def init(data):
#player
data.scrollMargin = 30
data.me = Player("Player1",data.width-data.scrollMargin,data.height-200)
data.isJumping = False
data.isAcceleratingRight = False
data.isAcceleratingLeft = False
data.isFalling = False
data.start = False
data.myBullet = None
data.fired = False
data.canFire = True
data.fireCount = 0
data.isPlaying = False
data.isLobby = True
data.isDeadSplash = False
data.instructions = False
data.nameChange = ""
data.score = data.me.score + data.height - 200
#platforms
data.testPlatform = Platform(data.width-(2*data.scrollMargin),data.height-250,40)
data.bottomPlatform = Platform(data.width-(2*data.scrollMargin),data.height-205,40)
data.platforms = [data.bottomPlatform,data.testPlatform]
data.currentPlatform = data.bottomPlatform
#other people
data.otherStrangers = dict()
data.greatestY = "Player1"
data.isHit = False
data.hitCount = 0
data.bullet = dict()
#scrolling
data.scrollY = 0
data.setScrollY = 0
data.scrollYSpeed = 0
#lobby
data.isReady = False
data.isMulti = False
data.isSingle = False
#images
data.lobbyButton = None
data.redButton = None
data.greenButton = None
data.readyButton = None
data.img = None
data.p1Img = None
data.p2Img = None
data.p3Img = None
data.p4Img = None
data.mountain = None
data.instr = None
def init(data):
data.scrollMargin = 30
data.player = Player(data.width - data.scrollMargin, data.height - 10)
data.scrollY = data.height - data.player.y - 50
data.testPlatform = Platform(data.width - (2 * data.scrollMargin),
data.height - 15, 40)
data.bottomPlatform = Platform(0, data.height - 5, data.width)
data.platforms = [data.testPlatform, data.bottomPlatform]
data.isJumping = False
data.isAcceleratingRight = False
data.isAcceleratingLeft = False
data.isFalling = False
data.scrollY = 0
data.start = False
data.currentPlatform = data.bottomPlatform
def init(data):
# load data.xyz as appropriate
data.gameWeather = weather(0)
data.scrollMargin = 30
data.player = Player(data.width - data.scrollMargin, data.height - 10)
data.testPlatform = Platform(data.width - (2 * data.scrollMargin),
data.height - 30, 40)
data.bottomPlatform = Platform(0, data.height - 5, data.width)
data.platforms = [data.testPlatform, data.bottomPlatform]
data.canRain = True
data.canLightning = True
data.willLightning = False
data.isLightning = False
data.lightning = None
data.lightningCounter = 0
data.timeCount = 0
def init(data):
data.finishPlatform = Platform(0, 5, 40)
data.bottomPlatform = Platform(0, data.height - 5, data.width)
data.platforms = [data.bottomPlatform, data.finishPlatform]
data.powerPlatform = Platform(data.width - 40, 5, 40)
data.otherPlatforms = [data.bottomPlatform, data.powerPlatform]
data.scrollMargin = 30
data.player = Player(data.width - data.scrollMargin, data.height - 10)
data.scrollx = 0
data.scrolly = 0
data.testPlatform = Platform(data.width - (2 * data.scrollMargin),
data.height - 30, 40)
data.bottomPlatform = Platform(0, data.height - 5, data.width * 3)
data.isJumping = False
data.isAcceleratingRight = False
data.isAcceleratingLeft = False
data.isFalling = False
data.currentPlatform = data.bottomPlatform
def init(data):
data.scrollMargin = 30
data.player = Player(data.width - data.scrollMargin, data.height - 10)
data.scrollx = 0
data.scrolly = 0
data.testPlatform = Platform(data.width - (2 * data.scrollMargin),
data.height - 30, 40)
data.bottomPlatform = Platform(0, data.height - 5, data.width * 3)
data.p1 = Platform(data.width - (3 * data.scrollMargin), data.height - 60,
40)
data.p2 = Platform(data.width - (4 * data.scrollMargin), data.height - 80,
40)
data.p3 = Platform(data.width + (3 * data.scrollMargin), data.height - 60,
40)
data.p4 = Platform(data.width + (4 * data.scrollMargin), data.height - 80,
40)
data.platforms = [
data.testPlatform, data.bottomPlatform, data.p1, data.p2, data.p3,
data.p4
]
data.isJumping = False
data.isAcceleratingRight = False
data.isAcceleratingLeft = False
data.isFalling = False
data.currentPlatform = data.bottomPlatform
def generatePlatform(platforms, stopY, width, startY):
lastPlatform = platforms[-1]
if lastPlatform.y < stopY:
return platforms
else:
while platforms[0].y > startY:
platforms.pop(0)
y = lastPlatform.y
rX = random.randrange(10, width - 40)
rY = random.randrange(-70, -10)
platforms += [Platform(rX, y + rY)]
return generatePlatform(platforms, stopY, width, startY)
def generatePlatformPowerUp(platforms):
bottom = platforms[0]
lastPlatform = platforms[-1]
if lastPlatform.y > bottom.y + 20:
return platforms
else:
x = lastPlatform.x
y = lastPlatform.y
rX = 0
rY = 0
while abs(rX) < 5:
rX = random.randrange(-30, 10)
while abs(rY) < 5:
rY = random.randrange(-10, 30)
platforms += [Platform(x + rX, y + rY)]
return generatePlatformPowerUp(platforms)
def init(data):
#Lobby init
data.me = User("Me")
data.nameChange = ""
data.otherStrangers = dict()
data.isLobby = True
data.isPlaying = False
#scrolling
data.scrollMargin = 30
data.scrollX = 0
data.scrollY = 0
#platforms (will be randomly generated)
data.testPlatform = Platform(data.width - (2 * data.scrollMargin),
data.height - 30, 40)
data.bottomPlatform = Platform(0, data.height - 5, data.width * 3)
data.p1 = Platform(data.width - (3 * data.scrollMargin), data.height - 60,
40)
data.p2 = Platform(data.width - (4 * data.scrollMargin), data.height - 80,
40)
data.p3 = Platform(data.width + (3 * data.scrollMargin), data.height - 60,
40)
data.p4 = Platform(data.width + (4 * data.scrollMargin), data.height - 80,
40)
data.platforms = [
data.testPlatform, data.bottomPlatform, data.p1, data.p2, data.p3,
data.p4
]
#Runner init
data.player = Player(data.scrollMargin, data.height - 10)
data.isJumping = False
data.isAcceleratingRight = False
data.isAcceleratingLeft = False
data.isFalling = False
data.canMove = True
data.currentPlatform = data.bottomPlatform
data.stunCount = 0
#God init
data.gameWeather = weather(0)
data.canRain = True
data.canLightning = True
data.willLightning = False
data.isLightning = False
data.lightning = None
data.lightningEnd = data.height
data.lightningCounter = 0
teleport_platform = 2
policeman_platform = 3
keys_platform = 4
locks_platform = 5
putin_platform = 6
##############названия платформ
#- обычные
#x убиваторские
#числа - телепорты
#p - policeman
##############цикл по созданию платформ
for row in level:
for col in row:
if col == '-':
pl = Platform(x, y, classical_platform)
sprite_group.add(pl)
platforms.append(pl)
if col == 'k':
pl = Platform(x, y, keys_platform)
sprite_group.add(pl)
keys.append(pl)
if col == 'x':
pl = Platform(x, y, killer_platform)
sprite_group.add(pl)
killers.append(pl)
if col == 'p':
pl = Platform(x, y, policeman_platform)
def timerFired(data):
# timerFired receives instructions and executes them
while (serverMsg.qsize() > 0):
msg = serverMsg.get(False)
try:
print("received: ", msg, "\n")
msg = msg.split()
command = msg[0]
if command == "myIDis":
myPID = msg[1]
data.me.changePID(myPID)
elif command == "newPlayer":
newPID = msg[1]
x = data.width/2
y = data.height/2
data.otherStrangers[newPID] = Player(newPID, x, y)
elif command == "playerReady":
PID = msg[1]
data.otherStrangers[PID].mode = msg[2]
status = not data.otherStrangers[PID].isReady
data.otherStrangers[PID].isReady = status
if msg[2] == "single":
data.otherStrangers[PID].y = 10000
elif command == "playerCoords":
PID = msg[1]
x = int(msg[2])
y = int(msg[3])
score = int(msg[4])
dmg = int(msg[5])
data.otherStrangers[PID].x = x
data.otherStrangers[PID].y = y
data.otherStrangers[PID].score = score
data.otherStrangers[PID].damage = dmg
elif command == "mapGen":
#will be in the form of "123,321;789,987;"
PID = msg[1]
msg[2] = msg[2][0:-1] #remove the last ';'
l = msg[2].split(";") #['123,321','789,987']
data.platforms = []
for c in l:
coords = c.split(",")
x = int(coords[0])
y = int(coords[1])
data.platforms += [Platform(x,y)]
elif command == "bullet":
PID = msg[1]
x = int(msg[2])
y = int(msg[3])
lX = int(msg[4])
lY = int(msg[5])
dirX = int(msg[6])
dirY = int(msg[7])
data.bullet[PID] = Bullet(x,y)
data.bullet[PID].lastX = lX
data.bullet[PID].lastY = lY
data.bullet[PID].direction = (dirX,dirY)
elif command == "doggoDied":
PID = msg[1]
height = msg[2]
data.otherStrangers[PID].score = height
data.otherStrangers[PID].alive = False
elif command == "left":
PID = msg[1]
del data.otherStrangers[PID]
except:
print("Failed")
serverMsg.task_done()
'----------------', '- -', '- -',
'- --- -', '- -', '- -',
'- --- -', '- -', '- -- -',
'- -', '- -', '----------------'
]
sprite_group = pygame.sprite.Group()
sprite_group.add(hero)
platfroms = []
x = 0
y = 0
for row in level:
for col in row:
if col == '-':
pl = Platform(x, y)
sprite_group.add(pl)
platfroms.append(pl)
x += 40
y += 40
x = 0
# открываем игровой цикл
done = True
timer = pygame.time.Clock()
while done:
# блок управления событиями
for e in pygame.event.get():
if e.type == pygame.QUIT:
done = False
def update_platforms(platforms, screen):
pl = Platform(0, 665, 50, 50, screen)
platforms.add(pl)
pl2 = Platform(90, 665, 50, 50, screen)
platforms.add(pl2)