def __init__(
self,
cyclic=True,
counts=None,
secondary_division_maker=None,
):
from experimental import makertools
assert isinstance(cyclic, bool), repr(cyclic)
self._cyclic = cyclic
counts = counts or ()
if (counts == mathtools.Infinity or counts == mathtools.Infinity()):
self._counts = counts
else:
assert mathtools.all_are_positive_integers(counts)
self._counts = counts
if secondary_division_maker is not None:
prototype = (makertools.SplitByDurationsDivisionCallback, )
assert isinstance(secondary_division_maker, prototype)
self._secondary_division_maker = secondary_division_maker
def __init__(
self,
cyclic=True,
measure_counts=None,
secondary_division_maker=None,
):
from experimental import makertools
assert isinstance(cyclic, bool), repr(cyclic)
self._cyclic = cyclic
measure_counts = measure_counts or ()
if measure_counts == mathtools.Infinity:
self._measure_counts = measure_counts
else:
assert mathtools.all_are_positive_integers(measure_counts)
self._measure_counts = measure_counts
if secondary_division_maker is not None:
prototype = (makertools.DivisionMaker,)
assert isinstance(secondary_division_maker, prototype)
self._secondary_division_maker = secondary_division_maker
def __init__(
self,
cyclic=True,
counts=None,
secondary_division_maker=None,
):
from experimental import makertools
assert isinstance(cyclic, bool), repr(cyclic)
self._cyclic = cyclic
counts = counts or ()
if (counts == mathtools.Infinity or
counts == mathtools.Infinity()):
self._counts = counts
else:
assert mathtools.all_are_positive_integers(counts)
self._counts = counts
if secondary_division_maker is not None:
prototype = (makertools.SplitByDurationsDivisionCallback,)
assert isinstance(secondary_division_maker, prototype)
self._secondary_division_maker = secondary_division_maker
