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Content ### Sebastius and polyfloyd ### Special for CZ19 Badge ### It's not really stable at the moment ### Missing a button to reset back to menu ### Missing beautifull colors ### Display way to blinky :) import rgb import urandom import buttons, defines, system direction = 0 brightness = rgb.getbrightness() rgb.clear() UP, DOWN, LEFT, RIGHT = defines.BTN_UP, defines.BTN_DOWN, defines.BTN_LEFT, defines.BTN_RIGHT A, B = defines.BTN_A, defines.BTN_B def input_up(pressed): global direction direction = UP def input_down(pressed): global direction direction = DOWN def input_left(pressed): global direction direction = LEFT def input_right(pressed): global direction direction = RIGHT def input_B(pressed): global direction direction = B def input_A(pressed): global direction direction = A buttons.register(UP, input_up) buttons.register(DOWN, input_down) buttons.register(LEFT, input_left) buttons.register(RIGHT, input_right) buttons.register(B, input_B) buttons.register(A, input_B) def game_of_life(): global direction global brightness rgb.clear() width = rgb.PANEL_WIDTH height = rgb.PANEL_HEIGHT global grid grid = [[False] * height for _ in range(width)] def seed(): global grid for x in range(0, width-1): for y in range(0, height-1): if urandom.getrandbits(30) % 2 == 1: grid[x][y] = True else: grid[x][y] = False def display(): rgb.clear() for x in range(0, width): for y in range(0, height): if grid[x][y]: rgb.pixel(color=(0,255,255),pos=(x,y)) def alive_neighbours(x, y, wrap): if wrap: range_func = lambda dim, size: range(dim - 1, dim + 2) else: range_func = lambda dim, size: range(max(0, dim - 1), min(size, dim + 2)) n = 0 for nx in range_func(x, width): for ny in range_func(y, height): if grid[nx % width][ny % height]: if nx != x or ny != y: n += 1 return n def step(): global grid changed = False new_grid = [[False] * height for _ in range(width)] for x in range(width): for y in range(height): neighbours = alive_neighbours(x, y, True) if neighbours < 2: # Starvation new_grid[x][y] = False changed = True elif neighbours > 3: # Overpopulation new_grid[x][y] = False changed = True elif not grid[x][y] and neighbours == 3: # Birth new_grid[x][y] = True changed = True else: # Survival new_grid[x][y] = grid[x][y] pass grid = new_grid return changed seed() generation = 0 while direction != B: if direction == LEFT: if brightness > 3: brightness=brightness-1 rgb.brightness(brightness) print(brightness) direction = 0 if direction == RIGHT: if brightness < 32: brightness=brightness+1 rgb.brightness(brightness) print(brightness) direction = 0 generation += 1 display() if not step() or generation > 50: seed() generation = 0 system.reboot() game_of_life()