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card.cpp
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card.cpp
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/*
* card.cpp
*
* Created on: 2010-5-7
* Author: Argon
*/
#include "card.h"
#include "field.h"
#include "effect.h"
#include "duel.h"
#include "group.h"
#include "interpreter.h"
#include "ocgapi.h"
#include "buffer.h"
#include <algorithm>
bool card_sort::operator()(card* const& c1, card* const& c2) const {
return c1->cardid < c2->cardid;
}
bool card_state::is_location(uint32_t loc) const {
if((loc & LOCATION_FZONE) && location == LOCATION_SZONE && sequence == 5)
return true;
if((loc & LOCATION_PZONE) && location == LOCATION_SZONE && pzone)
return true;
if(location & loc)
return true;
return false;
}
void card_state::init_state() {
code = UINT32_MAX;
code2 = UINT32_MAX;
type = UINT32_MAX;
level = UINT32_MAX;
rank = UINT32_MAX;
link = UINT32_MAX;
lscale = UINT32_MAX;
rscale = UINT32_MAX;
attribute = UINT32_MAX;
race = UINT32_MAX;
attack = -1;
defense = -1;
base_attack = -1;
base_defense = -1;
controler = UINT8_MAX;
location = UINT8_MAX;
sequence = UINT8_MAX;
position = UINT8_MAX;
reason = UINT32_MAX;
reason_player = UINT8_MAX;
}
void query_cache::clear_cache() {
info_location = UINT32_MAX;
current_code = UINT32_MAX;
type = UINT32_MAX;
level = UINT32_MAX;
rank = UINT32_MAX;
link = UINT32_MAX;
attribute = UINT32_MAX;
race = UINT32_MAX;
attack = -1;
defense = -1;
base_attack = -1;
base_defense = -1;
reason = UINT32_MAX;
status = UINT32_MAX;
lscale = UINT32_MAX;
rscale = UINT32_MAX;
link_marker = UINT32_MAX;
}
bool card::card_operation_sort(card* c1, card* c2) {
duel* pduel = c1->pduel;
int32_t cp1 = c1->overlay_target ? c1->overlay_target->current.controler : c1->current.controler;
int32_t cp2 = c2->overlay_target ? c2->overlay_target->current.controler : c2->current.controler;
if(cp1 != cp2) {
if(cp1 == PLAYER_NONE || cp2 == PLAYER_NONE)
return cp1 < cp2;
if(pduel->game_field->infos.turn_player == 0)
return cp1 < cp2;
else
return cp1 > cp2;
}
if(c1->current.location != c2->current.location)
return c1->current.location < c2->current.location;
if(c1->current.location & LOCATION_OVERLAY) {
if(c1->overlay_target && c2->overlay_target && c1->overlay_target->current.sequence != c2->overlay_target->current.sequence)
return c1->overlay_target->current.sequence < c2->overlay_target->current.sequence;
else
return c1->current.sequence < c2->current.sequence;
} else if (c1->current.location & LOCATION_DECK && pduel->game_field->is_select_hide_deck_sequence(cp1)) {
// if deck reversed and the card being at the top, it should go first
if(pduel->game_field->core.deck_reversed) {
if(c1->current.sequence == pduel->game_field->player[cp1].list_main.size() - 1)
return false;
if(c2->current.sequence == pduel->game_field->player[cp2].list_main.size() - 1)
return true;
}
// faceup deck cards should go at the very first
auto c1_faceup = c1->current.position & POS_FACEUP;
auto c2_faceup = c2->current.position & POS_FACEUP;
if(c1_faceup || c2_faceup) {
if(c1_faceup && c2_faceup)
return c1->current.sequence > c2->current.sequence;
else
return c2_faceup;
}
// sort deck as card property
auto c1_type = c1->data.type & 0x7;
auto c2_type = c2->data.type & 0x7;
// monster should go before spell, and then trap
if(c1_type != c2_type)
return c1_type > c2_type;
if(c1_type & TYPE_MONSTER) {
if (c1->data.level != c2->data.level)
return c1->data.level < c2->data.level;
// TODO: more sorts here
}
if(c1->data.code != c2->data.code)
return c1->data.code > c2->data.code;
return c1->current.sequence > c2->current.sequence;
} else {
if(c1->current.location & (LOCATION_DECK | LOCATION_EXTRA | LOCATION_GRAVE | LOCATION_REMOVED))
return c1->current.sequence > c2->current.sequence;
else
return c1->current.sequence < c2->current.sequence;
}
}
bool card::check_card_setcode(uint32_t code, uint32_t value) {
card_data dat;
::read_card(code, &dat);
return dat.is_setcode(value);
}
void card::attacker_map::addcard(card* pcard) {
auto fid = pcard ? pcard->fieldid_r : 0;
auto pr = emplace(fid, std::make_pair(pcard, 0));
++pr.first->second.second;
}
uint32_t card::attacker_map::findcard(card* pcard) {
auto fid = pcard ? pcard->fieldid_r : 0;
auto it = find(fid);
if(it == end())
return 0;
else
return it->second.second;
}
card::card(duel* pd) {
ref_handle = 0;
pduel = pd;
owner = PLAYER_NONE;
sendto_param.clear();
release_param = 0;
sum_param = 0;
position_param = 0;
spsummon_param = 0;
to_field_param = 0;
direct_attackable = 0;
summon_info = 0;
status = 0;
equiping_target = 0;
pre_equip_target = 0;
overlay_target = 0;
current = {};
previous = {};
spsummon = {};
temp.init_state();
unique_pos[0] = unique_pos[1] = 0;
spsummon_counter[0] = spsummon_counter[1] = 0;
unique_code = 0;
unique_fieldid = 0;
assume_type = 0;
assume_value = 0;
spsummon_code = 0;
xyz_materials_previous_count_onfield = 0;
current.controler = PLAYER_NONE;
}
inline void update_cache(uint32_t tdata, uint32_t& cache, byte*& p, uint32_t& query_flag, uint32_t flag) {
if (tdata != cache) {
cache = tdata;
buffer_write<uint32_t>(p, tdata);
}
else
query_flag &= ~flag;
}
int32_t card::get_infos(byte* buf, uint32_t query_flag, int32_t use_cache) {
byte* p = buf;
std::pair<int32_t, int32_t> atk_def(-10, -10);
std::pair<int32_t, int32_t> base_atk_def(-10, -10);
if ((query_flag & QUERY_ATTACK) || (query_flag & QUERY_DEFENSE)) {
atk_def = get_atk_def();
}
if ((query_flag & QUERY_BASE_ATTACK) || (query_flag & QUERY_BASE_DEFENSE)) {
base_atk_def = get_base_atk_def();
}
//first 8 bytes: data length, query flag
p += 8;
if (query_flag & QUERY_CODE) {
buffer_write<uint32_t>(p, data.code);
}
if (query_flag & QUERY_POSITION) {
uint32_t tdata = get_info_location();
buffer_write<uint32_t>(p, tdata);
if (q_cache.info_location != tdata) {
q_cache.clear_cache();
q_cache.info_location = tdata;
use_cache = 0;
}
}
if(!use_cache) {
if (query_flag & QUERY_ALIAS) {
uint32_t tdata = get_code();
buffer_write<uint32_t>(p, tdata);
q_cache.current_code = tdata;
}
if (query_flag & QUERY_TYPE) {
uint32_t tdata = get_type();
buffer_write<uint32_t>(p, tdata);
q_cache.type = tdata;
}
if (query_flag & QUERY_LEVEL) {
uint32_t tdata = get_level();
buffer_write<uint32_t>(p, tdata);
q_cache.level = tdata;
}
if (query_flag & QUERY_RANK) {
uint32_t tdata = get_rank();
buffer_write<uint32_t>(p, tdata);
q_cache.rank = tdata;
}
if (query_flag & QUERY_ATTRIBUTE) {
uint32_t tdata = get_attribute();
buffer_write<uint32_t>(p, tdata);
q_cache.attribute = tdata;
}
if (query_flag & QUERY_RACE) {
uint32_t tdata = get_race();
buffer_write<uint32_t>(p, tdata);
q_cache.race = tdata;
}
if (query_flag & QUERY_ATTACK) {
buffer_write<int32_t>(p, atk_def.first);
q_cache.attack = atk_def.first;
}
if (query_flag & QUERY_DEFENSE) {
buffer_write<int32_t>(p, atk_def.second);
q_cache.defense = atk_def.second;
}
if (query_flag & QUERY_BASE_ATTACK) {
buffer_write<int32_t>(p, base_atk_def.first);
q_cache.base_attack = base_atk_def.first;
}
if (query_flag & QUERY_BASE_DEFENSE) {
buffer_write<int32_t>(p, base_atk_def.second);
q_cache.base_defense = base_atk_def.second;
}
if (query_flag & QUERY_REASON) {
buffer_write<uint32_t>(p, current.reason);
q_cache.reason = current.reason;
}
}
else {
if((query_flag & QUERY_ALIAS)) {
uint32_t tdata = get_code();
update_cache(tdata, q_cache.current_code, p, query_flag, QUERY_ALIAS);
}
if((query_flag & QUERY_TYPE)) {
uint32_t tdata = get_type();
update_cache(tdata, q_cache.type, p, query_flag, QUERY_TYPE);
}
if((query_flag & QUERY_LEVEL)) {
uint32_t tdata = get_level();
update_cache(tdata, q_cache.level, p, query_flag, QUERY_LEVEL);
}
if((query_flag & QUERY_RANK)) {
uint32_t tdata = get_rank();
update_cache(tdata, q_cache.rank, p, query_flag, QUERY_RANK);
}
if((query_flag & QUERY_ATTRIBUTE)) {
uint32_t tdata = get_attribute();
update_cache(tdata, q_cache.attribute, p, query_flag, QUERY_ATTRIBUTE);
}
if((query_flag & QUERY_RACE)) {
uint32_t tdata = get_race();
update_cache(tdata, q_cache.race, p, query_flag, QUERY_RACE);
}
if((query_flag & QUERY_ATTACK)) {
if (atk_def.first != q_cache.attack) {
q_cache.attack = atk_def.first;
buffer_write<int32_t>(p, atk_def.first);
}
else
query_flag &= ~QUERY_ATTACK;
}
if((query_flag & QUERY_DEFENSE)) {
if (atk_def.second != q_cache.defense) {
q_cache.defense = atk_def.second;
buffer_write<int32_t>(p, atk_def.second);
}
else
query_flag &= ~QUERY_DEFENSE;
}
if((query_flag & QUERY_BASE_ATTACK)) {
if (base_atk_def.first != q_cache.base_attack) {
q_cache.base_attack = base_atk_def.first;
buffer_write<int32_t>(p, base_atk_def.first);
}
else
query_flag &= ~QUERY_BASE_ATTACK;
}
if((query_flag & QUERY_BASE_DEFENSE)) {
if (base_atk_def.second != q_cache.base_defense) {
q_cache.base_defense = base_atk_def.second;
buffer_write<int32_t>(p, base_atk_def.second);
}
else
query_flag &= ~QUERY_BASE_DEFENSE;
}
if((query_flag & QUERY_REASON)) {
uint32_t tdata = current.reason;
update_cache(tdata, q_cache.reason, p, query_flag, QUERY_REASON);
}
}
if (query_flag & QUERY_REASON_CARD) {
uint32_t tdata = current.reason_card ? current.reason_card->get_info_location() : 0;
buffer_write<uint32_t>(p, tdata);
}
if(query_flag & QUERY_EQUIP_CARD) {
if (equiping_target) {
uint32_t tdata = equiping_target->get_info_location();
buffer_write<uint32_t>(p, tdata);
}
else
query_flag &= ~QUERY_EQUIP_CARD;
}
if(query_flag & QUERY_TARGET_CARD) {
buffer_write<int32_t>(p, (int32_t)effect_target_cards.size());
for (auto& pcard : effect_target_cards) {
uint32_t tdata = pcard->get_info_location();
buffer_write<uint32_t>(p, tdata);
}
}
if(query_flag & QUERY_OVERLAY_CARD) {
buffer_write<int32_t>(p, (int32_t)xyz_materials.size());
for (auto& xcard : xyz_materials) {
buffer_write<uint32_t>(p, xcard->data.code);
}
}
if(query_flag & QUERY_COUNTERS) {
buffer_write<int32_t>(p, (int32_t)counters.size());
for (const auto& cmit : counters) {
uint32_t tdata = cmit.first | ((uint32_t)cmit.second << 16);
buffer_write<uint32_t>(p, tdata);
}
}
if (query_flag & QUERY_OWNER) {
int32_t tdata = owner;
buffer_write<int32_t>(p, tdata);
}
if(query_flag & QUERY_STATUS) {
uint32_t tdata = status & (STATUS_DISABLED | STATUS_FORBIDDEN | STATUS_PROC_COMPLETE);
if(!use_cache || (tdata != q_cache.status)) {
q_cache.status = tdata;
buffer_write<uint32_t>(p, tdata);
}
else
query_flag &= ~QUERY_STATUS;
}
if(!use_cache) {
if (query_flag & QUERY_LSCALE) {
uint32_t tdata = get_lscale();
buffer_write<uint32_t>(p, tdata);
q_cache.lscale = tdata;
}
if (query_flag & QUERY_RSCALE) {
uint32_t tdata = get_rscale();
buffer_write<uint32_t>(p, tdata);
q_cache.rscale = tdata;
}
if(query_flag & QUERY_LINK) {
uint32_t tdata = get_link();
buffer_write<uint32_t>(p, tdata);
q_cache.link = tdata;
tdata = get_link_marker();
buffer_write<uint32_t>(p, tdata);
q_cache.link_marker = tdata;
}
}
else {
if((query_flag & QUERY_LSCALE)) {
uint32_t tdata = get_lscale();
update_cache(tdata, q_cache.lscale, p, query_flag, QUERY_LSCALE);
}
if((query_flag & QUERY_RSCALE)) {
uint32_t tdata = get_rscale();
update_cache(tdata, q_cache.rscale, p, query_flag, QUERY_RSCALE);
}
if(query_flag & QUERY_LINK) {
uint32_t link = get_link();
uint32_t link_marker = get_link_marker();
if((link != q_cache.link) || (link_marker != q_cache.link_marker)) {
q_cache.link = link;
buffer_write<uint32_t>(p, link);
q_cache.link_marker = link_marker;
buffer_write<uint32_t>(p, link_marker);
}
else
query_flag &= ~QUERY_LINK;
}
}
byte* finalize = buf;
buffer_write<int32_t>(finalize, (int32_t)(p - buf));
buffer_write<uint32_t>(finalize, query_flag);
return (int32_t)(p - buf);
}
uint32_t card::get_info_location() const {
if(overlay_target) {
uint32_t c = overlay_target->current.controler;
uint32_t l = overlay_target->current.location | LOCATION_OVERLAY;
uint32_t s = overlay_target->current.sequence;
uint32_t ss = current.sequence;
return c | (l << 8) | (s << 16) | (ss << 24);
} else {
uint32_t c = current.controler;
uint32_t l = current.location;
uint32_t s = current.sequence;
uint32_t ss = current.position;
return c | (l << 8) | (s << 16) | (ss << 24);
}
}
// get the printed code on card
uint32_t card::get_original_code() const {
return data.get_original_code();
}
// get the original code in duel (can be different from printed code)
std::tuple<uint32_t, uint32_t> card::get_original_code_rule() const {
auto it = second_code.find(data.code);
if (it != second_code.end()) {
return std::make_tuple(data.code, it->second);
}
else {
if (data.alias)
return std::make_tuple(data.alias, 0);
else
return std::make_tuple(data.code, 0);
}
}
// return: the current card name
// for double-name cards, it returns printed name
uint32_t card::get_code() {
if(assume_type == ASSUME_CODE)
return assume_value;
if(temp.code != UINT32_MAX) // prevent recursion, return the former value
return temp.code;
effect_set effects;
uint32_t code = std::get<0>(get_original_code_rule());
temp.code = code;
filter_effect(EFFECT_CHANGE_CODE, &effects);
if (effects.size())
code = effects.get_last()->get_value(this);
temp.code = UINT32_MAX;
return code;
}
// return: the current second card name
// for double-name cards, it returns the name in description
uint32_t card::get_another_code() {
uint32_t code1 = get_code();
if (is_affected_by_effect(EFFECT_CHANGE_CODE)) {
auto it = second_code.find(code1);
if (it != second_code.end())
return it->second;
else
return 0;
}
uint32_t code2 = std::get<1>(get_original_code_rule());
effect_set eset;
filter_effect(EFFECT_ADD_CODE, &eset);
if(!eset.size())
return code2;
uint32_t otcode = eset.get_last()->get_value(this);
if(code1 != otcode)
return otcode;
return 0;
}
inline bool check_setcode(uint16_t setcode, uint32_t value) {
uint32_t settype = value & 0x0fffU;
uint32_t setsubtype = value & 0xf000U;
return (setcode & 0x0fffU) == settype && (setcode & 0xf000U & setsubtype) == setsubtype;
}
int32_t card::is_set_card(uint32_t set_code) {
uint32_t code1 = get_code();
card_data dat1;
if (code1 == data.code) {
if (data.is_setcode(set_code))
return TRUE;
}
else {
if (check_card_setcode(code1, set_code))
return TRUE;
}
uint32_t code2 = get_another_code();
if (code2 && check_card_setcode(code2, set_code))
return TRUE;
//add set code
effect_set eset;
filter_effect(EFFECT_ADD_SETCODE, &eset);
for(int32_t i = 0; i < eset.size(); ++i) {
uint32_t value = eset[i]->get_value(this);
uint16_t new_setcode = value & 0xffff;
if (check_setcode(new_setcode, set_code))
return TRUE;
}
return FALSE;
}
int32_t card::is_origin_set_card(uint32_t set_code) {
if (data.is_setcode(set_code))
return TRUE;
uint32_t code2 = std::get<1>(get_original_code_rule());
if (code2 && check_card_setcode(code2, set_code))
return TRUE;
return FALSE;
}
int32_t card::is_pre_set_card(uint32_t set_code) {
uint32_t code = previous.code;
if (code == data.code) {
if (data.is_setcode(set_code))
return TRUE;
}
else {
if (check_card_setcode(code, set_code))
return TRUE;
}
uint32_t code2 = previous.code2;
if (code2 && check_card_setcode(code2, set_code))
return TRUE;
//add set code
for(auto& presetcode : previous.setcode) {
if (check_setcode(presetcode, set_code))
return TRUE;
}
return FALSE;
}
int32_t card::is_fusion_set_card(uint32_t set_code) {
if(is_set_card(set_code))
return TRUE;
if(pduel->game_field->core.not_material)
return FALSE;
effect_set eset;
filter_effect(EFFECT_ADD_FUSION_CODE, &eset);
for(int32_t i = 0; i < eset.size(); ++i) {
uint32_t code = eset[i]->get_value(this);
if (check_card_setcode(code, set_code))
return TRUE;
}
eset.clear();
filter_effect(EFFECT_ADD_FUSION_SETCODE, &eset);
for(int32_t i = 0; i < eset.size(); ++i) {
uint32_t value = eset[i]->get_value(this);
uint16_t new_setcode = value & 0xffff;
if (check_setcode(new_setcode, set_code))
return TRUE;
}
return FALSE;
}
int32_t card::is_link_set_card(uint32_t set_code) {
if(is_set_card(set_code))
return TRUE;
effect_set eset;
filter_effect(EFFECT_ADD_LINK_CODE, &eset);
for(int32_t i = 0; i < eset.size(); ++i) {
uint32_t code = eset[i]->get_value(this);
if (check_card_setcode(code, set_code))
return TRUE;
}
return FALSE;
}
int32_t card::is_special_summon_set_card(uint32_t set_code) {
uint32_t code = spsummon.code;
if (check_card_setcode(code, set_code))
return TRUE;
uint32_t code2 = spsummon.code2;
if (code2 && check_card_setcode(code2, set_code))
return TRUE;
//add set code
for(auto& spsetcode : spsummon.setcode) {
if (check_setcode(spsetcode, set_code))
return TRUE;
}
return FALSE;
}
uint32_t card::get_type() {
if(assume_type == ASSUME_TYPE)
return assume_value;
if(!(current.location & (LOCATION_ONFIELD | LOCATION_HAND | LOCATION_GRAVE)))
return data.type;
if(current.is_location(LOCATION_PZONE))
return TYPE_PENDULUM + TYPE_SPELL;
if(temp.type != UINT32_MAX) // prevent recursion, return the former value
return temp.type;
effect_set effects;
int32_t type = data.type;
temp.type = data.type;
filter_effect(EFFECT_ADD_TYPE, &effects, FALSE);
filter_effect(EFFECT_REMOVE_TYPE, &effects, FALSE);
filter_effect(EFFECT_CHANGE_TYPE, &effects);
for (int32_t i = 0; i < effects.size(); ++i) {
if (effects[i]->code == EFFECT_ADD_TYPE)
type |= effects[i]->get_value(this);
else if (effects[i]->code == EFFECT_REMOVE_TYPE)
type &= ~(effects[i]->get_value(this));
else
type = effects[i]->get_value(this);
temp.type = type;
}
temp.type = UINT32_MAX;
if (data.type & TYPE_TOKEN)
type |= TYPE_TOKEN;
return type;
}
uint32_t card::get_fusion_type() {
if(current.location == LOCATION_SZONE && (data.type & TYPE_MONSTER) && !pduel->game_field->core.not_material)
return data.type;
return get_type();
}
uint32_t card::get_synchro_type() {
if(current.location == LOCATION_SZONE && (data.type & TYPE_MONSTER))
return data.type;
return get_type();
}
uint32_t card::get_xyz_type() {
if(current.location == LOCATION_SZONE && (data.type & TYPE_MONSTER))
return data.type;
return get_type();
}
uint32_t card::get_link_type() {
if(current.location == LOCATION_SZONE)
return data.type | TYPE_MONSTER;
return get_type();
}
std::pair<int32_t, int32_t> card::get_base_atk_def() {
if (!(data.type & TYPE_MONSTER) && !(get_type() & TYPE_MONSTER) && !is_affected_by_effect(EFFECT_PRE_MONSTER))
return std::pair<int32_t, int32_t>(0, 0);
std::pair<int32_t, int32_t> ret(data.attack, 0);
if (!(data.type & TYPE_LINK))
ret.second = data.defense;
if (current.location != LOCATION_MZONE || get_status(STATUS_SUMMONING | STATUS_SPSUMMON_STEP))
return ret;
if (temp.base_attack != -1){
ret.first = temp.base_attack;
ret.second = temp.base_defense;
return ret;
}
int32_t batk = data.attack;
if (batk < 0)
batk = 0;
int32_t bdef = 0;
if (!(data.type & TYPE_LINK)) {
bdef = data.defense;
if (bdef < 0)
bdef = 0;
}
temp.base_attack = batk;
temp.base_defense = bdef;
effect_set eset;
filter_effect(EFFECT_SET_BASE_ATTACK, &eset, FALSE);
filter_effect(EFFECT_SET_BASE_ATTACK_FINAL, &eset, FALSE);
if (!(data.type & TYPE_LINK)) {
filter_effect(EFFECT_SWAP_BASE_AD, &eset, FALSE);
filter_effect(EFFECT_SET_BASE_DEFENSE, &eset, FALSE);
filter_effect(EFFECT_SET_BASE_DEFENSE_FINAL, &eset, FALSE);
}
eset.sort();
// calculate single effects of this first
for(int32_t i = 0; i < eset.size();) {
if (eset[i]->type & EFFECT_TYPE_SINGLE) {
switch(eset[i]->code) {
case EFFECT_SET_BASE_ATTACK:
batk = eset[i]->get_value(this);
if(batk < 0)
batk = 0;
temp.base_attack = batk;
eset.remove_item(i);
continue;
case EFFECT_SET_BASE_DEFENSE:
bdef = eset[i]->get_value(this);
if(bdef < 0)
bdef = 0;
temp.base_defense = bdef;
eset.remove_item(i);
continue;
}
}
++i;
}
for(int32_t i = 0; i < eset.size(); ++i) {
switch(eset[i]->code) {
case EFFECT_SET_BASE_ATTACK:
case EFFECT_SET_BASE_ATTACK_FINAL:
batk = eset[i]->get_value(this);
if(batk < 0)
batk = 0;
break;
case EFFECT_SET_BASE_DEFENSE:
case EFFECT_SET_BASE_DEFENSE_FINAL:
bdef = eset[i]->get_value(this);
if(bdef < 0)
bdef = 0;
break;
case EFFECT_SWAP_BASE_AD:
std::swap(batk, bdef);
break;
}
temp.base_attack = batk;
temp.base_defense = bdef;
}
ret.first = batk;
ret.second = bdef;
temp.base_attack = -1;
temp.base_defense = -1;
return ret;
}
std::pair<int32_t, int32_t> card::get_atk_def() {
if (assume_type == ASSUME_ATTACK)
return std::pair<int32_t, int32_t>(assume_value, 0);
if (assume_type == ASSUME_DEFENSE) {
if (data.type & TYPE_LINK)
return std::pair<int32_t, int32_t>(0, 0);
else
return std::pair<int32_t, int32_t>(0, assume_value);
}
if (!(data.type & TYPE_MONSTER) && !(get_type() & TYPE_MONSTER) && !is_affected_by_effect(EFFECT_PRE_MONSTER))
return std::pair<int32_t, int32_t>(0, 0);
std::pair<int32_t, int32_t> ret(data.attack, 0);
if (!(data.type & TYPE_LINK))
ret.second = data.defense;
if (current.location != LOCATION_MZONE || get_status(STATUS_SUMMONING | STATUS_SPSUMMON_STEP))
return ret;
if (temp.attack != -1) {
ret.first = temp.attack;
ret.second = temp.defense;
return ret;
}
int32_t atk = -1, def = -1;
int32_t up_atk = 0, upc_atk = 0;
int32_t up_def = 0, upc_def = 0;
bool swap_final = false;
effect_set eset;
effect_set effects_atk_final, effects_atk_wicked, effects_atk_option;
effect_set effects_def_final, effects_def_wicked, effects_def_option;
effect_set effects_repeat_update_atk, effects_repeat_update_def;
int32_t batk = data.attack;
if (batk < 0)
batk = 0;
int32_t bdef = 0;
if (!(data.type & TYPE_LINK)) {
bdef = data.defense;
if (bdef < 0)
bdef = 0;
}
temp.attack = batk;
temp.defense = bdef;
std::pair<int32_t, int32_t> base_val = get_base_atk_def();
atk = base_val.first;
def = base_val.second;
temp.attack = atk;
temp.defense = def;
filter_effect(EFFECT_UPDATE_ATTACK, &eset, FALSE);
filter_effect(EFFECT_SET_ATTACK, &eset, FALSE);
filter_effect(EFFECT_SET_ATTACK_FINAL, &eset, FALSE);
if (!(data.type & TYPE_LINK)) {
filter_effect(EFFECT_SWAP_AD, &eset, FALSE);
filter_effect(EFFECT_UPDATE_DEFENSE, &eset, FALSE);
filter_effect(EFFECT_SET_DEFENSE, &eset, FALSE);
filter_effect(EFFECT_SET_DEFENSE_FINAL, &eset, FALSE);
}
eset.sort();
bool rev = false;
if (is_affected_by_effect(EFFECT_REVERSE_UPDATE))
rev = true;
for (int32_t i = 0; i < eset.size();) {
if (eset[i]->type & EFFECT_TYPE_SINGLE) {
switch (eset[i]->code) {
case EFFECT_SET_ATTACK:
atk = eset[i]->get_value(this);
if (atk < 0)
atk = 0;
temp.attack = atk;
eset.remove_item(i);
continue;
case EFFECT_SET_DEFENSE:
def = eset[i]->get_value(this);
if (def < 0)
def = 0;
temp.defense = def;
eset.remove_item(i);
continue;
}
}
++i;
}
for (int32_t i = 0; i < eset.size(); ++i) {
switch (eset[i]->code) {
case EFFECT_UPDATE_ATTACK:
if (eset[i]->is_flag(EFFECT_FLAG2_REPEAT_UPDATE))
effects_repeat_update_atk.add_item(eset[i]);
else if ((eset[i]->type & EFFECT_TYPE_SINGLE) && !eset[i]->is_flag(EFFECT_FLAG_SINGLE_RANGE))
up_atk += eset[i]->get_value(this);
else
upc_atk += eset[i]->get_value(this);
break;
case EFFECT_SET_ATTACK:
atk = eset[i]->get_value(this);
if (atk < 0)
atk = 0;
up_atk = 0;
break;
case EFFECT_SET_ATTACK_FINAL:
if ((eset[i]->type & EFFECT_TYPE_SINGLE) && !eset[i]->is_flag(EFFECT_FLAG_SINGLE_RANGE)) {
atk = eset[i]->get_value(this);
if (atk < 0)
atk = 0;
up_atk = 0;
upc_atk = 0;
}
else if (eset[i]->is_flag(EFFECT_FLAG2_OPTION)) {
effects_atk_option.add_item(eset[i]);
}
else if (eset[i]->is_flag(EFFECT_FLAG2_WICKED)) {
effects_atk_wicked.add_item(eset[i]);
}
else {
effects_atk_final.add_item(eset[i]);
}
break;
// def
case EFFECT_UPDATE_DEFENSE:
if (eset[i]->is_flag(EFFECT_FLAG2_REPEAT_UPDATE))
effects_repeat_update_def.add_item(eset[i]);
else if ((eset[i]->type & EFFECT_TYPE_SINGLE) && !eset[i]->is_flag(EFFECT_FLAG_SINGLE_RANGE))
up_def += eset[i]->get_value(this);
else
upc_def += eset[i]->get_value(this);
break;
case EFFECT_SET_DEFENSE:
def = eset[i]->get_value(this);
if (def < 0)
def = 0;
up_def = 0;
break;
case EFFECT_SET_DEFENSE_FINAL:
if ((eset[i]->type & EFFECT_TYPE_SINGLE) && !eset[i]->is_flag(EFFECT_FLAG_SINGLE_RANGE)) {
def = eset[i]->get_value(this);
if (def < 0)
def = 0;
up_def = 0;
upc_def = 0;
}
else if (eset[i]->is_flag(EFFECT_FLAG2_OPTION)) {
effects_def_option.add_item(eset[i]);
}
else if (eset[i]->is_flag(EFFECT_FLAG2_WICKED)) {
effects_def_wicked.add_item(eset[i]);
}
else {
effects_def_final.add_item(eset[i]);
}
break;
case EFFECT_SWAP_AD:
swap_final = !swap_final;
break;
}
if (!rev) {
temp.attack = atk + up_atk + upc_atk;
temp.defense = def + up_def + upc_def;
}
else {
temp.attack = atk - up_atk - upc_atk;
temp.defense = def - up_def - upc_def;
}
if (temp.attack < 0)
temp.attack = 0;
if (temp.defense < 0)
temp.defense = 0;
}
for (int32_t i = 0; i < effects_repeat_update_atk.size(); ++i) {
temp.attack += effects_repeat_update_atk[i]->get_value(this);
if (temp.attack < 0)
temp.attack = 0;
}
for (int32_t i = 0; i < effects_repeat_update_def.size(); ++i) {
temp.defense += effects_repeat_update_def[i]->get_value(this);
if (temp.defense < 0)
temp.defense = 0;
}
for (int32_t i = 0; i < effects_atk_final.size(); ++i) {
atk = effects_atk_final[i]->get_value(this);
if (atk < 0)
atk = 0;
temp.attack = atk;
}
for (int32_t i = 0; i < effects_def_final.size(); ++i){
def = effects_def_final[i]->get_value(this);
if (def < 0)
def = 0;
temp.defense = def;
}
if (swap_final)
std::swap(temp.attack, temp.defense);
// The Wicked
for (int32_t i = 0; i < effects_atk_wicked.size(); ++i) {
atk = effects_atk_wicked[i]->get_value(this);
if (atk < 0)
atk = 0;
temp.attack = atk;
}
for (int32_t i = 0; i < effects_def_wicked.size(); ++i) {
def = effects_def_wicked[i]->get_value(this);
if (def < 0)
def = 0;
temp.defense = def;
}
// Gradius' Option
for (int32_t i = 0; i < effects_atk_option.size(); ++i) {
atk = effects_atk_option[i]->get_value(this);
if (atk < 0)
atk = 0;
temp.attack = atk;
}
for (int32_t i = 0; i < effects_def_option.size(); ++i) {
def = effects_def_option[i]->get_value(this);
if (def < 0)
def = 0;
temp.defense = def;
}
ret.first = temp.attack;
ret.second = temp.defense;
temp.attack = -1;
temp.defense = -1;
return ret;
}
int32_t card::get_base_attack() {
return get_base_atk_def().first;
}
int32_t card::get_attack() {
return get_atk_def().first;
}
int32_t card::get_base_defense() {
return get_base_atk_def().second;
}
int32_t card::get_defense() {
return get_atk_def().second;
}
int32_t card::get_battle_attack() {
effect_set eset;
filter_effect(EFFECT_SET_BATTLE_ATTACK, &eset);
if (eset.size()) {
int32_t atk = eset.get_last()->get_value(this);
if (atk < 0)
atk = 0;
return atk;
}
else
return get_atk_def().first;
}
int32_t card::get_battle_defense() {
effect_set eset;
filter_effect(EFFECT_SET_BATTLE_DEFENSE, &eset);
if (eset.size()) {
int32_t def = eset.get_last()->get_value(this);
if (def < 0)
def = 0;
return def;
}
else
return get_atk_def().second;
}
uint32_t card::get_level() {
if((data.type & (TYPE_XYZ | TYPE_LINK)) || (status & STATUS_NO_LEVEL)
|| (!(data.type & TYPE_MONSTER) && !(get_type() & TYPE_MONSTER) && !is_affected_by_effect(EFFECT_PRE_MONSTER)))
return 0;
if(assume_type == ASSUME_LEVEL)
return assume_value;
if(temp.level != UINT32_MAX) // prevent recursion, return the former value
return temp.level;
effect_set effects;
int32_t level = data.level;
temp.level = level;
int32_t up = 0;
filter_effect(EFFECT_UPDATE_LEVEL, &effects, FALSE);
filter_effect(EFFECT_CHANGE_LEVEL, &effects);
for (int32_t i = 0; i < effects.size(); ++i) {
switch (effects[i]->code) {
case EFFECT_UPDATE_LEVEL:
up += effects[i]->get_value(this);
break;
case EFFECT_CHANGE_LEVEL:
level = effects[i]->get_value(this);
up = 0;
break;
}
temp.level = level + up;
}