def run(self):
while self._alive:
p = fill(Color('red'), STRAND_NUM_LEDS)
p = sprinkle(p, Color('orange'), 0.1)
p = mux(p, fill(Color('black'), STRAND_NUM_LEDS))
c.put_pixels(put_encode(p))
time.sleep(0.3)
def run(self):
while self._alive:
temp, cc = self._get_temp_cc()
temp_color = self._temp_to_color(temp)
ground_p = fill(temp_color, STRAND_NUM_LEDS)
sky_p = fill(self._open_sky_color, STRAND_NUM_LEDS)
sky_p = sprinkle(sky_p, self._cloud_color, cc)
p = mux(ground_p, sky_p)
c.put_pixels(put_encode(p))
c.put_pixels(put_encode(p))
time.sleep(15 * 60)
def _make_pole(sections, num_leds):
color_order = (
Color('red'),
Color('black'),
Color('blue'),
Color('black'),
)
pole = fill(Color('black'), num_leds)
sect_len = int(num_leds / sections)
for sect in range(sections):
pole[sect * sect_len:(sect + 1) * sect_len] = (color_order[sect % len(color_order)], ) * sect_len
return pole
def run(self):
p = fill(self.color)
c.put_pixels(put_encode(p))
# Put twice to "override" interpolation.
c.put_pixels(put_encode(p))
def run(self):
while self._alive:
theta = time.time() % self.period_sec / self.period_sec
p = fill(Color(hue=theta, saturation=1, luminance=0.5))
c.put_pixels(put_encode(p))
time.sleep(0.1)