def pattern_1(): # 36 milliseconds + p1_pixel_batch * 1 millisecond
global p1_setup, p1_pixel_color
if p1_setup:
p1_setup = False
led.dim = 0.02
for count in range(p1_pixel_batch): led.random_pixel()
led.pixel(led.colors[p1_pixel_color], 0, True)
p1_pixel_color = "black" if p1_pixel_color == "white" else "white"
def handle_leds():
global step_index
step = steps[step_index]
step_index = (step_index + 1) % len(steps)
for action in step:
# print("ACTION: " + str(action))
led_start = action[0] * leds_per_layer
led_end = action[1] * leds_per_layer + leds_per_layer
color_start = colors[action[2]]
color_end = colors[action[3]]
for led_index in range(led_start, led_end):
led.pixel(color_start, led_index)
led.dim = 0.3
led.np.write()
def leds(rear, left=None, right=None):
if not left: left = rear
if not right: right = rear
led.pixel(rear, 0)
led.pixel(left, 1)
led.pixel(right, 2, True)
