def __init__(self, fspace, fcall):
"""Initialize a new instance.
Parameters
----------
fspace : `FunctionSpace`
The set of functions this element lives in
fcall : `callable`
The actual instruction for out-of-place evaluation.
It must return an `FunctionSet.range` element or a
`numpy.ndarray` of such (vectorized call).
"""
if not isinstance(fspace, FunctionSpace):
raise TypeError('function space {!r} not a `FunctionSpace` '
'instance.'.format(fspace))
FunctionSetVector.__init__(self, fspace, fcall)
LinearSpaceVector.__init__(self, fspace)
def __init__(self, fspace, fcall):
"""Initialize a new instance.
Parameters
----------
fspace : `FunctionSpace`
The set of functions this element lives in
fcall : `callable`
The actual instruction for out-of-place evaluation.
It must return an `FunctionSet.range` element or a
`numpy.ndarray` of such (vectorized call).
"""
if not isinstance(fspace, FunctionSpace):
raise TypeError('`fspace` {!r} not a `FunctionSpace` '
'instance'.format(fspace))
FunctionSetVector.__init__(self, fspace, fcall)
LinearSpaceVector.__init__(self, fspace)
def copy(self):
return LinearSpaceVector.copy(self)
def __eq__(self, other):
return LinearSpaceVector.__eq__(self, other)
def copy(self):
return LinearSpaceVector.copy(self)
def __eq__(self, other):
return LinearSpaceVector.__eq__(self, other)
