2048

from random import randint
import numpy as np

#init
format = 4

jeu = np.zeros((format,format), dtype=np.int)
perdu = False
lx = len(jeu)
ly = len(jeu[0])

#process

cx, cy = (randint(0,lx-1),randint(0,ly-1))
jeu[cx][cy] = randint(1,2) * 2
print(jeu)

while not perdu:
   #question
   action = ""
   while (action != "z" and action != "q" and action != "s" and action != "d" and action != "quitter"): #or not possible:
      action = input("Taper 'z/q/s/d' ou 'quitter': ")
   #traitement
   result = jeu.copy()
   while jeu.all() == result.all() and not perdu:
      if action == "z":
         result
      elif action == "q":
         result
      elif action == "s":
         result
      elif action == "d":
         result
      perdu = True
   jeu = result
   #génération
   compteur = []
   for x in range(lx):
      for y in range(ly):
         if jeu[x][y] == 0:
            compteur = compteur + [(x,y)]
   cx, cy = compteur[randint(0,len(compteur)-1)]
   jeu[cx][cy] = randint(1,2) * 2
   #affichage
   print(jeu)
   #score
   perdu = True
   for x in range(lx): #test horizontal
      for y in range(ly-1):
         if jeu[x][y+1] == jeu[x][y] or jeu[x][y] == 0:
            perdu = False
   for x in range(lx-1):
      for y in range(ly):
         if jeu[x+1][y] == jeu[x][y] or jeu[x][y] == 0:
            perdu = False
   if action == "quitter":
      perdu = True
print("Game Over")
print(jeu)