SubwaySurfer Lite

Dateiinhalt

# -*- coding: utf-8 -*-

from visual import *
from math import sin,cos                                
from time import time

scene.background=(0,0.1,0)
scene.forward=(0,-450,-300)
scene.userspin = False
scene.userzoom = True

ModulList=[]

A=0
B=0
C=0
D=0
#Test = box(pos = (0,0,0), length = 100,width=100, height=100)
Spielstopp = False
Score=label(pos=(150,200,0), text='Score')
Boden= box(pos=(0,0,0), length=1200, width=200, height=1,)
class Spieler (frame):
      def __init__ (self, position =(0,0,0)):
          frame. __init__ (self)

          self.oberkoerper = box(frame=self, pos=(0,0,0),length=50, width=20, height=65, color= color.red)
          self.kopf = box(frame=self, pos=(0,47.5,0), length=25, width=25, height=25, color=color.green)
          self.hals = box(frame=self, pos=(0,35,0), length=10, width=10, height=5, color=color.yellow)
          self.arm1 = box(frame=self, pos=(33.5,-5,0), length=15, width=20, height=75, color=color.blue,)
          self.arm2 = box(frame=self, pos=(-33.5,-5,0), length=15, width=20, height=75, color=color.blue)
          self.bein2 =box(frame=self, pos=(-12.5,-77.5,0), length=20, width=20, height=90, color=color.orange)
          self.bein1 =box(frame=self, pos=(12.5,-77.5,0), length=20, width=20, height=90, color=color.orange)
         

          self.arm1.rotate( angle=-pi/8, axis=(1,0,0), origin=(0,30,0))
          self.arm2.rotate( angle=pi/8, axis=(1,0,0), origin=(0,30,0))
          self.bein1.rotate( angle=pi/8, axis=(1,0,0), origin=(0,-30,0))
          self.bein2.rotate( angle=-pi/8, axis=(1,0,0), origin=(0,-30,0))
          self.pos = position
          




                               
        
                
#scene.center = Spieler.pos

    
    





class Waggon1(frame):
    def __init__(self,position):
        frame.__init__(self)

        self.rightSide = box(frame = self, pos = (150,228.5,0), length = 50, width = 1200, height = 325, color = color.blue)
        self.leftSide = box(frame = self, pos = (-150,228.5,0), length = 50, width = 1200, height = 325, color = color.blue)
        self.topSide = box(frame = self, pos = (0,415,0), length = 250, width = 1200, height = 50,color = color.yellow)
        self.botSide = box(frame = self, pos = (0,215,0), length = 300, width = 1200, height = 350,color = color.blue)

        self.topLeft = cylinder(frame = self, pos = (-125,390,-599.5), axis = (0,0,1199),radius = 50,color = color.yellow)
        self.topRight = cylinder(frame = self, pos = (125,390,-599.5), axis = (0,0,1199),radius = 50,color = color.yellow)
        self.botRight = cylinder(frame = self, pos = (150,65,-599.5), axis = (0,0,1199),radius = 25,color = color.yellow)
        self.botLeft = cylinder(frame = self, pos = (-150,65,-599.5), axis = (0,0,1199),radius = 25,color = color.yellow)

        self.Whee11 =  cylinder(frame = self, pos = (-140,40,510), axis = (15,0,0),radius = 40,color = (0.4,0.3,0.3))
        self.Whee12 =  cylinder(frame = self, pos = (-140,40,350), axis = (15,0,0),radius = 40,color = (0.4,0.3,0.3))
        self.Whee13 =  cylinder(frame = self, pos = (-140,40,-510), axis = (15,0,0),radius = 40,color = (0.4,0.3,0.3))
        self.Whee14 =  cylinder(frame = self, pos = (-140,40,-350), axis = (15,0,0),radius = 40,color = (0.4,0.3,0.3))
        self.Whee15 =  cylinder(frame = self, pos = (140,40,510), axis = (15,0,0),radius = 40,color = (0.4,0.3,0.3))
        self.Whee16 =  cylinder(frame = self, pos = (140,40,350), axis = (15,0,0),radius = 40,color = (0.4,0.3,0.3))
        self.Whee17 =  cylinder(frame = self, pos = (140,40,-510), axis = (15,0,0),radius = 40,color = (0.4,0.3,0.3))
        self.Whee18 =  cylinder(frame = self, pos = (140,40,-350), axis = (15,0,0),radius = 40,color = (0.4,0.3,0.3))

        self.kuplung1 = cylinder(frame = self, pos = (80,85,-625), axis = (0,0,25),radius = 15)
        self.kuplung2 = cylinder(frame = self, pos = (80,85,-635), axis = (0,0,10),radius = 30)
        self.kuplung1 = cylinder(frame = self, pos = (-80,85,600), axis = (0,0,25),radius = 15)
        self.kuplung2 = cylinder(frame = self, pos = (-80,85,625), axis = (0,0,10),radius = 30)
        self.kuplung3 = cylinder(frame = self, pos = (-80,85,-625), axis = (0,0,25),radius = 15)
        self.kuplung4 = cylinder(frame = self, pos = (-80,85,-635), axis = (0,0,10),radius = 30)
        self.kuplung3 = cylinder(frame = self, pos = (80,85,600), axis = (0,0,25),radius = 15)
        self.kuplung4 = cylinder(frame = self, pos = (80,85,625), axis = (0,0,10),radius = 30)
                
        self.pos = position

class Lokomotive1(frame):
    def __init__(self,position):
        frame.__init__(self)

        self.rightSide = box(frame = self, pos = (150,228.5,0), length = 50, width = 800, height = 325,color = (0.2,0.2,0.2))
        self.leftSide = box(frame = self, pos = (-150,228.5,0), length = 50, width = 800, height = 325,color = (0.2,0.2,0.2))
        self.topSide = box(frame = self, pos = (0,415,0), length = 250, width = 800, height = 50,color = (0.2,0.2,0.2))
        self.botSide = box(frame = self, pos = (0,215,0), length = 300, width = 800, height = 350,color = (0.2,0.2,0.2))

        self.topLeft = cylinder(frame = self, pos = (-125,390,-399.5), axis = (0,0,799),radius = 50,color = (0.4,0.4,0.4))
        self.topRight = cylinder(frame = self, pos = (125,390,-399.5), axis = (0,0,799),radius = 50,color = (0.4,0.4,0.4))
        self.botRight = cylinder(frame = self, pos = (150,65,-399.5), axis = (0,0,799),radius = 25,color = (0.4,0.4,0.4))
        self.botLeft = cylinder(frame = self, pos = (-150,65,-399.5), axis = (0,0,799),radius = 25,color = (0.4,0.4,0.4))

        self.Whee11 =  cylinder(frame = self, pos = (-140,40,230), axis = (15,0,0),radius = 40,color = (0.4,0.3,0.3))
        self.Whee12 =  cylinder(frame = self, pos = (-140,40,330), axis = (15,0,0),radius = 40,color = (0.4,0.3,0.3))
        self.Whee13 =  cylinder(frame = self, pos = (-140,40,-230), axis = (15,0,0),radius = 40,color = (0.4,0.3,0.3))
        self.Whee14 =  cylinder(frame = self, pos = (-140,40,-330), axis = (15,0,0),radius = 40,color = (0.4,0.3,0.3))
        self.Whee15 =  cylinder(frame = self, pos = (140,40,230), axis = (15,0,0),radius = 40,color = (0.4,0.3,0.3))
        self.Whee16 =  cylinder(frame = self, pos = (140,40,330), axis = (15,0,0),radius = 40,color = (0.4,0.3,0.3))
        self.Whee17 =  cylinder(frame = self, pos = (140,40,-230), axis = (15,0,0),radius = 40,color = (0.4,0.3,0.3))
        self.Whee18 =  cylinder(frame = self, pos = (140,40,-330), axis = (15,0,0),radius = 40,color = (0.4,0.3,0.3))
        self.Whee19 =  cylinder(frame = self, pos = (140,40,130), axis = (15,0,0),radius = 40,color = (0.4,0.3,0.3))
        self.Whee110 =  cylinder(frame = self, pos = (140,40,-130), axis = (15,0,0),radius = 40,color = (0.4,0.3,0.3))
        self.Whee111 =  cylinder(frame = self, pos = (-140,40,130), axis = (15,0,0),radius = 40,color = (0.4,0.3,0.3))
        self.Whee112 =  cylinder(frame = self, pos = (-140,40,-130), axis = (15,0,0),radius = 40,color = (0.4,0.3,0.3))

        self.Window = box(frame = self, pos = (0,310,400), length = 250, width = 10, height = 140,color = (0.7,0.7,1))
        self.Lampe = cylinder(frame = self, pos = (95,125,401), axis = (0,0,-10),radius = 30, material = materials.emissive, color = color.yellow)
        self.Lampe = cylinder(frame = self, pos = (-95,125,401), axis = (0,0,-10),radius = 30, material = materials.emissive, color = color.yellow)
        self.kuplung1 = cylinder(frame = self, pos = (80,85,-425), axis = (0,0,25),radius = 15)
        self.kuplung2 = cylinder(frame = self, pos = (80,85,-435), axis = (0,0,10),radius = 30)
        self.kuplung3 = cylinder(frame = self, pos = (-80,85,-425), axis = (0,0,25),radius = 15)
        self.kuplung4 = cylinder(frame = self, pos = (-80,85,-435), axis = (0,0,10),radius = 30)
        #self.spoiler = pyramid(frame = self, pos = (0,50,340), size = (100,300,200),axis = (0,1,0))
        #self.spoiler.rotate(angle=pi/4 , axis = (0,1,0), origin=(0,50,340))
        self.pos = position


class Sourounding(frame):
    def __init__(self,position=(0,0,0)):
        frame.__init__(self)

        floor=box(frame = self, length = 1700, width = 22300, height = 1)

        self.Schiene1 = box(frame = self, pos = (-590+7.5,5,0), length = 8, width = 22300, height = 10, color = (0.3,0.3,0.3))
        self.Schiene2 = box(frame = self, pos = (-310+7.5,5,0), length = 8, width = 22300, height = 10, color = (0.3,0.3,0.3))
        self.Schiene3 = box(frame = self, pos = (-140+7.5,5,0), length = 8, width = 22300, height = 10, color = (0.3,0.3,0.3))
        self.Schiene4 = box(frame = self, pos = (140+7.5,5,0), length = 8, width = 22300, height = 10, color = (0.3,0.3,0.3))
        self.Schiene5 = box(frame = self, pos = (310+7.5,5,0), length = 8, width = 22300, height = 10, color = (0.3,0.3,0.3))
        self.Schiene6 = box(frame = self, pos = (590+7.5,5,0), length = 8, width = 22300, height = 10, color = (0.3,0.3,0.3))
        self.rightWall = box (frame = self, pos = (750,1000,0), length = 100, width = 22300, height = 2000)
        self.leftWall = box (frame = self, pos = (-750,1000,0), length = 100, width = 22300, height = 2000)

        self.rightWall = box (frame = self,pos = (0,1000,-3000), length = 1600, width = 100, height = 2000)
        self.Tunnel1 = box (frame = self,pos = (0,230,-3000), length = 420, width = 101, height = 460,color = color.black)
        self.Tunnel1 = box (frame = self,pos = (-450,230,-3000), length = 420, width = 101, height = 460,color = color.black)
        self.Tunnel1 = box (frame = self,pos = (450,230,-3000), length = 420, width = 101, height = 460,color = color.black)
        self.Tunneltop1 = cylinder(frame = self,pos = (450,460,-3000), radius = 210, axis=(0,0,101),color = color.black)
        self.Tunneltop1 = cylinder(frame = self,pos = (-450,460,-3000), radius = 210, axis=(0,0,101),color = color.black)
        self.Tunneltop1 = cylinder(frame = self,pos = (0,460,-3000), radius = 210, axis=(0,0,101),color = color.black)

        self.pos = position



"""
#Züge Mittes

Zugm3 = Lokomotive1(position=(0,0,1070)), Waggon1(position=(0,0,0)), Waggon1(position=(0,0,-1270)), Waggon1(position=(0,0,-2540))
Zugm2 = Lokomotive1(position=(0,0,1070)), Waggon1(position=(0,0,0)), Waggon1(position=(0,0,-1270))
Zugm1 = Lokomotive1(position=(0,0,1070)), Waggon1(position=(0,0,0))
ZugLockonly =  Lokomotive1(position=(0,0,1070))

"""

"""
#Züge left

Zugm3 = Lokomotive1(position=(-450,0,1070)), Waggon1(position=(-450,0,0)), Waggon1(position=(-450,0,-1270)), Waggon1(position=(-450,0,-2540))
Zugm2 = Lokomotive1(position=(-450,0,1070)), Waggon1(position=(-450,0,0)), Waggon1(position=(-450,0,-1270))
Zugm1 = Lokomotive1(position=(-450,0,1070)), Waggon1(position=(-450,0,0))
ZugLockonly =  Lokomotive1(position=(-450,0,1070))

"""

"""
#Züge right

Zugr3 = Lokomotive1(position=(450,0,1070)), Waggon1(position=(450,0,0)), Waggon1(position=(450,0,-1270)), Waggon1(position=(450,0,-2540))
Zugr2 = Lokomotive1(position=(450,0,1070)), Waggon1(position=(450,0,0)), Waggon1(position=(450,0,-1270))
Zugr1 = Lokomotive1(position=(450,0,1070)), Waggon1(position=(450,0,0))
ZugLockonly =  Lokomotive1(position=(450,0,1070))

"""

class Zug0(frame):
    def __init__(self,position=(0,0,0)):
        frame.__init__(self)

        self.ZugLockonly =  Waggon1(position=(0,10,1070-1470))
        self.ZugLockonly.frame = self

        self.pos = position

class Zug1(frame):
    def __init__(self,position=(0,0,0)):
        frame.__init__(self)

        self.Zugm1 = Lokomotive1( position=(0,10,-400))
        self.Zugm1.frame = self
        self.w1 = Waggon1(position=(0,10,-1470))
        self.w1.frame = self

        self.pos = position

class Zug2(frame):
    def __init__(self,position=(0,0,0)):
        frame.__init__(self)

        self.Zugm2 = Lokomotive1(position=(0,10,-400))
        self.Zugm2.frame = self
        self.w1 = Waggon1(position=(0,10,-1470))
        self.w1.frame = self
        self.w2 = Waggon1(position=(0,10,-2740))
        self.w2.frame = self

        self.pos = position

class Zug3(frame):
    def __init__(self,position=(0,0,0)):
        frame.__init__(self)

        self.Zugm3 = Lokomotive1(position=(0,10,-400))
        self.Zugm3.frame = self
        self.w1 = Waggon1(position=(0,10,-1470))
        self.w1.frame = self
        self.w2 = Waggon1(position=( 0,10,-1270-1470))
        self.w2.frame = self
        self.w3 = Waggon1(position=( 0,10,-2540-1470))
        self.w3.frame = self

        self.pos = position

"""

class ZuglWaggononly(frame):
    def __init__(self,position=(0,0,0)):
        frame.__init__(self)

        self.ZugLockonly =  Waggon1(position=(-450,10,1070-1470))

        self.pos = position

class Zugl1(frame):
    def __init__(self,position=(0,0,0)):
        frame.__init__(self)

        self.Zugm1 = Lokomotive1(position=(-450,10,-400))
        self.w1 = Waggon1(position=(-450,10,-1470))

        self.pos = position

class Zugl2(frame):
    def __init__(self,position=(0,0,0)):
        frame.__init__(self)

        Zugm2 = Lokomotive1(position=(-450,10,-400))
        self.wag1 = Waggon1(position=(-450,10,-1470))
        self.wag2 = Waggon1(position=(-450,10,-1270-1470))
        
        self.pos = position

class Zugl3(frame):
    def __init__(self,position=(0,0,0)):
        frame.__init__(self)

        self.Zugm3 = Lokomotive1(position=(-450,10,-400))
        self.w1 = Waggon1(position=(-450,10,-1470))
        self.w2 = Waggon1(position=(-450,10,-1270-1470))
        self.w3 = Waggon1(position=(-450,10,-2540-1470))

        self.pos = position

class ZugrWaggononly(frame):
    def __init__(self,position=(0,0,0)):
        frame.__init__(self)

        self.Wag =  Waggon1(position=(450,10,1070-1470))

        self.pos = position

class Zugr1(frame):
    def __init__(self,position=(0,0,0)):
        frame.__init__(self)

        self.Zugm1 = Lokomotive1(position=(450,10,-400))
        self.wag1 = Waggon1(position=(450,10,-1470))

        self.pos = position

class Zugr2(frame):
    def __init__(self,position=(0,0,0)):
        frame.__init__(self)

        self.Zugm2 = Lokomotive1(position=(450,10,-400))
        self.wag1 = Waggon1(position=(450,10,-1470))
        self.wag2 = Waggon1(position=(450,10,-1270-1470))

        self.pos = position
s
class Zugr3(frame):
    def __init__(self,position=(0,0,0)):
        frame.__init__(self)

        self.Zugm3 = Lokomotive1(position=(450,10,-400))
        self.Zugm3.frame = self
        self.w1 = Waggon1(position=(450,10,-1470))
        self.w2 = Waggon1(position=(450,10,-1270-1470))
        self.w3 = Waggon1(position=(450,10,-2540-1470))
        
        self.pos = position

"""


class Modul1(frame):
    def __init__(self,position):
        frame.__init__(self)

        self.Zug =[]
        Infos1={"Stelle":"l","StartPos":-1270,"Laenge":3375}
        Infos2={"Stelle":"l","StartPos":-8890,"Laenge":3375}
        Infos3={"Stelle":"m","StartPos":-2540,"Laenge":1270}
        Infos4={"Stelle":"m","StartPos":-6350,"Laenge":1270}
        Infos5={"Stelle":"r","StartPos":-5080,"Laenge":3375}
        Infos6={"Stelle":"r","StartPos":-10160,"Laenge":2105}
        self.Z1 = Zug2(position = (-450,0,-1270))
        self.Z1.frame = self
        self.Zug.append(Infos1)
        self.Z2 = Zug2(position = (-450,0,-8890))
        self.Z2.frame = self
        self.Zug.append(Infos2) 
        self.Z3 = Zug0(position = (0,0,-2540))
        self.Z3.frame = self
        self.Zug.append(Infos3)
        self.Z4 = Zug0(position = (0,0,-6350))
        self.Z4.frame = self
        self.Zug.append(Infos4)
        self.Z5 = Zug2(position = (450,0,-5080))
        self.Z5.frame = self
        self.Zug.append(Infos5)
        self.Z6 = Zug1(position = (450,0,-10160))
        self.Z6.frame = self
        self.Zug.append(Infos6)

        self.pos = position

class Modul2(frame):
    def __init__(self,position):
        frame.__init__(self)
        self.Zug =[]
        
        Infos1={"Stelle":"l","StartPos":-1270,"Laenge":2105}
        Infos2={"Stelle":"r","StartPos":-1270,"Laenge":2105}
        Infos3={"Stelle":"m","StartPos":-5080,"Laenge":3375}
        Infos4={"Stelle":"l","StartPos":-10160,"Laenge":2105}
        self.Z1 = Zug1(position = (-450,0,-1270))
        self.Z1.frame = self
        self.Zug.append(Infos1)
        self.Z2 = Zug1(position = (450,0,-1270))
        self.Z2.frame = self
        self.Zug.append(Infos2)
        self.Z3 = Zug2(position = (0,0,-5080))
        self.Z3.frame = self
        self.Zug.append(Infos3)
        self.Z4 = Zug1(position = (-450,0,-10160))
        self.Z4.frame = self
        self.Zug.append(Infos4)
        
        self.pos = position

class Modul3(frame):
    def __init__(self,position):
        frame.__init__(self)

        self.Zug =[]
        Infos1={"Stelle":"r","StartPos":-1270,"Laenge":2105}
        Infos2={"Stelle":"l","StartPos":-3810,"Laenge":3375}
        Infos3={"Stelle":"l","StartPos":-7620,"Laenge":4645}
        Infos4={"Stelle":"m","StartPos":-6350,"Laenge":2105}
        Infos5={"Stelle":"r","StartPos":-11430,"Laenge":1270}
        self.Z1 = Zug1(position = (450,0,-1270))
        self.Z1.frame = self
        self.Zug.append(Infos1)
        self.Z2 = Zug2(position = (-450,0,-3810))
        self.Z2.frame = self
        self.Zug.append(Infos2)
        self.Z3 = Zug3(position = (-450,0,-7620))
        self.Z3.frame = self
        self.Zug.append(Infos3)
        self.Z4 = Zug1(position = (0,0,-6350))
        self.Z4.frame = self
        self.Zug.append(Infos4)
        self.Z5 = Zug0(position = (450,0,-11430))
        self.Z5.frame = self
        self.Zug.append(Infos5)
        
        self.pos = position

class Modul4(frame):
    def __init__(self,position):
        frame.__init__(self)

        self.Zug =[]
        Infos1={"Stelle":"l","StartPos":-1270,"Laenge":2105}
        Infos2={"Stelle":"m","StartPos":-3810,"Laenge":2105}
        Infos3={"Stelle":"m","StartPos":-7620,"Laenge":1270}
        Infos4={"Stelle":"l","StartPos":-10160,"Laenge":2105}
        Infos5={"Stelle":"r","StartPos":-1270,"Laenge":1270}
        Infos6={"Stelle":"r","StartPos":-8890,"Laenge":2105}
        self.Z1 = Zug1(position = (-450,0,-1270))
        self.Z1.frame = self
        self.Zug.append(Infos1)
        self.Z2 = Zug1(position = (0,0,-3810))
        self.Z2.frame = self
        self.Zug.append(Infos2)
        self.Z3 = Zug0(position = (0,0,-7620))
        self.Z3.frame = self
        self.Zug.append(Infos3)
        self.Z4 = Zug1(position = (-450,0,-10160))
        self.Z4.frame = self
        self.Zug.append(Infos4)
        self.Z5 = Zug0(position = (450,0,-1270))
        self.Z5.frame = self
        self.Zug.append(Infos5)
        self.Z6 = Zug1(position = (450,0,-8890))
        self.Z6.frame = self
        self.Zug.append(Infos6)
        
        self.pos = position

class Modul5(frame):
    def __init__(self,position):
        frame.__init__(self)


        self.Zug =[]
        Infos1={"Stelle":"l","StartPos":-1270,"Laenge":4645}
        Infos2={"Stelle":"m","StartPos":-1270,"Laenge":3375}
        Infos3={"Stelle":"m","StartPos":-7620,"Laenge":2405}
        Infos4={"Stelle":"m","StartPos":-11430,"Laenge":1270}
        Infos5={"Stelle":"r","StartPos":-11430,"Laenge":1270}
        self.Z1 = Zug3(position = (-450,0,-1270))
        self.Z1.frame = self
        self.Zug.append(Infos1)
        self.Z2 = Zug2(position = (0,0,-1270))
        self.Z2.frame = self
        self.Zug.append(Infos2)
        self.Z3 = Zug1(position = (0,0,-7620))
        self.Z3.frame = self
        self.Zug.append(Infos3)
        self.Z4 = Zug0(position = (0,0,-11430))
        self.Z4.frame = self
        self.Zug.append(Infos4)
        self.Z5 = Zug0(position = (450,0,-11430))
        self.Z5.frame = self
        self.Zug.append(Infos5)
        
        self.pos = position

#ModulList.append(Modul1(position = (0,0,0)))
#ModulList.append(Modul2(position = (0,0,0)))
#ModulList.append(Modul3(position = (0,0,0)))
#ModulList.append(Modul4(position = (0,0,0)))
#ModulList.append(Modul5(position = (0,0,0)))



#Player = box(length = 100, width = 1, height = 180,pos=(0,90,0))

def Bewegen(Spieler):
    i = 5
    global A
    global B
    global C
    global D
    global mytext
    P = False
    b = True
    adden(1)
    while True:
        #print(C)
        if C == 254:
            C = 0
            x = random.randint(1,5)
            adden(x)
                
        Testen(Spieler)
        rate(15)                                                
        if scene.kb.keys:                                       
            zeichen = scene.kb.getkey()                         
            print (zeichen)                                      
            if zeichen == "a":
                if Spieler.pos == (0,120,0):
                    Spieler.pos =(-450,120,0)
                elif Spieler.pos == (450,120,0):
                    Spieler.pos = (0,120,0)
            elif zeichen =="d":
                if Spieler.pos == (-450,120,0):
                    Spieler.pos=(0,120,0)
                elif Spieler.pos == (0,120,0):
                    Spieler.pos = (450,120,0)
            elif zeichen=="p":
                if P == False:
                    
                    
                    Pause=label(pos=(0,0,0), text='Pause \nPress "ESC" To Exit\nPress "C" To Continue')
                    P=True
                    print (str (P))
                
                
            elif zeichen=="c":
                if P == True:
                    Pause.visible=false
                    del Pause
                    P = False
                    
                    print(str(P))

            elif zeichen=="esc":
                    exit()
        rate(150)
        if b == true:
            Spieler.arm1.rotate( angle=-0.1, axis=(1,0,0), origin=(0,30,0))
            Spieler.arm2.rotate( angle=0.1, axis=(1,0,0), origin=(0,30,0))
            Spieler.bein1.rotate( angle=0.1, axis=(1,0,0), origin=(0,-30,0))
            Spieler.bein2.rotate( angle=-0.1, axis=(1,0,0), origin=(0,-30,0))
            A = A+1
            Score.text = str(A)
            i= i-1
            #print(i)
            #print(A)
            if i < -3:
                #print("Eins")
                b = false
        else:
            Spieler.arm1.rotate( angle=0.1, axis=(1,0,0), origin=(0,30,0))
            Spieler.arm2.rotate( angle=-0.1, axis=(1,0,0), origin=(0,30,0))
            Spieler.bein1.rotate( angle=-0.1, axis=(1,0,0), origin=(0,-30,0))
            Spieler.bein2.rotate( angle=0.1, axis=(1,0,0), origin=(0,-30,0))
            i = i+1
            A = A+1
            Score.text = str(A)
        
            #print(i)
            #print(A)
            if i > 20:
                #print("Zwei")
                b = true
        i = 0
        while True:
            #print(i)
            if i < len(ModulList):
                
                #print(D,i)
                ModulList[i].pos = (ModulList[i].x,ModulList[i].y,ModulList[i].z+50)
                B = B+1
                C = C+1
                if ModulList[i].z == 13000:
                    ModulList[i].visible = False
                    del(ModulList[i])
                else:
                    i = i+1
            else:
                break

def Testen(Spieler):
    global B
    for i in range(len(ModulList)):
        for o in range(len(ModulList[i].Zug)):
            #print (ModulList[i].Zug[o]["StartPos"]+B*50)
            #print (ModulList[i].Zug[o]["Laenge"])
            #print(i,o,B)
            if ModulList[i].Zug[o]["Stelle"] == "l":
                #print("Links")
                if ModulList[i].Zug[o]["StartPos"]+B*50<=ModulList[i].Zug[o]["Laenge"]:
                    if ModulList[i].Zug[o]["StartPos"]+B*50>0:
                        #print("Zug auf null")
                        if Spieler.x == -450:
                            Spielstopp = True
                            GameOver=label(pos=(0,0,0), text='    Game Over \n\nPress "Esc" To Exit')
                            print("Crash!")
                            exit()
            elif ModulList[i].Zug[o]["Stelle"] == "m":
                #print("Mitte")
                if ModulList[i].Zug[o]["StartPos"]+B*50<=ModulList[i].Zug[o]["Laenge"]:
                    if ModulList[i].Zug[o]["StartPos"]+B*50>0:
                        #print("Zug auf null")
                        if Spieler.x == 0:
                            Spielstopp = True
                            GameOver=label(pos=(0,0,0), text='    Game Over \n\nPress "Esc" To Exit')
                            print("Crash!")
                            exit()

            elif ModulList[i].Zug[o]["Stelle"] == "r":
                #print("Rechts")
                if ModulList[i].Zug[o]["StartPos"]+B*50<=ModulList[i].Zug[o]["Laenge"]:
                    if ModulList[i].Zug[o]["StartPos"]+B*50>0:
                        #print("Zug auf null")
                        if Spieler.x == 450:
                            Spielstopp = True
                            GameOver=label(pos=(0,0,0), text='    Game Over \n\nPress "Esc" To Exit')
                            print("Crash!")
                            exit()
                   
def Method(Spieler):
    while True:
        Bewegen(Spieler)
        #Schleife(Spieler)
        time.sleep(0.01)

def adden(f):
    global D
    if f ==1:
        ModulList.append(Modul1(position = (0,0,0)))
        D = D+1
    elif f == 2:
        ModulList.append(Modul2(position = (0,0,0)))
        D = D+1
    elif f == 3:
        ModulList.append(Modul3(position = (0,0,0)))
        D = D+1
    elif f == 4:
        ModulList.append(Modul4(position = (0,0,0)))
        D = D+1
    elif f == 5:
        ModulList.append(Modul5(position = (0,0,0)))
        D = D+1
#ModulList.append(Modul1(position = (0,0,0)))
#ModulList.append(Modul2(position = (0,0,0)))
#ModulList.append(Modul3(position = (0,0,0)))
#ModulList.append(Modul4(position = (0,0,0)))
#ModulList.append(Modul5(position = (0,0,0)))
"""def Schleife(Spieler):
    i = 5
    global A
    global mytext
    b = True
    while True:
        rate(15)                                                
        if scene.kb.keys:                                       
            zeichen = scene.kb.getkey()                         
            print (zeichen)                                      
            if zeichen == "a":
                if Spieler.pos == (0,120,0):
                    Spieler.pos =(-450,120,0)
                elif Spieler.pos == (450,120,0):
                    Spieler.pos = (0,120,0)
            elif zeichen =="d":
                if Spieler.pos == (-450,120,0):
                    Spieler.pos=(0,120,0)
                elif Spieler.pos == (0,120,0):
                    Spieler.pos = (450,120,0)
        rate(150)
        if b == true:
            Spieler.arm1.rotate( angle=-0.1, axis=(1,0,0), origin=(0,30,0))
            Spieler.arm2.rotate( angle=0.1, axis=(1,0,0), origin=(0,30,0))
            Spieler.bein1.rotate( angle=0.1, axis=(1,0,0), origin=(0,-30,0))
            Spieler.bein2.rotate( angle=-0.1, axis=(1,0,0), origin=(0,-30,0))
            A = A+1
            Score.text = str(A)
            i= i-1
            #print(i)
            print(A)
            if i < -3:
                print("Eins")
                b = false
        else:
            Spieler.arm1.rotate( angle=0.1, axis=(1,0,0), origin=(0,30,0))
            Spieler.arm2.rotate( angle=-0.1, axis=(1,0,0), origin=(0,30,0))
            Spieler.bein1.rotate( angle=-0.1, axis=(1,0,0), origin=(0,-30,0))
            Spieler.bein2.rotate( angle=0.1, axis=(1,0,0), origin=(0,-30,0))
            i = i+1
            A = A+1
            Score.text = str(A)
        
            #print(i)
            print(A)
            if i > 20:
                print("Zwei")
                b = true"""

    

Sour = Sourounding (position= (0,0,-12300/2))
Sp = Spieler(position=(0,120,0))
print("Spieler")
Method(Sp)