self.worms = worms
for worm in self.worms:
self.occupied_cells[worm.pos] = 1
def update(self):
for worm in self.worms:
worm.move()
self.occupied_cells = [0]*ENV_SIZE
for worm in self.worms:
self.occupied_cells[worm.pos] = 1
def make_color_array(occupied_cells):
colors = []
for cell in occupied_cells:
if cell == 1:
colors.append([255, 0, 255])
else:
colors.append([0, 0, 0])
return colors
worms = [Worm(3), Worm(7), Worm(15), Worm(23)]
env = Env(worms)
while True:
env.update()
print_colors(make_color_array(env.occupied_cells))
sleep(.1)
#!/bin/python from color_printer import print_colors from random import randrange from time import sleep import math def modify_sinusoidally(hsv_color): velocity = math.sin(math.radians(frame*2))/40.0 hsv_color[0] += velocity hsv_color[0] = hsv_color[0]%1 hsv_colors = [] frame = 0 for i in range(64): hsv_colors.append([((4*i-1)%256)/256.0, 1, 1]) while True: frame += 1 map(modify_sinusoidally, hsv_colors) print_colors(hsv_colors) sleep(.001)
