def audio_data_updated(self, data):
y = data.interpolated_melbank(self.pixel_count, filtered=False)
midi_value = data.midi_value()
if midi_value is None:
midi_value = 0
note_color = COLORS["black"]
if not self.avg_midi:
self.avg_midi = midi_value
# Average out the midi values to be a little more stable
if midi_value >= MIN_MIDI:
self.avg_midi = (
self.avg_midi * (1.0 - self._config["responsiveness"])
+ midi_value * self._config["responsiveness"]
)
# Grab the note color based on where it falls in the midi range
if self.avg_midi >= MIN_MIDI:
midi_scaled = (self.avg_midi - MIN_MIDI) / (MAX_MIDI - MIN_MIDI)
note_color = self.get_gradient_color(midi_scaled)
# Mix in the new color based on the filterbank information and fade out
# the old colors
new_pixels = self.pixels
for index in range(self.pixel_count):
new_color = mix_colors(self.pixels[index], note_color, y[index])
new_color = mix_colors(
new_color, COLORS["black"], self._config["fade_rate"]
)
new_pixels[index] = new_color
# Set the pixels
self.pixels = new_pixels
def audio_data_updated(self, data):
y = data.interpolated_melbank(self.pixel_count, filtered=False)
midi_value = data.midi_value()
note_color = COLORS['black']
if not self.avg_midi:
self.avg_midi = midi_value
# Average out the midi values to be a little more stable
if midi_value >= MIN_MIDI:
self.avg_midi = self.avg_midi * (
1.0 - self._config['responsiveness']
) + midi_value * self._config['responsiveness']
# Grab the note color based on where it falls in the midi range
if self.avg_midi >= MIN_MIDI:
midi_scaled = (self.avg_midi - MIN_MIDI) / (MAX_MIDI - MIN_MIDI)
note_color = self.get_gradient_color(midi_scaled)
# Mix in the new color based on the filterbank information and fade out
# the old colors
new_pixels = self.lastValues
for index in range(self.pixel_count):
new_color = mix_colors(self.lastValues[index, 0], note_color,
y[index])
new_color = mix_colors(new_color, COLORS['black'],
self._config['fade_rate'])
new_pixels[index, 0] = new_color
self.lastValues = new_pixels
temp = new_pixels.reshape((1, -1, 3)).astype(np.dtype('B'))
self.pixels = Image.fromarray(temp)