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model.py
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model.py
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import sys
import math
from random import *
import pygame
from pygame.locals import *
import enemy
import mapManager
import myHero
import plotManager
"""有3个透明画布（surface）在所有元素之上，一是用于画自然元素（如雪，雨）；第二个是画全屏效果的；第三个是用于画击中时的血的溅射效果"""
# =============================================================================================================
# -------------------------------------------------------------------------------------------------------------
# ------------------------------------ stage running class ----------------------------------------------------
# -------------------------------------------------------------------------------------------------------------
# =============================================================================================================
class AdventureModel():
allElements = None # a big Group for all sprites in this stage
bg_size = () # 屏幕的宽高（二元组）
towerD = 10 # 单人模式为10（默认），双人模式为11
towerH = 160
blockSize = 72
ctrY = -130 # 右上角控件的水平偏移位置（像素）
language = 0 # 初始默认为英文，可在构造函数中设定
fntSet = []
remindedArea = []
win = False # 标记最终结果
stg = 1
curArea = 0
scrnSpd = 4 # 屏幕上下移动的速度，单位像素
delay = 120 # 延时变量，用于在不影响游戏正常运行的情况下给图片切换增加延迟
msgList = [] # 用于存储消息的列表（列表包含列表）：[ [heroName, incident, cntDown (,sticker)], ... ]
subsList = [] # The buffer containing those newly opened chests' substances.
vibration = 0 # Cnt to indicate the vibration of the screen.
# 双人模式下的特殊变量
frontier = 0 # 两者中的较高像素值
frnLayer = 0 # 两者中的较高层数
heroes = [] # 保存hero对象的引用；可能为1个或2个
tomb = []
tower = None
screen = None # 保存屏幕对象的引用
clock = None
towerBG = None # 当前关卡的背景jpg
towerBGRect = None
nature = None # 自然元素的画布
spurtCanvas = None # 击中反馈溅血的画布（比你想象中的更万能！不只是能画血噢😄嘻嘻）
haloCanvas = None # boss出现时的全屏阴影画布
plotManager = None # 管理剧情信息
msgStick = {}
hostage = None
natON = True # 自然装饰效果是否开启
music = None # bgm （Sound对象）
controller = [] # 右上角控件
controllerOn = []
paused = True
musicOn = True
setBG = False
gameOn = True # 游戏循环标志，默认为True，玩家点击退出或游戏结束时变为False
# 本model构造函数说明：
# heroInfoList 是一个列表，列表的每一项是一个hero的信息，每一项信息包括heroNo和该英雄的keyDic。即形如：[ (heroNo1, keyDic1), (heroNo2, keyDic2) ]。可为1-2个。
def __init__(self, stg, areas, heroList, bg_size, screen, language, fntSet, musicObj, diffi, natON, monsDic, VHostage):
self.allElements = pygame.sprite.Group()
self.stg = stg
self.screen = screen
self.bg_size = bg_size
self.language = language
self.fntSet = fntSet
self.natON = natON
self.monsAcc = monsDic # 当前关卡的所有怪物名及其VMons对象组成的字典
# 右上角的控件图片 及其他控制器
self.controller = [pygame.image.load("image/quit.png").convert_alpha(),
pygame.image.load("image/BGMusic.png").convert_alpha(), pygame.image.load("image/mute.png").convert_alpha()]
self.controllerOn = [pygame.image.load("image/quitOn.png").convert_alpha(),
pygame.image.load("image/BGMusicOn.png").convert_alpha(), pygame.image.load("image/muteOn.png").convert_alpha()]
self.aimImg = pygame.image.load("image/aim.png").convert_alpha()
self.clock = pygame.time.Clock()
self.music = musicObj
self.msgStick = { "msg":pygame.image.load("image/tip.png").convert_alpha(),
"dlg":pygame.image.load("image/stg"+str(self.stg)+"/preFig.png").convert_alpha() }
# Initialize game canvas.
self.gameOn = True
self.paused = True
self.setBG = False
self.nature = None
if self.natON:
if self.stg == 1:
self.nature = mapManager.Nature(self.bg_size, self.stg, 8, 1)
elif self.stg == 2:
self.nature = mapManager.Nature(self.bg_size, self.stg, 1, 0)
elif self.stg == 3:
self.nature = mapManager.Nature(self.bg_size, self.stg, 8, 1)
elif self.stg == 4 or self.stg == 7:
self.nature = mapManager.Nature(self.bg_size, self.stg, 18, 0)
elif self.stg == 5:
self.nature = mapManager.Nature(self.bg_size, self.stg, 10, -1)
elif self.stg == 6:
self.nature = mapManager.Nature(self.bg_size, self.stg, 8, 1)
self.spurtCanvas = mapManager.SpurtCanvas( self.bg_size )
self.haloCanvas = mapManager.HaloCanvas( self.bg_size )
# Select and overlap the moveMons() method.
if self.stg == 1:
self.moveMons = moveMonsStg1
elif self.stg == 2:
self.moveMons = moveMonsStg2
elif self.stg == 3:
self.moveMons = moveMonsStg3
elif self.stg == 4:
self.moveMons = moveMonsStg4
elif self.stg == 5:
self.moveMons = moveMonsStg5
elif self.stg == 6:
self.moveMons = moveMonsStg6
elif self.stg == 7:
self.moveMons = moveMonsStg7
# Plot Manager & Effect Manager.
self.plotManager = plotManager.Dialogue( stg )
self.effecter = plotManager.Controller(bg_size)
self.remindedArea = [0] # 存储已加载过关卡对话的区域。
for msg in self.plotManager.getPre(self.curArea):
self.msgList.append( [ "message", msg, 150, self.msgStick["dlg"] ] )
# tower背景图片 及其移动速度
self.towerBG = pygame.image.load( "image/stg"+ str(self.stg) +"/towerBG.jpg" ).convert()
self.towerBGRect = self.towerBG.get_rect()
self.towerBGRect.left = (self.bg_size[0]-self.towerBGRect.width) // 2
self.towerBGRect.top = (self.bg_size[1]-self.towerBGRect.height) // 2
if diffi == 0:
dmgReduction = 0.6 # 伤害减轻
enemy.Monster.healthBonus = 0.8
doubleP = 0.4 # 宝箱爆率翻倍的概率
self.towerH = 40 # 每区域层数
elif diffi == 1:
dmgReduction = 1
enemy.Monster.healthBonus = 1
doubleP = 0.2
self.towerH = 60
elif diffi == 2:
dmgReduction = 1.2
enemy.Monster.healthBonus = 1.5
doubleP = 0
self.towerH = 80
# create the map (note: for good influency of the screen, please no more than 240 layers) --------------- 🏯
if len(heroList)>1:
self.towerD = 11
oriPos = ( (self.bg_size[0] - self.towerD*self.blockSize) // 2, self.bg_size[1]-self.blockSize )
if self.stg==1 or self.stg==6:
specialOn = (False, True, True)
else:
specialOn = (True, True, True)
# Build 3 areas and link them as one big tower.
tower0 = mapManager.AdventureTower(oriPos, self.blockSize, self.towerD, self.towerH, self.stg, 0, specialOn[0], doubleP)
oriPos = tower0.generateMap()
tower1 = mapManager.AdventureTower(oriPos, self.blockSize, self.towerD, self.towerH, self.stg, 1, specialOn[1], doubleP)
oriPos = tower1.generateMap()
tower2 = mapManager.AdventureTower(oriPos, self.blockSize, self.towerD, self.towerH, self.stg, 2, specialOn[2], doubleP)
tower2.generateMap()
self.areaList = [tower0, tower1, tower2]
self.curArea = 0
self.tower = self.areaList[self.curArea]
self.hostage = None
# create the hero -----------------🐷
self.tomb = []
self.heroes = []
for each in heroList: # 根据传入的VHero参数信息生成hero
if each[2] == "p1":
propPos = { "slot":(-300,290), "ammo":(-335,268), "bag":(-230,268), "health":(115,660) }
initPos = (tower0.boundaries[0]-self.blockSize-10, bg_size[1]-2*self.blockSize)
elif each[2] == "p2":
propPos = { "slot":(180,290), "ammo":(145,268), "bag":(250,268), "health":(595,660) }
initPos = (tower0.boundaries[0]-self.blockSize+10, bg_size[1]-2*self.blockSize)
hero = myHero.Hero(initPos, self.blockSize, each[0], propPos, dmgReduction )
hero.keyDic = each[1]
hero.haloCanvas = self.haloCanvas # 受伤反馈画布
self.heroes.append(hero)
self.allElements.add(hero)
# Initialize towers and heroes.
for tower in self.areaList:
# add elems of each area to the allElements and hero's checkList.
for key in tower.groupList:
for brick in tower.groupList[key]:
self.allElements.add( brick ) # 加入walls
if brick.category == "sideWall" or (brick.category == "baseWall" and brick.coord[1]==0):
for hero in self.heroes:
hero.checkList.add( brick )
for sup in tower.chestList:
if sup.category == "hostage": # 选出hostage挂在self.hostage上，并设置其VHero所需的信息。
self.hostage = sup
self.hostage.hp = VHostage.hp
self.hostage.pw = VHostage.pw
self.hostage.dmg = VHostage.dmg
self.hostage.no = VHostage.no
self.hostage.lvl = VHostage.lvl
self.allElements.add(sup) # 加入supply
for hero in self.heroes:
hero.checkList.add(sup)
for elem in tower.elemList:
self.allElements.add(elem)
for hero in self.heroes:
hero.checkList.add(elem)
# create natural impediments and monsters for each area.
if (self.stg==1):
if tower.area == 0:
makeMons( 0, tower.layer, 0.7, 1, tower )
elif tower.area == 1:
makeMons( 0, tower.layer, 0.65, 1, tower )
makeMons( 2, tower.layer, 0.45, 2, tower )
elif tower.area == 2:
makeMons( 0, tower.layer, 0.55, 1, tower )
makeMons( 2, tower.layer, 0.4, 2, tower )
makeMons( 20, 22, 1, 3, tower ) # boss必须出现，所以概率给1；层数给指定的层数21(20~22之间)
for i in range(2):
f = enemy.InfernoFire(self.bg_size)
self.allElements.add(f)
elif (self.stg==2):
if tower.area == 0:
makeMons( 0, tower.layer, 0.6, 1, tower )
else:
makeMons( 0, tower.layer, 0.6, 1, tower )
makeMons( 2, tower.layer, 0.4, 2, tower )
if tower.area == 2:
makeMons( 20, 22, 1, 3, tower )
elif (self.stg==3):
if tower.area == 0:
makeMons( 2, tower.layer, 0.8, 3, tower )
makeMons( 2, tower.layer, 0.6, 2, tower )
elif tower.area >= 1:
makeMons( 0, tower.layer, 0.6, 1, tower )
makeMons( 2, tower.layer, 0.5, 2, tower )
makeMons( 2, tower.layer, 0.6, 3, tower )
if tower.area == 2:
makeMons( 20, 22, 1, 4, tower )
elif (self.stg==4):
if tower.area == 0:
makeMons( 0, tower.layer, 0.65, 1, tower )
makeMons( 2, tower.layer, 0.55, 2, tower )
#makeMons( 4, 6, 1, 4, tower )
if tower.area >= 1:
makeMons( 0, tower.layer, 0.6, 1, tower )
makeMons( 2, tower.layer, 0.45, 2, tower )
makeMons( 4, tower.layer, 0.5, 3, tower )
elif (self.stg==5):
makeMons( 0, tower.layer, 0.7, 1, tower )
makeMons( 2, tower.layer, 0.6, 2, tower )
#makeMons( 6, 8, 1, 3, tower )
elif (self.stg==6):
makeMons( 0, tower.layer, 0.7, 1, tower )
makeMons( 2, tower.layer, 0.7, 2, tower )
if tower.area == 2:
makeMons( 20, 22, 1, 3, tower )
elif (self.stg==7):
makeMons( 0, tower.layer, 0.7, 1, tower )
# 随机指定任意个区域封锁者
i = 0
for minion in tower.monsters:
i += 1
self.allElements.add(minion)
if random()<0.1 or ( i==len(tower.monsters) and len(tower.goalieList)==0 ):
tower.goalieList.add( minion )
def go(self, themeColor, horns, heroBook, stgManager, diffi):
self.music.play(-1)
self.screen.fill( (0, 0, 0) )
self.screen.blit( self.towerBG, self.towerBGRect )
if self.stg==2:
c = enemy.Column(self.bg_size, self.tower.groupList)
self.allElements.add(c)
elif self.stg==3:
mist = enemy.Mist(self.bg_size)
elif self.stg==4:
ooze = enemy.Ooze(self.bg_size, self.blockSize, self.fntSet[0][1]) # 中文
elif self.stg==5:
blizzard = enemy.blizzardGenerator(self.bg_size)
for item in self.allElements:
self.screen.blit( item.image, item.rect )
while self.gameOn:
if not self.paused: # 若未 pause.
# respond to the player's ongoing keydown event.
# get the list including the boolean status of all keys:
key_pressed = pygame.key.get_pressed()
for hero in self.heroes:
if hero.category == "follower":
continue
if key_pressed[ hero.keyDic["leftKey"] ]:
hero.moveX( self.delay, "left" )
elif key_pressed[ hero.keyDic["rightKey"] ]:
hero.moveX( self.delay, "right" )
self.frontier = self.bg_size[1]
self.frnLayer = 0
for hero in self.heroes:
self.frontier = min(self.frontier, hero.rect.bottom)
self.frnLayer = max(self.frnLayer, hero.onlayer)
# move all if the screen need to be adjusted.
gap = ( self.bg_size[0] - (self.tower.boundaries[0]+self.tower.boundaries[1]) ) //2
if gap:
lvl = min(gap, 10) if gap>0 else max(gap, -10)
for tower in self.areaList:
tower.level( lvl )
for elem in self.allElements:
elem.level( lvl )
if ( self.tower.getTop(self.frnLayer) < self.bg_size[1]*0.42 ):
for elem in self.allElements:
elem.lift(self.scrnSpd)
for tower in self.areaList:
tower.lift(self.scrnSpd)
if self.stg==4:
ooze.lift(self.scrnSpd)
elif ( self.tower.getTop(self.frnLayer)+self.blockSize > self.bg_size[1]*0.7 ) and ( self.tower.getTop(-1)+2*self.blockSize>=self.bg_size[1] ) :
for elem in self.allElements:
elem.lift(-self.scrnSpd)
for tower in self.areaList:
tower.lift(-self.scrnSpd)
if self.stg==4:
ooze.lift(-self.scrnSpd)
# check hero's jump and fall:
for hero in self.heroes:
# 若处于跳跃状态，则执行跳跃函数
if hero.k1 > 0:
hero.jump( self.tower.getTop(hero.onlayer+1) )
# 否则，执行掉落函数
else:
fallChecks = self.tower.groupList[str(hero.onlayer-1)]
if self.stg==2 and hero.rect.bottom <= (c.rect.top+2): # 英雄的位置比石柱高时，在调用hero.fall进行掉落检查时加入石柱，调用完成后会自动清除
hero.checkList.add( c )
hero.fall(self.tower.getTop(hero.onlayer-1), fallChecks, self.stg, self.tower.heightList)
# repaint all elements
self.screen.blit( self.towerBG, self.towerBGRect )
for item in self.allElements:
self.moveMons( self, item, self.heroes ) # 分关卡处理所有的敌人（自然阻碍和怪兽）。由于是覆盖的函数，需要给self参数。
if item.category=="sideWall" or item.category=="lineWall" or item.category=="baseWall" or item.category=="specialWall" or \
item.category == "supAmmo" or item.category == "fruit" or item.category == "torch" or item.category == "medicine":
item.paint(self.screen)
elif item.category == "lineDecor":
item.alter()
self.screen.blit(item.image, item.rect)
elif item.category == "hostage" or item.category == "door" or item.category == "notice" or item.category == "exit":
item.paint(self.screen, self.spurtCanvas, self.fntSet[0], self.language)
# 处理投掷物：投掷物的move函数将返回三种情况：1.返回False，表示未命中；2.返回包含两个元素的元组，含义分别为投掷物的方向“right”或“left”，以及投掷物击中的坐标（x，y）；
# 3.返回包含三个元素的元组，第三个元组为标志命中目标是否死亡。
elif item.category=="bullet" or item.category=="bulletPlus":
arrCheck = self.tower.monsters
if self.stg==2: # 第二关加上障碍物大石头、蛛网
for elem in self.tower.elemList:
#if elem.category=="webWall" and not elem.valid:
# continue
arrCheck.add(elem)
if item.category=="bullet":
item.move(arrCheck, self.spurtCanvas, self.bg_size)
else:
item.move(item, self.delay, arrCheck, self.spurtCanvas, self.bg_size) # 这里还要传入投掷物本身
self.screen.blit(item.image, item.rect)
elif item.category == "follower":
win = item.decideAction(self.delay, self.tower.heightList, self.tower.monsters, self.tower.porter)
if win:
self.music.stop()
self.gameOn = False
self.win = True
#return [True, self.heroes+self.tomb] # win: return True and exp
drawHealth( self.screen, item.rect.left+item.rect.width//2, item.rect.top-8, 0, 8, item.health, item.full, 1 )
item.paint(self.screen)
for hero in self.heroes:
# decide the image of Hero
hero.checkImg( self.delay, self.spurtCanvas, self.tower.monsters )
hero.paint( self.screen )
if len(hero.jmpInfo)>0: # 绘画跳跃烟尘效果
self.screen.blit( hero.jmpInfo[0], hero.jmpInfo[1] )
# 从hero的preyList信息列表中取击中信息。
for hitInfo in hero.preyList:
self.spurtCanvas.addSpatters( hitInfo[3], [2, 3, 4], [10, 11, 12], hitInfo[2], hitInfo[1] )
if hitInfo[4] and (hitInfo[4] in self.monsAcc): # 击中的目标死亡
self.spurtCanvas.addSouls( hitInfo[5], [5, 6], [15, 18, 20], (210,210,255,250), hitInfo[1], hero )
if self.monsAcc[ hitInfo[4] ].collec(): # 尝试搜集该怪物。若已收集，则返回False；否则收集成功，返回True。
self.msgList.append( ["message", ("New monster collected to Collection!","新的怪物已收集至图鉴！"), 150, self.msgStick["msg"] ] )
hero.preyList = [] # 每次刷新读取所有信息后，将list重置为空表
# 从hero的eventList事件列表中取事件信息，并将these newly opened chests加入self.subsList中。
for item in hero.eventList:
if item=="exp":
self.msgList.append( [hero, item, 60] )
else:
self.msgList.append( [hero, item, 60] )
self.subsList.append(item)
hero.eventList = []
# 第三关增加游戏难度 ---
if ( self.stg==3 ):
sprites = [self.tower.porter]
for hero in self.heroes:
sprites.append(hero)
mist.renew( self.delay, sprites )
self.screen.blit( mist.canvas, mist.canvasRect )
if self.curArea >= 1:
mist.pervade = True
if not ( self.delay % 60 ): # 每隔一段时间在屏幕范围内生成一波骷髅兵
for line in range( self.frnLayer-3, self.frnLayer+3, 2 ): # 起点，终点，跨度，变hero的偶数为groupList的奇数（hero.onlayer +- 4 - 1）
if ( 0 < line < self.towerH-1 ) and len(self.tower.monsters) < 120 and ( random() < 0.1 ):
skeleton = enemy.Skeleton(self.tower.groupList[str(line)], self.blockSize, line)
self.tower.monsters.add(skeleton)
self.allElements.add(skeleton)
elif (self.stg==4):
sprites = []
for hero in self.heroes:
sprites.append(hero)
for each in self.tower.monsters:
sprites.append(each)
ooze.rise( self.delay, self.screen, sprites, self.spurtCanvas )
if ( self.frnLayer>=30 ) and ( ooze.speed<=self.curArea+2 ): # 每个area的速度上限，如area0上限为2，area1上限为3.
ooze.speed += 1
self.msgList.append( [ "message", ("The Ooze speeds up rising!","泥沼上涨速度加快！"), 150, self.msgStick["msg"] ] )
elif (self.stg==5):
blizzard.storm(self.heroes, self.nature.wind, self.spurtCanvas)
if self.vibration > 0:
if (self.vibration % 2 == 0):
for elem in self.allElements:
elem.lift(4)
elem.level(4)
elif (self.vibration % 2 == 1):
for elem in self.allElements:
elem.lift(-4)
elem.level(-4)
self.vibration -= 1
# 绘制三层画布
if self.spurtCanvas:
self.spurtCanvas.update(self.screen)
if self.haloCanvas:
self.haloCanvas.update( self.delay, self.screen )
if self.nature:
self.nature.update(self.screen)
# 目标怪物
if self.delay <= 120:
for each in self.tower.goalieList:
self.addSymm( self.aimImg, enemy.getPos(each,0.5,0.5)[0]-480, enemy.getPos(each,0.5,0.5)[1]-360)
# 在迷雾/画布之后再画获得的补给品，否则会被迷雾/画布盖掉
for item in self.subsList:
if not item.reached:
item.subsMove()
self.screen.blit(item.substance, item.subsRect)
else:
self.subsList.remove(item)
# draw hero status info
for hero in self.heroes:
if hero.category == "follower":
continue
self.addSymm( hero.slot, hero.propPos["slot"][0], hero.propPos["slot"][1] )
self.addSymm( hero.brand, hero.propPos["slot"][0]-110, hero.propPos["slot"][1] )
self.addTXT( ("Level "+str(hero.lvl), "等级"+str(hero.lvl)), 0, (255,255,255), hero.propPos["slot"][0]-100, hero.propPos["slot"][1]+24 )
self.addSymm( hero.ammoImg, hero.propPos["ammo"][0], hero.propPos["ammo"][1] )
self.addTXT( (str(hero.arrow), str(hero.arrow)), 1, (255,255,255), hero.propPos["ammo"][0]+36, hero.propPos["ammo"][1] )
# 画背包物品
if len(self.effecter.SSList)==0:
if len(hero.bagBuf)>1:
nxtItem = hero.bagBuf[(hero.bagPt + 1) % len(hero.bagBuf)]
nxtRect = hero.bagImgList[nxtItem].get_rect()
nxtImg = pygame.transform.smoothscale(hero.bagImgList[nxtItem], ( int(nxtRect.width*0.7), int(nxtRect.height*0.7) ) )
nxtRect = self.addSymm( nxtImg, hero.propPos["bag"][0]-20, hero.propPos["bag"][1]+10 )
item = hero.bagBuf[hero.bagPt]
bagRect = self.addSymm( hero.bagImgList[item], hero.propPos["bag"][0], hero.propPos["bag"][1] )
self.addTXT( (str(hero.bag[item]),str(hero.bag[item])), 1, (255,255,255), hero.propPos["bag"][0]+36, hero.propPos["bag"][1] )
drawHealth( self.screen, hero.propPos["health"][0], hero.propPos["health"][1], 20, 18, hero.health, hero.full, 2 )
pos = pygame.mouse.get_pos()
bannerTuple = self.renderBanner(pos)
self.showMsg(bannerTuple[2]) # 将第3个section（rect）传递给showMsg函数。
menu = bannerTuple[3]
# check big events.
# 因为有的怪物（如戈仑石人）存在死亡延迟，故在杀死怪物的瞬间判断会不准确。故放在外面一直侦听。
if self.tower.area<=2 and len(self.tower.goalieList)==0 and self.tower.porter.locked: #（限于前三个区域）
self.tower.porter.unlock()
self.msgList.append( [ "message", ("The Area is unblocked!","区域封锁已解除！"), 150, self.msgStick["msg"] ] )
for hero in self.heroes:
if ( hero.rect.top >= self.bg_size[1] ):
hero.hitted(2, 0)
if ( hero.health <= 0 ):
self.heroes.remove(hero)
self.tomb.append(hero)
# 有一名英雄死亡，检查其死亡后heroes列表中的英雄情况。
if hero.category=="follower": # 失败情况1：要营救的对象死亡
self.music.stop()
self.gameOn = False
self.win = False
return [False, self.heroes+self.tomb]
else:
if self.hostage: # 失败情况2：当营救对象未加入时，所有玩家死亡
if (len(self.heroes)<=0): # 死亡的不是营救对象，但所有玩家死亡
self.music.stop()
self.gameOn = False
self.win = False
#return [False, self.heroes+self.tomb] # died: return False
else:
if (len(self.heroes)<=1): # 失败情况3：营救对象在队列中，除ta以外的所有玩家死亡
self.music.stop()
self.gameOn = False
self.win = False
#return [False, self.heroes+self.tomb] # died: return False
# 进入下一tower。
if hero.category == "follower":
continue
if hero.onlayer>=self.tower.layer and enemy.getPos(hero, 0.5, 0.5)[0]>self.tower.boundaries[1]+2*self.blockSize:
self.curArea += 1
self.tower = self.areaList[self.curArea]
hero.onlayer = 0
# 若进入的是新区域，则将区域对话加入消息列表。
if self.curArea not in self.remindedArea:
self.remindedArea.append(self.curArea)
for msg in self.plotManager.getPre(self.curArea):
self.msgList.append( [ "message", msg, 150, self.msgStick["dlg"] ] )
# 返回上一tower。
elif hero.onlayer<=0 and enemy.getPos(hero, 0.5, 0.5)[0]<self.tower.boundaries[0]-2*self.blockSize:
self.curArea -= 1
self.tower = self.areaList[self.curArea]
hero.onlayer = self.tower.layer
else:
# 透明灰色打底
if not self.setBG:
self.setBG = True
drawRect( 0, 0, self.bg_size[0], self.bg_size[1], (0,0,0,180), self.screen )
tip = choice( self.plotManager.tips )
# 加Board to represent some tips.
self.addSymm( pygame.image.load("image/cardBoard.png"), 0, 0 )
self.addSymm( pygame.image.load("image/Enter.png").convert_alpha(), 0, -60 )
self.addTXT( ["continue/pause","继续/暂停"], 0, (20,20,20), 0, -30)
# tip area.
drawRect( self.bg_size[0]//2-240, self.bg_size[1]//2+20, 480, 100, (210,180,120,120), self.screen )
topAlign = 50
for line in tip:
self.addTXT( line, 0, (0,0,0), 0, topAlign )
topAlign += 20
# handle controllers images and click events -----------------------------------
home = self.addSymm( self.controller[0], -260, self.ctrY)
BGMusic = self.addSymm( self.controller[1], -200, self.ctrY) if self.musicOn else self.addSymm( self.controller[2], -200, self.ctrY)
pos = pygame.mouse.get_pos()
if ( home.left < pos[0] < home.right ) and ( home.top < pos[1] < home.bottom ): # 退出（放弃）当前关卡
home = self.addSymm( self.controllerOn[0], -260, self.ctrY)
self.addTXT( ("quit","放弃"), 0, (60,60,60), -260, self.ctrY+40 )
elif ( BGMusic.left < pos[0] < BGMusic.right ) and (BGMusic.top < pos[1] < BGMusic.bottom ):
if self.musicOn:
BGMusic = self.addSymm( self.controllerOn[1], -200, self.ctrY)
self.addTXT( ("music off","关闭音乐"), 0, (60,60,60), -200, self.ctrY+40 )
else:
BGMusic = self.addSymm( self.controllerOn[2], -200, self.ctrY)
self.addTXT( ("music on","开启音乐"), 0, (60,60,60), -200, self.ctrY+40 )
# 一次性的鼠标点击或按键事件
for event in pygame.event.get():
if ( event.type == QUIT ):
pygame.quit()
sys.exit()
elif ( event.type == KEYDOWN ):
if not self.paused:
for hero in self.heroes:
if hero.category == "follower":
continue
if ( event.key == hero.keyDic["wrestleKey"] ): # 挥刀
if (hero.onlayer == 0) and self.hostage and ( pygame.sprite.collide_mask(hero, self.hostage) ):
# 将hostage变为一个hero并加入heroes队列。
pos = (self.hostage.rect.left, self.hostage.rect.bottom)
follower = myHero.Follower(self.bg_size, self.blockSize, self.hostage, hero, pos)
for tower in self.areaList:
for brick in tower.groupList["-1"]:
follower.checkList.add( brick )
for elem in tower.elemList:
follower.checkList.add(elem)
self.heroes.append(follower)
self.allElements.add(follower)
# 已经被带起，将原来的hostage删除。
self.hostage.kill()
self.hostage = None
else:
hero.whip()
elif ( event.key == hero.keyDic["jumpKey"] ): # 跳跃
if ( hero.k1 > 0 ) and ( hero.k2 == 0 ):
hero.k2 = 1
if not hero.trapper and hero.aground and ( hero.k1 == 0 ):
hero.k1 = 1
elif ( event.key == hero.keyDic["shootKey"] ) and hero.affected<0: # 射箭
hero.shoot( self.allElements, self.delay )
elif ( event.key == hero.keyDic["itemKey"] ): # 使用背包物品
hero.useItem( self.spurtCanvas )
elif ( event.key == hero.keyDic["downKey"] ): # 下跳
hero.shiftLayer(-2, self.tower.heightList)
elif ( event.key == hero.keyDic["bagKey"] ) and len(self.effecter.SSList)==0 and len(hero.bagBuf)>1: # 切换背包物品
self.effecter.addSmoothSwitch(hero.bagImgList[item], bagRect, 0.7, -20, -10, 10)
self.effecter.addSmoothSwitch(nxtImg, nxtRect, 1.4, 20, -10, 10)
hero.bagPt = (hero.bagPt + 1) % len(hero.bagBuf)
# elif ( event.key == pygame.K_u ): # 特殊技能
# self.hero.special()
if ( event.key == pygame.K_RETURN ): # 暂停/解除暂停
self.paused = not self.paused
self.setBG = False # 用以指示可以铺一层透明背景
elif event.type == pygame.MOUSEBUTTONUP: # 鼠标事件
if self.paused:
if ( home.left < pos[0] < home.right ) and ( home.top < pos[1] < home.bottom ): # 退出（放弃）当前关卡
self.music.stop()
self.gameOn = False
self.win = False
#return [False, self.heroes+self.tomb]
elif ( BGMusic.left < pos[0] < BGMusic.right ) and (BGMusic.top < pos[1] < BGMusic.bottom ):
if self.musicOn:
self.music.stop()
self.musicOn = False
else:
self.music.play(-1)
self.musicOn = True
else:
if ( menu.left < pos[0] < menu.right ) and ( menu.top < pos[1] < menu.bottom ):
self.paused = not self.paused
pygame.display.flip() # from buffer area load the pic to the screen
self.delay -= 1
if not self.delay:
self.delay = 240
self.clock.tick(60)
# ===================================================================
# Game Loop 结束，渲染 Stage Over 界面。
drawRect( 0, 0, self.bg_size[0], self.bg_size[1], themeColor, self.screen )
# 播放音效。
if self.win:
horns[0].play(0)
self.addTXT( ("Successful Rescue!","营救成功！"), 3, (255,255,255), 0, -120)
if self.stg<len(heroBook.accList) and not heroBook.accList[self.stg]:
heroBook.accList[self.stg] = True # 当前关卡通过，下一关的英雄角色解锁 ✔herobook
heroBook.heroList[self.stg].acc = True
hName = heroBook.heroList[self.stg].name
self.addTXT( ("New hero "+hName[0]+" is now accessible.","新英雄 "+hName[1]+" 已解锁。"), 1, (255,255,255), 0, -120)
# 修改关卡通过信息
line = plotManager.readFile( "r", 1, None )
info = stgManager.renewRec( line, self.stg-1, diffi, 0 )
plotManager.readFile( "w", 1, info)
else:
horns[1].play(0)
self.addTXT( ("Mission Failed.","营救失败。"), 3, (255,255,255), 0, -120)
# 不论胜负与否，都显示参与本关的英雄的经验值信息，并计算经验值获得。
y1 = 20
for hero in (self.heroes + self.tomb):
if not hero.category=="follower":
heroBook.heroList[int(hero.heroNo)].increaseExp(hero.expInc)
vHero = heroBook.heroList[hero.heroNo] # 从heroBook的列表中取VHero类型
# brand of the hero.
brd = self.addSymm(hero.brand, -120, y1)
# level.
bar = heroBook.drawExp( self.screen, brd.right+6, brd.bottom-26, int(vHero.exp), int(vHero.nxtLvl), 2 )
expTXT = ( "Level"+str(vHero.lvl)+" (EXP+"+str(hero.expInc)+")","等级"+str(vHero.lvl)+"（经验+"+str(hero.expInc)+"）" )
self.addTXT( expTXT, 1, (240,230,230), bar.left+bar.width//2-self.bg_size[0]//2, (bar.top-40)-self.bg_size[1]//2 )
y1 += 90
while True:
# two Basic Buttons.
restart = drawRect( self.bg_size[0]//2-220, 560, 200, 60, themeColor, self.screen )
retreat = drawRect( self.bg_size[0]//2+20, 560, 200, 60, themeColor,self.screen )
pos = pygame.mouse.get_pos()
if ( restart.left < pos[0] < restart.right ) and ( restart.top < pos[1] < restart.bottom ):
drawRect( restart.left+5, restart.top+5, restart.width-10, restart.height-10, (210,210,210,60), self.screen )
if pygame.mouse.get_pressed()[0]:
horns[2].play(0)
return True # 返回True，则main中的循环继续。
elif ( retreat.left < pos[0] < retreat.right ) and ( retreat.top < pos[1] < retreat.bottom ):
drawRect( retreat.left+5, retreat.top+5, retreat.width-10, retreat.height-10, (210,210,210,60), self.screen )
if pygame.mouse.get_pressed()[0]:
horns[2].play(0)
return False # 返回False，则结束main中的循环。
self.addTXT( ("Retry","重试"), 2, (255,255,255), -120, 230)
self.addTXT( ("Home","主菜单"), 2, (255,255,255), 120, 230)
for event in pygame.event.get(): # 必不可少的部分，否则事件响应会崩溃
if ( event.type == QUIT ):
pygame.quit()
sys.exit()
pygame.display.flip() # from buffer area load the pic to the screen
self.clock.tick(60)
# ---- clear all elements in the model ----
def clearAll(self):
for each in self.allElements:
each.kill()
del each
for tower in self.areaList:
del tower
# ---- show feedback of hero motion ----
def showMsg(self, msgSect):
vaccant = True
for msg in self.msgList:
if msg[2] == 0: # 倒计时减为0时从列表删除
self.msgList.remove(msg)
continue
# 判断消息的类型。首先检查第一个信息是否为“message”，是则要在banner的消息框中显示。
if msg[0]=="message":
if vaccant:
ctr = (msgSect.left+msgSect.width//2-self.bg_size[0]//2, msgSect.top+msgSect.height//2-self.bg_size[1]//2 )
self.addSymm( msg[3], msgSect.left+30-self.bg_size[0]//2, ctr[1] ) # 消息栏左侧显示消息图标。
self.addTXT( msg[1], 1, (255,255,255), ctr[0], ctr[1])
msg[2] -= 1
vaccant = False
#若不是message字段，则表示是宝箱获得补给物品：
else:
if msg[1]=="exp":
txt = ( msg[0].itemDic[msg[1]][0]+ "+1", msg[0].itemDic[msg[1]][1]+ "+1" )
else:
txt = ( msg[0].itemDic[msg[1].category][0]+ "+" + str(msg[1].contains), msg[0].itemDic[msg[1].category][1]+ "+" + str(msg[1].contains) )
ctr = ( msg[0].rect.left+msg[0].rect.width//2-self.bg_size[0]//2, msg[0].rect.top-self.bg_size[1]//2-(60-msg[2]) )
self.addTXT( txt, 0, (255,255,255), ctr[0], ctr[1])
msg[2] -= 1 # 消息显示倒计时-1
# --- paint upper banner (contains 4 sections) ---
def renderBanner(self, pos):
# paint 4 background sections and get their rect.
sect1 = drawRect(20, 10, 60, 40, (0,0,0,120), self.screen) # Goalie Information.
sect2 = drawRect(100, 10, 80, 40, (0,0,0,120), self.screen) # Area Number.
sect3 = drawRect(200, 10, 660, 40, (0,0,0,120), self.screen) # Message Bar.
sect4 = drawRect(880, 10, 60, 40, (0,0,0,120), self.screen) # Menu Option.
# give banner info.
ctr = (sect1.left+sect1.width//2-self.bg_size[0]//2, sect1.top+sect1.height//2-self.bg_size[1]//2) # 更改为中心坐标系统的中心点参数
self.addSymm( pygame.image.load("image/goalie.png").convert_alpha(), ctr[0], ctr[1] )
self.addTXT( ( str(len(self.tower.goalieList)), str(len(self.tower.goalieList)) ), 1, (255,255,255), ctr[0], ctr[1])
ctr = (sect2.left+sect2.width//2-self.bg_size[0]//2, sect2.top+sect2.height//2-self.bg_size[1]//2)
self.addTXT( ("Area%d" % (self.curArea+1), "区域%d" % (self.curArea+1)), 1, (255,255,255), ctr[0], ctr[1] )
ctr = (sect4.left+sect4.width//2-self.bg_size[0]//2, sect4.top+sect4.height//2-self.bg_size[1]//2)
menu = self.addSymm( pygame.image.load("image/menu.png").convert_alpha(), ctr[0], ctr[1] )
if ( menu.left < pos[0] < menu.right ) and ( menu.top < pos[1] < menu.bottom ): #
menu = self.addSymm( pygame.image.load("image/menuOn.png").convert_alpha(), ctr[0], ctr[1] )
self.addTXT( ("menu","菜单"), 0, (255,255,255), ctr[0], ctr[1] )
return (sect1, sect2, sect3, sect4)
# ========================================================================
# ================= Game Loop 结束后的Stage总结界面 =======================
#def renderConclusion(self, heroBook):
# pass
# ========================================================================
# ================= 用于检测item为敌人的情况下，并移动该敌人 ================
# 将这一部分从go()分离出来的目的是不让主函数显得过于庞大，单独成为一个辅助函数有助于之后的维护和修改
# ========================================================================
def moveMons(self, item, heroes):
# This function should be overlapped in the initial constrction according to the stage.
pass
# ===========================================
# Surface对象； x，y为正负（偏离屏幕中心点）像素值，确定了图像的中点坐标
def addSymm(self, surface, x, y):
rect = surface.get_rect()
rect.left = (self.bg_size[0] - rect.width) // 2 + x
rect.top = (self.bg_size[1] - rect.height) // 2 + y
self.screen.blit( surface, rect )
return rect # 返回图片的位置信息以供更多操作
# ===========================================
# x,y为正负（偏离屏幕中心点）像素值，y则确定了文字行矩形的中点坐标（居中对齐）。
# 这样改动是为了和addSymm()函数保持一个相对统一的系统。
def addTXT(self, txtList, fntSize, color, x, y):
txt = self.fntSet[fntSize][self.language].render( txtList[self.language], True, color )
rect = txt.get_rect()
rect.left = (self.bg_size[0] - rect.width) //2 + x
rect.top = (self.bg_size[1] - rect.height) //2 + y
self.screen.blit( txt, rect )
return rect
# =============================================================================================================
# -------------------------------------------------------------------------------------------------------------
# ------------------------------------ stage running class ----------------------------------------------------
# -------------------------------------------------------------------------------------------------------------
# =============================================================================================================
class EndlessModel():
allElements = None # a big Group for all sprites in this stage
bg_size = () # 屏幕的宽高（二元组）
towerD = 10
blockSize = 72
ctrY = -130 # 右上角控件的水平偏移位置（像素）
language = 0 # 初始默认为英文，可在构造函数中设定
fntSet = []
stg = 1
scrnSpd = 4 # 屏幕上下移动的速度，单位像素
delay = 120 # 延时变量，用于在不影响游戏正常运行的情况下给图片切换增加延迟
msgList = [] # 用于存储消息的列表（列表包含列表）：[[incident, cntDown]]
subsList = []
vibration = 0 # 用于震动全屏的参数
keyDic = []
monsters = None
hero = None
tower = None
screen = None # 保存屏幕对象的引用
clock = None
towerBG = None # 当前关卡的背景jpg
towerBGRect = None
nature = None
plotManager = None
haloCanvas = None # boss出现时的全屏阴影画布
msgStick = None
music = None # bgm （Sound对象）
controller = [] # 右上角控件
controllerOn = []
paused = True
musicOn = True
setBG = False
gameOn = True # model循环标志，默认为True，player点击退出或gameover时变为False
monsBroc = [ (), # mons生成手册：记录每个stg有哪些mons，比例分别为多少.当前是stg0，不记录任何东西。
( (1,0.8), (2,0.6) ), # stg1
( (1,0.75), (2,0.55) ),
( (1,0.9), (2,0.7), (3,0.7) ),
( (1,0.8), (2,0.6), (3,0.5) ), # stg4
( (1,0.85), (2,0.75) ),
( (1,0.85), (2,0.85) ),
( (1,0.7), (1, 0.4) ) ]
def __init__(self, stg, keyDic, bg_size, screen, language, fntSet, musicObj, natON, VHero):
self.allElements = pygame.sprite.Group()
self.stg = stg
self.screen = screen
self.bg_size = bg_size
self.language = language
self.keyDic = keyDic
self.fntSet = fntSet
self.plotManager = plotManager.Dialogue(self.stg)
self.msgStick = pygame.image.load("image/tip.png").convert_alpha()
self.nature = None
if natON:
if self.stg == 1:
self.nature = mapManager.Nature(self.bg_size, self.stg, 8, 1)
elif self.stg == 2:
self.nature = mapManager.Nature(self.bg_size, self.stg, 1, 0)
elif self.stg == 3:
self.nature = mapManager.Nature(self.bg_size, self.stg, 8, 1)
elif self.stg == 4 or self.stg == 7:
self.nature = mapManager.Nature(self.bg_size, self.stg, 18, 0)
elif self.stg == 5:
self.nature = mapManager.Nature(self.bg_size, self.stg, 10, -1)
elif self.stg == 6:
self.nature = mapManager.Nature(self.bg_size, self.stg, 8, 1)
self.spurtCanvas = mapManager.SpurtCanvas( self.bg_size)
self.haloCanvas = mapManager.HaloCanvas( self.bg_size)
self.effecter = plotManager.Controller( bg_size )
# create the hero
propPos = { "slot":(-300,290), "ammo":(-335,268), "bag":(-230,268), "health":(115,660) }
initPos = (self.bg_size[0]//2, self.bg_size[1]-self.blockSize)
self.hero = myHero.Hero(initPos, self.blockSize, VHero, propPos, 1)
self.allElements.add(self.hero)
self.hero.haloCanvas = self.haloCanvas
# Select and overlap the moveMons() method.
if self.stg == 1:
self.moveMons = moveMonsStg1
elif self.stg == 2:
self.moveMons = moveMonsStg2
elif self.stg == 3:
self.moveMons = moveMonsStg3
elif self.stg == 4:
self.moveMons = moveMonsStg4
elif self.stg == 5:
self.moveMons = moveMonsStg5
elif self.stg == 6:
self.moveMons = moveMonsStg6
elif self.stg == 7:
self.moveMons = moveMonsStg7
enemy.Monster.healthBonus = 1
# create the map (note: for good influency of the screen, please no more than 240 layers)
self.tower = mapManager.EndlessTower(bg_size, self.blockSize, self.towerD, stg)
self.tower.generateIni(self.screen)
for key in self.tower.groupList:
for brick in self.tower.groupList[key]:
self.allElements.add( brick ) # 加入walls
if brick.category == "sideWall" or brick.category == "baseWall":
self.hero.checkList.add( brick )
for sup in self.tower.chestList:
self.allElements.add(sup) # 加入supply
self.hero.checkList.add(sup)
for elem in self.tower.elemList:
self.allElements.add(elem)
self.hero.checkList.add(elem)
# tower背景图片
self.towerBG = pygame.image.load( "image/stg"+ str(stg) +"/towerBG.jpg" ).convert()
self.towerBGRect = self.towerBG.get_rect()
self.towerBGRect.left = (self.bg_size[0]-self.towerBGRect.width) // 2
self.towerBGRect.top = (self.bg_size[1]-self.towerBGRect.height) // 2
# 右上角的控件图片
self.controller = [pygame.image.load("image/quit.png").convert_alpha(), pygame.image.load("image/BGMusic.png").convert_alpha(), pygame.image.load("image/mute.png").convert_alpha()]
self.controllerOn = [pygame.image.load("image/quitOn.png").convert_alpha(), pygame.image.load("image/BGMusicOn.png").convert_alpha(), pygame.image.load("image/muteOn.png").convert_alpha(),]
self.clock = pygame.time.Clock()
self.music = musicObj
def go(self, themeColor, horns, stgManager):
self.music.play(-1)
# create natural impediments and monsters
if (self.stg==1):
infernoFires = pygame.sprite.Group()
for i in range(2):
f = enemy.InfernoFire(self.bg_size)
infernoFires.add(f)
self.allElements.add(f)
makeMons( 0, self.tower.curLayer, 0.65, 1, self.tower )
makeMons( 60, self.tower.curLayer, 0.45, 2, self.tower )
elif (self.stg==2):
c = enemy.Column(self.bg_size, self.tower.groupList)
self.allElements.add(c)
makeMons( 0, self.tower.curLayer, 0.6, 1, self.tower )
makeMons( 60, self.tower.curLayer, 0.4, 2, self.tower )
elif (self.stg==3):
mist = enemy.Mist(self.bg_size)
makeMons( 0, self.tower.curLayer, 0.8, 1, self.tower )
makeMons( 10, self.tower.curLayer, 0.6, 2, self.tower )
elif (self.stg==4):
ooze = enemy.Ooze(self.bg_size, self.blockSize//2, self.fntSet[0][1]) # 中文
#self.allElements.add(ooze)
makeMons( 0, self.tower.curLayer, 0.65, 1, self.tower )
makeMons( 2, self.tower.curLayer, 0.55, 2, self.tower )
elif (self.stg==5):
blizzard = enemy.blizzardGenerator(self.bg_size)
makeMons( 0, self.tower.curLayer, 0.7, 1, self.tower )
makeMons( 12, self.tower.curLayer, 0.6, 2, self.tower )
elif (self.stg==6):
makeMons( 0, self.tower.curLayer, 0.7, 1, self.tower )
makeMons( 2, self.tower.curLayer, 0.7, 2, self.tower )
elif (self.stg==7):
makeMons( 0, self.tower.curLayer, 0.7, 1, self.tower )
for minion in self.tower.monsters:
self.allElements.add(minion)
self.screen.fill( (0, 0, 0) )
self.screen.blit( self.towerBG, self.towerBGRect )
for item in self.allElements:
self.screen.blit( item.image, item.rect )
while self.gameOn:
if not self.paused: # 若未暂停
# respond to the player's ongoing keydown event
# get the list including the boolean status of all keys:
key_pressed = pygame.key.get_pressed()
if key_pressed[ self.keyDic["leftKey"] ]:
self.hero.moveX( self.delay, "left" )
elif key_pressed[ self.keyDic["rightKey"] ]:
self.hero.moveX( self.delay, "right" )
# move all if the screen need to be adjusted
if ( self.tower.getTop(self.hero.onlayer) < self.bg_size[1]*0.45 ):
for elem in self.allElements:
elem.lift(self.scrnSpd)
for each in self.tower.heightList:
self.tower.heightList[each] += self.scrnSpd
if self.stg==4:
ooze.lift(self.scrnSpd)
# check if it's needed to add More Layers
if ( self.hero.onlayer >= (self.tower.curLayer-10) ):
self.tower.addMore()
# 添加至allElements
for key in self.tower.groupList:
for brick in self.tower.groupList[key]:
if not brick in self.allElements:
self.allElements.add( brick )
if brick.category == "sideWall" or brick.category == "baseWall":
self.hero.checkList.add( brick )
for sup in self.tower.chestList:
if not sup in self.allElements:
self.allElements.add(sup)
self.hero.checkList.add(sup)
for elem in self.tower.elemList:
if not elem in self.allElements:
self.allElements.add(elem)
self.hero.checkList.add(elem)
# 增加新层的怪物
for each in self.monsBroc[self.stg]:
makeMons( self.tower.curLayer-10, self.tower.curLayer, each[1], each[0], self.tower )
for mons in self.tower.monsters:
if mons not in self.allElements:
self.allElements.add(mons)
# 删除低层的怪物(这里不好严格用layer来操作，因为飞行的monster没有特定的onlayer。因此用屏幕的高度为判断范围，超出两倍则判定删除)
for mons in self.tower.monsters:
if mons.rect.top >= 2*self.bg_size[1]:
mons.erase()
# check jump and fall:
if self.hero.k1 > 0:
self.hero.jump( self.tower.getTop( self.hero.onlayer+1 ) )