def run(self):
transition = SmoothBlend(self.strip)
for led in range(self.strip.num_leds):
normal_distance = led / (self.strip.num_leds - 1)
component1 = linear_dim(self.p.value['color1'], 1 - normal_distance)
component2 = linear_dim(self.p.value['color2'], normal_distance)
led_color = add_tuples(component1, component2)
transition.set_pixel(led, *led_color)
transition.blend()
def static_red_green(self):
red_green_segment = [(255, 20, 10), (255, 20, 10), (255, 20, 10), (255, 20, 10), (255, 20, 10), (255, 20, 10),
(255, 20, 10), (255, 20, 10), (255, 20, 10), (255, 20, 10), (255, 20, 10), (255, 20, 10),
(255, 20, 10), (255, 20, 10), (255, 20, 10), (255, 20, 10), (255, 20, 10), (255, 20, 10),
(255, 20, 10), (255, 20, 10), (255, 20, 10), (255, 20, 10), (255, 20, 10), (255, 20, 10),
(255, 20, 10), (255, 20, 10), (255, 20, 10), (255, 20, 10), (255, 20, 10), (229, 45, 8),
(204, 71, 7), (180, 98, 6), (154, 124, 5), (129, 149, 4), (105, 176, 3), (79, 202, 2),
(54, 228, 1), (30, 255, 0), (30, 255, 0), (30, 255, 0), (30, 255, 0), (30, 255, 0),
(30, 255, 0), (30, 255, 0), (30, 255, 0), (30, 255, 0), (30, 255, 0), (30, 255, 0),
(30, 255, 0), (30, 255, 0), (30, 255, 0), (30, 255, 0), (30, 255, 0), (30, 255, 0),
(30, 255, 0), (30, 255, 0), (30, 255, 0), (30, 255, 0), (54, 228, 1), (79, 202, 2),
(105, 176, 3), (129, 149, 4), (154, 124, 5), (180, 98, 6), (204, 71, 7), (229, 45, 8)]
transition = SmoothBlend(self.strip)
for led_num in range(self.strip.num_leds):
transition.set_pixel(led_num, *(red_green_segment[led_num % len(red_green_segment)]))
transition.blend()
def static_red_green(self):
red_green_segment = [(255, 20, 10), (255, 20, 10), (255, 20, 10),
(255, 20, 10), (255, 20, 10), (255, 20, 10),
(255, 20, 10), (255, 20, 10), (255, 20, 10),
(255, 20, 10), (255, 20, 10), (255, 20, 10),
(255, 20, 10), (255, 20, 10), (255, 20, 10),
(255, 20, 10), (255, 20, 10), (255, 20, 10),
(255, 20, 10), (255, 20, 10), (255, 20, 10),
(255, 20, 10), (255, 20, 10), (255, 20, 10),
(255, 20, 10), (255, 20, 10), (255, 20, 10),
(255, 20, 10), (255, 20, 10), (229, 45, 8),
(204, 71, 7), (180, 98, 6), (154, 124, 5),
(129, 149, 4), (105, 176, 3), (79, 202, 2),
(54, 228, 1), (30, 255, 0), (30, 255, 0),
(30, 255, 0), (30, 255, 0), (30, 255, 0),
(30, 255, 0), (30, 255, 0), (30, 255, 0),
(30, 255, 0), (30, 255, 0), (30, 255, 0),
(30, 255, 0), (30, 255, 0), (30, 255, 0),
(30, 255, 0), (30, 255, 0), (30, 255, 0),
(30, 255, 0), (30, 255, 0), (30, 255, 0),
(30, 255, 0), (54, 228, 1), (79, 202, 2),
(105, 176, 3), (129, 149, 4), (154, 124, 5),
(180, 98, 6), (204, 71, 7), (229, 45, 8)]
transition = SmoothBlend(self.strip)
for led_num in range(self.strip.num_leds):
transition.set_pixel(
led_num,
*(red_green_segment[led_num % len(red_green_segment)]))
transition.blend()
def run(self):
transition = SmoothBlend(self.strip)
for led in range(self.strip.num_leds):
normal_distance = led / (self.strip.num_leds - 1)
component1 = linear_dim(self.p['color1'], 1 - normal_distance)
component2 = linear_dim(self.p['color2'], normal_distance)
led_color = add_tuples(component1, component2)
transition.set_pixel(led, *led_color)
transition.blend()
def chunk_blendover(self, num_cycles: int = 1):
transition = SmoothBlend(self.strip)
chunk_size = 60
red = 255, 0, 0
green = 0, 255, 0
blendtime_sec = lambda: self.velocity
pause_sec = lambda: 3 * self.velocity
for _ in range(num_cycles):
for led_num in range(self.strip.num_leds):
if led_num % (2 * chunk_size) < 1.5 * chunk_size:
transition.set_pixel(led_num, *red)
else:
transition.set_pixel(led_num, *green)
transition.blend(blendtime_sec())
self.sleep(pause_sec())
for led_num in range(self.strip.num_leds):
if led_num % (2 * chunk_size) < 0.5 * chunk_size:
transition.set_pixel(led_num, *green)
else:
transition.set_pixel(led_num, *red)
transition.blend(blendtime_sec())
self.sleep(pause_sec())