gol.py

Created on April 30, 2024
908 Bytes
Small little game of life implementation for the numworks
from kandinsky import *
from random import randint

h = 100
w = 100
  
b = [0]*(w*h)
t = 1

for x in range(w):
  for y in range(h):
    b[x+y*w] = randint(0,1)

def tick():
  global t
  for x in  range(w):
    for y in range(h):
      i = x+y*w
      n = ( (b[(x-1)%w+((y-1)%h)*w]&t)>>(t-1) ) + ( (b[x+((y-1)%h)*w]&t)>>(t-1) ) + ( (b[(x+1)%w+((y-1)%h)*w]&t)>>(t-1) ) + ( (b[(x-1)%w+(y%h)*w]&t)>>(t-1) ) + ( (b[(x+1)%w+(y%h)*w]&t)>>(t-1) ) + ( (b[(x-1)%w+((y+1)%h)*w]&t)>>(t-1) ) + ( (b[x%w+((y+1)%h)*w]&t)>>(t-1) ) + ( (b[(x+1)%w+((y+1)%h)*w]&t)>>(t-1) )
      s = b[i]&t
      b[i] &= t|4
      b[i] |= (n==3 or (s and n==2)) << (2-t)
  t = 3-t

def render():
  for x in range(w):
    for y in range(h):
      i = x+y*w
      v = (1-((b[i]&t)>>(t-1)))*255
      if b[i]&4 != b[i]&t:
        set_pixel(x,y,(v,v,v))
      b[i] = (b[i]&3)|((b[i]&t)<<(3-t))

render()

while True:
  tick()
  render()