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Une version minimaliste(sans menue) du jeux snake crée pour les calculatrices sur une calculatrice

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

snake=[[0,0],[0,0],[0,0]]
x=5
y=5
cordpom=[5,5]
score=-1
game=True
left=-1
up=0
draw=True
memotime=0
memrot=0
notsupr=False
pomplus=True

#w=False ou True False=horizontale True=verticale
def segmentdroit(x,y,w):
  if w:
    fill_rect(x*10,y*10+2,10,8,(100,230,0))
  else:
    fill_rect(x*10+1,y*10+1,8,10,(100,230,0))
  xp=randint(1,6)
  yp=randint(1,6)
  fill_rect(x*10+xp,y*10+yp+1,3,3,(200,0,150))

#xw=True si la courbe passe par le cote gauche
#yn=True si la courbe passe par le cote du haut
#si une valleur est False la courbe passe par le cote oposee
def segmentourne(x,y,xw,yn):
  if yn:
    fill_rect(x*10+1,y*10+1,8,8,(100,230,0))
  else:
    fill_rect(x*10+1,y*10+3,8,8,(100,230,0))
  if xw:
    fill_rect(x*10,y*10+2,8,8,(100,230,0))
  else:
    fill_rect(x*10+2,y*10+2,8,8,(100,230,0))

def head(x,y,xw,yn):
  print()

def pomme(x,y):
  fill_rect(int(x)*10+3,int(y)*10+2,6,8,(255,0,0))
  fill_rect(int(x)*10+2,int(y)*10+3,8,6,(255,0,0))

def dell(a):
  fill_rect(int(a[0]*10),a[1]*10+1,10,10,(255,255,255))

def choosecopom():
  a=True
  while a:
    xp=randint(0,31)
    yp=randint(0,21)
    if get_pixel(xp*10+4,yp*10+4)!=(255,255,255):
      a=True
    else:
      return [xp,yp]

while game:
  if keydown(KEY_LEFT) and left==0 and draw:
    up=0
    left=1
    draw=False
  elif keydown(KEY_RIGHT) and left==0 and draw:
    up=0
    left=-1
    draw=False
  elif keydown(KEY_UP) and up==0 and draw:
    up=1
    left=0
    draw=False
  elif keydown(KEY_DOWN) and up==0 and draw:
    up=-1
    left=0
    draw=False

  if [x,y]==cordpom:
    dell(cordpom)
    cordpom=[]
    notsupr=True
    score=score+1
    pomplus=True

  if notsupr and pomplus:
    cordpom=choosecopom()
    pomme(cordpom[0],cordpom[1])
    pomplus=False

  if monotonic()-0.15>=memotime:
    snake.insert(0,[x,y])
    if notsupr==False:
      dell(snake[score+3])
      snake.pop()
    if draw:
      if up==0:
        segmentdroit(x,y,True)
        draw=True
      else:
        segmentdroit(x,y,False)
        draw=True
    else:
      if up==1:
        if snake[1][0]-snake[0][0]==-1:
          segmentourne(x,y,True,True)
        else:
          segmentourne(x,y,False,True)
        draw=True
      if up==-1:
        if snake[1][0]-snake[0][0]==-1:
          segmentourne(x,y,True,False)
        else:
          segmentourne(x,y,False,False)
        draw=True
      if left==1:
        if snake[1][1]-snake[0][1]==-1:
          segmentourne(x,y,True,True)
        else:
          segmentourne(x,y,True,False)
        draw=True
      if left==-1:
        if snake[1][1]-snake[0][1]==-1:
          segmentourne(x,y,False,True)
        else:
          segmentourne(x,y,False,False)
        draw=True
    memotime=monotonic()
    if up!=0:
      y=y-up
    if left!=0:
      x=x-left
    notsupr=False

  if x<0 or x>31 or y<0 or y>21:
    game=False
  if get_pixel((x)*10+4,(y)*10+4)!=(255,255,255) and get_pixel((x)*10+4,(y)*10+4)!=(255,0,0) and score>0 and x>-1 and x<32 and y>-1 and y<22:
    game=False
print(score)

#creer par Eliott HUG-2023 en 142 lignes