def receive_magnitudes(self, magnitudes):
# Don't update when processing
if self.processing:
return
else:
self._magnitudes = magnitudes
self.update_leds()
hyperion.setColor(self._leds_data)
def receive_magnitudes(self, magnitudes):
if hyperion.abort():
self.stop()
# Don't update when processing
if self.processing:
return
else:
self._magnitudes = magnitudes
self.update_leds()
hyperion.setColor(self._leds_data)
def receive_magnitudes(self, magnitudes):
# Don't update when processing
if self.processing:
return
elif len(magnitudes) < self.cutoff:
print 'Invalid len: {}, {}'.format(len(magnitudes), self.cutoff)
else:
self._magnitudes = magnitudes
self.update_leds()
if self.matrix:
hyperion.setImage(self.width, self.height, self._image_data)
else:
hyperion.setColor(self._leds_data_temp)
def receive_magnitudes(self, magnitudes):
# Don't update when processing
if self.processing:
return
elif len(magnitudes) < self.cutoff:
print 'Invalid len: {}, {}'.format(len(magnitudes), self.cutoff)
else:
self._magnitudes = magnitudes
self.update_leds()
if self.matrix:
hyperion.setImage(self.width, self.height, self._image_data)
else:
hyperion.setColor(self._leds_data_temp)
def receive_magnitudes(self, magnitudes):
# Don't update when processing
if self.processing:
return
elif len(magnitudes) < self.cutoff:
print 'Invalid len: {}, {}'.format(len(magnitudes), self.cutoff)
else:
self._magnitudes = magnitudes
self.update_leds()
# TODO: Loop colors if speed > 0
# Loop colors for both sides
# ld = effect._leds_data
# h = effect.half
# i = effect.increment
# ld[:h] = ld[h-i:h] + ld[:h-i]
# ld[h:] = ld[h+i:] + ld[h:h+i]
if self.matrix:
hyperion.setImage(self.width, self.height, self._image_data)
else:
hyperion.setColor(self._leds_data_temp)