def any_of(self, *states, **kwargs):
'''
Return a boolean array containing True where the value of the
MappedArray equals any state in states.
:param states: List of states.
:type states: [str]
:param ignore_missing: If this is False, raise an exception if any of
the states are not in the values mapping.
:type ignore_missing: bool
:returns: Boolean array.
:rtype: np.ma.array(bool)
'''
ignore_missing = kwargs.get('ignore_missing', False)
raw_values = []
for state in states:
if state not in self.state:
if ignore_missing:
# do not check array as invalid states cause
# exception level log messages.
continue
else:
raise ValueError(
"State '%s' is not valid. Valid states: '%s'." %
(state, self.state.keys()))
raw_values.extend(self.state[state])
return MaskedArray(in1d(self.raw.data, raw_values), mask=self.mask)
def any_of(self, *states, **kwargs):
'''
Return a boolean array containing True where the value of the
MappedArray equals any state in states.
:param states: List of states.
:type states: [str]
:param ignore_missing: If this is False, raise an exception if any of
the states are not in the values mapping.
:type ignore_missing: bool
:returns: Boolean array.
:rtype: np.ma.array(bool)
'''
ignore_missing = kwargs.get('ignore_missing', False)
raw_values = []
for state in states:
if state not in self.state:
if ignore_missing:
# do not check array as invalid states cause
# exception level log messages.
continue
else:
raise ValueError(
"State '%s' is not valid. Valid states: '%s'." %
(state, self.state.keys()))
raw_values.extend(self.state[state])
return MaskedArray(in1d(self.raw.data, raw_values), mask=self.mask)
def __equality__(self, other, invert=False):
'''
Test equality or inequality allowing for multiple raw values matching a
state.
'''
raw_values = self.__raw_values__(other)
if raw_values:
return MaskedArray(in1d(self.raw.data, raw_values, invert=invert), mask=self.mask)
else:
method = MaskedArray.__ne__ if invert else MaskedArray.__eq__
return method(self.raw, self.__coerce_type(other))
def __equality__(self, other, invert=False):
'''
Test equality or inequality allowing for multiple raw values matching a
state.
'''
raw_values = self.__raw_values__(other)
if raw_values:
return MaskedArray(in1d(self.raw.data, raw_values, invert=invert),
mask=self.mask)
else:
method = MaskedArray.__ne__ if invert else MaskedArray.__eq__
return method(self.raw, self.__coerce_type(other))
