def ComputeFieldEvaluate(self, o, h, points):
"""Return the computed vector field applied to
a given point
"""
raise odl.OpNotImplementedError('ComputeFieldEvaluate not implemented '
'for operator {!r}'
''.format(self))
def AdjointComputeField(self, o, v):
"""Return the computed vector field on DomainField
"""
raise odl.OpNotImplementedError('AdjointComputeField not implemented '
'for operator {!r}'
''.format(self))
def get_spaceelement_control(self, Cont_vector):
"""
return controls as a Contspace.element
"""
raise odl.OpNotImplementedError(
'get_spaceelement_control not implemented '
'for operator {!r}'
''.format(self))
def get_columnvector_control(self, Cont):
"""
return controls as a column vector
"""
raise odl.OpNotImplementedError(
'get_columnvector_control not implemented '
'for operator {!r}'
''.format(self))
def InvCo(self, GD):
raise odl.OpNotImplementedError('InvCo not implemented '
'for operator {!r}'
''.format(self))
def DerCost(self, GD, Cont):
raise odl.OpNotImplementedError('DerCost not implemented '
'for operator {!r}'
''.format(self))
def AdjointDerApplyMod(self, o, Mom, Mod, GDMod, ContMod):
raise odl.OpNotImplementedError('AdjointDerApplyMod not implemented '
'for operator {!r}'
''.format(self))
def AdjointDerApply(self, GD, Mom, vect_field):
raise odl.OpNotImplementedError('AdjointDerApply not implemented '
'for operator {!r}'
''.format(self))
def ApplyModule(self, GD, Module, GDmod, Contmod):
raise odl.OpNotImplementedError('ApplyModule not implemented '
'for operator {!r}'
''.format(self))
def ApplyField(self, o, v):
raise odl.OpNotImplementedError('ApplyField not implemented '
'for operator {!r}'
''.format(self))
def AdjointDerEvaluate(self, o, h, vect_field):
raise odl.OpNotImplementedError('AdjointDerEvaluate not implemented '
'for operator {!r}'
''.format(self))
def ComputeFieldEvaluateDer(self, o, h, points, vectors):
raise odl.OpNotImplementedError(
'ComputeFieldEvaluateDer not implemented '
'for operator {!r}'
''.format(self))