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Un petit morpion sympa

from math import *
from kandinsky import *
from time import *
from ion import *

def bouger_curseur(curseur,place_matrice): # OK
  fill_rect(curseur[0],curseur[1],50,50,curseur[2])
  fill_rect(curseur[0]+1,curseur[1]+1,48,48,(255,255,255))
  if keydown(KEY_LEFT)and curseur[0]>10:curseur[0]-=50;place_matrice[1]-=1
  if keydown(KEY_UP)and curseur[1]>10:curseur[1]-=50;place_matrice[0]-=1
  if keydown(KEY_DOWN)and curseur[1]<100:curseur[1]+=50;place_matrice[0]+=1
  if keydown(KEY_RIGHT)and curseur[0]<100:curseur[0]+=50;place_matrice[1]+=1

def generer_terrain(): # OK
  fill_rect(10,10,150,150,(0,0,0))
  fill_rect(11,11,148,148,(255,255,255))
  fill_rect(60,10,1,150,(0,0,0))
  fill_rect(110,10,1,150,(0,0,0))
  fill_rect(10,60,150,1,(0,0,0))
  fill_rect(10,110,150,1,(0,0,0))
  

def dessiner_signe(curseur,tour,place_matrice): # OK
  if keydown(KEY_OK):
    if terrain[place_matrice[0]][place_matrice[1]][0]==0:
      if tour%2==1:
        draw_string("x",curseur[0]+20,curseur[1]+20)
        terrain[place_matrice[0]][place_matrice[1]][0]=1 
      if tour%2==0:
        draw_string("o",curseur[0]+20,curseur[1]+20)
        terrain[place_matrice[0]][place_matrice[1]][0]=2 
      return True

def garder_signe(terrain): # OK
  for i in terrain:
    for j in i:
      if j[0]==1:draw_string("x",j[1],j[2])
      if j[0]==2:draw_string("o",j[1],j[2])

def verifier_victoire(terrain,egalitee):
  # Verticale
  if(terrain[0][0][0]==terrain[1][0][0]) and (terrain[0][0][0] == terrain[2][0][0]) and terrain[0][0][0]!=0: return True
  if(terrain[0][1][0]==terrain[1][1][0]) and (terrain[0][1][0] == terrain[2][1][0]) and terrain[0][1][0]!=0: return True
  if(terrain[0][2][0]==terrain[1][2][0]) and (terrain[0][2][0] == terrain[2][2][0]) and terrain[0][2][0]!=0: return True
  # Horizontale
  if(terrain[0][0][0]==terrain[0][1][0]) and (terrain[0][0][0] == terrain[0][2][0]) and terrain[0][0][0]!=0: return True
  if(terrain[1][0][0]==terrain[1][1][0]) and (terrain[1][0][0] == terrain[1][2][0]) and terrain[1][0][0]!=0: return True
  if(terrain[2][0][0]==terrain[2][1][0]) and (terrain[2][0][0] == terrain[2][2][0]) and terrain[2][0][0]!=0: return True
  # Diagonale
  if(terrain[0][0][0]==terrain[1][1][0]) and (terrain[0][0][0] == terrain[2][2][0]) and terrain[0][0][0]!=0: return True
  if(terrain[2][0][0]==terrain[1][1][0]) and (terrain[2][0][0] == terrain[0][2][0]) and terrain[2][0][0]!=0: return True
  # Egalitee
  for i in terrain:
    for j in i:
      if j[0]!=0: egalitee+=1
  if egalitee==9:return True

terrain=[
[[0,30,30],[0,80,30],[0,130,30]],
[[0,30,80],[0,80,80],[0,130,80]], 
[[0,30,130],[0,80,130],[0,130,130]]]
place_matrice=[0,0]
tour=1
curseur=[10,10,(255,255,0)]
egalitee=0

while 1:
  sleep(.1)
  generer_terrain()
  draw_string("Tour "+str(tour),170,50)
  bouger_curseur(curseur,place_matrice)
  garder_signe(terrain)
  if dessiner_signe(curseur,tour,place_matrice)==True:
    tour+=1
  if verifier_victoire(terrain,egalitee)==True:
    break