class AuraDefender(Defender):
"""
Aura defender class who provides buffs.
"""
last_created_time = 0
HP = 150
ATTACK_POWER = 12
DEFEND_POWER = 1
reach_model = [(-1, -1), (-1, 0), (-1, 1), (-1, 2), (0, 0), (0, -1), (0, 1), (0, 2), (1, -1), (1, 0), (1, 1), (1, 2)]
SPEED = 0
ATTACK_SPEED = 1.0
filename = path('res/character/gongtoub0.png')
def __init__(self, controller, position, direction):
self.controller = controller
super().__init__(controller, position, direction)
self.type = 'AuraDefender'
self.attack_power = self.ATTACK_POWER
self.attack_time = 1
self.defend_power = self.DEFEND_POWER
self.hp = self.HP
self.cost = 20
self.cool_down_time = 60
self.init_image(self.filename, 75, 75, 1)
AuraDefender.last_created_time = time.time()
def update(self):
for defender in Defender.defenders:
if CharacterModel.reachable(self, defender, self.reach_model):
self.activate_special(defender)
super().update()
@staticmethod
def activate_special(character):
character.attack_power = 1.2 * character.ATTACK_POWER
character.defend_power = 1.2 * character.DEFEND_POWER
def die(self):
for defender in Defender.defenders:
if CharacterModel.reachable(self, defender, self.reach_model):
self.deactivate_special(defender)
super().die()
@staticmethod
def deactivate_special(character):
character.attack_power = character.ATTACK_POWER
character.defend_power = character.DEFEND_POWER
def dataLoad(i):
level = path("res/levelData/level" + str(i) + ".txt")
fileP = open(level, mode='r')
columnAndRow = [] #加载地图的行和列
blockData = [] #加载地图中的方块信息
directionData = [] #加载地图中的方向信息
t = fileP.readline(4)
t = t.strip('\n')
#print(t)
columnAndRow.append(int(t)) #行，6行
t = fileP.readline(4)
t = t.strip('\n')
#print(t)
columnAndRow.append(int(t)) #列，10列
while (1):
a = fileP.read(1)
if a == "*":
break
if a == "\n" or a == "\r":
continue
blockData.append(int(a))
s = ""
l = []
while (1):
a = fileP.read(1)
if a == "*":
s = ""
break
if a == " " or a == ",":
if s != "":
l.append(int(s))
s = ""
continue
if a == "\n" or a == "\r":
if s != "":
l.append(int(s))
if len(l) == 3:
directionData.append(l)
l = []
s = ""
continue
s += a
fileP.close()
levelData = (columnAndRow, blockData, directionData)
return levelData
class ScientistAttacker(Attacker):
"""
Scientist attacker class.
"""
last_created_time = 0
SPECIAL_INTERVAL = 10 # seconds
HP = 180
ATTACK_POWER = 30
DEFEND_POWER = 0
reach_model = [(0, 0), (0, 1), (0, 2)]
special_reach_model = [(0, 0), (0, 1), (0, 2), (0, 3), (0, 4), (0, 5), (0, 6), (0, 7), (0, 8), (0, 9)]
SPEED = 1.0
ATTACK_SPEED = 1.0
filename = path('res/mapnum/Mapnum1_0.png')
def __init__(self, controller, position, direction):
self.controller = controller
super().__init__(controller, position, direction)
self.type = 'ScientistAttacker'
self.attack_power = self.ATTACK_POWER
self.attack_time = 1
self.defend_power = self.DEFEND_POWER
self.hp = self.HP
self.speed = self.SPEED / 5
self.cost = 25
self.cool_down_time = 50
self.created_time = time.time()
self.init_image(self.filename, 75, 75, 1)
BombDefender.last_created_time = time.time()
self.last_special_time = 0
def update(self):
if time.time() - self.last_special_time >= self.SPECIAL_INTERVAL:
count = 0
for defender in Defender.defenders:
if self.reachable(self, defender, self.special_reach_model):
defender.die()
count += 1
self.attack_power *= 1.5 * count + 1
self.speed *= 2 * count + 1
self.attack_power = min(self.attack_power, 10 * self.ATTACK_POWER)
self.speed = min(self.speed, 10 * self.SPEED)
self.reach_model = [(0, 0), (0, 1), (0, 2), (0, 3), (0, 4)]
self.last_special_time = time.time()
class PharmacistDefender(Defender):
"""
Pharmacist defender class.
"""
last_created_time = 0
SPECIAL_INTERVAL = 15
HP = 100
ATTACK_POWER = 10
DEFEND_POWER = 2
reach_model = [(-1, -1), (-1, 0), (-1, 1), (0, 0), (0, -1), (0, 1), (1, -1), (1, 0), (1, 1)]
SPEED = 0
ATTACK_SPEED = 1.0
filename = path('res//character/yaojishib0.png')
def __init__(self, controller, position, direction):
self.controller = controller
super().__init__(controller, position, direction)
self.type = 'PharmacistDefender'
self.attack_power = self.ATTACK_POWER
self.attack_time = 1
self.defend_power = self.DEFEND_POWER
self.hp = self.HP
self.cost = 25
self.cool_down_time = 80
self.last_special_time = time.time()
self.init_image(self.filename, 75, 75, 1)
PharmacistDefender.last_created_time = time.time()
def update(self):
if time.time() - self.last_special_time >= self.SPECIAL_INTERVAL:
for defender in Defender.defenders:
if CharacterModel.reachable(self, defender, self.reach_model) and defender.active:
self.special(defender)
super().update()
def attacked(self, loss, attacker):
super().attacked(loss, attacker)
def special(self, character):
if character.hp <= 0:
character.hp = character.HP
self.last_special_time = time.time()
class BombDefender(Defender):
"""
Bomb defender class.
"""
last_created_time = 0
SPECIAL_INTERVAL = 1.5 # seconds
HP = 200
ATTACK_POWER = 0
DEFEND_POWER = 0
reach_model = [(-1, -1), (-1, 0), (-1, 1), (0, -1), (0, 0), (0, 1), (1, -1), (1, 0), (1, 1)]
SPEED = 0
ATTACK_SPEED = 0.5
filename = path('res/mapnum/Mapnum1_0.png')
def __init__(self, controller, position, direction):
self.controller = controller
super().__init__(controller, position, direction)
self.type = 'BombDefender'
self.attack_power = self.ATTACK_POWER
self.attack_time = 0.025
self.defend_power = self.DEFEND_POWER
self.hp = self.HP
self.cost = 28
self.cool_down_time = 120
self.created_time = time.time()
self.init_image(self.filename, 75, 75, 1)
BombDefender.last_created_time = time.time()
def update(self):
if time.time() - self.created_time >= self.SPECIAL_INTERVAL:
self.die()
super().update()
def die(self):
for attacker in Attacker.attackers:
if CharacterModel.reachable(self, attacker, self.reach_model):
self.special(attacker)
super().die()
def special(self, character):
character.attacked(self.hp, self)
class BombAttacker(Attacker):
"""
Bomb attacker class.
"""
last_created_time = 0
HP = 210
ATTACK_POWER = 20
SPECIAL_ATTACK_POWER = 380
DEFEND_POWER = 0
SPEED = 1.0
ATTACK_SPEED = 1.0
reach_model = [(0, 0)]
special_reach_model = [(-1, 0), (0, -1), (0, 0), (0, 1), (1, 0)]
filename = path('res/mapnum/Mapnum1_0.png')
def __init__(self, controller, position, direction):
self.controller = controller
super().__init__(controller, position, direction)
self.type = 'BombAttacker'
self.attack_power = self.ATTACK_POWER
self.attack_time = 0.025
self.defend_power = self.DEFEND_POWER
self.hp = self.HP
self.speed = 0.2
self.cost = 28
self.cool_down_time = 90
self.init_image(self.filename, 75, 75, 1)
BombAttacker.last_created_time = time.time()
def special(self, character):
character.attacked(self.SPECIAL_ATTACK_POWER, self)
def die(self):
# Exert special attack to its 4-neighbors
for defender in Defender.defenders:
if CharacterModel.reachable(self, defender, self.special_reach_model):
self.special(defender)
super().die()
class PharmacistAttacker(Attacker):
"""
Pharmacist attacker class.
"""
last_created_time = 0
SPECIAL_INTERVAL = 8
HP = 150
ATTACK_POWER = 15
DEFEND_POWER = 2
reach_model = [(0, 1), (0, 0), (0, -1), (1, 0),(-1, 0), (1, 1),(1, -1),(-1, 1),(-1,-1)]
SPEED = 1.0
ATTACK_SPEED = 1.0
filename = path('res/character/yaojishir0.png')
def __init__(self, controller, position, direction):
self.controller = controller
super().__init__(controller, position, direction)
self.type = 'PharmacistAttacker'
self.attack_power = self.ATTACK_POWER
self.attack_time = 1
self.defend_power = self.DEFEND_POWER
self.hp = self.HP
self.speed = 0.2
self.cost = 25
self.cool_down_time = 80
self.last_special_time = time.time()
self.init_image(self.filename, 75, 75, 1)
PharmacistAttacker.last_created_time = time.time()
def attacked(self, loss, attacker):
if time.time() - self.last_special_time >= self.SPECIAL_INTERVAL:
# Kill attacker
self.special(attacker)
self.last_special_time = time.time()
super().attacked(loss, attacker)
def special(self, character):
character.die()
class ScientistDefender(Defender):
"""
Scientist defender class.
"""
last_created_time = 0
SPECIAL_INTERVAL = 60 # seconds
HP = 150
ATTACK_POWER = 15
DEFEND_POWER = 0
reach_model = [(0, 0), (0, 1), (0, 2), (0, 3), (0, 4), (0, 5), (0, 6), (-1, 0), (-1, 1), (-1, 2), (1, 0), (1, 1), (1, 2)]
special_reach_model = [(-1, -1), (-1, 0), (-1, 1), (0, -1), (0, 1), (1, -1), (1, 0), (1, 1)]
SPEED = 0
ATTACK_SPEED = 0.5
filename = path('res/mapnum/Mapnum1_0.png')
def __init__(self, controller, position, direction):
self.controller = controller
super().__init__(controller, position, direction)
self.type = 'ScientistDefender'
self.attack_power = self.ATTACK_POWER
self.attack_time = 2
self.defend_power = self.DEFEND_POWER
self.hp = self.HP
self.cost = 25
self.cool_down_time = 50
self.created_time = time.time()
self.init_image(self.filename, 75, 75, 1)
BombDefender.last_created_time = time.time()
self.last_special_time = time.time()
def update(self):
if time.time() - self.last_special_time >= self.SPECIAL_INTERVAL:
for defender in Defender.defenders:
if self.reachable(self, defender, self.special_reach_model):
self.hp += defender.hp * 2
self.attack_power += defender.attack_power * 2
defender.die()
self.last_special_time = time.time()
class BullyAttacker(Attacker):
"""
Bully attacker class.
"""
last_created_time = 0
HP = 125
ATTACK_POWER = 20
DEFEND_POWER = 0
reach_model = [(0, 0), (0, -1), (0, 1), (1, 0), (-1, 0)]
SPEED = 2.0
ATTACK_SPEED = 0.8
filename = path('res/mapnum/Mapnum1_0.png')
special_targets = set()
def __init__(self, controller, position, direction):
self.controller = controller
super().__init__(controller, position, direction)
self.type = 'ScientistDefender'
self.attack_power = self.ATTACK_POWER
self.attack_time = 1.25
self.defend_power = self.DEFEND_POWER
self.hp = self.HP
self.cost = 19
self.cool_down_time = 18
self.speed = 0.4
self.created_time = time.time()
self.init_image(self.filename, 75, 75, 1)
BombDefender.last_created_time = time.time()
self.last_special_time = 0
def update(self):
for defender in Defender.defenders:
if self.reachable(self, defender, self.reach_model):
BullyDefender.special_targets.add((defender, time.time()))
for defender, apply_time in BullyDefender.special_targets:
if defender in Defender.defenders and time.time() - apply_time <= 3:
defender.hp -= 15 / 90 # 90 frames in 3 secs
class IdiotAttacker(Attacker):
"""
Idiot attacker class.
"""
last_created_time = 0
HP = 150
ATTACK_POWER = 8
DEFEND_POWER = 0
reach_model = [(0, -2), (0, -1), (0, 0), (0, -1), (0, -2)]
SPEED = 0.5
ATTACK_SPEED = 0.8
filename = path('res/mapnum/Mapnum1_0.png')
special_targets = set()
def __init__(self, controller, position, direction):
self.controller = controller
super().__init__(controller, position, direction)
self.type = 'ScientistDefender'
self.attack_power = self.ATTACK_POWER
self.attack_time = 1.25
self.defend_power = self.DEFEND_POWER
self.hp = self.HP
self.speed = 0.1
self.cost = 22
self.cool_down_time = 25
self.created_time = time.time()
self.init_image(self.filename, 75, 75, 1)
BombDefender.last_created_time = time.time()
self.last_special_time = 0
def update(self):
for attacker in Attacker.attackers:
if attacker is self:
continue
if self.reachable(self, attacker, self.reach_model):
attacker.attacked(self.attack_power, self)
def combatScene(map, selectedRoleList, toolsList, screen):
#战斗界面时整体的背景图，大小为750×500
bgImageFile = path('image/combatSceneBg.jpg')
bgImage_init = pygame.image.load(bgImageFile).convert()
bgImage = pygame.transform.scale(bgImage_init, (750, 500))
screen.blit(bgImage, (0, 0))
#定义一些帮助确定位置的坐标，以地图的位置为参考
mapLeft = 50
mapTop = 20
mapButtom = 420
mapRight = 700
setMapUI(map, mapLeft, mapTop, 50)
mapAreaDraw(map, screen)
roleInfoAreaDraw(0, mapTop, mapLeft, 200)
costAreaDraw(0, mapButtom, mapLeft, 500)
cardAreaDraw(mapLeft, mapButtom, mapRight, 500, selectedRoleList)
toolAreaDraw(mapRight, mapTop, 750, mapButtom, toolsList)
def settings(screen, clock, isBgmOn):
# isBgmOn是一个bool量用来告诉函数是否播放背景音乐
# isFullscreen则以bool量形式告诉函数当前是否是全屏的
# 需要在这里设置一下背景音乐
size = (width, height) = (1280, 720)
bgmFlag = isBgmOn
breakflag = 0
background = pygame.image.load(path("res/bg/bg_main.png")).convert() #背景图
title = pygame.image.load(path("res/pic/settingTitle.png")).convert_alpha() #标题
titlePos = (340, 20)
backButton = pygame.image.load(path("res/button/back.png")).convert_alpha()
backPos = (0, 0)
homeButton = pygame.image.load(path("res/button/home.png")).convert_alpha()
homePos = (150, 0)
fullscreenButton = pygame.image.load(path("res/button/fullscreen.png")).convert_alpha() # 全屏
fullscreenPos = (420, 250)
bgmButton = pygame.image.load(path("res/button/bgm.png")).convert_alpha() # 背景音乐
bgmPos = (420, 350)
onButton = pygame.image.load(path("res/button/on.png")).convert_alpha()
offButton = pygame.image.load(path("res/button/off.png")).convert_alpha()
fullscreenOnPos0 = (660, 250)
fullscreenOnPos1 = (660, 245)
fullscreenOffPos0 = (727, 250)
fullscreenOffPos1 = (727, 245)
bgmOnPos0 = (660, 350)
bgmOnPos1 = (660, 345)
bgmOffPos0 = (727, 350)
bgmOffPos1 = (727, 345)
fullscreenOnPos = fullscreenOnPos0
fullscreenOffPos = fullscreenOffPos0
bgmOnPos = bgmOnPos0
bgmOffPos = bgmOffPos0
while True:
for event in pygame.event.get():
x, y = pygame.mouse.get_pos()
# 浮动效果
if x > fullscreenOnPos0[0] and x < fullscreenOnPos0[0] + onButton.get_width() \
and y > fullscreenOnPos0[1] and y < fullscreenOnPos0[1] + onButton.get_height():
fullscreenOnPos = fullscreenOnPos1
else:
fullscreenOnPos = fullscreenOnPos0
if x > fullscreenOffPos0[0] and x < fullscreenOffPos0[0] + offButton.get_width() \
and y > fullscreenOffPos0[1] and y < fullscreenOffPos0[1] + offButton.get_height():
fullscreenOffPos = fullscreenOffPos1
else:
fullscreenOffPos = fullscreenOffPos0
if x > bgmOnPos0[0] and x < bgmOnPos0[0] + onButton.get_width() \
and y > bgmOnPos0[1] and y < bgmOnPos0[1] + onButton.get_height():
bgmOnPos = bgmOnPos1
else:
bgmOnPos = bgmOnPos0
if x > bgmOffPos0[0] and x < bgmOffPos0[0] + offButton.get_width() \
and y > bgmOffPos0[1] and y < bgmOffPos0[1] + offButton.get_height():
bgmOffPos = bgmOffPos1
else:
bgmOffPos = bgmOffPos0
if event.type == pygame.QUIT:
sys.exit()
breakflag = 1
if event.type == MOUSEBUTTONDOWN:
if x > backPos[0] and x < backPos[0] + backButton.get_width() \
and y > backPos[1] and y < backPos[1] + backButton.get_height():
breakflag = 1
# here to come back
if x > homePos[0] and x < homePos[0] + homeButton.get_width() \
and y > homePos[1] and y < homePos[1] + homeButton.get_height():
breakflag = 1
# here to come back home
# touch logic
if x > fullscreenOnPos0[0] and x < fullscreenOnPos0[0] + onButton.get_width() \
and y > fullscreenOnPos0[1] and y < fullscreenOnPos0[1] + onButton.get_height():
# here to set fullscreen on
screen = pygame.display.set_mode(size, FULLSCREEN)
if x > fullscreenOffPos0[0] and x < fullscreenOffPos0[0] + offButton.get_width() \
and y > fullscreenOffPos0[1] and y < fullscreenOffPos0[1] + offButton.get_height():
# here to set fullscreen off
screen = pygame.display.set_mode(size, 0)
if x > bgmOnPos0[0] and x < bgmOnPos0[0] + onButton.get_width() \
and y > bgmOnPos0[1] and y < bgmOnPos0[1] + onButton.get_height():
# here to turn on bgm
# 这里要加上对应的逻辑
if bgmFlag:
bgmFlag = False
# closeBgm()
if x > bgmOffPos0[0] and x < bgmOffPos0[0] + offButton.get_width() \
and y > bgmOffPos0[1] and y < bgmOffPos0[1] + offButton.get_height():
# here to turn off bgm
#需要加上对应逻辑
if not bgmFlag:
bgmFlag = True
# closeBgm()
screen.blit(background, (0, 0))
screen.blit(title, titlePos)
screen.blit(backButton, backPos)
screen.blit(homeButton, homePos)
screen.blit(fullscreenButton, fullscreenPos)
screen.blit(bgmButton, bgmPos)
screen.blit(onButton, fullscreenOnPos)
screen.blit(offButton, fullscreenOffPos)
screen.blit(onButton, bgmOnPos)
screen.blit(offButton, bgmOffPos)
# 更新画面
pygame.display.update()
# 帧率
clock.tick(40)
if breakflag == 1:
return (screen, bgmFlag)
def selectCharacters(screen, clock, modeID, mapID):
background = (255, 255, 255)
breakflag = 0
infoflag = 0
# playBgm(1)
# 编队
CharID = [] #存储选中的角色编号，传入到战斗界面
totalNum = 9 #可选中角色总数
chooseNum = 0 #选中的角色数量
characterFlamePos = [] #人物框的位置
characterPic0 = [] #未上锁的人物图片
characterPic = [] #当前人物栏的人物状态图
loadpathNotLocked = [] #未上锁人物图路径
loadpathLocked = [] #上锁人物图路径
charInfoList = [] # 人物信息
charactersInTeam = [1, 1, 1, 1, 1, 1, 1, 1, 1] #人物状态，是否编入队伍，是为0,否为1
modeIntroAddress = path("res/pic/modeintro" + str(modeID) + ".png")
# 图片及位置
if modeID == 1 or modeID == 3:
background = pygame.image.load(
path("res/bg/bg_character_att.png")).convert()
stringc = "r"
else:
background = pygame.image.load(
path("res/bg/bg_character_def.png")).convert()
stringc = "b"
backButton = pygame.image.load(path("res/button/back.png")).convert_alpha()
backPos = (0, 0)
homeButton = pygame.image.load(path("res/button/home.png")).convert_alpha()
homePos = (150, 0)
startButton = pygame.image.load(
path("res/button/sure.png")).convert_alpha()
startPos = (1080, 653)
characterTitle = pygame.image.load(
path("res/pic/chartitle.png")).convert_alpha()
characterTitlePos = (340, 0)
modeIntro = pygame.image.load(modeIntroAddress).convert_alpha()
modeIntroPos = (980, 0)
# 人物框
characterFlame = pygame.image.load(
path("res/character/charflame.png")).convert_alpha()
# 编队框
teamFlame = pygame.image.load(
path("res/character/teamflame.png")).convert_alpha()
teamFlamePos = (255, 520)
characterInfoPos = (0, 100)
# 人物框加载路径
if modeID == 2:
side = 'b' # single defend
elif modeID == 1:
side = 'r' # single attack
loadpathNotLocked.append(path("res/character/pingmin{}.png".format(side)))
loadpathNotLocked.append(path("res/character/gongtou{}.png".format(side)))
loadpathNotLocked.append(path("res/character/gansidui{}.png".format(side)))
loadpathNotLocked.append(path("res/character/pangdun{}.png".format(side)))
loadpathNotLocked.append(path("res/character/yaojishi{}.png".format(side)))
loadpathNotLocked.append(path("res/character/bomb{}.png".format(side)))
loadpathNotLocked.append(path(
"res/character/scientist{}.png".format(side)))
loadpathNotLocked.append(path("res/character/bully{}.png".format(side)))
loadpathNotLocked.append(path("res/character/fully{}.png".format(side)))
loadpathLocked.append(path("res/character/pingmin{}s.png".format(side)))
loadpathLocked.append(path("res/character/gongtou{}s.png".format(side)))
loadpathLocked.append(path("res/character/gansidui{}s.png".format(side)))
loadpathLocked.append(path("res/character/pangdun{}s.png".format(side)))
loadpathLocked.append(path("res/character/yaojishi{}s.png".format(side)))
loadpathLocked.append(path("res/character/bomb{}s.png".format(side)))
loadpathLocked.append(path("res/character/scientist{}s.png".format(side)))
loadpathLocked.append(path("res/character/bully{}s.png".format(side)))
loadpathLocked.append(path("res/character/fully{}s.png".format(side)))
charInfoList.append(
pygame.image.load(path(
"res/charinfo/pingmin{}.png".format(side))).convert_alpha())
charInfoList.append(
pygame.image.load(path(
"res/charinfo/gongtou{}.png".format(side))).convert_alpha())
charInfoList.append(
pygame.image.load(path(
"res/charinfo/gansidui{}.png".format(side))).convert_alpha())
charInfoList.append(
pygame.image.load(path(
"res/charinfo/pangdun{}.png".format(side))).convert_alpha())
charInfoList.append(
pygame.image.load(path(
"res/charinfo/yaojishi{}.png".format(side))).convert_alpha())
charInfoList.append(
pygame.image.load(path(
"res/charinfo/bomb{}.png".format(side))).convert_alpha())
charInfoList.append(
pygame.image.load(path(
"res/charinfo/scientist{}.png".format(side))).convert_alpha())
charInfoList.append(
pygame.image.load(path(
"res/charinfo/bully{}.png".format(side))).convert_alpha())
charInfoList.append(
pygame.image.load(path(
"res/charinfo/fully{}.png".format(side))).convert_alpha())
for i in range(0, totalNum):
characterPic0.append(
pygame.image.load(loadpathNotLocked[i]).convert_alpha())
characterPic.append(
pygame.image.load(loadpathNotLocked[i]).convert_alpha())
characterFlamePos.append((255 + i * 100, 250))
while True:
x, y = pygame.mouse.get_pos()
# 根据鼠标悬停显示对应的角色信息
# 不悬停则不显示
infoflag = 0
for i in range(0, totalNum):
if x > characterFlamePos[i][0] and x < characterFlamePos[i][0] + characterFlame.get_width() \
and y > characterFlamePos[i][1] and y < characterFlamePos[i][1] + characterFlame.get_height():
Charinfo = charInfoList[i]
infoflag = 1
for i in range(0, chooseNum):
if x > 255 + 100 * i and x < 255 + 100 * i + characterFlame.get_width() \
and y > 520 and y < 520 + characterFlame.get_height():
Charinfo = charInfoList[CharID[i]]
infoflag = 1
for event in pygame.event.get():
x, y = pygame.mouse.get_pos()
if event.type == pygame.QUIT:
sys.exit()
breakflag = 1
if event.type == MOUSEBUTTONDOWN:
if x > backPos[0] and x < backPos[0] + backButton.get_width() \
and y > backPos[1] and y < backPos[1] + backButton.get_height():
from src.selectMap import selectMap
selectMap(screen, clock, modeID)
breakflag = 1
# here to come back
if x > homePos[0] and x < homePos[0] + homeButton.get_width() \
and y > homePos[1] and y < homePos[1] + homeButton.get_height():
from src.initialMenu import initialMenu
initialMenu(screen, clock)
breakflag = 1
# here to come back home
if x > startPos[0] and x < startPos[0] + startButton.get_width() \
and y > startPos[1] and y < startPos[1] + startButton.get_height():
from src.fighting import startFight
startFight(screen, clock, modeID, mapID, CharID)
breakflag = 1
# here to start the game
for i in range(0, totalNum):
if x > characterFlamePos[i][0] and x < characterFlamePos[i][0] + characterFlame.get_width() \
and y > characterFlamePos[i][1] and y < characterFlamePos[i][1] + characterFlame.get_height():
charactersInTeam[i] = -charactersInTeam[i]
# Charinfo = charInfoList[i]
# infoflag = 1
if charactersInTeam[i] == 1:
characterPic[i] = pygame.image.load(
loadpathNotLocked[i]).convert_alpha()
CharID.remove(i)
chooseNum = chooseNum - 1
else:
if chooseNum <= 7:
characterPic[i] = pygame.image.load(
loadpathLocked[i]).convert_alpha()
CharID.append(i)
chooseNum = chooseNum + 1
else:
charactersInTeam[i] = 1
for i in range(0, chooseNum):
if x > 255 + 100 * i and x < 255 + 100 * i + characterFlame.get_width() \
and y > 520 and y < 520 + characterFlame.get_height():
charactersInTeam[
CharID[i]] = -charactersInTeam[CharID[i]]
# Charinfo = pygame.image.load(path("res/charinfo/Charinfo.png")).convert_alpha()
if charactersInTeam[CharID[i]] == 1:
characterPic[CharID[i]] = pygame.image.load(
loadpathNotLocked[CharID[i]]).convert_alpha()
del CharID[i]
chooseNum = chooseNum - 1
# 填充背景和内容
screen.blit(background, (0, 0))
screen.blit(backButton, backPos)
screen.blit(homeButton, homePos)
if chooseNum > 0:
screen.blit(startButton, startPos)
screen.blit(characterTitle, characterTitlePos)
screen.blit(modeIntro, modeIntroPos)
screen.blit(teamFlame, teamFlamePos)
if infoflag == 1:
screen.blit(Charinfo, characterInfoPos)
for i in range(0, totalNum):
screen.blit(characterFlame, characterFlamePos[i])
screen.blit(characterPic[i], characterFlamePos[i])
for i in range(0, chooseNum):
screen.blit(characterPic0[CharID[i]], (255 + 100 * i, 520))
# 更新画面
pygame.display.update()
# 帧率
clock.tick(40)
if breakflag == 1:
break
def endFight(screen, clock, modeID, flag_mapinfo, isWin, attackers, defenders, mapload, defendersID, attackersID, attackerPicOld, attackerDetectPicOld, attackerAttackPicOld):
resultPad = pygame.image.load(path("res/battle/fightResultPad.png")).convert_alpha()
if isWin:
title = pygame.image.load(path("res/battle/victory.png")).convert_alpha()
# winBgm()
else:
title = pygame.image.load(path("res/battle/lose.png")).convert_alpha()
# loseBgm()
tryAgainButton = pygame.image.load(path("res/battle/tryAgain.png")).convert_alpha()
returnHomeButton = pygame.image.load(path("res/battle/backToMenu.png")).convert_alpha()
padPos = (240, 60)
titlePos = (440, 80)
tryAgainButtonPos0 = (540, 430)
tryAgainButtonPos1 = (540, 425)
returnHomeButtonPos0 = (540, 510)
returnHomeButtonPos1 = (540, 505)
tryAgainButtonPos = tryAgainButtonPos0
returnHomeButtonPos = returnHomeButtonPos0
breakflag = 0
AmbulanceEquipment.count = 1
ListEquipment.count = 1
CanonEquipment.count = 1
IndifferentEquipment.count = 1
DopingEquipment.count = 1
SignalEquipment.count = 1
while True:
for event in pygame.event.get():
x, y = pygame.mouse.get_pos()
if x > tryAgainButtonPos0[0] and x < tryAgainButtonPos0[0] + tryAgainButton.get_width() \
and y > tryAgainButtonPos0[1] and y < tryAgainButtonPos0[1] + tryAgainButton.get_height():
tryAgainButtonPos = tryAgainButtonPos1
else:
tryAgainButtonPos = tryAgainButtonPos0
if x > returnHomeButtonPos0[0] and x < returnHomeButtonPos0[0] + returnHomeButton.get_width() \
and y > returnHomeButtonPos0[1] and y < returnHomeButtonPos0[1] + returnHomeButton.get_height():
returnHomeButtonPos = returnHomeButtonPos1
else:
returnHomeButtonPos = returnHomeButtonPos0
if event.type == pygame.QUIT:
sys.exit()
breakflag = 1
if event.type == MOUSEBUTTONDOWN:
if x > tryAgainButtonPos0[0] and x < tryAgainButtonPos0[0] + tryAgainButton.get_width() \
and y > tryAgainButtonPos0[1] and y < tryAgainButtonPos0[1] + tryAgainButton.get_height():
from src.selectCharacters import selectCharacters
for defender in defenders:
k = defenders.index(defender)
mapload.maps[mapload.positionToBlock([defender.position[0], defender.position[1]])[1]][mapload.positionToBlock([defender.position[0], defender.position[1]])[0]].isPlantOn = False
defenders.remove(defender)
defender.die()
del defendersID[k]
for attacker in attackers:
k = attackers.index(attacker)
attackers.remove(attacker)
attacker.die()
del attackerPicOld[k]
del attackerDetectPicOld[k]
del attackerAttackPicOld[k]
del attackersID[k]
for defender in Defender.defenders:
defender.die()
for attacker in Attacker.attackers:
attacker.die()
selectCharacters(screen, clock, modeID, flag_mapinfo)
breakflag = 1
# here to start the game function
if x > returnHomeButtonPos0[0] and x < returnHomeButtonPos0[0] + returnHomeButton.get_width() \
and y > returnHomeButtonPos0[1] and y < returnHomeButtonPos0[1] + returnHomeButton.get_height():
from src.initialMenu import initialMenu
for defender in defenders:
k = defenders.index(defender)
mapload.maps[mapload.positionToBlock([defender.position[0], defender.position[1]])[1]][mapload.positionToBlock([defender.position[0], defender.position[1]])[0]].isPlantOn = False
defenders.remove(defender)
defender.die()
del defendersID[k]
for attacker in attackers:
k = attackers.index(attacker)
attackers.remove(attacker)
attacker.die()
del attackerPicOld[k]
del attackerDetectPicOld[k]
del attackerAttackPicOld[k]
del attackersID[k]
for defender in Defender.defenders:
defender.die()
for attacker in Attacker.attackers:
attacker.die()
initialMenu(screen, clock)
# here to get back to home
# 填充背景和内容
screen.blit(resultPad, padPos)
screen.blit(title, titlePos)
screen.blit(tryAgainButton, tryAgainButtonPos)
screen.blit(returnHomeButton, returnHomeButtonPos)
# 更新画面
pygame.display.update()
# 帧率
clock.tick(40)
if breakflag == 1:
break
def cardAreaDraw(x1, y1, x2, y2, selectedRolesList):
cardBgFile = path('image/cardBg.jpg')
cardBg_init = pygame.image.load(cardBgFile).convert()
cardBg = pygame.transform.scale(cardBg_init, (x2 - x1, y2 - y1))
screen.blit(cardBg, (x1, y1))
#mapDisplay(map_test,screen)
#角色准备
attackers = []
deffenders = []
for i in range(3):
attackers.append(
AuraAttacker(controller,
[(9 + 0.5) * map_test.blockSize + map_test.xBegin,
(1 + 0.5) * map_test.blockSize + map_test.yBegin], 0))
deffenders.append(
CivilianDefender(controller,
[(i + 1 + 0.5) * map_test.blockSize + map_test.xBegin,
(1 + 0.5) * map_test.blockSize + map_test.yBegin],
0))
attackerFile = path("image/CvilianAttacker.jpg")
deffenderFile = path("image/CivilianDeffender.jpg")
attackerImage = pygame.image.load(attackerFile).convert()
deffenderImage = pygame.image.load(deffenderFile).convert()
attackerImage = pygame.transform.scale(attackerImage, (50, 50))
deffenderImage = pygame.transform.scale(deffenderImage, (50, 50))
#计时准备
COUNT = pygame.USEREVENT + 1
pygame.time.set_timer(COUNT, 33) #每0.001秒发一次
counts = 0
while True:
for event in pygame.event.get():
if event.type == QUIT:
# 接收到退出事件后退出程序
import sys
app = QApplication(sys.argv)
from src import tracking_data, project, debug
debug.restore_io()
files = QFileDialog.getOpenFileNames(None, "Select files to merge", "",
"CSV files (*.csv);;All files (*.*)")
if len(files) < 2:
print "You need to select at least 2 files"
sys.exit(2)
first_file = path(files[0])
data_dir = first_file.dirname()
data = [tracking_data.TrackingData(None, False, path(f)) for f in files]
whole = data[0]
def nb_points(d):
return max([max(d.data[img].keys()) for img in d.data if d.data[img]]) + 1
print "Nb of point in first image: %d" % nb_points(whole)
print "Nb of cells in first image: %d" % len(whole.cells)
for d in data[1:]:
QCoreApplication.setOrganizationDomain("barbierdereuille.net")
#QSettings.setDefaultFormat(QSettings.IniFormat)
import sys
app = QApplication(sys.argv)
from src import tracking_data, project, debug
debug.restore_io()
files = QFileDialog.getOpenFileNames(None, "Select files to merge", "", "CSV files (*.csv);;All files (*.*)")
if len(files) < 2:
print "You need to select at least 2 files"
sys.exit(2)
first_file = path(files[0])
data_dir = first_file.dirname()
data = [ tracking_data.TrackingData(None, False, path(f)) for f in files ]
whole = data[0]
def nb_points(d):
return max([max(d.data[img].keys()) for img in d.data if d.data[img]])+1
print "Nb of point in first image: %d" % nb_points(whole)
print "Nb of cells in first image: %d" % len(whole.cells)
for d in data[1:]:
print "Nb of point in next image: %d" % nb_points(d)
print "Nb of cells in next image: %d" % len(d.cells)
def initialMenu(screen, clock):
background = (255, 255, 255)
breakflag = 0
# playBgm(0)
# 图片及位置
background = pygame.image.load(path("res/bg/bg_main.png")).convert() #背景图
title = pygame.image.load(path("res/pic/title.png")).convert_alpha() #标题
titlePos = (340, 100)
startButton = pygame.image.load(
path("res/button/start.png")).convert_alpha() #开始游戏
startPos0 = (540, 345)
startPos1 = (540, 340)
handbookButton = pygame.image.load(
path("res/button/handbook.png")).convert_alpha() #图鉴
handbookPos0 = (400, 445)
handbookPos1 = (400, 440)
helpButton = pygame.image.load(
path("res/button/help.png")).convert_alpha() #帮助文档
helpPos0 = (400, 545)
helpPos1 = (400, 540)
settingButton = pygame.image.load(
path("res/button/setting.png")).convert_alpha() #设置
settingPos0 = (680, 445)
settingPos1 = (680, 440)
quitButton = pygame.image.load(
path("res/button/quit.png")).convert_alpha() #退出游戏
quitPos0 = (680, 545)
quitPos1 = (680, 540)
startPos = startPos0
handbookPos = handbookPos0
helpPos = helpPos0
settingPos = settingPos0
quitPos = quitPos0
while True:
for event in pygame.event.get():
x, y = pygame.mouse.get_pos()
# 按键位置移动
if x > startPos0[0] and x < startPos0[0] + startButton.get_width() \
and y > startPos0[1] and y < startPos0[1] + startButton.get_height():
startPos = startPos1
else:
startPos = startPos0
if x > handbookPos0[0] and x < handbookPos0[0] + handbookButton.get_width() \
and y > handbookPos0[1] and y < handbookPos0[1] + handbookButton.get_height():
handbookPos = handbookPos1
else:
handbookPos = handbookPos0
if x > helpPos0[0] and x < helpPos0[0] + helpButton.get_width() \
and y > helpPos0[1] and y < helpPos0[1] + helpButton.get_height():
helpPos = helpPos1
else:
helpPos = helpPos0
if x > settingPos0[0] and x < settingPos0[0] + settingButton.get_width() \
and y > settingPos0[1] and y < settingPos0[1] + settingButton.get_height():
settingPos = settingPos1
else:
settingPos = settingPos0
if x > quitPos0[0] and x < quitPos0[0] + quitButton.get_width() \
and y > quitPos0[1] and y < quitPos0[1] + quitButton.get_height():
quitPos = quitPos1
else:
quitPos = quitPos0
# 退出游戏
if event.type == pygame.QUIT:
sys.exit()
breakflag = 1
if event.type == MOUSEBUTTONDOWN:
if x > startPos0[0] and x < startPos0[0] + startButton.get_width() \
and y > startPos0[1] and y < startPos0[1] + startButton.get_height():
selectMode(screen, clock)
breakflag = 1
# here to start the game function
if x > handbookPos0[0] and x < handbookPos0[0] + handbookButton.get_width() \
and y > handbookPos0[1] and y < handbookPos0[1] + handbookButton.get_height():
from src.handbook import handbook
handbook(screen, clock)
# here to the handbook function
if x > helpPos0[0] and x < helpPos0[0] + helpButton.get_width() \
and y > helpPos0[1] and y < helpPos0[1] + helpButton.get_height():
from src.help import help
help(screen, clock)
# here to start the help function
if x > settingPos0[0] and x < settingPos0[0] + settingButton.get_width() \
and y > settingPos0[1] and y < settingPos0[1] + settingButton.get_height():
from src.settings import settings
screen, isBgmOn = settings(screen, clock, False)
settings(screen, clock, True)
# here to the setting function
elif x > quitPos0[0] and x < quitPos0[0] + quitButton.get_width() \
and y > quitPos0[1] and y < quitPos0[1] + quitButton.get_height():
# print('game ended!')
sys.exit()
# 填充背景和内容
screen.blit(background, (0, 0))
screen.blit(title, titlePos)
screen.blit(startButton, startPos)
screen.blit(handbookButton, handbookPos)
screen.blit(helpButton, helpPos)
screen.blit(settingButton, settingPos)
screen.blit(quitButton, quitPos)
# 说明文字
# screen.blit(font.render("用上下左右键来控制", True, (166, 100, 30)), (300, 50))
# 更新画面
pygame.display.update()
# 帧率
clock.tick(40)
if breakflag == 1:
break
def bgmPath(bgm):
return path("res/bgm/"+ bgm +"bgm.mp3")
def voyager1_original(ephem):
earth = ephem.get_body('EARTH')
jupiter = ephem.get_body('JUPITER')
saturn = ephem.get_body('SATURN')
sun = ephem.get_body('SUN')
def convert(dateObj):
return sp.str2et(dateObj.strftime("%Y %b %d %H:%M:%S").lower())
voyst = lambda t: sp.spkezr('VOYAGER 1', convert(t), 'J2000', 'LT+S',
'SOLAR SYSTEM BARYCENTER')[0]
#earth to jupiter
D = 10
tfE = datetime(1977, 9, 6, 14, 54)
t0J = datetime(1979, 1, 16, 13, 54)
tfJ = datetime(1979, 4, 22, 11, 7)
t0S = datetime(1980, 10, 3, 1, 32)
tfS = datetime(1980, 12, 24, 4, 35)
timesE2J = []
trajE2J = []
for i in range(D):
tE2J = (t0J - tfE) * i / D + tfE
state = voyst(tE2J)
timesE2J.append(tE2J)
trajE2J.append(trajectory(sun, tE2J, state, tE2J + (t0J - tfE) / D))
#swingby at jupiter
trajByJ = trajectory(jupiter, t0J, voyst(t0J) - jupiter.state(t0J), tfJ)
#jupiter to saturn
timesJ2S = []
trajJ2S = []
for i in range(D):
tJ2S = (t0S - tfJ) * i / D + tfJ
state = voyst(tJ2S)
timesJ2S.append(tJ2S)
trajJ2S.append(trajectory(sun, tJ2S, state, tJ2S + (t0S - tfJ) / D))
#swingby at saturn
trajByS = trajectory(saturn, t0S, voyst(t0S) - saturn.state(t0S), tfS)
#after saturn
after = timedelta(days=1500)
trajAftS = trajectory(sun, tfS, voyst(tfS), tfS + after)
entranceTimes = []
entranceTimes.extend(timesE2J)
entranceTimes.append(t0J)
entranceTimes.extend(timesJ2S)
entranceTimes.append(t0S)
entranceTimes.append(tfS)
trajs = []
trajs.extend(trajE2J)
trajs.append(trajByJ)
trajs.extend(trajJ2S)
trajs.append(trajByS)
trajs.append(trajAftS)
voyager = path(launchTime=tfE,
deltaV='Original',
duration=tfS - tfE + after,
entranceTimes=entranceTimes,
trajectories=trajs)
return voyager
import sys
sys.path.insert(0, ".")
from src import path
map = [
[1, 1, 1, 1, 1, 1, 1, 1, 1, 1],
[1, 1, 1, 1, 1, 1, 1, 1, 1, 1],
[1, 1, 1, 1, 1, 1, 1, 1, 1, 1],
[1, 1, 1, 1, 1, 1, 1, 1, 1, 1],
[1, 1, 1, 1, 0, 0, 1, 1, 1, 1],
[1, 1, 1, 1, 0, 0, 1, 1, 1, 1],
[1, 1, 1, 1, 1, 1, 1, 1, 1, 1],
[1, 1, 1, 1, 1, 1, 1, 1, 1, 1],
[1, 1, 1, 1, 1, 1, 1, 1, 1, 1],
[1, 1, 1, 1, 1, 1, 1, 1, 1, 1],
]
p = path.path((10,10))
p.set_map(map)
for t in xrange(1000):
q=p.get_path((0,0),0,(9,9))
for y in range(len(map)):
for x in range(len(map[0])):
if not map[x][y]: print "#",
elif (x,y) in q: print "X",
else: print " ",
print
def voyager1_recreated(ephem):
earth = ephem.get_body('EARTH')
jupiter = ephem.get_body('JUPITER')
saturn = ephem.get_body('SATURN')
sun = ephem.get_body('SUN')
def convert(dateObj):
return sp.str2et(dateObj.strftime("%Y %b %d %H:%M:%S").lower())
voyst = lambda t: sp.spkezr('VOYAGER 1', convert(t), 'J2000', 'LT+S',
'SOLAR SYSTEM BARYCENTER')[0]
#earth to jupiter
D = 10
tfE = datetime(1977, 9, 6, 14, 54)
t0J = datetime(1979, 1, 16, 13, 54)
tfJ = datetime(1979, 4, 22, 11, 7)
t0S = datetime(1980, 10, 3, 1, 32)
tfS = datetime(1980, 12, 24, 4, 35)
timesE2J = []
trajE2J = []
for i in range(D):
tE2J = (t0J - tfE) * i / D + tfE
state = voyst(tE2J)
timesE2J.append(tE2J)
trajE2J.append(trajectory(sun, tE2J, state, tE2J + (t0J - tfE) / D))
#swingby at jupiter
st0J = voyst(t0J) - jupiter.state(t0J)
stfJ = voyst(tfJ) - jupiter.state(tfJ)
GMJ = jupiter.const('GM', 1)[0]
def dVJ(th1, th2):
enpt = entrance(Rsoi['JUPITER'], st0J[3:], th1, th2)
exst = swingby(Rsoi['JUPITER'], np.concatenate((enpt, st0J[3:])), GMJ)
return np.linalg.norm(stfJ[3:] - exst[3:])
th1J, th2J = decaying_descent(dVJ, [[-np.pi, np.pi], [-np.pi, np.pi]],
[0.2, 0.2], [np.pi / 20, 0],
None,
iters=5,
decay_factor=5)
enptJ = entrance(Rsoi['JUPITER'], st0J[3:], th1J, th2J)
sIntoJ = np.concatenate((enptJ, st0J[3:]))
trajByJ = trajectory(jupiter, t0J, sIntoJ, tfJ)
#jupiter to saturn
timesJ2S = []
trajJ2S = []
for i in range(D):
tJ2S = (t0S - tfJ) * i / D + tfJ
state = voyst(tJ2S)
timesJ2S.append(tJ2S)
trajJ2S.append(trajectory(sun, tJ2S, state, tJ2S + (t0S - tfJ) / D))
#swingby at saturn
st0S = voyst(t0S) - saturn.state(t0S)
stfS = voyst(tfS) - saturn.state(tfS)
GMS = saturn.const('GM', 1)[0]
def dVS(th1, th2):
enpt = entrance(Rsoi['SATURN'], st0S[3:], th1, th2)
exst = swingby(Rsoi['SATURN'], np.concatenate((enpt, st0S[3:])), GMS)
return np.linalg.norm(stfS[3:] - exst[3:])
th1S, th2S = decaying_descent(dVS, [[-np.pi, np.pi], [-np.pi, np.pi]],
[0.2, 0.2], [np.pi / 20, 0],
None,
iters=5,
decay_factor=5)
enptS = entrance(Rsoi['SATURN'], st0S[3:], th1S, th2S)
sIntoS = np.concatenate((enptS, st0S[3:]))
trajByS = trajectory(saturn, t0S, sIntoS, tfS)
#after saturn
after = timedelta(days=1500)
trajAftS = trajectory(sun, tfS, voyst(tfS), tfS + after)
entranceTimes = []
entranceTimes.extend(timesE2J)
entranceTimes.append(t0J)
entranceTimes.extend(timesJ2S)
entranceTimes.append(t0S)
entranceTimes.append(tfS)
trajs = []
trajs.extend(trajE2J)
trajs.append(trajByJ)
trajs.extend(trajJ2S)
trajs.append(trajByS)
trajs.append(trajAftS)
voyager = path(launchTime=tfE,
deltaV='Recreated',
duration=tfS - tfE + after,
entranceTimes=entranceTimes,
trajectories=trajs)
return voyager
def handbook(screen, clock):
breakflag = 0
showSurvivorOrZombie = 0 # 0 for survivor and 1 for zombie
charID = 0 # from 0 to totalNum-1
totalNum = 7 #可选中角色总数
characterPicb = [] # 存储人类的列表
characterPicr = [] # 存储僵尸图片的列表
characterStoryb = []
characterStoryr = []
characterInfob = []
characterInfor = []
background = pygame.image.load(path("res/bg/bg_main.png")).convert() #背景图
title = pygame.image.load(path("res/pic/handbookTitle.png")).convert_alpha() #标题
titlePos = (340, 20)
backButton = pygame.image.load(path("res/button/back.png")).convert_alpha()
backPos = (0, 0)
homeButton = pygame.image.load(path("res/button/home.png")).convert_alpha()
homePos = (150, 0)
survivorButton = pygame.image.load(path("res/button/survivor.png")).convert_alpha() #生存者
survivorPos0 = (0, 245)
survivorPos1 = (0, 240)
zombieButton = pygame.image.load(path("res/button/zombie.png")).convert_alpha() #感染者
zombiePos0 = (200, 245)
zombiePos1 = (200, 240)
leftButton = pygame.image.load(path("res/button/left.png")).convert_alpha() #左箭头
leftPos0 = (55, 415)
leftPos1 = (55, 410)
rightButton = pygame.image.load(path("res/button/right.png")).convert_alpha() #右箭头
rightPos0 = (275, 415)
rightPos1 = (275, 410)
charbg = pygame.image.load(path("res/character/charflame.png")).convert_alpha()
charbgPos = (150, 350)
charPos = charbgPos
storyPos = (440, 250)
infoPos = (1020, 100)
side = 'b'
characterPicb.append(pygame.image.load(path("res/character/pingmin{}.png").format(side)))
characterPicb.append(pygame.image.load(path("res/character/gongtou{}.png").format(side)))
characterPicb.append(pygame.image.load(path("res/character/gansidui{}.png").format(side)))
characterPicb.append(pygame.image.load(path("res/character/pangdun{}.png").format(side)))
characterPicb.append(pygame.image.load(path("res/character/yaojishi{}.png").format(side)))
characterPicb.append(pygame.image.load(path("res/character/bomb{}.png").format(side)))
characterPicb.append(pygame.image.load(path("res/character/scientist{}.png").format(side)))
side = 'r'
characterPicr.append(pygame.image.load(path("res/character/pingmin{}.png").format(side)))
characterPicr.append(pygame.image.load(path("res/character/gongtou{}.png").format(side)))
characterPicr.append(pygame.image.load(path("res/character/gansidui{}.png").format(side)))
characterPicr.append(pygame.image.load(path("res/character/pangdun{}.png").format(side)))
characterPicr.append(pygame.image.load(path("res/character/yaojishi{}.png").format(side)))
characterPicr.append(pygame.image.load(path("res/character/bomb{}.png").format(side)))
characterPicr.append(pygame.image.load(path("res/character/scientist{}.png").format(side)))
side = 'b'
characterStoryb.append(pygame.image.load(path("res/characterStory/pingmin{}.png").format(side)))
characterStoryb.append(pygame.image.load(path("res/characterStory/gongtou{}.png").format(side)))
characterStoryb.append(pygame.image.load(path("res/characterStory/gansidui{}.png").format(side)))
characterStoryb.append(pygame.image.load(path("res/characterStory/pangdun{}.png").format(side)))
characterStoryb.append(pygame.image.load(path("res/characterStory/yaojishi{}.png").format(side)))
characterStoryb.append(pygame.image.load(path("res/characterStory/bomb{}.png").format(side)))
characterStoryb.append(pygame.image.load(path("res/characterStory/scientist{}.png").format(side)))
side = 'r'
characterStoryr.append(pygame.image.load(path("res/characterStory/pingmin{}.png").format(side)))
characterStoryr.append(pygame.image.load(path("res/characterStory/gongtou{}.png").format(side)))
characterStoryr.append(pygame.image.load(path("res/characterStory/gansidui{}.png").format(side)))
characterStoryr.append(pygame.image.load(path("res/characterStory/pangdun{}.png").format(side)))
characterStoryr.append(pygame.image.load(path("res/characterStory/yaojishi{}.png").format(side)))
characterStoryr.append(pygame.image.load(path("res/characterStory/bomb{}.png").format(side)))
characterStoryr.append(pygame.image.load(path("res/characterStory/scientist{}.png").format(side)))
side = 'b'
characterInfob.append(pygame.image.load(path("res/charinfo/pingmin{}.png").format(side)))
characterInfob.append(pygame.image.load(path("res/charinfo/gongtou{}.png").format(side)))
characterInfob.append(pygame.image.load(path("res/charinfo/gansidui{}.png").format(side)))
characterInfob.append(pygame.image.load(path("res/charinfo/pangdun{}.png").format(side)))
characterInfob.append(pygame.image.load(path("res/charinfo/yaojishi{}.png").format(side)))
characterInfob.append(pygame.image.load(path("res/charinfo/bomb{}.png").format(side)))
characterInfob.append(pygame.image.load(path("res/charinfo/scientist{}.png").format(side)))
side = 'r'
characterInfor.append(pygame.image.load(path("res/charinfo/pingmin{}.png").format(side)))
characterInfor.append(pygame.image.load(path("res/charinfo/gongtou{}.png").format(side)))
characterInfor.append(pygame.image.load(path("res/charinfo/gansidui{}.png").format(side)))
characterInfor.append(pygame.image.load(path("res/charinfo/pangdun{}.png").format(side)))
characterInfor.append(pygame.image.load(path("res/charinfo/yaojishi{}.png").format(side)))
characterInfor.append(pygame.image.load(path("res/charinfo/bomb{}.png").format(side)))
characterInfor.append(pygame.image.load(path("res/charinfo/scientist{}.png").format(side)))
while True:
for event in pygame.event.get():
x, y = pygame.mouse.get_pos()
# 浮动效果
if x > survivorPos0[0] and x < survivorPos0[0] + survivorButton.get_width() \
and y > survivorPos0[1] and y < survivorPos0[1] + survivorButton.get_height():
survivorPos = survivorPos1
else:
survivorPos = survivorPos0
if x > zombiePos0[0] and x < zombiePos0[0] + zombieButton.get_width() \
and y > zombiePos0[1] and y < zombiePos0[1] + zombieButton.get_height():
zombiePos = zombiePos1
else:
zombiePos = zombiePos0
if x > leftPos0[0] and x < leftPos0[0] + leftButton.get_width() \
and y > leftPos0[1] and y < leftPos0[1] + leftButton.get_height():
leftPos = leftPos1
else:
leftPos = leftPos0
if x > rightPos0[0] and x < rightPos0[0] + rightButton.get_width() \
and y > rightPos0[1] and y < rightPos0[1] + rightButton.get_height():
rightPos = rightPos1
else:
rightPos = rightPos0
if event.type == pygame.QUIT:
sys.exit()
breakflag = 1
if event.type == MOUSEBUTTONDOWN:
if x > backPos[0] and x < backPos[0] + backButton.get_width() \
and y > backPos[1] and y < backPos[1] + backButton.get_height():
breakflag = 1
# here to come back
if x > homePos[0] and x < homePos[0] + homeButton.get_width() \
and y > homePos[1] and y < homePos[1] + homeButton.get_height():
breakflag = 1
# here to come back home
# touch logic
if x > survivorPos0[0] and x < survivorPos0[0] + survivorButton.get_width() \
and y > survivorPos0[1] and y < survivorPos0[1] + survivorButton.get_height():
showSurvivorOrZombie = 0
if x > zombiePos0[0] and x < zombiePos0[0] + zombieButton.get_width() \
and y > zombiePos0[1] and y < zombiePos0[1] + zombieButton.get_height():
showSurvivorOrZombie = 1
if x > leftPos0[0] and x < leftPos0[0] + leftButton.get_width() \
and y > leftPos0[1] and y < leftPos0[1] + leftButton.get_height():
charID = charID - 1
if charID < 0:
charID = charID + totalNum
if x > rightPos0[0] and x < rightPos0[0] + rightButton.get_width() \
and y > rightPos0[1] and y < rightPos0[1] + rightButton.get_height():
charID = charID + 1
if charID == totalNum:
charID = 0
# 更新显示内容
if showSurvivorOrZombie == 0:
CharList = characterPicb
StoryList = characterStoryb
InfoList = characterInfob
else:
CharList = characterPicr
StoryList = characterStoryr
InfoList = characterInfor
charPic = CharList[charID]
storyPic = StoryList[charID]
infoPic = InfoList[charID]
# 填充背景和内容
screen.blit(background, (0, 0))
screen.blit(title, titlePos)
screen.blit(charbg, charbgPos)
screen.blit(backButton, backPos)
screen.blit(homeButton, homePos)
screen.blit(survivorButton, survivorPos)
screen.blit(zombieButton, zombiePos)
screen.blit(leftButton, leftPos)
screen.blit(rightButton, rightPos)
screen.blit(charPic, charPos)
screen.blit(storyPic, storyPos)
screen.blit(infoPic, infoPos)
# 更新画面
pygame.display.update()
# 帧率
clock.tick(40)
if breakflag == 1:
break
def voyager2_recreated(ephem):
earth = ephem.get_body('EARTH')
jupiter = ephem.get_body('JUPITER')
saturn = ephem.get_body('SATURN')
uranus = ephem.get_body('URANUS')
neptune = ephem.get_body('NEPTUNE')
sun = ephem.get_body('SUN')
def convert(dateObj):
return sp.str2et(dateObj.strftime("%Y %b %d %H:%M:%S").lower())
voyst2 = lambda t: sp.spkezr('VOYAGER 2', convert(t), 'J2000', 'LT+S',
'SOLAR SYSTEM BARYCENTER')[0]
D = 10
tfE = datetime(1977, 8, 21, 16, 40)
t0J = datetime(1979, 5, 6, 15, 33)
tfJ = datetime(1979, 9, 12, 22, 19)
t0S = datetime(1981, 6, 29, 17, 20)
tfS = datetime(1981, 10, 22, 18, 26)
t0U = datetime(1985, 12, 15, 5, 6)
tfU = datetime(1986, 3, 6, 13, 52)
t0N = datetime(1989, 6, 26, 12, 6)
tfN = datetime(1989, 10, 24, 7, 6)
timesE2J = []
trajE2J = []
for i in range(D):
tE2J = (t0J - tfE) * i / D + tfE
state = voyst2(tE2J)
timesE2J.append(tE2J)
trajE2J.append(trajectory(sun, tE2J, state, tE2J + (t0J - tfE) / D))
#swingby at jupiter
st0J = voyst2(t0J) - jupiter.state(t0J)
stfJ = voyst2(tfJ) - jupiter.state(tfJ)
GMJ = jupiter.const('GM', 1)[0]
def dVJ(th1, th2):
enpt = entrance(Rsoi['JUPITER'], st0J[3:], th1, th2)
exst = swingby(Rsoi['JUPITER'], np.concatenate((enpt, st0J[3:])), GMJ)
return np.linalg.norm(stfJ[3:] - exst[3:])
th1J, th2J = decaying_descent(dVJ, [[-np.pi, np.pi], [-np.pi, np.pi]],
[0.2, 0.2], [np.pi / 20, 0],
None,
iters=5,
decay_factor=5)
enptJ = entrance(Rsoi['JUPITER'], st0J[3:], th1J, th2J)
sIntoJ = np.concatenate((enptJ, st0J[3:]))
trajByJ = trajectory(jupiter, t0J, sIntoJ, tfJ)
#jupiter to saturn
timesJ2S = []
trajJ2S = []
for i in range(D):
tJ2S = (t0S - tfJ) * i / D + tfJ
state = voyst2(tJ2S)
timesJ2S.append(tJ2S)
trajJ2S.append(trajectory(sun, tJ2S, state, tJ2S + (t0S - tfJ) / D))
#swingby at saturn
st0S = voyst2(t0S) - saturn.state(t0S)
stfS = voyst2(tfS) - saturn.state(tfS)
GMS = saturn.const('GM', 1)[0]
def dVS(th1, th2):
enpt = entrance(Rsoi['SATURN'], st0S[3:], th1, th2)
exst = swingby(Rsoi['SATURN'], np.concatenate((enpt, st0S[3:])), GMS)
return np.linalg.norm(stfS[3:] - exst[3:])
th1S, th2S = decaying_descent(dVS, [[-np.pi, np.pi], [-np.pi, np.pi]],
[0.2, 0.2], [np.pi / 20, 0],
None,
iters=5,
decay_factor=5)
enptS = entrance(Rsoi['SATURN'], st0S[3:], th1S, th2S)
sIntoS = np.concatenate((enptS, st0S[3:]))
trajByS = trajectory(saturn, t0S, sIntoS, tfS)
#saturn to uranus
timesS2U = []
trajS2U = []
for i in range(D):
tS2U = (t0U - tfS) * i / D + tfS
state = voyst2(tS2U)
timesS2U.append(tS2U)
trajS2U.append(trajectory(sun, tS2U, state, tS2U + (t0U - tfS) / D))
#swingby at uranus
st0U = voyst2(t0U) - uranus.state(t0U)
stfU = voyst2(tfU) - uranus.state(tfU)
GMU = uranus.const('GM', 1)[0]
def dVU(th1, th2):
enpt = entrance(Rsoi['URANUS'], st0U[3:], th1, th2)
exst = swingby(Rsoi['URANUS'], np.concatenate((enpt, st0U[3:])), GMU)
return np.linalg.norm(stfU[3:] - exst[3:])
th1U, th2U = decaying_descent(dVU, [[-np.pi, np.pi], [-np.pi, np.pi]],
[0.2, 0.2], [np.pi / 20, 0],
None,
iters=5,
decay_factor=5)
enptU = entrance(Rsoi['URANUS'], st0U[3:], th1U, th2U)
sIntoU = np.concatenate((enptU, st0U[3:]))
trajByU = trajectory(uranus, t0U, sIntoU, tfU)
#uranus to neptune
timesU2N = []
trajU2N = []
for i in range(D):
tU2N = (t0N - tfU) * i / D + tfU
state = voyst2(tU2N)
timesU2N.append(tU2N)
trajU2N.append(trajectory(sun, tU2N, state, tU2N + (t0N - tfU) / D))
#swingby at neptune
st0N = voyst2(t0N) - neptune.state(t0N)
stfN = voyst2(tfN) - neptune.state(tfN)
GMN = neptune.const('GM', 1)[0]
def dVN(th1, th2):
enpt = entrance(Rsoi['NEPTUNE'], st0N[3:], th1, th2)
exst = swingby(Rsoi['NEPTUNE'], np.concatenate((enpt, st0N[3:])), GMN)
return np.linalg.norm(stfN[3:] - exst[3:])
th1N, th2N = decaying_descent(dVN, [[-np.pi, np.pi], [-np.pi, np.pi]],
[0.2, 0.2], [np.pi / 20, 0],
None,
iters=5,
decay_factor=5)
enptN = entrance(Rsoi['NEPTUNE'], st0N[3:], th1N, th2N)
sIntoN = np.concatenate((enptN, st0N[3:]))
trajByN = trajectory(neptune, t0N, sIntoN, tfN)
#after neptune
after = timedelta(days=1500)
trajAftN = trajectory(sun, tfN, voyst2(tfN), tfN + after)
entranceTimes = []
entranceTimes.extend(timesE2J)
entranceTimes.append(t0J)
entranceTimes.extend(timesJ2S)
entranceTimes.append(t0S)
entranceTimes.extend(timesS2U)
entranceTimes.append(t0U)
entranceTimes.extend(timesU2N)
entranceTimes.append(t0N)
entranceTimes.append(tfN)
trajs = []
trajs.extend(trajE2J)
trajs.append(trajByJ)
trajs.extend(trajJ2S)
trajs.append(trajByS)
trajs.extend(trajS2U)
trajs.append(trajByU)
trajs.extend(trajU2N)
trajs.append(trajByN)
trajs.append(trajAftN)
voyager = path(launchTime=tfE,
deltaV='Recreated',
duration=tfN - tfE + after,
entranceTimes=entranceTimes,
trajectories=trajs)
return voyager
def costAreaDraw(x1, y1, x2, y2):
costFrameFile = path('image/costFrameBg.jpg')
costFrame_init = pygame.image.load(costFrameFile).convert()
costFrameImage = pygame.transform.scale(costFrame_init, (x2 - x1, y2 - y1))
screen.blit(costFrameImage, (x1, y1))
def voyager2_original(ephem):
earth = ephem.get_body('EARTH')
jupiter = ephem.get_body('JUPITER')
saturn = ephem.get_body('SATURN')
uranus = ephem.get_body('URANUS')
neptune = ephem.get_body('NEPTUNE')
sun = ephem.get_body('SUN')
def convert(dateObj):
return sp.str2et(dateObj.strftime("%Y %b %d %H:%M:%S").lower())
voyst2 = lambda t: sp.spkezr('VOYAGER 2', convert(t), 'J2000', 'LT+S',
'SOLAR SYSTEM BARYCENTER')[0]
D = 10
tfE = datetime(1977, 8, 21, 16, 40)
t0J = datetime(1979, 5, 6, 15, 33)
tfJ = datetime(1979, 9, 12, 22, 19)
t0S = datetime(1981, 6, 29, 17, 20)
tfS = datetime(1981, 10, 22, 18, 26)
t0U = datetime(1985, 12, 15, 5, 6)
tfU = datetime(1986, 3, 6, 13, 52)
t0N = datetime(1989, 6, 26, 12, 6)
tfN = datetime(1989, 10, 24, 7, 6)
timesE2J = []
trajE2J = []
for i in range(D):
tE2J = (t0J - tfE) * i / D + tfE
state = voyst2(tE2J)
timesE2J.append(tE2J)
trajE2J.append(trajectory(sun, tE2J, state, tE2J + (t0J - tfE) / D))
#swingby at jupiter
trajByJ = trajectory(jupiter, t0J, voyst2(t0J) - jupiter.state(t0J), tfJ)
#jupiter to saturn
timesJ2S = []
trajJ2S = []
for i in range(D):
tJ2S = (t0S - tfJ) * i / D + tfJ
state = voyst2(tJ2S)
timesJ2S.append(tJ2S)
trajJ2S.append(trajectory(sun, tJ2S, state, tJ2S + (t0S - tfJ) / D))
#swingby at saturn
trajByS = trajectory(saturn, t0S, voyst2(t0S) - saturn.state(t0S), tfS)
#saturn to uranus
timesS2U = []
trajS2U = []
for i in range(D):
tS2U = (t0U - tfS) * i / D + tfS
state = voyst2(tS2U)
timesS2U.append(tS2U)
trajS2U.append(trajectory(sun, tS2U, state, tS2U + (t0U - tfS) / D))
#swingby at uranus
trajByU = trajectory(uranus, t0U, voyst2(t0U) - uranus.state(t0U), tfU)
#uranus to neptune
timesU2N = []
trajU2N = []
for i in range(D):
tU2N = (t0N - tfU) * i / D + tfU
state = voyst2(tU2N)
timesU2N.append(tU2N)
trajU2N.append(trajectory(sun, tU2N, state, tU2N + (t0N - tfU) / D))
#swingby at neptune
trajByN = trajectory(neptune, t0N, voyst2(t0N) - neptune.state(t0N), tfN)
#after neptune
after = timedelta(days=1500)
trajAftN = trajectory(sun, tfN, voyst2(tfN), tfN + after)
entranceTimes = []
entranceTimes.extend(timesE2J)
entranceTimes.append(t0J)
entranceTimes.extend(timesJ2S)
entranceTimes.append(t0S)
entranceTimes.extend(timesS2U)
entranceTimes.append(t0U)
entranceTimes.extend(timesU2N)
entranceTimes.append(t0N)
entranceTimes.append(tfN)
trajs = []
trajs.extend(trajE2J)
trajs.append(trajByJ)
trajs.extend(trajJ2S)
trajs.append(trajByS)
trajs.extend(trajS2U)
trajs.append(trajByU)
trajs.extend(trajU2N)
trajs.append(trajByN)
trajs.append(trajAftN)
voyager = path(launchTime=tfE,
deltaV='Original',
duration=tfN - tfE + after,
entranceTimes=entranceTimes,
trajectories=trajs)
return voyager
def toolAreaDraw(x1, y1, x2, y2, toolsList):
toolBgFile = path('image/toolBg.jpg')
toolBg_init = pygame.image.load(toolBgFile).convert()
toolBg = pygame.transform.scale(toolBg_init, (x2 - x1, y2 - y1))
screen.blit(toolBg, (x1, y1))
def mapDisplayInitial(map, screen):
#图像的名称转换，包含6种不同的状态
homeImageFile = path("res/mapblock/home.png")
bornPointImageFile = path("res/mapblock/born.png")
zeroImageFile = path("res/mapblock/4.jpg")
oneImageFile = path("res/mapblock/1.jpg")
twoImageFile = path("res/mapblock/3.jpg")
threeImageFile = path("res/mapblock/2.jpg")
sixImageFile = path("res/mapblock/6.png")
arrowImageFile = [
path("res/mapblock/arrow0.png"),
path("res/mapblock/arrow1.png"),
path("res/mapblock/arrow2.png"),
path("res/mapblock/arrow3.png")
]
#加载并转换图像
homeImage_init = pygame.image.load(homeImageFile).convert_alpha()
bornPointImage_init = pygame.image.load(bornPointImageFile).convert_alpha()
zeroImage_init = pygame.image.load(zeroImageFile).convert()
oneImage_init = pygame.image.load(oneImageFile).convert()
twoImage_init = pygame.image.load(twoImageFile).convert()
threeImage_init = pygame.image.load(threeImageFile).convert()
sixImage_init = pygame.image.load(sixImageFile).convert()
arrowImage_init = []
for image in arrowImageFile:
arrowImage_init.append(pygame.image.load(image).convert_alpha())
#backGround = pygame.image.load(backGroundFile).convert()
#地图中用于填充格子的图像的大小
imageSize = map.blockSize
#图像放缩，若图像大小给定，则此部分可以省去
homeImage = pygame.transform.scale(homeImage_init, (imageSize, imageSize))
bornPointImage = pygame.transform.scale(bornPointImage_init,
(imageSize, imageSize))
zeroImage = pygame.transform.scale(zeroImage_init, (imageSize, imageSize))
oneImage = pygame.transform.scale(oneImage_init, (imageSize, imageSize))
twoImage = pygame.transform.scale(twoImage_init, (imageSize, imageSize))
threeImage = pygame.transform.scale(threeImage_init,
(imageSize, imageSize))
sixImage = pygame.transform.scale(sixImage_init, (imageSize, imageSize))
arrowImage = []
for image_init in arrowImage_init:
arrowImage.append(
pygame.transform.scale(image_init, (imageSize, imageSize)))
#backGround = pygame.transform.scale(backGround,(750,500))
mapImage = (homeImage, bornPointImage, zeroImage, oneImage, twoImage,
threeImage, sixImage, arrowImage)
return mapImage
