def _value_equality_values_(self):
c = self._canonical()
return (
value.PeriodicValue(c._x_exponent, 2),
value.PeriodicValue(c._z_exponent, 2),
value.PeriodicValue(c._axis_phase_exponent, 2),
)
def _value_equality_approximate_values_(self):
period = self._period()
if not period or protocols.is_parameterized(self._exponent):
exponent = self._exponent
else:
exponent = value.PeriodicValue(self._exponent, period)
return exponent, self._global_shift
def _value_equality_approximate_values_(self):
period = self._period()
if not period or isinstance(self._exponent, value.Symbol):
exponent = self._exponent
else:
exponent = value.PeriodicValue(self._exponent, period)
return exponent, self._global_shift
def _value_equality_values_(self) -> Any:
v = self.canonicalize(atol=0)
return (value.PeriodicValue(v.angle, period=math.pi * 2), v.axis,
v.global_phase)
