conway_couleur3.py

Created on July 22, 2020
1.23 KB
from kandinsky import fill_rect,draw_string,set_pixel
from random import randint
d = 5
D = range(1,d)
a = 222//d #222//6=36
b = 320//d #320//6=53
A = range(a)
B = range(b)
Liste = [[0 for col in B] for lig in A]
for lig in A:
  for col in B:
    Liste[lig][col] = 2*randint(0,1)
    if Liste[lig][col] == 2:
      #fill_rect(d*col,d*lig,d,d,'blue')
      for u in D:
        for v in D:
          set_pixel(d*col+u,d*lig+v,'blue')#draw_string(chr(176),6*col,6*lig-1,'blue')

for gen in range(50):
  for i in A:
    for j in B:
      Voisins = 0
      for k in [-1,0,1]:
        for l in [-1,0,1]:
          if [k,l] != [0,0] and Liste[(i+k)%a][(j+l)%b]**2 > 3:
            Voisins += 1
      if Voisins == 3 or ( Liste[i][j] > 0 and Voisins == 2 ):
        Liste[i][j] += 1 #Une cellule tout juste créée est à 1
        couleur = (min(25*Liste[i][j]-25,255),0,max(0,255-25*Liste[i][j]+25))
      else:
        Liste[i][j] *= -1
        couleur = 'white'
      if Liste[i][j] != 0:
        #draw_string(chr(176),6*j,6*i-1,couleur)
        #fill_rect(d*j,d*i,d,d,couleur)
        for u in D:
          for v in D:
            set_pixel(d*j+u,d*i+v,couleur)
  for i in A:
    for j in B:
      Liste[i][j] = 2*((max(0,Liste[i][j])+1)//2)