##N}iLpGS zjihou+w7ksGz>x^#LBZ(MUrA^-{*yOE)iuTaa;r>s!UzjBB{Qped^M~i4qzAlaX4{ z;=n=;Kcj(j=oa;cNCW^g8^6Mq3nSM5*PawJVqQfo{U_o--3@72vDie--4BgeW5A5)gBBI)xeP8+y7lcV z+OoUsmq1ZoktM*9kMa?MEjJv0_>Ay;>KuK_8WAZBZ^L)w)fTD&Y6ecqNqnj(fv zL3G>76gstPWLV1a(0~QrB;D7x)BfQnF^9-wx)jvpNR4jCd%fFMdo9X4>JXESEr{|P zFL!UjwDs%_rutIAp*V?C%mZbzh>sWftVtgPGD{jz-(D>k_z(d$!ywH(=s3M>UY3Y|6ZVe_oO3+|*7DoF@_@%X%&5j$x^h zf$D9sK7+#qKQe{~T!RJQAYB2Jtg#6o$BN)y48=w29Y-(@UvTwN2jh9hDTj+Hq4F`J z-sZzdnjzYSHUSSh;xxd5 zcHvGcEP6Gg3P7SYLj?EDW6umz%quk|)8~JPY8R7c75U60zVfmRsdJkxkqkflkYo>6 zwM)y69uu&?;=s_nEi7?Hg8=+^fZ2yO)F@nmuE<&g+oeREin5gB;n4=griI{bc5{n3 zGDdM2o`(%6Z?(!4OiJV9eN6@;aKard=;J^qcsY%^ZGAEliNV&B8A}8;YOk@O2OhgZ zViCQx=l;Ul!GnV2I#v**Jy2GaUp;@P(ZHGGbT!6+X5^T42qPW?ne)i;^nfBnscLTS z^9a|2$(*>bG0i~q$s=((!DhQe_r@oHlvkdd;IEmL5!js?TPa{BhNf!#J+Jz1?0C)} zq#7Mz+NCJ&zsm;#zdc6)Y=I+r-thM57p6ygBN1Pz{Q$+ z^y2Ss?l>Y-f-rWMa8rQT0(Se}DX~Ew+ORj6EB80+M}FJ{W#8PNbSVB-Q;@*D4lCXw zNu`+&)}o`I04i zIx=DuNo`oyiy|f&h2WDV9QZZyWTP=lMil(N1{&aHQP5@Z%M}9SE{>$2I!!->VIIL@B5zZ&1-A&TL9qCs`m!AO`SC@{pwitXg|>ZF{3 z6~{DUvYW80z@i-i*~zVq64bAs4z|k{wNP5^j9W1FYPKSs>fnjd{`upRXXsi>LWY&J zT2=8X+hvrvH3&*)^FYKW_K;6SO$vMs{VBVu3mq&_Wu)Xq7lngFn|LDH zn~ZHZw?Zq@PEyh0H7wPbi@J@}lDhYxPTRqn%N7#>>rmX-PaX^4^k3q(G^27l^8Y>2 zr{I}e=C$$}GQc9d*yf9aNvd+a)iB8o*OdhYc}GM>mn^II(=~3E#ju_+1KBvY6Ljbp zP>nd_@b=}V3cr!1z16kO8R*8=M{$6fDG)@Z+&af6!p+@82^65bf9XgOT!i_1<7j0U9t0#Zl>|~Hm_UsnY0=BHL#hFB@!OeEd z>wwOGYXEAZPeeqj(i==p`nUm4g;T5(+%eg{V@t$qg|88QkeJ zoT*;K8X%3FYVAho$O#!TU8k;)d`5!mwtl#>(3o@1J=c_~G@&JXPa8u~;s3RgIoSlXnq)R;TN0&Q=wr2Qgnd%q zYa_%|Xx1lB5J+pK4>)9%aB;@Eqn#QEs&}DjR5oN)V=0YQ^kHT!BW!29Yx)+EP3qUA z7n=u*YuCruODM6?sBzR!2!xNE!QzS?9nCe$dnum`Y-XEWvzYzk6`Y)wkO;&wCUC}F zDm0Ke@)McHZkx>nJAt51E1#?Imlt{m;tzwzfYy1gK>KYR!}*hN2geDnhx`tZv6~Gf z?2<|W7l}q+u8c6<6>s!R&I_1o{3;P;2ncBX`aDs5C7Qpem zTM7}+LiTWSZN9%%%<%J3rB~vYNhJZNtu9-?qN0GA>rx;3@tofPPy*G}D+5Gu>Xv$R zOYc+0mBN(7^H@;5JV~#11Zex)LAZj9r@N`=tr9x5b~fcP9%1zT!Y@nWUVQ-H&(yAU64!>q$Q7741awjlwSgA9^tg<7UX%Nrp=B=H$mxr~)) zws5++nOIYVwlpHGfxQas3~4AC&h{WAXy4MS=Y78#qsG^TOsDrlfjIh;XvWPyaB zM*mH${2u(~qeap~u`#0cIge9-j8RDm0x513;Z+~C?=rmUE_EcO*H99jTQDrmm|lB? zQe|xsbSUMWfYf6ysVgj%o) z_BEzAkdjz4x=SUhd0(+1B>|i^nj#TRg-FlB40f3`3)@l@KxdRvp23kTFF;kB-UR=o zL$a3#G?5^&QP0{?ODLl=9%B|IkN2QwJ(MNIAu+V>OAxlvqBE^MYk{(aZ;J&~lC!Ju z^$#j7c7^_$z@$K+7{Jy-!7lP`Ow4BZhk4V9q~df|xUX)GJdhI%RGFG)4De3gS=5n9y;9 z954ps+VYwO0@I*05IZoPl3IMeaRaK*=BJ zv*8OM*d`5*GViE@4Cg%XUK_DavQ$pFIX`n!RjEC$Q;FG;;E8KO@&8s@5+?@}h(;rC zPzh?C7vFSMQ?PJ(C=t_`i1r5Vgu2lI`rUZ^X@#1i21R7#V`8Rr-V1o9OY=q-+woGy z&?p;9(+E8?-$_P9K2tV?FSB@2e`~^diUA23ugyJv7Pe7Lc^`fCa$a>`}EWDCz9*jiBE6bVes=EU-sqibO=^z-pcP50X44 zn@86tw{uS&DVPH=Mxn^>ZK=K4GA@4?m6%;oHtc1<+KWuaFWGfXiS1G0)l07BacDk* zHB&v9NMW~@6r2YFgqA64?=OhHu$ie-3gs>c$1NlMz7D8ipPssnnaB+r6i`oRe*j`_ z#R$CGI$XH>gWYOC6?DZQGJF#WQ@_&-VW#4v|8r!EcwAc08Y==POMlvhOX(qak_K{+glGqIfE6vz6vTZdaD0!U;U zwg9^fDdN5OP@9Ha@=v>P@V#r{HE7>9&LB_FBH=IjIGzHkHnrJD*U4DoN(_TZX$EkG zk6S|#M%l-NsS!z%K`%EuzO=q(%}e@P<H=Bk&4i#7+VSE4nU)wAylCn87or8Z!56 zO@SmqSZtBAgV;rI#|12<`-oo;67t!P{*$R%m_8-d|2d1>J(A&JqBVenU06EL*%Q3m*uvtwL)y#Fgy0u++EeFRb*5 z7?dyKlOcuuVrkujP&o<%^2t$qh4>4f8^sr6C-!|gB5JWk60Ly7@mG)2yPgl4b* zwYAen-Zq$?I@BbK2mHup#!q$Bfr<)o_ehP7vCzCtYL#XmPi*RE91ZNl`FA`rc=^#uoW#W!Poh-&5X7## zOs@r%Zx!$YNED<2l%8?8_&B3K7ORt)5G*k3c?Mp0x0j?xx+wjybd?`Ba>l3}BaZeR ztMg`;4>r`SBjA8f9KZ+eEzg(K=;y3IvsYQzVl|HM>T~KiyZoB2K{yvoGH}h6nQp1n zzN;&CIeY0ir*jyQ1bG+M{!48Hyepmh;KCU|0?r)*<}HfD7aQK!A~gb79T84E#|6k<=!PX&p_c{2|!z!+~w3#F|FYI*Nx# z%rDTGxNVv1Fc*F%n|LC8i9DX9F}UaU9qViP9q>VOGuxOo9BJOrQyP?eJ zO-s2hyMH-2v1jDaTW;9z(IK?;jV;=VVw+U zn%deppo&J3PE8T*Fqv-uWI$p%L8r11ZbD?{FIRl}rmiaNp!=&4X}RGMFw2-V9}1Ul z2|Pe~6c+9$PN+>EV6UG{B6)J650{3({kT}rLzE=?HmCS$!7nc;2}q%|UK;JYC@MW7 zarl{y`Qob{^cKmQ=a5wu{>f4MQ+h3;Gw6<2t*Uvn-d%|${JF!xhd_5KKq<_%Nsj8} zovEfuMxZ(%7={}q(H;V6pKkeXfi<+{=LJ3PVbRF35b`^7D--tQxbVj_ z8Y!0WbmS8dvP@#(V^}aIMI(>Kbt-5wh_U?;fiB$&BKQS?HZP1EM-ebV35DR!+O`>3 zabC~^xRB2N?}y-0kyL~n;fvI5Xj-NVR7A2i;q=!9n&7&Ir1;ZzDIe7E>PJ~iMVLm8 z!YOqC%Z1QvyISN-I+Q=Q&T4*Stu_IP^irBdL()^G(0a(LyV5PT)CixftAU?Moge~Y zd2nyM)yJw3ptI%1`+9rYabYoSyT(vKm>Hr|VBpykbx*W}@P-=wUIm1800!MZ#yG5Vnj0*lneu@e10y(4L zC$j@*(zLNsm{f)lM=!KBF7LVJ;&9QnKd=&_JI>`L@xX3aUW{iIAiRf00r2Nq45+M?Ybw(WQV$s= z{RbS;hRDaAydofwwrHoBFk#n+C6B=>L~+ro>_v0Zd}xh!uR`Qhu-OE8q7UwR z!|HMz%N1OR-!ynv65uxzer_p#liti6eZXemi_VLaGg}euA|QR2$)LGR zO^x~y`m5=>wqz#NQYgU97GfW>C;bM=%T*?WPJCPIDy+YPkgT~E-tMVS zbp3NYHP9l8H6m7>MxvWP$i{*nu)Gw;a!ov(q-Z$o@Co4bH55`ByI!xfdxBYQB-rFo6OKQzWM-MhZo$ zTfn#s@FjYWtz%nHcf`$dc-3zbAwC!M)YwzF5z@F7UEuX|qr*RYU$|P616wyv%(_XQ z0d_D(KAW*VTP-e~9q|;=?@V{A_|Zg_t7xX-3d^rKh`BsRdwS`~t`yYnie@QSYq`ka zE4lS8D^8+?@i0EIJkwj4iz-KQWB*1G7cqM9%^ODvfpDCw<)SLDAg#PZ9q*5XY?+$u zaz!kv#uN#5CJ^}?e3*J07B(1M+Bqzy+opbTueQXJlM~8XITUgo>lMiNAa=le2!{=z z^h+%3lxg=M@)iOCoR-&u)*0wbCt~Ds%!tUF2jdC1oXUj}GG0yfN!q(T^K?>v`46}X zbtHGBRPo?Ov-R5(BK;ef(R*ZsU8QctpCS47uxMumW+_`@W^@Jlk0KgUK&clWrBUn_ zhkM(Js0~9!zD*$s9uy?dx!wshKGG&r!Nu*xsQf($oKH%HvpSP@*!=Yzv!35~iVsXM zZxrsQXrQSCJw`X>;{TSO0KJ!1EaDULiwOthU@qP5(ZyX|&L85N0aORFS@Yn(+N1X? zubp%_?$M%j+>O@I^zFr-Dy&2!FS@`{4!K;vmLiYiVOkaNez6fZWdYBS*Kyvjggy5s9&lr=;0AN3X?E z0<2Yw=E*#;Nw22$p&KulF=hDf)4VU9%XigmhT{;lp)Z$TC31s%y4Ie$2n?wCl+Tw=&e|2RlW18U`29WK$ zd9kAj#evj}EY5XJXInjRl%Har$_zzZTjA22e)mU_MT9_a%^XX43Uy#G#XxO69yz(Q zl$=ZshVzuEcM8pMC8}dpQreP;Gr43&LFL};^~LVa?hy^)=%?K5!IbdSDTBxI%Ks z6_dHcon%vWhQC$8rU41q-ja{F^KH}UcF7p$tQe{BYak5iBv}ltCzuK1#;D1o$m#M( zt-F{eJlGdgyCa=jwt8O0?xBwwKO^Bg2}7wNY%c&|$X5{q z#ieEnkYoXpNG*OLTTe`U=^jgb)NZVAw8eH41UwTW%V#;MNp4IIUzZzux|+_*_6o2l z>E2A!Z4BLh=$4bhW%X}t3UT4dYDq#RD-@U8!_fkdyW5(tEc9AJH6@mvU|AC4D!2CF zi*Oj=Gu~OyO=b=!*$!tRUAD%aU%h%?gv_^jXy=mUUd0RVl|bM?(3b8*+cY?rSki&@ zZ@CFHcU48^)d|=wNtA2i52+x~!yCyGXDE~RsVNGHeBLkvw%6Owx~@c)w=^7UUV4;u zb#yiR0VDWSw8ovNaLgj+n&|a6y*Vol-G-67^09Hm8&K9GBO*{}bdRel4^s6&p!qcf4Rjwma0>5w(Qe`-y zUq4!0!m}CvNQ5NClqQ}^$+?UxplyBkNRLM(y+2#VR`N?{>)?C{_t&OKOSHjqaOg|N z*ur!~6Q$^KC`2`(v{qoWbq-^!*QpJ1UsZ|UCOavL>tu1=(qXdE0Ljh?Sm8ZB9gs~-?r}8wK)UAW>5yO|BqNwSthzoFGiUux_v5eUq_X+3Q|p11#aGD`e^x{- zQd{8%AepS>_sy-m3o$XFBket*v4n6`P9*@UuRL6QHo#?$r=seBexkA z?|Xv?b(^I9=kGR+E(YMF;rc}+;T!^mku2xxDhy4N_4v{ea^YLU&@{Erg@I{WRk5g$ z<&D5`OM|0bKOrSFE5%Y<2iCOXICg7;rx>LmRXwZaVS^v2&V3J)$`M&8-eRJQwAQ4+ z!d8Uzwib;+ITOw?u!~#FzC2emYQ;H-7{UV-9l4xcv3JG*qtj#J8oPZHvLJ@1dXngD zuQb6>G%%#-+?2o*1!V^Jj=592tRiK@I6|H1jgWAC!saFG{ifY^tGrjb$i{6mz5E5IgDUU>YfduHdGL$%ME*A!9?7E0*tI91VFy1gxQX2-8N&xonDD zI&m_=YgFE47Ja<;P}H(1e?|{?&2~p zHEC>L21ASTW#p5=m4IrWJ?4~H*EXX|HJ~*UFejX^GS^mb3O3c#&;cD`a`i;Z`qd29#J#34V+j4nG7d_ z^Ns<%zEy#^<`P#XkxDajd*_;Do><*h5E&B$kI0O*V;Y?1G+9?6;0Pct%8nZwWd4e= zSQKZgCh2V-pXjSAsda<$7XoAUGXQUnxj7`nn2}H|EF=v8ia8gZviO~37cbt-Dh|0l zRQ_*hPftkQ1R8z9e5@^`lCTtfB7vP@QOGn&7ouaB5Y@ZYQgn0;GIV&jTl@{2XDn@L|rzr8VRqr+D*83{(X7vOK9=h;$wiae@^!WirxWg`Udh^<6_ z>t^P#GGATj`RP|GHa|m=dKDO^@pBQl`JCpXX#qtcZkIF6v2$p0V%uyUIg?{N^5};N zBZ*moqVw8p0z-ffpEDY_k3t@B<8t(s&D>|UZQ7j5;g&NxvXvL^;G7J&DUvN_@OS;W zJ8&0MZ)rdK^3C&(uAs3_MI*BTa7u7xf_6yj7bXb++>F07mM#$Q={Ecp`#&w%W zmQ+T1b#kBFiy2&g_dK66b=Csdo4B_!$)ud=vKqds6;m}GL~eaBfh891et}DQGR&0G z@}=k&KAe4?lsdV273>l#t!vBmk*4k03OE!YN^$c|pTuAq(QX19yj7C!E3Jp(1`hAg zMvdp18c3u{i&`#p9G#R4X0jx@L2MAXP|Xzviiy6Poj~IZBuVc z!(}+M#J*u&%liJ@Udf3;7Iu$d4-LuqVbt{%@Xgiej$JkX17Y&+I5(s=24s*jub{sp9;G5ox%8Ek4o4w zlYA32-9XyG)N94?RPCOck}R+h;z<>u+W8fk!B!afU;{=*HzRD$_~ax)>&}^@@miVz zNGC-J*pD`Bc0hq%l}Ot;eLmzB(H86p?{LP=%c`74Z$_yF*Mwts_2^s|j=!Ua_hLl!k<0{FAk>i!)0R zUYSTCrp^g}_0mzLMic~2NLHX${HkwU3qqEUw=$~CSWV^2%d8B0nx<6W%RJW|LgmWp zh3%9zI>baiV1I)jUC0xBmQYbfPd*H_iH=Vtn;pXHxgTD-3C4Lx4n1~dgmKg%$*-#Vhb<3Eqp;PlUS!EO89wozaP*k z^=u`%lsjWG!vcZ$N{O2E%IQ*23Kqypw@Q`euwl6up8OX4W^}N zNBCt7aaR9?D{$qT%iVqO$0p9j2pE1o*_TOMC8eMIhbVOjmtmoB4f_46+Fc}`UrQ=2$l%0d z6S-RNnuCo4UX1FeyghMF)0mmw8fipxpMEU3B z$u-Lj%=afs2#IJLn<6!h**0H*q2|~p;VC{CakUc2Z!*EeoqtzcgbyFUSJ_b-OGjQD zoK5|PvSsA3lu1|11sa6|W)}vdE3+kI-+WnGwuDiohCv{q+{r{W5q5XMS2R?y5jWO~ zEM4j*mttdZl(LDNSMP)HtRYEi>O<&lEeoXE5;hG^rNj_e6PXJFQV)=^kz!9VRT*97 zN>P{J&jTvvApdcxJ9OKWNT_+mUh!cfm5wV9Wvyys_Y|N>qz13iIHOTYiGtEC%~b=i z2cb0~17Qx?-+|c!vLzQc%*8U}+64?lPc~KFStbXncO-|>?f=x^aeui8X1l>~?YvvQ z{Ao>E{@)(3ewcgolVU)lr%2`PSW<6Q~NtDK2hEh1n> zh1W%psk;i*Mdw%-mp^(D2tM0qqw=YJdh)7Wd~9xwjo}#Xl<{uxt!^S-=&dfTf7)=>(g$%zrw`%53dn-@)!8C}5_8xmT+ObMEQ7?&P1HD2iQQL4e3;YFoSYK@ zfK^PWJ7x&Caq>FOqq(Nc!qmfyn&n*G-pBkV;Q;&#Kg+65cvzp%5~( z3FBy}1>MJ{kThz(aOJi89<#*=uMk|A;bK{UfIC&lz(Q*kvRs|m?JKoR7dN-X;uQZR z!IznCu4O0HrqvLR@ZYii7b~{!+eu76))olP&buV%Zo<=1Rmrv#XO`HFjyS$AO7haJ zD|oqyHrr8If;RvZ%NN%pE0=J69xr+W;y1^1ks-8&f$0lfpYyWuFnUlj>>53tC`*%f zt=M~6KOIa;yO8!k{TIe^qSL~NMS?;86agf(O{UNy-3!sig?ZrYOcK;#tXgs6rlyBk zLI%O5(~jz-uZ)50d8Rq2q!QF4t0w#cxIqDYqc2v||#}3t1j*e@Q;=8F*E#r}k?#@zoL3$_O@T_Z$7KaPfahW_0&zI=U zZ_fliPFyc zEyWQ4go4uWNjNO93k5bedvw{=p=n%abmPiBV@Rm_bk#0VA7RrOtI1e%Gnf(-SHh5{ zJO-4B5gat2+bFYEN6eP09QvdeaK||2OQ^}|Tcj~{);2h#(}7_V794}x?iAAPq(ufx z>NjpQkWYy!z)wK&0?T=9^CO-cTU%98>#GY?o`;>;iAvPCr!xp6JS%EDj5QsA?T<7* z88c|P$H80XH{5E z@85!v{^-qPqwA;)tu092u+OULzQp>cYI2p~v@}Z|ffVfWfwu0(Qw<1gz1gtJG)f(2 zdhY2g$y`A7n8d%jY(rQ8y{-f<^AD$yKa5U>BiD;($pP;MK_6#1-U@mT;=fE?HQ^!% zLOUNMhc;XsHY@s1*(x@WAna1@!J#8re?orgXt@M(AT})z*AVh4V5Cb9>GLlK1A*r5 znO%2^ybEk_BZp3(N!Ib;gdN9S#)s%|I9OoiOk)EbB!mLdMK$+cwNYU3XNOy4x1XAi zG=A!8ISed~ftgBqpYMmVK|DLf2c%k{PQoA0rFmkqfpnTHAVIK!>-wkG1tGC)=~81f zn{_Ns10fyf9EjD}qQI_&(d;A>=hxcU{KpN{xoHDL2i$l8-yyc zg@Pp*b0q>eJUDRGhz%s-}s6^nySwB-gc&Gq{ZW81sD+5wdqg zWPi1_+RnHwF^qil$3CQLHhInxo_?{D7?JUuiN63U1{tHkc@{ARmx2zG(jOa>Na6t4 zR_3cF4be^~2k1*jj9-gxpwb=}$!u5>kt((`?@z%Elf#}r8t<9P+(cclL3b|YJShk- zVb5C}MErS29w~iIZkfF+DG@ky1B%T_f;c`0c8#cL{3F`jMCGS zRRX4Bp>gRQtx_Q{%v#J&K=+{>1g!% z@8Mi`{$}6GFEo~9<%ush@rgU6D#sJJt7XU=PSAy9l2uIX@3h(ZC&GmVmFX&!T#>s~ z>A@3_F26(J#1A~ALhIay@`2<-v zqab>W68sFXAcRWyDcGm{-)JGMb^nO(xIDhQfq4@1Neb@p^InhIlw6h&+x^7y1(|G_ zDlku84Ljb$j?781Medi_j&31TU`^#36OeGiDbeQ#?^ub3cu2*8*uB$|ns4oqSl%cv zs0D6ukeCT=Oi)Qg@anD~l4QCyFWb#spf3*Me1Iiea^291ra!0@uA3V=Etn7VbyX2I3MNftqxZwigortoZBG zu6=An-CON>p}Q1pmy;fu<`jF9VCUzh^r&H;fA>*saMa(DT726CvTpVjtce1ntYYKA z)pCyXLQ;&lkGL_SIs&Cfr>Qha#1ni=@k5GPc0}wcK1F-IL%dp=Nk<$&GhAFRQP`eY zk=t{6>UE96b_Fl?I@T=;c2?_gCnOiFeK1~!8e71xl+x)J^Kh`2iwPxj0i z+J33;NEEqq!{}Tpo@G;h>UH0$vZ9LM;yyS^mK|n|7O?S@owDR_R3bJI9h3HYV#yi> zWy+mhXrdH^nN_~ma6Q9?B^4bQ_AQ*um9hy!Fa*S?_w$-Q@gE?2OE=9i8zKd3sa;|! zjVY8T5Ix6IOKJ zuOk~(F?BFH98S;3sb-M7W>uFP*7(8?8T<8(V-aRLD3Q|?S%s20Xf5>OLf7D1i*aWq zSGB7s2ygQ=jXhez=iPd2a|)h=gM!m?C){MER+Kxp&oyh}c+%vJxjGEn@}ns7SSk*5 zM#C&flY!QY&E$}VT4*Vn-dGXQx}we(j}MH{&4K%BLyU#TI$qs#99!uvi?VFxaP93| z@t0G*20{4<@sY|f-GDY>7ZOh**1TwAHBP{0zVh(g2X!!-*wML*VlP=B)Ic%3vgi_y zJ-K?x%El@A?@(U!%W5!&e`w+@>1<0W)a47a(f8p+-*~MW1;S;GrFU~!DF6B(i9q#| z`DR6*Vq}GIqVhG2V)(olb_j&-eOyjC-M|_6K;1d870K4arQ1+_4@GY#jmS0O50E@f zPKSJ<8>2jyzXB4eg|oW|YrqOtVMOzL7M|(Sz#a%dND1KUPHS-;0_ln2Gq5&?CLXHG zv2A7q9NRz+l*+D zlwj|Sy+}T4$dI?NqVF}n1coZKM`12an^LA|+eM#-k3=*@31dOF$;A~gn`j0E>!Fj} zS!Ldy(h^(=miom?uC8ZIxhD zRIhiLg?X(nok6qsi6iFbb5kWhzH>$%){spTBi)rs85w>ZprblP zL1?w+%&4sPt%(Ny*@z?pI{VtV_JDbE)U~5@Cj(b*mkU!9gTR48?GWmVFz*eb8;(QJ z;fd=LEO?bH*Be8_5dO1*ziyTzT0PoeU?$5egJEi5+#aK{LCB>dPDFH9wp&fjdjh`@ z^FQ&okpx^|lJhxp9GZ5hZOn{yt_ET=b-)#&FG7uxYz7bY;TD`7mhbb4HqPlJkZ+!b ztLYMWUhr><)14p9!X&yyXlQiR?WroQeb*wjn4?&#D87B;Nfg2o(%aNd%(mCB z#->a)kk?!&+$!$3j$6^+5>y|6}Ic(-T*62j@}_au!Aw=P`CjiOoAR7gj@ZtV*UR48Kn%!t!+_^~LbL?TTtPXe`|^G^@k zx~L=~InS2}{Dh@caedqiAm|~Xa$AgR2N)dJ=Ks55fCG?DT**e-53c73kr|6d3q75X zpsjDBZ)VN=ph;-=Qp`QcQ?|-s$6-o&ECjU*{dh#jQSVq(vVA(B=F#7t_j8^aQz-XOG^Py{nS_=% zIFJup6f_#rC6B|3c^_`#ayg)>C%B>~$@~(tI`ncU@W!iha%n+{gGR1H1;0eB#37+a znybkoDd{zQDZaxt=<2(pkHjwhrBq7p@DSdzGWO?DO84#EoTo@{ILm(QXYXqEDS?`V zn=znUzb%hMKu50-^Ae^vV>!NfZpz4) z>>JO6PEtH^!JWc_J)TUn5cWWor<}Zi80Pds2r8}fLb3=3ZAP?1 zsDix7dX)11N%g@?Ek39jmDtZSMP49b97-6dNyOPIR=8QpN1}`tTz8cfMbQ<9R0QaK z(?VQh30Rw=jNo%9Z}%hJjt1bfAoxEdB%%zm;Y@0-iE0O^K*EJ@UGCOh3M8b3`29_p zMI`6hkf;Ts?QF?&9w#-c1X7lpb5NY=rV6Ue1Hx8g3XsB2wfiD4^%jSqe_^M7Bwz+F zL5~-hog}cO3l2Ti;p%LBn3x9wp3qL%T>}~od$2U|wCgiMeC~4&CPTqo-R(w~bwyod zJR>3|@KGM?4T;4*|B{e@YlLjqw*zQ04|8|zPqp6`j_z!B z;@;cEENpz;HYEv^1TzfrlMi=r)mkYIH_o7Ap1@uWp3XX+@k||5hYjs`{7k~-6ZR{A zBxt1l5Vl5hPs*D0+qDP9zn%fmZrbvf7pjOSduAVeL#)k4$^;u%6&+m@*9^H~FUpmc zR)(9#lW{vW|CjC~7D)xRNmeRjFPcCvKV0aX!8y-^tUkKxIxP%w=|H4MUA|0h|Ji|g z_IQXkv7uZ>b;to0S8beGubv@}ig7HvCdu24-nLqijk8ZcZcU}&=MO)XPT>cl@LV3m zEKrofVNKGW2+lky0J&~pih5MxJ-k_o?~SuV&VX&vA@_<>lW)hjOV;dWl2XVu7IH$Hc5yw6*@Yxm z1irQ$bdi|p_j+(~C8uqYW8Y_|*lHh>(OV#ICK4giRQ1^vMGqDaw;A6GichI1K|IeE z`NeaW`jgUyTpr2D%xT7D?knkJHvbE0&OgIxBe3cuW(We7H+> zG*YVWRH$NGdYCditq@*u_h!{Xo_dO+ z*)8!4o%A^Hwiz?ELBcY!sFxV!(j7)cIiyqsaaD=h4kf)!hUudv7)(@G<1UVo_;o4$ z{Tlckn~IrgtCJMNF7&mVF@m5C(J?&~s5ek&!~vEM7Cg6vT4GufDTcMOAM==k%-f^y z?(SRM2w&9(kpQ_ITlgOne3~L^xKFh${-Su&5}@52!FlDV<&rD}f=I>VDNt+-jvLjUR(zLo61-T7%M3kQoS|`N%Fun5L|v6Vg-5_WdP)=8U&9>^og4CS!Qt| z=wk(n$lhIH!|j4A{N=b*Gzr!bpyt2xn#5hBkHB~`#I?#fTzxr(MY4-CJcq1EkbSkE zQL6iSdM(C^^NIy`@Ft?#Qzr?U4&>+HYcGn?_$!39u>+_5rPO^wnt%z57imLo?oxgK z^Ce=~(PiTZv6CE10|lwix6ElQ=mG(oX?wZi)Jrb%e8#X-y7r>aHX9fmRz=b?M_0;d zKYdmNV3ixXWQM8BDw;VWL8BToqa_=wjawZ#yzcg9!TpbcQSIYoDzu0KrsTwk2YA8c z%Q=o?v7f~7Lb-E&@CJLlsR5`H2 zGbWiT8nhL~K!P%Wk*Cf3Kc$y8=nD`n)*2nd0)WRclTL+@383~355r3Im@OvNlexZw zwmx#3(4BkdlY^yVhQ*qEB*GG9SgdY0K6kYPb(~u^ZQ)wyJ0v~q=8%mlQ`9|OG<}oo zJk=1?GAJx{FmVBmF;4b@TZKkDWOhaBAHcbu_-|LUeX?`lJm$}{@*8FX*#lzx<3 zq1YZ^BGjF#&pymV?ufwvDYI9jV2tXJh$Euc^In*)(D)DvGu5F-PV3x`O3))k&qe0N z;$b#Qd>JFk3*lq9QCz-MeuafXA^_cx4P{$jXmtzg2~tLQL(Se)?RQt59zfnwUVaI5 zORP=8hYiBcasu&36>Q^xJFGJ!l@k*OkwO`cQHlsnCBdb#I}Wk6P6l-DyZJ2NJX(liO}I!PL61|v$r@KhODoM zTk_tys7iG8cT7TGR4LKy?Q@G6_Ly*Z=7=M@6--wg+l+N|^O2NPgyb17b9|={5yfp~ z@k1d4xea1d0rnAl?}LaaXvW>$O*M6j2RYT&EIhOE}-=^K~)-0|g&uN|$eFtR;p zcTuc0Hv%HjJBQ;et#$;4BFRehVe1Ka)FZ&4&|#<$MNCmlgn%T+PS<)_TIqnVuMH`(fDi~l`gOXEBkspm8go*_DqqZc#M3_8W#v1i?~cKyl+ga$HwSFW z(2?9tDVi(^50W`{i&cFlWGaR^52GQhxKODYcdcM2G}PLc_Ul@ChZIX3W7^lpDT#k9 zU0sQk>Pt`*vNu&3TK+yJe}1YIyz7U6z_rIT|7rDsOb58l5hm?2NJ;i(4X_>$0j*}! z-qcDJ{;+1Kz&FBGm4ey4W=Pcs#va6Yg-Fuz5){Xl zRERlK3&RKrPwyA-mYc$K4}U$tV2t$Z#kd_GX9~<_l0 zBDmChA?8ZPClRx$a1wT&+S@&!dGdo+*?Kc+lfmABuyNiOvw8p)=9Ldp-_= zBDs@z6CpXi4lyA;5MTqRn6-mC2G7V@tc$rO!zBI{k=N7T|KCoZdEB6(mof zsADe6JrjDpv{G;0Yjj0sBMLZ)PZNWf%uvW}Fa&N|$rXkCo$r>R_TfQVkkV?vd&Yl~ zUSs1QB$|<%Vz=y3&0fMoungTtY}dtlXAwxTKy6B`V|4MT*vIe<(HO+%R)g|jPQmo*f3ZteUI*b)CtZ(lD%OOCad z1qhc_ACtSn2w_PR(&c9SM|aVRyO7KS4!$Nrjvzf6^cyl!j1kxy!H*7{!zWKoq_2R*YH)F@u(bP0%|*- zj{t7?VnpLDk*@b{#PGSnf+L%%VMW#(bq)qdHt=zUjbIG7pW$@PsjBm# z3nzLtBfQuaxqU%peKecqVFZ;vcPF~7^3SA5+@x5cLaw$n;gSecFKBZV_AJ4h5gtznVe z*_Pozj!8>L5T}WyGVL4bYP0&id>^G zofP1oa6k?&LW3m2E60q(KOPT*Jahl?38-$IkkLAZ!=htAc^Cc*M&nlX#E^-m z9}#QIeqb!Cad5hQ%WQ6?{z@402|??yX?8E{;;d_wG;Bz(Y6P8-(i1u}H!DClI-6(9 zI(0ik$OKeZ8p)FUGkx%Ge~RudslgrSfWjPCrIFv0z(HuBgHG|6i$mHlHXN-!&vcGL z!LfGAThQGxL}Sq2bdgRu@21`@0^xr+cS=HoF0<^E3r|N!%hwh!K79y2S^|$gzvJu= zgCb(Wue27{(Vj}aCb|DpvWyl-*I~r;`PYIit=`F!P(;W}yVJ=%9&$6h(**XBw$qjZ zaQ^9!aflspx|-4eKlkfqu;y?M(-YaGjfKnkd9gpz}-psoRj z-kvJq2vQjnK)4z#yL6WRD7|ZM9y(<=wB+nP?Mh&QK00@~o4aovW%(Z_kvaieAV2*& zY6?VM;Q4xh*VIay7D?HE(e-IQ5Dz_%Ebp9I$EtTog(e( z_O2N%GVo%wRacWG{5Gs?#U@5~v+jaAL^{%r?HKl!KT)G%4grY(zebaFr3b*5E7c>i zo^hl_E$Qv$rJ`XSu73Dv%*l~sdS|%P!7sDBmLGwNop~UZ!F?QhsGPK?fj60eX6^fg zEVCdRgwov1GDU&Tv3Zc_s;$bBe$x#U{FjDwkalc@Iy*Z8$Kv!VfjRJ zHn+Ig|3b_Q^JMCIaJjA>YY0|h8*Lc9yhCInrh&s~B&d}8IXPt?<~1=peWR`fNfJ<0 z>tV?cwK^YWC0YDj$okpklh&0{_JpLoiZb4?2iQ?1)@`rbI_)=(uq#CPdQLr;cz(kI z&@J?&2Rqms?$Wm*_XS5IBvdIW16We5l$=gHC%(wZe$vLY$SdDvSS>6J0AI?bDn$Q@ ztK+eZ!Xs*jpcCMNyCTIC4qY7=F|&mcjtSJ!yHbcPQsGxpf8?&Y&+KMVkD&p{I`)#~ z6LD;;h$TH6#k9wZg?`w+_T~%9IJHur;)hPIdL7BHJa9QA>EagOE6l9uk zo1+)IjP_>G3|+SeGF0=@xS($8ahN((sj!p?;>{y4PC(CBic3*6CT1fG8(PsyR0@6S z%?n8ZM$=W6T2X`>1W?Deqjd zmO_p^41+tFLR%Ttgb?QOR-o3bt9RtvxTcxq6YH;VLzYafA?Yg*rFq?zLiBQ5LegB< zN3vI9bQ(M`L*4=CnrMp@Myt~d?zo|Ed#9B6ytp>nNUHhQUDIKVU~|I@Zta+gMs3)L z^X4||laX7t)yOeezF=G01x&UE{i$8q$L1SIX6nE}A`#oWwK#dbHh6X}nMxn44CDeh zY#aqFtNL;a&@wZ5F@_G`0X}oS&nTH;3_S|rZ$Vu~HF!#J=8koJF)qvx;YMJUjdT3U8txd$7O)UgE0si(fFIj8;!}u6c@yz8y)KI=h+| zMNF5AyIOZ`hj*+7#nZxc05m+oL|T++AX@n?`4}9zCFQ_Yx3p{Ugb!Mcg6PESYnWxT zqYSuX%j|b6%%IJE(@|93J~LJ-QDi+$EN5Wk zZa4rtr>h*1kpMirqA9~T?wrWGVU0M*F}DymZ?*LKYjtBNRNKc$;p_`DDUKr_(1ZCW zQQpJFusPZC=>Gx%Bey8;qjJLw)HF*ZvtmL9E2?@enkpbZ$PjY}l3z@ilfji$(duum zeVry1x{1w1Ii6c2pW=j=mDk135cJlXnz-d-@DC;B@P4SMJqCkH@Jw##X*KWu0<>#e zI?m-c>^gD_TRt_>)+gYgi~3spKH5Kb5v@r2)xv)ly{A z%|5&&7EvgFN7E)?WHv#O`%{6QExDT-z;9`Ebzbv#7^;)rl5{m}wzi!xS1tq84k>j3 zYqiVR%z~5d_zMNYGt@$ePR;+j9blX2$UIPvp6_O~bjJB;ZZ18yZ_vMjwch4co$VlP zsBbKAwl$kWO6I#6mdJ#m1=GvnS;yOfwYw?`%R|A!&vZo|2N&Q+__51=?O#H_fG!3% zmK^aO^XlL>vPv1PhU0i83Ngko1zCcoK#{$>SQN2VwE{*N`ESuE`vU_&f^y*?Zjq3& z^uj3r$T|{!>F{+e(GkE`Q*MGouBt|!Na=^Pv1}{+iK>kdM`;oBc(uThZQPJpgNc@{ zBSw}a=~1#&Iw+`o^$9G|BM5%RkP#?#3N8>=ic_Wf@wQYGu3KvVH`zm1*vGASfXR4H z#OCPP?@n>+KO<8{5H}{P6q8CPeGHd&pjM70GsRSY$;43*`tp91uK~`&&~0bYv7Q`f zkQWzQ{&(nlY=PhMF}DF-+tT$n2@{~R6-(oL4g_5qGvGc-D5o)zfS~RVwmQW-^^!u0 z;fqYdA;PQ}?^-`M=RM-R5hG-!A0^8TMv zvPX03CYn*tghZNQBxhGerqQfE0qOYQ7kX;)6-m|Pru=?Bg7ya`PLurIc8&6DB zE{3&!OL9Z@9`wC^9(|qR-fMq&SM_vEqpL#tKqa8!j4Tmllo(Au1)-z(`|v_zdZfR0 z$t1Nal@3QR(<;?UA?zGOQG&dzc6@lEb${l)U=EJtwWUlkiDM)#&LZ|6WhQA)P^6{6 z#9+cH`Stv%dj#fBYp{*9a0MGwoD9>^(`ptdz$ET3v6~PjU?(&;8VN;v@lKnVV+<;` z4I9>GGKJFs2)~0nFd{sMjWZ31b~-Etg1i4TVunKz*rHUH;XFTWCoa{wFmb0>(_7+$ zA)@8rYhdrY$zuIUGk zP78JHP|kizu6?3N|2I?>1`0cuc1{qYh*Ge_o|zNh_4P21RZ*z%YEyE}lkS{PJ!RL)JC;#rScTI#roaN|$mFi)H z0|?DqslXM>dMfq=Mv?Km_9+;{RkH!YUvTucF>uk1L)6mYC%7s-?ij=>iz;@CMRyc& zK^LDfpD`f|VGxWxZwS#XyH~gz!v;2?1Ijm>)$cS2b&#s3;k%CT=pehyp)G#Q*Ttfw z8cT>H#!76{IpL|qk%h>!bBHze!Ga=fSBYdU>C)5isQ^YzG6+MKYDMHs7%h(?@Q>&> ziVatmV_c%>iuEhlHynYob;hi?Knm@)cS4Lw2?whSu0)xBMS=%>Bz}6~rAM{giKnds zZQLh-vYQWYQ~;uVF`dwxHBqe&LyLhGHvhvsOMyxQ%}G!2J6pb}o*Q}I7OJ9#F%q#^ z!0Ennu{%YE$E^x0hct15dHp-?lJ!~v9}bjZ$W7wt;Lt2Gq}|*)Y)gefNyVpyNlCx2 z{2vky7V#2^Tf1@Ww^*xRrf%L;<2BCWu^!8cj%g%EU-sb%Rj4%5vQCc!q_DP8XRGFT zw^0kWz<=+8mbfzFfOd5y<5lDh69I_PHVsr|xQ#fEHGi(V1cZC4Y7!9)V-_coTyE|u zXWfg`pen>gwIpiF>N2mFpfUBG68=?S^BbTrgV|)G)~N*t-&;PCw!HvCY1Xk2dxY>;97DV;(Oy`?I z&!;vONlV_~+n<0|up4I`Zmh81imzgL+DsY}3|^I3R807+t^$LQN*Vg!fEJO+0kEna^QCZmrfEl}-iFh#%_P`?k#GBpi)u@hzxjV@r{bW<5Z zmE;hFdk(mQJ&uVj11%R|Do-ryp`$CbUD4q^Bjk6?_6Nwix8=L$zbeC~YDE=Fq8pTT zvJnHHD^Q209vI_OuYfyvWa`1PUxG2@5EPxg%Yu6J<}0ZSZReu$lDD{m=4hVQ=E zzN0>FUTNeP7ZZu-yHHp33OYXex8z?p5>&4 zjEeIiz7=E!toiAkPSEO9d|NC2O4%gB1miA9c9dB_5l_&Wx#vG!e6v7;b~&X?h0f&r zl$li{@d97WDVFn{iJ_`kM7`>09RVGQ^SnW8udlZ((+uQl~$QyM@kAdIku5+!D_~VdO5Xz~B=}9}IqhH@k^V3kR`I zK5VYNRs5L1$W=vneJP589hN~1#JY&64Y=hJ$<0AsDx=v->cKt~s#m=l{Lnw|-OI#D3YUOag5756wf$NjKBF&9krCdY%;&b~27h6mwtO(bZ*+ggVYkvVsZqgBQU7%O=h0U*Dk`@h&7N z>1>7YA6*m4GKrX+r|lREzoXW{&KE8v!rDJ)>6BD)4Q-{B{Ppuy$>8RrFvXUJB;Xyf&5o=Jv!x^gi&ZCuV z`BSe9uRtoEHkM;)fLakULQKKL%e;&gGO-=;7)S?hP>Z?QPK)A)uCH-!IC6kcL0NQ7 z+3fb>v)f{>LSEw7W!7Q5!ox7M$B@WOqFAah`3iP^8eWNs7J>sx3VT3x1f%Zk)J9g< z2kqk{??8qUQsEPc^oApEW`Uj{tI3WBF5i=-9sI4rFfue0u&U)Dx=kcwdHf#X6_yA(}P|8r$-tBcbEplojW> zS4Oq4IM@+o%N2_jhym+W_X$=Y_y}NY5I)ts^O+f)8m|$X+m|vCA{;7&Y^pgkH%PAT zFp2O%4C??Tjk6yvck^=eyoA>7*;l>7NvP>1=Fo1L{ZeDHM_?33wGnA>Zus7EZx{3d z02#&g$;BLwiw@RJJIzLxPvJKp0}H*moQnB(1Zk1ry`$P*NAe$p($*)KJVTldgg`Ne z4;TP7N7%LA+v$%k#_a~jE%7D@CSM%;ZfCgQj}52D1`S5tSJ*EXY*>0U8_cEQ?3nihvyF2R+ma?!1LNwbZmO zCLB49w%CVKdGSNM#O%DGu`BjoR;u`$iO+GHT_`G_LQTQA{OcpP7Q8AX&og~;^-lW( z20^1?Fp1X~Q<_mhzyyHBrrwa5<}FBCM>;< zA&W0s9E1H9=D0{=+ggv-;LgC@WP{(UC_C7eb=cB!#XuAqp15*f|7p?Ml7c_BWC2=E zt1%R9-@aG*9r-CgpIuUR=>n0nuxxmeasJIVf38aNS$c_os~3x~vM4e4d|AtvZ?9rz zrA~>-LT)&@<(Yhk3)vJZ$v3A>5I6}p9E_BxMR&oZ13C~HVT+{Q0^pGvtso)-R{MAu zu!ZH;aO+ZUAqhR+prj<*`mIX!CGztt0d%#4V`OY3G2=bM&199L4hjr43dRJ%^v}j2 zqttZS=mu9g83q%^4ltFBxbr^OrKsmDNqf>Q&=*M&_nL)f!XTfRC@wMhv(MAOfTD=P zLC1d$1TmRzCj_ALTC^qk%R~*!;X%L>)OSb{$-D}s0Os($Lf*>Y2SiIu!k?ZCY^tQY zJU31O-MfAQwMQoO1R7yH3a=1Pk<~=Tcn-xJKoIwR?iU5LR{~j&lvE*c9c3YhgxxcW zv=tBvWH;J|MmU=1PCOkwPx$YjbkDG6J%HdUEIhyyC2p7NPChU1Qsy_ISoT}HSdVz*5s$R!{8F) z8cld+&M{T2Zf9H`cvUdzw|6qZDuRrZQfW;qKV&;RCI$wu6i(E-pTd;aT07Q4CpRNp zRDpcCRr=ji$PeATxotTA&LWH&lz9nha z6fP%GsE%f?MIoV)A_!7_px8LBSnE+(l*;stoogBI4C4FP-KX$Qy4|8>hx5w|{jl#J zd$lvZoOBU1DFztYwd}4J6d{wlaAv^W1oc1LFactt>o$hjSe?Ob zvd`G%H~0o08GbVBNXh|YH&^B^G*5Gs9`Z9;9T+KPdssYD@ zu?AhxOswvk_s6Q@`3)M*1E41+gy*J6XG0*>FoTuz6nJtIVuRwqbRyq?FIgQ2Fy@~7 z(tT)IPYb*y55y`5K66FXY+qc2eW+|$=*A|Bv3s?@FpituHUZI7AJU&Sn#Ap0+mko= zy@ZiYuR=h%wRwx3LGYE@w*F-$N35kovpR=6NG1z?9P1BUn0sI{RX!hkNASUOP=^7G zToh?a3P|u|8+Hg`r(|tI2|pMB1YzBOaoS=_ms!_wD%qjql`U0={dtA<^P$!r>O~4N zI!DQ{TaLu^TH?OD&{}k~3x!TnDY28Cp>3ZZga){pF5M|hPYKgNl{R(m)<9iMZhxBI zS4kQAtVs%L1)O52`MmuwSB`sagQKYzpHW3Dg2EX)Edx*zHbSfE&0ps!P6L(61%&B+ zlp>bykwsE70QK1}X@bX^c%2J(di3s!tZa7k7=DN>zX^Qd6K`zvuOPcp?}x-&-QuE~ z0cNlG$yNyC+jCN5>yiA2uBX-mLuP*obQ6!r1up2xaT^n{%?WX@Cmi%HDkBvlgSL72q;9h6p8c1g4PDw#VaJX-rreU z-iG&Q3^k|^)~RCh5O9^JL;M_Tj7>Ly#JlY;Yw5t`Po}3(5NuvnQrXaET5xWjbW^jD zW&+K@5LLfJBvf5JQsj|A@duAvMG`+~dHb{DRor7lSnBD6VYxh7uH3zebkspjdjt|s4O9g%C?T-n;lwUGhd@h+o!(OmjArYV} z26aP#oAb@yrxnp+8DJV8~D98pFW=|g)RDn}}(8=eHR8yWx~xZlN8 z%|YryRNviYp}h6_&~mvg;jmpjHs@};*P&5a{@6#h?t^JNv`Z$m~u?DS(9C>ULG(Gii^kM;A_Dhvj$e4xeZY8GI|THGO@&% zfh3}e?<_EVAGJ9&E)Y`^G@)89#oM8`c7LE-^QWhJZsQ@GAjm1g>KvefzlTl=@|N8+7NgfObi@pH4F2?+n@N(g6)5x6d2W+9 z4p}v!ADPz50WexM^=Kl!SkIdxx&y=vU_eJDM(4u^=T9n70l$QpX2WHVNnI9t-MUciuN=4HQG{M7eVPhqXwWZv&% zjg+P^H*OZX36Bnt>5wj05uq)s^3A{cX#X~NlBv4LJx(Re~l z59}JgUSZ>0=%hoL(IyN_`)?(74Zv1Ut#Mo$8da%MR8Y=CaTx^B*mU~Qun8^Mwfpvq z1|rFcI#Yw4AvI^S`SejTT%K)}&SI2kB}W10r_`e>)P8}`cl;m?T}bh~9Tx`%!f1G{ zYm5D~13v1E4a$MMOMo)S$O9XeSu6aI-vOAmZ_2e33tIf(nZnADqNU)%{;y)W)Tv(z z+X`k?#_Yr5dB|gYW@~U?l95mRe4%*QU$MAC3OLgU+F_tcJG&Gga}SkfE*wUuiRf$+ zRAB0vGV}OL9M$wOY3V=E5P|aX3QAS9gX~Q}&RN=G{XEX(4L$jYpp=JQ3OZ^d+14fu zgO`1Vk2x=P4pGn%t1=aoapS)wAX^4}uUhMv?Cm1b^z6H4MrB$X^|aQ_rHDaq4II=T z!|t8H+7H_vyyVL`&lND1^`7)b78@#zVB=nLHSP|-*JMw_jQj$1rrH~Q*xJMc@iDEF z8bK^qTVh`vv}WE8=rXX_bhMV2p3u*+%1{19cyzOY=p6=eGh}#Kmz^v2GGa2%9qRQA@{TH@>g zv7okwd+P{=TAmT(;(PXyp4TQsVN$=|U3?Di(1!&zHx7(=jpHv2x9XEl$K(s*N}73m ze2fgFTlk|BzsFM2(kXl!?)}ch8l<6?Vfp&ZPOulVzePw~D#S%`T$6r`m8iZZ$7`jG zowPbR^QshWYF#!r630|l4=quraqN_jC1DRL_ib;UHyxPoXTzw=f!X5``OLDfs#GmT zV6W4qGKVWR`SUcTdsUn9XJ$+lCxHfwo7`}|nAcVj$?2e{4@j$V*Hnie#R@_daVzKR zZ3YTh4xKlJuEOZ5V1|o*N+AO2!5nbOjzpJyQ49kqzzTo6+MfAP`z0jZ9o zCJ05?8&SqXi%A6(DOU0DnrjTY;ZtNDd>+2W0C|!Ka zfq2{B&qNmG%%t0&UJV}#2)>cAt4hT}v0!bho916*I6Re714Uv4k4egw22i1%gTPry ze5fG{^)p-BV;)}nK6vt*K)BUaxI!4j;#ew0vi#KL$6kG!EE>}<>3=EQYlqCX8N4AK z>-8SRyu6x0128Ss99W;!|Jv3I8wd&b)}Jlus)54qSNPP1GJVbo!4P!Y8kSIBYsPa# z>iPQa^KeHvzkuc%w#bn$noB!^)6-%h7v3A#p(;X-wj9!x+UmG)7k)S@-lU`Vkso7I zj;NUlp@AeU9dv%^RL*v`n^knH&@PoT;XbnO^_3VoF>@ja7ccn*!#`AF>>*f};wo#= z$9PJS3iT-B|He|rcVB}l_1Y$L!mFoz__$C~L3^AGP*SijM!_W+)lAGpa=XBM7lfjI zs3zvq&21=R+Kg`+L6sytLiG+(?uLM}zZU#w;SkW%!LCkDeLc*^Xo9oCo|t)znAoc| zL)$Gk?wdYyvo7^h3I)UyoqRzUE3pghKw*F}EQ?gb*P`Gz>i7ZrU zCK`-NYXKoG1@eVrV!hvz@*F4=&W>9H2&IQq37fo~ma(Y{UmV#GMXBd0HY1=ID@%zy zFK2R%w-%$?-1WETEtm@r%t`Y_H36Cx*d>fb>2qb0f~*$T+V2Btg%pguS>gJPxXYba~BHRPcwCS~*BS@SJdI&&Hs2@l+3&$wyz<6IsDduPR#~0PJtU z;X_K?l|{{Eo!9x*<3jDaXw?GU+KYb;AyRVoCc#LayNk@_!ky1{Y#PdWJ&b|ebAN@*%}iwNAQl_cLffCh#xN<22J z0&{bjNk5h>Kymq#@2dp4=2qb`3Fj;gwR!$Ph61V?CepK3JFkr2;9ss+V4wNj}dx0=|3H6|cS~r9h3Z ziQ@X)ioQxZ)U>dJ*m*ux9(V~0j)cq{d5SwA+OAkHg4GBklhlf_PpmcjwF2K?Jl7hs zL+eGpE$RfeXwpDI^hhuMq4jDn7QBOMxClTXpSb*uB3V>Zvh=QSp=%O1nx7JfYrP~n zKJ5*{ex5;&-yKjVhua`Ua+Jma2VwCUqC$L%EJ)X5k(##?1dTwEWTlqc?L2 z>(L0ciD>Q4Ho;m^qYiR}YN;|3hAoPz_r=G6iDiYJK4yv`GABgD5}`3Afgu|pemX9WfF&(u)rJzo5ef=Z= z*F>hpt&u+U5!MRK+0UFan>|sJC$^b~+Au#GC65HURP-%kL(A4#dbH;hN1XQOOPoai z(*|;>LHRFS_nTar_XK6~fUzvdNyaCQIK@n{xdFHd;afQ3~6;L-;#=0Vtz`Kux+5EDqf9 z6mFO7kkt-8Z2;2`@P;OITcpJM(9GOhyfl#e=dgHan?9uiX{}I>gH9@!VtLU>Uh86q zO`==+GU2>`s#-847+Jmwb$A2kXAh%1$>P;=*Py zY=|nzH1mY$2d1LL;5*@L2FbYMix3A2Oo;`OaeHa2iiwhQBoY-df;bw!_~c>4uxg8PW8cMEl*Gw+SV>HrQ=?!6ZsNEJ`-G0=2=6>5 zT;R&I;xZ8D6&@pjU^PfeH}^@nbBKpQ`ZtLT0eq5?m&{dlni2uFON!3JAP+-ioK?zG ztjBR)6?CH>@x;Qc!2383|LTK5Et9c+5OE~QHSVo4P;jH=`S;dq0^~UTnT|EK8dS zRZ&c<|=PBy4Fx<3b$!Sx3vqLYfT@?Ocz0;s6PM4UE2 z9vZVa+Y8Cye~vELZIMWm#z;U$B1s12B0M{?vjVOy+LjvOY_asIVbq%aFpG0EsCh1H zM1FY`ehb_hnR#L*WXV_6_Ob1piBx}U!E<4xU~AB17_0z9axZxgvgXH91K;mqIxf9qff`BWW{B*36dx7vzEaCDj$`t9!c zm~g!c*);*7 znL;~*+CC!9fF6cO=daG+zPy)T1s^U|=Q>9^ilGOiC_*9@xbfMCnQ$jL9GT@~#RG>f ztHTpY_GJxNlu31G1I|OVUZyKm{Y~)T0YN!hl2tYiVn?GHCtydqyuC68NqXwF~nS z80>0R#69&z1qp_T#jTvinf$}x9$3{-Sn%VgPn0zb3W~Z@qTkCJ7)VzXEUlO*Jg;Vs zR?0#*MMHnLNHW0cN$sXgm*$50CtC`4^2I?6ThYd#0hp}T)>uDNsK$zA1nRMUQ`F`Xrkq$k`lhoHWY%S^Jzb`*FQKByesaBm< z80SHP=5xT7jVO5{*Y)*|amIa|iJ1I3)w(z=Kp|!UL|hfl?VS}92qsp??!i}LLA#wg zQ_LD;8oNg#M?YDb|Kp`{2HlkoO=}COfS%&S_>9FEI+@jsFUw4wt@G=GS4WljPKG#J zW7H2quqgySMUuxYU_{G)Ig}+5YE}oHru?@s!Uv>`r=wYgS@oZaDKXqOO*~$Yy=0`5 z$}4!@vsf*eb(nV$86*Zgz+eNTlFn8OJ0|)F*8HYK(55@&U3D=8#h4amLf-( zV7gGN;muhN>kdSG^*N)>J5W5K2oX@iYylr_UXodOHh3L2q668t@VQb&0dPm4;<_3 z?jmn&P#1H!Q>cAkj3VfTO2j9cAT*v^(Yg}@kXMv3e&YfAq1%czOX=s6$@Grr_|~cU z9YD(_|4}&}k*x(ft7TkFj;@{k)UB z2x^dx4Cw(%5c6gMj_0tNXDx-}Sv8$5%v_n=fu((VVq_3C4&#+Q=xS*D^r70B%3t0<_JF z+)1D(Z&uVLX0mXLQ&k4~gQ0uEdDbhT-j_ircOA(4RP?lsC%$;I%wn1ZLa+}ZlVc@) ze=>!I-2Cu`AX*^_W}VzFA?44bo^b$ohamgWdHUcg>V*v6D7PoQOi|!^uhKb3f#nVT z#+ni(&`f=@;vHrokjkxe0u((%MB35ZLrI`BXXU+h-lY zzY;b!r9WkhBjN~10r-gE#tjbvVt2I#6DO<6v8cWEZ_KAFxa**b_nul^9a>P``OrGP zpgJN_!n{^G9E&WIxm5$m24t;lTZ=UNE>S?+sC%0qAcnYjeB58tWk1c6UtNS z#n*Xkw=D4Q)ZA>%Z;?RNVinysvL{U<uV~xugAhY{pws;%RPBkie9a6>c*Y3B8Rx(uVCDeOOOs0%kG z4F%L$(Tuy{>DxV`8X&OhxtK9)o><^7q~&V8hm@Wrg-ff>?O@SlZ_E_g3g+o)R0r!s zBk_(ei<^Ig-}HKoaU}vOQov~3)v|nIV7r^Llwxl8yK|&9x`y&b(yBQvQQRBiSZU*$ zE^8XHYQeOER;VDrw0Ut%DSs@gNz3}nynPRio(dH#r&r(la0Riy-Pk+7kZu~iI}A>~ zsNNr@K**?&OsyKn`bjQjl|Jo)RgWDjtNn-61sXJPxTl>nC`)lEcb`oxp0R^0}1opVTzvkxwG-6&^fk8FbScO;VNASnivAVV7=Up;x6jB%nq>>PW#4C zPbniFt?CSo$YQfKG+Af}tT=1%P$(L4$QJbKeh-@|AN8@FL?vLK^g*77GaZ9CvYKlI zgyv{tXbPaNC~dzCvDO)J`C)|kt22&3;Y}+WoXI;$3mZmgzMAP=l zCb{is`Di>7q5my{TM?PtPsZXIkpa$U)|5Wy(w)bvYFP1y%!ZspVL2`1u_jJfOw*Am zX0WXW)Vj@3So{YDUPlWV7N${*iT0r+GDIFs?LKWD8td7EL}|9nm@u|U2dNWqdqyKl z+8Pw&n=eGC)JITXj|LlmoJA3n+MfQw?uU`aom%^lQCQA9M2uxk&E1MD&`BxhlV5>2` z<~$r{_~C_X)quQrl9Jkqm!Ra!KYu_3G9vMT?HSB9VrpU0BHsa)**V(K@!8z9HJRizSzi;U z9l$mcU>EXupeD<=G}?))zW0PeqbhSi2BIQ_4kFjh+7nyM(5r*E#U@kkPMm@6g5^e{ z$P44PaAsMledHc_Kzl^U=70lVz!VJ(W6Es-3P3nt46uqcEfF}dAX&Yc#YhPqekCE4 zC?K&TWGX_2B*?~elgh={%fK-O!iW%%X zBiQ&{h=*;3KVZsKrASGZTUseiDc6gIz1BuIHG=r(DYcT>a}fG=*|Nbl^%2 z4Ww(1W5ON(5&(j?#AK^w-~jSP;idW|^Y93lV5xY(UgmTH@Misl86R8ducM@hu^ zv33OfitfsW2{88DVW*k`CT3YVL0<%+vUhBjk&OCFK8JSU;T98QC4C5SSX#HsXM;+} zE5J)2pVw0U0Plg(>+%!3w=?;$Ud2di=wEuec(XYlq(l}_0j@ltA}6m^k3F!fWh3vJ z7*mNk2Zk7HLT**kmJlEtu4k~eEh$8$M$y%Vs!M8U)zE2+^$G2s*%&q!lQwWMMezeBtN6YV{5nXJAQvJeo;|)-h#p4Yv+b5z0V6F?GozfGNHms~q=VAp zJ@Pj}3+uwh*iyLhQ$TlVWL_}^OhYLS{=%^okM_BKaWgq?gWQ>T^6=G1)*0`Zd|IKm zB&~T`OPxJp$g|pl9)}pnxI+xW6lFRkXUF9Bt~e~(b|gR=$A51#_RN*n>uSlr6+by=|%z$OrI2To~|I1-oVwPf#rJw?2xG6jy;W zeZr837NLX2u?`9_Y$lF%Gv1L_OyKhRf*Z@BHpq8jNeA;I0(+I zD0kRM93Uh3TG-rw6_5357?F|JCbUc)|r@y5MG)&hiL9VwwLhXDh9_Fx`7I53geg=dOlAtbD+B~qgQz< z1Q3!)l-Gev2Rei$a02R#SO+<`@wV@dD5L^@ z)f_Zm%OYO}d_;-i|EUxm7yS_qX|Ts@J}0jNG2gmHMOMEHp6Y|MKtMw;aBKc+h46%? zt>2$Hf&6D7zO*MVmXu@3Op%tZVbn`;>({C+Q3T2em-Gk=Y_h#~vuzhABobPs) zPu9qV0Q<|78;evj6l10)6|jtd^b*ev=;ihxiSMLK8$P$QFeM0+xa63eEx} zn>gC$l0rDaJ?jWv`e4w70KC~UP|?12cE&8n-QQN7^D|e3J|9%u(6KMHfw&Ajp|!Sp zgp;$`sT_-y5L!T&nrxuNVbnOCe{|zQQ~=3=VrewscNmWZX`(N)>tKC5rcudOtT0oh z@Rmk6q@I-}WXkL-zCmeiCapmV5y)Pi6cc0M$U&2ZuM*%37!{S%_0p3Mz?yX-aY2FF zO2%0ii^4srUK&ggoYZvtZ(aEKa0MYt`0Wo3s*9J)@-hH-Jb;7ICr=InvZaEjOfg+L z6qV9opAcc9pwU%=oLrreaG|CW<@D8Fn}~L;$v{pV2?hk5CaQ_z^Kn~R_d!Jr;w4zd z45Uz|U^(a#Ysmj&;bZ@?JQet(=s!^SjtE7mssIEF99Z`4_lj4s>)4 zMl1(SliF<~DNY*3F->^~{McS}WHHtg1;Ti2b-0iX7({&XtR67QdIFi}-S?5!gtpck~A@ zkMWJo45E{><_U}4db(^EQxF0u>yb&ojK_8%NeH={@C)w6khNY9%7Egm#YGK1eP!!# z5iz}79=dAX31mHSiVnA7M7IIgeOW#I7nI(p0gR#W>sqx5>{ZvU?0^GL661O;S>GTR zB2l?aKdxJ|_M@8-%A|)nOFG^ASwytKCSzF%+}Tta(PzztZ69VIM@s?_0NWyxikk*1 zp{5g8FIAkp#3Ht2>;r?~;q9vHj_O5i-N;^%-fcdM2xl#nf98=XM^$1RidJO-It3ge z(GFnK9HnV%b#af~-QZAFYI$gf+2FSH{&A{_n4p!FoGWvLY9#zLDfpxij^)*<4KD7{n$sEpt{S7sX0RO2pt>>>dr z3Y{2p;lyr7@dKVhY1;3R300ys3u!Ug0t4y{np4P>L>sO3^XL`S$Z z9h<8*JM4R`o|?_>bx+#RZx;JDpA%VI_}*>x+No@Uq>XJ)-1)9VedAJ10kQt) zBh)?77Ea04J8DQUGT=_yuqA*Hl;yprhFp zZTj?u?y8rI_Hl7L>aYWff}*Q@W2=d@uI8uBl|gZuE%biRG5;llo}JkAto+c zVAaIJ@Q0I|n!FI7>L{`AB-0s=U`I`>4jM^N%$Pl&lIh>%LaGn|A#VnT{Y>YuI7^?3 zVBR(R9NhXk1;UsJJi&>hA%xkcVASO$9NjGf_)sp zgc)HY%o9_(^~coQ~6u#ePoF^ZhQ!|Z0U$vC-v53i!)z^ z1|ZyhyJbNQ2+&ix9#!3e%u*m2-Pl>+mNBVtS8kk z2ZM*{B}KxT?K2ZZn1l>`$My@M)Lyk&tk>dX#bH)XUp0U_5XL!W=n!^%u$F!X-8T{v zf|f16IlLeDcH)qNNI=TaB{uTjp@d91kZDtdjjZKx~J*$+HmL3WE7Y%-rUuGAx0j!G9a1Sc4GUG z-atvXQN_Cl>NN1AoJO31CUK#q)>+YeRXRFQjZd2h5=v|F`r{!|G=FymB*>CS1R)_@ zlJ$wYY?4mT<~zzGR&k!!QD@)kqw3L|${zXcH`~DcD#2hxK=zUhl1c3$HnLBL=kel? z-H+PPZ&NtrY3VaAK1{ps+P+wqa_QO$CL=)jb}5w*^|;W{gkSEzr&%wm*)C}qRlNX3 zv>UMAPPZAvv5|96O-J=AGy|IJH;_O65@mrpIi9@AEdX{SOBr(gdrvQNrao;{y8Cx#$*Y zN8ERR1P~HrfTXmj>ebu<*+%DS6#K1wX_05OmG?R=n0Wuy5C^{)WfBw4HCRz60Ti6R z#35yAJq#QbF(&y>-5BQIEdo#sdAotQi>Oy(riYRDP-iUo_hl7z{h0&+&V1BH(lGKD zoL7x3vZ^PB%0~_gez*3f$w95liq?~r(20S%MdhXm3lb*q3G3;0KRAjM5GN@bYD7fs zEfxofK(BlfzsU>=#NlbbXb=`Kb2*V3dS$41)@Cj~49YDQ3X?}$nVt!7Vnxl2YdWvf zyh)|1=off{0TJ>I87odz8kl#Yg8h-`hlNquUaRYn9zNe_EfmYkN#yK*uAOEZD@%VD z8^@|2P=#{ky{Ic^X5+EIkv;igUIn<4cC%oS>jlV-6O}S&uZ_V+Y2Y!!(VxO_lo>F> z2CQQeU_5_BwNnR9lFh?ZOun^ynI*(f*b0ATavWJUBJ^ORA~PO|UEshL?Y%WA1w|us z_Vxoo`NzMt3#DcwgXKSUvON%iOip+=atDJ{(THQ)8Z?XvXGZ*=+}uH2 z!p-fd((VHgESp8;ZhF1x&GySdwnzte+C2RF7ClGb>lsZ#F;AK{qq64GCCqmglh!4MgmJYz0|PePAiNWtAgU$$|?Md5(&TQ*Ll?eP<)0k1Sx)nv?p=Y^5kCWLva zm&qp;$&)Rt@C_Uy69Gu_@Y(q$FF{0s_aIgSw#D-|Q=^>k1LC!J?jD-_Nxrd__HAd1n{xlse6U&>v4gH z!qf3F0*&G2Qy#WaLkYDoNPW!YDAt$29R$v_5VS)yUrQ4ev%dz&uAZ`j+qhF@T4i-t zNz@3sA;{Hyuk)l7xMbi|vXlaaq4B$FIrul`b|zk)n{@@<^5!_!zr>q%Xg=0q5h?+G z!o^rt)P(78Qxf!|Z(6ws#@ga4ql_7Vue6@V3xSEdh{CHVVdqwKUB%;@DefX5U~p`o z7of^nf;fM4G$@aa8a>>ha|xysje>*RL2go^b()2QB23$&xrcmdl}2yNmN~s$*F#|{ z-n9Hx*X&#ESC|5y4ff5MIU4_adslL)@0*XK8bYJRY%6%#*JT9)B`8EEr)CwD^NKH*5j9q zc=^q?0?v01J)@24BmH6vTBzKwEuz9>-Pc~ZxSI~d;GR4|>TMvdGGq15xopZ!-l#mi zqJ+A@MXViSP+Y1_Dr2~Jvh0`?h>Peb0V*k2{Whf0MmrJd;l1U81ji2FC^ZR#u;BQB zMMGi_!9N<*c#BpTxU82+K#P;yOv!O72^jSr9ZChF@`!=$bhCsJAgR)(Wy-y{dg44; z!0)mv2R6dWQ{eJEAF-E|xmZTy3GRj!LqdG^YzH~>%HF~4$&p%-5s^@*RFBCm<-=Cm zy_6J%&Q2qNM0v5_HGgjWTJqaWpm}5#UC%b;nyS$c0kLCd60KOV5Yl7>_60We#3vPg z_co@Yd4A3iEr49)5zce}oOIdIuMB{tL?jRZ(#I~f$O`!xgPcm?EgGVuUeuF3ZHti( zLNK_LNW}EGc_DRNwl+8>n52holqm!;d>*eXtF$tdhx046k^L(sQU%p#*9|veJIY+@ zRNPsU%zx?FJwIwDJH2i7An74Fv8A(oJ5{2aKo8aict$h@X6<5gR1nWuGQr8ZwROZ9 zb*vzrAu1uC%??*VUS4@d7b$==yg$;(q=tYj&Ra8U{&9a0T*%yLgFJAdV<@9SAXdD0 zaN+8wkUl>#C5biXM{`IJ(8Q(7P6FOXV<-gG8>Ox;#zm7a!6_d`h@N}N)Der_y=p4$ zehk_p#S;r;K)$_QH2>nkM(iu47^--U-Cq)>R~qo5VUIbX{&C;tLoT6c_G(Z z8dB!Oc#*yQy(?Y21uq0AB0&w)hk39oV@E6)l{{r@WBDOK{%a-7ayrQnq(PM(KIW&c zKt+6%+pF0JmhfY4{7dRounUA!4%&+|I>c5=)=;5?~)WT}VLn`tsA+<2m3s$txuAJ<*OK3G?MC=RHG%dq$n3c`fC>6?`5C-zoT zZs8sZiO@|k|E55u_xA|Au^1U}IiAsV|5)2V zCh@E!0LAOfpQkdFIJW$|NasN7&Tgp}2;fk*jTX9AV}x(O9|w#8$P&N1Pc2d^(JUPP z&;jI!>r~Lj1ytcwZ$BMgr$oCdlZ6c~IP}3SPLcVzJBGRxy%z2l48ktvD(gPO(V`e( z@PvI)Q2#uhYN+(>;lybor1@-!kN1OFy zDVIXU=GldUvyZ%2AvF7_L%+oKrHS7ZVvXM2_~(=IOY$LY4GJ*{wl>6K5574GR{ z+GI}nnGGoMTpAF9j_p$o0+h{9867mv58{DbY4;TFsqHeUHi~v^>_>lanVAYrOj5ylT{XSNPeok* zrIhTynqSM3>57ze?m+C8Xp^u(9O4#-C4tdDPs$pj0$w73oYc0>0dG9Fi7|>Cn3u%2 z5>8JX!)0W0;P4O+utI@=v`dXlm>9ep$rm6uI$2twDo8#tYEBgJ;N%X9+>wG-pDp$%y!~2NF`|SevM6O_kylNYU=>IGa|COo z$*{RBYGFs`^l;M?=S@Ke4!?@kwua3dl$dJnLJqPZgA|^s z2N%5HkxH9Et@XIB(e~JQlf}I%x^q{|$Yp967h{&G$xy(Se@$@KKeDFtHE`V!^ll9k5@IxJJ+#Mn2&FEwQREWKBu2B;1b1Gw zfwS&+h*xdAccpBVM5)w@3`I4PY6MQz1kXa-7J6!<+EH%7Efe-%@8<@c+Rmd{4h$eQ z)PSjRheG{OK`o-4$>Pb3-d3LPKcUaui(FR z`ngaYJ!@gyhnAjyc&?ONU5rOQfC}4xuzIZV7gT7`u^s8<^iqC|ybneSOqAvhE*T*y zJWJKNdkNFDi{SJ7c7@oguikCaE^ospV0u!KgAM%3lRH<=w0Ab5|Ljm2C74KxTI~Ig-rTM;W+QDmX-R-6&}4(& zx%LAAR>D^}qzr`o&m|;H1*Qj9W3GwJRw$bL{O#6dcNm{N9Fe(sU|z2dzEQy^f5K@| zYFMq}j|@WYS~1#?DMZ*DV1y8Suqvjrt!b8#%KRv~pY8GKg$&Sy#FFi6J{FMg(@{l> z;lo5Vd`VJb?G~993f5U^a(h8iBr3__oJtERf%Bpuet1}ed6l(l@h~V!jBi558l_h* zRb1ATN(?*2YBLphl;=ZB)H=}qWCzIC z+R{RzW2AJDiTZ#2mUqIed zN&F@L;zJX9Zt1Jgc?W`H%0@h-U}%!*ena3<7Z4_?!)uF3d=C!~FJ?=q&)VyI2rBx# z?#Bt;u-ojmcGWlDo;vuLKYe|z#n0c57(vJPYI*gA@FVk4gU%BP^w!C!^D)saMTV$B zNFC`_8Ogw;rIb~SCo9Ec21;eyB%&RviFNP*$l4@ha$)3L7^Y4@zdV+E@rDy!HnJi0 z3Pd{f&Y@+2;PKA-Y4gNBg9IL-&b0O;rc=6^q?=wetElWdnsc)BE(yR;WLv^|G7BY5 zwnmPD9g>uBw(p*L0W5MC2tu%88-NW`p?ry)F@tRAGfyw=rO(q$)q4k zLSKbtan<)7PBPVc{I#qTHbboqo1byTnIUKJIT%r1!!!q{Ucls=sbc6=ILonu|5*~J zM;yKSjj{G!mUfk&vSnSv%(qS};46*XPA}aKhfi~pd^5;UYd)!yV#irW3k22(|B0nt-Xav2sv>CorxcM14kfN`a%CyevPeBi%?1 z6GB-HpIq#{3i@GW(-38VRY&qERV>*Vu{Y0bZiJf`jvfQ$x5#P{L&;D=5QO<26I)%n z<tzf%?6$IlX79R`uyr~wM;Pc3?x@bLLM zSB?a<4Q%rFNe*7zB3WSe3@?9W>iIdpX6y#{?Hz#mY6x>vNa|zPgnZ-mgVeJ~zjk%K zlThv%+lT_z=uoZD8r39Q@|X1$jYZlh7`w-5CQWkWK}VW>l9N$RTgwyDG;rUOfUj4w zP~lSc3_?va|H;ftBbME|L;H=4&ckdPTV}!Yb?h`_W=NRmD2G=WOJKZL%OAimpRL8j zOioQmYgAjh&r0z&OlbV=SD#`^)sAAkwv!8&C-(JYX&XHnX(5b`w>S$xkWi{d`^mnroa?c61YyoEV+g#qvYz{q&ZVaBN>zcJFI}nmO0QM?{E*q!~%-Uh!hyz93D)F z3FD|ZEb^v<0e4-`|GyFtnf9&_{*NasnrfS9YJ{-}*-XljT|4z2*|irZovmXHj7ADU zB))3Lb9r1b!nmhbgXIz)_;JET)!-0_=)!(@rQ77wN|dZk_8Q#F*|->@My>Y2*@Dr7 zldA;yb%cs-dOp$y#E`)v0Q&4Vmz$aWKTgt=9Z+tzj*l0D?-N@&%1?9 zv^`&vj&z-De-|F&OZib4;deJfmLooho>K?3_iKP^H7hQSFJsY5A{{xt`X~<$aiyxB zZeV*t3ovBd(byx`2odOxjGB!4&1&zBGj5DqCj4|=uR}$DrSPb1NGynSNGN!Mm=;j{ z4fAHPo_y^N8mKgCX&Vp%?soeXN6Bvo@y{XHaSW)7=#}c_&EKOJI32CFvHT|8uRz>d z8Y_i6{4i;i1NlI8Hk11{ijLs z=DjpVARg2ab^h|>(<Zo` z>y3dI9=SUemG$&$^`%1XRkLGD-4TGGZk}s})(1)D-X7URbtp z)so91ds2?wTw6K39o{gBhEResJ$C4?1ju0-RFlOaJ?V&$n)pRA4Yys#FOR|We09kZ z>ci>LA4OIE1%si=V}+tzQ63RZYzK3NEyQ(IE=K=uX--=j)dDuIjYRO_ny#&=!3!qX zda3;$c!LLlX>ITX;V9V`=+z&CZ=Tm}uLY!JlaZ0hduQAr#IqDDpI{F2ED*ropxz8+ zo1DIM2WwG?#~9PoTJ~rcdInRzxkGgRVw{7P?|p`wZBrjnQ@#F~E134ShOQLybNYUZ zq)oKgmD6D57}@*tA#}=2nUk|yWfN311;=fo8X(8=?v&r}U1e&1YteFiE7>ID;Y#5! z_{K**`i{LZrS-$W@!6Z6@QMIaE$gyeRN{L@KZQX%*=UHvFJCry0p_XJy*JYrhM413 zz&VBSAyE%WdC zyIkwf#V!B_(F-i=vH&Egh;5k4R2VZVpuR({=vQrk4)CaMMta0Jt&X=nhCirM>GFzy`$oM5kbr=4+=0Fy{z^pDd=8xczH}pqS8ga?<+tY)%#(Z4 zUw}Or&(9NF5{qKLy_z5+Y^|>$6DmG1CoQ0!uKh&r8*qcnATv8y1ML2?80*N7M^_aB zM`=8&XO_@J%|F?U0;Tt3n+oB8l^~URQo>#7@mIk-hKqRjb zVE5b)pu!SO;*5)`g88rVB50k9ydx0>)hNs7)lZ}h23q&SySte1F=L0}sXcS}$w&-1 zZ}w~3&!SbT){;D@$mAGKPZ0@=De_}cTu%=Vx|&rWRVh%B1@kQWmF$bC(WEt1HB3t- zV%9{y&mP512>A3%$({ZMKYN(j?+W<}e}G4P`1Dp=b>J{r!XukhWGJH<>NsnwA|E+E z861Riqey`ti0Gd*!YV`1^*GjOnsY2CsR>3t0Y3HfJEb#rElar4%4weQaDXT%4p8qs zP&B2keF2gzq`In+aX-Ys2GWf*eyRP&o-+iDrF1=NO^M*-Xx@`im({7Dm`i-3zU1=% z{wN_!8fJSEVEzb2UISQ6ev zs#2zy)7iu^WJP(U7GrY7!bjhO{MTR|?{~%GU*$B}CAv#wHwH$)E{Y4)9FpBmi53vh z<8g&SD3GGD0;0%Nmr6~;X9^@&<)3r5E07ks9#r!BFKDeX6aa|A(ZkuTARlN1T~xz^ zFy!vp-dCu>B8zW@ZN!{w$?M9MjLrhSMKfh_PTx}2vRlMjvm2G=tsRdR-0j{u+o=_l z2~@Y$m{3vG2z7KsP`YtZ44RQ)K=pO10{={)v!PqMi38%JcD)+Nt#HfRD&?~RC zTU7eqkV)5bts~*p{WB5!GxEyybeht;$n|;;pXodBGF|C|p#UP+}rErU4+M*qot*F7&`N&gq#X5~ov~=fOSL z5<*%_Cggp0Y}C&NmO$kp()lhinT;#BxMQV9-Xh?ukB(DQ7XBqzW0v>%)97x9Zhil@ zAhrrNt{2d`2@H67V9Ejk34-=*CcljxNHQ90yYVDnn*cmO!@n+Lt5%p#ooUkqS4>1f z@Xcynjy+Rb(X$I1sh%s|>uiW7KY??Uabk;{dx_fyvEZj9#oquBs)bE#FHwfg!VFl0 zb=Qs#0TdRBu!Wb-77Q?Jg3hRZC2<^>oQ%`IgtN$#Ky#h3A#eDj(>FA-R%@kN2xD%O z{iVmFRU<*B8%7gH6H3wXQYFzKiYttfl@kIRO*e6lu-(AOEV+Xm91+jgnTUbmdbI_~ zGFLh4D9&S2hA8kHjH>Ewr&fG)g<2Vi&G5eA6j0zd;+1n3HVHVBm9p;U9sgtcvxFlD z%E;E;4)uG?JwNWm>&24-t%Zgz;b1o3ZS=6*pl6H^0j$dxDn*6?ejxRWkbbRpQv>ae#c##6pI#8267-H0m;uu5=@rA z32Wi`=a8-HJtS}`oNJLYOiLcEe+SN{XFdCh*y|q5eOVs~4hjjKT-V_jYTxoQ{)dY& zC$u>QjPYu28)OxTx5fIoZsPvNo3u#Ck%I_BL_9u_T(rO?f)|A0NWn`7`uahJ(!Of$ zWrW=l)?X|4hm^p}X2wDc0%72H1Aiy_@>OpZeoX$Hz$}_`&^Uu88X2RhOT3m&8CQu7vB&?wzTs) zO75B$qh0mo3rwDgk@oD}Hbrv3U4WPBC}1@!0iwI1T4O52=ZB`^8co`DzQ%EBMz|K1 z_fLSM#kXBtwIs&dNfsAc@u^S*%Uh~G3DG(`ELY9?-QST2l;IZPpJ+s28e%*~xV&elzL2U-)khuyK zFKA1waYoM5|NrRFLO4nJ^;OT^MuKGmWN;TqDSojzZw|)gRc>Gi%0}O6k+arkK z9fD7z*#*`E0W;Z3S*M!wrng-N`MPSuxQsqVP-H!^)5qz83ks6l^ixCrEn*-SuQ|QS!pg#}^{Qxe6g#LPo+JwpB~C{WI)p;J}uGy~GV=%smq79C#7gPajlc zMiMAf?zdxktc^ZKm@0 z1-$LOo?r7SOCgdidU;!-Z5wSD^Q5_sRSVV~=l3#^%f1ss*x1(jTv8b$w{5x{8wr(C z@JccwdKJT&n4HfO7W6_)W9E}+%liG)TpBk!nF7>~Rx%-a9sT0Rg6ivPj0A?Uvoaht z{d=cD!)iT!=PXjxP@oYF6g{oO@>_GZ6eqj$)BP$)IH#<6DHwoGQVXOF-yZtnv|4U8 zU=qk4r<{zYU_zRqs2aw{UE=|LRuE>p+t%HY($pmDi!2sulNK)PufyBP^Jks#s;N!-0>d|5gj`2_E4VT1x~9Dlq^ zV!4W0h-ll?;g9CFOPDbihLnW>4vofmx%pRBo^s6Br~nOww4|!!Xo>AVuS7^IaZ{b7 z%|tCLDP?hI>)R=VR{(-<-_*}pk$>l`u`P5-3O%vxwNa!fS(9dSLQgVVnJLjR8 zjA}}`V2ynCJ*L^`^7{%#0D+;IO_Zsj06>|Be!V~x#_{j6fM#?%CUBvtsR?fWZV~ge zP*=Kuw8x&T8NwZJg#A1O^9lhiCS-5pd>wyDG(p2nwlW_$&~x)_0}ra@8<=^k{dQnc zu!H7JDmv2o{b})7lI4p*yvV4N?v$ zH*<-EF2YOhEci{|{f~YnDiV4Q|NrmT4Gbop9OjV~j99h{W82KvB}rC*>CE(GdSY!Z zExnO8ZguF#NMv=elo)#)lMXOm^=Iax(Z8e~uAjw3Y_livKV2wml2l0$GDJPE$#kOi zK2uEA?EYssv68yzA&sol*#M2p?mZ@2@z`mE0Q2F8DOb1AVgQ(QGHTRb>>~D*OW#fq z&3k1w^{DdA9sd!#Kg$AMk*UOJ0jFiqvzX=%DB#7_f)F)7nk}GicC4m>D{K?k<)uUF zeD%sI==I}_0!D}RThzMDOL+l$fj)sD2%o#XBlg0GkttHx0qFTM*s1?}=^{4bnC66& zZk>=}kUm&jo1`uusHQ9kFQjIgUxf0{r_vd=!`3|GJ)2&IENbEff{mNkJ2aj7WBW-M z256xnzYbvp9RyOu@I2HvcuvBSZ^;rus#YP(F%WAJGFap^5=)8(Ur`mc`)|oYyK2If z`krowDAdBodIiGk2qTUd_VFo*@uX6Zd5H-#zw-OE{p)6%G|rYs)luL-K>GpDCtPJO zg4NK?LCdZSNw#6lI`v;~hiHt7X#%G)9@`i^C}NET3OtaE#*F%V-O|=gpf9XKn`V}~ z5V_LPu~nDEkZ*gBg%TlG0h^aGN@zK7ERGs2UcZtth_shToQ@(OotPeQ8TiM&0&MyB z6YAaGNryF}-&-Lti38vNE@u0Xf|n(k#uJDX85g_vKXdi=w>TgmV}Hy;G_4HZD1#uc zbiyoiWgwa3%qqKofu>t)j^~e-tg&2|l4hL|7MPAO-QmOZqWmdzRCx0=IX&j~z_bX6 zL)q_&^$smX36NB=ILOVo8NM>GBPeU3@LyP1Y`np6QUGFFiahy$);9zx1Gb8Rwuu#0 z*#XS0PP`ILlogwM{ruVrUcio^Tb~Dy;nULWT(FDxh!{kN*YI^RONYvNr-GYG{T=kxj10Vj1sjg?IA}12yUAu!Q#gJ z&n!O7H|9UDkFA1qY&pc-L$I2Mm(WOy7YyUv5KFL??*~58k|({>6bTI|pHGux(6{iY z;OkeQynE`~9ysMm{Zf}*10J_P;(7U&feS+l9C^D8a8Y)|1+OXTipt^-?5|sEh)_)u z9gVBWWl^%(i9%#0F4!~agIn1s$eiJOMj7u`OqwQeGu_5qs|b~)&&=P!LCpxps>vM_ z6{fa_#7c?IM;wupdN@^t)Z1wLzJp1rrJ7Xa5grI&`wK%7Pt%Uoa4fHU(=_j|&=^wa z)e@yc>I{yc5;5H%L`=Dd|2=d{eBTP*uUEWH`q}FEZqJW&y$? z=)i=*9qa8)y8Jf)Xl3k<$vbC2ExG!rKsjYuiY_c{n^ln$+LsLlg6WcYbc8qFCL{uHZST|0%eH(}L z0Kyw|BaG7*oKx{)+V~Q6>9ts9G0beH7myLx&j8dhA!^3aFm}PAE2c#4184HC50c6yh3RP{1#qty|c~f*7vw z2$7hdER)D$*G1CvGt1-A;v3b~f;8~!kIe&l!^`~<%Jfw*F<}7bf|D0Lv1TrKS!Ujh z=>)_9q3LA|fkO(d_@~#SQo@joB;GX9rK5@yvfYjBzDt3B{lUeyClk9ls@+x&0{O^uJ@;J~9kbUQq$pm^9y?*S12Fo`rk05dg8k50(Q)N}vF z0sOi?0D zV*De?sqivrDS{rS&pApSujKO}Ju`y}z@CU}9QVdhvsBt@6@!SRYFKfo$R5swopT_& z3lc?UvOEal*ONwk4#Q%B6dfajHgarChM2eDuMS7qRU_3{TX2uqpluD)9W@2Pve4Bx z4TXFSh<~@S`=xMm2_9_8HdxU?trj<|KM!J;t z|HiSPy!y7x-9ynQ2;Gi&yFAv62=40iF2u|5J#A z3LEL~X~3fbxr6uV+TkewR+{5h6D6&AW>u`7 zS{gj^lpJzet}-a!R?@1HW#Ro1u-i_tFRT(_pfLnj8%c$B zW>p0fYon=2V(Nb~0=5lLbvk%K`C|t7lH0aEUL|2owurQ8 zq(nqjffB<;yHUL5Q<>2G6>Qza=9**p(e-5TBaRu?LAq=K`dDgv7d)s63$vL4ZnW&s+Y zOe6+k+6(`U9kabAwk64%Wq>l)&gqb}3lTf~FgfW0OPLvtC4W+$O`~G`o1weXiu+*u zgObchU}*{t1n}+nOhMCv&?K>L$>E~MSE&x(*>1CQZTk1M%eF~nDv*~_m$sawP*0fh zRjKG+uY*9hDTLk^f}iKsDwxQr>)GZe+h5s*NV$|?bwqMRzNtiM~0}}nRJSMv@{=Ppe5`w_`FS>?1kBlC{ zu}7Te8;EiqaBd0O2VTesKO@r)6Ueb=^44_#w4(J*6R(-vXSQ+kem-YTNh$A(~ajJ9Q_tf>nSZ?^}S^^|46J0d!uN|R zU$7uXCQ;9EYg1;FsiTLsswm{STboO;tRE>`OcPjws25cgObRHL>$YasXHXt2dmKKO z2Oh#KS#-qiCI!UsnNJYXzu66w^qo_D$uR>`qX?aNuv_c@`xW@`GZH4BdZiH1Aycl1 zWw5YmYT6M?NE#Vs86v)dejL(r!Jr5nFBDFt=V8e^6s8@P6pTn_67OOjX^UOAH&wL01{Lb8J#Es!_aJjvC<10rqQ@ zV{*XlphvS4ERF1o-l(-hZ5!Nb?A49jojbyKekqSETRnDqbz+E_%Y{UW4MZw_Q4GwE zLndwGR_|Ti_4f2+o7jZJh8Bqu+KrKe$F(EwUB}pP%;~Yrh9&;Yd_=8-^Z^Ey0TpXf z&@9})J^}gm=%=Skcbmt zH>IjH<7Ottm++zmxkTrenqng@?m-l6P#$m!E)&1ouTvMR$h4j#J@Q^1D5L(EH|VYq zyEs91B6iocQ#eWpZIDU5$9ex|#lo!7g~T3|eQLbueO%5JlJj@voQ4L6 zrYvff$57n(a`i5m6qrt38|tk23C4<{t14p875gWBGr@ZvHnJ25&xHOS1W@t773}!S z4&X#+b(rRzd|*>v7!vSnR>@CKGkj{+;g^^+_pyRvO^8*f={`?gOg6jRXfs0#IeCTC zq08~%|JxPK2zvpf83M!1UUmmlhu&4=r#K+I+`?$yC?!V$(;Bs(s{^>qI3tjfKzOtk z3s#jw?SA&!^DHIyzdmIX#v*s-UY23Qg9*s~TE`ktFk}IBz?zb)Q~`yA*#IBRB#sZg z6yJm=$67mM(T* z#8qR<5qJ9w!uM#>&A~PGt2Dc&{VYezl-z4yGPTLA^}HA^gd^jbmJ3=WH+Z#vEBhcl z9*0mV+}#cCv*v?>>W1A5;F*i(2R}~28pSnsjS+mN1D-3LA?LRGaF7@IpNe~(syAv z9CNc!wbvYCn=GPQd1^5XM7zM-2T)l$er{z2y$P--#QM~oq$RWNc&G&WGrfCci|~W6 zx4~0OCOE*z-GBBav1dWxt48rqIHyL0n4V+R0jqFeWzD`+7vdMKOogvCsuZ*#wTr?J zM|%sb5Z!npxtb>pM%IYq3ypd(dXK6#8Y5?K+V055*|C0FELI}x z0`%p!&9=|00H+5N`pUpCR7rg}wKes>2u6u2;2=OE7U0ayEF{l8R1dLYWp|Ag4q^0y zTAj*jk))W$DUnw3$onZmkZ~!lGw&71E;`GeF*(_4&|zVw+#ky`79LLN_z!nQXgvsM}U!0(zMKG#FGR=K3R#_NT{yvzb3%KV_7~K zTbDB?a++1EX&+KpuZ+ffRgm!;A1-fPmLyZQ#e!e2w@MX$w)RBDUMUj}Rv5F> zG3&8tm1-bh+c>FkI51{t8z)022IpFn*zKx@Mj7qaCkO0)E)-^zUh@0P$!4zpMpmj` z%*Te!4E!1?6y84%YO4m;Q_zt`Mjy0Z3vwH;D}f!#H;)zfTuWx?E8vekypU+Iu7Lzz zgvjfUak(n4=bo23Wvqos)<#leOL=stpCAdZY3_q8ga)tG1APjp9>%z>Ho||ByGBeL z!7zIb&-|Eb^;xeMhx!=xOTt+v&X>}n5ETYOw0?z=+N^^LPS8GcZOK&Hsu$I)fd6_1 z&fHRQE>(mt|80y*=jm`)k;?Vlt-qygQq3>Ldhejq04$X>`g^XnvNd`ndFsQ`uxScd zvv9-7CF6rVh&}vOygbbIBhgj_niP0 zK|v^Vgig&2pt%_U6XCPuX;_|sdQWy2fNHW=gvbV}daqK1H=aiDC0q~RII998!vusr zBs6X7TU@y-M0o}gX=nz1Jx4ol!H^h3Q`|VzJ|8a9I6IVS+WDUEdN`Z(p^}ral{ht@ zC$imwC}x#MQ7TCWQ`py?Dk`6wERlyW!KUERJF={%kXzWw{=S=@VEV}^^EB@UFsojV zh}(S#k%=Bq%rz{<=~;&G=jq0Rb9okDtg#LH(Pxo^{;ai#uWli=N(JKM!6HCx1+k)6 zW?Ck74vZwlFR_eAr93%;O-Zs8XQ7cKc5tag)>73o;s|O^d#c7FA9DA_+ye?p6|BIl ze{j{Q`jHYNJ%Eq>rJW|)MKLu-b=nK%DAUr`-9*c=bH!?iXSWQ z7U~xg<5LQb5-6kUIsdKOG zaw`=ZVmK1Z#jx{9IF>Hh7_sFFx>LiW^#bcZVi%l_yP`;A@SpQQU?K+0>ejDt%w4qb z6FhDu9QQE^1SR0wVR#x0w2jI_Yh!VQEn3S9p=`?tLn-jVwUhc=%57u9)N%Prl_#I( z+M7hm6JhV*mxabOPK3Z{qlVTv5yhhgUSkY7icQ{QW^WROgms3u#&`D>FvM$MfNxSAJ8%H-^N*(|Q_!g(XoFz3qB7+=u7xuoZjbakD3@NshzwVwN(lo5BO z89;htQ(;iG>|iqyBa$YtX${h$mRtv>5^F@}y6iZ#Pf{8Gh?S1Og@HmFw84>i<(|kd zUg+S%rX}9n96hOcg-)zUmREdE0X=K%4OOjk_Jjj1VfBo1@ADT7FDg#eq8=PE)r*kr zJ!fHz9dl-AUJ|!{kx;Ae_u!vyWW@ERP-@-q0se2}c>&6>#2Vk}c}?s=@M)OwtRHA5 zG8hcvB9oq{JuzE$zCRHOaCWi7zI=0y<~)r}fEOf+6X+VrZD@}`WDn!Y@p{R14Le*c z8XLe(t|4`MIHPwDoVbS~^~WAy-;|uLvHq1+{!l{#-1!q_V_74Fp_X$PQCE1O;zdQH zC9ixbM@8)0RcS*ALy9l?byy|w-(KO3gs^&Z4?we0fO}r=cf&g|(tZVe3qqz*B26^% zwHk)ItbJ=Xz}tM-MKrFA6To>NzpET$P5fP7nfwWP@Bl?G_l?{uU1QDx_GXxO^lFW( zDrWjufkJwUSy%pOywjsN*CNe}7Z}7lu&5JPyRZ>xW=lxp6H=JYR4hjFy$IvQjQF=kyx?9)q0jw!H;CJoHf{6_V9;4HFpz_?)npzn$ znSdAaU>J<2jc2TkZLOG!agJYne~h>!3QeSZPdp{tkd=uFb~>5J!U4W+jnru*2Uf5V z!0rEdHOlMv?jFF1GuRSO!V0dn&MO|a?Zk!MgT5#Gxi;85DfPa}{RL@^Yi#wcznM?K zlQg{Awj`Efe-izJCG;#fN_t*r-@tv;P}1zRN+9gqcxQRlQz-gEib?YE;cMp^VoKF@ z%&nqR#mzqKM4%6=(si|1If(=9y1OzpdoG?(fX;X)?fCx$ zbcvGw+OV7BSAU#YHl--Gd*ybC3If{;<>jx(h3gj61Cz$5M_>@kgs8Lrp6rMF?P?IG z$S(k(p_!+jpAdDOo9l9ojK%;18e$ryLAlOAocvZ@2)WkmHKHt`$|4i0nY0wXufCgB z06|0np-3TCM#|`pz|N`QjcmEf!l-Z-F`mo&CY4gABH5KQL2 z2oG2U;3Mc(lSbA*I!Y84&`a3~d|q|tLm>c8mMLmfLnKC~$^pE}cfg{W60U`unJ+P{ zxovlMDRqDW#X^xZOU1cDyK`FHRg_zkjyuY%UIpxv(XgV$cT*n~?2 zIh(M6c0ydDDMXs-m_~4(wsWo?6C)vLz0urHm@_mIlVqD!W8@-7PAyo$+Yg>1MqCF+ zLt}Kw4CT@zLbi!|LZ@SvEA^Ack&#UV6d2D6A>#gfkX^}1Vwuw+>AWDA*|Qo(<OrS8LbSmG1_^&r96qGfaCv@=f;97v5rx zL8o+zAYN4rp(}@XxIy=5ir##R~i1`0}n=fNFcB^3=`m7_h6W!#-y^ zitav{XefB#sDVG|$Vmj)%T%ajQ^O^v5LQu|y4{vUhK8BEeX^hO;IS_utQ+?_2gPK( z4m5O9-QD!yq9WF7V7oxGCavfu+-U%)9j8oo;t6pQ=a|6FTfdCv%Dcduu3% zVkHKieO_7tW_c_4OB<5kJUkS!NnL3zGWj^rod)M~-X7kVNP;*O$i-wDJ$RxF&r;20 z9-bk~(-o_yWK{7|lwaBD)kdrz_!w(Pz+QS{I0FBCYSv0Ha#UMF6G?9QX_Z*tVJn(~ zeS+=7IM{}k*|(|#w`LI~=*%g%?jPLGEzZpf+1I39nX%q(i6*2z(airS)=s!ECM;_W zxo~^RZANTso6l((mrfamc#ZRMPRGT}H@c+-8-_9a$kC=PVo|%NPFXv;y9g6@Ah5)h zD`?MkmA@LGqSvNm8<&+AqGFoEK~e$Y&+UVU1f0B-b<+Gz?)xWHTn!)-tXTKyzc1tGq0Q^j7SF@1@1mufnqoA!x}w?liz= zz2cb~$jZ={G~n;73dW$7>$CSIZcwDE%EFv31Y>V zN5p@Z<{?=;-#(1>R}7rB3{s0f#O+RCGo6U25dAE( zPTPgOZ3Aq=D~Yecuh1@8Zpm8>9n@({L6_0{weN=$Z=wI82i(y*4rBrTN%P;%lEks3 zAS(|OQ!5ikzR;pffy`%V79@$+r+{dY-Yz6`>bX6!M2 zeXHa}a-F&|Bb20?S;;*B_2z9a+#rF6cN`Gaj0vXdixEV&74^jGPe)ivgoyQMol|zI zY+3iAaO;Kch%OYyQ+*)=mUqJ?;b4u>z=sHz8u~*6r7~Z)bwhOOtPs$d?QuD#OE`kBEM{D5Gv&> z{ZM4b>Mj>=u?H@6*tI3^FwQXJ2xc`wjMb4ii6a{gi;?A(@hWiifYQu-z(+xQGm370 z>SQFU+sYGB%>FdpLt9-H!v`+4K@Xp9k|Auob73@a8Ui451_s)o9?3Q(PD1=OnYzNZ zfS`Xx+DJ;^v|?*i7gZ;dvC&n(cj@@F6=~E?q$9!5bH&QR({JWQQ&)PLjJs}w+9de`?%;Bu&E z)NgE}o-_sg-S*a>G!!(T#6quHc5dJ$Fz6IBPC8aIGiMS7r_T_;7gN$tYAQtI<0E}o zA8!BV!I%fD*eb-M-;k)Yg(61no-Ife+JlWfD2}0mEBuz`;T|cW*)P(jNCv{%A%(zX zc$r@0G8h@j56ws9kqG*WkXMt(U|3n#6A>J{NNBJGn-JQYR`qX2g_4UL#W$k;#Fsy~ zI24lZiQkJ_8o*XvIUwAJ>X+n=4&axoS3B7MWl>Z-ra>NUoOo^0=nP4}K;@b6qocI2 zlSTJ+8)yrX=0WoIfg!W!+4o!3MJ|flGAZo}ca(_&*+_v7WcDAFhyP9ViblJlga4za z&ks<>;K3Y4M^S@diZMONIc((wv1z0*Pd55Kq@h|5x>c9{sbZ!hMFX_b9qa0!Nt^j-QM6DIq<*f1`k zQaHbafVzO}(pknM9y5q2wqN#RXu0mV8~SVVZ=od-X=NUnOxf9?-AhIz8NrQcTbUsa zB7@ge6H(7teu*U}sraeb<#0ep}K^eavu&87J zUC4#%K==kKDQdImm?FC}@BV_Yx8y61SKL%TUCz?Wf+MY@hYzmPAk5szg$0KCoCT6DNIQP(xwiGn zVcqbfBlhWLG`ltEYkLIan(0ESQ7=k0<8e1qs*VhT_CZ@646E*|BVR()0ze@p=WR$0 z(E`6%M;M3Bglau+7X4w+vtVQ-3Xyg@1?U+d_aCqZVa$?}`Y@ttVbqW|O6kPJzCaouO7TW><=*@A47WA4+1>+7b`pgB1t#mH*_iP*CN3nZEe zzm=fY!VDnkQ4^xgUp+el+)0WuAca8DH}9etztcM&rk4K>d$n@zt8<~?j#4Phup%rO z&%De8r7qZw9%11=!c`w)6M0cF;R7XaGqFWC_LwSci8_aq&3TN^F6ydBG9chw33bZR ziN=l1V2!~6_S1;%Ls&GHCl8{WDsud(0c-h(`-5Ai?GVfFgYP@^A9##an(Z$L3D15g z=pY^TWw!MW1myU4P&|QjDXq*|_AJPho=HB|WQB`Pz+urFkpZ6ustO)eL(`G<`>Ktk zR3`k_vydCrDz#~A8TbIH{0*kFsf0@-5@p1fHs%>T0~nQ!w1a#)jQwQ14-R>+KZ-C+ zycu!X1<)8}{4dTltgk!;hzyGXrE1>)P=b+jO1Fd8`khdQCn_?MJ&RMmZe^FYoHwSp zckos>I;wm{gphhc?)Tf8v%zC9u6nsQ9WB_BLAG!b#Li0kcI#`A=HQAeSCZkC@$BRt zIm{+4m5r8%tc+UAu$a(N+bDgeVY@cM=%_z42)m@7t0q2c^xXR|nA(YFiLbV(`S(Q% zqBk8Ise3EF%B&TD!+$D1V#BRx8xrD>=tLo)&4U%jU4|r(p80%{r?S|Y6#e+SjPUKL z$JbASwIXU6GyclpIeR8=WIHCkH~$ zwa;>I=UNbIwp`$2c%VC9dlqC(zP=q@ag;NctWu}f7PzBLwztEUbz}C#&D%R>^%a1x zax+?-aL-_p{e%$TR?}<=&Htc!i9B2&M8eRw1-=7n5KIX8h(5GL`DCz|x7%TBACaw86dn4NNMBs2E_kt_3w|>Np z0L9JT0<>k$@47))lU{cnEjM^c;afVDD4`^BYQTnHxekOq|CRHRzfR7&18DHJgCHvm z_cnd-p%&$h4j-`I*#i<*>7m>vT4)IX(U=|Zm^HWJmHh-|1$hq(8Sbgnh!+H?7m&VB zyB)|55e{MGxcF;=duKQhh zf)y#Nxa$l*k9_oolZh-#K}_A*lq#laO}uO!g&<()kpYd&=}M(`nnR>IE;XlYwmsE= z=}jDpODdHYdXWH6+hw{(qBQ6A&qI}~oTzLEJT&7~jRioI^swu&3DfN9SV(Gu(?_7M zZGtSZi;7&i5Ksvp227h1A1dG`+PS-|7o_7` zC3h-(m75Hu+}rH2m{Je4*rdka!x6<02}BKKKQ5Aq-?(iS-Bbers!W_@7Lcf!Sy22+ z4!Uz1y_dU-&Yd|KGAt}9q#9)9n7*$}A|r7J(J^|-hPi?{D`73`BisJ1-k~86RcMD^ z;)DP)&DRovt-3X#=jnM<`F~NQletW|uJ9@}&dK5(>#HXojQ~~Hm}`r&z`-6%ygK86 zM0MhUJIixtQ#GaJKV%xufP~G81kc)b6R13I;|UHOc*rByH(xGOLu46?=jyfQzB!K-VryBG!wo~Mr_JK>Mq^&4w@5u9 zj*%3~4ztg(C?=@rb>CK7%WoyCXpraZ7?&a|-yw2~YB5-ICyr%I7`~37X6=Bh`##sx zqh}nNx>+_)!nca?kJ=oKSaFC!{Cq?%T|*iWbux?)i1JVV_2@5-+53khz+>@Iibi35 zDN^$jUz@KFs6>v_{!XXjPich;ROhWj=UkQ?Da<6&fC{(NQ#(O-YE2J$p4PhF5mzRvuqP zpiLOxwn{zb$Kg^ma7iJ+m>b+FIS)>q84Yp!tfJZja4D0}-Kj33qEK#}P?G9Uc+QC1 zi>4m;E}(+H7d1Mfrcz(n92uPQS}CFFIVv?F_b0yU72k!Q5i>NIbR8BOn>`>Dm5ITh z54pi7^})$4OTEn>cR#uTuUfHW%uvCap0%26{&(^js|{#q~D?J4ziDt!U4& zt{#3mixoLvyNlbkWIo2zvbfS2QW`!7Qx3(M=<#G3w?>)$tW>^1Wt}Rhdf<>)eN{?3 zNci))7rgh@#oU|4X+qA*OXiJ>P`AW$sSiIMy)V1u>kAO<`Wkx2wKxujp(1xp1Vd(z zpdd{f%P6M4Y~mAi5pHq_?VZrc598D!`EkPMcE7%*c|alhcRi1ds>P`S+7p$H&q_~h zv)RUm=1HsK5RG+2umfRSQ%6{822ELlDK1wzD}2bf-4Ri;kg!sg-}oEy@B&MVJpb|v z`RM8wVX?h9eq);BnsB!x>SGgr@IsXifpi27 zwPc`PA>8jTN0N#U;AZuXpZt_pP z8Nymx+x;2z9EPQu(nJ?Qh1NsoCpy55AY~nO^FE_EsmX?05O@K*29hptM6i~d=*(zf z($;@?9&N?Dz8IMyD~2LJLqY_mJe&X&Ej_^z$0vVZ;Ken2a;o5&o#810_RM*M1Ud5% zc_hlKC8lQ-x`8VfMfge3=39}1CZO5cN|cnIy1g(BLvwHD=l{Px{l@AT%m!hkwCcE8 z!421JRHo~h`BY;T`-LNtL&!ZxFrZx@IqyQGWTV|g%qy!2l zO%0&kt5`kpL;|q@)o$v59)p*7=>!J%1ypxtBZJD5gqIRyi)s-(;Qs`r0G|!N)ZP5s z)6L?~!h%#+(u~WBw`m;1-f1spAVX|r3aZwkf9E!ib0acS@!zCM zH}%N{0D0Bm*%)q-!Z2NDAUdv5cv&&xvrG=)}$Gan0} z)p#=QoT&g2+t^H6JzjJ+UUS{LyzWM*I^Q7dQaaaPmx`7PvaDEBw0(;4)avSl@#ou& z@RG;Xa+Bf%NORmdFy9|c*r*G$$YI9?N%G2=W`R;E@VF5~M4-yZy+)g`*S*XS&7?3z z+bXTf-UXcu=+?tf*#;A^5>DcgiFnUTfg2|sZgKP~nL${n`}2e#{^Ii9);Wag%=I|V zsp-q&GmK^tc)n?&iI7e;K5=ra(P1hPz*x9Ixk}XJ8oUAj7wzySk;b~R(sAhJ7Yxq^ zDMzYtumjXyLkF6tx)6h%ee@^72K4z|rWG`V9|py}b-4k z_Hru|QrQq&;7=c@<;vlKyyWLEWznNHP+uArQqc{I*k0||)!H+x-G(IEEU*n_&D@a- zG}VM8dRgB9*tR;j$GKsiOusf`kl@?)wky7W3=DfD7?nwi}4Iy`sbG)%I%e_(7P zMo8etv!l`C^Fe2UuZ-q6{duO4$%M79x0f<5O>u9GZ*8Y~+>TyOCcC#?dgKNnpDL&@ zS!eM!fDRI7O%ogU@(XJ4pk@Lo7n~cQn)N5M(G70{04a*j2Imbb!&lXNtE_h+kn@Hv zfXPK6dK!m;{xYpYLCk!^d^lhaJ*MVAyCY-fMqnjrAu(jQ#bRtx)gRlYy5IZ~GXmH( zs(BYQ`hCANsxc^@xJa1mh0QKAYsnTpTQ+(m%!cdS>Zkr07YHPBAW{;vPy9_iG~mw8 zQUSsSxc@%JTnxfkR_ME=1&Uhn{PAEnOR_;vCMv#$a&zi6^Q#zE=twB4z*8C)O2ES- zE-vK51tZ0XS@yDy(Og0D$JC$lyuSz!8yxc_3jn{)SV#Yn9^%?QL@|wAc`lZvftQwAR$qFY-p^Mh0Ybq{Y+r0lS*YnBg7Ywvrws!Ga&yeNO z`*BLIqoKEc+nL;6(z?KRt0yVu+)&TS+A8R8ve|= z*MofE5FDC%ax#IGXpn#H7K+$4rG<7dSfN1)13vRyI9(!wp4MCag>V|3AanscO7npJ zb^g!QfMjmIf-oao?)fH1Cpq=hR3;$U-ZVG~q1P{yd-NI6k_4WK?KfOk>ig+%3|%CK zmO1y^BtlUS=N1yTyr41`+>=?2sl~WUUkc>=GpIsVum}&cbA7T&qLlL7_$};J1O*E( z{CD?pvS$-1gQPP?b+A#c)|y)>sGvNz0{$O_{i%L8k>cVNkmW#!I<*qzZda95def5w2}_xp$e10 zuE4Jy1_p(dU$b{}7RV~<6fi!=C$gu2#hH~1?~}bRkv=EHflmSpwr3l0ON1iX3jJF7IAxh|2D1=ktyH${m2mql%@4gcU%P?)h&f;8b& zZ}_yk)zdtDsDYEsfZuw1SP*krs)3GvH!oZ-2IV%9TeP?q?dm@)s@(Az`+#(UO@m0)!6VJ6n-P6DYpU6p<<1DkwX-=N{} zq(zxVb;Wd-D$yT7Bcx==ArE;HzjRsIx#Y6h$8IfcF3id!T1TzKjBi3^XFEEvy@pUB zF7Fmor`F7fWL@k~x9v1(N*bnbf&w}R+cV122e_$y)<0GCbr^^yp_4XhJ43w@j4}l* z+gsq@WQtj|{PW=sXaq~VmJU!lht?Bg=Z_`$Pd5XZ2C2#X((3aPG=go_{yTZ#IN35u zk}i8Cg48HK?j}?sAW#Rd=9iClW{Z8gKZ$}7#^YIorj3auAxdPIuGgLS zAbMgdD&_hbEhN0$gA$S=H2^JUlUnpmtDx4@oTpoxL+p-TUiS_fGJYxkU#2uc`W?o+Fz@ljVq~T@geX2^aE7k!l@Xh{kJ3M*v180!LK}m11-`9GII- zffLYDn>~jm0GzbYHFO~3IeOeHul3n_A!XQn9$A=ztZFmD9KVu}r~5`x-5MCJaYfD{ zNPucWd%H2;+mjpRa~PA_^22V&iRgJWUW15bk-bCrf>gNHofzYkI8C6-lf4ajq$PbD z(3ezgoN?4CWjFHmZwrP}t52xNMt?WzCq75J6piODK0A{0cSq-BWH5QAE_lc6O zE{dnwB0eqdUf3O#XC_y})(O^MX#2Q=?KRku zAEloP$EBr|gekD7I}&@IUW;GuQr?=1cpWq$x+~ZI z>_ZssaQQb`@_JRkgnhql4pJ|bT?g&P_BrE(u%|?Nl8OC(I@S0%Dj%Hb#zn1l7pl`4 zt0LW^uRlMZ#cN2cW}yu`saOyYNL@v@tp%jz10g+~`b!(56dCAT=bLdZ`f@*`v0f{n zjzK$j_Yd0>_^2Lnm6)r+Plyk9k=UA6BMVVoQ}F`YVX;lafP`SDXOsBhW`%!OKv9)# z9H5B8hAP07I3$EqTLUKPGWLyXfXM@gSOAk_hb2c2@>0Qasg!`Wtc|*C&E!Oifu1Fi z3lu5i3n;vMLI`6tyzrP5RjS~natR-<+wHEUoFXF{6_{%=!P!VRv&IG&Zto3RSOV@< zAX=4GD9e?yRd7*JX|-$)c^Vk34i=2Q!Bl(|r4V04)Vvz8ZR`qp_$iH+4@iDR52DuR zUht`!vnC?s7vxGxnM5lp{H5V)*cAL%gO}d#iabySqg^9p-v@$ww!(U4JH~Eunbg^k zg>sA!GG4%dd0^FEq{XpRzfvoQ6>B}(CRl|aZGF{4QKGP{b^!u4r`CIoo7#YjJFTxs( zE<^iL$3>xtkOT{>OC;qni~u!Sm_){H_p)8a)*0xJGq9zRhDPk%403^M(mzEEb|I0% zVv067o!HcLb1}(;wBpT|1e~qd*F{itkA1_$n|ZD@G=~mr+aU5y957`O78beFr|b&l znIznYMjZgYP|(xGU3}d?t0Yn13~!2IaR9G<@sf)YTFO=wssk*)LmW}(j3fZG3dsv_ z{nDY4QNcY7x`;%fUcdRer9dwCZ>FL_PZCKeM@-P<(K>7Z5`s-uf|k!0qLSS1lmPH| zD3R6i!IuI#vwD<{X?Kzi_jI5_?!_ck+~x{ODa{!v#v;w}x;VrzS6r}ht;CuE&Q8^- zcGEI%N33EkV+(X`P$r#|>0ppJz7zM2t@Y`A0mq6ZY1V&S7ZT0R_KjM^Mf}|tlG2+# zIKlFIrb6n#WKsk!%r90k)&^Q@Y$fE{JM7qYZ2So#cPol}qSr1RF5Nx~O$-&YkTBdf zysS9h2adv_9BGyr^QkPile9(e$zo*9G@E?76k*DwTx=vZ^X2DLx_FlzgFZ1LIBkk z82tyjnxNDr7j(8i@lFg)n+$%&-wuf!$Xv3>?fq$5Fi$<6p-}tcv`HC&_Q**zv`A7< z_J~zzJ66)&!bdcVP*3^aCNbA)6DJX>$gN>-iW2{u5x<@bd!fCq_)Ivj0|P)Xy&V8C zK+eCmqY#%cq@KYp;a~x?X%={pP9tj2p}0Ip0(?PT&ccWOe{|l^r>&QsQor zkbst2W%vF?Q~Lrc)qipWI{irV5P(*K>eH@7?WyOtMS^nT^~%S}OBmV0YQcM9oJrIS zi1{vA?Pl#$X_*i`VB`@sXvp;q;;PWZM;1Yn)!Y&UJ~7I40&|m|YLpEYR8aub?}QM5 zIO5WsBG_{Qgh=L28i$Lh9#EO zEltG~Rnl9#LrE#E+7DZTQ(2D%m^{&p6=LvO3&-WjRxYt%nunSTdtt$DTy_&DcM&bW zr&^$q1yP33In+hMps%(FxejtfT5^?PCiIZ%iT!z;?|qnt(&AC43E(#Q(}66HmTWJA z#JC9}2dGzqFN24wF_5QOX(CF%&4VuZln?&^!mtze{Gnf0V9T_YAq#eR_Rt8BUecQ{sQePrO3`hhvXLIPM<^TF%lY^a8ZJa+G;-cy`} z-QNn&+XpONq72kZ`Bn0`Ci0_x2{;bAvBo1^X0+o0YN4~DV2p1vBBaP0^cl@j-G;3pmU{QG1C0413{)Kf`&fayX*NK# zmI--UO54D2Sl7mAeje0=4_F!%eJ21AxEvFf&3Or&vh#2*5`rZe{s-zFSdy&h+Y3Tz z+QP|90RCR<$~N=D0GunE1zqjeA7{lZ(zv=6MPw=?Mb-M0s6F)P^dC{E$H^K{tRZtN zfOOoxR+MN`O5g0tdl7h@>0y<_W)Oz7NuQW11wLGga#a6OB$Gg-17~k*-Y!ap&q-aR zO_*b{*FKC)Kd>s7R3r0>D96VZ1an}atvkGwN5Ie&9*W8}$Wbz}832VSKFL}9$dm|q z+cxnvQtr7rLty2RVlSiNOJPoFhwtvDxkG2(wq$UYuugOkqu1lp^WB?+IGB0#Oz1zJ z%Bl)ax%QHV!Bv<`P>6r_;xFx+UE9g+457;1%D!GWN>@C1E4VFz+xiv0O>zRg;OuIs zw;U>1KxBt1Jrjr!Nu@r*4B2aK_qiia5^601*h{kPHrw-8fRHWTbTdC;_mg)3yilvz zt?PFW&BTDfGSC<9k!(*Mg)sp38b9!E`7IfYpq(AR!M+TooZ@@7P)m8k>oI>z`oeJ`Z z6>@X3!euvS$!sPC1Uh+@p_pg)Hx37fA|mZvhA%j*fK=W6F)*7N>%^O@3^jm*BP%KI z9u|=@0Hxv9w6=_l6Wwghu_d*0Sj(hBR$LXD)Yw*u`3Ib^qrj?K!v({_2qjREnDkw= zvA~s315d{yEYpSQqw{|G$q%4z{a{O0%pTfOf}daf!Y{a2b?G53oGNu@y6*|r^o~tL z$(!bn*!B~8l_Ptgs_S_L#!X#<0lf~d!jSPAt%U$6Mf7QdNKIJk4%1@!F-`MV(d3k^ zeu!geNj*#gKqc;;XusONhy#&8dHeMLbmMf|R7zt2RDF?+qed2ISP@ClmeRYMnHk}o znir@Jb!tKw3*P&Jwr#jtj=CiGDUcQ%YQ+nL_WAWV9+1}~)>W&@RgrNRAUyFO1v><) zhLV!OOZ<=D@gyfl`Lfo10u4H>75hczKr131jDC4f^>ez$2sCsf3VQDqbG=!QSI}aY z+3;V#+kYf51<_Dj+3@L9Y(v_X_d-+ox6lA#8*VS_e9gulGI*G+z=_fr_-o2MXG6=& zRUm#+227d?uKhkvq02Vz^ZeAlqEq-^z_U?)25Zxo+H%N zAZDRNM8!*vLI(-MHs~bamM*;0m%}k-?l}SlqvcbJ+6#B&rJC}|Od%-CkixDZnUIjk zicYf0SdzrBagCbjh2Lso0bFp&MH^ZlLK`~S7qTPdO&<&-kOPmr*gnjk5^BeeOTPheyHqvjHj2z zYZoTLeh`sZJd-Q;)`j-)(<(4>#kh;0(!wo>C;RGyhc02A6WSBN_px={J8FEo@?4waxJ}L9SkDDq*>!p@1lvZK=dG@0|bl^nXl8qF; z4L`+S4?wNOp4yy$T}euf!dF6Gmwbu5o+&$k$7_}Lg8J61vhWtLcau2QHd;ZPHQRS5 zj(9Y)gj#@3S?E0wVV$Bv0RVR*5|ld=sfmkz%D>e;g?{}>+6w~dsi zkj)1v@+>;uF#Lc3AMZp{HopjcETY54@lCL{;)Bqi+>5@jujnLP>V@F8HO|1fP#yi` zxBF1)Nsz0!Bw;88u<2Doz!4}Z|I+aBl2v=vT%5rLcqYM?c>G969)yz4XkjRBbc6~M zU&BQETURPi*h0yeob9nT1DI}blct-Im<3f{3uWIaIDh6TjI>Mr3pCQ|!LB0yG#i3l zMiIUPUDn9BW~Vr$bXoWtiG~W)1AH^8>|elD+(kkSOmS13SA}QZ+MbNLU>AyoA@ZVeDsvJ zWWpb{^qGWYh=?P3B&PW?nsXZEEA8V<=IxTh`IH6c!l)fJtss^b-o(0d{bZme?AG-K zqBo}r!FZv7WgNN$7GlSjqzWH^b7r;Q$@`JLEV2rDkn>JrVWn-6LTC;E2$>_6Ab&Lh zWyr!P?8`Js!@e+S=wZSNn>LowX<#m|6m)i;w#r48R?#JsE5(;8mS+8x(!We?LY@1} z*E7yu<_?{O6%|ukX&5c-Yqu8CmU+Th?bl9p#xQ%s~}$!R|=sJQ{1v|MpH}3eD&SQO9!P+DqCDkOlw(=GNwKaMaFGg+ zlo{*@aR%e(W}u~qq)#N~v7ao4x7iR>uc(^kPy@Nbj(^fTzJbe(AvP-n=RW`%ZPx|@ z*nP~XWNdbgwU3pUF(LrXsbR9pH(Ej>mJt=XN>Kd+=l5e;`-I zxSGdc0P3Lg)tcHHcx!$l=7; zhENxAa`dWX`ZXQ{7^fp7sV@`LdvrVNo+?uR@Yl+kv26JrZ5tuvAj z-vOzj*$R84;XWM|I&F4s(-_f{JQ&LcVJB48R$Zg)`j(&vHY{7wQt7EE?T*Bv@a`gn zBRxBZh7_GgwTS+&KMYAdkzG6EC{m|rB0Mu%;=w_)_!lYRz$wg?U~3sjKDQG=T_`>V ziml*mLMp)Ct(}yF+^pu}cZ@rqGa6NzaAs9p7uK?(koh}*12^0s4?TK#O5CkFF$ERh zgu0M%IPF@dSW)>`;r|Mt*m*ShjD@de=Cw;764ZY!Zx|`nwkfLm(nJuyI;zPEFFsC~I{ZJrw{Kg7JGbG`C zzw!8~oiRVis!v-lyau?iM5JiEzJh1ZD@Hv07H)wx+P+NghOjQ5at&Qx0VRouFuruJ zMzYr7ews7&$lRR&Z$_ick=SZoN^KCyWUQwWn_9h{%T0ZFU;*fgn_PGu=4=m>JOy=#?W>ye%++ z_d>S}obEf1If;3%9%J3Y=kn^IW8s{)=nuiDS|h37xMdT-<4?WB=ncSw+I0Iyh+e#_5|&s7%5gRhFHJP@3eXga_EGiX|7e@5Ofqq5j{C7=t4z z7rh!CMzjqBNg!b?5c>tpJv9yKV}Vwe4uXRiZq+J}F;20(eOT;%c2k@B18Il}<$+j#8dzN47I3b+Q2?)W}k(x|wD#wWn#^Q)A( zO=-FF;A?KsnRM`cxV{K6=Z+3hs@Sp=tvPB6`(A-Gds`Vourf`o?XeRxQ`FItVaWu3 zo0Xy4*rkZNT&h2p;g8yOx}U8Yu_;x|gE1L+HEW;_-jJFuO9qL5hY2haL>2*kno~x+ zvJAXkJaEh-r!4p#Ed|(P{Etdl!ymA+E_1-N+K$A_c(Fx{Vx`gS1k(mxoy}Zo5-1qZ zr!{^TTHv4_C`Soit;Nl%&zD3^#a^*7<07tjI8e zmMjMZ@_Tb(b1}?J&1rvs_)eV9s>uPOM#gp%p)s{5EAn>;T}ATMP2?wuqi!(21SuNn zx`ED4=-EP((`JFAADmJg$E&V&PfkP zWKb6s(7}Jr2@X~>8?={MJ;Xn7VkXj|&kfZ;-exng3{XnnBpkg&+~mEl>1A5b@>|kb zj_inUbfm?Cgu-+g%IZIzm%#&|;taO6JsQb?6`WP;$3f809r45%oXt(E{{~XbL2{w6 zkd6$mzKEF&X&_aM9*&6@-5&3ys+|s95^M0og~z1>L`{^q0uY4T`EmL(a~ z+DAkzqpN>8V9-9ScQ6Z*35l^=m(EPXzuq1Ix_EhJ$2w3cVprH?4DfA1AHtq2UPaIU z_~X+Uww7TaRq_sAoo~?fIe4IT=%~$)!`qbl(h*U_WsBym)k4EaGQ)Kfqzb5fVrLM< zZ#Bij3A$ebBD4P*fq4bRMM2$k9WwDQ*=gGYwC50$Ne?Yd%uYCj?&!N?uVKQ@sx`d4 zXol{?tilmZ^!pqGTX}k70d5vJrx%UaG9=4&UMw9Zp37E{yQ>)uf|~3?2z$*Bgg`s! zw;)d*DUmB9M)7>VzWz&HKKe`?`jtnhJ^#A){3FS}-r=%KR0c3pL$2Va3rGinj|JE* zCz^l{(T&!qeB*;N6XTaFMcxZRj=91)*pZKop`zPj5tdwQ$DIJzCD~K79O0^iB)Cgo zRj+AbW88YobdY}V_x)OEh!PU&MQ{{>y;EDlNA6Vj+BdUwvJ+QC zFxQ3nt*~{0^({6YX2igamw-C#B`HB5Y0-*Py+bWqUhKhTZ<3yN)K1gcoXUv7_6bn@622h z21R5PN^B6v+8&3s0Pf;t<|*dNFzLt=JniTX`X4a^&mPx%Sk)C6zcp|DT+<;FD3$RD zdg|+;TNa7-O#FbjzCIc0;ff7nw0}}b018bvvJjSJ!xnK>C~Bj#8O` z6uT28T?24Hqvg&NzJ9-D$z(4r)wkHWeDTQ-vyOd(D} zVcY3CnnsY>Wl6V)A8Oc?2N)-4|5`PmLSp?z$Ih%m*vIf`$x2UzIdsv(?yAzd)tOA^ z9v@SIJdE||-6A-eYhIPa{NhV{bGe5t>secX1E%QlQL`uc^ekW(Le27~UTE_hj$D9q zObdrR=Yf~Yh^TP5prg|+mzRh_NC-I0E)|vFW*a!B+A1{;1~w7|OCwH=Dud5xt%!gu zlLGKX6inQXDCsSXjCsl=6}D^RfN;Qn5$P%l;-UEJeO4MdLD6`{*CD_4yhdgCimd+vUDv-alL}R&58Q+D0}2eUqO)ASqtJmy<}>?3o=R}+E!U& zWs`IAU1f9_K&Wf&w+PUD7K$O{K;F)|+UhKETT$D$k`7c)_FVc3Qz-k_IV#iQ0gA+Rj2}2=mBs;(^va}V-P%%)izuvO<%cIju zShX

Pz;bm`t%Y`&~`7Fc*YWZ%Ar`EQl;~u{lIxg63V7d2~Nlh9EA8Vp+e4mDh5ZkvZPk*4QOem zJ>nqM%iiLgXp7ZuE(&&H&65+IWNF`Sc6dUEQK_R9iictWg&V`eRQeq|=P*dne+6+R_a%19{1_(~ zT6m(HsE~U;VkO82lf~S&Vedwo(W4}0>tYF-I(@|mYBl8(ZL*YWxxGNiqT*tn1}bWj=M6C*R-rFGMGJzAr#(+$3migp1Wz0aq8 z@Y?RiM}ls}9H?-5s#6h2x>Gh?uS~c`Fk9$L zeq0xt%V4Faf|&kCuL{0FMQYPb^bWCE-FkP+#R6?7O|7u}N*Ig*!5zk%S&sssM1dxA zL{jmq?wGunN=FYSZ$YiM=^>*X^AB+xP8v9_0hZI)vLKRA@h)&g~T z9|p3!?sHp5ai@XZ2xPL4EsH-Xh=($p0K$8=LC@X{O5-*ue(H7(4@#b?#R0b+=4AWM z*f)jj&`?H+DKCsN#s-ZR<%*?vR1^TD0&p|jbncvPFge8#T*F2;OyZ>@Ca&4&ui%1Z zgudu?CYmq}`@<|01BH51G*bYT;POtTiLI5S2u&L#)TnU$_F`RGMsw#eMULs&Hj^&` zl+o-`?;mtITv-$sDGDbL%-_UDVv!8Bvfjr4N_a_urlOag<3ThtJF=;lGv1d6-)S14 zfny&Q3hBXI#R5(THTNV*wKMVQ@+)00WLj{@`uZH4zq1Qxbl0y?eA@Cf7{XhnL1h~j z2gv?Fzt^Bml|}!2j)-EVOLxF`9-RUp3rFkMqy&`TD>eG2+rv)OoC%+u9Kp^knG75F zo6x3-NR~>?H$d3dDYpT5=VxIG37UW1Mw zfv-69Z7Gp}w>~w+dl_Gv4M7)Renq~SZHPq3e{A`PBDlj;RC6JqF_SpY*6-0jM=<4R zICoC8Km;??X5E6U$H;=qgAV|K!$X3YZ`kUWDlE1l4GTB$a#JR5$_P3y4NcJYLtc6f z;K0Q|2wzfHiN7xA#vP%?0Cyu)@2%ii8^FVDJ3C{gCRT2F=Jur~1-HkqXO8#DxSwka z)9jEI%Y)fCNEb+{6rRqiztkDcX zkU^)Zb&W7ZSlyQPgcpw-eCtp1j=943Yh>4To=gLo>0(_Wb6lDW+R$q@39=7S$94fpwz}Iivd8KoG>)AiS`;Y zG?;>bFFO{qu#0)R0L7uKLe?y!5ci|K>xNHibnRF9yb!-N%T?Av zjIe`YW*^MZb6`E0RE8w;`^sLD(B49hoH=3*fwZsDDEP|&W$g6N9bYEhI4iHvXoX?E zV!!D#lAVKIPU6cTR7MT=L%xAT=qO+N;LTGm@dghRmCtIPlJCMg2Bbm+Py@hvO~|!I zzzj=LRCHYSJ#&JgG7NO$p{bRnDSJ3kg#5X(!N12rP1kq_l}X`9fef4}?Dz70aN(bW zI!^;=D2C)v7Ds-T&Y%^a_=zx**m(7BUe;hrEV3a{>%au#%e!m}Ql(!R#4n%^)A|F53@4YAw%2l{X!xcMkMS1|x)LLqP@o2DgJ znz)R((T+a6j2-mJ0zlV`bCB%&C(9ERTn@z+&p_#9h(-1kn>RRz&5A;h13wB=Jy{FX z1%78yD6=xz-CL1^y)G?+R4Dt7m;X4!HRpVZh|8+{<^9myX6wpAT*R~tG&?ct=t0c? zsG_L53SyL@Oi`r_PdLXM?i^ErE_X}OW(-@rXd7j7iZiyg2#~tSdU@WjxHo$J0m zDTIrbf6h3z-qFnVR0~k9;Wh)+RT7ZA%sFeKIeuP4VZbWM&-6%8>f4q56Ma*@C1T>X zkQD1k+R{3H5gV0SV_}8>hQKXc+;Hrmr!ekFZXZ$GGx zH%Vpyh_E3T1w32JR4rlwS3D7}pec2M9t4M=Jm6Z@bBbp>rX?nzmfQ(itKnx$QYO!2 z`1MslOkQ9-tpFLW5M$6iMa3;-M*tS<{ryLL)mrBlQacEC17nUxYF28Mdo4k1{6xVV z&N1JcptrF%;5HB2z*uONo$;&ST9l?6Oq8ANNDg-}_gY9d>?>Y{~+s0o5o z=sa?ZwwG|c!_IunT6uV<#_sM+c1n58eALkn80*V%(2x5_JcS)T6U{$j;5{|KH?ScB z+nirM4U^yO4z+WwfRoDIoat5+gmX}lWS@nhk*tVaQhA5DU=+w7h*Xca3+SoTZKx_M z6;XDEk39ElJ5yL;N(tc!lmBaRh^IcallNjg zc-Ex1+HBK6CWZDpcAd^ZjDv()r=IENyAx4%f>Z&)vgs7)xLUKjxF^FOQn4!3%Nna` zK3qQxJHOs*13-3bFwF{vd=BHXb-JEo?FiK~yQBLU031%lj4>A5LWAQ|WeR<6`!H^l zw}kH(;w)KW>-BaEN}`xh;PQgjx`5l7yC1)^3a|K3``c!|zQ| zo{YL3b*+b&W4-N&(NR=Xm3Bf|(!9RX`8VA!5)+U2UZY8e=ZBW`k|m*ZjxR3<>uIAk zk5N%9AdfkbtC#;fBqA<}=~w4UZ!(U&kSTh|6@S1>SrzhJRoXCYng*K-K2b;KUviLTh`6cf?WNI)yXuu4n$@A z6Bq2Hk4vXjhi9oW68XyaL;M4GBw$wMSa_^%WQXj_t8?dSA zG37HrJ4Sv0qO`^t84^dbG-w$N0m*CV+E#Q#E@)i{1y0XwSwg+&0v^?+w6%-)yn+id z<~38OQsFc0t-u!rVg0k;+%xRbYMb$5vs1kfQHY(xmj);KA}Z_2bYj- zFk$XHjj8sQ7`M)7%sp;93{^R)U3xOba|UOeK&Mcz{|b$o`}rbPbudh5k+a3Q1Q_8v z8bYxzS(EY}a=2<{Q^E~mvJd~29v2RWwz;sBuAGhoDMq$$zk{3$HmlVgAQ)n4Y&(O4 zc!@O$i@;aA^H`9A&^j=rujx@Svv3-ku}M=uG85WWbVWGh@aY7bTH&|a_SgmSA~YjY z_6Ql~wQVM3!u3M`G{=UYlr4{<@*gum$FNd~x9!JHlb$Uz2aF7v@Z3XkSGOgUzJCZC z3)c}R)cz{yIk@-(d%6XHG76&jQJv`rD&K?e6?Ck4@VioRX(oZw#$m|tSYgJ-@<=5R zm+^U^GN9%-7eFjEHM`-quW-GeYG2+!T5=y1h~}?`UI<3TPR&TrMK(cmjzBIM0;2)2 z%QF0&yjlBz5xHFOWLyBCjM-T_Lih2b@QOeDS3xrjbRC~MP5{3I77(`?#Wrfj>8_H| zx6RWhI~#n+h?C284GtEHD^|Thv3nE)K}|I*rd<5|`?`qDs}Kek>bF{6UlB)V$t_SB zrY9YHE>`WPQseHzo_?cZgwDxh#N63}fVrWMjk=4~Smp z4w-knB}NC^;h-xl>-x|nOmOl%FxpD=53${=nVPdx>z?Y)t&KAyzEtO)nUYL=FdIE| zA`V2Qc@2h6aZkR$vYQEMjv^GZ#n_GzHshn+GD7?*)-c_E5HPtFkHAm;JvFq~QyM5- z39LO?g2=vQv34TLS}W3et0>?q_oe8K^Jb9R5a1)QUl)Ix0mF>aC^|y*JohJx(G6Cp zu#qZP2evrCUGMNFu?SmOl5NSlrC7PgVcQ$ z)Jf-_iquq9G=-k^UUYzPY~C%2J=Ox?6o5POMUP%*Q~CbWwXEFm2N$LdbW@+5J8=~S zVBX%^LG{~42BZ90SI+{6EFLc3k0m9X@$DO>q@^M;!Se$pS52+3EjeSP^4IX4T*{xh z22RN83KM#^{-PQv-^Y7l%d>Wp*+l^ko3^L(`_xGgf`u2wGh|JRnu#S(8TsP8&v&8eb&si3h`&IU5%DTy*$C z>^=)lK33>&8bQE$mgby=a*`rq=1%6td@ZQPol&~pg0r6HdUZv`<$i?--_R{XGJJhw zB^iXj$O(&kCp@-p_;2%m4M{zc>hNT-V6GZ!Vc zb)po2WV8z6$6NW1M!l0BMYk12y1^@9!Tp9rWuufom)+;xH87Y=-+^2 zJ){{?68{0XUXp_HALzN_-IxCAkFy<4seAG-}ACh9Oc5S)40 zU8aa@^0+$HYwR)rIMc>N9t8gsz^v&@Zh8c$goTtyf1nnKe!}Hy{9K+ zOU7SL$a=xApTT&ShS$ zi467qWR^@>2E-qRt0*}Wb=NbdtxSiQqawy%Tm%``5tr>3tPlNF zrt1UZR31l{6XrNDb-y4yjk4Q#DRTy_U8w|Z|8#Vdz?`RR@$A3ocp$nJ6s zk#QW``v)~&)~@jT_nV!3mR-{k_aSU5$bfubnkEqSZ5epgBk!y2P!r$kRYN!{O3mDz zr8fZ)M4+P@HHD+A83Y_Ta$dJpb*55zuf!~4Wai(qL7J4>Kmt-)R`i!2T)FjW>ej?- z=C2kX_}1C3vi{SKbA8--YF4xMXn0hf!mho8SxpQD7{#gPBarGQw3ufCIiRlkQ572w z2Mag~^9Mz|t9qU~Nhts*=FNMGHY#j3WNRI$g?h$k|Ge#iEV5KwBq2E)#;yiEW=tw_ zBi>&(3*3^uYtoXfn2v;5jTPWh_%IS(Z}QHwpf+ZmDj!#DElSDf^znyVb3oocV;8}I zjOADL^cA~ePfJT<*23WktW&)Xxqe~qh$2+05{xG(I&WaDSbxP+$hw=EVM4CS0&KhL zY^qg=j?w+OyoOZ(ATJHSd6fTHo_fR%F~{_=k+<~UwTtMZUxUUJe4rbT0UL8MaF8hp zqnO^c^71rT9juCz)J+XR3Z4To(7*H?#QXzPa)3DleuAOV$BvCmp}7mhaqMt5<$Th1 zO(t@1$0LPQKOg%xrX(x&P1Y-Owa_MXk_*aK$}c9`tqnE=bVDrSWFUwOSBO#ly+{W- z9Y{5%Ys%i9G#leqJjMQ>745E>jGnbnI8XoJ>5X|jn?audC-7&{( zT4%K>DRHd1iiU@?<4y>rx*Y;mpc?I!yd1vF-i8$sDI{yElxlz-atP8~a&WIvogTM( z{Qz|q8rK>TxD4EgGD7qvm}_FJ!A19E!aW^_(^y)jWHt&gVs=R7uxSzxs6$E&MhRMB z`@Vn4GAQiS(YUYimU1j%2ni1}HPocOH{@T(yvpKp@=8^1!VQYJCrKtoQY|I&e(!M1~Y5y0$|X_YB`)l z9|t|zNvT0|j2Y%{VYV0{IhN^K=fx_Q7=WVM0+^)gDGxzErV$G8DNk`&RRLd#ADJOuhx6=|RMzVsqx zqppF#Hj*Gb!U*Kux$+h4Sq*ftGv6*7`RZV@wi%>^JpZH z$cU)p)D_ubJco$riyasld5 z7|qgbkH>^~0ueI@MXgfJe^ecU;4+Ujw-QiqeFT~syJ)3=hccJpEErD`stF-q_#w+5 z7w_hxvA904u%KY5l2;V9Dj_i(hKE(rfzg(nJj+$9Lvgp-_^NqxT^Vj-(&Go8@}l=3 zCiIio7&Y&AwIc@snr1ZBcHYX4S0zq-p=Q%V!6cSv^1cc_Sp|Zzy)2Sc0WY?~?`KOE zKqc(|_Tep+rZnPb~B5Z$5k}1#{E}H38O*sj{DAb!A34x*# zfGnn#ff6L}BFqf`s?Sq$`piBB3lnExwIeEiu95FArKbTWk!a*=~pu}}nHaeDoD-Fez061J6P~q^z(QoeZov zEs-E(XxG*RA!4@@{MjM{05ApBQc8WX{|>eC1LbVjo|l*?yu25-R4Qqrgi zc?(IRmch86wRpPbcHI|&$-~HLC?uT38K#GA9~iH@neu4didvkPwzcfkN%5^A)M(>^ z-#-e??;0JHRBU9~hFXP68~Q0`xpGGVcF2u0lT1$uSwU(-30Sb%f`VQsPqNu;@v!Ln zLdZj%nLxzG)XeaRUTBSHpz|@z>JZbCzakNq#Qa6tCxf{`$px_ufrLsh)C7(sA4Y^6 z$GBR^mzc(yorK)?O`0YeyFZM#BvX!)DtWIVc=i}YY>>Vzw+l^X{dgS|q{V2pds?Zr zq6CjF3NiHYP^@6Ud8FS<%p5IAi*3n47#C8z-ZGIy%uM~8w6a}X|!p5EygcN zO~M`Jz~M#n&uJ-Vfid9pvXe=egEWVxZcOglHX{9-x18JGUX;lq?fK7qox582>c*>= z>!$ZmUl7G7_1DrjK7y9M!VUm9dotkJWEi>ZADyiXjoCIeF}8JkCzjx4A%fDNhpfLl ze)vnP_+n*fV}T}>j^DFw3{Qje0-8&U!c5&3gDeMQip@5B0qSI57Ah4mMK>jg<{WnH z3yG-8it+?h9T=4otNukPj;WzIwugWJ?!!?Wh(@)g3bX#o^X?wMG=x^ge0}E6Q7?}b zN=t!Bo>zZvJHTE8i?3tfDF>`w=MY9S^+oujNQ>;=Iu&rB$>ZwW?e)DFOK%SC>JC-O z)||R+2~i!M&~LB6(saI28!d7TRre)D0FQQFEQmbXzCe=S*T((xEH=C4jFTGNw2U8f z*Xm>&GFz8a#bQXQlU_8mI9(b?$l2mvN|sbu>UnH-!-GZ>RI`zi%k_7cX`F=d1deHV zBgogTTje*)T6N(-cQJDX0pY{5GLYv5mc7qC5)Z3-M` zLWUC{B8=5v(FNSl6s*zl*FI{oF@xKzOk`tBR`{d=Ei4JkQNY%`YD~#;gmR17tjS7k zT#I`r7ommCyfFe3gmRvX;`K9{Bn23J;tPMVqPKmd*kJkDs?`#pR?dn4_#hd5pu>vACM^mD>v@LTQxvN*~Fa&OchHI?|dq(u|~jasYzKz1ULcU!@E@$AGKa;qoVF~Y%m;h_sd)svD}E-_54X6QzlV>OVg^r1#UFk&o~aG#zh+?j`K z?$T@bVBSEes6bgj?um z^sZ`=q)F{~sjU{S3txGU2|9^?1q+6zC(yO8G5P2jfJdQF2~eM9#oz= z%GmMJ#I|7weRjw-M9=DMB|#)M@TcMveT1&ym=&qD4OoSYi3nfPJoDar0504BnO}w( z!fWcrD;l)#IgqbFo}{~gck(dbNmY$QTkt9`xIXpvPmN|+nZ@P$nU8}|H#J!Ob5mFs zsz%gYhDr5EFXUJl3K92-r+3APu{&PPQIW}nEQT@tz7vpSR=+8mO$Z<;6M~^N#vS6} z4Cg8hr;23oy<9QUl1P!snD*Zl)n#mN7ukV7jOC7_-UYS|ye6_|l5W5$bi$p@lo~S! zxtm(JO(=;nEa>h_%l*X|SN0Ufo0S{HERfL|)advNS67|!5jBtP0}_l&G?qpOJ&~P( z9-o}y09`<$zaI{x>xGgsDm+iLa_XCjSs2N8j8y*sI#Sy85dQBQN9$vRu0+J)E(W(_ z4a#8K7vw?$o))r1j~vD3_kjw*$7k&kX1fO?f?)I86R=vo6br+&269?aA9DUrsRSts z*kbnTq(Mq5(tM~IkGjT5sL2+=A;^qY;Q!~kkb~QmtqhVj1O>kzvcxiKYFdMmv1$}0 zqB8ypgi?cgib;3{Cr|7(Vt7XDU7*n}x zWYEZRw<~#&#V^_}l=seU5CIedS-8$f5B#(mO{pb1)^x|kY$(z&@fIjEJHEpNfKktJ z+$(uX<@1R|#m4uFt9{f1P*jILOKa&R5%wkk;RO%(8i`!BvDdweuYF9E8k{I zNYrjjN9!lZkQ|XvH7U!EzJaDCl(YBD53!`!jsG~J+jPzvOB}0xa7%Q#qc6>tO-)eS zm#t~bw=6nDFdi&#Q07)*L(JniIVYSw+7S;z;|*7jYWt9Q4|lwJY70$*Z-m=IzIW<& zGt}Y!o5hVDh;W+G%UKIyEgv?jZeS)mO)RYJvx$%V&@tpBl7V5g1RG|(VQwLOEIVkn z7h~AJrkQb@wdO+ET%tRkV?YjI)SHErG0HpM0Sn!=u$Z$9WZin_F1@Rd5Au{vS{y-z zRqdehQVwWOI-5|>5C|KzxA&H2-YERoG|NeE4o1MD;(d0vwV!%E3Vz8)=3weAm($M3 zobCY`4HRb_GAe{`#F~4O5STi+@rQpByp`$@?vD{tC&e9OmTr6vPB89&IS>-O69h<% zv?OS)jCbqmqrSpa4Z1CXw~xBiY*v&-n!H!$G@QRTVB7$Ku*I z79?vVV`j9cNEf70&o`F3Du{2D=~_5x%#1@6W~M7{4tdN;&R}42d3dE@*EQ=8X^LHqF=0DjHZX ze01PS$~8J{=kH7$!kbYKEN+fRO@e4sC9yl5wO9G#YtqX#(0Q>0m6DHz!~t(wVtliZ zH|1-uTA0#lt3h)i`L7M=foky)xmB}M(;M3xu2XBx8=Kj*29-2n4_XDBqSt%`I9kmn zWC<-byjZB3ZZL6w<2h^fdlL>3zZb80S_YceOC430BQY_H0@DQ^FIOOxUMMi)FoY&y z-E-jF&i0u}G@iU*R6F^!Nrx{mJs`OfBx`}uyzKu(+0g}yCR|$b+3+JFubUelmSY;R z9I)$%n;EBD^QJ1u~300&^SEaY^xhFSG4;9kG2ff<@cR{>&C^eKrB*D*uP?b6rbmziKN&W z0&r&GS7|rTQXF6HkR)<-fVFmoM04zntb>Uzw#eW!w01Di74bF?3iY)*ucLIOWDmZK zsJ)Y9T~25lp${kkzwl62=I~&z9WR8~9~+P_PWWZS4NuF?Gjj{kvQL878NrQ5Qyq4X z4F4W;7z}4VatS*up->rUz88h3NV|BE^?~u!(!&}lBwNK{!@3a*DoKQ~DH4&551QO} zyMh$H>})?nSGVxjpeS`xln8N+Wdv44ezdTZfKW2ZwEoPc1bbJG5iX}jM9*OQV6Prg zmtqribv2<$d?*k*-EvYhvV);Oh??-|=)h8I1SM45a-i4|YL2^D2(0QS4Q5McXOY`p z2Gu9Zs?Uj30??g@^zv6JE5?uNMN%zHbVuc8whR#nafXxgbx|);dx0!tQX3)7(hNfW zb6G7_lM{vv_tCR!Cs*BnRe3nDgbt5@b_5jj;jHSKj_8^|Q%qPrO+>m2yB6|fi2j&e z4c`i^DMB^kf~}7oz#Bkn&A1x+{eDTD9)L?0Qs4k^T2E9X@#Oi;g-}2;QA9g1y)zP* zU}@N!R$~FctsPsugIakeE8cv}<-|fnqKT@X1e*?P0Ondl(;Tr$Z}*hk#KsxNPX-oE z3W(_L#92T#uy+Wkn}E)R0OYlcy2~MUU2{*aqS<1Ju6OrJ*+0ym5Tx9*M{>{SOzm$d zSEDmp<~*t)eZMIp1rhKxX#@b711wp7L%iL>D%Ks(9NG*e>vmbGE_&_V*k8fxtx;m= z(^3N~5GLhffB)>ukp@~~k6bX2|0(4zh09*-P&9$TCFAZ3{1PA%##+xQv{r*cGs$9A zD*&p8bw^89!Uj?z-;=L+;NNDq{3Bc^4=5D77@Q%4AwJBxWQde6V1a9N0kYUYAcoB5 zu0H5~fGj0#OkM|bP&?uVn}Ni{11d2h27I1r6%VXc5W)!SW6v;+7kFT|gloz1Lh4M# zMRKerK@@%_jEC6RXX>taVfxC^=n2BE z37FA|6i1M*VjH=jk4>riN+kwU)lLi?Q%sGz^6`&6=7t+JlZULIw7UBU(86>Gwuk#F+CwA-#Ko+(b$Kh7)k>bcS#LK5Lb z3xBVckGWXymCfF>%_{?FYQp>`3=CqtM(!x3x8!e%sA%lzteG&~u~=(7t|M!IrIX_E zjYqWcdzx|yqXY!W!wm!gke{r`w(t&l1Dlk49N8*WSTHz)QgfJywgJoS;De{Ya_V5( zXz1h^$rA4z&2m+mxyJr2$~gTlfkA86(fmD_YvXglq{C3pI*Ee^zIBBtdq^1chF1$H zlO|6WdAAx9pc&8oMW#SiAi!*qG@6l4IDTdU|y?y4V0<_5#or#ZBbHWl96Th=rgMd{Nn*<((CRvso2w z&RY>g({1GmrYDd$s$smg9=ZkBizOLZZVyUZ8#TB*VoiCAWB_K1PNQmbY;4rRwOn+9 ztmg84?M6;Nkns$m5X+0>^Nha*{9F5hqATVGUiCqR5jKE#4j?_8vA6@_Llq}>2#=5=O!2P}ivTLx{VfhGZ>{5N_r>KIC86S^51mC4R&qjB?XaRX~8r1<}2= zcPi=WoFI{hjoUSci+<%6TIbA4Mf} z;_p&7on?@*9CIY>+KN&gvPel{Xk}AbiZgC2^tHV3CvP)m5e4ui;NfPxz!LR6!D-Y1 za-MRdmksm;d4cvIQ$#-t!YQ7B_)^*&S?OERuf#Oeu>jP5f)jxa<43C6%Qd6JPzv0IJ|NA&oC1=blMlNITh!}z6MxGW;&hlM)4 ziF)Kl6o6|!fzP49i70$76ZiB^A@46lot{5Eork=+B4;jS4?D{V!p?82{?xz8I83kbfYbmI5S(Xz{e zFoX9fz{^w){GAU$pmSAGhk*b57KWc1o}v=rZjs;^ii zFnu)&$VZ>i&987~&-AscGq&gv+dTGGcH~ifQ1T$~gz<)1iWBJQ@zu;Ppx#fg@DKe)jH+v= z6lj|KzRo5}Eu9X0IUY*LN=*odYfydIK)(M70-00l<3tox4D#-;Ybt3(3EL*2@O8yUMy|7~`6Ns*`EUaR^~Q0Kv>ErVEwODCLv4vo z(xwIqvM)Af#ox0l+5m~InPN)H_FAKN{UG2t?a>L_;GZf|cu>9J5zKQ+8L1m+uL1IP zFAY!skbYRp2A#;WC3O88zdM!J3L8xAnwHPs48UvE;rzbLAX)j^`1hjniRlA5Ja5E^?o=-i0~v6@1Zu0dxpCYez*_=Oj2 zLHmc^hXNQ%;AwXBNV%Q3bgp@2*_KYNma@pue>cB(tBq-+9_IG+p(^rJx?v5)+%dBk0Hx1S30XB_PRylc zmJW}f#%e_Ihl;>rka5;p!as=U90LjGIM%!Uais1T0YRqnIvvh0198uT%X}APHm*>J zx16Pa28Xi18dq<~Mk>-3wOFBk5g%am3~3lr`rA4WJpwSrG2|ys1g&{a**gIVAG<(W zHoSmk;qIK@0p;YWEZ2jpP&1K13F^h!yvoc}$mcQhWF91RTL$_DA2XzKv=%62QmF7` zWYwl@?MOhO=az9b?;x{$4%Hx}mR(FJ*Sm1?!tG6z0gg!<;tMymdi-D~Jc+t-A+1AQ z+unZ2rtO|f;t?qt7KHOed+RfbKcLEJ3YQOFa=9a63%GkQ6G@4|hfp%l-8Wkhi%2jf zpm%oW^LR@9zn|!Ov07jq5!CZLTm^U6sP*?lkUK-L(&76Az}Y)jmBcuO0<0<9SMCg1 zd{+!KFs54srcFL*20#*}XFJHT)2*qb3Q^15u48ZwwcVN!XqiL61Zt85Lm4VgH$8!R zjNm66^dYMf6KPgX7N_}QfPUfQp_GOZ_=V0?&*C!=kK}8j{IEUtiuYBoq)91}Y;EgM zT|ya}_uQchfi%|-1dTI*iq5R$`fR?TvgSs_n(&CkfmVSLtib~^LcwAKQ64$?GKn{`Cx)l<&Hp>I>b+PrvRn|V>+X^b;G;TNFBhH&eLJ& z#hzfRIZJSoJfatbc=U>Ev{8R(rMLax?#iL~cJz77Mct99p;_PP`2Mi|J1+{@(79j$ zKP&qsIi*tT@^3V^#H5J`kuPcDU?L2g!xy~m#&?^}9`tGoy$%PqJQm!7*QBIFdMzOF z1*24K{3TD;;O$6Jns;NRlTNwKoU`aZ{@Ho7d4>7>JkFr4zDHyZ$wZMn58g;i6(y7e zs^uC$6OP4)^T7t17TfZbH&g94%xGgKV-ia3o#Qc*qVq2a`YjeZgRBJXc2xuc@PGgS2g?8e%wqrm z06a@Lp`bw&^zr}z0000000000002Q1A7KCh0000000000002P{=R^Pi%wt4)00960 z?U(=m>oEWS>v{kH6aWAK5zGJp5BUH902BZM=gZwB{Yy}X?aWSPN-FxvTSVxmTy$I0 z;+QdQTu_R78S;5TB#HA%#QODr1m&lnt&o_Xfc8fTsw#FjPKtw`N_4;p32KpT1`@}gEmf$7{=rKdeWADSwZCq42R zLvTt9!|hvgKh3JJdEC5|SRuJ0T`i=(?+|n@3BmE(++?S9JHW|2Ro0)vc*%_60RTmW zRdoHUi#7{d1^E;QRG?q0H#g~CBj{o_Euhq+OTu3obdiC$%QiF@qGk z&CshGp|1&#*T$*byej!MjCdNhsx=}4ux(Pd6wQz6i&JYZAJ|79$jmIO;=M}h%pY=* zn@CST(`uVaO%fb0G#O8XP*^s5iq={LAct={5Rb}pIvr1dNne?D;_<(dhKqOf-4?Ed zXkzNIlbMhFwURWruU#m2{4SX_eI(u?;1iuC^7(0*9UM42QN4KUSUCfAlp>F3ra|>X zxtGHcXvDZ6ox4a|KPUg;7MRZ=r=kKkU|u*VxaHM~OXX&4x_??pR4H&MrvWo-Rt%e? z-1hy>UTvYIG+lIS^Qw1g|c>tWbY6;Q=|d8^od^sikKp^Hr(u3 za+QDa1N8du$>N7#+5pa8)tFIAD4i7e6-3W(K>;PD0w{H>)OLe^Ta*AqziT)j2^-3L)pK723QM~i~`zS_>~ z{E}7cFU@=c19e&p7i%x<$$RtjeZ(6lKuLrrP3qb*1-i90Ox`GzVx!MV4(6+e(Tce< zf=iq#vZa&Y-9L&E6ZkT#zomNPh=*j7t%(oVa5Z(75L+mcoz+oZxia;PMKfrmyK>bW zyVjZa4-)4SNa^cy04>u4y2|b8Q*0XJm1Q~6!z!G&D!DY)xYVwX1mH5K9`o`IlKZ78 z6JfX8*f~4M&7mgr7iRR&91ra)V~j~(LrD<$%>Hl{`6Ujq$Wu4CmDt>l2DuxkhGX=n zfiIa3XZ55Z8>gm*wJ{h%YPqYp+xz}MM44s%U4kULTU6B3l{1z}UM3fkYGRnnEOG8s;Ru+h5RPMCAiCkf2J|vWAALU)5 zR($4Pk;j^QI05Sa$Yu4e{gf<2CpBn2e^ui1ESO_e=9th{v|~>u-Tw9r`6h=#%f2EL z=MULPZRpzho4;u&kuVfKxs`avd^RTr+ySyVoOJ7Hq)LIK+OWkX9BjR^1$?DLo=lZOqu|(KJ+E~WD zT>hF-++IYDxIuw*%0OzJQrs-gUSLU$;M;4|$6A3dvV{&2s=h4R_3=iX;5`5>&6O)u zt$Gpcz<|HhrOKT#_~Zp zyrksXiYFBG{4!P}Vp|?&QF!^1udOR`+zI$%o6B42^!)t7iVdnz%n9mQ{Ai~lo;rNP zgn(h|b{c$~I+sdIA^&<+4IAGQNp#YtIBZ9h^7ZAaDv=R z9|n$ehYptvf}yoKY{x3zMbf7o&e*%_w#+a!g14cT`Ql=MGR1%J=`G}$?G-BMjv(g9 zH0qkG!Tbwr@kwqi+cML+L0~qqwhXN@9U|GeQ*|lMLO%H}`j+H%AWUYAYQBHY8{z=f zYS|kmg>aNVvr{H`zxqz$E1hCLmeQLPs$wZqiq&QM1-~Lanop7PXWS4FDi_neBS<*a zC1+8H|LVqSTwhG$3=33zoQ#4ygS|6@`3rcArTM4+TBwYwf|42iR;ms|&V6KwMU%0Q z;K5WH$YJ&RLYdYNi{GsT+d zd}?X@7AF*AU!Ii}q?sn)yqeujq?Km)x#~16!}ygVl%>am`~$xS2`!96YlpaGt{BaP zW4=bCa;F2}D%&h^Q|nr1Rh*othh2q7k{Im}X)5-z>XFwYkv;3Go&JieYQgQvG{Eh_ zPVMI0+v~hJEEuCQS1gNsP)uKatfjX^mn$WoWkR0PW8wmORcNBRF4KSbXxcs*Ca@}b zE!1b=bJ7}IgUa>8))HKHpGS#&W*Gs@zENH1*$z%lIUI`S)G$imzECu~HVwbME3ib6 zs@(2&B?@g`tKqQ;6wtZB%g z8>jVqU98OL#+qq$OSh;Jft7EOx>V?k(UU)C3&(@y;W&|pOR4O?<)Bo%eK`0Xy|pVd z%x%ceJ1lS)bUMqWh?6q5#>j@^o1waqGj|A2%lvfUypOjDYiD+|yfk(zy}vW(PB|S#=1j(q5piuBwAFZ+=qX^a=>F=?G0}+4R_X+uQ1^?eHo|SB>pC^gEwGc{+Up04ekj5Eo8E*3c9#(n;&pHc= z6vfDpMFOrzKA7K2(vO8KM3h zRq2eROTSJpwTgcdT<& zfQv-{jjTdL-Y?=YN+vW4?$Pv;EB&GV#JZ&eehoK=ru%`t_MH^xm|>hg}!C&7D(enoD1 zMTH<)j#dL&bdZZ0-Bcj|=ikBpz7>59vU}yx5hl+SVO7T7BUIqr_U>rZO6>_63RcB& zot1utz0m&i{zHyD;I^A`MQinDR)Ei4K@U5Iwaz>o(|u3(%Ilg#(wL;qeckkU%elU^ zSDThllwst?(K8HXOoL9zz>(Cg%;UrCuC#4c(#kQGW%z?@~%mzL)NO$pk|L`vmasYbp>LN*IOSs*FQ3E3qbAlJP2+iy_PP#?_A0OGqW zdv-%3>0qv?^GB>hd)T(Ewl}P)=?;t2eXa^RD@vjROZmR2t$EDQw?xP>o8fMK%6zif z%UK#7f=eU>1%Gm0DU4K1iBy9j{mxC|KH5O4b02{lB^?Q!J)n*X+P zgv&OkbL4w`ozcXrb2Q)4KbcHU-N`ZfA8f>VJ>c7_8z8v9mRBAQaz(MfPG$#Xw@>fG znG!_)ffInX$vh)h+Dei})a*<&OOmSNTNqfZOywnaM4(U?_LU2vrT2r*lTtGdgX6bv=S?xO-Ns5;3jM z+9y!0NlI%RnPq?Ww6Q2cOwy^t?MGGN)EynxpuF5)j>**jGU4M9&Ywe$R_DIiLfqsh ziW-q&XM6rh)wpc)Ch(8mM#avyTJ2+M`|<1jVrYjEw5jlm)J)|yeMKV3K(+c;xBtLodw zHd@7I(q(AWkp>kDg={M<=Kgt^Ye9U?)Yw}$>IFlGDSIb%mxEQh{7_}N;%6I0d}0`liwed=7pjAc7(fNMArtm$>ssujttP|7xyWnIXu zZxKftt~C=;X|E6dTGtF#n)^BLXzet z;mnN#Nqo_(*~#I3&iHd^u>vDI-nD11`jweFH^&|7-TGLoP3Ag4=6QlDx@#iYk9UHN z=FOaLAmh7gxtAYis;)DzZ6=D8Y9j;7%``_@oKiBhr<-V6td(Ic5}BZ^rM=A^&A5P7 zBBXQFOy(paN@`7Z+A-+qc;E9E8}pmhW(`x>7)tYHw417H^*5smQrb7>(8D3vYtp)r z94pmkX@BzL+w>s##WQEax5R7hdpK|*$B?Gw@)TRkF$R{N+NJHhO(K#Ux##rQ1h*qB zP{O^9YG)<*NU{kH+e|{;ccc9Q!6vp%RQ%jf8`UFThV`IGNpvp2OVg0aD5*obI!@!! zzf$u%S}j%WOzzJpgELhP>J?tSRMngsru=T-J*%fxh?ydQ;1Gqms*mCU{OXHV zx2XJi1BW+iYCA>Mo6QUQ(e^Awsx}A^`^c7P{idzbS)`C{t`t0a_be8*jZ)v%+IzRc zj>VSh9D4supzudJ?L8>f5vb|%850}??p%%2(u9vRNqhXzBbROh=y38Q0oVv$Pf6g%2f&FsA^qH)xGJJ z+a~NT+{1&_aRF$d)^fV9sRZM-V&}S@8l=jtDCb3tI4=Pza4d01v)DYTDkdP$(T3CZ zZmTB-{Du8?4EV=c&Y&G`K$pXgn@|$XsYtZ)*9U}`eJsN z>%8zG`c+ud0B@CzAELgyN3GFQXyC2ahxN^h!x5=8bI+o4vEyqQWkb*NUc@Zy1pTBQ zua<(!z{WzTFq5E~y_~~v@YZ;>M)Jg9DqPfv($Xhmc<3{cP%0FCWj>d)v0$f8zyybu z75bz{RWp^S2^{QHDbJ`C&Za^Y#(MQ})t&>2h{TmtjP%b{!vZRO6k&7M2>T6rE)Y+d zMxF~UH@wpAfMlg>mhX|)(*KBEs?x1H{x6BeJ zvIkP+Ow9NO7bu)cE76nTgMrUt*N;uLBHc1LSS=Ea+SrHQudcK zqd^Q@Qf&A};wqJn%#6e2qTGgzyuP9t1^$xW8;u^aqzt;QwDg~EVuXI>8IE1blW?)Z zY4Oyaq>(lc$v1}JmnAWaGTUVa5Q>pMmOnP0Jh_Q<9DTJuLsuvvtjkb<87ByZGI8c9 zqPe35-13CaGfSRdEtYuHk}MH&`)Uv~@g*<9%OC$QeK6+ro19Y83trPk5AcR-2@v8T za>Hb~F2ydKm6UkHn2BrR@oQ0<$~`0(gaOZs9kaf2t^t5jC$xxx{)H&>s2Aj|*G(y@ zM^>t(2iD}mmq~4Z;^IriEUR`m{yE2t($Qv4CR=R!()MrT&6RX#I=G=bGL&_N_yVk= zTYD51-RLBUU?R^7=^D=Jt`e@QD4HK?{6Ykj;>A+cYTv{=DH}0Q#jMEUvwu4EMN_x) z&b-j0m%N*feg(oen`=WI+trvii^&2J(%!4!$?Wx3g&5t#uCP18bTrJ$=G$aZgp!L@%*537o@gvKBFq0a08z3MgY&7%drTQ#x1P@zX+BR3&L9*>}oPh393v z90=7T(9zqVs=uA4a*?zvgTy;<(q+#aHbhIWT{l{2`zp29#pDQ~Jp4 zVh1MRH}$xn_S4A2S6w}=);Lj-9P?8bQq)&c3c9`ASP-~L$kh%9p|>Na7$mOD{_M8m zl>jbe?S&w1)9-x*$lWY_k@wE@e&iDP4ZS7!M#REXcRH(W*X7n^Pe7G5N6rY8uTg6e zmGe9ybGE~J22sxM#s{)Cr$jK2r2yb}qX){-_5 zMJS>`?8f*ba1vIul)ETZ-s3dbDVdq}><8XdkMNfZVA4ki?nZ|R(;*m^ABe+})l(KK zzb7U#Rc;+9FeQC==>)7=Nx^mRg9skxq**tb+O`J+bQ!!dMt4)?FqM<|NDsJnnfa<# zhn}}wn5v|>v?~H?VR)Eg_+aO)+XUInZ(2=E84;;sU~Ts3SnWn?LleBob6(F{-E_E#ccZtxdMP6 z(O!HlL(Xw4K~&eP%2xk09W-Ka_1yUXRIKFB=9$#-3(Ak|%Ij!FN*p4r(ox2DK`7CV zn$RsfoTEF0FOj)glirsi*;NVm_&8dSQ*RiR#;{A&T*7CS21eWsJ$k>3)Ja zhM{?__Xx#au>6W=wJkfTZ)Dn~a&|J7U7*-)C)mWOF`daq%T(d%zp!>? zd*=pgUvm)ou>2ztGop@ukY^B0&l2Hvd8{oTiZ71qPJi#x|L=_557sFd4pw&=P#K)Y z++Z;SCNM2+{ERc8$)1jxT~0v#{mt#19^W|drZ8pMr3sHu#ZLl!cGmYDisdim(2W3m zi6=M%g50EYlm$LULnLLJJkvxhrtM|Q%s_|%4L$qi4wvDzHCr9Y=dpcNWpa;X$okbd zyyeAl*mdcW&dgY2V-Ngo0>h-c6pd;*(m52$_N|6XHya0;k(@Lu~AIU9I z3F%UYO`N_izU`NS(aM5w+Zoo#i8^$53LS5xw4?3MBuHfvz8%PkWXOABx&*Kzxq1?W z9$fuTmHy(-@xQ+8@~q!0FfwO;3~<)k45ek~?j@Yn z(B8dGR(H*NG0F9XP1)4H9_YT$qkZYBk3Pn*Q6%pRjvEBz4h6YK3I9%8%;1XD zD^}Xm!uSy6wGe(P=_FKqn{gavV$-q*vbg73B8#&--w)u(!!*1QwW+nF&F!LVYT9HC zQND8ENTLQ_V*C?c`+*Xl2$Fb?q0Hh}ib#GMoP~rJw%~t8bwTCVqI2pPxLo09y*asN z5ZQ<~z7=p|aW-h;5(Tqa4`~u3=4BZ8$?m;xsPpyqd;n7UW~+4o`zpOu$#Jc%)BzTl z9AE7-KJ_X^eO)ax*jCxjV5=u5;F6HDTf7wQqaJ2Y#-Z8#64iH@vg@hCs1vEmDW$BB ztTtsaZ;IO6F%mWPDs|6p^zf#=(ZK4GEm~A1JDhM~+blKal}GReRYE%&I);4q$-}ht zn}HYx!m@tL`ei&trum&hTiY?4{_2+Eea+)44`U3Y+n-z}ifOfflI_DQkO%7bC2diKEX>S;%VaF=Z*Ktn1fbHhZDgPALGMpXUC>VZFO)GK#|DRqY@msDp`Of99=bQcUQM*bBnAQqx?LVJT-;`ys863g%EVc~iy zk7#5UwrPc(zihK_HKCGgs&VJyrG`~$E(;s)zzE040w3D;VLH`<_q-5RP|I-<)C**p zKneOa8t5aUvVIAh7X>x7kB?jAkm?PtMpy2!{%JFCLn?2aHx8(?uCt?^1FKy;JdnbI z!RYqy=I~{|o&3lwK@a6}0CvpvM@87=ZO1I$emsj820IYmdvO`%A+N~}Ga6;#@hg18 z_8!b}=NCVudn**cS|Sc|VDdbdltngjK2(I%gGj7VNTBRxXXv1E4V+rFF5l5^OhKsC zy9h3BL)(70%u>@-)&lypC5uwxt|pM08-U z5a`O%5U$r3`Jap$pEr)yt(j_I>X6b@y4hO9pLVdFoD;i^_3c+}XX#DG`d@7&U3)`j z|09c7UJho}9>Nw$6?QKQ*{AJs;jSAtNi>!&6ppK2=SIa_so);Gpk@t7S0I%N6nPea#e~rn1StE zl=N-6vM9%z70{XCyr!j?uS57du!hOkb+}Qto(GJMNY{8?B)%7d zbW-l92Uy~1)megCzmb*z*ykW*Vy*!@5bd?;2*M1*^XaE~ zH7QYtS=;g0E~(VX>&>*aOH#1&Q__1WzCxEVB9cspvatb=%OqL(%k z*-%vcD_=KhN+Eff%v=itQ_A$uM67xBa(bakb?g06K60lOkos``SxiaOttR54j}D$# z1B$NS(*zM-z&q6>X&>hY;>kbn~@#(}CeEvR7E(L`Yn)4xguV-rPh9tK0@E&;lZAer;o ze=w5c9qe^`z!jSvoi*EtAg0zYts|1p+fwv-d97*%lGI4{ywI^NOi`8P*>qg*(}C=g zDNc2rKSa~!j682?QfIuy7fi3U0{1KY8I;DGng_rRys|} z`D`nsse-`mcO53N#us+&IRm*hu$ee7jfW*l!c>GVurwW0hpnziVvpjHxNR6g3FUS+ zS{d~*ymk$U6~AYG?LiEXLQaAn&ob$i@OKE@QFaRx1|{FV~Eb%Uw(JiXU&C) z)Wx&t0;AjXIYRi!S#`yQEseB-yXK zSZfT0`zBFKl{&R>ZFgBoH}@;3Svowpozo``Or58}5u}gZvuD-b#ZkiX7p>Xfe;^bQbt!>)>SjRCoSkAb0#?*eu2&tmTlFGT?M;2y>`&s0nLU(X>;F z)-cUW6T;0Uyh9#4WucXtq~eZ@^i<;gT<(kF382YDZi#k_&RsIe`fu4MAb6@%o32q! z@S2HR8rH1o*zBuMqU_ykVl~I_T|k7w%nDpKELJ`A0K%*UV?OhllC^(jy|+<{uquW? zKzs6)A#RSQP(?p1iR#T#{Fy=eXBYnYFi~_BEG9DW&-9SwGvDuZF7CcHy1AD&oav9P zJ?dR+)kQkEh-;%@#NhJcanh{ped?l>IBrV%q3Nlsmk_MgdJqzPsaAUkz84?|ErV*j z0s5&%H@}21rRBqrl9R&Id9?fHvls+FEXV4V>u?7=tjan#bTmqFrxv;OQb&aThE~A) z?#}gBh^#~In5T)F=;N4Ozb*DtIlC@g%Vp@+O(zH)<1@il5L7I29#wlNoJRm9N&K4HvQ*YtjYFXFH4HSZn8u&bEJA z=G2Br%ZPg6dqI@>YC)e|*A1m^QZ&o*UgK*FXSt$0k7bjD`V5sZgT8+GGA2*2DZm(? zmwDmkWd;@HoB&{~$SaptP5!a6rpF}huA8bx!Z%bv?ier{|2Eu96snDlw$s2#ZR*-P zSVk~F8wS%IZ15ON`dVZ+KU{0E8)egi4TAedmflQKkPbFLur!m^JC>QSZ225BSE6kt zdp$QxjgH&@s-+td3_oFu%-_zLa+2Qmf_%l1$WHGoaA-=}{s`heirlkYqOmy6bjyB( zl&VOCpSK>?SgvJn8Fj%FXKIXR_u7h+O*g${)MgMd6J}qlgIPL=;mA1pYjTHyV90SU z42JFjY0Wkp9mK-Q)g?4LPqjtVb6-b^pjRGyAFIy4M_g~oZ2fxLBwDhJdKA}aq?DS` zbB|ee+;Smt_Y*S!KgV+R+Vd17vp`KmzTY!zJMzNs1pqJFs;df=HYPflW>rapjcXiZ zxYo-pB&oj&y7v^EI^vV>49Z!Kb^C!O9}!S66ss(^D$;X7(EzhDje~k|a#GLm&(i-* z!E@#P9%sHpSGum2wTRwJUeQaVzH7%4@ zL0UCkM~+c16!SEAr1ze;q`Xy=ehRC2*+wa6xe^Te=92ID(3N0bXxTD5!5QPrxx_UqTY9p&h7w#iwy3s+Z> z-(w*wXeMaqTd!XO%dU&78#}p6obRmdf|c0s5ZDrYQf}%CMYH#ckEy&%-$P>Jk-E~o z+imwIF*0bV+zhc+A6)-_vQTFsk&Qx9?p%6kvfXuz%^-0xH@3I!==pv@C6P1{q|r46 zUGz|=0JlB$Ty*Sl0*mykmXgezy+IAPcF8;GNUXbU?1m{?rD1CON&Jxu*6mC|SoE}? zTxH(Ba_`p4*t2452R(~`M0VMCLeibJ=AEUk$v>g$7#QPm3Aum0BWW7TmpGu$a~XO!e(2jQM&wlm^q4I2?ExXnsp5w9mrIKhRIHHo)etm zKBZHe>`Gt|Rb+=Hi#GbV9z8IlXYc2wx`$5|;*_V$E2S+M>f>GPIsDlAydmD{M?~Pc zaM_7%ax_tECMC!aciY)!=ZFFoR2x@h!qdHr2*%5Yp+LcjnEBpa?VZ)ADqyZJ+*2z} z#2htLjB50bBbF$$)16ztL6J^rBUO|5~9uZ_;*t0E`4v zMMMeErGJeoQWv3I+G0Ulko$qawc_LqmA|f?5Lh4_lx8d%t+v-L12_m-n%*j*_^uAM zWApQNFXj4S1?*VgCINEbC)P!Dgn-Cvr!nGyMyD5W4 z{6@R2CDgV>S)ZMgO!l8_ws5dJr;_Z}uvy+5g4kl-Rob~t5LcrdyvQG9l;-tnQQPXx zsgAaj*>T28vQ9d_?)bi=VY~eR`EJGGcS0gyixk%wI`1krQ1_Z}Vj6P_&5C z3OL(T0(@o~w#1LRe0MBwH!U8f=BUfmx5g^1-;pgGt#=~Z?bFK0oOl6hXY*YuPv<7B zCy1w~t-588YoXsdE;;rq`1eeB^~n|oN+nKT9YnhZr?S@J7Y$IsA4y8f>pc5WdorA@ z#frYsPt=(@!p->*X5SR8Ed7io-0-QI>6YJS7gor1cuP9b;2~rHWK+v!Df$;*WIsiQ_9iL= z7W4o&K*+z}j7mJhR_hD9RCC*i4tn$Kwm4;h_rCD3^f@ct#_=rer0g}Xl9X${^)C-~ zZIRH)bxL&N8?L9^09arHVt*yjJCE!mUd(k=j!~K3k}TEow4lsu|6m196i6p=Rqh1O z8D7MSd5BemN_p%ECY?4VN_Q|E>n6G;?dgJNKvyscR97j1sT7_rU;LcqYZ^aGzLJ|A zEY`603V)8o(}CFWGW@V-{;uajl%bkp%({bS9kMM_V+}NUL@kl;R*h?nbx2Ec^5B+S z5SAnP6Yb`jk2@95K-_JCh9*B_XmU}Imatwku!3e)t<0NMkTnlN948eOw<&JgrXnN_ zYtT^-kqgw|(b%B=v^gqrh)c8s#IKgiz6)0Hzu$0*u~J)Xd?gO1cElq-LU0 zXQNErRWr4wVzd=xvz@VE51wgY)=MoLrNw29CRhxIIKC_lEa|JhxnAExXfqIn5in0- zXn!Jb{O^<0ruC-EUgIJquJgf8wIFk`SP^}~zmlMQ`DcqFAqs?;NM5U5`H)pBG(Tx%beT#p{LlJLZtfmL#j@Zg*USQ#`-HFyVs<)~6ivkMDFLF#h- z9HXehdl(e6H>HngP?$ZR!E+Q+VR2}l2M^8 z#I`snC&JKV5lK&rDcgwwWy8TT^nJ<6@=S8zVvNQFdWy-*vr2OLU8O^@Bi@*;K8DQ2 zO?OJtKo=W|gGo%vJ{6Bu`A4vu)hf-e!$@&2SuSRPMBv^`PCfF^;V?NKp_ghP6mG7d8iUFew>eX_VSB?YFGZ->L4ELiU`|rIla8xYM zsnyB@ztqun_gQ*L@fL2mmZJm7m2ru}ASq*#T0*tK&gGX9LTS!DoU#8urYo+?i3Yg< z2aT$U{PObpOU67##45!Vjw}~7Bfv1k9M`(m)fJ@_`6bN09v|Z2LLgqSDh)EN)HgN# zK{T%NT);D9DS82YvK7F5Bu#yrJ!q&_EEBeSjXE@%*R`F!oCz!=-`+X6=8`k%i=t41 zpwwp@ibpSWlA$>$GvR%C3oBOAr)0syG8fodVq*4qRV$UA{_SiXVnu?NHB0wwVlf>- zaJEA3pxFOZ2E-`nH|CFvKy|PgP4iy}7YsUXb?J%hX$=#9c+R{JA?O7Zhu1?W?e;bh zR>bq$s<(o|YNm zbl4N6z;V~%5T~f~78g*<9ttSVcRF^oWEHgdwfH{9+`7{qiQ}4v0OkSmTOprIS}5fz2lO&KKh{YReDaZ3yP#e-l*U*R|hi zY!_*i3()HDR?}*~$~Z?`T0yBkq4mrtgJ2-D%XX^7k$Oxba%AMp~ zB={vmC~l^h=`6Nup}URoR|GSV8m2qN1kFQ;tKMZJetsRwVx#j?9;=%;E+3Rw zehy&Wz=~v@(v03Fs1I(eO`v%tdy;4~0Ko1)>AX()I6oS)pxXNII~uk*(=;DzX;6jg zR2TnFCc5(>MS}auFI6TLOT?*#XpZ4c`mxd6M|{d3xRtW=4IbCkx2!ZrUJjYx>sjI+VSZD+ik+-nhkE898TsY187bk;=T!4Nk!5G1@W(N>bWv~` z>Cc_DhXvQF*hQDAJkxPI7LKb&YE(HBjM)r3IfJ%!2oIqZtRM%Pe>3-1($;zb1WH&n zpZ~qfnCeIw$Kl}Va292w&*~~yno{yylM2Z;)jqJL{4tjo4KCFac1}U5V{(Ujrkt&; z9}O}gLsS$v?H4{EpFre2=;HQNw_yY?qGkH8pJG+w;)DOc)PCoU z`F<&umaAdU5lViC$r0wNAJxAa+(@)$H06uns0lhqmS$WV<%^X4cy>PVf4(+w=Yh+5= z^6|AS4Q+)qk~3zZQ*6EtHWDQ|N%rX#s$l^;uL9>2FMj00$=sN)+xh0meGTj;nTYk9 z7g8VFWQ8SEW6j+F5Q6EfEz*SSwA+DK zlyo@!S6P89LE6Sq+JZCuT)$sEzncNPJI;_WG^_tsE)Oj~&yk^h%%^pTTNgroK|>|w zb9JjCTX&g2JjzgT_=65xJ@GI#(8nOG&=~Xr{O_5xwNM*RP3_OwRmP>!w^ULsmL~zw z#;Y`Uh?<+uM>leL*sNQLZ3-F)pyNW@&?&AY63)CFHZM$FuY4q*YB%IO%5GJfn_xm9)CbBaqghMh!LHd5jQ*YTwi97IgrBSa_wQvpuy4XI5b$ zFu;o_w1RKU1#tvyiO{{nE2_Q4Dff47e+6QKYCbY`TiB$WDOK99wZrr$pL$qY<#*7Uey9Xwd4F=Kqayvg|h@BrV>oSi# zKdpX~K#-quK@REqlJA%pBKypck`v+N{#3&Y&g%uLB!Hh*;SO|nMuh2QiFzsI;d}KN zwG0xSHA+|i+ zH8If}4-|eu{$&$s2hP|Bmbv$}5ZSzkCd|06@6G*FCFMBAFwuNz3jd)g9LqT~fR?_Pv7G0_CQ zooE-&Q9(8x~TvN{C}0kMd2-a1%jD*#!vwJM*&bV(XRlsv34U zJ{2`RX3Cl&CY~GDG-TaN?kI&?7YjRsQrN)4RU=WJPi04vzRC!>oeA?!J#`6Zyw_k$ zQPv`Y%hX~+YI&l7w#~eHS0`CRsN~TeM>o! zzLP<1EQRGe7qPt(3+aYeC4S0n9EUglaVSrF+`baI!Rsirw=^U~Cg&qGQcN>~&f?jx zzHiqp_l%T*N4<*%eveLesIXL?6jjDk8fuO{1}T1=vuXNZQ+M4NW;s+Uijr-BFMWE` z&ff4cS(vLiZhb%~4g^5hU)4qGzk8S*eVo4|@fhM~xx#lAXWgvOCDD)l!(zIxY_(+I zWi-*x)j5t&S}EIT9Dx3VnqsYgW}?J#Q)7vS-wcdeAAr}~CNLMlb)Q`3leb5%UpUHb zi8EiM6@^)GtF#VDTL_+yf7whomNX-@(3Mh2to0SH6n4^N*c@r2Wk}Rg&)j1nyX>>W zhTx8|J-CtKkQs8-pb>1G_5qd*_;3x}&%J~tA0V(ISCQ+WUEJuce>~It#9cLK6?zop z?wsT>$x!xBk_Aa$`UafEStu94CJ1kG#_Z^duFJQ?hN*$Q)Ng%L<^N{G5 zfz8(2 z>icS|s0HfW{WGJiumrTZ&ykD=Uhpp)_xE+NslUo*lY&f~L1%AqW-0E{;N82ZY%osi z)2b=dQsrSxLg-P!<0R-HAj&55WOH{!=e;=;S^*9!G*ozO-hD^DV+nZpy>le2hrS3a=f826n@_@}Le9%^D^#v6<7jL1 zhYaWnLz7A)D0{gOXo@fMM+XJ8ds5r2RG>`U$tCuoHyT}tYGIPu#ItCc(z!OI7Q2l+ zEb%OMbHy#61Ik1u0@&Hhz3Yq?8U2g;=dl4<78<6w$UtiO^o8mnwTEF)y@umYR2afD zF0<6-BP7a5ab$&KZ01R=Q^HBE$^1Bt4*lFLx3rF9xHp5WZPr%4E^t&!`c*_kBIctd zI|xrPC|u?>f&V;=&u~^=RZd$kG?6KTCHBakG*GX?*~)#m;D=6KCp>;v*|?Zx&{Hyl z=!*fD)3aKURwxAjMTqXjb6aoS33Y`(gY z_ApIN=$O-Odc(I@;<^F>q~i`xw6L>Z3vLI|91_^>7OwG;)TqI^`jaxDlB{;|l#i$a zk4hU(Z8D|0$1hIQM;2}}u+ri^rg>ucAtN|79U0pDSnsAKl-yjQ-Vl*(wj}x2_X`nU zbhDBc-iGCS7b?e-7c|O}g8NmcVlFDfGUY#3=X3h>ChYpmO;E?Sl)=jHdJPlLW~$>i zQ6Bmk?io8Ip4Kf{9enQla#Y?5NaGJjyFFDl{}HivX!gUAsSEW1FJZml-#u-6?C~kr z;rp#Hs~EFz+JPBqc>Q#POv2%oO*3_oE%nw3-PL}$# zOXK{{(FZ>5FcwS*OTau4-BA9%>lF%VVXJ55f+c16h8VP&l@@2svo^z~sm0GhPyNYC)ey3> zF%-S3?@HrTOcN5#=0a`QWf6MoDKcf|cC($Htu9e9iotm;79l?1+6ETQB7!Fs&c*JM zVABY(bX@b&x`b>p{kweP_bSZ^rv3Z}9M6(dIXR#tuosHrddApXXpoJ;3AR|uUX|I~ z2@TG7GTw+`zOjo!?uan6Kn82u(4OTl;YD{MNDem~U|P&#O55(XT-jMIagYSk+c&(WZGj6i4^-+aH!c~sEn?*7Mq4lSHp9 zcS?Pm?9%u8;Fu#;X3Uk@l^F}CXj6W~6?xPgAL^77 z=Tr+Zpfm_hcR=$FrF2Vz2F_Bfw9v2ZD09zyP26}|=C_Xod`E+pz7;S15-Q$LJhDuD z;x0*NUbiU#Q=Y%u%0H6pDv+`Gs zsAjn9zV_-MHrqJ}*BWOXL(A7k8Tb`i8m!G}c+p|>opO-$o&2DDNmDv(KQVzdSf+ux z4TWoq50Ngpi-xtgnxs`1j??gZo(9S<$?vwcS4WaVxTsCLA*s~p1qNud0ad0}X#)ExR~SE1f8Azs>iR|w3dW1v$r zwLnhGE4s(pyfLrdv&Qiqw|uvyrnO5G;>t--XGCVuJWG7>a%$h4#q05e`%2e)%NLqU zsIbDymVU8Vu!>L|Il(e?IfBxylDC%VdXx>#QAfJ>yH02g;VfY)onKj{H>*I)P2^8f z>FCVAVAaG!d;Nv2^Nl?lUp)tAwi1oXlJW#OGtCschI1ik&U(sXUBLs&xzlKQ^d-AS zehYv-pC%?UNF2f36L~I$bnH@No+=v6Gc7D?{j9H8uL1BP(*=89@T|a;p|umd?YnmyfIG(Oobq_p*U(+p}IJI6>s3ZBl`7=Q@`!3Gt6@@gWoV z`RPzduq>Ha0DQ$jR5c!MavyDNcl65SO{0YM<$Z3srmJgJByj5Dar(>W-GWuRIJ2cz zwOy)wuKk!&(4pE_tgk4nv|ALes)ot#6wR(qrocr$Wyh}Ag=7N!X_^(2x!sPHv?ZOd zjzHGz7<~;(C1-rhL2A-Iq;Q?fgyWRrOWy(cX?>6l z00}%E;Cxj)w&Yj-tke+^;p$&&DfdiGomENJhPBb*Pm@GY~^c#1!K9J>i&{zcz~WD|OwFD%UtvHOFk;R`#m1WmiQ+ zRC&vu|HmgQGszpLXrGXT+kj}MU|mv6WVyHh)iIyKcN!+HzD1H~lsfQeuj){gdb9Kq zyG7e$KoLCkvvERg!i=sOBOXC!vP;MQ7V;`v=q;o>fpUeKKNQ){L3;ydAC|qG;21sZ zh6#!4t`OB%sEQ%Z7YU`vcjrJBYmy&D&GP)Wc{~<$E6k zb1BOlXv5xNY>x^~vuDdEIjNP5+Ol)7r|CtvqTn(QUJ)i^q|=1^8E=d<(cuI{8fIGX=2l&Me*j#53va6@WQ6u=0B7DIzJ zMLZl%>2)0qD$=uBL~1~an9B*&D0*HeLNnhIW3^kDIsNPMp(J2_pfsL1(v;tXiE0gs zViP1_C0s8w#%k7ZNmai;j}`wM{YiWp3wchosNZ$%)61wdaEsZ{!5SjeBI?QJ^6XN; zEjY&KY*tHVGylV0t02?&1T?^yy4gn}9Grjh!zuNq$r3TC6F;Ctysg`}ZW$=*0yzad zQV$5EnU!ct9fRpmYiHbXkaqmLw<(*2eJsK8^<`s3w9?8WlW?WdjJkT~Iyo^>*Im|G zCU;$k=911Llu1>cNAYLLKFyP9#A#&vx|We5Wf(6no@m3L6ZBW&r0U-y_jsL{Q-{Mt z85d&#r3tOO1Qug3bN_*Y>5|2x?QBXsN{tld#2s-3Tc!<)ChgQJr!Aw1gikUu5*1&W z;SUx>o@c^dKyhM4X5i5ncp)~Rc~hq?YF?}9i&7B;T7rSF_1FjTB5}qNqmYSf+`es< z4ZXhXsJho@ZfK-b`qrBSdat5%S(k@0a$2$kAM?$I@#5z4lM~v)Q}fw8NSX6&;Fenx z3X}2>9v!e9)OZ&Bol{VEE!whE*ghQws{`k;1egsSBm^}g`U!LnbSFn1sy0SC{Uz4q zcmlJV#cyP6+j|x7GlTKC+V=h*gC!@^#CGLpHbi280-@N9>I2t`75tJ$$`wZ^kQy z=eBJsNY@RU_wtXckmP{*wkLSl!Z&_K6!Bf%Fvjhqg$I< zG+tiO>v(DJb}qM9eJJ2X%F?_KIA~;!9Ewvp6(pZ@Hcp*FV_QGPS!xjUMUr*xRPEt& z<5RDZ+vi3OvTj~gHM9l8fL@Xn`hYM^6e;Cx3O&a7%b67lw?OF2yB$)lv8q+r9()v% ze(X*ZVfRlGyIFK@czaf4tuZgXiOb`CPPr!cj30kU*{0Hrv#mcf!BqV9;!;cWIwu45 zjh`p0(ubgJ{(R1iKh6}UW{4K8O3PgRYm8!AqfT!D8_h<4g!~~*&!IkZVP)NTg49*B zJ=pk!--#}E*tC-yM24E`14nx@3=QiXfVpj17*}O(*{NvBFUDBK<|j2GE`TxIV9>f$ z7LrE2O$%t^%B^P}77mo3nPJ-Emry-f1a{wB8g48Q$R5gQ7B&%$O4_Co#$e``o4%45 z#v|D8#43N0^qnIqj4UD8OzYRDDQ=iT_VR=cJx9GaKh7PYR9;=Ikf=$Ixm4Swjou3U_^K%2p#r)=btkz{V}0Q23g-y+ph3 z!mb>K0~ksmJ=I#%yubfj#(!~e>Je;8HjQuFB~j(PpEkfRCtVn)m}l$3%E@W#g0c_9 z;Z(XjIxbk<;Wku~Owbn)M*lRDMm(*%rYj`}o_9i;;a#9_Xj181zSCW3T||^%KVh7| zVE2t7MDVw1N9{mFagQQBV?4!U#O=0VO0Stfl(j4x7s3QGmr4rQ60WTmSog)zZn|*>=5cEy^wHmBACz^W?;&oaL7v9jAYW)rP zh8!hJeo}LgofA>iA6Nr*Aj>19d`m+Ey&25{vq0&$(E?eKhJj6*EPAdZ%gTc5qMUK; z9x1Igw$Q2(MHg96$7k3YAeiPc`mRajOleO=IWU~>sxLKHI{>((ay@g6RyCpe8gfe% z-2*ToQ@*9F!Inud>Q-hIkbRTuW?fv(%)mFNfoLmKhO^aiTj4u$>UDex&*E!R@WY+H zm5>QKs3^zH#F9P9J)M(d*ocW14739n5O9hRRPDqwdxJEgvDk7MN0f9UlYu~_`Brjo zQ5JSsn+l6pyv1Fo@w1bdWSmJV$;A)Asc2ZMKXq20q_tlJRPmLqo82{$$3+Azo#KFU zxHfbeS;3&L%^@|lgc{z@W;Ky3X*h8m!CvyV?24UXLA2;3f zx8Md&udf4X!%8ek++|jCnp=w=FqT<7QJG~`Thy}_CH~4LAViy!(v{k-CZZq=L2MM} zu|diVZwOed1K)wMisBBlGJ(Y2@i|$~c%3|d^Rj4~C1Wjdr!a>VkCCMaZy;aH)S#E1 z&mv@p;y_@_A2f8?K~#mu4h8cKO0N*`iw@YQ6N^pV)d3hoq*jsQ#oL7=`(ui?lJKj6 zsf||z+SD|rBqY8!Mq%mtn20m=wnpg=u~upA@$dpNdG2%K zmvMpswK}n7pH;3|dBvk-6yuY4w@wgYEWZmGyF=eCmDqTe^^Q)z-T7JywHLlAJi4DO z8lf=pGHd=ehNhWZu*Mn)kaAQHAe~fTpZk0fC+uLKN+Gbi{lkn>xv31}3&wHB%?I!p zs&uoVIMM`V4+tuIW_CFA={H<|4=k#Ke-P1?3#-J1U36^i8iUZM16SPO(Hp{2!0D69 zkE|)v3u7JywvOKryPHvN`Xr>UA<0`RoG<(7Y%S2 z=7VwzJ>x8h@`~26EN1Y>S!YpRcX(Eiby#=iA5oq)d?8Uk3ljj+E9h?}KzYSnarTo$ zqtH0S$rYM(|6kDC=&b9?2Cjlz>j-5WQ$iAGbE=ZHgBt?1st)-xF6`{7x*xVA2#Khe zSQ_V7QG%n}z0pI+e1Wj;INpKk2STBiaooll{8dxJKGGMeJ>rMAZY`389=_ur>8UbI z2N9;|>)D!Fi`2v-ap{kpV-G|k)wP$E-Wx};Sa4ic>%st)4Q>MdjB$y=+)DoPe#*#GNTt7hbe~e1N);SFGj__ZXFn%yPVn(6=N~~v(-cyCP4#jAL%4ijh#1Qqw4ULoAcZu?Y6L1ev_8oF!BgZWE6r; z{Bt$taC`<0sns2$D{v98(o-JTgJs}OwG5|wf%_AU5cl#iQPe zP;k08^A?JD0F`{Gqlx}AMr>B$nj191@RS~D1jBFs_=<)NBMs;~I@3X+k2AGg51BR$c=Utvk(Pr5jMK5)NrQ%)@XU=VZuC1fhWbHy8ivioNmd-Roy; zH}fpzsZ^^CW3YmK!$KLkp;{R>CUYx%l7p5}AdfOZFP(viTs%0BxsEYw-`Q3Px_m+( z=4XdE!(c{GlXQAI9m&|kf)yNW4B%L(*PmMRIx7jy`M=&RFl*}-hF3I#u`RTjkB!Qz zs>|tY9L7XZ^CnUwTD8SFOb87HK8Ie;i%B^=Pbl^ZS%&Y}#)=|oy|*0v%$4L0`RP-b zj`)R5+S=0~Aay5jp}p|EqLR8dnMZ<$^Ay!K@vuub9wKbJ(1SHkB`qOjLl=tO5GvQ8)#eiz7{rw!Db??>&TAT|94vphAZE zd5F>F=4$!|5;RPi`dN@GV&?Aa3hj>;)mUoMIv7ff^B{$;z}q8$^Spn$K5fSq3wREA zAZE5aOuTZ?@UgxZ(dX}pZ(_E{sR$LOyxxRQW6aiB5hVIf=8*izdUlLANG4|6U~3NH z80^LVpgcx}=5FiDT)bLga+N5o7SjQtEnq>0&BKT=v!C#ww}TIM@*woo@-L^*@VU*THhzqb?04YzzH}rEtG1DG_~9yMWNDRKSU{Y@*KzCMYK^W06`L9kAgR2emjY z*C3?bA0ghMIm$icU1~IXAsc@~`vp~yNGX-hT-O108Pp${P!G-l#ZZ$J&3)`v$z6lW zavA>H<9V4*C{z!DntYdR5|?WXNP2B|6$#x&hFNkSA>jbK8Vz{6N)80hxhtTK+6F}xheS{eP=xp0R^;&Ve5eDk!VC-D&g%J8mMBqJ{6yKWg8XYBO6Rh+#% z2(;&((^fQuiTQ4jM^kQNa%i?u9ort+O47g;ePoKw(K@(SwoY^5Wf~Ou(CM% zjF*LxbskCb!$zUU()oDtUO+kAld$dG_6k{+h_HjPwjiCWLL=r2iFq>*r-q0OS?pq8{czCpsKS|2 zoNO=jeA&pyMJOH^d1A6ZO{UxMQ_aY@!I#+1(l7+@{45L#=Wq8Vqx5VSy9#e(= zoTryURt=^Oq5;pQHlqAmEkK^$Lq^Ad9qLz*WoAK-t@7INOW64{nDdttO5^|mB_S!o z8lo#3kZJ3Pd1DmxKLJ-t8?-YL@x}9MtRzj0=uZ0BL}He8$g+Gt5)|-)m(hLh+UBEb z5V~D65{CWpMjuv z^uu8v78vBHn^CQASdTweOWx$rsUeQcHjW{NUT%(<2M((VPXpQh`GrW%7iJrIQo00t zp&6q?Ne3F}@uM`$(6SWsy`yM2@$Q(#!GuIgc|*p9U+l&zMvj3;I=xEI+LyyJh<8dI z3(N~lFaNm0%r9A-Q&OP29nv6swTc=rB;iH}*xa&oi(V$iGu0{OqzQ6tmG$-DRRNkD zr$6i0TbRq|sD!Nox5d6B=2>&m0Q0#r5L%lLj$2!3lJD=eVkf3mAyCn-GquPOh;9kY zFE6TCgc-#P9K(Jv-i)Q7B6}&4t%c4?vsYC@7P?e0caetcO+@{d!sa|@2bYb3DivQ5 z&7agg6^3;tPtt%DMDPcK(Lci$(^CKp?G!(T#2k>kqHkV@wrv4z==(59*}70}^uE{? zdtsxlX0j)}cmYwDhd@vkEtampV!Jq}?@9NLF*tO&wIf9tsXVwybgh6ekUSyFQBE;6 zMP^KZ6FBf7@zAUdG)Ll9`R^C9?{nkSURs1CrC-T+z`q7CyZrvOt6s zbd8L(O_(ewKfty>DBz%X3dK+Sb$#uTJlhKxOpXP-=2PKxiFuil2e=$})gbU=%TV_F zrAx~q-67(_cCbSq8EbLnRI|M8SqH~rC{lLM5YP0N?F_rrVV?E5vEq+er}O@55ILd( zmxBX{=T+;c-6xsd277L<*c|Td(~7VJ-i#QaD3m@Vvb@?j@AgqCrq#1)HH>!3|Erc1 zC-*}uIIfh9quWM@3)-}Mi$D)ffn zxei&^388AyTF}jx0jto-FFPtH!qR>cELuQ$z6-Xd#LKE9J*Z>e3r)Df2pi?bjpBt= zDBzs}C3a2*9^{ONR*4BZkpQ^Kvuf>+O7v(maMhbQj=20}ILVotKYOGe?Fj!l3Z12a6nntcN#d z>G+dCO{7ubmN1gFdb7Bo`Te>-f=Uge0|A=p^nSi}2`j;joe+lS&5piYqrgN~^CMF9 zV)3%;{u-@uA42F+hc}vmlql@JD&?9&*JQCu(Y>+>4sAKePGa6lnG|7~EWO71jVWWyF3eZJ{V?TVmO>D!uW@I!0{AdFEKhcs%V+dNmML$41ipHyJa>Z}Iv z6;Y8eQf$2SH}wRYc%R;*D58Ra6I>Wk^Kqyckx2ScG$UY4;#`J-JGrDXJjO z>f+&Kvb#ux@uV?vbS~IqFowv_TNhH1W_05KBO7nhUy>u)p~wZfc5@`}rzF3=8fnXy z>ONC25q_Sk9A=XZXI|Z`p4y;)nL4?@`)xhBY>3CBRgr)6n0b}#NGX|k!R8?(?8TM? zB;OKLTU#^lp3><-Gg362#(EeJ?{eOkE=;UTN1A&agZ?XbJ>a?x~^#Y;NMkbZgSUfXPrA6JB5hK||3;V8`L zxYsC>rir^up^%M{W7gk%L&F0w8XAdwXp=QPhQQz;t$&>MLM7VS4uSq)BrcLZC-X_F z(*+5+6vfzL$Kc1)o3$`el3k82|Lny}u$BVMdG2;pCj{$9kIV5|e$`_Kiy9Fi@#rWU zR3x8YV``6Qou(d38m>vkpi1((GF4Dfxj#5fe}N&AoN&PiI$?J$<$qbx)-x7A+Mn=6 z+PD>>c!&HGZS;@i%|RViOiGUyN4&)VzXX)OtBx`bz~&s%0=QTkWlKX-m-(45LKE)&>-)%OF9w4)h}Om>Fn$GoEgZ-R;mGo za$5y$6Fu~Vu!$7)?-^gjxE!Q_iZXjLWHW_n?ZH`IJuXepfo=4%*V7dbYgUeCJ2}pp zDCy=xnI7((?lBMZf$Z&}e5h00qa0y{veiz~`*PL!`Wa6blfwe4$u;hVogcAg4l~1j zWZvCrUTdu8e4N|uy_8ZlEk5u~E}#fWd@>QR&&#-Wz@*8`Qs5^327)NFR44c%#J(O<+( zju3BtqzB360v*ze&_)ur76id}fc)xbE65h&07AYQ>Y8SCc}Cys zvvTlxnlb&wl>WasBw1P2F`E)G z|8U~6(i%je(TLvuuK_C>kfyNW?D1a{o;<9gqB!GnMi8OJ?wqA87VN6FCW_kzTTb$tJ$7 zL{q&0iq8-KPbq&~_;sR))A5ZMuB%U;Sgj|bt5kJ))Ev#Sk;Ps7P~Gc_*AP{rJgaqe zdg~Q!wYhy4?Oie5(lz`-UWHJmjs>kbvN^~&o-ox!-p&s%$;t6uVO|-4dq@L6_%ZOz z^j zfS45n7!2XzP_vK4d*`WCaaY6jI$!r%;V~^`OEfOo`>pR9DAR*+(TG+T>8LK>sSir@ zIM6vDQTtU+*26KR@-P|A1~8$%wj!^Ho~jg{h{0Uqxr{}|E;r%}53E(V0dPX~$EG5N z7|i-I=p8O#BVxQOk}XA-tJY6L%gh8}zDM!a`v~H%co*30R?;TQBnTCI)k9*UkeilbV6p|s6BEc=HdQ;#d z3!H>a*#dPC;5MP|1~UQ~&V#0&)XHLSBq4uBM^N;Z{|mgpUWJV+MIc2}C0HFnR1+J) zGqk&p{hH3RF@S2$&s`FA^zd^x)g*^&hT4kLsxSiB5S}jvN}GCn{25~ z2>^A&PO`8~zp@KhU^J0Ksa((C$p^8it)xI%q9ojH&&K4GZ$Z>XCFiNNH)KTN@!|3T~Z=%q7V%6J6e&p32!tMm#D-o7z%}F_Yo5Q6u z#FCRVBOBXctwQZe=@T)>5PzD+7gx=hUw#Pf0#v1jpmavQWhLR`!DAr!S4nEHjHUou z_B!_udq;3L!BYjG*D^dGM70`9_-9%V149i->y1A*z=lPoVTdXtg};?ZAj%K193phA z^onxW3y05m#0w~msliS)V2qxg4v_=(F$1ACOmbkR0sblm@hXEGNoI_s-@&23jxb?6 zJwq=N(^Eo??!U(N!`1;+39aH9ConL+XDq`v{cN{nW3OX8`kXU(d1b?g01g^1OaymM zl7kbRI~m#Gs{yKFyo!gHq|FDxMV*8eB5y4{*yA#q80{H>ajB)k9QkwMZ!;&3MnFTR z%G~qQu!;_KpUMD4V3$)ZrZe+5T4UdoyZSU44(rm@rdcQe3~zU)s#F+Yc(+Vq^akoX zykLdGa;z|(fr^)o2WS%3$q=q2z5}xw`WYiBM0NSGw~kq_1M;Ra&v$tn4>75bpx%7{W!qCLabeVJrw>W%ysZ)?9F|L#~C`tN$F2vH+u@VZQ?Jz+er{zmlSfpKEqrw)^L{Wm7B*{@Zd{T&} z5bz7!vfm|kJO;B`L#r%2c$3NFRt&?_SzC-A77W1jwb}kOP!5OpOuW>=WQ=1vB*z_4 zX_Mq4n4q_qOfo)`742Y2mJ28u%JSAA+Q@YBiq%QszC5J|dMzcLK3=M?ZJrOOMvmX?H^>W&%hy(r4nO%jk&Nq> zj*jqA7uHHiF(M{z995SU)wNLmFsytay%_3)0w1~+jzy3s9Vp<7NQlwu0EZN=Ajx_* zz}{LVz3-G|do}0h-$Ek0M{m%`#Y0Vp+zV8&T~7PO)~l)Io_R4B1##WI8{3SRr~-uK*Ya?VLAHRip8{71Ja5bnhYkG6rGaV2~03U6eo!~o1bsB zS!Q7Qr%Kbqu78OhiikLGs+~@=mEnlJr4VmCF&IXrTPH$yUgXvA>!d&UC5qc4Lc4nc z6qY2C_^$hfwEl;$@6d8N8#Wdza?F*1s>~m?+Bvtm~lR6aC^=4n@)OszmL^fqB~X!#UQXA zM%`O3Y+S2+QkEd+nLZf$8-lY7;cCg0(w_OPT9Y zuvR!Cyj5J>8^-J%swhlQOp3B3lDMXFuiaw`?HD5!qnjK(CulI_gn|O2i;fvNNC0aC zD16nzygprubL*DQ3$8}*7nuE+_v^};jw_Cujr_CjN?ToRxAHY(&^y>HQlI8S-B*nuO(3A4qx#0wq zS|;I8Wx92E){)~8YdqAP`nF?03T2oO#weO4+hzbHR{Xg6qkM81xM!L~^HPT@KYP%& zIlrqy*i|hEIuIGPUFq7+_?rXXoEwqcaKuvK#;(x!ddEp!^zJM!QgRCQk*MEM5k^8e zPijt+BRUS(ESR8$-TO$Og$Wa}eALCo;148{f%S+zBO+Hw_=-lyqLe%+yU&F&4+(jk z`iUMxw8Gi!*HLF?(;FL$9b`4|U-W>)c>aznu?AyBAzR6UpQO#?*LqDWD_!0*&xsC# zqLaRMm8wbF2OPQ6kfphU*8%Zn$}r#S z)a%V7mY5S59KVMv4Z3JY+Gf{+HQq;w0P-p5`N~R72XO_jI~h zVd9yj^n@ybOJUdzBlkw<3WjpZXpvXY)KsxV88+VqMk50Y0XA%6QnvqusnbgH?vkd7 zFMb5~huKcC#CQnx)PW^DRQ>6}iCVANNnQekOL^ry{TcPl08p4|(oaYUC}HJ6KjuIq zfJ%Fj*pl@#T!|4nw@Mx3iz;y!A2tiEonttu1tm~wIQkW;&qj!VO6d7~Y>z6V8o(3U z3!NBF5`=Y**Vnm#%TeE=)UHi0yYY>}>lSrgb{guao1k+H1UXsTWdYUXAv6s@7Kbn# z`=amGn@<;V3;@;r9O?vCdKn0)T)9*3PvQ(rD@Q~?mE#B%tf$UWRY5W<5)V{&P zSGWKkgKn7Y>kypcjA-~F;IUr16}1=9+ajn4FB=pK4^|871cJRFV%F0NL5Z}B2^*#EtriusN0k7Rwyk!Ke5{@-$de4E;J~v>?>1wLqOMenV<{Ge=3V$2EuZ#| zA2f}~M(~Rb*(=v6xzpFa-b%11rGB$RW#=Fpiv{r5JUK(in|Pfv_#JSqycJ-QiCftN zVme0%jS)QCy6SPR4XVWO8r52N#A?$bkVkNl0dE`bvK5$!Zn_Z+e)l@nz;Is}bcLCQ zNpeH(w;bYV4!&2W*5Ng8ZKCUfIz;d-U9@27oG1&C;Z%xwBEgWEZFaC3^mi1zcil$t zDM)fMVTZpYe09O!r^^fm6qL%eq`6gcpzbOQ#}8wv<#687{kviXQrl&q5ej;-dj>{u zu_^(JqNyCD0rEo|4!%r#&2zXM6O%*;J7!UAbdgUx7wqVSp3EeC{5zPoLmgMRPMEIa zA$(wCdZ$eKrP<@h%aHfC|062EAi`k{W>U%GJ*@>;g@y>F9FmybETbG(oG3m5vvDffX@A%-)n>d(3jfrS{&9QW^`XZqBMO=|e3gZf1oOCLGv*QBWfvjM zIv^B!bRw1U7-9<>KIT))a(t(tRf1O98XZ-Va=tb=CaAeHKAxACd~G(k98+_~5rbKx z$S54t!HG`k5RgfXcvQ+V5npmR9w@_gs&BM3WU>IJ0icH6wv%biSV&Pf4@0UW?gM$2 zCoZakD1`1t*Pmu&ObNUfhQM=`FyyV{#eUzBy%k!Q>^?WVCsx@Y9HD$=?(yy8^^7QLr5J{ia0S7o-`{BwWEE9-g zDa{iPpLdgB0@0|E({geq+&EOQmdw$YwCY+sgcw!RZrUx?CU8atDh+{pt&9kAB@aY_ zQ0CAbXs?w#vch5B5@piXQYA!VjERuQ6_Y52vJC2=15Zc2CDd#Ec^0{54CLeEGa4oX z9ZGjd=4ar<_69&j?L?^BPuAx4sx;l09aWke@d|voyO33??Fmvwl84lS#Rz9rH#vC1 zaLgiHnL{(XJ-q}7k|$Mn-{aad?_|-L*AUd z*m&YI|8-qXFIG+?W8k|7wwR-c@H)4yAB|92MKEP}sCQkMy>)tKQX=Pc2 z718%UzJw1x_kMFbA~5>TTpRp$@Asf!oV@6HP>jxV?CY=vC)f~@XBz$43*;b5WE~}!JkMIVGD(BiE$DsYYe3{ zR%$^?-1GyIpxm-{)!`6Gn}^#%ZS#p#13Sqc^6^A1xgFQKnL*KZ9NAml=Tfmu)Nnc> zI)IKOP(sWZ*|AzwO(f9Pif(@m{Bn`x^}3^B!he??NHmVnDrde2CEX<(O%ig_3xA(Gh=&fyup%mDHvpDo)epSMKsly0X+f#z zvaOCpHW0j1yXuXQ?rmA-HizUF#V`@v*26LX2f4!_$e^r9kp)j*sf@Z-f!tJST(mG>t0XUhlAk&D5 zR1j(-2Gs;g|3V~f$KEBU3#)va3$E0T93zczt4ynm{GE(=O{L8l9pdI{dIM-6Mf3#? ze?=u>ye}SoG?;hA>d@xYzX_y(Tjn7B;|58_i!|8dWN8lm7xv0l!8(tiR<9fqYRm#O z3cSi5164euafW%DN)r6)1<@tHDHWFk z&2Xr>YBqKKHRNNz@DmmN*R@*7L~D*sZg)fqGun`&n6;ewb4#uC!d+o;`I!M~pUZ0W z*8ctI3_|JH`hIr=wgbqbsZZM@!x@Mk*>aqdNV8k{qk!$HjWZ{n%8z_X?6YUkMFql8 zbx-vOoLbL}d%=konzz(-c^AO^g3Z?s ztZcDT`WGvjIinR(m}CNUSc#h6xV9-G9^i-i2AF$W9z`F2G02;$rfBd8`x-Hm3WoiF znDEuV)Ja8|Wh)USm~k$5H^rRJjL~XFRU?aVSdW>35KirGZI|GDV>YZtW!Q#m>Ub!o zZlyrzmk>EVsI-JS`s+19MiyOl zkCOvmS1`j8a?<5~CDDI(bSRUij;M^$QUwTZMCP}Hd>dT#>2_4E@maA&STmoHfe<+# z6<5+&Zw!6GLfGZ*cuPWTAaq3)(E9!Ps4tl_DX9rtzDu)Ni`xH^cM-bHde!oN{Y552 z&GaU79^Cp`cumj9^(_8+iJd;8&o!T%S*0WCW(C|Zc0Q}T4=CE+1j8eG2)Bp9dPvq> zL*uT%`(`cg>h&E?ST8seWA zgu2cM+KVTy&jNCkioIl~5pU$z+3M3^npGscTR&@TwwjH^4m4R&e_HUhKOVB-8Q61$ zy`~>T61Dr*ss&|TM2?#?@+VCoK{^PMzW@un#gDmk;TH$?Lxu*$m+|g|upGXf_#I{q zQ5>|JFq3K3!sjH@y1zq=dAER&fTpQ03-5nqM7AG=}nwZqjss#! znr*!P(GLWFhtn+t$vXm))~!vc@m!C`CuGe`oBTBz>=OqEajgm9r)0K(G zboY1UqQy=XcL(9ulGkThyAL6x4|r)jH%)T~HjI$UwN0+V#{cZy$6u3q^wo8oo2*hmN2)HBXn)y>^4_SCJ-eF6YlR!sC#{WLED2H}hTg->Pk!(l^3i{9V z8A1T-0_&kJvzpKzsaFK-mAoGB~TarLx3w%cw-sgSvB$-^aK)vxJ{Ae zC++}&=d@OM`j;QXsOt(m?N?J<(&{{28@qZcubH`_T_>V-QI(MhiY!7~a#KDoG!IKC zfkre}-3-8k1Oxi#cPm9w0DK|q-drmnZ<6w~0!YC$RAs)Jws;04O)v7xqtLI(EQbfu z3w^_fK&16wxxqFk6C)2FCtjlrg0ZK?#%_(hqVQmm*eG428FDFR|-X)S#_!OJST-(rss)Agu{rCAB78LhB?SeTQgaDq!`t{2N{0R(K5^3u}=b0=V_ z0BX--9dWVDLV)hXG4ma6JQ4LZx8$y3CMXBuXJo>vDMZ|A z%>_8FOF~L22Cr>h{w^DI&Vqc$Z3aLZ&Z*{7&qm@@GgGB!P78x|G4VBgv6*L$Sf<(l zOIZGrpdiz{#B73w13Y4%aOj8eA7bW9K*0?0h6IlL+X=VDs-?_@G5qOGf>h0FWDIeP zzBpld31M_d(6l;T!DL#R<7IBviqjAT^$_LN*FD%u*2={z#VX+cOFoAZ3jg29EBK1 zQjQd4V`nuir2OQ0SFA0>w%rTsm{c57V&8OrsRDerylwi$KkPCwfn0-^^^VL#M}AEh z7}Q{H#yh*uc@2WtAkw&st?so4J1H=T)6!v$rIva$fPYqE9`>7bzqVxQ(Oc4&$~yAC zz45pClEEKZuc11+Q9io&weYRP-y$n5@_vOk_24=W_SZ#bg@;baiU2T&W(EH^3NWx- zK6b845of=lUM`g_`o{7o`d8Ssuiltn^oaMfUp3Z}jhYhT(Ri|ldO=8IrVl)#8B9GZ zB~Sb3uF9&mEDcTN@4Br!)C(MfrlAW1Sv~Cqg80I*5hG<`=()-wa|K?BbHYAzUgS<% zt@Wg7fSRqUsIHDEp@7`zR}1F9JS7qFO3i6?Jf{lzh{|J_;8$at>7I z-tH8to>XsRj=bb@Eu5W#S(DyoqPUkYP3s&-f-+K4BElj45qb!vm_nBU;l#ogut2u@ z7fMzDe&6MWsPVrHNKaj;IW)biov^7~d!*X9 zW*8Z%KB#FG{6rE9IjQM1yZ0&3C|PHyc8ilDIv65`t9|MYPPnAa(fI7(<3CHL$-;Eq z=v*8cC$nDCTf?vKyJ)_ewM#}WY^AJH3ySW>P~uGmQ~~@O{0oo;5J(57YV9uIexP3~ug*ld zCgM=QP+NIU6w|9Y%U}`!9wbR`vUD?D@^O636R2sg+LyfU**cIJfi0`?ptUaSb#jYl zJgb-cg*pLu#w?_FoZ&=vL4(xNGK*t3WjG}oC{!E6=L)fLJ<)YRhG}v7uNkc(>T~=g znu&M0gvAmU$0|AJp#`d5o$*};Sn@qR*8V<0Q(hAU(nbJNjiF^@CLwh4V@r3)V z0HRAy%I3J@u)@xuS&>I}v*flJ$4n$cKz}_1WAFn8LhgPQ(d$S9anRZ`u639b7iF#- z-(KjX;5n;-n7XRa@2SwXrS=n^OVE(NpKa+RxBJ!}LFOV*m=dJOs-A3jUFCNlx9wQY zWe&ASW;GZpHg=(#r8IqL)M}hmq|ycF7Y66OiRUZEEw1~O0unfKJKKr7Vz~yVhj>Si zeZNEE$So3}*=7JnIS2z9bVp;Y$hAXyFw8^y^Ch0HJdAC{VsD))DynM-<8=K=o0ID5 zns>%5n}o_y>Y`m4k6S6qhZ3~*y75}f^g5-~Pejb7xDe4b1qA;IG>+fTAVGpy(=hym z&3iCGV7RpZ=Ox@F3>*?~25V3mw$~ogP%#`-w^cAhnObieM=NXN$<*;iZbCTybp9n6 z(2o}80lFbuCslmJIe?XUqf{?VVCf>>T3D&772GiYyh54JB}hb_N%Az*ZJFk?-Un(> zy^{y3TaR@YCJ~{POmF0TC37@sAa0lQf?d*QR@n*}fy^o=kR{Lw3A}GhTvm6EA~G?N zA(rZ1r4_@VZI_Atx3FnpdDDH*&WFMRz`f(3$8sRwmQMAbQ?Y^b@K|T)BnH;`?m3Tn9*|`Lx`%9d{X9_ib78NcW390 zx^orrh}b!r57JbI=v&{b#K=H@K{T>%vn(&yzu9R!Ltr0 z$za@&c{l<3UYLozY<>sxDd);nHQ0QMZ-Z=>q+D@od`a|b$WfZzs1HfKg1D6t`^y}t zgwFb!gr&W>GA*JE|8;}2(0ZX#O^47I)mgLiK0%~^gtFYvUh5kU-Vq?~sK~OxjqFs@ z^kB@YUGyxw*N{v?7VBqKQz|6!6e9&iiF>fZClW_`lRt{kK1DEDcFRha1hBP;e#tVN zwLT8NTds&$@fDGY!p$wCjD3}-JE@K+aZ48QM5A zqEQ;h-5dSl@zHG&087C(Qfp#u)dPwwQhx-~7U`aJVY+AP!Mtuwk2NVDDyg|g9XDRI z{0A;<)W%K=Jjo0rw@sMT%)?2q8pqRKLG89n|gEQlIx$#j9`YE=@Q?gvWd>|jnWK7_2IL~B(Y;}n?#K{rr2=;h?u z*QJbxVN%PX&wbg(uJNST66aaT)9jzxBM@Sbg~BN~fDZpqsc*jt8GF9x}i+;{^NKDJX#r#<*AvW4PDL{IOkd=$~G zBED+NBwLSrrmxF1U$bYQ6I^b|;MQA+odqN8@NY*#G|uyT<4Jg{anyZ!N}oIZ3JBcl zqm+^@^u!_=GIyEvFDbp}I3+z=0_#i`fQb0}tNW3yXKjo&{Egc`VwbaS35GYE$`1_2 zAeHq&IC%V)JlmE}z`e}-a~&ADFZSZC4mBzY3JbBjlKmQAJ`~%8svR(}R_LKz zMyM#mCd4JPn(w(^cecyiH2Dh$Lq{gEgXg}u!3O~tfF(<3Q#r}MA)oHXTN6LH^1YnD zk!J$1=DA| zD~p=2M%oP=SOImz#oV7Z6xRWgq^n7i3{+Mi(+%8~m8a}OHhA(sZHX{EOV4@(tA!zx z<@nggDN?&y-~Fx=jNF1OO2@>wkqPF!$kaE&l9~fOkiK7R-gjniBp@OjP_s>&UaXmX z(*@IVe-R$Fw94a1mw0rdpo(57r$JpKZ_ZXKhBLQHBF?oalkqdfD$NmvXoHZKATzco zW-=_KifVu!2yBRz9d@OMf?k5Pgx;9`rc2Fum4jk}GMpuMA3}(9WVI&`6ww702dj{U z(`#yJwt9kANi~s&Y~9eQ4r3wFcuvFZgWA;gUP?Z0yO`=&EswpO)xe*ld5VyZ0YF~d zyTLkDEihnd-jL0)BT=|WomBMSPRQ8gN&%#43sq@)gUB$L3$O+e^vxwWL8#^oa!QUY zRIyz_{vbS2PC(RkE#p1#6ySIlt~lG!k_0~*O06~md}Z}TXo-Ilz!bvXvL8RtUp5vY zsY-oZQB%gFNWXkQRLZ~)^K!B^DiGzhUZ2|CJ8a0$MLmRWVwp3vFYaV?538IzqDSzW zMdT+m^GA3XUw+fOe~*Y4&Y(TC&iTqI`uY>VE^2%oPzxUc##JXc;uM1H1r!_d{8Nk% zhS)|G!(EHk-)~Ilr=d74RxUYHGMH5eDLvj8n`~bf4Fk zO>ocA%Cv!e?b^$;a1`-xYQyoitit5N*0pIVQocy{H^-|$4RE&4?k5_G=fLPv+n4<* z7EKsnl;KfU1Dx}{(F=V9RUHiAHVkka7#Q2aX*KB9bn{ojpbOp<;2|vP4z7YT66=BS z)NDc-RIyiDi%c2(AFfTiMkypS{s#f}T0^-F(MY(@l=;Q=?FJVrjvrBj1{UG*qo-5D zWJ4rTV-(wv!h~O_KvM5`di-4YMmR981hkgx^VAzk4vkxZ9Y4%n!vib=QtfP>%_mA@ z$E_23S@{pP{}7TBAw=LnZ7GV$SK1_r0xH%t(rHE}EMEQ-XsIxWa}+Qt_HvA)pPNHv zF7#Oxy+@i)+eu_jefVAqx2jRAdcwL`V>#ITfXZf2(DBRyvhe59(VT%+z$@Lb7Z{be zL`4m1SypXN()q&m|NNHkc}oNV26A3Y{e` zY#CsCC`dvwr~HJ(v0ciuUyElfql-e24p8t}37!}uD>3Av8KEf&3y+hIUIgh0uT)KG zPxh`Kl6_^A`EJlCPi1-&E+E6DNvx+hZ>w&Fm-_vP6ypzrZa0Fh8wK*psDF5a^q^gk2Rh8K_n~sz|s>IcGlhmveD=_1%q+?0j zv9K;(y%;WNk(8l(ZJY62ath3e?V`L$3i*)^Q-na6y+`J2T*{CT4WqfUYrA$M%@^fG z6rbLM|Dy6^eE43Cr}E2I|B-q7);;1Tf5_xY2qKjm>4wX^lK`_0_kYM2$E^GL2Krs9n%x2+5m_z=)2m-4a>M!5W%PJ95=l;0V#H zY1_Boj9D$l?Dq%z8sAzT$*V3ElHi!_}4Yug3*sw;ByT;)9Pb=mc@YY2!3c=T! z5a)7=;hMmNh511j>mJ4fvF)!}xvJ9dXPg$Kz)Is{Sm^QNPMq@-gqa4Tk>T<@seKm&a_%u~v`fR18)l3&vi zhK6T1zCD@pYddoq?k^|kw4mxiL@3_?g2kHWwKsyj{5BCph1>FXG$_c{Yeo4|zh!Va~Ep?tYMJi%YyMo z&w&9_-GCIwKShVezVfcmeW*$W>pQ8_Iv{UBWT4RR9Mq=9cu-FRLb@;M9*gUf`JWk} zddhlvEcGDI(z2=?JLK2d0dtzYec$CsBkNdbv|R!<)vF-~e$pv_s#L+ghG7|sZnJ*E zTbzA1MJ#(dj*X+>?y)$|eWYgQM@;@W z+`sM82I!KRUBpxbO3@6l3Ox$4Lk~-Oy#+B1n~Sn6&Z$X)W>bFx&6{L7=*9u{7&0t? zmpSBbbb=7X{>5itr6R?01F1uV9*^Hwr_gCbGy=s_y*RN3ad!d53Qu#N!QATukKyy7MW|&j zbYSEL$*pK_BQuIw)01bD;t$GqZ+O3Co)r*yT6Y@dw2t5pgBg z$+yrGR*tCiw>yp~^HSL_1?qytEUg8j>*Ea+%ok-pIw~nBtfS_4|hbt z+!^?d5TbQR(CU7EP`5N(o))q$fEuVMp;}wXgN$`+pKTmU!gqvoF$i{4#bXJC+}yN< zU^yMrY%gO3FP3OP>1ODjwIa(MRTk#mAVQ61&D0R7rhwvD<(N&)npjZfY*N}g(#$NK znLlK3d+3S4Ev4-A+<^OO<vtSOnn>QYXTr6A!1x^AJ=fYeY|E7HEg*`f97Z6;!d%(+8%5vyRCq?;zf!)%##Ra*i}bZ zh0aOpEkaiITP)(YAuEC{#wUxnXaN^eu@)u(yz~w~+@xq$=j?}#(+SO%MAt=dz>Ce< zj(1Swz{4=x=7g1C<_G0rHz;k}ci+RU$uAl9upgsMSv!!Lfnu;rEc=Q#^$^6F1YA$k z1aim-qY4yN+^w8!DEhL=CT?-WOdx5rCCR8M1tL&tu`iSGk_e^9WxLCkz$D(xI zY)ph>-R*P~PF9rM<80{WHc-b7_zgBAIKjD8@=F&dOmH6)ToTi_URU+)_-$Ps{h(H0?->l*xva2V!NZK;nS7-k?M2dR z4a*@wFa-WVdxizp_noq}cT$RW?f4tg0mmVZhF{u>Mwg`H@Bk-rlY5PX?vIFP1&sJ~ z`CuoxRiTC((8W9QD78FiZjkT)5YXJS{L38Hg}VAkd{K)RA7{iHEeKU>NsK(x3>M-k zoOch-tv$u#YbHAC7}b==T4=Q5)*<|a;+4%&mz^IN`!`!RC%1=3W;a6($xkUg>L6oHhv4;yd*o*S zv}cw9C2z?s6(qU?I5?^35Ee+vtltC-f;&^*H|{M(*ek(sBzWu?3p>DlXu*xpA?DzI zWs;>>{ivnUKSK@5?#nWSXM+QFC2+E1<|8FZR-utL(xSk*57$@iI~NBM1eMbsWWLu; z^H2`w#?KEmQY#xoWE(mkKcG@ki+#Vcy~#!NTuo;TS_y_%x6ZM=Z=`)1cN_UUJxEgZ^>imq(4VJ#VB zP4YjWLItkpHL)PjyA(?f59bk{S#AbUL%eaUS!cNDV@li}jHU8ne1DMia`x`Y$ut-} zb^N~Ar_m_zkUW^l;4aLHWRc_2@6Mh^JDAmP>QBn=wK4=ZP}TxNF;|TF-d)Qwggh1B zN_?P<@(S7Dy(SRDy8eCG&C(BOlRPb>WU6M3p_yE?`2Emc$=yKWP=+jv#mCHR{n7XDlot;l_a`<)D1$(+qhn#Ml#v`|O%GmCf2NUD|)2J9- zPJA#J*o)b@xDrd&SJG&riZ4&}QHK2=Q7#_Vj+{`6_I zFom1QkA?GaDN?}Dqg!$x@xeM~C7Q z))r2{h9e|ASc3;oIYw!kwk(AT2q1-N#n z#0EvtCfLgjzOh_{jQ6q}^ArzkKshf4412kD?dy$>q9{6ot8MWt^Nx)@8*Pc)vuimQ zb2W=@wI0phVHA0VtGe|xhoC3pi)6W_3Huhj#ookiH0VU=wd6#96tL)Cn87cv_q5$_ zD%!9_LEwoC+#BDlXcWE@qZfw9BTX!6{C4yhd|KMSU$VQCtYMrRe!zDG31B}Qf2{x#~Y4nyd}ui zzp&8e$p5?Zo$J4>(6?07fFWT+q0iz;T5pP zOZvVT^JJ6S(GjSle+uXXSl~G`?XD{-nFLh|LRQ8vQHZ%$_~Ak-?Cb5!?MN&$5ad67 zl2{B2eDA3&!enK&eq1P7OUOc?Z;G_GPa%jICF!ER}75qh1&{BjNFyGeS) z0~Rs)4-oC=cts9Xif*xSq-S5c=&qeS`rx!_S5LIzUOXkcY{t%6@}6|F8>y>?9*lG9 z)g&InL7^ra0M9$z5gaa|@~P&`*3B?)JWB{Cyw-^I6oQnUQ>c_)uiuQ$o>)&KP*DlO zqh8`}WHgMwVmc4xF*s20ax~aPy8InHV9XVROQ-1*1nziV)Z~d%!PC1xpBIpg5_p3Z z#Qn4adblt)t;T!>L?w^(qaYofzj$lEFh%M0vE4F-2=#DgBmr!Q{mKRe{8r#g7-G-5{i;#p zwBe1NRGZ_$#`iM)8VY}sMplCpsOWlAzEY%ErMo@+8H5BtK*g}E`|6eC&Bn2`Pt5*U z<;0-TtIvf+0?x*hU96jazLr;_sd{lj#{4H+=T2V6;Xylv;Jqx8azw8~#=ks*jV&GM z3HgQ~t#HKY?Wow2gqbhtYNja=&+e*O)M0|LmUX^!NobzgRua0pY~^T0CYgo!+(QB4 zIAm$0hMkxGdLV!4I3W=2k2>iwC#MKGN7G_^4Pp}2DP(+&g5%2T>OlQ>PLAr zz(`nRB@;esNLyr@0l6!1r2efFxZJdpgKwT6KGOonaw4;v-myVfKbX?Nw9fXF+NS%4PML>qMEc0IRJG-g1#72Bmvu!ag{!}$un z-tvE3xH0ATll{7(CYb&s>0fotb~C)V7Ud>~;1!5XVO7PSdRpdQ1UE^Z$P5<_&{|$z zZs`*k(_eu+nQnA;#A60xf(9aFq)9ETx3x+>WBH$GYgs>Z3P%c!2c6K;!#G$D#$mpZ z0|D&ym)GPyKwdwnnP2&$P;s8bY8RqDhN*^!TtHm}L`Rt%BuIz5FNKVC29OmgfUq!P zFcDf3ELtWI`dMR_4ct&d*vUe-^yRCWd7%m47 zK^br@FU$_hesY%VWvQ4+QRS-kW>!hR>Jr0Uqu;j2(yuR5@{1aEZ)xx= zG-2355n>N!QTXC%5${Y06^y|=$;gZiCjx_6&i`&cJED(L5XkexPqUGRLhV-8%2en93Jj>o%39WL;|RHC?AMe!OfleM@S8t zgL-uOK0)B+mRk^paEF|-GJz2uYaD5M8aR)~P2Wi4A>C;Fi29z-04h~8_b!KJXP8%SN^Lh%4msB4(wuD zu2vYJcksZbhLTpvR>`eD=T`4%Dyfuc`(E!_zec-a9XS$POcjF*3ZQb_$hC%zWUWlp z76F(h?wNH6Zmzc=BGHyk2(Ozv#UISB4!o;05BE^exf#UBD~GN60LywR*~kRHQD^*n7iMr4)aia1E-#f0*Yl;)>O zJSgs!YpMR&Iw73qkzs!1YAbe*2k&J;K(y^uXUXM_%drkbEg{`p#B;*O4*@-L;l`gI z4Fz-{M{Pro8r8hV)bVu66}6cs5n#t-%xJj&B4)8>*af9vG3bZLEq(CoR+7qw!(HL0 z;-#hhoZ>8iOYT?2ogKVwCz7*89LKHjO8RXPl6NtNGs=Z%{_Cr4%-TPZyrsA(>X4=x zZ1wH35Mk&#@R-muCR#1uePH^*NnR(>aLD~7ydzRGc1AJvJ!k6sZB7g9qmhqQ(9u*7 z-aZ4kc1u@dM!lQ_B0aa<%9Jb;Z+{WoSE*aBbtOD~YDCYbKyM>=QE~u0FW6eOkqK`o zEg@N1L#+0eFCN11k*0ZBe%JbGV*hxIKz908pqNXEhoxDLq%JYZY=(wPFQ>0WxJVk> z;zEunP)H-R3*H@tFYO3I*kW#9B`n9^?D(iB<4N6Bt0~+elHmg=!2LMTGyyge@D9Rf>RWP2 zl|z~omlIb1Z7ncUQlR|G-!EEMPe2!3mP#95@m z6i0k?^R!U?RTc){jA|1rH<;oz8OE+<4j!JiC;s@*(?Y8qB?Gx-S;RBm0P!PKp=uCu z`gpjAnTph@LN*-HC$_hy-ZfKc6Dt%fqX+0(?U6T0N+Uf|TI{9gkFKeO{kuPei=ZaO zm8A;lwWlX8_32Z}bFtFa%-f6*z52o+{H$%^%W6YiimTwiE^RS^5g(4^b*LN(nrCec zCjTJzj~5P(V#7fH1CX2PpAm+K+qKY53DCv+Kw~Etab7uBvf*)JHAG-a-H{QMyPLyi zuh3pjCVeQX(RmaVjG|DXz;8Zsy%_uixzuR9Zn@z?#Dl{b&n)ch%rn%;Pp%u_`+f)P zA%`C}c>P1BJ^o7R6szBRNy}46ncTI-c*awB$}d0Ge9Ma6dsc^v$H^!9{1ph&{L6!? z*PWfcTHZm&-S|OH`O-IVhxvsR_k-uRYl^ng7vBQzvEyk~YM zn%9_KU=+wL?`e=q+HSHTXjKqS$t@{`AM_aPY#_2CA({9%ufW+|${+&1R~sVldtM(e z0xKodwuXls`FgAw`#EZ6mg7Quekyxh+}B^T#MTMoJcnYV$mGg*TdssH%;G;Yp||dU z!vfY{MT$r;V%n&zW!e<)pd!b+9-Z<%jT}%{sb$UEI@tj5XhfEYVq{wc)Zk4ETD|ml zr#x~PA$mABS^f6cxm>L0aoC}F%g7CHN34(~IJdZLqaWKft;UW-d%;QHlB)-fET$*? z^Z7vc+ps?oK3H^xGpNLR#}9A-oLKD3CLZhZW_-!J%`zf*QX3D57DMoitn; zy=1&ox3tiwS&hiLG-HPpdRB*k>e1v`Pr?(=AeE#2D3}rA zY*TQ0%m%u8tx1PPlgi;-OXPVn`_zg8@n*H0n(@snvP9gRjKby-!4nL22$X&rq0L*1 z;_k0YTV<4P_h#2WSBHe5?$&j2c|;C=HH!O3|IcdcWx>w3@3~U zmV_JxBl67C6LDT+%NbVp3=vn>SFfZtQ2r0x9Nlj8e;l^3tt@kEzbcvIb{Y*2hDzZZ zVC-L!ixBb~_5B($!C^0M! zRQw41(PTMcIWs878X-}BWanVX5DDHLBCPP)gAWEcvr6>YPr{ZGW@}AB zShFPZ`mPEsAvUf>Onuh8bsHFg?qm($8X{o?O&sR=wwna*nmlo~?3L3!!vHc$P#`&# zEDSnIM7mj8-M%CL^gu}IWpf^(7Hk!XmHPc?kp8`F7cH^*!7Yc!cd*s1~Z zPKI7S#n0DXOA~753c|<88L+!2sEH<@DfTQsa}OI!Wo+b-ZLYGleplJtWHEZj-0-$& zIv+VzHN@D|0}YL{G??~I5LiS*6g%A=SVK*5%*klG^Si7WY0V0M-d4LZz7FSWBSGUJ zGqD_JnjxPRogEfAedPt;XJ1aOU3wVJM71m!_9*~CK)%0r*krhTQMAgnP9@o0WA(T} z-f7J#xY!`EUAK4?#~{lUK9y)_Mt4mxt3l0D**UzYRZKXI>aNa;=+wpR`8317TS;`^AXwXUV>Fk4 z)k1q!k1cXL^~Y;njs2lfxX~z0-TX1F5>yoUY_#sU*j#9Aj9x}9KmyS~Y+VFq`$azp z1^;fv-ml@7(sB{?Q%hN7=hGq;>pCDF@S>34C(0gc-N;CZ0>MqdCVU@8E&hW0z#CqW%F&Ijq1ulC( z^lUK|-I--RO$TKzT!K3Xy%{9Bl^-Xop{Ca}COEJFC(?7qP$^oqY=lGYmA~x$ zs2qRBQ06G{oSS^mzu90=&a~nJ0HmTL7kg789|BqpuF>=n<8EG+K_rA*&C+ku+=@=i z*pRAVC_Up1@I$gBK<|_O2()_X4y(d#&!K@v%rVH}@Nm)ryV}luQ;e6L`SV0}-}VA( zfvzj}X8qmBa(795Y;1hBt2T-O;p$2v?R9p)wC(9YA%bo@Q&RTk^p%CbOPZHrS($Zb zC=LJ}X%vzeFIj6;etW4{C&DPlLvo0XYD!iD!V3YV+k5*n5*40^-S;O&Vs=Zi%S-)t zS&M7Pb;{uIp51=T01L!i@1x>Hsx%}%KBIKq(6jb=6^^(fWEM)IeSoWrI`r&mnR>ri z8A+nv-E;(|tm-T?6!(ovv$tuaC{i1>b!zluT~tld5cQhF62l-O{7aWIL#B=MC6FY^ zNvZ|sIZkyPjk1|dzHwVC048cmKI}_3eZ?|Hr)o@JveFF5Ya7l{#1*yNzGl()rmxZv z&;xwwg&QycQ)?{;fFt|n`)fd|g+0UG}?@>ip8u~FBwkzuI zBHLPc@|svY6+I*I*A(9D9+}Hq;Th{#$UBRuJ}K}{RO56J7reBx36p?QqXm}W5a?ft zowf)-l>*30VKdUojkG?D5RQA!<)6~rzx+&xmJBNy&cYKZCdVIA;x;u`m(8{;Bo>qG z@eK6Y z6cU>QVmKNhrpYYGUXuSz1|gm$C+zWfyKb2%Mnl(GQ67#5d_#$_DCHs}%psg=Wu`PK zmCG#Iy+@|(k@sOqL3j_RzsyT9-pR`5*IHL%k2JR6E(UZ}(9ZWOZR0e@ezu&DijM*| zxF^WGPmQcPs6_>+Mtg!?DnYTbAkA1kZ%V8Pc1P^sP?AN~eVRU|B@ZVsw6<@^-xqTt zAdK7dvXKYHh2y1!z9}0k0ps_pS{FEd)H7cqAT}p2EjSAJuNt6sR&L%pu&MtxuM@rs z^w!nc;#b@rT&I2r3#w<9>%iK6(P?8N2WYr6R9yH1r+0*IPgEm-g6Y=ggNN0wLW4M9 zzVJa%+Ivhw=|@W4)eoQeynI})^CYM_ElhO*yjEJ&@Y-rRYED6(`^cY71^lTVB$oNc zZS}?oIc+}9<4rn@p&5Ao1pLNTq_!s=V2UKtQVhNSeQc&sDXZXb!XVBXgPIj$) zKbfz618`F>6D<^5HnLBF{9g9vzIt3$S41^{D?F-pq>l$L0BvW*OB&LnCJ#-5k|xiU z>QBo8IS6r3cNsHhlo~d3m*#Ee0dMr0VBJFV>9&NVjFRGb&NT@7TAxI?qM%ot_fr~) z=FR2-xP{2c(WF}dm}CrKAUlgTmP0?uDLCe>T?91DV#p~)3{(mO2Wd=23F#@)tlbz| zp>CI`frTD3&$CWruskV~j?}V$)N6Q(`c%y3G^Y;o5h3yM27zFK{{-J1c?RZP*Qqhk zby^EC!$zQI?P-dxj0AB*ImZ3Y$1QDr(Sz(JED;4Ebhf(T@EC#86kjrb)&@d6l$8Te zV8#$WGGP_O$%958lgvKamZ#{)JjmpH! zh(oA}h#d8GDa>5UWssHWFAt;sXwHKd$35HP6 zSopQ@qeUqwnJpp`oFlUxpXmfzP*kv{f}$+HOCFYmiNsWK%e~iECik;^Sv_q`3pWzw zAZnkXt&l)KC$AeAXbh6EygW3!qLlUlIW2-k^pW^Z=-f&xTKit_w3LouJ`$NdlQ!`R zwR~$l_`Ov8SCCU1qyXDM!qq}HhP<_$bwXFP(SxhP8qjvLlZ%wj^Zk5MM~STFRTDQyGqlX zVR9SC229C>MO*3}UPhOQe@wYC>NuVyXel2p7*GPYQgv`LOw{4%&*gEz;dH=_^7bS> zMf=}aNde)G;g2|@9o8qqD>B_%>b2k1F}j-$$B~W_F00dprF4du%2cI%WobZCU=j($ z$g{3+wIa>RLeb$RhCDF(G~@CcqSZ6W6ySl|l&-kxJdG(#|2e(WhW)sL5s`*kyQ<04IvEHmhu3)?e++1=+Z133A>IXnWQ@_1DOuoeiJ+xdLLa5j%V41d$J6-{Vh)dYnLlEILa%{FDc3Y2k&bUm^V z?+?}$DDRxfSUbW^WvHgh2jIP_ydDqdjoic>KN>i&3{z=7xW^2U(&jrN&Br=$K>cMU zv!`MEe!*cy#hFi#f6mU?{7}HRy@iKyOg4RS<3-XOgXOGW+`q}CjHQk&WwfXxF?Deo z4K|JCe6YW#kO~hEVcWd4#2iMoN=XZ%@6}41^m6r%2|Xe-EKd8=qH;+tbS1Yz_G9?+ zBceM+{cQn8e8}20CcS)tnw~2oAnz zq?vX9SH$hv!VS!=Qk%Y+g#qM#QHvxzy$X*)q|Vi)ZlPW}H(a|3IYI5kgOG}s7bIaK zMn(+7f3GsM@m?PBmgpb_1G?MN6*dr4Fo5%4Tk|FBHmA-+a|6iq4^0{5cwR;*za z1T^#7rV5dWM~%9@U#PQwdanN>;d4IYooGIC&vv8BCX*O%_w=vbN@#skz}K$t>|XQ%**KKWm!#3bO^|vm^;OSkX}( zPVw7YTm;kh>#cWLjR^Oe*TN2qG{2UB8Ll+grJtrLC9#jf-U#c+ZWD&Xs ztyD5)`cSDsf*QA21CB#jCs|JuZ_Tkyt}8m%ClQbg0$!0(&m_8wC2rY0zS^jx)c$C0 zINc}?^!rhJk*p7Mg0!_wvmwBVBVtseSOJEH5EJ2oaURmXM1-$!oTMYO!Re+mA12jb zS{R5fNjdlgb-hiusEaq8XxA;9>Y}rGJ*sVf* zcF5(}bG45#B3N=|FnISKotJt#-Q%7(St}lg&COYFjpbqGOIaQFeKBPC7C(`l$wiu1 zonY|(JjHuaujZ}{?q3Y$l7|1%nvt`w>R`DX`!%tt@lep8v|SR?tZxC~L)7$SS|@Z> z&Gp|xYukJY#`Gpu|HJQz2NKCvVz?%gHRUY_6gL@dCm~K%f+NDNQFPEl_>dosorwu3 z5G>xvSjrk+B&u+s3QK~bufh6;B^t9h-yCDLdVS_}K~b3CCF*lfF2O}ESXYI-!9!Ml z_y|nW=n&y2+Nxn)OCHkXR%BOh%VwC)Mi?BEzYcl3AlX13ccQHbi3y1KY5))tK!&os zLmVeEVo2U0ToASLY{q$_Z>1a6C^OMQ5A^~_i-rrHl}iqd4U%xhN@`bmM!kF}o?f(Q z5TGX{0?jjfqdGvSFek>1FL=Y`#+Rn(>NA)I)RX`juATGK3sea+AEDt5mK{b-FkrX6 zK4e!_OxSzd$ptu_xepq3ZbiLHff!Q=ySkJ}dZ!qd(oMrZWjDMPbP_ua$Y_KRY1bEC zC~kUN4Nt$mO7oq-Mg)46Q3J*bPgT(O)Xr0680yF$k>n{Ol~oY)b>g{Tqo){hLxqX` zRsWqwAo1=VF7rR>#S=AzMbTv;`5NjEO9-axceTMlL=c-s;qF(%)wH?uH<`5R5S4a5 zd8Yi7$&-XEb2zm>T4bN>mQaipBDx1VZ{DpnpyYZ|AvuSy734ts-4_7qcDjX zzq1AU4VveO3wSAu8m$}iC#imwws0fjlDyCOZj4lBN3J4+sK)a`m zk54#J{R$KUZ8ML+>4FBI0b+QjW0eIfsa0@_Zw&<}GGN(M1Sf4Ude~M38x?s4kGi`O z`DPZ!Mg)Hailmr1ojv&+LIkS6GEks97hFyd1gM6_+Z=W^6)ME{nZ-i^=T8#XEChrj zR7AZaMbq*rvU&$}FhedO(%J1oZkFDVpd?@3Kwm7Od5hv$Pbi(;8JA?RnL!!)_7UEF@N!{6^=Qdg` z5ez0}+Zme-)^k;gQP33J*&s|kUNT9ZN!U+&c^ZaZBM$xd9&46+|3AOXM zgqg^=-76DiiiXnDyENHR@WbZw=G#qT2-AP2Y$@S$S|KvjB@wE@OVZTtoi=mV7HZ7UFk4+188tt5u1Qu)w(se@ZO6iO>bnef>i`mMe}SaPiDKGry( z5fk#a3qsue+X*9(atw6Xv&&?3+>`w*OuLIfiZ{C296Tz|S4B8^X1b>7YvPAYom3?}t&hh;fYHDbs&2`m`>9u0WW0Q<6UOdgNhnc>p zzYZ`F-DBmWSLi*1Job9hbh2an-Q0TAsU;Rj9jStZmcD1V=Qae3XP>rPB3lD$m2CI|YE3?U4e65T`&;vUVad-4Vn-xt+M(RlzAY*&avU2vm9a( zy|_42?Ic7a2n<0t|CqM!Hy(88(zo9Em#IT8-3-)<2`r4UvT~jk7}lhSMH*1;r)&Lf z+Xy#q_P9{uU5U4HI$C|yDgbjee#?(=e)@b3@yD!=^bDn*W|)&{4j)h{X!9p$L;+pi z5g3Q!=J0aOy+rIuh|CS4^^XwLk8!SN$!O2TbVO*Mrx5L7HHLSyruJQE8i}{3DOKxO zm6oZd+LIJyZ%je59MLueL2=8Oxg=^|Br-;8Vup>3XvjqrBoJf=?`>s{RC%2IgE@{H zHIs4@#OVWc@{-H=PT`7Og^N~xeXomc8Q&Iv&uQiS$&PsX}dw| zBFi3^V<&M0p+0@1B9=)+q*O(xc$ccnB;az4ecnA59uSti``POdg35#RN|9I*XV$Fs zs)spnaHf~~N#*N?o7hq#4U%?3JzGLCvnNFkWn1C&>gnZ_mDvW>=>{eadK39Ycp>tm z|1c98$jqL~&_kqaFN-a31|jKeoeg03(`+WVlpzS}mJg1@6CJ+0LDeR5^+imxeAQu!4os`DoENZ7E)>Y)NV)Aip90jS-+>+{D zni#wsIsPovWxXkr=SMA76GMVf&KFp>oGQ7p%>zF(JNL3Voi|$zZ%Ho@>^LcqTxnzy zu2nm=dPjyme!dy1E>f4PXKt7=xth`>1bM=l6mL^!8OND-<<3ExH!jCCcvMdG5fm(R zY^Vc*@mcCs4qdWW#yBx8mt9=-nSg)qqG&1jjam3FSm*VjQCV)&2SvG+0q>3}9)|r1 zfQA-QccB%M#ydgM#W@Q#PMbPxBO^ZoRdk9j1Z|}T5CfwlUaZZJ)ScG$@KLGRr^u9G zIBcz*54jYPL@)g-25?EWUohB2D4Sx4vZB`k-DR=f_hX}=TKnwtC|jb+!r0j0)<#xO z`G0`Ey#UPXGVEcDKC9S3Hcq$|U(d-q?^QZGb?mXdjD?3fL~+K})_{G#(ZPS@BQ-vh zJgn6Sl#*uREe+xdoZ`|kH_lA6Vi?u0iJ^(BURgGc@(qY%F#XLWBwf2)D@%yRGlouj zXh9gw7#ST2R?a}PRwB2XkdY{Gq-(1nnuBT3?wJMJttL*1DZLWF>@pPY+SOwU47V&A zRE$B-C3rX6y<#&+fb;feMC?k~Oc>CXhwkjN$~GR%*(gQ#NjHrjC&Ki5YLy1_j&k>t zztH@Y#CR(>f!*C+OC^sl~JnLOx%KF?ujguz@}}CNF_v*+eZ3ToZcvj`J%LAei2$ z@m~3(XCt!fU`rcNUd9!Sg0D-juvfiWrU2?ppe!FKSja?R>yzAjFEihlH26O}Jpe92 zWF-n4&rlWkMDQeBP;}aKwA=sl^4RH6 z6v~BdmfeOXROdRcUMpsr;)NL%2gg$8MGgr{i?`{j+=5hDbU8Xt-0I)HUUZ~SZGtF*3;=Ji(*<(@+nXb6zbch;rnCJDm9DVnyMpj~KN zcr8>;!3iN@l~l}s4P5*`RKa{I!(LpeD_I9I%z zmoWizY+N=~Y+PJ!`fD^2#a$|DyJbwg^z5O{p3?54*_G+)n`41)>-nxh(nTt(7UU!= ztANC|Dc7MKgKeG7-RN(d@)7sxPvwrRQ(hIXQeNN$c`oz5MJ7nn2E_B?qQ&a?`lsam z_}&rn?g=zX;B?x6S|=L4`nfibXbk<;Wgb^Rgixb?W^^NLV`R1h=k>TTYD0UGdji6r zV^a)f1f%$Xv?!(A$3hC~Ww04&`owEOEiC#!I0{lEz~zdFv{K%c-$ zy(cnb1WXEJtlFA0@0_D%ftO4gt<25!$WPZk8~T1+8?{8+dmkZ`<{k8jNwQbY79850 zg3++2ucPC>u#A`tF7pyp3LP6hgs4*KW`qd@gP3ouSveTT**ZGyn9k6@cG{7&c7`@d zx(JJ#5GN=tI1{nY9@9dpE)%-ZXq80Op(e6{bf+9baV)r$Z*|#9M35YKXze_D1bM=qU~d#aj*0bVD|K;CNQKrQKa7O>JV<8t&r@@J^^-P5UF@O z($-=azg60}_Faafgqv#!TFu zgcE$$&Hd4g$*QU1t1cAR?!tu12PGLP2Bl)}s7O_*GeTzw0#>f(1BN4nF)(-b_ogb5 zgP%n2jO)KE(WbAa-C&3Fg}#w;iWx#Jw}NZz@rTu>z@FgsHThkd26Oe)tl>hlOSrA! zf|2<#pkP?pX>gpx8Iy46OHNi3sGcfMDJ$dGSV6^doO=x#JCJZD1Aho;Wk4N3CVR*{ z7IRbce{IDNlZrmti6yjBG=*8gQ=Zq888W;Z^CL-DO~l9-0$^bix!MfBzg)?+BRapY zKzQ^qQ%5t#5g?ts%Oz+#Vl$Je&IymoSbEoR$r)(RRpr7FsM)E&QnPba6v_=j;;bUt zMl!nub6AYZnyDN9Y<1XI6xWxKp@!R3dPBNoCSOHFMI28())erX*YxidnvzjiiD@Qz zV^+x6Akdz;#>9dc7{-qWujVfGziE6&>50wdRxpdm&fa5{vvA28B9D};)SoSvGW6FW z5#2>=&PKpc5qg68L}c}so2jb_FU1>(v#w>E3;uaka^@@7gm9T5zj*11Q<{`JiJ~xm zjSKYcGEP8GFrOVFRv#rW(5^rou=;B(J0mt&#qcmpc;1DibsE9I+7h%*)Xpohd=$7Y ztTr-sj(5(q6~u(5WyWs@du;`G-bYAV{yC-Ar@F)3BNW-S2l+{ zvcz*9e%^VyLVjE{zbfzF(VC5SdBQgIbXS2jwQk=8mt2A57<~89Ng8v{S7upD992l7 z!V$zHgoJmjok`MU#f&>=__82z%jyq%Jk&OMW(tBxe_S|KIB71+Ma^#9{2dlafghl% zkT!zjTG>JiH+^>ptx=OUDs!l~JLQ&``OHX<7J@iea`SkDWgGvc*ICA9R?lQqGutlX zQI`8g_`dfqg2MC7Gk8iP<4R4`;n37#|R+E3S0@R{BFnUNaD+ z?531SP){;x)uun1@rp(P>4i+|>I*z694`@$ilXJAXKR>)Mw(iFlMtsOLr4>m|`LV%UiPS}kq?>;b*;9a5M4#lO1 zD(mk_zC>~ZY~y-ioD>*&=Hn3SM#9I)xq40sgywCHNg=y9i|SX>i^|ri(zRf+L^3Ie z+9!G)jC-HcE%gT)Nw_no0j17O6+Wf*e~%*X_&;$0RI`8*07sJRBwKxt#PZKnmaVlD zw^BVi;l32XETmwPK;e{PBxrCx;2t_SNzk|%EX5}g%r6H{d->a7gFF~_`&)pD1!`vV zOMarj)q`K!0wk+a4>LS;UA?aH)n1U|@_?Dq4eNJ1GI(*yYW4BqS^KzKglx%ESEbMj z>`WPSu>Yk#NjWOsd6N;PMw>-rm()%R_6~46*N%$Vv^SA1?VZv&a^iu>0;*ayr6yC} zPfe2&QTu|fN2XNl`Bo-2m?pNc_+fRfw1px(gtiW3>bk*W1A}{-a3Y!NGr#X%W2Ly(!C)YPy?~6iW5fv@dC?8ddSK0LU(4INJm_Mr6`p z@Ns@nDyCwTN5TulO1Mk(P$W)0fwjgl`_zs$9c?$KJGTc$dj_|Z)QML;4@WJo0x{jy znj|%r(gU`u#@e<1zgg-Plc)5Pw^Rx>MgUk?2&*(<3DGNg+M}ShD-~jB=wZG@2qjVgEzdwG~#d1J1A~&w;KJhc$c9cVwDjdOCIpiqs)$hK_0Z( zi$Zp03NY^Au^GvaIPLM|k?E^Rp%@**Mn1O`y-DA#*@6r%(kFkk@L2~I(uM>3vYvxI zp@>3?IHVJ(hYXpyAnHz_n5RGdF=>+|{|bRj4)*GKi8Tn7mt{;Nk|wVZg)k^5r<+xn z=We)7ofYAaT$H5&2DbxRdN(TYFiz{q5g%sz6@Ju9CGLg_u{I$J56NT0kMtdvtl?V~j03aik-(kFbOatV9GaK_y!^ zJ=$I9K}(_+$SE60dDB5a7Z?|p!E+SBFOxZZXkSS$3J_vOZ2$e(QULCbR!pS64CBy3j zI#iBkr_e))<)ENqtL*aP-cIDb@%p!PW^o1a)n>agZ3D6k;xHmN5DhOi|MTy&dIIeb zWM*vc_laIbkP+y3_6vXSsNgFED13z2@X~S|z&?=vtiXu3fKquEy$Oh?kw$LQFSa0K zB>c|38bWaXTRQJy}?F}C`xMlz8?~<%r;(V zOb@nh`UFFD`t*$W8P4^+^-4=ti75rb_7T+a>rKymxOswu+&5r@xYDE%P%q-aS z90*=W6C_>|$mh6TCeu8pZyRbg0!7}FigDBgb~lqE-F{4vuBsk3HsYP8_xnw#Id~x_ zMm!%l0^SBV=OZQuy0$Z#>@OrM_j6d@njHvWNyzVvay#i&&$EXhQedGVv0Ht@xD?Fm zw=r0ljSKs2C0vwK*~br=q?!8cH4XenucFT$Hn){~9Mqk=;~4c0U9D8n42WzGecF0{ zc(_puEr0HMO8f7^si%*=Gd1g&sMxWQ9+4Vw0)xu!3+at`9XAxqc9OC*Ow!)OP*_ZF zir1u8g(CMm89}C}Z9!>v<2S@s=5TU{mtbY=pJY#v*pG{Dt>GP3tm}kS&G$@lqw?V& z9|mROml7b21T%@>DYK-PPAdxeqd83lJHGYS1SptIpp5=@EM&QuWMFf9U_!0`tF2^w zDjs>?>&iHAxN7+HpYK33Uo4LR_T<8=cstR4jO|L^D(n}LF;=YkXvc@t3Mgmc1Mgby zWM(#f!6R0W+4jtULF7GDpcJpx3l0d+fE}1JkmHR<$X+oQxNyWiO3>hBgR_v0cRHE z^LF_HTT*;-BmC_*bG*nnA@WV7)y!21P4rngj0hIAOKCjw0+X%IF#X!HN%lIY(_T_J zQD%?BK;mDE%F5RTz450#+9;-qJZc0}XbS8reN2FntIUbM8uLDh**O<6yjMFBA|`FX zAub6V>LhEpb#A$Z9arVuu5d0(hd(1REF4~YKXjIXe8oQsyM{!~VyzT9KF_<3CG+8o zljfl4#JEb-4B+%TyPK<^BR!kqC+)$b>OgvoG&qHN%GA~k50||!X75K)eNd0n4sn8+ zgj=FrjGnDi8vVyk_`bu~PiJ**F2GrPI3ZBr7NXQZ+mC(Ue7tq4=2GrDTl@ajgfbo! zGvNvxmy8EsbCKf1$*~lHlNIj6Ny|WAN)QkuZiLa*!d}c2UVc}{9}GL^B9#y&T7B*; zeZeAh4y>EQf6+Ml76cr%H%&K*$j9|lV}s581oGXZtj*P+z%D8h!aH5 zGMR|No{7*eW-6d_t*Z$P&U6VJT66V6bL@}y2dE0xjBGN z59yRz82hQVK@VDDk1Tz0ixu@z2D({*;Rj?^QsI#}?AMO2dPlplkiKgGPZ33OnL%{* zb1%cM)X4@qMQG{;4c$$mBOO8^(z}*T;@dGo_H?pV~rkv-(mT|a7AqE?lSDn>mn!2af1V+gGiSfB$FP<5#CwN9Gz;&dQ zoJJE&_wPjMuB609z{+{`eFKuJIxgvHu0!H($A03fJ@A|roW^*TQdOWZh8!9u5p*&h zXe5@Uncd-m;8wt;b>^i8HUeZrb+JQpQ8;G`vf>(~+SK+7 z8m{938H7Qk4TIogIN-o~@TVqK4iNH>53N3Zxr2QbZr?&~5a;OydsP}4=JV|SU zuUf9F2E{mRD4vWl-Ckz}sEH!3^=jShpVES67{-&30R1n2Rw$AnIx8LShE+~%J#~nE zXKlCNED#(W&lc003!LQZl+v!~^ zM8#~1on=+?%e0Eih{aejtupkuNU*rs+U~1z{%+U_^Qx0!jRr*ct}{t2&aA$AFJUUT}LBI|!GC1>M2fkmB$5FBCT41Z4(n#x6R}l3S%0 zdi6hYBgb+ju#6RLts^ZJJQ87Jr_g7`EMAJ6Mr8sHIGN2~EwrgAD8+e!QY)n-8<|9j zkrwIJPi%^T@1igr91;{$pPN=S9dJWYDx*Qh@RugI;-YW|Z^%TgE=`=MN^U5YG!Zrr z-TNQyT+uG`Z2b@!rR;qhJ=hAp30c9y!gQt97wOizb|cLVPG7KH-WwQ>Miphon_Ii@ z8fM3aJcP~$D;bFBb&BE%>~@ZXIjUF&3fc8t0 zj+!`>MzMuP8^go?PHlTMO;50?2KJ14t6ovSFaHVW*&Sd4rRkRs!W*IzMzHMXQ%-5r zkzI!>hjllZZ84eMn}!0LE#}pt57C{{PIi)eV6`KJQ~hR)s|0V$awX^Z@^Ku&^hASV zMpZ7uj3-rd_%PEAq~PP7rk+dd@)0-Cm)g7{yboRTN}7n6`sG3Kui%!!5MQ^bg6xex zfT6OBc*kc=-{Ca1OGliIja*kGc6Flc0#+@EQ&@LFpra2NR{O-ww?N_o?3oqe3)lOr z!crCR6;_9=b?B^5k`Vt^Y-h=ZmeD`Zp`vk`9QX5Nn6t5-1mUOsDjw+mOssM&k)2Xi zY(+ReF zZfCMS5cuaW1pt{NGWL^HYX8K@c**7RFi3ZFCu|{L^WsHpJ|~kd`t(so9=V=W(DD^ zumI<`AO124&E^cgW2q%aFsTOr z3L%yhr+Ye3?Mm8)u+VQ;&&$-J6zqAEQf;rG`itRBof)yI zoKha>6$i78Re%-T)tYK0K{51_)1k2hrHr(jV7J$<$9O3&r~!1wd4mC(EwJX~ye87d zYBRwOnByBa+nkh*@+7W~`1fbbqv0TUq_;J?JL~d@mh+lu?LjFKNTC#$4F5e8o@FYSdOW&{DGCe$6I=G$oJ&DHWS6_Zn+iBckFCQ#p-zK zY698GzkUJSX|T||Mkki{(9Y{}I{orIjoi=vND&-!IjZw_9!(VpFw zzuf3HX4E9^hulgnB+0{)bVb2RFHLnL0^Cl;N8hJk+YM8(=$Rnf*v4#$^rEO;SM1=o z#69;7=Lmc}?>!l34>pxZwhFt?W;lSgvm|8)PX-Iob93<3&kp?>9d12V@MKHIOtR!= znh=B~0ja%7ZUj(Xt6C12<^|>7Q<2hQF#*-7!Xqb{#bvH#exS2WknBXfHYtS;e+8M5 zDBaapdyDzM*Zpw)WD0$?}vqu2cHxRVllQEdY8Cke@jg-p=1s(Hgq>* zb2)Upmt~^K?`FiM?7@WHrw1I^gB|NnWxIdR30PNm#|)G-GRRyYLgFRXEXV@D;8zGB zDi?R&HsqWd`Rf{Du-hTl3YFKUiFn;7^naAEP(0{|P`@2rb9+9%Xw0|zrIlyauHY}< zp2=IPUx}JC@nbiE`V&*_c8-^|{6xprrc{2JAjd_vsybL6P8C;5MS#x~%gpyg&AlHV zg#DoBYe<_30?smK&F3}Pgb`aF9LBNpX+R4X8&A4nwHpJ{=_1fGEyA-gTceg}6CQYX zlUu~_GnlMUfWpVuHvlqyZq~_*5tHeZQk6`@05uD~%p_2iuB>0gQVr>)uqS@57x?G5 zfZnE9PO`7*mS2cMAQ)y%=qmtgf#+~4R&ILXYXr^9DuB21W-v9YMrKaAR)P`5i>Q}X zd-MbkFq$r3&XgNFS140*n~$QQQf8mbp9)*XwHeUBf4yD;Ky|y004cn zqYJ2ZWCIBc$@trm4)An=qD@V+Q9)#N2LTtAziyQxRXXTo&#j9da@82)T!%?+j!jsb zP_#yCe*kYCV(%_~SmPxzYSmxwMh^Z+tc18!x=lVk9VjV|MtP;gu^!W0NgAb`+m~%X z)re?EdUY^T!O{c4VR5bT!^XjHs0RcKDA6o!9FY0$eY4JnHsg}C)6mAQ&O#YLp2P1y zoqq*7RV-|z4dRfYUnFdywI)F2fXp~5N?V2S9VSN*tQ0Ph=&FXI=_@8;Fwv_u8H@CR z`*xAaRnSk;l7RD9H+kBs;V(~&$@ik_s8ojnoCYGlTJcF|*$(5mN)>2}vcuMGw~j1* zOHhrd_Drei1{l9pj|N5|>Hsa2zjeaa z91D*D(R`G@9p;Q!Rd-9lttLjQ-CU1@`WBiUwOx6A6`=aChc@pB=J7>6<8R@Hc>!@S z+RhDs+4SBX)0Q*8D9Lwk$wVyXg)T|?Q1sZt6E%6dDL~Sfa2CVk9IeJH0eyJOjat$Z1h_~=r5|2C^Y|z~rAfJD2j|{fQ zAP%QfqWxIf?M%8h8jh|sCtjt(&#%VORmNdUaGOGdvN|iI!Ene47FarSvLK$86I%Bq z!F9(ETtgjbwqFcoDA=+!5rAo(W22n`*B3BtoY*fYEv?<55bsg?p~m983Py+toN*6Y z^jR+HlTe+V!;Uv&ndi8$ft?dD-X)?1hK(HOSCQcL2j<6Ni9sP}^l7N%P|tVzRrJ*e z9Q|X&or{}SQInQY|G0WF)IW$LLFCzNkREXQz5}P5(<)9Yn{bx;q_!0aY<0bS|zc6F(x=NN$YyuFC|{U#?({DW+Xjzswu)ssu`## zk7A-VFmFK68DMjpI7voA-a#p%(kWEQbseQ2W>nM#M<6H2r?yw!rpzTU4r4jY5{U?7J1jy zd2n_8i#xY$La?TV-v$U}lEGBEPZJiLVHNm^23#1fM#6tkfqR(F#9dgj@e1XJ%NH)o zk|^8c!5Od zi;jwjVe$2PhQsB|^5vact?iL%XiXk385JuV9SG3ZrLBntuFfJKpAXm>%%LHoX^>3I zB8B5N^vm-knV$^nUe!%&Tr;WHa|QIDvFxV#S?Pv^v4){2*WSJ8QPu&&l0GMfY770? zM2KXl4Fc2i5J_!J8l;2C{26>bKiJ4At79I$g;m7h`4?JgI+ha zIC`a>vG4cBw+|@`3b3luV)$Ye0&lhb>?q{v1zJOSjR`1=yh<5* zK;HKd`bvB}0&)NEq=~AjO;UDHZ)=3a1A_!La#f#*bgCd&f}64wmQ;!h)k>(~UlwCz zV=UhChey_mabI(g{H7iKNX&{WCxF%FRO8n<+7eVzE<;M(poTO#_atUYY+=+&qNSrRWXz z(EG3TAbmLA+%k+e_m9ab=>k2ER=>AQsJe+CUE<*lCIi}Z`YpE zJ#WlUiB?Y{FVXZX(NsaUAO%Q4UL474Lrwv9pxWR}6jqxLxS3uf47;bfAZH0%YTd~j z9Qagkd|CK4%W2__u$F5%eE{R~EhdpQM#1-n$gSn!PcEoR$i=w*qNR`;>fupO8nHxa zmIztw6G^D9;L;S!fF+#FtARL{IUgiAugHYEm@BR{s9Ffgq(o-}O6blktg-W1ygfV1 zy5)_e0B|)T&YS7MWQ%W~Ut9`l6#<@YPYVTLg;xE`MfsMa8A|X9^SYDJ;-7wUF}n#r z=A)3!jxF5t_}<8~s~MJ=D}$jTyOh3r?upbvaZx8$d0J61n(0BNUE2v}aKVnMA?3j_ z07F2$zu3IXBcOlBML-tY${3bF#n~%{p&B3zQP1InHJF6Ak<$j;aD zc%}*e9bx$&Wd1TxSZDLGQ7Bgw;wn(_@C3zXJD`9=i~lj~UrxSU#= zr7?w@SYPTTHiw28p@j}{Q0#u=o`pody9E;*rSUFS=lRM^ON4TQ8A|GNIhexQuJrm)N(i1j5V8WhbYD|}Vp~>NQl9<=g&VHkIteG;Gz(M{P0WFeI<~c^h=Pj zoF}4Edpz;@5(7+V$7FwF^OR*OA6|tiNX6oARv4Axl+!>Pu*EMpvP#V%P=&EB1KZ_U z!Q{n&<8|5V=4-_zzK(3a&9HWs5Lr%xg!kc*Q^w~vLlFd2v#=84P8zSSNqaql2-pAi znC@bdzbovr%WXHRW!Uw&su(vwnVCP(OS~Jl4a-j+aA|j!^fFDX%_+G!;%y>Fr?W~@ zh19ey#S#Nnsvn7Q!SkTH5}8jhf6W(M-E18q#~?1iA-a=|%2X8FCaE@oB;f(29dFY5 z+C9mO-JA7_(cB**dsbu~e;L(p;LLh*v6VAs3dsm)E7$?RtkN?okRR;p2LeC#V=h9! z{ACjlSZ3`#K7D+jXED=_#79c*j>yW*&9tiH^+#r%g_hIHDEV)AE08-H=aCEsM}!ek zj4&L+s=wX`k9i1nNI=zXd}wv0@lvK5n)Xba@}NNK6~l--&2Lj;c+u&=!xg~KGVQ4F zx~UR`qS1#dI9me~GI|+?=C`W7C zBUQ@@&6F6{>^!SRx(F#alO%!>24KKf8Kpd8=((ctbw_|(LqzXPq=8*Z-=+3fOqhJI z0S8pErAg5V@&LR$qbhH$&gXnFhWa~5L5^Ljq~>FTR@^EeHp(}?B_k93-EAMTQ@4j7 zq=Snaif?6NA}i8`mz5VdI6W|`9AA6`dP+;;(b`!W7{`3!#Ig@=$a`9+R@LMahMd;( z!2O_DL$4{rBL_1Z&iXt?Ks_!xOnvWInUP8|TX5KuoB(jmfAfM)`(MS0W^ot^>V3=} z%gn6n8nGSq+7q|!MPkjEaV{BwU@zL!NW7$wBZr6QK@rSs2jM8B9bCfi<%iN9Q0Rpl zTnt;3>7H8Fk}~hjQ}JH!hAkmGv5xvt>wHG!lw(tyo_(!WH7T*%PzUM#Ac)qZ+d*uh zX3KWfG+8QtQgX&UcI3$lC0=Q!Sy|^H2ugwE$eg1vf-wWv3@rj#`#G_({N$}$DaP?n z9h+eauZrb~toa-7+s*vBeJ#bBn!!!8f3AY7R@9$@nUc3g95mv|o0gm)k(@MEl8W|I zpN&F-G|8_~1RB-!K@B|$^i*G{KuufXql-gr$Xpeo&lFMhbbCoIO1Ywi#)wRRtRYr_ zf0N50azLlqa~tc5R}9F{FP7p%K{eta%U<&~MP21;%sJ;fz*2G!*tG~(-yLH%-uQ-Z zRwIIP?ojRb#*02awg5zk`_(Ia0RYX&yph&cOhSSZGfUsVFSl7@5ZpMhz>0n2c4> z5mgL0+DunERiXSBn;Q+$wI8%Rh;UPXZg*xLF(7TqklWEUaxG(+@T1YX;%mX?_fVr;|{&hjM^Gt zQnV-F9lDJcS00k^F~=qx+H#_SpO9LFR$I(X zF$YJ8sSn|{E&Ad2RC${qWtYiujs;QynO=f~Pxnh0vM%|y<)auIIr-Fq686oLz%NHX zJLLeRimCA$qFC)5O9q%~M(dV`_jMdvYHt3}&bA7ojYn6PB_K{AmLc9WEK&>Ex3wsb zp=|%deGVG@INW_D=2Ad3pES*oyIGia1=5JTkaelgmWF|2E zE0nOAFp)KKKx-?qYttL%Al%x{z?Y(d#PbXOzadxSc#Hw)pPsklS)K2Q3vSJ5)spGQ zPfI=N-#H=}W}*+7J~u0NAicoT2SnNGTu>Gr94xJ;e@hpr5H{a(uXP1zWg>%I zy0A@nwu;@@@OottSMvrKjJee;mBlq4aR?{54>eh z!(!n5&4)9iK?5xEKk1r)u!s99?F#rrB9_;d#WUJ99YtN)sJY=J35gIbt4rI6%yV!` zO`NZuBn_2U-!$&?Vw-o}~(#u)&O_~b*Vc0ek zSqIEfDJC@v7JHCIQ%`vauRwL~sUPz)w0m?d77!GBX49ZH5{A^oWW%CvzR?t3SXF6J z7_&t=3Xjz)Nt77|D+0%YNg zAIV{T;V=U;nJ@*(DF13i^iNT4igs?IVpf`7dChxRUq1&oHM2OJ_%uJ6vJ zffS*&VFIda<*nk-5yYfJ3_VfN($*1JLF6()?PcH<=C&D89&+ZfS5-JXf&IAsl{=N+zK1{UPae@S8j zyA~8Vp|nb|%Vi|Hyl(6hlYU_LE>NW6z(SnA1sZV0PCXdrdjY3pyC&4rdg9vz;Ak*U z|7+n-6n*sXIOJ6wk_o19v?E&pB_WfR{^-)Z10B-2&`irg67y~iFTC&IYB{Z!iP({Z zQ=BfGyXy}<6F;3F>W}&UK}_(UazebfGTXuWC~<cG*8}_fbu*Y_M z(x>gZV(qm02TJk4=hAh`Bmh8z6)8q%ca$mv8w>-gW#0+)s|Dp)Fq-qk0LnNRiPN)R zF?Uy8LdO`V?ZD81b(A0$kM=F!?M$ALlqrMI-O<}Hu1po!*ug$j%15*@+8Ae- z4Mu)eN{U$}L>RZ*&{6c2O0&)g9O9)I8(b!Y@8);!mIUfN)`$luA|v?d&kK`09_KbvwhMY-MUu1CR()`cfp!zI;BQieyxTDRyK=_@_WF_9QD!BI2b=a4>kyhZ?6RqKzsK zC2K9q8nu=dZR)5YigS$J%)*p2L_XvW@dl&)Fzs=%d^N^e4H?6LUBB5 znNzMXRA~AnO#P-5!34J4QEB)mu9XOrGttEI5d&VAqJ}#;eJV@?am4B#Zt&z@0jVi$ zvynTe@Wcf=tjo`Ru1Uz_%Wc}+sg>FjG&mmqnYOVaE6^R*B0dsm9Itp#&&{0%g$RzC z84(r?m|^2mZi|yTxM9Z2(r2l{g-7+0vF3eK=m*KA@vXs8=&=TT70Dx$*hH#LHVY7m zaJL!KAK8MINT#8yVls#k`;VjJpl8n|J%~A%cAU->mqK?$9dv5!fSX2mWd1Uv$PKzA zw`huc_ax;xJWS~T-u(8`wvA#G0Ghb36--!5Qf$Ks7YptQj$>FMDIU3Nj1y-r6`xB6 z(;mB%j0n<4Hdw7nh>N!C+Fr8AGIqML3fq*HBNl+sE^o;72_R#YC$c#jeXIbE60%*R zBY(EDP7m$bwh(Dlr&oV({H$QFC=d@78R8@8*i&vJbVmK@4RAr1R*0QG5_99rqYu@q z-UR@UHSSz$b;rZgvJmG7OV#eBV|}`_=MAKFO?y#r45>>)^*USU9eHOISS--(Nh1Jd zK|%S!%sH>7C^q;qZ-xl6Kh5&+PQSNv@l+I?8Epo*K7g%V>eBKZF#xunmex%q>M z-W$EwUZED$qByQ#WTl|=kLVBK`(?2*oSV0+X;rHE+V3ni z^cVizlM9d6yc^Nn>r2Rl8$NC^AOpUZH>&9%RMottAzVIICJnHxgXt35a3(e;wK%Ab zFjFabV+~+A<@$CHqAxC^wp(sO99!y8J{jeI011T5h$c7%Idrb@U>?A_C)Lv(jdZpU zG<0lH8h)>(O|C{8LAL#=z~Frfg)Jg;114L`Ym4s`m}NnV?8iqp{+c)C24!~wBKF*a z;)mwV+RBm=+|5dRv5=5#NyBl$0YOKTm6iRl_o4@tz zBe-Ky;QVey8=A!4l_Rh+N?z2^%kw;e*#lnlXMZ^^U@cuXTfAXXsI62f8dE zExHU<{1{)A)~%gT+5~Ph_b570hQKpl&HKn=ILKSCqD?}P1OI{{U{ifBz6v1%3meK$ z1>2;B>|@aH6w~?9XVhx0|MePIz|hnt656-M5C2_R8~msf+lzWi@x8y|?4VR<qCq|wW|pZGna2a6`ZHl&OWZ@(LWra~7oCEz$ z`IUNwa^_S3qs$HjuR1i=zM)wjd@x859k^;?Sx690;h@K|SNwULgK|zie8N#@ru3c$H zAiqdk+67tl2APcwM7!T9{7& zBv5T=hya1B)K32ey;uzmv`R*;Z+`%WR@sT)DmG&kP5T9^k9T*Fo+L{GkzI$8j*8( zu2HFMlZ;b)qzp;N-Z(vULYKH4q8Vwxd{n67#-=%L?1+^32oqJdy+d=MNe9PANlW)C z{kq0h!($1?-7u~P>J-3)$P^OzdUjK-GD=GWdAD(3r!^F^q@ElaT;578(NS9IVtUGr zUMIs~!5C%q=i3e53)&(-@erVb8u1~PFW9_cX429$;GSOU_HQEg3ln3CKv4Y&{1!sV zRmhxHiVIfi1;?tT_p-6V4mZ-3hs8BG;=pcbGX_?f zJrLi#b7XQeirTWkgFn7t&#)>;pk zT0`#gszOpO9lK2!$QUo<1Tl%-*NJ64Ke#EI&2tkDu3=7FDjk^i9LkZ1LnrRD9!MT3 zr`of@Q7A_pevbXKA`{U5liwS?+%vOk1WY_)ySVeZ>|hy4q6T50FSoaPpxP#Gx7Di8 zewN`)u03T&V(L7sVM~K@Iv=+QwXI+i#T6Az;84hd|I#Y$O!HzXPBCWVtGjV`V#@Ct z22Csi4ot1VoFtAOLz4X}LC%?ku~g@ETEqls*q)n(X3(=@qo@R$b&)-e_VK$EF?9Ak z$9zY+$uv*g7SI+!8U(>mJ6)3{Yl%W?Bpa|2<2EHg3+!taF$4NrpVSC*7hIETHpB%@p*@=wh7(BW+^62&7uHJFu8QS>U=+#P zz9@YXTD4Ly+p4ies;lY-MI4ZSVn`d%QkatL^vQ8hnjxF1rY<|^PTGuGk&Lx^pK7u0 zbOVU6$V*3QHDI7_%+>HT`I?rLSR&o_{-i_ziy!*z7-qp!Hfd19cBi4cjz_D#;OL(FhC8=S_WjAz~lTv)fV8rlG`~n%9R0G@RD@z*q43Bq_trSMcanZx;pL(B0}_ev7!@cqa$rvNcXNJ zVEbLJ>q&6sta{zVAVioN z5Ya#Qj0t%>Rl19;BO&#eD97c`{|4iO2i~w|EL{4byVW8F59lnxlxrLgdogrH{7jbz zz-dERdg>XoG-ghiepKC02AUj&K#so`QR=huhWL`H<&(hs zpUXlVtCO6aKQ0PBjRwHd`W<#AlebF{i7-6pcVu2sQ~xj@8OV&y)Nz*A9Fh}@$7FJ4 z=-ku+7}G_-+SPP7u4h58t}~D|pP4URAtWOOEYStwSu*i2vUkb8?ohP%uuZX|OJ_zK z{X-%~k@0N6nUAL)M!Xq5Tc96{=z)xRxJKy*M;Q`R;|sSpWm57!EV&&wrA-q^1_E$+ zEpym!$Yo(RkYocK+~B{b)nJ;W6sy|pl)Cr+3rIOOoO!X>ei+VI>TIGOaWONttS(AW(T^P>78 z)lQmMDF#jNJo~XooH%cF2$3m){!=%sWQqR4@H0>*s!!ILC>ynMrX!sBm9J1y|4Kc+ zH~L&tJqQr!WW&~UJmlK`jk(85N zX~$(h3{h}rh48mhwhUZ)9?ZWe?CtmAR4to0U}q+AWGs6@>$Nt)fN*4P&MVw#NA>=Y z(^)yFs=+ex1AMZ}JpAeabLLd)TDF(!SCI2MLDSyGOqs%5U!~_t_O{Rfuf|#JM9vg3 z(yXxUwP@I;$z={CIX^Fjm~Kx#FQyqH?m#AhSfQ<^VYYcPlUjcGitW#0>N5*A_Rvdg zwP|dy1Zdrhh42WwMP1S zbFzv@uciDZJ&%d@)MP|}*j^E1r?kwXRMREciOXEL);`elUKw7)SI3xAUZ8E>tp4(;`wifTxTYeg7(t6FC72bleO zg7`DEVA*9_omF&N+I}g-JJv+z5v+7a$w$Ye30W&V(zWW;_k()f-hWftbHo1X@3>&s zQ^;4*ocG82d_4%Ny-6Z15$m4`*{s&`qAac(tDQo5Y}D3*I6w)ECEK#W5(G8Vvlz7H zn6!d`V!I(D73Sar7_y^EW6eazv#V{;^vYCk9iyi_x};_2VQw;taELGMzLD)D8A~X~ zduF7a_)x6TgvG+Lbh(>)GR$4zBnyg$ai;S}yGr;g_83A1Wu+!0H+SnIg1tzwJmrH* zO7%=wht|Z%M77_Y^!n>;7I{bWuN}GrDHXC|>k*~{T|5z}EsWT}$MCx#vw4qV_9IAK z0gi;$%cRW3W`L69fmv*-l}aG#JIGsF*ER*S+_Q^X7pb#^NepdLO^SQ(&(U0VtD)7T zDv-P6H!Dbxcqa$U*skwNdO!4@iPD@L|2am=7w?5i`gJS>&Hx5B5p6kYNZkDXbBiWJ zcv?`0>$VxOY|?^Sz?%~P(<#bH27$c{k#AW81At_0J*oJ%-RcUwthjeP)45VAM7J0r zV4$;wnj6|XJQk4~fIZ(&fY&5xt;1X!JLyL|e!lJ?6={GK;6O|_gcAatiIwl+4mP5G zCBVQ*ZL8vz7aO1&Sfo1q_gFw5Q$r*bDuk%DL8G1ARbmi6;#I$nYSq-z>=czfZ}@!d z*U$-(kpIOCei})#fgK@VVC&>TXB@x7>h?i~>%O`*Y^X>=tq^4rMYcL4Q_7W=nO%R{ z+?O{^+Kd<2qb-keY0grIG9(4USl%pb!#xdftg~F=LN61`1-Bp~(=YtJa*#ISE!!-1 z=wHd@v!^hy=U}cCI*k6niG4Fi5P8kKP$iJvp03}=HdThnTfPABy@z%5+#jH+xj$H2 zX-M5D2lC9yYsm_8w~RIyFaeTq;_X2NrA4V>BaSjsay4eygCx@<`H@m&j^^n$z1VRX z3Z%gHUbHfIqCkRAuG>4pi7gL4@r|kujc0|$HoCMEK(+=BK2n(1V6+PX={R(d=yY!e zhoA##aT~ za|)IGay|L!Vxw#nzJKuo4N^g*MB8}!$gV!D(W<1CH<%?xQ#x{h=cuS`G)-S`uawSq z#dM_2BQ+tG8Wf@?3Nlbfsdy6taq(=)sd34Fti~VyJ(E9XXxA1gOEU5K=4c_={*lhA zZYkJ~`JXDxab?EfnetUaD7I&VHWVPEJ2xdT8@f?M*(7Cyat(v45!cIr){k zy9E;L`&27?h|2;g$n7X4h|L>xIs%dQjkIf{Olm*NVNF4%_29#nzjlCkG)sXMQ6k*B z{{lQNf_i?g(rsjb+e|5*%i6=chMx&x;Gs$!erm-NJcP_G&kx-n3=NiRy@ue z%$z#0C6AlA0X>7B{JcVA$H8Q_(5C5LD}*y9uV1H4O}g!@ZA|oJD9{3jrOBnq_U~Lk zY@RsEXxW4gw*h&E%xuiU48{}ehmNx{`^dhMx>0|A2w#9#-T1z z$21h(5*+85H~xHkRei21TKjDd#C2S|bwJq;7b<#W;3{CQ6h(n%)nx6@!_DBY&+zJEc) z5*V`vDfZk((U{QCiu!10U43A*EgdZ<(8}32QBs3hty;#&VY!B5bdMSn6{5+K*cZ^L z6o)a%rf3g}fdePl5!ny)5lVk`s0qfpE#D1YB>r$d*+#JihQ_E@vuSXz}T@|9Yj?FwN+Z>eX z)O375k-{)$G^Aab)^c_~zS^l|=I)XE#ekKwi{?jjw}c^nL0K+cvx7kvuTVN5NW&oKq#R z!m8`o9OK>apr5p(T<(+u3$V#0@Nm$Ro_Y*QlcsZs!IpM%*>#|6`eOr63)?;KgZjefHy0Rc3T5?7j zFt!m}di~Aj{C2Sg{W*S^goDga%5sZ=CrCGH*eT*vR^mcnZVe%> z6;m)MlrrHxi|j?WZmn;d4fgX*J83+UFz|2_WWuNgwczY|i2XjIw&KF&9FN+AVf|JJ zLlK5|F`dRBn?;h`Wp*9CcyTJ%=!2s2!Y9wI<1*HNY6)m~ zaJi8{Tx(AE=@gF+a#@*TTzPL{!KVMaI_^|m2Vo;h(nQ-D@!*wd#|s3QqCg1%%hFZH zmZdL^VEqh)5+jPN8={2TjF$5WiVKURh6|!ZJPSu%JrOGE*KoTaH7Jo+AeN)@+qEbK z+N*82Jo0moLnI8TAApm50s7(bOp+%Sa)Jo-xk$w!5=q}g25$X4VJq@(E(4v!s%J*6 zvb+x5jGjHY4Div&lU~cC9Vz%YB5Vph&h)i#Y*UBf0mi&QH2RbRGr=|$&^hu;^5gNY z55XXRq}gG>X3KHLcfq7sSl_Y-(8|LdBdn-eoai2=33#xhhtH|I+oD!w45P3;-g3c= zVGdF$-?kvEp&JA!S4#8p9EFx(jg$?ZX^-@8hQ2%LNPZ0lyVJ%E5u3cRd82l4@XOP8 zE?7mOrqyt&BcqomgP)UvLamzp?%06hyoBH${=low(b7ZugxXZ-&Yj zI>j?V=sbI#qq_-|d+sGD8z@e0w1Y?pR)kcgK6wDuQ&UExs^GpyE*w1b_d$EY8%4TE zA~gR~tyt19$Bp*i*t7?(|7kRxt!D8G=!k$KwsHLAVJ{CzdW%oG7%3@JFDbnt4k&K}o$^Dk8yfUlwS$*L+ zkbN+lG8QmvugL}}mv#r7M{OtLw(5#}O@Y1P{4{n$UnK_o!bY}4`*fW=Pt`k*3n}6F zcy@fJTgIL$s*QyVJ~P{0)0nH?Fo0%7!-9o8gD4$z9Tmg2h0LY#<&9-2R`W$f>O)6R z|KYLdWaVrO;g3`>@GKKuZfrkg75MA_C(IN)j?>-YCBap$LRY&FScsjC2Hy2DWToj6 zIN;tP8qQqw^42a)UsBDWYU7EMFb!Gie-Z2IN4>(LU~W0jy&GqZHKH`fa4WNY?VC%k zCI7S8E6#YVVg?gzPKV^i< zGsqq|Y`zK3@NUIc6JVm#&z0tN`LM{u9RTDw@xVmM$%z31yl(h1o%2o`Hw_sP^hZzh}v=d+?Sjw3k_@H8MR7cj{g> zXQwh!c*HLYD=&P4aE40@QsOxyBUB1plyy`>rTx zc4l|BH}&Otw)_DB90SHoFqRq$fO!`O?f!T(JQa}ve&OSXbFn7-(i<8AEe?KhoxTc2Bjxg{rrOnAqy9s z2xSQtBo`bWYYVj$Q|cQ0`lV7W@wqVQ2?+r@fBTHG{LSJ?tnY2VhkO(9e{K7B_3O2s?W%!F{VP^71^Yqd(6 zE5KO=S#6DkALLeA#fE63Kf2H^wlOdjYaZv4%S+=tI~{=O3eYw)v7*^bpc6o$BQOmo%24AqGaQ zQpfI@(V!0@wuBZlAb%MckQHHq{|1g$d7oPT5jg|5>Y~25?=#DM);3*bNqL%{AsOco zbQq+;09lon<$t#3GKLZQ^+QqbF{&7X*h!n@MG_26dl+dk+)Lt+Sd6k}uUTV^Gl-|I zAGB7!NIGeINDZ&im0#zQ5@p*cCofg4la|0lJw2+C=Bez7pKGz1Wl&i8AAv5;v)0pY z|G;G7Wn*h40c?T-;%WS=!r0bD-RuI6Dt3N-zD=pyGUnF7< z-B6oeV%32Q4JwI)&{81{S#sA^^2vl=&_SxRdUVHo(_wBqNN(IZssT#|`hA(=ikz#9 z3g24tQ;pdyWyu~kQXUivX3n#kXurO67#9rJJe&|V{wNl~{x={w1AZsFosNf1qzeppm&0 zvM@RpGVPQ+Q6Hug5`~F8U5e}zddQ4q-Tf4N`1+5tw^b-mgLPqx|CpMW`Nu%})Y2Dd z;V0sPH-P0ncI|@r-EWKweMMql)&ab_F5eJHH{;+ktU?B|Ib5M+8qP9~M;orQ;0u?| z%tWR*Dk@5OVWn(M?y^&ib)(2^mJrj$C79yy*`xI_#$hO?X1zG0+5o2arhYUnsw4J9 z$Ij=5nB``R26Geq`xZWV?aZ%wQt>1LXIpz@{sdjRh}2f}_ijsZ#N=E6#gvs!tt0dN zLRRlQ$y$F~L>$U6=mTEZ0NTpucB2$OXPI&@B%+0qgIT1RQx*-!Dg1**u~eG3&k2` zP=9nC9B{1l`0?vn%mp$wH(8LFW0GOLE#PyU?DZK^5k2X6C8@>k97ZNb@E-wgmNqi7 zMJ^TYsrCC8p9Gv~)k+s8Pgir?HJ#yuA0WL6 zZb6hZQqnH`uRkTt33lyf_= zA)d^L)B8g+n(Mf^jS=a;7@~EK$m3^XfK4Dl>Xi-6qr1?h34v!PqWCf~{tWhN{ zUsz_}w}9j8{Up! zbHPcqXNNa)(J@r)M)UF7oJIuZOR9#^8#(2#qf5fq8NDtAP5}=`hhuxP!D5y~evT&CX`qrBC?v~#cBcgrhd;sER~ z&_E2$OJtN`Ata=e+UA9=sxs83GB1)|-MXtGDa(7u@3Eev%b?0Ncd~nfGHlNPnQhO9 zaeny6MOT#!!n%IMN$Xxg0>g)0j%N}1h&&^r6 z&lY4iRQmd~$(Uhsato|cjX>a`fZQIiVvW#~VxKx~MyXyH@SWYN~mGqUJ6|QLMH{qwu@yl;W4P^r&3Zu9?&WR8raa}U27H15=&YMPN(BT1SdgI z4XFYsR6V#6`^3$~SCzzmt?vF{>v}%L(8cgF_fsxHon_hiR?F798Wa(m0yCtdO+|S| zEgTpH!&3G63l@dcGb(}tPP8SM=L3oXCy&e4eIvKujcJFN9)ddnbTYRbuzJEe%q=H9 z6#7R2ODN<(IzEVpIfoE(gus|8v07$mLF&~3KWy9?RNez0Ep}D&NL4?@lofnjPXLs5 zQ^M~wR7e@i9KXdeEhEQY8z35-f#*62I94+s51V(nndJu^=D@~}PA7rvA455?Dx&`2 z`ng_Pt|Oo+dz!LX&BZDs=S8I21Sey4zo$pxS8ylO;(MEUF&!!ZP%*{A%+vj`pHXOL zy4ajfb7i?6lsg?+uti+=BbvP)TT909#z?sMdCw5QsI3sIS{Q0+>M2gbT~Ub`%I2Vz zlKxCUgIHK$)wnHR$QupoLaVv_$mBUm8-hV0U5xyx`r^2R+A0Dz%h;sUtgWeWau`L( z%_5agW`%HF-)b5C)cmrloPjPMz$2?@IH_e)n^+p#zMpfPWL_b|Ky#A}?(vOrkn-xl zNa+XH_n>@`FON&*t_abMCKvY4Iq)eg`|&?EZwahS@zIco>9?`l%}kLefHl`1U{wZ< zc)i;e75hglOtyXUp6urA>X)!;Lk2-p5`?7xSd9ap4?dIzuk1J{!8MvAgaJKn#%65`}L}Ao7UrCSROc33xYoNwT=bCsl_%=UETI^F@{};cLwWe z8YwRxyZOhSM^`u)w;9vV`2m_i+tEtZ&G>-u%N@<-eJSdW)EN zLqRU_o>l%#t~@SOL2YbA@B-~diYW(f@=v=Xm3ziQ4R+{H3b8^}xV0D%M8D}*+`udS zE^XWmwlL^Ssee(+`8YEsjFs+#yJ}Q)5Qk!?dmNAkWNTyUkFODQRCj8P)R`Ot8|BLQ zNs7yk0s%c%*!;b8_a3)YSmI?Tt;{C=s^gS=K$Mr;=@?_}nVew2fj4layytQO8L9_x zfI}vKz2zlkTw)I@S$zRWn3QdXtQar;I&@%mteWKrlvPa(~YB#^1fU+-fsa*#M=`+vUGrbnp(V z^Nn#hSI7##@5dDamzOP=gMu8AYtmI95=K?RBxOa#(_}49m`!qgD~idnhhMNUzf4zK!)ho;$=w_}j zl5GDZ#;!<0QuUr#MVSYHYZAH{ow*b#(8uznjo5h~Xd zLqRh!wi53(v~FnBs@2<9z8+5-V%_h~QwaLnGcLg5BKuY;%J7XJZ(lpXlkb5xIdu0$ zXA7xp(t0$gl%fG2;o4kGVhIc4Q_NzcOtv%0fkF%&*2`pW)5ZzYfn?mv67K@am0-^Vh@ zj^8}t#O9YROc!6yiP6b&8dV3YGW3>Or8<<1vY$hY@Wqtk?0&5HsJ=gzP7%Xz|7zQl z2GWL$CB}>LrLrE%-6$Jv6jTo6YJKw(X=1go>=Fe*DLbi*m_f4GBH9TTNyEOm&hxnS z4rV@cu9nU05I$vMr81C21DrJ!mBBfL+2frW3lX2$vaxvqpnp7EFy2NwrhJ=0m|T{O zJK6As=~20J<|kqpzDc9gZ0BV3jS|T4G=X&LGBqUSDdqBS+V?R{)lS$LjL7 z-SlzG%A5!;JM)566IW8S@o*=I`l_@DrAf-5Gu``_G^(JtFo=)9=H?t{nol^9=uOUb z@e$p)r!^MAHbACj{2z3vlQRn~Bk&dvYNk%uXLD8DL@5E zTpV^QEAaUXe6_8yGGh?o1y7VS_V^}9vmZ>f2`t=uXic&-EN=3>B^L9tGjQUPm;6%c z*#|K$12?3-pu<$+E@mIl@k`L3h16=Q6Icu7Za+n6zMnAsPdQxhZs^->@<(jIOB-?} z7dXi@2-RfG)vk2;Cqq~rZA0Na@4TflZ!C2@aMbnY<#RUqq3Vt21@+NHm^*RZ?9xy? z(5$v)Pa4WAGO>t=XA!it%g6ajcu|yO%Oj^8)$*Q*E_ooSJ)3PVl02aOF?VF-{8dZx zD{a8$^Nn}jR;#P9B^h-o;n0g_ZRcq|TxVh3(30@I2+)Iw%fE<=*Bk~`fH`YYvE|ll zuO1U#Kp@$O4ea!WilU!E$MNybQ~DeYosDk8eBtw9sXS&%(LCJE@#qnIfebSJvwqsZ zox!(?#6_D(Ph?pF1FZ0d0xK3uTc?5#%H*^tfQ*123fQjXmMtDw1k-JJ4{4}FS&;w=spCPy4mOIC zJIK76Sz*_#TGj8Q#i&9=q}XJ=DYb-1m&Op?eEN4x08UO6hfxm%`LcIj$pn(0GFW5C;o^=M|S zmQ-L_24PI->?sqbEGiyc-rdz}`$dk{08K!$zxR;%%QD;9B>;|PFS;X0M?*H`8`r>e zHVm?>O55(I#EZAjxmdf-X09TFLOA=Zk_>iEF*OAr2^%N0?P4}ht`r1ZmH0|!P2v*- zL$A|&e9nbxP!qA?HGI%NLeUbubFo5hha+wepXuN{Id&NOdx3E?CByURw$)8+O=k;@)60H_)=IV1< zx6t1XmW70Qw0@wLDL}NS|5K%SRIVDwipSZGu=7`b07JECPK>q+5(x|+s;yk&ups%f@EMn>w;fs`); zzO*p`S*!5Y(;iivV~91Eu3I%S?W}`TP0h=*^KB5%2{W>frYswST$;VRZJh{nWPw-e z;kPDqR82VU0|{ef_8HotA|We?aFuf#N;qgfD-b#LX%En9m_#DvG?%#ObOD6{Xgst@ z{SOcM2%p`rsl>2*k2Om$tEPmM66bn-F;0 zEwQU0@Q!vYRxb{G8b2chC60<$OPOWh3R8)izJ$6W4G^dRo!0IL0DxWx54hJPIzR9$JFY2DnBX$WTCjb%DNsAOSGI?j0t3g^V&yotM zh#+}P^3Qu=za1!emn}(=#0?_yTm@G>VWdu5cyx!xq|`EJ#T8ydP(7WCnDmKnqm4SA z3Rn!Z5RIM(3^r67asq?HJqqK{nmluIIkkfukG*7Ykx9s`1$|7U-z;&%xJqT>_9iy) zRB98cP!EjJ#r|LlR9^%n<-*wgN;%)9Bx76on2=iZsGsrOTS|J+<#5)aN;D=b5-vvk zK=B}na=l~8TR5ky zRGp+e6PFZt4hjC6fsj=iAU623LaX40xRoaF9Cv5fI0GgKjiV*e>qhkP2!P;;0GdgZ zcxssX??jSg*1YHx5{Xhza7zn65!CIBb=|fC8PnyZF6F;zZ1r2S6wNB z_Qc$3)R}?Y`UR^wQPWbC_UqNYrHqY#q8IUG0C)iva@R$3P@&?l1v(W}Nk}^(LJvmw z?gtEojH==I9vsaX^cZR@l6cK{u$1_=p_BouFjGnt#&|18#qSjG_V)sjzhUM09Onwx z#|h};O2N?zkPToGXAAWg(eSYI_zSM@Cy2!sOD>_GnGHR)53dr7G&Pu{8C`3S5=G+&92w^ zu&L|OdMZyb@*7QInXS^?AZW@V#;)LjUPK^VD)ByE;Dd3+VO@WDD1O8+G$(=V>74EY z9r)FROs%YHmzMhPv9~IyBzr}EQ}I&s`(XO#_GH>0Ugd5s@{~M z=zQcXWU@4nMG-9+YdM7Kx@C9Qrs6v@t8eItYNdkU@!;KypTgYflR&7Hv(J^c(W11| zhhy^)11VoBW;GjXGWczKDbKA>v%xa8EF15bHpYjmu7b-ag4`;Yh%lC*bE(1X_jsI( zZ>?9p9u@VI~k;?lgzMLshl229*?AzAO z>rJ5hx}r9f8qa#tWGwmZG^<8s2Z`Kk9lb zZgx3(rGZeM3`T{I(&?=l&+erV^oz3sui`~Dmi$$H+nuMik*hawcp7WRlN+tw5Gy>m zVmS}b68=8sCnOhy4xGDl#PT%vDJitMI$=#5b8{r_DxtD&&{XrGm{{nLa|NAtejb0j z9oiD7=UT9#w4QukgemKzc`nyr;K2&AQJSrG0SS!~MN)K2Q67I7dHan1(^ zyV0uA6GXtCu$XL&uNXKvz_#g2p&B! zI#MINH?)I1TxMp_f@|q*3+$w>C`hUY4cVG`dRHUl!XVw8VkJ(*53|$@f5dUAn)c10 zCRsqV)=ho1K9~yGX3M2y!y2Y5qHj#80tk6?PSw&kw^P#XKRcIxc%L9r;I@akxUT$H z*}Xs0r+d29+6Y274R@E-#N&&gqef_D6O$e1t9otY84U5uopI!?4<@ z`oh}LzKb!=nyg?Ll8z;fb8thw%^NF=%cEHs0R%Pab4uK3D(xyN=~gGzLzhL+N2`1rXU8P7o0!CYsM$mL?6?S{1BJ$>CaZ0(}Bj}EsNC!ND&T#3h1lk=WWxZ(U z3B-^l-qn^k`)cJ|{b%DNu@1X*OFtusrsJMSunKsi`om;M48h^j08KMp0@R zA;a%!Vb4Sqs#a&Ud1c5*75Z8~`FYCP1+tqK1%hZ~tupbG0uKwVox5oiHrIgQv{XCB zOWv5BWB<80>}*!VMgJ+pNt)2zP%d2pRnR8S33AQGuF7UEqv{G~g&_jHhowYlj9uOd zLc-2Q)FWIj8D_ufgKTWR+OyvrY9}=CL8qSs>aVmaA#KMa9DLmpeCDlpAY)Qrkd(pVQIQHTWM)RDt7;gp_v{2H`_qxd-s$Y85b`j9_)9NeWEv8JT2jDD6> zWy3NoW!o4=B^h@JYyT~z{$D9*YeO-~ncH^*L3_~HyhrD)9K0-DF=~D6YQKEXV}Tcp zhKQNM+$`H@9`+gttvX5zI-@MBaw!wl2LD)iJCIlIC?dV+^?{o`QALnsvC+s>mq{eb zE?mfEAa!#oDRP|OLFXI2fT4dVF7TrSBWD*ypE`LCQ$O1b2(gXC-N)p_fd;Wnn9ZUd z9t_X?MSraDzNu6<3bBYpW6xa*FJdx;?AjpnH^zRFW4<(>_8>@|{&KZ=CMiv^rgK7A-=j3w z-rAD4ke$6nd_h!rWxO=KYpsGDc$6Q@N&JhMK|<=I)2&_@*kdrXN1^~@&h|uY>|7gF zoyv~aMJTh+KWUv~BGLVObHK{8LGBNCvv3@W+xplVjx=Ycz5+H`G*0S~oLeEhSPJX- zIq<3AKARVWiL>G)?nxJMY4vGP$V|~{77ZId9sjgj3NSlXUo%&I@7#!+uLD~qu|j{z zDe|p{>U&xhJ8mW;Q~;4`cqTMTMJt-d=ooc{F#~w}r)eiDG0XdvK%u{Qvv)Bx>H zeh?OwQRP)a*i1Xg2W#4UJ#{#fnP~wQE~V2?VfgJZp!7wcqbJDcnGKPq1rAlu-1z7?>Y71> z!<=U5F4>o(>Fr>ti3UGa=1ta}-&YshG(=}2_ZU11yq3DsHMWE0G@dRF19qNR%gN$s z!IWrI9~~}8SHb^u?WrA!<&w`B1-!&5;`#oQyHZXT_8}GRFCMte7;>s~Y%PmT5m$Aw zqd12HS3vsY61fjLM#vx)&)nUp`1}J{$d52%?|@CJk0YNvAdF9eNYC1AU+AdR>BG*d z7BHwRF2Yl+Zn@G&El3uXKy<0)xkkzM?D%TRMsNXreeKSDx)>%#>{q4+leiG)^+AKB zDtaR(CjwZAF?Foq0@N*H4QBIJ4Nj(N?poz!xM?V`K=(9Zjvh9@8GDMjb~v>;bz`8b zz>K6%jpVa#XKLfEi1nI}Q^}vkzN5}8&DJ!>5)8U>KsI;>8XBq?7yAWcch@ZY-;R0l zC*atI+|Kc8vGH;PKL`vL$3Pw)NUv>z;X&%D&@V&KsO~{Tfx51ql$r@iCZSCOTz;0_ z&hY!FP@RN<$Hv)K89ZDaA>#1gL{)f!F%!_)nD(_4^DNNDr-xhXH?(V{!Xxo9(4 zicEcpQxkLo{9ap6h z&W$>{`n(1CxwbYxRQ;4}FtW}uGz8z(rvJTXwuq10UWp}f1~;xz7C z8CgJ7(u5SM_$W>lf)MnxA(3-eHn9RTXXMGAlo{r#20FKyWvM>pT^>p5Cr{0onbwtu zFaTV@(GGuWkTO971WW7x8%KWPwII-EWB9dRE?pC`EP_d!qV)~z+Bf+~FM7_ICS-Yf zxG5vq1_{IDi-8pq5e>0k8{2RD9NK%t)+^X8b&_Q_>Vi2DaB~;;Lk(%36m1G3A&qZ^ z3CDykWB`aXQVON+%RQM)>tM48y*PeK$koYW^Ps2;K)=+7BBfHR2=_p4^5m50@7=Y~ z?7?YcrvbxAc@2RMPsA%2*(arECZyAjA!ttMqh^udt!*(zD3NqVG~g?Hqj~x1!Dw^^ z)l2N$=w&~@0ekNM$h0%i%BLMGg=+-V(oS3c>LVp?ycnah+clqW)ZffQXK8RBPb%p2 zmx7AyU?ec?@>0?lR@g2ua#_dgDKZg z;vInjYTzaF1Q`}P=R@5AY| za$HCxo=gIrqBHg~;f(IQL3$hH3jYi914K>V8SBwx&?QL`8o*UtNqJ&=mZ#2 zn~%gKG|m@eU(2LWC6+*n+AE(ZPkWorS_Gc2Co=-s(^yw=X}ta#bc{Vj;BL^mqx9}z z-ep=c>&g<$WHp;W3l)?(wT^JLhcejlKFp*XEozc;=p?^J9u>j-t_mv3-m9}bH!<{^ zI0!A+Xqml@5g|1E$RA!(utSFm9L0Q4W8Zh^hXxNc=NPP6NZaCvd3S!xdn@DCF`uo= z^=4jFv87EQ$u*c;Q}n}5=#dG6D++BnF(L(Z$F^nQlBPoi+8BXXp!4HfS~dg7J8C4+ zQ=}1&qpMhnke%CzK_bPMCKV@tcVM<^qqaKbePuqrI9{8!aCo`RB@j=_r z$YBFsgafi({4Sh`L>845M`#M;_>>nm4ceuK$5F$pFbH|q9(RQKvj5-I+x`pkP|XhJ z)6PeLqV}~7Z-PDA{ZuNgaQ2vP+h4#~Oq*;vvW}_~k$_mCp#^uoZDkryF|=d$FW4%b zA_a;PdGIjVX)X%Ip^#^IYB#?eTb7%C8tK6tp`5J0HJ@x;ULlcoR^TE*+k%Q^$qeXZ z*=xMKO+3W-^z=tK1{xzz4DD@3#-Y_|B}?Zod#N0csk5WYtZ}M)kODF_ws$I+K+aZY zPF<+>yf&X;^py$emJp&GF5kq$Hk1qq3^F=GN)9_kEnx)f$xCNV3|(Y5Lu4e>s3qbX zmU!n(ihw2h-$JE3@k__66ANRa8>6K}r<|`Z&NW@I!uBhJzflb^MqZXHYk=1k)A3^F z&5I@yA(Z;4q+p(LDQU%cf5P^NXQP1p#!T^VBr|JDgR^OkG1*%gd4~4Swa^1#Hd7O+ zlqDif)m5ZJQcii|06pno=*tS(Gr*1m$F>4rkgi+ce^dkSf(%Rv-B&1m3_91oRShps zR5ne0nUabtI)B|}q4;0>&5$nu-Pcz5@6&&O`(;6`$xAcD@A(N4$<(K*paG|k9KgLV zg`>MZZr4fE*qzWo89V#vFrQlVjkiB3)TYIr4D9I7sQML+R z+n0tkVqh}T5l?yy=BEOc=5#`Ou9@%77Tlkb6peAn^mg^GQjSJ2i(feQb}ur4pwPlD zQ#-SnAy*^y(0K6D@59v~bD*9^FIm zvsdq{!j1@sRN7aK)PxUQN_7WXRt4g4+4fHg1oPl+>6b6QAx+55+s%XZy=Bv{{aL^+ za7-!W$~nBr6O`+wV27*`47JX~niDl)lRG=r#Mpy_VG1?Zl8IGusi2b8xVZ`vB-BMe z4G}l)P@Ad%_0uHF^9oo7k$A6HrDa34TIm`2$YP;h8LdFJ4=DeeKz(?Xc>)?BV=O!W z<`rc;xlTJ!Q~f!C^I0>hv!=1h$#P-arfhM^;UWh&bdjwo!623dGHcB`lt2apt$=sy ztydrYt>Zt$hW4O9gNAwe7sX$~Hi9*5hSnf@Cw7(DG~|Y zcb~jhVZ$^ShWd2eKPk4lPe1{1)}FYBL+2a81W`&J>9r|5ihYi3bh52?h57#r7}-Fw z?%<>5gU~F4MCGgwkFK6mAn%c*Cq7WG@QLq}23#GQB;{jtl|=JhYFazNMwS^*jrX*4 zB?I>Cs<&fuqJ!ybq*hO+&A1)bs@kEPvvU;Pn658(HCy80q~$cZJ}(QC=F$4%g*+em z8=w^EE4Z*@`_Vk~4VwY%m}Wo{$<@NjgT6VAYL} zC*x(KAUWJSGFEp&7k+xIA>0h_;AtmU_s0omj_Ub^`fJM^T~AN>hS-_pdPvui?a~d# z8D1Mp8-STqqhim0l(Z^3wOq*|lPF`GY|MwQp)~4lOq(z+MX%CjVJdo35)HU_YR8*l z=5RHvcb~3M03A6)BE?j6CjSf*?!jx)#4c%7uG7O#I4O2h=Z03ns_yD)l$bv zAf0*>7wLU^nhCSp6rjJW}k`VK+aF{es;- zLTY{~XUG9xGf<_2e1rqiI<=>vBL3>UTUZsKthH;yvE<(BngiH`a(z~Zy$*LIV&;7# zR3*5ELZm4U_{bGIHB@(&4q0Q-#EgrA{f7LK)v0N^siRy_NbCiyTjsc{M2P<5klG7^&|B>jpLe$&6-4xE>sNAi~buo235ac&WfNX0x?pZe=VuCn9GCyY%O9~ zHH9=yss~{mS60jv?M#3QDyB;@`%6M_!TFdwdlfBgx-8lIE>uU3!MH6A5W!%49mZTQ zH4ImYCaL-+Qs!y`a$EqAUXF>?8QPBbPpgNCq+b`Rh4zYq@@px)-HqYLN8Pr;4j^?` zRi@b9AH%f>fh7{XO?#9DJ}gUf1E;qeF6jSCc;Xb;ih9I{G*7xK1xHt2=@Bi0eO%NbeTlX*T2=Wy90U(p`_{82G`xge#msK z8!$rw!y-Um!i6Ws5sYJ6Ij&5sph{E&3<4As$c~~J*gbahxj5gZk(+6aJIr$A~MQ=pSWN?izWrVT{-<|{&z=5wR` zH*h-K6U+$sh{5Ec@BfZ$0a?#{L!=l#M!z2-EHYX38ni36)m$NW)&yEKO-WVzs93W= z(G*kFEhn#%`GbvRXw$qShHIocm?ZvOW>$9`=VHQljZV?BF9|GaX+T_Fmu!w7MtBix zTOCpf`1W1 zoD0a3zADx1eizrOw5t`2^lZ&zOf;0p*ZE`Y1(nq;DS@Q@!_|9G>m$psWI6fy>%+m-DvM&NksNDeRy`-div&v zGvPhJoYfx>cLhy5V1}s}e}P>&nSjmq-7RZE)4t>3+4)`;;j_bQme1+hFDQT2&i_1o zZ^{2d^|*?Sm~7gUnUXr@*0OKiOmCw;N3JeMgcS9M#~uP*^*QZiu90Hp4H|Ku3kd>N z>SK`DYG;w2){giNT;j!T>*uN#EL&>NqAFM(*h6*=r}-Dsg$}z8{w$;yh^Pt<&=okD zR&Uz!`^6kD&FI;MCjxwSqMjXCXzvE$ZKtp`_o~IPbQ{osh;{WMB#Kh+kT}kp~t6M@lG9u0+H2ExJH# zVGK}!fwZ(?f`!Fkm9z4lJ*t8#jT1JK;BB@>FAzk+0IF=Q7Ge2VP$-U~+-$CaZq2G`z2pO&Z$f zSl;_RI%XJtdCB&6``ekt`6V*t^Ogz~b@k}_Jf{=3wb6QbqSOLtuaqBVHqAL-q=unZ zMGeAaviEX9w88Zx4(d`a-w>_;!_1u=f+MApa0+CgTN*`wR_lgR{mdHfI^r9%YY^jG zB~{P25czMAnF zN6yln*A>QN&0ZAjf=M`~8Od-Az046&AZIzc+7;;ZHW7t*Ies3Mj6_63{38e}LQ6tH z()KA0jKaLk-ORE}r+Wn$(n|$AmES~vr)Q%>8(}%a4S_&v%T5v>Tw2jwvAgsN-L7E8 z3DUCGW*wTZdg?_YBoDraH{=@0F^cWO=zXt?_Bmi_NlKC-ypAfH$*TJ)=DO|8jnTYP zJM>WijO$G~&4pqnuMKf7cS9zS&RSuPQUIc2j_E+PEFZ-n(!0v(j|GDZ&#Sx=k ze0=UGA4;IRn0VcYeorlt;8ez2ABM1}!3!K<=PvL{_4vp?5{kgt*8CYBNc7+n;Zc1~+455Ym1-(N$o%yqj;mZykv#qW^__5$ z<}AgheL*?F$v$@~$c5*kCsP(6YJw|o-1zYotj~C;`v@hw8e{Tr$||7*;pmjksBgCOlS{{gr+nAMSOV zr1Ljih0B^~p~(%Ll@Bpk`MK+o2i0UO7LGo)!fnY*o9v8ehrgrnY92-@r2f6DfOGN< z7q_1-eH0sSE`bes>E<5H5%Bv zu2*U#q%m7a_f(9fOOHeR6&o1tOkVzy=TL3x@%1nDzv^zmE_o;8`T7k3;kKUzcr7n1 zwMwn*N@no;u5}07`|}ri+>8aW>M<$7rm)U9BC7);RM{=wCUW593#iU)M|IlJn5vy# z4ze|Ilj^Az&bY+-VMgv^+Sh@j7A}88Y=3V!qdPQq^PX9j1m8IV8sEdg-_WEL@uPO<&f_y#D&M3Ts`&j0_LGWGhP27>h)^Ox_<&nu4KR(*$9mdSVe@&8iu~~}I{Fwv~*-|0K7bYfB#kCfP;HLmJC0W|`%~^3KXZ5j=7EL<@r{nm5O<(t)U#*8ayx6FgO|rw1+tFi z@w&y{oo{dpuiF->fdzeT19q}jf0WH_d4s6#vLbbP4<|C6>stW;FBzRUP&i7%l{JlM|vY(%Q7LbvAgI?|*V~h>d(Hq2jfP3?VtZS}l$>5q}TBX+nsT%@WvRUuJ>(hxeHsIbM=7Q;_(N z4(Bxb%%#S0z{*y}0z4R2>}-zjqRyai3_&+37#nFssb^C(j>QP&2s>sR18#>?j zr-kg}%>+wfAQhoUP5S1zRzW(VR4uFv+UtrMh@kuoVLvs;{Tyzv@#5vZ*Tz=fFv~M( zlk#*G?QoY@2j>9T{awQZlIHIIIC?N6>N~>hriLqnB0^(_jO;4nz7F0)bzQisXgFxF8bUzZ7ZJ5$ z<=-MKp5P-??kcC*1oVIpnFl$|d-S2mxZr9`fWg@meKerZYibeE@9c1!;XkDw#H1pG zsRWj(%G9I>Ux`hW=dnMd$7xXcOQVMVCAQc&x6P#sxn}x;Q8D2=F$iFB&0hn1DcDyt zbpLCzpo7a{RW%u|`0QtwjQb5tiv3~6>Bcu0jb7dmnHxQ!Bv{rGk&}SgJgt&dIlatj{TG=LAt}$U^>#0Q1|D$hjZZ^#3s9ms8Zh3$3SOe7KB%O z4+<5LM62YoN7wS{(gt{HM2>aFrzRz+0o3_2JTC$E*-2_nIs>9m*p7qn<4#@s6~TB` z3DWtPbS;s9n-*x!Ko&GC&II$02?a7_yp7u~B9K!K!DxBr!$u1<)mt3EJ8HhshZQ_`~sM4UP;>?uaQXH(p1q0axI4zd5k0J#FY1brChKkOMCz` zwA?EAqy+x1(BEp8l$9~bC=dtB!L5Lc={SPZ+|63#Oh3apv!oGAnZzveXBq&acSOB=717?`9a_?Z;J$S)nKr%HbI!OJa2y~OJ>yacjj$VZ;%_`_s|pUmAsMb7IWj_SV{rE zEU@TDr9hkLOq~7Y%jX2qp`zi}VC5Z%VNer*RUxaeAYt**Vg|K#CginMQ>Oa@q&^&t zbh0@T_XN2~#odNF66Ls4ws1dSIyEW55V7b60S2EU2z^QPp7N^8E?jZ4#`FA~0&rOR zK%0zNl)jxVsXA8GPKnr>fqZqZ60qEe)2ddYq!wxK=Z2cEm7-%K?X8K|lZ+@8;Nee|?Tq^kKFkPLiQN+Y9Yu5s1l_GuvtuD4;Iy)k zbgWB4XaTJM2Nb*CI6Tbd64lXCFS`3q+w1tm^hl`e`SD!GJP zDK(ltUXX=JW-o`64*>VnF0JADuxndUlgV`E{8aJmsjA5k-p~Wqz()7RVcqfKdAE;@4_vd z%c$%+eS$YH9Vy7!_Vk<0E6X7EL{e zmBF1(M3Z%oGl|@!tBA%!<8o+YLv!uw4aLS@>8f)xZ5kh?`4$(O=7W^UgCzB#AEr?v zsss4W-$vkuVH$vvMe)97XagHZA9KcIOVU*uGe%&hK$T1%m3}xebRz)atlNwL`m*n( z%A~aVRhctg)Li*xNRrUZr!cLX)UTQ+TqcaGX}$UIJD@39d!jr96NG)Mt9E^8Brkxj@#oA#gM&VS)8& zG8{>mV92`2ZUnIho3J#F7fbBpb@ygQG{JtG&<6d(VTw4)b4_Dz7V4ap6%CN=XdHEO zt)^Om-(_auJ~VstX-snn-%sA`h~EJ?B1xQ19!KhiF878o6(J;;R|##K)viU5&HIEg z-fz2NT);R#wp$|@rv+8pR)9Vqwpwx&1`XtK@CU}yt_cKFz6ip#+`Ynh4Z5n_2bXp?7%v=ltuRKBqB4g6LPeayl;}jTUUPL(_GHfwP zb&SIN2X}O+wZm34rL)^I=p%K3PfA%nAt<$Y^$*qq_{4m0=-88+hiFXpIZV7=a{}xi_p7P;e9ch3Cb0qEM^$6g zdj!XjZO|-%M(wg%C`Nx1`_|bE-l?Li_RMo)Q&&43LvexAVgZ(oi4_7+i*QjfI0UcO z-1|>84wO*JfQ-(;*1!~Jg|}c{f1+vaNTxX9JDOVZh#>Tfvq~G#A7`@~-cS?@}m2WUYtWv-bGp zM4Yhum=cNI2U&omfy9p94wtdtBc0S}`rY4IHj3c7L`RdGo>a{mn^i}Y0>ddqYdce1 z<%CzI$&9+kXnAB2t?8(*o9i=0xVm=f*|SqY-*-cye%|Ep*m{jYn^t%s)>xepYr*Mb za?h;ux!VH?qcg;FyP*vXWpHzTKx3|beo)KoDSFvSUnP+T_wnt<%sf9k{q!G_&bRpA+h0x<4j7s z^Av!Z{37DuTHQmnE&y6|zHX2-Dphbyig(^YxA=fF^Tt@iyX_HZFAKTeLQyT>BQ&S- z+{IfjfJMW8c7djA6hFq6fy=IAS@81pa2jKL6D`Mt7N?|QtT;49l%z^*6BJ4^(26^? zK#4OGk7R>Vs2;1->2&DV4cB#0e|X?GprEzhQ03W`@#9g6PuoakqGg-5SrqJ?Wv! zuM3geB~A(v6HK|n{m%ACH{|mW)+z}Ls$qwo=Eh8BxR6(_9oY;)>5F~S$w~%J$gyvN zvE#Phw{Dwl?IdeCM4w&@T;Q}rpGuIW*1QwN^kpC*pr4K{fbHUGzMfME+o~#)fP#DG zu={n5z5Nvhv@WgGQ_5LH0(sR{qzlII)GWm%8p&{w@#0J-29vE%?PQZ_)06>FiyEMw zGSo>qQcZ2O1hpGA4`Zqk!~5x$&yl>=#q5j6|)n zudq0kuGwkJlgq0Thsa%2(dHb&(zvwiC^ku!%)RSGfc{8GmuXcTYHSa4A$|&ZOsNqd8Hv#+uDg=Vxv{dQ5?jJ zDV$RR?O-wNV{S)2c}*LP5(0l7$?O1%oyC;4p8B7^aRx9CVRG5RNGyO_l;abw}|k_ zL=V>Wv2N!nghuY-BD!2v+!LI0c>sQ@F)1xs(zc^N8D4@O8)s#W=BG2sj4M-Fw+<3k zHy7G)1SW3p4q#!j_F(!hZ!**v`VovWS&Ld;lq7pv>Xps1nL@LtMxv8T741uyJf($w z^~Iy?DIEF+V!Z3SCkS#b0Rpu{J8qVMxhh z?IfXFixXMUsZJaJsWI9y*w@{r4LMQ{hu*_dL)MXc7BsZ!M?q#g+m?G2a#FJdtZ?CY z9i&!fG+);^4XH^R!>=*{{Pj^YA-1*iV1$(;je{{I)&2p%CZ|0(H?~cow~Qn`K%lua zktHh=2%4^8K|RIwfr6OlOvR;_1H5WXT%1IZ7*k08dZjLna#XAHT{umxq~1O~9k4Dh zop5xiag(l4Awoi2m`QM3LS>eYwHB+)I~#7}dK^q*9|}*$jszrl+@cI6Ht{g%F0&@C zDS?DAK}H%T_geuVVsObSGVy49NQ!i9HbC9Gm6_k^$1 z{Muk87=Qk#Y*@7LpX-&!ldPSCiY-<3j|9_Eix8zAube-*LbVY`r?hPBzQkT8R>O<~ zK~z+LVTy`80La7NT6D?h69x^i9Wm-@8E{y{II^DPj|_-N9jNOQc0)&s zPTZSH)>rmxbi2cs|1&PqgWVG=LS=`6Dh04FU4T%o5)yEQY` zHdp41k9+S4k{Ufirj-RU=V+>p`d7K7BW_~fa%y2w-njyPCZfc;Sd&#%61!bdg99cO z;#pOGV)BW!-_Xd%9o~)5<$b)Ei=H?pWutW@x%$5n#uB5DY2Ha(J&gId;`-VY6Sm*fxOD1b$w=&-sA+lWKr&}3fzLs8=`ulEyNia;5bfLARK zU@s^xf2y&DiFjZ|HI8qOHBCQIAy|vwggYh_LKS>+atjB;iXr~bEA%JWS?}xeGdG}z zL&`?oDm@$q0f(a>AG3N3iugGBM5iQ?SK#7B(WsxjB2^}wccX=fxwKP6pkTS*uH6g+ zymak_;YXvvlMg&rFPtNS!^qr}=3*wP(EwrLEb6qju7<2IT>`?e1yC3f3vrvh#dIr%jbWXIys}m1n9zaHV zjn{eut{QnK#au-M6uCN*>C);5w7NU}TPaTRP%V?12AM)`A~TO)*{Of}&k{Lh5fY* znRaHW;6sK+Bec}AHdgIuq4ckJBW*V4$rcyp_dJ=4b#|rl&21J?vsh?}=#qTwiaXx9 zTdiQwv@5DF90`4`PRURKC@N41q6-lWJOeG6F2+UKq7g3YtSRYrzl|lK75494e;8Ti zJBH|;z5){>M1<&4+Oh@XK~f({4yHh{=1F~Mxm>9NM^?g`E|D56GOht--<}}LM65FS zx(>@Z(N9c>!a5t6prZ{s@WMFEIatZSt)FG8fZTar#ra?WZKj0%BcK(=VF2MG*N1l9 z#wssj&M@k$r-=lncfvyn;nM5k*^B-2$bdYqMgH+{zhx9F1)C7a@k^f`i~lAc71!P} zhyfzN(-v0K@BLZO; zl0aD7(oMadrGr_9)JiUl8Sz;v?>dGc?ih!1Xs-P^s7=Y#Alvqm&G4d5?B>b`&t_th z+{foy6!F<%1T0d_#C(9!UbEApfOeHrWa-?ZHR-{aA(l4x1BZ`r`ToXfjI_FaMv}GPqK~emqCIn*7 zwGdfZ$-_8?Eg~k^(20AnKD%Nk4g#SG9O3s=3 zBYwjRz~Mok=8Tddx3N%$oI2ARuWWp3ObxJ80GxM4LR=r>{GY>0(;tdbbOP?%UJBj& z2JZF9L=P|#6^a@658AWuwYF=6Y-uPqgwp7a>AfsVZ0wfJR%KV(^7s znaaQt4dVboK)%25_~MF9EAG6gCX0N{Obv*!iyTar9^w%uZ6pPYs72RxEi8GFDT-&b z_0w#Y=-q129?kZ(4FCz*>m$ni3$6;GApq}LlzY)}x zWr7GF34GeEorE^pC=>E{8A%$~6bEqXm}^?G7a)A|;(bcIzNohvlU1@eGEcZ z9p|R&1?t;d`Iu3$$Vvodrl!@@fqagTnxS|3DFyYQZKdtw%=L$z(GXd{TynxTi8-hS zn*ItZLLAAwl5y1X-2h}H5Y76^q%L+j2*Z6q_teSr_Xs71<}KX@v_sHyS5MyHy&cih zqccdVNOb%bJCt(aWsmtIRl$?W zaAh2<`PY?$p=;3%ps`Q1y`xDpV6nor;rNb%QFALB8tW!t& z2j+aN4i&>LmMAB6(SC-o1!{AgIaa#o8W&SiZ4?QrICk5(wpg!Mk38MIoSSX0F(v99 z#Lb69bkQWS0VkSjoVx;`+Ut_*hB`aUARM&6=IgpnD8(%UR`IY<9U_aKC7AT{$i3JH zG!w^$s)8-+39orlU*i!|kni29q(E%c+V#!I?4uc>@O;R|m^JGG`>qJN_>!U}Yn5Lz zoI{N!c;0MQCQ!d_%c6ONz~^y7-*X_FjRrh*TgC2*{Wk^2>*h^KjQR~SGEMMl1Ps5) z3Xm|EB5c@m_Q(%ggs9Xj70eTLY1#!)YswLlbaN2EpgK(?1!>-qI-KlS5(6hF{)vv> z*-8$th1Xhu9Bn8SRWqWbLlGYDEAM0IyV1jGDG^HA?IQ!yi>_jU$Zn846Uf3g5a_0{ zlW?U&{(_#svn-1ZpF`;mX<0Qf(l$G~&gfa|LO_X`{9L}932BYb+s{^BK_y{522SOqHgd(>^Fix^T+WWlhVTF|_<8FY zxq-#*G!9Ith>_1sLJ&86s@YV7t!&g3O3+Gwxa;w96&*dWK>!A3r+uYDGRhVb@34K; zw0p|n%jaW&xJIgOF>B?CWPLJ}Key={M~bNAR!<7^T3@VCIHG5QoGlSW7@SR2|2ShL zEtFV8T!5h7X?mz+%MOeQE#T}8Z*h5(s2x+HjxcYf)C}NY`w&D;XGEI@lOa_q!498q zPFLyt)qG6Byn9Ys*!*v7`4%9T3z|Cxm8|s&D(XxfV#n@(bwp0hN3w2F_an$o62l#p!6^$`6Uw$HIz7W)anH>^c(ti>DMvxb|P_I(E&Ty=*RueeI zimmQB>Ua*|tlHZ=1B}$_(N2`d1~HMQ%)057oFmueccV>S)A=n@d#stO9kbN5Sxv1Ul); zdSdIb7&MtJQyBp7tDPZ4X_yry6U?Jv=~CDpfcl$j|5A*GStcD6lQSgKJpambAc*VV zkmYZiMo1)U{IpNkJdq1xlH-~KPNK|21f=op5()2#W_*QSmwjTZ=TK*%3JUbDnhQ`Z z*KQIe9T-k-=H6}IyKgOR-D+Av(nM`aw60XrjX+rSMdjN;O-^2RGxY;MU>y4Agm*9_ zqR<_&Z*NSKotut_$BBhU?Up^x$kwwc(XXDbcR2|Xd=+`E;?#6XR`Gl93a z(5+czub`E6DKu6KbRno+z<7>ctPi(4cTH5!nL}pt7(yCeitEy59+O9}FcDhMLn9d` za5<2%?|_UCNHo#O57z*}bdBXR9P$ILJiiHYlLa}@%I>))1-P&=j3DHZH4_9rs+8oa z_h&7j?K%*ZMIQh2-%?j}0DQJaZmT=C!s_PwJf89?`-^uKTZCaqx z^qUOcQ zM35H2xw+Tq&nDKu`2MLAdZ=kOBQUp*#iAzs+RryTxoFS5K&?ic2Nd10yK-2i06Gt~ zmC5FMY%vJA5V^Vuv8DY;XMJx8+kaKrm4Q*yDstEAV$jj#DL}-K?#5BuD7c3j<~UNh zk?su?AajL#7WW?>L&S5w*rMNeU=U!|FwM;0mvK*#k86@|<&mn>`K+rlq*g|-c0|qU zb6YTTLkIJUeW; z2i>T^RfSFEhZIWq%y%$jGm}qVdbbVT90WrHROq#Ir^l|t^hswq3*XH7kPCWyO2XTv z4G^vV85bZYvst*g!@o~n`9>K`(K8$A+5LTYo^W2?%)seiO`iWLB)_eV6$3hMR}1N= zq6+ZF8M*J6TSh`(nLN-1No(o{hmC0LR`C;&P!~~v)`m=;d_(+KVXs>PlZ#(16JJeX zG8jCL+x&RTo*(bBvNi<_P3r#bR4`1zdLre-q+@RI*4>#2zHO3nvqsc+!_31sOzCPgQK=p7U9W;@<^b>9ZJM=otb00J5k?&=Sv@_ zJ66-@D2oM`%7kM$nzz=Q*Jmrsw5J5C2YXSxNB149q|*Dj8y3u&rZgox-} z=_nNiD@X43^}+)3d~y`xxX|)+m#vi7wavC( zyXk4Qgdx03ENlnLr{99kj(l%q&rf2id9V$~a0Uh( z(?n1bkC%<~jE?rGdrkeRr5$0<9S(B%ikIB2<8v!@j~SmSAJ&l&hHzZV7gO`+z)iAN zXc`8bchN9r0NuM(p{Fe)nNVnZz6=wrffL|~3E3w0(#hU%UbSy#agzjOro`&_*eoNQ zs=BR{m`Y58j%1jOG9_Z$SsRXMYTsog;T^3SPk|(0J?xWjoJFqHwqG2~B84XhA?KQO z@~?8mQ3D3MS9ZNEy(X4yk&a5OY;Hl;s)WK?pTKRRhqNrh875`Vf{=AjeJDW|23K~{ z2wQ09dx4@NdT6EpFU(o-auZA?&a@7{lpWsWxIGD++?7C2b6_eViSM9bQsaO2phETo zsvteXqaeE0^tWEj`;4a-dmD@zUtouw89IQz*tFs)9|tX+W&uWg?!qZPgKU~^#g+zz zAFP3PDqOVMWDjDPC=+O|mrb}LRwP(H(tywF=p+OfZpymh8ieND(Y+-hkS8BwT-_z_ z>Uu)S>{0;fxa90EXGRCbR_&+X>btXWBc=Gxn3Y2vITK=ynb-9N{O7bqtxtt&hT_6Z z=2wXTqDRLyon~j#E>$pavFngSAA*>t1f?7XNV*C7=hVg(B*LP1&R8Q8=bZG{MwqD#Qo#5xE3u z&ykfkw9LZ)JSky}cGA*UYbJ_#FnT(ds=tB1>uVE0iBm&Y6-8;Pk&J6G$Nf_sls?mN zu?!})n14Nc&Sx;5xC>N%(`9!!#FEQDe(PzpOh173gPLYs!lcoLsN?>6;Cvjh*rxUoY}ByBj(eF z+FXaKoR6W)v?N`4iooEEyFt>&>r1-#RTY;kZ2sBh2kTb6_+(uEAMe?1J*Bc~T$1VO z$=A%Fn3Zzr1oQDhIT);O$YI&K5kc#EZDc#U_}pu_eoKUQnEAltlfL|OA^7Vy?BG;^hR*_GGCmj3uC$Ik^*;Wyr?B%N^(gA3z$ zi)2EL#BYu*^WvhTJHegH#UxYQvXzI*7p+*d)!@RlLq!BTLDj};*!67-fH^z!o@=1K zFH%s9=JOnpRDyxcSPrcsWz~a^g!PGt3e`j3lM+_F(en}Nxkp5Cw#852ZM^2-%TAVH z&@0?R%pVvBMarNlnWT0$>9I}Q1pxAY%}1DyPafZTd=}4Ys>;;<6TP2ui@8&5c&ha& zzTzH}pymhNg*kE$`bsC_=#M>}0O#qCtB# zkgTw7#nQ9FAG$d4KD#vH_U7y?bTHx!<)hFGKQUIl^FO2-DlrkT32JVu0D$aLg|SKH z$vQ?EMA=41ToCnKIJo$XR7V8o{F8b4$1C!y5ls+Iz*6vvBMh3-E2K!8b$x#4cC1C$ znBd3WH?Rkd9pXYdT&0BlNrCKQiOFrqbRL-ehI?OCp;zjB2NW))vn#+ZNjp&)dgWk^hr*pOR_84Q%CSCYHnT$CK+L(~?7=PrYQdDP`k)0|#hQIR0o0Q1KPRg`v|owrsX2B2%|mED)2A&UPj{Q#zc6q zqw7#u^fY5=8EV+)eZxo~a@$o~T^Pd)zPSzH`RsH2NIV0f`+X~=*6h1UWXO<;+-?iT z%xeAyA0ig#D%JIXgpF=P)b%GqL_pEXD6wUfbx$J^;5xa`FcvF1L(mAT&Pyhln9U2@VaQ3)uDJUTml;v$b)%1_bC@m!Taf=)dDh}C<6KQcjjgaeO!}iM^Je3L+VX zd9s_RHyTDV{)`rdNFjEFCuY|19V5b#7-7e(k1#AwWT&(+NS3G8w|t#qr#-!1W;c0W z>%TBmp`Nb&_2LdL8+0KC<~;6RqBgrGxO2Z3Qa$@dC7ZWFHT*;X4?|6`>1DD7CD?R> zqXHmrL~9g=xU(wE5k12LFEBT-|5T;tG|^^NApE?mX$$_1xz!NM{Mm?mq~!^tV(7lb z7?Q+=Pb#@Eb5cof+C5Jl_+mqMxXOY4BH zJcX=SPN_+g;mU_5T^~QoR7G(~WS%Qrv2EAtDyfEc;6(DN_}_uwh4HnB+gpa_P7!&(cVkO{wzV9B7};C>L*0S^t@} zgfpojAnfQZNlc3;XoPGA`p{$uGxZbV5$t{B`rmZ6?b@wc&U)zqUSPF@5Nei z5My=c3k32*QVul-!gwllcS9QmGZV|$1Ch(%ylN;TTp2GgI7LFJM`l=Zw%jRXM{!_Qq7lG=F z6UOq|+IYg9f)ix({09zpv~OY+#DZ}nv^2nKjj?j@ zJO(;a6r+=KbmOUSl-wKOq4ua@_jMQLe+bk9J3gMXW`q;js5f*{4K#rQ5EP4|`U5l~ ztvRiVu5H)%)4d~{q+M_3VlliqFwekeq=B%+CzB9nDo0Ot4%tH2%_34FkH_Owz z=173e6cnH)JKUlF5+)^QcU}}jfH6YWtIELPpL&XD61#B-_`wl1}^`o2-%>a0pEf> zK?j!9L+hys6$6P{P=+M>POSIxqM7YN+3JG%P;!jfC7oN02uy@tETajA|2(xQ} z%aR?HJ2wY%x&+1r)G=~nh4U4KlkN#2U{;<`?aC9E8q7&sbpn>zaYQax=YE_!mt-!R zAg;CtnyD6Ch#sjS{l%6HJD&M1-LtkvSdr2*vOy_=({AwH3@;cFxR_s8+ zkG(}JsMv@}WI_DMQs!?~41>Z26O|dOeW1y>y@04(Ea^~kF@uNfCbRH`r|0sf1=1$z zE6i#dMzASN8d5_hF?&KVNLG7o4v7fKcnVL>V#zX62K?;6(l;2(bYjF>Cw z{nH=;O*%x1{Bp!!Y4{OLe}4I9!BA)Ngw1m*P)9UI5vNE8h8LM>_4P%1Md6an8=<9o0O#$m zdCMF-93~gij!U?HT;^U`@Y9A1vNV-wT(l7sl~36HV8iM@q?PkSE~$9o-ZEw!qa1cp zn&I(Y)cm;e91>VB(NUnFy_+B}J(DQeQvZ-QG6nCKXZ$yM2+F5WByE+~Ext-{e{~ z(uz*`uE`PQ8@e=(F9rgyx2*PKjy2mltc7RIm35C^)=AJ!k0BhFAo2@U0xYyl<}9hb z;>JHsdkR1IF-xCf3xRb`=N5}ksBjA-213voHl#W=zYWSeyt zVsJw_lS-_I_m&t+-M0 zoMAxJTo&+9@7UEa0!rx^G11@=Nj_E5CuSirdiqPT%%!Yytt6Hw%5@$)tn%b`e&6!y zqGHi1EtA0R?1!y4{6LWUdj;5kuYk4ql947c%C_`*A4i1tkZ-doT3^iS4nqQBIj4RMe> z%+Y4!=SmjZ{8ExYz>LL4F1E+3WcS5!hxYm!IC+V|aeFpLph~u>#!#!r2){{>Lg}M5 zKNF*vv-7@;yP{C&XrHR_hT5c6teQMQjCOJ79U@c{bimcIKC)r1bXp9%@wNzdzz0V_ z^PFZXMIILsv^S6+5zvU0LrmM&7xA=u2noWtp?K`dx2FL-9wKaL{Fr4cH2mHu3L*Ir z&+UK_1~G7V*Nwt~Kf%I#xB|fLWz^bN(y8foL!0Fvl3%KVUiHNUz@gp=l+_LY%3n)d zSi-hCQiP_yG{07qHi*@Uj>c#pPP%8=&)z|qA3U5V;r4T6?Wk!)N#e`bQhl{Hw`0jz zyS9Cl$qf-Sa(TrY4i=plnK2H{n8eQfPp0h`Ed zXSfiw1*yJsZDf=2Xde#Wh64z2A4XxRpIm347ZVoQoeA;Qk-?%_*}yA081oy;UY{IO z=bCGc#Cm4B9?}iZeW6a$%8Kh#AzZbzm)bV`y(0TYFhKf8f=~$yqxM_YTsit80;bO$ z5zx`Qpi&rz`Qa#61noe@yeqWFXx%2em`YzO#carqXO_i;#2FT*3Pr(|$=9P9`6@zV zSQ)8$T?ymg0h`1gd+`d>te4`VXi%%&ArAwVD~{s7s3rtqTmRm-;YH|h()j8io)DAN zVWmTwUxg`Wy?V;kWUk00wsLt2?z$683NV@cm2y)l5VUUy zki7OQlaGPra_sp<$-`pA$k*(#Kw?3R-&y4ZVu?0w+DI|~e`&canqS=dJXs5{o?gn6?LLG5cD;Qz9O7Tk>1c%1SpOa({=n= zoj9)ba5w;)J%ify!G8BUG@Kt{g^IQhVj1Wq#Yuz?*IN!9>o| zEijmZeL|wx;-FBx+BF{2lB%HkLW_%kof)=59&Cje-&VtXN^@m(_3tDLR`EncdF~KW zrhvlX_aeZKFtg|=biHM%z=j^23wtKt_VtaKp9u7{)i;z_Tq?SEc@wt|vMzR!UL0*hK?W#kv^vZ5D7g=h4u$4;$ zJErK%AvbreWjFuf^T5Mb+lbJZ=9e2tstrFGqfF#o8V|FO5eoS~wifh78(|59lhb8t zsk5amu8TshLwg!nVlM6@X4=h_g@QmLE!^mUZSH@MwIku_A~>LnrvagJ_~aEb%Cilu zogz!5vPhjR&M|O~;cM%m8)EMh$kGQva4-oVWzhvFPWigjY$Xp3C;(GBxa|+17q#CW zb5P)g$l3Fm?=);fX$&f4$tL87dA~OIDbcJ9i;+$fS$w4|3e0+=^cD7L^XPye${`!n5}5h z^;Pjy&F)YXC~jASxr#&=FpBy03wnCCST;WHRo|0mE?dmV3ka=}$=QAj=J9sAlX-QUy?$RWLs6y&@-W5TK>i9Lu(1ZakxJI^KSn;%R_QAm= z9J%_U%_IgJbl0fD+{-<^L6LM2>4C1iK(R1oy0A#mBt5({(A`5H_IkxAX36B;9#)9N znp&Z`fE!S);k^XiG`y`#ytBIrT1Nz9m40o#!boG~n3}|=J`THj21_xU*KU4XJ@)13 z^^>Gi&wP$7B|Ci50zlI$Nm7kerlo!N-w!RG}{x}f`Ygmue>>k zz>EbQ`%3Yc(csGfkMpne*#5HatQ9hbbr}6x@&>b@@v=UWbS!h!!@!pRj&nJ(K z^n0j9q4P>sf@j&tqyJuriw3JHVO2hF%B?KO2 zfXI*WMn#!ZnRF=3gN%h}Y@oCFneD(_T2gwEMyI8=ozZg`c__deH%lw-KK0lWzp_Fpj znxUdKwW?xdjhG7u&lBEv+H2*2l#QI(1swu%T>toPeo6#&s6iGR*W7Fd$b2SL#nLQm zGri!#bvquWkh5^gtgdk`^#52WkqdoXRKNj9EM3z_LCvMN#&YKsrk!#53CYyz&w%qb zi71wQ)aFyEhmTJL`em^C4;tdV;SNVlDPmJ+SnLx`gN!Rk!7dzIq@=Sk=i}bgAxMp> z+=TMu13TAQ<2=~sW(ambLN(@RViY;rMIEr!nV1K;T;baDD9P)-(E#6LYRFv@r{w&d z3z(3;z_~@PPT3Gs7ik^3rx`qkkA}Ea@lt5+#8GdQ!G}gJfl4rRUYq(0mM%;DLR5op zrfbp8#cEg{+8_1*Dd?CpRtl~kXE9&q!=noWUeJO)h69z33EeCdmqvB+yDDQ4sgl8V z)l}f3AX}*%Pkl2Y5$&*LW;D?P#CK1Al39|C1gcP3RfEZjJ682_I{~aCA}K`DjIl29 z(DKwTk5pJRu|$M+ zH5dKLeNv=Ea+Nng@O<=%~wDC@%vRI#mk~ray8IEZ(JTaB&mMe~Q6iK+fIZ(Ua8t+>a z0H$bJxNmECe6S%+jN7pWI2E9LLQ?_`Gt`VklR`bp3j(6bPv!qAlp;?b(`z4x52CM+ zY#9g2&0(z)0x4vkJPIgtm|kxuKJ4j4 zlV4E}JB(V!`{9tOrp-4iXzVK}dp2gq%y0OtvW&K4F+akh@4yiUC34BqA`i%1 z7ifjCEN}w~1(P6bV@GK-J*v0Z7@7%LuGx*@v;8nEBaxF$TgK#$0?>@rsGZ8MOau!S zG4TJS@d$vwJ{nba^i-h*UuqW4Xyn&zzhQ)3H2l+WvuJkYgl3E;z~?#h&S z7PUfz$MufV+*~S@vkpU2s7kwL-+V#U>ik z0O9WlaBCHCs+n z@<{e9tGJ_nmAO}>a+Gvo!u;8*eO0wpokWIyYiK_ zKRidtqXc{v? zP$j4pj2sWeQHhi@OH-|SehHHJ+a0OmlfH_pxSN?1k((9=M%VPr-DRRpO>V@fMsi=L z>TFqnyfEK1IP9fUkxjamHI*PSM-PVgL|rU3{n;Zk#?Tsvu3SUY$pV7qf*d_E=xCtm zHeq>KT7UZlCEQq50P@u-Ot%e?4wbgg@`eUn+C6dk~NHqLF(noHUV1nNC;&M zGz{Q|(v<Daj`KbO)3F;!a&>8_ke-9UJaPO9GQ1fNj7*y|ZmjhT00yI4@A*%71O1ZEtAF8|Vpc4e%?}}GqR7o9CH+2}yzIHfqYGxyE?gsS8L)pNgsQtK3HW#^c zukvg-_bsbZH^lqCNeER2E=dK=rB3i8tbjG4EVP7Mxwwi6#3K!c)#m+oHu$?kTrxcY ziEg`2tn&A7Pn!m5Jta|EUG(9pQig50S)mm`vX=Q~W99`)?TUkIvS)>_VK*!(ha)iV zZ#$btdL7>%`W5{%=9*dXI+i5msy!YFvnjl1entc#v+FH70%`nSQeT3)J zoaHvy^aS{>1+Gg@6e^vT;Vbn0fQwyrHU*QP__`m>LrmpNueYf68%Y;=BoV# zQ(9*^=6g0rV93?NqMOg)Vh4#ct+497qRHi^$S2>DsSTmAJ=Ha+Hn16@u*S4LTG&q! z1JD&xCb6D|escTL-cEARU;(tgaUo{9IDuM~jDBeOX=Gesx4}gF+s&E5(q;!nnG3%} zLHVzJl!+)(f{*u9UDx_s!gFO3?G$(e?mgBAM#3mnt3~SgQ(Y*~a*S@Y|1k+7UKKW_ zY7USDU~C0QYqpDCEH*9*x?nm8)Hvred3Y+s0v0c?in*ALU&t!=XMZw<6f?aEs8dnQ z41+jCsO)is1wB34cp^b%oNOYpog_7wk13>Qqs&?)->>fhJBa9VDomB8i*L-5Y+9W% z2ys#MzfjM3Wcob{A&&dGL~Vd4MY)&!Jl_7BmL@zBEssj;-LYmZdH{ zr7W+7M(GhFh<}U(*oia^#$(407$eI*US<7+O@v<2vSSgILV0}pbpQztqqd?igjtsus*AcfhuJ`b@9h(Px>d ziQSh-p6wn`3z4s%-uKT5F`tx*Ze;~bF^|$C5fIz88d4$1Od7C^P*ZpikV_1HR9nn` zo$8p_1*>pSL4%5@cd=@yS>QG?)sCnbB`){GisITZI~5ffIFp%0;19^k0{*fmzseJX<(L2@rdglCm@*UhYgb)K`Z zPysbaTv$o3R5s?*DSIcX^6w1_LbFrTK1@R^90MvN=_-sF&#P1>O`eR^t54olhapCRsTj$_8JeVM4&b<&vRVCoV9+Sd<=J+ z`QIrx(3!+da7O8>x&UO?-=`nDDX&+bxXo4es}DlAcwXW|R2ELq%;xdVIroyb_~+5c zdrz*fmMuL#i@D!%^OkDn_#vp)IC|m(3go3)dh3wrQo64-IbBQvMReFH5$5YaC_126A_zmPbG1s5$O32L9(# zlq9_{K)s}cs3iff*Xf{gRPs(oXxX1}Bf?PQ2&23Z(9mdTHw4Pbvxm?dq6n@I zhDF@-mK&JS8_hkcDXE*U6uB1#A2>*VOUMw}b0ZG#aQNmaev`nv=?w@IPT8!@Z6>uD zGGthgs+>Q)p&M`htjnl^(Y4`+v!|3nkSUIzN7wTzOI1sq)LSufQBa3`V~N8>yRnF8 zHc{%6*Z8CbNUrU?zuh&^nEHl#>=c1o?=8+4K!81XI5{8{ktvEQQK)Oq1k5zXuNmRC z8g$3a_w)NN2SBauv)$Mou{Ivv->FmFghvOsro>+pnB7Sv8u!Yeh+9b7&r`Lmw)A+^ zq7n5l=&&a^uBb%euh8wDQ>Q`UWzqy~;a^gWBP@d$-57jZi{UGY~ zS#a(}QJfnyhrLK8@ry(#RUwrXp7rfW05Sl#Vl&Y~AJR60)oWu-v@Ngb5sM@q9JPUlwwQjVsTiz zATHJ4v-2XE&zQI7|Cc~Du{R(6An1xld6Qv~Zh&|&1{10vO>cETv{(k3VhT!%{KL?= z7=PXBY6|Z7W|sYVFgwiOb~|KFI%?8zDe6kq5=|{o!=Y?z*PiG*?*fkx_DnsqLzfD za=2G`IzZW6yp3Y2!@;>tp;bm)B0V3ruKIvA5KY*??ZD%sAibzK4)t&fwk5P1tU*uI z2*PUp2%4PK+yb1{Mm0}V)G*>B??NBX(9AU+HV(uBHy5`aN20aR(MGlpVhBFA(g0?g z&KA(3pwf#Hn}|(4Q_!T!O?1z~uE%{%-9hE$s!MT9K+?b2BJglU&BhIm>BfUe1@mmt zw?c3P#0=PU4hh19&kg5%FDbFu$2g}gzaHJJA%@>ezw?A(fCWS&yKilMk_Z*Lir`eV zd<8yqs<;BV8Jl6JvBBTDx-~XnO#zv=2i3!tWl?I8dD3%+Jwa$C$sHk8v!=ZG@aFJJ ziB8}ar%!5@w4Fgu@2b!(59C{5b`}n_2(N^^Y#pL!EU3GbRKXV_ojKgwlN3LqY(EJu ze9R)xdf%OdL7KMU2g0T@js61>`p;)D-KjcAKDn7SWAv5*kUNkgOlx^+R8Bn}S8Jc* zYFeh(qAsp`H^>$}%2eE;KgL$p*=+beMfGuXBFZ_LUD2B3k^pD!yO?CC#+FU2D`>lb zX1YMw(FUXhPqNGqMFz2Ca)XSvFxF)q8x0LP#~B^yx0puNF(-<6T84uh%qmsEZ+5%Ol~vJ%Xk#Ib)+n^BTh=$)>d7)P9J|wHc=;MyS}zTPI43xofeK$G(8O^<79;EidxR$ zDS&m_Jt=Re#L4ieXdtj~vy>lX4dn z|F^MjXAs`0g71PNIMa^l6Lp`5ze>%`E;$cr)d_`9y)>9thsP}TC=N419;iD$%v7ax zBTIbMIxj%0075LaXqOIF-Dm|-9qUSxvcAoqFfoCLTNR(LpvKF9 zBM3H{f`A9f#bxFrbdBa@CA7}_P zQ4slJdgfUg{uK1>mMex}lX{{5XT&ZLYf0@COsZ}jRq^UQxEvLel4pw_B#y6kS(cL` z7BHq4;|k$4!64lyFXy9@A!PK;4wU->P3ff{F(zRL@(o;lvfyLldZH9AIVL{q# zn2qAR(=LKu2geeTty@~~xP3D`%+zL{Ozj;GE-~ zUl$uTe?V z_DVfKiCmm?2#1K_?vB88efw1vUs_Y5Y6j*kMw|2k96mi6ZqRG}IJvVNq26jE!nfKP z&cJz^i7db)C=NS}F*CVtqXxZ4b4qoKw@;Cb+Y{6ANTw#t1t;c&-j`tXF$ukB1N_4n zfU^Kun@&-vBM5YzT%njF1J_mh2k`n(s2~e1qn@ui1iK)^ideWt%7uCiNUGrZZOJ|e z_<8??wYd0SkJM$Xd>roCBEwhu-b(<5P26ZkYRnS0D%bQCiAobwA@4@;cASaV)3uXc zuKyoJRkg(di8TxD;!9Ld^>k>c9=5(##$SFNoz(0Q3ph#mf{N4bgu%Ju+Si|nuJsO?G&<1Pju=<>yo6ntyYMlzEW6?5s@e4LfsY0+O=SmdVp@vM z5?MfM&%_!_o72g5bqUo;MGmNL3vB^T2^i1g5`55xB-0dwrXN7)mSKCXrZ9kELPy%C z?oGS#l~YI-$oy7KQCD~fqFby4a<3NDZ;mDmvtZIr=NF>sa@J*r_h0uj^pD6PEgbt1 zGo)jsA8I){RyLVuSE?4lio@p;KIMQLrC-Ckw<|CKKgVcu5%h#l+gevkIi*MTpz0t8 zdu@d@Wj;|phJA8n%&dlLCJQL_G_}2y6}clw%|l?VQhK(CdO&|aBRl|4LT%g*Njc1# zK*DF=gU0Kv0oN(2Ct5lbGlcEbSy|FaH>j1}oMv0O+FzMyyA-{|guN+Dlp&QIo&9S} zIV>(dAdl=>Nju)%ync)|xvcc-ZbZjgWoZDZRT;u2b%eYq0s}di5F1DUj^L{5Nkj|K zT4un+=jK`qFi`(}W+o_Uh_YuI<(~?XW=Xg#9{6VlXo!x)qy&(K9hPn2DVaS=Ts%`3 zf{Jsq@L<~gP>K%7)?%r)mb${_S3-RzWYm*ia#*ZJjLIAPhCK35j?;2V$haJ?=!`9j z3V6ev93OJTYX>6;;!?_ZI@|bt@>*I7&A<#CNXKQ?s}lAJUc-`YGZueZ%8 ztakFK)pAvPKg6$p@}`69P%3Brzu4Z$ouQsc=C3sH>!@I&ZtFWc5x$H2Q(=Ak6x7!s zY1-Y64)*}Zb%}#YKMHw}OW|0|;ae;4I3TNfeFo1MSgV3D)nN?z!{Dqk#VZ$erkWb|h7Q~#&`?Uy%g$@^k#w@8ZUPn`wp^YpLzTwo?5Alk8c66DwZfe(b`G|hQ(A!c zzltk#P#jF)_6F%pt5Qujl+2VXr--1mOi4?|ZQ>2HGI~h)f0TZ$)FgXb+sWlmyThbu zUd9Vq6J8~AZbEVr+pfDx$9@bTn4EXF72tD%p84=p+Gs}jK2l82R+wAEIInyXS(iLW zc4>ZG0mSVK$qx(6JrJP&mhd2&nt6K6^T>RTtB|BBB|&)_XKta+v=|P;Kt!A$ z(`|?dgm0%<25;Fuas&)9$Vtb=*iA1+k*vlCMELRf%jmB(!3ZScn}5uWALcZuUgqZP zYASu5zOjgiywWc6`H=N=l*u zgH^Gn(vn^+t zb1q}`&4-FLFiuRmL@#VQ%16LFCn;%12jLke3>m9`gBhdR*8`0!>hK{UHhVLtjbQeK z0T06uG-T37W3RQBPH5SyCQ6EnvMJ=DO`KQD!3mOg#!(+CJ-HrkuzC?+@1QS|!V&^Fou1mg;$wbZu50aC@ za%Ee@p;fy1c4W+!Yp*$6%t$A{+PEm`SGl{qQWOMkhmnXwkxdA@F zOob@pvwPTSso{2jXcnctB@L1;y)a~X0Y5Spd0aJR_DnhAR|~)wKnybNwg7}nH5hki z{S0xChs3$Q6nZ+-o>g3p6rq_yQ7C6S_SJ!u$EpLBh3+U`I5%q^r~w0Uact%al2 z5mz8#)Jl8L&yRtU0|#F$IGf41kW@!U_?I)S_eM(i0~6joM5C9<(;SQ zTym_wAG41R)YkB@-GnO4tqqcueaiO57ipgK=TXkjD$)Z&{bY0cDdN+^7( zLOO7UIur5PzA;s1m7;rmnspQzTW-c;n^j!Q%DCCjNK@3sa4fvyotNuljz3n3h+etC z%l23*ZXvk>uC-GYl5hy(1;l3=zw0pTNwtf>YL*nySSM%f<6!9AfLPddEw9>uWaZf= z*teCLg(8K2elA>cV2tYmNm`;>3gVEoE1xmnw*Gfw<536*NfKi_qH`jFbnhNaTyW!U zoj6VLVda{BSj!KP`dJ1dnF3r14wAN=>oafKvIHg=e8(cojVQafiOv5o_B@c}jF?~H zpW*cQB>kyp9akcLE!n zJu#8TqUHMeXjKrX+cQT(#yB9*o5f*dqfkV&$lGjilFEk?T~(61eOSp?elUl^GNWSM zVqK&4S`6E-BQVWN;~!U8TkR(}_E#s(^@M!pV^EAC2!S_sgCh_8?%*lb-+>ah1thMF zTHcG|-gv2J^JW5ph=SilYzqW<(5|X5O*2_5GBeCy0c9A@*uVuz1+&lHCm5vCEK)ju zQt^1g@;miySmk=UJv~Mr9ItA#$o(?pP-lO(`HFWG#37hv!{rmIiXy2OERzk}`rQYx zu8JsZZ*R@0KeEMN1;Ua8o{9J_U3OY~SIk3ine4-Cgx2+g)QwAs-We|i9QOE`Ujpd= z3IbX%*HW<6-aYxMVsn#s0Hmb1yRZg`wgu9D?7b2{4ot}@+>6BSzs9>Kcm=I3{~;## zrs#|uux>X}G;mA{yqNw>tW4M~03x53I5>Xz8!#hcg*CI4my>ejdqiS3!7N_5QiICe z3)DYBe-B|p&X^6!f}A1rh+phMA-10#SS*IBLCmt#Vrq^O+kkwvtrpQQ_pJ;B=~1zQ z?~Xz;1#ZpnEL1SNUrrC>)BHO&v2j|)kywFHZ520L?dq?l?rlgDy*&n|{qsxF8ckCatV+-$ z2`QW{aF&_t;HjeBTo8Jb+^%&S6Uh}}+c8euSq``4fq;M(R#oDLi%5vL{D^;;zAF3o z1z@EA`FjXk)F;u)aiX3nlr{|+D(^giT>;Sc7-PktMCEDh%3h))UTDm1G14n^grg|wqL~S` zA$t=+7k3(dnROtdmj|1380QzIjW^97ZF=xE#dK3QUY8F<=q5~2;VC4cIvmM$d@{=< zxc+ub&RF18f%D7uFygS4^ndpdVJZ5E4F)*log1Eeq|2>1d)>-EBe{o;X{U>Xq7hRi?D!ZxQXjXcyT+V0($US&G`g z{~l-U-lV?p^^OPHnIBu>^e^Xh!&N~yhgSSDdyo7!hLb|dNhkZz@VI?UI!P;-VXkuW zfF4SEA|J5nqE>Kiq{%u=PjZw*e$pID~ZKbm=@4rNS2SaqkXw9XRc$VJD3X+uJ$mv&2B$ONDrX$}Qq zc$(HU&IBiBaLI0oH@mdAN<&X}IZshpL~k9`=$TgxvifUK>rw={oiC z$u@N?gj+=iRjDK*(MsJg2G?`IIZgiV+Y_wsTR1ahhniiAB$`1OUg(3!)Ww-m1%gH%AlqggIHNcFZ}bH*d90E%EMg}|M$fx!U}*4w;l!!CTI z1_rj?<)k(^zH+4l<0!4-Z151L@FM?sUVGa$hcg*yO{np_?{1M&v-gcq&lh`$b~h{} zKFSgq{y8UZ(wtc5vBVJD^4Io#12=~Z1z`H@*$~)}hm%~Ne1{b<5Sa`G1o=g zR^d0+3?THuIWwUbbtfi?U-y&B!Rt3^i2#6bLHf5aaxy`0W`O(9HF{RkXZEV=M%JBp zaA=E_|9>V~5a>n_r@e3=Z^0@0SQ3y$Uj?u5nn1|Ed;;mKZ`DTtDt3LL{*Yx8!|E}# zxRLyhQPM^p+Bz|EyeF#(nNXzT7^R->mKlCG0WZ! z6|mGRCKwZM6_)O=C&92-O|@C%SInBZh9Eg_RflYq?EyrRO_C`mvBs(C3wO^wbWWDv zHM-QoEDHifT9vKStVe3X0ElEv)DO_OUR)TQfPU+CD?E{b7QFVLj(H|R-2J@{EW=oYj_F#$L`i<~rO}b|saygi0;H1*ugEuCqpDTs z?qV`nBuGV##qZIkua+~k4Xp+^h;v|ytgI#3jkRxLbhm-f&3VWWa?KD4Q+(KlRtT!e z1KRR7x?g*XJa~XWJGgvP> zu@8m3@Wb7gZM&Z>TzN#&1h+q;<%K&Pa2KSpPa*08ZHAn=ZMm+V=IwnsHjsp#_r*{;l&O3{ADpQgt{tC;w zULjZud|AJmn_0al=7-2a{W?b53e+MoR0fPr{;jhqtYjqo;;hhydL->VxJ3Wb=}T(}Cn6+R0b!HN$D1#ZE@Q4@g>qz5>PPMF51Tp3{&b|aQ#Qu@!1WC!f zdjsEVRE0AtN&JzR)kmjBXU|Bx9*u7lw$R_o-~)a-=_)B%AIpzEEajdQ{ws_nq-%zT z_WnoXBHsLTBZ5z$o0H4`&06^N?OZ}89;DU=LWxjmYQJ%(od9ljqea2!w^tf=0)Y&4 z8!B8m&(kaNh7*f2qp4bPd_u5z;)F8jXvTZM-MYS=)};wFtd&M3K~e#f3vR3xZ^nV= z@Ez^Sz7$|j`LvENJRO=(G(7j)L4GlpoOM4g7pcn|^z?RK99*E_6n-|otWBYVI63M< zt~K$}nur2GGyP;7(2e_nQA{|q-V+05xzywCWSxMXimE&8-vb9h4(_?ROIkT*PZ5+E zr#Erak5G|>e0e9};|iV2V1DXSUs*&aPLgF6ek>e5CDHWE?3Dz8k#Vg~t`_=B#e3+- zbM>xsyZ)-MOyMSM(jcz{U|zyI8k!vu?AZ1EuLH{$pfyta&ne!rTUf~`|7C}%;wK0! ztx}))~LH!L_n+c}Qv zvNtZwh=PoFX&bEv3Nw(1sIVS}PAJ}5)qiaHnCf#Pf5nQ1pj(^qL6m~EwYzVQ646IA~xcbInEgh0Ab z=8UE&`Uj(-IX>!wHZpRW2-O3dCg6>Z0+I$&*C~FJ!v2KwdiJ0r&OFbG<{Q%}kDI%o z#x}(e@@v94RgMZvE#7PkWpY1F7$n6RM1@3L8VX=6=I0+(K^j`7Xj_~4xt40upXx;G zT60ltq}Y>zi_rfsC^@$ z9H#XQd+7)3Sb`5b=_NU~PYdlu{O_4Pvl@}DSSf5JUBVp(5D+-C#5S|7ScWyw=@HxU z;(@mNUGj2WI)eD~1sm*dznY<-=n~-!CMNz50)hn;XWweP?qu_K3eW8%dMoB`Vvpa6 znS&mdj%{Y+->8I8vGqS4ZegZ4e$p$4D9Wi^4TKE<^a9?cWg2iiqwi>Vnaq4inG+fH zDEd|&g3nzF&5*ME1g6~B3D@1;Bd&0&Lb2B?mNN{LiA)L<)|DBFgz|>3aT;(YtYSRf zAeG4nK%rz5d_Ih)fq074Md_8=$9Tp-tSDH4cB42Kood;s)6;r(4e)~iHxAYF4O#xd zXt)ae5WJVyCgjD*hZ=*hOO~*Nb0#=(9pD(`OltnHq0&XBfYHBnlp`V0*sV>D0xIDA zH5*KmuM(g=2>>K^`gTo3lvIMNW-TtO1_ZP&aY{E#Ch z!H*@q*QChTfz42F z(2g47Ut`MYu-N>|fc8u1!F9t9b1FIXL6zIiOfzRDUA==;w>8F2rkb8&l@}d1mJyQ~ zJu;Rp!F=&BvZ+HDk$hi7yc#%2jLfJz+mEiEKWKaM6Lp>PzNoEuepqo;1FsjBWd`3-|J=17(A%XtK`G=F(v3d zJ`9!%sKQe^$uWwDv)7zdZXPL`Mr9FB)J<*MXRm^mzGARpCZreD zcpDmlGS*mAS+(=cV?w_(EiB9t()n^mN|M9O`f1YbBGlaExat1gpP6seq5;jb)E}lvr*4`x$fwaCQ8bx?o{f*bVBDrr z9LieV>3JAPXVd-x3JEd!kwDCwOX5?on{1r}n8~fd?}mI&9?65T6#o#hEdXxaQuM|i zRQ56$L2r0sh@A!y3%P=tK`j5Z5(^Gy^tQ=OS_Xp$BW>}KeLM<3jKne?O!tSiM{y&# z{hngp)%;M?fqOtH-p40GVljjQM0M~q7mEIT6j+#1qc4ti*z<$CN!6yV%hv89T6aHu zK}TS=2Hef?Oa}7-0whRAMM>@sRMJaMAg7u=X&Ferg6}Cc7t-Xim2}db_KFC?Y;ja| zTFNeHG!TjHd9F`STX;cmLPM50`=xPB9^;5vkMyD$5Zte)bdL=@ZZDqt=|#OE6-y1w zz^3!LeTGpMdp{qNxg*A1&;FILb3q>Ujtop_6DnDvk{P!NQ+f)rbhLgK;MDIWyh+P| zfQQ^~XGRsv!b}2|k^U)s-?Jo4mX742P!aH>nTyN{aM7+)&*8Bu^0!3WytkaLf39A( zsW9Qul3HNrqi9ay;6MhB@RhA7AWNCS@Rp%7BsB=6?Klgmm~4SUbPoJW4UDjDipL>r z^^AB0yjey8-WJ{XZxSUT*|I!b*advrAdX!*zT?{tapCTE;2fAc!Od;iAF-ZVVdRUR z9Y{L1sQ|)7|C%&v5QJ@>$44zorr9PF1r#|6n*_3?sURP13W^Y%yj#=gXjMX)^k7G& z;HVADN|mV!JmPq&Ehu~PAgVQ0TH0c}bc^*2>DZ75DTDqFLI$BxVo@XGvPK)4Bt5~_ zZ+F~n&ir||ngwbEkFWC>eRPV}x&<5a4pZNUxK-^wBVS;Q7@#Rm1P;}dmcAM1eL8~V z*K)}adH~L-!raajH*tkOrEUWCa|&o%atl-I0otlrr!G?3mwm3>9rD0ktNJE&hE9E{*fjZDwZ2$neKR z46W(Fw?;DQym%y-tX=0zJY3*pl_kN;Px=M#&7~1hNegreM+LFWHdzz0!oPR@E+Y;} zc?BG~UFl7KO{L2R2A&f@Bzp+S_R+8?8L||Jo$N`1~kcMBuD|P84%fY2Eu%P3705SR5--Tm8b_(IKFiIME zUbV{brlUl5w>zZ=M#9Y|e;3QIetUHIT@wE7t?&V7v0Lq#ah99|QM%_4M$|x|k>v%Q z7&Hv2A65gtRpu2n8fTJgqlrnv+y>(JUBsj)_%DGS zE{o39bJ3xogE#5JNs0mV|(@d2T5=J%e&DD&4&^LMly{>-r72?KM3NWhzy*hnl z+}i@|*NAovHm})FMqH(FIXnhpmWVCVt`>$*eAvVjN@$g%JWkQ}jO^1BQmj8Fu zPG6OmyJT^foB|nQ^{61i6x4svA>u)v6| z8%*jatrWpgHEBA=36urFoRf6rZxJYyc5a+;_k`7%Nzz%y?f*i}E|PLR5GA6t8EV1{ zzNAQ^=iTh!lboVY%sba7Bh_JPDc%fGFi3(&+W880Wt5RjOS~iR1)$PnjBxiofo(O) zn-yd)K>G7p$6i6_LT5Ae#^W^Eg7ij7Ajzlfw&$a{qgfoi$Xjubejg?dqpYAX9OHDD z0dE@~;ZQ%n@*V#vU6{`N#D)-ZWj~l6$)mXx;t$+s9xKLT)qh_+{j**F54r|Q(|F~9 z`<>7ni~^d8E_sg;fc1abh_}7?++FU0iKC#e9#g8)wrf0lF1&0t-qRoQp+<}IN)`^7 zuj}chP8nvI><_5(c|GvSFMW7uY$T?;9b7mgk_U0cldP`x3IeNB;UY4%xM&J8AQ}T* zb2Wi6dWYg`AGe;Wt@^uUpoqd-SSpE-g9W3NF+@(TGjmfzj$jtZ;qtYG7f+^)qjZmD z%Om!1O2C1Z!k60=Gur5L<{IjFEPlm4;{&0F{Zf&hPIl!Nb%Q% z9eh2EI)BA|XrVhmuk^0Hhtc5qk&joHZIDk7?l$hX>4j$9g0HMAaVi>1Fm90tcJ7eS zNr0-LTDc-$@fH@b_pS94@xocvQi#V#yY#xGs5&$%fS|GNmPnx{^Fg9z@PV@pzjhkH z!9mpZv3L>*yimAZ)f92?rhPf_0KDwj0t^lLbb0mAFwqF7%~>hoNCnJGHIEniHIS5A z828Ff3DVyIZ0F&vCFIbpuNb2|QIs3k8N0;5Ilq_I8rmh43UTr5EoV_>DM~_w(eqgi zok05j<4_VL-nPi4_;V#VmBRR^x{6ykX-UHcS(uAUS}uC0U6&s#dg6=Q%9CC<)8hq+Q=%{@LIHY{C61$^tsUV zuQG6_DBbO+Doo)g+|_Wgx}X!&kSP&+;E9GN=CCVaLt5Cm4Yb8lFU21_};d zvrm?!-x<fdT8+AtejIc7gf(5D{+Q&B zVDN50AO|@uIM!n8GP8;D+}nAKMXY0I#}U-v)!-N8(i8(VL0ePBehq!KEse3&X_xcl zXMP_etJjdR`h85^9a9xTr(xAa68CAjPY;5Q z;>|X;=!!ojA_xtiaj+pn}T$c&eLt^{WNEBk-MIkkmSss*gEJa)d=^OEvWE% z(aMUZJFV(=9DG7e104wW@D@2m2|Ps1X4bY=&Dxoy&c3vW3k}{xuUVAmGDXC09M?%i zEHq+N5sehnwDo{`g_Sl#aVWRcNdhV^`OL$*EGj~p{bTA2uU)Nsujb$CO^|(DzdKri)lDZXa$MULY!h`b|k_t zJLuL@irJun)QnL_bFutqA%))S)>9oU3iNRC$3961*7!DRE49#4Dvo}Fc__Yy_7TXa z`fM{|Qye;4}^Ya}>0I)JXG{z^oka-*MVn`xLAqQHb z^1_eJTq)_5q%U$Wp$wr%P@$L{cmf7Q%>aR!jZC%87(cWaOvXp1%p+75h7wSOgFpUE zt_}8jY^v-0os!tyP2*#iQE#0u)wUvNf_d}8Gw)GXaD*TeR-&0-YybeD>n|3C)TTAs zTuqQ`Qa-a)MU{6ab8xV~CTcq8>vNoV*3(-EoT(1*4nu8&QJs9GNDJx+*L+~5jg{ec zTm69@Igda12?qyp`=WRrUnL~VOGP0egm0Q*BqMnni!Ns;F7*PH4OVGm8g5MvPBwFc zaxkjPh4`{aY~ZH)>YR;nLPu_CwL*(bnha6;CA`#KR3H>A(E) zaaBNah1}&g$QH&*MJ=^IfDL7(`_ab&B5&aP6ML#Os9Xato_w4;y+6y|4As)6o)SgIxvv`{&3 z9AU5ObX<)-sRYkO{dV1 zR5?khL~&8+*M#ToHTszA+$_Q#m7~rGSExT1a3AvoPlU}H!Y~MQ@nkb76-)?;+-_AZ zQ|vI3ZZWHnF`+?G(p*c`BKW9;(+WUk1Iaf7SZ>}+Eq}CO=?>A0CC?79e9{TYChPU9 zGU%#_g~%&dJ3Ai`hYr_Ss-+sh8d7-WdFs3wkpw4jTkG5xlvq5!^F1*L*rA}Q5wZW& z{hsSr4~vL#M#S>pvEilH z=K_N5Q_u|8zCEyw0{3ITRV2jS(?ntzAN&^qHkA*&K~NmFc}VhUMNKh|R4VL=JM}Yt z>oZ4~Tg5H#jB8KvX01@%Lcf(!!^dCoXrSeKfKyxVUX6kZftVEcb4VV|!4X+zL|4~a zsFU!KGg#Dvb0>d9XhLr@pNR9gIWDp!h%+H~Q(4iUWYP{pm&_t)e0f`X_@`kDh6(I? z-@fMGvx#QWtN0cMYz6Lf79RChjLUT1RCT!C>>=Rq{S*G7^!r1;WAc$O(O_&3@zTb}_lHY9x* zo#}R=vx6nBCF?KJ7KX94BuODjoitCv*T(l~v*Z?0-Cj+o5#&ywm;eOgk-lc$k=EN- ziXqR$aI@vcJ7i};Cs;_N90n(Q>76W#`w~0&)li%s_y%x}XT>9my(z55Fthss%l^0? zQoKtrSQE{e?Bak?k&rqVb|Dl_ZolC74Yo6Ed<*NdiiAYYaF8o3%e$Q*gy!$GXl;Pc z+t00&3^sGYP&>eMOF~j^BCF{GLza7&q;CCM88j5F|LGn@k<(YOc*GKaiUa#-gwu(r@5W^(ndie4G{I4<8Q zD~H7=){DAQ^=-%s;V#KOEDE^*xN8AzgMijqI#YJ(A0_(l&n4Havd!ijLY-pzm$5WI+Sl|s4V$1-oH zWW{`TR9J{W-vwd?E-0l3?CGc>7Nhv`9OuZKsOIhdJnDq)JWu0zp0mCD!>c*oN?gCyVFHeJD$J_MGoUteQq(a1|Y zMStm=n}T`ymx(EFZ|zkU1Yh?NreUAs;;wpNV*W=M-VwrxDaY@@8nWO$ALEE>3?R!v z(LX)K+x9aUC_}V3)1Mxfp{Xa^rXpcN1J7lEzZ-^o^h;EMiB(hiH>kS`0jS$WqG2XQ zHcu0!`j6Xw4N*{l;bdd7Ki2_uKk6JjRBH=uuTR?PjFHIIMhb|?b4eXS5rCm0?Xl_Q z(ywE-sxkB=jAh}tP_72X!kbLHE;1V}U&;kf@(zlOl9b!!1|R?*IiziADcKHic@Sln z`aKmH`X2mB|I$%4L@crfM3(7Gvna}KgQc5vo%wzNtk|*Cas#pE<${Sujmi%i6ee~~ z^{vi@4pqS+!9-P{wVifWAGaEa~bA>2u#~)WtMFpsi`H;)HF0xD%z7LP}jTbP%N-9?UMsAk)Y*#ntvLS(c-8t2R7uC2?E9?=gm|yH= zxe@{b4r+v9IlZL!b^%v23(<;7v^}3eYO$yh5uOQQ`S%}8v5_u4}q zaIFTLSE~Bav=?RJ(Mt6?>F2x;-O#|33bdO!!K^&lPY?lRYRtH}4>g*bTsQ>{zApfN zKbKv#a&G=cYco3Vm}P2(qnJk%89c;m#Y8(96YU1k?xMU&ja2VM+EFUhtnRIhj_7)# z4U;$Kl$EldmvV9KUTRS!4gg8V|6eEwhfCW8CtPNnHLQei%~4pjwuq_qbKT_EN(kc& zSa)iq#gkKcbG>&#f9Ue0639cuqn86}ysK{E`_uw@$t2 zX3W;|#S-(B=^5ahr5M$k;?z#K{Iv{;{S+io^Ouy$XD;GZf=Ak%L^1q%NtfV5y`v25NS@-KAjR*8~e}7<{q_L>j7=rG72}|B09!EdL#sr~^9E zNPA~RFECw@bOyL0W0Iomys3GrR;d ze>ki&DDh49NpOuzA{C`PlF31SV4VMh9c81#zC?>@hfSa_^*Dqu#H+4X`bnQD?o?_} z)2PP>#m%f#r_z*bfD8NyVvieCnw7ppcROjQ6DAB>WPR_%PXJk!@zw4h3Z;=Cg`I{w zL92zxUS$CVj))}y8IO`lfkxC4-P1eUbr|l%DCb%9=IIkF@($+YRFrH;#|x|Zh;$o1RNjIRt{Os=NfUR=r)AW2 z-Z{M%BQl9YMrKbMoWd-K0OmVNC|igHp)glN~Ikot3S`Lf_$ zxe9pl5P*oft339n2MtM3{VI3#LPwdVi;E_Uc4)_*P^0gxa#1x=}Ipu0Y9L25G-(D{%E>%Vs+tJ)cRTqe#+QF>ywfuZc4|l3o0&hkD!>wA6 zjWWL&+bOAp-yd&-i9!p&^PG=Q*z!M63^`v+Hw|NRM1a+Z>+a1IKBT<35?XPf2)VB~ z$j{WR#c7kuaEL_7I-0Fz6q1WK-1m7@{KgZUVs{7$a3SBNMxI^pZSxV~)C0x0EiGlCkoFi%nCg&9JO0XGxeJU@ug1B0q zwey35Z9RjGauJ3IcjWCzoahiRwwSGfs@_#HNpl(=_lj>DM>Y>_p?%FRaVC$5Z?d4Qp= zzi5$COxnelt1~ZAipcy*vrJ$i2ub(&ODqs0JKi7I2QYc4DW~B+|DJnXG~~)K4&5U} zNf#YtLNEvR^$ILExHHMa=10m)VL_}n`3R-(-0Y%b&|qGB7^sq`I) z3O$T$8!D-XIMY`M3SFYMNTxp91y?j1=@o#Mf4a8GKvc3qF5!zZeDfJ#`fRV5W@%mG7kD!z}B^0QG z^%sR8G~R*jxPtbGW=+P=vx!rdEyw1b?E5uo%PgtJff7b6rB!T8e03mNCmHCh9}8wk zjfy2P690MssCbqHe`4{lQ9`)W(-nA_sPXsni;4(#StTxs%O9uN>Zb2CuDkLMC%kov zMi04k;PNUz;?z{Dt_rZr&!yMY8h4VPKai_Z#o7rBz9ii7Hagiv>>H|Af*Mn{588PeYc2Uwjo+V3O<x^&fW(bf z!U_mwf_8Rnoz@b}fv3YQYA^3#?I8A*C+UT~C(Dl~(9kQtp?J|Zos}6cLl07~F>ue= z$~7{HAbHVtXsct^jTx8#a{`eX5MB(5>?BnpqOG!;Mirw*c7O@&%p|3~Q^eIFAJ&h4 zaUw4SzlZ4eAf7GWl6@a5LYoB@o?@F&s#2uD!+hRzv}J)WEXhqoxtB$A*)nA?}aY;wm3k>#IU=I`1Xfd{Bj2$~-EgL|c#2 zYR*Xg^2L=sHKH6u5Q3ENo>R2~Rl%>OP}=)jQ_ zEcGtekl)Q#c+45aY=Bd8$xUSGob{OsZQ1DW99@PU;y_AbQhp+WsT+OBF}Bw z#CeDcua88zd$g_fpTaVd>054139UXzgD<@io8PhpG^yNDxD9Rhy~v;`KFbmIn}6I# zg3YX6+@jYU>WXl5Y0fCYW$hNv@jLS>L3j#{z=H&+%j2Qf%Bz|6#(05o7mt{{Oc>Py z&~-haf$C|VA?8l@OsM+(q-OrqLZ6Zq1^Q!@AT?Mk1%z<;0fk8m>5%+>`3S^YR{ro8RkX z?m&?F8BB{LmWnNZkp}!c?^ zM2rdBhMB3>p2gI@gMA~snL(ozjV(fn*|>;kAyeF0`Uaaq|U z^gGLsKAu2vHr%ExK@*%c7|GJah-KKgm_4lF&zcvfC%gKB=dwJ6A0~-;7L%o6d6a+f z*#sB{v8|HMs1Y7-s66sf40&u(<22{vilDjj_;KlG%*8@d^gaNVPXMbthXVx+&a>bw z^anVZ@|r`0x&+e)QG2luh}+*IdqyBE7Z6)iRU&U=M8!g~9vFd9Q!czn!&I7FNTk}C z5BOniifi2a6lsAH1Da$86?o&pl-=QJ)j+3MR&Qau=jwdh^mC~pRZ>~zPf++C^()er z+1%sd2bVLYc_2?OWgp>@BQnR&)DSjQ3mTATZ<(` zGq%%?Y+v-SD^yc-2bfVI0eh=5qgUd5i74Z`Vng1K@IMkn^=s9=)maA?P7aIiU~bWM z^p*7R+=mB#Ay3Ry88hFK)s^9>80Rc&4GPx6E-KG9*d0c{aLdQW=(5L5`@E`w#NZ1LPYbqmH_y}iwpJ^8DO9((JL!tP&y+t+?mW;0bt+= zKa{0}>0b9dQ|Ku|ZY%Qpznha5WlCRMh^{SL1=8a##9JD5br79DnUV3n!zefpPJaqA&bv`iziFL13ZakA(&Fj#@Q?LVS0YRuWmpBfEW81LX$K-j&jow zt?x_IjL?qn&n3A$LeBR;p`iFNm(UD|-9U8x)ykHSWb0J{590O=5Rettru7haVkE+B zKsT@UUxko!J7-DWqGmCaXh8@Spk#-XK9*h0pd7_SV7aWo<*=p%VroQIG*vNOJ2Pi=d z20W5Zh-sKuC=ab9d8de0%w>s%hbMVC4z@|s0VQlTozg9ZPc_ggmB-pLiWouB`YOZlkdQP_;{2~b+S&j(J9J%rL(=}|Xe;o;x z;{HBDHMw%e;E%$gP1)ccimjk0<{T^p?Da(C1F%QQJsLcPv^NRXLEIe=olSg^QWGib zDq1sJ8Xty7aZ*Ap1`H2H8BSY=D68)^1I|ZBMJQn&H@i*5i1sLaw;;%ugT6k}VdBpP zK*baTg-R2$;b3-cWWa>4-w_9G9?Y8@Xw?hZpRb?|En8p zo6^6>j2IAndj&Kd_&Cj8p7P>~!sr$-?2PZ-ZFnFN37i2|Xqwc8gfVh|I5BM)Odfp7 z{lw?$-F8#N??WlvOPESiq=|*%Nj!hbWXK_;2Z-!?z z8diL12N351Gx;3$X@DV=E{z(73s1>9WGWpZi>WWqur#tn{}cjT|qQtY?v03#$9~AA#U8;(hc3AJ~+&Uk01orfVWvx z9u33hDNX7 zf!~~uSCcVn`JaFWe0h-#W3)S(i$(ux3hm8!bH|hH&%)sAFdQnFY@EHhhp9KmgYRd3h-0Yz6 zU~?rdlriqMi-!AeZF`8J>W1w#RyVEGh%Dx>DiJVw;18>X7R?bvG>mQEbY4{G(-9K} z0rp=2gOEEMZL9H)HWq}#d~-t)2N6z&ZanV3W+Lh2(#xwGmq7r@#Tf<$Z_Q0?BTVqu zaH$|6jO2c6m}5FCE1YQwO_}^x1hv!SVHxdZ9VujjIB4hAogkZ5eZIFqhYBdsIXhm|0d3LU`p{sI}Hu5QWO74j;FQExp%UFO%`a zA4DmK$Gt+Jirlp!6WB(Mdb}%f7YS~vlnQ12S5P#=UO172F9}7h0VaYo?g}>Ct~XM9 zUcbF_-bk}`#sH+Q3$%EvEdCj*S7QJCRA+YM=6?OAn|PSX_cSb6q4!gTHwSeAqTqkA z|HeMh5W>??rHzS8NbVip@kOtnYf!OucUMsGAcM}*xOsZMQK2E%-*q>Co&-}O7cXE{Rr4$M`N(|#%M61B~K z2*X%QpR2lCEOTcPeXdhZv_rD~(zK(Xd242amd18A}$^ zA0E{eG|8>Oo-GeW#)5v^f|h zyVyQqAkvs%E&w+`$iKy}q$85XOVi65UO6Cpu2h?8xhb53amibNHOa-~Uk?t?a#W~MTMQNEnv zLmgmXhSbJi(%+N`)e%u@^Ed(Vm)L_gWW;?9VoOG&N(tF8nim}9g*Gg0I3uiwW@^dW zoXY|c1+xeUN`tAGesnO)Q|y)BX|kb15DRhJk@HQ|9@db7QqlgZocfKkIfFoaDTr1h zzQAQD?Uam2ruz}`#Q))75kLcE<+K@_+EB(=IZ$RjT!OZWa}bKUzd+Po@m7XdJ(`DX z2dffXx2jP<^8d}o{k7EO#GvJxuYocNwFF_=^dgXV(jc9q0Y$ml)3cuXp(0yo_c1iK z9*UNy9ja4{8j2sG-p;F$)qx8z+DwpAvTh$qYa$0A$n~PS1o*>)wbfqBTQ0>$c7$V7O96K+!qKi$ONQd7W7t z*efN-1zX%%PQnCEsch)mCmIn29y7PaqN#irdLp0u^BI;xFCCPGewQZ`?;FVL-epI8 zjM}z{nGB=LSUM{bwJQ?->~V2Y$U>Ruj3aK#T(TmRLEJrspixkSkI()P<&Ql)^@0Un zGH6>Ew{xE#o4jTcdyK7ODT2PYfJ{|k)qW_>?hfQ-j1Z%7_(OO-<7e7xYo`iJ6X{dg z(7^N?eJDQ0i+w&%w`lp^BA|AS#}UWo6+dL5kL`^z`f?$L31@lw3I@$ZGiNDCF0H&j z1|oE{noXTraKcS|9HXS*EH>JlOF>SirPHO5jsyQb5zvqML8?_aZ3 zpQS!kLZyW;ob9`QVpN(!9u^Px79n!`ePhbN!>wf8QW=s(aoe3S3PF3kLT}VPp~Q+d zBDYkfBVG(UCOziNPnan7J{8iCyDmB@9}k!_Db#tN8A16jhFyWG7Aw%nj&jZo5^ayJ zXJ&)jMMe(yA{zH$RYNa;Y$V0U#Oa>rS9l{JhpaR0n8_KZ$?&K{}H>SNv zrNX_`CWALXg!#H5y(%PP7|uH;+eh~k$InssJQ-WIscYKW0W52WGBA~WC$;W=8Z1H*LY>b3RJ)qvpd93;0!i3g?5!;po1Oax#Zn z*&h_C3}Xt5ls&=euQEWJN53rr@cQ~rjY95(H0HEA{a)Fl2IpVmy{5Rw_^N(m-R(6i zLa^yN5KDdTSYp3JU;iT_-PN~ca{n-HF_MIf^TTmRXk3#2kOEfh%(=G##71F@DWI0n)kUJwVH@-Q&CX{$kk0 zMFk2q--utY*`NabX^tSfZaPL}w~bmNCacg_p>xQDeGM4&oFM4K{a5-z!^rxhCsXiomf-r!WURA*d4r7Hb2Jm_TDYP?$^D*PrH zy8GWMs>fpsPP=hzFha<6H{lqU{EizWdp_xuxy$L-v)$s+skF` zpXN82+FX|=UP%ywfrECn_9a6cSOk;`g!b}lgFbM0XS?#&PC)p81R@)e8cwm{)%lAn zsok`n`AsykuHV=hx2LUB&Eou5Kbt8-TRBT$8Cnc!IWH!rE9UAcxoT*)$QA)&VUU$z?Wyutrp*Zo=(y=g2`~)|RSv;M z)U_RnuRv*q?AfVeoSEw-eNhGOR(oKGlxre%lnJYHsN)8#hu3kwq{Gbdh>n) zQ^*+^a#vxF#`w@NPI(zp3u2s}!%OS~?6%_fwT(4l}el_kiX-O%tk zOB|)z-NiHRcf0|yLB39cQd}_DFz3g$64mHd%ar0xWYu0>T2V<%tA~0khyy()V|zV4 zF^svw>G)GJ(>B2~={t0Em@x+lw+Gcc2bpYXr_RquVrBOsmnJgqtQi_q=W>UX?aZ&k zO3b;L>;_*Djeg)q6%jH7!;ih8#ZKOn3!%&U zAEx$%)2~YKXlHTa+@CO@WT;h_Dr!^ulL96Gav5vFDrT>8(id>wKB*0rdW$&Y-MI7*Q$rNTCVX9} zw6xQQwH(2RzCMF!Qt>jP=o9PF=sa-h(2Y=}5^NA&bQ~+_QlN%u_I{-*^VXBVL)?<( zIEmIZZa{5a2DB)c4Ut+NJTMzUYuV#?)Wz2lzL@aeUV59%K$0JPuzaJ#?pHF@h`d_~ zT9vk_mW56NmP&*c*m=rAv6kJbXC_p z7n?}ZlQ}g*+M6gFnhsXOVP4jyMJ5gvQoPOH+3KSL0Eb5QQWSM`*=*6+83Icu;V)J^*OP%M@RvfR}(QP zVuh$Tp@TF!qJ?hLzOX_o#dZDbW!+^n^kiqIa#57otJo%&&l5pYz&8a9N^wtPItj(< zFg-xb;sCLT_%KZPq8)(*qtROJk73^8pLDM}i4;XIVddT`>_b)gvIjgG<92`Cfyz`$#y=1+Sx@H^d)B3U zGzlw;eN4XpdKtIkwzcANmW`eOLe#UypFa`|PcF5>xa)u?ECVXWpY!NYwW^kd1g*)W zvZ_{+VkxcCndJdeI*AyKj;G?tf(D9sjxnb_X*i0Nyp3X^2v;XqWUMdSWbT)vH*4iX zpH1(5uPP~8x>I}*=?K^Lq85e9^<<|ybdg3XKFK1V43Kk>D)D(y-xBpnPb@Zb(L`m- z+K9063TprbJiVP|4*2}+)%~dYt9i}CaEQkHaa`xV-ayQ4EdB+qt54U5^`XJA&y*2W zUvHy)_-GHnj1r-;klh5WD{=N!n;%R6>~iVR@{y})c62(dXTD|UngyBhq6ll2sBR6W zz2eEg6G^i*yLA+hCv_3Ner$$jw9ns9PKO=fzRD=LLh8~5O*{$8_XHi&klrGokGRUs zJ~M=xk}PC3jUPAT>{Hz&ZNSpEMv82Eb0{^$KhSjMxiCyfqIz}J0+e8i{5`fZ^{TIk zajSV4FG0+}zyWRX^T#EE6Cy-iu5-Dqh&~r;pcrZ&^>Hh-!DDI>K&l;H=4CMm_om!Q z>q$t^)vg0oy0~v(6F%j$rT6nV>#$a|?cJG*RlG}vK%>0V5iZyxny`&&KV+#{Mkxy)5oJAPhYLs#@D~ z-r-|Gda51~sCn}knA!whAp>P9T~+~IXbg}P&lKBp#96}6p4QKAQaX^{;vl+$1ZOC* zr(iG=*@G}lc|a|J`X!%ZOun0cO3&Hxt<7dI!rqt%egzB$eOhUDJ&OpCMFZW(x-({W zBJ*qT$OOd^i1qHG}S6S!0tVHCq-dr+FcDGDI*)V?X~Vh2`jv|ysws12-b$zKH; zIwjySp^!m5=_$cS{o->K_$yTrkP**vzDu?}ap>>5R<||>9Z5Es^$qJ~I`EBws@a5? zYB111hm~LI8Taln)~9?a(amzht|=F4NkaP`Dwq-lr!8cOr}DAOJUyz7HoP&=GpD6Q z0)z%iXyTGJ2aWE1|bV5;` zNtTLnKHXn%B0&;ra<~a%Q#4?=_2D_aJg{e zwgsY%7iPTt!EOEo3r}w;`EtukZbKLl;|i5|uhLpix|Z^z4AN;V|I)NYPGzftkqPNw zmbls*0ofc}(427kwd9iq7{S;sOQ*;rv>g2n)3c_*XCxw4{F?Wfrw-3qD9V7C))q;{ z!Lc1}3E(}#Y)Ii}unxk})jz2=GqL#$4W&(JGeL@c^OJK+$DYd-s}e;D=@ypvRtVy5 z@y)Ck>Fj$@QI#a^jG#neI^eRjB}+B-fwPPFzSWN1EjL5Ce3CYD8Ss@sK}P-;`~kqx z6$PuJig@he8S>;ZOH2rdnOmqG(vWZ$&i_=M{lx%_OTQKaU*<@Pb_H*Ls7di zss!=+V?w{DT~6n`3yg?f$e}Iscz`CK64>kR&(O@6-3HV_ zV6zqJajm1499=TQFVf|f5jasuhNm36*By6Bi@NuA+^lk`^?6j$X#yKWd{(H4dCO*} z)SBR~1*~YR>dNvPJdl4gCT|#ubbuvE;gP1bpHWZqZeXl{Nu_Q@0)neC!|9;adP1N zN8wM$@q-2wP_{27w*?;vJ_An7U?nFszN#=osIB14b`;&p;EFMhQPmUji-vqxHfqc)Xl3DH_H$h{ z%wUK%jblkrls>C=YZT#=>DOl+&nX+TlwyRca@Xr|R4`K+lmS%WtHQ#>gVpY?ZmAm8 zB&^1Gl$4iF@})DU$5>*11V4d1oozrwJ9LJVS^ou3h)Q(C0BkCssF~7@2i>;Vso}UQ z!5~p_>C39)0VCkUH8_>OqAsRnxSx8a*}W_`mu|_TMl4B$-cvo#i3-+OT#F23+<$Bu z3X@yynt@KGoY#KAk%+}ozzaTw4R5`N^ zw}oJ6qeKM3<0jW>4CzTo_uhVzx==i6%#=exD2|L*z%xc1wq_Q%$upqYvTq9yzRV@> za;lXFl2M=J^h)i_`y@V@)gXIIa6QqF*%-3cGuzRPI{GdqSOq~U+eK5~wtcf`>P-j} z6=W$^Dxok|p(}gfO#}4;Hmj(=?qZ=I*c;8SlpFcnsq*k>DnD?hGT!ICYQ&WSb|DZ- zlv53>3Uffyb^xJ_3^%BT9Ps0<#jIguq(^Aga1? z-h83Tt{SO%DCiL~WaCC`QTcM5>pZl%5|cxVIN1qw7+~vLK3N8geNzD=x#-!jvP!le z5{k5wQPoSz1;64fR-`rm(;NwXhm6Y^De}R>I|PrbwOJ&N;~P5kFY- z(pM5G__*Z5@mIx^zinQl4C4z=B#(N!K`Wj!f8Tbe=Cpw_fo)6TQVuJC!7$qViaXIA zrj@@iC7Dsvgfug|e(#7Rt(xyQ-3nN`oREVKnC|{J4$ZaE)&LhSp5ePa*FO;#HAM#Q zY*R;fhDPcYgU80Q%|%hQ(BT0a?Ri>Dv%L6x=sNP>)wXCsH@my^&1rlfi1;9zEOyNa zDx-@IV2CLN6Ojpc75mJDtie@8AxKkVgh^{8PVILJ!!hIh�kt6vB`QCXOh0p?9!I z&3)+Ybc{HS@qiL~X1`J9YKBfmc=Oc0X?iWY$&l4wE$2R*$6lF7EO`V^*!$8qM7bZj z)Fhj*MeM$IBr3Vn8%ZUjro|t^uRYgaw2rUy_HpL_Gp^>?TuoCoD{o%4`0x zDLR_PCx**@C2#QjCq=T&M1IkK`^BrxYP$5_MH<7`E(8hu>df-fqnkbeMmfFUZYwp! z%)@?xBY)a<%vnD!wnkGsy9E#Vhwurl!H-f zYH{@w6X#k1)a?0nhuaq*enX|#qx;BYluVjp*pn-~?n9`N&7fEu*s=s&Ey)!_iOmV_ z(ps*!dY91c`F_&$9h~@?!@y(FE3f8+XR*4`2bIqs%1hbH0%TyXtrgZBZCL2>P7wg^ zuuX15R!Y@W>XtfXJX5~fs3*dp_&N~wQB3_O3EXH&06hW9*3||YB15>XzB)`HWX;mj zE@v`Rgzz>~d??6GUIE(Zc3oJMLezmImEUMw5G3K71?6NpQB&^q%TATQz0*tGTp^4|?t-*rH0wUNo4vS0r#6f^tDit*=Iop^cRf2++jXf@WyjoV!MfcO z;O@I;)w%-ox@w4FOgbdj0OSRNzn3u*&lCH63_`}A2oCA{QLTWvCo#IRb6TthvwDYb z#z?7u5xk&8WJ>Qc7@LtYb6^(r;bJIh#2#}>Q1fmAi1#+lCI1Nd5{ENw)wp77{_{;f z2H-U4FBsi5-Yw%0)fQXMX`yMukWubq({~cGng!S1saR0zfhKWIdg%Fh(51%q6{on?1gPTSM-H-7z$4qVzra0G;;VhjJii?Ao`x2%b4mAKKN{j(y>OK#yWcGH!OY)?Vtk3Ok_kr>|;B;^KcSv+R&EO#lX6IndK1 zk49lbtx5U*0oQ`%+1EJD%lOo9q_4NbX`C3iCpL!$|Kc?+9>QlZr>zP~H_64P;09|} z5>QeGsuF_zQZ?30e=s-ITGITgib<)6^xd3DChYNN8!&5V=QBQU28W6>gXi3;49FTJ zs8lYEYpWjZegleIbl3rf1Ef3X7|xykpr=*YVN2eUu%lCzE^A-#j;eKc;DF+5oJ?P} z3}V&|JiQQaUju_5x2Ju(iu$HKm&D=OxQpEKT>&P@f{(@1l{BZ^s&wW*J^VJa7!F!1 z`k-Nxg~wK;7+fZagd$5k56q-WGH~9Gd;O^DX8x4FyCs9>{)9aD0K)?tg=AK40ObpD zc@lab%R=_Dw48%nsm(b75N)GLiK^8za)1QqmOt^&+t~RVKhQ0~1gu51t8)CfkpTNV+WgutE__>#KMJVSKNuxd);-hPw9A z!(;J5<{rhG4%$Q+YcF0+?6Sevvw$Ls#fh!k)dG$lnf+(0SqWS@fm2p`k37FvOkogP zUf}1VhNQs#=HPwBUObGpO3CR8k(Vd%o2a-4Bz_0(~q#S(J*6gl*vTMdYx zmRSb+HT{96j+Wjag(8@(awqb?e7PPm<`mUp97GznPliaMDa~(yUCFVv!8zYlfsmi# zny(~-S@{s2EHCt=$>M!?cD6V&MuW@g4yhF!k2 zRIU?CSEimDrfR;AVO*^o5{(i(^*1!+*QR5jO774Qd8q?6mZ(BE7FU!PrW9BSN}%~_ z^&Ix!k@Nxt#DISilcb>2+!zGMA)X1_@N0YSK-=N zE_~Y~XA+4R{9LUVLcXiNF>$-E#TXEL=M|GYnzFjxGxz6hY&v(hx5ua>E|zG<`10JaP4SZ7Ge-@$D|P=xrJfGF?Q6?< zGzCxrz)SK4$2fr)KL>Ki6@kQ#8!@r)Eg>Yevr~Rp%d28Y0O~<2lHSX43_Zb_5UDeo z*mtHUU^=-XAnJ;++qvK9gKdwhG+Q~(e94Q?ztUa6Ru@h3f29`DfekwP!Ppe2iMObyIX4r;?x*AT?&Kv(5uF9v zd{+4)b1DwV91|im5lU$6tuTphJTR0FJnqYw+)El05JiBBRBEyp$gpGFY|iLzvOxUyPn-%^Y#$Q-F!lk-jy z84_>GSTc;}^k7I&KE!wl!S3Y`5N&zXp|X43$|%uWGBG zVt0U>vbzy@-P(>To8eWa5FIvhvxz1SR(1-C3L4&!{`ms)a39u_fu-tP8J+6*-jDdl zXS2rBjGb3iC^_@7uWPA}k%buf=eE?z)%c(K;b2{85qvpT4kwP$11<_4i!x_JN$5$y zK8l`?O6~k8JW3Ch(YEXp=w)_d(Tp%!of9G40GTY+Bsy)HE*HCni0{f_^^MQO34U)Rl0F*9D zflZeVx5fh0i#<{6$K1b4-D4F0X-Pt7R^G90J$T~dE+@|UrF3BuHr&%98lYWpd@=40nvWu!1$^l#F;QQ@_O3-k2sA3Ly6>sSds`vHSN^}pTxirxo|Og2NqJsU zt@|jc76Pu$iEzR_#a}y~5pnu(HNW6R+2y@kWXkn|75w)fKB70H6Gb+MP*>=VL4s7il)wep-nh~-69Q?c+ zR0}(yA*69_^#f4+I~B>F7s@xGlpfu)bM8&IXE^!Ij2oMyo$vwE3H$;P*83Q_c1&!f zx!~bl)N~?@9YXS>tIA|L2oknm6R%}}W`@8CDQkuhqNW48Ua<;yNz}cjLvjq^5+~>% zG0y8iQ;rsHDL9HZ%(CUE3pvJyrUu~YGpjDq^o_Es$y_6A1{ny%d7_&-PUi9ER^47U z)6g>>*g-&tx;`wCEDjb|Biw4Kf9T!y6O;AWQ7Lo$z;h(9@i{#Wcjz^W}Jy#ou@HKu-Jwg-T za8&y|B0nlGB>FFR6Pp(-M{+I~-Q@V@IXvPEA_5LO{n6BsJjK%3*=lA~qDHOkj!ce$ zxJ@hwehqX8@C9qX1~=so%&b3Pa!gOHIBkygMsqVN(4atj{pkxZ!-EuQuIgL_2;oRf z!fgrF*SdCC154CLBL30^LZ-8^rRFHLUI(2yG_OoACVZ8*hu`{>K0%yd@!N0XS^J%K zyg9TGXtX$EZzUtUZ*I8?T&&M_=oKm%M`cvQrq9QT&xO)cTTt7U#c=d!3QQGM^Aq~cY=MxUK~s*Y*1eh2(7L- zX~}t2^@(+vy=@`7W6J+roiN?*BE%0`HX+A=TxTx~2fZW+@1hH-#8hWkmX7R}msg#C zs0W>OPC5h8U*nox!2!oua15*EQia;qO;|sMYTN`IQ$mn64z$_NPUAW)g^TmZxAZ;; z?5@sqQgvUDDJj$QeylMK8($^3&!+(--3cBEcLSwL8LK^(MguV)B$B=JDh&j12RmCi z{7L6DS&dY=#0c^<&D^mEss)>MxB|JsK1Ef*wca;HjBo26Z)kxE_Ku|B0lP%!sp$P>FzZONGQi$A7FKEoSJXe&IE?> zI#8!7w1!A(#`y+A=ofjeux!>fa6g!Qf~DuUlBeV1?N^n2l@6U-;xwG?ylJcX8P0v5 zaDmbL_aL+rE$`Ce)XO$-g3K$8Ryi*(BIb+-ONHG!Fl65?7rVJ-}j;K|I zjgD0dxjv!Z!mUH-h)>Y&aDd7G2>}lHWIJP$iR#j;TlHOANSpJ!KQEMBeogK#9J+;j zF3ocJQN?K<%waBb-6-;Cbv`&bB+5W1OaIV ztRCPp8c?dLZk4Ow+F`U*u6QRfiZR`J#R?0f9TayF4AL~+&9va>LjYQw*O>U@9S=C` zG?zrJ|Dbfxg;Zr_CE*g5@2-OSz&Lwn*#2#egMvLNG8_lTs9(~TIR`=*&lV$K>Z)Ge z;1Fu;O{p(bc>RY%@U@iO{?RJYP31_iKcbUTYpa`m#+LP6MAY^{q zfzes8Y32AZm}{*tQ$A0M=?6zYY*rs8O%N8z$;?J>c|DoCyZWI`CvZ4%LgWCTkogW# z=45f5?Yp2GuwFfPfuD6)Oh(rNn7(UU!Mv8fu@ZuSJb2xReo8+RCX|CGlGdkzyJJgA zjbS@#F)O_P8_qjXQyrs|!`eN>aEV#ER^a2H_l!~yH>O(ns7IX9&*MYgMjzMGhYmD*6bdUxIN4AS;f?BTOc_=J4;c_x)rGR*s3X$xtT8L`fvIPG;o6S zac#n@SGa&m2OV;)R8$lHVwu+fAujhfvE4ciG_M9*&&$yYr;)Gt(u$=Lj;-mePR)#k zAiDTk7=ZNZ@}~NaPm9$yPkB>IXn{`TzK&SgM))zzaea@}lLg}(Z?y`8Tl)M-jwJ%y z@&w@##@{qT_teGglSBIT1clQyg#YU|I>o|fPcgaPg9=&+2?;TrZM(Aqp^)Ju98on$ zcOq{v9du2WY=s?jEPDhYYfwJ0Tuod=F*1iRcQ51>gqR6>Z(w}pGcTNaNK+7BADz|r z9mu^a8)#CTId88EqkF6RbT~uExK1q-p(k8_G|ulwSOgp1GVqpsf7b2!<*q)FN@+P? ziyM(k{;$?gTmzMVBShG9%fmwvCyttM_M8ch?PV)oaof)^RK)bT~p8C`U{JkDbps4X=bER4@RH zDlH+0qO8Itd(4wo+|mc}x!`>l3Vp9xOlrp06Pgf$94V@X(JMsDqw6OJD(FbU1~AVa$|DAFc4T6@o97{==o)3s#R;m-t0XITtM>FR9n`kc2zeyapFW{Q!e76)|c?= zj{fRV5pGdwU9`eVCMCMAJz8_P114Wy0$5rv_MrDE!Baf0g|g*tpJ#)m`ClM1+mOkC zhht|OD?&M_g^vW)YVj=Vz^OfC>vJMie$BzL)kxW?Z?Y%=&g{&-EGvov5tC-t+8E@f zk1O2R20OeJr~Kbqv`j(PDn>#p@5uxc7-v4*o|3Dhd6MF4O-cj_9|Ay>+pE^Ps3Lfn z19f0JgN=X!h3g-NX^Q4>42W~)REv^#X6;}(a8zPAVG1~;LQKI!t`SsLGJI&C8BCSD z(tOyEFGBdgyDT9hTB-d71oM?l+X>(nUOh;L3LvB=BYO;%$`8v= zAfYK9dtq4BH8MvHHG(Ozj1Ga^*bI4AAOI%rL=&|zO+X%ESkoOC5tv9L>@!!C7-`l; zKCg-F$>y#*(5S^tVu7vjmgmByPTW0|f0aOlUtg;$xVc&oiwO{2Rc7)?d*#Acazu|1 zW|&WM14|oH6m5`s;!|3@q=^yl3?EUw2D%_W4k8%K!a!A;Ry#vTrzkFb};`W z)EUikH^pnOmuO589A4W5@;O~}xH1h(^saNyY9|FsIM#dJHNXf@-8*0a%0qL-uK%O$k=kkZ%l)!9*^6;1m(fKpV&&-*wXzU0a^UJxPqu?MsRm zegXFY%Oc|Pu!M17Y0n&n%C@$qMSktK+s53(*+V^2m1*1N1?c_RP3uBa9JY~bqWfGy}FPIKBRKmx$zrp~9$Xa#uIHTGAL4geFEQYT>Gj@Ycb+c5RbJu48TK3xn?HKpIW|n%7v7eqd%_r^(kyu|0$rd zQVlb3n^nm%&Bs0<0veDG!VfKlQ$;I+SfOhGfZxsF9*GN81(GR(p>bo@cj-@&EI0Sm zYeh9_0$O8Su>%_jhI{AazGs~CKXn>B>un;93;abJegdNua87c%fN+P6P9_wL@^ZV; z6+_E7O+Jw;jW`PeIJO=Z8awn!Px9prj+`Zf%$5<-Ht5KwGked{2`m3jO^bC<8n+(G zSVmV;$$Bs)=K1Mj19N*{dtRWifgrXBlvueb&wT zGQ3fZ@pFC=)KrE=GF4y{+|auZXF>t!7T|b0Dj9rlk%}6-~0$m|6;RV7$vBy)E-H!}?EA~4@2Ix$m zOfs`?d%b5K@%iFe-Y(2MJ0=ln;t05Zt~2iRGYUzyT)@smZ4Fx9kgJXd4_ni=>EX|w zHtXJAwpJcRYb(nFCy|5*(L)Pnqk+uyoGn1Q66yOJn8~? zplZf;!HRh1!&u^DvlyCP1C)+P1?Pf~XHhY-_YBL9$REwK zR-yArqvcnC53cj&Kh_+CBx-{CC+itV%%=$}h#YrXy#x+gp$gHx@eCy3ot_P*wOn+A z6e*Z?`|W6=9aw}{S4Q{ur=R2G%M~wR)eqOVC&b`n8>*GKI%)ga9Gz}YYoDY&D(fDq z$QWx3BvgK6s66!e{jXx}MR!=m^9yllYQ3ICIBiEMYJozrj=a0w@jH6$z@W{F4cGnp|R*Qw}@TG%UZm#l>J{>E6t7?4V0^|9pjliG=HQeVg3??suI!nm(^B3b2Jd?en2@t2*+ zIM-j+8^5hE8777GCu!#6xAda95Xd*=?lkdCOQu1{bI$#k;eJ6X2ki@8mK{M21h6H6 znD_$SS>suD?niFTMBO=})+mm!5=c-+&vX<5KDC~MZ)M^u@g zG*q8{K%gtCC=HpX1KNZ4xk+fApo*(Wmq+fbvn~cN6JCvJjB=Bl|M|U;DpPKmikMq^ zg9B`^#L&gc6;fX`#;{HK9H&+aQu_FOA+pGjTES8!+CD(g;ECc(TcL;Y3}BE&1Z-{i ziZy)gMvq-M3F6pf-y%SNj$|{Ww^rHt$M{)Gr)tO)BB< z&WSXUaA8*;PI^@@sd%ta=OacN8ak_rFPc%@)pFh07Mx)=JeNLttOoH$na!*rp^{dP z*TEhK#64JsZPK-$$V2l0A6AXk0@L;)nm!$B%TmoA7yB9Ig8A6`W%X)ioG7FyM=5?mgtgb?i!DH+E8eu4IjzSL`Dk3FZ_6 z*Bo};(Mr2?EL~(OAC$E3`U;+uO7tSc9P_YgS*@<0iu5EJ84*1kQI$MvDrRZ3-X|#& zajyll2E$4GZXYJ<4o}6f&XYT?*Xg@iX^c2G6-grMDvTkJ6C{PS7#LaUIJF}f`e)?? zKEqm>`kF#=BFiE`jnfv9IGgk67bd}w8WQpX@j!QRwMy${m4?Cg=-`-oc0&jfGV5*b zN#k1EUeW8U((d@jf%uz=3haU=!f*Ki;14Jr!=w_YU(T#9_5L%JVxh|4W|=y7;nO**=Qmc5y zpv7F4%hK|OhP$f?UcVCT8=hu)Zajb(px2tp{U-c=OfSXEizQapbazDjm$Bo2(>7ns z`2vG|n$jq2!$}@JzEpO`z*n*eVTgS@ZvJbZ(brS7_PpeWLqwHsCjY|t_eX`EM0907 z^gb*aYQzNC+V$}-%J?!gsL0_|!I)q3O6os7)KVU(UzgJ*_$lIx*9pf~7l*&sILSeP zmCDl6WRb8u!tIwGiGnLaVu4KOSSnggv-T)=Md%KyF`c{_9Jac_lvg&22u@AEVKm%3 zhS|eMBXxJ2 z4^ZNGHR(5^d7jJCMUe>pGY=J-m9-f>a`OK0*b0s4li>3SaghSW(42_u#W4l#H?s^VP>J?42JTSVpazWtj#o0Ub%~WUrleUsxm_U zb^X;vtXDMToDedDiEuUZR|7>2H4gfPH5!%Dqpao7pcs~^9k$D9A>NT5++|BmP+BdA z0@Za2QM=Hg-fIcNQ;--lGZy5Q`up!wZ{GWq6rV4T` zLdhQc>wz*19*CfoVB`}|6ckO!^bTL7MJYWXh8#_L3c?G{Lq}HG~r)u;#c^vcy zRm<|Gp0fq`AYJ+@OA51(XU5h4U)T;T3)E3DGdmpc*b7JC%Jp#cqM;dJu4Hg5bpbF`I*bHro+|*J-;^$TCTwpdY!jJPghOny!`re=0&-(diAbNjV`N45H zvXQJ1KGuMkRVPADESFKrUOok5ldW9S&=uj;{le3>3X?dOWKOE?wbTi1v)VQ@ zqqt4Kw2y|Q5(zs4t4>y*DJit><`Mb1E?AXbI2~duy5$J5G%pk%3axyXoiKZQ`Hrv@H!ooj7$e9;Hfb@NU_2hv+K{4B3Y!+`-76T`l+3oDUX>CN3I8x+q8lTY!NRu8 z?M4zKs;FG4UjG(CX)Z}A)q);QTYGg@-UH<9dx}T3m6xlY?QAMtk&@G|bWB~6EVS>a z27RabSnGd82L$6wDC5sU z(^Al-@L-D13l`fP~ z0VkAYr#sO%mUBu^+^vi?PM3rvCdaJ)MoTQlYwO}ufl_hh zg^kpPF7q<;<%P|u7#=TYL3MWH$IFgKYYO)e_PJuRE}b{gT)a_L5aniiutho<&*g5x z9k@pVr5-a6WM!xmo4Df5d~Uxg=m1GTw!dd(*69Z>SGfnvJa@F6KZu%Ftbd$M-}U-! zBi5xBI8s=;eyc#21vf6FbBOB|oP;ZtC< zo|^w0Rct*n0Q`C2lAWYb{Yt3qzCk?ocxzNu*y=|`ASCIvN=rqjCiNXMjGQ$Njz8I- ze|I;nc(dcQ7Dg{088rVA1QkH@y*rSto_%{lqz8&bE_JRmXQd{XE& z!V%+Y`p$@*UjK6BdTKC8D%Ld&(j+t$L0P;m*3>c}WC)`X9;+CFSal2lmb-K|eX@`+ zT{*_3*f@b!zI~XT8i~RgP!^fEiq(^Q5*16bJ26dq1}R{3R$O702zJ_}u$s0Zh<}jg z`-vz@#D)q3l)y%?yf-!`9ZlplVXV&|Is0r`d#oxmA z)Cu3F+aqk3&!j^FxKwPGirOoUCj@_w8&`NazoeSU25L)c$h5crSAYcu>87<|mvb~( zVSIm@9j{?wzqgLtL~cA8iZE4^<*YQd1Nl#VP@?UrGQ+9?V$WGS3ekqYe>U0wiq`WrHTm7Y{vPr4G?9X^e!0@F4gcq6Nb z&Xqb>;iNxubjS#C*wC$tpG>!07lO_d!1f18W&zYvT-D+m;8eh1k|(~p8p6@I5t7M@ zdYp}!)J|ctICZqiuQaD)(Bs@39rrWWn~Dvz8u^Rxw$i_ogQRUz=hf9}eYTI)SRa|u z|4W-sOa%PV^_x|2tuC$Wwe#s505L)w9;PCeThcX4Km9(uRDRXcCn}`;nVXie{tskQ zT5elS$)Rk_r$`*T^S{TgZDBs}#}akVO9~yG1^YJ$v`UbstalbPXUygEP?@mFzdlwO!1)BqBEI9*8qYkH^^}N1Ec{3(o!|DR&!`Vig;}?4nO^BP39Sv~v)if< z)dI9hM1s{Z1!*YAcrK32gF?9uRd}l9h9F{n!3JhYS?f_~A{$1{Y9BlGowmGyugQS# zp8QSS{;uvXgf zgrX#(7Re(!e(bV`f3T6O_`}|TWLsb|R-Bh&u2K>SAkDthQEeN`gPwIkmd_((g7Nc9 z%fQK8=hA1@%ue$K3=!qyZKzrM@lPW$LgdE)l6ygMxvNpe5pj_jL_B6&{ooiXa^tFT zoj*=$DJKl=qlVtQSyVMvR$M7N*o@Zt#)hc5ZW4aYi#rL71e3a*JtKDbwHX1icV7}w z(N=+zw10L3-YOx?L*k822H{*D&)ot$XYFkH0|Pb9_;{WUZvPo(a{fw;{y9Cw=%$#n z^MGQl)s}ZspDEMqPj4*J0{7sZ0WCHkb53(X@jWVqP^G{9tcE!jz<3sgcR_vYNJ1BddQy7i)gAfk3+vC)-QG5)x5IkUL^IBTTFhrpbFOE8}Z6DGGtKu?m2`c?@}#P~|K6)6?^iAH7455X;aYmtAgy z>y>>Obmu=rJd$JnzMz{HK>A$jEa z8|eG5FJ)+PgD>xM`X?G6B!({x7i;1pEnF3Q)rYJgcy^(*w)EH#@+Wzyvy=ZN=};=G zWLSuticFy;;kU_6RUXK=Y>7d`&Mr9f#9&M;j9#Gh`^PXL^ad>ELr-9rDv*`^%heHMzbPAy&J&nY@G zS~DA5Y3FOZHg6dfHkj3|$G*_%AHgq7%h`YzV5ME0iss(HdZKU@W4*T=w1&yt`AtN!q5$NdJ_AFx+5^mLNNvOuA52Ji zq58~(lsu|-lsIkPhecpIMk5DdyPKYGQbz;^+A~pIb51r-LjF4_m5i+cr%icnsXsJL zpD`=PiBMySawI+M0JF+GC-IeGjv>_!65Q6#f^?RAuez^) zyBKaYC)DB7AZyp;bEWP2nu{FDC9YX=&{O8E;7Y~1!QvR^{Nf8pJ7R1x#WDzeLXbqV z(@P@lYnAFC*JR^InC%=jb(hId%%u@EsKU9z-|a3#SSp*h%l5R=xCd4L;R`7%_z)ai}7 zIdT$o;Cb$yH%?xOw}zGIwl3vUdQ+c=NK-~iU>*FJ3I^lT^*gi{fw>EZfk|(k=;Cj+ zdgRm078a)dy@PYh07(GXACQz&{ry7K!elX}=|RB6!kC0hTfC!>h&4K@Y;s(5u^wr} zyT~@qMyori&4SJ2$%s`u>uYqccBL9RDOu`pGIvA3B{}0D!<)qVsQ0#MFbb7#m8$ZD z38DG}D3%$=?&JSNGbFmy;0~mow0R!+<}h^D*@C* z_E?BJO!vj8xo?E}J>bPy#WYnG;lu4mGM)Fd24~C&2p`~{LsRwdM#9ag)UbjLdNPeEPTXELG9 z6gCu_Qk8*&7iWuq5+`g}cG|_CZsnN~MkAU_iTYSvDzrT)ufzSjMtkI@6TDq|GN4bH z)(yHed^feW?VF-T51kdoRAcag8em~rQL&03HY(ZG>h?xPWyGYOj#0gS3RrXs&I|d4 zTtcR(ll;utEc$E~(jMPGNHr-Ji->znRhDCZPXug?umGVnjR#|DwEWhi(38dKkCMR` zz9&tL;&Cd@V6eQra%Q8Gp2XjK5RbQ}9!Ui4HrGWB*?z_%PUER|GXmTdFHx`S@mAuH z(-Cc_M9GWQ%#^&A7^ZH@X=lFx14eAhVHv)E3`2UN{rqB_(5?(x7$PSXv*#{c9w~Jd z6}%|}2v2!9Y>9`xykspbK#Qg7d?uZR=?8vIO6T-xbvh1N4OzhDUr1>7EF@<*|20GD>B2Um7vk8KMp2DFFfFU2p_#KMhv zFjIM7-BP5O1smG;0pDCqHO-H*3Xn)>YSdJ@)I%DvuKG?RmiaD}Sy9!J3U&v;^|X=v zh~*jU0~B9CRgTUOrEaOHuF;KTc`2eM&fehi`nMy)5#rDYROEuDe>!NE`@P;2Yzx7TU0={1ltYK^J3&GF9)c z6!c{s2ee=uWVa3)Ek*Q&-bh3b{Ir*S?v=_)L@9*xYb!1;_-Yl7N1ow^(H#33wsZ&V z!JdybCnK^QXzi43Qp8Kg;R0>J=yJ_HY^iOtDI#2u=L3Dc4S1%Hmt15BRkbOgIw$nv zq>dtJY-I=1(i@q-hQ*twt_J$P8zepI@=o$r&zQRYcIcddm8yX zE{a<%K^%=>v%ZRCf!w=D2%@#H7)W9q`_#FHG&^^0+i9EAS&2Y(#Zfe0^e08ejNIs> z;2cG@44*kXLJk~~7?yA8i&c{~j{*H~(W$^Xm)>1#RNPAP$tTYreHy;TF-(KGF{7vp3erf}P{1O1Mr&2P}C)>%HRu&o) zPWGVmVL7Yq9T9oFeJCPZ6L04fa91-KUA~l-hIHxSvEyo#kR(CLjPa+m&fvY`S%4_e z(QVv$yqQ823kIT9^@UqrTA*9jO|&ZI@& zbEXFM#m-VH)9m7sDzqa*c-^BRNy7>Ihn^I}qbvF6{p&m0y|%G2rCXmr7zVLh zA<(TcUJ=H`7TlCh8?9^erjRGyimCjvu8?ZZ*T}I*+RLHxU_L!m`%H4R^LFVt{i3MW zQX&t1^gvufk9k(Rgcplk-qZA|gfZAilqQ=q0XD%AJ0*v1g$+LEL@N(@kl>*X4HeSW zH?Kt{ZN?^^PQxX0mpWQeI+I|>{}pE;;W0*LeFfLW!)761Ga_hp6vGe%DmMbyhWY{_$;DO$r0##z#R@An(bTR5VNF{pRKlkH_`2PQZ|o_1dJY1x}a zmn~a3n@0+88>-iMlLhiM3h>6S+cg~D(Yn6YIgrl4ArrLxrYO_cc+OO{&@M^|3G$}K z{<761Mb5h1*c(1_ba;(?yEDA;=JfXyy60bL!uHGxxYCk6}DHnARRbx>CcS| zkoAeeCpZslr?v1Lgh(A$ZybnVMIv5HNhRe=Apjy=hCA~#=lfevYw-t$8me!RyQq_s zZ(}tH&Xc@{dkd%FK(*Rwr{YKV=aTq%QcJ6xQ9%wvUiBHh3bU>s2)*<8XTjhM(K}Ww z^J+LP;4x(@yXakSTuFgYdiH;>ER;P(rjZaU0&z(>>f!muv2v(gxD_~aBq=e5)MrXD z)D_3@(@unc2#$AU^JqgG49Nu~DJ?VH$z{0*LG4i}C8(@{5Xg`09(3!0gH%SgFKtS; za1j{HD5q%skvpTYle?_q{*-Mr0<=UE_YNbzY2hY9b##e2#R70;_#{9Vs3`ge*I_>O zTW^&PVQGeU-)VH=+F|2Q!kLz^rbY#$-$8bk+Q^z0#@9OLtr`%}DjOKzBR6sS4pby2 zfI<-vj4(03R^&&|3D#um3LH)Nq+0^U;X(bCZavb_ zVTBjG7v)q?=~SQEs5Hb=N~$s`pR1Oo+o5_Bq7{51YSI9hlvlI4O|5t4d%eN|S6>*% zZY875>QwN3Nm2}aH25*bST&^sx?5x;`7Rh+(;-x#U=Y{kwt*k-SgCQtQuUv}DU9u7 z>{<`wB?>kT(eko{?_+FliKiUewN>|UO^ z9T4j&bxo7jo{X3|sR+)}l4D?)Jr!S8A?cwn>?t~C)~;Y(T9a;!J~+>C`)1iur;WwN zj@hkbBLb>0>CXGjV^te=OIxFdyekbAp}jZ46zvxAgY3NF(6PQfQ5QYMw1dO&X0#RT&j6-J^Mj)$YZWUcdZZ#N{!~usDQ%D`M4HX!{FDelEY+@aDn!8Phmt@ zU;VBHBf1*nwx&fnjtoIB$P6+qqI)z_j+?oltx~!w9*Vf8)P0Fg*httM4aCLR4vI6# z8eyPJ1T^1@)Q@i3i{Y>-gxC>V*y@eQV?g`Uwnauvf=SbX@SD0(6ByHhaa|jY5QO&y zvKGhofm7NLuJ~3@=&}TWS8+QBO-Hgfom^JO2Sd1}2?mFoH3Z&!Zs|R0SR2D#;%QiB=j$ zOxMsh&*CBgwkiM1v4t;|@ag~aF(j@)i%7+-^m9d?D`Byk`&3P|@oZ7FO@L#5*$ zVhlv-uI;o6F6P&yuh!KFkhk;$(0i~1H0Hv^i^W*I>N^fcjj0A|Xvh;}ARY;{d6B9* zibhqrMuKOqpi>Ytq62eSs(3zyI$9jvM5D?aifGyQcdjjI={wmAdb?kDMyjT*-ocs@<&## z{v+PFU1PEm!^t4Iz2DRWZ?dw`&5RB$2FS~agstb7rh3LCoK2}w1UvF)CV<2 z>ZApbhyLqBbsCOh8x<>|#i!ti<_7V!1wl%O#EYh5xmr?D{^Lz~fJWQ{m9!884exiO6Ec>wa&E|#qs*-W>_+nGWgk;zJ`!xDkFo9;hKUk z75g&uA;*GkP43ZJ#=tNYw)KxqPSqvci=4Lh~C>pxoi@2D%9~l*z2WkgPRsHZR zww8(MtNB8@2Hx@k4g;9HPok;q zsz{L6BiZ_kTgQ@)AqISl!!4j-m}Jeyo2N#EUJ>?rWGiX`_nO#gcgOQFAYCedS*{+H z1i8`|PspKbC?hJC^$s5HhOJ<;5%R2l_j7!0f)z@9B#+^VQHK@1u|xI*mu(=3=352! z3Kt_mrbkSK`y#H?pHlqQtqOI!@eGgE`qT3XCblP!9H)qNo|SLD4m)NLcu72k@jGks z_B<5LgW1!|*oiYtO}=TO9PJN|Z{{?@tg$V5bynY#Qus0_RW-01z2bFVl7^UkLI;=Ss7R1#I0fjY*lal1WDW_5(7XL)B9bIGXORM%v-CuzcsY%%VuwuB5*)J0 zCg0^l_pRDPD+)5h7Br|BGc_3)bZ0^=3=lMM{>LKM8ZBIAX|DP|;Aq`uFpfYLYzm$Z zf0)z^bS-SN7Lz(@0J&rx1mpC%_0l>)`-qfIuY%N?j}IyaDA1jzcCu#$0*y|zflX&q>*a%RF&WQL(oe2v+wr&Y+09w5l=Rwcq`saU4yk z?|Yw7;!`+6lbHTru+8;FPq?Hx#Q^etE%XU zJWn!SP0b-hL|+jQy^~E*Ar)9-j){MkX1X^ovWpgg%?#1CYDEfx7of{}4;(!&Xg&>b zdDMUYYmRpIs?z7M&jC1sU^HjkUuztd0QTB*NiI!p3dTiNIV1^tMY>(@G|!BvGd|8BloDDF){g!Kab z;ozjkQi@9AhB_uw}x{!;1khd_ZHHC&gqJNN2;nX<$F>q{i z3?GIOcC*XT3#j? zmtrOFT&!^PYR#i+Fl7Jb*#lbjoh-Mr;cnw%o-bE{oM=ybBp1!w8p<3K+nxp)uP5Zc zW_%J~{1-u8A0c_7c*h2slZFMV+eRLe6#qu84A6yc83kkof6okz}S% z9Lli$jU1Vtez3jmYSrKr6aHlB zS(`1m%);fCf~nRNvx}BMfs?WLQEW8F;dh{Sqr!mN|#m%t^)c+k#5;0nyqNDGdKnv3iN=w z&Te`c#|l@BM8%f#FeGb^+`;ai7hh6b<*NG~?DLAm$GD>L1i1P#*-=q0s#$p~^TI7E zf%2;xRB-FKh(MFFu^4+Gm$TIeZ(bhSTzsb)qqLc;mBEy%7CHT zb6r9A4$=s`!?CtXuq=pMZWISWbD=R!2XW8w$?sTX^>pOj=x-`!;b#9m4tW!J!#EqK z(2H#lLdF@mAfJ6xIL7-BYxxd*ie*}j5Z7kST^L?`+ki>oC)vEA^xI>=TtjsWsvsil zGL7)WX;2yy#H?5!+hAj*)im~h(r$i*MU2ce>G>S!T|Uwj zkgBf?dh)7aK~<^jLV)*m-@tpr)tejAqDrS@l~|j}sWD+r+jKZ|^ESgVYipr-bMRT* ztmKW79kKpV1v66@z%-+dEzz%f$tpUI!fu2jY0kuS>#$fN>kIO@6;GZ!+D)*ycCJKf z(zEU&-C~<1WRfAIih3WJ)cGfua)@+W$9^czw2n&Dt&&zgy`X|P*J!D_VVa$<+^B+^ zJovi4t`=QFG8YkY?WQP@t#Ss1y@C3;FxwB1iWIxMy5pT<9=(>86AU^9z=Z~53p`YY zWs<_I9etoXs4=1#xhy33X={?9?i2$G-^W5}*&bWRu7x$LaV~#D*$xnJ!=Lsm$@(*3 z^5*V%XVVSOtQSP$LFo=IY(Th!9~0&Rv$ArvvvqWoru7+t6pLFw{-H0Cx3eiaiR zMNE8I0W2*ffx{^2j)Xr5m;#zKx(O;37;JSSQvygSd3Q}X(|Y{+alkJ+0&1Y%-6ph3#^4hn$<*ZDxDenLhlX_ap4M?&Dzv2N z(*0YvRzaAH%`%<-d;Tjr^ju4|G$M$Ljx&LLpd z_Z2w(Gyx9x^*f)#EY7X`8;v9TvfZqDOQ3a?z~Jc z1_S6Uv4P6p>TSh&Dl&jH&V)a@Qj;#+%4;@X+?&0AgBudkHKo!y7nh&y%H z8yQ3%wLyFsiKW7MB8;wQO^IVN$apPr$J!0rpX@Hg@%^`&1%p}FQoJot+I2Q}<&YyQ z8%Q(ghblNNB!~K`SMO%rc)40JU>C^=RxC<%v}bYr%eun^#~UT)b@Ew=p+7;nSbibE zyqGxUOe)O0W%_~W&$D5uxzWtSnfhyZ7~mq+1LWkiAG&xL5wrfQ25213|^`&_yjoQ+Lu7|sHR!Qwb5VRo&o}F{`+ze z#G)IlXPt9Gh>a3)DKnr=?+znZNlF%@u5I`(hShe1B|I5ZcvWUcHph-7TH|WX(jTSk za)@EDJENaz!6>`=KFi^6F#3p3^CX?TLx5*3y|wz}H^34gzTU;9P)_dJ$wohD+Qjnjxzu$-hHEvW*wrwmG&7-ilT z%BGG3AQ>A*RY1G0E}&>Fa7lB}zQrYGKb%_G$1|72Ne)}Kk&)T6Q|p{Z;%`QBa80-; z62eq5up1PnYoEf_|F7*=@j>qNgNSn4QLE4JxzR+x+=eNXq6HIS%?qc19dW|sVFb=L z)Mx>4f_+~d34rv@KKH}6nU+3P0I#*zx~5$KNuZHYVC$J7M9Ny`SoQ_`I|4K?Le}{O zEiIv5X89N1mGXos;hiQ<&W-gFYGx6P96*J5Tq1^VrbfhW^y)cklAjQ!h+uI`Uso{8 zkPq83xuiy#jxz-}iy=EO+rp%GpvfPrh{O(2W*fajnGIT~mORq*O&!*110)*kEKdMD zIWS09RWW*vkMBY$ys>d~trr)IQ}VU8c|gm@7-1tF9RL@bSK2KH&GUO;vfdNJz(@{v z``eZB`-rKCI45)=NwC($Px6r{3E0f%I~rNjtXo7{qB$Q;7uOLhV1sfs#64wo=hz+)nso+$jZojyztYIyhsYV?(5}Yi->A-})-C{tD;XipcYn zMO_d-$?iuCH>g%B*gYF;;qqZ9*hPis!5cM}s5bO-*VpZY#w`#*s*lF2L5g8pDN&*( zrY0nZi#%KfFc;H|b^^---9bK+5d}piBNm&+$WfP znawBHe@rI- z6OUgTd#9Wd`rSf?4!eBN(RUT_fMUw#R#YEZ+(dbtN>dvJF zC)WJ09w_5pCA`!1iT#s4R5Y4Oj;)WwQ5~> zpE^Ve<9RRln8YKXwaY|K)ReP%NMr{&hl$>Q)|wRKu$L)_S9i$1!O6l>wSS73qa-2$ z6is3y_Cb0lkYx#6r{e9?;K0|_3c9ZpkTr;Vi|BrzrR)twspIvJzokBy0C;gcnX6m0zO{xv+zZGu2>;x zB5a%|(7i2&=Cgc$?STN7>)8VUP)X5+I?Qm4bahWCiOxRgn+8`Xc<#$5!M@>R=-CP1 zPT~mBHmMBZc1+VM?U}PnjEZ<4DVC5wxGAtOy=iw*>6g6~65L@pL$lKHyO6W{YBDww zk5b{0q=$TvazQ#JE+N#R58sQ5Yq;;-gIdAr=EpkJfi6zb%%O6{HskX=dvuS-Uw^r< z#^;N-O~RKl8RLEdz84m^X+|yO@D?p#1l@Fbe#wRrW>X+~h^X4}5R=z<+6UI!ub8QM z`$#t*G_oQ*1VMCBUr?^Q_b*roJACeGG63XSu1C7+fTc&TLH~4b0{* zkUQLKL=f9t2>rD#Cy-;Ep?+oIy3{OQb?H^Uz`R2a8fg&L0ST7m^5u>o zMJTR$QEy%5(y-yy4g+R#JHeAt%B9+bqu8o<$XMd*5ZIDQ18T4xkbprh z^A90BULgjH6HlOcei1?8O>fL}F$f*uKm5c}f^yc)YBtZUb`o&Zy|W+eU2-7XNsl#3 zz-f(W@+ZTSuX1JPgug!XLa{0BK`1#Uv!WB<$Pocm!QHqDzqkYsMr0!c_k^)*FlBJ~ zfT|*iMSH@PN8%s7iIb}rgyK5| z-}X$y5B2h$;&JT|X}g@pDRrYl6Z!R(i5#-jFgAZOO3iNWPgpz;Lz0_$$9-Wmr(@hc zRJRH=2auF)>!j7S)^XXxMSIp_c_X^L0x||$;~lCeIoT>Ny5}>*Uogqalqhl%r*6_?B z2-y@X%_51SWGm``_Y$z&_An$Al)->z1i71V@wK7=DxbDCqfCr_?J-Tnx-rqbBn5|@ zK4FYG8q)$(NhV;?-FD$%VT_29)BOyOy?DyEWWv4WD_KwlC5`Df0zIhiq(kMn z_VQ-UHHTXG;)EUgGAULQljHj7|HSa@W(j0bMdMacFm^|k4hPD2$Q++FC}Ni(h* z5;tjhIq|@xQVBlIvCc!HdQT=V6@B5j45h9r9CR_ylcqX>bS;<5b!cV| zTw`*U&Z95KrcD8*LBZn05rELy`!$I$N~CbQi%!S?uL4;~g zM$%f7#t?yMhNPB=8U&JTZc14bqH)jS)EnBs(uQeV->U_yj~^H<9)7=n5+}3YE}tSl zH^e0}Ys7MFeLcT0j&u7CNkvRu3S;991pIGdnzw6X5ZZC{9nvHFG4|vQ7b=iG6*a^u z9Fh!tDn+tt)}0nSmSmi5q8(BWR%r?@2Gfy|_o>S@K=$Ej)NJ?8-wbMa{4cz+9kWTq zT*HV_?7@6kj=a%9bo^p46AhZ0*s6nrpNXX zI$)C!Xp|jy;(T?t$y;K%!}}pyGbf-Gb3ao_&8ZVs^{kkVr zvqYSnVMLOXrxGKB4xJ{_7yAW4=hc=TYck{+kWNGsMyk-vNSj}@-A>an;GJhCwKFYO zrvz`@TXJ?3>6}iC7ECFpIx^vc2G*}Nci~RKCFdj28rxeVngz?FU0fS8d&xLox5wX? zP{)N$VG*59<~NdA=YQ^`yG$L^A$wl}(iGTnz*BFjkVRhP;@RnvzPYho_(Yo{yZpe< zOUav`BDF;CLyb&CIFMNY{Y5BjmO&M6{s+HKd=wA~VNG=_*%Lu~r-3u%X0ON9)oREC zYW0g~SLU_XINIpAgJTDUp{>WOP?VA$2tXid%vRyBz@hZTggCw=&_#=o1kF++7KznQ z8jQ!wVr*>21caghO1-|@XdlD-PQ@iGr%xM|jDs~qF|Zm?3$zJ+q?5XgX>>JyLUs7T zQg?VH5Xmq0o-m9rI0~BN*1l_FT7Z`IWvQ!V-%&<*Z8A1-kX-^#rhw?n+eg$0x&rNw z9z6%ds1w7SWkMknI9V#=4ASKy=ntj(fxp z#F#SmxxkvUqrM4xrP2qtmI>}M*=*Qi2<*ngelP19=xapd%|Ej}*XRUtuEmUuElfTh zbwp!Q+0k{vvI+kv8p=(rRkI$5@JWLxmX05Sj)2ZYr9=1`dix!mMm9tRu87MZM*?cv zpl()cLhxYz6B7#?4vjFO`4GV)Xhe7O8D^K_s!{~{u2`QPK?9S3b(?U->{R^byw{w* z?1yhESiFx4s$AeNqdORFm{;6hX$uUXjKXxI69T^} zgn?>|=43q=A(f};vG*1q*zjZ z%NBjk{aY=k+&Z!83Q}mI1}q;um!Zhc6k5lp6sdWPCQKFkdYMGGIW_Q0q(KlH$_Qi` z@b1X;XhO{?tcP-)JE~p(Bcrv9@L}R#V-RhM9)RVRQa5V}h50tDpnh3B;;b>JsPP}x zC}vszVdM#-af%+7uUY59^0|aspOiEOLbof8Bn!OLDWwkP<=yS)^3D zO~GjLtEqz2;V!P8=&G2sPcupLFk{vPl87i+^>s@yCw5Mr9IX+F&C=wwqp5Z8UJkeo z4araVn2)wYFj zOfjaB$I66hYVtP6Sb$6C*!zJ?qA`f69B zBR)OO=$1dNG0=^G)d(W(4kWr}y?gR+n49~};&9Q2&cV~rOT{_d%Sw%998Ga=$)#Q% zAlmO|0a~#I>6C=NkFH;fn7kzXw3mv}|L?WkmM&FsbJ~NIdFG&yt1+5VSsa~x1dj}T z*l3g&6|TLwo;$kXYU_wHRTH=?^PuFwBthjqH6s~iJX9SXnM3^0Zc@Ut_>X@UMo4E9 zpN;X#>E|eMo{~Acc_?^R?~_0QSGMkxV;SyWJZ1G70?d|xKArH%>9u7dkeD?t34nC! zj0>A#iJ+DtDO79%943J64zZyRD4tG%9fw@!L#XQB3V903fm5?A6?MIP-nau~gNdr{ zVJqK}*z(B3Cy{4Aaq0Q80L|7-K!D=W2&{2o(Si;FlIxi z)MszPvpF~5OsWmnoUXIidl{B0F-uKRS1DX6jsq{TajLvo94PYIc5K>}%QjaIk@*VM zTVfN0-Pc8=m_sW%745&-HNK@jBF7|otLpzVP409%g#b#JId)RI6UB`Zi;TnssH7!O)yZp zf^LjZ_3-G`t*&~LqdUGBaH!0MjCO~VWfSHEz*fchvS?a_1fLtBQ@Er&XA#Yt+W|%& zYOSd9AQS9y>{#KkPvyi37|k6nD}G>w0C9C7aVMNK^hlA*(8E85dpy_+o(%`n%tMZ` zy~Q5X$Qt}Iyda6f?m0i|tug_T!sIbcMu%Vymhu~-=8H(lpsS_p-r3CPR?14@Xn5#v z*L%+mvxh^mFaf-Nf{1I}8g096iCV^@RCNSYJd&<9lmvk+wUf8`-q-T%7+yORMl@s) zjxo5?u+_{9Gw$vV06ns7hO2fvdRJ%1$^-)2{sG}V-ewA+#w7*&8v8O~7Y+K&!F{7> zl(cv*o>?UTskKhy3zq0vobb39uSxPy&eh?i>>KQMagyH^i;SJ9=DAwKsc{mtrw&pm zgO~GR@TZr(0&Du_Faz=(@U5c)kkA!pXo4QSrj{|9J*_e>l)J4zgtSNp zby)}!c3GGcJ6h1-+8y(B7tOUDA=CCR; zAzmwdIh6WIW4CNXGP;{>c|;RD?^HYMS1cc4gBs>Yw=8U&N`o)e@7d!7JvYVrk8pMX z`i8Az$rt}(3B9vC&GV7-1!t~Oy@7!&P<&JCRPgXdq;oUm+tV95<0A8TN1j%)MyL>q z%erZKP98o5A-BwU3iDIBle=&td$5)PS>lz%4>* zrvRJ*MZ8pY)Ze}M`n=0vZk1-suP@6mYqy5SLP-@>C;pE}>5CP+1-RX54j#25C^8!& z#+Ak`ffcJ<@E&)1)cx^;90nl{1UJBlsNY+5r4!y;9GUhExei#|0f51~5|H+iI0e@v z5+SuEIxvBZHZD$QjBmpAapF+9C=UwLQFxB!o95tkh|_i zaAba|^$P=OSH6gnfHX|ken{{~S8Qff49r;ISs#aUlxt+(&hbt9)F%?+^16?K+kU$R zBNzO;mXs$@W@_HV6FyV9EB*FK@)BB=E*T)v+%mprCKVTjO!k^ zWI;xrGPfB+0tPExtUqS?Px^iB5bn3@Qsjd$Aq*V zL>2+>$SnsU_9{uRN%LyKr!qYoe2{3Qkfr?^e8Ec(sAUa5m;Bv;U&W!aMmf~e*Qo&P z>oIp0i+8`!ABcho-80>D@6kxGkJNgcNY3Hw)H8hGrP#82X5YdsJU2Gl-ASYK!hPp z06S;wNW5!+y@zY0#e_9gL_fqKuZgQOHvq!RY zmbv0?5&?)Kn{-Q-HFG7Ai#4l(KBb~rmBX_IBwvBV$_m=4`!SIK*y8Q&Z+TV;9o>Y)0Tb?{w=!^BCrP zn_zC};kiEM1GM`%+A;-4#lfJ$u?@1J=||Zx&CQ*g1XMGID{QkT0(yNyn}W@j);(2m z!o$=DhCeiKT2Y{8a&^}idmVB2tn7j-Y>>XcV$U=k93H}yFW5nsH`v{1U6Ingc6S`V49s-4qaY_z`c?_Q^i zQ!X+1Z0NDJvO(jfohKy73+i>VS(EGOvsiNSZvb6q6xO|L&@tWNQgt_0j|lqRv)U{_ zb~RC};t}>sF>_z+jD_V#R-2ke^x_l3e=X4+~w|Spo`zprWCrQHtYLDB<@h z?smXXtW1415?k~$&S?})!x0JO)m0u#=QWQSV-&)F(P9#5rzROtz!u?42)mz1uCTI= zdxSDsi}m5@96hOc0{~Eh#)7HyX10JfSLLIuIFRkN`cukD&TK*wjsu&^ME!Kc06B^m zy0K6jVXy4cVxSLK=D3q528Vy!a{~p@A#37faOLMtDX;DrhfU!WfA~ees-lCw43^I$cktAGnhM7`NU7aq{x8S6BeU(MA%hdF}& zILrPmPN7NPh-rj$cfgs~p7)7R%JZfe{)y;}$IgJ!3q^woc?>?U%SoAwb{$%Y$aE`a z#tWD~hc;T731DKTtk&~n0S!8Sh)f<(29zZ*`Bc*qvxz%}5Pz1#Yp=&XW8+1~OH&US z%?#(L*)ER3^;5OUWlS z=c5Sem3nrk21XvRw=H;fUR6v+?2LXl?NyZJK{c5{D8=aIit_X4=rz+F?)RGpXa)=b zHxsz%ovepuio2agB;cBjB9wi5^PwKb^$&uUUL#l57e=E~oX{u?{97ka$8vuKsM&)P zs@oDQhDm~0p<4lzT#}H|>4=6CCYpJ%RFSw7FL2haKXq`~wX8|D^w)TX`kcby)LPYN zM0(cLvEl#-H(B)J*x#GE&K8fbg-M)q9HDZ2DLXADFRb+0!2cL)`ehD?x~mv&(*FC#A0sXiaEoUUr-SFt%c2%OYLc-U+<=g-tAcUKjro=- zudI$KI0z2RG5FxCBs`Xw=C$7L`UOpKNW~?)465J_<#1UHv_XeWXHhgId z%QEFh#b^tR<{%|hXW99aTGOWqAvd_g1){=Y?3Q6>GOS5l345QOBIN~o>8R~=byM64 zL!o*21EcF24N5~DRB1VzgYleO$Fz1A0U-UIHK^k6<{YQBpXXNP8UFw%G0@4iC>Up^ zvp_VXz3Rd+PFdzCRAOKdi|DYvG#a;QgwO;{ul@O}lQv8+ER`~xVw;e;RNE+jrBb(8 z@qj7*T<|sHUC4-p4S!TtnVRK21&2~KL_O~@_klUfk4W&*Hj277(j$yMU3%;)bAlSkcyV--0z!NZITKl#KIyqDxX3kQB5 zDI+Zn)B4X7wM;?=!v@cnsq(tfOs?8Eo;It3sl<7jF_r|Y)YSK@KwnJ%($i=rjbOa1 zk&idHL7g^KW8Q8k2K$O2AV$Kr5n^4Z2p9UQA?tEVexhp{O3#YF?kE-|oC z774q~P>7Ze2Sru|Yd_V$_&{?g+1oM~!XQh{dG*hCp%QF%x%5}(_7<*`cv$NPw+ZZQ zwviP=^ELnv)Br5mdb(5;aa*JtHbO%(wZAy7nwPu^b|g*4H*A$m7Nx(!=(cLAi1XE$GyE8iKtwGs@qF`CH4l?#6!(SB-!09xOJ8n~@ z18YhMqBQ^0Vd}PQk2wSDkgmOaZCd~~#96DS&_JArbO|F69w+7veg(8An7LC?WkiK2 z*$r%6V3A8!l`Q2O?67`gfjzr!>u?vDx_Hb-4FeM2O0XY_Kc@yV2zT+X-pq9D3w8|U z)^hEWu5?0Y6*zvfbvya~Bs0{X1gt4VV0D9mMvt)H9 z{h;MtiK5@B3z1!{({ne7xA|b&UxNwMZ#QC%{MBv?S>Zu!q9}9_fvqZX$%ija{xmyY z!HA@4l^@tTYP0fjQ!m;>yzfK6g`?ntC7OAQkb(OkyP|CavrF6}j;6BCDAPD6{3tNP z>VTexAxZTRA|aT~^60GQp^x56MmH1z7hg={Tvvftr?qaci! zbSJBFpxUMwQ$nT4KV2u4k^|7TRSY;*r9JiuSA(cj@7ISg-iFpF6)7Cn5-HIsc71$H z4Q~=FCW<;P;G{+GRz%G=gvqwlmz|U+XU6 zrR|am)}|I|>TzTf6+A(fm7$Ow zc&R*Rx51|+vm8}~QDKUP2o(sHfdZ))v-yFsX*YhB#a`$nv*UGlZ5n39M8^kt<+#(w z0H3znu($@qyrD^uxxay(a%M*kDjdRWU@s(6f4ExZ56z@_)Rixzr>*f1s|+Ct=qsK> zK*dj;xUgZcyQIrzZm|DK^FiQ`Kc)Sr!AR98=7LqWDdp;>) zr^z$~R*R+B%Fp}q2?1L!ULuCtc9=#Qv{;7Y!y3fj<%>=z)p`TZh}DZEgjp)3(FNkN z(y@~@e0O|(T*_;^x9I7hh+U}pzFsiCIK^U4!O@(*XEAK^AfHwwl!&{up_HW8yY|nm zX7Lo&nxhDOB<$qxKblsHI2rg=`h`U=!+$|aG`UX2ylP-MpgL6MA>Mgv<^gDf76G#T zb4u%KVecvfy^S|?(QT8b}it!L*>}@Ubnk4Rc zFITNmB#recNA`JD1KEgPjp}C(4SB<`K1_SgoMe&TtAliX46uCi9g`T&D-u`d9>Q%+ zmi(G(=mD!ZHMLr1DN$R9(xQdpL>o!PP7$Ncjzg>CW{1Ddd1kqx9IvW`?C7szOo2(L z6gM56K*yJ_mK8Sw-~OgOj+0B@-Ns?{`QoTmMze>pQY=dsPtnMnS%GZPxaeEBAKbto z&bKO_EZ~)LR~2t*iUGphZdh{FPj?hlY|3l)TuQ5h#b$ynYkX=q$KHan1_Xtl&{8!~ zPInPZx0Xoll;rBb$lT0Q<shrK^|Z zKgI^SLFh-xj-)@kO&{^_V0w`hN}dgdIndb#(q(mRA_X?wJQN}^tzX+v-C7%o*G<$# zBLFVW{$EPl77MdJV&E$Z`tX(uKuZNbckW4eEYJj_yNDvTI)Q8krK+jTAhnC9sg4Pe zC%NVz=bY=qUrJYRfjkq%TJ2z|Noma^uca9%lXNE$p7PRf;ysmyyxQ9h_}Y#^3Yr0( zej!^zh(y_12PeGnytna_;)M;Hc#~~V*i1=nJFs5{w{neimzzQ&yX=tDQ8ZY#!i zL~20D&hra7p)TqB`w59!zwYLEij6a+E6}{vgUG(b%~)dBY(fv(CLboiK+55E6TLmc z%-WHKV+2iM+)|=4%Eaqr0zfp~JLbbn&jf9%ci?-H6JFqVLe3H5_76j{7e2Mvs2a>y zS0vzK4MSKjPdau(tSLTJ`e|*@SVSPYiGzep^QaO*VnRP)o2oo{c?Dx|zZr606=e<^ zL5p2(T0QYPKJV7n3N3sa4&&5LIb*4YmiY5(N$ogxMgkj;x8?g-hoYDV3#_WmsShpt zrxB@6zf&vDxg z0ZJd_e%RsYaqi^Yb9O*TXBi*5UEb2a zs$0jABNiN3dqRTK1kkRN965e@7mkUc-%Ncx@d#2cdCW?%mE)^;X=!!FAM`(LJZYe8(6?c<)}T1k>##{41|fJ zj7_36Y?UatATk>%g0Ox8`OXzb6un&Y8nC*o(twBuTqHFC36GDq%(qc;?K%vp}%b1!6iYc+#?Ni*pYL!UM44^RI6R zfLYIL4x%^>K){6@%-#uBeUD#`(W(f8vaaIvl9?Js5V20U1W@9LRx3z$KNSKl@EVZ8 z;Nh7GL3W-dBE*gNS`1Gh%IPeqn0_LLo~(Wvx`vUE&7;({RmeO6ub9UB%lr97x#_sP z#MlwE=1}gdT~nPfoPe1Owgu@EQ^QVKB2FOXDe76CfF3ew-9TeoF-=zgAmlMPlU;iR zuRS7?**Y0*l~vM)Z0A-ad!6Cl{FtnX!pA`_Q;6387WT{_9W&#*%Zi5&-x{$vY#}s} z_a=0hwZmMe#upCE%B^#hu6O+yV%HT#wFo|NFouZ~5s6z+#uTd4B+|Kw%rw#c;_}>L zbjt97lx-GoiK>%p9uZ+(-1~(S=KwpW-r&j6>;70ST@YPYzqzf&jx~| zW@#1OY+(RA29B9zF0lMZgQ!`l-cmXAS>s`b@s0Tdr#H-?Qo-2}r5!+r8Xk|a`PWFu zLaEm{v5(t(J`172TZI<$Nlr%R?3JS>5dXH?`Lp1Ojg1_H^E}OKn&MKXN#I)_6Ym5$ zq3tT9A*}hxd^0cRK*4k4Je>8_cb4070LaH=x|$r6|Hef%sL}~?=?#7zndt4vHMse; z&bXn?+kts(;`P!3nuWV&7jRYRyGK%=Vhe=`&^4o?HbupPF8ivn7b1?5_J6red>BJt z(_ODa?Bl*Owy2>zsL3h$jWQG+2g$yMb?d3a<;$cv*I7Jg8cqJ)X%Qt-;GO~UG>?Yk zUS9j2Fr@2JUyGJt<6?=Fs}nX0*I?Ua7h?)vAcpbC$;a(HH<$&^!pleu$~t;A{q%a} zu^=y%2M?&WcJg*4>yNAj~F1pNZHn2eK zJQx_vD5JQbt^}&bqG&|J7M2a~0LH}coUJ9{Ls~4^^CHBDJ&2haP3+RP&!{s2PPcCG zUqSK3B~&~@0tt6#P_GTU%~C$|+s=EWs*{{CY7B%4iyT4C)uc}ZLsFWLOKw(dk<7J$ zg(2JAdZ#&(me%!i17zw^PC>>9Q1e0=4FgsbpAE0W1gIez5$B$g zX>5X76fXy95eTg7!)uqE^|)8zZQ=oN?Yeqm#rYv&oi~BdL_+>V4BDB+I*WQZMO9^| z%!s%;*DZPJf$f@;K85k3D|FQzWD@kRdY3lICDzkB@+4bolb#Cvn4pk``Uz=KD z_f>XeDMHEAd0=&k+E}Wldh%5L+P@G@_}l{!6jF3`KMc!tRCUt;RF+T6hjbF znDlvU8-u}n89wg!mp+q%akF8}#pyL4Vmr=lZ*%m*>^@_-RQa;=j41^ejoh9{~E0QQ)Cj%5C z{ZD9?V*Gq#x?o8FJS-zdhGtm=cEi#RuU>naI%X_910A;2pIqm0#F0p6RnI1-*bi$< zdC_^-r2uPs{wObJfu7QcxwmUOVa4uO1M?!T5p<}7t{%I_+DYt|qY!pa6?)goSRi{< z`j1EhKRi)jaER zO;iM{ki+cQnNCdc&SHRtoop2>_CL+2sN*mjy5PfcxK*rC?hBkGFRx4D$}-077&s z!*#SqhWCooPYp@HIXS^1Wh5^sIH9a;q3(skjSTk0F_u!%J#w6`r5Rp@ImQ6GqWzJ2 zqURXdSG*<}9b4!o0!0a_Y>~sMw!n7>Qmyz*rWIuqBg=g8d}E?Ea0W#y#NMEv z<2)skPVKT(*^%5bUKItL0QokN?MJ>dMA@*#qz>%q{xx1+qqN-Vuw*-4r8ovA4(hRt zaW4hZTsSevbs)#W03W`xP2GbOhBBg&+HPc0{b7sw(N3c2z4CT3-=M_Xf=RpuL8(64 zL?#+G2~98*PC-0EH&*5VzsZV{RkJ07QHa`dV?!W1__<1v1OrRXe4m*mK8{RU5q$Ci zMj}>&0w_c6JdQa&gluHg{6!+S69k9ZnB<7mUIYXfY(;(CSQgo+r9c`C4ijnfUF^HH zAV8EqxcHmi{48|8wQ0_zNUErChB+=ydme0Z3*4JgaIFku5V=}o?* z7(F0HvvPHMt`9)#WERomSBVUyXbQh9Hz$ZeTz?i-#hJg8yrz(i6uuj{07}mrJ9Oy0 zean4>-{d|+C=z@0cP3KHbX+uBRT!Y=49(~%Nru%BYFO-x0CYA()JS3J!~mC?0qWq4 z*^rBnz+*rqgi!cxe-3Q%Bko95gFPDc^=(-#u1pVlPZQ}|d^(OhvMTKMCWogy3zq;J zDWY6DG%lhXzGC|sq3lJEqb3#?YiLAPFtj$B1*a~Q$gcfVz94$d7~kq(!dBFMJBj0a zTpT)}agHas(6*KW7QatOd<;N zB=7S(kavaOeXq)g;xC&OjxXYz{qd`k0kOyr(d&Zm54}1h;I@M{h~bk!`CsZN!%|Rm z&782Vk0gOi_b2Nz@YlPT(t?Nthi)ql{8rk~!cY?0pasz;^(;Nx7e|z~gjgB5&(o7A zR{JhS@pFufhMZkJI6f|R>fF%=owq(PJo1^6YPT(WH2f%&Hxpl(;hh9FmfCuw!9C|| zJ;m|VfQKx(#0%m$VcY7@P`^Oj=v`=@rhcx=`X z4-^$-9bg?zV(Uz5eybQ+HMW!>UL`w4X+RB~7h$bCXGT?FNhd;=dN``P<`45b5Gbrt z?O#~j)KK*u?e3jwo?z4+IBYk}bN<+Ry{m;6*YGn!aUIy!Dw!D^3>Bo@EDXBd^hE{U z7Gu9O1=-7`kU-rYw8n!ENduI8>5T4wRo6MX550TE^sRF7VBH`d5a$`!ra9}fRGR3_ zt8wEC1rP{QB_!9{tCglock)B6vs9|6x*e;rAk;;vTp^NLg480R{Ye2PNT559FG(Hs zQ~o4U9dRIHvF6BSZV615X8!#f7-))FGy*=$!tJ{p;t3(ggv3w3;YHIR?dQ*)2h(wK z)L`nA50=N5(*EXmogw5FC6FLc^jPlL^SnguS9;#tOA&+B%2APxzmk(&L6#sUga7?Y zAJulSMA4dL%rp45b@us?^4Ou(oCwIfU3o9$OTneGR>~kH$f`Tmn=;o~y@ONYB^|hG zxzgOM9H4Eebgnz?n=K^{{jdfgAt|he|1hscjUA&3VZLdJaKs^X`WQ0pmw7#RsUe9R zPfp?8_c9Iu;Y4hy-|@;v#8)4jo(E(vYt%^o4Wy+Qnr=%6nHZ+TBV`TxG6oLU7muhd zqCjYcJKMPY5u<^9^QxL4YTI8=I*K8RW|#6An+~ERm?go}#gAc~A^OUCc`*l^5dOiFlyN|FwssX*uC=9TH;S>u1{XU zQEgVUi&Q2LBlBo)tlX`=vHb;y0pISs~eT^CzI44t4>nd)*yXM=w z1nj5s{g`;$*ryrAk3u?wJn^YXNS8d&8Oo_>J-9H*NJ>FD=S+LdlvNvE(*bFMxW&1ZXcCRdsQe zY6@ZPy>WtbCWG-Q^xzUN!T?*|CQX{fqa9aSHjqNL#uZn?LoK%w+tS_W1=tjind0}$ zAYtv|ZtCg% zynZyFFhI<0oE5Buwn`YkcQ94!S>yabdX(L+bXv>}Ub!i=&&98N$vix0%6E)It>Z?Z znSmeaFG303$TW(A(+-Kz=^@{hk2~3)!IF+9q^u5F+3$WAQXM;-+Wme4v1wyk<1?@c z-|CDYBm|u$5rka|_|MqdT=Qn?#hLp&KJ8J%XS8x>WD4qQdz4p<)7#xACbQ@_TH(RR zqp(rqg+x?)uDC9gbuf*p5N_36eZzFn-i!ao`sA**oy`WptV{|6sc}242*K|_{f%vU zYfM0qY=gqBBqoxzl1>+cROznYX-g}Qu%&5F0`%BbSONOEAa=7$JUa4QSaru6V=QJ!+xgWvAFSnPT)X)oM%r z>Mp(_<<7I)ol@?)-#N!?!6lfDno!+QgVegF0`P{1EKUQ`P@6hnT_~F;r3fZrPFPs= z>!DemH@g%hTWuvrUMN2I-~5tjHdVC|_NI)EY4=JeA{yv45FUo4M(t;7q3SJEnpW$N z%#i$|9azmF{)wXC@;Pwxvr0iWA|ZlaglOUVTm2N)3Iz-(dV|YYz=%=nn+=^BXwt^o-<7S_6EQLlwH~YnM-IDp&H?~VAB^Ufo z)GD}_76#>w;WbIVS9<6}YcbdjQFF-CIQ*;Dt=lhtROlnEJF~3XmrH&~4Rm6%OC-Lx zVN~0-w~&uE$&5l76^+dq6;pEgn=@<1We_1|g_2J>P8rS0lr0}r#!I8ODj7?Psf@b5 z)hY?E@MI{3e40C|F9m-|co$wga*m(wF8 zL5HK-7~GQNY{&|Q_*asgB^RbznNDsm=1PFY#BY@|1P#G+oZW+A^m|Czzy);`nd+un zvcW(XC2z1M{`->TxKedzo3nb+qID=tNYC?i*_Jg}Ebmf5%LOT(31jP^AQmqNF{~t} zAQRDhcrk-$cy>(WUofqdL!Rhw#@AbQIU1=e^K1I{!ES4~?CUfjOJ(u>-@3mr)%-2N zI z4nYl6fVELEyX(FOnyEtv)gkXIZ#_&+Wp9%iXmFc$kra|^5!Qbk{s;+aHMjAaQKL&o zYV)}fCaHqCjh%UQL1EGkofic)2<>nr1ZRcc6d#rKuJO8uoeSJ-*EILTQK3T!MR2Z{ zDz3sv`4h^k^5+XCiV^i>{ zf=KGLy}1)HAx1ck!=ghSKhsXpY?ij2Eg4(xUM+z|3f_1czLBaZYhsVDwM;EU!TL^U zL>jhXcuP)0^N3Jkz0c(Zppu*sWy1v&(Rw+N5ziKYWDcrb*i4~R6dfKp(1m9P(%3k3g}#z@+rBt{+_6|0Rnb=cX|wGqj#mJBNKZn<6acPZQE2h)n@g`V z2k516x)17Cd1t^&+bhC$1j`1HAuF5*YFZ4ZIXMvsekD^K=~+9QSJ>D%FZbI_lgz9i zHC{RrKlXY}a@u>X?+U;*%L3_+r&Io0t%SqOZCVDXixgy(1G2>fuReajY95XZuE~-b zR_DN7nWpWf(rTNG2)~{)Fkus&-<*=1R|b+PVO<;?IYOOytci}TU$0v%8SiPGgqAWi zhz}{$!UB|aoVh@~AYgFCl$D)NE=$RWcbqtL{-qspCo{!R>f!naOy6CYZt&t`1`&H$ z1SFS~(4o6jq2gSUa)h0LW9iNN;v1Ed8gnKv{b}GMQD)g-82cJ4yyK-v#NoY55xMe$ zll{$Qwn_=b_6qok{bArt(9-FYJRE9V-mo>wN?W9_)`4WVoyM zi(05ZkeZbWRZ(=8-o>DX%0XrgZB}BvfwLz7cr{ayU?H8Z?wbeXlC1T~Lq8fu3Nwgj zDB!xkSwF~?c{bsG*N<zK~mOW7?uR z#COktSR8^*?g;Gw;GJavMPiSwV(Iuptc{bX-#e-y%~fagHw-#(~Rhq7B`- ztPS=K7~w;7bfh$c074!=1l@-RJaopUG|EdOihHw-4d9W&K&s0uM7((?&nqttoD5X_ zp21LXfZhV6<7r;%)>LVLRnl~V1XT+ca89W*E@w`8$<^CTi4o-&U^jyGC$i#|x!bgh zFhW!p@J0r{RNHSzZ` zW&Fu=xJO0{AB@guH-S-Y5rVOW_-R4Zn%p@jWJp9KROiDcC>bHORFy`<)9-!7Inpl~n5PmC3|3C2IQ25SK~x2~$Xptkf5F zAz^4sY*Hb805aT*&Q$WbwuKQ-yr!_}rmV$2m@gT@wWsLhOO}>R9cor?2@vfYDS2pi zCZ&Fms($N;8Xucu9fbyvs|Gf?gbZu zxdWaf+T^OX!gdWcfzIz5lEZ=;K#t<-3MpKaLaWe;rCQGpCvaCsxt+{l9^${}ny@+GL43=of$7@2MXcTeNLn*Pn~TTnh}+#x;^v~H_&Eb_QT_E3{fd6rhBozQ zB5);zObXxUw~WW?VYH~k>Bu~B>Q}%}GBm^ARO`8OpCwc1VMZ%mWh^1bM&$&t0h2ow zy5x1M=^tYhDEoJ+agY02(w>yoMsW5Pqe}P5oB@Oh5NmMN7aM@EmKg7$$24DGABr_a zrmlVt{mS9RMMwm2@W73=g-s#Hc1M~kPJM0Ki}+5!{7il4a2`&BQRi3HHv!yDfvXc? zS~^lz7m2EV`6=n30q*xR!JpVaYD<90KQdIJPml>u>P5CrGyWu`1UDq*5OzY~4Bm2{ zEw*_w0scD_lTSX?B4bGTDsE|`i9NVv1jfxMie(lOTs&8no5Nwf*S49sMM`r)G;3M^ z;$O-!tVlPT9M8U1+xXVy{eB`qVQ|MymWzm}Y8De`r>E<&J#n=fdwicQb5f%vYsq6S zQF*%9umr4~O_xI0UR&U-OFR%Pmd3wh(c|SdD@ZW@8%E1jQCvK9M76%tEN4SK_)K`+ z-sCAbu5OHu<^7UF!MH{xb`v%J41v7b_GPL3(9jD*icH-w(d(9|H}X%@LB~Aah)~}t zO5VGNP70hp$}fs8w=HjHSusw_$*2^bkIvnXU4eFcY;yHGR~uayY3U;Hy{eOrgIm&P zqgI;$u%ucEr~&%cgd@cd=^5KpSEDr}kzx*4vk}q~tzEx{)QUng^UNh~4w<1qPcM2U zN1V%t>%u1zIDvpMVL?P4WJk#^tx2ufll9!GtBXQDAB>6%tog536cMI&qX z6wrr3^;%(an2SM!Tp!y&{jj4av(?o?V+(pSI#I?G+xOb>h=Bs<4Ad;rF;$g(;|2-x zWZd({=mB0G*pg(R6q|vPV#gmGU^}OA*Q6~t`g`{%a3jwQ=~%g1qa?ot!>Jo95xEhO z2_e!g&GgZWbV+8Uov|mPrx#d}-Zs>Nn#<$RkEfVFC|s0)K2*kR(J^RvJY883}vG zwn-J&J9(mJhT7c|2a_&72|cmGPss1Bhx<8$@>?wL(P6zfiOpFj^5|u~WP)l=D%r9n zM>Nw%t$psM(9&3^`K5zd)qb|oKo&?IPDlpfe%KxbR??ye1J|cmQtbjEd_(p}rum?0 ziv=8$ne$@wmN56866UMU1FZ@W;8Ci9iQDV$c3>4Q%MXn~!aihl$0`IAgOUJ73Qn!W zL;E8`tH+c}-)|LNfo4oX@uoV(4^%FlwT3+KBQ2CfZi4X~)JBu(6W*0P?yYpY-(5B= zeBpsT7Muh80HYW<7x|rFl!drBj6IY9=Xc*RmB`yPz3o~$!3>WCS_1c3K!sa`lO!B} zF8XK-c!^%p?lF#1q+cFhdeQMvyYFSHW@)exe$`NF_~KYYZ66KMXcR*5RwczRE=Uk+ zN09_d^T`5Di^C-!2Fu-$IguRC03Eu1mFB2W@YJ4N&_|#}DlkffCu>(&4xQrniFR@0 zVT2?DzOiycYXJ^h;SoXPMT{G*Af;i2!=@fe$pcXmLToKfzQtb(+mNAK=di{%i~c2s z=jL~>@FBg(h;@AS_(WN3L`mJ-wpPH7sMX6Eyb_|PZ=QEzU7KD!G=pET$a^Qf zPHxOUw&D369q|$ZW13J|^OnlW9Ff!l;u&88cBwe3LHN3B>89h~=IfgRiwN7W-VmqKNv+Rk-)CSbBQXuvy>!0w- z2Y~8|*;9p(ix*RN1Ohn;GD3KS;06giNp^}v{|^9LD;d)L)n{y zOIX9s%ufq9{?c#Zxc5U}y^<&Zpl*uNiAy`;nC9<{l1lU>9dE!umJPL0YlQOxq}v;{ z;erXiP~URlP~f*N{&;gkDJo=fAYAQPx6W&ETVkfLU1t|C%HuWH)l!4bE-} zGa}Q(A|ZCJ?kw#_o}|;5T0-QnS)=Jql8KtN;2v)N`vfw)5}`;=e@`gO^l?yPc|qs$ z@M??}@pU(?1sR7cPFdyQxM|Bf*Sw5J2loR9Ud@)LGjkEYSMlN;TlBAG^h3ZJ;$7$! zQT^!^l#6~T0Hf;Z;E_!Rxtpd-O%%_WRp%)}`lb}$XE?81eYJNuf%BIx^FU>={NLSR zeI4_HKwLPJF8RTrrL6CnY{Q35?2fBeZ;HH40A4m1%Ev~*;Ba$djR z2WDN#SoL=GJC{EJy~D6{Vk zCu0=?v^kyO%4+chpc%dqZFo}l-g*;0m=X`bgLF>jkKE})C(*=0=n~jZ_P>Q^3Ev-U zRnpetV$s}^t`ZjVh!jD+(;?<)Wa_Cni7cCoBLF-r>J%X-G*k|_-JCxF!rH_lH!&vi zQr8J{xrT?7T#MRM{%D>>1eM%QDl99truspB_5|}h!Jh=eXEBoOHd%^T3vQk>@At>V zwKg?A5wUqFBcwoI7m(fuRt!zRSutojQ6Zt+Lgmy=Z+XF}0!1x0tb0jAskle2ONRjS zqbUo+38@+!4NwcL>w09`-Ofp53K8!1*RPruC8}WFuM~0ZLYW0wZO0#S-Dv)d5}aMd zwK97E8~DU|5}it6G;l#{C!Db>2Q0_W9HqtBp(5$PoQjBbE5@102NH1piEHwX8|y2? zJdjV4o04TOK7x^hW__yqv=4tOsBkpM;&kTNK(+HGvty05PJ2h`k6D!L7v$%Ai>4-4Pzv!G6Drv)bRyZ}oE)Zb;=tKqIr0=0(^&Suy4`;p3YN^i- zudiqeKm!5RY&Ry%F*g}x+E^$rti8U~EY1W>u^N-vgAB)n^czo_CRu(b=z2ir^Tezv zHB_(~L5cFDQAwpigwSaz9m^T7el>64O{%pClP&6BIp;gRJBI$6S#qj&9O0_V1UFC^ z;pOp>n(0_}Fo5NUbOm(2-~PIjvEG_KB)HslKdI{B$S|1znJ-dJmEsJX9ppc&U?4j$gM-K`%{J{mxA@-(|WRU(YqtY^n)%8)cC&3PWM+XuLODJeTED zk?(0KEiF^??cO()#B=0}%bIrX&Jt-H5(nW$n?dVPS&~QS1n{tefaQj_#>~5%F7*Cng~j zQTdwJ+&cgUt1b^$UQt&|;%uVVa;)j(vG&ctnIW=5`~9QbV8NDFw*o&Uwz?Qt^guIc zxs9O=*&@4~P)fLCc)lHYFHPPxHVJD-zi1{iOY878&{J-qmaTezSW=~g?H#?;n*BLl z_-9(<^3GM6c9u{f$t8w-?QPp?ITJ6nX=2pR41d0b(JVkm#I$RtP%K2TaXgz{fDC6M zAkS~2dCndE)UvY}3CZQ6 z-qtjMt=tsrU|DMQWsjo;$ZcGs%khqd>K1nwIKw&4Ch(A>$nza2k*bNJb zoUyJ$4PX#7H_FoRdt#02adkfboNb`!9poU0G`%1ssI0UL|Lam^T9-Ph=7uce4V0{> zAh`Db?#c{!7VjlwiNm9$gI?|l93$Y4kP4}2yz%7OV5<5(N`zeY8f>3}m9%rRim{7> zIGwN6xe^S(E=EJEZV2C!zjrne$6XfGa4BCeh72GV0RoIgrCq)W=J0JU@}ogmis7at z_L5rqQ1-QFGs+P0bSQd&(%4CQI=@oGyfe!yE7FYVXRMR~^O?xf{b5^1VJ+KMHc8ts z&X_FD3k{rl6r)HR?^5BaN>IdPi6tBW#jPNG=D-ww&p%}kUb(*ERCPvXlURQd;}m8S z^l5_2Yo*KSBvPJoi@RD9s*!3(B^o_{$zC(VFEl)Pfqm@1c?;)ABWO<<|pm7hD*Zx->ESRtRBA6Kb}?=~zp%&0c0vw?>5i=o(=EYW!9C{_TO zbwe&3rMO%;+IrR_cIVye=Qu8^dFe%9#$QjxXANL}&8V5%p&j)?V`NK$L6r2|9n-u; zSO);exg_cq5iFp1C($8SxzYg<-ffZrx6d-ls2E z6R?=C2h0qmr_yh>Wr_*i4<{0ishx0w#}lz2It)!99pwWD2q4A~!U@(VJP%}yWM1C_9Xh8&p_m|OJgIiy*{d` zv8rRLU6zf1&e_Vz;CVua$Wj-mI zfvjP1kAJhwEnRyA=}FY3jlU8#nI2*KEoab`y8V}B#HYi!lT zC!&-&)gUv`BUOTph)T=TAg?JN8q$4MzK{&TFbIj<8cOtRdh_7~@gT82_ErVYQy7V= zM13jQPO&Llyx)v#lhDa}DepO& zOti6mA`PVG+SF=oZ59%j6u2IIh`-z?<6zd zLP^ltq`6imTYd1zriezuH%%ggBJko-W!Ra9nvn@KjAM6p6mT_=&WG+=b?j~Fq>`-> zeWYO{${E(J3c!#${M=m8dnPlo3Z(kiudR8hH>j3pq9~;`cw%4sg%Pq+magq8x5eL6 z*Mh8bCTh6$icK>_!!?28YZuy$m+Sa^)u7&FcPQD*sL(Oiy~V>RU^CXRF!M;Gd>{Q7 zNeI$W0QR2kpbY7PJ8CclE?~3>C|*p;N}h;e&mqwdL$#K}!ubij<|N-PyWuFGXY zy ztw?B#o5^Q_l$|EN^4^`!q;X-q8XGl&3J~k(>gx=1&jJ)NU}IN2H=!X{>U#EFK_2g= zMJB>F_!m^p{otQ)QJbhs?oaCAG=ejZZaK4?{{ezE9+C%CLqo;QYkOer-^d?Li_rsI zbj)|qeHC`QBIXkuppP3<4pKFX77Pcc+r>iZ?`WDf7t8DyS`!V#d8(GW@(ovLjUuw^ zyAV&2Kij21r+A5o^4V4erH*XFBRaG@2FBMyo97iSc$}ElEUPpLqe=05 zsybRtyutB0BbvkuNbb^v_@N2Jrk_>uP|oQrkm_D6ENBFb;^J5iB(;77^eyCg6g)7U zN7^TR42u9Tct+*qi&d`{2)7NDYfrQvVn@zfAw)!CY~5dB&F+5b+)FHJ_+=a)~7QhMW8P`G!h66SBgddSTZ)X2DA%P)d zGH=|WZAxMm7gzX(mnbk>clYefwzWB^^z%WD!dnJg=6z&vt5V1TDIWCt{WCqKdx#sQ z2($%RXiR7X;RSdB8_=`w!DIhx>BI!z51I+m8%3sgVQ?E==DNiO68T%xijvy{?C!{Z zf$63%K&nt|$AsJvYu5pIj?A8M}F?T_mS=IXcpWX!-ttF-#_1TAQQC9u4J%58~fvQ zJz4Mb1+%DvLAlLJm#Y+Ou)|TlC6dEc5 zmNl3A^#7RJuMLQ2@KX68Oc-BOx}5_kBDJxv?lLXfsbXeBrkWX9F+M==xLT_$aFB(= zLunyuE|o~iJXyV))r{$CbahRK7#318(%mFePL0%zJJiOE@J`ISR$n>Xjpd9nK+fOSh` zoKmNS?a~*4g(1#PA4^DDS9}bAm%}b}dm{|`tEfzI{O=b9doj|@oNJ}k9VvrPV744@38DAho;+<5od8xqslOTp zkj>81*DqOGMOh3N8a;}%^w-txHDnlaU`@(x*0tY0YA~kYE`ymHe_+8G1LQ%x8tH@h zN1S8iAu=x^^l~C*ep9IHwI%pr&x^g$r-^T*#J64<*gRHmJ$Gh60LwvPH4_A~bP1}!A1e4TU%1UQLhAJ}Z z%vBN#ZwObarag;bwH+?x?SSuKjYstnJr36pvj8R0)$5v;BrP`dc~VIx=ew!puxH?i zBN$QQ6G_q`V(M9D|C{11U6jm|=SEZbB5&Dd95@Aen=N^sB`;?ZyiURmL#z5S+?%&; z=_)qam=V`eA9~{{xR{{fy+)WZ_D;Bn!0#g2jB!%Vo(yyn@=y;cKaSJSFqDfCg zU(wrbtd?szC)d(pV%6Fayb4-bUx{WF?|+6(p2}T8MQ0vDAr{4zr}%3V5GdpvU51V7 zO%BJ-UY%lsj82N_4vtWHN{IB`1>59`t{S%)b!RlQ-|r=YN6${t+0*bi$1U*3ai9XK z>N|YO=I4S!aHa_$mAjz2aZ2L@i0{*Wv56O=Gt>GwG4mAWcVg&Hf7K{FOM^SEDmy{P zDP+kK0Li2`&p98M2og-BCnp82ugX`)3AOCY+-=8HF{LO2gIzJ9B|3%-a3CUE9XKtV zgp>lV;gvjs42Y=|2TsJREMA3}Z&wd_I|%)GALT4obLD2Yv3WdUQC<(}vhIZfGi^7p zxhXhoF7N?&Duv~u?O&=7p%~(1?VMW1R<&@0IHtRxH_%QdFHW3!hj7T(&n9qT(1g-b zp$8N^i&bW#$-&dIwT@d1Di8M;l_cSevum`uo>#}ue-MpzL1xtq#{`4AD0rD6g&h=T zyHaHWx*&bEf9V8N6S)(l*)R^rCZau8pL7?3Zh0)56?Zk$1S3?)^f^;1D4yrvBOqbZ zlHwL2{@H>B_Yl<%4=q^kAUp6h_LY5R#@J%s_o3!N{Kmo~_SpgtguY!foGDH+9K9ru z&%(})c=YCGM+p%e=KD1W0C7A06&!9xP5RK>jJaB|?9q(Bn&!2|xM=g)LJQ+k%Uflq z$2Bv?L~z7|us6cMOzgwwm{1WdPjB#O1lq4>M=!&lpu4g27NZOZ0H+L4xdjKWx5l|s zO<9G;9V$gU$+?3%EWe8E6g#h)@2W;kZ&m~VsjYSW?y2s+q*64%fam0#~SoLbN zHyT?g3(gGz4;?;fLHRa==x&%Cf^J|qXFMf~8nH7~b0WQ&|Nm}hq1R7E4fk{}W52VcP^&5@%wh;U?T zeB~Ai2uLKcA?-m%rWi!J@oC9DIBa9ixb2|WXw&1?jK^gdoA(3{)||(u=W4kkE3XTK z$KlB;Bmlt#%*<@2j`^{TbluLUQcl)xnaMW3V`5^G^}V96$^(msMoUON5$H@jR~^ZS zX*BPHX#?r0CT>fKczAtECv}cd_ToA9^KJsf+~fRFgg8m#f^q6fMS^gNw}-mIGt!~0 zc4DH`mU~f@&hneh3Q%B#^QTWrEve}wbBBNKxMw)on1ra+naP32SEz}0vAA5dhm1p@ zFWkBebpc#Q7EuqGn)2&T8IfoOPquuzn?lQ;6}FjrqLK?>Kpr+())P_4s}U*;8?L+g z2@EM5R&2-%8!X2CUjj;{ZuA9hZ&6&B$=cKr$$yO^WH!z?E~Ut#>iM{1H5iXTTve}f z-U+IXi5ONs)0JgXR31b}G9z$|9T}1ek>lTnGcIKy_u3_4T4z5@>r%@uBb_?TdZC1J zsCPu7c$zMOt3{HEUgqML{NE$%mm3AHy?dOpWNyEVLLf3KtpLZj8j4&H)8rS9tZ4o_ z9r6`|rM#f$yWbF~wVgIr9aRyzfmp=ShI%O>W#sS(LrMU_!iOKo@OlK|R@#VWr#}hm z5wWPuvFD=+6wa~!PBnk;3rF1!Nl!_3CiD-*dNEMMRM8p(us@nHUB?xq8u^^%dSdzW zp}t(?15-6_|H;+=3XAWZ*JjMWB4VDM7Dz zyKMd(J*|-&wNkDqbLfgpUJwHE9&gUIXC8iAmaEh0fCRFd=`OVdkkG|b0F;errPv!I z^3e={3yEh8t&j9yUVbvGlL_6+VuytXMmjuD&@pt-;fpn4MAukxEF4nio3AG`^Pn5jpV ze{#%pG!gMp)%XsA9SQOSn{dnxF?gU!mu+leG3d7pd7MY3<(|ErIozS9$H>W>f%c`3 z)$P)K#fA0Rp@fZvgJAHeX>LsHo#f=RM+WQw);Eb9LZal@m>!5_83gGp%|D#l=Q9Ys<@&K z;*zg^e!(rr~=T0_00!09`sojOhC$h;!F6ESFeZ|k0 z(!bROG_J|5A)J{m)WE{&k6_6AAS+yh=u(47-b=a&1?XigBG}a-@q!@fV9RKWrPF`qOLjd_HYTbVyd<7ajgJIpO zEkhWHxV;~i=U_Z~oD?C6*s$>8yl2+8zGroGuThjH`aV)E^eMOv&z4|Q-=qTrfq4Z=^a{z&D5HqLa{V{VZn~y|C5Eus#})i zd4J8R?2i&uy6jjb80bj{T)5qmf!qY`ir^>4BdTmgsz`z)tGK@Tf;O(905x+pA`!iG z(0=iy>@fLS>S{{0Rt5z~F|)b?SQV~QDVc@X|M%v6vCR~w4k-`IOqfgJBSmAFwU|s5 z2H6v(4(eBGP2D9=e=Ku59$<2c%Yy53ib0An{jRc>X-lrqdcYt)YUYy@FOFRsE@1mj zKxO(tS`qiN{JSI;H?UNr4{+$|n!; zPB)WN6$@D2&HZ3F<)~r$_7eA#AMH~R|-?bDsYa^Iq4ODBjsmAN1r**$XPC~ac z))Uw04|?l1&sNRV6);o<=mdc{9QqkqzynyKuQux^F+zNY%&calsj`AWkAv7V3kKQ; zT?eASI(PXfl8WJJksc6M?r|TDosNYm&KCsL*)33BTS)PuV2_1V2>s}k` ztv#0JMwv=a`P-<;DJosdUgms(kobdKtKT2gu??etK{lCYPSS*030X;WEi)^dnS1nZ zvZ$%Iw{+(q(2bnP+O6|zJ>6$EaHThMi{3zunPF(Q{i5M^3X|SMHLZaixE4w z$9mh5T4aU2odO6$y^=g(7Hpq=b5y1VdSVfG>t8FODpbN9IRrfz(XnYn!=$R%9pU{G z9&NTT@WIwjt$9rZ$Sy#nW@Fv2tMdEkLlv*a@kAy0t0`Q*@kTrn6l7&7c;L^^c38e$ zTCH5_)v@G^cIgU{6oAt~mH`DUkv>NC?Xqn@y+SejIHXqDo0n?uKW0Rh{>n?Hs10O~K^Hl%G|W?yARn_Fei>m*B0ngmTZ7oMD*Ne%InUXY7z)S={H z`RvlSsF~p>u1G6un>cG+$q#sDBoJniguY}t(K2_=W@6ZeTxJL70d??fE+P#QiNcmB z2~_c604cy9<5bnS-CIuVpVs=X?~GaGMdP{LPLB|QIzb3OIe@(YmsskYN7cbK*n{GRgp+_t z4)^R$cV>*zxQ#Fzc+xO#hah!k+|jdz6*MUdO2WbFn0P`w8o|1#IBgbc2KXkF!y8fH zNF0D(OveiVCGAvg$&2$paP}^)6rpKhWaMn#jCu7yx&pW>ay+UpM__6vAs|(0eybfS zvp?_cD2Z*36DK#|5l`J%Sli!KgzYR!n0|2Dzdj*68^5<=c!{PkOQ4C6z+fkeBE9)i z`QWY7o=D3PSw{7{i%piVDefq73M++w7y0IITH2+UopAbW(;9q?zFCe#R14GuP%^nH zW~5mZzPmTKg47${Dj+yAJQp?b^rB*Y zh;6`h>U|p^xb!-0$1wivr>i||4A2CCo$qdqK-Bg#EfT78yBo>L7V zIHD>r!l4$!C3I1GF*mz-!I;c$2ncMmwDqTKDu8lNDs52Ra&-J(AkV(olYVV7C@QR@{##a8Hb$I$U zdAGwLu{nc>l`=Xg%#pl92kjtJ3e7#;9CWJ|qdSt9-8~5-hg*fK^Q4Y_B|9=U5#)n9L5VhiD zzVlrG}!WE}AJT zIXcI@G?;+k##Ql8{h#adB44F)*i8kyCjhy2(2^1Fg`*apgNpXcNkp$2YbOv2>(l|w z#Xtjl+B$bSM*W6BG;Qtme-|1e6F*g)+h|`zJ|n){{RAPd6UWV?wlVI20z~`>V?PEc z^)L8 zH0_DG`LVq;{=3`dnO9_&Y>JX^DzAC?<<1TQLUyWvefeXD5*r4CpAfI@$d*X9fn1P@ zwgMu() zDX!veGNOh7dDqJUTja2;%keU&_?W8Y0mD265L?VaU6qbP26l}(2uwG;fIQLJTI=VN z7oKzszQkXWFQH^Ej!GS=LRFzYc>>LuInD`+kSxcv{TMPHF@fEs6d2h?YbdF4F(sFPY} z*e(!0eZQg&SN&xURn7tnB9U4FK989pRK!C1=t5Eg!WzwD`@tUg>R+s|cHIi>IWAdO z-)-2BH*V-OkzfsQDFm6%pESAOkqAUWj)aqUn=`bu3PU%7QFKmgU5||wO3+Qt4l3& zn5@(sG;kFd*DY zEx5Nplp9UN#Ewjima}G1R{kxqlJafZ96QJZXZ$B?Fw*X%7x&2pY%Ec$R7!=s@N|CF z&HWpY$rOm(nb?AL42J^+0)2-N3hg7E<(IdLnRJ|i`pUcf)?pvh!4a`1lfjEYf`qKSAcrB(38scA{ZCTpq#M`%a?q9LIR%Zx z;LwPji)Joz&^jAeO!&Bi3l6U$-L~WZi}DN5p`#wBwIY%b2moE_*-UiMt;u!V80OiI zl)}TjHxX<;u=B?qUEERMe_(Xx#&5X5jHiS13A66#&G*2Ve?KycnlEV)J3pT!LNeAa zA@*R5sNBYY%txzLm)vjRSAeG3p0=>Qa%1o$bNmmD@04m7M;@A9x&LZMyZ7Zjt;HH2m7B03q*esQoBp~I`burkTZ z&-_)CfyjHI<+Q;BJ72JR3R?J%|CW4|V10iPJ=1qAf7Vd`bxCh6EZwG1Pz>OpAZO32 zTGLGAh?>=F(Km48!P_i-j zC8a9rulQXWVb;^otXHO|d`hm{IIN+>S{k^J`T@{ilMN*p!a`t5FmH2RNS%mGx4tvr z5Y9>O)QsHd);iOs+lVM<4ol1QOkZ1yywB8D*L3Kmu0O+~9hjz%^DQ8D(fm5Giw zgp%r2R!KLBhWIT#9ez8eAw8$I$KJ$<@Yy%U`LzOqhRqrCJ4Ib;J-)bldH*t!2&svkCnCL>i_25`Wk6pgw7^1|C7v# za-l>6Lv&n+sR#_?RVqYy#34|&?i%phD;9jp4$ek z2E|d@l))yTv)_{!i+sf75U!u8qi34t<~k^l*zFS64c+nrzmxY zn)3ILGj}~I#K^M{DYZ8u5y^Zjth7^rYd)pmVtQ$Lx7ecDn#Tfm7h26g#6@ou{&_6{ zp>#=V0oIE0!pG9YPO2bqUbHDeQG)tak|V-)Op`9;(N&bkH3p`QxV5g?mr2w>AM27^ zSV;y0&{EVeM2wFXx+dcDLAP)pey5t2h=My_N>Op7Y`tGiHyuiOzP1IrR(j%_s4SO! zSX(mc8x{s?y11%E5z^2pvi|ubIk@TUwG*N-2Ba)c8uP*(#Q+g{*^Sj?i3Jy%omMtZ zJh0+W#k6u)#=U|69&VN;3n0+A@&FMWdJx_TB=}tlf(>AM@2>0NSZra6RQ%l$ zNoNts!)$}QaC)V_*Gx5{LD&z>^!*5()<5+lliy}Fb;UI*_^(J`&FEaeCO;KhQDbWv zpZc4VYIf+JNTbvfR{@0CzQ3eFJyD7RKEshqi8uO;zyeSBBV3IxGtNx_!S`x;-iJXa>bUQ)ZqdQyP-omqFYt#cWP^hmt4iDtEBA9~M% zk%Z?VU%g%d>;b+*J2hv8c^;0ZFfNFW3|B~agQi=HQxbCMx0i*I$#-?hX$AxhIhdsm33(+y ziAwe)LNWMs5~WP!1Y?MYw5s~@u&G5siOP z({chwG~E($=El;?p3;2I6-mf-T_{tAkJxKLU>i8MMi}K31%<5`9AmVs<%ZV8DD^&WNOW|Dx$+*Vs44Wgk zJrN?mVCNc4v0GYH&#Ma+rRe&oWS!v$FwyWy)$yf~lgGm$*bS^qz1UmHzFlxeD#x9o zp~HD3e33QN(pvuOx|6@us*DAe2ARE6J8%!rL$>aDirH|ca8?hVw_CoaUNaIT2wME< z(`s(gwPi3`$uSP?bbZve!uvVes;pWOLa$tEsk1QJaFWRj*BS;;) zY*t>yla1dcV4UR{wsK@QOk-QuH_T~py8Bs`mMgYGm3;>K()_^#18A$HT|)Jwp?g%K zwzuR=*gL=|XarX*ycm~JO*XmgwB$XZR;+VMyX#@3J)I#56z6Npnvl-zz*VJvko-k? zq@+Y~xY}qOR6_|^G5LIpT*gE3TLrs{Uq3H}`aKqSR|9VM)-c3>WmT$d41&H(XS6g! zCLzW1Lbho0Z|F(n)%c~-J=sS|qP9Y11Fgw2Z5XJ^qV|uXrl}JAr-ZW@4}*pJtZ3zm zK!DpgOG$%fQNa~p_sR^r5&O@U@afplD2{_5yXFrM~s zMF(KL>cz-W2@I@P?!n8+mMH9wGt%RfE2#YHR}-t(HalL!kKz*@w3kU1R;~S>+$_3h zf-@bw3CoBT`;-#cf?liW52|;}8CkHfVaJM=kC|YIJ&TC_{PT7OFr`uQ`NMBflab!b zZNzdSs?HQBGCBuxS#0^trxjxtcK8+s_#@2Hi3O_yNkd%IWkS)T*o(W+JU#57G5$_Q z6?0v{7BH#3$0sI?&E#nSyz7~@W6B#kJ2P!`%XIfqZ$$z%u8dR|30MKMYN;t0MY;!` z(KV$+u?r(S3EcP*ckn`)o))y_(xzG;QVbb7ADVi9%;;I-cHpT1NZZ~2rbY2#(Mc6Q zhb}zMpb|Nj;r$1a8|fN=0c=S1yd4jq_@pZA@9_&9H-B$tRx>O5@#w! zWGxaYwz1JjR*cs4_dI>{wj#ag@u_UrEe~`^8m&p~iiTC%5HD%6OBclDC{_=q&|U-Wm?LBVNK4C$KjnVWV9Ofr?&EkyKscIH*j zlVWbcZvqFn6hd=I~-;7LEP&EDJ~ z&2Bh9=n@}J$^&B zf>v&ngqkte2@$~Szn=O<>H(f7eCQ&a>P2*Wm4~;6<*X>9OKDWC2PnjseZ$s?wqA?n zj&)>P3Nbb?D0hJf_{D!&-92s}*a>tSCc5+f zX%1~`?vJhRX=Lrb;WSB`LhX|+7RFOb)ic{LT%_lI;nqWt;F45Lawpcf0Vs{bfM>Kj zjQ*W{zYiVVKtzC~b4=Oc(vpF(zkmJ1{NZ;>#jtpSV=0_TvhmmC22N13xo{qG@0O>K zc<^esmfT6NxKXkpbo41-gOl!QxhN}`1{87ZvZ|AKy=B9}Zbr!Jd4qxjI~#P1cc z<>mlv|CQ=1GV6xci?D6eT@!U-kmwT>2+>^7l|RmGa1H>)dFHx5tk8P*@v{t@6n=YG zzK;;k?wG&n$mRoZmgd;B3jqB2vEDn6i*-_5#9G23^5m1J(6W4cc1uxq?<^fxlaZfe zo!Dewuv@G-CI7HFTz8x@G=!P=+>$b>c(G`^2l`aeMqUA7%D7$6CK{aaUSU`|$IV#A zKP>Bf_9vkr&)G>=15k)`{>4uU(X9S1K;t>Dp#yGgtk6W47_`GMx2VmaQ#6bP)p1hn z*u5G}Qzi#_5i7sI0P=!FFXGYcy28(sgv!XuGCDV+F_2dslA>wQ8untHWqxt9rw~}` zUlQ0=YKymHyk(7^RZ2cS(k2^mYf(pnEz2~yRgUXY>&5OsNenE&3Wzvg;Hau1TO zW|w8}=(aI?T2xpzM_tgheb>P$AoAFUNc!?jhJzs^VnPecSww&sfQI1^>F8wLBs2j8 zBwJYy&(NS>r=ACop>H!M@9wB!%SgjI`qN56bJv*QH1rV`;f1#?MdTUHZDjj%D)Y@L zI|&zM`-2nr{qVM{_b#J_}WShLd(gjGfA9*4CK4wMBZCePo5 zQ@a)d=Mr_BS8*A7ymUYiE*-`|(2E1Y;V&o*X0okZI3f~*h2?W8nKJGInB?xGQxQrV zQtj2aX)hs70b*>lz_PGH39zAoyu;uk3k-)PA}B0KYIqqZp&!ZMSq{=)y+nmG^~W7< z>a5X+TL}{O8{HTRo|v7vjv26vu1MB;1gpv3(WRQFvXqy!vU)Jl(e8u@NS3qt4ZNV; zDyP&%D^P!iRdK#iks*+nwyRlWi1^htLiwPm&`^0>R7Wy^kA7u#^^0WlZGGr8Totf; z2Tp{@S>i5zieUM$nun6qoU3o(F4On^N|CEY(*Ge=lR|LZhz*>ZM15tu0V^E{Ae`&s z8Fx!8Boa(mCZqMUae#(8$Z&s}*u2HYdc?)?Sw(x~ub$k(o$0$M>0{O4+&Z^kG~59n zH2t=z=fS&Z?#qrYMeX(*DoZk)(~S`iwgzV^u_Kd{^7^FIvqqmJ0TMcYmm*X!5T_gv zdP#xQETK_od?|2AjD~7{g6VhWZ8jf0u%|Wy0%xf5k|oH#X?W< zfusJdN>kcC!4@f6$Rv2Srs?8Mun@p1Q6Lp--L~xExP4fwEsD#7cD-9k24SwMON)fr zL^`SULLc6_40%*;g6#>}VrpQ=w@6wITbakgUY$>B6JJfhgoJC+qxNUW$V}7hf!#P_ ziq@9wiX(URozuaI7xh3J_j8U|5JK@JEjDEaGLRh0DRog7Lfs=M;P!et&At=}MdyGO zYW`|@q}^mXL5CPtjX`{Qd!|{Z$2T)Ozx`IYil*{g4O~)<9rj{#e}vFy(&Mm9$RKi5 z7@hu_ou6mlvW+2~MF&O^!5zL7^!;a#>Ze)5@ik6iWwSR-Of*H%@5J(cRscD{+5TC{ zF5u!Ho*`HR_?6d$daobHAz|s+K=6}^N7uTlq23A0zpM<@=m&(09!8KY%tRH_?qxgo zM82?`fXRW$7$?P*m9dA-9X%J0U)ebA@c#_AG2wZ{Su3=3;yu@1;kv$!>UwN@V!s;~ zH}cLI?=KwlsN%sQ8h$kTa(-pp?5adBYUV0=l3{wy6ZQIT;-At-)6f-DL~9yJl}j=U#dY|~6K3nr6f zmklBn1_lq33oi(eq|pV|wl}u_e%~iX=Z3y7xMQkqIaT|k>HDY7+Kn&o?yp;g}|p(8{I zY84HAj9*^9GhnleXbIlJpI##CBM@E>aKk zeNF6?7T==B`REMI-|eMKk3~%x-cG)2)CziE&QLSgycPsXHB(bVf=y$xb_PCEmedT(mz1*%{o6?3GLiz!SpAXa5${I5{sc zb6^Vy{WQH50~B$4Pe&v=0E)Z7B*VVe(F#Jcst{l%c*2M@2gr(VS(ma;l%Y{OULM

S&y;-Y~W*Y`gIbjWXJa+(sH@Y75w@jBk=Dzz9j(qarM*1}<5m#h}F z!Hn=!sPuM~O71z)?1&NwjY1qAB)`cgf!iB%MtDKRQin-40s>SMC|ajJ?uJgp`xbYr zvN~1?U=msz{`#v$8rxDSzAeFIq1sbY`lBNgrFx`J-%>EOj07kM1j)R;YAbTVOG)wv8} zm2A~;ytC-XYYBc_K=iBR@S??=@t8yZY+Evx0hteH-Snom;Vo|)%v};x@st3s{7uf; zWT08ipYcN=8Wft9Ue`KLpgN@PB_)`+zmh2xw*B0$)`hbwQX2?i0aRq#dgb`i_bW7J zvM2n~YSGf&qN+QD#wATKkk4SqvART)#|r-ZVbm|72Xo;{zN$&2kSJ*LTFpo`N<|E7 zylA{ZBG8`MeLAhB)hBh0BsqOCZkU=+*S)P0s(}ZkyWqDG^tW~T+KTe3FBG&LRG^fE?4|Ae8SZ#e*yGL9qyR%KV0q7Fc2( zy!RVif~tlBfk#1HMJ!rNAzL3jG&5x~S!1zG&VG3(^Cq!2drd@NgK}s_m62!O*4^R| zX%pqJh=xS?a9s1FD$Ym-dSnBtVA-;&Uq7Vj;D4;Nv8e!&cxFq>!bW~C%FqU@{_se| zU0xlVq~YXVdE#1lt88|d)Rb3i2=sD0imXsA8DDt?B#?pN+#%h%zO`u`Z{tfG?6!X; zr1p3MDi?SRX(!7k9de3M-oWIi5SY;2O#Pw4XdlSmS5R!5s9 zYV-zp)@Y2h$fS3{Q_I=OTX3zVe<&xjz1`uWSidQIw&wu?RTb@`zABg$OA3l-qoOdm zj3^YIEoeqm_=?dSNV@ zpw)l-3<)H1RJXR53Y@h7sbi09P4z?z)gxKz?$wUC;M=x;X`}oq5s0umgwF!05yreS z(TmV>b<__02@poR`YR|$AELtl-0b_1Uq9q>@cU`35;KiKN8F>wUfGX9)9ZImeMn-*#1b)#B8 zZG$>s;{E1{)TW%9X-{}0)W-1Pr$oUhcj6aBke-NaZz40eL9>CBMF-t?*mp!NxQFot z3C-md1HKH?)ijW4CcSHgVbp^aVMOppqW^Oq^v{Fhu@>wmOiMmOL*6uyEUJg#Y~|Nv6qCF4&~pyjXplsotpGKlV4w^vb-rOh+Hf^-o;^tC@r<~@pBrFg ztD{Eh^(FPkDmshslAeu!iW+5P3Nqr(lx?qQD)8A92v80 zKsi!`C?|-pMDhVGT4s=)7CC#(j$cKdPI7GeXl|BOKoSw+bxSHK@leU2I{ojUb15lY zpHrMJG3+u^@+TYIO&sdKJtz}l@5-PoJ<$CS&JANA_Tpa={0aLGoNpvZ!Hbs|0fVE4UKYk29K$; z-Sq|NHAVNu>z}^S$~cBbA(M{tbU|i8%xiY^k!l0eI@$o>u+1w1oq7wc`{$HbAy-)W zWH#6(?l+Z@G~b<3hxh3xeE*dzF|b7JB8r_ordqPalua|zxD9m38NeOhPs&atWxxes z-UNg`iggi%JY>*Fe}5;|`|syE^a7Hi{P=h+I~Lw2!w(gFtWFZ8s=2iQ5*M)$gbMo1 ztH4d^V)Ev@M;5vS5`pMgq8rFS6J}1JutprRfmBBIR1!-q`#GuU`_2VA8lnP4A=+`S zoXS;7f&Yq6JU9H*a+ryjXXl5Oh7;jU&XOhcE99ziKMa{E)Dm{s9Y8}5}1)c_Oq z>mzWxLJd6%$$%T}({oF%L}{0!lTIxHgb%6WROMZ)d2X6*!y@Ak+0?v%`v6k@K`YDd z(Ipk5JB~|4LY;?&;Z>-5qjf->GQDV-4SuSMjF1FbaomO zt74o&+1};JDkPdUurjq;azgOH00007%K!k(V*mgEK}$#D;6W7h@&Et;0000000000 z06`TWVE_OC000000000006`GvL;wKHV?=rY0RR8&hyVZT2mk--EdT%%kN^M@k^le^ zI{*Lx6aWI}u7~*-AXtYCc)-P4Apz{prD&S=-v1V2-NBVSS&J1dYGr02^EmUxn(4^{ z`#I@Yr1;7c8jI4;T`PHX+W{1}VpG<8d9MayaFdyrnY=-4v*prt_}^?gOeO(L+3J<* z2%XK-QLYC^VyYa^Yi$Cmt2`1_`n3>tnsof+H41J6L}D?-*2fW`VJ)jceWAlGZM#vND_uiBN~+;O&)m3w zSwBwI!0p$;Fj^FN(6w9YAX@{*ZFxw~?EJ-Ami+dmL-w~+F3T95W)*5!<-vc+t8>cL zR()q85F@Qvy{26p%u>hgR1(KK(rL`KixxUt7I72wf!5J^sXOe!p0A%R2=S}j44_xD z3|`{dJiajoWke9UDbcECaqU{tD-gRppM4gWE9mGsWqX$mk2&j~N~P^qS`D~)Y;D+T zNSUp1hd*A_eNW3uTz2$6Tnz`Ne&gSJ3eF#~9V>KewLA74r9wCx5y9AGsjYpGX}rf6 zYE0c11AU0MQf<~(L;Y_)Zj#+7J`cl(3}qvQrh=~)z-dx+L4y7B*{JP`So(!%+9<$6 zP3H8|ZqhxdXzBmeZ-@fUlHb((a6i_DnPAnAj0bdMvsE?zT}a%ULfouiC$exI5SIN| z%HX2%wM~B2GAKi%{c!VGx?zp(s-X{3AKfj44 z|NDC&!a28{0*a%S!xuBfsob9DWF8xydp2sZn5pcPcEvGK%W_=VK$0<$yPaEk9TD_$ zHP4!Movks8JSnye#C}!No-wLFT+Qq!boZ^O+>Gr)xUHB>9wj;Va4mFde{l~P)pj`M@(UJ0;7YDG$Sc58kGBIRCh72dt+l$vaZU7Ku0 ziqCTCHV65i?{=;i4OC|@{^f&xxRzQcDwLTjDr!xt@fShH*wC31Q)EWkp^-}Ll=%c% zcNc0?V1-=Pw`TH|bjBesa>p8l1YPs0TnZFRidnVnht2h+yDZh{!^f|wsJh4w)uLJc ze16*LJ2Cr2Qk1I4O9HFA{#Fc_0V>PEnl+or$nHgO9c%2s2TzV_1#V41wD>I|o<%|6 zCQmbSL_*m^cC7r-NUKc@44pR7xGjB`DRQ9LLgq?3FW{{_SU%#(t5)l+f)L`aY??%Y zMOG{&;?i9|hGOl;6*-#L7^MWlPI1!aRjp(d<+WS#v?TtiVpySgYZX>&(K4@ViZ z+_^1?jIIfLD_j{4ZsXapH|2|1SSZs#dxgf?w4bol&M*y`>RuMu`BtaeVa{Yp3P#DT zo>Z@5VAzTSo=tF1qZ9Co?!5~eSLjiGjxjZss#{qMpWbtJmJy8QaK%i6F>7y`Ous@S z$!ZpF`rO6dK8l>8E@dialwKn5HWC0rELU-%X4mnJnv#S+J2!+ASvo#_?o^CL%XL^K zsTk+CEvsAlX3dsQMV<_Vjvi4OC}f02w7rpwg!QF}9vHcIErqd1T7TEs{l4xBd)1W#TR5 z;uEl#XO`M!!#Kk!fIEs+{Q90qwTYK~pzV^Ir@^*>6Z#VYm%~*#R(7reg-&;?opr=_WXmPwN+ z5Bn_Cn$w~|=Q7Wf#ZC;M@imv~CNxDX{*|Ydod)b$vq~Qkj5Bm)w<}JA0ujT5*;Fc@ z#8v(cjQXKPlrrzL>>;%7T3{L98Te-6<$ISIBy$e`K(-j#u4H#cVnQVH(L*X!dBU|K zt7E2~J~2ca#p`|4Q#hD`peoEv_8j<2C4>U49IbnraJ-wMnL6^^-fIje%$Eu!`fOJ_ zErJTuf|_^HHd{!%+VMtu&04}<3pz$SW91(fr5DTb6n0`_07pQ$zk<2A+?%+KhCO5C zm)XxlP-_@84SQiikv)w^{p+Y_8UUOc-umrv-c~E7Ogs%aZN%9l!i=zE9iA)POhbJZ zeZ%5cF1#y?hA(w(g4>5^thNv(wVg)OEcFq@V=Jtp?qx1`gfTdDxe{|6BW{-nqSAti zp|j_W^8Wyns5P*~$jj+Sg=BK+3qo%6gO3z!Mb7O)YTgLGt;1@c7l0)1wpY}xaF#I? zvheWp5RokVIt9bi1*vMr?wQ8^U5Sth%BX@Qwb| z$Gh;tWO;BmM3^T0?^~(hG0c~I6>U}!ZhqO7f0{jyt4V#M(rqgzEbX`g6_-l!swIaoVI#OWL zq0fl-!ePRj=SDVr#^GY7rFeDt*XwWQU`UFF>x}CDZW*u|Z4K4hUAzFd(w_d3%d@Q7 z?^Y$}PCfyu@IC^W2M1{CsH=9STH0rYvgTNah5DG-I2OtHR*NZY>6rRC1$E{u3VLAs zA4)GrnMe=rm%H?0$j1Al2o`g-c2TdwQE}@O8-8b5-Hi?}%%vdHjmJ=aDcJm`FZ8vi zC9fRYJMbTl$Ewoi>xVRQ(z3Q16;xO@$HcZGLw?lN`m7!Wz!Vgz{DAnr((Kx7i7UaD ze~31JYynE_UvxAY4##Ogq{H0ol)9-&Jk!OJ0Al{FRP)XgPc*khG&G%7-eU&aSzi<_ z+Pbj3oi(i&Y9xWK)>>KG&JyEnZmWp8Q%3G2;?ic`o0^I{J)y);dNEeaVkE52&s2lw zZDcLFH}>_OG2lS8j_dlfeH#`q7^}~vXOj5f6kPpGpMwi-?>b5W)5_|71eCe+8+khH zr?r&lkPMCGnoB7-Q389JRoDo(-#;dB=6FWeDg5H!N!3Z)Y32jo(c?r`r^$G=0h9R_ z2k0JgCV*YV9TNMIluDcn&wZXmHf^F$w8r;ploeW7%sXt4>SgL_ z$>P908D@&V?XQTc_js3JxQe%93RqT-`- zU~3^ob59#~n2fxMV9v#KgQ zv`H3*Gi0F0tf>s3@nVv0VRj6aCM4>2h)M>kF5z7+RkSCCu|=FU8v2dx7`dI^4WMiO z*4uCv-DBr9xY1b)RBfl345mZw^!%1(ba0`UZgjnN3r*#w+6LZspz$M)0iKA!rIuwf zbwZb0@H15Pp5o2}vo@LB@krB|xEPAFbX%gPzBkiwx^>CBQ*Jdp54IkR|7j9y*b2FL zCR*qLPu5eGey=6M+LUXw5!J$HDc0JB8X1ymig+Rlz+G-@o&?k}!ToS4Bm32!Y^e`u z>Z^^!(lNHN_9(P1>0Re&Th0aBKVm}i=joVM`iC+8XTr-@?GO~p<{HZ!F;$Z-s=ttG z^Ff`{L=5$%Q;k+79<`ws-Pie_eu12tfI7Z;_F6NWRVa5B+8K?hUKpiCF6_m{j4x}K z*-D8^NUlsXaN>nb`tcV|T}N2_mK3r2ptV);HET9`NVPO@^klB?!q>gmWlGsD0h8F) z?!SshRl8=hMEtnV(>Vsqa+=vV7n^KypTI?-1cq^fmc{JRc#P?_Bp*l-g^WH$T?h}V zT)U8{HNV?ZyT|G%W7gQCH$rpQI1S9nfGK#GAeyj=jX5U+8rN9t*19x`O{D!XRviw; z#9PINR913mBt<9pR-BoH**{-$TAo$9wJY=;(sh-V>$P#utC0;%!OS8v>nW{ z$<-RHM4-i*E32|>(=yN)-)D#wYi{wfOHMNe;f`$UWr(&J1g)nKR`{vw+svfKGVyJt zU=|WDmJF{(Iwob~2%{OfisprP*xpKa`&H0*y)vgXs={e(aU2C-hlBQU#pRq|l(5gnsKmaL-j%M0o?4?&hSiWJIgKzp^>H*T9bOhwT%)iA2<_UT z)wiA<=@$Y#Ss=3SCu-j;U@5A`8m9m0wL^zLyq>hc-@$I1W`z-XZ zL=u)ShXypz%`~#yJ=RoRyY!X~&T0x1IpvyH+5DLrA5q4*u|yW3yX(C5r_J8F1=J5* z?S;u)bW5ID)+=(s0GBA8dQsQQ*RD}TMOSFLnzkh*%j)6>&9%sw_@4 zFrFQG^4?N0?k$CGomWR`sz;EUC@Ysx_a1*)=Bh&4SGq$gtw||2aPuVcaH7rlKx4n1 zb1%Yh6K8uRN2HV*Y+-CeIy51s7jy!WIlMz(`^g)SS_SfR$|vrOaQ zhSgX;TxZNUz2F^E!7r&;GQ|w^@RVI+24qsusReSA6x6uR2(I&h&l=3-C0$@D9G2tbzK*IBiQZ!z~JV zBC^f`tZ(}z0;Z|9TUW1AT}6mf)ePYR zV#@e-Ih*2GbhaiIP!6>jB1c(aZDZk}h^3me%$^!K)v797E^>-ag&t><=H*>>%P()O zNk*BLjVGv7grZ{iA0=SfIKuy(Tt9z=cmptRzYv*h#Jr1e_tRtt)M;@lXm(R+z*^|x zlx5a`I!gZyR9-i&nUYOVcgmSH!`f^J7Oz|v)nQT?dB5#O9su~_84ImS8stD+IfFL7 zT>xAY$(9{D)K-@*_T2I&Hkmqq$wg$^N->zXp4p&jOrjH}q}ytv%K4fT`73?q-U(*B zHU*L~iBqZV(L#Kx2$+#iE;bb}Um5vk)g5ht#8;PmKf(aUGpA$a^i=1l`Jpe5&&-@kty$ zDJ7Ve|4ls5h&<4g#>+K8iPA7zsFPPkhiVDtLw_Ups}yqIWQNu4EL=5Ok?C3-jhR`Z zHh*kk5dC<33OACLoF#bpmQfXly0Pv5nni!|OR~vbG&3fK2*6tLAulhUsjrsMG^Wox zbrnZXoiv4(wU)Mepl{F$uZb*e@yBsYGKO}Zqx>qM)>eRDZSGE zw1VOk?DRIV0Y~c<+0NXc5UVX)B2;o8e2-^3XDa}05=){6lw{2W@FrZBmi@KRh9;7; zWubSc?kPKWEL{(cL6I*TPk5-<+W+<$yz}|7z>~?b>{^H4D7+#J&BrcZ`B!LOW8Lt? z8`4>J@7yLoMu(Y?RUE&SvT_zK`sTw%Q?6#=C)uXOM96pbzDUn=B0A1w{EWm`1;s@N zFBdD~_B?fX=v~@YYo%_2JoAmrI-bD~R-{qAo$QxvN4O1{?Yl{3bC7e%_lx|2oW6J@ zE(287I?8{@0YzD8>5uIMTK&Ue%!<~&Z>C{xQtA#@&ME^$#n*KcO&sHLoRLcQZH7C{ zs3@TVNn)0X=aQ008OvHTS+=n|nRnZ2j7C@h5hIqgFbHD6ZaNnH=2vKKivPJE_|W$N zdlF6=NoMq8y$Fm(#tNAt8E76FXl=j3eI!=LLWJd}v0?$ z%_IBNe^pbcufAswwQe{-@EB6sN6E(zKBV5RYGsEask*fC1@<}bVh8Gni-9++`zrFfn2Ylq5#IgXc|5qjCQa^1=BOXx(xUG{A{fCj^@f;TWx zXIi2jX1%VWz8K>6ntqnSE6_PU@t^V$_^xNO-%_T$^q`gPJJ^SS6amWClG_d+JcMJ% z=yN9x@AoCjpNmG0G(*s->k!;vb`5D%vfb~MLUWl3#D2|WWO=c4B zOOC=+n{w8*q@A9XjC@W8THeuJ-)lVw9|s81bmN5f5sK=te=WyigA++;ozLE>1B*)+ z;ww)Sj0jS?NC)&*B@3*50_hC~<(XltPznENHf~KLN2-5*0JlpTZ@PmOtTj=mnWc3m zHi65`>o41xj#OjnMUijm)nu^Yc~oBC`Y-V_y>rX)34xnqGL2Q6l>uj_lId2V5vVVz*jO}Dw7m@PX< z1y=y}rqgQtS0_O>-iJ+Qkd+=r1!e<-r%LhF9#;%+4^-{K7aBC5H1M)$>&M2mYEU;` zDC!2Z2^kwN()(t#h;d%5M0S*~21*NyimW+`oDKzIsfi7!8Z0g>=Ms+ObCe7lUnyuc zd(;@|$2c=I8){_nSWUIBHLa3>H}sTE8n(QyT4$tZN?#60sB1qSsTQqHvqe!i!yR(2=dx}ad93& z#_VCTYY$IgU^|xzL!r65TXJbz1?0|a&!oxIj_z4LQW$*?7Dh!MC|C6cIg%_3t5&LW z$+?Hg}+)f3;_Nja4z8nBNU?tIrDxH{^JFEiI#14H@EeyVR~RoPkSOV(9jF6W89`x+=;dt{rsbB^ z#KP2a^YWg0grHa*j=6G0VWK*9UVP-k6xLq<}@y{9Q)#bA=rT<>cgA<@^4!M#=mH!NIvW(T}fiENFwnQg(rKKKac z@0gpXC(pu0sZy!5x<7qw`&TrUWG$#lg!Cdp9E@+w;KYE>AGTu$Rz7Wn!_=ezasI6w z3txuQ{Z~BOFTbYs88g9hT+k^IQI>^x!%T!Cz+mWgF=)JhtqWB3VVB%->z)E;cO?+x zma6_phYGiF*t4$-TPikXO(O;SzH@>bg35KNI2+1->Ome8r7-By`MMiE(jv3ojEr>( zWCE1~52Yy$L!B0i108`>N!_?0rfq&)E(e-gZE}auNrrn(p{goX3~d;IgXx8(qYYql zm9AUAGYEJvICJ;S339@hX1M#HyIox?@*p2n5uk8D7WDinH1hz9%DCQj3EFXd?N#e^ zB)$@ArDX5@zj^IEisPF9xD!;26nz0}rwrh1c=pP6KA^I+MQrxm>-aZ@gzA^>ZZ z$nU~@2XjsDjd;=Oi^y=L7AOdFf64Gw=2r5>*DZ&770s?R5`|TeElQ?qoWDK->pX*C@jsDrdi}UA!GiRC#u3 zic=^Oi+e?@gw3+1xM?(FUL}X$j=`B0eseb$vUAnp<^bIlZvwFDW?J=*xLIqNs#QT2 zWZP5$4cs9Q|GC-G6v^ZAxNvxU#MFK(+M_imVgS^u6kC$|+#WemFo%4(7p%0{H$+2b zOkc&){)T2G(k1JIw_5-b?r;H8P>Mv$L)&+o^&HA3oy%^lS8m{rFW=Id@Xm{pKVLABe zT`FYj=c=PD((=h{qcIz|PU2N!zEKfK1S#XExpvllT-?w!QGH&;jLO3)j29`X_ReM< z)#9zA2%ER-{<9NZ%k#Qo=)h`Q0-c=eA*kqSg0;Vxp+u=!(DJCgp=2Mbi9N5XXb=J} z{Yh3TMg0ViPc}sWuPdeio!|NRS}MB--0nT0I;&iS#%(QRIQEB zqb-F)cIIVFFqp``YD@6oNnU(*uQ4~wYk_Hr$M%TN41i}txyzDeFQI7!naj#u8oF`d zvGVk6JK7Sfs1c&ZHn?QFaJHhku;8EJ~II@De0G08^x8Ux0+Xy#VB)>Tbhs$A#T;6jX3qhXn!66^fXo|PFL4N$z4 z4SOFv>S*gqbpP`zr-GF!a(@}l4fsn-bdY6F)y1StpDjkQ&!UcV4>AW=QgtI`(g#aN zU~-gbdpwa)D`p-84OWN6I&Eph_%pKqIr2-?OKeAOJq=fi`3KUl3jJM}ypM4#khkW7KSZw0okI zj?5_$@q1$35=x}1@>7zZs`->(MCKx6lEGfmtYL;|86clc9%4Enop8hFiY0*+?E7|>bZ&tiYaCNFinU$R zAYV)6w`3Elr6fxFy_IRL?G~T2H<(^%E_Ide%oUz#+C8O%q0Pf=-iq(~kG=}UQx0!o zR#>b2+2ERm)>4=Hl0nw1z+BQ+;;j4cc|5$ON*BLUB)m0TQSPfS(^#5Xh1Pp)wR?&* zG^wd`VXtC*xP)z^f-uA>`52LxU(dG9v~s3=@%?sME_bAHM(qOJMu^yFr_?JFGB*fo ztoxaSK>ZL{Ihc?>otIF`l`FZ~lCdOJy_W@*jHI*8vsuWqi;CvGVCi7xnW|5rRW$ME zYWzapT!K#V(XVYq2n6VcVP4 zeCp|7!(UTH?9LD$O#8<1KTMoY5=IFA$OQ204NvCvqMGTquhU zp*?XogaW0dZIv6^I}Y}M@iokbCJ8>Lg?BPI#je}UjYf*1m>zi5-6-9?Zi^AqRyIpx z?ZBFXmB94XJ8Cmc3OnsNO+L7>1e>Y1QecRdw}IwvCoX3ZNJGrb-0~Y`RLXJdz+B~E zBk78~U2D-u1Jv!5QdG`)88D}Zw_`q$MJ*TBV9Sr<#_~-_e1ZM9b3|`V);Tw z+N_$}XDf+u1UpRhXUQoAn~mR|iCSG9m)7BV!8)yCkT0gj!H{nEC`G$SY_~%PkTz(% zn~=F1c*tvRZw2vLp+kFVWtq$`LqCX5>ncl{Q=zXj)??jEF>>Bb>c%oA)2NGih@z@I z@GC4U^bgBQeIl6v=dy0J+0|{eACrVU>-xZ1<E1Q2oqOJSO>BtUh{v3lT~}TsHT_>d zI*MZtP!O=n1O!}uJsr(lqVMO4N!2|t-XT6mo#EL;LAJcfD-+~tb)1I0vfbUf7VwcF z?4Zj%Dwom?Ycy<3=CPOG11Z&~ZBAhk>c)?7s<9FZ!SKa;mZv_U4nk+Hu0Dnsb!5#~ zNsDP?FG#5jKK4vO!ovljjGD3oPa*1bjH^;vR`5D+3JPpj49i8L^-N}v1vNclyyP`f zgx?`iK=J?! zC`11>JcugexahKr1gySnBsT7RZURe{)-l`%kJc#Y9@d#oRhcx2QyQZCZS^P?D@Lhl z1X$0gj3BzcD_Ou6z&{4tHZQ8tO6pn*oQ)1YhWFq1Wy$qz9XiJnDI#$zY&A%!N}Ib- z8f0peI)cQRIIFyJV;WyD9a@Z)Znos9mcH|{JBjvss8NIetGM+T1&*MnB+I7=7Z|$r z_eVG~iHJStsu!V%ZspYEZDv6;?}p1zg8~(WIChLag^Z8O9?}@z*h4Vxi_cu z=wT5)#Aqlp`4&Ir;fR{_nxX8yXqJ*@v8p?lq4X$a?|m0eS)wh_RK6yF-m>!?aeV2kwCO+kGfi|SRwoHF7wk$0qbsLiaaH8c*0 zJeE~@No{aiCgzjlvO?|kPe+Sf2(Jq`YMFIo3Vex<44nbqf^wy7)&(5IX35jsj;Jdt zc^bc6T5sUO8&m=1WM$nubjcy1&@ud&`}0a)V;e4;*`>mQ@kuB=Q5`XOri_PJ1r z${)XOY{cox-E^%fO<$LzPY8TMS8$~}_Q)$ra_#3L)_rJe7j27nLVDUbTuzxs2ALf8 zx;_f(6?KD)Ik`Ye3v>Evwq0V+XDG^7h=R49RA`~fV%&u3;wEV>qrQaG4X0CiU~)t@ zEBVe;@N`fYjblx_F>0_=H_(!*pV*EizdxCk*wS=39eiebOW{GcLIB#O;6@OnlgE=% z+JDZl4S8Tw^W;tQgM&1khgZ!)f^(Tzodtl7xlJzT1?5A)ek4a|tF0K4Ew>0?X3sxM zNAxKxB|@gy!7ipbP*z{&@^PVXk(A~+b>W?B*l|&NHnqhWJKE)fXQHc(8EN=j*`QuN zk8vEG(d3o3n+dV1Q$x`@%q<#4;!;r9-O5Lvw4UN(YiYVGGh`-&f&L@BEwNR?WhQ8$ zXy+Za3oWwuYwBX3sctjdYMDOv_}x$QWK{}1S}wGx6k2`tYhYIGJ|_KISYo2K1Zg-Z z67XD(cV!hXf@`YXXi6kHuf@Rg-D|{IG71@ChxTBap-S9BVNo$_jp5U2{H^tf+8i+U zW#2iE5n94LwU5;w@H$|A(Jm+XX#Md+c5lf~thK88D@sac*C-#Bn#W$Ew8L{)VSAL6 z-K7*7BdhMd7?1N!8nXP%8Cu4l72|}GFXBfGliX~NxxH#>G<%lcKi%mBGvY(m{?l|F} z-6T(`X%dH*-<=kP=N#ER{96D=`={^~c>5#KpB=_RhkdZJw!5jF-TOgll6NyfjRiD9 z12Ntv~CH2lK#XgHz z0{**oThaQy;xO2-uvu`q9g2>#eD&n~#?bue^F__0d_h&yq}#)b18%UwLOaLca-Oz6c;n0 z+C8_6!L3~vQv(do^U)Psi$37{+FSh?;#mD7rtQU($*d5u#{i^Mpbuo%B%vOIk=jOT zAOn~|$=2(}Qpju5=yvamf!R!s+J!ZGqfeLmK7?Kc2{pt^gfRqZze88eISO$X#L5`8 ziDfoI3Hs6h?dqc62sPeBi5@9@a_sFka0&)v6`Z}_{Ih2J8ntVp)?)0$rle zI+dUV%hxCQ2l~}|u}>kh-&#P$jX#tG^n$<7FudLD0_~-RTg!qR6B*BDmyiuo-qmD2X|r$JT8+5{_t!lmzxcA&T39lutrOfcO&rPpI` zY`ev2GC80V6J|&pCtxA#l%qY605hRzS){-pa#m8%~eUB}z zoo9t-U+ERtDsSJIUyplH%&-#h?TFo+SMK~KULk*zCY*YCriAMStrdQn^)W+K7Xna9 zYo%Y=p(g>jPo$OT_2HcqymbWfwQrKVX%V$`PJw$nz~vrFn{B+myl^!rGOe(0x(zhM zyw;Ns6y4RkDM|B4H4IW;gd;MX91GN#SqQkwvnfeAWJD#MY@&O&g z#dYba1jvO~l3Jye`_5v0f(g3m&_tTs%BNe+DZLic^%qRkUK)+oQNi2^OKob>8%c9M zxJ3NIJKa(v)3I}grWNb8*!w--ux%&PziZV2qgyG`8>n^7xSEbwDV0twnsDC=H#X!g zZp{M5)XMIW0c^DOF5ZNZp_QWYcJh?499#b*eCALK3n%t5jabV$IW_YEXWmtoad_S0 z-dY%yi{b*}spU?PQ%tV3sEELkB*zhLMOIN zzSj`J^~p{y=DT0g#7K_KhG3JEA`NpI$wZ9g0RIvikx_3U(I!cSd)nD;4jLXys-NWj z@`ksr$!%XD9j0pE`}AN))x5=yK3Me;Yte63v=EK<5?Cn=GMWx9lWU_X$v z@|Kfh*FVYqT9WrS8yD{+e=-)+uVOI8PxMl|L3Sijlf2}8g%^n+ELa1#Ku|#laJ_Ps ze!B1i>MdhpJxM%TDBW5-EFQgBK+?+bA;8xARKH=Q)~zlyZBSEOxcX=Qj6j*KD_#); zQ9L5SdqLd~1k7f&L4g3YvMLTUYi1qB%bK!b9xauI#+ylFTPR}6-1by2Wv=mN&bru? z24d=zVn2@t1&E>t)|;L@$8Nk7sp(@`?ZRrCldHzF?6RxvzaD9Bl~nnr{E?MgkwBT` z(N=7J89>PpGdPo)5W=ibOxCaE=_*ezm^$Lx!8x);;mm639%HngUV5;Sq{fkUmm*A- zr+P!)7MEQZ93|mE$P5vc_8F8(i@)>k@4&7^;X`9}0+~R^ybs zb;~r)l%;4YMoBnk_XG9=M6=gR72J|5nBs`3uecMZfsdu_i_I-Zad7aJTMFRHb*^eV z`>Yx%Zidt?U3xr~Vl6XcbYYM4h=OSX)&mrsS9- zg)f_=oXgd|Nle#9cZ5BdIr%TS3kySgA69(I+ zzN@t&PWoU=><07Qs2yw|peH>jfz)^S-RY2R4A? z|GVyE(=ed+=l^zU&YW_8nsjQap#|A?7hbd!jJ?JhHxvQ6r2K+|JW4ZJ->y|A6;dM= zn2Zq_N9wM`D;7*2U%nWYCKGnB%sikXOqCP}s>bsMG)*-jE3D`NG{ApisEjT#kf8q9 zKO;EM`)Y^htbZ-hRgRR9h$^%mL@mp&8g6G;Ue|q8OKYtSxn~pD;|(0#F7l1s(mV*= zjXIBXiop5LyiE(UJNINubGV`twEixbo|I4TF(t-D?MOuH6~Uh>R8r@vGA6MkCL_zJ zm1E-;-ibWIAWXu2L9L4YxAY|zq|!z^UaA~BvfROCw3f-Lv2fQtpjrq`A7aL4~cXq(bya8tGHhEM%`&?nAABjb)ZarqTP@ z;`lVP8VNr3-SyN;+q9oPVTe+&|JF<}NN}<|^z!{YkOPue6wxJ82-XinMF>tN40TNW z04VkJ4|XDLO=2awXwBP5{Oq>k}q#-anXcDi@$s z6sR?=UAp@+I=3Q>=mDtoo@qKeJyYq^g*a%Ov@p$LI0UzygyR+1{X|QThN@Qpubo+t zDf;5kom@hQocSMAt%uTSfm*u_sS)^8%8_T%p(mkm$&Tysmq^5oqyh}RsDKF}7)R1; z?m|Cexr-upo9docfGN6Q2&GhZxK|E&MVEd4V|TEF1kId7m!dTIsZKDOxJoaE`Am&? zCgxwq6(5#haJNJ|LL$Y*<^`LIe=p99vb z1)#=EzJ(>n5Gb{Iica%pQhd=Z)b;1?gSmn#aw%NF#8A{C#71?HO48t=_;(NtgjUZN zLeD;cv(5%_YDsI$o9BtwwPg5_dmr6{M1SkwNN0Wa5fheOh8w>Uyp=w83rCgwUctZ1 zQPtMbCe9x8l1t?&)jlt1c%^{CFi~<-PryuN%Y{I~BFLE2pRnnQW2RtIX3l1GZX|wK{6;3I2(hyr;-6 z!pfTFw5n+qw2Lc{?q#4`JqX%YuQ^0e=zgV8mSxnti=2i}eON42C)8sh<4=tNqFj{F z*={v9$aB}15=_+n%J4cpkl42KO}G!L*s_ZjJ7|k*I zDn%Dt8Xirj@z!c68ow5(xJ(<z~FhSsxt?M#9Mw!hTS`ty?I&+#Um64xWhPU)R0 z(iZsCsmDK2rU2@m{=BRZj#kAr*O^1niab$vy!we0-H@oxI?)DTt!S)uFZCl5fAURI z3*S`yC;WqWv-~ME0kOT`T2|`BF%MSropvlkbarWu*&w=hUxVom0$|AXu%L5H!$V@e z%8PxHb+}m=UFTGG7dA@C!EdG_W{aIR;%RA?=}#Br%)6b<^HZYbpnPAStB$5(YL&0Z z1BgR-pfMZhI_DB3p0QuXHt{=;FNkA|-qhVvP`*G>^ajPg_|&9@I*3A*yId$bl*H8^ zc$V%V)(f(GeUoU`TyU9HNZzaFNFJ+55V9@N>S%DL=3ywAf$ixk)1+r}4uu!#S7Z|f z{O-)HwecQB=qh`%d!=je{>A7}DY9%C#15?BuI3aUM=s>Ib>JyPu``i!*sk!?tnxr*moOG=ED|*D(b?zIU-ib4wPRJwd8(8lUYPv&=H@PG1_% zwbL+}i3hvL^3U+CJ946~6xowJqnj?gRgF|o&>@`c4g0b zGMKaHshdo}ycZlsqjhz8;|}lEv)8hUvUbWUrPt$Oc61IjZS8n})7P+ay&7?H66q`0 zIe=yymtzz5-(rXCVEJF$8NRlkwNH;`8Ez8GXy>Mq{qUgKQ!pkD%p9X)|5TyhfahtI( zAd0uNk_(oWIVgc^l#|x$qu6rs@>B(HtH11}{R*OWgeO%Vy7!yB5k_kfFxp`*KBFA& z2oEQjsq>ADl6nwIfv+@I$p-OYcep)uVo~D3YQhTI*}`XE`?1JAzsH7ga(q1I?NK={ z8A@30W@MEo<7(C#*JxD8@oQk=AvPSAOo8IEO!8_9{-v}Ia!6wI*}BcTYaX*+)BeoF z^f6uR!jz^1svYYWt2yd(kr!nPs1ii0s&YaaDfML+T>%iq-Jm^ZyTvt?n{VQ>W;wm% z=;F4h>xdV zsE{cV;VDkCp8Af=p9lhOT@fIubFDKFX_SiN{TOT>LTjt?38(=(LTl00m58}~HBuV8 zw?9>yjYh`2uKl0xFFdq?`%mBD+^|Pw4z{yp6K7bl93&3?WLk(~P z7T1FA>Q$3bcrc7xm`P0boGm8-^z38Jz#jbw)b@>=*9{xVj%{nq%RAX_FJ^rbh_6&l zlz6x@xN4%nbx3@wX|LA+PNt+0_LhfF(hdVlfNi8-0X57GNbsN>t~rG41nVB zeAOQ9o|LaWi~f=&=OT^Z{mvzsFuI#tW0zrd2z?Gjzk`KEi^tTNc2B=~IW?nKW4*(4 z$G#5CCT@bm}J|H^F!q zfBDVz7K+TXU1{vDNv)SI6T^VlBN6&rQmiF{0l98z)^D-snv8xAp}nw_z_ul?ykl$V0Zl%sI=SpGCXex}TpFd8Qs}6C zjGge@?Ngon6G@u%k6I~8!Q81({XK2u#|!RpSHR0o2IztCu2MOyiI*gY)bhlk9o%zN zJ_Bn@@HN_*H%L5@Q2=jb5W(KJxfaiT{tAidc~HrT*&obe|EfO>%CZ-X?p%u7uMg)%rJ@5tmsY};toRZYaTx$R6dNv9ts;x-&7?DS&TS}W3G>2^i zzPl;C6FVC%*pXLzA7T{!o!|*M)ocs&8<9Osv!Ey6wD50dxzIIfB5VL>poifTNiUaL ztd^B5sMKuS%PG$Lowtap6Ew9qMtVz3J5FXbpMUA<+qok^*h{fu)sr;=^OkkJ#*j%-8@v>olr^j;!4d@1_ouDDe`WvT&n z8{=d*kpQ+=ro}pe8>9F?O1c7$(!Pu!$Y-H*6`Ks zE4X>tohsCWoW#gPsR{#>-H1q$;7Ls*J^VrwI!i19s>60!IpmzCp7l9tX|sFiuSat*JA!BXxb zmISlOq=^@%#3*%-k=3h#v8zNX4-r}2S1;vh>N=?A82c;1Jhh=LQh{sShL+u>qB#fRp{3D!mwNu7`YkF*}l#FQ8oLe zYza0bFFe8na(*{~wAPDGF=6=rtOW!ADVB(%j~dBeJQUetPyKI@AknFpAo`EYotpb# zdHYtD%A$fGdF$S?MCM;8o<7LZpDRc<{mW3Xn0_l1^AdH;JTR4brm(UOQhPMaU4 znEZpp!rdK;mqhN^)~4(M`@uO=jqn(cDZSwmaHY|d)tE@qry`V9{^DH&&UCBgpm|IE` z1ldh{=Z;R&U9gwNgwGkbFKe3eadqsk&iXXHH8hRR^zYSx!vxhfS|K+$siQ7eB$e}e zTA zu%Lz>NXj_LdH9eU05L$$zrM4Sr@M`na6bGrXH-2ftV&neKPv!#@2J>uJ|PT0Ky_pRTDh= z6{@eA%Wc&yaL{^!+22t^W?OHo?MsX7P(TamWnLsib2YLCk zgqCUVm|u0jFpdP%;R+b8X#e_$f-~*0AvA*{16&IOl8sySlL*3aRM=gJ6vN$fA4OU5S6xj)m`TE`^Oj5e#9fDO>sqDmSZ`NZ%_f(0iJ? zkxbOwa*pk`ImTM*`y2%=ba&~CqAkklCd+6Kbgrwg*;smL5=X)7OV|#LN$52lByZyl zr9+WTuxVn=%yR|f6QPXXH1m(-#C6jzR0R)x;0HBu`&hd>%SZCQ;Wyjd6@qn{wMf{_ zfp>f??&IqSBg22<4Xz9R%!FOJZ6~2>|+L;PA(w5Wh_KY?K>lg<^`4OW8iq zuOFxSVUjby6LbD|3QY1bPg|5GE?F#u-*c$XJ)izq;6=0b=zb2n^9qWh%Y}{dG(08g zM-LsOe6g}1^IH0uVS1)8VS334yRUX+(N!*4&4HXk<}HZa+O7N2N!*w(gB69$#x2jCE|VQaTehVc7I40V~rWi#Ojkl zQNg+HyNR+*i}BJZjc(v{2|A@|ll~}_rqQP|N2{-m-{KL&o^7}acUc<4qS82RhP(Do zBMcWeht#t|@}lR5(FM-bVo^?MB6P!|yN>HK*=>dzO2tjb?(YfBVcMhQMypyTsP@`Q zQ8C8IJk@&82ZtsPf}sW--6Rd4Qel~d)><4C*4>>W?$pnDJE~}=f^Yg044J3Je3)G9 zCJu)wB9UuJybpyyZsQ+{LA2qc-guU1Z3CpN6}0GyHUWTm#kTxZ2oD!->>Wf2v}weB zclcIeo=b4=YyZ%nFAfc;#gbS{sy``YWx#ZujhlC0h2k(U4}X6YAYpz=9CVt?JKvg7 zsW_1RIQFidK03v84*22I8>M zv31_yZIJ3E#cH`Ils|iq2cY#*4$9*ECLexi)sVk~cL?9r;^9Uz3(=m+7hOrAdbm)! zea=6u8OL-W(SY4a`20P3*AkB`7WxzPAV;U{K|!az3ilD`HhpL)D=dDi^HpMEv0%aV z+BeUUqTUst#5Kru>3&N3#Fz@4@ zJE%2Z-7?6Rk27-xA{2zzGLB?)PRv_{m3_4tYlA9pX#;{@Kt>$0W?*M=R^W835I6W} zvwc3)jN(24JDv5nx_l6u^UfbtKL;pXWd(ETSXp)hqZqWJ@^lRPqD&kU^l6963652G z7n?Kl$Ab8mSwX!hv#ZA%Q*u}o!V)%cU<+1qh=^cDiia;v+Ih43TJ4`)mnGZnf$Q@G zi|k1a{_Cnyn)RT0DczM1l7;RB7o553tkJe+%w_YI3XcSY4;v8hnYgAmA5PK88EM41 z5@al@RZ<5t38!pAy!#@CX~9fUu&x>yx^PY;5>V@IHR~r-8Um6n9Mbbe425D+@UrUo zfkpC-qnmD)OeN`|K_e{TBpuqHa~Onu<92Gh60?H8ofa&w9<569bDM}w%Y{@ zO2zZ#BV}VE_REt;ZD;*!x)b`%2Ce@37DATTu(vgrIH zl-_=Ys#iZzGwB_MTLHgGudXtrNlR*egQ-oh{8kh1Y_dp2TIEdP&EgZR&4NkT$tc)5 z7(e0qp9+HO1I1?fCiQBw78Ui}TPp9^yI%{W&PZ2BH8!q0LymuBs2=boTgu#501FT7G0M*s2YzO;M87kdEHW<41}} zT_w*Oc&R|#rgo6JB~a!9m2gRorNS%Ti6-$&az7m^tV0OXYW8s-4V_1wkx1J%{15DgcJ(kC{H@*j2K{Hy~5T z4{?ieEyzoN>@s%7m)-SI6O_2M{Nfd$S|5 zGHy_2(G!NT_uy@c)Sx!XDd$7GlHH?ek8ZVDm+$x}wfSf=M~$ob;Gjoc?mc5DY>DG? zHbdNvPbI2SEsq&Z{@&42TP_Z$UveQu@Y*QEqNb0tmKD#tpyL(o>5h|g63-ixXeVi zQJ;0$jV2z2MtCM*mN25Pq_jkZb4}VKD-hlErR;C#v54e(EnTh94)I*e#QF)9q`g5OBZk&TYyDUr4{V3;n^+G$>7_=>@&fudiH>IY4TFGo>i9*QDX=C0@M}y|o z>wz8>8tU7b?ohF&#G_%DjR7J_Fcl|Sl-<2vx-F=J!D$Sk3c>X%R3R9;9V*y3N7lM0 znWxp730_6w^d3o46WmkoscH+d7m>NQcaVIMiNZ>-{9o!Y=g5K5pkCQWn6QWja_6@( z6Ce)os=8ySKuV!jxtTT5=W#wRv<6y^K3N3)eq1&~d))}EnviGXmXmvI`tS@v@fy*L zA6>WUYP&^ufdUEQMAF@YNy=b7j)3O1a znYJVtJ`2i|qQiyK_;~#Ti|V8(1>wf%E1!v3St^q?R8rGEhbr1{vtCxa@@$D9=WsJ9 z&1yVi-D?M4ujunr-_oy_x2?W8s_bU7J6nE|-Tr`&nL$p**Y|~{$djXNm3lRt?EHdz zv7uEhz3Lv#d+=ET5t&6@1Z#Rt;Zw!NxV+ii*=cXxMjFY0iotVz$33vlQid2o;iorN z3t0W&>x6;5!p><=;msJXrEmeiQ>9`XqokeQX+;Q;Rm#L#&LNfn`9r{8Eomf_hIgV+ z*lO*;o*_>fV~5G8dYVYC_uOe}%xr|x%1mg2igW(d?Kgo!0ReHoiW96O-)S5G zz)a-Z_AV?Op0U*0Q&P&bwKJ>gK`oE(`?58Z;jnKuL@P+tFR$AnBLdALEipSfYqCX$`1hDsn4x@npho9S^{tm?pT8ooIGYz1-1LnA z2Iw?!r6wehA762`+336~!B|q@iXNwN}RLH=RUy|6E^k z&gmXTV4Pgs&ZFaThC9*>IGci8HHw1~8tI^(Fj-lpxn|GBETBH!I3dVA1Tiap2Qm^$ zz*W@(ZU~|jua++miE8os9xf<>`P966d0xlGLRct?Oj%k=FZsFlhAd=!i6YeGDQmyv z(+qK071^&nt}*S`9ZH95s;6FKXi`7~p_&?-^eWl@{Rh+_2_jDf$zhs?yDd&ByS zn1--28KIQ1Q!7YQYNgS-aN!`}O&It;fIfa&T*HzV-ots&7J%4g6#!*`)uisO>A(ZD zb^U_nzgJ6<%_-K(6nz8JRR{vXw8!@D)(s^GRZ*^viEKzy;!%1lt_q)1F$Ju_c99z- z4_lf`XE`f3hFHdj=$6SNN=R3pg|qQU(bTnQkRcND1f>%6yF7ku`^&R@!Tsclw^U7} zLP+bpi87D+iHzht9<~txV)lYX17XCQxJmYb+w$AWLP>KR*P3WETi`L8#)DPBt^RU} z`UyIrFq@C*4Kd_!`c`BsWy0<4p@nmw8`q?9bPfwZUA?m2Er_t47Faqb8Ofsd6r8 zykb4we+1t};&VpOnT8dFmIsBAS*S<;(|`{%a|xA zWRJUUC$wO6TGGyt7da_9xel^On>dqx6YE)B;lXwIvzIbBtBoLPAFHM%29_bGxAxm}(em1Huu(9U~x_qyN;jES|2h`$lg`LTJj2&#)S0-k%Z$AqY ztaoNMt!VyNd{nJRq~yD>k)TxI;eeckE}cTB;dx{s!T{)F5&+RS_P8(q=8xBlj7{mu z8&KCKTu>C4>qg^x(vj&m7$*T@-Q_jf0_sQEj!K@yHMDcg04mQA`#gPLrZoX~W5!_$ zL2xJ_w{Xmi%9A_+l9BlMOGA@y08swmuU6o_%h@Q_a{D78=PWMp&>bQoG-Pzj@xY7M z$~REuFQ|`WeXSz|_pMsJUiAyAP|lUUK<7%#ObYs8k@?tRhVGJ#W-5Gbg!uqUITsrU zsya!}P{q$7YyB+31&3P5+7vb$j_PRNl#6tEQl(F>)B6~nOfy(Ene%o;+Rma)ifbL} zFt&w2I7}y#L>nxNM)Coam?50+WU4|aV?SiT?4=F=(()-+<#FoI-WH3HcF!;|t`$s@ zoO_0FI#udejoAXN`n;h0?OBasw@dv)s#ssaq0U0{9J6*rK({e1ArS%LtnwdweSId& z>P_gfzHVn9U~GWS(T$LrB@QN;Nk^puoD;Vc`J!q}8tlRpe2(>QK*N-_6VgSl4OxLL z(%o%kn)MLCn4Ly!epvhBt024X&+RE~;I&k)zq%2Hcl1eS1@uu6f6RFrKO;=Xk*V&fLaVf}S@{coGMst`vy)*E9qdX_wx_!Cl7AAiDF2+`U z$DzNbiMUX1tjaB5dTWModNB$pYVRSXIF%!D;;UkXE=P*UA_+p}WeH2G8I{duZxNw7mS!1j= zAnF4IGLy}U@4zD_I7?5d0rU7=cvodP*YTuXT&FaY9Rv!GKeAMXtcX=Bx1{}%=1MSJ zvo$^;rc^AB%U=VI1K3cgd%wmM!J7o=Sd6&LJ21ZW(=Ov0H;p2ELofu9Yv@J>5}R9$ zfy^)_!l?8v>hIXaw(o}NN;ie|_J{YzF<|im2B#wyNas`8#Ir{V9X`Xa|2J6Fc4{F$ z0B3iz_G_O!NGn-zLk`L-9?qG9V%Nr#hzUtPE1@dMJg*w4Lgkpf3Ob;hGi&DMujj8` zuj6yV8&>sor8EnGcGA5`fq!qWplaYPIOoTysN5fxZ(W|r-NS#A;rY*yHcZ$$ElHi(Jy3ho)OH-t_m$WEUk6$ ztZrLkaY`$gwW_iT&qUVQWV0N6GC*8$8T_q=-EdZhb)mNg6m~;b*IgC`bxkId<7VLLPjvOXFQw+vs4d2%wnDQy3+euJ^3Z!tZ{EJPBZ7 zLBL0w9z1f!KMVUs(q#tmabFE>ISaNCt>GcRv7twFuI%7bn>=|3zCvTbcYq_cLnS$Q9gIkUZv--a7)R(-2Jjndl@SbS{h#J)H!1Z zxfS1~okmv?s{Cb6Kas67&nCGI9atQ?-}@l$-_Z6HonPPj0AoEE@Q>tg*8U22^!Lr4*Ia@f>@iv^-3-0TX7aI)8VJCCA!OtI;T@!N;>ZU7D$ zD9vr#BkBD=R{?hrMLiV#B2a_^Uc{$2IcXn5sj%#z zA6$$gj#(Sf7kW5?_TQ-t?IZ%(>#&tC6&5FHev@s|BOpBTs!oArLU2H090fom&5SVA)*%1vyh&d@)@4$re81l(h&X(HFZ-($*d z`0_PkX31ubxN$;rdv~yG1(m=E#5_UHd+R{bk>Xi`(}UwN_g4VhGznD;~ZqB#HgS12JM*12~j9CF@IL$>%P2*W^#d1Vy%>+twHLXIH&qCr78=J?;}#zplJq z3lBk67bs~(H{C6rD~yPj(eNO&YS2(%T=IG9D4J>5(zRA`FzupsY}ug)X+bh3%GWvo z*3OW&7h>wZJP~)K;)qkT*Ngg+#FMwSLC+UE#7Q5(%7N^9^UM^5#nsJn)qSS$yhbZJ z4Xatx1g5_|N*`LD_>(2)^jNtxvhOY%WxEczL)BEi^=ejnT(>FDY2i=58?6xZO8o|5zO% zHkWZ2$YW``a1QE>1peFr6%ic@?wf!0GJxs1WC8Kc0y`e!hAcB#E60*9r>qWnD!nuy z-Sx|WZnz@@gdiCrAwxi?!#KINgXbKvt=;esuVR5=U>c8rI3i|NBFX^tJC7501Eo6z zj5;y~C8WbH<(8ZX*tPx}eO0nSd5(ZiLLs+>CYMD#>GeJZO*bV)7<8upn*@6L>C*67Rj6 zUp}+TEA8)ZfR=-`Io?o0B=_0DkHDPrGZ?hkRS}`;Ag05UYn@g)3q&Wzezundij0Iq zSedJUB@wFTIgJdit_{3G=;7%8!L{yLT>AybC>l%0BKr}`(S<6L(q;vCuVEze+0&oJ zwHFB32Fs0!+fnb#mpt_Fle-|rt@d6!XTc!!z|;Rc(!2?0y&FM-Q&hHU48Qc-^>2(& zD-aUNk&wcO4chEyG!qb16sm*1aM8Ihi9{4*zq{egMnuHVSetG-RPxq0<1G!J%NW~5 z^Z+X`vA%TPH1EhnaB4T%Vh#uh^2G8Dy{!Kn5r2V;80#Ir7>qqr5qS5+KZBDG%4eHb7y>8%>Ttl3wdlaY~4 z9ypzAIUkyt5RunEMwef-rkyU@JMF-hSr0Uezg!@{z9o`)P;OeU!LD5Ojsfv-(Gm0> z?Bhu$cx5n(_7eDc_|t&Y_XINaVCfL@fOJMYCGDA5__3fKBuukAN6q4aL6P>Ax&%tT z9geR=1$-GVzigTwyOpkRcW9ZGQf;-m4qV=I9V6`Zx#Pi%I9_I=yMp=U^v#R;qsPW- zB-wfN%B)up7$gj;>~&5B&!Z=c$WA?>axj5AnqlpZ@DkSa!%naFW*hDOkGl54c3_N=<3irl7-L? zuNvJA#jF=8QyRP-ls3sv{AYZ1H@Zlo>K$YXF;FrJ$EP^>Slerq(yJiDth8|-f|LOB zomfw;C9z4ScFzoMsJQzt93)^F@x_SGfOcU!v_DgjJyuCTYou}ig_Cp-mrvWHR1{x6 zyOi^EPHgv9N7zoUXj^8IZ0bbOBdS)~Vyma!MfmqwHTOicaP`GH1}#*VtEAfSnMN-6 zitF!@fCU$hUXI9o;!_~Mu-2p`=mMJ*WG_*C>@=X_PU2RK_Df}+Yz5jV?apqIiflt4 zqL#^o5=CO9`X%4LqUku`3Gpmy46T;N>SMokfHZT{6K-Uh3QdXIh-h7PMJMe z>o55Fyh_P2DPP%`LBN}i$RTxzbCP*G-CWQt2K8X_Ld@?BBi+#PIcve0wan<14Yoap zm86NZ&WESG-l~|xrpJ%^4Tr0}R#g_CWa|G0;cQRuRul1!GFBO=f%=>aE)16>Z9asf@Gg4jH$i8YWyQMup($n+@8SMSct%X1kODd zDu>-p_TTW!bYD#u&lPbNyOBHY9ycw6@lGCnIprxATg>*jxyB+$BS~~Z-QlCFjavrF zvzavLU{?UJ|M#mMJ8oW>Ra>(ytvi~r)%tE#!(oib_pM!wg?k>#QYEgR1AMx7O*U>T z(zckUVhz-7{@D;_O{&G|oWPrFN;NfAoz1d122+Z>F<>p+4f+)R5|N?l`jf~(#$qkK z?`Ex_L6~R4O%yD3!+OpFi1w^(|Kzl#V(mTCt?x}yW?G*vU`NosChIe@t9*dS%N;{c}(<`WEV3KIS*NsP~yZW&wF#X-u+ z1d>iH;-F9&_3ThQoJ;7jzJnx^nTtoR!bc}@bjphfCRX^OLL%d5C~fo0pmq`WO_IR074DHCga)uBVZfP% z$UCEJw1cz>@xzztAG9rL0DvgYXN4M`N869br&SVpr@>nDT@@>Em7FhPsWJrd-N{Wfi<<7?5iR1QG;}SZcF1h@+nQrk4w!4Bi9fW^4ka@}>~rk^>G*6X#f3 zVAOLG@1@!TM=xG0>2Rd>?X6TYuVY;!U>^u@Wou{x2`2M2%0Et9*d-K-sh`6v&Zn~U zP(e6f2c`z7k!JChNx*PX#g~1E$OGbMrc?tJ9VPT=xQ}Zvvet1H%xkz;t zLUboHapxaaQbx=ZE_G0!c>d2FQzVGOBuL~7B*jAxuUR1n)M2O{EDtpt3?tS0Pj=E9 zg6C7p$$amIog9HjS;Xx~C_*lE_*(ij8-B?WJl0$gi0WbAG48>E zX;lcNM{Ib6`qGlk^lL&O(0OX%C8UzP^J7Dn-i31k`gP)Ek!`dTREPuyFtOIZrt{H8 zcoRzc%m|+Ov$!(5dro7iu*VLU#2zt>R`Ls2uqROss)T?Vy3@RIxn(}~lNg*Ozno$Y zAlhp+=5zfiJEFZxw=ou-CZLgf+yj`n-kC_GMsW)ie<2p>RJy_%Bb~c$^35tb^OIhS z8KtApMlnM#2qEn%^SPV1N$9QcZ))<%PW9YY$%U+sFU`h3cw8FdcUy1dincNIb!)kx z^H5O`xH=#$WR~GB~P~T6q<%y9T`BnGXcfBZ*Yi1UCU?0=z{}En#}?HJmEEde$?0 z#M>y}R13kQq7JOa5PF(6meNB^s-}9iH#&uYAStn(9^KQq=rb@rEfssiQkI;tGH%S{ z0OPo|>RSc!cMHP>)zUo0Xt?%&=QJxrQ7-xA_UG*bnl=CAjO^-SLt(j`&;}}>g>czf zMqWvrj1>`aqljkfaG;ez%!vrYTG3O8w0U7%xZ!PbiSL_3j5{LTTt*3M{TsOA-Kr0coB>34Qwo;nnMwq${SVo_> zTAovZ0ZhFzmDv_N;u9ptay0EiQ*}AGzxpq45toE@{@cf;H-l(Jn=J=t)smOtZw_us zM02^~dH1FSq)xIRmsDf$54O9@2pKpc(*1@x9eVDW7$0OTs{5e*BCdyW7pI{ce(@l& zZsNTm)`^v3H}~06Nbpw)q6(PPPQZyh#m@#b4}i~I3TP(YIweVNH8R$`Jos~22z|>` z@fE^M>OC5}3hCC2W#+2Lwh{a|X7yUN!$3Y#ha!=fkdMoBp#RLk(=FXTAJOKBgKeSb zxe)cO7_YFc-tZH5GtxvSA)5I%iY&fOT3$gwol(_a3fR-ptnq1Cxk(IG5Rn> zA_6NnlYnkfL&mn>!ObrY>W!6yKx_6(rNm!_w2KPr^Z_~0202ZNX(m~$ap2t{w&Q)~ zMqJO6=jY8Sv>j|48^oUf{+eyy2Y~`7@;(!--CRSAqNRYMVEIa z!geXt&r@n}Z5vu~eywviEXb5&QapVMTKuC~;jq0Fl4_aYG{ z__rFu3-^`0u*D+I9W+ae>JEDr0o~zJ8LZh&V`7inl-Pi(Up+@i==QBD)Y=@k@kwl_ zTt|386ejO=)?0>DZ)je1f*)jkg+@)UUy~Lj`_Y^9@wyL{F|tTly1YnmVnNh{p6^`R zai7hKa>Tt20eRvv--SXpff9$^YnJH8`p%MX?Lc zQ5PN=Azk;&v9hl4yOICV;`IFUGqaihTwYhe(dsIjH68l^R1H!QCV_ctiKpvT5omo_-q$ z!bpcKF)3cykGIjUp%Mo+1$sOROk$|`geCka<-2=l*9li|+f}zb_EG04_9}fRj;{94 zJj^qJao3oSD3=Fpf*{43cIiq*PqskpigftQit@gh(*vNSkY#M`0k1{}_m`xdf+B*m z$uIsD;SHDCd_CpPbWLcR6Ny|JWoO+*d6OG^eQZ8hn(Ez~Y7azEbKTNtmaY-5zN&H0 z0i*hD|6@%P6>^83UYG|3BHNJ)7&&hs;d)QJW17Raibt=atP~=k3TeP~at+-@I5iU= z#{?2<4JdoAS(VS~yRWjAwRV^pIh!>t3kVZl^rbi~YGELH4g8eXaEld$^0i2xXS53 z@?yR>!s>YnUl+#QP2K#AjeyZXD46<80YKY@u^--!>GZ?JJ=p`(Vj#F=>1H{+cFYcY zQwtae4>>e!lQ8(l+&;?W*0m@!)Sbc{h?|45Y89Wel+`5|h#Zhrk5&|V_}W*V0uSlc zW)+dhizNef|B0GF3{u>SJbQMgpB+nx2Q`tachx5Zoszmo#)&o>8XK4?Og0g1uO!LB zW&(itN;z9xTHEVO0QuWoPeVx3Z0k14`>N7{8$lwM2WZU;Hn92)#JN2k$g9Hd(&F@I z2YNfF*M9{rWE*& zQZwndhtYFou0$Zim&cpRDzGu!tJt;z396u)9tpQT_?5B=t9~w3T$S)pQ*#V|a~7L* zBRYG2S|Kusdtpms=5%m!*-`Xpiz|N)6@+R04;%o>qUZ;%i@o;g7`=^-9Jq!!*B*cNojj7x6NNk zH1C{vJr!o}(J9;FWgQbJO~I=&Yuvs5TV)2{8S0d#chBXt356P|%e1!;No^$Ih#PxiehZ4E}8w36>6VW5fE5c3*fEqB=vMpsX9#TH1Q zL~HhuZVBA;B=1L?3}UMoVf+OO>hSY9`p&YEQUUG*Sf zCzhDbkv(3S-vA)m#u_Qa+JT%F=N1VV9Mi&A^p{LG;yu`Hp3>U+NIXK*9k{E1 zg^2fyi)DS4mJKN29VSGk8}>20j({Nx&VnL_ZW^#lGetb%j!$%teNk*!!N8H zlCsWxYT&CVNe@j8#!A&d8o(XWj(Sd@4#eiEbC9zy8>vRGjckDvLyHCVzJ2rYryjwx zK%q%Zs>1vsdR_07I!gD>BuD*Gb#m%1nNWL47@ClTm4*Bt5R+J_c9mQYh8mo(KT3?< zFY$U_NeU@2LInXCtYklz1|tioz$PQUsC_fyc%{ZmCklje@(tUwq5)`Y_@)PA~aX`u;UYI=QF zs`UH6%SWTtHpc0SbUe~xxMkPNtna!bp$1&>p>5l+C*)#byXI(57SH%?@yZ|-VO}_F zB=p^x!>2Ja^Ko!^b#N>ef6f@339J&&KW{kuq+epJ^Kz)#l5rU{oC1Qe+4(4Cl=-s6 ze*^0_!09>1SrStiU;EA#2iMM^8Pj;7mU>^-GS6>0$@VYknz$WDf& zBRY_)jwg&M$o~Sbt2y;t=|lX*AS2lvD0AX8n6$!fO)#v?7w-&mLG2tU4oDK`AgRz+ zTH!L`^vxAnY{z1e4awEl0Z-qJz8Fm`u-rT$a?<#6`qW|l^O)T>sX70(4!G4 zWn820_QZF!7yWC~6RdWyl?fpf;u9xB;?mR8kGLUAJNY03I^^fqp?w$t{$&Ng?Q5Nwb*nL#ePXad<612|SUAsij-+jwuP}{#QOoM&&6uI0mAMU@ zKLc1JW1Nzz81rZf?jTw zA|RJV-a+@{9GrHKZ<$Q?F%ITuB${wvXP>A}%A@nhpYmm(Jv$R92$0g=wd1EERA+JI zh>awB=(J11m_6puxi3Y+(RnIwTugL1N%FC(ZilexOLfliQ)ocCdTv>2Js6gexZzt5 zAi41Pb$JPb7JAivWr#(kCwMWB=-5V`d{iV$SF}nVDjtOd z(7){q9RSTPluPaT^XtLw#ckhRjM`Ub;gHd>b_>c8F6OfLW2)z4{u>$9R_r!1?>vw3 zv{KZy8(s^#Zz}0B56x457qBv--lpj>NU9%5$-53qBH%@VMX{a??TpP+DKwz|4|Pw(5ulPnrcRt=f0CkIhun*bD`Z<+S<)-6qT7gm;oSJ`w`QP<1`dLp+fo_;`H(%Qwbz~CGv|D!i z?ZJrGgCg+z9U$o5d-%=PZFWo%v5ABP?V&UzO@Wz?HajEIPFz0T-M_`e?wG9hwUo^u z8Do(WeCFIjzxWz}2B=J2AT5J^&MEtLrZ^7HCI$m4`1mr2{^g<~=8R*KyH->@y8r0W zn5FF(G#c=Nb|fehEv&+oQU|;+3~a!R7wWD{0jlSldSIHkF?mrItgLf}!vbUF0}qv! zEvQAU)81@#>UkF(1Dkr=hbdzL*_gQ9-#g`C&m3zDJWuy=D=uS`2XxoT2M`@HJ6D5R z4n9&f?4zzrQ4(5s+U#>a(QTl<-O@=)96r zN5Oe%OE}{XMRcU`%Pi}crT(Ao(J#2s<^*iVUorG+7XuS|o(FY} zOE*962$t+Zb_K3L8DSvT#m-@^zDT?JZ`U>jxaKfC8IvhT7~`LJiZNVs+L@OuJG>rU zNbpRpy%vNheOTihtx$m2#}Roc2FM5FvdcR~eFTq#9Zytqoagy}aGotued`wGeYKN7m- zHHnpAPOVhcc=1`DsG`7gX~eIiU6!b4p-N!n&w8LIx4)BwutCnD=6r&$bH@xvF5gGfK4 zAk(bJ-8VV+41fYhx5yo0xIn^PmHsbi2&wZga5Pz{I%SYB1SHak2IP@?O#GPo#ok4* z*3)FXdhzeS!KY6WQ$`QH5(kgFYeX%gTGmVl@~cs(tJC+oOfJPQI>0_d!X_(Hb`(}@ zY~v{`I8AmTxpO0?;G5jY>3)@V;OYt3%^STb->Bv;H_-BOOkAYu%w`hz*Rn}6t8&<} zxrMIdpxVxf=|^X^$?V(<#m^dDx&kdh)Tc{TJV4v2+hx%V_sorg)b0D|No1 zyu>CqsaoMb;1La7ifmCyfd6Y2ZF|>wSWsDtg?)R#Jt^s0_Dg>``rpR(y)^CwC*bY; z(bUdx=sMtsKWwltDbvKjAKM-*liQySq(qm_p`norRq7-ym_lg>c14dm%#NOZHo{jM zrsPEmTg07xIUy-?)_bD$#E2{FGAy+Si6V)# z{9mT@1XGsuhPXsGle#D41h3XAQnX(ALFMtP6|%_C3<-*~-yP}I$Uw~&;+l7`zfrfa zxu1e5EYFbhlwig8SV3368&T5CALnKp_}X|ReIy8vP2FyBSU8VMI5#mem;FMD#wQlu zW-O1X@#WAttX#9o{PZI{)~5d^A+~Q?KwTg*~IN zqG10Psdehv*GSDHkF2~54>`Hi`sw9%_S1ImOkZ`eHcv}M*CP0Gw;8$uRU|VOq?tyr*V5yF8 zY#DMdTB?m;T>V-(nLcljj21!SVpxsB$60o>C4aGCAvbqE)&OHr3FwU}MfATrn<5m8 z+<&81oPp=TO=32)xwJskXu^^D=~XSEAhX}xK$X;d1*j(}k*D*ZnZ_!4mm?zEk+oj) zK|y<4E0SKn_Gv(jYt_9caI37p;pGxarU5cvv|@nH^1O6%QMsY)qWcc~)$e3PQTfKM zz|~q#A;(riOWaA!KTApQdZ#InlR@tONdpjptarZh(i z4l(N4>@`I3`aMlX+o;&^|Ett>DAcqS4<&PLJoiPVU= zm!@S@MZJn@$wGxq`Eij%)tv`UHDYUd%YdMen;a$#H9Ps^=i(PRhJg!I1#?mHBEosV(<~DU1L&K*+yPXy?YV;MuHevO!^Cr(qk{?6Q?P&}|AjYmx@7 zjSxpP;R10m<|dSG9-5E|ML?hpZOu~|MV~x1mQ#JUwg;>{! zZ!9)<;%n!jjupf;U?ZdRHqri6HY6VI@($k_wx)SuikguvlI^OwZ`4V%rJEfZY-sn z4*q37G{};HTOo7v7(Soy@-BF`lIBN*JI3FCdusTxQ2Kr= zOi4#zmuhW9(ZBRtW z(hjNBT*jzp7!nA~>N@I(0OC3g{3pBeOuse#+@3)5Ts@PtX*Gk% z0r^cKSujiZb7d?|7oOiSxRX1^zjC z$+`HO665)WjxLo1pTEQcFBg;rNM(=0Z?YQa+AIw!31{F0IOWbb>s8c{tkQ=^D z?7OkSHp5Rmgj_#rt(vzw(Rqx$d|>=Wq?spFs+kF>^3T3^*gh3u62-zc{DCXS{}kDz z!l>5Z<3pU99{NV+NtV8pWi27(R|WEzBQYFKOcEfwQ3YD7SimM5SFT{Zz@gXBKdQMQ zP2d>_7)QOXMD5}l?U+<4ZxkVJl<(iUza&EkiB>jPo(rfBRK+= zVygi=0+I?hNYTL}3D`LVCGN7V+bC|b(SWnjuCv(;qmy{^G^1_TjMQ#wr$3nMj|%Sg z?wmXguAPJyOAEmd9tPHHRy&oDxWp7Mi`2OxW7?;MCwGLw21E|q?XC{a>dTizzTVEy zmLRFvg+3A}t-763E%~pv(h3c9)mn>#x7DRR**|~sAKVHkJ^os2^&myo*-Mcx0LGIT z9l{fcIUC7Pn!*p({s}AA1(!o0$S>%g=9VO0d|l^`CCFXxxKs>v3>jzDJ-Pt7dL!N& zj}NZ)z0R97!gX(xtYtTrQgbGa=@WjT@5qo-q=DUjooJ$X*0~ZW0JW8ua3O$FXrrSR zwkr@<;*l8Stq>JV%slqzWTosgIJGey}DY@1*{Go(MK?j|3z<#a1EI{J{7&)e&KFMyT zrB&5wD(DJih3Psuh{rdsy}RqBoOe#?0d;9yX&+DbtHp857zaB)G#cp`sP1xFdVEB+ zVWTvea0YEE&wtjHqw=pKUDg#38nhCMU?h3~ozh8<6M$8YCZ*X?1lJ^_t9;smtvb7C zIfp^W8|owIVWLkLhR6qbt4u3zD;l8Whc`8raHJm!*~*JYvSN^D;fQZq{LUU%JEU1C z(9o-=L^6m^DMGvp_qk?pW$f;G+Tr;W>Q|@q+3jrOkK4y$ZElR3cNx}S3vJ-okJl*g zFh(5q>PX$UUSl{B5q;cz+<$3D?Nt-O3lK*G1~5T?OT~EKvQZ^e2q;PrK5b23&6jY= zaJgSSxK@E}gN2vLnD;v6KI0X$pqn?Fulg^t-DN!8yziJ21$TbwoMk3A$fKYY`Yj>n z3pv5aH-g=e|4w^=@W2^Z^8jxTmH`Dxk4N(SiS9!niFfK!d$I{0sqjqP`SvDAOvYY9)eg2>}MwfiXC8pNS^2uo6v`%uQ zJiP2~Ae~D*t!!8!99@p3iv^=MHwNR6V6f9c8mhZjMka(8}!5RV;8at2J(z6MwyGalH3#w zD42iG@iEMR$xoFgLfzriL+DQ(A4C=-+=qE5p`U{nFAb9G6bQLVi{sQHgNE#B_ib0- zWR@S-hIY?r#Ff{iSGV{<|MW$df0~Ji5_IYup~7;hX0&Ti{-hi)Low_FG)tGhp&lw` zf?uBkH)jSJmbLu~EoQl7)8$g}&INjy=>i&%!Dl}FP3;jy0759thP-SO!SerjNW5cd z*{-EnhcU%l*CIgPD04)H#F*;kTeIR~x}qBZvzqu7BrtWX=pQ6-of|sDe#^)34d6-u zI7DcD`faX4W6A-UWutwJfrM{BdR0(lJxzArPE=9*?w5;tyX_wa7F zUH^C++J_frahLoziblJS^qb!49%)Vp#bPNmBf)1|CM%<1!!J;_dkE(RW5l5oE1d~< zMb!bK_X(^8$XUfWTw4Q(X0+eE<$@E8VI@nL8&$@2jl|b8pbO#O&nD3PX?l2vcvw>$ytj|Hd6qQ4=EGqhpAopVo=1|k_}@(icAQYB(g!D5&d z`M}8lM+CH@lQ8MP#3r8RZ&5eO6>@2K7~9WU_8PGpvG-*O=}MG%y?ZfG@t#r5iFO%T z7;f=N7#dr|L=mQF@bc9)cD3=NdPnOzB-`S*Ntu^zugfnErsv`e*DZ3Wz+N!Y#6vJb z*V)&{IOCANtBrv0lo+31Seoq3&Z*bEe#2bxJ1~0CV6(>8{}@@ehZ82n0j|q2m=vdK zo_%f8)Zqo3Pi9u<0G0otJZ2!((!$YHH7^qz2nqI1Co`co4;?O1f=P0xDF#m1pO?H5 zk`kS=8^$5(ZmkA{$~8I$P|JA0m@PlBMAGZBP!5$8*--UGu!f;@ig3N;#4LSEkQr$8 z=_|i?NGo$J7bqowqlT3Jg126yb|4r3Xm(;9aj5C zM;jf#b9n5BR`~AFdm^f_g!D80;pVWr!Q60Y>t$Q2o)EXq$*6_3oi4&|zKuwtq#BWF zGu{Rt)+p4dFXikjJs@3|K1Th$|+ za2wsleb%aia6>)S^R9(0el&!)TFHO}1CG_?V^$wziepM?tt-4sGXh;UZyA^r4}3K* zD=MU>L^WkWbhLdAnxk9?Ped3# ziMxP0|EaEP#^e;dGq4%~v_UXy0{NE~=z9fRxQ6ZTWc4`V8@#<6{l`PaZxhF_Pz*lW^AA9r^M)e*3*hUK2udL3(=DIux|(pzKK^zZa=s|Hi;NDZa0 zv-^P`*xw#rkBG!~%Yv$jGm`bQShW|r1OZ3^tt$)7%t%Z(6>SHRS@)f0$x61R<0csG zuhX_{Nf7Hr;`_`AjEm%J_WT1#QYv9(@*vc3QCj{4a`~3QvxQXQjc;P9V7=X}c+^QQr8MmEcTUY^A zyg(-PsV1W$8G)))+8-7JQ!8&DI{Tq|AP`vbZHZF>O<@=A4AK83F}3C16oiE3?kLlV ziE;FU`hrC<_7`bOFfmdiH{Ha1)_1vy&ogm)I6&xP1H|v>SaMkS&LXDP9*+_%Y2ao< za{1sLazyI1z#FlI#siIo5iwqlsV7^N)>o?LYN%Yjq^TIK(dfH7xC&2n^?DSNir5y%e_ij=3uirj$ zY?rH7{uSp>tGhvi{MfkPc4zdpbgQW?uq~FNl<~}~km1kH7?l55{T=bQuxcv8kI`cA z;8z&CVtjcrl9OIXd|DlVPVTZ2GX8UQ*`EDI~r2i{C zAo6Mp9?4UqEZio)!g0_5>d?W>q9r6&)VAul|Y~cw1^XO{J#YC`-?vMTz6d>)W`AcV%wM$8)$FD->C9_g?!>&(d{+#gaPQX6P;6u5j@$~ez84inlq z4fBNH4l1p!0DL~4K?1$QN?D0oTtL5LT{M>-bATGsncyV08&h**A|0rmgt=%RT(^jq zDf!L1X&iMm_|cB3Z7n)BN-`<~vUe-^h*hk;7SgVszVCE0KW>@1tp06K*V%u4$;y<; zsNg{nd%7OM8ZHS4SGJojRI%-+1ru1qIn~_w6u2d|II)?g$1T!DdnyRk4j-+hkK<}s zV@5;lHF{|Lb%wnZ+%9HQKa(RC|stP!k zp4EYZA%>o*T@ZyzT9rbMP{HGFDnv9@0z5(p3UsW>@AXI?Lg5-gnbF~GF0&S)lzQfejGm3*hP zJlZU-guPdlNOs4csF^w~0u{2M z5=Mw^nIpXeFeLo|`updOZc6gVXj-B?nqObE5A#6Pp!R1hH!u&MRh(oKs!0dFt5U#i zw~`2L7(;?$$C5!wyjT<4p~H-DFL0I-w%;)>+&0=X&#)Ff9u^==&uW2Dp#Ma#T-bnn z4P@+_Ckl9|;U(BTD7#_m{u&MD=0F79_ee?NL=fpovZ-$9bZ+rhvs99Ya4Cb;Rz4dnNQAIRKdg2CNKtvD>j@vNEFwV z*YcRQ$n&(Afdcy*I5LKIkaj)?A=-ynP6b)h-S6Q*`qXgT!1G-rQtI(=KHRfKBc4Fm zntk6ckh}>j+>*5ags594S*^>}N7g2vU^#$pFtXf8P7vNvXTz=S+=M%rTKZ$Ehr_K^ z*Lh*KdVtVdz*7dD&x{S4Gp5HZyxW0J6@6BF#F2P1(vYTk*B48OR(=jH$`a{u<{M#+ zjjHm^lm&z&qL114yscS3T|0F!)GLW-&M+)4KnMF9=p)8s zXfAV!8#IC1!X@hk%Hu=l{}#nF6-M`JF5TOGVhr z;Uf|!S~J)fW|P&8Uy_E~(*iIieh`ums$-5FJEY8pWHn zAme2*AcHHh>}zQuZCVl7PDC9iQid0c$?IbM2I*muIqk2F%203Z+Ep$df<36F34Ju1 z^}zK5s$a~E*34XFXnvMDbNsj`NMsCPAG|8cgQEKIub4ABw>eF%0)}?`P>kzZLQ%z9 zgjb=*#xV9MhKk8A0?RuHBq%m4THC)IUdTS96+GK?EW|32)cA3d)be)^VnP)J?80`+ zn!je^yv`dGx$J5{byQ4-E+>cwEo?V*dG`;`B!e-PAe0#SCL^O>%alS#bhN`I+bJ5I z?B!RSoKTlPJ1+ZN{X@m~9t=AcPG_cLY6_O*Nb2qrP%J>A?I*T|En*w8nK`k*1cp}eA+kMWsXF1lP%}YCV zj)fYDxT~$r%k=J@RoxrekU7P}(ek^i_bv3i0Q|q*u_v&_AX`WhF0C6k50P?ts8g(Wz*-y-UH=L#8 z*IzbQsJ2_R!r{A(k#*DG;a%rR}?$zdR*?A!Fn}W1Nlj8 zRG9$XI|F#z0)D@i$>%|)(j*2TxW_e15s1Q@Z42D-?gglYB;TeR2fpBqbbb&iwu1TA zKUALq1ZsHgyQ36k3!Vc^PG0H_h%U}$q3$?=CTx8Ujan!rRq?g8qrq}-O~6mi<0*=G z^z|LQw+|f&?8JXGmY^;HL=ldv=atk+K_uinb_@{O`>7|tc}%wO%P+(Mer&d*1c8}2y^v&Web!&GS6b6HLYORf=6sG_)?3DFk~E}JZ4r+w@mal1SxtmS#N)}& z7nX%`p2v_$@w{OI-$R7VbzkN>?OOxTqkns^y6Xl zR?-+4=>|EE!ArXq9u-US{D7;3caVmVht)bh<{&waH(Q986jrAnz{mJ4Ocg~X7#W06 zO9I6t)?(q$@zRo82h0qW%ZI3}h13Pp|Fe>{%ZNDy$Q`t@#smPWE)&FB9QrXRBoO3T z-oK=phBgW*uu!8xq$xaXSyM`NFi|6bMCC^)?~nCe=4GYf-49I5B09ukIq?YdyeivV zA@B?c6cOiIGHnOLk%6JWvQuSE12hD-YQ_eKQjA#At?}fFXtv#5@{$L);U&n1Iz-TO z=}se4P>EtZ@fjw7c{Oy;#Eh6AXMh(HJ5F!iSwpssHZMy`RhvVDq#LCbiyJ5FZ`3K@ zy@UwdCBC*!;FrZccp_V}0Q1}{vm2$3n0I8UfzOtFpr2`c&-(rwbsE%L#2|$|FW9}< z*?1HiPPPE@QZES0)_j_N40@zl9NJ~-W^b&R`v3J+vM6?yg>bd{PeUxNU+n`7$r`4g z-?Iua0}~9E(H)W-Lwh+&p!l$X+$1RbOpsZtOTCVq#v2H=D{AjZ^SL5Vx0gu6(<-QZ zVc#8EezQt~eD+Ye2$`v+iB^hQcdY)`*k3x-11+>)a#8+N&LKO$6-D0a1-tx95lM3XcZ zP7F5;G0=h>KDlI1NIK*hc%O3}EsP>uh>Ke^S_~3tHBjzWhWVb?nQU7;)d0_{@y6(P zQCoGZko%5H9pV!qfO(Mw^Wl_uKa4vTQKA$-n~x@k)Z1X=%L1awqX{(*q!U08%Rg?y z3FDOrKn*{ANnA*S`2l_sNn(UG(QjUZv5efj@9S1V<}}4X3z68R4Oa@hETbQo5vhm4 z4}KQkZu1K_z^{E%xZBFLzDq1{au@Y!R;Ee9orpz6+Nzs@VC;+294NB@RLa6MJ^*GN zRzjLKd!zlBMOxgU=%9IJQ8jGXwSJ;{#Fe)+PwBBTbyATFYqT7H)Nu5Ww9qJzZZHgw zSS$ELkegDt)%J#~fRL|rGW-7eGZ}0ur+XCNRGiNV%Sl=w-j@MY1{QKavPFk4Nz&bh z!j6t0b6R(SInEJvtLXWcdD@<;VYdVzIVL2>5m(I~oNOTXtu#u@-l&1{1y3Z6v06hb zaaO7;=%vg|1jE2aR(YA$5f;wna%O2T$kjbI&80muo>t>isawwf6 z2lK0WZ{^Dp2KoigtHQJimo^tl@A957BWru);l&8=shNvL6c(-B_KfCNY^s^NtA<|S zXpfPgyRhnot5Z&kzq>x%(+wIRtwibHgh;crpYseS>ysmunKkku4x2O72y0E(qj03K_X;>Y%Vj02!c-7c>UZh8Gt>!Mbi=VW+pGuj9_O2@*r=>S2YUP(G0cJZ!nz-!t^*1a&JTLT#HtJsvBft)4QIU* z8`|xd<81kxJxYdS*g&=lu2Q!lr>cU(73V2J^hKJ~iCyDb8HDvoUgKAZ5NO|ugV#@W zaD&qr`#E*UZzis=G-;_$?RN<^D(ER14GftcN+^VX#a3t@5*_;zhiQ7c&znnzVB*o5 z@+P(!xHE-0ANrN|Qvg?>l{d&xx--%jS@ye6kbeJny>{4Yo-NdWJ zd2`tBD=6nR*icy|bCHc)3K%k0MA+qqmPu0y8U-(mJx06fX@)4ey2W^y$Iavh^t9{r z1d&=YlTUrvET(+h>bk_B%2Uen?gKs7k}D+lYqXlIn~4YF4r8&jLY%U?C1Vnr7}B@Q zZA)N388Gxu{y8n3q^%T}eE3235o8Cq(Oy1ggj=b~?z(`3FCqgZv_^!<`02WzJe_+w zOyG2!f-XIt`M|RrXTXv0Lx^|$JH};0lZL`a)y5Vz6etw8BIY@jsg@4%;sj}R!yg0xK>m~{M=KvxMQ_1WO9ki8qfanfH z!eq~TQ}aWb49&}e{nVj35qV>n!)O!d*#QAVy=2B?C^T?rJr#sB2Yu1(Ux92UfXGfT zDn7Ggb;$&%v5M1RVd-d*Qtv084BNHEVd< zkmDh&U0{viQwbDbex=sRlf|7i+9IBfp;vDB502nB?B@=Kz8T z?A(!V=lha;yRZr<6T;PJdtFxm`rTQY^Ct`fh0x>0;v7FEApK9k?YzWa{NyAZ7Sg6t zRX{KH31eqYY8E)!w9iDc5HN6v?$ehcXZ6s2YguXRFy>VdXat3&@(N!^sRrnm49$AS zF2x?H&YC~1gPHo4p$GBg)EJAgnSbAHTOm@NO~;Sep;^og%4_V!=wUDGS^l{NjufuS z#OLY3Nl#XoR**&OGu9EH(z#LbBrP|Bfe(y*&Tx>wqEeGTBcsYo7{5+E=t2R85dyNN zW_-ku7tGScsc_JNkV`8*n$eovEB4QF)oHjvorVRp5fs6nqNYk7(0UL>oi{6#;pn}f zm0F@Pz)?;(TaZy3-xe?yb`_!&5RhQJ*R-|n3;tshW_%~Nh05b%EUTo2byeJ;y~0GRu*weUPN#bZ&J5R{Rt1uq&ziO9yYSNRM>|Pfu~JZQcSg~e$HC{S z7A)ZI9cVg^sUtZ-PDXwxM+>Gue-|1;>dwO{#5so9YKw1WbMai){n2q@^#XZrqq2oD z#T9kMqS!()FULY@UMa0}x0ys6#>!bA&`!3h)2-sT7Hn0=L44@3U`q3#WWEW<2eV9Y zH5(qpj#fBrUAD-dWPJ;vV4GtaG*6ZOUe7MzbzP~nj>geUCm!(6g^cfH?A_Vp^kdS19kjwy7S_SSG7x!?d-v*Q^@y?o=K(RDb``Vyt3o8O`2SF4 z@aEzeUt!@8Cz+Z{d0bPk$aQ&PF!tm?3K3cdy8; zQ;=9=2=(vqhx~LTDl4Yl`-Uf=Lr>J@55>SIOrqMD(;)5Q@DFM(HYH)QMuZyUo0#Bw1ooU8M!u#)zLoIfp-l7{1urBLmtY{b0J87Wd@)R@#8T+NTV6zc57!7S zeEQJ`*492b??GWXNnV+|dhLW`JZ4Oap%w2iv`9#tTeK?k-8#Qj^DQc2&>b_nqx`{e z%OhL|gLx|=w%w7#2U4Ucjk4kj#5d&LJC7|Qv9n{0yqY`dg~3Qnp&`ZV;AXx}f0g!q zHD^IYRjBiLO9|J`@cT^X;TU7Z`z9BN^+(#scTs}f>wfW@Kap`WTAX;jKo22NLgd<` zw&r;kq0W8e|1sk*nYoD#77JA?QxLA>+)H|&oN38zc^-x_aX8C|d6LqSJpnqKh4G^H zA#RgNX*smhPw4wCGz@^38{|4pzd|h5Na_&7n`$cQhhEg0N{EuR(Fu^4{e*egJqG~u zV2jhzq&K3vHXX^n)9#X>U#zU(Ls)F^%Ys{B?1DcUDUwbLVzTAPo+H#F$B{~==Z>8l z=iKdugI<01Bq#RYM^0)7mg*_`ohW>OY zkyLx)m-*KPi*OdKmhgz~Q|mhXgqU0tG4Y&LLL1fMw&7DpNBm0V1yuzrtO{}$C`lt- zG?sY?%Zg9@RP|#yNx|1kTh^~H0L=Kbd==xOl&m0pu?%0fX;}?3YnY^kW3Jx9UtvuO z(Cb=5oN$O}^*ag8<`72c9T+j^;A}Gw;T>}|o|{PW84~jt6^*1+id&!}sC>sKkQ_BD zKs$pNe7e3kl@0j;#d{U{M1SWB5@0u4{k}VpFk-WhO^C0T5!53Sc@mxm%aND^r{L>m zD)o=Y5db6|6?h>FPMIrJMLljJ_LWbXz!kfyve!Qn@_N!;|8&gND1)li`jtLt-g#L~ zEmDc140@21sj8A5pM7a-pMEYC4?aRM_Ba8Vs)dqb9TI?A4^bJ7=&q{f&A!;(?0=5cb@1a?cuK?N9M7UK zP1n&%V~+8VaO|8lNBE8|8c1Qtg?$PuiYJ6$6&rrm%MQUp&4Gsql4LrjK>GIxJH9n) z?FuS-G(PxJdFQS2!U*i!s>o!BD_pqM*X5+^6BCBi|0|cHOT^HA!(90sEb6J>Ob?B>%wn3|e}ptokWSAx3JcEBN{E# z*z<^zygO-xT9;)TDGWP1>U{T#bPIvS$t3~1Ze!7+Cu}4Av8$YA**hB$LBcA4F33-U zX#vg-2ck=IdYp%VR*(kaAd+QD4k9BsNI0R4T_5kAM!j+<4S=2fHmjB2I16%h;Ov0I z;i_mWP9;s%U|v5*r;d^=E4f|h;~Mydm|dj8zjqi$k69LRDw_(ToTy^OC3x07Pho;i z9x67>Cnkj4ii!7F%QTS6%20jYVu1+cW7_ahcTmm0Dp@XHui#T6QHI?$@bV2c;CUQq zm{gwOA-UEvsU)03gEHw6pF#hENgopCkC^Sb!GPQnKj9P9Jhak?v1?w)i&MqTT8~-= zUkOgPUen&kcilYTTK`_*+<|-rWYw0ysz#MZo_#n|Tgk_wf;@zcitSUTPEg;Z@)w4I zP}xzR3kM+wdyyi01~^ z+NR?#1shX8o>)D(F3XkWl%(*)f7zmIDUhd+n6Sm58&Db8o#-2zkH;K`Oz0A_^0GJW z2Q2JALt)K8LMq}}U_Ni#k41RQBrfi1(nJZWxmv1g1=!r#Sw|dE$3>t?U#7)zrcvQG zZLd_B>A^wlMYePZjdn?6-`Ee}azC3!iCwMNQbfU=qZsfs{-_d|`|6)gbsz4Vn~fVG z+hJTA$IWbMvU~ntLV#VtOT^%9!yVYb)$Pgdu7T*s?rXtIQfsz{hF|`=YM@;Tr~h>7 zCv$F@nIy7Mv$5g5au>aUBJEbf^YmYj@n(+b$7mzyrSZq=Z=l?3HmJ4BzQ&hbm~)2q zG`ExR1U-TUe}AZtD#p4WhlmMf?^b^`8D?YjY)3J}a_XrHB}Y9{J}n*fI|@$92|&1T zXJPtY)!@ASAegZ6%-((0w3uXKoKt4u2plKU!Q3W7`#CIhtw3s>NV-?ee$?_yuIa=e z*@ynmUIK9&fMAjYSr|LV0qVbGWjU3mp9yYZS_8Qk(3oUvZG#CcWr4r)v2Wx@V=tgn@o4M+*eUKwy8^oXW028F@R< z_uaN_hqhGsrC$Db6t@~nf{pxO<>}R(Lyno4|Jz;ao+Hv7`fZ{kn;oa&7sse)WU<=F zdxh&PuW#z&rd)z|P-_OJ(?t0D>0~ZX(jD6L3(OE;kWR?WeJrm20h8Du9N)FX84R<> z+2=;Up8T-61wIX`Oq(0RXsOPqQq|I*gOjPH_7rw->rJf?P+LxN@T7kvVIsuP#2or) znt_V$1aMFuP)Zh~O4D5fZ=024R;NK!tm`ytUJ3WV27q@|@{Luc@ohn1xTQYdoPslX z4&Qgx>9?sAE@!}_70~v3I>#DF@tz}A4pk1Yq#&PFlR07~cDFsfNLjnC13mL3%R{Kk z$r7dfat^rV*7T^?1hlnW#B(0!#ecqXT(-hABTW%TOKf$V)S@*4d^C}9Zrj9a1mfn-_un&mWfj?LS@5~>a0N2AKALa(_-BKZ2SA*ono{BZ&kWtL^d zrORi575$hoO>4(9j!P`)vE-H9wdC&7U%&>`RDxxh=MtFC0cJ|cSe+$(TdT)Ql?&F; zguQ$dEmJ`Z5CXQoZM15mJZlkWD?o1!B}^O@HPj#+Bo=gTaWtupOdO6lt+bWQZe?zg zfJtTJ>3_6ry0u2fR@X!a^(jSClTQm6xHF7pDCUo;(3dckp@TbLa=~?|7M&?H>pfKo zF=t93NE#C~OJ#F*fTz$Xp~Is48jh1`cS0`42FAk%7ohVx zwn`^@;JUH0udp5;3U?KrF0qy*vXW&YAE{dYT zc1rIQQ|^KAnBl1xLGI5lJE&NZvy-Q9gvm4;5le38oV7I@rvIo%3t*n9Dc=uir$xuQ zw{Ex(WlG*tthj%@cysu{#O?0La?k*w&tI-p7A91tWx8eF7N7{- z?ac_kV&>B~vD<>T)fxzEm?Hry;+yC*O=oEm7$xEx^!4K0|ngx`SSLk?^{uBvr=H%G#?bur@P1<_vRh7pj?#CHIdiw4!=FD5_L&yJGhP zv_@+eDnkb1V&mdPbm*Jx4KKVC0nRq(|%xy&Y?F)Wq8d+PNC7OD*s z$wk&4RVl`~^V*O?1y*Gqb(<-=%HZIiAyIk?hpO`yh(eE$qgh-(q2h-mnDGz@OQuMR z5lMo?cyy{6`9CovqnhmQe6F~Y@G9o6R;|nF!OS3S+1r9aWHT@~SH+`)ly`*W6qnKU z&>Iadw`16&Iyv{X@p`Jy+X-_(oI?x2U(af{z_f7GB3I$$I7=p?+B$rZl!B6Uk8d=Q zSrkzZRU?UZvMYNCmbIg`_{POg?fOk!=Jz=Rhu*%s6zH_f`#LFwvR$(mk%<pX|x$+A^D)Xs7ObBSqiqQMF^kLyA^Pp#nkZ=MF%}j2)_`6XsFg4nNps~ zn~cv!ioolv3Xt#T;sBP&O4cO&0|=I6#d9E~!~QLD(A{C(VjN62#P|mu^mjz_5Z5A< zVvFYpW~)o03n+Zhosu#fM{U%PGyGz6w|Kg+n02Q0&fY3TJU$Rt*)!;Yk!hYl%Ltt> z^*ZvItZ0|p>luW%0cS&V;aozprG}W4iD8%1LOh6$an*YI6fTs5I?H<)>Qt2q(FZrM zwI;_&GH*ArmY`iZieiZ_PF%;X)+AZH91 z@QH9s036nC*;!0h<0kG&)a*8eVdj(`N!K#hbm^k0c33iyp#8>6jr7;h?C(pV+O9y6 zELDY2;l-&c1?!+@Ze-!%IVg~eUHwfi1F8y^AH@?3F_oK6GgS1{s$5S9<6IaxYlmAT zYMw!qwiBCd)r)Y9`M^{nf;}gwu0;cTOy3Htsh}7GfwDjSvQGoO)NJ9xU{qdb%y@aC z!xJfuKMBK`<9xkoexaGi?}aX5=lm@Tf?!8ZO^)_7GJS0j5KiC*!40-SeaEyk#d(~E z$XcC^85rU|CS^#T^l$zH5(Wx~u^WgR2}Z-~vWjWBePGsxEZSl3VuNeYI=l$3}sEQ?h6$^08x-RPahISD=PhJRo1qehaCB8JUx;c$891a^*0f z%R^E2GCJIxv35cA?k;EaV^?_|tU_qG4q$wA21GX6IV+V0#q6p&ukzAU#Y0CU=niH6 z2|O8Jnu80em+M4A>|XsCFmPa*u)E`8vUb7B52&;zRLvI>(9j!&a48%a%@1#QK*32z zNkrp4(Wyw$cw#egdGAP$+)D(l5sX^{1I%VatSC(M?q_O z37vZC`3T!|8cvUG3caMuLX^kJK8X|7YQZdN;}e>a@exX57f5K_$5!Y6{V)6J`sRU? zPj+=QX9)C&xB@(g_j;ASu1k?*A9i(Hp^Q7_B;FX5a9g>bSz65t>5uO6BmXsq$_xQ(P?uZ3eOFm=$xI9?eM{Z0%1qj#BbIH4=Xf{2qbvo3B~n_P2b z$UR$&MV6{-t`gkj-W3z>8k|_}_UG3)0HB?934}mkXWhlr1w2P9-wY_d87M@ZWb+o= z*`GF50J(AbWJe;5`ml%Z!B<5@sVRskn1xDYnh%Mqqm8|zDTTdz$&ydmvd1ba=?C+n zff5*4h7gG86hVEw8-E!RDQ`?9lxj?_r$X9~h%xlU3hytAvgwK8Gkwx0V-2 zgi-X|rcug*I&N=iqoqVQo`#Bj(hf8^$e_RZxvNrERHYBtl*_zNN}$Phno&jKt6fg1 z9K#)^7FC0_!&Y(;W_ZAI8NF5H^=abQ2V##+aCJyk@GxPw^KmL|3E~j6ucl}q%LH+C zDZWg4y!KV|xH{q3+SKK4_>;D z^kYuOX8Po10x}WI^1V7O>0#0Wr$_9AFL?5VRFzudJ`Eg73iKj|d5*OM1Y(im?JZi+ z828m#;wCIWE$31}3Flw5^FWim=vZdQ%1{HgnRm-X+F~AMq)?-<^GLfFg6=kHrO_Q^ zAfK(*e=s9HJi%W-a!D&=w=!-BBih@1Z(-{C7a^{0r`;(4R1kjJtn3C~rOVh56nFow zjEhcNq~A#$E$v*?0dK(4SIhG+%HDOEE+BBm z)}pkYfbgQA%#_#o%+u)Bn^!*#XpA&&UGF|yNSA2{&huL8&ND&xa9$zu;hyE}gFQB! z%BQceo>X;+amn%HqI>Ac^}aFGeANl}bM`o=9NFTlKwI;BiI^UHSz`juWBtfIa!-t# zYOgdJxJ+nJD5ZQ5w{Z`+svhrQ0C?Q2JU$Qp;(9){>#DeciqI(05RXr(@_BYEu_x>1 zDHC*vRzNe>Dq%lWD`Ys1RI&AWBs8{O`K?cT(EV8kWRJ2BW~c_{82hTn>y8U`N33qm zY=Y^uWsx4`-}G~TF0CASrWH=HvDI}Sdn?*85z8Tpx4#mTIasQvK};=dlrfr5UMwxK9DVUdu@TYZf=g5AZljB;M>@RR2n(7e3lbr7;ZIe5*pD)LRyj%q8*{oU0OB ziURrmC&Kes*TeF?8Tz5)1?vFP<8KE{w_&gY^v#l*I--=X4i-84E?Q@IE>_PKw`qF# zHzkwPl7+tlLIT!ggzalB6$X)fOQ;h{PzW2KSZ{H(xl?xS>Q-yr>*Q-4wVtV9xD-xhcsr(#wXdwLoU7key-;SUI!v-I1?e zpCN)hmhlEFYz5EJvLn^!8p=?n+2*epwqm^QgK$E=yC$#`3~;-s=sQe+wy_pl6I&8e z<^B1&{tvD2EI7hp3Xx3%#+SevAr6z{HF zr_eL2EssY~-4&l`D!PIM-Rn!Z&1H3QR@8eL45vb|ODGj&x{iD@PkbEtB-}^g^w70g z335|^9!5;h(tv9t3{eU@0?|b1K4`}GjQz;HJ0KaTQ0F+SIpKJqLeW22eH?;nX!}W| z*a{}eV^l-u2AK{zRkDt1+RMO}V*vZhXb~1Zm*=HkbJA;j6;D&dMW56sm=F-0jg5W2 zy#Oh;O_LocHeX{K^W{5Gk$Et(H-y>BkcCy--4md2mA%mxe2 z+OlG|qZ$q+7Ew%!03R^K@9wbMmzFZWwlr(_^9YbbsJmOc zUn7~goMxdPG?WxC>^4Og^I9;S6ns*F%BQYP=n_|PB>CZb;%4LzsWHI$Cm}?T~nGA`^-;-_g6|7#))ZAYFWvL&;f<2 zCBy_c!>+lFOz6JG@29`Bd!-uk-^Y`s=QRRNy{q&0#3$iUAnaKR%@Yv}qLUqV>4hfy z7*Xenv89aVxT~4dgb>g;O2p1$WX+O77!X7jN1tEBvFj{9T{rE`_ z0oJAj$(Ug+cvO-t;<5qAEHpA2J^!Hy;S$lc_{wYXs|5>+>Ih$RiuM1vWBA^fcqXU( zR_LT*%{>|Kyw@bqpQp?0LIFM;@PJXmOP{ zT2rf~e2KN@6Eh7!|8>dVe=j443L1w`!}=wIbNYrz&;V(tIvaL6=N4+&H!qi1{(nou zATo8*XmN@ZlJ-bXMq%FJ&P;5HigCt5gLGFXd+L8yS{1m%cpfTf0%c)tLzl(QHV2QC?h29$*oA=n}Iq595x(xsSV631{W1Od~SPhF+K%ZHlM)f zhEVaLWjQBSR*iEtSvT9*4584(cSWOAgH}QtQFW9O!xq%(`Ya1oN^u$1G&g|cLCn0& zCUI!T_pUYoZ6nlQhmK5coNGCm;o)Fm=|qZ#m@BQbqO0m}*_3?M9d|iS>rrNfvkB6> zgrMK8VJO%>CDPn(H16YVWf%GvO3(k^XLMtI$!28DlPZbIDOJe|3AqAXfB_TuFHo)1g(Ntq3j8L@9#t9L*rXrJxFc@^PW$&@pgkom4m^d${iVZu$HA4yA& zU?3i_Y7HWYCq*67a7I%H!v3FD*O$)(t~$n*T?}m^BB7q2qwlYDm>U|E>SUz-N03DU zfs2g9PMrG}a+75^5#FD0<096(^pEWrs~w`PvO#>43wtPcfpI4bZJ?AC7m|^8;TB6X zZz5!aiQtKB_DlGg1{Yk6v{EM%)(7K}T8up(#v5Lj%8DCj5#5{7$yG6lMpm2FeZCX1 zH%j#T3b*%0UeF0rg`7D?xlkVqdhKE$^`kf<1Q50&2yOY@8eTKvf=yO~MCRt^`ICDH zEawM-IuIzYUa90|%q$u+1km%}C?XWhu-`GMLIVZM$=G)CS5v(&IHfvSNh?SesVE(A zV_xj2Di$zj6RMdrA!}}j=@A)CC~#>bucKYfiD!zxRgquG>GK>Eh2W`l`2KMbSg;1L_gT> zm7yIdReVH+?F1-z87JUuZ3T%$ehqvfOVS1fcSwA(L5VtN|;xA+QO{WjeJ zU(Dfga9p_yBEB*a2g{mP$IDEclQALJ$T?y*L8~`7pC!C`YtzA4%_!vSwqv`6&OuZo zQCfJKj=|Bt>97p*1KAHlF01hcY9B2l$K`E#w=ha6_}|Yexp`jhy1dV42@{t+J^jD` z;4O~h94r}9dLwNryX(Gso>MXCjK0ZcmBnYsoHX=GxiAHdDRQYF^2U=pPD=fRDs#ly zF4E!|x#~~O2~(7n5zlTJ=L-a=^EwoT3sT)~5p_Gy?Y%L-e}v|Hm)=|wh>`o)2EuID zEA;JKY@Qo5P*_pjsN&1oC0BA&FmAGFD`;N7PYl>p|(>G`&IYaR{p9fT|T0zcX%g=cA4hr$aQ9 zgA1#NxDA1Y`g6yQloe=#sJy`&8H55`dI=Fp_=B@FvJLb~%IVd58z$F!uktMHlZ9HJ z{-eQP-=ZGr4wR$j`6pQ~H`5Pd%kJQn4zxOlKO1}zCadUnl8|k%_{50%#m-b(<>8+i zqLvTa?qsY|?h`Fzw00k4Z}QNF3Mp&?0>xAtJPPe>;E+{;@dUdCsxvs-b>W$iN%ZDR zt#E0xi?t)Q2x8t7V7p=^Jfd<)rPgXB^DFV2Vu&s%Giaj7pZ5gv{uxquiLX*B2L+w5 z7tjM1jExt?qzj#WR6_19U@r%m$mr9SFbcAfBnRX6EQhL2dko!R~fpBDL z0W36Xwn3m>kJr`2LYI^(3slP&jL!RnvLnQC3aPOKR^>T^4&tfXSyau&&;%3O7SJKk zK{=>%5A2G*LS%))OUXjb>J}*o#GoD@E&}qKAX3wlg8mvK%$+vKkL{OD_#9D%UBqC| zPO!u{Gpruk^n5VSAu3|W|FW)LeIDl{9Rg-bD(KZ@_uROP!O``wwV(uE5&?AtG<&i1 zG}mhTx=_j8vzllt7MeW41X4-*n3Aznokwj^#fkLQ9nt}c3EwCk{CBZ6Xgg0DG|nLi zGN~sa@KLKpj``D4dAcq_B=lyZoaH0#pWLi+caGhn!J{>0O z9&Y&5`Pm)=+``+##}-mHr^McDju*v@T=XijFIvahF5YXjvRWy$kFA3`2Z#*{xD3XhPU*p#@+Niz8WK&*WTi1*hmko$rO> zudYZjL-gqU&XXh^G4$0ClAn+0YPTywuwGDWQR@}|;fePRObYpG@SXf-4Q3^>=oAvh zcg0e$6X!$Q&P@&V<0G8EQhMe*=Ll=~IDZmt=N5oITZdYU5W!7y*k0`mkGk66_1|{T z$&HCuXnFsv2}Bc;&}Qsj&PhqRPK zt}Pa-gGVr`GH;J0^c=|pu*@&Giws{ba}P}#Rt+JMZYKr}6V3iOK-m#4fMv~Yjov(D zw_$RrNQ5q5iHf2Q(E0+xTrn(zj=2F~=#C}CYDfO)Bs5H4Rgig3?1+QLHn;ETE>uW< zRZ84H0P`5C_Vi@&W#kjo;JKh;Rii>7TZNeP&Xs1%IWm@$7Nk>9PbG`;U8xD@+k_l+ z*Q1!Q%Zj2#Ar){>F>!UxI=g6EAh{qOx~LW9dTN{IYMp~X%x zI1f2`C;i8C?-@TptZ(VjtXR&!5_=G)si>81CDVpgW;NbLOC%q-STlfR7ZpH!hcw$b z!sUB%`xHmShgn%OfkDBE7Y8$Uzio3(Dnf`2;;^6w!qcih@^@^VT`uV0RVhxId}yRg z)gQ~2=bI*77>>=WLP*^6R*WcsTjy^ZoSh1fHIrh~xAN}_?GCQ7G-_oZ2xOg2oAG!d0AS@Q#~SbH*1>h#P6N`esukYjKa&oXAvh&T5{xp)G z#2u}STSwJjycBIzaa*^8)KQrkg&B156{12qb454?@@UzXhnJ4Pj{VB)xfbP%)nLDK zijF98ardCZs06&XNot@K{7e2vuWM`y+7_c|)R;s(tWeTlyh&$GpYbZb)ARNYrTIuRxL45TS6&%pR;7+*#5Ck$aV!u0MSrp`V8c!Yz#rV=%qXJ%F zyvGSIt0nDp4mg?|0lErI_>$p2!MBoIxcMt{u}W>FK?u0E_pOiIHWMR!o3?G>h4E7S z1zOsW_b@sPW3!O)Z1Pypk(E3(rqu~8M*{sT1Et0KAeB*qgyp1PQ*1Y#7jLbk1%s7T zua*vWQYz{>zc0J-sv-oOw#*Zd(bPK->V0|wGF>_GMeYM33cC$NbirBCY&!GBO9R z1NkF&CYCzLERAEwAhz-UdTFLaJ93HfM871AZwa1n<6TjaLgfnB&CZAn?xcR_I+Mo^ z)NV%`McnDdu#K5xL|c)g-ps~*fKfC9{rX>T5-!(`^-D@IyOY#rU1h~OTstMdq?Ceu zQ@g;E81r|u_JbaRJC=0^OvAG|V|*l2t|hm|Xc*cF@F$Y(6%+4?wy%&FqYaYwbWO(0 zrIrFR7AIjcKSznyHXz9(DS<-cR-_-mB8Nj5yDIBR@*Jv#98O1r$=EI}?B7sG|bfY4<0064b^U@s$oPxHJhn_}C5% zAc>U|9lCRH^_|=B=gLXZ38RvubeqPBbMclxPXa*N9=<=DlC2u1=Q$VwuC$vYK=O#+ z#=)*hlb_BS=XP;)8!WSSky@o>f!doTgt4GGt6VeE9yiCr=QKbf!}D8+$r{2^8!k9_ zF_8!mm7T7#1)2g0(5|lzTUIyEzMqC=Q?SRS^4jA`4(5F7iK64$KxR0@2=JWjwew+k9Bvc&1}!h)-i>yg~{#q7^oxCFy*^7sumgR*lE8_x&=_r7ve zM^Jec3XDNCA|jPZECtpjx8|oaY>9g$RGcHh1L=u+HItLCrxg zX|UkQ;|)#RrOieG7qq;vEx|iQQeqgNg`9E~>^rnEnr$0d&{u6VGp}BZM2=`?nit@9 z0Je20A1hU$km0s$6&MPKS7f?AOEew}<`^d&lwFI;6}&a#nm*AykIMk`Ze7%`w=Kwa z!i{u3v4)i#VnUzmQz}eWAp_?aQ&Q)VKCxz|pg|N?t`bT^U8x!;0_%fpYSbz_N}sBP z;(L37d>ED@BfmE~X!AQnNDJ(A`Q!Y@h^~usUJRgc1eir9Vvwybmc1Rd%}7`{`&1LOo@!r>~L>JS}YRcrb91)q4(k z%mF8KjzLhkmNhBfzi|Eun%$D@Apnr5tuify9#)fDcRCQE<5Dnu;tCh1P5kkqw&>#- ze;Mmh0lT_}vZ#n}RX>@anIeVzJGBt%r%xw)Eu8Gx(YhxMG#Y9w1g6VF0nFD~UvfgF zrp_RCc*(*RYR`jsq{Q=2P92aT{Z0mJFyHSB8)E2txN3DO7;PbLRg*VE#T?_B>>(!2*k?K|YsD@f13k%f8`~2# zx~^Q{_#>4XT+Pm4iNKChC_P^731M4UZ2#^WL;;desM-j&k21DTDtq^`c}9C z_&E1m57DO>>rsA-w{SaFV5#2>AY7pJ(($nSyIeAgRq&E4o+^6~%jBzH*{=K#YB0968xis6H#)MzFV%l`_NYj1v+?mYDWRJap|Gt7%A$ zld9sp35zjPT-r|bC&HSuy{U#oHju+;_j%~mmyV=^N<&mpQJj!X1;f|qE=U>|xSrM) z7&vO{25DE929pXN7i>UyQ%wOx3R&QZN$cIv?()t8b$H0ht2Ul+NzqPCMdNza4=<4) zTe|+{bIbkvqtrYgstEXwa=e}FVr2me`GLC08dC!rkC22m*cx+$b(o-+Ho6&EOzdgG zbkx)!hRk_D>Y-EV_m0URjJQl*3frskh3ZKm#R4Da>1;tusFvvvZAwu0i1@S=Fo>15 zSDT9aMk9^VG&N^Oo}`-;fbtEKgMMvSu0APQ5WKcA7)kqfzU{ ziC~8rU6R6bt9!9-g4LXVTP1YbS$;reNNfqFpdK(V%PowP0}=zI@H36rHY&kH=#w1T zeX{p){TpTu0X~9nrqx-;Is&=!(6~ymwCVb4haCz(N>|nU3^I>cU(9{QFaqh2Edb9W z6O<&d*>k-WdaOxCaDfgjlK>COKVHYucgG03VCj z;;I-5w)O=~bY2Bp)KJFoq4CFCuvSm#lw0$<9o@}SkoeT!9jn}0nNn95{SuPG8OOwEt#0219n!mw*q|S zXo(!P^s-Vl=NATy*~}I(>?R`vZn4^c^2s`1}3wWSOBQ5FvWCN_TvyUxpYo$?K+k!;Eq(06R23)z3LRtiXzg8zIF4ut6 zZA)1;Etw6bpb)+_0TVixNd%k+QReyp{!zdSXwzULBdQfSAlQ?p;<3-BgTM8l(TK3cb z-I503k7`dfsxhN^w4khHO3*7ZL@kCB9VfSjx|+#M2$R=pM?eD!mM5k6DL49hR8;9s?bZn5ge5!oN|JjEmD!)mS;?A8&!uA(TGj;}suf zhO_p8oA@4sesF#e@Z;Xj&sx0gyHN(~5WUxJ3}W@4`0tu4M`S=-&KUz64*(9bp|$ua zsLiYUmT<0pxd?eVjlGm1sopnH)QcTL>*DwT`H2f>VqBGk{;>-FK(W`XvP%ZYDpZAJ zV^I?a`;$-#cvYwEn6O^c=F?SIY z6%~}5j|FIHw&HP`v*b~NK1uf$hR4GHQ#uCvM#J>&4;w_tM9U{gsHCq{ytU# zi*IOoDN*s)YZh$7b#%=N_l`Hj87$&+M{W>Zin|}7uFLL~9Nd^h7v8mwEMjC2MJa`e zKyei!ro(M%5Wx3nB~aV|WCqIf_X2hAE%VoecjJyKBpwrmh?o;K z92-bSiU(p=ReKc$TLN0Ofa%=hW$tEZFG|9L?C7@b^<`Y+@Lggfn#35EiDa?%NWQFh zAZvdE7_rVdx^qQ3X&tg@zO#@WOu)b0!`JTWjW>kVocx{c*(2h1iw7DDaVBrdEr3K3 zGC9&Cu*eD<<%a-hPc;Bt=eFdrD^2+=a9&uLxSe>MNz5yV5glJs2It zc^k6PpWt+>+0E{_SLI}_Z$m&@k|+?00b}0hj}7LkfFA+laU@-0R6ijxi60URCWpIW z|GzI!dJz$S8&FJ><1BD|$wwdi3*#jh;59el>WCI9&n?$hAn|Kp5)TI!GcHHw_~6K8 zhi3T9swiNhg{7vPj0+#@a8y*bye@T0R|v zMjCb;yW|I4SR)LJz;%N&nBt?tvw-nZkav0!^M*Ar!_{r<{=dhosl%!`;r7I)gEN#u~aea9xrbao5-tL zyJOp=?$w%nHy5G!m$1;8qni9`tOtdJU|z7lH|>x$P;p1YSmvp4F|c2~P_vZ|${D0l z8%e=}(`aju-Ts%FKFm-m#|!RX&yED20=#t4;Oh0%zuf*MeFfBfu`*(i8@w4VS4=U+Jk0%9}w_MKsaqWGe;C-*uU;;oaV8&It}x zsz+9Nr!9K(5E|$VC*U6qt&=6ojw{<1_Ic9aJr;;=7$o3QQ9v?}rd->R>pK!Q39j;w0 zBczsvC^w?sUXvX=1u_x^?Gx$mgTvVXoK`5iyZvU=bh;7DuvGCmHXCbsE06YN# zOSw$R5vdwz3I*X&cm)eSlJqxS=N5f^VMYC=iz!5* z|D4?M@wlq^wZ@=nHN7Ejan=o~eW*&ZKrNvBm3eBcA3m0Z)?y7;cXy13W=>jqm=fc4 zEkY-gUfhMDzz`eilKhmMZ7Anva-tibNYHII%G3l-S&3E}{k!NoEssrgY6DXaDV+VoA(lSXN`#bQ)+$(*k{ z`qmJ+jRrs(S6bm%(0iqLL`SkrG(k4hX_KX8qT*0@WQ!St7RBEd{$N{ZfzVlo_q`8j zR6uC9)fKH916pXvkg(S!j=Me#o=Q=oAp)n_{ES}#5+-{0R#W1+1iq=MCXgwM!FEr? z?AcZm*4o||fSrPc%N3EvC?tU%Ltj0Jhzchhjl$LDfvNG%*D6W&As{n?`({xX$sKn9=b zqeYaVK+`$rA-_5F3_6&uAA*>)=0KAJSmpkBgPumYt?Rrf-`gj>cda?7#QKpHWLEQgs-{!p_IC+yndkqet zDsM93BTd+EXdQb3rQtv}8O+Xe70%wtJD2*sX|me+^L_3AXV=*5qbY4Z8;+DD{YYVNwQAJIGbzIhbznh>p}#=Hn{7hJezUo~IM*eiu-W$QIT+x$t&Mo8KWJOOA+$WHNl(OgMZeo%Z+e+KE%BP`zeD{9bHVrpJrE4)5l+_+j}fd$Uwo6h9*2|C4GC=nZ)Ss z_>=(7IDj1so=;?5Ka}e6BMr1SzDEwlrQoJ%8LeDQPP<&=$8w-eVN9L=TaW8dCRPLs zRbb>GGT8N)4@Y}wj1!X}PybExhF*Hka>6}dM@vlWPJTUWbHq_(HrLVsF&Oit4H5N!Ir8Xs7+se- zvHNRreg;wPlT1SMGXfTe!}c_S|N7Fm+8eu#I2Ts_U~`=w@D7~`=%CbI8a~$RYf_zz z1k8LRo;)D@aDWgKI(Uzw_HLBK;|=)p*1Y}=W}3NPJBLQ!6U*RM2Hejrm6@IrJgQh_ zC|)xdit$Jt!zu+MgE7+7hQz5%w*^nR<-BS4TkSc~Uh%Yh)9NepEV7CxZL(ubSICDo znJHNb&qA)KW{%&+Vyh{t=Y-Y(?*Muu>eM|%7^@IkDrJXeV+5EM^QM2HED2Iqzv9(u$Y%NxEpg@|0|({|?A7#y7y#PWgsCNY$gEAFh+MM-TiV{0KTt4E(r3e#UM|W zJ$S*xeDRSce@7gY>!GYtn-4PLXsu_lL^-=mYXxwkw3GUSg7v8E0algaG6)qrW6o++ zVpfHD!VlNWp_^E?&gB(>e$c|LHlYy?mg9uT3d&Jc&}7iGmSn}Ihmf6N`+}bP8REzz ztIBm`-5*`WJPrjW=Sv3K-Sdta&ccvSm(CI3BNl5uAsS$~lTw0*nB)bM>?&yFJm=YT zXU`&{!QnpsW3cm^k?eJBa$EWyXmkgoX6CX99Rc(UtC5AnxHX#~=Uzk^RW}Qs1$_7d z(L;Hh!2l;*CO$~V(eH4l<&BxQW!p48Z>m{j=>clX$J>_mydN#|fpL0Kpt$sCYqY9dEGDL(ivIO&O`! z_^Y~Wg6J8(4Ao*oVOvK=NFVeiGMd}>!AdZ0G(pfghOC2OhM}p9)xv82M^&)uq8OIM zfLB8ziq`s~mp@bSc|N+LR^l3nUEXCM8&;%7WE>&fi1viHFfN@IGK@zxIh)ePiwJz4eHfLf$}JZ! zW{gs_P^@m>uhOx|xCeD9?-wV)k@sMI%|$|}%qbcYW8O|>qNAp^w#;puXNdUV2_tci zLK49V&*!#`UT1Nbd?-Q5f({zxvhO()%_360j+_OV;_{1WF-j}1)Ag_>-}xRl+ylJ{Eyk!}zhhBp4EqC4u5<~KS<`-EFrBlKd0YeQ+*g@4#U;n)5+;p=g9SBAZ8Q{h_)_oWiIK`aaOF3Hd8!B6Uualg6fs+T zNXm;~kV(FkG6USkhRLdwp-FR{UKZK5#ghvbDayg5RrEk22?`X?J5rzauh(j8Sg<{#`h2ERa}l{oJW(dle$-K|;^O~cg?T#Z zfE@)geQrI`_dc8gu)X7GTix~RiHi;@-ntA!B&E4gY?oMprdDCpby6>8OOq=5{l#-y|(%rS%F1TRf=ixl9 zlej}&^eTk4)99KNrA4u{9vvzzpfS?r8Ri=$e$&A*1;V;$r+HY&VJaES+MpiU5~O8F zsy6F|7{#$!%KB;hXmhb_QPs=FmR|~@K|?=lH>LGzY>lD(PMF6N?!*KBoK_QK6^X0| z0BZHHgX>fXXpJ^jW&(fQe-%kT20^xX#H+)h8wEDV=H^$f$~Ro*4{~rXj+pRlj=L3b z1fvsL;kq2F6U$~@CR~XJYO1_D(;87@5j?&9&C$V%z zf+@#+$&YI<)V!5jSyq`!my^?k>B$+r#)unfnOl>)3WV8=9irG^DDFBT)k+>lCO&b- zrBd*QL(dIOf#h|h zElo3YVz9^gF|VK5ePx%sz%0yjn{8d#p?e3aD%d_>ATUMqAnbHB6p@kUd=Y(+doV) zrcrU5kvRY|Y^iRCV3?z-M+#;TnQUgpq@}s|KnSPACu2$`?c$6NP$VT@lWiAvNg0Lc zwj5R-MP%b2Way*3qrExqmNlI-52L#$LmzPoKYy$_H?E-5tBe^6G3(hvJp#&l-M>8P z;GzMzJ;3D#LnB$EI~v42RF_sk6<(|z(8^-;^E6+@x%MkmqTux+E^@@QJ44C7&-i9>?`(+V5^{x10E}4EaAF;WB}Z2fYfx&_ zsj1|Y;2(2Dsw1?owKX0lXU+NEtc`3U5Kv)B8|pI{i6Ven$z<@NL>fp9ZaP~qox2r2 z#|vQPrCB-ee#X^x#xp+rntHGgMd(gc+Yt^?_A^ng7GfFc>HN|~Q-la+@rZ7hN!Fx1 zxsORPC0rYCTrr}YCW9a+Xf|b)ZVz8=L*Cf*0l?8iTM`P7 z*DMTO(0QRc@`Wd7c&O{N)PSx^+3hs{oHM;C9k|su4jR2h%y3r3l$g6!ZUGYy<-{KFhar7JN(?-s99C}2-|%D zwx0}L3C;coI)6G`{#&R$Avr6 zqq`=YAn3Im%P-M6H5y~+Qi-PyjyW4_*S#j{4EK>h3xMn7lkf;MSADrkxg7mEV4}cv z*NVn+wXwB4B}F(Tf+etv2Hf7csKD89yYEP_fZS+-Axignv^I*tD-)9*5d8>T&eG;a z(8dX^c?bB#;TvtdUZ$?ntu0jiL7XiSW)P$i!BxnZIKJ*d&G}oB0Yua#V)vLPYT=hi{41#Z25q!G+GnoVGqQ5hu(i-me!YA z&?ARMaH^WDLspeskk^tb(w4!{#|LApAB78Y>LQ(@k?JAfPo#|>MSGR=l}&=L^xX`5 zvs;0lgy)cm;ym1ZIBdRX>208IkMr+AP*l!Dpkup znoCIf#H2MSZn#!e50qF0l=mlA!&{op;^$n0O+2knz!mmm3ftwB%mB6`xDMqEN#1$( zdXFoCUB;d-)2l;e#R)L61#P%6mdk^z7Wq{=#f_rIN~lG~?n2wfV`=lGH~A$TeZYEw zvXC*>l+ICO?myWhRJsTbvrN~gGceR(q~!?r`>bSLwM0(8b%fVctrTo zJ9QAMGm3A9fYD4--|2-RbyfnxBE!IC3cIN2h6W}iS7U-bKHF+4X~_3mPEKkaLraUI zgE0!;$yk_vtp?Z#WttMYVlGnmcqAp*HqY5oC8=IV3}tYu>K}0HsN>c0$`_6Re8~jZ z0@rqR6CQCejeMOdQlg3SK>5l8j9Y_f(@qj-_)Vt8o~pIEhFWuBn?06p2xj zsSNb3kgV$&EK5i!K2**H&aVe0#ixe$kCUUnnW9O}XCu1pg@hqQN)eAcQ`xEZYAVyJ z5;)25Lk!iQXWR!vrgO#~uxg_Al{Mb*DorQwMHgyC@IT$Z>Xis|ZgH#+l%hhrhKBg0 zp75ViMezW5Sv4Az|rsVw5CClNG5b;BJm}%2T_nw)x!q$d5dO=t2s8@+3;^Pf2xXdrH`_> zs%{s_I&4y!CZxerj}%R?J;g{l?c~ieO9YwlWC>EJ>y0d2>(w%52$!h!+Q1Q5S)`rR zC`Ts3ZXd^u$kY&{vN3{_d-HJw>)s(Uh~}pQG%7R<+@I1ngW#^YI6EzIp$Hp>baiR0 zvvT$Xk+WCe_cvL(G&S)eI~8F6RECfeNqa7*(@T; z>7t_%{SC81%i+r26cTLmHJxKz`L(i;fRVuyP35NfxyRI#H0t~2s`|1%NSS>WdB;xU zs-zcFmSmmm>}orG%2uf6emm0LaWtnm-YOJ@>eVqdDdGkVjjt-|8oR-d19JYzI0n^E zSeDT8(AemS!lrt5!>viz4VcMIafOJb0N*s)bAC1!vahP|ZMfXxvEM3M=GI=M%A=1* z`ykr(S4NIXjT>HD6;9IJKyI96l(C`%qU^+SV)B}NDr+@yRNcUOBt*Y$Xnz%k(l6zL zT?~(aD)6x%;vt%9wIgv`Z6WKR%*(e9K@7Ar%Lw?-CQewxWN?`~^i=0{h>H(44xgh$ zF?dX=z%CNQq$%?kCR79A$)BL@7*IOtqG*_yBP8~K#ACAAV(>j7iczMjB%s4Y=0LFa zqOeRy_SQ1-vSLg6W>xV93REqm7D@+c%pn|&7aSZ!*x{adT-pGPm!HGg^;7w17hQTX z_kMlJKI>T^IbWMS#6IFy5H#&4V^_;la_68O8~8JTcWZ32X-5+Q#@$(#1HnsHRX%*+ zD98HTVPHp$#TX7$5RawAO9PAVsTP3iq4Ib6lsLX6TWiwWS9GD32kz0j#R)(~FPJuU&k}fHi$F(s`yv05$ zIwF>q+K?Y%68wcl@sq2Kc<;}3#tLw@%CfG<>=a+E;-L3BF#p>dE>!fPBkVBCF}&J+(4DKL9Ydm*ZMA+z3 z1Sh#7oyD1~V(t-P$WU!kPII0WT_dN;E89%&I>Qe#lgq?rE)1n_4RbUF>1xxo_E#@K z^-9K*2X})$Xl>l?P7rTJvN~!+5dFuiRxk*1_a^x~Up*Cxp7CVEf1;F8YzQk=bx6U# zgP%pb~%c;;AHW?!n?lDXV?kJ2OCpCph05w3$ zzXsG@Lm|EBhn1SBwy%SNY`vLX(M|>EjR0X>X&VH3KF5FC`5^Hr5G0| z!ENR`^>Drj5iHQzLi=sL{%Ig;lamJTLL{CBlHy5b_yq4hD;TJJkm>~6@Q@O+EbbzmzO#WDFx^Mlzn93*dmh2nRB%VaF1@jbODQk^-=S zLt{}mXIOv?1kP>KjUlj^wk^^W73>U9dgCY)HJD;t=PNBN7bIrp%-G0L$Ou1_JFQ$n zUqX2IfRkzz>MT9noa$g*IvHP^K`oA_j#90}DC{ODLCZzT#z{~ZbReu4AmbZ$602gm=z8Idw zgc3)alf2zm3W6MYVy4_5aGPghB9u|MFx0`Q!RYA$?{;8_K5}7?uRiB|GF0{I%Hbr6 z6=#Ku2vLB+#??b|wXqnKG&?v~fM5`9(D?_==m@ztWBx)SuHKzIxi(vVz^nqs8WVcFNL!-8>-A1S%CX(WMf##hQXGk}05upnEU~N`^$QPqrbeHnH z^d0YRthdRbCR>yrho84V{Fd*e7RWkRlpQC+3?stx3Vz2WRl z(u0%9F9!|y<^@&-^D^DD znboV`e?hb}fX?H5;n6DU$_+vW3*I%^XB!TT&8E=dqerzo_uEu59s+G0>OvDh4;z`$ z9Gc#I(aVw31*koFP0oqlTFSU4W*MXlOYCSD30&eus|F?nG%%U|#|YNrA+5wt_!W-a zM(7$*G6c}$I(V2rTBx*byuJCrM` z9tp9bHi6cZni1|pGdvQhTISyTw*DTR%tj*D#P0A3EXD;RfCx%s3s@ox#N{paFPmTN3biYmr=@^C%1lMB> z>O7<92gucQ$jdwEd98ME3yJQ|Fr``#PW!DCL^@y|r+BHKe_-2>_r+f^oLIx<&A&AO zRK-C+GDIZ-bfYLTOhB1(ekO4Alcbw^@z!AgE)HtW+*GY?2r3)JC!VYAu+L@kb18t+SilK65kq)Jg6cdhj z;g*i@8Q#vAka292hyif6iRvbi%Rf>^=AcTNkXE~zo|ScU?BSML)zdMXZe8Ig$@{Cc*auyW=z zi|7P^XQm8}=Uw6y54sf^w$+bzVljbeD1-8PaH|F#%5onMo4IzryDV z0XE7&`czYMS~7F`67R^I;dCxw;IhyuayY{IiKO~CR&1n+O^0ZBvltUGhyg1J1nkbY z@f3iIh3&}+09za|-B+wf$U^{pf~E|tZ-dD?d|L3i!qFpX2&KCiLc{1&>6LU_uU+Ii zkSc_#bV}=L>1u6z(gOS*AtAfRKr~GHF0u8wH@d3I#+(1H`fkYuQ3u#vV!BEvPx&}Z zrZQ&-5^|&s&1C%6MD!a+Rb_a04mwhYGR>(Mx3%o9lA+H~v5KuZa+o>~1G>Hu556G%ZaO8ho{N+CEAJmKa-HyD}cOc8HT2Wk~w zMWU2-ii@Xri78;{bcL_v^Uf8%sb-4lVJ zBPV$AlMw`_OqO*7V&` z1bw0m(^vVxEGlG|Y5PWMThiW+1XyfPx!sI*JR>Zh#cpbfXdqSIBK3?>Wk^U=PS7*G zM_>IS{CBkSHmrvpanz9}t)x-*zt0RM_d{P>0FK5gcW`*g-gnAH#MhQr>AUBR!@EPt zh*>gm@kFNaTG9BeGA%+N>n?wjq+&LxWF>8lIqMKiNe|G$BOl<0{BBM4XSg;I@JR(C z$Wvk);qD^7$E58lAwFgM+d0L8%(oT=K#&6?Qq@Tug3Lt?mlDYp1lg-gj`}JNEXRMd zI%|mp6xX;BUNX?T!sUEwYvF@g23jX=QhO5eKKk`#w4PD00c5hQ)MkALWM?8$Yc)mN zSPf2ATtYZL!*l#p4|t9-39VAa0Mp`ZnS^50{qep7oq=p1(FKYMH|~7V%UrFduq?Hx zyT+q~Hwq_UVUi4sto>brDcbDm01R`bLl8vjMY+sfOOrjMr~fkq)ksU2q|E4ZNr$pX z4;$u=lnHxm=h~mm!2M2IFLRy>ET;OC6n2>BYJG`E9-HVK6HOMM63l>hF%k_eQ*ESgxHVF9EkU=qI!OY;-%A#a zwp2ZbHV&XKFv%Wa3H0m?3oJb$;n-XuArM#Dsm5Sb+<5l7@KlYSI(^HN(RjL=Bewpf zL3uQ3L&b-LL0qnaKl*OuROnR2?HIut+2FGQndO^lg!yEN3f$zh449C`bmXsq{pKV8 z%H4W!+OPOBbcD#M;y}13;vw?s*X&P=IGE0Rn{9wI+&Z)&ro=@SvqvPKWzt*C3>zaX zD?qy2n!V?YMGmuDqlc^yakf$!{HhEO1nTlUjgaZu0%Fw@4e*?^w~ZHIN7#K^u+GKL zZms~2f?+9s&4N1n-9x+*xqS83)aYkdl;dS2SubUWmv$rQ;X|cP&wsR=<8u=97f{zy zBZWQijS7z*vU}OShHQ#I0G|q=8<+)kEAtBJxC zT>F7ziPm?3e5|JVk2GQu;CiRDx{6S|Q1Y{x8^vH!9{&&g&X*ssHP)+=8jwa{p9UX0 zC}( zB#B%$s04RTg+WyB-Rr^-C8H8F)57e467ZuCY3OH#L|%E{nB1R1zrvuvAU(lBJzf|J zq$)>ci5b#sl2amM2c8g@qY?I!@bdz>6*L*T56aNn&-<=Sr&$#h(NERpbZW9p^2ZVgH)TLQgqaCG>p#+BmMJ3=CAVGLa1^+KvMYc%C&e;qUZ%tikWBiq`hn+i7f^(=Yz zSU$|W4m@rQ-c&XXjAMui18Nwlg=n5<*3jsbjuxU^huq;;DwcapI|fao zzEPtiGH45T!hemvd1|w&LW1V-1(q?vlv>$9b-evK>)T{C2sub}b4aTr!wIDaejiaW zhnl5;m}a=$dm~^(D7rC6C8F|5Jv0X4#mz z*7g=OB*GHsKe!WyLQ2lLr_t|(m8_&iA?;fTI-e{J+3zv_nFdq#5ZOqSuG~zDPdeK* z%(ynxrM79Ag^*DeN(PoHV!}))8Lz#qXL{4SBcg#z3ta*%*t759{$6}`9!0lbt07x1 z3`z&cYntW7cGd{^hMk`pB91JJX1Iai#W^eQi_{$tKr;&7&nu9-WDkvc*)^roYN)dO zII=IPaBRVL&r9-ASm!ys#WHiRB{DYMjyC^8;3O;9fl)5fOrUV*?0PA-Fj!t)=Ee!0 z4=-`*#kmBPQ#RLzF(=K#s`!J;2qYzB_p>+4CR)1PUM9)5*7UTyamjJw_^P(fi5`m9 zx@Hf+q}MEFj6$S^bWK|4wWIEoF(BR5%lx? zO1wvJtS~YP;zE%nX(kW^>2jZ)+(hk`nb{zm9D7=<8?y(-qKddBrKWd!j_tnah=)~|&T z4Pq%Yo?|BNofgCB@%P1vf*8eWC6=sMvg+JKHoqzt4bw}a=3-A}q2t#>r?_k?h;Aru ztPKU=*y)3rpenJJ8{SuNwnYvofIEBN^WnGqhRsA`6A8A?e|s89Jj+juY4(g^Zkb

p$7Sj(kr+*Dpe=C19{Q~Z8Mq;$Lv{oPF>afMa|Tlu*-;h#)tTFRIAvt7p^ ziD+k}N*OI>YofW1+aDYjNG;G+@x|qn%4Xy;yXsXMC3y(T2>a6b-t=A-z!~gRK^^qX zsdz9a&$ApMk`^qY923{6H#ygECc`n_?rsb6c#$AeQ;?SxKIg?eE0~N3VSbo@wXt3W z*nK%9UCnTf?;uyQ@Pi$qAtSpbu!3B>3XJ?Hc(+LqS>aht`zn%R@aF&^8Q*6`wD-9N zh|RdGM-5F`Q}jclZ5M@zg>WVP zU}^`D7z#8uT*I!?5INm<#@1U?1`*pE7qDLmvZH9t^q#)d=0**FRRn!BZ1q(~pBSU8 z-?dot!vYbeEg?n`dZfxF#piqbcb*qRm@bL*^!T<@5wiWYnLff`c4Vt7@n|r1j;OwR9B; zjXRX;l0Ud8qF@L~+rbsJ`g&T|QL4{3e>ejk%0R&i=Q)1}z2iDPq)jHAUWiQ3I7kuR zK=^sn&<}0EwHKL$KjqhG!xrt2v@*hkRFJhvT<{A=qXbq`;C*wIilB_Lp^2c-8*MFI z?Y~Az3wZ?AER;^aCS(YQ3z}n4R1d?VgA1|q^sUYDdaO{^Ss*ucfUTeuFg%nE5F0J> z4FbiUqx%n1>e3sMrCT$}1s9E8zZW>9(?2{*in8|KBBrcg;o<|@Pillbm-WngOs6_8 z@~)PY{N{5_PvdZgqu6wO%%GmSh9KK}GVh8>^+^hfseVF_JU@s+Lge(L0ASg0bsa5{ zGE-IsDL}2L38JEVEQY`fi}-WJ81vga)g3A@9Q%oS3{bbZ1?}@BTLNy@HgO^zt(=tGm>_i$t_qD9ETMXef?e1I1*?I95~O-Ho44&{em2@ zd0ge(A+Ta$PQBha1s(#U7z0a+ltu(go?0Mn1}mOXP}c*=RfKX?qj(FY7D^#8%+{wm z@+NkhU(VYUm=BJahu9#R;uTXoUEgd#LT%-FZZ=4^aB)?HM0Y(v^Kv2x+EHs5AEF7? za|~;mf8yedqV_04@5vHxqQu&z&1XY&ZB4GiY<&ei!MbVn^G7-wMj>adce9l3ls0i` zCu1JcUl3`-7mP9$vDJ5Wr0Th40-^dXsts^$2^7rz2bDVTsD|_=rnH@Vo;Hgh1OMQU zOH@7*MI?>Qabs5bu66M8^D)i(B93$vztMoJH04t(1 zI=XYL#)oBlnA5HQ8$?C^hXCT(Pj(+VxSy{nTty6aZ#XE^TYCzY!32|RHPBfaKHEYj zGa_yeMb2|HI(G_f+m8FwUjE~!6!f?WJ(`;l>C*9`4d_gZRq*sf8l7-RpQmY-CTYP_ zhN53Lqr*tB=8em4%-?oT#n788yvZzyu4*B^cSvTYxEqB9xK~>)=`PdIl7H4VXhyjP zp@df^T)+>C^xmvmg`H&v>tUVq$BokEK8XE%zU3wVN5)2u0bM$ugVvYijOockJ!B*g z49-_Y%;iu4zH*-LOwTrXxSMCh%oC*6Ur~mGV#Zke-!y% zU6+7M_snh~66gu(du_HLQJ)02CK75Xm>rPK zxlMK9D^c~W!DJPd8144;zi*B zjNLNpX@@f=z_nzAxdoUSOrcELfEVXUq57&iN+fe<&;Jzl;4mj&FJN^C z#2h#9YVJFM0aw0t9DvmL`a)ELtuklX%Wb-N=y?mnL>7-B_Vx{wA`lakD;g@ZD)g;} zS!%MTwK=Uz!#(yuuG)%;?TnLds9{8Vl^KZlv_ypY)XRpM*t-F6B~__MG3*yIRtoUd z?4iMy^xUBRNSLe>Db2?G&e1WrMsf^{C-=*`dFH~y?00!~l34{!qu~QE>v16{6^CuE zNr(tU>7*Y5e}5<8JAb(2`G%o$jvV6i)ZC5s^uU0>9ywDdFvb}Qo*F2+3wo0LJ(Rm) z#{wQzfBEy5(*A;N74Jbo!JocJl@g7`;Md+e1fusW$#afXFnkzo4U4~B%!lz?lbSsh z6aUzclBV|ZT%9L!2jH=>Jc6O>u4d#r2RPGm{WhVzt0wPy)ohaL+cYlzxT0&qn8>&6 z>Bqf$cdlFl8P|rE!5E1jhH@mdc?gdP6H{heG+-aPXO3e>xmbYfz(}k^dBAyhu?O!h zOUVwvP*?`^6NW)Y7$mm~sY%?F!E-DLu=&B+lQU)WiH0FXa}2}8qmyz5N9->{xTTUKf6LNFqnk(!5msy8)!;Iw zMrKgG%jdw_qv8UwsugLD-@3i>R8eCpHv56e!Q`z4x`XEI1+$6V+qz)-M;RzNCg<$A z!iRBdl+tD#s?1SnDXb0oqd8cxvcAa_f+@s}Y13xAhfPJatLm+>EF-7$RfO)TlsnTy z$}h$DCHaXc>9fceTa}0gV<$xNPelQU%eK1q;j%SdI!J8CUgDW%AmXT|>7|EY#Y*Z< z70j#cGCQ8mr{6)*0j?C`+7Qkk^dpSaQ`H3Jv}c*{5*m;w%yo(n(sC5gB$s2 z9^3+$XX#=WR;5w5mOO2xu9K?F9>N!72}Xc(qTy9I^49Wlk4=YwbI)K}OMmD($gHA~W{Fw}VkYYgd{hWDA z*9wfT5wwMEEu)io#o=%Gxf+G>CH;ao}MH# zQkSI*laJ&xO%O#$Ob$%;?}nigl^|-;dLBK6L?PEzd5==b4=CX6u53+EIOU=jw!gJ-^n z3Tn+fEiko}IzeMH6IUx960)XgfjGJ203`2q6`BR875^wVrX!1-GcgUL6tympql#n7yz2nZX-A#KSFd2NEbrMKGhq37oV*N560E2t zqjScp7X$0B5sw4`=KTZw!mL%rHv?4QIWpo9zsPqpn~k1U*aN zjoe8}STPJXr6Zt8e7?B7w0~CpCQf-=Ta9?O($Zo~qI!w{IQ-lkTfwi|GXb#dM@@2S zS~$KH0!cCW6%6M#d&IhyWV-rgu|`};?C|(7G*)Rt(r~Fnp4sT}_TM@x)`AoR@;jiA z&=4GJ90P8XxLng#9;C>14o+)Mvjau>nWN0pN5g3?d{SKDIQK%YWiQ*9&X76&T}CjY zDKEOC!K)R%Us4TEt)xj=xqui4%Utz`-d)U!c6tYNCs$jvb*}Y5z0%2&gWaZkTgDee ztx&>~&z$@Ph`oQf6m2WGuBDn!E}ZAI1Vt*v^M!hegEU<5?}p~vdLo(vi7X0b% zhLWJSBngw)O0mb6LcxHggqRV>4X4A<@%e;Z!O=>Pt3G_}2?1)zJ~EOW>)M@C`}W5X zPC+-=K^ZT(_hS}Ih|z>>G0cMH_x|oNePmY|0Bo_42sxBs7E`(VZXc!rBue8GUt))pF|QcCYnXu) zd<<5jW3u>TAEBbb1ifBml?CBCm_;#W2P1WpcsZ-jV7(b@=1mvq@b8q|rkR_}Yv z0JY}xsQmQ7Ya+iK_uBnjzHVN^i!@PU&x*>FY^GP;<64ALsSA=3dOWUN2u84az*|B& zilAsdGvdO0UPVzW9i@}0R(RG3@~tI`{Eo*y>_hiO7q(wscm!Uknq-adJm=chOC}R~ zvqmF3)rEG0f}D!G*Zn}q%_^*v*nX|t$zV$RmZT) zj_a+1b+;W>>6#4%W2wOB(vwOP*Pf+*`x)NJ^-niz!TlGuX2? z?}jIZ3&R1G(ta-ZAz_@g#8x;kw+kc@0wPB_PA$`PRjLtC1S3nqVl*vDIc> z-t>ZmMG06O@0+!B59^W@0L_j?J~=#}tphg508SgW>q`M4B39$O7FK{}4PVU}!f~oP z0`5@_ow;$>@Iqk=#!>gkaVj`qM-Wq2x>jVSz&$=@Fi6?2!I3pHKwt6AeHb+2$&8ImUM)tMZT$ZbQI`h!6l+8kCmK}eyfB3j*l@>tcT zY}dQ;N}2p{7O4k1`dS5>N#>Es)gcMPkXVl@Q(&Ks^dQ&rXgd*AWsxv0$MnY^^mLB48d9boRiIkEa60 z$Vbl24+$WSD;iX1Imz4#finhy_T!afmuURD<(R3SsN57bM(6=Ko6D3^1QBYP%db23 zu57CFNYBOeo(=kN|ih_t;a^HWeA&llZa<3a73k&oBpKq31BrnW?Qw z5uU}*@2VYt7KMy5%^X|8ADvcQzUevooH~!%52Cf!9f*MMWzPu&_>R5BRK>;)1%sMd ze=)3cz@DpRnDq|czgVm__Fn`6c5N*?yecD{@)b3r89^qMK-|K+1Tj{XEzLg|>o;jk zptBRTii&zN&5sMluGc;R4#t;CV1D84$b&C?qn|DbL3wp%U{zm+mxO~LxAKn1K|*B*fTedZ{N*Uh~6DlWu)+;3hFj+5{Do(O@0v@=YT zGS@0FExQcOyJfS*9h001_XRcv#UPYh%SOD&n}L;YLz*FaUG~0JI*?LjOsUttEXcnX zz(D4={7`orx4q!MEa{dIcxE>|YuKmeFir{bg=du90aYRaUXt|wBH5{Q+YjY(2yx33 z)tquyREUNQ1C59&V+@=%7TDM@r^IAFcr->D;$|$#lw@IqhOXq;knx>N&^$qDWFfy9 zQ%ZW@$RLvIrz1-H+JcwlDvkijOb7S|U#L{FG3;%j@&45^JbiYUh=mkh5y$x4i%`2Q z81=o}UtzX&_{%dIF_b6T8@99d_|YzLtUGnj@I@3^7tE3{0_?G!r6DN9BR++aIYyucVzdUAD0LPxop;$ysmJVg6U1VZ)cBh}ryNhSfzq2|WCcdSlK9ReBOzo5JC zF(rmNJ%FgkJ9Gn@SX}`jFXo(L*uA$SM!{35&Xu_b893Yba4b<~Vc~^g|9QwRFUTm- zBjSg(qUXS10(m11n|+X+X0$+OAAxV@(%($XH=G~;0EBAkOh>$$E=Y~#KWl=OrxEa=vm^|{?KI9(8XwE}>Cli0=iaJV zEO$DO1U;-ki|6GLUU}PXz2auOqPFdBwiEz)u9B|1aIk%OYA2>z8G>~JU3<{=+&r7! zprH^9_WIb&GSw--6;2PSX=EGDg-*Yn2LLSTbDIZY@Z1o;<7m0!X(}Fw4R%G%FpD4M z_k>?3eh98h2~M{(vLkXC&xYDIPEn&v$RkU-mna{uT)*qsX@iJ8llxQNcD2T3V~Os- zY^><-C2x>g@h&K`c}{Ukm@z0nSy$Rl9?w3GQAitdQx#vtfhfBQXrB_!CWWH+yXR51 zJqf6Iju*f0WN76dxqGfZ)Z12JqFGk$vw)0i?Q{d(|;)a9!=|m-NuW01b)^8cqg|%q7NSraGds!p5 z;qKR9PON&SF&TO!W4LX-)voqIJe&pyNQ|ZfxLKi}f2XY>prj0=i#>*D8e_;s?khr$ z)YKYdzuM{!$<)t_vHXDq_01g3`e_gW~O_kPivs*k?!UPcB}NTL>>qno2#8V2OW3P5^#my%FIp z*>HO8qcw)cyk6lgC}!3%&)-)rRrPXd8aFprdn#0OZ{3Jv>2OcDt&5EU@?z4{lYXg= z?H7-4#LBsxBA0`;f`8S}f+QUzQNVe!$n*4>D;hXvdh*~RP=t;yO2k1?9wTm32L8ld zo(?2FQK?-Ji_wh3v;^9uKt~6WL^6#Ij3!OzW7SkDKk{vi#F*rq0%ZxoLkK8BYWny_ zte2qic}IQ>B)ScpSWjh{Y*f+GWh9{C{3YOQa{)W8CymL=V%|E#(yE(bB3)@yOvxp- z{&R!ZLg)&!_60A}TP1`UYiUB`qp>wP6uwg0xVaJ^+R;Got5#!HdAJjw#6?bL4g(%_ zJdBcA-|B)Mlk|!zy60MLUdEUL-seKI6CPQ$j_5iTq4wu>+2@W+!|=-ZMJ$PXn@ldHBOcQpDq+>4I+)jhb39MY=c%DT87 zH_)ccQ#Ivtkb$s-0!3&}j?Sj-*g z9zghwja~=*rEq~IY=#oFX<4^u3$9g6UisKfygz8MO|IgeU{Z}IZ8Aad(tP9h0_Q=#ewl)qIUt z4bNVZCn4$IDfwND5}dqSgR&Z6Oa`9>qabC zDo0~-Z-&Iag>x{{RIymv<4UMB8%Z)ERXCK~-AM4FQHN>+IE`zAui$l)8i~gCOX>`< z2>URKMa4Uikac|)6U0^4yrrKVh+34czHohpMMDw-INT~s<`vy*ON9)D>ounLFi1ZQ z&w#a2$l-m>ZqZ{55ZY-#ZU;%_HN-S`RQB=kMHcDDPfu?-Yzhbr{hGVPQ`{1mWf&}! z>gkY5tcd@nw`fAP#iPBOhLfd|d#L_rWBGj*KA%Zu19cLKZd_#<9d_o5;i`g05OsXL zZ73g_CLi?(BurBTj}n1xahOFr%5Z?xEB;K@cunZ!B7OlC>qQ=bpX1Ea35vf<=!Amq zKB>3<#BVKdH*ou_IUQn{Pi1AGsXz7e#x(N)XG+(p3>E^5myI(xIt!1Gl)K-sZc$k~ z;|#<_a+ro65ms0?O9iu?p3YsV{F4rzbVnQ7o36$w;GHGIZpUAP@qu=iAsc7)*~i<$ zI;9uTb5Ux3gYWc6jC0ro#on2!v(k^Bw9_b;jji)ssB3}vg8DK?u3jYf5*`SyvxlR8Rm{9 zZvllT+d330dTD{?joS}RNf5rsJAT~1`26n}%kWKR3$l)Hs~zn0{el~WvnUea6H*GF zDXnbirgXu~^5;&}rR?NrtFsP^7yU(1NOuxyS?oz<8E5I;pqy#W4zttKUyqK9W?8x& zSf%<~+my}rY~8xrr#SP=lVs}414Ul+OOh@-+ILAnqBgg?S@WG9^PTC3B(5Hu3+qZI zT0$W|NFampCmSMBX%nGmvo_(~w5-|FEw5!UQTf85VxEyU(}eW1aixE7`=*==JnSb% zNWH}gr8~33KNDZv8K-*+2a;%Fai-l?ouBF1l}FHQsx-)nd`rzla8AfzyPUpPm#v-ZgT1py~d*U zM^!$FXVnpNOqmgfD+|59-2xV|tjQ35E9(_@qQ#r>@6z(3ErTwOM%ephL`_GbrOA;j zh;|?vbloakO0+sP=*uPda-6|P1H8N0>XG$9Pxq$(jNZAE0M?kE1u0^n)#LHVcBP^i z@pS>GaE}VaaIC?DkQ>lzF(K-`e|W1P{z+_hZ0tDlwT zBqQuPSOz$ma*&|rVY18trDtJAJ86~;crw@)w|!urn+Br7x*#wuq$=`BPQm6fY`MY_ zW&qpc(JNTKnDh5{NsUMyT2!t0Z0>6c&arxy zBI&cOr7}BgB;^@dVqjT4n|l#OcXMb1WT{{*;&2)-FpO;-_6v*pA(<2qyp87@FsJy_ zV6A`*c|NUV!z8|3akIf6XrR;15F`97Mfw^X+gDIHzlF#U-o!dR+&sLSIQyP$o~rv{ zrfY6fsM!EybU`tdkg&O8!0*%ju-1MKz`Sf zpcaH=9VlyoZd3X@X%!?4#C`tTLOqS<#MmM8xiLZ+(UE3)lP0S7;92bLlW}aN_}O$D ztQHP8JavXv-B!A2316EGGF+L&dpw!61Mz?XqF&429fSLm*?!mNp8y1wpeju-2z7^R?;Zg-KZ6MNLENj9DmSSmN9>ZpQH5FdeP)WO;uYqS^aNq|%+v{9j9@ z#Ld`8#wJ42v4>bzM07`lUHN|BEBSzw0+GU0j<&RdolMshIO+m}0#bz;a1{m~$cHn@ z4@(h5-9+f_%;V7?*b1W-rfp?F*+`~qGRXi-u}w3l0)mvzx%>HUSl%q>2H`eRaExho zwW$@fzCV?ts9zh)^_i82~gSy3FZCtv~MiVmXkikLYObD8pJ$Ua=~~4zP`mxlkpZ6gpHdC)2Tx(*^G^4MhUe8 z!4G-ri6;JC?bwhnz2+2m-e%Qy&MbiL{Q*eev8E-E|6b;UILnP`8z|XMlE1=BHEe4N zy^*_SEI4s~u%yo14|Z-mX{t&I)?W8z-68$mjl#K<7LT?d{{fCdJ&0$uR2k588EJE8 z?R1oRGWD6wWp0}8kB*kPmIx0YUy6E8J8Cc{p(Guz@&xMazEEEfi6b3cBICH%B0B0u zumlg85|U%=pC})p`T%0d_UED+X?G!3{ryJilkK)R8uWqKymH z^JYKA^${^GRT=JKH3t4=QjsIY5&jSvrO6M=64*^G9lQigRV`5l=O?m84*dzE(4BzJ z+u|mcG+S!k0s?4X=6vl;AVsaACKLDXa7fx(o7(@V=-w z)!A#SSO3Crw0xwgdz$>*tEYTb1%pF<7Ze%wQ3GAvuG>|gbhtlMt1PM^7yMzTk^q!_ zbwv6)^pOuW+qQBAWH`Sj*#`3!hz%og@0Za#>@qi&>42v;mjilSO#S1T&q2Fs2gv={ zA0KBJ5Fa7Kn9dG{E{qL0|B6GKv?~-GW)*tVi4gxVWMkrv{IC*h*kRPL;U%5HRuM#He}P<9{so6(yMu`CTtH-l)@Cf7 zp%FCfnrXLCd|kfI;$)2Br!jpO#1UX$TU9OxjvP>Mb8#g#maSy%0Ego##u@y)Cuj>W z;N`;X=?tW9Ij4N2C2Y+8oy~d@x#>$LJIG;^G~PE=n}cm>Lx~38mjw0XbDq!0kr11! z3_2wx01Cj`_HDdL{7H2pX9!Gad%+Kr7JmMHL8o1$zPDGb>ad`iH#molme3}2wZS>j zB6jY}5|aL%0<6fH@M_G0iMyQ?RofF>9jY4@7D zV#vac7_3JNgzot0{jCV-W~6H3bW67FFAE#o;~zJ2f9+ha^rS&|UBRq3iHd^FX5*Pg z44V{eV~^uprt=FwOVLbxn-o7*n#aN9S2j&)P-m0{rZlZ2rcT(88tIMtRFy}VNa zd)%RZQhqn6PiaxNTB^T5M>QUEG zQS#QY_QIxic9uEa39yK_m2pg(0b6plsCrsjo`*3UZFZltL1c6ZLr*nIA62bDkz|_4 zLJvjjn4gX(lIKm6|LUIe<3NuGjWb)RAgc$$O@&;i+P0=D?C7hv3gGmDiHJDBHWanx zRrl9x_bhhH)ktaRK@!S)l|RAwo8*1{j-oF2+k=Hq>X%METd&aVs*>dbr$B($b>$dI5Tp8hEcJ3G1(7^C7Vm`Z6dDqBLMFNT`*f6V9NIQDidVb5cL}? z0x8=d<<^3T0FhTP^=a=KFKuGozdWOVE>1x(E0%^89^ZMF!9W?Z!PV%5eR%x6m{n)1 z?=-^@5lzzV43$#rUoF*OCM8M_D{o63dmFnwpa`NFOs;0nnRpewD&%xpT3uS9Tlqgt zg=VbqxIOTf{ji4n0RPs99H9E_=8jSn=NZ;LP#qO$$q7kFm)0!clQRxc*9%R<_Gf$t z4!KYwM}`~M83Ut4JE9vW&EgTMP#;FSfSe>vcb?V zW{nDpxpIWzC_UpXm~JL=jq5mPO@-A}e|p%;JKmwxDTRbR65R;=X4X{WRyhW+l@f;& zfTS8YLQ~;T!xoiBaj3r?k^BXUx6}gekV`npqQ3;eYrjRxlZz2iHf``FpJYXYfU~a zO}G;JY9ZuT^$`1A1LGp0#*5rBmS4t4xQdP3U~_c5Da7xv{o+J( zz~K@Vr4hosTRp&$E&wS&gllwjjw|0qOOBTnzglqz^XeR?Wmv&9u^HZgJc-+*{XYiE zCv$r7SllEk(~tfUP`=;ja?h}cjL2 z!iY1LaOIc+$9suP@w-LC)6co!k2s^E&n0AE^@w6u5CauG&siB(K?h8bY}2heOl~x| zSv~b%KGNi1Au+Y6KN$5vN9FiU^o)l&H|SFb7E9H(?Z@_O7R8nGqnp=M-bGgAc|r}2 zS(5i+YC8ZwK)}DVGEE-JsN}f6L39wC{ZmVL$)Q&|V?Y@-uF~fQyO2?OiuOns$|TYf zDNAPsZ74~EhokH1!Zf$ML&?j6(jk<|{RTL$NQH^@lkCYq)p2^F#4y`YpcA@6!X2Su z6FMwGBW{?U6ofF#p_QcG>XFaSz|+qYE(~Wwix2tMc3i~|8wvxUj#Jt3cpL!n=WevP zRP}LHvyUUsC<4{};#9K4&f47AH+#pm23ZE01Bx6a|TiKJ+w6vJFO!I_4T@3nZcT7-DWFin^nQZz(}@ z0p!_T{d2?HwBL&P53T02X}}UdIlj zy(206W#^A&6zG$VFIKK(Exft*GGv-Bf{=SMH?vIjlVey`p-|X1-HIZ^_c9@!(kpFl z=tsDhcf5?j@0uLJis&ejc%U?LBUMQTHeWxSgy1r%(K^)`tpwLk2rro|_}+UXMliZI z!>oLe4>r`XnV{7x!i}U?D14`v@VBKTcFmAS;PYN{wD#DF0NX?Qy<(&C6F;X77gqje z5yh}+&YM0k{5FBNES1GC&vXhiY_o|!FE=uj#zi5Q_ql{7MMj#d(M5KO^ez7kf# zYOJEQp*V;pC4I$1mK>PXYLHx_iH!#``?}Rm7XXTNX z)RWutv@l-Hfrk%3J_A$V)WbWZ5^=+t9C~;0Vr5@E-i=0yB#p zudRUnhjJfhVN7BvxROiXJvJ$djpy@KpbM2t#G1zkYJI%0%1{mlU>6|f-r zVpcc=s{uGLG$Vqi=X+V3;aTGoJ(f>|jmK2TH*HX}t~JPUzn2NQMg6#iBOGZyyrnDS zIOGX0Xw9sfdaBG8A!tJ| z8YD8NdvHSukgWyXISJwP-d`-ka?QNM(oPbSgAW53j7V(cpMFJBzUFCuO@-sE0!3IB z>mh0^hQ<)x9^drXl3e@Pfn-a-v`te=x4Kdvx{ZBXZra=X6+r#@c-1{W{Uqa0SQhAW zqpUxoCOBMyCd|=ev}hd+eaK|E%Wt}3vZ-RjdIeuR68xse9u08}jF_(Jlx^Q!mzt4Hiz(lCdDVOG+N?4U3>$DuxI>7H2W;p3yvjkh9~>JV_G@FRy?7PDmaoB zaGN}wntLjw{O3f`gC~)U{ch}n*%1ZZxq2^BzC;H{z|8k(;i#BSLibS^Gvld@%{6wK zgcV$U<;PhF?oBI>UE8L34=MEuqdt{;;^NSR5D@ZCfn$^jm&Gn3mJKy##L1YD&^+H0 zx~P$nL|01G2_vThjYP87V$}MjM1MfxO3hFX;Y$m)7hITGboH;4Q5`*HD~%&8c+>$$ zH`nHsB^wVX=|>?j;RJfHQ}vv|maN{+yZo=rE*ohyxGNpf*>2jSiGB4U1^9yVrF&UY zRcYp%#>o@wDZxx>6o4uOw5=N6?WJOA4j(zmk!Q~qkbP=1nDt_Ha&jrO%t?I5s3VvW zt&SL)*v3E2bS1!NM{H2IwUdrfFR5d3jXOAV6zv|xD9dr^2jHe3dJoF}BS(JVVvjRc z;1l`$_JS8zw}qex(gHwfsPnb0mtEdZJ9-*R#X^#-`8r>;eeE`|kjUD`RfwFgAdbZo zblW3QnFu3(#mJh`Ryc#5Gc~_1#4wtY ztSU~04NiJs)uLq*27RtKW$8vyxjMf+0L4?GE1i+S+gE<_|03Wte72ciXksNoUq zi5)qjLyYh#_;fJWsnk08@znFyJ!afq=t(9njTce+X@po=gT~u0$U`*2(ed$5@w}vp zFI6OFp`^E~hu$^GcsL6A_)MvVv;D3}^njao_CfPLEO}x6SBcOp?A3;aTdMTsDfhWF zS-(j}Q{$fH(Y^|P^$zIbTc@$d$IH+!3*D4f+vfvfBR!th!-bbT06*HOupRdqY+)z| z3Ow0dOZY52(K!bcRFEuvjZm(Eh!uIb$m&C3dqdrnz44?c(=N4G)+Ov6?yblMUSkJx>_c9n{y~GVavoM1}(Pk&dM~L#HP!#H9yvV4}$n+5$lA>0Frd- z?-O5#-p;BWY$l@HwB9OM)>cpOZo1qmRS%(|7^3;&tR%Q?E+(^R^hq1z zyi>=3DN+4HEEq%myIvXX#JN<`n{o{SaZF0U!-TzGtwY@NKJUAWJ_~-(hKwkX8zLJn ze8)>VVj0OMzjC%4Bvc->=gT~P%Wi{ty)TUEa`F~AQpYPyD*oE(_ruI3&5{T|a$Z^q z>M+m?Q8{JfzPg;ZYyR4zD^kz>X*1S+G9=s9I5pyEF^F)Lrf2Z%HGv|A^Q=XNMZCy) zLf!M1UMA@Ae83~#S^_zER~FH!g)TaSVK+>0_iI4_*(m4u>vaECa1TlKrJEoua71ti zaT$iVw2U>;Z-Q8v zDBv8tj9e;a)^tL>Vp|5vGxTC?le<8`8vg6Mqn2aZA?`IBS(sG0<7a_M4Am;+S${&1 z4tpkpPJ~~Jc1G@899J-JAbuxc{VgdtEAcvS-bcO|(q`pqK5ULlanOij>HDfoL8=2Y z4gMs$l4;c$vk-%})ao$Vx#o$-W>CEobx+@0uD0vWwb;y2zwy2BxcoG%n&wd=-lT_C(Ho}T(v{<-T!#gQF9R8@|;JAg4nUU zlL$yQ+wVZ=D!vL8pKj5FfAW@Sjxr%_1^d5Oq)2O`m+oxHAnz-o6n|qvbHkJ#FL`fn=nqZ+Sr4 zJg_bh|1lgfKv6!!3=vOnK{-meLe5?3q<+RJl+WXYJ)=b$Y4sb@sYnZFJd_F`Ba3wg zY2a#N1f}mQIx+ZZI@L_0H`A^Q-Yd%KAm>30TpvyAVysF3sK-oPrR_bBsANcTNFfJJ z^;NKV<0i{I&|BP?CvE&L(RyQ{Q7c@ow~1UNd?I zk?WeyDYFtC{V=^H@I`g>7FFaY^EUe%%O=tPHN~?Q=43SB^i(M^R*#7ct{P) z^J4yO-H0>UTft_#J+j)}VNNp;jjw5RZ5Bu1{4!z5jE6uNO&*NDNG&L{qAO^+RIVSW zyIhmL`KjvpogAWx$T3_eIJI7{+(7#Bllmjqg(n=bIqBh}g97X?91Db0(iNqTb&-*B z{NBadDxcyNCMVAITdM}@h$JonyEdGiu!evNUY;B$AfV!y2k8OiNDk+DVEaO=(C@)o z3Bgip{J2(bmm6h2nsmN)Rl<7)7{`xjAb^@HeF1*r6D#)!1g=}1S<}$I{!G1EtfFR2 z^~`4=$fLI;aw7ajKvJ@uA#2@MyCK4X9Q0p2y)3Nn&PB;-CpuckR7{qgX*Xd(Rsu** zSWXk?xT?8EF~O0ZHVz8iWlCUy z9Veb59&JMR%U}rPVpdOlh{Yht<+r+XFy!_>Se->&0#4}(QF5Aj!0k|A-7war1byvJ z3lP77wxWyhn>a4HaeNI%PFj~nbYLxQhbBC*5|hK*Wq|l07$5wv`#1W?jqQs6Tm4PDol8Be1ybh{1F*OdaWHz9$>Sf$5 zw&G&rYa^Y(+8*IGKdX43h{Hz*;?DS)9?(IVyS%wqCOe3R$u=N`qI^9WNd*`*ul6hf zXb&Xq3h##d`_*~HZ;}roHpn717;sLijNe%*wo^x%dJ*dDq|P`b6C)XUzMAPG99Bb$ z8uqZPTS3W{usNiI)}_ED4^+V__PP?c)FKR-`lDdN@cu}LrAtJx%sf}=l2TTNd^m2!^)doM0sInZL{b%Esd}cP@>!HR| zP?*)ZcmPc{j^HU?ieZUBX$Y{%3oIXdyaPBq8C?ctYh`Qj(rr(~XC1j5 zdB8g%fO2IHQtlGrTgreiiW|QZKv*zV0jbP6gQJ5Cfth096>%^7xk$KeXS+5ix$#wf z$l49&)1O{GXfO2O*`TeiC{@Z6;tq7}Ow~5&GINEb?Q1mq->G^W%!EvgFSh)oJK?P^ zAi+*sqZwTZ&Q|XPqP49E4uLnGHfLiw^U5t3+z|*!#uFwvA3UrMBcm338h(UQxk|P2 zS(j9D&J!1H(yzcoLq{X3SPrFw24skdLsn|h24izWx4%2^o{GPnIS@asqGbv1Es>TE z!L%k+co=5SJoxB_(g`cT>fB;~T}jJg12iYraHhM{qqC1G>_%>=S~oym7)d#dg;%!6 zqU(~hhrEm)_tl+IqhW@)zGpTM*wRq?E%#9#n%$15|GE8LaI-{EQShevJK}>6l?if6 z!C@LZ-s~-O!gYHleY{tE7&3!rrvacrNqCyNt<=Lx9z3)!TZPBJEfj0v2|({GIiN_f z8}bza-C#?n-5V^1Oeq9DV2W~P1gPF!es|tQ&!{VWXdl5PzIp&*91im~4|H5ubb!q! z+q|TgBq~1;{|?!b9bJ(y*d#+wgw!$0pSxr9O}L_S{&%khW3mm#4~yfa$BfFU6BUH9 zAFYSGIS97ZG*q4@H-2`j_~Bn#ekmY2+||*CDOQUFCUcDRdIHOeX*)IefRAmEUM-4T zrK9>-mZMO-r#Wgt#bC?3uH!^JT^4-Mh6PLg9>)hE&;diR#TGo&n%N%buhzbfGY285 zy`cco{3VttThqZwV#n*y<$E}K$f`3HcxNAGA@%VEYQg)OSA{f5p+kwz)b}jZ6Q=Ha-YWSfocZPXSLwf@eMYQUu109P} z%tCe`kev^XGh_}Q@KYsG0xXC;SkdKdDf+x1TNbWrL{}vDPF1cXL+h_qet#1comTs& zMBj)H$ZVZ63n0(A;p7@}1rC=WFzO6YMycXiT>kZRs@pl|(5N?)Wb0tDL0gKR^&`fq zbI(u5*8tufX=HK|_kknl^#XAEjg2{Jn6Hr!d6m<%f#`>Qo+&S15Skw$dSmN|i^_}> z#D5UFP#l(W{7f!Uuy6WoZCYk#MD*hxMrCfhp?fMOi6S8)no8m`^LxM7z>3AnaNPD zWwq|y)DaNlRZMHW-AXhY^2(#5H`he0QYMJ3r*|9}LOi$P{clww=esV_%;h6YH*F3- z-W-2x`B7-KnFYUSY&D+$I#`X^YSE4hFgy8{(2H1hY%CV^^85{jr-5$)&~_tDf5(8+ zpX_rJz97-q1(p|P<2a{N&Xt2|CeAP%7G490fDaF-V0zBZsR0w;Hu(- zojSyU!mCX4??>XXuMS=+&txS}duG{Tv+>jl#3K5Fy0ume=jBhdk{Nd%Yr?^Um?T+N z)n*XOR17_g$H^hr)Hv*4jbk&onkK!)xXx~CXt9{2-!WP$m%Y5~WoRf4Y-R99>t8C( zvD{jjbl2yXSJxk>`W~+5mU~T_z9De9m@n>A*c+R$PwEac-rsY89!ewbzrGwi1x|@S=4J5Br-RPbB6g) zq1iL!)y&w76s*>YQZp@tvHz0e`Y+jDSS5EZuv26eAP zdCo)UD_Eoo38MS-VVj>Y|0`sOdO`VGFEss$myzMGZYSvT1BpbrMNQ1x zpWe%(QDq8Qd8g&$3WRcFOv8|B5Y{|oa7W&L5#fZiEuIJRyJwx(LsMhBBx;8%lta#) z$3(2cz~sY|J+3L&RVkB%i%R3+>1iG`hwGo5^g_Isw1mJ|hV3@nS+g}$FJe+El)X+0 zN$JNT)m8{gi?W|IL}{^X+}t@IDDp=;NshhI#qF5Gos&ok#?xpjXKZy=#16YlyR^hD zh~TuQ_Ix;u486S=-pdd?H_@(vQ30ol5tARG9?`VfUO{t;J<7MQWl^)QyJ2`|w%^X6 z&N*!%Q1(H7zuQI3x#F$b5_e8m;8T}34~eSTSp=^dr~L1bR45pr%3L>vJEt9Jv;7Mo zES`%s8R3`D%}v(zq`wc^t2FCwkgV5(TCA8?6TPhAy6hmyA|L|pPHOajRD5f1=>gctX+F*4<|!b zV0z3moP_v6=z{Ye{BAYPNT&z6kQYt7UoxxkpTTc0xM3)9dS-PWaI^*yA5s_0Ab=^r z-nJA7vWmXbB(L9bO#Og=nZ2CR(mnZTW+8x&5B3L`&7%Nfhv)L5oAd4bEs|Khw{65; zdI67~uZGpNR)K;Zv3DsbJ4B}9D$XqA~Tz{m_WudTrv~6XvtNegN1wcIRD#yS%!Qx#UAgo+B%tmsqQscB~BqK`D zJeqhGfMznG3$3MU;*aP zBp_qvs3M-qGTjMFV2Gw~5f#r3td2i>ncy-~-K{xtBsXj@8E&i~;ZedqJCADXQSRA& z$h@q}yV8l=t7{Q}Q7L_9?Q#iS14#B5t<|6+_3Ghwi`&jESF68X<50}~yl~&G+e7>c4ro`d9?=hsi zFT3-mZi@OH>>NCe5TKyM{FY0Y+vemT6|A7r8Dy~nK#x{(?Y^H`x$_dFAVU*;CV^d= z!J`gv^b`!MFc+ajIEN5edXkkCS46;5MNqm5^R8=}xG_ec59sDyV>nhbTD}V0ES2DW z=5?NW*L+GF)8G^yW-z0;Q7CmHC*z!KIICdjLYb_tDjPjRV?q;pVB9o~7yBk5YvsJr zjjVR9I*W7oNcel>4|wJ2hQsbu*%L@MUgbI}H6?_mon@K!K!WQJ2qom6NK~K6QRGc| zbKi)Mff}XR|Mt6d7qx^!k2iu|IRg7C+2~CKhRosjcpV1mK-8V!*AdCiSs9+p5y@Jl zK{cihF_cpW-qk2R>RAQjJ-$VaGObp0GJuq0h_ZZzKT=+?Dn_R;wBvJM(M1-)uy~)S zL!u+fUfRH#tMq%<1)Os6Vpt=Oa~xRJ($(N;dv=Ikb%=r4*Y#udi zGkiC8fbL9%{wj!v{f_xpx@UH3Ho|fN5Xfx`e&UUUgLpy}w;u+GZ*C-pbv@vL9oSVz z+kRDcIUiWM7@+MiyY=9)?v(nS-Nh^}qE6pkO)V$TM3h*eUil=15j1#H0I*yU<77}C zs9_MF64{Z3x=N#>)}!fflXC<&(IuT1Bx*JumoaBB48CK_)Y>W#*Uov5R^>Rm?L|qQ zhQ<~vz&14`*?n*h)v1;Mz*x$|z)G;0N)z3!Mfrx^V8zE*{Cm$8=2wI=WqzMhCw=YH zb@is(9ExiJF5;fbZ%mx^m>nwr8jmq&$DQ7)=Hu2Cj5Nmt)Xi^%R=^NbC^ZWnsx!0* z0PV6Xn)v={ms8NhI~W0=WISt`hC|xGI-3c&FluSpO{q9v8^F&Yr+^4Un&gPHP#U$BG+C|wY*u68E#Ym0K#0uO$; zUFf~#lu?-w%YgHEW^e=mu$<5d{h<1zBfC0#{qh3Pf;74JkuAa$Lkb z(WDd#*M0}qlf0qhEYvFo3|;(0dK$+G^y4-ab4u(_PW7H;#89~;q zZg0`?Q@`}*#l!Y~(_8*giMAYsU&v#|kF7DU;y*fjWf1@BCL5nY!sih36t`zn?nJU2 z3=uETjOO;1h`$2AMF!5?v)xz~{f8VYQWbZ|^11k;t&1yhf;#u3GFP_Na_>QeG307* z)-E<1G`V`=b6k)}#D8HE%7!f00YXjCTY?uduzj%*Y(I5&6r~)+QM1@z+WYoNYJLwU zO`Ed8=9y+A0iEtZMVtMhF5VR3diN}cSJhIJnbS=a7{D1y9Ru%_9KmiNDbx{2EPfa1 zCA%GH;WkPO&sz(SL&BUX^)0XfE_;GmtPSKfpaV}Ks(RgSPd$l3c9?U!!;kuyn-OR@ z`CO5&>FWHH2EkUO&qwJZ(|@&Ri8HuOI5<&qJhg{EE9O2C;L5Im%5VhFG^QFRc{tY6 zG~~S*c=b2a;33OH0T}z`QQtL>_3=`V%5~N@6^h&pB@@>>WnNXiG#t!oxbVj@VNmhKwHD8(yQos?ZZjGBZrj8<)N?c?&tX>Ga+q z{kcvms05VjT|bUBQ?KTvt^=!ZYzy%5(%VVY{KV}yOrT%!utX8rvrnu-vM`V=*b0+4 zS#Rdw))1QB|1*lFLCUj}bzuyY+BXcXLcQ}5!CI`jM%|US6~#&$5qBuMS4PYgsU3H zG21CniIDl%a)ZpM{}{+Tf}kZBtlw%0OTnhFIEgs!+#;acsCc6unRmcbwAn7xcsJiv z?6IC2A@KV5wpn>o6&B#h+9)4c5F542?!mh-Hj;CmY#mJb;gzs1BvxfYkGdiVuGncq z<4JLyg1J_Laf3ZxbpxTWOJHYMik+#hrzocOQVtM1+NyYlHh#Q-OXin zFTEeyAq~Jj5M0z>YjL6+?;L?M$%|?deLXrHzQf7Ly=i{+2Q6E$je~NpzMq2n!)ty4 z4MyCB2u|CWLD?D~5w=pI+SCNve7m%-bdujLg?;116*YVovLwCeW0;q&stLkDt{NHA zrErY+#|`dDVyeCoeWH4w>W_Hlk+R<&`=YtSOnXp;Xrnb&$n$pqGCh+Enrx_z-|~S0 z5omucT16$ zrqTNbCqiY_ziRzgpIQ?$poh#4ytNNc0hqA9FIK~zyT<*#fLmG{ z5wxde*?(iuSsE?oW5S_>0cfP`GxtYVs(3JQYKL&R(M{DRF*Y$#14wsPsHRRhz_ zl`antNvN?GVS|6^D-U`%6L2V$(0umb@RhTpOp>gWc@2OnTX-M7|TjL#zOtmUK9X(zSAYVV)++Bp{Txh)O z5O9B!`F^zlYaG&KPso_nZRB#YqqX4%ZqvLgHY6Nm6*xjb;~wOJ`w&e!he~O)I$6M6 zay)Q=kdWVfiX&mT{EQuXud*=&yCv9Wy%mUO=7$+Z+EQdQ6dsB{>@>)wl^I~1K6}`F zcxi!t?VQU-c^>*sfn_$S(%AYVYbERtQYRW9OB-43qIU^5X4yXogtOU|Pa?`@AUier_$YaHNR$3Woupz?Ew-vcSTbseyJC zsjAP(uC#$u#qH+fDt>5IMk5lt(?gE->mi6G2m%Y zR1nUO?@l2_Ug>X@8tqvaYLjTKG~S?-05OFl^k~s_F+2!F$ag8gY!51x6skAT%lcb_ zG)L`YBxdFDvz}kO0@l4p-XVP&J#^E8Q9mf>w<xJ?%tXt>Xok%~1sTTS9-Z`jQ&SbI?5e_29ZHa(2n(&} zFf33nWE*u=%9UiE)8Oh?JA$q;t&1Kzd9#A($005#xgDdzNIH{CQ7;m6yK$jP936|Z zv}me=d`L$h1ESb_z{ZmL6~@0QQDn!x>v>zYoS=`;@|z(S%xiJ?!wfy(9hi0q?sJPF zGnHcK>bT&ov;K%|aASQ~ebh?CuJ@j=DE2!divxLyV)58{%*fIAq~mi?%o)r`-_L*QYa;S47m4|>;#Tfnx_~HedkZ(;o5ltEBgTUM%`MQ*SzyMDnFT~+h zF*gf(1v;oAr@=zR<9_)1@UPDZj!#9&^sMaMf4S(<|QHhIN?;F|IqMm+mlpt>_ z!@`uM83p1&clQa3{jg2*aKj}q4Us~_`6kBSI+x@yd5YTP_FCv)(qMVN(?sd9@IV85 z;{QagR&l17EGOcV*Pa5VsrEa7wGz2&>gNIzlHxMQIcpWMlM?955Wxe&oVCU2cbH~S z2(sSV_$a0b)qoZs{+~p9zfOfA&FUEunb9!QTodpa ziEq8wvp2~IFX501^JOOpC1#AC+V;n&#SEl!SdiM*-&-J_MbJkoMHGmJfB<+2V+q)u zYd487G<~j)>b?4iitidK)R~q(Q_gz1tM{qSL%O)<^N4vo&k(-eUJ9)?>BUBnstUB$ ze`P!R)>z7MZcQtBJ1P6c9DiMQd6Ic~PEM_D4I@Y-GrGH=8^Su1rcA3NW{seQO@psI z@{Rn%oJ=BUBS6tL0tcWug@zHFXSEtn{Niy5rn30i-4yeg=;XftkP7_cNnYI?sbyb% z1rHsI>z83+Mw3SEF z&doLCI&Ztp#!mUQz=hzkhTF*lVjf{_pN+*dJ4cRJ_0NC6xN>9KB2FsVbQRDrW#ly& z$JWzdRJ74&p!XFwgXTjvSYAZVCDSTGrO|VeL_b@VH3x%s1W^1)b~%CtP27nZC)60B znqvurZf8RlxlAB-vU!w5f)9XyiMw&Yo;z^^@GGXX7X|=i@L}x@9J9sRjKARoFJgd!yV`cGu=)I65QDce zQZJ2;64BL(#e_dJqP3beabFxgQ*%L90ZQbj_8_Is57J!!#9J9_98YOn5UC8-!Mg~X zGc<~bruYd;9mSVCa-cUw0no*^)HnVP^|2hiR`47)LEp z*)de8VX`almnCm*+Lq?XDnFuK)?6%ay9p2^UXSOZwpzA&M$W!&BZprjt`ZOYI#*SU zbbfHJY!HYX($f<1YzruI1f8W~3(VDm7lPTZayu$f(c#5RWSZNC>NppQSfjPFg5oAe zLWXKOLx2Z*y4}CheGjV!0b^^IzB;=jNsKrmb(WW8aU;oPY<=`~obGjzyW^DQs}Yv^ zaN+vbU10mZN0apb$W4Teu&k4L#Htk^lr+%IRMP~|Egds?J}yxBL0XDrlnHMBP;ZXBo>~p9&mewCZLgL%W)P;035e_PZJtE=% z$tExIl8E%MwJ=J(LoSTyqUGQ&j!$?iD`wfyg~vcWu}VAshLs64q<90-q)?*f2=^^e z)_IgFjZo;-0!7L~>%!n=SBE=}y$>bT+0kFvi~;Y==T#Mi3^=IHFW%Bk~6CdZT(bvxT5(2!Crt3vZYp0-+*j3r zaMvFLQ`yoI>Ts{6CuR&bS|{p(uJDfRno|qp4)~NSB$S}paMXSGON4EP`x@TOLQUYY zk0&*T)eBI{JtRr;%uWqYCv8J#(^Cg*XwSi*ky_8O7B6TxUpz3#!gG#S39@ZhGGN8+ z1GWR}FY-E&pF2_L9}1>j(;O4)g-9_fjfwZ&ip63G4KQsHKHBEu#|L~f$BthknP$Xn z9JMWdwxUft+Y|{Yo*8ow^imi@fQvSXG)+s$<~5^6Lf!#seyw$AtpcJ0=?lSccoe=% zVAxegYwZStSdx9Y)EqIkd+Y0R8nGuGCe+)uQc*kOcL34FpYeHfe8#W2l~M0~b79M? zOqfU=ojiXw(3T%-rV|%E=}w8-%ndtO>d!3?={$rUJH>p2dC7R!qEE90W(_IKq9M%B zlxSJ_8}b!;btRFL=#mJU!-_0IfXABn(;jeyRp`q(@#x1w@W~dih~B3(Av^2Mivfvu zBDr-F8H$QvgL_6LcBsB|Pmq#-c)`xDBk|m|^^Z#lo zN9aJtI&qW`=7$`k_WQT}QK2*GQ6Q9YNkt!eXi1Ww6Rq8AP#i3l=jP->#zT4{ zrlsJ2x%tV2U9cgtGBkUp?iJFf*0#{5C=7F4OwFPn{^nTTUQO7J} zh_j67;XQy=*D^AZKPCaXFzPFHajgM{Nook4((CUo$aGpuA1hQYyR@tpchl~8cZvjv zd(<5EV7|)YulT0_2%5C{iVO>^kpzwc0XRrz!B=|FQF3vLZVqog6mpBHc8&@0E}>Pt zZ{zlZ#)O(k*v2?=r>?}IG00(3f$`GBMX7dJF(MII z`-L~3P@$a!shZvxeU6n}pN~SJw^;!@sx8B=5GUYAX67=89H?(R z5p0mgbdWOdJt2rmMF1mjC>r8P2Z@BIffU-{7l%zVmd$6G)KQ2tg46lkP_|lfr}!4h zkgc9!gceNj&arMOc_M)w;!3p_5Q03Ki_~)B|0KM^Gi6PUMm>feqO@E$nLEscIYG#tl8d~_s`nb zWm=L@0v(QWuUfn|ydu088w6sOs(7kj^JRi--s*-$G0td2xooa6{YP^r;az|ZUi{Dd zYWfVI69NuoTNYNd=t^2g3ot{C#19G+Kf+$9-*<7gr#!$we?g&+OG`o&5ybryzoNjg zuJKWe2oVT`*zFDh3$C)O_$MxuL}=a}k(xkoWoaw|1y^Ajac0sAr3D(O9katEj3oQ` zQFc*sqfBYL;u|Tl#+#AhLzL=c8Sh!!0&xHKScrE1TFCbTYogOg@@sMx~)}Y%8so((K{& zwmRd7xx8*K@vsI$j|~aT)Y^wp(0^3S^1_~p@hGjB(&$BBiLo<-j)h?iaORl<`A9~v z09d4eOtyl)*W4>YWvKz`BNox8a{#Tg9Sm#B#z@&0KF7XHMgnp2QG=PPYhpUBx!176 zhu>JW_c>*pG0wqP$cimr07-u{{vS|aB_GDIy%%Qhd2qi-AsOqq!Dm2^N26+WcSZ<; zo^Q*(eE46&gC1cH`3gbbnhi}|pPnauhjJBfEQT#Z#~aHSnf=h@fz@HGPeN$Tdjgig z?(tzxZeg)v;0BYs0xn^}h;bU4jO$LU>GsEFi6qXs*NYE}YFtdbLX!JjYnqFFq5*FBge8F5ZoYT{6 z?viQvtvEu0ydK?Zlf@a9Vo=T^Ib-e8Fs&k+HU(~;@l6X8x*qlCNKlaujA`9X(0N61 zm?zi4JDnFMDHtq&lj@cBlvj&EX<6IkP#j$B8~Z8+Im$r= zJYJ;%(dAo4>aLE9^&oEJxc???Z?L^3@H~;ruvYzE7#=4veA4u!(L@?>!7@S7ObE|! z2lbTH_N_VN9^iM>e2%$<)F6F~W^;U6`9JTwD=YMGb9N|8^bvjNOvpfL-XkVjgbbPF zL3a^jRMKp*=D!74t*U3oM9jLr=w(O&L-T)0{xzN|$@x(lDpw3ej$v9iYFE!u^7J%K z5ZEDVsfM!+wo?!{Dwp$m0i@r)A!UQ3fX|LPr8_A)S_$GS48|0x7l6@ubB@X-KPJ>s z=(F!BvApj30vK6B#_%_6Oty)aYc&g`#7b705prc!PsF)jW>fqA6aYk^LsLr5ji{;k3CbRU-URWfCc~c@= z-iIYM1VO9xt)Z&?d<3@KFrD|@kl%6$;g>{W9kOeIWwa1dqVAd_5GarUyIy&&6q*Y_ zD}jzrVeK-$tq}+<{M_Qsmpxx&WzD-Ll4_0qLd~_>#ZQG)^xc!fd&a}qDA?HnqXeyT z0OUA+bYk9hZ)B+`Cu~n1+JU5AGA|JQQwGp2nu)*hpbNea!fJ50%0AHaF|={F06R?* zec#i48gi(-_&5PibL7=L`#*IqM2E z7MPJSJ1BmIGqFR_9Y!dQ=%Iy;q$kbVWvV1&Haej|!^9s|yHm3mvDI8WWkt+hQTC*N zu%v5?TI;1P*7b$Vm|6xe-mV6oPH~_Gh36)5>y6e`q^o9rXdqlzIy$Kc3<#~!zw(@q z(j!0Ot{jnsWmtMEzI7TvV!45O>+-%Qojvvb0k2afpt`~uht=o8^^yg*qR?i8CZf9B zoCyfiu*y>6Dc$yDg#IZzniWUT$!pVOnJA}g;He3UA; za=v(lKOi)OxVwfSy=jrsf{oct{XUiM`B6?R%mTgm;-fF~kR94(1n4-+&OMahb1VN~?e&B)aKl ze{8O+ZA2_yCqpi(!VvVMAFe&4hFQpD^{`HH{VAnbaftJ*%9IUrRL**3NZH9}dzr93 zT+OzThl2hY=!<+r)U7a+(8u73k3qyo(@b)~SR)ujebboLqq3bH zNxPX%HEK4%G`(aHSS^mGBH-$RZgh+u@95Qw+Sn8Mft-%7+*1?oGIpKgqCei<#+DDCQ?u6OR||6(3B)|I_G-Gak%I#4~Dc zaq>k^AahHYCkaQ;^tAL#!ffXgF``vo&|M%N-8jxUcwLm1E)m;4nJ6QpV5dPkO$v%@ z3=88n3e7<%J%asNXR?T)hsNr;RFy@nko!<{fq(;t%}Dw@uYO17;NdypL`#MD%pqtd zh1So?;iGksN z`9Q_YZ;lwQSTdF+18KJz`g*SEoi3#m;-n>IKMo@|lN~3g4+Be1*EBr0hy|>-%^zND zUfSuwDw78mH&7ykyx9SCNOmI;Hjd5OVU-vv9$gMKfF5$G4Fvdw7ox*}bM@AdLF;Cd{0{T>y+;Im*S2}0Jh061h#A?IhzlEz&^NfG;GT4N@y3^^}NwS9P5H1!pAHqw)m z5NqN9CL=e*(l$6PFGSBJCKwa@r%&Tjk{fWo?K1ShJ@#o+S%l;DXR11r%Md5_!X=-p zUY;qOvg81Uw+MTjSkw&Zh-0J`+mxt%Y)v{6oD>S)kiacO?dBI4g^m>9qLq;Wnq#IL z*^X92LK$=$x4@{-QLz`h0`YX>U@eHCiEuBd1_MV?TE+m5>@Qt-;X2St0clLqWe1?k}$<}1FyUne;8~iNqS(|%K1cS6w*B*?4t&}t>P{~Rypk+MbKHE zFy?U;AC1wnHU}&lou<*!!5VAc2UjE{1w>Lh#5#bFDG6bwsLmN5jud5Tc49n&ov%$<4^__q4Yo%s3J- zHH%6~;NeY0!g&GBaq6dWVj=silO-9l=KwzheT5N34)Y}Mb3jHpl!F^I{UD$HT+HJ! zL5{JIOBM259RouU<{%? z#$M9&ymr7|rfSpgMCL0xGF9$AAe(JK$#SFNYrOW$1@n~s7LPU9e|DYIP60STDUE@) zh^Mk8aG;6#aiDM$5v7C?LS!nf?~m6|rhGZv86LCA^WuK64nZ(87uP1SxL$>~zKh zL8qCkycpd#2`6y%B@~-8T%lZ7FE3IwV1uPh6-B+r&`q8jqTWQXZE8lV>c;)^OTwFS znP6Y)FFly$=9(5BdUXkv`ZrDrr30}Ew4KAFjvsC(O$NfsvoiV)HQk=I33RPB%mt?U z*Dnsw2mYjoT;sjS{;kvpXjGD=Q&f+*syP8zojrI_QHCyqt9*yEAE-J7Og=U|!j0K| zSd9VekQwZsKHaJWQgTD}4!F*>DbPWyf7#sELG|tt74tm>P%lOX9wWp`d3{!bK8(tq z6jQUKYb`DOVI8lxVRp8d^SHT2)b*%YN>(Fu(a$y_Ow63jhx9Wvv6CGZ z>u~pJ@dYvn%C5!+3>veA6n@{l@eJUblSbDHzXJ!S+MF&FCCoVqxrG%OjjG+D-yX*;1!{>cuS0r32s|=vhH9-qdlP&u4vWc*r9 z>aT}Y6uUBpTjn#TtkOJYMP+2mq@^<=O)y&iEd$v~-KYto8ekzFV`&=VL551ey*fy0 z?Q~OOMW{j2Sh9ygOHtj983wp*D|Ar{wwH=atv{fsH^5B!b#+;Ir3YURi=CxH|1^vR zolHyX zP@5psSngABjzB}0yT4;_nE8FHsiz-?+pg(xn)fmGb9|Ht@eN0xcW+Dg2&dpUkDxX6 zTaQPkR_)jmxNmZ8upMo;T&H3uGQf(>FS zy&ic9sSCYs?W0R>{~R|(`EpT&S4&YhYEmG>1k&|eh6kVt<0U|o-v{+Zs z{gm5RBr5LMkeyqk?KNcm(U#25+;N|6W$4x$5$NMxWIQ%4nY7XWx{!7DPPj_n;9gDI zBQ(~f!(OD4Bx+5!`!$RuF7uEVly7(fUjqOfDr>~{K{3Uh-r5ScB3e>}tts?km3&#A zAGDP8yr!i@FEbXV#UO9f$WqQRil;H7$tnRgCGPhUWUA96+YHcn8y_xnI-H>OLFN(2 z)DO}xI6pYP+bjUISmJH~fMS6V$dtOemF%3RE>1STebg?vh~{YyuA3<~c5p|a1M=1g zjC;^?Dx9(m3v02-i2ujxdh7c!LllUdt}sQIkjC+kg2dGb+A`TjO+u`Q!8zGYxL#T^ zWs6f2ogc>n+=51x}m5$Sgi;w zC1=Wm?wMsZb%q}$W!VMz*FClV0aiM4kk6av&TL?>@oml7pXE%r{VANX)pos`AEkpr z24l9n5!gIaYetYiVQ(n5eW+kzp3%$|e3pRMaA_gG-gIK+oOri-`5WxZpOE7_$cN1r zW?6nz;+~H_e|c=}as|#ul2~;#h(pGx51q!FdgFs@rW$-qV_qU63$uJR+XOX6Wc$f5 zF~R}Xs?~Bq*XAUjdEUada3RFrlHM$dMkhv^jm^NkvCUQKQ%iB}@@j6ljtEO(D`Ll< z6=`s>OxCJn_r$BO`mXRfMp)a$+#}XSj*U?~aTVgWVC63)jOl&FArZ7L%==d?w)0qI z7Z71{mzjXL#B@y@dG-sUa`x<@C-NcH)fkO-?BniS=Gp9y7fU9_DLY?|;(fMYK;4M` z;UN6Tar@#yGd_%;FUY(Z(EBfJH(xjeEW=eJp-{B{RZoK`w|=|eatrVaut|%13>volE@LN!7FlqD3oQZkZmwXM{`Bvy?5ZW zD2$mNiaOIo9VL1hC2_t^YQtfS30;R}LN&paW4k3$ ziBP15 z1;hgnc#F^TTg$s@HZSQR>JY`9rC;MtJm=ElK|(rvK%$&tAuJqvMMc?Mu~U){kr}+n zcC*c15}YIQNQ?w-T0;9(^}o*J1q4L=iKzqA+AB^BtF?5fur&wIPsZoc9_t0DMozy= zF-@47O-a}wkw~{qw7QYs@7p)Vwu*AQXJrDM!5Sq&d5{SC!q3eXcL^>)4$6AO> zYFp-&Bso~ri$8x>kegkII=_7Wc><=nJ9D`Wrj{&+y=7ZYLU++?(0^PwHsKIh#ChU^ zpJPw}8LJ7*#H?#7f_F;+iU<~lAXjO3{vkLaY#Hb7ZXRdF38s85D{1Wp;`%4*yOdo1 zMb@E{HiiSp+rVG^ZZlgSMx}vgmD1kt{8~7?R5rwF+qO3nEm(s0-s#Mn@~X6>!ziGs z^Qd&2UP199ZyCbEZaH>VgUBz9b7WBGrQ{&<8A7Jeg1`wO5v6#d|MzML@GB_c90o>I zyeTYC>ivPgmP}1bskwrLxcUgqbL2<{)vEj{--0^dEag}g>7hG;y(rmA!!=8R8PLaaS<>XFQJ*t+Cw zLw93gskhMkth#&jk4oCp-rxm|Rl~P7I7cJA*c`xZ3WAP@c=VZY2{z3Z%UBn3_&el8 z!@|FSBiiaS2;aWh%SRVOt_w-r+*jAI0&FuPc_^k`rQ;=2y^sBL>KzlwQtD47{5v^> zZR{#O)Vo|QUqf0J)}C$;0l8gYF|(c5*qfg7_iUf_I=_Ax=%V_A+Q6`=j5p0R-_4ghuIc>6hbmx53Z}a0I+|b2(tA@u< z0aETIXwtYvX^TyC}(d;0HAbD5M%fAjElJ%dm|Eg+pt~(yPK(+9>Q~q9{^C+y<;uc zntw{Od1#e#QJ>^i$E{@UJ@J$<5sns{Svi`#_(`%MG#-w!m)#}GQ5nQ47qYj$rMcH9 zd-l$i=uP48KDb1e+^v5riFvN_k34`zt&cxMU>y`sBavXNQStYwCp|{VbA1_fMOpQH zCvdwDkR3am6PwE+fXIj-t;?J3h$gF)Uuux}0N1iU$$+fx8pT0epMl&UBNiWq5x$21 z)Yk{&fajuHLJjO;pYuo|Y{i)T>a=L{!{ z8;hc6KwM?S;>k}iyD{VK*x)u5-b~yV=m~?(5a%R*x+^mTR!ks;3_eKpO;?ksi5@7D zs|$S88gRkDFwzHbDQ&=aVrTeeKmyG{)!?n)V9I#O8$_6O>|f_K+kmdJ^XP5;<{AeC z1dR@(qn6Ttb`lYV-CcCD+t(tL>XDCU`xU;@0kTHJp`h-6P#Sbw~`0BBw~pHO7BMO*6j+3ro`39XJrT@e8sJ>;Aa zmdWPZ^`V=MDZ*i!I~zVoe#U z7yv0|EFgQr1dsbjgu~>+NM-NCx@ z{W><<6rCk(k@a-W&CxIKON;Hx0p^p8!BIyN9*@pNTjz6kELqj;Ya~w#0(-KgCRlMl zP@UMPXG{@`LZL)wD#V?FZ^E9n#a#`KG2a!lk6MG)vp$;_29H~5Y8+fdIPw;mdSva$ z+U3cjgyu^DcRPn`PyxIl<=x@FS>Xd4b#>VDVQG@1*_IkAi# z|BCq*VA;N4Cs^iv4IAL#+Y4{EdrMzv-HUF#>fp_UZ;n)1lI@EexmX0r;U&=lB^Y4ASxag?Y~ z2y~s(;ofnsZa8e*k~jAZT1GOU5d8dnD~<;^d|iR zuwKsc0fewj^C*g-1c%(_6?j7dS@*%gQLr47HyNDXe0c&o^e9Q(h%U;EWPRvK#`jpb zt`Wnej`YEdju{mOWDwe1bNfEeZaF|)7#}MIj{3z=zJGExXx&*t>h#5^8Lg;cnpNWZ zh&W0(H&rk~jU4W-3Nl675!XWM5SN=qSe0y7OB$>K#FEF5{-INz3R8*&A?pWxz*`{ zX3#t%?51K<<~6Ngv|^Wp?C3FO!5Fq=7i{G#gyxIUZLq zQF^{qj{wLwyMEoH6uSrZV5j1Wkj82&PFR~y9te?d(oaJ5uh)sj-J!m=70%?J!4Q@n z+(+YDLa;BuIW?G^m{?EwnH~O0V|`gp5TMlshhB0KSN*+HjMaH!dD!)@bJ0Kr*#smS z>6hr)1VrS^7UdlgQcq@>#orzwPUveHBB}4Kor!1xknp6p-aU5a$DYki}l@cq;Qc-LGidKd;XBvHyH6e!2i~v{-{Tp-3zOr{2 z3*tMi4+YnFf!Li~J2VMnbr0L@w{N8dtxsyPUUL^f<~O$ReZ;pmQ$5bY)RtkSTw@#5B_72T?=En6tC)xNz#-?KLApyhlpa*Uoz? zH@IP~RXnPHCJbR)1f@XS&0J3v;Ni%1fjbX87gX|98|O0G)1!kHi=L7v$_)Oz84gsC zmokQVl(px#03s|xRIyX|D&-Ff3my~orw$h}-i+~$`4-0to@3B_#V_8)5TAj5U8@he zTNCOlhb`f^_02I0qYsYzhd-?QB-Kg4&6>tbap?v!nzWKMo*vTgQ;i=LYn<`@#R~0d z^3w3qB0)gWbz;D1R^%mA%(`Pg;_HLEhsuV}(D0iq^1RW^i-zVqD}$L}$+-+N#w4j4 z_&av-)M-LQjnfjm*)9PZFjg>L)mUu4KQPE=&hou(F|0{|3aGmR+4^eX^luvX=YobO z#>1MefzR0tk@Uu#?5j0Z{_jy4$QkCUGVX=Z5i1v(^7p$vKs5HDRAo=;(`M7gtmSyX z*v2vNbh$$O$f#@mf2Kh^t};{X@cHn0*hMdMZA`KUwE&kti2^s6=q`qXxdYa#*%vSv zYy*SbN;;0P$hxG*;>qBkKfuWxci=T13 z`mP&mm$l^CCzzc60e4XD3}4H|9j$jPP{nP_DDOm4Y_P}Jn6*1GZn%Hdd4ubxZ$*f3 zs|6?G2stuNV+>G7Yu}?N%;)EPzyl%;L~X-;J#74$$W=E8cc6+@ zQYgiq`Qx4?w?$}e>kP;QcI~~6I{pbj*gJO=4r$Sjlr)=U@UqN7l*YUm>=B6apQ1P@ zF?AGCSxbe49g7x5p;M|I*q9y(1e1@Heo!2(BpQ8iE8Y@@)CW(%N+jrg(Ve&&z+IjM zQtqKcQ;^U#?B6o|0|aQfGbbcYZ(jrrmm35FdR$kHU8jAICU?xWq>lkdI|&cyNsn-- zP7}b&EBXAl7Zh*rP;pdFnXIgEZe)qf7q28ZW{D-z^Mskh_bil?fTU``tJ=DxH>X)K z^*M5s(O9heW{02;1lE@MUcH^;VqX*P6)5qyq2RQXidglqK4VTavAcVGPw1=`Vo{-7 zluCe8SKUv=!PVp0!Q@4tT|%c^??i^lsSK`@x=^h4{!=o^z?bqlQ^3L_x`d?-fW?q> zP2}U2g;pW0dSJ^wG%F)F{?dIq&jNbgVOwDk#n2G1W);pp#KmP5LsJuA^+DxH}yuKU0}o?jql0(62Kue$^9IP+LFTpN8ox1Y{%4cKL{#Ts?Ohibv? zv4o)e!s?o@PNXG_v~3N^oblV}07%~uXWx@UqbnmH6O#U|{1e^m^7HG-PKe`Y0^$Om zpEi(yN7+k^mk7K8#V8u06>j88umCXk$8W}<0hHlLf(@9FB1@~BC zRTyN1#XEx8$+e1UQeW^{NV^fn4LyGxE}EU8QsW=V2r8z?5xF&;o`0hWMS31hpjef050V@b-fQMStLGY_vZh3<>K=eWtJ(Rev?nC8NHpsosNl>_aCfnB4 zic@;(7D{gt-Q0Z>UU`XGlrIo{U$#J{c5wCKQ8s=x1-pNMpL=xQcJL1M#r9%&-uX6cqgKJV(gCPt+n(0ps_6!wAQB=DxY)h zcMF;k@G`A|*g@0wPFmC_(3_VP-d82?;#h>+mQB|LuqkUMQ|8T_zF;CA8C&uXZp!K3 zxQKj?RmvsAC3!`r(879Xj){G=lEE`K_F$&FiV)L;OjC;6qM>5-b@rP6HtLr%1(`&j z5)J;Hy8s5UxM_Gm10LP~ns=`$0YA3co3hcT6{*}SUyv&^$TaeGw-Bj;GYqFxwjLM> zYkUD?z%n3^^p3I5o)bnVcl-$16SJXCYu||B>h9Eax#zQoJ4~qnO?i9%H7`MFS>~V5 z(*1WGvt)whr=c^+bqFj*_ z)R!DD4IiNi*z^nXh@o9iY0^g+TT;hM8(*gZ-#SqV(U2@F4HJZya#g>M7r*P5FYnW7 zjVfkF#l_(ha1_WodCMswV<`fauJkR=J^rZ-=?BAj>odbEAQ6eWo%r>3#%cL71+jQGu?QWkxX1pKhy za)|Ylw%9alnqP;?$$SP;^qozTvef5%JzcD0RM&gZk{X|&u$aaBqA6er z7-$#*(jcytWmr7^hrKI~?D{ruhVa`DRtqskRGD^GZJNfqtOpr194145rL*O+A8y>C zfRe#+$m-IoylmGpLjLZK-nTn!Z#2+0;B(Z)3mn#?C8o+NmY5FO9KO;{-61Zzy@{1U zYB*RHskO%?a^r4;hK^hGSJ^1PleX$S#c1mtO_7=jyh5sy2emGp z(1K*AtRRs(JLth^6!nyn>OOoI5}9@Cz(Va7;0^mfVCYAhK2{a6%eEL^h4Xp;FHY7R z@5oAA@7L;B;PENj-3<~JF3&9j0z1SApp;2K(b`N1z#UZRF5_0Pva=#Y_K~>_5Lj%i zU9nJ;@>OJ7A{W%7b2lJ6Fd?AEWh;m143+NMBBqP%b|$A|H^v+O=+9uqY7ydqV~$p877)DIU`~h z*C#-|eO+6*z~0^zeVH@EH0rYi?iL!P6%&9A|HOh-GJ3x3z3K);twz;q-UHF{z&wPg z=J&$;JvCjN-6n6=osbC164pASykr;6w<6fvHm*F}YF~)bIrpVk4x_AYc*HpBnKF`C zjHhwZIO^)OAYal0Gz!ueLo?MscQ-F|uzjN=2Owis2^Li*Xq-AAYI0iHaI9R+<=it4 zJio}tX9z!F@tBh-Cqd#?Fi|@+f$)h=-ZbAD0K++Aa?@z%{H9DY6A)UbSv!IDkO!AQI9#D~z6m$&kz7U9(;40+OEM z=47B_L^oqdod*L;@7`N!kdd*LW3}mJ4c%VO+j-85soBwMHsi>gsD&K|4Z_W78x>Tj z%U5hEbzFKK%yj;qSMZ83B9E}L##wum>AB{u{@#oP)7Od|#cnoP69Zfy#7&DvaOht94)Lf~c~p~VLwlT|~f%7Ch-G90ElU-0hGS!nBX=gYL?FtVY^(2=?FL$rYGpjcuDEILY^BB)Nb*hRq4rypVuHlW+OLYb={j zzew!kJ;ISCxiy;7?0ev zJnr$01tk8@)_swy6jN*;II02_Mz>!kzxz_rq((`wXE8OE-_Zf#`)()2MtXmU>696R zo7fxXejAr64SXi^(GAjbK`=U5GMnFA$&Sm$?m+kp2}pY7nYVz=J;*#;ee&Vbo+bk$ zx8>*6sIsRV)~2F!#`~I`lWI9|P{*%rfrM_^-)?Y;mn!pu+Ph9IjvQiZQ+iqZ;^~Fx)I53Z~A+l~}fC?J4cY-9R4G%O;RU zbSyjSb6DPMt(M&v2Jae*N@FRqN41D`#E&tHOR0vqZsX%|f1JXb#sLt@Ua3HL*BA%z z`**ycebs<4Er-iSSf6>mSJfLIuR*7=`=t7?jyfE>sg`p$S0+5BErK^vf~W9hqX zGZ=5PsDjp9D~H|HiOR2B%57Lh3VXZgxNa8w85W}j8#pqs8ZY5F==a)Zp^14=3{Nx4 ztrX;asxC|iMvt2RT~WLEm)Gvhy=eKsYDJ{d8zPOGQ!J^W;5rgZjOaaJ&pDEeT3vti z-x_TiE(X}6!wLQA05}(7@JV#m$R}Cq5hXy3;-lg1m6g{|ngfVX4vL4t<9Wwo1Hs52xf9IwvHcg5A@^Sa8gAWCc39u*gdX^wos!m zXO?5gra-NrjLYpfK_3}$6QAO!C3j)fyD2h53}^!Xi*?W%k+;c>*Xk?GJ375{xpn^t zR-O1P*v}$3N|14)i|A^>crRGqY27o@V$e1?n%9@LGLBF*ct?BWoXb+-mBT8oyU%ws z)-=*GF$s~wMO64XEM^E$?V&j90=?uj%VKM_1BHN~Ea+cFW^2Fs5ZpIeeY_mO==X$; zt~^;@O(p|Tj7UxRdD-_e5B8aOO{juG-lI3~1P3zg=pa7$)Ykl>UR)66|qiYu9HJ%GRe6ECH`jwp_D=noVGc zsKF43U!fk8gYkxnH_=D&$x@cG!9Zzju=U8JX(Bw^=H%sdn%yI{kKe)@khLz&4L~d~ zqOBl0mgd{3v0LFaAzCvPbl|VCr34{sn8^7X4m9M3Yi~0H%8AeY*yum%%6FxOI}X z`E@eDrw@EH$_n}{k;)=K_4hf8!EVxzh{blHQ%fLEO@hlY3aU$Ss9-*5MkDCwy&|_( z_BcACP}1L%1_tqK%=NI{q=frD#uzH}Wj)M6FU%fi6F?K{57ty;wlM<_mRZ*lGz4$S zbMMc=o$aR_6MN{(U5L(FS+zR^-~M($P%z4FIW*4D6{DR0gNU?nC$WTWm0^{AcUgqI zQ|`?3`N!RXPtD$!@#X#{{^>>cO6uG{(;>|s7)?VyR?UIuGD!nR!(YgD^HAKlshnfblQ7K1VgXx1)!Q%e}C)e2~1MtjWIL^9dL1xV%Z zJ2*d(>NUueZz%+Jg%I-PQg@u-Rkw%OKy*UgCg^epf#)*8Kx}c8WQ!D{tc%9e0~_Ql z)Y5pz2yfp}V%#q5*(l15j`V~#q%CV_6hHCuCuya_T(MtNhXy>7Qqz6|fR&;ltyCpz z186bCwL`4w34XIy-#0dMTYNza4y22jzYx4LM#giF?Wk#n+Vx4W47xUYv?dYtmNS~o zd7#c4?FuNMxJb;~`pDWnR8iL`^_V$52WWB~}9W}8|A)ve@>99XK?DE#YT2iEa zmf}aTwg!bV?qrPYu+NblY!?SmCDjf?fe@^e845ZrD0!2P67}5i#c;A<=??6art=x6 ziRC`E$uncAFkgwbsMF1)ZtG&S*c~pDOL-YV#AB@_SXo{eVh(^mm2YS&End4tASkSJ zO?zCVy%6#|h+tu{#m;IfWI?vHy3S8tmD#aH3^VLnA2>t?bCF$J?Gy_rD78yyB(1+x zgSezRV?QVQElWNwjamyu-v!}-gu$Mx6-$iHRO4+i4EGiQ7pl8%nIJN! z(03B{((`Qi%-|7kbE&MUV}opT#8buz!%*Ib0eHJPWM?y1Z<3F|5nn^_uS^CF(}H>`>0-~h7V5~Blbze;%joJrw%nzIUdN&+45sdbw zaOe{&vYMpIe0H_|Jct{NAgrbW8HIR=*|xfa8E=;;tEM}j7-QutUx=kON(JtvqR-QM za=7~g@0iZYA2l&%s5vvtv!@7PE^9HI=dt&Xwr3J=Qh49$2huTcw1-yR?ze&B@oG53 z`rjw$-0IfKxM*h4@0~!mYwjN#(r@TlBld(#nQ%Fc;2TB}SodT1 zo%Kc8y1bTZ49DU?EDn?`w=2}qqNX2Vo;QrVKl~)gb9q$?xt)LEBISV407VpX2B#Lz=c%H+N%Ls^p-%M^xxf zG5r0FB*1bQIlmud#jYF~5HI?V-vVn+!-esTxEM8P{HH|Zt^pW%tuNH`h)th)NwR+8 zR$?Jwx-XPaW8(w0+BqyD4NlD$02ZPCJy3{7oDr2KJiK39zk>e6>1c$8wIWG31Jl5$ zV`aIF&i7&hOJ7C*c4oAL(b)t@7D9#B|PH9k{Qsx zT;6QE>5~51r|~f9J+^{YLZGfS$cU6fzrD;0lr3RqQTacpXF^Jh7pg-*Zt^b1w>*>S zvu-{k0B`X%U{A?n7;SC}!K&H0AijXnJ*6$k(3@(aY=DfYLhENa+X)VjS~1N@Kuc7A zK%=*LzqHw{l>)Q0UPfeE+*fUb5W3{6dpr#qHwNz$RMz4crcy`>APf)Jvgz%ck zJ)&cm(KsxKdM&PN7Z9{mb^YQllJD?XZ&6HOm@;$Ube=-|{!||rK=^+v@r#E35ao-rvjNLt*of~0BJ63LTbdB+CZ1%M(4EQKQK3lC zDmg_~8N6@}0d3d=0x_7Rj zdV7pZ3SA1zaG~RA+fQ+lua=3sY}8KCq~OQ_aMc~sK*yoVh8~Vs+}WD}%fzE|A#6P} z%;q7{0V)xz>=J-UVC2H27qKVJ9x2y-hb&ZOtjZldh*l0{|h(Tn>j~c=Q(ux_-3S zK75m~U~62r1y2|bI#7VmcxtbM!bS>PWIaiay!D`Jpy9OmyZGtvc&BYc_XBv$+Q~E` z8#Bk7|2D+ToXDAS811D-G$BbvRq;lWlqm;VxCJG{TNKbUZsUM45@~zzcQ8_h*Rxge zNLAIbX7ph@obvzpaf+EBsi3Y zPY)o9d4L2{O|W}%iSbd=A&{h+#9WG;kAHD#Cot!7zgS`>MLm=rk4Sg4NmHsSbGE=O z%cq8}{D01Tm2jZ+Rw_B6*n978LGFtKbX@_k-PUc2RNNd}hE!G!9Squ?44Cs6KC*Wc zW;W8ZCudKVTU(P(X6fYq>pb~}Hg`Jh)8sN+MJz9#l7+^LgD(@$)p(d9>1<*JC(CO( z-IW#vaWfzLQvK=vc4okJGeF=tsFX${pGu4GmGcsyg}`}+zRMJ;6f_{>1$~izW@3hg zKFF_2al9gJ$22)zcQ3)W2|ux7Unq|Lr0Bn4*>b&yC!yBIo3ygP<*tTpcYYf7`sLvks{00|`O;nyWMB6jY) zM%sjtHJ~qkfCl1KYQaDq{MpAOHdFBqFt_ZRFcv!pOaFR(eLSQS84U5;GK#ucqf>rr zI)sZt!c%QKYjvwgWl6k|yOvD9CUN2t*Q+xoSpGJ!&8KW<5sBEO=eb0-2|}W|wC!2O zIm?4=w#b28T6eGCm9FMY@|_82XTYYc9aWnnHb4i6VVpu$l`83H?0{o?=MmNy- zRp$76HU1D=R^pFSHAY@XkI;psVVIDeB?S@^@wU#i2yU*a4F!RgkSm@XL4>;3+)--} z!KUCvHuAy7v%eluRDgjPaa}#%^rGv^w3{C7*RSk7Hj|w^y%SbY zoP^yccg}EHUxBb8Y)BRY`AQ_}{|0}9nOj+rit+;l-x~G4wG}!?p^D;qkW@xhQJ0v3 z!0Chh+QtRG*^wLPj%(viOt*ZjDGpC4TUZkVOsDbMejl*j9~bb!SrtHyw!cCAf}UO0 zOp$Kt!deHX$Y=ho5zCis$5LgU)$Z-aH5?9Q3QyeuxcJSH?3 zXQPryftpdfAYQ%qRH|1OJ7G~R`jymMxv+?V9v$)A*!uC{QjsqwLUu8a&6(-J`wUXl z@zwpJ&uT@{audb0(RQHcgB7h=bJ&@H=4-)B+ z3-QV|W~OD7$v5LeCzKzSY4ga-a#TUE`T!t4osE`a9vBZ?R!qDm2l4dV%FUY@xIrPBA?~N!WUc8^a2mqqdU-L6{=hNy;8_X`WEt=w{ON*uof{7 zlwQy=o+&OzIR{Ud#_8yXjJ8ViW_A-Nl1Y-gM_EySEQ=YGu~NrtZsap%$6y(gj9P_9 z%WBqjWf)vl?wsd87+2O>SU(`aecdOph^R4aAbC+hK+Ssb_#Etn$WQ6{+W&KG&Y9gQ z*zmdqJl>*!sbuQC#+PVgiSTn19(5O_ft?<|w2av`&`G&dVW;mq6EI)gaMdi6l+xaD3=YW1VuuhF# z&yQ}fbz%4bLL|Jt-=4rB-d|{_gFWin;tFkXrzI?)C&B+H8}$cUt z6P2En@{erMieL3ah)Xc`66G!(Lz}Qns8TKOV5b1}Alw{TmaoIfg>fWi`2UJtA@o`D z22DY8j#kBzDOU9eREMTZo1;Erc%q8!&f!NCHH@=Itu}Gp0ttJvJW_)RvFBMdwk&*a znPh)1kK|7KzSL0*M*{0+o(wOIk7G|38=Vl~9JK4=NHQMWVu?x~UasW%Q8ms7jT78@ z>UuH@&VIo*&BY%~x%RZMd>WEn3s(zOQ6s0}eWQR22#m#&>s~UsFM{l4#*eZ57 z31bj#5RJRsyV2l56s1Vjo2qGLS9S~F$TJ>PL@(gprp*KkTfv6|aBP!=*iVCszW9dV9O#upvUP zopuS`roh%~N@D(4gbMV84^KHf=%`+mn=g4%xNz}DF>0Ecpoy|wq`tCQi4p|beclCn z3x4ZybGQ&m;eQ$Fim}9S@+)MI;!mE+29`-Kv>b}hs1Zh4D^AiseTEFS~aaTvPA(AK2 z-nxCi>1-L@K~Z8Kij4ctxx_`V917!yC1Y%hZhaA~p6f)UCm5)cCbX8WgG@` zsoN!&jUddZ>5*y(U%?!&4_40Qr1zkIz8x4`o^nG#sK~_y{C^1&>9Vbe$3fx=zH5-9 z#BmUySGtqFvO;{^>`u;_`V~kH$W-F5i>X=S3XJdtPODnae755O?%Aqu2@(1ve=_q{ z#2y52_b&!S4hXynR`gaVVN7=1zSr8ot}RREdTIldRWK|jA{6)2u~{v?a_iTjx5#mr zh-ykq09xf~M>cK!F2Pzda-Di}FG7&Gb>fuxi&4m z99a+{8@QCyid!i0`P7tvcM8UbZj?Yihm;*A93fJreXrJsH`~{S&iJoMeD$70iOIc> zQZZiF8eND#M$ijj@cKE)D0RKL=iGmg&~$aQoJiBdd9?f z*9$rHT9sdo-2a>JgO$drN*$1u?xBw9@W6X7@-RD#WvvJGG znI`e~NbT!8Ri%P#G*KhQETJ*OVQ{)LqNrCYk za}@liz5JiWEtm*y0Vj&guwP;kf<-^8k3%N&{dR=;f)nAav8#MVW)kYR&Ui4E~1?XvnafgDQE^t@9GE+9Yk)#^RkM%JQ*(S{nqMY zu`|gvF<}32=^EjBHgtB|TOa<0`*Lv0y^c-Qu*5lw#3ZlbsG!Zv0+ZZoNPaNkyo`%s z~FYW9;yCDv#9c%n%sX8dZR#}z@)-e9%4FCejK4hbPzpIpW& zaYWqvW(9BVcQ5?4xzIKaq}lR}xAys0emJ6+(Q&a)g-b(FkZHGMRQF%l1?dieVIIpY zG3(csrBM0G_?ErnR8-#s%_TVw^ubLi$7g-!>icp3LZ7^(&Fc4-RnRi>iL{tPFh&O~ zdW8D)VV%;+O*vG`3vEEoBrGhH!;A=m42P$mGB|3_W3oSuZSce|m1&OHkq~^ow2)pp zGj!?ii%%74DGw(NaxI;HP{|~nk>wO-QaL~~ViPD%H^MD4rHoj?6C8u5oknLRK+47< z{{_ilw$(D+P%cpy6Fm+iTv8cMDPk4aV&E>ic~@C~FvkxqA!`LJEQM-RT$$?r;mdU%{45I8d$<&9c+ICy<~qyscrJN~cC^ zoiR@x{tO91fCDE(xrL*yaM=C1szmwvuy6WJ(z|)9%dDVNz0@Ls878(f2(C9Yw<*3u zFUGBTjcR81s44B8@v@@I&>I|axau7;i&+&ni0<+<>2%kVhxSHuV#HI*);dc5w<3N@ zRI9b=zP|Z5%^PCKf0O=|%`rP=+7(2~R0_>ukd^VoQ%Lp)|9KPtqAChP{-#M=S9+q9 zvzI*t%@aJ$W55eX@}|0{0wTy{GZSZpwg!-?bBU=(*wqWAv1}03-h{JveJ!BV!hRMa z^?+sgXLGAFdn+76HRSDGGS`kvB;xsV88JOm%Tus6BlQ$$l8Y{D5t3lPg6yAbc&`mj zGHP5W-x|fV6=+UNVL3dLQXA8Z^^%-SWgWVhOX|3R1-7RudsMQr4TY+v`zbWf5X&7{unyRID7fWUnap6PA_DEDT zUTo_*(KEbwwH7{~eNBJfnJj0kyA#g;mH|(aXm}A2eXyP!-tAffJrtqqf>W{9Mu(1FmKntzPCPd<5fcK%DJL3u&_@{cfz~T(DVVk6}ChU{{ zt+=-&>RNIbdO-L=T$FN`PF)=a$vs}K0Q0lXg-bdbgU!Yp0+pW5>oku=oxgq}Plyqt zE;40@>g#m?dQQcJvF>?pYdT0?*1&-NHpKyx9~H1GIgL&2PzR)RlP z5Z=-+R%py9W0O7f1(#2|>gmglb#eiY9zD?UfO_-!Lu*whFGoL<;20{+2Ra^vZ?lRb zx09~{O~LYzqtlZR?%3s4yXoSmKht&^z){=NkXUW4wBd#LdMKT=lo5&0ez^7pI_}}RY27o(-UZRL5Oc2LOZ1DNx?&|VKF$|1u z^sLy1!_j}JYY0dDrhmcR>r$VAVz2600!7n)lV|X9Nd>oR%Zcg@@vtqq#k~{;RC{B7 zT;Z)tnW~=TY@Dy@5MN(X)2i%_nT2Foco+vBA86nuZA6S$?JZcpund{x7rHfHW)tzH zILM_Me}nSzaN7V4L2tk``}oQ5PR^Mn-%OG%#&c|qm+MX#(uqO2>(0Yo5d~z#axyT0 zIuEe42v04_!4x$ehWneF0tU`18ZXsDU}Ipkr~8&5yAR2er3=vRL_M&=QI8X^tq6rg z49SbXX67!@UL-r0Wkg_M3}lN9S@=Whqx$j5R@0-@cJIL%_ktkHTc*4%(F$yg5I|f* zI#r}3Vig}%)x1zmWf7h*H{6zFx;QOZak+|A(u=CBY8c)av2tl5%SL&K6W`mV-6v+9 z_Vhpru0{(Ogc_;{!PIR%?9+XZiSC4zx#>+7jj`FV2?Ry5+^8Zi+!qX)rW8R!kUBMy zB*2AfWjNrgMe2VhmBA?ZSv2(V*k?2INVx+UYaqbDjR- zko>vE@|~aPM}W?;s&;+_Tw*_pbm4q8Yi(y!U1px}dY_pQ)V}nVme%AM6lOxXjd~&L zX8UzO;W;@(?6&Z<8U#O4tljy})uGYt}5dgcqhv$_Ju-1b0 z9jkVv*`(4Tw+`GRFjWY!)>{C%-MiB7 zmfHylu@!a7N}#+2t)WfrK$R6>9Ou|<=sPsI$e{)(nw)&%a@eKda9)2d=%^emOO+gG zuPRCigWp~ris~LOh<+FL5n~UFFy5|jMW)2H9{+i89HHmXi=(??eVgeA4PnCKcF?4l!?6&y( zM|OkKC$EMY2KmDv*AxZ0rK^?I5}x~4Y7N@w>m>z1uE0}cu&&`sifx0J0K6=e8uOMw zwc8YtgyEdqs3V<)lbcJPL6!gyEb&4{Gez@kPyIgla{Xx7E%J?@uhugSw_S94>wFV-42<1i1!uu`)yYN!^%ZC$&YzA_OH!b`tfUny&k3@8^6_wqOWkNm+Dq@y zAgCcg(ka3s_Ysz@YVS4CTpUeFP_0dD6MQ1w3y>-eQJsiv>AFPXH?4X5I{|Q&4?yQH zks!=x=oz0bj3}x6Y|`02!OG2XDzh-5Y0P= zp|h-4CuhH59OH|2d@6+-seN!rrDDIR2?nuyGbq`+GGxX>Nu%~Wv1y!9DngCKb1US~ zC!Y_x7+4sONrJ*uR{sB3SLl4GX;4tMRI(Dcd?%OP4aHx)q%#(q@m z^r#?_S%B!p&-Kt32l+f5qzcY$(2YAE$ftN_N@vU3N;XB`YI)O#U{QP~yvsm zrhI*QltJp>9-+32@2HWiEh5mIUNTWCK$Ng~P3V{Bo*COlTvKevqUwkWH^;KmKB|s^ zCq?vnzE_}tI4tpF3Uif!L410m=MI>8OL^F=YhwLs1fVDndXtsk7BX0AJIeG)Zv>SB zMy}G{FVLZkw@NGm>JtyvMw#f2A+3y4rX}xFY0d+(I3B!|7+@m!`Oi&>6+yHg=zJf7T}iA?iE+qz6FUG zkSkKvp<1hR5g}zmq^!|IIDch6h=9k}kz0PcfyO=sRvNdAt==s`wyyc5@#9zUh%n!a zlg9^0?@j|W!=sGnE0b%}fjuH}*{sSK5HZiE5^cd3Uu8brALtA}R4A-okxNyj^Vepk zf*FHaddpIliy~pTVx`$~04Gz>&`g*J+kzrAqN%-|`#+~*V%>j24kq+VrT3@7A#}jU zx4bzL1aX+qfstCEi|mKhFd_wAx;>9*&?pFFH#tleCq}sUhR1yC0VX5;Bi(_<*TE9X zUo}i+`k&<@SO5W5GWQ7P1xU*RPlX}zsvn_^esikNOYa|kG_oFobPhaf^>!oB*-O24 zoySP+k(F6VEX99JY&gh93qxi*NaouA>svQRuCu0F7(47u+%0?cT9WFsDw{DmF0Bc_ zBvcbyH;opmT^||n7H@eGc7J7{eN0#G(aVI}|7(kz?}{ok=EUjrpxB~cKRmn=tpzq?05k$1QsA;p#Shryj0r#3y)Do)4 zlY1?#Jz9%7rjae}0A)2OINa7>m)i$Fg6&sP(w&gj#8fKQ&~!5I>NFYVXOUN~%i%wY zSmO)CkPPpSWD7hXdS}aI^mqy0;jpgZkeF1 z6-;z~0_RDG|Fbi#E)G4AV>v1Elp-BGbKdlTHvktT0-a6Q_U|9l8=5Unt}cZ2GZ6=? z;aJfNqA+Nhf;~Pm1jN^I#*>>-En66hkMGbmQD@Df6fSS}(x#Q9c#N)TuaL_NJ|AVIS(YFqx~Dlg)bdt_jX(a+8(Jm~jod=U$#Z99+_&3hKVVktx_vgnWU+>3YOXXYZ9(rs z_;HG9X$gVOi_C#+)la}p3U{nIqmM$ld5_-tcubKsNRd27MMY}hT0L`T_^Cstl63=WG7Hd*W40aSw7 z!MgEC^WBsy?-pI0yd&tfw$$4kU5x+6r#%%$y=m|sY1s$}22fGJ9h~TP149*bdz=<^ z9#vj`wQ{6dj>!OpDGcW|<~}DP$UrItWlh21j5ACLZ+7)*r&BhIJj`0l#FT-9Q>uGr zKusi^lE^l<)7suK^sGKe#a8OV=a)U>4$ls3_D@<7 zB7peSQP8HOmL*Mk{!cT+yMy!J%%=KJSyb80d((5gwVTN%bC!>!#nqkPi_T1j#Kr}v zDTgM|QPN|MERJ^476>^mce?P3$yk{nt4|1r7+}+8Y)d6~NCwY8y;AHNd%yQ&m#zVu z9RZ&2bIM>tF0d0>tBOf*jh_O=7n58WZobrhCAk^{tQ5u+QC%$dt0fYtk@dgd__@a= zy9D(R5#9)iqjSf(zE^nKh6Ez{!_io{DH`@c_}zmF6|5rH9^>rb*p$Q!Ili#upGsa< zf}RaFA&DzYk;Vkrz~8n|?ZmV!4R8xNd&4BnhDTSH1(Kqy)Ex1DE99=SSguhk8c$>- ze(>|24%of$ZQiXikjqjtb)+Fjy`xbTcd~vMj^zM5`p;{exFc-Y3Qa_{5~c!WCSCGX z4tx$W43qJu9}{hldzf4J0a3rwzw!$(t;)*_4IbJThSdtkUOxuTT;%tFACILT%qyl} zZf_IvCCeC?hImu)S=Xkpnqbm!4+)K#>)=ogJ?bGZorxFcuQ{~DZa_Kx5{p7V$FT94 z!c5bqoTgO{l8wHCReu>>Q4@JMh8GhXPpmd8xY6Q#8M?B1uWz}7NJgtG16SQ2=;Y*;N&gMP8W-N ztT!o@aRc0Wn4DQI8Qg=iz9Sq`T#J&uZ!+0^7g>DRIeBg_X>K zeFO9H!wAubwkbnFaVi;rvbl73dST#^lTgCsOvUJNrQkV!?2cMpMF{J^Lu;9}Z&LY^ z*7u^maOItwaoPDsKy9?YftR(C2CHY1Ko?gdx)>~*-QK!7w&7}NTogk~X&kt^KlW31 zR#J6X@3P zSIyvovW`ef++Xi9;pj{pXrA8+`MAwzqu|yqM}q4&RpByk>FJ6}6v&y0!Z+ zMN0~XUuX5a8U#?A3KaWD&^UW3(Mfslzkpu&9e)7*Pv>{$g=xV+SCQ%WZHp4Dp&5=kD!zr&C*A3Spwg5 z@q{ntPbF^9wSrWKOg%q6@FSnjuKyf!Hk-DSS<0)Qajlu%HZzpfU~V503z|fy79h#C z7t#{OH=?}wz~2j+z|f`naR+|wLQE_?N|}N2jZD%y+b7vX zUu$!dPQcVYhb?QUp153uDB~j&-5(P3gT#@0X%bGmS7gN2nF>bqT%9{lH)~|ERgOo? zn`Jz=*o8Smfz=pup8P2?LE9>~)e2CFqU?4bq-kgI&Fr{6YsttjprR+sf=kzk$V*J% zsklA&>Y|2oNrltdPJ~euThNVI3!#x@0p!A;e>^r24=SRfLRO&`??+M+zZJ|ANvi?- zz?T6J!|n1N0#dpW5fG|5=Unj>yxz^iM0HiATG|#=vN2oEt--ssIeJ_{u_{AfKh^zVu*U?%wO)J|_7jWF zValCO=q-3pxr8Q1Hco~(ZrFE;8K^v&x534xf%SnTZKPzWS5} z%;-3Dh`zFTYNOM$G3DVO&|V^1Q%+Ny%S;qfwdVCn^yNWeB8+mNZ|v_}njkZv<9+IX zoA|z=;58UQpHDj6;F=ND;4oVuNc)tt-MyqtjVAHKIqB?%Y z^x;jU04!2!%85MIym80WtY;x;f|m!NrbZecwn;#ih61dNXD+aI*W?M5yb&~&`ha_d zZFaI}?JqMcZ81`U+JocJ10_fKRk<|mk699YiFpbIogy#2xF#1KpkR}=? zb^Ft)?dp&whC%_U6SJO6PyaGuzLOvl<3=~JWnK8R9arjE^A$pBf)fAIp%@+RL!5|8 zMW~*EfVjC=;^*nZ+d_BG&B4k@#~pu~+oM!woqPbE!s1EzTtGHb z4i;FJboq^0?zRv5kCBd{EEiFYo!L_?bbJx{syxIVyJ`IHON_s}C-KwEvW(kc8Or$- zmUgsPXpRcV*Hv+8u1wX0jJ|vzI_<&AcPJ(m5UA(H&lIDN$AbYh39Tt6J6Sp-`3nP zk;vyy52jr9bqK9&t9x{L&Xj9|!G(To?rcVo#x+5RGH^uxWIZ9XuoaTA33LA0yCD9V zdJWzUdG}STQuG~7m4zIJ{al9$3_jck(L1MI*JQ&xkZNxY+rsCJ{*@`K~Rg0}!P+8XIKa`3bFv>+a z0xrtf`0A6b1OomUSYC|9Ff%wupqbGJ#Su@+wu6jS5A&k#%q0E;f`I#!R;AOh7!dEE zbtglPB5Q_28NSYHy_uZ%$KwN1{s=cnIhyQ}32d1QTizm^Xhm$c_gi71ADr>tsYGgp z$lKu}HeLkHH!Ov~?N71d7nR;JyFY88kjvECL5lK9=cE}Pus`Oc!=M4Yp?ZNnb9&X- zAIkrm`u47JCoH1XE~GhuI82E=bS^krV+a&Yyeuj6SSw9E@%dV~r~$&R1YOWzd|d zznSxVWTwx%K9#O^sCYb-&#P+^@3Mr_50=G2mADef=uxR^DqPwm+)E-p$Z(3!>rlPw zs>NDN(#@gd2n1vrSX6Vgk&zHML)km>iLe%1yq98740>_kWU+Coh@RkF9F%oPE&gnTkM)%%VtFXhk7>F&V)V zJMzT}hVTYq*8vq#5#kQq@EKlB*Po*Na|NoNFUrds5kWZ)9wQXcVTqFj-C}!a{B8!9 zyw9;3ncltpVqy;IwWu;E!Q#=Sl<;Um`}Y7CBIDzF{RLbj)wppd^{*Y1mH=g(dv*{F z`~0Tu)OD6BtfN-j;=huWyS*ajR}+rZ8k8GcXwI%`!gij^gI^Dh;Q5pb=Rno$mQ=sy z`0e|4a{UZmq`tXld8L&SvZ5X3GwVWy>EAJf_57Je(1Fur=?;==VvX&$gXi+EY&p~2kD*r>XOm2@NPM=*kY*&fO6(gpN2v#`@h zD=F{(%hm%LtejK#y(dbgMt8`_mls%|hiNc;N@(%KkUW@+wG zf`?2m2{?1lBWVoTl-lWLGp`!5m0M#`PdQ_6)wpUx4y;m zFY>IeV^R%}r(GKhqQfqs9T>|dWbsqsRje;ur#;=DMn+|R_`eku5?V6A&%4+~ixAyZ zDe4*WlDcMf-HeGg_eI3=B?|mJvI?3XTH6t$i|4($phNTc@Fj*V>fGYMz>O)sUqmgM ze({7^gP(i;P%+~2?gx&~4Wx8YAf+;OctU*a7A#aw8UmluhXKb8^}|4R*%@q6lLW2KSM3&!KwZjcvF(V@6x`3gp( zC(HKRZl-VE41nhGpZczxl)k;M3H1u}Byz1k2W6gBMpIx4keK$&4beZMsEZpki(S+lIGhkqh&4Y@PLr zU#|R1NRI$P+-qD2(pVMSUyWb)WKf-g59#-q3D<{}aNQTv#bS4Zu&%PGEfgMxGOmBI zUW{PFqn9AjLFgUItWP(LX2a^`0^w|J-n8RsXZg8S?WJjhu(XP~QA!U0{OwRoawPsE zxJ&E%Ur8*~j};guhk{)`$79}-#e4xS88oN9k_fYb(cELgMjXF zHx;4~Lxf617$s#;ps)6EQwmO$+Ce^{Zh*%xD(%&F@Ml)r$yI~Tg*>TFXwe*%LpZQwSDEe6v*opq|`Zuw3VUO%0)Hu~D=?QvV<1e0kD zi(A36d9||xSRN#_2Eeirne8YEE0T=9kluj7PFkc-p)pjADndD$c6zp*_cyV_ICa_D zp1CO-XRtp9vF2O3(Dd9C8iuyS!64+Gz_C>x)VO#>P3)3db5 zbZlY)kgXCyHG-M;5L<{|@>Cm?!}3#){nV$;yM5QS3FXv-_5vVGdXsH6Nfh)QWCA)^ zo+DOQZu^s|$hdBpMwYL$BxlZ=qZWbaJ!CHlYUB2Wry`QZ1T_5P-(G&Bg|NRk2Gu$I z?$VTo*nV8gA<|PW?QE4D+1b_!GV-s9XcLiGeO=&7U(hZzrm$JJ6}GaF1_m6nxFwaw zO|SC@T=^KOQKArgCg$YC!gcA)k^&P=M6<}OoJNg+J-j`mpzt4p&!E=uR^h$rK^TuQ zMs%ACunSM=E|CynAtG!zfdK9xHswZZTDhgJl-)&?<~jhD@GnQ*1EjC1WF<2w06?1t z3*4wbc>|0YQN~Eix{{@dyt>3viS@~iFz|?h0g5@C0meCqhN5UYaEVn zhZ<-of#72F7T$G|aq1(k*o!V|I?Z)k-8wnd7iLF(ok-Q@D6lkH2HA%ql|gHbYU@c@ zrlPI+7B|KAX(RPb0C2|>>E}0Q51>4h$`JH- z|BdE8k;S3la|JK^U7j9y^Q5%IosF&%kg4U53dPEinuZ|Dy5XIiyc@D!EeoV>G^e|c z%xx*$-+U2+-)51I_4=pt>z7?%~^(;t)h8j@1{rN>de#2UdvHBfW2kC4m4VGXkK_)sA z6?IOrtJO*Y`p}`2;~IkymGtH(9h52`o9s}0#54F#I=Dro?{3Ja%Fy48Xxj#*5l%{+ zZeJ?M1j+0A&_R}$LoR#+!&fj5x39-q;+GhjafK|?>UOo37}qV02jP@qc++QXu4uP9 zk8_X;<$ka%-A&eFUYOS3XiGfT+4@7QI{^L__x;W)6{`b6essR^DrU)wR$<}}|C1wA`REpuFgVZJBrEC&|Js|&6D)d(cG-;U^b z3x1fo5xS9T4mIi^T}Bm!lbDT1t%ceXJ;H^+8OIw}r3S@ic7n_hJ?;UxW3)p^8a`B^ zTCeRGbB>Nz;`&z$*7Z42*N7sp`s+koqGfE?a3YT!4~2TFgG_Q>?Y{)G<5Y8jM_HZ_ z+1Iy$4y!r3nQ?fI0~#OcoT0sB0J8jsQ;{e3;95|P9dzOk zm=TQd$KlpUXb5I-=VL?!w7JDfXn+y9rE_et&wmpCXm!R#cOcoQG{8zYH3J@CPH9+A z<&P#Ow1ae%9EdRdPc0?rGq~a*QbI9 z)!!~cE&Gp5TO*-0Tsde9@!1H{q{0aD=gzx>zCa;Q&r@`ts1xQm6D5OV%;F^&y0@|M zQPenO*dhVgG{{$IgOf+QiO9>~~6L0(P*vAC$6AM^z%(VOGw2+lR(@ z_K>kNSN%hlgoM!|x;;y_L1ezQ^Nt$8kUBnJCGIsTBLWC#Ndbs7WV;N}f~z56J^?wk zC7WfL#qcMt%)7b;z1@B9MdFAA@nP!@t`AJx>)T$Vp`qNP-R70_TdH^+Jsm=0v25!S zE#EC^*Ypn~*|6B(fohn&)UU_@mbreMH!UNO~QZyQ}z zIb(mvGEJC5jh3HFgAphLf*~uN>u3jaEq6?%DawN4=R3XEVw$(96W;Jh5~l`$e4=c; z0lh+d08=OwX{crxqxA%1@;pTUyuXrCQR=rDsmX9_(Ufw~@#SSR6?F!XTkgeYFddBa z)6H!sS__X1;0Jtq3xud6`#94MuPf9S^Jvvi4>Qa)5U-Jl=fmW@ez*$}qZWSP(77&9 zXogf=10;$}v-6`90XC5n>MerMHD@%oD4AzRNG)IKQVK+U0!ysI`HvB8lA9!Dn3%wzH zK3z>jzJ?!;1mmUIA3lW{M|mG=I5G=*s`&a;3^aEdxPM+-!B;)7BTF7zVUVLvpK?$a zh9yQYD~3LFP{EPXwkuyYBojSKz{{zjkqyWCtUEkrv@xFxGZqK?VAuIGy_An(BZ3s^ zP~sEyl6XAQjKa$;94Va?#!yKe1t)h6-fs!MjAoU>7W}*%;U**GXD!HOCQB%pY)zo6 z+_dzplHr#N`S%zUSevbI7I!9^vFOn!x^!`UKnI!iu$Cu_|~*UA2x-seIRALs+0C`B)J#L;5m|4`4uatdxR8)X*rf_|s(mpGIoR z7Tw{P^6&{vX0M`@bIDV8J0Vhg+OW}^cV@_X5EIw8wfZ6<<*ST0H6K_U!=(@q?8$!! z!{(BD?Th#&ZniQQv7F8%TxGNX#hWo54e6K}(Tg=iCE0P>U0LziesQhP?Hc=h&@|YG zs`9Lk$Bh8=tYrv*G%!7bu}5iT@+MO&uvTr3RSxhsLcJI3H!HDnFapsYY89$Ci|wl% zfY}?iqUO?YdzJ>{n=LW#4LUzH6ee#;sSi6K4cYQ?ypXoY955ltznHM?>|V88+buJt zbb+Y7#3f5|32q8wLd9yaBG#t$>j+~jNvCx^xKg!U^6}Q z$)kg}V``^2T^-R~UIal1(qHIq=OAt1Jq1T*HY_j$=JKFUIv};j+VfNA5&x9WI8$&s ze()SYUvsTzLGuGzbV1nU9qoAxSYpO%b#7KtJzIp;fhUqvJUZBanWbZMqp!J$4PZDS zIRU*7F3FZ?iJM}%LZn#bs{tq&P2>lyhYAf?{!%|pqI>HLBe}hARY>aL#8%P}O`mMO z;)ucPPK!q@<Qxz*#{UP82W zFKJyJ}gT3Dya&v(^$!NSu%?Wp1D&wEU zIWRct^xxqt1rFkB*Bf(U{wl|8Ycd?>fc!Tjpp?Mfq#&Ki;D&*%CQC4rktwxAw^5)7|%ya}Yk+O`E@m z-j}ntPdO*}rG%p{PC>~>II7Z`pCtebbKjb@UP?LFr(nK1C)Ld{IX#tPct%HuD+(cd z|KR0`ui#y664hB#DzUo3>aJQ(?T;kzI?V`{@xaCbh053#9nM?JJORzISfb*sge8&K zRd2;(O$?6ASx6JV+&o1&=^BAtQ|fx4nHp*)(VR{r1LC^H8n`A45;pIZJTWA!#<^&^ zp4T@m=4dHLc2v6<65B@S8@j$Ztuv&sedZpb>C=U~34^GdTqG*nR7e#)dovO+|FWX$ zLGhkt1SOV<|MhTmXf0Mkd9!6R#On`BD8(fx*977O)lT<$VJ=beQ#GzQ9`xMKN}oOr z)sgJLeL$i489t6<+8=-$z`BAN8tq79pr$WkHv8JM8$h1UG;`X`I*^X$3Lf@we3G3> zbzc6Aig0f)xt;}UurLw#sX9fPEU$%wk#HgWWP?5jYX=Fw+O`EL_gGx;hQ}vO7~gdV z88?%a`;Ioad9y?SZL<@_J8IB<^m(sI&QEw1ZxIFrXoBUG#jmo~buMimjS_a>j@p3i z9&UpRE7I*iK39!SPR`sjqCwf4!brVBsYyZ#LOV~e@Z&kHOnbTf6+P;ksG2kMLF^kNL zDH4i)%O+1j>!&}eQs$kfB)6vlh!)&=5fizkp?rU88iqvJk)f~VWTSjpfV1>WAiu_v zJ~QT`D%2t>NQ9RRx3ThS{b}6bGFDc~g4tF(Vr=tH2xSc`)uOme{2*I+svS}?Im6^P zd?u$cK%T>su9Z^|$j2HUllCw%N^l11B;jeJKXSv&^*fJ_T1X(Ddvp+M?V&tmU_yGr zEh(aV(TEG0XcHp?tjaMQF2EZ)06q_&jJcekJidu9{wL}y12=(whL|6KxqRvF`FM~j zN)CP<=T_k1fQGATp+~~H5z9@J^6$uCB+t&o7}Yaw;T`tFkOPLb`yABUW z?Q9ZsZcYVSZdp%vjEmJr`UL=xr{X$9M02q+_T?jU$-OGAJ%0 zZfXhe$|aHv3Ex$+8Om$AQDe8#(G!Zjz;R@IAGFDmN;e6?fR!tD49-H+R`5vTRUKn{xe0<}aL1W{KZs0owb60wL3wjtxw zMpqH6*9l~ZK%V~;-a9-r!I%S0|9J=Y)^XsAsGL)vl4s1x*cQhVS{Ql)}b~T z6#*koE8FxijHx?ht5>TiuQ;|3MW3nJ?S+{)EimROH}=BliQxFETw z%*Xs)BOd84Lks4dho#T+_QXDH)S^itcHlZ$aV>#y+oNedaG%l3fzOGTx~0Xlq3fmJ z2G@EihZh^s-Croh!p)6SFvc+VKHVil!@|6lz z!U>X!p_njylbqzxe?2wPix2WR2o4e}vH14U#3u<$ZPLsQ=UHZS8X+=kC!Ml|^~AP1 zcwW<5#g?549Hvf#ctwWP%@RyjThM^AfnfeB`8V7g9lHX6(}cmA$Kcx1WjjgiD6`0} zHArbaD%+w~idQEuI9GAnM&bZLK)%0Hc(N#_Hu(yAMMFXYP$#UG?7%L8*#hd zTgT{=vtifHF6xJ;BLC}VDVO?=bg85A#;=&W(gPC>L$+j;+^Gof(XA^~Unq&;E!2aFd_&#!Eb=IWw)+ zTUzru-4*=Y3IwK!Au>^gbM13Xs4XljsK{G6nVw7MRcP+wGGnFI zodj5JM}T4JnjC^ru78Qp<)5X;#QIY7OOx_I`X+Jr=4y2sokZFe@ZUgaUJ?n+z3nl7 zUGZ80T`bt_R=SqL_1<%%W-Ix4`lg2}GOL^^^DTF8EBM`bR(6R_cUSRIzix7|idrxu zu`pEMh&36=#z;nD?qy}Rx;vP0{bvg)#`KXwi=|=h^-9=5pva2Qfd)bj!Z5$w0_9VQYpZrpP5%Zno z36-;C0T`%7gX&u=1vYV^h3T?r@0q&EyK33W@N)#5H~+Bg7YMxhhi;r0 zvAA@RK|_ z&hb$dA6t5Q;=#6rvRHoHZJZ(Kw)Jb5Ubv>N`ndAk^nX9%QiHEW5hW2drt+=k)hwgU z4F=4j5fFudPMS8?5<}$+6S4>TE?hT2?~aihUeyFLtPf(fvVq<2(3G`K&OxpqIC?YI z)0%P89?8IrJNAci2ze6Ckr4+&U#M|bu%7UzqLTQ7xPw+j+m;j{1v?+*>Gz%YS|fpw z=c&TkCWH6=593ri#}pAk4npKO`Pee;qFVYVB|6d=HY^LEyLs&6CAbr{AN(7Db3Eky zSpjgat{p6d?xu@hcY#qhmpW)iYOEUQX*KbP?UL_he3?dkWsfl>mYU0aix=mCV^FzW zV+;!CbZ%xCdjvYc4@(%eCzFl02|<`UgmJe{eFYZ)5z=AbX#9k2CYpjy6 zSLvAiKFmBPKa$$PalPEO=~oS4ece>TW#hsY%FGr3o-Va*r5%JXBfnUFgGb(1(~R` zTs#c#YCov+UC7|v;na%^u4!t^;;=Fs5!XgOHcJcd$%Is6fWkYFw#)l{(bm2U7f=Bn zyg6$x1h~#JT{4rNmOg4KiX(D$3%@+;oBAf~v)*Yw-Zu;gt|Di$%Q@e*{yR(5%DI3k)ZmVc_ceccmS;q1xlC6imhqeluY^q+ z7{0QKV-&ncmX77=QQK9G;@Zt{QCMsbj|>{8V-8C#@NVX9y$}sp2x$BsXas(W zt#F!(FGRV5tPR`wJEDeFHjzLD=O)HeijX==_o)5i=FPq@ z1#L6R&&7o416IP)00u;#GZnA}iWX^tm_gF85;zr!{y|Cc-BnO08K&*^J8OpUHt*KTulfyBs_dylIO4-W2ly-v%feM90Aw5)Ihv*0S2R_| zS%-xa=uR(Hv#~-vl4KHldWLbBytoI{gavwH+xLu5U^*gCi)!FQHS9LshYmD2p{mfBqJtCvBrf^1g>n6#Slw zm%X!4uW%=(0*?)tl;m%`wa$5HN8YQB=R}Z$ip5S}dDc&7WD>&>v$d9t-#{j@fND@% zpk{Okb@a$2jO!cm-3u?E%uW#_EVH#I$(SjdEuY0%RW|Bd*2K_QaXSnGDVX>a6pDF^lMTLrODB$Wj)U(X%WJ+AD*PYQVqN zFc>D6r0h%iDzRWes-gyl`jk*EM5Z?@#>@ugLVE6Wv`E+~)Uqd;CnCRLO+@>1u{qnV zngf`bp*m_HVi~a&{bHrJF+~guPWH)l#S6kRI!Q4vh=-LSRTCYw$8NQk9S#(c&ZGiO z`+(c6WS?5yBlu^{`7yuPcqJSd@y6IC$`qu?a}~D~e?h*shAWB^H{7a3{w5OXIG~jp zs%E+DgNT`Xr@m}sbiAQAZNX|=!dxU^^ND%*^G-|EAnPL_RmDbp8eg8yk!5WH6K(*J}r__(%YbpA>It>U|5*nvc&k-(sOq~#I0I$kq!1qPg97) z?2ba4xiR!ogfa8qzsT)@Q%`21x~Z(rOW4Df5r=XtK^4Wt2wjhi$}@9g|G}*4Apl2I z7qQI#c^OVA%vx{{Iu&gM{Ae26x6~S^R=c=60g<=4pksc2`*TvGpWfPv%p@i$F;{d#m5j^vBCf?lDufRTDyZN?0cRI9Csui)vjPBs#68VrTY!bN#&)y=9Tjn-BTt#L+%_|4jBhe1rPL;ML_5mJ4?G`eGs)yf# z;#zQo^r?dRgx*$gkTb*mlBQpRWVo%)M7FE60sKhgmPyv*!aS@~dAP_D`l@O1Eh;+u z9}3J*YwvuCb71PVI_e9tjH29dbU`<}e9(ip7?Fut8X-;fyU!`w{E6EK1|Zgjm>;zB zb2!luf9MefzEe;_*Blxjic=LB$ZpRe=4b%1YM(u&k>)UCJYV_U}3>Giol5EzyboyMbPLVv}N$J^K#g zp(Hq!l2g*WfhA@}g;QGXeZHmu!^kiOU=ikilO(-t zrnrH?`(JSv6S!?svw&RB#)WMHm)G(VvY5`E9`%BM(a~Nsl#vZC#ExeDNdw@a$ZQNBeA;!J%DSZpB>Auz!SCTNMYv)Nz^_7vn z{3-lYFU=~`%6s-ck=kW3zc3t$?w2>wKTlRuPD!uI>U z+?df_!L%hqol=7VPJ*L)(CV7w$VTipiv`DOWH6OtcYsWGDu~0rjY!UL*sVz+1ys2E zXh^{f$kS|9K|6GLSbB#J*ds}K(SzQJjSGQ=w~pE60j6mzmXp7NIHXFM12&kHLe_MZ zJOT^fGGBRx0y0%%0a*syCw(=}m($pQnjJq%z+C8`Q3>jYjb6mg7C&>Pi_7etBZ>wJ zOx}JItK(d;wQjVyh?Z6Qyfl8W9n_Ja@{R#O^jB8${yLTQ=l}^ZgnhGu= zyi>>B+*DJ>hC-nGDO%*c0KtaR1i&X9GE7}H*-xD{Xg3mfBXseXDC&batT7v$xh`eJ z5#|V2T0!b83T2(M1m@sF1{<34Vs-Y9Xzp;S`gRMF+RHpcV3m`Pt z2bXCqvuZ!BpE8zodp8*yCXNlEwuWpL=spz^Ccwch1RTYg*E`9_37rdedxc5n*237) z6QD9OrAGALR$T{fgvq_sWtx3d@-8c^Ik($Fr6(khu*Rcr&yN^OYsJ)%V6H_gLU1oe z97r^uRO>2&XlU&CbyuRtZ0a>(_DJc*9M6F;vWqEFrbLIljq_I0gES0MciCdcJUNuUDc$1J|Z_~aBf)NAKI_R>B_0c5YuoH41d4B~5Xi_A?Ozl;{7k&vd)KqI-`mCw^zrn^mn&2Gx~F*j*viLYXn`8LLn_yoRRIG8%wn7R(lj z#DE?Rm!en;XeU>Bv=xQJHQHP0z`n1YhWO$M#+0-!EvDodGe~V^!Q`Ul7PO_2bK@6& zZ2J3_ZwBfkEr4cCM~^_@C)ulgt0`oV#fi^}-psv6$c62kQB-jlO{KF~@VPC>AS)$m1i^S?K=$(FL}VgKtiz*spH_{V z(jngU*_pDl-KZz7loS|G__~D#Bx+oQnG6wyVB&pihtq4`+cKH*+y8;~zC`FNEn6xA ziQe{Bp?t7!TYO4A63{&zABy;kUaRTd4yeR@ks2?0`E?8l<1w0G}q((Jc_vDXw` z*m480x{fHG8i9k{SjoHjCOgBmVfW^C0Y29z0t$P@%~+s7_rbY6k}=Lbw?oiqBZzk_ zzhm8{A&C-8rfPib;G+oz=j1GcqvikhTnS+K?oW>bNV>iSEWZ{JEr1w_WLBRQb@Jy2 zT&Vcen}aaioVtFcl=fQnDwR1vV?o5FYfZ)Hude37VeX36b^8*9UukR+aZ)g3V4=-D zD$j*xy@!5W1Z}YsTGG#+1Wg`$W(2ZDjs7Q#_qxg^#DqUIDp&Z7N9>zlX|xd4>qO4p zYF5kutT}MclJvMuqq36tKkRR7Z6tE-j1|^3x|pzx4enFGD}o3Lp1!gMJ`(fENNCt< zKYVL`k%=d!WQUI;nvqu~-V4`0?0Ehuc7_+D^hcU8zOc2a`5mSs9l@bW|!2THLqBKcj3M4CC zBD=;*WA1$D3)*wrtJ+)NJ~?fxFL;1?S+(a)2gE`UNE3RU9MsYDi}xSQKMY8NjhF-g zkh}ro4rs6gb*f{^f)o9v3ehvHAJ%=pIIH<^Bsxi?P~!Lyx;Du~7K+2I>ih%%_uA%- zy}|Wx(ataqRkXRdGc;KR_s@??+3tpPtir#oKIX_*uXwVizBvueMfQL+& zL1N3qdjjEm80COYFG#{#eEv#e5hTH}ht$$Y3M*K~32Dn!UP16RVEG#(*JqGMP=!~s zx56fUTz-UmM@n<2cA|h3D*Tz;Bw$R@T47GDYt@-QMP_)|5ifDTbBnLzidXDfO<29V zNw+LABaEn;y?(q;JBShihLBkA?dhIizHKn%J*U`4V#mv?DKaVRfbPw<5rx~l3!%8s zsp}OQ4S~VokclabDGD`^sX^sAA6taSG+bHALydnZ+kH($!V`jviKo%Vv3~<_>C+Qp z9qu40!!TFLA~$_}Q99bRN$JiLEQcn>ya^`s?8czEVQ(#^t+Q7s;YbR~{vvOoG{7b5 zNd7O4T5`|b@1?Od)%QnCSSVk>=B_EZwz)2t#k77Y}wCL0Bf&qr4QihlRA8wPUf8=0P?>7$}KxEnmM zly)7eWizTMvex`EGpD3Lw=gfz`Oyd_y3|V#IKASf)QA3^)8yRi=OQ`R1{d+D{9dx=~(4UCxzBB(RdvS7Q!{i_L!uq7vY^)8%#BM&lU z7mCU;HI(r*#ku#vG!cIU|xPA+C)ktR9F6HCF@}tC6l-KA$-UIv5XVRRkVVC%KF zdVJN{QAS@B86}Xf2!bO{t$LeGL;LAo7lJQ^pvfA7;p?Zqa`{ren(l^1cBryyA*}r1E>+yy7-@;K!3|#B=zwk*WX86J z#I$PeFTxp6;t<6{NMH|iv;wA`4cw;#O2nzV=2VAqZV^JL%b*|z zzwX31Mw=4jl-S5|9kd%Kc*lIC8acDgZ^#bbuZ2$w^$Z-YFR_#zlpIS;6jMkVIQ3M8 z!^IWkg_G>w_Bd4>60pv!x-mq$j31CCN0!l#pxa$L8$Q~$M8|T`lp4fJn__;J;6z#=OPn1!yWjH$mSIn$R->OwBy9K1 z?m`6~v||9wZH10PA!+Hiu$JGPRoUv;YXdx-pzGM^Xo-{!!IzUnc|C$%;1jV`M3DP#GQDJ3SfRE$i zvwSQIm;ro_c5c$SXi0~qB9A!-Wvg~{i@q44;>#b)n{`$WN+;@(707<@(z5S)*?zzM z4>RtJF5Du+(CKxdBX<<(akIXSgH0Cc4k;!CqDFyML9MfFpuXnUr3Rs=3_ZYP&sjW* zNv1NPL2M}h$})^dytsuZ0KLY%T38FY`1a7x)b?~PcK8$0ak_r|ih+ zg__`T)=zD&K@&9amTmZFyP4K(JR53yF*N5$YrheS3ZJcQ#kE40rt(5-)=GA*8!B9@rM_MFM=s*&lRe`{Rh~O*gUO z@G%PUq0yU3E;Ut|JKBcbX9c(Bi@mK0{Fo)D7Os+mWGqC+s^H{xkw4>*M4jbbm}5VuHAQ7V1yj27Kf{trDP)!TLpeX)977l8|c=K27}# zGiwLVwiAk0_=Y~;2f@TVu>mf4sKS=0$O{;~8Syo1pvu$QT894Jyna|zN!>@9&oit2 zA4REs6aU;qh(=Z)WpYzQPd_ke+7A;Et@=!J>IzrpG;46*pI4bIhjLrJsl%HtfV_xW zB~&GI2~HDjtxArHS~q&xaM#%WgY~V2{q6_W=2X)QjoruWZ$1x3=6KHhrfzQ=l$F@2 z;gCaCI<{2e`v}Y7Kw})L;=MwuoVYwHW7d5~%OyedRV6}}kH7y{x5uf;$_S^UD;o~1 zfP1H=ma}aefS!VMUDrYKab}P0CSB^I$C|(662VS6-{@Lqu#alFWA&)hNUo7#OA@$# zGi)s{kotSafOYrPWF`8PAVapT#Uqhclbf$zkZ~l$^Al8Ic8(9!qH$1eX&YO3?5+v; z%RbKlG@Iu9W5gn9=t5FFnsMOSH1P9oR?WJ>p8lC}hsfV`ait4X-6B{`eGxV!OhaW`8av@+%%^AfiL^$)O*47 zZV>yjj7jKxI0&BCELRi;h&QRFDD~`k6n4 zZKJsb5Fb2#8^z{UNP?~H#7GbJ1K=8bL&qJ66fL)=RF5!>RW zN!Ssk=ltx!-5%xJH(yyF6}4iu&URF6{QFMU-e-^911sy1zIAVJUtYFP_qy0R`h4NJ z0F$MCx09SURPn@9#}Ci?sCNC=7Zy6;*+@-O-5M+atmFAClIJ*TD)l|JX!>e3lM{|` z&neaAv*{miFY!D0vf&wh5g^J9ofo3gk^EiA zIS5WR$6AOr5g?5_sbjQN2@)w-xzvLtw`hJH$G{;wUBhlzAzO?k^W%8m;E%uIRWGt}`rd0Q(K*+U>JPH#!j7Tv`O$iE zGvzLkrD6gVs^;H`0RoZID+g2)VY-=98<4K6ko<45i-M! zWBY!DIlI4TsPuC7wkq=5{FU+$Q*@*hrY(p!w|!dA!Gc@w%Kx>AKQ z#7|j8j_CZi!y#moma7J2f7{okPraZlm(+YEnZ(JAcb9Y`X&lju8z8JUE(yzq1bQY* z;ECTQ>%Mv&K4NCpx3=5O1;0~VrLv7md8Cv&$_30*vQnJ|q=EAKvX2MX4v$^mTs$>R zv>4HIy0w27+iD4&(u+}6DKCOM1tv=u4UP~6hEH6WdJV|w}C6l znWe)NAyKH>l84O1i7#f!lN-&TjKcQ#6ZOuJjKYJd7)?XFi91s7?7ftcIH_BAHox_5 zKiS!|GdKxr-J;GK@_!7x6fGgD-B{0k3GcOHw5c`u(iPrJi z>BRBR)&*iS*H9WM=SV(l>s(o2%89wvEd}o~Oh{CGMoHE(s`<|J{#JK3<+mT3#f6~~ z6_$DjS2y&^o6#3ahFcy7y|$xy2Rj654Mb(O9ghtYY^!EP^bN34*yV=X}px7a%ae5#Hg9$W#fEaV4iA25hLm=iDyf(6aY`FH4(EG>SqXue5_nAb} z>oC3c2+p=uyU8Z`y&x!0Y^&$&RV}ZfNYil@BFJjogniQTHt|8}2L-Vms6#{!FGM{! zvDREGJi@5oPioUVXvbSDjAsIlC*~?mCoCgRA&_#{ob`ZKc*k0Euw^IE*`Qc$9YLZH zrOtQu14WA)r?x^lA4(?$+6%O{hpPpXebk7qQNt;~Nu0V=AcIVm8;cG^G$2_PM)N6cV+%(ZK@x;)8&d!Jex3(^_XN0L_tn!RIW?E{)t2jl>wY!|ky2%{v2$Bk5897YU5^!?1Je}MY z`aZm5d)IPcChL6uJ%W1W3qXQ|>+HH45Sb$|53kXenh6OL_|301{z-Gks~j^qizwPr ztDv79)d|S8Ak7Y7!_#gs$e$aT=reyAO}>{bEJ9p5CzZTx(ui*k=>%S0kF{O=o=8~C zgd@Uf%T>UA$9m{r+o*898ud#M1{D;LkEd*rC3Tx=fVWy{E7Pun&yo8m=e)@P9SzP% z$@oFInD2y!rJWX1B@i1|lRH2n3MexdWRo5epf6;mjo3I!H4PuL5qM>q#7O{VKWcia z6Cw}nEYDhwbn_(nR_D7#UTNo=Wmu^MLiX9zn&6PPN|J)}%VCj? zbkEW%9dQ%11V!m$+F7V;ASd@=f z4m((_q1yG$7)JJXuT3VT!g_+LIAyZvju;GQZAXDT7Z?$|twO%>TIasyY!v5-8At4) z$umk31QtsP6|*#!#Z`{!a2wh+;yD=^?yd|@Zeo5tF5rb%FuTUL>2frMk8dL@!8QRq zNhq_CamxMxdtb%qX4A;#)HMDIAe9i5;0=tH=NS|U@tdhObvAjz^ubt@@wQ`kHFv+9d9(Dw z=#pCmG9e?`4q2e?AeRQ*s+bV-gN)oq@m})lrqu)QCvL@eSXL&gI^Kh?c^#qNK@xoL zlfosVR!rgQk*1S#FcVgu>Ym>n*}Og8YfXr4R6P4{)I3KG9t9iGz4j9@ylUjQPIk3> zu^Rd43_AekSu3yZ{!eJZ9G%yT{lcnmO-!g+eJ8QLreh#4S3*+pRwTU+@wOY*#F~plkL&mjme5ww$wC~;LVxUrPE*n( z^tO1UI|3gl$cbR6s>=quGx43xKN4KNBgH<*ei|>eL8#+j_j^}vaTN&Y5+TO{ZIx>o zohHfAi!PF0R<2!j1(=mb!Os+07|iA~L0dLgJe3e;JU1fMwZW6VV1hMkl+Mo(+UhY=g77UGUQw#HtZJHR0W|INf4u!%-( z92G0sk$EU7y|80>K_f8MQ)rNiKYD8H8D_58)zilfW)ijzO^S%{{7M%O5cGaI$K}J( z4?y%PH|@mnz6m)A7V;~FHxl)2e|+izKTR(RMG9WxG?5H?sG zTZYvYf>}P`C$QVAg*#!A!{ryavB6Ze?J-U19OGQIIZR$>Tl$W zurxeq(~GYTLI%;n0~IT*giCf6B|tjE0XCWA%7}SR*Sxnu6Ai*}BAk1of`lw=jb#zr z`%wB)Zx!5j?LVCa@<>po>xi$P!x^}uG+4m64 ztsgc3c-m7!P-?XB$tF}THHU?v<*eLZpp>bNM+$Ko(06W<^C9(7ggwu}ZakP%PiH-+ z1_uC161I`&iM3JDw55a~Gm}NOYLF}|ndx&T>B3aZ-&PX9_0NN*F%-ZDLG$k?DL?LD)Au`|RGG$pjqDuC6cELSyihdE%ZaOXdV zzm-mo-=ZP8DG>(gfzF^IvpD(ieCkk5P4I6apPs*3XbO8M5<37=de=!caZRNtiTlSN zY@^BCf=J!O%^sF>XvGYgTOUe#EOX)>WMAfMZ-SFsY_bJb4(BY~ytdj0=MqUW1f3fu zn4HyW6?(&f^3fzv2zm5!l3!>7n&~^}smt9h3Q5I+>MU2|3^(mk!AhZxbb|sUylxo4 zuMF$=i0~Cl)%<@&Zy7n85S-PV?vT?ix#N4Ks<4B|Y%T|AfZDoajVqiBa1rs|+*G0Y z6NR%hCEKH0J16-Mg9I)SjYl+cLbUI+k`aH+aj zpZ78`5=uTC3`WH@aS_7l{UAeX9=iRZW#W?1xm!;eU!s@;S|if&c*q2x=NnQd3%JhF zTe7Ps$qSkZc40pPRb`BC{mmNQv{T{e|0>1Eg=*%t(6S8~s9TbR<*8b3=|f${weF$J z-^a(BNJ23pmsm{kygy$iS`@lIQ>;$Ude+VZG!6p*+sSZt!ewERYhBd!3355bOL4rJ z5xU{Ik%LG%#rx|^SAX$%J`L;I4lycKzl z4B84dzzN>96dLm~%UPwk{gaj%Dl44rmd`~OG+L=kf0Lx!m$^~QZdfOX%VpL%$K91* zKD`OAVqQ`o;UyB&)-!0@bqKafYq)g&wNK_#dY`b$J9L@r_o9M9Wf@x5=sG&}j_H&A z3xda}qG?lX2h@7%T^FbqZ~xeaTks|`|XuN95KRxGWix}6i*PG^#rACdHGFnZNs&$m(=cz8xU<<`)W z>f@fW03L(r!`%We+{NKanWv?#`_j`g$vTMo*^f6# zuwsP|t5|W(6}~rtiFVZs{z%ifT@~^DxUzf&3A!8fdyQ45jkp(KURxJl7gXZ#&YCBf z4{4~%>@8iOq)O{!t=p`+o3Jep)V4d_jb0678R3q6!jR*3g~g*syVBgk;g zXB!04om5WdNVwzO!z&_J3UgVfbbPFwIRci=x7VU;eX^ zpw&oop@zhdds%=%4A&vbmM}a7pt-uGMU$Y-k0c~Vb9X1~StPhaeo~t7XLxN68WtpCxJ804+sWA1A%hQm$O@_vqTReiH&UK^z>W5%Hen)H<-oDyc6HIsh0U*{zdXwUedO z!RehDK+pr+uQ*!TBq$zRg;}$eEjO!;_4#q*?O=DEgi)ow9LehJ|G_=p?)->s`23ji z7)Dh=;;olClyj*egd*u3_5n{(*AbF~HS-ft8Ta}IQnBtrKqVU4iDWB8<6DH z2h=0V$1-56{9ha0m3W|TBUycgP3~-iVd)r2U>V|=$MMS_0g@WP z{yR*V_le_0(1L3*k%Ba!FzpTKt+zjlCj`(5V!|pIOVuSPpdu_xrHKMkmAAv6Ob;Je zPB`9y-!0pY1Yi)b@_=!6s<d0QoI(xwXbIFh>mGfeedjq&kZd_cl=mDw~w*gMl^y z=Y`3u0jf^UxXvJV$`8$!h{RikWqG8HTgVTWt z>OXamR#EZv{)SQw7*O)3@-yLL-&2kui*P{LMc_p;D&&~>=%Dj59#k<^uh4ZJ{N|X+ z3l&YFD&Yhx6V4^YcdoxWcp*jcmIc+i>#R(sQzVMnMZEMajk;A{rt6I1-qkE|hbWGj z>kfc^1!5FZ;v;ya6?Y?X-F6aUua|(i=8Ib6NZ*<2>(?DY-@u|+XP!=F3efbIG_oL# zGX&g^CxGt~RYZ^=mJO0^5RVs7?ocn5ZOXwPRztVW0rGS+V%h`cYa30pQ4cP@obGp{ ziVVZh@&P0m`(BY4a{i+F|<#$cK!H8CN9BCypiEN5)jFPB#ld#V0a8wtb6)#n-~O<-{@Q;k0=i=B)~o+eaZru1Y!uEZ3139pWKh zCj-zRyS$!=`elN;E9ei#mkDiaE2C_)ILpm9ts!TI!Z^HkqX-HLx~2_s;JrmwkzVnX zK?1rAgmYxJil0Ic%brj}I_QMymwcf8DLJ|uRrMNLI@%kXZed+-8S=S1FW7`6Ak^xT z-YF_Q+{x&5>T((VLqPVvGw4a!A`N@xp%Q%)eg}097ZSd!cRw7S=E^;F^3r(G_XD^EY<+6*DR5&=KJ9Y9$sw}SoJAEZTmh{^?uspLtpFH$mHv8{z$7` zQPo}brxw}(a$_aocIP8&NWdL+|87(;p{o&>{tY8}V@*c_?yd)9{jxtzNM=met3kt1 zXxc>s>4u>g`Ju|wQ9A)zE@;HvWI1(x*CRtx+$sNJCTrT{qm_etB0F_cd-L)MkUA-Z zgpGubb}))1z1&*DQVI80qBz@g)&Z5&4+#^x{na%u23O1)q?AsVu!jVbB}Hj3CfY&5 zvCuF0`d+!|%ap*Cc~I471*CUQP?OvhkvY2Et(s<$aET>Wr1@2$XX<@ANJY;j z;6WZOV&HREyAm+bzBnWMRziIGK|I@1vQ6BI(|+C+zG=_Q{T(8c^sI;S9fqc}(4|iV z-!-7(EGe_RLY9c<6u~+*?y>hhH~4inEZqDCa2qkeF47z?hd?B=8^BSqSCV8Y(2%H@ zq^^uU5((F3fb0kn73Qh$g^@jjuXGz0Bf@-o$6XBPDjvzOS@q{z^+;trI%jeyI5F89 zmC)cxP^)ODi~?$hyt^ZX3+xM?r(GTHho}<)x1ethFi;qTk=U@o-f&E9Vv&~2!vQ&* zQ+)ch_L;YNExtp}V!bfHIK#h`2<1A@8+VTW@e2DWhQ73?pDcy@>z#@<6sO-zh`-Z3 z5sD6-#Cuhd`wpiI6hWpOvAAUyP;Z7!Sz744iC3xvwvbR+{rWD+n05w3$ztKt&JVa}0 z*TKf>dGczzk+d3T9FG7&AI0WD%aSBFs@g(Q{WvwF#UH>q*NbS<=q1x;q;}ML3m_BP zPB4w>9&|LQHbw6wVDGokIRdpUWyM775E&Mg+18z(id^%{KRDE*z}T_u9se3NDUNY2 zFY2=ZC^dpp_u+Iqgb{tJH;KT*8MZ+VM!sIGx^;whLVd#!n^f#p<2g;(E}Ij8o0F=% zX+|-Gsa5wdu^i|2jbYWnviLc$5UWpAoFj43AV%R{Dk!3bT<;XA-5j$A>f^94 z^x^%%m^V~B(4fl+eXT_#1n|IJ3B#QF#K_rJWfS;vL-4)e3Da8$bGzzVv?YkTUH+9t z5{>Fy9;p;S2}k8eR_-P(;L&`I`V;-Th|sQ^lpJrs3hU7t}zS>MX%_fX&H z!OAVjf)8bvyTS~}Ipm`pgy=NCS`?HW&LU)t4}WfK5ibxlUmbL>KHy~bG7{!HNH+FA z@1(;63rwHpGuKSA;j+8k9BjdLM)ju8#bjrNR0NJ?@BEefc;?yhA^ zjZKK}yy@i>$lMoajvc-v5=0@sS7Li@m^};Yi>x;;(V2AP@(r#>dW4eRS%VcRg8e@cMVe(2GH? zhH!#0$w9A1ap|=(or_OJKjlYqL+&c&M_v#GBL~k6E?u(ayw_0%*qCjO)Hi{?xao=0x6E! zU}Pq?W$>MKDpvi6=;TrYWK_9h8x`PBMuo6GN!{HI8drKoJhL$137%P5@@u^H62=C0 zRbHu|C2Xem1ByYG#`{~BVnwb=l+bCiHPHBD-VAZ8)Jk_tNq^P9xKUgS?P`$XKzHg$ z@@upm$o6%Ga-wC0)1N*5y`o&K!M5?i!5corh&`|UQPSm!i?K%`=<2P^0iQA45~TGKZ*$45~v_iH1zpJ+ojuS!mQAG)W;k1w`VLt3Tvy znw+g<%@Ws_>KoG_w78F+?;BRNf`vkpxNB7h&m1|yMs0MVDSUu3Xq|uWnn$$m9&fF~ zV8;QYhR&siB*pW|zm-`Q72%wfhZfP|XcDgNK!|T# zt@NI)9J|BGUZt)Z!nu3}TVtzh_DXAotPR)jK&z8ToFn07j?5knAv}LIULBOlIok{V z>+|pW0xnF|M0z-`PUPjR#Q*t1K6_CM9EIOsFIt9Y0X9}UT90LX)yU! zNX_CZ1s8;h*$h=cl#HU_}kN&g%ku;WZnYPaAI`HO{;5NhLB;0WT04r z_#8_5#}r1*5=wG9vuzZ$vB_ei`3E#f3M$M>f_7v{wsT6(Z^$9(!E=s)FSI9YS<`En zoZ7QBDj^g~c9>5;V!d|ilae>GBa{t}yjrUaapBHX#^a4hw05 z%`sNgc93BcA)`w2zA!p1?JBI+G>|3J1Y&~w%pAmRHfetTiaJ*Vuobg#Ad`;V;TH?i z@u6qwd#+*6o;u9ph;d5~_UyvF4oup_U+tZU4fnStJomIH`g$wpK4J?RmpcQf^~=^v zz^r02SnV^^Jum_r=Ww7I(sm3TYqGm$_N4k}8J)BiGf6$$ckl}%$q{@X>nL1%Z4_iSw%qnx z)!wTZcgdUH@lTn2dclTlaF=%W{3J9j#MDG610=vl`NhEudbf zu0n>@0W_XMm3YTnug^N4>;xdQx`HIIRfw-~jigp;6qXaLK6O~5c!KF^hTwCg32r6O zN_VppK_GbIUzUx(>MKw|+VzPl*N<*_UeVQ9ZZ@Zr=+q?{B%LAfkF#VXPERT&^DPI} zelKe&aQS*5C!rj&uI|f-_luWIaQD|{B7ZtIB&9|`>Ka9`1p^o@ZAmkNyQ5l)0b@1Y zyPKJ^DBZ{nk?Bmo#1wzH1+%@io57zlw5QzAh8hKNs?vFY!CZ)r{iYqi{!P??X*fu< z!>deBQN67}PNF-}Jx&Nu_r5$#fl+#_;M0%&>bNcI10(AF$&e2v%9%nQH9%WQIX)JrF!*5l#g0FE2SaN`nx30ta_zWv zRI~>al`gm_maT|Ms_O{OCv8zTY(gYWM%?&i*mLLY6#O?5J=aF(o=UTJ`i|dx@0qsu zs2}z$A+jzMS^H=bjt&nI)Vz{XP}1w>S`Vswq#ij-Wi&Gr6BT6Eb|Q82i6pdm7NqkJ(}RCRoy$fn#(H>$W=U{;&*Ec>|rgLm3^8jH3ABsEdO;SDv< zc2*Dy1I};7gpJ75lnPmNr3HR;AYX-W>W(vBl_2sEOxwKVeOXX{pnNo3wlUvej^-7m zbCc`4L(fG2;6>hpUrvz?P}$0@NIZ)*hf_d_>5^*@hJh^OT(F!B$pQ^it3JWVN~$Zy zO+iwHhlp6x%Wt|)F`b3Xt6&z^)%M)tI6=RW@v4wDYdT@s9)(83`7>_Skf8VjRSXB~ zjG;A6uMu!QBuS@&ezB4QY@;a1LdYwh25Ru}PTfkrLv#{Cz|6?< zl}N#8eK(%|Xuf@r7M$lD0{^ZaB8zmq#tle7;f=a$im$q9(`PS9>>F{llAp_*IVz}! zR#1M)yW-1w(7icDu~78Td=<#%;fdU6=SH7Bl(3^lE14K|(R@zgCXAKOVfUTf3g@dyv?hpAZ(eI#LSSx)Tke^dyde@+=6y;;EI7*AAYFF4 z-2w65nkV45N0cqQ0it|PXdSk!7|enY`yNgq9uTD%JQ{Bxr)8I(Z9Q zb^eFzqLSojh@ID`9O6ZKZmG+r$rT*0arFy|myk~*AI*3^CZW0paLePr+S~FzYCIww zr6~iyCWXW^LL~mQ=}jEPhRri{D@%Hzag!~hGogYRmtH+=pdzP$8#Y2GU#X}}!1Rpy zE?4ev1Nw3AeEZfHr+%umqyH5XJ)WbXw7QAGeAgZW+;+Z|e<)TPLYr{jgd*DWh>^k; zW2w}L&~*auDB>{e1>(#jjeoAdvA{#~fCO_kk4c^7VQh41)m4;3!e5C6iIqBh zy4Hcs*wGl^qJFDYZ%24&himN*HhY@TnLCjV(j)U}sW0>bj6L|Qb8m_Xln+ciDw*tg zwuzG#{+hr6(m^X^$OU{t(ckPvu?(j5sa2hf*o%{E8Earqf?{J3ur6k63J+lZmB2LB zEjm|+MRo%@8?#7NZ?IbZ;c-)$t&q!J5nEMjLo3DrUC}O0lKEg?)sv{&?T}KV} z1uEw2I!+2%V!f<4vfDT=s;@8;m)gSEky+;8LiN2q)94{uQmD+_8HXdUdi=AJ5G0)(ICFJ{N+DqB8r?^6H3kU#Z1NtVg+ z6KcUzt@(-E3O3!bB(8=VY7c*kY&m%;P%pC2GZ9|Ra3YM+W}qi@x@R@sIrcYa&|Uto zK_dz=;B?;F zPysh_wDIacZZ)YBr25SQ3+4B>$E=Ag)$2=C-bz2s=kFGS+~H;~iy3IU7b7nD@51Fq zqJ*$78jw!pifPp83KCy0lzB%P`rP8L?mBw+c+TWdNkGv)D+ie=a4tPSM)ug;eFT=d z;qL=M|8-)!Gk3QV1x!`PG4Ht zw&TH7Zo83}59mFsV#Xl^Q$!Y)3HrI7zE2H~Y92W(+~0g7npm}sxc4U=cpF5Fo1!#H zvL&eWFgcuw9>bI3$rJzG)!`*!|5#j;_yZ*>qxlXx?9*Qgyd4W{3WVplVG~;SfTf+U znF3h!?Y=d`AtV>Z&@2;6Xy1!iDI!+Z95s+3Wi?Le#|Us}@_jRC#7)I`Mwg9YC*b8F zpcFnB!MJk6*ZFZ}=Ygv@wn$sjERRe?yZkmjdIEWjF^IBLS;7?x^LP*R5C}W<=g(dB z2ON(h@;!sU==_S6^Um{0Y3nOjYQAayU6Xm|L^d!F=jA}71X2G_V!Lq~@0-P1Or7So zzMZJ!TCJam1LH^ykITL(Chym4Yuq0&3W~H--@qL*EjQ zvs({;zxHxjAs|9QcI(7JONopyP(3C=|Yx57usLJ*FpUlLU^ zlY3o7?&Pi7J7g|KSdTfL_l!|7YAT+sTC~YtAeZ1FkRT%7+a^p-9mACn+Aq}P5V9pI zK5eg&6z`)?74r|KeA$Gg>T?R}it)T;vA5R?{GAl8H$;FID@{H5k?zO#w7&#qLwCew z+nSa-kIF7L@NUp8p9SpD&YskKv58W;onSk8xgvO~N-AS7O~(*RiM0fv^nPO)4+qWK z73{1ZtT?gjMJDg)ptm;sDN7HQr{PZ8h%Ao5U zTE>B(OlrxT5x>Vm%{L^zT($52hl2~|N^gxATbuK&?cYO_1W7>8sF-`@Vi)EGH+x+f zRa#z@1BV9y;`_Jjm2i8KA?-%MrY#@EWadHPhN$pd0HK}^-58J^RQi*H?RS5@3sZzj z76^l!w@zQNm4ruK0CBs;W^3ZliD4BrF8Qac6kXoS_5Q$k?-9(feqU!fF3ed7 z6B%=w39Qea{9n<}BQf{mIw^be`&&02I#5~5%}qCROjx0?$ufv}S1@>Yfx{&*zzC$l zik$f>&|pfvqY*tC-;9$Bq0XM10(^NzgfGDp3n7DR={Aw8pYOT#hHD-XQ_wiQ!=B*BYGFA6 z-(d{RLjtlnNF(VY5iiWMZuZUCdCVW%j2cUG%&I#0T$Ch*I3M-cCmO>owSm#Ctx9cn z2~+B`>hd!CwYW{h1#W#Lp34*?>uM_w{WK}4_6?yLW{3cg$~ifK07|GOri;!bK51Es zuqKC@*Rv>mh-C=dWvy1Sdy3c*oHlhIKJfa=@|EZ6WC41%iiWgg9VJl1vF%$7*VuZ( z;!<7I!%kHMwnkQ?cW4uHHsJhGW0z-_RdQ*Tflb0v^i9@+v0a=lLSauy9`>M9GK-qvZt-iVcc5bO0fvtmMN-c2;Xg=x>_ zYk2=l>407x#Q$U(eZ`ULG~ULKAm$h`jT{0-=r3i_ajBo@1{@K5+`+}Hw0o(4c0!1Jy58jAeJ{FE1sLdy6@9FUk={9Z|YG)6-iu?QLAYZu6BB8}xx zP=)GZC0ULTXhboNe-L#l9Ta+s_f%c84iHX4??+&m@?8YkGE_vTl#iSw#`oId*~o{6 z;sd3RXuvffx&3Yclml=#ABCZURQnXIU_$ItIEK8gO=8V8QJa)G#vvK$SyD*f4rIWW zaDo9hIwvf-{TC9v&N#n#(l zwzhLQo*0q^ZvRa~AbG0g^d>5R2`69FuVu>?2kvi_Ce^Ly#>&CNGmQ!(JPTAe-`*7H z6qkv{kFMyc#hQRKKL;@TbGA+fBNYBF@$+8yJ5_kNV}!pkLYgCkNiVG7VjW$y)VQaJ$gKYk8)d;;iaf=T-Wbhm*sYq(>5`cQZME!&H(Z;27j?s<*y{NEw2w(jnC&00=6MSat&9OFqwrBv7wxWG3IdTXhH?sK2@%f`NM|KLq`s zVh}4)(dIhP-0M=|>Xr42F0Y<2#7Kh(a#>dbNW0kPfYa7l-c6vCqlj+_`udNQ-G%+C?VQfQTlCs?#k|%&6Qz*v?>k{R%OGoDojpB zTnVc_TTr|~@&r!t;wQ=p&B_R@zeLPul^0F?wGA(F595y_V@WIzJj3!Fd zg2GIe{aVB7q%J8*bZs_?rXDVME0VS){|=r~!Gb(WOtqU1JmkSS%ziiq+-+0cQ#H8| z1aG^WAWf--o!%$fbyE8zVj~aH1w1zjSZw14K`}hl7j``ezfmL|$<&grVM{YUyVNH> zSZe^K!Hz~u5{{llggH2eiyVml%`$Q&n)M7{8gKP?3Z^g8R~i9G93viYo=;if4rO7I zE!|f(y7Vj*X^;atCfD87Vm+&*bBghANI3$H0k4d#DA2^#!gp3P&F6h`M^{u&%w()D z!grtX%2JtD4hcUJ6Kr6c0#MGnJK#|zVlJsq9?4l1_D$$+)3wojZHWAJM~PWX4EfMH zO&~`WscX@fpQPilUw53mPMS*Nc$c$wFuGagYBsY}yN>a~GK|>{X zm1~c_g2Fu8u2ZzLT`(fi-?0+u$Xr=LawSh3=(b9)TAoS>RxWsA>ns;`kr0S>pGPRm z5vSHsM<=@=%yD_|*Ff~MhMXsU0YYptJND0p?9%pqy#WMPf5)n@*op)>AB?%0j0W%5 z4SPCWzYkP`I;Wul$;)~@EIzbN^vYML>X09AXE{Zg#%3TxN8+1X=d+YLhq9uXq<6A} zq$eq03vHs8&~DDHX}|EoP^@GF$SXvs!h?;{PC<~GaN@3~XH6TQ4f(Jgyp=TX6R+Jp zzd$lGgu*^07yuL08C2%k{VgwdU{8&Z;e=eIamE?vH(`=Pz3!Uv+%!C)L zGClt`WMLXYWsfj zQtFgU4(!g9RRr_4O>MGTN#zb!RR@Q<;PxOT>=Fuo(AsLV zwTwv*yoZYZqC6WVbo6+|+7bz2TU+Eqj(hGeC20$#Z-p~n&c7o2+6RZxD{Qg|?4Wnh zE{t<#ge~i#vPuU+*3CCm&$qg|$%}%nRCUVg$ZTSMa&Oqb%6lPgIk<{4hf{;R!4^#z z`ud%3ogA{iyYJH<1F>GUEF%q7SAc=2Wv%2pYVoM(|F1<4*4bw0)~ZwFwq_ZLDi274 zBLij;9=gO&3tKe8XC8NyUG%90x!&Qk!}`{04ey(B+M5vAD#RKI6lLs+7&9nqaY>Ns zs14Jw9l|;l1cZMP$gSrT^lQzt9CUHKPBsl}#ep0A$*Wx`3p=7!fb*0$1Ky4d3hBaj z^0_Me<8FfXM`}>Ki*UUGz|jXMbwv`OF4EdiJJr$9ht`9YA*yjiUwu=sLFx50WMU4A z>1QV@uN_&Tb6vJCO~EYrzVodt`{|A+C^x5)N8 zf{ywTNWL@!FO|<2c2gh^KYPLI4)#D&Oj8K{IBUv?=V=@V3e8XyOBIo9WY%3h&D&-f z6oq~R9QanI#^cdgPo^XjJl2muR@BLRfyhSP(gz$(ZD7Yj9S%)#FAl(wqF>tsJL`

Ip105YbJ0Z`f$NQQ0hHQQQVSQPOP=Ghr)pcq~00v~kj} zb>c+TiD-tW42)X3i(gFzw`XODM&Q127*A|yO=ijV_HLshsA*B9sv$)p1NJXex+t4=qdXWQs1K_YAM8txKSK&R^h3B|Ih+zfsXFw;k?=zKZbvTi!9- z4}y&*!ik_J;ZlSn$>Y9w<>y(DsR2qA64|tO*U_g8l%?K6Q~rKiCKZU>%&jLa+{-!Q z93l~UbIg&IJ;lpb59nmubP-8!X_`3gEYE#cWoOu6M?z?c0q*j1RS?wY=6Vf%I~vCk z>(vmZM*I(l`QV*!AmV|NROpzWoGO!6@Tvji_nE;2|7l%7G_a#oswXj)h>k$!SF)e; z>gbx)2Ve&GOMXw>U8@M#P@}G#jK&o&{3wRu#v#RngMIEQ0pite-ba(xe*|`3}H%U9wK| z)w}c4s?LsF8-k>|DT6n}Z|8hK9l2g%1W>AV^ili(Ei;U8qep~D)9~PV&jW3PY_gk}Q zVw#RDR*g{+qL1dQ%$NucS&m=3Rrl1UiO)ng78aZ%(ml&5{+z*Gu}lc^%Qj}cZ@s&b}rlF8tBIzK1+srV$7foz)#!^s4+CFr_UXrwSbye z;p4Hp*WrV~RrXwQe1|DhjhGG6cxth;qqD#KuTU2zn9mnj%khdnhs1mKE3~$2VV9m$ z&@40TVa4r*%UH{YpiGl1(%OA z!jM>D)Oc0MD6Vmulvv3K)ubAs+Ja_3Am|bmJ(g1Fpd!uh^;{V-9^kJEz-?Qq-olS6 zZSoB8FLbbNY9b0~;+69EvnyB*i<62DD()X}?*a&tbB!|CQgat?2@%_wmON1`_;CKb z*Ltt*hjk$1yGpL_hzsZ3KqRB%rb(IBqR>Xf5Miw2Q50wNCn4~>EjH7ops?u)(X~gD z8v%fp5{j)6hp4jjuhtKe4_Y!F$WXA z1aW&wd6P>OBDAs2>UU5j&ODM2!zN*iwSaLuUBcT{wNr&g%RP}Z(}gt37^_C|%3Zeh z6A-aZUDfvDyiQ>Ft57$Es%)&20C+2{fCT3J^M%nHZhG#QaIZa! zqRYEXvUhDV5vPk0=X4AkAYGJ7N_r=@={<3!Xe)vJm=-kVZ=^f;hLVVC5{#wpw4;Oi zLt-=->%d0j7Fkanv^$hWAhgGTc8SzB&ac{*cK~ zKuHR18g?V@wWus)GgFU=@806o$CMd3(xgBg)8TdL$X8MChf z1t3-So_Ks`{l`F|)Fj6&{m7t2y=tzZPdP*-R>olnTURy{JYm>;oD-$u|5ffN~!*XUsYUVTVeAOKJbE*);nV^9L~fFC9T-18u$t<@HE~+ zIZ&7u2abg`?Jo!$`&?dj`NW6MyJzDn$pZ#v_6M;RT|=`8SEP0qq{Oi20_KxI5{u~Ud|xaxUKOZ-A!HTwohIx*M8ji!n`HOF93Yce z?acxQloy-01CDylF*rhYFj;2EaEpC7gwpz>n(b0r9PzXL~R8KC-+! zrRp2{cx&UZUA=05E;>s5k)Zkm$jFlJZ7vqpUmKF}Wx?)YC;ic$DN+_O z2AH+Sq^VMKfCGmim#G!9GdAgZENt*1%6u)N!?x9Mm>+d~lT@%~)#Xi_z@Ani(NeL2 zl3T@2#&<5wU@05+sx6vj8K}WtYZ3xfjT4ppB>k_NslXm2_OwuLOd*RcCwL7SbdN_F2GL)qDQg){yY{#e{*`W5uL*1E8td%Ikz=qYL) zlI8P;5#ZQdI!%bI0z0_}vZ0})iAvj!9*tbqrE)KI8>PlFbS7Yk2l**GB38cj{fs%& zYnkhla8+C*NLf|d?VWjA#(oHM;2GL~^6W`Cez<+dM>>8pLw{lB!32uB)q+N5=1HYA z>;>J^{chQi%XCS=TaE;NA7ghG1%;Z`Wbrh}_G_v+ceyn4ynnItm-Eh+3SeC)8gs(p zwKA4KK_uP8C}QbR^GTxkDqGbPqlbovri!)}Znu`9eqT@|CrORI$B42R1yvsp(=naw z&7OF4VsgvKM%NifgAL;Gjs5yvFG4)@!84x;7^KC-)oi$H*S%1=D3MCJ4OtHRQ0}+3 zwtr=$&5Ms~&`^b7S1pAwPSG7Wzp0H`lW{B%u~Q$j<&Zg2ZV5g;vUznGZ(ho^e0~|EQpdw<7BIxAr9<2O%zL~v>S-)uYvy?V=Hl1NdX7(70<3U? z>en4P%FUXoXMnJCuwYg&)wRRmc@95Ea1@Me(+GuST z^>xF6373$PPl(hey;H{zA-4eq1;UayG$DE;h$OEYXIJCy^u{D7ymqF1LV_KR^_wDO z>7_&&XTm3vYmXG7gs;B3R!fzvW6)<#Z^ZIi7O@6ZlEmSQ64Jb0`xnPm&hHNsist{n zmeEA7u;Q}e3q9~`G@C3!B2nlRSBjM)KJr9*hakFzQxEF!ccr0R4n4SiBut?T`ZXL6 zZFp~meRCuIHu#$BsJ#_5W9|X=E5)cW9uXN!RWKwj1e3=JbjJ^&xA>rGhc^Di9KjOlmyD zFSE6G17!;*l6S#c-*1b7TxJR;@mc zk-9-+dDjEcPK&L%lNP0_*m;Lcq%EvrwHa7}g35b9_Vd^mOz_xS(D5~Eq>4RcQ)7bn zMWtPQ5x0FO%RywuvzD&hJU$Sl&g7O}4|zhfThEU_x@`9a8-aA>ZqU_Sb5iDG3w~`B z4Z|Rfp@l)0UU$IY3-Q!a$FmABpkYxJ;xtKWVEO2#Hd!4?M8Viw>0)^AwT#&43?lC! zQ*w>O?W1qTH@ecHYWLijXI8cm4xae{Lwx7XDlksr;Nt|T-Vi|1e%T^D~9b@ zKnyB!<%&gd!I~K;VyE^1eOb=b7XXF$wymF#BCc%wDs9*23J>0HQDQ6eXmt;FKW;Y1pAl!Rz4(? zd~eY=Z28#Z-6-8_fzydqDl@GUm=PfYjbg=fbxqu1vC44C)q31i=$iL{sAcY9UN92* zV>bSoSH!(H>Kj0MAY$9}g8eAVY!_4(=JzB~T2{-*2|qUr#3mF)Ucql?XFDTThCdg$ zqp;(l8`GAD7%8rEW1GOl&kJj_6TAtcG9`a3Fw&R7OJ#xe}aF-h}Bo2L>l@j5}!|NQH(q*?yN8l28={A zCLcorF7BQXluXjb*3uB_k19|kd8K|!Ji5MsCMHegA%eg+?aFiafwRo##t3>&7!Mw| zB0~g6d6_Gt3S*z@=~k$4)l@_9&*M?44?08G|&bsxOg9uaJ zLlQxupb%aM!bYX`6jos7~+~o2@sCY0l0$ySV~9t$dL3_kkfwp)e8vh(N$b zZe(Ucyg__^Ggqp++|CkI-fhTjPP@WvvYHu|jzbITt(=#n3&>#5C5p4z33~pZ1imh~ z<>-fJ9k5VQs;BJx{4v2kQpoUgjcmffmy3!4!x9yD5kMRi9hHrKIA+|Y8VnXA#fr=- zoeQx-_$)0H8-kWN@5vsCd{dlD0WBKhkFxoDe15%P~0)s5OUk1G=JSmR=l@ z2ZXFx1=5nRi!sHqZ^-J2u!a6>D~yj?KqWsqlUSgMNw6<9acT~`P20p3ezG5Ig+wZt6KUX+@zefQ={mX&pQ-N zstvtdA$k9VdDk8H>G;T=W?vM!Ua`%m2Q!vzRnv)k_1cmt*-z*rXW|GCg!xdR3RJ>y zpeN#9%6oAKouNaG>mUf2Bzf}jECEXKtiA1XsYAsP(goqtnU^fV22m5Tn;LV2>AHiV z^XV@s(<^OJ!{MdTGJ=z*hhH&x)I2}LobReK_tr9|>zWCyKVWj<zlC1 z1X}XuY%5gHhp3FBQwUdW#J~7D8YbE~ORf_oFUV%{AH%U@S(~tgAj7dB@Wdp}c%Eol z<~W)n3{M-8^aB0xz_Z&U8OGUB=A@n>!vT>Ask$zxd?UczOlPi$!=OJG3yte&kj@w6 zLzOedZ%%I$b7$st8s1ED?z z73te+HBr-@QB@AMRFKYY7O>IBf}YL00(V#dc!!&yVYuV(BDzgbK3ijrWQ~3?^AYWb zzVw2><1=XPo4G$Q{_V4S8lW1aZU?VMKn;Lbwy?YrDjHPb{aXc5M-?U5sflg}{oH7v zw^OouB`j|$+_hNRad}$FTcXiMc<0yD1}$@7eh|zwRoUm7mwQU zX5aE{oA*19E0|21C(eFYm{vE9!Q*pMgDoQ6vN2x6qc~pCOrrR%esk@Vi8=mXKhU=e zJ<rb@`Nm5ODu1Lh*%!>YU^WS_D6w3FL)*y`^rTS}C6{+WgxU`B9KI#;l)>?> zC-G(T^3{H7DV*h_u(=r2>2cr=B(=@=7UZbW?y#J-lhesU&m&rlAR4);uz}pYMOpST z1P`m?kdUBYO`N?zD@Z*s){tD8kbzRx0e+S0!XzuF(A#cz?^Xaz4!LIzjCPGXS+nb_ zEa6eTOT`4aetMeoou0R#PIe=6HqxiBA34oO%S&;&jjM=YGvuFA%s%y0rrY*s z|E|myqbcN9zbf94(Nm{UjpjYhiOU7gmDB7Xq*Ag=Kv539G|SXND}G9~w0T3}-PH0R z&`JhItKNz?BSr{H`ICOeCMf3;7Z1fvCT(9luD9_U$Rfc&3XCb4kB@WsD45WpxzO8W z92POUt(>dnO>$E)DX#DgFOA`Dv6;bT98kF{9-%yd%7Gd@X;r0zCjFa#7^vLGp6y=Gt3Q;-p(56-Dhe)zz5-l z`@lO^zQvO)9%;=OVvX*nEuQj5TwEtPzf#})RETjbpyFxk@WsGVu|k&?N}5Go6n)jw z&W~{A38@swZ#{wg7dVwf^q>Wq{6Rk_oN*LSw#9)ExxfyaEX!u& z_*L{>NR|%m-L1)p3W-pkt(?}SZFio&u{UQsL}fs*C`4F+s;o?eNcU?O%!3(K>4F|u zIclRKL8(FA0QMUjYn%~NvVt{P)*i@%{_Q;_!}@75Y!X0l#%V0n98pNJjeIF%5oVPCpvElcITY;7-Z4P>Wb0cSOo)aVHt&n& zMV3`FF@e=Yi{E)i2BnO{`q)NHE9sHjDZ3D?W(|eT`kDit;o9T(6N2-gB`Kr^pL83z zWsdkCTDIkssRVu2Wl>zznA7??920ipa&ShSkKo-9t&;08L4;X0`(p_(1&*yLzimR6 zCGUd9++3um26NEo<4WrW1#)$( z{WJ>`c3v0=p91B(Yy~z(T#%uAaf!oEMqfL&=D@!47;C=t?!}XqkanU2hjOPp6f8T} z)~6)IcTjG^N+d(+;Rv}kUS%EL#9S~Ud6D&Bt`Btmj<8#5V`W7bw{hWyjyHmCu-!L31=DHjiYfU%AG;aKsl`5s=AQqeZn67qd+IfiG6RPV}}_61^j^ zazB6m1(hcqn%eli;Ra=P=NLi`aGvty876L3qTWLjC7P;Rwi5-;YftP(l`kbg6$ zoT9+#NnpJgE-GIFOQ`s0B=sIjH`6P#$7}OiWod8^>3vB5Iuligz5ywA3D)B9gy#oSx|SS{x`!)#5O^r z&QsIH5-87Ek(t3CU(O;=?%yT(ASgd*pa~gRMtwO0a$#gqnY7UkL`CNi)0>erx;ZJd zQYXGqb(~}tyux8MZsGuVrD(935k%dxEFDOOEt4j0Do}}_P3e=^Z1zk56JkNdy&jSL zL6N^7#h|KZlb%FBctTt?=IUBbj3Ji9u3GR<%4)YPp_uE74jj5XmJpyau(AFmTnB@n zUB_M1d4w^1QQwioP9Ip&@;93hLx(I_M`ere90t*VCNI%NXu0 zZo(F2!S3emo%(X@j(Qq8YLIOZ+Q%UHKswgJhe=}iEBx%qxCz8eBzrnu+eLM)QAjC_ z*5Qz6x>s<#Rpa`sIZ=@ZYYKiR^jJXlM+TnpThNktTK4?z0Pde)zZs0pY` z?;qZv6?IK@N(C3zWRk75!U0hjQWsC_~jYSj*L2alrs$D5hR7$5CsaI z)f<^I9`A3|PWQ@bkhV*BH!A>gjmrS${INB((-XJNdbY|1afKE8nS^Q*O=;+_<>OZW za~O3G$0Nyi#2`6X%;(rQ>_Bp0wXbcLaQoGn2h@fC^^v|o9Zv#8MVzK6;+Qa_3V%gq zEr-)u2UN}&4(Q#O`zJQ9$F|rI_27@<$pzuABI;(Rk969^=�TRR_M$g9NMB*0kEr z`vV)w&W3*HyrxjF(lL_{*E+vT_aAGOn^vW~EW(`fNKM}3N!zRH&h;)`PLlMLI#hZq z%5adX%J-b#)UAHJt3hVs+cWsB4z2`|oe!5cXdD(C3A(1gBNPquB`14(Arz-_(YIR=5Aw1Z)9)p;`Mo?HiSwE)@5Zm%j0FA65W0 zK+3;3mRyW_Lxt7VA7CUcL8MCXI6YTE^er0xWVt3+?(i-eAEnTT#ts=+K1QU7O@8b{ zh-Q;NSWS+h?7`ICb9v*?Q~Nvs#N(KS@m$!FCyMfzMa0ORY|bMj52$n^aFX@sYGh6w zLghQ(gjYGu6Mi$WMEBVd9(D6Pp*eki)euJ8l;H~LO=Sh9zo4V>NnP}r_|ba7pq`sq zLw7MGz!aah)`YKkFPhj(d4FXW`&~s8a`~vP?i9PACliR zu<0it=yt$z;$eK%gVP|2@p$8AiP!N*5pDiDo1~aYcubaOgnv|xR2Y~p%z`-Uuo@Vk zU(%8Bnj{q<9S-(ZJ-<+FLQjs6a>9dc&Ti z_5P!hqhbRCJI6N{_P}8t4W+E^q63$AD&*j|wl721v-&a(xdKP7j49HNCr1{|`EuK@ zmg2}bl2%GPPs|xS9oBk?R=I(>e))E_o)ls6;P>R~J}6WZZHvTZ5Uyq*vtXs@b0lg0 z^3nq0tl{g9Ycgb=_Ti))=1+pt;j&+0NMMwUIW?`1Wr44cfcIdACZ9n1gAI~v#c=k0 zaJ1u_dnErev6(8$gMLyZxy|fpQES+Gt>+#+2{# zL~)ZEQ6hZ^9ZY^h2&E=R7_XPo+%z4+cn?exx52H0v(k>~4lB!O`@*`#tw-&vo@LYMrY zh59AuF3etUElx15#4ZGoC8nI0Ak$Gey-(-?6{sq~C>FkrOKjAHz^i+tkR zm6o4ksl9^xN~p1kWS?y?#XlRi&h^d`V1u{F+wjHS#nY)m`o* zC-)ZO&0UuUrzxZ06q3!~9=b1m(z=OYdy&TW_sK4nrTyKyZl@^khT+YK?d|H&%;w#AnepTngA;kJ8)FJXB3>yugHs!W;Pbl& zp5JSZ9_%HSjN{~w$q$E0@o7;Vp9HK5WiU}YZA9vvr%`QWupMlI+u4@Qn$dU*Fz0Ln0HlSsnEDI35{NZDehufN!ex;GI`OFb(@N_o!+=P&DVJXnLE!? z>vDJJllyEW+00^w@f(7_yXYuqe28kmDSfJUHw8Gr(b%N8Y_irtUhharx#&qA(4x*o ze_mp?nNATlMNb!vTt#F(M#zLY(h$01LM(SxqH=%`PTaiOY+YmtXoGc3;}c42w=J|V*iY(b5B&S9oksDp$W_`jXgYI&{*!l zW}vu76?GQQ*NHW0J1gwu??3S>3#VTn)NmKZEV85G-)`b&r+j?I;n-nnEkm4#ACBZQuh|E$h1uM)G`goCg8}y zah66FR+%Kb(|zk$L4k*7KOf+j%=y#h!~jN4S)JxuNPRlm$VM?+mP&H40{l2ck*>xl zv#~eDjR|9@{VAjO%s#RxXMyth*qKxlJ0~r_C8y>Y5TSx`Y->0l3LBDZak`d3n37ut z_vID>Zzii@^yvm_DCB+Zf2&&Ome^QhW+ z7H4o{w(H@0Fkf6wCE%)iqMkzg%FZYg3cN6T6s4SD%VoQ5FANaf`RygE(*Vg5Y(%1C z-HhMLqeJQe2Fc`N&ciu{0n)z_vz?Gn)amVdDal}e(a)9wcb~@_c&z5Tj01^GoE_u( zc#Cf?^x1@NK->PCE{2E?5fZ4?_IM84MsNZ}ORX6l=(M=BmSXtO_qA7J=ll8?3q4_p zbJF?%7Z0Fs2zih%d%CjGQcPsG1HJGFOAToNGl- z;#!A-NGcN-3-j1cW`YF})@7+$8t23F2`i~F*EBojeriFYyAyY?jNUWdtYG^@7f|Se zu2Yc^sFysQQ+i=DToRhKatMZ7S8-aW>)A8>O9R-BNf|@gVnFnLVm1W>{H>rabKQpA z>8tWIPRY|aI(B@Y5v1VRV(X0&@q#|u*bY6p1B9y~7LDkegR~MS7jIv+!f+p;pL@=R z1;CxOXuo@n%i}y)FEDJxV5_MqpA5hB<)0LjnBYZ&2?#G=3)}1_ z7Hor}5~j0h3mjyWkWnS8je}FO+bu=P3C&J0{1#)$2)qhdyDkw0$})7PbkcI(97sxm za^i1d;g0%>sa;$r@M5Oi#f(xKc_6l2CJF9GUL+s-C zq7f(Wh`8$~Th#TMRh7kYz-6jDV5%cg@ndz{e)K z$&rw-tm_Ll7_}Zx|3PLk>Z}Oj5zw5FQV_XZc$TAof)spoL0B(5+_E2V0K&+ah30{r z_9EtM^tQedkH$wlnnW$vqzI$+vC4|+Cfcz`=Vb+UCM~sG16U#@X4dd}He$V@C>sIl zNX6x_w#qbS+i+Ki39lZLbcq#V#^3^HF;7dh@!=%!O&#Ib|Ky^3rizTBaU7%)qdk-E zvMd9pyb8FiP8bKlY`HN|91+D7(prPYPZ**8w>=;h)ADGOyK zmOnYwzbni3e=r`wA=9xJ5sP?In`i)s7c9iOsepIs4w7)L_zPT={m7tOkH*0{0(k)) zJ`F?#=cAF#MoI!c767HuR|D+X7TjIKG8wrr$uBmY$11DumnxPvsrx;>URG9z%U%UN zkQQk-2Dz9|+Q`gRrB_tXoaOdCAw;O54c%k8Tr(TH_;1-!T-p}ZqI2ne+{1F;y3X`% zfkIs(!!iq6BAJa5=a$`$`}U>enw31AuI7@(n~Glne`hTz;QWK|>A2fEiA_z*>Vc6Y z{T4~n(EE*Z!%w03L)#n#!HuZ1$KuNF#y^>0zyW=iAK|KoODt!U=l6I1#$y2ahdVJ! z);E<#>J@x(3AWCe4=5k5_Ey;Z8w3j|h(FVCyEQOODv`r^yn&IkuP%PNz>@%63q`@}C$|End*G!lz z@-t6|q6Bi%!YGI2ZPD(IhJ?lC$C&A`0(bot_Da2F&e}pq-Si&J#JG9PJVI2(K~lWr zB{B+egdI6>c`%@v1sEeK<5G$(`x3y5&QN6$-#Apr5SXf*wIOO-)T1lXTf?tl1<`)u zm#Cs9SOMmZCRbKhjthcKc;I~C9OC;M%(y$Z)Kl}Uk`t`=j_(g$B2SbtGD^%h`WhnH zMs3+|a@KMh!jre%o;L3S;TB2cN-}7(hsiL@liMgt5fzsjI61nvB;&p$Yb>l21=0%Q zVr^v{-S&bNr@mBdBfJTFmXavbc2HfzP~HvjgMA(phiLQ*U$g_yi<E&u`Hp}@Qiis1%{BEER8SykI&38Z z^c6j31<*&$JV}b$80(KL`minFPzl!_^}W3I@`Tv=A8@MkXCh5m7Sa_wWwv>w?bqgO zCCLIbE>yW4C+0n!&&MqlDopiEjl)XE7xdGsZ#eJ;8c2v!c&R_mJs#WR-?pZZI?Dmd z?VzSm;pb1VLIUcB>#PeqdUM~r$tpYKDd#1l?aQ7bt z+gvxpJ1Tw0ft)?#JV`M>8gqHAMdx}vAFePTA@?U;$3~#P`0bhC>7yR>e834sODa6LXfD(+o%h0P|AdZx8M#!UDg&0FFT7*#&PlPM{@{>;U} z%iVRitp)9H3lL6XCfIu8bQ|?wn>tkAeTZS%ri+uNyxIjcEB_Jb9-RopeRNwFP-<3P zEtoB}D$q7Pq^Wfvd|#$lXiLi#S=k!&;4{qwoQIYsZ4rP=1-*B9c~rs1rVZw7IA0Tz$m92b^vk&BV& zQvW;(#J4lO(;3lp+$19W=Z-;aH4#caNqMNeGSDZ?TAh0sH9axm4y`aLsyvh`w2q)L z$^`7E@K0V+s}bn^F5Z47h>Y`1x}ur4+vCa%Em4$r6QL+s95NxY9bvuw7=gU*8=5wObSj&-fKXmcf#9{IGY4Fy9-1eIIs!h z4@iX}N1KN7V=s&NcBK1YOvll#j*H6T%*)Eh$e`VsQx8mE!Y2mf>pgwJDI&025`2Z( zc%@~&G6^!g9AfxO9`IIC3xrKBRylIgdVCatTA>}&Mal+R>dDpsujhoR0&I3c1PQC~ zRkGCXyV<6~xxj#jjDvI^)ZNHNLi0|6a%b@ciT$~zoYo|#N+r=u(@Y`S5+E!Q6R1Cm z-K(t0y~DRg&{Ox6otLQ(iJG=ag9&-8tW>W1TP=5_-HsWx7nikgQ7;|s%j|D11MnEQ z1C!Q8h#M-{jTvQ;J|uKVnmA1@|L_n7+53oQ4jM>zEW9Q_E5&a*RFcp*j<*c|i=K^3 z5o$p8qh`BB-U3o4M$`wMBSx)IAvoywBUFx6j94`5LoBBhc}{T%{FAVYOQgSg^_Gu4 z|9l3?lPeQSf{E3rGmiQoE_KGg5`;^vu@dy;=@Z&vSdRvlJ;VQ!va+=RB3iFDAd>!> zccf-~FbYy*g!Q~ZPY%!O1rwGW-P6Y-VjESm z51*3)pM1s{lKzhU;%xvYD06(Mh(GHf9P6Dm92-^sHuFmm4vNb}|B)aiDVwUP&1(r_ zQUWigp1*V#D3>PQ4hNWr43B7fFO$EZmnd*a>^0ne2K&`klCmo-PIzHOg{CAAdUuJ- zPw_CDg$lBTD7GlO2VvHgES$tnyjmv7dZ=qcxSO;HwO^{xSw14w+-+}Jd^YN6u5JB* zBtRyB;Z#aAxb9ic1&K52Fm?Fu6t*-}O}s8g1JUYH$F=O0Pn| zniJHe!Jif0p**^@J}iO(q9IirF_X`7@&#ZHH0ueN2^f3{UDXL;L@`j(FKkG1G(l2= zvdnUKmZwrpTE#$`_exft$o5~;z7)yek?UV=4WA;oj49%bm$F)VYXn~S0oUdiaj}Lj z07S5c)Soao=zu;;@FNFVI>UNo4WU~Pm>=^d5z*bDHJ5ws3K^b@beJ`q(-aQxB{p~- z;458WpNrB1ZF&j-)TF5~tSoE4vM`C!zp^sxwMDu;E%GilL&Lu6m+E0y;qElrHOuE4 z!#i3=C{F7M`@hTYZ?rGeObfkQ809n;ITXqzquJVC;LL?+T}B=PGD>w`5nmX#22`#v zc^FxTW;&d1HZ|D%J<}!qb5YcLL~q?IIF|vI}{I z8qhux?1m#4c5!m!z+dOWB{gVcVlO+TShyn@7VWolTgXDqR-fkV$^=<@^hz1|FW{P> zN#}Igy3XEXgL?;imiy&8OO@8ee2xkx1*E4&;uM#VCwsz<=O1xAnJnxAuBaPJ9-G9` zNR&)(Rxe;J(H&?e%{jSks&trVv!UX0hIa4S$yTi-l;GC>a#@zk;}lJF8gPKaX3K!VpS*4l`wjbehURX)T%?;XSHhUA#XB z_}?B#Pc0)ge;0wgr3pWPhnLk$t2lA?xI`fIsCd*Qq^J@>U?G+W(x>#ev&3}MBd`Ky zyswNsFK!m8m!x$30)CU9ByQw>iE)@~$TfZcGZ5s0 z^2(e;rH@;zC;iVSYaEAu2KVi~~O zxsrMi7*HpEk8B(Di6H;(=L#vKDEILTsCTNAUILT%mPwKKC>fHqgw4*L-K)kPS@y@$~-<@L}m9LPF zkl_@nVnTddl+~pt*sX(n(}6dd1D*Le*78&F#Yirc*k-NEGNKB%1l#$^0U|%Xn0^e>N41KYO9d^LuG=RVWVqbf>YOT(w*z&tpN5tNPU9(_2x&@vdU3Bt8`5N? z2&U`0rBTbb$sa=IpB7o6tBH_$%S>sIs@O)nPgC22yAzVBP^4oGya1WCH1*9-c!E(H ziW)LT3hG!22Ae7@>06gvx@GeZ1_0 zO!=!F&`@N`n zwP+A1GDjZU!sgHjU10^~SIceE3ZBY9GCzB0lJm)^$P=N~#*OG09$UE5iAp!P#i6}Y zUG22++;S~r87}_|x`)cDb`Ab1n{g?!A0kv41TuQ~IQlIO1Zzn$@!lNUX_93(>U9ZD zWBmz%B->m-9TNZl=QQng1aI7N`S4OsBu^p z0n7a|iFYp$iH(1D7WrXu+i@6Zr}m_BZj*M^H4oTpA+v9pEw7mPU&+e*kJcX=Wcu8( z@5Sz}TOg(K%9(1lU|NQIc-XYqHFKS@Xua8@&N@|KJsd~0aP4$MyC$Dki`fU%)yJT1 z$TTD!IIxI7-=zCbQRvi|Xj8xO^#aDx@E!X!?Z#NEr7#JX1L-51Q2T}|0HCSGMWutZ zW^DCjw9!Iq%3OAek5JAKwDTHzW{C=MbqixfUw>i8XHA{lrIrugsu?7G5TcsD9{WqS8Esli6Pr9b#53{=>it0Nwf`M8`q%;U$F1lC z^^}J!8o)U++_b!bSr((ah{n^uOl#!7#-d06lkIC|rbIe@TWN-Wu0Ij)u5%UZe?4%) zWcVn64pH8iR)KQX{7+Fat(Sq_@lukMlh(rrqM0S~hrAh)8-kLhifL5RwlMD*aIuqq zJ7X#~Wg)ohOM-I}cgcXfY}MxRj_b00%@gTG_xCAWS^a;S5YwGr$D!@VxMONw0)P0qKEr`T zQT_QSwl?FI^V!4noE+blKarib}sV!&rU*Aaa8}7Ms`xlptmLsfl4f zQ7_~-(kk)7LCC;2>nJ{|KsSw* zjzEfVL0q`99#NRg$=7;JsNU&Inpp`lq90mNU0Ys~(eCcnPxAf@V=JlFW_g%&Tij(t ziB8JrvTMEMTg$K$Jy*K(Pdp&5ARlwwWp#gxG10$ zP02!0H?SHBYGg0oyuoB_nR*;YULOsNSMz`Ijknz}mpJj>x#l!|*6oYTs>(Xy3zXg8 z*k=fez!eFRIxqiLqJr+XT0v5xnRT75(_`Gz|6fIo&~me2cc$@%E50z-S+r&YO)(H8?JW(75(QK*n8N4uLMdLH+3TckaD`$4*5VA8%4*UL z*I|cExn8GVUve;tr~w0#lWe}+ic|vxf&#gIh;qsBtkL?T4Kc{qYiHL8R%y7KY?+k+ zP)INf&=87_PIoir|N9Pwz*vIE0jZV2)6F`pUz;cp_CW~7?a*ChtbT8Zc#5NUkm+g! zm0^tBUootB=bKNUki@lcv-rqTRsyuqYryH51_VhP3;_-3mF0{BBp` zbb;ZVDc&`0?;;5NXqZ_7TSp=JS={Z2&`ew+fW|)!IGEIN+Kn~O81}d0oqKH|w8;3$ z(8g#7m7_)xTJd{0+l-7lsDSE6r3#gG5W2Kh%vqfmyt|h&y~oL6^{4KqmWm<9%iCv% z%Hj0rJv^;)#2W;V1z;lE_4c@Z`S0ucRS`O2 z-?F|yenh>OeeCcP@~!wP-I!YJU6`POl$~2{I8(eBS4@s(pE>6=oe<6wu|H?>7(~$J z+~_yGtKZD;%yuMv;z1;3fuy4{OhP|10kRd{OHod%sa;(A;(;HCYr5(?!G1NwF|;vY0TG! zUkrv+6Hpqet+SpqV*~?@r9|W<;s>Z5Jkv^Bj~M%1NA6^nR-&7oUFBdUKe8f^LgLo( zz30a795Fl|(JdgsFy_FtzkJmpv4!TkX!uwwEIl_^nWHCt<`4{$9eL#hnJ}ZL_$Va7 zmdXlan5h=C1Vo<7l%tgQ{mUa~Xy^Gt?;0?gaBeCSbA2c1Wi*rL}C4uKy2bgd%>_LM12hh z(*}G0s|}mw2&t20pRB$t0iiRBSmE(M*;Amm^j>G#21~w1kxem!UrGg#Q?;{SMn#3h6gzz->8s4L2Zs?aRetI&=$(|~KG#m^K)1q`F7kmhfQOCmml#cYnKIkd zDM~K|HJzy@itYfy8!KbkOJ-aVoWox zekfm_NW7g&DOUAzTROD2nLf4NI)vIJ;!r>nwB+lBFm?3%;wUs(ETZJEW}UdR7#z2$ zA9o-4Wu&8;V8Upq{p5T`$QO9jTu_JBHaPO=JjaW>K;38Q5KJm2MnmfA^oi6_BA8v8 zvAPsy_L)~H_|kOP!WQe-wl&kyhQ|Jv<0O4##nLw9Qk14JwV*&`1Oa6Vk>7-p33^Q* z93cpf>_aGBjf1MLRp&gOb4;2d+66{%G>l4!pzJL^)aRo}&Qq-81f1aw-m7Ddynzx` zbqQ;|dsI*-5@EM8QDTF`YpvbiDs7HH?dt^oX=~@3K&TjqvtkA5W6J%8;y|`y17;*I z%YBY}AuHZgWkAttf}vo52iQ(u{7IZII8@zPu0#Q}$MlKtYC<@OVqvTNzJ|3iqZjaq zbhG?Ba9l>NrHGfkT*L#)VDA&Vn%kG|Wa5AB5Hl%eUF~wCc=tFJKrESyg1AR@nvoE> zc#Cak!WF#qSTGYRJ~vjOrx7}1VH}Zxkxu~mvosq*-Fc16nnHCW7R=}lHa6@BKIqMh zkP^+1MQ41;al9BZf)`1C*2a1RoUkV>o)y|+M6{X$&Ukqg;G1cKiRySU^m7L;@^np1 z5F%QUu;W4iVp4Cv00uTu@?XX6mESK{S!*5LWW1>;y`6_4lRtz@lPPUlFyWxM0TCeO zWGgoBzT!zvwb7z7o0*3vtYB$Wl&!N5H+OHn^(|&tlL0j;`W?H$(VI-nWrH*_9CtK- zv}1}TKQO^r>(RzNMS~gJtEM=d#NLpCRV_};$M%lodsv*Jn?mQ z&rZmj{G*7d^yfjdtdXnuLl=EHe#%~JllV5r6PMjAQ6NGXIl~tFPBTd-4N{~!sbkaz zF6_Z*cDYe-OEB;?zLwB)0RK8 z2i}}glhQ!@ewAhjZKzt%AQ_)N(*=2Y*2W=RX&O?30`uh383u5bD$=%sQ+JKugG=K@ z|8Z1TB`=x>H1&?yZaQgL&g46+t(c~-rKzkEk;(MsoE|9>g7!l5GfiEp8JBdgGB@Hi zQhUrmj$%MxneL_e9?^%uPJS^+kz5Te$a=h7P$H+7uV8Gt?qyE{W`$DzqeX^T0Ey^_nbgF=cvggbJz47PM+v_gJSY5{xb|C=sUu>hp%kL(r`%d zzhrxxy}@<76DwnXr&xit&%6y*=lpn9&Oa|f$@kzTTN>zy(aR%3?PWyQVbxR%cw0g8 zy14W!Nh)puT+r7By(0OUgk18eYxlxxd$lR$DyisF_m|bH*m!68Kao zQZkI1ZXbk!sx-klP3!T*WB*+-TAXni7M?r%PAgrCB1lzqhrSLu_dBRfPb_d4_w)}c zd0{cTm&iTE%jvs!ev-kNHrm+n?mNuZpxQ_}YAQ)i7=Ti%!hn-E>im^>Hxzwr0@`)F z+YXLv-v=5YG3M>Q2nxE4E|Vev$Vm0q)z`Ue>6HA5s3;0zUQHEDOuh;|?jLHurKJX) z7RA!wcwoCO6*!A|Th+OE0SN(G_|$6_d%8nOamIny)5#r&QiN3H)S1Q6)M_oEls6hN z0-H7_g98mK1d+VOQuwGPl4=EvaNA#g7%9R`VQw;m4!Ita9W~f!r2YqwDP4q$@N{?} zE264(@sDr-I1`Hx(BT-l#&9QR6}d?RDEJYesX1e3YUf0U=U%W2?LC0z1c`+199k#} zOVz}YUy56zogt%h5F|AlErs@np-)G8;th`;WCym$N4+u(_day8xV;n1QDr;gkRZTw zm)t)Bsf{E+)(kduyZ;BK1xuoH?>ud7IpE}#4=F54yUkshY%=!M%5O(=L5hPUGq<(9 z`=3v+c;U}Q7I+1#M=xT$OFI!Emg=^#xMxo2csaH`<Y)}&Pu-f?NHfVRUF&5gX{^O2Huw15 z@ImAAj-f(|9wx4^QN91iLz#|{s<4Q8oMEnH8QdyNz#WRj1T1=BG%>)ffANS8*EOUz zT7KF8w-V~I3j?kFT6e6rC%ja!+OJy3*fR;O;iW{2l^@y{*IJ5|g&z;=R`G%;QyK8? z45^1(a}}fbN-bOI)}D&2s5Fe53mvqWpDOb^+i~@P_y3Ruv;0!e29A zuJ)IGD*Lempo-6Q7<;n5IPyx1amvkF~TO=V80`9x`c!} z6@U4-xI#!h)47DNG)Z^Jm6=T^l<TgF>=hR*q!Ke^G$_y1N(k(v7}Z!>FO* zjc#Vaz!rT-2gTRTI+6Nf-!#BDCSQ|(h<{Q`X;uqT-V*#WSUefStmpN3;1`1#uK0Z2 zUIWo=djN5tHYJmLE+7l{j^wmxw{;WwiWQPYWSEb2p z>OL`W;S=+ErgYo*nVY$P+^>%V;;k~N9l66GHJU7OE+FSi;G7?kh*sS@$&5!_HE=Z zGgsuJ9@}^aFbl_H?>}eoMFF}95d{4Es71{F!6A-8h!A4fsu3qsIPz&<<=+)+ zF#mwUPa}g;?<|QMWy&*_zgFg%SbE3bJ+5J;l+7<@$!hD+lBtc!mzH@W&37a`lZej+ z>|M8j1Ljju!jp&&5jwOJCGcE!D}F9`)dt z0l7hj?Jzv*MT+y@a5hpH33sQNq}cDA4RPB~?+zbXC$xGYxwk5~Jz96eQ;H{w=W(|7 zSi;Mpb;1x%5tJplknTVKksz!bxWUSwVmKSb!|6vatMps@(vvv{BTEW6D@==njX|*Q ze6;d#WHlm&YIn*`gsrPucjG zPE~&ca!TQY4U_eQ(9^jYM1=eil*#Ha76B1PLlJa_%KIg_Y0|Y)<%IPr{Q{G9X!eQ> z-Wli(6z+SE%24??cc+vRjv+&@lSlWt6OO^wI#x58j;h0(eXVCkI!k{42YP~-XyC#w zJ(!fX3^g(x(bo?l%(N=}>_sExEJARkA{ld(UtVUIdnhqFHZyMrG|p@@2&T~4kzQIJ zS|ia*2u>TBI32ZKeB2Dvni|%f-M^BFaj#;bzBZ5_{U8a%>Dv9%D*;eq^O z+0~S#AkltG(r)m8M^bB9`l+w)9VqAzOeJdA2OS$|jLQ>6S%Nd?kU?O$opE$RV%YQ9 z4#_-}?k6(31v{t4-R8vUf#y$dedEM8Hny#*yDXhlW+7ZX>Wu{AHfu$=)bvj>-!Of< zpf6KYW&yH^K_LJyXccmNC^CmCGY|;$l9L`%K1+i6Y`a3m_hPslv=isl_a49yjIJs2@5`?klu=&pz6a2cTdC?crJ z7IdgAzX&$YaW94ryE^T@9o35Aka^~t4ak4KWvXfR+649oTdKdJo;-fkbA1OFPY)x9 z_}+9%IOPdt>b^e%v%4|NvJ5tIO1^tK=GpZjbE1gv9~=|ev<6LqA)0s=ZbBO6oe6kI4Ed4ej5lw)o@EwHnB+ay?^gHgKK#a* z%p;Gf>mJ}6k~4I*@L;|>P&{dLP}XBeYT^=`5$nJy{bmnwWXSyGl+^xdY`1LF&Fq+5W?Y5M!a`s}vnHpuf>`fS-d<*jOfIBe90Z$s`7n~v}+$?5S zJgB%k3^!|T9DPz8jV0?>GY>76m8`H6q7R7P)V>MLls+LWqiTGoI^fzJTFOY6@YV3B z@Jt?sZ0yPEZJr=fsBGhd_;J30NuZu}(P7$Z@5rJEhkZnwdxlT9)e~(IS=)iZ)5t4l z_B{q4inP{R2WKaC3?%j1u*T|AB{!DbvhRk7s=SQE`t8xUGp(2M;UzYyq{(fzu=j!b zZ2=ZRfh8V~ka>=@a=hGx7o__JZ=b3Db$874p_L3@vH7klRgzdR$sF!aP~U*zcc#o~ z*M_wLZ3507vqlT`6?HjmT(Itsa_72}q8cwgNN~fs*Tt9ZC`VqfNERj|OOQ(@F+{T`%mrup(Rr)|tvC_CMXFNGY z=JSti64tBeFb2DLzXxqRSQEu_ z&sUsKEn!%A`T5e#IK+|gNmk{E-9axHyWl7M0LpOqPWV~VdL}wYP;^kbd)e~kRyn%0L5t1xO^yP%!rSuL!PL0KQp4snaH$uy6c-2rr28T=K-_c zExS=plu3>wo)2{7zT`Uiu6zus;WG69`+JuCfG2x{YoU+~ z1kZu>_~$igkHFcvlef`wQLZ!vYmRt2r$xR6h%nsApE8ef+C|lyD6Vl;-wMtHMiUIa zb_AZv=0F_OmTsAnGhfTa{x7ni5y$D#Myj%QSGu}fENWw&0OmvkF1O~L^fcs;qbA|S zO1TJ{XQV|>^E>vGoSef$o+3h?z4X4qxRpG;`VTFO$#P|z7Q@MvnnA_3hci%(N3fmX z(V&E@cjPAKG%P`{G+|QeBn6WV<@kAU7JdXI%cVwa#6c$!T)Hu^d zDg`9Ju{q=kdZlZlJA&7VnCp4_C_CN4QCg0x?DK7e-MEF}sm9MQ{5 z!T8Lac7(*02%c?~_J)}@M0clUalma$OJVS2qBLAWrKW3i|DHQ9o3}?EOvF}axY+zv zqzNf%Y8?iI!1~HnRP~7fBf~SedI=u76i@n7sqR`_RN*?ct6YB&)5LM(R>F|6og>^GZm zywXs$E|P_Qux&*t%w$_Wg$=F2nxX7D+_El;4I;)tnJT59544D)HZCZdd+)~2{^B_) z$$BVK9_U5Y9X(&0N3ZD*$ZOe_GFKN z0+=9v+7N#uBT)LtjEXg>cVYv7&}moBCPtH{j|A+44N{j9A9`{nuAGN^fR5L4?bQy~ z10TGmF?n4JJQ#I3bvaJE5j@h@7CRz>y1Hq0Y!M$Q#PG z_oL%xCRt1aH}6? zI=FE_B{N#gqfcs%;JD2zi*-kIogD+eq7e2-@etY}Q-QoGLeH`yX-u zXVeOy2^f)UN5$;0es#vIYwadOtk8u*y<}$R=LFd9k6I7HhL`G?oil*RL(H{1iIf(q z`$JYEyBtvOuqmG68})s52;qqWQ0fO-uiyD-oMLpeo7^i!WbHHi32OgZX)K-Y3B+vT z?tGam{lga@FS_A9#I$?lY&#!NStp>|eZNG~^+p2p6uR_11!#eW6s6%O&`_8wTt1W8 zVwPw{pQ>ST%6GL&h8yYSsk*d0L21B^j+RD`LIg)DDU1Oti_!NaouirzULn|zeC)Uh zUaeHP%}$0xszgX!X|t|@bI!KekcG&9dvPuVC@HBJ)B0sn?kti`EN0MZ>!eiGTc*UG;=B{nWf*QYBJ)iTD);M9HAGzsS{#XWCkBs1 z*mad62_Sjo8^+jhi(!GrvV?_f%xr~&_Br!p;Fx2x=#1AvFfUi0RK6d;lyhXG4&W*D zuzF8WE3%$F#fHqn_MY|i3hCtvG$4;%;0|}Tr_tD2cYXw;#blN(%{`-6G`<0wQkX)z zs;nD+#vyK+{{hbOmEkEhTk7P0b` z7(EPFs$Ar87+s%Os9>57kpbmcDkS1qX5;RxpXVzUd|-^HA0fm26}z#`w8vMQ18{kY zAjuXyhZ+_>+T zmjwjWcS5CbbaW18hH~r^Zz#`Z?BZnO4m}D=Lws&sPCE(lK%mz2S88Z*rZVG)76R~$ z^>cZbX<9=s+}>PlkfTjj&zxxO!^)wusecGEk6~NQDCLJ$2N_B#a-9%AaoVR3# z4zv3!t7B~!$aq2_!m|>bH>k_uatZ{vM z>7GQcTO)~RUT|Idi(KlsfuPi6oYKxgJt2gKBb#sfT=V%rX@ew9AyBP>W0+tV7oCh^ zr~^^MEyhYfoR~lKK4${^OTiGo za|g0c$#S2Zh_x!W!`7bs%OCTM(=}CNL)-Ohbg-yq@N)@OK%=w zdsxqC+(w>zPM+qI-*?3>FwKV7u^#=Uq|D-@1oAd!*Zni*le8;Y-9k{^)8&$B+3e^} zl)8Tx>c~IDQ6*Ju8Rxee7H^P5g1b1`3JVaYab&GZLbBHmh3#50-=bnpQ&se2ygR!a z!8a+$^&m)uyZ? ziVqJ~Fs?v(0A@g$zdqGZJ_hmxQ0owfd&LY<{X=S{I9@O{RMdqbp`A(s?853%HNQ_{ z%o!oNH_o^SQRuZYYWuI+^grcWA?k#qdoC2HwKu?)#n_z>LqkTNyjNJ6S!0n4pf-5J zC2@-t(pRi!%Q#iJqdjO;$O?6T; zAOQTiP5+?95y_YN@_P4KKpWkSCs$XYQZ{#OGI-^(9>B)Uj0B9hz8PF;xSq+>z|V%j#gz-y9X{vsW1iD1-~&jWmS!h zm_aK3>~VQ3D0W!KKO_d$8q*>9qLSf~Wkt4HxLna*ocg;yDtBofxm^i zb+Q#F@cd>V_YNySkDoaDrsqj=%kFpHqT65Vzcsiwd9If!3Z^y|4OWkqplGg=tt<-``Ei)B8!_e`;MHS$6LP71O|tb-$+p%J)Bi<=3J4c;<{frLCs3Qga59{;Byyb7xw)#_3s)pqEswQ z#Wez1&5N2WD{p$0>a6rRH&I86Iys=-;b0IsA&40% z=AR|H(4=4@TPWbA*j$C2h)F?MkgEk=Ur$d=WY&Wsz4x{@wmMPgLz6;nB`v&Y zBLbdfyhO6CKszwo*fC0DP0AiRZb{QoXz>+KomAPb$R^cA246^VNX0P~PIW3;xPc2O zQ&$E=$q*83dIn=KnYGYHBv+d>`J#dzNT)DZyb|EgKFxWw#FklVJx&?u#yA2Tw&4Ur&5tPS zM&}0*9BoPG@pfcm(^`XJzcy)fp=FT2sK53us%c`Fy5HI1;c9EPy6d~}HS~udj?huV z1f>hqC2GLDQ2tf_XHc(QjcI2F$Vjxh1lRZ+>%JHi?Bg>5P$O{M>l&!^7Ons|T(xmALG{R0nWr?&%O)-wrkb_Q>%7W<)@7=9-k*8Af(Y8?S}lHD-O4%&9|0`4fOCK&T>rk8ixkqjk}N> zXMWkYCV6WPuCLHNi_e48gU?S%$6}1*9;}N+DeY!l2@tPf6aDUv9#>gdUpMs#R>S~~ zb@UzcE-VZeC`GDsWi;b#Vl!1|UJVvdH0ZmKhIt#-(_fC^F!0Tzh4%UC(e7z+-dE z&!RSEKTuRwlFKCpi1O*Tyf%E4n46TDQ>FHvvV^eY+UC+sVYr;Vu&0 z!g+pS%gHqzToLFQkdc~aQ8*vLCK7EFV(J{S!RYrSb=rgH0Nv>>8+iWXKh0-SF1J(p!^3<@G!p^XIdrz?2-*M-3ela9Mu^m$ z%e>DCdAhVh#8+U&!zj|lTi&G7jYk>zgtWu4_s2h@&}OH50-&3qVUUahg9Jt(>=^5> zCkbsD$A#5xB@lW-a{TWmhDXMyV`lo7&9kDZRx6SOZ_>TQEV*B;6M}5C4!Yk(N<6A1 zrQ$?J4uK-5dJ#KyD7JIblP#Lejq4pBl%{qc3<82ruNVm;qnic1fYxg=JrdLfaaH$5 z$m`r0PWhb6DBd^6wI%8B_<+g2fq7g6Rgp|Xq3c1Sl)W(%k|&)2xk}yh)J{lnbV(k! zKwzcsKx&<){;dc8v8y`RFdcG4;c91yCK+|*;#mbx%f!;Z^B^AOagnG=CjGoM!AGX<512!0c@~UM72!3!N+34^I@t8)O}_8G4ZNd^H#y;PeX1LFa1qUfn4Co z9G8{zf;J>0Ui{F%fga@25Wp)jH@7nU+Qqe}+doWALMOr?yv-@jNV@zva-T2^O}_LNt{jbgm7%&n;ioDwS7K&|Kw4x1Er&?h4&fhyX8x0pPq0|&@8Vt=|2)`dXln+vCcTS^ysA#v6$Uwp z)${skn+@D7dzR33!3P)0hh!OMbL0ANrKapPKND*qFxO%BL(9jqCP|xXWe^5oQ<)I; zO^5W^0IB%GB{<>v;Qg1;VFU#M6;dEO$qJcX z?+RvvhRuPj<*ptqlt?xX84FT3t4Yj2_NV8N z6<4cq))-o?jX}+#=UB^;R^`|o7KED^b(VXq7yZ^Oat4TJS7y6~uB;+4RGHPfDg}M- zOE$b#Np2tI>e3}KG8^Aj<1H2olEI-o5Hn(}O*s$BS`zcRlFo(!?_c0oo$~RZ?|MUA zA)>)Lfo+}sECA_iY`3YKTqy9eo#N;(1*as5>}z|QLwx?JBm_V;`G`A2_A07wWg#Uv zLoE=7T~G5bj&@IO^dc^Gbza5sV~!}pGt?T>I9vUt7LR(i2&T*+VwLq3n4~2{X(B#2 zbzoE2bB~UBNyL?Lo{{Im(6&=nw>~{6&4pxY6GvK;Xr;t$9D%do z{&DAAcSu=(u;&`M=zROdB_v{}zD>Vk+~K!MgE+SNh51{C?lNPpw$K7&YKf-`7eJMk8!xhVfC!wUDk( zhAiV#`6T}q^JtLlW;&+Dilm6{7@ zIrG?PUa9MXC7TNf39MDu&|1^Co&vqrJU!h*%fpT7nTSxsT-{$;8}65wIL}5C+P&r( zhFRLpFSP$8LkY6De7Yl+r6{_ViR?x|VNaM4NnN2E(qE zYi!9RlPdhFn>2*68Z^Emjh3v+ zDT>wu638BMB-i~}B`~{oqMAFx8S(})Op&FvBfxlwa!KcBP6QA+ZoRcqj^I=Vm6jZV z4wx#6K>>j?m{%}&2+$3cV1~nFAbQ387Mp!57}lJ-?2?-OV1ClDkpNbJrBbwwABueh zT~TX|TRqDvB=q3|^25NEP|$!Q?$ju3XsR6uDnziatS_p<$fTM=4+<)PPKM1pM5m?_ z*{pW;+X!+A-$2=@V|udkh?0k9bf%8TuCnRx7#%&hxeg8H?!cZryww5-c|I|DK!iiI}i6&6vEOj z5JX5r6k_dU6FN+<2KiQN-GTEOfg9MdA>7Im02Z_d75tpTD!5o3wuVaI)KK6~9An7_ znOYRLgi#X28B|X_qV1gY3D2@!>GuSmQs4*=>90kA--(PVDN?S)Mh`OHQe1iMZ9A6% z%1c8^l@Z#5huf-x%eSNL9hg(F9pJGfSh6Qfd7y3F$9&x4Be8Z)9TgGfsAuonu!W1M zNm9!4ObDfQkGKi(`d)>M8(v3qI6#{asz7e;#*INu+A};YF)ouuxP$v>Y4heL@!noCn29Ct7aLDp-Eht|pYmgXuuxI4dR1z%Z1~Al zmWq~smCCChGwAyF4F+|;S}W1i1(++g8cKv^ileD_8!ZtJ)UFhR`ItKqFtR$%<@A2P z4ZCCqnG`BeGbHjg8KS)d9apqF!qPINx;013sVPLdw$E(_xbLK1CYsd#;RZfBo`Y>g zzh@2zwzB16Zex7G%R)85_j}R21$9k6U$MP29!4+EAib8(GbgqfbD11YiX-%^Q;}a3 z?w;BwHC%8x!?NWo9sa;r5IxWZU~cqO;iNO1PnC=E(wKfb!rIdfgTGLz$RBk|g6^@k z^zHMPww(Af8ctsEnsp)y3t+izGj#tNtkd@d5-2NCU@gQrGvPWt0Z^0X!3ro1|MBmX zT+q6p@nlqQr*9eW`1)AkbOIUEthXL$+`wU|Y{EDL*#yg9XOTzb-HVfV_N3EU)Jj8K zHl6hu9qx-Y3Q~JK+N1$hC`U-Na6FbLTg!+Y77S)qy?J#)yj_T`#Q(G_oh^BrtB`Jt z?@hB-nb}{jeoX>TzHST{_gd+V*|3wd67hTH3=39oz<`NDyuIRV|BNI`3OUQhEt$vD zKuWZ{h7l3Uymj7d(FtA=_~bEOounCXMnci;-kJ$j9aa@s?)`uuFh6Z9At-SrUNt!5 zj$$kG5>M%Ez#-2YF|>E01H`$6GCJ}k5~NmU%`LkP%xGlz8$Q~r2^H=kHT3vTXgm>Y zrI_k?O-pjK6bPus!H0-MU6iB1#f-aZc2s8KnDpkrIsu4SJv@;kOwj9Ml`tGCqnGEt za=aK!4hAh~=7VaUARHjbU^Imqkip~lGh#t{JqhO{URH80)>bKULipjqP7R*{a$H$M zRB)d|37dk}+Or}#$4av95gCxPMVzBnz94w{ZP2+JrGUDe{3!dXzEvtMO$jH66ocKK zc70M01^1hVwGq1sFulFyY@dDDven0l_6Nni;@JLOj2|*q#vSqC9VP;BEXQe40(hqDkO`zM=vbFs@e6&ygXV_ueKny2BXxe381#AKPu^f@gcb2-83<%m8!4< ze2x9U+U8-koM6+SgbzbjWY++g7?G_bF|Icz?YAXYdY(NnTrX>a9#%q-?>uYyh#8V7 z9O$~Lud7X(G+0V4tF8f^tXm-MNVrJ?PNkx=_bao~Gq&c~F2=r2STJPLHqsPIv4f9) z_YO(f8}k%&?yG3PQGl5ne)=tEqEd!d-<**P=<+1enMP}Oxwm@SJ)b@BXp^@1Qx*)r zpi>KfCp!mH7D(eh=cLUOuEk7^n@TaBELi7s#%N7dWqefzJiLU1$)O>!0h-WmWQe)D%jta5egPK)e>TLYeT1*$cB_W&Ej(1w!m}BJLw5ZlxA1e$pK2i@u^m#dx zdY3I%3ZtR`{TF6|Ihjm~{f;5LaViKblaZ!?Dou5rz%`C$Oa1(tw>41I&?{aenn~kZ z$SN0qn1yEgZwXOGe{%6C9$RpYs@Pd)vXJ~}UdQwl4$3LJ*UMYO${Z(9sLWH`6TZVo(!C@(3RG4O z6vdUqxR=W_K7b4Yp9zY0d`i(9Q)sbZ@$hHNj_KA;w%EjJYR;#$AeZfQd;6=-{^zsH z^t=e1z#y3hM?T`YRrz6K?goF1bySZGw{*_pOuQDou=J1T!IbF;#KP7@^lc-8*l_)2 zSdS(X5dp(^*I!NmYCglq-+())*<)iE7%j}_0_OnY{!ox%#mpvRJD7Tuqs=TQ|I@oK zYF-N@o;gQsF!n-jsgc_ObNM!O-gQX^z=1QJt5z80x!yP1jV)A9Ow&T4bKaVH1P-V! zRSRss9_JSB(0hhTgap+dL13=0zotOnh8mRe z7Ms*_6X@$DKM8HLC!of1WI7z>zN&Iigt69*nlzLiST;p&T*a!eTL z8cV&7`s2YveE=#xGwKZz;7Mb;$I>Rv<%Dp0<&-o-aiR$KA5)UE?AEPzZCk&T`8w&O z!ek@4afU^+`bfvkx144`l}s*m-x-L<^^0r*+{PQ0Ym`t@O~JzW9)3O-2nr_gPWeWM@(o}&DR5B$)Lbo^XLx50h)9!y9GBug)qgMJVi+r_md|()!n$a zA_^R*$tQpju-ziz1{ys=*h4LV;fl&=4C_n(riMSrzsl(+BUycA^=Wuf^YR8XHb!3$ zg3;k9PMS1}3Zc^XWoBQ@`@En+HP>7n7nhQArVsrVY-Sa3VSw0SpK` z+|oK`*CiM%B}X&0>Ajb4sv`f-Be7Bzf2*TsWg^}2=tzKN1HQ-Z5u>c4qQJIiZ;ft7)vOBhwXZCdZUOoy1~UFq^#>XByY*9 zT37IH#j!1%*ieFZ7Y*lrZNfI6AaKYr{RUsR8jI|+#YDc|qY|QLvG0~ix`H#TU7om+ zc$h~>_P0!3>!bfMP|7kDv4D}*i6*+*c=q^L%oJ+dfX^VIDV83SYHTYmm;NIs2MTsO z%POD9h#?sf5pV7P_Ik|@N25lCa%bH<0R!r!ZN;`=mSLmuOBHuLYN^4%QizxeHWIlx zRlX~+g!p>2fay&*0M)RQLB~ZBmT+aQg~(wZTo^yD?Cmc*35$k{na?WX zs~S5Jt0%vjU3pnMSasKVp`ISEI-3td3%1|@00007%K!k(V*mgEMoU*FAVC!L@&Et; z000000000006`TWVE_OC000000000006`GvL;wKHV?=rY0RR8&(f|MIDF6TJ+W-I* z-~a#;p8x<5u>b%76aWI}&{*@H=1GP%nS!| z#^3DN(__FG`i&6_N!3apB`*ck;{06VtkV@p*)?Yk_7S4-#@fKoTYJEM*&(k3xP>a#(~j&JA3(Y-=B&`%cRwa#j>CG+6xA0irfR@qqqDsVEU2^2 zVLO1YXE%t5TB{bg2PW3(x>CuA#^F_+;2`%#XE270UL#ekM(<3WjItEa-O+~HD@+E2 zGf**Xsw;87FjB`*Tn#la>c|koG?_CqQ#zw5#LoPra7eZCOJTODrV~Purloz16eoC> zMOqc+;wmqOosxekw5P)yeiI4Of2O_ls~Gl7Jgtperdi{p@!>QDu)G@IL>${hcHn4FHzLNR{QY{ey2lAVSXy|4t;7= zTMH{%bKh{6U|lSASrr2c>Z{oEF|s&tXk$g@ZnO<_7)oM2zG|^b)I5%*##`q*k9cr}l+AN^0OSXr@N_zFg)%hH&TgKzeQhZin zXtV4^%8}8jh$}~N&T?^`H+gWzdtg?6vlF;i^`lmy=TJ%xtlbVru_3jZG3G)*ea~KB z`H%H2v9f1XQp37;{OW9+lwL(zkfp7T;uspU)LtSxD@bT=*{!2vi$EqHn8fR?sDRkbcxZ+4Z7o^((=CW2i#BMzW(Tf7Z zQCaJz3;7@4amknG7{;O=mDOsQcd{$rSRH6mr0=WAC;3fd;P|;TsVxj3VLp-X2xJCd zG+cCxslb})TZfdNLTKcfHj#V8CW49Cp8{I~w=Jvh&@z7NrMsX8iC^8K}h-!R0-RA0aP5lB;ZWTR~E-h-s<=R0gxDqnvQH$nJ2+ zg3Xn&AS&d*M1j_6t} zuI7x2L^~s2>ZdYxb9X{aAEn!Z!V=Pi?v&`WjZG6D-HS{$mX`gAo?-raH989yWU;{^ z)&5r_U6`Toky2N7X(_<3;K8OC_pcF+d#3k+XpWnL;}rU(L=%w~W2-9W*L4{YA2QA1&OiM z4YJ3xsV8Vj(APO;gXUqmvdLk8*`J49EcHc})YG<&Ea{^KXQ?r`&kt0gy8raW3s}X` z`Mo77R^TQhFW!b2ObhuB)!wQvV)+sIa{9D>0`+P_jNBG~{m6FJCzfxQ}f}5Aj%7atG{vDU-2gDGR6E z<_|6g6sskjxih2{t#byQ^BO-eU z&9HZzDCUZffpwq|;}#1XG`|7OZ~^_ry7)#n$>jfjR50)WCP$4+H!g?05oZu4vRuOI zY|4J$rUPdbmd$-s()~EhJSi7AHe%(=j9Jk#Yik{t;S9KSNHk}5N=^|D5#LN=>#%ir z$xA_7YzoIM&5}m>Q0&D8Ra|8z-vGGo3fc7c?-{yezV;t*8!io`r}WLSw?Wk?jtQpyt>v0tXDedWVer%_%Gt?EH4gWG87UG-); z#NREGhb0D@(`?Oz?RM10wwwv9X0C3s`0M$y9@$hehOQ7x)11YZoscW+-IS%K4-<=B zm@!#_6HFyk4anNTICK>28E}mg0O`9%cy{#3fCzSreHt2$=bB6elUjJ~bdn)+&2%Hp1v}_$n zo+1j6VlH?M98iTH zB%<))bv5uNNp~ZcQExST(IMsPX|f$wt-xb7IHL_iFJDI1tbgj&yBw&qxXu8~RfkH( zD&`fF*_Y79C*d?i#GWsz8L9WimV%>T=Yya_Y+D;RHm+zp3TUS3F0shjnWiF8(Ui5^ zr4xJi&*@DYdhbe1_?+~m+-jH#V=dz;vL>{E!nH_g+E@b;_$R=fspP{sc!XhiAH1D} z2MR2<{$l?dW#?hkrRbrN#XM|0`+5KXyRa{T3>@ZYA%rSMx6K_ zZ^09;Qh;@Tv@4D-PLA^nw%WFmE5FUo8G>p>dqPhZ>%h&VqHgQ zZd1flnz%X8ormfbW`cNxgRkzyTPX31FX`13Fv6KmQp7*w=qP0AtI7U*K-wrO010C( z^CrCYNc=u>n|@f5#gxwkHn8n(eX4yeo%*i`Kb!UT4mAy1<_B0t#;Zpsr>?>S26Y>{ zT8km83ZP&Q$|hBKVdi-o=yD*%23pJyVI)^b{(Xc1#?RNTa7j?<0JM=4oc7nb~N z3nB|_>Yh-MS7&sYKS|Xm{mZFRfJ<$2_{EAdtSdJ6 z_!cXOsK!iIQ@b079j;;G^p=a{T^kKdQmfEk;o~*2#FDg;)B7#r3kFp5cOCe$QdNo) z4m!t?mc=PCg z(2X{an#8IrkK2gaFkaS%jdJQdP3ef@8m49|QCe!=&nPLYx2i*r_pE~Ji!I}T;pqRh z0<)5qEYD)?G=MDrKqxTHxWIx=D?7s;luVPtyX0O6nfdIN2|% zRSi<+mOV#vtpCoAnSJXV4N~}_j9kr41zdz%(_BkybCSM>iz$q6tZEWd} z3iT=jev(cgt11^L58EpH=)cTBw-dY2`jem-&WDYPq|pAw&*`aH$W+HP&M>9;scSr> z#tn`no@^DSW2S0!yc@u!E?I@P9%Aq)UMf)XrqpqC*nG%_{(3sUTAO9;mm$i8w=8xS zRWy)Cg1*G}5#Va32xcvavnImU=|agO19H7WyumA)-ApkK$?8$Z?RMGd0$8W-W$k zK#NT+w9hzrELd54X5@~w;il{Pot$4H+z;EXBz0E2DJi;@OdAVzzgDQi9!vFJvBVWl zJk-j&L=&4ts}~6`JX6G0P)W{Zl{Gv=i>jEQp)$un8>!V}1fdihV?H>|)skViQ!iGo zKDYEIe>$$#8;I+7z3q&-|4X_M0Yo&QZbf#Zhdm_r7Sg9RGSkw^Lb*+BJ4zYH*%$Xc z7b;W(E?kRvOsjt|Wm~D8G(?MI94;6KwzVg@Iu$_pLm}BcPZAJ2r@{t-KB*BU@LSs1 zRj;BG%q1sPc6x@?-Bl!;HnZRHmiFth%_>=5qWnQEhFv1s8BihoBM=@a_3o_3<~;U=N3{U5U>V6z+?s9zS$E1`@Pe4TWQb3^s;lQg5E3 z?B)+v;>~=9SPHRYfDf#O?R9*Ky%f532#F_;nHTuzWC>zOgZGv}h-~WCt19`KpnQT< ztaD^pywWVYhKdVdqb7r~nI2MyHR1NvcZ%65R&LMe-VrT;D%q)gAt*zE$?ORpu*3kGuHI8>nJ=S#G5@&}A(bLA!!x zVa5Ogkbpmwh5}$5%#tP=0B;Uq^0yTkQTDd&S}Ugw=+L)e*)AE9^?k^5Ezi#>LqD1C zL7N#Sv!NB3>qrnMdtm=3%zx=MZ-H2Exbloz^tY@4QU{KTK&G{xN*%B%Ubq_2l{0nY z8K5AQu+2cHO+v)jvDC<2ON|tpbDB6qcZ3TuCZfxc1@m_*Xtc-+-6^3N^Ch|m>pNwd z-PL*3WN~yr9f2ypQFlz;AsK_V-m{2)lMlxi;E||)O{y9jt_K>HZG$=?zE1J6ilv&9hv(Qo9H2Q z>^*TXDR$TB_0#J~&eDbSSpbB)Bne=V2vRuCY6$!H&hl3YLtQge`mpFqR{O^=G~7ci zI`|kBaYE-F`t5@34=MbwtDN#>A!hWX_%B)4fh$VWLP?4IGILt_gI>BL!>*7nad_ltLBm;QB(RESQlD8T_$GD2}BYEm_!DkGq ztG|HzNp_?QBjHb|84a+z%C%Cn>bLSNmvQ16{RO{BE)Bq9T3Oj`|Cp$m=ZZF~cKO>h z57E}jwq6@v9`BDbKkdgZ)FZcIbxnW`MA_!f^)s|-D1U|~Vj;raL z7;as^(pzt8tyvXPbogJpHj?UNE`Y;y*H?>Rm4cxo7-D777E-$^GiY(#GY(QI{qb`m zyo)yL3C$qIOx1t$(VS9vDBEXzRX~TQM)Z+3)RP+>ZE5Q*$86o0&^pN06n5$HHG{b_ zW^_XLeHj|tX)HWX&^^WSs>AHKWss6tSaUKkLYXMSF%VvyiKzahQ;_-rgVOBXb zMRhP`BxxZ?prpT`%7~4pX?;1E$xc=R?U%!0%2eekX75ZhqDhvN%l3hFmt_c;`*-)n z`(pZwR5G$Avc$G#qOWMAx4359Y?hM(HxT6T)szZ_2RxFGOT8to{yjajReFrPtBPzR^XF2#*6r=tW3YHDV`N;(v~E%j-+EaU{y`CSj`tvAL@2a-z1L$mo5 zim_!EWu`K1WZ;~=X=6n7`HCioKrbZZqjqH>A9go7dz_vO2C$2zTNkn9>jr3;6sZGu z#^_@w(aIm)bh%z4 zx2%;iKulhlLWJ0^E@u);44eMYnd7;bLI0(ySedIup0>)fxjLjxu(7R51-!f~Xsn`(_DEX7#T4>4lQ;F-stC&p=uK+}MM=w;B6@j@81Z(-Jsd45 zxff_@Om3|*RXM^P}$b4!{+|?-(8KsD~2%=VTmCIS( zG%M3bCiOrQ7Lo#cMWm}avJh9!HMVEyWXy4u{wa#6etb3D1gmt1*o5M<{^q6IN~cSW zf~AygO`?#Q##)Fi?&h9aqJEw&Eq|92z{o zOxy5@b5VTq)s9Q(emGOZ_5xKBj6y|w3fM3R`zu!#HQKBG+B5>|z}dwdNRYKCbxgES zs}v>HSNoskFgE_HBFc@~SIDCjBZbyyy(DZ=it(jq#^X5~0E4@#-NIcW1D|>fEcOxu z=Gh1^?o@odRA(NVk{fpE;y)|EAqyN=TA*I6w4MBU$VV6rE8AT(RsZMGh7;_ z(QGiwMf?ty!u2?|5>vMO z;c%M;YAn;@3H`JTzo__!D zzy-Q)j;E}XVQip-2|`n;bf|DlEn$oBhoDRw}Rgmbk2{hbOY}LzHj?o zTE!5KG^lR*pW(kfS1fXGv!t+ZXIKUL3mVLIvJkwsQo-V?F- z7EYVGeKimgL$LbUc&|0L@v}lS4WK{CxMRmCoCfyk7igwi-rF0Q`J2GP(c zkLh;m7Lv{zyymXDOK?m~4=E#Pq%BAU`AWRawM#rD+o)bF{8OCU$JEi=VZn?+0ba7n z;SsQMha-frYO=5+{WLZ1`m=QLTnaypU%JgvuAb^OmTo6Bwa3*q5o2xY0juj%o_yN! zk8`G_H#IkLM1y6(S;NZzbtqsOn>oRlLr@rq*}dR$A?UR$MntvGT#^+>XG~g0hbNcI zGonK7t#!sEe*ly_vhk=u~B){ zeP#;6kJ4GUAIU7OK7D5pQwu6%lpuQe!65)(Y~2P&I5 zbj-jS=V?S+7+{$@O_6#@MeUes#`8%=t%56h=b4vg*9nof@I!AFR6&t`rFB6BFA-fY z=_P@fa6~UFM;j`R(kiD&5jY=Cn5Pt%TuSPyn1)qZ6f9WT9GZdju^4)$k7~hGjw6}1 zWm18Ak96F5lT22A`&G)FTN&vn?=-x!TPmPN?2oyXGCx#I#8^gi>I;mem6l~S@)56G zU4=BO`dV(uN{!=Dh#WO3C=o%a;__!1H@zE9u5XV??kI?4H$|$a_`&XK<`;m5Tw)@s zO8{9iiWHS2K%y>_3Z9l7kZCB(LLWr=jxG1|DHbkFzX&KSNQ!r*6=mLv=8qcD(k=iQ z|2vh}2wSGs76&t$EZnv~MO~!GdZT1m7m>^duIol+=3yI}e!gp4KwxW@U+m41^If1+ z9=%$Lfebfn*WZ${z9q+GjYf_E&flS8^VOh5OrY-d*{*_2CGh&u;ET4|O1m}Hcv`br z=!G3|Z-|4))L*!jvo9hery^=dlCUZ#t)~%(Uh<~cp=iZ`$5M zVZ~9^$&zX)y60yY-wVWZSScx2@d4RQO~i)I{aOYbXy+bDC+zfnCJebx2eezY45g^~ zb&aAv!CWo#JUAV0hnZ#9P|al-{UPKk$*kZ9dUIURb+%KKL^Pheqsjkra#DTN8`(yW z<908|ry4Z|=1u1#TCYxz3q;HhM6wN?BE*oR-!1cZ1a(G6MYa1El(7>foTePCRHffd z?o!BKw@4wlW;<5+AjDYLV*h>qMbX z=HYb=JhRgUmL)uReZ_Hmo<7orw7kG5TjMlV`Yjs5T5SgsFxMQA3*Nb~!FJe2X;xe* zqY;svnMGGb#2(d6J$1T7m(F~EHDjR#Jy{OVsN;>zKAh)M+2V|YY*zIeYTrDqZI1F?two`Ae7QDV-+k1y(?41zNn;s1|rJaW=|u z>kX2ExxU6Dr(Aj#JinPKxqfScV5ixn=@yNx#b3qVXQI5G?BjB!QvP+iWvJmU)yD97 zDccxopdT!sZA^(*dPD`J3JZ)>|Nvn`O>J0tFd8jZ%) zuk#(0+ceO!tq(J7x?x_db~i1y@n;>RuTxBI)mdRS+|hBz_H~z&d~@tS$?piIU(>Q( zv+homAUFm5_>#4Z5=PW0iHS$+pR*KaR}J<}ov6(;UTBy69(U zDYNPK(%IJnzrn@Dom>NT!;ganC{!eyFf*%28pB&=PTY{MEg^k2!mAcGqsUi$xkfY} z!`=-|==V?H*mKv77x)V>EqgD!B+ob+e2zHw{FK&)Mm5mRC#x^vT*T9#4AUsY8qkO^wXRjp8RG?4)}zbozIinMcK z{@uOv0d??D4XbdYbNADRqhEy+cYi5|H3D_X5S88d_}5okO^`@8ozPI$Ppl<->5eG> zWtci)eLz#Le^^w6O`Gz5ZU+@YbAx&(D}A0suUW5U1%ii9 zA+?ANf(M-J?T~t*!PtIX(N3WKY*k<%ZikHU-?K1S%tC;~_(% zF!XH^{PFXJFmI^+8(>q;#->EaI*!Kpdlas)EWk~rifOoOqR4RbQ{2MkV+&oR=JEhG z3L;B~3eNBd|7C>3xK}LC*GD%8q+!h~gR%wPR6A7v9)(W52<9Ufcc@f3lvBXV9 z0XWL={2eZrIQpi7y*GPKR-6S%IP;#h(sK+XK-j_ju$e|FP#|HpmMw{?f7FV@Ta zSkmRy6z7A8HWun?sAiyb@&HK=T!3bp7+(uy_vvfD9*sH2HMu}ZT_Db(8F;%pF_jEr zcb@J=l;8+UbkpUs`-dVO8s?V{i4u~~n2DwVL>E3v$8JQM2()MWk_1z|&!y*1WZfM? z)>%;@$NugL5He9h7QjUSdlMO~~9n0q~ z>o`BfOkf~UISW-{!v@*w`O=3XY~(*78b*Zu%tXGY@0Nwj*jgW!I`^sdJUn_*>I9>c z?Q3l`HYcW+Uk%kNbE1sX9($A*3=wKyF+xopIL zOno@Ba*)SaMoUUq7uf1x0_c)hgC32Hu#n0rF^EC2(1slc!bx*`^n~6P!b{xn7ObTS z&j*jU6O^U(REpINr&%VPhCxRYVTi}mFbxt!x!Y7{w)vt;)fHTaFCVO}UnTl1_o%o} zk85b)Wb)N)qRZG!piIxScnpOSxyB|B8GL$bs4J6!biz*kK{J1dWB_(qjmDE5~{q> zP3+D^5fR>@M+n|36D;2rZs<)ubkw>w>aAq$dmRD9^f!ujY^1LWh4~j)9!G?dRDTy^ zY@fqrI$WS(FO-{#TCk6oKNc!mqRTW(r+o`E#4@P2dlJ;YEZ@DTM`vj#4~aE=k7++? z3ggK8(@~2wVUo&ncR@H2yS9z3L!{Z4@m&6`?Ri*HT?-)@=f7rzMxMlb!e4-YkvEi* z0j${+XHBW`x{?j29auA{MZ4B;EDUX@{dpQ+DU4&Mi zn~Ro$)Y@u=Ntzql18|>NOikB7y{Rm=blUAKEAZ@AxcuBDpU9Xu%)8@%Ia}CK#&blD z+e+76v;4CH?=M1*Vy-TP%MP@i!!pcKlR7GIEKM@wb>k+u`O5WR#3adp@`%y9OF&Co zin_=y-?_ulFEupRl$}B{w9h9F2gJzi-v{kX4~|;11$W%-Pf{OD*2M3B0f6W$uJKTD z@dzb#Cvw}oPTa$&rf7HrR4CUTo;%r#-QM9SQR^~&0MdEaC) zXGnNN9t60_E2MORD*MJ+a^L*RUXi{4E8SdSh5kFI1@r9+o0XeA)y#P^lJLe^ZquyT z;Ekl>XC&1&SusBZ-0k^=x!b?fC9bZ}HExY)g{n9$iPz8qnwYgx_RptKjr1d`{v!Mm zq2<@D#hhN>B>piLtH4bsZzx>sni6gyCX0Rm&O9`^re=yLv}u^R5_+xJ8D+AY1Xi7- z^I76vC_@ER1}t4Lis!cKi%II>p5=+e<}Q`XRQP`vSg9|0u8^GspRG?H(pe@2JGys| zGMl7GxL7${NbPN&qEfn~Mt_-VC6(8fNUEdDrcAN^4LZ&*L=;x|$ClEYccFlK!9!ss zGC6H!%ok@R4E6R-{kU^2W%m>hNFXqG7Z^17Xe;@91LtQ#O7j~9My!A-2T+dPM;A|= z?MiYMrnaOGvdc{KBpY)Fg<5G~LXZAFbwf7@CR9?!F_0!dMZMY%SV}|Y*Wppl3SU}S z^bL@%CLt8ZK}Y`x@Wva>BllI5D3`=NA$l(Fz#*3Q{qErq^vTrMw9e)p($-zl?Gl6I zj#XS@hAGwc!2-kUAhk>*KIeQ5RFDLc|L&kp)IPGs06(hOT($79{91M1@RrS~B;R^n zGS*c*NX(EwIZpGqbGA7yPE37fFi=f?LePK*SCdph_|@28Rmw%bI)|v5iz)cN_C|cb z{ge)jnR*jB<$2B*j-6K2+odv$#oYx`k^h*U>h*(J8kWT+|K2tiyAVE0Z11;KD2$H;{I`Z7%g0)$NVlTd5_}$r$KEq zf-62O9;1( zI1y_Lhd(^JkHHaumajTU01b|tkJ`V&#(n0y7YPJdwz2BrQ)y1j6vUYI`Go=esdai| z2BOYMsU51G94d##Fc!{`hpOqWYM^mIylPi*jv1@vb@Zk6m13mIv({;eTQv8eX{br* z1Q$kBEx8dR{ByHKTY{XPf zo}%E-jP6ezKkAtZDkU~#B;#8ln>Asp&R&LLz(L?(>E%9~tg7nhn&aIZ&k~L6uk|rr(3ORztp1|*w~^;DPYwyFQI!b5cZlQ}u+rs>lD+JiAo9b3*GmK~^d6ED-Hw_d{Wzopz})?Wm7Z4D;ym@7l_2=&RB1 z(bR_@=B?|9xay1k<5kV}3oK&yv(Z0L%r`_qPY;kfFO1gbNR_KpeK}noQ}6wioa=1v zEhIvVZYeC9Pft>zO`JAdu%m@G_V8G+j~wi69xax@?bP`ZiWj}AC4#3v;({aGP^j>w z3&QzLfl3j5#Xf2WjH^(F$-VB^QO*q)VahI^(>^CENHV$4CZX{XBFe*p{4%tcr6AXf zk$6L_rA)seDoF6I-AbpKE}`f99&D9c$)@WKgjs--YHw}`qaL;v4Zbu^J+y!dT5VwE zSByluFcJE#5HVJ=r<6-u=pb4Jli6jXK>^K~^o?(IaM`Tv>PMdx+rygVOKtdIDpd6n ztU4dtH?xu{t)>p^zkMgm+}enNDNkRnt}(QXW|U0I@suBAx5Tp41$w1bF2CO5_iZeP zQFF#+8s*0vn-Z@rVlDm}OctuAtxAr+k5v?x5|RSm6Fn?OAmemz+BTfwY`QwD)}AUV zz&e^lycQ+v_3)e8l{0zIa{`QEr8RP%mMm~r57~}xSezohHFb342V!5;zE?a&;GIN# z_UTw2c5bz!Qz{3ftgQ_aQ@}^OUd%Ik*B^&?K>=@+=0kwR;Nx{FJ&0EdUQY^ETB{mW zap}5gMdR*vq{q*0LMCgb75L6G93km@ zGi}wq8v6nxpn@@2VTSuoI~iBm7Yo@Wqg+1_yc=EG5##to#D9HAs!8m0V5)9Cw{Nwt zNi8K77WqtLRs&b^WJf2KS>P<*MpK9k7;$g==nnO>%a9~gYHAQ)2`@znKy)}N-}^d0 zpfZaAd`6;7+6?uOEzz#z$r_4)pB+HZmk1lXj`C{P1XyA_WzIY^^Re#=-{{j4nzt-X zu-{nyVjG*A-zPeydZMr+X%l8PYSw+~@CJa2xWM@tFUgpZSW8&S}oZRCs zwkh-d+e~_APd!g@g<|uwd2)%ANo;DVX~e*zZEep>BE2yR z&I^s(1BiTp)>5(ANAw}_Pe2tIDFB>nrTNw&d+2Hy6NlH1gv4s}e7B*TyQNhQ1ngq< zYFiUrp25Nwehr+6a4_MVYQmfTkWr{pKYVhrlf1sz9uW(Aq8?uso138`sKts=PZe8# zI&U)tIokJ8Zli1N8KZH&a4~5T{;AfoS5mJbSex+&=(sb}55Nv}R5i_1&Qk#_c3Txr z4ybKLytg}XVjEj8!_g~iI=p{ISZq?dNa|Ot@McYfQRbe&kseMuz&)m*jPB1t14IPbpT*rfAb-iz=Sa(L|m513dCXz_mq=*soCR%^fd4T+-I>)o#L-pPx)w3isQ6!(dN3pSG*22-qJhUVyrs5 zD}@pL0={CjL6edwMbZ*i4v4o)BMk=y%}7HPU%-eeb@tO{Yf&|I{F`5l6w6>Hg1*$` zF#@sPGxIpl88a`XT>s6%}0dJwMYZMX)?y6%PS)Y0XQ4`inQA{z{)aNKFAKG|o7H*5jA2oiD zB%!OngcXY6rpbZ&*gD{z0eT<+?4WFR?ss?X95thcZ*cpJ=)-+VFRnXDTI;6cQ)o)2 z?DC_mkQU4dp62N*8ACANTN?MjsR&o3I&)%pAE+&VM(o6Qu0VXG&($3NMSzKQ^wx3F zhTkprzOMx_gO$WeYz^*XvqAH@OG5G-iSgEZWcp|lD>(;!Nps9hwZvb6hTW$GY^c8a zo5-h=;CdDa7Hd!kNF0~`z-nrbO_+C+tdg-bknqtZgoN(GAFdOQ{VfQRCoHkDeR%28 z;gZsam(ceR$s)dqb#GK-W5e#4&Z8B=Y*kh@0^#daaDlNPr@a$kr0^AS+eS!U%e`rX zq~QiFdxDGLIZYkyJBHoQ6*bpN(;!szI;YjYmNQ3+WWtHHjBGKNn)zC4PooQ zA~^!abz?ENwtMKCbam>PY;X8Sn#cEA662<7i#OAC7HEXwd_Wo(cyUud2!02@a?qjX z^`L4^`ispSG z{GcXhJp0M@)Trnw+sT3Eb|E@s0()AvV`&T*D@2TNTgGP9pUP2cpKn&nQtqZEQi4lb z5MA)+6CdgZH0&?|(!$NlxVX3+grWqQleMqdtA)lJ z^|mwI7Ob9CC(JNvpea?bJ%=tr#|z_zc>p+v=#FC0DV+L+?4BOhasVy0cBR#sJ~+xX z>1gfu2>_hD*x|07RL+q>T}$r*6=7t1SS7hHi2fha6dQ1q#&lL9S~_B*I2rz@#*GQf z@|BzY=(k=ZtT(0T9=nK=H+)%4l`H7;9_0Cjne#l8_HB(VAV|!{+g2tgK}c{N zi-O3=kS$$%HpX^(b8v{-<7OmHZSkb;T7A&m(3P_tphn9HnNL2plZa;uQ)N}6_egLK zcHz@V!6nA_fTPz#fYcdB+cIM$Va+L2W$Y+UrY+M4@<~7*zXBBIHj>cIvN5(^yMH39 zn%qVIkY6FXYG-+~L%DEHD9XgHnosWSlhDjYrm-WXB|bxA2Wjgoquv~v&%HI`tynyX zh>}|+7OALs`)LJ1&EU&;hI)4;iuL6OZlP=pDVVUIZ=Qb6bKd%du%8sGiLPjcGLXN& zNxKr_Su|)dJ{DS9&IF#lD5r~6!2KHes-y0Ztet%ZmnkzGRk&O_(~iki`EDe8l-vV` zayHl?9U&a%fM)PmK`7Qj2Na>1LX{a82OlP`NH00Ikj`g4#Z8M4^!Vi}Jzt$x+{`)stQJJ_jMtiTN899NdmpuVCio zKclPaZb^@GJlpOI$d~nlqMwl_6)Zz&MZdd$GKz>F+*M3Y^bshS*vcDQgKGi329h|= zYN?U}mr?E!oQ3^@YGu^paBF4DQ0ymc?VF%NFEv=9yPaMzC2Y#(8J(Bp47?W0$$Y@X z+8E?*Zp5%}q_n0a>^ebq#m9Hv5#;uUDRA%HX?_FB5g?W=b!9XS;@wTrGqOkGhDhn0 zOQRnGU(G)Q9~>h3b#6VRjj40>>SL8vyxKa;la&1@P3-8T4-*8DvOA_^THi3De9HnK&MB34Smf8 zibGlNrm1FDNv|WV{BAKpPhl!D=DB?yC0z51nyn{M0OKCWK>rItG+3!&D+Kwl14!=u zDFFx6z{YMF=(^5g@MMSRvQEZw;`t%aZ$6289Q#51P0a*jydnpR#KB%n(hv*^V9|%q zM3IocYq0@}1+IBqaYFo#9;JC%-?~RCAD&76u zi3b0n+c>5lnNLwjn{bsFum%lff~Rcj6KcZgbLn z>HA%ZauYBfbr312tt0Ra=(e(~=x zIM-zBHJ!kp1%2hWeufZ?fYsm_=&A+E&fR%qUPqG~O&KvaTrOJJ@2~}rCiQ6>^i#TU%!;67ii;;pw)c`By>{elD31JCgMFC(WY%1?3xr;C}lBV73Bg#$q=cwLQfCv|@xs;f_8<&F}vx|&*w zPvXtJ7af^$i?PsinQG;Hm23r~tGD(!rUbJ>XX+Kwm_Ky-C>ohbP?o_CXqWYbcxYfv|< z!~)rM8rUsyrv{tvM+prp9Dgg<8eqMTR68X1zQ~afU5?B7b8{IF4&GI%wer85YWjA( zFOrz>jHku;8aG}mX=x)M<>5kg7om|v9WQgs9qYRBmT`UIZPBqbUH;>nw-Fb=a#Y_F zB0u$e6$Hpq^Y*@13iTC?VD0sklVvU$EO2U!*!8g;&A;|`*4@hy*%bucKB2O%$!X?9w0*r}UL z_@LlMWXAXklwzB)o{8zfqXZi!>#kDblyoWre1@nU=;bcD&)>nTfDuo<_mK^0b=Do< zc1Izo4I8bbNaLgyDA|4i(ZUOO!mV^;%vi-Iw zGH`USsokq(3@)4LKkYb;3bL3sWEh zcGE@7CR6^B2*O6>Kl+XJ;U~&sxuOyn58@LXu!M8_4dR*Afci!CIWmfB!1-!?DC&7& zO3K4PLa&pmhaRrkZ#&~DRKTV+L@$|B;3+yV+FNzXSB-6ns2!m+ThdRB=!}A@at6qJ z79*57*|wg?L)v^IgA=iQROIHHW2ZcIR8G$Nk`D<8)oCu!qjD@3{Ia7|(;HN#y19&R zjj?Bl#)LZb(HC0R#AK??PHU9dD%<%I&XCTgkrtZFvPL_L6$@nUW0<+A0P>j-n5?7n z9@Nt7@?!!snKtW9cL@uZd*$c3eS}dT$_@96{siWbK^Klv0CzD*61-~+DY3#Sg&yO{ zLtO-0jCq#`8C!PUC^KIZW}i=f|qFpt&}# z9WN&f>$9~{i0tWksT63Hj)<;624(bal|pZpc}ujKIV*DP7Ds4o&~_M^o^r05E}j$@ z=R!{uOqT2%^D@TmpW4{49@iKzawv=mI96QgTY``Xq7XMH20?3nO?Pt>r~(pwwnig z(o9cI)Dw^YY~p~?h3403zmGkZw1!2r5sFXulPDeDs5TK@Vb&K~h}iv+MWj(sL9ZBfC@@S0J%c-^Az z2-*C|SX)x#s~~2&?*8vb)%UD`l3b_~D&z{;LI~>L<$_j)r+tqaZ)bAZ{yLWw5d5{3 z`%@nDs1z>{gmD$*Ow53zdGLfazZ{r{+XeQj{Ve2$we(e6lC5hTL*n4Nt;ri|)+%%5 zE$6!#?22v^szN%qkoKR&Pv(_lS9;GE>os>i1I@Y})D#Q%&5Wf5s8Iz9^PC zO+>%y+a(uRhL@xPH(@wQkH-}$o?S7I{t4BEdAO#CV)*qAZxO6x$iS4-R&AV7ndrLS z8XzP#!0-E;n0cCa3~{)lMU0X%*OWmYt&0kRtRpSX2}lgVwT{cd9Xut>=nTICH-S0MKX-p8e}KFn$!s# zR3E<&SES%@30^Lqz~Df&b0S=*s!ibJ4GYTW!~nG;RkurPGJUejk>O{D1JMH+V!uwj2`hgfrR+J4HYKjpZE!fKo~&bqX) zy%`|uTpUPyR&q3&GJ-`UxTln*Kog5+~+{n?D zfzUhg<)$r!mDi^3BqhXKnDw1{XPgNyOl_yd-nM!Bve&j#pPe37$oaDU`)#6T3)nk= zPRh;oMfP0m_7|aRmaTqlRFpQ98R#4PN;(kHl`}7o*{*_+*`rvQCIcB6A8&+c&iS#H z&v$Qw9)sv_WXlsa*0lSmV!q&pL#`db@STP6&vmI5cgEs)i@!j8A$mzhd*|Jk0er`tu~<{l&xn6-`K z))_Q4ZM0+EaNGl7Wtk^VXEk#?@#b6nRp`fn-4z`)S-kei- z^@~@n%_efPI_a?4!Ap}#t}G-A@T{O@*UgUCbt>F&?wRKew>dww=jaNT?o6$^$$HA@ z$GL4`iXDRbYopH25TV9Hw+eCe9`|Jnui*?Z}0h>jMHQ3P$W;%-T0flKGzB|4S@ zWM|A#T^07O^Y98iE&0`YxZ}c!^*w1`;o3x>ivmt^Qz3I&IAcA>S~&&*m0&E471V;r zA@qZTzQ{RK@x{4@lLwT?jnJPKSshoB>;u8)h5#_5V>&6bXS_Wop}mlHgvesN58}6T zv(T={mo*&4nvTv4(eg)fE7AjAri#p>i^455<$4~yQVM}ybwLhO3edhTi%9IqgA$$` z5?FHxfkuK6)9P;!^&Xz5Z3LaM*+Qt@@HCGm5(1I%&;1^nR*q|$?iWODO67)3K_)Sz zKe$O0*Nd5{nttQczGAK^yYuCMOMswO?HY>O;O2@6=IoaJ?)PDwU6Xi+3Ou$gk_U#j zhLL4ehw+dr(;O02b(#*UGxi$|$-;x({8t6vEX5wb4p*Ko0$sTuQM@Of9|uT$rnN&4 z?hf_6;Rt7!md4L^j;gLbm-t^pwv!GRre=M@zn7oobOVRLK5K7GsCBf(Ac zTB?-3F)i3a%SfbH(nYF7bS{OwgGvwjLo;Hnr$gX=heUjj@lO7?fgnp%4aA<1|yG%xeP8; zVxVhyW{aXQzknQ`-)_Odfx0u59jNB&8}#W-hBTXPvPLONs9r|y;SF;_xj>~@*IXLo zb{t$T+|@1^Yz{*@^X?B?ax*BN$6i}~&7K61#R^m~FuGOG*Tp?$r%?$wb(6QUerp?c zR_o~|-68cB6W4XD%-vBs6c z-3~t4$T-aik(zB4!OL}^VD`;V2VL3sG~(yeVz%+nop>U{V-3(!ayAcbOtdG7j;V`jz&hu{(ot%R^cTqf0=$JnD1`El;%09 zsFgH~OStpnla$f3(o*`@vEQf#2uP;cEn*7Y_&f^;U|gXHOCo$@Y%c>PW8+rQ?*{Xts1rAnGRQjV@IP7=i360+x>nbhzFuL$Kj6&iG+N zAJ$GxE64@y#Ik97-D<=snA$257D6< zYRMTg9fus67w|5(ua`|EgZ{rr0Y|)*-(`Oxia0HPeY-)k4_s@!eX6&J+>^eqVs1uz z*F;Xa#NW_0O@U^G>B4ji+Gl`&4?!41P(pb!szP*S2k~g^__VjiBSG&14YXz-9|)Rw zOr}S*B*SDWFzU_)%EM@)_7U5{=+R~9Cx-8--EK#T-_+Y9DM>eaW>@9@`T%mpm|I=3 zIzI2Z3&P)<4igUuqS47lpW-kqU)vOy(bp3$s8#Ec8!_N<>uu2QmGg0)VGKf${DR@wiIip!+83^lv`5lW+ zx{nAa(V1|hxhL}=J$0%cMlQo72H0C|kL}x6H}_1@U`laKG6{ED_KYHPN97{eQ{-#T z%5f2?;%HTu(;V9)S(4d6(3zP)@=PW=t|A93S^3@WH`lz*X>(&Zc%fXfg_ff>or$jd zekv|g2L=ERFC z_cxb(CXPd=wIUIhU9QKEkju{Ol4jnFH<&1#U%n9DsU5sLOBA<8-Ad(%4!)xJT-ad# zqTpSU&akaOgV_dZ2Sbf`lE)v-SGG3ohJs3H<@% z_5*lC8^La-8M7)lj|QR)cj8=O6#P+gNj#OH@_xMRhXW`9xM$m{XHEq|7C<~@&%na9 z^N0*nME6QYi_Epk{WG5mVw1eZKsg%VA>Fhk75Pzuv1*ocJuEFGqM4-zq#>)pq&5I3 z$?F3yj4mywIDC;waB(HTVWf*tmc?!4kp6<3J?%!htd(O*m&MX))Zq|U2o=⪼|6Z zk`>g#*vzH-$D^c~8kWYtXA@X+%ac3fbb9i{AKlfQ>Nj&%Jsf6bDQ>1+M4Uh55|?J% z-wTnfcx9pSQ3-=rBBIXblQ6!HmYWPOVj)H?d%XT#9BHdarFZ+oRtU5E2VpL4;Cyv; zXj^4B@7JFSp<#=jTMMMsVl1RdeBHq8l>dS-Jy5Y{vk2~1H;o|N zC&y36Y*T7YVqxq_MAJ$p9alj@^94u@G5+ACeDG>clZnV%B|st)+$tWITv;E|ari8*3l-7rx0a1EyR3DD4gJXEeLS zW+>X>Ey7a@=a4Cp_2e4B<}hYn!~;JCUKnDkp*W|D35IpP4#^oKFNoO<>+tOfDqBkK zALAE``iRa|I%@ndTN^yO{ZzWVvsp?iL)pawm-Ya#r~;Yr&G;2K`J^ZHnde1JFfd zIxG+@g6(V^AN8jiu!5&+iq>MVU%%cQy9G52QF|CKdF@zKPi&z&#Mt5EFpS7>hX@6G zV^CiKitQhI#$q?u=rr@$L@?Z}1+9v~!>abJqZBba4+<|}6{EzE@YX74pmiY@qEtF& z>P6v+I)ELj{s9TFPXK9SagY8PYQd1y#L#d(32r#*JM#6qrCP2eK(VEDuNn+KDN(%{ zAOZ|mE3kgL1NL^VBH=ehNehV7#H#h|zc^vtnR_dK6$9G3*N}*U$KeO1?_rQZXnF30 zbKcxb<7!7S&lEQ{D*Gj&#u4U-N-KT*UWmx85w(IG8zEbSHH3kM!is6N2&#M~z+HBbK%6)Mi#!3DC>{{PuEz2&)#$GWd)55BNv6B67@NBlvcvms9B_b^}pPDf12Wq=0LGz z02(_s@ZC>h>O`eJoHMbBj`DrapM-bO{(Nk-grK{vOG1?=-_i=86V`M?wl*81IrNvqFKzA8e3dA z`BNT65I>`4%)}W?%s^69XSoHuenL%#Hht(Ls5}vv>9fkaLS|PqP$r5hvH?@&lF0KE z{l-y?u=NiUUJdAXDgo7p6*IeBEM(W5{5O=dI*13Xs9X>z=ud%{FF#@W37$YR>2oHxQ`dHy+xA5>lFM2HV(J6UG$+O=&U039S$>HZ2akdGM zo%B?7G)$ou%kLH?F+`(F=llukMNXu6YFfv|J>wGJ2;>yWkAP1gYly{p>z2VDksda+ zBgg}+(2VYOd?OWNV=AY{T{S!FrScYvo+|Qz6+CYA)*>E?K&lEot4(Jn!*)2qU}UsM zkFT9PLf(>k<#goG=6~#&nRuBrVTid(G>u_g{pyPET)hLeLV_*$Oz6c1tE#XT%7x}= z5e-wSnFIF>$0#WJs?ej*$4E7YiKOSvMC=Pem14Q-nLn+Sj{O*Z@s5k9e*yPD>8wT6 ztD1{>X#CUVG0Q6-DS@4vU#v5a{|k zwu>rG@p{ORE_=l^1X}c-?d_O>sPxgeks2(L)g)5^>hPT$$QM_Gk$R*m5vxJ{AuK== zyh)=BMr}wA3+;=Wf8%fU2bQOq?#PeV)8yg0>gh8AG#u&+jlbSNW*tm;;yac9Y(55@ zxCqT2EJC#(9%kd~S4VjvBOU%S7aZ=mxsA!q5pl;xPEFuNYSw+?5?&TG+ zw9lof5s-jFPqql?Nq%$FtR)>kJ@pDcCBYeSacS2BV%K@HuHxL898Zw5z_}&{zvT{b+SpOSYw2Z8`^1SkfJ07l z9HRN^4N>y6gpGuDC%gv&-q8#YB=@W+_~7O*L? zp=$mp*{Llkb;PlAU&5{-Q$Q^owo!3UwK&np1+I$xGH9SKR><#&7${%Nh#xtM?hwE= zzYe{k5=;+pVe#$%taM_mh3|z+fcrUAgrw~m*jA|qs0Q|tFSNFgyezd1McbmFaQkQy zB++YC#6Ui|%*2!yEy7ZR;XO#_Gp4ennWXo#8hgIQ0tXX9B@v!AFl2ZZ5sfDNe za6aJdgbMJ9p&hsC8kuGY&TFbHz}8DV6!@b>@q_0T!5*(kkkDSv`jBc; zqUgnH(=_!$_!@)fN*daK$uGA%%XwpdJe8!w-0_ViQev#O~fqGWlZ zWLgK_c^7Cvd&%0@Lu=z7B>|k(-@3b)EM2N`|F9aGcOGadh0@#l#m~i#pDo0QaY5;f z_jY+x;=Y6^H)>tFmI6F}$Rzu?73ykF-SaTFXnjcTA=Q{6hL4h) z)Df|7B|epXAWpy!**$r5KO8g64l=O{4iF~ERANgviFjwrzSTOuee)A7kb#FFb5F=+ z9=iPDr_`C!mjj!kDcEFpS~4WkWN`S#tqsu!G+aG91sC+a3}+CPr-&VpTc7VFf!w`o zN7V)oJL5LM-saiyntroSr;*rlfH{#Ji0pW2y-*D^Sqf>$*P6QH*%x3P+^tT(L9g&0 zGN~^H@_?PQ$MNrl1-4hvTW1YZo;oNStr+2+M?+^5waR2}X8)T!9@5z;Zl*^wH3)?H zmvxRn@x<|!3#;W&*~Kx!tBc_zH-Z=;c2IY(k6PMUQ7R>}gGtOKFWwT^dkP6i^+sZ9 zMAGL6g|Dd7{Z_eIK~P+_P%p}87f)MMf^9`gx62{1zg+k)t=8d7)4SN^q773Za&aZG z-?sg-eBj*6RHRR_w^^@d)W!L(dhUwfEk|jlzwgK&h#s0KbDR$6LM`Q2G|~pfx2-9! z8W7x&bc|OIYK>B)Y`x#qpS91~x)n6@piEVBpioSnnr*>KeWfLWSO!Rj4Jp~{41|*~ z$odJRXS$+s%L7Hh!-X~n>uE=xAEFjbs#&z;2EG(K=x6tP%&%gesoHV(rU}riNis!5$w5rYX!63slBT_;7`hSmPm_t4ESd-Wb2` z+2Y(dHI92*8vW=0(U8>8<|8g8cZae1jIXf$I#%~~jDUq|cMJUybid5YlJFtFTn2Iy z=iHdMS>97lx6qZr8Mq4JdWnnIqeO|#697X%yuZJDFhLj#6G|a7>*vT@Q3r#r1?TZ+ zG{0&a4ji>S9qk51wsfhUxF*^K4auIUv|q35B&cg&P(YRs>X~cc*FEze&JsP~k5*O~ z3@0zy%kK{xrA0+IpSv0u*a`pdNcj|J^7%81U<+src!gB>uar@UbyGzDjC}Qv&zrR0 ziW+)rw)=sx>uOIpCO^`bOABo($f@I;Oj*b&gG4g0yrJ_4sp0FZmMq1^tl(_5UgzG% z5y}Grobnqov4%Oy2t2DIyI9O+9Ialxr*>ZHnJwGVc~zr?Cz-XS9IYNs+@#Ir>#sc* zW=sZke1jU0Z6f1Sqk7c`1}`fuWII-ILe&@|q0O&``*pnb_Slgl!?VI0N`WNlXpGF_ z=_=_WVtH*+5bZRLcU9JSndCcnN} zw}J`_l~{a&*jU`~LHPgDdg{-Zs>HS!uBq$gZ-1?D>z%@eJgUzBOZUrIq0R~#2RlP4 zprUpu(hWt8>f#x@1>igg&!uYGEByu$FPd$4O44xBw#fGQfb*+%A_l;#YC|%(Tj}9i zSo#Pefi@p}k&q@kG;Kxo!KY+_!_H8(O=;D07s zu+-T;EW=1t3R`nX#VX-|DbSyF=!1-WI zBD$kR+2xk@6l71H7C9#ls*NG~IL^2NsB#;LRY$VodIw!YN5v92eJ*@Egwx-LZ6$59 zD8zAb_^vjrQKcmCQ1gF%pQ6M9|8};~Zd6U`qQtJ+rnrG!AcN3pof&eb((zt;r5VrK zy2wyRHok-caz$_pxxP&M@busvF}5CXm{fbu?*2ZIOzn0sWBi}u4(Qe^eE6MXc-qVl zPcuNdoMm9a#VA}|7UXLOblmwRpz?-p+zy+}y&j!wBU0?M`PqPUGCBy?@n9xT@+_EP zzo>q|uoYYJCl!gfpg94x;Zfuj$`xQVN$ycUWWm)<6#9%(>w@}j5K$>B7|`+>X7l2t zbj4$uzFw z=Dt@wPH4Ws?Sql1I8&lO#j1430pVB<1vEl5zYAOQ9BEK@Fz1`r5iQ|ps@nK;kOfW$ z)P@JAvLlc?5Qe}FDAnmItNMa^q}forzMwD)sKck{ zAMClT&ipyC7D+oYUvp|SiH|tctUM%kMip#wNH!NIuI=)zGRl{Q=bSSroU~6kqK;Yd z%}I3x+;Y)#7f*yt{;QIuCcX8MPIdl>FI$}Iy4Vi4w-+Qsp*VNcG^Jy`TPI8Rn#Dgs zi)lS7Tio|NxyCANENyEPv+kdWgQSQ}a$k=ROa1)@1aaS9cgmb#pac_^prv zD-W*Ks%b<<+T--qKn;a3YnmLmy+g1nBRI1E%jsXnpOVM}bh@F?kBz1VF6$u4Ml}){ zWv81iAsVB}CRDWx*QA0CEL@stRn4&@BgDcaoj{T8Xe{T1lRciK$b6qAZxah+8|Y%? z18yQZrKEIIv|6%HsrIlqxg{;Rpx;@;kDN!Pc@m!sp|&Xbu5`i0w?pd>4Ep9LvHAsA z158es@Wp%EnoUT`?y-h`DSEG&oN)R*SmZQHn2-@eZPen1m zYI+kE@%mZ;$S2Og4y{J{O7`;gR*P`QH0;6D%yzdyXMBm#o*rL#VzH_B^h`HDF&}_ZkEN)N3Ez9ln!C9zXIQQVyzsJ9VD=k z+=u15O%f!pNg6>Hbc_vjl0xCknot%$7(vrzRo4p}Jd6vj_$g zQ1J?_0u~X)&0ODsHAqG=h4yU2;aP{~sL)JuIf)sCLDZa+cZ5(guqNN;FB1H_Ravk% zp?8*AuuJwbhVZ~eBJ=G9hH&!cNhEgPup~99Xp}^uip(Wp>fCKwnzVEAD9t`1wlZ=4 zr3z{cU3XPxF1$^v61)PjE##KWlcDR0L`h#TxIIF-+*1HQYR~NI-GF*~6oWA0 z8Ixa%ci?txU^s?8(PVWUeBF{|R}&-g_z>=Fhcbx!g&fM4HjPni?4>MDttAIxPlq5n z4_+1R@O?rC3dy#j%3S3%A$W5gZ3Q=+gl3e-drI*7Q>L@ec|4(W7$=64VjNsQ90(}s zt1asuk%pj7F1f*UVA~9^14SzZyQ5g~s%uAi?VvkcBSB1b8%ytL>`5lj^Kix;I=>-C zcu>SaX>)U3saTHO;yv{<6P9e`k#UE2cH8ld&p>khK5A7Ky9_%dD%eX+vFXFMG0k8A!(!(t_9R7F<)N?9dU0D@JsBPrA1N zzf2ZV)4)#X_y`|^L=e4!T%({CmCOk9PL(m}NG8ir#?DD6AQ2uZku%%U6Wtf}8Moya zEBZe>97%BAHHUJUUbtvYyq-998FKGqSlXCLJJrY~vgUdr!U3jK4h0iv|1NdaCn4Og zqN%ljCV;OPhP^d zf*)PY0}6h41_FGVjiK_v(d>0a7M6OpenPqm%I$f^;GmVA3#0Nk%>z<+F)#Nqi5+^R zBNG$w?lGV%V9LX(W+c z6R>RTFJF!r%>^70Hg@Fy<;b2amDcv%x1>gAX?G%9VAl;Y!Dl~%L>5fKv8BuRE{wAL zpce|(2F-t5h*0w5HBeEOOfI7BY9Rsxk$&8Ou z#HhdlrWfQou z8B|;%)(5JQ!?ABKt&-fEAT->Cm?7K;+J_2O(`%(?{Kg(iK;R*FBq;2V zLKv;9we)a~Sa(j?WlxVs34&}8d@68N!3)yr`XY$gq($JKV>g-vwd@t~tuu>*wbK}j zML5ymTPkk0mM%wscpQ=p*)!9VGL+9~>)RDaC~{?Zf5F5~Lc-eiY(Q3`-xBr4mm(NK zXnaBO;>Ax439JY?2qWO1uOXD4?M_R?K!!-bY^vz<|E7%;2|#`Rgj(bEN}TOS1LZ0b z8td#`xr5V)4O}vDpNF_vt&C2-adptcbsXv?ddK9oiAdh}N>5v5SJN*I@)vzx_GrR%-Q#WPrSC$jG-z@JlxdG~Oh4iJ zMQDx4zo0YY>CT?kN~a{`IA7*4$le%Hg2Q%XjC`(Qy-zJ8{9(?sU>IPTAm(Yfpln^l1aROT?JkjNo6p3BK-MLj4)uIb*!=~5niX{e`sm$myyy!u#nd+|n@Nl4MXvc8$butpu+WR599y61(fS zce?GY(!Qb2z%boYK^8zG*+07Qjy!f=>Q(hli(kHSapHxijZj?UG8jL+SmhfZ2K%aL zF$R>!i{pgHqPp5O*<|Q~Z9OIJ)F+o^*7r(`&F}SrA6;rXQ*Bt};^~ykO4P?Ud1>dv z(7d!;EidONCmQF2<4iMuwJbW~Sh9pggBySJzfO`Jt<1Kxd=a@7iG`!ui?H*&L64UT zD+bzLC$cQfLwHD)M0QJUWAK<-+TfeoZ+I^qd@1}|K&DUHhy7ocX8t7+y$RA;T*VcJ z<|G4vQmv-)6=S4=amBUnD{ITn)hEAgHJ?o!--|-TCcni!CnHz7v6#b78^E6`F~vDq zVvC_lctyz6Y$HAM7$Alb@f|2wh+u>%!uYb9i5y1@1X;A$HqJ@9g%dt{zW5F;j$-7a zH4Ig4FJI+}fwXQ3Q6wjrHG&a&+xBJaBMwrAG%g*eI{~^u!NH(#^5G+@$wt!w;TgMt zc-?q@OT-`gyp=n{Q_3Q-R``Ce$}(*o=(spek)UcriO|}bXODIO{uLr)oLnBscl9aA zD|VA;i+mNl|~7TVpP$HR*B;cCv_FxALo6n$g*j zZV9Ar-b`gjdy`^mj77+;?r(sG&m-tqgMqOEXHG9$0I)$O4`9LQ@tSoV+=)Waa|aKw z;29Rf^hmvXG7|%l>gp-Fv#K4dO<9QB&5a=^dQYR>xUYGky9|e@=c9;>Y@xW>b_m+q z$=vU0AvVbe(Ngu$)H_F0;9fjDVp3>M*$|hBXI*%>9awIjMPvmuFi8 z1LLUYl}4&8aw=v}6FBuKfSCEIfrW0guILYHJ8l`CNZU&)gH+-Y+!iTyzN}<*N-++6L-K>^A6i1}goO(}|dI zYD|OA;xShhGd4Ubx1y2H@jey0L6RH7ZpW(o7#fZ}i>S9ZVVG2sCeg60Y=u$h;dfNB znQT`ebKQiF_~f&tF(q&vN%n|AuG-01aRjOkPkF2sP8Gi=VxO$B@86(aHgCJrPS~M* zC9!oo9MU`?)Ry@rK_b5d5 zB}m-GaW(TPF`bI&4JKK#w{lyKS}jlSgE7xlQN{Kf1~9?AWf9uKDiWRPF%7Fezrlyc zgk{ru1!vSp)|n9zHc2INBxjbr3lgDv9#V!#k_d5^H|StX1-|DGKZeK=)OgVeHbU32j48e3a{PPd9*CfKB==@8U}YWb3zla zidr5#Kz6Fvh@d%eKWtauql@%N8~{jqD)1?ezip%kr;l@*8>`%W()lf$u$2fR5_VWTgWO$f)$nGmnm1TPpXvj-oq=j#ez)`WUH&VVkZu8o!t$^YUGfv2Q2%6GK zjN&lnX~R~FP;)qF7v5XfW$_ao=w6>P>EL1j{_UI(no*r3 zoDmGpUu#tzbV?my(%pAzLMD7a2{sF}g(5v92u`_tpA4PhMq`Ru=qI6Iw&cxx6Hj7X z>mbL=l?=K@>0fv~wX_-<=A6O1!_bgrO{tTxO@~^sN4iFHLC@^sE|JX@cT$sIvNY}r z+3wwebS17jLq$I^?%Jk5HLf!-`XnYj##*^iVhHREmk)j&+nETN2sC4iu{i%GXqq^*y9E(~+<4<{C4;>%9yo`dZ# zcwR|H4p^AQJ~Ko_BSO9I)@}v0W`~Cz2IbB zc}Qw$>FRk+gGgOve<0O?0Usp0oVl`L1e3{HmKn36bC5=Yv>rg*X$n^SAW)#DEUFj) zck?jKYwD0}CyvS+WnmX?D#~J3;(5s=9R-&(7>57bfGxTruUdUr>pn7Rc*0mP6|y&K z!~JcZvEtHGIH3d4!Q_=GGyx(DN=SN4XEw0Ry%DV*V*63eTA*1-Y};>$juqFIO2zs} z$Z^uGa6aJ&e277yJtyzTu9NJ1Omky7)#GF!hOB8qTl5*qk?7&bX7$G+( z-Xij6Q7Y~;-1!vBG%?Scwq&Onu89c*eBrrkJAA%ib!}ewxC}!C!-x&!X1KLV-x)%L z?8rnOEBHqpIVTNbzEMdsAL+tfDtn;slOP;N!RD zB&*HlUPxRs(5Kj9p$G%^~4B`YP@|fxvOv+m=OdBXr8@_;6?5iRsWBz;Q_0WKdZNE>YxGxTZ%>=5wOz zRTqhY*5useS^j#-5JF{1YskL7>kwFH>-DSjPo^)2QL}GPO=2XpKw6D_LhVYrof1#l zCuXV*yq1V4#CX=t73?HasDG_Bo_UwWLy1Bm0?($Q9q{(BtLdaJ%mN>Rd&Gh9WOL~H zAU2Qzx0YR4G~p1d=@;NP5I$ZlOpS-x))|=!fexVhNF{l`Lbgk`Ms}JN8kzZ~9eU3j zc|LP|$xm%-D`jbw{!)>wg zqYuK7!$g|z9K+_A3YD59CM1T^OYq!8MPC`-`MxPq+9!xp$Ok=Nz0QC^|Ozz(vLxzH(-kxOD`D$Pe{h@C%Fuy{`4 z>Kq@mf(0xcmGFM7C0fRr<7c*pmOCz37n@Rrm&Y}IHWdUZLU5S0?o8gZ&!q^qKv+G+ zEgLqyv1A?&a5@MkUwlOmxKS?xgJ)!*zJg|;%SYq)zoBk=KpmniLnB%)u~>r=+={G1 zQ3ens>6@3~PN}f7zfuk+p5soL6+GiVF#`k5Vr_QrZm2d`59 zmLA_lB}Go3;T)KHLrxkU3cgxsR$U0SyLbiH%u>EQ7kv}8DNV+I>qO>tTg4gj!Ox^g z?F_=CJKXj}EOnb2wQ#I?CEN2-^)QSIciSO4l8Lzsb@ZNSk{on{`sFV9Td*cb-ExqO zTBxs>W2`Fh*~udPUur#)(O7&bI@LjRayD^E3Jay9wfBRe-WOwkG;SJ}*x=9CR-ZKShU2v$mz=JXNBNvbN6-vDmNa~Fou zv*N(lPN7xH>|T@Su9im~)GtXw$|7_H_*>-2?{;*03}UjiKr;A{jpUugM|#4frveCc z#}pHN40zZHL6zrYJ#891n(mwY$Zhlq;1PZdkr3`&oJ;SyreZv zcH&iP6ZY79=Ln+JosbQzjY`pNTLWf*#n{OWJ*qt&$>UREG&WQw_atzs#US)tLf}2v zfDG=#kg39@I*VQb$zveuRLL3Wx^BGB7@PJhs*&cYv_HFr`Fe-djU!P$<$FzGm9^t` zystD3JiU`yW(&I~16dpyn%k}GCmJ{QD^wsnr zu{|mvP!&RB!a3a{?uQN_q^!~{Nujb>ftmm07#|tRRL6vF?mM#T2rM}1-OwhynMM?Q z1!wHJgv|!B;B?qU^9Om;-%;&o$dTj`n~$iWLRAc&nghT>%6i@ zNoel=9;M?g9OX?2MjcayQ@yAIUy;H_(XAi?mb@OSIR^wv98nu;xn#7xCDik6s8$__Xl+1<1rnk{sz>EW)d5HG8�Szg!l8BDjAFg9)2|7{}P?1$M>D+gg5idl} zKQ%o*24B!s8WisI{9$9xO)dFsXE|tttfr-q`r2>|?wpJG-I*ydZgjmqY2<^{Iu){# z>l=h8OsNk-pO%d=bmw*j_Y(j&n)&DaT;-5fnS4V<@% z5Zx)dzgoGG3&*>PtBqnjq=`kQA!9DJnZI&{u|4o69GB zJ@0z*Q3igKPIwAa>Ssd=J2+lYfi*`Kp`%~6{_Z1ceIG(<8W}DTrgnf;HJxJ@E$Flw zS1a%rCX~h(yRh$_nW<-m1RQ1^bg{A+_~k6q>g*)%^(!_x3Q`qc!U~z04w^p{oTO@= z?g1&JMTem4SpFbWDT<@0Y>DMb#F5Rx!O-0UWGBYH~Ldf#d1mG zs+Fk2z8=547W!NjFh*b=M_O@mPWPb+m@QVw=)+f~QWJ;fp_f=9eavzdyr27Ka}hys zu>YlQOimwk(ZT%VLlySQSeM2QuS)KT9MxmVCGO1fcViLT{6neqA*o^6DL8H^%U2^| zBK1?3JLYE%X-MV}sm~X|j0Q{LGeAvxH?M;5YWD>CYbXkYZBbW&N>?OydL99zZ}pa)_nYH) zv<#F>pQkRM8$DyjItW*U8FGkyGv?z$=GR_&FQ5tTnjhEdzP4|q*hUAhB5`+iZ4xlD z-%%>lI9JJ}IHmDG2Q0z85KFl)+T}Av>FyiXcdOV^)4Q&l!!`N(RpZNzpDDrj(nvFI zz9@QiOB79&vX7>W`YC0P5(YGJ_1t{4bnB;&GjZ6pG+S9^n52GVmbNVabtQLs@*T)y zW&CKHs2G;5;l0?Z%d=|*Kn_Y80SBhOm&9Yd@ zW5XHF9teatyeVSg(2(t!n`^1%T~IkLD@_*ZuwM0qNr1v;y1gEY|HKiX6@ zn`-1ibr>bkRMAc_GOSlNT|Zed-gZ$sHTCqZ5e(`XPraCfWr+}x%G`sIpL0!81^ zvWJ|nY3q7IlJn_<2^Rn4T+f;^R&?6u3^Yt2Lc>pWrRRM-#5Mzk;cJvZunXW^4*s#b?OD;KWCHc$Cu|;(yLF*eiSZETbh3C0qC}d{tzK zd!xfCC|9pfwO%v}mI=V(u&nKSXL!Bn%RWkqeO9#a-k0qysgM|l(TUxVh3XO(&%TI| zbb8A2NzM+IkeXWJ^DHTEC+qOr%LO@ykn=xRRST(yl4gcQ+q-14*BsoIAEs)XI_?g) zTI)!8dAM&qhPp5Xg2KvTrbZd0t?BbPP(qMc~tk)G(YVa#1eqwSK)Wx;G5`(Ox{XSk1 zZ|8b5&vT|%d^SOLttLy`Bh4!KI?t36q-D=4aAbiuJoM==dM%Zj5H7tg>g=|W+;ah{ zUaTnLmx7}OWL=UmI1h5l=H)e{aUcw=QAAeaNXk}0oR(DZn%Eeh&tV4?br7P$Q5#+V9sOp{XHntX5_MV8+NY`)zJg0WYjaZ=P&ii_0 zye5b_(|yI*nDy%Q_k`^>lVgrREgaHUF{0=qS*-dsi9@H~B6wh)`ub6qWBoyP{m%g zQSkS#IsA)JT}14^=@eERl8|Gx2(krIvIZtHWTG}#g)q1BGm{f~J1gri&by&4lVF;7 zG+d2_F}D-@PhC8WwgW>EFTr=o&Mr4Zhx8pDfcZ3^F0Qef;xK@$)@70d4O{`qDsG0m zoR=EoaG8{EM$$PPhyx?G@b78zVr0g3xuAy{obi71l##zg2g=!CAdM+nd`wg{i+NK% z-0N2|*bNq^TO9d^^^9>)Alawwz-@@2+Vn_aQ;}dJGo&$$GT7ZPks3zTcpDHNba@4aLJaO8(n&J*PlRq6dB%{&EU^>*W z;VX@feA4%CaL+IRerWocZ~_BMpEJ}B_@>QJ%wrZ(1(533SQ6R#p&2#8UUOdM^Zi!U z8(YW_EcrSiF5ll&imq;k6ZOxiLD_4G4eZ&6N7fv&81WWZMr8Rn$2vF3jA$c9fchLV zY5&v|`6^0e8MEs>ctdDbin2F1=<}nAxHc<0o|RH`D$iE__SD-A)!rFIAng#dyI-DnedGW=X%W0iVJk4!L-a_bASVjIsp6LUL~ zN;Xy9JM*NgUm=E84pDa%~3cybf9#iG;d!kS@?>#zGjb4XHF& zZYZ#7m$K4y1e7`Dy%h4WZN0f4cju&Hu3_p|kZ@b|^TG3x2uJnRNSfosxd@!Dt%()G zrC<06(5hmzQY4+-uuH`vlDRVl=E**-Bb9Fhmv23plpKS}G_LL_r5|uX2^Lv3=7gEF zd7dr%ng-Aw^_>zpTnYGttfzr7ayt4Vun?!NZ0_Bkv>a<@WkW8CJ6ZLXV)eQHLu@s zA}r3#ssyVWVJ9+(9h~lEsa3l^sSFC7ol}DNyiNK;H5#;!C{rBr&sidWW(FjzdUMkdQ5UbOY?{o%NT~ za8F0I>71GBDcblF$Q;>gG`8SkQ-&sFhK3Hk+mmEp>vTaqRkM^e{f#kUfu}MO#e^9B=r#1TqmG+ajX|UhT z*J9)_xRuCTnKb?JiLP5kuF;)T4G1F}#JWTZAo6AxyEv?evYx!EdD37V5+e0eUMzFa zDUROOLYsM6x?~?Gx&XC6HbBWLlJ^6Tym&EA(m%fzMM#STC0-UmKq)BK6TNi+W(9>- zm)&Qo!h#0_!9Syv{OD^m=Z_MR8dC-Z9voX!RqSWy(%WNoyL#qbad|Kr`|izlj@){i z3@wb!SrkeS0Yj#5ZwtWyESaU_XgF>ENHQdxa6>_N9rO^JjcP3HZqtxh9@kFH7ah)K zp@9-XL1C$9D4HI5NXUlSmY5S&Bj`(UIg?uN-k@Oqs$ZyZ>sLBujoz=qmuOYY;7>{AY` z^U0i5z)p6!UX*Z?&tzbk`HOcdPoX|IV4BNEb{9*S$Q?deKc;a#Bxd(Ie{?rCp_R~6 zxRF65#nhW#C5c?LB2ikF80rYArM$k=^3~?UO*wQ02}Jd`0D_{`ObxGSCSjdbCqT?4 zA5|pJYvly#QqaE3dnINjrVzU{_O7Nvm6#zIy&Pts@c+tkL%aQVstq@GJw7=^M3k0H z8~YmeQ{F}Q_F)s%m#?|p>DH_XJOeeexK2Lw&_pSgg_5n?aWL}fE%%y>l1>%zAnt8~ zlsc5ZiK0!8vUk!(3`5;Yi-7R-lpCc2ZU-{ChRvYh!qx~gAMDOHR)RDy1*==@()nc# zq)2$;=2yLbPJcnR2aeX{|Dn3wY3RF@#W9(Qcu%l&`F1?dlO8~yM46~j=asCfFqxLC z0hPPz&=rb;Z{OF*(IiG2-2BFh`C`kzJK~0t%OSiP&l^BAJ?jPIP99*(_`gwUf<$Iv zk;b{{Tc30Jut2C8jZ2nvXL6mMmdWX`z7-&94@Ai#f>J+{Se1Gr1Zs*2@;^g3Qhq)- zy)%46Dm_a|F6O+^_A5j|KC4u&W|%YO1Mpkm{qZWYf*^1yxu1359^L3^megFV+4X=i zkB2sk!6n}v`h3b0O%;CtPQ{S+oB2;p=mS#@PlDC-KMxAwuo7|bL1Ejp>bl7XT4r<3 z;qjNEEe3$)ny&vzMP23;s+WQz^(aol6y;Txx5#k0SsztrCsd0LvB>e)?--a$nFz_D zjQ9!+v&1?w6$ja5j|6}@BWqRlm>z*3>97OUBXa19OG5F(b)PL!Re6h;wb+``ex|rd zc}vjSxx^X|QH-Cc+7%$I?o-BFkFR>U1{y&qB%Kw{7M=Jc-NMoiG~VU86M?oI*3 z8FV`Xe2?t-M$HMGqPllsVmhBw>xZ!zi&5?hRd&evA7=s63r+7i3(Z3NXcHI~ zbwzEh8r2cHX~15*BkMd+%Dain?^s0&yPU;Xduk7?4NpweY_tMPT{S|SPYMfC^~}Gi zqFLNCO!d~mW+L@XXRm2l>%s#q!5vNz3?j;{gS4?b;7uV@8+6<+FL^*j>W7mM&{8A) z4RTAVzt-X-9$5h-LwY$M*N3Ihg4wEPqP&EK8CkGqK~m1TqqzEdqau{)prau@%*0IR zB%0)1(^s#pFaBrS!SZ=G{T63XFN>+nm|fOdGOS1-;2f+zXq?U2wu2P(k*+ZRRZT3Z z8nyjDfx`D?P^xBq*$C|CbWUonzgr=phwy|a_4;xKbN-9#CLy@zX_z>J_ZO21P9!*O z%)vuFIHh4UU2&rmmv~vI7HJqj(ZcHkbSIWgMtyRmD?Lh%SfrdbEx-J`9c!F*>a=#; z8RxG)($T=eu~y*5iYXj{GFRyY2)}owQRU|^vC!8B7lbgwdb|%3v*&<7(mfxiK@pH0n@4(gilSgiffgVREx2@kttgT>u9ak*d&EI3G ziAddAjPZN+9*S-)6{|akWwr`VGL5r@CL%VXl##&mMmHw;5x9^j*rPAqZXEh2ZKFI? zO_RXwbh;MDwONi!(9&AMaH2=h(!{gkL$kO17Txm+JtzI!XKhL+qeii!6E2e-L>)K{ zv%jWWWAY(nMejoTjjJtl%awIhz_a+R8Fj`P!c#qzM1j!;;~|99rI|J zSJe-AhXt(CF(;Wn>h_$XDUqyaCsf;b*tGpektx?kWSEqzehh=RH!6vt@?0>t5}B$m z$s=XwC9rBgy{uWvCzH~+gOYzGz?G%cu@>5W*jlXW9Y=aad-}jut<^Dg!!*_+)mAhB zH%Ug?9)?Gul&vMPihW6iP}xjP7SSUQCw%W6`G;8is2+WMH>k~QB@TTeXC+X z)wYodhPyWmo4no@a0iSVJ~Ley>C)^K&Cio!&4_0{4#YASX(^OKKaIqZA4=|URe!SK z3XwsMu0iZ$4`BmqmM3sCcycKkxl+1U$aVNL0Hn+4tYLdjA~o=*_=2qusqWBPy>(Kt zwtKlqu9>3DR5X=`Tl)?K|)3N@}S&YQcfAbI%*tw#lr zN#0d*)otBKN}te+_U;ykKB@>cg}8&F;BE#a_%=v+G7mWFcDRvtocFW@&w%z)8?|!= zMQ&*~h)IhqZex06R|(_p+D_?ku#gSul>~s(d;Au!!3YJm7W(|o4Zh3=Sfwd!EJO} z9qLLQWR%T|EkSG-KuIT36q^nyz$L(8VK@hgN zrT@&_*J5o|-&|rdN5)}$twx@3q&r)oLn={9z6cuniYhu;5ze(4O7x+VWNNHV=Qi0M zfwrN+9F>Q2Sqf}o5`b^?kr}=DmvtzeT|;*2JM?gx8=7X@Aiyd$MhxMcl)U#0txY4! zUsR2l3HRX0UDXE){i)10!7(x>r z3RZa1Z1$SD81cm*tA)Xmf>yNIQfp#PoP|G9AC<%^Y?2`U+)8~qUzMBlhcM9yuk z<4Su)uOL&;ppkIhg6<{K0quI}%e2Icnc10a-=53~!dJzH1n}26#SmylE5N{7GgYml zP06=F_7Y5;*P8&tWHb8f1;_Q-l6Reeji3GaEbb+OOfV;MZoP0ii z6Pn8zCbAG@2eNt>Ge{*u?z?6xn22Zoq@kD19&C7`lQGU3K?BCnRGV$TLxUI-{z>Sj zo{j}*G>sK23^z`kT?@^hMtAz5P3N+BFV1ln$xV!k@T1fL?Ut(0!&D2mTZ(oPXj< zzH^KwbHFt?KffXV(`Vk|n(gt{8q$N6<0+iFfe`xVdb~p1Qa~ zi;bV*4y`VQ;*O0tyAsnXIhSjt8<76yZBw;diRjl027)vaV2BE5)<3k?MELDO8Bw7$ zQhUtXx>DK2zd8K~+R6GvHYi30gw!Z=cqrnroYqoj+VAn~;mt})g*dJg#d?L0pQO(& z%~+zIneUxd8!vpdCN{uz?!emFQbPZX(La&w+&gcP*8XiJKnMdtM;utbOoNRZlBD7o zut{0w)~b{GHHH2O47vhKawM%Gf_sg~C)D8x=iC4mYrRQ+-*e0l*^@eI5`>_1)<#!czwI zeNaz00=Z-%OX}85b*853v(#pQh<;!SkDS^|#J5mqoo+8?oP(78@t%44G8kt+*$!Bg zi6v-+doh2%c_jy4O>ZR3yS=VHnWeAI%4xD4aSXL&?I24-(+_xZfL>cJw3Og)hybLJ z-Whgk8?LIE^mA`cHba>mJ2#8SM<0qAH4Nw2KJp`EBJ>x zy3Wi-(YDsaSAbT0jM7`V_$M8QD^FI_WE9u#!qKmMCiZaD0&rft7$Gx8<)O$(h{!{x z@!FqmNj!VApPds`b@gj8|L#1a6|l=9gt!s6XVm0#f9D>Uq-y*nWI$Hms6q}Uh{uSE zpI;>*KjM)B;MBW|3-klySBKTlNZs3DJ-Bb^&l{UU!G&v_rsOlE9`3i1>oFH@(#ndUF)Dy}O+8iT?HrD?rR5~Lw4A4l2v!T7)lYW=k& z|3qE}zpeRIp;eafxksJS?1KQZ7{N!X!e{$>Dzs`ke)YL^Z+wJ z%)c?R$dj0T4l7AM#Ofg_CQtDs1=g$hqlqneauR!2&4bHLbIzwYxv!BKPK%kE?jev5 z4<+ouAGu<*3G=7=$Tm@dH4L(g6$#0(;W~n2N5R?3^&(cs){z=b*A2GUCMiT1k$+pM zVvcBA#3^er7snqV%|p+{3Zl+e8uc@iNg$0KqLN3M+OT%IZBw;iCo9mxi{+!3H;&ss zEoEpXOI;b&{(iQZ>`cn;5xtr0U{=Gy3R?rk8p&#_a8R9z95Dg#1wxb#;uVu1;_qXR z$EiA?jBzVhevJbO3vq}IDU4j@MTA>C+<}S;vEsDGcv?9N^q;@GH`8&lSRE?8T1BN$ zky6q`YHvB7X^yXy28LQBG+agU@^*TP#PA-zixY{Q;n_8@q3-+V_%jMq+(lM{*R_Pc zcSNmRb>$QIcTn1I(9?@%Lo|U-SFBt_(e8j^%qH84i^8<_N~biOSyz%R$KkO(gTdP- zyvb~*yi6TL6J=CO1jL48S|pH1!FDizu#ar}l7$BH-rfGFd+iX|6o?ZMg|TWI{i4sH zB&IAB)Zx)Q5`_A32I!LU7~S#Uj1kR;F<_;Mrw9Q80L7G(Wf4HYL%-&cWVO-ncYT2_ zBQB27D~0=6@-4dnqZqFd67d&yA7+~kvFb$dgB(ilK!T4T8b!wuW^(0dotzEG7tBQu zR6f!=T%`2iw-8#HI6Xnx3W)$u7*rrSiP8atjO&*V9suk^F9tRoP{zh6yMdL(0b#SL zesD)vHW9}qe+Ic=$>L5)8LBATRjrC4z#!NYfG#g0hU`bi(tzO26%|qu9QQ#c%9HW4 zqm|l35;&nA1W~>g(TEKfc$oxLL3;cEBxlhcUCE<^*k%K&Fq(FzIa5C;FwFn#HsI#9 znq>y97mRgJxIc*0ny4{9{wXmLn0J*<4XwgYD0qmiQ{DwpLQ5_&2U=|!F(xuW z7TARdHRv@V!K5VczBC^Lbd+_-&D%t1Qk5_Hec?q6&>IOYZ~aU41$383V~Q^H&452X za4_tSwhf}1d-`V462sQ0=^@N%NwWCY0LG|M@c6lYQ@|S1rY0?W%hQtifC(BMYRDW@ z@Cs1}r|OIFEP)~J4~vn#tTu=V#m?~d=Y`&~3l6235lvvGWCh2kj6v%_wfgw`*0+%R z46APxQc{&C$gIPe^<3&UKP|SmId0_If)FKap{UzZ+Gy%>F9IVmLR(p%HeaEV8-l{* zqZvwSG2Vw*@dS9uqI6&;jmC(5t0$|KmJTK(jn8N#M$-uoe$w}zU&y-}7K4(@EHT(D zTkQPzshZivDlFmr=GFCs5s*aKax2(D?3F~^sZ|L{>JZ!dB%p*9S4>mSqTkn4^Z(M;@ViXyn-)%c2;qL9Z|Ti{@KnM%)VSgTo>jI5 zudV`0p-qbvN}l4F#1-sS9{8G3&ugfFxyzlh72$uzj~W1q{Xi4R*wi*Sr^RYhu25@o z1VS9kO1))yMUwlQK{>u}69oaTo%DcAc!WsVb{C$#^tcon2ZiDqqMinr;rw64PRBhwuT zZGu`C+3u{BGD&tLM!k!>Ad7zr9Mi&%=)Z8^GuePCI0i}p!?G68oH@04SfF=SWRx-tN#GLMrnuPCk)sG%WfJ<(1g7h;rlulu zTIce#R2>QX(QxOcZ!Kj}^#O7PTP2IJ#y1?WU{*jxMUNuoJ}Jp!C3KAMT`E@gm;reB9O9QTi zEmo>TwF4Yj@N2Kk?k6XlKG~lmrHkg{tZty9TQ6J0YXSPS;j*!Cc==>IXvE3*=gk|4QoqjH(sc*#Hj#EP< zfLSsRJ!#$wXYS1DX+(Z6-%^yl=5SE0-&rxHzj20GqphP?eN&SgTc8n7DR#-H9rGJ) zGtbt{u}p~f_-PhJpcJ23!i>M51{1b6O7EuetO&-Ie>4;l7T}WSO$r!P(8-%kodoxs zCIMf{N%W(YgwnwVeJfHsNSYb27?`_H4#H9U~Fw?Lh@V zvs|$NoA)RbWvIt2eOuW#AX>&_iLV5td(S73h(J`Hqn?(lZuBOLPQF-5d$!!7oe@rk zoZ!)l7)P!F3%PDBvo5eR-kfffXFW(S_s5eImrM%1I;QnqL?^-U)gwhsN&T3~)&%*k zGW)m5zV(0=N7}*1V{JJU7~cgAP|NFj-e;v>(?-$OW)K}rXWNPw!_(^ z&;ual4`Q4#@~ulfk-9}L@Pom>Cj^jYO_Ulptf#>V5%wgZ78S<394=xVfmS6@Jd0S> z@|h7EL;dOeDQ+;u`ASwJS4PGOc)VNCSC_D+tw`=D6jE-YW_GL^rrH_eX~cIq$t8}0 zsmbcIlDkrfxF;}3Hu#@3mu-BMThZ_J1sEt2aJcYTQH5?X1Cb>q=vay@Ty=D@m9{`h zCR{vR90tw9LtFAoe8DMlGd{|DV!NwMC*!QCq~A4ca-m-1Z99ZTmI zw=kMcS_u({=*_JqRXlerNpd*%D7%vsKEK1l#4u^KTQ_2o`%AhOgci!1Gu$Bm%(_Cv zx?a%+RNj9>`<-Z(_Q&8V7FB*@cs-;^ z=HaJJoUC}xpENRiPz5111shdACFy)RaSV5SU{GI zvi7BaI&f0UjmCMhe4qxc>QB>54>m>*fh@@$Vf*H;D@Nxe0sxQmBfMpuKbZBc1sX#P zG_!k89j{#r>e=5S;Q$&Nv)T>Qr+%SB^sS**)eKVdV)kTXwD&hc?`$k=V|w%6lBvwc zKB~Do@8N#ui0bedZTcxm1Bjh?=aFg!T)b5pRVgn+S*f!MjF#OLGDQ%dHyv9$EZ3CN z^bj^O))4Qf)%I``_&I!EfC?xuJT)qnS%W*ahXK-o2kPP zL_Kqc6{IlPK^KJlI;rGPz}s}Fz0yN^1<*buN$+P`2b5cpA79?Re21bCrm{yBtg=(N zF|pyF-Wrr9-dmQS^bJIyby@A=Hd0@Bo-~VsG;(BU0y`f{3mFN%_d=Wd^F1TX#C@Q}Qd;MWzpkl>*{coBeDL$uJ z;Caf7om-m(xT~n~YD60Pf?*cDXjEHw&NiuD#6UXx6M0KN#Y@$V*eUERNGq5|4L! z`+i~~w&Her+#Vr1uhMUt(u})gt>c??pfXW-A-wyq@tas)EcrV|k11Fh=&g>{WODDT z-8}J0D(JoGutBR!W|{cqkKoEJtqahZp*!Y%go~myZtIHXNrUt*n1&9LoR}TwSb;|- z%pfOlNSvKah}gaQqrYMXTBaz3JLd8sH$!a~$_sq_Ifb`9P2qNj#3$YhAGaQGb0310 zKCY9QYr+ZGE9q@=@*E%V56F6Ll(2ave$MYk!|WWl(Fm%{{=bIc@2?m8tSdPqkezEh zIB^|&d>1Qwb?6~;%#+=*Pw-^=->5uBxWI|nndEHXY=u*NeMKbn+x=z{ZNy{mX*rC9 zdJ|H$FAUJ2torc&!3%2*XC5I+#nu9Q*Hdy3(gAq8ic6RVEA?^#+N>LQl@%?)2)nALtNA^3F&VnCO2F zJgs@fK+2Jw9@+@)8RyXh^Z{0lUJZN{6N0F-o5L|Ri1F$&A8o0SEZ%BJ(X9-`UMJo>S!zdKqvQxT!5o_}(L~+Y*-b!0F6?&T(+Ki>2 zQA$tET>Rux`TL-hGH6#tY)WDWYVut!-O`H9-5|J-v>=rrD|osF35Q`boRtwFM>tT} zzDoJP4^M2CnAm!($10|rGD-4O+5%7_#Wy1EQiIZ|x61>hgxWI!d_Ff^_~qAdh`+V>M{mitB11z4En0qIsoPaDc*y;!F;PNN^K_jc10u_Y+0yh4V94 z1kafXR<}e;xH7VjyHN2$NwV%h^?mGEOaNR&dWuQy=|MRWO3;pWQ--*`;>^@ODcb$c zr7uhx$sqPduf=sTT?1W5VM>Zr!O?dJmEcGfd4OH$$tYaiHGei`D)Tfd&9LB#yH?02 zjv~FWJy>eWJ~E5C2?+|;;VBjhWkbOJ3#}TXhG$4}3VSo&l_J%7ZCv17&nCPbR`kIl z^~|W@_^i`}Y=^ULM=?|;{?thH*$8he7b^mCtD^wy-&SW!c|q!Y2d&jEqCyIs`^)Gs zh7F%2FM2KcaTIfSlR%L>WaY*_U19dK`_thUQr>6-&lO(6FN?+JN;KJ8GBIQm;!~tK z4^B!T&?b;5*hON556WS3u~ImS&~%xd(q7G;?^#daawG#~0qjL8e$c_BL^|FvHV6+B z0A>=4O|zcEMswuSCX~t>BgCz!%GY%{1{CYf^EBQ|jPdFE6jUD@PlZ%Xxu*(e8GVI* zY&zNSM)e|v`MHRoRvB$fRlzzDg^l;-YCuH#NnoD=xwYck#Z@&SkOwPc*;MvuuVb}X zIXDlZmXjc&!5oGPM+lm%x!#3gj)L+ijAI;W>>_{2>IH;W2~^Q*WI{oR_Sh3Bqet;f z(Fr|cLE*Y2Djm)%;wpNOkMzHNCGc@#ty>3wr2v2~+|H$TGJ#B%w{^P9DdFNs1+9J| z7a_gTZCaOu2gJPY#!h}n*Do7zB+CD}R>wgIrW+wPNdAGW1>_M)r>Og3j8!RWCS@!5 zxQ2%a{=fv_86h72GQ^`+mk@CSi~1iwJ4?9oYVQ}M<9;*biBPaTRUFpn3y5b zx|qToIdi?q^@uS!D+T;ukA5J{%1SM|A`U}i8jgm{QOBO7#i1kW@%i2&;pM;#-r%GF z|7aC^Qy`1>WUpBpK2w4~oOT|vvT_|@*Y$}^^2sx9{L*?zcLVzmGLYk%T$Hu&%97)p z-VB8hM``0M{Sq9S1Unp6?*rtTCCt?0#*YD)3V9wfB>>j@kpq4ypNeqII|Z41ar|if zX39YoxG|7FQ%PG?a3iCzHaZ6hL<8loYOCXu)@%y(qZ#;Wc=#tynh0pb=otPXMU@z185#Fo%VMaDKV& znvCq;8iA;~g#wt;1KorzlZba6_rC|SUA;86<5_d;%MS%B)W!HF?{_2GT4^H zErzW=G*USfJNAHddXls)HyRcn-CLK?;HqbY0u}cxs*S;F5{dW z7Yz6bm}Inhgb^GSjp*W7#*wLGm_5UT>pl^CwAYsq$@&vBoW04~jq19Bn}f9rfQdyN zkL_eVIfFfNMwx_Noi$Ph_S`&LEN^H{Bkpf;4KgpJ05(<&QW5?!!}w^Ya{?jC;M683mYRIsqG6mqLVaDZ?PXk-1M-Y9){2yA)svoPeb)0zRSJK}*PbSVoAaC^ z)*Y(Q>hXa}oFW*SCia(*uy(Rhbu)0Q;B^w@QL)wJe%7Ws5lIdXIrJ_FBNv65guvz# z9R64h!V81plL{7=|O%-iWLWZq%KD#dHqeYNOOK}ZnV7$@yyzSzLLUtauWQ0R%D6ISFQ)D_YM7t^iWE5v+Cnr3P$jR#5nJ{UzH>|J z??CfyK>4;XcULfxr|#@4lprBx{_-|#UR$wHgrW;qt`ep4n}Y$eMebOihz#+)=5JE^ zPNNi}TZ=O^PS!VPG6E2x&eArU*T%yKi=YH)bbo%9nGe*NU8;OT!og1eiv;a5_$Sdk-`$MgDLY5Uq3O1I^%AOpn8Gy*2udJZz!G3vB?2fyMQoKg zl*2*tj|eYm7j?Xw)3?4sINA)$rE9sm3ot1IT6_;~6R2)Dk$(CCgP;1M7QMmajP$J` z0gl)EWpy!DqyW`$A`XxHk6}*QmcswBDUI8OfW)w2utNxl-9bP2=+Br7-$-2=r1xrK zM5K+lS!g9mM)u&81~+#%?u=WSREB1;c-n77t=1~HTJu* zrQ)WcY+$4Ze8{B@$Bl%_SUA-8QxPx3c30{O`DwA8hv$btm;K$!(ux)s`ndl^O1)$~ z{4ds&DB+k9d!zx)))-Y3%dP?h}D~QNUI0h9JM}UsjwjA<{0C}!(odQ~V z=ao53wnAz;25fD@gOl|Yfn$sZ`gmG5NKhirzcslCYmy38C}qN#TD|S8%k15bG!9z_ zH$&}sbj9p6z`3Ng_&tRaOlICA$xH1Cq_5Q4V&DM@G#y+m3rUp>Wq7jluJ z%^<`bgc$P*A2{3P#gffb;QtbHe#wjz8%D8gr*8}WK&vH;;9=;8oiA|-!t2OG=LGpZ zK*S$LOXYFvSWX(4xC#|K+_~sOH=Q3#V{&o|Mg-^ExQ|$sRv&M4eI_Be2HV0=nk-pdMa#gcJ;3C2!aq_pU zi}4Qbl3;E<>a9eGD{~535#wYv8`fEiBSc$Fs|8lW0FVIjNWSl@ieBH@Fd{XWdyuDh z-$>N(nO`KlY}Cmwxjy|UGv#7p(rtriPFuyXMnR_NZ-8&8(}?xB$8tF$1tyP^(G#I5IqkB)_?*O4#$rYBix0=yW*Y;r1I>4Gckw6K|j`5_fT`B8oyIX;7}^&I&+-c0ij)L|q4BA&hJ#DmZISTVH6viYG?e>V!m3zgtS!8g z3b8ZbG4@!bj?h})32e4N7Y` z{|E94QeO31mwYTbG+v1}^Eo#AAvkD>z?Tzhh&A!vRQK>%y;UgC{PRgLj{sd?DgOi- z;3&`K|stlPbvzRNaz%JFpu_pN9Bqx_345~+a zV`OC3e&f_JLxXJi+Aqr2i^=Y{WFB%UlXNK#y{=l2U_mM_Fvr|BC~Dk$*|B<&e6r>2 z#kwlH=*9a-)$d}!oQqZxc!U1Lx#fgQ2YcX#wo~rL!oZ|Y6d{M8Ch^0A^}|Fa$@xFN za-}8e10|9)#d8tfL~PEhkF3kJvF57&94?sAanZ@-nq@@F_b)M|ZdVY@*x^X%a1T_0 zbc2bTSG#ghJhq&%hzGgm2iiErI*S@$7T%n1oq_~1-l0V|;3{kpHM|X&qKU&*8?KFE z#A{SblQ@W!T*{V=sBm;zJ1dT5$cP5Axo7`~l}<8PM~$4vj`r+8*i>5Jd4fz3 z)zxEx2*9@n;gz>pxe|8e*7$#eo_qPuX~<|j+E|8ZLPWTY!J^PmK1%uhbnt5((UDa2 zmDHH?VcqfMWgcP@VwZiLgu&g%-HHG~0ye}zsfrEJci@EO(@a}8Mr&_{1zujeWMzvr zh|xEhm}))WGMco*Jqko4F#IT$*nKuX8gm&47i^{YPl3dV8?u=Kh&OP&zeDrBWR((0 zGw}!P?K51yIm!6!RLBpO%)vK$sFwtc_}(W9ata~o#Aw|jR zQp-i3M0*Dit-zV{yebo+b-XBsRGBMYXOIds{2`(ast%j};6d%d^>ZgjqctOgJx|DrFbYpw zpryrY>7Ilee=_*uUSzSts=t7Cq~F?jQJm;KyU&nO_%1-Lc3SS83(?q z>KYe;;F?7sm-8*baFBo077ij7+;p7X-QJ-HCPsqJ;R3gcfoPnoKJEzw4Vp{O@6AyO z5+^Bp(59UP#9)-g5>IHUsi+0oj457;w`V(bVzbi|#h@u{L)EHu))!56Gwqh9olul)PdrPYg**CIAw0`vew0R?ID)j;91# z33D3p0tT^+>TMY<5RXI!WYeTWfm` zBHqd$ZG$RkklM$MoBR=L6?taL52T*``rpMu1gRW1&nP?_t?hfPFskOQaNNd;_nE^k zGy>)cYm)=kSPd>nh#Tn!e+-7=$05B5W&JsZ1**l&@qhS4QOvIGW}9n3);V^g!BrTA zE?Vfn0&(+J$c9*~SPDZ-{+CAMMjr?il$KIZ&&Cn#q|dciFJwGzmn(Qb8A>VD1j{tW zAJ_g#nE{lShbr&ak_hgA1|4sDLXAn&w_dPBB?UpTh;M7Y#qO`wn_&SjL6B7}(`aXy zqg=7_<0Q%#eSL7YPzJ$0Y*t-yIn9Km_WN;hVpcbAsg$DOe-N0ExSW3=-I6!j0)I2j z>5TGL?fBgbNOk$;>cf>Svr?`< zLfTk*^sP!C-<}sE#9V2H8FpMpzZvX4{Vk{!#gmhJZcuGJJ(Lbb>b;liSkQ9VfMu!w3|VW!sTt}sCN?Y;KqiwBrx?-@`jhl$1kv4-Bi2To>9nn8SUmW zPkaE3#gYw7I1;*Hc^Kfivv_r|P@()WqmGujv{;Bjjh2h#dkKz-d@$Z{@g|TdwDQx1RWpm zL!NzKf=L^+{YbbmM5L%^2&{us94T-v9(Ear$Oll>odiHVy`)*CY@)aQXg5jwkLgcjUTTo|e8+=QWtR$IczwKwIj@v*gNqzT2hv^{MiQ=M*} zKr?Fc+{zaZpDLrIFeNia4m-$zt{v`0@^+=o!0H|-?~O%qs#&Dfv54pIJRrF%e+ojc zQ+xlN4a2R`Zw7!h44E33r4v?2%hD2hB%}o(7;0^^4Qj8HaH3Fy6m5DP_YSz%2Db** zOr|3KSeZyUW@1bAty$lIDgn;6UT`v~h2R!t5(SJJqRR=35B}zOe_G0%B>X$w>{g~l99uujQ$<$j7KcI2G-rL)*Y5iF}4c_y<+FzI7})|rJ$Rw`B& z0v+mluUFI*c$KICC2xq;K%p0IV*NX=l#S6UI=u?92>rL&zc16}8nObe)Ep#Y=Z4PS z(34*nM?O48lp$@GqZM9<{@FDctwOXSI3wo0Bw8;bhj@ggVTuW?A_3#?O_@r{6^l2% z0oC?nY6G_!?VbO=_Sf}L_i~B`<85(C0S6h`mWjObw&G0KRCmO?PY2rv$Gd_C)`lH; zsJVa$yNG1*%omsTHU>O|h`!BLP#i3YiMLWUqU8(mbJt%DH&a0AvEmdLLcED4^HI!o zRt}!Idx~UmrCJHftRrj5k+v3xSdO_{yccXqiOZgpuGpnbRG)LNRu$|WL%hvbw5Z!I zF2>ttNSKLgxi?gkkk$VfT0D&>UCRO&B1-A?jY*?YMT<0viQy~Uc3sfTITZU?$u&f0 zM#Ryc@wM}wpIQQe@hpbn0mp`@5VLKQDERdXHgL|c$y}<+$I3HdUhCZW)#L_L+DT|D zY*c(Z=*&{kb>nB?y@d<#i)7ZAbJN{Uwc)QU+fUu^9I>IIxd3jjIZp$|=jq{`gCtjC z`-Lfw{(MaxNH?OvXsTC6<3y*ewnLU&#i+}54S90ma5yKbh?Zi2&~QRNR=}uzd6|S8oT3l1{9eK(x_hM_v z`cxaN!6rXWNqyPK?$l%QcNK2@4M1}#j7I##Mr+TGyF`e(CFl71sBfv($d@G4hWoxg z_t|n&`$c;O$fIry8_}~Iax)u_I;FLSUr9^JcBtvTJ4}!? za-gWyU|YIRF2w?#_+5%qX3o~%zzFE>Zmt+2BK{0~%c-I7l5m@e33K4f7LvvvCyuC# z^DLh$9mAMxdPFm=7zs0P^q7EJ_6{362m`v*{;5p%4oFFzN+8)QpvMZSS=F;uH$Zl! zk;K7q<8_28uFRqbIJiJhQPxBGa{)}H)e?&ido4;XJ?fKD#S%PTddO>J8gX)DvX*`*O7JarmK5Ryx%Sbc?my0NY&3_!6q*8*ZSjLx{B zxLH7mj0Kzq9TZW)vlQ1dFoS`Z#b0#zj>IWM^Njy>V^Ueb-uZnRZ}hL}T(MfMpSCe_ z8e~weZLEv9v*yhe6bT`cr{NRoD7Ku$Gx7=br#(}Va1>>guUwrD%xU(Skd3Eo>Ldqr z6UU#o4G>v;f^t6V0Ym~Uow}ViZNeBfs1_OAG&;-cw3Z&m34%V;a&3=FmCKluAOnIn3Qpf1@O;Xx2Zg9Lp3UcDJgi+**PeE>>-zfwjq~ zFsFi+37|6aK|)X@0TYSN1iR)}Fl%lz-Q#4s_crlZKm8q5HsH>`xb+G&iP{;Z&yctN zsM0sgmUBdnxbL;OP60HAq61j97${_CydKp`EwCFbPc%$l<3&ado5Q>0o}ItL^jzWt zT5G_!K{aT$3bKH95X5lQuR&B(-w&=D8rPs#Vg^EcGvERj)xy{$PmPTot;n*12NAj) zgoWOv5f*kOl*wW;hsJdZh2rzpxI(a5v#8HLw`4P=NTA-YEmJ%x=dNB!01!2Ldv>P` zCAw0iSG`mkKhZ4AQDwq4DdHB^emPf@OXqrS={U}P0AFRda2a=DkuBCO*0(rP9c5K8 zxZ{IIjNhyrdLBx*RSqbK^7<*i-d~!ry^A7NLhG#LxCY$OYByE-`L-0HwmT|1%|otg zqp=d7RR`Sy{tlb@8{#507K0sC9 zH;6pc_;KkCW3yTEXxem`c(drm&ta8dvDd({vZdXomPUb+*(c)x zsg6#i6t)d(8V=aWas^)lf83FI^ih`5E^)v<(+_%l=y45ewG^XFkK|SGKt{4*B~O@A zt79w?H?n**QnFE8Q8H&-WfW|JBX8%BSlg?;U+|yS#OXzC5aO0JID?cvocW7l;?mLM zlymTInil>J!wO~BJC8++3D(=iDkWQS^0n=&3=cyii~YNs_QWv!Qznfk(3+102MuB3 zbYa$>kJitOi>lO?>m2XL>W_m9MAaik866ZAmwX*3)$G(9hAV7eUK3o`7tE2@`~HO7 zcZH3q$xHXE@j{46(g9IM_K3Q2g4Wt@yq?*v`>!BNhe(_#x9$|>ISJOsnP(Hb9ufSL znV=EMm3<$=KY>LseOH8W_C|~=L&k4l8*k$Vxv%Z4-{?$<>>t_;{hBHV4VtmR)n@Q< z8gpFMfJDOix?q*RYmt^J>fKKkITn5y{D6Hu;l#td1noF4zig5K}X_S6AzJ% zF$n#mF)s*K`m>&JUr2(1;~1%Y*tsL-ZHOe>gTuDyNl1S8JEkhvnOWn{V z88v_$U2z#{_X9j;>_@<-Xw?&^mv-S$y^wNP^l%q)_&u+z0=PES7|Hx_o2tkRT3p*I zYKh(G)>MY9Q%!W5+u)#nR}8Jx>PWsmB5QFaohTWBD*_@iR|+nXhoVA-?mS-U5)v}a zRlEUq%wYJYR+>(d5r5WI(91B-MKF3*$TzOBH@C+aV8N@9Vi+`~vy3EF#6V2Ng65?+ z*l_XPYm9XhpJt06LK?9y91^di{*Gz}EFiE5$Nb+|J_7F-y&nS_q6C|L_FVq1aRj&! z|Kr?-9tz|nMTplliZ*0nf@}Ouii<%27<|PTm!U80ch8MkHK^S2Bkiu7w4<0Y3rX zX`imH|5(5myaGyQ+xSWRz+k}e8<6f2dy*YNLBc8rxiq@4{v9<-nZl%=&1=3JNz{=| z%m*s(;KnxJX-ckF4ctu7Rt4(t$i{~SEWaLlw%dp>J6u6ujZrk>FA8#s_UAW7{_3ri zvd=l>5*X{1!e~+FBS>Beku2dzCnphn5@=s3kc&}@SW(ZaG14szh6IniJ7)?~&si~o zHAr|DznKX_5Gu2D;1xjD2cKOMsMtXys2IMWYQf#rwfIn8=q0@^UEheM;Xp0{Bl7$w z6kCW41*=@bj=*@0NSb3R^mfC;lkggOn|mL!(@fa;7iLX;why>=JhG5=Q9mY{Z5-+z6S9n+ZC4F+Zq(g~U5r(reL%Wg0s!PDiKl znIj%nC2z>Sq)mmL4!rDcqzRKcMT74awkUHkuZD+zT zDBLJ8T2D#A^;`t#8Vm#TY|+C2uX409Q?|Kim;q(?sj6HDYc{EL@ApX{5dNeV_mKuB zqm(Unz^A9-7Mz`wd64L1DI9QP%c@HiDV@g*$0f4Sank(w&~I@=#)3wg`~3vbtT8w@ zGdIP|rh>RO644^2U6 z)6u~c)F3UhuL5O%DDeys!muSuKQNq?HA(2(D5tulmrIK95|5CS9dPU)($SuWzOo~{ zrmn^Zp0?yan)Ejt#&o^H0X9e6#3D;n(PWYzn@90a2v?_N{IAR&q$Ord2)4jx$!dQt#{bpZ30QNbzuumImw5{-e?dIUp$GUIfrEw@K=ACFp>@py)~Ox1|8(+#Buw#qVoA(x_d`LpDy;roB!Z1A$bzzO!}A2U84a2x)a zKJT6Hr35JiDF+ccNVT(`;`}Hun=&5lz-vcCGz?L^p0q+)0SLrLyVe)^O)9gUUleEX z_fEM8^u+*_zg@8tR+>aoZuUqpszp_KZdfaHvxA+)Hzkg3A zInmpCWP;@pt;gAdyUSm`dSnKz8Rae)v#%JrU@l84kQ2}AgZ2a0fPcEEGRIn#ux9Zj zOsgR}qZMkdp3Snb*Or4>dLg_gF2@0ZeY6#Wm2IjShrrRvWt4Y0239hL zGUpR8<#0K$JjUMQ7hcX9r&A=871_mSgQ`==_ebkIO4@>Moo6;(Oex}`~ zPi$jM_2}1%AF^46Z{Q{d2BoO(#d&*w?6QW1;5P($q_fn;&Lpwq;Y^5;PC72MGGp_w zq{2XMY3TQT_$>I2Hxjv9Rn`H$igjvW^@|}xgi;ZtM{tE$Fj>?at4J5C2^a^dV?)H$T*Y3! zzzIMS`FN4JeT2s882yw&x}tpcnE)zL#W!MXzaFc{es>0I#Wr7hV|mS(mS=Cw3s~3Y>iTmEM3Fv4Ko3`t=FDp zrhZa#Qf-tZhjNvTg}az>NS)`0MiOroIHNxrTi}7VEF=OGyTF*;E+Y9 z-8WK2VE1faUyDA9PE>MSvbEA^ZJQOI!dXUOxV)<334hR z<5FQQ2U%o|6)dNGVUZ~>kn3IW$y!ve@moAPAEP?!F5z9L1s(71a>|i%@JA+olfzKX zPkP&47!RDqNBsiB39^fW$#AkIo~E^cGxDECh*r?hdh21;>OPE& zBF;NyZdx+283+O2xV2{{0BvZ5B&C5CdwOQFR!?-7C4ze%FVNbE1WHa)IXu9PClonB zhLI;w0ck3<|Ie|i*5q-o+1EAG!-vg$cLjfoeq0ydL@%}%%9zX(GCjyN3OrT&Tu)=0 zggSh;7639p&A+X2&tPqM=JRpI?dZr-ZgG`R6xwpFwP4_z1MuHhMXoHMGMh!Zv0xdf zXdZUp`tKdCjSvW_6_z2Ab_H4u)Qj8G^0@AmE{abbYK|IJ8$6sBj9*O5eW#4*q{CMA zpnOGIxl4ZykZr2Hiw$YI`QDRAZSv@}klcw0V|Nxa|MTQlMKm!47fM#o14_iYG%NBT zEP<~C90RM@qW59p|4KYTI#WesguHlgNtlXx8F3otl z)M4og={aOi3|T9IDwDN!sssL!`=RfF_oZ^HhRQthcl2M-9Eu5uNsIejA?(ej#WgkA zxWPeSby?cV?qMQE+K3ecjjEN!u0}7=c0x%Nkf|YE-vansw!^iLpm6GiC*Xmkip*Vw zYqv}0VSN*!HJ-PgH}nD*eHk|n0ppL~h!A2^5ttIOav_u?vaYR~Nu(iGy$CEc(9Co`UexFwoG$t!sNVHMY7FB~4 z1uUJRLq8$fF=jy0VMaVAb(JxR7bEFHbvRw|!2qRXpOsU!M|sD*g@O2o3wCx`YS+h*3i~i*Q;#)F-{{ z8Y&~Gtn5o6+1hyWPLd}q3aGFSUfV^K;PN#)=S~ZZ@k1_mPlAFqNap&xs_dD36KD}R z>W%osh)5h}$#Tznf-v~+3QQy_Ltuw-rDC3(9v-cwnkAF)MfP3_;fjRRoim@0#~igO z<}0f*mnypPm;g~?b6I=6Hha*{(;#%VE73@jyJxi#X?>JB)ns&PD<)CELWLfUXBc*O zl>w62Bj+j@bPcu;%K z2A(-@1*Cvr3aHKF+=w#k=LSLi2#-J9iQ!jmrR4VV%VaZD7eTBA==N9;#*8K$11RjJ zc$BnHi3m13;cFln)(YPw{Wc;jNS#0RiCUK6&Ihdsop#%J&ps@f1T1pJDnTeH%IjGu z2u!bJU+5`Onb2o8C+&uxL7nH?#`i~FFZ}g5@uE&x_yHBJo58568uY8pB`ka8D$LWD_lej{ClDjZ=?+82&WlR@JBx|f_8Wg zkpws5lT!ew?4n{h{m+E!Joyz}Bws-k3^n)3jc$|zpaz^;Q!VFCJ!XMr3-DV#;5M`}rYcf58I2U%kk#tb1 zn9hq?2X)9HJ$u85K>Y=~7TJii^53twcto?{6~sWPBI%% zv`#AaV~cJFYEZWcPogdm&rJR(cf|ruogM<%#To{zf{x(n2?n%`16 z5o+2m!qB=c*#rf*xW2Pj0PX3eQ+7sH+wCPg8J&4)!b}Ad|$$Q$N2jZ~?00+lgg!sd19TIQUVgq|O(N8qkG} z7xMx1*Z6 zd%=ogTEic5)ia}EdT_$xUPl~^k?vAIDY4uQrq`T1o#RPvyTJ{uBM;pY%`%v!<`K*M!%k5sehPfdX7;mhk3Z%tNGbmQl;WGLV8`+OTaeH;HePgU@k1 zT4*exZ(l(E--PNBlhbtsQz^ZF*}&2R-7`^oZtf?;{$`K$?GNbV{Vo5h@G{RJ)sEY( zxCme>Ebp1hFqsX!&5NSE#u-l%|4Y#`|6o2>9pi&NT9A`U@{9nabIq+_-qMNU*B#+9 z39f?8JbO=-NAz2CRok9@Pn!>>uS8v8Jdlj7ok}~RHp|yTA((PS)ocYSWmB>>ZWyy_ zz5O?#&4k=~B~T;F1sh7SS~wixRdS=nQ0TX|-(p7Jmc($R;$w0=WJChu$d^ZSKT8>9 z4%Rs;k$cFze&IGJKU(5@lr1P>1txfXK+Xj7hC4<1aNHIkdv5I}@F?{_IGa&sULFEx zQhhP2*+K6Z>az3@D$$^=I#9VWcc2Gq?o_W?x%UoB52|)werYjC@JoYg!;=cY?}zUo z`(rknl@m#?**scmJfqu2_HV-OSbN83v_4r)Yeq}vto zn%%jZlphtdDQIb0E&PlGmE#H-Q9FuQ)r&E&h<#HvwNkYvyT)h0?QDC9xZ%g&H#Zcj zRjn;6!(iWaaMHP-<7VNIo&EF1j4~-M7)hsc*>zNizNb%#RpjJA@>b!dBXyNGp*{8n z*}C{rYo&Nbp5|1=Nsf>#kb!bgL%F*;z9-c2@7{>`@PDGnyyffa)L5r{es#Z6J%+}! zOHo%v_L?ll456L0o)0189w?U%I+9fSjSBR4!MGYcE)>%Fc{j&?5*p-h>)XBpKYiai z0;bO=jn`kjc`^xEaNf(}8a;Qbdjpk^(Mc2pkuQFZJ)hKxr_v`)8|X z68Rbcst0cza=IXg3tPJ&yu-o90JnxD^ol`>Cv&yonY<>K5FTxl4x-=vTX_7+DCE+x zss)b_-?})dJuN zCzX}5`E8|#WFRq9CuhKLXBd=BFaDYsMHfSO2h=vyL2YUs2)VYH0GW}pS~9(e4rCBby`2ZEK1dhojEJ)R52P)dAiby7xU_+`dMmJmdUz%G@LvK za4aOCstxbAnN_P*SVbL)!N~U?H$VC!ub0fG3nmJZ+QeYnLddurIj;<_U8fY6+|X-q z{Z>er5{(yP-mX?B;;nP45L>c#4A+)+(rS~i1-|mJEv(T-5^KO2bsPEDf23t*7aap@ zQ=`qj{lAkr5k$Pf6Hx=HU{}j}TlZr%#)v$n zLf$)%FRX1ZW&{jGhrqG`GlR6euo$jj zP8$L~zdCvFN(uTdI`(%JVG_YJtEjNSVk)Ae6tcjv30Ugon^RCO{`*Y3h^AM+0?4X* zTnSHbj+@4pi+j8|I}M|pQU1+XaFOF$-iC%VGO#|7=#Tc;yWWCA3H zV3`QX7`r=wEhm$dzu9sANKJ31R@Omd51*iOhGM|5BG_pt`|XZlkZ}ZCtA3(HL})V@ zuij1*1?;#@iQ|gW(Q08vAKZXXefkNs#XWSs!pb*YbGLBdmOcDq{ysP8GJUrKHcQkl zMs9EK3rVZv!P@kOzSyUR3o9O;7Hs_s-Z#>>EAs`gVZ0epRC7^`k|S{?zk9@dbsVPv2Y58ni7!C?j2&mUfQY?uB`Tl`OP9p+ zlHhW9Z2~_!rnZZVLN#t%)N*=QC%1Qi!WDKjVwf7sUAz5$!XKYzrQOV??u&y`hh?*G zMWtYtcIk&n_vB9$+&$gqm6R`1eMsD#lIY%3zz%yf|UNFRMt2XIk^llKe|4mh%f6ow+ zpLQXHOIywrrt2{fUS3rX2L)45Pu33b>C*`5YyKgBkh9|CufV`bDC6I7Tnz4q2)zSj z<7OiPHlleQs2Ik50ir*JNv~PZ-8;N4&H zJ+c9TVM-#Fo4!21@0zDZ{Gh8;e_lruf85o$V^v#brxPseMUfcyntUUB=&7x8H#vaK zuJ~_G*xjq-l0LP#k7UL5r#ean8k?%N@E(K)nmIRaX+Q213*L9GQ?cGRTrXVV=V78o z$41+IdPe7uWRR>2+a)=>bDK#a+Xq{g99=S-Gl2tEUNlp0pH1Nm9!rR&Zx5bw-0xqK z7u{>aXUh&1_=3I|0!Il+%15%>W=Bs|=qmlSoOws^NFYk{%$9EZ$ot<|FpyEH8h#yl zE+NYx>>s2;W^sJ>8kJ=#%Y#oQ^@ON23?fuVj&zysjiwXIgdA&!dmnveChsnRue9$I z^o&P)pU)L%J$+)J7D9ztm~BX}Ki67lHS{5k$(C;eg@XwoXUK@w3^BBVU#61($1wl_ z)w`J|fRc`#YI~PA>s;VN1svU7an5lN47RB%b8n-p*pu5;;05oWFGY&pYfvrPC)n=X z!t>{aK*4T`x8)6Cu7lfWOJWNZ@e^}@(>kSk=)K$hbJ>$u0&WD$MV4i)#tFTxyhLf5 zBu_|u!DV=muu`TeF0^26fq>3npkJ3(BHS-Z`_kgv`Nw4U1$(4Cbz9!w#e57_UV?ro zevmOj*?kuuz*lzt=1Dqc^mJEm+WD|L3o*cb)js&KO8o)`D~1b&=Q;36w+9{98NrV- zO);i8dq>oBy zbM1Bsw;B15XQq*rWe@swg18Pzm;xH!OlHQA((|UPCOzbD);e1KOvofO&YmUdBOnMm zOgiHAFa=ANdd8OoGeUQgS2eB{@N{zPDBO&&iL48_Or(uKZbT#$1Az!yr+31xvXm^X z;Am@#5I!=Y=-&va1Cfu~uQc7+#3L8c%}umK@2BEfY4SB{Jc`}8QlJbv3>nSrr$BOt zmkrDbx*Gr3F41&Fpa(8&r1Iv;StZ0UFocV*IxV`hTj9xyVwVCz0T5&p(XD?`S1#G{ zZXolt9FsV$OWsWJ!5At$4g+u)s7WbCmI+tSitxBFi)p~)3Z`VVtH_%5-Di3hZ2us$ zDcJtJ#n>7@&Vosj%3Gd>hh1Gj7*Po?s_Z+kskLb6919#yLWcJG@b;iqHe!_ zvgo=JCAq^THq#}kk)&UzUMWb$JyT6c73XsVnp2j-3A;DbAk9r#uyI{hEP{seN_SA| z&G=>IMy!k+UH3zrhX$p*QnSnQ=*+B9eOXGrUI%kn1#NXlLflVG^D!2`Kb}W~dPkcM zqmtuIdH#rf|9ZvKa6uq79fO_SBMqvF*iPt-Z>Unvy0zYHBIx(-#9f#=HsisanWR{v>N4L>*hV6hOtRY@ectZ`Aq4=NN6R4(SWTm`ovU zL2n@Qws#C)CMzjrE(^%5y|7)3CZos=u;Oz{=44acL!sg{9j@n#L;agfzqc}w!#~;rDYSN$kqSSdC`1X?eZ;3$ z{P(l4V?$U{hE`?C8dPJIq2-y`Vh#(L4Wlm@z0*#|m4k$TlE_5?4B6t}OuFgH>5o(! zk1dTB!w^EF^@$E0aAK%0vv(6$olHFPFNzY$vQCV-aLq!rd4S9^QZ2?OHK3HTum(vv zB&R-oJtkrhbC(_ZcqnD2;A?N;zI&#^;%6ZUR2+8Eb5>qW4#Ol*1DT@touy>%{^V!b z86_^oN;!8wtlSer#eKmdqVPKI|Nl4x=^UafwXG_Y8<-WCnAH7}gWw6o*I^W;@WTnf zSA3$Z00M1Q+{1yY?kfxzR-ckf88{p$CZh67X;eOu?_&$Hv}{J&)}-9jW2nc*A{?qW z_r%ERo(f9&>XFp$o=M?9T``dJi`%!LqV4EuJK=OF_<98FPtAC^#-E#U=9~<}48%A% zFoL!CZ}&+I`F6fl6Ck2%3B5E0^Wd;bBQksGgKF!VP9ZUSM3hG}%9uxX%8O`y^rMbL zH$l5Od*y5JcOPmF9K=zK5!9&b43eqfqV_!4mK!4RRj7I1tDgWjMa|Th#S~Em)5NWH z3)j?t<8q?Bmd*%Elf-~+k10F56CfbF9JpCoTu!{8;LU8U1NY|Nz+SMCeh)7?gB7D( zi5qm4#PZCPYpSoE#Xg-ddor;vyO(d+ zU*N;$FBbcwGi}DLwVM>giTS8)7qbL#_+HX#F=j}WUbWf?E%p+H126EfihA&31u4X( zffz_DXL2vjPT0d32PPfS@%5#qCgja@b?(X+Ic;u{m3ns`WQK`aDv&tOiyD9Vgb?18 zPo6R(c2h)vKt$U1{&ye2-&^>%Sv7u4XcIynLkA=ys|)CO0&0ajEe~#S z+~*Od#C$u%T>~4d7;mED^6BOIgRfd{)xX)}Une36FN3t<#K&M+0m7Lre1@)$Hi2~+l< zdW1B$w^ZgFTY|6Mgs2%r9|=$VT5jBoT@&jl zXA^t;8_W(UG|?Tj)knufn}UhNF;6g?)Xt#O73qC=?=-t<75p3q8`vJS zR~L@)rSw+K{A^4V&%8thgf-gi&`>lPkyW$BXIaQhP!*;GprWmEO!%28!J^;8>6X7HYQ~3fJ{&iQ8HAlILVNs0yGA@1Q%kAnheNaRg`{ zq%w%vez~Dv%Fgn*y3Cf}(J=dnn)F8F8h98GJg~y)M-(?K_1DJ&4U_!9ZO7%!&<)`u zpuXU<6Kkq6VK#@FvVsEj&6mOM#Jjkc=I0w^aAl|7Xk(0?LEVWhbzuN{NT7?!jg~vJ z#olOx%8oC0KPH-F>*`bOKb);Lrsm>Uk#bBAoCAYDlml2|@h1gJ!#8dxq|%oaW$1uw z`yGYY7B__SNkY&VY>Vtm5VKksFQ^{-B1?X_vDXKWB9ND%7?^B(VvGpup6P-s;(LZ3 zmQq6tnSnBg04}NbWfp1q(P*TX4Da5?;n=KJc`ROQ~xJXh5q_-)8&MOFs zi~Pzk%JsdWak|x^#Dyw{XK!(;ZM4%Yry>R?2+l=``K6VDhcFd5mbm5Mv(mUqe(3zH zwUot#A!#pO>o-qWrDa*?nq#5k2xde~XRfoF%6hIVu`}Lq&i**`_*J&1uJ|~n!DAR< zvwKHk?dy_3vd-mDIXI9M&xFwnJ7#M5K?YGCcufZB2s4uub3#|KnKde~Q&t)JuU$|! zLlM0*k>bp9YE(e09K6hfZo?U3!Qmqdr&E;+=Y$XZd$8=vzyR5fvY=;{u%|1knV+bW z!$Iz})oayZEbopI+EjVYP53*LQ?tOGk4h@gY9VV`?q#t%S{1aDu5R?^U3d!a3p@`8 zt$EYnz>9q`5?32z1c)Z6`?9@bsT`~5-6v6v{#L8^L2HG{;~_^VoA`api%{~2i#wWE z8g-p2trEkPOx%>{4$glF3E^!p96DcFJE;To{&}YfaU7qG2ksAC7|Yj~uI(LhOzX+g ztS8B9E2!@w%aSdU$+em0>1n#GNBk%7?}Rp{Y428-27&cm+P+=cW8#DF)=Sr3z)S$w zYhU39lMaM(;ev$^F47->~KxPTvyw3rvi*nX1@8A{X71 zt(t=88-X(jTb>Du?Jb-|n>D?|Cw$RV`z^~Q2!24S)J-0dP0fp4dYgaK3k_;NnFaZT za}(ze>#@Cm^!a{=d6pmZj#i$&LQ%1-rG{oSU)d~|%RBLZiz3;U6 z3NjIm;Uf;co7ke{4;}7?8qLbWJArP_x~zHI7>Qt>M+ltm)nYIjRpY%r8!aWEEK%Mb zHlkykt3$P-!S;?v9JsD+4-D-=b)7E!O%FH{=YJ7Z+W2Y7OPpOMEt^uX#dB?VOe6Hb zF|G{yDT;$0O~SS!!2l+K`t*zkyrOSNI~+MC+eB7${$zD7Q#TpK$EqiMWx^ad@0N&= zsk7yH@v>-Whk2ijuGgN2?BRwW_A|lQ_K~YSg^GkS zXlL(U!y-mYXA=;mKDoyoah``Uf$+wZWn`G6I!1qKA4dpOskKw{ue;#Wtp+up%)17%PJpR}9UJ5-?pi zx(6NyEhs9au2NmlH6#@6EQMN|1%LQr+*Oxc!PCY%0JOxS+1>^eZUA^;-AA&lGfZVp zfl#cpcq4sq$!0C+(7Zm1tP-$?cQw9v+I@eIpT<-`wT01g$*(<;SMX_6AD~~3coXQp zrm30Hy5N(Q+0}HpCa0qE+pbQn@#pnr9s}|T297M|ClcOP@QfhCU6RwARn31HP3(%;Jl4#zD(a_`VTsBIdO9n6Zg z&`WY_oaxzq$I`@Xo@Yypw8X*xF{M=`68yRzJr%z>9UtK~;$htz z=O8^($z^UNr4hs}b4q|Vo?7)zkMuU0=)abzP!ne2`$_h)dt{0{ph$@-g=(#onD+FX z1$j`~X&sCq><&oaHrDq6t7aBW?6NQ*jXr0FF6+iD5IZFFtr#55|P zw+0&*#`pb2{*Ks!N7g=0wqLe80*D0@P05@kH3Iz?bMPr>u=F((72aXl>>14?!`NUtfQyde` zG#kNh2!cK!oF-g00d+w)8QSDtg0PVhZ9|^uy4E4;%SjC8G(8O* z^W$7{4a1jY0hE41yge8n#KLa6xBSPEWWJsHJrDRz5#D67k#Wh|p1*C!bwiSW=PKUx*loTNu zB9vo*nzfVHJzz#QJ?Tv+h3Z-Ew z_f*Dv66qhnq1$1NN07-GvL5QGw!t1@HTj0m%|)(H8Q?399b#Df^^!dEHO^3-=%Q7; zX5GgVVrg6$1_%Usj(9+$o~epcqCIDbY|%`mJ;6S`=$!5yvNjo3u*{EpWyV1@w)P2B z5l)+{?t-*~U6D#Its#`yjTH${>BGc#)(a1ik?S#?18&agq6cQ?QIzCeEyD+0znM#o z7Yqc!jPho1W+|hWQ~-Q^gZ~u*-S$h#d{`z<%GS^SY@zd2cuf#x7J~AabON8b+8Dh{ zL^ir<%g(HaCHh2>r6!&N=koS8sMpV;2NF-SWQ2}RMl87r3QDn6**D3m~Fv*?biX8pS=_v&Te zumPSeo$BLONlL;r4*<-q1TX+?Wt3F@;KgpW;t$-@YLq1Ips;rDp!4HiJckRdlSPGmm z;WU+QAyH)uCT32vh<18_I|qTsW?`%iZ1BmDq?ok)*8+#R>r>^$wys!iWnG$1A9l&; zF@oWBXitw!>)j#@X6v@b5wE&y?_F657yfofZu0!p091)C4_S=H8q4{1YeOTRodnGx zftYbzvd$QmX-B1uwGAjIzt^A2q8I~CZ8Pi5BrcZIZW*XJl-9w^uS8G^AkAw-~Dqz%L6`^mFDs;-u*J1i>d^3jETmt3b~ z4be6O>fz0UM%zMNFwF$MpodU(sr}if0Eh(S>UFxB6TQ--$GR$mdoPkU&Ixh06Cv zd2F&e?mxdQ=m3rh9H-9-N_k5AU5xtE2BYlr`ec4N|z3s_cL(MN$Bhd-^Q3f-uwe8xxN*kA>$o8p#|F2Gc9#wQe4(bYl9DI6$O`K`@p}c~smC?i*j- z#OGBzZ@T}(3Ai}8<_zV^ko(*to<>_VHg+uh1zRpuv1zHKvdD|x_`$mG%mcM8 z1proDY6;#v96Bq_J@xb#ZWRSPWkDckoDEz1p6u`gBV-*bj>|JSmzB*?&E$+#Y1hs^ zQs|~GLJzOK-y+cE7b+m_(9nG4m^W@j+d_s*GD`I1yQW2X#OMB?B32EqyDN68YQD1h z15A19k%|X@XgQ>rJyV3wMrhOz!@{UL7J`p^ij!C*7m%Ro!X9IusNKr^D_P8`HAaT@ zd0qF>2Q*}_0w8BLvo>#VqVznR961qr(1j+<`eVVkAoxMNx&NTlspYxn3%WNvAG&NA zUeDRH(h5~~SIxmZY|JuTspvJ$CbkG=Z4bf8m{=l4ub*ZbC;tYF|DHg87gIq5t)U`3 z(V?6bvLbY?V>v<*xF9i{G%{?syOW!kGc%5Kz zkeAj6r;>2$IpiT-5K|nc>r6bl`o}Ef6E_gsrr4dZ+e+qxtRMr{qt(>x0os+}q*`Zn z>ZGHt0sS$!StAbcV($>kg}M!ZGi>p5VZBdkD_X@hn*Wl(pt_@nBe#s5-)uwkHyFY{|3<{5ho=DiswygT;sZK{e7qQ&tt4XCynMFHLanT)F%F_!B$ zDWSM`FjvZ@g!if0;US<)+>>6*xon#L@gC(E#47ksHG9yQ_pqimmvBt*rCYw~{lWCW z3B=Ll;l0O6-}+>hIB|js4UAe!?3(%HvseBR{iBvzd+1K0HP{6{nPWeMPU^~3811Oqm-SW`w1T*VKK6WGY66Tvmv3C zg|3mK@V=D_@@tvK0)sc|v+k{c+p=#M!fjK0=KkKrdcYn>OQ@j}rh$4wKmzWYks>{? z(*==~X=64n?DWqhxeCjAuyxv-4z2nEED-5kH6#mRr!`Ys&CWP$yNAyVoU!1EKwCTd zsNem|4mmb-Drrb@oeZ2UQ*B{pg~h=El7a84n(mt(c2||cdeGS_#!Olvk3xgwu*kx4ZTH163*wKnlyp;t;rWxTbxiH|6C)l z=0l0jGP!B=kZ>@qPu!#S=}gf1mS#c2wZNFkKIu-`uCC5nN4ls?8CNQo$Cx(d=b>Sa zyOn4dlwKZu+ip|jIHJXxjW)m7+3RA0G@hbs#qkjnDb{Hj1HhkeTV;}pg6k&gL@<#L zwB3H1lq4mf=Li{Lv|Jecry@|xW2)YAM8yuUnDl3r+IT*md;4}NTu3ZdY0b1MN-UuS zvrqa$iOW1_cmW0qFEoXG-@m=G*g2`j0YR$t!CR^p5akcb1Bx+6f@0Gw;N z)srsc<2=pypja66a$65*Wefl&#e#ATnZ+(qEd_|4e8@n+N`qwt)QRzP zL;B?@FAZwA;JT);C}RW%xMdl5S*0+qAgj02Gb+kQk7C#~WK708!dF3V7#1qXJPCft41 z>l2X*ItMM{)7a!jN%wDbM?A|1D)0#8Ud0^gcr=! ziDi=x`@f)3YXOu;+lsFVBIc-ASP&Hfld?$4;oXXRJiB0?QGW4q9@Vc(i4_xImIRuP zdn0IgyMbcDiM=F23CV%Ldtt&?&DQL6l^6H{A^V$>3Qx`uWD`u!F|+MbDZwo>yJ>Y9 z7VE?ctj?`jn}kCu7!Uow7Wd7BAM zR+~8HPZ73s9h$doz^Z>*;!J;+mXZSIoF$lL`zUZ#NQCmYfe}1DcXG{T^8drKDV~xqFySiW?0208I9s#Q z9Z``Le|i9^zi_cJ>Dx;PN)L#43^XP}I;U5<2ekJCE3)-kvD8XoJub82LTGQRA{QOtwDv_pa+X+OiJH2m!|_xJE*qE zb72Qcun`~VUs*odaT&KTPmOf`EJ3a^ktqO9b$`5M#0}j_ml^GuKA1KaBRS5?wP^L$ zOYb60Vq<1&Dfi|FD$eC*Na|3^-UH&XTihO)iU)}Un(`rfQYhn4M&6DeOh!ln%Gl5< z5Fw{PL;R()Wo<+L&)NuIcDOy;E9@UcX6?MmuRS6LgpB)gG;CBd>_iEqnW7uU2Ezjc zTS4~BXVg_x>kIIug^#(EfMoqp!MpxYe7X3iP&{)n!!jd_K3VPu$lHmgk4tGi3Pegs*t9og}+piVoOaa z*DMOU^JyD(bNh(Mz(QJ(ge8GvdWuqM?ldVtwyLhzWRB`_A;Zx9$=5*9{_+x;;r2Uq zuz3?W7>Dfr#CJPSUa`HJ1fL6m%~T28R|9PK>gXv$j`}84ZVM0HsSv6lc8DycmnMpC zB+SgA?@J@0VS_DZi93nLgDx9PD2c_C?sq(adLEM5;$%ZOC}9)t6`I7X!t!*MBb6wz zwi!U4OF3=hs8iUL*d6x}ULff#!xgKpQv=NP1c0ToVg@kkJq_h%CazvE=AH-pw%r1QC}0ELz``{? zj$UJUU~PTxZ+zzYGM`>nrH3?$96Kp_RA%t(^O*#%J(rp}X*Nl_{GtlHLLO2mLovx~ zLmDZ8iEJY(h{1G5tR*iHc};p6>WB?qLrzj@UBqh5`R9MAb1pmB%(ze zE}#CUG!Ph6xVPQG9`4k^_w{j+&W5P?q`(H`O>N$#8i~YRAjE`55l({7#Wlo-!8|pM zbUoTj#5`LSNYVM!*MY}TERl{onrl$@;>Rr4M%2v@vLl~{WC-as_-UI1HpGcS&?!vz zlg2Xb?GFkLoA>0XsojzO8NT6PZ6(eU%+sZ5KEL= zp6b-?!N;K(1Q7?8{G>GbHU|Hk2>N-NJIU=9-*iNcQffo0a;EZb2h8%m^q^(>8G?P= z_v+JIMd(bNHb!NjoKno9m85R_$KQJCN=#^9X+$Dt{^7s#Vs@&gk2W|;7nf9kf|HVA z@3N6k!$47meYlXAMj#4%nZ>|$Os*dHw_9R+s4ErsN^B0OLers{wP%r<&Me>qyo!w| zaUilMi9|SL4N+A&BKMzhHz25N!PklIaMF-ZF5am)dW88WMWpYUJ*qX&0`r=FUm?D3 zVd|b+=`5vA=P6L(gGQM|1qARgvxhLwzb!UzJ}jL>G)&Un`GR zw)7ON_YBgDhX%qsOm*p3zHi%owXH7%U=fgbiY+H)8ICWcQCH}W0nBc+FotPl#Rta}!lo1bO;hRQ`<0(#pZD&t`mBi)vP7|x>@Wbto1?31N zQbWW@xD0WRvcU%(#TGi2l%XO-(2z6k#kG(W=FS<->9*+a0E~5T$!##=izr#5CdOI= z2H~FrM-vjlieFt>XYV(h3hjjDNU>>|)th`|)FCT>1qh^Yna*auK(l-hIc0pY=#Owo zw>NTX95C-qb zJe;Ha^oyFv1!(2Zy_}cGOOzfPCqR{C@HUAFd$Sz)b*>X#+{PZ_{DPS5oTcHn7d1)% zLUrM&XYb4%N|G>b$r-jY$Fs~}8SIC9L)2uO2s)4S0wY#r(r~sG?*Q}ej_`Z3%^bG8 zCPit{rw{);sMx1R5GzsCa$q|B08qup$6gxRA8?iC==q@MfWm53Fo$Dft>_ydV#I~9 z``cm6yEFVw0q=6@Zw6X|Z<1s8A9>X?S<0&pHb=}0U~=FR!cqXW>e<~MCOLmyg#Y4B zwyg?}cn?DyWrR)0QlVN9{kja$U1kk!~aXH ze0|0P!3)FXNh<0I&hSy4Fc5C9+R} z?m9{)UY?ZgYHu}OY^IMH5i@6 zoE=qM$82x8m0HDu@jvGkmB~GO*k%B|%hdxZ>B2_R>-fMfc0r}QmeIIpO0fTMgic*z z3KwL2&=fKqjZjm)Bl>wNTZ+i7*&}QGDaZdw8XiD+u0X#DFRfL{U>T*^2%#CwLUpF; z8f8=~7pg}4j5JtO4E`{Dp)Q5aowrcGK#MwifzL;BB*dNtHx4>x77|^IH4a?VvKO0NILz7yDmy%o}9uHy-xLgnixRlpX0 zfMo1V{zQ;}67z&jg}ny|HB2`I$LVf;--fzjNM++uyz@tmJGU`q;8HYTOyjBd$}KLh z@f#BDagl#~8Cpc>!TG|oO`8VSKHSuUwS%a5{5z{BDHGZO|({Jl>-HS7W`o}^aBQi3oay{x8!135p{|k{F zOU<>p?B(E!TgAJ0zaLb4-5c7oT_@nX45iuY?(Qb*MccRja$y7AJ-5Fth$90IS1 zJk~h5$c}t$zo;P>sG!IALpD&}R3DIqkB!JKOzP}iSR(Ffb?Sv`#q7ab6k5JoSfwuM z#rW}%**uJNSQJnvaqv&m>2#|>A; zGaXLulRnjVm8xPL`(uhO>|-V#U!kS$Npg&y6K96?z!X;GZPY@L6A1^cScwKmLm1#@ z@uP){9|K{9gD*r=!3y9&34yV`mE_F|IV{F*g@#YvdiD)5Dfr|(%Pf<6>z42PyC(&p z=X%Dzoi;f+fMp^VI*lW8LzMq1HJgpFLbg7C`dl+RXA}<2*VMFy*Rg_a^pnI9-5hVx ztza&|{<%j0`TpuqXfAW!t;W!=1qGEV>z>-N=d0eq-5_gOl;rd%)tHEr;kiD~lVGY;@`t>-)cZEhoNFG_xtfNkJvC&jf(@*0l>_%TMntnv8 z!_g76VsI1J@(zG*-JfKFOENAicK1kd)$RCHg3Dx;sUQG5OITCMe| zwy91}Utdn8tV)WY&6eFo# z%<>RNp92m_QVB4HrbUSVi9v;pr?67|S24ou-#C2s!MoRrAc8m%h!a|AGr0`9h{5E8 z89#SXp-ti{5Iv%!C-THwbO z?`dIh(B3;u(x|yy+S0MMU;Ex*;sfw961(ACbO(e!kCjnh&KyNx$fWg2w!C=Kq6V|; zOQVXpAZdGMvZW&wc(i&eIWo(*c3PIS= zxP@rpA61Y8;m4U807XE$zc)o`>uRdP;mc}m_PDa|_Rsg7A6Q`lsoWz4XdJsa_u%qY+g`-K#B23P-0_5+uqu@c& z{$s%F4R#sI3NSi>bbXs~Hu3R|XVSfgp1F$Ne@F-7AD*;ecj88|Y8*2NC5=3{-`qy7 zP9?~GEX$kgsAmXzEbo6jO~TaGJV^%CJ9DwYr-P>4qp1P=qRNG|pUVDr02#tmOm^v{zIP^R112(L!(&lX=Pqdtg!dwaMLp&QSmR=W?NLZmDS3c?vI8Yn z`0y!K9A;(IxZ!cfKZx2ZIZ?zMi0H1lVT$U0GvnAciXg&QYqH|0+BY3N9ldDGe}>Bc za)UEaKdO_ogoC052=^?LVx1)}{fT=KK-2v0BZW*a$HNxngV`|$BFdcNDA1Vh2M7Ov z^4OV+yuO|pWRho5rx&3XQQ)RNe&ckiF*Bp1X?8*7w?<&I*n&H*K}~Yk@Jufx9K@IedK*v@1FAk zyb>7B9Q|;;f_r9}quSssON$}3#7=-otH(9Pl;zssl$HE4MAN7noF3^9^*1!b2}?uo z+#0mVyx&@94yIEdRRsK>;s|_EbQ@jZ2Ls3sRZ~+)YVARrNQHCg=5Gpoqi#gZ>%Zrn zx_&SB7Y$3&hhoCZ*dVwf>e@X>wLf%y!WfTH3a`FtLig4q{w{i-Y6?`%d9~kJ$htK)$RrlC z!|GrsT#?SuUmFjM^=Wt3WINMbQK1_Z`#ZsaU#cybe=+(4nk5g}mb=uQ7I;wJ?daM4 z1z7F0yjccX#>4kW2Z2D{QX3Y5hY5+2UAK!RG_C)KX{Gci6x&z{6nEEH0PPR+Stfh9 zhbda5WpS?3GarK3xvY2+l*|KX4gwZ~s}BAbcgGtwwe?<#o&eUgb2*ZpbQ$4gz-r62Op%+I-cEz}czC2?jO^BPjG zV6BX?~FxJYQh(cefN^18)U(1(h#{fbPN(y z#&$GG^O{LMU+okp?-N*<+EGB-R9GGz$|92{5@!&DOG_Ow&~_8)cJ()DXJ!*0VgEUM z0y2mUu^+)*?cu7P#lt*hx{?F9I1rMrAi;N!tUVli4%`u#k+SP>Y%}c*>*@Og2r$iZ z>WWOj&FYSvTJ$qzOW`5bCZ|n)cED7Wajr&uZH6{N2-K?Ji=cwC3$325!wnyY3}Fjm zjbJ*4{@Pr_NLK)?IZSzP=a|~y5%O6u>&g&#%d84$oiWN$8mS82L`Hn62=Z}-Zn9A2YH3;@O0{6qE(~e4%W7i6@E%Gw!M_zwWg2Ow*&k>|oGw@J)f`GLc!4WuVu|rYg&utb@P6t_3!-*u;8_w?RM9Wl()i6j=_=yp- zn%GGeTUqb;@R)dM8fXft7qo<;cHwG>3wX`>>%c@^o3?X77t2PpY_@Uj{V(6&;DOs$ug;OX?!O}o@EG0kdF zj#I9ag|mCf9T!yR2dv0aGv($f_Cx>aM8`0HQWSNw=H#X1yMJNIN(Nf5ABP}a6@vod zjvt4o8!x+t`ErucGp@-~jCI&-Mv{a2dT=qs7J`LSfvVxN0V%jy6FCykA5d8Odb+pf zOCTC`7#_&nLa%i%NnPwl$SKvZbY|T?X-Ymo`=`H&NV#+uFYd#>rgg{Oc3afqOk7C6 zLP$3>Az5DTfwp;)Kl&^qWPb3pvJ#+RsUcYeQGLK>zo0kdR*#78wEhzRub4>Hb#;{b zT}GyZq|O$W^)TNWHI`k%4vBc$V1h`SJ*_T< zR)9^UY*aPZ)z}Zsgz!2n0ubDoI9B`+^S-_htRsdY$Gtc+L&ACBZeE&24>IQ8>HD@f zOd5tp=h2ifInZK>Mg5xhM=R@Sj>qEb_<@RMGIyM_RRy&|Wt@g8r;dX1luW}|Dqh7h zhLCcrMC?4fEgOq_5x;M>PWP3jzxmf2=x=4!P9C=?XA-Xsdk#!ezkR1P zk4AC_Bk?$DMAJc?e~02y{?Vl96%%3KaESSCmIHg0=#zq;w}f?*`~3H z_`I%o3IRviZ6Qd2hJy$N;eCc_AD-`;5brnF30GBUcN(VmE6l*=+y5xT4uM{c$UZ~! ze_$!AX-kPSc>3=shytxF97)7Tl5%>qQG@uKv<q6>g&>=AVn&v4sXd_?q#|dHSy3 z3_0CvJyiIxYDo>M^za{K1Brj;RX}@m`4q|&TcCi4JY|rKv9#6Ljy6*i8dR9q}c}V z*NRLw33T2(+(~v*iweJ$q_g=TRqxdv4=j!zfioDm>3vDxI&P}93X#L9XV=@LOLJHw z3ZvvT;W_LWW}s}3bt%cDc9*e=YDfUPrh=M$3%G`tzF;~jl;F_Uw82@# z3C3AnEd5iaR|RW1d}&pDDmiMf z%;LJ0HXh*|S5h|lgZZAyEq$~+p}l&0j3Yaw(=lZ6`gm~!c}rhpV@O~K-;x=dO$w<= zvh2_(1wGMqi90(?M(r?+9dXbt&yu+StoTJ;>hVgR8X!;+AkyYpUh?u#M*r}t{Y7aM zAzX;Xm&mvyj#n3bG<8~U{85kdd6DBbB}2w*5e^~$Rk1l53+1AG=d=_^cL-Eb!8FpV z?lX3EULpm=A4=4OPv?#*LjERmI9l_My8l(^-^MP5fi>%N^ET>*}$U{lbDIPp6UBwcSuvK1tQTC76+3+r6Laz%@n+;lb)WQbk?z(2? z)3wZ~+$OMlAA&UbPQC$IHzkFit_OJena)AiCvXW0hqmPY5>J=&kT3$G=auhvkn7C# z*u-yG$?PJKa+5Z?I+2EP-3bprJrrpe6zed~e4wfb)C|h=eOERV(!rl!_A%7uqb|$hpZ)aj16e$kEJj)?kzD*H2m8JQR&CDb|*JX<<&;vG(ACu zXMjs3C@D;-LYz8mMm+7yOyaK-jJ?m*0l=&_EBSevA;XN^uw=*V#q>#=e>CiTdKFeO!KTg)Tsf&h1oOy3aX?mx`CDP;QbZN^6eXqzC|(>;J>L|!pIqw6iA zBaRm!dd|eSMs|nb4157Z@c$}Edt?UkR5uxDIdN&~ABZ7|Qh~N6Ko};am;XsoiP-gU ze(JUjC#H69cH~xPrYxYDz~v-z<3XUKNja+dEQ5LPPh@#{L!FTN^el*cz9ZnqIzFsC zyo1rXTTNtbzRRj}5(*A5*w7shHfRN3KHst^(e|&4EgIMtlNv&i<;PUgZiu^jsO|xb zN(ILL^zFhKEOl17e17kPBhFx~`#XfZu7?_iGIo1&WdB-+_kZlOVqd~CQ>23YMXyBH z5G=z8pA9)tM3<=AN1f=La!NwqzvFS_5er$HcoZ|EDPWgf`IjhcW_9@wVk!YD(&hHtp2S{E1{peW=uLsPx{ zptV*hXX}-j0c?KPYUv2zw~ptOS@TmtDEVvsbaX_mOqr@R%EZ^M22;xyqJ}|*uFRqm zF^kuI-LmIVT@|V`cR^L|X}~0##I#zBJF;Eoxf|P##X1rO!67|mzHCOp%UGh$B;=V> z3uh|M_XiEAAs!2_uoEBMJoI6ZvXK(wXr_yuy-c@o6IM1ioyx=^y5kl8GhI5*?3&G9 zPqhr~!3THl;sH#O@4|5Rw`z-(A0H0+MGIg#Wb|cnaCAHF$|&2pj~GLVBBI&+BOgp2K-Ax6_%f#D-<@2u z{)2zsPe7g&GR=Po7@{=?Jk(WvVCM~en4m?6(O10V<%PFWrz(V>CL^rR=HMZLEMN~V zRu=XX6S@Z$bfxm28A-aBHb6PJab?-nYTj8`@gVrd@VbCOmWBuAa*sSLz9gHWi@7q1cdn%oH!u-KoSx40I_@{ zWCV_0?Prka<|HFJ`^K%&@X($QAf@9!2?sHlbCbX1A?6Hu8yEb}lPNsir3gPmz=M9a z|MCmXIHx`!CD#PqMv5GU_$@;^sj^A`u>$ z{;HH;_B-2UzNjFIFsSKbQZ0?W?sk`=3%k`)tnz8scYkD-r_6-S%s&7VC5fH&>z|H9 zEHDg4QHuKAL4!nhed=yVj{@SLy> zzUzcHh=-24#RV84=pA$M48!~AUd!mM*c;-)+#pm_5oLYoMizw#heKqKqPtyGT^!l; ze%r2jg# zx1@qAIKc-6KzqLJ%ekQC^W!~B=GA2X_KjOZ!}6!Pr^JW~cFPS8(0IS{?aiSOB%l60 z7qHU~0+GQ$3xhRgNa};E1GJRcro}oja5ZDayC|J!u11Qjb1&&RgI`hFoF`=rN?{5j z5*^?g7sVFT$mIts%qc^i<+`x0_ZN{yrL5+{A4U2;6eyBqSq6LSNsM_#qvKQ>IcDpfra+1$M92v=`ti+*%wb_s!Uj3Yn)OXJbVb%-lm8I^+2leveSJV`mYmw|Zcv5-|35FG`odP0@Fd zMbep4^x)I_E`bjscyWD@p6j<-5u3oFwlU>TH3LZw#;mueC3-I+#PrZh*XDvxHPJya z(hP?8xoe5Sgx_wIvBdM|*uGS|s9naEV->Z@eDz;dO>11CpD^m^aKURH>xN$D-VXmt zV8;!v2PG2*c;zQb2Gr@J?u1Ho_|IPkz!Zab{YAnF0b{HBg))>tJMY%frYS+QMHUI~ zcc$1Lu^%`3RQ}DlDaj<6bwP*(o9g2moUo%)a26tX$h=bvg;>pKLH!SnTj%!xc<05N z*7za=G0z*eT_OK++Fio8G8Tm(O!F(t!nOC#O_!_;)@1iD-z3cEzh8sU)df-IBDi{C zr4);!iq-|gS}iR;x|ynJ&9 z1XYG}wwr6zH*7vv7X<5Un!_q@iHLZ`PV?}vt!tC9&zdhaTInwhj6n*pC#nk=B6=#< zXR~8OBpq1sQ0oCWU~er5q+pQBm@p*c_6buG#sVMA2hKt5MwCDFi4nKG=&lyfD;z#V zDUT(atcGNRglU7L^-$2&mDjr-FansqrZs0XS1&x`hT+=7vUBllol+leJyzjm$WgS_ zX6%m~Cm(+Vj&dYY$EE#!?Rw{?#L7h?vxBbB6>`d{)4dFE-4Z;Etr78T(l;FdGZ8#mR9a(oJdq3SjYDzHL z0Gt_JK<2`9SA(nt+wxi}WU!BafBVOZT~Hrb~m%i$ao*v3sx^0wrCR4H8|A?=&D?_mwWGVX~J!6N!NvK;+YoE?_GdD#@E zIyBdaWb%zixK)VwT6tQDC!s9eSu9MAQrlhYSw9FJFgQtBOZYUVS#O^{vo`tnx)7dJ z3PF|~HRMg*Z1I9s8IwD2D~6D-5pAVEK4XW{$V00PDh{o5pN=r)ZprJtK&gpheM8~u zp^%Szt(+*|qVWY6?Rw-?3L~-y)6m*|OhocHc^k_%;W^*K zHMxrm2f*;AL<^a+x}URxkNl3r%e+_MQw_zb`BnAUU3ZTkEX0L-v9@+|VN)P*1lj`n zjMn6pAbH+f1NJn_r5++aJ`l=LaFgv2J(i(biyz33e2zO+A@{_1%iUC|dByW`I^Nbm zCy_2a!g18>$GZi%&~tzwXuu2tvam&tqF{=Bf|(=SSQ_yI!u z$RQam-2&_fG7VD{kgx)c5djiSt|5VPwNV5f9!CPhEbM3)S6nrg#!L{KPsE&I%5~>` zzIC2}U$Lzxk|WpP5hpFaQIsaOoqJ`fFgXnFbr@HW2O+r6_1-5zC@@-J)Ni!R^$W)q z6&K0d6#Be)Zzz^`kiuQLxfwRhR3|cOCJ!C^Md|b4Y`$ymLr0Sqn@A&pg0L(y*fhJ% ze1`vt5z^4Z)&hxilvA&Jd@&SUK{H{M}tUbc$%nxlFnN47&uQ zu6}K*2f0p-b*QT5-+6t5OiB9;oxRmUd%{|~x>F0+!7Y=Mw?N#2Qnb6Z`%@$2u>n#U zCrf)5T#Y1jNP(P+Q_P$ANC=0=O|TGghNN09<-))I7qQ z-O?*rg*Up|we;`hb4r!8eFkO6;v1+K-hs`N8<}YlUljeNh+*l?(Z-!ui^+4~RlKbx z9b?qrgi^(Hep#yo)8rhC-B$$`MjeE(Q2?7Br{cEeyj@&Vt?e-;e|=U4m78UGB%=0*M67B&5FYHh+w5POixAe0RiY z*C@|ei&5g@z4zf;A(F&h6HN_sW)Mkg5kFf+P;g-kB|c?bNUw*>;E5c`>WRx&O9VEt zP)a8YOm6ffG>5JY1ZUpsjvB!#`sDv=Qi3l7WXetJf?EVB4xLqM6pgcZ@KC(+?_WZqHF09L#1+-BDhH5qyfGPB*(lzvLb1Z z)1N%?i-K&jk@|*LdZSDXsWhfYQJAIQBkHJ3Y4aTuwr&;F6fH|wY`oSGcgz2ja*S68 zf5Oc~BUYizJX?Fh5(8ROT38*v>9jWQoYcZf672Cf&2y(R1PCwzjUM@{__QH)j))19 z{EiG)<%xrbMxHpHRjjapLy9k6GLVFfZDwTxWpG%jdS8INe`t$e6G3I-ebIX(FZK(h z8JXtrt`0`|>l_4wQ`__D@xB1ZY(}YEP>%5G#YiOY)E^)azf|Ob;dW^;HP)82wWlaX zBP3rDY{?TwkYNs!?-*VSU9o4vgL&hb^(qwQNCxkMJ?;_U|BR)Q>yNGH>a9m}(=5I@ z;&2mj@oMmwzs{}Q=Npj+6|;!o62j$aQGSyN-0y|&^OMXV;0tN)NEC{C)$U277Ahnv zP0DK$n3W5qAO96P{#A@?c1uvKxjJ0NsI^98RYeJA>g`>(9%Z~~Zgc8A02QTVUicB+ z%AO@r9k2)AmQxhZ1$YOh6IH4f8cw$tVA?>Z#_ZV2-X4MJtILyO4}kpxyF?G`)4p?! zo)X^yc`(`%$98K}^YT3YfH-Qw!(pjJH|t2?)BlnHxhD-K?GCXWNh7xQs|Mu7yzd*C z2}XzJaJ$tsi?S|}OPyT8I5&>j1Y~@Ys{w56NGo=%rmTI`uv|`q_dg_CH}a}NzfrM` z(Dd%x0(3*)rNxmM3x!Y2rICxqODwPa(hd4Auf#RTRcw>$8IR9x$cV{5kqGQ#i1?dr zA3$+VV;ZxG6!(jeW5H=;K-jkHRS{frKyc`Rw6_sxk@&5G1s$vjB5la@19;hWgL$&= zl5(Ya_-dpK^qw6)gCgKw;A=Hb%ZoyZ@S44=a4YK>7HxTKFDItg9yaNDYC6>F30OKrw+|8HT-RP{nGfKh0DLOk{wxO>Eu_ibwIbBxnTPldn57oHUyls1n-Z=^3tQy6dK5bfKPnydDKe+L`dx1Q`Q)?|* z`=u-hT2w~#A{Qy#u+=y=x6PZyLoi;4yBea>GhObu9XG;dG!+(*`kC`mmZDRkpLf!c z5W^^+M7p(odD6QI8&{~uHI|CYO5HD-28?gnb-ne~dwr}1DiDVGFUDuIIJCrousDER z83D(sMb+ab>WgO^1Fx^^oI24-S&2mM0M8Jy!AS+FECitV!}tFv4>@3UzgG(K>q8|? zgv0sbB}ub`2R)Tx=_9Im`p(|xp20Jm7Xy%)cedFS7NNn5cFX&B%}?c|z%6D0KTjll zk#B|tPh@7j3Qr|0otGf7g_oh3Nb{K#MSP4xH#E2sOH6j$Y~1hGZC|?{rp~}+INM>W zhK8~$n~6$&TXc@oV7I@GQKX=cr!|4)j?i35-zB{hysvmIw#GuGO6d9VYLlO=Wf7HE z>fi*UMg|~94@NzSATIJd_&{13L_!_1r;T0FATX?1k1o%>W!bl?v(R=+4cQWku3V?1 zRlEM7oUS0}_A7wrnXhL>6dFo|b=r>`2BvL2L>hC@H&kKjR^v*;Klg1bTgoKa6M$lx zB4|VQzjZB6@5juovF4v7!fEX0G_+3uoA_*(49}lFIc@bJ0G+s{A}{{9+JVh*6R5^6~o?A0!IkgO+@-}{f70zz@6Owrb*MxGYs zGah1e6$HDHPDA+_GT3<~8wpe@Z(Bf<-X5Ns8e2KCdM4HQ)=P_9Tv>ubaIyDT>DwOL+giM-L?Q19@eGV>e^uO z7Glt1EtYjLm=|!aSz)b^Ok*)tz;L6b)7^I0N!O$?l>S@?mjo@8TmlE56|m(hp)Im) zvZVoIq8*`fc?a2F8a}#;xhaOQ0+aJ1pz)e7A}m6$wh~io0M;;w9-Rz*kb8`JLBeEg z7{$H}AXeUi)x)-|75K3Da+HDWxQbynnvx+eDFO}`i!l038!gf97T;}Xr9^Q{oFQ$y z16F!pgkn{@#T!~vuQf)-j6lgM)NX#fS89gs$w|3=@Ls6+h$OQ~s~tHpv$mLvtPp-C z*;n3LuU!GvL3^8~0;z)JB{dNeHLVp53ZAWZVbbjV3LqRi$dtg&D+g|Xu_3g!?K~-P z-`i(e`9xGYRBw2QDkSjM$$3wF%^tuI3&VYpxkkTSvh0|ZwnY@{wH#2BJ8Ptbl4NOq zOM$TKUYu2je8&RzW00_PGmGNVcHxA7TEyixP|NuZQ?zYYYJA`B$mRsdRqhw(3% zfobMSS!I{kns${^Kaf#(uUE1uWPH&@k;o=4OUv=tfEYk8ge47+DR2mDG4q&h?d)AX z0Rd3V3b8n$`iSppxX6|B>aTecS(&z#!8+GQ2aSsXF1Xn;z}=^@=9Z4)KCCsENs z1Fd4b?&No>E&fd&ChEAAF7F`=)5e$c|fnVwG#2fD^*?(2iq z>@BQy_RQSKOZmOpSQcH|V?s#4R}-M$iGPRU^-L9G08rj4?ClWU8arpouX z;uyU&AH_-tx+Vg$@~^7gM15VEorSUgSI9|~J$LvfU=R)SqQdNeAR+ZB%cs6|b+uoH z7B3WAh0g1K6c5zkX3M&I*_kyY)#62LsjiNJxyJTF$1uI{gtK!x0Ho|9>&_3eV*o*M z*v~Zr_w|YgPW0OqBd`)-1-MMFaj1cU#=OuDw<$dsFM=4VR`$lgKCcJu0@GUlLi9wy zw_$<&jU{ixD^-eJdo$@9Pb|8}-R2!h=rHGXqCSY3jQSBddgm-BN#kJfJbPoGc z4!8_=p~)GTJc^ev-Bim<7|&ZwwH+@4xn5nV3aPl}il$<|*U*}x>EOGh#uUBc zf8kOzQp37-w1BWg=zc?s6o+D=-TxQa8`mF80bG>SZM>t6nU{dmMjn~O7dGL2FRY)$ z$I6DUJ&1;QGn1rs&5Byz7S!a6u7_^%DmBn88ij43Yd~Mi8@AfPu{u$vfTL`-o7my+ z8ZJxzhPRuNv&8iEkDbWuF^scmv2xlVS5%DJXUQ*De4PhfxoSr*zn5$KCm}y+CYF_WlKgfJgsx{35+K5FVmg`t++j}VreX%K6%tUUaUQG8!$-DWKH?1} zT0ObByGkc4&JUzfA*Wg~o+Sp+0(&6xY-&Ii!SZ2&k?%DnVxJyjhp>4$4wG_ldJL_a z&*}76V<6}O+D#~0)xswvA|V!(v4M&lJlc?3KKansI_DLag-j72kt|{iL#9&~k2r#1 zy48>jS;RgHkLzz#I9Q5n*AR9_yXsoP4D_u9K33PCF1pTi63kd!Ju?w0?@TH1uLVnaK z&^eBF=+%%fW-@Yl`0;aRf5KY2F1HOKr7-2_XdC>g!x9UiG?6vXi<$vc)e7v1DWzk& z*GGG=D-Pw+*mwMqo{o?m4nZR+X>$$cG_XY0ev%ZOKs(6AHNRoxi@E>J_Agv}YXByW zGMEjjQd@-+R#|Qss$iHzF|;!+|yfW(k&Q#(ec}BljjjeUO$0W3+MGd487GpvHgRyv9`o8 zETYW&bR~v%ZCvK#BtRPx+d8Z*OtNRil8kr0M;aGDat+hV;Svxayxc%MGRrJV`AR?S2+Z)g?pnS8NA3B zVv9WP>xy|6B^yuN7SmjzJC>HKC~qA!py=+<$ygBH)R{GvZ~O+#Y}}skN)q>vfDgp+ zP?TFNjW!}aIQdLCkNzO+6EJuw*pH>&6*m#B8{5LnlY4a>gGATDC1tc?9*p>kbEdzi z8!T$iR^A!2*Mb5BcM2hLwL~ha z04ajW6~d@zVa#FDrjTvQRvydhV3|+djMWGEb|wZ@L0uV6A3aQA*J~e@Sk%6WwsZ+Q z2?5XBscm|O0~EjD=0j6r4O&8>2PY~OI7Uago#oQcU9bx45!f&yj&xxwjnZ^Dl#tEaIoeqG!@e;^zOe3 zyGSyk3zT6TVNedschZZ>-aHp@#zkMEsfrgMt`@%oty8%aAS;wzv{@#41oIfxUl2tO z(4~NEdYvzaG3gZ(-1c*k(Y)+_veDYrk)rFe08EU&gV%i5uCHX|qio3Zw|ZqA-Spkw%aa(<`ojXLAxdZBRF&(7xMHgzbY&n_8m+e{sUy)24oF1) zeH{$vV?LS|YhI;M<~DPmVO(YfRc_AG=3O=dLp6IS%pPQzQY})kYbNOhh(6GyVtgyz z1o#t`zJU$dcM|rYI!D$7nX?WIe~q!s@4akclE$?|MILY(eQqd=xEqyuaHet$kT1d= zTXxoV0i_oDm^iUeH$7-M`W(%IRcGBSE8tiD$SFkE2|4H#C#yP9B=z)d*LTwv|9&8m zpbt^?eu5MU39&9i9zOq-ce9Bb8o7!6GoC_`tqR}QNbatI6K-_3*>*U=lC-Bj=`ql7Uhe=n!(n3|<~%P)C1#b_>{{xNg)RMlQ? z7jR&SxoK>PXPw{G(yP^fF*|T^(2q)-8nlREf(4zkI8W|l6T33es4vFsPp`L6EcVPE zx)rp}N52JGyU?iM2vmR+9<$ipS;J;Iw=O+Pyu5nXLPDQY z@PY&{Y6zW-NDq=*OS66rSER1no;|R}Nm;sl{zmVFa=#}~%M(~kWxJ(Nf;}Aq0Qxb| zjNyjQiuFeDg~=@8PbY>8de@0kG28jCTkr^!ql(%A0t+hDj!OD-<=jm(7g94Y2fWPMM3+qbwmD_>-BVVtRcvVwXYp=-E6UMI&Nbo2aUEaa_9lF{qlq8(A&vgF6 z&xLr*d&}C*ozH}Sw?Q37vDm1f>D2QHrg$!ru{ub@;?DL->*uaQ5CKIB)6gJEiw49`b5h60X1~=LNnsF6 z%9-42-(xh=b&LXdQBNYCaziXx7-}O<4zBIynFk63IGo;osT*fd<$A#LEfZp@qV;?L z2hjsVAt|R*ph4t7sc-3uXPo6 zPG5Clx$&a%=`ohZ5R>pZC8mFb{UB>#%o(v{-Fo-~ zd|VjpyC-s}jB@}#AC?6gx&X&+r{60@Z+pgcMr`&+i%%e6UYpvJ=xVT=4o-^J3wL9v zOpb>LRc5$~&Dd^W=B%2|VN(o1R0tR9#X74>TIDwVFGhTxAH4V+8k7^?3-eju1>>?h zV^#N+-Cu}|AVm&=X%#QoBSCclD#Grc4*(-!gftdnhAPmgIwaZhJdD0yD-a2gv7vzx z1+rl~2wNo%#pz6SW2U?Xt%RJ29?S*k zjlyYzrW%8{=9NbOvIZV$9hR7U1LqzPJ3=$^@ow9sfsw{HvWREqa?CRyZAia!22QHF z*>1ELoFr$Ge3z#JS4O*FRr5ypf+AB}X440#{CHPKf_ShprA5#4jqSI!arywu&tJCm z__N3p)TL^s^QIv|UBNbki!B7l7>}wOmRKY1xGxgyF(51|uB;WZO^O|52a|whf-CBv%BLR%Jkx!l_ zJqPY4^}T!II|2d&3l}*nvRw$#o~|^!w)==Oj*!7kqywAc2Rj7p9!Y)K`YYO_TbyJ% zDlF9O2!9-tJk!)jDo?>pT4@R(svCqBRm?MLSCr|;F9Ih9xj@QkFaZfcTrbURD!sVC zer^o@H&ri)X~8pfR@2W87*J^(x@Ff3azGb$hv%WONxTIwoFcC?0ebPQNo{a6^){!C zWgZs}!0N0Qzww-~pu7(zv}aXX+69J0; zoeN2B<%_=~aS|kz+t9KVLy6N-w;EL7;J?BgULQF zlJ9!2b%BnB)S5@MzH-!v9$^5L3WH}Q4h~R_#W=IF=T^}ZtltH37?vYfsTa?tvt~JR zMGeJ7Is;Z7U&~)Z>1+TjBTOzs1;)zFlr!o|h4eI?!qu8!>O%FM41F=xSepCUsr5Ptg12-#aZ!7#a+f9={?m zJ8rHmyqAee}`oTatLutpmn-fH3<)v3| zzZ5r?yZUcA+sugt<_IVCLnmtZaYD zHY461i_D~kY%)EKFLe$2oEuz2zEzbaFho{|T>QXLXkf0Cr2*cCRL}R{9&VT!Jm=Sh z)>j)}e{1`EE?f(m$Bi4;8K8^^70+Oj_1dM+YJDJ~s4R!lNyi7k!1Fn{rVQU|1GIxh zpynxF4n3P(v&Ou{bR!W8^h+>|4Bj;zAVevW9Rj$f=YzOFis}(!u<_@8!!rk^wkinZ z)oaq&&L1nSocA(iVsMFQN>*E<#9HLL@BwM*B(SJp3VwxUoWI%%T zvuo>H>{Zeauz5b0Fp7pw=%InpVWn7M@3)zlyb~SjoAY`FYrfzfb<@wxi1)YKP?Rue z@kOP8EdSwTpkXW-+}H`jMVPJ(>X?6Mh7(F3T-*!ylZNr`l>-xenWm`sg`C|yEa^{x zYzhD<9s0!+pFgu#2Qw8GS#Uf~wbd?IH~5UJe%!hN8hpj8!e=Yd^`n|wlo&L@=nJH^ z7rG+TdsBv%lMEF)aRPuZ-F){%LFA3ZY3^Y7q5}5(PlpEN)i~!R`{s}K*}&1A?6dmrFihw)4OcUz@MxgG&0MUdRpLA^$Uw{QshJ=b5xFh;vN9Oi zD3W@N%@zDH>@&M{#yC(PxT>6=G6V2iiDj2oJZYv7_!N* zr*x*6RdSvtp#Y%(vL?TCLdg)yANFZazE>up3z7;fWVQCi!mEVuD1mopHrhdVLm=Il zMT~@N-{zcld!1VtcZ&Yk^3|G!>}bUO(CC?qU|eM@=Thd*`mYEv$y;XQ6$hVr(ZLiG z2fdV2ho+O@EiNix;NQ3?26P(xodi^Ui0raWa_`YTmlGTC5btp2h{~yCF)w~zE+Hu= zD7;lCkYj5(4>kivs8ivvNB-R4Mf^K)txsPBQ{}-7^0iL`s06 zC_R%9e|rFf{BBC3tAnAgV(>9H4N;XWy>8>eDh7cY6mmy!S60Z11}pc<^y|u}Vx0+W zCCgJxXd?dLz!m$4U?YmRf(@J`e_R>|T|1n?u>~o17lDP7Q@L9CsTtn=v}KEV@si6U zW0r#pu=#^U`#Ad`{@}PRD4yJ>irO0?G;lsTwG-Rd2?0X_WYsMvMXK@-bRsbU`(RME zY*DtQl=ml{D<*~*Xgsj%t6=U66r4?MGO3d?R7zRpPUT8b^3z^)cWjkrwg?0Bd8N0Q z7F*1SIf}XJz0LPY4^}u^fS<*@hnd-ee%PuOau_m6kWzzDAXES_K+nIfFg5#=YL>$9 z^2pBCuYgy8pBXhJ(H|eB{6q)`MVn-jAc2`!0cf&9gSF$gC4pMU7!686B~U>FOCt}k z@Gu>eKD8;GQ+DAMnyHjK1rmA>Mir*p*d{wMhb52Q;U5S?0RIj&8O_)C3}@i*T&9ie z`8U3}A3PQ^3)iaeGm^jWOeYPubKyN3#Q>K}8>3?8CRHR>RvG6wr=dft2WMYbC3sB~ zr{p@f3s*5PO6H?#T;~#)ft_ucy-~B`{mQGZsr9?g=uaS8a1jvO7|=pKJPT=|5_bDW zrbTONJ1rjKZ0U;LWJG(UN0!3nN)u3_Kz4Uroq@C|TjbHVMvHoLa6*)7KnnvFyes^ktu@FJNl`uj06c8!!^=8OuTEe;Xplt*y!+^U|mKDB;nwYkDB-x8=jAE z{L_M3=l-mVSaXY?=6);2n@oz>cBcrbT9zPXa_%XPp2Hsn6EDE427xRLlR$JvoaIA{ zqj?Lq1ofQMarv~yaWz9~x6)ku`ZeY?eAgZ;_4Zf0Bj~Xc`c}M_sI;_@h_)1_$+KSAMH@S+$<2Kr! z>Kh)i?(#wszd11n7!;W_?k5>sNS&~F0_N**qyVd3MY?8_ZjVyG3YN(J++BE-&~W|6 z^+lxDnY<|5jrSz)u4fwck_Lfb*0R>v!1=Itw56zufQo_y30M#z>IN#%3<#*{!nQ&* zk-Fc;UuPLLjOb+o`RPf2eWn;$ndlmH@On3q9R@^C;&jZV@r_HknULH7OzW@=b+t-} z_4|!3hb++lRdGxAc61W$kE`TyQH2~y_)z_)X0U66lDPUqSHyDpF-^e_vwAy1@;Oe@ z*XH~n4t#h{($J5*`wQ{O&jKT2H>9!vk$iSKQg?YSTu9I=NS;j-~WATXIT04jq1GP3g4LxEPvd*6$f zvfk~HfTxJAx_Ho&dOJXTE5|=ygnmM>R)I>&@-0RWPlQK%(Kd1*a!92jbx+&2qj0c_ zr|x`ex--Vz=s)4k8 z6~$Pqai%(%4f%Lg!LiPJkj$x;@<*qEm?v9vHPer$wlTZ|w9`$iV_YAU-795ca)z-9 z(FaP6_dP5J!pu=?WDYNXJtE!&ZJn56JlwYJlu}~c5=E#uY3-_qxLamgipcPcQxn8q z()0o{GDh202%B6Il}W0)%kQ39xZ5ZAu@X{?XK|9se0LS8I)WaKWns|OrRQRNW?pnk z*rl{9fKnPo?F~~)KXFh)QF+R5yldd@6j>km7(kVyI)$u*xmvKyrSK*26%2}|iKhsww3qr@l|F#K|>p8 z0u%U#p!jCfH_4YTCNR>6;y9Q_6P*n}Gq6I4e&*Y^(*}3g8>RZqZxCkY+>B_F2 zVVTG#xiVM~Mp#-aj}-Z$UY+ujn6TX#j28UpSY#e4%+LSBxMXE-Rst>xN z1vg8smJy?m>2~)?K$8}b3?0RtpM!v!z-?`PBgsEJyV-PTJq$d%aklWJr|wDT$aYhl zkoAH~cZMueatFq9L=hd*pplufJ?D*?YeG=PJp>8I}PgO8xl+tcaDnsi< z2oXCm@fvV4YM!v&!|Spg4z?_5{M~yiSYNL!`NK|E80OzzI{BTQ1tr9#eUTx${Sg$S zwb6-X|`{jbfAu=-JCDYRF5NdcJ z*HlrK_gWD<8zR{}%%CCAG=IX+U<`b2NIf|(#i=p*B%71--S(J@_Z3o18Ls((9Tddb zAw{4#i1y18;gENun;ARvo3IoWVCiKuxN9lE_$ngCUPC(=DDC8Hag7){5bMvLbSum0 zqh(z@f%lo4(PU%a38TuRe0_Vt63?ZfgMu~ver4ZHl=0d$Op!%V$_H0Hw^-ExB+_wM zxM0DH1VWTuOTdMT*+iB-5fB*doUq9E#_nl+_F7ZI(@qrkWCnLk3t!FD?f7^VX%R}3 zvH+qRqm6(ZIJ0r%@pYy|IOsG*^lrtA5fL~BM=WH6o>MOB0+pAB)X z*b|`{elMdFWOUb>$k1iE?G!g?b}*5kay_Z>RYIPv5J|hpu=wHRG3m*+mZlJQKh%La zZ$R{q)T?0B&LFAk!)HL?Q*(kFb9aqJ(Ji3{xj-(d;Je*?7*c9ds6*5Kv0R$+{u>@7 zwOMj{`h?Lcq*@6Bs_4CD(Pj4#OLVeKw(qk8U!siVm%s?W%1#f!J#PU>wz$3gMaUB8 zoC<@qQPFOl7!mM8znV#RGv9>@T;3)cFE08H^y=+B6n&OlYV1wsMP^CJH@62!((fo+ z34BIH8(*<5)TzadShMLQ1B?>S^6$#y9wzpNlA^&K)tc=w>Wy%MCI~1Xvs`U!=Wvft zM4kg<(M|&WDsU2Ad{LPvKtxQ#1H0kEDe5zxzYv;>gZGtRxbw7#=LBr+{kk%_Y-6{w^QY z=Y0N0g>i*j*B9wvAgH`^(G(@SQZS@~Ux8h^hm9n$)F8{N4?Io|Szs`Z$a-uuX}@gB z3T;d*_~V-%UMj03K0*dZCRq>)m6L~^VEW1nc;%WzRnk9aI78nR14$YLl2DbNWKujs+; zD0YQNgI-=fjsIww2x{9L24VD*&1RYR7py2+IIW}5p$X!O|8Q7EMJSIGP|L&P0&9|* zk#;hbc0{uT5Fiho7u@F0nDic}oYol-2RGJmK1g!T+6&dua^{xvkhkY_I^wJ>gHNUv z_mmNu{NY8LyjSc8J$5tfcMhhPt(feQ={2%K;KvmOKeaDPrTt|2aoo=4X>P8nc02oV zB59I(zX<5XGue}obE)&BQ%nlp%F4GFB0v?J-8P9J=`HAo7(l>pm%nPlNII#d@wpsf zR5v#~1F$&Hfi15lss8&M?`hL=^gZjI_PZJ`B^{~nLtelG!I_0T8&U6cN8No(qZ(Kn zlkIWWAmJdZ=#3Rl_iEY<1QS1LNQD!=^V5Xv0+fTagta;R_UB*m&AJV7!cFcIxXxc+ zrA>f%v6Z=#=|f8mhxnV)2iEf6kQk^HJ2MqMY>LxRU~t2BXC-Q2;^#_7UVG5!-co)iH=A0Z&CmRkg0p|Vl zgVk#SonUWWj_F`l;9P(UnaZ4RJhYM=aA^^g_+%iybt{#m2EM7`s8 zc%dq@BygP%<{)&_-{LQSwctgbQ!u{Q+GHwWk?YNz^KW!Y%U?`S@_2Mi2-RRY+8bj~ z=IUWnvI~mIKJLcJV8$anaPbs-`Lr?`pj>$Z`|@<@JyczWA7@Ix7f##&?Jktq1SfM? zK5w9h42V=Zq)j}{Q-B3G% z*Sd$Crcm7QPlJl^LL0h`Lh%k>0As)hjA3G}04pVweUi-NOcmcFg8&rLd_6o8jt~j# zBoeo?_o}x}CPA92d4O(!lY3k`R%L<=E)co94s1x*M>a%nW|Nwi5FJ!zn2OEmd>!bN zUuhga1lZo(+cEDirGN0$ULDkET9`rT$7i7%1AtH>q9<*(B@>L>x02donJ)wTU(tbd zQWAXquQCT^GsFuFt-gfL7xyaa-R1sc+kb$6?paJY;Ap|l?*X=Lf>EcHPQ#Rb{OHhG zv{(CYfU?CfE z40d``;h;lr*#STOn5F=6*#}G0TeFMxL1uWWK#^Uh_i3kqJTt71*J$WtmBmq4RiGeo zk^0Bj>p}A=PiS;95X8oSR$JN_KHGfo^J2DaxP=LvyO^P;v?h3%QxFL2cLI9ZuOqKZ z5vXzZTw#{+@AjeG;^y+TK#8t%r$ zNVCa#?GIUMca1b1^%lzA63GP3rXG#N>js4--V5_ZZ*qeXxJY12hiAQn7q%_BBpiDLd@rO*uZvEDU?oqhL+d`F#K_Es_k11}y z-OlQ$3VLEJ;wp7+Zq0zau9-hQpxnT&Kg~a}dN1tdWs{`Ptp*=49@XpJ>7EGLer72$ zQ&id0k$y;%C*)$pg;o#1D$E^{Z2o zbn{fdjhEG5Yor9TOpmzV7LdeIEM?;0-u+Dg5*yr`Se zUJ>7TRAodo;(`Nqi<*+@heH+hJ+l~?&#C9yLKj24@9~;2d`4c@dm?$Mj#{rkY zy3Z5|QY_;=B@3*_dXoPp3aapfz?n16St1x;Eg~_M;I(26h-KO?)k4Sm4udo`Gwdyn4S^AJ zSa~%m7i9Faf#+JtUuBDtV?w%v7|i#%us|r0I~9F03JyAfde{)YvS@=IGm3#0Cl^)~ z=L0*IG3&(vavf<7P9(y0Yv)cv`#>bKA6a-QULl-uz=Q;l%Ie>8fuA>gB$&p3(d(ll1yHmsOe>+nkb_3rwQT|WMpGuN8J_xhb<=I{+?J&b9?^-1 zQ8jmF>m#JL_sKx>SF<#Hx>4h7apxtWlJz0s0iY~{JHc*Ivp7u50e;T79gk>{gWXGIKy*T5bKJVRJ8I6#tDHM_nue3@ zcoU&_o)@(=E1gi06cWk972&1&rMyLHzIZ|h06p_fMCEbP(WzGJlGm#72l-{>NR*)T z3d|oBwH$|63ywej;^S9a)~)R@IdLn&P6(w$B8#zz&dk9Wgi_rVwBj?Y7(yvaYpkyQ zkls)${9%iR`c9<^YEBsM;-atV&q~ z#K5{f37}|yb%@dGNpKB_R8x0eT_mpfa=hQrBsQhtdRRRG@(WU}duMW&S~5WzYR2>6 zb%`b|HK+t`#VWImn!o%kS0hAJu(RuC@e9a{poK%QET@Bgs}zRKE1`at8Bbn*DA;iP zBYT9$kh06+6gr-(1%i_(eAGai_T15Z;hJG!;RL~`c!LMMl`g_vo&;7?$wiGbk76lc zvxWCv4*_KXaGU7mG@zdQWho`^S0dIF$l7&PK+)rOPZ~3kFC#euIC@VZGo;Fwef??JFmh5{S()S@5 zMHZZ0zh|>B-fXVI(XaT4)(&IbLY0Crw6@j6mLAZ;LpWgLG#@ySU=23%0<+*($yI{H zjDW@KUpt@rqxZ!5(z3uM>(fgRwy9KXhZ3^vCE=kO(ry?fgg1eEy~+gJgl}A(VdCdl zuN!FNxTMr&WABQ$%4Blfd^NLh#aOxeNC5nJlh6DPdxgz%IPFn9{B1+SJ{9&9lDF_+ zUUSyr@3zG?tGqDx@nUCze$MQA^AkUdbA0g$UsCts^DQIOU^2Yh5o$B^;`L>t%#7Z5 zQKiItl6R%-2R^}bewoS24Ni*eEM>6p);NHWi!jtEb&AOhjJUUbE|^tXKhtS@tlhl%tmuCPPFDNI4blm~(k?l&Ni z4Sqyfa_`K^VdEwfUi9J|`J#i=C2b@fJ`a~zKh<> zyPi$Y?~dICbNm&RjUr(Dg!JoRjr6`S2NK z1xsh_y%DaMY6&QcIhZ9Y`O~0y-f;p0NwroJWToJwMPfVdZIX`wTtHTR?DPH{qFa#_ zJ+8+B&_H%CwR}3jC1B35Gl`ix;7lZDZ0pJ)XR`6oyar^VMPSA-o3u~H2B0+6B_ ze$;RC%4{=wYWaORF`aJ5s7svbkviy*vy-(bBiUB@wyt~|8Gp-r3XiJNdyIv^!W>PF z7ml>=d2#HAeK3+Q-f6w^?pvClx5{gLHd(yVa^NpySnMl?2@}i8iGgNr$A7S$cJL0M z$hd0ny^+?h!MmUhNAHQ5>>(($4}l!~ZV(EBDuAj?iquO(IL&vd7fh%?k?=CJI|A5K zB8EReJ|nYbdNwPe;>xgMjq}fUHDl@G$L$zG+bMWJtHpH(ge@orr7M^_8nXkQRUA~- zhK3YCg344!fqEIHjcu`^*0MseZrIq|k?FiM3S0plf4ptpzp~_+qr_m<9Fm_I~ z!#mAslL4rWC}5Ypd+9zS8a6WRuM111wf8tBuw9bIw>agi9@s?`r9nKRNR37nT%nxo zaMzYO=tzYe2w_;2XVwnX$-|idsJ$FP3sQQxQHMNP*t%^04@)$m_goRVE4YfHY;Oc!q5(8#4+?;;OX&-k(6(qq9D4Ar($U`kOswbb zEC~}KwMu)Hf%q+>6jnq8pQmOK@R6@8OGW(WclB_3-d#g~4`+3&bw#XOjip*CXy4Vr z)f_kUl}2>HqhnI7cndGS?a_S*Pp=iw5d&VkV z0B9&lAv`j)RdXlZ`@q?R7-yhe+?9)qfBd zK?qrRf}{O`REgHBJvRC1@sIiJiiqQJEJ{L~_Xper*h@^`;a%T(v4g-rfUu*Bv}LJR zRmRu=9|@;J((r|p)NA6Rsjfolb}(ujB!Y30XFaQzsuxsd2*Z4VZ0W{LTq%9}HR6wj z=PSIS+UKZ?{d3 z+*lH$bn=ul`C@Xkm-Uk`8ZG9|a(WqMe>c>YD*nP3Sh@#bgLpLYu@mW0y`EuN*Km2+ z_{b|rAC%}>MUNGViXp=sY})@P5lcwdwHj@ zq4iPhc~-=7Mc)0tKqja{Nf`Bv8KYK0BcgJrIvp%Shel$qx_x(V5I7U+#v+G|&0Pg6 zz^_>FRsAd;sbI0*M;lbQFqLAV3CZqqA5KC}JQAZJwp{qz-}GDUU4L+N1&wCM8exI8 z&lgwvNk7rauS~xdtHzxm00ec&Y-PAIE@qA0yW|1@mu0J_#rP z8j!s#^jRZ43~+)0Z$5qaZe%nEzQpk$Lve8C+0iHMh;DapaTjtMij8&$@WTTyaNYV|j@GEIbp@7|>k@6xI^H8Hq05WfqqW&!N;q(&b8$ zCYG&w#L)T)X;Y3njTPyIp!;rDhFr-*=0JMEzp9kdp7~j(6s_7)H(Lo0oQLcgRzD^g zvVUTeA2x)DMY0X2;*whn^4X&QL#lJZ-Zb_C6}3k|jBj+JpQM`v>9N%ZsX|c8`oGcR zN4=E}2czKQ4moIGgzHW4B@>HKqnn&3cvCRYndTcZAZG3aA#)Wi@c5ftGDdy$=OtCSHRVJMHItJ)u9#}lz>J; z2!u%OR=KK!Z~_+6o3%io4KZGm9VNG-Av_ACF?g}wSn$ZH3UmK3ooGRW)xlYj->R1F zpB8;uvDF#wIz2=tH1Qsp#3x4!kRd+j-U+JL$ljp#B+W5x@Z#o!-cfR(I%m=VdESJy zaM`cwFQ7hrH+aWU;UpYF+s@=BH7iQjp7cr4YXLrRXx`9b1T9i&DH zOE`_gZc0b|z9yki>{hl52{j0t{D>*|SnK{3yL{1HrEiDk%1Y939C1uM2_rUT zE#r=C0K?u3B}tkTq(KFeF)bHzd?u0(5nj=JA}C`fgEs|%Ps@g;dyq&)I!*AM9cO$FjJrzEQ%t= zo!N{(*5G*uk9agxXwBzhJpC*G0E!D}BvS@*W#h#CSl8_dfFw`$Iz@vaXhB8sE~Rp7 zL02JfY(doE{pqcKgN4bgN-`DOB<6C{o;af~P9=SobqvL-{MCwr>NR9#*vtTVxnSZC zzXESqGD~cBdrO_dY%)pZL4`K=ouO{A9YZVg{)Qc-KsF6)vYfp(fC%_uJq z2J|1?T;Q`?#n3Ammd|vVrBJU8tE-`*^qBY-sYO(&&N&m?=D+z`X7Wk=gd7Cn^j2wW zGBiT`vpV3XD&w9$A;Cs(A562O=F;Rh&EG-KCOvFtDPL~n^Swjt8{k$Gwh$Ay01k>u z;VL?Z1Y*<*%U~Ua1rFb>+ASJhovN}#c}f_)b4~GIhy7O(;93YwPRiK&YFHIE$n9w(uGFR6zxYTo|Im*)Ra1$x zj6T>iHc)WTQ6Yns(4JvEfD>m-ujr7y*Y<)#Ov189X9rmVVvNP7+ft~(>|Q4wr2w!{ z)2WRdb5&oeO2sQl<#^(zi7#N8?<_mc^u$)JeVl4Rt*%we*dT9^MQUuzWr8CX{ssITjHDGtELyz1o?KR?A05X zIXodJ2xJx@xcx%4mo*4*tMsOQmLD$^Xy}nJRhvSevokPZY{IW-qi=8MJUVqOEp}qu ze7mJ*)%+2yqBJ07`hNXL4;%DzW^}V+%SDF7`3frd#T1a+7ZuC&Z3tFo-C=&<0>jK* zEBT-VbBds1%f!#Gh4Q>alu+So!F4)HFxu1GT2u|2ML3%78i*7zG;HMv?_#O!Y1j|U zrps~X-hcs)3r`{lsN3OthxT3rB4EuiJY#AIgX2pQkwmIY5@+6C`wttn({TSn)iM`?VGZRk3 z^T#bIkV>DyMO8CF#<)2NR*SP=Kor_z($wZz?aemfX%4QGRFk!Y;k;3BhqhbVe3@T8 zvxh1xL#KoR`U2rQ{VV*GpjG-DkKD*cQ&z1NA4@$&_i~@NZ21S9=h4?Im0fS2HEnRjU;yt^G z8>(?@WVBId#5jU1EIBR&-&%1|jfzKRcB6VpB0EgWFG3dGxN^o!t&^tQK7VxGNq8mw zz>T{MiNnaZgbrVmS_HyiWZ6BC{3+AKzBfyR*MirKz_KDR<@5`+ycY*99Nr$|>x|8% zXGE&nTNX4~i%j9CNFHZ2lMU-xggHieQ*=;BE=n>v>rbfY z71o1-Ow{*;O2>7iie(nQvrGgk$=myiSpEzW#XKpa=4?ys@Z=_g2$F8gJyuT3TDC@J zsuBK}aN5<{;#`n?jk-KAFx%Bo(h83H{&B-mhi13~E$kJoi!Sz_f?=Ly9~ZJGxxsld z;(Lqd=^U6Q49jCoQQpkQWnU`M)x0QM}T@rKl;0(@O{tuP09imeA zrj_Wu>WQOwTFjM93W9a7fdO9b0N8?rF|o`%t>o1A%@EJZ9c>#1@2G2;k82knWfcpl z0-Q|Amoeo{>#vABrXMSr6`oa0T=gWWF_oU@XbZa}_5dV{@K6w1B+q&uG(XT)+vGeY zOmfP>1kJNjw=j9RC7IzQRz_;D7yf&N46o%3!L#e(VbrKW_~kP8+Gn-Pw_EbUp!K=fnI(u%$}+~7_7Xsh6sT6!xyM9@Um4Ave!|) zqcK{nXTF~Aardb8q_E1c3p;Gok*Yl`wEK!sRm8t*=TNy+ISKfV=p&3>IEJByNh1Bc zR2Typs@K?vC!7B^p_WKT!^KX3pDP4itP8@5DryRKxye6SDztD{hyvez3kr`C`ER;DAc5+RW_@%t!mwWGMsI0x z6ZkDIsh*hB+KD@jL7eiwaqI zC>Twz49umirL{5GFL}ZVAm~gr^e@419`Fi@`8mwO!k zmD$>#iQTed6R^a>!wj7T;unEZN^HYUCrfc=OKzpkz#S-bn^;*!?rfsA2v-gfXA;%; z9)C}z&;GeiLt4W0fLoAJaNyX}Km_3SxbLL&RckJh(`f6sD=wN8iNFY$2mkhY&{>MU zV+&$pnGe2o}=(K@w=S!xhriJabV@P2rK5K+n6a-!hM-HHIwWc)>N(RVuZ8bpbTXc-lC3f1iESLEU2&ace@W@e8`h0t zC}?A;JscEGopbl!wQ}^s1!*Je%&ya3^NlW(;P3&;O&z(aRS$r9U8YVJE5d31th8*v z?7YvQSIni$pr|sbP;&Q_fDsC`m1?Ea=}_F zMC5u`2;5{=mb%RKnp*aVU(t}i^O+#jvfO}5bz+)d?CSk(idx`L=OE$p^V%rLgq?6J zaV~XnclAM`3aV6E7pep6 z@}~Q8;;GF2Euo7F6o+#-8*Is&HL2w&Y8Z>Q=n5>OHA`G^Ga(Nv(xQ8F%UqQk&$G6S-bnVA<<+I0Dip1|Ho6#-SbV1 zx2zmNx?!U8Q6r`%B+DX?+5@|+UJMURqD~(!N1(L~3T~7#W~KMK4?lPB zTr<#vQbhh^0vX=N6Kvh0UwzJR7nn{@>k!)qNqZR7mrqK6^KGJ`gJPKxV}Vv*KMX8- zE4uI@b46j6m{QU+UJ|nJkskghL_u;G%G(6YGoU^yLQTU#5% zia^-$@u;P+Y!g4aMKDlsbBa-g1S4gjq0B}UL6!0!h-`DNy7yC0m-od0Am5WbP1~b! z{C*gF=(L}Zs*894pv3-r#co6}q+vkqOxU{Rbx(P_FIfj(+vleK&{v=IPmHii9X*;5 zR+7s?odCLNlrfkKJFwn}XFg&1y~$>6{=}8tCzlmAr_iRj_Q`IQi*vs2%>sPAM(p6) zDfdnknQ#w7lZiWMW4k5uVpI^!*YGvD9@Ekasl8{Aw$8YTVNL^=aM7+asxT6%xM39U zK0zAjAmocPT+G4xHmRi8nOjTpir%2gUgkH!sF^qS=3wE7r7Q>N4BJe}$&TsrN;nk%e^HRF3m^6;#UQ7#p^dbaHpr0c{18MwUp zV&g^c(phc%W&#dsGpQ@1jMFZlI9G@^^7Gy0zB7KVmu0B1zyUyA>d}2fTHU}d;`K|Z z+j2Y(0sJ=i2;%-2B70~wSKkDl=dC1rPV6a}<*PrIRjXrO2|t^^Sy3{$KRgqNx?8HY zxpr5@f}Jq|m_gi2SZYKqEUs#lxgrRTbOWCFm5)dp#VG){i08k%?NqsEBKOr7qEW3^ zj)lscQElC~j1aSOK{PZOgp6-2@5fBEC6Xi=@6QjZl%y6VRj>>f#Y6()5`b;WW5h1x z62e`*aBuy4|69gZoFptWpEKldj~K84;77-{iVC155vsd%QNVa4f8(m*G9)lxnlCKf zhZPZT6??*Z)M&oo&LZU7VT`~QfqEGhR)ZVcHBQ~U`}JKWzT^N%75>gKltcha>N9RiR=# z8h$1YR%){tD}u~5>gkc|=;~{>1)Lbq_Tym%T-hw(G9pQffZ_3LCWek=M-4)H?vrh% zmmkr^E09c}d{{y%wGadCi4Tf8{KnzHWC$@R``Mh|Xy(@WQ zLepA<06;JWjFC3{*ng#mGSu^q*1jVk0JO}Hw`jtUfr*3dqYWD;P!f5wAhltdo(J!k zXAkAnpymtQ6%-=q71uQ|G|Pw;z_uEB*XS)kDCoVZ2r9j0@Lup^yU7&I3(%pz z2{J2LS+t_EW+A1T^jW4Y03eJyX21@6EP_)IhF0)VJ)h}coKPUgBEdASoQsloz#|X! zv`$0{g&t>2z|QIi79J2=IoJt@&@e{YtO9k&KC^*mo&j>Tdp5379iSLQFa(M5+>h?` z1_3av0%CLQZE$Uf0MtZKRsq7*GNy&DflyOg_M3_2ZcqkFE=!T<32#$HcE_3nE0wm%o*62+-?KWEx zr8n8LEDG{mX$-b+h>*J{9o~yC%BhLz zE;(DzePKSN(G){tmRKtq@1X}cL6Z3FJGF0thy=RBH2YXLC+R*!5AZyZ=JtdnM$}Uu z%-mGA(%LB~V1}?KkzqJwP7?B5!RGYwNkITvhtSd!BOy9@>0q=YVJ? zXbmZcT0o~kG1h{(907I**nMkMcBQhQu%2=q-JD2p1i5ooUc@m!;3wW~*-L<-RxHS} z1jXqR6DK(hsZyruz;|i4SUUd_Rk(Ll#6<0IOObBV3!$LTAd9ILz$)@^3Wu^{g0Ve*))@u)xa^ zh~M{WVdJJ#3HNt|S-It=eMqVEq%Qj9t>d@88BUDXiY1dy?w(H*y88~L7 zT@9I4)Wwe{ot=L6&Qtv8HORVix$+ zA^6o3Tr|i!(+gdgCH47-Q$LqZaTy_w2KWJ+-4@I-xd9R5I-!d|P@&(Q%0fdxQt zU^RTDT`=nOFxcM5X+O)-DZ(b8vDj2FN)rqf9PSr+LWG^uM5v$3imeljPmjDt%Y7V` znZ6lM;j9)wCitra>ZeAR6;TK?sk98U6JT=h?%|?{g>0n4DK{&wP^R)63?jE{IvA3| z;O_bxu1|5YN>LCiWTz}7&oDz1%A1p__tWbzihrHkHQ@{Hc|Dc$!nRQG+2#0r$lQs75qYGpq$>UaTw@qpIqirojIVZ&kY*As!u_4iA7r};r5KAO5tS1Uk8Zy38w8onQU zgIv$~_(;&@yu&J!Lw zAx~)4e%;2C)Ww%*-5=Vc*{RtnGLtnKO^aCeV>+rcxcWR$Z!_(3vq2Qi%T@!E_nZax zZOKxGKdKo!Qu`CtSfd23Bk_(rH_onDTk|izJYHL&$}5=CX+Sn7{ZpYhMxh|0jQfbA z85ONnp)TgRwndakmQoE(`Nn>p+E!~v6%D@$BE?-)ZR(loHtW?`XbXE2_eQ{1hL)T~ zZ7}R+g)@xj_sOrwgx$0=0+c7Ta<21Mgfk8=L{)I?ui6E z7rNR)Q`Sr{>$9yKZ61Ts_i8Kw==X2~R7il9Po4ympKUT*rh6fdl7SfV9X|&uHxsm9 zE>*VAA*Uc`Hqb0iO@Ho)SW(DoI92f-NLN;SkIRT}6| zBsT)MBqwkAQZW_3;+BGhvmTTY>&vKXGu0Y32fw6n_P4r422@;kqIh>z`k0XuyRs?d zv51$7c+0k716$&wPLTiZ$a63-SGx)3&ka~IhjJ-F{#;@9E4^jjS=Nv}=JoEb)?4m( z6+4QPE$r-SGy{;-X+n$7xFCsVA46i`2Wc=2{Gwbw!nEb)tAA_OU4YP;>R3TQ*MWUF~K;O7G775Xhs2|=-;N1j{JV>&)4mOcPD)z$l68b z$8cy5iw}+a^@qPVFIDB2S9Ubb7nTA|kT+k4q<3sTDY zui4KFWPvcL%H(6hwKOi2n#|fFQm(?gU)I8Ik<}ztQUoA|DNAv;5dXL&-1)C6Ke26% zqu;D(Fjp6GzWbJ)%HRL#T0X3vy^=g{A zwXYeKaUnXmfawvmUJo?}*TqCu-i^0b1A7{c&W4eW0;2l0Bm<34NuG!9^+0S4E-E^D?)EuMz`)xjG^J?l<;psvgLA`fJyY1R+e@Apxtto)gkYLM-JRp7JKqhM0t%F(ag08x3s5dK z_}n^w^&x^Do?T*SuJXvy_jEeI%;1LK5fNj^Mq-rkN7pq%mSk~Q(t`ozM1KL^Dscsjj4~3)ie8-+ar#CNjf`b?*TO4my;w+iq=TrfDadigzTH=PO~t*i@+?g7O* zw|_joid#=cO6_eyn*ZMH493W{ER*wlOr>BYwktHx+|`usErO@{z)SjNqM2H`aZctp zA`X$z$ifuD&?95K(Ijj1*5ua;6=S z%10cPQbCto;CDNJ!KtqdLsJ+5e%Lm%U3^HJlnauznIu8mdzAF9J_Jr|(Lme8bl1`(Njxhe=5U!5FNc9Il zO383lVKm>o?3NBFe@dvL1)7DGG!CXWqlaq8F|o4QN(;YL%ing0ebI3b%`@iIDDYXG z-W-Bre4T1(z?+{yhZi$4yIj(9Fpy9G^)%f{VvfPF!D-nO_0j{i901<PM_>b%?Rd5D-Far2M6?rZSUOm}_g z9U1yLT!3rktmy{3L0FT|2e~rkOHUF_5u^14JOh^`yJ-$9(~S=g1gUmyn113puAf$e zc$|GFiN_^sy>>GeafPWy8s4OZXmx&^B#CU2IK71%=r7}!ns&-fwG2mMzJMtP-QfmD z#>uy;o=TrLvoWnZpq~`sbSAf_XC75#_)@Gy_On2thrT>uFu$gAX+J=$DnP5 z;Tg&}pSlQhimumiNlK2$*HziDPn*hgZO^@EQHvL{3N+Y;y-~n5!~kd1pQ^oK5i>~@ z{i666m%8Nii=@ET6=B^}&NCM4SavST6&GRbYK^)mik0$XD>C;1%n=or1Ka%5a0hKl z=4&PnWl}ZZa8Dq|ok6!NIXT=kHEys*z#X*~Q_|gE@ocT`^g|NySg$J1v@>H(#l#{* z?4uex@RVSUb~HaQ(SliGTGuI<;`n&L^%X%CTBqr6m~~-8BZ}4JoHsl{I;22y3`^O9 zWQ{~cuR(&}8_K1%)#H29b?tX&!CP5<0!yQ_0fq}yH%@mwHQq~L%}~82xk#FzV8(afKbzb93 zFoiKr&HZ&R&d6BX&Fo7H%I2MAS*WTxP?Q|rIrXx``3Q$ zmddE2agqH&`g~H@#wg!bU}?X5)Aer|XYuG1%W>dfjao04d{nc;ANs%aq|2$iupuq5 zPCr&)ZlR>+uF8;Ti=phGGq(LrAh5JtCNd2`1K`*ZET3H?WvK*shg=Y$2NZANt%zsm z-q`IN1Fj8XxvE9nu_92rnuS{7>#{97m8rc*p!M|12>Y~1LLEjN9a_juf6D#3bEF`b4zD2KUbh&S=S;@?KQ|qCIxZ*Kk(V>l3yU|+XMA? z=kyQXC7L8Ci*y_>>*A?cPM~o4bqhC|?NI4{tkbqv_^@U~xy)a89u*Z;g5jaK$DbQLr4kF6YQid4s`{ZR?#B|{ zKoU5#XwR)=?8jh&hIl$;fti^Au_p38XelzEOVBbf>gV9A)I5nZDxu;;fw#E7H^fl8 z2rpwSw6!M#`QPTqcBh;$*0^?=^K&@*rpVEuws&Xy&JboUCherq(-$A4Fc}i?2FI}5 z$_q6%Z1g*vDUPw&)|wQWaJnJ%ARsnEP%vE{DF1SuSrnn*iBt(T^3Af=ptcnL zM%;FX+%eXPaVL)FTPp#+Ky9TL4ikRG*2bXQoZ_Mv| z$&3tDPbHsNH!p8+3lWgDd|M_5*wJ%6%P-nA?~N^vN23i0WzwM861uv)Oe{$O)c6?nrcJ!sy;B`IL<5 z{+DZr75$a1nms6qNfZr~kx~b`(66Z76GYcSkey^_+;>&kGIDHcpBkF zQu@#j8Q@QAV1(n+04-9&HyJRph;>Hus^O_kTM>p^>=qO)~B;3 z%C*FfQ81XZ4BI^Fn~TW5vJlQv&%*eDt%%VcD0b1iK7S}PQFLgHKUauc%1Ms*#6*98 zuTv3vLj-dgKZ>rfDq4!*dnSCxG>J<%u9Un%3i09ovXtxkDb4}TGce`kKOr?}>l$P< z))XcGJg0EusL+b?P7ak%7XuDrI%U-`JBf~|1juleo9t2Z|F0tR9gZmP1LLYkg;ju? zDwNl%xS+Dfk*XB}X{>Jv(=vHwhTv*gqFEg?m%RBK0n@szzj@jIR`WbI@9~`NK$L`*BeTs$oS!cQ7MVlzjzqSnHM zxU5u}0ef}&?OYWb4gclpA?D#)`v+t5s&NKw& z*vBVBT6EK`?ws|-MmJky+lUutgd@eTdoDkOmg&S)^~gDDjq?|66$Dn5jsRT(;dfC- z2*Zverc^_g_UjOSW71(mNc>RJ3zcpWg_Bm6okWh8hA>O}+Wj&^1{3O9*LBiQYPlwDBwQdPpYz|$hoCFgO6|EA z(7;ZEIL;1fc##K3pJ+dA4a3lvDIrutJm(b(x}e@RUAo>&B_lLM%`?#_6DQy6?j`0L z%gG5{8H+68%Gr?jN22e*Ou2FqE^uo1BvHX@NG%}Pe+tTR!iQ;J2UihfqLOY&VUzWJ zx>Hg$b@l zZSWzRfm6KGQMiRa!W4i!Rok#>{|f%8nP|RC_CaF;GLT(!i+l&7RW6wc3o$!c;e0%f z-wM|Ry7)>)i{*xj5SRW|7+3%XKfH5`VF)iv|Bz#kc!C^~l$bIceq0IRAnB_QCn69t zE^IM*S&mcM=lVQb1)&}HBDYxBALJ!q0XsYop4c~Heik^=^LVp%4OppRKTs=8G`w&xzH}h-xC6;eI*X4hKJ{<$x(6#&_8Sus07%)GTh{s z*;aq9Jru-m7@SM;Qvqj>6SUv#wYv!uTVyqjp(&+)p!Br_;W9~E<*}PQTaRt>gT*D} z_2~n)mDj5fx@`(3GHy5gm1oZ3pM~S19LZipfy%d!LoI%4<0Hqg5?E#17eWL&MspyE ze7d5>4C;hHvA-6*y3k;~hMHn?hl=2r#%MMOw74j?AykH8r%koGpM&&tXUX||>gm|oPMI4LR)@sOP_%(OweXgK|MTaJ+L zR+SvPmSwcWZ=ldF`56qwQMEiL<79ni5%d*f9%Qv$-X?X%vo7fk!LgJ^_v~MorX+Yb zIdX}8MQJwf+eV1rZxp}x4|%0LBZ+0@MY~a|Wd!jF6DP`G%G2-erNTBCe3^cMxvwaC zlfV!DmxXAOHNWKc><}0bV^x8R;NWQ@0+Ryoi*hnWD3vnEZ8E_2WdH7BvS!}BGAE1O z)3y;y#bjc})J&=~dJcyOop5=8a?E|$Tc%6*O@Qq5*{u0hmQP$nVI-#t!xe_aIRq%q zn8UgvFwPo!f^H2*6@>rqyu|YWgfln=MGE`%N@BZ`h=!PqZM^fGjkM0-{n-()zD}&d zHdEiIDCPy{oe#%TwdQ!5{lt%Sl~uEUW6}_fILr@?nqJ~CkvL!8K1B8piCr}X(^U1&pksjON zEpE)>-@eJP)B8U18?%F99VQ!WMfJmYGLG9s{U;y? zRm|Rz*LoFaMi@y=X3JZ&{Jc!^@ODe@a778pQr>8^2J7JZ`;0ue}KzBP=T zp~XJ_(!{0R)BN#3q4_^&+>&S5pA8=z1_-KWGWNCeZ=9!Ay?IE{YdSpZi7xiD?^X}w z!ttEk!N3T%bfzW{5YSPH!)oukqe#$NvrwADr_}>!6P)#tru;5TcSPfa7LI~zu0`r1 z!4q0c#@0+${!w(M5{v$+<(<8azevJ%T?~aEmlr1<_qSmk_=BNXwh%) zleWQ7gBb=vBZCO#h0w?iUf2wG!pTSNJ4C8Q!~>51y7FsUZoCxfgkHTi_$K;rLklQi zf$33N2L^wcACMs>9~(GN!G8R~KtdH8$^i*rV1;{CIS_V)X2voP(a4~dgr}g|}4%7872;~;(1Kd1sR)QDn7MW zpn@2TY9NYaq2}-=1A*qixSvc6D569VE?TAyjDBn2yqqMfvRf;A7mY&fB3xyRU$+tB zO>#Iz3}|XmmG2DbDIzQCjyT|R|L$5QC&Zga8<()*M~XMYgE!da zg!KaK_qAwj8GeQo*P52m!`+WG&W$WS#Aks38$miz9r$@x58{pP>s1;aTFo_yLNFM%1u zaTOxX=w2Xs%RqyNzmJWvOUaUq@@kRw zwhr^A6z!!*T0Miz#8>Em&=)^Wlm~KzDCgGsI4?~YxB4B!c$JOG&HE`B)VBPn`o4mhjNJOJ6BF&}KlXBkY%%)Q@23|zq ziAGD1ZRY#%VG7=QmPmV-p^-hcSFJ~cU$90Av4mo>ltrTa+CUtCd-wxtlPB-OsgAKu zbW{#Ilw#g)nJXm{M>QU4D2zZXf8CnkWGJ6%4N?&R|Az4xECD(LAnvpqZkBo)s$lW6 zFVgiyshT<$uTCL6Ui^;x|m0};WXf=RVu zgu0!=qDVsn9NvgHB!@}BM-yP9c8wBTL z=MF{#AWC{%R@dDibRo<)WCzeAV*)*q*4_#s!uNUKvNgv6fEF7?f#{Eo*zi$nX%Om> zg+tKQ+}NO(7d5qMKuA3gx&?rDvikLB)Bc_;$jLequsB(R;o;A`vX6*P>Xo?-y7#R?_Zp#BD=04oQ}MiK=9E!JxJ_g zoMW6(v;}0}+Rt(_p;=(tQb`DeKs<}-to@4g%HamzN>WFQUwlxquMmRHlV7NT;Gaq( zr%#~E<(_0jP(}ig9uFs<)SB);8LQ@ox}>cQ7Kj3Lw$4`Zb7hyxxN&;c0_WVdbzP)# zX^{3COq6;OxK`%=fFvE0aP|5=jf5!e;ei#TW7wE;fSb7;3zSSA&z4}*?ex{7q}wiC zNX9z=+O*F6F>+x7K&$itLQ=|Rnk3>S7oA7xhd)@}N!I~otZ+psibH6)rgm#qzL1`i zgq*H?`-0tRR6p$_{Uh<}@re*zn8k{$C=@0huSBPxe;EpxLRv&XGR%jZl1=`zWi0;hJ!F&OitPFTEfd6U^`5 zF~X*yaoc)C#f>Tz1YgSrG^Fmkp7@i)5c;)Ew+CKL z{=QfnS=aSU(#wJE=Xr^1s-IXsPSTg276t(-y&^p74fQUIHVo=PHN_71a;b5*$75CU zy?kK^w#-r=4vcZnLU&sr`7%byQv)frMN~K}#I#x@rgLnFsyX0UfR%%S*3M<|grI6O z*;A7FaDBrooWKd_o?NqUz>bZ#4#%-rgy-9*citllgT44iuzKh@JSm(V_X`@)6PL1Y zr~zcHV01a^LHU}lrfE*vn2pR5sYSf&701iAp_Qhaq6;qi$=JqEZb4znqM2)hdgY%` zEH$s;{OzJV5G-YgYXZv-`4T@P8^@PJ#}*f+>@zP5EKmqs8nMbocpfmk=cTYM`zAhW zfl-Xx8sTBrVy32>p#SMun%72oP)Typzygg@H_J3{GfC`k(ybwdH9SJ3q%#SdiO>Um z`$witY5X4L89s@?L?!IF=yiT&uKGm2i>0lc5}wG0SS$I!p8(-8&?1$g@r_M5Toztf zHL81r2?bp_qVj^Vjgo+Q5 z=~Z2WFYwg`yzv6?_8Xb1oWl*V=ImuD-+G_2#m;k1OK8f?_|R_?gvkL3qY^lEy$E__ zfvCV4!+)4Qgf%`WE&c9?Gr63CI}ddLidvxTAh>{b5(Z}eK?=^w5^9?o=VBo2x^=6P z8PQ*c@W{9$lSRz7{gBvF$mrTQgCqrVKMdMwmK~$FcHC852}HxglEjU56PBaXSr3{v zYIgH6TxrY~D~(ySu%q*#LiMLDU~|ps)*Zgl%c7Xg$d-4->o6FPzkG!@I!57wJ~|X2 zfp;D^3KTj8+XGXOqM}RkT}79bsR%0FCmgXpk!{3>7G%;4sXadJCFv0IMw2Q>ipOb*mi#d=v5=$7o}@KZJk<>tyQ z`TB6iLFEW@ex|0s`a;1e(g6wbBqpvSsLMJNL2xDExq zouF&T1a83OAT*Psp=exM)rJyz*Qm?Qgsw7AYVt>N7koN!Y^ATj z8b^Mit`}Nd5?`3Ik;T%_8!3bmLkN#Wo?i55ztDs@L<8w_ApAeGcP`*-w(Q3zLKYk& z{d4UX@cI)yt0Qb^3gZ!_Jw$(i%e%Bn%3R`)+Qp$q8+!(}MJH zk$t`wT@LAL-Q`iEC1JXcSUo~?Crd|w@wu0azW&NHM(w2%9Pcff7!#A{pVRC!ADYtnMP=?l^jRWq~iNW#>S1x}xlpkBkz| zoPASBZwkdyu?NsGMhcO#Fkas!_HH<%cU#Vu>jGP8x* z{;H#%h7e{-Dg??`L}+Aes<8<)X5KjtQcW@iV_+>U~tQf-D@ z5X#7bSq*L@Iw`wq#;vlp@IQD>UzK`H`d*j(A4^ZLuI z#Hbs98%{6+lX$A9x@dQUFcD4HO#rpc)VWQ_4pv{cNQ@AaCA|BlLg$tAIqYV6>O)@j zEJ)983M0@5%DIQ4HeD;WYuBFEpr$24#^0_ZLJPUqw_A+Xh78E_SZwIcb#Lt>wg0VP z)T%n!oqsr;tTG)Vkt9y=i!b|*juK8Q7H6T4;X`(r)8_A0!K>rC$JLZ*F`ZXQ}`13Z^1o7q%A++SHxowySSymkZG$5Gl%-CY!2?o?bS9FJr&%!GDbg!_~s9fko< z_W_;Tgj(e;80Izu=a`}1)tBu`1d7O?Yuik+4+O*`>Ue<~Eu!In1QIAA_f0TzQJ*yD zUZNXdpz;le5~l!>2O9$+R4vcvx1ySiY0JsdF<9NK!o{x#o6T!JCok@5y$_>7__KTDIgH# zHR%+e_tV`4_IagJ{T_txP+`2G&F+O>CA3Ao|zXfHLx4C zu9iIfNp0_wmS-2Eko`44_0p4S6x*o+75vmYoY7+3UEreLPTQxH{P~GuM#t56@{my$ zU%C8Q0+aZ(4%Y*}mG&f!gHxIBuj>odAMm@}f?kl+^HP#Al7{DuN970e z2%h)}UlGde-#F`bovpF=6;+2m2paeQxkJCH0z39V;i0W$2eAvDAuvQb{aW~_qKTtW zJq<^}7U%zXZbCJ$N|YX-B`ThFNfBA=-4@ud`h<~)JZ**8P&s%^J+WBsNinu|#b^Z5 zVTb8{&+^=bu?CwZPLQxetdsk$MyN`MXLQrkObg&X;E@;DIpNg&K0@7E4tB9|9SEeL z2J24FR<5=CX)a8Im_Xm9TG9Nf+54ZSqrYd8%7j#I;B7|Hrz0Z9;Z3hPzw@hIatesB zUIj6Aq?cc6@XC+vk>zv6waXC5`iz-5b&+alv7B5Sd%cIY>v}7*he0CZxI#sopS$q+pQq>bTL;_?762Tah@n)IS*l#ifADp!{-k5H zoh+)2E!FfkpF}oG=H*`Nd59k(y8BFu+-o$*6Ha+OGTEsAEl|D`gQQ~NwMh2m?aLC` zn8i=2KmYcq3A@s^4QmJ9XKJJ>eSr9gL@%Sa#GWlHh*u72t+LEw?6HxXH%k0hwqImJ6!~5l0*bj{TX*yf&no2bU zDT-*jO0|cyq$cG#e`clm!R(mpddyu5e`p!!Z2BEKRfnj^K}~s*RF<3|33oMg;x+1h zw@eckMgsDKZ^44q#7$#~pbe%Ka6DLdh}3~3j}tP9+1PfU2L>C~m@ z*vOxNRs>_@eu*l2=ZPj~(uxT&Ep?0zmw5mEd0gMsaod0y4} zqG!PtuqbLgWTx#Ajb=n_w6@ln8A8x|tCX@L8up_h8;r~FAH#gc1Uyn`gIX&vC&kd_ zN5XnCc-TN1wuyl2+UYkgaIu8G9wVCpj<#w_(j2YwmJ0iO(ARN8ff!;#ZtNNugW`?| zHqhm?s{-;XNp@K&ed4HbX$()fS7o6~d#ii$sE%dGRE3wOfriXUSU)g&KM?#+f3VJ# zh?B~l?Z-Om_4MG~cA1Qj)-tTrctJ!A;Kgh!nu&pL@55|rU-HU*$4Lm8%f7rNqwyYE zt?wOyv-O6mQ!(g(gm7IbyX2TC5g(nx0qWg#iGgGo@$P{cE!#>B&JOp7o)HB_tTQlL zePbx3Rc{GPmn!tN9`>7uaV_9(jhsU~0t}4eP|>p=H274>CN#$qSJ(aB%iL$k z75NnN-IFT@2tc`rur|fbKal^Hf zc0H_B03(o$y8ZKx!cg4fp>frin#X1K0x|v&(RxHI-YH_J_)?ypu}orPR{$amlV5rI zu{bQ|09&0ft|>SSlbNh|kKd#MJ2=r!X}m5-Vz>*giPS}|xK+qoP#DE+hGOM%RU9px z0>OQWM7`qRBWm29oV;)>58?IFoSA0&Uy+ufOlVV`gC zNHRw%d1$rB9jzu^4VyQ1_Sz#aF@*s*wbH+ zY^#yFjyp|^;Q>gSUZ@l>$CYc8T*+bQaT9JeY2=@I;N#fg8Gm?l^G-&72$~bkeX$u1^VH%PbPM+jovP6P6hcoTw3jE3Q)#%92ShiCAO#* zdJ3cJl8kAHIM|79rZLKd3zCSsoS)OQ_`%}`lV1_)kJYMx-Mh?oe>>HI0ckYRz?ftb zN(&eE6ExwZ26la$lDCoY31G9>x>sNc-dAh_-V{j|nsHO9SQr*2F9HEnu2tO>Xf&>} zF;X!Q(sc-24*%kRkRo8@Y3_*#a{Zdz_0)B&GS&}DHn{_|EPAw{ukmIoeA9FZddoe; z!U7`|Qkkb6T&oSmeyviab6g%74(?gWa+~yW^p;vkvaeU<`|lu@9_(%CRSs+>sj84= z6flNJQ~D%^@Le$qCl&})kYrHmi5GJn5+m+u?_&y2`7oy#i2&|cD2}Nl?6I;!nl6zSSc)y>gnQ5p`mMZ=oNVRG__vgZM`ad zIeeq;%g2P3M>X zIty`2L3MT11iD;!9!qP{GovS7#61Ab0pW#RPr$A~xl zPlyd9Ve5I@2BJsMm1I-|F^=N5J-Kf%o)JwCw=CD$RUPe9DA&TQ;Ah;2+;_ZDgzV57 z+#0+rg^j)1!xvJZF?^^|>W>wYp;^Dtb-lwudSx#pyiW;d_Bx@43KI8gy?4@Z+z_OS z{(0QRtH(?^kc3o+k8P3ExjV^SnGm8|uNaqg*#46`VmOd%;rd#{t#-qkNy>3w-jT~w zeHV3-y4jQRwLNlZ&eIJ@p`G`%gzFWEFh^od&A-$WMQmj!FOOMB4YOpcFvQmA8+N2{ zITt8PdsCc>s>qT?s5Q2D5c>S{vW)r}Wez^!EqYCE-D+}~f@^C}K3)8>__isRaUSZM z;H%NZXe(TS*jwHfF_#Pu=&y<@E?>FwM!*tArRDj&y+*AtOMesZm;qF_mad+PuC3Ip zDVFd5cAgOg{c|Go$)$QbRe5->KMcK8+hv%_X1g>Ym)HM!Ja;*W(O3RYV!}sk>f}&` zwIt(uO=*sfWDNrdAhs)L=xZ_D3`RjkPs2|Gbw4`mvdB8zn(+Jm*G%rQpFbZdD#;8! zI-3Dv-~SV-su!ezwyO)AApbVAaa4l4TV1?xZ;v|SD@TEWtQ}VPz4r!dp&pn$8MZ>^ zA8%n4RVq&RGPFWS-Yg;_pBOLRcyD$|U{`%88%#-MhIeGSN_LWBv>3NXMFa5NCbce9 zcS_k=x+IH(h2vywZcB8i0hxurvYA$G+0I|8hRMjuE(Uy{tV;&N^NsDdr+5|zlyV=R za+>k^r(QPDcFiuQyA9lF3@b>Lv_ny8&uXpYs7D|KRAy}5GF(l#gfJ4eIy8+}pM5Nq zQEzY_5me+_K$<55Pr%N&pE_Z6Uh>8pK=xAO*@8hhx$M;-lfxz&F-K0xc`L zffw>i5Xj5fH9na|wSl6}yN;fDKyx1MW=tlk`u#cn+rfe6ipP0sqyFh|^7u?~MsqK( zI$aW7MT8V81$q{{~{#Qad=~jv+quMw?(N0K#?}IDHe9_s|-vT1825ugovHW+q#p z4WAyq=4fT2VI!3mAq`C(3IC_8+-5MQ$J@pedvdM-a7_Z?@7UypfC!g4l3e`_(gYvQSK#ugW+cjK!BGb z9tSI#drs$i*cFx(683O%r6H~ee z*KbD4X6Co$H%t?_Oz6e;8}hR?O#k+o+CynU7jp5z4YrcVkzVl2D;a`HpsF?yG0Dfn z9}9h&2qSXW(=!_*AyaMYzNR5A`Gi}!w2UDrOUY}*qk7QTx>6F5wGTrn8Wp!^6k$Rb z%2OG@_(WY5gbtmLx|?R(Y(qs28`3I{dgWlG&QUr?*ZMgFM5=7gC^t1Hv&70K`3b zk~S$`)P-OPeE75PhM%)Qj6{(($5-?yHag(w;e#zumC&%`^HS zBorY)^Q5^WI{5T>PN6mZXu>IXx{NA|+bfb&(Hd#SqbD1>@9Eq|Y(7XSV1|3a*O$8P z&kPjQ;M8HtzG{AhcP0+RCgcpBnAJMdz%*amtL2>&NzmmoW(GB6_9=TaAdyW{Ct&5~ z-a9iNjT!czl1)!yPC#=FL zsxx8>pExp@Lqx~(%P-D^&T$HnL$OcKOq4S@`Z^gZUl!+g`d48{*(Oqz^P zz5??7?FBhP9!92>#iXjW1fperRgOn7nrgVVu&Q+gzF8S<{Bd^xe|;E1Igi`IK%HSI z>xgX8Vro1PY>JzkC>&Ct(Ji%v+q{~hgN7dC1V&w07I-2bVyf_zNS2&UPtWW%yWYpx zxRCdT9SykO-77l5?{lj?;Pk7tq~EW~^m9y=vS(=#Xf26aI>{EM3OD9eah)d+zM%$q z<`BtwAPDOi@Sq|H?Fbi`+;p!IZ8ysAsLl`JNR5i0#UB-7W4s4nfXTosC{bLPmRTzi zhyJD3324&`gmjch7+W(lF$nV<0BUtNb3scQIg?cF{oxhz-ma;?`cVs0Lejz`b>t1c zC#jg=r*;ThY+|bE^EhdTy;?KAmQ_#u%7i@>SSm2UATA4}nh$xdy;>H}Is@AH0r$De zA*0A6kZPd(u-!$Mu*}{~z~5o1b97a;3!A?@I$qgB8`!MH*|be1>w@lIs%AvTQ#zce zYfM01@tzWE)hl{fmFAre9X)W;w(0vdnv6zR2fUxB4W9L%&Hw zeDcY(X$uHb)5c!@W!R{m!;jfs#_t-Fw?HKUtO$VUQ6PM#+Q(*JIa*mGoxHaHdKACK z1qKOpEki0-e0E|a=ICGPQ?)u(_v@BcPaTPcqU)>LT;RkIk2;Ed{4PU2Vma@zB zK@Pv5T{|9cz*dsbw+j7or52~Z(iwF)Q6LXN@SZt|M6*oCfpeqw*>Z>|tv(gy`7z|A zwK5O`HL=-5SY2{VQ7q%$5uE@^B!M5aiix#Cj@#GzlFLD?j$A7y;P2!rNe#iju5V}dn%wOp z(gg8}o`pFhy7E5I_EIKj*~fYeFKhPJPNNx>^p%1wSc+6nLPAm|Er@;9$Ci{*r+X~} zTzh!N+kM51wmBq=P(nopO{yMY-e>^MTb_{7wp!Rsvifnd=+4!+ldYmvtI3~dP*_Rl zd~AEuDT=pHCTNyw&P0Mwib9VAVS@n1(kRTj+=$d8LyD}u9Ik`_kf2YXyBZt!r>V|y z+b+UTf+wc$tz&A{V7Z7+$Blf`=r~lO@Ze1kEPD#zLoDd6W~tA{9NKnzGcq12hZn4) z5H&eqwUJ#XCq;JZ9EqSnVBblt!us5=UBdH*WJhpau_C<_8gFJ28{bDlKbw$y-P}#| zc!)gzrl4OtW5UDCb8Ft(JfeAIzH=JAOZ_V%@IWHK(~6oD8WI!NHaXgR*G8<955g{+ ztigsMYJ3s31^bPg3wb^607R)Jr7sFOMrwU8F;y3zwz@}suygeYIP#>wjz8yuTq=t> zx5gCBHT3zkI?g)BTlJufp>KG-1X%@9)Di>-F?PW?AU@EIZ^Vt7vill63?e1C z$1FsWC+;#In`W0xk|iA3;@Mw0P!I+cx%^(Gxy)P2pspR@R&#cONTTCbM}n_D@KYg= z>V{ZE$B12aa!jOz=^AV&V>MiQxtQM3RPc-_#*z*p6^ZF35JlI* zbq&Vmfv0xbIk)o4rzlZIz>1jvB_l&o_d`^3Vc}U!_AT_?=(!|gVAGi*l%&e!Ph}Jg z0N6m-NR@Iw2QDg~t{ZaZywVoN+CnNs>EWzhT5B6}qv)UzcMprAx5MPM zLn!pKDJTZvV&yp@Z6# zU08S%*+UZ*%|__i+S-34icbry%)U!YpSx7EORtam8$6zedbACmEo>vMX~G zPo0_2>y>B5q~cl{NV1>9V2AC|DSUbPkU$pbjm#+YgtXj}xaCLz6LNSB+c~c&W$ENO zgVeOJP+AgY_sIG42q3)2H(exF*!O1IaD#D9k6LH&a+F1w_9|j-@r&K*v46=cjW~df^gvox zl~D@kGMphjTuKZEndY5@Mfj-6fIlmWM(->w~?wHCJvi6XyEcB^%0UEN&7m2T{*R`Rbeo+FrsvE1FE zG7E&=Tg=BHlq&JN=tkmC<+lIW-KVnROB5$FX=M06A`;KSZRi8yQS_TciZ=$-g^#(& z)J*9iIL|($g9HRVB-xeXe+rl)&TA1Uw0@U1cW~{5qgkEKQW{mb9a>O?g23<;xu7}% zakPNYbkCc6N4yvSML@d0ZM@YrGeiO>Yc^dgFzn(MB2SzWmc>n-j_fT)_=pc(#>7XI zJ%U(AMm&V4N>JEtt)Qs72fsJ$)T*5{(iCtA2zW~HjM0PE$a|9xXPSJS#L3nzg#cL6 zgDL2DyUK%1mE*d_mW1hcYK-2o6#Z@WHNR)tLMquzYCp0>wy|zhMw$~Yz#yB@L5%W} zMKSyG@$6K6a4g|VZ#7E1iZ@B88k|P4Q6XCw&rjDP+{LA8mb+4Kz+}a%NI;7z%EUk} z)*a1|84IV)@B%?ErvLq5kJ$E+{raXa_iJJ1WzjjF`@a4hUA}c~Fr3hV+$j)_c~O-x z5bkAC6P%!xS)Tr&&-pQ}w(t(E*iEXmj_GbsP2)B7or$;I8AKb#4;n{oP%K=OpN))3DKLqqT=gv0m$*;hOp(=L*boizn7# zadMaep|lVSKmdrSBf@>HPKKY5vyCXcrm)L|(PXxoxH}6f-54OLzy^Zn``)mc6;Arp zueZXL8`FDm9=|96)*^VB#_S0L)C!vgV#1xgl-d^KmZtE!`l-B#?JNoUk zLztF?nGcwd-1#g!_Dn`3F2g`Z+N_*JBB;v0_J>vx3@>%Jz@(FruGE`W zP>fil3WJ|zmR(o)ne-Lc3k}WeV}g``_l*wwk!q~81By=j7}${>>_I1jYJ8a52OlX7 zN&6i=DBh|-rN}st?OKIVGlIImFbs8DTP)hQK6Af4%$=Qp_RnKtal+&ApR!bb!=?Hrv`;Pp2S!P zb)BTy3W{v`=+pN$l)VgiMCDnN!}OUd*HUv&0zrlrvxrSt9wpb*)UwifO#CY!>Z*~h zB3vqbOf~MU9nQqZ|0El`8hT=8WW`#8$yo|6B1ugTDitLDfyCuTU4le;T}anp6j-_N%AoP zz&@ogEPalnv}9u}>1_V>TK;gOSeawZ093ubRxgK-JNc2eR#AGNa3fR7oW8b2eLMX4Rk#G-3v9_A=9^gb4k zuWP@enL#K32q3ZL-Iwj0V=v#BT)4Kbx=cu*?pGmVyj$HwpIRYYekzfns5X7z=lyY1 zVhs04qn4?mKd+4_$yd58OPn4am$S#tzB0PvkRO77Ft5FI@Zj+BexmQwGITh=wRgK@ zcW)SdD|fKQD2RD&&1@p<#;4#vBwc{%Skh+I73LSYmE*0j^Wt{MOY-px(8L5wY24Ff z=fXlg)7HCK)hu8GQYn99D&Q`ut{;tgPC{rH&3ohctkPm(BuZfFrBPv-;}wBGeMQL3 zZRx6uAtKIG|8Qf{nV7IG(nVIERF8v!De*OY5d~~IaohdwYg`BH+sQHy@X*Zhf!rAy za$Lfl2RTQIGN&Nrmp8+}z(Dkwc#MT;A1XegiH~hjvXeZtYrT*`*2+l7O*V84Nar>$ zOmP*l1d62lJ}t(r`z!1MyoG`_*MVN@%e4rOFVqso-ts* zUQTn{CZ7WhX%>(w{o&dHC3z2Hm$)6>6OIuW$kSyQmh3gn{WG3H&O7X>ZnT}wYg;l` z&aBf5NK@d8=1PS>k#j=@JRLO4s7G(vVa4QE=1?EOGiI39ijq__Rw_{|JVLs;=%r9A9)y zR4vTLFpZtP2jl$6NJ+DgqMsWqu7 z-#waV(I{cbpr=QEQfUMn?MIB1w${}$joxeGrMAyV&vfqqVIpFmJnb%C?#e49u0k)f z@|;s@UqX`XT?ZzQe;6u7zgEl|9g7%`SNLtrUu0k5#kW7cI3n(gI>-uvK*K6SLgsfJ z3x_#aoMGTo&*4}%QzT{6YRT?BdQi0G1%h#q*Ec_w=~$!>W5AfeVOvTw%2OwAYseewcb`B1lXdQy~PZn^QS@E*91YRSL;vFaDqVl8qUid%WT%JIh zZ0GZ-I2LHMai^}=d5B14G2PP%qU@Ia(lzN+Fxr7Q8MU32mQ!Tf%8m2gwR5{b}<0%%& z(PVeAL_;G~Q*d!LW)Ucb%}O6U2p2fNX~S<^@4~y`Bjnwa)4Vk~9HD|k!Z05x>L!v;M_h!dFD(UH;5y>>YCu*B&sT%tbRRtlK{=CJFY`tRrv59ALdiuxZi@7SG(Bk45p+d6y^P>oA=UXkUCVs!gL@ywj!RWZ|(R@k<^^szz4NiW6!MXfSJzKKV_5-qbPOCDObi6y>Q@0 z0j5K>=nqI|olZB9&qw*uMLIZ-`6vm6&$@_z#(e<7{AFuj>V_T1#$L%LM%(f?7H)AD zqDmmN^a!{c($h24SxVUtNc#ECH9lB6ofFh<99rIn#ZW9707^W!qy5}K&!{WW>COuN z>*iaU)ixv)Ez5W=S;l$w#Cesjv|1%lds;pk=#F(Xd71wvon*Op1oEXnhl5UmR4J%A zkchjw)aqm_^bGvKYtlwtFOlYpL^ym@TB6GfI5=JO8(Sf_d~+EUf|{m%y>iIhH67_g zFNYqJXqM-GfKQ030Xs~T;VVMrhk@caGT{`iORDW@0f-q|;IK-}bi;fE(kOiO!@)=1 z$~;TRp%w(GY&u??*uvsOGu-Q8PxYY81z;u8ft7T|fP`y$R}Jv`C7T^`y{O`eAPD6P zjT-$Dz=aZ7&2i-+!uob8w&Zb&8UVmWX%5+sc%e_wSAML#ND)+ z^RfBLqwL%nFrA8rcmKC`;UFYJv4X(lMWfKxhLCjBTGPUT5fC_-Za0HXqbt^8vxwU= zsVyNbNp>I>6ft!5-?!4z6|g$C>&4~`7gg~*C-Q{}7kxZ;^Ny1lha($PEOIlK&1PLX zJy3^EdW=bhZbEkmN<(buh!=j(qZg1cMS?7+s21x$Yq%?Tb+8dW&vQ06(Qw2lluto% zrwefJv!u@3*ZO%n_KOp7F_`GZ$L@1~cyYt61Nrs)BKABK+PGzJqSdE1Vnlf`PvH~hu3oh5)s|FPj%HQ zKhWQ3YTQwXHYRbEGu;!>W#1EpD1vS5-HM8;*a3O)#!(+axOi^11i}uvAmABtLdI`3 z3)?UxWuRTgO>;)q&hC{{+Ss_Ym0Kx;QMG&VHdOY@#U0YnbKu*9^_ArbAzHt=H?ox= z{k791oOYJEGcq$}Hf3_ckG&_Le?weT-zd-6EC0HsCF#WOxelhTnur3v*nspF5nPb+

Mv#Fmk$8Fe4a{X6v~D`NWQUSf~9v@gead7ECgA-gxvP)SyD6*KuXQEB1q z_3^AG8wG?@Zf_at+RZMt)_e?z949Sz^C=+lSeh$s_|g8e6FgzJQ(UbS^4lSHA)cIW z89;gENQ1@LduPn8#hvN(Nm>{p<0K~<47H(T2+%6GRg&T7TNTv|h%~$Mie5E_A3#28 zlVKO5`1tb7ndDl4Aq}rD-GX4b(wP=iFogkQuh8U*4dQC5i(B8?+2`^xBgM#Sr4q|t z)Iz+VKWmEyJw{2NECwEZ_b=DGR2%ZmMz+bN6QAlB2}A zO<2R1>n8M@@CVl*7Dce@r+>rw@$F0MN0139QMw2zL5q)y3Pj*ZZw`|Me|InnK|p^V@x=$0m2_sArxIvh zfQPm&0F6(Aad4N8&6rqY`VGS!-nbX$g{<#17BM@bPt_P?0wEqQNui^0IK+bN0!}j3 zq`r(apCgez6Ktu+2)*1@_~RM7GA7BJyiEuWR`#?9MXq3k)g7yj#=*mu0`p>4ihORn z_StK`ydo}6qM;Dbncy-HrNQ5KoYsOLth+;-97Gns%<_|}6I))Xo#c-az09F>@Bhcm zOMms@>PHVl>8vKC{#-IBhTcXSm?Lg&!t1i)9tMU06<1ms8;w(ZicoyCmpz}nZZW45 zEN=0&)!TL23G7>xa76nbE)W9}_O{QFKozmoM_pS#T;YOOGxHF1H7aMsO9mmbM89`KM|@(+eSs~GP&dG6;(9Ax`h-)RT2|ajLFc)ng{7!?EsYB2yyISC^C0$ZXl@vg z%M{6bkb8uqj?49&GihRGdG&9U>tGNS=-8yoq>_~xR%{!5l$kcuo=w;D;P~5FXh7;p z(xQzGCY=tV(F(A8-4lp!V^eMgYYJ*;-vLXrYP>-DJrs zG`J1Vt@-O8(_K?s1*td|sXu+8}tWr%D~g)|6G`LlK84|D zC9XmjtfO|mE}ByJCetzof+$Cq5nAcmE(%xna7+u;Ea zf&hRW7vdW3@8gb3=;s=Q)+AB{P$T9Y-ON;$7I^F#_^>Fv^ych>>t*Nc%9#oQRQGDU{~Zc#m&a z){)dX;NZ}k;%vArb>B>H5h-iMwvWdeb(2UG;L;q{ahWY_75Sd`5#N!EGN$Xrf8za0 z#tuA+K63$E-pJ`Dxo43I#mV@d}N9he~EHx|#7hgs9sn4fs#^2zSIROZS^lZ@T3PVx~1gmY01Y`B}E zfTh%)6k%X8%vyH#+ZpJ?doZ+sW+2eC81clF4L;cT)Z~~41dYQ0LJ;-6_z#W1xtuDO zP~IEQWl)Ec77g1lDcd$x+BSFxbZ5`;(rALCLamZw6gaK3nayI5({s|uY`%9Zg_PNd zA4c@_-g?fXSaS`tmbVRCegOSP>EhAm?K0XzTJcRRxBz|Sr{*oB++L!+^LkqXFngq< z8{0Ncgx}(C%3Pc$dgiV@TNTQFy_{Zb-6A&itUMqvB^O(890SazldbsLC3WqqV^AyO zrB^hhsAy3LaS_8SsYo;zGP(;KCUN?O0AT?Po0RbavEWu62t}e_mOwHJRJk)~JMI*` zNi%!7ISKNs+bHWhv68!5U^Nc%~ukWrreahMw*dw zlT)47Zz4cs>ca@QesDZ0%F((IN$%ZwAO26KI~7bn8mt~hyq|}LoxnuBWa&3kEomZx zGl&2D3Ch@^}_E$14f5$7{W z06del9X&IOe5N5gC&G}@@iYgN>h=Q}Ca3_1lp3^`4bf0|obUg!Fi#Xw)E~@@QVQWp-P=45mzbY29B%nO>2#AKLyETx}@v z-LtNh3aSrlqeu-ug~KH$R3=8~Dmwa7HApAC}L910{Jy+hP~Mym5l)6zIZ z;ncI=i*{WRx+QH8!9;=akC-;y{k|WjJ;qxE1xN@NEuf)4K)@=gZNXbmWKh>I?gowS;+4;XA0H(dlo?U+jW=|fnyh-Y*%4Lc4+QS`)y32$Pamz;Py zaCQk(YMzc<{vzxX5}2L`q#S?zHnkc-%f{t6uG4R zu79gOnx8#dVbH3_eC~;;7(TJNcLzL#8qKsVAExaq?;HT^Pi+1g;wrL>V(9R|jbFl-=NnxO`mX*%)KgUHAood`=| zq@e|d6$zrO&b;2x!h+)BSrD+4^uRHzDxg(R29RstoXrF=h>wnI0svbt5RvR>I)|gl zi349viULhQ*5!qXY%&_Iw9v^>k-#0=i^JXMUoo`Y5Dn+DY$AG9mkDW z6giNZn#ZWEIRIi{TiFAWR4-5!8KWt`{Dm%Vq)t(^v$ODY@`TM~_6@1Ui4a>P#8GnQ zOhBld*z1=^Q>GK|dKl+92Dc)pgrbPBEH1ZF8*ZH*aQgqm4R~U7Y6wbQqaYY?kW)F* z5NuvA8-6~!t+C3{22u6Jpq~H?dia}%Dx!C_AiARb*c!GGd2qoBLN=2W<97UIH*b~P z`XwlJwqEwANHR}%Fjh^COK#QU9QaMb4riB(QVvJ#0beKrJ>TM1JHrDB-6*;Xz?2x5 ztE$tX^cQgM*NeT)EdW_4n56^e;FJthb8==%BAVPhwT>oPqo)|B?ctSVzRbbek<9&J zck1*-9aoe*oP|0pFfLP-uYP((`^l`LIpUC1UL=Ic<1X9ooZQCMu-lFB^vh(EPaz1o z&0?Dfh2ZV~fkaxpL?t+aFl?(?BP=$Brh(W8wg#_--bwYVLJV^*AY*{(H?g$RPEg(-2J$tid8-{ZsgaZz5AEXJx|B<$6P= zVetnq!V|yo%1TH?c+wi~lSB3KTgick4z;9P6kIrP>~)KkdU_?sT$V4i&7@p}2w{5z zCXeGM1W75#&f#os<<-7{>mhAYOy2*PP3-}3(f@Tp2tNzsV6d$Au?|`)2S?rkG*CVU zTV!u_XN9PRh0bqg`Wkr0og5`DQ&xl9h%dDwT0%jiCozFSLiTPd zZsmt%CC{jY#$9!S;dpQxv1&)&npZX*VEto884F8Igl_aWwus< zz__MQs5Bu29HA^hu_IP;edx!gf;{QNRirB{-hzt|BUh!)-$r6_ws{T6y48!9LA~XL zyzxaJlFzKenRSuf2Y*A;O(^qBQgD!g8Yi^OXVtL}>=2jZNIhgGbbS74-m^m0U0sACJHMc=ylf6q8WqbzH^9LGQECICp-% z&WDJO?xn0?*+Gz~#q)X{cKx5*YOclnh!el96Zg4#T@ zmX+2hY9zjx_7K?Yo<@XZMJU79n-a^~XDogkLQCdqf_yaPS>c!9;0p9_-XGU2k1y(y zbP>~6fk7jhT|6PxGR?-tI-Z2-ER{wu#KdVJ)en)LT?a`oXRKrTI_)$%Afv(2H1lyI zzfPzF^E4rBA$QY7Ea`0fe?d|~4pXsk^&q!w;;AlAisg_D|KjJbAuWtk8~|J5#kH6#sKiy#MehI_fwGJ4JFrIOg#Py&KOP?wMnv3`j+Ha?QR zuoP1x1HXA_-W-CS%sAV3fjQRm3iGDLRvoi-6JwoQT>^q3FQe9B^23haseSd`2S5sIu6genU>55GaRT z<5BuopzIS&H(+iKfvtlfdSK1mjTW*gkxU~aB&~A;j|Zf)+)Ufiweqr%R>8p+NkR++axpkQq`zh!!Q zq`zxWCQ0hucHS=0HliQMWwMO)-u&D0Myoah2HR;iR9ag2*y3HrwKn~o3!*r5H7j$~ z>}WfS|#K$ z`!Ze#1OJ3CshDVd=7!D-0QW2!?F18W|n#|a}= zc!-2@BIq<~;B(M>5O}_Fb%LaJWMnAgd!N)O)ot=f81T_Ra}F4(BErxzCy6A=}% zH)=Hm_nN4i+nOtkXImvKim~ywOV}>o$i7HY2_!LsfiU3B5F6syF>$*#%o$7NUQsxx$=Vz%V@E8rj5uN3FcxPsyor{RoL6<_>`maOaUS z)nf&?QCQ*_)>bzK;gb8s%y#7}q*?{Hx>bt0LV~HU;|Zw|TLh+dx2`u%a=!}JeKmEB z`4mWN8`Ho~(X7Goy%3HF?-c(V72hsRcq%&)GIMax|3)Okp#9ro4>Bqfd;sM_)G{J0 z?8nXA+KhYAX4%KSM(zW;skG$QY-jmgZ{rD2*^Z)AoD>!IE~wBw6S5k1)|%k-fWVt> zrVqvXSU86o(scfoSsO{IqB56mtLLz=!RuWeO9CuZ6Oy7R?DH_&LYa!4m_-%<3H@M$ zyr_ZxHG$ASGp1u+&8fn*(k8VkH^;HhMw^P?AF_oWe4C zjm>cs&*Z>oRTiJk@OI6nWjD*+!$&GplJY-hMaU-N4q1Kf4W2ZOmhIRN90I;{`N(p` zz$Fn{Amr&;AZ)g%*{8@wd{erD8s}M>7nmo?o9HE2QFvQrd6-wx1y*1Jbq!cc(YW=s zfy|hZrw6-1jQ5c?(B-?U=}Jv?m7Xn>?2OY6)=4pUaVQ+1dOgG=_{I8o5ytd{DoNxz z$V_m7iwZ($sa=<8#l+;wfgX$8J17Dgjxx*qr}(Bs>~hwudDXFr1b(M2E>3iOBV4i9 z%T;y&PGi`snKk4L3X71fD8YIB_R@IY`JIqAO!%*^E|{)llort}s{$&q9dEI5?8mp( zoCm#T{@-7E1DUZu_Zg6St(3xEccX}x7t%Fu zM{}4Th~s;kJyBRr_8J#1YseBLwXkby1cR@1IFc6vmpCOGivHi4RXv0t(u-|Oi;EyGdwio~eW0{;6r0M6xa(Jp^5!87$+GB?34*vQwG^rh=FIf zTevkKnfRa1ElO6(g;>r85JzQv<#ohH9wtm6hoFHIUC z9a~XZLC)Nv5^cJn=S#1R-L7`fU!UTmg7fWks^CCSUqK=m z^CBR8p$$YAwOpyhWo&UBGL3AL%fTJ1Z@g0J&^c2njult@zGX@W_GA*Sdu>b4Rh43D z9Ak96m_a^x@KPuX>CyR~q=Z6I4^u+vAwa)^9a2elz?#7fWDyz-`jUoNwy3+8)5$j_ zaP;t8)xfzlNx6nFIq1tkovU>D&Eaq`d^3NSp7&FB<72R<^q3((4FGJ5)&u6ugW@Bb zKvb=a7}j!NV7ZvNP&RD6q0)!TsSFtfu4fZe)R-1FTI<7I>2)CcCsqDExS7#c;o};f zzN{g*`&JkgUSu|!YISKI(rq-~nkbThnGMyP6X4gC*or9F<~6is{N3Ts%E~8v%lm^9k^YfkM-tdtQhN{I^^&zYBV$+P=3 z0YE9I5rV{ZuXS_xwUJKLN2j)%tmNDOPtD6xk&`Umg+fs8ehON$WJiV(K7^#H+ZZ1* z?o5ZE_VTF}gj6EFwFZA5jR|F$RBNELr)=mH#D$3NHw)wK*e<=$JOJMTOqVK|QI~Cz zCHM14+EYIS^9xMCDrUR2FAs>h6EzaZE}_w%CD(O-M;JD9^nGpyFm@w~x>IB)YG|M+ zhvRj&;WRdIcMmz^+akQ;E@UUSo)N}!(mPmH*T?u1PQZ$7bX*aCJ!2W+ofc7Hh?o5G ztN~h*A-t+2+P({h#o(}=HEiyZ=-N|6agw&CAQv4bkxl6uPKlbWz%+MBzsKO@qC&XG zf~|sxhML9D_25aQVHJ&_)6+FREZ|_}qlm>$8H^*F`?UCBO=YvIiKFlztlrcD% z?gRh`T!mU3g0+fIgeBAQWE4o;X;<=uZ76%qU9QdZlFSvM??4BqhLqKI*% z#15rN%WEO=L-QT1u)g;xR4lvz-Z*mhSi|NhH)WG5ZwEeTOg71AxhoC>)Lg_()`eRj zASKnaH>d(iQ$<7$=ZibH7Nw_lP^czc#UoCTsp2-k={otshQn|l=TJ37wMG?1o0jve zXRRk?EF+Q_y#kzt!4ZVTPfqOyET8<>42)Jg{ZPHWU!JWpa0&6>PEy2^!YC1-peZ}$ z1%^ZMDPZ*523NJEj#hTazxa=D95OIP)TZDEIzKdW#i`wEH%)L{@1&5y98phj)T<>S zr!3ydsQWIcn3xJ?&BdPs&R%E%xG-E!?alTNmagel`Gyi+pD^60!REvPOgLkpa;b}i zrimW;U`*YCDn`%jsi*;BW0Hn4FMn8W&-*xazD)!g!zFwv)0@vD_FgL44S5AL`k7c=Sa?7KF% zC0=OYc85H27@8QPs2w#!Ep@z*dA~!$t)NW8&ZY9QEQXJi0fhx>(k((F!z8 zPNS-o_ykPGvD&z8=_tHO#m$@xmF_kG%Bw)KpmYMkM_Em=ESflbFgWa+wpTWB|I&oH z*auj%+a`B&$7C}ABiem#tU_YVSw__DDg*pJ@#*dl4(#a-Y-Wlbn?>0hh(a<-skQ3; z;UhZ@Hk0p51+A@RhG7rEPUxnv(rCij>`{bWpEu}A<>oWWYf_q8Ok>M0lxF>{k%xM{ zh?+Em?#-)-7@b4P?IXsU3!;_m&j^|frMxF_g_=SY`2LCnU3IwM+xhXai9lN3{687K z85)NvSz|#I?@uj~*2lmQCz;Od*RXP5pnu|qQ>(I zKo7HJjCr6{vN@w*ol3#ws@q`(ApSas`=hvR{EARONs^ zjfD||YL8;+V~muN4QNY<@XOdc>IS3b%-OhI64Wc5{fvJ7c`L@e3%>~RA}7B5zK|K* zJgiBbfv9MilC&bx{Z?nuhv}oxIy`o4zcow1FR=V9{Wufgxd(X@=@uNzP#GQtyMB0N z_?ox>3zZ5Eq_YJSQp}f43@Mx@L|ho`q{_~TW7%^Tb>B)D8-FJ3NhHiIjlNU%IL}<$ zpJjmIU8FTV8J*Z7e_&3WMek6}f<;QeqXg+o+4WucQdMYU+N&Ulw@VIZZH^}s1d=(L zaNFhxHAl*ivR+;D=bttvC`Q!KRAP3fumr`dv;eVTs(5#naN^kwvYnv3xWQ!H8*sY4 zj(A|LKRH))1mYd4_CF`?^ z221=x`ria)FZP1kLS7tDww+^YMtiwg_3%`Z%;JJ|5zrSTBI)|%sC#{%#Th%j zDZ**8a@QUk+U9;@6l59qC!i^s%lEiZffZ%y*w>~Yvzw(5-l5Si-*=R1ass*lD>c^Z zWc(4R(=DIX7be|1e7`a=rw7O$}7pHijzS> z2$xOpchN_&{f?3i`eze1tMdlP}pSZjW;NRH}mUl{rni^IinBCE7A4Ldjui z*LZ4s%+e#|-M5~gee1C?9yGXr5iHHDD)x?S=CiS_7M7>nq@MAO4AOPr!=LmV5-?a~ zB#rMvw{vZJ&raxNTviL=<=J1KLC)1%nYnS%zg(MIviz%DvN>vitvVaD_C}ALwi9)H zR8Xm{C+_t5AUMQTfo_8T3*0N@jd@WZVM*~}Ga{5hC(H?KzA;!BQ*80e@Yvhiu6>hE z1~d#Z5`gQB!O&XG>4CM+wF9{1_L5#)6<9=VOHtXgqA+v|W$QwTYd(uld}P%*X?#ld z!Uxp8S!#&~pH#V+!?FU>=KE>;43OS#=Qu)$>K4R<68N18*d3EEv9CO?Ztm=yw+6-3 zz(u70FcFF(Bc*})4ozJqgj7K43fd669rkkku}RoikjQ4$D!*qk!_F@|=7M*lUX7MPM4hfcp5RhOW~p8X>K-P^rqWJChCD#TXE0T0vJdY z?(ec9D;j7oG4Q%ib|d%Cq=R_d9LETc)?DgSI01yQbu6tN?PLV& zRx?p{5u&}V7gl||H2FA#adT4@;FR2|sa^<2Z!=gIdaeiMERPfWacqIo3ycF+$qx z)_wR=*%3e27oAxSd|8w7qR~t!DATf5KTVs)Q?_8sL1itN|H6y!R41K;MCtfGwnX#>k%)6F%sb_>TuDj5g+G z`85qh8(IJ-B(-)DVt(M~&JS$?y}Up`ADN|9|0NokS}cNe9aRlcA-3E&LAURx50d6` zH${5WCkk|0bG3UtFD6l%LQ;P_6nQgoW3C4r2AOP=QZY8+JQ>$(R>;(|xvzv4FIErq z%yIu9QS|Jd1+V#!A&4IR(gC8`+61}c6Hx$(GBU0nwWAR=4})m}R(J9#hJ&j#3SV2R z^|Kj?N6UpN6aiVz*x%*SD!k^B7Jf*CgeAw9i=@_SAj3s}rlbQn+WeTAQZb!=@}2%B z$zT^k_>g>l4x~^jv-( zyBToKCU0hi92NmRC2j0o3brJ+EsB}n1OG9Z>E+8KibyEo7L*oox`b@-;cVlED*GTS zXCzQ7Rujfp`)ewlL040%#{|(>7N?@AI#my#RS<08<&`+N%ox5%?xZZ2R`4MCmpe$y zsMSWj;nY>o9~CbR$;A*3rl5{ZCQPyFx74oO7&yMXf1(}j4N0=v%O2Fx6O0L~gT3t* zqpRaRWaz0Zzh!`ZBEZfxm3t@OmYe*?=%nQeTI}z@f)^axJ!o`l8-|_xQZyx)*t4vmFlec-Qr7tO5IKB37L+sbs9j4f5uFs7vBP5Ep0*pbW~oRj6Qx#1A|LJ2{+d_d z!Z-A+{nwCtS=;YDFYvf`Nc=kTdl@Z{NX)+D<>nN}Jc-So7m9Gf%c~j2YTzjzgYahr z-)_q^0z*S(gTl%?x6?QD=mKk;Cx9lz^LZ7nf#?2Eq>qCxyC6L$FH#DCl&_TC&0Ofl zLzpnI6MRwDGx3(_*YvoB3H-s)7lhilgE;t&DNUaLAsvi_ohk(I0&%be&@3ZjHlbCg zSi(a$J_0J-X)au%?HyZql`Y-b--M5s@ileJlL`+2+PV;q+6c%c=>HnyUjz-RGZ;Ub zgLocZPLC#nUi8A~F$51h=?WHWI@cn0{?O`*wyJ<5hkQ0J5fX|-WKcN1$d=zf0!d^@ zY2nCMxvnr7EPPRMFEg8Aq4ya{5_X)M5=}LlW;Qqww^jgc-upq;(MoHU-GQ`sMTU+O z8bsCo^snJ)Pp|IlzogrAH4SxQnj5kaSKQJ7^SxGpxQYakTos)3d^MC(u@R`hPwqL? z!D5WV85&YI$AU`G_vWCVO$B$OsIp@aHs?!YSfQ|xtfVY5pApq)RlRQBFm*8ia1WhJ zvun~Dz$Gse{9Lz}(^1h0P<5ISS4|vqzHY-IczCDVXG&UYL<;|CiNS&6 z1Ou9dBDIum1)n?vANtr;OQVFEsv$}@*%VS+G7SAh4_o*dBYj8tAP8oF|mH?tH%dY9C1HCEg?D3U9ceHfk z?%UekOz_%utF9uPf zE;QuTM=jAj0ZABQ5h`(OiYjNwQ~snJv1;c{khe_j6I?uO`EnsL(0ebl+6#Xx{@FHj zUo&sz#y|TNrA)~Yum4Y?Hyjd6R4P{%k9}j8F&_*sxq9Nuv?*{LP!2rYtbah}U~yeT zaN-RNGD4(n|U~Uv9M0` zQ>z3F$fuzQty6X*PcDI8t-vn9hh^-WJ{OGI=OwzTAcfJS>EfhZyTK%}ys{NdT$m%r zIPe_I#Q34NbW(j!@@bMdmWLmy;K~hJF(N2{ZbCG)5^O_7L-7{_aeG6}5DWr&120al z3VQe;Nb?#!9Gb(CqT*P~J)I zD;Ue%&>I7svPklV(%zPup1JjTu(7P|XW3ezVld9`*#5fg763m$z`tY^?m1fs1Pd}& zi4>L2%RZz*OFSNNo2@ja$zxgz?&Jl!4kb zPKF+-<{q(LO@b%3I9{8P$8=9t}9_TEvg*+w_#15us7djY_ z4PvgS7uk?$uV+a|mRV^c9Yw6)AFe5ajM!1Hp%yuxDYPTv z-6!U|LgBl4Wa6VafS_ysn2q|x8nS>wZDk^ax{FXMzO{n!Vc>-5H$f}iq`Hn&N~?K@ z$Ebo$v#t!+r>e4&)cMLYb1vgavf4LP)J6eg)rVI)Pj!gd8u9BMVngVIUWqyXACYTYj`5{ z1l&dWQX$s)sejEWrEs}EC_4|}fIje}rbLi?!Ex$%KWs2cq_|V}I!CaJUyNbNXF8-k&~3O1dL3=-+)5Tsc7MU0y#j>dpRdO8uYMV9 zo4$(MS2;^*Bc$(E51w%FN^IWYj06%I?8ya=4VIxWkr1cuLU^tqOs>b~S$6hTG@#VQ z*@wWIrvJX7sn`H8QHNGq;#{qlSHVOVT$loa3-q!eY>Nm6hKjs^U;ziud@`?B3<4#A z$ujY<+8Yt;qIhNxFLn!@_JqBxD-Bflu);kAQ$`YCFZnXkgl@5u`6R~76MpbtAe5}6 zJ(U{DtP;3T5>j5r6jt4C3-uQy+Z)L^kA(~_)SI)iHLlys z3?yYEWv<~xR)nUq-;&{u1H!fz%cz~Jy~8!o7pQJ zI8M@G02Epgr?fSSaif)a5$r)Xe%7U~COAS^`L3+Ju5(-EAe9EiCV$Hf5%uEaHmD%X z;{q#<49DEefnpcO9z)O%_>qO3?TRg4hy=Q}E`IPlW-r`0aCy`C>E-u99_JA9>`Yq; zPK^Z~Nzeok*#bqEWX)S-i5>4jzdp6(^jt|Z9gX&zqZ#uU(%Pmmdw7(-UN*JtUk+dy zURG??!MTAzE)(rHGT!B~^hvQmWTOP*j9jx}sQjlTTCyw<_6GD!>4`}4tV7JCRGnt= zphhMkSzg@4h5AzV_Xagx-e9_zjA4HaRKh4j!OMM6%jVkG+ZQk5zgf(jz*Z9)2Y%J00XnFtRcJe5cgqNHyI7GvdJ!B z$%IMj(z(%$ASI3FHzwVi(^Ha&oOWt^R9=sYb_-p+VZv;4Cnlq6WyW6b{XU6vrJlwk zZ@|n%*>+fp=b2FMrHojnpHmm$a%Oe!Vudf>sOIR=ZwI8p%7BXNsfls`tTb#UHTM@P zK~J7^q))n!1*~R9@IDcB*=$URHn@NVxI%s2h$5U5%a0l>{MJI=<@l7?wH><$nYvx< z-g~iFsNHji$$8dcG$27I9J^OQR$7E*u>iDUO7?}aIDbN$!miXcUyy%F_>z)jWB%tP zrelj*<;krV*?a30GHHEs$r^kUeQ;XCfS)0hUWnV4wSw&I%GNA+Zff6YVxdi<*goF6 zofFOmJS#Vqn~Rv&pBU9wY0@Y>q)Tc^*Rj!L#Q@#jP9JWwF1E@z>>_og2uXmCFSqg; z`d0}{iksKvADk9V;THklz;h_%(oCxbgM@v2ntT-ib%~&Usp=XnnHd#KqvBN_Wu#)( zG86H>i#&+k2l9^X_gCx^Ri8=`UrngxxM`E1vS@|#ZX3}YWhmP(6tI9DUY*EAtbP}U zzl~~{KV)i=;IYOo=&oFoI~0nxvpF@ohe;I-%~@K3{{wVsu#@>rU}pU@oBs?n=Bwf{ zR;jG>a+RsjOu|4?V`L~UFo4+F7RQ%@MSi8r35h1QN}8F$xIeWD19tmpm_iR&vqrr3 zlsl4?PRF3l@nD@8(Sy-2UfyyG+}VFQ?tPc3s;p#J&tLHQ{V`rQK_>bE?lO*`Ps!QVjxzhP#wr{kGq9E(U3N(dN-#jmom9K(!3cRxX)} zTyhx6)xXlQgw8(~N#$3iJkd9Dz$X2fLBH~6&&X+&wA{o3XVw2ay$iS636H#7NepWc zWqBT2D^)-i`dvqc^Qj0`@4esSqeC7u*1?FA073OTai&>p3iAFIRU7F}&=$a!6u5HhsK4P69x% zJ|2=bN}1=6g`F!R8kZH{BWbjP!XJZi$)sG8>2?P&{^RHnu-4X8HG|5r>%I$JZx_PE zb40SyJ3q#cU1C_FwPD=hF>uK&DdjC0j=;%^DH@}=5K{hNm>F1}%5K|w6bymZAexK= zK;N5jZHEE5FAO?~`Id0@=H`Ie%*Fos3KTp-qQYVB&7?41*{N{YmoM=j>F#7xsIpG zug%_clY#S?jr$amoTov@X2sB_T#Ix*M9vMd%%4Jn)b}uL#1DAP?e210(a=D`HdsyV z{|ObUQ^_GE1ARu_Gr{a4d2nfEjmeGhfCQwt@sQi zN_Q;D1fL89L7dIh!6r94c8Copx2uRSwoiPtkXs@^q4WF)HE8S^=(eA-uN9h^JKgx? z9_UR@-<^N3XQQ`{nqMCkvdRIocnzjmK2`&zpuTnVdzpN;Dt^8+eb>ue`grL?%9Esj z9qae^7|{&(n`@H+ZiGZfqWO}hsrSI;p>MdO8YmI5JF#d4yOS6A@0U-+nwpn0Ym9}{ zRMkC`w@F?nRQouHy|L@6s6V#(N!#@Iz2@pDNHj1!76+q0I0>IY`cs+bfk*0www9E=5nv($^p(yifK@g9gL zENsSLHZGAg)3Xykn0x7uac0CO@4n5ZL^5HffUEGT3&EMth6b7qMJRO_$Z2x zxZH9#^+3qWZPL^gA1WdG9mpftXzPWS@E~~jM(2Z=y=%j79YD#Ejf|aN;n|ZtN#cqu z#*`M?1PW)qksKR4+B@5&`o+(zK1Py5ZfA(VBsmL6sRAg!e9c7}$egPN!MgoR*_Bax zYIUC^@|n2>k7csRCF66Un&cqXg}cpHPA6%z?r9%w(1OAd@az%l{PTRa5fxL;|E}xuyZ_A+@z)7gcDC zI*~~dz28cPhycRr%ATciTAjnpm|IA$QS(>1R(>MnTrV6uD5GMl#!5HA9Gb_?;GnHG z!{PRJ-r{RjoK5=Dwr^c;J0Lx|k# z9f4>k)nBF&qDZVGB&V?U+*%rP7ZkJ1KsrXSCt-xq_%bEnf=@Vihem)WSpWS>S)bk%GKQtffQ%sXOvR6rC$@@A z0#D>mHDw5!_^Dc1Ra^^K8s!r3o!h$-4i9&}p-JZvhxMJ}Tx>CZ03wP&=NCDP<`SX2 zxslBOY4A1PN_p?lXuNEcRkGNKc@MB$K{F5NPYJ4b$<&QjcEhwjg0IFD!$>4Dn9|mb zmY*T_K4vG#HGREmQNkw_6~k08rPKOyahO$|-as)v=qvT2w7h(C7st>TS&ooKPVv$j zoSW7Yk`Rs(#Al6P2ryP+EW)joO+`X(U)b5frj-Yle zP=0QFej4^wiYpc?J-izqsw|MU18A7*&C=9T+Ac%}3H|7p28%Z1d=9r zgG9Nu(?nkJyeV9+H}8o_uZ%Eh95^8S;4YeObczDG3y6j#UnWPc;qsY!mmLf|QZcuN zmfrU%>8yI%_Lx42-w5V!Zn;w3zeOcSHm6`(Q7A`vS0=iBykXlD|=H&ZZ}?SQhl`sczR?BV_!GDnlQ@<)H)ELc1cXM zaS}=pd}gi=oDMq??}NRNLzaBk-CXQ_AZ>YCe--7YCakCdUb7+Vf^yL~)c;R`R(t4H z5xgR`;I$t-1eI*+G7^h9{ZP*)zb$qz8`um;OYOm$SeCExi7{P<|O7DzTaR@W}O9L(*tlkfxsaU*J{c9z*_J@q( zaRlXqQWH7(D+9V{Rp<^tH!RzQEo!ncCeFTeyZmA;?N`o(V2lMsMxW6uJxm}Oqzsy=CJfbOWz||$TqeBd2!PrpJ(Y&ei;{|O@XVme{pl~s=~&XB z%wluYKlcRMAozgSFtk`h;-7Q&g{XZFNDyl-h80esN_Q z(FM50w9K3J4;8eD*3Jo4)EGkxFJizz3^B};O#*HRc`oI7%jU-8!wXK@MdF(PGLS&8 z3rAO?l4z^qQ}rz5wgq1Sx?NDp(`RG_IoP|ZXs;#5ZACG%5CQOu-k46LC4hM`Jj+lh zmhnOq5h@~arwgY0{mgvOr-HDdR!lPCr-d8{ZKjCJo|AZO-quQ|#jL%OiBQf+FbEE> zIA7jf`Yj33{sfd592x26?XOBWCuQc7wri<0-yZxr6NW*>q#uI1RW>VA8yf{gfrW1T zg=Xk(_aU_|MC&z8Umef%m!6lt!2m5JtH;+(xW|bt@iMU~Si}$C|==*HEGM+@7go^4%1d z!fSDzhQ9o7C+~=iTiAJL_BlUYeLVt`pL0H`XG({GXXmhHZHr8fLgVcII|g4dzc)x&bh>Dul_CN z<492l$*y(Bu~`P@=Ecq00`ns-V3VS|gzjWADKo8q((}ukzG^a+ zJ^mNKfW&+?BL;_$yig)!VLly}}$T`rmb@t+@ z)2uI?F@KP-+Y=Q1mgL|fbIV}w*PWy1`$$N-1s*<4IUb148=_f2BK}=)JTeM87J|HE_ zJ3@jeQ2*mm&xb)skEuU0C_I_3|679c!Lw!$kZ`Td=e=zXy$*0}$>gkQcL zMY9?yxC-fdxP?VBvfNoN#Dx|oJ7A|xwHRPN+D}cPt7BW2>jTx4>+Tc~4mQCkJGORG z>Ffuf4U{#Idw=M}rg^5R=Bk8|$i}=KKG2CRGjD41Si3fo@Z0CsW;9>eB}_OZ#CW>- z2%f{hLfHbiyAQlRlC^Zb2ZYe^+xAV-eO}m2y1!O+kn*@#q_(|#8Ey__(BN6E97GUKyP^{8(IgsVvF05gq+PYt20I7 zo)S(&Sk7a5(Z>!3lb{swhy3B=R(Ec{5FJlaPXAKky7>UE_g4z1wG|SX?`RX6*+3^e z^XAeGM=+j`U4Dyd3$hdj$)-(P2AbBSY$Y^aw`H6Ehv{CEKD4SrNhM<1#uo<%%JCJu zP!3gCr&vl=f}vb(p{oewgFNdr?%7w`;Em+wl%UA`U2bo8T>h5tXPMLwC_;kx{joaA4hrK(*w>Y!Q6G;O=&XQY71KXg?UT!|ad zQi-b2Lx}wRH;TB~w23a-^!2ukj%s;#3xv^PU9!)<-y%}+>l<3{Q)2mERlY{aK_8Jk zH73|XbPb9?(3T977jd%+=LKLbefn`NH;l!Ilv@xR=!OPH9Y1r`6mY@b41p}EJRWzg zZlnNVcRdRQo!>tqh}{voMgwEX*jf53V z`^`T5q@*1|rNr|X`Le6QullG>XJ0*Is>o!7S~xpJ7l6|S^a3X+-2t&qSK}DPt6t=Y zaBMv9NcSj~zNAd}LRyOc>W9TBBii?-74JWwfXw|JQ5(W}Vz)5=b^K%}hr+k=)mU~+ z%FfJ5%Sk>s#NY5wt(Uj9l&Ee8;nT{}5$0s+!=HPEmv0JWNPzIOXU;JGfXT6tE%ETG z0Q+=u`YMIvk=^7*v~7#k(DcP^(M;WZ>eu2|@qPrw$ixr?Y2ME0wxGynhVG%Qpcl%1 z+>&#djo=VGWJs&{S1+fu7mgE84;NzZ^YU86S)|R`IiC5OVXbXYt%4{*uc+%#r7Y0& zMv@YoIFVnN94~YhmOh6`??2~?PZN}S^PHP^R(bCe;&eN(=F0GUybDI{vEk`7vYbIR zioA+6lhc9kJAG~3F2QHl=-VePPDi<1A-ZMDr{Y6PT3j9xAmkoq-7 zEbMjmy^ z;^%vkNpqvINI%-xvioJUBt#S=SwZYDwgHlALx{CspwVGO&FFeb~+*eIcmgwGIOlFa)Ww~sA$a;hzI>W$tScMw=Kia6I1 zdxg$=F(DEL^s-zFA=_ol_5i&cgpr{oerv}Gk4>*+f%xVrz32W zQZnaKu{+0W_c*FSnqEqHny+XpGfJO#9!!v-*jZ>Vjk;dih(KViTH2f12>v~vQ}uUV zRErSd93_N7Zm>K8F1Y*Q>kfiPWBgbO*{7G%Xx(7WyDSvp^9z1_7&v-eQK#S^K=;Sz zrqtS=Gr}LQ_XEc)96j$WwJ9~HWF-wwE{HTw8AV3I@4&6q!Z0kDV2Mx>)u-cxjU3)d zh`y{$sT`Exkcx&18g3|%N;hmf-b%{NS+G^J zr#-Kpj@P;b7@$%sK-%TRv6g)#oeES`U9GlnQFyF$Eo?7ZcBWAb*%Q+q-vMK%KbqrL zt`=xQ$oulzU2b&@t-<}t%{^>krF?Ad3vKqwX#gAEcxWKMx0=Fd=8-$Ox*OU{y;zfm zjFWH{{0DV|qmYapmxY~uYsWU_ME?tP#gp%B?MxJ>;A<>; zl-$#$W=KN1CQ7DrDqgoGT6i5g1U-z+qpftEe6Say{qW|~XSqv=x`vos^C)0_jgcdW zG&QD>^^nR^aaS7NGe&Ak=X`S)Ll~+A%G6Ui%f3Q8nI+vKKg5W`Qb)o0AWe=TSMoW+ z?Dk;P03pry(_8)AAcBD^9+XBkqFnRR+>v|6b8BJ`R($}O2bIit+2n?#zGgXGOm7zbOYsch7m&^C!e0HB@nVHUHC~NJ+gDgUi$JXsn&+hoCRk| zDn8co3I4s73lP&&H!-qiP{H=PG1_}yglMMxOQZx?m44q^k(>G1HYb1Q(|Z+5T^92g zgAn~z>$&l7>8>F&36yH3wl2l~Yv*3WST^GTi{B)Yf#1^jVE4$$-rbQ)|H2k5Oqds4 zT0%I!iG39n=|VqCMiWoCu{*o7pDAT7vhBGpDysCtbU`^zC&IFlMM-eW;OPkHIbw0x zVy1)qHf~o#~@qs2;rV3G#`e`-N!6b0VWqt0|4J0z;dft zO_m;Q6+&e4caZK-7mHOCZgP$A-?Osm}?yI!y&`9FK%9y=wE3F|k zZ$bmSpQZ!8rq{vh!x`p-RvZjW-)- z1PFHR`NWECf|b?X8ZK~D38B{Wuc@4?#ql;zE^|~|s5^9~wOHDuOB!&}^mU5uEfg0t?D`7kg7`RB&jGcG2MMFEfs{vp zy}vZKp6@c6Z6D|9k1K*!7(0QT43z$jHdK*rF|zJSuVsZ5u zraQ#Nz^0XLkM3@EGKGn{IY5vIG_ATJh~B8Rji`}Fts~Nfiu_M7AkOL-I;EA?>H0D$ zJvlV(d=83b3(9BWX23VL%mSlT5JED7=)=+H2Vw6)b=uvi1zjYJYvx$U~ znC&35>r`3-&;JGO8trBF#b$%eAaUBeSZ)n0c;Izyo^AO@W|3k0I)pK9<$pBnwohFl;ZP4 zj4UrSkt+~6JLuolvrkQVZf|3lyDU`jLBjXGYU$B!4LzQ5S<;k2KOqD7XSZ>O3Q-vs zYj!4`GZBGf&_u=o;=SJA`RRJey;8yOlmg||Drny4Z!B_p4pcX+ww55?7P!eIIn*6d zHY78;pyEH&_@6)+q9&COLa-jBNlc|z<%n`&RfaOgY67YPob6$%;c<$#h+6kD<R-K*n-4Sr>KBjX>I7D?{XFU1ES(U zR+XawhN9}sVa72&(c_G~#$F8s7u#J$gxxCt zm_x#bjcJ0(0Dtb(f?bs;jwy$XDS9|CzQiCFa#$i?Bs0lwtiw@7N0P$2K%lP%s;Uw( zqD%~GQyJ3q0_K=~Nd^P}ctvV9CH4PD-aBtEo^j|7jvD$Wd;t@K+meKE!>^nkwaif< zekKZOPiahzgJ4&tC;Y2Ws=Ii6LFwJyfxSGn;f`(oBSm@R=&7=uiY_dESve*JX9y2CHQtxz`YywAamU_cJBwwNl}*5 zz2z6rJ@~DXfPsce{pX-~#NnfSrD6X2{y+!){l$T&5Aa3#A22qYscBWWGB4_A7T1@P zwW?IYZ^v_bWigmzS|c|jQaX9~EyKZN*8{pvKTyFGnFUBzehthhgR7_iQ_%?#duXU| z%SKvnE#B>y3700CfKwmQ@f_IHEM6g|S1F*SeZwtK)ehanJpwN;5UVnOA60KWr>&V* zm^xi~LPvBr70k(2pY{`z;aXdhLwi!nEYn*A<^C4EP!1?8{$y(o{D)RMVrS8-?YLVl zyYrG%EAP@HY@YcM$s=bDxS36;L{VeU98idU`M-{-zHw!b~iR#raTH5l&G)F*WZ4!K{^iBnpRJcGe$Q%&K6CP8=}zZ zpsM@AeXveZ%ZQVE$Inbz?PrUvKzsHj)AyT*C0nB9$+Au!L%sls+Q(9+rEcN8EGu5a1_-;VKU z6u-qBOsxyW@B;Ilc$KFR;?tuE5w35Byk}AymYqN}l;UgWfxV;u&#D>t&>V>IjD~z7 z*shBq?(1(7&J4Jav|Pw(iQ~wQ&z&q>z4rvmyWau~daMo%|LF(0Y6^w9iH$^i(8`G< zJI$}yyWT7T#DjT%%D4a+KQ_6tp}Dl z5oM`xw?f-H$lmX3*#pHk`KXJX=pC6skN+{_0`tHh$&P$_g)s&NVw`Ov3>>r8)o#q7 zC!RR-dzq%j(Vs8Sk9|IXN}x#?;@PQ800;e4-KZQXHTmgMCzKJZKF} za}=0i-S!R&jb)|=K6>Mt-T5PQzBb({P7bR~DHo)VvG^tefb5mEUPLvhDzB=Dx+sCbn`AB|8jf_T&b#0YTlz{c-%-nP ziZDO(f0_gk;hl{x*>nDUuma($jwE8s+GAPWM*~ai_tnyKV181o#uXXwcmM_4^0z6r zc#}k<<~D;-p&8#kcaP=s9mzKX(1It#j=>8DLNeCK( zEF)In(>cmFG{FYpGn|)a6>`S&tX4+WEZSx*0P)uFjK3Coicx%)0hWDw-HY-CEjRg# z$>8eY_AA3}SzFVEJahzp#~`#EeO0qFLPuyDLBC#$Z5(ibhdg~7U>S4l&RU8j2o%B1 z25}A+REqLUwTv7GGTKW?ARyOI#AjZ=Ib!E2arvhz9biY=_hd^GT5?s(tukCLA_j?+ zsE8(n^!OqdV_n)6s*kRoyOei>T3)ET?}~DA-WRf&`|<)@nXDf=-T5VA<*jpL@V40D z^yQ2U>$nM$vxE*V89D}gUOq9YGM%~~Z+qvE4*gk6$in( z4S?-~6dMosiT~s`GcuysmjHH4hrVuK0c@tI@pu&24}`n(YSh9_G2@+7_3nc~R|q4UYD0Q{jzkPb@aStfz`u8L`&@ij59Q=eJPJvvNuu6!gCdqK>6lN3l_fL;aCR zxe&L)$Yxq4A$TR+aRvv4SQE2uBn)omunc9O!eT@N*#8S z5$c47)z<*G9Dk+C4K#o*Z#$46oo+9waAU-NrW~cu5vL*-1G*Gy9cjHM2~=NcB3td) zN3)QDW^QjaBduxm%?TOV0~^R-*C=gSq5=$dtTaIo&7B5?^YaLR$&f;5H%m zjFx`PLesGB!fAQ{a#1K6CRZgLo+Zi}`Eh)Z;RT#2Xu2=Z8P_ThWY4%s!?5plu4^C>MZ z?_>BPzp3UbmLy=Wh>R#4sS}3FP9q4X4;*zG3h*Y3;X+DAWTfy-)E6VzFAZNBui0`j#dE;%q$p&upc=IPy8 z^S~s8(o!Fk_*vfNb%l0fhqqiWMk$NjRnHi_kQn ze8>tT@9rGV5bwhogkV7}pJg$%BRhV2n!Tjrp9GOBXBgh}8m?V(Q!XBIdW<)_a~ z9d^y=(z22mZU9Rt-c*`sOT#j1w*KP6Xa3F_QVYbT62 zba`GbRWG8#RFsTFg_!(#gsn35$Bn~gJr*Ugfb{`V0|E&bI@=22Y3KrMmOe2DLYo#{783dTol);sqQH46Fz z!x>wglNU2z+kZ%yErdTeA}oB*z^Wn2qKl+oj{5T2JeOw8_V^?6mMF7rl>q9aj^BYQ z4g>>A!z2j=IEc0dEo=aAE?1!dm60%)!{;0v2HE|65tONMilHj%f-PgZPjX%rz(6lq ze+tUljGR@3xrQ&-i+;`+eBU7s1~yp*zn(7Mvr+vO@vWD2r(-ZnlaBzaTUhXC1{g60 z7l{_hEEbh!uGY+Na>^-uqInZn87+9E&V(X`ZnEu{2h}$Dsf%gCJy6=UfwMvHAg1L6 zaiy7Oz`w5yq?@`(z+PxJUz#%b?e1s-xw7mq0X3a@YD(&;Sc548VK^^#KlUBzwf zd?h?S2unUSP|c^;wO*?-%z4G|ozu4Gv1mZGvjcz7y+OMb9KUBw!RUgjNyBa1AAgh& z?EelzU?tN3{L|l4EcI8y8_JQqGV4ZB-3FI8)80gQ6V{xDttst~L&-qurJAhkR^FoF z{fgaxMf5V5+8LY*R-7b>Kfl655i z4I6Z?Mq1OIPc_-(I%(EY7Udi5z_t?pjLbb}XJ?!DaT9n?m!7jiyYzM5iiw>;)sPPm z>q|OhcEpOan`r(ib&b6v{tPWvQ~5<<@H9G|VA6cluj{wY*kK>h)X5bYkyXB<>=`pw zH*{skZ;ZkpJU*ePULI{uT12`BZ)m`XJPAwdVF9@n){#Xf!BN6(Xq?MVU$e&65LMdj|^b-t@2 zFt;>9T)kB~Yj!@@#}IQOW9$%c#sQZ`ihz=|WF=S{F4*mbl1`VCnT}KLH;M?o4pU4W z{X?Y#N7euk8y#2|VJ`^sPC;v1V&cT*3NMt2;lab4G^S3k5y$U!QZyPLPOh&?V`Z^~ zV#m|WGcPY+{5UOy2cX28EXZi%=`?B!XTFa1pl5R;gP)jW1+>n3Q>6sB3LUT-%-@xQ35Y*B!uvWxvZ*N-PX|)n9P(ABW z`#l)&;_93!(DjK!(pf^fmnbUe#Q^Qpr>L1nERagXaC80V63{Y^(p8HOa|voqlsR7{ zJ%)|&ZHzSJFw1W@&VKCdn7XtD4VRc&+g~}LJ+{H*c2KbOjOP`=wc5AXPj)-ZZTx#u zh?X32juHqlQ4Lu#Bn1?fTUhvmVOsM-p4R|CC3#Q%*st81UbG=-^e~JFWEM3>4?{AG z@x6rq`F`5QQ$G5}cw)pXZY-xmOWR7P7i;>7kh4F#RVK|U-pYsq+TADetYk4@+@D`b zzf@4p+F4!VeWd|rNyBEDfM>~$13G3pCAPS1;;h*Rk|GalY?9uikS-Gd_vidP>8qU` zx_pQWU;^t>lZsqAHWe|6n{)-RM>lV+k9sCUqC$KVu3~|qd!~dcW!q_E61BqZBu4p?W)pUKv%F=!yfO&VH9 zNDL681ElhDN{boSFFHn9F&QJEyq4JYldxGUp*u;2_bt3c?w6n`rW7jMVs0Y{HriC% zG^9&J#2xjAm6M6c$7A6DjP@Sv`*}JB99KOW7A!MD(6@R$KN&VFdEn>RrXzD8&zYh) zH2+V|wM17{4xa|Rg4;dYNX9iu$=L5xIC$uawm{a_-MJWL?7g9}n%mk=JnG6JC$3qg zStVPoRPxuYMtIr58kZt%ovYmnD(tg~rQB34CV7j5>;vCNVLHvT+nQ~kcxtInQJXgZ z1HLbG>qOWKW^Zwx*v89*q*Q59Ea8Awth+-tTSN;M9=m%b9!v5ij`CbEjeM>_7m}&~#QdVgjtESrduRpzbFxYkMeEHB{CyL1}B8rtJO#zhu(%$b%K~ zWwk45>4%d;l=|?GD)Hbq;LB7@~tH?J*q|Y2Jw4N1QEqBxS07v|a$eby`4#3k|zr{4$PxQYmdCa~=fE zWPKMCxS0)r#&(8Nsyn%AfY3(no+heC?|py)YUFQv{$a>|7AW#SlMiJz-fS5WM1uh!M}L}{$`AG>T1cG;YYAg zKx$cg(Mo3vS$g3O9szmwVSZIu=hPD}l2L>wLImRRofay*lJCjHZa@5n%Hx4-MGxZN z)Z;95pBkRI6r;nBvV;5f$jBmU9P9HXcBc`$-M4k3}m=nSt9`e6Kz0aZ~Vg+%}1JQW03P`5SFQ#D(&5( zBTga0S^G0!b*fb86_f=fqZ3Wi?vhHSq`OX{%7lIRkbht~#%$sAED^yMV1K_uXg!t8 z)=hQ5RvskU&Gd8Cdjbhks7=63x9k5$XR-etfe|hevu;(oAdAa=o+c={CnUrd%HFh0 zWX=!(thNlDTjN-SsQvW6z&NG2qpa8UAP$iNmS|LQ_p?@ne>x4@PsZtz>?d07`w7mcCygwxSX%lapVx98rSJUlrI!=VliY(sqz8 zP-7*eRyKKb=j#N+e#TdWtOif}&wUAvO}fZ)aPAUE0*FDlxc$Gu?bXM1C@iRp*a##W z3?*aVH0Mlt4vwg)J2Me~Bi;dHIY zs*cE`jHFTs>@{T&x8&d3D>LhTA^mYL{bl%N;SV>jY=GblE7^G*H`l?qG3NiwhK=IM zxdvDufodQ1`4sHedWZJqKWYiAFVs$jlaG~GCQ5!X6-d;LpQ({+cqKsa3spTGAL2aU zK0qc?S2=+k%D_s8#BnTaD@dT-QDm$POnz$ldDKzP zzW}8mE^5*kpr!~tcy;d5uk4o$w)}zF*%|pxcP585Z19AkXjc;!MHh|vidmHgkmeGK z#^R9BbC4g?QKdXVO|`4xL;mzh)rc!PM;t(cy1S&yWn2MnRiU!`+S`RpEC(ryp~M{b zXd(#A7-vC}%uGrxB_VvD6_F8dLP+JJ1Z$keew^83A8&5u5wo?6)z<$pLg+ivp-Qb@ zf5)qR(|88gP#)DV8{>_oZQ@4uFuC8gZmCJ#S|Zu=6DYs|@xnq}rKsl<0;BSlh8H5! zR1yo1_&HNH{A@SS*K$&%Q9?KVbS5G=VrlI{4fEJeYN`6jFl4S!pN<&ycSq+m_M!$x z(KnFh!3M%NjgI}&jl>X%Kl<#qg0A&c#yid^9_VcjXhTBdrAFD0U6&V$vevrRaWxdi z#+kcQLXw-M@A(~6@zbJU0RsND^u8DeF;%xS*z)R++1Kv0INMZA)ZkKMK-aHT8?w6>$=c3{=7D9#t{prfTv!Ub)lR??e zh3OArAWO|%QP^RY@NZc;fX$vvZJ6UyI)Egu0B+c0(9z)1*cJniM~(ACu(Ik%VLobe zTwn5Q>jngbK%8=0L0u7b*scrDByJaacP-P1p^Xw7|v*P7u)bbIYYd#wy^Y=I6qOWJt_Vhf!<9 z`xEXPSu>V4+Sv4l@!KH2sf&geUXu5jaR3zT37Ya+vsRp<|>Cf#Qi*kfZwEE^4GgHs!KG1u${E2 zjRx~#z1Rkzsy+-8jLj}#8Pg!Tfxr^n+VP(VDazm(XGBr@Q~#Y=km-{B5o}b;Ix_hb zKz)C9ljkBU>RcIU-W>cH9Wze%F^U9=)1_eVyNHp|IuOT&=OG^DsXF?P8GE+DVR*!M z6sUrhpNT91fl~^f_H=!MgUOvM=CVnHavwEBh)A~V*hYuJq$NOxbD<#|MO1F1hU$Cw zfg3iv0cq?AvaHYwF(4i`k34OXpwqQbC|OCP zzqslt+^K7vucuC;_pnZlDwaZg}TO`<4U@o z(Li`SM;M^Pv;HlquR9o65{2)ImxEc_D?Xp0;b=3CU=)ICPrWo!3Tk>XaVy<-)!wrp zl-4mAGn5}xO$?7@p0^EUG@6z$HFC_4?xW&Y${B1A6$Zqkw#qoiR$wNn& z;@x@RToXa-S;shUevWqq)c^_HO2UTVYknHC4LU6r1=Pm{Pq`G0XgI;d=mBF{1=JbJ zhHu&?!%r(`QK9< zoto-*(!lCN-H^m>-nkYH4MvzvQktn=uq_y$TT}^`fM(&pV@4MupOu1A9CWP#1>>`! zHQ}`5oGG>Q;Uvxt#_EDmGF+LS%t~ij{ zX5cop7F&JPd*Mf9hF;L{odNqL#bz>Dq#R5cR3*~nLqC<0bURO9cjQr%EXio(Ga#E0 zqX8F7sX9#&Qd!`i^n zbKSPFpnz-`Q|T-pPpzTryqDYup_9?6wObv*bfi<`!C=8T7*lZ9O>&UbZa80kz}IM$ z=zj!~`Uul}X>d-_U9a(DXgQTum31c#WK1d|=OrowY&rwAnIzJQyMMv%2kd5^{h4cm{XyBh%Olw21|N9Tm!n#lTHpBa5O z2qYNgC)(;bJS7r-zO)j6img}N5o17Y7e>V_@}wp%=;6J&rm{%z4Po5W;6#ITU&FHQ zvVn$3lUj^`*shy0_vzd1T7DK*7aQ&vurTSSVg$96`@DBu*=`ZKr~ZmWCz(gM?{Yg&&sCCVzCH+CL13G%B=@+f*IqYF zu`a)I&Ff{%8oo~%VGRq)5!4hYZW^~9TNVTchcR0A7lr2$8HA{}xpB_bk?feAw#-r* zqS$mlgNb z+)>r4vhhy4B!9@%CY5=$>9(PbI+7>>$@Q|sCQ}tWT~P3ppJK816TGuf+^)N#B@N2q z)8g7m`_=boOeDMTx#$!ukF2dY(WBb>P{u*D?1iav8<6B)t4g1$DY)|&DToJ!TN3QF$G zKwPP2FnG*I<52A;XH98>a&0D$2I28IOf>>F0 z+6;m_xVTcNDqq6NK+>)euxVs$MK^^mnqah|Xp@A4iB5&PE zG*cT_O*zG=%G~@BWM8m`I3#{TZo{NNrXH#!!TGb3B!%*t&T>*RbQw3s58sF~o?LPD zZM^MF<&7>S7Wfd%1#ihLQn?^ZzD8B8*s_7x;a$S}ewAq71OQL2yX28VH|!#R`#)%p z%|xDAoQ-NjveoxOA}b=k$AxuK1R^pjZ{&gYT6nyxZE+_KfheN&3mv$uv41yQ zO?hIOenOb>wqWbVsaULlrEgsua4L#CS{?$q58No&8#uFv#D^aCAvBlUVzdV-R`v9c zVMNTSgibKH^T}eBiTf=bTuM_8s!&~?+7$&*Z?+U^X4^>J5&svb!HSU-HZAR`Br9L? zSdVF7=ucH|-@+qQ{(ys(ZnPwN<@x>QL*Rkp-YLq&29QBdh3Zx&Zs;5a{=BJ&TS;Pe zl@X#vmByDbYLmlB!Uua&VKx#;{sUAabRvGvUq2Gmoi$z9@-XonqGrSJcwJ8Gd%3}; z_46b$%7UL=;iV~%rW+Ho45PDezX|}feWXc`;hRHH3DDGF6pi(SkPmy|Q{i+2x|k+v zLrEhF9lr``;BYS35Gs4EVjl1R;eE;`FFo3DQFNm5=o+~W;1F$_S9dt!ckieFs-MDr zByCDH1fJ?7{82sSMj7cU5?nWfbvqMat@C3sYO0s{y8kM2PQEQ7BeEC_i2?|$u0%8_>y z9U)=(`cVX)T9PG{YBCK}t~NjlEazgff7ud3?p&6!3014WO~gpa3X+i#eS#2ms$+QA z_do!=QI4Wzr?;^fvJ&7 zQw!3d#Hp$>ryoYKUyNOa;E1i#QQ())LT2_QMoYDRar1?s=BZ#UsxVYf$R-;lt|Km#fFTa_Mh$XoL%Qu6Jd|_D=AWBS6Gbl<& zuek`>thiWvOi#-?iX+O$LPmaZzBz-CJ8>Lu)n>p@-MNTc&iU~s{Ua1ui6E8ex5mkQ zlMt_{=m{fWU-v7QSzT{ihR{C%Ma*sD?O46;JgxpgYoh*z*#(##zglh+0=85{n98t| zB{OtK_H8xz zm!l?NGZ@F9cGjkaAdcUyze#Z3Om z$VAD>&46>f&H!1<+eO*NlGV>{V{SIt#H1N9hQ}T@Cc1Oj@=`oTwD3{E_mW}&5)~n7 zK%^GCUQQ4cIQuQBUdCxw&eRFBh}fCECYwW2__FpA^FqcCbCW4+fZ|TB4mmk})cy#9 za|q6SCgeVgHr%V)PE#pZ|L+Oy-c}uV>9?`*2=LHcI`bXCOAUcFhJ^|8*9Am9{^gGj zkmANJ_c`u-btBl8LxAaRwvm|H5A=3|h0{8$rP-G_{_rLV9m8Bp35rxX|P(1TtcOEx=l8=URLtP znefPrIiJ}(N|=@z8VPZ8)1YT-b1@y@ULqjt$1DnWs3)4GQhMh*%?=`MPUokUg2|$3 z6%}y=g!`>-iYYYGmBd@Bl^=Jj%Z9C#%Mb<_l*vTif=y49VsvLkQ2U)~r^T~Ay;Yc2 z2x!UvxM-o$J1KG%BOmg_IcIJJJ2Zw|uNCpnCA@d9KP1EvzA-Pi(osbbBKnT&NBYkL zx>c=72KF@zNVh`Ynp@takx@=4uZ8q_*r}8I-YsE7bKyvD5@a}bSeK~I1Q*x%E3mrE z51{O0Se5nnzYR#NZFBMp6VOE&GE%_hkRm6z`%DE_vO+wzT$lK)o3w@=W z^3x><>!sq|q2;UICE*OpstnLdX}KO^AYMKyF2<aB_orx(CCI*YCtp#3~i8M}v@6 z_`t5pHx~sLmw=vsU_$glFyMT3g<+N9&%^Ov5&!w1B){%l$5Gp40&WIoHxXT}UX|_( zgdLav%q9%y&s)PZt=fOxd@|Rge6&cn9QLzRT2D&-2f7<__zNMA_(g<52nuyhiolO1 z933@>(V|vMgIK33JC<(5)rQ4KK8sF?ctB+@^(`>yBv6v|yS1Z-XKL!T>yPZHbqdai z|1frMsf!HHYcC~!DEiq3^>@VHxTCST_+ z-MeMl0tf3(*~9PnZ4Qx7mY_y`I(DJYk=&x{Up5ro~ZOb)Oh@C-%+=P#rwKTsNTz%h6yoaHNbpGsXw5zflO=QAz_QD98`P(c}P% z@ZIwD8{Ju<(sU@51NEduUY0rJF>>OZ#}UrHPxkWVV`sf8>JUrgIDiEc2UiSOhwJnn z^9IZx5q1w=mmZQ~eqxvWk23HHr*Q5%S5MEKC$Ttd`1DgT{%sBaMtyF zXlNZ!n<*WgKZpb*!XtQMH%S+FH#!8{I{MuL`W^pERpHh6LW+Y6!`mxNvv1N^SOE*! zb)qI-vDU>>9E#Kg?wb;m^BZzr{4b-;fe%t)lArOto-A72*!mT*4SP0e8$*3(jkuOjF?eY^AFOw`;V<#n6>0(8 zcTdUDNq}1v+1mElEc&e}&_|NK%Z>9tJIH&UHfu;n;;z8Oe%*YyDn9)y^SZie+mwL- zb4q=ZS9`mv{&)sqI0b7(nK9?PQ9_+u@nkD#3Im}%WeQ|>ZRzJhhQtbcWti`CGjfBm zgrqMSim*^nR$Mi9ecNb|D`U=*R^SpKjUr-&W*X$rr&y<(PD9|#%y7rq8rfDQSPl6j zQ^$yXnMF=Xb+GZoq$902rq^Z%%oxD84$?D(@tl8Si>`Q{89sj|>TODJltETO7|+GG`2k@Q0>Ni+PVJ<2fm<+) zuL%z$K{x_Dks=d_ zE7xKAA``t}yjHF&2|-YagUtX)gxXI~@E$$pp0fSyok0YHLsYphl6E1F$a1rnY6^X% zv17j4ZTQ*nV3+ZYl-1BRCMmF^p@=n6fgVzhB0m4t`tVUG-r8BoQjq^}~w!jE=I@_c)E> ze!#m7ptyCFaz!ovmUF#=!#~upN!5x|W`RQc;w}sx1XKkG=LWD1EQ`pKk$;!fe zV9?I3xkkinYi4#&uvcFFTsSc2Ki?j;W)Dh1~2T+fb?xc_jT43B&++6Nh(s6OF?dfhNxGK2=t%GZ*bc_XAw@ zc1JO;eesyysEm79(gaZ~doIC2w5Mxc?;hs*D!b;%&L=~XynP2aIw`YP1qrXk7MF*ccU^D7<}+D=J(P{-v=U`o~qi6r`I>|BM7AS#;% zpd$MG?II>o+r!2i!r!_3^`q8jMr|Rx6yBc9K$XeurRibCalqldC788V*VINVNF|kL zWbxshNLc;Qu2$|UQ8HDIk`IzA9q4GqzUBKHt3t|*x{D@l89sFBJ&zUD(|lR;#?(+J z7^z#>95pfm;o`famFxe`@9fbdWGEcvW!0(@Mg$9ssZPcdM3|p+9F8@VzYhtNRAh+4 zN!OTP^4;Y^h1)2zO6gC9f=d9ec189~qe@{StJ`6!gxt=6cu685*EJhZe~vdnxi|$U zvv;AWH8a?M?)x9GdrL{hcv;CtOn8sj)m&qqY-kibbe4z$_M+`MS=EQ zl@tS^1OUW?gF%E^f$w-S{MUhEqD4K#bQpvT?)cwN{+bsZgmz;NH1SqjnEFEtBootIbfZnnq>7T&ekn}p1JA$*;xM~wuBk`bPS&l)~+A=_`-kuAb_F|oh6u(KaV!kR3N1in( zq4G$!l?}oAx2|3NNA5;1@v60(0iw8gP;5yD>&^utgC4H|Ib>SQ3>lRcd)?$MIWGDI!eqAGtKkY%dA65Pu|f}o4t68Z3L~M?*`XMM*!9@~ z7^)4l=s7L=&E#em-npGudOVk~6_p++t{D6p0fv=7|LbQTiR>JR42U_!9K~6GddtK| zfCp-aCG-b8y2kXOFsqY-9;SoP;ksOQIZy$BxzXE}R}Hu@jia=eAxJJSKIy5{ zAFsh5o*UO9%^LnZ%4ir;kpGRT)_j~_@Q7x6*}C8L5aobW>NH!GAT-2r!z2F5QEFW( zJq3*WR)JBf=4iRyL&1O=iZth%mxR3wFz*%H_>L2ak6Y>jYEQL>?Pu%UvvAK*)+pen zrcml`d5p?3A6>nQchO)talmb{d6=#X&t>UtR$()r%OyEgPcL$2GNvR$9H4xVrx|4!laB`G7D(K zw1}2LR;reiT!wM7z6XgJkYBt*?ZRc9;v_;B*>&9v^R4*dHqtcRY&m;9#iqL9i<1W_ zmX#L7NWqoQw)vWzwHGn=5%cag+SYJNPUGvIs3lspfBJ^(R`HYxi#jdPtMS<(S zw+^k86mkGzk8ZqoWXbNZ|^Qh`=4*=U2 zg4-`PA@#Fy(Z^aXV!{K^4|0eiLAseh8bNy7=BETJ-0BNCubco6yxe!ex*e>AlaT(Cu_!v?)IWG1Cqg4vC%N7!})b5(QT={DrM4o!+i^r}=3 z34?dhw!dIza#n=C^KHoQWcpgA#HMr<0YP^gpbb>z6pdxGpCm(T6A_McvU7MlCbWex z;=%%FC`wRu$OLdYPD`<`cqb)EB;$}kbf6oyfWqb}DlVoB-RjsR*NoPEG~~;#odGKw zF$b_#NHKCzhqB57r@&qsCj=tRdS-$4qm~!uC=jy|U7eEX!<;7H3`wrhD=Xl(fc7tD z2+!0PEIdMi@zVIEmWa^X#pr&SBR#`8AcqVU-&wXFOM83D9j+C8X zEs4rN0{m$CuX-}&6sWP~*Y>!bBLSNXd*jC#S(@QHAh z{4;+5Co)2h0|I#Il@+oo-aL=KLevXr?&Sf$O*CnP2O|_TS@J&EI(lsuue5*9+5J!` z@NlN$H&@mNX|;hEh}|X@3Np_Le~XT_s}0zvv)IWm-4b&Aq5Zu1#5F#cYgir#?vRb%yyZWuRt`=x_Ec%y06Q7n|FY2-8<=68pX+DJk z*Y&d5fYtw%Mdi7ot_=Yu#QN=u#Hj7H4WYl*-y8#%_GHJljvzj1M1Uowcsp{=HbDom z+T~<3cj4QT;G)19aPtml{Cj3pi*s0j`<1p z=Hn=ujV{O(&3MT*ND*1hOl~d$UE8!RrEAx(=~yYyrJ}~)<7?8$(3e(syqhM_9Spv9 zF(#o?k6cJU8_9y|>x$BhTM8G3c^}I%D0pm4;B|cMk2xG61Ns7Zpaz<`x1LZ;qQ-*- zOVcmtyi9R|Eqhu9QbpMm|0B@3z+kNA9Ax%O8PPLY=Nl03^ z?4INU63t(XKz3x|1{)??`HJ^wjdIXi2U*w6l`Cr-*fgPkb@`Ya?X*YVG@$Y!AR)Bt zX_G^0>Q$fS*5_4mLPK=#KEd{eM@nO#AmaX+10}UxAUvy2j~<@6-zQ}I^F7-gNy z{oB-UN1ovNZ-Qg^pK8{JtoWjwS@Q?WK1Qtt&)`nx8lz7 zaP}sj^gLU7)5(bQNT5IzF@}cg?K_uo@x0a!YjeW})gT&=3SIkxxrjmTQQ3(~{Q8Na?@sQqg>k*EWtVuP>r)#S~8_#BKmzZck5JkXCU`ng16clpgr z<1b2O%kLL|C3TgF!2d1A7TB(m6P*CH6S$Ahh*yEEyypB$lxK#c5{O>lOE_j&eENs;z~{`J~$av zjVCb#yN|eNNi|Tj(bxedyxpo-Gg9hfD?d3?@L8x6Xdb^9i)r0*bj0v4YfQCVy^>$G zrgGPX*?N{bdab$R@*JsaH9ayQ3SiPkfxIe+;$eq~2zyAihgVnordK*J1TI^Hx+PFC zvovyqfGY4{^wKh<{@>Du^5`x#3#B_DdMhD(3f02)-SyfxNQ@~TuiQLy6N(l&?iMl5N+?cy-Lz;{R4M~`nhWTK<*sMc;04F})t zVgy6~4xV>gj#F=zaF>57?nWvFXi)yO4Z=SV1_OX%|*K-3YPn}z#k@LTxm@~#W)90B-fXP zkc{xRavx2c{SezfhE{sXgTB2vR!!KZ9^x$te!1l<-1SN)f(o4iORmZ`6A|+=tpyK1 zomBscyimlt{*a^i0Or?Z<&h(62!#y@88`xXv&930m3>v)B`dcb0!^y)3E#2dhGV*i z6+B=2LnHJJ;*?~ZiMfJfHQRpyMEZX@fEJ2Il@{&su5F^w*QlIQ^Fa%R1b-_nNDwf+ zt-z6#vsKeS$>auBZ zC6@K!|JmPs!kC8V5Vo5AoRjuiW(WlRoK!^*I9*$RlRYSxFrJ3pP@5It&iS%XA5BU8 zU%<47Lx67mlK0G;3KM#R_?NkqDp+0Q^xLJu(ow1prxWc%GJ1QG*nw=q7u_Q`0RQi4 zE%vdsL0A?fD1n>;gW7B%@>FmwA#S;jl*tQb|1YXk# z+*G^t9~b75$_B5QaHi<=AX_HiIN?pg+f0v#uRK@|ZA+is8GSh5li#u!hillTIn32l zodgpgTsRk5N^>WiRQ`KOLC{vDqrn!Bx?ZK z({XjS7@6`$(F>mbxl;gq{FmtZ2BV=i9f~py@AbJ-YVpb>63QMAc+G>>hL#u;GB7T! zA@Q=&b4qJ^=2^9$PKgTXfDKtZ5$xa(9mSb!YZL4K^u6h`2FH?3jA4SZJQfmJqyub-zQNeP&O=6A zLxv*KG%Pu@rYyD5E^oJDrDJbs+jHC)QM+-OtrW$g38@wM`(8*D^S@cUv%?2rl=1Rr z7!T1SG{gCQbkzXTe~9{_S@NDoF(m#`FQSW{c};*0i2y-UUKEF5C~{#kA1a#1N5kEy z3o^=m$GarC>uwo6LXZB&T_ouo05w@*-oB_#hHtT#qqcwkmAdqCD%^Y zX|{IPv?JQhB-qgRG(Z{cUS2JqKiw!I>uZKz-S;dNbK5Dm)QwO=X>uCbvKN~pGDGe5 zL0Jr~HU3$g6kfF|&PaHODKWce9O3Zpj6A<C@&jA+f|@iR;FUC78YYW z?fCFEYT>H@4oT!5Q0MuTL5;;1yN`cp;(ebjodbvk{P%iZ|m;UBRuFq!E=A0i3(hifh4;s+5#Nn771?HDDr;@|(;L6IF8o$;t z8SW`ou`~(BP&h8YQ-`&0+pLaZx}0UHB)IEMqSrB+Jl3CJM7I`79{N8afz13_v7B#` zc{icPJ2e;O@xR{Mz+HqN$zUPXFG8U{lcknz2eAI`imIkhIbh=hYCdpxzJhv&ZEDzMxKPPvZC%T1mOW{KhQ!5s^jCgwzL2Xz zLSf?JAVuO^pB|h=aqznCV(yMW;uO2)A&2vFk7vj%+AAs6g?(9ax6m-cN7YfbgS6pe zs{Cjz64>>VuRA#ZlenLIn}jXXONNfFMNTh5iQC$0wz4n=XENj`4buJ_HkA-RgzE!J zp(nj>-YcNpIJ$PUW)QxMUi+3jwPFGtfK|2-Kn_%T&<~C>98i|Gmg;6 zt21)1f5zLyU;+y%k{(4f5ZG)0I-W>v4p(*UD~~xEhNw9WfK+1%BFbfQUY9LDyzOK$ zNKV#9XV2^~HH_mk;Vh82V`3Uy(ef)t*9zwhJU%4@qw1ywQ-s%@jijP9^-*?<`SsS_ z$BB_n`;~746;iaYR8%TfR6~;F>d8Kgs8u`W31OMbeRky5g zCT6YMP2mHubb{pV)cyo{&lll@xTsFZd`&-MN6FL~K!RaWu(ou3Jbs*ds97lD<5W{YVxldcqh-YN#R;}{?~eCt&+Qnzm*P(x+^+r z#~c9PeyNkH3v+b7VDE;@1OILMV7an+TW9yXakJ!I1UhO4 zqB!zfF{Ed|N}K356FFONNb(_rtWZheC+;fpNxR5sazZotii5p>Z01$sq}Yx3yaNWp z5Q)@4$Z`tB4(h2|rWTNQ{RlrQm#vybwi6H4q#_S}5WTd`EaJjNGBj|T#vImg>TjDZ zh91`T>Y&piSm?UTM674LQtYy5 zM{PL-_~$@`cNVv+`~LjsQO`etXa}IYp4|4Q2SUuY zq8R+e#28~N3GG_s4syU#zfUg%u@hXvX%_g zjWBj`>wui}nB83!^jNTkb+$&Q4~|q4(~A*q7r``Z0o-Fg%AIUVUui_MX!qh@`+)MB6?+RXSpNYn23IchWEoix(<>ni;u2Sht<=M?s-6yp zFt)A@wI;OPQZzd)CtQIa$~y|;1jlJL3{ZGIb?AxZ=-&0BeYm;bZ9oy?r`y#L4w;0g zpt9#MX^LO$tepradDBP*S^?VDN%d}5<(AUaYRrZ$@wh+kAWQdk4OSpc|)nJ#? za{6z!D_o*Hg&j4UCeBPDY#S~Z8$8v{>5?l>_jl127%rBO8>um~7SPu(ku^<%uD7U_(8I-SeR>{1|KfRa3PKrld3Z z2hM9PWGlKh`_{4tiTbw4=Wf2XQ?YG5VcNb%^@#$U0AxRP@ZB3Zv_O`e&|oC(EpJ`b z_8g508JAx^_dl-+Hugh9$<_lG|G)}q35k*&@~Ms1-y2t!A7v7#@RqyBMaJqph{zXR zmL1&)hk8#_1h+O#q>kU9W@%TsIkRG->@KTxoUMTw+rublxT@;nL)fN04<>A?Sf?o8 zNAQ;TNUDa6<(`#rtw9l7L=L)QKJMoa^S_&a>1Oqhyp z?ahz0az3(P%D$RGyg$S$ruXu)pKTg% zeRX)1|L}n%#G6gkL2Pd-wVZX~l<9736)+&^A>2;S_TZGU0k!m)SAWn2Y%fHp?CFO? z^KdKDDYU26c|`Ho)r+hSD%$O!o)xXXoncBSuS#Rugcc-hY6Pq= zc4Jv6a~t^?Ymm-HI5*h#q9n4*^g^)ofnnRl?FB)o_b8%34Wg|uQ4DQ-k zUh%BU9ZPcF=5KV+&KwI8MZ!rMuyS3tmCA>&?BUEDvncd+axseu9-C=qd&;$Kof)n= zalXH&iZlYzWm9IgB}*gKi2ok-c%*EPDb+K^mhe(a-1<*Jb{+a%@t%lje&I~WUxJwt zS7mE$rkqf-ZWl^YkmLx+uR4Xa?3k(1Qhf7R3732f10b39zGP&kn>!m25%PBd%!yhR z@j@4qnX+=Ws&ZpBwZ9THN_Jo1*JY7Fs{A5S8)rrZxa@&9eYRp`vsJh8_~T6|etcoZ zNAiVG0&{Mm7JO2O40CJ-G6)d;Qwg9r3QBP|4RHf{S=bsmh7~91oCwB|o0naDf0kQt zY+VX(Saj2*tkO@JJj4Hsb*32wGM=7n^q6L`EU<&qHk4e*Vo5a%V!=ILS8Naw>g+ZC zHd^FZoDd3HxGV6qeII!VZzFY(>$Qq!HSEp047`yIm3BNoDwJoW<6!tdD&#DZ66sp@ zw?l%AX6$tfH+8v#!W~X1eAIu%)zz4v(Ow7c-#fWUJY{R{G>xQ9{w7N$qcGhF|2BS>c z?^$jR))}-S%5Y|-2eBFmHCLTD*om{k6SNU|a+Rp#9`+Y_k-BwGRlOk}>$diNAQ@9w z5RIVz-)^((Exk>2Kx553*LT9!8K}oqB3qb5u0wnt`ghG_PZrh^8w1ApBh+)cV-k}t zIosT-rD$0(C)qSK2rN!JC>I9adfSzi$tEwOyDJfyyoUM<}Swb)XMyz`)N^u*uJR6=f|8ckD*P%vB0$aO_V(&!N zj}vV>LT8(9YjeOhux? z23snu#S$d*O^aQ|b+|a+Q;rQtAq)y5iZL*w?Cmfsk#v3Ev_u7efn$yF?biMHXmxEJ zDh`pESEF(s@Es;YPlK46${jz2Ny(6FoXlOK>=~_PuJkWJC2rCa0MtMlFkZPxzy#o_ z4&!<5Zwe~i^=L=-2xmXOeC-- zIq&71&3sSz*V5H#kxlCkyj}hxiveDK)`r0axu)~;L%)p$Ti`Sq&RpIOMcfhTvd z|No`jz0mL?SzdwZc_GWD@ek&|InPgXNvKMN|3@bm;kg!~fuaZNurpyN#-LCbUBMcZ z4fg7;ZeAO%C0@awEpD-pmOtBZ*dVrMC@0Q-abA8|#9pzIgh(2*|E)>Lf1VBSX|w#{ zk>|1^J7DfgnPZP7B^4&OqnuyNOl9PO!fVG|1AGmansFkmMT;?rF$eaIYSJ8PR%s{J-(e4$lYw&%7n@;Hq3I})KJ-VC&L7u_$l&o|Kq~N zP`w_hT#?hO>5(7ANW&Z^@0b>ihfgt}p!M}=B_%9qh}y~2>mGme8^-RsfRIJ!#=ndB z+&eM6dkxBuf`hAS%~_*Spql#3^y(rZ76Z4^XiTL;D&3J8cO^9lN$B_an^%wi|Do}iA2_da zy*V%b@dMnCv^ohv!)2wTtb25fis4)ggi8U7DsdH0*YC)>mq|B(q>ef!^-kV;)Ms*` zm{ocM)7t(r_Lx#^7#N`+Z~^QGUb4f(J#h_UiV(hc8k6m#IfWF6;ZQedm&R`nD^~W( zb@z3EPggrQl*gL@8muN#>xmsb;}p?3S(U9ex>f>ja+8qgeOFWq3MXU+zcwehI+@m| zdbO;ADEl&IyNg`4={|##gLaXr>o$w>?tJrOG&V4><}in-FMjkCc+((_)&X?#c1jQ} za?OT0EX;mys7jEl&2~Oh0GM1Zl{~;qRLKiMaV;i+V0h z=$goHq=?nhm~uY1kB>ZHkO00B`I<~gUEp5cu|ooMB^(#%pIS>a082d=3)QGxM;a?Wd!*Du7QAhjYSKF6bfqjeZ)yJO#DvVtbJaJYgS#sK73 zB0`If){QgqE{;hb4sM*yML)W%YwSH|4tdhCe-$gd!JN-n;q0cc6@U?ri7({VYEP8& z()uPvio4qM(+=r_>&NB%Gq*tBXVg$3uK-a%uD=EM1Kxn%1JQpXPEm(5OQbVpiJ?PW zwW`^TZj@1@@tg$+z0_z!7IqJ}$wJZt>>!4$)ZREUO|>0vVKcVOw53s$(S`O0#~vXn(teXbN}3vSsfuuLow z;fPzH(nR*~w4+OlyuX8YsYEF77aKHI#YmHkEB-=fjY|X}_N0X)cMFyC*P#^Mi-La; zTcF*q!C*IG?^n2rk6LB7gC0qqWvX{p!kw1$wb68L*0|e~uQd7MQ|(ne zxF~BL;Qddb4|T|pV@6o#qbZf}f%Afk z?vm^&!!6O~YQPSROuNpMrhaDL8oWJcFHXQYWVq|rJreJ$Jbv?3dDjHAu}YaR12}B7 zjtlCnkeLc2kYSyd8r;qF_qR~ke%hW@(xSVIGX&Q`jf$@jPNk_;XP@4^`K_&XQ*#$O zH=)Itb|qEle9Hx+ZiUbpI)4`2Z@{#&BVw2RHBOv<_+~WL9c$cMnsx7IzT76K!#4R6 z>TTQX#+)B0C=d5Lf$i6ll+gQIY<Sr<>!t^ zR}eg3m8&nqYeT`x=w$#dVuf$XM9GdgQ0Mp5WJ$PWsAwy2L=Fz@CtcEU#O#g>R;pMk zb80u8RF!K4?qd}c*Oud!3sP_r6kQT9=7MV-j9We(p=LGq;kSz6Gk*0? z@D!pOu3i&+ojW~iQOYE15~@((V7mxSHAvX^coBus{l~LVv@I#( zGW-$yqlMf?=LYEwFzT1<bN~1wKAUO<~Ip`pv!q_ALpq!>dRZE4|?&HWvaSe9F`h!GSPL>p-qU3}klY5rp z)AEPRpGQ{LpL{ShcZNYK9H~_0HrvAc2AKoqCP~%W3_d2rCO+cpQaf#j(fBO@N@-U9 zo$9M=1kkge|BeKHQJE_oorXJ>&nmZLuP0mUXM;-xN9KH(nO?;lJCCtygIRtirW6q0 z+GnOs?$-P6Rt~RgE>29UcR23^;Ja9`U6|c_)*&4uf<=DZt(|eRacCoQRTXO(#2>5>(EL)bbzVB zN(DhA%+B%9LPWSzLfd9?7J$meE7YRyz>GdD?JtT|;^VerD1Q6QA`)#ajrti4WK1a( zjyoJzlbTYgIWor0N+%jmYx>135mg?O=v)kx%tEYNE_rjp&|@82m}H{|B+4WF`$!EO z)u+alCC~MzcPLmglCnrtt`~gUjBUX!_C_q^tt0B8&ygH}%XG5Bdhzpgd|wPX_YO@- zlW{iM{ayZHR9B}nYvXF;svZ;4Uld={Vyd8ux0cXHB~2p8rw4nHOvFkvA~x^}HFi7p ztU+@=>71|&s|A{$2(7^qTS%1?z3~`)%=-Mrh! zd+NVvZnTi?QF6%Wq74lSAWBLV0UAwgs1kA#jVbD!iU|_MF6Q&P!CoF&wn3&jzc`Bz zk)yEn(e{iv*8ON%dL6v%O>o~&ol-)zUDBD%d#FJ@STN&AVGR^+svJ@ab*deyrrK1- zr;Q^56MI_zk-V0Ln5X_`j>!Q+I771$h!nVm+j|D!J}tiyDUJ*1z{l3To{}Pzk&_`I zHbb|@a2C<(GvS+DMMF1;Mo%7{Kh>6(cqM8+N87tJ+G)h2jY7vK2R_P_bI_>uZ?U)k z0cwpe{Z2&HG+Y2-g!B3|E{JJvopAlQf~n*63ZFtTBA;sLbC z%i{ZD{k~vrM7kCxKev~xZEf&JK`aXuIinovIV; z9@?J)H?WI3I>m`FEAX36%&XLC6E*jG1L+nhixgn|g$)Jz)&fvyBwb2=!KOTHGQ@{+ zj$|wBxp2(m9+@3pXIYk$6FN4KTAJ>zYipbp7Ij_jyqTlLX(XU;HgGUk;*%j<;r12e z6hquHQxnIwm{xkM?U{ve(j_wxT~>HNm28*|Y)29JY633#*p3dS%Omz3&Hglk@Y`9S zu9%Yf-M{^Kb7Bc;q(VhHA^8e`c7w`rWGZzvd@w&LE-KirXuUmrErQ!w{z^CF=&R#zMfY7ZUvq+TmwAG?X7H1@-6IC(-$Vu%Tz zx?XP{B32ab>o-oLQsv#%en28ShP*i)8!j*!i{h1b!qVP2H!=mr!#8H(DSd}z3{q-x zp&`L1TCM5s+swZ>eHr&#p$-FM3R6WC8m;VOwmG~!z2KPco5?+(p>C>`Jseb)s}Nk- zXtEVgoG;6{8FW*ru5?|`QZmhxPSus8^nflQQ&WD%tiTWJgxx&bL9VVw9!p2tAth(i z(;2uK&b~Ju$TWT3WgBT@W<^Ur)1!|3R2n5HD&Q3 z&vp?0u<|xN`Mx~<{0U_4Bp2cZuQl^CS{9oa{nK5W-In@$YqGN{TQAUTaGFMjuX0$% zj92xLx;W~5Cwi>oCZ%LP8`T&Q9mS9ltep^-?a|^Av?8w)@(;j_^IE^JJ_skgEbEyI ziRuh5T3UEL5LMI(8pmttz14*Dpsl1&b#cRg)mEm05o0&NB#w(fLCo~{E8yq}Fuyt3 z`8iYD)OgmQFEO)V!8JzKxn>|_T4kqKM`R!h*jjkKZ`P*y%TL`0vz?aUm0stz?smCN z<@-h)4~>v5RE8-ZVlFKJm6zt;6kHa&4qAWksqF`=O^Q-AQ374xQ}!AhQ~o<#ESpL=q?e+!ls%O zoZp0n+KBQ|SRZG`4>AjPJrhCx`FWrk&6CV7t8kr&9M+qp4B6b;hw=I{Ohmh&qe!^H za`mFRm2pi(A7vR|#^-nSzS}OX8$Ro#*Lr;Z)RGQaBBXQhrEZ)Ut9d<6qeb!qA<#)# z-)UFj<-#L$3Ov! zhmK{8vc<)Y} zmSvi0SWP-Kgk?A)%$CyE0KW+K3z^%laPTB9%p-j1rD6l_t67IkE4G(J6tdF7P2H`P zYYpai{ALuNUV+TmFR8O!izgIa&A{?cHQJu?L|jgmtV|jdo4z_1<2i$D(|4sP zV-3JAa8KP1Itj8>EBPMpKRBwf5nS$uu+F&1QZX$ElK46ed>=PMTC-B{7(kKqx%MB|H(qBFz^MIL91TGN0w%Wts zq<6?dSq>;hrL-?Lc6su|S#K5GgV@~cOTNoe31a)^UKEl|e3+Uj_wEEKK4jS3@8R*5 zOpC~dg;I2*-Fe(RQEX~}h@IBrZXRL3eiJ2ex~MZ<)^EcGFGm4vxyx2gPzACk$f8^j zNi=aS*_jZ5ON4gaS)6+-TNZO|P46|@jBFQxpbiSaq0xJS3 zpydm=WYX?XccXLdbsMqiB&z%Aq(F^YLp5Xcc4R7SAT`^b@DIgft78g7{@#klgzoE5 zkS$^$dPwoz`bUxv!-eM^usn)c#v1hE$ojb&DD3DIoPaiZ4*q3xXn=k7$v5`?BfS4L zx~PzT_;1F_{}$N#LOldrPqb;pXCyK2M0&rUFEj2QVfL8T>UZib#LE_wtO(dF9sF4w zVM{405Jcx9LW=tH`gl4If1}mRGs)Z(c?leO>3*U%0IFiUSsNPQo@rm4h9!G-j5%7{ zO947o^lK`AFF^!4a9};0wR5* z8y($SjCES7bR*w=8m@+@hY%+aH8ot^XY3@{uj=ZiJ>WKCqW}iB7AF`~7V9Dv!^-7x z2XY}88vWUW)EHx0bhDwDS_+L#M3CXj^Ifq^7m7C@2rl&+h!n(JB8qfRanD>o|Ncsd zspDZl#(Ic<7GX~gilw7mg9O*+Ya&s!*FPbz*U0!{1Q83T*=Y7ZxERBv`k|`)cnTY} z>{-fO)VgMZq&_l09qAp5qIa~f=lBy3!ZW5^p-PUzj52>IFSP}H$`RZ)IHUrCUMEaJ z=(aQfU9PV;Wx|9MSy?gu+>Kf2)52E-ki;$XW((HM{hyMix zTR?C7+LUSm`iO`wV|Kk4xHz;AELg~Fk1mB5wD_D9b*ENx=FV~Y$in!d2?N!8MGJde z$E@F{$b>*`HdaUTz=6*@icL8rPXSwWJ(0A}RSQH=$l7u(<2{JBzkt%EiF8dUx#odw z1t6Igb1;tu#gdFJ%(3Tys4gMyMiXrg1-9-X%XeG}uFrQFh0~;aNVfByAUEfdzP!do z^pvyc$oGFm@eC9+hNp|JZA52nl!E*~a!I{bsa8ns&?qBm0&v;E=B4K@Z&|5voRDQt zGtmf5)T|j-%>uS`6t~%YV>PoxAP*{H-4_~HVnIdBrk8N<;TnatTUDMm)KsosE+4;F&x>Bs8msX z_7uySiQUc!j(d~|f@-v6D2BXBj!ERBexri{2u`E8j;#2*P(3OqVsR*N(@@3%dQ0v0 z=!%%Pu?r9 zvW9z%m=8mPV7N)!pC5V&#jo~3g89b(1%vBA?SwAH;iM}rNxRQUw1rG3Zr+h~fpKC* zpHpXcGe$viv*F`0+tSW19egO2WDZ0{=aEFYb0c4vjJmp5@9A4*w1WXqST5Sy!8VA& zdYKT`++u_!?S@=IdgKZTY|?jC>zvW%jz-v$at@dE*iMlFZG6DhKGN@ZMurc0%K$?+-cn{EU$6|XS278zC;hUOWRTTz(ad(xyM#m^2rLy|Ri z6c`{)@na~GHV_*bPLCFFJZUZ;OODx5WYX=hm8Da0{H`I5Hjl zgRU#!L>1IM;~gvpsEerAiyN7{HUbh{ut(bI(rgm=Q-=c{<_^ zyJ|s`aYJjxN5jz@CvYQzege0TqxDI?hSOzQpeOlB5yxdMHuF?~*9OcOm1EINA&SiG zX)~~JNF?ph4t9|eATOhuoqpm(4AqO|WZ0iG6ks8pGK}yoHhBc}%OCJ3YLnGI?`=8) z6TNCOk|u5&4P8i~y6x56VInuYEDszH+txux4BBf`_VO5-Bg2!#Ky95tUFb)0@=|WG zuO@4;@r9`F$kZUxkq~0Bwjp6x1b~4bMy$;*+uW7pi^Zyysc5*Oh(&JO{iynvp~P<2 zEGa)RkL^ze&q>A8#8_LXw~&o&O3fxv#K+4?klcp0gf&q(DEpd>r>+*3ev2WfejRZL z^=NWNBjO{dNLIT+nx16jqYI%&RDnE~3U>>fhN3CyHLjeQ5jmc3nNc=H1u^DV723_X zTRutNzoQo4`N*X6&CjG)t0dv>!GfeWBEJb3u$)Xy4humL{JZCejE#$~{<_&g%+IUZ zh3|!Mo&Y-}Cs%_pdw^p)tU4dwvdEzj&|50(=mMiqYu$L)Vbd(ie>A8x$uj=xmGo6% zWX}z`8fy!^S8c8%o7_ISVq4CSoH)ea$vSwYX~)2B@dzvXNV)YJz_%Ei9r3mGy}eY5 zTkj1IJYzX)N6B8ZN8fqA8(BD2c$0(EL}2JfG*fq2n6-%jjVUWyC7I9v2>O#!Sg3HE zdvD((vrvUUY?_wA01-BcK=67A=jz+pCdSg1wZzkCCuAC-Pw%q*40r_zSy23qc{BsL zv`w~+zlShFu6^yq4A;@AA~Dnv!aQ%@7|x<;0YZCA5Yw~FSE{t>L14@SrouQ#P)aI9 z(GnE+^SR0`M-Tw4ukzxP*Ylnz&Auj-6r_a`*Gwq6d23us^zp^%Po2DMZGCe1EO5)q zR8dILts{Y7Y)n)R3n+)a>H#S;I!F^#z_* z8Q~w0ktiQ$KX{Ue{h{A_UsV0PBuIi41Tr1Li^uUm!ldL60mLEXraGwlpIX#PX$ESm zeXWMx6iXJ1!OY;C)z_#THiLS5O!d>(FrkssT*8cMjjp`3H&N>nwdQRd((?b_VPJ0W z`k3FcOtj?(q8Rl({$E)-$L{Vx$Mc0oLcb)m9zKxOfkJR*+Mmcp+-DP{$6**$=i&@$ zYZDj%41Niovzu++sqM8UbGxEz7s5D;SO||m$??1ACw~jmME&#woY~5j%!ZX>Z&4Wq z7*C{S5sO)W!TTv<6L~GR&|djChLFBo;#Wq;PwpPJpTn?$laa}AX~Dg+15wIsjXHA` zT07qZ6oC*;2XI=_+p&1oI^_@mT`oEx4YdkJgUVXtk0!6aB;D7EAEA3K4QHNectmhz zuTn*8*L?A&aU8I>`%0{I$8+nRp z%m~Zckfu$GC6G<5g!wbm;Oc8?oIWV($rUx5ki64sy8kck_P2cVi~E%tv6;d_Bvu3P zRfssI+7SG~V;nP!Uy8n^(`74(jP5Bn@yLtxj?L*miYaK5Py`%b>;0+Dvd)|KyL~~k zMJZ^6?nJZ=Qj!xD7^=~*<2r2t+PjZP>GLR4Il)LtFFG%WjoXNto7-(P-ID2?;Tig; z5F_L6P?bNb1dA{jJoDuRSzTXkPb}`}q?lN+pGjtPUd?-(oSErsKak-9F@%nm9Z0tuF;Q*+~ zRE55c;VrbG16maCSw2(p*qA2A z_arZ^yN^rW0rY<>w^`#mV5>3+h+5lPBgXjhI)5z9iYWnu;#Rmt`o}*7Ub5(#lO{$d z7*9OFonz~@vJ=e8$RUCz0vNwqB9wh`a<%IrqLk)li@O1Mof7rO6kj;wp;{I&z1HCx z0Z2+nfkxuNp^PPWI4Mk^jSU58hynPdSiNzb>!Ss24coin6-n6M?CT1wH4tw6Tp8n; zD)0^7y8$U5EA;0%3!}pwBC^6{WA<}7($E$FVFYiINUL?`%i*pAQ=Kl55-(KCqLOx5 zbROvp7SC!AuH%npItpu_e$$vg^Dv0p60aJ};9@Nh!OFnG7p>eTfOm|uf*yisLeR8X z=ImrVg3&@xCA&xbbmj~(WdNqx$He1Nh^2EbGgJk4TwK+xh>#FW>fg{kU7puT4}3#@ z`ho>Hl(~i>x0CEQ4E?@0@bpp7rXKd}p&p$2;|DvpGK8ufq@i9yUQy0E(NKi!vLSr4 z>TzrutaP-?b8zzyBFUi}*syLpUtZy;oGhM&A>5pYqV9s9Vr|9FpLg+KeI?{{I@T(@ zh+^f?&6 zy4KM(pG$^C*((0!s|~z!22AS=RC3`1O4DIx&YYIqud(5#jS|?}+iLAJARBT;% zh@@{KP`?op;bq#0GdiLky6b)APaPgsnGRDPfAmLe=7K_yqv7us_ILfP)k>r4^NYe8 z3IXlzOQU?Z$!Zi@{3%$M*fP}L`vS&}iEwQPtI z+tt6X2()s5DdCIKt-yXVs*HJ6R!cXcAe#)onEEpq&?SpCm9~q9?3ZjIiH|JKrCPoF zNOFxfxYiV%x);hrQiR+&DNw~i?s(%4sEs`?yX+I>$yW{eE!HBWpZA0wFDz#qFm!Xl z%N45UOY|d7XA7-W2gXK&qPDa-yf6jkC}ENZ*&L;%{Ah()U|vt&ZZ#B!qdeCk8+1yg z0n8y!c(+b#NbW)-wynFs5!&;QES|+oAzK=auWsOdmMPROP_~&Hbw&3*XhWLI;9QNC zy9lPQB^45dJtO%Xd6;j-$&BXt4+{cJDt1wYsHOwKS;Neb`A$gj?_$n4a3n}eaAd2B zmd<8ME`+O6SQDKfL@*T|^S5zT_F6-Rcg;zQzTjC2N;Y_q7A{<(NyHSL*{NSP^UdHMsO7Tf#hvhTm*X!`k@+2+ zTezz)M;7%+dzJUAXq;pd)C1hK zu%Xo+qrUd1!BKRe^B|o%EDejD7y|Itc@qw5OR#j-FhJPqN*5Yv8filS{`Iuhb@b+z zTJ-|61^&6Uewp$eGDf4JV|>5r;!X1OJv-M{xCmncBf8d~=A_2dwMm4t>V43e0e^If zG8YKb{5!ghXtnWGI&0V3!<#>3^L5A`V%jaBR4C~oX(srZg>Qb5Q9aK9tjV0o*CUeT zfTnW*xnGY`G{Wp+eL=#W)_sOvw1)U7&}O|N*QwCw)f3k$Mf&r53a9J(85^C3$%wOq zGi;`Qb<)TM8zl5$huKoH}y;a6R;XEmgrOb_wFv5eo(4{e&T1T;G&If@JV0I`` zS~YZyK2Blsx-B$tr6&{dwc4^5V6djXtHoPZtEI zB=|T9T+|8`Ck;?8$>#5x8Q-W`K#}8lbSYbvJIZM|eoSRfSOEm%$rorfvQSiXikd@^ zWO?dTw#~=>LNUnk858cn0*8iPyJHF62AelC;Fhso(=kcttvUp8QGNuu3UBWKAJ-q{ zY!evXgs_79f`MzupXfeU?x=gxV;qq0olW428!VfQ*wOU%E|R)ldx)yMJwCA~oJAm* zoEbYP3i~>gN)9t95;4)uk^=#HUxtDk67vHftbXyf@T{|S(hwLv(Ug&f5kSVskd=%m zX3vWspeL>4LVy&-oE$nG!0?y=GFpF)5L%ew^3i*85~kgYBGTQQ_=ugDBVRE~N980I zLVmshE*v{m4e^dA{H}qT`+V(%bQ~n^#o|bJIVzwTx#bb!O4CT{yflVFeiZE;nUxVz zYqadsuO?xLCREOFG#pX3J)$xf>A&G{CYYY^P}~P17ipHI4B@UP2bVi%^+(A^UfRmM zwdBbR38}&Sg5sg+UHs+@9x4Qq5oJtTG|*+Oa91(c|3LVWX6=>@ygYs4@se1~_$`3B z<{uJFUB=RaO_Jc=r(Rt0Q>SM6?@zMZ=$habr;{_}HdtV(5DaA={=q_fpS9o%+OivI zku##(!pY~74-s9rSjg3(Vu=J~MWeKMgDkEM%b8Xk@zxEQpI{GjHcZRQUo7Va_6VX&=3w_^#- zRH&{@#nkR6AnkG}oanNtvRaVx&k&bK0a&^ZL$&DX*cpEHE<{%&)%mE0!@rCskl%cr z++sNHUBkq1O}?&f0snut+7*+GzIV6kK;CK;nPm)^8oi>t%HmXBnO3BMj;dwx2qRoE zttZF-jI|^-3PVjg1Dg_Ki-DYMxbAB4)|*kWt@;sNiF&_3{cuMv`SxLOs-?@nIPf{) z2!JC`JZ={13$7g0Z=(plp$?x!A@j#4P1#fwOr7*8uGg`e9^_o;Dqk2 zda!k25VenE5%dROwNr^XA}M+-I8!1O@j&mlR-Eg$Q%fy>m0TZeV$L|Ao6~@YjpcpTk>P#2I$z7#__^7;9Lucye_Hhkgp1+@GoY+*6 zS{|BMsJ!ziakHzI1l$B!kX-#~DF47#t5lqL$3Ynm$t`9GtV%x*A)#V2v4R46Mn6rf zc-|s4w=r7kSy&*0a5ZN{s-Vy#-}~U{&?`adMPXWd>%v4`F1xb|%IWsVpMRp<_% zM?ceuf;xs%zpLXkX63q!>;e^pgEzi^d7YEWxBi|0s;y9Yu4cE*wt{_LRkGR9W-3TO z8^4u>IWuqv50nO(B^Neg4D52Tk61>CgzsBv(iRLpztdG2i+b=1aX%K>E^|Mj_xcxMhOAWbnszJqye+MmPR}|lboxU#PB{uGG zkQ7%>HyYnO$%AF<6sHB#&`HG5=?$xEZ0Z=TnRq`5rc7%e)dE6@a~YQBIQzc(9=k8& zO$+vKcClL##2wFG)T!~1iWu8tRU7pV2;SR$jTBXQDl1ld7Ety#T}QeejJ7XrMPHfv zQApJ*>>9Fi7{#3WdB{X}Y=r{;34m(>4E%xPz~@h4h_q+Tn#{b%ruLbqjR=}?q}R#9 zk=@WjlN{($F-&%$kH(fW0J{j0S=Tr#h=Q847oH0lS793XT)o#>1u%RTVmdCv3Z(OK zyJj-Kk~l*{CtMx8_n{jGg@yzeCA=bN915@B4jy=Hdu~=>i=f2;YmT+K*Gy8!?7=}5 zz9lkGky(eOsCxr((FvoS=gV58jK7rQn{HHGB%R^c36=Oi9qrkmbM^`Hvdr^|!(Kda z0AIuu_Q*1Mcf+>e^jUVVFVC4QDzJvRYFe+ zPcS_v6ocd#I`I@`{h8Q^e`M+piei9+d0KRD&pT&WC(J=Mb~ugPQ1eveZ#1wrV?U6h zBDzkY6<+}sI-)*!46p)CrzM3t7aOHITSGWU1j@CLfFvp+c*CGjJ6llZwIU_$;H=1e z;-Zuhl?Lc^k#>qbGBv{YkR|N+-O(O~)j)Q&4bRL0rlRsDDaHW)NKU4GAe)$pXFCqo zxM_EK=VWA3mf#?=z?q7!2LgDLi29b4gHa4T;OPNy2U|E6H`VH`)3~zHmOp#0vGP&A zyR$U$PTI>|l)1pEgtJ-HhgwRUS6q^U+Ro0gVJ<=Y^h{ z>!16+X@1EHCj`xMN-x-Qc}aIX!HGxoOzB)&N`rZ;tV^5mQTDQJ?9;{d8&7_+;YO0m zu}M(4L)#$=#RonVI_0X-BT zhDayAx-vku_Y8V?lJIXn$Ja~6eVOqaD)%&x%SbCbKC_8;CcyLnU6Gz87fT&f$W&7A zs|PWPUn#04dAj`oO^rh9bt@WdlclJ^Ck|Dcd2QS5;s1KnBebUeqt{>QMR{&h2P$t< zI4fH@VHDyWjlt8ku8b}%a=@I3o;?YW8^C>mrQe>STc+&neEJ~0EI1>*EcP+|P1GcO zAfJ@Oz~Iy zC>3?TE<)a}L?PEmOx+dWqc*2C0i)`Kz|`Fbr(jWG)$aJ?5RMy_bj~oH)G-U<7C)@N zvcchy&U&|xlqDZ(X1k7^9g5p}LhW)Gs|Jz;ZD6x-JC+AMC0<@w#X^76<8Gp8zDO)f zcRVwU;!MmcPs)+6U^>fSsgaMKvKtLpebbZ!SHF5R2_9c?*d9x!syOsWScMBj0+D_pJMw1K`m>R}5 zH7my&@WuJ9AVYS38Yr&RINr^g3Kf+?`O3(gnN9ZDz{MK?oPc0zAy@<~O>~DlIeGvo z!6O3QGzKT3W|$7Y12Jev)jQ&0omRwD(lX9J3bmTfS|M3fVHyU<+q)o3^jj4*rQ7I>&YUEntLe5;Nq`gWgq*l8Bw`n39TfPgFG;5+}dn{DwSuqI*n(i?1^ zW1H}7onPI9WJ{f%CWV@xi$I&vQ|gwADOYg?(eU&|fm>QlDJQ>_9Q%V z(hgY7Zi#XPQP*^DGCM{>o>5)LiwFKP`;n>b>20Q2lkO!#ll~H*pVy!-$K$yc*|z24 z)l3%1vc@XX-;u#}BgVQ*Pfs49-ZtBn1VI}jwv1fcs;u9{0kDG&T9Bi_EY)<+rMmyN zwY96)g=MFeaCJW%+I2O6vW_JayKxZRaA1R7isPo1LWzb>4)z!KWoRA5JwX}o+l?nufNH%4~OaN@V68my$+axyVK- zyIU}yJZ5%8x#rrQvrr!@5f!}0v5e^F$!;s#F|+7BnxY9zC@@NbLl9b^s%5Xy^cm!E z1c{x1zhv+_f`k>tb+@w;xF?_J-8>-(o_hVF@29u~<@Le>vP^~Cw0AJhmWMr^t zc7sz38NovCyhZao<7q?3gMq8Y3fODCaLsQ2V~ooI?K$v0TwQ*66~Zev1B+h4#)&zS z#1$C)jNsy3F}xebGI-`i{t{z;&7s6=fic$o$X^+_&pt#X(fE9d{n=FsZR!?l?$}N= z;P*vf!1~?A;bUbV-BKan>v#wTQX3u~ra|TfkbXm_)Kb;ANqr+LCrrGLdD;p(Ud1e* zDp^m(+SVLU3+W9mMHhRXL}6S~thK@E=B3^xBanXP%L3@!UJ1D1=XJP}aa55EE*FYI zge1L#Cbxv9O41vq&^`c5Vf;t~x24;_-Du0!*&dwfo8`O_?IfU8k!UkINuOY*aHr)` zGOzBXbm59W;i2i*C~iOois*sJ`-RJ<@!2j%F>zSI%#_SvQ7cif+% z*_>O_`p{{QV`jq?XG1#!I9OyIR$b{J@Zyg2u;_ItX{-!HA0DiAwPw8DbOHGsF4{9d z?Oz>AKdFic23Jrj=)kMC?zFq;bV9F6t?UedoG=Ac?>hIP=ghQX3qx%rqQ(^9B<=yE z98E%be2*Oa)1WzpNjfAlzxaGgf)kyeRo*t%2rH%)P3*qt5Q^Lnn>q|(Af;}-BNj-!!MEP%~ z!u8Ef47y9?XMQw>ZQ43=difs9j^iBBKzJl@&vkf^Nx1zU@V(%=M6*$dy82`we!Jd! z?(bR2CA#0xXecW2pL0Pv zwQ5x^r(FmV*L=#C0wCruf`0OhBbu+-8bfFob3AWCrofV+HR;df_}{C4y}`9ZGTd;o zqiO`jBjFzY;xvfr6j}#-Mqjl~d)Bj_y6f|zb0 z=JK~+{p+-- z5#Yw`uBX>=zg(<%JyCL0IbK@~TcA3=ZYSdnTN?pmy8yWi%v(6c#@O=~)YIWBeOxeB z*Uj4^h%tY(X%p@PI6r7%5wMamc#DqK0k}aCT5~fMn;8vR5OrNiI9um3(u+jaFs|*8p#;jdQxkt! zP@VHy2Sq@4&}{TiW0{n;vLm*_U#BB-jKD@x$5#8&P=<74BW!%&E9iLlQ49dJP$;iR zhuLuPhf3vZX?LkG`})m8-+E)Y=Rbg0HXGw4(yC~TH#zhVO|7`|9ki*R4#dSSFvRc_ zE0?SXP}-%b-=PA%of)gFcQKx1M${v~fF8F33Bk#YX^;(%CzJKH}(kun8}r3G+BQKrl*d%|Vy&=ATp zC`h5ifVf6OXOggT$CO)HWU)(Otr6;VudbeY10|x>UO!*37SJfv0Xl8*KWm6J#q5Ga z?|WCS$z|DYpg91mBk;9$r?kh@P1D@A#|ohQvREw)%yKY2E=T&VolO^HQksaw*&)>9 zk{a1R@N+`7KwzH*OTqxAGOp@V54>R^Ui$^Rr9Gy^oTnMBo4Gl*xLbZ42!*+mLxxN_y4_!~F>mQHMBy192+wNgRsX z%rkIb60BL=M9|8H>Aogi%C0w1h&KdkKifo5hv-!f&B0fcqzNWl>;`ic{ zt5YHINa~-xY_HlVt+ekx09wE@F#xlhgMW$e4Otx3^2IR{@MOi~?o|gE%iPTsra(a_ zfGB6aF16P1l38@AGNF3BY<{d>8p9V zS-VT))oS$1deLU9+`8*YL>tb0u*%)j%rOf>bWwgdh*+;hm*&3TW4s{!G=Qi7gtQ=_Qe{Vp* zE3{xncDl3c<{3PPiO7>^;bRprFMKV{@=91|9-zY&D!c*~(H&=$_!zM%*B6U{!-Akr za1B={_s3W^40s7)5TlZnwnO2j+t@%<^RI>B6Ao5N#tH6?3t%WI_^Bl*1mRh-k=Jzk zivJD__c3$;xKq*k`Uo2bvVD98b86cfe)RKN{sMl~-7U23b?`G~OtXWx4iso;accxo zrKlQZxE1u-ja}g`^N~Ahq5kILJQ~1gw!8wBU0WI_*@}E79k&5DU6AvK3)`@s3|dTd zHqm16V@3%+$K7g+C_N!U6<39)Js+h?H@r3t9cpbyNMy}41>^DJ14K^wQg|44(3rZS zI*oaDl41Oq&T$#0b&1ahs_`7oiNEO?nRvgLISH7S0o1=gAP>O~#wNZb>e`8qeJxh& zXjyGWg~Sjsh>fJ~N@fuW*g#>mf5u8@jzT2Tq@+xDnz(_lO_}`c-8Gybj?+nO#zUqA z_ZkLKsz8qHy~RBMY(SI0+)kJnNry$uJrWN|bxEoYkB>?~C-?^ZSA@nAB;A@uHWa$( zutPOUlhN6|+d$!v&2N_lD`0?CP)Z`I7>R4by1l<?6XpPls^twh2Yj8~X>IpVsYp z!(JFuSSeSfdMoA3PfVU+KwBglhFV>jg=bo=&84m*ER2(RR_nb2?jC}xU9`k@%OO$l znQ(o@u^yLUxs>0_l9Y;KAWOQo~*k42F9xJ5tn65S0ZxSWw*oR!523@)K=cDZ$O6PxP}Ul052vzdl%s$!FpkJwR6e;ppZf4 z`niUCKow6!f9bg#(9_w{u(Lo8qB!t{6E`WNT`zH|#YP3v4+g7YUyx_!6O+Sx`6a%* zRI}z*J-A4IUbEJPNf(@OMmjTJfFSp}q1C5D0Rc+R4iuU4n2f`c_nksbGL>S*3mOoL6&n{4QNy6GcyMfw@mNJ zofg;Cf6jKvF;6v^g56Bn1ONaB%K!k(V*mgEOG{>GU_li0@&Et;000000000006`TW zVE_OC000000000006`GvL;wKHV?=rY0RR8&kpKVcX#fA~Jpcd{(f|MwDF6TvF#rGn z6aWI}&^F%}(@uxC?Psw*Cu658sgmluAc@;_JKLk2?VKq}au;|EvGiUUeS`k=2P$4R+mKUr@Xe9kJNoV34 zo_B$p3kO_fO?&_W8W~?8903=lwO& zZ-f-CfxC14zT$@Mbf&^|jV)6jyKm{GWbAo{ zFhYs6C$IC!z6R+BC(lONl+tICDfc5#sYEjl!shE^-*s|dFXuWc?vgCi<#ds0hPS9z zyim!bKEEaKE}zL_@?TaAsVBUDNE{nmfv^S5 z4+!R&VG&!Fl+&i(&Z8B=&z&!(Mcp2jwGA{V z@D4d)Y9?jNYT5N_9N5URS23)G(6O~x$hyBi5T(@J{NWEN-FG7aCAsHjOecOUZP8zp z*WG3Rt)fvE$D05JYwfC_>)N1v6i4BHQKhYJ+?81qe1Fx4uV*=i%% zghGzrBL51Psi3i&@|_CELwWyDhVK7DJyV0eOZN?~%&y>^2k`f!w=V)%mU^tGhr>6} zWkb%2u&#yuA_>Z1!jAkj>wW}GF-WrJ$1SoaHlk{4Wxh4ptywmw&5%=b%;gVL)zIPr-VK5hY}LE8Nis^hoCxIQTm z(kQM|c3Aeyv3^eoHrAugsPF5Xx+mE-RyvrzYn0)$hb{n;)x2L_XqR^@^P_tmLWa_? zMc@my#Kp;OMjGY2@xuf{BCAC6qP;Rirrp6EY}uo!cP%sCK4W5{68<|1{1S?t96GY` z@grI>4Sm4Jb0L-huyE4jW=tTVKG**td^sMU5kN+2leHjum_?@*ZWI{2-zR<1>k-Q! zrEN9*$--LJg0c`=Gvw3`5lm^v_?2iRk%l_c29TF#b|FVCG4ez+e)Eula#swx=sbO^i`e-BfPlfS&ssB?tqcjlZeC9;KHVw(^U-$ zpXl%Ww`P607|Uf1D{GZC7GXdQq`_O@QOHUd@n`6s@h%fY4C+24!bBGy=O2#Ih1@?Z zlJi%snuD*BMBg)QMu674n7NhL&6fuAX&C9lhITl>BiiYXEo#6Wu|V{VKc*4GmW`rSt(adMCQdkn}Nv%34t|+T^ZFW>LK^E>b&}c<-(Fc?^>2 zd>y8Kv*)=rVbz+^%(qT87H@6M8n-qM$Ybc)E~Kyow`6bCc~}rdTXbuago zeMyhFa?Sr<%9Yz!G?08(K*O5^(zKEUHceBd^)=D#Wvmr>JVQHsa48kJa8GK2gFJ0r zMam?xFD=Rml=iEq7jMm8rlocla&cN#p@$)s!H1&4P0@H|4s8QUDq#en)p7%AyW8sV z<#yW?_17|QFyrHHie86QLs$4MF5xw?9(oX__oBV2h!vj;gO))0c*T{Tw~{t*P(0sW zVbu#apKRB&M5Od194RV^i&5TRY4cUD+RIZgu#Y$zdamn3;-AXpoB*~t_(|GwT z9ia@k%5lp!&hp91Hfh=|>dU-Mc5JDFzEXik(w23}Z^HpPmUP;k7YyFx8hTo|x+wog zLs4erB#~5Ry$h0^ldhaAQ&vD;UTLq2>_YrOXX%=}CNa(9AnZM9r1c_U8D?u1!_Tg+ z{fmWb?Zi>Y0j?LZu-K+<4INCOrzJ7biHjkPDuJXH7#((Pk!IB*0iJdn3?ruxY?Qrm&Zt`g7aKqYe z2NacjqU6)AF%W6pf;Q4kKifRVo9+|7sb96Lwyj*sTx8E-ARAM?b1jnHSbjSy#YoxQ zW>nTU-BDtOld!l@sOLOO;OeyjedHTmJ~Wp!@*L$14Tcda%9onk%$cS1_qdX@rBTy8 z4k{a}#>yvR`(X^!>App4bCv4j#m`^zEm@2f^3y8T;ZP;FA#v>C!mx##+#1X%Yh}ys z?|!Q^f*jRW|D?)nLohJ#Iocog1AW^7$4YXkN#?5+P?&d90Q&D7(Z;eY+|zN7xxise zwW(GhWT#U6egnzjnQb^)1E*^zuR|{Hj;qc18|KA!Wg2V@Sh@RDVj-QK&4x@nxKx#4 zr+TxdBbp=I2E7fQBN5@5`IQI;pgLtblq#BSa>B${lh;OA75AzEtN?w>rDL6vZ_}s9 zimnFAmhxy?Hl9k~?4PzOfy~8VE(>+0`u#bXg&$+t)4F>D)ZN>8gZ?3zUEfZ4F&b2O zwKZYC=!cNR?F25A9jbMkEv?RQ=_a4~(*<+95eF&(%2Hu2+^bQ)<--1Pu$A~r$Zu+e z&K+~}Bxarv%BrE6Mcse*RpL}^g&(_q+4^4@sxqk~Ahh-fgFzH?!91Gf9$Tl!J1QWEQaO7VQCK&uEC&fgw?G1U1-90M5gb)bJ zSGV-18tpM}rmvi1&8WsURZ6$f%x6&$Cycxm=PblB3?StSbGc#jM+8UB|?01KbA7!WG8po-w@!&CAxMVnea zj#;6TgdapjN)q3Vk`c}XQLGY z|3(|ygB*p!mqg3GJ^K!Z(F)nyfppzQCkprlhkrQ{k94?smsns0`euS~wA% zeZMJB?BA%(;|5VbH5wL$^j%9!ZH}8wDlDG>5mE=;DpF=qyOa{BN-+-wTA0gTHPF)p zTPZwO*PIDqS>}F85$m%P9Nx-fkt^9qNeQ zSrwXQtVB#r`NLP?5;gWYs%IeQ&e|0M7$3We^+jNs>qnJNkN7~CMz?W&Tc!ySS=FqW zE-kZA_}*5G&wW6(b!Umg6-2SgR)>gg1t@2$;{(?C(a2GQwqg4lz~h7!+WDq4bBhNtnUgNEz$wo5bh$xRHbk!NUzr<@bT%r-!ivxzEwBqxlhQb5EAzg!o?|m> zDp-S@%sa5^(&4TIi%OQ_UzPjr+Ld)?@u+sHLzMUr;sTVdBL;zisdf| zt4_ghT^w!hV+Q3ms>!)92Vt}F&c_2=Lt2!XmwacJ6Rik*y(nCyOS?8$SoI~!A%Wf~ zL^W4Ah6o;)7K2uF7z$Kwja1ukTAm26EgJ)$=pydLAbu8Oh**(zX_uMMVwMjv7ip7L ztNcz|4Q(eFjM36T*tTa{*7sW6ru$`Qtq<+isW6zQ~`~Hbo4< z2Pi#Sv~mez*~=+;La)rjk<0=8D0J0auSYdSnmg+$sKSYV94l=yLRW8cRl21UHyWj^ zzn#J2Nn9yqx!Y*cGaL-X0;1Q)rp?3@aS;&4weov86tB!M5>(K{3DceeGW!+=tUvcR zcxjr=s_2sJ*J*TZS@O?Dm}oRtkAZ_&$k;#_aV$-NN-_-FzRSe5wy9l?{K+lQ%<50T0_bu)B$ zhR%?A(*dof3grb>8JF8t>-SNLr%2QzH$x}b?dq@2w(3nwHNfKThw`@5xej_2YV>2p zR>o#HO?t-W5j|kAs=f=&92}H*gU-|$=yY%A5_Q_67Q0|NPdSoLOZo6&A=h9DK^|{ILXRr zwJ6N6zp(EK^3bKp;UWCee%gWTX8Sxi|5mzB zPPKVCG)YTT_b&=L$OP)CPZ9FkTKnai)fBV75t3a$lF`b*!$UE013Td0rL2vaK;BV= zmx#DbVs@hO4per1`6~>+U>mLpnLd+cPR=ET<>=#%^KORu7M_T^AiuMco z+}%M*9MUVj2tUxM2gOz_(~74Dr{R~6h10`}ENd-MeR*k=W8dzpLnuw7&c(!XM%!Xk zj?VN2+X9)TVKa2o-dEnml~+=;j8fEj)DweM6I+?8Nx6zNN6Y@S@M&~J!;iHws6E`z z@Eta>qG?AtvTcUl6uqFkwhFa1{Mo)BRZJIA>oLNzSdS*jj@bTJG*c>FGUVnWUkzMo zUB8dui!n3 ziQ4Lsie*ZfYW>{^ZfuniwzwDFbmKTX5qA-`Q9`LbhQi|ER)@Yioe<5HeCg-H`Cp^& z^TnnwS>Ag$9s@k9nN<<~HVkcAh=ex4TGpPUujSVxqM%8jMs8%!X9I6h^|vA+)-T=RzCYMO2)yz1O}pZNx{8@4Xaf3kz?xTlmtw z!w#zcaCtV)8^;^r+jD$D`ChmUUj1Fv*j3kJNoZ&j375{xamOMB&}#X1O;A`Q(Bv0x zxIO-+|9*Bq+A35c6NQa9W5u4h`!=;@Sg4tcISzbbP)zp9vwFvZIsDcng4fYn_G@86 zdF%N~ioVjnPfOvZ*WQ^bpp&pCwki2&inQg&C=JO(Bf`6p1H+b2p*mw}`e2M|S+I3_JeNexW(IdgA{cuw7*K^i?xX$h zfP;nnZ+&79hp;;pXMy-jPZzeL040SC)ajofh6)~ z>M*6en(0#ASB{rAHd*@Idv86;>kmAxi&FZE$=eC!=I1LCBIEbhhTkDNkNxX{;{5`l zz2d>@=~FqXx9;#MQ+gq5VBrZt8TC9KE`|XhHWpn%g(}v}#o-ggoF!7df)O@QEfW~$ z`OnX!{aM{AA12C*^@IFX*2o~VPeDx}N`qsUTabj$tLfVQQgl^l?_xR<7zkBzP}PrT z5Rt3cx5}I26eK?@2KP&j5cw#YmokAvX_$$+&P931>i=pwEBBY`#Td`j3k|Tlcxu#X z!ED_N#TkD?U|XKgG{HOXO*~!PGSka=A<6IlOfp(A%_xE8d>>r!%T-=1nidZ^G8)k5 zO8CpW3JFOfO^a~~H(`I3Jn$GfE|kxt@7%;}Z585y3#eBy!D%}ZEN2145KZ`|MLjjO z%p{s$otOkQtzgc@y9Q9bd1|AwTu(BalvIkVQbD{o4-s-vm#a;y0{ck0zRv|ziTDJ1 zKAhmB>X7=rqVRe5$dNG*kmX!n!q;MXjh}7dbSp{id{zx5zs!?GXvYCGYMi)vF zs_LX`tQz-iDkZLp*31p+PJgbtwM<4bnz4ZfEC5l5Z!&6}|8k^@<&9L?f_;}YV-;p^ z0bMPl3|ovndsJ)6iQ-C4_sMdm4p;O~X3#zO@fpP2o%^OHM$)s+`?aj8TwHW(@yL+T zKk{vL9@L&AvS>7pl>|N0iJ~;GN~(WyMHq0G{|9B_uE;P?74|2(^~A_^9Ab?OO2?%829aU6{nrd@Zj+FzhBd zo+3_^Bss>=K6Ya>CkO|;qLzxh4Bu+wYe!B6V(p^P3uE+gn9~b>R958g&$mNv+*UG) zeX=I1=$PN+ew|PNY|)tiyhHQ+(Fico*s5Ua)8(7ZJ%~xKtey??iVu3CVld}> zQ_f?RfL8M1^^r z53l_)QJBF`TU+Jms9CDUW9t#}wKloZ$e&HV=LVDjP9?xosSxrsD4$ z+f!vhu$#Au86_z=!%{;YYXg@nrn;{+?!bAeIy!JU^ij7fR^e`5gfl%~QC4;I%(@pk z=-JyAva+5!I&EO+_k;3`b5hSv$20!QdG)?ebTg6`V-h8~@dE7c6zeJ~t@gVBIg3dX znq>*!yy`19yrKHom0q0WF5NA*$wE`d4vBD?#D~o&bTXax{&khNn9_x(zQ7EqNF|;L zKJrU@#*hMt#Vp?$BpNc!L-c&+7^!qgW0?6#)JCt(dPv%-HI+eahDJt>cXnW?UQjrI zDL*!jAn-wD;hd%APlRaVyOCEXvvtz+Kb7%Yi>fF&V2ILlUGD7GNrQLQ3=*8f(AB$ia!Z?9f`=-PsNqLSV+6;$R%&6Q(36o#=3992IU#UeIj4IgdV5LLD6btVHEX>?+13m`&3^#d_{Q+LiY8YKO;8qRncON|n{InKZ(fr3FGa zHAlG;IvFe2Q^$DHfz-Z8vf(eWh=01hq|ug8jQWKP2(Qyl4A_0xyu5#HConD@%6PI{ zPcWv5(?UW@(3lxY^!6%z%Uc_TfbEPk6N~l1w58USt~;Yk*GrY*>wV7YBT*)8tguTN z?;^~*cMsMv>P@$XTP6pohpSvt=+`=?k883YS>XJ;Jf+r#Gr>D{($Ez4KAZQ=chI-V z54gJL(Y?|1K<0A-Gn0ngr3gGVi3;X$8DZx~%(G|Wkee~qFUHvHqp|**aMxro}3@1b$1n#nar#j4tdciqd~>(b~!8>$t@M{FfF+Z4cCT zT`fAgizV%?%n#6b+~&HmuSB!09r7bEUEAjj%gjIF47?VdbD-PKbKfDKfYBvGq8nlO zb76FT5bN+n%N~`CbI&`1hcV3uixy4SFDI;_GJ&tDcNZf!1uyFm5LOv**JQBQ&PjUn z3+`$yi+!pe&o&3P?aX{Tu3cTIdbOXj$Y+xZpyVNJWUCbdK3A43hp=^J9jrhrUAw|E z3Hp@X!PT#GavAMhXg3 zKh1LP?r%~ZEwgVlHB1|vr7T=m4kx-c9zy4;jJ+)C-2O{|rm!e$)rjRc2cAm${jJn4 z)*fG)(`r^xEdSDDQ2wrE;~n|NB$t-vA!tf8&&6dIpCx9Dly1;dK4a;`A=G51t*(h- z*`>u*EvkY!l$mmJFL0X@1=bK~n57kHSpKPvl%3vl97MUrYUWk|3UO6MTE@-iYm1A1 z6FX)c6FktSB5;;?v}36~Im@I;Tq$+=bq*(Wqo~158>_N7#4s5aCu)0WIw_<%N#}TB z6&u%^_>TqRW%21HwVEe&y8|d7<-w7nCPuYjsA0=bmt&TbCvfTKL{*pudo~zfEqbNZ zGUn%6MY*bq-35mhb*Prtw)M{TU9X4sSHP-|wA#TZs$9!ss!Dd1PH5&VNUB$MI;rl% znL00AQ0e`eeG+QOu%ew-!jE)!hP8@Tm}2t3N7D|+$ z6s8dmN~J5~+vp}S`a-B zUoQUpl(NFOuxua+6@w#| z5hhHt#zYp}s<^mAVteGrQ~sn`)AHCdPuIkhH6Ln>qoe*w`mUY*#<`~KWTg2?Fn~2A z{-I^87l)WT$bp*WD~SziuiysI4n%WjyCZh9&fYLpD?RSKm6g&L4U%gd2*acl{XO}k z9(T%`sFt;}H&jv9DfIlVk-n}~kol{|&+<3CiJ@@sR5sLN376OekwsA{nQ>l?F}zcC0o zR3A5=8&AlY!~yjaxq5QMNjBxH(^X@FC)4=C*Zf^Em{_5i5L9C2W~Aq`aJXFQ>02O0 zoKBJzEg&EHS%E+mNmV~pZw}K3#Z`V_AvLxoXe9b((rV!fu=S&Qn3^j;bJ0_qS?=kP zd82P%rK0RCWbS6&R&K*wVsyHLqS876qAjKR6tZng8<^JI*;Ei*$(reoD8-hj){fY* zUZhq~nYN#M_1;H|ElF>iydvmj!|gR}xSgWt%?e57fV8r3F624Bk)r3~Q=KL{6ld>^ z)-jfd22HDBrDDKxe7~AxjkTsR8F)38`Jt)~pIDGe#pB7_%d(@S-d7E+jHhwds^}f^ z1ii@XTIn>bt8h3PG4z8{TNqH%_a*a?n7f)sV5s|tO z_twrTLMxIq3NYN$5KN^-i#WT*Dwk5tT+b-&p3^kb4ZB9;#kY9~Pbx-C74yCvu|Wz# zw^3$YFa_R@*7$J9V6%4Uj*QJ7`k)_-0uc&N(9fenE0MUTF0#1>1sdNoTR}JB06SCn zTFeO+=$t#eyG$>00*tgkgdMF68M|y(RkcC?vLL|v3$;ibPmMVReUm2~J|zqy{r1vQ z_Kkw`FF2@(G%MZsx0rNm6>>R1RN`^06gIYc$cLS3i`szF&rY3%vZh~XzWBkMRuwLO zE^;QjeNuN$pmIx#@^_{7gcZ>Vu3yFCcTeDQgzv;d9)z?XrzZqjgQd{ zT;i%lz6Qfio`*Y?0cz2l8O*7Z9&DWs*RdF-8DpLpkx$y_(v+w?*Zyy#bb+Y-R0TZ z4{FR>CEJm8GOuJD8EMedTsHOcOZ38z%SzBt1|C8C(4@RnRQtv*kC@z#%@D=gx;wI= zR%N4Xoxg13mRV&hkQNX(4t|WhhrOIg4T0LiOwnYRCR}i(pi;IHH3Pu4H97%vO#k9N zGvqs}oitoz&jnSwr8vKKuK~d5s zKwUfmnJX?(N8Ef5Y$gPu!1XbOL>m#RO&pVYt?MlL~+X6VjOT4m;3tyn-v6~*~=4sC8`+jEDlKeeZlU_8!QP^Ca@rM8Ml$m6G6x^p1a zmr7`GTdbaKHRq5qb=Kz^n*SAyTp>tZ{@4PI+hvJ?#M(S_DygUd8|OJu z)N!M$DeQ~i7Z>JkdR{eN-$>5^JMD0F?lH#-*7yzut`3AtXP0;vueU{=RXm+Q)PaY} zn&vE_%8giz7Z3@gvH#%PRDgz1Sn{1jpgAo+6IFgI6*EoumWZp>=n+vHqrV75@iOHY z<|oT@B+<(6?P;~wcC9q5MbiTh=^}+fuil3?#C zh3bdFrck0OEJV%L^TH&Ju=kj|9%Dxp{(zX3M}FL3Rq*&>zeQ_7F1!ox%AifJ88>Yp zd%&=o;V})4IZJrRr1uakD)&=k%2+GnJzMb0%Rhg!c`NQpeF=VnYfgFVDl%P<4lE)y z%&v5Fn5b*h{b)>35YEgzdEe5+|~n z4htPhRE1nlbIm<@syoo+cT>mm%cr`7L{3`9>g!WT3BF#HwL`x!u?y);4XD$Cn632} z(s?Lebp3V~aHI;ljOfe4y{>evuysfR3`b{c}7-`9?QqEm9w$yFn6KwfV-7a>64p%oaSQv;iux3nRN z!X23(1+RMfuV0r0dDv!Oh4C;pz}-+%pfWZOgD;m7p{kTO&?OyR)ze&Vouqh>sOk}S z%^rbvHnq~a9FfRbok5^6_hNq9X!*AU86pI3U3oa*)ZGA{PnObDrZ?m4mw;WGuVJ*L zuw`?Bed)WjMm=>GMrvKU*sa@z^_gkS>j}wARL?f7!1f7lby`x;v-*~ZX=5kHw)=f^eHN<8ok>;gw zN|8WwCM@%^gMR%tc#A?!zD?z5ZI3va7-BQ-6~ZtLpx9@zuHbp#{IvV?_Oy6x#fAKdyP7tsX#6zxq08EX?lOnkLOjj5;4kgp(k;UWg5I+W5$ux zuRpfZklp(J_8-DQLQFZ4PK<2w8{uB=#_2?vRd9&4T2d6K7IZW&4U#vEK`{(~*sRwr zQuQqsP3Emw=C`Bf?ZJ%gCUSQo<6JYRx;TtzqNdc{58k^j2O>%&mZyfK%xGJC`T;T8 zB7o-X2xUn*=70WD-wZ_67EBQM;KwIIAm~YK-=8nSAu?1vrCP|YuQoZYu*uh&YZpktJHfHW zLqfEvDqgW`pLLozy&;?68uhFE(kx-2PByyU$xNjP|25SEt@Mgm>S{>jlD@4!h@tY} zu4#O5jow;@V_doo7;z_=@?{@Z zbP%m*uz}3HH%J*a$e~)g)$qJ;6j7C8X~b&(^njH74^q#h{n)+=ic!e#)G881PFl+< z+c{d;*-@hllnwsH)ysg{hW!AYJ8JMChv;rzw1%LRalx#v_-ZP{S!V43ri zEie6^*d*ea*f$C$3cZN(B;euv`H__Lz5Qo;2a!B4?Z0^s z)|{%HP8*P$SO$<*j7{Oj3^DiMkYq*j^3u20^T^&TT8ZEUb!{Ii)9`kTO%`X7w3-px zjc#sGKvA%mc)pn1z<&ESDpt6EiMLUr0#6Ge16oQRVZ8m0Rn=4_Y*J<+Puh%V@P4MBDx~v&rSoK z`k*X*(Y`GIz&GRHZQ?~%%*qhc#*F>- znx?Sj^u&PX-l#H$?llzNm`ez%ZvfH9sqP4{o#UYic61sBBg{yyL79J5a}nyJY8oei zY+_r%fCT91I4>>D+j>c!30cZ_Dm7(U9Kv*AWcaC1cl?fTaX2G$Ohn|K@H$Re-+5S? zON~;G^=WBV*RvXWCsUA8)OHsE4Q*eRU%}Z zKoF}d7%fMzqyWI05LsF1d0|~)*zz@MIbAo(Ulg3BPyD5zv;xf;gj&Mtx>6N*lLDe_ z#93T+r0E3yxhgZ~P0G!}o{!9$U%6YVEG}6U4!6qIrVY{OHj0}6sEMaFsg~u|SGXw` z2B77g_UZ}->9qA)XsVc0ub>HBVhWpCW44QC*~zG5y#i*4`)L`7gevaE)j_B@2=-2t zkX4Ixo7|2!h^f0INOB=_Tr8mUkFUG%G8hBc23BQ`u?n zfYa{LT5hYP6#v%9uC*Pw5iHJ=%Ws7q$`|ebr zR5N@(BvM18Xj3|3PR5};qAvWpH`mlV(U7oVg)x=Srf%e&%wKfGGzHY_&Tdf#lU6BDUQsljE~%xp z>mKBSU#eWqSe!)vq6z+eB!C?vciqh%$Q@3<(oT&X92_Y6*apK=xmw&2Y(RSEI90Fy zU*hyB(3KfUKek1doYAc;UKxcVTQ}jcM`UcqtCQ+x;??}RR* zP)?@*B?U3aPQFSo!TgEk9-sb?zU13w^+*<|^v75DT`MZoFWpHbg#=FVO3X0zaB5t| z^jA(KcZ=U@nH+n%_DL`8A>T%Gp+St3@5r9qV3W3c6{IcXG!A@jSAZ8)93Ntbj>)ST z5bmuV1Sc6ubkrpB?+~se^wsJ_YvLQLV4{skg2mOc^7d~P1|e{r4MeG0A#W*WTKh7P zmST9hy=zrzC-!$vucHwUN;)P*Q`x0Pzp@i-6_Eoxa%ZRz{P)E!p?1;b>mhoRok{J? z26R&U-3gQ6FAVr@-E!hYK6G({B?-dVlg5HJF~vrc;7B(myBJ}mY_^QKB(J&eKKV*q z7z3zMS4eq5axmd4al!LrZIs8o_oei=bFQ;Rq0J^YepucBUyn7`T-#~=Vi_6NMQ{_N z>>X-?srqC3mO0$9CKkD!^NFP#4ro=dd=xyDBVsnJ*VUaeuIy_XgsZ0weHynC5>F0P z6kW>}8x7D$ z^gAClMGn3bn7|!8gj7t5kQUj#@O*kLEn0Q6hQn1B$>DK%`E0XG_Sat+A2ZAJ$lT}} z?FWk&o~#(N`kQM?5R6aS)e9z)zyf`^E&=ihV4$@khi;dltW%0=atbCJ298FH5*{&I z7N9S2@*;XwHwwBCh1G5ZLMj=FU4#tMuq?H-s6L_vU*lBHI^B(=^HU+E`kfh3?9Lm5 zrNJS&h8U81vkS^}Q)$~b-y^Akj$OIR+LTu%2tyJIiH|z;f*_mdi4miCFYML+ z@Snkvik44OY4QD#{3Kb6GNg9ut({3+A$vXo7NnSszKx2)SY=i zy5EG=b=$ViV;=LAElMF83TOZE*q_z{Y`>GcxISa9sa~H4>7m-WccpPi((h@%77DAi zU|IJm9?*oAh8`s-ymptOC?oFNKf12UW`Lx_sgLxnDLaGe<46ZX>`09KKE>sNxrx|J zz~Y^&s+S7-V((asa!w7Xp>X#8sVi~sB5w7`uce$}I!&1<8)}5}5^vMY@`fg$1`B!W)h`e?~;S9b+Y$hUZgRj*cRFVv=V@cn>$4GSr$h4BprY zM1h3fRr%hN_b{ok)O$Jli{(Wvx{fOGAbd;4P+um@bji`3xTLL&S#H7LpXvsZglY-Z zX|am;L*bLhasKXQO0Sl1`%<}Z&Z~#s8`^hZ*IMF^$lBtgqUuz++nJ;ms_{D=8Oa$M z{D`=XqB_QM32d&gsQPs2(cNS>7BFlcC>@e=&upu(%8RN7>xqT)ZnTmYgB+=s)czfo zU%}lw`*|%->W&5m6tJu!)}xc^N{jpX?M80D zb0W0uHU5Nk8X@$rXMv+fZ>}=&>q+T&w!j*B^qA={3o0Jd=CXfIhJ}r4EdIB|({y!Qcbv>VOP_mg(@pG@E9Rp#B4M;#=JNdNi7%AH zCsMgQb)zlR2ReJ?NaQCmWsOcz`vy@HNjJWk%B?cO&8U!M@}v}X>qv@NnLiL0R7ZD6 z^pE5Nw(7EL7PJuWK?GkGsijN@elIwnkZhH?H=p-l6#{Aope5p{iFYWPLu_M6C?bFH!tkw#cglF_Mz2h%j3m6w}xJ%tNn%0M_KHh@RxW z#B6KCZ7@JY>?V&bZTKqohP%{f% zUctW_K@a7&4n|~7srDj!O3#v%!Zi9P`=3#LO#|a}^ z#3d%A=aYxcMq+=36u_R*L}w*;EDxaOTdFlhr+L*t{Uo4i*ZGNNl>Uqqp?liOhS4Zz z8VS|}NjVPp-!k?_Q~pbvt^tZqX|+!5+nR|alcJcw)mh20*w#T5;25*~`Q5hsCQ zNirGqCZn>Nowr>#7#7Y$FQM0(MO!!*&BhqFfHpKj*yA6`NYIEOuZo5K24&u z_3R@h#i>I9WR}1vk%Kz%m}DgJjYGxGuU~dZ=kx&2{xwWctRL61-uJ^rKBV-05?Pfr z+?%(#y{Nl$^Cb~umW|{Gn!?1kwXA$416yX>E%C^+i_YRh^G1}srI67r8;nsZ5phCV zTH5g>bMJ*%eI2O)OppucSom8I;+)y#t6$f+XyCE78tm^lM>1n+*j^kl&I;!68Q~YmDAVy%@mTI zpuQ09im)beVMDS7D&fvG7z}*d*Ip+Fxh)*-b=vZloP3ulS#^38DTa(T3XI*Ng=#5i zZ!nz$N{~G8MTPAFZ7?$08;KkUo6gw;Yd>V>ae=z@cOrZ5q>;Qf@6|n4%if^zJ4Z*d zhUDoaQL{-%PtwzyiExLHS(MSUYlZ7YI?Wqrpx_nk_48yE6cdL}u$Cd9=T35x%RL4C zY~M1of&`{X$C9&Eifi|gU8Gu>Zw3|;k=DtAR=x)6wHSO2R`92W+7%l>uTu_r$!L%f zt9lWoX)EPYqQDWXM!>715Za1BzQTxT+1PW&JgCZf~8+QsGlhvVs$2W^z7sr7!gN2%z3dgBADKJu;1MR5cF+UQAz0 z3DuVKs6YP!3o^=uJkUcaCaeE+*z}7!9Re`Yu7bHtmcw(%#hB~wv+QK zSVM-#EphJGBrP%Te)pW9HR-!QWE>O1SYkfEH z9vpoKir^Gx6jueDp3&VOg({#7aBj7$JU}Zc!VL%3>u|4&RJMd}q?NMLUwC3)jgZi| zaG3E-?(m^&aEqAbkRYpb&fx=*cj!fc+UYMuO|iRWTGJ|X98+T(gYanJU-w!dnaQI1 z*^&>)#~eI``CWV&>qS0-qp2>8J!!%Pp6BVi#k;cbT~9vTuM2FnWW)5DsPeZ2Uz_g%NT6 zc(v;QtSq?#Gxt1b+AKIwc`lxLAAz?lt=4@RR;(%<$08YO1_ew;<}8f|-8# zXwB3MM2cZ)ZEIQ5bPDgPdXMVOkoc@)lM9cU)=t)1xW#(pYf2iw6xVgv(|0337%O-`#l9gL)3rlnG;yOr%R@&Z z(rya1SOxEgkzu&0(_nc5CtF{es0jIp#A?%~U7P{i=yp* z(kYwr1-AzwNQdj~HV}>3=+PB_FRK<{6M54&OXOxx?iwY1*Kx)J)8|THouGJ(OyA|q zV0ZN>wv;F<^sq$m$rG77t`^~GJA5mzZ}z2Jgr>C>@O*wN1vgD%w11dOu;n}TT>{%CbOnu&kC|#wf)ME z?$1|Z0+Z>QN;Oh{DbUzHtBsl3iF$}P0c$+_E=t-1;#uEZ(`~@KhAni{-F!T{M-WwP z2Q_%339_tp5d>{2pD2cWYNke;I!>lqO}D{{S3GMlxx${sGjxoieOU!3x`~$CpWY~!FHvqep7(*l~=+x;^~B3c26`Y)QV z7)$xu#}5`!@)A@1=QZqdD~&)PXIVZ|@Ad54fZD6HpwtCm0=e%Dkj=M&Y5^9r)Sh>y z6Masmgp4dY@7)BE$Bdi}=&p`Bc|19ny`?F9XTDFBX*4QqYgZ#}4!O+jFTGl1+F~`$ z`~>MF`0V|x&sXAev>3VtF1Y zqb{&J9vP+fnW`#%mNpJ61N@ZPW6CHRS+H}y zY;PJ+TF}zn*UteybysFZUICfgu)$AE6E6QN8|egL%+3U3PM`60=6MUl ze&pbR^A%Z8dPif%Dm5u~bd&c}u>565_*@&o%}s zDd1p_yl@bJL~*vukc*-U&Kzfp!6JQ-72jM%Mr*Qh0%_=2%d?gvW_Y3%OY}Do7a}WC zP9mi!BPj7eeU%sH849I~u1#%@k3Cx;XX3&<9ipw2;WlP1QZx*vlDd(X4$7DN)V_}* z^Ut5OF;nm~?Qdf1~EWP}n@va%B6?j;IR5Z)2=m8(e}%i`8*y}4ZA=>bq) z#+Vzm-J+WO0f8!k`$f%V?@lbjP2#9j@!vK$Z8{^BgEsaQh!+AX#ApR!PC~Ti*3QEkA&a2j9w=70~6HhR|HeyuXZoZfv9`>QT#|Yh01Jpy%853UD71xPyGy@!+S~ zt7e_^>7S`eG{!yzLuqsMfWrj{sXz8A1>0$ez5C7T1iLOwdC@E*^8xkzFG2D0GZJ%PeQ*PHfol!No6e%j@?r2a}ifXo+}f z!*wd(v9Jpg(q`>@D*tIWPE4FRu$tR6T%1S4vrklJ241}hZ~7~SnfY9#d$ z6^#wzRV0dU3Dr80*rHQbj%nr>elbOp=P+DG#1xfxyeD7{7NW@X+C&gE<`US|W}+oV zP0O;q41IshGo`t#ROa{DziMnjQpr%NPB{|8KtWLCB+R%+alTiwIu;M~+P+%bIEPBW zZR9L(z7|ebn+!O|HXw}}RXKnoen7bA7H>_c}JHV=Zvwy#f1w;S~3E{7$71U6*JzQ}1RCg&;cb?8M(GoZ<`4H9zI zReF!^pyCbF3Q^Esz5BC3nPsWXZ5XQDii<*$yh#eJfY-td(V+QROB#+-IaOzE6=(eG z?VU6X?i{hLzbmxop=%GsQNK0zD9XGElhL3*wpp%rRI4&m@=3s1H-atze8OzS>dfI= zgAX15bcNfsy?0+!j&Tn%f|ivwK;2A}8j#e_lyfA*!#&CjxVMB{A+>KN@j`GYGg>+h`FcFs!XPY_%>Acv zp1Z5<$VvtixcQq)WgV2rA*DQPu8xqXnl#k2^xu}b>#LvYjq9ngaXx=a!V+00W`R}f z49mAU1hn9zI{(WiLB7kF5=< z?6iV_aMyfP98dM}VQIQ}N*}wCLUQU6(;QM~*epVqkxB&Gs?r%Y zx_G3IsKJqUXRo&HxZ4{uAnpuSYeZycgH)GAgWp*%vAhdpB*_SU zinqw!xG<#C?F0=9gY1mqlx3_Xa*v_$VhMQAdWA_oqvT=Qt8%+Jsyob7pAu{`S5x zU^K5w+WH|WQL$0RdxBV)3KDbJC=5smgvZ8;x%Q^wE(uSBZ_=S;_(Xx=nDh(l!+j30 z*P6GUAE#$Tb?ziA*j5~k?=im!{9u0~6-1L?C+(Q1y5@U|>sv9l%H_hS)ai@v1j};A z(o|BE;n?OBJ9l(Cm(iOW@Z5g;^I#};Z3#&ZP`uV?@DiFs6o{3wf*sPB+%lNXGHp%v z{J0|pLQO7gF~`#eOD4>(rmLloLLCR?qIE9~HU{^>g~&%&^LF^` zG9WlG=efj0(a1@-irDB&qAn4z(W3;PW?6m;--{WL2)2v_o^_hI)lp6^oFUsAOwOMv z)7@X^d~3T2)I}Pe>NGf-W%pHTk2IsmeA{1ps~NT;CdqiSiJ8hXV6c4 z<5iBIk~n`fnHYV_><|?wqDy;K4cvg5SDz0Oq%Ti9WQRHqVGAaBz1wrBp;2V9Wy1J~ zpX$toE4PjroyVN2T5FAfc-TYE7Cv3pd0HU+Xk{ZX4}j929mYP~9jj|9mxIz?o1b?B z#Ir#aH>ef?Zzla~Tdf|A@*a*Ea8dd&Ai4*2Wp@UZzx=yzM)j;2zvPTZ@f|LX^z)>g zkn%5uUW#0K?Fc3L5EdN^;(;aC39F-C=Snm%V2!&o8r0v9+|2Ma7o7&7=(<}!wvdX= zQsZ39ApOS2aD*x3L0B$fY4+h^)x@zjCimIVWxh7iV0B`&iU~tpfjjF=1W~r!@S|>M zB)j0t7YOZ-@3eN~`33>Tr*c=|1M9(LIek?Jdbv1m*J&bB%Xg9=Ra+U`h% zPhwE4#NAcA5MW!!Og=X+U6Y;{l5_t<3JCI`oiqilh9U^wr(=$pxDHf7_2Z-1S~smE zrSQe;X7%Pz5yL2RG5|0WE$}f{Sw$UE5kqQaf4(kct)ZvcM5h4^c;B={^to3ZZWz+y z6{vTo2sIA0rb34QK_`Bte7-C()@nA<%_EzPP>%WAjrCmnol`LK6`p8xq(k8AJRW8~4P(Y~ zP&C7~`d-R$LqZeck|f=RBqZ19m{ySLreXywPGPDBlCCeZH<=q-_gOt`eV?^T7770Y zFm5i&V@Be#$mf9#L}3wF8cX={sdEH^npp3gGfqnzerb%81qRH?_$@1L-*bt-E)%;e zrw{jXo0{RP#_*)`u!z7O6v#PlIcXt8arY!fmuQxnvyBdIqGPv;bfCt#j!qiOOto^HKW9^s>YLO0BH$nWrA?mBn^QUCQs>#cawxPMl85a9E#a^!(m3r2QF{ zQE;!Q55IfWDViIzbJbDS?Lcyoh@z_2TMbeTn+3#RWM6E8x8`Yl$JD3r-9^fPj?8CS z9&i}I)jpUuiBpAa&zG467Nj!(m5OHM&aD*#wNZF^Rf86#v5YF?C|tD=u0F*WlZ5L?s!^gS#WSvgtZ$- zRAh*5_-wc(`Hr0%cFhtMl^sP~?#-sCfRr-4Wns%2+9+e7^;M4ZoM?WGe$6*R0;pb7!_)egW5K8qj}|cPSuGQo2I?VL=_i zjL?2GK=&~c46CMM>LDAIihJP35 zgzR}Em47FOT+OtG{8#T#IAHfwItUhh@ zQT&1|S4^t(Q(jShy@|Mi-RZO_O_FGx%BLAQyzt$uu(%DIlS1<5^){Ll1Gpo(cH!pa zz}tc8$$Q~Rah#Aa6?BGIULwXl7}Fymf%F3a&^+jbdlj*N)?Fytr0$-l+1-(xLcRI+PClX#*m;?)=W z)SD6aY^SNXYv0u(fLYX?VB&TCc6vUveDj~ZKUbrknYBa@$461%aDXLoS#jg3vGH;W4$ac+JZz&z7mOc*;hmzJ9JbpM!NhsXEkZ*zI&?kv(k-lg&7o<*N~eUA zpFppnNvFsx6rpGoxL$9R1FF`0?NhyogbcRSQ|_V3ND7s&SL`%r?6%CHZE0~2Nn{5Z zvWFKrOIphmGr8dZ`wm`n22@3ACt^>7SOx~f>d+>n`HqNwOc12KQ5EIzZhf!Tb_hp} zI$2Gf9I64Yo!JfQw1hnEMxySOAdUt&Bn;pd;pxiJ0C=s*T;l-k?<0cPXdZ3BSGkUc zl~jS#JnPrgVbY3PiMUdUN^e`LL@9j{aXsC!|21o+0uSVU(-@j+0y9@yUefG3{a&#Z z9-bv0tvWOSE^#ao9SD*NU%+F|<^Sh3M4%NMJVvxW)geTbiCl$m$~rC0K9{9yK7+E9 z%hUM;B(a94)&HgVHGd#8&*H_0oQ1+_gK-Y^8nea(U&S)Q0#9BMjK**poYftX&ENv% zYQly@@}v)Y07Q8*4+9X;p&l%q1-myQ0&J}nFb(OFtBki^A!t4t90Gz*p{-jr!fhK_ zX~XFrIZ}U;&ZZX`gpmb1b=yG1R0l8#unfR6(bXGn^9qx)5fy&SqqcFN(6x7 zXhy0CaI=g z1HX-!TVJ?kxf(K!Ne<_i(R&Ux!yU>^JJgqg;mg$Lr(&FO+>nQ-wZS6gb4Vz$-$N68 zqvFDaKMDf;s<5d(vXmst%?(XCWqc1jij4tL{zG|Vcr7I9aC-3sg1m&#-0y@zRUn?t zqsq9K?|~zWvc@w_p9Gy~wb~Rh!Ca3xIsGnTSv-|el=5GHfp{hW zGxHPX`cq+MpwbBHCs10og2d>CHiIYgfJuO+H(m5G( z_0D7G(+^82gXi*?IXxFV2S#T)3g9w6JHG%>;F>wY-rGqQ6WKj)o5t*B4Av`>fAJbB4Mud5IexyM!C4| zUp|v;{yFjm*|d>B@CJ#aD+o&WA;sxo)E)qJh$ic(Z{qi}cuDj%J<+}a{&Pkagt7e7l7rTi74SVd7MaeioSzIZG_E)s}p4B(FUv41BsT|*gm z9-3TXopnqz!VcPO78JM6PQ&XYp94M1oXRW~Yf#*}%gO(!%_ve0#Mz+62F zAg6Ig<{O}(7|3D0W0u84V5x!gQy}0zL;|>V59m-y+!h{fJ}s-oyyOTRMqmN!=>MRi zio$&|^=H}6vmykNB+Kq_P|Lv)0Jdp~SaX=`B}1-G<<`l=RI4U>()*LC)pIl@`XvO3 z1|tJ-1;`mJXJT+uZo#Zg()piR`iq;_k3R%Ts1DW(gt5vr(o_Z=vxQ(Rc8Q)gi5i<) zC&Heab8TheSP)i`Ud(fQ75HlmbcbO&GyxU3vm;aE-9oOO1i@*k=uV9NH_FLsgP)Lv zlhq@=qUhcWI~o|^Gb0DUe|JzbQ>XBqWYqA_Eu8$@2W|lirNwVSFl_cr9tIK6Ie}N8 zSn}+)jYR@YyD3;E1q~2R^2_5G?2jcOvR3D#<`Qbq^Ftrx%2;k4U>JBA5~mX6VXq#&vVUzjp!KidQDt;>%-P-DlQbfSczF#UfdZi?NR?y-gTY zeFE($C_^K_@Xv&)3$~gC*zJANY^~XUsmOrDY>RVH+TIZ?%6RtpnR1dvKI=eKK$V7Cm7>i zj5sK2xlMcnJ>E4Y?C{Oxd5?m^Sje?uBey}$nFIu0>mejJhjnma3Z$ToASqTE?p+&4a6TZ$%!lBvE|W1UR- zHUB^t8YZnHX=$XADh5WPaD;E+&TEE_sbGw?i>dHOMo&g8ppw3J#ZZkVF3XAs;{RP? zyRPeIOYPCg*iMQ&ccp?}jsu@n#Eb7rx+h~%QL2u+ny0-={we`}bIVb2=PTY{Pnn#P zy$QjXt0$~G>MY>CxrSbuhHv@ClH&q=Q{I_D=43o{HDGKp=z1q)%@X32(O&R#dxeKr zjGDWpiwo6rNBm}719f4Ua(8sPPfoUT`_84eCA`4N#I{SVQ>m2!!aurdk#@c{R?(dk z-O2q)bTMIcdX1_4Xoj{IJY_ztV-b|q>~mm;FheFL zU_5YYN!L;FXTQVeGo?$gSC z6e3#*ncUF+BjB~xV~&!?4e2N<@_VVPXW;A)3FuQ}zZ=g48kEQWj?iWEbYn&xj?0po zZ@RJ+&9Pe$%99~Ig$)Jw)ToP*NwuyVC6$&epRGSh+ z*#NF0xQ&6(h^bs3EDSfLwu3jRirMP0+9;3v5PXR%=Nl7y?o-wlDiT`V3*xMpQ6dgd zFaVpH-1VWIgO7Ab8!oX9IzL}n(Fl`ddx7UJ)(*;Gyyw&@V$2I21%%%-eM>*by_tnw`hC&JH3{uo-&NAuUA(wj+=+Q1l@lLMPA>X(T{~K zw4ou`2QAyeLEoop+bdRH)e1QK)LPeWOmf;^Rmpk4d$Uk;z`yjPDO$U|p6m&aPS<<3 zD-H0I7B*hEFv(>69!Nd4IhL{lOAXvG`Wv*A$k*6FtsFNnYpo&r^6;HWi=y`>!(V&4 zi=202%TCCY+zJ6E{Kbp5&BKWe53Zt)K!F-jVtGFniKAew_>orXKu@zY+A!WnS)>q=$ zZUgdmgCug)bqUx8ZZ9yRH2b#vjj1cYOr)gt(B&W?|Rh@-LzeZ1eZUGY%Og760La(XbQ!LGL@?t&T>^Ejr1 zlhadnbPt%|>L*ow8jw})xv3T*zzboKu#rhOuj1|mLcIfnE1{t_6h}?F2VuCM$XjyP znm?5M^98W{Y`_>-{MHC+r4>)Y0JPe0na8a0g(CzXaKkk~wF-#DmD-VS)W!|* z?1eF|fr0k%fB~EZaaSy7o7?Gz91U=Vrq``GJeI7>6D{f#O}xsqbzW@)csLOhoI{&H zz}N_Z6<+_5m%e0|Ja?~B`S-Hbr3)(2OP`CLu}Gqjz&vd)rBISi*#y|K+nU!Pwiq8_ zwZh)Hyc}s?P<}b4cE_tKY~cs6q0u``ckIfsE{t=9V>8_|1H411;ni1mA2VRi=%w}s zmnq@k5p@$F(^@aT@BEHvieQd~+}|n~uN2b+WI;KoIqIMs*fVz7piA|a0U6OcC44kA z=A%I&wUH)t#qeqFvDp!6ZVFj9J1Fi_(7eO+$J1jnHk^8m2@jzljRe3VBpl_`?(^Zh;Vw1Z_~z-Wsjh_}eiETo#eeeL2$C zFr^c*ErrArmj2ApQ?g^N@erVi?QCr06YKJyHAck&*b6Z*Ip0TB4=PbBb$i~uDN@lss1w*MBE8g-GvqIt<;q_JVB z#OF&McF9`cs_xKz?*bk)C54qN)|GJ+N0YkAGIj5w*{O<(K{cYW{Yo+4>gg@S zEjfZ)-PRe=W^rzmqX93S7c7<0^5Y1vM`3mmeQWI~#yuII;tNlFoUw;aCD)DT;5y(w zWeoglrurht{A3N+qzOi!UskKI5f}0u69Ur2M!~dI*e z3mresA%Dx(KVql+c~PsHLCaO?GYLqkEN7uf$1PWKtyfQ^P9Z1b zZt5uaF%c8CAcm*5dZ!~x{V z+#S1bSp)jp%7#}=U!+EcaY}diAgcJIx~ZMjVaTUs^n~xZ9eVnCs;12Cv0NIoy_O@D z0ml|#n&`pil%$&V!Yd{YX(95X&%b~jYe9qrg29E9$&M3n_~c^7!Ln?Vdm0FY2?3{Z zS3Bh8eiXEoc7@_toY zxx@%~sLV3E2Xh7mAYj|U)J+K&;Qg$(CXc19i7K>H9|t}0TRKLpuv@to%tM)oXs(8< zo*im2GD&SzO65M=YH4aQ!I=*f32G7jldV);XfiA{mCclI3q}cwV!}pdIU3 zF&Y}a-^OMu&XG5RS8P9oQ*9&%aPMg~1{#a)NmHPEaFu4IWF*oF%71>|1=~@Y#HV#n zp#dF6DqEMIJ4n{vSAy+w6ojzw3GmS5@cE*@=}Fx1#Lnwsc4XDQdI7KDYIt=A?Fv9A zL6FYz4~)y5@%mE*uID=$6C#nsFqE8(9bZ5Xm~~q?%;@NIF)LH}hp9Mycl=P;I;o{a z^@*pR0MKZ#yy9I_-1DiCLW(g{ZuP;!;x;VdN!2gK@YA@j(4I6l!B-kd#qDys_c^Mgj2?xmw!HIAT8W<@Fij|;mxQoYHvZZ`5%J8JB z*gINQ;ip@OPLIJ9vQT>ahn#+N%?1~&U25p%HJ?dAZm`7}cb6sP{ZowWx|(UMjSwBr z0QwpY^jxlE(gCm_7!`Iq&44c2=|N`aLsnbK^wl-W@K^E8B#QLY_iK|i72XCU+BH}P zEdfNDNpu6-NYALLX8r7Z{HJjat>Lz*MmgooO46vJ%}kvRJQxTD7kLC1S26hH)hihJ zeR{vUqD*q=x6yOo(A^W;_^3nm-42E_JIik#nyA->06fSSW4fo7a|As*?2`$34mN~M zsDVe6<)q_4h?odYgw2~xAiw1qv5qlL{Y`sTGYXUB=a-N5oGp)yfFy6@Ni?tSsgI+J z_00UF=isUsLVWb0B_dK|Xkr`DIS3_YKFK{XhS{&&bfQ!Vt#QuYj_#5^eNtNGF*rJ1 zp97g=YYC@}^Sw|F-qB}~&CFi1ch~QSI0Z+%h^pL70oaNY0;m@QdbSLC_Uzs%nJ+6` zO~9W+p1M?UO;k;Hi>!;7?&?jWWV&4&LB?=#cv3Q+p)bxkQmZ3&TE4e7)Xk^p*g)sZ zp+2pTz5V3lDV1`cwdyk}=GoZ280&5P9ypX;PI(N|R4F5O#uUF|il z0TiYpm77jpJDK=*#a#jmq@3bzrTDaB-mIpNJ)y?urqn=h5to%z^a6NlPW77(yko=B zA|@WxbJezLeDFO@tDH+ap%l103y{Bd5g}MqL|0fSH>tAa(a@u{pI=a{I&rVtgIVu& zFV#}G;a%N5$N1aE0owxLF1hpu#Mrr&4OB^Bce8X3gdz!oPR!oQs>S6Q?t?@u5M!2F zpz_5-SXiS~0R{(7N6ZVo%QC2bByY%7j>74Ht=>;g{cn#E02ok6AU9X8OsXG-DQ*jRJGFc z2q7h`b%J_a3_F0a&tSQOME6CAh3IE~o(fL%~Q`yMmdiVEw42z+jNbh->*8 zA+>6gOV{OiZJuzgnc}F9rTg$}|iwjQC{Pg+o_AU;7 zOwj^niDG!~LT73IFDrT?00!v7gerc;yNZ(IwTFp9JLAHA5LX)RU8jR523_-f$ThW@ zGTd~Mc~YybT}II4m-amq61M(Zho?!w=|V%s2E|4{0_PeH4Fqadg6c}e_F;WYakQFN zOH%Asy>f2k;bkbHsH$lLByZoLT8)u|*xc&tx4%oBgVh$S&E}I)<^GBmP^RaQPM7$n zzJLm!n`(i*h zn-0WBTj@r@);dEn+v6HK5`_Pp_=`x8OyO?IIZ@dM1+wD+<^sT7sg!@9d`3 zvK%sO{6L6{zpqyd>ii<){X5)?`AGps&={FDZyKOQkGQ3F!L)EqwZ7|`Cpas)D-+j9 ztNQFc|9Z66lA^=aqSRUBxKH~7`DAa^nY6RI;}eg)#*Z~&v!z2lI@t(#w>IvTt88S~ zYK+$;afK6>6)y3+Dawn!lba>OKnk64@P#E`q!w=17_v`TIF>z+5`lu4WQm`NV%aRlSS2Jwd7hMrJ!g~PyPmEQ?YpC1<$p- zV$Ewu)!S_#Wg(*ZCAt1Gl zMq;6)g}zPW5b1szS4$|hNxzJ8-AUod3 zu-VphW%h`{Q}3sg8lwX=}b10@}TZ65keaI#lwR_co;v z4O5tFmGXaXpyY2R*%L>4BOy*|83YjAeVYD1=gODdIKv(6zk*OUD*%ewvM_$wbz#1l z44T1vn+IZH+{Zd4_5l^hdZ1ZH{Vp|XneWYiOZO&RkYQvT4bRgm_0ZD@oNB46fdt1k$O_fx~0L5eCACud0H)7c&v8v{UN(}fVDcHawi0v{9< z=#RdDvLV_V`3DHGt}|OLzhnwH%~_SLdGZfWu|!oz4~@4>=LiL4*P%KT^*sq2z$Rd3 zI{;3Vm8r&tB#^G*4Uv6^efmpF&>`A%p9hv{V%XX!*LBP62Ti!04i7-TsUc0rFE-XM zF%?0$#3#&>OTY6LbjkY|DWYile{-6SG+tn0I?GNODS$+jy}_oU zupc-T+fidB#k3Wn+&)v|`;M!vzo~r?Sc>-gfhZ~iJU>tbZ$%z@st(T(ps@Ul%7)Zv z9`k1-gH{g!_N*Iv^P@$|v!XD(HaW7wPo7CW3|xst`oi2(#I?x$`Gz}H{$JI*Ms)`Y zLX1TE$vt8>^rZa|KK^_jTA9=W;V=~Aamb-#vbGx_3@1ca08K!$zoHsEV|5Q};u9b0E9-@cA4Lay87}-gqZ1h#xJ@n`(MojocDQs@hcS@!0 zua1G1`o(TGjV+!l*+Qkm;Y52IgycvnA+p5vFthi+R-#0&Ak;o_VS=fx#RWA|>mdi$ZSlh6JB2MeJoE~BMm7_-pnWAT+b4s>5TItEx=PEvP45%@C+(&bj9~{^TVJ~QkY7EvLvOOR7V<<9<{V@Tg>d?tV6QDdT zS;5K67tad#G?5adf!jxL9M0Q&)}$X2%J;S9i0;L7prHHV6x#Lf;u0X?~kd?2Kzh_X4y-DCe4Ck(1)!)IjiSyOh@By>=gejWj(gh`* zpVxYZWM&s?wpNZceCLjI$3kl*d8+QAh(NrhlzcmUEWZ6i)8RPn_XcWjx8=(b!cBFu zf)`a|sS0RM3=!SR4iqwPS6i=UaNMv!H>35ZrxfXyW?~Xo)oex#wV`NhTb-sM9$b_7 zWD`$S^@VzPoL)IPZ@XsK7baohK}edGY6q#Q2{M2`Rz`WIHB$dl^#wEjSRL%hftuGW zM0ms&%xCt#zYWkoVbIaJS4KN9vV41_iBn+dIA(+{ZQOgb(f<@$fYJ&U^ z@V#i}kujqZ6l4D#^GDL)#C7;KC-P=uq~?*Pf3p$;gH!kbIdCSaM8v(j?8%y7kI}s7 zF4Y~lA#p&uZS&^HEVAiVJhL3cwq^({)}C@c8qNelgp#?8m~Rz_5*EPo~y>k%c8y%h76PzMrzXQmyN&0L}(a6*cO0W z^Xogaw`w4tgkYH+l(L6I zGKBSFXk{?jB*%fLV1B}lf|~5-Vt*@E1Bzhj2g@*9F;+y=OL7^G{Ly&qa3r!PVDaK6 z#fnU(W>^%^?rhvIB`(zWy!@yQ;vLNfCpa?bFY29howAq?#x6V>g$2zm1N&Bi$&mk& zS+kVj$;ZEBW>j(H-B{8(sSr-f6S7_$@a=L?`O04O$6EoLWKyW7GRhF902B;^)_v!I z2ej4s4FUg!0V_t!J-FX4MV~!6k8N1JeXfmfu5LNR?<`7W1b`c9<$6os0JMd|S9D^{ z2xV*B^0MO$*n!wzHY_5*FRI>|-dcL-($#6Bauk5X)`kIvR1|6h_Y!MZ+*DPe6XJRC z_qs$fhf$^~>Ll}7CDN=10>p5Ltq;$#K-9<}jTx{DK&k~Zv0#Xh#jW<5cveHjY;>T#*q7|GG;0PQ; zn%nIoEW=yH!@62TmpWrP{C@{NDmz1uIa&$l3oE4lozlE1zP*&QfpJZ#?m&Hl9tpb4 zKS7sEk&~l6JtuNZ{w674m0D|%f_m7+w_29`4`iAp8CL)-!$*y7Em<7N!0lA0d21@# z-B6GPJTMbnnXPH8kzyk#2d?6^oYUv2>O!V`NUq+Q<&n#< z-bCJ)7Oiw%dCKk_L1XD1_>H8+Oy)_#>SRDg`M*KImX`A_Hn&>1P5l!k1A|=NN!FMv z<@Jr_UhqTvj?B;!%uK%~59@F+l+O|mDl8NT{sp$Q^j$|C= z1UBHOde$3)dOVZHh!I=thZ+~HhiunM);fllgW5RLT^R{{$UfOP7!rs(ClJF3lIST` z)b)5M4Ok1ccIb`ey9MMCoJt*IZzt>Z3iB0X8g5i)>awZ#TPP=sVqAIchx$g`}4iPEF>s-jZKSBD%UL&>ewh44{;OLj~x=wH3_TbEFaO08)e5JK+aPyLT4Fy+Dhw8P(EY}fef6| zJds!2qg4CaY= zR<+bn^`!KqhxnJ&H7{AdI~DplX_Eym3_2;dgtw+6kpH|U5}a@fv09oHa~B{;E{gBP z`t~KJ-s8S7zad3dtQx(bgFb?hhYXksxpGKb@(ZU*b&ykOGQrW@+!1c`kk$H8&)r;g zeMX?SLdPwSyjz9c6k~rtaV-WaN|o-d;O+K}6Mn&zZUAQgXpgw+cZg$w&{AV2)QQ0! zfSboBSNcpOIv`0KpGZc1ynyPXVB) z6MCvt8kF^D?{VzWhKHa^osDRc@F}J-@5E-k@^zlJb|4j*A!F3BZDcE}2zL`+k>HBa zIia*^#!9sL(l&K&W9Jw5K?{K=&=g*>J~U2|VwV#pb0@FJ=w&o1PUBFnJZ>9YaO8?R zLCift|KjuymLyClxdO89tUYBosX{6LFCeT=A(~i_dG?xmJ-YeDSO#S+xXLvk??q++ z#@?ARlR_7wnpJx; zTCp8%?8EO~igIA7jZP4GB&5Dzh66YvW8Zh4hI*zp+BGypPRvYKhBZrv)#8#HeG((@ z3vd$&1$LKIIZXUCeB%;9yqUgSLkZsbjNk{Z9k}VS9hFVw#Jh7947Lgzi!Iu>DnJ@m zD#W*cf5yOagiJk2ep?Bm%#~zy5C-UycS+w_NV@Bn3rxNxXzdu`z@Wa-W#`9$lru)J z1pvp@gn|lZf)n;tjIK{{qCaSwEyo!N^fXfF0gR<7PpcyL5AzA}XF`b4XN60BpZVco z>D}UcbZtJ1L|s+DX5dOk{He)+3nx>YaDx!}Owzj5DT%~=98!!~@1O(fiG1zkD3wbA zkIpZE5S)+O7K)0TtXAjefs5X&|nTN|$^<^k!N1(D26(`d` zUd#ZWJRuEcy>Ou*ft?#}6A53C|Iu@suzT5ndT3?xKHIn%`w0)<*W2#)atsL?{L)zM8d< zu9X1Z13quj0V9J+wGpMg>ej@Vy|@@kL|aPZCjOx;ec?s^C(Xd^w|NrU+fQnVx*iBB zH;McRyZw+WUHeW7ks@Wz+ZPd-_xLk0KIVhT>6fU<8iGyH9lK>btmy8(qLjb24YjmU zu0L*FAGyl0c-Mmkt#*@Q@gav2vNML>oQmGff>&A@>RdEo!C}>b!V|{Z6{iFOGXx_@ zdpJri@3^KV-Yo+xEWJ}VBg^HEn~!R$it~HN{0yojh0h^Wv7UVC1vj!76e3CfvwZ9oFHo` zB<}p%u3B*-z^s{_BS{E)n}&tl9ifV51UNvs!?HTuidO&O|KLd(p!@!oZ*=T_X4oK} zCD7cML7N5gA_gxX_|h&#!RH~}k46L%6a#7psleS0ax4oi7p5byeEX}tT_2r`8tAT5 zTu*rXXOvqru)}GQ$bmJ*a6loNnrC(6-|d2Z=zg~y)31c%IYCK4p`eIfDRb1VAPkDG zU9jv$ES(%x#wh|mTIYu#R?Oi66bz?z`C^_~wLS&7TUX5iRlB^>(&2%`Ev9+mH$|7ukb%Xi^~A@Yu&a<4jiGeq>5| zE6K08zhPbMvu1QH*F< zMxghmB%wB%;g*O(7KBB@E_maFrOiwCWU`=G$EJ>OXX9Wb;skI80+1$;BHETk2eK)R8V%>Fb7N~ZZO%R20CK&B&q_c3?y+!1kV9SKY!dBu8UfcI&0=H%}V z#449=9bAT}Z=pIJ3&s1WYI9IXfh?+4pm>@Ccs%Nt;z08bqD+hv6r^4R*Xac;EYww# z9Bn!ZZjxJ@;C?Jn?;p6Ph3hTQ(J&Bx>%oq2XAo60{>v4xPeL zw%3GQjh>Lj%WTz1>FqFF>KS;W;>i@1Zut^l9gD85O!SkP2@7^G_q!h9|$wB46?zZy17_`_0;@0S?FE0MHLa@+E{W~fy zh^dK$MKHQw%#Rl5(F9Duu863~v>u#0S!OIVEOV5%9=`b`VFWqSckkw|i)McKdbO~t z9oSy~@>3)Y{Yw;;`~hUDUd5oh&!WnFW#;J z%672k&Aj3eB1NaRN1v~Dt9`5#7+KFM(@(8QH_&3MS&Y+itA|DZwc*84o?%mP=3+8+ zm_U;=cII#f=+$acqY%P#5fo;jIN-3UOa_vmJqJICmbB%oCNtUxY~4lB6jEp890OQF zv5G->?_{`$TQk9cieQ7u1j-Xdr4I~CZd})f(JHWbw`^epf^=4L1)(TW$B>{<_AM@@ zeoLy0j*|Ld+@EkB^z}i7WP_@-*`}e1)zC;6-4e;Q=m6bJ#h>WvsiZ|{7d{w zH%m-!FC;?5nSfrt0xv1io7hpO;hDxRMVn_Z1V>u*iG&|>2#Opb6)byT)ff+mx{53C z*>m&3C|b-88Dk4TAl(3b>y2ewR0QtBZZg0kUzm5BEi;#*R@`7V2c?p!O;bWK+Y{Um z4?3h2?jo^XWdp#p!$VVeJTxJXbGLQ<5}d9j83_3XuEhy(NBPb>Dy1-(9$dB0?ulmm zS1KA4533qYGrm|_S`sT=3spwK7Mr@rXyirkGWxMWD&P&&0(uh&+a$f&fl3n1U#T8h zOZ%Jr%SH1tF{n*%fxSp_le!`Y_U?fY(IgrEB|jGq5Km8ALisS69H!QS0t{M>7UK>b zFuwV}Jd0*XbiKLM>c8j$yyb{#sDPXx#!t-U4X@dZcAC^w9-pvr85o$6BENrNa?*%Y zMS?SMCL?sS1ff@gTNQde$tI%I7^b%|Oc}>*C5DC2BWZ*nN;kJ7wC*7XEg>{kiI75l zX3~%Di6<4Jlz>uJkmm02VWW#BjD6Nt-{s=?pg4}YeGU(VHJ8vv`01p}Jol8$wmv1z z=}#Jo34FT3jCp`Ze2EoQUeZAn`RnaS%txa$i%qdCUoCY7L;q*Nyh!}Hne0a!GM{w= z@wgwMcTZ)OO1+Hj$5}(RJZ+hhUk~iy9Om$FA;ruFGdyh_<4uF->x80?T(pzY$42eF z&mX$y9_|S+Xp9wY_(34DWLPLk3j&`Sl1OywzlA4yIodEtUb;(Cvr}}p!4F2A-f&yM z6~r04{9EccUJO{=SUA^+^e?ZFl`uU<8NdyZ{hGZ)(Tu!>{%r>5Dd_iWe$eq;E9VXX zWsL_pDk=Xi1h}{+JU@m9U~QGlq7G%TLpb=XM!Dr9BZAs-wCJ?MdTYA9_8{(zP4b4? z_MorXni+^JxniQ(w`h~%6Z4)NRG{)&K^1DXFH9-(W{cPz-O{O;LQS+fq3;`FJD-A|_uHiD|{vWNsl5GP( za6;>aPJ)M@>55sxY{&0V@Q0A!*Ns(9{}?fZv2>oZ*+TQ>KG(n)U8huW+g(X1e;Nsp z&I5LOn-0McQM=b!O;b(umH1_=6n43f^VIF7hxXGkyW<;bk}rio%awEF1aJ95wf)0) zI>!#$It8i+1=~QB+Go1FaSd5Cm48sud0I7%MDJH|RFA~omq=X4EyuF;t;|eWBZpFz z6nSNOF|cF}yVPzR04BzSrr5mcDPz;d00%I_IOL`%iS zV`+%2H8IEjAsEe2K3AvN0h8%1uMj$RRu-+CHa0`lmTOipX=w_z4Ve=h+q*~&kO2Y! z8wO}C-1+?})0Mj&-G)ULjB3nWcrY=Ty#!(eq%8n^!dE7XGHIS*^X@s#Q4dDaPrA@v zc}L+fTKK(k0j7dq0y&p5Tjh344GAL5(Q{ctlKHzG_+l?z0;ms=NX<2Ei+6;n`LPa; zA5jEw&^p0otwwWP6#Zx1LPj(Cd8J^pRKu2~sb+k&zw#6EC0#Nc3XB4~_*hYQA_RfQ z4_s3wPo%=Xd^ABvr z7MOBfgdoqbOzg;xuUTfNe=8A;aFl|h5M8(OM^OKD+7xG{=X?1wr_hl|zvkXP{T>6k1>>PH24U#Z;VXLWF5$yBl49>>?KJ<46M<$^0w^}09>d! zCx$#EdgZS{Kcvc}c|^x~0vHxTq~(V_{IJVQcRe*2YX8Cs zMommg2H1Ct!qB40VPWCEX$?;US1YWG0dTx_Iyde`JzGSq0K_*k(3*wtzaqEjTm85R zu3b$RB5j^rN8pF@yTj#ey{wZPGpv(7nlcfIGNjvI$a$KEEn5B;;a)ZBVH7+*E-=U< zbhn^6l)r+;Z%$nqfvtDs2IY2#qH9vo)o7Eo{Z!(Tz%p)AU6h#R= zJ_=<5FLBFywf#7SOlGijsIc&%&|2Q}!?~S9Tc;oeFtc3{)1eFn8I_;-y`n^GUf2Eb z#@4*koYcyIakm_kB=f+y;2aV@b;EAA&RHAOh>22hsGd^fAtb~`8#6IvkeG4QQEg*~)fT31*Z8dUpj-7FP!d|&DRt~StE1E`Zi@12r zbwR?Hunis~l4Gs*Ky#>!M#!#4;xxBoCM(dJAXS&kk=-#BDrmNXx)w@)63FR=iP8PH zI3r*rv=|uQ9Nt+wbkjCkN8o=My_Qx{hCVBZn_o(<6u=Y0JbsLz-@?ly+2?qP)Bx~^ zy50vzt^m(5)RJC3s{#PV9S@3MgT+tY$JhJ_9V-YJt;9YEWWd>(Q2{Of-uHC$UqQ0U$-z++BXT9n{C3PK8@!s8t+)BRFOV z2G3igv0cAV1Jhv;c(D+PC1}g^32`x5o6A6KM2IkIcv!;CJK_VF3NRJom2tnWydrdvIO^^ z5Q~1!a?;1!pdXPF&8t{H#}hhXE^MMmv4ia)DfYZX_P}&tvpFc&0*bxX00%W+`1{!~ z1e(AaO^~M{ljfQZFm71i=yo)Lnx00{IQK-acU!J$(BM(TP)JsOBIp;76*X(xVYq2z z_%eM=ULbyjH-XZ~Yb8FlN(CJL<-8#=sOZ~UM(Nk#bTizin3D*ymH&l=TL5uN##d80 zmf!Et7-!TG$B$RKyM7p@ zpfXNa>OfjO7vbgOOJSTdt7af+$UwgSi5Ja3jcz3+$HG_K*B~$oC=P zYG^)H(L9vE`2`BqLl$F$sLj|f3*Qd|?W$6zj$b#=t=)hhvYa@xaY&%0G$B3hjNK8u zo)(%70J1!}jLWI%@biuL$a=d89LvSun;zAkQEMw%JY|jf%Y=)`>7eqoJjA0T__I@4 zWxsz02+x&92bmefKNeBr-U#U56Pg(#l3Jb{z(=X$jc-1heP^joX7p@^EMGb3?kG%a z+-e}LEL;;UqjH9Y5}1OcU3;E=nm@8uV0EJ{AOR)1;nnL3f`N`F#thIqBN{=ND{^Uc zQ+s}q%Z_!8|#$-#L z?BI&Bk;){sXW*Mq$3uU6KNud{hcDVjEzFS40d=4<;9F?_bCtb>qZhpU*4Stm(~HdR zAJ|A{m_Vw7B*PNuc*;zc)dlK+ye<86HM&e*F-%%H#jCH_zGkz~86TzjH%UmQRI6sn zeh(OoPnJRxekx=v|G?s+f8IIgj2N~8jM2)a9ireo8`r8R}#_&H`| ze_Ptc3fqFnS-X5MbU>nKJmZz9$0pvK~GofwCfpQUn^(nHY9a>s8 z0!mwqNBw>eO7bJb({aMGvu3zA!nFvwl5r^k&}*iQjWx58&o2g%_njHab*9zKSc%(s z!y&a7bgjO3G4H>Ms7%~(*pzU3_+~)(gQHlw9~Z;I3DNsuqOoBz$9k_w_-Q_T=DJ!$3GVGOS>>*}F{o9ebT;3tB#D%%X@x1>hFlVJ?aDogb_{IfH z3uP!G;|8TC@MuhE91O@s`Gjli2nqruyM?jC<~d7XMlfThqC?k0VzH{l!aM79m@3tc z!i0kSr8s~v3`*BVdn3E`jZ@W6kAhCxH>iRGzrO|pvo+De4ZVD$oC_V=fLs|r*x%e~6na#>+$#U}B zFvyTwXH~vFHApDyn{(RUV=dD>x_@%WVFh{P*Pr0#UeAM{B{&yWLP0Gjn8+@)B*)@K zlaTdkl0VzlGM%F2^32|9^xQw0_dUbFBgs?EOJ7AQ?MYn(9XkOrw$5ggkOYOoel05P ztm5F-MiinMUMCv7VFhvzOu*05jP&j1g!Gp-A(*X6NPfNS2wL!rup`d|c{*Hmm#)br zMnFJsp)H0ozlY0Gdoy6L+iA#`9Il(AGIDGSG1`9@)(KVh@E@|Tgggi7o}s2vgJeNnea&=4eQ5*S zM{v2wz2>GaNJqmsxg{j`6@OfV&B3oYirxd&YPo9bQmQGG)&h5zkN=#a12H0)1WUL> z=r5zR9$BWa;?V>{|O`wt<^y0mLd@(ABr0AFC&WEA2Gm@=)4hBF^_By>@8gMyI7L@Ge;Nc9mCKl(*fI_id*j=D zdhSSa%;K}r2haoImFdrOhU4B@CMpjPxT66z6|p+ORO|ECa(C(Bsv2_~)m?t}v9U9o3%w=)ArqxxCnI_MR&07U@etz}@ZSH+L~SfB5)_8b7wL#kP^Qh^JvGxM zd6WIO8)+*wXhIkE>(LGfM=<*=&0=fUeR?s0y( z&M~$vX5!Kt&ZBUy^FuAOho+&?53%pvaz`Ty>?n=0pfy>@A-z!G(T8SuCOqDj;NzP- za7hnv^?BYxr*WMHk3|C`-nflsiCMev!v$j(JKS7QQ8GWA7qM&wM+sYm=ShA+clw<3 z%2Xf$!UbR@sBs^1@DR7cD`aLD_l}b^%XB1c&M!)DJWK+l+C(b6l2JX?eiGgF0%ttq z4zT|Hu^J88gY>)WJSLti_y0R6G@>=XiYJPxLO_Y>twtY`3+Gb4rasK=UN3b+K?-_Q zKpZob0L_0Y7Pq-Sz!uiBFpQ|6%TVb=!9Yy`KA|?KVP)ZTYzoN&3z{QFk%Lp{7Kv&G z_&oebjlrgb%X-br*C{bmg!YqqF@~;8VK5_ux{ocPn*Kden@I@W=y1|m5Z$SlP459e z{9ZS2ikl7~YojKUB;5UboTlv`n9aFLxrzohkef)+mz;7PiIe`M|HY!KTMk>U;}~;0 z=M2^%)nKTc>;pc#Q>;ZGwTBd6R0;(Fp~w+;rc0TCJ_f3>b~s)Tcv_p)F`=e0bkUe) z=LRCrE2SGNoSd#nTi>eHHM0YqUCMG@E2E(5;wQ2ygz8_Se5vkQ$BuH`GO|bm!-|^! z%j6uf41^n$Gk=14vBQSe(vhG_KSlJ45kk z_w`AiF$E69YYu8+u^nkSX+#ea57}0kyT3vo=w+1vQy90Rt2J&xKZu%29{{5%;4<27 zS^p4xv?W%)iT>tD?daSoQUuc$j%apy5`XBV6g3Psjo&?j^Yzd7Sar*p@rJ_y@Q7B- zG}8tM)J;S_X%47vKsCad19S9167v4mD+WCQ5Hl^U4Bq4Mo}j1h&pzo%0TeOeN*H%k8JW>Gk9^0mn}u*?(7DcHiq zT)1)<#L6nR@x$bei3@5BPi$Q$DT;?aEfnwUV3E!~(wVgCw=*!2ik+gW7nP|^K93JR zxA@`GmE6CAeoGo}vKU>mJB^SG3udML&GDyo`QWVT{iEI&60Pd&Y+F5JcN~f(8So4j zA_t}WGWmD1tgFbA0I=w)` zSum&9?(ji{eS`Mi^VnIop}e8YT8lZk98~PPm^x?U0L&h!;yiSW1*tBF;UwvDc%)ZB z6uhz0a2Z(Ti{vJ<{8oUKxCyv6v}W9Ekbre-`>$;<;f}5D5n&MmT*a&E(v1*|@XK!%=e>Jm6l;h78g^78zvRP8 z7*>(OE}k=7^I9#bl~)4qEbL`e()eWB0gSj)B-QL%jOkUILCnb-NyoC>~ax&#T)mR7A-7nPjCD$SQr`WRkGL;!AHGY%}p3e`s6 z30xlu?DURkm69VU%RkYy0mm%azUWcnV9-Z=mXYN)QIIZq6UgPd6$}$~VpO8UxTnW< zdKv=_y`ML8zb>&oJq2_oU6BH9B25lF`x?fkOO86YFEoB4Rr}-=?(wsE8kwk=gx9=g z3zV#LdPy;SRWT28D~$~83P^HfuN97gidKVj-zQ7(l{nH8QO2Dsd3R!9I~xF3uqPl7 z3#J%>t=+1@G}!UB&GK(8=R{OM12{UF%8+K}^-cf*hAz74B!C(lFVj zh04t2y%^K?(f(3#EdcIrI7FQ(@c0lgvP|B=r38vTK(1(_G)4jl`0T2zfE|YGml80$ z+VO%gUx7ucR&s6maD!Pb`t_%VEH~{YbmWDQaBWSBpS;ws3pZ9F*Y#W8rVa5)+29La56fu zIjv3MFC3aFLmlSi`R$j1@;HeX{}cN6&sw5>a?V{aRiIJuhn@Q}B=IGwD5$O_ zlkWl8r!F^J8AZm3gh6t%N&o}vzG;u2xbmtWdf7*JE*r(yfF_cRFEUIQl4j6^Rhr^! zVVjDeD-9;-P(PA4)s1R|SS3(N`qH`HGg>hWxB%98-pH9!+)k+xRjjm^P*2H9M9Fba zAeYpPmVc!CK(NB$fwtWpEWI_$R2JQPeR5J`oF&4FX1tt95-u*J>LbCW$HC6=3+SrS zF$HYBd#!YM94f?aCg@BG#GHxQB^Zg@DrV@4xL5u77!21)`!xlAzU*ql6n^mRnkn}| z{98#zRo8f6NLJKLi zoTMHN%3rD!xYtt9+-O)M0G1=;;cLg7=E@%}C6ws6i_2?{%G0pO*4y%nypr z^%49zpjqQ;vB$1TImlRYOT5JdtkFUPZw>b23vrpLym2afW*LDYb4w@1EL;q92@gy8 zEpkmF|MI&+h5B&R7H*Q<2|VO{C{UC%sP4^>-EMeeX#{>H&*7$;~?B1$>8vSZqbtWG`C z>4#h2bY$O~>94=hR%R81h$e|R=vY5U&EG(2nlWEo@!N9$8Y{>_!qBiip;K;ziKFq3 z8Lu+;tI|RcVKL*zu2v+66IdpI*!z@4DKfIXDOzao*o|e*&MZDZYEc>3oQ)E8;c3;} zI;H@nPBu_VeyY7<&RVh63TrRWI@rU-vGo+YV~y#*kruw{D(=#0MFU0lRh{XewN(XC zTVVcmfu8MstQzX!cM7%7ni_jH2wx&>XL!f&Uzq5#!6wA(B|_O`?DZc=>i{iy-Y@m& zQB6dTNeQ&e9dSEAUBlXGC0w;!TE1A4CsSvJdz98LrTkv+dn+Grx0LuVI3ev0ofp4dO(CdL7MX&eG_XjGd)^&nHQ;(NEH z=$d9W+g=2iBrs~r7E_l<%S&MUCXa}3Kwha1c?RyUTCA)3h^kx%1bU3{7H5l(q$q$TK7V4b5_lIwAz{wj)}8m8q51)_%;E-l}c z)=0>FVX0jm1_3PL!zz}V9LNt|rppwBy{odY=Z7v1Mw7cPPQm`HI-_A!T+9}c z4g^2?nP!UnrK$L_aJ#guiqe*0rsW!EKB|h1go0acf`+=!ITbNbFwa$W4wGBSZB8~C- z+D$gCGGdKM(HktJ^w!lZ;D^}!ez6U|_L0Od<{WNt{t*dB4w@7E%P?K$tF?aH1;xdS zU$RHcQqHj_wxb-_csiAMe(J)6u}EX^VDj(F>aF)ZKrll~XECg5eFiqcM-S^ZF85MW z&QJtMxVFO``O|0R5$buYqq{uDAqyz%I;VR2Gow?rfkj+wnX;uYCkI4cX zpWrqb6EAX}8qQ5VkO#5}vMxGAU)ndaC;({i)0A#@Taj7!6Ql%BV@HD-o6MkrP2E9r zmG>?qqicLeIq>P`)h!<`TrO0VU3&VN|Ha&BRRb*ML$yl1si5*#u9ozFyE(n@h?jfj zMGM3yrJ&tI07!`|ru>`0D2g%*^5QR2qaNPXAEJz1TfyTH;jsL^5l-E~Ps13^d|$f| zKh1mC8nD3ltvcbR2q*OT)Q0mSNRfsu9OSXJpyJQz;!WyGo`7 zLgI^-|2G_Bz%7p}+NLmO?VJGwR&3BR;qNWFwba#Vk|4G^E!UhntdZW;)${g^af49z zN=bsY)d-lySV^!#uB`VNal;wlTVHHV*Nb6<@Y^0FLJ@J_w!OI5SKuS?sh3V+#Fz zMEhZP!AURyZANX>O2?6zlUSnxAkfF!n+uV~&Hm~{wbOi;L2p2;OOvq16|(h4*s7Q& zl+yX~vp<^0HB5P=zPH7y8`qv*D@$_H7alQS>V$eTIfgY(O!%>4JL+bI6n-wl3fdtostceqO(fSZJ?A{gB4UnHn;Roz<4r2HYQJ~TW>`s zL7)H-3Ex<$k4n!2V4pG=Azl^?j{|C>6SEBLj~(N1@=*q=pHn$T?=ey3jO14t1z`H+ z4WczI!K#>18O&j=Dk2Ff*HXs7NpJrSRccdpDEL@dKaP5^I+Trn(qfVfAc@G#?liNE zY$8hhA#BQeU&_&y@6Sl1OEmh5uc`8X8`g;zuYj78ZzpBfxSS`5DRM@1h%dMVku3si zaq9e}xRya9qbuPi-#MadEHPFpr!ChhrCKC-Ju2aBpAYaXNXpubY}?L1*vM5v&E@xp zmrmbZKj-k@B+ONed`WC4QjS{NB=*q+ll6=#nKIvslnl1CU70=f(_##`9+bJu8QN;` zO%T9J4^?!eG^fvtD6b{nd1(l^W(Bf-1-W_5V4|zR9^qA3unPTtXv zuS|$=u0~ETG^#TrgQ5mg5A#p3j-H!@EOuiJ#6FhIxLsUI^?bBTmdtf%;(M`dbDDWa zoQrZ^IJ~WgM#McAc#i+N?}uiu4<1qD8xWKbZw62#_$0<-YcMzaG$ z&Z^bcKou2;x7hwk`sUu#F}@488%jKu`Uyda7f>VUeYr+t2YDq9kqTW_jj(6Hp#?0| zY_({_VMM?9@<`ra5P@T#P=X=Qr_pmdEv~APEi+ezp@SG+(gWD#@q`1Yo!Xr0EJhmN zsWHQICy={f+#ypzK`~epzG8qLtL%7~W(!03xnXu9e=Ycd-#NX(VI7PH&^*}v*D&BY z4kfs>%ND@ujl7e-=c$gzZgm)-UNEI;&-9MlneR}a zHHon)M=i^JVPQ@(k1hpdXH(0=beyrJJo}5On1;EicwQhyU<{zI#XJnvcLo1^{nQC3 z^-qB=#GY=L20{e|LfWhCP1OSawIq+|137!%1kzc^#1TebK%1_)5}7;jt7yEnm0ib) z06H4%Aw^lP2DKKYpS&YkxQLB?@gc@KRw@Md)Q=3F=A%{6wJCf}w#M}*oI6Wdfg3&O zc3&>35z`SKWtrpKq?AJ$-lPI`k``dtC5 z7KbE8mZ2!*)`d1Z8%nfhrSo3cf@vMM9xt5SMhK1^EdhTuUUKo>pA#cRGEq6mQegDT zJaFI4QQ|G~BtlPMgB5@f!|0WLoGV#fznub}dz3+=DM3lnYbn_KWNaL#g)JphG}qjb z7{Z2X)|7*-Ycz+1D|5)1Ff6N8^q{6KDl*FJhh3ep47Jc6G5tbZC)EY1q3Zg>{3ix9 zwS~MKY3vJP5_e@h6ezL?XqO|SlrB8yy4jnDi7N<`CpoAwY*EZG?4&%7_;TQtoZE9W zT#UXvf(mlY7rpGBknMvxnRFv;RD`}jbD%_z%v{aliduNS3J0BB)eq0YBC478f@+FL z{9DNxeQNT&L>A{!stWiFzQ_2=0OX}=Ty9y+DbbQu1Sc&SQ__a{X+X0S7YhS<4Euy< zE+!}qj1ELAkD&0*Zb`Uuhx+CxdD&6Cv^k)rF!Ggy+1pF29`(Aa1VUA)K;`c463mXX zJ%)Z*1-=^35o8TqiW}Kp*SbV46U(LAMXM1wr>M*;*Kv(%1_aq{_9UX1cb~O#Wk4CK z*Cx_b97csMbR**qvQ5UccP8fr>{jSfqdGArH)8{ zJTy{XVa4La<>lOWyG$=8m#d`Z{ieFAAT&dk(j?z6u{+@b)oFsDJPOT=yMpx&<+Y2y zImKw_apz5L6jHhYnvG2;-iU3V95jpW9P-i~d}I2#2#V%)8nP7@B`GOamYGP8=rUVwrxe!G#k~O71;_>cxD=kVZh+ z62V)Iv&!N~LbkBM=iZgV;bQE#nzlX8uC`BNzVdZ)h2x1<|8*T|zJRwuAY2i;e7a^+K90JOA?L1Q;=9Xbv>>a z++CG)cFn)L!H5PlTQaC?$h*SYHKg0`%yrGQGg9s~p|{km`4+d2bAiofVE$$!N<4#}o|)GzSejlpTS7_0h{`8i3OQXXhHFnVwR zw8|^`ze6V$KVa72)Qbmv;uHm2zE!$kJ_v{?!8XQuX;~U$opIq#zh-S|f4${@bDNIIhXc^xq>y2NlJ z`AN#fxtQJI_f2XCoA~JUTr8Yp`fzDJ(fTjYJL3$iKz-e9NY+^s4NA~W3)!DWIY>|> z+T@vVgPp*8s2+F6Z25+AnA9j|;*r0uv3>=)>@WWeTaVSwOXn0DjrbprN`&x&&K9!_ z={VQIh?t=HIL@o#C&bd&iks!@ktdUCkxG^lKKt9eT_`5F=Ui*k?=TjT1i(Rf_K5O< zBq)imV5f(PpCsM!F}_AxF-zrDwfplU-nvRA>$~xf%Vop;tXbJ#;xu1}Nv*6}peJb; zjm4(jn-_p;(#ul>$5@f5l~O{6*X6q&noJ_ie;i0__zIBjnaZ&GJlPmpBCy!Ion@&O zm8S0tAvqKDKQL%thfn7lH?8W0ho zq}qY38rfMylG|!J;LZx9eP<&~;N|_`C=@Wd11MwS#rhz5v<4{C`2)K0QBFe$s1hul zi_gT=$Ru}RXbGEZOom4#Bul0JTMmbei4jZ2SG^TmiV5v=GzbJmZGEMWzjC&uW>W%K zW51XWtEK2aTx4&l;oC`bQV{6Fo)b>!Kk2$KDvr_YONi%aES##z{~F}7uS(m+1{5Xb zjqZ(~wa@x6n0G-wXh6`HgMaEK)mJB{n3?F|di1E+^EZw` z2OucVOFc69Nv*&^Xn|u(@W|A^-7?|PnC!eE^GJ3!E?cr zE5Du~{}5YpZ!2sTrAP4+-TcF^-d@a(hL-g5ip-epsijJo1|M=ZjGg0DAX{+l>O8y%@@R$)>?qelD-AU2T=C&HYTwPGg? zxiYR*%EYQWqX#@(y}q}Z?WOSuJp6lN3*2ir2~$DCX~D|Iz>)ee z{Yu5mr$Zf9Jgs33k49zV(Gg~`hnKgi#7g#i07;%^LS+jiXg2=^!a6&Qsh@1chR$z? zHj@npoWngQ!C5krfV~|ZEA+=NnnbU7Kd`XXs7FEq^B%PlH#8hkRRtP;c*x$FtaPBG z8Or3t<&0X58x1?>6}o~uQr8`wv4r!Pg}2GwY9pyVZ>1f|FXPQq3$&mrXT zm>Z{~kB|9S;OKJ{7sfbE-r)MSx`_c8c)-)7_@0xCprt#<2&ReHFZSUASd8?owt1vnPVKP=nDyr0=cD~!or@om($|XVTYQwt9hhxdB(Dx zKr-JF5u7_5(~Z$gH+MK1gaw~N+^$kLM69k0v0uRxTpNbblF+AW<4$VfHtUw1(v>PeA>@bU}?W?nyqdCVoiiY6~XvUa9mummj+)Ug*G?Mn{4 zKWerb?ywav-Rg=t9&bs9#ksxsdEk~Gbm1HW9QBnGZq&=J9BTXO0Yx-SlxLVu$GFVa z?k0_TB-60X;m*RJH$-kUSu?A!m4FA5C61~CZM7=sTR=c0xen{O&&o9fB&s9<0@Q61 zkHw3|_3P3yU)>>Ip0Wbqn}>2KA@mS-lSbXcQFpP&NZ=$pri7iHFB|esT2Oj9W9BN% z%zju)178e^!`C!s+^x+xWkhbzm;~|)Ov#opD?hCzDQbHLdElPPQic;Td7zmFj zvspAtt@Vr>WE%ftRM$zp1igcl%r9J%#o`^d_1C=MvA*39Em_DonJ zCb?~tJZcB|dfLY(;-`I|E;QTQ%24(!N)3{ylf*fY#o{5gZk6eJLU83QltfwZp*EBx zM$wap!*fA0R#EbI3=O>986+&K;Q*T!gu~PGL|DO76d2N_ zC4U+zGS)B%Ue^ofjWxpi^}nNzur@0()qYp6jbNu{B1x}&zGK}bw8n^rcB(iutVLi% z$-!Li{2`Pr#?*~!lA!v^2j_`tzgQIKG-0`ZrqV%?m$PHRcl_d371|&X!qL^4K=~kX zsO0XFPUMxeEl&k*}6kydI9p=TAbFZ@_BV8%kxV zkH(%<6O z%#l^nPQ}H3q~cD74G)(9AOuvDu0blPd#oO2+>=V|DhjF$`Zh4b$z$SsKi%#{(ENbu zX8FT5eX9IrLHM8u9*iMeNlJp|;U|M^TqBL%D_n3DxHa38=6`W!pCcah?2qgRO#JOv z*fpu@uouk<5S@YEP9g%JXg3ob0~qqwghdY>AA3cHbXR!|Qcj$L4J*c=VB6j;HFC`H zoe_!zStQ)*71{S|+(=MTNQarqj-tKT!!)QU-IA*S>M)Zdz+5$5H@%uQSx0khkjKn; zD4cjGg%g)#`LhG)qxK;|N;fA3yZc;l>!oO(hl~Kdi2}18Bm0>z2$$faoboX@V?H%a zy$G>Soqc|fYvUwf1wk}=z$-g0NTEDpE7XRJBqtfmR|BO}p2o@6mwZU^Dv!|TnDP3-d7<$W> ztf2?(J1h!WlyvDE@7%FnwGtqVtm#z(Q0(baA+ZPopNI!Nc5T zN^><>@9AkhwsLcKVDWpO<|BY4J@!)KedS2RR-iMw;Q`jll|x2!xZH>r4Moga)y zNFPbm*nIByKsMZdOW6k(cZ?VG>db^MS>-~2dUQ7E|~hVP5pIm&a7IU=<2qm4fm$R{}D z7-C`Jy1ehgL(wayz(FZArsVqs?_PbLMO<{YkL1&{HoMfUS zpPto=g!tL;Cl2rfw4dJ13MJKSo0aXZpCjq7l_H*e{j8b87$f%}J&1uU!184814R)Q zBdxB)^q>IJ|BZg$s=UQRiPB3%M6vTlSAskzpWawn9`^2!#Ukt#$?3N>}jPAKW&jBL+C?7 zuBrq@vFML`jCUg?2bj%Tj(JxAddegwAYcM_j5RZx3@EeP(hP?CM}Q2n46j>f?dFY% z@>?V|uHY95s(Ri~_Ezf;X%3X}h!R1q)&@BPpsxnJG}Sm9vlV9A2;zndmBo zjMzWS$ylM`j|sn~?ZAnY%rkHMu{NXAq}ea93<{J{M2vgwz%Y(X8gnJ6@j=ea_Cz&L zU?!F@gcw!S>u+|=XL4fKBRbX`*)3bNgA$sV755Al_i+nz45Lfto3#-Hm=+l7D(4vY z%6fXRWugJsl#asTHqZH}H^%%Ga*>wC3M%d=njIEORGE>a`JP|CC8VYd+@aPtfP0_K z*aXRW6RBDNQ4AOAE^h%MYfLl+-5YsHb7sV-Q|BqWgZgmvC3W0ny8p;%e))sfbo=$l&X2ZmBHjk?#^;2f`PtcDhvJ z8+&+D=YFi@+}iW<+C!Rd$K^p8!F*5~)(@sL_hv!Xa!zB~dH{=3%W)XnFTw_;@tSE2NYGvBA#%aLxAqV$)PB;}2qsSnHolv;KG#y{7e!~Z*N_ge0~ z=y3S_#tAMX0DV+Zr*r;*y9VN8qL?E^h)$_mF8-Qr9j= zn>sMJtRj$`*v9Y>hR$qd97Cavh^sb2FhaLaP{gI2CXP;V*)iHVk!woTVs4eSfp#@} zci_VLwqvUXs`ow{_@*BqboItgFCBe{X(}aDpkaeSulk}%gI5keMaYUUI~I%zqsu+ZHl=#dJGrcLatwGX`4+zD`{$X$0G5)yU$!i3&+U30$J zB5pqMOtuc0w40AAs$hr3ZSFl80XrWxBm45cyuQX`sOFb&K`^XoJy2uv_AZh8 z_yKwOL5is@?@aV8VGXiSLug7~-qzow%_K~FF{y3rkpLZ=646^C<*u?E%Gb4rWTQpk z8*WO}Q7CBbB=;EA^?6-6WVG1MvuAm|nZt1SY%WRF6z&#>1x<^m>ZZ={{#+y*Frhl& zQYR#!Z}$(DWm5RI7KGe;6P%(M#3(pSNrDv0mE^O`D}9;Y_o3DK)@{Yky&NjBw9S4t zt%w^W9Z8p^-QQG5kgB@TVVDKb6~V%uKVd}I5sy5pfs#_3C;P)%1(#N&FRq{j1S@gfclqUi@p0Y^yR=@LTv0U~wSVXFW z!#3Yw;#P0U$DMVR@tifH%!2R!_j7-y_ce`AmK@BdS+yarTEx3ZXkpU})ho$Qnmh-u zb=DNc0sOsx`BU{!nkk!jh$e%onM2v=$J-i2#U7s*IT;uga`pWg@mx@4a$df1Dre-> zTAF*M#(oLXxQlLu`*@+%*i4wG&3{;qm6;eSqRgL-(_zFn4OO8c7H&>Haq(wad3YzE zB$Z8Dp|~BeSH<M+wv3e+NR{6iCTwJb6!UE6osTOqACDZh>&h72j6OJoZ zONd{Ar`-I>H7h;whiNCi{Zm?4bvl6tT07%%Bz>00-n;%_s5PuEAH`_w}yt{CLpzUbmeR`&%mUc<*gS^&CSyKO?3SJ9AM93>m#w+(mrh~n6TnK zvnJ9=@Q{s;N6$(oksn{HXXI)oKfD@jb9A5&$`JYzJNP}$<&R=ZDh#g-TrC2fPmA(3 z{qfUET-JE+!=`I9!avw;GK8`GNZVYI@L%MZDXG|qtPY24?inEe>#k~KIKLUu@1?Ao zJo3Nmm&H8^GKN{66`eQiYG$ZjL#R1T>}xujA9{Cx0%RZX@2;=;m71ys-)A zAgYWl&Q$vWQfLyyB8;>cK}m$?JH2h)K{*TSrx~=@^jvz9Xn@(zqTh6;Q=_VIT3}-^ zof%h?;L$0RQRc)zZ77*IRW^*jvRlelM_&NgP5t5GuVj3wU>*(8GMggHtl?q!O_nJs zv(kS*&OJXxB{QipKRVh$4u3cpqLFZjz!tkQp~ispt(00tO+a~$TT+~^hWTm2;O2ps z5tSk4r4fymJCQ5N4-DLdyoFHkCl8JVP-P5*`4F#Du9`S*?31!ZP%$||O;*G-T_S^^ zj|zC&SSgCUOoFz&GF%0^S2=o{o^;~w`Iv=y6tu>`DdIJF4Y>);pMO(zk(&t+YCP!#o=AO{*yo z{7=cj4&IfRAsju}GKeIH8Hv-$z`~&5ARfpXK*FFB_@!rnLLH8(92R!$%!3cqdibK8 zw4wxUc)h-&G5YJKP0Ra>LED4YzSj#n6>-c_&NA;w^Tl#Okp*tblM8b;T1R|~94iW2M%o9Qs}fOOjxJ!j0ru_nw)AS`p=kji0>p^juJqw-shxRC>tV|efKxnOuW!E$rvz6dV%S+56JAxinepV5+nE@m_hP*WvLEi4sF*POy)T#D(SZ)2Mx zxfp5hi)l84K7jn!9Px9&*k3BpB@SKzkE=2sV8#pZHIeINW7*~E$iV`P@Kh^VgN6wx zr-P}o>OOr7Zkq!J$B+bHJXry%5Y=m<=9Ox!23Z|{!6$mFGNbkfy(JmTeZI^lV@#9e z6>6OH9cIXD6=9HTXrHP|>Coy(mqsilmppGSx6uk=#W_ePbJZ=g#2aHW%j!J-)FcYCU*G(h+@wlNFXW1zM?Y5Y?`@Q-nY zsNTN2cj*2Z6QL!55fi^ll<^#%(sfl}-VDe46IPRv%Ai(<%-3XHo@|(&g0oI&-^e~D z=d#L;?x#v?ym`D*Ixbz2;Ja1u%{HOoCZIxz-&)ulu$-uPj0ZuD5f~EKi!IaSveJG$ zr{&#EwKwZ4w`b9EUDL}mpl_#7W`@qNd?z3ZdJyxsdezRn5o!oQ(k8VbCYdnzY#pia zGQ3fC7~OEvhWO_f!;Y<)_RTyl)u;sW3}qS2r44_b_uc~ z9AW~-B+C7oKLtsX{Ei>sDeqxe;H|I3&A*xBDJ$A1A3ISx792uuuhdWg3*tQ6l;&@? z{A}@dF&o7@5Yy^fQAj|{t5DF58ip%WaaU5=Yrv&E+v-Ra@|ZQzR(R>89T7#)H9$Ps zV4~udsEpMWJQw=SmN-xt`e(kQ+ExcVH*Bytl^$6rg*VFF&enx{=g8B+(6IWsouRY-qQ!CN~Ln3gt%RDDdKYMFM9J+Eo* zQC&&1t}_Cm-ppfw3dpMuB5G+#mY)Yin859nQjFiAnU z$o4nFPPB)}?-J1rRlP>FFyzoh>ljXCX5g%$u57vs*|kZt>o1V3;oFQ)f&3Q(pq@#LCemC8$W2ntu zLlDmtD*Xb7pEBia6ufG^t`L(g5M~wL4(YY=!L=ocFgsNm7c`ilzzINZq6=jAMV(IG zZ)HgHz`tX0Q0GEfg`SF=B7;73TW`iMmd|uVXp8ulbAL}O*HyHPTftijHlpO`S+3Gw zXGQycxDXK?SxI!y{-i2t8=I9~Y^Gz{@p5nITYLrRKkTE9?z!GvK>H1b52s*NKA3lE z%>E2-K-n7!l8!)VHNYlaLpeG+XeOH^-!F*3o@sIKTHDkLez$1dFy%t*Bvr{P?Ew&1 zgVW|mv!R&L1q$(ZG0}RattE=(0)1pUe6~>cAOwX#qSaE13lkBoMz6GB&*kYd1T16D z9ZTp1!+pE#WsXdq%HEYT16|xIK}`cAflBT>s|IQN2++8Pc!KJ)64 zCb-3nO0Cmm24xg#M84^0>n&+!kOB&)k$HOSJl6MXY3=?lwR*K>h3XSr zJAGQ-jV_0eiq}06UAS?p9ZWmOnpWFYPK=Sd#?ShT7463EZu+NfB+q`J!lTLc%IIkQ zDWN*wGf0Q-6vzKc!nrMyDCzx5!1m*Y`!Q{k)|sbF^9z?5xan}+n2Nnx0_qI4dZf;r zC{wGid0?yK0M?FtjTvwY>bJHA8niqYkT0|Wkex~EiWogX9JoR?)nN)USIMU$3k_)^ z*$EfT%FAIMzA(l4J#PT&3sI&y5ME*4K%$`9$u*L0Zt)q>APofju4|P#L9SYd)`}ml zF*^qsT}0KuI>d>ly^Z~Bn&}f6p>fTcn-p1bW6UbJSk;rg*Lg&^5~^y|izsQ236KtB z$N5SSL(^kXslO|aeG?wbGk-*X%;pTj-n^foI;dKsMR71(?IB~AEl()@li$HD>epgA zA0gU;e~c&g)Yt*!Kee~2w8-oj6Gk!;G57X09Qvlj(SxbI9w{iqQCaR5t_AMjC`30| zN)8=Vb}`H&dxIhhkwi2ZEC*I#!hsWvv{HXfaz z=KT7jEoAh_T(=pWJK`pnK1el0v|J48&{QkQ#~=V1#gA;dkvHlS-FYAODchcAG|dkV zw#r)6`>$mqFPXE7_<3LlLKAeN)D|hf4f+{#ho@vtq^vu>k{RRM!8 zL6C)gK^E~Z9kB7Ea(%%bE_luW_J(PF2N+(`00l$q9FV-?vVm6+eFLWtF<15%aAM=B zRC5Ys-jPa0ivL=s6HsTM@(R0iz0zb7;k(L(`|ZP-MVo3`V)W2K?bG>*(uaa-pNNmQfc4sP&)Pl5`Q3L9`ImA)vo!UqNEn0Pt!sT7{ICb_r~6Xj|*++()dy1H_pM zd+MTpqT4N%e-42 zClHR@M~C^gh=OpvJfB<^_Fm24l+=e0JQ7|x^T7td26vmQ%5Z6SmdH~#wyHsfKc4Z9z%sn= zki+;|F+SX@b@>X9(S>^`Rz<{X+k@0Isx|SB#4pGbRfA@bu+kmE3478=Z4{c}d8iG~)$*Gju_IcZB*w6+goif{VZTU^s!LYH?$SF)5H{6sdU zG^0ps^X@2cMU-*W7IbNHo9M^l8?sk7J313B(=AW|+J?WSt}wf5MY6*e4dH`}HE7|T z*w|dGnkfTIYe9E8F|k)@JGBKE8e>U4WNKLCLMeW|Zs7e&QiZxdA`}w<)tL!F1_*$@ zU<>WKS`PVXQFgKaP&OlL+-vYUg;k=uBWLs-8|1o6UaQIO%vS1{uv@y}_$!1lI#;gr zbA}Br3tvyKpS;SmE6XywFrT!sYu;s_{1G<&B5ow}4V)D};tYllEsy>BIc4Mi}f)wlLpIP%Ya8INndvfd4=+j!-%NriMFkes|kjKI9ZPIoa7tev;#e!LT#LQQNE2e z$SVKU;okY3`BplNp`LbREAt3{k&ecVvvw^bXnsmT>7X^z<;@kQTKF9 zLS`(MILTElsCX@spt_wHOuS+VSp*j+lTtX$S&sLJ?xQ1sqi=_-#a88DEbCyQqRJF; z8Scr>g;RmC01G~RJ@dr4)^P{%|wI?_22f?w366l<^i;rk5*pLP#%#!dHra6%5*~2NKkR zo_*c=BOn_BCje7BT=Mpe^W#ue^IHt6yDen8W~Z&3nQLo4C5AFXbVFH|%gvyLuf)GL zv+MX;yC(&uCU9uLYZ5&!EYrsdy%L)@{Of#;=SAzHn6Np-N4*5XpK*6Ue=^!!*&8U9Hgol{1egy?9) zrBxEWa@-l>Rk)-^2CHuq0vPW&@+`p(Vt3vX$d5KLZ?uY9aY78JPnHZA<*$!usJ&lJ zH|N%?oSzG#6jjJMXnOjVrPB3G+zEba#z;iaf+N$_jeW50?_DW1TMdy@@?dE9klEA} zH!Qh+q)!xk>c&EoB|OQ~GKPEE8cloAHxbPvCl+FXUIQl=7Li(m`a5Dnhs%UaA9{I1`wk$UifTRp@%sSrS$9woW$sKFs0a2@y+7f{Rj)mD!! z>s|`reD#JR#l^33>DOq#Or~U=bCNvOt{$W+ck9*1UH8KS#eq-&EkJBmKRF0UR^58kaVa8xo3E<(A7~wh(ze z+Kq9lbz4|vGM{3n^q}!`jZ-<71w`vs#IT_fw5W!Vu-U~&~B6lDBp(|l$%dKo}7^}^KjtwLiMDvryJ zFVw1JcK7K~l1ZhW6`BgUK3{Uk7h_l|kJcE6LbDhNF~MLC@b@xl5VqLg#X>`0Tw#-6=(pC#ql9B_1@# z#V53Ship1}XcTBrf4afUJ`|f>ym**ru$=6>P?Rjlp>*27>30YwD=)&)unO36zVjd* zuH00|7iC&sKUa+@$7jN%<5c;q-)K2bFh;OG7gggm?3p>NsPNQ7t%bN@tYnT08$ZGQ z;_<0)doW~`XyO+->2dy5h=53KddDLaQ>r}p1Q6;UE+@opH3a7iKDp~o2l7h9R~mV>y+jbmu|)M>>90KZQ(v z%-g++uKT$}h#YBD)wM@=%eQD3xeniY(^;EUDy3i_d9R&_!m_k#ua3);iDFNY*tJ}> zO;83oFrJ7gp6Xq|YOehg>;Q$ehjHL}*ni%3Rb|a`k%`aNOBUe@=gGPu$H;xnr{|MA zV{nqC6$7OX#h8D!s&F)HMd19?Y8%n%P~dk?dn|xTCfKBKT%dRx@lSj8aCsvR{Mx{! z{c;L8V^nd*ezv{B2!fTVLJV1?y!tq%+BAp)Y92NQ;&fyiy+Rek8k?!`r366B$46H8 zS=_3lF!cXSbcFG#r01|F9wcWkdpQ@>wf(L zj4HlLi`NUBpv*~xqotp9^XPnAT#|WrI>MT_gFBWT6lFX7y}8(^7leEh^*@#9KU83D z`8&9b4FYuryDaE5EBobv3*<@lFV_k$<)=d;9y_9Y8)dA?W~CsAyUjSE4=Vi{Jz*)| z^2)`!0Y{9i&a_us=(KxSBbAkLdnxXBX2r)vW3JK)BKGUkfi6_mXSWsSK+<+w;-&@U zK~xd@!342Z!8K6PZ4{_h#@{xB9ay8x8JWk#lhMih!4|mV&`@Iv3*9j`R_{O0kt^a( z*}qiUdCpwUvU-34UW4PKamRWjtnQb5$~%d zVlFVeCG+jflPr3s+A_gs{PFtmMXsUaH6GP<=3lOXRyE2!_(GZuM78(4+Z`7o#XF(8 zWF*{af>GT!qimz~+YMcg7vZZMETw0qDbl_JAEC!sxngqeD&`87$Q-tIlfr(fU zYJ|k8dS76|qa%Czs9Pk<<4ao%J+V)0=T?A*O6x+9Pr6_ahT|ZvOS5RFFZlYCjY85{ zO|ohL>x;_c*V@8JD>}vlpllzn(hd1zX`OhW;zzEMF{)Q?pH*P9^;`u&Odmn}R%CRY zx=M^Xr(`NY@TR(_VUJI{5iPQu8?@mJp~WYq@Woak^I|oOg%HAbfRGMyCB0;b|J6)HMaoC?G?p$OI``4$SZ(m#PAhRpIk7NF^uvEwTnfl%0$@|t-AEm-3V!-42U6IkHgU2QjWOSD zL(3Cf_F8_5ixh{Je^ z2))3%m_-2Jybcd^SLG*cQ6%@$!QGRb?Oj(_{9_h9*m_I`3NK)a4%)NUfOuDJh@D{F zw*Q*g|7bDQnqqdCr)v+By{t0}+-r{2y5bh3j|*!KMcubWgVgsIty?ANyJc&0c}Rdpfwf+$K{5m?}D= z*2WbdnfSj<7+_vJz@J{(`$GaYR-M4{A*#w&r;B0j%iIG5WeOQfOk6q=7&eBXY3Kx9 zND`3+DJtj3!2!1;LQ5o+(G|(>fZF5zH3B1gXM_Qi@JP6Kb<%<%M&asrC4olts{UwJv6~)zPT0~&D z8O!!1g<*LoMaOta?IfZXSt^oy;vIfewvro$m~I7%a&Q?Y@ym3!1@T{lHp-{*C{>_8 z_rfGdEF1h~!M`=ahGzVPPO6zB`*$ad*2kq5TJml(ZpT$)wHanMOc&{LoQ%?*$huh< z{&^PdP7S%~7sH};`8xI29T6j2VG?Vv^$TQ~Lf}B`wY>-oaNAJ;gpnYn8e~iPl-$n) zYfI8bjXCPv<{8-)#G8%yH5|sjQ<>{5s1AqA#Mc348A>qE8;pVq93X*Q~FPUX8I6mmpqrM#`Ie&mYW zZ#^=`QRXVN{5{Nj&`p{VKMO{<@K(}W=Kcg&+s33FVSk1AEwp0)vMg37dR~Fd{@SDE zO>=gk-Z{D|jQ)-n=-UD|k<~X`hMP~Iq1M{HVqPJoPN?+5x7LavCo0hpr{;B}?QdjE z&{-PEzeuw*I>OwemBDGZP+(clN^yQBY68QQaqMD(Y#yqaGGkhlCLny9Q;C4Bw*GK8 z?FK+lTXe#W8FqdTZM~f03uf&k{PQ?o@?t#TE96=(TH!a^xzPV7mI!>uT@^fMCrHL> z^{%C0>np`3nyMF=!ysF3vkXfQ*w_ZIhT+CRv5Q`G;>@6|i66X-MaMWbNhT0`kYb9J zyCwZhp%`bhc12e)Go-mgjnnP<0MXpEQsr_mM8>6-d;O!6t_{zZ?lgp1j!h3NA4=+* z2}4&Gyi{sri`SmZf^G~Stumd%f0C#!I)kVJV^b9>=~miTt_~=KJST?1q&6;paqR1L z=rqhDmbqe30Bn)5eU+dV>e3#bLjcqjv~OE|Qt$QA8R>BnOs&c0T@JG|3oo20>5)jX ztgan0W=UYb_)5i-cneUGnmIl*+zK|gAiYYI!Bdw5EvI_fO4b?nzsT2Zuzc{2CK5K) zYQvtlT;7VJ>QkQfxG((|TC;M-1RBv(VX8zKbe92)`qURlBeQWatbL~@T1X0=wG-Wd zDhpH^DZDq~HJMnF4Gp~%pba-mJ+aM_*rOb@Qu7*Cv6Sv1UM_J$5%M@LVe~j9nU+>@ zJM;v0IltiN3GFDf8lmJC?+~Cp5BZspD{`!vXX4t+QR3uCJ8#JtZ7Tz*1cVyVL=$25 z%ve{j>8L+cx9yxwaf2~ZJfnI6I}P)pV%B3&aVB4=ITP}yc_;nDnK{A z|G|Jic0X)yupBviTh@+Y(8^9SPWHrerOcb?X%Gc^Hx;BRNCg{U0ty-OCdvx~fkZOu ze&-d+>?_YqbK+%Mm0KLIvuHB(K!{g!y7`u;c)vC*$or}8Syr%XCoXe}>w(i#_#$CG z__w~boJ3D$^Hxwn7*o-*e!b)iRTRPqb&i48HvM|1Mt@q94 z9$4|q(yLm}#N~f@E<2)ZkB@yuAXQ2Fl2;@i-y}=!#U8G7?5~&$A}NGxH7nnhGmlF2lZBBG zy%PswunvueK*%}($SZ^2i2685$$-Vm7n;$(fh2mRR#pGTnX*;5vmd&$7gwNv1-*I( z%&EEf!VeL2v5*B4dDz6ypE!yR>r2RPa05w;!nULvx11HAoFvXK%fC~2R<_A)$X;um zQu+xhh>16KOgKE*t&z(#8vt8v$V^ttP%tB73Y3mMX-1LNEv}Z_sxE_Jw?MrH@@gV5+PI^cwIDA?G7~KyP9id2J02_%aG;JF;>44$hvPW`v*>+^ znvP&fXp!Me)nb`eFR}%}rjuT^H_5B0PQV_=MfBwWW~_T*Xy0lGe^Ix)y#O2CZZ4%A zr#d)xppoP%rC8gwYC9kGQ>uz=A&JhoX5`T#@sUXL@ziBKt^S%SLDZ!_j!ri zW=J|5#q0k-%wy9Souw`Ziu_M(>0$e@sejFni?B15XO{JFlJLxk#FQIj$J3XQXmL;zy5U63&sX9k86(hR`3CsgZoD+gojj%ccO`d zT1Faf6yS5ZP{BTJ!WMG1-}y`(a1ujPJP6=J@7FD$2XW@RMzn+AEv(Qh5Fsiu_>MXI z^x^F;dXChGud-12gW+Xp&6l}@WV9X^O4cxE+$ZNf22?dY4O=!PXCsU@mN)h6{+wpo z%Nea^;|orYiDLXipz`bsYSIxo<;-W`>LaH3Pl1%NtZGZKCMw0a<$q0dk?Jz&b+=5Tno+sLPeu_=M6?CD|?~+*ky9b zH!-^_WWN@sLg>LJ#oR3NEo^MyzWH+4k9}_=b(ny(pt;InVgw9SzN(UdRO~t(`f?a& zd}YB=JkV%(c_y>(sr}k|8CWFn!2tj&G110JDF)cEh^5$SFk7baADLl}&KC#rdaYlg}U{v0bv>xnKMX| z@dDofNbQfDz<4%hb2d-I zEblB5&8O>g_jn_2sS6ZNYVCCJ=()Nd*lK!=v98Qc{3klFfb1Mhye(U@*pD<$9 zA*Q5->1wT{p4M|{OB+dH3-XTWl>22!PdulO*mgi zjj|05fx&?di#j@l3q_We`AV9!|E0^2@F0>OedDK3G~ap@2(GRQB@WaA-Is#h{Vr*a zFD{FAQE6_>F-zq>q_m>8@!5)QQShco;Qh2TOyQ65M@17Lj!&-R&RIX#%Jk%#l~S!k zSL0|g1kZ_KvNrc4@HyqRkoHdz0r*CFywh0+xGp$gsf@-Um{)~>>f3wbS~)?;t`7lQ!~2<=*CW|Rrz%v} zt=1$VDINRWLpf$DZui&5i7pNEbH$0LN;XU#cU@Mpb4E?kB>-BKn_sSCI~ z@m&w~3OGCQDqarmoRsehv4)&TR8s2_x%B(I&<5zF z>itg!US*V)OWk?S_ks~Ue3HFQNc;xr>?BXc2Xc7t-~``TFH5G#?umlH^l+mHhSV9D z`9)E(Ksf4%GzwrO=Cr>WMsrJg29=Oz_AEYU19b9Qt31eO2#@cm;rv0&dZTgwISxCV z0+WAheeVw=zHbzj#?_EmMuswRED7l9@(|X}*BF30@*Vj$Qm5EG;W6BVJW-dX6AS=7 zQtF>f>mq5=eB=bVUm|nz9oBwOKE7DIq0Fi)*GRxE1Ptt}`5tS?Ja2}az>wi3h-6wb z=UGt^OhB_G3<$BYYHvJ8S-kx zU~I|iWya$Ds@m{ZjntJs`MQB}kBqf0vqwtanmsc z5B$P#bmX(uyqOwqyzi{Pq7-saz;=K_x@&uyR80&Xd}dChN{uBz{0f+;`1Is#lGYsd z`Ej{^~P0uKV&FZVcJ0Al&zWaxZn7y0p`hb-eYFP5_Y{0h;)6lYdf9?^v!J z2-_^dUVR2P0CS@u)0b(ijg#&|bY-y0`d3?kvdF?uZ=n$C!TIU&rscIlU>|kyOTiw) z*=-{`2a80b+X#@QSVri+VxQ$avj&Gw{_kXVs#}@*AQC^2x3|a zd=}frH2@v(aiGkFI3$)@mm>xCk*xbFrJF6X`;gke);jct>czb=Y^I)Vdpxe6ishrO z4l}-vWICM6^+RpU_D9iT4)rOqv_uXVeZ@?jTQ+T=RU&n<$uWfr_dK(ckVvVlG16j( zM)!4;G#OZ@Ph2l|oz#xt^@`Y{jH_I@@f=VErhyX_7eX(H+4t(UX95d%oi7NA(?}Xb z;pW(f7M-NB-e|@Hf)l|6e$V%U(f`7yh;crK*JqOUVxeku}}EI_ll{*lS+*-qHV@iS!Gra}Nk0y&sKJ0aaE-;4KKG18Lv zHcCBO27PA>kD+%Pp#+~gH$_assx)aZoZtyWZ`&9Ma+Xx)ky~m$-Ybm4E&Sty-;kRa zZFuaqm6{c)i7xPUxV6`OJDijT%7C7YEyLrF4VPD&6C%!2RvhV6u*?}|Vyj&dt6=q8yNLW1otx^brG z|55zROnsAr`Cu#2k!Xmqx&G{@Qu4w#(4nZ5W(vB21Izj@uvn4dp1XW$-Hxkrl>F{S zCTo7xTIpBTe824Zg+|R7$kq>o+};b}!8zv+(5Kr%D@T=OG|!BSi1BYB$k-=&7lAD# zSdY&aZepr4B2yY$(LNIXt+NXuE;TaC+AbX5JI*zoey`H%RiC#K9=Qw0M>4I9Sw+AT z3&@G%v1m441=AAS?+8NGW&btUY!`l#yXn5U_Y$OcKLa+&QjScmY9~g&8Z>nWEC4wzuq`(|WiG}|a7;FX_X+@4 zgmQ#jhG$xG4m*8RLAhb&LPm0|0+uHFO+tUK>UxuA+c%ZM3)Akw$Pp&+7H2G2okSfI zGku$Ejx2pb0qsS!N`uo5T2RZ93HSuPG<|*UwK2!l6!uBWCFgLyvNFQLgWvdkg_$H8BH1hspI&*&G8mYm2fF8f0UA= z#Yr-as%=k`9Cxg(N*wiVF?yD;Bcq%XWhqB#W;PcgCIwIJNe4nwD!6boMXNmE_UbXa zO048_CR#&B$9fsSKD?M&Mq^@KEnjuHYrqSS)SJ`N9?w+~V>g6bS|p{D;RJvJi@^b= zL0vJI6ovKk8Q?`Xfz0EfH9rJ)2%dVd^$ucbzoBs0UWHU8iag~knzHPt1pxZ>+~oSM zTu{FCcz5nwPNezZRXyJBg-FxY`EYBT4UgwRnPwrlB4G%ub>S+iSffcHJCiWwszx0x zS&g>!s4V)PwS-D2%8eg4+Y9VC)`##FbA>sbR@PfcEXhVhV83$4cOp?vW9lG#WUZ>jE}4R*+2GArGW`|oMq@*I^{d-kHCSro<`_4IAEso4hNO%`GJ#f zXyf^F11tL3cp89#rE!=U5uza$8$BxbtPUcypGM;4mQ=pQBWG_TW6(Xzch0%+Rdk(G zBc;h7pu<%dC5fRR@dZ80O#Hv#&mMqX6gW#ET^YSiCA^Eeev)LnWfJLQk}E(-q9+N5 z6yh<7$z4QCk(s<``y(Yk5tz6Pm>iiIP3nHPE$#`?D(*6%Ir$>2$Lt}jTd#jHA-`yp z_wS!%kj$4+d8ocS6`Q{qQ+v_CzfQl=V+Po{xIu8K!a+89Tr`!iPVcoBJdh72Qe6gcf;tw@no~U+fW^nc5(a{|J49 z$cmF;)uxJ)mAWt%I-I_Y#k_NjUesud^<|h_I^2*dWynfNeCrh5SV1Fcy2PBoH>IVO zU&HGJJK8exd%h4TpKfj%m>L_seEj+)s!idwV-0U$MJlp85Xy_W%(O>xq4$DnaQA^W zoel6nR?s-(YTU{rKm4*d*hIG^>|r~KcXtFs=_23O2LCrVjcqX7je2~N&s9qsWWmB& zGJ_FO)4M(Enp}k-7UW1}pQ0x|Ggxx4$Rpj*omD;8d1*hov>j)zVw&i$Mdfe!f83av zoq9(u5?UcV`4WP%!+vWPtRXigs4&jUc5Ky@Q_P*p~o`rE*4PC{(peM3rogAl6!1_G$5Pud+K9m?ln#<%UzlEPzK{8-u2Q zMl1c?did-N{qTzaNJboMT{JlWpBSf8A;4BZsjo=41?edy=21dZ;`w5S(!bhbtIq{` zu0Aw!KgR-^=$58EN#|sw-Yqf0K80wUS!ljAN*^h3JTs5*z z;QbXLV87!b+ei#(-*k-kJq3f^N&&NKLNO|GN2A|zuIlk7zHj<6w;qP**BP9PDVXmrNxGJ}EDc*I z<(`BPU$-%4oJo=+{(W;lS(x#F4}fNR5mkg|6&ohy{}6wYGndJ{z;cb!XxZ7i>5JxK zR6>&ErNv2lLuHp-!=3^TBy;C$J~rwo(S?nyfh@KkFlsp!Dpp}BA}-MMV~3e7=A7~* z%_u?O_{^1GT%7?GI6CUUB7~Z@7xqVCDf6oMy}`V#S*4y+T@= zFwEb0jtUZDt0^mKd%!{8@k_;~Ozt4u+t~le$|M4R(~n8!RjnogP^MheCppUtk+@;2 z?iF*~?+-Rs9-v6q_7sg*p5YDw#hcVYe>Te-UqvcI8kK>)LFLx3!(|_dU@!`>XYb8Z zs!a_Qg~~VE77t|$8rOD4}&8N91v&kvnWaCIa*X63-a_3*@Gp6`CUb9q5lb(5l0YN=UAoO{6h)?OtzvasHi zyx*G_6c!?avb7=!?MiPe&b|t=JyW3lJ4h54n{SIuaJZyJXvv zgd(j-z5JGtIU4y0#~>}P`M60)U5-jVB;91xI87J+rwG?U9l^z^Fq4g7PmAVLB>S+;`+qgQ2v!&z*nekB&SZ2~zOfK+-XeZMOY~dNIP!`!+&7I5ANZj?djZiWx&|d>enTrV zE=Y2ZryTWZQs!m5&R~6%JP+~%={4s^-8){38ulB&P+mN^XaHleUR<-)WFV#w$390% z(kA+|Cn(j)(yeTAB>k}PQgYD<`VGVeSRWZy8nVNoOmi$LFR{hNlGeL5aUG{a;;S<; z&+dvuP}GFqA$B3?z~%)kD9YL1MS=DKEUqdOwBZC4PaPglD`Q?orDO03Zdev|5!F5& zs*-mLi6EhEV)Fl$`q88W3k9`bcOH82=W?P|Ru$GWV}7)#ZZE}(OsxmD&V4QtDM_q$ zCzi;7)MiD}k&OOa&d*q?+vl=wMXa~3CenO7xm4fbU#isKY@^mD9NQZ@Vw}n?TWgZq z8Z=#o+NFk&$f46DCy0f*a%v8NLyqdwWrxel3fBA%Tpc)Y16wZfVcyoa!?axk>$O}o z>%Vi3^c5);Vhw8H5$n*a0;Vu=CSS!9 zf-BarCCnBHj@3-(=^+S%Z(@ziqi`Fpi7A8i5hmUq%>hAb-(xj!=@`wpU^gC)7aljN zIB6`pEn=K`%=?{6K4CTw@ZSK?Cs@60}#@M_uJ5+));VN;?;oER?KQQHX zwHm$&5Jd0LtToOskGv%jz?~=9(jZt${WRdO%N0&|jJBK>A}LJi#p4N@Xm8NJh#JR6 zzseVmF%o`>VbQ{SL0@j^*nUuY8;F?lv`{rOhY9LvE;5luqr?5_p@N%xPt}IJ*c-ah{QuhV^B+ElHhyIPXbSM)rp``#@89 z)mmNNLo~;n%4OSRcMWi66c{Bb@XV_~bLedbTH&^#2dC4>w<`qrZa6o2;w#yb0CO0! zhsger5AiqtQxy!Y{&TP!6j6%{q|I?|<_*5)M)~R{=#uhsn&S|RLKKtLe;Gu;DfoQI zmTja&L>PdeJm0`wu|JEt%A5dq$3%KFK{Ym`v(1i33bLgf_&7{N{e>^mUyAqqLBKsQ z)8bl!#z1uS?F?pv%`&Ce%E!BFCx&b#=J14&q*C$f%LWkPHkgfcx+2?nwd>Nw02zBG z0qHp#_G)>>J?Ul=vU>;>}V`J7C-?$&1^lNL)ioy)jwv(+$pwGLT+8Ao1i{`7_=`X;<P1mwKt~i9IV-__=YT>g0@d!Ti1+#l+So{8@`*5(c11f2MF{>q$hg0 z)0RXCk?@!}xG~~`I=3rz>|zpuc}r_O|8fbEuY@A94@oMr=o=4~9OWoC*?*xX7Y2x< zc{|!1_{gnkHE?ltQ;i}(c_>8%k`^w=4J3P7^paiFm%_4ROkBlCl@O(rt;L7?Ac`8;^M+SWhBcS;5t}t7vR^|r35;nE1BDFjw*_;-O6z{ zkpCQum(NPJULq3P+c2Fi@OXEfVNvT|wIP6p3$Iv~vNwx#1?Stcb9Ai8t5;|>Amg); zW6=!|t?1K12%mfpR~5f%Cb0~|@h?5ydS27|HZ0uq~2tMye*e_*xlJ)X1l@+^fN#+~=SM8VGLSTnCNo&a z?nlJX!EfX!sc2zovh;`n92s8W3@lM*JJq1TaVZ1)Y z`0-8Lv?DQ%VgYQ;qF=azayFML69>9}UoQ&>?1Q}O6}2x4u)5}&t#6!N_d$f@&#kRs zE?|fldw=W!n-_Ukq5Ys&yc+Ai1g>YmE)is%Z(;c(FXZPs0jm>mV0)bpcU4aRF23g~ zg8RlV_AeGIr$DX>O{~#yeVg|3N``|XamQ+)vl3gci>ylT0nwLw2}(q{Ah`DEX?KSj z2uo~j0BP(-ELDf`dmOilSv+i7=uF%Aiz&d|f>WHS5R0VY?6MJzfqGKP-h=4&eiRXO zduC*p3Y>zhWE}zO>(@R-76i4yN3Jk`wMZ>T%Nef;MTF)7dRz@FRl58SOup^v;E=tf z8k3cAJZl-lq4=nO`G>F+$%oPzMxSl?z7GqRMCZ$OM7uW=$oDB{*dN0?Gn~ilWabJG zw48p_1VgTu9^65?CY}_*E=E&Z9BEhQVS`R&O-(-KZDeRh!A6=j#dAh zn!MjwQVzj23H)`RsXAHIQvu>7m2-{vs189mvyCLAuK8a@sXyw|U=d0;Q3&L%pGnmrgiV>02}< zzdC$*!%Q!YJG%Z)vCJs7jK`}5C{&WUTOn?03n~iOu#RD!q_^8bQ~BnL`5CC%W`Mbp z#UGG3N`m%Um13tR8`pN7n7&xtJ+WNF6J_KM0vL|p^C}+lfI^|@iigL zXtGD!RTF6!X%&67WPP`Y(=h2}{ixObo5Pac^*6LkHI`fvrgI`cFr4nWAAgiiUMQkOwQi+2#M51QOaN=F{PIFsI=IEB~ z5r-7W)**+2QUM|Rsi}4i^q#|Uo93<~zB_?Bd<;EgLJ{WmOWkmYPRI+2$!OJV*_h=& z%OIr7l9!HY9&^qBF>~6lZz|qJQb)O}LHzLExqmK}3J8g>ocMC`R%2uBI)aTY_ZjzJ zf@BX%v^GHsL{;KpSNt>N_()AD8%MNJ((_jCiPE7;%We0Qm_GqSDL=CU&H{yd|WE zQMpE~_k{FeNYE1gfualRFInv$ zTwUl6EwG1U1S=FMMSJHPskmPc%df7FTcnZDvK)rW5974Ngit`dvtT@GMK*52OaTy6 z#sv3)lm&gWe=qa(890M2e!AHV61XuFT>I~;r?UZw8I;0p$nPgbEO}JhEEbDL%*g}E zK*ibCF5moP!O~)nMwL%OQS3h#R7-ih1TMEx@vW%ra*jsHec;Yfq+EA9F36*K^oyJHeehMwD~=Y;1nEF(m2=z~Ad&==#IX&8%@jPe_rW-~ZsPI4mM5z;&E z8mrI8&iYjdzz-zh!qH}ouO)u05^)ITXUc&-xsp*>?o1h%!+n27fsuq92k-EzBe!Le z1yKkz5S03wJRFAhRW;@*ZzuEQ=+$k`|kbr_{-){DhE$bV5Hu)AU6dd$S6}Mm0DElt? zXM)$XP@KHO5*ez_E7Dl)tWl~H6d;u9uTnyVF@$(k2(z5nUot-o0NYik66CPncoS<( zF(_gmx`HB2+Ag~Fdq>z7ChXf$ZHN!Wwl{5Tk5)kuYZez&WeE8oeE}mbdeM;OGy~JB z7XesRb(P_lWfSlSO{)gf)-o)AL9O&E^_=8tWY!5Hqg*D^HXnuej1}A+R?^g> z={Y!YQy+S6emf!^2(__>ucjD$%bn?E>=1~;q#OylOw+1w=t=p)bf?`H!x?EENb0G^ z0x=f2LpU*7geLGg@eS~_o+(hqx*_UwMUo|SD#sFNEfit8v_`QNiV(7;%qBtuOG=rt z?-atvCXnL@h6{K#ZYAxr(#c8!Jc8x*#svWeZcq^qa^>EU?@2&|EUhnCj&y%eey`R=QJ#`0v&{C%TtB6p#EV<4f-Z1`1-g9{IMJIdFXwnd5N=dJMmRlDLRj9<6}+ANx}<`=wgvR1_(Z28 zu|{RQzLht(R#!y&d25g%n3hfOXdy|xiXH&rIo@%i3Y()2dBfL?0_fG{RDuVrgWDq) zJ>xV0SQC=QejH*E0u4U5IQr=bTqd5RtA=>L&YeDkWsOU{cnT`?U>>8k3BXv*h>etyNgrd;DH z4iZeh`yBtQE;mg5(T&Z(BzIJAoRNgbnpq|crKY%1d7^$EOgo?6^>R0<8CBXHa|Ij% z*;-#&a)Hk_fyE*P@xI<=oMW=DhGHt8D!Vm5zH=U#NOxEZLg;)Kuh&+ON3xPYaT{qu z+pGgxM~mU6fFk*@{DeQb(C6WteI4fLtJ5f31b4j(k@1+uuqNC>_C5uBMRXf@j4$JN zPwX1|R~$&(Jgi!^;n+3_UPeDp1f`og`U6Ds#ygRycyzb!g(b2aQ#Z1* z8PLe2wZ-)X&@G?2}RSb40tNCMef66ROqW?l_;LR6`#c&Z8i#J zkXuA&vfN1b(OqoER_Q_$!>MaKdKbV;AkH|7M8X`ADw~xN?}ynyEy|hJnmMtNSkg&_ zwuWv~JZ_d6+bS5YbF%vLS2@T`A;4C0IGF*8;@MUgc3vpDB8wXC;qg%Pz%xVFV9UT# zxtfNIDlCD1_Ki;7V)3q<8JQ$(9}z%Pt+JS)g|80l1NC6pee_dh}NWr)ena3Ij>ie zT%L&kY;jU;E6f=g(MWL_$M*KS)niliXQR+3SpivoQQzFiKBgOGjNmwTVOS%G!ad|> z(P$@sp8zz0dTyhV$BKm>+Y$#a@i{K4wZw67x}oZgGT$6ATXQNCwGah2S(lJ;%P1Nu zZ9fu&AJXDY^E9xefX;XhLawD+mP^&9ge2VAfrQ(0s~_x?fmBR_0~$m7d||ZXLO@pP zl(X!5_GJh1USF7til5r|n9)SiD}f`sUrNDKmzp?1k~tXlB=MjQbxMy)a#lFEn(i&~ z=caFx{4VA>6(YV*VBI_1Njy#AE3S2?$g8tl1s#GOr&`Z;k_kU_M`SKpc`wz#Oh#8) zQtS6Bd5XsIPgAqBb5Nw4<~$P*g>MDV)wvJqfmFoM z`E!vpR#gwe`M>*IYT<~;nP-Vlf6DU6fGxoOQispeEhY)ph168IjI8;O|EU@7$wlqGmSMOBH)Z#9HC_F9w$F&3IGS7J8bgjPc$KWRg<>}pX~nkcHP3X zS@FO1f<#K?o!AatkhD{Hy=aBjxhGE)~(Va#=3Ya2 zMGH(&lj7Q)gm!uwIvhL~R&Q4NN1{f!p9`XquJ{BN_wwoH6g2;#N+!vKUI%`&ggE*M$7Y6Oa4mi>rm=rU zIG02Y;Z+YjC9(f32JG5YWsbTyzcg#g35Jz&5tp0qz6Fwy2kw4RHgTJ~ zeC>FW`%Q+5@nuK~h7vRmv=Js-C#q{-tUVgW?+F{w3e(P%MNsvIkqFHgv5I(sL2!x^ z=A*T6OmUJ@nsHyqw{YcIH~OGfLKXkR)T}W`4|tqC-inRH<%%6J8Vb$z^+&1*;2v0> zWgwAFbbXM6Al>B-u1Xj7ktZm`nwirhUidcSpv)y$I9-;a1qszINKW*Sm;!FNq49X3 z4^J+Ryy<`vlIqV*B;37W%|MTMNych*T;RQttE^tis@E!gKN6R1?{;c#$vyr88k73S zwpQ|O+?@Y&y%OvW0Vo+xwsWPL2;F&k`(CU-B3IY&6U$WL{(;JwYukq9cp;4l!tOM= zZ`P+1$B{Cc5U&~gn2E-p)2;Co$e~)((oh77j+m2OQZ>F5&@%3Wj2NgHZGIgL9C|w9 z@*;>{yP)H2SD<)hZiz!3nr9{jv|@BIrYi~254>LEm>2)G-%}D1V?zVtUM`d$A`dbp zL~0V7!J5766&@t$j)X+y5P%b$dTI(@;QYT*`O^{P`ILut$OSij4w0+H&BQ2xmkygH z0ikilzhla9$i2B|o+#sPB00vLTr`ZiW2iLhnoIg{m@e>x%IqAU4ghY_SYOrie!icw z`k!Dc3f|!|)_1suZQWnoQQDEk4&I+$8;jZk`;!R0?o>H&)22H6gS(KpS3(4#(|JzV z@EWZ-WK^6%^)i$nSiA4Sge{38o>x~aC27b&Es`sBuY|Lp5nN2kVXU=YYb9K^h@ri`ulokIh%KqG92s?)wCA!i5~4)R=l+WU)$F6x^UP zj5jjP%5epJU3wXDdN(7D4V&7HgcPx8d7fDs{LMUFB>I~b!szEKk|H6?K68U|;7ZXT z+D2Dhe*8v%@4dod>fIDe!Bpnp)KzTFy=hVZT9fl<;yJo|*I|T5{k*j$wg$TK9X46Y zp0tQ^PF%nSMXA+|VJ`feS~}snkbU*c1yLe+t6ke?3Z4syS9ENk9IZyN7k}`@PV4n& zUCGbT@^(=)ar4>h7VDT?x|oD&xj1&RKcW_e95UrgL`Djd=z@&U6K{yQA)HB3Y@Ju2 zq2Q~3Ko|DvBAlROk<6e$u1aN5ThyD|`9gqDGdayrF5F|S7J+P6qn0e{px4+#98zzp ztb*tIA&hq+klT_Rnmvrvy`I0`J7#(^`4quAO3H|SZQQ}6#kCWET18HKR>zj!^_e&E zTJ{BsREvf}DVZrR)J$CI&?+!g_h~}TNUqEiS(vVJd|r(#3iKvlKvXrTJIzG_y$<#9 zydAzjqO0wkR%JeQQeB1(dxA0|*!PM(60;H87b~76S39P?*tONDl6X{F$HxRn2)j05 z!?sTbfM4Rl6Vk%*9q3jGErK4pYE+NS)tA1LDlAf#_71}ui?4cD1pGCR#cujPF2 z;%-^W^QGbyII;<{(!##7E{xGJ!Yulndr*_Q=;o{>VK@4I(jp?>=t<7OvkEj)XpElM zI1nn*4YQ%LI$pC^1{uO-%z)=Hy_BQy;_VAJ%P-QZDb{uJX(z29)ezJ9 zd89Ysqcr|52b(-q<*2WtQ8BcurZ$TLtX?gPo_7ufjtc_N6Zs{1zC${7XTM<4C!ee5;0QALfXAwHCycoE?i6&32Gzx}`(j1Hk|2+A28980` zY3ws->%$P)0>dgz-jJhJkwD{Tye7W1ji3c{9<7Nez-2mNQ@}8*f5u; zaV8|Ob;PPzI{9vZl`tvzOHQd4eymLuI?3nIsse#RDM6nh6>&{x*nJ~I#B#%DAGj{0 z{W*()h%j!(*JUiU)3*w|4aP~Ng#$liT$${Ihazrxm{FZl(Y~G81QGPPH_84H(I=3& z&|PogWYb3~ylD$)fb%!>K%Fq)B!^%FQ#h;XyHkx#Pqm;!i9_Ji0_Re^)@ zCfn`<0!pOY)y~`S^a54KsL4R}7l-GR{kan8arjB>ZpEO_dLk zOo{Pn2e2@_R90wSwRlN(yv@OQT4){Y0gTdo@5(aczXs;7aA67k;l`x#mW`U1%i8KU zqA;~%?-l0@0e@+O@j1c(VJWM@SU(+d<~@8fbq2MNYy%`o)Zgap+@o0D|0_TYi7D@r z@m$#Sq`<(mkOVYH30Ka;(!X2hFPaFFkAtX{9%9< z_Rv7MR8^YVM^;%!6go=tT-;e37@(aBnILk=$@Dx(uG_ri9ri%5&I^&wqAUR@43dd# zg9$5ym*}Na&QfS18%_>#Ec^X?fzzZa&xiOd)Mbxl%risK@gV!F>_BRsq{^pIm07%X zWjRMpc{|E#S6Zt*n3irOnmkd%>)arV&D|^ux>-kdG;T|N4#mqkUkl{j4#IH~Ch5Ps zR)3%2tE^qU$JMx{fTMy`(7@dKz1Y;}U5`2csso5}`P~*fiEHTABNn!!W?CNcsXnMv z(3UG6k&a$1=3nkCkJf8BE!Xugb9>HV2Ap@nd}L$<@2SZQ7E_l%x5N*b;f|(2TxNry z&2N0xyfqGjDVeEPIaD!87^txV&IH)e^Tfd4R?-0a?)Y7~(<#0(qz_{0GQe7~ix~Yi zAeq^SkUbO^U?)qqncjk_oaE zmx@QKy1|kTYbHs$Y@Q`TkUcKphr;83<@KR4bQzsd>=vZT5#wfThe@&3;bOOlE&}_T zFfcG&RSvJWRd`|?(A9x5BYwB8D925JRDcbcMUjCocG`ulz6icKCUV+0A%Vu1uALh| zJNXm9pS8lfcWcmQ>eW*Z4EMkHDnZ!B<}<@^R?1;?8o2yw9JcIZaC34*42iPx9 zP1LD;pbl3JlRyXufid|7h`DhJtojmalVyIjK87APPc*i|;XH)IrHlqpCAm<`G#Sk6 zQs&E?u_I4uJ-dg&G5N&y=bt0_lS^&ovf?2kY>&N<$s$SAw~z+^g9t!1=klsPA_g=7 z{-AU-Yj-cXJSQ>Oygbc#0%GkAE65d4`j1;CokHUzOj|7js<`i{UEeH$%qvI zvE@Z=&d}l%d+1}se;vpazR4QkgHdgjTq^+|?J_`{Jb90>B2^`AZQ*~+OM!`)g|i@E zw@*Dq1v(jNrD=nJj9kN}dm*4jASMYEt~#dn7Y82L#3at${Dly+=RUGLV!uYP25<|MzuEeu#={&Gp>}W;X4$z z8&9o3Nt>(CKh4JCjN+H3WfRMuy=}*_mFY>v^iIwE@8x8Q{31FXAtUAo;N=0PyRVvv z=d#?J@6W7MT0YV|7^`QSQkLb&(gg-XQR5{7*@O^ZB(^XQ9aSj*9_8<~^9QT%aPFQ^ zU?~U;^Z`QoFV{whPki2l)rf{?d zwRA>SWtRJYY6^vzZZS8f6Q)(kx_l_+pV@r})vp_XE|U!p>bAN_o`Dpm`rY$qJf+qo z>S3PI9n0%KG83zYV?{0)h@HlB`_F~Iy%TkjczW66zNu3fK6xOeEv_!#o|{3FS61p= z>(Hc2UR*?^s68qkVH2K~@a7^|*1DGo_+ShG`pYYQUPCX0Ny4rcX|_V{pUCV0&1asE zdvQ$o2}ut8?ha%w=}5PoZicIc&*2fI`-G*M2RoWiaSuMt?7W&h7b%Mj-tLXRhZyI3 z7X!{zMh~nqNVwhNaZ;A}W#fw}peMfm3u>Ib@3+JkEjO!m{4fy++eNj)Vx$hNM}(OR zPY{JPk%{6ER@ve`*doZ`Zw3z^w|O#cQ<`{YXfvsLs61x843e^}`=Lsl&x9tp2+|!q zef7$!MdNRk#D=;)+OkR$l`NzBmIdOu1dbb@f4P`=9#W2n-!C%;DL(eY25lZ0`k=PL z>DZo+0Z6!{D1$&;R0Db}<% z3yj^iEmpl&0v>x}Agf3N87KjJ*ALknf`-80WGBWS$pl2f%=K{7LgQ2@gh{?zvEu=r zi`+T5gX6~at_$%cFd;SJmk9n`VxiMDk;gzVzz2|R8UE7mmr@?<&*tQ?0za0v)}z|T z)x%rb1t}|u1h*Vz%aq2EjHpK4*P^H29aZt@cDP^avitRqIhIJg< z+A#qS7fZl$L}(3>TzzW?fd;8z%CF(NU$sYZkr`bG9Y9f=cWJr#4a0d^daj)qs34UH zcBO!+I4rhs<0FOmWP-_k4eEatdcd3 zCq`CF3(#`?3`vW`Up^OZWCQ0G!1>hTX)QTl8^6dC&YM2ERY&C|F-iAIQ0R$$x1Ot= zD0VI)-l6XoCc!31_EI5z;4Ap}sLFjT*rm$iL`D_HmNRDA5v5gq$l=aN%i8SqVK+~NDOT)( zh^>i(*26t}ueXOPeBiDNoZibjjK{3aWw*%lF7^aX3T(J=$-(EV>m|W7yQ6K0)eaT~ zmgFEDbQdTiG=Jr4^q3Z#9q?U5xx&l>x!o$@_6$MRnoIU`M}^b;E@vVH&xT?jD!3PM z{NR$~)>{>(>|3P6x@f_QrWwn&B^G2jL40iu#FqXz4sl*>JPkXgJGmajWv5qDMaegnRGf|pSC-bbO;k61X@?Mj z_GQD-1nsjui&*_iqs)LuHQ5qWcIT^%FnRbkB*me_J90{5>Lk`^3Bh zs#LJfK$>=(?WNq^KP1F8=UfId@X!E(a+7T^4se<|LROZtqd|*W2@|fm$hpM7p}%L# zgl`w6Bt>?vnchfu!AphT06##$zcfRRDCrzr+c?Y9d$bJ78!T)Zt5Q0`mbtnO+VW#p zB_U8ONNo1ZeQT=<3CM3))_SFGx?VM=A&OalQ1pjvgo}YptEG6f^S|IHjn;t)73e2J z`5%0@EOMax2TYI9LpMr02#$S0c@&TZ+q!~?E!0LbwZUY=9R{n!*12bqMg6rBoaWbu z(Ll#3w(=*tP4RO2m6Yu3Ho(3S{zS$5M-G>%mSVO-R*1KnFvidwNBhb$(tqNx1g02edv z$4mD;j_jDr9KqsNl0)eki^YN{#15^&n(AqqA z6|L-(4xHipcdEk-bYd$IgoJZkdzaEGC-Z&&864yzakcTl`fOFsdk^E5 zDy;<#s=vY_+iN~Wm}v&d2+tUfDa3>v&TAYn*~0J9K0*ogl~hY}sm*qvS55bU!SGL@ z{8k=97?nfP_Tl|&foD(_x#DBisUhYcEi*`us6koKxp##Rk`sA~BA(F!VqpKqp6@q4 zlqNwiQH@}5zWyWKALdAGj~5ztrWj^e8TRmad#Ajk{QUkbVPWTZ4`q z!gYx4vwm4&hW0%}PdLDkL3Q2;&Z3Z}TJt5vO|M@R4MgXeB>2}>*gT9SslBln!H}8c z9{@B)yA=o?wON}qFE|NrGBIqp*?lynf+{+8Q0Z>WFeGEdJq?`el3d;a_pHUdjLfPNLAB3GxZO>OLp*R0;AaGHS`F zbFo7gCRg0^MzLHyq$Lgk?%6Dnqr;dj{*pyZP4RhFnA&Sgp_EIb zR(XKkjiY7p#A`-`>K)kEEU_?Cqtv6RgVVirwM)szuU^puZ}Xo$w6%!jII;o7&0c@j zbj{H4)iJQ<@kC;dUs>P0!9&CPc!xuKtC;-@-<1Hz*vrq%?`Y38p2r1FP_qBwb06C-II{q`~J z8)Ni5Bv4X-StMGX0FLMBxi%bwYKex3ub}32@wZa|&^Gc`eR@dpIg$ZSZ$)l5(Nu$% zbq<}{)m8PKfKok}y)0DyR)p9%sWq^EvcHr9aP$FI3@9CRy#B2iI}gE>1ZzJ930E%N z$f2+xKoq1M1KdqU&ZY%Z^#vd$y9pj&$s%5<8XytG8h(;bcLQIu4ZDDyg4nuEbt z&AB_HzF}y>t1#ob3zd9e!$o~Wql}tzFPOkBWYVIe41)B8S148~VSY4o_dP7Y^1!P4 zLWf01O9S6z$uO59^k+!n4U;%&@nm1eBCo^|@5NQ>*}?tbSe|LL8dcgM)l9gV8!S$( zI=BvGN0LZ$6WnfVWYUb9rjRl01HTR+FNmUWSn8tuGKw<(Rha>pe}c`YigdwNsGTSx zt*n(m$H=A@5dpSj0H_m2{}xJriD$=$7ao9GJRoV$z`dxkj$=>V-rLgVHnmM==UDLp zAnCxap%*!JBDr{bk)U_yIS?g_SM7XGx39M?FuTbqp#z~jzOjU`C_xY4+~P0VO#7Sx&Q*gMCI zYU#?p@v*#15Gk`{lM~INfa}VcIYmd70)D5KP-|Tnr2*UZ?D#zdo|GkSFA;W{7{ zZ-mslRV-+Z(ZX#|@_L=358c7$g&nd*99f{Hzjjvr%jh3}CxveTzrXB*HxG&l|i@^0>=m!f+jHW@br&_j6IQ-}c~pCoE)$NVB^jIgF?`$ofjg zbgyZ!^H`aPhq1f7vkiY#=5Fm+IddAXJNPNCx{?-LXiYp3^Oq2Oy88u+@I}G^ff+FM zHZWw0Ann{!+)t=m(KBt3B`--k|G;erwwt5-DMsi;c&fx%nUOT-z*1e{^Dqs`Cm6Ppy%UJ(v55)7%9&i^D)n(05z4chXe?4CQdS5i_nYiK4G}>lpqVo z?|A6vvj@}3WWluQh*%)|ucC#qgGDo-rvH0VHF%bb*$jPh3Mh09%1^S5K>c9eWURxlY;sDwqWpPo^DpatsZ}j7}-hS2@!sLpaQk&;mAawtZHI z)7|K2OKZRafLWm?TAxd}; z&(Nw^mIlzmmi5PKw?s?Jgq~QTvv-bIyARU-FAs(rhltSi@YhK9-}3Tcm{%QEVfAR8 zZjqg%_Legq?>Q~)T&o~_B@dkFjHL4JtxSNv==?Vd!B44>#c|n6r8si&Pb<<2KcadQ^RtfjKDQBkpyU*a=g$ z1=vl7nI^ekE2!GzvjkUq{T;rBq$P}a8-Tz*N^f}xeGrJMJLcstovm2dC25B~rTmez z;0p3hV+yIHN6%g+2=^UxcpI8FJg1Vnhz|^sE0gbj33&cphXYZp9BK}{I?L`04^+CM zv(24n4SOhX;Es=JssGEZP6wQ0d|%|>4Ck){iL)@Gw%_v7<1Ah!AK5cS9n4efVuf`w2xO>5?o)Lb z!XmK!m8X+Mki?Jm09p-OFEF|GhzAuGuKFobSybjf@OZ zU_hGfPD4UrKt_X0ep2z+;|}wnV$6Vr^3#%FsOpRz-wd}M!SvRZsOaWL6;70Nc4beH z()i5uEdIK=V7TinBJqZYC2X7XBa}tLEkaf>u)1PxuO-26vjueNHoA+LL^Q$P5aoK= zy2pA90dzZy)~*MK=*gi&=Inv`(OC|q02Ofag<;VhB7*z^Thg^0oHz3U!=Y58X^A~1FCsAOsDH( z!y}mp}O@vTbYH#;I z2u2uUZHps2EqEtP2Dux@0bD{ZAH>^{O3y4vdPS*+l$5h4;6`uW2novvJ6%DN{ox%L ze=4em3u8NHPT0+Zjx@1<&9klpIQT$aWHW!OTm51@7i$@+SI!NS{v7+4^b|)fat<81 zb`g=PvdT^igM6n7b5@ZRouelVG{B0OPAEpM2|vY+R(aPWPn=G!jVjR#aUEKmA{8(| z6H5U)I^^Jkq1IA{apP2`ZFG~S$w1*1$Y7i9E>C8XA!lyMZ`0L{$%1Zd=5LWR1I1X( zqQfl}YvW6>-GRgxK8;XJjlhc~2pEH1eQjC3c%lJh;jzWel>T3$!a8PKL{#Y)ICC~t z@OC!G#GHXxSdvx_`9!%c$Yd9EHmox(6|DFiiwp-CIBRC9C?v7fiOi-{u5lK*#Q^@e z;V16prU9}S`UpzAE8;k;$TCew*)*ei3z=fygWytmb;a-Sc-iz#=8@q&2*$ zrw0qHP$QbF%rMY?+7}H9n!;lg6+nx(GyT2*;2gq?Ap;eD@Ar!qyVJ%Y(}r$3AL1Ac zDwxq<2>(paFYb(!RI%GC#wYellV&2KVrNTXnFo}XiqW;?Z{f{L3(_JfGN(-brTh)o zOUk7(I{%H{>$S#{yNMxU2HAoEJCXD1A;|kDB3J|)8oLCsngW6;AGzXT$IP4&1Mve0 zZ0fpS=+bzDpBi&2>0x^=`L#ni?RqM3_0Fxqa$HAagGEF(Pa_6O2_7{vd{Iik<$#L0 zpHsNVnv2j<78sZ-&3c=xSnwaU*D#5q;%XSBw$N!8P?$rX$*Ue5kgJ}!ErpiHV^RgU z`Iicmh(BWD>=h{^XrEyf$Jr)TRwiU_`%`q_e)m+%N>J3KZr}WhBBZ|u1&;ZoEci~hHT?uDpa*&(4 z1{(wKGrt7qS{a}39Qet{h*8>w6`q8`L9tH0`By%~xp^NP%Eq@eXIV(#;RDs80v^w?CRj*Rk>0tUV z0TGjdOzJkYTQ$<2l*3Cu_)i^y4OhJlx=A(MiAh?{S@5#;8ieGuatXf|37Xn>$!;p- z@UqFSY-F&0z5sqOk7-<|YpU_A$~2&|!$#=Nq8t$<@H$DkXbZZ~8*h*~?dLQ<8&^Bp z2oNRPWR)x|!nBU+aBo6e0U5x$X62sB0uEpQn~*w9@h0%bEctMvt}}_L8ip|^%Ru(U5^zrH~n zSH31Xrg3i9vL@~oZofX0J*}+pBm-$rKY<19R@@U*`euF`=p&Rz__d?Ef{?}93~wYn zqcpSerXkjF!hTWEYJGP(FqTbP+Z>9t^!#(KTj!#8S6Fq0ePVdA7d%j22zw#SC1T8$ zAT?21uF@+lFC8P799R~VNUiDa0BbwJa=2nxSR`P_FCXbIttGqoM+wc>W7@;%k2M~= zLy{1^&jQ|IO%{>l^6bj74k97W=h61WU;MCwlDST?vV;Z+;sF2E)mU>kO2X$wD`A;@ zKv>bYqq8Q|#C{uSd%*2@Ix45bs;8$l1a=<_vfX>q;Gnb`6wg485ni}G zd?KarZpg1QHc&n@tvf_%|1uD!`I^#DuaL-5dzdDhi1d1jIi_!RA2_kJ5*`@UiS<-s zWQqPjs%U6v*;Fhbl~JWpl$weuK&x?z3O+_!$9U8$yq^okJ6Ay6I~hq$v>l6@gM4i~ zEshe&9?6LB=!33&;q zVXHYLTnbaoVT>NTT24+mtH!IKd}IuQt9fG10IYNausH%0jr?o-y9 z+6pC*6TF@^NB?WJ(WE~w!M4gSBPHEFm!N_&mp14>?QmQaN;3)^VfjhlD>pf8q%@Ax_H#-O@Gf#>aB}xCshS zufk4?X)*=oq8g2aoF-{VCa2{z+@ue*f1A0l`=4pMQ&8>3&cs1Yi8RZA>M6$K zs{rv;1F2?tp6R|3hnVq#C~xo8s*dHUO4)<9KdMLCv0NWsrm^Cm#Rr5dI7woOr}g(; zVtbem+0NWX<}DsDnr6SdNVA&fzM&o#6jD1TGg9;87KZ_HuI;5VW3)YppxN++CG?<8 zUIKX_qpEgctLU!1X9Syu#moG1S~C;Pg_9Dkm?TE{qW3MO^2=eiJ{p+V9LAxlgqUaT zm5-G#!pxST*P8M!=p|j|30@mvN(9|;CZ2?5*O=L z>%IxuUF)a_Zi5(@@Tm?wgvaLCBY0j?KoQ}4a@vN_dLK}%2amWtw8`1|US7@?X!eQ? z(n?}tP1G?9Y747cg8G|_x=uS%JKRxaTH1nuXyM9>vg@WM9KDQnW~5rpaOYL0A=ohdrShO79)<;$bo7|;VCdU(Xyo6w$dna?pGwW&tQwjjDHsjtyLd6( z_4gE2b6DpLv$c+Twf>^|?5-LgGfup)EE!E@v8TMbR?4glje;!0Uj+un1dP~utIOL(;yq3|ouGN*HGm|&~6{8Khe%iRzevwSE zDUxbyu0kWi748!Ruif%Df90~3eE6qNvT17*M~rSFaR@ZXPZX#e$21!;30L!F?5wk; ztcFd~mU0}Lts@DaqWZGQeu6~v?Dt19a;7_tyhQHamPUh<8tPm++NJZSB%Ba}Y_`mV zrkU0*7#=u~v_2_`wXQ}Q+()^vJ;t8qYF3tHz@tB7Yq%9npnfT+7)W5@|WFKI)T}&BPc%Do*TAk+cQDlTiqmXE#+{yVo z#xh>0wVdLa(+0TO$(DV=iZbne4sk;8VGNA3G27=FlNK1VVAg`#*hUwIX0Hn#Fk5YP zJ{H6urQk^J#<;ciU%11vU7i{AWKO4f4iOt=iNjF;C0#DV7?%wj?nvdS;jEsILVIer zvC_cFQPUj*xGYR+H9e8wOUBLlDbD>hyg%I`G$^CGX!67F5-A#(6C03yP@x>Q_&pnCiJ;a`T?%+M3Jv0(S%QWkN9ca7eS; z-=hQ&%2|swD75<;`#NPB&K9@YU7>l$!DDV!CvWbtd}*xF8D&Hr5qUQUiY_q^ zMRbhf87qx6vc=F-b&G{&rpw9d4QBcnk9oc53H$x$NK_Xa#dfx$MvZQ1Rbqt$7eVs~ z8x=iT&3aWYNeFP6CSGBgU9{<<+tk@(RV4w867xBUX!4Qof~%p~4w|NMvK6r<-&Tpf ze9_y+jTmdGH2WfX?7nD)6Xst&iNlmA{6|AAMws200BjHJ3Qe0-jwlE+3*V!~3E4JW zERr*n+z&UxO-i#sIqrteW~vr?4@n;hkU&_&%rI%v9cW6~i(0cQEC>k#YE-wnF=1+X zk%pok^HIxFqdm)D!kNV}e*9v_3ESOlkxOs}YL2XD5`hSbs~Qn}=aEAfUM&)PlW!Gu zWWA8NB0z8$a+|QAKukV`lS^Fs@Ya>inUc&P;Tmf^L$&Ku5Qa#e6Dm2ic6wrzZ1!dd zzkX<04a6}@M!Dv84e5R}mXc$0JYFLQlF3&WSzZbjTd0>(ye^fA}o`yAahC!o9j|wb$iQjRX zkzD>dcKnOZt<){VnezrS(~PztK6|X%*r~#+fMCx75Ta(*6>Ee)&eb zFnm|HH=`o!E1%XnQp-O^RJy3K;5cF(*|S-jl5oF9;Vln^=t)(h59$|Em#%+BNp$q| z`HT_OdVA^_E~7%qjZ$#n(-rT-Vx3JCv`&CbjHqBDCl3JzB{h$ZVxU)EhSR+|=O9}| zif_4{Bh)OPmO7l75gJ|N`dP7%1{XTdFI-))lTScy>6=&_tN@5KhR{I)KPQ>T?~^El z0<&Ish~)<*=^J{%T;k=L$Ta*Uc7viOnv(-^tGIxqj^?Ak#Np0QE?GTD`YiR8UwceSkty*%dL(bkhv)1ejj+|M5$_<%}F_WoQMB@*=LU#G>NhK z1~Kq~%t~mcQuomMFNaAjq$udv`ro9+6G!tx=<^^spr_l298P5{^vp4wPgM>UGMJeT zz}q>sdXRI|bLoB(yHs(aarvT1!r| z_L!I<#|VI20`(PYtuQN+&ZJMWnrY8{6k9%y#ti^Zn7ZC=UZ=LA+-yScO(O0e%KXkP z6a67%-6-%lp#H*L!XI{;_)gKVeFEEHfqeu<*wBcgrTy&BfDA*Q8ef~hiaO>HEsbQG z`8EU^;K)^)Nkaqes})(7dU0-s_bQoOO9W%dM57yd{CX{>!sJpgM^_}xmm4gQxGg-+ zq^KL>(^XS<>V8hP_bNOn7bc(hA=@ADI0*&_sNbv#j(bagtTWx4C@wPg=4}yo9IwM=IqV(g(OBUB^0b{Djm$VNkG}6L zbeiDqD{jk`A?L}u%Mf&~IkSvETWuuB&yy}XTP6rem+unP2h_`m7JEE~)5jSX6O=?& zVO%wmdUd|AaiNWr6M ztZz(Mc4LpkjqGwVU?;I|2?c*sMX-F#;7#dQ=bO5gu5canFQgpLj8ktdnq`2G&PwM> zzl`iQw5{P52w`eLk4|A)Kq8!4Ho`(D^6&AqoMLwPbXPk)4r zmG3E$u7sr&`%)2zva#!&tbmF5^LV-H)Vu{Dd9v~dPB9oI7BH^4yZ{S@e(DD-q2wfj52@*TcBO%cMvN*h5b?=lf?LI+N&pze zd*GsUjY8N1DcqHE68YH7dM%BO)wz7PBqmNUN)23hm^KyGN^LY&0)bz_*fif7dZ$lC zh0QMKD0*(hSD21|+){6?+zD)~S<#Un+Ya-U+kCvy3?$=0>{`7#9XsIFCa^L&Vm|1q zXrZ_-70wQmSRmzX*uUgvna9-4@R{YYO%)QTPm)^0@?S4cJpKUKB!J2BqD;vwXv=zR zVmk7uFQeY8@!Hz#Q%$H6OA^~Vo|Wtr!IC)+19}6~DM?cGqne}HQ+d;Sjs2B|>o$Z} zdfo07yA6vj303Zq`bD*6Zy(fW3y-|m(v?p5(I0o$4|&pq4Q)x=x>F%8*+dtn!7w5a zHkVuJQz+`!H(8AdCJj{(3dR*k*>Y7Y<~e_suUrbq&z)%qGBU%k<%B|pnqDH8((ad} zUJv)C&32GEU5j=A6-V%sGPebU*chyBBK{0jLcpx<3f0XuayHK&<0vvm+0tY6I#alW z$rnW%OvDHq=dzeYr=iTO$;vUXs*gGWRClg z0qXE3-TJlQG{8hlF+A8hB0>!asallaVfAlCMWlwwZOL+FL_{8Rr8ywC`8EjS%1FRh zHw#-)BEIEVs`ZzCo!lCfr?NIdUVA*a^=|&;7S``MQQz2 zIK@-|+}6_~AqSp%Y)ukWwY^TgXtv2#RU2zo3rzACZ@?9~IqW_8SPPI&1w!ytpSCHs zPw<|9n=DHqO^o1!dckbo0fm71R26`qpKG%7j5oR(nmQ%KZY&|ZeH+U4_eJ{e1jVV8 zYMw9sT<57A7ET!O5INS~Z~7r21|?g78lr;6CBki$Q9Plzj~$_v0Au@^0$xAOUajpS z^WV_Pl+D#t2dyT4W;8GLONoiDi2-r<(&XLHT998dn24%}m$;-^uwu|WYKoz0(bm3w z@k?A!awj#sX70(q2z#+1rdFxYU;TSbyrZsy%amQ)5A7>FTysIYOMKiH>|oFbOPh-u z_XJ!Kh`N_{p&Uhgapqr}gNuf%l@+M+6q-5~JbNEl16JJ(6jIRUgXBiZ2yz(W1p>s9 zaB?0T)WHEfqn6=-;utW?!Ek&)nY1A)K0VICMchZZ1PG&^mKDosHXK3RbLhjg@0AHr zinr%<5m9M|&MWw1nIa001}r(58lInw-N)_p>n=(?cYzXB*4wYH{?Uu8PFx&uK>s*A zvI}PHtA?zJ+PG73i{6Xvl|ZNZ+3k({BB^WE!pb}hk=m)_Ie5(FKHDP>hXcEjPEQMj z>7g(y?#qaItE;`UD72(|OCYoq8WT1%SPNXgl5qX;#a|Io1!U@MS-P1x#$$t^nD6LR zSY0DAHRU}xFB*MpG0&5X586}p-T1(7(nspA;KhD$$YLi-#=CIlQ@f?&T!itqKEba~ zzCIIIvzwfq$GBymF(rY>V`I6Sn;khjC+WO<-9Su>Ym`iV$nZ}s?{a>nb}akcE}&VK z^G}QbHKMU z_{o_v90lQoJ2}v-^oiSg3Qo$ffA8q3NIUWp{Ub5*J~CM7ajJYr7?T&&hLg3@DDqI7rI+%)QtVJruHV}RlX}5%S$1XJwZFFB?M6>XpW&u zW+h5jT30K)VV7G{bGXX43q>rLK*Nl@6cL|{1J-tZlK!arg@>?-3*lB%g;fP$7n8G+G~nfS0F!c!PWDkeZMVX>KGX z4O7h5Jvtw%a-55kBCxPx>P~dQ2M}yZ9Oi__0&f7R zPIhA~DzUT1I=kS`+GgiW{H6{=^Zr}Mg0e3@$15dSnM<5MoRW3TVZ|Q5=ae8i!(340 z_gACcaFqm#T?~XJ=8cj-ov1&vJJw*n!C3@9%;y@HA>!6pOREmpHP@>o=3%gbnM9-g zun9oX&M)s8kx9CxDBjEbMjyMES$s(o3ehT`sG-aYrljHggAC+Sstn1J=^yBxwP$kJ zCzqpogE~T`%nYz!egRT3sl3w?*iiId&*Gnt1}$(^l1lz=83Byc{(1k2bCypf5a-KA z`^b+Ac}X^WyU?DFY)u1*ZeAzuGOtR<_8cBmSk2-nPYn6^M5&2+$%Nt@#0OxJ$|g)+ zU0fYBvB~1%(GpxI=(0vJPF^-ronJtsxbUM3od^m zVkEDV8`EfTT0e~YMZ}2uaD9m#>qfIUa9$Kj(w=~ZiSQ!?S;IL9`Yf5q@ta)rAx#cY zc=_Ypad2hSewY&w$Dt!h)qo`bc3!EtgLCvOy|eii6<@Pg{IiNUFyg*XepVxl;~#^} z!`B+<#4r^rJaM)!o-yiOlzh~^hGyc^C%;CunjC43LbsVQDt;!)OJC7IlqOIU0vnvf zzqrpwGjb%((9j{0+PnW=weIB&BgBrt-85IQpe^jY*8iHw zkeJ}hNRxCo9OfZzbdFJ3Q%xA*x8ekb)e>NqQv}XzTRlk8kYtP!!YfdOdmu^N&43w}*YRD~dnaAH} zd^yS$DnZlb!rdm7jo5ywJdoOY;aiJVwLCG%HI zX8po^Nn*=DxB#u+`8w-P6<}0KF;ok)^B-v+ET)Xahy!Gu!spwB$cIsFQTQOtrUx;+ z!feU9B)c+uQ2yzN8r&TS7SLrDsB3nhG7zf{gGTj>PIQJZ z1cis120GEK*vVtDZ{wMHaKaJcT)D;61ig8Y-HNH&dt0=8cv0~(fHj1QqYSPXn&^?C zE7G1Sa-a>Y1jiBFF`0q6a_ds%d?DV0h|>sPBJk4_GBG;sQjUaBa6us2OEK8bkP73q z>%(DF$ZVwCTrXi@G&Fglaw$4$unaX{KfyQ&m?X)ODKN7r`XEE` zX97!94w5s35^zSnCX`t$(fn(p%XJShH8;`crZExrno<~qicEqSfZQE?|dy`8Lf6n^tWCm!bs=**i}L@6$cFswQuh# zwBVM(qh;Y>kDr*O^}+;h1HFoB<$&L|glB~e+oc6g0Xz@2RYp_O#=Vg#TY+n?ZU>TM zY})QVpq^{sRjl5}Vo|~gtrxS%TEe#PX0$0juUBSv+-RlA3vd-GEkcV774OV=EU)X5 zZ$`qiJYnNm>U4?ghPTn|JwAfKV`~KxW~b}XDJi}`TEV3!g5d~Bvzi&;%t z_SI`lj~_{B=^Cnz%=nV8>=N_s0$iJ4bZFW~C+j8WlC9>2+p*MPBPiI+ZNkad_$Z5rW_o_wDR>>dwLiZcRSz`2!1QKguK+r~YH zjAeG3VR=*EhzfaVsXJ+fo*ick^h%87*n-mCOoV!)o{}B;K!iutBGvYTl(B z-~vz{s*kgfn-Kl zRR-(@nk!yI7hlHJxHt!9T*2T#S@LV zb(WH&doy>ud&s!RmQ^CfseqIz26Z(4dW*!Zx=?-=!C+6XU3+v(T%p=9+63v&#tBP3 z*uNAkCvuY$RDOo7xPrR;8a)&rI>#6)TIIkzPkyE6;P+U&ep zPOl|j3+6MtZ_x&313XNp3j6tyVpNR&@}kH9L$gdl#f_M`Vqzs@>t>Sg8>%7^IVn*f z1g6gZheXGyiFRkLFvJj*r2@IDOhaCFzd8H8JNdN!tTn-w6u#a1>oH*<~*|qco$&ww=kUfhbgFZ@=4GuSd+SzlrjMIp&N-bWFtwq4Ye zIDuErBIkzFNg7R}koC{GsRf-fGW2t(H5?9a4UKBueYm=3@Dkt&lhjB=ZTZgR|IKY& zki?>-DTp-=a`XnbuX6as=Wl-N~xXe{eI$E!wtaN154 z`}MdhnVe~6)+G648F^taZ%+=33Fi@R92lyve;z{+W&z$YQ%1T?eB*^&mVYviw1LO8 zxo<|v3#xn+M|260(d;=2IM=qqBmex@kUlfZ_emMu+)gzRoqA3;!UNOUo+E%1$< zozLosEvuLS`1`4Vf>}8qo%6VcW))%9xg;Wnb}GJ{IBS(9$5H~(bz3>D`H`mULQc4adtMQD4Hcx82-u2=<8@g3R912d+l(rlDBY<;FPnz0rH;rn{)ZQJVXs)wrLJ|e;k^vzMDH13V8z&n z0;ua81?jlC8!Z5y=Ab?)1SK?DCLuah$igrQR!n1S1K)E(`d&43+?L!h>vm|q6Yts25eA6ecOv+4 zP>Qu57Uz;rz8A#WC6w||ZZINUH zl}gRkY}0j%2gPvVP+b)mrn8?=x|Sl`RS=`U#gO&2gl+LWXO8sdWq&|;B~)a-h?Zjk zH*+1?4^j{`I?8uls@f}w%G~%o7wE1SL0Z#47o)1JAvNKmZ)*rvz|23y=%8n}uPEvV znQxlbWX&3w@i>NwzSU6}r*_O&Jp_yUD%J>gd1xfk>qSGlsB7VA+!RDkDr|U`;E_^T zj;D_E)A6y69_+ImArwldp~#)qHqo_-w0hLpux;CWD4i9*mZdpp-Sn?&Oz!YccgH;1 zT0KuB2#KCs^aS}@!$*|`$_o}2#1o;t*%oAxw5DXEx$1wOJYHZQVi_WaBrYg`j?2x& zi5ih{I*$;@Ya6w(N$&x&*Vuaxo@KH?#E_wHh4bE}1Mg1_f7X)cF3Qqp*J={efU4x}i5 z4pqG|TyqZAoS){A_R{v=lqEr|Rt8fPMJ)az6I1=&y08LM>S$+|u8dkI9zDueWKv78 z%aDvUsrJKAwt(4b_VVxgf`QYhO9#A&Z1l)o^25^axISJaf)4# z+IhuZ<%7}&b(slCSt<7c>(W6`-nUk_HqL&a5Jo~K`4>TAb?r%d=cBY6uN}6k9Fk=Wy0~sWBX2>M zNaAVfe6h^{v0YD!CD*OMNMaPs)hmF+FM%E%Wy*{^hf;1pUExIyS!Ia1MLZYikUjc8 zG0}V}zceUU$89ie#cATKn|?I)G$T2aDAD0g4^0Z-alm{eQ=M&U z9G>Sxc9|iE?jJy`Q?F#s{vpq+WWE!}1Psl7KL%(E+U}VUBfdzUU@J^tVZEAYV{^XL z2$V88Zs8s8dPN<^If|jv-e&W{a#_KaxQaYuc{kdY&v091C(AfcDej4sqZvMwmTXH* zsmGC258oG()R9M3t;u@z>sNw*sH1;Wc`>;5klJm1$B-7F6D%HOoJrW_ta-8BbKc1H zgq+F{lt~=#744qo_jf?pgZMmuQe!z&aIbd z@>))Po-0ER<7%6=eBd+yvdOhf*qt~0!Ypb`q4Yic{Hs8!kaSsQOWG)1b5q|m%vB8b zc&u$M%Ei(+W@}L)g9wLeIB{cvD7O2%T-8~t`je_G)Zvf}+L>zsm}vB2jaV=z5E@EI zY7-XdsU1SgBT&ucqk+DwZ+9h*0y3O*VfrgI5bShQVYNU_>U649|2xy{b^HUdN@~L# zw`c#HXmb8%whqA-v<@6{@)KqgC3!8+213e*crvOtWG8*}bP(Cq3T&+hKJwG_# z5$H*qL|Zx*vfng)c-2>KCQ3gZJ{}oZSK~g;xda*9>z@h~Bb3gF+{J!Euv+8D8Qav^ z=454iDy@%(gyLgWtBxSX=bt^X4~kw2XX+UGoWQZ49|Sz7BOT-Hu_J3`2kOmuTm+7? zLdv)td{j&jYzTVY_#$Keet65{xf(K5_6X!gnHSMrdp121QYF|EkoiSu>N94F5g5W6 ztS>D!!lp5nMY6fXJKY<6Dj8tM+T~f>3UW0k46e(?N@V5UH zT;`jteB%>i8e}%d5nUpsW32o7J}a5|zeeUSAjXL!*3Co7W@!e95(q=Zl(wU?*|SuF z)~cidhe@QOGT2({btLM21dRy#mT2Q%*rL?=dKDx=UV?H?wUSx$6HcK2r;bXcveY(U zuTahfGy6HfyR=Ii{qYwN5XC9XYuhbuC~!gnrEYy2j)yek08T)$zmM0sr3_l#C*)1` zCS&5YnE|T*r$i24q%0a4!3Yl6u*zxfHTtqkNU25$VO!!TzGZaeFj5twlH&@XyxOLV zjE_7gpf>!%lvMa(^si44$waCev*#>)A|%R@q<+^)7bP4)wqFTkiZXfp^*1Xb$u+?b zA?`*m7YwuW`=zMa%z(Df&2PutN@($OBJQ#dpONj6*8^j#OR`ByM@{e&^^`szx}2rHW7Cb4CNQ;u(#P1eobkv88DoEmR%KWIs~@oa7S%EZ zvr=9-Ab8}osS2r&TK$|bv}Fw7HWhjk>eO(B=YnsX2IRi>$b7G5<72xGl@r1ft^tED z>D^pzq=aX?6%B_j%jPDoaq1vG&OZ4|3L-04Ry!HM0HDs`twua6XA$cjEo2z53#Viu z$NFv&#phzBZgo?m!bmv*e1GpnO9(>`rF(f~guMe?4*w70q>rXd4Y!B=kcHAhTwd3K zD-gCH417r#Tv^4F`{GY3PLf^?eyC&*DUSxETz3{WgEk`73e03AP9`FH@l@bJvuh8~sW0LpmRizA=Lf28(Cr#o ziL5bS;tz(;{95VOsbg649nM(61zN=e?)cboLZTFEYkW@oLBX9p3l*fJ=ZM*8V3>fP zX{GM3G%-)WPY{t&S?UJGOfS$rRK^+|AoVphX`E276jE9i3$3-^jj*3rNpeuCQ=ni29CnfKhVREm@>hWj9SLkLOmzA2GTJTVzKQZqpS|e^EH7*oaQCcD5HpKVWH^ z{q5%b?P(z}Tm||)l!k>`@yt{G@)}w|nId(VDe_+7SGa@KYLD+EOml4Z!r!|s5=jsd zC8jHL_+NGls^5-Fkgw#(1^5ZX;VLkFxOfQV%+HxsXC42dQu z`D1g|7Np?lw;!(GKy*`ms1jX&?i5%XLsYuYlXT}v*q1Xb#kM$2kqpsD6gD(``}x4i zwTqv&%N~>KaU`=s3^uXfDqm>~1&2c{T4yWv2C85LU&wWIzDiYUNx{b~rCF36?)@^l zhpZ~MwERVza0ae%TrDfyZS?P1M~_+b-IdE}b*BkEQ3VsuqG0&d3e<`sHNerGfD>h6 z1%lnNN0KhDVo%;5i&s@zmobko8wOEzX3Le(@aQ=s@(T)LadVv$9LSWslCn#j&o$Dy z0O=r2qB|8qIM6GEc|doj`^tvQz5a;m&1W=HFq{*sJ6M7d4j zA|py{V6FC)Seg3*T_*eD^xkzf#l^ZvFfd8gZ6*R6%F~$1c#Q$`Q{%m>i8?|m0H6nR zsZc~8tY=7F>IRGci}nm9fq`(qVI`u3$`Ua;e%wj zGdRmIdvF>3F)@Oo<(lYZtZfu0m#~vUlH`AtL9w9-NF29FvbEjjYA{e3}0S8$U)t?Ay~~Pt-Uhim+MKv{bRYbnQj;F^k495n}F`tl5F?RdhMs zRma9RQ`VW|UsSt=A)cfeWD*LsXR2-bA5}D|09yRPW=Ptu{t}V!+4T8nc)qsynZK&p zN7QNO6|fc5-XGnpNxX@4rjBPd5a3s zRiie-D=L(&+UE*cldLm9ibk%HM1VgdzX~i1f=AospHjjI0Ap}6wTO?9MU={Tr+B;n zkVT{B97v7>f$a@W@)J0VJ(K(*VMvGC`hE{N5|-u zI@Ow?Iif?21zT!Vv%y<8$iZ_kHpgpVPIRX{T&jq)%&A67AzmF+bn*sb0T&Z}*ey36!mTwS>>pFB#A?d@h-yky_rtV`PGUwuqE(LUeQ*x|xMJt59bkHt zppy%>*(0?k```q?VUc^EPZYh-R%#&3lfRFwf-tlVS98`bNvub4X960bz{8II01%z* z)#PB34C$lsLRiTtbsIYEtUFBhn+oIYziEO=kUJH{i6{VQEE82HwtpLpIhz0v+e53J zdG#*I{K8fAUsAz`@7Bg@1RqoExoHJPJlOdV19r70^=q6#Nd)W*d6%6YpVc1f^g%(nTV zz*ikdSomU831_Mr9p}$4%!$)NwO6WG5HF4Cl5)>xg{K5esXyVAz`$fddSK8N<@a+C zO?C-O9IvwzIyz#WanTW^CXYWc**gdg za}>lJ+2*fpSS7xh_U6w7zp`xw93DX)ag22hgt!fDK91OyG^JKDpDBif0(n+|4h;lv ztUgX)1+CaY^6}P;g6vfT=a&?I6PDZr{91Vwg4Vbyp$@MCYzNbc%(1Rs)+Zh6*s{7+ zmfVa4DV^rN7D9jy#)30H+8HYFdrH~!Z6(%E!vXbIpeJ$=)^&bpA@cW_(+Sk!NCk9# zGZ~wkAw=Ks1(5RSN-ey)RSq6Z$T3Pk#M?)$;^JbTRx7QD6Yf6k1?{jERQV+4&_FkQ z`~5hX1rn?+AMD^-Ug?#zJ@(8obiSsTANI9{`KAL2iwKuui|e8#R=2p zK7TFh;spyl+#ueSM3tpshIi#8+8R(_ws_oAN4+7YMi`Dgo8<~`OLMht;b-X0aMOz}gRlEPe< zpRRBHbpi2!<*GbQ)#+iVYtCWes^$8bX%Eg4wDxSNCckqI?~q)@uMoIP#_J%Zh8qL1 zOr|q6=IfRk_=q-EAjx-OuKpBVN`YDv8XB?ORn-Vg;AwvEIEs&(dx;OYNlCakC zNu9#VMs;E}1S`$=Bb8-gytlWflm^T+>2vb3_(sPIv%U@sX6wlE4n~x&!Pd42w(;X9 zjTftDiVWSoBfw zGAjk%Mo!KfNa!nze6>pmkifDAXkUL+JZrJJ;zBIOA&!?x&Q~w0W{(?&wm`)2WVU~2 zj(i^E!=%Xpb_bRb49{YRCBET6G-kfhgUY$!WvZ>Q5iHb_WgI9Qc^e+OL~KeKOg4qT zBXjT#svi1{K$Q2nxob=p;cw!~4p5UYNo)3Km%R{#$KNZAU`(j~7bz1c!h%+VoRjgS zc*nT{LfFl1jq6aL8ivJjD-lN0hS!5fa$MpOiM)?Mp$(uJF?REvS~6Y%4Vnwd5A+EJ zW`{@b7=`LyZc&f~hYF5DHM+R~%c0LRP4D0EdM!LIL)jv-`+zkfUxkeE!|G8tACPSq z`#Nc8XOr>8fq@B{G(fV@%KcCGS5QWBYAvCgnwmJN-L_~`itwJn=G+zx zO}x!Ajn$5izM`Azo9;z{rwZv$rB(Ew&Bw}JUZLDb+UzYABGdYv0%i(OfKqU69mvzX z^YR|wwIHI;kyt_Js;BK_WS>$j+Y)L>@M=U^{8)#>>f{PU{RUK?qkcc9H~F!B_vAHp z0u*YhGYyObOwchzauMcfohjTCLQI5l7)Y#;KUo(+hT1BDw;W#WFuxgfOnT;VtWMaa z$!%B>+qU)5xT%Q=Bq;#0IprtjbU$x_#xze$yzsTC+)D zFlslPR1ZmSqprf1f(o|dp=rAS8`x87eWtfNjn|WZU-DhB%3nHRQ^D)GfcPu-AOi8& zT)o~I15UL#KN2D~ZkO=O9U9BR?uruo$+5xI=MW!S<4Ms4z_PAMc)hu|Ky5Rid*7x* z1Pq%VBS6|zPw*36LcbL;rGCX zgdi;qZ`aW&>)T?>kj*=O5KVUdTT6!Y?tv*fvrX$m2VwpT-X(KNlH1EShW*g$@{Xj2 zZkw{8;f8B$TaM(0uFRvZ;l+zcDuX#tfE*y0g0hcC4{w=!vcY z9`#*Rmk{#yRw^#f7UdoSKR zNT7rhz}&NZZw8>w%czzm-Qc~coe2Z9Ee=u^c8mW{t`PIhQSXu1gsb!@D-v@(8l5=I z%FHm%J{c$ep2!~Zbvo%U?@PppA~jj({r6Xpy%q=1BqB?9ovIY-hgqPK;C_LVsjouW z@q~WH@r~-uo$X28u>0Q^r9{LYJUur=!zYNjYp$`X1VqN(!`O_Y2Lm#~OTE)RGgnqn^ZuE z7q}V8nPm7ZLNB?XkSf#Gc=r-)V9#Z`=r6jL1D!OeNQclEDp?s&*uJPO4g*+I&aZ`V zYDP%YhD+x@0MU)7=GP0|Li=DX$ z=|$EhoXKNHkUAG)?c(H)nrN#oM@@(1R=eagGY&gQfdKBw4ONwwrwzN?bE@E!J4sGQjqf> zeOLT$(0Ym)cgE~EzyhukgVq&JzW4CKY?yE>tc9_Yu3WjiWtgSSEM}Lj%{G8DGjCb# z{!yV46#^ahR9^PY6QyMGH0YGbfe4<2jX;+&SLxu8Grc3dU`Xzgb40M20@G})5n~Yb zRKd3YhTcJlU3x`m@4*Hi)H-BMYXA#hXk&rfUhfHqJu=mBG;PEz_YV{dnqZgrMy+TN z-$Vx!fixoG@VTUx+8FAOJFFGdK*^>#od15>zhpIC0E>f<}v(^&;R?d8O-Es@nw3llFmB zkw5e{*w4Kqs|l?6+}0j4uXq6xNy`mgSXUnCpb=edz$ z)^qpP?fh;H_Tb{nyY$?s5GpKC@y{;Pn*3o{khnVmiR;+#5f?jZ3+Rg(71O03U zurT#1enb1VgnnhZCOs{__K}-drb`kHTF$AVY!$?IN>>C zHRCHR4(A%IT@XcHW7uVZ6`ehXxHM8baTM!rfVUU{qAGM~;%hJXFxuwi5ZkHyeo!9} zq+jq<+GQirw-gyzk}H-v9XKjoMzLcc&tS7&8#{{W=Gy~0wr?|F{==%B&fMfRYXhKI zFQAX{I5ETIHcB0PIwP1l9=bV$7hJZ^P0^`FOTelvz_L8CwdxO^y{-9pGDyGFegVr* zKfk@X)g$2fC36{{T5WjP$= zjeg)Y1lNk0rEyT-i|^W{#F^xyQ2CiH#-H4L>w@V)Ws5T2FA`g|G4ZG&p_=m;7!51I z$yC!G$dWHytCYk0d^vbDE=)|CC4$n)PnAFhSyWmqiE9C#-kF>!z--#UXfV^(E%t_~ zd2+0+4l>-T&c=LF-2y!e@bsd%wk&|xccG98*r60?r^%4c^D_9D6*m=-mj^}_56Ur# z<|;!nO*Q>dGp43WYF-Qc>RBN2w0Qf@G7We&qLj#-$% z;#-p+vyzOn)S`(TjdE9}scG}Jo`LcivoEd1-Mg`mY@b|oy5Ba84UG>>-9^J6yg}q# zsvSlNLEja=!cOZ%TPt_T^FAPDwGW(wrD-c2nkfJaH>*a(9YA&xkgVX3i!_`DTMsx3 z4~f-cD8HwqNGpe3wI%wSBo(jl=OjQbp}+Q2jxN}7dE58yW~dL~Q{;5XD&fB8xGMyk z^2kpTu}#!fN3}U^s6h&Ra!e%Y=**{)UbI3$5u}x+&Bu$ydw)37Q<59HX4}t{4$YCB% zK3`TvE(-IV}(OL^DONFSYrm01RQr?L2z@u3Gu`&Rz-cpQ%ks#QvhY{8_ScP11pBOm)0?fN4fx5!?JJs z0=SQM>;)^UF^X-C+ha`-(&q_`NJ@+9Ymxhlda;lRxR87 zQWSgIAX8U3Dqg8ja;qtmrA`h@IYO~APT3Wv!dwmsm(ZnXXOeCV8{ZA%7-SO{?~W)m z*Xywyl4~Aoxi!}Vo#J$q)?*h)vv?5_h2R=FTNb(=vtb_~$5+OY3_J+E z(@2Yj*0ne?mH?csLe7NM8cP-3{}wljwE$I^ ze$cVCcD(mn30Ur}g;NPsHxrzCT*9X}#JRR9Qn=_kx2H`>*|K82$xr>^H?8w5zrIj(@#yR;bEYzbAB#Rg-L)k|+w?tTerPc_&-G?}Pl%rwLhf=+BD5Vep;1|u7!itTRmaD$8PMcLP6j)?*-bDS)$RMi?N>NYS@20j$5&bOWy{&VHH4o1 z>4C=6CWh)a9ydY>0dFR#B{1A5Tg6@U7}YfHYOY3=_P6e`Q`Um@duZh%vDStP;1@4D zAxNHl#Vy758O6s{qRc}>x7nHDOT(u}@<_cWnp3fVPftQ#WM{2nPrjo!ydWbS`l!f7 zeO!)PUa@DTQNcjwd{!OlDVZk`0bkQY`7?Gg5fmnNGXVh%mOne^crE zlvU$oriksSTiNkWy$Hc-hKIEpE6mp(7rh=S6agX?8oN#e8jW0L(eg7Z|&hm0`4hXTEiuP z_^V8qQgdaiPtA%r493_JE_dylkSscgxRyv9`RsQ7draJMx*F01kueO*t+q-*=f)X^}=6ypsRFZ0VBfvDyg$qkrpplQSyQ9v19Co4(2KpfHS zssqAQyxPd*?BX4aW)~#1=H+#12e43As{)RF?c?WZ=m%hHQ%O}f1e#h`}>~B)q-rk8QNGqD$veD&|{w?9EE)=XY0=Ptsv{M?C(GhA%teYFnYOF2hr0vds_})tv2! z^W*6?tN9PY&S=eeJRYi|+Y(3PxL)@RT?Armj;>xlWqk6)7qcsapifqAPz#8dvbf;mFSQca{Zq}Jg`lXU% z{4fC;hO6(3lmNnZpB$_MG$6yf9eiJzSun6|Qwy*TJ&ByBx@Hp(cH(F+)Zv!QNEOn} z>0&Be5d%UBrC!R2VP|w>m{cSD&2W6Esn}*s)V_JSsOaVmWE@iuEW4g~8YZXSqBP8J zdtaVX$XL5DuphVDJJ!@Lxwx6MktuK{ptpxf+|kfC=L8 zvF>Jk#ZR1=CZtlr$!X1156I}0UJU$Njx3D2t>s4zwmw6W%2@5kXks-~Ql(HI7@U%v zdf&rG?vI;gEmA=g5+D*%g~t+NfRPFR@u>i=63>Sar-0^FS1-o;+KERB;$jO9=SpvZ z3`T6!(4m5b*%`VV%bg)fnw$)Dgx}F^kW{@(bE~eL)1v91_p|POU0G}}3+$N|MXDfK zR%hfm&mqjsTo>UqkJki^(GMLrACFIC!OcQWt~uehG^tC7TWpLxx*W?>Ice9a!93H5 zlt4)+$_3;|PblS&tXxM1MD$wSBj{cuk)?!y4FFJ$JqsD?Y-T_cYvvs#8!o@ zXEfRYI=qDJPW$uoOmPMp@pWYv|8l&83jwvSshH2Uk*yKnWake!gv~e8?#(6f1Zprp zTD?D(hwFlxeksS@IU6=@WtlQx z)~o;VB)*b3h+yZ#-?1uqegv?edR!+*G6=0{!XaxI8>KKOHLf9&zd2M<`6eljtxT~R zD8uba(O$~_P6RAnWsy=p&fZvNqdb{Dsz)X+e18!#@Yna3nqks?rchJNI^uc)J&(}S z@sOjU1mOIKwig)63vS5p;g&*F&% z$h(JJp$E3m;OanCI|zhZo!^E{-eDg9-eZ>Iq8L1X=50uGx8pQnCE=I|?wJct+vzE| z9W3^LMj}iJhHJ~jxm<_|yBL15|KgiRw8>-!QTt_H$LM8mH+saDELCvpsGiTh+T`O5 z8JC&yul?Dminm|BB=eor^3)0=Af)_uptWxf%S>j&fgN3|yb0`h1W^nOO80`3Q{(Tr7_7Gl6ytEZBDl&69&rM>cS(5qS{3NA8I@^MEh-9DvU zqyBPtsI7u=ny?Og00_qow`&_&_6k3a5k(fowajf}w9KQZ z?7_TroMvEvRfs%o+j=O8WI63oPnG+d*J=vlHzmW#SH)Asa2TPKry2-6sVLVO5PpZltx2~a3}C3wp0 zA+O{tLx#w~O0zcxqFJSlY(aa!rRv^X%ZHI^sj$)%>?s5Fx3>(oLh*s_R(LdGAPuS^gwP0LFq6{Uk7?2XIp#{(!= zE%!|NNlfqD2{g`)EL`_K1CD!>|0Ti>O^2F)D2 zoP5?Aw5mtmRNCN?9nL+-Q@6-3chWVm&VU9n8|8!PxU~_z${dMRR5|W%zLluBnQF`% z%50YpLw4)@RDyH>sR2MMsGc8B-Bz1f!BC@?Op#KJbs{Y z(}}!S6#%uz8$wTM?4!~^O?Jclv}G5IuzEfVWl|^0bBUu?iJ%UgHB7NEpkk?#^KT{T z;n*v4!toaiCJ~xVsWt8>t3056G*<_)(`p$N z;`En;34_r_HVZ!WrXxC}yL0ux78Nt9eBcwx*lj>>kyV*F5nNTc=D={52^>vagM^|+ zrqQBMAGO22dzK8DOU*Fi5)vM&jq0Sd;TfW%*vzANJZCPq3bT2%{=uxO!w?ggWT2N& z#bAiF-94=Ae-KZ`)p$YKji>+DlRj#W4pdi7;_gprq zGFO3 z-CfZjN1Wyb;8pu&fN^N$x#S)PE--g-%=3x_K6(3fb;tst&0MGzFi7{ttS4AUbsITM zR6Msuk;sanv?5dNmo?zqwFz5MbOUH638h+MwZ`g52@`4wg*i>$?apxXH=_${TG7@< zAxQ5b46nS*!EO7Kn%XJ{YcgVsuS8a0h@h+SbhwWq2(tni#W1{vm>a0&%~4K@%)2ib zE2MgSG_u+fZBsyg-V^NtI~pzZOi4ylQ=f5aVNE`l0n z1CcCCnt9iTr;@J&qLYx>Almx`-S*NY5Ni>0MPW)ns}9)@xkmHIU1m4_Ej0XTU4Z8N zsmfKWJxTT}FD=RVzmCKC1ujkON4#FbV}oKJ8QAJPwRy5)ZH7)`*M9-fNj%Q%TX7W; z3;uk!@O!wegvso$PB}6gX3S9%y1IKH=k#&iB)#3jJdVf-6Ud`w!8TK~BxKO2QERF? z&55m`OReR#V>a#pNm*v%lpBSnB)p?y>luERJUOCK8fjU}w+aJ4kZiJNTM-b-Ar@5| zC`BO@DWsf`-UU9$kM-Rsj-M#D^UWc<-LUAs_;+@-nmS{8Z_8m!6DJ3OQ{K|=8!cw6 z_3qXQ!ef0_N+-5ztZyZMCVtcyU1UbNwa*ab<1?Uj ziYIbjSa|4uCVqUxeWo4(g0ZIfujh*#=wt?BYUIiDzIU^Zp;gTWJxJ76($Iyn)QrrX zbR{HQHvMiF2(Bxc?aG!42^YUf_`7`#@=6x(u5^oCs_!p`ecvm~aK@Hn_M(9bdn*#i zBL_FvvN;X9*6E~1*5DkiPf*5(>8+1LSkN@vnB_3Vld(I&-63ZYf)w2W2Crd=TJEHVKKMY`3Kmyja5_>@i` zv)yGV=r$%AMD@f|z}A#iW7>VtrgI)iJ~0t%3aBW<(B65^OD+wL#hRi03+p&uoZ76- ziQdC;S^g=af~dZ~YFH>(u^6zOEUIbS=jVS~C+})j#xS@?^C*W&L8^xoWfpWe$*$iQ zJ86H~%M}r%UzpP3%qs8^CDX5^X&g2bisGJ}Mrn4P48pY%kmrzUPL-akBeVQRcr96L z3sUccAU<-VzY|qec5hn1IV{@=C<1~i&2Z=3g@RrX7!85J3vLwwTKViguuq&!9S@o1 z-DM6S+$u_56vXl`%;s)V;5OR7nfTHGM3*G~>NemkC`6o+O;lC*^mT-?%Z+!nmH4(x zK*bQJm5kQ06?!rHL%5+7g66aej1q%X)!J;Zr5@gyvp_jd7q%DHK4IR91tu-0T5)`F zCO0Rpwh3hGJ3Z)2rc(0f#qJ_Gt$h1 zvIM$Irc(0b#%88Jidkj89H=0vdn}hxmZS0z8rB|?r>&T)5uY>o3ZeWTepJM z91fKihmFN}y(Wlg?jA_7T$>#U{HuDdwwxbep*oklKv}t#8g$gH&}?KQ^h#H0X!_|g z&toA6U>S~#Y}3~j@-;n1Xf|F~A}VK9C3?v@ z3w7fk)2xe~eI>40dGUiL%MhIK%nbfhHoVKlh&w|kB zu-|Fc*ni$e>Y3#?_GJC81Ob=HikGa$BB3ehEt4{Z@|_Y#5xHug$Wj~wj+3qE^NIp@ zWqqF?tF%=iT$%o^E1-jUfZ`0LSFPB~R((tv1en3Eii)S5OgH<-Murow5othOv3-0S zYeL)(83?c5$2eFYEmHplb83WPnNfBT2o=;deWK(guqlYL0{JE~gfy+5YzN}#o7sv; z@`{26X}~K6`Y)>(AO!d`!*2a2s@XpS0T>|DApIvBBwq6=Csz!O0)R*f0R$M+)Qsx>i4 zePg((=S}_bZTK$_Z&#~&Jyji&zQjxe-kp+L{;eY&0gk{hHgN`0mpj=*kin62-3~d{qBgfN zcdagl;K8y?e&U#TXA-Ej{8Tjn#9TGq*PqP^WuDI(&gfmzEPx$Zw=>n{3}NA z?DW*YvyHK3F}sY0S>>ED~;EzuqsXOb@$Y2qYY=P zPRSd%PinLJ3#M~j{<_my7%$mVCv-@Zk`-50!}+nBv1QlTTP3tiq2lnAp>J^chsjFX z23>VYpsi!`uL@4AkjV<|Z9#IuGso-JVrA}(txKnLM~BH z)pA2hd*?u!N5asz<|$1*2C|&KbT+uyASUEEC~-#%?j>49(g1T=Q)r?H5HMz{Va=jo zJ61TGGLvCWirGKLXr@h*n^mYMM351Y1>_8`G=hM08yy*JD2ujmJ1*5ERcD zl6s+Iy;0_5CT%L%C9Ig2IpB)OHpp1OVYaDjoKMRGFruIh{0z~*CiL0zVZ?|6v+YAF z3tuN?h|6d$(DM@cNQ{ahDbpVRh}+QOZ#Yf6&U_UY6H%ufxYU(5Apl6+j-Uk<3C6%P zW%f~uUP2mdpse9w%!rJf=H`#t6bWP)L^{F~M?o$~mTbT9r~y^QV`NTD)V;@-02!a| zGKXv8TMJkjL3iRK>JbYvYwMorcq!Etz6QwB={v4!{jODffXn&D?eHE)%307k;Y zGX)@xNY7-!BkbeDwpoC2Pt#qKR4!H#3sqf{6UjmA<~rO5isLwtvA@4Kb82hLWm}aT zRB8uN3dG53&Vs^Rmy_MOrewPbcT@=Q%CenCKI3b7rM|$8BvRhRg3SqkP^d|Q4HnB- z$_%Cy{Q=w~Lp;-i;ZZr>{EV|d<;jWsucETm7=TJqI{)X@&98Cc&9*((XevzDy!)U}YQ0yvCJA7K_q4OJNf(IgM*hq*=V zLv!aZuJa2sf$3dzi;;kW6ROuloM#CWEnMF)W*YNeHk=N@du*7wcIP^fV?xvm2v=lY z0T~8}u=|3H2aKMqrNG%Wisdh`H;M^wVz`?!zi{h{zOe~Kr z?l7uWMq88a3C95xVcvcNsu@%goE}f8Mf45-km5Z; zh$)@rlA8cMfAmq?Ed*=9Lr>CualfW->zs2Lm- zAC=e+1TooCTl4|9`SPHT##$4Zb*Ue+3aeS% z?aK+r6GK?ffVJB6N-=?g^GlJ5*}AE;E!rr=+rCKW(xq1wpRq?^@eyufl|70(u!?#7 zm`F2K+(<=ZG4ObNW>7MnFw1LU)y+g^aDG!;f_$c2JrVneQ}LAQ4q;s;$7lW~mIfe* z8SrJi@716kh~P{V^DL`M*$mCG)e_>%$sN_bF0Xf~@y*-Nh>UX8x)eP?qP;bMXRig> z4oYw zrm+%}X}djTMz*;G6sc+j5|odzSKBmH?6Q+X^iGtLHAWh3`3D|$qqeScjak_QkEj=8 zNJ*Nk{Dqwx(XJP-EI3)5Pb2J?a9xw>u+lNdaACh>maeg6xYi`SMl5o)r+bGa7Xc?& z*(gE1_K?;j{Z437BKn^~KZOCjxeZ1{%T<@+#CuBL z_#n&mlyKTujye;?>Xj7lfjN3un0{o!1>RkGi1*d$rAq({l3Mz((38wY6b%Qafb%iN zE-wC;BL$+7Ww`olJx*s>WE%22eJE=!AfBDhm{~8ykwoTDgz+m2`vZ7{pL*dEptnud6Acr z;FMsmnM~pj1AJ*x&9F!gy)U+f8w)uCF}CFQ*engq9ymEE8fUBPXepHL-X921o}w=p zlv3d!6R!B@l9<_ib*rnVVCqH~e}4M>rzsW%!5kw-Pn@GdlJ!}J*(nvSJ&r-p6Se=k zugsybWvGbc@IiC#X{35?c&9g@nO;DGMj|>u$)YpeMysTThJ1Rrg-n#Xc3p{#LNylC zo1?3}deD253_M(tN}m zcLjsnXtg9lFNkJEeX)!mphz&gBq4yzLjWMnY=0PPjW3#tn}AbFXGZ6=QWW;}Y%8@P zPG(Kme1Z)QhPE*50Yy+Qw>@2xF!(wjTs$8n#XpC7Q$-K~6t-fwy(fyfSfW0l%km|{NyiMyI1XP!};vB5|8F@`UAH}CRMzH zm=@TA*;So4@yI)N_#53{8ygKWTxH>da_$OnVT(sjTdo45OC8X(l=`w&uG&r)gBs4l z9v*C_d_x~qf$T#jEONg?mlBvY9 zIfvq>jk`yLYQ8q9lZL1dO?=H)GECS#ifX#H? z3u-y{8eMD;Lizu91iI$8)Q(&7#!R;gOX8~qV+tGMq*g)(tQE_t6$NhxT43$twC#kO zV=>fLX$5Odn?bhC+C&osc=htKuxzUEN_uaz4C{^&=D^I(64Lu5{kShpYlC|AAbJq# z^j?=zH*er@@+VJ6CUNCd_Iezgq!6BUEJM*k_3>aEi8!pO*pJDlEumR?;m1=0h%_`D zyf-=ex>bp=@Im#r8qJ`VZ97M8 zw1y!v^yyWM+}c!_p3$qoh*-91(a0#8+k{dHYBi`$QZr|6<;mWcixVKK z-V=|Y0p=9YpOPK)72SvG($t#-@+zv;J8l-d^{%L6@1nC-~dr}CA6lnQ_A5;T2=|I0h5o4T$dyf9|=X$-ci;k<=C>nLTr+cKt)=F78MXo{XGO$Ye4*qg+L9!kKCO)k=V_B}`@? z?05biK?MmJBBK?KxeQIwKae-EbxihEUjYf3bVpfEC*##_0X&lksnp=^u>~{`f*pV( zIDw0_g_GYL?rYt|0bE)1v~*0g6hV;?$ojCs8fH+8{E?6R3g`L=57r>7l(Ch$j@?)- zeBwUp&8rPAR_AcFa?it;CTQW5E}b$m?z2TSJ$^^yN6?9s1~P7|ojQ4MX*BY0VYcXP zh7PM4I_P2=c7ZZ@&V4ptY zbWEluWG-qOaR}Q5!#?2m5d8MP2HQt^oG`mvB#6#e44CfmNk?1?FnI0pwgoPcpSOZ= zUsQ%v#%(LT40La}zK_o>bH=cCk_MrHhu7Z5T|bPAl`=JZ1pZwenbHTdmfLWkQpe_lW`%dR7s9>0TR1<&_`PCIwBVeuJC{ z#~@HHRcV74o#$c3uy-ICW+)v0`jeQc=H zi95~QabY`Bw!Rn16!|(f>?8Vhv(U-Yh-B`q3cC0?eqmS~bMKuKrLv9ENy4MKz0C&W z4c{Rp&qLH2y8;TG+4MgTrarxB_Njhz;uODnFg+lyfw-5x*vh3Pd>|PnTT?RFQD8)z zB#rF{kxLZJr)I3f9Xsx=$3N>&1#%p@t!)JY1n2klHMfgSFleTWwbnYWbgKue3~!?k zH$HZy+ReeE06}EC5-~$=NVbjLgzlFa>xVH_szfJN$}^2cq2S~J8jWpiON|QxCM0-- z4PKcX*9s|tZlRL00uz{E8B429;SrU4;<+?GL>B+GwoFrDKQ3;Z%di2TLdFM#Tyl@! zc#+81ufStjwc^~kN$k?fs0I<%MT+BIyo9NFcS804Jsnb^KK4X2grZ2+|3=%vHICvS zC`u4w&6B>xPlqds-l5?(;VR;jTB!8Gai;jO_GQChrR{GA_C(j6z?vCmClBvlvS6Rj z{4&)6+#O*vynxnEO*s_urUdkobki5WamLBWtCzf3I^S@?PeK_hu~&v$X}I9d zLwI4JJ_$<~n*V;C{_k`><2BIB#gKb<=S_S6fz~#iOxs zHhldMyDGzkxqjf0Pvf4j-j(pO>fW9k%1Q;cF`Y^b)X2_>rEpr!le36mt6)SBZo!#G z#z~*3eA=e=O5lEFLmuIWs?X!0(gzANyK>4XP)dN86KhQ3g)PPwVVd%SB^lk^$YA6; zqnUkKbQRIpNBore#y^pK!1+e289Hd!}1 zfphh{@m?{;<8nly+pvIn?1hh zS`h!EY|aR<{g1iNPsy=E!|A9*FLX8?MDNwt8;>QG5Tq7}gyra$^(kY}i2&@SDq!q( zZC@gzUUua-whgBCsZXzSbyivhL>3A_wNba!>b8nYoS?Xx8{~ClzuHKIHk71bRAyq^ zgMu}%KLT>4U1dr-$WDEY=)DUW*=$f_{UaTzsM!dZ!2m2m)%UP#HJ|_8lh8}JS?w>n z{pgenZ*|GA2$S(GP|W(K%l_ORub*T}6;hxC?z{s(n<_qJPK!?On2jnnoyMufq0+91 zt>=Lk)dkWKKml5Pscc3lOuf~b5fx?3ymWmGoLSo{#n7Hn2TdRmzjzTD?0g&D>6lO- z>(;gGi{5S7H}$o2bW=25qVcK}kZNMmVjpV5`rbSQHL117Nw$Rb%gp(J6;P=Ggg97h zon&fbP~q*LEqmqwAo?o+Q?pR87>?TNNvMYO0%IuCE>S#Fr5Ju|n2>9k^3s5oJEQU^ zfwv!!NwIX5JY?E5pqG7Kl%(!k7~XfvKy*o&kX|2Q(=Qc1iGZ{+GUISH<>XhkA}9-< zHtB|=3Z!TXvCgut&)m*JUJyZ1Frdx)U|Vmd$2wU?nfJXfo^rpoF3x95mt7#%JlZ6g z47kdVt;JhSHx+px9TT}&6oS#;r^+PoSuF4s(rXyV42F}j{>lph6ioqx$fwJ+ZsUVc zLR=e%N?~+9Xsw>anp;2P>$kR81t~sMv{farwlk>`r|6ocQHF0;y&+^Y8flu1gM)l# z-HJTe%i-DF((sbIK5%Nr>Yn|Cvv{X8og`@zG^SdWX$&jhq7#~zM0Y2j>Z&y8(+yq` zTnK7RsU>)}WjkN)_JM3v)>9PIxbzWJEVL#Z95K$8uL(VzlKNH$RYYio1f-ZihCa@s z>ng8~R-Tp=kuVeR8EF{TTdB#@r%0YAk)B?=TLi- z@%<-TijR{y<`(`#3l7gF5w=CG7on;oMamNstc0X!GHpzSBkf zaRS%S?e5B3Y^W!D>VWbTu*xC@Y+*`M+rv??E|OT6^v*3*RO=%0$O)k&LxC--Al;F^#(HIr8dITbgF@6yp46oQm$}g(-xi&FAzAO0ch2t@>%E5+m{@X zrd){8wzU3S_SgBWI>Mdse`I@#^A7?_&@1zTUOZxll}^H}pFs1aP{i0+BcU7 z;W4%K<9y^d>pEDfV#}xZ%!Q4?#Vf5E#ci0Q5_Bh$v?es*h`8r14(rNf?lrA7B z(k(-XNP9ilfi|3I6gupns}%R<|8|tNv?bw4sqWryNjy;_`Eu+TNQLa&d6=Yb zG*I5PQq7q0*0(FawhK%?MAUM>GdlSUd*Xw*lnOjA!6*y{N5=i@}6Tbhwa3m#np zsbF&EOxGmic8{>9`6P|HZ6;Fery2H#J9IF%yE9thwOtwX1;X}=5PUwfxkcVER|42; z6`;9AEy++aX-@-)W7uG2fT<@X@N-AqXE=*ij#QJ`$qMlAJ=#q{a);`g@~_DgAqd#} zW4?M-{A!1-vb1~hF>50~@75~E3Cjx3j8RXrW-+jiq`ejHo4S|(2&yz1xISzxn#^g} zfB^I|W&h#<7;Hb;vwRfZq$!p0Ii`<^sZ2^UZ5v zs=qX9oMfjDPo>*ZM7Uhw6{sP7!4*RCKad{vJtXd#NI+SD6M_{dT_@lDTZ4?BGK*wR zM+V_$wpmMrbklQ?a$D7)SBZon2jRZzBM$XV70g(TOu6VqMZKcF!URC&JQWp%>g z3C32(Dy(%P@YzKOJQ$h{^(K+pjh4xTX7 z;ZWKra{z%Yzu&4B-ArHXc{v0=vo0)<3PFsUbtbw=r{hpsx!>7NUONj%*Ppk1rE|!Q z;+9bn)7`%X(*!EgeGKTLmGfnVafuL?w=PZn?utfRfbH=*=YLz%v`M8RoHMK{j#hg0 z3X(EPVc?#SBC82A zB*81U^eg)q)dLT{l7sb0l_y+}aB_@5O}GfHA-k@$&mIQg-x;?7vfBE=iCtsz@3r~8boOu^Dv1CWD79nisHNZ{$* zD5K)~T84lXt;wwdd33L9oYD~mq8x2f1RL^^`mvfwpBt3JN#~X}K1FR~C{aO1n6E)x z2)OEhvUkM{v5>rF1-s(Jsw<w#NOeLZ)rh9`I2TzmrdV`WmOU3Qb#x8 zHQF{xJQ+fwqUyATUI!Qc4GjV?(yLP2cmRH*CPLnlQdMxIH3LOhx7xK1GC)7%cB22K zb>e>KrBPzw*^D+igec6nOr+X#b*4EoTjr6Hp12nl7FrhAqurRjdE{ezP_tyHEYS)G zkA4U6of#F2Q5WHy!V;9B!O1R@UXMgwc?s)-x{t1of)L4VmXv21Zkho!9$H(>__3C2 zH??Cj;^%57avj*b?Q-wzcucuKz>UL=O2{qwGU{pK-*jtQjO>(EFZcTcQD2CKtQ{it z62QFj92(%y718S@6_xU;-sokYhmM5`qw2)|o7TF;l!FPh&H*|++;|1q+Q#EecPR!; zx46dNGZW>Cpt*}iBs!ue+tJ_1YD;-anEkt$7a%jhjcFpU9W{J_c z3BhdE&?&oLkfI`wI9V1XwLGZPs$4!uWNpVdfn%wM46FbY3B8Kg{YD#N?PVfvJQD{| zF>b_ZSc8&#?yY~AodLDC>(wR3UE4;y&urV&RAE89Ze`Ok49Kjdvt7UOZsZ{sLQD1ayGm=a`E&;UKnaIs3f1MC8fee^CpXF!;cWyX_s3DMN)D5GXq-njy7qGHNXicE2StuMK>v zQ0V0#aegS*+gyw+3ZPb~ZOPkrc}ke(v-nnBD;oW@rv4SwhPF~?uDp%mn2kEzsD1HL z!W$UzNHzf_o~obKH>|##WCtfAs#1$oW)W(5nOPj!k1S&8E^#{o8e4sOt_|0jx@jpx zez%wA>Uk~nGBsi9Jm<5 z_4C*`;%;#mZ^kxekw72n%2xlsBh3(QSteKokca*%dBug1U#8-~;{b~^nE3%2wdR0F zaP*YraW5jWu&te$z&IXlqfy7_8MgeoikQ4?giV(@!N+bQ71jjLApv{et`}XAtbQLbbDW3GDtxTX@&>W7yrMr=4A$o>p;sUEnF`hok7-fxOgL}(u zH8rio+PeZEUk3{FoAz&J^J=6HE~R-8UUvJ$NOj=r;vCrVdYjPml)hlk&-tml+?7la zW0#Q9q{fTWF!`emf1`MqIWmHmGI zW9>xUP&L6MYLg2-JjKH_D14?~R$6CMBH9NCtVU27+3k;ol1(0INE%DX;0`q;Bu$kK zV`MN&Q(Pd?M!hHdTKVR)9FS)5uAy2yUuQ%%tv$&c&DM;|XOtY1pHc~P<&1tYfJ2xF zO$-lX?x-I)XdUi~HLbmm6@LcX zU_N08IjY7}(y$fuZic#5d_>w@sxId-H51%k`}cKoj$u=w=AD)$^56#f)?KMnK~<(9qaP4&}1FL?IQz81&$G3Lic6D>+Bcp73evtOR-2*$!C^h~#nCEJMHy^!sC zpuAXX-UN;dX$c3MfauLDRLrue86G!gdHMk!QE!58y_Z6QNnm zm4W1R-arwNW(Og@W6Q8QBlGwZ=2^%GoNuj&rqDKxIE_+w+OlYGY!JI!i>&>>__^z zs>l|I=#RPH0LM)ImSIeNjQt09q7!xr0gYV+H&F(1C>Bs@8U@c#?0BFU8ld8epeatM zL3*=IKr%)qT)T`a99Dw(Mh=7^u&L!%qfj;VG6hWj7%AOJIft?(h(zP@{STtk`gOTB zJ_mYy0Vt0HRlTK{b=)D)+Z%$OP+?y<@Tp>IgKiVPTv%$H<4;m{n4q=Jcn2RJjP~XV zV7Kefxtc}j<(}$>InKO8kXqrwA7X{xbOB#kv@Dapw%yP;=iB_g=Z*GDrMp!XZB!Km zg@L8p|L;9RE-_;D*FPev&jtIlg&h#x(~A9 z3ZUxhUQ7Pf{5~ygC365WuheyV@`H@k#*pjo?N`$R0h40cV<&b|uk!VvVABiIr;|4B zQ;Pnf6+avBtqhsUfk;0d@k-B?&W$w$S1FKK1)!Zbt#h^zN&6TFV$4k>JC-E{rVG|9 z0;(`M-S+5VqX@rrio$PXesa+;BS4bRLJt*SO9!*Irq$}rV!mZES2w*xI(?x;RhMYM z+R`i-wZi7{$=TR>C;EuM%(RU#(H^T`st+KXfW$q7>l>&eP~o}M$ihHjhC7{#q}f70 z%hY3Y5Y$RAOt|c*1Kr6@myURt<=+|xa2tmxHu|GQNr2({eVgyE-OdLWnVlD`dH}cfVxtT79LnLC-5@5QdcM^wz{qW%W z_)9e9iGm%Wp}2sjbgd5;5(PfjYG=7gr+|5=;RdV6U3#J-BZiRHh{ATG48{XsSH-3@ zAUU#m3`-btZHlun$*NXbP28v0JdC1qHub=G;9CMn{LiCch=zI^RB!uVpY^5q(Ekj) z9_nu{1q0$)(Yc*aKoffHW)@>wTM;%t0hAv@u2O*t1m+dzE=y?hqUzS~@inYj+?8?P z2%4Fof?87{zMWR+5ge(J3i*df)&?~p1r3B425P&$n|Oe3Y1Vhbgnx}L)zy$?T>jxx zX$4};>Dwt$M2^xIp;En-AjM~wp&eq;E|8A+#s=71}u+b0&TnMeN#J6Den z&LG?5fYppXF^%oGJubu!Hkizo@{*lYk*G;gVB{^nur;#*|HYc3jYVuf$oxNKMOPqx zL1TbxoE`4?7%nskHUu7C^lAYf2P0&a&0n@f)`=bsx{-`D1##Wp@-|2LU=IfD#=5G_ zJYso`PuPkA9^`3}0sA~~-YcyM)A0&#jmXjkG5}j!0pW%8V$Dzaz2VrpPBULb;UDRQ5cRKi5tnG6gC5cM2l!x-5^un| zd{=z)>%kDQ;AoN~3B$pJ^Bl^RpiREAH<`)-O8)3)@T?dAS<4eSW;+2!*KGS@Os3F< zKx<6k%4ma*ySKDeKc<7uTHA=R)Oqb`W z!&@X|n0SE@N|t!OTuMK!An{vAnSr4jXEtzH1YbE`Dv*V3ybt3+i;YIi5C!@mSCgo` zo;G;l9E>vsr)3ZHVdo$c38(rqo0p#0y%CQ&FG5KGu6LT-burHz(}((c$^e<5#+{@_ zJN$+^S5K)>HUxg99lQwkJ-R=d^Y5RKuh%;bIjY&p%vybRwn3OqA((z_H#YhMlYZ+o z18)=pek1K3)Z}x98rQVnUKo^kNhFUmt~H-EeXUafHYzj(>ogg3gLn2HOMumAzVq-= z2!?_%Up;b|94W!tE`%}#Z8UQzJ05jRXtGkC60&h%3#i)68DE4qeAp!25*2k2nm=)c$#yUg8uHz1AimwCAti ztv?XI=A;D4Dti&7ai9A#bem%Ps5J0KBI6vKNC9$wo`N`O95z==i`dI_Ljp9r{RR$` zQz|QN4@jb85YjuH@Y~3Dm!7t@bbEX&%DRi7VnHggo{gcCNjHQwzf$1}%p}62FELKD zA~YRVs_uLTj}j)Q4Ai4}miq4p6wh^}ie;wG< zPn6T(=ci~}DR`fH%)C61mqEBw*Y8-ud^1&B7LlO#795w1wgO2Igb`moL2X)hX4O-) zuf~pNsX0@rSlk{oaQgh~q@dL3p3IF4sRIem9*^#caP?g#rqO0lmYy^-bjJ+SO?huu3#w2sK*FSszz zH_XkiYg48l85I`KeJqHZ!Rj(t`~^-&09y-%&n3*nq$v(&q;!;Sm7Mkn5kYW}R%;b% zfOpGlCB`LR6KdGa`l%uSmOMnu^apFiIz5HH7(;`FETiyzm5a|9`&Q1NZ3oxjo+e>Z zNFzBzzs$N+O7z%+L`cGpt8^0VDiU&9^?0a^GRUw5Ejfc))eJPL{XyE0zV4?VUJ#s=;xkv=42{Ir+G(ljt4TO3LWv6LOxABdF8WR zM@ieN-zNO!?4YZZtt?VD%TEF!Q?uT}(Mq-t@&zz@s*9I3^2UJ^eRYBap`%}pWHuUU zq`Wu#qc(=b3T^B}Rb=ow!)H0P%N64!6csBbf-}nVxegs~h(}P?EK7dAoyl?o8aqc; zZe8)IwN&qA6*m&RaC?yC4*sjFt-0G*YYJWZWZGoyjD_``uL@uxJ8H}hO*XDkM2Ep( zR|-~O^pj#uhC#yax?s#`Cm&X${E6~oCp$&TJ$ z@SV^p@~#ui3i)|!RhF5<@bX>|B2yC{%ZmX(f@ffMoVoJ3LhaT%D=(`CM+- zMT&J((K%~V*F7@JJ8s6Mj{%`z~z>JJ{_I0yO^#|erEPe;b zYgsjwqlS0GfnEKup9PQ$r(rp4F&29~nV`GG*I0B@O&c_L{ughN~^lQ_0 zOO|_`@?L_m( z;YLbm$vilTgbMSKmo25n&x*2HWzM8dT68)Ntwc!#=6k6=m>RB3iL7nc zgMu3f)MOGDT{rjz>eNKFy=KX@{ z0}40sih#50TN4i&7mQrK7ejY0tXj~C&dPa4XXlw&gKFDq!Ww99$61s1>C#ahmnf=t z2?Ro5wW;!gqBP|Eel#F$oZV97h~_L$PgpBj?na7F!lE9quQmjy>Zlcv(Yrr_6w7`! zWps)wyq+b1v+sM*#Nx9=03l>g-wMt(lgLPOaFM>3i z5Lwc0>sact3`XC?^qM1n8$D+Ukf3b&BK+77u|@;Bn}Pf@SQw3SQPj*dpB-r?tb8Q6 z9dBi~qc5uD(B#IgHKtK4rhBFIO+n;whST%dHT#Ie!=E$-G0Y4FsRv$;j&u#EpX%Ol zGP74sskeGpxm})VNChnqY%09!opbKF@SbT`R=@byn9O6~rb`7do6w@4oKOM`gIOrx z1uCM13BSKrvXf81TNE5ZV}mF|74cg;mq)y?h-Xtj-r+*DV_Qbhfm|EsKbg?*?2S*( zLzGR7z0_De*rZz1`rfiT4Iwr}8VaPR3{AmrMrP5cm-+%_3)~sxQ zQcRm#@s1dV;Wp2Z4}}zzlN}Ng^p) zeEJ=r_o=ni|5Fw3Dt9V8d{%rG$7^9}5+mup@zJbErqMMsrsQH(X~qN`h=rX!#m;@% z9dY$trjSwZBIW9Q7ZBm+DdHT(gJ@!cq*j1J+9@}tgQblwg`^kO$S;`VlmMA*K_cUp zm1b!!Dcc|KqbX`D$8m55wP_Obmn8-2dBDk!)qM%4&(zVg-~<7&2;qHH3)$?(bi9&Z z@fH8ak=HLAlVRw%4#00H1&hkmvGo%%?fG2YtCAQuAMiTBK_l8V(W2HzJBMh>EPg zVL82+qAxupX)$Lz+S|TD>uMx;LMp;O_pYgv4Mg%qmH^CNvRw+dw1@}~8qyC-{C=zQ zNJ11r{Myq!@5CcjXJ@d6;cyq4Xd5+}v$@|Q}rVzAZci=*5 ze&pubBQTmcjGbefTZVk1>s<>(c?1M#L0R<%xvhzYf%40b$zibh$@vcg%|R2wrIOUK zBBKU(lGg5~3oh=tZMUT>+V0%UQ}8Hg$MN@)vl}c@NwiXn_=6O$SW0KUXxt>ar?{}6 z`DIX=D|57-5$e*2wDoVRIx<;zya(R@LaQ0%89q%PI~Tw6KCW?)LZ(d zYRf5&HdU1DZPQ+og@Nd-mDy#*%dT~H;;DLtN#LXJ(@M|Du&l2`xoj*nFoL(Z&N{6< zffVHmhNp-^`&FKwrdSnt%IyWxQ?ykE45uT=8pU1c?#*rH&!lY>UguaVtLy2d)M!Dq zBrcZ~P%SI5ux35l0#x1l*rVlr7PFn}Hh+rO^*cK&kQUc2l*l2rz$9a7ZkFLvW*EIY;VVO?>S;WdF;hl znKBY^8k{BS4ETLAKER{=K?d5ZJn&AxGO(%I?UDxQ;7X@3S8XzgGpBED_<9Aw3y3eE zZeUXUr-vzGC0oS;7Nx4`JQEIvvdWp;P8L~0Fi`h2tLShJjc$I56Q+<};H zsgSpmNdQrbBgvo1WPr#JG>y1IOust|8QEYz8L1K8$@Mr0VG_DH_SywCA*HD_)nSTXB$fnx#+NfMoQp)t54$$61U-z2=2+*) z%QLZOan7IobLSCGTzi;0uEp^2~y2-Bv{6as+9a1HXcRUXAYt&A*(p`Pc13 zyY=zfgJBB;Rw}MB*U~7Lg)C;dOK)JrYIR*4Dn&fuo1JNZcH$_C#$X#*2&lz1ik!U9 zasVtbw8J01z~l9&GBHiE0?LF}7oE{@r+>}CIwBXf(19Swhl>Hf&Rc59GL#D%(UDCL zsb1*4=6t=VWOd&O0xsgi1_7uRlfwM<9u5jf4(*{#wX>5HcQipLX8)=m>hYzr??$ecuLZXm){G5(Tc15C%z_9ZUZkVT)-0QAYex<;eYA}4(v~qIw`BulS}w34 z)ob4P8se|ET4@h$EV(l{@40jdFg}q>yHXSKj{+40bcf!RDzf}etJs0-tx@c_fH2xn zje?=w;q7mFMhYK?BP#+5g|4t_}%i<|<0_0UOo(V!#AA{NKQQu$eKXhFzhZj)^4 z6d=_iA0ZNI!jQTyGTeQ=zc*CwJ6rB5sB$#@U&DbGdBgRxu-T_qK4;2INn1GPAFd<= zj)E^xm%)pe`_ubqpbGC}t1!j_VPHARs6K)rHUTr-{|3dqA;$}$&)gF37h<>S|*n|mP zCD6^z2H*XxW!t-c)TI;oO7%$d6n^@9(&84DkvCxw_-VskW2e%>cfZtg?Kb@^NpL6l zT{=+=?FZ2Xk$P4&&nx>DX$5jRv{LTM!P+iQxjVZzWh>znYSqSBv6>G4F`7Wz#vF)$ zCoTgGlxIc9lNPs z_){|%zF^IcqSc_*d_@!D%ApLha|&FnFQhwrTLEWs?o4AimPFAkUaE#HIC!5U&*`C- z?F}@ZjPNvFA+m%h$_1^EcY@I&VBY4tR`@05FoFyMTI{#Mt)0Vu1mGUp&H0J?a3j|C zrmdhigws(oD0ncvWai4bAf*jsU^rCB3=^`3`}b&kSpCuOZe}B$KP7|{3Q=Fw#v|>_ z-5Q33IF*q?bZwKWYB9_%A|_Qv0gR2d3Czb8A?yaynbOBnH-d)y8mz8Mek)}XK9y+h z9dGe^V2pr6#TzWlR5Uys$O`asn8y$c6N1$_x&VX)ylyQW>0OW{_E3KrtAWT3LUaH9CfEkPTpZ$gt30DMXg^J zH_U{hhlAs+?#5&GPJ4%h?N(MI16Q~zdEX!IEaGDH8O+eV4t}>GFu38}S=!`@0*{Pc zp-Xx-N0#lDv@)n~JMEDxSA}t7XBy0Fw%Omhh+@y1CVPNHQ5Cae0I0;peyn|c z8OH9Htna{Q_d8vcYZZ1OL#aek{OO-Giu~nb=G0&Vn0+iUb@6jApQ=0SBgWw~LObw+ z&5?(qCxu+)UU4+i)xl`3WQSK!Fa-f|&Z4A8QyjEtbCRe#L_8eLnwsxcz`d|JFbPvJ zH}z&XOT=+dBnwx1`z~lti8a)nibdIlcEIsod$spTpvCxR6@dX~ud37N|2f+Y z;N_OKDW9MLg9buUb$i2!%q&&FUzNhPTZc`dNs?`s1FctK(XaPXsd_BMfYaN1kf70? zI`AsPaDr#d9NWjk`Mq4*zgVKcoZW)O2ut#0S^pDOKtqKMEp>P7QlI4v1&lmF*&3f- zgBXvshUm&?tlWFkC`X=i$et*P5p<>*ZE~c2u>L2*R%p5b;UeXNBcGHlW&R#X99iF% z7)LXk&?bdR14pWDh<7UBk%OgAQrnQtbxAX*3EPDfoXDF-wF)$+C*$38N1x@J*+>RI zWTM9EcHBLLFmcqnj7VY)qvL>d^zaQ9#ZMn#$GC$7z4R3SCkYF2CXx_KQu~5et{-PmG6ZS?!~mhrvW@7M-klba6yYVE69In8Al;cReD3%uu98O9y{ z>M&LO+|JSgtRY(d^YAfE>LMlswm@nLPs(%uC=Zja2L8vd0k35k5jpoiRqy&E$``k9 z+8T3(NoCztKt%sV75EaXO^y!r$n9L7uf=%=S6jaV%!30+8eMfpQ!~`ECOfH4nGexj zv1}b()h`$G(Ipohf*1w4{w%NZ7y+9T{peOYRirq5V>C8j3#aRmI!W~dBqTP{`u>g; ztHYx(bbDDPqDAFpb);~Cp_3(#1zZ=rs$$s^&eHxIS7v&MXgk&NA`-g9%rOt!O~*98 zN>~uvs%e0f66yFY5EA?+Ur0G*scY@=bZEg?F7G^k7UWRTez62C)G}5gi5?1mz-is^ zsr({06%hP9F?S4!+>}ODfp=iN*V)1V29f<^A zq6*aASG_O`YdRsAFhx-Mj3jBp<84Pq+bR2EVqb1rTA5L+>$77FB*GL!_5Oqh-D>MS z?RK8}erOXj>vW7t71?0TX;k@KBA~dWbo@X&VM_;^EzQ--sNuK@C||zz7S}`bLlua5 zbsCS`T^!_FSBU0W;D5~Ko!!8N!ih~6p#UV}4fLC7xL3_mG}*{Z z$e!(0oDAeCnBC37hTP+t-c(8kh0nJw`JQR8^_VA5P@+n#b#Dn?^(>V{azEaiAK5Ed zfSO@uqg}NR2YP{^V{gzd%c&^ZZ!4M1MZ>ix`9%F*pBFnu`S>{!YyyOqO@}E6le9^s zv^6Tii)mzB>(Cx7D!zzOUu0fts5^DOszx&MIWx@c ze}38v!#N?bo~r1dV)!9V-YvjZ2*>JvxQYQ&(_w10k_rQlDs4!JvpA8^V0F7%CA5{$ z)Ql>;Osgc(N;okJdxw!Nxk{>I59#tH0ji9!vd1awasa&O$xN)uN7tK9 z2NPk$6jj?&wmlROQbX!R?c-D;H1;KwY8XeNo4qoN1A82;RI~(Lfw1Ja;7V3gUwfTd0>x`yPAaj4IRi=lBP2k73TlEs~RbZo6>%k#T7eL7)uYm#st_5*I<^_1+CGTq!lW)I_ zp^|Z}(0BOt%3h9D=4}s|%6Z22z^oOFh>bJa3rUL3P{WRBMMg7~i)z)|=qt7v=~az@ z2;X}d2m*AMMq|$_jSC#4)IJ`$3>-s03@#;=jsAgr1L>k%^o8f zlO=*s+Rm;k#%lJ_*jBHU&_lwy{*bY!M2UH_vjB48IrGYSfC7DNgQp-!*iEA~E2w19 z4xM^(<(=XyB>(ElaucQKL+w+`d^%;Er?ibzRtFNz5k7aRSGwi542lOQj{g2S?2N%$ zf}m&Mq|KsB`a=f4HWtbLaKRnEu7z7;QLR27M?evrF2*1j*I;B~q@oeg@7uVhJ|IID z{}d`^?5-Uk*)5bm<^Y__4l@+8#Oyg=xblBRRUY;z+q2SmIc&F-q3y|iMM zo5iTNf#-zTR=G!gZda~@Yv!@L5(hSYl>INEZ#`0l@a; zOp~@L2ghR-YQ=h~p5?bx<&A_cp^_lMl!EnZnIWAfp);$}nuR6^E0$!Ks#UeP{gu5w zWOVu7J90RDdIK}8rnM!wB1%rshPjLu;i)^pf5|T!z`p)fEl_1MIV2ac8Ucw^m zF8Z#KQC?*)<~LBpIRg0VB}K%0_-ok4E#yv z5Ft2gGT>mQMx4=lA*u-DpOP(Iws?iIG_jjb*PMSM5^n2 z4)?55fa@Z}aslH5wm2Gw)S~q?$W0c^#k;*f55SDzABKUy! zFvh(i*s`$CC`X56$XKjd+m0Wx)4?s3`or3XeB#2i%_nX9ur&>E&^dUPpud3;MOugc zD!7a3ZM4zsG=<3YFB5F8l6C7XlQ^*A{8-FUR1K$6$JIN_M6Jwdt|$KKsycN6FZPUQ zJlWa6x6(W%5517buH^$#tPt;}+a3~)s5b(1J6yO@ffcbo!+ceUY z$bGfNAi_3MSQs0Es%GU#@UZ!0sZ`sZb7)noRNHtM)?AQ7ZcB_pC(S8C8=~$WYBg;4 zoL0^*)Tm;{PT$?w;J+mSx_H=sl99}9oo_p~Y@x7A9=bKysKx~J$+a$i;W)~4g6=_h`^n<1*fcup}z{5Ea^3XR?luvUs(a~0Qe*<8y^#BH(Olci5) z;XJ~{($nt5Y!RS!C<4A9dg49on?ksFt((Ppj129$uDRz02PXff*;dN;^RJGi9I;v| zI~PO+PJ5eM87iYSH|{AZ-wpY`RE$4FGMq3SyxIyHJRPcz@&ilP5>tq$+5k8}$G@+> z#E4I}gqkVmOQel*fgCTGihv!48=Io^P8g}f8PY0idF0XAfxJ!yiycQZ(0N^XzGy1f z6%^IAOegg zol!PikliYMYeU>!5UXGdJn|DH);?C}klsg`@4p#QZ|;X8#yfao5JiL>qa}3$Z;UGg z0Bn#*!<9L>#6e2FO9QzBMH$g^D~$3Jsn=S$Ec9zmm6UB!DFq+)Y&tHf2ijzrjtXE_ z_A;i(3v(=0m8)y6GNjINyIL!i(M@^TH12s`%Vt#V+qmFe^$mLiB8{NQmLPT^3@eJf zPS-&86!KuX)w8=LD^NBpsZLEQ5SuyKs?u4OT^R8j)VxP*g!6_6!bbKA(Pz9-YFS_3 z40<_=*+q}uV)kuZ$)H%6g@w6P0G~S7^1SA9DT=9;#rY`zE7>*9OohZKfu+_=!yZ!_ zV-ZD#e2Q#n#Lo1JmxBw%PGF_x>WV)W<={e1@Rp<{8*T|&$OdTkLU8#uI60_eNP2Du zhj>gbyDjQR+0I$DP6s5@#Sk-2$S_(+!MKcqY&UjBx~q={#V1C;-eI~WX>=%>FoE*GGL-@w!S+@Q0px@x z08?0bHjE;(cSkEJTY|o7r!`BTmM=0jeovuj(?AF$YNs4X(F>_24X93zQMH)7Cfv_q z1C!WrvSlNloVIt=QB%16vL%kiXjd@YkbAw(?3NpYfkugh<88%6#g&E;M?j8QA^{L9 z>dD>9el!@?48XoKK>Q=p#w=O+bmyP|B3Y43qog9k@*P4nVRZQahAfC6IjMk#zVq8WnNS*Kt}VCQQQB}aRjy1luLe2kNb=Hd60 z?K$UrWup(ilOej@mWbf-0|Yr8!qgm~tvS)_@VYc2zg^qdSaiuuS#-IF&3y%L0ldRUg!cish7U$pQlV4uOJ zJ2Mqx!qZsGIAQu!+G0`WP%$SG44`;+35%4|taau)syH?*F}nOXE_Wp(^+fac8aT5A zw=W9J$tBsGq1?)-Hf<877>g)O8|elpO3sWVV0KD(#HF_Cfo=e3_?d}Pc!m^Z8#g`P_lp~V4cTQTHW%QWTn3tGB$%Sd zDwb)d;jAM&mS_V@sR)N2P>xv1hA$3xI%8Cgs`CMBapz>s#FsOsF`<9+b!7hx zX)QiFX>he0{ixa+OgYXNm8eAT%S`b{^){&k2RU zI!81sN4qOd$O_h3RDU@%Ua!ER67EjX=D>!}eMMmAI52L|G|iDc1zcy&dq99%Uc@?x zn21*YUstfLf}ZDs;gZ8eGE3R5sUc`Qr!vN#f?z@0^6^ z)vwaF%;lKxe-TtnPgb*SMyTugKC(4DMPeYn&D7$0ZtIlqnPPXx`xT*~b2S3ekVX0H z*28NJ6ggzbdcQSZJKY|uF~MVeG%^?jE1+9%;xU)IBu+D;l_3vBWbOUOT)Sr%L|&eb zxsKSzsiYks+%tzgT)&`{a1z@*k|4~<^{{^QgDT;Y!sK*%4Qu_~H1=Tdl|uCtaNZK| z0h9RK8^W&;GjRGiwg9T5e&Du<=@VDazUVLxN;Ez9d=^ey@RzxL4ss{qp(LM#H>;cd z4&{eRbg8x`j;iBh3&4Qd*BK4MSl1^`DLqR$CSE7nu!VKd(BT^!U@s$1T7HW(aNdWB zXoeZe?L` z&1$KzDf1Hz&Vvu}3};fb0qW{DCV+M!I=f+}y3g8)IHO5)7bF~=B%W$=1-1R3k1}Uq zV;K4yZ3eEa7Hj^zsPaO1NT}*9P2C!FObP){LU3@sGe#-h`ty_dqLtze#?p&ac&JGl z8H(&GxlOg-5bAN6vQlLwzHeT+V1~~uabS2?L9$7ZdOVRrBQ zby|p+tUYm*M#t-RX~G2!NZ=PEgU{8HLq#O;h#e#R^O-g%``kjN+FeV@cBUv|p|S{Y zvM;mIda9Zn*=#UVHXyylt6+0}}|uWFn%1{>D1L}!9fbd{LdISx_K zgu&RRw5CWC#LMrKf;oQ%>A$BY3r!4e!f5#@bE0cAkq-_{KZ@NG3?@QI-!gDrwGTzv z+%%mUfw!pfX-Pr8o&&C;J6IN|53;4arA-@v;G=?vUtAA`JkIt?kY={}5|M@<5f+GS z87j^p*sL?Kji%JLm4$k~J%=LU!B6xeDv4m!0A_DxpyVrG5hcVtvtHmPEe7zLu=NHX z|DhI}ZI8@nko~;6v)p64&(w>8o$mzta}6ytBV1$H_=kJ4PEoJU0i+^$V28aCZD>h; zyg$Bygei{P6mp(HLpXXd!f{ba9gTf8un1U|pGrFe7VnY2TTTBQqRN0KVRU(BhuYEo z>7Y}rLN%$K2)l)m7X;?ZI7Hy5#daGRB%LT=$lZWtzHD=~l<%4v))=IHNIWL4@+d%A z>#S(Cd@TcL1U3z5&*+O|<7D^dazDJb`GLOoF(um{5Il}jp*sMD5vj(<40-66;eypk zO>wX4t}Qa!QbkdfX@nKibZZ8NvjjzJw#|nOB7T&C)3qBZ@rdyugXbJB;(cj?jA*(E zS)e)Mf3lf6;8lR=;>8(t^+Ne-AQRuA@hL(ExbV)6Z8@}vW5;N8zN>pnSQOvQx_-xt zX>(w%AD~?VF1K2hwS_?Gdd(7z_Tfg2fTQ%g5^JQ#6B`t`NdX#;y#{875cLSOBAy7~ z89Zmy4rjeu2^C$o@z?FP26+7_p(egK2jcf))upSt1>d=AzdC7$k!|4|vx>*yn45M+ z7F$?IfD*`%wGSRED_qssGTP1#%nfsBCM2Mv1A?02r8)g9ZiM8)gxOMm{b9m}4(!A7 z@r~FoR7PsMs{#R>EmlhyLB0uzZxi6x>D+*x_yPE3CD!6TVyxsm6j5O6|H{_0!-NQ4 z`z#_3AA~@HX7=m+Ql4)}O}WxFh5{V3RcUO33Sk^oowZ{-XXG_f0>KXO@EBadorz3? zn^6;HC*%u`5>q{fiHVeAUGuMFm)Hb%euRYO<~?0LSR?0`_9Lri^kroNQ9;D`k*paRAytZ{$fRcZ4?R1K zR!~pd&8T%7dtrI#p4#@9y~KM?bgO+VQY7D9C@G1(8#sCq&0I|hC}_)%dSW^UJX0m~ z$NJa??Z~0`e91IeEWo1H93GO*X-{4gV4jq!9_f{nqfDusIvtC@BmWQ>Mw|mwr(B={ zeV|;(FG@5g7{aHy9I5_g{xR@{^ClIQZtxV_e)BFfa#G6Ob_esP_BD&n7Sq9ZRIs@M z17w#*MFL$hg+hk5z~IbX*;G;mK%_uJ^FPPd=Z)bU3yrDN2D%1Jo!MF9r?9VBOx>}x zol4FsBGc`e^ZK4~VD4@U!1!ozyJnmEp)fi}oRM^;rN2gEh=)m`K4z`fWOB7?DP6bL z!?H}U?;_fkmOq_mpB;2c&awr2zKT(BW`}Nt>4t(-$7KK|9cBfO6HT;YYr3WcFb_7d zH+6ydvabmIM-XyztwJBm!|nm^(iM2045Vd( z&d$B*A7wrVsMjlM*82TrcV% zUYNK%3+|MXKwQ#MNi`spMKWk0&8=j+5mdj@DHFY2DkYJ#&@I(KM9$q*EgmA2s9sqM zLyyYbJtkxotQkpm?Z!WU5)Y>5G(!)!z_n|y8pn|_{yLu>{vT>H!AGp<^n#@R#{@Q| z#ozIr6IUI|BqU+;PAXIy^_A5S2#?BNW6i7@G$cbDkZ)nc;$9-h_sZQh9K5(;_4lq- zi4#RNgvV6pZ4-o=b`Ry$ICTW*YlmiYU=jC@SS7#G;0kym>lQ;f{eUrL97qm^3f zWS=A62?hOn#{rHN!S&pPi#oEjVsTlGHI!IDx_*)rFr0pu8rh9kcfVSeuf`cX(&Q1# zO_^D#Qf6hSc%|d4TH)G&^eSBi($2!Wuhd1s=Yp3ojJ=&XzA4X?S9Pq3FWN+J9BmH# zI9G1w4$`f*YjGdOh2oz$bLW6Un@4axdh9~)6#+u!V3kY2QmOFcajuBAibA-YvJ7_f zwon|{-Sic{YCSi;uF54#Z;A16H&SU4@vn_=2TEge$lf(IS8*SX#7iS4d0+vsEAoS; zu(S-j{adTVI}&dE2wbt!Ze>lbr%v>oG75wez59Omy&WfH3_oZ@|ksia^hP$HUv1HwSO_J6jj zjy&~R+cKwFqp;u6+K!md`0;~06n=TyJdW3tnH8KP?rh7pw~jqi^J`o?T)x^Xy($90MIC@>J_$A5PO;a5jrF7m zjRxle&I02R1B-8ZoByTPQc!9V4@wQe+ZF_MZL8BLFhT?svI?ogh$JITEFYT<=vrCH zp8Cs|B-VzUBsQ=}b}`ZSHesekM=q0BcuVZzhqWT6#u8#>M<~T^qS)P)CgzSHt z+9c~pi93z~aw<1aHapX8D@IAA(LsjbeEAA*#Xx{I6ihS}M4DPL0tn75x(d zae;pnK%*p!+}2p;0M)c57kI2xXQ?Vnv zgmKNbc7$7zHe+cA!8~~v5uIlsNOEU)TB$BS>g70LMFR<+#0u#*XzNl+n|wF0Qi5$V zW2WuVyH_@X9orM_DP*hfEz4UB+Q$Y2|BQ2X8xx>6Cu!Bs~`pm>FF3N|orZH7sha37?q& z+<(qGOJED}XzbpQxwi4JJ9XLrWez#->f7U<-Pa-@ByE86h7^)!6hqTiDuyR7p<5jT zWMQL)Gvyc6Z8dm`yXSttf`NWA&EcZ5o%6+h6XS&0!E*%;)`Jc~wX^aPRCAR;FtiH) zy5Mgb0UBOxn5M)x6C2%$`~TbJo@yfIGW21wAD7?&r=s95_AkccmCbyJ8?D%lxef4F zo-i6Dn7Hwusr)7amJSl$L!1O)PdudxoicPkYuh5bB=8eXiEL{>t0EPt-Y(jTCnXI_ zB{LV(NhP711Synrq%Mt{A$lD|(OEvo&Co%oonXG$o}ud|{8Az)1vg5k2VfRhuXqN| zEAvj9T0dT7w|7g}%VA{wXTs!4c3MT6f>xS8TAK&C5)w57VL{ZEsUj7WES2$aVVs$Q zv$BQqaF?c+_fVx+1Tt}gzM6yoGd?Quv-kkP25<%GjIw28mGOyFbzuS_nJN`Lypp<_GqDxwprJOBZ$#ZK%1h zaFm@R#*zdxagS$f$ijwx9W492wDb`^TVF`5<_*XbBoZIc9<_tqO0(}-P$*0tw*$IF zV1w*hXRx;BVDBKB#?6Jq zib@7_=mtMqNN6?g;GPN7NB_pOe^Mx6j684oR)KnTOEb+9jqa{9Y|qximvvjo1a3Wm z?FjlH4eAtmAT2rc44pcSwjOt6OSJ8!hY4A=1%V^0ZKYJ|Kqx=ag|MxbBh4$-y47RE zDaJAeM>f(upSjpnj#8@|2uY--W_V9vBNxjktH;{_-di0+1(~2LqKoiV1TvKmu0IYU zJX-y1W@oR88=HB8EzXlG5eQa{9LOeO*NqdnB6)|A%}w7#8z^kcu>Ds%?`eytM>6pi z9$0P+`}QQ89xK3TFr0k{#GI}3O#cS#^M{^_Gic6>2VAegE~(MQyvg)cmAbs!{A?)B zYPyj7j~Di{DUaH2VV*gUJ-G=*Ie++?kE}O{FMLcAh1_a9KJ7y=4Y-I~CD>v@nvWoH z^e)J7`J)4!8os>2M%Arn%n~M4!L-Il)8jZW+cwdz%0Wf^<9_IhjW~^-pW~**BJkYF zm@{gZX8Ak0Fl!a_$E8BU<9ua8lT|>pS|R+ZR&_^pIYz*BLn8$SbTno<)J{>NZ*QIx z1k@KlXm=~=th13L@%1cb;1tY@`SiG=#KS5h>r z4)L1bnN6-n5~QC=2E$NhkC_oU$W5t%BlY^h^a_BAVl>$VpCSCkFw9npnq%dwr88q; zU7Ek?WZmzMKsFUr2npB|_Cb^zuC-T7#Utv6aH+*R6MXsSsDuWw@#eJn97bMo#Zp%gAz9W=`th5e(l?KquQ0}Ye7ED+{H5ODh zQVlvFi05V}t@zM}7zE1`HlfGeYx@ATyQpx-4$8oMwkX3fnRHoG^MrBK@*lY~m>-T? z^5Ti`EAmo`jrG-TA*^UGo369{0qiKT0zBPA%>)NaMQkA;rUY(;nw32~0~I_UwU$6X zArNRVtwiDZY7WVxJm(HF>ER9ZhZx&!L@jJeG#yeGV1cznss8s)djRJFPN3^md$Dye z;WY`fEXamk#(Nu8$qWMlaSlrL5Gw~|C_%6dxB*jTDh52lvM#$A+f2D&g(H(jGl61Q ziRvJBnBnYBj@E?$u8E?;Z~V`Zk$NbC^8&S&z&PKL+cZT6O4%65^ZJ3_vaydJWwu6XWIbt+qL{Lr8R7MGUrl6T2KGmfAd4133o(dv^}bCxc4wV%d~rD#px&Phe&p(G z&6NWY1g5TBL?isGU&1kagS&V%vS;_msJ6oBt5P&<_g)S-q~g&sv5Ium&ScCKe%WC+ z*MZvUJu4x_vlL`q3_7Z*zzelhvGw69YNG(&duZvV3^QvqR1we_vy`Krj}gU#RsmQtyb9? z7`wT9ohWa4l_unS4IHo4J^hXfDDj~FueVhwiAv8X(L8aD!B~|5e~3zPMMs)divK2@ zh7YZDPWe7`(~d2bqZw-)a)DP_1rPz4yghaH)it5)n%O>gbtmM}(O=xdaCDdAG1#>Z z5!`PDaV)uLIF>&)<7t7Z{s5@xyuBs{bcbd78Z7)lb12Nl45!~}_~(AE)py=E1wI=E zaI%Oopt8?|GR-<273BYpL|Y5^2RmXyd~rhhI?I>#4AB)iL|91ue<*` z(R`g}Fw~~7nCik#@v^=3@!(+=lle5)Rk+x`wh2Ne%wnv06ntb*72i~) zLdnT*O3HVoi?LYC#jJu`gOrOZP|EvG1Q`>hIJ@rrMsmX28_X*6U0}LaTomR8c;A$m zpgFV_A#`AUw8hOxrfoR#kyC)9Syd2wrcX^rB(4$5T-5`T1wxCC3VKF%9y?|DdjDzj$SVv8jk}%qh{Sh8Q|@!6h%%w-pN=rPP2^@DXq2Wz zN+3=MjC!W33gJh!=WZE)ix;l*{O;ilQJmRxoD3fG5L?-a${)JgSAi43ReL5{9 zf-r7(Xc%P(3r0@Yx&7W^1ME_LxE7vt-k!FDMUNajE%6pQf9;AHp@FHtXC^hj+xB%g!x z2_g3C{}r}oXV+1L!k?r@TRH1iJ0@q;V!06w5u-cttzX2izwQY^V3Q893VVr<|BZ&L z#jqW3)aO{cJPHk_UrJ%p#w{RhrP?D+fpS~&g7RZHA>+-edSA?78{L{F0gHv=Tcw81 zDUj!Uc4WhXK7s@rRxYwsln{%1MxwQD2W85Gct^83H_J~bhpiR-aUojQ7o^Bz8mMpW z$w?_7;R;s;a^yXatuv_cMmxyxe%7e6xvCHZ-gN;~a5BZ-{*+&5S9B5U zT|>09x<4KmKbU1BC*&xKU?wCn7N8ERs_0Oxm>vTVX=dDY%Rjvcj}?n$-y8ayj;t8d zdJ+e-Cskih#Xz)0^GxPCVVp`?@KFF@@bCdz*n)`-AN}w$o7X^gzUxO#|Iv6b+v(#N zlFE%WwaO@+t;EEa)os6J8^mi8tQpG^f(}YqF=$d29<-QfSbeid-b}1H^`A8>(^}1`Yk0f zIx}j!6C@!q+zlH4=MbM@`3%zTE?rWk=m-W*Dp`HQYNOuMSH51qZLO~kV~rKGr;=28 z2;BN_%~LTKqSIDYf^b)mytO@z|8w_#Vy$%43%vU7-HMXA^H>O)NC|~xbX2y=Q`W65 zLZy%if$FDBtIs2cR`WhrSMN-4Bgz_T_N*|59wqF1{%PZDr~%$Rb>md_a()Zp<2H_u zrq!%_7e$XLKLtqG^SZDjY0v0%Ag~$Yq%drIZth#ehY9WY%%Kc*ZS(B zv!~4h4{a>N?aVOr)0!aDPhSmc3}tWFh=Htm@(PabZ=OY^f;bGKac~$mPw&ev;D)sp zlSdh!oY)Fb%&V05^$6e^>LV7aKga3cNJC&if!)ItmSL+2yV8&h(F<~<4$6?RW}))o zDhcy67(=u~&6YU?r{0Airv?%OaIN~!MJ@eE-fs&epksI*BOkyGxOBA~;UgB+@5Z!% z1h*Eng`wmJJFxJ`;a;8Zb2a-D7v@8Td% z9~Focodd~q1uz}T&!LGC$smk;Nd(x%Wt9B4XPUsqi9C7)+ZiB_DQF59@KJj`dLH1z zA|cuXculb8#xRrk{NNZySYSi=<&L)@^t24BQ`lg#^T1*P8J`z54FkKk5V92`1BT*N z-Ly|!yw0R-2o+64rA$&WX3GAcY_%BNvyEc6Nz6l60nPZ~=nsXv?-Dg2Yh^U+7MLdj zMw(&;rDywj_pGXmP7wRkA5^Ji&3rKB^Te(Za}Oji^4f7z_RvL4qor$eBhE1rp>avw zUcve2*v7{LL^7XbZ0~4)x?p#JPs_{DQBsG+40n}o-SgO}N<0-!uxCyc~e0yS%vV8EckHgj~+s^#2uN6YU`7REo~chnxI0V zWx+$h@t*lG6WL_3lRr*rwed0l-tTdLBz`?Bg-HFN(&8@whOMFeF_S!?3w&5-%Nw*6np-_D&-|;{Lj}+55WSxni)=k zlS!sQza{c14ZeHxg=7~G904;T09>Hq*yR$&VVI2_0*q=V7@SO4?PhkjT#+q=x!X79 zE;JF$6erdhDQPez``eYt_MtzlQaQFL7mS;_akU6zJBsqssrH5@J5cAqD(3nT& z1e8`U5|)te^k|1n4}$=-vg@Hw-PUEns0w{Rz8cfe(;AIMAmHQT8MCwYHbq zKvvr%D3=6MWQx8wzMJhEsbFbueG-Y(EMUS4mNsca6k~H(?_y&SK4KY|Dio-2h<=A~ z9t^Mt7;(OF%2f{c6~Ei=yIj=RXi9Ikj1oed)F%XZj&VD+bzb;y0aFcQ;x@7B<7-Bj zKu`y4QZn%?GR`;!AN$$Ea{Cd($-0F?;`hPGye{*3yt%>}{BLFj#L)+3v4IejqR+cyA^- zp8zzU1IfLvYTgX2OL+eXTOGmkO~P;xw;J9SM(&v%4e2h(QrDn54zA&F~ySX-Au_DziaO~kxdB##Cu$t&^Mr#%vTm9)tTJU6}-Y4Jq{oDU(GiR(qbZQbvV*^AA;VIJN z5f7E_vFC0skoHErD4kzobUBz>V?@3_g-i)#8P_wDcPae?;RKHBiK$U*n^{3>UHC$R zQ0>#8R&&dKu26DOBNeFEJQJVyA|UOT+*S6}uFlvOf&>VX<&7{QaEJB66e2 zkS|L-JJ*1f;!~+MOhh`C;#}%s0*{a@2$5dGQdVyIPo%5aaI7h%fg%1* zsT8ju1O=n{Sb;|EIW4KshvWmpq$vhGtp)0c$7Lc`WfmB*pw}pRo~4e=KrD)^ry8t0 zSkPf3GHw|h)?e^O6!UstbAE~A&hBX&0}0;>MFOselX|NAr*f+uB5J>f1?LT9Z`OioVg;O_3b+)3k4hSS-;FamEGe{CNykpV&eVJ!(nJ; zih*tl9qVB|;)+HW!Ggfl)#JT`ARwUzs|tD!2@fk{i#XWkNs8Qt-G-*Ht%9F24V;Fj z=MFve45mexWF?+f;BbtMLvpusv;nDUXheN$I1CVR*dmBU9Jyhi= zgM+wFU7%6tIGmF7m^Ax26X{q*0jFtR99- z!w+I-MOtJtSqz9p#;S`=X@K~`mF9&E^-HUHrO8ET2hcoSYqSfQ8tp}MBiR&(Jj$D8 zR>SF}0T2PAO1_vBNwIFMzF#-pq`3{B>|wCHV}7h;Pt0r>Vr6jH)`I#T+JasSod$&( zoz6o1(RXJWw)|j+fDK4N;XwvCN0-&G95zHngHmS@Lgj15X{>ItuMNdED;CU90Yz{| zBcA6gk*N}ZtqWVWrCl7?i4XIljJ{VziqpG63;L9t(MNTVps)kLD zx`(#J`SbEH0ZkwiaGmJ+fNXTQR8VPzq4klkjH^gNwF&7ug=tjD`f(Af7X7N11L)qp zBd86|*~D)N#*6M-;B^)*_@pJym{R(l$%#${zGY9E?gc9wO~{q#GMT|gcRNDaGbW*r z^pq47V?atrSTUV^F^=%#Wh%7#B$j(SOZ*?}3vr&v56q;sdV#jjO-Vg#+ozm&>`y>5 zR&EJAF0Bl3pRDk3c)J;23q$>uKJPrO(;D39O{9&(@KGWM!1UAKw;FaOK}$D?3@ha| z8V}U2O&tXtiHw6yfe+LEBdI3|@9laAz<~pd{7wnxA10r`1vSC_SLgT@x>b(m_VnQc zM(G$Yk`SaA84k@pYYA*FEB%y_5VeotLBoSm@T-A>z0!h18PRWZK>pA!Bje$b+?J&s z6^}FZLj@p11quU#tDn026mNh$B@a~fEN1mlOTyROY5H7g={ ztzjWaTLK+6ZgaC0PNpu{TJ!kEy6XZk^L38=0qnBIPOV`0mT+odiXhNUs6)cn%phEu z=w!(-C|DwaqKig!97gT0x(lCyU$8MQtO@LNM9B~}`A`i0ZWverYb1#6R6#s-!U74# zE6M;z#X+DAyHCU9{>6{Vbo|bsK6Z@M#S@*D6WbLzuggFL_XY`KGnIo$G})0(G910q zrh^V_;yZnDqVz7o#3taRL{!if%70Rt_~oYn7F)}g(rp;ax{~-w=X|aEA1Xp(q74n`ypZ{Fd?MiwC1d3(4D!Z3RhHe?q z&cJSbc5$+?r!ZHyFz6EKO#~ZO8KkbnvF2zkcglGve3{kZ6TE%L;(}UwKrg*?oW!Oe z1_s`MMPc76dXp~6zo!^7IC*$9id-X)w$;to9yk|_WdjuISf;5_;~o$ceQ61&i=!}d zr@m?u?Uf)0c|jSjOTSAt%Go*VA3Pzk4K{&NHSTLLy%Ewq2k@*0)Ao*3oxxaH2HGJZ zD7Z_rd7(?rIjHNXyG6;K5Q^o#drfk9jm>uBxN`QS~2q1a!x>% znS~d;U|w#SmW18~-^(@)V7eK8S;Ix{+kd?+g;L3Y`U)(>INhdxwKmnk200W(UlW0M z$IZzpIJfc<>vRD48?o7@J+v;mL{vgD0DvT5FBVLP5RP5W4NC}-f?niAOsee((jDQ|^q(19($kr(4xl8KERrrA0lC{! z_#t~TjiEfhXSc(EF>f+a)+oA7 zkPz6y@rKI@Tf_G(sxM0-PAlGU|8v(+x>Bb8FOBc`LR8BwFzpWgiIz*c7=sYUqGNpD z>?sVHa^qLC@>gv|9uvlzm#6gWYeI=X%Ma35YeA&R55`Rcg~Jeq8V#?L1QFWZ`+mzHa9Xn2a43&dlEnX@VfC4}rpTX1;e zuTqY^WGGH{OOmJAW!=!sB$C?;>v~`&9*@TJBUGA1*vjbX3I{aXZCMc@Y#Y+A-Ay5q zzkjth3VX4DoE(YYEfBb)zAo09V{`oMr!e_f6!6t}S4YK_7L;g1znJugimjH=bW!c& zq*RwPA}D(ki+Q!h*09^f4ThugOQtGcV_MS$zbC?sencGZ=rL;ji?Y`BmazXOJje9` zYv5f)3d8mG4B+Mc+H0IwLg9SAY#W?x6E|;S^;>Ua+f7(~BGg{~g%YM@qoP*WHxNpz za9%ch5Z1E^A*t9+QOZ#i)?%P^QZH+R3%iUt@KXn+s?%$RiO6EA`F*oSoo}mB^-$ts zSgpiFGloi#5XC59&0wwqC0senLDDOz3XBnai^x?pBKFCz@WEW$Zo_8KvyW(dt`F$q zR6}EUx6&7FQMSp6Vo>e;VZTOH+`vOsFn3k88o^3twIL~y1s5V+zt4LZ4%UFPwC>4g z)BfHWM$Oobjj+6K{hqCJgEI5v17-$Zu&0dm9L}V#wwsg ze~YG~xIU+3Nb!ytXF{%h=dXCf8Pypo^`XsJb1d_XW`o-cb^<6Mh^t`5q=K*wlw6y+J{+Ch-<1*7Bh@{UN7s`b=y9i?Qr~ z8n_Bi8Nm_TBl}L;2V(Gu{ibluxF4HrpHpDdv^C*F?#MR&B8AbjT-VzbtZ)}?h!LR7 zQ4h!PS#}^j3Q>;E7R=yM>vLi3z%0g4r%0AB$15J=rqavGx0GkV*m&^xEyhrb6S9;j zM$xe%jlaMWHbX=f_wPjbCI$wg6XLk7QRY>ExJuXzRLJp}spvo7DAQPvS~Ct&tgLXO zV2&$kS<+eD0~DpiAK{&~r125cAxxPg`9^ynw=j2;k|QRklZ0nla?A-ye>IZ(8MMoX zEJVVBU&25`$clYajg-4C%`0#^_iKx0fd>RTqYAFiS0>z}#3zeX2Y?4lav2N#l_JMH zEW5%79!?SE+v5lJid7R!7b1DA4=)9miM*G$83S;)l~-;6LJ(kYA=enY7c;~*VG%yaZftraHsL7G~Z zjcOMzli+i2y+BSkx)vaGoCXO39+Za2O7}3BZo4|{*Q8pw;#OnYN>K?MPsx;ZS9lR3 zG2lZHf|v2IUD8fU2*ZxFAX9{#Z8{F$&G+T3VggZ!G8rTInh1f!! zIle?@WA5y*1-y>ON_B{5gh7AWksX`#1`ajHo{_#No=s} z;Q2r)OiZS==o>KMKrSx@ww$HJ44JHnLaj9w7dqo|ey*6#)h_KEp24(oaZiO+Cf{vs zK0fR9@vg{H=pr8?*f^cu&6P$$Gp?#OyM)@U>mYvg(VF19&Bz$G7>SC5@c9&3UNXUC zvQstH_LoohB8*sp@`=pIVFZhNMcEFC0wt=Qh*?Q0 z+uMyinw>O?2zpQMYar)KRMWnU)kk$NY{~N*Kq_s(h>SCLA!EWa!g0qS-OZ^-fg$M@ z=WJL`InIVI6q25bN_NSF&q$7zh9L;aan%i?j;mJ&ENa1I`{&qy3rAut{_W>n$zXYph`bp?Z2+@%X2rG9c!>3%Uh9-Wx| z;6#&W969h!n$YMVtwUr-ZxQDAB8Zv8-ks8h$0!7rMus(?k|z6MiaSAKw`vs)Xux2Y z^9Fpn8qWJY8syNB4^2cRa7c+pE}_6o4M@~B{+vIohsRKZ z(=8RU(apr_2$-!6r&Dk@l3|G=`7CT2lZ9OIb8jEd_L-Z;TqhvuO!cepmWPfEL%luB z_D7|{JBT`QJk(j|)pol-KF&F)#6q%ScBjIp#N>kP^(vH?z^nA<~YzR!5!5N4~Wsr4Cm=L@?UE{^(tTKRU&*T91=MWla8n(7qsr} zQ6LKo?mVAo-6t|$5(nQ@ve^5Yw{oHUHrN za{%Xg*X2+Gp0Vg*VC*4iEt)wxLS5L@9bvQ94X#Y-5hsWFrq+l_+0Vm2LF@DujBb%T zu_wtngueoe8Z3e=1$C43?4UVUu~HZ(&YT*rt0495*4 zWidoXM>gW>@(dsK^?24~9n`Smw!b3%)FVq}l=LcPJPENp!l1it(orgk`7vu)C2r^% zs+^Fc9WN8EUhE?YqI5R;<)Y6AM4zpYu6g^%+@*pZ4_GFOG(~7x=^2n_Rn*|b&BB}n zdYP=cJ+sb!G>GR%9m;e<RHzV_8spL$9}@VEAcBM_qG43G=U!75(I284X|ubV2YD_WN% zK_4Z5_htzofMIY?Q4dgEd;>Rn&Lt>n&hh()2ZjNRumH1Od1)^^G&cCWEh<8v(iZ#d zj&*UrCjt%b3}G8^v*{tX6Gy$6A3FY-004W5;LhzPEulLA1-kz^r5*$glM_EF9;*@rVAAcz8w|k0730CCf zfntYHjxEZf>UoDzn`tVSpcij$!~Qi2msy6ILrJ^mXBe1E0PJqi8LfwGw$vHt*-BO< zIgR5TXdgP&_@K2Qz?edh^IAxn+b_j!GAsL2Tt(r@mE(k!b$QWD!^$~GKtAh zWFR271x{xB>Zi*i*VdFVB0ZS%KPXie#V^WUm{6BP$Z%4}7wpp^l|q1Wc;!^YuK|Bl zuioN;cb~wZ+O(=8TU{VlQ1o8P`vlSyW4w)C1JUR^-Q>>BD|r8)8^Bf*4>cQ{D)Py9@SWO24?WG7f&Gz8FN|M- zBUVC{XtxX5;y$(~5OqGjld}Cv)U^^uf}xJuC4cG>_`7yQW-))X1B7z%F-Znl5)4kZ z>kwnUTWkO=K+?Z4Nf#DO=+aB|Jrw3NKh4E)QWeJQAFx=azpVfTA_2Y_VY%gYz_E0t zdk4aR$pG}gD|nolr;^!69q{>CSU|+&R>j4wwoT)Ll3UNL@(7Lx&llrbx*1s=S7MsOhsUMx0=WX&p9<6aR46 zFO&PawRLw2@MyW;=VRK=sUrRYo@O20e+{~BU4;)CPi&YYV|ua~KKC;hnm@bv6fuLp zSmREEs)@j=-|y5o1=|Zm!_Lr+C@i4ube>HA%eQue15WRDwnKiin;G3k(Bm4 z#zqK;UPk9aTTPf72(XKUkL@C(XT`Dl)Md5mMekb-6Xg^{LG})JFx*|^WTC<0WSl#= zC>_>rDZ+gBxj^MX=G#_kp`bSY-Z*+~pvm*$b;!vxX919CCO`Vobji9qaGt5P3y%S8>fu8p|x3p3C9gC{;|w_yaKbR(d^;pdLNk< zVty6LVYn95;l;NNO-Efu9cS_0Si&53k?CL@=_U5s7QZ8|$+g)-xTE8ZEP$Zxnjk%| zxYEkk{qdb`2UGCn)q!I%mLfF|SD6>?y4LimnmxwIp;Y-)ey!NwicZtt05x2!$LM%=6OX&Rd~HT%35WX74Z(0 z5HdL%vRsFYCQ(p(Enp~Ds$CU$TJxt)fZ3{4n%mBGJf59h`yZ_nbcB=Sb{n?fo40d4 z2*xImc$AmaXP|OsDgh=rP#ptNIl3a)W6b@GSR(eQYl9s3FW(b(4g=wA<@|jSiqe|_;*)LFH<#^w54*ARl-%O*ROoU znH2G!lsnQvWnePDRf-S<2X;bG;l&R1#p7qFsk5c&=dq_WizOg`=`Kj?dO!@fp*+RX zajDd!GJ14XiVF0PSFxTf{-C@RcTN!P%3Z(#jR`FA&4wKa>W9{5-24^a&=yWkZ&A%( z2#Fr6-16I9)#%RP!()Z(Oy3CybWYf0f5K?mId5fA)76fnKmjb;-jKGIEbkQV&1(dE zM+|YfFzwm|l92h|AN%97>L&ljhbEB)xoZwR-`bdt<9SjyT(k5|HFlUiD)?##94!}a z4;x4c@-GjT5~rZhXR?+u+*)m1?##wsy^q)pP;|Q3Du9O`_gc$tx1%(I>3dK(XCueV zT_Hq7@!o)$^b^p)PFPQ{adUnJy}#bLn}FtJh@I8kagODyk{d4oP_tHW<|N8*b8L8Y zwx9NynPQD9?rApeaQ}wj)!Mp!KQx=RvE+p~-qVrK-U&BGrcGpmKzO;;RYy4G#>>E7 zN)rsPwkjng4g=P}rLP)UUT-cT*4ao1vz6bqtPw)71%m`?Xt0sIK3xBrvAQcEK}$Nx zZ4z(Ke;-+5o<>0SG?MLV!&>@8VEy0Hl$^^Iom!>S4YO@c3ga!^?@`&qR}TT9rh5*}rV+~dm4|$=952Jt8z=g#c?U4` zK0Pj&|EOlQhf3!HSvc5N8hjtP_{9w*r_#WA`CoNeH&q|3=|YkP_T{mB4=gW6@QR{t z`TExeu(*_~lpag080cVGGS(Y{1o|0XyMyI@uM&P#xS~P))|VM&5nic|yMG)}9TsdB z6uKhc45ccD-VTe)dAqWJbMbpnu(r$h6AkRMM2DPi>C^L;TVGJg>W;CD9Tja zFcZX>qffgMEQ&8OvtW4NLnx{Z%s}c%p5)=YUCLFd>W%JL-$YQsTIF2@6>e#pw#8+U zGiJcx5!He#*eknsc|uW?kD$iYo5A9A(6AK(b8ehxWV<8GJHe+MB&5Wa2;y_(FhiRp z=bKp+7NxpYcGWoMSzcuv+d&jS{KK~X#FIG^Skc}sF72XyejlA^qeL*$IT zgo%6)eOeb$au$|lw^bBv3rNu!a$udDdPDk0TI#YEg02gq!dASaWtp}Z-xG8CUaWM3 zb_935eDEFUObhac=Ov+5myJVUu@9#Avi&%T02(5fV?3aX@ffAObyLD@E}5{$F)RZ) z$-#@4=K1(MXn*0K-!}~ePBGLLpkx+N#UHY_x^XqYCR~OqBUE@opGVf>QAJLSRH;oV zxjrRn-BG!WxeD-r7Au%NSm@4OhEmlOP_xuF^U&ig`1Ydh^`5eOSbQVd56;0|RgjpF ztTY@k@Q)*3ShY*&C%mwQ0`CYai2pe>aYne z!XfS|TT<&5)n*kSP9!Pr_IEg|L!`STJ5Ghu)nMIV_iYXp?o5cDAc2k)MC10Bj9Cf@ zvNeii+qP4e9MX{%fS|!Iu&3w9z^R;gPUsa&LzET2P@30yPhTM#j?TNb!$JH?PjwCD=7 zKQKn?Z)d)_NqRVmrR|qpX~-wVx((#pO55gD4Q%nM5rO_{SN624K_)HdsxP8&$L*Ox zCiM#bSKEleYL$>&43)w=&L~*09N_JSxUhtwWvWKjOH55JoDlD!bH}h7_>}2z8V5Bb z>`{V?K!~lDJi=H8212u0GDec*@jCnqVG))!D`#e?x>^Bd&8`@|U%av}eL$WO&+l^I zI8Z~J-JOe^A9oFPCwTY4Umlrs9l>GsfDfhL z6>grIX+1Q}>~C%``HEXCgopj-g=EOYYZ@bY`;CF`^i>NK5eWKJbVw4KB7tmfep81Dd`6B=cnh}n;Y(!i2YN2~v$qWv*V3DytDbS7u$a?0G$snJ`4 zi;9c719s#xB;&{L1x%ewn9$raekh3WeU2dOfF7q-^+P>g|6reLRGYgJ&TG%e_|Zdq zDoaIkQeqr8my6O0!@;J(RQ)%82kLAG!)jUeFy4~uMd(=Av}^X-D~w*8DfS@Yz5y4l zYiw#|Y43oIyo@x`sJs+D0(U4}4JdI{Qr4?3aB%EE1-3{^{Tf^i{b&Ny7gkdo-o2Ek z6%`^a2}U7~?9P+wYvuEW>h{rZ{G4+eB9$4;nyUgaqi=z>Nj0P(Iqrs18{z@3Xu*qi zCXambMtIG|Hc=mHxl^1XGYU9j9{}Mc>(=?e(V6sLW6?rS&Z6ui746Tbwt$CZWePMwpUmNIP7roJ3 zFk>Q89GA8EAKr9e!t91a9VOnb0R^R1t`kpn?7lQB^i1L~)lxkbw_@X3FIbJ*Ixs0- zlk~80^2ym@xg(oH(IPLQJL8dcKbY>p<@yr^5d`;>cQ)GC*V2~}XT_(ZbSA`D_NeFd zNl&+I=gd{fVbHtVC3ryCll#ds?}L=@e+sj%d`CCz)Q6UKPQFPT?rhe{o#1O1kP-K2 zmp(YR1f`Pfeg<}o#O~6D5=H4^;nS&8o_mbLv1htW!TCRWgrqx!4_jxwJle$w5hmA@ zp-V&6=@2+c3IgY9{EP>d|_b?b*l9Vxz7~f_fyrh>nyfGB~Uk z{S(Y|O98?fbQ!HGw>LxLtvxI4g98L(vlZ!>B2&=Sij_{*3Z?}yqA=#Rg*^C=jS%G= zG=L^6$8)#&;xPVkXO*+hvg;>Cxaf|mh8Q*donQ3|y)M%OV{D~fMAs{*_fUH#3o+?Ya zNB?16isPFlX>TxJqssZC_x(lahaI6S#!WT|w^;SXB~3a45oy8yb!s|J(lyVQ$fP^8 zSu4jv>vEYMy(ynNE>WC8hM7%I%f~trB~*op@sa7Bjy(@yWpJFqs&+3Elh%!t?XI5fa*VtioNZY9V+ePW62krxUi z%S6h`(`op}-_wig6i*Pd_U2qlA?h_E$YTn{;bmSCV{~qEvo+vaU8f7qMFKA%comN+ zM(2RQCd!V02a@G?zlsIBM^2>?g z;6sLD&bua@*Oh{ZlrhJ#1d4Hr>3mzVa)Nv`Ai@=C$;yCwg9w9EokW^gTL`Kj=Jqwu zkmo16U6)&hOf~yT$Ue39fZbi&xLPkcwmxb#L^`M@M0AiRPwe%Y+82Y@zvuO4i35{r zg00_!DPX*_(>0ByPcx#kE$HS{SEp0CjRWq+PHtJv-0ENO5hGc*Yg4E$JnB)B& zNgS#=I+5yLrAhMoPBWE~FKndvM!=Er=nJgfx>{(JyaQs##n2Zk)W2|mc>IJ;ic>{a zN;_uFi%b&;U(h_G*Tqk*a9JW zXX#{%>dbQ3IIS&8mkKEBPS%w?xh`-LhgwdKrjV+W+qT?-(Q{Z4sP4wWBM|kX7!aM^ zXTB>T(DQZ>GDnm!XPbyHbnYJixwVHBg(;S#kMzDzrCIt9Ch$_;fn?X65Lxzf!W<%( zk7FQrZfOy;35X)Jx3M|TD5Wy)b743zIs1wiMDc2cleg^h>%#4Nfq6<(kKmxGs9nY6 zmweDA%evWivuPw1dojDk7rZtKW|0bk%=z9b_V}50IOe zj$}I)xH{-j__GsH31$%9NgOFw56IzQx!n}BpxBvv;PIdy5&{$4@!4FTFRzr!C;zSX z2|2xn0ZSNr$BT{O>GwGha@AV0#ds31MHE`O*6W$_79PV`df44^)@hJ75HQKvCD8wj zpQQ$6Lnbh1fT23cJ-}A26M~H4DVSRX?ReE~0(HXVymLHT@P%y2vYT3+thk&{**2C5 z^;x}C;^q7Y5lT2bG*k;Fp9aM|{VpNjy7auKs25PSt!8|!WC~g@O6eBiR+2&8RB@k^ z0UjX@9|7~*#rV+6m@!T4tYSYWYfw+q@n@AOY|*bIp}E)2W5lPcTX{wCU(sK`} zRZ)Zl`q?NF%bX>n))XZrIYMGorw!E5}IVuQWxr>kTm$hx#2KWnKMyQG%B zK=1IQWWzdcCop6)CS!Pql;5THpy=>Weh?TLtFkUE!~>w>;Snp-01i7BJ|h!oj%rKj zHMH!fyJP5!)*dvsjq)~J#>q@6xtb>fy^xAOhJ!m($zThb0A=MI<% zpv4~4Mz*<|(tqixHA4gyFvg))>&^+#TG^3V>ab1s7odnd^rIek#JRDTUoeUYke!K* z>R|PM`<93QhzXFSS2Y;roD56@vYjEH4(^`0XF|H@<{1LQEMCMJe=J9xLGM>!(gi-G z6}g3}IS@Z}fV4T=x=RSpZY!1}g~T3Yjhupq0mEtBlwnI4dMTTY#zeK*TE&%eeAIQ7 zl5C-irFss!$B!rC7z!rIyr0fkcQ#fy#3Fm^KQF?Y%im9Lw7Dl^w&BkX;uz8ex-xNzq_ z(o*%ov=q&h8HiPuq&Fbt4vOCUoY^9jt!6Qw5Ihe;%+~xHq(f5Uy)Kl|;<^`iOO^A$ z@cClznA2O6Bc5>S9qPsC7AqZP`s{}vs3m*atF|A55t(dV_K{zors=?Yci%JN0uPw5o zG*gHX?f^NO39xaA>>nY=okqTs(Xq)5$eUly|1d7nORMV`BE;4>_!1~wUBe&*)$8?T ztSeCa7f4~-+0*L+(Z#w>2ps`0CdT!tqTCzr?g9AQp{tACIpu0#X?94Oh3TrN;Z}~D zxQPHf-a3eA%;~Y{?iVHS0wAhOguAK z!U&F3@tlq$I_t_Z*WLF4-OPzabo9Sp+rD$Xdm;c|naUc9^=$M9x)j7oFKqRJ?fE5- zIaQQy3UJ4D_@DA^nl;;5j_7I!D-;WQa2c|Ez(XZF>uun{;ZiQ>u-Zzl@7Lh@Xnv16 z07o%fRQdv0L(u%lYG;;aeSCg`ONH_`v}E#A0Hq0`TW<%`M1pen+zR^d3h>vyt~~I2 zCYU@MzdboUO!I>9EWS9-_Tx`$+Gb`FB#}|TQ0b7F)SPAo8NYQ^-Ub*=C=;TLmZHs}O(?@P zlBx;Xy`9T=Dv_d#K?xjLjU?Ghcgs}z9^==(Y5GAs5UbU%l_3>kKpd!!m(^>0p75Ik z-^GpjuoNhNI0ndJ! zGR?_4_~czwA~SSEncf|Z2IRrtrXqsjS$KJ_ld{DJ(!>g$y?A`AwG)E#>dJonTG{e1 zB8lffhFzX}_R!%Z7%5C|X2Gvc_1*E!?*6ns6sKO8sgQ_Rw4I88_^6*a+~!saNO^Uh zyG*{)w(%ihcyNh$%q|VgHmEQnL(kQO?fLF?SRcbMf+LA1{G1n@78Ix97ZkqSDnUNj zSsUZ^P`6o7_+t^O^8o8WW&Z~J;QED`w^W~2bnYtoQSc9nG&cL@2C$yd%{oCT-#9<* z>~|egbZ$ydLg`f$%34iZT}eAGPLDefjGW*`VD~7w4Q0(*cYShhL52X}E%~ru8haka zpY=uUWy6986>rsBr6AF#c25khE7(A7qMh#g!<^H&Q?|vWghY8hEJbmli}OXi(XCe? z-Y=#e#2z^j@@3c%_D)6~SfZ7gV4x@b8mBPQ-K{=B1Yx3@A;u(vxU(FEZo zli;lP>>< z4$?aL^syOmV${Rapo_`fSAaeYY{Y8IJ;ta)^0%5=unyftK`FgH;v1FJO~VMRbN`dL zH_0H-ju1^7&#UZF7r8w}=(GMLxOt{I*lrJu_tB7CK|mI3rf;hW^YC>27Kf+au6?`D zVAXA9xi(HhF>LmyTN7xq1*k-qOBcQNWR(%@>BwJb43-XyL?`QBn)m*r;G`nXzMB~b z)crZ8fHeaedenh2$Q~;?Ks3SBd>?42Um%}K6+CFzSg;w`oo+y&Qf{m5a7FtiyMv_> zGDXUZW;tWg(+Y{H@u{^Qdr25X`@_!7SI-1jQOO_LeQmoV018RF$US9WHN2gi0Nndl zP+IvmZhLnGP3N2$dEQeV|Jz%iGdYp9Cdh}Yye{jz3M;Z*S&z$`iV5N&`bRCL_pmV< zp$$$O(pag?Bj7Pu$TI@H*d_7 zIJ1AQv6*J62T}Y{>`cm)aWTC}Y(Qq)-$Q{?7#yOFQ9kKJhFOLlaPuk0r9pV%%Adnm z2tqTcH1xi>HZ16p4|mZiv^cCYyHh z-^WWuBYxZxp!$DbC|2WPO3IRww*}&TR@G3^i3uxAScZ8xZ5=E1vc1w6h!TMcG44hi zCYg2g&b}nP@Cn>4n5L2m=}9T35I7DB9+4@UQ_61bsa!65Qy+uJ{q4vMdxhY=Tm0d z^VXwbZ#t&nJ&7eEWaH-~(qMG=q6d67ztG%gbi+8>z(q6$d@q z1v8fK981b2MH@%-Kgx` z!haN0Y?$n!k<>;s^>Qr<=ZEmAzoqTQ-P2?y3o}Ag>mr*EYpRIvz;v z)36$Z?5JuHFgT^3ub)9+j@5Z$ap8hFn^Kr(PkZoVG%9#P8ec+T(@c&zotK_TdGM+7 z3UF-to`J4(W3*BS=y@goYY<;R^%ZaQJM0SXjAnS)oZ*qq>swfr=X|>K_TIg4XpE{d ze99=S>(gXA`&%L@3F8!Sy(;eG#tZT=FGEzz3%T(T>L zG3UHV!zuKIS&n|6+e=9fW}B2W7qK>ebUZoBeY`*VUbA@9GE5}8`Q$5~OTP76)kP@Khj5^LXe!4Ex zB{rnH4zZgdMf?K_JX#3_e&kt&k!l$x;}x@6a?Z@Qr(755o`Fv=u502Q$ZDMZOcX0j zA(HNKhCVAS=IVX9vy&#NPIMOwmx?EOcDS5?712jqb&{xJF83pb0lIV1LA-diUn75~ zoI7qqlxGc~@rT-K6dCm;(FGGXIzUfuElbvCXCq{Psf}Ro2%_pd&vI52{<{Y$CO!Yu zN9lguY;iQb%b<=R7xxP2fXY)yGbU03`u-Ydd;98s3ZMXhXAAiB=A&z|ZrR33`^Td? z3K7wd>AUT)CX|A4Q`XHJY~Ile2yRq?s@0yZlMc3f_okw;N;jiaXGy?iV@#aJ!eFi1xk-G{s%4%ZbIA0qOx(fbpb`Q ze^ZQMm|?J8$E7(*G@y2x>juucd5YT`Ld;3{y5yuHg5P@T$TU!_F|k%4K_O$3U9k%B z5l?hE^lEo)6IV!lRPzE{Jt&ZwBPSt6Bv{C+3Ol6J{N;eYbSEQvD%;}e`OgE$|lAdR&d58v$CzX=%!g< z{Bg(4wCb_X#Z2@deZp9}1rxQBwDY6m#m=~@*P8zYye{_TdNK(%tsBO6qn z>DqZ3wcY2CezXkd8dhqJycwpLDa5es$pN5#u((tFHuRjmxaOdvgLDSe4gW*^a-R_b z1w~+PLD8Ug-z7kfIDIUpz`XPRlvdf%F3K*za~tlNUrAkdr1TMb6ZRju<{uTglK?TJK~o zAu`B}&peyBOm3m-c27kLOCz4jD(5R}Utkc$$vRJ~?{9B`q#K(mnH74JMqqyQtCWw* zRU7y&CxkGNS67C;wf(IucaNr&s11jT zw(Ly3^#-=$Z}P7O@fD~j7#?-MO0;P2Vvs?nGe65xV0ynt z|Ct!7Xyqf@k(*%qlx3yRGVB3{q*4Ws7UT5LIZP&cRG2T_-JqsS%32n>9Cw?x4ijFP zDC>$V*N3f-*p6tJYipd%gU=Z+K2GiR?&(3z^)SL^Du8)f?*Aqp6uA@pk9h=4G+U6m z88X~CT_73S6hGbqX|WpRy*!A~q#{?H==bckTR<<+XrOf-@!QxXYH ztBA`QuAY6=D@V7C>Li33u1*K7<*Vg!ep}*BqLaG~(izi3v03u{e6+=Cr&M}mdVrO2 z%LvdU^`lv}_rS(E4}h=&i<~(&@3&%Np9XqTRJHcEPj(_7MfiTxFs$JM=O$0=Vl2VL zdu@1U!QI=EQE=w`aKCyF`dQIZuNwx&mRC_O;jhlQ^OQKranmAKEE?GT;~z00hYG11uG)(Y6S(K0fY8TZ{tSc~$7U z(}EDbg2mvr!~#qx_j9qVln~i`geEz6WBWLE8o~*`d`V!ivZdd^#npF*Q*{_hK+qN? zd?Zoc%ywugFD!hf(q=ID+5J-)p|TQ4FbB+Dbk4@PV%tB zQzlYkX!lVIFEdY$zD>MzEvA;3Rxl%Saxya6Y7!jTj-i~Gc zBL5(X2X=)vN#P)!z|)M=7{j_K)GGU38Z7fx+bwxjEfKP>PM1f&xK6(B=G|@<2sq)xLpX@M&O?o=yWRGCv7O`lU;rLCM^oB>r264-y zx2Y3vm)|9u9645OMGbVS;u_ls$2U%F--&MVrwqmSRTMnFB`Q=Cu&C2jT*0&Hl>L0u zUpm3N6;~4S0fnh}R3R;cFmuaX`LvB4oF)uRnwMoC4m4RFj+fO&Rgox^+*Bfb8An~n zJN4a9!`o8JqhcaS(t2SBLDdT(jY9rWMl>IIidh_fQB90L zA;8#zj08&!Y^#hSE(rR>vN*>dM5oXQWG3K3ziCh@wo8FE_r_}vZC1CU1(#0{5t&Bl zdjX%8Ka~bWDP;{Ns?j_?+JzWLfeBj*vVpFP^U*flAe9DrCDQRD*gs`6CnZP};vQ8v zZXowgMn$%)!W(dldaeMpf>H5Lm)b${_+y^qPq>^2(lvR=b6@=(2F?H^h01GC*LLIh_ zT8)tCQf*a4VU?Bz>K2LhEGp6Qny^`Lw*90RV~`bLAoSM6=(gFB@nS~(&q_SH7Tl!w z(4q8>XLa)A3t)OCF-dfs&i#_|T$h%%O-pFNULl#Aval*8OH+eBcD839E(6IUJmF0p z^0o8Eo1WtdSBaP?2Z29s1h#Z7OfW9+VsLiZ+PJymP#WxQ>xK30dUv_wp>Ek)@n(rZ^H}Be%iN9PN!jPB8)A1*a^< z<@X2z$T4kcw_aa*UklEt6+Ogb1+8rou11PPu9&^+=m#deZ58x|ojLv8s*@cWLvnCO zR058vGl+;__MYiRcYe=}k5$LP$&j^vUIuj8$e6^xALZrB>=lK~I@?qlFU<&bo+%j; z5J6ZK$Y`*tE}BpAKu3j8*L@MzsFw=pkC10JbBa3ome(~t7fefNf_(##tuw9+dhAud zqi42bnle>jjmg4iL+|ZyY?-6EN?9)%w}Y*IJ_HODP7rUv$P69QmsYO0Dxycw-w(bZ z$Wi5WV?sJYx}Gn#JG~-DksbY_y2q@{lfV}vTj%>mJ64Ca>Iia}GiEzV#4vB0d1kp^ zO>;7WG}kD|9k+2C&k_^aZEBT7HKY^A>A^XmAn~4^xKd;n4|w=$IW#s8q)81)COYw8V_e9B~{aVgD&A&ubQ;el022gLUPP2&nUB_ za)0qZy~Cb}KC*sF^l*WvJ&sp42$*GVj2Sd$0B7us!7Fli~9}TDk#mp zv55}{G4S0fgJ8_&SCR2l<-I*_uF&qqD{^{D5;Q!KQc*olQeoM8OK&es_l|{V*84$7 zSHF285poGe*o_+I8v!w~QhGo_yCD{E=em)dP3zE3F=>(naUf5|v%ZiO_2ob1SWhm| zbvn$sL9nJUTwbr_Z7r?nF{u zq&pl^^@fw&IzK4(=c~39rz;+;`f!AMBUoz$=`z2I2&H?oXrZk zxqA%c4gj_Y#_AuKZ~}MHy6^yV^g(MeX=K;u?k@HhjAW9P5t3y}UAJ<{m%->#9!#55 z{e*HidmX47gtdFeC*TVI@UwP$T}X(65fV;CBzNYz_v%p}>g0!n4gX$&n?3-^HmHeUXy0@3e@bqk)ZG zTHAfprRV$BV^?QLzUmxw=oJZjm}0j`^0SzrM}+7Xb=hs>z$It<>4EkGg%bKz%X zT+aYzFPoFeL^wZ(tirL^0ou~<#p}opqR(%9_L;M7y`DM-;SNf-KA$0!031nlra~U4*h~K&aVkK8C4CYm^6Y zH%?I^q*tR@SRgJeA{kQwv_XoAFK!>T%ORO)OJi{NMxVK(@>cAZp7r$irq+)INs_1J zm=Z;E=lE01(!MA)2Z-%#mD8XJ_JQmX4u~==fpeuBwOK^U*5W0ypxK7T5v5+X0F9i# zd+@R)9trS8e-+iNR$vgqQqkda^A$a(G($~^=|4?A3KACSA=yg1=9ilqe2Rx|YnXUhI zMLl2!*s@yB81Wug@_Ho5({fU`B~z%>MUOc10z6?jbLPi$pFzaN_koFPobjBzIHq@t z8j*pS=gGd{BK<$a2MSKuC)~3w`d0LaZf37tfpg4;s*+6Aqj!91GGmT%a0ig5+D~-b zb57QI1~=9*^vm|UWbd|cI6odYX!H=dOHJphC8-@9upTSX*_{hA{Wd?^FN zD#jMYN+J$34}fmdjTorFn+2|MAqlUp@-tIai2_uvx1I7tEG>Q%&u9EXWdOcUq}qFD zNusN8lYd^2h*!d!lE5Z${d+PKe3mYqBt2sHMA@NO5kQ(dt(Df4fy3d=DfvuqE1#!D z$%BkuxnhP^+k_es2^5MLsQG2N`-~M^zTd;{IcrHm!t|H1$W;&?n!DBMNdD`{Oisvj zX60gF;I=40xVD;>fk#)S3yTvMH5>t)Em0AE3~{I9xvmQEE-GL{W0}i3g#Jywq&3C5x&?59W+I4o}l{imb|W(ELCsrHK-0mWaXSf zw=iUWGf&yrdMI!lu9h2kPb&un@k>8|-8Ld#Lh|!4>8kkkUOD&-TZ(>#iHl7WR~mtH+dNtm$x&Mw=8M7>SRrXP6b#UMADhb3hngr(popfq`g{0YPlY zEPQ+egnEI3PSjXB#9PE;QYu~%)Q{%gdS|;T6>$p)n|8fQlCKSJ<&yyrDZ?@srmg;c zEBhPZxE@aCzPmDeyAUZT;>LQ%`NLhQ-g=z~R~(zZ&u(5nQ-bT`Bd;{=V#{=n))u+< zqK|u$YfhfKB5@qO9BJ8_^9^lA`TK$+u^9MsH;sU!!w94$aWocQY-72DQ|?^Bp##Qn zzpaFicdi)3)U~|?)RBpH(e->{;mh_gdJU@PsZiy8!5IDu507DwP zcIkzN^vJpg|7+QyX%dbr=wf?)cFUTCl_G_>1L?M*u$PPh9$`hn-r=r27?a3srHGqRW%)k|`3oZ!? zP7Xu?LP~H>ee9>#Y1O(Z=3@QFPW)K5p7fs9+($vTbLvOyL|GZ~D66Vn1rKwKa%=MP zL~PtX7^SO{Y=tz#c@*Q6yX)&TpR;3z2c(V!l&|2a6l!yq#}7pV%h(ZzgwkDZW+vo% zctDHeWU~xO-8pK7Og|O=plYK9FEeS<<~tEWLy(go;y3vD0U+wvJWypwrV(~s1S6{ogwO5@M>9m$4ED}@%=fpDvd7^V6V z(w)2rn$1DYG5%}T@gUY^GA9248rL>*2e}i1z(+)XV&m!c!DUGv0tV;fIN+i9jNxM0&2o;)X^x(U)*L z*+iTkBwlHlcJyNfQwvx%fPJD}^aIQPIhMm5d- zT0{4AEPTa8*WBhZ#%Kd38h87MbR&|&Dstj)1j&ja%;}X)nJF4@))$$vh;YZPh7Yf z+=w?4=_A`DvCo4w5m@}mH>3k8xuWYG?58~qW6GPV8z=bzF@}VkA`Vx`q;cxG2WVNT zt*Ub{5>Hq9d3w&C#1jFK@l?xXnl{e2d$b(H9H%R|n~{&(r_51eM@Y&H%6LTHoTU;m zJlcC?MB;!^Q|C_ejZ1Xc??(X`T zfDGl73V+MJ0nz_X!VgQUPmA6rs5hBw2utv5mb%Os5?LFt(NZN<8L;>Bh$$jinUaMT z4Q0^u&O$}Ldcxk-S?kTjW=ZoNHhFUl(zIb%b1~(`XndKHw4e{0&j1m$;&eFHs+w(= z;Avoi=$)EacnzvlCmfyKxKxDjjj;-sL@c$hgb;Wrg?JHDc4F>6qM=f!7;3jZbe84C zOogsEH9Buq3UU3W3^LD#XWg8e#cYSZE?GEXGiFjOw0rM2CrY7G!|@-v>07fH<#Om$ zYA)(y;k|ww(hASSEamF=6PEjW_gt3s>&J-yZqgf> zgpG@a8b&0nqkGJXOQ|eSzTsCkYU~M7a7*Y`l}A^CYlj{)ssH800wtVY7=I5r41^_8 zX)5pKICRMAtTol?=t1ut?UL|VKNNN-3NqHgMU-hGQ;_l+#HlD^&q;*3tp)|o#M1+IM6C9R?To--= zWR1SvJ0trv&hb9dFnloZ9937TryRL3Vz6G2P;kjBqDi=jgEYX~9=NjYYs&8XP$hCz zfWajB^{W21u?`Nw(A|Q-ET#|)R%OSCLk|=lD$p;mc7cLDlO|c36<N&k+7Cq_X zBtq$(dKZ>g)muuI6{~<{t#Of~A`OCk?6%JVYB34pdM8~g>*<3~#p2OVWowKLpCN+Y zT=xyTD@zwvbI!?1I;~?0tu)-mzb&LC(I7>0YN~Q1@GFP8aQB|h#I&vJkStWKuC@9_ zAV#-rD5?OrDZ#ZHOfS5R4hhWL4IL&-seiUXO4Gzld*;WJr3EDUbE`8GnR(_Fc5W3A zcIxaYxZ-~r34EvLE*59m2Dm*+U~CG32&aO2t!5@wAj{}T2zz^hkDuSC9K2&CJl2RH zl5ETUT(t7l!h`Qg1>}*`u6+dU!DeK6fZ1){r}vu0&s?L*y;_*$NK#9mS$#`TIybXs zadtbKA-eebMBg^lQ3FBBl%`C7K*%C)Oq=U8G-H{Nle+xQ*WQ%8v#>;$ja|y)ekdwT zidNk?1j#pp6~qQesK-M?Kq{D$GmE)OxpCemlRJl#cyc$b2kaV3BJNzw&7YXwcS)*P zm~DVZV#M&u{1`QC$x;7w51Yz#pPs0Ku3WCbzd7D`l!%VvmY4MeHDue;Q5e@r)VelC zcj+n~k7;xLyi^(>s;(DY0^@W!l&36~D3bRdw)G^a`3=4z{VCZLvZ?E|JXECEE^>Og zU&CjUND(I^1q`kvJQaa@b%lCir6G&0Gsg0^ksPbm?sP}*^)bO5Lei85+q8r%Zzpl( z%ngo6KQ7ufOb)=e$=lA&JzOK*OuscIr3`_z>Yf8LgdzzuXp&+fKFM-a<^-|>s?b-*r+^b`*MkRawG=Lp*m{leoUK zsIG%8=}Ok107*c$zpXIZE0`1K2WmJgBZ#fAUiLzx7HEp7ef%u4CoxSDH4R#)pbruL zz>o7CZlLqo*O^j&ta{o4#7~A&ZdwNP#6WO75@=DpE*7>HdH%+ZiuQg2i017=#yTj~ z0OWk_H6lV~T7dZ|1%lrYq|5O28JSKDhfo3uyQecNDW3ha*=cEJ;2$zr(@VG_WV*Ix z3JA=YakfdlB{KfuW~+;P(xAC%(_?F|Q@O1MwE_Y;t(S7lm7sft*rY3T?$DaPZp4IX zPFG3nLxUeS84u?^%%_}lj#Fv6qz_CFHL#}SBg8w$lzDq4Lm_6`d+WOChB+QT5V5z? z$YM&87u~LG)nU0Zt=ANjoXoa|!0XfWLm%6kD|;c|Or$i|H$viBC|-WUCE>hE1_V@} z>W5hwAu1dkt=A*07E6XlvvnLN=Z1rFVXpFhZR!0^WgtR-0SICCM{|hw zF~|)%uOzVOwIk7w^4TpqKT!$w8N(;gMv{9+&n#2hhvIa)SO}74HdI>lpC>IQUb4`z z%&|}jYE19exQU|?8RdxPQl-yhbB1~p`hd*K2{dwNop94QIo_^|CN6+=9d1<7+~*g+ zMv6=o6|za?kGQzTDSv7yJ+MbS*E1PIN1l2EaiBeguDStbu^c#Go&8Jbv7j-^sww^Z z5=w4j4`QZAAFTRRm1B@AcrmVJZZ#whFeaFJ0Q`Q6d#ycc4S4~|fE?$peD<>h_x*kO zSAH*YTWVreI>NN?aMR?Ec3MevRD)Pu1MzV15iW%ii3b3gBUDOB3%V6UpVIyoOhzV@ zRYw}ZmTiYmVdaRMoee79RC_Csl0BIB@lw5do71X>+oeQySU#Q9s8|~uMh%gm(F3}K zx5A4;SU`csXB=?)WaKYP4f0teNWi8Tw%wIVxo+_wp;B^Wq{W=;Ek~iEKONXI@?JDO z8qpMhVTiR~J&1o&79#UXs?QFc^h#kYWaK|DE8V;-KMAOEp*ewrN8`5_4zLJ5BsYM4*9BqE~B2MydiO`9xiNnnL80Nn=%xFhhx zZyBPhWj>`qCaYMjfVpL}JkkfqeGJdmN9ZS;T^~JYpusFy)Fuwbc z8V}~&-LSl{?B|iy!fl*g?T}zO!xT7I&Y0YpLlcto5mDf}ppGrR5!nRXGalj}lVl-6TwXE+8U>y-<8BHWGH=IXfA}T(g%HS8iac9~jO| zGyiS0i%V(Cvp@@u%DAgaf+C`K&m8K|xpVIW1HB(EkNDpkd0T-ax^eL(inpYQZI_-% zW$mBo@g1$sWX-z)ZgknAZ$A3ct2iKvj_ITb$Vl+Dx)pM`1T|Ml2~&wT-Gl>+bi4V` z=H$8bWDu9qu|8v9k@U&QO@pu1&ynh7NW}K7S+fr@ zi1lzO4T3`m&Z(Q%PGO2pj}SE1=v$`tm^8x|ih6=NHM1)N=80Al)?U8^_>L+YNp^uoZk+~hrPtIML|7|AH;z%ljU5PPgaij@14&=NmTSpp>sr|9km`#_Cy-O%T zKh1D&yg!Q zI`WC83qZ^!GBOYOyDJ%_cK0A;>mI)n$ueSP4obo+V{d%^&>8EFwO`FE#t? zn`vfdYTV7_(28ukL}WYJ?Vl^s+8^_$(L#7oM7*1-H^0j;Bc~A04VeV7E}VM;WeT#Q z_~)6`3>LdcFU4)Kjjh~`IrCrq;pX&%lbRyZtZV~%fJqKi=cGi^oN#L+lR$beMe?}% zTQ!z8PXd(IUQZUb(JZkNA`-TG!tYqLA>9ceLsVp(HkD%qe$U5Z#VC!mhUTDCP8L{*M`0rE5e$d!`$yv|^v zRrYG-tGF{@1%L1#F*CK{a3b%J~$j4m5iC4 ze8>Sj_)K(2chjhLiZAUJi?{0GQ&NJ_gt`<$j`Eaq z#?wE+uqZc0{pG+ES$Sq+U(+Z=&%DzWwq+UWp>kxG1a6(%Ke&PRJ~bp~2oZKkT#IEC zGCu-1s1}xPxU=xKL>G*;sR&u>6wKk^D$MT5fHMtch|14F8ssDQ=I!bQv%4%gzeIpz z?Q3!ya_=l&D;I2$w^VFEQ+TzhsAmP|??sELFYCMoW41(ZIbeuK-<&RKC0dZdpEEUm z?WlStrTEuG$+5*K4HzhELPA5US(}qV>7Wxlb$aRbu4PcEgO?pKO_r`{R^8@QZcIlt z7V`~{%AZUCB@#kAdzwwMYOqOBrFU`|SSX2>`F1ltbL-$-dn@K{CN*B#WjfHlA)Ond z06us$nIm|a+YpY}#OVcZYxnm@m`<}rq70ixpxgdL#&>esZ zNQK#al6x5{24~7fnS9Apl49c(LrGDEP~e#G<5(t4s6>vi>TJDQ!oOn{7Qhrxisd^l z=O}0`jFF%c=qf_qTf)&hoD4w}VrLU@!timr7jEWe*|BI9lm|^YMl0W&Pe1-6zuTJd z{fbu>V&Ty^xJF7gaid?Tl86}tAWvirO48ubn%}zpc@i41uAm+`>y>Cqws2jhoK#vN z?c-o!Fu&7OB;KpP6i!==r1oGz4D#WvOeuODC{*CEuQT1_5O?48b#{9erTCtH;V1le z;Q}{xK3)fhv;DV}jBV=uk2uky#y&FEQ7-ROMS<~)9oAc{E(z+ z(_Dx0B(kCKwu|(sXzPGxb79Q+;uW9Lx4cq!xUGm&-b{BW@RRo=;#Mn4PG=yy+Q-K&FQreaRJujVoc+1Cm2xyE~xx~Bn&C-^SpD|-8Tcd&FU zjJ{z}G@fRNPutKj_BDV++{CU?DB}?ZiAq?*-rDLW<16voyaVD^N&YqK_BN2rVsk{0M#>t zJgyfV6X5tv=8w}rN;Uzj4>3hO{VlQUD?}n8X)%_>hIKYtgj52kvtzE6J4d5Orn152 z{i>8MIAtM;PB)I_Ty01ZK@_e*4JTxVLYFi^k{ypBCX*$!TXDn%Gh#LE7qlkch>%)O z4uDaCepY88w$tnO>(=Yk`ARNG)D5>Z%SuywF=jwnoRl?c5+x7=6d_POTO~?nPq#i4 za1SJgE2z8QIg~smpK4;dOMQ@hX|N*t{u9*^RMv>mS_XJ_oeb%Uv9TvHGDZu-!#YjK z2PmM7tt&X_p209-5zUCS@GDO`)|#V-yEX2bsPoP#Aj`QAEsBHBf%Zg3sQ>}bO!9Fs z?}ScX!HZzy_)EV_;?P+GO^C+_B;Z4wO_5;1>K@L05qd>Sb}GnbuFc0hc~@YjM%8#r zLsT-OG2KG}WH{7w;I+Vl{oHxekmWpDQ0&hVaNjP`RfvueZ_sqflzwN}@rga-`c-*V zstFSktEC{Plb70_m$mdkIM9$1B=Y|3>G>AhhQX9fP^G(b-}PA!-CmJmNlST;9;JV@ zT4}btmHu(7F_SXNO9Mt6!V(RIyf*}wuwXo zIou_A#9?ywvEm3eOYx5`(%+bi`w;VyEWcO5$j3#3tU+tgv8GHbbWQkcZhcG8@D;sS zZrpj+R=&i-8AIb9-P>0-Sbc&bkLGn!r7XYu3}6$1JU=0Gf(_laJ==?_slOCCZF95m zKl{`+99*noVpikhDiV5uXSiBWCeFe@?FA4ItOyUP5jtrNt-@CK^{VEEp^0^+<-GUc88tH7MA=_8hsARZF0gfq+;hv&ZWGB`1TQ z`It#h4oIyH(5W^v`Rx?PmT^vqgq2}0TgJHEF~8BDh-p^{#ZGq)izST2$+QM80%zh4Iba%3sdTBQNu zQhNr-ig-OS#w{VcBqGQQWdTonepjF8MAB40g8?f2KVUT5FS&79;kiuFByr^7a9~^H zsaE1^RL7J#BaIcNp(kGwx>LErt#0I~MPqI|&CbQ_lo!LJ5{ys9x|vbPCMKIJsCEBz zMUNy^bq+J$hmR4i6qdAMN)a+;&D_4!H$6}TG)QWd)^Q16oV8h7*(higF+p0TTFQ_dDsJUKE2t1AVh3Afk5{8}|MAS8*t5RGa|q)e z!3}(yMY=knuvhWTvaOc0;`;s3<#~jnsGvkAJXUi?inLT~a8*m5Orid=j z#2jm^kxGPW!Efg`dr_&!&`rB9vKvysQGO7o1v=1kpm>_On#l4`ZoVTtZp(TiCJl7= zwp+pjvjIg$jt$-homaYf+$&*mm%8rnN;EV469hdf z;uL25(Gc_&YXKVO2vrN10nX*w--ZSw6mi)74K@GhRdGoUK7wL7=2Y@o?$!y_PUtJHb5J)d4CPD`c9S<(rRA&V?5 z2i2}lqlyh3>IM8od;N=1lYjUCDYNTgCw%t`MwmH3ds*O7+dtp(BR#4+ikY6pe6vBJI1Dn zuvBCsa?^xWlt!yL3^u{C>eM8``gr3J#^E?8S}5djY9+cgo-gPRa6_^m{)4EYKgZ;> z)0>tV7=CpX@Zc)dE%yx1Zdw?1wr&}iVqhLPI zULs2rVnO*y$C0N`Z*uS@{_lyJ1n=U00_f#U(`UAKkP91!c`pe-!6Bwi=e2WR>-D9M zOURuIH|B|nmAZ^U;G+TT98L;|j(9-Za*69bL9im@Q6kR&);9woKXc zRCQVK{Kxv*(UaV0Bd$UFOPtQ;dXcLoURC_x{Ex25^ zxYj-pV3~&pUz@bs6DuE|lZfdeWfnyU5(a}mJam$e6xoTgbHBbbQhsLE@)&D7XUi8> z1O4g^f+I5vcxI3^w~l4W8s&!P3UPMM$29L+(CgF;45yi#RbQcSj2SZ0PPbvP3>$E{ zSY15lo0Y04^z}V>+fyW3@QD*BkDJ3bd5efWDt00-go1x<87I-H0*<{_&y31GasJFi zuj$HIH*!9A!<4zP4^RXM#jtbDWi8@|aA>Of;VhNKxYw%ost4_TmeVuVbpp*iVzw(Y zYye3)*)Vn*#4$ww+{2QW2UEM0->s$yzlX z2&IWCI&zp!C7)9CB*!9bOi_-TFuWue(|?Oe>{am|?uMG2%4HtKk5lP#xl%V*G!rwmi$_;xM$OljJ#3WHHQj5g!X1b3;(Ntz$XUf zozA#HBxwa==mA}l>2s{vbjfzzaJy(kjne|r#9&mKMs4|ft486UL@7SErlMbV=e9sM z80DuaVuw9n#a~8(@tp~6-3PCKzG!ZOMt$p`EE2B`iJnFZI;D%gxv{aXsQ-l?gr0ZN zqr@vI;Ok~DONdOar%CtueqnJdqABFwP|;fW!-q1RN{v5p_1iP+LOt6-C@h%E{J11J zsmwtbo(^Xz#hBQ^R$T$^jz82DNM~L%dbxioJ-uvKJLUNY@r&StPSph5Lo~)oj$r#* zXVFXEY)xM`x=yLl7CYfT6b+8sD5(<-Aj)gQMq06RXdkpaC4=K&On2u^x~2R%g-(#8~48}=IiiMmnd2rG!9V< z7shZ)eo&*7s32s9MNaLUgU>smAlGdmY(vpcqhotK3H!}L=|H|S(G1PWhsD**KugjS z0VlCueKW;O{vmLu7|tu16QQ=fWt>oF#=4cdhG?Kl=iMITMamJVYeJQ`$aXNNpTNL` zhkF9wz7Ml{{)-c>0L5MO%0+yUrN%jA!iR?4_jEe!L9*W>rzI01)a=$Jmsb^M>Wa#N z79fW))l94<3GF1YUOt!Aycd8~_OU4Rv~~%~AGhz6fHW|g6bg+Uf9;rR!7n9-huw6; z?+T{{%Ptb3GsUo6p;g0L6R}Ex#6-AG?giY@npg>>2md4SDXCB9`?B~dOo7H=2n3Ie zTBPl0l!l|K2~0rlm%WyBxUC3l0AC_hzv9Tl&)hkKgYwKQ!h*u_A6j`_64?~{;V)`A z{_4k~B*9J$4w@_BmL1>!CU+X3-=&fke6!q=v^p9RH4PgHjnW$Sjsl}F^<*x<=!|03 z7Q7VQmDbuiMEo1J`c7T1mR=EuV75T|Vec8G4h4@%ZfR;PZcK~%QalDsz>PSnbJiv- zY~7syyaEQ`nH6m2a!)UM@H)0kQb1EKHpeRYVQ&Z9^>ST}2{2b0D2pCt)f;{bQv6CD z6?{`w!L_0jTGXI<%%2kB<=S<{4%dNWU!u%t9GwjCgywp7Ou2w;sG1sqEkJtC z!;jatSQUSo0Sa2)VmGMSh>P1D?OqKq4i^YR&gRuY^1JsHInf2>?A*Y!cUC63dqKby z>s3~zA<-|i;a)K!_YJ$I1(ZRXv_CG=PZ0|g_`n!vqSmX2Z`dd+#2?7aBAH&x)e#0p zPtq}*!~2yBu1yDyGn?PeSb~gJN2%6U53ynm|A04#_XFRAQ$-3nPj z)t#!mlXh!ku~Oc-f_6p3okm){D0(On1H(lv(O36pE_Z4t+lgEWc6#>&T%G@s8w$6x zxYqzUl4HH-iOH!4)0BomcV; zR8Dw1^SffNdHYP6R7G|ZT1$E^UJ}s;&d{~Yhxlc*gD*kOr1=533foy77N*%Q>ITXWJmxrI zrI?R88LEeE+ql^L!J+?Oc|aN!mO^Yi5Vc@#UWW~Z9$lww^oXcK-a>yEXc}w43iyj5^~TJsq1pYeQ>tDVgweyCXOsG!~BOa?fr*JR)#0SyDM} zkJQBh*YRU0N4zTNdo-NEtdn8^FXB_$X>B(oIHh6o0$isRb+4r_ zj~AvNn8GcSQbCppQxX!iS0|QXoToJ`xdlMngue6KD}8@>tJOUYbkRxEef8{>TDbEn z7@961cYa-5Fv~P-Ha5T@Ns!j-eT@5cvgQ5WjNk~7EMl}sWk)HPN}0s5jz_p8wva}D zWW;ph+`e94&Zsz1(6eyk&*5*7DB#%;T4!)pqP@ifB417@pOKnDf%XX%6h`duCW7Sp z5|u=#wDW-QeU%GT7mAy?ITul58@>NT0a`4`^qng8PjxdIqZ30gB z%}pguys#^fS4KZ{37>&6n+`Yb_&`pBO2{8Jm zy%;Svd4*NU35SJ;Nv@nOHlNf~zz}`;9gXby{Ta(wO{!kWkbwZ85STuNyOq6S4_m`P z&O#PgkX?{fA~>WTwPLhjH%=Tmd+QV#=xPz5ZSDD1R%7$pyl=x%I$|hsr3_H>aEblS!8WpQne*2atmLb5WZ0*);`&+%{NkZ^BtxL_O zF)0Nu+D&;XZG63f^#VGv(d22K`CjD1wgMLd4beJ@(jOb|7Gi{Ux)I)z{ZC zvD9*47OP2A75n7-58DPQO7RIC%=uUEl9(&N+Y*d@#u^3Fd(e3GM5sEwaG!h&uL?nP z%zAv6MHBNdptI++qRDc`c{p!;QIFW=G|%ASGXiynLof;DFt@+B*PPS|H_I3`3c^~_ zFI7cQyrkbkB}1W%STelcT8Uj+Y0Y?XeO&AFWtOCa)~%3ORtg3Ewa7G5G$cHp7_d$* zD3x;~O!(|Ri_?bDK+sFTCY1iPVvH)yq63eITke1L;9BbpYdDxILtlc5V3auC(azEV z82t6-tP-T~2&hufB6z=cE1+zM-xI}k4w+6DLHLmAKm-JPt&59GS^?eiPH@<>d5lHl zu>3N0B~>QCj|_*ruk1W6hEJ#zWq*<@OsR6a;uNA>gqCuH=s!WTF9}7OTK^i26V@zf z*`+z?qYDethXxSibAii?OeduFMEk^Hbq!~hAY(=gk>7T4=r6;dou@PDGr|O)F}$Bp zmth!54i2w(E_a(r34YYkHq{6sZ*ZN|z`=hQ^g3c&UDCFCdl@U$T4yE=xb(Nxg*Rzm zcgi2TOHDdg;hc_3Zc1p=mGe@}Vg33CMW43-&*P>LZ`>-~vrG^ioT9NEta93D+)w-A zuWZ(4?m!KxRRCB#HfsX3LmSE1CyojeebJ!4HlicY_O_x{hE9FZfj5!zNvGJ!miS!N zKll!eSGJF7zuzhaNrA@?c&-`!fp5Z4U-9%GonjX-rGTO@tV9c=vZ_QJ2^WM8I7>J+ z39vq=KjacEPwXy-<7%~>zilLCi9Om(8fTzTXnq(oe=C*>Zi4~41R+T^&z+dcHabpd zQ}bYncq73%yYqf@fg}u2W7E~IQ&~6N8u{`y-e?~#eYDv=0n9AydqdM(-*I^rr-}Zc zTvftd#-X4(Oy6%Uj9WnHhlZ%mP7b(s)W-@IJ<^R$l&5{kX*Z8tKNT0Q8zx|_ zAN#3sof`O$SL8y=vqti80L9b|7L{$#Gc06hr15} z5GXfrp~?adR$|qTm2a+XXX8|}R+mFq1bM+kUkO&XbokAhfYaMPDCBCv!oSGL&chxj zii~?}(x6gsG-N7<Y=lD?V0&!JnFTdlX`?jXWWy08JF8S2&GzB=pDjvQ`rilZqy9>|UC?CaBlItOf2 zPpEdRsB$tjGf6n%M+8ByfIuD>zxM9*mxMkPk2&X_A^Ss&(OR?oe%h4hKE#v1ez2@IWG!J9@Pbumv5T1MNt;Tx>ASFpiS?hL`@9>q zg3`}XOB6sLO#3{y@WVK9?wvE)12rGBn}C*aD1`Pa+#FUU{|YlEN&C&#o6SoGRYA9vTnObrkdcqF;LN0g@9lkvPW z!NklD*%V?t#apQerCD_$G+rmR${%!xWrYjnc6%G#2h6PKGdhM(7%)dzjs$_#X8|<1 zmP%O-CV-SUh2h@X^za1wigw4Nh=@|b_cYixVb8ul!IANgCFU@r-AIMZD$LCtc)^;+ zUN{4ZfFuZ}TQyT@E!Ir17fgvPFzN(haM*JX8w@=Xwl`47U?WQpWMb#zu-d4s-lb7_ znJquI;+bR2p($lUC|S)VYEjHq;4}%=3J#~KPlK#y4^NWu`cmc3K~R)4_zY$JS5cTj z{OcIKCNTA2;2H*!9aVug%>L{UcKh&3p)Q>^J?Z_ikKUL!8f>`ZEKpJq*94tX1SfJf zH}s=^S+@rVk;x9{9&)4^uOC=V+6W3FX4XkgMlx zbSqYjGK+q`l-=v;p}_AmiPb1HvD0!6{J$L{z*>wVm8?GM3$B*JjdStd+#i6( zY$Qqpo)HfN-i0+*2upF>B{ybh?b2u)c60Hx^^Ocs`-F>8G;5V+1O*ckXC(nQDQso3 z1>1@8q4)u!L_sXwcihp7sD(yIeBn{q>J7!%#4h!P#}_Ap^jp-el?KR;BI68gcKK%V z3$pui-!_1#lo(Y@V^S|V`!As&r3bIe_tpHz?epOo9^W1aS)gon;fo+G5qTS3dybA5 z%QFRD&}_;kGp*LgfEsNMtH;yLYmoSy)!+`S@kI80I)K_{RyDYuQYdv8q^#I%`?e0a z!sp*UE(u7DG$lbDqshOQT$0~5Q7J?CYh+p@ET_1sA`UQoITXS|6Z0DtO|M_B-r+uT z@)yEbEfboVd*-B^X4I!SRz#sUWIIV36cPJyIw{4TJ4nAC0%&6P1`Cf>LP&eC;Xb<2 zwy**s8z&bIbodQ4XKv$7u_xre^*Awah{-eT-)4<6%-jM|xtYR)n`wPPMGJPJ8hZ@s zAj@**8a(%HE*IWE8OV-l&5)iL-@=6#2YW`@$0kJI7gH`B?GFzviXHj>pOFvR#hC6j zq+gy9su#m#*TF~4@54t(DcUhd@*Typq0Eu6Op*>gGaNK z@)0BCcNQ(ptmP)NNCAX5_7k86`;dWMwg>J)rEp%JpU-*DTw!LgCB`l1y265m(ZV>} z1uo<#eMpeE6ktG3J-Kw5os4(agqSY2n8rh*00~n_-sP^RoY&$MA+J!IRPbsY$z^_& zQl+7?2NH1h*z*cUb@fKkhuuTLjWjwCCr0Gctiw}rJdEM5}`?*97(lxSu|FnzSa<)mSC z11$R6;xPtHoup$dvXV(=pPnAfvT*A0}V|n~6G9;_p z(L_!d=W%gZ?XmG=He4ZyQ2TG4?yg-zp3;YANdJDBW*(orRU2I@JScz32;>W2 ze}zQfEDFlSX|O{Pr)|cK8C|8Y_-hIrC&l*`h(&)i5CRQ8Jy4_cO)qbz8f_@eA5;J- zh7#M9m!;{mlg8{M*|^8ScngIc00N%DN$r&xWB0-Ve&H-jO|_@W3|iI%nXuxB&d-k?eRuLTO)IKH`DeHn# z%gve*FWNTA2+koC$!}=x_s@Zeahs%K2noJx*m^5grbn=R%O*Wl77uZAhHcPk9leVl zxEY3HL^c66!3jv1y}MKSWeN80D4hQ*UPj|Y+5yLgm&^ovpH!@Lb70;;qYdC4uUp!pcDQY#0DgIOB)Ew+}m*E?&b$H8#G-i&o5XZMy{hakDm@ zuI#l*0wh#Tv=lTgo5jc+Dx)kQC}(9r;RQ!YA8iY_1w6vRS}R@T>$9dA^Pcdv!EZ?G zsEy^QCvK4lr;iNEhU||TFnS`sknSRzu1qSo)PP@zaaFI!K%-hTaQU6$HeG~j6_W*b zgg7c^!qjEUiQPB!FOS64QsKwj>c>>V^(c69&)BY2enQ{1bA!|d;++$9+8p7$*_?4M zS@VAJitccJI6&ihj!24jd1=E*7dT-KnC6`rd;+kj>m4jQAuKzu`v)g?rtA2?%^H&Q z0L|eu4$jo2j(P@$ltv}|7am;=ci*>yD+_yOR-{W}3|-V#J1Q=%zo3S;sx=r0I#&m$ zt!m_?d1XIj(-r|i`;a^l`V$esP9I@wKr~+5c!Y#~%6&EFCwFP|S5`tN0;ZHIK; z^CYC1lmrgNm$@`bl{TS1(3xN6h`*W}>sCLng$llPC_QX=)bWa?{_QbvIx0O^iZ3QI zJ$r8TJ3!e{10z|^#`#bxUKaG(K&f-t{BtC|Fl;XBtFu@@w@E4aJRmHO{?FpFzvkN@n(n`=KCQNwI$sSE#+$S1=7;k;l*z&XiFk zA)61}0HZ81&xKMtC6x~QWGGd%g$LYqlPnN!a6d!2pgFx6)ZL1-W(JFQojN|hO@XOo z-7XXvx1Pj=0Hb0Ds^2%=(|(GZAv*r+T~>lTH$L*3e|ODyxu4;&Doc~H6z^IDA}rym zdk_(KlkmudX--3EJ28gLf**JiS{=2o!pSxpWd4ce7|GlN6j%CxVFKL@C&4opRui!e zf932YQI7kJIBzVZi%gJ25Z>+~|Z|YJ!B;GQsTh5$`Ysz$2 zzXP?wc|m8z%I>+f&5kTA ztJdc;bt;-68f}LM&y|4q@SHais=Q>!y@D1jmehU<%jzrK-RRiMP$((qAR;{}_8ujp z?eIhxA?KyJBNrhA0)r@xm3i_dsm%$VN{8$17}cK=L-%$$m(tgf1A zAo7A7Y+$RR%*w2rGqkY$DDBCg=^oPpgz_c_Jjs2x2p{)XJnuT+okUVGQn)sT9-fO* zb2VZhCEwTfVJ~z-s4uP9%w>6TWqV5)wM3L{TLq;Trt-q|sJA8VKVcLKpv1j*nY{@_ zH{k;C(xP4Uh>&%RC&Q&Cx=KJW-vy}{R3yh6dMs*8dDA7a#6=pXGEu-i=opO+YH113 z&i|t@;*T_?#Pj-Bmn5b^a0Dwa+rfH%nuY5Hvioe8MJ(9({(3`%%@GtO$#*Wl<03Jb z#dnsq(5XuWp@R%Nck4eR3fE5=D0tq{lOBj>$%?9^=sjZ$L#k^tU>f0Vw+T#rvxGjxlKbB!09pXEtrz&Z5Vv23MoR9UI!J^%ppn-K;BqDk){qCs)2`aSLolT>y z0lJz=kfU+&PNl$XIp#HVG`PFynUlF<>@ zEah($w(TPXg&uaaqX*><1C}ulh(llBD657%`HI~@?Y~McdICwS!fEWN%4hFHF>^sh zO6tmE6_M7wx`}eeV9H_hoXHV40&4a4c$^0;SX{Un?fi;&R2I7Y*I_YNPXFN)vj;(T zDhnduwvf-Lo0)C!KyqOnCHD8y{m}A*)kF!5VR5vb!y*;-t&IirnN(+Y%&$`-*vlAH?IY#y_(x$|MnLo=^4#{DR^X z7JPiXYJl;HkcD?EB{wh%qU%KCELzSGsx}{ z#dD*ev~33FD_P?S@#uh6I|6`Wt%r{!pdP3iG>W^I@mYhG7I)H+d2__QSo*qvEv7~& z#ejGX8Gz~6UoF}lIk#r;>V8G)WkFRBn|F1?jrG-ej+g+iaX*>J9>+@O2WgF%Q)%dsl)TC^RVo86})red;>?MnTzR2M&^ z>zWR2+XwHaeps39e0>b99so#xJ%gT6KE3O!ZrF8sOm2JDqQ3?rfC!N#8nE}KS0^+- z%Gx0g@4d-Q^|W|tJ!GU2Z$c?X1NaGOFFCTZT1R_ZBrhLpjq5H&xg z>bKKbgbfvWT-(J==#}%Ze44P9$Nl*jjzR4A!-aEl@5vW7bn0pbLsou{K=*%sEG13W z%!x2YK@mH2hZSczZ`-Wn^%jYA1+k&QJVZiKg`|p-lp*pcvY0$YE{Vg6xSemD``vQR zQ5=t@&E9C}ByX4Cvw8{V^}|FUKywPJ@YK}EuATyoipvzkK%Hn64Z3LxH%$t-ZO$&g zt$@ihFcRqVXmcYa;hOJ&xtRISp(7y{kaysx;lR)lQ;zMBcY3bdnZa9qGU#g#dyZ%V$bX+;9iN?Ina-NgF0ji~T*SEvyCYAD7N{X^bKT z&}uHeH$JIq2%#?t>;kdyt~SWHIVj-6e&0&FCU8>XOX%dd;JYE~^tv&y*L%l4m81Hu z;Yu~YQ1ApOs@8H!h4Ndn*gk;6!C_X%Xr0dD96u3B2M1qUbmzD|R($^yrYp#;Gy`98 zq3_wZ2jDn<0{*5+znzti3{Iaq}B$w(b+Et6)|; z0jXHSbq*bo@wHW28cL;%A0SVFtW0oNH&UgjExscz$|k!ZX;b8ShOIwtR66~nmU!_3 zJm$)pr-E?vcdeMoaNSP+>vmjOS~0YGc$_0Tfb-vw;7n2zS z(Jz2mWwQQc&mrSS;f+$Ze(Nds<4DL*2kCDnD;wGIK27@{Q80UkMT;Eu$-L0%)9JOtX|V@p4g6N! zV@KF$kca-(m!j+?&RRT5)OT5?Go(i+->|Ve1_yS`(Fv1hBoar2&2U zIu(ZlfGr61oQ#8DkB~$1O(FfVciK@s>hVmV{l1LpV9QVsW`bB1$gK|nSAU}BvQ<0` zTHp++8@e^@>3|rILKAcu&sSzj$!j`MJAy?wgA%)bnnwB6m|>Vo0eo#8q5@S zmgN&^lVdm4CgbHGI(yr@(x zbFGw=BO$P^0CD%KUQdzhQ|P|72Ay)%sUksv*kNDszFC2#B)KuN?i!#KWqJBM>xPLk_Aqy4YzOrAep1wa3pmCZ!wM zGOdqCb`I`FO+UTM#@`fTUvk!#vZrQ%&3l|XrFF2nP($}+mQ^@ks)}5?t7d5Fr!2aH zkqzkWOWIh2R`c(!Y{Sm|y=MA5ea%^j`%Uy;cgG`?J14pcIHFH1@-)vM|pYAy}B4X zK7G=_f*Kj}X$xt}bF@hWcB)a{zSPr^8~D7?OS4*Q{D1HiLSt>MPO8C{AqDZo6?;1= z@Q#baw9K)JshG48P#{BQgG z_4h=Ojg4Kr!{YSp;{*QT`q=4n=3vRfvQjCO1mWMass%M+$3)#m+5Xk^)AP|~^ekZA zVml$)Y%Etx!IeUQm3$dgJ1i@8m|JF4sXst3#&-a0rOvaD6qNW-L=HH95_GfiiJ9&E zhZy51&g;t37LpQMa`Zr3E{Fn$*5QML31v|vq91oKewM4Uf`}er8-G1#dr|e~w%)g8 zgu3^f5-3m$ZkmLLW;gi6oY2hNvDU>qo^ed;rF%{RHkA!90ZY=ouQAlh+ju~(OlNmk z0Rc=t=024%Ut+*A8+0dIRI-)tna66iZ*8rVmy&D{Vq{1+bKYQc-OeAn3}QsmYY~%s zj5vhN>t5d*hF5rDH;xF`Da}c#U7bAZyhFbQ2!+c2!4sk+0hW5FeBPCgI&{PV!7-JS zminxNA!mVCeF6f-A1HXrHGKThe+5K@@JLRW5n;%gd2il&TVhz)AtlR7ZfenpLb%3R zPgg=mA{3Be6W!%L&CS4s!M_*A*^Jh!@VHKcO5+h%CB=u@5NbL~O0e>C36>qn7W&g| zV{&8n3hp|diQ$&uq(o~{LFTX%*kPDUzFG%TX5?yf+GrsVJ7Uj)$vOp578+<136jfl zPrGV=!M0%(++k$rRSn!Hkxy>j4=zIABHxr`anHqX4v$-4+_YZckaaXp+ggPfRunc9 z|JEds4CSn!gUMPEz(m2I&tV8u3>1s%QaYDeGbuiSxFfXs}NJBU%H>^qgpdaP;24-{`)%Ufqb_&1~3P@u88`b2Tom(}q3UHSVlSrZQ9DJ%lwhcgwvN4O3<#-2E zMwmf)LTnJ}o=c~05UK;zKvTVmOHb|o?wYR2>(`@ z$BY?pmw2oJp50sTnJx^#tQhl~YZTI>-Yq4ghyQwDB4hid#m-VLOKo$=GJ+Kc{Gu71`*S!-uj{@vY0@p8{h0fySKb$?O8E*F11XSFmz8$!HSh0~#cNZJ3#`a`RCaW2usRahdRpAY9LPg}+7-#{-G$iwEz#CC7YS|~Y?u_?Nc&S(^XG}4J? zE@v5$3ZE>j2nysMoXlS{pW|2(Vdc@je!b&(dFGisx4tJnEObpnhZba!p<|WOatsw0 zAH&dIYZd-)36P%4UGqelNlhgmvI>V}l#1BK&mu!S$xLjX>3jlJ-qd-gB~PjO>43u_ zf$`E`JGpB=F^FM%OjQQegTg3A%AUS`q=84ZU zStcYXYExPEwKMi|DiK_Fk-s z%OG{_pHta&Bu6x~BgV~vu@bFwi>pMwi$86L=-@;t3O!k1RP`qlzy#kB93u93JmBo# z0f>=dKfxpmsP_h2no>NV^3I8;U=cDf?X;QY5p52)YxEEkQX#G|p*Za!SA;FS$<7lS z1kU%w&tM{&)2=(Lt*+~4sKkgBygZoPFLIHv<=cgKC6G%t=9*`AIs_lG>7!X1u&C_! zV=sfeygxDED7xZnd9IN9b+1LQEzesMMVx8wWhcAtE68pAFkLCmNG6&2nY3cG+hAZ9 zF_OX>?DK>#B52+OB>H^^5NVMTsv~@z4 zmCk!ok(XWI2?EF>o7tQyBl5>VI=n*S{Y}aC< z#o6Z(L4Z+;T?vPIFk8K z@tstm!M`w2QdiE7>4VLnZBrFk2dz`fAH zd}1WaSfHbQEInneEAu*4N!I}g6;u~lq*w}AUvED@`JihC( zGWaATB>~1|z+6QRFW; zrXj}Flm_iwGp$Xqb;ZmhwuWu`B_vp6vJ(xqt~?J%OhGdF%83d}l+_(-r5`h}dvTArx4-hD}mbW7&RAQjAIvqHcI|?ry~dR`^h))qDOw`Af3p= zo$@P*S82#KWc5;{<|+r9aHm#llggHGW^IT{i+PF$@J~?(sc_E9G zTLPuP%VpP@t2V=+>6xJ-QsAI><2x^uh3E+YV)ml^Lhv;gx>xBV@e zA->U-RjNvwI#yeBzPOd%6m$+}LE1FZHWbSeh~5%CqPm>LR)Ybvno zM7g5AV$CL{!$z%=RUL?RmmI53nAV&xCN3xCee$(u3pMC;kLw~Dp{NW;QK2)0P77O; zHrZsNm3b^0l23((?*P7wD#CFsuwBMib^Yr|5+|f*)jyM%I7*=CX{$IA1_N6QH+&j6 zlS^*zN`U;G;M-D?C{(TY&RwOs49=9p@H)|!UhXXL&Q^Feey-K(Rw6DOX(kF}|51so zLpHY}FBEx)hj8&=rmSQj-&8G}q z!5cBQLpDTI8nVApaM;k&P19R7%5Cj%<~v!33Nt!>XKv3N(&htHg?zlvu!i;_Zx@^0 z+GB0#jUny6d7clHc_S$;c|4|r@TlJ_?tpnX0f=bK zr#_@4;JMy*$!%%q9;aKsqxAC@fn*jhP^5Fd7!$-HmI??K{!2rgXNMFXS}URN{f;x7 z8(;`G4cIY|tt%~Ci%8@K?bCFGb3`5g8lamTzbpsB@!E2!n+PBbDH&k_63srK^KfaC1w#R$%m1FkdW`lxMZZYX`?Kco1YK_~{=$-^;VTg+k9w{K(~8ufx)Mx#b4oC} ztntmqu;>3g!+SDi1GzImkf{46oX1cI)2mXSpK71m*ri}LxzOq-e3ZL%wR^mCt!2Co zS4K1n60#P;R5O>J)IbJ@A*G9#N$8%4q7 zLpx)m7@msfw@J*CSz=HYh))Wc3!*HVpJU8V(kHRbM*O7nbf{{?sg$g;damuFHhn`x zA~h0_b_sXuy3(YXfUj)~0c!lGi(8uZvfC{d0oz_rwjigB9(ge@Y&?vB+R}wQgz<&6 z*23;pN~Zc|j2^r(#!Cmtfn1%X%&E_~CQQ>XF`t~*<3J3yfQ8|*ZG2B(9GxEbPi*r; zyR0k~ASBSrQ5fSIgJ@WZUErZC8VHs3kux5`l-@hzhZMa%9?@OD7StR)WnXQO(B%&y z0>l*Nr9mYjcpf?5!_k^7pdpAR+owXT0_kf_*CTF1AhLiW!rZ@hRchmib!0?YC68QC5uPUO_SYL|1QL_)(7cr) zx{R(HhTualL(3piSN0JFE<`h+6ZAr)V(kTFai}KkEo#!}FqnCLW12-1(N{NxS&}9g zz+Sem@1rj5KzkpU<{l?(_^}z_O<>*;cRI0U5(&$nG`jq~@9!9Z?^LXCat@C`P?*XU zHm(%Z6v>r_wa^M`GsW}xE>rB+yBNXL8cecg#LJSo6~^`EpD zvU+pc#DpziYca-PG6+}`Y*o7WdkL=#%^#sw((*+G38*OJ>sN_VPs}YrX7wU=YbN7Q zt`i`o#~;Uj<;$3L4(#`?(cfG^VHZQVd2>r?;~_uUZDLH7$@reDNn1Hl$`GfY6C*$&zO@Tn{NZW@j%u91jKSl3q$daj zZ$X&65quKcEc#jki{%R~S|t zN`*qxh3QBBWGemjD(yHl2mcIFLbHVhlbSIcL*c12Nqv->+muRXSJR0LLVuC^gWXnU z$`K>6C-Uw2qVg}>1B(Is!m3F-m}HYvgRIrXCjQ%;#Z8#VcJdvWk&ArBaAgG+#t%{%hEJoG}pazK_UZ-*v#Oyv^-C!@VPe08=39*!LGp zpidFEmrw-PRL5qcs8jK}5>LS>mSgpT%sr$87>})`36s{mRfJQFo(fh@T2xybyAgFrM5K9dae#P2 zi7Tip_OYwnN?y65P*#~-+&es^6bd3GyH8noXANY0f(dH6sIZAntAAVytkpfc%Vtj= z0A$Mzxi*e1&_a53bz=^1uUqgQ5WYm)DC}#&TJ8VF0T$<4BG*OK5CR09X+K6yDk0{~1w%Kdf3|rP}eeRG;R>Up)V#A&K2W z@M+GCNKoq=1)s%VP@de_t}ybiFn+?Kn&ei!*1cGbE~C~T24w-d!Yy}aW{1FDSiDje z64-=&mwR6Zsrza7Kbc8tFQafG(&Egfg5OVRq97b~OKK3WEwPrUxgh$nX3570XRfNZ zF^vh^k{A>jMok^m)$!b3}ET z`REn@l5t1TgO--RWtD|ePQ9ua$z6}(nE}}$k*cC0A~%m>NB{ikNX&dPK^2w1AY+R_ zt8D}i$a${M(Y8k*k3uu6b&{|NRqrZcjH4r!Kl~#kt|m;bWyHau;WGJ463n z?ca@A!aBxAqIAM-;KGdo{i?gxNzvMh4jc zqNfdf@`GhtAZWl1Q1^R7RI!(+^%s>+uKAFL=bM?e(IdlPVL5fdwH0pg3l6wgBj^Z> zM?Ajr-P-O0Yn2UFS3|wxDSyY0Ir*?GdS~T<3D80UYPZkAe#n>eNOjEoyYVBDjo*zS zxi@g3xEi*ln6KDJQ@fLCK@7napM0%rTn{?9h7^b-u06skEd9PDl&hF8>2?5vcr)QIIiuAl1e(Rh z``QjXL*+`#(bta`W&<#S7ilS_e@~q2u4i0_e1-f=0ed zm)|zSilN&8>$E*7T=e*mMFKq~^$Bn%j=GnRY{5qkex}Z*+jiQ4E*NNO42F-(dlvND zZ&7;X57LX=<|j4G(@-)>%eCeKAcTq&XD!)o#$Ppd`QKoZ5Pm)OUI3YZSO*K}P`cj{ z=1b{ho^`x1)$R)u^zF!;Lg4ydqX3iv-`u9GrJ@LlUxDmXlN;ick)bVB*GJ<={U+m_hno@{r*3g39n8+SnORWdhlr-z?x|?#HT(CMj6;RgTYB`=1^z+~<#kT^<=1!WiW?^2nt`axIq7 zpmdZGW+e9Pga+vdn7^&}6Ev8NB(of)=C117mFyNafT8!VtSDRymIp~|jP~B5y~hsL z+VYF>sNq{*m zP|1Nw@*muGE-Sz7GGd81K~}a)+fx4JdgZ^LT1{hx>T|3S^)|Pufk!XHX*J&G4VS&z zD9kXd8__$1fLWTgNPHxdJwMwK+JOuD=Z0KHm+G%r2*HidPm8ux60#Jwp=hL`9j1>w zV9yQCLd4!Ilbc}!XxRy0mt+=R(J4#FU_TM%C5=yq4M7toYMk=?6$x`E8k$5{A1(5A z!QxU0&LYMoKPp;6l2UAv27uuchG_+s%4bID$v%vH&yfjg?Nm;h{c)`$t$Z_d6(*8}3Z4J0i^|C|C>jmKP0^h|4@5WDlOEjNj1XnDdyTZi- zCKgT1>V!7g8;f#OG1z6Vf|ftGr`J|{ez0;jObfh`u^pF(mSyg1VbMQ<__ zfS1i=Sa&{KG#?p1KTj?gIwUTasbH-++)R5~>J4*CIfYN*c7K}R66pVAM{#Bmh#doe zk85xeiF)}uCDb+bB!wXLq(!l@6B$*~YS{0k$|3r>SY@!|=;N{745<;jLf4&GQCc&C zO-{MS_1bBIM^p?Z&F~zulQR@hY-aKCZxv-KKzyx8(R#z=%SvmPWD~&Jpso`O12rKx zQ3o{mc(X@LhPe<(0T7e7t&-)|2nh$Y-ILWHxS}iCo4mP2YBRE0R3vbHEeyCk@@k%l z?XnKkHkKtZ6BWwf<4s{E>+KJza0CPBy0Syx$%Ryb-%w|Q3n6*y`?ut9S8G7YXE?M_ znShiICBc9S;J-%1?J2z(I~{?_!?280MO{F5otfX3T3PK!T)O4bpyiD2?7kg%OhL&B zQZPr>nowklj&e@pklWF&*JI=;PRGI)Si~~)hYpu1?vlRS1grtby2AvwAVg7(Z zOZSL$IMPvctWO(*Cd%DtxoVz3O4RXDZh}7nUYT1>!CE)1SiaW05tfv^DlL@DsgSC< zCN6eFk#&g&JX6fB9Ag<>AZYhG0g9=P`r)-Rm;~!K2FpmB;*QsOw7oHN2+UJ2SNmCgtb6FBvK6)K>%c!&UPx-s->?M z0bmkP*g>^jEFu%7?vriFGkl4>D8mlKI|!+GD!FsskE}S+z2xMnz?8wve=Y5}j4|V3 zL<^OdIlo)VX@<iWY@oa=nucHtUf5{1v;G{fcZ zGznocC4)-v)a>t}Ke8UxP!*rRYp<$uAHzJ_ZW<+CLRkZkJ``pAn@Za22%QcV!C3{f z)7~gnfE$l@qK&fpkY%qMDFEpB*n1-lC_ty~rMd0<;)Yi$w|5N1VNYni&}EPuu=y!`yKoqmi;T)4+|1j z!<=zO2xj8+31v~MliRAmZpqL!%AjmS2C8O&)@pp*)Ka2AaIbx{n!CNFpO(`g*%=i$ zwTpy^+%_UZAYqC(f8*BxrBR3c^P3 z-6*4*G4js1t|yIjcbmkzk~l!B%v>L4B7F>!veh5ecxAUp*twN*G40UeKPT?Foz5l- zbKiXn-{W3QNyLfof*@e34`qXxfSzO#3*{Qt6Og1J&mcgD3`1)texjFzGqye^eh|Yz z_y-4~%O;z38M=Y88nIEHjGJdY`?ALD@M7TSX!gI@4{8hjD>P`N{G(nPUh~snk72_A zYsfN@OC&6hVCTm%XNxi~aWiMk1Q8zM+Snq;DBN^XE6;-s(?`X}22R(zSQax^Zr>)i za1>1b{XurS~i`&{5+Q_3K+EqZ}+5ftD|TF-%hiS zw?QXBB!+`FgDQm>086L{ZrXWzcxSyM1DIEm?4WV%jb`}v1!q6mKor1=VTc#Q3_Uht z5Axl+t4KBs{B;fD{S9#1GSCjuyPnW=4)Zr{9~8&TQ&@KniFwE7Sy#Y%3Wf2vkhiI= zno07H3OIq?#xx)}nTn>^S;i(yVHk`N-KO~f^%&#P@bzGqJIa*^dvf>ntI>0=A~!Nw zl7|FA0x@c43rQEt=(>Y{pab)=JN71Ixal!|JE=`b z>4q(WRU0@3dHpRP>FZILa-t2#%3P%Bg__N*Zxl>BixOux(`H09Ix4?*JEAMg4&qss zoT6JZ@2t58=LN3bhS{rRXmDZ|D2yM672qL-0b!Z9Ppu}AdV%uPZh;j&4 zie%GbHoj*H4(3&`du5*?(Q*bfyb}Xe%~QUlOa+W8)SchbgK|z1jC+ zBrE!z03@ihc!W3N8vTBOy6hGoOJ}1zaoF}ftS+onNL6~7ky9I+@{G0#W+uS49;2u6 z7w9QiK0dyv;+7AxJlv;RU!d~Xr*I~Q{wU!{&c1b5o%jb#{wR6g zjq`M~^Xn0eAc!*S!pd2~9*?^wE2V!goMLi0+DJypM})xduvr^mObsZ=6L`?q&PD~7 zGpRAwW4v~xq42ElqMPcc#35E~CV4UINi^XxwA1iesSG4*j@eAKS)8zAU}<{?f$4aG zaAPl2HnJRIx|K z2|}y*mAiz3Kv7*5Mkff#>+t@J%X;-R(K0f^h7MEeKi;3D?+OU?hu~W0@G4O61IQef z8ZQksw6#vG_m%CCW_Q}ZR52at)`D7!Jtf^VI5=2%1cBV|52l`#M>nuhdN!5a7DNbR zrn&bQro61oA+rd!F^&0B(+uI2@9{x#HK^v$P-ON?h048U2AVvlXt#ssc=DTPOCnww z$2$%ktRO@9SLj$o58oR-G@-!9(NIg?wt1ab1E>1(-MJ+-=O_hBMv;Pfi+)0CZ zw5Ox$Oa%in4yFn@k6VB@9Y<{-2(X9-<)Z_5R`kv=v}pt2CRn-1fDn^NAy?9)8=oq$ zr`A(Wa%wI6gRM5t95EM>^5Jq`6RZP`a$<=XvyyF?i5>+Y4B2Ku8%EzOL9kO8;)n(j zFC9)j_)<8p9Ojr_v}u`=ogCb~R(%8YiG4ck zkMuu^#eSm%9p>fnCY(lolc9W5E%*`c)Np%IQ_+i>7y{XSzSuy$VY>rrV<#Guhx*qNG1utm8a;pJ`xVKm*a_s*;3 ztlX4d64YA}-OhCW)?BX`6{1pj8cmrh5qgAn;Lq;)d{{Tt{GX3 z<$Q`TU?qr@ufU`hV=zwDG@<-XalD8%bTpk!m@1iMl(ZI|T_PY&vFfyh? zX3ggdu3J<{q7RO(WEbXY^&d8o!1`Wf!qqn$R^WV%rUVyI8MI&rJF2Hi z&pck-fI7n^%9k9XnY7*=(f$}X_3Lwe!NAwwx;lR;n^+|~ZLb-lb*WO-p4;6+a56+C zU6)7hLf&u-2rY6mMmLN!F6Wt5>ajVnit&O!MnOXp+ipzY6R{KuGX6%k!KHI>3x`%U zG-k3YUK#6oGbTt#ZAf8Lmb*S!K$Lo z9kdPgIkc)zL{@pAUUKvcEGtl^JC{4zTD{eT!W3>muQ|Yiepnc|p()~Q?E9LrF*sgcZyZ)KM3{ExEYHu1Fta0ikxV6k ziqu&VBnBgN+AS*{r=X+CSavhp5s!Mil6#*VQ=x`fU23Nq!)WO+J=7oO6I%@>=&xF2 z#nHOWO4>Q>3Sk|#S6~pf7P9?+vDT19z8%-0-k`~$_aB~|M!5P4fI!+U;<7WZh~{rF zo%B4FpjG-hdwRxIw#H@L;ZXVvxiq@iL3a-DtR$O}FUqNK3RPT@=y5yefN#G z7rE79NAmizYU?sb?GT@ZW5wv~JhZ&CF!jG8oav);tfL72Pv45y4>s!&LNm(=W>ZfE zqjx3mTdV8GF>dGkvG2B%DjX(iYgpl+FI4|=>#}7fOCn&4Fc?h{U0nKHrtE+vmyh-w z&Cg+XmUexY`Fj~2h|{&Th^#s@mr&a_?P+eKixuZkTco1yGDVTHYoSgfnU{aCCCCZZ z#)?LzpkoQZnD1{ zOy5MaCZS0Ma-Ny}o>kebNnE+qLz(j@FX;f_eM51Sy=bb}1l(YAk!f35E+4Rbd;1hm zNNgULg@i#_(&O^<{*C$`>=M}@f2aPfg)QC79#%F3J{aJB@Stoe*`Lb{bdDTUNxwCcTl z?2yo>3{~irB8^^1np=2=0cBE=Q$$FzACXs5mzw``7r$8Lz!#c+gnw0@+gNhVEh|es zln!ZD8=B3vrPxk#V7(Aq(tSb6&wgqG2ykM!GLMfhj?G3lja&Bfx zG2>@O+)oL*L!H1=8Rf8Pf1|&*nwLxD*QLB^*IVs$f_X$0IBd1=`7rQe+z+#YmW%tP zbB4X<_?&HKGxMV=){sl^M{>%k&UoH4XTBuSi0r7}#|h{9RAPs-s7&&}Ww=>{y){ni z%AKu2@{;yt)+p`|Lsv|ceJzSLnFel;OtC~&C6gOmw77Yu3G^GM1cb21+%52r@-HPd z@vf;f?_L*7fEvQ{zI<=~^JMyL9f-OIDE?*PP8b$eW#u#e)tW9|?+sgvNOnn|YTMh3zab(TQ((LW=bd^vDqWaV= zWw~n3f?*6KVME!+N`8dv56l3DD#3ZqgGPq?cKqX zsjg{1XKD$7r|#|ysRsZ?Sby+TBnuju>^(AgWe= zRPHKFR%_lsCmEk=THVBL;VJMdDH1@HL9%kB3TlSf3NNhm#;7&GKl38S_&cv}rvEE< zGf6?${2)744{J?3lbB4NdiCXwzeWZWcjwe-k1g1b8Ucyf!yMg$!r&8u4cT2tf&RK~ zosOqh=ufnRcWJT4BMghKeb0OwEjynv29nb^@S0H?Axextq@H#SRPY6zj+Ux_<93hX zMN{tm9oV}%@DF#4Q0;nimP|%J6o*MX#b#kLym9`G`N&y3L;4-$@ZZEnNsy2b+24z*A{X8h)kzv_il@@U8NN>)x~DvfTm{Y zw>;-j=%yt~5*H=Ni8sBQ?#{<4#JvCAfCMy#X-JL_?r7{3ce?>OcD)7w~Pa zl#@1Pi!cilBVyHM#2>rX=|N!2XH0eug~|*Fe}gYJN(nOZaYb23G{*XuWB0L)<1m9A zY*Umhy-hAX zh#jQlJTn%MCf;n?p-$CR-Wi*^$}6o3&*_-h8fbt0Ql4jyt*7N!U4)_T8KC*H)ks`dM3@Mfq{q`*1y{7rLH&4|LK;&Ae&q zBx!Ady430bzz1afn#rwEwLr^i7Qta#@DDqSr-h}m7)_1+rY<;`uVAi&p{SPpA<7Qv z6hHi))PTZRjb#nO^3{ zwXP9p?)3qE>16eBd7K-Eb-kTii&-$*#-@_1yIL8vQAua+`_;d{OR7O5suZozTouw9 z1&*8R>6?KEP3g9|6>r6|0`ExU)LgCzntYopgv0(AJk#S5ora)BjTsfrW?>*_7U3?b zw0V|or&U%CWxoMOX~pDeS$-35h}zNGCI2#xPgk1Q^|@_ zq;2xDw$&(9-91n}!Ok=9k=+WjPQP6}fn4rZveV3mQvdyiO87cOf}Ex14ilj4pB*=q zIUS=O3!dF#x;|bWro|R7&tfQcm2uzj+m-JA9AR?P+^UsO8ZC6zGF77G<(@fU3+D8- zB7SjXBi8Q8(Y-7c43oy8+|z1|im6U{!WlsZMw3Y{4 z+*%cCL^+XFhSAE>F?WOc3)tlb2ES9Rs79f$n9@c_0c!K470$QLryzs09a2WE=XP}RcJ-D*jg%gG4ms2lI&)#l^!-L zktr`^Q6^Q$YFP2UTB}RxEMr6&+P86pa|VC+7c(j7FQyXPdX7|Zu5eVq7Xi}Oir#Wp z3OLT{Mb93_5fe%*^=-XN z3A=8DwyK|rBr&Yj(_N;gfG#S8$m3Zil|Tc#JtAZesbp$GUPA|hv=^zN@gzxveDQ+PHk({ftl&Y@Ys{A9abi+@J z^N&NdMaYXwa?t*$m6#l3c3n+T2Vzlt_M|IOVHEOJ4MpUK>9gvdN%kL1yF=#3Nl=Vb z*KVz7rSfwV(=DFpi_1L3YAVgS?;Ah3doIJ^s*HbgYphYNv?z@K1~!R;*7mM+qkDq{ zx%n6r{0)r%aUjH~F-XoXVs>_f4_Br;9rawPf^+lM`jzR3g>lm)+CwL7DKoo*U#F|n zEDS{H5t3*=$VAd^cnV8gp0AeOP(&DqBa0J3j+MmX6cce2y9g0g{Ree0F*S`W_2+>F zT7&UPCSr{6Y7us#Liq~x`qo()QhL4VjZpt6zj&Z>dmIlBq~X&;O2^OK2~Nw#D}>1_ zb4d*?DwZFWFH!WTmYI-1uknpm05o5O$0aVcb`9q?o6}{T^)S9czI&Wb&ccD#9G)^b z_LSOL1-6+Ets*3{@^2L95_NUIy9I%`6#uZKn4iJ!$sc_Ll5!CJS#w5(%C@Q4`ddOx z=Cor}piJ0#O(MaIypNbT@=oFKjVe-(;wOo4Ds_qDS?ewJV5EC0R8<1GQHJRvu|V}l zss>3ab7!(66Kbhaf^RWlPNg;FiGXivK@VuNe4%r75jXwpH(xh1)@?6S^zzjon(0;K z-l>S3%|aKAQ*Rkds*^Ku&GoTR;Oc7GSl}D-JL<(-)}GP7q%t^KzSjX_3Mp1clp(M; zuiGtD=V|Fe)8GV82icy1ec#-40$sBxP9ki#dIY{Vo+4D@ky{6v{^N&gy+V&GCoD=? zc{Ah3tIg#WQHrXrODd%_)9f&>uTS=|1$m z%6G7xp>o3-3{k!0Do|G8zKVC(tEi~Z9&D+=yDY;y+WcVHYd55a**L|@3QID)8Zt#C zbIBvP=IXCDPkJBj~2Cg!7gHAe6aLYWV>(yGu<7Db(qXn`56f zW4BA^7mL#wbhZv#1b>n5ezQdz;!&B$+EiNU*7eOl0i@*hf+L2i?$MZfg|*3L8kVhD zKOWk&MNHm*R;;2T;fB(p11oDJX;^P%yejVfEikmiu9fyl5$ZE$EvO#OSt+lEF%pXC6_gc z3zjgxti0NMGvSZtFz#8aN%t;WfZOJvI{HI0Qrk*@P*;>QLdGY zZhI9xi6EFEz+AlB&}E8@;FvI)c*9E0WyM7ap+HS}y=N7nP{Yo0KW4Os+V6-!s{;is;TbiRG*_y}5QZupHM0b)dld!bm_{$Ewbjg{V0R{ zNZK*xb}a_b(;J|8|J;ujjbT+NQe!} zvK9LwPqgN$I&9EvI;AZX3u{RWb<#=E5H+NtqMq`z=$sT~5rx6sg6=mGJF319%SBf% zl3zcgYq@Z#;k3$a;57~E8u%Vdn2!Ss0t*(=Awn+@EOFH<3zZ(}FADM1-|7e)d*WJW zSy%InouU2Jz0C)%qOwlAju}(+uu2`!&yeRuy^^2W`b$LLq(^l0KGM;mkzJrTS^?r} zVPEB*@8M)-ix}V!nRHvn^$i3QhXdn?;u}Zbbh{Ekw%rY6zv>EA+wDubxw94^c%7W# zVNQIBz=S7q%m3T1&cbk}&&q2z6BvW6>FnPA9qV@5h z%r$VC_DtQ{YUUao&+c&uo(5T1nWjkg5*fW22FEU!1>Gs((9O!{L;r;@5R4jp7SYm_tNZqkQ@5dle_D}lWY1)ulDLYZXtNFhs( z=pD%3DP1LT)x*Q700Qy87e&VEQdp| zV@dKcr(UGi&f2J(8aDJ%o^50WLf9N@mO)XM>yeS*!7fPAj!OK0DvP;Gib%;P9F;R6 zKxwFjBF-Gu(CgibD<{jY5MR3sH8N(JlGyGD7S5p&f@#D4JQlx9C zpBv9QG$diM@k%x{jRa>}st;8XW||jkaIfuXr;=gwKvMca?D#7~CZdC1ciXX;Q;9r8 zu5xXAeq4tG)nm$w_cCH3k1VGTICE`SRfi5rKrR!_d2?S~(ol8)^8|~t5&mSDtdUl; zo0I+cn=C3UM%!sRO8`MYzQ3lb2Mi$wC27713|B=gF78&FEeV=)C)$vZZg%5=m2{Zp zRF;{4wj89d-xQR*s{j^6X)%6KB&GUNx<``@5y}QLO7n~=T5HTC`&B9jy-MYRE$VM2 zvX>tyQc{}U&1J=d%X{7uYCy;~Ad}^aE*bp(J2dBe=432|Fk`$@TJj>ejVCPDZ<)im`Dk6@GTdGB(dpy%P$I8|GB+Ox-} zXQ+PT)F0CFIKa>>SUPNoclwpMzCIh_2iQ|KJ| zn%a&_v8_XJvbmY8uKSW34MbJ|ZH4{DKnJW7(Nus!$vX_wdrW(e#yF9WbS3;pR@U>P z8f7K{Y_+Xf9kM+l9rNd*H&I}7qEhkXJ%*UEs7?E@wDo6rppQReHg_#{1FsA&TS~1n zJ@p}NWWZ_Fj_z1JjToh8rZk;F5LPAlC;%-}Td0SO+sX|!iC%X|h9{ePY|JQ1ToE4; z2`j!z2^=2}1~MvAm;}Qwh)lJsEpM+jvs=evof1+uwqC9521Xf+v#CJU zxOBE(LJ1kTsOCL%87~u5oAh5ompy7VnsTuLx|G1JQ+X`6pk6rLcet?wfgye?w`~DR zds*5$xiG%T2jl`IG)%m4cXI~?8?Fmn4p$peYKS&dbp8Ek3^9b_xLGe0Q-4i@jw-&GucVZ@iNE>HkVy;sz%B zm=xl-EGdnnrFTY< zsm0g}sm~#$qR7oIMUil?4qAeOC7lqF(z`UhXN}E!-%~mpG@NdvM{X>+xID^63tGK0 z$a|IkY(VG4Gyw~Q@Pk1LYdhn9E=Y1BZ7;hbHCU{a8Nfo#^p(P4Xz=_sKM6Vlw5?R}LB8%?%BKTB52uFa~Sj zft*5mj_>J7#6m*=I%D&7(SuA!aqxq_TH~jls)JrQ{34Z_-05nq@?Mu5r4W$T?x5$-4gB7XRb1{<(gJyZBwcq@LOdp<`>V^w z)|)ooWDQ}zRv|TU2|kM+5q+*|g$n~n<*xlXeEq!dF8rD!1IxY6w;X^*(-GDU?CVV< zIK@!dX#nz8SPmPqf(+NpH)CwZ7zvayrcOM1em@$QACLb;remyo||zuqr=P3Y&z zoUCtMPfK>O-8;q$e!8l3oONM{v_sHey*okCTm53|#Jw#(!dYm**6YF8ZQ~@QhrBp> zbK6m@L$~^!Q^-K3s5|n-5sKCyLKVxLs_LWBo0qsP$Bbx)H!Hy;R0^2KoO!)fP^cGG zMI=_L;^&W+A(-l%J{C^30v6!9{$y%fG9>3VudZtCBVg#H2Lpezh{ZDwU}Hsw6vNbZ+sD!&S7?Ld!oT>4^s{cRv`#5Ag{;aXKc z%K-|!Z}ceZ6I~rmjL|V2RdJFg>lh-F-)J29xHgGhD~DS9qK2o(l!^XsWSivLmJ?yp zsFysLDku2Ud=D7Kr|+buiCYIIpENZJI$^nzFhy^6{-mQ7%vNJ8rp9?xS_rZnmROiy<25u3lp)@l ztFS(=i_*hWJVYVa{A}EaBUDP=INY%3I7T-7&3&MUC%ZZ%2aUC@C3x+MC~X5aSunNE zepue{4Y-K8a2+?GCkblP%$XLH>~!|DB+gS5WGbI3tjLjydz*bc+~wOS@@kJhmeAbV{LcF3sW%$* zH*1}7Y7<7vesbch9HwzMY`& z8t1F=$qo>{qvmj{7dkmwP>q+$=1xONUj50qc-spX>+HDXbdI$yaz~Nht=&S+FuD@7 zI4c{WSAbli*yRh19G+C;mM)xtY0<=3S2y3RBTE>3?^USBDjWV>xf=it~IBEYH_PwXN8po@%fL6 zkL*acvOSfu>xdgL9)zj58M`#>jl?)MvaYzNl(`F*eKA=ju*D1`0fKImIgqWZo;sLO z+BhB&R%SjP{6F01SuIB{f8SbXVHNamoKY=xgLx+<=&q4((y~!ldPo21OPt`)l;!C! z(BR`NQ|MI}D42hBWs$@Yj+s#gWdSBcl2#%2j|PLeXA%48dE1zdoXrtBUKssXvf!Er zi!pE$DlFPqn<;NkD8*vbFNoyBUC|5`@1Ztk8|4+-;5cxd^xJ4V@s0uRsM>R{*E)8N?-?&t=s@HfXrxjMZ7*=by zY5>E}iw(#yOxjH%xlkWe6Ql{TE4<2tqIw9HG4y^#A9NtSg*JIU~7!_ReiIsH^dRg;%CXP={V$bY!gpi8+aQjLXnF@d94IF3eD(QPow)})qQotn)lxvrn~nrE}9 zp(BlMq2P=Rpo9yxK&kel^>O12JyCH<%xt`E$z$0eX2;RDmYGGo5JZj= z$D>y?82*kucQDy!UHG9JJrcw)QwKF!Phae-N4>tlak6Jk**TbhJy~sI@&quuQsE5$ znasW+7917Iu+=zHnFiF}-)LA-PwQraq;+iA#QT=y^)$vA@gY9gr>uN+@sOACCbw+Q zr;_(-_e!DApFMceVWe)vJ zI2UF;acceSyjOiN2e7KmJKXrfp@$YV@^3V9O$BmFRsJsqCiB%LcT~o4QEkOZsVh@xOgU?7WH*0%WNZG*d@-(*e zyVa$(VAnfb7K8Qe$f#!r9oKZP7D8K1xZG)DH(D|;bQ|42bmnwut~~^cz6up|ZsP;b zaKh_rX_2`;}^x(DRBHD?&c&RYc~!nBHHTdxD>M&qW}TKO-tFy}--WLaH&g4e{r zy6W6iv2@&bRL=ZSd1SE6reB4lam^M!B-sRfe-tqPhn+k4^}0^V4Po_CV(Z8( zx$n7JIonK%UL%eM={e4^=$-7gvsgF@)@Hw&47yODwj9goVI-b`?EfkmOAL}|!vE#D zboP^K*_!9(iz!6N*H;(DNEu{g@x#55F#J?q;V_qt8tCiWNaoXRL?`_ky={)nL`xJk zc~HFd+J{#7j^keiT-O5}6@t4RI`|j8%0yeh7J>yW`?SbP@lz+JlEZk_rW>CQSoySs zPCYNM(JjwL(VM_{u!@Kt6GMrPtSVg7Y$FD9F5nUGZ!iMiVI9zUK04Y4AL+60ky&c;eqZ15cS z5v_4IvP*#%#E$Ui+-X2PyeqGH8{TFb`-J=HR&=Io8dyHhLn#G#k~Xf(F!?OS@cCdg z;v;27Op;ISg3nOy63k&Vza1yb&mF5RIl)Xi{H+nNb>Lkf*%h18eL{mkD%*)1r!mBA zTfupFk(@f-uRz!N8-0;Q#@PL89OINQ5_oJ*S0T%qWHKu_($B)hGo6*a55S}BtmW;q z)ja9ssRQ%9XCZq8JLJwf%JPO6wBkOhUL;kr*tGyr^U6a5Co>9Fvu>B8NZNC3 zg+J|EY$TFr7~S@>Gg0)-AJUtY0}T$hm7^*J(S)TN-?yI_PWyx7E^5biU~y z_l-ycPEz~*Ec^f|WNv!SKH{3+4NGKk%4?OUB!)^k9Gji#aGm=H(SGJRSjD+PKrF2f ze}yZpNZzq3s;{%KRC-NsFw$|y+zTO;>1&(@>Q@r$*sbX_u45aSuvN&45nAyHxhV}q zX1x^7QXk;nH0geGt38#TBmD!3kCbiLG8df8BfEV1Pmsr<*l{5|ZpQN?Y>4+%YX+%k z@u;V4ao4w^_;pv4<=cN{uh`v1{<#+ZDIaZF1fBA$l}wA-kgC*jYha$rVunWT*7-N< zUBoMgEQ+KJuwoFM1#ymstiInb1}hAc_3 zu62z#UoY&vs3~)AL<;lW0UDX%AadpVw^M2Z7h&gQaq14238GH3Dl@B!9yol`X8oTw zZX)ZAnF=mXvDRJLfF7%WLskbg5!O)eB{Nd7i@D_+^ahgY%J*ET!jo?DQWoNdUE%pM zq+Z`Vx7XBmzVhxe?KilOP&Luu^wIp(Tr9k64c!+lB%n{gbGWE;in4=3DS+jp5>Io2 zj4RVkxZQg8B89VERTX<8?A%f)Q*zH5ciOch%ei2o^r*#5>dqH&C(m(AL)8HS^*z9O zCPQ^YT|Ay5o4cG&&Wpo)Sf7$ly46JKE-k-7t^CBk>B#q0IvWK^ki8t*OI3X%)eZiC zP4_p74|A()o2SXtC5g1LQBWP7$vka{sJUs2k!dcgHCCo|#1mU?`|T+khJh7gaGmwz zBU1ysh^^>P)LG{&4nsU2EDG2A2qfRwEV;5F1uuf_b4gP&*Sg02myFbW+W zC2LI58q0IN*{J1?T&4R4bfmiT7JYSVID4mQ_)Cd49ez!&M>TtHYIcvTVJ9mS0G%ZQ zXKAXrj0|u$m8Tcdtfa<$RYcGwqu6?0EvRnV$!z^}mwT8sa%umi4Bi|LePm0j;6>F9 zkl9v1C%Qh{i7lsEvqJ3Q(+mSP(N>zoMlQNEpqSNYu2QHe;eav{POuy3V>!DUyk@BaK=zllnN3hgUVI&1l`I!fNYB z;O@B>pX@k&(s@L+D=XK#A)?{)L@IF|u;k+QuteXi7&Un+AT^7&mkB~m4qgftT;cv@ zVzFiHOdeA;Y^XkxX4kO4LPM;TycWhMu*uD$}g4jfXvr8N1V%7e~7{v=OMsP*DK55-s6c?v0Q9S!bI{J}FA)>AbE&`nt<@ ztt0*UlmJ7ul-|&0tf?hA-B2()6-$(Qt@9kQ%KlenNmv)T1W=caXBk|xWf|I>$NVB` z`4s38EoJ?iFYNj~+2uwp#^NjCrb`UL72Wt>?@xnTliG4AC>2Uw5J5hl~zqzJlH- zW`=Ld{Y)7deu+J!DbkP;V##q=LoIa@e|f8#q<0xPr}z$KElZ4ymeUja2C?3LX)~;# z+0$^VhZPTI!ZP9f^7;cB($`J~%3F-|w%O?+V26)A%N6NWLsUl!9m~nkLGpwY*+Gc^ zK*XEGbFRZ8jHw$MkwefFQ9Zu$4xyU4R?X{_ z4CbY2)fh*#4PPz2cHQo60opjCl_l!1pVZikLDyZ|gquR;#WRntQJe|IA&!74SpOn1 zW6NDDD*{DvN|mpyx5^daUnJG1-Vltdte2&ZX2~NqwO>^lpD2a~#W;CZ>C)sT(lX70 zV%`_U^2)W~g~P$);x-h>8PzGETuUEe=+_6o8L5VdaqUtpls0CMPv#zmekW*{&6C=jVT?p6Je7c6wLRg)etXq8-L>^@l zv-GJ?ajVhxEgK@Xs{+B4TIjaob(`yhp7HEkqHJ!H#Q00xc-KQi-a=RKYz?OGx~FW2 zHKzVJge?3+T{UiPs1~}Q&xro+!o4_$R}l1)3e86uSGbWPvXs*+bI@76q?w^1EIv<7 zAHQAGd(}Ra&ZVGqH*t9#M7(gOr+$*`eif~J9;*!}5obEHfNPsVf}^s5tjPd7>x~aN zk()614m1d}P^hH8RvmCZTC0`_nZ|YIL;P)>1HfaxRtjkx=a)WIA`X^&L)KllOM%qWVVhV|{IT*a11?LQctEoAIE4MpQ))d}!Y&lfUtd9j zfffFZ6tk)dC$Vw9+S0-;T?$&`MSKU&0vNUBTu}&(sSZ?QDJl*S@n0mAiqfm9@|EKd zGBO}>ed89b;vM!+V+T!!N2?s*6!Bs%TnX#=D&0<3s%zl9g;roC$Io!L91T^=B|FaA zDo;EIA-;o9B~d-OV0%{)%hmEy@UC6a_2e!m_Ijo-8)dor+oHnGGEQcW{N0p>GYRKT zH=;iVj$Ghe;pDn~QhewnaVWU+k(za`8L4pq@)!Fs(qlOiRl;(1Dc`4PY-8+v(9?|0?7cDGh z-8iy*wJMqN3UyhW+}bA)O#v|v7krL_%j}>LP(@oyY{S*=GFQT;*ZK%u%%yr7ljO4c0UIKDEK2Kh_&+LWXwf#20S$})3B@6aL|!HE;4Lako@4my&`1ti=l%Oqrz& zd|VFt1~=86d@$euXmL&60GIz;4ft`bqLM2k+lRs%fm6-c zPD6~Y)y>$rW7di}6o&eg_PqXd=FLnqvW2w(87yr~7U+sati&vCGj)d6qD z@!kE(=8dbfm5wnFUad0rDFr{CIx+JqY}dp9);w*sc`enFx3a->6@3Uwc{Y6tN&XsH zj0mHMxU$v@R@oh=AoRUF>X}i4++`07K-GmxuWKF5m4z$HBpOrvmM+Rxc@tgHNLYwd znvmMvzEhcuT8H#MNkjL_^cs0SiQCknd!@_4!<~JTmGA`8dcU%~M#P?R6!`L@!`)Xi z$qO@ApDL{6KQdCEum9rl*T@{qoVXT@f0U)Et0n#7jkuqhG2GD{Ad0_57SZ+DHwi^e1e4%Ch8xM;5>#M+0YKN>y9_0z>zoB~!SVS*{nh{|O`HizxM*kqi- zadi4Gid8;W7xx5PoZ0vEmzQ23!&d`s)m3|2$ih@)Zy!+62pE?S&K)0lO9GRo_w$!D$0~7bR z3l)_N;lbK#rn`AzMNRG+X1oTfPFsV##TUa@=PR14I#NLLEC+m})#M!v&E_1z)ZL_- zbG;#)HZx3@TTFwsn;zzjX3IoPoP`m2i%y;k)ySoCXt&z4X0^3)@XRj`RY&j|L>&4Z zax1LWOzb<4jmjklJoQPaA;2f?p3|^WRycldJPc_zSZqkwEzdVdGY~4t;ei@W!M*c81!h5#$6=J)kMfoKz z%Vb?zLGY}yjVNinAgo3b5cSYHsYdX103{q=p7A`tBN38bZ+j|RUT@!xEW!-d zz3eq0!-C53i^W<-7bAiQn=n_L^BgI;bgcJ~)}NegJ|)jZ01A{;4)+SYIcw8KLcWe5 zUlGR=w!BkGkKgLHyZ{eTO_G;e8YzH_R`D!!s~Sxh>VR|j z;`NM$6I_=|8tbvTY}vc{oks=3N#ZOs81=nc z|6{X|%sjYogEO9MK=j;uQmjZ@RU!zx=RqN*TgroI7pJ;GE4kJAR1^B8v8XI)4)%Ut zr5Tks(6_E5@-A@ykh`*LF4J;8uQ#Pavd2U;CpETBQ=J>y-NY?OuGLB=Zt~{yp|r0= zYkT7+s6_~`adMggK6p0Nb*AF;u+ussVqe-@N;UNW@pJ(r_XNH28gd#?a%svF z&0vtXQ{~FTey;=498U$3H<}S^WEVOjuTHy_xa-VEpEi}^%%nc_X~Y3g&47JD*geHY z`P^-0gu;`7U!_N})c1`usIG8nR@tRX zi=XP05gW!3r>-7Lgsvtgx;I;EN<{X&r{ukDtajKYadZzXnC5Di6pTW<1jEkBy1@ zzgZEJHCr4Sw2zRB%y15OHg`WHh^{Zi2|9etXO34FxrU+qfpyY@&VBsK2NlU5*_w>x zU5_W#`<^E`t|p#Cy8b4(P>Jl#l*AgdsepWvacL5t&2wa*)f>Ezy6E}V6avPz{n=K* zA!|MR**oSqTh-KNoL6YcJ`{K;%(|(3=Vo5q`1eN)hJo=F09t@qm55gg3yOM|R@v43 zcNl_Dl{Xd61jL@^ZE*?N)eBlesAl@!<%HZ%YhdL2#8QobK_%(iR2a&aPfp3m3~PQ# zZNa!!opbx-Y{Il+ReW0f@~W930w-pfJE~QxY6KMk0Ho%iN_hj&rz?R^Wo>KK7Vht3 zq7)nf<+-ye7e#0lmMU&j9kTya!!7MI&Hlk;5~h8@Fe*{xSVuJn`cx~SVM|)9+4Q#? z+ThNTT$%5+vVkW!rFPnWpjSEPZ-+?~*<{w^v5`h~YBE3SV~$`i-?p_}TUc4QHz7|( zP|}CyFRR_`JT>D&=wFb8)b{;1et<3uc3{a@SC*Svk~_)y{~fU-ntjXiXgiAgUJp>g z|Er@mJ6bo&Qyufs7M;ksapiQ0lGryJK}tQmbw6!V27Z@vxn-VftsX5~+dn1F^UJid z{vpNZnmQ=0Lq$hldyQ2Ed{v(h;Wd;j!fv_$w&Ic#k~4EQdIbO5EqZ5oPEm*;4jk_O zE#hDcwOjI*^I`dGQ?ibnIH^rOT3V+ro}%CxTlRd!W#3VMyzb`&>UD*?USWj-N0}l! zu_?w7@~%#*PjqKd|ke$ zXO%EX_m+nlD1~RNla}eE2cjwQL^W=%cnOnXskRG!S z1Zdhd--$_Z8r7Vdp%Uhq(KvK}gB=wUWI@p_kvi8{$!X;W=U48z#RqbM%iQY4kvP%; z&LFpC_IGD%LIf)3Iy9u}2@fEl6p3zgeBzXJj$AxBrv=y!QExAw{_DOc{37Go76kf) z#G`_n_ZjP{?jTu+>|(N&reyjZaYm=MaUzDy?d6TE06j)Pr#wDj-T|8-Ei71v{?~R9sUsF2j*|?{=vN@wAy3tWb(_ZeJ0Cg@hOiBZ2RVix9X#L*8)&bBNFgAbLVi zxr8q}VAUx)=l16?*0GnT*+i1UkzUD@6Tbt|@6m)L%B2sDaSqfDlwQoPrRT`CYhEyc zRZ4?Ehp+AXgaNC%dML|xXEMLc9AkNU`f5#?eoh`T0B@4{uA47v_&r`(bahsiKH#A9 zZ{>Krs{i#HRD)0|modb(KAlrJDBicE@^$j)scti)DaMC0a+Y^{2( z@(Q>mK4yH!ryV-_Yx0rY9kA=#b>)qJb^8W>#W_?MXcaX$C5EaBk7GLzdcV-hr7vbh zE#~4Zeraf(6+q;^%dy$)=*lRRgf z1NUsUoEjIKz&W`pvB?f=s_>g)Zot2lnzp#W+cv{Q)Yze(CP)2mJV7=FxhAtM^&hknEnbqR!mxgyfM}Rag zg>y>BYZJ{#!93AM#2zWz0i!2M0FyJNE8aJJ5tsZ8>ASIFgo=)DyhA$?`;cE1x=J73 zA%e=%XJWcp_`H!~V{!Aj+O9k84yH(-u{G^lxWI+q&sy(iRQFolrIXJRt4@OOuH0@@|X+$h-2rC%cUgKF(LB1aXEdC8`XiIEhb?HA?yj@HH%l(9IO#)fsPvBb3R=yP&1BJwb0e0)Ju)mTgRi(ibYy7O@OVW>t8&KaV_{^2nhPz6{|U zCHlLRYwO#BqZy&8f;R)!N!+Frs(VQI%h(duco^o(hN}GCOm4*(nU(xR6mS)Bkka39 zSGU7`%)**}<6?58y4+phj-^3u70{>gN}C79e{@);fnFKc#lU}KV2ZXzSRLsPk_N&+ z&Kw*(meKJLQ?^@tB5PenIHI=JSN#dZhK?|r21l!pA0D#GyBP%EM%A*;HWs27*6aM7 zWmv%#O5HNSz0;WA?eQb;qV_sdqOV}EM1C*8Oux^@XIc& zE2R2f%UAocEKo{Y%zaa~bakHFTFh&j>+yD$y7g{jF>L3)vp0kHHxnvZ6u@xq^GsxQ zx{ybL!<${x)L|AmGxMEgTVA{nXFh|?wtN;N8F9^YqBew7kzV<0$3y)LNYm1}*b@O| z#a$K2a<|)6SRt`T>L={BNA(mYzh1cPp8GX6Sw=A0uWq>5n)gRdy$Z$1TurSR^&p>e z2{dy*bXEX$C5;zKxp$KdK%%0;1mSZ$Nhj}=%haWL7tO2#;~|V@$$|Ie0`DO`J~hDH z8h~-e*Lb-iPY-&OZgsc4_f%Vj5lpGqxQv-X+-Ah8?;b3Tz`F48gVhD@^#+~ z^wpxaI@>R7-{h0g!OAf5=R6u(Hp2tjb9zAE5C}4;zI52tqP3jY%nb==T;9x|EInVx z4Aa+NSpIcyF5o+05PBM+12)I9B1|8a^7K2<#I{qpU>?s4h*RygR=wTqb;~^bK}y-A zKw0q=gKW(Qj%~Ely@Ck4>yT9^chODQsERCaL7lAYD5+HLY}K0TSQ>iVwoAFx@dMG>IZ8{?SqfyU?GkZYwN%{_qAqE>Na?>%aZFtnZRN|zPv zmmBI@ol4|Ltxaaq3#)JhwZN5(bx*bcD09e(y-Irgr+5TaThpQ^*Y_yKUn^(Sl=BtVA&J#r?2F#P=F^E9=qLzcQ@7fe)I#)d#T_cH|=44sgx60+6KaD4a8xVQr zH0KI#!GJn4!RBi%%ruZrn#~?0s5nC?wN24O&Qk2rSK312P3NUa5=Ij?+{*9|rg9{G zB2CnXj(P-W<05+(DVl)VWqqVvGCm6-W$R$rocPc=zU|6Em+XhrYm#T;%>YFZ@g~s` zFr^+89tX|3Z=w37EjULUjrXg`S`QtZ=&TGvge5=FGJvw~Z*ls-N6sS~1nRx{6r@qT z)@1iu7Zvd?X8Dd}uEpEg1bQp3$6=t%CRop4mKsT6 zFiX0V2eU)Og@43FdeX|R0B+Nm>K0v zVVGPRljEnEB_0NihD|+3E0h3@E)r&LNy^ZV{z-N+%B*hABoXDhPdW&LMOPZ-iACbg z97{q3dZ_FO&~LGeGI$N%JFfj0eqiY2th#(V!};C6Hn)TRSLL4wy6?+?V%`fKF{#f-?N0hb#^cSLA5_g! z^ya-7YFVu^@x~F32S2Y0h+@iUkww+pNL@U{r5K~g#Bh8{_}=U-tKnU;fBSriW`cmjBX(NU|?z}5|4Ug=ebkNkFIJPUzr8_F&I z@;^FJ4tM}BlZKBeX=P_Lm>R8vq=O$*jVc`J2rTlzecUV3++Ebuu}!h9K_CPBwmPA> zz$M_FYC?0AjJHNHELx3Ri12+i#af{~jSWeL-HqM2<19U4^23QdbbqxX2D&6VM37=P zaA^5N1%qv^g4x z6P>9|Xy<9X>Cm1NAf^CCCyME5>3k9G1A3snQaEIF`o?jaRxU9WYHDQ7g3VO&w@H}y zY+N~4MYyHzp@XsvBM?0x1jw+-dnXhq(38;7JJ_tUs^C$tp{ydsZ=Na;RTQzV$$3AN z<2?$);ugE%7Y=bU60zkvq3}Pot$jL3UViJqt_Xl~h}$0)?TlJG`=*?Q>6-xq|HhNsrQ>@X^?@izW0k5&W)z;7 zo5F;zXycl-p?&{NsBv4F{p#FA`}z6Mw(i zRE{ycZOUU=GjP<+@F=RH#30^QzS?^OX!h6&1$isw-?pl`{yPi?@oIiT?6&?}p zPvAvsV*u1$ec@Gv5XsMNzty_qlwzow92p*e)mcAt0kp_D6n_Ere9r&7B6 z@=$@uK{OF@U`k=4Swd9+F=t={6FSZDW|3(`EVaU5;BwR1lU&Quk3}ZwHYv>HFe$3v z!uca|#Ih9fVLgTZWy4p7%J(9{?rr^+(=sT)8Yzl${2u#eg0s%+w8xv%atP&_TxM*- zI+IhAxXRMTxDOx2gY z5fOTtAe;v~dok}lQj-17mG!G)a^@$uOQ{+heC!Oz%F4M#VWt!}q%?o-_N-B%I|35M(;mkkL0p>I$0OLBJ+qB6 zJ`bsEtZ-A8iLy|}Kn(&7MCeNlcpVN!iKj#V!u~0!AIyz+0IuiBQ9D8L{U0_ykGO|7 zE5-m|x^N?^{StK-BK=)9Nb9!V%yl1IT13w^P7eKa=QfhTr3$pj(G9^$3=XNuy{XuY zqf~#Wx!ztAGstfJr~gS9vX|9#ZFW*q33Kf9R|8>z00co?A$Dv4ZLy6-?utcYy~ljv zoAs43kcCP-1u_EZ@`ynZaij7eT_lRn&Evn}Z8!>XEHR3^EBrEV5_V}l0FH!w7cjA= zyZMO?|Cbj9b35&Co^D`gGufJ_hKgPI=%$p&yXS-UBd@+$t>O&V>x(94JOI%jt8iJk zznv&tMnI-Gk}4@x3NllIYmLQ4P{e>fxZibb+;TDHBz;E`y*gbSNR#Ej%=(<2Vmge88z~q4f35paoq+K0Da~~;a zHO%3IDs5s~;MPQ<@PPSXNMpiOah9><9nJVAU*5r--Y#gt&{A!|gv8Gci;`#5hHT1`fVW}@lxpV)IZ`Q~Q$iSPe9{Y$O`K{%Ia*3ep&4t?tukansY0R%oAf~Hn@%q@M7}v{C3}~h6 z*heOtkW66F9Y%jJ+|}scO$8h8u)2LljEVFkE=4&<@w-VFr_3Q2L5A?W3bKmok;Yev z+^fEi*^5(U+MSVhBRVmIzGlCV!IDx%pDZGClkpjn{0Tm$jMN-&nFROQkY}jr6WxEp5 zQ&eNEacd)5+ow0DugR7R^ksxk_X3U8#p)E{={X`aQ+1jekhQr`@7mzt=?4!WLD9K( z(7M9S-5UrA{`EB5LES2zZ?*`q_xq4%AiYw z9m5*@eRrOw)3iyFGy?7*Q%oNnCCcK1j(arDxUfrgj*Y~<#HQ6eUYSDif`iE=O)F*7 zDQKXrRhid}1Qiy)2ZMewtfvOF@?vkRGz@j)_0YeEV`koHa49;`f|MA&7=wyOh zaB@~*BW4*!F1f}YV=>C2rv@3li={eeqRuLna9hFXbSr_zTv(oLNHAH~W^YinlV!+{ z9nelV4XAS@F1YhXO%z&Jp3MoNRXR~$)6-T|V*9*ppgk^s$aNm7;Or}bUS9jKVY+1F zIh<5k@3g=(L_40y3@g8LowyY#%L5VFc57GaTcq;JW*yk-X4kPfVxc_DVNfLlzi7!1 ziot(FM1QT^l>jn0YFH^l48Ncn#T8=AQktcB)z^5E(!P>Z~qI9(7GHmxFYlm|M z%&NrhOmduprZuseEtYMF9d?6^BG+^QwCk@C`z?AZb;VnMYIc@E)8R1m@VJ)~wVT~J z;~>n;vJ0J9@?@ZgF;RQm=iYqORfIi=Haf{6eY*3(uc zmNyLLTCm`!K!_03S1L7sa!HF%V|4wBVXL_K^^JUpFze*x7Y)V=b1Kx63H5h|qkk8z zqy23nrV$%KCoOht;unw6ych+l1Ewi;qQpc|Y6`vPb>dj}cZU0#89y!pyR&e}87E~& zTP?_tNh)#rq8z*vMp=L`Y~5VJDN}spJQJXOly+^=ysLb^#J0FoRR^WUCIAI4Vhsd4 z(CJsvrl_*Y>dqNdn(fe*g0>$X!1~?`9;D&IUS|g^LLC`DCy1^HA0Uk$=)I<;L49sM zU%AL!keyWnbaBSeA-&kbr7er0EzYj@u4V4&PHB|bBdbQj<3j-MfAM#Cf}j(fUTiU) zOTV1zT&20aOkju1plAl~(jEtdDp^)408kRV?tsXYF1@7i9?+0uI=U;{jhg3UqFe6J zA-w8jVF%${0o2&!Q#k7V+AGNi5V^xs#5-|EAK(R~4NN~vg52*>9x&LFXN}h%*w4?> zB*AoR)14ZiCf8(A6r=Hr-=Gf`<-lWQ!8{T(qj32)(b4`5jyG1x9pzE7Pj91%8PW)Z zoHY*Gb1BCNA(p`nUQ#ki<3W(yjhm*f4M>6s5;;vADoHO4x^I1mSCk}tCK~cLl;h%4 znk1VBA(YZFpQO#7YPG#7UMHM7v`kP#-ih`tD`VJdV$+*p%*r7oY^)*zNL`iNT!0c` z7MyQWV2};71}Vq!G!2K*+Z9+;$8#PQbIKA^Vv-`hcHK(=MQJ|#hG=q%{5%(l6&Xov zI3PYki5=ZP2vLr(m9!H#d5gddN|FYcBNDY)e_p%_d@bRcoW{X({F5V7R@~`MnrD_P zBsI5}x`DaR;JlsO+4-`*^55MWxzQ-!;4`^?4G2o;xj6taEUo+*xmg5+^9D=^Kl49+ zUk4T7!Ro3Pk$h5#J=BUyH|zlml_jLPSf79@q+j{5t{(g*cJo+_?IOLG#?5l%hj75f ztW*pV^x*}rS~Cv()29mZI>!)pVo{tR?TJQZegsdzl|aXhe&g@a1?n%Xx$ES3=oOPU z4op{pO~3G*7?rr_a#KRmNS2}?IQE#lj$cv~TM9lZviB?4^G4Y4+}o(Ev5;hkP#X$s zZV=Rni!~O63s`cXt9MGUn-Jz8gQ&%Z%<9QspjHYTL+s*CO z>U$c~VO+^SoTMzK%3z?`KhLucpOm3}%zf%_5>BNP_1kd4$?JqZN6L$#Se9a3dg;dz z8E~Q7YEik14zjj#TbZ9qBFP9`+^+I4cRl1bSl4dc@0NrI6zakgA_bgu#@h>WKgQN$bO)n zCr`|Y7+vF)pVc5Sxkv#It79&gJiJQhb0ybz@zJUp<(2l3DaDJuqufh{gVyQg^snap z*1xr7JbP(oV`BKBThk4UrYYa45_l1i1l20(h2AXwYje7@Sf(6{XGZLkht{65iKIiF z0s%Iw8=8d+ICO37+})4294)5eRf`qNKNZ#k`*p3H-p{A4KSka23Rv?v?Q4$=MtvOQ z_F&}tLjkdhB3FyiE)lKD*#V`s`A}N5)%bZiyDAX}jm)md3bJRJ|J;BNzQ|zx;Qs(6 zvpPN-HStcIk%SKJDI|@YX58vKe_|boNm`#EE-%~$@oPg0wNwYe@8Dd{2h9}8q5{1( zufjY77o{CHE*zj>0w?S+e}-FtPi=pDRD4xns5&?2TGe?F~FTM zx&SC(=P4_m3mtw|k?Sz}CUAKa&cg1ir9BI^_Go~;MC__7pPmkE`yyfnW^GQz;TD7q z(l4a4<~}0S+xO;g*{8CV0gMnSswYH80 z`~3oSLbq+=?!H?HJ+5?S245lr~6YkvCeoN+YW&Nqbcan2<7FYqX*K8ZfIBZYQId>4~Mu zpe<~h%<5&CFG4)yCZUl`j3YbUl$qv37} zG7|C3%Xat08cQ=_3v=`~L*m#JQsQ1G?x#Vz=#Gb2%!Su9Z$soetX8rhS!}ZmKDp=1 z@&?H^Udt>hv7s{g3Ewzk4$8bH=*}CLts<5l5iA4+*S0AW2SSA*T+M915`K`780;~C zq&DK_We3j}=(@Bhy4Hjgw#h=gCEYWon)}P`dn`4BZn3cu)zVhk0Q@H@xLr2Ks0Uef zAq(5L`R-V`JzvQi9A%|$yR@D$_ycj-7)mI?1u=D|E4alu$k(pg?iqabAxSB>Nj&O9 zuWL~je^1Zh`X^B^w7E$wG}rsGBl0VrCxZ)oBnSvS?cFq#XbubfPYX@vFQ-J-;U~je zDijvEKa!+wN-=%}2hYTRCC`CT%IxcCTm?;u#}Go0%+5L!YT-TIkqwz#~9s>#@ zh-o(1EfjO94GUm9%4sL(hM%OZLO;@9*by}yNry08T?e2${uruW@0II(zC#(;&yPay zuX8ugl*@N+wwM%XF$DTy(?Jj4?}|o&$lckSmWXXlYMc$3G4e=&)Na@TFND2Q%{bP);j96Cr!#ES!AA96=n-{*`ugFBYYE{`w$}6p zKM+`gOnFY1RT%n!1_^AVUNqYQp-Yr*lF*H zQhCIaQⅆO$B0N^!%)W#pm!cu5WlUh?-iDrBxD4Y(GU8oB4T{VPSUl0uvTmu0hVM zm0gN5)qG-dV32{#Yz0LR9h8@cSM>l(Ej`HzI0cn=KP==SsJr7JKLMxKKRybc`gn^*{^M=pAc zNAsDHBhJlZCj7r)%}MWQ-BtWzVJC+H*BP2Wie#C0ExD5q;hM=E_|GvFQC0oE74;q|7 zpEJ`4;#N8qyc=juIa!UF!In(k*>B8L%s!#aU`mc#2*=g5jYxrB=~Ni}LQ~n^Z6Ki$ z&pxpMqwt2hT|`+@dgmm@F{mJ6jV9>ye7co$n%J_r?O5QIs6ApC_SGe;c*qr|{%B(W zA#D%Z4p@YT6*0=jLBMLyZ9lqy_X{`%TV$n@sV<5MA~_`r=0-IMcYubGet1t+(rb?_ ze559yXiK4>t`_W~(oD^57FP6C3p62z{CYqS{NNT_rq=2HPNY093>E+oiO`mrTA0`> zA08$I4$s;br^=LVOrc;sCXRDCjokvjj9f{0jDq9a1rc1AU_Um@r$BYfZra@dpf0^| zVs~Y(lVDOnZ+$(vg-F|>a>CbfKvHT>{ivCuS&s#-InSyhk@_tOJ~+Lg=q#Q*-j!ej zZ8cnU2H{aoid$Zq;2m9%eY?3_h+gGzNyy{TER>>SkSs|eJ7>4UK65P@=gNlPO(|ta zqfATHbMT0qAkNTJ-q}-mc?h<$3JjcN)V@sBamk}@FJe(|o66ehsPnf~oW(@lfOB$$5hy=%?)mAK9J{3KCP5*Llo{D+On4wJPiq5hTF@vz?-Wqy`Pa>~# zdRIs_AWw-Uo} zY&-86a2;o_sz6vx=N9030V$V;oSv79;j_{Xur@ir^Yb{S={%ib4e!Py7+)vR4z5i+ z)xXJWHdd1TJXPvh-u4kik1nSut##g0Tha@fy7E|%sk8dQvG*80KEIw7v4-3{y{f&D z4%}&fC#owPQH3HTq5Up`v=E`{p$|9$P!je>b8i#2=dlBnZ?s%4-?;MT5b5%W7C3f0 zLpO*Cpg}bM76&Rp?7@Wz1x72vWhkjU#@B{+vVv$M6H|L=H|j<=`?z~&=w&OSJPa0Y zqXeQkn@W}rh*PRuuyw4dw)n+YO=UTig%oO=3}}8DfDvXI*gX){&{> zwq~!q9vgQh$5dkG?O;E_uAgkd^ox7Nl+KiH+QpF`3*9ugXRm@CMK*-Zq(s+g#@)N< zA$HjKMuF$PWAuA>GLiV>P7~=e#SK*)6HZ8ufl~7tKe$t8R-9-ClcP9X_{pEN7FI6> zLop!dG~!P{3V+I^+%~XmH-X+r%Xcx1`XIR!+Yxgpr3uuRraes$yb1Txbp88Mo3huS z>o-{7m5Z$*3aa3(gTxntj%_k!8q!Gx3$yWh6NWS=kW7U$4WcoM{U@>f%-K-)ukK++ z;D0Zh`T!%tBwwNQ`Pf{B$T4Z4VT_Dqy`Rohqn$<0!wm%EETV1HJ!pD!;~3Mi^UIHq z;K;VBw9i1^jcK5fB>Kyg^$}YqW!)Nn)E2>0XQbL)fUby)XlS&Zr3xu1>QF(dj5?-a zrY8zbX8TX{3q*D{KMn%=nu$_H%K$Lk5>F>`VbwyHOb2YZMa8`9psq0p0y43OoU=s2 zJk>gOYbJ+LWkT_4>hW}EaPAHoiYVBK4!~V;O9mX`fvCFBl`9)aqf5fL?Gf*k4!mlW z5OI8y2;JQAj-25U-hm1mvV@0YsTZO*v9mY6Qnez|B5lH|-XDLR)~alEE`~oK4XaOd z8F7d!U;Kb{-An$_#$ui)VRGD(%`Ufhv7%vC&>{P?%A!jwMf})Ei#9CEfn*zBHOk%l zkGmc2_KA@p6_LvwhUKf+#GjQA>%($bVd2!vUiR$_mIV-q#9#x~S51~rttky^7$xa&MV z$ON47u@Q9t8~O?f)mwY(T!P>`>pGmmmC4NtmF|?-N>at5m;f{})Q~Smw3>?{8dDh7 zX&7A4tKAA8KEI$ZVk(#}7J|HcIVB?qV!kr9|mO8}5M7{CYur7qO z9q!wqykpk^Js;TSc8n{i3W?ZNbNUXPHmG-=R9CnR;vAGs*wan~PbIW?(ZV3t3xRn$ z=m+Rw`xT^W^Ee?$c%i=TD^z|JTQPfHNp^14wy#tn8zJ39Plz8pJw&HcN5-R*mTjKV z274ep(AfJvEvPiF@fk#KfUxMH&NKPAyb7NEF$*ZXf(`=Ix{YgPL^rn-4=DMzF&#x> z0tDj7xD0D8%3)0&bqmJG_TjBDbbzxTz(3z-tj>(gVn24$+>vh><^)DAw5LlrPU}9q z-pP~$zQ!TO)=SkW>%E{-H{@CUh1<2m1{l8UC>;;9Hmj58QfOfKUt30G5e6t+Dw!4|UAuiYOOemCF{6u2zF!x{@iAps2(>w}MPr=G0 znyG43la+;KigI~!wCb8#MsBxgeY|tQTwU?TRhX%R*zTGAFy9Wm(b8pjK9xS=B$LAy0w7$2V3bh{1J*G5{BIf=-tHJ- zWN6fiuy+oFHp@y_Q-hP&pFYt0u3Ibb@|7h#m90Mv7&LG9Kx>OnG4WW?MlQNG-^ICM zzOM9LM7>kE*Y&<37XfNbaH*GdS)*__m?24qEoikyJ4* zMMOE`(jVSr&`UZt$D6?3n)gbgE&K(JLz7Vlc7*>APuMO|ifcjV2{aWUrqgwcCHA&P z&z*w#81d@HqR{7xQxBcFFsdZtjN|zOOinmkW5eoN9ND1%YJtHx8%l&x%Pj`sd}Lhr%!+ z{894|LMw#5lMYorOQT{{Y>+R_nG1HsT(_i-udA+BO0F1g42op4mKCg?m@zC1)21sj zNH-O<9T^9>PwCV|;ItdIYEU<0^?;BZKu6YCpJA2a6eJ6kFqz=lal%WZX+g%UO?z@( zrcR{vY=cQO;ITJwnuhd@*7DU%+XRd(;YxOz0O^IbF1uVg|68c(5r&v0?}WjR%)d*syJXUD9!&132J-Z^(lXB$n8e`c^$1AvKo~yFk=2~# zNip+Wlu2i_V&1{0s+|t8w}hTYeR+T3X!8|sl+Y@kk}GQ7w97a_p&^Zrb~@2GAC#$N z_T=m38qgbwemp&q)kEfs+vbigq+!7+IVR@bY(_J%kBvwABY?|TB z&^81vea&mve7AzyBkx^h5S}`H4Ojm~(UKuTv6dc;IRB%3~QtbdnLgIA>@j)2Ko7GSck* zvK}m#W`wrsRS?fKaGBU3QF?SEv#Pkfw@Ct-l_l`2Zwz~dk!0p5OE}8E`xlY#GcN4J zHAVhSE7iz*&>8KeJ z3&Dm+%Lv7(iu5OY{>F@saA2X4_4^zEpe#@H4(Mr)@&pWyA^A{sLgQUS?U1Hu?oS0~g zo=3IK)x|39p{rN~2P@@L*K;ej0MLFF&@q3ULpFx|Fb`5D&Ro+jXubQ$+ud>LwWFku##bty z-pac>s7-xtPRWaCre*+43>BUKa6tv8=#5p5xZ~v3kK09gmzb&_^=oShA|GfT=uge+F><`u)Z5OA{rSC{5|xO9SUvXwSEAC(Raq)9Qes<-Zvq@IUj&}1 z3mk0@gePof{>hWM6g*!5TW{R%IyxY6=uvRqN?I-WU|v@X?^65&2)o$fe0?sb$fL8= zQkD4V|1-{?Q584!{gp|sfbd&EGpk_NjJsm$&IA0O|8T1XV0B>~m;!H-b;p-_IoKLz zEK)q_ez?po66HJ@g*@t*?e^NpR=j$*v#yuk9%4i0X_JKIln=YOCI)F z12MNEs>lTM{sdVHi|1h%s1n~kfTMccBHyX(_o;YNRG|G>HMR!ZB^!y$=3+hY<~CH1 zYZH9?D8JmU6gqBCjnsxQ^cd~U9JqZ76ZBwRgh7!(Rt%G;&vYrRv0fJ9NkrnU6i1{9W-a z4fV#)>WdUu2_}j%YAl!iXuK z2AJhM&9;2oh3Yy9D?vHAi7qpQ1FOSvDBzCr-YM%7drgr(%WmN^+3f=R-?f7+cU-Cy6JlssB->)5J3oRG=2@0f?yt7rmt*SwdD8TvMsVDYp>wYm{O z>W`}!`m5*A@oT2{2yqN&a-V&b-br6cA&D?^h^^0WA<|&8j+oktik(|tBtA;(9_;|? zvCQA?Mi+<@4*7)jgdI(Y4rNkE1j%Z8&k%6u3!SaH+#L0uVfVw+FJ|0=q%HGLlKazF zPAX8(6_-OVz6@G@VqtBpp!wLAT_zamZCg-&S0spS5VX2KV5S?H)OsoqXyHC(4xLiI zfOV(}y3DE+^v{mylF%?;OTgTe?9(fsu6V>4LSsAS6vqo7G^d8m{uag1d4w5X$VAjP=@{u{t zfZQz?>B7v-guM+&vHgtWfFV8bO;O&`{FrWKWwdcA#+#<+n7GwP*Xu(HqE~)ISt>YL zLba}5t*6^5eoSxNQjsrC@1lW3^kf*Nn0=xO2&Kzj<5Lt5PxpgZ1*8KFRMjI8@C(-_ z@`osks%qvQFFayW6zGy$Vg+y#aQ~~Lr)$4e&GFFG(I(%C(2D=tlx&&R@EG1}R`h+V zZABkTOoyuH$4fsV3L(!j@U*rfx3DmfjW63aY*M>gcA|&5*XYmdyQo!ghzw&!-sIxn6A5^7F?cir&nq|>UvE$FPx zq7&hrLZjSwbPl+^XbA4jJF>RV^Ti~QCWc50Z%xhTh&GYQdk?!Y^+83jP2+0^N&Azh~n_cTv6*SLIl+Hw>A!WIg9_KrSFXvt%1ST zC#=|zJ!kV-gj3F9*z8gd!IC|ShWJ#t@t&cy7r9a}V2?B0iH=4S0(vP)p1Uvl8 zew^mh>u=5>N_99C^Cj(8=4m}=hY+fj${;8_j?}6ZgTHC2fzKGur4>DUIE`UZLTjIV z3ka`XvR*mQj*kKCjB%``J9OI+YSd8HXyuD=>R=M5i8JGTH&DCT6Ss$Y*?$c~t8^Y+ zN_lu@Bn!+)+ol#fMJAD!fVCeykJ{gfEFKtg(I-eCg6Il+O0u>_0wmuDc|XR%@VkKtFX@+F z2x7Gp>KOjiLb%TY|1s+*1&|p9i>eYl>(XXwACqd%QmZ9ogHM^p!lZ{R<&fZ4$qytz zD3oQy{#U-ij7ycbTW;9$PzY`MfAy8cSmwf6+#D7)&n@vbP4|lGQes3e zSEpAZ+Yor_jEVtLiIX@jgHlB*L-Jw&v}&Tpze9HOSdaB(d|q6rY))_4i2KISC@ASs zA10F*?HUX{_tL5G{C_5TA5+bnN)Wal2dvAA&SFvH>QNVE!?i3TFw~b+6WQ>|(d*}4 zJC?1!MQdau)4+~Q7CR5=e<|ovgvD8uFw;%NN?8u#dKYr!KJJveww zmw6)wN|CyecI*L#hkw~f2w->X>0-hu@NG%bXhTX%4<^VGRI42dVid;wc8 zp}Dsktm65~)8_o0Wra;cum~^QYyy$uSPm9!K^}yJwmjYRgw}fOy16(qa9=4fei&Y; zoOnHc+$+KdFi`kpM}?9_EiX!l=Tl-K0X2KKmJq4f$wZoKw5GhdWEERRr#PIt&%*@5 zduO$%sE9~B><_=k%=>-sGL*vA7K+%IH=%+ZZ6O%7$o9bjA9OhJ^=Bx{7td}yF%8?y z#pp})F_1dkoVCnCgbsEo`wKpNd|H6J(UOPjX^{C-IXDFvYl9@k0Kz6>Sw6!B)M1RI zoBIWA%L=u-ec)XIZ&)K<1Xk1voszM8;({Gr$JhFQv~{PTfNs^rPYmlMp9WpCD2g$&yiit5y3v+ic>|R`yNu7*aHE38VOo#;3+hydk-2sg160t01|Ry3fpIRnrWq#N=DpJXxK+pmud67%q= z?gjs)N^`@Z${($1!B>{vbGqwUUt#fx94ul%7vT*m@6&M4h6XrWo>0?QaNVzXdUxNd zh^H07GnHbNIJ~BwaN3i3Ji?{f9ZJVik>xc(!oNCPE)05dNz41O8w_LJI{aE*#AxL9 zOCX!TWzZ^-;+X2Zdx5MaR%lIH%KG>zlm zOSQ5>iMU{HE?(7qo1|NMzEj=)6xdcDX3mrhCp9-ba?{mRjOM)U-p~4eTfWi>NYZf@ zQ`~zKPi?)kpNp$r%*ym%;Us6DR#C-kp>_JhIFSRTZZCMg7}EV?3hk-QsSD zDwOhIZaVG)-av*F87>oX8(khJnOxeTB$oDD=LAqzLc0}vXGSQV`jI;+*TR1DS>~#> zokN+Z=B1?Qg8)@mp2rru+F5edRb~3+K)Wh3dNww!YUHqcyjtk!6}cD=@JX6dR?ITo zVYn5oc?g7zm0%$$MlgO=)?Oo%&~;Exa936cu;KGa?eZ zgQU>o`-y_r=WJ7z3`c0DUQPc@#vH2KG8^n z!qA=5Vw0Xvkso;8mD2fXRh}JfZ6?1o;S;43LFA;uQLSXPFMOSL4x#e106r3c-wm=I zi@#vnt-0lKvZoxtU zJ_pS{CVDE(hUwi}NKW^zByFzw&_tHLHHe>VIv~7IW!!EsO7$Msw9V$0taT@B?8n|M z-8H@8vM*$gNibN(dAQWO8!D!9ZU-CL(qj@WZr&%~ckV$wo2x;nTKfJXuCWEek`7V3 z_i^XoznpgQ?1RW6he8?uSkdX~C`Oywa?>=xtYL55B=cbU8x00@s_EU9pUV#wt*h@4 z`S2pK7;>goNbH?^;g=IimWjPds@G=~a zL6xfAEbCTTKhsf7y$(p!mh*A5dYV-wC|F%~u6q1Dw?uZ13#e%#Bu*+ORo(J-pdv3g z9B^F_o+;*Be3I|=@YpSyZx?VkE7MV~7ZQcN6PzrL6A{T^xK*TU#IuQk=Rp4Hc|foX zPpKbfdePB2;YZ-}R(Q%x`Pm)0%^qI4u>}!?zEkCseWlyZ18;LT@ybAT#emD=j4+*X z30=h(m88f4p6@3e$%lDdmuZw7eKLGiW#Pj|egr#)dYE3!8rxB`TRCevjD9)ZOPa4k=>PP6i$x;;FK)*xly~2tqcK$96le9 z+uq8cd0q78&A>jYH3~T*wFPr_(iP?CdO5AsNPswI4GRg=Aj(Ik)XCpIq<{YX1b?>$ zORF8Lpisu(R_QPFsWP{kWd|F$aUF33I_^O7;)rmj2-stYX=&9`+;3rjW?`ssqPIaI%Xv_p`Y zwLphjCSN$Wx=6}m5Wxl<;vRa6#Z4UalR@6YnD+&3@NG&BqK5&PL@i>xr?*^g6@p3bN%^O7mW9 zG4c^MO}a&>LRrFzg6@h=jl4@xduLu5EZX*!pR>1%9E^seb-aQpu~X2*Y4h=&HP%*F}>*Et{F8a--UeTuznN@9h>6Qw4b*-tVDLAY$$)<_gc>$BDx;3vYKh_gaMsvN04#v1C#{8;{GyFp0)68!TaGLcYCN5R;MyCR%v`j>| z=ty$&KGj7AzoN_sM#4xRD;B?1c&nhM2;o@7NclCeoUd?SG${r8z-3{v!vY*NW$p2d zeA=_VaXZcGEr&p~uhpVefWQ4i49Ua3BB||)Nybfuy_NRAAPzep*MoGawu!RnSmj9V zjBLqS3ExslxyY9h;28-Q#M!zt#eQk5`@EGCZP%t{yC7{#mYT~{V3)p0ukYsjR+ZV3 zadLV?Yu#sJFyRxjZ;6H!)Y*0E`ckSip*KDkvN)8xm;x$J4XaMpj$ye-80Ddy&lm)D zY7r5nzHiseYbPJnT4}nM=3JGpS)J*6a*j1X)a$Fb^;LklIcz+mashCb-4JixGnpA@U4f(RXl75^+ z0p2edgvxb=kn9V1u{I(Q%*Do;qrFw@g4&B*EL#|I=AQxM5QEdzmit&sIqXUmR1*<^ zpg4v~h0avxQ0|aYj^7O9-9E<9qc)tt0T|Lb!^x!daZ%#H` z;1nCTN$pxY8ZdPB2=sOuE^7=JNna^Z2v7&^BZjq?fqtWgZa|DIJ?q^B-8Y8(9E9UR z^&?6DuN zYEixrI|B%ZKpNm7xdKdP#iCAa1|Ah@+V; zor+R-1r2?kvaix*vp-pM89FOS3y`9Kw-V=yb1_@fy2jGk`=bk2B{`_rrW878nmJ6Y z1DH>25)4rkm-4&J%ako_QxoC*D=iyQ+F=?W9YlfKPZ`_D&4d&l5B#UBQrtn5(IrPx zj`hX9i4e@!fu}1iUZs#RZ?`hFuV{MZ|37x}r6+YdrYL+|nM#zh|FPsm96+XgllA3# zSqMfeZ0RlT3(>&Sb4?XzDPmrW^c$EY3lPm6sME@D%AusU`V3yB20b4kLNm0{o`&1=x5fRQhB1T%1EOwQt)imNgy_eNbF6w10Q`H22=3!4wCQ-%@ zGn!|x*@~fED-dPdSaZt;xh%!Lp+OZnb~e^og<&#BuqN~T8K3Ml$VfpE#nu+f#cN1V z$lW9eN0Sk-GTQM^BnKz)nWxQO`;jwBxC8WgTrY(U(Cl!$kjt07eAL|J;M{J}um$5Y zKb4;|F!8h|W<0yeKbhfvl>~I16b|@p^sTmDcc1hq5){hIgw;+8cR-Pd)@nU4 zoXl1^vmYz!t#x5LCA2R;Obse&9|u?$eB43BlOSDLg4eJ~`yujwN2)Zoa`@q-%Yj+; zczgIGQlN@cEUE;u-}gQ$5vm;4zso=V#A?S1*GQOBHn@%J@@l$dbwtE-qyl2Rlj`8GN@o%tBa&C;OU!}CYIHnM23N5;0w!zip^IX0>X;SEJg%gYf!C#5*u2;sbeP= z()p;9bE3^RkrB?WW@lvmrff&k&H5cO(+l@pjP%Vw)6k3CF?vH2!=X=xS+I2Ko0 zls9H#TYt+^)g<5AVRYD|M}fAn43aX?pGurY_}zsx7!s4slYqo;?-^) zR$NX|90RYSdAPp}0H&`ZOm4HD`A{g?4p6Xzj&B>4dnc4-JoA=Y#cw53=9LEJ?7dqo zw|&hAB0LcPT$bl>eI>iD0x$o#CE)>V;Y&W;M%*c`Od_b9F~Db{C`mvaDZJ?k&=kB{ z6&&XT<4`&_-#$}8$!^9;r@aLd^zq9ZhVbL*dn|YE$f3fUsE!kXOJzht51x*lmo`6~ zjnZ4K8*S+gBVZSAtU3fNVxFW<+$pTIbptK`uE2r-=)c*o(Qw-E%Yf&(lKv}F%4ro> zrU-HM)9-iurc;9Nk%(NU#YL`(XDb0U0GeKbLy4voBYVJHK^ebT_&EP~t?{|1& z?iV<&XnV-#psd2tm6MKBHIIGN|WXkS?oq zay7IeK**|gE*3(wr%8L%>iwMxotY$Y_Q?wrV1R(kfGWRcP?CIz-atGk;;vAaU;_B? z#?huMMKz^BtD z!aCgM_(s=Y7?hHd%#{>KXmo^3CwlE9sXajWQ5%Tg6HTUeR+bTu7)k;?B5? zWn-&3T11B;TayvM=l3JGj_gJ7vnF8Zn^m4~9vHP^sm=d_^eg*51*dbchZ8gc*!F-eGrp3b}+Tq|8Y5)3^ z{IVD&@6o?LMX<0KWt>=DvHgip{tmN1`ZU)ti1nJ96C*BEURu+yfvu9SE;YX>@Is#q zO0r+DBj=t)rQaCBo5dLof;u_?mEuDz{(4tn|I#0>c3e+D+8_j0NDVQSOEY=b za`VftVn;nDmoqIw89tiNF+5DM(6`%-2qP@SiMkZ?y|%wJv@16GcY`g=Y)OP_L2|p7y~k;SYCW@Gw-zYKQac9(|0iy-$1lS z;axirnB4N5D0TgDkLFF~*q1>h6ivP!1hZktNMg#eO7a*y(H2HM(tG-y9KnIy0> zRlBBId~GJA1U#iW`U`yMJ#vx(%n;Z|FxLj`I9~xr550A&mZ_`k;_i)43B$G{Y5ZtO zFg3KoI<5SB(7{V8b+-+^5)s=W9qV2x8C4P3*22{a3t$>8 z_1T)3sDS%O`UV=O*+T0M2|uJv_0S<;3rIeJxR(%?T^@F!3MMbnElYdy>RlLc(EsQvz zvq=bp%Tyt(ox8}uN7TXQ(i6y_>|(!g@A+OO+8`!un+5z**F;*cFvLm)%1bV`m4 zfonYmGIStnvwyvSw(ehOWv2dpZL;gmK@zHwgk5A&+D|UHk#8c=C)mHYSo>FdU0sgF zrHO)7$5To~x6)-l{=In-w@Ib*Y|^EnFxo zZVAERVb2e4>kzJ93g*_Eh0k}TfZOjp3W_a7uclrx$oR(Qjug90?j3f5RdQ*cCjDn* zL*?L!wV$Gk>ccW^*OBxz_J@Y-`10I?@S0XHbxZBcHhCu+>88>RnQYjr`iXL+W`7R*_-D9>M1_bD^4_H~{ifFT?Jskl%2n6Hv!h%{g<&o8EyeBp8yv zQ^v%YlGV+XTV`<4Eeg7-2(P4Ve;X01o7vR zw9;*rGTFm4P%{M!yBI30DyR_PN4q^AxN6l_=8i_$9w|W*CDkEWKsL7%xpt8?N%K}R0fBLM7=Jd?>7U!Gd;B=S5;Yx zh;^cJ+AfHzd)mFsV}~T|wIR`i8qNp}GT(*T(c^`h2_m~jumv2{3H-z;6kWn_M9n%AmZ?}x<7Vl*OxX7=m~KG@)?RDP zgZ?X?#wafskZeafuGDHIFxYJjTiB#2+S+W8b~4g#Zy9tFh??IBr5f%xAFZWS=2_f$v0^WRJpf$hK6{vTK6q{G70bDEkZZ|bkl=|s@I&B_M_g1p zLBkk9h8Lqi@>r@!dTGgQl999T_!K?~Q^k7r-@6l>kgSuWOeAj;N7|7{od<2_mSi~w zvaN51=k!;|Z8#4G&qb3{mrcCu0t%9;HBz~)sLyhBePX_=#5vk@WDcj3Z1c8#@Gjtp3 z)X)7qMR5|)Ns4!cMwTHWB|GI$Xbcj-xQpno7r|oUQa3z$=Nff5AWYs_-XiN9d4UcM zdVBBJ!=-%D%h=hJp0brw<1xMZPK#)Y_+5OC%l{5Auo@fe*Xr-cm1D*6yxA~>wwNum z8-_0i8hkUam>qhiXDWk!mTRKLDMVv#LBc$-D)3+U7F>w|YBq@UpRl0lg!qOA=5z#( zM#Bw|7^>Gt(o9bP=j!O`LM`NYrpwZG2nN%kxEuDF3~br;;VT?sn}NT{Rp6p!43(6- z5~A2ZbZQ-F1m>o`G~xdY;?BcDd5hUEOvuz9{Sp_yA1;VSJx{g{43KgJKC}um7DWk# zuT0~^;3v+Vrb|7EmYmVYeIf-G90;V39zb6FlX*paFXyGd=ZA_yJ%wpz>QU!RW7Lmm z5kXo3y80OE?^jw%vUAnnC%qX4^9YxwS{tkO&$Iy!QrJNbHABhYSQ;A4my)k53Qliz zS_!=(NOwxlrT|SqvcGY8(g=4{@;*FC4>a?6pwWHkWWClp4aGI|eEZ1orJkV$K-IHa zpr5h)t-TgGkF_iYz)pp|QX*)M+scE{@eL|zd>%<^1i9lLuu9!NPiF;kdU3KEPlZ-N zjXaWp_A-MwE#zk4{Zt=cG9`@Y+f)dW7=7`Fph8V>je*p z>_|r)w2@<3mhC4_m=b}Jc@CEtV&_?1GY5T)vvoZ^&_Cv8{_20Qk<}Q_if62%Q?0FP z1L2w$$yK`lJZ!MAbU%p8 zE3lC=iH9}uf!3lbA-E&m8w@-zso=;%iIyMc5t`QoS`H&G2* zPQiZMae{8{@wiB+ZB62RW38g_efM~W_&|cU6z)guMGUaJpB#s)M8d5-R-kWUPxy7E z6x7}i28LxAmKU^l4`eZi-D8;^%Tn~hAx;}vYE_)~b)lW7=yp4#viXy8@m5E+T7GQ; zZ5CI1CH4sf-p|vu3aGnR8kHdgU47^uK^-ZFTeRSWA%-7~Om7Mca15>9)+tpldUmUU z+ceMz*tR~n7X6UbF}8q2MeOp?&bJLUhui~`TfXtOD(giEP&mtL&Q}{gYPN zP)${n^o#@Ko7G6RoJgrNaLeu+#nWfYus6s-A4cuOUSvcb5 zbCvG}8x@bgQ60jV1IF-7g3% zCcN@6F(B_05k`s9IOze664uhYH5sr2!s|tLlQa>>4RLOLB2Ocw0icY5OmbreQ0ENK z9>6Du4!FHRmGw4=kVvgkQ6QQP$P|4r?@EI@P}FEXAXiG5P|E74iD#w+OPm(#J^Iv$ zn5U}of$JxKODT(P+0;Zw#3agvsmZF2fGYOK6XU5NweNqEQ7nqfYOUpamV&eyO{xxy zw_x>~oi1dMXhuS1-lJA_Ed<;I?K7|p-aJ=L1#*iY9QPRV1GyIxpGuM~7?#8`hMOZg zx|NmV7q3JDaMH>WUs)YbX2v^)MS##jk>oY5y{sh&O~NaM5t#S@j!bk z$td%BgoJ2b=5NTupm6?6AZx2;punrTVQycWdv|GuJ$*&{smh+28-|X=A;{=#8z3OC zfkmM1G;@1!a^jUaS*z*C8H;y5$`LP!b+zx799PB3X71N(8N$B?OT%^g4yqNUwEo`4 z)1Il)X}?Fjn9R&fE%j_VE^op^P4$ND5I#)sMHobd6k<6UF}YyKgna?G)ZmNJ5M#9? ziN#E8?iSne1}Y4uElL*;3i3uCIaGh59pamzu9Q-X2M?yRop1jPff2f<6*Dy44$nLk zYh11M%FfTgK-66#AP@k1=E2w6Nsxvg&tUErL-msrvYgL+`a;C$+#{g{LE7b;AiFl? zm%?`<{ep4qqRTib$N6QiF{t#X!DtDB2BXE12O4yT13XqZIyY{TF2XYt7B0=IR>N|J z8=B0J^9qosHAyq-w!@2cqJ?yhD8mjK7*dcB<5J~@o>Uu~B7}as<*$uR@y_>;-K|fU zdXwZ$v?Dyixgd_NuH(4c5%1ah3E12{ekhR^m7A}!t>Gy6rpmC7v^rgPBnQtzxK8rIKf zXfCM5o*HoXZPO;;*WMhd754{~DHurL57dn1{5Hd*UL5qU_Cx%{s`T%ft6T zj|wtmdT8mLOlt&~v7BbMCqe)%+SyFN(QbVXSgRLcg4EQ7#3Gq#uu0am*`y&XG5hP0 z>mZoAWt1owaS-9J1il+(E7|s@r}%9Sz{suL+#+%xB`49qWXW(vu{o@L8UukCeET@L z+X9{pLkvs!TO9h9bU|y${C)^H_S)FvBCvS5#~@Ctv%6peLW}LB?|QJiBcCqW)s84g zO%4#RFxHk2VCEK8;5G#NkF454jrGRnmx(k3s4~K)UuB(D7l`oqu)JAwGb+N`Ia?^; zB9T-HBDA4be{{@UK=uU+wp8_nEzkue5k^P0MkzuZ?@GvsO@0*>ljnCtX zj{fV$iL-7Cxr+s06|G-)~jP!j=Aul>EIY|%Lx|;n{kj>x{d*a zZC*A@<^tHK>lPE7Xm*wNf7dP2%HyeEdcJZE(JW}bO@ON+`VXK`kvS5588vjn-ZSyZ zdoI72sG*wjSlt<~29lDKzka)J>=6`+k4!TVv?au)!RRA@jbZY#ZtX3}|D8=3BD2Cu zL}EO`8Lp*m^D2A%RHT3k5&>Hjf;#*b6RA_0VQ)0rDOZB@B`J?0>Q}ADhU#hBc_fYR zhG?%y|0*2K@HVk_^Hb|u#F={_XAp-pFp9L;Ai_Y_0219gy`WoB({!+ZS0Si)bF=Tp zI&eQD$qzw#uNN}4qm{5k5A@%pf-`PK*eQk+c}^bGIh}WwH;XJTqgI1KiNW@N@L^ zoKHu$0G4M3R)J|Y715YLsH-WCR>~A9K{Plf>yak1!M(d?Jwa5pFJPq&|SVe95P9MaM(VvxHPZQ*a`W`eu83p^^gdqbXW_kRGP}lkD{be-d@z@9Wvse*)*Ew3gHaQqYU^XpcJ>|Y1#X^JxhMy~n zcUh>nn)QVrtzl5OiE#!V(4M4mf$+4`%SrcDm0u^=p1I%Ovx+kon??ce_4n7&JIEGn zK+A-@@v-0yu($-J|&SZ9W4Fv zil3B&Kz}8ln3ku>-Tji>l;qKPddk)rN^@Owfrr^GHTy=C?eVs(Bc?OIhe+JO)~>5q zGtQuE$rewq-YJC}Ehpx1j&?#FinX2Cbm|@ZVg|+HNsN(nU?ecRRjM`DH{o6nZjqp& z`z3MAIAUEN2LwD4H60c}iKwXfi&Fn>sap}@WE$nNzN5bXjv{=E2X>>EMyEJny4#!LXZ~oA=mIwqh0zj!%}N z4ynuA(d8ye8gs@MMAn$3tRtEs#r;ghQ9IV8U{Ah5I$!rYka8$gkEQ!#Q}VNfJ>q42 zR?-nIV=k74s^TV;pZ!wWDHTl+Bbuhrb6KLT>CymlE7eP8m9GadP+4WZ+cT%GPP#PA z%Hx3W6!w_^vS>|NYV}@Y%~p?dBhk!sSivk_7PbzKP#p3TT&M=Ni|@k&&^AGS+Xb$9 zM%I@~)(o$7uviSV-vwgjxvBaOv4XOz6Lqc{4Gbrg@-KXy3p}*ENBSaeM~NWa&wHvy zUM=s;z;$?Dc*ZODfmrj$ebY1>gbeAYgd}l?Ff}h+0t8Tv z6=;amGct@Ojxl`oI}%07KO&b+9c+BFbzyG}MbI5Fvd_wUk$j5@q>7ORHYcZ>%NAk5 zymr6yl}mk`e1z$Jhw>?W?z5IiU-(;CpKpt;=gnReI&cBJ?p@^vz{OESZf<1C96E5O znllA}B|IDA2RTv)bCYIL5tA! zx@FV5fg%R0XUH=6qOr}zbphH0I-N`_p0X&R`ymY&bYKU&lS-~5smgSrae}BJcg_U$@qN*F zNN}pn#NsW#xz@Dh7$47ISc?Q{{P4t?Jond*Z{Y^&M>-G*WF z!C+1@l~>C_5U!DXX9JA7gx>K=zw^}PFh*1&m1rP4ZLGUIdX(MTwPm-I!$=*JTqRd+ zJbBE-^$VCd3{HQG+XJ~{E%0b4X*^ap23^wR$J%=DUaX}`kV`pEI%N{KgMeA z7?MH+EFH8)SNl9PslW`eKC`G&D;mNZA=C$60CMB6s|$pnG%K&S9f2Y)AC^Qb68i>o z%~Y4`9~^;mDvf)Z=!OW20siyAIH6eK%81NR!tU}K$=Zg!=Acw|qI4C+)UO75ptk%i zlWr6D$;+CVN)T(=G6j1M!2AGM2cCyW1_{?Z!Nksoo$R9mal(Zt6kwc)qif-#8>yiZ z;yVL;Qf3vFfq-zezuyfF+%J{j;_CHzLq-^6fiM)2YqCT|M#9FdE+&X@Qpvf&JrM## z#8kt8HzwvuJDR_RNgaEX>FwCqCTND#1hoRD`*EE)`G^k##*eYpt7z2O=M}av2^^iDNOkA^a+2q$ezBQRC{%@$th} zhBY82gP4w?=3PZuJ-@nC?T(^|XH%-8<+sG^0O}Ts*dc3KBRy;|q?`^HL*ts44Sn!S zR?8@@+Oahmc@nY_=(#ql?Qng?jxpGzVyw@pWmjQi6&^YA^^zC0L<+L~spW8Jt`u!p zm5}i2aTqM)hmuJV@xeJqRl@e?)XkYt z5)9jDeKKr%{wG>Z6`i67HX)WD8(LO@GWbhDDC4IR#W|BC`BbZ_H;#czAYTzgg;C+w z?K~nfOleX40(ln>YQt|_t_~yC*6?G81B7$43^BMgt|N#k2Vrt@g;es;NiZu2?RPHc zq!mIr{X|2)!PAyqA{orxL7e>Qv8c}Xy5gKb1%0+C)C5yWlVMghpbN0MfUwLLC2hGn*69lI|J++1LsWTO0P1f8^PTewY?mhSjyLF zxL`SYtQ~s#A4*cAvb{daWj>EU z?u&k&b`(I!N5J)nN0`GXhrw$g5Rn32DO@*%XEY&aEB3 zqFl>gTuguteGhJOg^*gE&Fn7*0<5yywL3Bfi~FLcV^ne~yw6i2VrDth>@q2?E)zst zKq!qsHQ^#GhIKAFk?RErW|1!WcVZAM_5!AV}4U$$_i zNrbJy=w&S^RN>XK-%))xM;mCdLU(AXr4a9Z#_8ZYbqo*uSs9`x{i^?WpuMHmzbulK z#IyK;a$J9SUE4P;k*aAo#imGrNQ34$Wn^+Z-HL^Fy5DMXMf`ND4kCc*6ichhU?(sA zq4Uw0;YvC#^)c|Hb9ZK6g6^+1rDvwyrQ!!S{AMq1)|y_ z@T`6pHcus5*Y9cI3GsjTUp{1|zqo<}Y4G0Tr?S$nb@R0gCcQI2K|A>2+is~Run5p< zGYMtlO5w?o?0>{}ePuaek%>K)z1eF6p#hc_Pcc(scr?~XBglp^+FvN~IqxtmtzHNf z^A{|5D(EODv7-fa@5JGa05tM^+6__5uc7o`-_)Bj6FZ0ysyV6cNrIs>*knqGXBBs= zMELgB99t>b6gFn)<#}lVf5Rr1>fPsbO%4SWlZc_Sj+EfF#z_E$G#Kwbv zDk}|eQyRD=712ns3>XM@lo}Q(Yb&@-isFj}Is~&}Z@_t;q?mrGwXXb%qgp8c8FBhu z>}UYY;ZLthrWcPpz6qOErT&*FWcm_iHf|i(Tc0h8y)53Kw=p#A<~EC$cv&NCU@t>9 zr7~Kn$>&GqsP}-@+}*i`9dkD4ss*hx%S!>!fuWFi%8)({ z3cX>-dil*C3o0+4A|UyLUUi2D-~^FCUoXMmWW2WUBAH)Y_}g@8Eyne0j!PU6%)sqY z)3TuF*x56$Q@fx^++@ScFYB=q+e4zbHi*6R3iWe^oVpc)-pE;x?Jzn5W(jl=BOEfU zs~1X1E*+Op55O~iri0WWTs(_uuc+RQ>E>vw^x2U1uKP0FamSPFySXm$c9P&O4#BNX zF$j#dW%0?EU4Ea~{|eEI+)TD{q2Y4TAvS>z-ML)HFLT}~L~g=RAq(=5DV8`A5z{x9 zO`0&9P@t(?v6;n`?wjpNShE>|41B{$&2gd}V3JJwfcY8@9(vjxm89&d~Ad`x*j#5LQLQC3dWOiGy&$*kkn>* zwh!Moua1z-{6-F3?X{Z8n?Waf#|yme)-6zrEJq1=73SRvEGbh0z$;MxaP*dchw-k5r>qGC~5*PcJh})Z$#mLrsl~ z5QwuW1iz>Y6~q`S!cXHZjwHXUCTUKIqKQz9KeHy@BL?i^Lenq6{JXFmUw1rs-D(G+ z3q}Y3*qkMf;?g=Rx(@qW=dG7|fem8Nk{dS1|MT>KS4mhDo`zaHYZ1LKRw! zZnAFpH{!~lzh68u7ej50(+n@2u+?9`u`G(I8Z?{=K*eD? z4Z3ZVOQ!Uv6OCx7a@0-~?{)AKhA%A3)+|z=r{3T+dbR))B!u_#mF{HCc=M5=8sNZw z$Ex#&D``kJ26crrYfzROj8*Xv)?#5zEdj8PHtW;%aHNHcos_jt>0gnaGu?)muSg$B zCzRP z?Xs9nsnR%sg?t9Jw!KNI6NuP@r%1;MS;ogCBfSU)KY6$jBz~E%2bA(>zh^*~rJV-7 zPY)FYeS1Q`03Cx@Z&cewo-a~scyyT=Z8()-9e1a(PUakbqzEwd7NP7^3Qolh)Y8ZxvNn1h+H_jVjknTZ@ceMfYHPyi8a3o03 zGqaZ3MFtHvO366q*&tIYFm!>V;`HB@OT(y%;cLF9Yj9SCQ)nn#)2pkq#8ERFMTs!P z(OM-o)yo|LcDM`8Gm6G#%0WHSc|&M{)r>(2#o+~cYnoaKY*hK!X|iY&aCIrI+O^=S z)03_S5{>&8Ais)7++9FwGV{vYx2XGNgCHHEDqbaEBR?yO(Pb`$!*b*3tCl>s9@h5o z-((97Qt(;$WCCPoeiPI&x0>O_+c7k2S&JIMi8@i;g@h__G6r)D*p@S@_f~{e8ueiM zEAm9?xE-o6L)g%pE~-cxQh?_e^4F*+J=~)g0v*8FPVboQH9%k7`GVJ$H(ZHI#zn+? ztF6)>0GGK23k%MTba0*Y@Mu9{He2>FtQkN&O=g6zreo}J5gEh`^0~R2=A0;$fgQ8c*(`#l$nUa%0kwkMe4W|abM4+1j*63zOC0Y(R@!XCpgMzbYwCke! zwMBi7Sf()<+Ao2w^dNa_z-jspMZ#e{gI7EzgE|WuOI`D-JFeP_$oO4 zyv0M4D=Doq8W#{!0cfWgA^TamPWiao@<=XW)p}b+X|4&W$oNdHmen|l$2e#)nNH6*HTCe1`X-%NwG#^fmJG<=jOL(X1jlPWKgt1WHlNst}8iP)eyR|Ikdc zn6mK@jtsYgLOLhX>}uS;b+T%5Jo8*u0+@XW@bx9Q_q?aI3}`btP?{=ePa0EkXcwUH zyA==^eG`+)PHOR1?$e_I=tUCnuh~NJe!cIqV6WI?Ye=Xm%{u1?(%#^_Dj!v!RKPI1 zTQQr7*yXWJsc83wBy51A=xh4g;G|bAF(k%oau}&;(`mR2$U>@T+qjh^_(Wh~4W_ka_qAS5-0*kxbCp#W&Ys*3v)Hu)YIV5{Uv-;Cu%f6=E-VTOda}qZ9M} z_-zmbUS6icBc()v#L)ep)h0tYS5lgL`IL)((oJSUv9XmP6=u|gUB7*Lx5DP5>qK)T zq?S5&A>B}s5+ZoAnffvbI4Emfo|%v?Tbo{V6|&z+F#7H)^22Sy^}20+^L7 zvLq{@FlGgY!ba3gWe=h53q>7F;vy$lK7Ovs=e4du;SR4*WZgN6f$^T-AYd}gdTf>z zOarGxU~okuz#<#LL-d3zdVAI!S?+15b!vB>g0w!Elce5e#abZmQW}woY#b

t$W^ z{AmtKvkcFpRkx*#zZ3*@S)|}Nr~xbX`C&nd1+2QQj>kGaE(vb-8lI-y=w&oe&u}2t z$F0(azv|8PNYS|J#6C(^joezrG09w*0cRJC*Qji&pu}8|M8QArM+{&{t@lonscY#H zpO|G%<0a1#Pyvc{nTJND%!3Rg#nIa*E{6r%gnONwc+)Q3<~04xQJ(B($Eq=hSHj5@D+nH zb*T}yp2&xsXthf{yW-oLN%1PY@`ks2OJ~5OfMI7goW-54jAJ=;=%>t}|L;xl!Z2r=cBT^SccekPGe-JgND#4T)e zfb*m0NehgoCxu+znpNy=6mj!LimH`Ai!Ps$&`CvbY@~^v6BwsGbUY6HJJkVaP!g{3 zy#}IaELNvHxO~-eBSu_#CIgWuJy}&q<79u_9m>B2)utc4BU*IUh|6 zsz{uZ_BPW9>s6O;%J12SJZ&X^Zt>glLKsF1_Xv)X`ae#-^PxhR;snOmaBTTgq^$Si zy_IYC!8o7(>1@W1M|?zb{|FStvxHOAGQ2hmCO?PHd@COPQ$|PRV^r|a2TxrmN*6Fi zXecXfMWm0t2*+_|nTaO(Ex&&-ubK|9pEoX)_&Ux$fjXiZEEFhFTu1)u77z_D3CBd+ z15m0JgAv(H?uQIUFy#|beJ~yq2pXNujj~;QT=46;J?(vlEi{uT8B5USq0Gtovy?1f z8XWFNT-Nm2${*q9Hokc`DCfKk+$8Cz*8uc|ADKF_0+mzHpfC}jMDjQfwH+#jEtX(~ z4u760BMYjcY_D+ReRZnY$z7i*K*%5^?C%^6AM&6FcuF5MifH|Lq2OT6mXgwHa4oO8 zMv)Yliosbr)d5=ERT$A(6r58csGWgktw87Z9K2DBk3Q-s<|@6An{BSPkpR14y(AdW z#N0rvLSN&M!&b)ue(8=Yq$EteDN!_cP#6p@wlX9RJliHu@|KNAA=!D{9VLSh^fxC5 z9^sQG#Rb3Nt~Mdlq8%fUX3}puj;q?Z!+$Qn+;ln-%N#1YegVk36b#X7&%Qw#pevq3 z$gaf3`3wg&bA86ct06<=)mi*h=mI)02?oe7e&R0h?hit_?L-B0=keX3B< zNM;wp-BaqHV@Y1BNa~v)RHv+GPTk6xf_uAwRKHg-C=Xd=Bcb7IYiY!01Vzb#@Rd(0 zK=o*$9{-Ne@vk2brA!mZOAXG|kgOKDQXpR4yQ3rlYmvd@>8DE1z7XxOH?H)GlH+XA zCulW$7FxU`Pk)1C*^jgOdV{LL{xy~c83?;!K4{g#Bn72PDYsLgAM6b3}}w*h&^q#D)Qu%3sR z6)>uk`r)w1sE$(Nnq2DirY79EPdhdTA6$0<(L(-p2YGE%jFLZ=cZNU;pJ4hRQ}cck z2pMiZl^EL2eX9VK7SUm#LX%-A2P;c`MMVVSVdIxMgTMkvhR=}&yxT%vNmA@nk;Dq& zpt!Ad7FApkMs733xK>dB=Rh0KonBJQ;Za}&G?;sTioa+N=A#DzjzmH%!h4t@PMoml zR;TgJoHm3f;Q^f5>492qQ%RX)hZ;GRIXBt@SQ~E)7qbU_QuGCbkIgv8T3{1u$@$~5 z3~=kq%?vSX%E_uR$p9IA06(( z7`h^z()?U)IVXq+oYC^MM&xita>ga3t1izx0$6?phe|EN+C-RsO^_Ctfv06Ow4(o%4o9klys*6`V=(l@%W7 zc+Y}QeI->hXsBtk%Ea`Jl>O;%5WL<%-Dq8 zA=xmm&4#-++KM*8X*ko8t&9sbNdxSR8l;t}#1{`V94z@P_c``N96v21M3OCn@&yi- zO@rpAH`blpqxhIHb#F5f5#1=4nHcbi6|1sm)=|D}Z5~`Qr@Ssj%xLU^<^=x6@6D7d zc42TM980h&{NnE@aWw3tGtpaFf9glAn)nMxQoYd(S)HYM;^7pnumI`GG5rWkV>Rs+NA=Lr+CS7ZTAnMJ1D;LlhPqCqUV`inWjT=^*5n z#te@tU*#|3lnT!&S}%CT_HPAJw9-HXYj3KbM($S1#yxp|?4Yt+>p@(Qx1BC8BQD73 zk=h6w$wiC)raMo#bR=2A&t;T#g@d^Oq_-~UocRO`c{q_1bJw*0(5Rmithf4Y$S4c zt>i>9;O)sr0m{yU)r<0Ti7lacLH!P8foDqS>9@yalw$h$L#fL@*_KrUNxQ1KrWK0sS7po)|t(6Iy zlDHnK!u@l!mk8G(o0GoEqgow=wHdIw4Er{IE+*RSa&@ZAJ~iBfQmCtqq0KHC%Ib%y z;ymRD$Xdls_OTHy0V)w1=90<#nuR^1!*BIS(UD!~Qg?~M{IJd+ zauTNyytqF~?^+h!^JK{5hXBQD`@ZvDJVlNMwo0z0dQ+Mwj@H1jbR_2#+8;QLYBg%p zhTg`$UU`W$K3GlK0=orGW|oEqT~OFM5U$`Pe7H6!XhN2<#>CdC(?vvmd)r>BHXA(0 zWWoGMN*f?$Xfs1v!}203q{X~6E*V(SZvV8@k~XZ!s)rMzKMF%&6A~0#`}!S}p!jd2 z2+V^KH5>qd=DaK=FsBn0G6%%=c>t4utWHq=0Xw6D-EuNMwj&Xl30qpMZf}6PaKA}K zXDr7OShgENJ2wWGPBT0pjMON_Ze?xHl+jRuPMoGqSk6;tw6V0gng_0JLH@!}2nViq znq2cS8bw%PS$2$rp?ylwa;Ea_iGBMs$cY5-OvQBygtIkgGEA#pPbkINC@iYvR=d0w zY5;dbIOc9`O>WBB@-^=06W9AIQ)MOcpc6%3ai&&zfeARO>UJ6LsvPgw9gL3=5$z12n(cK$d zk0_irGe-f@zK}Iu+6Urlcof4xmGuhiUl7D6(Ktz>{jD2-VQ+D4BI@xfiHMHzG=+;x8(?$ZbVhdKOA&i#$9c6yZ_<6%NY(C7YH}WD z?nT<>aBzV6N)6thQuXOmj2<&CjIOf4<4tKjH1VCV2 z6KuI?H(!WEVDQQCpD%V87lM+LkV|z7cV;@rW}TxD>BZ9gSS(yDIU$>HBu@3q=bQoHOK+;xgJ;Au@FrS`${YXR@BK zFK}ZM@#QK{9GlofF%VDzmywX1LTn)@!2O|t->65rG}^>iVDN4z`F$wB+4|_*;|R=@ z?F^QoWwU54^5!z<0JSMEA#8#V7gEAG!O8hge@1C>#KmNQlmsp)oP{5TtmyCQ`ZJG-*o1n-QX=U zV-51w&XfbP0!bM88Nu{{z*RS{*|_pY{X~B_Qy`HQ0v*hG1eR}tiy|bXSX(Xm8mamx z?)Hj3KBaREkM#M5Ic)A%jI)%}i__|nM=(ooCx!jh8xTGZ&Ubaz{uslEy>oYPsmZ=sssu9`US;y=m1+c5G+&U zjN-t`SR-Ryf^PNw*}WMW4)dlgPLDQaHU^&C*MBC2hB_Y>+ISq&cZtmo@7dyJqqOU; zK#Mf|Z=Hwd&_d*@J$McUq;koxC$u}_pm~*%6oY@zAwxTrJ@1CtIa_;Jno=489H!1? z26ST>&?~?r*p_MO^yNz>Y_0E-6wV>Q4ckgAGIhGC!UF9z<_>o4Flquh*+s$I5NWF8 zc|(_*VLkqWVsqW}Hh`TBpEnP{ zl%!15l3_&#yl_Mf!M^%KwY>5G z1PL&Ex*9vo#t=Gm+w6)e`{lZ&<{Q<j!6@S;8QFGwFfx<#Y2iub1!oC3*24|F0Qm5L+uDst&I<#LOK zr;|n|G@)9Rf$e`TVZ4!|W>HEFp*2{(KgOlx*PMIXI76B-*@uBPHdBGT(PogWS9w@q z=8u+ap8gXwV&tK>VoTOL{a-vY5=m7f(VTJAc%B?g9_~b3p$$cmsM5C7aq;u*o;Gp> zcDgS&rXsA9TNY9Z9ROIdMVVHUD}8a_qy=ot32lmotofm^`prk2+B+VW74C2m-|hyE z!UgRSVuybW!b#gaff1k}R;pEK5w93hZrA$^C6Ji2{ON&+rCx=Bv)#1l5@GZ;;PMKK zM%v+I9`?^j`#UO_G;5N@JUkwr?}DNOB#K|W3Wz)G3u4nvQi1f%_R}`qtJT6UrY>Rt zb__BE{T*ypY;ON28KcV`<7P^7XYDrls3-B4zd(7zMBc{7v#`$!vS3HaP|B@F&>cN_ z;F(Z|P~tY;5e=j9A|Iz43vO-`k_>P@Dz(rrLhy)Uc%z#p){)^oT_sQ&UG4ccZn-kc zr-g|hlpKf#{+86Z-9zVn?5|_HmB$iCVM(LTXUDwwo+4-5r}TKng4TwQ9+w8@ooFuf z&el&G!w$w0Wa7;3>YnSZ8c0WCEV5DsV|Py|QvF9=tbQ3dwB01Ai)jRjv?mGUM}bhA z8FJFM;wsm9M4R-ntDmLG^p1C@B0~+;0~eCH)fk4JMPClcT2(?*VzTaguG-y9L3d3l zOwS>qh+m!C7XwaUKz%PhB{4DkEJU&JZx5AifxYgspfsM2g3piw1FLPTi_XO2lS~QN zV<2N4ZFAPAkdEndfywI0^_s;gcQ%OU^NwIm))C51GO$7I=y&^j)JX*ZIY7q09=c!^ zSv_;A=HcdIH8UOID*ES3qE(t~?*!T6myga0RHqK6-OkK0trH$FCX&%&<(+Lw89S=i z@xz8MX%Sf`WKy03Ee@0nNC|E%6IFE*b3cz_-LXpwX%@6z>5p}-fP>R5{fjqlv@Qyz zyNgV`+)a3Fu&gZD;pl)RSMhtL?|_&B{HG!C8<*&bpq&#UScaU^pSoN)oW`*?N}&e% ze4yHpIkpIiMlFy^JfcY=3NxZ+pp4&%O@_?{MO(dJG#XGZUpUBHz}$PkC2eHE#9PwG z>>`#{TDw!B{&-H}C?vc3A56|>fL zrX+F2xdT~%=4d77mQ%agBM`V1v&qcunB>;D=IXGMMrsVKOftzF-SLWb`ra>~&fXJu z%4Z4{CVoDvN-CHT<)S$RZ!33nX{e=;U^tMhLXRSm; z;NI+>C@&H_7$JbnIt#nwz1_hrneiKxYKI+#11Du+h$wDF`*bV!v1>$45UWFxsOVyq zny5VJf)xdj-05NN%CmfHgzg=<8)jp2SxkO3jQwSrYn=y)p~Fu;B>QU>4B%3ltQ8JS?W#*%dux zw!i{HS2u2szUH$7cw9xY@8gyM-)NN`O~3;7&)fe&{?8++(+7i!vO!>O)aBV`E&E*p zW-OCvZX4UbC=mcHJC1irC5sxZsJd_ZVL%a$YL-uuYh5l8$#EQz8({<$%P|Cw$yiPo zvnCl6O=5dw3ZRHO9fO42gT;YG(5j~@D0kud#f+xU^7uMqshzjQ-JCmyQ;8=S2a)8r z3&!cqJ#OFb%RK2s*TOaVHdYB6K0ZZFhhYvaHB1xsHKCYu6B7jmJq}M$;0>QQP+Moc z-SU_7TTtjbrTvWTm4^2u3s+=D(=@&XfRb$^)dR=ywOw+tbI6UmkH=lb0w-xzPM?Zv zI@g~7V6E$#okwlBe$&Dw@DwJlDYoLa!GCjlc3k0QoEQv^$$;0`_lDz}AFsj{VKDz7 z%9NU=*7@e1H(S=+G4B}u25&vQ%`lfTBdM6D@oS8GrhW)A zq6}X~pOq6*JSLY;YKNpoA}m}So8fMtD_MH`EFb9?gKSlDUQ>)wk=~44qQoPLeXhI4 zQiOfQx?;OkDTHUAt*68p7r5}t4|DRL2cGca+=-LMyLw}4kl9y{CUero!$8nwAd$Dg zUq=pUqp-QY$w`K9bfYtno%0n(+dpw#TCZV2K$1v+@wbwqqxIGus@I9WCAnEdOyU61 zvhvjURh?M*PhRz^78LQ8o}CW^{bkmFp9A*ep(Z|B5?b~i2L$IEjGK}(pG0Kd@n721 zXWg2uszKV=?dE!5gwpRwuj1*RR^*4OMu8ZD$RD%mhIB6N0L_Keeuqawf>x$qja01N z%swK;W3U7H?=L@Wc`*`dF_=IoC%E|{@9#8U{vyQP?K;RE49S6suB&`?%-U1 zfM_dD75Rgb9?b)~4%a7H<;Bq#sgYFTA?hIfn{-E7S0PxDtpk#oxK!$c(iq)0$)Ttf z(_i2iOSZ_e?psT3x-3=UWcX${VBub9`dU5o*1vL1{#K-!Bh!CvMjTStahw3QQDS^J zg_^r1{le9>HIsvuS)8v!3*@b|D5}(97B7<<^W_`UAclF^e%&upc?8cuSzsfx23^YU z=WAJOpKb-d^Rn05pR8Hx^#L6piL1`41ol}oTcJDRgdwx%DNMpiBIN99r7vFU^YG#@(##4BM+qE6AQ0|?`oH6He_O>%n?)+!qVV1*HZmSfnn^o1ZPgWx<6bUZ% zit2J<4E5-`bo$mh(=;Dhf+9)*tIq&8c9zY>}?USDXyOG+vfF zf`5v!7Bi5oN*PT=L+jA(!e`M~buBexMzlQ96!j0#F)>LvxN;t*%p~Bn+MVKhwX#K9 zUuPiX`fsQsE-3&2r@v7)=+%{1fSqeb62*9-M;cvX;=hmhTm`e!j|Djgjvm5 z&?=Cg#$8sT2s*@H)jipo-X}uEmE>^K&?}dJ?SIKaV5bub*?**G?xr=8>yL^ul^P*q zL}BTlFU)ce_Dss%!-5`6!?2S7;@{((cGQD-=gC05AmvmJ7C6HfN5{+2nh3GvZna(2 zs-%v%Z=&*2#OzuejOK9^i_U$0^9w!4^fiOzQ49-wB0nSt!X4)GmmvweIo?Xt@Ap&P zli1hLzjTxUj)zg{hE6G+elbgD{$Zai@p(GhYg9C|4DBUVVv|iNV{HM z0T`|L8ae$Wq|5tTL=>}@&VIv+vyHbTl9N(w(C8V&=EpoY zE^;9+=BonnO_%)EqF1t8N8@sxD(9l{d@0vMf()FXDY zb(!uyp;BD<2#A}3lnWj)LOoU}!R0T(iW65yna~ZP{p~me`%8&=ID-=Zhx?$?Q>low zM$1<`+)(YIZ!~C_R=c0!RYoHkkomH#lZ(^JkoQTLLDHe0BSwx{sWn|_2@ng`Q}Y_t zy)Z1sjW|((J0h|k9{Idd>NN#WVN|J;keit=PJ&U5eC0w*7is#D4<)4KTLd5#_O7A* zEPQj6ova#VV+yD=^55F`G?ec`vz&q0{7@jS%2<3tEZD>>AxuN7E4x{ zpH<(+t^jkEfD|6PWV9uHR`^$Db8NUDafcJ=0~VmH8ZNI%D0pB{1f63C6%QJ(WhQ0| zD^schQ%{ViL1hw2A6L0%afe)&%Z+*kAfOD+^bw;J5au)YOgbX_|A9NoP44stYYxspM`q!;%KNeNl6N@ci&ItY0nEV3`)nSZMjKg1=GF9yisL%x$qN`KC6t7g)b<_Y#Y3pEQj5C!M`2q{5bH<=s1h z`y;wZU%h!pvATIhRY0L-0m$Ewud~>+!GD{JCbm-_E$ei_{hqQe5%!om9FeMWHq{<5 z#kzj#ilfXeXetK_Xu-K^X}EoCB+d3hk8Mn?nxyx6%%uV1ay%_ zvav81uprNr%L8OeG8s~xJtRVLTx_`!e z&{7!_x9d;xZL*S@#q@4j^1!>V=F@0A5yEz;)eePxoPurv>3D$o- zv=eE)94wAF{5g-_FXs|(`pP_vG_e9I+Bc&Knc=rxQtK3kew;xCnj)eD4FNeIEQZYT z3%CUZgOs1Vl;teFl2YUKnH){BUv@6&*ADm2ixyCxR0My&4-oMLTZTi7kdWzZ2?I*H z4(xa%Fmi`&Me>d%;&i_DU9UsLXV78>!e00AmrJqQ#>KyZa_M14G`K?r#tB)^oUIUj zu!}?Ki3!4@#OxK9=hBNiQb2CX#ks&3$aqlEHV3%Gu~x(Z@pxaJ>Q16M#FIL3@Es8? zFPL9DlQRUex|l;4a%QI#+A}b(9sy*Lnn@&SZd+s9@8~OyerEOJO)| z!xRa5b1#7e($(qu<_Tl*g77PVj=(cx<&Sy$w`ok+a~aqyL!^tNj`P)MJc6i$bhkn#Hv|d;LV#uq$@S-@T5Ox2dmBX03Cddnz$` zY6D%Y?+|)Njr*A(K{`q&_B=DIlHi-3X9ho(9Z-ntBi#&HF_w(hVqRuRRMqx2{O$X3 z%8h6V*hI0a2QXcA#}u6u4y8d)Tt=f*KvQgh*sZ)q_GQU)Us;*;{8Zmy9HVnl6Mf97 zb*oPX11Qfw0_@W5p^w?wwvx`;AN#1J_XpE^6+|dG9X1%4xWj4D06J$87`YICmYbxs znIy&-(-;=Z0S%|Ky@46+g`xN7212$Kpc}!4Mt#!=^t-wTRwHd9AR+;aj$E=kQ9=Hz zegb3gLh*y)07;CoxFCnC=$1~x*?o$sT#krMotuS9(q^OSs0=6aB5W=SgVX9z1N+K# zFkqenj}=;fl>RDt{E?ySp)!Ga3XX%@WnUpHqihEX>K9sirDH@|i+4WYFgUTIn&FZ{ za!q!VR;kD3TMNV~^l`M3r54ix1ij4{{@;0vRNHRX3~b*xhe{G!iV!Fn0V1;ClPLjZ z%ZKDP7nLzLIoeSu+`~u5qTy`a92ou1R(-ND=0tk3uRC%zUDlzq+b;GoB%iZqmt6;^ z*jITDTwq~bo%%tT#>rm6=p_mR_rarKKDrmFnL(zQ0j(o~X4+%JTf~fQb#Mal`kC@~M& zVY}#G*q+1o{-g%FTwW=<7_U+gdHziORW~vIja&gKSu9``x|Le7l?CH3mvxnt4L@Xj zA?bxnCFp>z2v?Z0K!)O%MMkSNzv{Yo*=TD9C;PE_SPLe!F2$TY>OH`# z74wguyver8<(46h3w|1m-Aj{%NZxFr6{2y#tY6Jo&;o;u60^7T-YqDoOK!uz5DVnC zfhH0upwaa3zk$Do2E)j2q&{noLSysGN5waqCdB@@5YD`1H|V@$gSDyRxEg10f4l!jX=IWnmT2nJU))c=B7D~;BEHem+JFzmu0T|byfO0A50)(N>y ziAs+jpz)kY*?ofKs`=dT9N*1HS@fkMzl(P+JljIs%mL45c|J}w6_*bcW35Y`Xnc=@ z9K0h|OnW)o`Bq~NTCeUjv&dYMOnkwb@^(u>#zu0|*%Qv>>Jd@nb$O<;59`DN72#5b z9t{9FADM(~9za2G3g})uK1!Y}!#VRL#W6C?IlU*L#@q6mT&QHy zHZJMqntfiK5TUw57n#))SKNgDLqKp#m33$JHO<$;B7(1&w=iNOO|IXI!UxpbXFCk* z*awT(KZtJwRiUw%2@kEHp}Bf~Q4!Qvq^0p? z)uXMw3#!|?zxa@%Opv52MZj>Ubn3U8kPa*x?}AaK`4eHI-b;gdwkW>iElSf$Zpgvy zKtnkYaYxv!k^kh5%vIKoAKex*X|px5RdD5ZKihWFYq5k#`br_q5O?Uo$*hC_PN0=! zARUq)F#x6^Uui@AKL#gt0-|s8eI~%1Rlh%dO|k%>{-27ARDwvCafvwK;bX5m@6SisWaF{LILHFYv_^)HK3B%kb-{*8RaXaRZN+~`kT)C;a=Zv&g z#7nmKOJl!JrVH7E2i8oO&IU}&PK$!@IKVgxWb^Ear0SnaLZpu9LnU1wM0B-dutb}h z0lKWTpwSJo_4-#HHL8+1>>~LYMw`_`cWyl~Td6`@ruyD!Ox2?K=Z>24FiuR8rz|Ms z`$i~7y!!23;dKC;52=aSDc!92AC7sM-93=9_{qIIVwy#;nwG0`B--4S04Go4JA)0_ zP^7Y;`!PK8Y6nRzE%(vL0Prn_E*4A^Ds*{PGHz|@>8%Q^0A;cQPqP{8o zQB+BbnnJIkVU{_FrXI2cfnwKWN%4HP! zZ4aoT$KI`JEf&KQp)HRZEi49SPFgd**PW*GpmBU(K@GrYG`vKeT$V&$X0@hj|1ea% zmHf1tsvafL`Bo1*lo<0JMIER^LqjV17umJ^0dDd%){_G0Vxpl*w+9;(?kUy5lMg7W-$`be~QN?yCWncyb14=&_O!P>7bK58-=WXpYc74}=@!Y~qX6;$YT!#I>r%@bI< zBG|Apn#3yEC2fxzevRk_&nHDkXheaxtgYM@+2;xswy@F>!RffCNnBs+)~xY-Bhe=y z?~t{J`?82VE#6)B4a3x zcExnA($IO1@7E>~txY-VXmi4iYK0)lhyo){)eBa;xfKn66@Ma%b7O@i;mC6-bBhfF z&*LtuM>JVm@(yes-p1IIXUz*oTkT=>D4*Rvciqs%%X~#Wgwy@0Cwf)&g4$Y4Zp+8t zy}xu4D3F}l9S5J86OY#@m~>2b5ybJ#%Cv%XTVp|q)-kOCFzQAWfQXQbo$=H44L3n8 zH52Iz9|le$<0E;b#@iO)OPolQ&2TpOt4OVa=H(Fbg0*Ci=ym&r-(?}}Q-cdTQ&qzm zc%Ef~OJ#bFc_ErrD5y6B%~k=nt+cVt*W_`!5EL#1v9q>7G%dl}8Do?^gU`OGxyva? zTSm1cp+^erLu*mCm=#qv{+AY#jJ{My;M&Nuto1d9_RB;#<4zfVB>a@Dr@@?oeqKeX zlk-V#oZhr5u_kPa0nf!x)LB$dGtP?wDDi_T}u z6j?>te$@QQ4T6;%+w)`CJIlQ_Y~gvnfXUl;WKGz5-tZ1Tcobnl-tH&WhSix6EPxy- zIXq^R03vHdyCC3poQYbQL;gb$^xg00(7cO(85&o`AZvD6-j0Q$6xY+CHX?pdjGNeN zGxG&)&bnI0A*n}R4Tm4XLDvp;EP|rBPnF(mDcdB&7ygWk-uI-8SST9-cE)i*6x2xr z@`5mAz;Gtvt)47@gb_$fk_z=n_j$1OcM-Z+_71x(t0rJf!OuBW>rWUH;|6wjEjSo5 z-oZhIWzCWjf_1pZG4f5(R%^g!lIZ}Gsw5&qIZG43dGe*t>Pn|Xt3@g=U_XKyqvLU5 zl3n)CXbWAsi-~NF1mFH5?h;Og+UQ%q%%rVFRh-i-_!x-+z-P%0fH-C60&m9_Gv>mO z2ux$D!YKE-Q848l1_@NcAe2m!2|^m-$vcsmQ9LBHe`I^?%RwFvni#rzn3DuQh>w*K znI6TjgDAl(R*ZNAE_KKPt{xxt zpJsjn0M5)l6lAg8exS`p3w0dcjNnTTTv`=taXZj=vLrSsM5gre35YW4V4X5}Lp(!; zLNVpUwgKOwU$v(mEE2@r&&XGeds zvU(*75{cI2a85=cR<+<)1kT9h0O@f(+Yr#`dpGa|Dm||AvN?Hg$)E%c8|rJAg$ei1 z9?gbcZ_>1H^k}}Q$`SLrDrV69;8J3{gRoqltNk}b|58cCc8rC1o036e(1`^&bsiX= zE*ch!RV#mNc&kofL46qBqaj~@Pl3zjtONQ}G>$k3Pp(`6lX| zVSf?Q($+^Kyd`x3Y>gtUHM(h^xLEv%De=$Ng z!Zw1=yNi4(QZ3kqqYf^b)+4Q=DVKkLM@LrUzkgd;%#9eZzE9s#EaFHd1#^)~0 z`E5xw*Iu}4_Cwdm4)tQW)|ZkPe)9cHBdoN-V0$NM-1UN=_SHIniTxJ1jnbW3jlZpu z5$?hIat(e-rSNVy{|c9yr?lbg(Qt_pq1k z86#EYR3xZJhtWh7NKGZxAvYa$q}Kh0RrBbmiKlkrr{N9@yBBA=8+O!{nD$m+geOca zzX=EGwf{I|)lsA&l;rjt2r&f#soye<``HE3Dvkcb?}&fg)SjSv%9~>LXQk-oY)Uc- zC(3fW9HTKyU)KrRgPG)~jw18W_lR>wf4V4rZm)$#@7OU78wARG6{8Q8u>q(+dV(HK zmaTReQ_$7cfXHraMT4acYDW{=OilXcjY-!Q9Gy-DtnMW3^ESp7#ThkaJ5E}Bt5Q!(|IDBfR^;pD zD^>`J=~?=RM`hySiVs?I{8kl~9k64y7WN3;G734g=~{i%TW`P#p>zY)yu~!!vlj-e zm?Nsrv0lXWLFw4)Mbt+Dj0WnG#UU5t!lWhk&ARRm?LtGTa=c79FmsstGK0Cq#EIS_U{wW8ob8&))DA7gAtS&mPR01#waOq)U7j?UK4 z+6iQwfz>z@l#s^}W{#WI^%NZCV7G>j_))DqF{c3?3#V(D#Ab&`lXkB+K88ZNxxtk_ zy&5A6uikJbY06X8Fo$AfSIc)znaWB8o(=-;a>#8HJ0us zM!Mo$-8>q%BFtY&n)J2M1A>U5#0^zBtYnKl(4O*H0=QJZfafX}aWvO*JS8Cv8G}#< z$cRmTwE*|PiIZZ!5wCYuMiVGsV3vj;gK4^hw!ESd5U9I!$X1cCPY_(oTXI<-wgVc= z&hA@25@m%T6>-Dua!T1^9R_^ONpXJ3uCD&nfJJx_=e&jIn{Q|8k-x2oCK3V3-|N+3 znDT4a`|d!vmFz|fa!C8ET;!uB4+e<3ExNOjg&i+Pp9Pd2tztnqk3c26EB zN^B06P7Jvc7dspQdpoNu4I3{pe=T4N5xJO`r(TpfewxePu~+n z=%fz^S!$s>QO#UE5d#w*(-dRw`om_MxWgLc;0*T_!=m5;DT|L-T#le)E(JAhk+caV z7b?s?xtkl?VI2af=;Ma9eL{_L4!|uvST?&0**>%~Y%vR{vGxb)Rryl8xYSK)0{wSW zGR5Uju_tj*y^;0jG(D&|@9W}GM;5>hs_^#QMr-gF$r1s!Z5KrU+?AJOQgia+Sjxuq zamb=9a);Xw?aE*TMQ~VpH`g}P$aIy82+V`Q78l%|vWE0`--dHz~ zC6Q^3x(>(V$I;;@{_A0O>0WssdXQGox^+ z8_ODJ4u6;;l+HRZ7^w8ZeIQP|kbc*y65TD0(?xKh=DgY7oF%VJhgo7*1=)jbyw9ZK z=GMvcJrXdHgTnI#LFdMD>g5zh=Zl$*j3`B$0=CVsDLVsA>?+mk{80Ha-!gM!rjS9e zZZ}>U21VH1ytP@?oY-{HW>?)f(1>Y-AJiL%upF2Ify$+p4mrK* z;8M+IzSBRAaq3K>3mcU=@D#>n_O~sBToM>x^^+&Rs?tL(n+p51w3=-5(=?aGuGCJX z6O31(f2vk+%v%sC-AO|uT8f*CUk0tk7y?^6sb0y2En*>|-X&ylu6JUw7B%h)Hj#?A z!+}N#W@cOTM3Q5+mKzJMB}6qK2RF-&&V$c<+%n9$9u7yAJSus9PX+b@nSs{?9@XwLhOCjzt{|@ zEftTR2G8^*wwr6ra`VihI5aNq2Ad#-s@TNh;6FP6`FzdRnZ7h^PamQm8YlpyfWzQ! z>7^Hw+($SdcG3+3pDDl;SqZ-MCoZKm*B3>-@5yM)HU>xCt`>Z5wN0Jy0J%d<`&o=9)=IvBV ziV`Sipc)sYmrS^0uURYh3u7G}lzQhOGyRQgjL$|M-tW6FK=Pn{5IZE_@R;M%e5_62 zt$C>0%Z8R`0@&+04&IDJWR@IGXA=DGcUhb)Q1{SC&OX$T*JArf<(cJ5@3^}j?Rq7V zCZz%x5C%0+{o#(nAuGyer?5q)CvNgyvXkF(7N(zZNi})430r}HJ(eOs~Hkn#XR}OP=+qb2ATYqvBZm*i-(tRscrzRp`Uldh)Fe zgy(o+FXPMKhMF%F?F^J6q3ejc97daYhg@W)okM(0+E|_#^HACCMrg>&Q?+_YdL7hR zohj=J2j`Eb3cC|fm=9bmdX)LCNUTFoFIkD#X{TjzDZ*tO9iV80R(RNiM@I~fK9}pW zstHy%2%VdHa~UKqFt!IMj6|#}wxT`t(kF0d0xA*65g(MfhX^bWRTdZD7&2gLlW55{ zN@SP%yLG6|XJ$TfucMDJX9{@XEV&#TpN&=DEpLEPk-4li9hC(XVd9y1|4+PDiX^troq+*r%Qzb1Flp0N2c@hhp8Im<(i-l8 z27?U9NjQhK9p#aEy5BOihGx{A42e&W680G~5g5PVHnnA63X4pZ=P8Ji5S7AhGrGEe zK845+Oj7U(_+(u`(5ENa~S>Z(5UQaj>gCMk%8=;P}hGv5F)U| zw7jsKe{0$}FJXndLa>282aMS8ow4=n%Lk6AjQ{Beer%xd!w~8+%d3Uz z95LQ8R@^m~aLpp)9)Z*PIv_NBd|{lCuJeZSMj3=_J!F$!&#O0xPvgc@Di@uYy{QqQ z83ixIAV$Geu5-I>*w@Ej<5=^3V)tojP@BM^C?z5vzKv0j%lG0OYsFxz9^o-AznUPG zM!o7vsixnGgo`vq{K05o5evV*GqJEiR>cT})nQJ9)HgI+^hYt%liGY}m$|uwIpn=N zkrK5;K1>tHWaOW{HHiZOXh&(NK%ZwG5_#etdO^WoWSp(b@V)jNd$NT95VTUKTVxPIzsRvl-TV-3R5PsGX3RHFD<>`KS~KhFx>hI zpNOy7;Zu}C@`AWv=VuXiG^OZ`XyfP(oaI&F0Q$*{2 zrFJU<0)xL4iwr*NFStH6{!u7`9PB0~wVsnB+p5}GSZkjT@+{mNg7@FwLNodL}`R=fPqQiY z0DhupiODOj=}chMv2BF}0rlrn4|R2WGUFrn1#s{wQNo^Up>{wYanh!HE~uPLVs;em zD%GfD+_3Q6Une2r)R%d_?=o@?nGfjuGFlI<5svnVZ``IoPB@n7Jn36rUW7Tv5Z)W* z?&(%IfujhrG82koCnzhu72^XLLCe#e0`nS1YII_>g^9Q>mZa!UrI487^A%W^Jt?d=Oq`amhcNLO<2y-=t?YcPY( z2u&lg&!_DPo36$M4Gkv(N#I?QxLVi_%uPZR7Z}QVa3ke! zlxIWE%pnW~D0^NX_6TVt#JLc&n#T**7qF9bvpH!{(lL9`4qZbvW(;s7qpVL7fSS5s zDN6Z6e{hmBrKYc}_Gi9YaTZaciY5Ap2C-&^7-17=x?c;6=GxmZbtyN(-dmmp;MVvD zaB#ARMg`$0Z|TT7clpkst4MG8+mb}Br)4lXp#~5p}+L zJzWgkuesRX_(A+i?;qf?0gKPzXugUCYK<|d*97yx-0}f!^ zLNzFJXu?QGA0TbVYLMFj-qU64K2u{-x7gI39)^zXEIk&(a)L?BBefmALkai9V;9TJ zKPUd37zq~&4Nn2lw?t-7iUCrMLz5!!&V~~3|GJNvuR&-w@pt8sh!=U%m{wSgCZ%_r zzoIJiuOc*_4iKP03p}GIQ~?CVhfB5_oKG%$R3LN1VpQe8g)cxiSD>}UJ|x}&8OY7J zU5b;-m@Xr3Fb{6H9FG^~$TK+|-pY`O4~>LlXkEa#-EUfrHcH(tQHxzfja{G_f8@H9 zs0(S5bH90BHE2iY3?+L*;-1Y^DA20IQ7Y|=b^u$eZ~d*`NgM4oEq6?cGyTrttYP_~ z>ta_)7IVu>t+&rJzYRqZD|BoZJXcKuTvenMEzy~XjsVeYgTi?rrCluvjbRB)&xcdT zPp`PU4mGdo2!Swe-yw~ThxzI$3EdkkArb?x(K(T{^i^h_aLfO+P>iS+kVG24+j72VrF8(Xjq5HNts5^RoW! zCT|a@4q6c%Ueie(_{gcIMeeY78wHObs9{Fvn!i7kFeJpQ-gZYT545<#smxJ?-5)5~ zUuwlUtz4euMev!c0e?S{3rU!FE3MahQ&Y>mQ5b~w zXdb^E1yZho0vtm1AnZ1%zWPLL7!?WzGp|Mt=^HL9faRFG8x6T}Kl1zX1XmGtItEI=XW z3|E4ZE8Ex0IX&Cbo~6ERZm3Rv&Ak~`08+40Q}kuUv}^E5z8OKcqfu`z^9_wX7SC8PdbyDMnqBzm_0*I z58{gdy9q5My5yGs+f>@NgMh733#dHM`b2u{`MZnCIReb^3?#FLf|FG!#W?t%A?vLZ_D&yg{n( zE`^(E1L4&B`z*Lo9tgL2zLo}gELD9jS-t;FXRcnIl_iNmW1Yt*L!>MlvtU=yUF27e z$eLynF3MgZI$A~xo?6Y?j^&}83 z9LE$(`xoQWBFB}ZLiURqCg>}Ly-tNz)+vV0PB;H-!Q87Bg+Uppei21^xO*{BNh!(a zmxmKp+9(c45QZBUmQAdkSF6HtUl&eW6u9neMo!EZ%gJux_OfDFaGGhGuvl9R?Q$Cr z#3g<%+I3X@qsO1xoL3%X6()w^?T3yPuU8BMBDfXJN7C&%1lE|vI5^Fx<3(sJ$R1#b;z-o%MHFsNY(Vp=q8Pw{hA#2PW~1Du%==lfqrNtXR%<) zjX~3u-73zplsMmv7LSbefIVo%iEXkD!KKjGl&g=C500`M`sB|%Fx|EdY|u~;1h3mv zXG;Z1LNGF)&wZkU|2CgJ3{%r!3kq&AmSF*HK6ryW*tj1CL{~oK0&zSM!B1iV1mrZ@~)V6g_qm_V|EH_1Zf%J4}(l-uymB#nfUv3KTSBScR* zp$y($Ym~lXyp~%^5+d$AXS4G(ZB=S8_V;742rd!oW=}x7at`8PF2Z7nIL+|I9pj zn|lyIzl_k?U1^SVRv)J~D9pD95|aA%jvuOW3(sjFYZF|HEdUSB+6hcsh5(~bi&WV(#R`x>Qt~JUGV?o7zhb1b z32y7Ex~VZGYjegBVwO0DG0%;T-cE9m-D7cG3qf3NM1z8U0bw?w$xFcEhQ{kiu=FdO zM9%6vwwfk|^1a1>;A~X~2Ju{jn|GTr#G@SPRGElUN|RwTk1i)bgF?Rc%-ak(4L7sJ$XRGvAp*_a2q8n5S?P&()zh&FmB#^Zop@EEC79D#(M} z)oTo034w-J4%WkzUlbRz<#5EFWHJLh9Og4NlNAydrb)X7p6`k>$e#f+%QVmfUr|Fs4C> zwC4Ly)LaPTa2({=xH3_j#pNe<$;V*Uj@oj88_xt7)rn0I8;O)Hs^;U7|Ej7MRoQY3UKlKu2RmT`WY~t(zu1H7 z6Ya`;?z>P41G@%KIvGfWH7HX$Q`e;GlV*VFQ;MXv(R%}F>;1$ItU2Ad=yKi5>x>NT z$0`L{;+rkWQsScQ@UgjV3Uc?m;iSK0)Yy}5FFV7S34H`t;3Y}Zo8RY7qSq?+PXSyo zH0gsT_BVz41h*is)Ml?p_faW_-fU;`HT7t}LY;J}n`~)ReiQ)kIEO zDr?$;%EcYh736Fp|D6I=zByiRlE@A?L?MX6L`=}U>T@1D3&bMDyb5$s2Z*Zc;_dH* z02ya-^hudU%noD7jTVIk*P6z}sHOl_2#{PA?6gUYMmW+Z3UD(GSTV-h>oR<`v7hzp zN{|%rJtq2@kSOyO;je}RQe6YIiLA>t0kPM57p4emS?@smw&cYn2hO8asMM8p+Hf#! z4*e=2%AwXMi|=u?nDq$Gd7)9L_M1E>U?-Rn=1PJ^oN(TifT=?=85fNuXT`Vy zRyQd@*c|A5vEf9(f`~)rDyV~quWJYNhkWWmqLd*R?4eEJk_wgI9AJ@I!iDZWFP0_o zZW0)fXH>8FPbXGN1gnv76Ppude^8_G62W3i71rU7@6P>D?%NaXdVVcgj7rDF>) zol)zK9p@KSVX?;-RwL8lWRgm2=c8;<8XCW-YR!2vH$bj!HSbc~xo0|=dVWe5&v8g} zJ}TR|`T#{hy1&gazusj6IJtZ*lTdCc(e*Os75wkELITOt+<@fAWfdZXLj#@Ei62*D zX|Pbz6d&fO8AL+o@)+gRsE_dUB2PYUa1bp*pHnxU6N6^+3~gh@$c%=$`rR+@U;@~^ zvNj=nA*`NNUi*xRDvSivl{z3^Ykv<1EvrBoM#r=FDeP+B$eFrMQhG4Ox39OqDH8K8 z9&>+TiXJR(YA4Ixntsn9eK3}OlSQ@FHX8|=B#;e+5*;DPnjwB6Hi}WlLD&)y||XTfFvRr8e6*}EhUw` zjELcjoR_YHLvfP`i{^jFa&vQYD{-<2eMu#vpv4E9YxFzy$Ot1^?!=>I290*q0c4JO z1Hi~bxdq1|g^Zr$K_?azwmC`T=pyo5AU}fP5{gpu9x&w&BInL%L4VA@ZPZzCEq|Xe zS21FI(s3F!C}A#V8y5=KLCSoYH&t_gy@hJ62D(TJU0jQ2U85HP&2PU6=9p_tbv8}c zd8XiIbt-ggKL)2iLV?S*o~XbvTjL7$ub-@hP-Kn+1yci3!AXP)*dWZXzx6u0m_Kr0 z%5(}dW}fbCCh3qRa_KA zsD|a_OcEP)S*^#s)EQM4I*qw>55imP=Hn`J^{ek@kBV|{D%Hw3fC-5O)Og5oi(Av> z8#`T-qWc5etczTYokx8sHA5t&Rx`2aoIHD!Oq}u4091>On4TSy?MV+RHXWw}@hLbK zdh2t@inN^dSqsL$a#Har?~JX2ySa`%(bbdlyK=m2?RvQ_7UYnG8jCryibynd6U97d zLopDxq*HF_7y`%X7AyBneilQ0sI`MV44@bxTc1hzMU?qZe=){?fS<=>ps>T^eZOD!l+t=X>sXOwBXcV&OHQQYS6oOy zdGRbdSmhr+)z_MIuq$Hg(N5l*LKZ zpq4uxbUyz`@Rd2fc=%83EFw|y<9?Ut4L2R}6pP?Nj#JFf1qqsn@5HlDOkm&#upmgX z7O{`EsoaGurh~s1p4%@;fZYi8!Y&riHc#sO0!97UAw=qO!AQ=lsAT0?_nwEAhUGNX z>>E(XMBf%DW^J*2^*l)S$AGxe)eP*6Qybbx0Z|%~IG?U4L3+$`Y6N z66VzY)LyoHRUDOcQ-Pt0KU0iY(YzGN{32 zi!!OhU&uIhSiVR?8?0RA1&oN2<-V{+XP{Z~GM_k?TFK;q<*<t$e6x0Hss* z*WX@TU6gJO?k!D-vu?23k>q~oq%}wm9<{)^=G9>!l;xaN$x4M~W{Q!-*Srh!ac-cZI!6__x3iQGLLPK4^^9m%gp~tlIW-!ylqHk)6R{swkT=SS z7vpVOkgPrDH$lU3VE1gsdp9x!2aDb=^3bW^WIl(=Cl=65E?M*H-)2Q zXOA|w49T$!h^}$jCq!8vf=v&yjB~=Q5B7pVN5wcCJv_*)rts~7aB{_beX3xWd(nD^ z*j3N0VBbSxmYTn#nKQ5=!rl<%`Ct0YcfWhU-> ztlL^Ktyy~0Ktsy;JL~uUP<1ZzqsM!g$Cu%eWAO^|L|Ff=j@I3+DXUukh$zrQ7UNGreer-V!6GUKTrHm17{ z9|tvv8pLEMX)1@Iv}XP<{n>N+nZqyp>e12|qrxlYgTtDk)9gzw+A?_82eA6BwSWxfFBvfd$%N zt1Yln^x#`LL$QzywR}X+s9*uzB`DzhHm1(T3zY$00f41awXLkQ3KfjzD4ypt*jJvk zrUa>)frBC8uho=_nkQwO9GL#M!u8#CsKA{A#5%KTmE{D=)U~}~QLY)p) zE9t4;`-cCv`n|CdpXg%4Zn_+_(^bdqHPL&@2OJ6zHD5Sp{ZCV#tbxs?ZcZ)SwCvC+ zFVQfT?u-jDR$kti|EHU7GEXNxS6U)fUts`BsWei9xKpUxvK2LFv$Svy0N*y;IWUgq zs`8;DFXeqL2iq$42UTA}EFux&V2LBQ!1jGe@@l7AlbR>G>3i?+s1aQxu>jwi{Bd*^lKS+)U z4}oW^UI}oateH_qT7+&rayo}8lfB~=r3K@yH_#jPd@xuq7Rt=Cn2u#RirB<_)^ zn@B4hx;-5c%-CMlHtkNcem!uZ~2wfrj$#_;tJlMNoV

n>H|6=q&}lZue4OjfR7$S)y2Sjqbz>Z6QX16;bL!#G~uHru1i z2U|*Rr3Ksywb!#b_dp@`Sm%oGgwC6w?K46I2uuHX{cM-Mx_B#-qx8 zLnahZ9Y-v%^Er^4Jm3ezkIr5)fHd1Po)bHAm!rXelfzQ<*6~$%Za|44&zhhl=p^tJ z!B|N2#LMC2Ej`QY@0lKS(i8kXAt#%>wmhic!%pHFjsiJ5N!Y=^$qaPFhaKv0~wV35XIMdTAqeLlh;79qbK0%;&nsMElk0i&J*AVG{abl`VX!Y7KAm6~=-m^C8SZaGD-UkuARUAr^|G~%)5yah#+B>%j-1zE_il=em zhai6#na!YD9k%%VA!QJXI0wioOS}zQM`ja&AtW!F@ZBV69tAfv;Gt;;9u zWom*W3xT1Sf^m#O$6U4+H2Uc#+%1~u(WyUZy2!O{F`nHgO>W*gh(y`3jA0{xRCC-& z(PP$d6b~H*V_V}h)jAYp2mfTx_D68ZoEo;i3gz%nonXU3Wey+pX_(?SYh~J{3>zLB zVnbHTX1ny(N~+-zAj<I*pZYX+ zh$?_>?XgGl(-KoF=m%L*r3_d1jdN7iZk`pyo}KyHN~>_5w;H}bIZe!{2{XU0T+|M1 zc7{1-Cywoa>sNjL>F#%|%Aq`MZCcLYv%4z<5vd;juS^8L&KV3X&&rwL?kwh}vRuLz zF5ZuWfQ@qAXC!vmHNX%bQ3S<>S&M7Gw?()B3(uHmnUjq?R9x-*AqjWSq?k9LrX^(M z8p0$%CBw8SLRwlx^g0V98`N)ai(<(~(W>wctHni2&PG7QH31})Ji+celnhtcza9d3 zFZ+^j&jvW1L*w4_8+>`4ZNE{m){a@WR3^-X#NbXI_7X|Bkx?ni6)$0){uKjNv$%~J zXRrFXH{>{7TIl%0?gX`O*?@;~`UubFHI^PSGZg?&izLq#sA*Q($8$BwlYucStk4p8 zmxOLD)=JNbORO@+77;R_Yv44HFUu^H5$U=~2!oYqK8f>;ckCb}sXhyrq&cD?R1=gQl93#3qO)KP)99 zn`|U+Dk#q*uSXqGL!aEep_(*x0t%W$IG)Gjfbd9x_^O@(4NQ+V`{nIVP+1HWL3SC( zo{zZ+j~1h&bo+}yvO21L+xb93L9(>ct(j3#kJc6Gu@39$1^xdlb;oTR4BzJvH@q(t zRn9pWw;H+gBmSV4mBm3chQqc;67ZFI&Ayo>Rl2gzBALsy`=Nltb=<2~kl zil;b!4F+8nD{~8e%BEo1XQT=$_#c8f3Dz?j@|cYL7gtjnH>6KnXU$87jb4pxxNI3{ zXmgINHx=>2zEcji4=kCc?D0X@T(UN717{S+ZcBj81ekD`j8bXY=S(kQYAZ3qhBXES z-&ZXSnQ?(`JHjzA&o?a}0hHLBNNky-zsIWXNvPd~T?5F3fh=f-8G$=r_7CllRPU-V z`7%qWs)ii|z(5O1h?J46lzr(Uiq+alV+W>gG_+(Q^Gv+`-nbE`I+y_1&MhU&ooXm| znZV$#xEG8^mIvnyhCpd|W^SUhx+J-9%)cjMlQl2HpDs*~sJ3xXuE(^*0Oe=pr0No_ z3DFLG%LTDLRAC`9q_pi-jf0+u5BGTjZs$ zxfxgDc`#YJzmEycS+!Mltv=ii|-qkv%G;E zTGmkT%zWlhGM4U4)6o!V;<(YajX|lO&%$RUnzX8pi@`t|D6{tf(q~$w;Jn>wE8IRO zp3}35Zv>5gn0p>q?VHqLmQZS2dD?xcj0GX%+6&QMh1d z{X_e)1=pq|ZqLY!m%pIO6Z&j4)F zVCq!np1T{p3MG##F~ZE4WsoYJ?60UJraL>{fMExZ-gh8#Ck9XiWcTWHgZJgU#T9T_mTO(LNc?1yRk zhU+izD!uV5)4`eaQ6*hF%;BsPCjA{4g$G57W|3V*t~lEcJ!Hiz$jtcX z(~*s8Nrt*N6ghE7_d~@n;{J-?&czRFr%dxhyCmu7m#xkh2{p9>Ld{9t4^`lBobpH= zJwDhdWf)Ji-P;~)*tGlV!Ju>{pnq+V1BrXCs~zC~$51rZ)wc$=_lwv!4mM!o(%Y57 z+H5yDxJ|WT2s)Xm101)fq*#Usv7Fl=t}vAm)cJ~qp@o%*wM0EXNcpDbcSizK6owTz zz5Wa*3Pr78)6%6B$Fv2G^RZQA&B2gwdTqPG-#z{K+^ zwJh8wLDE!6p&uAyNr?pFb%_zNtjFNCyoh+2dd;%E`!6F9twdAvdh`O>49xoG0h!6y zC|3zyFB>zblNXD!V(~8TJ$QCJ-nkRn8)G19OtCrA$Y`r0O5CF>t++=@RV1Gg`|g6t z3zQRnQ8=!8vPK0tBQYsEcLx3pU7zh%QtN*p+V^NF~VOSJG9fArle|!6mHsC-wy-C?F66c zS*q=_`(}CuV+t;r9112wNfio1MFSB$j*=UxBMuJoDdNA1fNlC4aK<0h&+>I1_NAL6 zg7sRcTI)_W#2}({%<^?GU-i?3PF}vG?3$$pXW`kc{NfmKlIXKWU53bVu;J5vutdF- zVNr8L%q8q$Gv$vlIO$+`4R}o)qp=(JSGRB;h-(?hJDa;;HWu{N|hjj zCFeQ1Us~mYxR>od$bo@!5wRk zhmkYsgR>?Af>8r_Ii;Q;@pA991t5M58kAiGDa-670?jE7h_~wuh-eY(Llj`}gK{?y z6+rR!opj!yTv<(a#Ec|Xnn44Iu`r(e=G3gYVSGB0NMgi_A;~64pk`iOLib!aTX|X; zl5zLaHH552Y~ua<=fvFb)#(-Cra3&(#} zQt&+%j|IQjl&5ygVm4vd$t1?URqBkhp5%Dm3(ap`tO=&F2RC5-GVVuxZ=tS32S`z6 zeztn?o|4TQ1JXc&doTC)diU^q!}5bM6dsDXNb*&WAr5L=UtLgeEdt9$9rNfcM|s*h zHDiS=isB{Txy6@*d0csZ2 za*bVB<$`1$$raTBF5)HrChEbeu;(vmzpL#l9JA z4$_BgQltSKpnQRQGq{tfp%rEMYn(?6PrJpOMnzSn?(uts^>4Xk;VbY76UbOhF-_e0 zEn=ZO?;%-6Rg0)ZVem3-*l>Yn?Io|b)?QKVfby)z=d!H97&yAKBZ{pcu)cQ(5gJtavG!~mi@|B;kvp#8p0OH)0`}2AF8qi~%M8buvQqEMz)!sQlEDugpEVyv3 zocBK>DHz+@%sK|w;Dz5h<`$u9d9Cc<5HR`VoAsMIk)I^;;6f1f{avPBzl~Zl-gh>3 zXC)w_Bv^C4_;%G+TpX%DWhs}2c3=m>;H`+!-UV}Dd>Uvy6y3dxnE1-HXCgU!CO9}` zBvn6hmq88JZg29mc^XNnsDIA+fZZ(yxI3oLlC(2Y@IE zY8&IwpCj$EO8o3aVrrKg1afLPz9p_3rRn%}h+2&VZ$njVsEk-#{hUW|ptV*Yh=iJ%8 z?(5gGN-LM+Lpqr%6-s%r6ME}U`KTz_G1Z=|&8;lxu>@q%WyluXXFTp1Y;@6Bf#`WIRuz^cy$54bL%vjerOaPrX!M2=+? za$Y-I#5mYrLuAoOmZDlDG5-W+oT=PuL8`=2teR-K(uD!7!8DtLDj9Tt6L6#6`uSG7 zZDHQ6A(JqU@xSQM$r0ZF9Vh`X#<4Ckn&-ui7UZMAKgS#+Q{DCO1U1w^)L5s~6-OlK z(@qj#Pz$x6>c3B*=IV+YAF6uoRnHiMo+G4A6&hw8J_2BuU=OF8`uv}vp;D(vIL~2N zYPfQ_l^lo;^}Jr{K|mY#dQ`J@(O!>6>$YE>?Bn&ruToRaR|9kq2d-qnDRG8J{UNrk z%+6wCFA@Z6rei5i^?$s#H?HY)oU_!*B`ga~Ii&cl=hq2jF;e!yqM=V?R z51Js@N)D!95#@#vqD&j^X@~d%?YThgGyt(g*7pP-cbT3Cd2A%u*29fntiFw^WyO_r z6ZFGUc*K0ERI!a+gMZn4osk5 zk-Q&q*WDZup4n#%=d4}__nIBx!`_LwRD1}j=AncsIAXV47Bpj>p%{?#?|ltSND#O| zQ@mlcSO#0QWwhlJ2o}89VPHKx<*-(6LWEHTC(}N`QZ2=fn2WW`qu%!9qTsY+H9?@g z7JtWszKw%SEmsCdsG=kyFD%-y>2y^Hn992LsC@koZGS<)fz#7h8;q*OYSwZse%kBq zz%S=|cotvK60V~kIX$(`ebuZ&ecC&<9a=%KX4TK+Bo=fFKK4Zg{o4%`3Y$nNJM9k_ zv}_&|+dzog3(YduphZ4)U$0_>OIy!IhU}d$*f0=hZGY2qzE>F1mcbp{y{)%@JUixso`bfqQdrWBn z4#}T{k_Vh1!&8IS+6tBBx_j?Ii9X36VHAh%XD-pOH>EACM?AOF#`i7CXyE<5G{ogt zLvpFSnZHb4T*5&E4(i6REir7Xxfvxpmzw3X;N#45p3Olw{@aPLb%&R;JEWfUvNFfl z!W1P_nV+!InT{~|6S-Bp>(UyGoM~kLB@u!fKO$)hP|(yaZVrQC_8K7&jXHyl6qmS4 zlwQBbaoap76y}1Gl`aiE<^&Vn?#-Z-B?bQ%E9Y=TEgwnLlZoX3T>@ zKf9Vs*V|1>x*Lw`z9t_p)Dn7NCL(`H-&Mfmi>8x#Li@Ov1v($FKHI+flDl1DzDntk z(H%_6lBy_d^q5oVic~e9JXRn3oz)YxSXk$kCIVF?Wuxiu7(tX_w`suz5 zKU0gxNb0u9WTd^(HL?j++h=u~BnmABTCQnN9WX+M;nvCK6nEgVXrjbvc!{5FPfoZ#bF-DN3?Dp>{Ww^8 zq>6iITtxBJQOyPxdew4A7yEhzwCRlQdN9K1VVQJt6e*wbW1@JHIUq3N&NJ(U4PR&k zCBSH`wiFY&LU^_Da{K=XoRT%w8AmpIu#%$y*~_V}^VWAS%jg`E`FUf?d6}DOJ5mPY zT|Nwdue6-+Id!Pyrx1dbV`a3Ctjl_PyT!haBZ|QU&@Ka^JQ*7b8dla7D__icN_B~; zCa8Osmo6ywu^W#A-etjb1ca+95yI~AWYrH;UJ)`BaK#<95I9R^zT57QtJ0--^mkos z$JMH$>1&G!4EjYLEN%kp344RBh%Kv{5}77G32z%K@@wBAEanWYB90Q@@P~QSZnpii z_ho8TDM=d%_xOvpA8D~hJbXu*?8{BF>4PY>xq=wsd$?Hj$g?^VuW_-iByu_{yge0t zvX;>dQec+oQ(65P*~JKJ0ee2!!6B-+*m5bhVm|J^e)Yz#gp_tWRc3M@!Vw3BL0puG z*L`ZVBkBESWPMlc>Yi?d^?*YVhDm}4ZGq<`rxeo3TQx=7=^bK<7c>uXyo z1A^Yg-g=0u;A@v|m7Itnxd-#e8Ud}g6n14|R})f)a>99g@4Zs-qa|d9-%%LV^l;&5 z2t-1Jg30s)-EQCvL$v0)%KW6`rOnD7o=Ws4Hw$kz@bZW^Hu?n|+sv6V3lCMo8wXVe zlu9eYs+EWXm^3ylQ(cW(-P5!CNyLB=9Mrj#M6lC3$i>(KjroVfiyA2o?9Bed5|fNz zo#zciwVhHD--*sdDI2x8xOM<zCy6B3l?C_;@C6pK+Z%m|Nlrc!INZm4ZS!G%!Vi0OK`o;ey2#V`99ET4z* zJ}CIhAhl)>{`*m2+?*hUgh!BU6ew6;1GHtEU}v7LXA$~L-}^-}_f59P#H3coziQ@T zlkXj<(W2kgGosmeqJuk6q>q}3SX~%Ipl-;{W^$djvtI#vc?Ar_KlpO zNO;#-xcbr79Yd=YgR5re8jr?VB&gfK2pk93oZ#Ree!ofO6~L@|2uLK3VOEeg4bx95 zKam)I+c3YQbcfND%?vweUyN5DBd!fQAmRPjTAMGMTgZiC@Zie)mhUi*))a7}ADC(q zFc4TYRbN@^-eNj}&SvEc9%h&r#l(Ubx==zpsd@bDxZM))TEa`b0H@nv9D{$!5SnWw zygy=N&!~ob+DG)oX#edJ{yUzhwlmW*W7d@X9N)InQ?IH;t7e_k=Taix-k5_>qTVp) zzP0^&AdS>c&BIu&@d%P-Dsi`JRviY35p+!fQ7R=2xyuYYc(m^!8|r4uo}kyoZKFjJ zl+XYC8i30HI3zJO7>CN!=@s}5ev$7l)wxqQ7Q31(gVLu|(C&M9Gtq z*{~^fT0{u)^iZ-X-=ZKgvOU(DqlZl~b!pAZPU;NO0@5~7vwyz7>|+^NwMufX;=SXp zMi14!)o;D{H7q_iJ&zKdm<1A;-uR4t1XKf<`eXum@S`{0{*4oeIZ9|5tF)?-eA$BW z$hTVsxm&$)q%yjeVFq@Er`|i84YDJr7Zt)Zr$p*iDmlavb_BGCw#>&GBZ zu0vK>-UQ+BsavKW*C6L;4KlB>;~W7Q-Hv)tcXW38|8;|C?wCG5-06{BBD}2a@m9Xw zc&a6J>sZJ^J~1TXk#-gozLjxxwcfBVE5q3YA;Y^e!<2{h%Rga6FDv050=c_ldvqD5 zwlBq3Kkehkb?t%jZek*%=nKOF>GjY~lR>D?)SLHBCop>kz|%h!kt*ePmEL0^D6#R8 z6D+Cm`Cdm29o1k6+xwpy%gR6N&0BxnR_VgF6{Kq^ft}9{TqQbm5QxM45_yJl*IWgnE2~@jB|2H`w@`b7` zUUig|kVZDMI|A%`>^H?qvVGCvu}rFgWxKtm@v)t{4D|IulES9P%E`Phmqc^J)@MG@ zfQeL|YVa|nQh_5{u1&j{uyLMD1gHl{I)%N!p!kS^b-y-eB!R1J}wGj^pr?U;${q(P}{HQ%~l ztcAZeGyBow-%PnEHFJ(0K8;o+v3h%!HROVEXid_8z1Qi(R7LLDk93`0&Gk>_jhh0=SI6Kh+#y*#i-moN zLuF=B-M*OD>ZaMg(EiPSdc@@jhEsGe_*PL_AkIIKqfPwRAgc2Sd}lH6OncFt{DzNk z)TuCs)-s&_6kwIM+;D*E+xjZhj?f5j^;InVs)G`ZqR~PQLx*6gB@S`s!fKj(!;lBH zv9cRj(LiSXtYSy`4->jMaC5<{Fz8r$QiBta-LVy@{BsaMgx*=TWN$G)b(MIokwV>? zk_Q5PF}U_Zg_8UsV(CKwJU&}3&bOvl)Xd5grLyh-+A@sa=8OY9!kk^_N9q$$Ag2sg zN||t`@va9(h_7 z4(?0(W5r0Zzd%GR0c3eL8NXg?KcY8qH5SA=;jp59OCInk&bJY zDc*@9@1(t|H0?VY;3@HM6E3KE(m<{KI6%#T+brq>zLeROnSujog32V{OW3_@lTOj| z_p1UeK0<+YqXi4NiJ^Dq&>Mg5ND?CTWK#&pPG*UQGPBcqB!##VrOmTgHj25|FfLd$ zdy*|r9f;<6zp`cDC1Lk4i!%}L!dJM_<}j)-tTp7sPb@cz$s(znNb!Oqt)qi@klb)c`xnCPnwq zfV7?nTEgN>TeWTAL~gd6nUF1x80^9NR7g6#0@AM+&J9&BZBD{?wPF3i z>6g|OILtG4zq4Rq0Vx$_6Y>A1Ds6tJa~xiOsX``xWBEFAKFP+x@bsYJrpl+XhMDE~ z`?CYgn;!9Y8&td;?}mL1vnKQBgf?o(6u?;;ejcg3jj^JO}tX)!; zH6ul&<58(gEW%(iB%!i4e@HN@%nA)?bs!Zq7Db^HZh@zG5vHceow^l`vTFQ{$>uL8 zIJ?bZMq*`AO4)v3$5*0|GC%8ak3k$FZHF^#9RVT`9|X?w)=HUpB1JNk9?c4OYbJC*l34k)9E62I z>zbh)nC=|q^0{od&JVED+sz@HF}A*oBMMKK97i1qk%Mtd)wsI*;Q*B7th0o|nX{bK z1D7CP&xgbIc?XJ(mM3ZLBew7h3?IPZ9CTA%ZI;56radzn%E1s7Q1KSYYq1dI3lIu* z4Qtk7M7D!T@H%&ka+X;aGOEf!13*wHbd18mwl*P9O3u9%l3H>OZV|-aHuPeIyi(EJ z8EYFvL5(9(t}hA}l*uzMtuNi()Et(Eb*Ii2s@xo%eQo6D1#%>#IaETT%CS!1Dbh-m zn>J7}IaRSr%*6v^GsO;#ng?1Z`cDI%2{TzyJDiGK9p^>6kfPE)5Fa}(Hz@+49;r|c z&08c=GGCbTyUhC?jej+qp|`Gu6@1ETR@zGnmr=&-SU@aLI+V_wSuLpX##1`Ph>jD+ zI>JKyZDMs2vEs#t4_Ik(=|&pv7bJG8dU@sO3rWOt-5t|ZE>~BGJCVfX3d4*-$tWER zSupxhNof|u)0h2eL3ogp%`>Qb0I_UE3@K68-1YUahi>1N#Ao~gyRJ$cz6TR2lB}G{a#B{ z9^0sGISUEL{+YRV)<-SC`Z{GDI4?Br)TuFcNGvu75R;JAT{0f#97aA8E2BdMszAVGKRkLXkRVwN_k6XKvjsQEn7Nbt zRI~rZ7U^W5$n(j_zS_X~No|;O5X2Fdy%mtb(il`x?2AE**`yo#=F|!V&fl@0&pNAf zjOtho)028JN#_vLgpYN75+*WdX65P3cC7pvj(&M7)=6(ZAJ&^aqKW8kBZz`nLFG`mgx;OwCkz~s^XQEa9uli5=Mh> zrzKh(FfnV!?Q%;bbR~01A~_6F+DYGdb<`qHG3dBd z_oRNjQJXaj78oIor9mq=FF^_5-@;Ja=y`DGTu~3hqQe_<9U(N8P7W7Nxpd#9Rx)J< z33q&I$+^5NP^kiAO__MaKAZxjV_W7i76}0^;Xb&TlxFDc^!ph~*7Sp}Q2fn5h4)*O zt`zX*?2RiU3F!uf;1$$9hqXO}@ z`j*M=F{`dxTgpNehBxM>;58i1F>!P4kRuSyj;R$gHrHQu#<#|(vf(da z2G3+buB7s>2jcZa(K?Vc0bN$xkaw*AaW1%lcO=a-CnoMl1)Zh6MD*W8e~pl;V)M7#dt#Sx}0-_FMQS*25Ym(lvXx0Xn?*UlKh2@)>b-{I4RQZE&evKm#2GONXD&^Lvm!$HzJ+Vz< zQffJo$fk$FoH7TZS^5u;PG7{aWh<& zD{;0KvUvH#y;^#9(Us|2%nHm4ZEk1veWKI6Sq6Z#{TS9{2>d!&tT>L02MH*z` zG?IWThkHN$OTE4yYXepS&lFs~KO6sym=0*Sxgd1{sW5v{q4io7j`a*+=p-zrn-6Sx zNW5l1=zEn7x6{-9>s4qt92mqnRVL;e6N)EjT$BqxJU{hXyJ=$S&~I|pyz0SnOjrB) z?&7HBFZc43?fM5~S?{I}KG+Zk!e36UoNPZ4SOrDq!i$Y0RV1|qAK~f+hF+VgysAP< zbeM{ZGPBXTyD$<$_OM|iqSC@kpo-9nda4BOlRV3hk?H2{%7f{@V(^WBv+j7(w2Dpl zh6!C^qQCDs`T_T}Mtp6P04#;hTjH#=pzCHFha2q5G9q7RCj3*}EQ;oGGp9iOLV0<+ zn)uLc$cZ42d}!M5J6nwjN7jsI)s_gur3I7LsUEZbI+%PlBheIE{)GBbg>pQB! z2V1fQWu+w={IFC$d=(6)$<87g z&IJDdcz=)|AwiQInDS(kWD&S$wgJjmh!^FKB8)NY+yn3XuX-}Bt!hd(-FFQQZPm|l zvnvyg#~LKtZe*@hT3>%PXX}G!>>!NgiD>VTJy^2m;*nuwO?)U$!+?V;61Q#{9{5LK zAQh|V&I%gL04Opu*h34%W)Wis)U4q-SGbi@y0vUY%7{}45_k2Q(Et*ZH2gPAWMfd) z{c=kHiDa0|kG~+IZgK^h4VH%bY{=;J2tWFavj;w0GVQmAgF$In##%Qf^ zD(=r)0*vw8E{R})p5AR)gU2~20;cJNnW5PN?p;8>N5$wi6NSz^^?q^~Eynd{aZwe$ z&T)VSV=#p2&d*Xrb-ww?-+QCGqq*N7c+j{t|FHcikRU0_Hebyq-Rh(UeHjJ*=6}>9 z!q64UBnY)60;7bJ1-mPcPxz7=6IwVO(iQKlrkNMH148}4F&BQ>a8|60VpFTbVr5ul z@j$m?H$}G%@)9}$2`Vrl##JJj_~N_*B)M$&)%K`SB|BQk)BW{*E%Gsc74tfw8AS0? zLXqYr*c)_LqEA%chL|~g6Ht*|II`qwUUDDcq_>)xEHkx^76n0*7iR7Ql%i}nN~F+A!8^29 zU(6~7k?&-qz+>aah=aN;alq`I7&iV)NJkujESC$l~u^rSxB z-gqC~whqs+cBa^8@2j1}3l#Er89Pj(`R?6Ysvg@F8cKnB?kM0mxieyt-8g3i#CS$$ zmnI6Qqckpvz>EBY#knOW6@vq9ErYS9SO@g*^&hmpoSvHEA4KU=0cImF_ zB1Z#;9m|B22DKw98e9b>$T)_|OQTP4`&PR43biEFU~pjIL`$|MoEhpB6nw{l_R+I! zGM&L#IxowRDBKn*2|3ME-5e9T@PNi+)umMpAUlp=>u&i@P0s4Q8%$hFac{L}x(Pdv zx=741qfRQHnVvt)Dmt*tS;lq(erZXN^lG`8@-@BMdc1@ei$%%e;LR#mTUic<1nbTP z5D53l+KvQM9d?##o@qU@r1GVfTAsB+(32>z6wD$Er86Y@T$B^pfRjm8k6iUM83EqG zQolrTW9&7TLhSRK*rCJ2zO@|~W3Y!f{c|pOx2TD>MD$dl&B0c?U>5J0vbd{I;q>PE z`@L#jUq8SOG)2TNX1L`~fi;n3+z{|wncNi{sHkdWa)&1^_W4|dw<1=8jiqa|Ty=Xw zDuEBLlAg$XmsbBMO068{#2Z;Ye4yUN8-hmh^^jvdaakm0v66!}IL|`aF@gKt=?Jn& z%(6FWdR@mU3vUyYp+o#2ycdN}hl@E{T`z7M0FU~q^e4rWuN>j5h53yby6tPZY2_R zp$w2%bvlx3arKU^sptju_VH7m^(F4N;Ym;A8VE#Gk80_Bg zWA=vC&qTGd5#2Vl`YeO>$aT(G{x%~|YZd%+(lTP(@gmMJCqDFIJ0A5D-E$2aceZvT zcon+W`|7r4AeTR)T)XFV(DpX0kwsJWtaEsXMtwqT$Z@!c!iV4DsDvwnQgDmJ_9Npc zzAL-|#=;hEdjadx5X#0gzls_r>Z5BDLq26wL2N8|QP?PxIWITwZ%O@T%uTb9G0BGIYR~ zszBKUjvsic3^Gj;3Jg|m6L5!cUk}&J?elAvZnWAiV1tTS+Nl=JGo;a1j*XWgBsi2$ zeSHtx!=|9&YXOjJ)jV0Br5EluLoA8 z)~;(-_44=fWgixTXSX%?ef#CX!cpFsBRV^#LkI>cJibF4a```ZO8|6_ZA<6QK|_)k zVd8{^){uZ7STG!-3LG9rFL%ane-O(yO4qA9=8EvuO55q9I=`-ahuI2ECaCL3S)oSe zz01%|v($jbjb$yxuq}R5AsA}=!n0k))BNcJIm`g2x-Cgx~)cd~b>_muGvvZ*KBjKn~t$KL80H`Z?fIB$46ta$Bz&PL* zYC|K|_j$cQy#tyJK~RK8w5F5jHG*Tvqq{`SQV>@FM?kp0c2DUV0dMINW}TNh?ix>( ztU~dIhM&Q<`Y6S+qS2|ab)rbcz%CJYeXC!&Z7RWL!V-z^rRh1B1JLb~a||$?R3O~@ zWFa0GJGu~t>OmWt@u_{$gZX&#xIPRk)xzm*(Yyd=NDpN707Z$Rj#6+@RUz$!PAQt?`F9^ZD*@^h8Gco}H#vYa+&jCswX?5Z= zfYE64F}vGk+5)*{8a{SG2*&maE5_foz^1-ho6XA(wL80>{U8d{&EK7l8wVBBLy1-j z>FQ?Ed_G0jwX7z!F9pEL_jv;6yC|=Ou*4`ls)TzYQkhVROlJmWzdSVHhQd#m>ZHFb z#d}qJkkvu+XDBw^@2`&JhXgCy6aaBMLLZ!PlwGh;SV>{9j|-v(xMJt8Y*PsTY2bJQ ziOTnaFe3+c;4S;j*O=Owyx!(Yq9&#=)nB?n?*m*>h`bpMp0Eu=)Y};ER4TBQG{@Gg zp{JuwniH9i9;Yx=QEv(Cg$UBBvRHb3aCc_^tVjDrSRM9JZq25F{lQ!2u1FD$z=666 zS{GzD@8T`g&Z3M~nmf4dRx2R-RUL^fL)iaPwmrFO)QsktF%@8FJ}~Yz^1Zt80kLJG za*jt;?v(TTLj&UFJ_2_Gb_qw~NJy1ZkN}3ygc_6-5zu(_wh;j69=yt`wHnOLkn z2~cb_Y)*pSUs+mp)T6^M@6kNM8I^4_+pPBFbf*|&7%tgPRthj&bgC@C5EE)HeY0if zaVUd1UWcaoDUxkwFPSgPneO+pO(n%xy*L`O){TI?!0DtRvyU71hjZz08oagX>Pd9; zJ@!!v`538f@d8nLW7+jd8}>zW;JuUXo7aZN^@`cXcK*d@xh^0BsKDf}Fc-zOPKKx? z80o?4YSsp(=_+g*R!9Aj4tD~%|Ju7SD zzLunyL(P57%y0kZ7?&nE?N*AAGQEA z^RgV#g-|z-xcoh^hR;<$Mp6ZoWtYU`_RZbgNINrt_OZyrK zxeGt!KJUdEH?#0~#bK6hg@L)T<{=$@Z8@B@56tg3L9ShkTVWI{3}+(}pFxSduMI)T zr)e7Ra&b0=0oQ)=jyl;%_idUOS%YBs{BF`^Oel0bwm`^5%SoS-BIASoRwVkZZ#@_Tsxk@tn!g=#PzNf(cqub>T`XKf1T(5oG_Zk7Ph03U`Ae8)%KAc zPv(W(s&w^{meNr)>m?N0{OLHlqPLN&6E}IV#CeVAO)aSWXXH_a?ARD`-caq?QTVDn`>G0XQWGZOo#Xf{5%MFS=WP<+$Cu&Zj=Azo+^2 zI%^(MS>TfVkCSYd$E zNFU~NS1PAcvE{8^GiqkT(_CQe#7t)enLjU^f=)7cha_aUvPE&^#~}yT-IKsGap%8Q zU0**0frfxIv}{;%6JlZ0(}bQ?QlQ|Vd}Vc*q6-&AMJp;MlV&RRzeGmIltCy^hVwK_ zECHe>asvxk9nEnpF)a!2ww}VZIAtUS8t91dEV3Vi44JsndH)mvhov(x)i=_GBnQn= z_>hv;j*Cb-X~Ud21q9|77xiZyCJKh2nDLl4g$!*ainp~Xd|fc} zA&EBe)@YY`@hwj{wsJ~|N>UAc0=-c{Yd-$I61!wbMpOdhTW(qDZe_BQu!yAcjPdQL zAWbp23x+M9?cKpYI#&epoGHhMFy3|-RY*^7ivp zd3OsO*x@QqKwdU`GVw5;v_M^Z=pJFZ0G$+0>#F1aiBiMC>J4oD_dr30+s$2>xWC!N zmbE()MtEfzmHpTt)0nMpit{aeit{f83*lXvL~#^#Ocv;5%7aneMAZONYivGg|f zy2?GO6+u*I5RTMgO^t$LmXV9zsEJ9D-F^x_xT7K|HlTVm6_4h8YSR;6U?#s1+=-Un zjfFU?&pTRvemBeD% zH2@*W$FwFqF9y*Na!KoJK9l&>Q{l6q(7CV^yt$gYhhU$U($^LSk6Y}@>~LwWB4P&s z+XzJ_Am8Mb1T9_WQcZFktkK;al1LJyBKFF)JDrbmv#BV*jwO})IBk>11^-|0l|Km; z+t+}hhvvu~;pt&MFgb2IF+W^%=rBAZKTPxo0=pp~z-Vma!@z|e+InHLK2>@VADHAx zIX5& z)S{p97MfiTk*6uhfYnyFukt@;7+M>$!8J~xaAb)HwAaPm6`x4aJlJJGbc9II&cMOr zT;Z?YQP)2JKp5wFw>O8V5ze*VO+v6B(s27Q)nhZNF}08Ep+mxfJGfC}hp$8iW&!?? z0m;sm56Yp;)MGG$CCr!P$MirKxfK%2z&4e@Icv+WLEY74YNJIHYOU~BUFJk4aKeMP zcgo~s3K6=FU33RW>bfP{mM!_bl?(#yqejZ2R_Gz!GDWW0G|*2~4XW0KUc(&|Vh=ku z3O1{@itHWfaf@&!FwF9eh^xLk&}~bt)rt^Zp}7mZiUNaIK)*ednGOr4Y0G4sx0BV9 zOfD&tCpefpFtg(B5jGqM1}m1E9a8T4W#$waHU$m0nCGN@k$Gj{^Vv^qK3J_u*y=f$ zVFXmZuFM$7_1Z(ry z{&H}Y12)PG)X}hNR0%kooR}+oh191*nM`8_#k9(%{?^cvV&+rLZI#sSHYC1)?L$`( zO8&#$O-+*;bWPC$WEWCBThT(R#x~~~iV#6JBo*x01B>EQu8W<(SR%=mQmvs)&z^P;bz?arqGsm;LzKd;}Q2Z9rm1t4`;u>sF&({$#lo*JB$2<92A z-mj~!@f=!!L@HuGAqVRVY-d&O~(h4XIK5-SLr6)QV=z--srqHD6l)_q+z9;%Sig8OMi;KYr~)GHD-f z&)gi|$*N1gD0`tE7ob_RY(pPtegU~e5uu99zh-;=M*FvTLv5ccN!t<3zZTspvTZ$p za-*kOzAF_cUFcmY14bVD;|f7p+PkLxD8gHA9pGLlUMxs(ZniuYp@g@cNGxYI)rsf6 z$O4`XNP$!OyG-c*tYB%CB=*`TWQ7WGgI4J{f@h&z(y=T9K_sXXB~lGy7op$Pzv2k( zvJ&lrUz-54Uutb|k6l(`RZB)! z;+nCgu$2}Q$K!vWyhbd_tc-6kT6Y*0h!X5WN}MVB0@~daOQxv~7;Tg?&FEo&4CqWK z;j$dNG(4M*nyMc11BC_Qo;XD}G=t8QBt&}Kz-+|c>Cy8u6)s(}XuA*QDYHBl2|D!52RW=eWLDxDve)QvBH(kQM}<^MIwXlN zVOCiW(-c&MgV~1B)3_LIPK7RlAwSV7xjGRuF&>x$rL)j!p~;vkxfnzG%X0Ok7k1h* znwdwGbaN z`oE$z#FCZDJ08Sm7aL|S-o|OIQk_PQ^RMo#GYBrOG9X}gOK8`K_Frz7Y+>+)^roW| zf;2AI#5u*@d9t(`F@PCCRpeM__|&-OB4QrraqBU_K>F+A3>q) z%0NhFECU!%ygd40F1W){&SAg1jBu7oX}H9yV`bDqv#c3kS@2$flb4L_*;1h}F3-$R zXR-G^%pm9gi{9t0EHvl=M{t-L9?A&aQWPrz&zxH$3*ZKAFs>DzmA0)sGVTX!Dvup? z88nkBmkio4DEpwggqJ6{oTky_2DPIGq0%HwD=kcm%_$Xw%tucmdGdPJ-R$rF767J%hg#5abCbQPA{6)a0?)YHn%H9>-oEzN-Wm`4~!vpA8c<51>{ z02x6cutJ;|nk9lIn_F6geJO0Mn%Zq%f}F;H1%9(9(W~d|+3kyv?Bjgv$Q28~n?`~& zz)tcMvYcoGWgt5;jaj=7D{eO5yDU{5r! zfk49slM!JDqqeWCjDhX9iG5@-v(W;L(13~>$(YxH8ipQriEsOoEKftN9yHLRq4mE$ z3DKL!&4kezw%EoPJXLU1#D@njaRf&>3J=!p!|&fsGi1E4PNh$8T0zkW z)-AgXU@%^c{vMZ+DF+Y;<_l>Th9jFZmErAqd>s|eWh;|w176q%;uD!ZsvbZfTAit(yY@u?TsTHy%< zd#K_YY9TGL_NtVRG>RMEwz}qNTLb|u2njl!Gv;HOrjizaZKA&WZmiXws;=tck|@B! zhA0O#JhLc~t@}_9d>k92kdX_D;MzVfsTF~fP>1mKR9H^jiKms~;*#}hnjFGytNHRa&??-{618(Tv!z}CWAewoe3YrQ9;fsSvX~ry>=Ny+ zJ-_fRU?E|Jl#KHz(rknaM;9@2EXYZYQMzI2NXrDq(>h?WGl9D^? za9-G#y9+88@x{@LaD|@K2iJp)oUYGrPziDb{+6E+5ooQG- z7H>0b=zB=a|L~#i-bTVk&05w}iC{>G$EfF|JABv>DL&Yp6!md9;eXO2d^P&+?VXx zI?*h{I)-dOHWRw_IA821cwoZ{E82aD{aI*&hJ>VzUy9{E0w!B8GD*6rnPlg{6nxp0&0rc|U>gK=|>` z3A&fGzrBbLJy+&*@f9&oqDW8d)(_$UJNfCSyh5^#Mw#c0PZD$tHj$9asAMe8;JXo; z&5Yb`e5EaD3s4lX-M(+mjYY&B&|Nq%JZc9yLhxhEC%)A=0&agJ>-ZgZ1*}KnEZskE zL}0i)rmjKi6(bN80n%1TP-f>R7*eYZL8U$h*)-9dCqdTEP6Zv9t2UGo_ikp=3|y-` z>%>zLXYM>(_Xd~s$(*!(iXju|PX9faj0(HMG4cvGe z8+O6Jy;U;M6QH<&I%sz3*gL3{TP>Zd2zc1lKIgWEem3f2Ec?+8_JIUIe(>10yr(O9 zCgLa)iAigf2F`~h6k?0vul%rAw|LEG&qw?64h>23HRJ_;!CC~+@-%ZTg$9wc8L^-q z?Q9cgY%pPnf;K)=4|t-Zckx7Ja%7|N>E*h5sF!_yX-Fj!`OPfyU~X)U_fjF-IEAuc|ZoiP`_ajSCfvEr3eK+rH}S z+!RC{j2F?olf2T8m>>7-8}5nH{$@Fea-jj7_kw!@x=~11OtO1(=JcY`?Ej@R-;Nyz z|Eq~a@x?>gS@eF%+;VY$a18eQ+>#!*D=nxk-@c88gCmjVXQ4% zw>i`e=5=bjM4b#A9`Po`ain6y)TBMvxt|gB27Z*Rbl|}N^Qjh&&~NvwR==YdlaczP z8qm_wzy2KQLKx4S*#2!r`Gn4KYWCv8Zyy~_*rTioHLa+=I3C+XBUL0tH6h)oicC~R zGIgaYZQ2`0-VLCn@~uOv@=cOqV^dVBIhe$Xb32xy>+rF)O`@@5sb?0_*%u0IaE(x`sq$Le1s^gfH0TTSAp7@;`huV$;kPF?Ux9o zdZvFt-W{rs+?AkTb8H}ZWoj_~>Y1GQ&!!eLk z04;qPoBn)qpebwBr5zbbG(^?PBnJrw@u>Vo`EHZ_a5R2q%${XRZDaxVkIKooNy-yC zhX&;=*#;hpq6s{rkI5d7TeJ(*ioxH#fMjV0bQ)ZHV2DBU;kL-aRvouxO!rh5t${Dc z$1u{Bk9*x)P>8BmFNpiiY*S+3qa_Kc4j+1Eij1}dH@#Sk7K?P%R=OPEkx=q+Fuot% zP0rw_I$bh8EI!x{CoO|Rfm9Vyy4~#-+-0rJ#oxIcB;>X5iVPNX)=m|8xYRt5J)m0U z+yr?77%QxPjj!7njKUv!bgYXRkMQcMF>%iN#facM7)noaV3!n`NNJdn$6Mq)`bM)| zcuQ*Lm(r!T%OW=+Ph5!W)WB2O%GPiJaRq`M8rj?^IJ=e6yQf-r9_l2pQ!qokBx0Gk z)-h5&zoPPeft>RNLbkOtG!`D61A_mO;Hed6ZfM zO(B*g0VqgKwnYE6uRiZ!nkUyKE2pkF0tr%)}&q zO;DJfmki@XOIyHmzb)Vmoh$KL7-+y1t3ohkCsB}6nEMAvo&pHJb@G;6l-u^P@!^77 ze(fF_m8F1EtjgdfB!=7SK?YM~5v%^>{UDW-P94kXi5mtA$7~SVb;m;Xh=FAbYtAgc zA+s^EmWs2slp{N|dgYNr257i`#y~Q?T% zpaQy6q~gR5z_bi!!-Ui+B_3xAWG7PmG| zxsd3rB*ywOeW{Y2Ye~D{9t)*-^(hjyi37?!TEC!4eANr4eo&w7=yC}dItt`$9Its= zT%eblMgp?_&g$o%2E;Ze0}#ls^ds83oZ!w1gGiGt-1v%W-!iuh)ML{i-lLStJ&+i9 zRlZe9|BV(4Z497)6i;u6T@JAUsT@HCL-;Z{)dn^j$_93U<2N}~l4g~noo?inh!ut* z9FDr})lt9xN0$}Pxb%6E?csAMQlELzW(#|AsPYQk4~Exx9BG-Q`KBFORdC+m z&DKpV&tuhRSU7s-DnvT^QYGS2W9U-DKohta`Hsai70aBK7*NKBwBtL3LO~EiWJua4 zziTxbuE)9#>y-~F3~L099B{=$AWy_@+hVN#yQX#Az(qz1@?z27N7AYTgX*)#A477R z(yil{itd8rtU^0CI6RLy-4K~<-)t`sn_R535u~5dI?;@nj|ZkTb%w+t!UtYnCQ(_j zpTeybjUti_fs=JD$7}6}nEO%oU;cEV?wBVbrV6AfJVjml)_8HQ_yfAGO&=ZGcsVEP zw`Sc_<;eQpkfl5iF4T0*}Fv9Aqd)RIp*cO7644A>F3?z`K=0v*bYXz&4T0?)==GQ88T4TJ8OiLf#ScKUkuS%o`o;;lQ<8jJvq ziRf9e+!Y_PNuJ#gU9pIq72_yqhS!qIM3kzmUq(VqDGOK>iF7v-pQTb*bKI*11x zL{)$JYAB)1F|{`_QQ#ycNS7Aq*gpR6R<*oKNml04nWd51OAxR&PTWGRz25f`Fd*?n zM~Zns^*8x4M(Eb4K>J0rpaMCG%%|O${H$ru2Xr)f@Dig{!;HYcN<~$6!~`b+8r?5- znLN3}2q0J+->ypZvN!nI6(dOE=8Va1q_zRcHEANYNRep4qmaaCgPe`}lMU#VxPy`>bU(Q}+VEGq5?v|E zX?m##@5@>TdPL=kd#thu#I`z;D1w7}iM~Jqjt(Yf>|{p8x(&PU^BQ~@!eoY8)#f`6 zNQ0w{#U5>U?IIL#D}SCCYoPB5MaQS717s!g_VU@1&}eKpN6_K98_w`aS_{6Z|K>gY zTUz0%XbZ?4v^;zNOyDJl@0n{~gQvm@N_aCT>vsV?=3jb|j*iyfAiv=2x)GaUd_maPLaLL-^xK~xqOkiPOj#Uczab_KTWJhpuM!FvnzKK1kNyeOw3+K=$>JrJ_(Lq z{bjvo2*9tln?cP&ACrn^p5BeFQ#v}8+g*1!Y5THcw-9!3EL>|eR7#!!^>Z~MZmyR_ z@_p&Wb4X-`+=mae`0i7ot=7=^%M*{av=w4Sih?zrH&t6Qb74-J{a# zNns#rLLK#lX+JH>dEMh^(c?4jpc<7R7kz(v1Qz5Y6*k5;aIt6xer~RvCwK~ zC}B)Mb4|Un_Iu>rIZr!SSi{3Dp!Z64i^~vWdV&x~8xeSfSGd zC#-;I4lj|73thR9RX_{cLGK8uFGmxXRo3%w$C=cQcS261M1J@D*J|1uqil&63cps1 z3cQ8*XFQ-&#H#bTn6H1AgA(YqdV%r$4T$`qRE5Q_#zVSjk-z}s=I4jIpR8TaQ1 zbqK{5*VrQ(jsrHKj{j5>B?po~0$Vf!x2)+>LsCDLw0dZSORsw>wbx2e?y=Y>C4@3}Vx;5DcgQB&H(&|-|2h=Ce?|9m58Up-!3TA*j?;X6=;6$8Je&7}O;q>+=* zd^rQYWmy9Slqgp59mm`Angs#I!43lSyB1Kj26D%;-v4Z;m{t$JTC8~7UgdXCth~=F zT&h>L4D!`;W|D~1-m>qKn_h5=4DDr!LF2GsV!yV;02JCDtMoYSlGR1V=~OoJ!I2e+ z2{9oFC%k-l30)A{>X7siwi%OG9?&uMDsZ?*6XmLjN3F7JlF_16Y|1~)F+fUKKPDVN zX7saHRfZgU9v0fb<(ej$uosao1vwZVkc^ZfmyTBH5k9yDjmd2T83LlpcF~mH10+uN z$6CmbgpX1bNiK-BD(*=7=aUxAEu^WmTU>|ASi5uZjuA zA(M}P228L0BIb%N04?t0BJdmOsjoQQQ4cj?`hU63!NqrR$lt!pmf$VoHBe*G=pkPy z6af}uO=GZaT{Jetjl6)B*|;^g&d8h@(7lYO)24@q=q`l-lztkS(NX54^%6KiE*w!Ug+qKBtd6$GDGH8ko$Akmy5TC)o`!o+ObB1fjQ zuror|i?uNBMUeH+972TA{@xD7-^|oomLME;3FcuSA5>ZJF)vp*D}UHg!&Prm2zxt| zkC%MCxkdD6_;@rl>(v-PeWBm)C(1PYL$9LrA}wSuR>7i7nN`@&d0gM#+$Tc6uVPF+ z>s66aH}lg!Yb(=O2IIX=TZ}hOWAYyRgo1I8;*y|q^fH>uIo(_2Hjv7^cx60ytP#@o z@dL8H;^PA(#@SQl)b}KvCGrTAPl3y*`U2<&P$K&z!qTrwH+jOASx7;`lum7f4f$<- zWiz&C&v~OOf#^!`+F(2R*s;fq6=~IbZ5uMrJ}EbTbk!P&UA148mjR09rE#U7Hy{Tp zgzwnckYrZ`WvE&5+3n4hTQIZp0sDo8U*nwwPfb@o3+KP{3Tkh~ppBg!a5&WYFpm4N z18pC1Wit%fo{%jP@a-r6a3T@Lnlm?XgGcGQ~fv#ogsn zcw6ihud*PT{0tWSVAMoga?p~C{m4#c&q-r zA!?VYirs3&5uWrYfxTTfJ;C}R%#I# z;Z*xB2o{#u!ckbd`%eP=IC^f_u3?p{hTOFzy?%I_H@f#&W3v`-ah5D4^oi<}q7dl{ zg1uM3aN$XHUMr-xijmRMFPTCCK312R?Cr`=t6OMuxbB@PYj5ir%|;x|RUq}{)GRpk z%E-KOZ8+i7bm5RDQoP|do5R4Ha`nsW+0C37hbnV(@kc$Whqh*XXbYd}G!#cn%LSsf z3yKWIiqf6AD1Fa7!ym?;nKJwIb4(`>F#)^@nU-@S0)zVC!Z)TxSRUjscy9|(>zWsu zH+oR{e7{oA%cs^|#`SL(b!F&-X{>UP29~je!>l#zaOkFoY)C``>dIL%8!QP6r_mA% z!Vn0tHv^y2CB5KwaHc?WM}1j0p9o<8`Do8mWh|*Yk;*N&3Qy(?xsjOD+zb2Xw<~D$ zVa8oHfF9pXjGWr7Q}lre$$dPDRv)4PmNIv`8Vcf(#$t{qS8K_4XqJF>y}2A^Z;-G2 zY{dFQHA8OWVsMX5nFb`{5-e?2eJ`8scqk<{bN%OVGk2HRw?HXS0RvM|TnQ3ag9mev z3h#(7YU)m)H|2tYobV@30`r~cLQ}skcRDT$?DwKNDDws-Vg8#{`8Pb2BTi8*)XYiu zq9Qo}Cmo(1c_bw3d6WdPEo#sR3~V9CKeTo*YBD4^c?zW{S84H!hy9DjSY>Ox%UnMn zS5$^4azm`bBoxKCiE)bYtw+SP&9;u)#wB;X?ouCbpW!hvf|>4~H~k5eEYk|)go2k7 z_R<5cGoT>3XxI#=kaIKU43?4raHmU&eLr?ujcoX^nOz$g{M;RpMm=!*&czqDdY_v$ za13=sV9Z*-A9>x+0FiQH$%>I=DPdeU4;o#CSYhO4g6>_2n<}8>CKoPxF>nzk3APfXg zN3ZrI)IqFpXeog7P{o*EW^BL?aHdU`XmQQH~RmWQfrO>U@1b(mlq7j@A@0f zVnV@F>Wm^{vfyM~DVC7H!8?NikDW=jo64eEm`z?9NtL**RG>$A~>j?#_2?O3m0E;$>`euM5!?o8`nmgXM$>``yZ^)LV662a{ z#Idy9#G?$>Nij*;t|ZjSE0K@RW-6kAk5X44;IhEyVp<(nx6C#18j#2_W-${}l(lTx z4)D!0W=QB4@{#W~PT>ac-5yi#EwP}tP_jVUMEg4R4zl^zs8==k2<_NXCAj=ih39I2 z<*Z@Jy9L&uc_Ou5!LKLoO=nV2AeVY1Le?YHxpiL8vIRz>(8Ch|Py4o&@Uxn`f;ioEfEIROs*`0Rw z1%8PJ6v^0G8n0Y_H zFzlh{-IQ+tQxH|xw1S6SlZm86B}k(t6i|2aBiTY<(}1F1*5nyVT9?C+w5%8~db~`S zBLqs`P8b6(q@Mv|%!RVomrb1v*T+u1NQhBImKKc+Fo?J+QrxDZj16GG2e2}yI$b-h z)w9!FFstyy&!ve$M8w>(OM|v|_V+mJ=!zpz8+Q)mv~-4S7stmR>L4 zZ)dg<=&+!}-@|t$)fiB{(0fVKM3+@dDNHb8iG9`!t_Qn(aE#a zcA4JU?{e_c(3GJCb*{Zn4Ej)e=~M+N@@S*VSI`>w0rAed7{lN@OquQGJlf?w6+SmqU zd8P(KYZI;-Jc7G%cFVv0i5!|3NA}E2O(nro8vGO0>OFso>O&UPHO`G94xs85-JP;j z3NWc`IU?M8_v%q8-GmM}tJFI)dKW~3aVwF-&3lfNWUf7OWgZv_bN})H|Hs^HuN9@j z6w*?zg@)0I$W(5N_i&%lCO7Mp`r0Nu4J~y;$Mbgg#48Hl|v=CO& zqv)Zq++1>aS**Hxn)4e|ZUHmdm~te^oFMY(bWrxk8pnj>N<$Dz%qQp4M+`9UeoGJ- zh7LPVrpG+=MWv&V4rs)&J)@K^NCdq~pqWO~Pp^l{VSG449{0vhTlC?Xv9;)GcV!bX z-e_a1n>Vd}-18`Uyum|r=?Ls+R6fbRNe8}160qgHV_wc47`a-!+a@TI`fHsV%@Fso z-A<7}!I~KNdRK;^Yc7w~C|i(y!n}O9kC_uV0tC*~1eTJ2j#$Xb=c4R;5vVEoykxfI zIe_d5!WY^2#DwY5isZ_mbuw1NoVZQp7;l3a>`#v;OxnK{-O&SGvl@#<8jCr2GrSi{ z0UOYDXA3Zr4=rSu7^#DoM%DTRmJy5RhQM}A(hty0w%adT@fRTVypvEy&vm(x;fzdd zg4~r{SGC=EqR(htkQA{sVp?NGqTW;@ePeLAVR)JCVjGH=ZcYu_YG?1=M$uV%{cd8> z$ULD*>HoE>ZMrE!HL>N=1iKnAV8^Fl$*Zb9Mt!P1ZhRy4w?m~G)a+nEDWPrZ8bDo# z1Z*DYMMO;{oOg)1hy_Y(rV=L?WpY7oKOo_;v{+AeFqWBwBb=XEg>*#e6JJPlv{NzX z?^T^So`HUblmrG!WwTFNUfPc8L{*x`F5xT4r#zlMUpV$UP~2D9yQ(YZB{kqJowptP zpgu$}tim@@{g8Oc#7LB9tT}GI{d0oXgVvLjIlS=`wNi@(MPCWygz$=k)6NRq;bUnf|wXI9voX@SK= z#T3Nksk^zGS(!Z2ySsp!6^Xr15wtBJMNK6s=xG_}vJ2^ucZ5bN(1to6SE;&Q;hkA$ z(y?_Qq`bb_DeW`KZwFBqu~_osg6FG+q!B9`mtauGigxv~AIEa%0Bv3lB=$BNsf@0d z){iN%M|N5E+ggsNB*2f=kh$VK7)H{A^#4{!k7u(?Gm(PKRi);;O=3NDfW0V53KUr5 z3c`zoHcq2`zV15IVCR9{>v7-Y0;4|3`eIC1N2}eWR%B-cH6Lxf?x7za814y);r|r9 z@J`=lm76lKmrT}|0fCr<@0wQQ{uZs(>Z`+q#U-@-Z zs~3rM9i59!4g-wrki54k`H=Don zF+B;X2)pZxxDgOVz@I}NAZM&RNcDce7EN_`cd{|`{8qYdcPlO@0upZomIwFDeg1TiO z9Cb+O3SdbS+kL**$*@_}E++B`6M_-%?%T&VNAg+nsmu%=qjC7_21F_-eq6$ekIR`* z4KigT?DgI2D7#&SE&ofy9~;8bqJn3C7!NQU12VtIi{2%0nJZFoVo6&v@dR?~`D8kW zx}xPgWOg9w@gi@r0Q5yXi^%c?_57_JgjN0eaCCurCsZPI*aU%ZUc*xB#DW3@^34R8 zJv0dN?Zyq>7D$Fe>qV7RJmgjk4CX9yhOuE4G;lpVNT~m1bSH`)v+k(aIraMqtY$aO zS^hw`Kd$MBb6%#!LhI9et1d=Yvn5yY9hLzvEZUb=G2Kx!W~8GI?e+f`_z79yrW$YE zOyuS4NQK??dwmN?mnylvx_!>3s=SmLhz&@sLT)QbXxK5S8g$yPI~4`uYFzazVxhr< znFY%vn7xVL>F-eWh*0RPUd(FR>Wjj=% zDVy_*@q~CkI@@IyC0`+vODdVE0a?8^$0iUDUcObq#7@?E7cR}#a#0mb--s=ywrS+o!iE+U(}oYqZ>cmlH6K_GOR+|=Wh!7;4IVT&Q%qZ z#)g7o_)jE!b)Iv{B_?f5Wf-g6HeM7Cqmm#G7R4(F^OKJV126Co-S=wxbPCrID8A!A z)^~0MKrGO-9J?}Vd~ID2eA9+pgZ!|5-*kk!($64`KVahw?J8l+*RnEtcQF4zFDa|- z?TjixZbNlO8v+vBZ-~?BRe9B&lSc&VPcEx2XUkP>6k&`h43fM^#4?fNl!=;|6~Mv4 zqjhIVOVeF8Q@iV?jV3CNNm$$S62ohwW0Yq$>T_T_z^uaDi^S9*kJ@)gUJMil?W8|7 zhD4*VU51EDAj%IzSRl45WyO=Jt0>yWUMN@QN`ut;xAI~6#(Q%9hru5pn6k+q)%2x` z6s6sx_KS0TLFn?SwQf(Qj>M-mdsXw9rr}we$)MjYRgI&&mA=&Y{=U5ZRn>RG3gDp^ z?MLEFR6?$K>%k_S7a#9s-C!L_vJJatk5sprGH5jY3JMin%bEDcn1YEt-Kb)PX2kD^ zN_lpD%+R$^hX#)d3?b}V8TdlHq#s4LN2MAu5hBiapB|cjGO40yBQ`F+HcRZC6sj9` zOjK;Vk2;1NWfIx@iDHk8byzNr38DJO2r6Oc+%z;{*ZKm)Z<-1V^xn?%~s|q<~J-A1)HF5Xl6s^f0(SB8rwaCE&uyY8bv0i zrSA)vSPvfCO1z@4d6%_$gZkD^~z_wasaHyrQWMF(~b9ztrh!kPW~{g{y;O z56O?Wy4**Gp^-|cWUsRvr_JR}($Ce)ma?97QsO?;*>6CD#L@n8l;LoB#K~Nc{Ce_4 zw`YrIKXWlqYR^Y!!1+2N#BAl5K7ZUJB{#%%n{gUS|MoBx+obf8obQ6!0&n2h;2H5mch>wBwg$(rumtU@yHf$+K(=iG9zRb55!bKeOcRduEI>Vm zA^S%C1v;H~rZMI=N>tGAMrKei8XfW`*TY!bKpzItN(rwc?#Wga1Ed1dCGOj?B8c`+Y~02;~1Q~L$Q!z_BXlgv`u1VhOoKw zcVn7)6I$o@wehj6!fa+tzT&TMEfWs%xB$RR+6vTxQ;&O*RBmNULl}7Gf|}!3GzO)b zPi?J!6v2-=RkNz{I1eTi?-PxWcHCM@M=o$ zT9V0EJ*>39|GS-I<>*N&D49=69_!Y+q54$pX46Z{AeS4TOV1~j#7CTp$xzzIp2)2v zsdaSx+#Rytr?r&|XF6%lc zgvqF&y^!T2>#}%YVgPiM(XRFDj0>nw?<)9@b4B8lRGmCd;oGmjSWPi6PcornEau~M zVs)8WrbDi%3P1petwOiir(9F7!f`bV(dhtoV2GKdmqHz4-~OLn5$t|V!;Yk!7>{bX zqYro_G2u6=50x?-R?0%X>*Q$Qd8R%q(KW*f9urra`kwMRWl?znd9&GRO77r87ge4Z z61^xk7;&My-K_>164fsfTB|M+V}|twny>xivxyj7`yiBKMofwmv6aPA2r5?bvq^y| zJ8;OhX@LJ96)N@E{Jq$i&=pQKxz2M7OHT~|zYrDYEQ9wzj1VEZ%}78K)Cq(qcnxdO z;FMU@I@S6BNkF#0x-ayDSiB!R5tRdpPHH3+rVg$oRNu7$NZScxsnU-$Rg(amhDQl& z0L8a5`BJ(9l{9D`-=Y53H=>4zGEjAWhdIp+@wEm(@2#X$Ql#pO1RshnGoQaov)T6> zjc~S-_KGtZ$|=3Uhk^%dKg}Jw+Pdod_F^kKKZT9s(|$@8&}bDgy5d#Mw`R z;#kEjt<5}j?mHoQV#=Kb*o+~~*t@goZh!r8!1*1b__HSLJ*nO-q8lud0_V}EDQXP8 z{dOKgUWe%=p>#sYkJ?qV=)`tQWF|-fe zJhcV0V3H5eceDy@8GsAO`ocPCewpfGMK%t`p5Z5V!#K|R@cv^|6NQ%xk7vT$KjrpnxsTGsSs*PtGgPbhJ195>+x<2K-b8f4^gmbjr4-4JPaXuH* zci#c6%8+whEUlnp^{Uf>bz2B%^-L$S4?SHX@)UT0XQX`;NLI(d$L3b0?Sn~N|KWY%UwABy~qGod=zNTg8(=~!yDPuaUnx2<(FBx zBjPnti6lWCzq2saiAE4r!+hq=y6u};bRP_<+&j)xwW@14;Rr5J-J?)@#*7pBpnAUL zJ7is3P4SA|HXc>|FWmH~C5%}O8E7qzkMLm&yV1G5>@qKFY1{q{y=TavMk>l`3TNg( zcU~m?;)3Uq5rCl0GBtUe5>MsQyA?|Bl(VhMu_n?Rq->-&A(2v#uPXS)n9+pnL%&j@ zkt9t(##0UWC(N2eDbL(7<*dEle0V)YSr}?gX6Wm~XQW=<3~>%?Stl6|Y0_lqk3Ca3 z;bh1@YH|LRqlBNPlD<(?5^-0O7`mcT7nw{)n`?+7JF3j=fTaM|r-Ou@R>YzP_X188 z7Lr5s4IfsKbu-m?>W2AO4Fo(q;bx6&JQ|sFcC|1vb!i%K}XiBPwlRgdY0vAB)to5HK zaSh`KkU)-EcC#3f`c5e1XyF}wD9cx!qWO9NrBUW8nCf(4aYl}P_DsS#*9^v@t|B@J$P60WN_=*n8*R^+; zUNS?&Rhzuzax(K9IVL2M3#za_KRBAmI>ork|9CMG(}Gekn_KtR6z>9LfUUVvQL&`D zA!jU~$#M^?PBcCd^tXnr$UAu`U>=TH{z3&|NGr?f#X=t;(>4*m2%@WY=-OtYD(0U7 z?^hB8Rb{};g3g=M2r{g2dxQ(JHl&|l+tpY*yQW-9bX6tMc=g4Uut%=%hi@ft2el_9 zf}H~vvYHLk`YJ$eE7C(9(~FHAEy5lPLI6x__{5$qN~u<}CPG&$8$FC)LbPrLP97Zw zt|G8Up`U8qehN}ku1+2E6|sLN3&e!D^m-xqYCt`|SbQBel}n1Jk)9oWhLJd@Ld(J= zs;m=bb&Tqqs)rhADK57qBnxL8X8!srwMEgcCSzca+4#2O1~SXLfPFz$$pIs}SYX>n zo+*oI#Sx3tH1>A4sJ&Tjwpl*}p;CEOPbx0?7Sq{tlJaR|&4~iQXFP-&H z%-w_#uyH%55(C@-rG*=oCYKOaDb4mZq;-S+K9*lyOzHcm(dilqK>$p4L%6W2VSV{_ zaU9o=fDGdX-oJ9v@pumPN~K_B{gewRJd@r+*OJJrysZu(r^r*X0-;f*cA7Yrf>nW) z8T?jlj4(`@%@w^O-8myYZ ztfq}IlBs|Yh3*^#x^Lj@HxfzYlq-;ApRjuEAKtW9OZyLGpE$fv5gf_<}j z*K~d*g^H6;?e$2Vs;XNqJ0q}W5pby$`xPUamc1{6Il{n($Jp;UNt~&mWb?r~D}`J1 z)iur?T40F)=r8^|{ii;7Curjcbf2UH*P4h*ySU1|x<7BnjyvqZC-%6Mg|i$_$qeRF zrvwOfqkCAZ{_OT&^ue!WAs=ijC$u)N@!@N77Pcha%PtjSss=jF(rl_kWkSdP72oNC zkB<45n}|p2tJ!anQ26a1zp_hs9?Bq5q*4Ch&qWjGTR^(U*R2k8$gK}5hL+vtA2XYz z*?GTFo*j^{G^=wx@%1bj zL0j~br{hk;BBChdXCuZ4Q8|cgf*8G#&aWSfb)8Rkotb%?YmH}+j5g`WBhB3X2Y`JI z_FN5>&sf_)KSGk3#T^ky3TJ-Eg^_xpBh{lw>2-@KE_|nrQCdHR?!ISGbvAh}Fw-7O z*Q1182!AL0s)51BKub!?jRTdU;6@G%-p0snlUjqxw-P16Z>(^uAMr?-CTn|^{(dNJ zfPDEe$0rM642b!`Y#w^cfbx5VkShf5{X>kezF10*Q7!bXAnin3(e+I^8YJ@uhQ*sl zTQ5T!+l8lb=-Y9nZ)+~u(nnJr`#cl-G<}?|pXdrw7RpgrB_M_HPuBs;*e|G6_flbD zMy{z;_9BvK*Q>9Gjc_T)Xld-z|4!WR%MH&C2G^$zi z?Lp_`v>9}V{(%?7xH6uRr6)ElsOV<4h#pEVKnxvLJ)@|a18@4wf3(mg%^t&62|bM5Gadbu-09_xp8PSNx$ytHiNGB3j+_}l0K#JchUP=Zu; z+!0wAT5(RwIU*PiW^T{RmK|bp(jozXy=}bi7`Cw_Emh8yUZzGq$*lH3n-Q4PZS@2p15yJK;M#*Sb$!GVA?8EJj)?5SJCJwvVV-?nbq5{1m^2x+PiRHH!}cBxr+7b z^Oxbv3{`Gq=GDByI0DwotFw~dv}l}2ZBhd0sE^SNy@NCXxje$AVCfZs{&PuC^`{dw z=NLcwE?As!tjNJXVuX~_49kgF=nLf8SuM;W(FNz4Jomx)Ex*_21@+QkgyOIz;W*w~ zqFy!FZM3j|n2<+Jy|dH-XW4(&Ucq*BT(0Ud%gQQa0QWF~ZR`pk-FVXt>`SJFU!{Q_ zB2Xk*k}5K!ub>f!VClzk%CsP)Bt^k?eQNc3(P3n13y^n}bx{?S8@5pM7$G5$3ojqh zULl!ulE`C}r&NgWG+1{7Vy3th)|S!k$hr&JJhsMaW^I})Dd@8jY<1o+F$Cs3wqh4( zaDk1Mm*sJyB&zmAf=RrkTll?3U7kc^F;z5@M`D3+_eJVIpRjP$Rl`H|we!+xD7p=H zG`+jCf|;X4dt#~$^<#vRIP`g)094wWkuG%YJi@@VbRI8I-GVccWx%TChL5;kergR7 zhk4?`Qe|!oJ#z5%^nU13N&U;Vy}BH1@m^0;z=T!kX+-MPon4a ziu_zUgQj;c8R+ON)rCOC8+M&$07@|$^+ck&7L%D?sLC&YJa=v#HD@64pn`|LOqe~& zakf}Yn=1HHtG9+1yma+#RfK3GM+O}apnVl88hcAB6H00Y4bWZxEJQaW!`d&hX(ei? z@|g}+kV{COc%Wg+*3rdg zQND#$Hb$!rYMaqA%Qh1I)8|&+cmo7hYs8*MDlh{ziK5F#odI!3LWJz=XRI^WiBm!v zAGb33$9Sq+{3xX8tZj2Z%KOm*{j3fIoj569@z;epn^m`z-o6$(QmRg*3fz?)+5M?flEeBAVX04F`uaa zc^5P~YQIxFo!Ao*_rljcf&?7*cfi_QDTZ96Wj1Q(azUHu87PdjD1#f?)RB@nE1>QY zbn0#$${BOnH2elqZ)yp(cvNw%9NtSx;C?qKeaLlWVw$45IKnWm3?Y>hZTye@)pqQ6 zK=De^cv9NWiQpeQpRp#2>w9!x2Aq&aSQo^;xmbZ?J)vpOW#szO2Vy3;ik9sQ8L#`c zxCU&Zu3&A?q1Cx6gL+}X$2qHoelYMB3D#Pze`sNu=O$!&B>zD^5J$rW$ixx+CY^Dj zB?Sb~hv^G3H8<=`W+b=!xrE`hNDp~_BKNJqcLr;Q$%BLo-Kq|xjO1-g@xY-8k_qp9 zA$z$(nJ*mTrPN9o4Jr9#^dEo*=UNjce1zoZ$$hp4HT;+}QxsVbVbWm!RRJ3fIr!(Y z;&&{&ixad3OU7RsB3GYtK2}rlbm%ll290f<_>F&Ws6_O2NfAK%&}g|?QX0^4iY566p=7a-j53vK z%Kj}zv8B69wv4cJcR5`r_smc8IZP0FLtKA_8B!iT@uABJlU9D z-SD!x8*o5QI6sx&8q#GHz=;l%pUU5|3k&>YMB&C3%4*W%E2l`k?y6-y z|02zRr#4M@W<&D~kZlA-1DM!bSPQEPk5t&1_h}_O+yeJ{&M5`m(f$7wYjQFoM21Df z(C9(@^+}8?JbI63W=%KElfwz>jhm4gNq~?kt7Myvmrlg4H?1ywXK8R}Qe5wx%tI8B zFj{Y_hP`XvSZEB$G@c_zWk=N$yo1=X^%dRlN>cdv<9n{BWrcpY74*%fS7$R|mB&>rn{~^T@4y-74S> zhU)y$+y3y419mLLJhF2v;cdv4hSa@1k0@g_N zCIp024Z*#DzpsCsl`Z+%H%iyb_4w}58K?I6I;Aauur@{$m2Lbn&pDF+ZNnm)c{-P) zAxM0(kk>Wqn@r-d5DvE#F>0OkQ|OeO9~`$bFgu@r$uD7VC1!S&!38p1Y`-{g^}T}G zq&K<?vZkyRN_ccAjd|eObbYU10-|U+2?C*B|H4qpKA-R1fO|NaNAHyj?JgS< zUEplrmL30DQjS?SWhAkSWF5D$*yl*ue;<^GTIOO|1}SnLk?Wjk3EaA}@fccoz(aEd zlb2Q*6k_LdRBjeFsDwqp%`X{`y^DAXNPqNU(;2COAnSISKQ2+!0Td*H1>w9K$efQ0gi^9{ zrB(+2Se{ewsv2OA*?hx{_ySlGZ1SI>hRe#hVE|z{+^sJx1t}oxhtwAekLlMFf|Vaj zu3}wsUmUjG3UiPz_+rz4vO(qZOj}$5=@s}B;72cl0f^>hQ}irh+s+9nw2U?P?SGlH zvT7U;9ko1UO|-B{YvYIUJA;&?FDOC(;LdKW)xacaVPdTOzO}X@4nEvd#wgA?dBRxr zq!vfn&P>$v&Lh}=O^Ze`52bL4{iR0r8Y|J$$pq@6nFi>%8u11BLmH(hnC@r^$0#Hj zP?1;%rc)p{L2jk9GJCS*#zZZ3`XItW$WIdcO+z`>ipobmjnVg}RloC*XdDQ!EiZz8 zh;6Y5;A66!={pd;IUd zwUqZPlyY^9g3^nlcr^CylzBp%k2a0M z_Opw2y{a!3QJkwrXQH7+DCES09+-DAITP+xDNJI&kK#@WF`7nwb3eNb8hVs2psyTy z1_WqXpi+`8urst`^uyK?QT&$LhL|PA$Xc6taWQvw%{Eb#=@U83lh79nt$wSG* zz@Ud-!1D%7oR2sfbj_RI{9jp{)j(5iWxS%~=DFQ1`X@Y#JmOe`n&$CWMB1`Dq^f2W{&Tw6V*{ZY^ zyN)K^`%8UG%OxZwSxZqO1qF@HTiSp+-lC+2Aw*u?KZj)smCGQ8_+2tVuGqP)@Qiv1 zx|fv`=3&cWpYfxh7Ad6-OtIc*RKyz70?Zq5p5=`y5Ng6_sIgO@Kp4goBX0aEYFOb#g6x+M)CV0{KVHwmgU!D7Di@`fqWRPg21 zLVjN(z+O1$xZ7KD(HeL%AW{D-InP`t%dBMIe-dj^eI%$p+IKSv+c>(6_L?a~eXegJ zphwp7^dF0)|N6|?Dp;Vy)vlf4!V@I9^^?=PSsf7Q^5no_)_|^MzKKhyi--4{NjM@F zYM&X0PjiklLKnymuAFQ_?|ODoTqeqDHmOuUP_DltqqU28BoJaBqUejTA9YZB9wP4V zIylm-tKi*U1Lz2sGQ-rV>1ls0T+f*p+T^NS6iyb1Rn5+`nLw~c`-K5rVGLGPH9P)D zRoglYQryVy-E@Ip{uBx~_E7aJaydRhNv0EOBXWd>uZ_Z^3in@IX*aHEzx7n zvB#0T25k3$?P4c{I3F1ECFs5Tv z8G$yKdwM!AUiRNv07(}XRpF1CB@8tneA>k|_GPQcAUI=H^MoJeilw$r;=;#L|2@O_OEa31VF~d@9hmI(pM_^;b&{F2h}Y-wED5rFgV63 z-MHSav*-b90LTk97edKT9%kkOc_kGKw2tDb#%gRs0J<$U0Kpy&$|L(#WwgP^HL`lb zqF`^yoMG3iu%Sk9&Lj~UcuUfW6ICQ9h{j2Q)ntN$Acp~N_cehB%eO< zXlvxy_2y{zWWQv1Q#DGlwOVxp!s`;KB_;8TvU}YBP-o_=X*4eW*UEh&q#x; zb;AK}cj>v(4*e-WE$bEei7JDYsl;Ig1#IdJ2(%%c_&^nk8*T9Q%BcC4?FxlXLLaTw zRN&|XM5LLvE|fkXt%zahD_s{XA5kbwFB5?4_*6NPmVvmw`k8PG5I&_4iAK8^_-X+< zRxuXO7?9o4t>EP$v&}OmVjZek&eE&Vc0;5O<;+k@ELrG6TAG?%zmV#fE_#lyp>JeR zRG$kp#D-nR>4cC7;vW>mrzp5~i3b6WxuUioH2JQ&wn0^1(SY|1gbJ%O8kaPxBtz2O57_EiR+AP%;ogODqT&ZAlkUEIrXE|n^;hAeWV8X8oo!gQN3TS}S1<_b5g|54aY5Y?HLKL4 zy>F{+3Z_X?^Rr~?NOV^Hi&L+Uka>!4LWCiY#aEJUfZDQIc6fl|8iUx-*ao4?^QFNh z0MsXXH+qXw1)abmp`9f<^5Pdq+_k(AOD$A-d z`W#e_d|W$p)fa)0;07dU zs?v1SOxDmTi44P*_8)|e>?DYF${WnQP26mmU5xyM(@Bc?sknu`wTo04)_xREK@xoU z9z%|z90c%S*y@q47?iB(XP*q55HG!YF`_#5S_DfD60@hF=LVpc{8(45<_rCIrbLtb zq=EqSDXR1i>eb!(NT9#NBL-$p`q8o=B2%RFvydNJ94TrPbSL;~e8rwvd51&>=jDjP zDuH;3>V$Bj%x{P_kA4bI47r=0PSSM@u-Lbq(C0Pk(tV)_)&W=~$9Ix`Rd?>T$9OEE zu$87Pw<{UsQK~8J5d&C0G8m%wN?4MA_Q_Ib<0Iv{L2xPO_;J_ADk;j?}Lkf^(sGrH6oR5R5J;bF!mL zU0;Sg`6%#9Q)ZqP1ISQ-zy6CEcUN(X0S)o%Rpt`dT&?^tVvL}QNc|wstXbuqAuc&+ z!1S=cJuOnUTd`rbvPpRmT!GIB*SLX;%<@Mxol)h|2}Cdu$rf9ma|nEyw047$2Aawa zs)mNhM+$^_UvsWM+dCpn871r8(u7fW${yQ7bu~m}mcK@EB#-Z{CRUq zFm7-l(HwA9!wepUutMNTj02F7X-WSa`6D%4U|uUmuav3};*BM}O{sL&&yaM99l8DO z+p6Wk_i{*9YVZAy#l$01z>7aKCj>PqVFUKyPgGbiSoKas8i+-H0_lf zaBrGMPcD?D?-@c-Vdx+@ok9sr7?e3~N+ANjBMFeYqIjcunn*|Z^l=}x#TO;ji<&Gtfa~08o`+&S$FBLWp(o>iv_`g# z!O>A3>w0g`L`6)cQW}8+u38P~L2-w)h`yv_w7I6l>?U*m`2>9f_a?@U+m3Wx1;e3E ziu5=u%zN#qT6K!F_Beg`>)<2a;9Gic<2`q#Ya4tB>}|Q>Gnc3)_uycKGF%^6Rt{^@ zxeqGwuf{Rls~q68DYNZ9H!jVG4&W<@pl>)7H7VbIMH0prPHzKO{3H&0uJ4a*QI~v- z2Ttk-+h{#8^&7u#^n&9Sv=9k2X5QReb&FwvV&oa(Y&@=FquA$`+dS5ZzPu2(w)*Ru z24{dFSMw-h(PHzQ01OjIC&{u z%Gmty7Q+tGB6B&8z*7ke9J0K8uB&d+@@vzidVX7@qR?ylb(xZ&y@|}DZf)Ax;^Yfz zTccYuGlRFbsjZ76xxHYP1srNm@wArXy`;8;m7Mv$0V%c-fY?H+ecOQNhf1dBgMe!icXVH|e0lHz9|qD7ex6TL5n13c zDV`i?yqMeH@?~l_&@=LOoxbfB_e)!~SVk0_XvOx;tdQE3) z*1CZnOmnzfQA!zdsf5?mH0%ZPoMF=~3k@Oj8`9V_uShljq@`GgCT<8{ciAm=7g|^v z#u0gqV-876>nXBqmyC>!t6EY%=i!^Wc1{&QoOW9SoMv97YwH$kIdP11s~1KV1=Vl} zUB5#Per!f7hOl6v%~ukVC$00DFt9aa5O%5TMP_>*0Jm^Rl1aGwdCzd$dXSApYFlnqcYjiUY)i%?IpUtm=XB-JY;w zB6@h8h^%peOV8p!{K@i`i5Aeb%%6r7HZBLc(lzPGlWiPvL{q(Qi;f&J!TI*F)`ilQ zl*dd&n||n}jxx$LKjMbl` zPM8?w8R*aQ2mF)E2x%f9hglcO+%7tL`)UV{>DD}U6g~^^_LIoqwkcc7)U;b6p~e+z zi3FE>p&sab`uWc1acSsDgryw{oXMrwJVo*EXcY%ZVbW8+$_kHOX}CAvO>ceL>XwI_ za+sVvERhxe$VfT^jrLVq|1CW)8(vp?+WU*_^HX)U*OdZ$iDfG(YHW=&% zy^K1$g1)!+5Q+Gu`1JEV5ymr!CYp5o11U|CvR&Q>U+GiEWVf33cyRT)!R#cbq9Dr* zRhCvdYl-kT&Z_5{)BAc!gAk7tedV1oY30&Rw8RqgT0CL#g}D$u zu)<6pwU469;2LD^8UYWO4Mq(NLR9;D-_BPqIh_s=a@UrxExAi6g)piv);_2m&6FDY z*3=Uf6q-GDo)Zz-;^@^o0HMFt=%2&~+oO$I$t_!Ogp!w3tH`t8(d#Yh>MJizs^cHB z#dz`{^yL)WXEVezZDDsKtovD~|4e_g^k{}d0vH9Rf5(F=awwFZnKMA!gHbR(q zcQ|PqU`D`yn2fXWb19NhE-evqg;bNO~SnaDYOu&{C0MLmjjuh9@L(*!i9Odhg=O@L6 z4gM#++yi^FQywf`8i82#A zpGXDvnb4zHvgsWq_s*3G{MqeMvCeA~gfaWmiC8?sG*x=0#ZEmlujw6IOD)ew2=V0quvYn?SXjADGj2Jtp^BU4Td1h(aunbx$d(E|Mhln zcfFaAWZ2RG^2X~V?XFucG(jMHXqQ48y~`zH9;;eg8*~dgGO{#NslBIB9n@dUiDXH5 zkB8#7ny=Bf1R>({U8e}J0o><>Sa4jF@9EYHfGRsx!ZelW=}yXIKBdx{W*AI__ibt&ivAD~?_xZ1 z45bm3(oR4N|FzZ_x%~T3+=WVBEwLb$A3vh9^RsI&dPue+TD8k2 zf)#AnS#fkvI5^V8frkuMcXV6b45$f!O(cA7quXq;M+24OWY^5`AO|W9c7=wS(qgNN z?JpI{)>W*4U;uD?hQ?F@W4c)uk~1Lg1Q_4l4%mAKwwscH7pY=`Frf79s7vp={ep1W zb++%its7+XwXQ|jIJZx<9-vA!#u?IFT5vqARAGO{>#WJk1H=ezucGi%n}OrC9BNlE zG25pOAhbGTrMDeFT$V(&88NADPI!YM&U98Kbh`T|6To45}xAB}4MhEEC|1MLDaI|IsK zi2)rql9|6yv8uzta|^_kr-}^Zlnt`^BF;a3&n!+oCuWfO?_e^`smdRxrUI$Q8*bSYuVt!}mlHaUMk`&UeRDtSyXcLvUC&EYKw-(T~reT&1* zH53LxkfSZ8dU&G=aevNv?uofPGa&eiXRsWZt1o-yW@3WLd#f#`L`%ivx3r7C>$%6a{oNGfYX}&8|BtB+ZzJLT^nH zr>&KkGq;XWj30rWA`_P4%bCWUyxYumib{*Tx>_N( z3YaLQijc+YGx8N#H$g)v0l<$n2!3?!k?X3u0N0_>9%L9c>rtY*-&aGg471I?8Vru@ z9qr{3T2_|^_0tgx>SGp@Fx6#&y4oKE?-;Hvv zN{>ymFzm_G^%myGnF@~o>v?CXU=owKLSb?CZck|7WJzG=_I0@SIpsng_~bzZbZim= zs;G{rTm#rTZ>|5Xm^_iBkpqOYZ3!LZ z^Mzuovtg3Yjew|Nn{^tbvFP;2Hc#2S;uT(G{z*a^{x8jjm(qzssI1OS>Q zSP%(;IM_E@LurEi;$)nmol08d$wOGjcKnG-iK_%(O8(ZTK~y!e9fBj3^NCn4Qak&4 zBhHx5KetWu3kGJIJwx0Po<75Vc~QL8!}Mz4O{7SXg5!^sPsDBnF?>=WD5>v(X$SaY>olQ@f$y_0ucu(UUgeC|Fd#^LUi^8h8( zsZyXWS<93ORz;p;zZj!@KY%&Q=CYV-1z2 zNhB%E|HFaPhlvB6(k6Ih9uRFJT(LYL!z)xA>9iCouBlDO{YR&uNJ?cdsccgLti@$3 z`5tI$@=k92kCJ9_{B72*2A44-G$zps*&1BG^a5YsN`vE{8Yg_sp)=EuHS>Ay*;Sd> zLw8q+kb%XYvn?KWZd1D=X*C$9jy+^qd8>E@b}6-D64r=zXGfmv01Qbv*(AuMEUsv% zs`u@dqy|oTxl96f3rD9?`5A6;V|!ycWt#%S8$YdUc=hoHx=HEsMpIy*Qza8voKvR? zDPd#?9s7)-ZvJ%?JxryC((>YI^=5*m{Hd*=Lk0=e!&TyDbhbmU_s4L*xmV7eJD^Co z_tp#H`qxp^%?xZH8Pf)0ieyJXa8fIfIo%6~!KsFUWGoBSAjGP-NZ|G#w%;0x89AnM zFr7SqEiuw@Hjc7G%O9OgeH2^Qtr%-oNvn1Bb3n4e;4sQ=i|P@P^lHtyPJ zEJ@aKdUq0Q2Z9`!?<&e=vYnp2_cEeF zMLMj<7URTo=FFUGTGCtaQ#J|jd^zblWT?*f$%rWf>40#UYXb4iO2f`%?Zy^qUJj`Z6Q`wic0=0@h0y6t|jlck+LvF z1oRC%RT2wYjGUYN3jKBn?AhP#4VP8LihPcKVXAe{NIe=x1V9X3%BR})=-rBA< zl3&N1Ld>p@&Qs))?sAMq8?Z1T(p5U6@*3%Q4g~IIT#!qbE6M7OGp)E`Lk^fVFx51& zBxIq8E!Ol<`F@(^mP1@_+tx^DTA`4^PA9iCuMJ|8B(v;MwV8gxdQq>`HpKz8C+($< z+gx;j>Ss5&O-9^*l;hwq#YTBL?$smZlNx+k|sH5#X$GU=c-JO z>)pINVUe%Ehr8zDtR@)`*s&T;sC>dhZ1-xr)D{C3My&-()!oaS6dB%XugVY-<1ipT z&~m$c5mB*p^Ob!JX+9K`A0Qg=m@rE=bst1mm|e+}?0V`_?Kwsnz;-KQ3f8tShr8K#nt6(IbFxAshE;U(k!G>>R6@ctlqkQI|B5yZluQwROx0*gJz9MX|`J zc#^1YZnR4j>M~tE)q>Mg5x^Sz_L>Wv(LHOgmh;*u_P!SS0)-zCTOM+S+Z}18NqFnp z?u8FTcBI_vf+CXD>$v4`)f(BJpa4^xB_(jC3e%A)L-zYGqpCAQjd5YaI*CZ2=kZamkm8R^$tlvkLpcOqq3XoR? zwoJar9j{6M94F?H3nYFVGvr(-5s!KgN1L$*8vz&P`W0UcSUXUgpn#}B;Qw3%n>o#;$ zfXP*kM>{99$>$jOX1k8Df5^fOK!Z_|Fmuh zOK_-Y0_BQNny(ixYK%Ix0{esBw&De2W|S^VvqRS1u*+ZtgtODBJJLFIiY-`dLZU0C z(pm*ng3(c^sRY0AMeqgLnUD?@If>71Z!GY{tC>!KCvv!JC`@^WFOSMiO%Sfgtl=Xv zsz!5S*0w{{cz%Nr?PC6Ru`mah`T60n!EOG7+;$Fin{tFoRssQP$k-k(@g!Yo;Y_+-im0E(*tg6k)x= zIA#RM27o;L->8~#IW%&{wc9b-nYd0)@`rp*_vw5T&7>%`K0hi+?M$y*gNAR`k?X0X zcn5BG?Z>1+0~Xrv(SE;8Bc;0#{&MtCiSZw3c9edE+=MgsP_sn z_=C)Ei!4CB{-ARz7MG@mlbn*0r~eb=EAw}+Mnc|jk1oZalKkr6!n>~YSMCa#800<9 zysfw&nE1|9z^juG#z#dO@b+}k%Pw58igA&?TkwWhOZ>%2|sTw zrgGqVud!n+_l{e4r&E*SyizQ+28t5cUl5|Q1pdtVqEDH|RSa9s~`O$!aS;l=73i!6z}kQ;yldFBcrBKeR( zE2?Y>bHt!xR62P!YI>uo*?Xc+Rtf}rL^`K!C=mcERpB!+fbM5v zOEik?*yVLf-o_0ySCMHW1lW1aJsmVqb6V}$Q}PPzkyZ0Ob-eqo(=6(B2*L)v`W0wv z*@lb4Ht3%Sc=aiYO2VhrB!U-pV}7d2=?t4~ayIcqTHyD?rauVdU=dOYG*h1*&4>%? zk)8HBK;~+rI%UOo8V9K+VZC;+LRkHy*(XYvr2NZytr2QBFL_gDqP(tXsyX~|Zmz5c z?(UuyWu$!QpK}b>k2&|8@YANMa7z%5)fcDS;N2Je%Zq-?5T}qRw(`i@60}6?S+oz&8M)Oqy|L|T|5Oqib zoDpuI6n&<(#5QBXC(Omnxi$L_(Of38pQPPe;3cGB1{rHOf9b50W{~HJ)^_z5dTmJB zw|Zuig7gzQ(ThKih>8le4`i1dAQ_^(9ES}Fy3jj3>@+dIh;CBcaXKmAT$_s(jDaUq zt>?P5v_WlWTf)t1i>^nR?6O$bnvDT*1l(U=8}jiT(yE%IKmcQY<8CHOj|&;f0~&5d zKyV?r;aL5-19*lj$79Mxeq{*~ZZUem5U_=_)zx-?^ebBKHp%9A*>eehh6Amvb9?v zITc{7aBvB+o~4lRS1;e_)$vIIqXASjn$&dqOa3@`Q=@LKVwOUbj3P!W^E~(uyoXtgRdzC>^xDzjT&LnnRZO5jUuW1p`oYdN#J08xbZ@9fx*Hwdzi@7 zG2l-+3hR~>j5?T%!KLOQjf~7CqMAb#HW1=x%@QV|`bR;n8R&S)qjy{=S**)aF!`_} zS>L7xD++R^>0ej4hZy-lB#w;akD6{q8$Aw%64snLdf-|Ru@EV+DJR8jR2g)aJJ4|! zQz(!3WAnL%h)MN>qk-lGucJ|{3S$bXM-PZBgznocaei2UMdkR0eb!nMoq4 zAG@ot&4U3ZFSstfjj!=(AI9MeOwvQmp451sJ`;*|fZ=uYh8$7KtNLcq68&~|Iud`D zO_r+9MNA3d7ISYtCWB}Q*ueo+mW9uB+Omabj9!t|QF#)K>ERs=2{E-WNLH)~kfZ5- zW)8J>B*@qpBT&0q=AFZeIJB7Gq(j8i%t#+4M5ecGBuGFMi1KtQF zLQeI677i6vFOo_x4yNfpIZDNVaB1^_z@IB7lL(Y>=v)DgVTmlubWHosoV zdp=oxTC$(bqEfW&V$)@bgXXLdH_5?!@t1%2hMLRxU;XW zq8ApMTFn)j2KVN)uVg*EH&F839#l|8D^SZXSnAN-K*-PxzLE`wrtOwk`K0Ng^$EFoDBUut5$?~u79xO1lE za$*fg4M8GP2b&TVGth-9Xa`vw8KqyRhdhZKFpI6(BLSAAqn)l`&^@!HH1maH&cIDR zj58+U1RbX&zY*oRvV7fDA{>q0f9NcGD zY>&!KI?q?qQC42&VJ?Lr7&HZ0`g4nNUprI`ZtbQm!AF?pg~*d|=cP-r2V8V?i&iW# z-Bcd?3H?xvkkl_l{fNk?xa26Q;V{A2*``Z-OfAdPVRoXg4h(DllNTmErWbA2h_A;^ z_)};`XNamf7B{HKBeVNZWUN+jpC4Bu(a{@9l@B0;l55Vq2O_`Qwg3yJ4agwNK*rK`L32Y^_q^4-6LppW zs1=|;B~5;4U{Ku2?+KC(yJj8CQB9Mg`ex8(J!XMs#4@*)zfhuP0_8|f?j>fP2fWi? z2q`a1!fb0JbQ{1JNFt1o)R6L_lvh?q4l&7(fXt}V+qY)a4L;J*R)3A^Ljj=47^Scr zHBAXsm0??Tx+jeovW>eTm-!iRdnzxm&V0p>oG_4Sja!`IGN5luQBVb7p#k#LwCK$7xpO+EBzdlM|gTWU6&D-#0z(fjGAcE^|#)?kmQgklX zBXOgXim(Qocm&e+odBj8s4*)p@wAL}l}-~I-qjIRnch1bfS*Kt>UpFMg--% z>tPtyfbz*VRRW{oP|pB=H;4v6LfcNy<#XpoyRw z`%@4*HCabsyl5~iO&Zpcheq^ptys+1dCfilT4EKIBukwx(kAe+ayaUG%Dvy2gK~l6 zM+GJJV0gwe326)gDotVe*9c3}Nq3(F=}xL`4G`M(*STN%4~N&+Eg@Mvc8SL-M;_&3 zAQ=LFV^h6K5oVw+nt2FHK_r2p@hmdgIaj5n^ccK%^D0#$#a8y9{YQ@q5i*Wd~Yw4Dsv1%ps>GHz&)v}lbO7Bj&dSkUQPgx3q86- z%991pF3TtzZ}m)SgiL!lCYPL12{1{4NCkQS*Y$yj;*$=CvhTm$f_DEOLlCZ%eGply zmG55=HL(mT;-C>VtH$wd5v#tDAuLi{$XI_3&pj~Tm~sq5WpBS$r%Xof3?HJY04V+v zo5GyW2gwhVB_t@|8-MV8!6_AtkY$NMzX3tX&-gSVbufBg1KE~i@E*=xS5iU9o; zqk-Q4(fB0SQ0H)<%#oGx^$pDiv-7E*&VBFjdbcbARaCPOJxaD-?G#}N$_Fw>H_BX@ zwpzOm7fS$64#P7xWW+$~^-0P(HZU%S?4c2l&R!|hkpk#v%IHhV2%YSq=sjWBBd2RK z9vaFAbcbQ4u;KGefh=b>px_zFlAVK`tJ@?uqSh}q<4uL zfM!|9rY8NRk*!aDvhchzz^k^H$=>=g9d9#Vb?$dC!Nltd!ilm`uP7JUZNpP zxFf>S@uLOOvh4iN7DCsc_w>l;e?4@{i_5$|(cWvB64CMT#I8Qb4@|?=V_oAyN(tlx zu)VBxh%A2dQPq2=Z^K4ljJbl!MQ9B@MgmEgE0;@-(<@l;G3@jM8Uc(6tB3yk5KO|1+z`m*Zt%iK)zK7WXZ!oj#TM-4g zpvxY=YpM-052_<$MmT=g?7w9C+!;SqKZ{3wc>y^hRP@ZTUU|;=P2`v`Re6cCgjQ5y z@9uN56zG0I^Xuh-I7=65@Qyd*S)_OvIFwzv&Pjg-58~NUGTcMdB zx3QCUgmmn*@^PQn&DU$ro|J{5H`#E{%pU|=TQRLq$!jfilINGOUh%IO19;{tdPAV% zWt^44u4Xvq+|hH8u-JVd@cJyH30yg?4K&C{mwv?$5MA0MuJVmaVK8YnTc*{*Vk|3s zO#rCM7lU;RIBT+kO_k?*R(0|4h=9YoJ;nQ-<0&Jb2dcO%L8k8hH$!w!lahzoqz zZ1b-OKgRd0)YL0nq@6rrwmzIlWPvXkVz?d}Q47kbR; zKQO(;XqWtsC`j3&aqUKPC&Hy_L#hm0T+c}xghf$WJbpP6l!z-0@%&l_aAdcps9KeP zK|u7V?w~X$u_^OR8(l?5?+EHHUwWap^rLgp@pmeYyCtgWc+Hb`hpzuyZ`5t%#qvkasFGEO%b4Nj-*aw5XxNMw#ZeNhJR5cSUUd3M?WUa0rtc`YRzCM5aVd14cv)HoQ8OHpRgey`}Ip#WH-zWU)lHTTW6As-7iAk0coH~U&tG?UrSkkt)%C8D^sir?M$yLaIC z-VsgUJ%rfhkrNkpQ@!aHP?9?Tl1lg&VG`^^8YmUNInSt$-Q@0J(hxdb zA}X`k&&%EP0hTuD#Hk6|)j5ibT$kF-3J-R3$fc;jc$qMpA;6I$KTKn51FXTnAQ>fzpWs0{p{wcOhte5 zDIsRWBrQ01w>zKAbdcnvJ5r;amt);3DD638ZnYWO1595_%3ecUZY}mZKFI5Pv|x4X z+D~S=bu%xT?Tro1@V1>RP^_HA3JOi~o+^N#T2E1P&-F@B_dw%T#EB>3W_C4%4;zM| zpfBa1rNt^ATzKsQXW9EpXJuvB*YB%Da`7sSs=CVWzXOWg2qb^Nbq3K1i#0B7HetbR zujK|5)ZVdAPUIX*K(N4yuUe*gXdfIs%u2fOpFP4K7ao7?XJ`2m$)g-cE;sb(@(7OG zGf+cheK$A*aDW~}3C+KFK`IUNp2>8QGT#SWg=;ZIELoJ5iq5{bbaB=-!jtGSnKuR= zH?*n@pD9pN{G!@|i)B@%j?{+cwnrrRHjENrXP8LrpHgZ>X(ZwnQZ^WIYM&aIVo)K~ zu+ZR&yHrMT3jkIraru3YIn(ws=uovr`3eG2e=LG~iEt9;MUSiDJb?Jtj{N4j8Vu8( zTk7FSSJrgwAF)fY^%0G+?#iBPAOV$gEmkB zZW46lsm^(Gjg?eRT3&lieOManR79V@2ElT$v&g}s5}_P`ec2=(m2!2CVWufHq_PN| zBXmd$)jcw;Kc&5GjKOU&{cun1_PhwawAS*o{W>%}CM*K_0B&`pDf0~&NJpg^M(U|V z!~J*W4~rv(fw@wW479Ntg(1?`5A^X3(uERG|Cm!>6rV5UN`jN?J^4&WNh$pOB%|6 z)0;O4)j6XN6^b`l3{+KYRn}&te<7H>52DPhxXdQ8?kF@a=GpiN?;Tvv4sg9Q&N4?* zn8}ghY21CeGX(Y$(Ir8_!@-e_ndj?hk8R5qjo?S!C&SRzH+#KsZZ0B?BC4yOT-NMy zDZ{K=1C2z5Wi2`WRYbe@PwkBCV2fT}=wY*j_(y_^ZqCe_h1S-ICFtBl9Vk~-BXZ-0 zn`~n|SfkzUW|9!yv8>YGPTiXx%D4NLPaEeXSX^nv$wK^0q!b&qGEW`}Z=7u~;G;Ya zS`!1$TfHI_V0VPM`Zw+2ecO6WMf;)7-2*pgP2rki!3_$K;$Y~!MIgY!3hhv*a*{6% ztfqJG<{7c`CvGoK43TDH-syzfDpc6TJq$D9Q2b=5Q_Qm&nq0Tv_`@YZtqz8Iy*329 zyAVquVSIW|KIp`j=Cy5Sn*Sy-+>Fsk2^a5OfkL?u=`dNS_VPZxEj>3p)G=vwK@H`U zFN%DjL-bAO>yNLbOXh zEY^-eW<+ZCWQcm<(Ut{#!-yQx7J~f877VTryWkDBGpXv>v0&W;t`xXi9yP>VqFyho zl{9yVdN>pgNKQwx8)M*0w_r}|C{_PeA^ zVNh9qi34~nFkz36JXYQ)bsnVHs3L_^NKoAcPB`Ihmi;bS%&!x=1xez$>E03v!-$lz zHI%3T5ilUZqu4e%^d;*I!)X|9yxYMn6HUBvX7F)cleQ za0!c}`>aS@BBlMY-q*#F zwednxcyqvI?;xS1jWI3cgPdrNY=7;IKV*nHqf zWFmb_Q9`Y}=7R|p%^LChph!%L%EZ+3!%lRVu-MwR7ui>J3dSbB`%EFQ)j6Sc6Ver0 z$dI*(M~&8EhMtu;M}5nDKUKs0>;>^-v{zxti{x>ewMY0^mVYIFaT?tk!9@lSy}|7> z*#`>TgJfmG5$Ljw?2W1m5`%i>RcK8$#1YWW7?1XV-QcRcN@0y{@E;LwIe!V3!2}rN z32jB5WU!N`m$T~PvG1Qvl+bNHbzAC-a!|9QLN`ypqe*>ZgaypI^L<51n8ln%4>gv6`)3D!WLz-0C15wnMoMY zRl9!0`3vnoV-RSd_1R2U--Ng$MoRi>k936Tq!VhMkz7XB4M-?=4*7Ko4;x0NCFrD; z??SzSh3sZU#}GH1ou3v%9EgC_A{UGyF+|&02$Eh(`tF7v$|bsx-4%Og1Wm4LQu_oq zI;nTC7s(x3J1Q2-_ONmfQZY$_om_mIdz2P-#G!<^QExsMqBnQ7(rnJ>iPZsE{~Wsw9OmNJem7u{p(jy6T_Rb#XmWrwJ@Ga-am= zbi&b{KjB2_bW_TT>hCbsw!6n2erBG6;R9~l*&C(`ZIRjA5N(mhV$xqf;z$er~)6TsVf^j1{Oht3EmYlGc0=iWo4bzSO2 zX}&gaiRgYm1IR}r8GC6Rx$HVroFyvYA^;Q6`GclWdv2{-T!YjsCd_KwEBWv|xxknL z6KZzo`S73cr6Ct0#5_uBA_ch(yCx#`$QdTFmhgU45pFrf7OB8|^w|paLJIND$WOEckw9bt< zxwFIHb)3be-dpspi*v~&&4^&|gaHA)yD}duPB=%cwTwj(vy@VPOX*Gd#i4eMxjb18 zA}T{`f3qqLH*63+F43x81#9$DCuhXq{p)O`!=WTJ^$<^HG6$s0`T!2uEZrwSl0aCa00x0roLo{(W}HO7 zW}V;|D;)2Serm)c=$TI~Z1YXDd3i?%L2Qcp(P)z>bNi^pwd|5{yXi(?wHSJ@6|8HL zFVj>6mfu*4&+L(-{kRcsvQg;^TZI`cJQ-YU#EJ*(I_9X4%ee0#e6S5eF+$>!iMj0c zh)Yb=_eSZ=L&DQ31t--LH{bn`jlvfjokTn4S>LH}L4c(A);G~fMD+zm;E8^j1tPeg z$77TIma(|9mB52Fms8X=xDw!F_rtbSZf1zm)-#wBRDm_u2G;3lEZRzt9ZTPk!%9Sr z%Gwz_)3>W3NImEe`}YS?^*i)J&J7)qBxZZj3nTFKGw z*e&*of-*~YLl$k~R!@ytJAkF7iSjpSzFaE2r5ViNFauA9C4u2Ql?7nV)qs)cCOxSC zTIs}tHy=PX1%dzmn~o^T>`N5jr`!`9$mb!-A*f~JL#cfnFu6HcLUk=%zl=>9wGBC?lrp7)iQs9DGE)7Ve^Rid z{2i5s0*cr^47n;&-jrVlEoh|Y;nJAY|8nUf z_ZYL8prG418Zzu^>;LqZ4B1Ux+nGI`9@Bx;9}k1N#YoR6Xw2_cDJmr6h`QfB80q-f*Xp8`*pCVE5B~ivs{QS7wvTzKE`cp)|hE zhL0hI(@#Tbd03cN+n#|vug0cuLXK^LdQ+m*SVbe zrSomRxsxoHzrQ>xMY)!-C@x5LCHS~$1$XQi!S0@JN~)IU&BGr|RX)Y~izp08MsQP* zc-kUR9-P{BxKYYI6*Z+h3&9kD%ajvWUe`{z-7`etd6S!6+l1CC?3lG9-ETfK(k_RI z^peC?J&c6{o4tRIXb({aJ4H%x{^aNPzQB}-@`PK5ZANn|Hyf1UkLP9Y;UH|3tD?kv zY(Ppq^qAvuBZ7n9U*R-1+cx^t^_@wX4%LkA)NFe5RSI~BLGTOC5oAPt{fSk+5!A_3 z+lP^=Phn41=l$$42&Yf21B;W(E17Sw^T_kNCV=kS+!;p2Q|En0S}iTM^1dXFM-_6A zX`$3W=>aQD2*CMGGL{O2#+*j(cD-p%RIqD8M8ZgKT)Z>4OavDuWcjUUSOrPTbzEer zb+Wn0Ckv-!N{R7X_Icfkt{1qr2j|*y6-@Z(rP+1Mhl0uxVJi*sWmvFIPzCg#6hl^e zHr8h0upccowCyyxE&k*0RW>u_1tMmF4v=KYK<87et5*b^t3MQ?!-o|-Ze8F=Uws-3 zDq?lYy^NgO{s&kgre>cA*v&kfyA%sTF9N~Z^m)m}Lat-A>4UD;@VE_?-8z|roFZ8k zrS8cI3DJcvxm^_CxlJ3CCPLoIgw(K^(eT-3)lUpT*QUk|lRL*Scy4{A$gFy3#@a8mpID|+S~}+# zxJ5YGYW z=a5{^c>Kh?OasFJ_Jijmh7<31%6Z!WH$;!CP}^XbH$$I97H~VR^GU3_o*kz<@4Erb zP6RkUm<&0j8yTbtBy0-nKRs7GouGK|r5al5YgY0BibOTOHC+bGQNrx!%qdp7uf zD0(t@dT{8LdL8(`5tR+{k&{zO(3ePi>rOF|j`t)Z$~|~)+f$1FsJrunms6(;Hw+_n zr0yg#6nXMyo@v~ZZ?BzsKP_P%5H*>F?Xi;Wa|jf+;TTP*P32e;4H}Fp08uV zdXJ08w#AS~*tuubPG$XdExc~;%is;oyHF~Fmdgp-3C%jvjhzqJKK72Du{j#YRry4R zp5lD6-owWgr>E&?Z8>;Hi}SYw!%OON~HNBA7RUDwFE5L>0Eh zSh+uCDfJYfXgS62J(}&V?#V-1ISe*M>23`i%vF2jU>KwlwXc@bbZnu3Y zm3^%wFI%|}IHs8uASkC)w2e1FIOR~wUuDgj!Yl3aLkq)*9ZJjJ1ii;AI+KPhVb!ff zwLb^qg3t0u<|m(x!Ubez8tpV!HMN56RVqIw;k^gC1AR2HLb` zhgHhf)YDZ?-nc)#l3V8~<$LJ`U}UltVywSw1_Z+L>1wAR0hY>KMu|!VPOq%;DK?-q zja_>e@}fF7+Y@t+u)$EU`UP)mgzTzIs7|N*6^}f!AXxlnjmeT!@lya}VO_qkVLfRI z(#_QsWQ+f5((QhPt0O+`UeWukZG;4C( zVQR@sXMqb)%n+^R7F`I~GOHX3xpKG@mRh>h9REhVgU(T?Vca)z;XpU|)^5vaMR8Dn2&)iT-1*3`D{T^qZMp zQIuH(>?rO}omg+Dfpp>HU+J#-I`X&NvFNx9W z9a1ys$I5(acLfF2ffNxc<$A?Evlr6WLo1YmT~rSyS9oEv|C}jWU}cF;306}T`YeZ; zg9n72$}#Ey5m5&JSg$ax3NIyE zD37|Q=}(%*imJS@a{xSB5kxXcEB?Vh_-JS(x6_Xg*|xZ)C@!bi3ytQRrPBDhp1kp~ z@jG7tZi1goC6g>4ETuWI(eJE^bg;o}V0oc%JU7q)*4&fW|J@-9%)HVA!SHs92rXPEW^lU+bx`@@n!MI=A5Fw$!^jhRjs7e5gVwOs%<23b-d6oj!eu{SM7@ zwIk5(3TRBSLHJMLMa5`?m-wJ+R#kdVu!lg`n+G9SbKT+qY zq;f6A!nK;_LXKCrB^3s0-|`SO6R7xrfXIb`0bsJ4)-s~Ojh2^dFU0K0rHQIegPyKZ z`JNr~%xj3z=#@J&ZGBY#2;CN!RT}Npo7NR!fa}S%LvoF6$y}J4%-Cr;W}^XmKZ>K7KNQaxY|5A zCE_F}d=2I^?Je|Y`=)dsv^Iq<+HKXGaE0C8UwT*R@ zn3^CtKpaJymIX29=@IBTkwvD|c*TUdNQ-e+v%+N%v*~MQ1wwI_K%sJEOCq9tYQ85{ z;@a*mR?s#q5trCi6de+rv_08o$OdF&%i*bJ-jP~#u45E^d3w*hbNQ&Zhhfq+H5I$+ zS!#=rD-*l(7Tr$`;6)*?CSn6wF%-pl9&;vGKgAfrCsJc(T} zp>j*(b(OF80;wYPB1r%Z$tVK!;Ig8GjG3)|Rl+R^$#5nf*z=P|hyoJC*yX7fU5bTU zI3XjqI3Wy@mGi0w>hjT{**En1}_f%GQ(I3JK;KMM0?0T_r&R(|D%fEBNx4ZSuN?4ImPT7 z0pLf=`vOF)kmc*aPApc(YSdvfIL9rX<$=*+AY89_A^0H?{iWS;u7K8&Y?A!}8=jq1 z3Qshs7b0MBf~cQ<0<;+Ecr<8&3fSNrs?9ZQ6#RYAAhrCNNsC%WcyKhU*S^4)jp zEm6?snFtH|i(viWBq4C5kHBR6VS$se5B$w6ZZ^OdogeZKacxYquH8}NdCNEEerwb%+>EQC=o?sDXUaMr&7%XQL>2Pn0I{-sFB?^p z<-%2)OPwgegeamWLsB>gM2RX7tor5a{M!ZSr9SqDGXq7nrKV79;bxz8ziee^K;(rH z04pEpy89g+F-Y!A;?em?Pd3RkrlH5rN{IKYB{15`tli7-km!>aJzk(%>V#{Hufh1@>eHOGmyv%xM03UE zWB`@IWg;o4zB?jotL1nd+&x4H75(Y%XJ}K zaM)j09hP1Qu*|vahFs|fn>$!wS~lq`1r9ByqRY1JgmlTV0b_CpdY@5MN7&v(8J-^*Wn=SmJk*;&Wp?eB#hsMjbHMNG6M+#_!f`Swq*s6aBU7wY69E?W6A2Oxzu!y<41=Yr1KT8+v>j|yAnvz1X9O*1brZquS z;8*%=q4cj`4+PS4v{wADG^AWIe7!d7lt78J6__*<>TVMVpom_u~;RoA&F-LIJl&N1{9P}eoPI3Ra@13L@0v%|JJGrop5Id}j`6??i=L^7=(XOxdk zf`Qq61VZjaWQiJ!q`N!^B1fJYk+3Tmb7D&G;?Yo+expG0dlp061U%Lyg*A!AbPwJs z^Mr8q#fL>?Bg|zDVgPEju5-s@Rv!VQ4spi_dGF`W@N7ibA0OJ#)O;t8oWyl}lJM`r z<3bnEjQO;5)#j-=?v@$}gY1MPa(-^eJA^(>PprNoibWK@dHa#QM5}O%PIXYZw)kE* zY}}RX7g08~%JbsECX)L%6HAzu%Jq9Sux5USjhmg@c(2pS!Jo~jDA?LB1sjCfw^Kb@ z*xdT{!cXS;IMsE}F^Zn9b)#_f3tq7|$cTuQ?aeylq{LL=f!Qd=A!HD+ulXA2Qu`%pGg*)(;0XG1@lJZF6qkL{1bj2MJNoPtSR zF726OAe=B=mg1ucEjk}Vt6_y%O>N;Daf4f=`J3Y5 zE@nVnVQef1gKV|)$#LDU8P~=>9S4%g6kEIGO_TWaUoOTQ@PNT@KF)KL{mx(GXEBuw zjf5$dTWV%I@O(7h=ECH|RE}HDeGLT9s`DBRmvfsHL?GnAM4_xa^`g?Dr!=~@79i#Jj&BR#d_{+au1h?LB$%Cc?JeHx3^%q(7F}vZ!E`gh z)8L^NLD~l5ByG7y_2__plm~@Oi(gVBaH8c_9R}?RO@H?<^^8QXJ;sv5N7b16@tY+- zSb1d0YiAuR6qPoBF`kLf7sf)!o@vN^qX}qfR#ed1#6hWI%rZA?12SV+vNbLIL-9P( z5>agctfJYOm1uMtD^ypGC%jus0fi=bTNlw<{t!`N_?=~_oXM!=x8ZTt*ES04Wy*UH zhcU~l8CZQ5_efz?>WZb=8QD73-p)@n2RDTu;>WD1>}5Gg_vA({>r=#^UxpzmcCjUt zR1QiC-QMlYMXifl{VHXWTCFJvY}IX2f&@2Cc~#$QlAt7ij=^0Kl}x5jpqn4nfb4g* z_mu}n_%n`{IyMszzp(XjVoek8?LkD?5ykC*9^&YQzdworS{DNd0Le!Lu~rcL?=H%I zcI~80c#3Ei_wzK<0=9s>tJxD$Yb^SUSu%b*3qq&_m}FBF4cn2Yj5!Q87LN9@OoBka zBNFV1*9MsamM(s-WjIz{1{w)M2^Sy?MW`6_663#!2`Qj;FqGs+MOhSj(NC5_gKXl~ z7gJHI78l*0A$NZ)VBk-AwjbIi+Zyg02@N%b{8_uPK01GpGj_vY7j&TbYD5zK^zf5} z?Zs7k#rW-%?R(TJEgO4xctkpQ94AN%2rk~>T01T;oqqp%jZ|f|X-R%qM&r5%+{9@F zcQOkAUDD?*mj3vgEaA!=oi{INF*@7?>6m|az=q}Gae9;%3sBQ(iK-Y9=k32D(JBwh)=swUm50=MX65BV|42{+{Ksz_~9;72LEO^Ob-?`1S~{bOisL+Df; z#%2`=gA>6mhVl*3yy&%$LIQU$npJYc8Jo75kf5?BPSy}Y))tYApq_k`oG-PGF*4F; zLyC^~lBOIEA(mO`{5iZUQPS|cYHX#CdRAF&7Dr8Np+%=>H*WcieztyL;SpZIb~DQ* ze;AIXC{RW!mxzt{|A_VW(2(>a(UwD6Nz>2> zLDui9N5gw}adflXNtXMc8LWD}{&cK$e@M6)5;n;ou#ABr)rdo2*kJam6W1_RmRQMv zF<;3AK&8K2;uI1QQKcN$X}3v5DJ-k#BGoD*D~x56J*#8o}VNk zsG)W|d~K8hM~QdeBxPGoe5N=8m_8CN!ElToOImV^!+C*7JQ+(gh6+lzzgx@8Up$gtWoAZ}&xQ76wg%|YRFjCDMYF5H9a& z?YGd%7t z9IUk`D7@8bA@){=*~s}e%Lc=_2iG9QENJ!M^)+fypnN7vgG87x1O3{~*TUq{!%&Y1 zDjFbSXHp9{HUY7v4a2u3$Jlmb$B(=NjCRPgmTXOi_lkoExP3fb8Ko}~6wNg71hK-I zRYX?eKPgD>ch=j;c%f~G<^i%6#M~Sf8pM?oFT}g$W zKbyL*$P-3Gf70s7m@HvX>7h}`9=!K##MoB#LaljNV8hbb5A@t^BtW+~!4ETBsQ~zD z^R^}WT{u67ps@Cgnnk&s1`Yj}B1MQ}6_oMr(paHa^{|u^wXYmS-cG~_!VJwSM8O#E zOaKRRi+*&Q>}qTzFS>IvS5E0aHPA1iONHzm@p>K#zRcH>2O6NEAc;0OraG=F zRN}Ir*QwCOPIWvg$T!ALYSp1&jGyztJ*PRBxkK$909N?q+%#W$9-mbLj`5 zfmu6gTXAPVY}M6HK)03!T`!Vxf&-T`uQqNI$+n9Kt;r>e^Q#-#%5)?sdFA1hplaOLun3Wg-Nw-X#J02hN;dmT-_s zx|EE{fL?Z5+VmP_60xtRGjKq4PN5(f1Ftz<)nGp|(2;%g#v{Q|_xQ>S4&rH-V9ex5 zTz~D6Ls4wWS8kj72C6=2XLkb4LD)!Hjaa0pLN-LODw&#|2a7&{I!+E%GIW?c9ulG* zJ89B|+tF5q3K^*Z!=vg*#v}J{(hKbWtOWyPT^A-`BG_!FS^&Ifd2b&X|^ znvA-2&qxzfXo^v-YHy4QN)obzSBDm1@}eAbm2$ycMkJiguQz`&x6k zWR-g#!Ff_r-rlZPDqfr5x6#V{+R;kxs%aiVt+50>WmY_xVgp--tDck>psB!SAm^rt z%V*!!bJ37*gc0YQK+g360eMMVrU=0zTs-NhWeiAfF^fTNlZ{-J@@4T zMrOF|j0_@bnMgM1JyKF9zrv7qw8f5`PFFTXCmV5P6we;u`+Pl2td`;bWRQP38lGiowq``Tmu{9t}bBi$bqD0M?PsF7$=@j5eaEgA?XDTzBjh zVGUa-xg?ZP;5&E03}qw{K!Lr-BTlRey}}ZgwwbL|2+|9_gz*h1DI;M;KK#T_ZP7eC zhEtr5uyUI!m{qa#vNF1s*fAS<`JuP&!n~zJ8`eTHSLZ#*GTl;n!)@F26xTg4H+6!F zM}bm&8~yn+nT4j>IR=w(I$t-#14j^}hP8ZRe`4;}`eJMhFAZ5!#*6Z#BGXedDKe2L z9(}m|r0puY9zmvaKQnI^==sF!TXuB27z~oL4-wPL3{Ov62xnAi!mjqQ_re&phL8TY z9vLNe9$h_*-}=@8oCH!V577m;80lB+!1i?Xduq@pd{k$gW`uGqEHsNtmZl5BCwo&e zhEB5ITx)<`q>~c=_}^e~5yC&jg27%mFpQg|+Fd?Y@uCfhyM@*KfTBDA555tY2%r(?TtgGf>9 zn3UrLN$E%&Ai7S}PJGuA6|;h*@giU^eeI6f1U}Sfyi_0Yna3W-vu&yL`wLaC-Zu}< zJ}O}okWSvsYKlQM=aKICMst3g5RNyub_rv_J0KaWFzKo=2w#dXwT&DN5Srj~#)#Zl zVR0{efSejl(~7OnaZ3SRx#0SX`j~ctExLPSYXOVSMcJMTjU$9$aGc)oltX7C?a%&H8MXv$u&GSSW9)6U{D1U?Ew&0(veMxp4L z5&WLnfKr6j2QM8lO`nUt1OCLF`Ix(NU$lIYXNMUtl%wy~YeiwDNRjzHr{dLJcISUJ;)SF-@?+ie${J14jikh*>8}*%x z3JPW z6&xsmH^|lK!zFZPNR~?4CT)XHoJO<;7#MC=!ycJbkrJ%V7TGns|KSs}yf!6H`iT}< z9914(xx*wUW+06<_z>c}y|2(z10+fW$;&%YXzog^*x}eH;4HNCB7_6U6d^j#j``6< z=vFMw6gYVdC!&slp3k5r{Iu-OCFzFOJPByUADXgICLos6A~z4zrkhr9^eHL{*`YzXX)A=KqM<-N z*`ypfVp0sH-LkJ?JJ$&(XYu3w(#7Yt5dXzle#x$8D7mwL zkhcdUBb|i#e}L_kNx?A^mFaKo%ox_zf@JW%p<`7*DOQM?KSX%vaT*o+ft)p0?&4m+ zH)H@sK)Sy|8V?~U{O)3Ya~^<21GHw*YGfdvqhSrJb4Tt*o)}97arI$4dEJlvl=4jZ z!M#z%g_vBq|87_~kP*#T0U-yvgCoZQMwjyjyKnC{CkRjqjG_tP1x= z)TZ?iu{1t-C=tWf5%gGKqE1lA;M>>9oRyu#WNcbD9x_uzitsgz;fcc&c*6Xf5j)tw z3zRMu*{;xt(u8{;MR#P_$xVd6x>B0ZNk2?+6M`zWW-f7e-HSieQh;`MIem%Q3;cYl z1c}^x&An81B?)@8$@mr=;8GH*yYxYM%t~mMLmrog53p2XH#ILmgt$);xkMF$)`e5* zlFoXE)!`8fM4r@;G}s@6hM6Nx&pjw64d$Mcrr|{J;J7}i)mc@@Mh@4Btt0$+)U1hD za>8Wd&8}D&HdaNYl;Dvm;;;ns$612Vu&D2E6nD3wAmD=Ez#+y(s05Yfy5^)#C&IB*HWg5p{QP~F)QY*4Mk1;+Cg#5z{crdGlXxc<{T0+inm$Ou)l+?H{g_!6ZOB_D{ zv)9txteBx3Y9;SA=*C&f2)S7%SH{xlrS^>$rtE{c8cA#u2J#5aeH)K)8B63Vi1sH()s($Q&j< zhC&PWeg|U9nf&u zIrP1?A4?*37%wR6Hnij;Uh!R0aeA4foLhasF7$X%6J)VzLZD_-z1e~*q4YI3Ku#6s zl*J-6^uVB^#$^O!EmyDj{e3TzFeMpRfhg1#{H`-UBs~YN4?;8Y7ej;11NbDTyTaOP zv?kW#F_ZuLOXJGVcp$bR1CnK3r$u@kQ8#wwqg=JhO4TIR3L{#u;MM=G+csoOJa9+H zRJ?cHOIOq6{CsP8{4!q6p&rjs&E;iGot*6(0jp;M5^J02Xjqn(wsSF=NRenUaiD~F ziT@oq^C?Q;mXi4D@{T9O57Y5Y}O1U=0noN-pkUm0lrDBux8#lBpx~Qlz z#=&p=p2@Y6j>r_cEl`lvP>BV_W@(MjK(WnzMh>Xv=nlQ?Lp?>pG*_SuOiyxp3mT7< zzJ+5@{682P+*n?Eu=71wFT+39Qjy?(vxufDTsP@pj3^wCu3#2lS@wnCiw0+-}Ugdw;hCQ9Q z>^%0qSEfxH8r&aT{GKfeg_5oXuOjT<1lvkWRS2YZGnF`XMA#kx#T3nt4>TJj_;4Z& zE*zEYy%#NYkmrIoz~~%igvtm2cEYz@l>KpG*XX!#@DVe}!J=Z#Je?L27oaJrWDXCu z05nmv(FGFt;}H#GtiUtTAv{O}oS!z#9*Hrk8*I7$>$h^Ocn=Lq;kbc_%a#z3S||!8 z$`iSDc4E3^l&{qyY!K>fTK(bbW~>)heq3-)Dd-C9R?3$S6}DvvoI{CKh7{e7p->4! z5>ydXN95t(1_nG$9|it$--DrO4ovB}I{D1Mds2D&y2hBO*)n@@-S38LYqozIJUpNZ z@NyCQ=5#8hHNr&YQ@5k(Wg!^>V!33V;=R=XBKsw%9&)7WEa|NdV1tI3TTI@P#%wbC zyQl)m4(rsfD0oS^1P&2HKw{S7z%#5s0^~d8E(ifl>J+Z|rw6zbg@s5B((e>_M2 z?1?<34ZB>yf;|EO$-5^*nOItDD1``|i-3LT{;Q-J*=i!^s}9rtVYENYl6#arNVOng z8t~xVy}0N`U4$SIn@89y2}sJ$Y#*c|M@R8$#gr=C8@NDKb`v3@dfL_T^r_PJnc-1h z3&`$KF-wag93OdO z-?Y&lxk;&(c~M*P+cv%Bzv%!?3JBD3oX$ zOJE>=yl9L+?Dy-_r+q2-*}S*bD?+yXhLusR=xbrxq0#({9&m%(At@>zeyd@LzdSf> zi3Aav#KEb#l0hoV2T{gM5Hbc(t!STo z*;8_$F2(h6D{D55x=~ye*lfQdJD1&!+9VENoN~*ysUiUMLt6Za0m&cWOqrU0Ym4VOR+9w>B!2g&PW|CH8jFP_sWrUAa3Tx zdRpJLl_X~}M|-m(f*v_-JNUq`!{TKan0)Z#n92g|UK@7`g_aJDR>YG{2c6FV3brH4 zwpA!`MY-ePBIoXm67g|}I0~IZcJA&yF)dEfh(~I0J)x*HP>gA@(k=!AOx0VF3oan` zg+0`O#JyoL6b?>@THZ8rXm-_%^h}11{5ye%zpf$d{8efa&XzqJrzdVCYOjTNJF&xr z&#Ov&wbeMe@A;$4*B1LIE&81hBae%$83Kd^fL%Ac#uQ5CD!Sg?G-UJ079R-yM$jEn zxvd!q$dAD&J5y7!8HkBbDQ6qKHqUrGcdv%XnDxRitnsJ~96*!OFL+JrXWSo$f>w$j z6bif$!zXu~w}k|^(cM@H5ZypD!&*RTv0OZk$HNG2fy&eNi#eDSxYfuS>QI69Qi+Lz zoEVM5OZUp+YC+|s+I$$^Xu7Sn#1Qh#;${K^6drFx43CX)-RC63u<76`tqQmHide%P z_ zA#D-p2()GMwj#B2nkb#dtnwy5I2b;U#Gy6_Ny%h>H69nH-$^)Ik8JRgj=>Bx`Cjk9 zclsr0xE3^CuDLr|i>k767u&T$r> zJyN$DAM0|y#v0(FF^I?>u#(zqd6tbFZsWFhlC=HW?Gv^Bnu)=}qNK@Lz$bLwo5^va z9$EWN4nIymwcUrP8QjQMI@4B>!i%u#aF^QYq{$5+R5kj{xNM4~)YLTzE31p`)r z7YQ6Ph5GGZS{#GS^$S1&$+>}EGOq>moZStlpl7cM)enZyYY`EBTIEIo-d&_0j}ALv zRXGT64b=LT;%Yj#;|p(!>g}Oa&{P#U<;u%OZJj{ls*wj#SP8 zq8goH;i*tZ#@Xj{sS50%;7lU6I!r_pmRNn2`AK+Cj%9Xm)I+NoeOKsfIYO0 zF;B>KthJSb5gh_S@cqstx-7g)<=a4#0(EABz=T4()zyxk57 zfmxhiN92A$DuA1vBO~|hSF1^;cMi<#UK(eN+-ejnyDdS|IAV?)Z3VJ$R|k5@QdcIY zO4JZ>)49~3TGEAAsQQY(-6GG~HPav`x6cPf0!=-y@&L7UO{Tqzm6Etm5@4=Kj`9#U z!IGK~_PIU_2_c;`j;fgOPj$4@7uMMR2*fo@$s?5d<7kTN+VrRu6eDfXw&bMTFS!vq z%>(@>6TlM+$XoWPrcp4M+6gKbL3Qgp7P~x`dUk@qwsm9M8s1>`5oO+x+g>?Qz9z*P zQa3YVQ(*sWE-$OWNj$pc$Xy*fT=#&%f_ zy-xmeI+>u`fjSgT5LRWoyy3S<+)z(vvA@s`q)~Rt6drxxSv+z%~1#pp+Gbo05RWxhjRmS+Zp&OOw%yQ^sugCZATobg7A zu+kgR5+&xsZlL?SlsRyjB$wZEF5f%P^R0%lRW;9lw8k}a$y+ZGmjvsja-#D`fAHHl z(_#HIw{x%I@)TvLcI%OSix~~l(Q6i$UCu<|5kQ23{Y7|{s_hwH{|qupq`aHALk8|4 zoUyvBcQ!ENU9ravTe(m81p_mItQ1IS3!3?pbt#~mf}O@Z$dKtoTTT$pG**#g?h#x zik2soPaw>hxPdi`N4*3PGft%AY0`%pK|dH@K-eT1Q&TDc7CW1)Jq-dfT~vY6#8oZ@ zcV<>Y9|O`2a`(x?7St$Hiyq&?FJD%?4eD2R2p$jE&@c#T-(PX5JwB~Fj@t$Pv#f5} z%-rYm9$0Nn*#IRrPvJzLgAg()>v&H^S3)p8=^~(SL;^5?Mjs&~uuJy3iDSIKF{x+D0 zID86wiSCH}7}s2?80+VL#WTe+As7W(3JSW(>2ohpmVpg;P$$2ssSyj2Vo+^pJhui9^(Ar97y7*Z^5B1^y)l;P(L)r|2M?+_VR4gpOw5&ghas{k zw}`yF40PIQQq+h>=A90@V1)8GD2asgn3ilRY;Ah@Wnv@ks!*OES|u-nFXkP6M$B`B zNUnuYeFcWwc;bQ%-W9S*oC%U0@w4E#YjuTT?nRCnC3%>l+aom8{!$>Uv}xD*RF5`4 z@}I<0Fqh)a&POM|Y576NfmxAOUj~9EaYD;H*&U2utlBJ{6s|$?IoYU%zN%BUej^fJP6P zf(5hTv!9@@;xsCN70XD~3ZC3i>6gTn z2KwFCjKb;R#M(bp+7PVs2D?0Khx|rh({QN9DbF>6loxnx>ycFbqdYGuC-p!O>kw}8 z&J-gwB;*;DK~|72)TV3@B({#Mz82w@GE;(f0F79b@j+~3HJAKB+2FMziX(9*p`pB8SfZOh z`A`aA!b;5Bu*9b4kr`YPgc-&%GBG~r&;oSlqzzarR6V4ri4*y`^u_EV^I{)Nx>QcP zoz{(To!8G{GvGzUqV=bY_GGKTIwcl&TDA@ddCbP6w40EXa{lJf;%38uEk`qbrXh{N zrK?lJj2`KF7eM|lptPO_SO***H56u3{_DkN$0?69{I90|LV{6Ur*FI}gA8Dh$~X*` z_~rRZ*`oS`YGFK~^^iW+rBQoKNza?3%7wV!xET$uvVl_Vv;Nx?%Ss}Im;4C||8Oak zhD%)Z17liW?jeJxBs2t-XrLm$(G1iI!z`$0u+$||EE%1&<{TksSiH#4T%cj5P%#ro zJzK8KQVN%f_R8+U4fs#G!ChLBK()zSa4{W}lF(6mmTloThJ7yZZaW>>vs3Aor{a2? zBFQX}DThxRmLIq3iTB50HJY2I@XKSCY;WZRQOy6_+mL7ZnQ{~rPHiqAjm+2$319ML zA>ePOahKSE>a%Gg1Cjy$&3fX{%s9+(I;^hFS#oxa#+PZXT)FW%@^fsa9uY`J zr!F)$n2lV)SIMtDioFzT>K-o`uisa1Ym4Uuc#&lY2}**oP)W!E){6KlYXGhFb)`($ z@DY)1V``EUxCcJxxE~S+f57IIb~jVOyFXxkVMFUfmhQ&}-1Z!@r4AuHM5fjzX#cC{ zvFmS*erKY5(U(^_`zchr2&^JjBy_XHHU>8IL9lQ>%yO*RiJU0I`2y4Fnr~`yl8t}N z-aXY+odhZPlu92SNiX%jD7P{-X=sdF8+u9&+A=5YbrAuJ{WwLO>u}_txpZLgaP7`* zC3TJOsN>*y)d0<5rL_QUz3hDH41BQ}ssY>lT{lx+;>)%t0)|wUhUtU){&a*V!!}2O z@j}Na5m1pxPu9DDidcWa47m^=T8r26v9OKrXDp9kNB%I`4U5W{4D$8dp)?j`8zJ0J z4<4p^5yEUkm|O26@>uhT264B&koY|4B7=PAI-*Ny0}AWN30&_i%G4XzO%B3)JwH#A zX9*YJi^=vMXvzA$FN7CY<*>qqDNMfZk9N5M+wvV@YyC7#SMVgATCrXcm1C!;43(!Udo>1Ks5ajV$FtAsZ{=$4uWQ-99 zKP>rtMuxnA=h1m8vYGhuR7a*v%zT4Jj+f_Hc(db&{H-iB4S5564v6^0Iqs6U?!(iv zkX^3IKt8}z1@Qflzbx%2>`=xicDmEVP$%(W?siPgt_K6w=*$dhzFslpx(K{)I`!+R zPHQw7N#l#jfC~adQap2^<^+4D%*BxAx;i$2eWw=02_WcHAe^ViK?(^6o+A@tCz8l; zDPO25v&!EdAW~4m6jb3sf;`l258Lynp9lG**w!*O{&zV8JG3CyqqF;*u5~qYnQVrz1(p%Jm5?i z{wRYRxcQdPzk#Y`C246JRnU`I5cLSJE5BAKAUF$o2X$h;$ zw1SQ_v4KitiVe+IWx4PKA+G1T3#|fpxv<{yd+wHF9^oA^Y#B{0)xhEjUUtOSDEARI ztY{daEgwwqXgW+Y=K$bK{h%U)eoLU|3HZ4{%$-8kCdWd^ep!jhI0)Wr+pE61=wVdg z;mzeKk6KcNoCaHw=O8A3!7)}bwQDfZ40aIA5Z_6uPLkzNhDf9^1&)+2f6`L;=F7?I zd6{kl~SlK6rBS?jL$YZ-ZQ48c@=pabS>hRXQB4M?UfFluuCcR_zs^I8m*hDAH zTuc-|iI{61ik9s#O%#srlTr~zd?cUM_*j>C?#j*lRopCbTnB#?CXqG=ucT#)Tf zq}nqDyN5-Cm@0#$Qx7(h#(SlX=ceSRx`~dkk>_3{Qono`EyyM^BW<;K!uv945yn&foo0(1*=*Obd{yN)cw zoGq5mt z0-T*tH*;#LhhLH(b>;BLMo{maUTZW+P*ya>HW=4wg;KDjAF0n_k40)yAYrw}o9QXI zOY!t#XSlru{tLaoelazVG0jSW7*^Alus%A>PEqrDoj*w}AE!|&f%gJ^h1`Jc$G_Nf zfdHN_{1#I<_BEIjk(Pe(*+A-RYqR|X~m6Rg~(Vj9_+9kVjgCsPB z+8OB!mD_aTXKefV!+<#JvAE>X=9li^a@X;rrfr#kAie6FDWC~ zKDgVF$tV;X(3RF2G95HAL0ri$gBHVnRTXJoKA}aEK4vH`t2yntyeu}=4w|43lokRv zXReY0M3ql8Uh+Eh`-;Ase%O z#klCmMS7z80a-i2lub*Ea6dTb7tZ281-zzkUzk@51H9dNB`JfWjsrW3*C!*pd%1oaS|2rfvXtw~a{O zC4;Z`59ig;c(u}N$3wK-r<{&jE%+zcLpJRHGnHD2oH;xgZgu3mZz&Ry`|#F2V#+dA zjC`MCz?E6x%lHmtdu|kZM>J7OtqTCs!Jk76`?aOCYv{iM-%@k0*C*Q57kzxk|E)Y> ztyD%rBrUOH866*~OdAxj8?8B*XnDJYJ|UHysV)UF5;&QKW(D`N;d8L8;aI3sb$%fe z55>Ko#nqF}j`}Ui@HpODXcQ#U?`%Gf-WV5h{k=Z1H?)=`TdLr^S1YSwM7%xwh{f!T zDxPdWNE%)ffGQL1Ht%?8Wu&BCSe^^fH+0aL@}^BtPC(d^!qtb7mBQauP!SIWZCypU z2lHg!3%?v3QTfr80!dr_eYY`pI^wXsU@(+~3c5xjT)IrYUrQWGzOTQtBZspTzb9Hv zdC)k@pf%uc9y_O@22&PxiJoi3K~o@5gzThjN*h(qd392Ljf;Q@1u2}^mEf$^5w1O~ zbW6Q+1GWPF_wQDD#N?I8LIUlMOJQmXj2{QB1i|A*;1u|Nb|UOPrP7*-9IKt6qAxMjG8IRN3F>0*h)gtmak(BjRsPz!A&~b_(hpR z`D2nZ=z4CC+9qGA=C0$hu=w>u~bqZ}@S5R{M8%uw_95P>*80oxSi zK|Uuz-!cU83opl@cx7h(-%f)LrdER1!K4i_=@X(L5s;y}GZK(3&Y&)4CAvDj3`bNd znG3iXSHtu*Aj@p#D!fFQl3YMB4w&zVY3jya3uf$hd=vsR70I*{F168tE-UgP=UshP zx#ayY{bIgppC4F2gPJnX3&Ufnh)cVpdI#Y%iL$#9=4IE+qsUf2to9(Bss9l~j?pB$ zt%2maCK14m!=Eq-7n}0GPo)#WQ2$;XcAkGtDUg!zz;vW_#aV0N4&waV?wj&ug!65} zOk0W0Y7avNRdN=$ETLUtkcG0;4nDfD08$EDuBd?adpM~q5_k{q&>tlrc$wYy*JjI2 zIOvIOD}H8>%p+&2B+2N{0%n^~wsSit?sBv(l3DGxj<1F-%4Nv}zBiw+Hj@#bLrU~% z@+9d}6)OkILp--C&?2lB!1DODW%}I7#zCBY$aop!)$_D<=>6|Se%h{gm*!E%xWi)S z^|W@yE7dN(E>|gW)Jd)06ATNC2G|0~JzDcr1ty&SLtHA+%a#x&VLOvHI&N5=(+pCI z_NA#*$Vrr<0M6g2DRT&0aX}Enw*7pIfIo{P>%#^tUNfzfgP%{0m@Hx0-bU4pc};!n z)AaMJ`1c-L)Cgt1Z!kFLL=?B^oj{# zlniV1Z;FKPE%VW9EN5mXOVQpncBr_!p3fL}H30Kxs@a}Ma$wz+CfROMR&%$79AIq1{IGu(=*OV5@rQIj42* zlENq4$+y>neDTYhJ#>t4ZQV=a0*RkOf0+oY8h3`KR!Wv2Ua15%`kb(XU9fFs4f)Q_ zc%L|E?y=`*;5t)Aji)BoA>9nESAPLqlJ!lEZo*6vGrVG&eDb~P z&R%fHuzxfO1X#9ko8|7mrugPgXvBr`bhw9U{;=@0CZhNQ7A~XpZ;dr$z(*=CX(Ztu z+|gwrkc)g5g%25E&?hyL4q5VALx;SyF8~3;j-r!@sXx3X-!=}zH%MkV(1YA^h?q-y zSgnBjB%&6-8BGyOsg;dP8A5mp=3*n^GxX?LhE9ME|4d8q^T zE0lU}+HsgGoNUCCAAWSW(YZLLOCCmpd9HoNYZ05W`J(gb;&CO_$`~ZPzh0$JU&= zztMd1U6_)~ULr3ADFi6I6yOh?U>LaBD{Y&j_yR}_w)g!x4+}?Z`MfI?ez!5S!M}(| zF`2?Xc8xB97#V3$)UzO(QuV%|7N|RSlK6OE1f9T54!v&XOZ$OtvTreA%bK~uP2?7W zOaeP^5x^1v)33o2bZ!y#rn$-wN6?n1W0FI%*k5KI4v_05#@w%+0H_=mglD4`J;*&q znCN^uNJFwDCC#evX@DCEo(MJ+Tas<5$U}vb_LOs>03;BZr^rsqHSeOR?<8~q`B>Cj znWK5@(T=V*%5@xk&oH|=s3-TERu>Ya4W?r9ncn8WgM~R{@+CYTOV+!nQCA+q%HR(g;HDfl1GvyGs)Gzu_PKOxl;z$N!yU=98Q`YByvim#M46@t zA-MV|O2NYP3&QtLe*JARJ78MDCG8(HGl?oZw%S#hBRT>0Zj3KLe>jsP9)gZC*^;wN zS|WDzJA5`KFWGE2K3#)k8Lp7(|2KUd`tR(O(6xuW-bC9n|NP#(4p~eUcyHr zziHDbh>+iWGZdmjtbxfLN0qCrlD2K4O1D1Fa} z$-9oBHwjcg#!wXLelJHD4!fRJMVY7!hY%ZoQJ6k;bn%6%xlS19ii;|Fot}6H5~Ps9 zhB~*r_xt2Bd%Du~J9hT;bK~x?T8fU`rE```bH;~axgf;5%9$uRw@gokUS$mF0z?yF z761vGyA*suAabv2(ZO!Bt)N4(%XDC(?F(-en31a?aVG{_v;>+gS*2F~q9;l9jatroo`60>SYZ>7m#Nu!^3!(P;4s7qZ;Jj(mJKsFE4wVF+b#suo zXI!~z%6;u9TL*Xp0M^Vj>893;0JBTX-A_R|&!5dpr-lHDvefc0UmwR$lmUh&$ilWl+tYs#Eyu+_u-1QXhPE7g66T?S-8!k9>t3T#2=);NRMcaLU z^gb+Qwm_~MOz>M>W+~{I4oH;Q<)@gba)fM%8uh3NFARheHnM2P-bIXF{O@(@Ur`6N z%qlTyV{s1a2QzqC56^1O2yM@3^@6N_6UfiQ0EG(bn;l^NyaUB=!du_!X-C$fmu+Gd zbzkkWlH((XR^I9?`T>Jjq|g`G(vwd^3(_bpkQWILPA9VkI;SiUZ~DHO%*c965eG@S zM)K8XpIB<$wih-|$b4YQ!SI%#k*HAkVmb_!x^SS^Xo75KUv`~c8$Y;3cN3RS3-qyvet|m) zH_1^%{!b)@SV;>WYFUw~+_*x!Q#@?77}qit7^S0R#V%mU=Z+H4MFI&VgJ0=n-rig>e%5t^o@0P+My_-xCK0^R3%{|$6iZG6mHHf<lsegC)BrVoI*0DUuaUw=6ko7ycNyrsC$6@_z3x(AJ5@0hUgaW~)%|q!xOY&pgcL1)RkU!L_h~JQPEm3mR?}{nLOYI=8H*s^$Tm ze262sxj~jTEVvBs#(LtCD)l3yBbphCRU); zjB4@#F)uqtJ#09y^i?_NiC$=7&A}-Y z&&Dl>6oxK9?j9?rtB8guGIBM2ZuUVf=#JtmSo@>14#sh6KwzER0!JFz-M_J-p?a6Q zinyW!RnuvV1o0}(os}8FI!V?W48D{LM92msxRw|RhHa^uHbE5j5eHisZp=~49~4UI zI%-{~nY%Jh$}ZRx`f`jvzjgG4L&Z;mvOv-B^9OdHdY4wSyAl#F?qEkbW5&St>IG2ix=z_w z6)wsgP+4WP6bFK33Od3`StO4xGf98S13E9Vts2f{5%SeTwD}J!EtJl)osVUUD04)1 zP{RL_;~(z0P0j+T{eTA^?WUl`R zWr)CzIW0?;BR?+n97kGw(st=EU*PMhxJbo z1dY1u|67Z39SvXi?feD{JX4QPuz%-~wC`0O0yCZo-{>qbCdX_|f*kWjgI+&OMPhK4 z=vf8q>%?pQYT{fjpP_D`4@$c=t$4Q}cA}q1h_0!Uuo9SQq66xMOGh0VjDb zH$^Xm%8wo^=cYPbER+4ahI#lo8>LUhBFDNoZ9chrdjYx>lVCJhuvu=2`^xRG*Q$jZ z;u;^vlszf3bRmM>v-!pY2*5b)8R>*A(&VP*B_m4XBAV)GY(#V8CB8}30l@}tQ#CwZ z6Dg5dbBhQc7o0<33>XBWSTcJG(MnA9)wk6HpzMN9lz4+3gaiARR5X;;cZYBZ7_)vbxNy1bdbjh73{A{55hPGS}<# zrruimO|Cw0giw5F#r}1aFN75rDjzewa;A_-yp>HoWVndX*HdV_tIC*fjFi*985zPj z=)h{u%%GGvt7psY3$!9&INHL~1|O?@M!x)I+4XtVp; z@P&wLR0)u??QIO=L|Y4L#7}kAQVB{|$fFVtEM_@46vD*a%^fHM8m6RmiEAP5ln1M_ACyRe^6Pm_#Xr%3Pp21gvB=#O6<&*k2Gj@3-VwgadtW>;x`$61r_qQ|Q3Zz=bQ;?H zK2>kv`%_AjeCrTr*5nDCHOV!jRvydCLeV*$3_0(!G^v&1Ft9BbHd>h4T54fF2V56q zvk+313>YA@k&%zX7XjWfp-9pIClTEJIRJt{xPhTa%n!fR9V=$TBjWXkfjxPc6zXZ> zTMhNIJ=t!PBav_{$natZ8G|;O(s3@esb8`#&3U;V_$>G%{cbqAz2A)_AuFE_YKE8t z%(-?_ZRj!almkY`OwBAWG2!$(D$uRD@2atn7dg}Jqx!cV;*(|(no8!7c5Mx#Axm`g!PvhIqdTB|9s5*{!Mh-MtlOq>f z?ATA(>P>swX{Wu$x0Uu-^>B7$InQ)YK-hVK>0Fl=Fch-MrtV$wce&FMwd)4bnJ<`Z zO0F(IKm2>&obqm3mU>{ni^p7b&Y_zjb&c4ge&~49?|-E5)5C_7GSx51Y@&Fr#~C!? z1V0yeNh1&gR1o9!*UT)MY$JXtPXBe>pb$DifXgw$r7Kr0rj{8Qu7d;766p~Y9-k7xp)MSe1zTl&i!uxzm=Cj#oHB%DG;ZEvW~`w$4IqyeV4D$6pfZW7E&wVIXv2V- zrbKw-rwiWcpxg$$7>kPd9aQTpLt;< zC(Ih8*s^r{#Ry_pq1ih2m_SGP^x*-%qIj(pSrkXTdaIjNC4$Vd0BVR9TGl|&khe`U zx;I{Wu$sqDQU+z-gENwF$BuC1w^%-Jc!(b0WcVN_wpu0_Cs|au!Y|n)w5k8yNOtf> zt`o+V`Am1Yutr@L;f}n1F9{46n;X$HbA!f1=q$Rgdb!UxG@W=r{S8;>Oc6b=YS9~N zz7b$KDse;$O0i(+mmZ`_^Il5W4|*UHYSoBa51vl(?M7@R5B1TY2vXR`OJ<7H-1`QA z7jNJ{B2{GpCU0QfT2qT4eT7V5>LN!ZeS|{>F&Xh(S@?J#H0;>(tC<)Lj!Yn!7X8Lu!DBgB?O7j(AV#L9wom zzLJZS{lAtyLQfR-wVRd^(FI}%ccZSJFjf8(Ri%tD5MG_*`~m%0K}vR!#4=9aH>0u9 zCigR>7z*#C*;z{kyPe(A+hL=R5F3>oeCF0XPo#gAJUzqyah@&(M-?_PKEA9aN~yEo zlMv4Y&;+X@@Wi_w$wXBHX8XGN?P2XvIFL%EtOtpM-(9A%>37YNZ+!`!&gE~y`mf@- z0(Ip!z}apU9+7^&^w^oU+_cpME6^Q+>gFtKRKzPQ^EuN9dVj^35S14+{V0b0;k}6< zQI9JS_m;Jl9Uk-!0 z;=9C+q_)XZZEGScLCYpfzb|LE)@Uyg+IxP%c|WV| zq9;QZ{0%XNy%~03Ke~H`6h(#7GX@!kC79@(XZ5k^;RTtYzRS^Gp1_e7H8QGYyCPNT zn;;y7lAuA7GZaSLsf4M^tfijx9rr&5l8fqCNd!{Va0|yS6 z!1v*`^$J&~HOj>iC?WG2J_EA5`7d)>4_L~aW{u#}a%L0W^jbVEC9&V3!*t=f@Xt;% zuNSiF?=>C4c8wu|4K+w;iWWwRR;E{l?y_%3eP ztf2Ii>D)&S$UI6~4~wL?t`HeI=(IS2g_(bEYkXI{c*@v&Vtt;={!#W{xmtA3CyhoT zR51wl1OnOadTsW+XQ!c;?HjDury@aP+cbLuc@WJ#SCgnHYts^+>KM&zcR0eZ{>gQX zgZ(j52Ec!~|A!_;x~Uh38t)Vlv=V^s4l8hdP_cB-`CohF>RzEQ$1yzl)OzuMA{V-> zgl)kcGvDtxPSyg#OXMvZqn#xqck0tLjEyy_y!`-8<<(G?W4n0YN2GQ{@G}&{7E1|v z7Q-wdiY8`8ioh3iWc0FRvb`dAdo|_rgkV~~-Ch~#GAt^Jb8{2adC+gb%yPOG0I#`VY z|38BOwftLSdy3?4No%cpRqZ3wuq0=^^y?d9%-8UPV7N^>IWEBLB>WQi+y8)bts z=8emUZpS^d2IwPwQK?7HNi#YcCKPqzg@xwkiqd;U=e`DSndc95XqZw)H4 zQ-j5EhagOmM6s>P#Lr=&f?cGwAwBjl)e`{?kS~vXW zioGAVpF+ET71FXS6N=y?6s9NMTE#VZyUHU1b|4pog9yh8^Fg}G1a#FyTmGls=h<{J zpRyWSqCbA0teSl%+CP&A1RYXv8*TY25Rdm}e<*u%d>eV!x1Ob&s94G5aH5`33-^6R z{gAS3>z5N9+D~-!@NZLs??@}^N1)z z=Py7!t8|c5vdKQd$wnfg4MR-NvAqY!Jr_;fZ{h_r)t{k{(4^#%M|Kc z5e^nL>HSa|E>2l6P~m|2OH1JriILa$p%&lshwd`z`%4Z>4|Q7zlyk)HP!eO;Ws05X zx`1`F=tY|8zGCQCL8u5oU@ntLPFe8{%zhy%h;lGcK+7?CVTYG*-G}V#+JIoZS`kpw ze3Re*?2}k1md2Jx!ok4c`;g1conU%AS+Hz?$5Gj8E16SzE;H z3}~Uh)+w<~yPDeFVSc>T-g1SNI*ZEjAjUVI+JNxHMc5LP)lJ{hT)Mz!by+Q`k?<2M z<51)z;2}916N`{oAzcQ_`w)&#s4Izw?RCan3{t@>vIMNNi9NJ%U z_q$DLC^MSw^fC?msrZ&B$3fAWlUbN^$}~gqqsyIANmp0B=`YmVFvpXwi|ey^VM(dGZuUvH@069R$za0Sf@7)yqiS^?*fv!B)+FVqn zzeY1@qR1I?RjXK8zC0(PobNrq5dhn`6ml3Eb*XJ>DKQC|+LI7Ce{f%GOzh;V&Y6`r zk-hK|)@bY%<_lAz$jq)d5_@Ciu8Ctwb-FXFK2GQmBNRd?=Rr%->!v8iq700rlwaB` zFs5nHDMuuMTV{IvHZtz~8T@z-duL#_+g@!sOUxyuy*e3D8O& z2%{&yiZ0m_j76v7ec+BqEELP&g;B70E4ZdrviK9ekaX1~Q&4q@1}`CO?kio*1&Q0^ zp4-MD)4DkNtuCdM^un2C+L75D(D$L}!dUq2;vhs$`H`ARoc+P|eD2TG&n!Vt@d~lN z7*t@TeJ*HZ%_{H$umMkg+l5{Pyv>8&T{zek(*w#0yZ(x#_kNS7sg^<$)5{ebmE=o z-sz4nPk3cXotI;ugt)61zFeys1s^?prxHnfxsN(_irGYy zAtQURuFWM-M&5@tMmf@0`=AGNyra@I+iI}>_FTB!45D`Ql|6fZ+8N}kDL=-OqcgxP zo#|2E6xlSNiJ5n70ZWQAELc)}$1?sE=`R`JZYJ#$CP&lQvF3Yo6%51M_Cq}>?v#xh z9o8We3lap!BK!gX!_Xnt@py(9CPZ&G+C+n{T<0b1=RdG`}9rU9b3AJn2D_#l&J}S zW+68|vjjjOm&(OBJm(XXb$JRE_UWYHRAJ4>(nxMZWTg=|sS==uU`UX~92Wjd23A?9 zwS`QV{ma!YMM-0s_rUyi{J72hT!7*n^*wIWY}JxQRE*h*1hB$EX>H8km~I z3-zjMvziPZ3WgP4J_qe4x+c^VSzC|9CQx%KVT&DdX2#IHn##~% zCpJ_!8@aQxqUT+}n?J!=NB8AxSF}gEk*s~sPoxIbCRDj`?%pX>EyI*AOs_5>E);wqxMRAt11wY=^t*K`4Qs>yG1ZFHOz9^qQS+)!f(y%uDCAjp@V4R^% zQl+B)~A(J{C__%dA--^t9bAJcKF8KuY^5#mz9PvF;``8gp=Au zD%V$7PIGCGF^Snk=l1*rO~R+XGy4THCm?2+YyaH_;G`2v&`W#%yU9qAYqxu^I&yc> zHxK6{F1BFcv$3H(1jPBL+g!&E8w3x#o9D?~#MW6VY|H?~5WaxVH(TpL()Y*B)# zKyhebPSl02BVSak$GyYkerrncC-Vaao(?22Zrn_pAYCnqUIBs!Sc@Tdrri?kXarOQI<{R@aZf!!=I|``!%nl;BgXAx_l*u}a-r@dJ$i(jYy1k0F+QQoa!C zx3FXiZ0!{DQNayumBvhC5QNr;p2$xG1o7bY0tRm5A|{Sj@XM01qFk<{ZcR0V${B*p zmzLo<(a#R!P!pips6kUkVFfBo56m_JJcQ;9-rOqhG54qV zl$OgIG{jF%JI*!<{dYP;wN{&GCV^u9(hXo3z6IJ#XpV`sjVu?;l)neXj4CFLrCD|m zLmS?mF>>*y>C7&SYab% zTuOYs`dm$J_n#<55q;x~Q#68!mJuiI+E*bFDX%GrB!{^-9<#jQNBU$QR^XGZ&a%NV zd#j`#NA1%a^`aPoRek}Z;z{X$RO#n zK6j5@-|aE$DO8D2EYzECyI~=|byfn3j?*FP<~iO7gOw*_$@5Qy+*r$Tbq>tdtT~c0i2|++g^U>Y@bXiPZS! zr>z?SLGa)J>pGTG7NuRL7XDFf=8=L9u4=W)GbbozBddW9*xJM&7F3E&h2n4z61x}z zj!~q>)gXLWI#Z%#MGm$h?8ajEkxc-CQD!2JH4U&D8L3HDfD)TSMy~F_uqclh{=v@6~GQ8^!ND(Ei|)jD8oSRW!fn>1}7oM38l<$ z4`2xRQ_`_pdgX)zQT*=fCTsBEN6-b;3TLE^T->CoZ0Y<5o5;$5*} zX}F47jE(+rLK2B&qb2AdOcTt|w!R$acS%Hv8MKwYGkus!{0Cb1GGYY$RqO1qK4NPq zw8Q6*d-py$0`RHpAn`0Z>s=TVP>2NQeN3WqV{56!k3<1bk-QK=@SBP#(u0x|?xZNfjENu*eI0YQNmVdrVq9Tu z%uBxbqz*$eekg2D4KIZUT0jDf!FzeI%sLri7X0{WVyhHpBif5uSo3%3xYoD9`h8_DOGc8N2JQ+R??u6IxMSV~3 zFP{bMoTSWl129b?ov95AoVW3u);P#aCRb3}dH;B1$N^ksVY2*uF5kXOz_a3D?8&I4 z+p33tEPz}OFIu{<6=OC$jjl9~9ZaTXp5y8{tO7$a*8$}*7)AtBQFaxqIZ}K)As?)! z03Mmz;97@mLP|&Jfx!iFMxKw02I&OG){(k?7ueGLt%N%ZymM8Xzp-iPRTOO*t^C=t zZAmj~BNt50LgbZA2;nQm&NinmeD2^rm@^RS@h8M35Jw#jX)BbV`&yhHyXY){UmZ~3 zgg?VQKa+xec{n7h1v4KW-m-Tf=i`pS^v8{4D-cy}T%`sn+WRzdjg!lTD(;4Zq$-@$!iXG;uXE&hJ z0`do-TsaSdQUmtDQd$9&1$8vR4q~%iYR@YQ=c|Gd%Z*6e1CkR(9Z66p;7%ec1{biu ztM1w6c3kOXHV6odolM>A>_i?dr-mHIGv5iDh8c;LI7K3y^C=fY%}J!nN}K|DGC>k_ zY>)KovqYg?7!Rh@szv1xXEB4U^SZ>&xEPlL{T?_`#R=&ulye>*VB$fE5xJc-7W!pO zffzw8RF6W+PczW!@5*x3O^Jx97cmT6l(>$^zz|p=>;XWG){I60VR_!noZ;x}n=gL= zK|iG-svl9uVMSNxNfPz0AAYnWw7#%BUet3*z)ySzH-e0Z{Tave(ruw<_)Cv7aiuG) zvw*Kzf@-yOPr9=P9@HfXu!jND==c!i$fujeNN_nL;$u`5u?d>B-=U`Jq)_nML^iig zqaB{Voh~?EwuOT==E#F13B5{rB5!<1`ykVcE1Jxou_TYd9LV1T??eBak29Q2ReLE1 zyl!!_*QCJ!P??R8OE7Qrs&50GE{4~X&GDO5OC8b|u+uO0DNVY~itduwIWfp9ar$7y zr8!I`OI9GJ=CQo-NUIWa?>8U6`y&>o)%zA?mrUTnObG$=Zzi@K_q!hnfwQ9F{pD1? z@I1+{ihB0#G>-EV53EN^T`qHpFM~ehQ1yV12I%wh;_a7YOzaMg6?`_Z?45Ws${QO& zF6YWgXu&_lpYg9N-D;rN4OxL7G0sePkTJ`^;S#jQ34tRjjWD^anpTu_|3ynp%uRG7 zDi7BeP%XyZ;F;u#?7*qs{Pbn)5;eWG$NaVdAt~GTHWUXsPFe8Gr+lAbU-D{ zla>Es8_1Ob1Uf@UV;%i;a9 z*kErH6esyaTmh_xiV{4F)h@~ax6g_WZux$wQn=+#Ex+ zl;Bl^SDrD-NFh8sclNIgz&V6>z>ZKw%X$wY@6%t`~Khq&a;QJLg-7 zF2HnQyeZ^jJXtzb%aR(gQR9hhh-NoTHoKQ>LOcUy`L{a@EShkRx9CaV);0^2Xpiu8 zz@JlOC!j0I(X@|fOphcObrED4$(Ua(w!YBU92p#2MECSnJUvVUaJn+2-@M}oW3{gR2RVfT0p!g59FZ$)*YY9D1P6azT zMyw>N9e(*;Kb-38Yc}AdJ*nRU&9@I;aD&f(Y=E2bWLWWlEt>Gqthh(!_cJ3&G!^5~ zH*Xh|a81S|?4<@6kfd@f7d$Nn1#+c=;F6!!=#SspF+x zr#Fz&IxiH-W*K>UHP-9LX>~v_I0X$$N*gk!egh`xG(lJKLQxc#Ip#82==2y@jmddN z+2kXk4~v#o10Y^t==k!B{FT{^bK5fmTR`b;TThG5(HKu`U%YHKx1oU&M0d+kg_9EE zTD@#_jN>cVqj>Bg<>diWJgYlThfR+ZfR3?K#~SXHsX$rSnJWk(DaH}-x)kz4Xp=)v zwM7cfs`Qx-3MHggWtr(bsT&+nwZcfZs2jJ7NU5fl&+x@bHpNzuU5mfxjhNurn0jQkzFLY-b`>~BhEyO_RuK!Tzb`Ff@QTk;ev!CNj((L%51(nXaE$c`mldx9ZexjKB{&InDWqN$%Mkni(le9uyxTgw!kL7PINIo+c7eE@%4yL)Gk z%2_gn0$F%wpLGdt;(Mdp)wYg)t#W}%z{-1ron6yq&jIBs3afk7-{SQ^#$W+_t51O;1_%uL14tvTGSy@>Oq|#Rx;5xMs{rKPj z;YJ0DXxB}6sv~3)0?FMfiVWo2SDZ%0!@qfwr(-Y~Wy`IDzzmn{k(nD+r`g00N5qFi zA1!ZWV{c9_be$Jh8ery8SGp)q-&>P-v{i4Yn6l4HG4C!ydn8?&)Vm8jewCtw3FAuR zKddcYBG4?NY%=xoJB)(tl!$KoADO=oyKE2);B>Z6 zD)~euTr|}2cZXBR#DNU<#Z#g80@gK6{uRFFn!x#7d_Ru4J!P79z;nsA(rLJsY=ex} zMZX+zsYU3mfl@b|bN+OoFyt1oKSF(QY%Bu2(*ZZ;aW_RZ_!r*tf#r{eUoXBy?%jH zKHPmf8nDm{6~OME-UXNfx6@P^?c1CNRHT{X+mWY>kT|7AM4@64LC8E3^LCV9V(1J> z7e}jq`gskhb|xMWHddSmgc|f`AFdu3VvH&_dYW!Ya!9}F(q`#dW|vv5sdAy0zHfb! z2FMTqKWSZ>Ma_BkhoWhLH+Ye`Pw73E?G65BS9Cav%^3^@91V$AwN__>MrbCe@eevc z9ZM5#7Yw}vV|iznynmOL2~`#s<&xp{1ptySDafs8*U{xQFRYmF zHK|^ByGeqP4?V3R2AdpB`zUL)4bgJU(8AKD zoKvH*wb&-L_j1*aI;xb&VixeNF{T`REASbNdE}FW-4N%?xR0qK{lwJW-}*fr~B2c9VdBJAvRi3 za;MonJo67a0R+3{MxbC{o42NZF z?+J@>v}$Nnzd;c`=l?s+^^7^g79%`jk2Z60vF%1q{C$#KJ(v7hX$CE+D0u~MzTGoy zR3J#C%}OzpJf!Lu6)F>vn3)*j-`iM)!xJCF&9=uHubU3e@*<7>yj3b7WTIGPw=A*J z8l3tl!vN!Vt%6l>nmdft0~R9AHPh&Cs|3Os;w#mddxp3Mag5%$BtiF_j&frXV-xXY z9`={VE@GqhQ(jn7rro_dg-PkRsAuCI-zn~jBEXIes>YmlJ8G0nNHdz&Dztr^X2^G| zZ$oqoM#6|vD=+H#68MSLRtZ`YoRJ~Jl>A*Kc`s_KQi1kc=q`#bqP@5b=TfIbriz#w z`FuSX1?=SBGDGCYM{Dd_-PI0%jZia7A9E}07Oj*rca@~a2Jp+4GVov_E&8}X8lK(8 zDb{@wgzs-{!12yc9}p(fmOjSCC0j+0fC4=A^3d z&Um)`8jNOEg3@ye2-$=Xw*AS*tCQX{t2eu%3<0<+gOWu@gLdJq`m64+QBC>=68_xp zUzoC8nW)eV*x%Ld^W#>YD7Gwk!SCqEliwSP=y4KuS6h3LqSRh)%3hEk%|~(Zi(<%m z5f2iMWH(TjKiwi75jq8C7Ikw!XsXL+3h;hyEcw?n<6jq`wuqFQp*jQ+?3u(3+Fqp|7DurZo})TqeBilk@0wu53xO z&O(cv&q??)X-QJEwC#@Xv>(mJX9p#eXi7x|Ay0iLlUp-pcT}cx@PS=g!%u*KtS`ka zx{}h5F=%WGSN?8hD8sIV_KKByc9B-i$90=6f>ND5XR`RP9eTr*uRb5v z(o(J{laZQw2c8)xti6T4v+q6){0-n-T0kyVOoaVe?&-ZtfMsn{9%f+R_6LhqBA_X-H7n zg`08E38Jw2TcBM|HcGA^HgPC@M_Tf5ThJZK3W*<7sZYi{P3(?uTtk;jgw1f(EPk5} zxmgA@XSUy(Xo5@uuR!K_(j3`>+i4rzlo51eEDZT+OY^NgsLCJwIOx;0JkV2(+}Tm} z=FFyt5K_XRUjNbm<}?)uv#44l4sL1wCp5A-S>z31X(UW`rAE}uBDb9|JvF|9Deekqcaf+Eg|Z$CY1TAmuVu7^lArq7=*ru0>cU!raO93@tB2GyU{3xf=3}tZZS& z?9U(u6%?w87Pz_&VdU4k#TP4K6}*wNwDC$|nXTqc;5+3JW}6_$G&hjE^~RHZOj(Gj z!-X987@kP}FsPd5 zVH<)#UzH4+rwq2v=R*Ty^3(nYFXKO?ssZXkEL%A0^vh0zQ#7aNekwyA@Hxt9z}e)}&=9@TjK z$ga2WC4LZJ{awH)m4WM*zKk>!M#;(-E_2DlWhX*{F)AjE2V-fXK+QlbmLLdbMIE*8 zx+ZfmE@o=;=4<*@OGek@CLAA>z!c^!(Wjpng!z-VM-LqP8($(Q!s%FfzlP>y&C8r4zs`O<2IkOaVBnj5T|Yr5PHL zDAu7sp@A`)T2{Ufra8P8w<&eLwlZiVFk!Cxmq3^>2-pUAA#2>;y$+&Xb9Y^#KItzA z-lMeHy=cQ~8_$Wp8WO_m@glOhFq2ttkWWyI&V@7Mq(geVwcwWCBetlPozutbQxrc* zo>?hpbWAgrO9FQ6wt?saa+A0j@`hBjHGOnt zRyuLr(uvQw)cM-MwJj_ln6)LhCb*#+ct#6q&3-BIDTL$|5afp#Ja{sW!j zwN20q9mDCB?!pWrt8`R|YWJmtHu3|X$xluhMak7WEcv8iq`Q?j=f90h(Y!$EkKI`& zO9*d~w^-8gVl6ZLX##K6Sn`52&K%$(hRxj5@jAYfu^c;F%Tg7<{40=Af058A3^7s2gd7HqHWK zRs}bb7kj4eqrUgTvew=LSr!pXr(#JfgpeNVoBPTfzW`?ke_WEKQrh^2Ej~h=Q57~D z-GnYcj=j`yTj)RuwYkS!v7*g0us&K}IRB`jttIedk#7i075@;ZE!i}bp96XEu7Z`7Tu`<2-Z!~ zq|+jqF)>{G+J-;+=cbCfSat>`H5GpL#32JS^-GDG)Y|k?AEB+Xh+fQ|X0BN1n`pWY z7OT?VX0wCrer|MDT%VpjeYlW-XzTIB1g&5AqRt5QowPok#%g5$vJLxaBVd=u9S?n1 z(Kd0+oQjs;991KYOsP1E>?2)PS7r!^yd_{6&D5KRDKoSS@$I&oi#GP5rDn14=}>rs zK^J>ko{7>nM2tZG#j;W({V(^cpXZ{N9=K*EszdigBsKpArQs}+=49Z873v>aD|yr!WjyCfQ1Fj z=YhwPonzd!Lb3>m_a=L_ zptESpnE;Ff+Vwt7NMV@&I8l$&W;0Ct2lAk}szL^LmLSUa(?>^wnDO23jIV`3>@L~m z)5~?~#U$kpLM&Ku{hu=U=Y^6_h3VYtj=VQnjCV-W817fO=%Z_$;)i$6E)sW+!!gI{$RJ5? zH-8rvHCu4_$QFe0o$C=Efv%FVfX3#vI(ptut}|WUSTEl)JIfb`Zi1hZzdEIy(jA6v zIQ32rw1k9L1FJg{!i8EX`)7vG(lCJ4$}*kmfr;cPMxxi{as%gtmh$P&^s*j}zG!wj zX#q9Ry8JTdlBYr)2>@6fvlqiVt;XjR7%jRR1>mbn5J@T8nRYZ^yYumL_8|P!hd=r6 z-S;)RB@GSBi7mcxAx`Nb=tFORwey7W0yasz=Tv%Tn4`hX%qTC9KVoG&4nWh@QK&8J zUZ2-3>7Aw=b>BY`yKCevVrg6GM7s(p?H@PMd9GC8d3Hn$lFmZq73LV_MXNz`!PsXB zSNhCigKRWGiCNf*;8av{FYKlzrq8VH6{aA%V3lzYxu-d$&X9VxSZ+u6;#|vpIRGP0 zIZ7NG-z_+a#3F$sX91%*iz8Xf8CLTP(h0+*=gy9X{0gLla~Cx z{NY@wiG#5QE(TrSoFgdG7O$x;245khr7S`t5Ww7fbkT9WHj0 z2R|}SOSUecTd(Nyy_bd7e15>C+`8*)lNlJ)D7b5h#zf%aE)Q!Yb6pJ8Qon-M^1Xs- zll=_Y+p}~`!jKf$y&-v;hWrc?O9S6YQl-Iuk*wLtFBuN#yOVmQU3}=XKq;G`nMqLy zeJp>YS4kM0CQ#(Apo-8*L!^4PuT%O_tK_tCGJJMST=|6dVmEu$a@m$ucAE1@ZYnE1 zL@?Q4rKns)F&kHFcn>pQRNN{X@|k70IG$lV+=$m^X)oQ$EPQnsd#lq?0p%=mNMbA( zVYreI@F=C9IK=E@W{OwR+U^dWfCo-23nzIsK`U}Z?WnMy@B()=;XT|TQtC0;cxENc zYM{&HI6b{}1{pG#uCEW<)J-i>w|Lna#Y~6=kbTsepAbuYhSOT-(FoTQ!8Cze948$ESS4I=p1}_3Fa`43tAeMgA%`%)mbX!-X+N+ba zw(4GGpt9xUyCzItGKE1cOlku*K@e5+b=;pVl?T77HO+%OK=2ZA zV*xGie&Er3b9HJon&Gt=-WO12at{d2X+`%&w$!s!heu2n}r-r^~h(-YSW}l|&mm6v`01Q}SZV4*R4R<;gn$ ztM0nB&lcC{S`k!LS5|B9UW>YkZ}Exqb>v$m1wk?mun84$DWx}p2fJD%iaU+Y&^LPH z$}`{B%jKr=h^%Q7oERsGT31WGoudq&_j$sw5x}o(4T~2^vUPY87l+%0Bh;iiawydT z@8K7o%dLk;@h5PoXI0bI>@df!Y}TZhAJrCaoaAcewmnvo1DM;R`S!iyo#&`bp9+){@iCSt(1%K|l* z2SmqV*<%=H{xed$GafP2DGrB?t)3oalg@`zM;SOf1Ty1vtqsAfVbl2>MQj&r3Z*`- zuU7B@Twc@0B{DFYJRaHGCyetQaeGo``f=rJc+*6ZY;J{a^$NJ_srQj!#91|(L??wj z{0BP-K<-(Hs4WU1Gf`?!N5~ISU&u09I@=>&Lfo%Yk;W=~x^`%!6J0cML%_c@t0B52 zkZl+`=^m4rwm=?Va%87uH<}nQZ28eB>&HYML0MzKVx3wn?Q*Uu#r*H-J?oMbLbiq-67Qn#02U2^9_m5eoV_Y z&es~|D4Cwc9c}%_hMz`f0$Ep%Be6WGl8V@F7Dx0vXEz_z4pis;U*oG!e-XCsTG!VB zo#$GyK2*{=Yvr=kMY3n@0dAzMH9)%M{@&~bhGmU^FH;I~aA?52uK!>Vv=*Dc&RK?a z69c@N@ldMCnncwCvG6$o9Iz%IQAxd@CPC>_VmcK_Vqgb&MmM{L$ZSBq^QbuYnk_&LhPq0^0|FmsF?*^VQ3CEmB8w4R zY(O*DM9r4+PZ`sl((F}cGAYhJtv!X4f1Hh*D@PMaw*~!$tWDLR03IA}+=B zUJy05FBYEC)eujhEi?+rN4|r@o1&0nmrH{!2z-u+q`cZzhc|5 zGVz7fTiPS7Bq>_tJngsieTTl#^&3T|nQ0xi3fV)!w^5zdsQhje0aeMvK9k2ITG6kd z=Ug>?)jg=EIBw<2XPQl6UUxB@zgvnm(79SR%rW(auTIGFm@8DYQatA-17$_FZ7b2w zGpb&keQ3v&SulZ!FP@}B%_8TnLD*Y+?)vi`x?udmmUheT?&^$^mB2S7GV`H zhrnjnhewvEniv=rbwJ3r>o&M;9k^DhT~2*(iFU#fJ5)GoYdv4BY1FOQRP6;lH)ZC* z*ho2LaL%-946=poBlaVDh_?sZm>{JvJ;2Ovb0J!GY2ozen-ZMHHR%mQTQD)qjt|QW zTiAm#ZZW3glVnwr=C2mh!X6n8M^ReO`D0Vi0-T3o7x4~*jrT{wJoGm+);fe>v>}SQ z$03bk6Ku2%Zw8$FDpX8Rb#zo_I%gewpF~zp>K6CEeL!D!GiSg#elkFFS43kWtU@x$ zff$z@VCLmnOLuZd2PVz{Q0#YDGMNB(ym9+Hhuj zej6HZ!bvI{EkQMI$=9rqv@p8knmK+(Z1#G%az2y%0w37waY)iE%bz8YetYCmZ^hpzO z2mGPn1WHNatK=fs(k0O>>dMN*mfaqhOO@mL>6LB2q)fWeJ_4cu5M5kRsSu*1EA>A; z_xCtzG88Bv6hOEXf}a%{lp;Xh{djFW+`0810eR(!y=&(;+}3k*?;rXN?bzxQJ1Y{3QA;{Ry0m}Im5wd$mkMc8NXMa z23q(*+6p$gPpB+O#3`uN;r+cRHD<;Er7HM2(0B z?(&_HY%!q|Do@;G|9iENPIIBE>ocOiRHFs?xZyrwWi5KK#lewCcOm;`Y4|{;wBp|0 z@_G?TTn0kE5DTP;&2Tgza%BHGJt`se^R#0rh0BPf?CTDmtT_NKK&-qC?Jzx6>~nSe zZ!YHk)^N`vS7_H(fx=i%X;XyK<_zVtoUL>9JhIPga62(s_&0YC1OH!|kCK#w)m$cJL zu@&(05f;~!2d3_hT0S}Bg6X<^708dY9D7s#{%~rnF!^8EGu`IYW0?-ZjiJdWk<`{0 zB(V0aMe?T!QRDLj>K2t$G*4xM+xJ@$?*E)Qak|%9aKfWKEc9P+4n=ZBoRB21`XKyJIx=0)-@s)?&r=Sy7-C2#P2$ zhn&VWHtHCQtvHhsSYR1}S0~Q5oh8&J?LoMuA|hv)wwmC}G$X<{jhnWE*xrbjLyFo4 zPEVN5%IW}*U&b`udpps%*V05VW$QHt%;kiqk!hUpM>SZb*Ot-mBF#@Zt3GVMD34rM zOb!13jPJfwuc#$%DId}P-w23fG)GaxeOnd6M9ZEByC7j~-Cy8acq-9$&!n2|U`jSR z$cQu9lS<9kX4=gb5g=|shwfiY3bVRnYGm~djFXK`6a!;950|J(N+Ot^6NrDE)&|>F zh8Fw+2FNQa=1TNqW{4tu+Os3iuQSty=R1tOTFUT{EyiJ2@C} z^Bco%2(dR>=KvT?sneo+>TqQ)!zz=8ew(%H;2tSpEX9}m60s5k^&`#*RiSCS(Jt_- zL_tih+(CJc8<0#PCW;$ml?B!W$8S=6YNo7$XCZoRUc9wKnAgN$B=xx(e-OoOEbf4r z57b0G(LVnTAz|xq#HItvt~@g+zNzpE*#%-12VJ2{38QWfwN3N5z$j^Z}n^tVyjoR$^TN=?#!Be%i{ z2DJ)-Rlli+r(QdBma#gov}-Kxkh7QB!#7uJfqGGcy*SX$FRl?Vn_r(ufI zl1E@@;1_a*ZeWWr>rYcJ@B)~V$=FC1Q0CO_U~XS(lQkKQ-VuJmKf@g|Z$%T-fSdD{ z4jjIW=|p1fEY5@ExgAxbfG;3;-y;{}n0t(vbpcgSVH~)zW(>ENbXUz_$5<)uv5dgx zs=(BCB(%lo0#yj5b9M969|jTG2sHKChCz!!0zg0oMduU#aIoUvT#d#?FZ6;#Rvb0@ z6u}K8*e3GokerhH&#Yq%8g<6gV6h?a7kF$g)J5#MQ362-mIQo@HxkQat5gRQi0gRh zu;5+jpm*FWG3wYG0A>4h?cnYB8FY~_IKe1OaH;cTNbxJ~gtk`)%8<0u0p-pSzH@yc zp4_&occ})e1_8gq1PX9h-qbLZXOyyvMSS`nqm!EF{#Qe_q|H6*;^+o2A)Z_q^#-BO zr`M&94=$^_o-3vSvVXdV}Cq2?AGoYM#BYK*l{tq(oi0 z0ur@H#KR<8ADNms(DJ{Zjcb6p`jz^_={#TWY7Q+TCEv#Pj+ALmvs(4DjSmg$_C7T^ zFXwaquCn<01$#4uvIK-J_W3_egnMyMG%=Rojh0J@(_7XOP3pqV!5)e&Zfe`R7-}u5 zu`Zz!XulbsHXD4@8M_W~5NXzQs`~&CjDm$_0P!|)^Hm5EH?CUF7Fv?Q)-s$B;hp4JrB`h-= zB2&j~_i%KiCo1)4Ps_Z)pg_M6D=CeG4pkz7{{T!iqz92A1u&Hv#fjUd+8&U>5ey3K z$Qe4ifX(Z6hKf|Wm{iY;mD8%R$2nqeS;sv1TT6R0My9?N7cS2>fZ4}}UD%tb<5Z4m zm(-&6C_v!Mj2}ABbjX4_C*E`m;gU5mDQJ|D1m8+3Y6+}0TK)1T`Q(QQui6Rjr2D>L z_hAp7)LVFt+W{Hhx;>4x%0p#Oll@$_I}z@N`;+=gQpuG!5sgAP(BWx6hKsv%b*1|Y z5HA`(Mci@dGob1jHFU=dL8dHlT?Rb}T1k|~OeBDeXp3%IsvG(?!~{>_o0b|DJ#jfo z`LMH+zsRJF+tXTU!?r$P?il|u1Jm2kJDwP3I|c)0gFIkIbM6dbT!{Cwf;le!q#cT7 zEk3$)-Ohw~+(Tz5E7QtQKGBsL3o!+w_2e4mhrGBX^M7A()ckBiLrR4K5#ziI0TZyDJ>jooj(hhb$?WP>q0^9Bz}p zU;P?fhl|WW^2V!`5vK+-gQi%aupZ#`Xs~!Brpl5=M)VGTrb(){ci+uh)?(9tO*u? z*HL_k?RcKZ{tbJkTk2+lD*jvp-wO+~M!Xs?2O_1a8GEhPk%n|eBY7otq>9kNwCE6L z+Hl=eH20{JFPxyRkgXs#E{G(8OScun+iY=LfLW9R%C*SauZWk(9_h$FDEoF>Kz~-gCaN~u z?-Ey1MmCn)#shP8R8HOP2a)VxnxgAhT!dA;f4mx4(U%z2T2k3%#X27F+pBbIYt|$-hWUOEN9wYq%HKNm?_xTCL&Tc7BU`()Q*l|Xn5f|CY=;S2Fr^Kw z##N2_o3LBp3wu&wmOHuO4Z10hO;0d zY~J#FEvO79sx<8kY=Dp4^iZE{xsp8se#tfP<4%rZlTi5+29z9)uKUrAKQBUETT$~$ z1MBfXgQM&5{&W-89JB@DgKkxcQ3$dHdo4spl!b3OtN?PlW4ol{G1(b+yvP}arpKgu zFG>p0L`@Z-{UkpQ{#Bs!Qw*}Aw#U;6v2vaxTWr-=ceblGW;pTh`sn~XK*PTiasN`^ z-xW#&izRi&j8tR>`28=P*<5EBD$)w%&$mz=9cP~A55kiFH>Jg!%DbIxL`>?mXv zL~LbvM{~ z^bbJgIzbP%<3bZfqAuDMa1b>NO^_KRqMsk znKKX)0&lo=U6DGjCnshF(X>ZK&e=Nsm*!`7{p-LO8-BOf`pDuT zt(>hDrd=%fFz?IIY$h$rIA1vSCq(%`#tnqINQ7oKeUq6J{VWCh z#y81!Npgvj^@}ucDKKp6<+k@O^bIb`vWqs(gib-_O$S3FL8Ar5`?VJ75;N3fK$ zrI0{B#<4XB$r!41MLCGUNLoY4jR?xDu@*hRa`5?76rht6pwS1{`X{h8$(c?9PJSG zJJ~hjs7$=rCf~6oJQ&&H!e$pkci6?M$2lmB zi6vt4R2ki=WzHtDkP&(yo*!)@M6u4V_aB5HF0Rmi0!r>rP|pfTsh6N6rLru&EIcgV7lYB zFg*NeQ0u_THH$4kI@G8?SPnb1<_9&Zng&UH6q?R;3>n=MpBkU_+QQ<1@1JRGn+l%{ zeYE#9oH}=~!(#+-YB+sLENRFc$xrfG<|0VE44j*Wf=Z#!Ox2Z|dJD$=ydu!vK%%>I zTiqaBC`pa#R9tS|f$t;*UnaXtL-aOS*wKV~n45V?S55(Hu?Yp=8_yxT4VN?m5If`Z z+NzaojE`I&5J-8$qsrsp?lJIp+ivc?*ntVvI68JF3DsB#(%2z9Y%-k$P^yaCXo?a+4b`Gd+BDZsdPq12% zr8rLofaaVAk1`Dr2CBERbRbXyhu$%*GGkCCK(EP%MA=-DGYn=0V{hW|Y8>ZoG7aW< z(FvFFgi;DjVD?peLTVpuCJ23OWccluoIpyvNd{PP49K?y?k_eYppXUX9%OnS-fy8% zwlL#pf||TxRx4P3g=s2HK5q^RfEQnCSA0Scoe<&^OyDqu0zXGtJ**9UE{Fh7Ipy36kv41YQ(bX=A2(AXCVWk7tL ztsAF%X*b;@|NCADW$#(~c3CK>#=_$N%)}XKacly!9vrB?`X4X62E2Iw0yTVSoWxCD z_69997La!@_7pPhZfb}6K3=Fx#$f-V-A;~xRVh6BEfP--&8QU8E$PD zb1HtDig4!55Dh_3PgYy4o{S|N85`C69{3-atb_=7CW(pNfJbTU~CNFX@iI^+Nj6kN0q9;c1#`?Jc^7DLqg-giM zo>B*Ad2aH(U69@bwLEqO-T+MdGKO=?X$F{T0|i+SJ48g>$}6iG19WKW_M_T|VSn?q zHOUwML=e!yMnf3<&>{3qUTgx3`eIf{Bl*ZC&denYpYD_*88rSHjbCP(L8{!%9hSI% z!S3u2;aa9ThYg`XjJn1M0IbBC-kVL29VS|q}eA%O4YAdn!zPy5Q~njY5Co8ch)0wM5`y{ zS{6@s(RJK%nl|nDHl4h8>T2-XgeWspBUNz~0H}*-R=zF|m_V1|FMxP%aL*P-86z~q z97x&V(fWe3#7-B>Bgod8imn%?b~r36P2q5Cd%#nnIPdjAVg2bg9~wRI>!2ATgy9 zus(|EB&;5ttUfISl}K+M%ZNDyivnrr1wtev8Km;UxXT_&L&gH0*0^n}>_`{}I|Vdy$WaYgtM<>CZ_ zX9$|F^#3g$><}i)%OI*jFDB0X-O)+PP8DGhyXQ0P{La!Y1RWo@B<3^LFkQ29XoQJo zM~6c&VrHxHz9yvHk$W%uYn`^w4h#_I6WzJm41uz#}UG-?K z8AB&_;jEw>2n1{n9q&(TYBjwfU<<``UFW#KL~J6g%dJ@(xWSrn3)~EdJ3F*d5{*nQbo#nrG~C1lW>tFoX%o(6wZ(?6EJ|mN!|x|O4VZ*i$V4FS5zC`m zF3<&!8s=*!Wb(24e-aiN1VK z9Q|Eg1vaTlgx(ItPhfdjFjsDw**z26mg~!4-K)M7iQi1XzUu6nFw&7xd=#Gih9lMu zpnsOkvwLK# zbx!h7Nzfr@iV`gC8eT%-Y8%yz<6((Ry5_7jPQvAcYZe2i+%4L&n*Tcha4n#UtQa$= ztxE0|nvCY^z|O_C_=?)q10y)r*HQXJ8EQ;CG*SY}lDSQDC`};s$u+Xyv#e?zG`xIL z{<`1a7RWZ)YjH$#xy`mur6XU=Pp+lS8m;q@^Tsubf-wFcT{8kC zIAFQRU|KvScjPL)B58?7>SP<%IcKa&1gNF=q;P9_Tj)gjsL9$4t{3KE9s=e}{a(mE zRDK%WakLFuPEGw_nyky4BhZcdU>-kT2`|BI1veZa-m6+-6S#)vHpj*dkwE_DY5bXfO9)m8&a ztf^GZW~TOwnp4Z?!>&c4{RfNd2!0xj>Hyw`mp+y+U6d<^as*ehT5pTc9**(|zu{(a z6$mDHRrQlevnAR^>7H4reu zBN~x1$4FH|G7JX^U&&yv0Ykzs+Sn;}W#tr3>0lzP2r5MF*#o)BoW2H|QH({NL*$Y{ z*H?2w0>Z|o7rf;7b27IeeK-=}5rJ{?%0BN@7?NUij?@sFS^14VTg?7%h<&i$hVo&`>mcW!N8FoJZ(YmX}Cm^$D5U48DNLhB{6%F|uwn6!uDGV~KBm zt|?Igh;Zlft!t|f@8D+2E6`B2JI*qXw+0T+gUnf~84#De4_f94nnOJjfQkQq#C6LMM9Q`FAt4J#yp=GtIcs)z}S6E^A zgqTG{9pG}e3EYL+O^QDV3Ek^3>QP@?>qIMxaHGtK;+OXQ<4rEel=Z2dJ4FjH=#g5@ zk9smfb3G8%sJtZ$aNU8SRu%#_SAvOQzi(UTRieqKSvvureW zTa-|^3TQ`b$z{vMyuO@9-C{#nsP%c&nG6gM4ggVM9X!}98SlKL44JgXs~OC7$QkIH zlJ5Y8?GS}?Me-trFQ)4|}KE`llKGLo&l9ePuxcdZ(?b?pmg^X-X=m;`9Y`P4r5 zQqyMdKj1)LLD-6{p{IrlhWoJFLcC};u`xg6$~{>vxCm5uaK@IG{U3^z(8 zj8iYw$RsY6LLAyOha+Qiismt)K%XmslpkiHPcE^ z<~~sSQdHluAi{?pjYG0XHqjCNaE?%x)}m_qG(kpo!|5i=7nAP8&Ev}T-GH-`X>m$7 z7|TbtxdCTgR<{bhX+N@IYAshgwqYI!>l)8JZ_}kG;+F_$ZvL2^q7!1=D0(3J`{Sej-M4|2UOc*v=XVyw z9pz&6z>_>+3Xx|IvuqK4}QhDCF#3l>`_1>(F5d6e}Pq9$C6w!G5xnCfI`#>*xojd z!gF}5tMt*Cq^SlWfD=W07oepYT34*wgo#1>B2ON)S4k0kS>jpTJHiT8uo(8uUEG#V z*oh7&6?AxoX(JBYKDrb%g%Wlu4^8_>aQE#%n>Mb<^_7fHiqcM<$ITL=L9Y0~4;GTm zno|}8Zj?1UpN3N|G;E*;okJysFlRI)M`Y!);l$-J{ZkmAgRCw9-lT1<8v;4bH_?FS zKbuDRTnfB%p=*|*1mH-1RM2G^n!%?Rt&W*)y4PuTtr3(?aN3!$W^`QfG6e%+>IO-u z5A+YSEsYT98)bJUV!*iQ;jzs?`t3SdPkgi35=_%Il`gNy6tZ2&`O%%gDquR$B;$O3 zqdts;mEK`q7Vjk-N(5t?$G|5rFiw;mK@!O;U)=E1!+PbR`0lNh!HJ0Cu*GtcldRwc z{{*J)Lp<5wdiU8rY15u<0a%1x;0nmCyA5KTtKuNe%V8*%d}ar|orkeGZ~GcEF)g?LLFyrTYrl`s8)ATyHSF^D#B*#hEw|gkCzcnDY;T$zoBB=h#ChaoWxGMik-zNU7w~|eu7BdMtH8KF-65zNAYjnb zbADqm3$J;TvmWG6fHWo*C705NJMN8%wwZu^3^`Mh4&0uo#Z18TcEn@li}P$CNX`;s znJg)^YV5RJf-uo2^H{V?UJ}B_fYqK$j(US!Mj517pfoJw-@C0(?wSrEvl>0_u>>At z6F|d^{VtiYY@2`?p4J4LN2r@^eFou2DNKde=8Qa(bh{|;T>6hLgk^k;c!3;dKlBJ= zsp+F&=avFWEc#?~ZMq;3CT42`%V9~OHn7r01pW3n!dn0)=cNC7u#ezA zm_2PI5nRX_HTb+jf2Upk*B+w*v99b$(jxm#H3D2NAyfDo@TgYKOpun1s1Po5F13`? zj%B60S}iWNeAJW<8WHiLroqO{;unmto1e_n-4YKJ&LI!1`n^@M->z{6KWIO@W~Z6~ z9r*uIsdbh04kD*w;?E}m35bBFF$i>^s(!^HIWWw5W2cZRBan@k5D+5?!-D5(``YR! ztCbVVdI9S;8qq_TDRIj99EDrk*I&TU=#cJF-l$^P+9V{pNwbCh(Y$37o2m_rTux#uY<_l7d%5 zm?Exe7!JWdzO%O;I6+;CyWH zd2*epKORbh=mJ`$mbo7LjvGyBNvUmZfM{HQDj&P*W);ihQXLYoZhT<+td-Vw<2VKz z#>!etS2j#PiWI$WtH!V)LBiw)!1W2QF*ZawKf)R^b%bg49Hz1_kVVF6wOgmEy)t_v z#eg)L%LX+M#&vW;vA&?s;EOfuimntAMJZ$oO*svSC{}vY>R`0mldhGIU@{bD-gLi= znZYh&=539CV0r2-T2P{iS5YJ9_Y5iXC+p$vODn6|iq~rP4=m{kH3;lvacKyL-t9vU z#MT5J!_=v6KwP#1DZg#|it zhG=ZLFHa;?px1EGnE`_lt<_I_whKCHP61DJ;ij}HL%+0<#GRyPP-PS*=1jVnsYC{K zmDGcdQMK&(E&+*bw5gjMH3GOeAGoN0jTNZc&rWj#n&VGQtK7TJ{nYD$g`g?MI>I1brox`dVX99X*wpHkL0pxCv zXO%(fJTI_cImYp&m-op7ji3-MgdsgfYt)o41hE)-!_NrP_Kp!zXxjRl+IK~$-`J7h z3NkB$+cTQdlTF7O;D26&vQW*NgZBnw=Bjoed&#-yiw zKruoz7&vqJ4zUQ#E_hJ!DG++IX8j8hh2-IIcN5GO8&bKjBaV zDuikr3mI+cc%YvRIOzv?N*9XN=6dw2kssGASojKI4nm+dJ3CvXhSa-$c4T?8CW37b zLeuVS?#esyx!_s<Jp-|}yx=zH`xjFV5T62noJ@Joh=k(oqZils& z_Y~AyJM$KSQ^hMtP=}r6UVX?$8(iwVTs%@PQ%yRTUWU@so{t4~$#EUXzoeWr%HUYx zavkXfUmpHt^}OJHgg{J0_JX{H15uc_wIvv4vr#dtm6oKd)Mp~}nUj+{8JwdEIlf`@ zkv8_F^RCBl;_5Y}xD2>^i9B~`*N9}hFd74U;c!D*f3k+y`DeB#*?u%a++tDMf4t}PqRmB|rd;%O!nBtJT^OabnumfW_%9ySLdgEuZTgZ0Wv#^B_ zq3614gjiaWwm}@#sn9Tnh#_>i+jN2QggiaMUt`N^fxTFpjKpq<1mZD! zjSxJ1$yyLCx@0a=D(>nzoU!_z`(cktjuNmt&h&6LhlS0khcq?RoZ(jqvhItH9hc~0 zJ6TeLMvP8E*36SM+NR1g=S4F6?~2s-g1Q4U`pn^mJRWq>#`cNwQ&Rb=O6$l*{EktC zh)@$!%hi`;!HOu3Jfva^@1KTWoC@VCct32Yf$$p;el|k6l$0x$fofW^{$D#(d6hWxVGXMy7xeY2=4MdFquc6FX{z^V}g0$|YpF>WOofgXM>0`AMku zosNMn66n&Cm_aXdXWG{lHMQh-QkmsaTmB%&p!uv8meecIs7p~9(b zs|t=$s3amwjK>H_TE~D79W6Gku>iStRyCQsVyoN^00&tSroS%foi|S~m{yEI8_(%> zzEPtl?SY))dMZ2pbt!=3h+vFVtU+Rh7};9ADHSyiTh`%%er)LWvCfj9m9{c0<<^pnrp$^2!~nMCP$_r>G#@I7oxMCGj7nK^~MIGp^7LU zW6!c8RTI{*-Uogaz%hkho;>S_li%8q;j2M$nwf$l>665@)FNGS` z)rS{2XX+rzeCCC)!h7&@`3yWRCj-?V*JqUv2%o4^2Q0;i|C(|Jqt}DN3GJg|08xgC z#v=#{@1eoN`!jwYs$SCxW45^0*!>kQXq6X7X_>THldcT^srs$UB^+?$d5)Nz! zHGX75ubnUY_^7sucCOJiClfe@Sa^^;&4JqWH6n7l34t5$5_&;kiLxE@HuWf+kVMr1FZ-H+UOcsILaw0AL+PX+a44zMV_^%p z3DZ?r1q8s7$`g-I{T3u_#_I$hT9|}zmQ=p4zPVaZTQKD4%TBhmbv{#Wtg$Uuhy8Qv zdQQg)_$4d-HgbrwW3JUqJ&Hu+Q;yVqMn_ZV1G+D(ec$<+6_)(2##COIt5HjRnaW6m z6pi4{QknhN#v1w*(WlB2Mh2NGB}4|05_NNhC2d4TuyaIG!qNJa2rI+EPgz;Gjrlvk zPY4;t3hv8%BwI*s&Iu?#l8jIgG9_i4m^>8YpBBJ0gfMu%9D5*TPV`Jt`>Sk%EZ9Gn z(!2f?l0(t{nbC8&n#Jt-@}0WSzH5>7+l0-D6ddMDN`$46(RR)V<8b8X2B0du zgTv%xB3AJ8!m?k>CueG_5Zc-;URM%JlSg1QfX<25Uo*=;RLaozDUwCvHy6|^G5%*V zpiue!Q$Ay;-Sv{h)+=qu@P1Xh*rq1n1(BSrx`4YX-xz`MHhH)EFrx2?j{Z5}~weTMlI|q4Qj|k~Y&#=FH@NM|(cL7H#%AT#) zk%hC%l>r!6V!OU@MleC=#B_dODu+*CwZDd@SATEbsUM)%dssTSUn31}(+B3B~q1eI9 z%mVGDy%ofoX48H~)wFrP9nVW#uNdRL~EHb(@Qd8*`}o7Yt2McL^226qOSYB@*ZCbms?Xd>BC`) zBt&+TJjotwsi#<@xSV;-%=Gw^IMm8MRoHs=8?@dpi!iW>gh2FbVS?)OK~JM#8T%x(YL57OthjTacA%N8$kWyMKZhwrRzl`7F7~ z!?c!Nro){?!{;4?E04ce7f6o~@K6g)>G4b3ucKEslDs>ssQmUe^XgD!|FF~!GptbYM^vBu3 zxP`^1UnRISXEh?{a&rl~K%wMKd+e!#XRtQRR^S=W zBawGmxuGsKlI8)b=e!EF!1}`%{z0_^A9b5dC0D7z-@?(cAMF42Yk;dArF$X{4NP<$S z*Z5Xx{KiHVS}XH6tOrA4p&~*y#$;dIo5{{d|8^Lr7M(Mb(hn@qI{pq4S7T#w>B+T7 zUOrOaX5dNMd4eG9j>MkFxkPHeB*(xQ;{||Ce9kBnD6PT0tcf=f`%2jtMHOa~ksuJu zZ4mVYOMb3M(@Phx<>B&=AZ&Xafua;_b2S4zq5k(|qfyA)6ma9KiJlVLsyGbPCQHl! zywLn%GZ|&Ey3ql}u)yj{Ig`4Qt;+>n0{>>EF;kl9GZHh9GskpprIJJG5+K{vvRyZ{fZWaRyvvlNS}S22)P34%1qup_0Wg>m$p9a+kQmR_%kDgcef(Uoj-rTU+DE94 z*RJg@LnN;4Eo^k#4Al1XG;#(f(b(ODVP*LZXvzve!KI~1|Jcs+iXFIuC8NV=15Q8= zhZ;5R80qW%A{a;wdfCVEhA+v+>;g(vmAsJ%xAHI>ZY@Tg`m!%6xWCsSx9ke+ipV?8 zq6(8zah&!6WwD=F9T7-{!wzC-OHliEmfbTK>BCPvmB9E*REiz93UprLW)6CmK0yLXnyiXnUWoKJ9)C_u zdcYQKTUNzwKN8sghXjiDz_-w`;x`1vN}*c0n-fEF-&gaiiZ*n0K|}tUCvC8h(uG3t z;}Tj`yWB$jHRs#AQbPX8N1T$3*%6^z4gu9-4MXoDZlGX)tkt#!;<-W}7SJ0}O4d}f z=?o!8A^HSWxlxAE9iy#qqa$}qceNZ7P+WOyYkCBxfZ<=06{mbzH|3o*PD3FqOz?`T z9QS&$!I8iZ>CG{b97c|n(*i-j{e@irsi?cdQUI(c%0e%u(dI?Kf7Y0Fu~4q3(+ZtU zaKKwwvV2nQTyp$@!gOtGyQfR|x1yM$s#fjgu=|KKqqB?7GqQ9*1mrNZJ{lZ=W6W$g zxEqB0FazsJL-6sB%rQDjr&*yi_Oq(1LD;Fblur3TrrDr`g0|Lu z;TR&jB&~-@TPo_y(?&cy6v~&(CiH3(!Z~0v?Jz;!eiv@XoSOg!wFt%qol$ zlWN-lLqVctt@IzSOKjctnBC_Fd-HxjUG&Oiolca%N7egbBhqfX2RDb)ZnDwrj)Pft zBhLMsBMjHII*DlRsS|J!kNFhCdTTHlQ*@7KybU&@!#-I9j#;ZE8SryEg(0@vQ|8Zd z(-T@tCAItBW9m7+lW_&11`7jYgSniwc+ak)V{Viow;%WrT`_Ze!n>k>7#Axa9!SpV z9q{&+S1LGd^%Qc5#-{BWN)%U<(I@R?S-f4uKDrcSk+$ln;*|RO;JKmAMCubMd_Y?S z9&K*>K?HNsC(lRfpAx5t|U9|3R6h78riEqNM7RwnJVX97VSwDP)HTH4{$~s>j(rPIFyHGQgAna6x`RxjmG;#q zHoaXkJMo)TS8|TkyM&1zSsbG+#orMGw6S&B!E5|HwM3a}5o=j90ucVlD%$uhfb+pJ zF1j0aEl9~QvkWoapaIW9;wUVag0Oqf7jwB>UDKjB(Z^4f7?QKWyTdG#>h2x2Gk}C> zgytVAk|ME?gr&@F07QfyfNH18<1m2C%N&=Z#_dE23?K@nPK*ohY>GD&0LMbtoQuuj zO{CCH?v~9;@ln?NZ9q5*@heYp{DwKeK4c%FOp2WA*~GI(4~Aqoi-A(w)}8zc4{5Cfi`f_lG5uog`oVft*PdS{YuU=+J(ZC@*d&}xZX_Q z#BO?yxugvC2crhfde`?PSLVr>4^imyp`q1v&7xnZ7+rF8`Cz_EJn_j=9S_+wgvN~J z&uHy?7B!AsN(TyjO=C|rSCFFIH{k*5fvMmMFj!!@R+xZP^lMo9u)F;I>4JN1;}W&$ zt%DjYP;gn@xzkn?Im^njYzx{}VAd>E3Ah^imzVm@OR#) z*}-hCR^}sAL|9`46Bp;nwdb?pzf=3oCj1wVXF9s$v@@!e0-N*^`?eEsP5SPY!$cgq z)EHisw2Gvn;!<$a+fN=ejVW5p!+M2HvK(<~DES;6^WqT|@_%`Nyl~zR->!^b9$-!y zM`QyIIP+Me!K#EORF;!qqE}&sUr`sR!!?1^`zw~UWUny-AzQnbv_rZ|S&lyWL{zp< znYirxKN-`2Jj!Z}(Kr8QrjQt6PY2igYRQikohnlLAbL1pIX zMmVT=Scv1PvWZV;woIqOCNl(yimt%9HFymn`eED~upDw;J8BGA7?E=khImHG6nL+L zbRF?_RSi`6UQP@cVXFI)=;8!pBvEE?aawfpoG0IutUCi@cT{l+SpoYQ6Rp-w+KNz- z&Jwfs{kH{pi+Uv(M(N8>rEsE;8DB;Xb4$xyfts$4r?Djm2V1wqkv87&Qx)5HW9Fo# zmO+b1`^BONjnodwL%BhAWx$g{ehDh@mBIr^~s^cwX%Ig9{G%Rs0wvQ!`OHaeL8(u1!YtCQi{iKcJNDffB|Xgc`OFy6IVR z964{fSCwVC8dGcrZkEh5yEM`a^g2=c+>B7ijHh1Ogt97jDyK9j7Pp4UuQYTrVNGK! z=f1M5yEUMI$+E|EYHWwii9hLDAi5NH8$HsGWWBHz9ioY-eX@#!NRA7UpCeP=>!m8> zS|9T;ENYlbb{g#{@+3+y4Yn}Dy!HB&LZd4!Ql?z_j}4N#M}arl`X%+sGe??7tAPNI zZ3?vU5v$?QQ-&M^(7hGzW~Ct^Prgjm&em!CJX0m3>gmAY5Tc{P?XrPt4mCR)q?X>plaB$L-Yzb0<2sMeh|(oI#8=>1|*? zQx3p9=nU2&rq#IEXWZ`uV^XX34AneIC2z6))gyM`!-(=-Ia^eAtZ$p_>n@QUdIrB+ zwa`MuON9MR{%X-sJ=#v_r7d%boeF*@?32il8$A3qTX0lIBkF=Tus8n*0-;+FHKmib z2{`x>?$9X12&<^&swhY8SUn+f3PNMIlkYi85$;UOf#g3*%hywwru1AJs{&ra@F1f( z`hzoOeNe=tSZbV78>J%^tT*Pp^&*@pz4TiRPM#=^7#U6|)-FT#tRr(z_^=fw$#1D` zoNPeEY>elH`{apMWosw!h4u$I0YMHS4`F8xv8Bs|DUaMt;KsQ-4b}z#w;DR(m5g3- zMGCvO%LX-<^K7g(S}3md>A{OG|CTdw;9?N6kty`b$61Ntv&*a3C+U=*wP52DqNnBE zXva%*F3DE<%HOa0didz%DTiHQO7`&H!3A7$E5Ul2OXndpOS}fA#G|ztCCmsc zc|{%BWGb3lSPX{K?8<$iX;#S72jb%}UTFd2t%^QeywB*({Xa3k4-2vgmUuz-`q3l) zDkGkTm}GeTc;hrRPjeru*^~9_`;{d*UIb!v7faG|ta?aPvWDlFgCv0g!|CdQ$>U}d z6*<>32-oS>Np0sP=S;iN1*SXtIwyH+MAU^IRjs*Mi!ROq*DZpzjznnJIXoDd6=UL; zf9GN6^1rtbsGS;Y(um~1XX_+7O7UWe1QgrWRpZ?zLa-p%^unzA!P6HCzlCRNoiRf} zueffpeVr@FupfkCi^P20`*Pj#8oayhfG+v~N?bbTMrmG%cDx~p-eO2+fbe2TP9xp+ zh0$fiO|$Tk@gthkqofBtCf08~@>HwkYh_xzW#8EA+?Qw}8Wtz6cpxgw&;t=gb+Ow@ z-5_>!A7z>LDj+NLPNxkYrKP|*X?RhttYq>-g`?l;f+%$^eY3yng37mS?UTP7$NjmbbQPc)20&X zcTzB@_L87@?7x87g5H#?N!c}Iq`B*-Rq@5cZPO7UxT1m3=@-p<)$jwUx+*=oQi!ZrEQ;(vP~(a^IJB1X|5t$TA0fLM2<1-tCTXzjjAf3hiLxh2{oPCi|YcAu$!) zcW2Trmsap5m}rThlOKa&d1v_fhPUC6x@Ur*W~HXop5g~MAnC|19#y=UFmWjuN?cZ& z%9UnisEUDpurLtp$)Q;{Og?bKZ-f%es(|ueTm9rX@zE9c4;(xAvPF_$$SHWYF$*UOjj4Aj;_cxn7H$M&kfR@d!P%39=$ibO zSIdHbc*YADCVMI+@6t?CS2#iJs-2v~YBLJ8BB>42dES5!3WamY%QkM#^XOKs+&1jI zTXS+-6U_(+tlm1oN#&4>vcUef8VK)yH;%q#64}YZgIJTT-6V~8uzRsGL+KA)mOmXJ z7*wRgD9knQT<00!*kiqpGUgi{^Epb)`^%+zll8TYv> z(ZKEf2#%ZShyH4h|9)xd11;IT&j&*z*1DF+Jp#aM>rIJl>yN%b-08k>HZZSH?8e zU05?nzOfU|E9FlfolHbfvK5ynR=%l%eBK%RD94ZhIGa!paQ`@~J@qy0*K6(U*oDdiJMP_@|oZ9w{{}OHq0Bf!KSRX35!sfGMkG>!?gyzMugP zkaZq8pA9_RT^OqW)c}-KDySvRdBf=0e8stfUM^57%r{b9t@^9gs+$u2=hAxYM^TMP zs$8?t;6l34kv?8ead-cL5!fk4Tg@U-sYb*`%?7#@3Cq^K&=IDMu#1AlT1PCB3F7qN z;06cW5-Egv>84Z--Ll}^Eo4J@B#Q;6@(q2m_x;ph0ui;7)QN`%%G3`ch`Re}SIr3t zyNVXNKW_mtmT(~ET5jh*TlrldpM-tS5I>WcPx5_p&JR-A*65y=+oo4{h9}I}6C@`#?;4A~&-`3C&T4cK z*90ln%O6oqTvy7*5j9$uwmDv-%euw*zH4^`rUo2Y;m{fkB5z^ zh|*fZm3)jV3Xt8_i9!aEQ7Gz+Pae&7UX?012%u0U0Oj?T%*+n93mK}*l0N6Siten+ zxdLZ+v=#B7Zy(3fh4FE#(SlPLQF8~s@S(A(L0B}8jtnNa!%+~Qxpb@&xGh+u&S-sz z9RhfFYZ|eskH?<9Wx#Zq?SFyc5vi{!zZ4TYHKZ(Sa^D8!Qg&tV6nVtk(0QOL>L&gIiZ0 zhI_xAV76Bj!XJpj_7^DF{-gD!R6nVBH_NmA>^)&9Lg{Yv6+z$Y`>ufr8Y>b0wgi400kQt%E@){k$whuIijkNU4 zs~+S#+%3wNLM@fYNx-?!aM`oeg4caDc}A+{5M4O8e%BN-C1ERameK05ve@;&6)5*o zpBzLm!VIKLv9uTvhn38JPS+SQ4ewM9o0!Dd6Y~+AJ`dD03A44=JS)Vbc5h;*#khS@ z(&=2F7NSFYN9BW*bhktGu~s>m+}Uu3i=F_V5~M#UOlEu<)+ab)m%xBvKu;;@oMTgg z^ldP>``7B+jp0yWj=+cwAG>8c%&RHKo5w$2zmT~2{+=7vJ5C|SKfr06d5S8tC{W+KhF(EcdS zno1#4pE0r(is>jdQon=MGyHA=%5D92TbMc&;utw4H|4~!w>0Y!9DpxoJ|giC<40vb z#}hEN6>^KfQu{2~jw)1O53f-VGyo?#2`1KG5!!1voKWfkb_+|Lc4aohk>FxMCz!Ji zTIeQODZxWT!yimW=!}4N@~=ImX?-g>GiJnqx7&%azi*8eSYmZlpY#|M$)XJo$%@jH z4BH3hBSBDtra5k7L-nl7ea$BU$q?orSgBmr|Yvl3t5q4KZKX^w5 zu~ng}FWsODLor0Z>7)Z!4M5fM)0Y2h5v{|MumqS-N#*zf(C+H!2|5e$=@S=cj5MYh zZiPEznS=*>#(3K!E-eIW+#>%2x4x$;>}|l2~(L(g>GWYwESj`%#zMy zngBDOA0zA@-e55pd3{!xnvChJ16JDF4vbOfqF=Nbs1_fet!=uFs89?+CG#=9t}O6Z&0|94jjU4J6z4}%pX}46^Uo#@m8Fp@U?sojs?F_&Y*{XmI8UecB%MtNUCPwx3hQC&xCU1I zU|!%1#su3}ep^Vsk3U~EyNohE{z$9>kibw;p~X1ej0t+5acss2aY$REZ!8$@#T!)~lk~Z} zRN2-Ijn>Dt7An{*Cm(#!`P3P##|t6OsLd@7^XPtjZ=by!I<$&f2Jz$J(M5|NTS*!8 zqr$CHT!m;-82y1J^Z#)t!tc`Ru`IEejO0#^?%4Z9j{m?k{!k}ye8(6|6i&qyS`qR$ z4ZFbrjLEB1=yx|KbVYL)||-hypm1BG`8Lr-YQ zTbLU(rsr%E!1k5RYJO-aTt&ylF7#anj<`D(@<$&VOrUhittSgZiq&=rK*$+ryQh#| zZT$vR&ctATa{yObUl9FYxL}%jCcxr;gB75uM?&PD6dK$Py0{pdHp+6bS%o((PJvqg zEaItq{9RZ!)-kaR1IX4ctO?i|+qZ1Ghkt3E6$2t4y~m~K!j+Wq2!d~A*PKaB#Q)Y| z0$6#_gF^MxCr$ZEwv6D(4Z~u;=$oNFxI@8Qn8kegwtTp6S9WB`+z?tiUwI%jSqUv9 zmvrUpYpNa2Z=37_hS~#gNQgm*TwHjYQp=G0e^=9KMacRJp<+ea%E{7mLFHO?M@9R? z!?7T2Mybl+Xqhq0_H>gb0PN!Cku*D97rIJ79tk)C+A$}=YFzg$&vgf!>(y~I6Q&s~ z_H?C2HgM_|4zQFP<7bk-2rZNHrn>wXi za2|bn(XdYfNNfoU!h>#M3ShGN2pJkfXA$1(-%_23d+ckl8}qA$EIPz5!87BUnlS1l zNDDClj0moh$%ZRYkFdfvUDy*ETE0wzYv-4E4)jIB&@v3>Zu8Vsi5A8uTr7cc`2ECa z_)SMKA^mhD2*2A~F5!_^Yd6pqNw7MBXmiERfRMon5F=%vj+2pT7^Vufd?g=>`noq?U~AW*5oC{xQhonqg_p~TcK6^5TV(C6CO z57}!BjH#ILalXN`Vfm+fp5=YuCEi<_Xj7wbdy_1@vdzTWudQ27B%Ihn5WTf|yAXul zaWx4Mn`TXSpx?>R!_B#3w9zgFbXZG)cb+j=p0s1{L_up35$#DT5E5(yyX{NMU^wVrc}7}>Q)@7d08CpsiOpH z;*qRcls~r-eOqKk7pB_w4m6Jo1Zj97$4V447#v&k2vAd0BViG!V@z-bt+H`TgO#%O z_>Gt@TEv?^${mOkv}WeG-7><4IS^TrqF`O@)-XA7(^b-5#x*(T0*K3gw6f>PZ$6p0*Z~t_5}yyf1h?r6~DN*ilk|0c;5J zyDF8-m`H;F)Jmw7$-`CK-kGt%{Y%8?79@!suqNelRY2nM!L@p~52nn66Z>mXh?0A& zOR@9DX*H(Xu4A@7S_WYY7?LUpo}PZJ1*OnlE&?4$>P(Avg6rbw0W!t>+OcX)G@T^A zR++J0Hee}PeI~_y(eog=dyHbB`@l=K#3cZ)+K)@>u*NAE*DO*hq!GGMP@kmyGXo(f zumA9oDG#LjXA-AVlz!U^(}j_e4kY$FwSj0jrH8>^!wL)%*~y>>vHLaP;D@}pRUb2E z*dWltw=1c{q{&wClO{SeO5q;%&uh?O z7R3Cjlc`4Cgwh7Ysi6EuF2uj@#&5q4Zj}5>tQIu$y+mpdz=S>5|D!q!!k9u5DJ&Xcg49gQ@)r-Xp{pHgET8Z3@l4498w{qufW zmXHi-HhJ&vHtm$svj`0_Kn{@6@$wBoKB$S;BJD+SG)ijUgj=@70wV9I*;iX^ISskU zXRcD+1kW8ti}dv^4?k!Gu7JFy0Jv_kMTotumOLOCa3o}K+#V!`r@SnZ;x)~OgYV)X z8j=y4m>mREH*?}SE`jIO%H)_Sace%GB$uTj5`IGya)VuAF34p`kobb@hZ2?ED==^_ zS9cTI{#)caj^3kP!zmkFADUW|r~L>&#Y>zrG+jd-A_eoyIY&{tbIeYL(IMXc6dhxkK4JFirh$ji4gmGbkiyblsU;08AjBElZ2BZ#l z8=ux3R3x$SqLTj`2j>RtnqulyEy4Z?RD2LMxa+`1u6ge;2E90e`IC`5!*VtGNP5JN z1?dIe3}9_E0M!U$y zTmc+1?}+8$LgcYvz6oz-L>_G51=X!zkN^Mx000Ne007Km00010OM-TAK@{}z00000 z0000000000K@}fi000000000000000K@jIe007KmM0x-K|Nrc_|NrWr|NrZU000z< z000tV000lr0000K00QT_K}lSQQH6oj?U70$e+fc#_`J)#^%SDQ8|H;lmZ2FmF6Ec% ze5Z&sgjH;6%6CJKt)48X(XC1?a!kK(6yS1&0*8uM=gZ^gTCqB*){aH9qxSij_u|ug zQ<=k?w!1owU9@}~K1&PlKM)G~%rg_4-Rc|$eLgY1Kq`=~r#z~X3r=TpJp}9u7YbTB zhAhLhXGkZa-O&SwP$8)UP~-K76S0Yu$bJcYeL;D@Xh8J)_v1TUE8LD59x;Dw-5j}M zMLmZcUyD4xC20IZ?F}8bS+4ofpXx<RsgP9P$yU~YT#iN*3fAy1Jz(Dz^i(5=&tG1I?JA?Ujla3fMkPDqSh&#) zY_(H12;lY0UF8lmm&zTm_r*no+n<6b0fz$!AE(AiO($Vum**jF*bIM>X!g=zw}*pu ztU#>QCZ66Gw$~T&TPHy2iuvA-PUUW#dIj0VRJc55sX^Ok3Lu=dc$V?H4sWGDvMIKg z(Q8WX#MOK!C02(BvIt7`IWX>8#Sqp+z(}oMnZ?h!`>E`$8v3XWVkQbekU0=p-*nKp zccn+!%X86#rj)yqfsv!&Pj-;^Nh;#o_OT?#V*= zbT7VQvXw<<#(#I@+f^Qw~I%B~2pp8sGsR^2sj_IQFP&`5G$YsIN( zhh*E6B0C9E1i`TJq%=?pomWNx$ao8Bav6MKO~sqYA?)hkps(lMw5K*y^#SNR zm3`s}e^kcezcdqoh}YuPu1o}A=IohSyTwvv=OUE`|KHckK0-CU8IwIVo$6jf8N&%j zsYu`I-Ih=qLw9MvU%yZEgY!JAN(e0|dZg4n&ypMhvihB4)-|l@f_S8w%5@A>DJ;2! zN#ds})hN@O;<=;6kwc!t*TFS1izE2qYkIXw5I#rjRq|?dD}3E8i>id@>P3X1kZU-j z)7Jz(*qC!yD~HV#rP3{1K+Pc=-qNQosPE9Qx4N#OnMG;K8i;;%TNOBwDyd|UyrG6G zS?=pyQ05}fu4c)r)e~&s=u%^dv!=vIh`D^*CPF5&i!n2>%vVJ^ub@k;COOUwwaWyX zvkpD(DUNZ?VM677lytB6-Zi9-H zI*ZgQi@YBh^GR@^#-0!=aSsCV1lL|MmdmF0iODiL$Ly&){WAw?-7-|XEy1U6Zl#Q& zLX`9}Lx(5q)qpdZM~kH?yCsO^>UW)4s}8)b0w5RNll{H%W0ykpD0f$TSpUpoYlDrs zjHZ+T;5BMxm9JSM?LxeNraBp?E12e-qS~#pVq@fbbHQOUL?`1A`Asb;POj@(AR5P) z_D%u+2(wz5{iQ`+&M;+bQeUM3%eNZ(FV+P~k1m^Z?&x?RwN4$b$m{6dtuU1179rHt zqF~evGPf+zBTzR^nJcfEMBii;w%OvBn(f(~-?VKKx-E#*wTZe70`1j+TVonyu@PcQ zo46LMjqk<1F+CItTr%>y$+XusJbe2>VUXQ_!lmK>eP zNZFDVImTMUDghJ0NexG>{`f|70B87CIdx0QXZ@(DfZPf(LVlcO1er|h%uKNFoIq#F zRZ#V1Q|m6;WheaRr`_dCQPdM?;A32Av9VB90&4PxQGoQ7g$>0P zWl`m^X1WOnlg0BDD1}TM_W2u9!W{iZ1zM_m+e>;CY1v0dQe#$FSB1BW%|Wgnvw}9= zQ*NR(TIp~(ON^wZ`8Hxpw~w<~U+fT_^4ON#%-6j^xHcE-REj;!fYBaTdB zD552lGb&g!j&VmgQY4+0QAZc7>>-br<{H-Z}T~z`#LVLN;+AxQf(&6imb!j+sG@0IvC2;Sh^O`2u_f_xe;X@*BHRx zD(p50Xe+Zk;#+y=vrUp&K&bOa3dMM4q_N9<$}E1Hg2=Hpy$xExf3rxu8A>1c~9umJ^SoRUljpX5yR@ z3VU(qoPt6sCyZUygKk|^d1<6DR35Pg5z&6Kwv~@|>Ud`}g;`+eGL4L7Y%N6>Pr*gc zRcSU=WU_#;(+4JR7C7#$^f{8yFV}4hyvlb3&`l8?S=pmA2UwybTT7xu_S-fb(j<>n z@hB?Yw&)keeNH~!3j&2r`exBqlfhoiu|`L4Vzjx_o<#P-wil2M>RUvq@%T+##DP6b zPQhtJEafPBNt(Dw6+`T5bNj|FJC&L#cy*<>^l5u6=JJfCRiKM@6npUtnM5=z+nNR;M6km`X&VnS7GAInY*yA{RLq#x z7AcC-u+~0w{WMEln0p{LUq2R?%Q!aua1B1+DvvUpD zvnv=bl@1{+e;Z#%H1yE}Y9$F%^D7I*oSyoraKRQ0v}(Hd3*uZeiK=A&w_)-PQ)HY0 z)oXH+&nnS|brc#Lp1)rt%d(-$wyIck1EtOeGK*<XRG=l*x8%%^#2w5 zE3!RD7xV-6P26VFzH#a>HYMr|u^smj!AT22gd72PjGSCgF2$QWYTi^|atkZF3 z#9C4}*>dF<7SOc<&EE#8DO0TR` zuF!4`0Qzue5~B~@K&d0-KlNT|*so`P5H72#ZI^IkRZ=~r#C%}tCI~5Mmm?5m1lO1) z8d<(o?HwM=d>G)n!??1{I>8mf9d0|l@UT&34!Y;4!Y%O6)k3~wPq6Q$=;F7FwOtNi zT&R{w+(m=3?BhMd?bg@`Mt9Y&4o_U(eDoDj-ZY(ZILTGs+@sz}l{!QbAhoFFe6gLE zRIcq3wQ%zouEp@09bwWtTNuX`K07DBAkEi41XMI46@N0RfgcFjzVw=*JTY{qWL@?V`sLPMmAh=WjtLoRFyUx)9B*aKw@y|C4Y z@^db($CY^N&abI3;BP6U5BnH@>1xrmNFaX_@C#&&wRc zO}h+qg5zA)8FOT8*G{Fbb03uo>nFLC{{{<@FH>iWrqwv}SmQx-t{@6MpQQ0ht0?1B z4jsbG=2qrcm}Lw?(5Poaf)UY6B2)TRdLRs9N2T3$=I0pLB&9(+gms$fjTjuAp7aDh z|45g}uJgdlyJo9+S4FVxsG8fX^s4F`ET&?W68J1}+^`81id-6F{zf6RWj3hG!1(&) z#a<*aL&)ZGXRxyRpl!8Ggl8{qep~cbf0T98`t8}^jkaPX$sxvu=6N8}6U0|VnqW4W ztMAfEsDrj&bMt+5XPA$zS96(dCwYft(M=pi!!4>@p3dcCc?gZ@?ITbSmFT(uS@qZX zgRLTGwx4xKrIxWr$3P8x*Nq^M6bk{SaXw2G4KP9+Q4B=#T%A}6gnKwO^(Krf5d0$# zAl%*!(c--K8vazPV=1=J-Pz?WRy5U%ol|p$23C||Eta{Mg-=;5Bi-m%uM<Aa8QNJ+e89zb@9a|9HJV|H0OaU|&Z4qrc>SpRm+a=7_v*V5hABCCenrJT9k5U;r z6cqG7!W%f?U@Dho;piY5Piq5n6cpTfi>B5qorrJk*=_us&z9Jsulcq8q;V|e2PBE7 zRS4Y2KD)Y11FqDniGf*sE+ZC`Ni%lG5AK=M;r0}QosB4aeN;-&0|ueZRSllPF7~T( zLzIi=|Ad-^)W!FzPrE3_F{EUQT%U)vEXo5Eeao7UY?E*6@~zy;u@hBAvpyAd<>hQd zCF#_d>|&^AsS2|?=8lz5n1e%83cLAY%p5Z=%~PgLi@u;Dy)YL?yp z=b0Rk#tuzJnWTl9_0%ppDupwM^-cBot5de4#F#BW*rKJwYdv#8oo&vcl&eR0_hzjQ zj6Z05yi8qtb=@vRWF~D&)LHrfkLx^ZMWHeGgIkTiL^N07?Sz_8RTJFuMK-9cx&DQl zv=p8#(WaHkkYySHO{CHwl08EUpE2sK_NmfARyl1EB5Av2(OgX_zUcvK zC5NYlM#TgbTaudzE*HtBaa!rxAElF`Pd8JSJ6yz_G^<)-ILb?i=~ajEy?48#K!U*}H)|Tc_-j{>3->tJJ)Yqh8&Z5vY*bHnijhpHVVQ$GUBTR((9zIMr|YekWI?bE*|> zihF6JrIU9(VCvX}XF5eQr~=W%Hc_iA#n82jYC_r(r=|h zQ60;mV`~AH8k~JryV|)(C4O1gf~f$XX&Fma&L?8pCO=dQ;q;NBG|X0+tbt#nSVIc{ z8KtD$cIrkNWiYto>L}HvVok8FivG!;mEwHl5#~hHjLn)fbG4qT(QE1ZYK_TSFeJ2_ zSy)vj4w=YF+D40nC4qbV@QT#OyyTyP%F|n1-L4O4yt>Xn=inDC1x)L9fy;TSUu-KCifS zVS%*b`MhUprVQXxk6_az>bp^vnm5@5L%$?6#S;$J%4yAb`6vVhF#B)XX@^CO_=1l6 zEf~R_j3!XnV=g5%Z%YkgpqKIudtInZvUcnZq&Y!U8WF-ueKWh<*PNd-^|_9yqg^T; zW$D@G^C0;ue8+Ac4@Ehm;2yQH>OvI9&o`d%`!F7uJ}N?E9q@`?V5yByh&8tG5GT?#%fDF5f7ctXprp5L#mKLVY%r8(S`rUU3WW0YA-mHjDK~SN7NW zF3y|2e+?yTx#?+7cf#d*nyIe_=R3-B~*9-U4$D=67ri_fUmi)LJpj?&c?)sKu_8!fWU3eY&^B*CUdC_Mo~? zk&)b@zxlp>ga#*LhJ|~D7>$R%SXV`uupb*rPbzGX(bjjVg~^xYwv(1m%nUaK~rj%{0S@k3#Kn1?(KkQCwilU3(1+@9g{vBome z#3w65H%qbbStpc_GW5i0grVBhPW;I`KWZ*3JF2EOb5C>*i@Lh@f!743ER6-lm!La~ zsTYLi2V3fp)dIb$9Ati>J1}QiID@@?kqKMK zi&wNpoI_=cFZfuoo=RYw)hFhO565}~)?3^^)G4YwPZy)6&9gb*9%Ok9gS1hRuOoCp ztpLe|12JE5s=avRgAzNMQ-Z01VLX!~S#(extA?tg1wW~_!QIgPH;)c3l6ywl;EC9* zXr1R+IY3m6?E$A8-v%R*f|=_?Y7g`4k_| zCR7FWhH={aADM_bPnT_1d*mcUR~pgfu8)qJM$+nUM9wdRg*Q&y8N)M;k+h0224v0B zdJ(!sli5*2*%SKhVYgL1W8eQ%zgU$ivP(HqTxccUs?V!i$IPm*n7)ONvc}iu{1W{8 zx=D=ldDLQm5XxQQ=t>ci{(UbrHEV(TAa$-na(puW`z)Ou`csv@F{l3X+^cs^{-g3k z*m18gQ5@@hg-OTsfulm30o}WC5`mzD^Mpf1V?E6!rOYKRWx_WUSr;p6y+Hw3Fs- zVXiH~db6QA>V%oG?uxU+N(R+wXpeetB@7Ttg=}SQ#p4MM2~fC%aSG5gqRV+hrUS z{O>Fx#-qH9G^E=NpgK?kz8{i|VmMYy#zMGSqo!pB6lz%u152c8zSLf zuhxuoFacEnu~#n)+iPYkyfxd4uAw?0#~`etRN5#4&OO(msvl;bOXE7{ey>;0_I|(j zx+bscoVDi(Ml-E0bmO5bPOIY#>VC=2qKp^Oa|qR{dU5mm$GT5EKTtXo>fnsSL!J&-WB4lVS;CQ+nHNf1ST*ehdr)E%L!Aohqq3p7LfD7k3&R9#qTM?l3uF;M}_IOH|4j znyA^23+ya(UzIkx3mpEB8l{j$&)!GJm3N_v76#qaq>>75lZ*5<18e+VCJoBgc}GdZ zoWBpIC$>%>e6L~RR2JI{8Di7UVyJb?9XmT-^5IrrT6Gd!_5rdScRLM=OAu;PwBVtX z>e}M#TqrwQ*w)aZpglnn(_a)>d+s-|GaK9&?qpN36Q691s{i6acgio!&TCB+ehc;!CsW7WThp<~gA{bvtWX5=LpD zP6bXAQe^>U{nyUcaEWELKRv8rzjZ?}>!Ac~T2J{J{^Skvt`eejK8~`x7`+_z$~ADn zTR`&IK~1yfR~qG|Ot{HkDGVx!`2S$4{D71Anbthj zllLMe2Sc7PTO3;gpAUKHJM*+$a1|x(9t{69N zUb)F3+)3~pVdt6df|=_%Z)q2=<gDg@;!I>^?1U^4yft!M%-pEQrY8{(W%13OV?aP4fr4n-n;+W9R~DnN|+ z?ICKmv&7atuLW#ez>5(}vh3M77#%4N^ww+lnn>VE<5?ivoXbnd~rr$u6t zN{CA+y$}zH2Ax4K9M1n&%S*Uv(oP4J zKaifRKUZZ~Fay7h-7Fb{T>CBSp?K`#q1$T;VN9#L{4E2r(k!{vFYvcexxzxMrAF7r z2flMc&&9877jsq?pTQBWM7Q7cw#+fJckr=F|95E1XHYk8EU{7fsg<33jnCPGyPDLe zR#Y6jEH|^QO4t!FjyK)A*}EkWMM0BSf<>pmd7Ztl?S3pgJnR4xE=Cl>4!zZRfjnqb8HIM$C*XdAZ&w*vD zGTg2PPN_k&zOOpSRqFmzq+HIoMwzMfh}E%0cSG1p&|0IUm-s!?zpR5?NFZxvh_jKr zUnVb@?+*4$H5#WH@Crj~&3|W>bCPP|_L8Kp@uM+26XNwsN)1UB5LpHS;ST9byzSw) z!!INz>O*%_ps$XZ^eb;1PJc0#ODekO4g8uTI1|-HIzxOXqbC3+NrNtvTNRRhUz$&Y zo2VTtDTFGcue!o3Glohf1h*sF2CO9Jo7_#4bv-zPgtQf_=|!mGLxO9`xsiKeGHotc zv-TyLTOb)1e#((ZeK%sJs0!s{o9a)fI6^(OrLm*doJ8F;4TMMJ`fKW@Nb0vRj9N9u zUZQS_T}TVu`h2{ryX>(Qa#hHxT`5IM7h;$U(!bMNS#JvtxQUiNYO8z)t7YRAjEMr7 z$TvjQ-f(jdq2H==#-b*eFnXyc1g7Y|Kc<1!=OlAbDe`(+r7`XRC^JwQn4 zvoYf8KwHLUk^`ms4RYVC9(kkum5$c+<6-z@rbe2r5hNc5Xv&<_y?0DY%-f3vg%jS- zAT!O1f+D8Ck8adOG_m69@u05s?{C6WSWU1Cl)3I);X#TZavfqv3fcconJ-4Ifcadt z3@Q7mQr`Vm0Ry-$SnfgaA&rLGN z&s($$b?MzqKzaI>13Zi&YK%RfN+bv-YxF1>sb;OaYNro~NYrq=Qug#Dt1d9}>l!0Wg?xE-5FReNjwcPuzI4c!N5qXHNa364d zuOawsbcL?5Ent~L{f{M64#x*;PT94LFBzdhnzPl*Lkq={ExevY#_?iB!*!81+F`9j ztivS-c;D<)3UbB^Q2-9|+>Gd6z+A^!o<8o zAO=d}gbEzZcX35&O;Ae|s7_e=f7gIjl4_yG1bhkYbh#K+Rvv5D9b6j3v%hS)WmjYH zy}cTq;a08a>6QINS6xke3YavmgF2QuQ76z-(}EF}$pMddL?)F|t&^vgxLks*p-%Jo z+f((Ck*M=$C@pr#HY(0RoRkvRq%2;IhF!+e8rpT!M%G2U^a#(TO@Qrz;Mj$t#}lVg zZ}BPQkHu}ShtZ&`#5}HVSB!vH_HT_S9?o#bw8^wpm@i#3K-&8yNZO^u`94%#cF#r- zppulpyS9e7LeBKH#l4{uOMR~6t!a1cMD^7lh7gr@G$G)gLBGe3H) zf^JMQl9LAjqN>`~E_+Q)A^QQzpPjXHY-AF4h7x7$rcRZ>)YRRWebGrzVc9asrzn}{ z!#60!$YXyvO4(4-cMW{_l-IelX{8mk3BO3-u~XU@N6z%%$w&!)W#gtJp{do>+cIeE z^@?Ig+6>n5VljI=nla|8=v(Y19VFYL1~NKor@Cg)Mx1Ji*Zn5yquo#G`j&ZIuYFhK z_ZLfSZQ*7Zd04(8yx>CWg;v6E&5+HAQ?6X_P@#k+jW<;f;4K?ZD!6XgV*O$$RX}(>p? zLKbIjY@%W{0-x7jK*&&Aw5)6UMtyLKvva#sS-RcKA+nKJhMGSz!8q<4rB+W?lYOyl zZyYEldNkl7ZD2gPx>+_=i)CBFBIP5g$00RuH0%)XEMUM~mulqN*2t(->diUp8d(b+ zFps=&Hg3W6HU&s^#X&@#tdMtYw#BQBiO>+%-fIFM0<&(y#k?}hEeXWl?knrN3eGhU z#7MrkNX)m~j);OnV%2<)NX#Kq;BCYtvEwp6?gZ~{2b~eY+;(0AI}xhpSR5~$*X6?! z(~oPd!zcI>&{0pRaRH#@!nY2UkNLE?!`V5NV(9aG8InV@yL@XR8tGQ;4+L^;u^Q*6G-qX%%woYiV}YYH=KY+w{{@ zTKcLZ*T#mx2NS}N#ygD5$XM#e#7PE2xkkw%#r3Fe4wJB6biqs@_ZLg1E-_NxX7i3A81K;CG?WVUy;^%Ow~# zKX&~SJa8yZuaMG5eWwI%1GB#)bnw*k>Pr<8y-(25zr{7BugT93NEZ;1Xh(4iadc+T zgGz1#^L$m(jZx*|kG8+?7#4Ilpm!%cy1gDajQWj2D5FIr3v%Kw(g37GOcSNu-9@a% zmuxy!aPra|XwR{Swj5pSXhK%$UWX0)l=HK(=Ir2)=%>Van-9zHJgX*0jZ7Uhts&Ue z;!G0QM|zTlR%?DG8i+{@pUeb8U>u^bJP0hJ#8Sw+bzmPrO?oPV>dH4naI3P)t+LUr zb#GH>M!$6iFBAiPsdS9X)>q-ViGEwo#KWmj_xnPywq*K_A_oM!b##{-J49-;wozw7 z+n7MYY4ZPj%1z6R$zu319)zu%50HxiO-p8gRBYSW$57HKDt)!mSv+Z3@ zTJ~1j0y3=ib|PMn6rzVeW=ubboJ=wjui7zO)QhVy59g9pB7&`UV3Zkok@v~Gz$a23C{iDO6(fC-nByTf%OgD>?O*X zJE~nWRfJ7k@vEfA1-QgInz6DeN2Ud8!JhG@Z7Nt5j;g_Wk>9yqWlSDi&c9OmL9R({h6TagT7L#A7eYN=l1ASy`wM>8`bN zn+9gbMwqpTxc}trFOeRT2lj;rMcw7kQES2Wc?O{Xd>PY?*QYD zf!x^PS}kgHU5N$hVl9u3Lb)SEBw2M5n^ilg?=VsM76?2+i%G2hfX&tTKT3Z;HP^#UJ>x&wny7WU%u5`C065lN$;M`RW5!*r5y4JEBw5U{*RMC~( zvM0sXwIGeE0S>K8T4^5$%-J;`8g&~9Au|VuK7cfd7nqlt;C8{3w$PL%w8KFIUhO8@ z6;l7XL!j@UQhLlW8pm2XFujEz!1T6%9!xDL+P^DUQiqIFBgSa%@k+;h7K6B^ecs0D z?5;>RwFdSbvT~sUo*HSXXP{*c!uRy-&nf3~a_SLQrH&!7C%>$!^8ArKd$_z0UiLC= zXpksS(GzPu1611uSGl=a3pm7Th)Y?jpnXnyS4(T?BYlIqQ^P7WJBO81Sjdr3WtBHN zy3q2>HDdJ!Ds>-|)_HEB&3cRnUwQTUFuCdRa-ZMGH8z*vf(KsEANPhd zM1{|xMV|`_nR)JprT#3In&Ld{T4t=-=s1K9Lq*eIEwm|&%UpKX%sAQ-cn+ zmC>OY2oDgOnog*MB=}^b<+fghi?Ft(DE^j$Q8cV>fNQesX-zxQO4JFmdvfB&f2Cva zCZK*ba&{vMiGLDTvLTOxqqsp|rB1>dU<8eWiV8`$zS`_Ja(U6z(O%4pR&$rGuvoc9 zl-KreTY*!Xwb<2I7$;GCM|MnxEwxAN{JBad>N{mC;7k4LAU&MmY}Z07Q-dtP{;C6| zK&xsGiIfu6aLX}{7Y{5ZN;t)~i>+bls+p#1Vb!qJIM>pwRZ5VBUJmh@ z$!PLkH@<4Li>vsn<*NYylr=uq1h&5cLy%kLaVaw`l-Z=F3{>WFu^@|pZDu|T2UWgzS)w9T8Q z)Z9hNlE+|VU=zCUnvYTxs7=nhSf)>OS3CW?Rrs2ZY5$ev@ zxo0HN8pE|i)xl8Bnh@&h{{m0%El9}iy-122;V`zQ6cM>z^O_v=NA(#nQ+ySNHBbKp zOH*Es&73Hj9eQ&xq5)fRjgm_Trt)Z5lRHUWt6@_~f_7pgnhTXUCdy*WH!}PZewNe8 zfX(fn&QHBb1DNFTsL?y_FLp*#CW9i|Fr;fwZzb`v_8$|d2OG#Hmt{{R6!&R^8GO)C z?aO@t3Jqd8Vi=;d5*r9Q81=MX=QsD9y^!hre_kvMFtwgrmYa~6L0=n4LDAOBwIZmL z`C7yJQ3X%xdu~i04Ob~yIZl5dP~2b_Opgn@ycEqPvpyK4G^l3+(3Z&z&xcys6>v3m z^>o2zjL_2YBH`&<$8tf!hXJt5t2(|f4gJK_U!-inIzp)>CmzKTcJ5%s+Nlv`ps&h! z0Zr#%M0*T)%}eaKMwC}F<$%xY8p&1?A3Mr+s3_9yZy7y;O(|4XyhWdlT>((tD0o8~ zH{VFtrxm@I7_55_iTsA4OB;TW2D5ZtLoty{+w=khvJ}5@p}Hk*V~=Zvn>l?kTWhWh#C(# zxgqB13ZSjGi^=n&Ts>yj_Uj?m42deZOBH34hK-M`4K;aaG&63qa1MuhZ~3+1AOlsL zOl|JJM~%i0nkflp6cQgS-?E-CST!1G*js_mfEc_1TkkO%l&_E}Rl;3% ztBmBDMUyOlvDq>SO_FHrpqN#KU(c5{ZrYXrrFLi%?3-Q*Hm$8w^eRvEo zQlNb7$ggixVT3O+Jh#vETK{Kb{0(syevY5KtcvR@ZT8Dr98+%ihHk<03@Lo`I+dLt zqwAvmB8G*n)w2lsUi&c6Ff(Eg*O(^(DGZqnyeCJUf8pAjVaL##mvUfwJkQeAhK~uY zcwiY48w64s@#boxMX7?z6?2=>x4bUzS8@NuWCWvoB<26-9JXol9}&D-ZtJybB}8$nu0RAnJU7jiYQHC4LdOCUA5 zvjxmAq-)o7QdC4#PUR;l8d2d#UFg$V?IPo^LZ3V9Z`9nX~R6oOO znvJ*Bxkd7xXCA6&A(yZe{4;T^(3*@fbpbyK951WiG1kblU@B$Lav;l-v6gCIB%VDl zCDsxxpi4PSPqd_udQ4(!n7ugW3*nsX*f3mF9+H#hUbYa0(r=t1*;PW}zx`T#JHWma zWl(NtyxIHxi#bBUm%}5iJOzb9MDS$HX%)&cv+|Q^nM4!n!-YV- z`H!5j!-}`8HCWYxLh{dA0+$_8>zBhEPxRuN1BBxEXEK20NG!<5kiuk8Zn_7nQ5RIY zxo9U#acF|E(HB`uvxB2H2NpY|*7$O;t&rBecO=%2T*PcN&4H}hJ+b2N6I5Z9?CN|> zA=W6vR=dYR+Ir@hK+#A63ZksQpPGK%+s;eEP;;5X9>r%2v>7a|B+y>(Y0(Usryk}n z{KAn5O^S(YIskPo+FGhBJIrSMdbkwM&LZ}PvX2;ALt>7`HEA2Kse0W4%HKxdH{j>9f<}ZO2>rgW)yT;d60?x@@(yTclaYLhWZJEqAqrBn0 z_EC8xB)8SzIQht#+4QlL54=#jit+N%Gr?cW5WzH0aDS32!%nUJe{AciWe0k?sgczN zr`|tFYE%>737mJ*XFm23ZYb6thPI?3?|~lOXz+!_u7_Hvy3>x52FJFL`uw$Syr{`M zb(I)F-}ml{`(~<*`HGK&(=!Y5imzap8Bu;jyR*Awb6W))XCO^Ox66>Hj!tB4nGbS?YJaKy zD8>iQa|utGJ?~zZ05urXmMK~W*X#bSZJgUYE*(|Ozhx!tOPv zlj)8-al4B0a&*DzB8G+him%Y_m?_*o@UBnE5jn)R_+^P7TNpD?j~M1_-Bv-F=`jWF z%6NQ4Q4vM^W6`szae@#^d@$J=BN#{lHKW1m^jafY>>d@&!|7ZkN>#hALi0b#!nQRv zl_&zUpZ~6hgY4DEk{Kt@gGUHKow=D31q((6F(jT{D!G8kHP873Q(!xAOp1*~P}P|H zqp90v*USv5$`TlYzw=h4gF6x(RmVcJOrAcHwtU>JiuywOsK~ZO*1=RP< zi;%RyAl9}G%hCW9rj4A$x60zJ=Y72hEZie9$K0$GSY+C6FnqeL-ZMGSY(jd^jb7`{`a$0B(R+elq`xDT7Z^7CR-tiHSc;sC{n1$jc&CN| z!Xw)&o7ub}#kK#Fpm~roN^?m~vaA^Cvk{QwH&hl-DRnC17NRaqWH$rO7k;{}*gD3Z zBR_A46@FJiVuBMuTCsL9I0Jr?rpK!=FK$ zFUhcX$wRrA+O}mTvrg?J0lf4&jNuF>c}-?fS3tNyq<=G|v1;;jdTopLDAj^8I-?z{ zo(>m%H%*l(X~zZ zilJi;zq{s`4^IdKt05@g$62*V1g1DIK`fuH!ec>nqLy6j{pMne8gH&-sTiLXlEbSy z%RpI0J#EFAE^S&bm&iA}zgQA+4JzBy5_ak*C#g-N*z1>sN2iX&qxxsE)j_2*^-ymo zv!2U3R&Se1;kKmrzg!ib68xLIsF#Iy9kU`&jE1VEi96p$Ybb`id4!IOLkYcp{3|kD zr-8k>X%|>AxVx&{1X)vSYF{UoYwwURiLPMMs`f(1!k(7ihDV*7!L~zLukYY; z2*hU)22XM(yP8?u1AkK=WtF=MfgRvlFVID|q684tR#X!5dFphLbjDIPK^t;tDidp7k!* z36N$pJ*=z`w{z^DBCd@dG=l_*H*hXK5yR~KT7KGktzBeGI;u65!SWY32C*=jnRQc$-1tjWfvXEd7MloRe48Dt1@$H801`cKUM(7e3oM=Hl~kNb2kJf2TJ5|xBUUt zoJ+ArWs8dlveOq$>DU)1!fk8w7{7I`S@41(mn#o_z5~=F{dRgCL{>U7>QwY#x$8^7g2H z4)IWOWw-OSZD7+KzK83ir<`8sR%|)FDY00Csc|Z#rRRvz6T0gpd5LBpxd%A)Fu#}8 zdBkkDV)}R9w8^&ZjQi({xtXlHSWL**P+ysf6eSH63w7U&>Ge8P(d()N`B?(Y4Sh5F zr!GXPzfe;c78kgP&{$9i9Re}-5rLi7+cR%%!+Op=>c;M#Nw3C>(ig4_)wg5FpB<-w zBw%d85pmw8=jbrKq{inN8bR6~T?l%f`he0UdGCEr*+>VY@q*MFC>K&dT%K@+Ww}<8 zU70euf4*nZvEc76Yw7S(wsbcYH}smmZx=b7`DbUkhXh2kw+7eW zs{xEj)^LT1ZR;hM;>&+Um2%&q9_b?C)Z`8e{mWDAunNGXEV7NF zYSH9fW{Av19gT0v|AR)#9$$`k&Y~c?1EkYXYFnXsP|XKGNmP`JH3-21ige}2ZYC0o z;Km;{SfDxD)1KgB^u&}Ud+8Cv^R8v}S2J#B zjmm9fF-;n}MT7;SyY+i0J5)Hza;v^8Yb<)Kgy`%K(oZT=Vu}xVS~qb*t!_mQ%I}E;6#0+bu(GR0jSa@%P^t(Me2t zZ{0ft`CPx$o_uUAkby}iI1*(RT00`y_YWJ7a`Xom9&fdL79z*u`t;Je^8MB=XPb@+ zlPxV+jBrFoK>LK%?B6297SqciD0LLmN~+*D(ElX75@35g+FY|Hj== z6ou<5v3u-OH+MK5vlW#<66yf*M8b)@+61Iy5Fa`eH0 zioY-X>XCj(tEi6Z7_jU?b*4biDbwmx41l*|W#J*_qHf2mq9{A|BNb5?HVwsoYq_ds zVosKpfDl#kZKao`b$>-L?9SY2d8&_v%yD3NwUWzCV3zkHLB_~nE(K=PV}|4iQIW^L|waSApyp~PKV>_ zEOv8Dm!fQum_?+)g0~`S@UTwUg*39Qk++Z9Xa8UMrHii=q5Mz^8?cVzhLMItc4Cb~ z_nmVd?pKWQ&sulWj>=W}bDy<>pyuOyZZ?SY<=&H6>?~47wb2DX<$)Q(*HXn;$4b?i zbgnq+u{Y!i=#a~}bCF$j+ankrh87L28cy!4kP2^d&rdue%|{hQi(F)_#DlI4x1Yos z2LmAG^VzXWwTSNqXZJ*zu@%duS&SfBL#Ui4h=cwrCYyS8rM+xKan)+Z<;wjTY^sGP zjcW5y#ORj_bFTK~VMTYmdM=S`u3eh}P5E>b#qrC@>6-`^I9%z*;B}_#y)$uR{fii< zWV>=o;2^Z~bt}%u464pfK>L#{D_*5$B9T^s3Rh_eK>I3wY7)_)?{@FfQ{8gj9u7$< zBuv>@CR%kC)}OvYJpQ9g-rJ5E#|zV9|HsOwk_qXY%$?8K5pS3a`14#ORiKtOt2sz0 zLNtV5AJF%Chx&Rp7~31keQ5I??SZk+4$6mX~#S zILWi2iT4ORvy&20yw`RY>dj*%aaGoe3$u?h|Dm8r9yByCP&c)4)`93Kv%=;?)+i#g zaE8d2e5K>6qee)(@A!)MA|+HE5({DoDYUQq&#D(PP}f-f49X?*{Ctv3H&hI5MTdbx z&dRrV@1LgeqZ2_q`&0W4s~FmYu*AZ;J974a390pTPefb2wjK7 z>UU;v?_Y+=7_3iomYqucq-=a`s_|QH+?qf;nG_*#s7SLfGTrnRe)U;YT1>susBV0BVG-PY9#nyocrO6o@`QFlS$^!EXDiE|%r zUqPd6pBZCm41cWSDDRDGo>PCw0k)Qk4RNP1JoxTa=ZoWZ+FW~0y(XLZJoZ&uRhn`k zcCmb=f~2wOowq}oZ>vYEm|(A~9}~6WK^m22T2W!JH0rlIwNP5IO32po)+$E^R2m*j zRkU_z>*(hIT>N)Eq3#A?Drv;swri!RO z9&b3Mmu0BM%TA4Bl{cBNKoans$1f)>JmrB+K7%zwg(sV9dqXAeHCo8C4K7)OC1;9) zQl2c|sjYdg2D1sPIDt&q9CqhaF9_U|sY>Vxk@Pe+e{8F%ADub`zIhEcsjiRI_~?zR zUHU}w*7Xrfk$eM1s@F2)j4Biz6uK+T7K7z)SqW}NGFCrHE0U&KDtbS@5>eX9j!Vmv zm{Enp3fGY@kAS(kzG@|jZWtN3-4j}o2FUdIl$=3wioZj^U~`A{WbM^G_g3t5>Qd8} zkLO=Tdt(MS)$E>yVLNyq+=!2>%WX`;7}2sWT@?4EdlNS4)8F&IJY!cZR=J7IyJnGl z6?}Xo1+zpdhmf(Ds$5kLwQ8z}0%<(+>M35}p~@?i+7$94yKxQ6%o|Ji-}?@5{#J8} zfP+-!&^W5?`j|EmMrTc;HD-fHgJ>J2Xa};yhT(Ne@u&TRe0^>>ws#JyuIyxUg%gJ1 zV-GNxqD2cnNO351uS@z)p2C7S5J>nO$?6?!l2rG|y{2Yr`W5?KfLS6Ce zV0@>Y1O-bRXquJkW9gDs&EasW3X^sPmG_5W#lCHQI?uCa2_^-CS==>4cvH3-n>mto zi1@^$KS30RS&{w(DztIc0yIn3nqtWO5iO!0`d~+iifrVF7BcFK%g_Q=p!1bs8`NmQ zo6NyT_Trl3HfNAOvjm)k_visRUwz0Sq^Igr%$`$49(LozSl(k+B{XIcY}#66BM#pN zs%SNq-4yu2xhobgB)zb;FuCkoRO}yDu+uD(2~*^nZpuL(fS3Yo%ttg`u2r z?064It;%h^0CE|(VFVkMJ-Kyn9PQHP*}Bt(lNMtATdcsfTf4QukcTbpe%_ekAd4W$ zV%xl29q>o_bnHZw#o2R@PtE@at*CdZO_dgg%tNdnUnq$>a%si1cm1=8L0Fuy3WCI? z{CZ1Uj+Y>ISM|0=*6N6O4g=>VV6E9`@&zzI>H@x0W9qr~@|;z(Ab(`9sNhE*t4V2o zc)1{?fFuc2ss5bKq|yW4i4Ju{0&>v;cu=4ZZ2`>k0WKGDy(x@$7Y1tX7M{h7bH_s! z2Yr7NDXqZ0d|}B+Yfz-XNSab9n7GV^)Ue;3RlQ9->{2uh)~m3o=Y|2E^wiN%LgY}9 zJEgUjl}`}oL8jJ?`lKi)F8;F^N^B63g^wche_v*2qw>w^4YCC5DG8tGS;#QSLCWZT zDOS;baosum?UyXmN-l!x)d&5u?+L1aSI87se&n+P@0U(h^I4Q0cJ0DrFKG&3E=0H8 zt8!Ht;_vTKmJ2T-p={W4f{nfEJEWb_ls;r~ULIA!DwPAG1^VKAmtX}a5KQq)+(ce$ z9d8lw#p5C`F===uC4(}?2I?ViPgz!VfMB^5M96ob(o2MR8nGM#PK{=qpy2iPGejdO3Nbi>Z#egCBW%n zfZl=6E1p`*A~fQ=R!MS9+FZ&rWobs}ciE$o7~#9({NR&}`n6{+v#^{Yvekgy>%olK z&I@YINn0_3Z4s&R)73?s(0nPLPX!xp?7@ma3Fn_Nme=dalP^sNyx-NI$fz7bc=LO! zt;TVaa(IR48lrKBuDsr0uWs$JNkT^?F~z*o4x)15GX*ON#%eS1`Jvq z72EaaxLnc1;UJmVjs^{m8gL0|H1`ZX69Vc#B?fPd6v)v!hHN6LNI>b$Q`}VzG)#mP zRwC%%BM@Z2zC7`yi8PYw)W2X63%`4t-Udbf51UR*qEG7aA@pEQG4T9xW&0>jpiiW+h!@j z=Bfjl6kV)n%Vlr5L~)nZOkGKVAHYk_42qZPman%9uYRej!w#e5QwWG-C7xZm5!>ir zlXH>W#VvY@(cIH39h|t-bd-tH9M7K|$&?U%H!-&!Q6ZD#n5n8a>zxf#D(9_5BqDKm z&i|%Vz=D)Y>~TPwJS>Qhn2$q4>^6i$k`G{x*xs|g8C5~*)=Z53xdz!6vn?w?j-i{B zpx-s9vY`T%KZdl*3s{_URok*~g<0M`P&=+yy7@<)$M$MPCbX0Oa#f4`hMs~@XgOm|HN+f=|yK2Y1L3o;1RYIN9`V8y)ST@(Ej*C`)W6&vx$ zLY^PpDqsauOw(L~c1SuS9{kxn;mwXQwe3Oz(uokpmfAN~LbWLQ5S7KH9zxK( zZ>y*xxB!7NH#<<2-NSgy2nD}4Q+-05 zhB}6sXJ}66C}IsJ>i}Kv(PhB4=+O|!9wWI2*?&{uGEm++ZVUpW)O6|?>px@W zf^he!?&KeJ2<1J$iV>E_+8df_?Fs-C_Z1tYw9%fxvHb@{B+T^50?Ofhd^V6p;OZxJ z9$OgFuDH3+x5j2SCQ5|5BPyvH^+M@d8}E1x%NxSFt?4@_&(Fy(!t_Z$2KmN?f^jGO zaJX=YPMk2IOZeZ6P(hg~eC$gZWNH-q@#88PMw$;d#8gtse7IG0X`iB5MXrr92*=~b z)OLUngs(7XJQ2J*!0nO(9yWO>O>}_2!mA-1BtQGjJS|;N{)Q81v$qa%w^O{xRAb)D z*8o!9VF=Mq#W}$cM{5{SAu!tvfN?JSB@JBn%(s>P;gFy73PRAH^kmN^2jVt2Mk**i zk1U3-K!TbyM@pP85I*Of>^-TN&Ka%U!o#}F!m$)g&B3t)OdrzB<)YhYJph_3Qo8;| zWdKlPT8Gtr0*6BCo$>eovL8G5pI3vj7cT1wmV}$k#5Xowny}y4i5RGNIeoC!-Wb_#IPC%`2K*wvK2s$xkP`&t^ z5PvT%UR%;IrNN!v-JgsqGNWT|$+x7slbhH;a!Ob0ZV?I0kSJi<+i6*dN~S1jj{e*$ z6bn`_#-MqqdK@jlIy>4Jhm9d`I%kX-I&#-CJ`?woF zhM|Jb35}=Ss3&|g?ZSLeQjS)I{_qIE*HxV@nZ~TjIJqFf zu=gic-U*6fAtd~LhQ(>n+;1oXI1SQ*a`j0le=CmFXl8@sAr(_=S4ZCXq1>^hXa_Jd z5_yXVCyyU4X88|S)I94vDC74#e{P%bEaXD$Ldzk56%RMid}B01G7t{wA4*`a*wXhG zPFo@?vjFNt75hg!ridk}CMoa2PaV!yS}^c`mB9pr8ZvN-ZV}vYji@G#4BM8tG|3;Tj=`ivMm`O=n%6xgSe<_`v7; zlOOsusiW*3dOrg?0CJ(r;VcM_Lq)FoN}l0@eD_Y3e1vSbcj1w!pIRUTsQTPmhB2te z!8v>u8{o0;Sihx({)b{6ddBW8*bb<;m4E`-wb;71p#AueKX>EbR41?N;=5!g4>V*d z-Wjl|IO5B{fT{J>knga^1ith|F_o}wQ<=-LA@=BY+m=9lkC$D#wce~l@WwL(i6h1Twabzz$QWS;pV8L6@tZK(9IN}tWPRh= zVZ60M;z1hi;Kv*DO(qhK{H!r0*jE0!6DqFd@~ktK(0H-0fDuL|PP8m7wBY<%-6OW? zA%QgEqoz@Bg9@h>sDgCpjfGNZEnmyi%*qNuPo&V=WvVt$jF+BTz;Ur5c^~u6T|&rb zv8`qfec2YQXXwQ7f^E_H=D@)dskCOgw1FIX4)njDkO``EM6q!7_IRbFGyfz zH1sG!MXZwiaPjh^bxlCc<1IFOp-T6dS8-WM5wI6cMy-9T%E`I+w%<63h9flsb(?4} z5E-91zAT^8leu%1Gy9rg z{rJzuPGa3E5lkCcqrUm+!Vo5LC7=*a>;%q~SkB_Tb~@W`y(Zndpa2>}@uJH{d(}av z-0-oe{qa`qyNd4}4lS7fJu#7|B9^QgBhU+I<8$?whqRKv%fk0(+!2e9rt__YQKB@8() z^>xF#5qp8Qiq8m-7O*j;l7BYg1$z(-5Kfw@a5~88woZeZnKS3?GzSW#^amc=@c?)t zjIsYVzRv{h4ls1W*jZplT4%p11+=JXJ0?|MT04>@)@K-rz2H2>yYr6Np|?{_zJ!43 zguM_h0Qk{i<^^jQEFsy3-L&a{O%6hGBTrD`;o6P%bTp?3(U|_X)3cWd1Z_tYh^LZU z72^p9#XtDzd^tZUx1?b%G~s!cB9R=)>-R?Jf-5*1elsXpq3{e}q%5sgvpCOq)6NI8 zZ4O_=U@d{BCNe6PJIp;}E+vbnF;H=93a1f=hFOJW!CavQ{EJn=uyF!1H8Xu=n2|zf zHV@P(szxanG7g>uMtr_q?Br`yNKz%Wmv$RdOq?URN%C03=WJ4&MzOVT?ren*x4=!V3VGb2Qs#1C?!O6G?NuuA)?DJ#`#XSwFThS zBu>hZg{b76kpT9u5B2zC47&dar0TK#HwU4q1{a68<6ewOOT69CB^n?7Y9QT2LvAg& z)zGs}Tto=T5JY5&^37HUBq`$5_tG%w$sDTcH3r^I11%#{{@u;uzHygSN`RF9nd=3g z!A_k1&?=_05&VteXLRZGPhxZFg@pr31tNz&y-S>==N*SrwXm%tKbL#fjFMX6i}96p z9Y5Gi2Z+rRm|I*s#Zz`IV)}P-sBBF|w|c@auY(0MJCaSH0y~s&WXn0=P~i$6IO4DXZ=MIU(<0Lbg@$U_jQmdv5#ccXx4bV44rsmy-oszq*q^_04Qgub`O@~ zee_j;ND0t7e&zrv!cz3R5=VH`lx^go$%N!L^ojK}WAMZ@dN1xM1c#!ohN3`r9Oe-5ta;>H>kqD*D-7y@lod5X+OE;>3 zz*vxZ7X!X~=UAX(a1ujnqd#(K*scjvL$8wiep!hWrZY#MZ%4hd)WofX^pFvQK>A_= z3)j!7#G1_)&4F45^{Na>0Z@3uG;7=-1}};AZ%2BNM?%W04HdrX z`?s7;A@%6$ji+-`LhjuiJsu@o)^C0C&ENEbK?+h;4;ze%y06yg%zj}ZnJF<|Q-kXI z>W2-eG8QOLkyg>you*q_DKP+-0*2hXOtA0N#0#xfl2?2=@+qDSsFceGF;0)6PoWOd zH-&HZT8UgyegCWzJ~4v~qA;SgEkP?Wq1eFO98Fmo>OK=8AkEbDn+p|bY4!j_cYkR# zIqn@8uC0`^Kznzz=gnFS`_8{{dzJ#57A*z;)J?qa!WNpAyh2%P7Yaz=VD#G}-yS}O zTawzb6D2K-$`lXDM-~EZ#5zio5}c#!xr9-H)Ahb@;D&`huwr-(a!!w4P<$EW!or$Y z@Uz}TD`ppfmm>_+Lx+{jOqhisHop{41|8KZ8ye;&8!EjA5}6-UzHFEE4N`b_V?uZc zqiCm-Ce57r3i>HV0{W_l6)%*wVplMDx(@CmLMij&|ylr5vdkT{3} zR2*kzM4n*%8j|KJHogzSy0v#ps2P=t0S3x z2K$UfL5GODbccN5wF9N3MX1^nXE{t3NoiyVsL&i!TTaaGBNzoO;QXmHm*N}xV<>)cav&1Hwax}nqRr{9efLB&rqIg7NuV=4V#ocPho0^S4X1J_l&Ue9)j$Lc z5199naepLo)jh1R8QIfL(aAOvzt6Ciz8)%P7ZS={E+U)bBQj~#dbDW0sf;y@_R4aWi%@1#&tkzvu%{>DE6^a6|R5a<{UMjaWGm z?$H60{>bIl09cxW1w?WOa*xqT%$YBRCbEh(2s{HA-q@h3Z*&^DU(?c~nZCNe|3MRwe5y!pyGe$kpj`9&dw z0GOK7Qdm7RgA1SIja1X2-hBk@G=8bG%+~Y0yn`1}3vywVdNKXa69KJ`aCUP9USf=>X{Z)!$+P5P|2~ov@kf=2 zEu8ro!y&fLAncud$CsW!8s|u}F_K?IE%KaZm4wWkeT9Vh@a^|iBK1>0fo3rax4~`HGBV%+R(>zT0SJFnSFfFqc!$VoDAfST@b<}#y3NBSLfJ{`>yB>-%)RJCnxbR zppn@S1+|E~z9j_@lGw+9r4#!#&=IO(5Jy(C6ZudOBUB*bMGF%Aw2O|1xI_-)lC+}qHze6B?Q zOQ;S`;c-zJTvrXNr8DX*K!vnfnYWEoBnkVOl#U0zJ*(D2ns8lZ zUR1H<6^>rR>55S{B{M%R(QvUDX%kak`$6njLzu%nT!x%$PJ9qT{?Xu?KCiqvEgmd zANs-+$FR#_a4vgl3*=TGnm)iAZn6eo>|1m`;qNL*Xp*CKT)4aWAg)D6F<4CkPZqo_6w!~pDkIqyGWbE_fb-cGZI)di-CVNqWWivoLLy(v9pFNxu z;KbOQt&CuGKCEdya7uutEunBs*GRh45nB~><({aZC!rO(P2#;gerb!;4A7yjK$9Sm znPY4k2+00I_1(=(aX*cs^45XN+Mw?=}-4U zwV0tLmE+)ZqkK*kUy^A07kaJ-9HPbSAtATL2}~gz3xRm!lB812N^}7aa=IZ~hox9A zJMUWfSkJDJEuznMVYZ-B@Qpmx>XBGAA`k4~a&dZ*){28DcE^1y8drKydyv$_A15+Z zt43jGD||pgGPTQOJ+0i1DB;$qjK$067`*b3;3er5@&BrE4b(jZNKZc*< zYIZ0cNF+b4ph{hEe67VJ8sw8Iw^xhHmaA(*`i+qW)JxzjI!8vJtp3RjY~^X2$m)hc zQS=LC#z$VK&Fs=_2;#a440u`0>}K@+#ETeTwx2R%1*S#;IzgUh%guiMIu+bRQ=IqJ z$~S^u!XhL8aAdROXY~FNR^$Uqz(ol(;*lr@A=+B+-54@6^6zRMSDcT6sl==F0JR9}*adK1Nvb4QDKU_nvJ(jjkq!3f3!o+!@kwZ3?@^X{@n5;${F}g^=-SqI z0T}uwxJE1yb_n8OE>EwKQWPS`YkkX;j;&C-g~`GyXKe}9%UH`IO^5y1Myb*iCA|N;5xe2%7l+@(EW{A7BHo0aKxMkHSmpGcly+?A8yBt{dpq1zaun&~$ zoG@o-s*%LtmqH?HKoZ@E(yS0w&A7Pbx|OwFvcMN=ah>M(IhBh~Hr5HxV=hvq zx44il1B=h+6*;=S4IvSry9zZo3+uD5pv7!B-$lqO?u>iDK*Q?k-jPhwLIqwo<^UF!(hEA=o!Z~|`Y`t5h zpXmn7ptr{OPi@V3H1;GUoPKY+9`4o3({VL$*Nm=C(d@cRGVGmdfNtth!{RECqei>| z2edSw2y%i0wi`w`iAi}S%!S*%T;xCi8X^__yuC`u;?}^cP{N>`z-u8>v&S*}^90X^ zKvSozqFG*%30Y_N+Ju^{#)4~^R8-A!{rTeUk;m5uRExu5;f0hrT=}Ue2mZ0)$?s+^ zneKOaXIzz1$c~4x!h2#w>sE>iH-Y=db{BZXsA_1=tVJe~+`2fN$TBcRGjI|bugtMr zld^vQ2?a+Mb&}l)!f@9?>=sON-~&^thw6^|iP(th)#gGVA%arH0U()^OT3x*odMl9#u>S|8S+nN!i*_&!eqkcvzTdv}1g*DUGT#pmCioRWQ0T%c}-zms{~7g za6r|@K1L7ciWB%if1z@m17 z3|t@`*1mMQP9#jpb7A5x)$%J;35U~j8=U^of|ROHdT5OkVCi0C*0{m0(l4~+&D8=lh zOSL)g)s(iGP}s1emg+=lRm(tZda#NboFb-|!Oh5w3OR@zZXysFNy#-r9QG8d>4&rb z2bmntsJ?%%9 z6P*R5+ZNKK0;fEWtOMvez z?2GvP$BF|a#+C$#QKE#D$;Y4x;^;2vB>g#rn$14n*lj zls&zhVw4ZPkwa^!(U&{H?~H-3PS!Tgm{=WO6?78aHL=E}pQftu%vKR!&#=-OJ#?$p zl$xlh^8)Bvuwqf6=qAuxOCU49Y-B+*BPwbwwys&QRd=#)FXdsK2Y1zIBcW{35OiUO+gmFXnQF^ z4z$0I)K*Uihz%3{N%WbqLeDL)Ory+jAZ*h1U*O%l`PL z88clpFFZ{+`r(~%n(z=nda`6|D3*Z*K;~^PEE1kGN}y$V{ieEHPi&ktqs|f=__%@L zYl*sPYAA3rC1TVbReG$`1LZ(!p?L(wne5&d&`XEzaq_vUr{&ujAVqQhmnx1GNRuNu z+Hx<_<5=GI8kHbI>cuJgULk=oqz;nU80xy8E24kZk+kDVlpfjIlMUnlZJtN80|N z_rNfc<7&>3r|X*}eiE1WF@W3sB>2;DX7Vo1!x|m5fQZ+DRp`iy9=qeqB}oE#aSpQ_ zzQZwVj+^!u&4TDhd|TJpBVV)^?mtNqf72o#92tB~3&>^bZY(ok$Y{3f_|19lFldZf z=yB2TsaCNPF{Rt8gzrJMrO0PiEVXQ$&}WDjE}oM10P9H?H6y5{ozEqf$PeZe1%Rbi z>t;pZJ5>_j&mIm+3jqY9sv4mzSawhxdkwWJ(mOd(@p8H~G2@q#Qr0y?cKOX_$EHbG zccY*7OHu83VgaQ@On($Y7z^If-N@RJ>M@Sw8ebhvvoCADnwq9f=_Ce4B)h1sJ3hwm zCVOcZM_ReNA|J8m8zV^L{6~K|qp|F}yCZF|NH;{LV)n-mh@#wu*k|I+#vMl*PZL0$ zwB};FOkf4}?#w;*p>Lnd#~HX{9DQT(5A6DUd!LP z_STiqAbmV}16i9GA&`inwqv5C<*JY?WPmo<$SQ>+%!N%(H4%PNU4U+hF@BOtl6cR` zedcX?cuGVi>~<k|g84UEyGFwsRRcu72nJ-&qXYQm&n^Mw}umvjZxN!<*_H8oHjcsNKx zU`3L%@wPS-v7uc#1kqAq_hHFwCfybH`kH--x%x1KSt(a%n%bSdjL?*z*^6KVixL&g zJ|%I^>j z`2ce+-som9VYWCl=JVb*<-kAh-c-FulCVbmlsaUk|FgGab}w;Ncfj?iwzy_Vs?pPK zf7GIpuC<;Gmf2G+{)n1+06ukHwVp&!$Q$QznUg8jCoKDV3uI$U!XrEgsERYQYZxE= z3q`S@;Mz&v1rWKSr05I!&<)Z-MCzVkM^Mqw-kjyVFS-XEvV@=s;YY61%FO%Vz}^5u zL$^)I?<5}WKq)r|Hbs28l@H-Bg_8}FjZ2no>}f1ved|S zB6dRRFJ#)toUVK@yj1}~PLH7m_^mYMq+FOeLTv<5UW6<7d9zhzq%;I3_E+UQg^qFY zUbFDF#oB7#$Baf-#7qtr!esGf6JwMagsA}@OjKymhA?~f=G5^Q8COh z)|G}FdToTpG~3Q$eOmS^_n-(EmTHP#_ z+9`XA{-pt|EP%^Cm^9!L{o9%!-Wp4i8M_EF=~UZ*F$4A7DVtEI#`bjm$Wc>UZn5o< zzogpP#=&9%O2vg5Ec=tCBABW*t4p!pB7@_gb)pNNDhD@RWl%E!TBCCGY|#AJUvoDX~mR`CXAFdN5x=xsSFtc+>37 z_-gW{vWgExLc8ttYU6Y=6Tr{=jb1a*SPUepJ$s*d&1zMZ5vx-Tqp%-_ywOd%LmVF^ z%lQW%h-dR$@sMgIMH#e0Ked49B4Ucf&;TM%{P5Hr zf~0uy`;wDJUnv_Fzcj>ExO*`~aArn3C;lOek+YJ_vUzeX6T?p{{nh^w6nTG08Bukr zra@R=u(I4rl42_@W--(i5DJ}`9RchYKo(mB9cGQPoCw3nq?L34u_-2+d^o153(bEV z>i7hDUJkEr+rPl2)d#XL@I4ix2_~YqfMV6a4zD1}@sEd#n5er6xn%a(o!-;E#@Ipl z#5VjQ-)R&J;^Yt248Xm!sKu3$VZMSw} zbjE#?%i!S8m8l7A?!o_{;lG zR46m|=2lDQldwHoTZIQ%P;O-FblBCxj%|+}5Ur3djgNTTG{eIbXH&YoU8D5VlvGN6 zMGC(#S%=2tF3096K;{Vtw-=zqh4rr@O2!ZWV$T(YpLex*UfQufs3HGGyLUWYS0P}= zAnQ$!MF3^#tCCo|qu&Y5z#BbKrb3!(6Ckv;xlQ|;VI1tv25I+)B*Eur(dD$MTVX1y zV~QNXS~1g5E3rpRe zKg5PR;%U_o4W_EPMYpx{-k(`NH~%mFipxu6t+;*BHxUyf)Rpk$mOIwMq|WjbH*O** z*LT;NFmZ!rkwP0V@Anu;>LyDy#mh=#ZQmTwjiAlN7bWM%4@91VE?cp_Q za@(PRjCzbG`fB7%JB}#JnWFOD0rorPz*Qyjv~|NCV`H{h8EAyz;k_rtdxUnXg7#jy zJYssP#YyExt|;I@$tiKju)}Xf9|DL1h45*`X<%B6wlO7ZzfdL(tZJrBiO5GJO3L^r zRi7@O1)2a8CfaiFs|SnbDTdA?8GcE*AS-7o1RX2+mGgvB31d~6h!8o*<(=r+hcuw0 zR)_{_tbp@HM@N&U-Q!mxrX<DK1Z=4)rta_<3S9Vyc!EU${VWgEVG`XAG z;!$tqomMnQQc}=DQEDnca$jI?5-XcqdY}#Jm0`)y`Z*X<4h!4ynwoIW+aV4os(^SuD|ay91OsW!)Al zM9};6;h#>b4YvJe!ubHmL>;hw^#} zErF^~$o|Jcw%}xCXkrN_^bI5ki3ydxayUlz&u_s$7+W$tfRIBOaDeB@ixbaH%S3U_ z)QBWt z;$|s_MZ7ip8wlkOqN*u1DD$#=GZb5BDNT9Vj08b(nwr*nt3SQ@_z>?8$p7V z@L>`6RU4I`Is&f>JO~Pr=ZCjAGK`2#^K_{>6)v5U=)2IQTGn6#27PjYX6PpIB-EHS z8v6X$a_vINY{XVtVM+Abx_*St>{M28+W47;yFYnB+=I9h- za1#of*z$v*|cf+x)c)n-WZm47`yp5vg;8EFS?Ptz0XaU397pDdL-s_Te zu#F7#&4>;>xa5TQVA-_3OB0>{FFMQ(-TJ3Y)~X+Gd(o? zsaUAa;~GLU4n8W!3j3i=)j)Z@UQk0O2#5U#(1l5#mQXWucD;!H5^#e;Pc3$F;Hhx6 z4`a(SP=$sPWb$1_C=4B`%x9z`WSfh6V#Mg~+YV%eZWk^WR=}LNsc@l8_wjLzTLPuA zdivZ)INnb0rUtlcrU-hcd%2BjAT(UOMW5mHy!2Q0al;vFLL0glg|YdoKcN{0!grq| zu#ulx)~4l+i2yS2`=dA>0E44CyjXfT3AUK9ame>=uJ#HRgLT|MxKGUT2k0c3rHI49(A3x5xtLm z<&3x*rr21J=ZbaIqCUJgkG>J-P|GG|=g|2)-tJ-f*nqT?opuo=b2}t7Ihs(c1LI2D zYp-(q!oc)<3Ers%m$yaDCQ_>R8su1t)Jcs7qe_55D0F&FtXn}{P^4d3o`vjA)8Vdn zvdpk-@r#wU2@g}tJ-X0wOqs(#*J^$3E2ew%SK~>873QB-2P~tFGp$WVp)c5ziv-L- zm)@yCw`mpr9(92nfU^p(BYLt-u0|g_(U*#HV;D#u%}Lox=2bk{s>w4GuTVf#^>}?V zpYH^#)3;5T=YT>LL1$)v-W<%w>8*xudnHm&{@8Q{2KSVu$+aA;fjD!_B>u#IGySN$)dlmFC*g zSMD!w{1)w;MU<0MCdE7U$AFg>64yVrxf6X&a@uIc99bYT#O-7W;wk!ACREVBfm!d@ zT}a&zEtK`z591|g0O;K4-gjra;`B>sn#C7dGAZbETS-j1jw7|LiYTe$D1jAigqaSX z#p?%O)7T=3(tS{@$VqI7do>|gmzhL8AjY}1bO`t-7f7T)lI6B2MeXUz$}ZxLl*U1} z>(0V7gNeH`EQxRp5z-il5unk7pm-mriFWA-GP%q$r|3y}V#+zqc=- z-elqIR!OE(V*bAg14?~Fz&@EpXb;0RUIo!aHdx$RN?7gE|_CxjO5Hz$F92Q#+dD#|By#uZ3%i zAJnz;FJU{!4i6k64u{MLNyDJK4c_7TxyvZRgFo^kRlUTbOS`ksKG6VdE!UC!R(`y0jnP1m!p08Ph*Djhyxz1{_C ziZ$rDIb6{mc`%zoBe#l#3-#HJ#dqTT(+Re?b)>FnYu=n@vVVzKo&35hx9rvgB}KgQ z(7A^Tl^V9J63|szzT|sRgcbtF@|0b{K*h^1FE~!(@m+O;=zNn15z#KiLuU^7CHtS zWIFuKEKykrplcOafSxO0R`70T`_T)-u!+okqKe?KPNNWs_))_ zF<7PupvvhR8k%oA8?INA?Iy8ac z5P}&OmySOJIj7&Yq(m`u8>G>ssHIqM1|RD zW=O;N@1HB((%P;e%b&z0EtC;pP;xW-^Z{~Uem8Isgr^v$#bFUPaa z&<|w@w-&hI_@SJC+2B;%^|ZegnyG{_SY=g7sRPSYKm3O8z^Z_&R}SUh zd1wQi&B0eX^JTD|+Ga{&ihFOS&XFLQLab?7vdq0T()n`NX50AmDu|EeV5zbIRfqTU zco%zm3!bzXXDADxQ(22jwTx%qWst{6yV2Xof9bi8rp+ySE~&8Sl4@e`>DjWNL_g;+ z%Z$pl35uABcfl374ce1}GqD)4<~lMCdn0O-I6$wYomEL0gKqvDe()rC_0 zQbPhbBc_m+l;pbG8BWTvJ z2LurhP@PaR=sVMqx6#sko0|3MQN^y$!@MZ~*_suGIY(vADg{MRsKVyK*D&L2BdKMf zWicn2BsKJ(5-NSoDm%y-tF``gmtL~GnROT3t&iUnhYTH2VMkyIh>`**Y0*sB{Zyvn z#tFjSWlI_8YenfT!mpYzCse?(_qd=j--?L-Nx#8jF(P?Z>U1r+RLdG>Dhb%?mS@3U zEwOM<2M@xs5!kn8Qlc$fW@#%&l@T$%KDJ^0|0NZDNzg zbws2y`{GptJ>aKHZm-|@(w*5B&mqBuDa~$+SWz3_5KiB1&g#=(Et&49e?WhWWU$n% z38L)yZ~Dna9Ys*Vhoz=@fd4{q1j4Kv%BJ9SN}$-3O~@JjCGlcuQfcs)#UpH<&~EXj zV@SniBRQt|N~FnIe=~HI3bRbAElt%Yxq8=>=D8^ul%FD6hu||%DJ8cg?%8A6DoM?J z#4y> zD7CoZ9QoA^y!xqjHtU!bRNhgraF3=$ZGdP2>sVUhy8ZQ#>|APtK^#CLL!Pws?(9c_ zu;iG_vq?LmC0C7})iF7w$-?ui+CZSw&W`M}=TQw11MFjNdf9RneAQ6SQp^4(?d+Y& ztTYh$zSR2K5@dz|FuxrW_Ux)hOY30NDI5zQXSnm(KFmyj? z$3jw+!6MG+->fd#AUOnJy$JW1!ZzC?$%%lFFQDzas_0ztaygQ|LdaBVhqcFPW<0WG zF*iETlapquL*iM2rMEeZ7?Nk=(IK5nJKj@dEO8H{*!L%#;7H-&N~BLkYC%~LeP1Zi zQoJSSqD4~a6&)~YFkj2-&iof~p@v78$%Bv}j9_6d8Lpaab1%OvP$hR)L3?UVmw2u# zfAGbBr#2y>0K8fGI5Byyv*2b+c9%Z9jnGy4#)5|&1_Ow3L&6U_(j+5)LOL6>09at` z6I1s3+P9kqq;@5PX%jKW!BGk&QB@fddv*xeghc;O`|Mqrz>-~JLQzuj>GbH;@1 zc&%gclnqlX>AM!~$6lbWRGt10*M#R-S|8RjeOcp#6X1nk#yt+Ipo00?>BD@;HYAEy zyrf5mRHR8xf+(xy{T4^rp3o`rIE8x8G>nI8cBG8o0` zLYWU)Fq$SeD;sC;6Kr*bgdLY0b#kW{O4yTA7la)n-2>MsVx<+kT&7U8r7n|z%rqA! zO(GfR22D^3R9rvWve!)U3mkSt{UmGY;jzG=WV;>d z^sZ{iAVyqJHBqqRKPN9J?Gs5XLn{LOuqMxKt8(xFVZ+sxuY{p{3#yT3xgFmua5W;wZaJQ>vMRJ26+XO-$$w&nPHzTjG+We+dwh>Ym zPhh<@bG@Rj7rE;6L76IRBuCwYv-9sZY6+Um)N1vr35Rtc4d{HQC z2!LicwYK0?U&sy6dT}`yz9YQye>=E1g4Lt!UF9>gTo0DWP^*wxq~C7g!7AA(e7$E- zq=mGM+sBklz)Ob7O$Q6A-O$Ag!pE$-56*PFd6XLK9FaooA*f~fNINA{h~er#A_ z-W%2|^M!BIvr+;aXetKge17!JV-V5@rd?3a7i9vg7ez?`A(0{<1b1ZH_CS<8SYhTS z9Be8`IR8P#rT2TH0w6xL6=aTBP2)*Ma;#b8{Nc2 zy<1T_lVY-Hfu7yV&vWlA2*+A3NZhUr0R)^3iG$CK$S>Kw7z!V*86!Xb7OnLGZ;3W! zQH62vbQ3Enh~=EH)}y%#A-vX|MVgk;Q)R6Nf7^o+k>mgfoGy+=v|}d@hp`x|ikvrE z&x@0+=VE3pxw0ompH8Q+BI|r`)g~spIsM__iC2xou?g~_aL7p=5(o@tRbea`?!yw@ z-*#4D z87-%n&4C6PGf4E)$c9e%sEMgP=Bs0%hcTNLtng4yKEV>DI)1pS-7B^9=qm5wr;kW3 zyh;3U^}>ql6|F*Qs56#@&FLejR=nj+%v9UeotHnXhL<_}tA zAS-#q>V(fR>$ACmd{2sUP83_WKxN@WM;p`Mzkb8Xg(lI8Zj4rqABI=j*${%3|0Ml~ zU_oDvVVR@gtHkkXWx1 zD#TGw9P!7VnSBEL887u|L=t=luy|H3quG7_ofHRE^h>h>Kb?e)8}U~CmPQt#;j{v=j=Z`JZax8OpqTbG=e3@K0BV{I$aTx%@~WWzf%J6EEw8A7A1_Lpz4=C~p2+lY@W->^usYWVIcbw8 z(D9~c4g(4+vhX^M06cw4Mk^05rAFGp&>r0ecn;-a=5QA#2YYk7CJ4Wv0XQLk7d^4sxUl1^qj6!=pW+ykfV$>prv9@w(AkTIpozksI+A@A>s5< zYs=psCuQ}1TFIwSs*3%y26zjX4BV#UQ7U^4KS=C`D-gSnal&36lIe_5p}FLvF&{3 ziIH2XI^Ub3UkRfmtEDv%9rZCXPIxup1dN4g5>z1E;uJH7Sb`}c2MrhQt>0Db9t!&?#U75j+K9|mc*Y$=`zwi@JR3TgdCmaq6*BU z^KH#x^=}Q$qWJ_lo0jNyB7( zIw(3On~QHkzVr}Sx^-hMd|Rwxf|%*(=5(y0IzpYt`l(Hgjbx&ZxompWcHIJ>@>c;5GfbIc~t&Q@kZd60wbX8T$+38!GS5 zF0I}0#6-c9K+D|>K(YqSvmErzo=J)9%w=ZgVlHG*b(isfP3yM#E%O|B=5tait&tz}+nMF#@t>ca?ox;9?Y>;siPE}7pw)ZqMfGQyHz|%0W0x`rRnzeU=0X~@0 zA7&F=UDg<368#X)-~rcf*Uq5u)m3xIe?jy}5QD6^k9ty>Vb-rz%3;`^H96Wu*xVdX zo(PnUQiBr9jv!N~}T$D{G2;R+c zK;y(2!G4c8+R~7vO}@ur7%4%H43Zc^-vVb3JYe~7CK4$Zl_z`N_uNCNESS!Z>F~+L zgn}|&%StGAH(>9Kl3SK^d+t}v+RrW!k|ASdJulXo|LQLi+TZkGc_d*yzh^}wwmx!R zfyxw%W?}qQJ{}-W(qQRvb*a63vsY$&Et{#pfx;s76OopN+VYBG!3Ulg16m&{>dmY-HHQIYcOrNFjPC1xay^0__ORU^jL<2(OLWaz8zmC$Wfi1*a@V}KDbZRKpYX8ko{wRvgFGy`~^DDal61EUdh%}VN_uZ z1h3$Zq;!$Dlql3g{Q7<#m!Ml2#Ju4$dH0iH#d`=$^XUR7(A;FyC)Rgo%4(xz=UX@+ z>E3({SZqVu#t1x2+eaOT53HUpg_=JkQ#28Ua8nG;b)zf4nf6z$!#O@@Z*bu*nv z$J%Bn5v8m^j&skLCFw0;X0XP;K$fftZhq%B!QM3Xs}b-M#KtA7n!Udw2b|3JYX zd~EU-XV%A+UEyGVh!yecAVDO4Pr-0KQ$N0Aqep0l5Ym^2UFV#-nRYkIb-`l5)z6zX z#pbS@M%=6xOmz<5U1|ABCEm)Eud(+9&1!^u%h+MDIH1Uv11h&MhUbW5#6UqI83fhEi^^0q>@kucGMGn*)M#5klm)VMDQKJ6Xb^C|v^Cn(Rntk`8~x4qM0Qp28zFC))q>VMh?;g*B(;miP5e} zcJopwXBsDXT!2i#=>G*tn~C<`_hRHS67X_ttbJTxg^nz7^F(X%G> zp?z?Kwer`~w)zx2KkiZ?KPaz7qVUB1vJ=yfV((t_;;?Y+sA86lvXnpWuYih!cLnbo zI;Ga1AVns5xOq4~h%0Jbw$H*v6JR+I)j%aVfntdwAoRn{XZe+XRsb;ZUa8Dj6gzHJ zqIGoE8#D%(A+b;mb!{G!iY7bzCJs-#Y+QbN$|45L4#XeQnRHpd?z@mc9fFd3>WjTH0}R_u=Q>yMuRs&-}B@YPPn&8q|8dF&v& zJL&VWQ#)x?z z-lGmI&v{FdIpz-vU?N>GhNBXwI$(X_$0S-U9$GDpc3>tu6wA;!>WFvv(jhsRGHtPu z!_^?U*i48FjQLJ5(o_7qN{O5#mHqsyszw*A`o~I66!o(MlsbQGNDtgGTVU$7MM^1- zzK;XRFI|yCt7vk)QEm6dx059D6u>zDOrRrZF6XZ5mq-g#qVhUiC8`C>l2dnU7!C?N zLB;Fhdo1c5%Fl&}ZZn6(M_mM6{RBIwG*t7Bp{s%@_DNLIF7i=Ue9$LXyBJF*!E_h3 zV(N7==c@TmG$%wsYwN)F02sPTp9PrqC#dENp~kzzNq!^*EVA{h1Vjd=w)%+83rhd8 zSDs|$tu?Hs4`h)nxjj`B`2t%!|3+@57SJNUnSm(g4BSsvf(g}})}EX4`<+vliA$6j zg>34LX9??@;BcF5cwkP$;h2_K5_4xLUYs?52r*63rk_EXE5}1ijzOeIrxbE_@kM#V zy-c5`haA$s$uwJ3BS-l?D4!=@Q4aui4fx~M)vRL0R?>(mgVRJ>q^Xm4T3db7d^v*k zO-uP9MIx80k4tSQ`gM)rQ3^!b3Y%XMCm5bN_Hp#NTm8jW#1oxfW+B^^hWH_V6ixAg zZD}!sB9otfv9W!)lerD zF^qrZ1YT2T$J1(3w46<~go?+>1T_$4AX=|Ls9JbE?g^ehhAQ^ieBSBHmOXJE512h% zd1e44JuuZrD&djv+8cJ?y6DT2MOin{N~U501S9eC%_M^Vi~Vy#djn0G%FFM(5<;p& zFa*7$bO^Nh)b&cFBi|Ie#88MYxsK3t2wcvtZ4bIGX*JH_CuL0*Y<2c!YQ$@{;!>#D zAZO@ghvtS{E&JL|slwx^n5F3tj)u8kg7!$j-%_o7&Of%1z+na0i{qp&BK^cXjC>KOn-}{Fm zU3kH`9(T?a6xx8&$z+~O8v<(9-xn&ac2V)}8v&#|fv`vM@W4;MM21;6(h{2MS? zgcsav;$kx1;tdQ4c7D)?c9~+e%-tbde8|ULd9ag~ZlSCXi|?gfQdUTuJIfclsJK>& z0)I16F{1GHK)InDhAK0fatA{!Rm>*Y_?I3p1<0$MAU~zZMKEA4mLC0-MeM`CP2S_b zhjs{`47Ib!b%(agLea84E;;a|C_g+!wAE_0+yLeW*2@J7lJZk9`9IHP#<`xZ|MHHyJUCN>#3cfTfL zgYANl@U@9S$`%s|4=-e`OVu30(-O-mpx*5xJdV6wT-pRoRsxFowgf_1}L^{K%GNTX>?i-B0w8J6_f)K z*g9lD2o}6Ch%(T+*6lUjUpwM4qBVhgF7>1`vwIXO$0g|fu`$S>TBz9Q)*zQjWI(%h zZ61Be4sQ2b6A!@3;fRp76^#aI7bNgOCvFl6oG_7?6%*5wA>Hu+P7(5M;K$brZ`a&$ zFV*b0!B8gNuSqyJMzzJ6yKD$y8Mu)-pu*>;#XOGQS-_u1;qoO zl}8KYQQjp|%WyRO9gJFQZMV5bDLE8C5X|973~DmR2;Ep|Nz(AHfyQ!K<3J$0?qAP- z9o8qhQ9TNTmcUC4sd#!?)eCYNvU8{2*2Y!DB1TGp!OX>ht0eCAx~r9>@81a691oWQ zSbaPm2$bf#&pCQi-?l2jazZn#@nuui@n1x8&JNva&Fz6Aw|qTdv9^j|@R#wnO>5#B z1*!0++z{IOn*ue8l-crvjLjwHL4@5dXji*EDhcpM_k%6hpntxLb}6$+{O@O7*OfUM zF=r}00%P&z<`Vp*(k^a=sopSmpk^2j+F%Bc5~WT&L*QvQ(9v~;Nza$d7SF7_PMNWD z2KNZUe0DZ8qpAAKS^`uRDeUtEh@VgH)&rR`_}@n_?FcqjTEOV3Sd-=b6Y_xgaNd5F zpyADmyu2<9aH3Af?_{)sfMZU~ww|7Li*#2-sHA_N%e5WFXr~}_6CdPA8nxORM?5!{|X!;vF4pnIv9o1AZKw<+#@7ZsYaEe8ui1rH2yrEW0!?0g;0u>42(*`IyQw*P zG1O@CuWt?srPv2H{&*9k;)|@sciJXxiB%V!J$rOX;~A=AGJt);eY`;p=R)9RvLtrI z(*bSE#1OZpYZ^g@XT1Z_;<;q_%_6WsI@J<$=G@>ffTs-iRb0-ux3Hth^NOJEN|M7> z!AGf4S_u@kF;5?8eu;!+)c`$SkqlqGFQM+1z|i6CM^)#Qaj8^E{b)_`L9Kws-Eof1 zlefgE;9-c6i;4*8gHm!5?;uIG9lk#RiYWT4fDveFf(<8dz?ju!{L!lj8qQ%x0Tx(I z5~v*U;~{nY?Tklsh0|^iVN~8c!fowvP}MT6MQI=usLkPNc1cw2#5h!_xJXQAWeJ9^ z{9bZGDx*AXp*{@jpZutrsQ?HWaB}AL^N4;na4hm6?by8W*1~s|COK%9Ri?tK#3u#ozrX>h({{}o zWrC}y)K24deAfs;q0xhI9A1j~fenjcFbQSu82agzno?BvDb!R9;!%{gZ6rz-? zZvmt@VIAAw=y%qiulceAd!q$pXwGc%DVl@O35b=vS8@L?weok3S548JbVNTYjvS!@6IURNZY2B{ zLjN^FK)b*Gnar<9<$raAqj<`*!)XcDTj8}=9&A!Yf0naIWZt6Bq(qZ#xj8&E{f&hR z5A;KelPIvFK?>T25osd*M$VP=6I?R9S1Ye?lS6fD7Q(*LpjFci{(gEbcT=l+D{M;J zKG`GuVt4+@{Glnf#`4y6i>JTRb_%X9;#N-NSX9{^4 zBtU$1WLjiTYPlg}ld^#<_msQl(|s4+R>8UWzl$$C#MAs`KDr#GEasLbM1Up-HDi|^ z%>8v@5M%94FhMw}W`^%W{7Q@}CcgVlyo9}-WhH773a}dR}>WbVPUsD_U3$XSY_E&?AAeOUHWx!h01*R6V4Z^4m^8jGViHxHkpi?79EvAvqqc;&h>X z0>SBfmFEXCycYVeRNM9Rp2L#u+sNNwh~~*(djM4$Lkd|04^yQkeHzNxG*?%xWmh+{ zad9Y8x2H&~^KoWx)Z6Z75Pf-T-7|49Zp%qj5+0LK)<8W}L2g^qLv=c{;pmu3!BBGw zBXP1SPO3kR#Kt-@W+SE>9`z325-YkCh=UBEKt+Ku0yZV6-PU1tC<0-=*{AG8LyWTu z1Y}zOToc*z+qD4&_}rymKZw*gyW4E4;BAkPq6u}|r|1OYP|qVxEuaL+j2|^pZ%#Av zC70I$ZwcX15(pcx(m0z@-_!{ligBrjRjgpWb1tdN3$dKpO@6tuL48o+OucclD1_|W z-@k`K8JF~JO8GUwBeqe5huF_cM`%$Bhz=u)nlJMkDA3mp8Wu4yiy2|MOon5FUr`CaHQ`xqa3;9I()1PWnO2losqQLI}K_wGHs{7lRYVM-`^GJ;Mkyn@yV9ze>TsfLmO;uXt^P25yAl z)886cPT_lbbPE44QWZZ9$_8CG=oP9VN@`-XnhQA~njwbqvM);Sk0&8tRmKt7-$ye_3yJo>GZz(=4F@E_HJ|!jw2Ju- zr#*(-!8}9+yO`FRElA~H6I~OYFg0+xZ_2JV51Bw?W6@!|$DEyr9Z*4>!I10>$fA^O zwGLwn(Mkh_g;YJ{0#}Mx)h4cBgXFN}qCvQh)W}&>_4)&f4>vGxm?56SQ$;4G zlu73`uN+mEp$hL#Q2%l>;Ye}`K z@1XFJ4b{(I=9OV!5>(W-1w>x%@#ix0x0Y})5o`79k=5iZSm(7!%!}o|=dPa49`{_= zoM9S|tiY}e_s61s^d@^E@xDC-B&7B2Z|w1$Im?^f_zMY{l;kHc#r~vQNAwh#pqo;2 z?=}l->Na7v_oZtVc}7sxO-2hiNZdPFRvt7kJd=z~iP()`IUfS{&acQfHJb)*QA`VP zlEO|*GuiDk_%=|Pui{dq6-pjtpIVXGf`N`{CH!Ut7Y@fo*JLAsmMCYDVY)H}*r5jP z&o2C;eZDirSU=nH{2}9w{VHO-^mVklzV8}ie|TtfRz5e6=K=IQ4EO@ z%3qV!MGXd8mqQ@4Ne_{LJM4IdMPf*zynfr<^R1(HAHpea%alogBTL@4Jks;x zUS<}FR%#A?kH!j*MP;@Pjti|?se4kJ-u#$@Y-tt4`~QLH&M1GzZ@4jril^iZB#7fo z>C>XTdObLB-T~X2<-vuV0}QENv}m$w$^&}4cszsxV!&^$yEI-P+`Lz!c48*AfF zJUSJIt!ja5`vK*863CRY$m*mXmoxIg&5-I=DcZTtSR+MDEj(PKC*7`jW(K7$RwDPB z&eB~nFM>L(H7Zg9imhr{v%N_o^`%lY5PvJR7MDDC2&B6@`Sj^P; z;#yIw!xF+Wop}euz)8k^k6VLCv_l4_34bU6izC+&)xG)#0(m>tv?tNYhgExK_q=84 zNbK2wrzCXOMd(zKfzODJ5=*4*nv`Oql_(dLiw28*rt+6&qo#K>|ln6`L! zhk}y{O_P3Pm_1+5w-Vc;FYOoBpYm9cj2W*XLblr;cpG78LqCN;wlsfgQUmt8y}Z}Ov3C`f{Sd}Y;fDh1qr==5EsboFj96OX&y?Q z%r>a0W_<9;^+)Uqs}P^lE?Va0j%G_ow+}<^?Bn2m;&+P!>g6)V^u*VdSRdi66il6Mb+{>_%I*pPYEV5z2)_e?%Z* z)j6l`&k%61Ux0%@=V59e|H*b}q78X zIEMF#?Y@?Gi>eUaO*^dTttc10ae~5eu z?t^VNZo-ff&RQt|*vx$>HEkoRt|+=vC|fC2#B5(OiySvIPcQW&M}d=Nnm*ag(p3+o zszb?XR7&IwQGtbh2-zl3ZPR-T-g|q&Ow0zSU!=yGmtdJKhT&*;2gw|X&e;AWN5_}9 z;GbZ5X1?Asf3KIc77HOt!HZJ7t(`rZZ7SiX0Ml}v+412&(Xa@qEaMVbXp&(rvN_>a zT>ff3r~eGv(gE`UdfN(QP;6!HXc=vRQ5nv_noBL8C)n@$4Rq1>o3g75#LZ8~l?0e% z*$;Ge-%o7jyCsK;le#8t+>hW6ahlBUisPKyJbuUjJy06{u9qQ1gu-Ef)LQzQ@vJkB zbEUNJR@`EcGAJZxUt1P^BhAsN)kDY|36G=~T4PSuxKskeKG%7cFn%69C94?Gp)`o0 z8`uxz732cGA~1>;+t17c;==W$wpR3^8v_@2kAUU~1x}=9m5ncWQ@z5fsCV=RZDiRGf=!}YFVa5fpuHm8Kng)a<`-1WuNA~EMgngxFp_$L zr9Dla%I&Msqlio}8QIV0-RjZYyD>L!8QHwrgfZs&m}XffsZ# zx4%W^j1;Eknl11{G)tlva97wyd%f;WG*F*HpnN7#x@T|B69^kXiLsov;71y|y0Rb? zZ%r85dPG3iy8_*+^x?R9vf)Mz7~A%w>lzQ5r5~0TrSBYBF#618z{IIcFqlG<)Q?O2 z2@_@Z68sFdaOKUvH~+-1&6~r3X|P%+mzN{(fh1-?u4FNDm)W~zs zL z7n=X?+zABmaQD$LXz!zHPEun65&` z`*M^g#NUnA`IQluMps6a5xF#@ICki;!6UJ$FJ%&{;9vHxiNGibALcf#eTUhow z)f>8VGSDu73qmnawkRa!gZj3xu8XHn^+?`}q~#s3RMj78n3dW(?*!eFE&;)y`PaKI zWF_dVT3=~|fyZPFch(Fw_Nvu@ODz&5NCK-D*W4b-Z6!;P~w2< zF~N0M*;*@S>{X53r+MS-(#$?Q!~EC8+*H;PfPl=mf*1ki_F)u8`M6cu>v`r5y6rJxMYRU|n8d%!>NFqWcLL zYpXfzw(mOOeKft>eZy)%UygSoEQI=V?56{EOF1RMQGL_Ix+X16nk@VyFeQoWmMo87 ze$9rR%Ow>m!qDA!hHiR53?mlrj9OG6mV#Ij>}?vJinX%PlR^&$d{7P?maz>|fNlCbD2#Q1iL&PGNLLIEd@5FHmYhJ$?+4~>CawUJ7P+bIXXG6R7*PN zRqAt&%FZDE)g0ufVO%j)Xu0r8Q6l_fE=%|z%Hzc0xBx!i3!Wunr!X?Z$=eQ zuxx^G=EXiO`aCn7GWUVoG_=D&59l1JLSX_dq!=6Bi3n1;P;(0PMvC2|8Dv`@f-&o& zIfsU-bmJank7(omH9@e?3z3D+J+_o7q77A3CqtaYDT>X(|AY zu!?@o0~dm&LVoGxLklYN$iB_le4rlSAwk-#y{IPR0$i+N3>`c!x)GS7uvbiTZLoU8 zBnSYC+&`-5{IxW6W+U8Olr|}ko*k%ser1fOLO`uzQDcPl>z|Iiww9{%COoiE@12?z zf2kB((K+hwV0(zU*ir=m>g51|4>5sLBT))1t+}V1X%LBgn)&#Jf5JCs9 zZY1HUU788&)(0f%7tDg&-(rI{y`pEs*>tfgxr_~~Kdqz{eCxjQ=- zaARXyhtA;xr3X&J8C0uz-DAhvi#`-xXr8UZ{GINpfaJkN`DM^@>!<-Zaf;j$V`{!4P~_zNdGw_^el zWLJC#t65$oK@lX~^XcW4YTmr2S(HifQs!KBU`3%w=IB$GyjJlgUQ309pbDR=q%X^tIwp;QE%7bTj{c$3=J|9s_DRi31=B`~<8Exf55% zv^G6L>C@X)i(C^zfz~vsvt9`I|EfQ8npA`-I!$TOSLDfoK+2sM^39(x%QGj0Sx8`8 z-EJalHR+`|;`rKl5qzuv>~h-B+Yp}W8%{Lh~QH;7AzbR5id?o_0}+NRkLU7)^g)pJx#B-uj4S8u{3M@&E;v~jL+jV|nt zBe3M5vBQHD^{nCt3z>?VhQ&`sau;J&`{icf1*qU?pJk$l`4TTL@#H8%NP1P=+}(02 zEfLvD%@fBqdn-K`&p`2`yeDC}=TS_0+Cq6_i(1vxBPoJc#E!38_-3wRPPUigLbPAe zx|SV-l^C3uT$QjFW4{bI1TsuFd!$6)!_^L%7ZF4i?(~EPhxY2q@Jww`5zn0z-xL|& zz`I#lY0XGrsYcM@+oc1Ddxc`A*4({=PoF^IY4+!Gj`Lft($J5mumUSL)lyg9e03+K zuF^^ki9>=)>7#iVL+&w`k#|c=nof$3T%|e4T$rJ92S0W@5Z zp@PN(%_w;vbST&~$>Os5+p7n&Q_F48mLC0P^Rad_)w0Ep>>|9%saa;N^qH zw(I(x0jo=A8#=Wd(3iO?RcDClzYIq>bYsa3Pu1c@ykUC0$l=04d{8n7HXgL-FP`C+ zr9_ske4A0VL)UQsuIUiLHPsMOUoP@{_7Tl$UiN0wK`C@=W!!$0EU_cy{U;&|+lT1f z-365K3>BC?`KkNq@H6BI4lX|pjWbZj%pOk`l~q+Wz$^TxQ+z;}EbsTzh1csetdf69 zbpGArPjdtYz>xuWxuL^+_4cLXBr@9|x1IVicInvxP#9pfS6~>TR5FMTW;}?73<^St zJV-s;(`qclZH*iR^wU{$8HjC zo^je??g2*(i*nDl=oQN8xAyajYPhb?9GI(qpfb%t4^QacJWEbg_9zz|OQI7yf#5&; zw;Gf58cfbAFxcaii>Y_rH;AN+#pxI?_2`81OxqB%t~i1&O-{FbhtM5G7soxnY|9ev z4Wmhp#i6)Xh0nQ^t=QJCj0$jd(+2>B85Wv4nQuQVX9YGJaRTD74dh_S5WtL11UT`i zqc1!R@hHpRUko|{q|kM~Kyh%rax;pK@;4^aUUnlZ&FyAoorz2!pE)|uUt^<{T?*pN zdhm_MV~uw?LbCx@Ci?C{~MWZXbZ+oP)vv1AICee z;D!_-cXu8mqJ-7l(J6_CFZ9{Gcl%eBn_pHS>>LGyh+?}bEBEy zDVUN5aOwYNZMl%Q4b=@rIhee&6 zkkRZs@-*VmGOQA{p4;1lR@Z)AF5&NQ!*nE^h_LMGO{iFlrs%vh4oI{!7hfN~)UPp- zSf9+$3_MY-rbFn0GH~M%B4BYL<~2+1e_JCppT@?No=fgV&@n{s&ZB%tgj~FGTwb9! zDOrvKfcc6adY8S6c(O~`I9A-2kgh$A&2aatXF{g2PMSOW^&~AD`=nz!WHQ9&GE-nD zpDxz{nB?bWz;+nYIa1zl18H`O*2t;|9d{Kj8}qDU>PNNgD2iwJ42MfT2oU7poM+$b zsV?vOg5i@Ki;j%Jt5{F%)Q#f6hNivW4xz(vBSBYL7J~}r{YX$~WNKnb_^2`|lWLQk zg|vR|Jg=SYoGp(9*xbArIW-X8$nS1CmU}fqoxRGx^w>fJPO2!+2qV71Ro08r zV*zP7@$S-CW*^|=MU$fi2aFY60nGYVE!4eS;G|=t0m$-ah`u0(rheh_9U6PIK=&Zqxi>EB!Fu zvfYC=V;Kmvw&WAqxCAO`+ZdN`5g0CJHShvuCv&D0@HOOKM%zs>xVXy12pn#vZu%5a zhoeK~%<$!E6^hefLwe3KS3PiPLela`pPNtSfA>kEqsihQrezs1Px zfL0?8o%=`xe!{#6PP_8hir)3?@&$LP{QS$KYwVh8mV z3%iL3)cSX_*KYc&vLGc6aTY9~jt5Pc&iDI^$HhCv8kXKyKjibju0oYRTnMWDoF^_w zDFsZ&yKQ`CY|h<7j35en`c~b+Xq&PuNe1ON{Ez`iFVev+P>H9%22cryN>#%`5=eHd zfi50Hn-kT8ni#4h`769*6h}sgg?k^ZcC>*lUcdTjZcFwXaEv2`8CT2>e--1=QJBoY zKRgyPRXc_hLaoOCmlYV@k>n+S5sP*oQvW}cN|$@YJCPGx$lo)plQ0Pho;pZtnYfZe ziP*!B{`D5Cc^A}89cs~NUuoMS&)U`}9m4ttRQ-~OgG3g?WhrNAZovRJsH4`WS~HJr z^9c-_4S!Nyga4-ZjXETJ2(p2q^}O_g@`~-5RkNKKiK&c~+ygctZivoWo9UMPzND+b4b6o!O8T@`mXn9l-gmr7z`o}5tx7NfMv~No^EL)aHa#Hvf7dvBR~zX z?&wJESf=tqW>JY3GRZi(d6VGOrNxs4=`UJ-tPhSrwXMB5dlX5fS42VIm$-OHv=I#W z(*nhQ%wW<{$DPquMzZ7sTH{1%g2O(THzPU}vL7zwG^fg;%K(t^2|;&di;YaNG{Z#t zH(CY6{XCLel*I)5kR`bSh3TRG73Fe%b4NM{sR)AF{tE!-NZ4o<#<&e3jfk?WjZjv^ zY(`S#f?DR|fofX0t9Q(nwseK}mgf`d>Go?E_1X(2T^f;YIP)a=8U({D52hii%HDTj&M^0OPwxw=wZ z%tWGa{Np#EhRDJ=s%oLh_Rk2Z81U&oYeO83*|jYm?skguZW#Dl#4JS}W3tAaIzJYU zk}dYHAtIyQ0dnsw2kNwcEJ#0&5K%LV8=8}zJrCtpi#KA6MtW=O$oEAojy85Cp?x9l z{+_7MBO=l@UcwiLma46fZg)tVZ|;koeSb<@(wg)CjgwxmIY2aNtBmxcctn95Byp>D z16cn^^0Ohi6aJoUWTJ0zSf za_n(QQ-HG#etiU_oVmUbU|H+2buKk$d0TEICA3c1B<&(Oco30PlYSA7w$4;IA0Wfg zdsUXr|AQGF)zv+g_0$Zn7S>0lA=2aT)uSX2!KGfadDw`O8Jn@mGvaW)4M9TA(dCQY z4aFrR$LJw<7A>Tvh=mPepj(1ALcU4t8Iz?HDXHWkI;SSv*MiQ*A3b>k7>K3 zq5}DPPdYV&ca^XMi9r@Tkn2cmmkHTVu(q6r#-goQRs;6gpWlQNB7o{7O;+vC-r){Y zTsd^Z;TQ@GSIr-Hu&rG6FJ=R=n$(sKTY@{L(Y|205Eaw1x|!l>n@sVk!VE*?wHFCj za;1wL+Q)HWmI&b*55S=Xw5U5saNC9kho2~Xu)FQs&XZk$u+o-h3hqGoh)BJ9AY@qp zPk*Txd!ex-?hxkob`h8TFTxkN=F*VG(z&PNMI|f?xC5SL;F8uT!T1G)?pgnkL&(!O z|MmNKrd5zWm`iP5qZYPkh2IA7F!5x=HOqf8xz;L(f_cNAt$Q*bZ%k12kiVn-oiSjg zbF`?`C#wpXwt+6=MPdiGh|~5h5)bcGzgBK=j@#R2I}^N?N%wf3GK!vX)>^@*-H>@n zI_kjK?eHcD%s;q$i{vt&0Tw`f*9*70AvT!{}tv<$)=K)k}l1f-w~(!XVF@6nyfxjNI8zk1>!_9MKRXF6i6~U)|ZhJeTgTD2X>M$ z2l$({YN0O*!5EWDJt#43$!(pQM84ta9U2i@n((J}&Hg-UjOr}P0W7MR{$p*yU4l!$ zcm^`mxtq$>U))oKEel>xQpXf+6-5wElm&4T)vJuNQjAF%MPW!Gj4K^x|2r`jaDm5C zD3E5%UeVSj%c*hjQjMuq`!t7CI{V=SV|A19v0e%Nk0X-82($`ldv}&{<$5?r$f$Es z(Q<=pAA45B%{`!A@5OSbKnSt$>W*>xbxSzPtY252)4?M6wCkmIj$=mpXhGRaN?mcp z-hp`5qfJst_1YtK247+9qx#u;r~0`Qe{<-oqM&s^$9^J-(C1sPu%d(%SR>X95s4>> zn>VZS5c3|P;n}5XD4<(DTqXMt`Yc#^?p6bwC)`(!Wo`VXs~2?%&rIF%mfsEZB!~)f99Cc7h_zB3pTRbz!8GOHC`$m~-4r44_Wy zh}I7E_U80(UR1L0QC=fpUA(+GXoiq*$rXTaf=xKl#V?xM^eWjGmZ*^T5G@#{`$!j9 zjqG-#^5Nh)#qgQ4bG=0U7@R6TXeH&&JeGLYAHlQ-r3m!-!})s0_lp3ATIL2npW1NG1-{Gh#<)9aAlV8%wi!WR6ayOo>%?8{Wr-|Y)itUT=JST zZcnPQG4X6QNUBMxG7xGEDyRSF#;>?1B!k}{9PI{cc=EU)$&}}5F44C1#N}J1E&C6$ za6-<29SfFgtV$o@am5QVCncHQyH|S4WiHF^Lv6Vl8Q_(KQsjnk?XG4QNX1u^<8^0M z8On-TWTgx-(Lf%)AsC)luK0$SfXthMWN7m(`-)BA-zdG_9Hvr zJ(}xR3f^11mcD?MUlvAkF;{4{sH_}miJalOw1VgJ58t&Ga zQJe$sIe?12DwI?8#F?HYQ`r zkcYYo1O#MM461Dh2Mfb%O0-~{5@!o+Q;t8fH6RLK+(n#M9y8r{R^}0eZI!DLTmv+1 z(JljrF(H#7T{9Ef3+$jeeIrHXk1kFK`qPk`FSz42Rr-_X8EMTUo{0b_92tkg?lSD4 z4@6g$K|J!!N0g*xQivJC;;iyr&<-_0({=3R#SFlv;i{5;5Q<*6hj*ssgrV92kQ zEL_wqLGg|h9KqnW!Hlc?Im{l5?46+B{BXNxo~}ItkX>p4Jv{B#EitT z;dvF!F|nn+qKZ`{e2FY^p?5;R2dYXObEOpwl1(ZA=iLQNK}TsYJn|?Cl@E?HFIMnK zJ`=!MG^*-qnxGK``${WQZyq`4E9(}v-99{Pr42`C2f_|T-yyFTu&;lHB_M#k>eU{e zxR~Og(Ku){XygI4SN-fGlV~P{z0{NTxA%U1RE9uH&BoWZB|-aI1QK?M;aYypX__HA zbo%|BuW3V4JuFSTBUVo1ltTH*+-`t5p{SB4jYD*M3gxvRXhV=b{O4DW98A7HKx|&0 zRwEzZRKK+g5PnpT$_UD^MOFYpUC6cu^Bo^9++#aTuxLWZT-R}&5!2+L@~Z~84R#>PlHEsG@rV4GdlMDo;oe_^nx++ zR>!xbuXc&)hU96K)vDQ7Y;o6PA+lz{a)1xv9qE3j6k71kVx%Oit^!uVqg=$rDQ@{>vcFLqHI# zKI}t5#I|e&YVYI`9ZSQ^$);|)T8CUG_a-ftS^@spi*tY7<@&*_t9UZ9fTitjQt27P zWM$)&*=@+HgyXvoWX#U8a&2U4FRT8)e}vGp$%cwn(Tb7 zYHw(9`eWmijN%VWwz)%wysacGOlVAib8fL79Un%J|B zmDF=zC|K!;PL2n8PG_wY%1|?nnUt?hv>pO2%K%{nzMo_xI3eZK;(kV{K z;cZ({N;|ERwxZe&Q&8qJTxba*BAUS0*Tqx67Xx}+xe`2bY7~~ak69@BcsY#;)s&%e z@@y3Jq&otv!74Yx>l2HHTrkX2ne}Ey=r3P#tspv%h06zmwA#*=lW$t!pqMp$hqJRv zp6!-VvvryZ%}CozA1J%5?(C=xnzyp;rTQcf@zq|a3&%yp__%dhNi1)R z1&7<5avYk8eb$pZ5t#`Wz}r_O(rV7Ws!$J%TYgobBB}DV!&~!2j-|9L5{BT#$RQL* zyVq(qXgOeaqxt`eBI~0I1(h!_hGM<3b(ng39$eaYxSa7DX9p!2}UDbO^*2} zHa!|5cb$A%^&w!@q_=hZnD7)E2Qfvj4C!8(ozUQj;^k@K)%-CaWdRy~)75RY5vu@f z74nT0GBrf~?EmKiK1yUI+vPRKi?=_(+@e-c^cTy9=mI$gPASMIHjtV(f7WLBuN5Zdo-golh#j z--!`y3|a!;Was+Gx0Wo6$>3=FVZ~^03xv<{ThL-I4~&Y*MqL#!LyQ7K7*^|DoaZOc zW5;TsO(?P1=*)@ohpE6=l}P3D#0Ies5a}okT~vsJynWB8kGMi;YYYv1vgXv z{Dn2UVt;ip!G$$1U+`O&eT^_m+Ed|j+MpoeTG|{sGEUO+pq`FY@X5YWKo9in(o+KeaMn`QMt)EH{|oIlV`Ryd?rLwn^zcO}BfEU8SfABpPeY zF@1B(n#JcpyIv*FG3A_q7T|T>Q*7tu-2mXmGqs+%kGP8)7l2iyE@6mh zJQ1LBBm#&P0*k|JYg7pAl~R>>jl0+B?89+*pt*Yj?A)2tzV)p5mbpZ7&A0oezxyBt zoJ`ltjGh8yiv+!HTk;MkZc_8HN7&-^jOWIXfBWAClZpVIA%gQoCcqO~D*A-e9wAgP z#vH)GqF}X)kgtYx`GE4|_-S)hMt_3ezfV+Kb&*C&HPl$C&|I8kik8 zE8c-Xa{wq--c(UZ8z6`z@-K?MGZ`@LN9hNEZ~;CnuK%~GsSX$uqI!B#AR+Xl&>?_f z-Xk7kpd^3Ud2_qve4W}Jd{(CV6J@siLw;cH5IE8ce9dsXa2SX?Yc(1L6{h#us@>w` zBsmDQHG9E-F}S9nDZ!9CB@GLH$`AgM)_6Pc>ck(BqdD`SqM+o^#PB;$&^BjP>&)b; ze3&1j;w1AX`IKEWy}qG0l_mQ77m#YWs6d9Hy)uICd{ak-8di!-MhxK!(Kmf2 zrx3cNL-b`Tmd3HzFMdyoP~gq`nTl#o+LKg?@?T0{>#`QhI%)V%sqtPXksZ9?d`H(_ zUj3_H(ZXERHR<)uX({cNG^`+%kot^f9Lm*y)^`ZfC5W~WP{j@LZtv0 ziOML~5MK=}mTLKF9EHi=kszyR7iEx_>L}Li{PA&akLu)7KW#FVxnV2jz|?uH%j~?2 zC9`8tk&XA~e>($<%si^`s)pp9@|o2IAylW1O3Y(_k8J7E?%0yB{3 zL-vrIGLwr)W$;@)w7ol4a4!7Yx21<6sFo~WoBClE!7Nwg%~=2|vJ?SKEW@kk5<1b$ zQ@3|!uE_DXyG3g!X@rQ$9Kj}ijrn4NzwLYo%+W4=Tq7fh(stj%Hgn!Ej4ankghc%+ zXg`AM>{Fh*cxPDYvQXJ|2&NTeE^-LU9yLeVI0g8*7q}w>cbY)1A7uRvdYyRpH$&S4 z`RqPT5KMuMIA(VZY9Sw$#1AA|ym2pLQCJWaTpSL8SZ4rn3DYCk;P~X4iq@Img8rptB(X7V@$ zI-t-)+SRC?g#UXG8q{CYzI~P*J7DYx&+4>(EWY9{Iar`ufreOg(?_64+N{5F`N-?_ zlR$J%atT!EhyY{bsitI!2xo(b>t+L}ofA3<)6{xbg0|8% zg9?IXjoZi0*Rzm}VHRc<D;BtivYlAVF7SZQ3Ao~f_bu#-9Ybw z(@6^AV&8(Fy5%isy@SK0dpn!R72U}VkdqSmh|EwII|sR!F15`;bXYtX7Z+|!Q6g-( zYEfQ`Y(N1+JqWgo->s&kP0}l_t7DU$gxzzB6QC%QlorRnctI29;~Xb2b%b&`NGPsk zodih4GLC{P(tkNZ8k>s7XeNxChF}VEPB9!|xV#&DSsO6#_`7(uK7Z8Ud)*F+;hm-h z?oNrVmhd;FcDfN&BLp#Iu+cT+A+r$*^cygf#)*g7C$Cef8-+do4w29wm2~Q#(@5c6 z0IG>J1EnDy)jE!=Bn5Ms%rC{8#g1McY@~Wy7t{M}GQ|Yt{C11f`Wn4vZOEfO&lmYO zm&GfyH@nLUBVab+ zlxplc&Wtigm3x;}OLdO-MC@y8wj^a}9>7{D(nZqm5=?|8=2_d2v)R%D!GI;xW@&DN zwyWOVelbHnZkoru0va7spSc?c4uT2P&W#1T#@(I~9Y$2HCL0<;Smabw@mVhD=CW`( zoJuBs_?;YIbd}q)w*JEs;VEhyNINuQlvt41tZbQFuE_PEuzP80t;+n$++^1W>U`Vl za7xqx+8rzr>P)K5{F)C+P>tegqTXL=1W)tXRWlL&V?UOu<9FQa&9Fd#iaSsve@I5( zC8UF2*HL>W7o;gG2^jzQLFco#HdqwC_GpYzd^`b+nCVh6z{d-y8)voi5fZ8xut5Y= zlRM_(SdKLyoS2iN2IgCy+s!H4f^|bP4Xsvd3z!ky>L5YIYL1b@^y%_U%7j~N60349 zIYvE>!2hY$3CYfvyHVXY9RGK0m!E!JxQbYVQ)b}8SSIi*W!2L-jA;zh_D-X^D=pW3 z_gw;}tb-3l52HPlGL@2ANF8J2jxKY88Mg%2=MSOezZ4CfACl=4;>X3Q7s1I~?ulCc zhak-jhw$sO){?D%7o7_VR-s`=#e#&octVGXnjwkaWm-Na zVybc_u|(I6Dif^9>d)=(f@alKLxvG-CDhsmPWXa*RARP{c11rZnvU`NW;k}CU^PRG zEAOpsRX((KXmr3(FB-EJYf~I}%E)4edZ~{`-+8j0K?i6NAwDbooyoyi84KjhL= zbR85hTHfT))KBa%diij`Z^*I3?|~{NT4cLW#^zaZ#)RKmLA8Sxtt^=xdx){d$wy|X zM2OaJu3SEE7q52TAhqrjxlbb^1>7oxeD9r2zN^>>g^UoI+B+Mlmt%Kn{H0}^ni({Au>HCPP* z3xVT&om4q$05P|UrFHU`=P}%JUFDr| zRI*j&3`34O7$0}j;B_Hu3Xo|$5vPAW2pt=TqL4;Ob`E9$oE?~aVZk-p*j(uKd73+- zpG5Ww+lRYk6rr5XC7{HlKwJoHuab#b<*5Mgi>jmAYIS)D$bO|3Yy^+_@&3hcM*V!A zy=Np%7CG;BaDd-ps;)yx7#NeJru5Oh&+5}=Q{mhwK*GJTuW0W41i{BwXEMq5>AdOp zFp4MSjwAt0dF&>SU=>oO9?UawyK+j%pWLyyGHYT z&o%+NT@j{ia=Y++y3*2<>vXRC%e+Bs^b8kNsj=80d+q6^fx&9F{?8Ya{1p2A-HY4H zwyV|<1E4^egCfI7rk~H67|oFznbY!&r!XT+O^D!69%W_ za71g65#tV1+AmNY6pTl1CMTd?+rPOO1R;KIBN;?|WL-&{VYjHff4D`MwD)LNaC!Gp zipLGqPxB`@NGBkR{H+`uV>J;V!eP-`*Hcc%^j%PaJ_j zvy+w9Ey0JHIGzuoK~A`f7T51lU$axFph1mfSjd#hGN62ojBOgHfyB>981i}4ka$AD z02ZMUl7oR=cmg7Jxn!Y}3^-(gqSMc@o$c<^PY8@@MwK(Yj{NObS`oEiq(Rz;_VCke zoPAY(a!LbPeIRxf1dL<2Jto#k3iZ>;q}YvE-1-eLs_|>vSr-G9nkcj&W;BG4KQSol z+=C3(8LK2xzezIw5v0&%6LVmvxzHNK+<>{ z(Kg_MZ0_{Q38Wsvnj!oIC4f_oMF-Q&FiD%sk+KwF1;+9(!y%5&#Z9aE=pEtv^P8+! zMp1h8fFPryMGQ| zCF@`=e?-|@c#z2i;Hylw8=gi771_~-d~IqHP=RVkKbOPt)QVkWNpDGlz^3$X1gi4lCqC7OL*B85qc?f+h`mUU3{y8JdbOux8y-oJ7A z>AhHToq)@fXUO@ytTs9NEml1-KzdeUY2_dPU1aO;BTF$PT zDNp0Qxub_Rc|`~RMkKrA3nZx+%P>gdf{`+-okesLvfK&%c7X3iX>}@0cQ-f|taig{fjd+Qw7?x@#G{+LyH4fvE`)(PPn& zEx8@BEFrKm?8fFj1PO8Uj8V%YH$u?(lp!Nx02@Q=lmknw4vCW);&!8=KDX1q1*f?0 z<4V@)K?Vy_$9cCP=cf(ZCccn_cwGA>uhQcfrx!p(v8|%wO2sMszZ~5P3WSLX`bIg( zl#{mbMt^)eZ%Lm#6g99>bPq3s>K+21r9-T1BWR;TOxV3f z(4d{x)Kmx#KC_4!jEb1ANvw4oR?Ggs8QE}qD7m;#AR!h2E{S(b#9xzIX^G{Kmre$! z$q}ynTD-y2^Ekp&Ts~B`_aa!ZjXa7=?9!gp0olV;eT=%S7b}yHNAC_Nukln_p(Y7-56;Q4ZG#+B zT6JU)6y+Pym=m6v)Kb#i&X5Cvxyg#y7iIli3aV>EJCy6g4cbEgn>$3wpj4R`%yLwo zwR4ifec|g`PHd}0^Q;`nmi_51Eg4BIFbUJ8a*CVI8aEfC*ft3$q>4t02itlC^q=4UXxTYQP~=eS2@8MDV}h3VP->vDzW^Zi zpf(%Kv;8`6fKACrlS0gc-hkO?${08+HRa$wDYnTCwuJoP2hoCleybu6BeI?U6l_pw z{~W@$L-zDR0$jRl7;ax^);e$obYH`g6{ZUGsRWXrhJo~v+jwUsySH1gA)?2oZ}O!9 zyX;`x!MnrzA&t(q^Gg{sgZuhx;{t>9V0sn@n94b-$=21~N-sQM2jY+3y~}CnX@#l0 z!Wu&nC%s}Qrcze(GkS+cfaIQ9lRdry8|i_};s14QsJ5R7@}8qh)5M|@N0<6AjWe9> zVafP6!(HN~EnTw=MNU*j8>`0NG`sQ)XIeuIz6g}^D_$U~QWU_5%Xk(~YzaQ0Xe%K+ zWOz-%(f>4aat9<$goM&M5hywH6Ess)7fL=JuAi&WF|Axisk^Yl00Q7;Rm-7UNzcvm zp8&M3z?s-%K?5zgm{_w_$;Ng_{*$P(7(ZVVk442u9qYK({R0ab!hn+e8zadA2XAEt zJ#t`I=FI4}&*Y9h*znn9nS-C^!o6Lo@6mH0-qkT}wlQ*)JRgG;c?JW_mXmZHeDMQ9K z46)}b!;4N>Z#AY-r4ON+_(}z07VZ$)CYz_>7V-<{GF_D`ySl-;z%en6u_#4H)83=d zfs)#ym*fjBz}r}_0TV@bu8Ke>M29iCvlxYASe5EFT#>T`B*{(c&HVcw3%AHgRgym5 zYeXGu_--6(%_jgvfPR3i#hoKK=c`v|Y$75i3NjoX0+DIg;{`axQGUPlf8QFI_ zB@%J@=`sESdB5F)oRll$8g{wHp{-DIol!zW6bXzd>B%r6n4tBW*%?0k1eh3n;dGZM zx(H4U+hwA+^=~{#pIPMAAv#bhH%`8}ZI7tV1aeFA-8vA9cSWuQGg3LZTFq4YA-#ah z_L}o|pNLFc2nM4g*J7*?V?_jpIR zXP_XskcHTEKJHmLs%=`_?@3^E}VcnlKmXeWerX>@L7 zfUjFu|9nKk98oqwadGC&*)TQHndN#KxIsggL1BtJj`pk5l;-qSQ3Ai{{o`_hgbyjH zzjh?b%QcEXY4a4xeng;WYEIH6mA*<nMGx$}^QtLPtWe3vITeWD%Gi{q%V<33gXCUa; zCU$1icGKh`vynXvvNK1ib4E~>%!YG7O_qOAx`GOi%jOS>z8`0BE=HuafpooB?G%5} zDt50ztk`@sIa&^Ia>}65HH1x;Hdx$r@+Ue-o=(NMN^gl}dZm@04(W_Jj|4*7x5zf* z5*zocyssJ<5PR*S1VTKE0Ua8Vm01GZ1UO;GS@aODwLW0TIXS=E!mJ4>aT9|wXsDwtsQqae| zRCvDSDtZ2aDS^7M5I=cOcl4yvFZe&DGJLKW2h zbv9NoRnYb}UiezddEIXF2WAmV01iIinf71Bw^b*$`^~*?oG}GjWL1av34PH_rEh(t z7ha78#Hj#g-~4mZJn zgHZm=Y!Npk`%s3AAmpOfCnh)pR@hUNggtTd!khFU09WI<0r`Y&G?}hw4u~^C`>{%n zBM>oE2B|RcGEF~uRaV*<<4HN7&z5?l&tMRf_5>LyjZ3O6IF)pa$IN8w@b7*K(=bhW z979-g?)KxJ%2k0|6AnZ%v#u!$oe>80w@9QWf$rp#p4qFwRB0e4 zWSSBjQ0MoShLGrv)m2SX%=kM-Pg1mXDU z26q``A){-A>YW$e68Q9mUnN%2ijjZ)1TIviXc15P8x-$rQVVdOg!0(WByxwhl!^RL zWX2T`V+~IvZ*R@%K2ni65ZcAqp7e4#Yv3QkC$0Cl|zdGAEN* z1eETbd2v=oN8p7^WoySaEb3uVT%Fi6f;7+9>6z#5$4D-K-u=IbqGj|(RcvPaY_!EG z%`@AxAr4{Hfsm*rOE%0ES1oVN$oxjrOTi z4eUj84oBj)jF}fIpLz>*U!m{m?7s)}vjmdPy{*DJdQ@c!6$LJ8(jS zYaBU{IP96_%s~u29der{5^|WT^N0Oa^;I1wWkBe!q@7?ABJ*qZJdzt%;NfAvMyra8$&;;CSWVpNSQJ|Z7{ zqnj<|rtM^lbA9-?UdgCSiHr51>=N;Y6ZvcuGVI$GdcnL=rf3CiVxO-zUZy;VNENoxAQ&9L$7$GT>M=4L(!TQE=wkWoCLDzi zCY3q>gq&RJwClJywePUF(fW~n;TNkE4-CNOaRF;;Ke?aSX2K16z?;3=!UOvZTgY7Y zJEcS?pumx}>Oyu3s4zqB4qZ{a)wR7sHiVT?TH>$oi7#~~z9FVnN>(~!P0qu2XYt^E z19D2tZ}cGI<3OH~_Dga@H|n4N*_% zf|+u4!alacklD#)0k3Q|=0m0=;&osl%R7=#lAx*yCAk`Ap4uJxaGe#q5hE6*J@5|E z{q9*zj;fie9PDP?1iOBP{A~yMd4pVWcRR%xk?bDApD9%Pzx8-`>*1q?JZevPdJq+B z?1>lQpD^MS#w6vLv`spFlA`1M8JMzp{)bgXSkJ2iePS`~g)25p2UB#oct)-8autYv zp|pAv0ea-G^C~FkpGZUqzLWf|`@NR4U<`=%gy&!%O6JI1D`>lE3i#sRL;tfR9RC|s zbw$UR=}rY{HOhup6i#o}G@^)=*LAgs=}55LqXcv$`O+DSUuflScy4MyP{x>I9PLga zhXqq*UC}K+IR+_)xR>8rk_>K{&wV11 z=}L(7Y{1h*lx~HjpBG%$?ESF|kstsWzF%dxc;f;o7)&PqHM;1;lFh?_PWVBeOn3sqrX-ni1 zI<+GfSnNMp7oU_UbE5wrKK=OZ9b*H#g%c$4*i3v@jH``B?*~J-65Ln=W@@YZa8{vF^iI{(Ah~U6K;|Y$77p4C80D@qiwiCv4BfCd^$Z0GsjvnUik8D zr4pEKHm&p(L0k$;Woc`qNMy;2)&FB_d(LpsD<~Hs?UU07gK%`!B8U`+-u3<9XO~Yb zMJ#&QLS68~-fTF#eu=`a4PKZ%%R2!OZ?6SqBh)HqY;OlA_UT;%{5t8mwhL*p^IFnr zNSaG>`K7t6=BQ!kO>$uFKd-I{8|nM<(K;tT<-sFa4m zynU1l!7Se^XWJ;1Hy2#dGq$NzbnT@P^!cVy$=%$LVGi}A zAqQZpHhgB3}nTxc6*VNOcZ%pDTW&KfiaGnv(#l+i~w#4(L z?$)mXa)+fZg5(6;76Boyn{EafVa7F64Fnr$xZoeBkHG}fq*n(qbRRYtAsc1FTu;hI z>R#8&D}>+?19xEmOgpSlGAintKs zJB&dW0WqE&owTs$z#EmU=lUwqx)+MTJaC@2cNI$HlCr#n6?5EOJXblJ7@SGzmh*K} z(6s}3lZr(L=n*@&bk%Efj!ZSgko0M5%wiy?RTyqK+ZO|d-&faZB9m6As~sSVuK~>G z6Q|qnr9VIex7`hYMZ3`8w?<+bJjhKO-Z-8}*pt@Un}eN-a|q=sufNs|Je!rVMdouN z`6ckGawbA=wB(pvTt7P5iSwM9AJ=8P;Vwvs>~Gt!Euj&2kq69J8J1}km*K=1h2xzo zLKmASwJ!z0^1O&tz;?*Pr3H?)@-mS>izD>1=qrMggeD8gauW!y-_kl`WoG+Ux3ZEz zbR62saxja?E$13WSvdUtso&8hYXH*=-Am+9Bm>?$Q*-D>f2GIN!(%p9&saXeT@NwdHO1P-zrcicgDDW8c zdaobAoUh65u~FuH5^K?8`;Jt8nhYZFtP-E?g2q3zm-3&-@SdAGO(>-(9h4SSo*2_- zj$UD;OAwMizZjR-DMU%Fr)d#}C7>31h<>lX#~oph5&Is!hSXs6aJ(m#FQPF5D9B4}d8Hx0GTAecCFN=ugtHVk6KE!lc?8C!hDwWK28kCP6 z&6JQPZ(exV4H9TzZA9_|F~zP6{=6Mem9l%v=`%I1ROFnx+F=UPd(x47Ij{LAz6+g6 z==;CyY5BH>WqAYnCH;Igz6sFMmgpw?iaTv(N$zcu6$Ww>aI4oARNL9ho1=YSIWtKr zbz$|BRnxJwDaVh>Y2|&hZYIZDQesjj+<>f|Oml225SHB+S_bcV_osA)UI)x0K&s1e zmdcpHG#wLG;Q(YueE^Q55R5I)|n!l{)9qCgWlr^cj#BUiYfc+#j4dFc+(e%pc(o z*o7d@i9Oxct zFaGq)UL}|AZ0MT|*O;OR-)_<*5lu?U6+WJeSbI}pFmUe+5^(T1x^TlX9;G1qe~)cL z2Yab{ntadevS5_cPko{ z_$f@1dQJhkT}k7QLZBy}L7}o|!wdE{()itKaOt;A&D|(T@Sw*d?DWJx`61XAW(0p< zig56>UJrj5GL|w}HRv@qN^cDA!JKJ7)+S&H@~{ZA=-e4hwf%lW6^{u2len6Fa1uZ@ zQHmzCcKS*-e9EL1VsDv8{paMY!nuQGu1O-grry7)-2Fr6x<_WlE_O}cGtyxVwm`9A z*DcaX-BRH%gD9hJz0~l-3S$wvRQ>y2z?kD@YOd&OaSvI{cGFiRjoVN+V*)hb`CZv0 zM5j!rVgUgfyIxS`g(w(PXR$>yfsR@Z#Akxp3ti=ekFY`!brVX^<1Yywz~o(#J}n$1B4!sDzO@>y z$^RaJzCoj8o<-FvPfb~*W-jcUBb&u;qEz`(X>6fie^<@}G!+Q%Pq_BrX3e6)L&a%CjUTl>E}|cZf`f?`_Ee2CsfT*Dm|I9xC)`JN zR|1kkUxPVIa8aOmJ0I!H&7>d<7_6_+g6E#YqN*I|mfyKsg|hi9oXZ@Gj!6T8S@t??vYU$sFDz+|t#%-PM4 zvr|BowQW5lOacG1ae?9*&UA4qgM+$F{00)VHmdA>R)|)xGposJ-Ay-@yxZ;K*U(Ks z+?&+_0ly8ThFVF2c4fR{rl4iCjLY_B#ImG9j-@}AzEX|DHgtgv^M-yl@&x-c9Xbl4 zW8B=-q-JQ%v9eb69ipb^GW}n#!_3mjsxGtbvfA`l34!!k;sN1Kzpkym`OF_#k1SEV zvv*&PQI0hrBtzJ82m6jVs;~C#r6A!k#}Hm4PJVAng2MbLGuK-KV6HmxvwKXTHaTI# z_+&RPjsf2hpfaDTknzgH z{5=`VDK6eh!U-`*JX4w{V^%hZ!yodz;VQ6~JY^A9WStl=Hi*sFedHlj%{fBIKk zmY?TQAp*xNm_aC22Qj7w)ARDDmnY<;1?aJ9PTFH%ynEuAfq$sX3Ixv?>-)U01wl1W z6H@4^L6;a%MO^NR=z;xgEBN?esG=K^ED+$$WJNtFn2n*KLx3%+WNoUvNs+SY3g{J` z9am&;^i>S8^Hf!q;(-2uD*UtrA@TvU82u!zr=cON1 zqiwQhH@Mx&-`@P|;TAGI6(^csd_nBVdHwEvn28rrFWZaDIsAQ0EJgO)Ut3^1`W!_8 z*y~E!%Fa6A*v+ite{+jY!4h=1>&S45p@>|P#b;#B4q}fu+A0sdHA|8f=Y|@$x|4p7 zY#QTNN=#h6MbQ+MR-vYJd`p`F?VsiNNMJud41wXqQCmdTjBltEfRH49Ji%{JUP`P~ zB6QOC3R#ljlRpc=>(*~MP`!dtlQlb|w)<`nsQukQ0-8P$!89V>4PwPs&DU9{0C2d^ zO;JzrVQbL?x9F|phs+SBT6nentJ80!Asp1%Tj9UP>1>Kf%Bd{sTE>^>5-~wFk)U!P z=Sc~=I^P!Kf)vxveiJhOvUyK##T$5VocZmiJ^QoQ{@KyF>Zb>%FMe|KmXtXW2k|}U z8h?T=7k0ysHAc52q=iiT@KcZ*q0c7t(0qDS1f$MkI%OS`3Xf%F0lTBmd^(12^&Vog z$H2J4XhudO9nMs5H1tpX6aM{ z4ZW+GM!9&ZRs$v-Brg-#oE%zG(}+XODX`<*{s1)GSbpQuN>cb%_~aqI$^WnPuEb<2 zr23OX1~C%+AMjuc%oD~A0M;|QA*hE?$H?{8)(i&Mq}i&Mb@^KkO$srI84?Jy-=P9$ z26{n|4<{w(;Qo+*V7x*|Z5|`$T>V`$tZ~Un>{IGMe%~;knr5G{1zF z#S(ox8+y(o#_{d-g*aT|R};1rDQQxn&hLJFz}j>a9n2>{drs{V-DwF+SAI`bw*t{DcCwhU{{#scnuJVWSgk_1o+!pr)CbF(_$6;RG$uUOS>iiBd_7GbNpaVq8UQ zhbFSh&Vnrf6VJ^<#MZj-h&ALwVFQvB>kX9q>TgFi?D$&j@%dO*`&qge?c8ld!ps^w1S>>V z`v=Oci~#(OD`{+Ls}T1k=CtgilM}cL+WdORfPX{{^|VQa+b5Ozjj&nE$rOoh8}{SX zlv+u1AgkgOZa3nMfQE_XGLCCC|_C!Tz=Yq2Nk<$E{qj57dqg7V6U!7tv z0FRcIf9LL^PH9bMKfxbC7h`jZm

YM{4pu?}J)V$G#C%VsUZUYu%V>Gj}-b>P6R} ze#b;~UJwsjL8upKex3w~g>h`?#fypOYkh}B^(kKXnqD58X|4;TkB^M97t*=+i}-a?*h&m4&Z=f2U&-IH6jlxNpAXDxF$dLJbJqn3za9 zT(b1oJK3Ng`OW-3xYW^Sa8R2HV}$KHh8q_kk4ap+!|TupDqb1Qi5~?`2uj{fw~Wr! z1V3YgjWpo`&mGUM(-Bgr{fc&|)WP}*Can%K$Dk!5|J<(}rjLmhPNc%2?QQrRIi8^x zv|t`JD~3UU)p*tbPPYN{5+&K{(1e~w*@ygthRrIEjvgm&i$&oZAa~vGx?sBm$}x(# zd%FQkDtr}FI3Vv6=b?p}mjuCVx6>i;kjC$wv$&-&3!qb7E2%nn$>U~{(@Z)ttQ>{L z*8cW&sTU~9Zq$OsA(V0T#w#YT?`vGLZ6NpgAe%8Xi$CVc38q($a*OL zaM9{Gn=7hJmu6k|rqFp2i^v`nP%Yj{!Ri(*3_KB4B#`8xZ<$*LV4)i@thzZC1mmjk zXe7I9ox9X#vZBA_{ZikB#+s6KBEU6No;mx@w(F* z^>?`8yJj67SA44}xzq%aNF?fQW6T`5eVoy+4!S_Di^3O5OGz%II-sz6o>BDFFU-V408!z|^8k*(n3hbU;s!I;D#5YI7*3mMl(ids2jL-y-e4u1s6 zEQ?K)p)dBlJe({aTwtL9wZ5%?I_R!Av~BIXplpr}Z8l(a zeo2S&k?E6DXywFNP$=CJ4aGE=p{c7{ndxou^-h`Wal^5vOK0w2K64V|j2r2?@bzsd)2$lK!^LyVEaTLC;QX~C;y@tNuCo{a>UtPTLsBl4JuRDYue zLx(o{nDVi4z7W;YXL=fDqY@uqMkt2%O)^43ciZ;%=9y$BvZzLrjrYia+8*h}=Knu` zS)KPZDW4BKt+KnV7qTFl+S)+uD$X_prw3Y)OKqs;1$6oe1r%tStC61oeqqTN?6$<= zGWS16nJ&Ak^YH0GC`e+n5s5YAgEq_KQY17JD>hS$Qp4~Fx~GsgMiGyWJdLihk?U-- z9yRj@J|KhO8*9h@V8e32<%PNd)mhG<^`tRf2yq5(K3!(rv)y!Fs3UHO$oMr%J+L*b z+Rftq2MHs@Bx$=GO8VX3n~utcEE8uNB@RXjUzC5EX>F7Q5m-^mMgQduI`EuNIb@u@ z79>4cSz z2&b*aMrVxH+3x=%h2m?}VtguY>z$Aw)f?A#|3vp9ehV&-4 zC2S^P>DmtR=8%w&tNz=)(rGV{qq&S`@kM#B6Z>&Ws@eAs=?`)JRx&+2?hx^hcH-_$ zee$YX&${{zCvv$6wzBxGHVl|C5Zs1!hBEpU(f%=?Pw1e+9;pf%Gf}hOOtX0S`+3V2 z6@ZzABG5ta_0U2w|p84$y5uOa;3b)d#qv9ix=A%XR)Zp>J44 zL?-B9wJetEY%#lCbFU4IKRA&StrqJDJ}J~g@JrsEI??wUDQhNGF3_$yGCUE=-bgJL2V;)6?ggtgj~KRq7&J3D6wd z-Zdr&HG*`V%D#r;nww7SEBT^P)vc?+zP?V@)Gfonq*^4c*BDp0AsYn{C{Ic8vfjG~ zseUrtvM5_vP8C@X+8WUckA(ipbI46f{Ya<&h$^W)m?YPzT%hXe8Uq&a({|v9NY?JO zQkf(mA_yTn(-|TWlcbIcSW11(IWzZN_+!Ft$^D%CIpZ-3x8vSDQbO&LEi3*L0i6`< zrpqATmbJnEO8*-o_1P%Lh|zl0P-Tp}hDX}dC*)$rdy_f4LncJ~J?DGEck9_NxGyX6 zFCtu{FK1m2C9*YGruYA2%b;3B5@HLl!fFwxm9tB4OFb(%r#Y<7q-SW%kBRnC120Sr zf62j(t)(hgevBU6z`1aTMlbee+U8~v*2nB>GnucSQs=}dYMbqYThlda4a>zz$-Txk z8>d}!MYKntB3<63Uz3@uXeYb-UJ#tOve}w&+N9&oR!^{=`e~hO$Uli;-4kx5V9h#^ z%-drb3;)T4BR^8_*GGlVdC-F!vek)bqrFPk z;)fL{cR(-)q~Hg9E?f!KoJ&XwpziPGhI+E#!)51+`g0rU`9O`*Ngk(m^- zuE!o4_(bK#Nvq=P3veB*lN)E01lGkj>ev&uaT9=4tVu#5kDD`IiVO zf0JsQOkZ1xR%T9ad-R}3uwmZR11zWhG!Q7%HstZ}(BsJ1PL=3jZnTNW(20*1PRh$o z&DPPc6-%g|Q)hx`pqD}Kt9n#dwWE6}riE!vKV<8{QB+sD`F{)^V&u6dUm8JU0P~z2 zaNlfAMOK@`qiBSiQ*Q0})M)b}(qrw4cQIiduN7J0v8XcCN%OisxU4Rg*aU2lm=||N z8d0P2wd@lAIryGJ*uu{+E`Rty;cjyb_T zhofoEA@|e-m+OV#a8r2AvW3zZjj0zDl@A!|AqEkMWJd!;EkDh2+Y5b6Tf0M^ z8DBM2tKXNo9)w$6oY`8NcO?tpr)Et&;A4jxXbI{b+%!vrqsKUGVVp*v8pfmm!Oeo@ zSy|2mZ9Jib_*bw#qm?CV=-6kt!a$7Wi>gkFN>B^eOJ*EQryin@iNcNp!Xj*~zPO5z z6J(pF$9OGK9!%UIGrt$AM&TbrMP5nQrq1+{A3T;EIN7S4_GE1|r#99qQ#5|N7hGa%F-zCLWDG$`eMrLoI8Z1$?;Pn57&?6cQ9w+c9 zsnU%f6A@a=hI4~W23DM&ffnguJy2t(_rsfq&g_f3wKM~nRgMXxHui@?S3nlo7Yz!m znLfCm?XT0xsO)6JDnpr+EFgRq7tff|Llp=qfIxumU#BP|q;YpanM5>In&9?)gu#&F zNWg%L#Zs*SxdlQ@-osbDm!fQk6v-ho59{>z;6_N54A7npnQv(F$fuzd!Zw&-Z-;2r zpH6Bev<|5V27gW0W<4Tfk(@T89YH1hWWPV<(wVDwU1_e4d(l#oUfj8)+d``D`4_n69&eyrvyzSiam5{S2QumQx6R-nOf=uK|_}JMD=57_N-CsDn=*W8or1% zl25jlp!xM0F{9%bf#TGL;*3V3KXbzUa@#kgloj4Vj9dC6IWfzt%AM8-l*|4g^v?mj zXEDKNj}WuVsVAH?kSJ{`-{=&+L=ToTZC=%=p%q|KIr4D1(speFFw}O_0J|Wr#Ll}H zByk+H3Pcq=wpYCgluv3}2Q1P9bkD44!ZIA90Cm_5tl5K#Y#$JF=aS?`LuE=sl%Fi* z5>Cw{7MBHO8C-e+Bw}{KR=$Y`d)31n(XKiiOw$5@-r7>?z z5GZfr&f<3i50wP@aMgV{^%~WGe{V9Z_6>R#Nc2$<8bm_kapF-uHzEYh<`2;BEccTF zIi{(ja1!a+*Q6CaCB|68e2I!Fm1&{Ogrx>u@~X0bOg9c?lalXMi!w>=PEivELdP^8 zXF(=n;izMj*n5y3)EKrb&xM@<_wSg&b-I#Rj$2#s0JIMKCm*;z8=O^YL7@eLHp1Oe zuq8x8v_ZCYS3Lcn&S=df{G zTyEBiR!Npvz0~CgQxVR^%2PKfGKPBWs{+T%T2$hUreX7{fV*>eu8E{{ZM9Jawh&mC zA28ZNg}{bpmq0FVWnn)k?ezM;tF;UwFP2ju+R)wrQ$`2_QCFsFc)i?=f(y8r4BIP9 zO9ZFpQv)d@jdriMYRiFq>XM?p@8Xn-qH96pju4qu=0iQL9Kb3lw6o~AVe{6_CI#`> zAo0T4-^gdw6_S@m?1(1p#qmpd6#*3SQ?7!Z#VD32 z>X55v(ejBil7VaSZg;xB3O6he>q&{&I~Jh@Js44-!2NhfudUJS<7UVc==QWUKZ~TF#7+jZ|A%u9UjxdxNmRxv;D#z9D)BqQ8hV;B5+U% z*d4(u(^0&aZVr_NmRvrYQ42Q6%}rsp`5$d$x{idWE$=?UOD+F{RZgh0QDDnJ6 z&wBAT&gzn)WTOoIj@D0x-BevDgEJbqHnEgD1&-QLQ(IBs=SVaGWJ|o@ZrRSBhsyjjkrQELdbH}U z9R5PTgXq&(OBYOu^&_1Z^9=!lEulS7h2VJyqp{?GktS!un26l}E)v+=g#iq;pgIEl zgrUG+TJSWoPo*ey^x6HnoM|%7KerGiW+l2`4CK7WGG&a!kXrVJ8G!fEgM1sHGx54X zJ@j|z)}d)B&v&F*;;RUa*_=d#pIv~sp_`0$kDqp2BQVAaGf#n`5TcDyjL(bm|Im`pWdzUo1@w`HXX}isU|s#GzkFz1qPBW^hV0Nz=*7 z2S(j`JG3BE7pwsOSDRtNc|>^>THRf#j03ltMz7CJ7%^gRv#e`LWDHT;aY)oYpiClQ z?c~Glr6B~Mm?eL1**D=bp%||s9`%Vo2Yewyu;~B=7j^R8Q%ywJGO#oH!#Jgh+)gV| zz$2TeUS_t-kwC&N#9h|$G%UmhTj^bikpM*d<*#dF6{kd&ZoH3X_oQ(pG2a@jCK95v zF@B!b-E(%7Z}0%!U2qkj0{J-4J5`iSL!1{E&_0Xe7DR-T9BK2ZdYz=)5Sa%e=>{rB zt$LxfNsV|;_Ek;eLtb`hByU1~wY8J?n0cQKDy#bo3EVZ@5?aWe!;E)~{B@1wB;oxIJHuCj5k#?xNfk8!3y<0Wb?KMc9>`*FcqRjo;+gfQk&C9lCL zXi7lInlxja>K8%%XSbt6jOU1Tq*b8_=)~W#+fSm zaN=*W)23cIfXIWFY=ZnmC$~F}0CH`Qch%{si9j1bNjtTQ`8x|%kmGntxPPifJ;-v6 z><)ugXA-V|ONcREHFUg(0-BtJzEipe)RMknrcZI`ZQ|3r*K6|;Ha=s*VvJ`h-f1h$ z&n~cyJdH$8_`;8Spw}8Q&6e*ccockk0EE}wJDEbu%(Je-GG{E!(P{%iB#E7@OBQW@($6soAyH-t2sDS~E@WTMk$|rb!&tOraBFv{(+|Ef9MmuUVaag{s0dfIzK6|8(zoi+&1Oj)W2qIB~QcPSlEhjZR z^ztXZVKN|EGBf{bQsWD;784}D6!MQF;WPyH20*;BL*=$YG?Jm!l}JO8%a~HXcm-q) z-J_~qcIo6=oV!Ll;pNvU%sk32QrDOw3Nx6{G@Kxd)-vTQ1*JI1lv|s&{CG@8VD5Ej zKS+yvyg%|WXb5BUhAw1?(l)43WV6?+Ae>&i%Jav&WzIoS)T`!N8nlPiXr)2iYQ!IR z0_K*r9P%;+!`2=gD;V1_>Ime@HM{b5vsFCBw*@gi7YJD6uiZU9rQM9p)H->OOh4T8HDK>*Ny|^ETRK4w z+&F+S*a(?V-plcY46?>s+P0(+n#-24;_Z)(nbd6(X{Adb&F>{`X2v4XOG}%H2Vl^HNhy1kGgUaT~|f&Z-+gaj!k)_{b?$Sr!@p&Mc5l#8&PqlL(S0 zZ;)e*#VU1Jl3Xn>*@?SRwutC-77TBg4?y$F+|p=k5`e=V1Z+qn!-VO{{ziS zJ=l2%=#%_Znr=siRW~V)Q_&E3)Hl&~2RGtQ<9-NVI)VO>4N?TeZ-E!5_>1LR(myyy zLni0~QI=H-6&u)NBv3DeCjhbt+2aI~LJknunOTafuR<2~Pbc6A3T|@7zwX$y=*S9T zqYx&`Df{$D^62Z&F+R0@`880yyf!&_xl%zQbAtj}B8jv$!u7sz$+xD_TNKt9?~6~3 zkN@oMeH&Yrslwn1pp0~hCbzcLk_-hO^dinnu)~^s#Tq6o#vJ9(Og@KZrD(j8ttX{v z>6VC@q234@AdYi!($NIRM=UGHp}2qfhet0g`740vzpRn2w^eubVVj;X`fSr^Gks;? z%Y(XKs}1=(t7WP`jCiDaOicUOu=N>%*7LGU zCF;2W=yAy&@oXh)f73Yc>D44;+eH^b1g6jlZ3bGu8 z_N?P*vM4VjaS-ZWldOsUW-=9h{%97eVaLuHZmmKf$1B50%Dho9vX45 z8U)JSXzO1`Ca!VDtYkIa4g>;c6UZ31);5S#9^(NeEG&bJfltGARiQD`lTK!)h7vG} zZo6mAYDDVzsjg(~NwEjwL~M&eguITDom%i`C8CP}>R+W#(ZH4iBK;O1e%-rm;)#~i zqQUA`V*NmlP&pUptXV+NF&KSV1!L_-Klx(CqKvIBSz}O10jWl@sEufoqVATZM=5zY z%t;$?pPLgUXFtYAe~W2Nc|q}qxlI^K$owy@GCxI4I<9O>~9peP` z|5&U97V5#jJ{zegwf9!-!W!1pZ7Ky?2$$eHPR`hbDI}Y|79tVLu%A~qUIOAu**SkM zv=Xe2ZQwO(=3!0byka+;5ZSQn7bJ$_!tXmmEJu#$HFU5j3@AUS&WR(3^d|pCa@^6|h0ni2F&>kNh6BKss>y)5 zVb)`yh~RB_Lp6}@t(ox>O=1pHWX0N-u25&Q7E3s=Lp;2f+;vpzEWhdruL$8gDlmEc zk!oX3iStiw<9Tw6O2R3!0{b*MmYl(n>jfq6RDhQYSv|rUWHkvAC;9o*_yRl^PP@i3 zDqXVH;=2&jTae~jFQn_RT1zLu#@VYJtH1g0F3pjv;$f$HvBn8%kqoG}O z@HzsOkLI<4{e;(NEEh1GtvVTWmW%+KEw;^a``pF!C)4wL{AaWOr)o!N815<`Mk{&R zUFJy)*^_&btNKM?+I((E3;vAchYw(a?63k-f9Rq>06yGldU@uIsE2Q*I@3iiz{9;_ zy^eJNyJzV$Y0b#KzYC1@?7@T?4p%!CFPU4uGsd;#0OmxwrYR7l|#P<>c!~aXN%l8T4*i}W; z!+|=TRp*Pgh!3L+$am{h5Y`VJ$N!{$;6%4=jb!hTt=JX{y5-{PbvjOmk_p<>5_Q-J zo!N`Xo#=pVvtTRuwno4ihCp|5{h|H%H_C(_9C6Uc+v-NV%j!o~;*1o~MOdaa>Od3| z&_FF5h#k@0sG5z9%g*a()!3tYyOJDL*PT}P${9e^n6OhN7Bb4&XhhwS&EV3@zZ%uz zk6}=*^+@Oh-9s53u~FcK4s^g%{YOT7#`7Gsbl-a@60bdSX-RUN$vPA)Fm0?*D_w;q z;%$3HWZ3jlp7ybykyQ2ge1SOZbg*yEE(SSCTi%-gtX^rvR*$j*Hc@!URa&K_hoROj z4T#wPh|&$QPcHKqq1TZ@ zJ?5Kgd}dceSdzv&!n6{L;$+23np5@SsqI~~34_gBWgNV{cF;u@0_5$iN!i&zfvFad z6jn?g6WP+H69tHQIP>?>A|*S)pj0T!xCopWj1QM_C0R3$@xi6;l@kkp@?)#Rae|xy za@(`IDIvG;0vJfpHNF(?MGq^-LAk*)0x^M082Z3`Xf|FB*98-+4y^m4p}Z?)^{FCm zHXmiHFQAHddf1;zGg=o@T3JE38H5)@Qm!&G(v?@{U5hSIfYhj-*K2f2WK>5Ot_!_B z+8vC%x1AG@Pd!u^8Vm8DKHIJ3LGxc&S}O&t#I|L_-GxYJC!Sb=UXrL+oRka5trnPi zNiI{x{4%w2sR^vYZx$ramT}Np^&Df`9;-Bs`jV^2JpPE^t{;EMBW!_TEwaA^;qV&h zJq=l0)v39Ahtj3K^1oX2lLWKSI%91Y1+)|}x%TR^_BQv95}Ur9nc-b}jI%}OuC5tG3MdzQ;~al864U?l6hwnd1>iJq%#dk23Ru>vFT zdxuUWA>P16gkQKkGqDf3AchnX9Ro=ADjFGBr76XZ$sKiq4;1vfr#^Xym#_FpUMOew zjF_Lsq*faPE2#vq9Q1}{iTkrs z(&{$kU6FdsY%h`BSR5JL85Vv2_??5oh7}R+YC-Wg$}qb8(3}0QcuPHO3j0E5IRmUQ zCnPW*@#n=>6owb-4JW*2M?^7D)U*!kntd?Sm z2kMNlPJu>wE9+EN;KEwCd8W{LWDo$nc04XSxedU{N1RcMPx#ZMP_mD(m`iAJfCt+U zYdooE=|0A5r41v;;un0zphA%d@*f05Y@+l{fnGrretswi9 z7dnfpX(AJ|Np_wuAQRD!9rCuTGNOBWy`hZ6Q#`gw*rMeEIy|EMNQ9PAwW_jq?+nD4 zJIrFNm8wSQ`-OT0V4+bVqGs_)i`Ys@L0%7)^(FC$;)=OMcAgy}b1_nmCdle9KU zQxWZkO;~EDS+0l7$IfLex}gu$eOLpH+F9i~I{)=ORV&Ridpc0*Q;5@Q4P~3~OT;E= zEA0wFml4H&Zq0UHE&b;bA@}|Wt!%|rVcC7Fpy)&(M)>1aXNKyqjj0o~j80|B$5)$T znwClnV2iWu)tE#DO8UJarRs#Ef6BV83F(cCg)HfKe>yM``rjsNn$AQNN)#4 z;xj@kUqeKoR7%7I;m~o}`sX!Kk08W^J!ZMy#rt8x;h(k$xFb>QS@4m8Wj1K9M!OQP zvt|IIQm{0ukT4=oiEi03KS>6zoh+!f&3cANL`0k9#}&R=MdJ&`r*v!7Q6bjBTu}F7 zD~!@;NHD{wd$Nb!flradPCro!s6R|z7-sS_ZqjTTDu_t%bcS$wc2N3!KXu_;rUb=v zP(AGFOL)+(O0=1YfHnMj9di1{HAT(P3Dy`5u`;G1Ae&z7D3));5>Nk(kWz9P{`x7X zm?VqtN<>$fa%{^NQX)>=I{le|Ml#)Z@#ztROsSE2K?U*a5Q;1crd|Sy{b-qUTQmO+ zFm(6Mc{0BPK%O!Q5pFHZ=s~kC#fia-8BL}DeJ&Rc#tpo+M{b-Cv-X)*%act6L!{*A zrSfR9Rv}RFEL}RFXHBvpoe#{ek?=ocjT#^_ZeqjH6XC)ATvgv%bVRMhbp}g=W+0wF z2a8<>b7j!gIs$y=p3pd8nx3~!jmHMUt;c9mM=z0;p@Bccsx&{K2(C&axVb!@x1KDp z=FLIm7^+z^77(yCbs!O&{4~7PB%KQMJ`%DOg-fTYkawi|q23z&M{Y%#-SJqR*IT_C ztGl-C_x%z=R%<4jCD=da=2lKmLKhwpz^_!Pa&1x?*WhJ&8t3{SGX z$Zhi%5d-0kT4X2+VNgUn4}XbJxZszqPQyE z5^}q^^IMY+0<453*uPJ%?dKQ9L_4meUMGr9WKck(o{^;DtS`j&r`hWqRrN$=Rb_AU zk=x5p_P%tq_=X9W-p%miwXJWck0wo6`d~wChT)*(RpXQ0gyPy9ld{rmL?-?fRd9I6^ti5N zG9Kru{F2qF#^Mnn`4RG_2TU%Omf5+rv&FANuUQ>?HhzG1rX!yI6_Hj1dUP7NjdH%f zA|Ip%(4gOtt$pniLv;c09qO$5T{SFLbw0oD@VgnPeTDIQWK#PZB=2(?XKmUonTixD zvYq6nQtMG=f-Z_(QKWv%^r`&}oC&W+P&QIi9QTy7IQI;aTr3)N7LbnYZFVXT9ceko zHjR~RU5j3KUZn70(r?Q+GGd9CVUdm;Y|3^~zHdf3ek6=VvMpfg=7yP@$BL6*t2w8~ZFyP`ihBk&jj+ z>44Ing3+G-l6Cy`%kgJ|uiMDQf){I~nO;#JGHC#+F!JgNE8ug+@3veJ<9dC16DVAFuDF}R1msz`op;oiZoTNoVI+(Xv+cYFJ(R3t8 z);X#VHSYtmPbxRo8Bq}IIiZKU+;U8w6}+>?ABM(pdaA^qpp!bfBM=LF=*2XXk)LZ^ ze)HN|&ItKi8jM6-Zl&TWp!^<#Ep^n5rVM-gMlaqe$xqW5Z54Q~lT9GQx}Vbk`Yq_n zqmE)0Ftxz}a^d;R5&-Do$)R7eOF<%!9_A6n`wwu+zt&HMC}4*_{jtrJHc%2w#Q|Sr z|4jJp=`{E7S-Br6=6f>>7fJ%27g4|Rqca3vz)&=6nSf%%uW1z8p`obxC!JM9;H%-I zDHwqO-w+boQ+^QycChM-wr9s-5`8tVAdra~RHQHtWUb28xYrECNLq!cWQk~;u(JSK z1H&8x(w((5#B!2dkkcUbM)h?^p{2ombK%&YmWPt^DBtpC7Tlp18zpyF3Vn@Yc6~;R zbEy%Wz>35V2=A)GgrOz6oK5pZ984!|!ki)^mRNJi(M=U~2ZM7xM&1K)Dl+#`4htu1 z#trIIW9HWG-A4EHQ=h}mY;6hreZiN)jO$|-b9(vDd}x(;slFFb@TVC`Z(uEbEeU5x zS6`9r_#nc=AhPtUW%1Oo;vd)<9J~{Ae(@#EGSg3&keICeH?6p(KQRQoRZ{S&0zT`D zpE&j*-LDLs!%{PfSXpN^>nJ$b3tRG>J*hxBrtLgS3d9sMQrA~Z{WY=G;r?1Oa<%K5 zf;|zB!N7`!C^eS>;_3B56-x!!yhw51%a`D zyEtDKeeI4^I=+OCrh<9^jiG5c%=yGUnJdHF*R$63PEzniMk6+Lu;FYiQ11?yP&c74 zw*W3DCI)qK==9(4+H<>a3HTp1~86;^8u4%RiM?gM>XG0EAu2DN^~o&L^Pr@BKThIQ-};nM9cqk;Ee`mgith9B`@y(LXv1cayB6hRU|aZfXLb*8QNL>bmq;LX}(Xm04dFYMMDZ!yv}vAwaai7D4Jzy z1kSRbLn4x0L3&s~vz{X4l5|{86&bEPwE~TqB`Nnjs&c;_LNq_)rA}8^x~Ue^iW^4t zV}CN~lHY}WoCMZu@NU`qPz##EHa^w|lZjqJ+w$Av`k{e)0zI!f476C6$bO*wJ+THr z!0a^ytX+x}{#Gl|wrxx2X?B|_7-dybC*m3RiN08@^`V5{CLlz$Ao;oIvP=dN!&D8o zXxk+n%g&6*ZN!Aw$9?F`Z>PvI3(#ky5j*VUK3;{|{b1E|(v|)ELM)`-XCK0LEVZP@ z_W?|BUuh(F_{{Q@oMbwwm=~h%)ESJadZ1xLivGj6SdxgiYBXr_=QcgJ5vC^-7jfn4 zz|pwcbBTzS>SQV&CRE#O+r#vj;GGQBzvlQD6TND19QQ`GX$E0!HFl3D%TYAl&`xgI zfuewsZe(H9z@>#l_{Dhe3^2;+5|uzIrvN+q>e5AU4@%5?ux-wOt_0=Ap=jfWNG#1| z&0;wGj;*=ImK0tUJnJOgw!>#Fd#NXsKuP1>MTe#OW_}18FR>1__UXOIR3JlRf*9}! z+ml2m;@RiYwV>v_>t7hF(StPo0Y98`A+dnnWl*mZRJp zi4Zs}bW@K9TV`1PI3PqQv9SmjCZUhpS8Q$O8dc&^@0JfCp?ml*priz_JF5LsGn!IU zCaqY_uX>r{I2TAoEL;Pkeb-Z7u4Nq#*T`+=WZ?M*{6u(oDkTJlRhI)PYI>P}2%3|Gj_&ZnmZ zub9_?0*Kswc|v+p2Ft7!AwhO$eP%{9v1AuhKkG=zl#G4kN916pC$in#^}zHEhMl*a zrrG4#gcX0TdBA|wF+K9M(LKbsYgTb64N4+jo|W##VZm{4fQ`+j5f2hT$!`!gCECxv zCo2cv&>_XO=1}@Ub82vxwe5MUfTpPA4l2!x0cy<1dAY&r{ORi=p z1{@=!)jiNpDjenVBy=U2xOaFYrP+lJzbs$6LQ`)2Qq7j%c;v=6rWHg6PBbBVsXe<3 za?wjHN2tc;S&S0MH;XYeiq6WG@dMj#4PP9#3Ko9*7mof%&}v_azqm+~>_AxL;J9*f zvfNg~LUK=_Pon(e9B2pi?~Hsk$>Y9}e=u0MH` zH$m6-%DGcP0yR!!3Rz34P<8t-SjGG#aHUa>5fkm@y2j`P2FaBSB=o zH%-D9l507~1|@#>!^49nRBSJ-Lxa#Y14B&C>n#&49l_<%v0C#Ev1bgGXr!R&F6>Zn z94LU3o;kk9+)$$MHeF&3FVV#gtolk!5qd^tHF`a^c;baOVxlb z)e0P}glws!x#Z=JVDZTjkX}m8WYJA--(UqbD%^wJlKsxM%aq_Bv){G^R2K`hwcT}rg;9`r@0;%Hi^n51WtHwW z3xFI}*DsnPG-a@WUpERA;=SN_PnrvK_8APoJHuq+t?UH=Q9!Q0nojZzY;gWiZ)WFG z$;5T0SRMi$OgWu-hMe|GB&>lZ4b~!djR{(wEKQqw6bK>`Ut9Thq=3VPk`TRq< z%|2^O8;4)OpsD$wN{9DU>XSKQzP>ywRRPifa2Js33{@-5N8g9nYFD2RG@3AsFE`&2 zVzseYpf#mRXNva6FHhm>EJ$IKoG0-d&W`s>;R`uahtDG}s(E#17t0nReG>)wmBnua zyZ<3%PpFTC;!qK~D;R6M$3!pT;@=ai2&I-?@y zO88WiYr3k)=!Rf>s$J}Ceu+HovSM|UQZ;GzKB^^<_rnLN_u1ER(V&OlAC6rP9|uU? zW59=91M&Oo`$!Y@oq<;wDfl4upeD@KysTR)j2qj4hD%62p&%|f-b1l$7s+6=0}0<2WgWbR5Qsq-#z-l%QrBPW6N#LI8b?Q1D zFX0_j@dqVRHcBZoyjauQSSrYp@J?9pE6{R|VF2Dyr(PI8_o`C}+%oi0S6Th%FmM7` z^=Rj~Pzt*azay0Ch}5{F^(axBHb=@EfO}N3-3IJ5%qVHS6~gXW%x$c(gii@i;q0Fv zXJAfMyY3znu{-yhDMLVi<4#UOd9t$E7$VAxOn3ogrhzwvV*|NWmK=zh_|Kak95MyF zy&O?kcQgc67;umDran3kT~^H80Uyh9^D<%}-Rt3CVOo0UD7_^SbsU$bC5~eL@RNJn z(2V_7QovtrbA8)sO5XTJVt(39TPia+qUx8{QITHy>81_Pjisa3CIM^j#S=~UxAoS5 z98qG^0!G__{8~(Cda7m+<-B|r^qKu|Nk{l@?|$i%po?|ynepSlUOQv8Hu?$Bpx;Iu z_bVu@G#tf{g9SN`P83qOma>t|z1}EY)^y(D}VLt@*I=0;NaR|ci66)6 zFfcV@F-jL8oX6W@PlGMSzd~-vJiX#gWKL`D+!&l38r)h@snOo#gKlGiu)scc8|g~M zTQa_aS&Ac~DOUptLcUU^0^PgrjA?F;_jRL=9tPe3(TnE+`WGf|aMwOTiM~_~h>ZvP zbR=>;JmAM4r44kPS|-w@ySkr5Rhk%LeQs4n>9X^Yc2Q9mfkx82d-fOz<3D17=Uw5_ zrQR?J9+!paQT1*lb6=8vCz*Hz=+J|C5;Lv&QBP_$7vzyE3;sSMsMK{Jn7bArh3t&f z;4u803f=ACInZ?b#WXOEVp4ZUZSF!VYZb-BY&_x&g76sh+3NsbK>cJWJndVg1P<0a z%=sA|m^5*Y3i#bpMh0{^8Y5dnoiw13+r*k;1kdtkmY3-g!oRw%FqDu zhAkc>z0~94fwguGhjq(&|))0B50BYl+ z2o%A`E->kiePf}hx9eX?m2)d+I$o>qnLv&=cz2OGd{=%3dM|Aj5C1=uM2Qa+{)3?D z0zms%&((=4O}{tuVTU4HEvnZtUJM#34Vw|#u_=T$))uQy%`TIL*!k~Dr0R|X%BI$K zunk@jzvo29Mx!ab{OUyohcp(aS?p)Jdu2ntWLWx0j`kSES1OAEUF;=YwiKF+l?-FJ z$)>5h$NU*x@ifyX(36OceUIVY6zxX=rrNw*^^-5ev>-0h;g-{yQgs8gUgzL605!+-*rT(7zbQ|l6V!a);T0LJ&i z_qW+Au1VeHJWIs?!IT;;RC}gMsxQE-6~Dotf7$$YO29ZO#QUEUEFAN`%B z!=S1!wgk0567Bu*H#^D4pMgT5h}7-Q*KU0|l@09*BJh`V9B&=&;`2q{X)KN+l=m|# zcJqzS3A9jLrmgXVh=GznQtONBoge_XZI~3>tIHuTO*5~QD{h?N4^)hnSBx!jwEXb_ zL{Hs4-Hwh1!x0IE00O=3#6>FdU}#EUw=rr6xneZ7?j{FWW7NnXF}#6Xw$icDc4of& zZl11}&s|JMK&-DrsWRP&xM1U=aggGRSfDd@86bvnF7^6$-1+pk5Nmi>E(MRgy$|HlZcJI*+V;pkcFCbE9h4|_aZXyay7$e%WnH;>4A zsZy}+>|R&=c&B8)gQ6_0CW-^DECU@{FSs}n2>y&O6XnB2r=qV4BZKzdIJ1+dZ!qw8 zo@1AbG658D9IRFu``y08@f~4h@E#Qk_VyeEK#B%mSDsAEIBDgn~n{9mF2n{4$+i*gnx#U^a3r>N=wxL#7qVEz=VN98vQOtSER& z9G^HL5wTWeD!mBjf7~m-Kd{HHGZgPRas>{;wUJ5FxkNtEw+*O0$O_=buF=p>J{`;$ zjoS7ai=g6j0Vc^J>xBcYLrDb5;RtbKKe5;JTOajEV!$U7s zB8(7yTs~Bt%%=eCJ#U;Yq>76WR(AM8rcv-wY2Obm!zpRur+E_i`yiiUNw$AtT@u~ADyew%h##;q1h!OB*dfGLOGqRX@KJ`Q7oG}F*GPw=hlR}I!hx&8HOtaIv^T| z+F97hBCg^-&)`rxX_*TVIY2y>;?Wi4x<*AFedfA2LT-BJcNa-SGf0vN1C>}L*BzxM z%Vyna0;0AKbJuXs9lS$&WGgjK5#`mYCD@f+tym>N@OdDA^$wx-l^_yq9e5J7M8U~V zWz$-%QX@G~khcZSdpSnKpstMRY|$U}74Cw@T~-a$?$U}|PSrs-vc^vP(yehBgv#`% zkYyg^8FxlEp)%n4$);F!EVjSZzJ#jD^1t0O=mn`g6A=lX<*Hm80SdD!;khH42j*8j zYmIHbV%ihebie>JA~=PH0|VuW9IK&vfzms%U2fWwWxc|C&;lYBUxy8QVE0*Nj3k!B zf?iKpyRt!caRzL;Yql#$Q4BZ}@oPK1WGjlQj5vq7q_8zk$u)>f&eCAm$qYi;wFlKW zuwPk8i*NE`G^M#%_D&S(v|1cWm@o}5(p-@}>*>LFSX9fPaZqvrPGFo#1^U#wWqC@s zr`cvYvJg*iN?so+@%Nv6a$~Z2gYix!7*GR)*m%gqnnsG_@KqjzP3MDNtIDZjX}T3f zHc%OS^Ll??Il|-HMMi4W)(9|?@2nJhL=#gAWU11?KdQNAttJYg(kOgOcFDAoR0I=; z#ERppQ&i7NG0?e(KN>d%>1J7DK!Tq?TLP}d8SUkWZ|Gc7_B0~%E*0nen(;v zvF7HHj8!a2PtjvqIl!K}?>E^C56zv#4G4!%qZ*UVGT4a<9hW1fGDb=#!QQx0U( zeVuN>0fd=(H0Gv|Y9#0ucfdLvwl?Tduu=Ij4(8-q`Bn#GG3PN{334&BP^C+e0Gg`o zvSk9~#K&usC%4CDToW-37~@aft5~(3h0InK0~4tiA#ot@{3v8!C7djizf30i)Eoq& zdC(v0_=}2q9`=00yn(C7H-m%<9UxK7@-4@lmH_|r3h0f%hwP6kgtf~b^MLnx^1p;T|jdk0E5+3+UO<-aFv7NgNrrGCD@u`RCo~@K0-t>w2iU zFcB&8bzng88D^gQdmPP_%`+;Dhz<;cW3pykFd*ZP*SHyjS9aXwX4$fhwwSx{{rGQJ z6NM|%R56lTGxZ*7DX9cjb-|*7)VZ6xg8TtzF$re{=wW~Y>jrZhNtkSf8PUa&Rjm1Lhb>D08a& z1d=q(w;-IRIP`_G#e%N(fp-Bp9v#_mRO%!^K+Kx>M0>+2gXgHxB-XCMURGjI)u~JM z*oVAFByagwtTI<4cPX*;&zR^5;D~$Y*TQOdL0cZ;-@kgHK_$mA9j2+a6isYuqjAy# zzI5Cl4+fW(;Mj&D^;kT*mWn9vqd!)OE|P{!i)sckOtCZ7VPwprwUqaUr#&&mz!>?B z$!*7XPY+Wwp>wyYL?o}ht%+g>B`0&%cay842qk0Z)V+!n%mjuNYt+#CiIc}s%lQrA zX)PS*!;s3g#I?yNK>(NBfIq142Q73PM}4 z!V{qXk!n}WOXqk`|24f%Wc>|8$8tHaLtO~~JNL$t_4Uw9hPcCm9?w{Gg9o+qkni;5 zO4-VsEv;#un2Sx|Ct$&$b7~s82g;jnE&Eu2^n)a?3XFA9AL2b-b`ju#8k3sL)@<&` z+vFcc(k~^rJhXZ~teS^g={^J#|ir<(x`*z9rs1Ti(0ePO0%D7#`dvjl{wftHb zT_l1n_;U&|5^F+`L0?AGk@MDGaNaEPd;@oJ$eP?nL+aofwx_okwLB>hQV7^|f-Jh> z_h(_TLH3>nJw9ZyFUGcd5fc994vH}sSxe`}Vw+(*PD6BfVYu_Azbt#Au!?FzQv_=vyk zq~$poN#`XoR8g&wtxS289Dimk1R_BLg6yA z0Da#IbuahTqTbK}KO!%p$n>A@pJG4iAqf>&l>RAyO zz{>*yP{GO#-6D zaFpn=`Yt6ybY7hRaPx6)wE4Ql$1I1Q9gF#?ruLIg0Gw!?WUeIIy1$Cq;%e2` zfuIJAj5f*)U|dA{(LlL9(nxOg{iXzD z!H;j27tY}L!uR}Z9KvL?wNDtLY#*>Sf7ih~I0A*Nz?Hn@> zOtm3#z?icjOmYP|TzHWkHx}-#L%+bB+~&9w08H!5_;5AR2=vRcKw)-WN~>0+val%# zmFeerHL^acynxZDB3#E6v5!OhyTL$X^wvx>_<(VCNN-kN0;R}0Nca41G;&_V$YE-L&rjcQ z4h$z`BnOxHBsRRh8X@MMHES@JHg>%)W}IG5wM9(k#f2#qf}D+@9$fhN%E_23V=G5e zew#8a59AoS-1{vOL+oIYe5e_cgrQyn$ci)>WQ`}hzUYVX@#+OwNjwMC1rZ?Wg7IpPEUwA z-U-hc&RU=q-QXIFN)vpzTFipLTURk+9y@dau|dXFeOBK(n#782v17{Ro;w?gL@2NBNU4wa ztrNn@v4ko+#NEC5`g$Pqu=TJ zoL!2>utjRoiK!!MbA|R(kt}(@tqpD@q-UiRc1B$2hiV*vHg#@3mI-h?@~!&4QG+^L zNBOnes#R&iu57PrA)ApZi8p+C$d898HjU27+aP_SZz_a`=Os?39Z~sk8KNW6A$LUZ z@P6129J^6eeB|_CHvc8~JXTZE(u(y|%W`n>`gpqK~lyCmi{BJ6PLRIV!;Tx25Hs3{qW@q3<)TI$+Nes@Y| zc)(nhd{Qb)U@a7n-L$zWOtresAxk?la#P^R1=xJVm}lgHCYi(cuBg(cJs}C_1gu(d z@n&x|*gqKzvtCDlgIf@hI6}pAV%14)`5Zpkr1cWg&7T+09IZ$`0VDLltTb~`AVW*D zWWuRF9hw$_#h&j>w~~Z;s=&JlKqtJ~^sCeJ(*TK1GA5P)uK_+jm`#xmK}k_p^EV{1v~~!%uHZvm4t<#;tIk=Hc>-F0KPIsJKdkF%84tLN+MUK zYkGx;rH%HvN-~O=xU(oM@X{G74#>)aPm(QI{X@KS2@QcWC{n1(0s2es3KYSFwGPr7 zL%K%W_hLZ3h#Rbc1o>JrG(lKY2qZYcVFz4n0kkGoMZKoRsy&k@&Snu{o>N4)a;Qk8 zwktO;zG_Q~(oi$i<7o^lePZ5W^a z*7U!Tq3eE*bQ%hFc9!`BiL!ywzIMwMB2v*-)}|7HZ18)*b$>x=LMS%5*)|>6^ScQ$ z!i40}0S?t(nPZ&xJ+=0e6PW z3Y~-ng=P+7pjA9?<(Ot*MH4|STrB+7KW%6P#6U301<-T{yN(ILDur-^OX9H%=KqKh`X~`zNjl z5s7%ov9Yi5+z|pI4WZz-ty*~F+l?q z;W{)IoBJ~%=6U97hFptiW4E7mgW9tXCt$hCA>4)q*ICwP z^O=gB6xQwRC?)xh{cTPwbe6o_N>XL>iBKZfgm7Z$S0}FJ&E)MzI}x)&i=ify&N{Q< z`kE2a-JPQ_g8HTu*f89y?3|C0gS6G2Ln3-WTe_dykyshNBfPm0o5wI?HI0o`=_PlyZ7tpcNrwLlCIr_HF1S z{xv)k;Kv%}yYnI)*|&ZmCtwj!IvG=4p7k#-6U@5mw5HKhb5s8Fd3D|?!*Cc5NZr8! zG<_(|=^7b_;Nf+bw6C;NxrVQ@{7l#rb2%pp+Cf3}c_;-MB9hCt+l~+T6K6CEqCJ`A zgReARQNW5a;-Wc2)u_`uL03(%?rWRidBsS`3*O}^`YpD?*0aj3A(z~i7 z^b=P;XXXqPG6bUSHqY6igMX?6IVXZV+KTl^g6em61izZmpGEau0+xaYzlFMPmZD}1>>%Kb$q+9 z_UeJx*E|^uw9{j|T)ZSQLr4c96Vn=zxvgiCZ+1y<^R-S6NGXf=$NNJU$h{zuU1pzb zuXb`AoXR1WXw$Qcpi*SB10%LBP{U)H5HD$G<)v3-5lVZk(NS-fWJoWxl5IDK8o8R( zvWbuMfnCpfFMDb=4z5c5zKfx5ik%&sjYq|wbroQVs4?=9>{0sW${PZ4P*HvQgN=k| zR13iO&-ben>{L&snD0U1sVA7pU6e18^HPn zj#!&DE!+SrWDU7M-X%|lEHCB~oiqK7QsF8vuEMuTz?(`LvtC*>h{xV(^S^hx(BdY< zD11(@y-{(y$a7MDy6%=_5KM&Joj)nder^p;Ze!XqfLJ7CQNx)-SPgdLb5&f*nR?_N zu)1Z9JSyzPOH@z7#HXb$+qoA6m><@>Wtx*t3-5A_-;Ow=WvA~Jp}iP)%c!&tA}Xq- z*)>$$csXBgJwF6Z30%_tAh>~!9ONZitqCArnlT=&joAq)5kxfwuPi{{8$xd)qrEIe z!L_q|oI5_@qoQ-2_+>y_Sh$Ea~u8}pHJ&5!3?Mb1&8^CRBsld3Qm8%c;E2(`S; z`-ri?8AC|${8TL7@@O&qKa+$l=a=I|85LN(5p{ZL5UaEl`o9#@M%!lHzIi)+*+eCk z0~W6cv>^AZD(>|(RnSL~u)*aP4?#|jhO9Klrvm|OruqL$1}*mxUcls9s99p)gjC`R}5YFol2Ko zq>ka|GP^OeR3WJ+Ndl8t;O9t<%*uRDNtm#xu28pR=2;7ZRU)`;Gg!^~?V!8_CjS=Z zHadeAG8ZmNc|u$Zq*r1|%g3~_ts)V5CL3{ayEE%eTv4~h#?e z2}`Hz8is-#g`GmEb&8ryR2IDzN8;HAd3@eZo7Y1c3oiM zZ;du)h+4AF?P_3llUg;ys#&b()dH?Y`H8nFtfgv32HJ`^D;zv9m78PLa&AV0LufOc zjZ2c=sNLY(=YB|faRVYs{EPN|iSvybvS5`X0xyw0!)(A}fb{qOz@SO|`a$T(szcGR zjQ1naH@@;;KP-jC?E+52i%&GF5VfSm7_7&XaN_F{lp7ac$THFGBzF2`_@W8Xe)`B5W-6=18+)F)aVI(zAxxVqM5l9fpcE6G(uLPr%4I>G@*cm@x1!g|_Z z@WVuccV!S|RKqP1IaEAkVid}$&Z6+i=%$^BuT-#|1x#lP^Lto?&Vau45{TOnD$}cE zsEf=YnuSV4nxe~g6A#HVV}nc@PGYE z(oh1Xi8XJ(qYru1z^gyfAsmHppdcx?b6@+EdlpE-4$b6g5`1}!5{$~-0 z+xb3uCY!O|ySM66SGZT%rEQ0zun;#O-Ud+eh*Arn5iB!M-IAUwOCtwl7F{LK9uZ#6 znkFql@H3Smf)@=JIpnnMm!#!XT4N9&7o<#dib*P#GH}Q7F;gxHaRy|o0RHNPduN;i zj(6MoI_KeFnJI)(5TUah*-G;Gj=}{|QSm-#r`4d#P!=_3FC6Krk@4iLQ&EQJ3>d_2 z&L2#v)KX(YfrZZxvvV7IgruPhQM7Y+5-U~HcEhbuQ)vmHAav!pVJGjXJH=QaoO8sU zY4hokC@WX`&G1Yvt9ijVHZR=Zj_8qVk&HrhA#fLZ*-6W>Wi*}|@ptrSZF%BNisGQo zJsVS&ZO{>v>{E>ZL(ipL&CP@)UVlb+>$lJfOC4TSuuWz5gtHOM8YpmNDoPQP&AL zs{#vFWJg_GEaR_9)@ax|ADf2Z@*&+7@mr`um4>V@pmh~fS@Mf1O1G7=ss_Y=tYjvU zawH9G?ADrSe1wxe;Mqd}ogFLLoTfq1^DxcD?d~{hwEYhRXgAGOuR4|<=ab})ly8Kr zJjG=T3mzPG#yX!lO=5J*k$#~EYt4q&vpq^wb=(}GLQONSKV_iu#B*2zz6N}(LOHU4 z&Mx(rn%0FX5zz2L=EY!|L2PdggHnIv1E7usi{& zVn(YP@YFjmpVH!yHVxY*<9-^br!1stit3a?E+2f=d8$Ej@FE6_pp>&kG_0VMG)YjX z*j{6>NFS@$yB2;$cZd86U3ThJPS%NMFJ*Gk!x5*pvSE{QhULVQLM2o`d%T(%5>KO5 zFAo;G`OU(epo16|K=R3|q(>WqJ?DwX?Lo^wo>bDV1^;tB#6k3IpjY!}MsIQ%)n#&h zgTU95{bZ*Mla${eQR3$s4GHmUjaR+NY*O5$A{pidPBTkS%-0YMf>F6vWEeyHu26y% zW&~_-z-igI_&x@JnsH&%fqa{Bt`2MuA61c%k=!A7Eh2%fy(?fb7VmnaBkH@vZCV@E zP?pof4fxHg(En-_6pWXc)K;m9w7CAHN3&{-oPmjOZg1K_E+L_Gx3dUqpR_RipLTAr zWFx?2P>uGJ)*4=&(4nxZVrU$6Cn{)sKwXMg9u3=4eG-W&clF7uOw5@u6={`tW=@9R zD+j5)*zKPm0=l;BVJP*-^+a$+FWS(pYy#%rSCS2ok(x`r1Tx(jl;ZHJ+i9gdF}4&M zqmylFHp!rp-_xS`2ts>RmLAe-gT`9JHZ~Y7ITps51uipx9>(G~TtChiIcL!7(*QDP zQ6XqV&!mI!Bj&%V=aeE3&HC~El44z$s;FaZccHD$a{ z7KVzR2Z9WnUJ{+*$)*%U;iR9-XN%=qf_3^O*jWuZ*3qqLbQF7LbOWs3Ec*q;4Dq z1{{Md@)0KStO}BoVC)KC@K0M71Wn3%5QQ1o@zX9eEb#ex?UfEx+|kW2FNU+uyyNxq z;+s$=%0os+n;#ns`1zi%3OylfbP%?7EYo1TQ(@^%d0_*<^Qv-_kkooAWM;$v1Tdm# zoQ%+j`tX`CgsRA3?Q_GkmS$)K`2Q^~G1<{*8_MTR0TN0RINVR;7Jhedt%ABIh ztC<&55L$GL-(iC$(N}`Dfl%&i!I-p&9yL`95>dmNer7L&A~b>D0*8kC;G!aB+jW-& zJ-#hAD-T5a&o@d?DP8`^n8wDi?LO97A5psVY1wX6^HOZ}A~HaeDV@ z;+t^!$AXT+8Yb`I|kDP-%~tms(PP7JTw z9rSD_VGDc4@lk1nU{888z_4%K?%hH1Xagcz5+SL>|ND$Yn!l>dA# z6=ld-1|mm=Kqj(BM8|Rz@;Lu}hb78rXx@`;SC%-7taaPYVjKt2;S(;yiiwGdHL~KQ z80e;BjCXC@$*VE2J&z@Fpgr$$>0^_mCX$Wh+CFD`X#Q>QDnlX?fmyz@r3+udCw)G+ zvAV20LU+N8lTBhu>SWqwA#eg?SS4UAJI31u6}D-VGrrO?w1h8rWrg=U!jeHJu`wuj z38rfBpy>mpY|wgx4){ew2$QyRlWZ&ous1Y1`R6 zAeqQlbt!YuL~6n`KCw|Bt7SmfOR>7jQTwL!2=P^>R}@p2){2si6%y% z-LfjsFnlG?D|C?oEjgoTk9p$v6c7VO(#O4AME@0CT0T+X)HoYq+gp;n8BtiChbDIE ztjh{@q$4t&t>2bf*va&?A~)HJHdoaFY{O1;-vZ@*iZ`l`&F(3Ykj0|d)M%7-lF}^2 zb5J?eptJVn5BRAkikf_6#(=KX+Z759ucKqzu|b94ul`E;C-3Q>&m$9{iC3sX<&xn7 zgzM(Miy9~!c6vDfST_gNR>le9(?P$=)ef1$ST$Dhlti(#;!L_|QSzjw{JrrR_KBkY z0;y4aIoEk^k<4Q$<)Q|LJd@F@Mr%Z7LOdSpn+;qbF6>Ump{t%h(2TPp!mA;X7P)p7+hqvR$?(NrFo-c)7|XQ_gnyZ463)%r06bRM zsNHx7&P+>dFkud|GBBqmQzj9>e3ZE5inAcyc#oL|shg@6e#N#3ipm7v#uVz}rQ@RA zzC99HwNG~M6@*gQkTU_O6Q)nAS$3(00+Z;cV5^fX`w9w<5{|T_pFwYkQl&-iQD9fn z;1on{d|0YKszDmGEuL?e?0;5U>cMgKhD6U!yNQ=uCKR^)l@P>hM|PF#hZC;iJFuw1 zWz~ZYl;`KfapgeR(a@wIMfh8n5~%_SP<51VtYd`>qZmHyu(y!CV)kt9i)A%xUWB~q zkmsw7JK|uzCr2Ns$Pi(Xr&Iq)u3ZhZi3!qzo!KTcUe1xKZX8sQ`nHK>MfrXth8Oam zpPqL{%U0s7E~#a}zc*wy*nqx-mCDBz(a=!M+CbQmwc(v60m>6jN{>9?a@F_9>CR{3 zO^-!KJZ+7=mGD5^g21s3(K%y4nU%Y?zSNIXWt~(agB)ZPp+Owlf)v3TQXL5UkCa*M zvOJN^r2yqXb@GF>^avOdDs{(}aZcj_t;vIFi!?_q9tRhHxca4fYR?4|B@Xc3lC2S% zj^?qEn|6T``PC=G$H<|rfHm|tX=tE^jblmooDU!iosr+5VeMU!P3k~USNnnw`d zEzj4TMKPeukYJuF&BNfj?Qw04g}^ohq+3NzgoI5HXp{o`SyR4L62N21pb`AVAB*Bp zu>F=16K&X&bUp;^U_Q>(?VAA4fNU0C~ACSPNJQ zI4Nk{geLS@RNCS9I#$f!_OU!KWtGk0~Qv^5=+7)>rctEEBY5=%5!xcB0E zLMFBr_`n^b+^9t_w)_po&Tr^urY7d=WPyjhK)XtDC;|7E<~8G;N@i z&Rcp;S~GL75^(7zORy+NC6j=yEm&+-4SV)bd<>#$+$bB?X1y`d8B&+4dsQK=bp^0u z_*^5-tPx)WUCZTZis~)uQl{QZ>l|jStnFI_414B^6oJo7lbx?|ZLUE$1p#Im` zfS)Fo@C>M#Owt$&lB8mMDxLk-l62_dz1k?|Tt^BAK|8#spFLGwr=j%w!}x8(1n@k@ zXGIsg=5g9f^PJuY*J)C|8q14)Ck^B>z%@h|+G{jKHwm8w0aQWbM^|vG+0i*V60{bLn)}Mv+;INJAqAJmyt!*$iv7RU;Lhay&-RiU(*M zoHx+9x$HF7O(mu?Rhb;);k|w4MKvV36O@0|>-B*lES!hw<7x{3#?_N^;ft3*%ZA1n zF7T8l&NCOL4O;D(?vxF9g%XbqRnrL$^iO)YpV17Pz!WT=iIwR)B@TXlw_i;`Iq&AK zYGaKdP*zTCt2sC3y^W0`yfC<9IkM}gQ}ihcsYebbhU;4>7Xb8vL=V=~Qx7@~isw;V zW7XXq1|Ct6!{vQ$G3smZTY;vR)8>Rv8TF;*s>>`?mmWKO)ZRm9G+T?OnsUn%6ykNL ze{ie!7kiX4(LM7Oi6cup`K|-LbmVX+8?oIi%xUAf&N5A==Q=#&@qVe+C>r%y+Prcm z=~o*+@P;U7(9$G*d~L8C$H8Xz&D_8uS*#}mBy5)sAdvBbqIj%S!p;vNQi+vs*5NE) zLT5DUL!jmuVv|SSs1lOQI3-a#6#@W~kOKka_~031Tu;;m(Y%XD28uMq-@1xXZT$G= z0HI6|=j{Nyn(6Jyi&SB#Ikj-6$Tt_Pc4Mupo2c5Lz>S&EWtS`w>f4Uiwyksq@}sJL z?hv$FUO;&WThR-OJTby($v2*(65z4D(`~^AK3V;8dYS#@hj^oE-BTyw_`%fmy$*qZxNZFLC3X+~^+(%J3n5Z$xIHm~ z$y`{82*w8Hwr;nkK)xVDb22)}mZSVA-i{uFXNYZzx!hd@Lc?(cS(XJ_k-(A;A=4{I zW#0=RDMQi)9BxZvgx;!Gk3G}vo3JJ(xq4&T$oRypriO+08a%iduN?hTCYPC6QCPN$ zC8R|(9~Z}rncj9aI5;wGp>BM~X0-=vlY$gW0RrwHZar)EtZXxr6W>nV+stA-2h|w~?+)r97}R!E0L^N}sd5Fy$^ai|1UMfNyq~ zCu<%5Znf2D{oB-5!Jb3`9|2AkmBJ+Hn*(A5>rN10vIp`xW~UOxqnhVVVxZY?`&4rE zbJs}$)c7>>s4yH8;_sF}x@x_6CdO_EG0EfUFoF{0AvD zqYa=aKAla5U;@BQNo^Y-C-0O#wNnjpT&83l45aaEV<$xWMTkKFz<#hK=liR>`iY&n zZhq^~{V6=>xk0=ffh1IFV5zAg^J8>FT2<#=t%H&TyWkB9r?lR(Ir?60gdZC>y=H$& z+zAM^M8b(I`%;XqJsq_SQ9zr!#5&Azi8v~GQo-j`@HB??N7R#&#pA?FnMxa zoQDj@SL&JbV;4z3$oZ_*&8)1?j`jk?SO`78o}rhwT7}VRU}bToEgpaaHCek5KD5d_ zcBB#Yvvyrx)gWfZvAzcmk}0>z1o?Z_%(3TBVv>C(GXn)?8&?>TzOauD z(l=>Y4UT5jo|%8jSjEP-B;nW(e3uX^m{5$hW|$*1zUHq!+nj>Z5BUI2KAz~A(4!Em z3N|#^skX($JGE9Ph69B_#{bAw{06{>fNXMJ$;5q|#U*=3x1N5Dk} zhwZ~&C(*DH+6HQjwGKG;1QY^}l~G1y-X0j3*8HPzNTkzSf@u!izfv1_mF}R0{(3mC zqUEM6tCHn^CC0y2+!~D8O4<%FjIePjw$bQ0L3ipCYHtZ`%g~hDHav**(xaEbuZm$q zwGw3Ep)WKr)kz%GJr=pl5uTg9fGK5Fq~zAk_Mm#$yEx<#?vOSg6Y99((R>_2>f%)E zSW*IwW{kZ)U2$rP@)KKR=-v(=x+zX=<0hyKb*P}^7<(ik3a>`$P7X}LM@ag>N#_+8 zU+mpj)(GqG;pkd1(Cj#h>is*fsq1u~ZLt$!%L46z@pN>2*%H9an^~jo$!vB|bHKAC#qb6=Cq#!n`VijFIsOrdY~u91&u zn|?HueC^n}g^-a#sC&NNE)`~VArlK(@SCi&q~1ziJ;@A7fM0Dq(aE(~oT^6)qykTc zd8>UOfvLjxYFbJ|X{{B&!liFMIOTz3`hA8U69>{L7~Nk@!_+)V@x;24I#pGi4ew{e zZyJ^niVa<(MhW6zY(RMQj8qSBjRJ6vxglpULB221a#sqz3pWzHTlVNVZrz zl6)y)Z8ABa=p0C9ka2xsW5Dq^YhFrjPf>3mDi7^7;*+{v)~kQKU1GA4@pDcMM-#2v}E zvbpBKWex(S5;xTZ72i>JVheUHb7z>HKz^0E2jANMVTl+ZNsV+OY(5efH02UE4U@rRz{RXHFj~gUR1&aLN=S$JRpoP?gUnpQ;Y{gZfVp(m zjQ4xq!}h#}hLg@GiYxXpkr-f4ief;nigP8G46P4MY9cG$XB%vKn~O#nEcqGFr_pE> zT2tfi+PF)ct^rXFSHky|Bf1Yi#^$tJENtT!*YdI${07DcJ0$F>xK2K%xu zbkhM6m<(HMHLbJ`qk4`kuK*JNF(o7QU#+PRjx&C2qXyYMh`C5V$jk%2zQWu_fChN% z8A^(pl@)cxm3?h*G@s&e4kw><-6=txwVeBDl(Q^@IdGoI2Wnw(31C+mUG$qkBs*}V zxfc<8KB_H~qaAZHWUO+roy7K$GB>7sbTO;lH^o;p-28sqEGX_g5mC;A^Q5_%umaq2 zA=2~A`@yxNmdf^&Cs^If&*GL?4T#Vc!|AB_j+6>p0@7){xJ))xLm@dzNq@t7%*^DY zPb#gssj<;R9ws9RgZeg17 zx7mPDZyjSnS5P}CH)A2KoPqJb>?>ihQ&t51wpivgO{k4AP#9voZ*2H$-HJ%kT@zL? zw;@NFO@cT?kC{r{o#aTNxEDu&v}{`KcbXa#%8{;sEoFGsRieUnAsv92WtC_Fz4V}Z zv9?}k&7hi()ff@?i5nvW$g-}4jT0O1hT9ysmV6%-q$Z;BXUx8?gO%w85pJBrEmV$T z1|ArlvbvYDo6Vj@RvTOkZVWG6AyVHha;{lyB*souF9}d6k$vnas=BV_g541^SC^n- zK`iYlnE7pK%*J6z0M!#@Til5cvgYe#2m=T>>IgQe%xE=)1;!%>zmc?hqDrU4BrMp_ zP7C-U;ugbkj}{Izt*Q>9p-d9)v9smq0<-$zd7j}1b5k&jBSzH01^U(NLdItA_24vI zbu$#qRo;bQtj==uTE~t|ZGGdL3j|@#x)0ifS7$D^kEPuM4N#@6p3Hthz+DLw#S>xD zPC!I(p8udWzZDs1=oCu}u#X9{7yv;)zP}D(Jl+ zl0&4z+Z-EAfU#%DvoTLJU9m|$=EobwIf-@_Gl>T^wPjyG`j_aWs-){44|=lSGh>9s zu$e%R`__!gyrM%7ZO18xa`^93drGhG?{4Jk7&i{mNbP1Kd@zuXEH7#3%!YpYN%NsOxLzkl zfko|Os*HIju3Rd8$x2 z@sz8nwRju_J~qs-%biUviG-4mrvx7PKY>Q2`=BdDvp&8URm3%*6vI87cN(|IL=?n2 zLP-aPxLGWFP!wtCmZ0Jm&x{zzwmPIdlG0B;>uQ2)ktCT4`S1+!l4T%Wn2Q(Cw-3)<#Ig_PO zi|Hu3AT%|@ZfE7rP(f~6;GV|oi;to9j`LiD^>O7#DO0Sqdg$h68T|lOdn|?Fo$vmeJ00O=PfxVN3!K3J1fv%ncB=G-4i~h6S}YT^LlQ zQsAobhUSSl=il^@>p#UOw1{P$QvPu7n6;f)9U!w!mRZC&1hzNvFlG>aO(T(Q9>p_> zhjQ3|(O_3R-QZH_Xz2`8k|f8Uzz|M@#7C|hMB1hxF{IOg1~5Ta?Iw85%*LIO*DNe` zjBRW8%pIw}gK;;+gHqe3vMvE|tQ7+z9e`u!m;Rnn%Gt+}K85)gnwoi;N}UH}YvG(r z-3A3-uhh`CJyEKuCxEYC0A~@+6L{Q;QwWy((F#*TvzFxzUF^~G@^~zb8u;gNuFaU;zFOXx(bUX_#VlJ*w&sv#KPy;!FIvht=v%NU=cSB zuBcmTs(uMgs8@xC1$TtSdVU%1eO7?L1nH+Ivp3hZ!B$|Fht5ws>NPc>VYQORbn})V z3pT*6z%+eY8~UWv@<5y=9LzBL=v!L`#>R{*1+kzx%1jq3G#E`wgJ7d#p=k-}uQma@ z9m8*CW2TukP*m~xVOaDZRfdG1QC0V1razKVFiCrKF|rvH3`JOt$fI>>SB`?BDt7pY zWQ2_;15ZQJsE|(q1<+E6g0Ns3i%-llc8QjLn0lG=<$DkOc*%wVZ zF?hiBq*gE-t7Om2#)#9~mf($n7*>-+zq-2?<7v9dD{~sC6~7bZw#77LsA|<`K)mk@ zB?cRVv>vJ`B{uT(!F#4Fm<4wWoRL4NjVZKOz`RV3tg=Zx8^qrgE#J8=7OQ$6DLETH z{oK?hhNYJhMhpq%~cfz{6rQT71S|eus=*pw5FhXT?IjsJNAIK zK9eP&VU(8*(8%oFr%DcMA^Q*ZHo-)5^Px7Uisi8zQhA{)G$?83-n@-s@-Y4aRws|! zTG=eM-&LfPknMJ8m5Obde(pJ5OVr3m9&k7B~= zgFy%3q`WO%XsdByQ1GO&&{KU5PCL#b4;fNClnR$5I!6J;N&z17j+BHl2g88Jp8GEs z(wCSzcy8*0S}5C@j0%Jc$D=co{9^N~1rZUOnD2rm)|gNwvc9GTXo|(ue(NkM))czt zCA0rmTuL=KyCZKV&@fc5TV=v<4EC-SSo*t_o+yJkfdz!*%CaWO(%Y8t9K z^@2?+xD!Icuvla2q=&+FHSzf|)t1a3A_y-6cPb^IHP7|TaYT^Pz)#Lz%Sdqj$l>Wu zrvBg)WF?j1xF|1cZvzPZ;E-xfVy;t%!$8Zn&XSExvDNp*@Qka0NF2RZ8SVmbFCJ^G z2EP*N{7USLJqKRgzG(f3SpcV9O0$@7Jg6%Arc|t>cTBv~M%6}$)${Du>|i4R*04Mx z)Y$@S_FV^W0pq|HE!3!7Kz9`=rvmOC1vE3BW!3;L+W5=@qFJLmK{An+oli?u2~n;a z(a;{Ot66ffc*E%wYCY!X1bG^H5NV!h%Me*JJ~mm^d+SNQjWJVPAG{a4NEH@j1H84K zm1z-==sLpSiC5E!6ci^-F?-EG=LYc4f#(p?m<1&A4lXWDid$#xyQx>Cz0BpH6$7;l zdSzi`2E@1yrfK|?Vs8nY(kji49o;yy&9GW$VECmeu}6O;-+QA9P4p^yu`>DK`=-i% zZ-Aw|foB^k8xT_Jta|#N{hw?Rd4VY0Tjp{}=c#o|bLlYmO{G9@zZD3Y9u;6+b zP=-I>5oF`V0MhX`my|NS{tvQFp)zWdHyaN{Nz8?7As1h<1~Qrv@Al|prNW(+-Ht#Q z2VKWv;F`p(61b4q`)F40P}iNhiM$_q(PWOfkdsrMz-Eo`J7Lm%G5F7$Gc$uCiRffj zm7%$qkEngJ^vIOD6${HKE1*9*a_CK%|J_np$yjht{B ziX87*aGckc{7Nxg2cI4hvZ!zZu|;8(hO@nGnson)Ox0eR=s)B)e{m2&6r`6!bu9Mq zsmqI=3H^v>W!F5Gqp^C4mbKt)(E$?f^Kvq&6X%-eYoOaVXK$S2U>8^+FQQAn4QNsz zy^Q{D8FA7fA(UpjtGeJzf#xd=#=Iq*&Dq|g6hG{1o=u_6i@IF2lv27d#9v zzwnl3?8Je04S(Y+i#r<9kz6G?w8}5#F8A+ae5~v1YOHc*H zfW8BD4i1Dt{_u%+I0Jk~0CNSh~EALuD;gjy8VwL3tu-tX9ul5+&ZoW60#i zvle$XUZAI=a9+>B&8voqF`AHB3^>3#U1&UsUn6~0l8C5yGk%`EV&m=CBH_!A<9r}l z?6DKhwd$FhyJ!i@Bay!V1{;KnAa z4b{O*yBZON;S~5S^6@lMB|lEDOPl!&HzMKc6iCS6JKGp?8LY}CDa@4e02919VNRJhLGOx*7t-$Y{^H!b+HEAcd^1m${h~Q8DrH3AUx{CUIV)gt++bV1RT>2 zp9&3hSc$M>pTLofd@JvQQe80CJF(O}U9!R3v}}3CvFO?^29cgzpmn27}ED7pE{cA;J4trA7CUMLS-*w3H-*9ie+E8@5$WSw&w}# zf@3D?R;MU7TygYnNJ4dTduTq#;WWcS)(6r zVW)){B`IbvQw*gj`xZHTpU)HJk^H!FUVV#6XJ`=fIlxTH`?Pk)SR2|O9WjYdJ{cRm zZgR;P#Xy(viPf0q0%Nb*!z)V>09@pwM`mzY}P78Jk2x7 z`mWpJ=dG)wA3=^a^ajo-nwf~sgc3yZn~$CxJZ2&R$*MIi5z?{Dh(-exw(4*uAcrT> z9GfrD1|53ceyq(J;BF@dfF}m)oAXz`LyG|y;~_oIgv}qmTy*-go1bz}psf-csVy`s@&YkKX)h*9ss3 zobL!CP?`t_X&S6pOjhI6wafrarNG9fT#Igb6f`~l6K+1=QoomJ8>?*2kMeRR(H<+C zv&UW;mwh1+&V{AHev!!l(fd`&t_?|$J`4fwZy`EKkr|TlOBeUACYDbhSM-eQf}`JC zmPcAF69_`!(wZo&`jv%;76^hHpttsIt7Ou##woECl?}aS7p*3m(Xa48R%=g_2(CyT zy$q=@8-l)GxWKBS70Bm}2iPAXQW9r${N=VpQf&fpy~nG=gl^H?bP)MpZ*bHd6~H}% z%X11CIjj9sL$QTLP(j5wZN(s7&s2i8%MBYt>+TO<0Sng&L@MT82!r%Zz@7) zE(hZ;(c~N`xj1QK|JWEim!VA50tVpR=P!VCJc~xN2;vhgoXURd=pF_Fl_D#8*o@82%JGJurX^zgqqOnaGN@+5ra{SN(K*&Cr zk#uCYwC>|yW_Q&HUEE&(la({lR6>>sx#<<~kZk4_Eqs^%r`;-C@PD{CqGUIHMfs(w z_2ATErt=|n6El~+xM(+T8)hHKJCNxTthbrQraqsH*Q!$#Vh2#>HdQX~(Yu zIyk%(gm2w3yte_u9jg{q*}3DVJlRfbf!+DdN9){QK*0rRuESlWR3wzu(lOze9$Ma3 z$du}4;&%y)eW+GTtTN=)Q>E9K7x*)05sL02ltrDik>#HXsXD5;GiKu&Y3)#TfsVrJ zq9+ZbuDWIQNBAD}Qsar_xjVZe%xR@D(&mPG@&Ic@9Y6#l<=i!=C#Dywzei)QOr-1L z)xRe}`YH$=jo=K(#}Ld%8SJ$%K02q~=5oUGsec?GArCpANO`FIYP&sU7?sMn=ZL74 z^|vX(Zg<5|(=?MeaS<`R+Y+RYS5Qj@J0iZg`aG^nf1>}MpN5XF!2#x2`w z`wys7(Yx#svAm3!egMLf%#luJd%gc`$iC9a9FjyUJK^B-z*dO9@<*@Rz$XDXgm^`9UX<}1$T}!XNM&W6vJ3Ltx0{kfr9R~(-zdLNVDEmyaE$@OUqk8 z{Dv)-2YRRqo^)FGp;^YRB7F2p?)O+ZFt->g&F_Id}oLZ zeP_TocugS-%G>35t>Uw!zox^LqoO)E>CKOo*6b`EPj)_#Y)`Pr{^W;CKG{E??@jVZVXA0Qu`epM3iiWtIf4yt}3q(ctiS7^VC)Z z?q$r#H$kL)L*WNZD$0%c?C;zr12(26nPGAaLkfBU?bMTw(V4xN>rf*j6T{jwTu9zj zp=mSPlX?Fh0_i)@@CfBOG3g zrVzL$#*;Yf?FT_D>w3<_e_@o_8KCrT!gwx=#P0i7}s>T($>GSDUhDOB)-Ggfq;xEcwbxoDb000EZv#C+MdrxjBiqkDjDfJtYi5HqDG?QWWiVh{N7477d^3a@yU zJQgv#G{s#{8f^Ua(eoQ(f+5)@ee^wh)}07Et_%?FV!#ExM!K)3QB_+^(X#=8&m4C5 zDM6x0c;%5Jz6wPSH~EQXdR~f<6Q4hReM@`T^Y&~#J5>XoAh)1CJ-=0&n>Kqz3K<$K zM)@rx?c+7VDf+|gLa_U8D#>4V?7Oc8$}^drTY+cKd}^|AnZYc}MLEx3TDq(pa{*q!~Z1^y%ASNzBw7cR4FID6JNWJ)W*VvH(bvKIu<%@bxyT zf3q~cD{#QVAcWZAmgr~ECn7N;M4pwV+gjOnumF%bmSX`ymOi^7M8@4&4R8ziCZ~

zaEE5HJVrH%xw{ApLoco|b>s#r*uNdqU5@twyw~Pn>Orf1xi13+igQ?=Z;Z~<;y7nu z)w0@FA$^G$xI9VoA+JoJXsmETvihRU@Vwv**%jUvP7^y5Po&6a2K`wucLGu6Sk|f3 zf}h~R<^{wmrhg#;u&XV0yLU%n@EyNl(F+m410QV2(o zH(Cb4eP~5e(F8^fXJz!&;iij6W1<Yi`Mo#Nba2)maGd!{a^ZSg@&D!9HELacn|W`P&+~Y&{swur-U% zcy7Z5mWfZOPiIxXM5jr(IoSB;)5hFcr?SF9I$DWnno(u`^0f*?eZFi20Q%o>qi1W^ zoCm+{XGjp&uhQj6V|dc}Cr3AcAFf9~?3Sg|e{5c!gv%H|Pa%(_nY&U5t07Q#u&xTAj^?n7 zXtJ+=%6F~fP6-aHYGb{zd*x|>H7Ax(?-BkZFd|X)RhT>Hu>Npwl2v}*<4Hu*-nkgS zGQnny#Y`Oy5qyDTg`=0Z5)i_LT{N@2j2zJ9MpHj2t+y!Gm=rr~FDw$$b5ker$c?tXnPPaOyYYH~Dh0Z6v(E$yxsbs6R`gTHFc4arn3gGNZR*1>0AcX8 zV2N+xGm?tqNTKMgFnr)!L1nvELv#=Xw!V~3C5D{6h5QCge4}4=wA)C;jUtL06>zZ92z*{&HjuOC!q=k2sY5($| zg?t83qvm8w{-Hh_jAny-}btOR=}z=H?o88omH zbPlck>3SV#8iZcrby-$)YrUM*rJY{FEXLgWqWY}Ntx^rd`Mqk_0~abdC}9|)tapiw zYT9+${qaoMcyH6QTUbNkL3jc|-KL1Mu9!G7o zz)N0J5dDL@S}vRol^wNtv*rV{k+z&}eVkq8H+$5M!)KPRoQ`H!LAqPozy(0Ym16IZfcOO$$dTDIQM{qGEgV4?q17=MpNj!YOz z;>E}(*ZxCh$9n1qxvvEp0^M`sr#^!o&fXE2C>3bL!bj7tey;tr=XPIex1iE z%_Li9+KM2!vRc?cD_OLPKi_%#`i{3X3<|^=2e(JDh(F^M?ETj`!J=V^F2^UMC~c8H z^6-Y@NpRgXw0k3kJ{3sHi;2p}hz)%_)5ofk^VL`wE*&f3E5{#>o_f}~)zsX+pQKD_MkzcQVpdSDQjF_8pIi|ATj(YnV7`3S$09$dL)?qMoG+2_?GiHjb$N6{G$Tzw0O6^e85mvqC0*c(^_iLiW}9_1&Y+8m|aX>g8ZgM7wme=4Zhh*jupy5FR|qHbdlkh zkjI=kaOr6Iq7qXN&dI7^1veRnoFJCTDufZ=zllX1wE_e&lGg@kAd8>4&HrKiQ=`I( zGS)Vh)K=+X;m%qrKJ>Y3JOP2a8Z<|O9S}-BWw3spVK<_@9yKyn>MMzmpdJ5S7og2e zgEWg9&0DRz;{%l(nt>B-d}Z5087x~pG@9jLZ}WhdF(-Be06#Db4aB-7oa6OY(`e{qxJD05mQ&i0A& zcK0MhocG!hllUZ-Q7&n+f>$HCaUn^YR4xt{P9}Lr`@}0urCd=g1{;8AH7SxwI%w$%JzU}b9gU}eyS%ss7^olUF?N6 z#e1bLA*N$1(0^huoE0QpiAh`U%W6>)%ZcO+*2>9A`*{=(r<}PAHG>6Gqw5|ZA>NY`hg@oBAMgg6PNv0hi#z;f{@9iA;pf$;An*U;RykYnPNy#NEi{bkvC*Fh_{Ja z8zKk!PXX+V_pK3aFO?Cx${p0njf9axw4I|h=d)p#+!A$Md_5H`nhh?CM##s=sK^)M z@DT#`nhs&OJowgea@TyZOXcIQEU(4axp-Ms?;C@dBHO1=I&dJ8I`0vtWKjxm#hI|$K6k@quhbg_tR$RD|aeJ2o1g`G^da4NI;4m6Eo4rayI%*KbCajm7#&NKp1%W zxjZJIYv}&Uu{)OnY4iu5qrO!SP>@aHrzrF@+CQ_)|TQ{UO%b!)BSBMGR|*!fKt ziuIRWm5C`uXfR?*1RNgpd|UU&xdLoC6y(zSsT?SxKK}5DJfp-1#&HB5@=|f3An1@b{-JPQbPR%7 zFyM3tnYbbCFZ(AP|2ajL`@;k6>}f>_U+`>3l-Fzl{=Z7kCwzcv$w6d0N;+L&5cm)e zm&}bY!ZssrtTiC@Di%f$JTKZUHD)6~)0Xlccf*{j6O@pv74OYtmU%>8L=mg~VECzF zr4cR(W=ohh{7b`4br4Wvs|CH&2d~LR7d&uY)sFv|*(FjZna_?F+sCL6JD1_lhnlvM zh(G5OZ{*Je1&vM%_qN=kHj7rwwhwV1Bu#)N0HI~6@pNWj^D3J+`{ZNI6YHg;>pxa! ztaXkIqt(ra%b&Z251fkvQJNsiDLDe3)>SzZ7USBjN>&4YH`ppc7%xTRj%tFD8d#Er z(z>dw!RVK#JYMNkUJ*H!)o$vM(?c9iiN~ZY7^nmv53a!5D4x&&Pt-74*pblgP#-T= zgEnjx)v>b)xIYg`ib3Ib~P6lR5Dd67xC%^5{d#JwIa2vi~rQ^d&}ra+)M zJ^Q8n@ zUJQ@w#c_Abr3s!}MCnEbP|HFT`1&=zbKW5Bfj$X`8MV_e7!8ys*#upRN4wzu7(99Z z+6WCZLWPQj4C4IGs6Wx(vg>L1P^Vuw6)SQkAz>k*Ng8^3Kwv!R>9Ud2>*A$+v!?^9c+H#`j=% zZOsk+SboNockAT_DzT*b&TC0PKT9-16V3I$?ozZ>XsPjNq-U5uHT+3p}jGD1gVt=U0lDvp@nOM>OmJF)`Z0#aIVuvO3N%10#0S^Z4 z%sp8vDwhau8&z0_r77&SW`Ga`qP*pnwGbCW+b0XyVWN$B0yg_DHGaueMV zySQFFhhUP1f(Y5HA@aO*J8Vy&YrvndBFm84>xiIQSHKEN=W%KI2?s34k+VAc0rAWy zZ{gzr<1Bx-ChQY>2#ho?cdSFH2zug3sNo!c8de*Zcp;R$2KLOdFd+-O6#0GbnQy3t%G&Pl=u#rqEb=;IDH;2LBo1NUHr+dsH^JPDn-9xUySho z!wpt#)*`1$D9|Ghrt$l<+zn3I

adGwQOED)$x#enl$pi4zgpjJ$%al!bJr!Lq#< zTYCD#7Sc$|f2H0wrD$r^bP;Eo!HS8fR;d(tB5cpj(RyWuHg;{R;gze|u?8tu24?yF zDx2;g#~I69V+f!|`;VU3g4&awsm~ty&bn{czUpo5b(`TIUCb4?x)w6t*AHa;1HZf_ zzW`P5U2(p1!<>HH>745e@^l1F8ab@2ldBY@m07N^VWV2nF_NK9tO3y83sG6KGMlD( z3~2isn|dn?vz=ZU&8|scrTVp7k!AY}JbyN+(lBrRxTdGzkoDovu}TNhi5^6zarucU z4W4chmwT>XiFH7iCKK1Kz%$PY8Nn2h^trK`N~7*wU81>RVcFL81rRy}aFpHdnKOXs z$|_aHuzs&-KWsxxaTpnCUbm)}TCd2gzr+bk z{?(qI&2J?hR)3oNN3S$EBD*~7(`HsZiz?9Vad-YGY*SF~fr3`U9GKw^uLESJ^d($% z(J7l`C{9^la55p;zbU4}glE=Qz({}|kg=7AwYf!^)<$^`L*U%1Q) zonV1D^vU;%CNpg-Uq zx-}lUF;^i7iixm00safFAF6>#K+luPEo~4WOIL{5UjDORTOgKWst#9-=VC)}MWqdy z(RJbP^?ib(a!Cn_H3V5IZog{?RTs`a{O7K9pL4oYRQQPKRs&cCJNAW+1-_Qg66m*0^;ssSUVf z4s+;4` zB}XOA#(X4-|LS#mQ$D?Xjpxru1E2T`AUM>UMmaGYs+)?mY8s2iav%-YY<~|q_Hpz7 zIe`aioZ#rjC)Lhh*{;10+)bV?2Ut9*87*(Lr7(=&^s`0-gv*ApR|rB%eBX}Hc08^v znmG_=LV_)t0#Qc|lh6Uq#Fn?xDfJkuG$rt@6I~GYwW=(;N7!1{&qRaFPMoIM>|e3{ zvq@I1Gw}j>12q1>9MSnzlf#~!oxm_(%dPGWSUvKs7(&~!sKx?;Sxgz4gcEPW)k|Ch zND`A88joSvx~LLU=bNxy8xup*?&L|Rf$FsP~TEwrWZkd zVFv?}bicP6jE2ZAP{D;#E8K+@YeIx63y4GyB0nD)`s*(`aFWQsmTC7t7$IU)sg@8@ zIo(b04y#Z^7F672mN3NCx{TdhKw8Z`e(Lp6rs z=q^<;q9E7cBzk86S}()`7RoFUeE7Md4vro@cN!9o06g~4J-m~d)}?th*la)OWTQf` z&m5^J;#++sxb|Aep>phjTXw zU#!4uY;}!zXipo*HLAdIFM7vEfcG6AJ@St+mEe}7giY^yY`se(L!fv3H5oO5U|X^; z@%hmyvmqi0=%i0n2b8p2rr)bj2wKw_2E6sC=?7Xh?rT-_dSQpZz=9Xjc{{U&+$Kuy zav{k}D2iDX2FObAsy!$S<(J9AjD91OWsVb=G@q4W;U|p--_5k=xMl4MLh78z$#v#( zIK*4o#X7375yY&Fp-VDn2}DI(en?NtWNtzReq@G^9Q5SCGf!JNvYnnH^o|)tm1%9j zm#71;`=Mpk*HV!i){phJ<`Ul#B;9eyX|apz@aQnT9*H|Osh$A2kAcSg{s&h(x(6N@ z0r5n8HKIc>J3Y(wZ6pW;DYvGZ?gaJoFZ1g23T7`ZN;Uoi28uF1!y)i z^hoU?N?oS2I7^ucOjcVeyKG=%*&Xk0wn#8@lwhGNvMDj4>%Rf#g0E5J4&M0XoRt{sB{yhHOS0a zGt^NA6OP=XpADi9?^RRyru#GT*qd+$`bZd1BCd}|#t1sveDEtr$b&+`x}-8WB%YR) z`GdMVu3V`EUK{|Bhtj<~D$3{X?sFfySiu)Jjc0slBYL*`A1k(i#{z+{k==H(l#~=w z#AK|6-J3n}KGJmp0##c9brI^k&=OS@0z;L!;IhZTPrb6uHQlPnVYWBmA~e@egVZ3h zp=*BfEMBt5Z_3gaJur3Hjp^v3;+FO%loPVg4+K-zUVh1JaDE%J)jn#`chv-qE>-&a za0IQ0G-aPeEH0;{mFbxL%>tp5B5}EaT4Lh6eecY z@VdnrF9<0skd?Adkt?tZO66^HD)}FU90ZAG%9NZO0;i;`aWDu+CByA)wt@%cQQ3hi z4_48Du6p~6^H~YO4A2=dLwvi2r zWa-O{Vh&A!F~iZuD@wmAzA*;lSZ-jplCmNxP7-d_{*x;-o;HYHRJnP51ZeoB$kt`x z$}_RHT@VmKe#6_EP-ct}OA4^JrJMgSh5DMxl$a=Ne+pc5!*J-!W5kYuJ9O7u!bPcJ z+>nmvYk&*JZiEcNc&-=B95__l36r5X*wM)WS^Av zx$Zne0ZM&u&O;!1=_xZ2ESFV03TUZ~m8%d*qjcJ0WlhhJi&_vJS?o#CBrkG_Ni0fl zKQnd|=9loD#ESkJtm{d=n+J?3RxA6699y+$=88~cJuCkaHqEBAByM$5)h&yV_C=#` zBKCDwy)>nsl+LMn)E^kj6Bw%J#dAN6F{E4;1v@G9jpb^8Jv^WT0+1w$t)0G!<79@k zYsalH-Xt@HTZv2g%yQW@tLvKY@}Ce`k2Vk2y0_GEZD8Ophuu5T%;!5jmSX2zgiYOP zc)Hrsa$2d>aCAzUP+jEes_??&3%B5%lxE6H+}g(`9AH|u!Gz}rDUzl$uX_!%OZ-H}oV3Fv1gQ;xmZn}i!OzgLUAk;=;_L6DK_i>=q{=A5C% z_%oGoR6D#WpP@WSxw8R^bt^;SO+weH+Nna#bloNP3Pgs9czi-Yi|7tt1+&|JEUPt5 zVWX{$s`$owt9$ZAgm^F`DYPX(;=YTsXi7-gscXHM#M8#`K{HsUbCs`fur>qJSCyfQ zlUqno+fv9+8h8yDBpO#lj{pclrl|%L_TQWvly>!}oehWKBg7C;dWL*bD^FsZS}#Zs zK$xcOKBy&Lxy2Xf+TognmUj8+dB}zzQEm|4sKF6WEfubcZOuiY_KTzwkI`FZCc8uq z`>fPwu5yWmo8pu`@|K2jT)$?MIHVi#v4o-qJwaKY7m6&JAw)!;-q2FZX6*Iq%5}Q! za}8^afAX-zQ>tbRo9)tpZKgkkCq|3%KK9Ewn)&fbo= zCTFybv@H67=V@NDW+!fITvB$>m9nmLy2FEH-&6^Ua0{eVy4dKq`Gh2jIZ< z&k1CEw);Qq=|etXddukx8|gXD`@nw;H)kd}^23V|P^Sx~cGWUNxD*e@uC$tZ2?vm3mpRYF7Qh;Ha zAJi`KL5;@-_4%@Z$LmWazC;c&%WRZ>bA=uo%GNVG4B|0#zP0mTkTMWg2L^{}7x2(a z6}gQ68Q6}#jGWOrhIYB?XU!U=HM%TACVar5&bu=EIfrM-Mx=Tt)as@AAhfp0ca#i; zV-CfQe{*X)u6zjv!NI9-&KmFJy4)-=2t%V8I|C8Fk5d}B&zL6OcvMtN8i_Mr8hxbG zc=VziK|D1)dRScm2DGSV51d7`s{+zVrcmy!U2^ioiYXV=inj`_yu+_ne5dtOz75#8 z%x@!amqfAWM85a24B)<~uW6e@iiOk}S3hYadt*|`jGx6owKR;X7^{$R%=GVG{$g5% z28c@CT$jw7!>-w8DCmcC~N|ZW& zN=d+OKm)B8TL?J*C4a&}&Ycw(`<^jC+ETINpMWKK&$#zkPN}rR&*&Wm()qD^XI3~I$_w(X4k0*{%pgDA!1NP-;-q|1&y`)E)0ln zxh<#Kb~$n;5XW7oPV@~b&V|*+!67{t8%Id{(YocH+YkU{ypqTPKM)nw+;p#H6Xj`{ zgFp%hS0Ws;TNW$}YO!Ljv;DcP{YVnZoa))KwazAa`kbd4! z<4ZD)B>`9ajDm^2S7Q=l!uUy8soUMcHN5^U>icZ&$^oTuH@OP$V~qHT?Ad;_`)@iK z-VsThsMX)dFc&SO1U8)W$qjWSaTba3GExDdLq6vu#O=a@V>Cj0fS-a+5z>wz${eE% z*q;j*l%=Lk0orXXcUyU!V4cG#bGH5#?|PGQi7a9wM*Zw}IR&x)RB76HFXqbxGdxk5 ziM)ywdkVTZqDv?I<2cOSV6*-s#|rFwtjcnjX+1xUL##IdjMEo)R%Mk69WWBxSfEmy zz=1E7RH;YjS)4Oby!*n1kg>-l=n5M!c7CLa;3fNv!!=-gCwtKzngVdsk!KLNNCoy1 ziK3jz$IB{e<9E|&1w}u!(+uDcXl~i*j>2> zj8rtx*k3R(Q>s#h2Q2<~ahmRQP5*pUomR9M)uPFPp?H*YJ%G3&lawDja;4JDALT@> zj0dK}Xu!_yEGvfQID3@eIzkYFU7Dm%a8@SaeBGMEJN2q}6~c|b4vZh;6HO32Ds4-N zI1({`G~n*4!w<5MzfFHdD{-?A#kK*W`LNg{l{~)W<(~pP6XLf`BpI%>Gh|cMX{7c( zqta>{uG51~sRnO*DF(PnBJ>7BQV!B`X*7uXm)pV1GCA=mPd>(?ac@?A?2}jToh@2| z|C4F5^GK=J0V)EHgNpLd>i`L7_xD)M(!V*Fcisus*MXmJL$<{jMff2>kWe}sc7`4t_YloySOe3sg-wO#I5#un*~`q^m>RG%lcmn9{Iz5n>?5Je5)Gt=PRU=^ zSVF3ceL{o{$^D9vn2r@@VvV3z@pw!NsY{bL)4g_;04k@ylgBasi}RaV=q`C^h++jd z15{Dl6~(aWb@b~+R8v6(z#+dbNoUeSV1ooK7X{&Mx{Zzs+-E{t$6_g(j2M>z^2o7$_K6D&1mY*Q^}2 zjP}ioCaapt^$f(xs?-q{?;#+#p<@Yp`!5HCoQa|tYMwh51khUToXjQ7?nMzmjPg)LvGYwXT`>WWWP0J_J`5%uxGd+O>*lF74Q%UNNW=b?3z~*d^nyc7`QadtmzUd> zeU=r-d>lV@AmZADGz|=Szc%Tz;m};*QX>WXH2cVpDyTGsog{<`q3T?`2(%bs#&iXm zRMVajD8xY6CTjA%4JOD=pO}%G8q_lKsCbGt0nD4Rnpzzx@Nh0!;9f8pmesVmolpzB z(!!%=nAzC5)=O_O)2fmc3rP_erk#qfbaU0cBUYHbHpSlhvV5IIL1q3B;CuK`m0o)s zvS{DI&G@1_8;HVVk{qJZ5gnRE3nOeOHe{Jl1L(#)9>6@(Q@VU7;!^kpaw&O)X8iEV zvb-%B&S`z~9-1e19i!foa-E8f7OIq(=|qb{R4-d;Hy^{J=?so>IDE{K`OAluo}mf# zYn^k$X~VitBL7>oXW_8=%R+GNNeY%e*=B+4K$OiGrzHP7@IEDhfX;1Wa2uRj%vMxo zqRcWTuLKtA@mU1*M_pabEgp}jqSDj&gVLbfB`c4dF<4Lql!p|d@&069nX`E`I1%`l zD@LH6&cVA#Qm*VRh!8`C0c7h{xxfRXZQ(?De*)BO4N-B$$x`YebEIklYD*J2o^k&6 zaXQ*h4Dj7F`rmew#^d6Ow39cUYs{NBP9It0H6JC5?1IT&(gupH9RNrsrQR5rEs!tC z zr6H&cAeY;12~}1oEK*l3 z*gcCJ+7b(%hS}>2otpo;AXGHTk5b3E9pbMn5^W^l&POrWhL2UL?EQUR_ZIiwkpa5e19(}iR*NNSr3Pk{R}NeC$M2Tp zhR#lM`wkVeD$mN5Mfw7%HRIn=JEcD5dR*sd&0Q1lSs@^vK~fHg)2#63%HI{fCdj;c z4WK+d? z)k={{L=H6(Y`I3apPPwoYn>&72&r9&q~L~kYSYF2%*Q1MfcVENXBND|5l>5D;uop+ zqB#5PURAXbwYHkOC)U|CMaFH3J7mKLEW&AnENXfE z?vD*+lO4mbxTQJgof)GNFHupBC8J%n#%l(XvIb)3=!q6`8GrFo!%Vq!+7{9vxiw&o z1At;w{#Cw08MKU{y?j}N+pR!c%{vHU;^r_!c09%yp*x&}<4~J;(sx8$RR;507IbNb zV<_kn>LMqOJu)F)Gmn%$vkgBLs(rYHiOWuaCO8fS*xpeV`b$0dd4^*%xe3>}QG&zi z_^h+5)9#3U2O@h@@q$G^x|4H`CqgT{=0sO{lxW(}$fZ1m5+8QU;xe&~x*EIw&lOl3 zPRx6<@Qi)e!-qyRgZK6U61jRV6>%yC&fq{y7q;7 z`YWeUsF7WnnuVtEVHyR>0TROA(quU=$W@hn@pZWK>RUEY3ZaEbZQw?dlFr3mS35#* zg^Uyl88_&dxBH)a;SdDYSHWX#Hvsd z%@EtrfYWpA45!mi2Ygobpux!&&wZk(+QSun^}7;JZ3&|Z4KjC-lB~N*r<&amN^=(i zjz~r=qAcX|E)(!L4hf?gt*tow-YleAzjRqAYO}N_dU%`~dfWil4mf3@H_dyAb8C*` zjbLLY@NR-WGhaNy-^-40*>63hVYU|+-?oXe-cwRUnO?`SC3W>_2XsoYfstkxndB3t zjiKipyCepR$KQBRa?W;h*k`2IVEw<$tD0Cw;vx`LlV;&H`Ng1>rG9q$sDgnjs9hae zL;I>_h_x|Z8UlO847Sh|5_B6@xFuNf*K_#J)O>Ns5^_BfDJ0NN>AVo+>VL6Xtc;n# zxlZBv`C2gY(bz&yJ9D;Ute2VL;)cUPBU`6%JM_>7fJZE|HD?k5__0)^0=)K$(eT|W zc?5DAb%%DVq+EpX`o9+M+G9`?1mM`^eoRg@qK#Nb zN&=N@X%D?klIOiA?Q zS#WehSI?P)rkh^SG|aV$eQpDaszm=C6Y*VhYMCer^rfiGV=?fB^=O`qA$5yMY<*v z;v_;E2TaKmh9*KTOwzFnkoi<~@^ebYwZtFf{{~`1=}F4tZnY6A(TM2Gu+VZqgcB}C zM|d@qL2P?ag}!TGUpS(uL>-x}GrG~6mVFR8AB7(S$Hyh~szfp&8NIqM=PVsPcvVqx{VB?onpAQ#mR^^(XLS-L{5HA^q!q-2cs965iTBnc4T>>Y^S0f4A zeu|C#TtwniELXDCp8EHiumq}g=K4<9Kzdmxg(Z;7Qi&Ot9y_H@;Q482vXN1(i2E7_Cn@JBf(4Lu#@)?9{ETfS(VHjMOK=t7A#ez9# zy_@;8jem!)UAIzFN!WX}+t>~3+nJ}Xfn!%lR)7(a*PRX)1OrO1FmzkGd(~0J3P^Bx zHQ|i^YXAp)DXIF60&T)c&lPegd3N>$xjsDEh%`ZArvrO*rFbZz<}e`bNaNpqYUyfN z@Lfk{Pv|9))AT$fxycg1C5*@*&s0-sJJR)Cv?FUSLNt_4SV8Gu!E|bZ=NV=qk}Kj2=Mo4XwdmoN1y)5mH%M<|5N`WYiWc?@Ln}A6I?#4tqe)t=P_dJf~*p z*Jr&&!vnRFMjD+ zo(jHq;K!v_1EnxY+k!D`ihgkE(GWesjVL;bc;+xcExlP%BJIrKP;S|rNo&FX~gY5UE4Kx4KjuOP2bUd|!YI}V z&Bu;gLbJiHi5DQx#}I~>@ens|-#cmu3EKM$=Y3dlbkFCWfmh$Y>baM<19RB)Z3n3l z25*xN69{BWe!F7xUe$@8ssU;YQ=M;F-0vl^{a3=;Xs7iPLW)6L}?*r z*WuC^%!d@ii_M~V*}!amBoZ0t5`ngn{yQ6N>K1!YJ2>IY)jom+4D2x*Pc)b?OUc4Q z<&fk`p&gS7>|!XR3Qnqf++)>DsEFJF!*~`Nc4M2d z$7Z`ujd?vdB?`5X2OuH^+6^26hD**VS%t-2vArS_GbBinhkoyjLS18gF>qJS< zcAs)ZG;9xpdh;}1>YNVKYrt|X^28rNs5fV+OS38z)EQ=1Gcv8^U6}@&1E+$WW-V`8 z2qM|NBO6ppT~GG7RaT{~jU?L&I8ad6;j=e0bl)@ydV#Upv$=?kNwnl?TdHMwT&khd{=-&OGiR z2N>flZDR_ASjPCBaY5CM?H~bsK`{EkrEyxs%1q*Bvrt!)W%FExrokIrFzG}GFq|wl zh*(g5_-hot@Iyem3d{F$*g9L2UaSf)z4ksOUc^D8$A{7QzIPDAkDc1`swW)9xpY(R z9`qsdP(RBf=#@FS!b6L2oq)7*hn~hK_i538NlZ=;!CrpmAkSK`*N<_&&I%*P3i$sQ zD{ydS$iv5F4SYvc96p9J%#`&AO3Dh#)d-=Va3Ss_IXE$J4`KEawre{uD*#P5Qh`8e zAyI=r3<2PgaS&puWbPGI2@}D#M=blv#TBNWE`;EaK}6&%nUXL^XDh%3!bn!)-_1rx z*DSu3ddFqi7y))}g30PEyqN(w#IA#UPa(mD^RbTn9JgpFv{r-&|JoQ#FnIMgVE@?O z1wwbV_G^d(u}Wa3?m~la$tN1XkpbN`82OZ?UomhAw{MB0e`JQRei;ZnB*A>jX_B?~ zsI|e#&NGst^?<3pY$^^BI0Hd#Wc?uPc(+B!Y$R?CH*W>Cm+v}u4O&bpfnX&QcoBX{ zwJYU~0|%WEv>5g%7WU+pbT0v&4HYmJ3d52A?TyJae zS~S(9g6xUP5*^EnsJV+}O^`bcHxWn#2Jr0^51bD{&yjz^r!fcCCWsbQ$Y zjD71ylbXCSl5BCpWCTmuzL}?{Bge^3yfc)T2p>|3(YuWI7Q8mxaEhn$L!SKVs07B* z*9+RHZexu%2k1d@$;I;LGeAp?c(K~-eXt4J6~vHs&&EXsJ+jErpw)^)LS~PgaZN*u(F3pm?&+NEgH zP+_i`!IQcK4JA~BI2aVBTjwIW+&>q*nka+U!d5%h-5t@}gqj#{9_=M`YLw2xF`ciS zE)Jz$*m68f?@Tm@hbR{`IcU&kb@(7_t9TWidE>dRV)e=&#HzF5MO~xu(`h$rYL>1v z+pWm2qp$(AVw!remUrCJy<>Z`mh>uvbdxYA770pa?ZZW&=#c~E1)wGu2_~-BC|c^! z;es-RyLE4x%pMamahNNwdkVO8F{ENP#P8o(6>bHqhDc_9z6C7+?1L`f-C0BpVC-Kh z@^3*ohu5sOUq~K}+IM)JsXZDAu|oswLK@Pcz35D2eqz61TqBYQByPdS3XZ#%_Y_@5%BA`{a>r6?_aGlQyNhQWuSf{u5zX%V`l*d}T&t;u}FJR(4 zEp_r@nUWlQloGaq<0&Oa9NB+t&j4iR9#*4I-JN8p*(V2@?MHfA4u7;QblaguLCFZ* zOp-dut8*BRjlN2h5&gU|BkrK8gt1oF?+wwiB8gA((asQMvt z8IxtnMN~AHv!M_**XI%xiclcRzJ`#7d*NmP&~2SHcfigYtf7UT^fq`#aq zqrfw)DxurDiXH*kksjQsWYY!CBaVbzqc=}HDimh4mJ3Tp4I6XkCLfv@+4$mn|C$!? znJA>i6BJ#yw+_YMV^Jkh@~#$w!8=7D=23K6NZXpw-FPQ0Ec zDZ$Byx`08%q@EhFPJzNz0{uEc5TdkPYZ7wLO-mdWG~&ecVTs)z?uJfvHist)P!R8j zT4TXs-7_e~+D|6Z3Z(LGBG!gV7IaPUhea&VFcwm1L22#v(0NT=Com#~k&B>3>|K0# zlNZYItF1kX3SKt3;5#cUKh*aK91VX|Z)VOZ^!s&7*ocWoY66vrWr=5WJm8;iSY4tC zFyZpGUB3)dRShY{jGlZb&GWk6YTvN7S^2IjQcredFHc&93(N#Nxp9~Sa3|dp4}ffB zqyK!BYEq;K^h^-A7JgYfhS+(7Z`vKEF@ez0V~%mp?ly4Jpsnqt%P zMgDX*u4}>UJ;P0&1A(PY8;QDj_Tb}!#j{DZjd8$)#8VmcEoA(4E7V`t*Uy9yi>_x*%TQjF=h za^haT9yZ51gSV=%DUU~8Vw(`FLrX4o=;4UQWW%2ONjHBF4WzZv(?eRpRadBhEz~CG?0}aMC z_Hp6N0I9Z^h0)byiY&@bu7t{~#D+9Ryq`Q{YUe`3-ioNCLIl%q``s6U?^9f#5@Ntr zlee!B)$Goh4mh5uSm?EK`x!a7oF6l&E?I|kc8mKy_+S9UInIwo;>`<$vil;UG=`I` zRHKlY&8=Zii2LxD$z8skw*1yA5nnds?nJGVW`JFuYHo?L;_3@NNlzHE|;hL?@fN#F@1ic0-nWX*Mz!r4{N^#Z|ovm^~F*lDeUG@8ssI+Ht-n6pU zM=PXd>muv8DwH6_8|AK^^4DlTXn1;mB+(NBt(@@_!3?MKb~H+KzTUGSBqlF%OT@6V z>&OHpVr_wXYn8$>!{BRa?}TUK~*sPM7;cQ zqmXqGVS-c&&@j~Fo0|9qt!hV(^)yVoz?zFHD3lc|3RLhX&R@zcT-5`hx|if~#kJdm zx%LnzXlNS-N+MKl>t;7FEolrkT34T7vDrPD6i7{h3_TAmad+tc*EX!=|JzAa|Q1#-_t2QDZ&@Hz>3k=-UEZL5P*dkGkET z!rj;jFve{<7LL7gxGj6sHg^bLfEW!iIh29$V}izWh}a6?85U$4hBfOjW>I?bggXwY%BEC7)gdZ zN_aY=1h7Hi`N6?C0v-?lF6?gdr1nr;Se}JKXJR-7>Vya~Tem1`e9txL#^C6? zIKHkw6}~2!Se-FsOKe`>`D>rml42tcZd%A*Q1--;G}SJb0k}vHENh4Hwl99%bDfS8 zO<#a_%&Lq+y&jZZqlS>t|FTXB_P3m6__3$&*alCZv6^c%$R@8`0ZZVKReM$#(rFFH zDIskt0+R*Ly+_`pyc$zMvKn3STJ33CwSzIuEz|sVu@G!&69kJ+qV&hdOw8ODffFLT*mAD<*tn8IYP6)+m;#@XxyddI|gvvg)^wie>On` z%Ti8O_D1fb%dCy+ydf&hF^^EYM0$h#y3@q;GU2F%v-QP=Et&%&obXEy0tL9(jTo^3 z>1E5|RK)ICuU^xqyfDmC?RjkHIPlpHP6!>xNDhPey;8VDGITC;+~7SHK2hJWZF~M~ z;I#q;n7@aCS5%A(eT2JmKALrGEd%MEW>q4+>vg;(J3f<4jTbr-$>$0-XKSD1F|p6Q z$KwS~fp8rhVBK&3F9N@VzaqN;hE_yJytwm9@KzX4cg@u;iF-mgvBebh7=;6a2+V-h z7Jc=`8tu-Mcunmk5N8kUs(=PWUaZlkYnfgF*&xWX_ezc>&KG7j2Rc1E_;J&OIAzs= zcFK;TEgsiU+C#A14ady1MnY{v3PW0H-%Ig~ae(#w*^tvdvlgvDO7DzP42!NAK$@0r z-M<}MT-PP37>MZ#%03!ME(7lOK6%d(juG9rX8|c(%<-W@GB{WCxD+%tn{;7OJ)xOK zmo?a4?7AULP??mlgXS6u7L6MimIl(>md}w(h{=E$y$M`Xi{@I)rTpn9ZDL={-o7i7 zi^&-bkke&LDaAoJJ1M4Wp6H~M56G!UjA{Sfwcx(u@wkYJ0&xQk5g@7GO7>CtakezI z$YQo4t`bYHfQIWw#8f(_xJe51nO7}Sg*g3pYZ{=MsEdm_c{R1dHo+GYXEO3y>x>FV zRz4xUw7Z(gu7;(pFxd~2JfnlAhTuD^f@+RKRhZ*@)7aoWdd7HHG?%(=C;-n!q#QSy zkZ4K8(G}*lRJcJlu5t7LVr~qKGZT| zpvA;6I8(S@_G=Y)aE8=1xx<(7+drS z&o~MR5GmEPl`TU}_tG3o!pwPulDg#T=R>}XU3q!dA6#(?eeRUivTN%wjRwVzAdDQS z=V?`gU~XM}@ipP2`|yb=i#K>JfNq41iX0N^1G9c^*&&jiT9%??%!yQg-B6QFGatN?oG4JlDBOIC|gkY&`VdSzD)U`J)?Q2{appnU1h}vP30_^|V@*;-@CaBl!m34d}wU4gp2{^HdjPsTNI8%x^610ycCzYpswW zp3#A$(#7b8NvRlSZ8P<_S56y1(p0St3Np?NcK4!4LH;*I7KzyfPJ{tqSRe-a&EWQy z^|Yyi!`WmQ%o#pWiscp-yxg1BET3qK;@7R8Yii3( z>)VD}XQ8|Dm1#Zo(-gILFD6C*x7J*k&LBSl#|qzrIe%|<=Q|Yp$iaGt%rfPN6Ia<; z<{(HVTlP;enk}|(P4=_sKtH8o>G~R%aWRw}e3I4jhLiSD^#IDz9lK&aTc_=FIr%o` zjD?!kI$7>HVMa<3A_kEY2a_w2RWt^>)4PM(8w3XqXTemA6sesM-&$dT8(mc2(bR=! zt0!wbczU+i_H&j14YCP5T3aPHT3YH|rVrpUStn@NrL?n|k0~29zbc5xH~joOo8nJO zi#X$NHnAbD2zXyq$K$~4(NtI5m($j&kI$;l-Zi!8}TYSzhtL2S@=eXS;v zaW19xE#U)7u#Ax65& zmAMTuUpfNB!QkrHxNnxfAk&1sJxez!86XRroQW9#Xkz5~j^ZCYNOZ zWI7sm+neqccC2kPh)es}2Z1D&MoKkO5Dy(+I8am6ZXvib(AE58Ps|VqX#tjm#D)FS ze37vSWOBJWmAdR6{fgH|#x*1&OZk1*idn{-jJ$P2>6pc|%(tx8N&;)3XKq$;L*Cei z>`$DuL4kT3I=9(2O!zgU;r$;|zk*rR-(;n#n$@cEr2V&`a8f~3W5XkGBQ$V>_WMBo z3Un0{A%eIrA4@Kv)`ZxT(Do!j0$CC{bnn$iM7A!Cg+>( zB{W+Gj0`rzVxerJ{h!256MsPhOBq#EB|8J5z|6sCtS#eDjm)y%p@02{Pv6pOQG1t< zGn&XIzIfHb=g>xaSWE%|>waN;tOc;LqN&2+L$1^Ok^2_~GC>f_FhBiUZ^~(QZ#9gW z@npuE5dcl9E|o*Z9_^UY1%52{=o%-WJ&NZMyA9_+@o#7-&ygANpRy})vqrK5vO{yK zLggQ@34}j*o$jurr{jQE&m%!9DDG_lIr@cN`TDI@fCbX(0N4>i;BZFDf2uYcAP?)V z;No%PmKIJeLt|KzgPaA)WuoQ_OgdB^6XS$I10I3Y1|1t=SwEU_PZAPIgjX|y6Bl+e zj_nWtxd{_v3>)y{h=M0Sbk86xyy5AUEXa+Whebm?{19i+$Ux=1yB$l)p+O>qh|(1n zihToTE-s>z;lz^EU2qjcU_)cy#d@vHY#6j)=g#$#ZLp$w5%o#u5pKJPNZ+A(gj*S1 zgVW_RHzgJ3l2negfFl=8<|WFcU?+AZnSqZE0woB2r-_V0Z-3SnZ^htm}1aB&I zv`|q~lfXm@$^jt{&W`V>H$av!Pz1<4g#}gl9sV}QMM*8jbJDmzBO?9vT4^*v;^9J-2g_y00-oFX%$QR zU&z^RL)Ys6C{zD)lY4WjL57@f#&@#or;&90r1VHV{GwUx8g`VSO@pxtNs4Zr-xX!w_o)OO)H(Eguy%xM+E%MAyPEB*{v9PznF_a=i^8$1RGr43w6)KNR?A-26>P zdUIVhs0wj9cWO0YQC^CiCe=(u2MyR3>c_V9@*IiSxT0cfEeX*ZdOwX%2K zuSMA>2-FX|xOxKS!{rKbz+=hU3klH;0NZ)y=8)dIcsMlr3_DnPqSClU6urunWenui z8NL4?&&=d^D-YR+SXgQ>*g5kWN2oXQ8utgZX4gC<=cac2nj5W08{?lepjovdDB!dyQZQx$)jiD6|fXcZOULWEUWD; zIMOX&y^q^foNKE4?t@DpvY;kl2>oCIK$`?(U%?FpQx`WZ!&!%acKF?U;X)3`hxpv?sdS=mDTV_aeU_RPgE?SR_i$w`? z_&%ROG)<|yhl*dIA-O^kT}aM-I-vTwhMIyu@F5i;UJ{(uc(BX64g) zerf|f(%JTGMHF1KI8&hF7d^dIL(FA>40C;7=HiJ_2|aBG<`mx_MA)zYIN8lg<-%%( zLuhC|Yg3IzIFelsh71xEV)C;3O9J_=_E_PGw z6dM^eDy7+Df$lluOfprNLnGJ082$|wTzQ1DEVD|LjhK@dXhuK?&uUKTY>bEZz$MJOer;$;!aDMB(C5>7th(%tnH# z7-XH>X^-;M&l+QtVJ|6K(nSqHQl{2-hypq(EDz32Tq-8kRVoR15{<;R@^`U0E?DLP z4Np5*4g@=uvg;0DWFRIsJd!bfw?$$Z`=*$+5OaKZwGL=U;tyCb)b8rX+x1@#iliq9 zOi>lGhygVG@EJ(cR($Xp+LT@~+eg7xLlCpZ3264ooCOZ09Bvj!w^moJUE!wo#lbjU zhGnKNt=(9A@s>S4F3k##CK$jwyc`@n!TDS>LnGy}=SmD(E_m9aLkmBva^-SI4n>R` z+hSH_LKO#dq=TlNXL5(1DutL016~X7->onX7CK!)6AZ)}q^FEKWV$qsV zpiz1@2w=Q$;sm%s>{x4-*afBRuQY~WfY-Vzvea1lR8XHDvw`hhg{roZ2@gdPVjR@t zc?ioq-HeMRj`;C1{Tx6Q--21g{FhEXOzJu%hKa+D%;4g}!DlG7sS z@#6CXl+H!BzF-`tO-Kp~8iZUh2i=sJ9`A<;0lQ0}w<7KQpfyDl%KS?{Qrp`4zFm4CntWQo(>QbL1hJ8ON5~>*J&D1hl;zM5?eEEnS9O4P?Vjad&pUF01Ya%VK(LJG6}LRGfu?DI5;C z3(0q*0Ro}w!NT{J7xgG-4yKPcsHq6XpE{0RTc1o0O3lM61s9o~b@ijXRE(UI({E#f zuG7+Scf7%TX3{VNMM^rA_(vO}Ls4)~0b#pr$0VwS4wU=x^Pi~rmqUH|8G`)69r8zq ztxptb4Nu8|RZL~U=oim;5XjtKh8t?c;{IzLr)R43zMAw>(swN)X0XyFi?wu<5=I`4*OkyoF-?#CgiKhiw|=ESF;${^AnKf@)5iTN$d(Rq4^Sp*QbKcC*Q- zb~8b@bGWEOlLfZBlSV5jz%4?;oCYZk3(lO$;?Cp_!YIel_J=sZlF$#nf{rs9p%3^z zw7|NvrB~hM0_C~(Mb;y#WoY6r53oUN_F=Wh$F*H|h~dfO6>2g=FJh6~w-a^jz}yoP zA8`BFkaD_S?wMu%_p7W?g}ccR$?}U z@nBss^UNG(sGIYRD%IMed@+iXVkOftEZSblG`@W^a~n&pkMp@pt`ZUe&GR?JcBs~eI)e>QvS_to9st=@+)6HbE3ggzgR$5{5O(27j+fTP6L z6jLHPzC0Hh|U^x$X=Cj+!@qJr^iX>|=Xye7}{DgPRa#XjE z90yy&q$WAcyOuU#gg2ol8$RxnET?)J1p?$ z=;C?T)cU|f9y7^iy~vG%*g{&PNs^FdBg7{Pm<)RNa%`ByWd&Vga)F+XP@kjI{UlR> z)tJ;IJlqipnv<(vMBLmLQpi3!^e*SbTf3o0JZr1|9YaA+nVV=S%?S0nrOC z0f=s0Fq2QdJQbcIWM!|yBfZS!5d+PsD`n>5^Sa+@bojQ+T^^X8=L?70g?|ya*iZN`fs37Y8K@y5P&&r^YaT|Sv zcDNq#a$)8$V!I4#;VOZgp>pLoN!a}{FP*v^^t@$)&=NvO3V5rPDzT0yZ0p|c1=^?%>-jA$|P zZ)r1j+~jH)rfqvck4X;4>qniaohEr_MG6f|y)c~37^fpD(e)u#lnHSprbO+hOLIrZ zfVtM0q)TeN6aj%i_11?*sCtIxK3-pcO7fwPe&dRv3l3P;oRw00W$mLwI4}B!Q-gQ0 zItK~~S%Xt%*M{R`w(L!N1da9hH&qEkkx#@_2pirYFnTn`(7m?7Vp47UaA@NuM>J3& zn_b(%THHhI&_H@u*rt`)w=S=bc0NZI{7_iBEr(A)6`I-~kxGzE=E zV!79xDcWM=fE7n8IvggHMwo}7({V+8kIJ&tCC0^ZmpCdej0*YCTx>Tu*xuWX@yQV# z<8?Cw=c}+Huq-5YXT(3ptWB`=bjopPD9{$BY485r`7>8Y{LbID+)uZ+C_RuutqG*sx?}cXcX{zr{+b);E zjEaLt@QqM4Q#K7gZdr{QD!byT75@@&=xhd?dqE4I{z(Pheq_?TvuX`6BF65so-v@z zn8>_$t|7uGVSu{w{3|1fWXgGw97V_H!lH&*s|pSg_5L2Z`pkFWMx5bHGKfQi>>6KF zEqY+AwD=(GxGo(T%Jee*%>Ta;51R0Q=<36ma{SH#EhZ@*l-3ite3+3zr^cNc1U2y7ef|z^bZ8<{J$1wqn+Xzz;G9<-?!yW7FNC?`ZS$jq6(<2x|uxshb0<@ zb>tCqcvwRzl_W`z8M;1+r?cO=LVw*7HDhoFr>7we+rl7hlGDZtJAI(;^y}t0sP$Pv zGSeBVv&NnbOF2ub+!0%E$%-fZ>`Fvoqp}oL$tAv(psX9TXhrK_o=Nd8 zJk{H0kv17X_`@b|*_f?9)Ny=qk*@R(P^rm2t$5DUJ|Yk;o$SW4Tn-S$NOn3cPGIYJ(T;pJ`x}eIlOXR8~xTq>~I=QU4lc`QiG;RPX#FVEBtc^`4wj zF{N8%--6sHRcSzV>{PHK@)R950oTx4Yuo^wNqUQUYv^WmLQq$L4cZ4(avH6~>}s;v z)dr2*pLC>G5yP!1DGYpZL{WhYo1ak1STBkSh3P4UW}6_28j?h@LYH?tk(rt5t6_>| z67D6D^3=zgMw=3`1VoELIIblk>tvxS_wLtkPx7a+fZwmWjKd~Fpf z0h&6hgy$ z@orQQms*qB50R#^NLpinSndR2A&xE4K^5$^xClUT$F&W-y}1pRSQPK8CN)eqsyj2E zU^9mI(f^~X5WHlPv)|Lr?GCawQrGeUsm-}X{!}x3Y>J#xz{Lsozp-l@SJfBsPO>Wd z`&VtYwgbz=MVE0gr=CLlys1IC{*j%CfY&_gES(JH_)oB{*N0(I61GIWDI-e5Xr_Zw z_AF;8P?hRXT}9^MzCcRjth?Rluk?g7yhWtVl;JpXoxp7+MK&0i35={ILgLbJpk+r& zF(&i66LuE#h2U?1@QCXQ4t9si^8X8HCtBl3}tVw{dWWXH`Lp z>PSIl0f8|G^nY$Nc++xdjH$71viCf-1<8zYgV+Hr+Q{nJr{(lMW>w@MXWrPv>-U_V z3|8DGu&Y8_cqtu%)=1AI*<=XTZJ+Mt?})laeyIcCNcKliEsZ3SB?VMU9LUK*!bn9D zD*l=<72D7&7Net`8OqV~S*RzKacSb1U_de8gwtAy5HAh9_K-D}5Pdw=TSz_p&UiB4 z1cvom8R}j{*gd0;ls;a31@j3YW33K<&(Rg>3i9GB?(at3yNUS$+O;PP1oHm<8d*2f zM|Z6S7xX?VpN^oH1Je|C_18m{_>sAKb^;V{bfLMMb{?#&2S_@e^7+PuR=a7dIUSa9 zhz58$_?ATGQZq$ekn1BUN(bw7hiwB8v+SY~_+f22j_{EI$>>s59XD|Mw)VwV&rn_= zS(1Jp$0w)YVUOH-|5N^8AZUYnm&ErU8t8*@Z|q@8O#jl|3+t1zjiU3I^4z%d6o z*mU=BL=l|_lL2sKC#3 z8z+>#2#y`QRXqPsz#7(HdKZkmg^{|~MFdu;BtZnwt8!340F@ej`zJAHlJ5YKztB%N z5vdg80s|F=kWH)UkEcba+G1@|><6VJDFu)HD~YW57(r&BPNV`e2K+UDEbJ+`P}AEx zR{9=*qBPq1p)JB5^%;8VNPW}U0wZmoW2I5+PGK;EcT2Nw>g^iMmH6hKc7!aHRN2YE zkT!FK@I#D~nj5zRC&?`{Kmj_`gqdvNols(aeShAE0+>Dq88}VKz19GNC&i|)(V=W{ zCo4l!2fF0t<(~(wum6f6Mr(wQ&6bka(h;%1 z_cOS@EY{z@XDUk!Cekr6$Ig^1Ztp*pQBgBBC}k)%eKaFh?dgu~nW4{Ud`~EbOIL)A z5X(Af4usDKB9xJ6Zb*N!_yA3W-&yVJ7bkYy{#E=QyDU_L7q7LbRvhlVe0ajH9++6) zx*Dj*c_6vt>$hm(By+*#NHmIwK)EWXd8|M>V%c$s4ZVoLE6&q&xJZvuH&~3U0510R z&jlmv+gyh*rb-VOaY8C;wOwqosp>J5S$eUg$0C)30DI_9DPn7Usg~zDQFqM~Rx8-y zekV0zH4$A;uXbyN-jtKw277>#bY)u56%gbh1FN4%10MS!S7@RjE>MT&+7(v)+g&)m ze#Ub^icG{`RW`1ge-}fIxZ+mvWwnBGAnYW!Rsl9Bq@UU%=g?^{PetnX)LbmpY)vzn zj_6L<($|X|J9iGJ(IBa6)(kodC(bwn7W}FX)1sjR?NQ>?RmL|CjrWMSwUMnHkmBl? zV5W(%9-)WyK||ClMXe%Ex(nebr6uzfo0iOQA}Yfsi$25P51g&4D^=PKfqDhPP`>0f zm4#lD9a5^zV~s#_CL!3oR)*b+R&sbK+a)6)20B`N&YAIV!hz_Uhm^p?QqrrXxzKe= zc=Y^IFGa%W47O}Lr0bYY<(UXQFhotIFeM}Cl286R)D5*4!prmT-64yDx)rlhP^qZ)&QgfQX8LC zb#rK+0r2DSuv8K4wG24p7^TZ?N9864y_^mpNV2|R;ERD-tC79aRuDsEH`n`7F=tXn zYMBebj5djo>q0n?6#JVNwiww|87nS|lqz*q1d{otFFpBTYc6?5 z9~>TLgaS&^MY)QWgsOL2PWG)*YxS_g{MEc&GNLku{^*HjXGS6rh$QFGar-QcP@#l2 z*w&HcX_d_;39V(W+vwrQz96(3>$IOD{Fq6gj(OLX08vC)E{8! zLazPk*I??Z0`xI_4~`__CEaXdeq~526g^ZMaPI`rbz{eLzA59>i9peK07xBb7ve~% zuSTbZmJzM5$}CwK2wCm#9PHS=QDLLhpBDaszOsuNd!=v_ zwZ`KY07k##vmwOvbK!ubg;*+|EF{>yXYKGJcyLu$UB9}cGl2JZB|waidj z#stgSvz63gBt3{1gQ_KAgYibz5SVZjuLydWk_YAF*q&oM5`V02*}drYz~^^J%Ymdo zP~$C%j)1tD_@l#{$_)gAs>eC~13|yJE9!!s_`Ztgx+1E`hTOdLl43#sE|K4t0(md< zXy;c7i(N)W-~watfwo}@1PU~){$ja=!y;_}jpql6(2q*rd&ELr9*=Xoi|GXN*Tmn5 z%H;BmAYR2(Oj*$(|I#*ANAyU~Y2!8~<_5s43*-RMJEW~pf*YwO5_x^sMdI{Aj!Oo9 z!KlsnA1j8-ul6i>1KUD-H3y2Fz-o(h&d7F6?F`V0Hg1y@vHPskD4@$v{Pd{OO;mn5 z6Klp~^Ljk6EPnV_wTGoAvxMclzinq}=~k=yFa z8N4&Xd#Ygi1&HtcK3}FL#MV;@y93IS#b}EO#(HLDpYDhJUe;K1u)|>*7qWaOk&2Zq z(u>hkE*Z;TOcfIHS0F4QSkS(M7xgg?%rS5B95Kt>18)h^m>qu8ls?#r=y67D| z!~qG-*h39>%DBDdHAF7+wKEyIxjI`;?}TAXpkv09SD_aU9tRp-Vt=6bjZmo?UyP8H z;V6)ok~vp$3 z;jM@ytD(-AMEctfrZ*2W$kgg{Gd1|!X#duH5|^^huUuqVO!TgtPN6#^;PV@TVwB-5 zOLlXmc0U=*F31s6!dPz@NyrmV>$h!9J~n@I50m@Wppc|z3^}iL2PdQ< z%#?{yk*$_I#OYZXhX5nY)@=kU98k|Bs@U-$xZCihnLTq_A*Uy?eErh+zJeOYq)fu( zs&GbMH;2c=N`bqr)-i%18PWf`7dbA2KN)Imuc@MK|HfuAzP7nt08HcQVAqCRM6ag} zEH=6n)pgnIaceDb|K5>U??#hJ`GaXAz!fOO7Oe3@GL$CELbFSV@cy#W&3pFTNsEnoD3^@*Zj`{h zO#aD+RU0AmnaT@dZOOjMbxPVDhXlME<_*Xrk%KLu7cJ);=83*0mx*3qLg=*rpjs;f z@93D`yhchc)PpYg%>6W1-*T+Y#s{%D%QEXLq24%iu0Fah0mO)Sh;!nMCG36bZbLhF zZuwN!yE3CbRq_hXyy>+{*=_MdI!K`oD_fuc1qjIY6tP-cq`3FU-QF+&l4F_{QD8C^)sHHGF=eB{iUgG0P5 zk3<6eRYCi+<|bD>KA=J(stY4@VxI)}NLO;B49&<8&n^6u3O|dHC4uT=*weD2MFmI- zlk~jkbPgoQM@VE_7+uhFLMs6C5x58=<0|kq{+MF#TKr3rSSv)% zmD1?VM$W!F1>MI8#!FaR2uX)Kn`Ml6h@L!>*3qAu896s5j zWl^kk;5RX)g{@8d`Xr!Lv%Vv)H}s}!`Zv`M9)jn1vx}=OB3rF>;o}fLp_Cesv%0X- zn8ncr@^NnTr?k`wKu)O=R|IwY0`vse9TD;}#}=H7_!n^+DBic3!J@F)=^b&?1qZ%* z!3L!T;rvt)!Pf;?%&eUAqcYCd&XFM!{|Yya2w`YAT@!Z$%YP*eaLGBsFbznO&cxmD zT_;FDDQn4yvH}7wA*PMBSY%yRN~7Qn1+fhx*C7wT7PhlqYUOfanSRD8L0nD_AiaV! zZVkAkrDRcS3wcGD>BXa_iev>-F?9YiLfYy8AfI|JdRo>L$9AYiwyWOVM8U4QkqF97 zPbZyrrdxeBr>gK}0h!k8S$ed5Yd8ANB4C?3wk`y!wV*&yan#-(Mgi0&T<@MJXn z|41EnRY&J(FJlQ+0C6-zkl#X6Y7?@l#IJ&w>MwtaK#}tl9e6}u?lc@QTXzQNby)Ws zWxb$_4ih!ZtZx!1WX_L5jm?Wz9v%62zA3!@WLag^f~VcIr8iJHV&#-Z1!VC)&CGv8 zK4Fsg79zQeHgH0@EnUT_a@7IQ#-laX2NniAh)Hh#OcKXV528u*42l5o$}>;w zR#wpa$kfr?+$Kna;$EH>NrsUQC0(&zw#Kel=2oG_n=vylj3xob$`(~wh`0*L+%fbRZ-K}|sNBh7j0@A#-ppxH9?(P$ zKME!owh7V*-Cnh8(p;cnw5Qrcaco8c>~rO2ELG?!w|g#_w*|EP6iX5ur}fk@TuYjlX1G6LA}zDQ*2+cwieBp!|RB z!JRgF;H&S&qSwes?el<#BFtCGk!e`@hiD~>7uc&vavrB{Qd2D%HZ2x?*+eNtl;Skr zhXagpWZ+i1d`cDG#qF(GnI-tshv4t#-GN=qjT@!MF;N+Ik}IKS>z1EWNT@bTAT8at?*P1hVyr1p|h} z^BB1!^*pFJVVt8dRwY8Z^RP3eGjtlc?2V)3#Hb}QQNxW-Krt@EeCQFm|JRl?TO6pP z-u;kc6KF)w4Sz*L-ywGPJpb`GK zIAq>8V_kE^9+~p9ie64_5l|S*#KoSi5Gy~*3L6PA@ix-AL0ijK74xl<+&5 z;1^qBi3FvuBb_)<4$w*-^Zn>*gI$NLOQcXib z$vU07<%yRmIbfVh{T$QWWJ0Jzp0f4;vpHV+-8VR3 zCZ(R#wN=PK7W_#Sw?gNGkoxWheJ z=fvQ^k*_2-Io^FOjVhY;D)(e``s_+gJ6^$Gz4zuPN5Myqc(uW=SFJ5wM=;QNN3DOA z87_4h@-ndy?}FifEr`-u5}Eq=cR@miLyY5RTyB{f42VK?kc(S$zE8s8W71)7y)ZV_ zy1cHM6B@I&E{6m|TyIdQ%n2oB+D|vi)XYdGagAWMU;7s0>)Ftj-tAmlavu2RyUwol&=uMHfRVE`7 z#$=18JEx10Pz|_DC4W}~XPcB+h949H4=<=$++T(lV5D}1ef}1i0W^-%Ifn-u%!+T$ z^mt|gRdy-PId%#D!rd{k^|9|wtfCtum792tL#AWnyKAS4K0E2zLkqhYFb}18Zf3S= zuZM-`G$ZS?LVu1{(hQbgs3mauw{U`9l@7LfN2nW_%O+uP1cqN&YAHlGhs0(d(=-C6 z&}sh)Y5%z3Yj$Mys|C-|@b6Gi4Z^z8Wv-(B0jfD^{RQYeMtojhJabEg_J~m3DiI~LmK^(9tOuas?oO*p1zW={pR7$O=oP`d zx4?H+;ThYJkFzFyYKlW3B9OcK2;?0{evuAt&UTvT!0MA03hF57QTJTdHG-1|IBmI?t=n*pTRaCfWL{)_J zBllr#L%5Xk!QJwdEi}il&==et5pC&MIeaXKra^vYB%v9@7EOE`F9Ij8n{>bLU4Wgs zu;AH=;(1`M7pyH~iZ=}-iBz5yBNsazHcPtq6D6YJ+-qw^2<*N(g-jL- z8R$J^=hc~V!OhXsfd-45icv+E$h&}uK*uJ{jV%PWo*qao+KdZ@(+4#wBJRdCrbgjd zrL-%r+0(m{r!&1a2il@beT0W|^3Y(B*-9f@b1bBCSOKRGE;!uQsw?3M+xx`Mb)qRQ zSBHQenuu182Y)-Z1uG;gp77-b4Ak9ki5f*wY=}PA4%8VFjJQ!x+BmAdn9fmcb&;ci z{Uqbo7S_2nhk(7U4r0J@bw!R{@39d$jQv@WP%e-I;#eDuL~vtW-~jXJuI7JjrRVcN zhoV6V5K)(kGqzk}cRvTNTvIArPDv`+jSsxJStfH+VK0hkbT2YWep<=(q-u}A9Ca|f z!Xs-&DPRZ=Dxz6W)d6gvG0$@;1A1gP*B&{WbioQD?)Dh%yxy5D^$wm^-Om_Z>^>U2 z&49p~2~hOziW+H4dY(4Nh)H4}uBu`PQ!(ABI8KbCQh7U`@4};A{#^Z|b7PJim#A^( zZgs`xo{l4aPU0Dt=J10}D3RaeG^{6P)JS8&HSrmFB1jTAyDB5-IpR<`C4MtN(eiaj z$U<>GPQIA=%KH({)%-{}Ft3ZLxeuP_{bizAix+P(ePg65;RBc1am$iCs5v<{jHC|p z05fdj@5Q`Jm@^B zQNh)34V%??D6R;|8vaHZY2}xfX;RhQEw&aPeO{-9>TiR#S~;bTl&mvJT^x;!uKj*p z5UvEdP`#uU`5B*}n?ukOej1GB3Sc@KSK?m*f2Sr#S(=$dVRzLL%{VR@J}YJN@Z&bS z2_0M%q4)IS#ew_KGxQ4Xs#3OXrUsbp(!tbdy~z8U&`GCC2?`|a2gMdv5I91$1h~}A z{w{Ex9~3|UGFm&UW}|eTb)C&8@3DG(bpSU~8LIeLY>Y8%H`&8+Ro3>0x9BNSLiNgu zZIB3izT)oq;17pYa5N4TLvji+0d%edMi=4;!1Q}apm3JdR~zV^K3+muR}#EGY4^K` zJf14Bapd6#7eu*3zy8h!s-$`aBfC^(F02;2fIByBM%WF&&sDWi{uRYRqftD0(HmMPp6lL< z^+eX;BGmFByijs#N1YZcrh-krp!(Okz=Dung|#jsuB0Rs0$TzPEpo5TeHW|AoFh9C zL|w0F0I$U6InUir2M2Rz{J>!VdCZVQD=Q>`K}Yq zS}@BkhLP=TpQLp<8621j0rZa4`&n}K6L_C8tt(c0jejNc*`BdJNUkX3+%-l~S zb1lu11jTqB>*m8u`Pr)vtmMhQ(lt~A4k!`T>S%|U*EXBNsUS*gT0Zm+VZZZp#pNA& z@c$ZMHM~)~y`lL-d0>%mmZY@heLULs2~0hT0^xSsD#=`_5@VPGZ7sN|cnJg!Kr1)0 zW%r~yvX%0Dp5XUdIZKQ;6u;jDsbOXeIkxgXmF~DrL&U^0rVOGA6vnj+{MyN1Dw7ts zglGfC0{7{v#_X$9Hk=S-@o1!%l*F%6f`|F9;fL&H#zi^9O_b} za>$gl<+=x6Ijb$#JD?_xaCskpZbT{mZ)ozRDT4@+>elfj5}_WXmr=J+oWM3}!R}Dc z$iaQ?U+IFPbSf`_$RfJF5RE8BTIYs2Id}VchRX&k@fk%l?qbwFL;q_LVj;rVZJ6BE$=?zs7Jc58_jk>n%~d44MjjIoIR4@Cf^g5iVVKI zW@VF7aIfa3m)GNFf<5IDQ`iazXj@=3?o@s6ShRU>(X&He>aI_CctC3Fq+%>{g@_X+ z| zBHdthci%L>pitUaQp*pxc_2@qCJ=Iq0u{}yZTqb-2<+(EE_VT2_%+)yi`T{(%%cwV zdu&7HR5Kzo65RZ(3~0Y!C-rs%nA2ui?1R-^%-}^3{@f4it)oY!L68{IasTTcH9noJ zZj+N^fgU6Tv3eGwAP5*F!>Y_tHB7z}zZpYhszwvYiZ4}sibM-P;M){HG{3yL3YPM1 zGJ{T`X5{v;r{;E!B*N>S15Mq)>osmxytuWV0!|JSA*I0s1<_WL=;6!fl$z0rpCRfo z9+igsL;+gaS+U!jO$%)rvkq0ZA$waDuCUhc7+>?WB67Ws&J0*{GSl%K$U2XM7vdW1 z4(^fF<0>u?7z^WWQ?P=c){t>wWu~>DerM>#mdFjV%b$xA;}-Z)LXdX~+R+J?5JNyR z(?o7MD2FE|b%Z5VF&hs#gf^I?L4g}_X#TO}w~DkIqOD8g93uoLtQoq7!gnV(D-m22 zMSs$n`=}E&I%bbn^WWMB#YVVsED13!AQ=$Q`F7_eLVI40OI{<-4rlEocWlp|==b@z zHYJwF7RmTvoP9IVLKu>8FnbZbFoMtD#gKvy_Xv`oSMIBJLP5e%ofGEXEgPbN0zqRhHQtvSeIYjIJCh}!vMHGap@*Fc+1DMXoG~&XC`*Rka4-yN~ zR!D#Q8~g%On(eiATejM8g}>E#v1UJtEbIP@gN^Vc!q^3WDpKkX);z_UNA8s~?xN(9 z#oG~=papSwkX~yJMsU{{yu&7Om88zOY82@U--#%vo1w{wb?sJWia`s2nx?$k0Sv}s znWxQ{W|j=@g2=q(KJQIWI2m|{vBY~bOPitL z-gO0d$jA)0(XkZI4RoeCm7r{d;ceZ;NiFI8_I)f-iA$aopF4#F&2@IFC)43b@E!kP?V8trmjB`T55KQr5Mc*CAcdUGZ*-n86K9UZkR37`~(${!uU z&@%L6`T0}^x!-|TV#k8y*mg)z8W#=%iZ*>C!wxfPH&lxyH|GdHi~WD6jHwR(rjx_P z>RwMo>sotiI6Q4uT4eLX3CbYSu?&uKES}1%^!nUN7R(b9se$tzi+=q6?wB*NxzV1SnlarpV6OA9SsSc!BA%RNhPnf-Apt-5#CUmMNF-g3hX>i!oQ?r!(s!4HaHR z8BapF4HDfT;qHlm=-N*8qhGp}q3%y?u^md#)Y^-(tW?99&@hzQDycn@)@y*$H{@38 zlhtz@ahfT@6nAz}Ot2A%u^V_SRyesaRS3Hzn*Zz zZxd@xGHiFJr};n%0(FxA8SpG#2MN5ku>)Jbs^dMVQ)n&h z&yfLg%h>d)X>AufCWvY6$yy-&ULWjMnER>k@K zaugd;TxXF7y3L}X6P*>*%Pf|NaMJyHhKlDC58fE`G68L`h{wMDjzx%0xRZeFNts?IXhvP! zfxjFd?nY&t&K`}rR#`r@X!fz+;s{2$D?8BKR@OocHhwM9&sR3S^IzA3+45r92NPqE zI%`b3Ix>76qf9iz4k^L=UxL6Ja4V}iaMjk9<)kxY?^hIy*ojyrL~V_?pB=Qh4abL@ zd>GV{;f|@o_(5>`1OYZ;NOYRb@liqtS)-sJ<2=t+m=vCxNeqSCT}5rJf8%Y17IcZ0 zLQ`VI@E}@cOf5>OQXjV#+C%e zjF7rwcpek}jrho!#+XOX%E41TU?{S*m`y5sfA_f-bM~wAq9xc2$IFw_%lpF2R#69` ziPquE0b2!Kt80Kdr@o(^C!IK!hPqn_1R1GP&5`ZV7!1DFd(=?T;uZJx=~UD^2du^zJAKETtj01WQwgz(mnc@yS8jx{Qb*Kb!Bs3-J4b7h zF9`lNT9#YvZS${_^CL1;AQN1yL?6fFE>+>cJYy!8p;rdm{gY)D&L`7Y&yYt$LQn#k zW-JZ)%X7ecO|`hhm6jLY+$LFDLK*%c0Cb-jZ5+ur$y&f(vCrLynNFakdWg6@d8nQC z1hpn$7DvO`M-IRs@tR$XqT2K4#C{1r5n}%zF|Av{L%L&zTzD75Y?u-Z zQ06eG*+~bfnl?z;IO<0S5q;NYfsm`KWw$zImpsAc+GClNkGtS}d$WH0*on1>&S}?S z1aeMhw~oSi6LNxXyb$(2Z3SEN3TRm4?(v=+kEZarI4><(Bip;zKR5$!b8@hrsxV@C zvb_M1{3KP+14(YS2^|;C&#c*z(k}S zA|+dq2gB{~3`Ws(@q=k|r?VAU;bnj;{xb){q=tGru3W^QM)VFuC=29xtg0O;$1*_d3=9~OK^*m)YJ(`<1BLlgw{#k) z%qDBJ=cWHau`@C`%av>Z;KnbbjxM&;i>oWgTUc1B%tE+UD<-9pvdutLXj>aJnlRF= zQki2C$sky_y=?snuyCw*xTkn-+ra`q>$~=f1Cja}O0upjMV$0m^hQu+6pu!xMloA) zrO3!&&=8IDn*^^>xI1i?C!c+|i;rsFy-oio01Ta1F*q?0EmCqf$XcL>$UKCUhLG=I z8n==hJgO3kkYo^$DD9v1>Jjy3x5apV6v=-X07VSu=E4c-u8KDv>|N@4Qtl%rc@Z}0 zCk2baTB9k-01){8k5e;L-bNBvqpP!o7jlkAum;m?o3jr7puQ7%XALof*q z>uu-8CMrY6psCIpTSFGPqw|H0KDGy{me@kuYaM}^%9slCLsr&1nzg7Bb19muK^bSf z%mHoYc?v5ZF0=EFSpW!xpxYQw(tTvd)BvTd%T6fOlm0y_l>Ocq@+|8%{_A3S^ZHdf z(-C|d$ZA(3K5$UpmKxs_r_vx?wuY<&?Kg0I$p}lrhTMBkrkWQ^mJ3~g)h*fhBv@!E z*(sO=LW?tQ0Z=Nt1l3?wCY1`>ih|PW_~P~tf=`0qb`$~wl+nD|2-+rQFs2q-tyXC$ z30$$|aH|x8_*esEQl`Vm0q9uITBnuGN!=uY$&r&Kq2V9Bkt`g0$kv&yA7qnER-dMe z7mUw5^@cNOW;#qqEp0HSW%VGO%X>j!o;aam$6chFs}uTSJ;ZlX_OZCFwai+9I4Q_- z(e%pOi#CD>LmuJP$s)3QcdC*BN<-VP!y4DAT{=tXrh5h1%ihmBT#mo6>xk$E0-;+3}74##yVOy=81ff z3|^n{NQD#2cHAWEJ9-{1DUZ(;x9U+a!=zr@6SxgBtEKD>6TPV;L}p7m6p0cfvcucB zNJL>#q6o}&rk@E+mXl2hcSa#uh10=yRk9jOFnEWkY)Zrs1-HM+ge_OK5?I1~s?0p{H3H!2qUlfL1 ze1S*3@)5|vR|ftn9(?ESmE#nLt8u!$WIYrMe5b-{RgE4elm)zWYA)-Q)E|)UJ&{bu zND!$>0!aZw2EMEit#XQh?z|!XV1v|W*m{(Y(NT9cxP^wpa{uK}N5X%mKTv?uxBpFQ%ioGyrbqo-~@Rb|2 zJqJzsDPzEfY`^W0^U_;pNmL>&d84ICqJjrPZ^AVjUIkUN$u5+kY+tyMF)YDfQzs)b zL2@Zu=+rx20`uX%h}rXcxT!#GONc|z*8EF*@QB)o!e%(U@ui#7p^;wbZ&j)ip?(VD zi!--@%?4E4x~3DwOaT+o#kQ@b0)?n&{VR}Yug5wvRs6ReA=^&CrOA1mo1QchA`f(KcI_>so5v(nGYgLFS4zA`7bv5x_y>e$XO0_ z{@#p+tAqd{uxEXTg#jD5qq=CwZI=`r((WaZIt61%NWRfMCM>sDQqjmuggT1rtPBO%xju2uyX-yOS(TC#WLUPuZYLE}ej zrayB`t$WHwuQcOv9t_(Xte;CT)Mss&)F!A8nhgjG0ZWH9r|&#K?uZ?ChLlg%uw`OD zq-+}Zq}m~B1>si9_iKHtUptsU=5?F;{;}K|Pcom;NsiQ-RQg;1nKhroSs#yP!bky3 z*8QQOTBZecAoK;uyd{e~v*A~Un4P=M3gblA7jz%) zPM6RvIj9!wwt6<#hJ7n+5}C@y;5;jnIx8XdOaJ%%3t^Qy9?swUh^oA&tvN7~nx{IA zJVmBr5-iURuv(-sGn<< zJtoME=?m8qEj(1>1XbZ^`qqxIE@yLHIJR{$PW6#I$lZKT&EkVZshgrnbkj@4Xh^hmKb@!&4xpw@&qLhx?1%8r}vU6TW_u^;TQ9aCESQX z_(Q3C=C`@kqNc~Yt37Adt55Vjk*l}PF{hFS)~^JLy0tG(GS6PY8bqSY3;#aG`Q zyc`EB?O7xbpQ`ZA8A;jk4wLp?!_~Z%oNbup0`gG>vinGocFN1+4-=@?tCM(>4W(>jQ6=K&*c^PzzZZJ^J zml1CL1%L!a3#M2w83_>*vEsnJETYNrg}V$jIbvg&Fx18(Ed{}RMGho;{)H!0?UhI@ zpnGFM?@&ygvAf&3Vf3det1h})VBd(dVi;tt2BtQwg^plEO-KPM{3edbnjv{i!qe$< z5;|}<88At{t3{{g9KWg=%4}32g+gaB|A*AfDNBbDN`YQd<=$6oviz6~GYFtCGW=7- zC}dq^1j6G-J61o0r&Eb}heMVOm_ z(u>1^?80<>S8Di_EKRQ*Dre`rGg+=#P^7&jbWcnnH$?Izb^({NGHWE{c&H+nx)WaG zVyCGn_dQKV;@Y6&ZuZ1`BY|`jZC{krl!2_g7IUpF6VCCsgR%OA2_k+9$7CD&kK^EKCxFJ3;}!z={~Ds(a`kuZ~FQ^iV&IQ2i)$ON)4g z$-(~HghGEx?^WH!pV=X4dbmy0@3tp*UC>X->qkj92Mc~Vj)5Iz5T=c`kJeS}VQ(Ze zFy1w4V0lK{e6@ao(_*pPVoT|lPy8Y9#6OLzgvCKtErsGqGL;FH;TQDpoa?j3B&~`R z&^~RL%&o1Y$SBy&?1I6sK!^?C+4{7H7GR9KdT@H{-`TR*@@)s7C)hBp1bNPQhO>1j zi*TuW?Jkm71()1#dSm99lT&(g9xYY-#K{NsF(AvbRmsx?Td09^uRfc5mOe*;h@UKs zpRU?r-}hHv{Ue57G&U8^8ythojyQup42DE6tYRkfBu z7Xb3eO$kZj1^y1LjxWbuCdEx!WTpCEEk?Bquxc|#S;CQ1GErzT2f`@v$u!~oDu_Fy zkJS40ju$8%F+2>FMJm^?G6@kn;5wlW->&puf{~IZSjAWxD2!Sjc+H{o{u>*YH;TmD z3q^<4w+E0*->F%wv6BC_YARQ1m0=sQG%IsmziRrHCcB_X0{x+{D}gA?*a{~|?GTc^ zeE`Cp@Po5^u?!@30brG2=q{qsQ01s`Mn~u(y{OvR;MPOa2^8VI=@2-g$G>+x4vddsLXc1#+!gVpY< zbr+oCjtREoeX3F@ne~!L+DwQK5T9C-W(?gsQ9U>9jvf?i3-8JqQ6+^r!*`J4`Syy~ z1q}HphO|2NhInso?DgT^3g^A!SOl$^MOQ%`lI7HM`fppy*yYjvQ_kG4(^RI;vzG3B!)A77ENEg?*29G~@$%U+~e8%ly%@S@cOqvz8Rz^QgeFFnK1 z!xr>oL$Gzl)28?q38m8A?Mk+mzCw0e^3LoNp>-w@xBF+w!JvGAk)PC~H!Q3VuC8f& zNUdC{_j6D4to*($fmY<>wr@?`Ne)pJtF#ha5k^OsnGgk29qmM8`+pN$BYu z-|E|e?@x|WWYqBz^+>^VXkm^tC1JVMNHf6ODLFs5B`jOxicILV@+k=( ziv$kWP(^MrMUO1Pih#Ub3Y1vmXon`eL4%OcRKd1{&{5Mc)lPh(U3`@ z?`6-OoscZ2QwHxgRTJ(K0iSAGmnz|ZH1@Ac`Y4xuPDBM0zT{27J+Z;_NI``3O^2jP zCbc0Yy#an*A*5XIJ?1P}GA6Ey;WIa4-}C8#I}N=>p6@XY#?sQuiq=E4%avYY9Yz%L zaaba@ZhCf?4Yk1s0jl$EuG7YZ9LECEQJi=9-+ z!YeemZDbI1M6S1jZk8^knMb@apQXa~hW%LTEno4J)CFjzRR9Hts8A_8!iN51*9@ai zJy4t3+Io1yO--Pr(FsdK`S0sIO__TAN=WVXyd1cDN_JntaH0m1X+fCz49yF`fpwBr z;!F;s@%v~B|4Eq-vut26l&NQ`gVv9rI>d`!;PC$0t)Vp+$pq^|AWW~K6xyu%fv+o; zQ}$5r-fnwE*yTK-!a=2`CR&}*Q!s7dp}B!@ri^zYZP%4{E(xxU^WMbjTyCUm8Lu;} z-k`mslU*_rHaU^WrpXwio(O!tM@RGKWLYX?Z6DR5I(-hMEav!H${n!k@%lgMw1-xn z_JEbrjY*TjuYmQ3gR!ne0j7`{pIZ`({RuEX5C)~(6Y5trlcZbmO$zrrs`t>138O?G zLZBqD1=&gpz{x{)nlEopq`^egY6`p->KQX)qy2>Sv#5f|I5)@-bJ4N7iaDF|e1Og< z>Vef<^K~Ox#6syv#+HEu0x)AU_75aMDhow!)t2GzZ3!rZ8}QO>V!dt;lYR77VCc5y z0A8c2aR`_$bKW`u(h~HD(}7}3qMcO{^I6GyYQ}8_pgH=I(n?Ux!-wCas7kF4F{-fK z4c4Fc@z7aFn3B(W-hf#@5t)w1qjuCUNkSXSLfJi}J*<%rcACDfW3xYOPdDmX%!D`V zS({=;M8Q1k%6Xr)GyU0M;ZL!pN+rAlG7-;we zuvG(foo%H?GVz%f^iD>dQnO6Zzg#g*%sUF%cwi`IDhi~QV3w(juR$s;xR+yYSg|%} z%c`>09!5QWssdADokH|E(QA5Fiyvv{D~>Q{;0gNnV`FILBy^;G4Pj2~;%tVs4!hj&(wquONx#o6v(TW8zWu-$wtVJ^hZ0p;pJ z14l7rB{b$@jtXYUrR^en+0KZ3;48o+$J(6ROClbltX&J?5q#9D-c}aZBj?2dB^gKt z!fzsCgOIB(QS!(uco8h{i1zIhlr{!nwk?fq>C_Qs^WTs(82U+dNB&!43Z9 zYXO6u7@h7WossVQB@N=BU8^_+ly*&}D691dC&+uIpov$=`_jh5K#sW}*IR@0hW+|!ueq$&-^*)qaxGDsZ_Gw`$-SX{(W23FZc-M=+ud~2R zVEElmH0tKx$&A4Ps#((o$hEK}pRpvA5DbI972+Fsj)|2ZH879P0O}fRLgEe>7T`sfxb6I;O%f(t*_EZGlaO$IaOL+sn=V#5qB^a@B+8sP53hjFg;#iTbfHofzOI<@qbSUm_zZcw*(Bg`g;$O04*hxGbhxz-`IM4_6-4ccBkuBNtZ zXhC9eO2k>^E14agnS%Nm4Rx(Y#irn}NRSv9+ygePcs`X;&61um(7KksIkMsyW>8I$ z(g5Z{F5+1r$#Uj{WFg45(8`jZb!tI%te-0-WH z)C_$L9r}HG3&#{kC!sQb5$Qhn#Xzxe>Oc?>Lv(m&=XrGzEenu93Bhsme<#ZUhOYbR zmwF4_0Ijw*Xmh`qxU!GYD&h%uRdZahEqKBo+FK6RzinH;7Tc$W-(UN%dTu+36rBW+ z_tZ#i0pj1@Sf!`cs?3Rxi{qiO7ZHY4gt+?%Vdc@m(btt9WS=GCyJxt@tsHF_Km^o+ z0$9}hz%*hL80RWe6A!}8F(K4tK3t~U(ag8(&5EW@pgZ4-4#0lYzzeu6pcwOza`I?Y z`uc1xrfB|*O9qg08?*R%F=hyGWAqQGVfX9Kb5M4_Ux43kme={F`-9s$v!sJ^_#5$U4xd2vFwcM0x0Ha`W7%1DzI@7 zef64eY=G~y85VFO-)ru>Df4}q?e!PacT&YriTkb~0?0EJJ0%ApgQKuq%`z*p?;9|F zvG40bMI&Tr7^oXd6G#EfgH|>Jcq>Alf#Y*AYeKgWpeqzjUHXqv9FKEzw&?W1dZ7C8 zj7Mv;!9(ratWxjvBh{ybbo=s`-$urJ;q=kXETYY-vAAIQp+e*E2 zTC5ii2}Saz8eX0*>@xJ~xnhH^pM{f*TR9V3X3L@$;`TSaN80juv=lx$d2 zi=8OH>2Fa5Q$`pImEd8qM#WTzuyT274_3HMat;bO>?>|Xv@zJ^eZpa0jS!`erw$P6 zixjt&Q~6|vJJ!IM2RFUa^MYZorv;Tf2RY2WXmBZ1xncbUw<{j`_nDg8 za!n4i=BtqLJD4Xw%?VGqEqo)LDGA^N31&;ZYFD_>S39VI!PCmU;TIerG~Bq}NH$mc z98hw|66zs0ieDeJsEIyuX*C!&>r2Sdq1&+e(mMOF<2_ipkX42G!?8qSw3bToIt|)S z-g~1};m)J{yOim7yp9BhZ9xUb8Co2BGA zp_?18!9Pg2>0Tb_i8&aQ6uagAy|H}7%XKQC^xavN&W0h$p%$5C83RWEV(QIdg{{Wz zW>VGUOn5Z&g$3~jAnq88yx2QET=92>LaJ|6`?j)KkX+84vYBD8iJXgx*GLL##j=Y}b~`5)jk{EvCH zVXmDCs?RF$NoHO4HT4nSYXm$@F;`hBZK7xHl4= z6FLoZ($?lV3Z|*RgKAu_S%$#A2n77)>PF!B6wt>=xMEv6a|9%K$zo{K)}2;Hzdq+@ z3h>LfAWo$4MOR44p>oMg_Y(hp;o=fw#g-U-T%{uoMi&^g^#U53pJt7>J(RH;u0VEZ zS37`*Pp)FuI<}&(v8y0aTW~cF8=xo6Dy;D8q(uF3wZ=(=+7H!}mk%_k5fAlZC5HaZ z&CZcOLfNVk1@!OtO>{aOG$59u#p9P>HhxwMbmAF^RD@JhV~i4}iWp0bECX$y>1M9MCLHXP6M6rB(KQ~fjy zL-^f@a5;hwRtUG=-TlA!XGO*ul@df8@s^{Og6<3}U6=-QMHc?(bCDuqR#dF?kA zt=lv&^5qR-tLhLR2b7Bh>Nh!Dd7vKfTHzWBVYDH}#sE=3uD==6K*p}xSWv)pse!te zr*vb5<@Ra-d!=+8P{2Rs7Qd39dB+k&CO7$_R3Tr#`D=BWErlzf#4}#lrWN~D(1#UE z!Rm_Iv9Z!_mMa5sl|G?gnhi|Baj2~r)K;aoKg%bMR+Q5QLSZ!lQBRm{w!G~XGtmtI zIEZ@9YfXzUdZ79i7@IQfb_am*&%n~pq4U+<4OK4n?tz~0Mc#EoJ!%Gn@K2n!tV@7W zmX@=md^VqQz7}%Ov-(EO^9!DDm`NA*EH(AMo`u#bxwDB zwH+R)ye_Xv-cNcb^)x7N1IJhf9XXZQQ!z5|?cFHD&{?*|q|&IA_WZVB;P_PoBCdW# zVTYA`1p%O2?^q6y9{ErWS7i#Z0G)gQy*> zC8<2@Ixe6$j{sYUfJhdnTKBTu1K05OOPc6^-45oS7*@r3cv%#fTyEc@6Z5?_pe$Vr zyOAXvCZBe=x@+)L@0^CCW}7`rr9BsW{!5hM{liP1ojv}`+A=YmjTM8KB>j) z0X+)2ZK$DaFl#-f^|O22jvU&clbt!x(zL1B3gy4Y)3#ZOU~AX1a>fMzBgR-HHg>n7 zj{w_xDn+48pifRMWMtaF4tB)g%*+Cx2~S?savSWPGs~EX8lu z&J{h9%6NoWRmnN=5M!t>^Q;}!L*+|gK9Y>W4fa=$mFms#348Dd-cq)bm5{_F+GEDm zo&AhnvL|q$)9iMVGiPXRutAu1H`XT%8GcT!E?li~!f{p#Jpx81g5~O3)v9KR2<7=} z_lRTZExZ7*YE{yLVRnU=H3I_0Itpf-9WnCS7W*0NFZc4>w)EsJU$4Vdyav2g=Cx;< z=@cL7dz@`V>X*4!;D}ToP+g?7`9D}_JHObKWJZCI7Pf*#XGd6_*x`iFmePn6k0(wG z#qRZ^mXhoa%YT^-dZ>C4)ifMp+QU8i?U*w4@2ZDeI1}7UZbBcl=D|a#2a2uhLkX~Y z>o&2ddL;_!y31@^%BpnzsfZv0y9cs&LPTU74eZr4=Fu0RT~3 zuObaP;|NFxnC^8{%=@;^e7F;@#YC!uqmm%q6Rsh-$+J=aFywI&BjFJEl6N}mM;SS5 zgJvk)p@S(Ls`wtxWf}N<8?xaGmHFGXY=rg%S?jIs0ilaE=CW>vq4)I_ygF9~)eoX- zM8;CC@7@47OBDi(fg|715E=?P)Pv}e!yD@sJ2Z-97AMAJ0B+RGh13O=qO(D%Jb(KX@Z?JGZW94&B0>PNYrL;qB{tHudn@g+|)`5YzYJBpE~y%}L(y$}G) zGkYq#sn&U+cj{6ai}%X!VUMKs+B_nmgxD**W9@t+NRo#bHJU1?7GyXz10aUNM1{Tg zHz8)=3#+_FnY{B|mds@dHrK>rP_Km4o5dD_dXw6CoC;?h7R8M(LX;Ns z#m-eE?&!)KJG|T%6p2!y4#SZ<)J44l<+zZczuzGn{mZeURi7c|Vm%5JI!cBb4#*d3 z{$U1zQZ&!7*>Sy_f%xHwGb<#GWQ9`z!$d4)-wo!v12-C?w+Bf!F_=U#N3}LAQ_Lk< zA8|72LzaZd68274DJS6{DIwcQiPmKm?!yC-`Bp3~;Q{{79M+gHVK`oz7xZgkxt49y z%c`{lq~8b#4O%;sx^&Q?-s zhl~Sex&PgJ)jSx$EQs?VDN^O)$ivi9%C!If?v;?#3qtP zDx{S~0=zn;C%jeV2Ep_QlFk_U`2@91FRm)n#DjKMP*?;wZ|i}0%$)h%;f>Qx?<^D)UGNZ~~v z2Nc>Z+@e{ur|cgb-RRJ47Ch&{t$we{d+=cUWv%rPB?1@1IPSHb`Iw8ob$%TD;7_ySs{Enw*_?1SC@&4pY%QG zX83WK1Rd?#H(h@I4oHk3CyYsv&}q`=(or4Z1TcI|6#g^rn9New+|11muNsol5BR3A zsYte4)bi^7>#XXmm!#og@Y6+uHZK#OxMtb12Ou)G>mc`(M()mRf+Ct`EN*}&34G6C zWSj5C8^(j&gy5YvVx6Ix2I)lt{bM-FFDhLflX0ik0i(fNNyoCgfU0t{0`F%>%8+q` z7K&t7;bVN22gquhX?stEw(1WC?V?;vi1LdPyA-_~m@~9zs|A@@ zkbv_~oXNByC1QQ8cw`Zs3GgY^)yy5YOEL^+v8wsXzq|CEXASnYyQY==T_%O1l*bru zxu$%GuMqB!DS<7VKbUA_@&M(3_}fo{FmQk>$g=V|Nu4i~ywicVwps&B^dCRM*IBlB z`SYp6KPNK-)fbQ9MQZzAK+8g)`wlAQd`l-SCl4}uOM*H62dkDP~CkHn~pVom0|k zu9=PEe%Uo_%|coy>FS`~>GoWiyxSP?_uC36oKBH1*~si6N$hx!wK^L$47pY9UHSMB zP-yF-O+W$v{LVOR*48R9%s-)-<$5y$q2f^B$r~EgBAyAcedUuhh!c@+KcYYbYSCns zn@%3b80Q)L4CT~X1O@>KdIXof(k7g%e=@u6!4B$DH^O$Ra3abyMSs-~z6sj91O2H^ z>^u?za)fndYNr;mU@(#qN~_GIPV$kP810s96kIz z3Zkt7lAC~hA%k0>Wq1FQb+`#9lmpiqwoxe!(@&BQGc*`7z}ErU7HCFyvR{n#V}P9n zBqEvl#WDeT1+ZbepLWD`g98X5BoEMfu&&R*%$eTCc*;H^B2TEqY4gqC?Xy?tfXGFK zq}L`m2BS{>(1IgG4tD24A{OP;Erq|Dq5(l2pc-2hb2ubWep1Rqw&uS;AL7^ zo4ohRqBKdHzf1q(DrdI*a{{ZSv0(J@aVHd5>k>F&zC6z`_wtR?!>G1hL}PSx?2<0x z>3#vu3<8q@!A|yi1`?8Yv=my-E&Jk-1ruUKpieALN!M=5rN7tdb4hdMl16~Z!y{$r zq9@tZlZB_Lz+PhS=h@}{bfc0N0r1Zd#mXKh7h;BpCarpkL_=JiMau~(XpNTDK&)BY zmSiLsYm!m-E{}!=|g{u(UT$mx&M?ITJ>&p*aglGQWxd{t(Oo{n_RVNMHg8K+0JkDBM{ zXLeqcS}qSv)uUDJVH){`x#SEI?QGqJX)`$B`Rs~m%pe8Q;XVQ9pmA83gk03eWm%kH zm&T}k^ESIibBU&xQKIDw1tcTb*jLL@K6o{n$Xf5DhWZf+rv?q)VV0~e8pFilKoHd; zsFgCsmENAhiz=f;I_nE!Y7%0n3Q*QIpg{M<7JyFdN%RBa87xGPj9PJN$-$FUvY0yK zy*8QSu$E8CDJo&|$r!|9rQraDK=s>AYN(;-ZPQCDp_NTDVzd8tDoIj@q6IMHLkp{A zBVcsPLBqDF?5r;(G^Rx#(oj>7d02`7T*>N;YJNAAO_KK;>F;~LBDM``g!tE*x{P(e)ypy9UOjn(&z*L&+?3m=wh!ZeOX z9MATFOH>O^f*b>|AA$9SHO?7v(#Aw>eu9g-2n_sI7J@<5R=@yYDyC_D49+(Zb^Adm zQ;5)27T(AF{?RkLJUXK;&<+gA6K}ly;lC~H`?Tvzdps|46mdDj(q2^Ogcx=TlZnW#ZBfBqU8HUFD^|Afe zOh@L1hIy(i^Oz_;YUJff6Y=hK@`A|OM}o#G8uIt4kD4Oe6>LvQ>#>AV5e!mF*u#|? z;G(>)4q|Ma*q7+=&e?~lSv`U*+*Uziy(?@&<^_Hs@T#|QHMs(O9*(2^9&Wc7wW!u~ z!r68lY9IP#$-3Nt?lc>8nWN`~6_?5|YUt{_VlY^ZF_`8K^p5r#cB`CGG7)NeLO0p5 zJ-Nsqj=4Mx=&+zs&x#T5mfVsg5@MwuFj90VbfL8BB#o^8*b6Cu(fbnxCp9S@xQmNA zC$SWURlI9$ZE56xOi-3ArJ?1qU@|!9QM6<7XdQoI+l>8-4rb6IIw!7(!J|lkT(^AI z|IzpRR-C`E+B%~(i3-=`)RadQ8imoxR}VpOyXoArl{~0(l}`t%?!sK5W@@#ZDk+~i#l`}u+4 zLU&-MhQOU_@($H2-i48@B&0ecF{_*%8U_ZVSuffv8sQccnsNzmU)XNDN#tGgV|IV) z0+B8>b%-!;6dqJ!!%TdMh*{|=yeb#Kh`FuGEDF<~7Tj8C%LcJz8|m#(YpX{m?q$#CM*lNl<;CNhe$U}-oW zlh1Gp*Hk@_EEzRZWbE*%V1Yg(cj-!thKT<$Z~}Po4mA;F(|% zkw+qA&uv{dQ20`wPBuj!4RsJ{pvv*BAS}olKg7@{Rjn_S+n1yJvy(xfn&KmW$w9f4 zgPU7tC_cP3>_J-qjtjnN_lYPc>>e4dX!F*2=$+I9(rRhw`G2k<$UyRD^E|V`dPx9o z5=G4tSl}K|MlWmrDsmwi;04E@4Bgi$2ItP`A@wypZMvH*{d14`r@}B`GZ#db?is{; z$C0PsREdn2iOvv}qJ^)l0<6It7nc0FAD}R~_m~k&o>$D4t_g6Iui0}=9^GZMu(0af z@iD#&Ja}sHctYeCZYUe;clXGh2CNCba* zfpI#oZkfl;FK#@EWvkE6ob??^h$`ZR(Q$G5l)!VLC4a`SB+u=H7hD#q6|7W1zt>v zV`q#h@r>>lr#d>@tYB#Y1n`Oa;v-L+V)ISO25ia0Gy~>K%}W}?n#4TxP#zKoC4uG} zVBoV=Ajy}<##s|d?>T&PCIkZFoz{6rL@hFwt&L&td!{>iuVAH@I618vSA<0Dds>4l ze{Xa8WtS5p!(A*9`I|!Yh?2-6SC~9SFD~Zo%^;62`{_9L>z0*D=C%}JgIS51(H#p* z11OKmFDDtzp2{c)-@1>=kIer42Guy!GBnmhyTJs8do==bc3h^GxR^|2dd*&EQQ<%y zg^vef`@gs$kWUND2shZBDkT0Cr zn{`;-gE^7`Y(h+#H#VdW<}h!M9j4`D%;Sc%2iEV5qs zM-RYmd0}FlA}Zf1<7t;iaKe|vsd3zEu?dPuGDsmHGB6Y-k{_pvH*5_!@ns)qb9kSP z06|#id>jiPb?4dKMXQ_(CCnVD9isjfNQECvdKrLu*ACVQ~)7EB|t^C30*rwMF7F^u;>}+ zD$8#y3cWE3P1|N)Qjh8~8N6;M)F$4_hLL${p{$_l61q!qqMPsXJN*u*J^fg*#!P_y zY=v|~hD1?-r6EfVoO=c(-BexjkFr`s-j`7EQ%{d~Ry{&p(CHV0VD_t8IK(}~4zbcFb=y z^!?9^P0p-xgQgR~1Fi^*d$|J}FVq~u;9L}{wB4mRPg`fE9#>BV<_ngP3kE?b=BNvQ zs%kj`sgGU7jJ3~urQyoRge8E3O8@%Ls!FDRIj{or#i}bPzunthY}>_-a@!2QK3L(-y1>U2M6d(1 zh<`wNi%^DQd5MlZ8pdWk=O=q#K-)w@;n(phIMyfxq39a9PO-$m=7Rd2YcZpSvMi!# z5O^NhCC!*C^JM%omzgsx&unT>-81^X370mM3z2>5>2R)fqZAXwFF|zTw;8a>LfOqa zsR@rqDA7dWv!e-p(loQ;-}1OpfK1HVP?n--S|id<>90-{+DL4ME-eIK;igzb^7r#X zehH>3r6E1hg`+R36t?&%dJnrQsTVZxx&ESP3U_%1M2L9H*r5~-khSGFQb+0_dX6mo zT!G%403>Id{sO^zU5~^tmXV~0Bfi&W2|fVl3oQw@Zdq&;Jci9jLW!hSxv22v$k-HVl?qQ zTFyG-dgg|-O0=ZPaCyV zYkUI8dE;RU@&#G7lSepkkw@g%ZcLNLhBmJY8rOOt=jyTAX-NH-tnF7iERHgymo7pX zH5@VRaZ?mBRMH_lS*EN)1V4^yEfh7M4k|@#J->~1Tur3YLy|4-N8?C=G686%RSG;MVilrd>9QZuZAjAYQwADd$3!_OETgtfn%#D3+>z&>)+8I z4$s0BC(CtA`J^_BRd21@cze|ub@L^iQe159ArO<(c25~+Xr-YM!5eoS%NFWlHv@b# zy+T4Nvkacc0+IoSN|4|}x>m8q9QfiZd(Bw@bUZdE|$5sk6hv(`{ zo(;U(%495u+7NW*fp@Z1Bow1i>YaDJr5&a1#Y-A>3n+udu&@ z;Rq!2swmAw3cg{9>-pJGSXp%USD16%`w=G5#srW;n9=|!5{6VwtH!XKD3#63E?{y} zd@%DgLM6&?k+Miw>mpq()gUjs^IeO7d4NaG@y|mE@27{tB5*rUtHWXR;zY;URLimC zg|lbK%zc^el1m#{@~W(P*uvPf!_9JmMTFC#n0B85k3_{kn#mE1ac@}l%Hj6wyJvqL zb~o~K%Ro8*U30fgT!o+gBbVhTqD6t7=xWtuQ@Kv2_vOk~kjIW{@4*a&~3ea--OYw=(Dsa-KO?Ot>Hk_Q% z-d!F#hJ$f=RZ~aciR=Y9MxtWil#u8K_jpTKaOi`USBk$DWD^gWk;D_2EH+^OR;nMOE7tKZB!@6qTYA(W5J78KPvA`-?#yLn(3y*HFB)9o0A9acQ$HwiLqJTCGPz*TGp?G1Vy3v`a9Cs@%f zNxZy?g$*N6_vkWaeoXhmgT3_=PI9$?cw_=|RSeL1Nbe>En~2&qWg14+9kaaElO(x2U7EqtY3$|x}!1N|y0kxO)LL1Ce*DN$G(Y&*Rt zX@XX0IGq4Yw#7_K8}J=qA~HF|rctJ0sQxK=;3^>*1p3#1s4a4rEK~a`b453UP;jmC zN;O?`WDcy%CYZt40SM%UT6%1Y#SbJwhs?_H!frP#RY?xSd#w*ge^8z#UqdzL3L-u= zo~1%IZ|okuXHJgHi|XY#sdGEf(V)U>CCdR6uK+r+z-5TKLxL;IHDOB=#i(f{3j1QV zFXSK#S1$|v_caZQnmCtwTncf-t>K#EmOHE^N?D;<8$1OFRHn%Lp+Xo2C5abbGfk$w zpYs^`sulCH;qI;$VzESu2>yx?9Zt*w1r`?IcTWywtBUFp%#LmoiwV6Pn*OmE_7kN= zjG*E%KKQG;y|XY&G3TzZj*0F!D314_Z8`uk)Nv9i#IVPE76c8F zX_+>W=XM@hulrC$MIqxx090la;}n9~N=v<5Xrs3J-9MqWYHJpydQ$q%WXM`KH&VWOgkWo>Ql~t%-!DxFefSFz|Y6r8)@J`kP0OCX> zw54Jb>!C*S?TA$`2%J}$`l{nSGcImMOa6&(b<{Yal1nQ{m_mqZV7u~>Y9d#@#k zUri*c>0uuq9zp2*J~5#eQ%;|*c*VR1?qhANU0BQu#E^bl&b>N4k9Q$<6|RmGll%#} z(OPoZ^NU^=In9M7{!umrKBdhq)m%0fh2rQv>$_+6SE4TJM2%vQ z+MV;PaWqH5uPuQr(X43F(-(NXF*9?!VsdichT|Liqw5po|Gy6v=3ipyk!7LqOb1t58SRMXIk zK~n2BfYROASpDYfPwngVLw5JS$%thMs!8r2s{khmM(z_G$W)K+vZ_J=8lN{NtJe&V zmK%uZi9d&4Lfpw7H-9}oY8(`nGQNm=Gg|FTU^wjjoNvq*`t)OxLSSm2$!GP;z*~@5 zySsdL9$!oqY;F&e6SP7?n{HN;09H<_M&?1qM_$D;Zi!lhylWv7U9|=mmR#hzt7A6S zASXKX*PB5@SGnayRG2wt>U}!OxxR>*UraNFZmOu2oi4sm zT8G?i@z8RtO63ZfLRWKip}ls#Saqt^-6YS+6=#n-h8ev~3g}#yq`G?D63-$0osWMO zA~l6VLWPSrWXL4A@g|2r@-MI~lvwNi!{>QRu4TF?PSRv*>O+});EdRw$3rL5OjUn(<=@qb;U?Ll|hi2O_)!s#-cP@%09zvwE0*0I_ywz#dabS=xqe5oWzm) zA07yaX3Q*CH{`e>DNs=U>}`4drLEz}T3_3LWklb+?4dBI72jiSt15rBFGHk0{E%)M zb@yYWicD-D&x5EWb;Lcbm3L8zsS;br=x#(k#KPVZSR?6iCekT~C!n!z56pa3e|v+a z=Xzvp0wwFy->nJD=Icu8D$v0!T2uLOUvedm=Oe|EQTutPvD)AbqGx=mFNiLB9g4DY zQ<4K~BKqa;CM%6fK*uMNjoSB$I_3*JP>e}QJv#|Wo2M$F5}H0Gh^2fNm@>R*AV=UTk38r`})g}$y%lV41Z>Z)kZA+Xixm6qh8 zZOmZqqbXWDZp{V0ltuNpQgNtZa!bE78ia>TO-~W3ux;vB&)*%>Xc+ZL5H3%r+jQ0$ z67f(#AqTK0r^iU&EV`Aewid6Ad~xn1*5yA^4B&{cGfjfE!E&=FO_8ZQ9$Umdz&wjv zPz$p%ZsW*m8FP^wCSSYfz3yyd(Mrt?&j{QD`R%8MN4~{go zmN1M|Sk8~|cW9L9oWcVD@z{ZCbButj!UPNp_`sn`Qh>h?mg{?3(5|Ycz znTNwdB2mGcOY(zK=m4Uxz!iTAK=6uElg-&~$w^Z9SezGrSx9h)cBUy|QzY7w9u=c< znnY^i7ROd_{kz6AaLygr`d2c9_JcZ173t}=t#a!AUH{ux-l`C*9pR|!r3H% z++C&a`p*w4BbPr(KX#Zt}4l-8#-;gj*yBR^buO`>Fiay<>$k+OW0^3s5$0ySxVBg*Y9^F3bGc zV26F|%Jh(?)$Yb|z^#C-SPpQUO9~J`Dg9|SH>BzeuZQ@kHd4yMeEvC6u=NfXL0jyt zphvT5RTcCKp}YJwFHqDU)VL%_E7juk)5+J2b12DskJ+OoX-Zoz0`{Y#Z4NfZn=GC4 z1c@K!U!WREG->_?W%$5HvE+Px0do1th}9Apw9TRbre^Z&Fvze%Eiy|{DIxjxV=ZT; zp@kltV5bVlZfI6LXIUNbfDpzPa#3W)H4}9NX}(f+&{$gn;pZ!+ED;lgXi846MikyCRz#g(tuatzet9CI^9b?krnubr=HqX(qI09nt;>qfpi-YwGQ3D!S<3|pcNmZAN*=~VM1x@Wi&p;Px z62l~P#*^+@QpRo&&dLLv&H9vu1ROF^iJ(xl+fGBRg_JB*DAV5-D2>K0QB?!CJDw~} z;7pHRXF4zA_}j4>D|H-#$E#{Z*z|@BLiO{8Nr)hgLD#0RXDgo81{5isBG^OS{9y1e zgbuG*jkBm1Z8fe58$=IAjsuTmRV0o@83opd7v;=e%K&NCQaQlax zLryuV_O7r6VkWxGmnG?jExc{(VILo+FcX)4s!-VODowrYt!rAd-t{%p)X5i!7Np|o z;%y-cBNzvA2Hub@c8%Szl8i(iv)T0~C&Zg<5w5r;T`z!maeU6F>i7a68N%3MF~O2g zCA-cSmkqUPzS(pL~BIV>RTN0HA9wy1`da0r%%k_gj``>o>op2 z3lkj*kH{gWd1$~7m8bXk@BD;LGgYp~yv`7TNg*>HQd(lmlO_{1@DHWS?gmOY>5t|r z0yF=~3MaF9G|E!JPIeSRkyw|T9XuBxxi9syE*Z_g5U~~-c67r92aZgm@omjq8+PgD z{9NWgJ$K00SApG|dqN*~I8^;8ICRMqwQWn8PhcmeQxgtVGf_BW7heY+LPR=)zZg;| zi&%2Ir%JF}1 zID1Ji(=_e$7LmwHoCAbLq0IG4eS3|-zi`4TZ zGNi4y>)~I1^ooexMT=W#j8hZM@y4kXbKmLy{(T(|9$hwyMVSV)*nUO!H|7YAP1hN> zS1exfAUpT=nVIY3&BjGzQF6YEPe8L<-x5-qzmSeI!L8Z}_&8D0jFQAMzVq8Ksdo(> zj}zDP8c?Oy3F{I%z3I2!7MMroCz8=U2ukgIK*NF$+h`2`^{DyQiCXBHT05tWHF}mh zVoGDTZZE#6izFa)v-QOB#aW*?6*?Omq)_ z#S60sM~{#64pK{7L+jA-G=rG7%YopHMP$%v<2itm6eAv(9ZlU5uWO6y(6W$%-NqgS z;j&DCiHO@^w6qCV@SPz>BO27?&EQU!do*~iQa6s+DT@dVYJEbzBA6ZJsopCDY1Xqz zH`|Er0_-3SF$z#@>Ftr~!5E3(O%2VarD3Ut2wcM|kn!YHT#|fe+ge4%#2B5=-g~zz z8S2Wpu`mdcg%Ie;+^RHhSM%_J^Q&k_bFpHU3!)c{+Jq8Z1J3qg=B$qWTWwh;z_PS9 zHJQb3v!(nA?~`aM1$(t$-}AXZ889@M!uxEjrlH%5dMC!%E3G4PBzVKIezrpN*l3pk zr)KSiwJk@^&T&|@UKYIPfJ!nyHr+tVCuQbwL33D;U0!@cxj_6M8L^QA7;s7TzpmT9 z4WqEQFeskcbN*~-W*t+C6t4(IK3suz`k2*>kxTv)CCA-r)ef@6Q1)Hwx~29JX;{ z@}i~FhHCKc0&GI_j^?WIoobd@icmZ?jd?KB zBq6RqggrAuoq3Wlwpt|?dmj(|s-gMBrcR)sott^$zG1c{HYmVDqLnMiGVh+8>gDWR z2|fvoPopUQV~b#qCUJ_51`=2)&Xhme5;{kwK4;k~(&Q*ITpEZe*Qqw}0F&ReKE4>a@bbYzXn)?8$`5zl%F3mL zI)!omJ*X`%&&Z&nloc&Gz;l-owi zCmS@#67{H)kSvZGsM%X&En-f;2|K{KvQq*`xlc_Wvhu3oEq)0Z78`<_q7)r37j=D~ z*B4f%PlzG-cZI5w$~o}~^mu2RRzr|%WydX+?ei%q|4EF^p*Y_b3L|g~B04tsJk>a% zla^{%IloL&FzQ)vgbTZdxslHfrW%Z1=d0t)2g6SW67AHEbZR+{^a{U^tAXo9Y01#x zRGG%~oa1m8o~m6={(p!H^VoN+EYV2zd(o|L_gNszL?1mdB~HBpPA$5tu}IZDZf+a` z6CLnxfXRg#l-rq-fPawB8L_y3k59S-N&%|OrmEo;|sqs^#6DE}cs^|p7bIdr5^V=DNh%Cb3g&YQ5c2@+*P?n zVQF9@Cvt(g0@-T$tFl5tdadDCYX6%i5wSMu_BG&&f?Qa;-WNv+iW|LUo_m=vT8o3* zD61umpCt%OFk=|@Z0y?-u+mTrV`Bvs)AEM}(h>yN@qo!e5au`RhRql-!y^C{X-^OK zJt>MCq+rf90UzP55wd7dUj)x&Wc62rCd`N=DGSt;91jl16sD0GVEKybnPKpHI0RY5J2E5 zIdN(vRl8N8Q14}<+fIJGj(g7c;RYhD@wY@tu614 zM?j&x5LMwv(@-X`uBtgYshU3JE@3*C9Z!d#@J-1P7=p|o+=U3kI`RQMVKcMq8y`Rz zaD>3af>w1XnK70Jo6=Z&i8Mgr0N+6dY{D5GelA;$PRW~-b{EvAO*eyg59G12_Tw6E z!1s=7aWT!~ifPQ&H4Jl1mVAu+xG8v+VqNsqT)SGNC#becQQFhKr4dfqtI7r&GwFo5 z=SM>Fyt=rcJHUVljIgX2c#+N&H6=u$HyM+rhci5`F@T_1pO(umS6W!E((YO%v?BJF zp>T$>kiMAIkYhCxLC z@D}+!Jdhp>6{8Wm3u*7^?RQ`N>9Pg`Zbflq9{79KMm+e>Attd`%F)VfOns>Ujulnj zC(_|S4fap_n6FfwZUX~Jg$aD52|@>m=*=8x_MUxMJ;ydj435Z)*%WEWA)Ym%Ns{#1 zAN(gu5f@8?z>xVqqo$rz^h(1fJqk1<7rt~grktPoJ6OLMFD1J7w8^^_?52nVWE2v+ zH36=T53B6xMTuE^43Rdj!%y&sz+3sdll`8hOf!z7hM5W~%lFDVMQ%NrOF$pNg{wJW zk82R+&X>Y)+pd|H54BPmAf&00%NQ8l(#Uqb-sU!ov+LG|#YAm|$_Ov4HlY^wPHZ&e z^G4XzP_F~p=xkw z9doUnbz_QSB}+vDrQ%``FrOG>YYJzhlI>KB%((~ut<;=Dg~`6vw- zY9`6;P!uSOKv{Tq{&(M8ZcyeGC4mK1v*e4qP(&&rZ-9g$>=v zvQj&psc~baJpI#bE5^+F(z!ZTIh6_XpgTf~M{W9?j#9^)5>1Po0!d$C03kz*ho?nQ znF?AXU!w3r2NbA^_zJZe{82J;Oomqnt4zLR5)I8pQU`L&s#Gnlp@)uYuuWu}!@3+q zWA=7R3`{^yEc)q@9KD4tCMttjRMViWzq*_m5SC#_xB4XVjbcS7wSf#EoNmBka7_rWm5 zB{ERDwLyVvRCUucOZVdy(lb!pHb!Ms>ALI8&?*^AeR}^0uE>_t)JXbhSzPOhe zl$+?YTH`2aE)7h_D=5FDUTRa!JC;OYwIr+zgl|aZl&OQLv-ajx@I-Ej6Av$pABK@i zZr*rF4%JYjmPObr>NG|*sA7vyv=*x6{*ixJd)%|xO>ERM*vhr*WXz)d4<(WmbM0;0G9 zkR=S9JEn>F7>xw;^Te8<|6(#c+{VFXXU9p;rB*G7#58#Ht#V5Q!|jOLfb!y_z)e-Y z4P;xb+`^{O+Eweu#B;Kf#e^wFY^@I%t;@#2rU{CO5U8}%veQ`&v*toxfZ)(q~sP#0B1;##KK{MJeJhN}21N{=q z2iXVXVrW>X!A+}D;N4GFSrKaK!tU4Fk^uk~~k2k+h2kM|8BMp6BEmpAdDiF;;Q4+Gy z9ltt5_H54k@yL;01?k2tFFU!{N~z%HB~MS8GOVoteC&TMz5POo&%tBpJs%iIqg}0v zOP$qiinz?57X|`dr|%Jp=|9F)wg_1h_(*(#Lnyu0t?xGm#(cIe5)7;+uQEv0k789k z0wt$l+=&SwMwG8vWJqnL|13%uc>3ypG(s=j=OuaQ4%7lLUBUw1B%t1Iu!r5Hw7NqP zXB%&bt=JwQ20e>JvRB7ZImlm{1<|X6OsP&kj3Gd%?7~9+orXf=T;0S~y=xqPtj6Uo z+rz2{ZSzr-m`<2(EN*j!O2T#%igD*|!uq2*Iq$2#K0UnPp zB1SlL^+p#3u$3kU2G7o-5n9z~PAR2BoY)UVw{-!#W_19w+$9IBC4BlMU*^lI2LZzd zHaWSvACs6D2+q9EvFmtUgG?TVIfAADgktG%upje0@~IHbou zvBmvofSuZLo`&v|hN3hfulC=+vtd2B=gzQ+`aMlrQ?J(;MLJPrbn@q!^DglkaYW-j z#W@4eZl^f236xw)Wt2Lmr734B$XJw2fxL9vcDF0Afeb*yvTU(=i2>0Qt3i=Gc>U3-5?;`E zdvIO8mt$W7ujYnq{}z=y2=+>w)$1mm`le1F(4r3w;Rtu29g;gg+g-z!P?Zd@##P3! zgdfoPsTmf0?&N|?L9`Os9_V0({b;G#>NQbe1d2kUvH+aqCUunHl(I_O!}45MnRPqo-UmGR!7uQa z7CB+;la61y_66(yl;Bx3Xv1R0as9I{+V1Itu7!MT?6-*Rq{tK}fEeH@r7;3PpqEsl z5)yr}f@J0*IjM!UG2AcFxn(bs*a3PJ`{bS$dB0LA2y0rS}Qt6W0~;wLdf z|`G zyR)&?3AfcANm%Z+FsD8zHN45ciXKsZ27PQrDtPy~mRMUg=*T=H{PPHX@f8+z1t9K- zx<->?RGF^JnY8A=0W$x5${w)NTWqxk&}6w*g)in%Q19EcHj~a2L%=vI-VF|RhfuO2 zkM}==RHa{uBo-u#=<3JjftO&Kvx@}FN=iX>KWPFu4EQn5si$RJ4HlEO45w0 z5}Bp$SjN#xS)9?o|E_(2?WodO?zk*w@N~ggK*(u?aPHMr3RMMOU>`=Va8?F;7>+0da-%>*PtECzDt@< z;Cln;Pvq!2 z|M8SDOqfPfHYmh_Sl?SjI3l${bL&}MIc~IuUhR!{yZ)YJjhXM`cGE+|q(Op}l~nhU zM}qQGE`pTL@xad^kdb!(cvbPA2^*$w7$OBmN0ttZ9K^}Cw(vydwZu!BeU{IhG7^DQ zt^k%81s;`=4+JZeW$C0q?51y667U%GIqqv|0-9B1M#qeU}wK8s?g@U|F|6!nX|NfzD_w%~t08OdI>l06&~C1w-{0{JA6)r!D1 z3a0NaNxUe+-qLLTbn}5w7R5cY4}#Yh$5e{2e$nR{`!Jku%t8wmZ?BHpTkmVi8$g7Q z@y`!^>}%pjjS9pPNv@KfQTg*psM&-n6HmD+BZ#|aVOx5fSpbJf&x;_riDWQTQ`uPXO}E9!#-2cua7Eyb z)Ogk!a|jG1GJZrD%(uAa;!P3>^CPWNSDvtLN&zpGCRM+Zhbh@j^1gyq2Qj5$P?MAV zW0O1k8{<7nY?oe{?5<5+?O?!A@#Fz|M2K~Q9g7=RlJ6^p7s zaw#lAlg3haE+uyhW1}0PMtTp)w^V^HH7X~(xl32jn~EwlOruDi-`>`D6`oabK53H+ zsLt2{b#@1q(!Yd@sTolO^f*$r&_}X!lB)S^Irk(4MYk%lfptnh7TD$2)iNeG7Fp;f zpsmN?%a<6VZCR*wltTlQvB=>+&dc1YVycakpQQ@`YUB?Bm`> z#j&hU!Z6V|f9RD8lFcbJ4`XC4({Dho_i!DXK`IOVI2n)W!*?$6-EhvhCMWYQ%#Z2| zsRiNK%E)wTMr|v5(zC$sCTmhLcEl=ZEk<%!+2UJKr~oEfWmgT_BkK`M{%zv;*w5Y4 z+SA#g0vEcp7I#n5gFo4UO0q07lz@+c$;geSo|}(u;_N8)$A|O9pw75EP*?Ndj0x1r z@w^_UOg;4+LmdP=^e4SBsRMzqca!Uo@EORKS6}#Wav8 zuES6g#6s%h9!2+(Gi1J0sX>96xfcH!2Yt0ZkGLyn`%TikF3Uo}BZ~+v^&n)C-e=)} z@p^h6QUT#B?tgi@*bAtnXFTFw7o|~K50#mnK4_zButCLXFLR7 zd|H3?^?P4VpwY(&SRWb)+KjR!?uP5`2Nct=Ph26zFy}o>*3=aA2mRe0Q@+1cU(!)g z)kDR83G-;lSt8@haKPTMij57^V3`JyRd&zeqzbph^8@BtIyn{4l5tIR%qK_!WV7v3 zk*|D`$uT@OQ?GTI0`bE>>dg6Y56fn&Z8^sCZbi;}?-fFXD%Ig_+v!#n=}>LZ7#_MW zypK`PqUKD;wZaA=(bs1qI<0daQ{l*o@z$hwEo!{%z&vY<1aFjFrYpbb%`CP@4|LKX zbWq`n`&>$zC>?(n^t`)GAY1T7KOR$vS@P0A9-7e+)NX;jWd%iakpD+#uX#ytIqQUd z9SJJpZ3FJF+n4XYMbAfJ9$v*TIG&putyEX4e|{|95*z4hlZ15~e8I4HTAtN#Qry0b zk~Cz*k^tK{sHL6_=GK08{FC(KncR&9=tjSS#OxH- zQMWx*Cb<%erigvtXe5g#R+SChOdNAi3Fg{N;R12EQzfB{G?Q2ZQaW26UQp5A%Jx0q z!|}Ns*U&t8g$2mA)MB&d!c^%H4{M`N0)|F`0lbeHV0&L$$g1?7VN4{v@Qw%;bYBVo zW0hBwDH(8zbbq1SrhL>QF!|&_cGQaOG$DHyN#aU7_}_lw7MON+itY7j?jnvX3mIi6 zLRFiiyf{%EuU^#Y>B9AodLPuFmST43@~Yod~-(TfpRNcv14pQE_$8Z zSX*sQcJK;%xML1#Y`rs(4Qu^EN$bP0SYEr=`!uq7Dg=UBEDml5fm6By|rbKsvQ>n_@~h4Hw=#KO%2db zaE#iGvjsVN+@C603W=1|5VuS%Zy)4h(`eM2;~^DK!>}9HR83KQU=w@J{x$ss?DoBz)sf#YsMj1|6ICt+^k{vlWEU@{U8;4)&6dL{JZ_NGmC3zy=8$OzFdo%Mz&8>coLqRvqo0fHl3IobF|xA3#nkw4PJ8 zT!sct8a%?N27eEZGn-+4QpJwc484jQ8Z;AK9|lCrJD(d?~?I|iqGkmK*GB^tG3jt#m^p*@H)k-Y)mPn(K}@(Y8t z_cO#gjHEgd7?^GpN$R?sIwKfi+TOF1I!p(i=P#_pc0aVJ4_-8oo9hTJ(l3v*%k#dp zn)M=3^W*dr;`1}jOE-uxYj`*=p;n39(+4@54Q5dT{Ez1$N~xUqpt1L?h>jAp&9>UU zc)@Wo2EU>kL`=2=K{b}JL>Kj>tR6gHtNk z;OVSffn1UXD77IQCvOUOKP*s8JFW~IvMB-1E<97_rwNduSy9d%EgO~9P}mBgSw67? z1>&3A3l6->+%QF?d&jBcP^#A>3;oMgDnPCMLhYNC?!dD9wrmwB4hKpP~M z6+o%0`f7-zXIb-(=VCoNsaF(;QKcm>&SF5u^y8kn!I&h-NtvP14=yrtgb~GZEE^TX zto0V>s<>R_fz0(5YY)%~YV&e;`QPZ))hUH8O{x006drgPa{e(T_UF4l{buSn{q%^h zXJAKTNvS;(rni|e11M=Rh&tij`uyN`ezO*KJETL8UtVf_JV+?Io-fC?z7TW1500gJ zazpmi5n{8!l`8ez@MJB(vt2JJhVsWpp6m95V~Wk9#26Z6Db=I6q!mi|S&%BH|BWoh<4v8R5pPr;^Q)@O!TT=lYsN!6`vE5kP5g3CGtVvY0*%XG%r z2W?a`Kunya_EL} z)pV78Jr?Dqm=3Sy^T8E$$ALzUTPXMs>zNQ7y+FzeLx414-D>>fs1V<0-ibd|dq!_6?g_AmNDC$EVR^_17; z+E~OASj9(h%eX+E`nI{njLOJMY2pR2rEN7?sGsKjUyKa83d>wIO>O@sehBq-gvf32 zB}t5+>wX2>tS04D?DS`q z$9f}G>lo($lao~;hkOzJCre+3a6|%}SHGv~ZhW6uGm#be3>;3Gp0y}dmajLW%feoUX$qE|!EfDyD*2P&2 zfk5b>rKmM$;K#xQeKBXHp5T~8N;yk`!L-KfpD~B>+VSpgy=RnuQX=gUxWjSs3n^bN z_u67jaZuxb669h{Hxehj5U-q9JnZL5qRmsHqvfaC|7)5Gv`7a2$Ju7zk*}4fk}a); zJ3)%FJPTm(>6D;L7lINx%y%fny>uT55K{g6dr1S?eJZ>L7NdB?*=VmncSZ zC$qkiE!}qmJF>);Mbapgf*O&!i%&49Kx%5}Hl=v48`^UDa_i!~Dd_NKV|erH(t^VC zQ{&G2ra%o`a+ztoKSuPFezyTCGGS+o`~E_WoTU2Tg1soPv9V6EQ-~y0?98Lqb_yh| z$rn)(+s>AuOV4vc3)zlzbWR_z=H*g4jS%xbJx9A6T;#^=rA#f+zrpO@Ja+2o6h+_$ zBl)VRb2D+TVu0H~^F>48Hq5BZuhiwH3gk`reY-M$mVw5NMDY~&)%GqCU*(OhV9Ksi zQntr%oB@tl z%>xCrr|F@v<}UHjIVQ&%O#Y{wAo7Im$%X71UywM&!ai-Z+yUx3E>ws2%xG?UJvHfy zp2T-dU8ULL>?9>zopr%=NnA<16$*(AE`b6*wOU6(V1O+qg=;4PiT$`MfJ!tY9!-YF z5zml9uo+mzV|!KmwvRD$e6!}Vv>P(81aTl$=FZGfdrXotMuDHJSiDRQArN4FwpD{x zjU}mQX`y!qi7i9@3mxOvFW0V33Rhp8h400slM-uqWNlD-6~(z7N-XF@7Wg>Up2l1~#$L&PlE;$dOeGUlbn?1;d6)jw zEa^XaT)Y)c4`m>Hc4b-4XW3=GHA)K*6%Ht)usOJ9Dus1eurR|18ioFm1aH}pw(=(X-_sDIgGaBswy{p#z=1=M;==T(-OYE4k_h8Ewr{1kD}mY!b|wn zgDipeaKMBY6q9j<+ZzoQNvmu3+zXR~5@-s&k`7w-lZyamVSy zi#BVuA`$Is%rHm#p1h6YihB0^o*`c!q6VEy?S8I!+dbR(J33xf2iqLCGiP7pjg{I8Q?TZMS`EUg`(Qw+ z_jzgoeZy^#psR|63?+*@B2k@chJ}yVs?;Ay4lV1J3K)X6I9l*V!SAI@OTNKrjtm$P zZ>*$k!7M7VT6=xI{@qpe;=;oQ3kUDC(TUP~ge>DAnN>w-M(g&S_aN zIL{;qu0;~OV}A6DDQM)?nZb=xs4eajxpRFg(L8+7U;EJ7uP8gEqfbzjWXGm*^ydFl zJxqE0dYBqvL*`>;Su7mKJjs;O?kM((U4=NmtY|2iWThxJm!EE-4)oE((p)b9`o)Tj z5emz`oQZ_x^)fd&-m!1+(9ZEoa6daKTKdv-Bx!?LL#ly3CDLOx82llou_^yf-(fyT z?Dyi)W|P>mH^~c?sd?K4AjW?72TMc65-X|XvDoOe5vsT5UqM6``ITn?1KO=xsN_SWrA-awU_5p_6D@J-TkC)yvkqF zLw$>AH!_Z2R#{j5b+nEQ4>M=Q_sAz}-1he^1Z+p`*=WB;8aHkM<4)S+kc}sKkm>AE z@$2qXWr`}9J4Ycx^z#Qn=1m~xxcEw6?pCSy0pV$D(7_U#QZIp=iZ^TK=+Cm&2-uA1@)vW3V|M51Ez5C0O6X$ zyh{8#!{3rYpy&}xQwon63x~3wx+$_#A&^aEJz^f$^ABD(^UEiZPvmnf2 z42PnhK+ya+$+C;YvZ@(E;5FoD<*0DxCO3k6e$sM)dw`k`Yk^S%((|0!Fv^vKq?XdN ztg<#?lf;Pe=t&)cefmAEX-MvKYJ`5Q<=vFWHM%hyRB0G1mr{WOjf-G}XzCkqp#svN z9u*2f=`%1j9e$~wm0^f#o9=jB8}NGv#gg>ykyl1#EV3FB1^6^7XYK|&MX|&O#VI3G z<32yC#JIUrX)SN?(9@pftwh-QmR*BM?7os^Ivea z4IA$amSCqE+hQVHLW2rpbjnn-L`RC(R@^3&LS&{>fHdeXnB6%F_;v6LidjQ4q{Jnp zGdlua_dt@_u2Yv4qxjcYrxXO&Q=p!e6BAlAVBcyzs->?N6Lb>4s<}*9}Cxvtm zt*Aye;pB4A&fFawFPgMKd`D_Z{v|2)TXRtY3?3RmlY+(N8;m!(zq~_EsK1v{O!gz> z`yOQ+lV>zNrd{&uU1ff|Sb$Z1D2(JuWz|MzU=`69<4~hB`+#}1fys+J@(NI&wFfCm zYk)9jaY@-g359VPKfP{^q?x2Byx1GM92*VLblMG0p%rU4kQ2SE4N{fMhBEtqh&|gj zh+8I(?RfhGs`>Ef+YiX*6o>Onk+l^5o0!Q`{t5wuC&B*q`I>6}gKuI|iZu^j`^q7e z$a&_AAeD!GKRM6ZY!^tv%s&0}QN&cErgJuHh!_*7Z5RNUIbg`)=cP;}KGMI5-~qxq_v-ss+_#xus$m zDP&;kpza9bX~J6S88C#4xqvia7fqIh)oVKcQ+XAsiof45ea3BPGd|ftj%wCo^ebm* zZnS&eVfuq}F4xVqrewDTCo8IO&z1U$2O<^S0}k$jV+g{p_1MAkE)aAmS*NDjU%h$4 zn%%wfl@$PdJUy=AnD_whX6`I5PM4YEMw*xNei2z+Ij72#xq$g&wb$3T8d?pB%J>lU zo3O<(84fah79|HZhWsvmggC1Qk{{lmiHcjKLM`VHfOem?ymK&8{j_hU9GGaDs@nz& zLJv+d4Ac}l4(kWB+Ehqc{d?d z2|5cgA@_g{J{TW;2ZHx>GN=a};JT+WBTFcy*#i0Ng!41jgS7}G++~lG!ci$+_lvBy zVn;@Dnv801Z(t={aLACD+yeg6?G}!hE-0?)9aCf~P87NG!Kl zot|tMb{*&LC-Zhc4Z*mpdmqJx^PQ=Oqj6UKn6;QJx37%O`Nd#%L8ei0)f(Ln=Kkl5 zUE&@GDLGWhh7&A5c@K6UO$!&4;f|*BVSQlrpK+ZhW-<5&b{xeJS+r84@9Gg58(-!? zgiyTB0c!d-qTG{7-yzT&3}k8ic&w=p;0ZJpNo5x*AWzH&UkIw_PP{H`?dW&>=ycOc`|Q0JjleOcU1&Wn5P#1zWd zc*Gu}@CEhUxQ6`gOYKDq9uH%2*!BdIH`NbJP=;rENVGWpJtE zSy1!hmB`@v*iGChlfBR#Khq?6=D#?6AS_b(jt3=d&eF=EgjDMmGftx^R@F#Ps^_m) zuqp%UrxpaOA#_>XT=RiHV}5!iEk(F-2rB2Lf8G-JXIyJIFGS%uq4FZ5 zV?bO&G$_`k;(D(I0>Gh>3vs-PLIC<l_k? zfcIAB98oE*r>TVc<)})i%qK&Ak?&|0Rr92w;(QeLe`E%^oLX~*}T z4JsNm*#_LC+xXcCRAVj_WA^4>; zh6v_(0Hj1CgcUkIwk;vRUCIUj1zWoAvd=KCeCXNKpN?(8WGE=ZB4QEr4aRhCu4lmy zNcBSW@>Jme8sK$H47n+OC@}#{y!}$~_ZG4g_ z_*sy8>bz+Keh96^6cms*K~&3SuIXtuA(WD3Z(PM{amP$eQ_V(L5NA3ok;;p!h7RbV zr$m<>&pMUfm7i*(LZCDYmJI$s1`l6ONtH63raLviRZ91A$}hZ!8ORe;_w1Y$V{|EWKPIw3rPRLJRZ` z)c9_=F{=_Cm?XSBP*tM4e~o_>=>7^vAc=|>Gx(k47TFSK?HIhbT|I)K7pKuL`&qm0 zxqb*pWlk=&k~FZDdxlaqF6Ck;g4#2*=RkF}0OlMry6l1(VO-t42&pEb=Y)C1aHR(C z^5ZlAg`zB1Ot75%x8M4_NWgUcspMV#8sH@)8qb}GmdN4i#lbbb&R`3}&+I6eZS#X}US(u#M!_dP0C=2Oxs4e9SYvy%CfrfJLT z2UIYZ?2E8AG}kQ`Ul%Lv#B#KMuEuKhPrLP%&hea?JSs9uw2Hi@bt4*~%1uCWA^9T^ z(mUywdDxuzXZcTflV&0X;I-tHUM=#Y&tNp48X>`?3-d+QGA=&P+P6Fc;E|cAF;VUC zN8H+5A0F{aG)#z;XCwcVQZzxvi+~qrA34=B@9Xb4p-W;5)D zRxwX>-dL4O3&^C`LV&WV~j*3S}S! zp4em=II--+-8SD(A3m!HXNM{>?Os)DxHP-}ztntKK2(2Ju_B%&r7Ck3G26sXz6q2*71H z&cqff;X&qWaEm$dd#A(CUj92j0t)iqzgq4SOhsiIol~Ow`GFw6-;EUXhG>xbydO+*#u+;=VRo+hR_2DBvs{da(7ZnxC}fHUGs z-cMK=VhWf}nZOwRiMa}C{bE7W1o0UvDD0kundUYAa)uIn4dyefpc zg{osly-3&GCV|>-zY~N%Dp^WQvzYecH5=)L${LYjyH1U( zsu3Q6Y0!Z5|HPMtsjh0G@wK5 zzKBypXL15s2{eqfK3FC~bK;z2$Gu-L^_|ug9r#bbohGS0?AgAn1Gx%AAn%b-II>F= zg+tY%dSX`*Cy}F*{M%Rhq+x&fL|e=r1_Y>;JBPK?Hfj~Ajh=Uq0XcPM+X=WWWHLC|CF6=Isg0F7gC2JbzkYO5uc+Bjl zCR5%Gc)4Nol9ldZaiLsTiF3srZlfzZ%LKXNBGF#&hHbP$>M4kWN(nzOL-*~tDM^#d zqp+aCVOzS1Vn={+pmW6h5(ZozCDvInJw-LYg8{&%ha~BCyZeh0WPn4^{f|?~&!dWk zAo>1>Ax=^|QrC5jy(Jt1%r#i1nO7Ck)xnFCWbQb?i7r%pGG@d}%IpFy!u8cLRAOfQGbuEap5Z9dFi1yrWi_-cv^OIxUB<<0d~X&UghKd=xg6i zm1K7vbRMjeF4{#B>9H`QJ*#Zjt{Ho0*|9uSkj+NN=~`#1fKV`=ahc>i?i-@?1+|+y zUs;hAqsnCIjUX$y8{1wEW1$h=z{4oX{abw@t?EOupF;)0{R0Dx(a>|U%$DWbg2vYq zfvBf63`;}UAB7IEEIDP%p3WNoYJmaQc575{-!GZCI%-8XWaUeHWz*BO_@U8Q<@Jny zmJ-68x(p((KH6Cv>O#>iGb4x&m7THP7 z@wi6xdSW=QOgDLIrs9|qR!n82#{S|WDGI-7x%OT58dQRmkiVL&a|#$8a0qiQvlD`xRLff0$3jXSA_yPRlbhikj)LVE7*Kn!w01WlXe~`NXP&aklrH>Wl3vi1u-`*T45Y zAuBRn*%#(xV@hR9k4RqU-@ZtsoQ{2&8k&Zh_R3~FtcE8y$NGDNJWY!5?WID4SLoyQ z7X?rI3gsNOvKqXf%!IK4RbI11!unYku<_G>W~!uDyT1c6yrYo{cUngS7exQ84(-*u z10`o_?C%bmDrUK!Z^U>``yM{|8E=TePaD`7Eso_bsyHCpxO(iR{bHd}ph9)k>h86kUTsridag76G_8jD=yxH_mwi?`$Z5i67s%t| zO{>5=051$OHnDtsg~RLZq06cgNgMlQY5RjVb!uDmMn zuExNbTV8|fNBPpYh}osiOQZ6`xU;rg%Z&ZD$wR<43`luDXC-rBHtA1|#AA>!ZI<9O!U+j^E_7g zjBkTY>wI|_i}YT}Qr7>~oc(|5=toC7YcS18_rFOEs>Etz)ffvYZPIF}nj!Ho?ln32 z_ugbA>S6W+b|ksQ7bT5<+_#^-?_st+j=-cNU0TXZzcpw)6LwT+4TcWyCQ07ZtKF4!_{6Lkct; zV=t;`5gIT!4-K0n5KPG{fRXtAN;6X#M~xZ}?il@WRaZn78?GH})^y%=)HE}U$J2Gl zU4x!;F<*tr-wBU`*dqHN=*pA)$Y=97Q(fV5B4%+TJq?&-PeuiUMK({c02Olx#7>37lFSVDY0Bpy39}s?Nwp zvB(LEu9K9lJDT?Y7F17_Fw1?JL9V<>V1$WUgAZp@n{8h#K1rO6+6F}t9iLK0vlSyU zb%A%b$H~yV@D>~yi%3#OnT5IJ_ZfS)lN$>curG4Qah z2F~-*N(rz&9Tj?y6d3hrR>rW$WpmP8kLfS z-b_?@A9Z6X6EqnPJ2asMu{X77XHXK(NP#S2DlsNDg$n?qN{xi4o6^PypcG@4Zs6^I z*hE3dLR2Y3gB{r^+t(G#U2e^6!gf^dLEDL*3G^L`xi8evFH0VQ<815~JJB!@{+wn< z$(FXwa+t>tn3FAqQxRCiHBY)G7&*D%ewlM5&(IAOKeu`Q+gZ%oDMQfDDggO@OAhPr z4D;D*ur>%`Zb$_+tR@$Rs(w4#coS{Q_5qD2pae&6>=3rEsqWx(`h56qG!pxI;~%c8 zGGrTE-%Sf}xR*x$xhWreeP9nftSidg+qK7mj}Y>7yvNK^D3@zdotGW8_htB<%U1(C@xuq>Z4U+| zTo&bnSl^!Z4BNg~^n@gADjtX$>&ipy78)oCN%W#B2$bN25C^=kmS6rwOQCCJrWlYm zk%wZk_Q(yq$LS5iGT0RWb&wp%xk$nS%ORjUr%&V^4|*f(CtWG zFJE}U$Rg>koP%j~_`aZev8p|2RVFuDeRhjU3loImpB$ObPtinegY|-wJfE>>KFuif zCJ@FT@WXSIsJBZ;U?*VkQ!?g#Yn^ySGb^b)V^clK={WCyG-*T}P2@pTuScD;SO_q3O^w#8)SDgGs`yEiY6|;s?ro;FB2!0 zj=NP;j+%z7sPejJTe$`UFuN`z2+~KmOm;OeNq>h1^N%1?@TxFj=$*-Slm8FeGj8-6 zRd>A-3`M5W4;PI)^aGXmv^9+az*yCY?^>T}h@EuzG^$EHO3`z*5PoW0E8MO=!T9Dm z1o|xY9yYi+-E>J&lx?j#`J?6{qr)MU{4pp3P#gyJML@*8BS-2Ajq03PhY;1D>IVd~ zS?4_)jOpGB!{q(4wn=mfH?5o!h%^Gu|Aj=J$Cw_G4Vau0Up(C+LFgd*0Ap4~IR~u) z=Mo)drM2`|4x0)=osDk6Z5Xb3u`enRL{37hmT=RevjBKX#w5_zG`2ddmsVMNYSfZa z0vuI?x_nIRs~`tPWAw6|HQn_br%7UZOgr+NL;KDVzX}^o1POLz#)ET=JQy5KWyhom zFKnC9v8Qj8t&9#l=yLRg1_U!Vfxy)CCe)?EQfHoc~ z=1Srxv8@4K)VsN?;DuQ?cvuqFA0@xg97v9TI_P2G5_2oPm#oAt+rPnN$E2 zW1)aaTXL8pvD*@Sd}ZB$-3{eEVUQ=yB}pTGUp3_ywCSzB%63P+{vMyFXr17J%XcxU2$k9u}Vt`@<<~%g&*=;P%p% zsCG9HrrDYI`0i74#mRgwZ=v%LPzgJE&Qz#iGW_@}`hsEB;Ir%LbSjxUOH?h$xvM>- zI#}$3R0&rRwtr?`yZ=U2uxRH;N#SUA4^1|NpTlRG8bm^nO$4T)ld3~f$QtK~1};Lw z<4-T{hIRX6Jm6}np33r5E+lNAtOv5fWhsJ=qi~B;**SsR>Xkq=>enWE65ZiKQz8IS zEe_K}!L2^@Xy2Ly`4p1{GA`Y{gbJ!mDt8I=L6f<>DoEYdvQbFhsN1j@{pLqH3dmg` z^ou}pf7Q9I`E@rg-g=(PhCz30voOAEop z+9ks^)-L@u-G^JN?Ecyi3oGE`g7B%}!vLnI^~8NW+9?9Hsa5tBa+!|s=k2n8X~<^Q>7CgOkVJgzVaQQkyO(n31|8mFh{N%yNdy5>9p0 z?^|eHcJIuI>r}Th&6VPNDi6=nx|$eY7;vzy8gQ0b+7zM~&ing;ypB`-#WXRVS2~8* zw>adqjX=3*C#d{Gsdmh7Ekg{1l076@V_ zfY1#fgCm>i#Xm7JU&1pORdVvpQ6?CyoK9M#2(uN0!ew6)LJUo1w)>ZN?f>TyHo(U>7K!jwc(!Lr|Q(F+Rn@1Z7yB0FZ}pd~7=fNz`d6k3{%L!C5gk=vQGB~N5|SdQ}% z&g1pTS==tSQV95Ydvfx`BdPkahp|D!T{!TPURkE0qA;}GT56*`ljil(PBh&HD+cHI zmTgRP2>3D2mSp$zFKcHZ(%y7(BNmo8nnE0$^hDe8*etBdyNxB5ICV3Pg^P&bdhhMA zcuEEqe|V>m))@t~2J%7O>X;LVLaakp`nfyL*kQY@ga@}5pbJn~n0{$9HD^KJ>3;6l z+JbdCM#-Y{CSh{&{PZPmL#mZJqCHWmu61m*Ji=P}74h42j#+(5U#xvgT;sSjd9%Yn zjSFGSU|@WV8(X18UpIwG#@N&XbWY%?#ghF>^nC`^g6cH~EWM)2Gx>!i12m%v)#ly`wJj`H!aUnv*v=I`h<}B1;snu^f(3flyqD$_@uVj@?*7+_@*2 zN{B{)oFDYLmNfB|oM5~^{rtejahmY3NPLOWnd0VUqLZxi0{R{_uD(*10(L1(sq&W4 z=Isg)##070^pdY&?+LOTNfY9FggAkjc2dJp_HU6i;$3BNlrmW#K+)BVM}ZhWl}B|@ z9uwseQ+WtP*%XPpVWd`FW7|BS0Ny99O_H+G7giW!NLHU0H4gZ>;;r^AyANb~V5+#i zu_4{jcGd4^!_y({-^ENQZ}AEfPpY*ER45-j8RHeSg1aOsLuS#H9Z*L{0^#!(@UaMx z=EQEY>Dq#+dl+mvM#X$ zTpIijP9~UEz-;encFVa)MVRFA#9PXHE&w*zD{OXwM)=GZK1WF}*hQ|0oHOBvtsiZP z+=6N637$7i*;0%=LHzFJ-klr`lOUtdZ#nfz+N7>Zv>A(CRN{-%khA|8jNiv{p-~HL zWx&oYkQ)q5XkNJ|ssqt1KClI#MohAAuX+hpqJ@vq6yMx4NJ3fg-CA^H2IPRjI>m62 z3X1yR^9Evs(`6=(v0HAtu1Ql%x$@YJ0$zbk(Q?ed7h<^=fBO}Omy{ocZM=*57(D{w zV15rWs>j!r2t=E>8p2+f7DmkkvR@6bgi4Qzo7Bxkgdh>#i3g)fMhRkk@bgk` zx1pe`q;100KG^vJnQaXkeqtNuiFxg-zc1oZ@%v;mXFU-=_FIXR$os&m+ zFlGpn>GJ#S#_+7|wH~`6Nx3}^-PUbfG+|ax9~U)2L#jL{eJ7voaf*?q^=@RZSh7sl zq9K35Q&LIXmi+AL&L&k$!J47|t&$_b_{bj|B=B3BDB zl6+$0$P*mg6%cT;wmpF44K0!gY=pW3z(uSbY306V0uHd2PT&ZVFd>Malo}H#@>65C zVleAD^077qN4*_DXpiUiZCMRgJPDHXWp<81A-iQBI=L_xk;v&yV`^W$0(#{eGwm4W zS(hLdG;>^$=^0BY?W_8Rg31&0v%@oS3}y)9Mfy~;Ev$&HQ0_15F)}5PGYQJr249~3 zmdVZnEf`*JpDVXyJmuSQv;|@=-u7s5e$WG17>9rpwD7#)z2y+U!Wh-`{FuwGumdn5 zK|cAx)B^}Diq$r4aVw`c4<)56rET2&&?{$RT&Ao0N9a!P&eKDL^yXA8sXDBtd_7Xc zSNGA*DV7g&Kad=-i1(VIrW6j)qJET={V8I3X+sY&5PX)aVRW*)S%qc7$;*Da_S5|E z?NNe7GYY21V9Y|SG6K|*8VW;#LyfkYy97bPoMjuu1ld8oF=5Gthj7GcZNElzE8k{d z!83n}OXq9hcj-(lmFanUY=7}Nsq>)mZf#KpyGApi!s%4gYHrYsiPsRUmfVF#w~l|S zcTEgYXy3vH_tYurAUV~8(lf9BJlG2I(SKBPh-1Oo+YFr2KE;;>KKZM#tIx)g3 z&9IHw`dxKHcuU;+^nA*na?Hj*%)hAR-5~EaB?&9jZ^n^g^0VBbf%sU#>ky2Nt%LI( zF5C~iD!sIs;Q|jf2T7q?om$+(75DQwZ!4{T+MSw_v2M9F$Io0M4nrAQ&IzRD4p5d_ zhEclJYwZ^zU?URk;r|NzQhs;l{F^A=#Ok!gso`68bu`oM!Ft{N@v)-Pp~0nL9h;-2 z^R83OT9J8?iw?8J*D{6*@jxq4`)z2PPZXF%(gYI19@i$ahEo*p0L}P34Wvzr5vS>v za(k!7bTGw>Q0uzX{G4GG!u*kR5+``h*jF%@Fy&COu@EIJl%&^*@ND?H}(n; zay~HprITswM)7n2m#w2e^y zaF~CMaBnKhj&a}}fc*ehzExU=B@>~cG~ow(tYF@;)$GTezj~tzo$pY^En<+8{-hA9 zls+Oe$sz^k3r7@@&<0VRW~asX8OuT=u79O4=k-5kRC$p?r~Jwh58V($3Q_<1ZI^* z^rg9T0kS{j>8;kxtAX1Gg;0w|Ri#vZJzl>u9YMC_ilfu0phI&!|E?#LDNkDr3X{@q z*Gl4K{aaf056*@-4_I|W3bkvhP}z0FE6xQKf`lNnlZFALUdsAk+L29M*e>m@wB%41 z9ZBgzV9FGcHq4+MRwz11Bad%eL|&@|T(xNhUz?gy%Oou+HWtT=Qw>{d4A8PzaO*4V zXtGjNFo1xoIhodb*(in9vJ%wEwm8PS_kGZjs3(eLW)hcVjB5s|ikomdZ|q^m(5B!k zPW^4NK5CwYSaV+2jaZ&0Y&KjR^b^Bx;ab`!UnvRtfpX86ZB;{IuUrV`Ov{^{li5Ed z@E{s;Qeeh>q729XDJ{-l|R(84JU<_Hkn~E@4@LIh70T{+6i+#s)QquN@&3 zf%IY@nuR4H(idlRt}#4@#FG&5Iaw|qa{gvBAxHB7Rt3@GZ%8ahdnVAIyHrIApy7_` zUTK=Z(BS=1r@)SWRDc=hX zHf399#kO(@GCUSXlR-bJpK^AxuOxQ(rLFh}=50aUmEtVPfO}4Ro`qSIWOPHaIhe#C zLtMyCx5BIZ0{{YZ(rn}Ji5B50nJc#bI!MeHE(;wM&$vK7z1A6U1J4%5ijNr7FP!P8 z8-{elZjvQXg;f}`;s7w6~Sc7zNEEC7y&sOR3@ zL(M4Pq{rTdFfx|A)>Hf6wvr3nV-|XFL9Lq%tK7x}Vu~s1;6m>EIg6^Xj1QP7<|!lb zb%5C-Y(vK^jZEnYM0L=Y2l+_WbzD7G4u~O7Os{VLkopOYWY>e9Ihwy1hO()QvEMoy zwTi}IRbvmfA zE+TOs6NF*_&j1{)gd#s_C*tGKN??fsEKB2Q=h3R9P_$GlQ`;EV3klAITnM%*O@`48 zvqy9B>$l2^lW)-(Jr2DB_SMzGI(NuVi@ZnKIjo1un;Nxz7owFFJ>AY^!2>`vHySM; z^sD*!kK@P0B{)4sI>uLr%^Hgf2b%KS{R!aBn-MGQ|Jsm;=#L5jqs1xO^~&}s?l{M5J=$4$%Pg|}3eEPC;B zf5|s<9V%R!_w`sKCe^XD7|NH#pwj{VOiR5<8LL8U62epOs$s-<3kPtbvCS}lTq+nm zo~*+2%Uc?G`O@#Hm5T{=7}DmXX-GE|RZ{HMh2FW;I*}IW(X?$c#!AE_SzE(4VNg2xbAsw&wL!xV8eXwkio%%$ou*WkQfTgcY`|iq2wmVf$ zI7xuHI`uAmDwbNA8&ULu=Z<=vsmtdKs7;Xt6`V|vD!DBlUYkH#In$g@bstPvK}ZKA zpKKu<-Lc>)j3ZO|zCJa%wa8IUh06BVqpWFtk(Rj)T$rg=rQgdo5Qh`)KC%={m{s{E zBGPPGvV;{)9nYsBAQk3|4d4h=U#?=F>2e|r{;zR~T43M0D+CQ|n;&>8!Eu=bIUN&F z7Lw;26;$BZ#K#|3cU^3@Z~h*kJ5@7f`Yi3i*A&WlL5w9*6zV+34)hb3e1 zwHjoE4AdIAN4c(O=6Pts4e1It{q>_)S8VC-a+NO5qRdTXqyB?wX`UN%UbQt%>bRmn zwt2Uo5aaYWrT9url+^Ml6|S)@5c&P$iI71FQxuHzHNhwL<|Xu_DsZ|>&TU!f(vyB< zVqTiV#bic-MTC<%F3LBS`B9JuTCvVgb$2v5X>Rhl-j>Gp8a@$8uX4OU<(>3AVGr6Q zCYg-s=3;U>4qt}$;6(la{2;p_m}J;4jy#W5PkO6whWlPLQ0Lc%dT){6g&Br9PmCQ7 z(=XAs5nLMY;Hb$iOm^JGV`3uUb#hz;t-3Y%*oMpN$OT++ zpY%U!=uM3}{4aP^;1_M)pPH8+^p9{BH)cagVEL1Ke^L-{ev(ZghFmDC&RKNOs11lN z9ZpyR5hvZ^Kh<6cV6>xfvGD>}N=^Z`#}#Ejt)f%;-0ir>H0D55iL*uVV2e=%M5f8N zl1~wPhc)Qu{Jt2{Gh1L<%w{+hip5zT2=_=OP+odqi>*qm5;#L{e*QwvYFCO(h&^vJ zK*2X_iFRP7(av~z;LG!9ig{4?aBGVhAE${EuajmDvCE^C$+(@5E?LR`M>jS%O8w_A zn*=XdQFLA|z`!|mN1*kt{0(4ry@&@;WRa?(ce@!*83~?KH7W6{I28O8@;Znw!>f7- zDwYCi+SCb@^ORNGQ7hzJH4liC_9ER2$B{rL`As zmG#1yKPe-H_?lCW?qgZOA~!CB&XC@&+eo`#LZET9ZHEr0A~4TT_NXMjf>u|XZ3~Fc z>o^LFJ_S=WkZnm)E=1a4f>UQ;-9F@c9_b>HkVpA)#?lO&21AArK@Vp_4O8eYLPrj9 zYbyu#U@VJ=qdw>`2|nO|6xq7rbWQ)?Q>5pU%%cgypqDX4KZ2MbBO2R3Oo>gRK4pQ!dc7*0(qnd4aMFlgn7A3SjP(%RTfu*vBxL4MnH z^+JRO&59>LaL)LUTNN%?))21(k#Nb2Pf!qrO@1u5%`UAUCXl30qN^eMv|%bCyYmwh z(cO}^y)I6OFUvDm-n#QKU7dZVLB-07?yn;{EfQoMHnyT!$MRH*l5*aBZ|lP@X6@S+ zg%w={dyxPZ)i6>WSNiCNBnaf8Ebm#N?WoTBFNQJ{>wiPt`^_01*37*{1uz(>E7`fC(2)ldKPpSm0HR*H zSDcTHg&82Dgt_0EmbQ3aMBGas6M<$0pZ-v)Lq64^O3~+2Yqw$sV`M;hL@n$Z^Nyjj zOG)_!K#PUx63p%@S&Rn^N-R@a3ilrk-)K&SW=tnwy<%NK##WDz37l)#X)LuwrBUd> z(E2J8+*zXmC`hz{H`*A#KcqEoW5-tFhc?}ItgX)KN=k3CT&z}h0<+2sjcFT3a%S8D znZgr;OJv{N`2e$0!bL?zU~$@fD?spSOpb6AI{;i(w?eN_JRO6ybx#>yX}j1ijfzDL zm?R1y>@WjLkdbZq2bnqa%~Fd8v|WT`Z|&F#P%f4yP7}0`_+lG&5;rAEG9E+ z&Y9(0Y5D1dP99>~I6xnM!vR5QB5iAH8m#|5BzgJ~=?!bOf2ak5@qGI6Q3n7!#CCOP zSPuo`uoMUt=Nn!fTYjo@XhRk$+5i`b$DWkVqgyD}61Lf1I^1{#(q{}&(K&^QR zZW=4zu?-b>wiacgY>H++O>FXjlly=RUsPuuF}rNV0MSUPpw}kb^9&}B)W>=ovXfjl zA~_DR}@O*S$r-txm?no1IPwW~Cw=N+utn4ih($Fx{5 zCD2lNg5BPr(30KTF@L9w(xWBiyF)wLstBgA(8NLNO~3N_#0x!Q?N(5kaKKesEmVp_|K;OB2c7mA9B5l2+9;`)i^M9{dLfy_6e}*73A) zS0J6GViWE0>a z$ty*p#k~poI)LUJ(4?o&Rv@bi5jw}86Zc-OG~h4hyMASs*~JlMET$Y-2^fbx@`p`Y zKt9fckKOqcEFmY4#`$xP{dGW5Cxyq0T!oBf1(L2Bmt1-N72Z&zyR8pF&k0ZOlzLb% zS>;=XQAY+XA+F=$y&DK@W12_<7)kUOq3x-tHVO5B(M=g?;F!wZz)Inp>%-Cj^;~Q3 z@Qze=K;bKIharBFMt0+rZR4mA5#{2z=G=o>1+G~` zHy%KIOXN)(r1M{qbS%5|VVeOy_dLeT;6xaF-yvHAK*6?7Ol?Zt$228AbO6rJSr=lK zbE0r^k<|_BQj!@AKfI>mFbpB#9HwK4Zn44^xd&i}si5v3sZKq?geGI58`#k{N}3kz zV!#10*ZoATQfhhm?u4pbrHw zXI(X*A`T1#)76B&KvWV|Fh;t}M#R+M-p7dl#b>1fqwMzGy`CM8o5p7&Zzn&wo5-Mp zrA>fg-{_mdWnO>y~y6ip(QWN4{8w{>EH?`!o?e zg4EKTbGr(^MdwU=hnB1L{Vkk@P4_+2IO->2{ah@>$2T(h$-!(KGQcMS7#oam8zA#v zV_LtJa3K~(`grn$*NPW*IV^O_yD~`nT{pUnq_)x^_G&1+gz2)nmz!GH1FOjz7=i?u zROlz4K1)v3vW2ZgnRGnr}HH2%XhTsy=^I=z`hf|PPBljdR{<^ZWz>Us!1v67V%41#ELvzAa~BLXyA zszFv$Vtf$op{o8?k>;-$bP@%YBvZ=UquB>6ljm1Xhf!PPFbx%@qFxlNnp07jye;dr zWuQQ_=*h_*k15nbrqw=ttWgF=s64JQy|OCgB3T+0ien&d?WU-Y<7B~z!Dbt$%|;j8 zFn?`??GTwiFt8>hTEkVDdVX?PCWfmDiPg|gh$?02VlSmnR-Dhc0gW6`RPw~fC@XnO2dN~~v}1roikWOnSN<0fx7*6s}@Vm3qClaP@cjOpc( zQ?TQZ)2+d#Y{bNxrK7j=?|N6^t@{n!09qFK@0V!+4Xd>r2sWyVYmW43zm^x?+?A*0 zOjvHJJ?3C7&X=Zxqi)^(x-KrU0KI^Y)#*)Tw=zJ7??c@s3aJASAkmi)6#Q45R-8yk zU}Cl>#^ndg`ylbyu%#_is@TXFV`XxVQlFRdtG|2yVIA6ZCt8Fp=&Di!x05zs_g4d1oIw*3-#8WMTW^A#}%5;5nou@B~AzLOEc;8>^$SA7w@S>eQ^cV`F5EWle z-d1!zz>{*4D%Mp54UbpDWmYiqQF3T!%A>53HiDG|I#yfQ77=gPI<@(zYe z^z&seOOv&Ot$;|+YCM~=R>}5(3wMxWDJT`qz~p{fWS;!I1RgVjuU9folihKIF~ao2DG|dthv78(j+^Zsr)o4C>mxYgNZXSAG;~j8Fbs-tq65Sx( zB;HxCo326RBuy+GJodq`8Kmu8Ye*yTp~r-vDc=EYtq|DHHsPavr0zkuK(^bR+qr(N zG;w)J`3HgJzgfM!BVpGy%`_lcclbjnWCYH;+S8!w0~a@HIN~+Otth!pvaRGfN=k4T z!*rJ#oRhF9+YF*cz~TWmXU?Ro**+OTejDHXZVAxqoe-$X!UiGimnFrp^ubk@g$PmSCR2xow(^%g}aZk_~p7o{z*n7xXAG25YGq(0*X64t}1c|+Q`_hsArgBE094} z_v?=|oS#t|TiXUje8l6OFRdzW2Iy)0c=hmEJzEFR22)J~?21a*PuT3yh6T)z@{yn` zqPaU1!o7f#CWBrJ9S=pF%O!;Nx;M^5#4_x%A1k^!?`(&gM{5B85zHZ>(eB3p8A~?F zh{VIf6eHoLq;k15d5UbFtc0|M6-8sbB-eozq}(=bDCIkCK| zeu2O`4STwSuA9C|t8uX_7M`g}RzISA%LSLB58&f1)ND#0s0P ztl&_`f7~jA!P}-yj#N0K1jG%Zar2AYv|$B# z7Ib@u@{U?jd4(3}RsJpSL@hTz%povQK-_Qth_QBG9f;3iwVbNu6d(_ACL|(=bo!h1 zY?_&%Rq+jCXvS926^T(?q4Ne9q#vnKK&%=rtRR-HdbgUFH2kUdRVIrB3g-@cKOW*7 zOWsV zLWeoG_IEOxeih23;L8NQRRCyg9tuGn{`5c)R(G6@WJ&Th_}?ACo|mO|6jwy89_r0# z9l$`ZMa`3&Ij4GDFpLe}9z?_D$%i*8idhdMRgUg!;DgVnFcd;qFCuO8_AW?WX7Q`3qODDJyF>HZ^lF9=dw=?1 z!^pR|=>~P|TmZPH*vw*Z-qZI|_F@AggV2@;;<=nr=6+Na2E=q^bYupu(NUdUR<~AH z?)8XvwxSIo17^84h1g#2qb31`H8e!@J36V$YZM#6jKHU*iq1BVAj1qynyRyp2b9rU zvym)nPMGY75z(>rFXYEH)Kna(V1zAq#E4nJjnaH zsf3z>C>@8FELDkd==GQq6eck$YCEn57Lh8@t2_WqjpU)M@S&H2!UDV^dx4yS%iFY2 z3r(46pDM++4iaUW`7!Rm4$Fa!6L)ONo0~q&wGm7L5TJf}R3u?g`kw}X42M9oCqj!< z4n$&tCbJ#(q(&|iG0t|*tepEfaP1uBcSO6&BWcTkiwPrTDO6`*bG;Q)MkZRGnI&vfTte9N zLiP0fZqV$7?J)F}3wS1< z-j1jdpKx$g?m1u7yB@{i$uh!_q<**@?aHCr>*_ly=>WIJn*1s*Uaj{mPQz^qso=FSM}a7%oh8PbC_ z)`6cal)IQmq3EQYtYlZ}xGAj2oB`5|;nOOV-&mjZDg$^9JR5IZEMeM1v1aN693YI| zps{_g)IXn=QKF6TXcBj*hI zOnQDjGskJWi%zpWGvVfyC{SebWskHsR^nl;+kg>!Ue4&hHc~9gEEw{Ohlb4*?G;j67@FW zLzY_BrW6%w_YMZUUQU!Y66TQZvGnZn>U`!UD)1^#etr(u zyz^55b30-Z_Q1u5g5;#*nAi6dNhFxKFA76F2X)E~r2~u@2vySO6NjGk0foFf38K{l zM63w|g86LWp@%gTJE;M6H$rPYay%Ncp9YepQW^KBteHrGyI0Z%8;!$OD;1#sB9O4l zCjUZ^khGkNeAcLq8mu^`2!v239xmJQ24|W2BHV4jkrruZ(zZIIfY?oHC-rnhZJ==$ zi{;0~ez(vbT1^8BE)#SPsL5+D}X2wamvF2pj_)*?B5Btf@yVgGEU3m+`CHz@@Lm>s#Xq+3hZ>cXAK$b)hW`s z@&97s%}pJnvNHD5qa~-2jM|`s=i1X&^e;X-snz*#HrA7Bb`OMhsZpLW>Wnu)%LM}@ zlTYigSk;)!xZ-jaA2tDQkwp$ZobYu0wSUS?EP2r@vyyRDW`HEbq=+J+u3E^g^(z21 zC!;hBEY(zsEFJ*e^Yqfy5MRzFFj-_4N!Lx>3dVV@i`Q$K<_#@`q6r}Id*-1CrRQ_e z_d?8xU?ef70ev(pw1?XF28~Q>~-1sr5)J~%7bS8kzm+RX7hb!bigyLauLS$ z{S^FB%3|2xzG=C5?*RtfVD)_m{lqJ7X!$fN02*b5u9tNpxnELr3&Tj^hebeA!Oc`? zmASJ7gABaKzJcVZ`>3Ceih}jVeyUSASx0G6kp}}gZMx@Y+X_=y!CHUU#|Jv2JaAYY zYi$xMg4n}D#VM)C4cAfkEypmpXuR;l7pR1!k!Mm3OW#M$mC}2g&AUOwn%+ck!`O`+ zSKq;gX1ZF}jkj13@SoRdSHu^^kk3WIu1Do6&mrc>v+xxNozKD{&}(5edGL)$Ng;M9 z6<1ulst`P-IM}8RX4Fb0<--r4aWR=2FXFld&+N<4;*p2f=D>g5)XfL9DK(@Z{dUDU zFw!6-81o`f+C7+{v^v#=2pA!*4qUgn%7Bx5n=ej@I|i=WCp9lAqS!Cum?}%hu=6i- z?}g)U4~IiI3*3*Y*!k+A!lB#mmp+zNU1tACJe$4#1M{%DE_B?-gebouIMI}RiHx$6 znF6}BF}`+gN+Q;Tj}voLzXS+!p@l>A;nH~NS}*GL{Xrg94cm%7>KAxJDm7ER_rVk& zDE@Xrda@5+)0i(#tZ|S|qTj=667q8wT(5&sN-{;Z)y0P`;%(&0$uwY~DMfH9IBB;)h)8KlF;Utw}G>EJdr z*~(BmtFv^J7#g;;u8Gz+1k{J13$LdrT=jnQfqRMKNy8rXc{T)Jrt)SJb(z>n`u|@g9_Ao^Q zgzLB>&f~;I5}Ix%ek=n2P@x&m5E`%r1P%(cyeQ;z){9^sfX9v3aGmrPS`8vsJ}th3 z;_Y_+t3an2HC7W?3P|#BoL7W&4ziftjH~Twzhet`I*(|Q!aG*0h$F!orm^xmC=gCkkYH7au1;(-X(lnI_ds|#I_cv8#x zz9E*ex`xV|?$gxJxf063WMQF`wX*{3eDA$Xaj6PZW5ClJB32cL(oq;C!TTrlw}OZ- zN|homF}1xaP}Wit2)0D+!UngX98|5y2RT_aF2}GaRbcToy~W5LB~mNW9pwOO)UT(Z z7?Ikp1ln`S$8Q4IA9~BoT3Ad@zPQ!J{Fom4kA2denc>b{JrmF7UpAOV!%XN|8f!M_ zG9TEECQrt?xNab__$qgT;#w=~I7ng|fZOqi?w26a{(woDIar@>GjZmq2Eij%SgClu z`M0tiY1Xkmu((@7g>aegtZ7c|b{Cthvm zBKTAZkiR*m*BmeSG7wM+b8ZRi8wqg2iH8Njr3Sn zk$nZyzLDdOECORB>sPaOS`_p}los;Sf^^VvH`C>)!AxLgEmZM%vp;90^&Z*$ks;Ul zb_vW6oY|Y-@MnB|woPYD@zE)f!uy>Ne>`fCNfCt~?islFT>prHpl?rrO~SkYzEyCr zxIvc#6q-^&*-PQLftxtuR;r)k=PXyPvO+fzkKw8NmWRH&{=*`%4izAQ$wnzi9l|=_ zThyIBt0tK_jQ{Ye)p|dwFWoi?kh4VNNwetDE>u}hQ1#oL7u5bT-)4NxLD-16 zM5)F~1j5vkNyJ-{3DVANXxN|;R7)r~s{P;jP@kC=UliN-4_B}Gq7~(eDYoy|%J+G> zs$BU%-#&Jo--Fn5mAlMKB7teWFsyPi0<<=!0(3|AMEyemv|WLERc1&^n!?3Q8LcPv zV(oSLk+RqdYF?iF*IV&o90u!$VXI(l3ry~dO}C`8-fScDukm_p%R5^GE^p z${acT@RXyqsVWP(HzEt1tM?<+)Z>=faJVRdV|7Dm6jr*aiHSC%eW8Y

dXEU|2gc{Au5g!2)dgs`lgo_g`8`5>BGQf5k77$+_ltfbBK(XZapv z#A{D~OrNyyhplyjjFZdFNX6FlSkfJ{kdI(SGC*;Tr@|!QJhS@)42R9}wz&Mp$)~g?NNomD>CBl!BAEV^%Q%|YSI;#FWEx>| z5EU#OAjzIsD$mnD&Xcb~S}B`FA>7<>{~a7|V>idxnx0J`F)oZrG}97)ZmEb-HM@5~ z(CxlS#Qn?h#{&(;!{1ez8@T95BmQp2>-Zc_kjb1Qgp}=TB_?jhV+d1Iyb!O-eE!5{ zENAYPoKgyq-tM;ilrqlRb}6mWcG>;e&?z| zNyg}J$QPqAWs$M;71mnq5i=B$bd1o$4hwtT@7tQE4_=}nOmg=-oEoX)ab6nr+z-mW z92Tq^n=q9z( z8XLY}zP%7@r%-(!6>I7X=3w@u_6ElsRQyjO9u?oZp9p4l*5s=Aj=%hfDfMs}r9cjWg5~=RZ^F@mwzS*G;EjzZ1 zvWerw7c?vuFND(92=)n}=*go@obrkT_zlB$9O;L5CYx;|AwQx8F`0&yv6JonfNc16 z-1={2lHo+aZ6crJcQmd%T+)yi&hv9h+&tk;dz#!nlhMFZD=;J*ekvKwU0m zeTM@N_wIC^dx{*}Z!nWJ4rtxOiyWE*eQU~>U#!8cx8lxjhj@E&n#%5)B?j6S+MY&> zlTe72nv2DN_wTvImh`a$!i;GG`vfLQe-zNnvR40|agpcF;)sNV38g3a@W{7=V71=B z;b-!WbkZbm0}41+WMgeM{eEG}t7Z@7#`?&@ zI`9tRmL&l@wQBpwRVW@3S>u5@g5h@pFsFq=whNpswr7B9+zBaifB*mh00+we0L)_m z003G`iWiVU6!h`{00000000000000%6(3;$00000000000000%5a&by0L)`VdH?|b z|Lj=*|LQCM|LW-g02MI+020dp01$!z000yK0_V%24u_Lihr_HmC0Zk8fLkS)q*6#Y zRw9t<7LHknSUM}UW+m(7=0%#&dWWn~>Ghe}FC9w9`p;eQ`mt%!y{1KXI{suyBw^^6 z<9&{da)k;0#7Z(6j5>Cc8pZhX*qnhiOjJ^?mlq>52C z3OgkH*TocFaP^GOrJ{_7|%$C^I)qOEPphi5}xo+%85(uaJBr=h7xzq{I&$7G|g14U3 zp7iy#NbyZy7&h|XHCu*Qo~E29ZC2Alq+&pBs$RC2AimH8bqX{Bp0rYJLpCY^+q_!U zlxjv}w^^2f!O>R8?-MQ4LcZ5HBh)%@j>vXZ?(}Bx-&o@6pR2R5bmxd!O$i^-*^Mh+TxX zuoJm55a-?J38fcrvts!3h!`}!eqB}5H`PUQnwz1oQ~8S3glMf`72qpZDPcEol=;Zo zA+mRfzZeAN-doLKn=H6(Sy#$)Ta%XwAu8pq$g{5a)r=8~i1`1s*m^f%sVV0Le;I7T>l5l|_E1AE^rI$2Zl- zwj=JHx&H3|^|~HKMwh?QR>J?`^;D%>dAeM&r5ZZ|29y%JI~I9at-5>t#7!D5`JC)t zy{7JzO;SG(hGdt+qt-tSebZLOL| zif<-)lC#TODby-q?yC!>(Ruqe%^X!Z)^n`crW+DHK51QG>x(XtYa%y=QGOk3n**lv zDzkx_r+M91z_AtM4+B^Nj_*H~=$T~idqmqi29Oo8fFih07tlqM)RjM4 zN4ae&VUfz31WxVtvjuVc8~19b|MMyk)Ew#?TwRmKeTZ23Y+Y(-kZ>tgMfty6P(MZC zn&y^_So7><_CZpcj_S`_>t0D2qO?ic1_GG34_1`hbD7siitK9DMpHd+hZA(=WU%Mr zm+()F-C74N9vMlS9^ETbJ&8s6nD82U6E&1E#G^4!K-0|SyjYl9Cpyyn`po!-`QcaMqBJLYErvIv?I*=N9%r)PP#>D`}|UPDQ%a5Ch=;8M^rZf_}h@kcv_PO&wlVLUx`Q!R>c&+f3k(A+0JTQcQR z!Yt!Ty=4JQqF9)vyLOPvln9pj$H5I>!)P$2NTBscVxcJ@I zXjSV{RUF<3P&NlKS0x-E8aR8!apehDZy=?D$XZm7F%Zevgj}`WTvgYhA&3@TA$o}x ziL~rBy12R_A~q9A8Hi&d6}9ph`kw05d!0cN*LcR}xcsDNFeguO84q-Cwfu68n;gYG zYM87hMRCql8Nj*tA%~Rw9Og9ET#sjXn`yEN>nsI|NPlF9J=#J?W|DA$2PICuQVi?P z3QD4fFxl$Ht*wl^5AK&1di+;TQAaQnK@`-XOTc=WTH)i5stS7|Wut#8EN{=F0;fS# z^K$MCC+=*xJsFOP$pv$&1Z!v>4o_D+{bHhl6lGn)FA&R$SgEQr7`mttwWt-CeLbzA z7x?sgeumR0I!?j`jO*&U6~jrN!D+eYRR?p$H+vQB!s=?#7q%fXM}uO{^>k|s#D@@1 za8e?C z+^461rPX&c(lzq66Jev3Kdy^x52K_@vYX_y#Qcx!C^7?IHU8`rd?8KB1mk>q!DDhX z+{rsux$F0qlLWORl+$5BAhCyy-Y&)rb((8=oGUiBd~lhn9GTw~V-}GeFzc zPLlp;a`hwA+iz=^-;Fghbs0b2{!hZlm?~}uPG|ydS>eMxRBmG9Mp!x9KCx5%PJ!xt z@RoPlCNbJ*5-)rTT~bGyUhgbPSE}NoD_q1Z#UW)ase#p`cad&*%B2KeX)BQjS3YlJ z#cF*q4xCk+hH%q3PZZ%#IcJvj_$Vq1j@J}Iq03`a-NboKh$M9&%^Im;KPb*3z%`8` zL%dL0o;LQ?yap%pENP7{H8^am3@LY2t~C}#q@aY#)>k|rEy5;5Pq3Kp>0;{E!kY#I za_J*8OPOwORkmdywDRHNDp6&EvtTtkwoU-0b=EQZW&G!e+khj!#`d&a)~{8lpz7dX z779EpXw#Sa(#S4{5k1J|xdvgmdc)JVW1i6eP3GU4-V?273u1a=z!QW4!w|oo;7sji zuK?siR%Hy@n)dDnhY=D@3O}G$SZV|y_9^+(S3^H{*tAwc6{yJ zA*;o;V$X7`7^G*DMcNFDBI|xUM~XKhg2lR;kozZPL7j#FxG9WG;2><~O=7vnyfnJj zi{_T{2^lZxS)dgXB5{^aykE3!GX$xpat2tW%XbpVOSP2qgG_t>$~x88swON-o3zm` zw{d990`FRw^G;Sm>P%fWrpwCnrUkc(3v~1pOn0<|9+d0RH30_E;Y(oyt3{wp=G2jP z7IYCO9mF}SETv;pe_W%9MovzVAR*;p1MYC14qqu`)?b}0pzCO5Foet-nFSR3+ep^lPoaJyIfifRniv{n5Q&KUm;PtNm_2faSp3hO-Jl%K2MV6$bs;gH@ z9CEW&9$c0?a|_%HEuEy4@7GJ9pMFY>^wA}0Sx(P*xG7g8osN!V>vy=2Qq|-Ve6WJo z+0oS6mVqv|@HI85C>&bunh(1c7zXO_X*|DR8MAg^TUVC8hSZ3{SlPP9%oEUlOse+H z%Kdr92|&fCkc4NP{fiqXevn!zuMla+IC=NrV>qA^TH0psuAITOBG=93GvzOOa}KApvvL%F5GX zNSW)BDEPWbj1Ns@=u!Pk)yM;Pg&3$gjkk_MjyPQ9gIJacc#)t7O()dn2nIW19;@F3dU5Njxs5J}`Mk;uTx!a)fnJt}X7<*R?EuWf- zfSMRWgKq0PW!1_n9lv>4$X`0PF%_B7t!36H)K=+mYKK{tLYE^~3vNj=uhT(Poj%ZC zwq*fAcd?cHonN+a4n`(bAc=plj-3tV%}HddD=-MW;%(Zm4I_m1PyQvCF;G+#l?*c~ z%)CN5v*C8x$DI?rG`JzLPRvwV6M!u!%n+~!Qi2T`lM?=(3>MlaN6%)%tFv+lUNfkHPwx& zzNMmNR8RKI!diWJh>0NpXXD+I`OZhm)@bRHDjCkuQJoNcUMR&2kLS&8&j6SPbUSW(@Gc|KvCgCHf} zJ^@k9LjN<@!ne_j%G}s+%D*&duL6S|vAwMu*VD@%KBY#93~jVMvaG7pB6nGu&Ysnh zkX>9exKLIs>aw+@bIcEZdwfXfq#)hxvmY@xMlxym3DVX8#)SLzMoe_#AZe+vx~W;2 zZh1=IYD=9guKzTPKavSw{HWjpATp@!Iz`3|w5KwpLp=c>4Hhffytrh9hi%LrTOJqG(BW{lz|C=**HL1(P@Ooc5(KoF zZ%bF9Px7{=s#c$lS7-@tg^-#63bC7?;Y!byb29%kjt4VSi{{l(Aj@Rf>b*xY*?5(8 zbB0u;V^xn&_DYR1iz(SFqgu)aZV>feUvY$*2cS3HJl=i~;tA@NO~I#~*WwYof<@7= zPMLQ&zs_bM?n#IHy5i(w<$K=P!8l^b+2r82)WusT3s$L)(<_RWG*VB$#bg6TT|qgv|M z^G!3PyK)*WoZ957sf&FrLYU3n%Er4Q%OQ|Ij&IfO)RS8|SW+ruZq~Tex-Kk2w}DeG z!@_bjj7K18)`{?xDQV+TdVPdXz&cXXt+XBMTQy*SQe$@W77b0Jj&Z1T-DLMPnKaG+ z6$Wjo%Q!676t$&prFzQR75F@=Ptrb93a0==K)k;nS^0<5fp?c5N{3qI%$CoxW>zZp zwJdXGt5%J6R)PWJwPBRDfdhH=Iz6%TagmyO5{}X;@FyVm>k%T#6ux}#@22VCx2W>X z9B#e*v&M?9gfVcsO^sFA(H;0lYL|JkhwMciX+w48iM@d2r|QLF)40gy_JuF6Wk*Az z`}N)ci6!Gsc;dXfk<>fN{5xTS)_ceoBO%{eaoDHUEP$=5* zk))cIn{T!QZ9+w%^A#(5eX|?~sWazkuC-mL-pR}#cZ;*G60?9A&VNPfqSA`g|HEm3 z@#MLBkuzX4?~7cd!(NIqA?4M#kh||RB5v}l$^sA}=&Fg1Nt9Z6EpTUb))?YeoqK%( zMdreYB-lKBpm+aNLU=eWL#K z@6cDn>!Ejp=G>^9UC4cLwzo0-}O2QQG{r@q!D%&If2!-}Vc{)(c;Xm4Eu>VjFd zM)<^d&88WmugocKP#xdggzD*Y6|e;Lug3A4k@Cvpbd;K8Z?jZ)TJNV-x>u`b881#T zIGk45dM;v7bCVU3+pr1h%-!^3Aw}`Ak`9B6zY~m#s<P{nrrCuK197*Ax0rWp2fNhBMb`I$QNtD4;tAFXlR+hHNU~0f&dekZVzQFETaTe)URmtJsm;Zqo;u;$^l#|}Qy;IRC98+ZTZV9( zJ)v|3$*fEH0auCq0NU8cQSTfW;M4LD-k8G7r}cs)E< zcBEPyds85H$jF3A(vhfddbUxf(5^?uE0-#v%>&IS^M$j3TLgyPz#THp^;teJ1kL63 zI+JKwsN;C2{Z?7qz z`3=bM0wgr$um@{GO^2;i(B+PX&(U20Rm=$)zN3R+DZAKeUu}aGmNh1f4COQ_h?W$g zg(aK@U*d;eZM2qKB7U!hgR;S`-DJ`Jp6w;JDWup!Q1!uw z)W-jbYRosPIMk{g!}_D<`rI~K*z+u&-RJH`@#ExOY1M@7rzOY77YUP=&QMm~`;!&` zP@PNG?&_K*v|KBUHGfrcreSZ6S|ny}fFoXPY!9mud!1k3S2;8u%?Mz3P${_EKeWV? zP>2AU;Y5;>kZR$4>BVrux>S49@qGOzD26P8qabVuH!j^zUD=*ee! zKvdOQEbj)GO(oUel*Z+whga*ie@kPN(0+!JT^Gy>wMXxXJdzjz*1}&bt(-md#|kGX zhg@@06qAN{!*Am7W>trfvSZCI?Vb=Kt-1N0hDz|3b=}=@4X~c{d9f>1$L~ zR{XLASu?I)?aI(@RV5tBi+l)YJJY`Ns?6@=bocK+UVj(>&U~d0!!9epRE$g9jvpFl zDprgTZ|VlKV$96JmLckH&$CgINo~Fe5Y@htrn^lxH8t&+h}Q^P`w3Y%FkIiu0&nsY z|5|Bkrp+a&O47+rwiVyCT`XM@f@w|z4eA3oO7`&)ILTUdMY-=fZRFM4fh=u-vg(H= zkw%V_PB29-JbgMO&XK*1`k&lFOB94$Gf6rt;Wfr$^clyFO8)Gkojml*o5G00;aZnT zYiTN_qQZ34ua981km)u{3Y3K+udMfD5Cw|WDkDAtIuwuqW1(6%n!C>`B{s{AAPFRp z|03_?nV6L04>{3^{Y$f5h}~{r@4OAsR&_y;J8)HloYb#$uuZGz!lb>mTIFiP5sDL9 z03kRe@9~@<#fs%G3*dFb+U~4-;RajLwXm_}J`aVgn4NR6PNq;Bd|u8r1-?0Ru+9h5 zo)U;Y4XMYC5Q$lB72v6l`M__a_O+943D3fl-KZW?v*%Z;B&tE_*-0#dxAt-thei5; z)iz}swL?o)dJ-SECxyOCYqit1+Ay&z^3XC!1AF*g^^$_rr=D8z|L24K2qK9&4vvtV!42)v+5=Hd+!Duhz{K=(I9bW zPsA86k!~0d6gER!Z_ly+36m@sG4rqeaUV@r^-}7Z!UXufH!YGPTuBJFJt))G&QjE< z43^tKLs%Cc0S(8XGUF@13&Y=lYrb9rSzxq11owfdgO)SPId`sMzt)saETAb(fnNHy z0n0e2jT_>icGxA-JE3W^SJjd&qG~aivqB;kVpxt<2jrI4XURkN*+$xpvta?Y5k{R8 z3bST--Ga~w=h2?1sG?!Q%PwyQuwbqGDDNT{NrR}7W!(a|M_gi7!&zi6yKyIcq-aiA zQAU{PK08uBI%-nPR(Dy|$sp&p!PaQ8%|#AjId5R-WrihZ*7LZBWtk28Cr|g-#+~4A z@~S8A6zYky4%g|sWkl&jMi`DNl(%*CTf`|!7%YI ztd2M0qI39rWB!kc2|*CdtG905U0y4?k$hGk2RUn6?2pngI=Voex7I*8{d>d;+?c`7 z@uhAxy5q$4pp^Ab?L?uqqRR}o3U@M!yThq4nXtaKZ7n8s4W8K#g=1hG^QWp+m)SAh zyb3?(QS39J(9y~8Zs0i8Li*8`7X-|bNLl}iLs?C5>`Epl10?s0j(WE_H@YS$s*(cZ zrI9$7B+;6|@4O&|{##l#jUh--WaX)Ez&fr_T`E^@5r7{j(@B0*!DW{_LFz^m>PaaW zv-Rm_g=pe{hL@#N`9WYU=gH$V&05~Sco!nUb%vDXz@dMX-orcU{5c`Xr76*YB&R~* z?BBoz?*wlx9>CjPXR;l}l=BaUcuWcjo#zACXvG}e?Nh|*bx2<+Xw9pn3+6a=e z6YaVO0aL=s@6u$yOM?aB{?2f0u{xIo*PBsxUJzSjjk6Ohe_xJKHjK!|acVl;Fiv0_ zGo+VWyl>l5ZM;m1AgDZ{(txR*WlP(8k-76$GbK-^?<#4?*|Zoti8n1BJ(~sdRp{7s zj9X`-_##0ruQ#8_xv<-k)k_p9?KNjDvW!Md+G1m*OglS|agdjuPv)%3GlR);(q0;j z2yeG)qjoeKfeaLjD@KuS(teX8}*X!N8oZoG6`N$}2_Yv3Qvxk6Z`rJn!vDR^*R zdh7S|2CTrM%Q;GTzQYXTWQ=sxV{yNl8DvR3^}EPnE(Zy8gl9E%WQ`8RG_WtFgCC@o z!2Ilnc;F?=CM*Q7)DU3$JY1C#+SeKG4t7{_hFxC5^(7g?Tm{za6k1XioKNIPRAZep z3c4djeRAL(+-bt&1eXOJX~&EQS@#6OYTbFyy0(?cnmnS)QzDg`QBA`v-c&|L&&>mS z(@Clqy0M7g%7F~VyeccoobS6ve8aLjWiOX#EyF(vwTg6ZC>>Jd)ho=559aH#7nIhfW;l zg&gv->D^@o9!%7dQr%9d#wtm0UN+?jHq_?c3P{{~j?TBdPd16UgEZ0He!D|6Wr1yq zoPhP=i*4i-8U2fGLtkGgxA*+MWeUvaZL)xW#NEOU6s@uUKJPrC?L1GeH)Zrl8mJ_h zt=z-0TBdHT(I2Hum{0M`jiUnL%vxb|)SQmAXu;C(?P{So*vCOcJ7pNeET>`Rar!m_>>)k;>Q>|)l!tjG%^}o8p>?zB!lHws4fzvRHKy?$7=n3%#p_ zqY$ZxlqJ2eX^0?jAgbkd$7&q@xVrXOycWTn_Y+I^K9_xbWXku)L;(Tl_3Q=HngPjNNsEh}D!$*Yuti5ngIp-UAq-8t ze%{hU*`?KN7e&Sc$PIL2r$|Kv?1UNd!awM{Dp4Slykk`Ca}Is+C2O;ci@%N)x1%C;ZRk}v#n}dVcn)DZ$sJR&8AC zayL#Xub7S}*-_Mzr+NrvkzP?gvHof{5hzGyDP&h6Wk%{(Mo69XBk|bzV05mXIBfWI z*l>ZNItqm0yFV=XXdv5)QgcvxPZ5(I#@iO?%1S!o%uk5#R;f?!D?75uB(qmNPPJ|s5B(Z(GR+*!lPSrV z@4dG+#T!~M>V&%~(IFa5Mo9d`oxj546xOKAx($wtQp!$`XLxo5I8fvBtp%VBl+0p9Eblxm=AsfrY<$8ZXykMCM`Bna6mi1!t^>>@dW2!n1HL@DN zq;}W@+Bnr@8}Qm&!WKdD^E5Q;_6EMA^)^+0`IYZlq=q}Gwds)sO1ot$HXv7Wnarf5 z=9-!>Wo^-j47Ka-n`oKkg%!llc8^NkPWB#iwkM&Ndh^PlW|pursVPP_M(*{De*}!7HOSY=MvzQv1^6wr&`T$&{qnB zSUJu8;(+}G*%Iy_=yG&vaB8|fx8$=X1Zsp!j%XK;rck~T@5D-Xtt6J}RK?xWM#R&D zKV!pvxS0ZB;=sW>aS60WxB|@%1gt)q#mF0F|RwdE_YyB{e6;P28V^7$Z zee|TJZZ$;xMy3MQ|4Hq5W}<0Zdo05V4Wbgc#o?;#mVhKv7LFu$tL{LG6Ws6Qd_YM) zOFSUiQAu7e^ECoEHwd`Sjb*5Fw=&aSoo^DD{SxPJaOsE7#Vh>PU2iaI)@6Go)a%{b zQAytmru42HDL|urU}fSLO#R{$V&Q5+iHN*smizqesPFHf_3fUL z|2F3zmU-2ryUrwl8m(`4vV$4qt>fU2tZ`Bj znWo13WTyo;l}%%-oY=TYVCJG)8|bf-N35N5!_(`BZH{Y7clouIT_j`+L1-6e#-;*Q zl&pxl^dhfu3}sqk(;aHtm_ru;?M1J#&&rJ-cMeg&u%ysa?z}VdfrA_l(j*4VBu{_v+;oI@4cRYb1tW)(>$T)Lr zGzw=PcUPJwY3fFkDEHf2UDK+qhp9#{Yb+bSLQ_p^MA!mgG%qUWTVLK#IZ57_!bIU?W!Cj6% zfMq0DR(p=HdjX$%A59U5pa=7Fj+O*O*wQ1H+`XGuX3-%cDk3{u+a~ zPt&4)1KQnS?Y6PH#!))(+Cm?e@%t!CTRm7n*P=y6RL5}QP>S$b29)N#d@ncCMawAZ zf4a@x@ZXCphb1^%imP^|RlPhDuOHDdCs)r8*H0k3<&iGM3Y!0_&k{TtAcsFMpdyAt z3OiAhb3C(0Pp$i@W)WC2uE@vjCqb$*l_xpsy-TG zJ^&90O~gWbjNXq4c24~)trNkR)t_8XZuyxr{{v1X-i|CVY> zQiNA7hj7qqpUN*El|!cIsgNBkn?if(n+-AwrP0iZ=%rE}8vFgF_CrfX7JFB)d|Hns zjpVBGk5%vxjWngtf7PK)k@nJB(6LSRQ@G^4hh;S*?^U^!b2N8a9_LyjQ3F|uriD?v zC;~99fL0r^DJ{s2U3N|wLO8^TRntEHriB0|Y;lh-ya&(JJ+fnDw)Kh&gTS|yAMFK= z<#JW%o_}{za3jcJd85m;By50Z!XUTJXu+f^nItEf)Vj9jJkR8CC zUp)&obbHw+tPPbQzZWx4>XX&b+G%~Ox;poSHpg#W`;FjuDKywybskRX!1fMckmcXL zRjg{r)&QBN-c=>CZV9DhOHD;l0g{*#*Pz&?PGfUXQx?(W^=!7#p5>-grCm)(UOr6| zzvU;nuo=qI`^gs^Jr%Cx{B-1iq9`*Qui@mNuy)puqw1I0EN@7)HB-+JOdmWl^U36% z(BIU`be0~SY<`A!A#)7JV54%`XEn1%&?}9JT#W=$>WZipFAFNV+zhuQbu3ISk7j}2 zDN0nGn*4#$F+b=dKc?|f8YwJolWKX_s!-W7`2CaZN?q7RGpj_Qaa{cRK)HPb8 z2F;6d7+<$-z|P@yYOOz%$)-j-N%TwSEkd{?lRHsW&Wl{Tk^I1w3e>?!G#E%Gx|L7Y z00{WRhhE%7@qj+RseV=*obS$=_k`ed#Oa7&GBO~4jwy{OnaY{Eju-+FSV=mzK32S^ z?BCY&O^U$jL3;kCUx_F=K_~H@wBk zCQUVYE`XsJH8-6PEBQOCtMjC$?}oEgu4iuzlM)N|fmIk2YeJ!&_yRCe{Yvvpzuclv<+)8Z<0www(7;TRR{v9PFB#H>`WDupOp)2|4z!pi-rUk>6xba3w3)owi6+W z<=KIEV`w>MeT``m@HJ9)<-e^zZwxD`7spW%t461F=VFvHnq;f!r_I^mFibz%0`GG% zV;tAW;Y8a~I`?jcEjCHQ>80w%_1me3Rl4$-(ZG5L36W>4*4lTF*tMtSVehqZkR-I4 zGuCJ212pj-Y1zxkFdueJkjppiux<*5?*r-Ug~?qUrb8)$m~4837l)~(90k?6+dJXI zQRbq~dcY|;a@#Rvuq4TA?RBHsK{}`_7Zs{hni0*S4FD6D6A-kT>)j(HzTtM;^^gZF z80_22RBEpZG4MzcZuK%$2MH#^QW+4i_NoplmN(q7PFiB3W?rMw(y#fAn)jZ<|Jlge z42`PmJmVv3dJ#98MeG9(RoJRJ(tuS6f0md${da7$qg%~n*IlrWt>g78eFDbMupE*O zc-h7m^$w=NQgs@})V6{}Dx{z3(z4cEG2%2c-MnFOhBue8@2<2kbL8b%C}&J%yeg1V zu$@(L9oEp)=f*2NDX7}n^X^)qohl4sX{i16GcZ1;9M%nSLl6`mAT1XU-_x+Gh&J&I zG|%R`kmNlEt(Mo?_dhx68K*sOL9pl)9dk%*r;NeRAhBfVuu*d68w^o!YP;E1&ACM< z339}4*75B+5Y)Vyk3^#=@O}1dtOhH)i7&Aw2D>_^ZVkm3o_k-5%1kXP8QKW(Fj7Xy zRWOaf(G^9yTAnpFq@OPa#mW2$A%x^`C@d*X?7kE=n3b1|c>y^cy7!;u6m8%+G%nj$mH=g@I`YgGx@hq71P$r&$e z@jkWSzYOnn-~kq@m*DzD6&fi`MF>PqcYSSAZUZSaoWd+@Ia&j4e#Q6^2KUSJ{a&~v z*i#YIiTM`5EOHWTOjK}el0OiQ<#)0;BQgOA6NzYY@vI=X{TUpC~SxXExu}a!1EXp|c zaoa-E^pjF(etA3n<-jh#j#6@~J&XE<&qJdlqRgi_0`xWaniZg6G6V*(*;fFCCw{RoEP}v^Krf zLM_v$!o?7WOTv0EKAw5T2E09%y2Z}O* zO{`R<>*-jcYxwb@jofM-X{yXFFX)uittn(lXJXUnY){t$pOrmtE6(mLI35Nh%C5DI zp&jt>%~4pu7=+8}paO2xWddM!Jz2a~!lQfFd<}1{oTgyPtJ|Uxd8Q{jE`tjC^XiAR zT~iJNBA^fsj;lyA>IVm=RvfVw;V&QU5~OBy&K|5^*>fxzwMHm4FU@hP<;q88&QjuA zg7n%3X{7%!>AariQZ}d(_d3TutD2x@=bS;IXV>P4t&y~mRkBvM?kmzEN@ z(pMqr}dNrMT%ehx7MDVahJ=L;X~-vu((Jyc|`Jlt=V9U z*SSq_XNl*z-jbC-F!Rb-;+E&M&bDCkYY=RrX?vJnBL53)HG46emMpNCzVvJuO>k+v zGkWiRPfd&)K*-UFzt}fU4;)?^r71jTLd@v2SBEiBk(26X8h@&ON(`}-JiCrNnAN5?r)Cm2O<*)uIt#Pxx_t^DAgbaD09=M(Dhn&Fibj z;7(s@-y074$l3+Zwm~Sg&^QWS4HF=1p4G38I^M6@81g@x%xNZ43Rf;+sh)>8q(#c<|3Q^qsk0u;c}t?BVQSfvb#%v(a*+HU)Ky8H?-}Hj{L(m|<@u=^teF zj+*Fd9nAkmH+I+9?q%5!pP09io1ETMuwAVHygvKO;v~2mDHXtCYmpGNAnt$v5{A%( z)WZ#WLLe}%uNkd~eoO00;jBOT$D-z3Jt69hzhVxZz{-hR+*Ucb-qTY_Iijpo@&-cU zz<7h+L{z$;Yu3a4D~P^qcnXJ=muTs1w$%BxKyBX2qcZP3CFlmN^2Iy{kGLo&t2 zC?_(M8MNCk4M%B+K5MNT#g?`E$d?g6v_fl?O=iA+#&poaRj#2?r4>IXooXq56imN# z%C}KVfSMX#X}`o~CPQPcBh(*W@C=ViZue7GkP5#}v_-~v>4n8Wr5m-h z)wL^R|5~BcO3-r@w1t^RLe4uOLtk8UG|SvyF#i>=3DJp8{&u>U_T+UR#T&vXjx(T3 zcK5W)g8A>n4 zPA^l`0^E_bqq!!+advYf0MBCYB5hf2md zDG*ZycoSLjQDg??PX|OwFFvE+a^Fm%HY5bRTY_Fpqla{H`F$FAq8teFp4XJ4G-XsO z=@^bNJ$l}^TdgExLgS7Lu?A5SBKH~<3xi`G3aYXI1GT%~B?NW?=?ZZm4}65R%}^?( z11glu@UU95Zl;^q%zadM?XkdkMpA<~_wqz1e%05OII0#IjbuGl8W5MmQAGw8A8k=# zyzkaNx-Em?X{=35j4z8;E4C_(8;gHfZeogvrfiiJrBv#5Vf@sc9%ezH4cgY@SX!oL z=7lLaBzm4^3Y1maw}hxhW3PX?X?5D9wq8|0d6vM%mV;HIZ;MRRiG7wRc^0FmCQ&X! zJzSPRVDPO^9vc{a9U8ZBj2Oc%*07tEhkjX*c_N`)b#(G}A1`$wq!csS&egSBTN;=AgY-4^wQ;@6e`hx=SRshC=fYB&9MX zGi>mdbFy*isIVq2a51}F&^<@-ewcXBROu6m)yoZ=s+qZVlF@rc(nx)3lBy#WXqr#4 zP~=C6W`yTMlNO(8dN-LOgy*6JpC`$)oqZ`4FriJZXO`~q3h6#N=}^!|0ZA^BDbJ+_ zfK{(J>QGPkR&$cFd6u@kOeR|kzwD6^f}mv~w;H1JjN^z*QP>tKkWh?K-pd%<0j0_r ztxi)D0Oi>8quB4gigFrJT?F(-y~)!J$p_inz?6E&efEpxpj)c?W0h6%+bNd;9x5R@ zICpkuY#M|{0=g;!BydeVry#qt8&8THz*gcab@E-zULMnXI+{8XV0GH~jsSG(qx@*H z{)uOyJP3xXmD?WN1NzYb`X{0}1+!kI568Ir!Y7)g#F@ga8m!@tWNY2gO_i={ z6i%rG7HKV;5ZWT#!DuV17d0TRE?JI$TCWaKGzpDR77v9FAeko#YKDv*2qQNYZRc+V zxW3|xpqMrbeWSXq){uAJgSAC=PVuo;XS9Eu5U9bIhk3OHVU}B)y13<4^=#vzFWY|| zX`2922M&Z;8srUdzN>#}GrbsIXXFf~fhV=CW>%9U?zjB9wbf=hX^qELo=* zL$-CQsqXRIH+b=@w1z4O(8{o|af}G~)?I-HchNvoa4ga34S!Libu3Rx0s=_OnqUonJ!AmHSxSQq~B~X_| zW|!MCp^~aM^r}K=j(`}8vu-@3{E`#o?0rCXY}(Rujmk%Zc0~pZY)Y4Ld&Y#*h|H-y zsc=|ze&C8W?&0mu_0(ATjTUq~V@H}KE&%QvwvH<&W7?_Z;6ovts=00$8R-@tkzs9X zMVmv?Zhi3ssyymMllICQm)&wr5)_c5_o;+^c0rHDP_?U98wZ*x%7!wfFI5x1 z^lQEzi8^ZD@_br?ox99{rD!b>yZj0kMPf0>#ro{>kuf%jW`vP$jk-?brIqa4e5Pjp zmQxWE?YguECdIDz2x8v{@D{SRIf%;q2TD`*gsl(gP&-{%>XCw&0*z801S9zT|AX zSiSKhnoIb|AV%HoR?JP7iGe>x!ip$pC~*43Gj(mI58fGhXiq`Fw8Fw{ z$2Dv>5&yD++6mVbXDNF_7gL`G`&&QiOK%ZmA3uBkYT~K{ycS_8%F!H!x8Hz1$ zodi=0`M@)L9g!VY-5bmA0d2^qCmAnjt+NR>bm1w7QLn8D=$J0z%)~POTYD?c-WSCl zQ~Jr$WIqZOr+&3O)Q6pIq}eQ9QcYV z$Qi_0sW%Ar!`y!r5l*+zZlrRSLEsS8>ME#Z)}3L|czo8NWBljX) z6pCxZfk%+tw+|nX&4tKWi&{A|=TwoaVW#-V%m9&S26v~Sg`t}&dbipjn|C$W8?LhF zOMvzl`1NLbh(APl=vER9mZ5ly5=D$dU8WZOF@cJHC2Mc4li4rip)Va|+jyAaO2QF@ z>Evs9P?ah+VmCod$K=Fx0iC z!tm9d(Wx%X%cg{ZR>6KZ_u^V!49m+FS(PVj_eRmNY%tvbn6R}$VVcrwbIc~lRYWcB zogqrI0Eo)LyU}7zB#|?v6%4G4zWvK*$SorqDXW?8F+l@WqOrKgYi(!+7pft1JzQ>k z3G44u`dzO|YxL%&GRdaC;(c#a;)*#`LRe1A@`QRM%Ghrgr;z2V;8A6Du@X)1t`v4@ zg2#=bHDk>>C!DQBwZ=3Ivrn%>$v1voty*LKF_4?l!KNL9#ieuoPuH1_SSXn!-eSnZFI2En91aL8G4 z+&FGM&cPI0TK(19WWypz>C+kA%hz0WlG>f7jr5)?o5y9W!?O(pJ=@i6OOGmLYFFP_ z`lJHDNjgvITrU?KPM2Mh zpe$!2g&@GTSXHzbC1=^S##fvX&`qFo)MR00`7U)*J zrZw)*b<)b_r^nz{88fUxrBbmN-#;@lgD3^eNTlU+G5C=&6WO36RT?#zK?bxKro5F%tq zxneNhPSJaeHr~7Na(2w>aTilkW`O#VR`-@AZ9j{IaQA3-*G5;?SX6c<`7WQQt+IvT zT72T$c-4Xb6cmsWp`0!=98ND%aprK!;%+^H50qj!I0aqXaJh3Oe;{+(cJLPi;tgyk zDkQ$<5Gux%CUOf7x6JUsJDJoy9X)(%PhJgoOkX?6Rg#CmPvd+tuq>mOj=Bz zfHF7i%ldtsB;htAAf40IlC{$LH}kH}J=ZX$sff73_`h(w$C}lq?hz-TCj6bB6)HGU zPMxK1agpH~g~>|`z4p}yDeiw%R^0FRf8b>Gy`}>0QNzT_pnffzDzxPgY{- z#aMuRXc%;%t-^s28sYj_quqZWXI&{ruH0L}1=#T`V5X~m|5lED^)zqBBK7awg`{Tx z<%nfT#mrq~ds3RDMAX=wt!7(#%eZZ&DX>)_*(qjYM5B>*`ys)ZdI|t#@^rg!5#Sqk zq@eeSkRd3gMF1(8kdOviInw^7uH3?nTm}2BYX6Bm- zoWXjP+7ow*DuTb0Zc4>p>E(tK!LjH&ZsD3GLF-TaLMCmU&rpIZFqm(JxOd!Nou zTGEnDLiu59oec3UdFe;kH`_7L>c)bnC4;Sr_DuxA?dC=HK~H0`-NqCxPt}VNF@(}* z3Ld7KS6*OQ62Hz*#fzu|`K+mToP4ZXLq)YUw3lyy<=I$gc4>#)R@K5*3n1gEghnyO zKCWFcVk_?KVJ4@SO_s1gM4dnt<7H@?r-#8APP89@+Ufj6dVS%?1_1=Ox8~%>Wv+YP zBW-baYw?UdxZ~YJM)FzhCU{H51M2bm$jvpRd{y_0aBh1n3@W6k3Dtnkz(-zG%WFlI zU(aHkJqjcyBgFYdEfDl(f`Snzy1F z+*^!lkZPT)=3mBDq$t?A>lV!4%pXCA+tL5jIr0Yjr@Ek5=vqps+pQA$TokQqHN4@M zs?H1vI)A%YS?JY2M)e%wWl-A#JlvbH z;;w;3Jc?$f{@SuYuSVF-N)lxtM0X~NtyB_mBLldv8h4Hz0h;ysb*&zy6^S0IP7ntA zmg?d!#kFNVPHqh|%3*EbVUzX(g zv6n7sy-xX1@P!_IW6*G+U>g6j8nu_{O$n zA<-^Olv}12+YlZRttUk7XC_PCNbuVxWuhCxJa5!?VO6XR{pef{*Oyo!o$F_6@o=qP z!5)a$8kzuJ}=ps!fOC!1#j}xny=>;eYXQ#BgY+tH(yKe zXcS9EEo}nj+saYRpF`CaEp(3EEPBG11*YI=N1$+SJ29=eShtfOKL&nVmVaGaC|*>b zFcQb6zFGV`<^SBFH!&7KJG^(}DmX)CMGz@g8*=t=h=&$( zoAB(4hcYvzO5GVD#UVw4NCuOM)SSp2d}KH{{L`4*`@7c#-5(lcAsY54WcqM6J3}Vh zTAQJ5Bb4<6F`1rD+po`j2Tj|tbv#T`d_=Gs_Xes+7yT=5{^2znm3>qM`R?c*w+xO9 z6J(pbPq=<8HVDiJj(IhbEZjtG+fXH+oDajNQ`qxGKnO%!3H=p4h0b0yBBPPmKzRE1lKa7}w{ zSs)RHWfx=_b5;x>owZ8G^5v@?Z5r@>sFh|43N!~!T*YZkYp%Bi+^wZyJLI%j{-Svs z%8t`5)N4CunrlYy5eaxkolSFH3#h!Ea4nIRN@OmC6e(uMd8a6I-&n58-i#iZlh|pHGK4BY%16}%5f^*^DqQN?E?VNbYgPC9 zPYQ7K2J}-T=$r$j2U*`=HSm1Jkn`mS^SR5S-`uNY;et)$n1uJnah${tsuxv+no z2bv!dI6lCM<3_b~xmK|p1SY8Y2@HGHzmQfJFpA`cg7HDQCDGwSjC0WHM5f+jfcZR8 zJc+g@5s62YX;IFIQMVjzK<~69I?pX&CAKgLs^K%4+5v)`->QKRdJ=O@$p_UuF7u76 z#(M~)DQHXU@zhRWS?@2__k)j31P#>$od`vj`p(VzLxMu$Vs@zi7>>kx6Ep=zzhw1R znir-_KBxW7q2HF7EbX%IxHx--C+eyuAPf-bPFUe;f1;AbR1h1&hyO=S=^errI{o`^~X z*m<&>v9CIpA&y_hG!NZrwFe^p>{n<_%U~__zbbxEo%2v(RT?CM^rIl9^ppu z&?p@ELrX_4RgjAJrKDrJGN7vli(^QCm!?>GOl7b~vRLYeTc+|wlJ|^DM%twUIj~#% z>8^6tOK+IYPys>c4~p2!G&8*y^sZ!6M%#>EPie(SD&+SU_cNEJ$_k|rCWE5|!Q#MU z4q=jg49N%3UAB`tvl+qQWwMArc#LWL!;%z~KK3zvC33OhAesDniL@Ca*|%cfQ^piP zmotLhGqkq_2GUMAG2*xhpo`7iA21)}PHt0M>J$-ai;Y6ITDCAeW3Lzm7B6jr(TX)4 z;brD^W&!Zs)Q!R6mfx`v5R&>G+~Xs(JL$m954*U$6942g1Q5#Mf!XLw>f!}51`!Qq zuP}gZ812wO9Q^pgGm(t;sf{?Oa-)7#I=6Mq$41Zo&og~_GK zxNbET4Pzu%S%dh+e&o+0UzrQ}W8}lsj1Gy8c|wQGIkOhYI2d6;&iKlp$siSWM-%8$ zkhto$-9X8UvVJ720o3gFQ{$`f1Q22=CDbz!ql)W!&G|5_6vxr-rnYoWd7TjnDt z)SLPBS_P|szWyRIRYyei-EZUCV@#4zAl7p`&A@KWhYH}^vdF@9C_I0C)n4K{GTs0^ zK*GO1nXeWflGM zm#-*VDMbk_20$S3p^COJ7yO-^)2+S0j3!-yI!M$Pfib_P=O3Jsnp(6!i^&d z>YxpL&8D7*@!D8#Nu?Wi39x57wc_>_mC@u1n8LA@JBlpPbL={hL%KdI4NO06BPNP~ zMQbJSNiIP3fY!I`1+I=#Q#?7V$yQVXvADo-4*ax65ZyE=v3}GoE}<>XB}dN*V<6yu zwol}YfGIAtWmFo3rxGuK?6@m7tccAmO(trOHyL`YF>K=c%6w2lt4XGaIDwn`wF(&Dl5`^m86n>JK zP){JjNQ9PuajS+KT4}XxIo>&dfBA>9Sp+(BCM&T0l{!)pU7P@l>96)VBGUB%@Zs2pK8`2%54A+LDCpONWyLP_)h2Y%7|!tU zC=Yx6l4MbJnvvnfySxceq{;+NrjIU&O|VDH^b=&7741eYkA)BGC}L;5*>mmEAA;+1 z(jHSEQDqh@w_Ow>eSckXL$A5 zWi*Z3fkUd;tSAvv=V zJ`%xT67-AC67Y z!RZS0)W4ig&unR?WVe=xOXrj2D7mlsvP-|`B?`@Os-K$WxOXi_#y{;UG?s2ePTQ1D zu`o6q%CQ$MecACk+0LloJa$^)v1ZTFEoQBn7iX=`Yu{B8*kf4Ug%v+|+O3qZCbt=O zXG?$=W z#NrLRNYmRep1n6bpIU{{o}2RTP?$_bnNg9pmvPLyveF=m)l-;;#tO?m0NhnlQ$ONU zd_&c^7Qu^HmBgtW@;R&%EM>;(y$fYJ*(Gh7x- z1+j~nlLvOORk?#ih1$F^tARGWeCh&87x~1SIL>d0b~F;^1i;=7&AaD_(>LN9%%+n}FhtSRRdDpKMjJVC}GvgeT`KD`8NndOY-|uuSYzp8sP7Xq6s9 zY8ZgRkO|`yqBJwr(#Pe~7t9}X$d~H>3Nr|hC~#PwqLT;P1*UmU<%crLfy-widrk_q zf6LPI5*S15RdLK!l~TLmzkJDx_=l^t!y70;NP8Az{fq6)dsg^^HHTE?L`xJdDO@EJ z+O715ILx9k|7wemLb$R|JMvuHN|A8HzXP80foz3=CL?B>usB9~vD)uAIlxnmJaVcz zvU;GlfwdsuM0B3_Nyp7A+GHdJkFX9l%a}1+{xe0Bmm#l~-1_;Yb1!vqM&zkH=-IyL zZu3FuKwA0rFm=WPJbvK1U_cdrFD4PfL{5=qmxYU%-z>uzV>9yO&dhyTFI+HZR0Znz zXV)gg_y;d!13#VUv&@{bUd59Nwnc~8%t2?DBCFF#fgnvkLpD3W3fd;D#t3D3M#{8;Q_}9{L-`99L=ifM*>PPTpq+BFI$g? za%}mMj-Xus+C`t(HD*%sSj|a`-j0xvk6<0Kul(jdbe>{oj?rpqvz<4>kil$^!uL+tmGHMTSD!iXr{h zTh?Y&zCuGYheW{V^}F7ZU2cpkA+lRq0Np9?h`3QVL8?PiB^drw0!CRLz_cL6B4^)RJ2yvq9$k zs?%$FOxhv1;b53C!8)6%Bq*;Xw~gxF#KBPPi`gUeUX^dnm_c@@`$I|R#r!dQadWE2 zE%1>}&ctjM<991|%-@B{hcCkvSt2;iZx}T8FuyXaOj zKpcCWe)yijpIP*%Aph2@(`MOHk^!G}O??z>CoCNd`H>ySETK=ZwbSLjsX#ILot>Kt zb+gt!cN#>%K>RDm7(z<3Q^A6(TqSrVwV{KAh$j1 z*JfAV$enFq&4x7}PzA7PY4-lkYZO?cBaHM7yk$B(q#TF5x=Ppekqd&KY97anp#b@Ub0(?2;wh1OFOwgth zX5S-vk=(Eep>@;o;p$e~uuz&b(*c~mp0dGEJ>cL)9WpW*og~Y!1u%*A7j`bKr^!px z)jKX%7+iMADN$vEzH_W-h{~YS$Ro92VrU>>4db|A!?C2QBVLNtR%ep zJXgaqQW8WY0t(5j)C}stCHSh+F)%pP^^9qEaj#UIi_Q{$KQ=26&2`I}~R2!8=i03CKj$ zJpuXRZ5d`f$rLc}4Tb*+$@f%KrNY+KZ^P9Rj8=V%)J>ooV8#pgoSR1sbvWr(tvSu_ zg+0{Pl#TWfYgHI8Gg(l3)tIJD!r~1YB#`ysL%O_F`Wxy868918=f$~UMSXSVXq}*~ zmL{wia~i_6!Gj-P_4lAAl9RLYR2LnyIW`XB+b1c2Of+dA44Ns&E@Ou=!F6Z(^g%014>MCt6k6iD4iR`U#dvJ zHr~i8)T3SXjX_Tc&Ja4SI#$qIG8%=+Vq|@6SLLjc(Z~yn=D)apV(L)2IEt0NK2Re9 zFA4E}@>xB1key(}$!DNa@!4_9UMqd@iM4v7dG=IOPXcKu-WstUZp>G>LoWc4`80;O zTw?e09GV~^82JHOt01oJ6$g)wRMEZ@ysBH>Wt8)PI21(mdcs6$RD7GYwg9@^q4=gq zYiuerbHVM**BuGfatlc7FyINTtaQw8Fs0jOAtMfVQ~knK@eC7iKb>^&QQVb;#}@%S zn9^0i8KP%Jso;z)UwhCyF8C8x0eedBejCJL4kEG6foR}M;w?{ZjKd7IiD+!cECV|G zmj_>Of?HJIHMxUfd+J45r}L#A52=VQ5W#kW#gATjAjz9*Neu?Sij$t**vs^}!CoT= zc<(JV%YoMEgZtevj49#}RwEp|g2={ltcM0G+v7ZKJvs>!ptak=k~ch%_Q&M{lB#v{sf0`?n)WikO&W z8jc&tBH>$VuHZc#fgSZ&nb&ECF!Mryu@9f3vbgXe7h582 zTT!zBZ`ksx$C7KpXiS#Uw$x1{xA0~{G?(a;Yw&^ySB%geU7r4d0wQZyg})^Mf`UU4 zJhoql_~p%(35fG!s;`NA++tD=KF4Q%Of!MLVEs|u)?l>TXXTa0dTTE|u z=#DAT%$5 z6NMR0+Uxj&_~^n>g6eZ7D9!{+8s>;ov`R-xGy%Vl z(W9u&zlyiKjG95{ORAbF;u5UjP|9nxbyD<&bb}aRt8w7Z3K3`o1L-4*_0sSn2bf{v z+u{>yhBQpK+tfhS_uWEg{{J?6k}eKIwGuv}1#bC+U_zhh>A+=!IbXhqewI;qO_$Jt zAld!rO5H&I)W95YaXKnq-miAyD)en#WYV=>m-8S*4wW&8XWC#92gWq{HX{V<`bhY{X!FxEgn`Y(5RBDJMNBxj zS>BlK)B~bOLtt_1m6r$HQ>sQ+F2fR>n0$`+S0j!R00Vc~^4#yUP_*SXzg?x^Wmd&p%!`bZ<2jO{vH-E^R}|N42|Wj zNFtpzoZ54ampy4zvi?c|Ui6u{)orK4@)4qUmza$Qr!Sr~Dg&#Cibx7npd|C85r0bg z&6aJFE2?m^%pCUC?fL3tb&k&NFsf_HX2T|8Rp)mj^xgr!2z_=PzeRz{NKqdI!NGEi z28B@rD0o;2n6ZV(Qqul=^{65@(LHGgd$qGa zN)qf?=!~zw3j!daxMj(eVQ?8(R=YzeQwo1tv85auY;(dE(^HYP`)4(Xl-$f;4Oy;q zUY?BPBgdAafEAL%epC@g?BUV^p_mc6h5)nn->%B!)bM%z3JA}@Fq*=jg&`iytY(9@ zL|=@Ro0CrVhNrTp=*%KDfOUo#ay(->DSs&*$Q=Orx?WLCO%^xtMOtx^rna3H)XL^x zP}iffm3jD(8oE znm%-q0Ss+r)FirhI|6HZ&mh@{eC&N3H~per0V+15yd~n0B~F#GQqid%IY%-R%!nF1 zI;g~muGr!>FVDV)Xk6Rk6&YetWj%V_+e1KCjOP0vW-lB&f8RR1y9|+#iJD#N)h&vz z7p7lSvPXN44Dr#VRy+XdA+Aevpl?`+2|5Ue)!A>Ixkv<$O&Lcm_!9)E&>iq&W-`ff zpKfztxq&p1>(Geqa)5NpmLId|GHT&_yzoFIG`ub><#|@GKuG!ZXKwfiAgSo};wpSV zQg%TI8(RqLo{k@@Zgy6s1@ML?CqkjFwz=n@pWx}M^~l?{eTFt&Xus>%stp9^-#zg3 zQoa5@fy6FTt3FR}G#&4`;p>7SCwgz9P8snrNP4S+Jf^-I6mJgUrQ<5m=|K7pt&|sf z>bIQj&l^@M1B?`oG6kz6yz0wor!E@9HusQ@Xtr{)w!oW(1wI$#;HGeDBOwC4*%bJ@ zW1D1>8aQd1!-f{S1{n?$SQ6`0u*+duOAzedx-WGXlO)^8lV(b3mo9a^^q1Z12fU4P zUw2|WL>Pz>B_dIIHkFn)n~#)T`>Nca`q?dN1X1gy=5^V4w_8s8esi#D<+9+oxV_d_ zl>BG0Yl|vE6Fj=^W&fC$Vj9AFvB@rp@NarTs0efj=?09la!^+6`o2;Vlw+~c zsdXfyC=#oLa{MbpvP|vdv4%6CmNpDP82O5OzIQxj&|l?6{f~=y--(vbpzmBMll707 z(^WklDteqbgLp#YqJAg7hkck_DSH261OvquK3~k?OVP~%eAc8XcW|ab#zDtwo>Svj z8o%aw8x3hHZ6*A@HplbQ8QX!;ci?HK{`d|Y(O)Nil-V)t38zMKhvn%|=qG>^W|s0s zQ|XoEQ#nf=p^%{Eh1SkJd{ipuzFXQ{(7cUCb>%=>dF|ynxXIrGV!@ZKaDpu}`a7%6 z#|G%E$632T!@~)M7QjcRhf*1$mjYY_H&0sIQQgoap$P~Ku*Qu_>xNuLYMV8=*7m9p zrU`mHeg^y|QNd|7qQaD5Y6wl9FwW4a5nM#ZBVG%`h2)P8@0y3BeBN|B zg+(@NMA^w5+H~^P72{)hH%fM5d}54^>p8X^mIMzl7Y8ACzs#F$ZKqW&P%_pqSthU3 z+L7w4X5SjI-5y$;RO;C9pBsdN=LqfTF=+c!rHNtcz7lHw;{6NX_J;kS`l+fZ))bvd zn6RhRkS(GKPUmNf4zY)A90D{Mdf*l9S!b7R9j#oxkeb1lfg0m$Mmz;nEe+51_e%?U z#<^i~2wju%H3LMPsP_0h6hlLnHcDldMNq)p252z$qyA_O*d6q(BlPLo9h4?eEza(8 z$Xp~J6d>Fx{SI%dMRV17`|w&UGkkdO$o)WXNG7S2!6)!yq4D(~vWjxh{`Tke(}_sJ zrdaQA%9a_)T71apu9>XvwQPpnQe1Fia$xkdWWS8# zr7&K2!5t!$EX`N57sYsP2<=xZGi_0Bdlsasc7wL}v^^-pLV4M>8FAx|>7M(AFD?OX zQ;170v<68EV8cE!iSy}NIM9XPJ4eG3P+D1uq|r9dfu3cC_eD7*UMc^mHqJ!r)O)%Kl zOnx82jfzeQ$uZZOJw42=f+XXZ(74}RZsS*Id2SF`eaDo}>g4l==JE-F&XKs$Q-^Ke zbGQr^l5SDYgFx-9V6N)E7(^S1{g-rKogET^t0oV=m91DUd;KuT$qB`AU@USiGwWTt z4Rz!C0XUJXy4rZIBoO^&ezZ(wW3!dei~dQlv((a|g)O`n_rXQ4aFDa(tVc=GX8I2E z=-iyekh`q7Wsi&y8JyQqrVl>X(~nSWY(?%t5#guJP2S!(W|w;gC`rur<>8gIzXNkQ zH`;$ux@F%;WSW3EVE3HE>-pmQZ3-h9rbtU~gpj2AkvwUVZUW;n3F`RgWJg<%qYA!1 z{m?xK3T|>PkDZm+AuXomU$)-Eh9AKXjTxH^Ss{#FyHxvRwKGO&ENmmTD}63OrkEh? z&W`3Y$Jghw#ws2wgaLke%HI38)N~z)w;{&KGaDw5(UEPT>k6O8zhP*ck22VfsA+m! zR7tP6CPQ_%O`=?gqx%C^XOk;DKf%iAU47s(`QX#%dAEmRXJqiX-`DhZ2f$qgwZt0EB>8v zFa_-BjV-+1nsA6OYRfc z`>unDI6t&P)bbqpu%P?S~lAZFnf<)dNgd8RsHID^kC zzA+xOmK`Gn*h(dtQ9GO-8q8+2lpyDzNxMrrimr=F>!*ZjfO9@`Sdzw_L957d2=F3F zmHW{;&O5lG+q}RYFa6ScTtQd&33K}2zJ@6_VB|z4uwk2;az=vb6;}sr8l=bM;5{8qYsWECMI3`t7Qu#FK}>9b z3x_b%Rc6!quoQjw8Ch9jYG@6ncKzDZ`C1q=XX@n0I;Er+j0o8sH_Yl6_{z2PFf;5G2H2>#^HAOJiCBnk~(+N%ykzbt?#7%L9 z5BJNUukv}}-PZm0+jcyhHb}c+5{W}6CdkTW(Mu}*+))n3L#XV(m~@BlH19ZoqNoT; zhQX{LlM6^#taU(xPtrX)UnMCR$g}kVi68BZ3kW+RAM?vSyC_rv1XlCcgCX1BnxL*r zV9Ik1Gq8lJNuhY9Sz=l4gX}Sdm)meE(3oYZ82*<1c^Y>Q>Bn zCL=*#st&raa{J;(h;-EeO<7IxNTB?wnyVv8#NW0!l%Zc;c;*2Dg_W?PUnVJX&rSm% z69OSP5N@oWu-6nVGf%D0_cDjvZ>7*sZhhKP8&tGwhOXC)ve<6SB5lUIzGi8-md%8w z+oc~DmbCip4SG`}D`Q7(B7vQBg9%DF;%!zr2|uq15U(;vGKSs+W_6M?*vR9m`g+qU zVvBr}&_$_CO>v&SV_p{6uVJY7e3HcHjS+<_4>9Gy0IbtihwzP7`Q}N zwjR{*ct*&mL{lV%Da%fq#+a}N1FoMa(*b5m654n(kK~}L6f^Tw0_R~kh}>f~A$Nop zavBLJDMD{WBF6I?5a-(c5PWYp(%ZarU9L^=x=c6fv@dr4#%n@ku3S2p{WmpO`al-6 zsfmG6xgY$dLWOvTNf$?d=)?}GF^5IgB_CnX>QN=26#+I^J%I8U!j#w3w@7`QZ4W*; z!%`VJ5gQT+FxZe(aQ84qaG>V@BBUahfc5Fs!99k#Lm{)wueabh|5pXxzSPS=@7A4s zK~)d=opOn%(Ir#iTy9IOONh48%d^P(7b-Lve*jhouwMOTqJX7eI}a4_t;oQsKYBCc zq~sG*GUH{Oxt3u%$5RuRJ7veY7Wxt`!@5bMdxX)A9fbS+p^+vLuYqGc5V0IcmU} zzk0M0)9K2BWs#$)vj8gM!16%fxZG^SRuxoSj)vG{6&lwxle5zjFg3;-qEh5C`(W@brQ4TV4$ z;JN?B64H`u#7aGa2~`00OMg0;Ppj0{G1(eS<+f__NDps4FXSv8T58peD-myPu>sPF zIIS`R=FmA%?E0pNmTJ>*SJmJd8{6Q%@kV5p6~L@n#xDdJYO)$ZC*n4WCntZH(u*=d zZT~>;_P;Im(AyCMjy9a-I~s7O_dGtOyKm_m^6VR{+N| zBONDP6VlaI8?NHH2zxi>fjtjPY1dtpngT5M@n+@ZJ6EiCYVaDorLe0OvIp!cbNmSjrcO)i@LB-1I$c^$;_03l!DEEs=zlB}Tp3h-& zV{yt&-gT->Zj_c0tsfs*MVfJR+T_6uSRi#fyrxJ197+e`4piL#wPWQ?PYcxW?)ELr z0n@KJPzmYaR#wfB+7hI&x1!EY!tEAPkvKzR&6!JWl_IJEdeGHtKgr9%F=~v!azh zR;fa*R684#XISX%7=Y>JIVKt)nb6mcN~tb`YimsW>3vL?GCeB~7y9b3%(nJ<6N(dh zuo&iO6bc)X8S}>qE}cUcg$y(6nBF@l47T|AL7G=9*E4KtMApf0j$Fw@=2+qr$&D|U zIl~xCz%{Bk?Yfv~G)I4Xm=c@b+NwirDE$y>m|&rV4~{XxEeTRg*Hhxje#RsO3u zG}KOu6}<*=lG&;xf+U+hQXH00wuMuSl`=+>Ns?_DfI*E61{&qsX!eD|T`Cnew2HOlFBs(FC=+6DWAz#xlmBcbdW(og?fwGx@966X4AW ztrb|gy;fw8P9oiep^4qa>sT5IyK&ZB0`h0Jq@Uf9*On*p?2y7?{T04=TWg)*13bI# z;F0HS+d8=!3jsRY&?PfM6Y+1&>+u&e!b+X>f)d>cago&EE>-)^G6@rfuts!zNUgMV)Q&v*}gSBW9lYQ?V|ptk4~5|?#%|G ze6#CcsEJ_+k}hbyfKq@^agInfKk@{7K#r0$#vU3>!&&z%rijq;*0%b?oS_XpYmX9ul#i)jPmIx>Aiz3zxs#@A%j<*Nr28lSXJ=0O#b zwF)CN^@F*OR!&3O>DjZP{-Udniw4;BW%9YRU1{i4iMBUVF&p>laB~awDdKtm35A9DSTqWlT^eN-Ti>iV% zYdkD)XBLGFGN&A1zET`fcr{#aPIPD_c}1#|98xylSFf8KKHvW*|4n;#^hTs0YG%+~ zfS2f%O04kl&VVITEIv#^`Dkum`u51%Sa0kcdD|+Hi4L~rzl5EX!j8XHuc~B_f0k3E zlJz1t_Y7olQ3Xol<83PObkg-3 zOz*9)3wE{dUlBOuFe>0(tbGz=b6np=EChiDa!6pf#Y|0GrJyH&G-W+DkxR^@$2RV}Sm{aZMC1Wq2fW0yf<943pY=xK%Sdltt&6(~JgppF?j2 z^*N(YGcxK!#%+7*scn)STUBOZS;B*C0>H+MWN4oLqt61Y=o!9{z_B&y;+3bT!`cZ_ zsO5S%<{5%L+bJ(ZMM7xPG@AYuQ%N%C62x0mh|wr@ql|bm$s_F?_m1YaYt&0NYF?nL zY|KDG*6XXzIM}ChSZjyAo;K|Qk$jkB>8jsNu37QfV3}5Q)BUQ?m%&zi!Getd0rdMF z77WL0o~_*&hyn+$hejApyrQMz!qHQx2RQm)-a2A=TsP*gtM!^0-?wqC;dPpcdg44c zMy!Grv%?D%F#&&T0wf{q4LAVMA>K%?Od5B;rUBw5eQL>ug@NBVk#vlwT|gNUrrul6 z_{=EBjvJ80_`mXHl#26W_-t3>l#tU^NHN_Qv%^W=l2}Vhy~&ygrInfPM*70*#7jLn zt|FzyIlOq!ZL-;mmu)s7-&Tpq{t$p_Y6g7CojFtrK})0w-Au$W9&Lx~frX{Ft#E)% z`iBlGCS??3Xo;w04CG*xi97g#>wvFymo^{WJH!K|3R0n*GX4o)E?T6hsnbIqQGVNn zhmt#N2T zoai45Nr`sFi@QXaQQ@K-`kd2`(_?yw?^IDiqo806v1iVSHk8r>$j(skQ@&! z!OS5PdCFz3ag*SGmL$4ze7g^ZT1G6i84qdwD9-Ks-a`L%RfhqlW5_Rc$2N;I2bIO1 zSh~0FIZJL#2OAYLXxJnmMxN7Ljv^f}8YDKcJZTxhrc*AUkTqo^+eO6gSRaC4y=5U@ zUlU^n@4mDy=d4{M@g>t3TDaZ_8>0rnywl%r8fRGZW`nk!B~EqTW3z^Y^v$^fmG_x! zo)=L=zF45I5w3o)VYA5Pv_PWDl`Ry1U@zH7CGK5*t=%+&38#q1i;lnBK4IL(c~gbC zqkNLHgNFMoPLA(39ULy}gkR%5E z`LH7Bkt3~d`sDcc10ZesHh!*^1+jJ~VA<7D6uihafbLfSa<0~kN>F9ySxe+&UqHWK zh;NpuUeHCqXy^J_gho=mqUo=4@y0hz$)YLL{qEP~brLGZ!s*gO> zyg6hWP-GU7ACrNPlo+TPo_*YM8Bl+ZlSZ+mlg=VTeZebWO_>cW5bl4vOX)?u#cny* zFM94d8r!cOrv-Ev-nO}2R>LZMws{!qN^2KrM)4NEhsd*&BFT$Arfm0;+pL91W~Mc+#tu`_GKmf|CdVE1?7j z22A0D0f*g_ozsnCSgrL?_wwH%@mbh{*M$ref8+}7uN`WVbH=hGk_;6Iu&_=0;fRm| z)XV~(jk^$d1!zA9^Y-c1 z&v66?P?>FTVFPp2b$lMO)W#0V(N&+5;JsvoGD{mI9gyl+-m?9YsMeFFrPJzt*I!0c zMV7D+CM%d}zjXoYzBB6>Y7@#QHq`3#E+&&uN8HM+ht5=qyM>9vP2LPZA`m}f2yKSS z8pG!*V~4zJSF9)em({v$|d3jsUtg?NMv%ufT3v6?=L{6@-* zj#xErFChV#c^VESyq`byx0yhFn#hSfF3e*uD9rC_IQgTepALym1Oq+%N9~9gPm#Bs zS1Z7a$icG~%p^!^vX2iuuTREKq%qGR9=g$t(Oa>+Zo*D`WfQP`ssft!8JlzEXZtNK zhX+5=Dix@t%8{++MS;aJWxOvjEx-U0=64*d{I+nIp;N03m-?BJ3kV*Mv^8({eE))` z%a?PAx`aNf;>@C{uGKsTTMB1poIIG0mJmIS2{5w1ihe#ObNXMS-MFWCH(Bu}L9Z_s zwjP0>*v1Nbcc{Eo$(y1IK!GJksMbnuHE;F+AI(%sE$Ya2L$-xmPu6z%rk0H7O%wJ#LDac#;i_D~znr6*5n86& z3x)!%N;k1o_auDPj_dJ9!;h4{?*<8;S1Yh!%LMnPxGfAn)cjszV3RyFA=wMDy)=A{ zK=?ftb|HV>=5Eve*SfjQ$F84SRv8_C27LlxjIgyNGZ^a85(k;73hj!7!Z{?7z`O;g zEn5AXit=1k;zi1xQ4-%lf1WF_(o&Db35~xbxgG;BS|7W^0TD2gHegWhgs-npt9@L{ zrF^PPzmzMs0&qRF-rIt@asrt9b9Ik?6RBpYBRlFXojVOyWnDCyH*r+h{JZokT-A)_ z6Qq5fze01-e?RS2Dz&7i=n9Cr`_xK&oVRA46Jw<=PE3v&L#JqeK?owa@~ts#)m|@vrv{JTS~fpJevD zNwzBHZWM*Z6;hG9Q#&zu0(Ez)x0edKF=I=txwtjG{3;P}0j$iXhOAC@MLEdVA#X(A znszH*1ANR4%JC{hXtru@Wn1ao9JyhGD$< zo$F$Gwfjcu<$y;mmdXfEA{@?z9s<(KqlKSLgoauWr1}mStqNzV2M}fP^qKJ$osMuR zlqANKkTh(d*oW;v`xB#X&Ur0O#>FD3)i|N3yrbHV_eMrF)ujcr_2}l2-7lIwArJo> z-EcI4_iH`!Za1M{Gj|grqm`=+SnUZN956h>N))H+hEX$N`48I>UgL(Nu*kzZ_O-h{ zxK`R*e!;+TeXPWx)hA==N2hV<5{NE1zgU!q(&T~?X<@!pxvZ{1Ym!WoEUOpUATQqp zZ>(k?LH_|FGB|kHG80Gls0HwLzpeUhk*?)8x{8UDn&U9)izi( z&5p&XMonbhY)6F#wX&O&%cWda4i)X9sM5J@-l(VVxiOOwI`S&N)gu%-uKmLgl-nKH zqkKOfe;cN}WUKg%m@-R#c9W6VSfN-nGP1oBT?4q2k3a7Xa*v=1CFT;yP&TJb2RTJ! z;XPYZP$dthY^KNBZD9HC8P=745*#Q%MXDScgvj-_TW+!#-#xRPe}oEzN`>a!^`mhX zL=Pn&UC}BT$L>`ghB4-X^R=N|dT-7eA~_{nsmBY`^+jYLyd?ox(t%N?jmLuP>CnAH1Jo0eCGE+PM?Z__A>0kDof`9z@@;@VFQ49_0>A%TIpt~oO1*Le6!X?(UOLyHLR?hr$lG57_9q{^2FFF>~#HJ%VmK}SK7Df|^;S0^Yey)PKJeSidh zJNk!C4S9y5=%LckFG|PXvXg4a1_k0L)5R(Q{u_JZ^Ol%xf0WS58g!j$00l%;=06fLIM*FU-d{xnT8jGdR% zpplaDrCbYHh~F5jm5@M_z96gw3dey~y{6O!+BFSvz*K!gvCWfv1?SoA5+3Xpo6+bz zP6OVAye$$o?;AcmnP8kv3`=AgS3L}!$KLV@un0UUwE1!F0*{&X0e*)na>wogTQlIE z;{O3TWqq=UXF)*CRDvR~kXTA_B#-L&94$-P;u0Ft*Y|oy{HDY(>{N#`u>KiONE{E- z8Aqbd(ZKSBhSXS8m9|4ArX-`_ioo;%eWh!v|GvGzlaV^LEekv(oF9sDX3G{>q^?Lz z7$6x!UG36?TVzmDEwe{n2+(lCc=KEv4J(g_{14MV*_ zUS<(?D>;7#C^`|{{`h43DP~TZ^y|J8uaf<8DU|<>^IH#RnYXUN%_S_nCFi18bQ-Y9 ziGc5gHCf2u5W%8DR15w3xsZ7(XDT^4-B3ZAV7}4B7CV&qzK=55q`mKL3`*E~C_u}A zP}*bS+U~LWYq=4iH!sBL;M~(ig)O=hqej`+d>|*=lBhPRR7m+p5{g)l5ZM@JZGZP* zn=O5r-&?9gV^bO%2H(!A4&+#SA4DZ}vL#PZmmqgXZnkm=_8#}Rc=grMH!v12K}h^3 zs=-#NOEswuI}{d=a5qq2k(2lu8tQ7Yp&BJ@=C7QuZA*Bfi!`3=)rMZoiVSS~(Mo6y@>5HI4Gd!V1e!2R*eVUyT>m~2eSAhZ}j z?<)U`r{xUuUzM2HZ?`sb_9f_jWj7+VJ{0@*@Hj3c$wh1S6wANF4y95|pz@Mr1mI1i zVNlvCy-l3e$-Pr`IS5fZE{Ba4J@}JpIG_R7XGK zdWyF`#hKq+$#1#q7_M+}$TeJ)9~nxSFt5bFCH68yP_sg@$%_i~Q$ROHruQM?=Xj0V zabKgTY{h{sW78Kyzbw2KSPClz#|B8fT0J71owwh*;3yoC#pD)&-zk;j+-jA)_MXWZ zVfQi2s>sFih)gix5|CN!%fMNtfYee;a53iaK-sJ=v~W1dhFjj-J90j$jIITJG)p^| zWUsASxJP<5TMoGprZZ!7-K#UY47|jz<8@;Zfmh@%{D4`nF-otD(hoEo97tUHY*!N? z)}A$vXf9l34c?j6-eH;mv zkAPFOp?4;Zjao?N7CJdjfs5k-`r|3$9ct*__quwaZLE-?mRkiHddsZD-w}4$l{3~Q z0pT$rMrsqlX3xhOr+=c6(A87S8>C>Ln4haYTXob(7t5Y~dGA z)z3$qu?sPf+Io}#!KTcdj<|w-)PT-Jxj7vAH~LF37S&s=UyQCnIoQ;v!_YDqhQS&f z`sq1u&^USksi47ub5eQ)zE=CsIt#^QE(^5>0SpSD1W68m1M_b}FLn$RFpz4?AXVN@ zoX6BBlthAM8?y1fc4poz#vZM%Z9*%4?QVUcDH85;4y7nKY-#x8YD#d|fk`Uj2OSPPDnz`ZZH78BN7(1qYO!@h}~lxBY>3#&z22bbXU+1F1c4UbWWlm&6z*6h(al` zg;=U~c#k{HLSEl@uI2(X_ zFc6T17L$g$3o%|##8>_yJKr-Iao)&?TRWbd*2DA%em{bLFvSYnMm^FryJ@TidsPM~ zfe3U#IQ&+Xy{|^2hY*K;L}Cq1zC-nz9#o}-Z_zVxLy)1Y1yTpc8X5#}A|ZfXNg_ij z&>h?pSMSWKj8Fu$igV^4!*5z6eE)+mEU%H?eRtVF>Pu}>g~!*Jh?=qB2cAF(zKFAi zq=^Xm)y||viz57Ko!8@pgHqg4e5av;R3?lj`m)q``^r>Gdsp|8=MBkHC>t42KMX&R zD(={bKa@jh3cfK>8$nSAjp9V{L^ymo%rQTJ<6-ni=~tX^Va%Sn;8>bVz^QQBuDR=D zB=5|zq)nx?;_wJksHQnkVRs%BJPK}PQ42WK!g^i)e`{P|$f{KtR?$`{TYdZddNRn) z&rWZDPEH{SrpW-d2_%;SEV5|K;|pDNIq<}2;PV=dTnmkv1dLNlw*s)VsdA%d29&*7 zAf#<-7rTY#v<`DnP39L~-zm-Ze^_--*i1Q`rOcnX(Ob%B3M+*)N~FDLWmb40iN8^B;y z1q*cg2^>J~87wKg781(A4)%Ksj;F-l*c<_i$zvU=fQ?l%qQT8qCDX2F`%3@Ao=_02 z7a-E%%!FMTTM;CJYT%F5cytlodFUXz-WNWS6rgj(IV5J%r-Cs>Kj-OKekc?CZNlK` zX1!^NSJ`F>EK!jCyfnM|I&ZC<#d-svK@<~f^C{cQg-e+6cveAF@LW5CJkyO>S)&!d zP*;`cESO<3P(&ND@vB8=lciP1qH6%_Z)A6Pt6HAyqGOfJk@}*EOT|Mql5V#x!B)CG z0cWW8|iMU7GZSjTj5OwhdSj;rg%|i(< zOfV4Go>jI~M(E6ewV4y}*jb?3|LD*|V$(}ta4O$8?c*duHMxp^KS=E~i4qp(YYA;o zN~+iiMn6_+5LksijzZfm{QxLeKSWWf7DIZFSY}-aN77eKlC)X`y(LSmBn?hfEyVQ$ z>5-76w)o-0iF!f+R@bTJBqPT!*A2K5y7qQ~S`gEX14&cOn{%$*x&Bae^ z{*^Ey{ff3Kvn3aXXReo!W*iuhdmb_G_UEtx7kYjkAvZ}8gpnf4f&o_*xyEaGLG+CW#|ATcEOx4q2*({_=6S2+Y4c`UDnpw} zA`nS(!fWi2Pz-j*b_Uv?D8?H+!qF*xWGf}>{kC=Cq0OdpB_=u!AaL$~~2m&0Y zcxpW-5WZQtv=|S&pz_e#07XE$zo~O1RH930$)+ultZ2|7qn@aO50|gcH%%3m8R!q8 zQ)jX215az#p>rxYn0Sq|u08|4Mi;Xoj9vy1M#!WFS+wNqh2zu0;gP|BnD~J;77Sv0 zM9}rt9PVEKx!+A`U&i1nMVluLR?f+I87(o+z2kmFL?0rwb>$$*$@R0`R6ZM}IDMB% zIIRK(kC(uhEBf@i|6SBC(6ciX*R1iBSTljIN*?8#0(mY52pU~rvg8xVj4q}#ii(B= zJJ2n!PXKdSnrIHR5TC;65RrMsgjRjzg|2-qR<2ZY-ZqW7mvFEDC<&z?ID2VsfMskY z-Q^CGAOT4FTNEM|gO^}?jg66JlEJH~|Me?@Q>gi7av>R$9y9uHnkX5kttj!G7UkZo zxeFp@+?F{6$*MP}F~oBR_7?nZD8gTaij+HTG1$SIabGQMO*}OtDCdfTzS8j@Z=^R5HsnnquEi68PLC%04XC|J0 zg^EaQriKw*P2_z|+_8r&f(Il_S5tPQ(dPHZ`>YIBoTX>hD=DlA z2Y`W2gx1LAneScUuOL|PnwS)-!RfST#r+%nH9h2Xw6&xP+hiy7M#h$2rc`vJt`DWp zq-;TF1#AxryI22X%cYUckTW%_lD;;SCs)0tes6-PAWjb%7o;gJdT7}7b+4VX4px9} zHKBPDd{P^9A^DdzW0>edtEAt%w%z>!=l+vkq?WPAJKelB5%kO-k%!czIg*EB=dLeT ziGaRt_H8uTf9aKAMUfpz$$$-$g}neBio!bu;Wy9Ejg(SAGbyyiSmL7Vd!%8=>U#LQ zmiMq#GvT~>F}rN*x3;96UA-WY*Vy!xNnP=&!BMmYhx>-M3Z~9271@K*SR>XmWJlI> zrIT4#KbBv;m{NKw9;9*gM0}{BS8s9u@gfOBKzam9V08xQCG)}G4$^wNUU^U|%??M? zLLvxJQCdfhTPwpm@n^+Y0+tW3p>j&g8$*AeP9bxT+nl7R<~6fIM4q>svlk}q;`)i9 zme}H)Ygljasu|$(5pA;5m9ViYWJl~DOzl_}Yn@b1gtl{qxJ~g!z`2(XZ(0vTwNG0v zBCV6Ds!NSls*W)<$2J<4CnBy*AhU}Yl7}r~`DqeQMVPtOjj9Se0*>i3o|&%f)Jln{ zz#P<~wfTdwLKs!3vj^ewq{lUO2qdIr6d-(QbhS zHS-#ATlc+mX_rS#RC+c<{2K+Nr23^CI9}9p@s{6k5INZ#X5`gc2(Bk9nn+I{#}y-j z934!c2y7!RJ%Lg=OdWOYGRvb=L$4LUvJ7-n2?VEj6ZMJJ`X;L)fz7oXKRtcN zb2L;B#AIXX3H?VI&caC??kX=;>3|r}DDO_EaQ|z|(7>V9qlAOD_e$ErND}&?EG$RW?) za7D+UyDd$Wd1@b&NlQHkut;yg_W#P#w|azL7?mX;RTs=WsOa+Dml5U3x(H8ti>I!d z0M1UlE~&-iY@tI~PeV@uin)IS+(w5o|gk0k4{cpDij@f z5u)A@LJE1ZWk(=sIGUNDA9t(HgFrv`&E~Xxih+ioG0AAY8b@QrKF_!pK1=DqRN8Ap zhxBTE&#ZDCWRxemk_-qXE~p>gX`)Ah=gW2_sw>Q3{B)W^Y&_V{WJ?97V_oUa){dsh zZ!Syuo|&9K;{w>S1OVv;a&?(f;9W_MxfRB4vJaxl*|AHWSmr0_%ZixwUgej{mj5sE zJE34ib48Z?eRypwVd%>RK-GIK0YN;fHeiy4x-AF`lLMOxi%9yi0}&}z6*g6l(IaK+ zo{P$mGB&j5jF=t|3l3qg*fP&AQ=3yQj>`QcIi1V(4bef&g|QUyYaVAjINVPDqdVrH z&^ui%`U#k_(1q3WnwvmQ#V5E*8MVHWykxq%4()^=l}mCuq8`<#p1(r4mu|V)No|FeSAaCjq^XHMl;I%kW;w%IP9Pk($(h@V$ht7G7 z{z}otz2mAL=L!^lT#eN`&+>V~Vt{}PX$TWl#|$c+f=z!a_U{CED?4!i!8MziThmb$ zBkn7B7B31V)p+e9NoJFS9$p}x4}Z-+Wn!%EEZ|Y}CEa7lL}XpOM*?Y7h3=CvYSy@> zhhcAS;2F|~bd!zkQ}9vd;CVxMZh zkRT!>S5izXs@^Yx!glThH@ZY1wrZ~(ZBY0}>ze0q8%hmI4Wwrz)P_(c+~xP2vlppS z!klSWqCT=L`4+K(QByrpIf!>WC_DxRM9Dc3^ygW{`_3)JGBO?_kd`p|8 z^G+hWdPwQ;*6Khnpv3q~H6R*9yi_Vp`Ja6Wp;N^phdnLu8llfUHYvlstIX;k7c!W@s313ALvV^`LYj;;FI>g}NI8q+f|q}9Smx+y z*+^vgYw-x1lX+8tYnsKdGaui;wrhiy-J3WrRiuJEg_Y1J-yXD3@o4Z;gaa#O!jFwb zTWZNHJhl7!H$1S2f@U-sc|d#K7IO3&7oeXQJWMi&c3_kunKm;liPNK|KH?ms$ z2NNGAjTz4 z^%KYe#9?T~y3=EY7Wy0tMs-$MPGI(?krayDEAvcZ{oaA-UrPyQhNj3VnNzBqKo65> z_v|~b5<@ERhRQ_3j6B{wq<0xFM>sO0YwnS)w7_agbsvqY%m7nO#ddF7KrH*t-=R8) zb~Aq~q_Xn0c6bZn_m1%J3q5_2)PO;JrpMr$+h-o-PKIKLC<=Ff z8GNK_lsw)wL-nQEVT*bzqv-?0(-%DQN&u<_v%PC{upyx2Jrw7B^c;jd)EM|ExWbIx zMJexEjHOpV@MN9p)wQG%F2L;y?va9MM!421<)`|vv3lpe0582|@@FgTFw^yOsq9?L zIc?bLZT#hJ&aw_nbHHI}^{?kxMFX4zj*K+3hvh~3A|tNG;UK>QAp=fjz!rRkmezFA zV?9R3S%kghkRn1Xvsmmjto)H-g!#V0|9J(~Hx39#j(%v}2S{$*Mi$RD=OJpzG_SN% z#lxjs>!jl3pPj>63+Jwg|kLgH~ z`-RmxTYzqnNMSV-Jyc1VR6U~#z-F<+${w)nmR)#I#)9*r5=yP% zu5E}(j6kab0GNB{`3FrZx3SmAUw0ZLv1p{*O`HJddq8n-NevUPa6-`Nt6wShWRMi9?S7*TBa z6u8Lz#@ai%iyj6YEl#?9(?8(&UhT9|KX|U}`D{#=kccEk!5>8RK{7_CmzIJN7ceP5 z;Wvgh?84kt{g`BUSj6AFL0EwWw}vml<)Z^AL+lm2qYPU3J};Sh*;$3s zI$z3rV|i-_x1NnhRTEpl66Pvnd^;WsZ=Mu$3S`WZ_-pS?J377N7Yd491gqbA}q z&5r8GrzS`jc(fz{sTAZA^PrsjM7iM4$q;7xs8FT=buq7PwHWEIs5z@Mw#ia~hFDb)>=6Zj4i1t#rtkr;;DSdfZT zST}H><<%6Yf(0&Ak64xA)1ry)=o<)wyW8xtHV#`<>MN9ahgl2+wAfnlE%3Ojv5+(x zk!*USA##<>YQ1CX5TeH@Z-}xJ~G^V6O;?U@&t*z!iit zR9PJV_P)q<@fe5e2{t`+Q=LdZ8stqQe}d1BZ*tLYPl~)$kmTGA<=F`-0Gy=N?2c<@ z=YAD>3X=z$f>oSDBw^28gr*-Yy!wbt;<+49iQC4rgR=UhGGjYCJ}BBcI0de~bdKfq z`b3A9PgQ`eCu?lPOf6?Z%*b-sD^y1En!L1CEzfJkiy-9HS#W!;*7)Mt7Y@vFlzgMu zlOjaHw21ll1Cgly?gbI2w*ZgAQd8dFOZh5lqZ1*}Z-i=^C`Wx-n)~`i2DHye8_6L@fckp= z*}yietQiZ8&vJ9Kt2Nry=1fo``zCDGJ_8Y3Wlw-FozF~9FHv5-AFulDA)`%U&#Af3 z%%6rWFo@V_Sp{DBFRItmfy~ZalGDr5CFuIz@(Z!?E3}*7W#}3SD#@J0NBSVAt}4p) zpDc(luR)bFNlcctW3dJViOZ+M*;C32>BEpWbdRCZv68Bobtx98R!hDuK|D2uX8tMR zeJxf%#@V(Y(-OSv*5Wz-*MdcXZp(6^TmV&Wx z$kCPHwuD*s(Ea1;=5>BZhsxQ>uQO?-i#0_#_I+jxQ4x#cK_Z@3NS95EM>XSH+}wmx z0p4kn0evWFAqY1~@y;T{xovnTCTnkR1eK*rDD<#Q%0r&cP|lkR8;g&TP+3i(g@gdu zFC8e>C*2`$ILA!Fscms;ggT_xw?eUMmxtHesUb-LL{rTt z)y><=FX(1*@NMlf75cK^U8Aur%U}*r2@1}Ib%$M|#)XLHh;cxUl{9_y2==?h{RLt) zwK)q&Mri4W$>yTcJoL?3lnEn5WGbqJtuD>VAUA83O0YRwq228MA%-+xp}U*e`lZ^m z6iQGCu|X;Iki>-?=NkWpUr8x~hP=5?w3Lt*R$n}>%T2GNvvJK-`&`a;5pyXil$!d` zha%Drfi(z&$?>|Dr1>Gl2cOVcnB7ia1+bB+13%D@S|^*f*>;9R3tF)yw}|6=0ZOnM zdn1N>X8&R2-5H%|gKbk<@QX56{Jpr{F3Qm(F73A4?>B~G-A1phX*VYWhm3ll z@6c`g*D-3i?KvmAw4_!yMFvI{Nl4r;&07mjEfO(De)u* zD};PCIGAQbe^j z#tt)%fq6_~%D$-+R^h)ONPqsJ!&3;@Oj!B7V=&<7b`&(TdjMw(dds% z1=4!tcr8Kd#w1Z0r%w{GI)){oHYW|DH1sD;sI>UO&F}VBET6nrQQ7DR7jqg~j_?Jq zImeWTyFJM{8$(FBX^%H_u39Ne56K?Y&uCdAT{h4nDW(p*5kpofL2;0g%^G609)@us zBzPHZmaH#Dp^LL>fjb5{yS~eGsx^cP4Uz> zU~qC_V~9GymEU$yFw^$GzI@ag_yA91yKY1tZF4ur66o5Wk`PXzJ4}!t6c{7{y-!u4uVOOmL-Ba zkWgDLUvWIK1#$HXnWvkP?eLzBs$`B#FYNchMTDPxzm6p>xW4GEfwe^;LCr^{OnJ%D zE8c>W$GT?)Ql$&4kd^rjCyw)$ubGpq0VqzH82(`-wT@mo{Ao)x9rV$k zg1k_5c^-obvYhx!^AS-by7gn(TGtZF8;3c%%#tD-kYoWzSnSaqbj!j-PNMDoQ$vx- zVXYpZC$=X;oOs7AAxWF1t2P{l*+$!mZE0k?e&IYiCJ-xCs+_O{%z24``>SN@8SiLp zFgG|=KDWhMJq0zSAKteR7Z=C%g#_2=!#?LqpaAD0Q>;Lqsz=CHvUr{was2D04Q<>a zaF|lf%*SD-p{(R+t=KWY>O-zC-jQ5EbKlvj$U>eH_IR6QWiAM(y(+U#VJYbeyWR^W zgE#>2+6lKwEU`uO*nIh?hmTfRv4{lHzrtfUT*{bwkf&mlqO3p)Rzk!hXZ1@8v9wuy z=;ZwmRebg0E7(yW^7e*=5$)GBCWLU==QYT>8brvIIkiMJAI=W@9$FQ@2+?I4+k&M4 z!XwOjhpit`BCr)EJeBeP4i8=WGF zIu;(J^P}B%3*Jqoh+l$p>CjUSgeUgKcyY zHIG;{6s#po82uWEsbIhoVDK?&qQ1=#dk*Q}IcrSkN{zYwVITHxmVmJW`OGIgMNpg& z2#AE8o264@gjrC+pn4(OHr_nx7iOJ%Saof@prXR7)Tqf`k31^}9ZuG{Z7|8i&5j5S zumL4U@Vr$eR+2v~2?mRyqhjufy2)OT0J@X^C8OX$#*kZx>o6D0IK2?MTG;rjJrXbv zzkY-!S$;V6_kqZ=cRY;lsdjnGf=M$V5TKjUd zhC!=CO4|Y=ztV_#Jsf<&i011e&R*}z+8-A}qKsbbF}D~*HH~j0zjxeKi7D^nseF{Z zn`4567rfQqK2E%^M*Z1A*e@29wG?3!5)F5fC4$eT37DV)|iR`O=mo`7HTix$Pchj6`u#Rmp!Kj&pvpj4}L1OEQ`Y0B;Uwk|gSWSrHfya1Nl?9;XjN|k<&z8b2xb_~9&2sg!G+!kJ{A=|k9fC|FLq&GSS+oD zB1m|_4x-C+kuW(epyIo`vAWD0J;446X>!e&%R@Vl(mKS9fR+}_fTJY}@`C@Hvco%} zd`^oNIU=NE7@C}CT3~6owsoPk>b!(h1!_;O)D-ZeCPb-o5a2k;gJFCS&6GdU)es3t zti+*l7S;PqBMGQz2r|!=%p%l=E`G}gB5jSFo$i2EESHGuSo_h%bDP^!_e}(COa7~s zRCTeaDLLtIM7JWqQ4YB`w!E=SwO4?-POe7!8ob#^+b#gXC3HmfEeXvqmLq29#tbt{ z0sTfwb&2D$!Ps_;Ttb^}^MS^}TzQ6xU%#``!*Oxfdm{8(EQG!%1tD6Mo6@bfVLvm< zQ_0m*9I8paTHVyKvZh(LQd&9y1nTcfMLeK@%PO*?n5@U$$<9E$|Q5SI&`H6uY~AM}UxU=i ziygH0zUN$~aHx8&R_j)d4GooTk`))-#S=-F=$97CC^>}$EZQzO9or-#KR6eBH-!7H z)2V>g4zzFrc08-SWK}G)L>-}kd0N~)*z)=tb>Es%z3%GO$~g-jr&F6{aQZgo`s7ePyynttc8b4oo`r%? zCxv0ZS-7y}OC+5>6EZxey7;mWWD2F~6t1JEl2#zP#sOiiCB>;0i}CWsHxtsAEu;=J zX3X$IP>ssoPKN?Y7Ewk;E5zNuh+FU-BA=JXsH5o2#cMh<_3bjmqC<`;e(h?PdreA3 zE7*0BpAqayZic2T*v=Djv>`l;;IubGJ!at5&kd%O=$?%xVpL?zBG}2>{8F8YfAZJc zOxM@nv!;$71ZM>$Qs{b2x^95lUns{_zZfWd6%X@6X+~@s5|CB#wNX;&zvmhGDDV}5 zC|)pg68I^qu&-sVq6@u_J^Vu@0U>Hw(FFFN%CN=;DXC8NpaQsQScw8VHO^wWzKe+doCq0dY(D0rJymJ?XMh~(P}V|z z)HNh{aPnOrvwv zl4FKzkqQQIQeR{oROM@);EvMUa3OP-!yya8eDGYo4x%I4S44#O6=hXyCT%FW@ zVqZGd6(hz4u7N%>v))>$T}YU@k3!LCq^!s+A&T;TtFx-wiGWl$H)F3CM*25Ay2kN_ z{Gmbu*t-nBCdfw@Yb{2RTj&iESwCzZY5>s2OY#k z^ocK6oW&#G+SkhXk9gESDiq))t6( z-h4c;v7c%grI7VQe5j^mzW!?u-PG`mk{~$e&Tvn#3FSgx@(M zh^f`%g93wcJ8VDeIF;-So3=H1d-`&L*fKAKR8FF3$(r6^Z%j?DXdWST1^-1La5j1C zTbOYlOjXgWay@N6cz_Cgb`wV^Ne-);@-)Af#@SHqyoY*wab()+L$~lk%8tEHqKFtM zwb3oGS*#Y`_b7_cv{&ikvN6)e0fTE_k zrRs$OsGH)?Mm0p#SNlY_-58w~+qySmqj@Z=C#u^9u8NM$R=wPLal^3m4{3S;=!#Cp z(R1QQ>uT;=_=YCy4vuBB@Z#dlNVq(cn?2kH5kZykrK+# zk`sq4sm9vIimXev&@>9XUS7(d z=}jTuU2IYI$l8+;3idK~)X8!o{$Z(JDa{d#=%%P1K#qKY5W>?tzxYF)7M>1jWBk0g zW4`mDg@SWNl_f_2xpTAhl}b|3F$!)=nM4cLi-ITymZ(i2r{#yKc|aO<)T1YS^Li#^ zdeNJU(>djM$W*-)(OBoKWJVQ1frQP^mPIc)QNp9q`oqHa7T%%&9Xcc1irO5M_T!Ao zhs);jU>5yg@4%x$hMmlUw_xnIuk1QB`Q;m?nw;C1XdYnGz8>^lj$+1Dl_^q)z~D|K z5~iTpfn@x=>$7MQAU33^J4k}|$h?X^W=m!4H($K`5+4~(L37TKC+i{F9eTR6OS|Y- z-#`@%7Kuie9Bxmw%07@8RP*Udf71!H- zW7kd_#!E9S4stULjS~*aIlWhzF{gHg9}r;+cJUJ9+)ohVi<57>CUm69dHsBXQaiTW zP#)uj8rhy{ajnfmO&#NRex>6yv!OpASZzvb;;ti2q7ZN92MnSoSb4+Fh3reRHo9@o7vVQuQu2jr!&72!n^o~uVcbksAdPP)DIzV8nb zAr)~1ALXa_$1R#tcfq#-NwNRdSp6pFa!|ku*WfmcbFvANj;I_qoeZzrB?}o^(0gNF z7gQcBMVV?G;)}?PNtW#b^Jn?VJvdae;V0!UF)Wh{rvWoqsi|K5t0{&ceKJzRpqWwv z=&&r>*vdG=RKO67kWFROm9ws3b&QqbW`qckPLy9Zvb7Tp7u|G7lX$uVvOrmhGLm_O zuAOpZtQwdnsQ|@h|K}m{iUEqJ;9F`-F?K6YEm*^3X}LXHS+b+dEz0S=@Bui-v45Z`IoiO zbJd^M7B0W#6GvjSV;Io0I}F^2YN~H*_%_R@m{CdCjxp^)xCw9Tm|#GlJ@*?(LU}7` zvR5iLFYE<_|BH1if3k4W^wYDDHUq}ETU{b>hAHJi*FNu{7@?%%G$GJ*IkJd6fj$1G zqsmO8B}y*P6otZ#e36EVlSkm5C|rJNV`AFOuqLz2p}>QHV7&}!c{b;^L090kf_%;c zdrmfu7l2%b_P9gL&ceErHiYB+E*WN~eD-M>st!>&F00R@=3pjw zRD`yHimVdOviGJ34jFQl+)b7i31@fJh}Q{pyOPyY_sj(o(?3QmMsvmwJga93rSUxBgy5F{bW{YZu6KiaS zgi#nIYxwnDxk9Sg(Kwi#04N0kq0;WzMd>w+DR|SxsEUo86>G z(SX7Ptni=Vbi|+^e{YKdo$IA<5!$~Hri6=j@*5!EP;5o0FX_C6bzEEn-lX9*$w3S~ z+M6d505Wi}7R5l6GGYb%Sj0EeXN8pwTd;gv2SDP>T8+H1mLh-{8;`Y6uG2i)>4om? zY=zVB{Sry@)hoW1L`{vq{*E0weA-r}}~Ggws!k_wFgHEo@(cub1# zyD~Z=*s7VbWDuNRny3HlKzFI z`LN()N|zHL@BlcZcrD}EY`$+P6R(^(#&L7t!l|BbJj)j>`K)aFfkOBOUOx;j&($0y zrGBLZq$D<-C-7O5DFkuzY`X(kJ|1#O(FXv^rAQ@uN%Qx z%}wy7c6JjhS6>+Kefv#fF7D`XU9R!9Amwn~bCxCW``vO&B2ksFA#RbCE=M^$m@-OJ zMpL?qoziK@M!Hy#`VAbVL*58uxKY)_h@D@4vnf=Ry=sjlIL=c>aB>M=9x(i-n$eGttz1 zkXg!4eNNgsrbxkh(oKzi)LtEb@hpKvF$pk&dh|7AmsySDrGfn6by|JfK%1a*-3Eo5rCbSDKAFd#5DTsg)hw-6DO4OGsirfF7t_v3`|wAOJ^joA!{NV zC;0V|R0Tf0Zq_!k$DX#oD-}&isy-91nYan_g;tA@aAjB|M}k(_0fU0k@2KjfO>!k` zMW{3Vcs3RT9VSRn#@1^?Wze+LSJp38mpmA|;QXLY#Tv^Rh0s7V-szsg(L9=TRyc)0 z4i?<7Nfk5@-~b18D>B`mTLJBla>gIFlRO=lnZ3CV~401_W9CR%!GlP3tE*B&efh1^LySi zf5)OS^X&5kqXw7K5^kH=W35b6A^qy&!MjYB5HJnH!=Ns8E&6* zyeWVeO(f}1GfvzKaSRpB=1cqJP9e5ggX-Q;0EvL2V(LR%n;W zo`S%iJ@43kg8)2vS!EdjV1)(UWvS#|(frY@?qkx; z`AZ4?=D$T$Lxr!YmezGY#vb7(LxFWgF4-mImJbXUS-ZRv6loUd9jq_L`~1IJVn6e# z;urzWoCh$!%n8J5Yv444GG(t?YGv@RE+U;RIPwAfRtPl;S0j29)R1BFgW9$t*!YlC z+}D?>THuo|EQ-5=gDXX8u-RNTLvVV>a+|B`N;1l%dJ6w}56W!quSOq7S)Dey_@2!5 zy|x>(CQUJedTETr5V|LkO4HuQZx4C`RkV^JYB8ZJlZ0sa{75AFB$-Ijnp2^hoS!JV zO6C;NdiRiz7}L*w&MMCxr!Yl)dR5cqLe~vrvg~M5MwUo$fttEZz=Igw8@xUe3NLHo zGD9z{+C+&%NsWRF#4hOs{a6%#>ThJ$`Wu1s2f`fXSyC&Ot?%y})zjdN!1(5Ou0dfo z;znWfidu-4l9?0W_<_(`-4P_m{G-#NMInS>7mf2B`|9f%l!m)^VX*B#Z{E&k| zp2wLf%^yA+O>J4K5ze#@2CtJyH{F&-rqnphPp7-pmO4~5CnF>!AOqX@ujeF&D7JcZ zniazbtRFyKKJHry90@0%ctGA&kCI0%!8NS{aON7lh|V$0N=8b>Flp8R6a^}6y7fr_ zQ7?ztO=#eyV!8KHlWcC#OCCDC3+oY@n_~1WGa%UUFTrVQQ&cy>+xWVsEbihD@ZCyX-e6i^Iam7J9k@N_vj&vm09fJisf??Udz zgC(m(uP6@HKg@p*&ne7^GwcgXZDP&nD969R>N zk~tIVHwsk216iT1ATh)_x=zA>Kd+f)ofUix`K(`?>!417M1>~iki$&_xw;a}7m$!< z5~x9ONmO(=?Wnxd#SlCS7k50iMmVEBT;1o#4|pQ*VGiETVnd0!Ky}52@co_i-uGRq z8QfE52&sTw97@!z^qec&w_H~3?ZSf%Ti|}v1jm)Gcum4-l3$=Hlchgl)DSc~K)5b$ z5o%hCr+H%tNL_oRj9s1t&==ZsA`*eJN&`)UUl{RybEjB2pj{KK6<9NWn@_SLU~*HA+$r zv4R*3fu7#~U8wJ!*+WVzA=YUuz2Mrh>XK-#BHnDqewfb(3ZAtyWlfPc+aQjrPVz-w z@9?|6uS>Ng3mzxCOVk3Ky0d`3(N^Z5MsdIrSt}Yrem5_s@Ysl2!rF!XB)k%~B_#rY z+K`xU)=R*UQyq-WV41XGX3CRFa4ryy+8eSEexpbtz@v zoo5AHiPLn0b~LPQZU~5U&ckwlh^qQAT5F?!WT(c0-~)d#HG|=k zQDU^ees&4Q!4xslfNih2r0NZJZHev|9WCUNOsWRuEx8SW5Km0#GtNJIVwMMn&ti5< zB%rJ$3}IvC^(}USRE2H$$_{he#EI%W@*^v8#9hFpzHJRgu-`gXuuFP7tb|;zSvIR) zj_N1r;R?3z4($nmgd6>hbGVgMY&EvSj(=|M&}w+NxG*_I%+f!q88Q=v)m zd-oI51~J|ETa;HSsDAFBQJPtVSw9AMo0@Ld>;A-k_ zQ*2`-Xo*8S7Aam#q|YrlNMXOlpUj-X1-G2gVXeFF_f@sXb&$HZ{bAP9@X{R> ztp6^OX$tV1jUcL7GZ%!)??}XdXUM|NnDSX0i>PxTB`C{dR;*AplkRAW%jVe&O_<0mi7cWM zxJL5R?XEJX2Ve(eB*a)(!d8D{#V5&w0gdJ}aPYt*F?T)kkpPje1)@b}$s}W|sOb@G z6F1-lvY2!3Afu{X_1c;l688hW;zK3nYfu$&<6Vtb*R@JK4H(<=v>r#&Ir}e5DHULx z7 z+EG`qP-W)riRr$lYmdbaxb3hvrXi_a+%80QdcNaYa?%TIFF*}e#L)~aJA1SY_jIA8 zoNii}UV4bx>FbZcY1J5kw)zQAt>OhcjZ=bBCCa?yeFC%%JW|eMjhQ~ZU@=6K-t_jMlPM_)jA^oEGs-`k6JSU5yB0`UU@jgcS zN8B)a6#vqs;N&ntSPK@$rEI-p&4dmrTFHZo-r`uw<;_Gpl5~%Pp$$_wY*{}4K|LEZ zjAMd0c2-uUx9Ft{xP7+G9yY*2^z(*XryBS!ZG}y z^n7OTMvDiVd_&^o6Hz5w&y$%b*^-iVNhE3YUIC{;j3h6Wi6PQ3>gRke7CX%gd=#w} zaETwlr8Dzo#){~cbL_9Qh%ogTgcB(n|Do%1bk{ctyy;f5p6T;#Ac6q#Rj^mwu#vbVJ(5ki1L4p!41f@+uT_l{=wobqGIcDFyI^BGsCe~Bh*3>I~*#z)QTAIkD zP=|Jxs~)^n3g4AHJ8H|g_^zc}{fpUFPDSoc3hixowQc^~pkTCZ7Q2~4{}8yk?6wx6q4o<0ICxk8g!zE2{>vAOm1w=<#>5GtOWaWu#;@ zG&^KXggH!Vg(~W(gzRf{nYvyq8Pjh`q012+5N-^>CkR0m>oA4uESmsTK&rp`!sO`_ z#do%pwNp&U{9TSyzn3Ih&ag_K(T|NqIB7zVfl_H`kF77I!tTx1Sl+|MBk0$dl71No zW^HZHgNa(ZmO|jar9BsSImtu>?3@Nl6`}G1{NaXs?=ZsrbJ2*A=h&O23u%>0_^#O# z<97{9&>EKy$W{jCcEC>6I*UpR1$MNK@gbq5+ThmLQ(ZM5G_-qJETK(A7 zlpEmpTzacBA@*LR*>&PVDCR%PXmSjIq^ln{7I$L#0N4#XF%Yg^@ZasBS7H2h)I@%} zx$#p*;o>lYmL<$Z@ec$h9dFa2%OC~3K@$2^ny$1%^{n{^2cIW*Y6}G9okHBd0NZM( z8QqV^4&hLJM&NsT-}50FgZ6Q_D$T=}*@HtQyK;B*Lpwp3l}-)Q6P;waewhRoVMF8> zNwug+Q7NuEyN7q3#HXD^Ulz_=tX6BPqSBBZ0Je9s390_wyz#b3BhhmQNo!!Otz9Fo3Dp6MRT;%VHSs^@13fM zf{GdX31%2)z!75$OQK!HsYbZt%^Y!!e%6O+FSwlMwcdxzI$tvw2k?cv{x*iDAj5Nj zORMhL1HlAN*wK-CZgSEtTzeL@NpA9AVRbN!0qkxb31rN-VNiG>c7U`y>Zd57)0+zn zH>=$c?dj4@88~o+pRpNsGAX7FNaoTfhtj0jg!xw~|B&gH>EX-|SaRQzI+17BJ*DaHyF8oT)nea=Qv|=i!&6S zzJE)v>?dyqf6hSX63KG##ZZUpUUUaF{B4e&p4%ojn1+xq2)r_=(&!H5XA@qoMw1{2 zmfoyIIAENpx(hr}EMUN|MM+ti3|9$Tv8BI`OjL%7SM}WOJ3syMCJJ*@hpuyA=18SHU>Xc{iN z1~LyYoQJC@2(EG01T-R1Tf#d-{2S?IOGavLpv;;jZRTEbb`ilH^57HLZ7{G_S=sP2 zSR3$<2iehj7L8jCwM@v0Dj55NGAII*fML&ezuD?lpccAu!**EA-dy20f(_$=qM%mF zMlPD>4pu>6yJz%FW&S`8$Q{hp6d_WM;)p)RKSJ66PFfM8k~yAXXb^>yu&nA5yL{%e z$@@btjUx1$jNw-brGZs!if^_PyM^Ns51hdT-=Psioq_D9$Wz!qBEf(X1k2=5Xud9y z38+ZEU*ZTtsdLyE4JdW8VJ1H#YLhy=--@m8XJeoACYZtVVJ`MRv+^N;&w~kJ8LVa4 zYs_*j5@x3VGx#T!ghcVoEHZI4Zp{}Xs&|I3)xjQKDf?$tP$%C-Mbl&W_bMeWh|>MQ zB(apys$MR^miMqF^DhJfy=TksZ$#aOKr#y2J!Epwu;6uLBe!IOpzC32k}hJO zl!X?Z;6BQM45<&jq0M!tPcqr8I{>9P+rrEv*SYgIR_H1lld%k~6C@;hL<-&Ok>{$U zMepQ@@}ev#UwE6=Ss6VwD*(2Jru=v>Pl!O&=8J?I6%{WOSSEk^_T8p6)f`PbpP=iR_lgNWjMO5_z~| z`C+}oYZ@%d(CL~=D9-Y z&evO@L1iV=@fdj3l32AHnC%JMX$!}UIpAP8tKo)`X*oY^N+4K^~r`l%}}njjguyzfGSBS@%o37xWvL zy9Y9tJ|q?(DrH;*-z16P)Dl*JnW^16YXiNnWMX3e`gXA=%Fizviuq3LW$u$sf zQjg9IGkRaEER110z^_ZTle6)ctAF3yG0dsl(<{^Vh-FCEv&^%V*&G5&YjpJg5*73HpK)^ zcLE0}#V_R}%maw6rR@z4|C7Ta8Ho4bn2fcoKS98-eF>Q$ zM^c&$NyCNd(r`U6FVLfF^AXP|58`C}s}DBIVc%i3Q2!v!a*v;j-{VmcKg#BH zxwb1#8lWQ|Ctu-&F+V@VXgD#%8%lAQ}3O|JjHGuTiivNjhb34&tltelx%rbkQ(cCj0JrGeKVG;Ts zMrJTDi({j6taNj?pHH{-he%SY7>J|xMEAPWcxj8XqCRbCr1Ah-yU26lM3ExoBp5S~vY%a_e``zzOIp&uwnl?83gdiibcsG?kJ|-^qLZkQ z4xHqL$Jl@EIJ%YlonV1O4`s=8Pgxyw`ubWSH1;_FmL7{22F72XZ2;b)t%@stq2;1u z)bVI{<@0q|EuWdWrj~do2#8b*dbzcpHnmHi>|la0g}<(yjqA-US6YPM>P*z3@H8?O zYD}&N$6Nm4707){Aoo8h>)#@CxT&7&sJjBDqFKwl!;mdO2FYsuc7rCsGQkJ zXavGG*{Ta084*SypQq?J{ zO*vr{ar~97{u6F1UzIF?QBe6J@1y@a5AI@jsPZ;iSLPSf(Do@=ZFuB{PY(i&20J=j z%z;@PUZiH1Kt?@%1ve*2(RK)Da%tX?M`Dp&r3y$|lrY5Ja-RvxuFf%)Ad+UoAhWo@ zP{5;)8~hcOyFKFlH_2zm{R)xpFQD%2xmia@*yjsEO;DTJu(Y~Kq#LtV8Uwr&OwXZb zIxRBiE|pC>$M?El=wH^3dcJl)Oq>5lPLfKFr~lUo2e&lT z*?omVI_E^{PUo;}n%wY$-w2$+8RNd}2{xH9r#%@aTgVHjReu)EF}!IW`=7vBWU9Iq zxmkQL%WJ0xp(Q7*q}RW7QaHyUdcBBCevXuTUkC8v#X zIOSw$L{&@k`CdHT5bS3<9O^D6NBnB~y5g#4FMrH$t>~DV1cz`OO8I)N@5sfR0XkJ1 z;_HKkm`N}mIQmSewnbygI-Sa*uTkb$YXO^BCht|!f6HhzK?*04d$I$4%knmuFClc?bSKjtlg_lio)+lsdA`iH&cyr8 zt#1<@ql;HbU#xa}N&`9MP~>+er}1C3TkjO(uczzF)?i>k!z;yvgM(J#au7yB_VK%Q z!gPTNneb%&k!8`N^N*=O)E9*f_m&gov2G-(fo;ym7LA+~m|eq!lj!9v|Nq(Gp@9-_ zI#X;mwyN82skQAJalb1Ke(0U2CiBLXzb#;iUA!EzCm6;u)}4d1W4+E4Y48hV0{&KM zxneOz^vB&^gKnbSe&~jz{F?)hROPN=iAXwvAat+`G-8y^8bf9-aie1cspo)CqnAcG zB=bp-&R@uFnD&)5SQj&vPubS~6Fqr5bWxtk`P4!SVYG-Em3DBtMI#lopq%&@NjdE> zdlm^8%)2jVIFsAJ2{$IF<2sS=yijc8K|y1w##3dA?rrBp!{&%}7w-MVQ*jym3pc7M zBh7%gWT|Gonc;(ah}TrsF)$Jfm=)vn?)~XupA6GlZhYA7nXV9Fj})z=zDL$GDyuT4 zT9?ep0yNDh5Xt)nNRu^jCp&s>GmG=cKMz_lpQRIm675ywx~#Wpn347Qg~cT(Jnka( zb5dpr1l+8ybPoji67r0KO7=~y@% z^|Z}Yq)^>hW0+IOyoi}ljc98}HADFrLjM}6YKbmgkNm>?h+ymU>}hUAgCcTupbx@ZNh+usu_i47E?2bO|5uR_WWMs-l*Qg1uc)l;XB zB9C{jDQ%bino-K=h7n9;{GC2_m4k*6#kAQ*rq&fXBJ~K|s&U+kLQro^h8oc;O(iuN z^zD&cXkX$8e3|S{rd92Pe5&V_g8#frK6k zCeVIr?1AUf|DmoHgSU{ooOt`m(^p$oKIr0lv?vR-2vrpE0#Z0&6dDOHBtWV{{7?PD zs6R#ElPDE4Kw8!`XF-JebAne+EG79Jn|7JG+z87j?EAdYRf27#0AP)^f{AO%fMwqW zqg7E1?}^pY#UoeURwU?B6H1{PxbTQ|#~#&t3?4xh4D`;aqhECE&z+mN$YRs21 ztx-a!yID(dKxrdoCmjQfdTa6&57MqJ3f4dtc<80|o}f}%8KM2_o0y%4Zs1R%PWLRP zvgAkN+o`Z~P)7$E^`b6ZF63nZJKAJ?u8ek2fP!tPP!MABG>$KHoq8*<+nq@o%DV-7 zRsq)TL2jA#Uh+tGB?X=4RU6pW7sD55n?ni_I7giGCO#mqF5c41`QU6#Gp9P;-W_&z zF>lNQJ}XJu5K8fnTnajf&$GH3@k;j+N_%qH$&<-h$UBzAW_JPop~6_BEkUR?EiD{J zr~TesOZJhB0Xy(5UFq4Gl+&*m(CNJ@CH^G|fG3OI8_6pB_(%qJjs@51O9}8mi`bi3S&h1t;CX_X`;dT?OAD_;jdokvGw>)IUKUIB-Pw1Y$P>O6 zFBPj+2eM^db;k&?V?)V2q>I!Pd8pcmwX2Ef$nY94o(Riie>GEQR9yK)xaTi^Ktdw$N~LZR30~%(jNFA0C-CMgUk{-_UuP|Xf9Bq zD1-4|F|uiTIbGl%F&f5<`MM=&;dQ$u0N~||bDNgiBRRI!B_l^D-nk!ERZvxwnCEW2 zh|Zgu7MlTRlwk?TYc=IO!^5-`PRb0alkP)PqsKU1TdBg~i#$l4?&bJ;CdhN3sWRlq z@~FKqP>}buA&&y|KPODK%&v?=69?tTmP7~U6JJ6vB}A^YI~cg~p<+=1v7As&-P2^* zFVn6IehauzOLlA_E)iB!c$M}&st|8#{?U_Qw{uOQp%++m$P`v>M56Z5n;5-S%hat= z-K>06p|~@Q;xRW>!R9^QEjC; zpu~#k&nxASEyzQ~owTUN|8lFDF6K=8(}{CmBDTXSd^|0*#xu4IQ&P;1WcLb?&Hv5; z^-ktB;?X&54|FDD#5H8r?0FW_%|kGLnYPxkg>$25`^oNUJ1zph@dxLhgskuSuRQNF z@6vIFVUd31>LBPJf=V%-bMLB}^@9wu#(>S9GBVaxYl|@yYN$Sr%9a&iHzx~HC7+UU z8aNqal{3kL^A)Zs0l)_fPEcG*1p4SQF6vuaIc_tKSwn4-1g4*S5AK8*4tk8ICJK@c zq^CMyU$Q8|Lz1gmDT4OAY59mqb#2&yvxxm*4SINk%`g1H%N%x=F{{G#yM;vr|Ci6G zk?euGGg(ajYVm^LH>53lyJc6{87HgEgnF^8Z`wPz7W4-NfjIKqd53n@@Es}JNm?(1 zp)K9^qp|H^5Vj$b;!N`*&c5zvwxG=+`Wh1zIXqz;xd+eSc3cILyiE1&5=T+Pbq}HV z)?+Uhho{)XoRRR!@AfwnXkH4^$IyyJ+q%|KP<%ReX!8bW?7W23K=e%D_&5HeW3SPp zr2ZcrB|>4!fRB zNCu#~KW?Lqz19oDpe;1)(1aSBZ_H1D7Tb0a}cc;p|`OigB z%lr?BzPtDX9r33gjD-gIIi=;s4i#J!S`m44UXfuOSj)Fy!+ZHT}bF6!$E7KzLI-5x{NYX2|1=PQ8J?aha`9B(g2S@+zjXz#%MKC-#^#MSO{jiwF&67KSoy4RzK%PiMB68TDfiIuA&w2H^i#knkRL5aO%^!$5v&Ml1A-n!SE zWQ5B+{v=7su4abCqJ3!q0?mPvvl#?w*AgQYR?C$iFfQ&10=HXOg-BK|s@CnbSF$<0{j-0`JC}m7I z&@qg)Npd%;9PJ1&S%^s^uWs95jyw>2F{mTpK-T)hwEFo`Z)!BzDZxiyA~=SsjoVMD z0fQT3Y7rd>fg`N?`Uj31$SE6Ni?@F&7g6>g^d_4~p`igRY!&o5-BGLKEkv^m(Js1m z{nY}Ggh$g`qa;}&qdo$&!64TUO4W0VBK_qKbJ59~4Jm?l;XmntP0vZoR{aG31%>$Idt8#;Sy(ADkaKoG7RiU`Q z&b6{bWJw3}UhgkLT8|WtB8#_!eDQ(*E|Pm;m793vaIscZ_7UMK^(C)+?ZynBVVHv_ zwfcv-2`OgCzT;mUP@Tub6XD!qJ&^U#t>?@w^L7Q-I6Ttr{>j~ipe_5mm2CZOFE$^?=5EBxc~T?g+tMhV?Pi(Ro!nd|`#4LkhPE z(aSec!x>e_q&zJuf@*1mV1^9*Fk%f`vKWy0q)!sw5nXz#Yi3HYh8RZ5Yqx_;o(^Za zXjhsg_vqwv#%_uk`JC8J`Fjf1zxBfuw!%3Ow*Z$7f$FsQNUnAo8p#TFrSl(IUNRJacA}&kkQ>v_? z=Eb~2-0J8lx@vg7;!r&8sFn0J($J6xVGMt4jw+YB@+b-dtJ}uul(KVk(S2aD@29Ei z5wf(_FW@DsUVa9hhr=YuM_6G33fV`wk)=5+`jrnRpse2^^exEXqQUsBK#+8cmW)!+Spfb!r0DY6s%ZS{D zGf=*clPG)hPoap*)2ds_CnpE25FTq4^V?)TC3b3NKWU{E7HZ2d%u<{h2#YT~#whV8 zvdBuBFqQL8MGvCTQpyjcF6dx4G>G|&qoy@CZ4jD&V&&TEvInL&=cIzj8ne1juYU+q zg(Z=842y&|tYp2F4IrZL7k-9RLUJBAT@^Np9`fPA>*tBWf%K5V=;;R!MQMLC_U7(?0ICr zY0MH05;B^m>G}!|Eci0}@w)EO(7KPf+@HSRi^NmG1nuvAJ&Guqv^q~Jra&nzoj>YSCrSFfT|)s&@T|3vIl)6ZZ)>-(S|v{5Is~&{>b_P7vW9x z1BD>;o1Bg;#-7Tarux~t$*7kNpPq^Mt1%BdyoG=W2skvgx_zQc;0B#QT?7`!IzSsD z`=qbbk+az!7isJf#DaW{@;GaWMe%rYM*oqRChgf9mVhi?A29i9#%wRihNf!E4sUQ; zim1RCBw3YVA9Ni)NEh5O#!z75b#jl^K%4g=_IZlYc7*_+sO+B|0n@YNe$c=_bZ|3y z!s%^>=mY-aODdMJW&Otxeq*q9`?34SCkt!aR$H_^Jz&)_?27mYdXvX>2FKWNxNM5m z)YT#VwV=0h&D8!0d!6w47ep~x;m~cJ04Qw=l#3srKI-_dS208buAY4yznDboPj?2Y z^L#onVz%}50@ADic3tjZ12^(ymwy>bu}SLl112E%uQ5pq0+2Vk1+PIl8s%gxXM?J+s)VY-5o>t<-Bp&oQWtQ{q#Y zJ2KTnrmOZfk~ojIpy?LUUCD|^jg<+knrIC46m7>Ei#-@hkrib5COmfV)Ns_Kaa@XR zVQ69MMKX%2CvoVl98+mj=24Q^JX!aaGgDgSi`WYLB4Ch%UgOvm8JzVlq;_bTP%_eD z<{Xa(CTX5cT?S}4__LS$R4H^7UPPYzXp<)Os_ct!t3%$>Nk(O1n1XGaXJ}oPg&zo2 zT{Z19+b5$wZVZl(Cr)V^AB$l#^N>q}(kd(G`9Gj?H%eIhNAx(0=d&jSXkAgJ;!gr; z3Os~z=R%mk2qtG25VAXCv2eONa{Id~2N>fMiy?)VglDCwwQT#+LpbNrrl_aJA{)X_ z{(FTN)41F?%~zz{-=C+JpCQ~2Z@mD?zdH>qpBaL`d*!IpG}6UdAM;uZM#G5+2{W5` zv9*dhP3$VH@0#B>f#lBfO)`TG?8#0#LDh=&ZVq`gn1LPX~PgZ1;q}iDj`3cj2N3rE69vXqZ7b`7P zTkU8Ou~O8i|B=Jx&4~Zlzjct(x#@=vn&lB2(2{@xg+lJ{KDq53&6$*JU(H@%=CL~oH|Fwx~7Gq@y5UI^Rhd$Lpolc1+6*{Z_<#9eb z#Z;{R_|dgEfFU-#;#U>+8>Vkyq-l`X@6E!4vV2l#(g~u|->!Hb#Bwn)#C@Q5=1z}K z>m9PjMZIXcoPYnwjf-iKTPb34hjI0#jxu}RMxsvbyF0BjQ}O$a2eJa-Guq8;G-GCi z6$9N%O19ApI#Tn|UCJ6~Nd&vff2^ag^~M63YBQxFic)Vo%t+p1Z%!eFnXD=ud}yu< z#`Z!NB6T4P`sfmgA4V^%x#^Ph?}9Di<7X~PXqRJd$Gn|b2}POOLrskxjIAZ!BW}iN zo7HJIvokkI=qV&W>{tI?Ba8@4TVq;=|N| zYh&YdK1!1qB}C;T^F-lUS6T_w@t0f@THRr72hr>wA#cosP2J0S)x{QQ(LzxN1^``k zgFEZSzO!7@CtBf{vQoE9fnsH@lN8B^jlLnySeG3vbRmwu3}9LB1qciK5^%Jxi>dQ~ zU4xqqdw8u&NG58xE~l_mc(f+3!_;oB(TYH9N=A`&&PLI)0_^*IR&BRKl1*YI_pHff zjCP+(4sj3s`)e5emuxpWRD_^PfJh#)`#f`D@Eqy^`mzyqiDQKiWR-z!7juD%>niPt zv9Yq+ZPWGvO(|8MYqNH6p{W}J_Pa8hqm3g1ERN;Jiu6=9J=1Du&47Q5+bQMzqW7jh zEKtUTkCu}IPFx0VHWT0qm*wi3-i&kl;7B`$Kh(uUy9paJC04ySidZ0B@3eDZ1M#gL z%=j`Kmf)hMMav5ER$8^030V`S!ULf?apwdZh9$QhfJUJIxYPgzkZ4#_@OxsMJ4(3n zqvUtSKh^vBo&m(hsD`XBPG3AAWSWz?13(WhElUB@G}$ESg+5WbzN>R}nQrn-MeAb) zL`p~4 z=VY+Va=13R7e@+oA69u1e%h;78n+p+`P)&CW=uohLD$VdUR{w4^Q zoS-u27Y%QOlHMLf{Cner>Alghg#fODO?isk>1|N^EwXyYIoS$p@*os+h#tpDQv7tUxC%|PU;a|zCo^wo9Qu4=97F@|6h`oJ z&s24R%ECoOdl~LY9M>Vx3Q=VDc=&b;V2z5*h_8e{rX$QD?!OT`Fx3ATHJb-?sy-to zl5S=k$^Q)=@D7F|uS=x*c?Q&D5I%@bphu)XrTDc*z|jAlynH#PqPG_fJ1w{+lOH9f z^UY+jD+?^)uCxM0%V~H=Rx`B6R1W0M3o=m9?t}Cn8aOmmS=L|mgRG3Q=zNZX%)tku zrB$Z$PG_M4S)m?cNUoX%3?GDHh`pmR;^tzzg+Qm*YipGGg!Pif$LbOSo;3fanjLpwW@9D*`S?bcd zFRyE>`3*$vP(`ixFY)Vgv}8%8i^0J*r?WHTf?t(4b$XcSVAMSU5KR`+HqMD4m`Sa*w&BJ{9w&6A^;_THF zsqDuOwieZjltl>)8)#KF1BB3`RaTIh6S#|#)7h(cR5%quBjNAY78F6SA}d~h zF-7Oq!(X9YihPO1jS+j!KNiVw54O|}+ZE`9kbkdS<}P`MPLmqP5MA-GHkz+O zxpukLG;O3TYETa8Uw;6upEIt<3MWZ@+LT_vo3S}jZg>($YTy|pGNS%k0cV^WSOF&t zoQ;R~EHxFc*ZKCCXap){a53uS0m{{MYA-Wi=`@9YYA_z4%m-%wU<#ESB( zj_YeUlW4za-^u)77C=oS1-amwq|19O0>o&qnDP-*5;)H}FCZ{Xr8Ej6xQ1z{oT0u_ zLCVY&@oQ#DIANd|2E-E-rxv`cd0dQ*k~n%(t5B{j(HBcBJMNc z`tk35}%~B|A$Bz$5-n|5{2nM-mbn>pI<1s0Q-)&HpiHcbxmg1AmHm);qXWc1K zpG!f*B_1!SnTs)|b9I4$nzY)dB?kztI!R7+s^gLP! z2rRjhm}MlV<9;}?LjU&;>tGkzK{*=1X14stM@*LRhPW|K;<9Oqh`qhF8oAq%Z&w*9 z>;lHZ7LSelrW?}&(;l=GCorojW94S%_(%G5;sUBcw@!t+Y32=s4NQiICXAmbWFh*X z*e7^Q8~Lw$dPRO9&HPFhK@IZ8ZLK37=pn%8-VSsGU)@KjAiY)+M0Di0bJx@t()R>HL1B|%(X zvW)E5SA+|+;WsK4{(u;EOoMS<#Kq ziEW9uY;%P`h<+ywbt{gyZ?_aZ7ljAuT&2w`nXIV<;O6}ulX21n{qYg3K51m+e2=-UA+47?iqJhPxk(Ip6Fpun0;hT)w87N^>d&LnP8QiZ2?ts^Cyhx(?I|(bvNKf}&)7YL+ zWY14S<$esP%4F1L1?zy7zB_Ea}gu zr`b@)U+y4RPb9i}XhrBIcy#6815cBCFbC5n9Z=y~ez{9mQJ;YIRbH|DwX|nr#@ol1dT&WRK(P%6V&(FP zPduSFo>?BUa3_r6;@#`0VF7PLt#h8B?VCI%C@@=W#`}sN#UT0_%`+`WC^N-!1I5yS z3oQg})}U*9%25-eKQaW|ARr3MKkUC|S{764KhgDaf}-x69P%W$LC)p3zg4ft4?(Y) zeOD`#_>&m5TE+@`mRVHPK%z4)>j_<__4KDs$*EXfYBt?J!Ge!Y~F*(n0a>-tYY5tp^I;~kOhi-0YeXz;n=o@n|z1sTmDtcT91p zdWGxF>LdSe4^0Yq1l*$!oSaw$7Ft<+SR9F!MdhT6Wr`$@mQ#4DD4<~6Vx{c4Gj~Y8 zNoVR#ieMm;ZCa^DE8=OpHFEG&eHSPqG+ay1s$%Yy7(8+Nk8e~L%Z!+>c}moV)-Wzx zDLx~)aj)HDS=Dckt)}sUX0$jyfF!TaRrp2Hir{vwN=av*eQ7gS36#2c8~FY{bxJW+ zK@-PtJ54=*(3Z!7%!bbPoXHu^83aP?)=*5piLbE2h5nZoqvC^8ja|_qf;jf@l+lr( z^e$g2#M8B#M(>_Y)VT;lq5Wj(6F081ZpKFlG*p23%xd&Oq zr6|-coP#X|)_SKkVz=lMG~I1(KJ(OJ*e!U7@Yk`RA zvHskH$3$v9QfneD682qunAy;`o?Fy`Q;#S--O&e?IR?0#WpJUALF1@GSP3;;pAvB2 z7J(GN;AGq5z)y%@Y*4NJI^0W!r}LWG>Uib0v|h)w%2StP@6x{n1_PhqEV8B-Jo&KtQ0+HDsCL=;T1-b<^exE+-fGxwqtE* z*O4-KK44|m|Iot9-5OB&`aIqam4&CmsoNz}#1E`JS79Mzw+j%B#fc85?mB>m8uu)| zA$^qah~7aSxp0AHh`SS_)hK!8&<>sul${g04qzr^m#1}Upr=YQ8MDv)y|02e&)t;DgMl&opI=>p8`zTqqrYqRU!-bONpQFd=E>cys1 zDv3I16*P2u$NfnbFG6Qo;x!lA>7L-6-l!?BdojcsOyIu(Q@w7WK^bKm;(G?+;e$L0 z4EsQzK5IjC>nA5uQ=*2R-NN}*0qm@14~>$;H-xTwG77-}46a_XYt`sdxtK38yw@U= zDdl9XNH9s;14@-f%~FEzxxmW}Z&Ku%5nT<;=v zyJm%;NsGyhKI#|KKcQ#EUMhY!#IXWhwcjfP@xm*Prt90Vv$CqW`*HZ#q0_!qV1&^V ze1T`~TO1IZ!oY%hJ-`HZZ9l1?w;je=bodF_s7r6kf?NGJFkAr>nsAN1a0sSw2}*4f zLeP;qSLhreo_yC`IiE6`=P1Gpkg?<^n)S{#N>Fao_JQ(~ayD$Et}JqK61UHt)K!x# z-cF~H5UERK$FtG)6PcS88HA|k z>X4I0{QR=A`T#B;YYp{6e=PCD^>nWQ2wftFBr z2tE-4F6+%qD}GU6bXQ%TN>X>}ve`BT4H>(iBbbOoVWgNdPXuNuFFq}5oasN-HU(`_06OjCa6F}hZ%(2jW`$Eb?_ErgAuNCm zH1L`(W*W~*0rDO|yHaQ2>wMTm>ZM5@NvC>rDv{b^f{||hx2<% z4ld#9F^@}i${$LAh-v4v4cHRdGY;!g`^bxmbX9ETQm=Z_XNgTD{=7`olwrOdlDX0p zD&UUMFUK8fTi$skKws+xZd8QL13G#3J~sWLhc~DpiVvy*G+zqGkj~e-jEU~9o4`9f zQ%h^ff}o`|baG&OBU_k6oh3E>*eqaxgIe(|a{?4s2RM$#Sj@s9%2ocW0OkaEu+?D% z9>X=L#I#cQ>nq3(ZwQ@35krQ2!K*tf=d$~8oqL;&?l+Zd7O*^@Xs6hDzP^b#T0<4N zu5~GWexsD6ZZWJdHHJ7g0PP8sC^s*Hxm0IoJLbwKqHlignAhaXJZJ2r`5hFw{kTQ(T$R#2$bNy277!Zn!7lFz2& zvGAs|L$sg8D&n25sj(e;dcq%)2^aoCMIg#*q{NIDUUxPd>S!8Ag5(VIYoX}^c`lo< zE@SN3MmMLh(UrmF4!&Z4GVewRbKQuA!QYs#bP$oE8?d~Bu?7p%Mb9?Ojr>Euy( zR7a+n5oY|+I5NDKjt|I3LLvyVRRgbt3PfD0K9)x>PrX7eT9>?-FCZ;Jfm=?%3Z$)>^5bE1enb+BAd`y~ z0{?6{RMn-hZA=~B5Fz>Hb?i<)^A~~VNOdh6@a}7dsPkL6fDg6;<^^s6;|{S~?3t%8 zj|il~XtJ4+?e2n;H-kuoPZ<3h$I=gv>REOe{>b3ag*HSGZm?;e7qvZ}`q9bY!25Y~ zC)NSPIJC3mwNm%1ov9!@Y+=aGFkDEg=^r0IS1C?+#ieSmshu{oCMXxrtrgi9Y)ubA z4M<{=>9;FX>iC}3x zb>$8>pWm(>M{P_fe`+L_Zhf^;sXWmxNM$YCfcu@UXLMqU{w#ikaM>3?OgRZN0g*4Z+P z9$wG+V5N}{&^ED*XgSuwyjU_GVzg{ao>c8(T3?3t=M5Q%rB&l?YO|~tVfK|ZQcWqz z_SDhm0^mcaNdwipqR9A!KgvP+t6Vpdy!P*I9YLs>hR9$r1pNr!6-&RgFU+p-_tfPE zKvua3&AmkLcKWWO$$S=j&Wl)Acu@VacLcaAh`ib7joEosBiT5Z=ny#}Kyl$hR>IQ? z^o&f;`B=3L{it!*o?Bd>@Zjn4%RMFbHmY^HrLwl=K+lS%Ydf&V*eyc;9c7~Rft;wz zKzGr4F+Je^nGGm#)i8&VLb6qlji5l{i`o^|{Xb@o8?1i>+|NrH)Cs6qM1dPEl+ST> zw%G4+_4P?dFno4@wkzN;x*QW>#nDS5^Fg2LiEh&q)k~bE%v4BIOgE&>yX1o$ za26CeWWuf6p-Jt`BUE#T$~-E*Y|{5??4K-mI;@LjB^IJy&=kDlJi+ejv(P>$Wi@9x zUS!9F&9rp;X~ArXW;!pP#ltatL+_FDjUT5bNOx>qCF?VGe~HFGp8Vp3Cuxq6aKJa6g|)-fuY}01e`Li( z`}|5JlGxl@xj4`7fcQZhc+fC%%4m*+xP884Oh-8dpif9 z4P6#JdAFRkmsm<{BJR~o$F;X# zZBZ{)B}h3~QMo;}WW&H;)_c0}5Hb1Xc}_>=1>AUKI#a21aS zG|Sd7_2yehCe6uRCadMdFiXqoJ{>h%;%cO^sSzp?mB0ApHa(AZCFZc!*#)9BA@ez8EOw~ntE+=0S z+&vH1i%;2=RphomSqip6RB zn9}^mnb6pVkN_?$r6Zx*WE7DEsCJTwQCMRt->`iEKIFT`pFa@!vQ2K~JSZ;i{)*qB z{^tN@YH!{hl_&7QRrqYMHNP(JDk-NAeywtR>E;tN6SG0CV_y#3G3Tg_ANhx@P=_)0Mo zFo;8`G`3yMcD1l@55KSf3q&C!<&GxO??LeHn>6JimGK0vjND7%vIKbhI&V8UH&&_; zwWpMBxRNLnUkC=Cc?7z>gx?%(Grr?b0&@MR=UyxorUp_zaKa_Jy2rr%W0e%IkyBM$ z{{Kraj1reW5B$YEKpWQzX>;}|E>(M>rD1k+WvWoabo6Ln0lPzyiSk;E zoN>!N39jl%k%wHgpyi$qm};3&_vmSW*C3SX{;drMcu?#yuEu23qRIRbZmvSbyWv{? ziVOJ=utgL_Am!$-fn$>llc^#F3(cvt=H7)qYiS zJ=%sTke0uTy>IW!RupDB7;Tp+U0))QpAV~rO!dgHw59Fc{J@(^Ci=Us&G4Rlm|NjP zFShzC^5RRDH@+wtG?aYm{{LLHl3`q2hIJ4fk*<9$plhM7sD%mLfZJ_i>#2z=TBr_h z{3VB!eB+ArDC>+0_ex{U^DwLH-4lc*W(lzxdTm3Cj18P}K8q7fIqh2??eS z0WgzC?JDJSLfDuNpq^#s$0w?q&?&%x z$QDhO+Z(J;SSrPl{Whqqy<87iAXC@VPZ?Z@1?)1wx{cPZ!sz(ifgpP!RG&Br;0;sJ zIMJQ44HX)k=iA9cA3|HCs9PhyosXy6cCdN9KBaPOWS7?XG=pqBpBSkiacdI#g6TuE z*TQ^HScNh?9rn;7? zPSe5S_4otX5A)5*)mdN*->G4mw?EW*<PFVssoW*#Qi~vh`_(tQ&gkRW5Va zPJzH!{rvQ^Z*#nMG!OO_UvUB zMHYl<%wa>>4%KJOP*WXj$*qt@QqeJin%>TdP!p_J)fsqcw`12wq8!X0aO`ZfNy}>^LEj9dRUUHRW3*sUo zk)4PK2{d*}tr{luIfvwoJVo36U0WJ`E!6hD0z=Q$q>b_O2~3yXrmgT_L~r+?v&}`B z=PubB(u3qipfaGmB>~2^J@jujbg0yJzn%|tCP&O~GbrZuhrz`_r)$vly^5m|RV?ac zY`kzWEjl`xjkio}p2D_syY? z-lSrTRA86Gz?q!9zlsRZHD;Hwx6YY<#bWhUs3?a~WxH7I%8Y(V$4jR4dIIr|<4uF% zXXWu1vZ1|uD^_(^Khk>^s95&FV1X56cBjsk&VH?#>*J8U`~YR}+0T5ID`LwtJ?L5u zW0?y@-dUX8k;H)4S%WSM5FB#q^2cOkf!k*krlrUj<(IR^8R`ew(;dz#a53}U?7<`# z4ZA<8gMIXJC*G3jl%a`r(Hc_`_AHyMv5Ow@f}G5I>PDlW8+5wVEfVCUz~j<7z>Jpz zf!$8uar3vwyp`^DkQg?qhFSHwB3+fcj*7#Kn4c=_nwA+-Wt?Ske!A;XFjSaS5AR0r zYU-g=a47Q|64SaE$HUZd2@dkGsxwQ*YA9r)5gXxHsEeo^+XsH@T1dpq@4&a4Lk}c{ z&&L|6;TXQG-odc>v8s#+T+snM*@>2BwJ#ur4rh8Bli-*kbbZ$G7<|VlFeP~B&iK-3 zhj|ne>)Qv=SV1k;XZS`WT}0u>ZAk7VB3o1h8M4HP*Em!tuGWW;+}6HXp2*7^Rob{z zjti%)<=Qad#@GbXpD;`jOP#j>$S-IdPmVlg!zEakOCth!{7-hWtF zm5{eDt;WYFp?#C$g`gGk5e@XqYYs6AUYvik10QR@4M{~=cV0)U-XFXOb5c^%Xo&Vo zEUU^r4ip|q!V;11p<=2Fu=YW-D^9;MbHG}aZ-hRD-g)66d`P0R`^NJ=Q%=>mB!w?z zbL`kwaZMp^7m!a{q(Y}CK?M|bpmG~kza%Rm%bFBL#RSo=!Vf7LO&O-<2YE_om|_+) zkT-5H5|VYec%!p|ioBMwRd&R!jIHQ%_!1Uig)Yhn7_4;!2>J_2$$l%NdzQzbC$=(4 zi<%<45u3E4J+B>2L?lUX<7Cv~N%6__<>%ovhXYc+u(-)pL^{Ci0UzP$jpgW?FBQ{5T-ME(WQ}&Qptc<+E#FsAUmgf$b3s~<29kO zRzbB7Zhtw-#sLiMN%sm#md>?f`d1U!DfS;Zxx-IOY?uv%)=ZQaR{Ojj~6;S!mcOHmr>8zP^2aOZw2`pgY}PR=bR$POwo zQVCuN2@{*JU8VU7`Nh^+Kp@goC$K zW{R9%()AQES@dBa=xUr>yfj0F0b30~Xjve}xkCM~a8q1z+fV&ZM~P-|u+jyUr>VJ0 zHPqa!(QI=yHxPymhCgzaS@OE_Mq5_JLdwaGh?a>YK&*r^ed}-6jo`pYxLF14NPE?&pnbn;X?j3`9#Xi1H^mx4x-#D$a0Dn-}TyKLPQqg75$#6Z<_zSpImDG;HR>+rG2^pc$z|^Sh?*2 zf-QbWk8opcs)~k$4}n-WiJwYSz-=`vX34rKx#F$T(@sg<#KC0-1 zgx4^2A!j<0V#KX(;Wa;T`l zStwKT`U3^JYx!eFX|_z;xRW}N1O~lC3*f6GuO~OB*2;3ioL12U{D~DKNVuzlCpc6c zL_Z#u-&GS)TEG}s1jU=q8;kZlLmbJK=o2VPe|emZuglHu!;-NNpUe(&3%$xn_ib4U z!rE-Y6aAE^Q&=-I8$vnGPio9B4gbim3Q}2Q%sPn!)n6XtpC37WT8ce-oAOg$*J~^? zlX}*;?z9*tzSTJwT9M|jXJ}6R2pZd`G|r9>ZKBQsz#*(eo&%}p2wak|Mp{v>s z9W(BAkjQ78_zwvZVh&=(MdTr@S6y3LJ&SpyUWXSzoTx-zKS;y|_lMEm(5 zISK*=-;6{ZG;m9C12PKUD3358Y>6W^>9V5`LaK8(8gHGw!ehUd}+4;;^IJdvje ztZ{?UvYqrcW6Y>4Sqb8i?JP)ZckoF{XOF$fiH)ga7A`dyQqA)d=s_cH>2mgKj#G`w0~cMMhx$0xc)flD;>SwbY<?tWlEH zKat3a937W*sH2&6SP%BEX|GMHf`Y7GEP?_vW*NMK43tm1FWr5yauImO%U-uC@6C77 z7`@&m_!(LHRuynvS&t&5s7-P;K}xpl>?`+~sz+gIrBU$*o%v zFn}#nKB$b`b>T#%MuZM^arYNdky9R)mH9^&w)8X-k z`V9oBn4j?>vQg?F$eU^2zO2&aB--bNYDDO$oF!D6ip>M6T}0MdpW>BA;zEJI6AaZR7tJ$SzwWZ7R~!?nVB;kGse!hwK@tp zk^I=2LdznqN}pa?e)gp<(9^5iM*+ID%|{XZNuz9di+;%nNC;_2ek40OuS#N&g=giJ zK5u7YmQC?G@zUS8;dqoDb1i*bm^F)(l#yO+!EC&XazG zy^}=wleepdJ_W1KJZ5K(-5VEyImO_kHfqAoxZ;} zMm=ww*=+?o91{BeQ~dCCc$4CozG|{gp0EMOw&i1nh~u{=hX1_WjA&!D_FCE`*hF3y#&=)2BgKTn(oTm_4+}84^Wfg*ZX_{hoY0O7*8z%(vB4}cM0%0{meT;$ z?=It8pf~}9cr8)s|CtgMj)>VtaQZ=LN%Hq6P%wDKuE79z2N-&H#9{E{50I_E2K;5Y zi}eWf@8j9*6P0Nr0u|uDMz>*OzGcxT(@<%hA?-$~{yP_1{R!5gF&PQFn)nqlj>h)tt9yxFIG+CZ3+o&bgRH4qd= z7@flI^}H?vJ1P*2{NX|eC)C}8MZ+U1NgF3JaLLYj;DanUS3G1UKSnl>bmUDatW z{I!MvI{8wb(*+*31#B(2mzgNR$?d=C8H`ZMMfM5>==zDh{Z|LDqc#bXk7ivXN}=j% zI95Gsk=x@<=Fn9h=|)YGYu+H(1RuQ}^*dmlj9_i&BriZ=g@O3Ic7ZJQsY1G=IeBFQ zEUBU8D*R=k?h&6bJI13Tq&_`OmT&gW3@MaG9EULsTTEglG<3|TA`6}tt2I72-xx|F z@BmN{)hJHUKTD%RczcI<5=9`=FLY^h1p#heFijo>44 z*sLQwVLGZO1j7RTdnD#M*AgPC*oqe0Q%tD;K|Ve{6&j)%yU0Sr0CW!x9xno z(O`%7+PDS)rne!whGguYOmH)0U7{NV!Q0^>sTT}oh9sJPVCO{L6IHAiTwTkS9uLx) z7F#dwB*j<73$B=OXK-RB!%R(L{JnC9@$;SZW~;t7U9(&+CK8qXaG+z}lW10IUyc<| zI^hXi(?xW{j=9Mw0qk21`G0ms6_Lqm5YSIke0>Kr-BRY}r?@9Kvhruy-inEVAG?v= zKp&QW>KaIm;7j8jN45z?)hSFtq(1z=yXt^1}yD##c80s7`-c5g;l$bvbtQfWTu*oiCCPcv^skR;7`CeiW z*@R}lkpfND`0Mr}Q+Q!H9CoSk*->MA_3MqB+wjqz`VXcgAjQra;y~3@6c;{xjqOiH zfJ!U7_qnc1vq0NW?M5ug)0PBy6BZ&qghC1Ik%MclW!Rnk$(Uj=s|x*08}>s3xdAc_ zCa+2pgR*XiU$L8B9~5AztYl8A3Xp1pE%?Qf9y6B3ql*^$ddPuWOhBg;MZ@~h!$}AC(lOae`)5IYjsuXW zq*0N@M(Lv?=hI!2K0;+Jp?2qp_XXSwPAXi?c$FW=MD!b9Lqfta<_5Z(-xIt48vFuN zg6I*ZsI#8k0n|Fm0mRQ9`$dp%dVhpRlm9!A*3X)CTjF3-v{cM9MbzO*qh75!bk8wZ znnEQXit3)U>pHPtKbU<2E~x6{VIVU#X=)w4ig>+4C7r8Xl)Cg=a$s^`FO+$pt0S!o zE^WOBlU_wIXh$`M7owtCW+LEqe^OUdMWRdD5Q@ogmh#fi-O`S}5MRivg+WQL`+zsH z$Os%Gt0#Mn7JFk-XAij@%Z-+?e=j8gkHh5hZHrKa!qnuZ+MKJ#k?@ikK#LN-am^cZ z&O4Q)3wh|-f6HTxAzKVp`1u^{dejHt+P|vFW*VbKv;fiK(FKa*wQIhDUvs=`2v>>C zE3sA2l+oV{pepT3ghKe=I|e^a5Vm6X`t@33M!yA=v;v+RY z7df;c9fVPA-oWT|VM)Xtu`TrE?FFMh5_=jXUsmODD{ObEYh#BROEGpqteyAEh<0gs z5@9`br8Y(d3EAcanV@bHx&=Aol2@mjCDnOghj1;nu`mKQWrmZnanm6k!~#ZsyO3|r zoLBcTf{vK|18XS2t}I9nbW8fY0{mz6?O?Y8kmD#AmHXqHxrQJOSq&vya9toovJ_3hSf$cftcb=s zt@{ZmgFcJ(z$saMx#~FN>U)QZ2uQtP5P^tk34}$0`2FB=1R4?@OPORtGoLvC6*P*# zRESAJH}7KsiVuLw|Bm8(S1h*&oM5SQ-nG)JYr{rDK_zB1B7ktbM=m6ybAHN2)ui4f zDWPfd*E{R&rhmsqgfPB%-z$^NqxCa~##VNf!I}dZ8@6utdS=W1M z0p@wLU2$Zfy?|#z5X4!KRO2$_tWFTR3^GJA+g)5&J!>J~t|6xB2vI{qE|K_O(wqW_ z2clIq zPSx9_K)T?J!^ua1gQ(Iu<_8+F5%n4oPag7_(#G-SRWblHYHqEp^dh)iB8Y-Rk*Dwu zs1SJef_=vH4d*4Nlu~U!A^1f)&sz8dVk4B|w-q>uozb;B;Upq6UhgliNy;u`99Tsc zZq~gu?uUK}J|%pmxy&+hu+={%2#~T@R~o@p9@v+T-oOXE+4Ev`aon*gtdZIPRoKYT zQeLjwnueV_gf*e`_igNajxiYi0&1H}0aYeG$=7`n3px=)2;Z?}x8rA%6N8eLq_^|M z0z)YD-T6;DZ4~6}JSd9isKu(Q2(~j6z0xVwx@kXg!+r3AJft0Aeg&4R`%>e3F>h|Q z3GqrUBkZ0*=UU5ymB_JAPYH03bjXSv7$}zAbyXu$ZLT-(Ha`LCO7CBL@g0M}RZHe3 z08MM zPlC~z%rVC@RzB+KoN6N33&>N92@Ad0XXnb|HMsQsT_u>o4Tc`)!%^T~=su%o`c4HK zD=bqSlOjI28j7PaJFq_t=0tL1=19(MyJT}6mo>ne=pF|F<Vy?LR}kx{QAkpQ%%p}aZz4qUuu_AnE9;mB8|o32C!F+( z$%$%qqGOyfeSJpR2pX@)***!pfKd5jKAvy1tLr#^K=@XV8=HDdh91_5-+zFCz@X#{ zqyCdV>YJH(uL+Hg?*n(HzDEhHDYV=+%>x&96l2e}$eexRR@pFgZODx)ZrMUlu46G5 z!R#=$F|x1dSjJ_SoH)!yclvPyVnEYhG6YqdMHc#}tqu)tJ>TpFV@hltB z71~4PM04)+#!f;)r0=|h*C)x%4?>#>LE3f4hC!)bU|H6~NX$QT?x4u?Ky!;I8;4mU9Ze%iiiUnKjpJ+TN~tDK(e1GSR!mmM7&297 z0rSwq%SneLxT+K+|5DBd8w1jL=i^bs0QxKjq9Qqw9Y$<@beqb1nW`=Mu*Q(2S4`}O zIG^i*<{ZXRO(i{rAeFv6a8~@tSE0Qn9TS4umYX*L#%52s75ZFv;VE=+QpD}j@!PYyzJTe&A z3R&8<*LbEDUTt0mxmN}uWF2A@E5abWiN8}tO@m}Q*YiZmYN7r86$02d^OQe;yA}Jw z&wlPql@E48^JU=w|M6d76YNM2$)Kp<`|wB}Ja2T2sco#4{rS#H-CXyS)Ka`Dbj>-M zCi8)!RvGinc}*I#I6@utD&`k3C+a1$V}5oZae_ovE=vX*=Iz}ZA^dn7b-#2O#9L(A zSXz0_eNwafRnQd`i*%u<@ zs>XD~f$`R1QLef|4plDJuJ{KzCGl2CZVHawl+vf?kh*|b@tk89v;S|LIk1~?&W>eN z18w0td>cNntP|8XYPkTw9roNWCf#yLGinm^O*P@Cn};;lI{KiAGo zvD^|?6&?i%NTrF=f=9E>S{K4V9c_~xK^1LaZf8tnhb>X89|dw)YO~7g+qsUtWYYQ( znpLTaISIH^ijMzCx%Djz2OY^6B2oeG;8ke#$JMD z(hy$zx_cyJ`ZS-d7I8!q+q|m#BGzmA>-(*zF{DpXIvrQm z@E%RhCa)g==eHkTCW`#1RBCbXj0fN7&#|a8RZJB{B{+4mBfwjEV5@X(ec-@IpDRIy zqqhYLVwRp&q2^drByG_zU)aZ=6A7By<*{m41IF2@4u{iS9Mn%);eR-R;xw%@*Q#uc z=sVjEECzfiR5-cB5Q~HQ?6VT9ny}k{7pi8@aYgU2uZjBml|fsorqx~RWTriE5MDkam7@s4n{a&5L_(&F zg&1W%Y3pgU-6&;NXFD$KK%duJ=UV$abuhMX`jospvQh%5_(m6riI_Te^bww%4I_ax zQjDT!G)?iZI>|&sk~Gx<<_NX{WqJ4VX0ylk$sEF%fI^0MWc5N|>3@CB>iL@~9}HS@ zjHJ0h;u?n^i8EkW5%IAJJ^T>{?^k&UhBZRf}zlEg8gRFq_UBxk>uY&Yb`B- z1`ka@1R04da5&rBRelH81BV&{u;mUCcjbGWrP1}ENJvPx>gPCqU}R@j1q)`0(!fWB+l zL?HT_syC-cCicU?58_0CM5dgap5PjLb3R+s$k&&2b_Y0WlwlC%MuhfqKG0GRg!W}g zTw?6SzhDOX{MUv7_{0t4HVkta5uW5Gv%C3&3>`R~lT16-x-Q0IWVkni)mqG-5mKcH z?uka)$`9Wm{k0nIyNIt=vgyMfe7qJgyNRH0>o49#+{x^UYf_;>yxqlVNH2>CiG&@O zH!Y>{W7NdakD8Mc9f*IYHUdW+(YT z@bAXVcWYPDmROi@f(o3}zvv5ISQ$wb`BH+CWZ**#YTPP)!e4Ws2k#VITW}X)@}qPj zw445Vc1u?6+*~tq8BlctQl3m*=7aZ_tvj#6LG|-lOJiQ}c0xLKpoM@ULulz*(ujAA zvsnr;pHE~_S|-R&asze6<6h)8uEXeeBAm4Y>SIQ^Y+8{_kZEW6>lPYX7UnueB55=> zf`VsC7;>vzwcWy4{upM@TKxR8fke05x9uE$1GPQE5LJR66k!^wHJmv)GozMMOEX~( z(%W=#fX}?SXI>EYdXFW>dVHm1fLuzV8C!^~9pAmc+6bkvWNGYh+(I`c!Z9Wj3}IqZ{Bt+el02NqiwJW)Z}6 z%*3QLZwxH7;0gr~c6BE8&;mU}livKFQiQ*d)st-KDG_R3=-*;f(k)(E7pB-!nq?T} z=zwog3sk)UqaR&wH(wDNVzO96*5Q~;qPnUokIeR0Q9U$^-l9U6ACj}2FkyP!Ez@Q} z(yr72bn!QZ5!EeZ1$+g0(+srN#$zc4_>`J=XlN;6ShAbSNrbgYPhibsRF%+s;B zXp1)a72~@&TJ6~#po*`}FwG&IN0gxgWWC!rEO}j5jq&&Bqo&uasZ5oUPb5y>RZEJL z#=)*WE*83~(u=|vLP>DjIX!-Frgx8mmu+!wk}1mXmm_V!IM^wxwYmu1l~@xd$A%de zr;R9xpn&*6{*@WWw{gQtL#wl}$D*N27%7spenRadlNEL|A&YKy=+NgZ0(LY;TOpb4 z$|jk_$i`Io7(#S>XCz6(T8Wr9=hB7}&a3OG7;57#exu}#iDTYj4RE z)w+Jh+0)}ZUBXIH@@hod1`1?I8!ZO_NvTtR=#;oEtOfh4a0V)DApUoriD8gxbvl2G zU7Vw@HXUeD#ebUFVv{X@!nsEbdre~llM5IQpMy3krNsqBVUh9Z65(qz+9hS?OGx_w zP)n|%91gV2v|LI*W%iB40m{=5nA65Ws+?`fW<}h3c!AgMzs`De~a+uym$^ z!(Suw?eIevRgzl~CLhe#!={dWBkbOSyXu`;vkHu(bwB!WY3vrNLke|2m8jv(WK^UM z44yC}7K*df~*le38OIJDJ|4QqT%%ED-cN@k64 ziQ9Xj7->9^FU0W*9v(7DSDY3l5=R^8!>9ma&mc>unq(JW1c6sh&Ff@&ZEWg@_fl;B z#_e$ftsIjDN{=gmj2dUn&Z?;!Y5h1XxUQ3JmC((7N32`2{M+Fj8Lp{A={$HlTIDbb z!zVd8K{T`TmV6!Poa*S>!~2#@Xkiv8IGzH$m`>yP98aeitaW-vRJL14!UMv9(~+Du z&AIZima)r4?cN!lOub`8GJAZ`LPnbS1ki%TcC`b4H62gCs7#E2g`R-doBeXH6$J06rDJ9Ed!6vPm zQ+qBjH9X>!kmZRAfg&ECEO(jKDHHw=mk|U}PoyqpxOFBb3N40g;z#R@UDm{85Fe~A zLvknjy|MG8@;;B885jS|X!F2|D_AG1^M+lG^a0zCuk=S?nrW$@zJAHMtUG|5*R@4; zMCaZWUFzdNS2!mFzA-&}dF!kxc}xo_#c1{|P7d9x(3rSkBd)k5y;`LuPaU@$u3hV_ zYl9h?hdye&Rzu*d7Kaic5V>$Rc>zEI$BnBdC!aRVAcJd@WxQ5hQ?#QT(qwD2_ct%g zsQsA4ISY^uPgJVMzX*$!{$UL7CwQW(q$84@he|>ZqU|Wn$(gQ9G8K^jE#`L8o`HPy zm-pW>HSiS6;=*_!nF(2gXd_zDoN5`vFu%}hQQ&e%C(@JXq=;oKQy- z@qNdfx0?-xRd__^w3FCiLCjLj&nt(`nzW_KnrG9HVlT6yps|G%*EqZs$`J=%81k`i zFROT^<$Qh(Vec5<_~P8y-xyJf4t*V&!nl29(Ctq|2w2AJ%LQ592?}R2CoLh230Lr2 zXhsDwv(ZWzS9Tm7HWWsWn(~RE(&vsOBAAJPG}%Dt3k$F~ZA#_syI={eDO&x%%BgpJ zLK%WBg$wsSdl=Dc&HxJWiZIPc zy_ZpwP*MsRv0cdL5s}rq=xJV8sNyV?8$r=bfKa*bgL_X)aV6~y1VIrS@-x@-&VbQ= z7+xbg)cf2P=49;&3xyf^9kv^CFZJ?+Ze*f2pnp0Mm@a)d8yGM%0hqt{Y{6icsXC}Z zo+V_Rh_HcqANJXLYhhDVrA2BDxiY|e&WYcoE4NRS;rbzMlL>6Tk~qbtgpr0IXC!;M zx`l-bT*FY|f^nnv1r1b0drOz90-Abz9)H;n>lYguy&_A{acy02d?)OZ;dOyIx z^?{*_kTrVx8UfI0rYsz4ZV?diG!XMUorN6qRgjEWxz zZJS-GUmzlwMrMD-BnClMQ+g4}Qj}+La^<|~aY2U+8jv@qSql8kS5IBCFju2X=k{zF&6?uc5VPwGsx6*`|306QA-Iz$f$=@TL{%kC<+tm z3Z>lgRCiQ;Gbi^fWp>I$FF0oz=ptf^7S-AW14@eBfCEh-1i~*x#E(D~R(v*Xqclx3 zM7Ky#ERyU>6_O+~h_Py|FresjN#P>OM<_*V^hlbR04D(6qtPVdXsm`rEj3*NBJMLN zvYZ--x_!>+_JK1c{{}UGBUF+@P?#n{Ir;LV?#>h&)*trU)T>o)H35a(04BWm5<+~` zX|72ktjBJ&qQ$wzm%cBYl+iA3Msr*u;8Z64@uHNE;cdu)SHzgIA@_1-p$PCZN`Ehl zcs!J}DMcII?g*9tsAJ~j7MgE%6=WrHFDvFY>Nth`;*Azm@^2}SaflP{I`y*r0a=ywjMv zxhXt0aj`~6zI`tNK#zWtfrBA6m^IM`!qE@CJ6{*Bs4fFy$wDmNZ5AuL-)yV*kkN7_ zdPR$G1u%~Xr@Bc|WnGfI>;fDRIVT4Y5(N6wo9<PKGhEfni7 zq{R?foE>^oX-f4Z)b~UA#ffo&Ma-lO#7?ySoj66)3&0Ow1@=aEJ1^u>OE$&sg@B(> z2=E8FI;QCXq?r${_PJFfQq^Rqq2mni~+ z#V;XXz5qrLclERLICg~hlMIW?%en`y#8uIjE2YNo_M>D2sb(tinJ!|EbTqjL7x0*6w{xy0r0=um(UzktixQpQd`(~z5dC{DtA7`Qpd1gj)K z05hvLEj=>=oYaUtZHj};BE(VL7<~~o96?5;+X`xAmj8e1iFR*InEIz8$OrR6$kej- zs@2Qn%Mr)_z~*kUmqwc?(=av*%CT!zO+M$K9c8V!sO+MBxJ(FRW8#;81=L~R!AAzi z3yn^Lw>hv15Ua<;blfo$Vj)O`>a8AR5n`r*vqeg3Gx3-X(Akn$#Mt}OTU3~&%+z`@ zS`u&X6=*YOp&ghS4KapVcsaG{X=zv9?XK+wf|eX*oH6_}##y)0Z=6#oHS+|4CYVjU+j4VexL%-)m2h zT$T-lmYMe=MaKxE(%t+cw)Wr5yweI2Xu^8l9YPcAN82s^P*XFgd~wPJqUt;#@XMLl zrLIV|qR&suG)w{npD=;zBQwxYaCBD8e}t&sm|6d3F565=!8r|y7k&ZhyE#{dcSvlu z=v6;{v)#%Yc(0bdZ6PAmtNN{{*Wo+)=251T=~JJg6Q|w!J5DKQuk~;F_ffsxFt5$} z2;|73#x*cu4qx&p-ZRA@RE7igqoKAkuj33eExzZu^RiTtz1TIHVi3;d;Ft^pP*)@2 zBYp`75oV-OK;ndq^(R~=k8v3U3;b5it^B&E*r8&iFoV(h!acJO31ojRlI6RDAY`TfOhCUj_ zXgMPIw1lR=NHGM9)KLBcklvOn4i&yILx$opIlpMDtuwlZuC!KuiRBa%8pLs5E~AUC zH2ia4^?=D)-fNX^2;5jZ(IG@>95M|Ux|7XDX(qP4d zy^r)qEt6>!mw>4Kp`FoCv)=gop4+m5JR=}eqB*N=KzaD%b~^k*#;fnA{O0)5rEFsk zAW?jO^|sOw34OK!)_D@q3%v1;u%Cs)JWX+R2qfn;@hfbc=#+59g$<*W;(bQqkiMDo%i{ znMj&Pu5<-7oMh>B>KyqDmB(EMTdXlijlLScR4{|GwUE=VFSg{><){*B5P5=htWoyoA54=oH$MI zE_TM%26v=^p=#VwKG(2#yxZ)u*=@opvFF z=4*t38wLa%W`J`Y8ti?&)!sOglZ+{qlPXWx?flH2RYAOra-dRmX?4lAG`iSdzUoK3&1T?(ak7;JJCn(?_DQL*Pf{f&&ooy)Y-7pmL$o-NOQV*m*h{RB{ zc{N0o9Xto8!2qn7$CXcVkAO+@rkW{_Xx7XoUir#{m{86xCO&fEvz)mPO)f!aY-D~~ zvM5d0fYh^0oyZ+CUbpX?6fAw|V+NzJVEJ8x4U}MqYNKRjXbgbQ7VUU#Nbr$577yg+ z9~{#+1fkv}PSDxWk<$v=T(#MN980kcQsPxQ;iz%nZ~akSKc|$`A}8HmQ60QMz{t9d z;F1+-LG(_WO{AGF<1sSP=}sj%ba(0$c4Sw>K!NT_0Trd&wdk@+VTEaj{P@Nl4$^Tx z^SqTRvwROL0ul8qCRW_#dm`)ave*i6LnF!Fvrs$k7j|4&4yfiUcVW&olB&_F^zc3s z(8!CM<~pZ`z9%vz|H`uDB;ne4(u_)OAf-$1=A!q+hf18KN-JeBMiwY%I-2#h2l;xg z^o(-*yV}46y;w<%LC7Q=3ia1PYxzz|t45&d>t7S5*Q~b@(Dli4kNI=i!_ikJM0jW{ zdGCvZIyQfYk-$0Jw}hzCq+-5kkrmi#HE?u+*@KA|KX{7WwxNfsl1zb+a|dkfS=Y1> ztpL=LUxP$xwpwoB#j2Fpzb*bgML_$Q^n8!rIIM*)d9@gS}^1l4QSgMMgkYD8j zMikX+gCVbzchRfO>Ej4=C07a)b1vOwab1Ou(<>j~D`s#I&fAEu?l{S*L}-~-RYp|t zxBp;~!I{f8Mi2~bZm&z|ZLG~Pe}8=Aub?27v3ew~prMnELcaC7q^sp0NkO{PWAMg{ z$3@K__8WYM_o8uCOAfw~jLw|)Trsq0)quhmi#>GWtl-B&{zlSb+5U(*#KBTS=^77I$f zlH%EFolB09t1C-lfk4DA9{TkRjLcnn%xv)a3h03Um=rf%IhbW|g?>U@Ir9Va%_Y1Y zo(KvSN()p_7~Iqb;jP-*Z4Qh)0bB3ZQK(=SS}*&d2Qj6TzVhoE!WTG228A(7(mo&D zD4u8CoM{2sbQSV5A+&^t2XY-r0%0=y6EnK%9$ zY}{MCS(MydCe#(k4YQ|%?}JS8P^lx4ZBTA=gf5NFb6OImQ^pDYHRp*Ez)KFVgqiZN zN;Gug078|9YUmG|v*|OvZl=EKo*to zwu?v+Xg4`YwuZ!CG|B7C0q~Vn8d_fwyWT{lPS^hj63;IOY@F%?zCO90b#M^@x~E0c zL z8wVN}iSteHi#)VlvM$w9gdq1?fG`Zyg7jcs`7ov|@exaUQod z1`G%elr3%Y7BkaeldE36o+%n_J6;f`fA&(gILhZ)i%fWRNQGUKmpRPCHXM2eRN&3W zG7fC?d@Qdq%o-gIC!NtRaHU8+T+z7?G^3!V_pODfdyDBV3#+`yDX{g6-hiNx6uqJL zC?{G2W$q^(QC=HVQO=)j%u(&$+Z=T{3HzJ2*$Ip`+l+E$bBd9JwWr7%h`{{Q*_jkk zjiszalpF_E^wbk>ka+0`F{-AouKHXF9 z7cdJfB`xdLhO%MR#sut3b&`7#Y+4a}(&#Sha_JJ(GTf)Pxj))T6K zVh5-~3~6l|?}(sHgI%{f|KuMk;Q=vITu)5Z^BBJ57obdVD^bjc9^C^ddP+LknpG!ocn76>*{` zMC-CRqWOdz^N0Ra6jaQOPKAM|-BVE=&yFMK4l}&o)ua}CdU&&}gL76`50+$hG-gst zD_F%|{86=mj_>_B6Ycg^N!S!tagsArLtTNU<>Pd|TfAYS5bp4YI9_@_Ip3Mz1>A)S zuQ(-)uNH!tqayaD1$H~T=_lrj45>ShACCkT=F=pzmQ33g)s@C%MAcLK*PVtYa!aPLsuah2Y|OhtF{*%X9|&xgx8Ja z$tvNjDN#M{Mv`rysXE9}fWrC7qK&p%ikVmEFTP;MsZ=2WdeYYZiL@C@7;^j*cY=k$ z@LJt0*6*H+3)JcM}OJVk1o{xqc0p z2XPagzMe#`=BzM_c8tU)Cl>qA7LG-a;^v)EThow=EE#!U|F6LxVuq5L}p;g;{OA{o()Jc5qOXN^W%_C%_z_A_= zvO)tH2Tq>Kel<1ivjl=Xt@F?=Duce&D!8!@R)f~d1j&5(}rSHp`LkxB6b0x4K-mtz1ECX{`XS!~I28wHm`d^EGy zLyD1#2^F_f5|5B0vM!zVoe^}ac1xQfIazoI6~j)G*UfD0+xjT#zWq#Bt0f_n z4;n;1npwBDH)|DriG$hX4e&vwcnlQRkxP~3*KWLIAUc0eHoR@Ms*&5573 z5r~Ay9JHwl;l2&lJsLw?8EvLbL*(BQ^p(xqR*3V+;67B##yqOAoWu0l-AM?gr!U^O zz|aR6MM$3jaeIhqGo}*bsz>ItPUX%JtK*6CbOhtN3TW2J;)_EaQgQ`J8dvlYNoqIg zxKiVNraCs;j5&V=6#&bMkdnD#BklK?$ih8DAn?Z|7c%FRvYWsl(8rFQze+7b z&ikc~dSlUH2L(Au~wy75i~{K?J2l|EIlc z*x~lq(QLcND?(n9_7e|%4T?jCrz#D81?I{-Qq?04C)7QmOUTv@dCv~>UJ)BAk5&7F z>d0yY^25M7|GcdUeV}JVJ4@i^F}DYVzR-XnmGm1vsI)M>1G?FA#%e z`4BqL7nRnSGN~t+jCx(5Lr0MGW-wupF%ZoXQ;1Rr?BxYqqV;4OWwdtMbYHd|Hl%7y zFVc^e%A_Boe1$_s28*#J#9~)8tXI_~>8_nhVC6am!VWEme|;};mV-8x*`%cjQ~7Ri zq{BatY}6v_tg7_a#MK$18^AW(BD1-G)y^eSRTq~4c`BrO@0N($e`ojgI#+qUKR;V^a8B377&N&!#Z zL}CGU6C#CU-V2|flVDTL77G`O5+K*ZJ~wK{X_>_mLCRpW+94ZHPJ6Zf7YvS#WxlzoP_FjROvASFzowq<+K3&+4+wygVL|_p1HC zbR`EoZiwB@gvAd`!X5W^tT`}%1 z0`*vV1eO<{<-lr8XT4~5c&|=Dqn!mA!clhyCBCyX=50dMOcmqr=Hy!1%o{S&sHSf- z5Y49rKvffnVm@;EdIVZBL}H3%!cmK9Knr<-zA&FYn)a{Zv{cmLByqF^rHuu)&3HC} zPNGikda~9lHJ-ifFz6O{G4dozgR91jH^ya>bLN;R;pb#rK&A^U4K!%*om6bs<+)dm zQ16K(V?5%DL7_mAL4$_|i17;~KOu8HCNqqW3>ZB$p*hTtVLYrukttS`-J+BZptS`* zX=09T*CMsheo#*~NEJG{zafx@@5^;o5N%H?Mca%EsuIEh=Gv5rNVHqPhg6rB^4Pgf z09Cf~;P<3~w>wB+oB|n|gD`T6X-nnB2=bjQ@h~Yh)jxWf%P17#A^{Vk?-Z|C>Cd(e-T1N#?>!!W8<8lA7Q}vF zm?@{y!~Y{XZ)npv&8d{iiRkpABq62rXdhYT5L6v=!BLu*4aqsaPMq!qw@$rcFwZcB z8}5(C#)8~k?fW5Y=U)nl87+Fv?C9TlPN%~U!QGzjzzT(a9;>*QP%d@5{davDRom&T^ zxlp0fj*5d=63Mx63|4XXp%ZOz8VtN)dCZ!qP=K1eVb7lob?)@W(D_RrZeR za5xthd@KByq^z>)`WticD~)tBK>C>_=kh)H!B?a#MZH4o4Ipl_FU{#bJn&{GK=)T~ zulA`}s|4O*z3|0j4e_H-{_+oK#K`WUBt5mNLM6AU^kkW5B0HVYw!QNE&PUzIQ<%~7 z$u*Bu|1yykl8z~*DzC{tpqM@1z>dq}&JRsn!9#)6JZ!A}s!=-V;9fK$N`z8X4=qBP z%jTp*d^ZW=t{{WVpNd=klO-R+AKDXIGfNtd!6w+uc9HWw;cu}gf_Uz{!+4LR>^Z&h zP+}XK!9JZRF)v9lp78Srn(~7t9rvR`vOX{AishU94PX3~ir3CpWOFngztDr5HY>#} z%Tt(A!=lbwHv=@b(mKfl?MH&qnDMW5IE)9HG`6fh@R!IB|w>Yc^kpjV$B_%2d zG67<`VG{LPmuGHJ{%m|t9Lh&>h5@4ARCMKZ=W9|r!K}7Jiip}R5GN{ylf5^T^d%b^ z)jiZYYAR>6;f{cN- zcbSM27y+mxz~+BM>bzrto4Q8z;c%e2RE)a5WgHo1EQ?tHsSC4>R8rgcQjd%d zvw0Pg@z3-_3XscMPyQC+hL)E)WN?v6jnc(j5UgK~Umeks&gdFKDBmw6pW@~dm7T)s zyz;bFO7UH!76~$WO|ysARv0aXsj~x3J(mB}lq1KZi2c`St}!az?paIPEteF!&q6VD zYuY=#-@d9wxO#Uc4W-%ow7a*26$h;dvKST;qmv@}`G#Bnx-Zyc_SOLOxDr(Zzm8+H z+j6rKu3K!4L)JOa87&w8%fV4C@m5c9XGVcZJ^Z!br`uf(7!faBS`Spm4DXFLSa7;E zn0*6pnA25zc#O8Lp>tq+mL#Ea45n%AMiD|-(jL9;AO@%(AAA== z$!g#X=BDCW#6ai-Ap?<%Tq~DVV0sCBrtL~01*t~chSBYN5GFB>78K~F$b`@v70?mI z-5&sv!}-aGqq2d4<2rB&j+GljM|7N&Eve*96yX>>E^vfzU-dqVS#5+BZFqFUIivH` zrNJE&TD4Ur0!Fe%q#cQYSIf#_+Equ3?^2AqYy@kkpzg7*P2)IIYWCSYJ_NZ)?qZvKSGUAyS{mV{ zE6}-#2LXYO%qR;?pC53cj!1YGi+=tjL7ukCi;dY9IL0nnP%~$ICFncVQ~!Y>^}ynr zK8<9dy?QSpP!T&}>xe4P|@z}sZy(7UqtJX$g;_=^bo}H*r z4jd#yDK{K#79&2lmKJ!~C}*5}6QY?dWc2m{X7z?y!Kn)NMPdhl*y4|WvPyIdj{Z#6 z`%J&jP6cqlFXO8ZCxW0Mj4q0a@ive%U)@?z zXSgi;CUVd>>%%7p6mH!2Kr}Yc(+`oO^-sVHJ!P(=om!z0kp@w^-}>`S&Z~PoJI33C zQcDjL3lozK0v!>`0jg%F5BV~FyIBT}7GZL9k#yf$MWU7Yn4-@(Fgl1WFyVnr)NKN* ztYxicUzN}sl&(HYr0?J_XX2}7RN$?jyWo4yASk_{RygT3(-74_6&8%SJFYm0QSBQw z%KM7Z6XK-#rB^Q^`dY8+B^CmPGps&aq8yTU)bM2vJ(J#3u^IISSkjqDVT}_oykHo$ zQ!sCPzGpE>=uG5j7(%UP&^^I>W}!sCuxKbdDpI!W2(OqJug*y@ET>GmPotw=2G@K+ z#aA@pyyz;$dV5Lk10jXLd-}vNbmZgo>2;MH@=mu;EX<*-D zMyuHST!KY+*F`H^nf3WFJyMm?hqGA?z`uNab!U-~Cv_5|pqbOdYy z4PxkVuO#P;EJm9v{i%U|qkyZB{u8R5iY>UKl5sEM@;dR>9V-*6R% z6#9KOZAN|`qua1T)(*`eM6GU6&`?Y9m~XY6wZ%L}uoy6@&J6XKV5Fiay(;a;`-=QS>XqF^O)v@HFon+vU~rB?)4;ai{tzg|vlJ%Ie8tUI!uGtBo z?5BDkEno|qXo-K)oG+}<$v1>X3SuKxf@(UbhH$@Qn+2exG&*wsq^7_Z9al>Jhl`E2 zh}SpxuwNQe8MtcEeS^DI>#D5_;|IiPm{19TRzZJ=oKwU>n^NpR)QzgyBSeu64N#jE(E%9mPJeE2N|7L^IUQDX z@b%L#4pX*-@_bQS=dH4<6W~$*Z%79nD6E;j!1O>7@_76G*0wgs>_t-j5O;O zge{2(GBSxDqMC1)0DU@@RV1D>6tpbsf1j9oaQ&YP^olL1N>@9H8#-+|TGC-b>Ubo< zO%|5W>O!`S`Zl==B=pa9QF@tpdI_OQYzXp!C?lVf2F3vV)LTpsP_4wRPPh{V8K;(J z%W2~TKVlnAtjfu;uWxmgnobsW_BEhER2_ulL-@GY5)l4G684-^0^WIEzkIQzmBM2+ zUu?*uijy6#iLfQsij;S?u4&^^;EwvJ>q3f?SqKK{uSsXxk%^3b&=piqbLhXQrjGE?uYC~OvLa0 z--0}~1l(z`6reYx)ZgM9iv$H-zx@NO{n`+HOl7 z4~8E(x!?6?ocNkJo2DJ`^#n~ou3cX`_8$>BdWlQ2pFZb|FjM*C(8 zK@_)k7-$K_V|(L?JjI;yulnq6j~uWhg@fJ4CR8dgIwo{5ggu6znC)h+!!?D$JLmNL zK0ArcFP8#~W^p19W1$tLFklgQbcY+wWuhu=gd%W{XYY_KJ?l45lL*`1?wj44=brZr zD@plOw3tH%#4?xS0K}{&D2mfTpNf_Ie)mby?bS_Sl}mUGl=EeGtPs$>>Ik%(VCBO@Aoi5N{?7IUy8BDz*zDHBUoi3MA^Gw`~V28Anl@K{gnywT0szhhdI|in% zZK#*WiQmKu7Wt^rU0_98GT0?}Jn_d{?YU>xeo|44um`d15j3qNl$@+7RAhW$29f&H zGFarFy&`vvlLXzF+W$cL|AWol4%(kRxG<^eNaX|1M7=L6+I~h{HOLA)y*kZt<}90EKJ>^ zsF1y(&%TucQW_Y-+DSEn%b{oO)7HC%+=weD6abRNb@U50P-SCLUi}*bz+X6`x?X$hXfL0>dI2CW*(omfT#4zOD_3*H-C?m;PIjnFwr>z5$QT}W? z`+LAS^7BxRJ$lEWg2Rq0HG-=S%24SS6z9#?S4diWyfm~c0Ey5yey!?Z zkRr`zit7A`4`)rox75YfWBSQ*om%mZECGXDS8yjawt9kim2GpcF5XLr@w_|768X4g_IIy}9Xm|u0c?bAszC*OTi?U}-V z-PpQr!=MiI^Y~#q7pIO#yRMmoPPqDmivWp|E~ocMMgk5rm#!WazdMSRi?itZB=Fn5 z4%1QFC-8FFNpQPg?hI&Od$U7sRG~OYV61DxsP6nHL2#`>%C$*9ZD2)OwL;$hlSFuUh82W1rGbK2tV#Q%q&eXqZPS=h;KK3rsG$geq zdghQ78^8nDutA|o^Ne9HqgNEeE3~BPb|HKgxy)yqG0+cYSjA;Ka)-28hDn1ufbg-PAHdy6Qa|hXs;~>v@ zKa`l+sVWaNgWsg2K8N79b5Z+ZjWElmZQ6+8@w4BqICxEfdpMp#J79RYJw5?fhODfZ zMnrj&$S$g@kwDGQLj=(1Hp+VrMu4<7KpAwz`CnW01`jo9Yar5)NhhSJ`vg!IHl1s3 zy0Qnfb84>2E^hM>&wMEa;&V$myb)H`Dy*}lmLgZw%A?FecCr8wIPA>+Q}DF5e-2)- zLA*=XetDcR(D|`Kb>2Kd9-X?jSit(;-|28Hs?OB)O|BuTv!As?TjE3j$vY_ zv?7rC3xGJ(IsuiOvYql&*n)H^6UK1nD}#cV7frA&1<#Ly-yY3Da+C_zp|3J2*%JE! z6y$DG1jBEBxHv|~K7ZC?Hjcp~52j)j*2YU2iY-;BRx5ilv#Nv3DJHAz^B%Ag-bC4ad;N&J7#;2Z9U|GrIqC-#iE+7M~3hLe@o; zDju;f8C>^&g2rj9*gFCynBWZvYBIv}9H^ghw-+XPL#8r=cLMAR3ZSV@;XP^m9G}oB zF-6+Jjh3IpH1}+Dq?)}fMf2=)sd^b_9kF=FaKFu}TH@--AQ<+qAkFCt7FqHET>JCI zW;eqAi(|~*^8v+jM39>$H`Nfv+;=mkC0HicRW1A*a>W&-vyzwDO)F3>OyX!s5U9*vkFqFbO~@Y1L$FbSP%}#ft{sK1U{4NpY4A6dl&7J+ zu9}j%Sk2%I0O8I!z8`p`R>2~5qe}7I20ikQ=Dq2@YqT-jj+wG@pyu&54zTPAnP#4L zmo1IT@wD3sI0kRj3`{E~ZeIpPDp~Nyb6QPuZI*aPCp1RdWC2U)k`{9(0l*o1T@}3W zXW0UQ38J%`PU2<+^xfn}^*zzTn1ktBFneMQR@PvY&-XwJEF?`D&#N@Mp5%s$Wjl1z zpV3JXD6Gve6gDK%MhZqx)fK)a{}GtJ+h0vw>C{8XkK8R#H#J!N0#?^kDz`L{mG1jg zJK8(H?I@spXPLx(2DiCw6yZv|mfee|;}g(ggnAOPpxD;ORPuDt8XILSreJqKJR{q- z@PKlWSq6>Ep}t449qj^IR@kqkU1h!s0B(ISSkVs$Ogx4*wv#q|-L#U}MZ{~IGBP{=&OSSr>AD#&=KJuP9J+%dM^J6{J zoKuK})1Bl=s0~+0g6x}a?1Tpg_$U^qT{6!NspjtcnlDiSfxvUyf9^~GD+MhajmptCE}9a zlp2>r5^Y0?!qJN616s2`eVwN*e=Gq^Vv7dh7{$kks?01(yoXX`ivuhG&D$~eIW%j zp~GqHbh-(dx-4#QK@Qv?9+y0Z&^32kMIuMN4DAVRLo*VscsK?u{2fw>-ap}TFYTzi za{Ggbw}_qWCVP4R=_?HCWd^&i(R$hlo*Rfxfx7(IOVk$A_CMO0D52%YoYFWY#=+1{OR4vH-2ZXy`?ICPK`MViJ;Ko^T~XgQvY~2%7GhFp@JlGH)w2$%r3Q0!8}7{ z!i7a{HYs|lqrlvB@=5%#xZ0{Djb;_8`$m7{@GP&bN_}*QokeUSB$>3&^-9?{%OhGd z6O|(Dl|c90!)3P^FU?|Q@R`$bTJrCX#+ZMWB0LN$-MCeSnq+Cm$J|a#aaZaxc(9+l$R#ZE%6tLO5X8z%b z>klNwJpP-25XFJ~qbp(D4~?3_c%_^z-0(6;S3CY#tH)^b_N*j$=z6+i42IHOk~Fa4 zNcC=qZVUJ7!J^odKNK3w)B69KlV2}3Pi9CiQ-`F98K`YZ8YkER$RrGMLAm5#ozR2v zm5R;x7qTczI`Ye%AcET$96b*rnHtb&E?k5>5PE5cgM3eQqw{My98`M4vO*$Bie$MR zt^wwP_;KQ()!O(;x}_>eP}Lc4Kvi356H<>T0@cav%&wR{zw}%GAEA!OG18}Yom*dE zX!kKA4}Ouqy4$u>VL>t*1u4aNp5M5@s#8p0pW}=5R?Fpjl0-tjt>qvT3nZa#S1XaK zaNRk^=iNN2!&rk0M_xJ=AsnBnydVWo`6?SC*m6RVpqA&hW>?)ExR=-<9I}HDEl19@ z7^WTp0P{U3F^QR*PAqLmmCZKUZUaT-kTwltNScbPD0?Y->!trst-It>H?%W?`=&_f z#0@IsA}O+s5@#;$Xc1Zoz_&#GE^i8UM!B%s#I~(72Mn-@RPb4af`1zS9q3S9I(;6n zl(&vlpe5S@WK?YtGo$#do02NU{dIO-arRsC5keQqDIf@)Fi4ZeqT5p_A4F;X9CwMedx72;u}@?Vd-@g-#H ztylp)Nw7R4w7HLr@WEBNq+^n(?or){;-#1;9;?Bo9P;L%kcfYNXXM4xVF4jHm8xdX z?I2|Y0<>Lq=kr<*9X`AfXZS$UU=*YnkO}W*3n(4ROl&h%{&0!S+hq>V z9=~bqe7T0W=cZNpzn1#D-ZD~`u^b|qK(vdF`%X+THeFV!n*`Z4(2ivOu+Ax)dpcSj zf)buv>KzG%B6Q2r__t=GV#C-#R61J<*ne~wtI~q`xcHyM-Arx3Q;V7{dlN6x(|Ij|{q%@Cx+vJ4Uk+sb&N*(qxHpRk?VTg`C! zFGAXb2_j3UmoZZB!thYAXTLrKT9k+V!@crfg(J_b_D6Bu5Jb&ogQr&5c1}*9(9u5e z>t$lc^9GuMQxq3CZ;-cGqhnb;-QhIu11tBIP%~Wh-N^)DNN_a3cm{X==OmJWd4wX; zO1eT8i83MT!K9|@?Q-2S>Dl=vt(C>BF2b-o^vep38fNU>({~ee;tG)*WNdo)yp*OA zpf^cKGet%SGIqK$?Fx7fO>cw+=9^x|7p|~b+hGLWxGhORm(t>tzJmb4~Yc> z(gRka30NwzyAF|g17dUfa0{`!t?)rVp^ohK8eOlx2}Vkw5zNg$2t#qAB3Gca7eG~# zuXk@k9JRL@y+XLXZpI)5E_YU1_26U%&}~sLES}wce=FA$4?`8nq!5q7@|MVzafobKkSu`HwMH z%eF-Xab4Kc53EJ_;5vTX<#iCAkDp^qCOmKDGLPupAqJ32c3STC-U}k!<|8KVgDM$( zB+HBWph*DFuMP(@{YQlW2L-XzD2X!5+O3!V5uN8lP5%rIRg?zc1Qii`lU`Xa*;vhOqFdT}I><+I zY?2lh83P>%PvAJ_s$#3Oy3wK9z;bOtR*G5%c;eQo#9h%ly`nrx$zl_c*}=lYJ<#7% ze-@*7ag+$$W?KZPdJEV>HdDz1Q4!PN9D2#MSbji&2cYbdEbfAv&G|LKc>c-Cywm$y zLGT^oo208y2?e=>mLt0ql>2n;GuH*G;`QgOqum#XrRq!W^QkMv#--0lsvcl^UBpeW z%1S`2Sq#SR>r9`mwYAh(?Lo6QFm&+i6$BiC3Fj$Sbj8tdXmOp!U_g=f6`!%d!7nWh z98bw$5mzm^IgKPfaRg{pV#}5RtcclUh{$AllxRu29J(#4P&f=yhf&9A8Js`fB!GVJ zd9fd=dKN15$xl6_aaKautlEUz#jc4v4Z#WY53GjYDiqRx3@uxO2~$y6Ji{+uZ$kL^h1Z=a%>dQ8Qy_4K)B058 zHPU1Eoc1g!%eQb))Z=jR7aCfyk@y6UsPz-JRM^V^{EFe6&HQsvw5K^4d~PN4Nu|Nr z*soblsCS*-|JvMQ?1{N7Ot@L+_s0KpFB)*k6V6-{T8Zf`ll#o$k%E)FsJs33vQ1H# zav4ey5K6o)#~A9e=IDEFD_IYcW9j8%nlvVV)GqEJ1<&Qg&~j%@96`(af~1f457NxH zW1S-J2hMmYIbo{#sr0Uoe2!`hz&|xlBiO!*&Hb&1j^uygBJn#lefI_NvR>OSDBcVM z+EG-BYI05;kmEbKru(Q>vX6I*nZ7^^SPQ3zPI7ga(&AhM#7~1aq3FSPLDJVxES0QE<1H$O71*eRIPXNsL+R8+sP;F*T}W8>Y%78FzdI3L ziK-=XIRG4|1KSa0*vysLt87JTyGnZ%1Jmq>scp=+d zD2x!=>3LEIa0|eYYro9mn|KOe3rf{CQf4b}E93_0^SiKP^4+9_o{W|PL0Nr&&BJK(o0w zOK9bcaRq~_DCF+9wvjP#q#}fkWd5SP6lRU+l11x6X2^O>S`%8yxVE~Th0P6?p!YXT zK{^H}oC*}wJ`(&V;YX>n*N5=gHCm6zJiL((Uss8&VNAcSuVkFVgoV#+s6425&b*c&3*VG-;-V7`S8J*ctRz-A>bO)E6Ff9!I! zN4$QoN!Mm5VgK@OAvYB@H)jZWR=rnYGN{$zSVbn*ERSbRH#Uzi> zbenNwbZ4DbEh(e59B% zBc>`M6~1l&VxTi_&rRktRVA%++SKXr@M7g|Do|87+vtgNVWOzASmHreI5k6~{;m)0 zifKAkA0C6$R2r!mM3W#997t9^%(HK3n ze215q9b6cw`t_?mb|cktxT|L1q97)HP7;Iz#A|2u#ZVFd18|SDi=meCDB6{rR2R3u zh7TC=3Qnj3F~v*=>#ibFu(KMy7&dHIYl8he7mXf)6=ZvE`4!6nEEO{4ORbj<5Gj>D zcF@kz!-4?jD^Mj&BQj3(1dc3uUdW9BvZlksD^~@DZw{n|J~WM(9c$I=^Fid5 zk~*(!3(b+sDRZ3aWV=0@_3O;+%Ayz?M8?`|>Ft%# zNp`Mjk`Rqp7hA2gF4HX}#W0z=l?K3MBOXT4Mp~qcx(H`!-K|=^-7-~Ad~rLsZJdcY z=1guwoY(t_`#x!iOWJ*jiiRy>aV6VeoV$@UX{rEMgM(EsVW|oAh|In9?E3v7lti#L zGoUYGFB>qJaw#(};i8qZSg92vHvS=-C)%%OaPJOm#c+D9?^jy7$3L{G{1*z*8Vc>d z-hDI!46-G(sdfyfb_9AodMt}<+1$ZS3%F4SoTC|F!tUuP>UNudIvg+HvO^pX+xN<# zcD-bf^zDR^fU6*FME{6wFL3es9(fvG=T#|QmFPE)c=`>`GEw)ko*wYzsZ3T-%0uDI z#naRDi03Ga&(S)zFZt|NMGcEWJf_vYKc7D_edj72fO~yNr3c7A?6g7+mR_IM|tDOcR@pO^D0PQIi(os&C%(*9Qj-w zZHXKFQqV~b1UxUHCF{(}5rlQuo|5P=^v}aKp{@3;Q zGzFchSPg1Xo+EdV&RWaxffbI7!4qJe_zG_gc2qP!F?@j|W z1F3CYehG-Cod4n-G~@o{{2JON^Op6Za>bE-n~@5{2>%97vHQiZzWFQNSn(B|gM=p- zfaL4+ssHD@ca?ixw^SJZTs=iZFtchOHV(N$8JO58p+xz_tMFVDtb0M63z3D3gq*2g z2${56Z7o-K<#cKkA|U565Le=rTvfn4=)EMkRW^$~)Rp+cxWX0URTkVR+Y?BV=y}w| zBR}jt6FJMNmGV$Jg7Otl8&zDO`!N_@LJ`UdtH{X4eyK(39uw=unGV3cM-A)RL7u~p zQzmWaWS+!br}L`cNL~Bk&fT!(8l{FU_BkRF)5-L$9WAXI8sTM^YW-JzUE6nih*s;B zFzpDZs|?u%4}+Eg7qnIopPIknqbIF>HTYjIHebOI9qUSoRzvI^$aIj#q#AUTN0|ms z3AyQtHd&tyh@2?kj(I`(*4o1EN>M;1ag;-3{&Hk%Ph*`-Qm}q8h%-7G&u^%JBQx)X zTUb!C9|rWunm~=4aXvAyQ;sJf%I~*0LRRlu$cJ_qgO96B_)7i_QI@<4uEOEC0?j^= zQ?u8M2gD{-+guy>#qKJjVFgUF^BSsbb~)OJy}q5kV*zZci&2Tv9IEq=*|ZC)eI*Jf zf^yz-$Nh^&vur3G+%X?}0>Rlp!QoZvuCM~yLi_Z)cb_V&tpkUYV!gsL0KHn7&Scp{ zr#c@ARLu?1&0dHFu;^eBK7p-C${hg1J3T<1Z~1AaUjSQ16Y^>d7o(_|*ehFvITCt! zN{F2pvPfXNg-8s#>q!Af+VM9zURQ) z@h&iOgw9s|kSY06Q`@W{DK_Ebo`W@VrXnwc=rKQw`wuwj6mF;EXQoO*ZBd_6Dmlfh z;B30l4Vl*_g>RHO(8Ha82`y4=q&3YBZo=wpQ6)nW1lm4i1c=kAIb)}=>&^bagu7_S zr@U^yMdYY*q?AO*8(ZFb?0x}p?Ra@PvOa8xI%1J8-;bDH&V;i(BojAq;=f5cyS+-Z zN3}CFI%f|(f7v%dBn?*3F)%<02C3f9r*@&HuF*?bVT@Wk6C>kdnt;w14npnj!IY4CMe!MAScO z2(bzMK$f6p5ZwL+d-lD6Vbiv!RWFUum%_FBJwP?vXoE|pJ);^IYCS|)X7};dWhEYP zR^<;`gPNOjSfiYyo|exVU_}<;unQX__?inu2(TH&9;yZo$U&+aR1#cF=AcTSQHo6t zC%Q_}%?vM|5rt#z3X}n_48E~j=0D80r;A~_bR9c0!RT1B5YvI?!QlibZu<# z&{1aNSkwpo_5H-RQNg)#qY2-ZWi~sBQ*Dsc#r@+I2a-@^fx(%K+s=+dR>(ONJ=!+k zS8k-tCy(?F04U{}rvjWJa(_h$2sA=S!E1?E7s%dCq61dhFKW-~+LCDJ{uA^+GuGcN zFFLaJOsQbe{<7%6Vj^M4J<1G4iCvw`-b!MX1^ejz$PWnycYwjuN_s=`03-d$-!MPS zz!(YcgD1MsJ6z`Z0)eC4EQ)4r+_z7%0^y%9RE9H6ZaL3+Aw!o)wM5BsK+2QrrG$D+ z01?rn8D8BU>WUOD;MueheZ;y4v!?ybc4}Z4g*f&NigL^u%1b+AiOe(Y4Z>LwiZix) zl!)uE9fr`n`lXyWUdM@q@Yq3eroG0jmt zdIczGO(5k}$G6Wsej|YKWFt9?1)dBFxd0L-?|r+U0{AdnGSQ-#jILI(c^SloyBXEZ zJyv+FK0Hj^#ncSyAji$gv7@(}>o$^woky$hj2LmW^QcT-c5y1(Q8D#`85(UUo zFr@bY{%CD8oE1&_xysN#(GIgcTFk_;Fi@r9bij3k?m8OyD3_%-}nkxX4Q9c0Y zwLw1bOK;RON}|p;RFNCEUPmso8)2B%M(YUsYG4SH|FX)0ol7Yk6oeIXz)R?0$%!AC za$UP7OTNp0*?@a&wbQoc<(P*5^2NYHEH*7N;#}Q%+=YZ`#y)4+9!>QbEuC?RR1$4= zG$yhdlL9|MTca3R@F%<{AY3P&&UA0{ z>$C_;M+ts8VFGh~*uQS6Q`}N^9LLV1ArX^SioM=ks&ZyqBh8s2t?L?0@#$GhuvNSJ zz4wa)193H|j-sM~@3`_1Kya_Sm&()SLBSrq9dBh3f-hDa*0A-j1}@WfqNfnJMWCte ztE9-%OXdl)WPgr{3avo-&(+ROqKho6_FL7b^Q@j}w8dbs}HvxDo) zQrIZe^wN$yoKJJ8&lV2u-0*Q7gbt1F`;Q9oaU`{18zf#_nyqnsG>&D}WTF^$4sDO8 zp#t2aF|C3YPsCp{r);1?;OpLj593&om6VxFT|nz%-Z4#oZH=$j zzqleRbyM{GlEDWfbe5YSW!nM~0BJAfX(I9oL^eli&^gja%>!Bh)ESRcv zjs+FQ3=@(U4M9o!BM+x{D7>nH-?zRYp zmNKjAJ8_ec{S#}}%CQXk=yo6Fv%hZ;Fd7Q5?0(l1!F7+bi`8i~_BW=vUk zx3Vj5V3o?-|L>Od#^S;uWl#=l6Cfo=%PPZ)2U%9E)xwDI^2Xq%zR-0g)In+4=d4$q z#Re2IOxnA#j}2*&eBP_56d7A`&+KOwKhL-}kH2CCQ@liJAq0x6!oa!bzYzC9?Y zd08|+wmGyNz{Xd}#~c8Ku)t(tUB0JnDCYvZCFFrwzMLMJi*460$69FWX;TLxt*Hwh zzM#+ZHVQaSt)Y1g>kwWbse6bLj?Poa-jc1b*t>{?adTlX8BE3-Bfjk#QC3R8AlpbZ zQ2L|*>pN!c{n2F3A|n1|Vgd+s)SUX073I`H71TvhN3Cl0~fWL}{~cQl&ujBbpf!;tD~Ib#PDGOucEXq%-v;J&F8 zh-CSqQcI|XBDOX-4U1bBAy~ZU3L+IIbPFhvN(*x(7S+rbeK`b{OUY<~X0H5XFIRLX zs8Hf1J0(8rrP2CmYhz^s;@ho+QDfpT>xd7o%jp!W(qheAH%DaX8O#rRaGu8|R9)L9 z?jgcstn3K_C2U8ECoqU$r<2X5-(XPhh`B1g>k}>5?l9}01|wlp|7Saz5XTCwg{6k4 zr^KP92z-@==?vgN7R}7iboLl&8F_8o8^z(_7KmFV=4xQ?AF)SSTENxHUp;zgQfq&O zNZT4WR5*q8T7x!>84Uth{9i3*apy;8uMI;Wlt9&ZPBS4AZF_=WW6dQygy)@5(vKkK z0a=QHV=co8&TrAgC?Y0^IyW|s^&uNahMn29!`o;ecO_%GR$Aj3P#`=g3efrXG_0M} zCeU$6!Lg3Im(v&kgMI_nC-WCMXco&01|EYBS3gwU$z?;IH(D`uc0xe;-{K2=cXlP0HhT7lnahJQEq?>DHF znxvl`UeljUQ5iIv*D%@hf?3ermMb02Ysf&z`T&$5iL_Et4v}qay)+3xtp0vJL4oDW zy-6wTF8X`<8F@fsP!dTlid`1SY6##11RYapbjZRRIe{3V;0A1-+Je}Og8nZ(F~WYZ z3&klJ4Ot#Cbrn@UHFivQYz($yD*uy(5~?~(8^AiNOG&0!hEnTsM&3D07!z_7XBOQz#GChM$=xoO6rg+BRq7gw{oMb{#+!vsszi(t!kfI(AAJMdV$vAB;4=x35%F$cn- zsY{*pWc@f#80XR2IIl}1DO4RW5(ksi>zU6y$exgm3Zfy+h|_6oZ1XlAh>t4NF;44c zoXpn~x>l_!Z>7)S!ySow=w-4mB!um?A0IdOyXhi%;t^v}#*7!K5y85 zwGz=Z#dat4X~+S3!;K`$M2p;EjC_$G$^rZ$MX>(avLo*@V9}Tf*|U33snvg0XWIrzK zLh08lW6|hV4_*^jFPcBf&_$#&;-N8GOKh*Q1qB>rA9t%eoL0FDXiz;c33!1`LQ`Fj z#j}Aj8ARmI;$|d9N*VG(uiHe*_y!`kM3}3{_Awi0b_Nb$k||a6 z3;|2IVE`w#DBX@t+mJcs-Nl8#JWJ$<5cihcnpQC-A{NPDDnx6|H%zZN3L6MDQCX(gJQBZ=Y;_2f8A|?C|EjogPsZCkj zRJZK$ye^m_St-tRQZM#m*?2Q>Ytx+o%5g`SnV0hqLv=PIiX2>qL@!%?`E<|VDa%z| zl+vL4ldhFH)j7U>UA{to6NjN=!$u06h)|;|W~~XyWM>8HJ|Z`!E1S%Xz(7`WZ8)4Q z1DoW;K)oD?3VWE;B{xS&Cn9XQ2uYW>4(Lu+<4+4b+Ssg0)lxIuW^Kxov7zw<0O)8# z6Z9;D4cSf?!P}PPE`Uqa)9lP0q*31xJs9=;`c>NZmNd#p7NBvO5WfmIxIC}T>g0b% zxW4tUS!<5K+6#A(1D7Rw1^)SMiu1X^mbzuP`vzf=#TEPGZ-XBq-7wY##j)0xfOm4e zLq^rKY-AO_!=_PhiKBKBU&#qa`>557xj4ebMr#90y@7*3@sIUIH%@9VwKJHjLSudc1MJg3S-g}{*Y0a;WGKrm%ZrU6J~;BJkFHZv!bSos919Up~P_# zoO&vL2&j4LX0qc9Uh8a$h#<=+W@4#csEsU9Z^0Bl8X<;&Da^qodR_r2&nPL}+a3nB z3*rZ*BM?kRvA8BF(Q#rPsH;G0!0DNHoO=7NUx44BDNxlO0A>_YHIV==^Ayp%syIpG zPM%^)_IU;oAQjh7)j=Sf7mDw{=S>6GwPwBfPuQ0x$t_O<@4NWOi5TZ8SG{S?SLFjK zJ1jO?^0te(C#wr3Hn&@c&}F+jKsv^ibB;o3PQMiJ_om?nA^Bv_l*I>52jwbqguD$Y z>~L8ZV<^V4DR?``AtDZ00_XM8Dy-Kwr(7-~Uhd=+Mi;*gM4N4>e3n*RS3f zhQI0r^Yqr<%?p#KoRqecoo(HSS!5e(LM*Z3Q(ScUy5(eXDk>P5(yYVQnwcCZu{QBS zvd|=}O=RyyWKZF8{^9eb%*4CtCA!C-3OHBh%Te6R=t{s?dHNcX>T$!6z0;$Eyoh|J zB&H2Y(b+%)NdMY5A4O03}H&S+cHU>7-Ib$(kj1k*(<%ELjS z!0-69!3Y0ALhfrm=Ifr5&`@`GOBX34=)Ma8-jnvS;$+Q`2$CFu z))Fn?>X}x+!Pg|;CsP~yMn=j3aBQ0SJcZ#?EHvy-2_PAaoV=zF*RwgmQ8jU#!IfRU)>* zdza&C9z{^Z^XJxcZ?5=HPJ`Ykyi)MwBAvdxiY=VQx&PIjTOkZRb#rIohj9IOt>rSG zWKaj)$=d{9&lSV?HbDUEcY-AD%EJlhGlc>aH~jF-2OK1}UZ_YZ)NjMIcJzii4>$8tCB3O%!1sU$`$!LoVe!rMS3!0PIWE zK&#?3m1IE%$Ehc%juY1?4x@|MGKLczsmQ`o5)F|obrOJ}6sAX9R7rl*;M578Ji!t7v(33cl#!tw& zEtH+TMR@MnyM|Q}`WNu%Y&^HTzgm>)mco$lb(cWe7=*AkO!$TZ;fm+1{5w0y7eQZN z5LSEUiUZmmYq>f)>1%g@VF7JYD?_F_klv_d2z z5}h)zS}A9kNvLQS3JCM5s#8-Fkl@Vg^43Tch)e3@@+R1B$%3felnvvJsz93$wVOo$ z^wn@^7+$K<9j6uEvBPOnFM9kvdsntMeJLphGVR@RxwZgR3O-z+$|Zh@b)wRr*LKdK z3v{U=7W!cvU%426Rw2N^bjuonqgWK$H^8R2GKi(PElJW2Q=TISInx=i_f^}wTXESM z=DvJQ;gk)tmjyz)4rpqEyya5Qfl-?tMHV$c^N4Y1xd2t~1N|GduXkXogG(+SE7h1L z*dVA*<~YhA#iV4H;#f?K_7r3Z9ht*f95$5Q^g^`$R`pKudx?pNkuVFP#AB)aa(t@( zp}fQLMrlmC5VrAS&aNyycU9{M7;yT;&!cgg@md@n6Xr&)Riv6j4TcVf?tWXPk|Lt% zFw{#=R3;;jDYB1)&Ke}8u_~@|1QmoFPW1AZMce+6lFw>I725v~eazu{ z8J9|_-TT`RodoOzyI%NLGUoq2T2} za!Z)iw6~rYk_-@|29~4JwX1<$8Bb z4Yacwuh7*G`6W7+%wUG&4WCBh#Z90)&11Brs>*A?$w&HBc#V&B9~y2GUEl?0)75Gn zwtBIQ-C56^tdAAtIGW!#HAeP5n*ROu-#tpkMy~*2^FD<6gQr^35hB{uPI%dA=Psxh z0Uz5z%mBt#2Q(zKB@VXa^fNkt4DP=(cS$W5!MtPq9jJNd~+jRUOKiU@zBFeMOeZJ;vmwEz6P}m zkaM`QLY#By=}+eAlE`6{$UbRm7Jh01pT)!g9UE?K~ledW%WkSc2JSOe?c4Hs&ueO0R-!ndfo%>t7f2R8hspM59f$;tB(2^@$D8L#(up5?l`> z6R}qCQx@fTm=J*~JNk244dwsLN z8zp31G+UD45eq8+(Ou=6Y1aDNZEF2~Lq^xm9;Mj!2EYOK5)be8`f1FEUpsq=UY?GX@OYn zQ~}#k6v-VChzTRou3a3!j|4JY1p4VuWms@SEH46b_NsA_O?TBEg4y#v75E6%LgO5= zn@lRh9Mcu2NOKjA%v}tFUE=$4*sF4&Zl$_dJ}}DDE&oB`f()&xp1}gBM1rM;-|& z*#3%SwIS*B`o#ewQR=+j4rbKlyMXAv^svXe!@^xi-4|;lcN)S8u_h$*!9*1TBhF6m z%>b~H3wRR2PPY9IpPN3@kGmj+SE$WQM$&Ci2u0z(-NVDJYFz?d;yp5`9jMBTJ-Md4 zv1*qVGqs{c&}x^L_x%W+{l)qRn`Nu%Vyd#p1PE*ZmK?(ebk`tgmVi%!50rr@{;*p7O3x zGdirdYH=Y6ha}0{v_BnnUFR^7h-f^A3#l`Yy}HnHY38x6w{je&cy}yvRB~PI=v}*; z#OVG2F6QuEY{NoWCe8o6jGLN_mYgQRfe9oN*H@Gf5hjTHzXBju!q~>MUWjrhNBqMdAyy{mAobVxu2Wz5ltI~!G z8{tTM#$3AZfN@lMg04uciE;%Spm!}_9)L0f#;T#*HsLnc4IHTs&hm!~4r4M1&fU+lf=?x+&D$8ay^m&~Cja3;$zPX+!ZW ziIiy=*3LCxwi0==VMhT>LjuI{@sBDptW?~CG z)SFC6$==cd&gA_t^meFWc8EsgmY>16W6$y0pp2cI!lNOs2+czV-m^saeO-SrB6w=| z_HySln=Cfk;LjxNd!`JsVN4OOu@mjKaWz~fc@NZA+b=gK>1~;{BQk>JrvjR0Rx~(JI8D z@B^ye!P!zLfv#G?DRaN?--);&CAXlt-*?|f&c{Wt5sx==U?=g~;RhBT#e@aRb8Xo~ z8i2=Oyb_4Zj-08K*pDo~4jut>O4etVV4Jz8{|So4hrvr#mnpO2VEZ@n<`jT4xOHgT!tX$&Gsl^sT2l!q*tVVToDx9k%aln#N7ua>AcIflkt_LE^Kd2!@ddk$5 z<5G9|#0dwNL2a9#!F?4W<u~H-x?L7jUL(gtk^tZY3XyH+w#s5wKoO`_GvwMR zL0$BAV+|%AYEgWJg6T7cUVkrf+36_U1z`)38@jzir%C%PVrSNBkbmH}5%Z6Np%t+d zr2#6CGo<%+u{ZDO;-zbnDjKt+!_%}6ha!+h^Bu)1Ym9i=65NXtEEg$9>RW#+&CQ-LyX^!@om!E)wz zse}gFi-j z27tui@=MeEDWdNJ3M+~v2MJ5=Hnq7Slw;g;%zPvaA5C6F$PM;impu&`s;bYCsQ#{H z%NS{wJ22EL3OA_|)>r0q9uM0Fpf~=csAY7Lf zELp0c%HQ{K*yT8mFi(*;wd0l|EupI#tV7WL?<@Q0%kLwq*+x~7moPl=G&)9>r#oXY zf%8QP(-x%HP4l86Ta^F>2{efQ7Ma>Yx+N$bz}=$k5H{#8j*fk|Rl9lC-GpP34D4kK z^=&Hd>=qcQg2|L`Dz{v|NHolmMqmBUT%#nYP1Cv2l>t zfID%@=*oMY2&TeJ`5fBzP$qeXNdAvOzZ8^_);|juyTv{2Z9^#KsiP``qx1NMZZW%z)0rDk5@h%n^>+3Xpym0b8=~%X-YF!!KEntGK=yWe#u1)Y=7s%m1c8P=OcC zVY>OkD#^4J40#8~*3)K234|$N@EMLb5?E!0o=zpq$mCvhPSGz~6cfMC_$`}-NIS^G ziICw*yIm2z@aKV|vn9#=FAN&?OD!n%uW{?KiL2!f$k^Ei@sLisX8lU14`mE8Sh80u z1uQ0^lly5NDiN~Q)Mrv-yh4L1qG~?X8D5|vd_{7ANXU`p-fZd&uGrqA^nrpaIo2i@ zX;2@gPu!UJZ&09KLPNt@f#>^1vGE!TV8`X|Wmr?ll7QNejHrJ43>r5|AVk~avsFA^jO(hf< z8+&xt8n<0j6fs(a8{)_Zoj;`BCm3ipdrg~l0+E)a7Y!B67r>@l zqyN*K!|K*p7L@VDoM*Xai3R_=0_!b{Wch!a23O9g?uyIp>M|0DG2`0Dkq}m{8^@!6LSZ18zu7!yI4K5m-G5s%N!i&cOIS@y}ciE&J10{Rz%hlUT8yEhs&(h_wc)hF)CO6o~iIsv|+X5*rq{LrQnzQYN;r8~o_z z*%jtffNk*7P=sSSS3BD`+pilHt1;*zZtm zr;(tsXdz%WqigJ6m@+Mb1{|`8q3HEC)fGsk7$7-OX;*|CWT9{uvm%3YI*Y6f^11y~ zJ5=)~Qfi4xo8m;A@uH=MnvzWY_z{86zhf4!W}iQ;<c!Nhkv%fN&eKoi1Kj-(7_93u<#CUMp{RmX*_Z-cGP|$B zt(KiFOBWw^^f2FCA_iF)o-Nywqd84Za(egQifMNrtVH_-d*;)X`kgxX$^RDooTIE2 zVD%y^;j^FleQXQ!)eD2MLv&5mUTTp(#LlfJt66xu)Y+XOjuxZ~T1iMGY2pVSc+#9% zXzs3d6NY1JJjlazXNGf(C3fv*46Y%_XhHovw{1~vIYv>HZaNB2-5VO7L z{72m`x8hCC8g^|lpS`X1EI6g^%wFh-9hk8Ve6c~n8J;R;TTX~ETkVy!6r=E#*`Ai&YBg`Iyt^3Sw$3K$MHuVH9)j?& z*p|k3fTgJm_=WAKST!-po@#wnntOrzXAgq8{{e{!s`(tD)@J($4Qm@BzsS7uF- zM$T-yzs$&^4U^4OB|D-yB~RV+7i79Y|FLzvRebvbCuI$$@NPI~;x!R#=(||&#a}ZE zoCDq4TMnnX=gM*=Pf9P;9}y63x*Be(GjyxEW&#rjQb>fHIB{N-m6W(r;6xV}6Jd#+#`Q<@ zHx(j<)($g4GLAsQ(e#W+fN}%RVut>l-M_T`L?V2YBUysgSf}`@H4un>`_82M^qM+0 zY(AHFE#urM+1fCSaIk~7C_ifz?MWb0!8-o#F~Dcjb+}`q&LRN4h2LXRilV3ZohqBA z-IqyRhg?MVimq*BihxYKbLj=jo8A5SragOpNSdfHzT4IKSPsw8npw3VY|W|I0zhkv zMg>13B(q}f8CNgfs{4?Jxz<9ZajpESXL6Z%490tg8iMbhbF|i4Hj=V4r=z1e}YTw10?H!#r zN*^eMCJ)AlgnRP+%^i$&W>X`E8D+;qQ+T#Ra1gPynI>8W_*zU+Nm^MF@p$fr8kW)X z2%(kyqln6ERRBt91;V^QwI-@<&l{5k1+^fb_yXZsaUX{rx`GBrxf{ zA|+hda?$zwUe1d&KEiKw$gB5$v8r~4r{-O6T7vK=?}&Zq}v+|R{DGOo?Qj5)MC zpJkX?b^z%!$72W#EDLDMUnQ*HQ8;ITrQwo=%CMbjq`@lXRh@K< zsUrV*fU?|NsAZT+bQe#T$Sv{V6U_N(e+{sVLTGJH)N)bKIOEP4Vi0ez*7WdrkkK^Q zBiQkN4g~UwD*Szs-t8LN8|=%5{`CoPO>)*$F@ejY(u1L}Vl78ADbFYekCcOpbVu{7 zKHi8x_*9(S4Tiu@k(N8mLi^}xDWG`UZ}Z@82QGrD85L$QD=tIMgU9unLn^-RF8dR58IXl9kgf-Qoztz z(-j0Q>n+xt>)YWea@SC76MbNv==IWrIsGRZW0mz&Wzazt zQ+$Nr2=Nd9Cp&`@vdcl7a^Y%oo`H^W@0^6OV3{XGLL%wSCFbOaU{}ZNC&hbNH`>+J zhbM{EsgO41K!&So46E7!T}aokc5R+Mbb5Bc8COjDe>GF$LU~3M{MC{~52u{7HU`wS z0JcKye8Y_f3qy6N*$$4{uM-)z%v|)tB@auVUxqv=j@dU(J=al7Zis@pVP>A?a17GO zLwlzQ4SFxp%x(EUnrF*g6r`XDo+Q&y%!r1YN9uB3O#-!B`8U|nR7ivrCe0hTd5tEk z)5@H31c|V)DLcWESPub?a>%31XwAGrFo+&F=$amh>i%5-zaYm77jKKp?=bU-EDc;J zMd|97m8luKm}Ii%ntQtA@d0U_Wr=Yu%i_~|Rk|9EQ`&)&ZaWk}mC%R#$g6nsw21mFb|h+c08I zREg620z3X|%#mN|#%hL_GHis$rbc;nkK6ay!dh={jkdTW$=Pdm`gqU#TFAjo%7xY< z*q{Fp6_Ia)danIbXY)2Fq2ULUIqYOq8--bZ$rTDp2F(1$iB_!(agsu{))x3>V^US+ z_oGg-tRaQ;mE&aR{kK$#u@MHVdbocKz_}a!Djt#$Tsaa0}`LJx`o! zokXN$hN2ueW?WQ-4R3Ijs@z6gnP&CP=X`NjO{N)sE^mQB#}=x)TLIRD6w3fii)jA} zeuQ<_?pUsJCE00B+(x=>X*&R?I|*goJaz$KdaJ@mZq`G(`m2gwG!Hw^WT$~+W(hZ7 zq9g0Z;&Drz%(20TF?_O*@101Z?+A)&KB3|U1;V~NdAekQn3jC*HV0@`=-Jrftc7fr z>Xl1j-)@@`+yH$&<9C<1_oZ#8{|6?JwI;hZmP-%{8Fnb7jU87{4d{UGjzOEHh3`ex zvoOan6I`D?U39kRU#ia$jzvG}f{`UPMl@&P(>`Ynu#tq*grgPhS600tza=+)DpmP(ej2l&m}`oz9s$*$r!Righ@H{@BkwJ z?f;i!!`+AwRT~&l{SP%eh4tcY(;O^w=g9_g9PO+TIUx6Pqm!6=FnDE3=Y>Fbrc`su zVdqAEzo<-(X8U(5QpxaB9Mm5jqOIa1i0Uy$*KJ!C(|2jughTdaU6Vfsd@S_}EQpj= zyOCQoUy;71UbxOz_7qtuambaL$DGk*+%!!Cj%xsuZd??5X0x&XiPOb}PujNwi5Oqf z<$S+i^2a!J`3#G@lCSz3+cU4I^rW4U(TrZMwMtpn(xAu=9**3fk52oa(`7(G`g&1( zmM+t6f)7f;@~tZHBpx0UCbx0z%nu;wmA+^XFVjnV7a)C~f5$8qoP)qL2$bpdWls@i z9J^8>71m14`e4ejAi*B%mw$2xymfA2zyv2X5@EUNc>#|K@x)KCzuO70lNwu7W`*8Y zz7L9H8OonVH=3dMxsq~ApZ~(Yc{_8%trNB=sp80?QHA3Rt{4u$X#_B2Q8NA6kh8(w zb`g;&5V#hNkqd(Ozz8#XB_Tl0%>|<87t4&Mj#eBrn8!k%d z*37AN=Sdp67Gy0>1Nq9QXzCpc>Cp-B&BihS;7$Zk((HlW@4OwRYbd+@$NUMZ?7j@h zNE-Ocppe>FtxFPIqGlT2_bms5ifJ`UYgq3T+8Sl55%N%xq4q)>BVy4F!+^Ju+iU9P zar-9VlFU;}4ZJz_v(^R=V`O@1>G3mOlbeY#wSD1cE@4wBV(g*asm?_k7|iZ$L8Syr zjP4N3Jxsg`Wnl1E6JCZ0kXzTqF;oebMw@4(F%^K2+fa^_Kak6*MdgQrUrn{)wVcEi zB2);!0++Z&CX}D9`v;Z}Bo&89gFTo>6*9^Nj9k>yLIgZQ>y9>l^datadl?3a1gHFY z3gJ@c3;fL*O&Df7&RSW=3*Xh}48R(G-IbAGP5B85&OH6mYFl*$I6tUQt3gKU~9hp9yg4=VP)}Fe!gV*Hb2Bi zqQDk9=F=JBb)Y>L1BeUh>^U_1UUjc1{sYp$F$~yghXpSRHB?Q@v-eu5!EdRsu$iA3 z`-$G%o7N!yO$E+V6j1DFdSZyN5U~wCk8~L!^l(~#(sdzsz-Kfr1oUz8^5}sv-Z+4> zT6E>Gy@V+LLKp<`iCyGL#b!tfM(ho8#6AphgVGm`N(7;$yiYB^6}xZ)dUh zAoyDwZ*$ux#&k>wnGzpJG`RH=1!&Ydoh|~ajfg?}KE?bKUe1d;l~|Q?;3LJ40pnSW z%|S+)C$C@!GpE*b+gAewmey)3+#BjQhZ4EBN)Xa1U93Kf%ynubXq3p{7;2>iif4IC zz_*xgR#5bC;|v;Z9TIrj9Bu*@H`?o5$f`-MoKrvxhbs-LHZl!drDx1hA2*>ea+S%xsDt?{p^ zS<(91Azt~T!^0b`w1Y)0f;Z}akGO^@OB1zca_&A8ZIc_b^o&GzEL7eU;m`K3nDVS@&M+Odlo$(au-J>|f_l z`wFW(d4L2UZ^P7zNTiBGo*eUI_#u)8EH^O-k>@7<>drI+_oJZ{BMUZmWQVhTDHNz~ zvXsSAg~ocpPI$)fN$zSUxqZ`14Ody#0G{0#o%Af(Qen;AW#e@6CJ`NE z_TBIqJJz>Sf?ngn4^W!6H0zk=(a4Ndq8+^g8|Jn}?U-*KBJxsm#oQ<@{N@fA^6_G1 zZ>8m7gx=+Q`sY3t2>KUkY@f^BIywx<%!&57%f zpbse`BrSM0h(2pK5pxxV4o-l-UxyDNAtx3Xe@`AyDbYXlPpPo)2TW-?0*H0s@J0+2 zyyk8&@FsnI3Q_(Cva}=adY3a54oma!0%+-hJ-nFlRo~RduI&A0mvAfBD2wcT+RL>r z$q0+tmRF=+!vBs#hZj?;W~XIKOcH)D#f6h~ zI7yw`8=YmD`Adf@RxSFo*?-i1z`q>RE*GhhAYZNqonoT1_DC2PS1c|KxM)1x1(# z{f!@*4#u)<-kv+9S_`J9aFXM_BtCFhv8v##%+~@dfc)82PV;mLxVa0Ydckizu7RQM zOCOBNFTkrmSI$Uh)!kuc8@hGUQNGM@**KBAltHAkTL*`=Pgs6>zBCmM4&@C>@qX)L zSaUU}M7`+Q`23=DQf500eu6TEhS?gUO!cWbQm_;PX?qf>U?d7;OI?yBNWAVG6O;7d zWP@lvC0ib0*2AXQ(jVfMyLq|lCtvlDsK|r+BP)yqiGxPn@f3IO5-&6|cQ9qMC7uWG zaB%=2i`G97JVC1NKwRTO`c=8Hnw(E6{H$xNN2(QCyP~o&dQYK_sf_Fu(KVL; z;I?wd0wtx9psq8KNKlryFaixGFqiJ+)PGZKKk-Ax$1k);IOH&Lz5^lkN0(9sMrkz> zk1m^Ky1y7p`yqnE!?YPnq_HJB{+=F4OTIGVN~zJbe@q3&(ZV8B)d@rRmO5vY5ex>} z$`^*L?D^c4c22kh(QH{o2PkG_=;@91fe9-M~N_B5#RSL%MPpH;#)*hPa+9U{uRTW8sstzl~B}A($J!lHQ zDnvj#_4QfTHQaN(cI4Xy+K!IWk(Be26L~`m-MXyA`f)li9SD%+Gfk*T<$KCRWr|L( z@#&*YXA^A{p=1!&J^b?r7BVcW{}u*hpX4GJLikd3epbge>@;v`yrisTBYexycnf`` zSO)bM9{M$syf>1i)9Mq!ojWB1A6x5pj(NldiOQCfZ5@gp;0g+tQQBeslTdZlRDxSS z4Mc|EtvBvm?AJPDpqOLTu0^D+a-;?|@kUbsAGR|I1bS`j;8vwrg%ipSPQ|h*RTZ9S z&Qo=ve3WUJT!+06FIk@}KsQf5AOlLUoHxg~pFpT0cy`XM~PnB(* zmlJRT0xu0UhXx(*=QQG2W0Wxtv&}Iq@zfrx6i&&9ShrURVZUB2^hS`TQEA9uy->6u zo$8BU#>TIEV4Oc(i=M!g5C=6;YQXwa(yLG~ccX;|HKxGavoW(#XGTB=TSFSI2Y6Dd zAs;PS;POhN5W3td^k>NdP0FSky2NE`eq0GJebGlJ93_j@t3ndF>rK@`&XI}ZDDuav z__EVp!$!VNW`wG7`i#SRJa^{Imh-O?UCmxMG;o3KK-WGVAm`DmNE>s~U{Yb8lNGF( z*87Dg1d%CRnaYf`^F=k}B!xeRyVbxp73#v#ej94VqyBVj&X&hENgKM+$H4dQBp|LS z^S84OthM7tuCVClGx(uJVhfDQwY$0Te)Adh7+^Efl#fgU;Zv)4lsvb68QPqj;LPF5 zo;f07m{=;|RzgO4*2BLa7o2KMckc&YNZ0BN{%LWzh?o^Wa^_X< zKgoYa4}e=iO_ZjRKR5u$nAQUEZ6!B7hJ)?O)!bGD@!O-0W+Q{Y)d_X4Kvi$I@QN$z zZ;FnJ3Y9+1T~t^dD53yRj?<5n4m+?!$yTk*HpXRJTlBuD+PY}*6zYDgE(l8dr~tB^ z>(^~bmPz>Z!kUrsd4@BE6Mdi@4Kr;_kREP-4S?IM3EK0xDYZYQkuHh_a$6(4Qb5Vg zuF-~*Y*zRBs0~7M$qYz1sH>Yz;A=S?Ax_RNxcp@NtJ#nkD#wy#TIh9pyVC#fXUEguxJ zA-gvhzVaH{aGEcL9@ioeFqqY_&$a6;WnS~!M2F@zIY7}flx*yOk&#rGK>=g@1M zDavU^G;+ax2UUGxM`lw}ZF*7O90kdAPmV;mwnW!VwqKRUIMRCD$%Cgv z2`!tFS5kyLgw4W>JAxKB#1_SH-rQ#m^Bh&n?ikKFJCupX$itkz@}M@^TMMV}ZRcpoZ}H5mKp>^T-rhFMXS<2MSoP zK6(DWUb4&RryY~X;Z2|y@aDZ?uDOO5IZCB|J&F)B0+{Q*iqueR~0qD-#F zy;L|aE@N|>Iij^Zi(Z=42>$T5soj>wM0Cbv)Ssw-eC67kG7abQ#`6lSulR)>Rib<-i=D-B_K4bwGEI=hVN`3ZFhB$h zZz`w0sfCg6grLY|6E3l`byRg&u?TAFB<790gt)2FXR*0GK-KRl=dcM3imgL$4sH<0 zCuTmZ!|+y!g=2Qy$h^GR@lUTg3m`K~YPo8a*XprtS{J`YA=P%$EEu?Yf1M2#koh&r zd8n~?AQ2+i91=9(JU=z)_B>!Rge3=r%5&Z0=JMRZnx4y+I$V=!lT!~qizINe@==rB^=il` zX=|dqm`d+Z*Fv*Aw9N?37NPKMbv1&%_sS*cd@}iHV&kOD>h+y7$ep2-5U2kGAq&hK z8bl~C*T~BZ6}~GWg^HnXw-YAd3H+)sk*GJ@T`pPn%a$>oZ-rB)?ORRABqZB(B=!RGBbhb?#1j58Fe4KrrXdx}q#?tVC8 z<=OKDlI1;r@+I*iBuJ89l?ScL`DkIVYQNq?7^pQRUskD*kh=^mzOyn%KJM> z<>yx}2|R-d!0In9$K}#ID7143>!Kk(?$o#R#BiHt?}B{;t<=Te;gY}_Ha0g7lKP9% zaLn5O{Uln6V=I8Sx)`tC*e0ly3`p2>VBEQvGYHFhu&Y3d=i#2d^G?%bL6^*k8exrG z(A7ZanYjn~$_1(>n@Zo!j_U#_^VWPSE1OIX%*x*m6#v&?)1$cnRY0o0`U~AnDlSIR zUe9dm!SL}|WZa@1p)T^bzKtgV!)=k8eu@vXuR6JqQX(1j62Q7VhF6JKCZ2lzZ~ek| z#ZAHUwX9Ilg%Ov?vxay|sxl)zI)tcfG!G(3P=mlFTCC;~vhDW_YjQEwHD7WvvZBGKf+Et*$n85DDJrP1aM)x$3t8UAnhB~p+t*ZGV@1pmHLg5k9%JY7+ zxLJ_OqF~|c?mko|)e?#}r~Qs!wJCg)l(kV-dL}K_y*l{EUXT5pX|p4@=2c z#*EB=qhCZRmCp%gnzP1wL{(^uNHaoecr%n5%DAq;&2frHzLIF3wHPIv@G0U&mUH#4 zPX!5Txao5!XeOwu~445a)Emm$9`L2KciU=u{(pj@rCuLK{YMIwPC?hTWSpiiCPA_HA__P zyi@`}_tlg>O9w>ZPXMRDH+WbbOn(Ch2j$~KBfP^9XsY&(?_VovJ>Tsv!PRGwYl z)XVkpEpbtTr4Lkzk67T*=drc*(44>ym@|u0P(hh!?PeOqP*N>ZKO_N&!ZsV6mtE>= ziS?HoeeldLTKECXn+}oRL^eP!R83W|-C_C+%;qq($@ARS1RW~-n?7?V`XY{yJvWDD{q_0brL!f>)|~7mqu^BH&|8f0vEGMg z+`zvS)cY#9@)aTisK`frp zjT%?x58rJAq5TEu$s!`C40Cvy4IcBD<%_^@6vvWq<+m4t*6(}t%MXYeQl zkSiAx8f{zwq-VRA-CRmF9G!L^9SFws#hz4-7X1UihbxHtfbUKZfCCEQeFBbTD`*p& zHLp}+u*(wY+?wP&tBI*V;&$Hh4%XBnBly+{t+Jh2Tgi|Ina^wrD7l0MREaak74JI7 z2^}ogZ=b@}yh%p%grmnZ&CN`ZjM7z~go$_;q~_SmD7oJVsr-L|c1ltHxt3~8Tx*JCVJ_NyWC`X&co(jK))q0Z^_C|J?KIcvUPE6bz zM9^r;Lu7%P+-QV|cUjU29(hnb4{^aH;BjWaLZKMfR^J#Dq_sGY2SC_-Z~|o=&O>kO z24hR3%S$a2lBBTFow{h&hi|PcsU7}+aoBPmVyIuo-WWwc7^Z`XYmVo2fJx2#$t%l@ zN?oHhA{zC%WkK*Q8i1Xqft;ebf5?RyFn#(#x1^*FZ*MI_jtu==ojNgWba)2op>mK_Y=9P_u;$xJqnf=VOk zQaLfc9D%j0BG zYekDYUhRzFGuUkD?DMkTSd2p1)FVqqq~#M53!i%HlB46sK8}|7E8td*J-uW#fr;S( zaOC*Os12urGa{%n2J#{|y4A=BIDUo!$(?2mIWo$sU4&2g_G+wsL{9A;n6B^-J)cX* zv^@<~=S@j#@tIsZqZ2A@8wBa3bg1aiK=7E!gp?`?!JD{ndq1^mR z_Tuufd{aw;a(e0cFKV>Yeu52|1Z znE8?HKsIS&Slg_SJ@xDS2piW&<%-zd#1f^cAOl+j`$7N@%bo6z7#x!`9?6Iz@AQ9G z84Z_C>2>A{KMLx!9MNUdcI-gnDDu+D+lPr^waV5$jPcvZ-u|uzj0EP#0UQb-FWDIc zUd#eup_(lUEYs=tB(};g)NG!iM8z-`PXy(1nqsn!cW5!%3g?NUc+usV)Y)TZw0Pm$ zy6p-o4oIZ)ql;nQYE$PUfRde7duq0RoN_MjleQ>1yE=SCF_cVsX(;i;2_6YY~z z?Zo;G(#j$A*fXMP;}Bo_kDN`ij2Bt!SxND!7-vX`I|hRB2)VW5LXuZ8@>w5S)RJqNMor`gl(iLCBe1cjt zdAGA1*vD}+USV|oLNxq(vSG8Vw7Z&AVW*ie+Ym6xb3GU&@;;Bj%D?IaGOB8v%eHy4 z-?)w4W~gfO<~%$NSyePB-N9V=<@EJ64W3K9gSZRoUk0R&SFov7e3n{fVa9o=2lEfE zl&cT7txHnFZRR;H^tH0~+fY9Hq~YU_gPV;8Xdk+4-uG9*GFana=4L94$c=SqW-AC4 z2V6(pSCQz(B?h5=8ui#Q7sgIsT%Xe5MCi`Q#M|krhOHaf`9$9vhGIt1I3c*6@fb1W0HhlX6A;F|dlE zGAF1FzpwOO>GQfJ%v&HeHG(V>E4g0!jCLJQ3H=hSpLRe&{i}@l-w;D)sruC+P(IsTVIFJNS=(pVG4Z+z{TAvrt&8$ORB7Qk4m>ILL{j2yZHt`%gY;g;Wr*FPvL+DF;GfiFhDFFnV)ORpHaiqJR94BWYpVr&bc*_E}OMs zJUB{FHn*X_czoA#6Rvv80uyU;mRY>k{5apLpITDTf zsMC{s+CM`xVhNvi5kq1|9-u|eUlBn05P+QVEprs@kZ)r#cN}dXmT0$Vm9_GgGB}3a zBlWsXd}a01y~}jEE3hO&8&r&nHj`YX9rykvU<@43mRkfs{(Wc|5#nBpO$L7gzt9>^ zS)IIt6xn$(DJme#5`b2P%aA0c?J?S8O3aR|s0DSrrz~f}mTPW+kocLC< zsZ7EDD(pA7`6-8;UY)Y@g!{6V8M>c2`gwKIYo7!=!Zj0$Godl8ESakuWUHiIqpMow znhA1*Xoy!2njjC~vI&5UTB>qe4}y8)pW{U$S)#8a3E#F@VNO!%r-ggjE+DlzF z9`4NG7{{KNT3~ZVwS2`H++P?0B`l=A)knrUl7+BAqBsayU78w)8wxz== zB0QHu9~OWv{Q(+$Ju?}IK}-e-1xeUtN+%91yCIvPxY)au*fR7~8&bB@W(u@110azl z`c4L{mfvl_#usEe%7RSDK8h zEyYl1d~6VvXGDvb3X=ZQ&Xb8iq+EwARpdZ0!7Ya4mn7Af^udAYm;C;se8o`Ci0(Rh zBv4D0;v?#9b>2m9U&^85c!wqT#K_rXw+Bt zS$|!cqL~@RH}ht&Qz@h-VwIU#bRsle8=i}g1cZD@Pji62L~oG0X=z6E1?3$0=f>k16pnlk{!GNKHpqY(!l%13V9Lh1k((48o zWi~VouG`zTpcv$1szOd2U;f(u=Ag1LQ{3rF>?eudt>rnnPq)FM>byX49Mjk8IOSHg><3D7Q8B=EB+9R)WU8mc+`ZVSI z$B`e8V>EeXjCOdK+>o!Id|4zYa&M&)i0ujC*EtxvOo)G<%;dZT^FFe3Ruj}9MmbdU z=M~&28=3t+5j;vzUr-((g0I>ZWkn~1m<=NYpOdt9ajGpH(6wbd+7)KnVS4;yH*Q3= zV<|B0FGfKdP3@Wos2yCGFAZt#V3H4|9G(Q`rUcNR*$J~0=D^x~za*+@3jI7od^yPp z)wp32dQii(cHZgNTsjl{@G7$);iR!gKyr4unEH}svqffQRuol3cu4tl4mx4t~J8Iep;;!Ga?Q`Jzi_{iGA{|b1j+M337 z7`ztacdBav0gR4{&I@?$Z|)H2iE6SEs4(=nJaMTjxtrrg^JA{vXg7f!tY@iyB7_>< z;N7|9b7=^@G7~OXmZ`jhyX_OVJ$1x9&O9mYwr!U##k%R|4Wd4BO%feRtTIvTw5d;- z;S)l8%k%@{J~48kcO+rETM97G6QP(2Fkr$_u$unTqtwHO(&>YY-}eFTEQ&a2Z{4hu z8zbjBJ^T1yhkh)2<{>;`tPHsxf0o{$gQ<2lzh~B7AJ~+Zvxvs+iZ>__pBEZH4Et34 z&bv{Hn48Ro$STb90)ccw3yhE>-^kj0sHFg8s3+}n7)Nq6D-rBSpf7^pmm*Fb9YVXa zYFc%U)^5z$h3X-IT&UMN{`n1)I@+M&$mb%}XuR|yWOOn!jB(fuG+9F5tz00IpvvEm zg!;k!pjz?i$^6^%w>$%ezcmqxCag6ETHaS&zLL}^{O=6olWvHmb#>>;=STZ%{Hm;9 ztPIJ!4fA$!*-$=0Y^hx--^~ym0jA@oKTOobXH}XLF>vT`M4;A>f~V-@w)@08-@|E> z!vQ~8mETYq60V-45L%CYz2j(WZ|o%jRD=X$Qx_{OQP9=n3WU0oxyCdqxExkP^`&qo zJL(vy;bypBAE7E^;ObHG9mBL{M?gUP%B&5={8CgE4U~1vLp!B5-!2YooIDm1lLlG7 zBA!SCxLy-*LaA=587017cs(kzCWX!|>aF$Vg8`?Gd1`9S95gzU<+LUIQg^fJF~We; zW4Zxs3C8>5i(<(7Dqe!N&Uoa86~+yFY6`MB?`1ebo;V=GB@cFvB_1E7m|PHV{9*Ah zVaLt+52u{lNa0CoVKciH3!a54zK$pg0!7DETaF`;iI=aTA++0ppgw)L=S(vObvWwOM zQJ9q(AjLT#6)NBrD*iDG&_sH(jk>^d9yEG*;cMrCpqr)=@9(A1Vku1b1=4vDw1Hs? zb8^?k;8y4sm$e93Zi|i&HcM8Vw&7-35*4 zCd@aRq=DTXo{OM3MsWyj>|fZ9gJZMFRp25geTPEvB9%{scfdUQjB8dDfgTn>v^ng4 zh`gU%(*g{rV0f7k@X5Xmd!AU)7}9H;&p`3_%Cvp8;DZkwz~DVPs2`#=!+IfB?^u-F ziN$shVz`kc`%>W6%APwP3FdhrN94mYC@p-BEY=Y_Eb&3pikapkn-w&- zAs)-QeSdM|b0I@m?>fM@O@?MR?oK*0m2Tm<8iePVTNE|TgT=s*LVgQN+opf(uv=%8 zhTA69Rb6}6m&t;w$NsAUd2kVtgGfj)_3tQ>(2?Y0UsU>lI19$t{w$;HdN(3_$=S=)*^}BCdM%i zo;XvK-J6M=#g%oz)_qr6MRvxLvTj}%c?Jh6<6sHXN!bs34{j${V7#uBTnIKvrByQ* z#1AH)tX{JfHa!AKXP>Jw>}Ay4DWMT@pB2Qb3TK|#2k zl#(kVA#ju3oR=lfYDdo7>sxCH&FGjz7}uY!9X~Ug6M?=~#JikT5gxNwIf0!5K*R(B zwWc!0IHR^+O6VR+slvfbt38)aUgX>Se>h3V! z-7@K{-INt4^(cc=YB|4;Jj@tPb|Vz&B?$~OHX`cx*DFSlue9EqDbcjVnksD?2omKR z@{`E=zAfb&@7lj&Us|g^&r&xYTN}!@oCIdEB(GGY&G``DynJ7036Ym$j>?kBG`Am* zu`bKI zu~hXSZ#qRsyQIWxtA;VIXl4OAjPTk6L+pv`0$m(&kRk#3k+tIlBwZz!wjN|{_MwGm zp;Lq|CxnP^qVtOmUGr$G{5FcP%ciuvbK8Gkkjeun74bj1VhlcddoAWL>V%R=A$EzS z8m7$g!e$)rK=glB{Yb0}6Ndhi@;zEU%g=S$Of?h&ackGTR`SL(A1$ zBjP$fkYJ1Z@0`CrMpt<_unyQ&OZWTfg{iho8wkZe&Y&oW0J{Hw@H!gi!IqeWOl7jlj%x6!o@&Qfi3Lh?CO=%@$k(ehDj4_q7pmf~~br&w{V}uof zPKA^{iq{3soHlyh&4ww!&Vi%5dBVE;M-&69ImvP!G?qgGS+H^Tl_aLME*bO$i4`2L z5q9=lXpJ)-B)LUzPZCv~(X)tOnD)B^)ex}9qgz#tayFYus+PwDS#>;)5;sQhCLHXJ zRnvt2os_+A29rGYMVXlcXhAO$FmVjR7p*{_%iC)NObsd9*UHYLi5eeJrKcm`Y{b~z zZmTfP9|WF^!egXa762Xa63I4?cSM{DzQQB!!_+G5MXb<9*JkmzG2|G4yPEJMW~%at zVHDhlK?%NZQxi(fBD5@yZezE4uwiY4dJdnFPXWDhtKu>=RaJ>x!aUGFIf#D>Wc{Kb+X;@>9RbA$`MygEJ)nbT5wd#nQ8p)D*WVx<~&0e1haF1{D>f)d(4u~!qR75b(La89YH<0@U1**?n?TZla7&-@5 z1t&J@*0uiB#U(QS(;s*N?PT4nfmgPI+Hq3G!cSVH%cfCZE3vxSQ=!)h6KT&K zU*{@G{JV;E%hmwVnk(no(8yJe5Ek*u2&xlOKnQO~ynjS1AJ!J1 zgni1X1-f-%nbpjQ0a* zs53Tu(IG#1}`_DhnD>}D#8$yiiL(*YHk-W4aw z_H#ekQF3rxpSU%tQ2|Q1#_g|s@LDVOXb8|E5;O{SN4Q(LrN1mUnkLovvqFvc#8*wR zm?)=q^8mwInBeUukwTv+&n|*G8%uL?DQ2l7e_Uzqj`lG3H0KlJPv%s^1UmpF zCY`mb%EF30i%U$OT1Jnbg^zYYE#@g5PELbnTvWs)Vm6`0e@OL3e338)IyHtTslXQD z-|AI=dKvsZYK%=^^mnY<Q)*& zlwFhETuRRz*oslRajI6xqwvy5Yje5?c6|-zaw_R3J;nPW^iVeHc)jrom`EayG zeZH!nK3gwv%WqgOS~*Cod%A?&h{y2_%aF#($3G$0+}BW04T>{4yrmC)~F zF*R>95=34e+YSwks1z6c%1mjx$bR2fmdc)Baw)IxjX>bk-$WpFLfwy!K5MtW3HYky z16U0zD2UAwOg9mY-n1>LR)t8(s5L-pzTuevKu8$}R@kYH^SXZ=hg z{b>`yS{W)IDfMwt%ZpcRE{ZY2UAV@BH(MI8C^#2+ zmQ6&o{F%Vmagx@+o3;Ybh@!Y`x$F^O*cKCK0UtwR$<(J_7c3x(3yBJ4G%P??L56ww zol1ERG5WkrEPtS)-Yp6IKX=?31T-S*+MeH9wGa{Q;RIghEWcvF@Q?l00zt@h(uFda zOo~&+sSS`1;oUXy^|*p_yEd0lL8}ZryKPc^0^a;h*UIB5XbQO8)!7iZqHXtmsLRXf zD|!pDy?Uq5E}X5`(6<)9vys!~PvB_WB0T}os4RDyJayPFk;-rM_a0ep#g|xi2%i&0 z;cg_|BGhNne)ngK$zR`yBUb+tF*?C9pD>d|Xo9ZH{Q5*M7iG!B2AcB~@(*Hu0{d1Y z$%QA@@K1Fj%rF4_%3im~KL{7BDeZz`FudJmB0fw2{Mp9&R9^gMW2`xZ8|giGa1n~6 zFL-3;G@_I7Nf-JsC3#;mGQ#<86zsI_Y3$_MZ>b_=q@5)VY{v418f3iLxR(J()Q8Fc zC>%pBW6S$2vYYl`k&B$Ja$(WJ7ca&_5SLPm&Jmomo)I}+Qofy@x1eWB53lvnQ6}MS zxcU)EY4TkOUrj=d?IPnd)GYdx_v;8YuH0S4{NRd}WhO$3>U znNACwX<2Ip96RGId4PIU`Y`ZPsXJzGE#vpznL`xAEnpD z(VhI!O$*U#qBVg^2W|VHF@i+Xz zb_-8j06`ib_ZL#Ne*=;cNU71RVNy-SdlGU5NV=B8B7TjAt_#wP{_0n8L`{i%y6~w* z9xFBwN@M2pMQyD1uYBZx>`#(FY6(KY(P)*mJmoGgx&)s?b6yd;p4?XM%9CX0(WfDPD&l%)*ZmNcucsW3;azM>RVwZf`zWvSuW~Z#tW z@^NRusjSh4T=n+w($lFr4m2=%Pg$~=M=H*eQi0G8`a(C{9GalahgG#vrp+`(yl0bY zNtmfwbI}}%gO&7^8t)A62(t1~`S7+Do=DcwfgDGr2Kb56+I@cR)D>Tl4x328b0zw`V=5=B&ATB9JLmJJ{BZjms6!}dzEqkluO3ah_tD_r4U4L+ z*QygpTgKrhA+gQ*U?iZ~(_Si)wMedZqO@9K2^psntds2809)wUQ{EDN@3{!{=wj6-Q`x%x>%{*-c5@pqUM zsgsz6bPhpI#sG)-_{cen*tOIU(y&%7KeozTixM7|GW0`^I2RiT@~(%S&93qll!Gz% z>m_GQ*_UsZ9cAX?hu*^i{GM5W)Ao>{novF8h_d;oy=7YPmJ^6Zf-3ZGCi4FS_JsQI z#*R+@)2P$9d+&9tPYQ7|#03pr=`=v-Ks;mZ@waGTd!7)GEz5+*29!I?C4B8^ns_}HjE`a$0L z+|>Pn;0LhrvahVZNrVp?jYIDZSsv`M#0xoTqL|>YxDbn+n80-qVR_n^@dnS&7}oD* z^O+`G?cS@wI!UGyN;^jX3LF%+)D;U|V%*vm7KH*05UZNqk$*gj1Z6cjl(5r6D_anY z@-JjeVs52{rZ+LYX_eMP8tw5$gJO$+7*34+QJ&K<+5`82xesCJl8ac8|eO@vH&s>re=Hi*TeQG$Y^iv!jf# zsWW9j!t3ig+mt(DgDq(5$USaA-3C4IpcxT>ECb7(X8`D=CzrYB2w8!tdZmOaWg(uc z@LN#equ(DQv%&zo7&p!RYoSr!-~FpX&JOBNT7R%$GY(+%TrXO2+1GI0#aSsK#7MJp z^u<&uUjs?{Nnaw$LCVFn9z3`Kqa*>EO?*-gJ{f7M9?zyZ14$bWZ^eByet&Z&sw&V{ zK88{Uv;_dYFFFr1Uz}q>HNVDGxky3~7WTq(hGC|Sl&fn;;3LlzrUI;^z=*@9P0o5@ z11;bilXg-PA)aCkg3021xS2hD0PbV<(XuuMM0!M%uo%WVX;BO!9RqCkN z7x4M!uy%&dPCAo{Z?Ob`yxF^B2TQEe0&z2UergU2Ok4mr=1}z5VUPG+ioo3bfG2`B zo(ra5O^*ysK^RCo)Rr=ByqBy!Yx?Zzh}3o8PZuRqHyqO^mQJM-XSoo}gKJf$SPBAt zLBA+cr7=s=A&T2_G65n{wQ9b#<>w$t{Vd5wi{Py8H0-keY(oNaQBR9ms7@)oIFtIyjIAvQ$ z&c{uA&_I%zk!mM0%CVE+ZFGF)E)_vg?$o*P27^;M(abI9O{O(L7(ui~GL!QvKWV z?qm~4gvgEiv-8?Dka8uhF_py+dKyQ%9`jI3gMP4~H{9T-8lelCug1_zOHYeYVIN`x zZ<3@mh~^&X;nN1Jfsd>s1C=*sj*j&{K62igd24Bw^R)OwoajMT)E-gf&Ux`^3~-9r zr|m_n5hh(A&fL@<{1j4x8~G~$NY;TGtPv_a==dAO zkzxU?Q=62iy`DhxtDi>G>ttbGn|KE`nLSh}*5D=nr=nbroSWIgOs8&~NVTHd;f)MQ zkpheXk8ecF*6~PVf+2Xy)+h5c;1JNEbg8((7hB#)1t;S{6{eL4d|h%GXkrkkj9zst z$e|N*%%oeSJo&3YKjq>NW%nh+tO03Af^a!dESm2XIN*G+E^we81uninDtmeCVN~OF zy(7v!<@CaO;%cdXT^BSR(2qTq(6r!lPNS~P8$pjvZ{o3rG3YRz1kz@>Gqx_Gh1rqI z9uHd^_0-D#7ZP8W9!WJ{HCb@obQ7fwbPOzDVjoJzNz|f^KrPUd0(FipTO;;Plnc1; zjgSzUpPWqPG2 z>U;Z~o}-@i;BxGvxQc39>Gp7!IX-F$z>>73p#Eo0wHXQV-cCA9Ij7yfbdEoo`dd91Z{j z7kN0CIkA-~D6St^u)QMX6YGq;{qbQCDxWo=gmNHuNeJi!$u2izQbOj+7YPO;HPI6+ zLO{KYhZz(r%)VdFgtGkKCA3wEAq^c=TNi(bf=rCpTIcNkD(D+9E24{&i>dAH|D_GGVNh=3R@T)Rsyh!P_U&P{ z60b2~xt&F7lP^O@L6MkdX3>fJZIF6x_t5N?^WHrGGzWX?>j&G3wJxG<4~KWniP%5K z_m!FcBb=T6wiUaI2MCURC3IMlKmGNL?M`DZX*=^ zJjGgGXgyMjz)$Eu;^w*`wg$#r>Pj`Chx zLp6ioE#XsgKzh@ko{R{H#nO>;m&-{xIS)kxox8voi;80@`^w1*x3bkeZz{YAq(Fr} zF%N9Rf$?94u%R+9da%AiuT3EUD-b%}iuO~OyHH81T|D(l@Pg4E2(ep=P8k1ifj0aa zQFLy79V!?EgsJ5X`4)C+9w0vDQ{{s3pH9tEsyj5sS{UhJb^eHOp43xS0IR&WEo*`@ zpU(YdwN;I&*U(U0sa@ff^>nr{NLPL6%J{WoEVYNgxJU_H$KI=8qOAv_l=6I5n1UIs zgjs<*`iOYMTlaFZ1g!-Gp14=C|YU9PyLb%6!_NQsa zj23oa?zx@A@~^RZUt-ahk~5IK3dNyyvJCg#BKfF}`Qt4eFgA!r{EHYA5dU_?(^12A zejD#Onh+xSbC#6E>n;^RN#LyH`=p_8?*&yBrsRaexyaQe0!#{+gY0Z#nkol89Nv%+ zlP802!%=iDJs&Kpe-`CWRfCmr)@pW8ZcKc;8IXxX<$NaJWE#j?>4)`TFH(9z#)M=+ zDO$Y7NmlbLMSPKb`?}=!gIIb%=*(IbLJ3+bvZn0O0Re$5Ph61(NJTET#~pv%k^pJF zz7K3WzE05Y(L51wj@8yU4XveGCJ%q9dRmK_bAe2E1s8h90r6!|e*)QsMDm14=x)he= zLer9PL(ZA+rNcys18yyBOt3h5vQnVf3=1Vqm5b)QjjH#!$(#QHp zumEJ1TyrX%N@OVjKi%};BK~&J(<_Cj^l0uGM+h&ZvqZwM0I7ojxm&a!q|jQD`-l4U z8YZB0_Ci_{V~pxVTBa?C$gbfD0$nbU$(RS(M9s=ywJXaip~|`O>c@$qV-^F!#X#xw zc(KBeaAY!~@!Nu%y)n1MMuUF$Vwa7?qkEGdG`n4K1&=KHq5aP3@F`U#9R9rZM0L+fOQP$QKhW#sXdbI)g)5uh8VU4~nG-z0PFaG?hwC zE&8`acCTwNWRxxz%qEV|FdhF6;Z_p~gCMus_&@ zdCQDiSJpQM+WzG|w~1XNnn^tP2ev`(3(lN)QmM$5fs+rmG=BQ^h_-VBoteF@LBO#+F|ihLE!=}MG99X9|7aYmv#{TQwos2wOM4o)oE`D&H46)$D=1d|i87cg9? zWLQK5vPv(y$W&xO&r=@Xw+ZoH!jlNlk&O~DV?#>GtWfh3WK zg=yUJSamn18(VM9%yw{oHy8Elk_=Th2ykxWf-!i__$xMYb*!Gz*)l4xLe9 zF)9V5+&NeVD>Ya&AoN_ccmR|54VhsYe5ZMtOk`blU@fINg3BMk_PNqsikfI66PUcz zmjpLFxrY15f$=M1Y<0AS?3~VR9f3XL`YPC}!;FwdWZFq!p-xEMbn?8t#0kPRlB--` zUv6mlA&BjhDY-!$L&924Xw70W6I;if_l2?7l{C>-X&6W1Wx>7@EoKLHELf7?@vfbq&doof`kY}$R({}9^swB)!Ha-p_$0Hv(>P%Lk^}~kBqo6D< z%A73PYNMJ6%yaJ9BsF4VZ}bAK%AzMwD2J$OW~ zlOp}M!Hj$=h z9KUhI_fccU`DLGgr@$!be-J-O38T2zPdT+C60sM#wiiX+>Y?g#@J4Q|Vs_C~n(Ugz z&`@sU_=`2;ooSTSbUUQ%4HJYB6Yz*E^E2_sC7AvM>4%HV{+w-6*siKl0J4h|08xA( z)Q2Nni^RzEh?OwVHaVc(Z|Z<~HgqO~987+QDo<@<$A=%7fW&wx2Wd=NfZToWWb~2D zd)tb9VJW>tIxMO79yd`7(R#bql5PJ4PulHhdyN8hOisyjt^zSRy^-}ib zS!N?gy`2?Hc7_H8ZZBXvEkt-D5{g4B`9tFSg)l}wBI?&j9^nRs%H5iA#^by6W!aFc zBxZufj;#8?^~K8Fk;)2jbBH*Kv6-Yww{+bPF;<`n0@Y#+jaY9_L<#SrB#6iC@KsUa zMl5nK#4(g8Z7n)PS=RTg{oYo12h;n`W^I3`j&6#Q1Yw| z(&LyBPKsI-q8^h=3#aUmJH|4!L)vEvy`WxcCRt$#sK18QbW_BHyj$gb_sA>Xw#Nax z(^2<%T6xB8sCaQJoQz_+fpU%E0SZ^}rE)kB4T8qyujKexZc z;GA-8+K;i}a#Rbev}|~IPHD%@G6Fz;+ zG_g?EZuF_O>o*i&wl|A2FHteV7ODAVd(a5Ne=u-nOH5F(=y#83X z%2$p3mDN6YQ_#>bO54{)%zl7Y5{jg)zaT(-t0@R(#4Q1B?wQ>93rw?o;@T!NRX1v_ zpijbyKgq5jd&{k#PMI8{4+c ztZ+yqL^toZBagezGTq(&t6X!HG_(o_sj@|1(7Tnra#c!W@%)cN+3A;S)8NhMO@l+% z!h7$x;>`+4uMb5w)`9@8qn^Kd;S^#Mh_hQ{Pkv{bYo(3;eui2Ab)d-m$C4d&Ca}O* z*=O&Wulw8#*s=3F8A=&0Yp;NUXq`e4wxI=L)$mzR2;iXL^vXM3IxoH^?JayU*`k$Pd=>IzU^a|M0nXZm zm+OL)ER>cu38nXaI?vQp{vEV~ld~1@Obcb!9$#JIkO4s`xH;j5P|S|!0exQFxINB* zJzK^~cpqENlHRPPo`OzwWd8YLm~Hxsg6EZO&Xzi z_*tZe^%b;YOB+D%g3VL3{x9axqHgV)8**Lt-@)*#$Cvw5cFsHI9pu9_yELroakoI6 z!kZ}rE(kyvQnDG#N;M2L09zCeMllFYsdQTB6D?GJc?2Q*Wm34q?$_K0uO%O<;pQl7hROxl2gd!HS=utO#Yqax*(d3qWWi-sy8s76qh z=|ed3Anw_=qD@s(11RfagbCQfqH4Xc>8XOFq5%DmfOUM+n0lfOm5}`VW?xSvQeBUqCLX1V6~B9cQo=@>krgtqR_A{lz9Ln?l^JyRm<{1A zZ|76;5(_{8Bl&pHKApu*ryc#uvqkoDSzDrLwkSh!qV!9#s*Jp^b;>RraJeUw*KML} z(bA)r#_qtLDSek#(o;z(A}E7N+m}9;`4m;KZj0VMX~8jYS1@(?h0J9nlrkf>{x-@G zGV5Nfu@pN=WwJ<)+EVafo)P?aD`_^qq{G1bR3US>5-z^Ij+kS|mi4Iz=-ed1UV3XC z2<67%YeN+L3Cj-gkaT!y*}yAgR@>R)B4dL2GZZ3E49LIoy4aKQoU`9=-o7DN z>Az%F(UPdAzMRppZg_*eg2q}7ha1p(Yxt~`XZD|d^93A~3to9jyhB3i0E$6tXB#Uq z;>%R9mWm{)lwaYVw!KQaIzpz9v&Xkxiql&dbCSYS z>P#{C_2MaaT#-0w0U+j`iu3-XFi(1LwgSpS^Bt3mFqkFh#;G*a?ijaorm~5S1{=v) z7)Ni|=BBP31%mKw4S&`awy{Z+x-wTmG=LcaIztK!dCaO;t{@uoXM`iR;gFwh?ntby z&KWsy{MwEEoCpUJ?8V;J*9RDk5{_g$ZBRt9w^#>$Ojk0&0fjenEM`2XIqoTq6)s58 zFEEBYB$veXug}(|DnT&R{?N_fBN0O8Ql(a1x6F*z)EVzq!J{LrV^c-VFbX$W0MR?P zf)d_6Aq={QHBh%(KRFr=;3ml5&}EBEZxS7n-oW;w9YeF%Jtz|w@eda?YPtx)3wzY` zT%=7H2z7M+LnS|XQyG}Eb>_#eV`p!V)-zR=NKx9mIFj1+5x%*Vl-6p^$;KOy*M-}yEB%BKASgewYrfq9N2+nE?BaKogBJ(3+Vvfe%g zPN0M2Yzh;I%dJ5z@pjjIADWeM^|V6}(#C9Esd^bo5OlBr4xQ0Xk)YTQ3 zU2YZ+dZ9cP^6w75OgA-{D2r{S{O1Jvb}IJ)C*Z8j^= zTbzi5-CA0_Klah)56;R_&b-_o^J&{AKWO)G$=IN_KVb9<67m?55`3bh*pdjwxZpd8 zYjP;-b;mEzk=C{veqr!w!CEYbKZ9N*`zd|{aFOa_S}Yt%AF4Ip3t55^IyOl&Z`wS9_dudeD&wtxf{TH<&TlVmxrY z5s+Gu(4*Ed;zHXJk9+D{e{qZTZIwYy-7g{6u=7pdykV$5(XNiVl~x=Ir1z;e^)L zgalz+Q1M3~s_)F?>jmEyT`Th;l#PUFqV$y+BwrduiG`>on6F4n?dH62Mir)Rz2$an z>kcUW871>M5-RZ5e8x0;IeoNQooFmm7%#k{EmDaV6Uj62jS@0={8KqV%j9>%pL6cQ z*L=VVMpBBx*ITKY1=diF2gqXJ5%jXRvJU}#LJ%kDy6r%3Y%g|=v3`F1%LdvI*Z+oP z{lIFCQok6EI$$6UCVIH<*%F`k5lmZ9HkJrer*{`q;X#W`b6%u}_IDHiN_pVkRYejJS%@ONzm|Km#w)u1kJ4c(~g}RDHm8*$_ZVCFqYCaa>$`RzR(o`ZPBRnl32d?pKP^PT)ZM} z0x5`>=1y`_sO-w7yeGWMnv_Sx$EmLDk)8;)s37I_{KOxXPzs7A_T4zJr~Y`9`kO{G z0yHk1o5A_NyQ(fcEGx`RIxY{;b;L8d;Fln}LMu8q9p0*}_^QYi5a-bipRx}X-EHIV zs*9l>b~eKZE*zx$)9Aru*5^?ctaOqrFq4XZY4tf`W{-!m$0x&25jt#83H7Jc=NNp2 zXm*C<_prx>7Tw{lqn87RHc>v_h*g-v!dS)U({WFf479hA*oI0d;+t`Pv7UDg5q&)% z5KKXdMo$ReZUd4X2B&yiw($-(k`0#ffNf;anK7g-@S`KZQaUUfX?Q_MF)!jbNTBw$ zOC{+<)nhhysqr5!U%fFWtu`#MBZaXcHTD!31-Q{$WU%Jp5qu?q~OqC zFNf~YBS;$*V`Rra*+8&vr2l@0E6gmH<$nRNUN3OpromYJE}Fo3eblD~etM>&YeYnW z>KuuI@4Ev;fc2pYkCRX$-BX;e<<^{Y1x>R7&_ybG*b*XlIHJ@HN~R60M-|fgdtp+o zyRMfI)H!9v<1O#q_xbxv^z!FxcNk zYGMXAgLtT|`I;S5NQRk8$ZA+0ZaUHSDSIuN#0k;4NkrM2 zd6blpM{1Ly8P{2#FP0*p^{_aVEL9nzFsF$O_3(Zz+g}BQtaVQ4PQ!8C(RtA*8(@8M zTMe^Zp#p2Q_Ok;;9=9xIN*j&>wiiEpg49EckcMFT?xj;Hd>#@ex+PrY4M53Yt$K&_ zlX1T;N??kP@A@R`_hpQT4w;PKwCf;!vnkw74?tu!923?Gy}38WG*F&g=dQ+IAOw1? zb_9}Qwf1iXXI4p-8QrdMyiY%yF22}3MUFsJ!+)+qK8Keu9~q(QmRVG4d7?@Ot#S6q zVNieo>ZPz6m|TLTlhR>G3yE`@w>nX>m0GaSIP_lHT~mT#!GNMOf_g-{bkPO-Ndnc$ zWu8EMvdP@h}2bqpv-W(lIC67&ykSLC+Va-A%Tbc=n z+fZ}o0%4<^?kDM@P^gLDD3$SalH9qGnok$dNe6{{q_Ab-zL?v zDZx}DU17nQ&oqciRJ&h=*z}Sz3m6izuOhY3^!Vv?7$O2KEq~KTC0E^K(6Sd@+E|K> zW_x}1Czl=yyL|m72~cunF*Dg10a@DQSE>{i-M*%A8okqK@sNjz%z*yYCz-~{1~hT4 zUIpGDb3Z}Z5g~2Vlm+ojUrTwjHrC3nzagVtMZm455apeS<6ZzaHgkTN1BL%Z zjST#6N<4{R;F+ba>v@=WYo%|MO=VwvY#`s3Bo>lY*2%PuYI-2$n(%g=x3VxL3m0Vr z;n1k99V)Rhk5D$LoTHdA1Lw}iWKRVr6G%&;SVoI#hw{2~?c~19NL27HiP~>@3Il=U zga$W)!KQQW1JC#i1rB%cd^MGbVgQ!064NCy=8i{ISVttCl(<}#Rp;3a7UX9_&7U!r zJ;4se)7c4dSoDu=IGG~}95@XcHLFOn<-}koWoai7?fAo?0{(K4N+W^<1)da8h=rpI z$Tk24rd$Q8E#s#XM9dvOxOW9$Jpl8nxn?hHYZ+u?$cLKd)vB1Q6uS|QD zHZywmA4ZLRiZmG-3xz1VH^o&!j2#Y5iPJ^=tRBuofD&!9yQ)diD_E1a2a69Mc@;D~`0beNOFpuENvm={+qVp?a{K9uQ>rVSFQ5u};}vjow><0y$nt)}Bpr%5)QjO5XK zbv;~S6V2;Tv&0qp`D!v~@W4WMc~9COG+FOx{L{IphXjbbN%Xve|F;(yZZ^v9@O6AW zHZU@!;$Fx$KK+sRoc6cvc;N#rb<%#1n&FLF&J{TY|}o?53bfj9R=u z-aBkjDJ1sm3t@BY|I|*7+|RK5`NQhUV_uvamnsoT_GCfZEI^IZw`)xj*auZ0pCDgh zZy|sIfgM#XHOK=iP#RVzcR0DElTUEx!%WG&;wfZ>=9zq+kev_2%DIsz`7?bmUTA}; z%e`d{y_qU)>KWu8EiHxCL;`m*2|tRQcuUA7N4DnFU-5$#IC<_!?2Qlzl$?O+f|U>= z;Mwn=w*9_w+tyjkWJ+#G#qgs(|@G2DWr`={hjF zyV^yx@uZfgg+H8KDTxG(kvyX3bfA zsec_OobVuw4JOle2Y(Tpg3Zz+0N-tvNjJ~?7xsw5Y@Ji0*O>R~=@{OGsuTMPrUaCq z=W>GIHEp`yWJwLO?9zoLXNVKwzgzV6?6{9-9rdapnH27D35fCNC%!l@gTOBf};~^mo5OoAqH#e5m?E;!s(b@|dhyaIFyfO$g zHpPxL2WLJ!{S?qRI2yLL&hLlgUTX%u<6O?uOHgI40%us}sf?SZrR^txO=I&U<(nQZ zh)ZFZ{ZpoP6grM~rg`5)c2W^LtI6&RAE5IgFtyu)DTju0auUNmk())|ru589GIW3* zbu{3lwi}3F1q&|8%A6sieRNo=@eeVGlZr)lecdO!!Ezb4eiO|uE=r8tQHRxHp9pC% zmU5`cW3l2tRnR`C2u1D|oh7Y>xJqF5TbP?GYo9>WC~Dj9ij6j`lC{HZp&sC1m~nOG ze=h!E)7-;tNRBjGD}z>&fjJ?;MUAw9*AG3nr9cU{5lg*B4q5_@Z= zrHBQqc>wRgOh33ir~_zhu_9sdh7<9`HXit(%Ngz5dWN}sm1`r6RsxBFYYaG}R3k?R zpKX_Xwajv;y4Pyz2r%sRrsqlm?rwTC8-0jaFtx$E7-B{ij*1E_EG&=6OCy`ozG{k8 zGqc)9XQ1TZbsT!{PC$Wp3QJA;aK@>0^MF0OA!zZ36J1$rPV?z#+Iy_ODME71o%>VpmL&ii=xol67d@Ld6MTs=uaX%4(s&g{td*K*%>(JSQ$uK=)-r^L@N5 zEz#-IMd+*LDJR%QL0N;DI}cVpVR+ry)q_ZGmN6E6zV&~X2nKkDWldc#Ui05JzM4*o zchm(Fx0M$K)0f%Ey6-uc8owhhHefKlE|Q|XbFM&?1fK|taeZ6O(t}MBHt0Q#fnpY_ zOtNjQ!*=#9Z>{Yehw=QL`RLq_Ed68oSq(EMAU!Y(ehwc^rB`>rL@(t(a!~ac(dyPl z`d8y@wUbKGJ-#p{HcYpA-j=rSGPt;6+IDAH3?Ab{b=SL`BGk1%)UgjI3MlH^rE5{4 zkEhd!(MT^C-wpnPv7bG-umU=Sz_zX^MQ#-w(m|^l{N}#5WFpb9P2(QFu?(GfGflOn zSn=})6Gdj?Q>^x>v*7o`8j0>>2ap;TN(2Z=;*IJso0uhXrONwirg1nH3k+l4!9j&7J zAH+XtK;d)X6caR`zv>X7uQiW)&j0tzi6 zVr!bY=}|#Em2)QTm=ewpJ5esqI7zwF$=@=E$u-_TlUvl&0_PcGNUVi=z@pNK(_POX zYa-*@w|isKg0enhp~_(vkL9xN1(7@mhVZKBvEf55P-6j94D!Y@{sm>h4Mg8Zoox7r zS*Y$gU&))N?^{Wh(uY=}!e&0qQPS(7Y|T&ZbFYf5L1*Dnes07LS6<$uWxiz5HRYdr z;QRfvrBh+j4;RW>Zytwv!ve3JaL#q)k zj^yJ};`Yx3BzIP>crmPAYb(&aCM@`edp)M<(JZ~W{$o0jN||qgq*F%CPA)YTSuuNp zg|v|V%=z|i3?J2xck4$ScjIBvmResrOGEhY;E4*=lK^XCFCQ5kB&{F7JJX2s2l$AjXiP0ppOnAiBtjeqKu2phi$M zn3iQu%A&0&B_(SOj~m_^d(?P>g90Iv{tJLBtp*=**a|y6!{9$Qkr4K97zoL=<{-Ma zrUI3mnESX+x=eOoI-z7^^XSAD2joa-(UDa`q71eL@m$^cB-J=!EL5~%te^tqtMHSP z>}r0K6P&^K>nE2a=2+HZ9Jpdg3QgPpC9m095KnOfC%Ww0%6VuR=kXxJhpj%3 zAk1TL?OnyoP_v*oxayB>7pYB=6XF_PjE%q(V6H2kR?6ZBq7RN>&e@-qYMnPDVRNy{ zio5mUpQhEAOWwwF^=*JnSK9rW^!h{x31Z;iVqHQUf%MbCt9`pC3}}3_OIVo+TBs*3 zCZ}*#R;RiP$}wqUS)|xhMX!kddYLFu$Sqfvr{zl;cOuR*-ZZ}UA6W>L_a*_tP|ol4 zw03pFoDAzNs|<)U?nsASb{F0JCftPyb4e)vU8x1xeKS`=I)^9x`9j4?D~Ve);$#(R zQ6uNt{~KxqC*>++DvO-$;dLe2>1k&%xtGuCLM&CXJGfNCjl#OFKpi^HDPiaB-A+}# zlv_g@h@kDfmCymNRkPnQTc8bbf=tqlpRu$};Z}Oi!}#aIJTg1m0Ods}7p>1V|6)$Y z&Oh-pLelZYOm+z}3E!Jw$}4MsZAYvGd!(!QKbb$PjCeJNa%u;pN*73NGt}$V8%-53 zIcK|**=^Y&pC`Fb)%0wvw<;SEQJJ|dx>RY)#0ea zF(@q6eysDNQkvhh@98%7B%^G0hjQKr|CO*Se!?ih34sH;zoOJqKdQIrIlq(Vqlq}7 z|3{KRZQ2I0SSJ#LN2=`&x@lq`E0u;q28A+cDdlNA4L{77CSwOGt~xU6U%@t{#Z z{Sk`eEvMd(9Vod&F{}&CSc+u%ymu-_$}3IemgGYUDnN=5jeU-W>TX9&J0t|y92MG) z!9WaY`8-O@N21O?MgsY@Y-i>>;yA#R&*3X1`Yy0|G|D)s!FVXX_$(&jx3ow+fWiC<2Ii8#WzVl_hXxv*xHN&f0dwd@JELpVeN=`Tk0rfeW04)A z>mD#b);kOdXG$t?`z;L$D+tnm-x@C)U<>wf>B^Q!yxDUi4UmL%CAUJAhn5b6mlyaBDW1pHN^QOGAgt>H7SUxXUOR83^+UPPL^h@6MO zi>3;{4xI;xhLb+`kj1I<-2+6J z`&Rk)dM568o1#>`?!kw4L+{TRKoXGSwS^myJ~%^saH1=72iLV%o6)J1zM;Rd1~!2U zGB{~fuj!*uMC>9YD`Xj+yf>JHgha%Ifs-Ru=BUz!6rcZ~e-~w>0*|sT0os2^hxHYq zCi0y;!zU};PNK--yfziE&{&1`>Z-xglRK=Xfr0jaJmqwJ43JHS^CL*P`w9&#m2rTYe)vD`b2Q8||5nKmoiPUl&d%h+l@#7? z&Yj>um|#cp*HjN?PmY^IkuD4I!)TirXE41t&%PjvI>_CIoG3zoUG2`iOhY<~kPSi$ zw&)L{>my-$0&V6@A}kvyd?9D3c00~TqI&c#SiE!23sy;_!bUS3(eXg~V7s>Ak0)L8 z8W;k*H_core%G4+Gyy^1%zo7MX0I< zz#MHLIRh2Xl$j#`h9Fcj`JB{*bkzQP6p}Id>(Re>`F71MOx=nwCU~Xj9YA=oJ z8n{{ro_68YTgCC6qk(BDHZaGwgxmewFHTAbG2ht)RLGP|EVA>I5?@F!!%}9g*@~{Q~R&5vWGe? z$S*z7E_83PQPc0p)5&3UK~lXnyIZZjO7|s1H|QP3uqI7fNa+Q{$lQkmX0`jMN}i(? z3DiiWl{qMQK$#GK$DE@o!Wz}*1wH3vaD~={{d|FEuiOab3wlDFsl_$#3s`g((2ZDy zf(-b&W05?p&eK|03Jh_iPyud62_wKl3C>hZ0z5+wB%Q%5=k>v9vK_(YOvwc@4JO^ z89oR~h=m%}jG1VRU{$ry+{PRYoY1tuHQH6G??KY=X}Jm!pc`SsI;6;Bm+gDu{{1!L z0R*K|ijkUzKW(N{?7`GCuG|SkmT_*cD9cc%qc=F+Bq>F5emF8)&lX1he8qhaFRRA z#)9|Y#2GB0&hTXXlEE1ijZ3LJ#GL7rf5q@Pq~wgl9V#dMh?z#>au%H@X1Nd+^K}P0 zg(z_rX7r6ClTB)rw*`r0T}QAG2)m5Hj6d>Pm&hOxh_k}r^|9f&K6poc;}nGIh4U9v zOZN@Opct9eN;YTy64%QK0b=%`XJY2-465+1&fxiGo*9@rcT#Jkvx9ANb#Vl0PBdb| zy&K^hasWL7=-&MM&yB5SFj-=@-w%C^t==dnVKYna;}d<9^0P;fX!UVjj6PQ88Bio> z5Y`Y0TZ9w7t$>NdzA<&t@Y+aOP8II!O&*3W6BgEh4S%x$MFx-Tu-n15E89wNIlGYI zW%2ltnV`gPBpFd2b8EHGv@6DL+ktq$d!5!lkd*<13%K#9Wj(gve}UJyQ3=<$jhS>f zyeJ{FN%hqe_BBO*68|n(H-=m?K)p&-;IHU~nlwn*R%Up#qrM3H+&vZT=ky1Gn7`S} zOv2-1@A&D}-RIqyH2Mz-)f8&q0hbC;+^{X|9*rkSS07oeJ{J$mQS&i2CJBe zG%icu9GGbrxG46XA%>0NOgXb`q5I1vnR;-t*Bc^ zw7+ODH}9P8s^D=mI*c1zgN`q#51>JWDM&J-yu}3-Da|c8ZnSA2+@SNM(tKs{`QVkO zZAzr6YNxl6=N9hemXBn7N%})Hr0D}&#yl@Q{X(oFH(fxp;*v|E9`g$pg*anRa#P`N z7L03ZzTmN8;bwIRcuu=&_h8_6O*oev_FS~E(V(8)bnY#v-bS^=s@SV#LbO*0u8P>2 zZxA(8R2G8NdfkFM;iwmk)v$3YKw3#x5+5uG!~}qBRVV9uHsF|#OAjy?q@ZVdC*EzY zdMG##k-y#~&uSn$HqJsh7ltBFgq>*0c(r~oriDwVaG4%(V*E*q@XERg=8M5z^_f3n z_*FRL0m4M!y%xL=c*juXNs#kkUcYmwj>#NV-5ZYx6ZUrElU9Y1arV?!h;Ax0JZPp1WOxZi|0aBx%aQX1suZOhfi0qTXihf2Zu5D-Ro-2I&7rqfp zOQb{`>Ct0%ZV-u!Hwt~`&Ioot^M+9g*k!uV#s_(YMpGzZYF?>}vbT!VA6Kj>I!!3H zru7>ek4hXS^tN!xGtt#8;UAd+&&)wN%=YHrb`;%Y2YVKepx2~YixpW=Cl4W|>g(Pg z^&ma25(|*;IQmxTAog>>6(h#0%xX5`$87ZY(5e#V#)lTLHR?oG0Kc<}yn&{Q zj8TdBCJ2yHv^F5HpQg4dac0oI{g07Ow-;Ls8>VIRzivv%)^nH27wR~kyh<+}mY1U1 zMCDk)s0o`8Su-l$53W|iou=K+@1oSznyld59c0F*fFMihpIfpfeYvp)TxxEqNrTfY zxPWt4a@iY96pbE>3*OFpuHgLP3Czfz*Bay08T z+-z2m{Q41~mKR-sr4i4JqJxsQ!dG?20i_utR)#Dn_hrV5(IDCgR<=>j&ZxU4K;kO8 z>2WXEnL&g@FWi7;D@TV{;wY-hL!7Ywtxn{k|A%YTA?x>4a z!loh2I^>$fxgX-OPD~uE0nJ7NoID%VDA#X!6pw#_ytgB;Jn}WF%B?WLuc#W`5q{)? z%E_?VN1}8{TDx`uACEHh)uTTO@+OXgWCC~&HK$=|m2dDE@p5_Fe_-T$ta%jl-9cp2 zxrb&b%7ef;e9={@Z%)A^1PI#`&6*7t#t#lAE~;LIA1!I;*leHUUQXfU;kAUhofb3_ z>SV!RFX3L8c7jAI&>ZzQj-EV8Phcq&J&xXhyEKPz4Q@c81 zm&rf%LFjFyw_2v42nb!XVtKP(T*E9dH)hIbtp+-V25GSZgTvRwwC))K{NZ*4w#=rd z{Ma8x^qMzY3~q34lolFg-Sk@)oKN197gD!hI`~IswStnL(T%dlGI5!`5JgSgfRp{9 zSlkbFhp{rDld2MPqhXbzGn2GxNFnSd=ZSn#3n@n}7SqdQs%JTLjn9rVIhGdDYQXiX z+sHiBv4&}3VOat=#q*7TsfLLq+2MDUxi12fK$6T`G07p-vxO}M!Qnb%7p8@mCi0lQ znK9N7NW+X6xpPyn$rx?SE7daOvS`dGsFV3boxt6$A}=b+Xse)y;alqWOoCPN~ za7_MXib?ORCp&SY%J2^Mx_g~t6~oLdST6}izM2@{)^TElbq3kAw@$5^&_}H{0{^yz zqN)|0ZQYQOHF*bm^cKU_4QWiAos5Jf>jW(YC@Rt=q7iXM(h%! zOJ z(R2@T^Sy$l%0deG=tYUxw1Z8FjSx^z|GiSkGaAtA!iv0MbKmU1U)?#Bs{-T;NFppS zm6h>eoX5@nUs(H8x=9ICz1CqH0^L2`5#eF`dN>6cUMb*ZqMC~9QiA>TUD4@?`eE9c+QP^ zQ>kkm$ouEE&jfx#PJy=sFa>uWTc-V9>qMxPT^{B=$b7)p7_=vH(Y^#i-e(dsg+j$= zP+_O3p=FZ*m5~oreI8f^?g#_d^J2bJ_W(>9m3-P$Cq+Hfuh@(r5R}1&5gtG;9|DZ7 zD`I_H(NUcb&hpvH`I8z`u)ZjTc9=j%GbY3l=i55!Oot~-F0zMyP6nNw&%i@N2!t)j z+B29nmaMA~<*~P(FD$|W2ogmH-ltOfYl0JHwI`yaEU>{6gqhn>Y3>q^SXS1{C21st zBHg#6b&X36<*D*#P1~6e(u%Z~CjCyJU7iJkef` zfA7GM$(A4iIlGa3)(x(RjdSsG?pc;-#_?ZC(_rDtFo%3=SJrfzmPhfv{mbBk_(T>S zzpMC&7M+}Xi-YTk$fxB7{3jt0tV3{%r=lcfhbVCnv?T+g7nD;;Ci}T0mJ;$-8XDg$ zIGa!#V}zUXc_AQ94a?{b%%yx##KufwO4}OxwaxkyfHJyQdi5fW`9&iJ&y@2s38$ey zM{$p@DOq%AARK_7>Q6(W2QX@EDRNfC;LP3dUaND|&y3loYar+zgDnerdvnMOj+B1T z#AmFSLh`kiCLBeeV=(4HUna9vkP$R@&3fJFqE3gsybV8ru2nS_+w30(lA{>9wde#j1;$|St&K;uD z1;MY#Ya&-p!chrBePmE)g3#wD6H>R2N;I=)OADS>kRgXFXIM8wl=hD|Sk0{Pa}*Gg z`>a5Z+B)`>L3?cRXTUkgprEGD^sseR8nf^ZxP=c3e$1@3H0KzzEjw7&W@Lld6E86h z)JCU9GKSJhUu%Gw-%d7KDLE#okQX*u z7E#&AF3YagxaU67!Xml9ZHqZCNW^*A8{CvH_TdaI>e?XBs{)D?wh2)VbJ`ioADT>| zZ25@?_aoA}G@Y7IO#M*c+9@0HkUw%bb(!t#lR`ScHw*OR)nI8|zVO(UQLms1my0Yd z4VlOFf|+#%UsgpCW39Iv$sUUL_(ts~=p5`i-hv9fpb!rjAy`w#;=lfKl#D3?h+&nl zjUR|ur``J;t2UvpMQcnG#fz?$VnLq?q?DJ_b1j}H!$9+$I0_<$AM}|3%u;?kR~N2Y z-KB$YgvSOBH5&t4QwqD_1Hddk6%g4R^D4-8(u!evA(FuK>_P7jnG1-Ei^GVUSPpP) z-P57YWpf+S(i+D%9uTE=X>6H+!Y5v3M=QbH&jIl<>5?w!{Q@CQMgaY_Z-whgkZ$HA zVL0o>ff?Xv73A|(rqpmnySNKs7%H$427L@dkMf23$y~_~`$sYc^r>;2$DyjkwqG>O z{sO%<2!&43eukRv2H}Ff{tYYVbZLoAv321Zf_J1Dx2%s*Tx$H6E{L;I(}o+HUf*I|8Wtu! z%Cfo}a^841F;(f^lt?w#zk{M4^(42WKVZvl5daXD4!H`E_4l5UEDUh9f30bw1`2*Q zQ1(7k$``5kV&;P-7tRK)DZ|06g)0*#vb)REOK;jCcJGwA%rp}(fp~ThCbe^Ps%-=F zkivd0K=CZ>ncMRTT=KcMwYJGaU@;jds5@mo$rDLv2v8i=?K|+{+@PqHG-7a*kH?_# zE)P^$soWGhO%7EEgV1R_0MhGWE%4E|W+4lEGa#OVNrK@C#zMwRuh9*&?Q~*CKAikc znXCgHB9IABEciGbNb>Rb6Dz8RngfAHI#n%xBHOpsHcyGcs#WPvTvnU{wc;NP?g7=l zK_up6xGYK9pcI5j4EfKzef!{o>;q0)QBiXzU8@iE3*U?l!8M~!oI0;!{}`C~KeCiD zVHC<1#*mMruS)W-fSDA5>VqdP-Sl-8xL^VBvA*qclAa_rk{hV2PZLL1cZui`OBPQb z&@qB83((vftP%SZ8I8y^hNe~WCQiH(i*~d3A0B6r=~cQMsTyIfl)?pR`=pT5eZPsw zoyH^+Jk3&I$PRNHZyVK6dzX`sn*n{W#M*?tZ30r4%h2?QHARqK&Jy{%JOZN<%pv$5 z3!LgvRP?c@B4b{!h=U!VAEG}@s3Z!_z=v9gu#y`Smr~pN%B|*5+Y*|g8+Owiy<|XX z-FBp4XN%N7z0^hx4i=eo25GY~VGmh*;iBi~QgY^>ojkk;mw{uRwr43(PKm%DijgGn zH#xCk=$GhZm*PKS2P5(&EcLLC`2>|k#2?Wy%KYYq2HS0TVVW6d{wI$8GXkJhxi!If z%a?ND(aETl8RnNOk_;8;!CxIztRgNYuYiv1AX9d=i`(NiUH)Yo$fscYpEXK_EEBY< zWseRy4=`FL5!{7%nI!3Rsxr{U&d{29YC-5W=q(s&Uwd}{eCH}bIxGK);{`4M&rTp6 zxMEvKZe(xSfO53}Ln8Yc$AKDFLGw-|oPhlzD#}rL=k$Ea)A?4c_`g=pWl+GzsJ57q z7YW{|UeX51*(6bFJ}$0z)3w`uVyp5p@NRe5jnY$VSShZ2mFjD1*cCT2$80Y`5I$YC z?}j=SLnmh8yC1`Kz}jk`bi(PrO6bwlVB2lUPt(S~H2t9N%Q2Y=({}C$x)k6bk|XIv zbY`HLU}-pr7J3C-4fKYGr*^(~d%PYZ49&V2ROg_`3}{vM)DAChGMwAht{1Heem2dk z@{)XF;=;L6AyoN+%1T46VIgD!GN%iFVw}vmM!<@pQLGJdDH&OVs}Ry+=(teb$xTE5 z5~RKvSdK%WzyQDm_gtaN4XoT@YD|bo6+7HD0{THA|1TzC5R46J7c3% z-(sh`AdD~!dQFcjSCk&)F~zX8&vw*#b=9-~_~ffxK7fdRoH1VKBOQPrI3p;sSJve? zHz^;spn8w4CJ+PYR_)6^DRQ43;P2|rsmlwyBoM+!Lx|8T&}j&70rBmH(uC8)?{z!udC&wm>SkA> zK%PODE!DA=e9*C6Tczt7Vv6&q<@CS#QF%7%_gC_xl<|*W4KJ}L64#N@TS%bd zk*2qX>-&t7&lWTzRS{kInpNGO7Dio@qu+nJ+yv|NW^4U)@1>BHw~Ri3Iy0B8+89^! zo=Zb1?(kH*xdi@G4HT;kXSneWGZ2z8uOdMC%k7U!((-Ul1o}Fj(O;kWu`8qdI^mB; zrMnsK6mMr$?$RO&hQcF~*T4xkSe*0{L)&?s7eRCMlHgLc*3m1(&-bm++m}XDr;ezd z?Ps{?f@s&FD6q^3uc|#?Ku!lfPdUGWpfFFD-lOf|ISZ#u_l!tqY;_*Lh=HHPH*cm{ z8P$R){-94Vvx#VL%jZeKehHXdT4x)n%)2^F%L)hw9n}44uO>ZUpgb(Jxcbx)&<$e7 zB$m>i*<~utl4KM$soYeaN-F#gFc)N8V?hh1CK;NxTy%KY?rL`mCms$KEXMoAn8!=a zo%(zVOVyC!Ctfep;^#m$`7lK@RQDK}l%}{5Ns3TV#+J0&+M`m2J6>)WPo<8%=kEMI zao#bopU^lQ=3?Q|y&)kMn4g#OtOahkxJ6k&yAU9BfeMOD$mJUYVSVAS;+WHOP0^@^ zqTeoY8)tzqi#EJXfG!7M`1+?tZn%o;DYQO!nras=&w4;Yd%5>Vf+CLKhz*L`X0;Q_ zpB}o3c2WtqNA(4|TO!qa4k~72E}?E*N7R~5X+wz%f$At--Nn^Yy-@o`p30RoyZ7|T zqwfmJq4{-?3>ZxgRG97B7qa!lDZJprZq9b=>ucg)1i1#Z&py>OJ9uRc_IXV3)nIW+ z9=-f|IN=jy?Hj8y2$~I5+RSWA3KYYTS))S(hox@fisSdr3`5Y9NLWVuuu?2*6)5qq zf<3y<66F#kK9$zU7L^Rgwz&8<>)=0p=hf-%apw1<%YAz#?Fd~lHL4G~Y6BGcgbGj^ z710%$2$f?j;wObg;cDdnmAdDp$iv+^t=FqDb-C2K=`Y+KYp=-O%H3tKL%CZTtzK-A zEK?_iIeb8yYYX{>Iu>99cMu9uSm62GJjm5b)7hew12SU-g(^c0eQ3@~Zj|8l!AsHq z`31<8`!c3@1uE_asbR01=c)z51Yrz>WML1hm}km1aeClXli4hsQ2|T|c06q~8eou^ zyCRY|NlKY&``Y<$#!t;c7f6cYyfBRT+j&NbRC$pQv@STSlw?6*EM4q^V3oj3#WNfi z3@#W1Oq!Hzcd-p;eWV)-NFW$N$A2Q2YA$@BOo5Y#x0|hae%E+`8;UPh^V+^$hc;Q2 zp>{P`s3yzNfO|uehQd~B66-^&TUFTYAEt7hysRgwEF9Go4rGtscv#XMTZFA3USwkd zFK~aI4VLoq=Q`T)od!Q>90$s=L)X;#74$%jtY%S|Wx`Pv!Q()}5@-b-)3*NxzNY zi?0!|^iYc{--4j*1|M%u0p#)yFb))-y~XrXM@JHgc*J*EmYU*-ZRaXqZZj@ag2pvH zq%U&%vDsCKtQv5ks*#Vej+(+y+F6+#Ofx+d;k03pKaXI~Y^cwH6G|A$7n0{V! z^clZ+kw)(a%J?j;i6pcyDYzOYL)OA7&cozHECR9n-lh6F>;E}Aw}BTFB@p26%P#0A z0#9-`o%8LPdcCvkJ^e70V&ZP`Ai=Z1%NW^K3b0lMalcMiYVqn`e3Rso#fU1hsVVz~ zI~Rj%FByW0vhpj|^j~a3p>;d?R#V(&U!+zQR7ubUbGl`X5v+@QMIM<<9iacwg!MQY z-8JVHkY3cfaiS$ow^FwdA?kVzLNOQGwI&}Zyy0Y?lMC3a1h3UFi`uxbfz!p zCO3JeOI<&Y2rMmslmNkcC?))6UK7w^u^G7Rd>4gJ$|a8cRBl#dDL15X4T1+R?h`{z z=s{vzU9_F`n%Riynmo$Hx`M-&OoibgvcUn9D!=4=^OjQ_5KE?74Trtmv&ZIIG;t~r zBu<#;I+Gxx+XNeEdA|#eUe`;8qZ*i9!zo6RhIqW0~=!7E-eQNoAnT(jk=uQVD2-(Q7lwZwn<>L+pbRj)HR zi=5Poa|XS=eIOf{Jf0Oe+PsSdB^-f+ zn6tKupg`6W%gP;B*%C>Dq^hnI9g_7Aige&x9kNjM1pNFcO{v-wTL3K7TlZ=0 zvc=}|dX2Q>d~++(5m!KY&#V@45}L7*8~4RsaSR6I&5rv|SxN&&VP<*5yr(@%O=O& z%^LChA<|rN6FD-*%3326?TkVziVI4@!aQ#?AZ+e;2mISuvITEc%pqvAC&9QKez;0u{NB0#z6KUN(nGc9oJY`EX1);oFZCWbv~udWM^aD=56#;#y316aXG2)5<`n3j zVi%>%^J~u*dKYe*35t1AiKMV<(y` z;#febW2}Cxhs5aSqO1m($dQ#Lpcn@h0Z#Y!$!~5uFfr`rdZm{2n$);m?F~ta)`UY* znwV|WI+|x%wvdm4g$3Yk*GO2U4q6^d(&l7;GvLKjz@IRoLoabutp=e4ha3yO_%Nh~DmA}vm=rj5omz;h#H{}8lAU>9LvrXreVrCbhvNY_5G!W_f<@rWO= zKd~~a2T37Kj@at?iMdi$A{9rRf(N=N(!OmQ=AKW`pni_9YPZDZ8fPtU{v|K~c--ZN zMicQryh1kjs8QKy^Xa@9Bqdv3XNy=-AQco*Nl3+-WMT{`n9mwk?qVYFfW0hh+*+3W zI2EI$b_Kr`q!<^pbrGH~(3kP8YZ+t;Lk13h62Tk@!xv`Qj_46t{0Y~symNIDQ z-L>`=+`{6KUJycNQ7Nd7H^PVU4B>WEiO~JfhDsc*DCVUvY1`#xh)nvj15fE3F0Z!L z5dmWa3fvP`A0Ts6A9kxGyOb~olW#-A3v@weN#x-IeE>c{!M{p3M=ZJOSS)_^6RwhC z@=DE%-O!&!SvO_JEpXRdv#|PJHNr$e0L}@B_-zKBlFRk0DXXRb=GAB!gI&BQzufBP zL6c_^!dw_%W96A|{`jM4YVlxR2>b(1@M%2Y@-_5{$^8=Gu{`Xr7GW3}?tJnmoDmY` ztX#yev+Ib1nVuq>=?Qj=Kz@pkJu-mLqXoezoZ!bJh3V#RWjPr2>z|XRDm0i1M2ar5 z*iBG~CzO;#*~Hfn;Z*088N##kPJCx-l66@ACT2Oh_hc9uFP7g7OppOHvc~B5{A|8+P#$&Z% z>wJ)GN%(VxfomPk-zQ-5MtyLVrox&GOKeJ(_>esszIJdK^|h;c0AIp70oRvf$rw zwBDMCOpOMIl&N=vA>Rr2)r8SyA6+NmUwWM$h!(Z1PEdj;n4SYLbnW~H))|eASzxj5 zDW30p39JN~>F6$bRV29VY^?Fu-J!3OmK)P zHJy?Km=JKWi()*#PFjI1E5#woK$t9ArR|`zw-CGeMJ6fFFRz#rX=hr}qs=YjRi!|Z zsy?#Hsn0ufBP7s7u>Ix}#f->d%frklnr}5W26Jh*24@XdnKG1mh8w!WqWkVNC0CMI z7C>$VI7MZwtu_O=NHmy@G&I+e`x++scPGNe<{ zU}`JWpr7kiA#)s~YNZ)M!-z?_uyz$dEGcobEi*`C6qaL>#(ukjT-k7>+RSN_EqDS$ zt*pd%lwt^9TWgLk>mu<`Zc7}_6y6UCBy~9%l3&2DL;@Dgszp8=LX#@MI$nQ}z@qO3 z%nqd_@nBt*I7+$+*Bs}hgQNh0udPV!ze*ScERId_zrOO0a*3cW#rj%r6Yl&5qFv zb?~hHb_xocjZ|{V3V}0UfR4pTQLANN4nmB{4rrd?gooR$eH{6iiCp52@ip zS^uBwqUG9WSa=6yK|Q@nkT0a3W9xZqD-Ck^8O;?{p&Qi%Fz~iJddU)Ww|v-Kh-~fR z{J4NjwSvQGrO?50)*8S#n9-2!Qb~)}`kA%G9J@im7Y3RmdBJ4g?yB5Q3b;?Q$p|b+ zDMoo}vc6ESOd(%Tlt;oO7zoDIsa7$oU)o1`@((GM3tSMVR=yQ{(etB2E-Cl?g+ylt zp-$x>j2a_}YN}oXr~R8AQjJq&maaG+I;(DN54G1JvWHVnV3=Id(3k-8 zl$fn?w%KW3FDBe1f%U!QV^9PNFZ@gMrCXxemj=D)7!l z0Q1jKYfEJ^z~ViQ#2j zvHyDo;D9=~hHRX@bWM6lP~CFS(`;7d@~Vb)hl+ZFSD_K(mI;Lx!Zzyy1h^GJTEJTm z^X|T{IQ|N}G%E#jnWhDO-zGd=W~%_q=}v!3aTo4srv|kVaF?F~Ci20qxgd%Z_%ldF zJ^-&A_108orEUd$<5@P_Ewuo4fY+W&jLQQC!aRrW)UPBmF}%j%4upo!oL|?TO1owW z?P27+Ijg32Hi)9HqJb=k3nkQmu&K-FD(aVg3)j(>Sz=n_MgmfHTN=uUOCkWt-z>bK z2Tk&qKGIYM%pAxNbQV6E_j=w6;klzcd(Uf4`(pFBk>nZK6G^bYlj58Y>fb!6-S zqEuy$JNWJ%BSh*Mat|ce9E9ouWpM(8g&1o1JXNeZS7pjyz^~D^cOIn?sG~(hffH~NACl>ZT|1*TT0c^R-JtPEM{lX(yojg5?J zxEQV{X>n)tG^`Rh08wUz^I4Rpe_Gy!M?6yaZ+v862Jkq_cm8!MIO-F!J1qGAgAtDB z5CHbp#pUXFrG6y3^U0uQk%DY8;*n>gI#-5V9F3v6*=NeOB3;f@%nJfEi-p!~UN)y^ z>`uGCK>Sq8ltk6yON;*|oCCU5Fv$Q}^WJ7lZ@4W}3xF6|*rVe*Js1YQ+g`&p@2B#G zbMPUvGq7C6kKc4HCcKHnLW@oY;Jh`oLW-tpa5Zif?&!o=p_RvNW`?*hD*P!eX~UK* zz1}%!u^?UKkOguTx~MTq4@=#H4t1s~*%YfR*=j?RSA9)1#cP@ zA1wc;otv6+*{FS*@MNRbarv9AB6874G1)(T)2)a@{mMLj82@?nvYgB|dPdI?>g}U) zZF2(YHE)obONQ26#un=joKornk_5@Z5+e}w!S1OZkCC^yu>`^dtHMwYxp=kd6|i_c zq+cc*u0c4Z4ux8}y~shEiQrgL;e2MvDx6CuBbnA3+G}YJ!DkIli_X;U+vrUE+=0bB z%muQsA~!-!Lt^koY|lr;ZKV}{kMtuXdUxQU|DZ#wJi1Rgj`Z0a%8d!B^rIN*-0J*F z96`f+*|RLu&BXO#zL4s;p~qYJ9XB4z?3&$Pr*l0#TITsD;DTS25J6t5=KlFP|L^a_Bt7p-lbjO)L<_3m0iLY9OCNWe4! zM0Q{86x-EyX5|#CC$;hgr2fe7(4#LTDoP8>9Q}{pQ1PIr9BpJ%YWGM$}Ns zy3lA5n}MHPv}_$Etx4G0sv|d^bTO=*eBuQG z??-G{?-SSKoFJJSk|=yV&wC24d7J|h%{V5f-HP75(ZYEj zPKAun31KoIp*YBHRL|1tqmzvx#8Cv)PMIZ8o=op@%Ob(+}D3?=I=F1HNSN+GF#h36npDH{nKS+S7BnwOLJex z9b?R02i7XG6T0?VTUtsA9Pi482Yjy}M%dHiL8g=4&rfS9s^e@6VDG0S53Z!Dk>&g36UB+_lq&DK@&g4G>~38qVrl+^<9>Oc<^Syx{Ws+XjL`6$m&$WUFy zR`IMslh?Mgw)MDW=M$Q*fRw|)y*6!FIkd)6B0egj*%YoV_)u@5#Aa2G3p`AvLhl=? zNOYsAnEeCM_<67eodxmP`KAegdG;2~k5eal0~HDKfHQ!pCnYVl3nsidHGW zMtCdJIAy#lW~~HO9r)L*wHR>9zmjyiqqEgf zC^vwckxeWGN-zSIbotLH*otrTu5~N&Xojc?|Gb=lH}DEe}~N zd&%hZ!5s4Hr<*5#Mb_!mz}}cNIH~qmz8~qAIQ_eFtC4#fWU7iteOO1<`=XcXci3~z zUf=hlXw5vEH+&Z6--owI>-*;isf+%oSV&yX{JBtOl@)KM)xfA+Q zhEP;pDhPraBy2>=TK%?I-|qXT3N0fQ#zdzH0&24+1Mx!+np-F-{bSsxr23$w>&WOS z2aML1R_8f=q>TqW*Q zb?axxiEMs3>X(Blv_!#-+Jxo5dAuH?<*RJsC&bJ+_!)mb5+zn|2uOm<$C zGp`~$f)qJD5X{$|=o+ArIkND1w;i$Jm4kod2={yer*X=)=453l#;!SB7j2XW5^P9|Vwtm+Nee|by5dDi0hg72FOsHXvHsTj zGKQ^jW(-4)1WfTaJJVKQ&XB_+Toh-IR5mFMbfkeNsbJ(8%n z2)L};#?>z%c+ON``v3uu9io*R*8hGTwqGen6lg#m& z{^wwY1M;OX!uo1=IRM62kj{mryfN0$?Q3$9pG+kvv)D4eVx8eM>pw3OKTtr8zy`|Z-EvOwH;Nu1O ze*4=0_F4#GkT2c6ofiRzz-cML?={KsXW*zsN5#BTpCaa2PjS1Gtq|^%WR?tfhDFD& zolv<@#YJas{>xRv^$Qs+w0^#fj+?^x&T;Jt?;(l+y4)udB_r=6CrJ)cbfKMuQ+ofY z-OGG0)LDCNd%Qld(pSvt(%Q|UY+VExK!pk@wx|=rr&}Y~ttL1M1kOiVf?GwPuoVm! zNjL^LPZSyA|oa=6Sgoc)c zZ;89HJP+KU+)M$&l18O~dAwXdSVCxat;&A1$Y`f=iyi>33@kkX>9d8Xxb^=+riy{) zFtodJ58dIA_mo#8YRRT>6a=}MV3o1v)kTu{x{v{gy5klvjulDe95raVtCV4%$PMdE z2yr20sy7_x>D~ECK7zA{*4-^o1@kN#;S6DM(yN-1Ymyq%e`JWA^}m!4Vs>f@J`s~* zv_6I-ccY!!t^er}SW5vato~^gXxl#6FZ{CvcV4UUkXJV&FIqQ9lQ|z&R?C_$vH(mL z0BYV@$aw{vK~T{M^R~*$TYcU5*0rAgYkjOmCncr{_mt4An>UYM zN45ex)_Idz$N;fTU#3NAjtne}|N3TwNwC4Qz4CHd{*^BCg`Dm(Eb7BIM2OX*#fS-3 z(J0y&%cm9>AQijOILMtaZl+9ehR}H?>6cGQxe1(|^D6WN*#Vah&!_t+V&_{61n>e{ zZMYs@vO>5YXs87&4v~W09@&{ zunvDjswksHf>kLIrG$W4UjmZBb;B5@6`On4HWfJ(v>+f&?zx^u7yqsTC3Pp%68=|% zTNS26!9ro5n11uzFkOVicIZfPlRDHJ%whOzTTh;f=lZ)^>+4J;Q>#ZJ*VyUP{7s^) z!20>Uu4yl&Uy@VAR)?`oRH5~iU(2RM0lnhG4!vxm_SOly&1uCwJjUZ#BxS@%-aRGk z9o`a%-HkJsOGf*{b)f)ZQ9hKUo60h~BGkW?on+Po&)}Zwy1db|n+b%Fe5m*#%MzP$ zx0vY@hGt4v{R0Hr()j3Rnw$BSZdeD3fgjDc?Qsjsn=~F|=xODr4-0o;Cm>@1Cy$%N zfU-ohPtNjlw6>aIsP$Mc@OD=sCGi9!TSc;VCsQY^jYh%)r8;lRloD)<>rU)2nL4U{ zL?R{6pYG+8D~MRbt)YpTrrF45j4GYe(;h12OC9fT5m)@a;`+AG4coBlVzOe;egDH9 z_C+yI@T+l@Pf<|jkX)#>O1F{rMF;zwFeB94q*+twxQ&u$Juy_5vtvxo-w+uoj&c#d zA`{f-ueDf}y>;*z^?XrT9esaH3$V9hCDQ(wV%_kbSMX_isWm|nW(e~|gsYX}e&rtm z(zo>ORem7JXwf;Q<7_DxeIgr2e4W+O@p|fp-8@N%4h079IY!D(bOH1(Bax3yljj#FN5wX?iC0kMh0R!5u9LXvMCrRk{vldgIq zjwGhRdM8bl;U3kT7dTRy<*#{q&R|7vaRRjyPi}I2{(}RX8?B;j`el@L&ib|idVq3_ zM)x5eXeL>3xwsB@y|OHl8Zl7S>Jnec&8U=Vbo1dd_icH#+UUCbF_J*&`(YWP`mZ5u zHU2o@9Q2o|;Y+V(5sKzaA(xFP_7Rw4RbM^CrVfw*f zM&*_$ou**l;oDq$_#P|`I!KcANM&z5bzuYZVh~qb)b;RS429Gbqm|GnVHDU|pW(gF z$2`!Pz}GN6ezUf~#lWkP1o`~Zbe@%~5{{0Aylyfo(BRaE3EXON?$?eoYOF#kqz(1U z(5^-T8Y42`=bYbBUG7^m-R|IRE8>b_OQL-nhgOxcTXf^zj_?R19;T)oBA@rNxH+9Mu}k8(SVUY)nH*Mn<`5v$vkiLEjyS;&U#z8lm~ZhA zRnMUrhS*y}4|W;6UnXQhs(({%<#N63i^vfMz2)e(N;}Lo9!xoJJJGaB-Ok*&X8(|= zeiFO+T<45(;Yw>97GV`U54rr?J#p+_<7!_<^Pyk~K%L{4?vz!Nw;Xog#a1 zNoO2697Hu9#YB{;8y_4~qK8#FcAoyl7AiDyYf`j<*%1`HKD;$Z1ffiJF%Hp~BP^h4 z zKy`Estr35~4=Lr0@oK8icb>&AAFWzBr7cx0WH>2BW}i4)>TItJwz{-1XUPUu5bn_w4i;uXl2`}Cg;X9(B& z*9?mMD;2ewumL`ukxF9IHEUFW>NzR$kwgHH7|K%UC(fg%wYgj3za_fLh7h)7CYmdB zFT%~5k>#2zzheZBzF2k+zVvcxkG<{GbHOUIhz(v$u!JyVeulL#SFrV$D z3rA@&Mpkt+IEUg{=uFP+IWn|)uvG>hf%BEByUMDjHb;pl@21>nv~Q!zc!l4 zZgupcdp6{PQAT<6Uhtfe0W4uJ8?n^U5#tgQDIuazb#$sAeTy7LG+lD$9&M82lpI*F z`RVn|O08p8{niAdAV*lSU{|LHzSFcbKxuF#(A}_4O1+qg=y4|2O5lyRD91}7P-(Hu zyMfxN95M*U!-g~}ghu4&LJ`b?#qACt=y_sk;!qC`HUPRND&>$S7ku=n70O*G24qKM z0xFN{4>O?)8uFl`WwTzgXPsw`oIV#Yf9RWZ5C&9H=ki6gfV4Bx#jJOX(A1%I>k-I+ zoP@w(--)EjSQma#4PQ+~KDx2FWv!r=FwO&J?29_#}?2F?>bq zf;jsou-FLbsg}PA0 zib30c(2WA$jc!=rjFfyZ!>xR+k?$r9J z2jQ>VTS_r9Ac1DoKWYyfP z0Q8CoJNQVJtRONbGvB~(u?-b5V#PN%3HI3nc?C{ukAmkAj~0X_7R7WUvqq=fPt$Lc z-F$PGghpRje2784>iy!dh4ir{ZO*zF5qfjCa59{IL;xT-7XJ5pW;cGIO7c zE*l00CJ|3)h$KM>ESa@adA4+qvMI?bz#?K;+JEj+V2cBOliv@Z&*h<&pvOq5xAQ8S zE~rx?FW5Yr_vxN3iADpe^tBTQSUmk=sI4jngL#xhkYy<32UzcbxnGS;BgK{l&QK0E zV_e10bFla~^G7I64{L-La$6?$KYd#6nIAIE z7^*W3dZ9ZNifNjbuL$qc_x%(}jG+=SQE;Q_zrtEd#F1|1ZLm4tDS>t=`R}k5g z3+4*m8))`1nle;iYW(Tsa0KI0;>t-$|b`-dsHn zIkS^(7RDxAtsMKZr1Xf+!CIqmx(xx9$fOZiNkP(;;0Qe$Mg`NCG`Bt5wEc3dQ7~&V zCethnohL1x+e}G6LtYMo@pDmsrl)yxadk_^n@Vp_>5@B(?bY9Eg+20g~4ceDx$fL>xO;=&~?=dqadz0H5t0xZHElR z6E>-yJRdF0qa8TWc3S^k$N-n=jVgAxKOzX{{PoeEcjqcl-bhf|A@o_*fyiMqKC=u6 zj2Ts918J<)Hzokc@VRZziWo;fB zc?)^P8IgGexOVi~ceglrYfPD@=&4VO5=Fgf9iQOM6>^}QT9Q-T+7yDqWGd7W)kbl1 zl+iIgk1Xd{otOGa7S=K+OIHTXB+wBgoCOk{3a8#bqu>n^nh!N!htUazJl2&kd31x+ zUt5L4UHWD*IVOpobrAINB}RVn88^^Db6JrG<8 zlxG|YP#6QPPx0S}kU378t#Z>1twd&d1w&kJF>IRuT8fssZ7sG}nbt?3on8>fJ(C21 z1D!frG0w%~Yh>aJ>el$FSf}eXi6+93#6!)d9?%6YEb&s5iV%fo!+sNh-B6#;37y!i z#{lf2Gkg?kw^@Jnn{ja1pR7-4sj>Ek0`GX4wRe<%$xq;SiRmW9%$FFbLZM_WAt>&J z?YG^#yAp*90NwRVtUjG~L`qwnaMoW?M!NJp#E)cdFB937K=z@c9I>qo$7LxoxxlDz zOG>m57~D#kP|#QIA9j(tm6+x=;dykmsB*?tn#Z!i8%*Y_v`ZJrrw0e3?~n6xtnd(V zA;tr->+5{r0KqJ{BBhy?Lo!Nt&8ogrmp2ce>D6q=Vb0sT!3v3*A4@qZp{;dcyYtfY z4cyVedofG$9_!GCvnIy;X4Kt*#z5KfNO`nTZ?WOClM^SVo}aMS zxdZWU;b=88cpk5&K99yXsB5U5N7!07v0dkYApW#}<~4v{b*+<>TLemKZ&+-onbegq zzmvtdxjD2W?wo94Xjy*9XRkfFJgq3O8xj?}kOS$hLtPKmtCF)DdN zr28cU7YwL?HkhSgK`iPkb&Nm}j0mAs;l6roV}SSa5&ly^5{u7^n~!#c{L*b?$#3d^ z4tAHhdsvR!HD#>P-muMElSOm!*{rA;MMS{%p@mcdkSTCFZ)H`94}jzfX2f0FLoe84 zBv>7aYjNqqT}aa)F6FUBaDGpV<9^SruKLOArp!hWEhVE?;7?_@d0Y6+aSWd`>Et&%Xf{#0;M9}31yvGfb0*~=}`+Cnuf%&uBpg}M#8m~`3X<~?LsMPbY0rQO$nbs-58Bto#-aS*I7ys# z$w%#gz<$(~3H#)Tub}EZ&!F)qetSz2=U;)sIU}$h*L@{hi%R&(6 zXMPhm>OjxcL?;T7!X!^jv+3a$^iv&`!=tn;#a8huCK95a>CK*yhFwij-jRdBF79+$ z*w%-7$)P22_?7imtkfT=fJsvOxqi9yKq$B%~mkYO4E$KNr(b7`6EWR3m|bO ztOIO@+a9G7x<)IW*%WOTS7!jidn7lbhI%pTX%V-SYGz4zz=uXF-TpUGM$I%}Vx((S zNE@H&=;o{%_xeFxX9vBjZUmrA%MHNVz{~aqQUlC?3AN780p6o{W`jx=BmBZW)o6ONnz`Zv0%)UQE+kkMItrvZ2?Z}U= zSvI`cF!wSqD!YQ@Bxaa$vwnFFNw8=bw}C2)ThZ&5xXV_!GAd~G3TGFKjq6X$|GDGIB z^x5+5#yO;4>!fcu4;~$al@0|AoO8e*G&TS6w+fT;susu+yn=4f7D}gR(1&A@lv24` zr)V*Z&b9!^w<-xS$)H$3vwc>TAZockkdegixOAgQ^ClvocjCUGIM)t2?tMZ-1O}DO zzO*kKzcmHVqISu~NV#BB95E~I(*&q28tzFr-P4o@+?gS#$Q=!K*^-xbd1msm!~YUJ z*r$OpjT10h(2a}r-vug)Iz#{ykR|hQu2Bziz9$5>P@_;QK2?tfxXuT` z7Lv)YAUF)#B2ddsL1uV(^j!Gz2?+jf)s|a;D`ROFy#2byS{m^b?F$Z1M(hTn0&Vv) zEVs^7ciz--li%g;V8wLw6bIk9hwIDD$s6+0<}ydTktukbf5BYOJR1sOzBn=6jM9T; zEJ5d$?khf%CbV$6s|W?E7qGa^i&UhtzvgW!l#10gK|e1;U)2?M`=U@2#qJ=sbKLfI zIM)d|cytXbgL*^m2tmLxrr4>$wEqe?i4SN6NT*J1zPZh0aTkAQ$?F|`<~X~rLY!?X*W5oQc>`cN4sSzw^l0=jYu z=+cGXXyNs9|JFMY?M2JXVq2fb;h>>%wahfBh>a9Z5h*UleCoYqasnw3+c*I*E7Oiq z!kEzzpt?*-Sx!^NE87PbvxJXaQlz-T?v8S2`=bfBhjmynk5Upou`W!=$ACdZ-6eZU zKvg7&jW&uo@l}`Jo z8XOsrE&?T(%BKv{6x(B&6amP-Dc=5l!N>G!%7Ka<=vx9x+|=m{qHn7){~7G}0R8KP z&WD2}Hjv9#V>Ovtc^F@ge5cGu#5yW>ozW=rGXjOz9tD`A!dvP~A+ng{)DA|Ten^9E zZD|7x!dt_h-XWvq>%P$PRs6U;Trw;b)y#9wGBO6NgEtAn+4eXc(WIaG+#K)Eu0ko+ zwvXDP1NcL%#H0fJMgT)fVQ;KNjuk$gLV6WQlVY)E9+S~jwcJ+gmT+*}0^a1?ZE=Rj zCce=_@5DmuOuE#+UfuiGE{f0$)}I#Z%(G=76`cj77@h+dmxPcjSf#;03ZFQZBEFar#KQ#H%aO1e8KD?xWp?mPjgmFa7NkmJ{=a>>jL#MkLkh$CI1G^{9- zCarxJ?X57)0>`jL2U*9Sxz1HG(OW+67o48*e;D1&>Q$%?9O)=eK!66iTGep-Z2_bL z`9-;SzBdOz=IuPx3c6iPvPq4MwxI^IWWs8KsQW9zh^qV#R6;wgs>fVmaOOxw2{3O9 zU_$aRm<`TqWCJ64mA$!`Bhj~2FY71jq078t)l^9qQ`0f~6*PZqXX$K+3Uf)7Foqm8 z=QEYmSFTxA>Xr&LKDbB(JOgjgu`-~2?qsX;4N44c)E#hBBhzr3cpu8kDP%k zLr|^SEn%f#dahACp%KV2=7C$OJfxJ@TY?;`wtas~JQBKBbHdX4%<>_wvKZ()@yxb@ zCU0Zi%Zd!fgU+GxS&nRe9+*4O+U+e8q{)5?LY%&5Qo9d*bB2YX*@F%m&?=F_#jB81 z)GPE^)8&9s@;n2yeADpMY>r3@-HWuOq2cobEi(;!GJ=d1f%~|fa|27YXxTBx^OgRV zxQg=rn-?e$=FJd`i$ihrj$>rH*U6%w+tOojf|DPgJ4K0wKu1AJ#neH!7|Bn4shK;j z47?$0&VH)<`Z>hC6(M#QJI&jS1Nj*{JBw$96EkYY1YLi{fA1cAPwp zeZ?uegCwU-sr@<)FjA;^C?T2{5ZpO=MMdpEhtDdQvYxr=DUZ5`2^a|S(L!!sUW3M!sc)S#*Sj6+>* zc3$kUAuQOJK}^z+AD}#|<(IAv%SA+X%MtOcz9c!NkiTD|k)v3W*IJ}z(4!#bT&z)p zk3^|&Oj`+*E_>#E*Q^gzg;qo}_3E^8LYU{dE(5BZ{HrD~6@4!3zPChMj(*%8%=N18 zu`-zpDTK*_M_}%)ni$QCR9>7si#i2Dh+~F_P7v4!K9qy<%^lNt%~}DxX84gSr}|`0 zi4=8h6<^M0^?XN`zxm^gE33EIF{KIA4;(G@e+^J3%9%tVPgutN+$qlg7Y zjIC*i?Hyu#Dbf|qc}-!?uu!H*R420UJ+twbmz?01CilLhH=SIoawy*DCZ1vKeZ>Ly!G&%WdFn&c1E@B&S|MiZWe* zRKQnAVF}c9Yqq>rWawu@U1G`%`fI@a-Tq$eqByHBoeqe%6MBv`Nwy1FLIKu0FC0W< zsyEf3|%ouo;;sM>}&Pnpel ztrwRYr*7xv+VL6FpPLz}pY__w`cagGVqvC)w93z~Ml3fZXZyPd;rxKZ&_YadTA>9n_keuv9>Jm)!If#K~r9irN zmmlKCac|1q?(}sm2X>r(TID;xrJDL2D>Z)LQhs*z+Gtpvt=b(s4gh3t08#rhwIQs4+eqU252nvow8CK$3wPc&Sg))tI*H=E1wwh74g68`H^qxDuDJ)Y zY=lw>E0hj$>sZ66^~Idd@TP}UXSOW(i?^JR>ZenTajafe(U1(7N$`hJ2|R$3d0+Qp zQV@BC9xmIek^>i>Hk4)@)BI&>v=w7nD)yDXqA*h&z=C;dY;zV^2mU(v zsda;L(gj0P$*O{|`v#d^SNApJpYEE zBORd^r3g_fl$STVHBR{z!uaAISUdJ&i{5h{=^C+eg(F;)@c8MO>C8t9LA5L;jFV~o$Mgtk^SU%4y$&z7cdjr+^am7>c6rxx3I2=0~u1qw0X9_IR5FA(I zjG%*vL%be}udV

4qn|>n(c^krbJfHW~%Xwg4Q$fa0_!WW1VK9%1FmFJiD5logGQ z<-a;qolx%aw7Wi2|A%8v!3J-8>}o8!z)ncwVhFC0!Z|L97!`v;4FGIHcvUdNsHcM{ zIoKlvv<6kYZ7&Qfq;09X(&o;oC31U!FMi8?J{j5`6EUH0EjOqHcnz?9g6WGe*oIW& zL_z?t6EdLo%@U8udmU|t28DhJ8q}(`O-Y;v0e?I;lHvI7leTPFV0h z#S-OlOFir68=@QwrcPtYX(!K~>LIz3-J~xT4PdyIE2Z)`fy51#wq&!_%RrF)qK$w=W9UVpN=;f>mNF=8W0S^#QDjk)|GC+&fmqF>e zI7*sorR}^J*+44*XAG?*;(~*>-PDxn$txpTX-2P2Fl1AJY^I+mpm+Hrj>S|ku7Rc?iSpYl)}-#`Q2ZiU^s--QMWw$&aM_a+ zrftL$u+U|yjp}RB(Mgohwj(fXAa1{9%yEoB7%crj>HEY7Zrk1#;*rZYeXG0sNxPas%-W!f|+Egg*^i z9{o;@d_J=1GvFsjm<)6bGJ$5m}KI0f@{~Cek+)q9(!=k+e zJ*GhqUd6Tsfv`E21<_po>JHEhfzFJJ3)cklH#3{BLw2AtJ&u>Nz%-V;X-{pea8RkK z;-~kk8dzoExIY!LEx8Y0VvSSbVMh?09V24UL>{?l&~Xi1Xs(3C>rZdn$|<2uU$pvvT$VpSGLQ#YSt-hozB#KUIN~&3D+<7qC40^JB_s zH{;`n{hpR!SCI-Qu0mXxYaF_T!~CbJKT&t8rVRv)sTALvT($?owv?sT?`XT@fLPlx zVv1GVR^LVJwX|}!(*R%(nAeqvmymgXU;QR9l`8D(0xk5*ivdI42=xq|lLJ^#Sv79^ zb+xm>)B6zw#{gK_6?}`|0+%@#VMD5x^+s6OykqQ9bjQRb6yvs$_K?@ygH3$Sr=ux~*9 zcUQ5|%S>*)TGyFGm}=Gou*q7NM0RaKbz&OWd<8esa214yDl?rvD%ewFkA;$y;s``d z|7Ky#KmIXwl9WVMNx*hHJF0Wk(3|9c+>#5)6EYaDKZmqFPI~a|FDPPEtfL(0fZo*K z2Wev@k7^djIHtL6K1-Tlx$WLAahKB~ekd{WCB(ki3TwbTZL4tUDvU_e+Qv!x?L?Fc zf`QUjXd`bS;QR}-9&t8U5%SXXzs*X$jQvsg5a2Ed@R*PS@6-)lTa$)QwC1GT1-xq$ zVOy6s;CHpqp81N|;zrtix3toB-QSZq^rU>I7w2#)n+p3w2(nR8z@H#?+a4tC17M=d zLg>+8#f0ZntjZ>{%#xDgY0yrq=V05?x*>31}9-i_j}Cg__9+G)ku( zMN~-n>}6oV&Km}X(}dams+1^KJllgrrkXx7YHusf&is$(Wya4O5>jbMZ(; zjJ;aTr$`|3j9n@+2&ciYf5V5)o`2U>IXFLJ;^HoPDSgI(6Wc6okRWi8^VBG_5%^Y} z#yFJ-%yz(s%%WMo!yWRqJ#T61! z15za*y$WuhOcm_X6M^-7b6C1}9Vu5FM;oGHsa#Z^mG4EGFz`fr8j$xTEq&PQexz*4 za_$F5_S<~q!F{f%yF@$la3E#?2U2>l>wSYoAXsp+g8>yCAbN2ndc=d?WLNhXc=h*B z#GDRI0>Ur&ZVzgwSePUIPP{|{_8}+Y2I}> z(3=5gO%Irm-kT;;>tN=1MmMz-ts-6unAp6d&j+C3v;e+;T6!G~Ec!MABVb&1mD!RB z=akQhwijb%qZ62`;u0dr@NtIMh__k-&0u@uK{$YwACd<|?l1{7Sq?v_N~r8K^B&wE zfMGPFrNqq+P+T!e=Q}UIc$y^iBP=E?93ZP!R*J0>J}~2Ewz*Q%?Ds_LvLodRMKU{U zk(D)1bxz&r#*(+rH6OAVH^f*@3qV^sq|R>yFg8SRTHM|v7i;{@8#6#vQ`?tc$^EXNPh z;F3`4Nck~}qt#0Td@f30%Use_o~O<+2)hirF(ee;s?acaLNcULP%$I(^?;6v1lGfT z9LFz<*mY@x)$E;B1-!={K4JHk0YMdRjpj8ObHRX#;joQV9ygjNyF^-}zS*VVl)tkA zXk0=y5&Nlf$K9@8zCEbPzLlNw$PxwEYRU)_V1h=U5^JCeMcAPDuZB=}j?`efHx0!< zQSX-?Gn*el2Qm3=9Xnb#JSQ6ZnDdGDS$S@LtN`1++kg>_w2za1UEUrE3G+B9FZH<& zT5J0)pgs(2uKE$WkT?p})FdqHQsMKQI%kj;{KwxlE<4&0_^vRr?7`LKE=!<+CnJ<% zrMaItc-E$C7G)(H<7*xZ@H3QYh6#oXV8!!6F~qMu?62@d_Ibf9_ka*BLu?)x?kmlo zZ2r22tuAjY=kyW@VAhUputPkv2;2E>1vjU;g)+;xe(`!?ftkU~4Fk<>L)-y-ORWWG zryrz^08fy`)fB6s(v-h!+sUBbVV}3GU3wWW5_ExREz1y?eWIR$*|5xES;Y-yMahDZ zcI&+6N~ys^*4}KdH7O}lwR#4zbE|0t)Y&QRs+3eZ(<~K1? zip6c=74=zCOVGGTh#G>on8z|a{z*CJGq?I6O~gR!y=b#&5;RiNgV8dl_?|eGtLJQj z=KGg$Q~GvXOh%5n*X#49G?djFTuqle2@YIvOl~bC4K-r!05U1o7a8C2hvT%R8T_T6O4!v`6^yh7q;Xg|F&M?G3O_w56f z7X^UMH1mM2y~eaLNOkoOxZ;gBY7pyN=o}E4rjgKyQg|C7D0eXS zMN&9aFh?1Xd08q*KO;t)!iLgP4sysnGxtXZ1#d!6$G9S%+xc#b^QL>hX)5|il7YJL z9oUe001UsB{xS5Zto(`h2fv5C-#@GRbIuI>hg?;z^1-?z_#};JEBGoaW4J8U)Cpi# zzFjA@YMkO}ptkXh8KSx_12>{6e-nLCQi+ovet36Vf!?dmpwj5u>)o8%NZCtxsrkMi zGF;@EbjWkb2;aD&1D3D^CyM7>1w=a%>G}dA$H`ZQ<34cI7Zp8Ylt9KyPO;_imY?H1 zJ?;?orWQ+@>@EeWs4%+-%B1lEf=u1BugBC5MtWWFMP-*Mom3Nhb(EmPL_4@a%Mh0i zA#;wLA|ZUI`j^2$rpcKr{UW>|Dm_;Q8#qhT3|bIyzT}bA{9xi>i_!{8(N%L*K8EH# z^EG*R4JD(?NH`MjI&OS=OwDM-hEmbsA&aG6%eay%!KD|*@Yal81CFI{PW*>%TqtGw z<$%OB*X70<^j&3ON|ELGYYY{Pb)*X4Twwc&eohIYlVm{FarkzQz`LO4;Q*o-fn$+KCQfXVUAK`G*}QKtGj!ziS_;5|Ax{;7lP(2~hB~5rq?|;+@ItFe3b^dm>uT3AN}C>o zk83wIPKAP6k2T03KFr29jXsTyKEv3B;tahGHxaqa!iR{Ap9PJ5@W`wAY4R&?hK7)( zcMtCg$d1(gdj73ynIt$i?_5OMF8vrds(t%E0T+{-(<1%A{6ba}w9H)SWArWE`^Rc9n&nUt*^aakC!SGR+d{ z_*XFEPo6&;eht;MJyw1Cv;&Yhl}5wF=;}WJf>J_`_%_U-HZC`2XzY630-(GM)ZqA{GhQ(S|fUKGG- zE0}d}SOuGG6v!O-?~s+7jY2#pg#IahA8-!P5hkessfQngh+vxM9jJQTFwB)VOndvI zIaX_-a(~y~z61v217tsI^US_IVDo*?0C_@BN(^&i zQsW7>kFNg$z}xq5IUhDIZtXk>g0xNEzT!<+B`hDt2F-@zGNdtCsU#9nk7(8?^-zhD%# zy(($N=Pg^b)!DW6P}_)T^zgY&a-UVwE-HZ+e}k_)E2Ey1}R{y4@hQoa6jAtv@L>_caUVQ9#+qO97WDg0Rr zS_Uc`)%68zq%GHl7`Gc7PYxM4)(*qqdD|}w8h!((Yhl8sw9xL40MQCr74-;62R0wb z-i#<(Ei_NXHo_mUu&=Judpm%zZcC1OYm1<0-9jSwtI%}GBp*6PF zDfHddpBf}M{}JhZp%whzXF_zW{z}|q<}=M9s2@vKFLJAax9^2lpZ5-iM$*$ zMq)%zqGM(eWb&RKDQZ6lqqijeM>SfzU}<1sSV4j-31J>@O4c3nHe94uaC(m3CXbv6 z9uyt>pI~c0d%i{JD^wF&??>NRtP?#SuPjJ{O-HdRmh%HN(;CutwhQC*!c+aB*(5@$axyxJ+kNBsAc#s%DcObJblC;&@adef57KD+ zlpwlo`gbai^&ae`@@88n;QZqNgHHe)33boDNnJC%(cKhl;w*5C-6+|A@OVkn#rFwV zR*sI%_|pl-P7FTZnV_)XL@his|=pTf}E2J6|+ai z3F~e9z0=b~>zQoyStfvtbT*B3Vv#rMSkbXqdl*GZ!(m^KTl-g!VpwViapx|sC1#G0 zeY=LB)Bml83O;tN-rTrQ!g+h9Sr1DGu(WG3!lB5v*QZJm1aGh~tn$jLBE(h^x!%rF zgD&{FozKIiZGAYiwko`+SiYpRIcQfSLu*2nbvU_q*5tr&qUX37ft}kJ(Wp$}N83{g z@)C-MAXnWMzch$e@};xu1ym`p*$t?lDpvMcAnArTG`>lJWmw68SRP?6h@#%fY-sro z#K`s;f!i73fC9*@d(IDEbPs0~4hUpih3=%7#%ET9)^5_PQJ+$O8(lh#h-0rKm-!2~ zDs#bNHXk*J`g<-+No<#b&*9e+^IMdg6SeypV^|Q`DRR`ArhY50XHLJNz`MG9^Wjnn zNVexKX!zl}#}2DeWU@#pY95NOsPdLY9-zvh4&tD&sYlIgAljZ&M_}?D!!te(_ap1g zG=;!DevwwKvI`wZwLCXtn42WoF!6c8Q4XjQFI6yj7>SSZmw3S0#9=fD7~`;P4i?y_ zJ?zVj+_7Bhpp?&#&#Jg_eqLA^e=n(}MPRDUhW3(W+?~p=BiGlO^qJn9;z%&hEf%{t zo+i2{kEt26Vn;xFcdGJxgP!V=c!&DYEFdT|lA8dlgofGqNBVJommBu|2guZ3Zz(l(Mivs@Hhh)qL6$2N&E zjlBvvGXyOAU*?w1iJ{%;rlZ}V5{2%A7{g-P@FsjVjvK8gNl-;@FR{K><-__T5E8(` z{%tT{_sm>YatG^{Mp-{CKf`aUdJbwj=H?-y!bDcxA79;gn6Ilgbm1Y5N>)&BGGo!J z+Xnz8f_rl<^c=*Ky?bX$5ZN|C{c57Ye0h5-eAr;xgT{@;!X-zs!6|bn2Jfo;XYQbG z(Db}qZ0oa5+0{DQnAp9D+{6b;-4%&he6lpyya1?eQ;%jt${bl=J5&qnPK%KGakt08 z5-HN&@k=NNBR;P!b#`$!kt73;%8B99X?1au=82b>Bp^E%A`=J@pgYN(K}!CsR;m?Z z`j@h<_#nQu%Q3SdbB`1fQnG+1az4DEgYnZvq%wh0t^5Fl!2as1EPvusEp~e?VolLc zvpH-`T>mK-g0dI!f<|IDfa-C7ISS6o9$OUZOvtFh?)c2!vw3|KX=qD z%LDJxYZItNP#Nr|ww``|7h|uC!1NiI5alO(U$d*y8?1t~xP?(+i_rrLwJBk=1Wn=6 zsqhrG2MK2$+GIf?ZS%OIozOqu4ba-Ymcylk%`w>=VT=IhBg_(56K9 z*fhPm*Nebu{Tvgb={4mSzz<2vbs8yU5VG}bAEfV@xCe4&JZL^E?ShV-CZ-OcFyL}mLL;{$yND z35Nv(i75}{-yheG=vYZu=f#|4k|>gP`|4zH5@8LdmS=B9c_B}y)ugz~%NuQBCnS=l?(>(xdiQwI>7&6>PT z)vY@3bSFJ7P6@)&QgKD9Oh6|bUCfSHk00>NYz!ngaPZm-+m>qCXf5lbmLqP=f`*bH za-@X?b$1udK~{X+fXP}qK1xd(BLu?A%b;UcShcdsGIV8B5q4v}ig?`Gz+CFA&cgtU2U8?@cc{{2vvwdwi_LV|&G!>6J3S+BcO=X^}rXS3Z zOi^5jgPt41Hll(LWjt($LeSKsS(R6`EyDw}YO$=sJ!XTjX)PWBtj2+W5-^=4?mf$YqSS7>RTy8 zpT4$?Y9@|{Alo*jIM@*@7KF1mIu`hOH)tt`3_^#582=DtWDFbIHcg(v!2rNGgy_Am z#YG>4E15}Qc255*#I|DgF}DpCSj8cyT~9OW-v;H3f`?8I?_q>;i-_L~_#}JbP^!g> ztJ$-AM--Na9bPPqYE`UEdT}=#SC3hnND^I=`z`WE_9Wlv(J|R zQpMIxmXZB*yH0}(;ybS};W%Fb6~IkC&Xd7K%vh_*zEoIb;~=CBSAQc<#PF#YmT z$l~aj5FWsAOL)#Z0p4DL5#DFAXV5--{Ct2aGB6n{t7_t@fddd_E+NHVne0#4~uYlczk1?6N}RI=s*_?q95mIZR#L|YC zCvyafz>ZP(t%}PWw{7+tA^JEwapb~$1r1(_A5XPa`Z-K{k{PlCZ zK`>~0y`fFcKe$)^`pA}NqIaEUD@-kuK~!1XQhW1u1Bq-`#0_SzvW`3U74XN6KH(^r z6R)DL6Hnb%uV&3{^m43|v?07og*!|6X{#Pc`NKz4= zZ(0s8BNC)RnwFrvf40KLH-=H5YR85=4)vCyWMruqM!4lt@nq}DN9Ou0X%89iCmx~* zo}X0Fy()6CV6j<`n;3N;;6T|)ph$~g8%8=g5Rdra=iHF@LA0lD0`%$rF_4`HD%0o* zVWaoLwgVUB&RNN3$U;I)`+4i&R<5%{VZj1o9W5J*5bQ@LFu*5wX#~(trjW zFs@T?k6^{7FH+e$v3O79!`T4p;x@=RV%J7?dHI)~klN!(*YK0)l`uQ4l?w!z z&zPngN}GMSFB3n$V)?5qZ8w7=z`rzZcZ(q5u#J?-34^WrE$3VQJS2BpJp{ldqNrwA zM*UpkPpM1O$FoaqyGE8Qc5h|CI=GUU!5c!IIR0$kf@&S_6-832f7;>G|pX zq@jSi_Bt^~5IMgd#7aqH90sw&=^X?rJ^RyB@y)Q1VZ@QC#T2KdI1;~PY*hg zMy48kBdWWB^{*-$E!Bi)#diO^OrWmnRm^8t+AtT|cWB~!N(-pAuoileJ8+dkyf9*O zjtd zmsNa$aJU$K2o{mbhDu;j)^Z)F6(NliVz!j@Z!1L~4;fE*X-C%Jwek-K-rME=m^U?5Ig9i;E>7&tGjJl3LA5V`}+# z%l)xShr2GOg(Y6OzYw_XwdvDSwjIa0zfst*=1x=Q{^;Y?6gvV&sB{zne{9!7DHIk7 z93)h(!i-|v7q=fT=dd-cipjxmADQU$H|r4|3H0G&Tbl#kNw1a@FyBw&JuvJsx>@B+ z3%g+kHap0&_8lKw<-BqxEXrdk<#fOpYKcYX^m31@IB$!`}jrG92=l z)IvL}drWMRWAVPo=@3A?LpDvX@%xc)3fAp(jmmz)|bZ_y4au9$<40n z*LRA4!&5Wfp`Z+zkSFE*|4-39@ssu}t$>vGlQpQDH8_K+m{@AZ*F5s<><>EvenG>t z%rOZ4pptQ0Qq z+`pj--i^^*s{q zD^1v8fF^tIcLkPNC+1=iCI-i3=Mb%BfcHm>keA!K0-; zB+UFw(B^ZZzNhxW>taR8JQdisF`srTW0-8uR0axHmdM)|s^9&PHCIfV1wBa`WGg)7(xFfkcJ+~JJp@G^GnROS!5>menl_DS zAoxI)QGv$>+|*$He^WST<9fh%ZqXJQaIn@VaTrqLV!B{vmsSpOKSk3BU0(>?HXoRD z$eL&Yo-Rmy4@6%&-Rs+m!7ub%l)Nl>&t&+2pD*+Y9nJ*!Hho9u>D&W7A(KrP*F~pT zWC}&ta=mmHkS-(dPHRhh!8s^;8t z%V*yW291V2Nh~(cR3s`itF4zq=AG{c$fr)}NglTX^d>qJ?W*;kFeS+#fh_BUn#PH~ zi4j7q^InfRw#x$Rx_l$zOhPxS?}-tb0dR&koN7-0cUZKt=<^ZfAfA>mGB*gwyd?a{#H$ykb`Bslnr@~?9l4=uqKu+~WdS0S1V#ML(! z1B5~T3&CgwW|xFlHOpIbv4f96)pcJsjtw4O&|MsrXoTl7W8O)KX3v}<9>M{wY~IEc zyVWuiY-BEnyQR&HPCKRRQJFPwt7C>d+6q>ATBzI*l``1B4uGDdxs75n{)T6$LOiGI zpKvPdKdO-l2nJ8~0N`kCr;YI z{h1D*C!%S*hZK%6e#8gAfs}_Z>mh^oEfssI*PI6dWqg2V+RQ>`6krBl+&2z{0|PMA z7!54TmQkjF7NQayiycq1HACV@pYmc?u_9Nw=j*09f5X(A|HUmX#59#79P(C%)UtCK6TF_H&(Gs84V9Twm}*_PokEWMCs3lO z1X&_**1jzY*XQ>vMv{JQFPkPZE^3lsXMB(Yk!mtBWiBv#9}Z+C$a80?aH+5%XcsNovcRX%&G4 zyYqY3EO;QiLmn~G@!{mLH(LdTj3;wr^`=98>f4xy!ESSS=4)4eO?#lVCn_a>oX zhzTN6Oy`hHv5Xv2S{he*TmZkW|05#E64b`9)ef~KNZ5ZoMKoigJasW5J2>ai!OCpG z%oS`*oS`KJ#5JkIFNjE1a9Q`6{ z8J_HunQc!2)9f$6sfry39|<92dz%{iH&#KO`&{$5?+<#Yv=BM^;n2@C98Zs@8nd)s z>{HN*>U%Ye55=9R6~{($oK%=QYV~X5l=nwij3!4AtE%PPWDH^CrQ=(tB)lti`IzPm zbEMtvY-P3P8sUj{MAsTdHKldEJv46_C@CRPuoRIrB2&s!yM#==eTi(TCG0J_qn(v) z>+4e>T*?gDR%J5WKp2;Q4oqu7t+=fzjmT^=x4t`Nrx)5r3qvxsb7N^?F%BR|Wa^zU zwO4(QANwyj;T5_ln#hth0_=7y?$8h+nT2-zilK`oN#SH`n8iC@)o(6zMh~mkp8jQs zo{rPFN^$L0jHu}=rhL*_?bg|`nfQHUx1SpwIFS;}FkTG`%}9V$C=Nd%Ea~0+ZcJP# z%5v^?dw}l}1bmkF4x7p}_8U#hl(JNhY1I|x!m;6z?Js0(=+K7gV&ylDl4%Zg$?rGm zOx!aGFh(j8I}}2;=+y`mIqnFGmMuXCa#&Fv9!G;`qb2h zogkU4Ei9N$z~cBarA1yF0~!0MR6^BD=7vSp$tH~RE%r%AdMXaA0u&ra@MEHCv??Wa zl}5}?ie@DsqCe828)}Ib45jD|H7BRF#aviVE*S#s`14L%aPpi+vM@#qa>AXlkfHT* zqa}s8k}%`#zAkh&5(ZP;*ep-Psg24b_Fsw7O@)04p$rxNswLyD2ih`1)uY$MnPHBW zoWU#_&Az)?d|?8bT7!0wuV%3&SVj=i;XyNJAs&P=Qv4Pz0WLD8468zz?dU{W%{)gj zxyQT7*(?JN;Np;SF3mVdi)R91aB8XcoQL|r?RgxzqeEU5a5WJ= zqBj#z)^<$5hCA+tn0}aim{R3#&vX+B|oXBiCs5JPITqwi^ZGjrUZ{to7wUyag2Da#Sz&PtJ) zv#=C)I-bZ-sUcPOa|aYmzitWU6L{szcHNdN1HSE3aiD7P{x`rj+Lw_B`Zxo^5JA@0ugp5y>5lS|Ik&|=mK=m?(in36 zd;a$S4L(chw5>t{DNpj=hvr}5874*upiL%z6X0)^aW9Sv8pJ#6C08XY?x$VXsRmJt z%GI`;umCPI-YF4Cb7@L^ERt$KpG2WAYVDH^mZkK!WCF~d@ndXW$Ka62g#38qu=3-4 z^O++L^Zg>mqPsinU*9be{V^e0BiyvvvoZl9qc$gjR51QLv{qIo=r%p$gH-`Pm!u!v zl1VF@VUcMQS-9euNtp3L&~_6?Fiy#>dCI6O35>Q^i_~fo_h}wul>&fsbGfdJFN@a; z_mIgC`uewhQ>|v|A?0r@mr^o?T&~l;S0_Iv;auqUJw&#DSiZ1ocnd17$GH^WOqTvb zYh>C1(_9lu{R|_yrlAa>cHpS_kP!P71{v6-R7oaLo|Smc$>L+RB!)y{i5NLIc>5Vk zDs-8iqyBa49KxODK#i+I#+Y9(#ER{E2V<>2JALo2fLEyJVsS7kvk#-uOvdkV ze*hR5nwzd?TP1at^;}gCwx$pke9cy&4?`=_ASJhkZ`%3;ZYKgL9tC&Tx-jjO6B|tCOVy+eVi=5PH_@Ko1CoIiK4fp7)mt_PppNJ z!&~Nxw|T%hr@EQmG(S0N@kYPbDL<4ZOw+&GXV5sgp5akLG_~>L+)(^!$eO|>9Jg2{ zGK*rm=yyozl?J2DSm5#`8#z^@KZUvvo7@?d41beu1S${5T~fHBY0HtLBKuJnsPKvm z--7(zKv!?dfusOliG+f3Lrhj-&nI~Jj3(`8q{D8w6pmQBc+U&-o$1qaZnkDIjGH*52@Gx?&XVQ1S!#;!GCd+eVd!xk6;qXG-i338wL@VcH+ z)n}iYNP&t=Vvkn{OCW$k?otkEst^HiOvQQ{mct@)0C=^LB>8S7BNx!;UbzvxSNZAk zSfo+i<_^OzEX4VbMJE!5pdQgabP3bmr&dvNrRbRjdk+@$QHs9!k9DUw%X~^pCF0vaFYTO&0l4S=X?!0(%a!F$L-C?tJ4VO!brd z4IxoD!Bz%aO&p3xibZ0WtAjd5z!-`c<|Q{ueMXUm)G))gdZGfQN7PCogry};VN8*h zu8?XgLr4mOChv2EB7ATf*s!d^tl%NJB{x4uqR4`?3F+pD=++_ad13$%IU+LFu7zcHMj%=34<;N zP0Rw8bwSnCfqTMJ_)V}WI^#AUS8J(3xfH)zGJdEMY69)RgB8KT{y=g!vzGMPY#$Lf zP5iM6JP9>n=x(~v=3R6Hcn|&Ut?4|~PhQo$Y_46ynYg=p1Zex>V&0;}rNV`BR*{Me zZ00hI+2JGl)swT%`JEygS|+gG<~;cHqERPWT4QFP(uFn?Z?2WRGt;`AiR!I0pT10> z&Ww0!1u;*f%p%iSRyY#)CA+B$dG2!?QHNI88^zif^d*h?K~x_>4E!9V)DNPCx+<3j zf4R7)5((rsJnqoTWZ<g|YZZCsT?-#{uFb+e9I6hw)gEcgw&K z!=O~(snoI0^QW?^xH}bfLUo@r8MlG_rAO`7`g27{S zQzE+0{fqg0bK6;kApW9VA25kw4od-X`tSAo`?a&4(5t}%y9AsHPpmFD-3ZN{RZ zYgkHo$5YN_pXi5ds+$w0jq4!=%5}{XIus_PuekT5S=OUefNz9eg2cz*g6P@5ESfV_ z+FkDnBoX38r@(*Ci6JJLu`Nb0gh^jC^zO2PHrb*-_q-&|Qz`syZVREbSl?Sa%vG{ z!=GrU&1&2MpQS!a1ZEJUTg^JVQp92USi8y7Vf}o&L-fcSMLQwrGQq&8!QiWU%&KjZ zIwXPLFuC~-W3);`%w~wJeNr*6z;Uo-|$VXIVRafhj^tkh=dZHKLonRoi_yJxn- zhDRR`^~QkmH8ufViAnZrZzPz{_`=EOPGjrS zFa94oFnpE5%xjH@(LCB7EG08UBU5G?@pHa^>X;_3yWej&i6%1GBQ3q+T!u_A-5sR!#D1~EQI84(fF45M zC3%#n5boJ13~6Y)Y8?>Cd+=XRe}(lL>y@(7cLp9xgu$$`>B%@yh~sK{g5h4L+4#YT zCrsF=&T}F+d|5H zcKkQqSoz?%rL9LWd#lpF)_GLRR5w&UVo87clYtTT4c0aXa*k)paiT^Wh@t$1_=*lK z98R0>_Ai?-7koMtCM^a~Z$mpzB$+Lk;s+i!qk)1EDnV_Q`KRC3A38r!`e3UDx{~hp zD=f0N2y$G^M%&c$zy-r!hqIWyC)+%FLww#*!7-8{L7?BZ^&@qc8}G89AL@sd{7m%~(v!dC}Q^P0PjTgYX`$f-0x%myVlM7v!r zd&K^SeW504N{)#Fm*VUmBHj}32xWs~S=2mncJ zW`v4S%mdhXrsa$u|J5l7{yZ>;h^AaH8m0$xh>k0(29sd_>tS}O|0 z6|q_l2%~lT>sLukX4t`YHrzXryCCrl^lee}RU$u+!VIM2?%oKTVI3PG&{*%EeBhFj5*ZRODgpxa)5g zMMp~HVbW;T(G{uT;EfoBc|*a=*i`YxAT>2Ag0Ld_@zU7S42eN)zqCakrHE!1FFD<; zaT65oqN1B;gR5@Y8fE%G%9W&{N-&LBc#F@ZZ5P}W^1i#du4eBN;Vnv=$PtU;9Yl^b;hEyIUmWxz<>2tDfu+(FFA->^AH~G(m394rsij<E8yrpV4()-o9W4li# zn)@RcK5q_aHqBX(&U$JF*iQ0x80wkV{wZ(P6y4x(^CkL9f&h_a6~#fu31u?R6JqP^ z%5LD5y;xQNXR?_I=h^@p~`F)Z4Y&A{xxnCNpwb{rK2?tp?`K9##vOUSE87= z67`Fp+0d4`W5zB{sEMY`01&o?F_Zf^GQ%NG?Tutj44)c`(j7y>m=(s$q{eiV&@woB z%O}Beo~}e2H_-H-yqIm)5@mK_?xi==gaal$rmR)+^Mz-w(`e5nf;{JOB8DqpgxTZL z310Tm4h`jh@+Ybe#QSkdTj{;C*;6fc$jq0~FJf63GLz{a@s0+*|A|Uo1u0elcHeJb z>h2eGI%63>0X529gj@+P#0!Zypo(!Ir4;nKpm`OnA>!pBdfKe5_X}cd)WB62=sRz{ z0d0ClLf8mGkTJ-Fe0>?BLVSr#T&5@BU?u;LNahSV<*Oumt z0yX!ppEx}~-1}%0tM=(^B3Fw}2K3CIzG~GugNtI4_wN)whm(_+NhR0}lwhSlFnp!unmp_gyPaN75xmYu64;DmnB8$boA$FNbz;m!E=rq`Xpln*T|=uz9&4)W z2zm7HJq=x=A>Y3ea;|UCv>6Sb?>0fljBDhdmD+QRn)DcnyJ;!C5&H6V#MDPn=pVG{ zx3N11tPK%Z5Qe%vf@!^&2(GG_I5)jPTSK~QoE&G;fR(>;J?I~W?FS2w}{%7uGFgAkZUBaDubx)qfh+GdBf@~sXZ zagXS+l~IJp`F{q)WROi`xc+0EJUu~69fx57l*OIV8SuXB56zz`y$VPVwMoBmj$0kQ zCF>H0a3B;FBwi9%f7J0U#10aaO7KY(;r0g809-($zf(E6%@;ug=_m?tNC%vs>+=1< z_%#X!`jxmyO6er#6o+mdv28K?z3XS*FRSw8aP?MO(5PHE7s7Qm@8>A@`4~;a4o>SE z26z-ewYjBsxI@ZH0{c;$M(|k7BuIXL4Ml`d2OTt9XR{zAi0Q{TTE#krh(hpLKofq< zy((FW-Xs$kO&mBYS#=u^h#n2nTYBY@h+N8GLb}2cX`DXx&M^}>f|DxFz&O02|1?m;;UnSHqH?nE{C-9@v<@4~pj^B!fGq;0 zkU%HnBsI$7xHKR!;DR{$gl?h!AVAFyi)V9>cdOx0H(+-sw zKSmFHt@|Sgh`qg7e#%Fg7lO+$n#REGGLiX->k!+Sge?#t`-mXLVbFZeT=-2b1pfM| zU*1Yo=aQdac4Si$<*rqprRK*OSc?F}^xk_Nf^SeTkWqR56*Y;cecL4uD_7GAH!suRH)p4>0UR)djLP=>+ssrWlO!l@+ zC8*$2;Hsmb{<(U!k~gl?8Y5VQF|YH-8O-7i~nT&0H{tl zL68~GBxz9b@O=WZ2L5oeg4<4X@IRH=&yhn$VX!BV4{McqFg|N&@^@`5<6Rh>@?OudK zNb`&yK;7eiEvG&?txBEeS&rq5e{KXO1yVugf}YU?7Y#IV`oMrO%mJR~-al_FGsVJY7X4u$SK+e(C$x)kW# zy#Alj=bQHrR>->qm*HeM-EY=k5lELMm!wD7V+%tDeIn^Og{629iJ5s47>QT#dCK>b zV;d1}yCAuJAyWbez%|OHz~GN%)*P2bnnkRl)XOgpi}P94aw`7hMKIEO7(W)}o*Vqi zT^vJyCo(O=;5Bs+0n$j(K+VblB^-g$D3}sdvqX$0#v6}-TNbn+>^oo62F@wqDwQxi z4>cFm8F32zN9>A$Z1wOF9Dt-D?LU?brgAaX8iNL_D^f<&D=@DYQIvs-cS{oer^1B$ z3#ppqwWtXx;i(C@J5Iy~@IS>OpTVuwPRxM*8BEm#5h89 z9rJjWvCE5C%lOukWxb(uNTQ|Vix)EcPRYiLIM+7vHlYn|emo^lz=1uj0DiF$K~=RV z0&F6ZVgor3p3=Y5UO{b$W!UrL4(_!Jr+cY?m~9!ZgBdBrDGCdmH_qfPdTh8BEaDa* zWa!I`xL$A`qdCNhQl(U4!w8u{@9PLd`fmyFN?At98_9zD0P)1ibkJoH`n?m2#ss6; z?3P8P_oSR`GK%{JppMuxcvTbN(kpXVNY&SatsPt#Q2xq}tFtUylo)B%jpYkjV zgHzcJyG_R~JDaaxI-HXyr6f#8TFo9{esPzDvHfzz4WQlC>vro^JLxf`z$8MT-4rWC zK3l{{%}{zY@k#AGqH71sKvS`cANn$@@R8Kr)+G(o?SahhWwaAI|6+F zFXW0n4>|`)&jl?XiSg!pXM1b-&#)spDy4tSM1UG1Dr;?^(0?vt>qVhY17wgS^$2%{l?an|`yN<9I=H6sGWRTWK>>buX z=+jXG6LN&n*n3@Wp=wpC(qk27i~G8 zCi74*&@*#&R3wP`nm6R%YLLIBn+C&;DxS_kXEAC6M6nOc#uAKUw%e#WhOEHxc1~e$ zUmX+C2UcUaV5kcEt<0K{C7t2<9C(VIWlK)zDei~(AN#~yy2(U4YQFP_OS*8g6VBWH zha-s~F&dGWYS7fRYQA<=XBFtT!DC8(oGPkjD144ESOBM(_upM*3ViA&7y(|dytmt% zQC|{=Bbi)KANh`_^D_P-*`pji{+)!9<@h3HWVrcmsrlHWJiD`#spT~#S@8NXCD5EU zP@qa-*IwJbD}wNUVi21@6M;>-swU#5{S2r|Jxxp@NG_s{CW~$=#O)!fv)MeK zZ9m5AYyK>=w`1Mrf zcALQ#TSKNf3dED=;8=gOo^@F26Xy*^NMNd_Y0|RJ%_jFlip0Wv4c1tS6FCaU5;1d> zDv~fL(4N*jLhFK{HYNBPdN7DNt}CZ=Nd>c2NsJiI6_AE0UoeQZDo)nU0Shw(SSSU>;%48hh)#4GYY-SM` zlj+JavdXr=@8#xDFl=+S*<9xwf4neRXywZMPpm#ncQTzXyPLM$P>@lnAbpe@ErX|- zrxMn(lB7T$)M#N2^qA4o04}5QRzhbad5E=IC8I>`w-<)7C6Cb{J#>>_bA)imONU9O$-G|Jha0Utu_>0HrKGKZDlh+>u&PW0 zBZ&2oWXmJje_#+Qk^=p&$Ir8Y&#!lQt^<<}XKZ|AQcYwB(p_p@?Mhv@m_cNLVE;Vz zZyL`0L=zSgIF(4H5xF^Vh7BxdL;QNQy5HL-Wm=}LHrh;oOF68W2dGXpVn*p@Vk7{{ z@tc^7hHC#t@;D}Es+PK)!DRJkojvydD@jqmg`5QPtW%TbHupE0pN}4XB95fexGBp} zg(Z_fsjDadO=?#M+d*nq^jj>t#c=bY+Q#V{a4E3Lsr%lVBu^*=ZBQ_i290}Nrrooi zv-yB;O;~agYt+?YFYcQSVv|t`$2|-sA3VWk-BB`-#OUFnpxU8}1lvcesK#wlqFt=b z*m>q)NZ`^)-9%9}=w1cjm-pk6A^0rF)M*KeAFFhnJ<-GY6=kQ{B86${In8d_HUH!()#UhT68!>rHL&a9vOu}rsC6sC?jk&U-OXK-M{Duks4BZVP|$huT8Ry$){j<86Wa1Uyu zhu1t^z_F#5+y;Qi&xn|?y>2<9wZ0U!A>scBOz4Q!R>3Kap;hT|Y>by{GHg zkC!EfWT#4nIWn(G@3ki>L7&%UOL1LeQUyEBmQjd-qG;OH7rSo?Ni$N}h4C9{|+yb&2~Y-}}`%7Mz2eO2O< zDIOe`)>!+LTj3c@M(-+-iKW$rTFrFQz8rI1*}#(q#pJbPLQ;BqRTrtMxa++o;+N=4 zs?Gc3&<0J{>sygb169mUHBm^CAe0p#AW`ee#K304e=OnW^ExzfSml(%>6!y?z8WH0 zY7tw8a@SmRYA&UlsQr176uYk?glh}JqM7dp8u99#WETs~wvk0$LLjA&o)G(dtB7ur z)oh|mqm`a#WJ__v(J$lG)&(-tLx zDp0>=3k?GKKK&YN(kzD37=a>pb|Q(evymgM#LFb|_J@S>b<8o8ni24kJD=;=e4@zeK?-y?Dc3_*TUY+SJZ3E1)g?@slEL#c^gIRm0 zOFzt6kR7VAzcR*x@GG}dT@_V#deQkHCXHa$K`VNSQt7$lR*{8yai;mUmXS+T3Mfx4 z6$eRzhL)>_z3J$Bku>%9ea!>HzN@+jtdP^9lK< zGl*}(bXK;)@*uhTZSU_YlO(YRnxWX-Yk%IAYONaDl*Hw{OG$Umtl6

QttjMnkgIVC-LFO(}keobLu z7q{p2HK^+hu0eZ-_bD|m&s)qoOZYi7o#Qv>3}zipXJm4_4|BzY5J|P3$Tp#|n2zd$ zkt*Vlq7p{nC}HIcz>TNLqoNcr1XG+r7X`OFa@yr5)Qhy3-Q+x4*h`ZzR-QC>1@iws zItQ%>_;I@NEX?S!Dwh(DbuaJD-lKtM-nlR(kkJTg`BM?z>DR!nT~iFb|O-IQpHhCNGN3197|JWHI=ZwU~M< zzqt^VlIS?03l}UX@;U#7P&1r;!3w>4M|C}I0TTG5D0TyN#`6LbDHH%vi}L3Z2!)KJ z4>pf8@mZP>fv$#rlarbL)1{36R^aP)8B4_RdNBm>4&~;S8EoZk;%1f6<)wU9$2WN$18mP4to@0fv=X%WF(4ejG;bj|Vln1Yt3K8h9Vl zKv22EH>N;E)2@oDB;HPm-Qc`RYZD65#1}6V6PK_m;EpOe@QfvniIn&OM>R^2!YrW6 zBJ000yK0_Wu|%O00cgoM0{0X`!f8_6`-t8DDr)MD^lQesbvG9flCJ|ka! z=hW_yO-7+sfYzeP`-=hy{XN7#zUNsn*QFjBQ%7EXRQlK@pfNmx_fJJzvcXT>NHD&4 zG2UO1Kb1H25$}ItS(n55YW8cM^``M|0z~eII%x3>sN+bj%~3H5@-S*@M-smmxVa1O z&-oIG5?a+Z;tw8)sZ*f*6wV3i_lo6BsHO%m;DT`}9AZ#;8xbwbM@y-lYC!@wAD?=w zWkTBwOpP5xs-&1*jZ`s4zf09Zgy=Y+UWX|&Rx7j`9eLe0OI1YPJ`m+rFR6+gyO+H- zOVnDhj`ZjRnsvf()ylUefE4A`L57s+Eo;szW8Gj4Yq<$-$tV;h;i`nIbB}^-0GU^Y z(6iR!5_ea|?uPoo1A)k53fje0JKZaF$Ts_fzCBJ<#B0q$o+R5?_mW_q~W$pQ_Dn&ckMq@|V-QfAKU;h~JAYl&$1%t_F56^jSUuN=Hv z1$f|c>P>8=0Fc|^1ph8j;)#C&(6(b}u`0F7JLE4QlbPKYSZjx=@rM@pB&)U9{dZ0% zA|%z%iCAg4sN~B{f-b{Z z6HZW;6f1cfMjy?^8C$L^vB%vgoE4-F*($@kk_uLYP)}E(TZTH_mnesmtbSQH)r{P; zj7``hkCm3E4@MLbZ^Y$?q?S4o{w!N>$)gIY7$RM!Mo5CLG}CJ=UOk?_2V_@yW>rFK ztRk&t75U7~7*D$C8vDjVeTt}CKk7A&3w)ebie|#BS!;wwEcQv!C0H!5=e-vbcv@!_ zT)+ys%?J3cCoOi|d0s_+t0<*hOkj1r1hPy*>G>bER;@e_ID}s!xto&9CHpki_|Ii} zaVM=w{F8upg;RUGS+A9_L+Eg01erszbtz{a#AC$%BVWHB<3$eJ|! z6(fHswf(7^D3pQkD{SY$zsln1lRuMLO9`?~yHPRxwI0^PF(TXY!z5)AlmRq~YR6x3 zUdY};9?`Kt#744omdd2fzcybJ<;pvU`(S#xi3+CR-=l77wv}(Os`mRXIYd}Ru5r(t zB9}=Lgsq69Dr==Vg5hJ0$?6`fKi`EYSUgOqpGZA9uLX-e7yWoJ1SeVaB?Vxfn1 zk*MehW1&|q;wg{8$rlvBW$H%q72~za5qlO7afgeI@qd>y7pBIdyB7=LoE9@h$r5(B z3+62k#)W=ad16osduAxRYjGnPd5=n}TI+t8`Xj1T{$o@@J{+BQ*Tb23XLQdn7Q3cv z6;^u1z2FdM_{^&N2JI5Qm#w!$tn+6 z-^C_to|xx@m$T@p7>6Pgjtd;MGTl#|qUw_R%?&*aW%xBxQzIM8zCJNEyNTQ{wkNFP zRKb-E$#UhBcXVe9vMA3gIyE*G5nG<4A4#Hd9h--JRq|Hf@ebQ3p|QoPg)@jhwkD<` zx)wH5aavO_EjvLirGSjCHey~ zN$Q~Bt@x;&G$XqIVjqQ>ueN#YspdPjyiCFyEV8l-~9 zr^@dVeg-gb`UNMIN6@Z6Z304ivh|)X91b$9p0+bx7K?sNbSB8Sm5y}XUD8~5&69WX zt9E8qzAjjmH(fEsB@uWM@71H+b1acivB)qzyhaV zGX_HnJzQKG*-{DTA8VmAG9PUTKGJGB2~r}QP6&?{1(uGBrqbAuA2?4$Or~N{Nu%8^ z%Dk#d-%jyBc#QKc5<#1mJa+1NU*~G-JkeUB$q!$N=P2l-pXE?IRZB@d~ga4%%z80Xhj@4XcoFSC-U!4k$kUKXNT>dwPGbOU{bXv1;y3)1KACU*}} z(V~n69`!hYukku~RL(v@VJ-EPOk>uj?z z0BcPRcB>=i%3^3{>;$$0#4{s1qui_89v1uKHtyF@vieHdO8Yd+SyLsn&7`Ux^J=Ns zQ-d5ng=^q)s1gG>>Y?U`xLlzK4_C|PQ&5=iZM$s1>8u^g}CL(!17R9UC7yJY{aJ9 ztk|0kUxkL#>#YSj8mKBStb(jqTUgO>Y$6~rHn~zeJH)&x99B36eGK8Wu5YGR$>QU3 z4aojl=i_N7hg#yua)-sYoQeJ9a}$Xh)VH`mOn3ISqupcx2v0eVrnAVSB}}2f2R$4DYSYZ%LNx&A5!8bd(_=RC9Znv0&BfKc)qmoX?HG|_WAmg(@_a9AN=-V{9xtu4W}Pii644Y1x2a481l-ONbi zw7>2mlfy?+qotXy4ev$o3@2o5yriB}uk(#wE0;*sz0RBKndz5DU0X)eC6d)0)9x~K z`Ly(~ykg{)vTpGE#BK+*@KpNm3~O_$OXRNsFJg(H`kdgR3@uBkl>l!sZ*6Y#>b;{Q zxXn%Ux@oijBLXn#)Aismq7`M|Gl~SkPw4gIT)5LC^7ac^6p%i#^I>eOLk0R}&IioA zmmy;u>#Ha`7gS0zvsrVjWG9;t)h{?yat3nzD`(?ZSn_4lcqq)7tIu;QdN{ssDc$_l`}A|AzSbUvGY4M&g$D(FcNVx ziNu%7oop#QghN%6xDJ-B* z+C!9g%h@N7X;}Q!H;G!AsIP}#QZ=3E!sKDuVp3b?!TaV90m#dV>{*kyl7Rr!m)>&* z`1rlC@HQqq9H6kLQEEhU!rkvXz;pp=EH$Jr47bzJ3Nq3yXt zC}&M|Y%n0~_xa7%h*}*#s~9-DU1X1W?N;{KSB{4ZC3cE!d~LFN&dCTo0j~B4(2oM>^V~fET52XsW?f6 zPA1)OWf~p+wlv73-B&r68mSiiCa$idOKFiFAj&k3%BwsWJ>e~%bv2; zp}`8g>dm`B&(jBb*FjE>R^2waP^79BxtW4dn>L-cu242lM(Ik z=pDgPWtZIgSx7EN+A#1)ZzlL@01@t2{_~WwQ8rFPRW___S&4x954+UTud~9zxrQw> z3;jha7Z z!8I_abbMI5u=B-4+!VUT;pm;xFz`K$YSuUeF1?72mY5_dmyS63_ey2TR|2S7@~bVV zQPlRO?i^=U=}F!8TYDx;F$60fw*ux7ua5dGn=Q$@bzayBhym7Va!(edz){uXL0{!N zlNAdtTyA^vnt|L}qrRt3s#3b$=hJEPDN?Lv>D4`*xzvX|N}ZG@0~H7N43g=a4Ov!! zQ|FU57K-W5j``-Y+Zgl|qfW-{sWEdEpyKYVI+X^stBy6>WlF78iE5bO%51Lsk8PR; zNglZ=ji#odle}YI=8Tt|&^!p{n9)v0Mi=6(Ty;*LUR;V44V~!5-P?wll~;$!*r+A6 z&w^!q^TI)@iACKdCj)*^0HGYYYdmOUEEmM;@B*8x+0#>317*Ex6+LSl7?4#)5-FW7 z1{^>kyL{DPku+}bt`%k{GwS$+ zbyTh^oPN&JJP_11Dc0-6H1l+fv9F#yvKf^G04(~A3<}PtZ*AC zxfiou?(sfFD1sP^-7`HHcx)5-jZH;%>}qtj+vcs;?qjuF$sk4oMbn`o)!w8#)Qs|L zhjg7!+r+2<(Czx|^d4tyhy%=N7<>#Ygu!+7>M>#wA1tTMT;(*ie0o*=Pg1*3cFJk9 zGIbmP*YkqZ!WrJOdW-5^&$?+-mSOsAiPApK zEfg8)<|2PNSoeyA2`fW6d@$o@xTg8aR{D;&B;mC(S(|dr^;U|B?#)ID-?>_R5Grjm z&>^8t@^(hXNu3abco1yYE&&GNH7MYc%q4`Zt$AaVQ#NI*R6>f(>yo-BZ17?wpu%@R z8b--LV|Gkhs|_^m7zgK9?}sk&b*?}%uc%vpS0IVWuSus|#ZDHv6WIRiJ)kS<8nBOY zS4cPB716OoXz83TzmhPo1z^;)(F9gBXWzCV+RELuC6k~C_uB@$`qtpUrC_7#2I=X}KM(TaqWRTetjztq^2WGI`*sidp5xOu4n-C`d{SYF(5dyg>7v}Kp+7I9}f?WVEw!(DZm1lEJ0 zXl*$Pn66CG^qT&>OSFK6PL~x8r?dJ9yy7PswS&55$05Q!I6+!Sa)WGoz~}f~&1hH- z+U}I@s%GGcS8cg}e_+AWg|Om5GvX^v=a%(lI9Y$)FMwxre6YF=8&XO;levUDj2mwFzrN)khW-AFMY`l#XCoGNGI} z1;hlUvuj>1Jv+iCy$*cU+?!Msp>KDr{ZXu~ce{6z$Q@8oFN^ZX#NBR$mn__`oax0= zo-OO}PbcUu`eihB;!CW&v`&yb3k!u5Ex%h>VFmo`5;6HwnS@sIh~o zB(9Gp6&^UUqCj}i@EQgj_7Ny@Hu z*Nupyq_(RgJZD=-1tKp~7HtU0Y@S_gGEOPI^2E|?{V=1FiK&w{N+y==7p*Ogy(&nX zM7|AIZ9Z4#-Eb3(O$Yb9V)wGEE2{S^L-xQuaYwj-{)g9+B75Az5Jg!f>j3MWI+N^c z$hDV)x0ielI|iyF@Ncg^;Z|;{S`q zRgZ8fs#Vy8=d8XR%V3|~Lbg{NppRuwpeij?z#ZkL;`5*dQ+K1p#u^oVW2TtC5UH#b z=W*${NdVd8X0m{Et1H^OWXlWf)IEYCPhuyrqV!9FdPz~!HmMdS+|~@;1F$Ac+ACux zBJ$zsD#i`2)AyP@Yrk~1>ajSUSCW30oRP9hF%D*CMNe zYji6R`a}2V&XyoYa{@4t^){Bz&CK|f-NxYXu{+9&JUod!j-NQ_T!zt7H;xCzEePHd zx#bv6@j7|bI9T=|b0C}jWePQ6&~lpK)Ow|NAB525_cm`ySglfbPNTBox(id*{{@c$ zlX@Y6t4Z0|Y@ISKWztsTPZNZ#ovyuiB6?H>{t? zHe^DF(~LJ)2w&AfHwYfVic=i<6}1d|(U$&Mu8^MKJdV685W8`)h0;97UH91qG&pCZO1--Mlb>|JG+8SoSa%WD^OOyiROx*3N4D|MNP<^^Hid0lyp_W? zcsPwF9=}{+QhSYB)RX4FIfhNUn^Ln2lFriw&K{wWXg&_AGw~LRDi!ZMT}Un>Ouy@> zwIX+>m@BmM==B~`+WB{K=(XY47}Q4=Jg8)%B4oW`ii)Sn6AfD~xTCj}{a2=E+h95Q zFz&6&V^_FJD#`rHkmK~0#om>H(?D+XC);)3zDa}L(_=akvcNgsS!9C068bHOj7mtf zR|vOi9;k6{i&>f+vugF?zqv@7Umi7C9gtg>yHjJY7x=>$NmKz}g)ddnsIZrET`OzU z0jxmhbPptkrt=}rkG&zYsNVKa?eI-EIi1`T&6 zq*H7uy0;<{-UYfzgww|1P?!v8^#x+gY+3sz)e*O&3?r2)SNhB9lt(IQSt@78yxQN) zr=V->gep}bNY5RvnU*)9TI7$QxSD*@kQ`gIBP~NjqQ$cTZAq~StDE=C={X;v146-m z8Yb7+G{%q)XbgGDL?K30GhH+Awwg#w3}a^9e3|$~inofj6N?u=#EgYrdGseBch_!9 z22rwb0zru{L~yco-7KF89@E)GbTP*_@R;pz3~X$xii_UnNuF{!?c9BB`8X-4Y+mRv zIRLPXgvPnoevwlE_2NU+s&v3H^jbDb3yD=EPN~F4wjHBy z>t6#}6ZtxErqB)`e!kVrv;frEZq~HxK~l!H=8_wh$s#Pfhg}5W?qX=JvaM^D=FVr< z*?3yr;w`ba2xp`}@s-a9-xvp(>B(^+-P!qt2m+PH z5H5To$<%(xGqPFaoJnIY|Cejt+rqZ27KdiiJ4gjm%DFR`gZFOOy60-)oE5Nj6FYZE zXW|gX`X-uE?Rtum4)8c9LW_Z~6$-L^)M@&#Ev1-*(do|`$H&%t=Ai8vs9XWvwGUrT zDW3xo?zEql9LCqKyfFbZO!Fx-19vfs)KA14E!3w^JXaiOO}86t)|%GALvnpt64Zm1 z4sHD_6wgn_d_eF<{TQbqO#n5MxU-E%wK2`4@%3(?w&XGJG7VJSdN*t3Dk{>~C{w~m z=xPz54`}tk_E=WRz9hUp!CqQ}>os*POeCsKgB0y~n}TIZNTK7Jm-30|3)+v067OX* z61lI`w`q3WZ-+8|n0Bs$FI2MwL5u3_LI`cAF6|2KxpXL9KStH%H5G?d45S(%iS(RY zY~r%U&B@DBDURZ5sNYz52S zFpzs`FFccU3o#klRIALis!IT{)RvUV{>9QK7#BL4DEt&U)~`0U$L6I#vY|E3G+>0y zb1P3(rueJO>%`z?R2@*kh7$)rCNaNbXW(wi8S zzQQ9 z!VInK9|m5j$!v^C`Ua<+d~2KNv^D%0RIOBrKW@jo`p!JJThY$;3HIP^LS^@ol@_aq zlL_$FX^813ae(FJ^O47*_gQd--e-Ujt~kW3!{9lrq84BYFdTBkcIaj!Q0 zmo$nier?FuwsuaFVKSyC#;9bE=T#=!`iPh*c0glu((uzMmfc1UCWkOd1gi-rU027- zaf~bHYrNmHUN|1^smPtaSNDP%O4RO5z1-y3`K-9^V}EE){z*Dw*wmz)GFz)!G`!u!Lv+bLy`|YSQBpDvP{O*;~eHce2?aAIA#& zO2rGlGFix@=k>=D~Sfx&(%==BHU&IY=niZ8jGPC}UFuS>F{=_Pdrkt$L#U$XFi z<_(H-IKmA2ChJ_*N^MJPt6PUC)efF-Cu26sn|`w2nA%WjZz6nKllQT7P3|R@oFZNT zWtjOcaek^r?s{9-c&rTDD=#DaZl%h{4^|+6OAj2+$1tc_Z7DU+5JA~F6sx%~@t9vu zwGNKE-iuf(x-Lx`Cl%$ZA;|0}2pZ(ZshhiRBUJ@7I(nPXt|OcJuvE+* zOdVQ2AiEud8XGg@Fc_0uZj3Wms`|89j4|BTjrDv`%C6uDh5Ya4<*%A9b8*_d&tG1x z946>!j67dR!Aa4(b#ta`#qh3-B1H4HE)_;wt^2`kFSKByDlfHMk;$zUv}O~D8a7JX zeIfOL-)y`w6|z7{FPr1B1;$@cdxXGO$rDqnD_6HOl!uf-2%TB7Q5OpJL2l1YofzSJ zPbru9t~0&2BfS?bwp=0&g3(K#^Z7N2yi(Z+5^zz6CLB0USGv}) zLYF4rSHn|jxAB5wGu)R49OY@kbKWIX)JQ_*P-v#UZCK}x+*i~BXOv*g_$jGa>v`7+P;^s?aFqnY<<}-N_IQwyL5#Ct zgx9m{3g@n_uDN5+$WEZjYHdF$*LRpRG5I%63ciL)&Idxh9^G#p>QcT5c zvb;I6wXJGw&K+;|0n_yDU-JL6z^ph`02Q?;MMJ!>tOQRLR5U6 zGd+kSL8%2Am6!}Ct3BKk{4zPth2_;X+6mmvRkPP^4lL4XijCOw`bN zdM+f0@mT221EoP=A)_8|?tx<9Hqv!!BjxRBb_I`hB>Ppl@MI=EqvAQ;abk|+sx=+) zG(VFHn&rp2=NGB-ay6q7(Q53u@q&F<7J8Gm4?trVbqF#u9FX9-L5#I2=|wX^!ZgR! zEutTaurD|1q&sqBE@$lTCwK{|)s!0pp<{-6YJcMWsRAhjJuS9ic5UVJ{6_)|jt6}#tM7m*6@s5F~xdrI|yfWvPAH+<7`_|3aA)DfHF*krW1;y|*^Q8MO26T>K zy$ugTRqMNn4s0Ve;1D$KvxRr01^a;|($hHBX}W%YB<1eambq$z&qh#+tWChqi0>-Jfu0$|%Q%X#&#Jeo zp?NnD51l!sx2HVjL;Fjn)|}jJK!gXePaL7BXOzo^Oq7D))YhVFAFwKjJlc5x_+AS= zJ(1aafq(n5%Rey&}0*)v%b0)4%4tiaxG=-#VQlO2)Ou> zUfcio0HQCKP+TUL--B3qa$7j^Hq*ocl>kaWwZBd+H8G|I$iEY9BfvVTEz<^OTArbm zpbsy2Rf$st+?AaD;WW>2RwB98DIrYilaxtm`MP+pbEHr$@=0>Lv*Lz9(^{{&%SJXq zyFk*_ufM>qmG4ZOs8h^u-D@Ax(1>-%3R20K<+XClWf?7l%0U)F!|SUnwVy~kNyik7 zE}WE{(j3iq#4H}uOw zCGSi7nh71tpd1rav$~8OvaRq69^SnRJH*qfw+@>p2{Y;?XiL1E34&NnJWnRtA>Kem z^0yeNTPG*+Z0Y{|N%On^mLVmP50J!d=+V&yI3iHU^DulJxrU{m1ad9Ix%_tsH~@=T zjMkhqs-0=k2daoL7Zsba@d1&hKSHlZ{QVx;+OJ}V|4L_+T^5y{FlvrBaZ$g34cwk( zq7=9wX_g5qt0dS{z)N{Pw*i3BmD!{H<#DYjV$r>c@B~_9qiLk+TP`=?+r;)7h5qOHNE=Nq0NV&{rM4b5TmJpMx5Px?e&Yg2U z_d7f6(wNz;dm`OC(hgH9*UV7j_?Pk&n`S$fq%dt2SmSeB$%SSz1R$y=IcwWFYdAU0 zb9Lp$B@NpX?`4kX1r)eRY;TZr2w|3@k=9w!&*w+_`_Rqx9b`QMxS>Uk0t$@V2vpE%%L87%6Qcglp90%EU{rwG33< z2?WEw1>}dk{6+ScrC`kJJS)9|Ug6Mij+|M{#)c(UUdN=Q^R<rhBI`*w}o=*F4c%#VMTsEtlu4iOgv*1>OU5%-uh!qEGH9*$Oq_1vxG+LpmhiF1G)zdOX^(Z2q^; zh-;HHWbQrNX)@e0E;l{f$Wo>>JtR=n#3W3IISCaXqgEn}ol9H{`n*&D)v|^n53=*0 zRPk*duDgWkwheZY!~s9mYwjZ_Pq;Hm@0y8|Np_SQFRx)Jy_oS%-lfvC!l*7qO^JS* zv~C6hf0?Te51_+|Qm{yian+KwTuB8SQLpMEfi(OvKXJ3bQ0kClyy^YwPNg)cqSkfTb8Xbb$QkDuq#R&KIy?9;07_OwZ@y&UIMiU>?h zRVhJ+4B!kp+9>}LS%?Sc?5DDj^iZW+`(jhLYg0+S# z*fgviAuP&hE#Xy4WUFh(GZ50$y;@TtC*f1_+;W7*F=>*>+S5L$7L>A6u6#~iH-wKy zJP#*sSZTpKLz7t)Lpy3)4ks|w+$enFxU)D#FY{SGUxYmpe!(}+mi;C4OF=0egtS7$ zyHoX?#I;hNccRLXQo~4EzNyotbW65n@vd0JtL@__f_b_r28j{TsXEM2R zg6B!3=4gf>Wj-vKtSl6i=6)AFolS-2y4wieZK?a~dFitVew>5Z7?#Ok$)CA0yr(~C zVV%Mlh-h2ZNnSlDys@(-P{mU;pO)ZrL0m3F>FQifLeG@EcxJ4=#Z2c~p2!96q5RF5 z^77GyM9I&<5c}(N=u6!{(zD|Olgl!dM?bBP$sis}FwuCn3}0yLo*m7~o2R?Iay=W{ zC1Gk_aic2ABRKw$#pSRGH3R1oVXYz%E;@X*;QmhWqM};WoU{qpKY?C2n_=ESA`)|_ znaorJ9qBGw3a;vT=qKjHER#4vTZM)6IiB;cvEf!s8Zr1Cr>cVi)9&{n%l%2-Br2E+ z5kgW*#-D(Z?=rV}FGSgsRFuJz=o%yr3Oziwxvqw<*fLJ#apk65YY~BH#TVL>n$hUg zr;#{tV!sK6KC$+P&gMpn^HW@i?vG5uNGtr5jBvHnYO3t(%ci%OltI%9#Wo5yx-8Dh zW}Cpq(6K(}IOXfEU~jg~{W&C;zy}Dzli^`4w$~w@|CZwLSdPeT7o&-l=4T39loC4Wv;x zd$}MPp)dy*b4-wA-R+cKq|>1=RnE~vqG02GK6MJ#zJ(93+puJ z8EVqp2{xBSp>=IV7+JPyxmhly>Rnn+Vi^NTCAK7Oocc?X=?XE%)%7h{FRttN$+-hE^o!;rWBnZJ7(mg%1zM^h(7jU^k6^ZKOI9W$3Ij>9<+$l?T zB!R_rr9P!n>UC6A6Hb!M#FX)U6MbAziy)gFQ+*4oXv; zD(ANnRC^hWg>cwa4T6qw>i2hv=jfH%|oMA4tPMO63Qg>B(sceBfN0a$nTRfa7w`9zIB@fV{YF( zrq4FPvz`I37vU;7am|!l?KYqRR!i9)*ztv%7VKFI#7gxvdJrOjyCcz5wh|u?K=B>; z4?v0KclJa358#sVFhE|wvG;kAS=!R%^L09nj=vd=W3}rURrysa-`bHt7CVd8)f-T| zSbjAiq+tjsE@C3m;^Y$+F9bWLND0;45~JC+*`{hEE+^yqBgukxGK|wAOcs}6$1-~| z$qhYisM;Q-XZx(2Wvii=q_^ksSO}b8db_1+5wK;(ouPn#Rf#M*e$jwCa)+4i=qyTmabDPr&Re7 z>TBO=$H)YXIh4n9NTXr@jHcK=VFVhc&}a3bGDeotFf{pg1-C*!Ynrbo;^cW7RxD;? z8y2ivAbO?sl!Eu?WvyA0+Ws$e}t^F?` zdtT9^nc8F_xr?^ZdNju>gF{8t3ZWu=n`Z^t2(Z$SXH>%*P!IM(d$s@=Y2o>^M z^x@XcyG&vR#AXyVQvZXS3XV}*ZaM=o*ack zp9M;-On@Gp{jZ6Kynt(*8;IM%rI?kpO5(|^o?zt!^xjxvhNy5{`Rkj{pM1+`JK8f& zs^cuzzd8Q0M8YoXE%C_Jdx>3cJ_{27Ak0K@-(lt;?~LiX%P88k4+XN3M=Eez{R1RW zk6^fF%g}*7-nwFVD~qSJ3PQ`^X?1R^a054yah{loAvFbu#G{sW#nmv~ON(f|&q*D? zI*N-t0F*^K`Gc|_lNnFz`lbn3XCoENNfT4Z`cjkPm(ITws-Rey)*+AgU~$Z$9`UHT zx_#VtN)I;D|Bzay!rMl2W*9G{baVu3Ev-<^n&obM!hS`vFtt5x7R7M@>OkjY_bBXW z4&r|gj69u}3>Lfw_ZV#7l-<+!=*R&HDRBW2s5f;ZgydeHIq6%iVWB-`>~I~|xWJOu z{{!3IEn5nX3Y5Bz$qoFUpaEEDtM5LoI<=1E`bPsw>tG^zW=x$z;$cc-lKayS2nM%% zQu$Q?9XlQMXsP-mT7sw9<-Jp~F16g; zb6pX=H+gA43QLElYFtoL&qG8bTNUeA8!yODE2)%uY6HP5Y^eN?tpH_y zsTzMP@K?&IPc4h+@qB;YD;nxPr%6jg44r-R|22{pQ?S@uT0JjFkeC`QZt~(N7`DD7 z6ld$qnLeQ4F%fR&EcL{5j|n)$C)6*3)ZFOrOUkJ#pMxf2(BS?GHOh1F++48Rl{ghS2pC2$Vx+pJpG#@EiCG zQ@mGV%X7x+fC|xKy4u=udmUh@vNO!547v7^WO_Id6PsY;xR%UVj=+cJaab9~yD-YM z#%6(+`A}DASxN&mtAuijS+tNz)s>DC>P9aq2ke^suB27Vp;iu;XV#72XOP*v!Uv~! zW(kWOJFI7e;FMOM2-kTw;SA2k&-RY^1T>*x4PJy-+g@APJtlF}( zO0IXN0n?<63lH?Yp|x* zEax*rQ)vg$BmJkLTeIkLuUR;c{b-EnZqi7Zv}mX=l?DD0hX?JqwH z&GlOqRNmZ!XFVh>62C<@rX6!~+?#byK-~ca^y47>Auycq($!}_qp`8FR&4_m1uV=?MySfk zCF7VhlRVJ)UZC6X6F{mRZwZ>i7d~H_qd74*G%BZ;V zwdJ`aQoMJ%KtCJnghm5&Gd}?B)+%~4-El6oV~sm#NIrucy;k| zRW_dZrc-fWJb&z4gp(Ow?x6uuddSv<*5tvCC@E>D}Pj0hvV7I=B}O z$!cPJF&L&?D(5x(h*MG!>UR4w(Djm-!9yiL$aFm2hBYEeRV9EKoT;0QW$?X! z#(1_l#RDPd5ydJmAnSrAuY@p;ZIPI2{S_c_Gqk&xE65ClRutAE=p$o4j^h6-ADyC_PbcBo43*9JQ_i?lOt*&ZTvi;BP83j1qav-e^% zn$yGZpuCf2(vRGD3xQB`eWSnGw9PsbYHmC-DYx#`9P+lkYz6Jfoj~oq%XO(u)gF2` zUS{lPWSWy2dBfd9u6*S$J@)C|aMZt0nocoX_AL~ciukWSW4(s2o6Lt80um=oX(}Q+ zQkgjYT;`nc6P$hVjzQMc%#9)f1B%zD7@U{$XqfBRHTy$fL50c3hTK%s$;Q7!@pk)u zRmcvWhqRu7>2t>_;mca^u)E>*QKwlaod?-cfJEGA10*4@y&-yao%LB1(VLkErU&7_ zMx=l@?l+!W4f3K!C=*Rn!jWc3$9;Ge$S3u*Cei8#vp`oaFri$f#50JXfK-$29FI%> zLW&v{H}l=tcemoad1~j-ROE}e&^k3JgAbDIP`~g6Mux>bT~NH&K~*Pv2(f7_z&PK} zHwo0BM`Tj-MzMbXTDz}{T6dOqTRc%zyHWgH(7CvR_Q0l({jd2 zbB|`yeduv@w~nZ>HD3MJ>A_I#c@TU_E=GD+zEqSA6HRm^;_axKv|O+7lLB>b#3->g z0;0P?*Z|fVsEbmRr&@6otXd#gjAr+hinpXlu3Vw9#YYJO_fUd$3sj`d%YF#(f*D^g zoD8la_MfwJwvm@dVTc*M zNjD_=EnI&db6?OZB64nP*!{@iI9NFbRHFFwJs${4T?VZ6CjP!ZwhXzeJ-IwyB?2^) ztwfh!bzMr++>j-JI{*+J6i!^b?&Px?G!(__g422wRcr&SqUYTzQ14B!_~oul1DCc+ zj{khdW%ZRBxcY^HnFADPwlO1|rvK$v*~3$^?P*mihpV1fglz!XooJR$CDEOoT{tw% z!^gtZq7-Z1ycTZT%L5wB7s36i_HMCy=<4+7UpDfUoQ9{8+gXjX$eidy-43*!NOnHq z+U&dAIppx$CrPF^b7Wdl@Hdt)T=i)@vG7NuTjhG`%N+^}{`PchHnc3pd6shWPSfxi z5|RI6nqI7DgCrmey~23oDL9^Gqjiwn?dFo6iy>&`$QkUbH-X?LjMGxWl$J+Kp1YOJ ziA@^mj3zh@p|ojvgH4dbSnZd4c@{+ajAWR${4I&S&D^{4=Cz8RsKL*I;XW;`{6TZT z|9Pe_WwyBbt?EFO2e`!H=)6Yl#bHd_C=jGdf3%}{Q66KxoaFCLRX%MF;)HdS;wz9a zTg%HfIU2nz9rV&$lHineyK93u_Nt(bSHFW{j#OPg*C%@(QO~X#q>@rOPZk_R--gfmoz!BA#Adoqi_OMv;owH%{Bk0nBj zk(-i(eAIy9MKSS}xjs-6T&Dli3@1KQ{ImfL)vE=5k@ta3lg4+Cze&hU=71BEb6o0) z9xxqMYLsepsR2uk>~N zmjDM4meQsgNa)B_HnNH4{+S-6?m$=xjf^zBR0%W_-t=KgA3pWK%6$qWZ}lF0n@eiX zuo(bQZZFmBG2?SE&6+C%6rW#y!wNlIotF(M=`Bx>$~(gP{u+UtjD}*3pbyQ2!{UO9 zM?n=df!9&LS9*4RpxKM7+EcEiXG){lKPI}JkZ2uKAxEW1C}&R8$)AcQZ&Uo5~*d%0&}Ce_Q_+5Cau>McbRj2rwK9+c`dQ0R;oI? zyAW0F8P&?7mf8xdZAV&-0VXC&o7s$7Hgq#MTB-=b)Y=I%`EGtJeFjbULtH+=e|tkk z>8|W;88a^3ip%iB8%;A*Tr;^L56ZXA=9Epm#NwCQgfyJDe6BCUHU^??L0vl*176Z* ziX=l9QyI{+`4h%s);r0&=-8p=J{=D-YmYEP`aS5GUO# z$2ydgwpD;eYF{Ya;IHAacr0Z;+&pX9V7mV7av1oRQMi>v_kC#~ z`x+9>js)R!bZ58Ij;Vet_jj6hqfSOHnMn?|*EQZtKlrP6mx&Ji4dWO$>rA!K5oDeT z4L``oys-q9z~s;MBp0~8nOfX7fG%XCfmRodUWxnKL$c8dn z>YXkpKjM=hz?mz zi58;$5dcPV31fP}`MU+g!}~E*oTHXJobg+nx$IO3#{tMlDlK+ z6r6<&O2#_HK=w8l_qMqeAMC-za}k2lE`6foESh)8I58CirD>#AwUG_stp`LQr(7qf zBoptNzbO7atc%neDqQMO{O)-&)~C)cS;=O&_L|KLaW@3osRU!LZOuMA8+KB?hJw6N z$gpx7Vz8&8Dd^N9Y!gk0eFDW|??%Prn+BM>hch5~Lk~%*h!*zA%Br_BIk}?0;8HB6 zMn_w1q1nIGuv$_kU@_$He1zO5%h>gWniouKbu2PWda$r+Io1Z4><$G_bkh2=smAPK zAn>meAQ(u6#rthjGMTB@E$O^{$F2o|Mya2@xZ^a~MfaB{)-G=1H#=$`Y&x3KIO6mK zcTFwFH8k)aO{*%&3>+b8w1XKu(pi|sXwv`3qUIT`Q4xQQ`~~YI$&k(F=kYou7~xxy zYZMZPp!teKw-Ydp)Gs+q{CGRoG{*+s2y^AKC4MSF#bJpB69e;T`DQhY`1<`g+Vz{qs{>OZ&pGcFLmJHV~TeKQR^xhN@cB^`moFU8~QCvEY@FF+FO{}naSxC?stHeP!Jhvw~b%W?) z8=cr7j3cz(dp4RHw+!0emMg9+nC!rNUhoFE%4AGYd1FEpL&IYI8TyLGSl?ocQXwdr z?Q%GTSdo8VlURpTV3$r!)zacRTD83~RQ&0b?Ut!b>*&v7tRnd|2AavvUFiG2OOxfx z+^G10PI`%YA<&JfLv^Gm`vA49NM-As)xHmy@^d?;xVpBF+N>(ri(;hmm9pS1=5nWc zL_xw{Q02g$(7}>gwzFO3I>!ud-;T2a_+u+Am&%o+f6+K84ssSSBOBZV zt)!f%v*(5!CHI*J-JP2tfP#i%aed(>+J(D}p^O z%guzO17RXWDwJlkUu4Pf$F+JfKCVT<&zI+ry%Wy$8uRk8bS{r-Bvc9g>MttmHz9;R z3)?fb>rumn<-}guHTBKNL~%wj-k&wX>7=q~&LebRs5B0N8k5@leGKm zPCgPLY*Mm$e{o^!7cGUJ6cZADm02??P^88N6R2s}Ta;nsjJi>r>xWE(1fNs{rTv7@ z%nrZJZqo(+<&G>=NOK@M;_(b=BhV{9#ZoQFE9=$^GNYf8PaB#8xq4*|p~aEtl1CS> zkMI~i3x2vgDZsPR>`D!Wk!tM2ICwi1JTl+L#k8E{ot|wa^&u&P#XhlJx5g^pT!=LI zEif=`);svm&{AA7tsI{rEL~UCMXFg8&)c%h)5@Z{mW=dyuL9LMx994Q(J+l_jZKlO z941cPV~WLS^);r>hcojQd&D2!aTf(7M}q4*$(*kTN+ht8(PWtm%$)=-LLh|SHG0>- zytx0OvRv3qISj6-bbCs&T@nf(Hf`rx7edDvH==HQVb>d3Nt$6pND3qq?0m_T9*VX1 zi&#kZRoK-8MHYE6n?C`da?Xh>Cp^T$C?{yoNUfaxmQtT$I|OUMp(H8MnwMaSWk

    Y{yv#YBaMJq`J| z#2t{FsNl=@*SZuod+|E96g*V}hx^O-jcta;sccN?#*Z$jV6@R-T%4*kB?ei$Bq!UR zS?}{i5nu~GXHR)H{kUVYoOoF8w{W$^21Q|)U{N{iOWAHGFOJB7Y2Lsx?&ATW-Y!BR zgrN2!LdW~AFKp%!Sc#4?0g;A+l}1)5ThUyHfq}3Rq4`&j6qbUTH{>@$Cp=;Q#RW4= z&w55GzlM*Y8|FjpQMy9$u|O+5q&Fd1*=GQSKW9%yKu8m=`0@M5;4$UbMrOeMPtE(} zNH%3QR@?`r<15R`Ld(lP|4B}#II%=aI?@}BKt*=(Zoj#+p!3m-1_;*+p~JOQozb)L zLm)>@>Z6EDgI@2-UA;YkgO&$MvigBL4OInIi@>3#id2PaA4U?-p z(EF;iT)4q>`@$=!A4i6R``|L*kw}v$7TTTHiKpI0h!empgmMuxanSy&BK-QU3Y(%g z!MIEa2}%GF6ajgyIcV5@DH;IwUqpd&Qj!79Z0ZXpm~~7?3vX<^2WWX%93|`fs9HC{ z)CY|^w--*$m~fZAvC8AXJ?NRx288ApG#`vmMKR*R=v_O*lO6|=GMaIC8ww*OQ8W~4 z2Oz@MCzTgLGo0BC`U5sp& zkYe^IztZD8?bs&WtrVQz?jis;a%oj%T248S@H$wi4*!^s20luo6kg}b&X^T= zGO*)rblk~CtJ|?NYe^$Z!()SQ1e1?~(s)<~n5|W#^`MPo!$&@#Ia}~h&=D-TSlw3j z(s{dle@ekR-rjhxe1TkR$7q!m#MH2!Xea7jPV&?7q`M@CbQ zp7_s);1*;VzW>2V1GO7*-8uNP*&Y#`5QGIEwnk?B-PU+@m$H7M_-zW(Cxvu4tGp+3 z8xs(pVnw&>E6rnPZ7uXdrK%Jl_o(D60?e6{q7t)IKZ;cWL6l(d8AP{iL2@W(cCg<1i4ddf!@HWq z@c!J>5HX8`VWER1;c>9z0b`0ACO3nVRJlM0Qx9L4S=_6-b2V2uBO1v-gWf}}tJ2tr zJGSZ#FS_Sx`P&BVD%W1J77Q5!RF*u1CZDI}0lKiRbl? zDj7@CAOZ%6+{k7=04a0-Sks?j2+siZg=Y3L5}F0l&#jsV zdgY?v+EU5&B2ndGcdd`<cNK4udKkK zsXkGYg)!_y78q8JDNdPMz&30zkMdy0PSbycEI~@hq$l*sS5a0=Rs-S{bWmMr;7#2z zNz7Ck#;Oq76#5!8HieRF3c=jG#8i$8u!R9h?s_b$3v}3vN|h7FWWov^T*DWG>0zHn z5xW&Rmx4pg_)Qf<%1EXuSchkoB2>OE;flf>2>%qpAOB2?a>g*&w&INz`|2-SbB$Zo z?_=%K@UuWw5N79CWRPmWca7$-`<52^d~nC+e-V-=`Yy|>oT96Hr$o9%E~NIcQ_@=| z+r}CFgGAKYGoSL%Fy~^FQUR#0%N>_zpT_P6_&=K`KqPQ#7Snh3QrswmG7wnSWJb%t*4HP3+Vlt0vg;-PLX^_rk)z230>K24tzg0U6b&j`waiYR$LW;|gj2ic z;?S%-g;wIw$JDK$ftZXx)fq`a`#~^~p}GN&BZRTvA!0I-Y|@xyWfMg>0LxEMSZo?>s+*8I$UShLpcWsCr0enNuF_jA%)yA%hdcSmmG?CulN9+)zJI*$bRg1tM1v+MSDGLjn%2ve5%y=W`nonBWKg-*-@k5s#aK31 zwhv+IhxC?mkaN7l>ys(!VcDWo{vo~Qkwj*@ETg%Tj`cPkV&({MCl&-8hlWY}|Av^x}NFmQIPurm=-39jr{24KcXxpx;Ap z_gzuGrq`|R)0{clZ5VTZ)qQN3C%JmTF#LH>LV=F5*-A?R1x7H;`hqz_I4$3&(Rd18 zcn6Ih#U9q#;HPyZ$}L10Pn)>+ZU@Vtnc$4aJ58j*<rnqtVb1 zFHbyrAdi@&w+z+55(4CKZF38x81jMD%cnAyT;<+?Qu`{pEXVcd2($!Q*CVpEue$gb zQ)}7sa_B?482iT45SQ22{jLJ?=6N~<)fjZ)xs!ENZM6^?9G4lS8M&UlPA7}^MNdUb zmZuv`&B#`*@LEWygku?@ghuMKw4!LT=fP0sOQn|*mo4XtL`{Vy?!exgB=jZ@p%NUr z2ip6uTnD}r%|^lG&3T$l+ffF#o4p7XpSTCo66)IlZLi1T<9kWL^tffypA+lbDF~=n zyTcR6EWIH-LooSKfvTq2nVRJWx})}P(pB>UzMDxs>u2N1A5LeX8mUJG{3IidsFv7o zWKuW`D6o*rP)mHn?pV@@6u7!3_?@bPD0UGXatAQBTmSa{to5%Lq#>Ns;kQ+piKq*g}d*wVb6hGcGTSuCS?sOfac{S-?kvg{IBlx}^EBAV2w!%xLW z+~SD(u$9WCSIB^zElYJom#k{?_l_`^__Y>coV}((&)b`4nt)Q^C9wyXf60~m_qn>X z4z9ZwP@h~ws53{q6>q}j3Iv<8%!&tKb(={6Ph#xM=z_F84Hi%3ZetAFfrWjpoV(XR znj%5&3Fg=?Q|5=PXK}mPN5v)W@5qFChVOg60FRAOJkj4SL8;%&MXW0HL7>?lW%*c& zEN#w)>}FppM8=q41q6(+s9)1ngVD%cmW=k%e>4nu%*d270Fi{3O;M0u*jQ+r@>)yi z^+6+Pw{2GU4E2|`#chp<`SESMC~CLqBG<@AB_bj3Sf_nin<|d@3!IDHb=Xo5v)yJL zd);Go2*`6<9N>_oY0>}-D-6FM>sg~*YVr`SRc60mEKS#bZES?MAfR6q8;{a|2kAi& zk9op+t04Zu2Hb*fTBktwLx#tDSYm*>>{WyrhAO4n&da_(862;D-3Bct)cr6t+exnq zw-;1>k_Z$e+&m()Jy}5wl1mE+3RJWDrH?3MI>xbQ*&l zpNUNY4aZ&D^pVI;D-I>kg331z(AtDlsn-9v9JD-w12~#&z|K|;OkyA%TGl*#MB5$1f;s$tNVB;Cie9OW#OX!WcbVSXoe`_HY_jzH2;agN$6`CYakr zc+w#%%szM6IWf}1sQO_l#eChnxYGTeV6wn`SDkgbJBMYM=wO#B^<6T?eA3sX)BWNd zBF_rY;-n8X`F^~^mIh+3TAOz9F_B#q%9pK;-%H@wVWdfb?kY1(VwJu{dNx8z z1St67a#$MTZJ4$*H!;4xO7%KERBiM(vzkpnlSd!jUR zQrkJOvrx!)jL}LOa$ySCp-h`76>|~Aip9Go+o%?h|D8vv?a*K~?rq?t^9VDJkC^$5 z6Ux^-+O)EI7ECaeHMIC{Ud-f|i=uZnhy*xWdhzLWlXU@xL`W)=am+G%AZ zS0-(?3@19J0|^alq`P=L$!5Hff9AaE?1=o^?zB6)Q!fdv4nW)>H;vQ+Ek`b(@w&9> znXW>=CieQpN1kWE5Vu0rqe6&75OIRbP9 zvy}0wHuQ7p^P0@(`sI@9V|!taj&ujKA>c{aWbSYELcKdfY7m?2$FK zig}K}+1o#|AdCSorVHBY{k{*~N7uwi-K~tl$=;Z})hAX$ojA^nBnnIW)$yrF@*SkO z2)eAC=V9i{W_v}83kKZFXd7@(LIC#8-1S}xc(u?*@S9m51;{=vANIP#ROS+K`luB{ zFpP)wsZUiIu;J2}sJwTroC91>kPd@NXsJB22)6f^*4?(MEG&&YSMfmUP6SU}uwgKb z1){%0t6s40iM{vz1WOo3zHFm?2C)QKrVGH+1v9JU+YxlG;#aF&%uFKKoz!39kFL|& z?TOAPCc`Z$qzvF>Ib+*eK&qNd*3t@&jRpb`mEPD}>4N*Z1yHg$beS1*jGv|Z^BtgZ zgy>(JhVd)sl?99Ii&=QN2j&YT+5e51YXeXDfV$kK92{kb81Q>w+7}0FQL==tep4*| zB*yA61LbiK&ziH8BwBILVd{0?JlVL0fKFwTtM9+WoEG4BcD=~COqBP`%AN{8@qWMs zw!e1A*9x;X^jqcO5<7x%qpL;Sz2lm1V0QQ!Jf(0lBaG1gTZootl-m|%$P6v@!y;kv z@Q#ulLKA_jvA{hH-Hn62QS5=87x8=}VgVPck+;LJH`7{{&9qcZO!Bb;5pkVNV2oep z+^u?pwnIUf3cHb6a3$G2Dl{^JvALVjdKt2JUKEKoArn#?MMS8vqJUG$@(eVS<@(6r z9~4gSy7)-9);HlMx0NbBJ~OP=i^x$}RIc1_opff(mYx?;+1p&v=DXJ#I^sOR?~~0N z`CL8N@0kB!L@N`%?c*z0@#yYuE0{S7a=0X&3xmYidP8Pl17aL)O(ZT&!vvcijAQq7 zd<+ehj}Y!7va=v!1SuqsFfVE2M_Fw}e!eE3Q!tse!NVc{M*3x(?5t2Gw68ee1vZJjpgAIi`B^d&9%e^fY43DsL~;mRi(kB@|ShY*0v37G2xqoZI7R% z$Hz{Sabxg85)Q_Q$#IS)*c4#$T%K@)R**(e73mqZA)!)ZMzF`4Ou&>pBk{XVyXrZ+ z(1!#I`7p_Zu5J#XWrjNN0iKEaM4}U&nT0p{h2slC-V}*QrZm!eQZxpiW;Pk)2*%b% zPhfh+h}}L=qpil9==t^-*d^YG_81b067~xCB)5&+-oZb`kA)PdrS%@u%5 zOQ<2NEz5tx9F^pHQ+b_Ai0?)$`A_OrZeltoDzt%wbWTM08X_U`CI)ibbxK30G~>;M zxoZh5dyAFv|CiB@tXMS3$lPUXsT)b#3sNwxMTmtGW6lFtF(Blj!haN>TQPEe&pD5# zV#As?3kX>pjbN+B$M{D$YpXEGm(lmhp?+a z<e9OD~ez1Cev7rDg&;WU#&@5fw{=QG>_> z*OmCK?ywVqAr2B*`Gsj=p_ck~$bqkt^|3T|URKbI`Xe!y(K(1#BM$`_>m&ttQwZde zJBuAQg*60GEByG;Dj3RcMwoN5!^`U~1IkT_X2T@d5}yf_PFmZy%YrCn8r|%U;>(cf zE0q+r4-Bvn5$?h(p01t{PhE^#_!RlW;S^AIn%NxfN!&Iv!3p ziJ%6i<|2`oDa4VPWoix)hL)QJ?4-=j4GTKxou%mVL9%!f6t^_R0wu!rJ%(;KLN)nm zhbh1;quh)Pm4TNtT!m2kRtl3THeaSDviNS;ZWbPj$!##`WG&BjuA_Qt|Es{L5?Z}! zS%Ui^81}=moS}jgvvEx)k=>v&#oxcLaa#hHJYH@k_;cZST3_aauE+onFDT|$1_4ua zS|!5L>9-ylUKsy(4ck!w#&|!|9%U3pM&T!6^)OA%*%kP=zPlZ0kcr&34KV! zLpi!}$eg`1PnY!d+B45qt#Mk`mdD4W4^1zr&9vW6VwVrEGnu%rawZGBv& z>po0VY?`=weZh*uf1GALn)jQ>BxXHGKnC?b-WaqCA*(x^;=CV|gZNIKXi&x$-h-0! zW}^vz2&+Py>d{7TzGlIpqXrDZ!eewm5dZ4sX40@i=(KT~lgp<9|E)6?%!%#Qg5tEN z0S7T@6N=^YFi$b|Pz5L?ErtM~-7rCD^Y()+4RZRHZM$4C;)IXk!IlXSh3qCRJet zT+H;2X9pN8a@PeLor>g@PJB}kGouu0Vx_y%RYJW4M-t31m_lL(F=#19eDH8F(t%c$ zWSyY_6sG2LXp;qk5lQ0SFhd$_-f*!rw0Wcb42UK)mP`BdZxccY38RHgiixJpt5WG3 z93;(N`+!FZb@i0?5`)EvZ` z@8Imo92O*6ld&EIELagi?sww2;K=!o8gCLt1=efbNR&u1KtdT%Pgqhl>W}*TyJHPN zHL%K+w~c~?tureK{LGSM=yFtTN59Zbopr)NQyN(BbkSC#wUgYM5E@H@$y#-M=3IDy z0*&o%_Im?ctd~H=O(KRu8-YWyp(d@o_omctjjj%`1IMjIFLTNRr_CZlC`e$i7Y0GX zqeWdV_dvNeGMTEVIE>1dhn)7X==MCr*pv8DWV2qP&4k5HU1%1xbo)$8vQFqEKnD*K zGnqkMfNX3sO?1k6l&_mj6%Gcv*fd!&+P#vbM#&ez+qff~*49t5J%wjKXp`nf%>Q9lv-U>;?NjQi0a^4m17!V#2EUv+3@gg3B1x6AW&{UB9A?Fo^|vex3}~jNG$(1@&aq5}ZfGzm2V4Z})rF`yX=1D*kecE-bXt}-m8!1n zT~G{GY1Al=9i$7~V8RJ7D~9Lzs}pnZ18sDP2oz9c?5+Nw0`)^`Rcg}{)borFj!rX# z9uZ|lea-_ss4>(Rh9UYPxTiV;iY5P(k$U0?bBM*y`8Kx71-e0Zgo=#I%U=EkbwDiA z*(H*cWnA_B?B)!aot%ZUCR2s}H7R=ZTy>a2_ADQTfEWZNkr83q^1an4lLuy8WwKo% zioz(xCP8DkrY*$PbASboQ$h2M2U=FkDa>TEB&)4+m0Ok;I$$Pu}=Z9 z9|-GIu_b+5(G)^jmw(olf6wdT(V2lrVNnSU6SI&GJqjMuUexwFFx@O!CxnYUmG z#UFO5l}~e0#7ZcTwMET^8n!r;A}4YI#5KV5!-1_$_3uuAPF)y`|8Q1rw0%381{V}= zGU=m=sj-sp?KOB*0GIo#v0&yLXfZibHfG$!gB_o9P5+(=J@D*5vsSlGrr$xR6x(x7 z!Jlz5<=d;`Xs<;3hXq2H7sOZDQc_syl{rJ|{8*CmbwJ=i#kRY^MOlral3ialF>|CR zZh?aS;mChku2pXc;E)`MrdlYRzoEUEB(hpBRV^qd{SUxC?5|)MY?jVpK6EM%wIO?i zS8*2pm{AqOd#@$v`8yaY&V04i{-^ zu9tCP6ZRF@oqEz`s#LIVNtd`tr^wrlEm9*Qm%NHMPBjn+w{GduLcITEjayy&VK_J_ z1$+vERohOG?-Z+6+335(k+u&EStOw7PQ_L;@Qhf%zPzkcygW{-)P z+*0dr&$>0MH~!qen(~XMVJ&!gRJ9Wdb5T~s^uPtYnzFF=5VZ-a&|!iNR?DHYdB5bxdnDyZ;*^{06m+m6^B7YPtk%<%YG3aK2#ao!NkM2vDroxx3cmGNni!~gySEnYY>hP< zxEg3*ASpjlX8|OrsaGPM626`u&Ot(On_r*gr-)5;6tHdv{SZgSOFH#&@3Bil-AORK z=TH8k7_M*K37=JDbvvueet{*#3!50gn%-pPbt=W`wu-lfKYBowjSTTp4{aQB27Czx z9r7CR^q`rS9bkX1AgF1`AH2N)(}al*IoX-fAJAOAvnSGI4e}MyW8bO}5DbDMw^Ynn zK)0JWYQcP4ZK?K*z~hh)1b6)+o>$G!YE*JHPPM_GaUWJg+VsYeAM+Iz=X=BX5RAt* zr%F9sg|Y0|t^8eJQWYp@RooK1NQd4_-b!xT9Be6XIW6#)X3@(wxYkMKii;df#zF=UHOUw z_@dJl*BFHFo_iitY4Dj&YSX~#b6l{I+hg5Goko;cN6>L^xc!tshCjB-f82AeH`@Ff($ZY>XpLm2Ur&9!L_I=$Q={srwA_ z9Re3b&nG2iwVuJ*SxE5sE|YE6X>&_;Ov^A<$fyru_UwbZbH1SB(fT-`)9oPH46I?$?F$U-rz-t&vDYEl zy0X8U>=hIN;}y(=>N%LbYUmFSPpaJb3OgWaGH^12Bp&RR zGv{_7xyot?Y=e73i)0`jq5Oj_d*fM3#u?2iBPzCJra1ZFy|?%P8PB>Vl~>Rjmk`~r znH!pBH9(zwPNNT{&IaH8ffT_zra#>a7?Hs$?t!So@m}ef11!e*Vc89XlLqYtL_jrU zc8@XSxh=PG9f_&Kikd%drYt2d_ZzVen2Kk zxVa8#vzyggxw}X;V5gFeOz?iZ%6iJ3Q;iP{&Q)hX9+5D!(xnQ1{y|d zj0}7+bnMHx5O&A_!O&<4dV>Wdt>mE9e7MxekC|qkYJUteojP@h97V#`&3wkL9?waK z7+0Ib5nAYx*r*dKJ;Opb6$!H!J7n~9FZr`sf>XCy7UShpdVpL*0+v|QB(#H|JyRg; z{S8hkM45Z;%H4kz5S_PGK)rWJtKd3PKG;!<9I!cNyP&tlrs!N{q|#t}vXZ&!LAw1C zEMJ}7y~h=u_E>~ygMHOS@hDt6mpXTh4gCDV{A;Wc^@ph}8s}E)fdgW*R?X>vo2HY& zk&R4(_e*gKv8a+cy2w|UP3}0eF&&w}=>AMt^{~=ECSC3kHKkgRr)W~}-8M-1nUHgn z-0JK*cLf`tX;?etcB#i9i7v)-h+$aMQ#MA(AY6%M7kyXA$09m>g)!ebMzkyZlp)n? z2SS%occGo2N*-vV)gM^6Ni!gcmZ>S`HARAEM zuZWccq#TpKeg)#%241Z!Skj@!m(X{bZ-R<$%GPCYE0UdO-!?MEM& ziLvl@(6{8FB&I^z2oXUm_hcxH{_vP_l2~sT2au|7z?stUJ2!Bmp@Th_hT*BllmE`FgK zF(Y@FZ8o*W5_7)iGQ4laXOpMdp`0M_{?6J$7Ir@M&Mbzcm}CT7Irc~2lD-LWSO#j> zNe?IusOYR^*by;CT0Y|;w{u37sqrAY%g5meZfAAFmY9WTjG*;c;DWX-ia zqmMudtHze_YTi*Uno_Mi&uD$k(Y0_dVKPo`|Mq++`GVrt+(2!Hb2BAUKRE!U-FwF8H&Oix_HH9n@D&OHo;nyurk33Y8nkif_@0;r z=a&LNtj?o{bFV`0jzShz);r1918nK5n*jrJ;3hy~eWN^daw^`)I6Vo~88p$Tppt>l zI+Rsi1-Z$FD`!5q4=A;n3{9bSqSbU@9j-H=0x^jLd-ogv*D6FuE&+CdFKrK^kk0_s z_n9bh5a7$0t4}2`#&re4x1&iLiLL;KbyyBVmgItzo>hu0Q7`@HLJfF#9syrXFjJ^t`<-E4^t>}rAmqyG#+q< zn`AgdAR&}Dv%(EXG@tN#P?o0si%C+XwvV@)SX|voS0eydnnVD`Mxo*h=gu#>Xs-&=4`r$0v^y2 z=%qd0l!}ARx%HN`B52>Dao@U0KIwAZ=6}{VY+R#x(N+7wH|jZPVSZn%jsD>B6qWoT zY^iX&?)p)j|$u&u3Ru4P*a?iZEPOv-}xI3OU~NNv&}J@PiCabX_}hcTNl(k6g2Ni+vcu9(CQE7__n>&B14(u_g4vs2 z@+PVB$u+Ej7u>YOGdAl4`;Fsakf5tsSgNCBxnB99U?S$HYY7Y zad1chK z4J-Jj5cm&~h*vzLAW};vrbDF2!7yVCM9f=oDNskv%_@_N9D?L6Kx1Z;yVU51#2P$Q z7{#dOp!_C{jRztuyIE3EbHeRd4|cctgRuHgu|U?WONlk%jDKP(g+jgl4VU)PY4`z- zSlE)qAiQKWBEKAjNN)Kpb^80&5EmxQatv0qdnmzzNHt%ZuWY*T&q8k8NX}6TrL=7U z4v5%?GZo>=RTn-vqEO8x`vYgX-IG`51^}&}VNmfN=6q|?A(Y4!>l>qPC6XuE4j82o zaJ$XHttiMYSX_Z&6p)}IK6M&O8dsZ?_aXGw-4)YszpnTn#yXH{3tUd?i|5M|qqUGv z@1=AAiQIEa)77HT*oefQnq?L1Iby2Z4)G|iU>szGCS@D$gn#A>KWsGF8;Nz3dz(bS zM1n~X1k#Ci#Z>}25KxtmilVb6T8$5_wZ(@6rucex@yAh~hu#xHE(!{|Yr}lJoUlSq zaoXZ2<6wknPjneUru;@(Uz{Saw%j2I99k`KO_Ze%lxEk9lKSY!kk>_gIhv=roeJ>P z;~}==-m;tk`GU9$b&*vQ9a)+o_M|EAEEk4er+?wRy&Gm>KyZL~WMVk@=~T z?&lBw_HdwAGU~NMOp1g0k3RVG-g+cz-75+};hn|jHoZm{lq0bhkkmyY$r{}H^#ZCk zt8x+5TP5ypON^v1PNwJl;?3Pze%G9JAtF!*u1oS6ic+w0rK{gIOl{XFMj5dlvBJen zi22vjkzcvJZt!q#g6}hQsx}I0cv%7AC)Azm1sK0x$LQM?$* zMZUl9Y&b}LYhXc(;VkM^BgWZ4x#+-FD3)9Adp_yyl~dnXds@(RwH$V8A7$(#5~NXC zCBf%d3*bo00Vk&ahN69!gvmZ#Ri44pD^i%YSvbnau(uglkT6BbO9LF8rdbP~$Ud7E zstpzH4*A<~la6DXT7u(;y(otjM@GUmN+-$e6-aTpv?eqWQ}K-w3*Dv+AM5ng-Si?~ z-3U-)VBbPq!pHFPtTQD@H|x;EPT8CQvjQ>VM<^B|ExYp^rCDDoE1^UnwL$)2lpjSZ zgTW=&#Bfi!JYEhO0W^?<1d#zZy&kSF7-ADHGYe%e`gbegbexx<9yVLE)jc|tECD+t zfMvlMR8v4X06!H>1DFsZaTDfyTq35Duxd(Wikc}UBoLF9t%fK~s$pUMSwp}WM(`M< zk_%>HguGg-eGM+iJ^y+D(IY6>9SurZXAKTepTzNTw`Q@DN~K4yDHt_*BlMZ02vx^2 za{SpuGNjIMnHdV>hGRUnLr5-jqaq8w?`0~(7z`g&5f1)PNm;S?Ji2Ck3EGB%&N^X7$CR+>lfLe{gSE?T9U%VH$vj;6=EDvGiBAkZ;}l zJV*5=igt~8#Q9EXsks+RKLJ1kAE;K7FCfDvC(N!nM1xkxA+f6 znNxV$BIqrd42YI;VZnKj>p_5$;iHQGiO~!7%<11fx6d+K)PzKz8D1t&9I8x2EuFkV z+%OKrG@zE6)yDdOSmx@W!h`DWuIn?b%ZYDb7V5mXeMr<$It4) z*f-Ol23^V-E2i}QHl}c{l0I5Vs+g^Y5aQXZujU~{geWGO^^j8G=G*`-&6Nu>96(Q0 zf<+BHLi(^}36HDFJHHzILKzE%bHO0_NC^pO{%N8Ah~NcT-qYNUzeXLjjDhLK@%Y?S$=*oZ{diI#^Ra|P z1D@&wrCQ%GzGDiV9=z_U!Gk6x=kK=-wMH=)5JI`FctF*mFr@xBUZGKyF3&kT#}?3p zKr66uQ3(+JF&IhX|HB46P%j*$RTLS^{2AcFKv=V6mZOd~prYj6vk4$Bh6)QCZ(`T$! znC&^%6odl+5?iSi`_w#&A@sU$Z~G+yY<&%K^LR}-9Kow7Ix*J3Ra$}bX*aOalTN=! z$m)JR%PK-?+X|`;BDUjVp@Fjp#LOc6pJ#B?EX54!_*EuE!3JTbtl z#t-V9d2~FgQ0sD&f?_4;3bDCm)Axy)Gj*Q(b7)nKcL~w_2WKmxkt0{h_*H)YFF1@| zi}t*HmQkzrFH35!>e)^;MHhn}Z= zF{Us|(JF1AeonafM&AU7MHl&u6End6gP`j9l$Y6|r7Jp#2~Q%um?NIW-9A+vc?W^l zd+R7R6k}2tK89NI=CxpFy&F~P$|8Jq3cqXCEc?CR5ith{!G1E+A|w|@p1dLA@kgd^ zX$!~r{Xb&$#aCa z3Vj%rZI1~06gTlaqcqO57LCLd&*yu0Qaj?mctS03Sv>#|IpMgYfZ)v2=ma$L;<5E) z)>~mTDr?qmHd$Vgtv5q{IPC21hnY<(Fy0hJ9t^uPNJ?Fj@xKSW^VyZ>eir@%Kqm04 z%0?#M+|6&SQ<~NE(@J78N2}P0sZx_kpT)V4813#(cb%wowuk{{t7hKyQKv z>-J*-U|6}eWmW^w*HQk$dTg%zy5f$V=F=bga7*oiA1ldO=JheZ-$v13BNEBWeZM8N zeE#U)zO^7+)f-?ek~%1o!PM+RPLe4%;_9lpOB->pyM~G^sLMJ*{rL8UdL-Ico_wM% z1+L1vvN_*{0jfQG3D$BoOs_W(N(-o;><}XE?<0{5ZvT~)tibUmJP(dHVgVm5@h{=d zYq_z!8}4IaLJ>(+v1_0>MRA}@XC2Gd!~4}#DR0T-VoBy^FU zYr>|SvvfV9DdH7(*th{VD-)ax;tewcF&|l1JM&D~iWG4CK|}8>RwJa5R=54;sqd%p zt*2etJnlBr?YM~ELPg?f4Vs`oE*9q*{Igikmz+zgiXeoJXmthM>{~LUZ_Xy)pUunb z`~J1YD>xvQQH6Y@+(9M~aSn&*J3s5AkRje^i7atTX<<1AaNu>qJKp(PqQz?q{jwUX z%Wg#$udDZl7g6qh>)o^<-7;zm%YyI__V+7Kfiln^DGqt@@OiBSWQ_55+|Det?WyZ- zWub>~P;OXdi`+816;wB163QuF;U&IHqy)#86vT??+gb3Z*Ih0x{CoEh&o3kP26R3G zL?I4N zqG*I?Y-jV|*ldX4Nm`ts$!o=95?>VJz_W7;-7$@Kf6npAKN+&kqQn`-dK&I>qv?bt z0~lM=giwjS>8@%<#x!fB>g$N2kbzxJtf{SnG`vI){W(nE@JDR96ud@p;JRetgx68G zJYpRhW@pYH6hnJAYu;A5_+|KM?UT0|c zV_RatbjO%xwXhqE5Tu@01>Kt&_rj)SaRq!S*E=u-)Z@ymwaXK6l9<^2_VrC_c)UZf ze?b){DN8$4>R!4RVDJ`F)&~Hd$Pgf9K?OUZ=VMz7lcM3G(|cT=+TvM5F#8}%5q*AI z-(xC);z?n`1UfHh=oDnA{-fdu-c$XrIHJds!toSi(lR4zBv70W=U6(vzABN;BezZ$ z$;A@|de1YryDd92vjp)nw9HLNb^}yn;3Lm-^K580 zVi0W3^Dl~4326udbOaTuWRN%rH3VxDTT-kmRuH02^Eop%-xZwxw=5Qeu)+H& zOi~tJnUHALT~bk!z~Wt}4Vr)t>_|}0AAQvd3Y`|t3$dS}@8@m$2|Kk!y9R%XHRD&> z7xzrNEBpAFQ?6mnA2n#DnzT6Q;kFFfV3m<&X|EkACk;iD7#tMO!hz(Z<}PXgKI+#y zNu~}fvU>|ii^o&8klG-!?%XSWI@oS_-JEaeoKgZV86#A;) zNb|vh<<(#{yA!RD+$m3bl6Y+e z0I=G~*{95qX0Lh1G;$DPUOJ78=9j0>MHzL0`iO(2U?g;%-L7t$MF!}25hxW6d30n) zUhQzHtX^dFZ9K6)t+B*VaG0d58jtZJcF5tRP(m9t|84PN zB4Sgaw^IyVaqEW+dXg5`#~#W$ogxY=u8*VUU&}an-a>E{uOoAW zbs9Wgvgn>9CLXD%^#BuAgbBr@+xCpSekg>pYczwWp0i*VgIvkuuuT^;DZ-20D*&%x zlJ$Gc1jos9#)x5~MNVTPRjLfzSon(i4I=#(6yWPf(ddThVYLx@n20=xiRVk9|D19b zc8V(_nd3!xGs%-eMLZ5>Vr0}~73Ayy zNV>wD0AGsGH*PUNb+Z?Be@rgfUY%lKYbVf8MZW2ffwPbPRR>A4kRs_X0I!8G67<;{ z>n4x{u4{hR_|=sLuc$qq$kT_UCn|*`FgVioL-4mY8BkInfQK5wuuuTBZ{DS4bI{1i zl*?{%#4vjn6nSkFR!yb4&?p;*AFd<`nZXTZ#=8i~6U1~j+BJvFT4GgSYF%s0lqT+I zVelF!^0-1mK1sQugxpu(-xZ|#ELjM#*@Gpbe@%?& zd!xUJ&7>~dPHYJ8$6f=W>y3NDvrOO+xo=V0a_GReF8c)9Djd&Hw+~O)1bf!>Ff2}B z>6QeO`aF;xMRk41lDKRVKu6Lg+j^fq6JQ@t0&28r#d4x(qz()eBZY=)Q*!l9B@XItfsxYjHPaS;QU2g^12%C)bz~XvmqI((U z6})nNhBG2ce`~ZsCfNeP-OHQBqsJA6zbGmuZ56EaWKf*~51taz%4V)ZZ6%vR!F+OirO=xw;X;8xDub`Jh+u*I1-A@-lK zoJJg=+5z;4kM<0Ui-vmTQ+^W4*i^oEd}wvX@k%QSmD|f&Oq^m`MYMgZV_Op{s_)T} zhqaipVe<(;rL_QI?ZIxxbe64vXm{?Mg)Q$&f9xUMp%=A65vnZcC8CRvg`Lx)DYu?CrfX0~R)3-E2bB|MI{z={;XzqxO2*erAe zy51?B2;aw_277jtky<#@xbkxJVp`iC&~d7aus=rn_w-x!@}nvA&xqE z4|9eqLY5T{AnckQh(l;(pe>DciDGk}J9ZXC1#fSmQdOcx?FnvBj$)vbh(;>AJN`() z9Zvm%aQgPwN(vp|tyai6@nz3TjcBS?C`i3>LXj&Zzb-n)GV>%AeOD*&H?3l%H81ZO z!it$v;wMa+INn5L3h$stCtTcC9`_X|c)v4bno2P~uyvc`&RU}(O5UV`Rm#|7$BY}Y zfM7OwDG z>)>0O3@d=Ycv!TGsgD&o2nRun^I1CpN>{@mNA5gQY%ulU*Ox`+XmDPtJN*UX!q$t$e#oMaML+!tV!Y_VzxWXPPvEtHeiQap6(JrJ$ zZaNrU?8N4<2rUweF1yJ$bVn6-L)Hj(y+|58?5kE$ggQRF^G%{SmMfOUA}&)7gl>vJ z#nDt)EA!TN9nK6t^IzkA<^=lGY3nep9U2DUMat7Nt*nDt*Gb5^g7MqgI|G;_j7wV&GqcDMMTws4e|cN)|p{}BKaCY z@ct_yjlW55F0?I`l)Y4CgNa#cg2&&iMU>ek52aBNmiJ}`m9TV_S+5tpJ6DEzcI77) z==oXj9LmLv%3o17X7oOiq^0Xwb z6k$MVh0eKELaE8(+!Fuu6 z@(}e^?co@bJJ!_KW6^BsOW3GI|8>;?G5`70@P=>g)E{b0#IvO4x1C>-u^Pw5b&set zZ6i&+9;ji{MxiDaqWMObTesVUTlEmaI-V%D?2MI9$55%kvk4k#Omj@+UT&B3fGI7Z zDImm%e6j6@>HvJy=sO{%YT0K&lS>PPz!T$b2nLnK{uIUOKRY8kZYjzMhHwAh8J z!8)@zebcrhwKgJY)7uSw_65)TMe39BqZdC*m@U=d)l*b1n9;01v) zMiD~r4D)!p96Xpe>7^^MLy=>GX_hmV;`g$neBVNK)Bl9n?xlXYEnaokD)EmtHOeb-A2rD9NOLvMUI zO5V^7Fy<@fi@s7`w5#z;yTt{0{L*%ooE{+&L>dra(xx`6>Bp-7H=6epq@tu!Ruy}9 zSkkq512*FlzgZ_`^#y!eMae}sSY6%c92v3p+}K6i7fY>g=@=>^gFFpGOa5?jEnlb%3YevTtiL2mM8vbo zd*mT@*2MM-UlC1iCP(j+i7F(j$k{B_`}stnKY7zvjOQM86eVr8N6m$-oTdg~WJI#j z6CXFNJr8Tb9ao>@FC!5EW2ZWDkNK!$yf06X`nX3Kz!LGjk;k4Lxq+^lvO3l82V>4jxdR{SoLR%58;lD4^QgcJu7$d zYzR46i8`8qT9yjtsD4U&E5wHQa*<^jF0;pqqhXzVJT$x0wx;Kr{UIG3=F)<4Vg%5< z8Vj%RZ}HP-igwFd{%M=hgyC$AtvpM2d52Ju2ZU|IgAY(wC770nx=!aBjt+P9g_O?v)#e zx>cVdv@B7m0|SEkl8YHa-EVFlt=FloECRN&-!?fYa6`A;0CgQU7}}~s^(8ZcEPgmy zg*fBwYy`3$40l1sCW8ibLH3x0TiBzstLGut{)kHryodTD^Xidp8GE3MhX@2*kRsoQL(_QcB1&CIAp{t}XW zFoUxm8^le0qBxkew4(f>m<3w0bC@G7<$?~70WS+X-#_?kMa>{@LAh+5aYgU!kl@v| z-!*@y=Bu~X?W>%3r_%sO4C-b8`&Q^?5)S+%$+yGC2JxOP)qDl!qk^S*Eo54Bx~Yk( zR&cXvSh|x77Nm}+!p4WSPz7*YK`IA-qQ^LayD?O^f;kr?2Y6@@1@By#0iz-3$aR&x zpWQ0?6CSBq!&FxO8Z%XD$u!pA&jP504duMaKCodC08KMTd{y$Z%qN#!<{yCPwm-0O zeNsMD!dN&r>ZI3kK(Pl7@KeB#a>qv0$H;v{g1kew3rzy|Vv=6ByTi;!p8C|?{Ie$nVpJ2v{3oa)hkS*KZGG>lVoO=Sw6lW zpw>M2E5fG8NF*VVwlqGq>y!fg4mY*|7!5nmsP#KJW| zF1WT~V}(~d5pjhf(k$kB%Cqypm=c{BR4#Hk*knTXt)z>FYwTG{`USy-C4cuM9L6!k zs7hpx*cmDFZt=NexkN21Boy(;%mGD8)e8W`>tGl_P*lgo*WmkQFg*0=j$b}2ub=vo z-7PuQ3O9{h1?DZ~iZB3TnnNWR8F6hUTpY?tBHPqr+H1J5c0A&d`sw50D?(bjX*<>Y*5%#w=i4UEsBZx(4OPg zFJjx*;ZtpchcgKf0w@#yA+x^H`XgM_r7Vs&gGHL6~`#hac z=hvj3N~LACZ}TRDC9rc5%oeA}#$P8^=pf|~J2@!H9fXllmpkTpC?nQdP^)w7*VvB5 z>RdoxWzE7(@ze34+yTTWAjOH6&PEML-1RI-qBvX+shnhz@wou}Ep)gWX$l}2*a^@8 zuKA50s0dPf7U+f z`DrfPNmG%XZAEmH%f-6&LM(s0P}+>^JrmOn$*xJAu5(ZRamI#Ayc=DlUTVTsjmW7 z3;F0yf389Lox6G!W>g90>nrvfW9{FuwD4bHha?bc9ozeH9P*sb%&|LP-_@`|i_lH7 z#?{w6>fJ6jPl!{ax>ly`!;Y8ltVRUS=@jPfz!I#@yiPLA5+4EuZYh~7^!*E=MLGz^ zs71~EoM_K!)sG+4O2N9fl)B)!Q4uj;ccp#LtOxd(j@20=l5O{Fe3_5#s}^UIWEmV? z%VTPO^#iKHj6L0Lhjwv)(yevT6CIIhPNDCc8E=89sL691P*P%4(_M6@$d%YCTO>t% z3@`CCAX>`mnV(>KTVPw*>9#tLEqzf$i^Xa>N zAAngbRy6eS7YBcy<)dNADyvEB2f7ug^w~q!>P1I^M_OT^93@_*lelZU{7gDh!o*G+ zHZIbY(SCQs%Qyi={NYmHK3$$CYVCb`R7XDWGJ68O7`E0nj?L*}^BJn#FxCkn|S9xiNx1vcjT0l(`Hn z(VNtk+fL>r3)k4-C6M3%!A9)Lu;|>bb5-XcpW(M&tUag%V_>rqAyq^+X?`548##yV z$3`17zOZ~+w5Z6yr)59~V&7J%wnQ+)X56S z#uNDA+|KUj&#e8ElZdH+tb|yiaB#ykUEpbo3lt<5lV%A!9BZNTvYyPH{Obc5axTSt zDpzDi-X|2A((XBO`TEM4A|N3Qss!tEy1bJ-ys13uj5%wfk!bs^Mg(^3xe0%UEZC^L z`Oiaq3Qq7)pRl6b08huwYuTs}!JJ9} z-2C6F6N$W7l^HUMyJ*-Vqutdet#~vQ(#=Y{_nHsVSr8$#+%7;B^mSnTI{}W5coc8u zE>Mw_hJOA-x;ulgzZY3BLfHKlso)o4MLHpUa2X;^02J)S|H~$p1&EvcGpx*rRE%j7 zo|5l2dH4hz^4m$3=C@#7tGYr^-yXRoA5i$glj4sO(veYJ)@&K-)AZ^ZU#NRVJo1M2|J{KV;qV!jD;(OoV<ciFJpGE*qQ2t-PD^5J#lAoi${DjCZAV}^Q|JD z%~Kvt9~)%D^XI8C|4qO}T^ZNaBFP*CM9r_!MciiX7t_J^=}YeB68`)Qt9Rxfly!0FFJ%h{&k@K%^p# zKi$^i$eH%37+C5=nL_jrDNDrz2+h1gxqT?VQLpMVLmBXmT#U-2Ta@qPAAKuT!c#~# z%2|K|%fK-hi<~p7+Z3 z6jC6B(Vim}POiUVGpJ8GLs`!H4qa|3ZMjQbBTWr|U^!i@}1XCNQ{NCD`e3cf-wCgh_^|@MG#7=EKVZV*wJ=}+C zsjo*3hZd7I*tCG2?4;AgC=fb5e&XHiP%;tVPmt$VV=(sga|bXenN~EaVNzlHb(C`1 z_Uf65lD>!Ru$!5rqJsy*E+#kM;MdeVL^iif`iJ#9?p#nK^VfWinZW}is{|R_fJ(tQ z_q4B+d3~{Pf{vI6<(X0z#v(18jOwzfWd@BZiB>t~9IS0Qj>D2Q zz?J@R2A-J4GSL|ky*M{CP1*7ktlI%r(ka#_KsH3dR_C|(0@d3|&Hd1{51Xfe&l}0{ zO9r`57A=lNIMzgGZY<-9&?&4l zKBo0$2&v;1YcC|NiPQ0mEL!gR=9jbhjXv`Ndi}E|vL=M~!GmTppat`qf6YgUIk03A z^Q3ia%FZc8&@KT40Ps!dL1j0s$O6$xZ1D2!T*(p-FkIjFUg~Ug%0`4W!o`AX?Fsv7 z6q*ts(}BleSvuN-T;^(l;u5h0LxjZpfQ1D_ea!QfjXNjEv@DTltSSEj7tPli`QY6( zKOL+_6U7P+6_rKN19+G&X)11$Hr1?ZLl6l4bz?)X-p>EEJO$dJl-0mhWFyUq$8(x+ zmgsNdvh}!vK=*r)rsJ@p`7&uW@#u%(JFf~9DOijw$NkOBS206Xg{^^j<#Mt7dDDtm4+zwPe`J8EPTnMzP_8eL{iPJt_E`*EM#kfHG^!^MMX)GpSI3L!5n(GXmiXTDwZ{ls%B~v?m(V0hf-=Pdpu!kFAnvE6d<4`?8-?YVoB>EH+*A&w&_kRoR}%nJ{ue@JC=hE}7=6;bpt<9tsY;|A ziE$JImz6yl9wFHO_>7b%9Rm!sr5!gL`BNlG^-3Y+Xz(gY-!dxuZ9ld@V-WLZEoqr8 ziHuf-XQf2hm$#Z_wjBj{BJu{VFHy>z?wdKZv*V|M1D;WLiliQ0$Gqr;S~QZ!TphEj zUdrxLlDk(a-lP_~*I5`b$ZQ||iga_&$lmLe(zEHwT4@?TTuEq$sY76x@PFg{7b>jU z0yY3HTx)cdkbD6N*nH#6}?hXPi(+s*q&Ngl41d?MV)+ls{o(h0*N>XjB8 zfd*WzhNu_ra?pU(_29e?R;ep4m>(4bGU#|;qLCzBIv>hI^?%=>H0vFB$OTSg+1pHr zmvLWd2`-I454JbSnq}49BZ%!UO42co`gEz7A|Mq+Z=t?IzEH&Fvz;%0W#N1@f*6qUbDT>?L75QO)$kGDsoYL!OZ zAwtoVS-XbH=%`Ld+T)2S>P&k-^47Mr$wX$W3)c(vNNtZ^Mn~P)Pzmbmc2wT);hVIF zWc?=*==p=D+0La@HtN=N%~M2*4tG~dihhw|*_R%jySGUi%D0#PU7YGfKUz?SfkSdw?8dB=Qt;-Z4L_p{#QD z#iJ1BGVqUsj10~L!fnwA9c3NC^)v~gQdsj1TQ`(I{Tdy3fG4?jK`~Lsrv6gO2tYA1 zzfN~Z-?LhMrJ{$*q<1j-lneE12fF+f9tyoQ45TnfS`v;CtAD8$rWOx*T6CchsQnl-OY* ze}glE;QFlk&?=%UTK~)UkCw4~VwaALTGh`3dO2AOqOUh<<@RMA+sQXbt<`Q9Exw}| z@t3oFhlYr%r6Ey~D>R}CY%73LGfoW*-Aok9IXZ)Xq_zPVnzekZA>_uX={t>Z#y-&d z1ZXB1wsD&?H0ng^HL7sI=0Ksx$-y<(tK!GsQQyf%0Rds!?I&vRLik|O$`0}DycNbhtH+9nK2G186ix>uaA-Cq>es4lU?C01bljdRQHp+%q!L82eBwkL& zysCt%gik|0We}lDuRmJD zAzQ5$7Q(hxtN~k%38^JO_<-$r>B;n5K#*g0Lx_z}^FhaH*?KcSbg9M@hgDP1&h)KI z0C8Z(<^aNB95j^{ooUi<0Qp7bEdgC5*wB=Z{iQBZmC>|g0wIzfnxo%I!-fi8d0XR6 ze5hw^ksOtJw!yZwi-wvX&(3h^p;mg}ge|T}K4WjK6B`={E44&?6N4CB0>wzpDiZ|d z(ligU$lDMW3uctVfgQ415UHFUw5pWjq+VMN+r?qFIvCdB_GmM-Q4XTJIKS7`x5vmI zon5VkzYjxl%h)nLs}LbnPG- z4t!#Hy1#+mKoA6d>_kNu7&#SvUT>a#x=nvs4U?mg^bDIC)4?rH z;bytsPu+Fp^anFmZ0o#IbCklBaYz&B6etNOAVesr`lrq(MTh|;7PlTfxro2;2x(oVn8=A;oKAVv?-e-EkI8H@k{k+McHZ_4T3_v7(vZ*2rj~P-;NZc73X~n1{ zgkWv7yQbOS1BhgsQ)C`jWn+UiUq5H2mNMGDWh^a|tu7ZQ?BQERL8|mo7((}?|J0H8 z>Et@Sn)TZex`nOp@djdZEIaT54$Nh6i6=n}ao91of&mC4MYn9Ip>PQyE=p{bJ}|Ef z=lwQ}Vr?P_R0L2*&@G>GL_ot(byg^X8-Ox+3dyuJ)ik&>#Ev+->*_ZC#gMt&s!>?n zw`;>b$muq!H&OnMTl|t#3It9=kJ3nKV}kF{L1M+{MVjdzhb*UEzKrV|bis{NrTk=9 zQ&L-lPVqNoPz*o&K3y%-6{NAwYJ(R0SSZ4ct5J{%#r_uEGKXE-`9p9CmQG1lNC{Jt z48}mvlaQJgH0B>(3|HUw2d8h4sEg`X1u)k?0*@#z!Gd)i&96TYg@L7Pap{bR+P)K( z(mDcqqZ@dOfrF>MRWWXj!V;X61>{dnhq1TT)j93Y1GfICeDiU9Z9f(^NMZC8F2_aO;F>lY+@usg!JSadr?0M2UzOO% z3hDDi`HsC%fhjXyF`*`y3RxE)r)~u8OP8Ds0K~#QVy#uZMZ%xGq1aKsFJ)}r{4a#M z7J%VD7=N>plITPSgFygS5#5tla*y=-^A9#puH@6Anp+vI5*2&`+2IZ_akt>+C{K(y z^R#1~`i?!k1NAptOo>Oq4}flSWOmxsiK|Z>9Xdl>;l3cRo(97=ZQ4*Bd*CUent}!E zmsC^)0%N<>9^NNqd_@C}uBu;=n@e(zEXT_ha2gyAn*%%x35_jj4|6XdT$4VvD=j{CmGNNFQAd{ z^2PH_-NYCI8#&L93;e|bFQ<<$V`A^|E8P&U)gUl2YjhS+w`d)>ETC{2Wu>YmCB(M8 zD%jh7?2yWI?6oDjUG+#UzW-AU-Qc{ImZQu>XklSie9DGcDN>f+k9N$9W{~h0NfqNX7Va zuwFc*!4A<&#qa$Vp4|W~zzcAMN+|aSlZ-+sdMsOP${vfx7DQrt9>{$VUDX?2T3Ywv zY7uXuYOkQ}Xl&CVNH40VKT$$d0zt{nd;b5lie-5*K2n@L14hf6 zf_ECqv0MudoQIc~3EC$caw~#eePYAOG~p6q1~|TWcz=jN>`kvflDNn{B5HF>7OZTw zR=E-(!=@}lGrihPkrMokbu!VNG$`??RM;@;aB(>_))<)v&D$yZHq+haB0Pk`R$#Az zg&fH|1XA=16NTGQUfP&PMnWD5o^H7Q)6+!xYEicf3)ICJB7}%)%~BDv`F?d5T%CwdGTuOk`tnUu zf}GpqpDjuQ6)Wn>X=vZaqb@2-SEcB)YPM#uVP#ey`$IF$BEXTG-S0m<^FJESw=ga0I+VbfdWy_t}a&ZtetYH#lz8QfP%Lj80 z%NMzr zx7(REOAFPbb$E}x!Sfkv$yL+RhaDkl+QN;tR|<{}q41B7vfkfnGG;*Vt0y92LJ5k| zD;NkT9E1Cmy_j4X6btGPbwHrR2yrJ~jgmS#_RGmdxN;cSB(?p6p>t7U8~b9_Iw=+1Qd^svGhl}8s~(u}5R zX-LZRCXW%Zjm$LgatpQ>`qX7Ste$ckT1%nPmjwmSTWG`s3uO(t8OM>2v=VvX{2G5U+h0FJmpm7NWw6CDKS@52WMY4IbYZ`iUd zQO4g@IgV}FO`%G@Kr`jBNeo2}$!i;gc61gHEWY*cxpBA*{t?cl4K3W)Mvz|qZE z*TPQ}AeZ+|oANPz`hA*G_ad*}v&!PY>}}-cJlQCig`Kxj&Kp5PXe-W#T$+^a8aj~< zy`3A7j{;jwjFCP)nG$&*S}-0aHaociA{?h`J%_v|7b;PpND)G-w`U!{rM}({715xh zU|iey0an94?gE0kk|x}^b5JGaTUZQ!QG>jzb)y=ig1o|I${vJgX1W43h-AN5cPOXz zK41@=1=Qkw(V zXhmekZO3YB(egc;zm~k2UBDu3eGcUAfG9bUCDWe^#g#Tv7nAG}lIF|SF)84vRn;3x zVxnlMX?ezSC-+(C^nj`h_vZxY3>SI=Hg7C}*|Klf77%H;ujdzh39W^zK6ap0OAOM_ z=bqVD+$%Au6>J^cKp(O{DM-Mg?DPcBFK-pbVYqixNdbuKo6rrUc-!UYp~oqT7=Wxt z*K`y@tLRbSL$YO3#1G9Ac$gTC-_yV>)&_zajqH|)FDAzPc1_4RszM$GNVY^a;0~Zc zyq+?g!^y^ECE^fJt?V#|NmoqfO8q>Uv75mc4ji7$p{s^PkY&%vH+gv(VQ#u{tiP`F zvmDj&3mcDdOU^xc{`+pC-2u(Zv6v>aB+&(19-p2QIDcvK>d^heth|3eUd-hwQF*kG zR*2pAS*U{HMr)L^{H^lb(Wd#wSJ4V{B-L-VZrHdX2uG<&X`vdE8c20clB!=?!4NvZ z(kLL$G_yXQ9u~T)NfrsTgB!T~VM8=8KqcB*!Q~Z|eWc&H9*D9TocYAh7~ex-v!NOX z7pA@X`@ZZF6r$6^!+jF_kk<}LPVIs*cu6YJ6&A`@)V7Tyole>;haveY7XLRz>ZWi! ziyfGzKlMGqEW@vmphs`w%!C61V&)@Iv%&xIieobz^_=CZ7=h+p4<9f)~3L_Wjh1ZE!W zbKqhyT9FqNvSvlX?M|s4aebH0$~c}JSAj8I78v<3Y>qm^#h9&5)ao`D7hw2~xqzo9 zlGs2Vl7Wdx{ee^F$Q+@^6sG)T(Uz`!tvH|DICWv)M0`*Q<^EKx{{K~Og$eG%G#U1SczFBzVuhbpoZI4Gw6JX+Yb}q zl($NQ4iUHcCmgbV_$64?TgM&V1IQSwz8-C2=V$G`KyqJdr@z$u3DF2ju$V}V6a56G zNVy^L5J08&xl=%zg{~RO8>XKeQ{!pVm)C44&>^KTso`3mriR5;Dk=HXD9?PaTD6(% zZd%f?=yH0P8XA^ZC^WXAbS}NBEssVa$(#Wlpkke9?iH7 ze*y_Y*0`_6aH*pSe-BO^)3rb9p+2uFR)(^+H4emQ#*V;8I6(>TeMQ4RPGJK(g_$EL zjF*MoXbx|k^&pi#0VxGW;AA=|@W^y;Y1b&2n`{j|kzjAh-p=+~lT;`(VApwOu)!v3 z0c@8+;c91%ZLgcXI#DiLSq3z57gcd5vTM$FiKI&< zj;YFw#;KE!&si-ZIno13Pia)8sTi|^x%rxMRt*E0Z@ps_dPKWe>SplZ~FV|t`^0^m4u{t;^1vpUjp z(L~y=9U$sijSnG{pcb}=A|;J+=&1+^aODM0b60Ecl+)t1~PrfCrhh6TPi5F z-yPjEqm-gW8=UQ-i4>1T%0PRJD$4>{OlmXSDgR?T7JfYfFm9+8nCa{1Bd^)BQH({@ zOQeG-iU7A;{`A$!8){i?Y>fFmw9|196vj%}&&m4@^6bNivtmiV5OwGlN+*$empDA> zxdF&3nbI85sKeV7rAZJSsjPNE7emFU$!JF1X)3sC+g%R5(9`unLnRuIh7MVUCR8qo zK#@IK9~^GGfCjGGToBe)JqL3tcE_WD8vBsc=*J;TXdmd~3!pQlbYn2xPuvG~71I0Y`X81UM~(Qpo}YV(+1v{^)@D%v~6C zxpH`7&Odk?lb+--yenrq5ZOSWB=Z>UbzfGd)1uDAvx=vopvBn%QGWJhlrJs00#0s7 zyiKxIomK@=p9!r98+_JBXKUu`(|u`{!?ospHq%o6Wm#nnQB;wS8YJzU>=lLhAL$k~ z<Z^wQf2wj5Vjs559?r^@t;oJjqL+JcVr026VV%n+ejX zXosa3b_LoQ9|c|QYFRO$PS-#@?G-%prxwlw7VeFd!uG>#>vgjR9cP!Dr)IK4GvTlk zpbvdiv^Y4->@ZS!ZQ$LyXc5%;PI|ip9nt!DUhbtnKz!uVB_zz|;n~2k#WcX&Y=N*A z=6V_C7?qWbqP>OWB_h*@In*`hTyXCuXYM{c_qLSe?3lc_c1Cj^Z7HmgAlJS>iI+^G zB{55Bl*9|>MNo{fry8$RPRrObdOY}>JFZc6=HmYv(PFG7-8xwIb!>c6k7c(G8t8mv zz!NINWRfSC-I66493A(Rj(^!Wq?5yrl*iD&+7gB9;w1+(SmX`~)V(2IuYBc!SLy2y z^wK|ZCD(^x^K78~i_`KT8wm&g)+Z~!hv^gSwa91lUusGC@&$OU$Va+Gfg^tQgKo*F zys8&cadFT-Dj8PHh^;3rMzbPP>QAKP(hDKDj29YS^m?PsHs2)~Ayi7$cc!h{)s91*4rQ{u_x{pBXl)OPTRd zdDA(mcHk6jLVfi?XlZgQIg}^9?Zip0NG&=&|#2!lMK& z2{=wSWyrU%dT`vQEL@ODe{|+(9=j(=dmF{FKQroHEsaDC)bQitwl<~eg?BIZN-qCX zQfNy@e;n9-AAgm&WXkB9aDS0#B+FtD>79Azm3jTBRF2r1CepCz@;3E5ifnO8^y1im zbGBQptl>;%jgpL$#ALZ?7mxSeJp4KmD`3Q|)g+(Idl{TV)(i^n4nBY+Wi6LxjGq!> z`YI8*_u4vasgX~kH?3*qa$6Ggp2M2`UR#}2~xZtPvx;l_0 zZXS{!VMix31}5ktqSDVPCl{I82=`d!n1C}GHnd96G><4q#EM!jrSc>v(o5wTFM4$B z*AssU7w&bL>t2Ikgg#0(eH`4c;81W_Z!;L|v z@HtqEV?~BA0m@7dA|b_0%*?K3fGS{M;oHUOWkj%c9ycIMPQflwSuH_#sdt*h zF{E=zltk*USaapF9I^F}5HpXxuGX zZB1AFw~a$@)g88@w*l%XEDv%Un#n|%6@%RoRM-y-!Gd8bX~F>f0fIv?*FY>$h{ER#TVhF1@ku_w`8sb|R%9yJS{TWy15MXL9X zjawur8tAAEAl3Y5Kqu){$wFl$zDdqb6|9R>x#hINWC<6Y3~LphRVRJ8QYsc#%CYlkV%ip_ z%p~4cN_tfQBFa?!Es#S%#!U*u`;JL%4b6f58U%4?GZ7jQnot{+TRD%@&kc>qXbV2Z zjy{$~h!QNd2sjNQUgapNf?GbPzL_MLA86bJkK$th1U9p?o=d$-v z>h5}&k_RWKwwr!NSk8!^V$F*q3Rw`?ByiShMAmDzi^O)Xw2zYY zgDf`7mr|}OcFdP%!GSgy;ZHpU6JlLfGZ3Sv=qw3d;gyMEcC~g(e>hdK0oo#{_*g~U zJu_a8>;n`Wy)E@>VGY*|Do_pB8dBL`9Vo9uJP7P2Y4oWe=`6auEGRsDTQkD}bz@Vr z59f?h6HBCl_&sIXrxnLrrid3{z3V*P%m_zh5n;@G1YetWkt|nlJ;uL_bu!iJTt1dVv-<5xA)O7pn;354WDXH=XUJ zq4iMgZlsP);yS#Ph61d|WiEAfRWu|QpaOZ~RUqc={K5;jlK*#P0)lBXd034xSkWWh zbysa(6WOYG5I_pqJ4Ez>P!O~=M#M7IojMFy<7PmRa&nqlP{y(gIt5V5@XZ5@21G7a z@tcewB1;OJ0GyUuySGBLr?35V)1;;7#U}E3AL`xi2t&M_GH#?S^cAKFBs`hs@?AGa z6;xxpv<@)jP{TiWEQ@m(Nr7wn?aFTKK8ggQ?c0V1-v$ZAEK_VT z0eVl5@uqOv>yg-dW=hbQssH>uYb+;;oJlk`!Bpz`{ifPpqOEyUF)qQN*{fMt1~ly6 z#5y2c?NcA$LCc{z3nfXlB*Dbj87X-ZUVM1{NYSB_;$KTYfbWN*Nv)*`(Ry`WOQ+!U z$^9GM9UeFFyqOUuY#CiOX4h=Yr$Gx}HBEugxwb(hN#$6WiF8rc?LvPXN%_e$K&)CaWu_oK2kwo z(GRb&^haF%_JKa#@H?BNJC~hyq0C8QYypCikkf4ggI|6a4MEYG z#EnehOu>8dk&oINgl#|sX=0qc%3%S}pxx35=v@j&v_Kb%6@k+u-EBlE3O1!}F>&`V z+M~U{Z0vYg&aX>~2W>bm;nPX1g$r-mae6$PRRPBP2vUT$W%v!=;#=Kkka*veYG64oa+%2k!7SX>?U>7@f&-~wXe7+0rM6fyCi)14j9 z7e=g1UNbg`XVPLVloQkO`WdymZ}bR4_d3r@&&ls~#YP1os~avQnqEkj*q{%Dt9vZB z!c%NHm8_Xz2y$*Oa2uY7!L$K@`KiRP*$~6Gf6$(;Ueug1Sl<~^axN@Y@54S zm#uBot)oCf1B)5y>+d={#%x^u;hZ-O#gQ;D$l}|00HrqXaKlH1@+n8FTL5K+=1QhJ zmxT*~SxlL@b<_#z;~zzZ2O?*zgW3`&c@bR&Bo&iU+0lrJ_DVTK>|~W&?0lCscbH$Z4+1=#kJ0)J`buhL zOnEH=T0o`tQ5-E9^UjBRCX%dB#RlO#ZQoKuoPMjkA;5tEUM-XV;zDB!r#P z-t!J=1ec83unsbe9d3aqhPm)|w}*+az>mfcWHTb1HIJJ{l30N=^|fILF^Z}mr5LRI%0{a^%B|&FsDQ!3~q-END*yccdVA6IeqFj-Of^ap(%}hG~(iP z3Vd!I-*0uvkupWmY4-)Z{zGc(R_#NBPR{Q*nPnGC$=Zv7?FWArY-?~^EEQrF`Z&{p z+gO2?I$BZPt<{>AzX!%pmTvl|PhX3cl#=JW)V!?6-|(htC_w>|$dUS7aF)361jm<~ zK1MKV_RRFk*|{^!gSh>aF(|@rsUZ2|ijy#G%IpW`Zx}{dUePhQ-Rkt^5bl&RNs&?& zk;dq!6y^&bG6x(Z?9l>G_vUT&5Q$7P+bh5>t{q9z22E3Y0rL8D&V6i952h4P;}=Y4|gIkE8pQE&>PPDhATb^~QGCXNiExQEx-6OE3w2h}$!3$35bqI{Wo z>-DS|t!E)3|HfV>E>kdFb;m!}S+}%4uNie9>`;k*q@^@kWPpJnROO}8cG5lsYNgXIfTt?X)81(>}Vp+==UhinCzYgB=bh9 zg|harJs`es+iPfb2)FMVlWf#VOUY=sXBEKGq$TMRTS#A$JbDNd7r6METnvP6yNHav zIcO0$sGrvu1T-sD9rnFng^KQ`fBnfS`D-lC?Mw%vQbZ0rj$%j8&zO*m@FL*T5iio# zB$J2m6Nuw_Sru-oYc0lBmsQ0bbs;8s=v9W`P;{O|F=|WNoJ?61QOHg8nz8;$0V*j$ zQ912PPa*jzWExf&R$9!H!|#cfa9Z%&b*Wn7~P0IYb59mG^gYVdZMMYr8*7D=P`w$(E;^u9)iV3O;}RBk z{Ax9epYnY87W@^)r1HbMa^Bq?5`|L!%$^LPYlw@1Szss78VJ_l5Z@;6hS9WEBV7XlE-ijthdcxw1OHH z8Fy?t_GJv2FTAKo`*^JZ&H{1~B;e;|kJ|+xm7I5SVWtv6Q&6c~T_}kiyJtScL>mrK zZbA1M==hK|P`D(qhaw%;NnyH{7Dzq2AP%PE*yPjg&KVkZ7dIyk!9#N+h|b& zqlO-)4<=nE!9m^yIxmfVcT2_0p?0n80-k%5epVka|Kd`tS&ekze4eO_3+1ZJNr#>M z>@&)xNhk8od9gc-D+I+;c506n@S1@Dt}GnqtTrHeyS=B}h9p~9s!N&XWwo*{>}_{E z6dH_g(O`sQO_um*n@MzbhwR+h+dIbQ>(liD_ z^xpiGZwkBjXolJv!ct9;=dwhHDo?{mgEUF>9~3yKDRVzp8Oz@e>THIVX=0ZVS^Bf| zLXM2@cAClx5g9{rSpJbR#>_+tE7gdX^GXWod;_^NLd4Z*``b|IXO~i?zj!BZmN^Df zn&l?|+$*%15Hsd87@nl4INanaHkBU5T}7L?x1~ZQnwDDujABkV`4**~+8Fe7V$}FO z5JJO9Qs`DnbNFz*9UXUNz+Cp)Di+Bd@mewxRus~(Ph=i~HOb!#I z8!|XFBzv0b?5k+K7TqCo3B(U#c7pnYmt8BROTD{eZm^xduz&td+2?$U+^tEj{oz85 z3i<@iaYWmXh}*FPwW>;wCe;xYY?%yN@|Y&$m&E^bnkl?JqLde+BE6a#^-E2#J>9@6 zA1sweFh*)q)jVJlRZm&4s8wmArZ8QXd`bXg3CWsofAtdw>W#uwsNp`;kEH_kWM(Mc z!jHOORJeB4*aycNaUVmVc%xiU!93Jq_@eR49p`W__p8ImdLAzH6E5oXY9B)sn3T~J z7ZUPdUvi^rS41i}3h@FTnZ%HF0*^o#Oi;od15BNSNO2k@`TJkyu9-wN93FaR8vB2LFN;38f-By1(1gN z8MVd$cP2+22HbC(q;J(__)os|m`5{q_7fj)_DrqI?`f4TBGi!F6*};g@T&a5`L7YCyw=jO z=0(PeieUz%{Mk9Q1=)m9bZj$F_iz~9TZM-RUHo~|tIi9@4FDHzFAJ%EbxGt2yJ=<5 z!AkiVeG6nNBcZI8qv7PvVM!tSsdox-*)I{oA;T_CNtwS&iD$&XZ z3lDAAO?HFo;1DLr!$QJn;eE_f?ehD(y1o6M;XQ-rF2zD##6f|H$qy_!AO8`dJf*st zp6;*uR9`S4PaJIrblc?=*r{JzB|!kqwc;LYRmQ@Gc5}VpSXD+dYncbduk)PYOeVr| zbk|yq^q)3#?0;ROiISIVh%k7D#3CYkaJSWrRq?4X4u=*|rFv+i%!;nZx=B+pGHT6K zYeO?CQmdKn029=71&FO7CX7}#5gRQk>WpV!zaMY5_Qm)dSDxot#5q#Xvb5V%#T z7bmSf6s>47%BS{mm;|%x(6!KM5h}b~n$?S^YZi3-vih(?_k^y<*`k^VxeRy zSR95SwbH)-F`HJQxjt(la9W3n=K1~l`?%z-^j*Z_?4mG&x|*JFv#;H%C8>4_G&g1h zUS_A3th`34BpFfkn>iigCS#-kbm8`(dF`r%>yMW-4Ql&angipAm4xmYe z6xFW97M%@m$!Y2QzC$N#no>k=M+k)70L$4X{LKicg>WUoW6_;C4b{6wsUE3#LaiNt z_ADV{8cuxbG__O3@C4Xrp4Reg$&s+?haAJV)dE#pYp648W)F$$wSu<0kV4MMKuTVX zJ?Rh8k1-Fn3iljxDPo=?FJNb2d2jrhLBSF6=K}=L+M7XSO!Q$R`KW}M&TjU=77c7x zZDe$hHnYnM(9;sQ`VJR&78N!abP!co8T=#^j8INLsdc7HSIm(_%G%7(5+U7V2htLr zsE2%UFC9yyS6&{imJtd0tZ2@Z2+lbI223;(MIqb*XH&JWbvPmTb%PK2*GjpP-@uJA zaUUa262{UEW7by=QhtoM5(MRTH`~owETsiG1=0&&1Bo>U7TgU^DO9Ihj%LW<8si_59%GZZv*3;pRe_YO1 zycrthXUiMqKB&h3+1GUH2H!MbG;Ztn5f@--i>q%(k@{!RI@B1<+-mJATje|0i8#JZ zUa*?~HQIFx&J6vZUI$W}g2V#(MqIsflRXh4d5FaO3<{e%-wOpg4(NFtH4mGaVo7FWLX2#Hh(;MGbbzXL7a|`0ocI>p#l-h(81lo&@3%2S;{x8&39oEVaEu&8SMjFTY%)1LMA!hJRK*%79p5P2l>tNMZoLw62o0G1`lBb%Oft+wS|MNiw543ClDuEuDl#=T{Glv|$HOY|aS)q85=$#hH z1+g-Xv~yHz=Se$ZlcRmCNVI!5c3Ii0f)%N_>>)e<_mrL#Bpdr}3L3~-G9C#hjve|W zIov&L=3*+{L4m3_)srhhBfcgSpxEk?iIqXiOsHmTqjbc)(Ny1>%blCS=D{2C0bgt5 zFR$?Tc;JqYu*k-gp_$DNkr6e3V+nKmuEP=RdO!0tfs~5&{#Fie2=(VZ971Y% zf3fG#uy=6V7XXGHUNDQ`vKA{=Gf0v_%vz6om9eiB(|=<}u4*tIvH0V0MHm`x&Jc0p zBb8DBwwxz`lOdYS7}l%-wAX84Z*FvI1f$}xQ&+ES&Cih7@WSM78Vy-N97?68u7kxR z7f;5R7BFKWL&!4o=d&VpT)11fS`u4-GpCimSJoNS3D`cEbSS*Qh`m_T!MANIXhr#% z082o$zjE2doN`hd*qgK)BpINvxJFR9sbgcmJy&=yeK?9(YsE+*z2q~GaLUe~NrOUe zT@3j2s7cFq zxLFh=hCCx^hVc#M@L*#G@K!}}gBF36C=F1Y(!&{xj5fHz2^dRYUoneEI%*t3*oT_G ztbMKMvtgs&3LSdi|?WDGNifGr~_R(gbeV@t`%;p_RKVTMB3sjN4x z-H^p(HJNbttE#~?whsh87!qd2uPIt8GA2T$%Fta~WbG6$@VU!98Rv!QS{=t6A`jC& z7`C!@Sn5uujMli9d$N;Y0rI447GgW(?QmST32 zvq1QM7Ge#-5khq-bST?W@g|9IvIh23Bk!{O-PHF^1Ep$>U5Yzxw=Gz%z#)T?i-N`U z5FT*U=O4_BS8|0ZTDKyVG}=7s$pcwL!-u_%8W-nbOsN1phUV#`T>C7`1Y~J)QPr_c z>*mPOkKXF)gAPf zh*w3!a`J?___`~luaPEb;!xOpm#Sgls_0`+J_Q%|j)`vwCq=e7Z~9A!XC}Tesc-}X$)^0sJVr=~ zb*TP*LW>*q-4&a@>nkTMo|M{68gA2)cf?{&SA_ibHeM0^wz*#e0a^r<;~TFS>e0+A zA*hCi70L}#)sF~O!E)AC=?qq*>%%pGCY3b|8fVID`&m__wkJUxG~$RHt*a|9)NSoT z`iwbQQYb=EMC36>YLK=ULY^u<{95pzaRDBI=}^8egsW}MK-V-pWn5}*qDQ1~U@M5u z9PLse6BEhDXN;uRep}$D-jxp?C-tFs%wqv$q;+F!;CVj^vk})X1c`X&e3^l4%y{@g z<>7Zc)OAEnplxpNF5TrRknM2{OpqUDcPf3y#G6KDl zpbTtG_DyR{X_0%2`}(?}#A>7<0hR82Ub=2Hmlo{~c?R?`c)Dq3 z+W-r2xTnV(S^L=UvWYa6q&b4;p3+cS{L0sfWAzy&s-9b~>0ISO z@v4h4aTa=aZ4|OXC-OlJX1|zph6<9xO$ZEo_${6WMG)p{KyC}F`U0f@SJyBGS?cLR zdl&pEu^4#a#F*#U@>^Jt5Y$BO0p{|HW$qklSld9BmInt11kqBCBM1ZMI-tW9(lWfg z+bG2cQ@EbV&R+KKehKB_8oa8SW({(=4;&IOBHw~``FI8Bz{4`NgJIBUZe^D|sa+R@ zCP_9adV91VO_4!u-|8|}rVVbV47$mJP1LnDQlbi!)KrhKMyg%W4fZr=&b|s1%nYm@~ZWt?OT8wr8bW6-U ziEY(NqeeVy6qAe^O`M}P2LmTMl1CBqVTcE<>SfJ}+?VEA^U>YPF5+%8uZN10qFGDZ z`o8(BiHD9}!^LLkt6Ec&{j$WVADrCj|XPU zzU@s)E}Yfz&Otalb{-k=GQ{6DRO$+%*@EWWV=qb=XK-Z$7elBSE{#j39dXo9R)>Eg zBn=o<8sL-9ZDC6irchciiQpXUqcoxp=X*D+$HReM_%C&; zXuFEot?A9fw3Z9G5O2u#)))@Xf{EG7h&7fetX+RQ@-gaz>Po>;zXvQe6S38+{(K(Bq&-2h(Lo*h@>)Jveq-%?j=ti%qmc% zr|p%qi-0;_d9e%{SJxMz7p|HS3E#_dH4tdUN=&aLFRSv>_}n&Dv&C3@E~%3|WIYh3 zBZ7J6$A`LwV!BMG1x3N@cH$(^9Hg26cFh}dL6bt>GKwZznzf>RMqpY&??`rccz2L0 z_f%z|SF6kvg@RMJvIS3#Il7d&xP}MhC3@RD}Ca{jYYI=0PzooCSJ*2w*~RxkXy}O7&amuyYq z9|p>pO?~F@Kc#H3Atcevo3e)8Oak1KGGHs+k>`!vFm?LYg&I|6n#BoN>U;&5<&idn>|fkYftF`SHh@ z9bCGPTaN!ED`|i{z2)47ge~@71{qZ}!m+TqGr6A=B8f zSm!{dWC4&2WF(P5l8P#curKGtRsq~&CQzzoE%v14)g#F|W&+#%ZwT3T-q6x%&MIAj zjE&^KdBkb?iBLk}UH+gqe2F882IKpq`OR~;A;pG}M)%zi5ldD>BA!27*bmkW~u zIs4qV`p2OqI7ZZAv_DU)w9(m#v5X6NeGSM%1@8%I2dP7{*)9X?D0$DPo5gmy$9|orVZMZnhg0 zEfk5$NDcYN?=FCTRW+ZET|H!GR20s-IB3YUaK{jF)6FzCsN>1Mz?zPq_?q|8XmO?~ z)B+I{5?Q*L$N@@$)v$BQ&U_5iCKpbjD|D6L;Y9Niu4#;0V1&f2MBfulFWsLbO?$7s~}bxg zC~9*RP0CU7Mv(ArREZutK<+YPGDrv&amSr#5TPO(@Wpi_4vc8kgi;#5%#rkp{b%qZ zh3&v)@=T`EL}JAGdxMAoDT=)T~-ORbi`Fxt#Rb&A3azr^TU> zM9NkUncVe`7j+k5#33+hw^%VbCqH8^Tt0^1d>6bViuTdy2_X<&DxJv?xFK0TnG+Cg z9X<^`W|xflB*jH(%B%O+;BFXQyBD)`117WCu?DuWj%n7vNmw7+f|+?EWXLuxKr$J^ zKV|J$wxIO#^k?J0!LA9&uB4cAjxCg&+71$XIB?pvFB_!GV?S3|M1R*8cu;=U!sbUG!#HReSXkaSJRD$=T(~#lUB%A7RsD^)z+{8 z?&6ZZHcq+STECA4l^1U$?zl!xhgLHk^NLPojIoAu2FnP(#AMUE8FfDMEQzT=l_V+n z`aTn*RSA+E=4khYi(IL*4P;!STP~KS6EhT{U0w&q%L>u_(mrmT{_OP4lV^#)NQ4|2 ztv%fxSfGZuW>>4H2l_Xm5RA%nEJD(*n_<%=$XQqfffMgW19aX-mts-%ty-qj>^`z^ z>p_7q_2!z;o_eUkks0iL4!Ud?niw&FW8@n*ldVt=2O{BMS?5zjB%qZpWahQ+)<$YG zN@SeEEsbaoVQGN&0$T^P{@p1p%J#&T1&U71CS=|8;$lPrcq`>wF9aSfOy*G)H{Ayg zy_I7dq&l1}71#H9x%WgvZNbboqbM4S&>)iN$TYJix)olw&LsrlZ=qwsD`z6qk^1TN z456vjp@uW`3=4}~o`9mfrHR0E>cWr2FCF1jN0TQwK)rI+pJwDt01qKRt+(R09_|Gb z@~W^GSUyIj<2YVCZVG#Qhv3<$;g_RYl<0phWs^-9e?}-Z38a$FT@hp_hg<6hd&^0d zO#yKgJ@p#ElJIMz%zJQ<;lpL(GisEh>0SZc1fS(v`Z|38?Nha^Ind9A&Pc8j$NJoX z?0|K^6pxJ0G7CQcHP-m8&2ZB>AJSBS`=+cQZO&9W)UM=DOM_;XmLV#U#Yfr6>riP1 zR30LSOOP~bjuX8QuB9z%GVuGKsRSbh`Y{HCwZ72?Jkxt* zIQq;bSrW{iDcQy)4_P5}*Zh4&FCpaRtqZY|7+G8%cthDwad%%T#o0xh5rXq>pOu(0 zkvT=%MQ`|^?vGg}jJaddpQ%Nf@LXh%3+4i;`A4)7&xU{P3~OZ4pUf#9UrQ~kPW$Ug zCBrGD%3?l0!52g@YPJ0WuWC1|zC%6qw01KpsEqGGr`4Q!6O4CU3Ha0+n>b((C!t&D zNm@0+rmx|B^_3fn0QxY{dN>JV<5aS59+L=+FFs_GEL%U(X3|xdEj~O%!V(WJnfrK` zIBR0{dYFuB5~&X;ngB{k6FD(*Y82FavDP8$C9y5%VE`8Btz%6GQBRNZ;DSPAV0`#W zbU>jZI{x^=&wpKt#n9SH?5F#}k3P}Ft+lRKjfsn_YCG@Uc_SughC)*gb~OYpb;oj3 zO&o52t{E>%Bq*V20J?M{@vSi#3^4OK&7wSq}s$O=^S%Vuezxb>7_-DN^M#G@v!5^M)c}PxrYnp@Rt>OzEzn#t{9WJ z00B~wDG?DKlPJO`sq>Nm`#D9w7bI34U0`UvzRR1&Qb}*e1WeridXQilMa!>Uk+j2! z+c+c6hM-eN>gBWBR$N9%vaa)}|J8I&QT$=%`rY=MzmRB-D&gHEtiu>;O$M>!xKFUJ zN$OMg=22p&;diFgFfa6pp266=j{^iRoe!)ln+jrdLfS1NJ|r7bKVGQfq2eBrW|1MV z;byo&caXjN>my1d+yGx+;CjZUoJ@3u{urtd@YK`MxqPtZ9PU?7mkg1Sl-7`7RYZkU z)@rd4%`ipU>%9WS!r#TO^Hl&ecZ8|js~ZV955jKWWVh_JK@>LL2?%Ae~(MFt&aZUL$8na#uZoD za8tgz$Zm69T~Esa7=X{uZMvr(bt3A-f) z6o{CGugHsEL)al(c!R35yy_VGTLQm}Z9SNdrH#VSu${0u!ha`^ZcxbIvN4-JV%-qW zJoqyJBFB1+!qaWwXJL`Vs@N^S{O?iCB{LKQWEj>hj3*ZQqniK>S6YopXbVFe%oOly z`myn>cltdHa_q(@GwWDdo^Zcb5@07O^=uffO*l?6w*gHnvPshEXv88v5=12uysWTE zuO@tNc*rN4yxk*fQK40$MFn^|<6rUPlVopZuHh0B8jb?0t)7NfVTs~Zi)o2k2YA#B zyyae1t?7OrL5ncV6hI`um5WqM;USF0(H<`H5m~YOH1v`UAu_Ok4ug~6DD@D z*HQq}YdOlF0W;WD!4k?usBOVlOgRCwN3XcPfM|u07jP$wTU1T5$+C!t=u48l_<)~i zo~KpylRTeecOier#G`dCvxP>^C6{7HdUAZ)HG%=<%ofWhWjc`7KJgp010`?$rD}Jr z;|Mq|_?P9cK^_>f8?Ix{nzuwkOXXIm(~WfmT7qaJfGv~a)T~rLQGq&lF|DA4j^jM& zWF+?*bDzzp5n*ioek!q4u|?Ziv6qS+EC<#tca z@5#vXX>UL$!`pxjmnofG^k(FXyIXdKncB9vH(i$ozs9Mo#jwG-JOyCam zT$=r5JXb%GNR9^O=n1Pe8S|L~ygFb2)OwD4L^L>`I~y*v?8kjZ7CId;3nSLQjoH^u zvig7A8RbtiyqK&PQWFUcFe#b5K@*;O%=|_d0}&ROGL83rS=y#BVf<$XRXJX2;=T0y zd*w;Uy%trLZB@<{oaY@v z5O}-Amq*{X#XLF>VC;Lpme~h&%`X#$@jt&D5xT zJS+oACrJVnq8$wh#M?L+Kf8eG+c7%vuS*$98_Z{K8?uOKnzh+bk~~kP4bp|)9(vOy zBL-j_(1wVDM*9kYH^B^D3xcdcc`nBOGv~ftQlPT1rszkz8V#LvkWXEyPsTsumtl-WG@App@lzyFYUmIKw z8fW5uFGE_&c@0E9NTm-kA?FC7f*2_oTw^_t=cFZLeGsD~D#RAPgKFFMS&@3dgu6Q?vZ9k4>b z%vUpG7J2m@W7cINd8BD7ELDXNp!gjX4v;>OmQ}Q8zvTw~Xng%KO=v@a?lX`mBFOnW zzc!87e=@Q--Dh}sPrt?niyAKtdi}p=8zhS*5Su84y!G6LB6lY zq0yoab0Xz0PEVJ+zOYtCU3r##F7w z!HdO@ITQxXDm(6mM7^RWv6atKqB)x3-o!?1_*xqPl1lAyLnJ#^WLX@W&g4K|Xk0E= zHEP%U;_%FaVsEl9r2FU^$n+AK39yO_f=X*EM(28Hb5P}!a53d{87mz8prqxaVEc_4 zM~GqM)Dne#+-49#3brXyVyhB=j7`f`xs5u-&m7Nvtm5sBdybR=;cl|?w9A-HG``~} zP8LTYWe-y3;~Ps6}!@Zj~(PbOUW$Jl>d4m&#jh84nRs{2rr)G>6MGM zELTgBf!}P-gq)u&#S4H*4WVElrng8 zTutP1Qx{6OSCr7k`l#W(4CN`*pD*hJ&1A`VHp$_v<>L~mbY1vRN}Tu-7j`~`b_$-0 zrjA2lA}nOX!&^(A9Bg^4pT?_qy{fn5E?JV_O3ToCqFy~!g+k3e|CDnr0}N=OY-o)`U^s)>G@5&a^ptKYoH~%03e*~)K^)a+ zuC$%%vc~qeUQ1t#ZjBos)o!T3;V{#Hs3m|CFjWI*X*32qX1!~d5y%J2aNrBr;O(?8PV0|9h zqJ*4r_Qi1USv-VBf=G%-ePQM@itS=AWiwRuz7x1df$p~%@E;PM;h0h#AZUI&Qp0io$4PsHki)X8^7w@shJuj3AiG? z=L$N(i5yyA$GUY_4c?m{fz7ahR}xBDQ;Ko9-YZ@625rIwULz;I*y6dKNPyZdfK z8a?isxFR5XE=yBM5d3xvy?FyGpqB=_XrC#5#DO(JU01L$t@;#%9J-6=&-K&Ej>cbs zwRZw@*QP7s!nWz5mB#kkHt}=X%g9%ql_@&;CW$#hGeW9RJ0w}>s%UgN} zU47LIFtE~TMKLRMs&rJc-PlFJC(HRK0IAeA)9+>EOD*2jlpLK2kvQ=oqS`7h@&nXR zk69p9JEyN~xTt1xPC+(D2yA(js$Q^szr!OD3H1l@7GFBpFJn8qq3JX^1a$`S5`MP` zUHN3hQ(n4cPMv5Rc(g>*NY+4&{>QCvfZbbLLyJmIkknF^b;Q85f=)3I6T2LLCr!C! z?CU8OCQ`w_T^GQ244eY(5Q8Cxor;3E_*FDdN5PU7^gkWIocoPpLFS3(+30hT^H+vK>)T_+gz!2lC|62E^k(WNrT&G7H0u?8N)_+EbqC zy1pA&pqF1g#w4tSo-xI1_wahL$N)VsG{8-EzjO2A14YeO6qTw#K$cWzFjl$%K$C*7 zBi7<7v{pp*7-~$2cG@Gn31{ndRDAnGJ{zut4E&60J2)HOoj=r&t=<1-i6^p?9V;Sm ztSls-{L6x@V)9nkg#MTM&3)$#GiPzFyuQ(=2^Mm{Q(gOxJgER%x3JE#1u|Oj**xCp zh%-H`^_T!~O)(i>r>)Ih?Fi3oQL35{#Y^GLOEWbNBLot~9I4;)Ph(H2(0dZK!h~!?EwT_j;Tj9)SUxCFKJ1jOk^?razK@-o0hK+S6Qj z+F^##gDwHLj(E@5R7j_V!zk#f*%4qm?a2&yst8e7WBH85ynT0FhRJfy=q;w=ZA%zW zroHAKnDWaa46NbdO15*K&oaEODbwup%lbZ}JjObxixA@Q#0j~@(mXN8%f%$dYk~gb zrpp09o0rWIC44=!TGYfW8Vl(C%OJ#)Ior%H3}5=s-Z~g_;~*7Ly9zETWSZcBMnu}Y z#FHG+;BvF74`u>+LrEyeqv32!uA%^USCaR&!Ab&$PT5T`Y3jkDrA^_-t)D z56V*sMM|x%qJ`@+yfA22OfMee)E&Q_)Lsuz4@A5mJA@aC{bNN%!qx2Fj^5Jgx*3E8 z2QuS|H}~=TWgMc*0_vtgZyNRGqKdrbg3VVKU1%XQgyq$ZMpB%((eH4jgfGA4V(v zSJ>=}+OtM553QKzcO$sat0F=V+8yP27fTu246CfsEFgWPmK`|+1x)@n6f#{JGzL3- zDL=T5x)E@F;=mYg42~%o(s#4zsAnRIM+2AYO%P+zOa-WGs}IMx5{jJx6(<7@WTG;|7su{`7QiqI)zFnx z!?QBtaEyT>%YodAxuoDZBS%TivOvfv3Up9ZiQ}uL#-iH}ZzHZ91W(ag0Xj?b(4H1K zixBbZzl6e&JCZqkx#j887C*payT*#>XAni*ZnQK15phhnVT^KyWj-$RWhwI@pqBcg z&G8bI)~o#*lXRd%lx-RjI!x^CSflUCD1PZ;ZPrmE54SE0p0z18lb@77+!%yY$781k#ZM-KSF~2_UmGaH!Z*<8d zI6KIT%2y17XaR9uSU-wuu-Kk%T+;Djt8C8yd<7iPqBDHFr~BWO42cqn2MPt@Pdmu? zoBz+QV9raG7Fd-9GJgtRJ%jyCKZ>Dc1|E~qq7n(}Zv;W+qJ?9)Gs%QYFb_&jn6-Br z8iw2iUKZ&BIIbfAA@#g|NS3NHo*0op zxPzL>?4>q+=F^du2Q#xmU~02#ozgkTWu6N#lT&0*9z2sK)h0#|!xb8?I7F*bEJ?@^M_4$+|Z4xBNv( zd!IeRIrT6@Nei9lU9TE&LcDb@slTQErSLFowIt(#-^6h!itYcvlndK-j>h_c;Ru!r z)re@mQY=7S96@Y_Qqnj z%0ywpB$3a00wf)T9||5bq;)cuP{SeDBF|JZ9l2?;jQEm^m`lsy(>1MY%VbG6S=&LZ z6&Y~`mg*Nuvk#hS4?y$N^SIb#>*19f1GBm33bWCk{;mt^kUny1vBBERP^~XoqRJh7 z#b4kKb#f)_#7{d9-sH1mMC)poX>$1br(-lo>z6SBQ_~{GmdEAJv+lzo>wnBYQk=YVlAGZ(35kxD7^gPjwBV^w#GXqWRmx77h& zH<_NIZ-SJ4SmAQgkDBti6%EH=24-}OW~15wDBrl{Z^l;HZQtOe&;m88febD>pzpS7 zU=!3;f^6L52enwL@JZggc)vuLG3qGWw}h#8}cqx1Y2jm> zV-<99Tp>c_T5Qse6+a7ZY9I$8i$}`6d~z4C(m%k7_puXRQzK?#p00o0mY6@Rw7}D) zCaQcFvVjX+zPmc8Whgv4NUo`TD#M74u(44s#Nnu3EY^*&v5=`WLuk7Mj^wQvGA z`U`DSt3|>K7kRDYkWa4K3N!i)918SrOl}8H0YvT}@8sWt$`rmSPuRBuwAk%r?7hTa zA>dLwBno^)Be@FmKu0Tq#)me@kd7^8$$Jpu)&fW;Fg|IV!w=Ob+gh`eF86^yi=v_P z#{F^X@Rp1zI5CAISx)*huS}W)8+%NoFnciHZ2VMs^-6+qJD;c$Dg#r7n%$X;#Ktny z5fQB9$*V;WFyo|TM1Hmp#IPYv!@{hTDvrCqrRKfTH0F6v(P#b#C{d|j7^(fsE@ptz zhAk%u7X zi{+IxngRP@7*iRcO!1kZyF!hA;+R>HtnkN9tTdz~L#7ZRhnZ#Dwc~?jBfun-{J@rb zA|?Mq_xk@^y;sGkB)>sjwa!|0S0xQBrvaK%pRmvfvbZepZ`i*(;*+Xg5A>*pzP~z7 z(}y^BCrQYNR6bb1id|5ks5Y!_!cCE8l1HZAE>2H>QmRKLU1k=T#Xa=e|59%Lob`R!dwqy*rhb0iL~1ls%0N5i~|sk#CQaCc*35p4_8pa_mk0;c;oam)|!_d zEcNL5c_4ItANUjjZ-~EZ>~kWAIyB)Qf@-c?gk!!P{@se^ZFcaKOJD$qfkcfuv&EE_ z`I^_9CQ!wX_G~Z;3t(^*lgKpY>>#7PSovV8RJz@-lme`TP|9>R%B(YU+AsQ~Qlbk` zB$qwvd#=s=B+H*h<-ysEwVZ`HZlSqiAs0%<6m{EZ4tkCu>7{TI9*bk}9xl(F5lIZ9 zPB9pa7ZXc-7)BG`9*o7pPjZ(N=VqA(ibBQ)TBOQ$?f-xqAy%-MTGLdwI?T6!XT?TQ z4cIm!ByGz?p^=$pM+@6nkOoT`GsF=ZCMjNuFYD5vna9P6os{C9)-c*3ymDjP7}CM~ znbLLvBzfjTpEu7!M@k#k&iUO`fSvQu(9(`T{wXPd5U~cIBj2tzS?o;8MHdG5EDG8l zBMyvM5QV9~U_s?wB82sX?vZ1(bm!j}tK>@l#351(K}%34jG+>_T_B0f=n%C5_phBt=A4EHl610%9C1(X1O@Bj9`&K?vA8!J-c*T z(QxmeQyL=fkT4+ybO-0h`kv_!q*S}?Y&;zhpOm%Kk32S$n1c&ZQGcW7V2UJc5 z===tPrQt3KTM>kYZV+R>prn0^xc4S zOa38>s^AjAoVRJP+*xnN!e(65sJT~2gAsur z?Wc}%LC)uN5RYa%J8geCbJ&B z%1hwW6TLkAz0=K|BtQ##5i#ze6C@%zu%0ig=|_W=hQ@ZR8DLa#+qEG;vCd?Sr^IFF z5fR#oEyChPA>o}KoMsOlj<|)L_4ZHX$Fx;DMZzYW|5u6z;qj!-4>Rq z^rCo&rZ~uY7D=OWJIe**|A34AN}Lp5*!R-oY?SYVjSh+XaNQn|$|jePmvovHf~F%B ze0gx8AElGtj4}U4%{3YmI3QQ>tT_c1&_cYubm8Or5i%zb>8ROImqfjhAf1bm5Sal0 z=PgIA93dB3uy}lJ3a;DoK){<*QLFQx9OyDk(;2#@-9c1$5?n4;f~n@DexhZD;cRfS zo<}B4a&WRtKuHVJW{sd2`n^3*khLHc24Z~>RL>8HGg zKVI6eFB>RFItcZ!`3bT)Ge3HalGid+WCawKGg1qY1jr(84Gw)PN_wipDZ9$A7k0&-=k*4MMagy+jrZ7Lm0gl zM!}i~I7Pf$-tsL7dM;B3f_`n&zEGd%hffX1*4=+dw|0Wf3r$h{@iK!v|KU^{^JaV( zSt+Em=JclDyCo9`TaZqxP*nE$QBu=tSR3U@qYP(U^$p#n4r91&f zs>g5*hdqqBei7-4DYr1fZP#tYg~_gk{ROo0StfgTZ@mKl{a7@$J9F2;OR9DH%S0H# zZ(;NSm?B&y=i77k#-5hOQ)26S!U6%6-Xtp;o>nD0{5mldm_Ad=y868i=g%v5bGUps zhWEWRnYo(x^fdGhgUcA73L6C%ooa#!SijwIXl{b-d*36b4iQM`>mD zZKh`HzvpO0n>VXq&OePH`NtiA-_`6P5SY^al3sVpkhC(2zMsVizlc|;jH!&X)?9?~ z`)H1(hq_So{KqzcaXWGWrt@H-NUN{mCOf1k$a%5 z=~);QV&=OflXsvLbK@1$xPJSVqCOn2Sc|ZDLAlr4aUOljYkpyrh|BSptcWr@!s;9g(cSk#~timZCuDK`h$kdvY0GE>?eGH0+Bk%2~UpUYuZ^z!5EiP-7cVP5S0S$Iwp@#ztad4|@S z{o_tF(4r~oqP0)Z!<^a`lE;~j5^V>wHI27@G1g%Vkw)c^eVU<`;+jmNHupXWibi1+aD6o{)G)vvX21fHg1A2>j4BqA5jF28l)r<27SZKD zNUHlNl{v2pN);9Q?d+!tx%n2FPSlJ!fAo z_ut>qPe5DEG{1Vo>&RsrS~r^(8dl!wd&~#t5RJ9EL@X$|rcaH^{KAd(YpqF)=@@Zz z|M-)rYK!t@?UEKqH`GkzLqQ=JXRO>Bkt4Xa)xZAskMb zjM^x6z<1`Yq^a=c7eZ@~8!Y1%$t2pu>e&oLcxWAH;I^HgAvrm(!bK{Rpd@N~xui-I z5weQL$wK{n(ZpJFW08O4nql+k&a{AuA#b=r(*S%gQQ^aZnQH3dlR;PGZVGEAWkOA_pt&S*$A*)z=7)j+wAzU&}D)VjwRk4K1~)z!R} zui6a@V)a}7wDT%B5Tdbf@uk%ufSH`hQ8_Zkih^dQzI$B|t}esp52sn)*h{j>9-)&w z!ONB@`T}OfE{|i~dq#UP8K25BQQZH+9vg%u;$e}Q6WQLpQ zhWn7**^0%P91|pLI8RKbcl>brN+R`%jG$N`8HM9IHK}0Hv6KnyZP#)wT@e&Y`Kl;| z2p5GY3RbdxnL+>~hvP%Z0`l1e$9ulxW*^q$RSJCY-4)4!er_@VZkpk#Y=5Anvbsj$ zr330uC;kO7(qH7neS2b$bFSh*Sr!kd0)h4l^j^f9q}y@PkqCz#b>Xh9sOmvssk$PP zF<{1$-$aUMJvHj;$irz%ubqfiB3fYXGZhL0qcG4kaNX!jf}&^~Sc{@;E~aD!9YO?D z;r)F95`C}RB~OjFnRY~E-1)M|4QXB12Gt9XebL3`euWtbpL{e)Xz63o_Phk)nl`|ds=?l#@I2j>7Edm$U2|ZpI4@z;ot>o{@j9#t zoXt7-q&ST1a6h}lBac02%1E$ETsSOBr$qnx^wGDOxY(=q@uHC@-GCo&RA_^t5a(F| zY3n5OpEu?_gxl7ub5&rOOa>n@Nu24OM=vc4&8M0;o63)NdsB$)QFylHk%ATY1ENghFj^6ud%|Gc~=s ziY1B&Gul5UR)R}Nwl7C`ARI+KCBM?73^SobDAH76MH0ACa8?u|Edx*SocZKyQv+Tm zz4Cvim}wCU=uNQ{MHt(3!&dw5!gpEj4%2rq3kYTWK zqL2{=5duqj5yNQ()N2C2g`;cfYf;(A!HcWE^YKg;vb@_WXD5 zeKB!!L9kjIoe!)obm)L;m1T;4mverKs{(w8C@lH(Y(Po#m9fSc2)YWEr5&Y`*Emov zI~#Yq29&N0f3AA>p^nWY-T)t8u=eZs{AbVLhl+? zsPx2sWayw0#VTzYSfY`P3|VD@UC2tr?O3fd8-I0bh?s2=RBJl)^$j|I>_Opuf*po* zdai3!Yka9&=VLzTskKauI=rc6<5s;}Zw0xd^bKh zjA0~iA6EeB`?aehK_`&q7`mfHi^4H@@QICe?_BxS~smS3NAbS@xKpkygNME_s0!>ussq=SiQ7G;#xKh zImFmi>7INOvxuUIX)m|Wtp%m5DPWEVt<;K4xfVw^;Gj3XactnZn0h;b5Le85v8j&Z zYUwC)e8ACNUaQJ3EvfJ>53yhGjLu3yVfiKLsl;Q<+O+8{6ZrcWVNjK^4fXoNvlwTx z3k^*L!tNK6t|RFmWt8x zhNyfP2e}QhHaM*lAJcd=+szlR$}8eBsibCydPP^lqz+UgG6vTsUyB&_{rIFZRQnF3 z_$^$qcEAc;3}p5U(yc^nv`KKTpG~^O6d~T%g#t6Y07F2$zt6sJ#6V3UJQL}Ngs}sn z5t(ZJFAx11n qtdJr09gsQm_Rkf)_%Ury^?*qGC96{qxDup*0KpXv8uaTY8WynT z#E9#u)z&kp7!KY7|dL}N7AeP}1=x`w9LtsPTgk^ye-N2fLf+soRX!D{TRpWBv=o&XXh z&DFhAY{=53LQhwp7?WpAFVeS2CR0G&W#Jh=MPI@#gTgSe7}F{(qCxO_)sJ5*+4Grq z2t&IDqK3(gYW9@MYq0t}t^1l$d;#W7TkRAe^eLr9oLvU{kw}h*ujw zP%@XP;SCfLhaJa7&C(q9POCv{XGPaCe*M?iIYx#?!gh>bi(dqHW?7L@X?B85{lLAp z`m_QXYkudnxdg6$((uA48ypNF?!IKE%wXs`&)3Sv?d^N@Uci{_i^7vsRl`U`qf$Q1 zl7*Ab#AUlmLHBbh2#buSQ9hm^TnvmQQ?%>yN_$s+2J%4T_(7;-mT5*jJGg`EV`}M zFh=NZ{9T2L3zpMsU_kp-1|K&d&U}TQ>MQw95NU>qWr*2lSJFT3289L4h5UKi01+Ku zh${tO$Re0s?TS$0!!(g|Fu=Wfc@4s7GpJ)-*DG=%6A}_oShx~;?rpzGjnqx}dB%N~ z;IJ!;Z7ZJOl=BvqUMr49>8JrBhx_l12pEz8*(~;p2iuhQzEQ0%5Nlf!i0?YnH#=j z{znaSQ<9ZjjryO683{`JzUL{h^G+-BgVmmdda@&ueB)kLGzTo4ae6paKn*NQ^1!!E zNwsoj2V}sg%qrz;j&VyH0qg`(jwYI-&nGdX@d55W>KN*J+EV5Pi<>77IGK;AQ3G|) zUwiU7D<&Im0Tn07^+Tgbo%_ch>QkQ^;tj&*08&=CRRo=*0-5#bw#@PiaJ1eVeK_IN zap}(;9(w3v3(IV~wZXXjP;dHoDs=JSAloGU|GIy^ClKrM4Y@W*<7Pw{FTmwl9Qi!?j}V ztT|4@6cb*~5x~@oL_fO=!+I-BF`~vQ0g#k93t7)E(9D8IjdX0wIo2dC8DhovOT%FPC}Qe2EWbIk0o4XAiwWX)rNY4TvcCSCTLCWW1Y=fp|w^GhIL1>2}Z zp`0|eJZ48R633Pk8CRx`U(+EP?hHUSI_}qRK=v_Mf1S!Hzpvx(g{shRo6ptm?uJ1? zo)i_r9{}X)pfTcTk}4(){nChPm^P|or!Lc-83cw;A&}2rvL{&skxTk4+=AWSgUg}{ z{q}(*o5>xF??i^nIHSpKtuC*oFw%eXLO5v&akxfQdyJjRz~TZy1-7H2*!{H``}#}? zR{rITbhfm95uyU=`nYfs?-_gd%%jdefw$-Yzm;1&Xe;&&rSS3gIuZ-TFYkHdu$c5|a z^*Mwv?_>NcyG(Gw-nn&0ShT`5Xw7mMq5lqen+!OCJhye_aVNOjSYNJAKiWWH^9LmT z?~Nq@Xb_av&=K&{7o!P8ewfz;Z6b=cUD7-`AGREbRZMT93WYgE=VH=1O=0Sxne=jD zqZf(|{Al5~E?mc6S4hXSjP>OC8Pw>S-vdxq zXjmCBKErvm3gk?YbvlUF9zWMB9B#y<6eOIm_tC!_`KwjsHvX@9V|*vK-Fa9t)#*>- zyaAmGNYq6G>0Vm2*f0JlCa~i60RG6W`UCbf$Fc&eS~?~ODInb4s8B*Zl4uTzDMH~z z2GVT=tSh$Q!8m?^pfGXp!Bua#r;V1~UWJI-%I{pTmUJrPZHvVDuFq`Sqb`=lcTm*6 z9$~K7)2)^&GpFHP1?PfrI2|N~VD4$_;5INuX>Nlf2^9YZo}t%Mya5cV3eg6qdE(4 zT@ubCa%IEQcgLy^wx6{Ls79Th zhFL&Y9aG__hJio?B9}9IB!u^7jpNls5DX9hq}Az5cxICqPnesIQfe5FIoL{PaM;ow z;C@j+(TB$6v^Y&F2}TPlaGUGF%JCd91$9vB)di9bow7P*m`L^#OmFMG^n=TkMsTPu zpm(~21Wk&d`A&$pT^R~3VR9(ic7$k+8m&N-aPVl%S~JZ|apgN$l?|2}z^kr!v9$l| z4$yzK*~##Ij91yqcD5)r0qk%2lkqy@8s52SGQT7y6>} z^8ptErcxABgmP2@+<*jy`(XGMYfpF;SerxIpdDn7*+^`y?}ue;64jxBKfN))SBGi0 zEDjDwI*><|>v0|jjE^e$^_x4P>pv?nS(^iH2{#9Fmg>S1S)1)7WZ%ft^$`S&zcP=X zYHd@7Lr}ofVC#@dG5kacb7B!W64=1yYoM_?v-6JS#y@IhQa-<24TgLw;>N46pVc&` z5G?0e2~`BIfOaV}K8R{9O0ke(B_ZCqqCO4C5&+o+%CpG75(r0tpH?{yBOP8ZHLQo2 zQeejN!y@PE=MJFSG{EluW+%ngBO|?eK;{qLlE^MGKN(c;*7x&1Aw{XOFq!#q2n1PP zv8_O|MDa}YnevpU5*%=j_-`v!2>KztYJgE5|E+LGHJUeq-mjWWSu0XBJA4W72#x~` z1e+2BQT8v*oy=o2C9F~YUf|uN#eJ>WaAARONJAQ8p(nAR=d!FdP51`2VNlc=tzwm?9pxS3FArAdBArzp#!R&Y%tDx=!39= zRGeu`nhf000VtZSt5tqaY`h_5CCYw0dDEi!`4FpA)~(n8Q@jNahldh4g)*w8KT6h> z`^!mm$@0lE^idJasMtz0pJ0#WKN{fShqF1b3jS!OoUcNx(3^e=weLBavS)o!fW}U( zd;tK2`!3l+3P+h$^EsqR2er?LFL3WFbS`$L5tM90t8_~({QCo1-%8rEjJvT2VRDbP zM#|3@ZMk@DzPy8Q0|Kg4(w{%~e|F|9COwuEm686Q$U#Sr`u+<0e&S+GviX8B0BxOG zl1S(61Bj-m>X;fNRZd5#ZB;Tc1MnOkQvdR~w!rW5TGBt3hVz#OoeWSRcQ4YI%))0@ zvRW@L$?a+Fm@~u4a64QX%ZCJ-CMoNk+U-Yb*P_)`v7tZ6CFyYklW&7s7f=^134Px+ zhC0Go51Rykfv7;6t?P9q_3NcwQn+e1yo16Sk!B*4O5&U|hXU{uwvF2Hddh-sBOWIR zZB@C!T|6MGy#lid3ZManXJfJEy;v+RM(zB1;VF87Cjtxw#BBX(-HsGP9LbJqXx$r= zEWM62%rJS1zPXl^6y>5;A!wLI7bT3tG*d-$#f6T?fNn#LQCi@9-9Nx~h`r@Jri*>p zM&i%eh_GcXR+TT$Ej!G^qQ4^aU#24;KXp#+j;k_mb^Npl zHqqVe^Ow+lMW`Ww;+6-rN)Mn}iwJ(iJO_ql(RjP07NQ1cu@mRrqms{oS~b}32TNeZ z3=A;jm6{Vrrn&wv27OYIBcjE<=I%a z@Nar@gsKH|?`(*F|8|$#cCMwo{f4kKxkNsh>YN2Xl9EkQ#TN>?kMtAQ-^^H`w;~J8 z26G97b+;Ph{S-@=)ro8e)kg)$939yrk%g|iPdK9|E+yWqz*CSRedU6)=+DBvmQ9UT!6C?ObN z>1kR!Z^T*kmv9mLZIqzd{DW3CTzOX?BKNJ0y$ShKn0o?Qk#j7K&CEpPt+^-3b! zzV76mF}aYPtif^PbzIMQ=~BrR0sa>+m`&HMjC*7it45b0E@gxjFJq_GJ1rN8wyFGjO6K(`i^G{=4@Oe$tCLCZj>o%Rp7*lV3`o3-bK-V+5Hy3I_^nqBS^wUcw7_Rl-}jRY*M4?M^ldc};9RK< z9xB9$7d#n3v`h>Z`LURlkys0w6^s3?#drh9aeeroP-&D0VBl z@i9fjco|aK%=AJUH*g%yDvIFrj!OY_xuuoq3`KO2fipg=byaDU6Qe4J zE!82ja9#qJdPxr81X)k}kq+2oA7df|jThe*%SKhp3@`OkM79e<8j={RcVTln%a!e>A_|5V7xqW*DgJW|bnH|%WS|x}S~2eW3wH$jMojfe4t55KBUMmKi219# z0wZ(#7=$x3SwS6l_+F&(-xZf2jMuU&ymI2dhoB4XXX162yK`cZi}#DQ2f|g>@lZ`Q z4jWIR+<~E$us~(sz?fgAcT{cc@Q7g}0d|f7e<&4LsMl2Sz3o zC*^(6s>;6uNcMxVBhZ1vP&+U}oL}SEx{76J&lzx^DK)Y@#(Sok08Qz8G-Q(kGl23< zv2aSvp_)r&%DsSQ#IOIF@DRe`CJK|Nth$ql5HnEhax(ep%RxGFQ}s}(2~kZ-GJ#7_ zb2$iA1R;CGp>JrvVY5+)lO3_z!ChJYRd#T| z2R*Zoesq#pa)5wdcEkRipAv4YQ@;uAgbVR7DZHvQsUsW=+IVuUPAY5@&yIRtV46YA zC^`(>sQO(t0`H4=?QZ3ruzndy(hwh23 zLoQx`TgMa=J|k4ERv%RrflS8z0EsqRcKr8=E8i3AP$v>_*dX}~467I(^xy>vtk6>; zAErR@K+*Eg7LX(|8hg^$m%tvnCF_`^1~h$sCYODTfpEms-QZLq56)+`IfQzity*%9 zAjOPEClW@G3$!x}kUN7fn}Z?QuX71gp+~3)X3ImeXNGOLEW-QC%2{glrBJOb*5wVq zN#_@7#7>$JFJi!QcXzl%)Ze26;Ge8}j^d?(3}=CarO~U78sWz+w!8B*yY|X~k;*1Z zdE@TV7d(+sjCzr5j|jmpss&(>^|umuRwug$kst%9hb^~@eqAyJX#NpTLxk#m-pOd`uS^%WnUN#*hcGB z1tHB?G9A56s#OE(?VrVd5#hVPE>oeRC}|$IoE(J$(g~t!c&&jRh{&sSB0P}xzvfeW zD3~g;S%;1I{nwl#c3m&EOZ@`;Knho7wH|pAmd@GPv5M1UknyNsRH<8U*eVZN+Pz{#55in2yYRC5K)vtjn`v>+8vM}|8t+&AZ(mBH99j;~-ZR|=yr>6Evp|b02om0)z zOlXEdGMc-T?qzj38Q=<0icEme*?8$73zDg1r35sj;_0A@X9SgG=*(hwX@TyRtoJ=^ zM(u*(9-c?3_RJ1{UzDab^hwwnTTZ zt$!<{N)`qnxQMek4y}+<@Mr`zp>wEG)fm=RW1^c{{sg>Bj`YmG3wT!RTFO&bbO;Cq>kM0l(uMzt<0eI>`hq!yt^{;}Lb0Zhik%>j~o0g*HQ?A2eFzBI#F$%7Xwu zN;OLpUFkoR93)SPB)5NcyJ5Q?9ojhHUehLU4qR9ot-|WdgE5?9Y1Oye#3IF{_dqC)i8%IKtb%E=5XsqZPVXXM zRuFl%RibMK_jXi=X@iRja?+9gK_q<3xPe8cmr9W8I=1Sx1VOuxu$1(2#`65QW&$Yw zJp&?cmL{MFbG(`1gbfy=Q@YG@&*oKU1X`r*e)t+Vr5eOLvRQ{;sM#r-pDd8q##V)% zxj7hqjNE}UBaBl4OmNBD*Rr%co)As!6{=!WW$M^IYDB#{Y9!avq^cBZcxmb?4yLm1&*Gr9GAl*CHiUv0D%<%a!!)`g-vj00)z=)mLqEUU4gS~b$vCet49b*%8Xl6 zMpblWpR3v^Kuf`Z^yb^PgntNG9TqYflK0@dg3tq#uF@HMkyY#TDsS7-CgudTflPI5 z8G5``PAD#RNY#^TxNmFUh(@K5ZFIdtq~j%M(z`W9)QT6dM+HwuZ~*MWD42_a@ybY= z^mp?do+eC%<~gS9jIc1&f{U}Mr(YvY&V|;1V^ANQnad7TFrCC}5`2XuSwsHv*BXa9 zN&<{tLpF0i!8IFRf9`emWq*Fv0gr?pic`X{W3J+7N|bn#=nWV|47Iq(%=WM%4}jOb z36f`Nf%}FOR>BC4 zFSj3Ff+8N31f%!lVPu%11RfH0?*zuiuVmM;N|I_Prqwi;n#iaagUG1+dnc>97C1PB4<4HrALId$ zVk+)R!L-kw%{1tNH7R&9LxsG`@(yW7@ zS|R|BkgI`Q%5OK`Xc@F+(AV<;u0_$Q;@Ae+us$mIRBM~cr?L)Ak6qPM>pYGrHfB;v z9_2cNe?X>+;25H#YD7Sv1e;-#<$z);s+)wCt*o>bG;j&gE5^cerXcF1CiKC-O4ZO9 zQ@BJz1JVFoN0C%8PZc2!Namza@^u6~_{k!}pm0MWtWOz6G-+x@a16gy!a(bXN4$0Q z%YL(zJ0b%S!oiOj%D}W#til_5X3O;--%8$-unx_< zMci8Fv2K$#RQwBrWS>7)69AXTxMpWPbvq=gEEAH!m&CIKsQaf3$BHX-hQx<*geNml zAaNy?h3JotH)ATt?nQY$50_Q3UAm&=nxpTf4hJ}SBE-HZTb<`mKtX8ZNT6#$hZ8iW zRA0sxoW{kBMV%Tqy!qdG8sJdwfa5Qc@Krg#XT}$Tui?-T zn3zo&vd<8vTz?)Np`@r(&W`y4sJK2D-?ouznLMIYI)DlIq^Px|l=qfG@sKHBSoDtM z{9-YY0*G*>+COg*m(lR~;CLDnpG+oS1p!c8P;-})UO6fT+g#W>__xeC4q1*RY0~p1F4G&oHJ*9%l$apAWhIxGOp27dz=4HEFIwzw5_jO2 zy2g~A4?mtuTN0hKH5!CCF>S)10Mk5tB!ep%ydt^nggThBli$;O7s%;N-As9>KCQrv zkhuJoh`k#}lmAN){DtBH(b6swnk*HwjBJimZ1VHxd{p-Gb{*%)9C0%(%{Ixk8Gj%9SuY+(!~Egly?%T%hW*Vs1mro7bMKS8yYc`Mp(dLsV{R7X_i;*oK?Pe7Fj zI-~kwBkDa$Q^S1#jqd~|)5-ElSZR{eM}`&yW+Gz8QKqxUF+v--o^!G+M^}_HLgHH? z>B1Qq>g)cW#q`&usHB%s@FuOfHg%U_tu@paVK3@z^vbRx7&$1#F zBDXe&jCqo+{OR4jOVz2vqDeO?quE6p8R#5lTH^Ki$T#T7s!qN$JpM7U~$1IA}pKcqi9+lO8j2HAGe?)eDEQs zh@1qRK8`xPd$rAKAjo^DHgF=>T}kpq2+l03`)Ncvq8o;T%}Hg{e{nYgtEh@osLx8o z)_CrTx?q_Ud}pwJtsQkt7re5Sy+vNB27xl#&ghnI3*+}OE>&ZLf?)vOl1)1?ICBXp z@7L6x2y$M`PiZZp^8lwg z`m$n7Q|q{Nq$M0IzqCT=Gc4kb&DO ze3kMu#LgruOdcP-Mdc^XATpBZm+6>j4v3#Uu3U&1p(2clB}BF)7ltDjo4Na?+>01q znzV9vvJe^SEMzC_Gm<4ZHTWcYJgwkqE?E%r%z`k-74sEubaX9rlKazO#6|WE4EB$p z>Yp{Yyb>*E5C&w~@RYL3WJSUW0!raV5fN zZx9v%EqMU+17T+jT)~ZaYa2^Qc?!`S^k(CENYqr$e;zS8d`!B4y6BVTo$FuB@<2CB z$>WzMqNka9!DL8Gdi-{jqyP;Q0(EY-o6=oqx9RDd9Bfk-r2&0__TF>nkPq>!c@vc8 zvLL*5o5)eq&%K}rmP~`T=>gWu_(-fE*J|$LD5cDBzyi-Bg56>E`CJb{={960DI&37cVM|n) zOm16wLePfrpO=XUBfLDBxK^6!$DT>oU3iyMY{&@`%a!mR*5_`0f}Y6 zYe!5S6R{dXUO6bg=4t%OI4}6};BOIA$KiBU2yS)3PjLL$=G5Fez_1e&=XzA~&M?2q z;*;U%TS9D?8sUQ$ZX)cqvUI=}1AN#xW#WSsv-lT$4!Fy@lvmt7pi{Ku6VGT>tT|_) zTb)5-NPy)46c`FI-}J{w1=T*zD!C3A;EHlHm{7+;`!h1gGR%z?<tGWNx~D(D_MY zyN5_k0^nyFCh{DJF~O(&k^45Wz^HK)Dzz|)6h@m^0gfd8>0$!qOVAr_rrCpwb#A?C zfYd&GeR&~Gl1K-Jl!L10K}uZ)7R-)?Pokn*xyBG6;$lQRzHNClbQ~p%6Isy-airzw z)Y6pb?-#7{QI)BybGjrOx1pI$#c&#<&|pKZVn`Qp2XV^0f^p<5&g~k6hn$esHVj>n z)>Z;yTAt#EsEue(epZwB7LuLOQL&a-U#dj!sYh!^0v!w*OPH>7{~aE9M57X%yx=lb zj+zuzP@ra2nYCpPU4Yf1hye?6=hh0K88ZZ`OaxhFg>mV6XpNnUeSKQ7y7usBK#%55 zY2b_UT=_u8md*Ufk;eExBH7EkBtN>LQf)rg3b+24B)_zCS6W1-*4sVVg`0ezaY3lW zbN2BtT)}IwGDlAHdhZalw?37KKNq$%lt76Gi$kqH`d{;*g}z0L353-u?{!6uD?l@8 z@kRxh_y@6Dk~Qq>nCV|r|u&?FLm`@=Z232>{wl1tic)2)~NHT>7sp)LySDs$n_#}uPDG)a)BpkIK zowZVHF%`Mq^;_O^iKxdz`*D7mn$W_f^K`$fRp67iZ8CVy&0OweN+p}oI`eB0*=0?m zMrV+3D_ew^qmDZIdSFrmW{#B3tX7)Ig|rmVo!J^1M`oH!s_jSd5n6AYi4Ei7O{x6#l-1 zL$4`{Lo~DLUUC;Q=~2v`gb@L-hsuf|;CLo{YP7GaTqLPYTUy(%PBuz5d=r$xC)i3L zVhj1a8@r$GZARPE*dwbGZVX1%Of=SQdIp}qVT# zkVhE?If`f_xICg?ZeS|$@SS9fRff``TG}{8nCAVE$QA>lycE_bV+Daci{=jrxDj3A z&dJ&Q$GqEiu50Lz5X_h+$&KJpsITgcLyx(%-i{BTY=UoJ;FryRpqA>@h<^VI_(qCz znNcU0*9j=ck(Nmk-=f1!gCwY*a}HA<(n2B+QuAhZRavbHed`Xtz5`ZHaE~rK=|Nj8<@DJ^Ho+F-enN!-c8?tavPO`|JTq{a z>W#d94or*kffI(V<#d* zM9EM>oP+UNpU6s-aflxbF)O%9cG|P_B22NEN!i;SKT_zD8hqMN`fm^IRHfAe(>Z_q(`ecm3LA`av@QXszfS!7;c zxliemkbs-hfepT5Do4sxKw`Nma~`-`tKxCPn3Zle7zv$r!PY~HGLXcIb!k@YSK@pNoJ{cw@kMDLMM z$ugk<*|T1{=bZAts_(cc+o`(oZVJML#lK|D2sQlBkoYt{-}*SyfbPAhsCR&WT$Nmv z-AP=1g$=-dQmHroL=TnDHrVCMUL$0j{RsCDf<~-V)_qV!-F7R0+CTU8q5V zr~sF{0gUmyULbPwWcOAX7a6PFQ>nb;gne@&0|O?Bb?#Dg83kBLOVMMG7^_V`<3UG zwHK_o*W<=iO>2v6)yIg3(sjMY((PXX=&-tycW5IT9PIOgEollKk76BrBGKT{fTHKc zY7w#kdo-~HO0df(B|4O^B&_J-#n43H>=V`mTQ^rk9|;q1U^;h_uHVjmW*RSSPI=E9 z1hGwK@E7bUJ`SFWODyoE!BIY$Uj?jPm^dssWiy0Kz_MNyS`)V}55O^sylzf#!3vbw zbDNGT_xSUb2>*r1w9(@0J{{Ibmj%@*M?K-b&xl32`S=?SXfv$zOGiT3oGN^-_{6M_ zH<%kIBTCY*Cmife=$S?Wzc<~qBzBoVAi!5HkWfT$kHH&sfn~_dtNP*Uu!d}>&YnAq zJ_S={_mRewi3^&XuRBCFW6LYhY8R|^U3fe@mZNdAqoXRn+jLt8mX;R179CI1# z9P#tU6boYY4VQv1bGzirqzL3( z)6p)w7ZD`sL6gp4S?YCIQ`fJQbE z!1Fz{`Qiyloy=Qil8UEmO}~ta^4wXZ9Ydg&Jw2tMkZMz0;|6R~0(z#4Ml*U;txf@R8y9>hhh4J>ZnUBY3e=}YxykXxi@ zMf&if*gq#r>7*=5=Ql*V(*LT<`W|3Ssi?R+{ju)(W=4EBgP`+n+u@ z_IovB9~msSKDG7ZMg13{4#uY{9EvuTl(^n8m z9xV)p>nWfQW5pjr)3+WVp0Sx!DA+GfQrzq4ZBQ$Ip^RVT)o>DMDhYibeuTt84soc` z!!-}&3fNPDz#d%}-h(a(gy{4o#Ue`lt)NA^?`;m%fLMaxpW;M>{TtE@`~hj1&K>QW z`$NP@1wZiC*cy}|&KkCNb6F>XJ@2Sef7lYyo-wh;ssobEcWYaPz@E?BOL@!~gqzIK za;tHUP{Yk7MBAf z)j&Qs^N;s8h3T50hk2?jzFn}%7@qa#!~ozxX-l=*%iFnzgXu*`D|?XA z^MP;QZB?7`a)fZwEE24&CSlm#3k2@Dk4+s9S@2k}0W_HScCD=lFus5=(H#Utbr~GY zViR=>FABT&I{%d-K~{_e7HS03sNty`H=31#8M0{-g(~nz`osn)o3s?^5-=F@E+Id1 zr3{^0KRx_-d35q81J(xUYyGD6`>$9saeRMM<_^mjH z_4q+21#;i(B_iWXUA8C+V+`vtO%<@p&MM^r8AD7Gy!!2+;P13~MN3jyJ#Rhf+I|($ zg{(p9(Zw%iMZ$FXkrBAkOf(@zhOM^I(5rb!o8WC07b>t`YfzsKug|OkWWc)E7TZD8 z>jc;1iH5<&8r~FQT!+{qfwI7n-K7wjY(Xs8LS(hjhn>`N9tq4Keqi?it(%}BPe`b& zFK3!U^&X=m(w7=5fs(Gu>H}!j`lv1BQo|*J3!#Q!Y@uQ`!hN32utA8Fp`8=$kxwvX zY3j^K6?UiEt1$LrgbCT?C`fFSdbnvO**$4BXN-72JrP>bk1+`6I@y8JFk>){MV>sv zr3Iyi*Bak*#4}e8WcA^%z{kgtR3HddY3{Rk9^l7fKP`lhK_xIQ`$9#OEoALcx5^~& zesWGW*wDulx1bGqnZUu!`KSFVtM0do_$=73DOKR=J0DyVu<|%&L8XB2FO16H!Hu4= z=wgJ^g#*k1aGM&KG6JO7S(oZRJ;D7RZej9gHo*W}H^_P1J+!~h?) zMAL(K{8QNiNdWS9Eorxkbn~PoN_MV|lh7TLB7qj!3KwL18^3j;1JsDAFZ7!SY!%!m zZ^NUC9>T?ObZUQAA9;|gYLxXPo{5hszaej8e}3-h(OPhniMCknPfj9Eb*;^x2xZ_+ z3Kam<+9mHzJ3dzp0OTTbf;IP0zr0=o`aMU=CO)RJesCC?2?j4D5{k4-Eq9a3iTUb? z7KX2qPV_N3wD=&ve;u5RN5hwoZDAXGVOnu970sSkW;aO25UpSi zc}Yy<%9Ea8dhWH7k60u8zKoGky@2cb!M>ol4d!lOfSw2N2xyo{mKSo+{^K71uXuB! za@KW&Gbk>i8M46YuQqbjfi6-~}r$ z25?=;W~hnN7V)cdFK=BPaw!~9Lz(=CMHtHBMXE@!wU#bJ%lBu4;LX&4s?W0b=hSqy zcI_8^i+uD>7Z2# zxzvV@=QFxZ-O$FQF@zid%v(ak#ZB_k)Lk!@EfZ*>Mwg)85ob0ce;I-Jx}-v*a95-`tiX;s_zfX16G>rP z=D1p_T1c(7Lw<&RF`d__i3Y}&d4sUKzuJVTLDqEfD+=<{V$KySp+w-MA!jr*LMj(f z6FOgHGo@wbIH3x%u?B5sLFg3iBd$6GJ~YhNIrf2mBw!W3cyvZbT7@CL+0s2RkbhZd zvtZU@m^zQ&m!fauk&SY#-<*-S7sMuGc0p9HTZI%}I1BpUjK>5A=PYP(cL0I~J|NjC z;W}1x`#F5q4Yu5x`AHM-qI2a7${ww(5f`?|_NCwTNkr%q{?PMWDK@ia1gXabwk zC~&nopj)X-rFQ0E93@yeWT~$eO5|PQ$R8y9iYbVta}#hvjFbxs*;}B!W{Yrl5EKH^ zwPcN?8>nF?KW)YOUwOt#&)sgB*ZOSps`fM&(X{*(0mcN}~2#0cP%;pON2(f@&9HJ+-4c~s6i6QC>DnvvnIVrw}`&EMa zoay3LBapIj)H=Kg#DxsVT{njlP9Wmh#$vL?cO(h{W+{}3@jho&0NMgQYFCD3*aX%(JD*`7a=;z@#<&QuK0}?S) zTizOF&`RT>HtosB`t7;OhCls24mf10XbRN>Vtj|ym8zeos_vT(g}MQ74ad^Z;~gXJ z-BK`j4ZPMzUA}0m;630r1iGr2^9!($nFmnufRTk{zR~*nofUQ+;+tvNUsqW)US1L; z;>KLeV`aKkWjRTHE7cm^S!TjWkwpPw<{eQ``-ssRyjHrQH)59k@oDLuAX+XB}hq*=B347@P$%wdmxM+?Nld$42>F@#MD5I=sOwd)~>)RDT!yDQg)>deS-0E@b-u*fVchR2> z4plKzDEJ&_o-o1FGKcmvEcnq3$r~(SNljxr=*b01dYlUTPrDjg3 zpdc(zL`GLKl&tOTiRV7BLiV=>S?>gao>7}+*j`7;A}xwk=d_IatRnKJ2-fng-gCzX z(8`dUTDjX<6jPG@t^JvZ5TX4rky#ON!8tH2W4h*2hC5{dcaJ}}X)q@eW@zW%R!mvz zxZ#VA+eZL;yYD0Yv=gQoi`UN_eYJuh(>@tESPLnbE{)$y4w8`dWgFhHvQ=HG6~Q<+ zsU=>!N?e%=CbTPQB_MUxZqf;(>U{+Z0-Qnri{91ZiCy^#81O zo3k$%{T&)=iFI};&MD1_UwThT_qC~rRA=3KVC-1vcZxE>FVT}`vDPwc5y*-_ezH)?Fq+@1>bwL+pUt*2ZIutMVnJuL7$y{$!3;DQ`n&6ipL=~Knm zhY>XV`!yg3$P+4ZTnWO7dQZI;@1)iLKckWyb!$3I#A;#7tjf;L?qBNhEXffSSdf#_ z3Y}p}If8Df2_6(S22A!o2CWKF2jM*)l?+{0)}EwQ1LvVG z$A0LCt_QoKZlK{A$nGp6pn!nK#{+pm5;tsbUC854_~kX5W1(Iu;BSd7W*B*zp;wUJ zQ-#dq38EFni2{OPLATPIv2R{pl%)nju<|ua9L3Ej*y&~LcVEp{)0GDKngfE?{M>80AZl$tsUiRfAJwu>&Z%H z*iE*-XV`z`)cS_&351B`ZiCneFdy@05L#uG`F{eiO>nlZcO8;!lFF?=Pg#F@W2~wu zwpizgGV>m7>i7f*C9AN=gx(8Q&=PY#iR zXt@F5@%crXRG>aP7F7WTZ`fZitJK3BrtI{wR~L7s&jfg>t)@&}7ZY7zNxawo0M&#Db0Y-~X1B~d-Pkdwt}*_7EMdSgAC5HF@q6?VN9UmF{y;CxT+feepfe=Ed z^2iy|xU_$o_HP=a2>IUJh;L#j$NcgR3a(P%A~0Es2B4Q)Uq$N2!FR}|b?%PJha7qH z9O$`fE$0%_j3I8!Y#isOz%?3Zr*maQ(deDf_YRe=39QWAQ;zTRBsw^He?8!4owFm5 zaImb0YkES!b|GPRG`d4dKIwN#IY;mvW41~8lkg0(3>xTP*)^jf#qX%H{QWM~T3N*2 zZA&8i<|ME^w-C)PN_!q{muV$BW-?&F(LtJU;nuP&ntpjyz<_ph^dPB3GH+5H(7TD2FNHGXQF&}9%6qfcNq!Vwd}2D>;6n%9ZdR~ge{r}bL?6YfLif< zmhL!n$uw~5%eMG$B-pCA`%t(h0GZ)ogI76B;M0hVWmtIGi?in{Nto~?qUjefV#Crl zxY}Hx^%b>3qk}E1t)BXbRNZH&1c+s*ZjhJs`7sDSrmKK0+@nf=MePW-)hoz6Y~Uf) z0|xMPOHxi`HUP%QpL96?QTLHRpIPfIOhHXJG`Y*;9>yHc@Zaq}J^$D}sP^d3RwuFc zz`>n3gFnqoQKcJ5gse^Gg6_}NG!nI(_)!JNgl^n>A|WFf`VZbwMM%>XW)t@4s+9I{ zys~pXhUBB>wNRm+-Z6`Ck(CV~=x(>-HE3i|ocb%^PEk{OeEL+!XiZh6j=)lrVri_@ zEiiX+WdH@FQBgy~Fp%fD?2IZ`&He#Y;^T0lA8Cj?MzMu! zkM?DnKxfGWasN9Vj!It-vQhYWk|8-P-0(|NmmEK=PNr&ISDB&{(>J?Sr~a@H?RpdN zsD{jM6Y_q%iodh**f1hT^XswR{jq3rF2skQT@09y_fA!*p;@;$uOo-z^lek~)6 z8PU3?)F6Ocp_Ved;IlivZxmXJetDVEJNVRzGEF9hMjK`Nm$Xk)a>r^-Nq}C`E8lQC zfu)14B@aC`$=fs1TC~+uyXU7C=xZs4)ts_Q+Ru8|Gk zU~h1o07WL$7?S)pAp9fnGMC&eV}%K7)ZknAKSP?_Jca?G7098ou~G-W7vS}d977h0 zg#vmZENYD@z#lW^JDd{O;uM;EOwL@;^NO_y`7v4(|k(h0oVE}Zeg44!#l(e-LXa5{5 z#!4nW_1pMmWQxCn?K}BgK@yJXfp-DYs0I8fChsC5s7mh zXknmZR81@R4hqORZCbKYYYkknk*H4n7zEfI`Aalg zL-vD{aC3F-^P==@M``*re*c7Qq}Z0JTS=5L&T2j+csz1& z5k0oq8L|p$Tdxsm1R*TyIBwP;KO06~+zQ6d2bdmMB|igZ65|pyO~B;A+4G)i7m12v zm;_?huy>KEK?L9;no)>os-qIr3sg8YGji*hP~yKwlw@mJT@tfcMLRRO0gKdhyaNKS z1rLJelW6FUA9#@^`fM#@Z!- zE^&NW?6hZtt|dmS?XtoN2cT4nO~RyR0l)BDRJ{F)YN4W$)T?9~LN@}Nb>;j!oG4Z~ zE~qtv$!o=Nv$mT!#l)31MB$9BShUZTF{RsF0*4t^O3URIFgK4Oo?kZO|Lxy2Joi1+~}}o1W-k z(aA}uSW1VCRfUGe0~XdLutG7`;^u=ESiu@F_m)5B2lGu3f2)%79ROji@X#>8kF*^z z`9MY3xBWpCeoO}15Z_a4MsdKn`bGzQyDneU4y#ETKVfJn8{wQwQ&U9oVL=Shaxr;KlBGzfmjsxD-teUl%&tjIwypTZ(L zR;0#SZ?4?NYt<5p?Lv6@4dR~Jj;Me@_chvFFrm)XDcDw^dX;b>auDu2Zq)aah{%%m zVWTygi!oAbr;xp~{MVmzC&5d&8dgH*>eHqY0UJIhdm}z{KeW&9_kGN>Ay!7aY*at# zU=RVDl-fX{l@&w73s;VX=zbCpNz7*&3tp~~#tS^p+6jGy6O$}>KVia69oPD8UOUQvd9Ntk}a^j z|AR9XdOiKYIRGw8nh}oAdy-l0rs!wKA2#5`$0GAbWLSENR!ZL)P1XGHFLL=H{b+-p zR^89g?=HKom|r9n!uf-~$_>^X4M1JnfIRd#KmJ)-G%u`-gi`rPsMTp49(oH%JyzB5 zh=37_a5+Zxxia+pA~L4Vk!J3lVGP1RJJFCiCEA9PH<90gr@lUs#NLqNUZzv?FP?J) z@Rq4be!;}M)P8qO!9-eQNZS)6ozJWT9}Ld+|2%TfJ=rCjumiSjp_vP##FcQsV$Q|Z z*fFxT{`+YY>^Z0At`ASgsMU*=5HLoYY}a`&ey+0VA4I3t(CnsUJn zkU2B(8o1=JS2iv-ny2{)tP}-*L6exO~qU!S1xE+P9s+fmxNM5&*8X z;nQ(#>a3%bc#Z%EbTJ+zW)t679c7$L=%JRz^aA$#++w!|vlPq5bOQ2A@ue;I`LWOq;IINRyF_Wx>k-!b>sm;j`YHLYUHg1AfRL{(KF1MT9@k$H2gAd< zlj|_dHDd<@FWZG&TF|6|w@#FnNQ#=<_)iPLVwdcTqNm}{5Q%uwN>Y$}wVgUVw^BgG zQJ|ypU;vg*Ce1yU4xDe4v$*1e$qPE(j z-89}XsIMhDLMZHWr>RC$k?A9Ikgq*E7k%XD-JO3oJiN$q zB#AW4IURyw?yl($%+<%ggIA)sY&*_DIn9uk;|#uwBCzXzl?kms|JZrW3G*6SxVMo~ za;d`^YgIA^20uOeK?LZC1Z1FrV1X|j2Aw~s04e+!?SB%^m4+t3z&A{rv60l*xB?Pi zY3aFx<2uD@r2w6T_|HL9ka;ADvJ8A!zVB@x)vC}mYT4N!PF7zNv~349-0DY6h~l=g zH&Lq4vF%wg4$#mU(~WD)VvbXQyG38R~i7XRdoi*l+Pn*7@#lma#x|1bLxp-@)D(8mOq;Sw8uAh%e4hB=PH~FYA zsi1x^T#I$8er%AaFN!lh{*AgFW<%TRMr~x07f}p@4ovs{K;nYtztL`f(9mTIEW{8uxkleq6ekc)UiYc$6LRi z`L2Mxuxvya(PaD|bla*vcyd18n%OmD_+fQ}6&p}_A#W)cV5!WV{+KF#o`x@1pytt1 zqWKyGBS|`){r-xJ`I7KJqpVUcpAB0td$Mq+?F7W#m${LX;h`fFWYOb$huZvF>h(jS}F2!;V{0zZb{kOyVqus`th*Yb&KXW3V8>VVL*yA4A zoPPM#?FddUq(X8R5l`h{5@L|e>-O( z%%pP~M|z>%T4uKq2{bl^bTJ<_Vqz~^IkKk#`W19&(GHvB#1x^nOrL+$IU&bKtM_S5 zMgzYd=EImg)N?U%zhzJi=!@kWM%e<^GLaWsTCarMl3KCDSNL@e@2^D7k*dcl4!KcL zGbD$z90k?Ws!z@$oZ0{~X%W7CY2U>GJpVgO6KB!`TCcw^7RJoxXNUhQ=V8kj@wE?K z39+1{fmw&daT(~1@MKlqThR%3*Qih^q~I=(x9DpfiqBPPh=qrjQ^oP5pUSXgbqc&Rwsyed}PXrneseHrG7Q1Uy>S8RPGE2e^QY4$JHD1jFN}xC@HyMRYUKG+4g)GEba8^rlvOIlshFD_t%f_p^-)fC zA(~r_naz$nD1czyL&?}>IrOUPy(T>ERC4eqP|8@_jCmv!(%GXjMO$yU__A)nrj@XEoH4Nr3sTrE`vz~zmNUrAxzmQKQ3Csjzz`~!TNMPjk-N!`ZAS+t8fo2hZ5 zr)*b>_9AH}$BBtbqpFr|hQD16E=f$^B4REN3_(MKjm!ghB+ajyvhxmLjbXnDkr9nC zndNcL4H$Q>PiU%plOtJQmzlIDi}{fPQ zLU^%Y0nv%kXlUz>JDR|>Y@Zsqmp({*`RX&&)(bd>!cY-O@oKiQ+}GdbqX+wrz$dd2 ztm}~^Pk{M~dT@}8s_3}X!{qz~f;s(_3Jk=iuL5HP`Bhd}){rQ&7O*Vj@v)Ku(Y={t zH}P)s5^vay+fIqlkmzy4)H@}oi~xV`6>B$kHl!wBYLB}g>I$Z{%7IYS!18-bNS|SK zQbnCrId^b*&$r(!T23|kuSisGc1@JQU)rdRt*m!k1H2@wC`D)q6MGyj~c0<9oMIANHD#{$Jay7{S0i%EfN(h ziAmBy<*E-Q{$S&aK{=^SqJiw*N(q3k_zBspyaX`GWilT*;g0F2k$&R{wvcf^ zgK;kvc@*QsakBO2YJ*r2e{3Bs6_6IdKa426b>@j0OOPngYBQNlwl{HT7K|rj!#BEw ztVp*(2bga1EzD*`kk*hmC*Zqt%d9yXwBnYz<=A1N%?Di~mDwB_I_*KrIDUpkBb`S7 z!t`-@8CL)M+kv(hj2)Z00x)RFRo~wfox@3Zo!%B)sFH7Y<}MR;aiSo8E;$F72&0zp z%>jIj)olV!PD@pOF$CEt1hlfmHrA~@Q2CGO zp6e~Hm8S{7@=e2-GVcAmFE4a2sh=?f@D6N&NidWGOl}}L1=O+sh^KHwwX`7wjPGT# zO}8dG3=I*;osB3#3^JEbZ&Zx6g*5)PANm9}Sf{Ejd;!?^hMwfMC*it5)9E?Sm zOk~WDh2sqYMEewlYR$Zy+pXB17`ef>fL{(H78dHZO^IoHY`u1YEP`8YRz&R&3D4H% zMJW2?0H3-jWO`;gO*C5ROHjf9_2XvA-I&n$w0J$OcOp0zIRmMS82J1W4d5)#fdjYe z#C-J+LJ{Hu#K$>FsWs7)NR~z&r38K9*ZX!x*ScnYtpfn; z_gld~EW~BTS>eJR<06NL5YCtNjy|PvX<>L^#n)P0kL_l~TwcPSKh!ZrX&wXTZ8?;C|L%u?nILN8ukkr{V{*?(K^1Z94Ur`;oFYrRIBj$I2>T{ z***p<%EiwnDL2sqbl7=B9vV#b;A^2>+vXO0c)2(z$>p&a3|R@ zZbE8F>S1mN^OfZ=xZI7HBr}aL)}s%?S&10bGgUWlu+0&MxJMN9fWOi|huAk@_8Oij zO!kmkNne4m1R4J2c@2gH0wV|3PjsQPPjW1{#}*=ngj`{bGSc$QGcN9>?|v02d)=3Y zIjMx~Q&!=soH<9zh(%bKJQLCf2z#{bO{p3KTE;$xxrA6J() zp69+tem7UE2w7TKdumXHBsZ9Mg@ebSy?kj^H`E; z;sc6GvS{xH_xjw41wQc=6f4&=&?gXVned&qZ!MTS8%zI`9?WGAnodg<=>(v^w0`Ys z)DD!0{=zz~q}K%x8N)Zh&|~Q#ttY22S(2#X8g}KEM_kG>iivK9qY>{bE7SS9@&Vq$ ziR*UUQQIxOI}HX)aK=Mv^SsPE!U&Ewwm#;L8y(rA|Dwb((rXgnnds#RIQ!?17%B`> z^=Lm#+fw4tN2^m(GR~9wpWhTl{0O7Pw3N>tx8fF8y9pP2x*cW~q&lQ|I0sIy@7L;BIFc1FD=kaOyw`b_&S7ai zf($tt;n&XR`gC9eRjXD6OkN+lQ?KwN`bBPGuXA@-mtj4lp8$zx<+QY%3|k8S*t8J2 zTm+p41!}(x%w^4^OvzZ^lNwa&a(^*Ta$tW^AML*CkfZ~;asOHk!I@X7MigIvgl`wc|}!cM?xmcuT-*+&p7 zd9CRJCkl`@D+&`u(_NJ?ltWp1J<07U_O-a3)R@~=sRHa}`xxuOYI2RQNwHmLRMQhs zpu$;lN2pt>m6Vhfdarqqu8PHX6wcl^by2;|T|Km`yU#>hJQpfIWJ_jC;7k10kutIq zIa>n-o&sW>XE0&i4E)u?8tk@7@aO)cw5$u#1^OpaIsp1NsNF1T3*s(;{C-58W()ty zmqqN1osj5X*ro9ju3Lm_{ID-DKiJN6KyG#dmhI1td{F)<_*Fkpq1jTs-Iz>&d+3py zr&d_&Jbl|v(kWmrh9xc%l}T7M`deC(!-_2ni<3ZJShGhfPBrC;Y{a498qcT1>%AvTe| z0pb-v-18+($F|TemBV>cDEZBI$st2Ye}k|%^%Zf7l7gR)_lKNXNLKlwwN-zCTw$eG zVM|AIO;UANl++Fa!nhO1N^2<>8)a!GXTA9MufzLM{*_8IM#eD7V@{y)H(4qnwnY;? zOsj93bH8!&7+`F%B*na=T*-S|spAGA7hb-2`6(j+7LKRdMriuyxr@b{$?c?mAGH@jo z1jdOGy1IVgc0ocNG2HPqq&(@F(PXjnU1>r-m;}2JU^X>>rKBpZd>UvVB-TL2o>8&* zM1`iEdXB$yQdpw}R*kVhB{+1LDzPJT6)9ioxssok@e;tiR+2vd6t0}t>s_GnlFZ7m zC@84TEC=A%QtV+e1nscJr@j-ke_@#Xm>)?XlR1WoJ|r0GqdOV)wL5Zn^OsPO0FRsL zTqzBdDRD|REt7co06_C0)}UOhkyxR-@xr=mkI7>w7EY{W~t_Qc!ajy1vk@}P; z;bn$#fNkLU0$JnVt!}`vpyN&P=S%hC##aa=)+!pG^^GCl2>Sz^pT3FSUOn2h4H508 zGPBiBnCS|!z=;RtR$xwtm$%8+tLEDpX1a=cq)3)O0NhGM#z^B|VJfDm@mZzRs!}8J zGQhs&nw_C*l{UfYdV%P6u`OI=TG8$g_kCNOhJD0NzXTFgLx(x^98yUGJTr2)p$^CD z^}~?#lzOoHJIhgxYf^Qrqx)wIh{KL^J&D6wVhP|>48JH6XR)b-z8qV0Z1`G|{yflJ za9s2}qY_na-*hIg&mCiuU-4-TjD;^r&K@FZCV*0FVl3mN=fU#%VM08Bu6iQBBdJ{Bkuu}R$|)2kUed-MBwLOVsBfp(_B@x zx3-F)T!nZ=_|GMlQE5$R5$%X{Ql8D-^lHX7P5rX976$fF94!pFYwJR}kqf*?+M{~= zyg^T0vHJ31B9+Z}OgAkqDnB~82 zP1ii$Y;6A!`hrc0Q_~~r7UzEVOubvIQiW zh!pbvUT*}8s=l&79}f*gE4?8L7oPi(ognA2W9SBsbOz5X64#R+fmpRMeh4=K3W{0{ zk9HJ)5uZQk>#Ep#59_ea4u7@QRY=*R9G~;x=gy`DpVOS9mf&$P%W&jH?0h@{KWtnY zY`^qdn(T>(v+>7~Jqv#%!3Rxa-@rTwE11i;g6>1UC)s%|fhH@|IRJ#>dF9knCx)#* z1$(pm`64&P<9ZLk{7up&O#sz#!}%3E~*LO41Tp&Iw`X#PIk-GpKW0Z zl^ul{1oxbJ+PQ$HZ;0di#4-Y@3P%d^At*q{r;Py?CWM+!+dPA9)$3=#M1{q2?|2qv z&m*BUgPbqJ6>)toFm$Wg|NZp|LM!za8r-JxtdZqiHL#TIk<6UF#JPY5u(>=Xg#I#J z2**oDWRBhyuL-72E4CO2&SCkKto0J42@za$0%6Oe;V8N^yMxQJZ#EqIL?6akA^H?e zRblz8_huCPI!)~vveMNp%QUug=pv5pH|?ruiJfe}J`|Sacw*79s@ zi?fpcU|4+9nU5!&?L05qoNa}r6iTsny@PWAOdS~Ro{Wo$%Q|uE@uGb`=60jxSV~m%WtGhxC$@l zQ#4+@jR~_tlZlf#;p?W;P5N9;jGL%`2aw{gQz{JQbU(YqeuHEBB7aSSWq${*IN+B7 zp~bnA+v?N+dQDOjR^Nr|MYF@e)f3!P2;OV)2^BgRGFApYn1$UKp`AGIkA8D4f|mc$||m@@hnw z-gAYPlT0M*$@}{KPvf>cczUW)n`magQ6|N@=<>}#J}#6Y9j1(-xLPU4J!Rqs4ZiBdh(x!shhKiND;~;?Rq_Y9h zy~?<~HzRI{kI0lsejSFfUa=cg*bgj7A_QoqIV)PdGK5H1nW@@FGRN5fIqD?J(mDlb zy$tN#6*}>f`IN~mwi2U#9Cb)6dNKl(Gra(C1Jw}+@5x}$I>}!(n1+uTty)LK(F-|5 zso-_~GOlc0cP8M%Hs?Dvd%m+D1U=Uoc@#Xck;A>f*o(Pn_AqPa~f{8K%PS8!=(xGvW0=1)$Pqsd%AQ?vG_T(wr($JbvF*%zn#Joyhi6_JcS zf!KFMLCW>x@w=MYgTWH`si(gtX0ufHWC2&TGeFZD$0iy!BFAXLkbB^3Gei|1Us2Kc zN9vic{Rg&+_aol1sL(^6GBj)-D&r4v#)y3e*b!8zVxv^>`RvHLA;SM*e7IF|pE=!L zL~*+j@QDT1&1NjKQBb|mew4s6l5Na z(s1amQ(q1l5*)fmrqE^XOQH!h1BQU~_1;NJN5Pc?%L6M~eGx>tGAflkDosUBIxlphXg5yg9I zojCXXG?x zgVMC!gguJNU006ikrQKiPtOS#qq?TAnCWqT;P(-dLepdsoaeSX){Y~aUo(Cex#bob zt{Dq=wAsFo{g{BpySvPxzq@>)^eE9TblI=<((-fDg9?vbeNu$!?hFVa^h{Xr-If_8P9WUIxrX%^TP_aZ>XGONS3d7 zI$?^P7}<)n-PkxH*-MKm+b%+&frrgv%9-QB`K?GkMR#q<1qJTAK`#7H3c(=&=$;w& zZ#-*%^1O~MEk39N3CZqJ#c)<#gdJZSgmWMI#U+rFB@QpYi<)Z z>7qW7u-0#+<1s|}OpD>*)cB}|1Escr;|q*Djo;LKLVA<^sYs<#{NwpTHK(JD-W8s? z7$S~ZO<4lBCsYjrjJHmTAgK{dro42bE+U6to7~nf2ej}u5;wNe<|u2R+1+{`D`*&| z)U!egrU1NLZ@C2qF?&H!U0Cm{Bb`3LKNO_B;lG)Q@v7P&YoHQGkH-0-eaHL#VJ=>A z7Vnq!Z9QVEj|pH{v2;ZznBzUce@-(Nz$;Aq)2v+KZO09Hp-DVlYEfhS6f3dVNs2`| z@wcO5)mIS9*o7P>xB$OJ>C9_b2ic}AtdN*4-SkA3O9SMFx{V3la}f3s0`KGH-+Opuxfz}bNN)sO(+=vg# zFLR$=EgIU+XQ7-@+!R0>^NXre90W;RgT=ATrZR~r%tU0v>J^upG+xX^_iAxa$4rN; z&gr?%ljueFWxPx~Y?(^s5FDX{7e4&`n!A=s2dr79 z6fxdfRS8ju2O5p1rqFJWNKEwjAqq0KSved4c+xmB1&U5tA&?QSk}y}lq`4{gqOi>% zVdbLV9(I4*)m4alya%YkDD*uyFo41{#JlE~ZmW{z(9Q(yXIB<AEr?yJ zgu`tXG|1=v9kDSE+u1w}iyO$ki(egV-Dn+6R9eO)%)hCQQ7|Ai4gxa}evPjbmSbLS zp%)cnyH{u!<*j|H>?&fcY~x;66E;apHLZy);qk89 z_pc2>`&tWP+JGM-;C)BZrnS*@b*Q-}SmyH1?gx+wNMo(^LW;Wv6(!umD*Q_o84b%- z2?Bh!&z5z4)tZ;{QCCxmo_Z9pEO9$ob*a|TfI2znMBhwnRW;)MjSP@GTn5nlro+Nq zgBog$ZWpcLFXNjyN#>8frWywVgm0G#i{Nr!IKL4=k!^~p^X`T!H5i3)Ih$BJ>K`&Z zrw%%S{wb)?6b(48txMN+fchU0TMB?f9J*tBOOgB?lLf@?-=;zDpo)^{Yob09BkDC} zw8Y0lg=ae~T-fO+q8_nwrjI`SQ;lLPKua!>S$e&HQ_R>gTu!D_Fv;ho=J>l$Uy?80 zf-@gW3LAW*u(?-wG0?q*P(rjv;b|VqtQiCAt{In2L~YsW3Q=3d3g8}U9NG=UC#k4Q z@pt7@U{ro^jbI^llABzB(uTr2wlGV{!VTn7Fz=#-ZkrSf-C{VS*am3osG=8w#uSp@B_~7Z%_Nv>a6iSwns#)FK?EhG-f5MA)qjS5?Y>O)!5fT?Md6`o# zR%0#?$KL4I?vx8y7d;qUhkG7osV(6lwY7*Q!9w~XWzi;v=nX~wRzU&uZB)&X(G-lH zsY6hbGg+sE6Q838EP6l`^gxs7h?;cnkKVyYjP=13+Jh&Z$VI2S4Y4L6-Cm(SHq^}S;0hFgxZhEPLMiF|VJ>OBz<#EHb?umsBN6YyuF zSL6@unvUJOf7@WH=w{m_{~MQ09I9(K#+!1E60k~t%erISqOTnn9D1lmKp93oGZUv@ z1728}sHFSi!v7Ezvqa{3Mpt&~-Ij%yJLjfEB^tje8&A^K5fc$YR55;2lSkSs0Jkj6g+W+)AC`5?vttEuP*V@3di>uitTiMw zLqG?z8~Ymx#Dkc{x0XLnYFq_g%&Ukkiu*SX)%=%(EG(C7lv%4>@2>Q9J-nG@U?j-O zjGWxzcOvR`Kek^zEbL#F&kOgBfYRg!FwvP#kbqALmO9$-KWU<%p(>C19q1+xHaUNS z9VX{XH&U>SuIC&N5-P^Cm~d`rAa^j&zwpX3AJDI~CO;9n@1lZxmx{#ftUt`oWXQcY zi5Dl6F-q*?BLm1NMgL1k>^49{Ti7JWIEtdj@}(=Rj{c9YeTN&}7v)G5O0jEtcscH* zYr{?OLt=X%3|essSWHQ$%5%Je{&*PR-&(U~4{uJCx=PXM*`YOj%l63oF8k5`d(3?l9pqg6<`A&TzjT}h8OYt3LspKNb< zt3w@PEMyd`KlkZ(PdR6GxLTv#r-TEGt&MwZ7L1tQ^qb?yRVC$TaGtA)Tr_&fh@TTs zaZRmXXi47IdYFe7wehG)p{*|3s?eTCWU`CNvkew}>DZM0ySjm1ccBeJ*!v=ew+8{( zp*8f&;h1fEsH3MNPDgTFDgefjwC8|dBgRd1qc8%-{K+izXsE7oLRS`dEXx8zE6Tec zl{O)F@6v31fDV!tGQh=<1RF`cvjcp1lBrH(75Roj^|?ajI~CmKRLEouwe(>Y;|>uvosO_gd6qo4nVG3aRKEQh(i`jgiG7vX36<l`U1ObBd%hC;PXh~}w1 zM)gl%?2Ei-ZI~@;mLK?t<0~hu0G*^u9C`=`TqMw53D{OJpysto`3UxiW*l}M9-`!e zr3dknv8dU@6JZ^2iLY>LDsv1oPK^>@nK9M4BMA9Ww+BtbN^G&U4oCGR(p+Pt$4RYr zJP@A`kv142qeN}fxIP7cF0>;@B$~tk($HJj6+eZ;4BhG=<>%ltqH%`#x{U+sUye!} zAb2$lK_kPT8MY=t@5P>lMM@H3)njK)H!qfzRkq%Q`cozPXRIH4SDF6bcK}5JaLinJRu>l**_>bjqnqlDc*HC?SVLd`pw#F|~r0gXiiiS(i z6&jloe(v*eC7sYl&$jS9*qtXwq!8T8Vf|S5?v7oFaQ03sf4NcT1`IShbfE~gi|gLr zfIuSPazgn*;sORukTtlp;=Oh9l&VT}$36|k-l`NG+~<*xLa0Azo~+7 zjUTwS6Vx&A2biQRAs?*@oKNEjvT^#VOOUE#M>&XnRJH#G8-raLsWB28X%vpgK2JOk zUOK3bWHJx5E)xhPf|87fwlA{4?(#edfiGQk6mLL3dI7|Jz1$ z>W;Y;l9(*xUj9|zfma5ziLJH5r?W5 zKC?BJ6r<(RfK*v-qDg>7-SbFQGWiW#qY7>pa2V~fCv5glMeRdq*_t^2Rt!dfLrVjl zgx#=f)G1E`qeQ(-R8u-b4qDz8PI5xG;2m^h?qKXrqRh=~bk+I5(tV&q+NCLd%OMKJ z#}_j~!;O7p6uLq)fcrgw-bk(sr4+*uCT<;{)zQ;PA&K>LBXg~`jB1y1r?s!1Gx8jN z(uRE~X?58Tx;S`4whKgciuHg)AvrhYeDq7~9&Rxxl-K~ZcGCU-KM!S_;ITmzZ|%t*?QqqhDB zVYAkJkw=6VdWnV}ttgQd&an?eXUr6o%MR@O>p7q{c#p zLDJ-bjdE7h(T(=&Q4G;LV|;apZyLNB89r@%%K7G6@hAVCskH@3_3>Hko#H9u zpq=D`I*+mjtNWaT%jG0}FclA1(^uO>R}P^5kRuhX@>Eo|@cx{TP_ozE*ccAZtDzeG zVT#|cGy^p!VbsAoN>yAgYg)_mWT2y>IL8Te8r}m`6EX?PHDK{Wy%-idMKaH%Um4O6 zUI=D0{#239VMGdiw_uhO0~zqa2whA?Q|5DV{=I5_i|KEa*t9wKZ*lo@feEDGVzHd| zi=jwL*fvjnd^mIlxg(zzuB}2T;;r{F*1GBr)=fXUtmLu?S{(^-hLZ{RBP%Y9;gC{z z_dL{b2Q=-N?=pLP+;WF%SU0S&sEFpFP7Wf2q-~bM7j>8=6)tFP9l&LqOcP#xaLM*2 zd_!&IGmAUQ6IqXK%3xP2cH46d-1yG=Mj##GqjZB8TrQH_nYYA`Q$X{x$p`?2Bvw{q zkD(eWLKC=SrLMe?PwTV*QYMKVP=zJPTEj^@Qhd@A%h4mRjyhT^&lIWB7ohcG4k%7S z&_>N+H^&tO0RLJdq7F=#MPQGiL1>^~HoP5MLp$O>Zc!pcDW)E;?mvz;mAZ;BDvW7u zrUQO(wc_qI?%}^%gmNFN%`nBVKPYL^l?4r;N@j`Ve&&Ay`~tRPp4HJ5$(X zl+ovk31CW{o)^3zt61_YKrenI%AOvR_pY&@dXfs5IT;b(sooidao5w9z?{#HXe{QN zGfQ%vUy*kqC=WN5F*zqJx$-cLnlvJydYFHW@pdVM9oW6XT|rhaqpau>L_x*p?jVpw zIAJar)oUS$0< zJ0h!g`I8mx(U)a%KwBh3%8irn@cUE_8J<^!C9JuD*d)(OYS8@pS0@Zej$ zWF)%IZ%Ptir{iOgmK*+yU3l#)B8HH`DUxvPxs>~6UAian1#R!+Q z=BX}N8?eFi^Ht;FVUcPASgS!~%PoJ78#F>9on~;oIC;8f;w?sTywplX)_r)~s@nQ;)Qy07&snU-2 z32$VSi8HCe8xHN(iwQXTvq708j1B($>e0#_`7zh4G+?)CWMgZsCKwld)2)MVq%41T z9HH4W-1V8uzTvl?#)pGh#3WTi(rWR(X$ z$|Kd19?4*XSa$~Q`hQ>PG^C1tsO}?#sGOc5&rk}F@r*&xq7D;VPddiW_ww@lhfTAIp)l`E7>xj!#ezUU+~M;~^uIJ5#5+T?o877u zaxciXp`9@K=0O3z4`HJgssj!UDj-0%^d2=n%gW1YFS!(nI43l~)f6(%f6|ItdwF|M zF{nMFM16%L2s>IbfLK-ub+$A}dLV!z;otQNp$)*1erq)S9d4W#JUV}PDzmFIbD;|p z#6K`$@%9=KW-@+7M5w~gS-$9? ztWV8PJVrE9p^RFPqS4elXnkYb22LdnQS_q9itf%uB?Ok-+TvL@vbGm=dy|C!3RveB zQ?1y6_X638TmV*)!aN7}JN(fmk57!qb`!<503nwHu3_PX&l({cv?z`_m3T|7Sv|$# zBy}hvv|dn;=2WrxhkZAz9c(1R*=jeFlx??$l>A7>hy|zwK)+6s)0Rf0Q!n+j&bhr% z>()UGuA#2Wi2N}MIkFAjIEh>vrkrdtobUQ2mh!(<5wD97YNIg6L22bj^OF+xRVtd+ zoz#?+ptWPB>msO3J9x&K284jAib``?JIIQL9$vg}q3S;E+f0iC3Bswr{M)=4fnJ@> zhrYjWWPbUei#{mF%PAF`KE#Y%5sQ|g$;DqrLsDdde-J4dEYs2C1^#t^4x!1vt$lQ&Yo~XRQX+8 zVh#NdB~PEMhQcTaamMM(#C|$f{wB|@q#%wPgTJ3a<V!hc#e5{7@G+yH8ZPoH%9-S#yd22qj8xP(op*B48K=KdssBb z0D@h=Q6KFmt(Cq2+&PG8h|z$;^+FOlMwab zUMhBOAF+*wz);@DN(GGFAcls%(6?g`?-vh5_}7Gj$rt6Uv5eImv9!4qGvvm&30lk_ zFf{&23U{52HnjYU_SUOQQL^EIt-zYGOqx{b#D9S*3I>^}{w0Q`digbEDSpr913#uA zc>s=Oom-o@gfEN^8|PfZNTkE4w*i-kdtBm}K{_YvnZGR|p?JuVKTnuA$UHZM*)int zuRrT7xj?=*4ioHdrfn^2b6y0q1j zFlo()F&TuMyd?VHBI`$tzb?v3Wq9Yq+Nf53uZDMT3oV5O|DU zKefv#0l=-)4pb=AYT+5;!1Sh7j&K|=U+X7R#kiKMa9(EDXuC6KCRg`X+2fw~r^MXj z=t!mnD^2~rpR}&e6_k5)e|Ncd&N|Cdpz!q<;%Q-X!bu->CyodNWGiQsaR#Soe5;6n z9hOiA7pmjEHb~sK8uDjdQdG^P z^K6+zUqpzn)nqF!p3(?2z_|MaTh$j%l_T@~afYPW!!zZz#=0@7yRG0IZs%uQhHRV(aG=ZKhc^Xo^hCn{9 zUUv`MxV&#+ybFsGfNBfM=$L`rKB4?aH1sf!&d4qa`Dz}^qS?zn){yQffkaJuVZy-; z>m+r}`&%lMTu9jo3lN9}_@`7Q&_yx<-O4#7;0|4a;cS2TNP4Ij8v4pD%cO3K4jmg|KJLr&#+1e+0u+ufclS@Nm8JQ6+z>3h zCa7^@^%G~zrZ$s#s^cx9T+DJqYW&9l`_X{KyPgjE3i4WdC);&QiaH}*xB-2v>fGL~ z_U2uig61pDn|a zM1kr*wLDRIm|k{4Z2Spc@;d}oX9QyezxZ*}#HiNOiFH&wS$n2NR;O5sMA0S?x7Q5( znZ(WMDs}qg#59=BY_%Ss-2wrEE8%6GHCy9VV3P#E5ZB{<9yOXseo;xBcV6=KamfBV zGoT^tj3~SG#y66o_kUQF$9BOdkJ^OBj-yn}WQA)qtCvhKG3t#{m{)9B2-4Klp@nBw zaM?p+-Eb8>RsW*{aD>4&s9c&(;Wp-ZLH&eG?l^568xNkb^j@|iS*Ij*94Dui?U0*z zb`f)Zj{{#!sERNs&oed_p6vrAM++HhzQNcSKk)P0qfBck}Zzj3c%jTx{^%Ff|3eh%AZmI&U@CtO6nyDjR{49tp!M~eVHiQnTh5GuMf zv?)E~dX-9<+|Cm^!MXIndFw%9G0jf{FERBKMyKW{Ns3)~+Nz1+tkmX`PpQr$lR4kQ zt*G8DI=c~Gkg@*4;t6sqK1}QoOOxLElx!O>?$f4s&^;|g+GyN^oT?QV!PMu$6(T4y z%L;DwV}gL1AkW@!J)3LO&x=<%s~2+XLa1_@j`4E^{N??6BUnr;K0O81Y^HY%`OaG& ze|rcT6(#;~ZT^NcwD$Y2Mj5qmm~52Lm29W+h@Nj?y|lG*zH4iGiyeVh(FzTGBoG z)O~90@Lt;-kJI(7!iExzM%ck&k9Sd^&e7*B#HrP*Oofsfh0M;1Xm&Up z=F`8CMkgDu&EHfhbsmu0!p1*6wICsXQ0Pi&ncf!n?Y?BTe2Hl!M%T47ORs;ld*dZ> zbZsKAfEj9R>%OKj%VemYRSQUw#ag@o@wmfrVB~-k&p((UxcuneZ5SYToKdP6dE3Wi zteh#u2_*>4-=^UWqA+^y97t*Xf-|3`;2``%Cu=@y5#Pm@{gZGqrw^q;%I=43?q+Px zxxxa;&Tx1*6+%wh4VQ(hz9$iV>;+1m14pd}Gp(PO151?Ro2#BUMU#JC5UiIwpug7yIoc%KO8`UtM@?imsVt%fCpzoV8hVa?bPyE{!^2bnxP>FxkYP zMw#U(lJrC>m41zI%Di*GsXm%25o$>6_glJRB6GBD6@cijxF(Jkbe_M9$L4;xZ&0r# z)nFoyaZk<3lle&h=FE}0#(me9)TyUZRw(i?ci<`jRh(zYBSb=(7Vk~C&iRbccOhU_ zscRAVllo{UVJaIA-!cbAG7xLU53am#*SE^yo}H3kGmPZuJ8zwvEk2C*R$=?Iz!{tO zxXG!px}#=&AUbCjL`sBXv5SD7)~(lh<@*4aa@j&1J6o-B*@y@p8{Ot7_*}96K&6*M z2e5v%^MbtjycYzoSRcMYP{8YncRl;}W{3268$Cn@f79@8qghxmm$9yg7I5IfYCU-+@VUvq}o){us4dFUIKLLc4 zlAUoksT#PZXoe~VFBaOHgCt1Pa+tzUBKv-3*@jw5ON>O#5iFwBhCXkpeq zTLxEj23+2#I`QvcIz>ZRhcpv~rv>=;$aO?y$5@WhAtZiJ*6`AJ8qMuHBg7m_FysPJ zhmL6BR+R{cr%24@xjMmCfd9xV)vPmt z`f!0MiPcJ{-dVy!=>Q9*e2FD6YW(A0fJE-lCpdi&j@*ZBPD*ppaM($n!4b9=oWa{@@Mo?! z5Ny3QR<0MY`Wme^hwNg(M!wZ~`;2Ps;>l_sa$QfLfZcG|hQ4N=Q5E$iEc>77W@O8D zL}7Buld*z0qH+<-qgjQSaIdXounM8PL696)o!NplBfd}q2O9^ksNGj(&zLSX)GyCi zrYn29iQ9F7!_+x10x1A0;8Ew}jbu?3u;BCJ7wJ?GFg1B!z#Fx9afh`M#Kp>?xv_>cQEkm*&twN%F(L%y zT2}N`Ok%KSNpdb4Kb(&M7I?IT6J~d|=_t`kCv3ap<1xBWi1KUPP3qMYqy zwluTJKJEJ2-s1@WXwhEp)VB0`RhIDjL+HK-oN(qY&mw>RwDx;F z)SD@0DlU^-mzf?ZU>b+uFooA20T@i#vmsERw894vCWu=m8x;xoK?-lviBjjgm#!N) z+s4!eXf;JC(h^EFqkzG#bX*zO!n>Gh^w>~l){WAL38v1S7s7av+A2>+=rFA)Ugo`J zKtVcVQv^#_k!5nsSGg99Xe2aDmQi*WSX5aHG6G`}o0X#V?}_(adkImK%&#D~2cg>a z@ZzBvG@Go#6p91??Bjy7Fx}}J$X)w|(06wvhE)QOksTO}$Z~50RPlu%{`W6=O|3qG z69_C*4Zl%F#@*ouqN>yhCZ+c8<)=_~4>P!M#mLvg#qs+d(9xS#45x|+=e)|YbxU-i zE7K&DHNt1;hK5|o$tP4TKDT#Aiufe@Y9v>6yd~NzcXAXGvY^|*QHHvOxe@pn!wC?& zAWBh^u(=s%#QYKjaz%1WsG1Zz>W+t4#a{^D-E`2}vbDXuo}ldMGT7wkWJ*D+0oeuz z`*i(YP%}Kd1?2$Atzr{X%ZVYSx$EAw$*sGfpz-y<@r^`QxoW2avo#d?FMf1Q$%N;h z-m+b-@kzQiF%Nh><1674BXNk!m{#9xeLq7J2caJG*cWM4XCvFcI~34 z(FchkMM7(Su+`=o0htfo>O^QsGDrE(4oFpXhtj_+^wvsUrag0fK@so{{>uU36Pul* zT(kN@7gr+16u$~wlcs0SYEn8A@NE18czH-y!9#e5QD|V>J}d`TGA{NYMBJlW?9gfFZ{R!E9ze_e?mef5}U&^2bo)y*m@0T_OLjx0{)i1DD()skeM5uYYm=%Lv^Il%Fj5)73s?8!JcWVNcgX;7K!;%XD(6uP zSeOpG=st!L@k9!7dV5YrL_!$+V^s1s$?|m<$!IzWwOYfG`+7GTA>-UJFdxH zW+$7Re%5gUv^vs$^lcTE2CEf_GAXCX1=~-yo&8b{);&Rfk|vY@rLP}YqY^dD@R2Gz zvp$QOk5$}+WSWOWkTiYbsI1v|Fhg}ufTQz+di45xXsYPZS7t``27_0b9=SDhbTmo<06V$TLu9x0Y(*lwC? z_k_}SS`>@Mj@h;alj~ReXsKZZGhU-j$0R9VR11g26$kFFQ~s7TyLUvqWJpp}mxN7B zl3-Brejih)H3;v3UHCaXek8)ju{A3_f7=@ibvXebgLR&ey@CO4eZ01zTd%RizBh#{7`B#T6qhq^!R_45B- zgbF?M;G!(;3p+yD9`~6`jalM7@eB0?AKH@Xgl5mhk%Nt%9$L5oI-l0&p zUzFh^_Qciu@gSsrZl2L>QB4c$QuFcWCpRpn(q(TeqAq7AbKpveh-6+3JS|{1Te=%! z?MqKvMy2$q|MqKW$}Y1!Q3o3+NwLY?qSl1v0Hj@Yj5=R2O-C=*;^;(oaTBEfBAYPC zo7VGAJE)45(mRLb0PQ>U!Q{0VbnK_G+Iqh{!k^nbeCpK(9-Y#xT2`#pHxmwzj+RP14^yu;OD2GV)!yCJ_ zPNQZGlaLuuNTNYBxTLQD*?aTF>}r5VJWQj3Pkhe?!c?L24x^J@yAY!YdBKqD9bUy0 z5uY7NMr9DGk7=H=!Zvg>h5t7p`MR7g%M1l8ju#+B%3*Pj+fk|-T?bLbSn0y zRu7bfB*o(}Omaz$~5r z_qyxLLZ%d^IE*MY>D!RQGEs>UyK1m7#ND}=&%DCP!VZw`_%eLH)A0_sOD*_uHqiu$ zC;)L_9y7=|*@DI&FL~}_U>}nV>O_ZHhTBtw2D)BJO%#P>6EY1^-_z7@y~ont@4`>n zAQB#thoIuKT*ZZY93almZdlGR^ViTPRE}O4%ghqhx~+VREjU&RQw;Y_AZ_sZhf`OK z3ZOS#@>3cO8v>4}(Bo>m4J{bvYCm(wxajN;-Vp(Yf^BCgV{SPBQaY8uwv(MMdll9b zs=`|xazv^T7oSJUO);Hmn5(NBoW}1MgjHcUKwGb3w z++gMOb9s8HFw2A{OYOrL?GR5?;S_U}XNJI}B)E?j#C@#N!DVks7Df*UGoD5J*n!)2Jek{z5sbXP}x`m&!`14~zm=huc%SA3N9`?(UI^~W2&b`ukL=oYz zjbDe^qoO)|u|X$HjCQl)it1LqCOy*?)VN&^2ivc}6CHq6X)IQ~PoHaK6GsJkbmEk+VH zlagKn(AWBHCre>}3`k!&+J_8ZO(e4ejQSH`GTw~vE$VWWuO;GZZwf*0NJf0!X*-5m z_JrGF<>(KFv4?WMJ;K_-dpKd@)gd7~ljY9S3=3`5MscuemGcjzju3_G zQzRXU&Cie`C67hPuY<6fY=p);gWSfL6vz7nGoK6i_zdiP=PKD&$wAX5{fJpWs>)3G zN5Y*IP!JIjKIuPVNWy%C-I?2DYz(WYB9BAnOpj-r$=BEa=NfHXH)6J&p3jCj8>^;O zk_*uE-QrVcw4`2|w|KVYR77Hv8YL`d6Q#&jC6pP_B*PkScNem{*CN3H3WQXAHxYuT zA{*W+47<@d_N+n*XgQKS=XCu^PR$*Y?%Ngu7PQ12G2qgLjeU#x(HD1jL*2ga*u*PW zVp${Ab(Gh#z1RNz#e>0@3Ee83qME7D8$FNQ#PZRFlDFL0?#^T4=N`U==Iryn$id;i zMJLZsS}WLl7G{bs7;6ViBZKV^gY41IJ|T5_XPmB}6&}$v{<4$E9o^(-olPj^P7u@) zDz`CG$Rey@S{6BMl0az|F>%Go{xk}b^3`SmJOGNj&bvQwWi`o#4_-7-$VK=0Pb6YG zL!xGFrOc6rEaSR5b?tgO)!Js1+CoiCETb!&Nx3irkbO^LTyW5n7|n(|a^-$4r&_o- zPUG%g*nvHr!+4_wDp4I!j$&K6mekU?JEorLl>TLNF?AViDHPH`f@ro(>MF;S4fvHq zb0Qr0vOV{?>TJO#MD*~LLQaDw(+{heFS|P2%SyBo{YaH&V$gW91q?faDvmQa%@GBm zOXJ^DSx}u1Ua$AKQsy8yCT(=3O0&0X3aH8R>VP(B7-47f z58U*XVJ2D<2-Zh5R^gp8M>RM}hw-%^PJ4qP!BDjBLNapS#0D9cah~NP=(1*{@?*O> z^c)dOBD4oT+-B_JlagG8;b1Q0%T1x^f|bCXISB3LzMN~jFA17`82Ot^=sx%z@JLd>hI#=&a9`s12}uO|!m2K0pN!;^5*Jz*`LHDLTVIZRr{`iMZk@<>S>z{Pxc=^q{sROu3tIK-TWcbxNr?d3#C3X2dR$7I;_6r< zU+Zfq(}lz`+u6ofZW{ova4s`hQ}hsUuuI`eeR+??27M-yKqw5d3bos&C9j_~@dW<@3x2vJrGOG>~M1P$p`K=~cVj}=kSD?qGMsFT~?E8a?m zi|`Rsdu2)RRr< zeEQUid{cc4Q*9Nt*Q4kNnf4@%UQl`O7Tm4EdA6YBgQg9S>jGwXr#TP!i@sa+$bE}5 z(Q`WTe7jm|a}~I(3-bMpbJ{*Rg!XfB2n3^k!_D8^4hXi#nK06He+vHUBA^8ug-w=* zVA+gKV?N+XcW>Hv+?@JL1dbxXlSao=w@;y*RccniN@YF17ZTNqC?ty*VM@P@9THiu zXUW?Yx?yP6`=VL?zjX%Dh~bmd)T#-PIN|SzpCd@;UM+w63t6HKfYeooTVqiZ0h+f0 zSv;+bUqIYaY0|~QPba6wm%GtAet}@_>8<99e^8X%<3VqQDNp4Q*kPG~ zWphn*cFOi<{pXcZ)QDkcw>S$#kaOtgb6Ri~I=w5r!oiqnj+%Q>FSm97BsLps02+ap z7v#tXPU_TkQEqW54UqOe#N$0Z6<0qrNxe8N%hVSb5 zkbar9W(y`s!4uE`JpB|+OR-ar{h4SXOs7eSYGH7T4qvH{tWPbac%XEG$EvZ!9}|eu z@Y4Zst8u|0&M^C&V!}+A zpNa6E5nS{~{mFq-AAQ{1F3mIQ9Bno<&2B?gIj2KP)M^__m?Y{Uh}q*Xu{IVD-A>Ew z=oK6tcOllO(?Hu}EG%dUoWAx=x+kf7*_RvPsHq8F7ZBe;pq+X!Zb~BEWhwHgdS4W? zRgcH$Ar1!rZYnNvLIoYyz7uvgY4DnQy?^LFLTCu~7}aLDR6H9yqz zg@C@k6oSU``lLR2BAnq#0GwW|tM~Rn3=0ZIX-Zbo+|dTwHd4B?Cc;pphfv4ey$m5B z#0by@=-7Q43`3^A8tr(d-2jlf=!@Av@d8h;R0E?oyu{Wy^y<4wn2gxQNg*3+Y{4%XiRCY zxJ*s923?&9*9+(ZQT`VwCVHt0nDc?2(7G1Y%@NJi`ADoXb+-RUhggZ-e3<4z{y98h z^;k!0D`$tM?i1(ZI1&@EyC$ND5)i5(LP|Jy4#ifhVsxRX=NSsC6W(U!7{^h9b1Zz( z3(!T2Gs;EpJgkG<#X5JH@8obV*=y?5$~m<38`NW1B3+0D>=h$c$PY^CC{ z`r3Q-zyoY!w?#5z6vD7+~c zj~G$5ERmdqgo=xwwROqSGUm-rLCRWF@21wHtA@X%w)1J>(tC7~mi!MENDnxCUrr=d zJxi*@?waar=aje?Mv-Ml@!;_&nW8-bsCb95PT3BLsVZn?p7M(P@ogu;tqf9UeQn}l z*utYnJ$_8^<}tvlOfg+L46N-=&vv7Okfx!+Z-SaBT^(u#9(3u=GF`HyqSRi_th##O zo2^t#y>3-`qNy=-@w`f}>&70$-8gSIv;o_q68F;2xXsEp?ltRUdo9gql_)AlHTe6m zPWGIKlo&E;vrLV{*U*o8)GAbGh_*b}CW8>}w`J zX7dXGRupF=1~igGc0i$0!741pJIdN~ThTjhY(yDs%cN1lu*EX8>?0u!hWfCO>)z;A zDiHTwLTwt1?*Ep!)9)1(fRP1p)sH5vs+@o)k!9Rp&oi9I*8`Wfgo3FK&!(*uga?(ln~miU?* zGP!)RhDYg>54EtOPjomx*K&E|gkxh-rNxP{Sg(hCTS@1rMP*^-5LQmtd24XMMrshT z49!$#84s_cj1-tiw#8Z5J9oQ#;SqOwp-?KuVLABHPb(>-!q^4Y^C?ME1dmI_BBAp1)=@@p9`33U zm%m)*NpoocLUO^OZmI-?V+I@x3*!?~LmFxp@g`^VcLcJ_9L`!ZZe(W|Nsu&OA}p%ls&2v%~d zg7@F;?$`_9nB^B&yQNv}f@W7QfvtvZYY8URbiP?~GbMINknY?wDaO9URXsLInOFl$ zama?PvnGex)f(KvHVR4kPe1=vw&gh@GWqf*Q+z6Yxbkf~pL zXq{mN4IwNxDp##*r0Py~e#heOt4cLMQPa+-fs9^MQZvb(aVa+=bp=P;;lVYNZOQofZ;6Wtu@dMUb^=sVN z^C1hqUSay+O1GtR4_zXVJ?}+`bwDVsHfd5%YVnYwop>UJKU7C3e3>6&>=o+RR2#Ki z!F4iSnP*erfUV)=E&;k{l@>{jgyO)GvT)ZB1HA0-MFvn|sJ@aF@WuL|KeJMDzY4lq zJG;efz?C7pZa6)3>^#5wZ$bS;uVg<8dH;K*V5N=|^eqYz>Tk{I#h_STG66RtbT_Z- zZt9n?vJTl%bE=G_?44V#5{L}Gx$o^c5kDaiCdU`2%6nJIWq>WCB%Vf#qHTRkTr5I@ zGQ}D6&V1EC>+vIYDO;Hc895T#fOsmt#VSZYd9B&%KjrC^%Q*2+dJkCd z7wXG!G2B#oXzen)4~;Nb+M4>1T0sG=jUlxDDHUaKX=Oy)8Gey-`HeioksSS zlk-XE_Q&!RMP_;*D@6+tlj2cv3HLNu=Z@uY)MO&S3j8LL+T_uI5?oLi?W&x4|A?DrMCTbg5!qQ zn_L*eJteour?h)sGxX#~Jh4ma_^HhcY`@n4_`MO-ci~!Go|`mE)d|q$CN>h`hNugw z4G55awGQ;`o@CQF<=K-0=Y&R;Emd0}pUo-Qv|$tIY1YAXz5sb5z0WIWyuXE_gGjjM zw4!Yzq=5Ns+}u>?J01!l6jejv%yFpp;~Wa`RWJ4F;E zh1_^}EQ#xY&`L$H3F_?$6&Qp}IzluDQftGnPJg8^G+yokB)0In%QWh7B)s@lu_it> zzH-R%J0fM~LHfxrD*a*tmBddSf*$`W*`Nx9TmE6=rX`y1&wp~8i2ggdO5f_8)XmLZ zHt?I`q(44j_cCvTe~kp{POlwvf?ys|*KI|3UCqYEX$ZK zAHe0o&bte#jX@O@OHB?sJ6l@(Dxw-CL5Lb9K0e%S$NCv#`n2{P?KsaW0W^{%@B;Za zB-7FSuFT%_CnVweScLa+_Kh#C5{cFsD)eW|Q{2SlzO=^l!wHQ1!~uBRjUA^jl7sV6={qG9dRCxem=FQV71*Ni5pS6|cU&6?oBjC~G1(^(g=FH&-g{Y|IHJD) zf7&d7gm8q)mN@^E@$clEA+{SFOE$(->i(2`)vTm~Ygb(GSC zeY_+iLVC~{3<3^#q@0p%4>QP?3J>fIc1Dm!ymG%oXkWDJCNDTwxpYa%m%CMehP7e&6CE zHOUwa3fyfA_qpyW_=SlmQJg-3=gydJbg@SOT?%sSarW_uevc0&HU3}B!^aqy&7!rp ztu7Om>L$tgxe$kNQDij^u{UOnSX{B1MrC?j2Hck_9X1T{QpMpH-v&R(ZW{9KuB{Mk zxe6p{la2SzeS1TsuR0u2xV*`Jmg3A&E5$nKA-*BOAspe0#<{ibbLaygAPqt;XVO|x zVzX2p?IJjy`{tw|EI^!xYpT5^n=;Rja@D90;3Gop>4E*dawgbn+YU$9fBM}K_!< z0QZ8K>cfP_4wUKwVlhWxqcOCqkMv$$Zv0P0XKpX&zDO*ps-$;yQ_{VzjyC?`z4BCD z&uRz_q-0()7D|8>`*a}RV9JCR|162P)B;eR7K@<1@Kbf3)iu<1+FxT*45+p)ME5`+ zQua>G*F%?SZP_+|_}-kbJv_)JZgM}1nf5m}qdpvI*!huF-KKP$V|ZgX2vNf73{DYcO6g;d)xq&sl zNhbbeJUEKg=WJ^Rdl6_5AW3~Gc*7J54r^khCYoDC%2p<5_a?DmEUhvXll(%`DO76Dl|hMYz+sQFYR0$tG^lxEAJ7Ud;0O^$~+%doO{-|Hg%?m5C4+kWtBb zUsJ$S6LyTDf%cL1ln9WYJbLvae9UUM1(_SnttFpgAE(PHDA>xxbBJoUgeFXQCyk@u znT_P+7D?^&zk4zwK+5D$C+KULRr@?g{lTflayuzj^}?!vT3{P9qLQZ;aRvxzfy|m~ z&xLK8Y~h61M@=4%W?Xw$(C-N%3ZVwyEz_k^#D9QCm-P?R*XYXDu=jX3R4pN5>x5*2 zpfYX>33~bLl?joq(%_^3Uu;vfV)u?gWqMH+g!V$NAdGG&%@t6(sA!h4S@_f`4aRt= z4y;rfqT{S@zq)LI2aYqPi^T5Q8xm|Z+u*JLG@6i)1;9a>h$5Kof=b-kXta~%-OP9- zyjh69c-KA=ziVziPx0vKX=F3ityF@LA87p2+k zOeHCHfUN|c5B!tOURFR=ypyv&tDh3ix&<>BS!Q3EFR3E&5S zs$vju?A&OoK`>VmtlP`v*;-fl7AR@6kRl-|oxS?3HVP#Bk_^jqOhkTPG9Bm=T-G^` z>U0^+EccQ>kuWTyjKgv zj->ycmFdo%^;lGhtgI<4I?7RN75Df;k-`Uz4V>`?WcXi8WJj^Adk-n#2=z`F02OeE z_(uh05lX_0jNmJ6sT9mOvQ28-yWnxiEaHzQJfgqJT9!^# z+GOT(;9-bhDt(q+YFKIQ`1cyoL|ch7MYL7}yJ3hq=)N$O`BI?_5XV}0ANiA z$@Aeas#8&j=KflSX~>|PTI7!-+sHf!i`kdB2Eu_ju`KgCZc_@A5Kjd3#>dMxZgPC? zV9H1VoFvwwQS>|q(9u}n;}fE;`pLbkWyAlClk2f4?DWd1j!4d_9Qd^N0hZB2vX_33 zyNFIV*OO0ryMD%aG^QBm6=)HW;IO8dH@Yy#zzGrnx#uxOe_)k`-C*kQvwiRILh`xK z_?xuJ{4VvR6txX%6TV3k$D?S$OpL%>T4!9u2UoX+o`>$h>9T^5z7|!J?r6;r{pC+N zaP?$0XST*K3U=i&qB7JpC$>}N894P#&Yb&IROp%@qx*yd#65vB&O+d$jUyqlDpA1O z(SuLyjNfP)<1>qHDCbXUu+46pdmmw6U~r1lbKd=~ zv;|)1#`4S{Kp;AR#p=^E=MEv4a<5eBtVGcRzxRb6Vh0gZZ<%Q)m{cm0I#|*OC<2+@ z<%*)4#;~B{9Z(E1m>>&Khk81qQRr0&F4O36GHibbmWu*_8vgOZ$g=AcU7$=L-6L=C z?6($cGThiU*Qqi;n5ec0C^2Q~I&-a%B9hvThBMTkezMV}>r&6WVj_EK#N3y=%QEq% zZSneZT(10^1OIp;NZBNB61q60#+`O#_bF?Iuo>~Ju+35&Syx?fS`Wa2Wdxax3xNQ3 z@@57yyIIPzH4|EH9E8h@5wUq!oxO*bpC8K5Iuu4Gu&09|0#T++cXf<%Y>G2%Pkju{ zKHFVdy+aO~c}OeL65k`+^&uKz@a6lz7%7ML-e?!D$Y8#7a3~rrVINn(rRCMN-%*I^ zSOigNuP#?NV7vxMJxNR&cr8|k;9#)yBY=XI!Z$2?6uY#Zq&DTQ7rs9FuCpRDFsJyb@EJ}HEW(-|3PBj-~YBpH+A z$YEv|)=^j}_k@plR8b;@KNGl6A$v)Yn~AnNikc?Ynj&gqP1PLOD_{+|A}~4o^x;yd zV%bj()0#UKE@U*Er}rN-ETgJ|%~V4a}(6Zk6JaL$T&=pOD&^=a3rh zY*Bs4VJ(I?-xqbWFQ59InZXLOrLFtxwMlEi`htVh)zY{bS@|P{W?Wk97bTZ!283Jb zv$(>YHuW!Ku9cO;`s;pqi$ByL_E)Lk_4sPKk&tvD7PSdE{YTo#6fY%6ReoqU^cyj= zlrgq@6zC;IKB~0OE{V_t3h?#ymP;}=R79G~M|1CuR(hC^*O^lRpwhb{M2L67);x~M zEXfh_V|b6oRN)m3a7V_t7yIJooZ-^|o`G?}1{_G3=SGs@SHovB?L~FqQWO%D{iUI* z%~@P0%Q!@h)k@eyHzSV>3AlV!{2lTn-W(+G=g59=m>zQA#eCo#SQg7>3a1}>2HmZi z(BI3Vjn_&4gFa1FEUyW_)|1X6+~T@605T>vMImP8FqHU0jl)wyRj#XJF*}p2Hfn~t zFO@-f{NFYIPAPwLPv@MeMfB#fCk-|Y02dHPf3;@)w3lHDo(;u608NYMUBNRq-$_P9 zdN;)oCwN$K8EpBc&HfKiNDR(+HpK<^?U#@|e7a~b)?YJ%UvQIi>7=P@t22tR9Y;vj z6t92OJb3kencaIj0_iVKj0>i@yCqsVzF+{mA!6{< zYn>7f`yA>xrh2fpe_9H_`6kHk0;mufO-5UXJ8=!)g-*kO?^VWLSlBser{ zl{AR`N`cI}mXanfCe$P?_3LrZ!nwuA@msd}>~=Nk)))ZgnEjT$JW`*T%5gkbZ(duF z+lqj;e@-g=7ol8t;R;-QllYR|o#G%Zi7rvErxff!G&Q6P_J-_!F1 zLC7&oqnyBCmEsC|Lxw27bPgh40r!P6kb_9ZL?pfhMdwLF0*WjV6+CW@pk47;76Cn~ z`dX``Bui}O3l^j%D{|v(d*0J$y05Q}iLJK4mKTWBw&cloIHi{_9YyancP9X~YEARdZIG$`K>(M8>{$J=dq@u7!W*DOvP+}LTKLmn=MB;;@Qv^NH(Oe za+gY~Xq}>SE>A%x@6PSSm{>9am)m!P)Gh@!!q$V{}5Qt zhL!zAytrZubNu@=6o$`j+crm+{1j_Ihn$^|NyOkrD<yW@> zpdk=Fy>NS>9Gh^p&zBf7NWZk|@f58~i1B*!BM(v`JDyjJk8D@Cd5%>lTtN=)!=j!z z@P6_yxyAup0`)Im)b?{;djf0`2X?baD~xWIT$u(KVqTiJ=`mS(f}7GiZow}BDODKl zqLdXm8K!)Y)TH2JfTnS)8euXc8H7ghm;TrmMn0F2@08@%MaSBG9c=26W#1wCCa+@M zZUjD^mUy`XrZjI<3JHy;Pt3ygjpdFI*27upZulC(V~uqKGtd#Omv#yHUAv;7>~{E& zrX5^`Rn!_$2@wWA4MH`HTG1?4inuGgN8Or?dGC_2VX|Q}DgtlKky2IU!XD7X5I$sm z%cr5Db1astV&>e*mdtSc{sp)O!KE^}wO{r98vV7Ux;6_y$D_uiGXRS^6>dK29)<OPP2Ek3u2o@rCFDqSpx;|>Dc5p_N8QesDsu^R_0&m3F z

    P~*2cW1jd`3p&9D%Qh7iHEw++_w@fy>|lGA=VRD59bB|)WfQOVV8=%i9m2o<}c z^AUkpxeODw_=6VT)X|!TG)gr5dS-6~UY-jw+CngPKHmSLB(gXmrjNGi+EVh9_E+dB^IWPLxJY_!^Qe%ml{5y3xiVJE7MkXVF1J}b? zj7V!mHS`Rh{0q+2qX0m}o}+hMmV~*%59d2eY~IC-FqPE1%$opD-OkhDAzn3Df|!MpYUe1<+H z?H<$I3pO+y)D2XKoSYuK0Hn^`_LMswe8%SvuzElQ37E&O;v|ND_t#SU)lwmsOw;Yv z3{H7<*9Tx*v}>LgA{r{BB7gl&i{6z33((IC*10;@r+#8@F}PJNTqk%wM3u)Gg6!OW zB@rMRB8~iNw+Q7mBGc6Pu+%awf|gk2#z?EHIma9}+`&1-8*>Yq%)Kp>N!|$z7*5Tv-5>N-$c5<@ivd<8WbPOeYz(i*m zp3;q$Hc{=lB>bVZ3GQ&v6xxCH_|O&8V%>lbr0oJyTg)l_f*VMZBhf%w1~_g8^F%0w$4;1J1%_&);x_XKMN%QKBByJLH1i-9))qbZ!^WN3h}9GyJj6^hK-GZ7 zw8N_Dnz_frUN8wYyrPr8!0Z~}+>f+ugTuX+fXKWwmrZnxMa)vnz_;7GDt!kYayU{> zI4h0~r<%RD_*`}1wsXcHLJKrSc`G<+YFUzU!&tUxPrcQlrf@(v%7&)n0f3}NxVYzw z(AzvW3?t4|b*k9W#e)zAh6b(d2(>b#285Pstm4O`^r~7+PY4s3)ezln^}kvXdc41- zGw}MS^t8n*UEd-pP9lpp5wsUN<5)mVGsz1u;#E4laFV``8LS{xq)o)zEWMY~a)<1O~;ymjLkEIc6CCuLUwZ$<8xNAYDnsw{MTYc+ON z-+_0w1e&Q9Z(~6?uW+q%%|dMk%wkB96}IFun5gWOXm&x3SBzh@bx`zQ!?cdb3gqQe z%f=kL8l_t{k)%>L&JC2OuM{#iEFhE`ips7r+DzX9GlwqjnvyHg!g;SMxa=ABC zjc$$1;^E%iDik|^#xI9aRnxz<)1q(vS0#>#g2YKXy5C7IXv@i3hW9tZ>QH!-XrK}#Zm15UDn$8)YK1M}`&0%ub3m$a0EF##c-*;tzJJ$!M4rmy~hv#}#*TAyZi(rK?z>(KoiM z0ce>ap@jyXq;4|-iS0q3L1Rcbjp1@?UQVg9!+ zJjIY~%^2)Fb28@H{;W>MJi@Fo8+kvoA)uF}tQsTS>TcMVkRG)?d}a$w!_!d^V9HMA z0$J1EWe&wfyyy8$QAu90K{1|Ad(7)H&|)T>cY&psz8_dL7EhQbciRhfEFyd^Cqp0ka`&$3-VcGnhL=k+gxva; zKheD?;PNj%w{yKkxX8SVq$c#?3TvX@Re;G`1fecB1iL;;XXKb*!Y7m41lGk1MzxQA zIdQ*l2x-_(g^SRff)95n)G|%CO*^B%BL=~Xy!Uf*D!W3|x>{+oB37q6!eZE>;yypC zB$`a8bGP9%+T^bU)IEVoO1PLnScB~SVN!V@g@SF7IUQqVS7GBY3$rB%Ba#%EWWL}W zpT!7c;t2RAXR*HO>46M#Q*tlyoI2A-!!X<9_y$IRQ&*8k{oy1ZE4(oLPb9LbR08=p z-iktzk3+CEy(AA3kgg{tZ_9;#rw=m6&MY-#J!kL(YS>N>5e=+!KODDPMg%45~u?n$BR@o@AvgOo7;%t3S`p} zSr9$L`?}n$l#WLN6;di)<_ zXyggzCIssoTkbo8yZbOgPCfMyZ(j>Q*!HOnc86Yg$3aftnragU;ra|Tk_7-o<52R$ zq0J`=`=*&r1N&AY>nVG%*0xF6Y|F01Bv;ReX6D!greSe^J~Mi z)=x}=B6{5LtJ)9m7_j%0mF`UIZ|O%6CG`f)mD+QTGmb4UtOaZ4SzUemctsqCP=5D_ z+lXuGSv6?E3X_t1OleqW?TjFpr?Ht|FghS_@2DeN-m-w1nzGmAebcA93S#`psGcis>PIeyTrV z!IGJr#yd)It8%cD9g|0OZ)$KxYs1;teJl@`vL)Q2**x?m_ZUUiQDKA6){!~cnNSN{ zY0(HRU@b&05u5a#4>uQq>I7Mg@aGf@ymVuhHKhR|m$|SG6(@(=w4q%2uGnba_c_G zT+Y^t9zq`Q!KytxuoyMjdHaFTqU_jXaE=VAxlYz1Q)NbF?DX`;Oh83btgNrpAglVyupy}iB5Dxs{Up70AC8OP zVaZb2VLR{DVZ6IL^^`T7VK*qH6N8$Qvya9NJb`%pvr)XW+H=SNX@-e5^8{B_Iv_8+ z<}=$Y5paJ{T^tU)D3$nNbu~&d2~``m#*Xq_?x3qM`Ad3J^8sYW>Y@}iR3~)-3Dlevl3}=v)QqFqT2eEY@v|lH=xL6oM3WR<@exXb>DOFXVKO_7- zKeTD1xXKVzAvFZwP@_q)s5fq3ZfsB-)37y+H^ zMlO2`9J&g7e0NR~1h!qQne=2W7KEzT zSOY6?V-4S8bQ?YM-44m3STl`6l|Yf;fuz^b)AMKtQTO!3C)MqH>gt)D4{k9b2`X^i~Da9KN`2&0P6dO-V*oO4+eoI^4?Q zRak873-U=>PTcw$JjK|CtB0g^M-SAz;rSUcls@Cgxq~g`X3|8!MmYqS%_6VTJu*e8 z720nDpP5lR4#TEJcT9kc7{v8aoW3AST?yo6MW)ND-XtKjjC4O>#Or$pxjTd19? z;Lv$6+!s8H-WPUv;oksEI!zLm%=s_9g^=JW=a6YUeP~Um>6Sb>F@9lum8B21AHVpM z2Z7cEVfJX)`kycNU=PbZ0C4h}TB@EzaHaX4FFh_IcHg7jBQr(MmJ5@PIx?BJ?kA>_ z;{kqB)OPK=NZ&BQjHV5jXWR_J)lOH5(c=2(_MS+46F1CiRV2uY8Y8izhWXPBhuGM) zy){X36XP5Q9eLm~h&z0NS%|oBwFqz<%Ca0Wcy21qt-LAxul2Z6^o#9DIf9Xm`1FS( zPK>D}lF#e0^YlsGn+?(CTLqGE3J|GS*XBFRkjP4Rf+QQZQ<}fAWJR!Z1t7d-oZFur z7vly-kiGU3=P0;w zTgGz%4Ob>ik0?La20SUp*_RvY;c`6SeO+z%wgMTm522h<|DqkX?Mh!@IxHG`mCU#q zF0wo{Bc81_3UCxY9nU|lWF;K)B!m6Bko=q9zS!<2>_cgRg4CHr!%Yu(8Cd4|Wl^x% zv8oJ}-Yw6d-e$u(b3)|(OF!^K)I8jP#h>k@VpYh2zS-g^%|GIR_8criBQ+%hSU7Ee z)|@CMgV>6P_1*0sn={PU>dulr>ahXp7E;mX?2{X8QCRm_0Ks1Qq=m+>8MjVmWiZ-V z+4hh~lSq#OuPbBUVmxGc#ozj5x_2DgmL%2_BU$gXr)!fZsK@kEs+8U>tn?cITPD-# z&YpfCA{6#B&B+=vp*na#h!{wr2^_Yw^C@Io8O}cmo)cuu>a#Ij5Q~V~=SsN05?3am z*MeIt&gvrjDb7;A_dI6Qp!=CgmPOEJim5lN@s4V0ihUZ#s~)l9_UBlZLxBgm*Z)dZ z?bZc-pgU%*M8<#vi5O`uh*{ImW`${pFSgKu;m?D4rCiPYvFb>+h%!+j7I8h70E7WuJ%k>ml>(Ll)5aMmY2 zXUAxvXLU4xN11EQC1=w3(--3%D1_Km>h1k=oWGN1c!~~QKH>=YI$k5)(~3PP4fqH% zQQALjYxtkj#rT`CR(Nt=^%6IFIH8yP)YDmCH&E42f}}c>Eb5i@QmNC&O6Sq{A5DG+ zj$jq6ymL{|blEyf^pzmxyE_Ob0)57Ms`{X82Ky&6_8tU~@2n;P+gB>2Qg#2Sh4}u8OO*Qlqi+neg)Vw2O*3+#Po1G?w!96my)B|ya z;L(7K56aB)(sZ)syW{H=6TiYV@8jT%CdWj zUIjCasO1(AriH@|7!8vl&nVUmdOF);-gc!mc=~BD*zSmka9EQ^-c*-6Ro?ab4ZJ}l z@yq5(7*m8Ewy1-C`TX_J08=XMj@&+!u;Y|k{5-=e2wdj4F8LdW#!gl@ zRTOgZbEwY5f)Vb!%#*isTu$!1`s%=7NQ7EZJuCtx?jTZa&K{a!I{@}iQ=hg@x&7Q@ z2)kI|AOcq&O!zhp^x-nqz%q$NXmYLG>oxV&X%tY#X%M)2}-E%VV7CN^S4lV(eS&768Owy zlW!c3fK$|W1hB2$eks=`xH4EXHP8Op zV8d=K|1l;PCvM+LO=3NqT25_G)TNnOYPL#jd|tS>dWuwxa9_-wfbc4d=1LP7H$|HY zV~DX*x6%&_G-QqI-`1g1XjS1-hO=e9@tY>p(>bY6vbpdNxu!E58QL?eLLx;iEPSch zXff((c+y4w_o;p+)utf0LtRvARPAi4|7E1214PFt(X%D)H=SHISnaCiR6Kg?Ra)BM zlI1t)mxg)rD*rNymb3(U&P8T*98&e76(=+FgCQr{+G)VcP*d7}-Rh=9rquxQNegD2 zuSfpgU_DRb9y4iEeTr20ax&c?(VeI>R7NuU5z%CoQUqGf0ovb>K`tm=YAMZ1{1*<2@L5`dqd>cl%+ zL-%$G=7hR>Y2-A%3$<|LNLtA;0wdZzeR233fer2L6id64I&ceBZ7?f?jU$S0`ru>- zzHJ+st@sZK@9OikMotF3cWCXE5A}vxG;hk^ zf_xKo9ON-)bTh0jNnjx%FuT-E`m6Am4ot9N=<(7E4y{;Y7RS^ zdy6v@OES{!L$+FQDLeDC%f;*xgJ)pbcn-fR^~Uw#+ySVCUjb*|%ARQwjVCQtMRoyc z!V^vtMfQ-eYCLeAgnYGHa<7<`8*}m?^n8}}4+iK4z(r-TjEp;5y7 zshQC{rHFag9i~GP-4PrhpFyXjC8@Ur|5~1$dO24l>?huVLDm#2)Gx8rO&C9u0>iY1 zK%5_#=>qh9oAY-t4_LhoAwGJZ`!^piB65n(>@|1gx=_7*Cdmy#$Ts5}m4l|4e1;B~ z=OSjKB$4P@jZqH+@!98fz^N(RUu7e?IC`WgmOyMewWu;jy7v?h!%8q^JYw6=2Px$L zLW)-0>AE$g_-TuWWV>>3m>4p}NKST)!!}KT9fcJ%vT{klP1Q!vcCC?B<2h*u5KqW4 z(s`Q>P~#;D|94viU(CFaIA*Kdn?ZNV$wfQ9B_NVkm_ZJs(;J7VMB7*lll=QYkO*n+ z#C@~m3ZX19Aq58-H&FI>*${$An5 z4ji0`P^2J9@wmuhdkXVu0vd68y z!u~Xg=gBTb{ZG>zREW!0J$`~l!8lXjInI9YmLP@xYD*^Nlqj~qxQFgsTH=UxoVs9? z-Jt6lsoe~BXG6ayLX+($Ia>0JRr?&P0~3 z*#u69n;*Jo_T95|S!7f&Yt3$vLD8^L$)gpn#wd0~(>9B1Wnp(8qTt0;T^y}JAWc!i zU((`3>+dj65(VFh+UQziY@OG62izdtBlzT5 zM~`h383l^rzw?)mpt$?@TR`PqKVTjmSc`jTOsbrHYNA==w5jm$?4Foo1rZ~kQxTa4 z?ti+n+TkJ+)tErBo2wyQUu*elYWJ}RHYx=)e4~2DCqJATO%!?n!Y|fkQ{33SiE#I9 z8+(Z`SiCx4Yow!Tr3N4+f;?)H%!Q8ZftD>HQ5`PA!tMW~)Zg6O_1KtvIYU7dAOgu9&xKgNoHAkv5V$LQEg4_I3#z zEL(}tv+3j;?k_>|2d?rr66K=GooaY<&Qk;wq|`IP(E>oJ1@q~WWf0_v#yv)-EJYdP-39)BM`;ox3;{xk!J#FUO36~-1Y1%RG3v8$c1u<+akRxsTGtj zSmX}i=W8}Sg(Ap}o-iX7KENi-oaA*&DSbj0DHa>M$h{ z*hfcEU>s0-b_HFwWRHWsx}3ww)A6hMmP-EFLtOP#DWw|f4JlA8;-Tf&psJN6*?unk z>dxt9Xwqr`+{#_~@WAQB6DtkpG9M(3U*7@>%fs_XIHol8y6#zJo0%2vw4c+3t(#Q+ zY;{PyHFLuoE}l0_5FGSl5lCW>CZekW4QDS#nN%Xx!&keX>CO$v>@Ma9l ze`23lg=5hB^gq%~)Tqsf#cz)78`Sd{RyyLeCNvM1!bk+WD=B^bUS+ldQ8Z=*K>j?!fW zAipXYckGEKUEipN=Zk+Q$(DPmu4a{bG5GETzZmTNzc=m4yb})bp&Fl;LgWxskCCHz zy1F8PLMAxiG+Qv2{A3}z(J`~KX!ks5Np&60&M#8+;vrK8szLmv;$30d`#WOVM%5+PG@vvmF#7#qbWOi98`R~rpoU-fUf%cJccMl6W zgE!~jz{#vAhlvDNCEO}7nlTCTaNb|j@brN1%(}%Om-IF-#(wv#y6kDCzCVbVmD|gj z@?}URt!o}lpa^D2;AXDK3~^%%2)eLI-oex`BG`gjzYDBNp+TtTu-fXELK#$se9MB> zdAsD^0O3ed!I|j9R-A}7VchfL$)$X6PD5%vryN|IG$D>;fy5tZN_?+dnBqAMkHH<} zO8rg#ts2Mh5hEI)c39rd4ucs}s2~b@-|L04I@tHAqq6q);76kG_~DcSwVq+Wj})z} zy~|0{{Pk`5DNKfBmWOabuJ+25$^B^lVeQ78%+D=|WKJl7Y&88tn;stfu@PLKPuURQ zwlI)g)T^#)z^%GpJ_~#)E?War1B&zLgg_0&a!|zMK*C5vR`!we(#vqDPW}csdwZZL zE6rCyHFvUJhz=U=1AzR2e5$YRy=GY@M6@%otd3Y3vY0Q@2v2^syC&46UGe%*B+?_1m|jnh;zMK| zj|^Wb6=b6osQdXy*Om;~+(*QCa7_PW&vv8~az*fuLe}5D_J)CGyPnUu%N~GvW|nJ` zKrqYfh0#&*=@E&iB}sd4rlF&`T<3=7oQLRW9ZbMx2Vr6GwP0_bQf;kldd8MA08(;vORPT@#5+=yrW);j?lYr+Pk@U) z8$8=?oHZFAhUfUdXE3iz^$Nlo|5q<^g_Iu%PShWmJqbdeN{|M0QlHbu)Av66XCVlw z+0vuVc@2Kp%zMg)r9ZJ=?L14<5Oyl38p`#V4%mY$2nZJkT*w1{4JY_eGZ8mjW4ES4 z!B4v0#ncQY*ps)#+cybIH1!xb41XRPdYla}T7F5y#C^&8s`b3xq3+I^?pvHb<2_l7 zMj7-j_%o_K};{Tfo__}AfM6PT@9N5*|0ck!7l%I(7cjNItK-YXfr|2_G)sEWm;>)n0&YNK1TBcNm&9&6 zHyt6E!fkE7n$o}Dm5xoGZ4qMQHDd#}Y?ouchIa252fp0Qpf_2reDu1+;N=OMI~v;> z3Ba9%fL|{9cv!7UIsH*c-YTt=KzG*pKfZzQIipZ{_+E@SyG7M6rAT5NIW8)vt^V|daTleWJ?CYiO1FJ~`t za9*UfMv*zv8lYe)sM?Qvu4Vw-*z=3i zukCv!`=av{yJo8Awyu#_01Cr^BPd`|{C`SFt-(kIawG1-ytPSRJzGfv<`+Zvu9bcR zq^#xcsDhQR=Z2Pw*ghRjWF?pp@WhZ5>9x3K!=2P~FoS#hzW+?wHYB4~Uiqvy=*I~mEiSBXW)9`$bAkNBirCsP5vv4ri@lLnEhiOiy=cS zp!v)>%%zEpnbK`_u+rzNf@~BH`B0z_@}F;BD*xD%!LXma!O``(M zA*6+X`c=8Y^`qc15rFhV>RKdnsDKA3HzM(!>c=PFikXdIBOgv@u{gsBg86mp5WNzC@5otS`00O<%qJg>&GrRIB^7vt zByLIhnA9cs1YvNk5J@(kast0}Y9eT&4*oF>OX3HTwpIJ`Iu|;%6Ga4VC?b)$PA0do zIw;&ljz_z9O}*#1xm4pgNXI_F(OXGnIy*D9>{$>`9NG>EczHO!q%}VR2bKK^ZDchf zMCQr~=__s}xU-%u=3`$h`Iq`Rz!3%HYJ=~TQwr~_c0ca69{6yQbaXkdxa^ux%T>zQ z<^zm5?)7t4IG19bU;h#8$esrrZ&8wTh=_gT{nIgl!FkiA8mwT5?lq2;ZNJA=I8-Ao zj03_upCbHCoWNAB;{;MDaa*ZelcVCO*}~4CHENedGj7u|V|gzc$+}m$9jAcjJ=vJD zb+MLu2(0O<)9XcaHbI`-p>-%W$7(`t027CiZ&L_qi=_5OUt$luAX5c6@OVr8+~#yh zvX3&;iNrFA&Z`9xM3)cAR|m}?dDI=vq^Zu=wSHvH(74NL*^DznFm8q>Nmq&cm_tzh z888TV&t;ZVio8UO2U`7EAFVniwjzv|BV*p^5h%F^Nb_H#(-- zMvFt|b0W!3WmJarb6s;msG8PDdyu-7PkqSrlJi7x6FrbUqE3>3L_v|$;|X784p2#)z?kjbn@ZegZX4ag0b@MNaMtR z3%uGk-w|CpJ5!-cUiiP`u%9Eb?A;U^54kXe=D8a)96n>4tryb8+?RE^-&hyi zss-eqZ{sfw-%t9V&PFcN=? z;HyfMEAYyBd;`lVnyKXlIt7YD6IRt*%Mfnzr();qa6~iE0hui&=3lu6t0?)e!gXE? zNg?*_pt)%%Nje80g&Xm;N~ng4izoyff3l6qhV#&~}s1fi*98;Btj9@f#?5ayFREv}2`hK))wrDQL@ zVO@e)T{0)q#iar;3*!jt#@rju4~TVWBw3D6zE2kDZU>Xl>baXpKf0f(KLSW&oYdDK zB3U3jPLC_N_-7zNw=qHL@yQ*L9EtLr#)mWO7Nntu{DGX}c}Q9@w=coP*@HY6#S9Fj z(K^w4D3IlStqmf&(=OGAtp2}B^l5x5NH{3XLc4<`M!w5wa4jQp{)8qGjvIOs7~Y*^ z_QkXEzr1%2JIfCLxMX~>v5^~gwXo9=2L$o!aPP~Zjd8YzvOO?nSaq%#IA zBsxsob0HNMWZP@>%ALNpJeFC1ImX;8wQ+1tlxmnH#lM=A&7to=nnTlCK{rTL#g$Dq z%k|S#Z4l5)ht_qPS-Dz#scICa@?6X=}b$v3<*H`DU=4`q}L0+GuBy9&=)dS#uy+WsZf;W=xtUh{d!m zFj|LP{x}`u}OyXk|Zb zokG?<^4(Uv5r~kANBA;OoO|$wj_|%GMe#yOw6%O@fVnIZw?R-H>pA^0=wA{EfmKD1 zlxhdYk>WmpXkwX96*&(2~+0h)TvDCRT!xAPlIFG#2d%5A;;YreL!&3Pe3| zM^wv!u;h7d-BGb~5UG?Et2FB>z9PL7MF&Rvo-o7GiwAh*F{8YpY;jp-s-*k!93*+X z5KV49L9sFO8$mCc6Rj*K6PBrFm~98i zb2|aRf#myW!p}}KP8)NJ$i!+f3Ye@t+_}3=H&x^^tmKDI4%|^cK;0a&Ki7QJX4RLU zAU8@pQ^Yc?l$Qw=JKbHSq16dGH<9spw^#!Tg-y_Q45Y4UbFJh9L4a&=TP{ol2 z;|N0!>()zL6GS#J;_e+BJ76{2K#YH!G-Er)WaNmnR9BjC!nFyPWW}%0+51Il4n51w zf&Tv**77@*))VG6)E(rjae}dq__CRr3B&~lAl~qgt$AmJ9Q4X#W=TgB#;{OF`dnSh;L<;teFF$5qMnQANDPaEH+Di2Afws^I`vQc4ROuC|kduz~uAxE~575?l{ z4*2-ct88&A!lvZEzP_KX$&_fOL=TKaweK_d1-dki{>^9gZvRv!eah4z3td3Q_SXo z8xC@6HxJu0b0&I|O8K$DwUzM{xvR)pODcDFE+654UEm-{n0Zu$y)H3dfZPt*<4`+W z33Uh8X#S9m=?D9)CX4f|=Ede_$YCv9*;7QIQ;DolrjuD);v&F%jYwk^TK(kblk^`q}b&xKq49am;;MQ4(`ak8e`s7Unm3Y7}WElh}K zTYLqstS8+Pi<kDFEWfDdE*0autTbUnk>JxXh< zQ9bW4NYcBaQtIYzB{1}!`TAIUy2GkM{68_=fB##&Ev?ri)Kz2b%t&$J@ zvp^#f2O`!KXj#oLXh;pk{qyMWWxk3}$Sp46QCn^yh?g$?~L0O_6xW?h7 zaPBKFnnvw=uVtCxxdyS2o&j7t*wOiHIt{Wt31#N12(8@Z=6B>cE`}fkZz`gXOtkcN z*J`RhlEXim?%e@hr$;EAJh-iIMtbs4YBF0Z2M?gufp)c6(>6WJRs0x*{drgD^Pk>R z{rvl*w&EMcWJ!<`oWPH4EM~kfoxZ*lgxMaaEk8WRo!~N>v=iI7@|Z=o(?drdA$+vi zDB9J_ATu~+xAKEy1~VxRp6LUEUpIQmZ>C^yYI}^Sfc=uD52~h80#7;{`SWC;w3DOk zyZ@B@hy<;&91&$-J<};^B5MX8i`Dp~NG?cxkEu{kjZJ}hS8B9y5txCxWFQNQ6QgsS zRg0h9B@+fQ?NWC6nPHk(?5%kvR^hx(UM_dn;;c)G zcPFR0v=DN~I_*giG8H9vJoeLNz<%oHYP0g1ku{bY|BZp2v)3{kfw>g&BxxA54G@TE zYU$FS6M;&&sL45BIO_H9t)F*;A(G$+pUbaN31ly+aq%V_ra?KsxCwU1Fx~Vz zILuv+7LBn)DUuf&2i&2Di-|t;zq$CMY-eH<%A)IaZXS*sB;3L-1+tHJT*C=0v|ukL znnMJ|RSj!cJ`SHQwS>OOWt2xn0Sf?rpRve(E(*I2(c0@WSyCqTgcT?ITfA*eD{1LZ z1T6`sh?&52zS|@WLN5EL`$*9L1nZs}69Up}KDig0RS=|dpS-yB5~~Lyy5_E%hbn)) z{w^f|wtlDQGRDe%S(_g*SEMy7sF3_Pf^P>YOAMGA>E#!Sp#29PockiNNNXJI53&>W zmN&~MpeaEiwt^UI6H9-%HRt{dj7id|lDGMs_?=xkKI6S zkL&(XU6)aUApU@jnvztg-!ZnO!PP#i7auOe_p=crxOQY<0z}@=afoy}VMV1lg@Mh? z4G9HF=%y;3;mGz!6(|jKeUx~Flvi3Das!Mq$VxOofr3Ru%oG|sBr+JNbjr0PmfL7r zrYS%$rj-T5e;lPkEQzuVJ+6_+`QJ3gTjLJ^nM4yRp_*LAhhM)5=ax-XPDr1G>qq{P zv>$uwxZ|ejqUI#UT(c}yK_hXZD_tZray+=G$Sc;5>jsvs%Ibub-W+wQGhTUY-NKP6 zE$S=HnX)|ARscQwXX3vuF}sT7q>YF|d(y4Ie(nf%*c0%JhEhttRj~W0InY8SZHE#{ zImnHBu;vy&b+m;ZRu5il7eE0XFsVEZ2RNNV^QdZ;Am6kS3}= z=!-b4kfd07vk?3z6@-i*XWG8+OR2V;lw}Ew4;GV9B!iJO3ckOS9Y-x;)u%$0Jpu&` zjwZso%DbGg$!V7M5@?zdr__aapoeTLl60+%y?PpsBC6i%-m^{$TG>0KS7M(Lt8BJl z=w@pS{!JSCSY=Gt)}Beoh}z*+?jSYO3>b{d6t7MW{kt4ZMvTX9hWD{ym_+OnL(qEj zoX;i8oq*oTC`7hL5oabI0%@+?%})|6+{@IXP1lyfNj!Szad%B&!^#eq?~TUR)7)9} zJFjv}djeP^r70NG(wBrzG+tXB#lMdIg)9ntQqm$ZsdCGI5zftwDYuww z8e~k}&Dh`d069R$zhNYU2fXrf2MYAUd(g%s9hmi8kVQKi(+ad%%c+GsU^kp0_{m*to1gB$_cx{x zAS{}?Z4y~+fNZ6(gw)m24I9;*NL%P=JzYY^$IiwAx|A2{jdjJk$9WAqi#+;`-*vGw zr}$G_n_E=Z)Z;gAWz$#rH5qCmntH9K>yMV=IF+LkP_e{LU#+$ zKA+{1FsTfI6{m&rdc+q|F`=N4$R&^>D^pm7S#$G!tRBbc&F59=BeaB2f!wnPZySoY zqjswg*h2ZcPM=vYxa61>?7tBAOsF$$hS3Z0g_T%H?WsU2b%>L!nCHYTAyQ8Y^%JZz zCTjz*Gq~`-5O89XN6F4@7f20)CI{^aILJ&)d->u!1)F;bvSH=^A5VpQrC){|UcET* z`#QyqYf{%cHS{(c1+$sCnzcRE)c!W(biuQ?4679G4OZvn6ae&2_I{b?HU-vam4040 z7&4cR%>c%ix)J0h5Bo-kUW7cMNoCZOc3n!QtssLN@^kUQ6t!oY7jxa3#u;N={EIj! zj{?i2Ggb>vHLA=k+nvjWF?N7#LB|&8+U;gO3r6205svTW$BB-2hw3 zb=WfbH}b?BEbK8Q@RxY^fd*Um_M^ath-}DHxyvSR7gHD`a5-<}GKT=^wNiO_i3uUd;%O77?-@bt6o_f6Y0_w`_Y)xVhOsORjL3?xgQbM>MYQL<2;W0$#CEMo4KemVT z18S~Uy|sLOi%tU!#CXqmBX`vi-!~#-8RFBOjpduso-(us>3`FqRrXh!mU5A^N{<};Z1Y}}r7uNF>4KmleFI^9M#{SqOdx?T&jkR$bs=B#Vr_q%2Q0x z3sBf+#LS@%+P#1@)rjB(riO}kYHQ|{~{9O0`8?i5x#uw&8G3NcSGU9sgT>XK@4xC?89 zUgmkRstC*|smkTt4BS%E+SP;}WHzT=P-)e%8=YxZ%6pT1$v77u16sG5tsZOL^N5P) z*x)&E7r9+gSOwy$Dh$#XlLbyt7Y`cg?lW?t5IsXaGxhHErylt%l><}V97)eVA^VV6 zn)3^$oZGBLhazID=L$=WRvO!JOVC$d^!YkuwU%Wjh6Pm%ZRp5g-r!iQN{avQ<>Psz z#so8=>{!Ya@w|D0Thr&dSG5t&KmhfTX_sSYw^e3h9*<#x-CI6acoSaY=q`xiO+O;e zz5~445*(CTyWG!@hqHNcYi4(ARr@hEO8K_s|8Iu$r{Q{f{q#C>F;xW^CRJ9c)TY-kG zyEDEE{TkS#f0?}w9LD{i}FfD}~ zHAp%Xm=jlr@}sY#8QI%ln*CSiigTt)j7CTz28VL2EM#rl=O10K*Y2;pcD^S z17Db$Tj%S9vkYwkJ(ViDFfak7aD_y!Y^Wy2R={qu!h z1k1Pt(g^z4WkEt`q%~{oxTGY^1`ZqEK%eu$x=$YieG~$Y=~nuAPjX|kaAG{g5Z)Z^ zI&d4Xm3Pwzp6XR0a33*VODSVNoH7YWyCh8`)8#p$ItIq;Np5PzDCbee{h%Huzy+rFe!4kc+W&df;H`&SOwyXCWayHcK zf59?Mo5asu)mq7DtyYJ)&sc@`!@Awh=86av5o-l;_6HNBWUiq;39dnCxr&vzEr>8& z0(7$*VLACvhLOJKbRxWo$c2$qBU)L?0^9!s3C|RPly_=klz{@9d&mUEPb9A+aM>{j zMpqabaJi)afD@I&(qzXNl~-s z()EC9k!8tYNoLva4#O#eRp=$e>95S_w)Qw~b;NV>3MoXy+4Me5WPN$tQUy^dm@lHL z^qFE;(pVl!pNAiOf*L-QCe z4wY!MIEoL<=8a{~CE;9+#MVz(a;zZoI2C=rJ7n5f_1QJl?KjyRbbiVr_6G21w$rwi zL*V2m8i7T3x@~6lsw9j)4;du(l=_YuP4tnYz4z2ODqbveCU>j&P}z%ar!i5BW!5cY z4X{zB`>I@m5O>?H?3!UR5pd`$k61#q2_yNX3A+HH9e5mj<6Poxc!0_zhHhG+$|nt= zLgif@vkn70r6cr6O@`nDpRC2(>RdYrFA>-&e2-8gusySEVDW6im4+ySJo#vWOo752 zueuBluzz?X%B+3ztBKZZ4?xT{~7uys#dZlgoi74W7P zi5R&+MtW7m_)F5YEFM5iHy+~>@Flb+VB@38P=e9}eDqp|!xCqh;-z*XiJNjY$0PbS z2ZmDl4?|~7)6W?1_mDEQl^qDcxP+B7367)J#!Y^RaD!Ew7;CP63loHQo2HHJ;Eu6n z|5EljN~8Hnnu_x*{uG#P3x)4YmV?Xw0C`04gK8GHEB0>pg>ES~ehNBT#ZP@g< zp|={^^EdAJVRfvpGKFmR4^-6w#gBwqrq@P{jV*DtS+uiC>ZAC@+|_?0EBjUNJJv}e z-ebHl+2D1)6X4umY}V`#g9XA)|24s5AWu;bhd6mQX#-HQ3cg-6tFw*y+6G^C&!qBP z3eD@Ji5irCd99lute3!P(P;I3n474BKGTld3&qyf0$#{-vST2niAg zXQp$wtp}^hiH8Y};KOm17Y3Mubq#EI&DX(0p(8-_=;-0A5$iDoU~;5-a#kM5f&ON6 zmN!^K@aReXf;Ce{e#uH}anb@&m}Ss!pWq4A4~hmF)g!Qi z!Cg|^^pg|M9PyddL$4}9+@8E1nSzMc1$S8=Y!=-?;`MePr5jn)-GQXB<>R|A1;+N@ z0DkzUTQMk77U->wd8&mgPk=xiLuBre8_l%=3#nC_f*&bt#GfjnRk`z^Jr)Xyns>yG z^w6I49+yDO4ac1L@{Vfi>AsO#AZH9dgw^4t$}3)FZNtxWL^o*p<66(5R$0Amaja2= ztzE~Fj@H8mY2jVzXihIPH3AQ}zKbFOI@BfryILFt)-0*kX@Kz)neZFVi40~c%FQyV z*_$?$fiPd?cdHtIa)>f?7=I0u=}7x$azSiOXnG!8Slx~pMNV{7t055U9PP5*BvUa& z2@HO0ZARiDRl!QrTg*K}Ey$%c6PQ9?8f2P^%G8+O3rWhO?W+<-7~76GU(9f!$O+C4 z0~Dshit0Uz!7Np?67%)ywi+=j8I&TZ=1uJGafnv@unRTfe&$s5_jMUfo6C3vEdlax zJy81Cj@j;1OCL;S+d@B@JukdTJrE53MBJaHVK1aa&6uiuBCHJ{C5IJ)72SyJelYVBy#;yj}gnk^r#9@ zP>8&Sl986PW}nPA1{ulsjyk*#qAN;pB{`9 zLrF@Lkrd6eKwO{Sqa=?RK7;9_Ik?+<3};qrh8csok&j_gN_~2>K3bq)37ubDER}iS zLZNeq#0cXiZX!BYPI-llr6;?^M4X@$^H2W957XRqFC>~uT;?&-=8$?-0zb$5g~2M7DoTfLok&tK(pq3)*t0U?fkaLk<-m7U<0 z+kq5WtkpJNjM~B^AiFtQNkf$GcQcZd)V`3~5k&7#{S$t5t4?9Kb#DDQ%x;h4D{#rH zTb?q6BFfMFVOr*#6MXYs_fKiagGOog)+`4~W0e&JT16H&Xy~70o0%1?+IjW%V(}?E z3t$yqCA?=Wl7n_pQHKNmJg+#s7M)ts*Dsuysp0%-LY`_C&eCLyth?iLH%)nhMxRYX z56c74%S}j;h!aXtX45AHn>&XY=}l^3Fh=|KmAbKSq>9{A(8C>zl8F8GGPE@1G47U{ zY?Xk^?^=?Aw(Jy;gac0A*=R43ew}in^5ka;ahD1(*D#V5u$KO7pA1|Jj(FN_E z-KzdVx)qMTeH0kq4IPEsRpjR+I8!DN zuT#UP$9Xn>++a%nAnG?ZSTa8=LwJxQgl^;*YI8AbkxdbVBMQ9|_Cpcls!WLcl+H&F zt@HG_=v%N`=7kSA{-TwX$PiUroh|j*wM+SYRl;^lu#eJIxp&-SS%A=*Y$Aceh2wrt zH(LE#66?3ZAq1sg=j-M`qYQzZ7bvS4{dpnJgBjKs>ee7YGJ_c09&c|E0)R}3w_sUa z(M;&o4_L?fz$jA1paoHyhMy3lb~~FVy*|HletO#h`}+@<-gqUd>=xhCYrU_+6u}u7 zyNp7ZZw-V>no28!6p@Q8E0vJs1+PdMBc!*pP;`#8l+2;fP=|>x@iLnMW5GGtKHn~Mb`mMzFyEHE1l3O#J z9VcW|Q*x5yQ-mV+CSh6b)ZHO1h|$%{rdD40$}~YIBvgO05G$5$oao~$B<@7H)N`)X zZXv5N%}#SlCZyrIW&!G_q9RR=z~h+|+ovt;?57V?pb2wWl<#WQWh+gRQ!+a8#G}kC zJ6{UR)T@_}JxR$*F4EC|m| z#{zA7v^DZ=!R@nEh|yxm3{!pCD76a85RILdcuG%OvIUXkkqf46ajyD48N3FQI-y(~ z96bRkEcPyIcm1mZ3D|Vs`C0J;GK*Y+~ziskMe=- zl&yf3JYU`5Yz9q>Os5&yaPxO&i|z>l%ES3tiYRAQVmPIiDMunqWpqz1H%wF}W;^mA ze25i0afc&$fztx8(J^3^{K+dhXkoS7a*{pr%B?)i){44SbVfC+m$3fs#$}K+`VloT z+Wd~I{Jc6qIwfe}4Kih+dN&J|b$r1LBw^;!7K;WBgoW}klyB%t{z!(y-+^Gs?hRZn za3zR7kjA*lSd=t-uwRKXgRe5rkpuLZdurC5I}(Lik3`+h^RYboQKRTJ&A+?rf^+)0 zFsA5nYf;@IK{LhEc*Wdkp*BF=$|-(GzsJR6$zr@;1a)FnyVs*Fab@(QbLjVZt)+Iu z&jK(+2IOGjm{o|e3d3+qgWqme;Jd)}noX|M4RK?*U=De1POGGk$NGj^Z|7Q&z{>3u zbvU$F@FO;0?8cCZLaPM}K(3-Sy_PG5BoS84HpH`F0cQuE1(+L|^dQ<=79NLpueCJ% zQ|G?9g_$!t>YSC&nL%JMlw&||n`!aiy$Holbc=oy?7ZM-pzAjH)xHR18+lQp%ML-k zsODQQ(Y1%0+sLcLcO}x!Yh!lr9H7242HSMXJQ?o=vqRx&e;nQWy~3Zh7zKi!j1i~BR;kI zf+w;+`^Npv)v}L`nz|iVYFIPFc)yk`)j1~$BUjw^k_j4oka?IQ`U?E)I#CLmsOdpk zM3{*M09UKMO9T>6bjv)9O+%bOOO7ZZG+!ukwzl@sITP7KzO0uw-6%1&@m0o~7=$1x zG?(&)a~-rqiTI?^UC8sb4s#5mEIC74WLa`_1AA+YuJDIGe!-XklDo|K#clMw8GF^r zr@s;J*c3zH3NTo1w<{ia2t%y>?i!L0OwcQbu#>J7~ zfUlIwjY26biCm*!!1a@-@BVMW%++NO6g!Uci@D*vDNB^CJWN+#Po3wVC0J>%ra-Wcf#`0;{K6RUsLx z67jd)f?Pf8NNj`9^uDzl%~3>Qfz!NrC%NPHa7vhz zJf?6sA7*`V6O7)Qe>0X;)ABo`6j?=+%Ezul`GD5)*Ujx(L%QWSxq6^5H{6D*!w=npwPCpU-w}aZr^#Go}zk{8YLdRfY4z(0<~-uklycP z(uE~&4ZP^D%TQ2Uv1C*)P`PqCO?2bXlAqUfx&5FApdNZ9b{KV23Vaw5Qc*A`a(M|{ z5<1!8lLZsib1Rmx5q=fqGIqh?d#!QqX@TmsA+i1JR^B@bbta4$c`GFqTWpDl?~hP3 zEHwxt;^JtfxC!jp+JBg3tk5deY65{!7Z$fyh*xEE!D9lI3*w1M z*q^Pg!l&;TgRoTZdB5*h2YpEtnrM?@cxSe|f}QQUPB`lFwlm^ydN0C>Urt(<&&dx{ znGqK>+a#Ti4nmkAJZF#QPG~X9vBPZFYTw0ma?T`FrO#gd;=hh2-rrl*lNu5|<)PGH z{X>~xTI41vr!uQ3zL$Ifz9?}gWfN@*_^zsOZYdh5M&14&On&@gF+lM3pf7f*@fWW~ z81V*Lv7rjkp@Nb`p#!&@cV5LKCMAQwYeL^%on4~b9Rkb7G2LH=4v7jnu?lqvn{J_x z7xFnKfR4iLCap)t=O)15;9BLWK)>K__zCt#hG7FqM;f(4uaj=gM%Dgok2cg99o%6f z7IXsd8tjDT3!oBvSsF{fJ!wM;_5nT8|1dR-0Wi@|`=i~7!`d=pfM2!@`>=a<(bf*QDG=JQ)c zlEc4xNnX&@0mS#oS23=G!5yWNf=Zo?*rbu#73)z%df;MJS`g?vj*9cTzZlL#XHPh? zX%&-WjIiT);L+(YpR2`dZ=X)pyce~6L<%xY0w3)t-WPzFcE+|>OJP%RzlFx_RW!eb zW?_lF`|LZ!l;Y=<1ja01o4>$87<%1j?v;!x4ePTrDa~494ktIviUHPq$(bE*AsORP zkQLrTz$YrJeR~Ho`wu0j)Pu+13_}x=DeGJ=X&n;6s?{Y9rqu+6>8xbbcrE91DdoqY zrKC_M+HTY&N$pq?xu>szrKc+sbM2S<%sn9>x@xLF%ng^GWpRjwXvRrcx0yb)CSjrH zVbtHrNHZ005E9^t9LLJgT0bc{LS$6wPd-@7-j%34G)@CV#T$C2xKD{3Q#>O=WvSrm zI>~{Kd4x}ZmsEXlLZ|TWzqLt$Yi!u05#HvI%!_6C+(li3{l1K0ArIbOmoL`)K$td6 z5y69#P#EYnM73~GT)=+J&)cvlf;@?>3(qwUL;%VcNp!}VF(XD?;&MrA41w%t6Q}!X zrWWjxrk%@jnX~>ivAz^>K~^5%hhjrrc_3dnA#@KeIQq=R>yb^JqCS`z35fsVeksDD zaAZrG4#yzr5x9e2kfkTBGh5V-tcV@)&ZWlUPAmkN0skMp$WZ_do)vlBj{^Tr-38Ci+fyh| zm4F8nKZaPt>J>@Netsr=h**+`EzsGfGkz(!)Q7i}CXmVdalZr4uNsnfH`uN49hx4B zJ^Z1y!SDW7((ag_+Bjjs>0 zd>X{nu0ey&_p?j!V5($ZPyh|wg}BZib>mbI;2n@WUNf$caULT(FWjzbSnP+Sd{RyM zn^&jUVm93g9-RD6S&^C{FNJRX!#I}SC7f+h+rRhM3AKW*D9)&-OSs{@>uSdi5G0m1 zxYq4%IE1W|heAz7w>I(SdC?~Bl z?D5aC$c9%bmh53vRM}1&oN=M-VX{i4g=L$szF@1 zHwr{o&GXj?`ikUPc87!jpz)1hFIc3VeQqy1?W_odtKt0+6EyB~NhD)2w5h;8sk;K9 z-2-jpIhia3c1v9LI$oz%=E1w`BcoT~ZDCKMkpdVOkTl(}rCZ*`7GCnS+}PU;;3&=W z+14q(0-VSnSWi~SetC|!awJ+J`fI=3tWarx-H6mKc$#rp_2epmplRO4_L_*?QWNzj zSq!W+vs4!`DT&9dVPQjMw&L?4MTUf(?KPc;c}3;mgvC?Ex(J|)g(t{}L+Yxd-BZH$@~4>xv-997!Ccx)EV&INmelzuOm9 zI}x|hU0rt1J3A4aN*QuCNU)@OFE)~!HG#TvEyutLm~&G z>PJ!hz)Oys1&R4+{0sE)5WDKuKc?xMdpjg15upf5i*qFiM5YIoADCxSJ)$_eb#+s# z-z`B4xCc6#zXBY0YkY~y6X?|hFSgq{$Dx2ax+-^Cak9flRIGaH&*4RG6K=;<8TKF_ z#X?(svXuN1_q}*lYsl`csv~PASf+nmNXx@A9_^Wg!|>1Fy)@f`%L*YTZiFU0$*x6a zXjQQvcCvY2h_?thV69_`Y3FaI zLjp5}=d*!Sj4deM^5Qn0t~_7)xXr>AUnX&(Hq~(~0h&KF2HccY<88<`+uvgRfWfojxC3g%O^CG6FOFM;nhQBTVT>p-IDPaW%E_)sXO8ZZF238f3V7N99hI52)#d07hd z{zkLmkXtj5P{`~$jD+Jfxkl~J0pQRzvBXPhRf2038H~bRorrv(gj%p-aBz8TUfcRP zDtS2>=7uvUlzLT+;l$X`P~f;W;WZD<;yn$haY~a0+jg^?_pd6$Bz*8s`$Cq7pkzTc8@4@02rX=l z6YPuv0%xj-@bEZ4@flhRPNiN{ZI!h2!HynI$hen-;m(HH;&H=Jr{BvQKUN5SIM*xb zeZjBz4E7z@?mXlKFCcIr5?qJDb9uMumlGAY%1vDE;KE+VNVqI~Aq_KZ z5HKur)gnFgR)eV?HtL|S!|d8NN{Ngq41&fCy-vfY`4jnsldo8giru4)zQ6#J5SV>pOlk$x)TlK{2%YGFm*q#At_iT_mczLJ%RnVC+geBL zNhT3~=cDzE)C!Fhz~0F~9V9*;k3U5eFBW})&dV8F;`FwLp6fi$v{XLS!=&2t%gV!= z85Y@YUK#$J)aTgZLcyp#1aaM9Z3H13G~7a@j^`4CC&84Ri{DL$`+6zl8}VC1ZIi7< z@{NYHGwnL2ZN>@vX8`vuanSKoUc!1=A3nmZ&LmDFd)Hptx ztDFa(M$!0m%QdlrJeA~6jWlf-ML2nm>k+PAtMEuZ`kz`Sy0R&1(7_(-6Ma11z-wAu z(2Ls}1EO!FVvJJpD~F<}ovqjpjUCoj1OPy+mZNFZLaXG742%(pa&Q%(8-;zT)R#DH z`?&Hz6&nARj)_2$%yQ|owv^)n*BvWwta7w>U5ucKYLbT+`-iXYARJQiXU&CldW3A& z-kI*wp`Mh+p%-lcssFWkioX+eDH&Il(i(PFE#7b(-vp(#ca8Ry2;)j&a{}!$&*!G| z^dkD13};t7s^xu=tLCK^^ea%jijS6_(K5EbNb?dKW~C%z80ElVj}|SB^VGpxXBr%{ z>CFcR*-S&IT2wcbuG&2mkjn%4tx;apf&w!q2_3c>pRPnn!5&hCA6sbvGc7`uqEjRM zEW5n0TQkR2%(j6vH*n05Bm_~sg|D@=LQ6|14RMnNSvwIL0pWR9$(69{sEx5AqGs?e z53M|PVMuX-{Rk%w_C4)!Fbxab$PSPV#y+Ytd&q7xl5Lek5mEJ|)BJ#DNDwZZpszIa z?p?`^V}H(~O|HwdoPb)Nx07354-N&ZCZ{&Wl-8dN@1^we3*TDv?*X7aChF?|(Z=~Wb6g2GEf_WB1aj_&5uU1(vq&#q<*EV~3v z3P^Qt1WJx;&ikAR)2mlLCVb+0RxZ4pX`|`O`wInJI%6$@_Q;vciRG>i>ST^k#o4-D zMq0gzsho1@{G>Sc=~mGU(oaJ+v$72Al~e%S`@blwgHjqMtpALmjAtZfA8cZjOpRW( zgQ$vK!>2mdA?`nr)`apQmT>SCdhbcme;_GPzJKs~cWJ3O9$rncR%b=g0+%jKIm4YB z)JUv;?&cEiVdz*(jV2L9w3Q5oWcj~A9(Z0_Sq_vQst(*sW!soQL5%}UJKEUSR2fF3 zFE^bllc?A2Qi6D}BC8hY{yM)W7z~TRb+0fu^02o~$UM>oVK$e&8Q74sNrR4~c~+w@ zC{S(Ix13N_xl~wjwB8@^x-03e78_k4GNFVJ4@Bj{gB?{<`(=0p?E=MY-kR&&yan@mf6+snT-{Z>hQlE`(*Id1X1!02DL$} zh8k2z`OocfTZ1hZWRi(Dp{;o)u8b$Xk9rNzI)Kxh@06n_M+!W-U^}82kZ=s&+L`%b zMj35X3KwOxbnsw$QP^%IY;R_1F@S-_XJKDobYe_`dpcAdriGqo)l-6%V+}l=!xkGC zIecs3(j;jQ5^-7GlEsT34?9>ijL-ACxi#r?u1)d?1`KYfALN|>ezofo+&V1n!LikZ z^ZxrElxVo)sC z=&==T_py#=SYHm_z>Oj1H*IOHVAN`kmU0I-I;{g0zWxS%%VRV>c= zdaSC4k81}hW7hnbYINQn0n7b0c@vt5mmfAMJKTz7rCfcto=m3q1*=U-AfHhHRmtCDi z`t4fBTp_&40jSKte`F$YfpJwYRi)$nQ03T7-wNh`P7`Z9c|4yNywnCGHnpg_8GLIV znf=ui-&B^L*kJnS&q`yzIbbNA72d~VJ%%^k@!m@|>Kn$n=;iRV7lA3#K7r*7Ly?ow zM>ljhTMsp!a}Mz}$51K7hs{t_khenj_5VAHYWSD~+>c#1qR4OSaQBFN0Gpl~cBZ6M zj!<$A$`Y0tL$*IUd2Hl3B1wCt0eQQI{bmovYvMZT{zi-NnzF*FECY!}#BAYiN2Mhc zTFq^V1-F$!3WV^u!V-?w!Kx25wlT0(C(12a6WF`?|5vV%P zp-TJ?rJz(Q?s)T^cT4Ge?*JaEd?pNFbo5n3#v|@YW9aKkVv?TxZfB0Wmr4t zCh$5$ZuV(n9o84BWJ^>=k`Jjs^mgHXxnglRJmyuI{GqKekOP>LYbQBq>Y)y%L5r)4 zMn^R#NuDDFyCsC3$egSQ9+>>F4c#ow=5I?;BU~VFMk2|waI9G$C?X791bNk0g7VBp z@1Ba=#CKo`F-b-^tmUtQ;b^&Rg|b~v0xhH_xy}LUF`0+m!(kXW)P@FM|7(H+O#B?# z^4DI!m?M*Peu~j!5VIjXH++oon8H?cB(mL+3#HgogBN|ADuZ){TW8iLm+j8shPWbR z>v;NPaTcQ^)a}=D$)4I@APiF?eec8WdUbtJu&r$JJMv_njF+SgQA~SkCzN(jFYSVI zC9kQZa56)q=6J{H4Zx^6*w%~^!yMlo#0NkYiT6DPum-(XIbQ!X(;IKq!uS=8Bw6)l zp#``LK56+8<@eiF2D`m2i%KiETsoQ@ptB`8X-zbzlcG32j~OgCJovE6^?z~PT#E#~ z=V~e|GoNlkyemP3Vx*De(^i1sk~uQJMGTYkIyV#_bi{-M$8>tw=odad9CO$*Atw%8 zKV{|2sx~`}i+?38IP%v>6!Sm5#M|5Xc>|!$JoB;`CYx&HO-|~1Vi%F_OFy?b$VN4T zi&lBKG87!dq1V^_2V<2qDJ=vRLUtVOysm?fHn_1rEluwg%}FTa-z6*`;-C^R-#;?c zl^7FA=vHA5iL-AL6Kgk)HY++}Y8G5hPpp>dQW*LD zN1m6XqYFC^#ToIl2DQ$Oo%kc`8-e?SXF6&5l9msY%~o3Y-!jgAC&8rC<$Ws?rqL62 zga96{!Lv=b%ot>hT=;~Mj6c04u}@4ZfF*Dr{jIAQfQ4 z>qxHHvF_7&;wJ2}KoE!3?q4C+Yy?@E8zM>ORl>6ihn6*mOuv#d9{8{87 zqF7Sc5D_YunU>wz5X=<$u`&+WUJdGdG6oc-L`X1T38ac_oPaT~aCY>ht+~MzW$?qb zkGrl_V}wsK(-V@Itsx^Iq!QkFDFP#sbZ9j5<27RNI7~7EyO4k=$8$f*a+2Pz|DIu*v<`BH%5wzY7qLa7Sl(EYd}mG`AaX z41Sl?6Rg|`D^)KN?$R4LWNm=oZC98&)VGo?HKk202@sE?sUEx5b1O}b^UyM(5{W#b zln;QO=kCco5cFNSje?OD^njl^Ceqw<7w5R<}`L!;_9VEXxyKAx14583X9T=>JAyMEOUBt)yD zU9Z-S7oq|oI=RVUa`p`M%j$1lE&oDD^)O4hUqa|zII**V zg4-%Kh3UA@LXua=xOvOarL47d8R;KF#rFkM+sTrJCL1kndq?!UpuuTQ0w7JWE%=4% z$0aEA&U(_S%LCg4mN8z+NH(GwquuF4IJB8+y-_-UnE+XK#jzsv3I)$Zc$aP%1OBpu zT?0>qpBaDKH5TwmAuwfc1EDAijtqqCtc^kva9&NqFMf!)Fh--mNn3&uM=KvrVf%OH zRr2ws&aIoykGU@ zomAGzs;{y}7&^Eb$7o#odl`nYO3je63!_ldSbae33=2^!%D;q>sONhqlkH*yGy-@*R zXQxKY{KWxd!WZ9LkqY+9IFtu6zL^oyGHS2W3P7vj{^2;%jPl=~vdRe0vih+t<+BiI ztNqohfMt$pfn*;Ro?zkT)-@3$7S*XqJ-*28%D#-_{&i zxhO!VWZ*hy?s_Udgkpr*93#>Vm5V293e#J8mRr=XuxB^&aZot%yq)K{wCwv6EOF|c zDP^|rffuh2(^LjOJbkL^6zU!T*qRJf{Mwakkt!t^=Mq`Tjn_BET@pNR(Aj!`9uVMi zhYP_WM%puJ=}Jc6ON8V?uDwDNkkI*6PNPHkOset#2@$sFW_(1_FHG2EA?DoUJ4wQI zo2FFx=ss6MFUwcOTv_n3so2jAw(WRXd04*2F^CuzM8y5nK6@&O=m^RtnNNQ5I`*9W z6_00Ue5|au`%@o6NbhYbt3~>EMBQ7ztDkIDF^8&X7a?#lK0t~6aod0LxvU-!ea~OL zkNuCo)>1x=!%9((xktBhdC_K$1Pq&>ncq@j1ujlIQWNcCoip}tK!!#g*H1sjM`rzGiik@}F)^u6z& z5nUNX$5`X7;lYpF%F?bw|3(*SJhTw8k?{@tH5QURcB$tN!z_Y0<~&&!*%TaLcvA}) zZJnn6OCmZ1m2C~qtFNMna>Op1DLAfeC(>kfQO7;avF5m)A@ie@7-ndMo}`-RKlDTu zw2z0u*RG1JF2;3q8W}o~d2%v5hdLVPJwKaRmSQCV`2~|1Y&QYzN+_Jiv@|l&kLiJJ zRhv`Lx@DLB2Z%~}u--#-u!*0a<$`1NNt!02`Tdhk@Jwki*KZCaUuU2dK@y|jA_|Yk z)06G24{?pbVis8UDrp`a_n02LmK#T=B)dR!rzOzjfMqzSLIi@QI_X~4#FA;&V}0We zXnIu~A}3M2sW4wCii(YA=`*G@$F1smJz}R+xXE6t1@9TwA;1*n_pAf&n}6ddIuiSb zVPcHkE!lNaI+qZOd~Z)#d}wHLr&B!R;o`rYAXBng$|6JX8 zS>%vf#kHCx`w{K~IbHzKU3+p>V7ZzXJpkihCnUm-(o8BvAikV0d00drMP0f9%*!B0 z&!Kgyhu&4L|5>i`jxMTPJY74alSOX8Tx)MXSt#gr>GtNBx z7=v8#s}tnQOkFYCp;Y^H`Rwj=d5`1j2G<+i8PDebULTHaedo^-1rK5nhtYqH3qC0M zM=xL`>{P^?kZ9?zatzy3n#DOyE`EMMgFpjyR5b~7@mvW0V+9z|v^HU}4ZX$0QP{;p z#rOi!Z4$yHvKOvb+%T)3jXY1;G+>^Ys3NBh-s{3pO=AGU#@?V}ATeLE*w@`^9Iych zJNh+I;vXg%LIJ_^$2I?BA3(kZ@GI0k+ zJ_n(%41}?oIivC~Q^Vz%Z_*;EoSHXUX+c2Lxw0084f9t=vh)+2?sr=i?jR}IsGqdM zAziF={&C!Z^ALjJ*!!K=KiRA`14Ca1Zx5zmMl3WZ^3wZLk@41UYH+yne25w| zQP-Q2GOMHbM_TTLkUQ~b0%NK&+!{DYaKYg8Aw5)aY;Mt%4o${9;=ItG3b+-gDqi6< z^o~|?>`+&b4we<{OAFHHhdj_}^+KDd1Mj>L`GJyhc`IQ_3;Z*Rv)-M(RF1+q;Px(e zwtH&mCL&%$gkW52=z0LVQZ5QNthlTkc_YKtju->$T_%f=!S1cMLTkku%WvOW#C8pZ1veVt5qkhOH=~Pg~Qy1hlLr|m!mmU1b z59P~Nh&2Q5c*1-cpHwU9WLxxIw@7MUuN zjxvmEVQpXK&9C2SwZXC}`kA$bf`?~ewucFO?%A}pIo@h+sCdWPlZ(P!z7!J}tivmN zaN{?|U>gX1gu@Dy$NmKAI+*tBeS8k1O>2CiA(DB}c~KlgP;P z>moeKM+-8zVn|tlA3w;cz;q3LIaf%)6<@U*1PB$|*9O$sg;`RLTCaO|X7OwQq`~v*qjQg+6CF zsw~K%^5+I|@gPByv7Q}3XopW$TQ*eyG?@iEhVnT?j00|YbK0C}c_FfPfq)E5RXQW| zebQN4g0yO673u7y$Q>Dm>l+&qr_`#crYJ#gj8UsDf!^cKkX-qRp{P*@4|ZPutQ2@mA4+ zFw%!1$l_Mm%0iHzb%@HXlNeA(n}Y+JJp&nqkaxupk)PuYJSMt777sQBTXC=h9o`lM zRU!$!1G-aSG1k~tA}9=9n<^pmGs=>s&vo5co(PH%I!WT+p2gg0BZWU;O+io*NnoON zhv-Pj?cr8A>8WJ&8*oya7^!cv1e2i}-E^Q)EOrCzqd>Qga0ml-C`h_YOFfHVw0+QP z8p{SXN|CXnaX@os&u;$Q`jIKC5kuWtq|DxN(EtjID-eMGm(oG2FU(_-1Vs>8=21KgK6hfL2V{ zG=4`PgU4c9^mf4u%<|QJUo_wi=bket9XyLFSsR~Q{MndEG{5FpobW6{gjVqBQLqPS zF4~7xEiSt(G9xH;{v4K8Qe$!;tJ?|->UJv=mS+NBc?0D2fxcE6|`*3(V(sVC&4DVB3ZI4@j+dpE;_IKz^InEE~ULU8wY2gr9G6#RH3qonK; zQ9jzCC3s`Cvm2!`;(<;30QPj$yGj5_K(@c*bj*oorh99Zdv3B)4K{Zu9@%HF zbf!E`>5V8s)JOc(VypzuLDM@sHqlJV$d23AY$JZT^OhNoS?0uFbWKib0v}-oN=cVk zqb#5+dcGDsy?zH_{oU>Yg~lSPV#t)>{b0}|Y7*=|)|D5j@Rf~Eu>id^ozA(cQR(25{yXoH%QjrQYAyF2w2LRxBkfR>3tI^TA}mrIh)uB-<#Kz^ppgP%-NA zZJc=~O5~#3j1OYRzaFsrRqW@ty;a#dWji5l8b~_^oVZ+pd^8HBn+)=lDn+!dW>wUx zeFL6=Lfy#i`N#%dACDp#LdTpTq&MX6&(nhUFu22Epl*V+??{Lw8w@(;5oii^bvac6 zA+Qj#p3?pn7u%fyA}Ob-X3mi|VK+|R=Y;v-51_Nae^MG7mT1(3c+=y5LR7Uh05RmZ z9^yA#s9yBEB>_J+r@a;7Ws~twOny$M#K~G=@bmSeYG>ewqR3W`ah8>e{|V%S6h5u1 zcL?)NGf^GN==3oK?!msy?H7cVV5cB|aRKn+Rqr`ms|e&~X~Ym0l5?sHIACYXFx0o$ z;xP}FRp(_$VHDA~np@@i0^mdi`@X9bt*oS~G_M3-BLkweg-?wHvi zAjtBI$Q$<9rJCGbGYs95oo(Grhayr<4@w+#79x?Mwc`qF&Kf9*8O8xq@1E3)qpO#x z_8pKj8WZ^O8z+VVgAV8HOzo#(Mkx$d$I~^?a%k2R+_XQ22DY3%aaYk#cWgGpCKNVOwj05-EG>?doO?WszY@iu&0NK;atpBUZZi!L@W^L zj1m}0(y34r>ZE1MNWW9#B&(+K!@sz*o~(jzomqYQZQYomqBtUslbE~I$rT%948uLL zp*NxkR%oLWu@i_+JG5C153UXCa+oF|nL~J-it7d_keAl?nGdBiW*-K!142ULJU5D` zR;jm_A@1wbia>&4*g^05*gf+V^z&kbQ?umwFW z!eXi14YNMUj$x@ViOZrJronBVf}Yij74$@fcN!D+n7HvL2{nHYe0!gLD~}fZTBv4t zPr6S4Y_y=ilbLgFwpo1fHv;f#(hzrnYTv*o<-j;mK!`=&m(1}J#@ zC0%-BB`I_($UxB}9v`d83SE9eIZ}7RW7-16uY^hZA-dZyMyC|%!@Dp&=V9ghrLe;* zSveUeM(|i93U}#>hzc%HKPUn|*TDk_3IJ*+GkUTw#N)HwY3sVw_mUCMNaE_MOo zB`hR19>@|JkU!N-U_e=0FCTUXAr=}NBE<9N&h4fBP$QQZ6{=M=k!k6JS5vcJS4VkG zMG_><8J5NaNc&)l2Qv>UM-?>zR|X4!BCPhue~BI(iyT6sZ8tIL%E1MT(EK1qsV#B0 z)FjM)$ZU8VxR(rbgnn1GL#)*F2FC}@a)i;W8#x)usYxMMx_gSGmyPswj-OR|D=dcx zAa01tO;ju2Au%0xM2X7fFI5FFz%+u-+YL`Q(HwopPXjtsD%>uTY=(S)RpXlNq%KIS zo$;jg;^8&s5WnrByM>=z$qG8i_Mfv=3Zkl7!#GbL?AA{U1x0nVuLcZLodp`at?leq z(`zc{Hvw#+Omf>&{enpuPdEr+Xwa$E#YR;0p*mVP+D_gD4L%6sp|zE|81RsLRi$mq zdTLj_0@mhm!y80AjLXR_tzhy_lBrZwyvgRCnK#f}K|3fonR42Wxw*1(=!7rFd>;k- zY%=XoZ!8n}q&2z$Ip>Wl0ml3kTKRlN zfW!V^E8Y@QMF){2=y3+${X;6U%vg1-@4k!5(HmtBMCv%lG-Biu1R~bu7vlY;ro65p zBa{7U9x3zBSjyA_>`>1t*geyC0VTs2dtRZO^^j^BcqgDEtq+7IoUq`v7OLN^eX-TJ zRc~)WL!78YuDJP&%!7J)3D!AT?W?n_z3>E&H-2OS{7QE>L7j`0Bejy5ZeRQ_Ezg1P zP!NH+GDLz)(6R{~n3jsb#H+U@$|SwpM&&?78)Dy%%CiyF05()qli`f)LP^)st|s_z z&A{{zscxmo1dwU3dKutns0~OeMgoWcZ^T{_&fugS=xe)~hY1Lc?*y|DTHG#7M0iT4 zkoKe(#KLLBRqVB6k4jMf7`!7x7Bstb+Ofu;NwL=stS!X29eP$fK#QNxTG9WG>^VbeWtz$E7JZzNq@Z3=t3!j(ity; zXXvzTRc`a!{Xxe0#XYexrIFFY&x6rDPzf}@B)25d*igK(_{Uuv68p?M>6UcyR%Fry zSXgr$3A8^leElpfTkQ?3g2N)zwpcd~39(QAP710zNamg$fJ^@240hp-rj%V$YgG|t z$!*F|TKxi*HbIFbQqujQI>xhGiS20QuopdG+yLYNSc&P%1|Fj%2&juBQ(1>9b!@kj zC4YV%Ymm{<@9#>Ud-5GHG zHMeqNEyvF7T6iVAtxBK0wX{FIFu?9t2Pr2+Mik1IHcGsx1W2wNE2l=viVrwMjY%Ni zj*(W8<^+5xZtBHXv>GyFso6`#oAvT*E4Xq61GI3wcF5>Nh6Ikx#Y`sKn9=*&%@h4{ zKYOwzYs)L7y;a3u+)0xfgHv55dWw;gNfNa*%C7HHXc-64Sryvw93>2h1sg)Mw5C0S zDUNSI4y=mWvg-h+@ntCV>Hx;khDL*zEA3c6OWxkV12M3?N*XPU>Dc zE1N4_VXcgfr7-M9e2=~GVAHR!JU>4oG3i}lVna%!dp%I@EL7x#8hG=nm1EaQj>`<| zeyFW1LliAf5QT(1xKqa`;vtlWG%D3DSyz-mr0<%^ksA&kR|N?Q(jWx#{C};gEvD7U z2q8P04%S0#IN+_Yf+7}Q#2g3+RRRX~ak87pcm*e}jGuTL*@##2(UV1IpQ#4sr_xeX zTq8dOkBdV}VS^Et^jywagTA}#G1<`3IDF?dtB2Co_!fqHq-h@Y2FgIY#MtNDf4WOL zBXu!YF8_Bd1A9J;^D7PDk99@qeBzMpMs<-mN%Y-s0;p{q!Wd86}(6W zly!$j+0E(#E`i})#) zA#7VMDGnI-w7(zu3L6BVo_)6riF#*vmIUa)VUX3AM}Sj|fobrp#r@qEEr{z;JEDDR zY)@i#r_)7#nB7=0Qg2j~o=M7`Zatnpr|&jYITR^b@_J&2$q%Gz>C2j@oWIZA${^0g zyEk>d*7%;FeTXk&NIK24A|1Q2Rw`r_`0Sq`u(PzXbVuILN@U;GBF#`x(lF~3{Hs5B zM=S!FUZB;mkW$G%W!a2ZkfFYQQXneHd%%vI#=cZetV|JEt8fq)Yg87sP`zOk>GBs$ zLJ7f!n=yEM>Qz+6q(-0l^=ql*5eyvuN$pGqyk z#Bzum)?4K$cnJf+AN3kp46@Wl zGp<17uM^tRGUDDPm#B$)tAJD`xNXp-RQpz|_eRxh)}f;QN@5^1xYBOJc^p2c94P;1zX{ zs*MZ5Zpeyhnjt?gUXapdJUEQ)%~m-mL^01sO7N=@mtDE<87?Fu`Y?1}1UFAwzXHq1 zc9%59ifD6T1Vp&;0-kSe6&$f#cT&55evYipaW?2GIRNpp&+J+;Z2PZMM$C$$WaW!L zVW`B_7?CH0g^CEo3&My_qjlqD#;r?#6fNpEHSZiG33Icie$?9s!ELT|{T5xx1>!5R zUv72(^pehI?j0N&!8}T5vfg!b3x!k*sJD^m_ABrnomGPw{j^49#64-6wLHhgWeT6- zQ&{;QdpFcIVf|?XFj_eZ86dPOE0v0^>-D146mT&>CCEt&N2ALHO8OTe^^V(=bKRGa z&scYf_(X6%USSAN(WkgGC2BnPjb9!ZDFFI1Nc|}l85s5py(Z-cUz|UA%Z680ebE9p zMT%XudRb4sf*JxMSw5O-OY}kc!I1ppFD>ZpdhkH~F=7P}Vep!04xH5#2c_vL(l9>g&1X`Z=Lp;7Ub*jSETq27lq8-)mgaKkkRm0f z?XeIdxI1}>LxOh$VP~K>N@ZlW*J~a6L$yUoiZD8uaAU`cdwA{x!i$Us`9}|=z1|~1 zx3#^$`f~T1(^1*mSvmB4On2q9FT%oWKzf)SOejdA{h~sZ;&X?5qw2@f9vw?4$ks&x z!C)~n!dejK*m6SWU3*^<$Ma0;8gYQ3No^NsW(DWc!~tn@mDMP4r9he+MG~WLNYL>t zOq-ev4PPyK5R~nLBXnfMja<-zr*JXgBYAhyQr(rwvM%ca`_3V3%tEXZ3KWB8#edP| z_R$o#C`oH}M*fKp@j|;sn^%qn8e(fcG}NnMSwiV4EJt$87C65Q7oIluu3zgAeb88L z1WzV9aTYW|voCqJbqR(&YP(eEIOhEGvqklLS1LN(W-DAoe4V|oP;U4bd7nK2F2y1g zc&rqZb#d=i)l67a$9R1ej>F3q&|!WT<~t*$QLx@q(TD=CI)A>b(J+X7S0+8vum#YSAJ zqO6(LBA7`DFkR@6^JP)6zkv=ueyz)Wa%?CQaFg=1r(UhTJ+(?I{NfQ28$qH6ok50< z>64hEj;5Q;3p6B~nKIu=L>NNhKbfWfIV*L>R%yY!Hps-9MZrGiRh#5GWOr;!T=wM$ zB!9_iZNRXPAFR1!tHRHo^0XyIcsy5MvFeCwI81_PNSH~>8WMvnP{u2Aa8{a(G4g7x zIVlrBl`=+ZkDSTk8!z9|MW&=4EK8#`RDs4#(8u=rkK!yF`B~~@3q&brqbyConY+9# zvenxWa?DBO6STKX6SE|E`Ms}wb6mjpor#&e@MZO5w6Hpldk_#XX|mWlZHkaOL)@NJ zrMRdmRDB3UYbBIG?+?C<*D5o)L#Rj|jIUR4S{G|7eP#-NLBwS|3jvG<%$Q5l1&(~( z>TSr?@&z*bnGrd?Tv9-K$qTxKb+kR{<3i22a!!(j)j4D^jOc_=K%draPUarp&4#*s z(JTGs>26Fw+3nG9efCZ9oG6uEa+9h&3Zn|qXr0(sLDBODq5R*3QIF3IIPiqE`nbkd zOR$5Yt*!VnWVgVn`=W{p8-|*FS98Ofst+YM&xO3m(Bmo~I{NeGdo!s1?5QegpjD1^ zb@?p=R6>fKaT&si9TAxKa4u6tcFL;6l;dV{dV!lcmbZ!7Vndf*f^U0Dd7ILXGE8r@ zb=0!8ZwIsvi8Y)3nw1%bwJ~Lm^&n3vqu(yyR;L{fSxKAhl#BRYnDQ%?ODXSKUTz17 zi?iPj7M@Oeq6*m1-Dy~uP4%>y3!|=_2>{(<3*ZR#EI5A(f^eVFB7NB%AYWCOcmB_UqY+K}#VFo2S z=l-aS#6`h_HaF&9z;E*;-O*Sn3T=wURpQhc>IwPuc(TytSD|nX(+~@Gch1sYW{Jm2 z5FKl&Z{i>$?iH#QU6(!xD=AQFGxCN2*-tHNNl+kJ`^)oryf^c3zTp^<#6hXps<5Rr z<+s-%BT0s##6@g_5M)ZC?!EQ62S50ULAj2#UPHD*D>-mN4i|mg5aJn7x}X@3wYd?! ztZ*u((fq8{l@_f4hMa4OLcu;v_%o-ml29xBAOG(ZDX%(Osm*67CNPK$33Cje6vrrt?u~6EXXukd6E3H8Dcyic+(;EaAX-f2z} z#;2Jw8_CqIPwgM)Y{1Yq=ehSpuhNUgH7;Bb!+?{_^N`R*?3V1OKMedV0#iRJd<|*F zUnpn!wy5DjBvqea^BO3(mw-^q^mRB(WkwFfNh+jzm!araTmCPE^XyzR%~iSBewR-@ zs@+0{Ek(b2HfCNtd+5U1Q#DL_jA73s;COWw60lR|ha{OUY^<()t%`~zo4(Lx3K`)o zE4(V~O=-?B-qA=mHIxeV7_VJJi2vQv85pYz#3FTFM+BDBGGn0Xytz?_=qFdksd$}7 zT`CWujmLv1#g8L-{>`yHU?z|0udwg;0%mTG_r*4-yxX8is6C_C`a^JwlA*yhsnYgg zXO40kuuX$N!D}_vhNFXfAaQvEfko#7cIflbx&Q^m~ZhGVN>}m_)V%ME~mE< zcmJio^lM}7FAJlF&^gItV=imtPzu$}NvVu+2CEclY={*QYV9pKOKdPX0t@-;v2uWt zv-;*h#)k4fi-o2S6)?~v51&B>BI@f@>mXJU@X~5{cL^=lUM$(Qo-p)T;H}Kh1k=Q~ zpuh6JpHiGiTxfACl;dVbhrDRVa!<(C{y;-g`=IBb9sgaYM^;?@k5TR5l&~UIrCft2 zeRtPsC<8+}B6i>8?j&rB*eNslf%9Rl1AyS2WMw_%9F8^eFvkts)?5MxBq!*C+ZjZ<4AuaRv&Tq0r-@vL(M{#b1aq8&?t!$w*#Dr1m>h zF#1fYDM^U1KM+7xfiblFt4!6Z>r4osK;;A(d`Q1deAK_|dUh3k4T`yNFhy3`T4xqD zhmv>LPFQ$8)Mlj9H6;Rzy*#BHaM1QG*nsLy7Oi=~GUFDeNmn;m25g3m06cIt)pKv{ zw!?+rA~uF82IRMI>(LUL|Aq==JiE~QfG>GWd} z|0l(Qp{_Ouc0yjo*u9GQQ$m5HZjes$jW%B}KL%Imvq4Ms!)MzRm2znL@-#=q7|z}C z-%3(Xjg&eMH4~tEVs?!VdZbdagvSw$MNx}1Qg>4&6_;}Jc%p1R6_85(y==E&1E>Q1 z6%9!+m}GAutT|V)aByg!d(W=i(QU7jrmvY~luNOkRh9uG9Z_#BAMLKt# z=yu-7_IR&9=D)Def^23qx!HSAw0@Wyx6a<%I3j>v`8LRV_gE60)~;vG9cm%-V@HHb z;e@ni)77*~$Z7*6C{pheAwR9St9RzlF_V(&uYr1jNOKlrKzT-(XbDScG9yk^Hz4SQ zv%QS_cD!Y|Nb@p_hS7o1X!WPC)}a?`nMV_NMW`I(4GmZ$q_KPFZGm;t4lXVK56MkG zaF-)_akFJoW5ZEEMF4H+G)_!?ve_6$qKttVPv-U)?m|sI@7ZP31{0`+F=CBgEJN2`Rwb)S@@`EL>+LXsBy48;)Bmi@y8`Zf-j4<*pEdYX(VQzx) zS~QULjY+5~5|`9_eC2dUXt9U76rtm}q(w9?2@_;o7CL1@$8^Xk38vr4pKPEy)fi=J z!4vz&04E=;DfG0V=tdNTC}56la-{_ncWM*6cvh6&apd|2UVq#iRXNn+*#3r#Ni44< zsc@t&;5sdhOWElKUz%54W`#Fs@0He#q}{0FWWvIush~$>WlHI3znfS*ElHb!289_u zSoWpI&_D!bnQ9B7wE!EUB?$hm#N4bMY6NC;z9sz}l#v(c<=NYl7c;0)mG4vGF$P&s2v zWGf4xy82^U$08I?ZMF6BN+@Ly`j2H2!aOReKq6Z+gA>F%WJt9M}KndE<)mY0&xT48^wVygMbP_bxWte@c1Fg6} z!?A>5KQIw;k*KM1a&5t1SWeXY8#uqRU>ec;8|!%fv(f!;5lqQ0!touqW3ch~gLgde$&ynKz?GJ|lih--}vW+vM4mA!LtoaJ1l=6_a>HVU^YKqNk2JB3ib z5F5@Q^nsWRkR)@yZ?_$0AJs*;Y~&4oU6`k`>PWZ-$n9pi8W86|GS&PP_EE`@I5cth zs?*_0$I<#%hLV}ZdP^^(l!ANbU1B#hDYqs;^JzO)YZLI$qVR5FG+k}1%iF}|!gz#x z|KW`!OQivOF~x`rV-f$KkuU}5Ey*0YQn3xjN-oT+SjGcoy>n}L^s>rHf?8at#e`$8 zNjgCP?ho-e7F5M#277~!I`sOrFrv>-u-A;0kD}EL?-l_c?4h$MQ~Bh!VPqB82t}$K z?OqSi3TUyg59YxADl6^Z?pQ{V3bgW`?6xnZWJ|P28kEPR?@6rA4U;GGKNX|AhF&>o z-WJb0T>b<9@n&Wr2)4kt+j{$-DG`#7zv4|2wB#v^3wBl86n5+GPN|@acV*VtJqVYP z*Ke$fgq{_zt=ZmK9jX&{qixuOBh$l>JE67_hvN#>K!Z}N|< za~mA|%SNc(xcMQpsUSM^tv`=CkOlM9D-`&yveQvgEoK-O#IuwpSazQKG|;Pb!sDz~ zj!>C*`4~Q|^uu6{P#Dh2E$JpEWEW$+)9FV9UPapEdiOZ3#RG1?X9*Wc-mTZK3f}yn zdIrI!o`i?6fsZODp(}8--MgB)I=FlZIuk6}%`WTz0=`4u+?3;3Z_qaN6^@}eydX;M z=uv4}h%A?0LQv-$Tvr2Gc?mYMdSMrcywX}V**=h<6Qap>@?&fB=44b=&7ug_KGN-E zF+v?+)O|C&TG^$%#Xh7VX7A5(P1#=h2(~5~9Q*8vVYktQlgJr}5LJPf-=;nekp8oX z-W8isH@R#D752(PYXG}Vy zGiN7;Z7>yaZ63~p6~p#ExHfE`WzoishSqq%LIquEKX`CJ-kNW&ygvN)?GQ>&-^3Ae zWzU3|gdt~^i7?2ng{~5n3iC&29!mHkA{ykhw0?$%$7oU0ACHU|F$3Fy(t5v3F z8dhmh_B{B?t4HDz)bYzNTt9*g*@Qz$$66h5{aXd6r)hyn`jgM z`iRvJ1zXEV;F-!?s&JyzCHJr?e7|5z?$e%r9w^Y9uN2;~gh4ZmZ4{%lWck5HubP)T zFEI_c9X}~2VUgF$6!De9Alhw=#l{V{G5VC5LVGb8=xGLHbMhLbfl4huDru$+5b}Y% z*pL_*vmKD5A~iav!Hny?m%o1CChwhpp(vh)=V5+W{DWs9GSf7-U|qwg>GYUC7d%5G zlT!p*g47))c@kDfVj)xzsaP>TWjS-3N6 z6UtluLJWpdODOquiR+2$k8E1Nn}-IOTOI;pzLJ>25VTt@%@w(-#cgZC`X+QfgG`kCQ2kY z-BNpa^U$2M0?#6jU(Ny-aPiWunQe>MuYXR^iB}~Pwk`=8gZtu@BP=MQ5+W=YrMzra zWm-$6F7ygK1y&KCL?zKkG>~%;KLn5w*AYj_ivRMdvCh(n;3u; z6eSb12PmY`12em>zm3#GoC?^@D_8n~;u#PtsooldybW)fYIb2jJCYnb9FL755H>Jvy&m(FWUjsTR?*X|l znulD#lH=i7gQ$n3%AO6HbrfbsVG<&$vIM^-@QbMTa-SJ(%~LEYRkolobQu}D)6__# ztfBxH;G0i;-jeP1F|(|*U;W`<)~DG|#GbU20wl68>TB3hwXVj4Lp2ASY}yvSkK$wH zBVHme(Z*S0TxrcCO2g(}3tm9P4KxLmeVYYc*flS(@Q>0qi;k#?UH(D-j(W3I9^-KL zs<->?!E_?Id_C13;3*Tj9E4`Mvc+hT&cRh1LjoKYJ5Y>I$Xbr>sgqBRl1;tUZ2!-^D z^OG&;+M}Y{W(|Y|VW{T{vkjxIVW62++k?Kn+?Dj#j$aW*9!A$$d5Uj8LL$K%AP6IT zvn_k$+Sog4kZ<)jf@h{O#5rUNh2X;vP2z_jSlrU!Cf!BLXp>DRI0&)2DIWeMGCPanBX;p}1c_!O+@qDu z9leUGk6tyCR`tN2|IF;QyNaHWqf3@dUPmme8gVd5=V6UYN5oB&MezD0EJ4?6XU0r} ze9%^09*#^T?YSA$FATkVO&xaNu)WHl~Rc&O)SYi5kG6;bFOsC%U($tbXXxl++}+j@kN2NRw=@;^Op|;p8y~ua7t0KtrT%eshQ(mUUb# zf{kJ!)?IH;geSTnz9<%U_>i9xRPE9gTnGdC1^gOdfb7~f{_K?!x?SmzwyV!W@@Cd- zI@;_xKy|f5+K#J82LN^GIRXf22sIai%;$s~-2qfLI<`mRLh#N`jT9zok*HvsSx~~e zK6thk_EKBlNb6Y$bTwX8?fvk_KpLo^ca!@58K@_IZE@^3GV3a!I{3Tkq2ImCG#l)N z-KQ#>SpD{mpc4r1tBEIB3yE&V6Cf`e4jR3Ay6JmM69TRLsyc4hy;!lFwffCwQq{_vCFl9Xda zJ4_h9!A{#~R8Pl%hNs|YsTc;Xb;N{JHjv6Br`xVP5Z~H;L-r0%`ZmQUULIRuHztzN z-GC-@ziy$Mv&^9nCBtp5#T`A$RkCF3%DvhnBnk498p)-?v%u3W40~xD5iKLGZ~RlQ zn4|C2f+#y$uy|H+ch)SVfjeZ>-$0R<_8=0XzvdQLDR^Zwkj<@R(7sAsd&;=Lz_NYX z5%bhXw?xXCpq0%`enB`*thI=_Gql)hX>(lLWbB0}^I`@%V?>JwRrtZ35jZOT=dCOy zJ*_=VK`{D&APfpde8Dyxd0=2V{#^7>rEXC2>^k_zGN)Y%P@lqnQBz%m4u_$v451)g zBAtqJS(3D-Y!0{xgmH|!Fz=Vq4xbnIH};aBMd*gBEick}{laOXM}GabdnD}`4N4L9 zK-EyQ52m2q$BOsS&UlPvPS_V@;0Mo1h&;uB{P^beN*~5UBf(`dxlR7pt0)ULIFCLDK;!rUx- zwh99pX{GEtlTM^mJ1qS(_(eW7)klZAzT2=dz@?Rtel@b~^~a0pNMfirMxC3&q=zgc zJ;~qgYnROOi>ka={RMM#>@vC!bP!!Ds`zVRFZrcCFU4tl<1nTf`t5_uDlf5v9F<&d->+aG_`MH6jK!aBef zX*~&u+MY6tG!iAljxB!_#F}*1(vlaYltl|MbBj`A=Lz0uve!V{=P-n>i+dbt44(df z#Sa4+n1o-DJ}OD?Msj~W1!=W&o65vQ7o&u7kQQctD!djwQ46&*dU(s&8_7QqhOxYaG=}+RFnYw(7~0C_4Qki(0nv zgv~=R_v*oG(ois}g+#9Tp}sk2by8KD5Q#aMeB}eW0M^Y=Bx^lo zMD(;6{j7X6IiQWGx_*7$RlVV`E{3>=iwEhLLmHB%9Pwe}P4(3Wii(qne4nRuB@p zvX3z@tUMUIavUV|yC2*deFI{}2!0e|A@s}e{P^)qcvz+E6ivgrDvyiaMP z)o`a^^#TPX-s67G>?&$v5wM>PtDW@j#HtDt?aKn``?(s>Iuk-nk3%JdOic6Oac+kv z4Oo%@E~09aV3VgknGo%SE=81NwtKvP*C2_bGlUmW9MjOojFi0gk`d?ZvbaNY&6xvf zaS6_;R-P5xnIAAYG3#Y!9Fj6V093|3UNJqbj%!>v(?>h!!r7j>7&tDe4P*d(^p8Wb z?2q0Z+X1F8jLqpVV!s4ANv)tXK|H2`+UV2W)TDC}V}`i4Ibp^w>9pH#4qD?fUW*lx zyBD{hcW9NPMvZTwyQgt|V9TX6(hgL_EH@CeZf!I=JQB}wkDOx$RM=pqQou7XzmVf> zzS#(s=aY{QGNYyZoezgqBn)z4UQp!vO>{AXi`$u`)t})5La`W4?m(sbqpP1HpFh3> zX)ayJb(U_dmn^SN^gcFWx9%C-KPV;^LH?xk8<4dZPr?>*ZgN;-0@S#R57;L1n;m8j zJam4Pcp8|{WirJn7fGacrIVM2RGO=*x(k&Que$V5E;d;veJfFqr?G;dT2OiSWB_@G zsJz}~^Nun;S{iU#$VYfo14Pyffv(|VYG%)QelHynxf^Y>3`TUCA4n`ADozJQeRY_M zIVOa!x}Yr0kUL{mrLBS*KT_x|S6|9yKS04BdlGz8Nw1qJnEb;dyQ|Q*J22AQ`o4VV zB9NK6|MUb5i9kB$d#`y8VnqOJZaH(w?O~4U4BU)agMu&3$45rEFamLhEUg%%h{;>q zD%i>2%}rhpo_!QqF0^N2Ii0k8#QbxFw&T)t=)z+nfhZxX(9$3!gSGijTXc8RdvYpf z;ABeM@!dKoSttXDJ+&5J`1lZY-G^5iBn z{2Oe8WU{+dIZCItmJ2%L%<(i-Uf>{ z3JC;V*qltORm5z)_t2MTb|eu5d8g(3Y+VFn8|a#Wanyx_U5G4C((I}CIq+PjfIy61 zWm$saS%3Vo=XExOli0+-F?8Zvtk3;jTIbB*Z&jmpXc!dOpJlHtCLD{>kPA#Avie&t z(V~3ZFg(ve5WZ-{-={OS!Ul<1&47MbR{moSg7lOlAFlqw|A7#}!3QS-ws-D+RVI~5 zO(HC!d8ZK1GXfMQTAWBXNS)ADd(#c7)XnRV5mT-`86t5gcwmBqR(%K$j0MwB7@`(G z6!$eylq{dmLv!qd4y}@+pH%eSV*M-m__e(`?61esMrPE@(TBu4%65W>Xj$P=2`0)A+NWePzMW?E+lea&?~ ze>Q5`tgV*{WxJ;_nqEt+AOMLjo^s3Psz5cP$Y;Vh_RoiD*^Mjxz(}+z$9DADzXp;u4iCMRhe;aL*T!nqne?q~EWKB0za4(qL?1 zYH$v7V;ZCkx1pd}`N1A#Nv==yqJM}i1li`6wD4yscj(G!u-dF7p5bIy^txmPZsu6F z4kDM)jrFdkj1w?*Jsd9o@XJ8gXVw?qA~_4W2DO})H=zvW8|Pm}Kxz^ST41|_8P9X2 zacNbY_$CvyNg>Q&-)`(!ruWZLDI8$-F~Tqrh8M%pL8|_PkIn9t6h)1D_J_Trv%c#! zA+lOYCz8O&(A?W~Lo8Gp3~Z>z(%_Q0C@9bFweX$_z$!? zeQBPq1bXey7ZO~Tv{=_c@@F$txko$7BVWq&Y|52Y&aH}fj1?Q%I3l>fH6WeoGBBWU z^0h1KBdlB2f>Ku!_gu{Tm>X}(cjNO1uD-0E<^EHjK}+H!eN8qohAl;?%Zptz4CWhl zZQn%|BJ8djs9E@_8mtni=E7w}!(;-ffFKk1VQW<$8MzaoIl9O?9_WQ08U-hf&hC8j zSI9@NN~pnz^O>S!ku}v11B)ZG4cFRfmCe$cDSEYOq*BFeZnO?I zi)+zj434*BorDGKTfR#LJS{joDA}x3Jq?nL&dFa^xsieB?;vnAE1@dm$RNcpPV8S? z;_~WxC<7jELIkn(w;OdF$z#mjtQIw+`KSyHy(tVdjDGk;&$m>h)uVZrt~Bi%C!V5c~lt1))NHlIw+e=$W#@c?RxjB;^j>jP}WT_8}{t-5OBWmi$L>< zZE_%|q6D+EdvVW36CzzNlICUP#tH{#$-@Dg!gVeTFR{aktkT2`(V{0D8G#es-X(|h zY7uJ{cEQ3G%BE>Nbd*3lTGBXrk5b<=4T+2(GvxX1|ENDII$;qZZvL+261U?O2X_hF;_oj#H0eFDTcK0s_A1|;8h10xk@pBCyj<^1orAi4FoUzCy?t` zwhn%j3tMBBB5|+U+5QBKK1B*sZ1k>&3{9jq`u$P9#d6Yoe3gA!FLFtLP)c- zfLe`8#^9}wQ~TMH-bkF;0``&y+_NQ_F8%Rzw+z@xCS*~wU(|%E8U#A2{78KMZ^A~J z!56rA-l)^*O6{n|bCiQ7rJ*yT0g69+KONw_M)SmW^2S-Y7hTtB797HfWYMtR;NllWfm=LK zq6ejlQ6$I((Jp%;Jgm_OUd?HqR12IsHEkjSH#ZhLHr};D*R?U|KAa*~J;D54^CNX*4#1oI* zl(8N7!+>pW0@hO)t`0|6glAD!Ev7P_Eoa6nlFpBQ5-$8*HB7`09c++ZYC3$i|GzU> zZLoEBeWXm%XRC$Cnij0#(EOH$`tE<_QST;GII z_FJb=S!?f)LiV_F?cn0)N6cWdJ$4}7XoiUTf~I9;XWVy~gity`^?Va8xfT-%H^%a# z=U6FqyZy#a{Ya-1dDp3iQEt$*d54&G?r|<78Wz;Pz>_79Ob~8~MZ7g%J_k=Wv*GvUG>f4*lAo^qTB9 zEW}hs$p#cnrf6LYUfDmXG(D;8_p7kHlPLVuOrsq#1q63Ivd7c_VYx4G&d)$wN|Yv~ zCptU8U7TRyts$sQpi*Q;_T1Jax zEOv_xWN3|{0TBL?^faU&Kvd}7xkIpO>gG~Z<;+NKXeE&m41qf%J!=HTsK|gFY^_UE z+tO4b&sX|SN9kyrYU^n-bJk&`qp|Yl;7SNWdywg;04-AEdYZu(om8Ng3T@E1XjVmL zf^vHj5|o%>_5LeJSyZ218hws1MM&P?S}9kI*N1uguJ$&RQj z_WPG7McPW}sW$-jDFAbra$XHcsQ8Yx#K}N+_bzl2>c4Ah^z*uto0H6oM*@XO?A0A7 z#$>AsSWBhkEaVPImYu^V4%QwC&l4GsoaT5TnR1AV93P(udScTjQBjtbTV$n~ztRYp z-QK2)4_(}ftfr+AXBFw@w0LyFGLOW>3hV|Drg`=H!WC#U$nCQylGL`&Qrb?rj@R*1 zr=nspM!?p!xaWNS&G$a&sa2FQtA&nY^nlT7G?&PlwMrj1i)7yVk!#b}g0ee3K)dHPkDen@snQ$57Ssbpz& z)$HE8n=IoPu1Qa7iv2!S7Zr=xXg8>;{83bx&oN_&K4w7cT1W&P#-rH}?^M^YN}lC? zYl8k(UFbE@^HUVgYuo32wM}7$dq;y-xxzzqgt7hh3Oak9le(`nfzUrVMw{wT1+H7bqAuF0gYQ=WSeK*s#qUDux~Zwg_!X^X}C+6 z`-=prq=Sg_uftzbae`|#DlRi$5<0@`bxtWt*{yaJ1yh?aj@<}2c7FxGS{+bed!C8{ z39|ruAl5=Y)TUNo~}GUz+hk##cgfW;3@YjZL zkwpdJ|E1)3%!gh!*+!(qmZU)}r^XUHxMxV~@2;ePNan)j05gajRx#Yy9oS(J^Ufxr9s|ilt3-Ci?Vw+Q>dWlfnqrX~y)%H&ld{)uD*qzhU)cMZHTaUBRWjb)d3-bmp3r z0c|^y#BMO~092(e{#|MO^p)nD3p0ndv|5oLY7dJwJ!PJ-lxlF+*2>EB+9Dn#3q`Fc_!{59u< zLa%hlR^pTvGCWpNln;qq8`2814U$0YCW$$Xk)|Qx!`+0rQ-np8RuQe4_s>-sW&fYv zJlBh8UXdgH7r=%Z`i!4+m3t7zyL2zlAwzmvy>k%4NR4A{8i@uHc{TXKFAz9giVzV- zUr{8&MYS(wuz-|t#OLqMYOi@S1>-G=UrNRTey@r}>=`s9q=%?J9y>OW6T5dRIofiA z5?&fHa7GLb-71sQ9fL54W}KL(fMZwW$!VxX7%7!2+}L;h*C5lMjhl!IB9Nj2grU`p4jt2lT^ltiyn$trbZVa+(9sbUvG9*?qg(k zQJrmahkM>eGD<`UiBP%&ww>8V0vI&CFV6Vmcg)=?Hk6HmFYqmV*X!S<=}`XsBn zDuUgUnrq1wFgBQ15QmeaZi#r1?H?IY)Y0u&@UNz3ua^8Z6Qabsxqk55NF`-wO;Ctx zF69L2Hl%1Y%XL6Zq>%9HMlFyZca(3QJ;-&TO&TFAwBL9eVN+92j=yPX4L3;9K_nBE zjQG!YKk7)vWq*2_+dX2XAJ1$=!Ja`-pdQkOo*Arl(;>4ykjW|29ZI*NcL&v;0!NgZ z)uIidp!hHRB|SuOb6OoOpS(Mk1DWWLP4&COP{)!2;Nx1&35^$)z&1Jte%Ng`W@da$3kZQFXYIa#EFiC0gm=@o}%l+=oLhuz-e7h+yY8d!IHs$QkpFD?5#yFw+% z!1Q2z-pbSji*ncZbixWUKMY%D!_V_X(hT#mmXY7&r;0_fIig5il1F=xZ8I+O!dB)E1{gEm z5?ZWs4mJ?iXG*xJsjq5!(u%;1NU}la!XE<5O1Vw}rvdbD6R8|Xt3wUO%X!)8)?)W` zBIk=4_oR#Y%1={TeeAtiWB+N^nYL3lmK?B?-Qpg4%#q)WbjmDF;CCUnO=Z#HdCQ86 zSC|zAV4)yNJ&XJ4>7(eUWNH3+XFR9|r*z6&F+bFB0yIL>K=JB(j5g8X6nQuvgGLD2s_0 z84xj;Cr=ZDr)5m@{e=eH(P7n`AlCzjiYJel%D@eBG+be*xfUeGuMYsRjj9BV>}icN zlPX)DHUb3NQ4geyhB|4bq@~v0>sT-zR69W7anOlrmO=Rpe>*OK@#}ayygz*%?m0;` zW(w_vDRqh&UjBL~kS?Dg?^vCb8=YQmk;79*+tM4ziW<2&qt`scZHo$cOl?99>k4XO zabGY(rDLnY9-QB&w6PubU6KS-6|I=1i*q9WO6#HcY(gVdLap2mm21Qnc=5nerd;G5 zB~mxk*IV<0S;mQjB=p2ft64{!>=nMm;1^7Bl)U{nfMKtgNG>BLuwDn{3UBr`A)uir zjdhl9m!=@gs`yAV!OV2wa+yK@R2fpf5)vLyC1(F1{`b%-j07f*M*Q7ub?;`F-1ESv z#7RcFvY_e!dLbg}Igcwz*iUD6bc0J>HiA#-jyd**BXes^kAR@uky zw#V0x7tsnRpr#cO3s$|liILdy^66kn=$-ukN0X=*DVL3-Re%01%>n>6y#6hbhGXAH z0fJ1%(If|8$!H=wPPicGEQQ|Q*{&kAXK205bEPQE>Jy@6Igrdq~+5G ziYV|u5S8u(wSfm~*WR<@oam5Ij)GSiyW#de8vyh&A-oByRL_h)IR~NJ{5NWmQnn!% zPv?9-*d=aKEjuADe39uwg0^1Rf{KWH6{XUb$$@BL0l|w0g?qmvL+@BJVTajLBgUar z;1SF)xs|APJ!(%;Y@=VQ=qwR25;AC3JLJ9RlwN8B=7q9Sk&}K=@qf2|G7lb!7as&+ znU>5~H@q;(tg+*$I2I^lYalj#>6m(&%9cAalp?*ktpY03tEsj?d@Hx3{}t0TOvV-= zyXe+lv6A46!yPzbgp;Rcyw)yw_Lmoghjjf}Y#xwg&me8g5MMx zMMAWDHKc?_h%aLfKo=)T2JUiC&l9aSC<9sanVv3AuPSGK%b6!U;mOMeyRo{|S(0)_ zW{pHvfIApWf~GiG@!@nQ9fe|XC<~C;)0HqO8GXlBrmrK%GPQ!lip$fw)Uh%~PBul1 z+7m>cQ1{#p2V7WqHdH(>9bugkEP-}>y3dIZnStO)?K~kR%bt9KXzI$Wqaba{onV7` zP44KSvl#xp6s36 zdH+0&m1~LbA**qwcgjh`p^he^dwhzNpnxCWyo4iU6^vr)4dS<+(!vTp=_fT`D#3{T6r$amQ$m_`hO@m|9pe56#?XAD!>9{J zcdS>aP;XRjDnk z1~c20j%>D*X?`)83hWpcTA;&s-hr@FW(D)7i&Y+Z)US}@jC|OGvZ#Sakn(^>P(T{J z5I!{_GkzGF3}yJZ{hEEMq|qlWc>jG8Lmyz=7lgYNiQX{3a6_2wc|t-34-?*dKnrv- zVO`7Zu1e{+4nG-@=HxK;htmTXL1RCOUk(U)L$C6O8-FP+)Tv|~%%}#IfC?%+k}-xf zX!Xg9w81447fO|*Ndq4WejNh@rb>qaHFw{pH-B;oxV^ znz)#911+8zc=TqVNg%0yR+*m~w#rQC79zgA8*v*Ev=k4*=zM|frbv?n6<>?BlFxwg zeTZu_qj155FF39}7@}s+IdK3aSq#rq+asAyX`UAt=#K5#U#}01jAwXW=L~+^TZT=SvP3ImR3KiBv66wxb4n|+aBNp3nRbFcHe1ZJs0r*q5*siu#DtE`;vzD_eI^EmGcxKPxUz?Vn1fl?xOE6KVl z5(oL1UlE$xl5Cf4!iqM7O>j>^NqjYlDireel?YT|ImqTKHhazv47z(EY0aR>FX+^k ze2OYtDVMmywz0A$!!^CQX0--h#Hcy$i>n~Nr&Fyh1AGALZ=wxkV_+Ngtj}(id`OdI zz*5Z~+PGeRfe~2(p4!CfE^HC3a_`(|5@Gm;3}Bl(+3N>gDY6q)*=s@i^;DqOX%Log zYZ8r~9UO$``A46!XL3V=U~|tuwg79OdPO4@6NTWO`$s7E2~E|5+b5!2oQ_zx2LXpA zpVu`#va>N07Tl!RG>=KwY{6r-5>*a`GaBV4j{Tf%|2~!f)h?5H!N<4rrN;-0Q$*;= zi3%IZo4|J_tTE(RW`xvTieb&^jR_R^`{NSJLoL@CMdZw&DVOs*l|sG6vGNCGvEg@e zP)W5UYK;v%U$D6F+2DY=U(pNhi~nW1P`RPbxV!*X-diF7U1jRuJ}ZkYu)R+$a7e6! zo^8$n4<8(`E~cc&?+Tt{CnolvO@;=dQM}1DS!m`eL3+A6N@g;UhRO0&azR`Ggrt~J zcQDI-=&X$`GOO><`;dOYqiaHxS?8mp2`;s@i;iSIFIm%;4rEQM9S7WH z52kCk?6g9Zr9b95dH95FH`j0!H^o}ba(3%jnPk5OTbVi}zFyup5lENMWvc`L$7MkJ z*ILMAd~$!|e^|1@LGwfRbQ?ZTsH$=7JS2TM!%l%JnN z;ZnB|10~N;_K*O%ModS?;fG6eF+Fc(_oOwMt>vSG0_s^*>JNcBfV4Ylnv-96JVVg;@2!E*`=(4o0h9B3%Nu}6NP=3ap9%SvxcB>so? zNPQ_zW)P}Pe$gvg^m?H!aAeCKGdT*L^D1z|V)`Uf(to=8OX6B@AN>ctW6*og+h?R$-QjEW-~*>dks; zUpja+nPW#ukhcaCi6#hoKdCpe*~3`rh=X&KoOYPt-g`59G0a=T{CWQM$84BM#8&k=5(dy`*QS1Xv`GQ@+?qW&} zPoTCd*Y0wXD*6Fu)wKfPsjE7gGJrsNT*u>{K2L zy@aa;mC$zi%2kT$9X^_FxIwB;(Zyxq%VB_RkH|BdOhW6~QKDP0D-V*zgf|_w2}4jw zro+&Gn@1~QSKXQQx+IP^-Qk6N`E+R0qyUZQQ9oRxoKnh)o1OTET{`2xl8+t z66%Kji(Pp8rEunttJC~YvXb?10&iik^o>L}+>&#rgXyN|)XZND)Ntd)KOE`mAG#HQ zlWi^4rhRb)r!FQnAe9qT*Qmzx^x2aVNI^g)_~nEUScRi7?UbNcJ77I8yj+mV{a0a^ z6a?4O3==3Bvc<&HP+NkA?$A1x6Q(-K5L@=mrIZwRCw4d-9?r57*U4xepT93O}RI!e+YUS`aF;q5vqnaE!+axS6dz##dlLywHiR=u_}KwUF3&f1p9rk zp&Ks4kurm>lQ!uWM_u?~D;_k$RZjVi?Lh~9MF?pezITOOOT?998)wc;6Q8H>Zo@yI zxcCQN&lQmatcai}$iYk}pP{c>A>mP((bS2i)l0gQc&10#m`!4}oEq5+H>q_r>DuvQ zo+1&Ag-5Li6GE|ZYI46grUU_{o}KkaaKL@%;_=^JF=SmhUTGz8La*c6tdEJ1hFg$9 zVn9E$A-(C$g^y< zWZf?)HU;E|wp1~oYW0m>&hv-jG)9kdzSV1~r_b}oG$baWfpth|2G5OG6yN9(B~ewc zR&QV$lm}YjCiPb7Rl10!525lra5-xKHc3?q?s7KQC;qX!G;@%z*keYf9ZO0P zU_BV4?nLmp$)F=y=xVJjw=V)Yo-CNCPVp``RLt$CG7G$cTNF8^#0c-r*>T^q>LXa%o>V$bm&u04`ZEV~P z$i=REnlwT@Kd`m*qB(;nniHcOoW3K-cbS?zQ6Eh9qR}?%lEC=km#?Yz%4Kf};W|&5 z^KWp7Zv+irF!sny0=}Rv1SvqA?Ly!c(Flra=bhSqDp!2yJ5G3{8&?A!oU0@%r1hIsX9hA3!ZZPR9Uai{QBUp-6cTH{Y`d-em zIV6XzD0=&dhH{o};9B-Hdx?;Ar0caK3W18)a=UAR$;W(_`Np&tg5a134WlG!>9wP9 zY}eif9g`g%or$2G$z^KW|I;zymP9F0Ti8+TluU?(xg26$>*zPeqlm(pC4hTGSQK=n zG*0wAfY2d1g?m)OuzKks^}++V;)Lmon^*ltgBm+%Z1@#3-f7|oQ_WM=JZn;RBW|;z zWR?5O=an*du(3HkP>7Pg8!i47&e(XcPbd_tA!z06)gg$yP4Uv#De$*T>1a)hin9>y z>EU8#tu?Ctgi4GJekIB^?@g1IhevRE3so4+uZ&n-s$W?+3*f^!ls!pICO_F){OKpL zgnvY?6_iYobFBVAh!ze+=?jG(w$<-Hc7mDxr_m`Kcl;vlv{ntGwNe+u}w25Yl zN2Y%;wjxp41J{_uXYnp6qd2jzlOF*~d4*?I^odp#t8W9vaueJdCWz?ML+`Rqq^$0p zYnw|h@WoT;q|I<608Ye9I28w@TX)T>KG9@(%59;qNWd=*9ae6Q^|o)5w$QL`n|nPv7DeynZG(U?21uVm$+k+ z{d_@FfGgSD)NKNcR7o$R3Y4(Q3VK5~Y1*DD7^ARV_>+{5;VJR9yP6VX8v1%RjlmAg`LN1D$Zp~Vdy)qhjOkkVAlcCOe zMsk)x61=fNzFg> zO&9#~op5Y~7%70p3XIE;i3lAkSW4#S#D!E@j%Q&X7DO%v$zG)!Aa2SMO%Cli z%`WaXyzJRRkOkK$NqD5x?$p$c)yUrF!3U4>s6YYim*$arxNy#psih(nEUghmq($9|R#Dk6 zPcXDsW_VwI#`RC#s5J$NVc?zUv653!zub}~PZ1YH&7%VsymKa|`m&NEo56}<#vt5R z{dsodj_XjuDCUB8331Fdxz|?Q9ym%lM`p+dYkLLTHvf%TvC>4ycPD&p7imfx-c9eJ zNk3fDT9{SxR^J^B#4iHQv~7+yd}xJTW#5649q6z3;xwd{#8@y7k+F#>nh{Nnqa-^u zH6~dLWK|cROp^o~XIBR@`3E~}BRLY0{DL12*Q$vUbTUJ-7O(jCgi|?!$OICWpH$Mz zEy|{c<8u-UTQ85NI3~P=R!cm-t< zNUdq>&tOUACT=faG@39~oG8io1W8aBkY6`HEF5X!=wu_KO>QWor^|%oh)PLTgH|gT z`V0iWI9PC~g#K;tRW~73sr!{%t|dlvu2()SJhcD031ZcB4dk z01NhgZw`_f0jzvLUM4#5zalMX7*vJ2B5l0SsBMs+fm$daU?}@>PCQ36i1%1vK)wFL zGug|nZJ-v2Bo_>7*M*Y|A_b=N_=FS+{S2T=#UzfoBGn5NN@21mRb5o`71FfBn#5I$ zxMMHSws@C3ob+x!RLJ7ICi50ID73vgG_2_FG>jx~(=!}#zvb{}%+DQF+T3D#s`%-g zwB9ZSRL~C=jm1t-BGHJ-WHiS=#hFvU3it8S=b%IC#V4MQ6=w}nrKf}MDqE~@h?`ZA z{(U4Px9-I)Q{ll`7^cT-wM!3>iD&PUdH&EEFv3)NFF-p(K^(-95#bgw3Cf}-CJv$v zqL&qhhX*#7?4WO7q@yYCopzAZ3%y&(P^hz)Damq24wNT%AMHDJaY>?Lp6Y^`#Hb_@ zUQ{(l-k>S{b#1{)#{Hfzhbx_05q3RaX!0SKDn0sSkZ_ z`^Q5Ka^piRQ_H%IQ}j`|Av5X|pI=mjE%P0V_*D)3RfcrXKQQyS48;b?{EC; zi5i30X=!{rX<`ijJ_w*O^7Cz_Ex!xv06mp(t1=ySJ8QDE#u7`DVbL?^R7Sm<(T9x> zAEvjO4VzTrKdCeswkO87kA@t6-sxkPQ{2aPO}OF*;|oQt8UwxYM53qRKT6MMf-fN; z(7ku8DknNoY=EFKu@0}*m-TZN`K4$YB?n%iOqO-n-7DN!T$m{U+=D?7t(X%=&Ty#< z*>85(7-QYH_vCeR9^b^|76+K!^$Kyc6Mcpev%w_ZkqV7yr!o90Z!m^gjN1a{S z`DL*#V)2xn^!1fv(oZ!>^#yD724TUOjqRhLkLWZ$o4LODs%T?oV&?vRj8CcXR#4zm*f+;6wascRp3OU8RVloaTJ6J)7kg9FG7*MXvQ{CnUBGD%4HkoC!`>lm+RCyHfrf(r~`>0K+JDRw;=f_qNf@wit#{?qPL6q1U5Xb7CFC+hQUM3 zaHd?mF3d+gy(b3UH;0?%nZCBIJ2*9w23?so;=Jw_qZoi5R5~s-q}G8X%;!R9kbB`P z@X2Da-dy|^M!}10N7SX(_bVgyIFseg=0lb1IYVC8YKmBv!q5QG6)d2e>N?E!z~?UJ z(@AdHa<8SdF2-}nhdX*cI*t|FT&McYA?y{$Jc1XtxPjy?QEuZ>$RiMFF4wrD3$U!a z*u`mNzVqty3d~c|6&0xbgu~m#OtY4A-nj$a2xFrKV+TdWfHzQU+616IcGRbmFot;F z4k+S;%DWtJl!+6Fp+LgM9uq2giws?=jM^n~00Sd8l0~ECQGiOkGJyqzk{fNa`UdeY z(&5W=8^N|7(+G1D(MvD%BL@@go2foR*T8kj^h{Qcyh>OU_>l(lD_7w?n~Qiopu~j; z+6{ZzsZydZ09n>hhO$h>H2P|fX~DnJK_7Fo?oT7%DD2Qf-EPzJ@hR;Cmy5BkvObjb zqo44wj68L{6e)nhai%Y#${#gi4TCh)LP0q7!|Cc;B8kL3!Wjxa351H^<$k7|z-C7& z15F{ykw+vz7Hp(>9V#XLwxfrwis>p zirheDxqT|UE_r>yoo1$iIWaO;$v00W?{^9L)aJ%HiIO1Mh#LgMmD z7%#_-TGBjK)5lC)Xo=wu&*YQQV6C?_GBw(=Z?x(fM?Pdaq|OWyv|rgEG_fCEw8-Y7 zT)0@lI9#$(o*1%dmi4fr3-zF)9_;Lo9QJCKR_GhV#;cr+_8Bhml^6!zj6PSE4yyLQ zVB|b^IWELgjaZW+g2J;(`<}@yVUKlNe&YlwSOx~;MKfXnn8uKMBBP6W($It^0$2o( zY2EE58D|F%TBc#z`zjs{iCH;j1O7C4$NZ+-lRz6N=&b69KCpYd%(|X6?i6fada|gm`Bi&?P>ZuD)?3_X%YKz5aP8jE||u`)%Tp! ze>wHh$ugpibe-~Rp)t-$LIRLCnaOzd_-(oZcXmR>3nXEZZIO&-T9 zi3=Kq-^tpfU9d#AOqiVaA~!a~DvFjHyuNl!=Pjtby-%T7ek=tk(4+t|EQMS z3t($H0JM|$VNcyc%W#bkn37GMHp{2?@rmCePUpuJ0!IV9=bQkDB^W9*9&!o?va-h| zqk~QL$+g9g*R!JNW(2C_)03fJQ~i?0Q0FuzKa@1ht-SstCwwxeB}y1FRN_=5uuzrB z-qTYSfj|}IN~x&Cxzi5rN27AfPPn?75adc`iYCba$OVxmLr zh$0eFVj{0um0{30Ri6JbsEik(ah~OVMwCbLC`I#}mVD z#`vnWZe4^e5z#blrc<>r&zL6ga#r`?;yn|-6;vmx*4It^)ic(gdy70X_4P34CRs~@ zHN1`NRQRMw(!%8)8iQJyy$GMU^w@>pi~8bhB@WZbNb&WcSYzxW!-z=Pj8s<@{Yx+* z7PMzeZ3jy|yYQCLRf)FVr+YpLGtZxb*O+koybzHtEs~yl*70~ysfU4VA$xjM7dUWd zpe8|dIAta#Alynz4Q479Ulc0uWJY4QHcU{*uD~&Dtbo9Jnh$c#zb}Hl$s(U-QpXg2 z3-$bEG&*pzb4xniw8O?7+D7v1J0KyWl^eoa@*8qI={C)qsXM}-;i10f=3fpe)KaR- z-+_LO%%)Qe|!D zQ8@?*GzOr}2oOFAv*o+D3g(LyeJC)mjEG}CoDouQIbEQy|7h~taBrcgbd#gmx}bzr zwk5!nHDlRHYFc?S#iyvaL$v$9(INN$0+R+E3v8y97A#ElF>o4+NIea2%uQ#IYCsVzKio+0+6d8*zU590r zS=1R@!+aeA(Nu~#Yps_^osl*`A_{uCf#Rx%c<;CbL(_1ptcgevB9vfEGRS#|XpcUm z^e6W_p=f6;8$@7Jubq2UuL>%Eiln9$8*Rsh4Zd}UZY65Ee@ecNbo9+pf@N;}tNW;q zCfSK3&36{XDJ3k2szL^Z&r}2&ku`|ra^GR5?73W51B)S`pTD^o-9T0a&Ne$cFy;So zhFvRY@?;u_;{B?S+T-e3DQYL(=$-7{b))QuuSZtLupY*t+cXIu9o7?R5j(xpcP&Kp zAiQGom%4{Ok=4iG4XvQ!jg8royiDC{x~6sW4G8&2KQtsq&gG1{2YAx`3(^o4#lYf% z(t1@58p+&&*e=0H`tQter#mgiGG`d)1xc zlq#a!G1(SI!^>~1U4+a90-377!9;2aFDgSIx_jjST0oEDG=LLSZ~rQnnhsM#cJo{# z+M%zQT_r}t)nzV6CtP8l)n{`E6I1?XK@N1DPh00iYm$pi5%3$Gtaty$vg~2oWUOyJ zonxjGC)l{P5))AiVqT&J7uXPJ`GJ-zjq7c`a?;XQ1>Dwnd55{0NHzNtP2XeshqQ;} z1v~ytRns^ilPi{8S4SNz6)ON*XmFQO0;CnTc;VRDF+T0IN6dvb>^oE@v@;=vn4bMX z;$Ab|sT( z#6{~mZ$xI&03=ib*$YkOXLJbO`9Y4HaQH+LOlMGErh8kZ4BlfyPIm{hFeSyF5kD}< ziVPkNark_!C7=aRhdkkt-k`jHzQEJ|MN&W(zs{ae9vi7~sd79z?4Ah+FEEDM04s`Z z;TmzJOph^qCsV-texh*?swE1rWm(JG!!VTaS1+<2`Ff-IRmh-}3)&y**iWDI##_A# z7?O)W@ByDPR39${OV*Q@m|HO7*X#bC$fzJUNLNi8C;4mUDg+em?7J|?l@dXn=TSZr zOi(q<`Ie&}rPSmyPg^SQB5M~yY=Sqva z>R4-~rGnV_1ZrpY-j&@x&l{WzM?0&;n5vhVYF30E3*OX@UpROvj;db83;-xExM)qz z??&z{)(9cZMJ!o{nSH* zMn=-9m19iwtdJ$8Xt?-I3^h8Vc~*KG_8W9ALd)i z@>6Q|40!aQ90!sZFF5nw7r=3rZO5RqJ{2Q>IDR~TIA*zaMbfHEf??0WhrahvVtiJ4 zY7o>vfD%c_JvZ!equd_N|4)BB#DYwzE;RY{d2h5PsoDs#J{9;8`aabVfPuOe&DfM& zTzH{NCY?yfN1837Rf3^lYT)uo(cfl3U}GDpD0OBYDd0={nfCmK?T?O#%l%}VDgmE3 zX?3xk@Q452yzkF}=4l0JPS!lD*rlH&T;*Se;hlcm@C)~gg}QjhP~VgHJ!i}YMtbrc zd~H#@sWd{R{XonIhOa!C5L$UiptevmOYe_%Akj4%R`SOTHL<>HiO$Y`BQ)m5fokj- zKh5{QuvDK0pw^f_6RuT+dG&_yhjSMRvhtS4-t5MJKl2Y*#Ga_4HcH(8K1(Zz*HR&e zW4Q`i2m4K&Y3oa?H|j{Cco#qk&i~BoSy}tCQ@L|R&Gg1}IEL!p4Ixj|Wd%7WAH2Ws zEjyCBD-gZ>ZAAXBZ9?FktdnR;fxcdBF#$T1vot9wH8VwnYWpy(mON6(bpb%cn4MwH zxc9_u2k&SHxne*=mrc63X_se^{v=r%zqJmnll2_(jr4~LZIdTkkIaEHq3mubq}mhc zWcWtGb(2!Em7#TJUdWg3A2Z=_@WG9cgd(Q?#q$;m+^5nmtW$X<4vJ|J7sP3Z^gc%K zQG(G&uNn(^q>SMPZs=OG@Xmk*Az?LDpIzfK9_bqou5tWt3AT4*b0#3c%-_4wg`*3Z z4vk2E2JZ5~>*a6GHpd56(D2l}ZmuOW=~`W2z>MLRKz`_f4D5<~oncj>lctayTL>=o zJ~f-wk{hho@f3|EX-Ys;$p5)h`{K+SkNi;`R1wf2EhULMj3Ao%kH8~WtK>T%T4ou>N1&H4Rjhh&6lEf%L80|8YpM&dQ+243fLPXA3*rPO27i62(f&p z!?l3wpJsg=Y#k6k%0GVeGtuu7D>nN5n$(X))6k}r_&JD{*7D(1Vr7RROCDi$-+7L> zNQ}R<$dvM@Q0ud%f)-vuc}WRMkk%4?7l&{5YTw^~Jz$1s)SYXEV5T>um8!uiluS*S z+d$Z}AisApe0^;r@C4%v0rX338L0Rrtp0Gq-~$Gs$}33hg9Y$w`am_6*&FhBJcSpoeJ_x`1EQl7;F{rEZ}3_ z>tGFbCHa`pK>e=d5;E5ysywC-Vgg6r+*M2=dBz{HRpm)&fGTK8i6+P3tqlyR_B&q?eJiZkL@V+RNZ5@ZCHa=ZgX9}u{m3!E=tkPjC2xwx|Dz)9@ zDOjE)@r-RbKN+u4!s=vEA!-7iFz}ot9?-__!SxP=dht(6i{GoHg`U|SOFlBkFNp{p znN;D!Q;^*VRqLUt;~HKHT5R!&U{e@>eT=szDleg;`x-|)pq#d;-e#68>kP`;%c$Te%zwBzl6lySSuq<2CCqUap>-n=V^ zvM)qXD{~e{OXAjKvr;G;NoF*&l~eoJJZ@1qZRe-+a)-m6Yo=^6X12;)lChuLK?!QYjdwuuqwJB z#e{Lwp}F^sH9P0xC5!t5jJz-rsMsnRmF{G)3Q#HT9Z}W5el(NHI}`>!b6MRD?4KL3 zPF9dv71t0qGKR0+1+(_ID|GcB5rL4!6^v}7ds>nqlg*&mSB5O8o}h+Uo75SiQJm3v zV&s=z%}G#r#&e*ah0<5n2imm{J1n^J6L}IY=<|}H-^4Xoy8fb#(oJUP3dvy-cZO>EY&!^12+Ru-op#9nrQ@3AFthLx+a zJKWW^Gn9WAv`z!62WL8{;)!^;$zAnLK~O?FU1M}8aKP(o0&fh}GNGbn-mqLoZS9Lu z6N>E&mJTDa|(=kwUM1L@|&LmUS|C3N#&}}GU{*u004JGad`j$ literal 0 HcmV?d00001 diff --git a/tests/test_fingerprint.py b/tests/test_fingerprint.py index e378b12..81531ab 100644 --- a/tests/test_fingerprint.py +++ b/tests/test_fingerprint.py @@ -334,8 +334,30 @@ def test_interaction_params(self): fp = Fingerprint() assert fp.hydrophobic.distance == 4.5 + @pytest.fixture(scope="class") + def water_u(self): + top_path = (datapath / "water_m2.pdb").as_posix() + traj_path = (datapath / "water_m2.xtc").as_posix() + return mda.Universe(top_path, traj_path) + def test_water_bridge_instance_without_params_raises_error(self): with pytest.raises( ValueError, match="Must specify settings for the `WaterBridge` interaction" ): Fingerprint(["WaterBridge"]) + + def test_direct_water_bridge(self, water_u): + ligand = water_u.select_atoms("resname QNB") + protein = water_u.select_atoms( + "protein and byres around 4 group ligand", ligand=ligand + ) + water = water_u.select_atoms( + "resname TIP3 and byres around 4 group ligand", ligand=ligand + ) + + fp = Fingerprint(["WaterBridge"], parameters={"WaterBridge": {"water": water}}) + fp.run(water_u.trajectory[:1], ligand, protein) + + int_data = next(fp.ifp[0].interactions()) + assert int_data.interaction == "WaterBridge" + assert str(int_data.protein) == "TRP400.X" From 0478d95f253189e9274e9b34dc13d8e57c9afa98 Mon Sep 17 00:00:00 2001 From: =?UTF-8?q?C=C3=A9dric=20Bouysset?= Date: Sun, 24 Nov 2024 22:11:03 +0000 Subject: [PATCH 08/12] docs: fix list instead of dict --- docs/notebooks/docking.ipynb | 9 +++------ 1 file changed, 3 insertions(+), 6 deletions(-) diff --git a/docs/notebooks/docking.ipynb b/docs/notebooks/docking.ipynb index dde8721..bcd47a3 100644 --- a/docs/notebooks/docking.ipynb +++ b/docs/notebooks/docking.ipynb @@ -609,7 +609,7 @@ "ref_mol = plf.Molecule.from_mda(ref)\n", "\n", "# generate IFP for the reference\n", - "fp_ref = plf.Fingerprint(fp.interactions)\n", + "fp_ref = plf.Fingerprint(list(fp.interactions))\n", "fp_ref.run_from_iterable([ref_mol], protein_mol)\n", "df_ref = fp_ref.to_dataframe(index_col=\"Pose\")\n", "\n", @@ -853,11 +853,8 @@ } ], "metadata": { - "interpreter": { - "hash": "8787e9fc73b27535744a25d17e74686c0add9df598b8e27ca04412fce7f0c7ae" - }, "kernelspec": { - "display_name": "Python 3.8.5 ('prolif')", + "display_name": "prolif", "language": "python", "name": "python3" }, @@ -871,7 +868,7 @@ "name": "python", "nbconvert_exporter": "python", "pygments_lexer": "ipython3", - "version": "3.9.13" + "version": "3.11.9" } }, "nbformat": 4, From fd128d54db1e59f55eadf3cb5e3122896e29b3df Mon Sep 17 00:00:00 2001 From: =?UTF-8?q?C=C3=A9dric=20Bouysset?= Date: Sun, 24 Nov 2024 23:22:40 +0000 Subject: [PATCH 09/12] chore: update converter cache size conditionally --- prolif/fingerprint.py | 9 +++++++-- 1 file changed, 7 insertions(+), 2 deletions(-) diff --git a/prolif/fingerprint.py b/prolif/fingerprint.py index 39dfdf5..190210a 100644 --- a/prolif/fingerprint.py +++ b/prolif/fingerprint.py @@ -34,7 +34,7 @@ import dill import multiprocess as mp import numpy as np -from MDAnalysis.converters.RDKit import set_converter_cache_size +from MDAnalysis.converters.RDKit import atomgroup_to_mol, set_converter_cache_size from rdkit import Chem from tqdm.auto import tqdm @@ -496,6 +496,12 @@ def run( # setup defaults converter_kwargs = converter_kwargs or ({}, {}) + if ( + self._water_bridge_parameters + and (maxsize := atomgroup_to_mol.cache_parameters()["maxsize"]) + and maxsize <= 2 + ): + set_converter_cache_size(3) if n_jobs is None: n_jobs = int(os.environ.get("PROLIF_N_JOBS", 0)) or None if residues == "all": @@ -1115,7 +1121,6 @@ def run_bridged_analysis(self, traj, lig, prot, water, **kwargs): """ kwargs.pop("n_jobs", None) residues = kwargs.pop("residues", None) - set_converter_cache_size(3) fp = Fingerprint( interactions=["HBDonor", "HBAcceptor"], parameters=self.parameters ) From 56eb85fd354cc8c5e2115bf466af775873cc5635 Mon Sep 17 00:00:00 2001 From: =?UTF-8?q?C=C3=A9dric=20Bouysset?= Date: Sun, 24 Nov 2024 23:25:31 +0000 Subject: [PATCH 10/12] tests: improve coverage --- tests/test_fingerprint.py | 46 ++++++++++++++++++++++++++++++++------- 1 file changed, 38 insertions(+), 8 deletions(-) diff --git a/tests/test_fingerprint.py b/tests/test_fingerprint.py index 81531ab..554adb4 100644 --- a/tests/test_fingerprint.py +++ b/tests/test_fingerprint.py @@ -1,6 +1,9 @@ +from unittest.mock import Mock + import MDAnalysis as mda import numpy as np import pytest +from MDAnalysis.converters.RDKit import set_converter_cache_size from pandas import DataFrame from rdkit.DataStructs import ExplicitBitVect, UIntSparseIntVect @@ -340,13 +343,8 @@ def water_u(self): traj_path = (datapath / "water_m2.xtc").as_posix() return mda.Universe(top_path, traj_path) - def test_water_bridge_instance_without_params_raises_error(self): - with pytest.raises( - ValueError, match="Must specify settings for the `WaterBridge` interaction" - ): - Fingerprint(["WaterBridge"]) - - def test_direct_water_bridge(self, water_u): + @pytest.fixture(scope="class") + def water_params(self, water_u): ligand = water_u.select_atoms("resname QNB") protein = water_u.select_atoms( "protein and byres around 4 group ligand", ligand=ligand @@ -354,10 +352,42 @@ def test_direct_water_bridge(self, water_u): water = water_u.select_atoms( "resname TIP3 and byres around 4 group ligand", ligand=ligand ) + return ligand, protein, water + + def test_water_bridge_instance_without_params_raises_error(self): + with pytest.raises( + ValueError, match="Must specify settings for the `WaterBridge` interaction" + ): + Fingerprint(["WaterBridge"]) + def test_direct_water_bridge(self, water_u, water_params): + ligand, protein, water = water_params fp = Fingerprint(["WaterBridge"], parameters={"WaterBridge": {"water": water}}) fp.run(water_u.trajectory[:1], ligand, protein) - int_data = next(fp.ifp[0].interactions()) + assert int_data.interaction == "WaterBridge" assert str(int_data.protein) == "TRP400.X" + + def test_mix_water_bridge_and_other_interactions(self, water_u, water_params): + ligand, protein, water = water_params + fp = Fingerprint( + ["HBDonor", "WaterBridge"], parameters={"WaterBridge": {"water": water}} + ) + fp.run(water_u.trajectory[:1], ligand, protein, n_jobs=1) + + assert "WaterBridge" in fp.ifp[0]["QNB1.X", "TRP400.X"] + assert "HBDonor" in fp.ifp[0]["QNB1.X", "ASN404.X"] + + def test_water_bridge_updates_cache_size(self, water_u, water_params, monkeypatch): + ligand, protein, water = water_params + set_converter_cache_size(2) + mocked = Mock(wraps=set_converter_cache_size) + monkeypatch.setattr( + Fingerprint, "run_bridged_analysis", lambda *_args, **_kwargs: None + ) + monkeypatch.setattr("prolif.fingerprint.set_converter_cache_size", mocked) + + fp = Fingerprint(["WaterBridge"], parameters={"WaterBridge": {"water": water}}) + fp.run(water_u.trajectory[:1], ligand, protein) + mocked.assert_called_once_with(3) From 53f420e38925d7a83b21b4f4c66e06589c55af74 Mon Sep 17 00:00:00 2001 From: =?UTF-8?q?C=C3=A9dric=20Bouysset?= Date: Sun, 24 Nov 2024 23:29:00 +0000 Subject: [PATCH 11/12] docs: add docstring for bridged analysis and rename with underscore --- prolif/fingerprint.py | 161 ++++++++++++++++++++------------------ tests/test_fingerprint.py | 2 +- 2 files changed, 87 insertions(+), 76 deletions(-) diff --git a/prolif/fingerprint.py b/prolif/fingerprint.py index 190210a..de24b2c 100644 --- a/prolif/fingerprint.py +++ b/prolif/fingerprint.py @@ -530,7 +530,7 @@ def run( self.ifp = ifp if self._water_bridge_parameters: - self.run_bridged_analysis( + self._run_bridged_analysis( traj, lig, prot, @@ -712,6 +712,91 @@ def _run_iter_parallel( self.ifp = ifp return self + def _run_bridged_analysis(self, traj, lig, prot, water, **kwargs): + """Implementation of the WaterBridge analysis for trajectories. + + Parameters + ---------- + traj : MDAnalysis.coordinates.base.ProtoReader or MDAnalysis.coordinates.base.FrameIteratorSliced + Iterate over this Universe trajectory or sliced trajectory object + to extract the frames used for the fingerprint extraction + lig : MDAnalysis.core.groups.AtomGroup + An MDAnalysis AtomGroup for the ligand + prot : MDAnalysis.core.groups.AtomGroup + An MDAnalysis AtomGroup for the protein (with multiple residues) + water: MDAnalysis.core.groups.AtomGroup + An MDAnalysis AtomGroup for the water molecules + """ + kwargs.pop("n_jobs", None) + residues = kwargs.pop("residues", None) + fp = Fingerprint( + interactions=["HBDonor", "HBAcceptor"], parameters=self.parameters + ) + + # run analysis twice, once on ligand-water, then on water-prot + ifp_stores: list[dict[int, IFP]] = [ + fp._run_serial(traj, lig, water, residues=None, **kwargs), + fp._run_serial(traj, water, prot, residues=residues, **kwargs), + ] + + # merge results from the 2 runs on matching water residues + self.ifp = getattr(self, "ifp", {}) + for (frame, ifp1), ifp2 in zip(ifp_stores[0].items(), ifp_stores[1].values()): + # for each ligand-water interaction in ifp1 + for data1 in ifp1.interactions(): + # for each water-protein interaction in ifp2 where water1 == water2 + for data2 in [ + d2 for d2 in ifp2.interactions() if d2.ligand == data1.protein + ]: + # construct merged metadata + metadata = ( + { + "indices": { + "ligand": data1.metadata["indices"]["ligand"], + "protein": data2.metadata["indices"]["protein"], + "water": tuple( + set().union( + data1.metadata["indices"]["protein"], + data2.metadata["indices"]["ligand"], + ) + ), + }, + "parent_indices": { + "ligand": data1.metadata["parent_indices"]["ligand"], + "protein": data2.metadata["parent_indices"]["protein"], + "water": tuple( + set().union( + data1.metadata["parent_indices"]["protein"], + data2.metadata["parent_indices"]["ligand"], + ) + ), + }, + "water_residue": data1.protein, + "ligand_role": data1.interaction, + "protein_role": ( # invert role + "HBDonor" + if data2.interaction == "HBAcceptor" + else "HBAcceptor" + ), + **{ + f"{key}{suffix}": data.metadata[key] + for suffix, data in [ + ("_ligand_water", data1), + ("_water_protein", data2), + ] + for key in ["distance", "DHA_angle"] + }, + }, + ) + + # store metadata + ifp = self.ifp.setdefault(frame, IFP()) + ifp.setdefault((data1.ligand, data2.protein), {}).setdefault( + "WaterBridge", [] + ).append(metadata) + + return self + def to_dataframe( self, *, @@ -1114,77 +1199,3 @@ def plot_3d( only_interacting=only_interacting, remove_hydrogens=remove_hydrogens, ) - - def run_bridged_analysis(self, traj, lig, prot, water, **kwargs): - """ - TODO - """ - kwargs.pop("n_jobs", None) - residues = kwargs.pop("residues", None) - fp = Fingerprint( - interactions=["HBDonor", "HBAcceptor"], parameters=self.parameters - ) - - # run analysis twice, once on ligand-water, then on water-prot - ifp_stores: list[dict[int, IFP]] = [ - fp._run_serial(traj, lig, water, residues=None, **kwargs), - fp._run_serial(traj, water, prot, residues=residues, **kwargs), - ] - - # merge results from the 2 runs on matching water residues - self.ifp = getattr(self, "ifp", {}) - for (frame, ifp1), ifp2 in zip(ifp_stores[0].items(), ifp_stores[1].values()): - # for each ligand-water interaction in ifp1 - for data1 in ifp1.interactions(): - # for each water-protein interaction in ifp2 where water1 == water2 - for data2 in [ - d2 for d2 in ifp2.interactions() if d2.ligand == data1.protein - ]: - # construct merged metadata - metadata = ( - { - "indices": { - "ligand": data1.metadata["indices"]["ligand"], - "protein": data2.metadata["indices"]["protein"], - "water": tuple( - set().union( - data1.metadata["indices"]["protein"], - data2.metadata["indices"]["ligand"], - ) - ), - }, - "parent_indices": { - "ligand": data1.metadata["parent_indices"]["ligand"], - "protein": data2.metadata["parent_indices"]["protein"], - "water": tuple( - set().union( - data1.metadata["parent_indices"]["protein"], - data2.metadata["parent_indices"]["ligand"], - ) - ), - }, - "water_residue": data1.protein, - "ligand_role": data1.interaction, - "protein_role": ( # invert role - "HBDonor" - if data2.interaction == "HBAcceptor" - else "HBAcceptor" - ), - **{ - f"{key}{suffix}": data.metadata[key] - for suffix, data in [ - ("_ligand_water", data1), - ("_water_protein", data2), - ] - for key in ["distance", "DHA_angle"] - }, - }, - ) - - # store metadata - ifp = self.ifp.setdefault(frame, IFP()) - ifp.setdefault((data1.ligand, data2.protein), {}).setdefault( - "WaterBridge", [] - ).append(metadata) - - return self diff --git a/tests/test_fingerprint.py b/tests/test_fingerprint.py index 554adb4..7a07cca 100644 --- a/tests/test_fingerprint.py +++ b/tests/test_fingerprint.py @@ -384,7 +384,7 @@ def test_water_bridge_updates_cache_size(self, water_u, water_params, monkeypatc set_converter_cache_size(2) mocked = Mock(wraps=set_converter_cache_size) monkeypatch.setattr( - Fingerprint, "run_bridged_analysis", lambda *_args, **_kwargs: None + Fingerprint, "_run_bridged_analysis", lambda *_args, **_kwargs: None ) monkeypatch.setattr("prolif.fingerprint.set_converter_cache_size", mocked) From 40763d0b66ac6a32caecff65eb7045b066d79d7d Mon Sep 17 00:00:00 2001 From: =?UTF-8?q?C=C3=A9dric=20Bouysset?= Date: Sun, 24 Nov 2024 23:54:44 +0000 Subject: [PATCH 12/12] chore: add count support --- prolif/fingerprint.py | 4 +++- 1 file changed, 3 insertions(+), 1 deletion(-) diff --git a/prolif/fingerprint.py b/prolif/fingerprint.py index de24b2c..5c5f79d 100644 --- a/prolif/fingerprint.py +++ b/prolif/fingerprint.py @@ -730,7 +730,9 @@ def _run_bridged_analysis(self, traj, lig, prot, water, **kwargs): kwargs.pop("n_jobs", None) residues = kwargs.pop("residues", None) fp = Fingerprint( - interactions=["HBDonor", "HBAcceptor"], parameters=self.parameters + interactions=["HBDonor", "HBAcceptor"], + parameters=self.parameters, + count=self.count, ) # run analysis twice, once on ligand-water, then on water-prot