0.4.1

Dateiinhalt

from visual import *
from random import random

scene.width=600
scene.height=600
scene.title="3D 4 in a row"

#Matrix


#for i in range(4):
 #   for j in range(4):
  #      for k in range(
# 3dmatrix = [[[e1,e2,e3],[e3,e4,
#zellex = 3dmatrix[0][3][1]

# Koordinatenachsen in Form von Pfeilen
xAchse = arrow(axis=(10,0,0), shaftwidth=0.05, color=color.red)
yAchse = arrow(axis=(0,10,0), shaftwidth=0.05, color=(0,0,1))
zAchse = arrow(axis=(0,0,10), shaftwidth=0.05, color=color.green)

# Beschriftungen
xLabel = label(pos=(10,0,0), text="x-Achse")
yLabel = label(pos=(0,10,0), text="y-Achse")
zLabel = label(pos=(0,0,10), text="z-Achse")

matrix = [[[0,0,0,0],[0,0,0,0],[0,0,0,0],[0,0,0,0]],
          [[0,0,0,0],[0,0,0,0],[0,0,0,0],[0,0,0,0]],
          [[0,0,0,0],[0,0,0,0],[0,0,0,0],[0,0,0,0]],
          [[0,0,0,0],[0,0,0,0],[0,0,0,0],[0,0,0,0]]]


#Blöcke werden generiert
block = []
for i in range(4):
    for j in range(4):
        for k in range(4):
             block.append(box(pos=(i,j,k),opacity=0.05))
             
             
#Spieler 1 fängt an
p = 1

#Umrechnung von i in Koordinate Z
def getZ(i):
    z=0
    for r in range(i):
        if z==3:
            z=0
        else:
            z=z+1
    return z
#Umrechnung von i in Koordinate Y
def getY(i):
    y=0
    s=0
    for r in range(i):
        if s==3:
            s=0
            if y==3:
                y=0
            else:
                y=y+1
        else:
            s=s+1
    return y


while True:
    rate(50)
    if scene.mouse.events:
        sme=scene.mouse.getclick()
        for i in range(16):
            if sme.pick==block[i+48]: #and sme.click==True:
                print i,getZ(i)
                print i,getY(i)
                if p==1:
                    if matrix[0][getY(i)][getZ(i)]==0:
                        sphere(pos=(block[i].pos),radius=0.5,color=color.red)
                        matrix[0][getY(i)][getZ(i)]=1 
                    elif matrix[1][getY(i)][getZ(i)]==0:
                        sphere(pos= (block[i+16].pos),radius=0.5,color=color.red)
                        matrix[1][getY(i)][getZ(i)]=1
                    elif matrix[2][getY(i)][getZ(i)]==0:
                        sphere(pos= (block[i+32].pos),radius=0.5,color=color.red)
                        matrix[2][getY(i)][getZ(i)]=1
                    elif matrix[3][getY(i)][getZ(i)]==0:
                        sphere(pos= (block[i+48].pos),radius=0.5,color=color.red)
                        matrix[3][getY(i)][getZ(i)]=1
                    elif matrix[3][getY(i)][getZ(i)]!=0:
                        print "voll"
                        p=5
                    if p!=5:
                        p=2
                        print "Spieler 2"
                    else:
                        print "bitte anders setzen"
                        p=1
                else:
                    if matrix[0][getY(i)][getZ(i)]==0:
                        sphere(pos= (block[i].pos),radius=0.5,color=color.blue)
                        matrix[0][getY(i)][getZ(i)]=2 
                    elif matrix[1][getY(i)][getZ(i)]==0:
                        sphere(pos= (block[i+16].pos),radius=0.5,color=color.blue)
                        matrix[1][getY(i)][getZ(i)]=2
                    elif matrix[2][getY(i)][getZ(i)]==0:
                        sphere(pos= (block[i+32].pos),radius=0.5,color=color.blue)
                        matrix[2][getY(i)][getZ(i)]=2
                    elif matrix[3][getY(i)][getZ(i)]==0:
                        sphere(pos= (block[i+48].pos),radius=0.5,color=color.blue)
                        matrix[3][getY(i)][getZ(i)]=2
                    elif matrix[3][getY(i)][getZ(i)]!=0:
                        print "voll"
                        p=5
                    if p!=5:
                        p=1
                        print "Spieler 1"
                    else:
                        print "bitte anders setzen"
                        p=2

#Ausrechnen, ob der Spieler gewonnen hat
def max(s):
    if s>3:
        return False
    elif s<0:
        return False
    else:
        return True
#def win(p):
 #   if p=1:
  #      if p1:
   #         return True
    #    else:
     #       return False
    #elif p=2:
     #   if p1:
      #      return True
       # else:
        #    return False
    
            


def p1(x,y,z):
    w=1
    #nach "unten"
    if (max(x-1)):
        if matrix[x-1][y][z]==1:
            w+1
            if runter1(x-1,y,z,w)==4:
                return True
            else:
                return False


def runter1(x,y,z,w):
    if (max(x-1)):
        if matrix[[x-1][y][z]]==1:
            w=w+1
            return runter1(x-1,y,z,w)
        else:
            return 0
    else:
        return 0