def __init__(
self,
direction=None,
isolated_nib_direction=False,
overrides=None,
span_beam_count=1,
):
ComplexBeam.__init__(
self,
direction=direction,
isolated_nib_direction=isolated_nib_direction,
overrides=overrides,
)
assert isinstance(span_beam_count, (int, type(None)))
self._span_beam_count = span_beam_count
def __init__(
self,
direction=None,
isolated_nib_direction=False,
overrides=None,
span_beam_count=1,
):
ComplexBeam.__init__(
self,
direction=direction,
isolated_nib_direction=isolated_nib_direction,
overrides=overrides,
)
assert isinstance(span_beam_count, (int, type(None)))
self._span_beam_count = span_beam_count
def __init__(
self,
direction=None,
durations=None,
isolated_nib_direction=False,
nibs_towards_nonbeamable_components=True,
overrides=None,
span_beam_count=1,
):
ComplexBeam.__init__(
self,
direction=direction,
isolated_nib_direction=isolated_nib_direction,
overrides=overrides,
)
durations = self._coerce_durations(durations)
self._durations = durations
assert isinstance(nibs_towards_nonbeamable_components, bool)
self._nibs_towards_nonbeamable_components = \
nibs_towards_nonbeamable_components
assert isinstance(span_beam_count, (int, type(None)))
self._span_beam_count = span_beam_count
def __init__(
self,
direction=None,
durations=None,
isolated_nib_direction=False,
nibs_towards_nonbeamable_components=True,
overrides=None,
span_beam_count=1,
):
ComplexBeam.__init__(
self,
direction=direction,
isolated_nib_direction=isolated_nib_direction,
overrides=overrides,
)
durations = self._coerce_durations(durations)
self._durations = durations
assert isinstance(nibs_towards_nonbeamable_components, bool)
self._nibs_towards_nonbeamable_components = \
nibs_towards_nonbeamable_components
assert isinstance(span_beam_count, (int, type(None)))
self._span_beam_count = span_beam_count
def _fracture_right(self, i):
self, left, right = ComplexBeam._fracture_right(self, i)
weights = [
inspect_(left).get_duration(),
inspect_(right).get_duration(),
]
assert sum(self.durations) == sum(weights)
split_durations = sequencetools.split_sequence(
self.durations,
weights,
cyclic=False,
overhang=False,
)
left_durations, right_durations = split_durations
left._durations = left_durations
right._durations = right_durations
return self, left, right
def _fracture_right(self, i):
self, left, right = ComplexBeam._fracture_right(self, i)
weights = [
inspect_(left).get_duration(),
inspect_(right).get_duration(),
]
assert sum(self.durations) == sum(weights)
split_durations = sequencetools.split_sequence(
self.durations,
weights,
cyclic=False,
overhang=False,
)
left_durations, right_durations = split_durations
left._durations = left_durations
right._durations = right_durations
return self, left, right
def _copy_keyword_args(self, new):
ComplexBeam._copy_keyword_args(self, new)
if self.durations is not None:
new._durations = self.durations[:]
new._span_beam_count = self.span_beam_count
def _reverse_components(self):
ComplexBeam._reverse_components(self)
durations = reversed(self.durations)
durations = tuple(durations)
self._durations = durations
def _copy_keyword_args(self, new):
ComplexBeam._copy_keyword_args(self, new)
new._span_beam_count = self.span_beam_count
def _reverse_components(self):
ComplexBeam._reverse_components(self)
durations = reversed(self.durations)
durations = tuple(durations)
self._durations = durations
def _copy_keyword_args(self, new):
ComplexBeam._copy_keyword_args(self, new)
if self.durations is not None:
new._durations = self.durations[:]
new._span_beam_count = self.span_beam_count
def _copy_keyword_args(self, new):
ComplexBeam._copy_keyword_args(self, new)
new._span_beam_count = self.span_beam_count