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Lance de 1 à 9 dés et affiche les faces

from random import choice
from kandinsky import set_pixel
from ion import keydown,KEY_BACK,KEY_EXE,KEY_PLUS,KEY_MINUS,KEY_DOT,KEY_ONE,KEY_TWO,KEY_THREE,KEY_FOUR,KEY_FIVE,KEY_SIX,KEY_SEVEN,KEY_EIGHT,KEY_NINE
from time import sleep

nbdir=[KEY_ONE,KEY_TWO,KEY_THREE,KEY_FOUR,KEY_FIVE,KEY_SIX,KEY_SEVEN,KEY_EIGHT,KEY_NINE]

num=((((1,1),),),
     (((0,0),(2,2)),
      ((0,2),(2,0))),
     (((0,2),(1,1),(2,0)),
      ((0,0),(1,1),(2,2))),
     (((0,0),(0,2),(2,0),(2,2)),),
     (((0,0),(0,2),(1,1),(2,0),(2,2)),),
     (((0,0),(0,1),(0,2),(2,0),(2,1),(2,2)),
      ((0,0),(0,2),(1,0),(1,2),(2,0),(2,2))))

taille=50
pos=(((160-taille//2,110-taille//2),),
     ((160-3*taille//2,110-taille//2),
      (160+taille//2,110-taille//2)),
     ((160+taille//2,110+taille//2),
      (160-3*taille//2,110+taille//2),
      (160-taille//2,110-3*taille//2)),
     ((160-3*taille//2,110+taille//2),
      (160+taille//2,110+taille//2),
      (160-3*taille//2,110-3*taille//2),
      (160+taille//2,110-3*taille//2)),
     ((160-3*taille//2,110-3*taille//2),
      (160+taille//2,110-3*taille//2),
      (160-5*taille//2,110+taille//2),
      (160-taille//2,110+taille//2),
      (160+3*taille//2,110+taille//2)),
     ((160-5*taille//2,110-3*taille//2),
      (160-taille//2,110-3*taille//2),
      (160+3*taille//2,110-3*taille//2),
      (160-5*taille//2,110+taille//2),
      (160-taille//2,110+taille//2),
      (160+3*taille//2,110+taille//2)),
     ((160-3*taille//2,110-2*taille),
      (160+taille//2,110-2*taille),
      (160-2*taille,110-taille//2),
      (160-taille//2,110-taille//2),
      (160+taille,110-taille//2),
      (160-3*taille//2,110+taille),
      (160+taille//2,110+taille)),
     ((160-3*taille//2,110-2*taille),
      (160+taille//2,110-2*taille),
      (160-2*taille,110-taille//2),
      (160-taille//2,110-taille//2),
      (160+taille,110-taille//2),
      (160-2*taille,110+taille),
      (160-taille//2,110+taille),
      (160+taille,110+taille)),
     ((160-2*taille,110-2*taille),
      (160-taille//2,110-2*taille),
      (160+taille,110-2*taille),
      (160-2*taille,110-taille//2),
      (160-taille//2,110-taille//2),
      (160+taille,110-taille//2),
      (160-2*taille,110+taille),
      (160-taille//2,110+taille),
      (160+taille,110+taille)))
croix=[]
point=taille//10
for i in range(-point,point+1):
      for j in range(-point,point+1):
            if i*i+j*j<point*point:
                  croix.append((i,j))

def carre(x,y,c,p):
      for i in range(taille):
            set_pixel(x,y+i,c)
            set_pixel(x+i,y,c)
            set_pixel(x+taille,y+i,c)
            set_pixel(x+i,y+taille,c)
      for a,b in p:
            for X,Y in croix:
                  set_pixel(taille//6+x+taille*a//3+X,taille//6+y+taille*b//3+Y,c)

def la():
      nb=0
      carres=[(0,0,(255,255,255),((1,1),))]
      trie=False
      while True:
            trace=False
            if keydown(KEY_BACK):
                  break
            elif keydown(KEY_DOT):
                  trie=not trie
                  trace=True
            elif keydown(KEY_EXE):
                  trace=True
            elif keydown(KEY_PLUS):
                  nb+=1
                  if nb>=8:
                    nb=8
                  trace=True
            elif keydown(KEY_MINUS):
                  nb-=1
                  if nb<=0:
                    nb=0
                  trace=True
            else:
                  for touche in nbdir:
                        if keydown(touche):
                              nb=nbdir.index(touche)
                              trace=True
                              break
            if trace:
                  for x,y,_,p in carres:
                        carre(x,y,(255,255,255),p)
                  carres=[]
                  for i in range(nb+1):
                        p=choice(choice(num))
                        x,y=pos[nb][i]
                        carres.append((x,y,(0,0,0),p))
                  if trie:
                        carres.sort(key=lambda c:len(c[-1]))
                  for x,y,c,p in carres:
                        carre(x,y,c,p)
                  sleep(.5)