bulbs = Bulbs(driver)
class Snake:
def __init__(self, position, size, speed, color):
self.start = position
self.end = (position+size) % Bulbs.COUNT
self.speed = speed
self.color = color
def move(self):
self.start = (self.start + self.speed) % Bulbs.COUNT
self.end = (self.end + self.speed) % Bulbs.COUNT
def draw(self, bulbs):
x = self.start
while x != self.end:
bulbs.add(x, self.color)
x = (x + 1) % Bulbs.COUNT
plane = [Snake(0, 20, 1, Bulbs.RED),
Snake(79, 20, -1, Bulbs.BLUE),
Snake(45, 10, 2, Bulbs.GREEN)]
while not driver.stop_signal():
bulbs.clear()
for snake in plane:
snake.move()
snake.draw(bulbs)
bulbs.render()
sleep(0.05)
bulbs = Bulbs(d) # Start by drawing bumpers at the edge bumpers = set() for f in range(5): bulbs.frame[f] = Bulbs.BLUE bumpers.add(f) for f in range(95,100): bulbs.frame[f] = Bulbs.BLUE bumpers.add(f) field = set(range(100)) - bumpers # Draw blank slate blank_slate = list(bulbs.frame) bulbs.render(force=True) sleep(.1) # Now add the balls balls = zip(*[random.sample(range(10,90,2), NUM_BALLS),random.sample(set(Bulbs.COLORS)-set(Bulbs.BLUE), NUM_BALLS),[x*[-1,1][random.randint(0,1)] for x in [1]*NUM_BALLS]]) def ghost(ball, color, direction, initial=False): r,g,b,a = color a = a >> 1 while (a > 0): ball -= direction if ball in bumpers or ball in zip(*balls)[0]: return
