OpenPisco.Optim.Problems.OptimTopoProblemBase module#

OpenPisco.Optim.Problems.OptimTopoProblemBase.CheckIntegrity()[source]#

class OpenPisco.Optim.Problems.OptimTopoProblemBase.OptimTopoProblemBase(other=None, dataDeepCopy=True)[source]#

Bases: OptimProblemConcrete

Advance(direction, step_length)[source]#

Parameters

direction (np.ndarray) – Vector-valued direction.
stepSize (scalar) – A multiplicative factor for direction.

Returns

Whether the advance succeeded

Return type

bool

ApplyDomainConstraints(point)[source]#

DirectionMagnitude(direction)[source]#

Parameters: direction (np.ndarray) – The (scalar) advection field
Returns: The magnitude, more precisely the volume swept
Return type: scalar

GenerateImplicitZonesFromTags()[source]#

GetCurrentPoint()[source]#

GetDirectionFromGradient(raw_v)[source]#

LevelSetUpdate(direction, step_length)[source]#

PreStartCheck()[source]#

PrintHeader()[source]#

ResetState()[source]#

SaveData(data, point=None, gradient=None, direction=None, onlyphi=None)[source]#

TakeValuesFrom(other)[source]#

UpdateValues()[source]#