def __init__(
self,
calculation_rate=None,
decay_scale=1,
frequency_offset=0,
frequency_scale=1,
source=None,
specifications=None,
):
frequencies, amplitudes, decay_times = specifications
assert len(frequencies)
if not amplitudes:
amplitudes = [1.0] * len(frequencies)
elif not isinstance(amplitudes, collections.Sequence):
amplitudes = [amplitudes] * len(frequencies)
if not decay_times:
decay_times = [1.0] * len(frequencies)
elif not isinstance(decay_times, collections.Sequence):
decay_times = [decay_times] * len(frequencies)
specifications = utils.zip_sequences(
frequencies, amplitudes, decay_times
)
specifications = utils.flatten_iterable(specifications)
specifications = tuple(specifications)
UGen.__init__(
self,
calculation_rate=calculation_rate,
decay_scale=decay_scale,
frequency_offset=frequency_offset,
frequency_scale=frequency_scale,
source=source,
specifications=specifications,
)
def __init__(
self,
calculation_rate=None,
decay_scale=1,
frequency_offset=0,
frequency_scale=1,
source=None,
specifications=None,
):
frequencies, amplitudes, decay_times = specifications
assert len(frequencies)
if not amplitudes:
amplitudes = [1.0] * len(frequencies)
elif not isinstance(amplitudes, collections.Sequence):
amplitudes = [amplitudes] * len(frequencies)
if not decay_times:
decay_times = [1.0] * len(frequencies)
elif not isinstance(decay_times, collections.Sequence):
decay_times = [decay_times] * len(frequencies)
specifications = utils.zip_sequences(frequencies, amplitudes, decay_times)
specifications = utils.flatten_iterable(specifications)
specifications = tuple(specifications)
UGen.__init__(
self,
calculation_rate=calculation_rate,
decay_scale=decay_scale,
frequency_offset=frequency_offset,
frequency_scale=frequency_scale,
source=source,
specifications=specifications,
)
def __init__(
self,
amplitudes=(0, 1, 0),
durations=(1, 1),
curves=('linear', 'linear'),
release_node=None,
loop_node=None,
offset=None,
):
import supriya.synthdefs
assert len(amplitudes)
assert len(durations) and len(durations) == (len(amplitudes) - 1)
amplitudes = list(amplitudes)
for i, amplitude in enumerate(amplitudes):
if isinstance(amplitude, int):
amplitudes[i] = float(amplitude)
durations = list(durations)
for i, duration in enumerate(durations):
if isinstance(duration, int):
durations[i] = float(duration)
if isinstance(curves, (
int,
float,
str,
supriya.synthdefs.EnvelopeShape,
)):
curves = (curves, )
elif curves is None:
curves = ()
curves = tuple(curves)
if release_node is not None:
release_node = int(release_node)
assert 0 <= release_node < len(amplitudes)
self._release_node = release_node
if loop_node is not None:
assert self._release_node is not None
loop_node = int(loop_node)
assert 0 <= loop_node <= release_node
self._loop_node = loop_node
if offset is not None:
offset = float(offset)
self._offset = offset
self._initial_amplitude = amplitudes[0]
self._envelope_segments = tuple(
utils.zip_sequences(
amplitudes[1:],
durations,
curves,
))
def __init__(
self,
amplitudes=(0, 1, 0),
durations=(1, 1),
curves=("linear", "linear"),
release_node=None,
loop_node=None,
offset=None,
):
assert len(amplitudes)
assert len(durations) and len(durations) == (len(amplitudes) - 1)
if isinstance(curves, (int, float, str, EnvelopeShape, OutputProxy)):
curves = [curves]
elif curves is None:
curves = []
self._release_node = release_node
self._loop_node = loop_node
self._offset = offset
self._initial_amplitude = amplitudes[0]
self._envelope_segments = tuple(
utils.zip_sequences(amplitudes[1:], durations, curves)
)