KratosMultiphysics.ConstitutiveLaw

KratosMultiphysics.ConstitutiveLaw = class ConstitutiveLaw(Flags)

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Method resolution order:

[ConstitutiveLaw](KratosMultiphysics.ConstitutiveLaw)
[Flags](KratosMultiphysics.Flags)
pybind11_builtins.pybind11_object
[builtins.object](builtins.html#object)

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Methods defined here:

CalculateMaterialResponse(...)

`CalculateMaterialResponse(self: Kratos.ConstitutiveLaw, arg0: Kratos.ConstitutiveLawParameters, arg1: Kratos.StressMeasure) -> None`

CalculateMaterialResponseCauchy(...)

`CalculateMaterialResponseCauchy(self: Kratos.ConstitutiveLaw, arg0: Kratos.ConstitutiveLawParameters) -> None`

CalculateMaterialResponseKirchhoff(...)

`CalculateMaterialResponseKirchhoff(self: Kratos.ConstitutiveLaw, arg0: Kratos.ConstitutiveLawParameters) -> None`

CalculateMaterialResponsePK1(...)

`CalculateMaterialResponsePK1(self: Kratos.ConstitutiveLaw, arg0: Kratos.ConstitutiveLawParameters) -> None`

CalculateMaterialResponsePK2(...)

`CalculateMaterialResponsePK2(self: Kratos.ConstitutiveLaw, arg0: Kratos.ConstitutiveLawParameters) -> None`

CalculateValue(...)

`CalculateValue(*args, **kwargs)  

Overloaded function.

1. CalculateValue(self: Kratos.ConstitutiveLaw, arg0: Kratos.ConstitutiveLawParameters, arg1: Kratos.BoolVariable, arg2: bool) -> bool

2. CalculateValue(self: Kratos.ConstitutiveLaw, arg0: Kratos.ConstitutiveLawParameters, arg1: Kratos.IntegerVariable, arg2: int) -> int

3. CalculateValue(self: Kratos.ConstitutiveLaw, arg0: Kratos.ConstitutiveLawParameters, arg1: Kratos.DoubleVariable, arg2: float) -> float

4. CalculateValue(self: Kratos.ConstitutiveLaw, arg0: Kratos.ConstitutiveLawParameters, arg1: Kratos.Array1DVariable3, arg2: Kratos.Array3) -> Kratos.Array3

5. CalculateValue(self: Kratos.ConstitutiveLaw, arg0: Kratos.ConstitutiveLawParameters, arg1: Kratos.VectorVariable, arg2: Kratos.Vector) -> Kratos.Vector

6. CalculateValue(self: Kratos.ConstitutiveLaw, arg0: Kratos.ConstitutiveLawParameters, arg1: Kratos.MatrixVariable, arg2: Kratos.Matrix) -> Kratos.Matrix`

Check(...)

`Check(self: Kratos.ConstitutiveLaw, arg0: Kratos.Properties, arg1: Kratos::Geometry<Kratos::Node<3ul, Kratos::Dof<double> > >, arg2: Kratos.ProcessInfo) -> int`

Clone(...)

`Clone(self: Kratos.ConstitutiveLaw) -> Kratos.ConstitutiveLaw`

Create(...)

`Create(self: Kratos.ConstitutiveLaw, arg0: Kratos::Parameters) -> Kratos.ConstitutiveLaw`

FinalizeMaterialResponse(...)

`FinalizeMaterialResponse(self: Kratos.ConstitutiveLaw, arg0: Kratos.ConstitutiveLawParameters, arg1: Kratos.StressMeasure) -> None`

FinalizeMaterialResponseCauchy(...)

`FinalizeMaterialResponseCauchy(self: Kratos.ConstitutiveLaw, arg0: Kratos.ConstitutiveLawParameters) -> None`

FinalizeMaterialResponseKirchhoff(...)

`FinalizeMaterialResponseKirchhoff(self: Kratos.ConstitutiveLaw, arg0: Kratos.ConstitutiveLawParameters) -> None`

FinalizeMaterialResponsePK1(...)

`FinalizeMaterialResponsePK1(self: Kratos.ConstitutiveLaw, arg0: Kratos.ConstitutiveLawParameters) -> None`

FinalizeMaterialResponsePK2(...)

`FinalizeMaterialResponsePK2(self: Kratos.ConstitutiveLaw, arg0: Kratos.ConstitutiveLawParameters) -> None`

FinalizeSolutionStep(...)

`FinalizeSolutionStep(self: Kratos.ConstitutiveLaw, arg0: Kratos.Properties, arg1: Kratos::Geometry<Kratos::Node<3ul, Kratos::Dof<double> > >, arg2: Kratos.Vector, arg3: Kratos.ProcessInfo) -> None`

GetLawFeatures(...)

`GetLawFeatures(self: Kratos.ConstitutiveLaw, arg0: Kratos.ConstitutiveLawFeatures) -> None`

GetStrainSize(...)

`GetStrainSize(*args, **kwargs)  

Overloaded function.

1. GetStrainSize(self: Kratos.ConstitutiveLaw) -> int

2. GetStrainSize(self: Kratos.ConstitutiveLaw) -> int`

GetStressMeasure(...)

`GetStressMeasure(self: Kratos.ConstitutiveLaw) -> Kratos.StressMeasure`

GetValue(...)

`GetValue(*args, **kwargs)  

Overloaded function.

1. GetValue(self: Kratos.ConstitutiveLaw, arg0: Kratos.BoolVariable, arg1: bool) -> bool

2. GetValue(self: Kratos.ConstitutiveLaw, arg0: Kratos.IntegerVariable, arg1: int) -> int

3. GetValue(self: Kratos.ConstitutiveLaw, arg0: Kratos.DoubleVariable, arg1: float) -> float

4. GetValue(self: Kratos.ConstitutiveLaw, arg0: Kratos.Array1DVariable3, arg1: Kratos.Array3) -> Kratos.Array3

5. GetValue(self: Kratos.ConstitutiveLaw, arg0: Kratos.VectorVariable, arg1: Kratos.Vector) -> Kratos.Vector

6. GetValue(self: Kratos.ConstitutiveLaw, arg0: Kratos.MatrixVariable, arg1: Kratos.Matrix) -> Kratos.Matrix`

Has(...)

`Has(*args, **kwargs)  

Overloaded function.

1. Has(self: Kratos.ConstitutiveLaw, arg0: Kratos.BoolVariable) -> bool

2. Has(self: Kratos.ConstitutiveLaw, arg0: Kratos.IntegerVariable) -> bool

3. Has(self: Kratos.ConstitutiveLaw, arg0: Kratos.DoubleVariable) -> bool

4. Has(self: Kratos.ConstitutiveLaw, arg0: Kratos.Array1DVariable3) -> bool

5. Has(self: Kratos.ConstitutiveLaw, arg0: Kratos.VectorVariable) -> bool

6. Has(self: Kratos.ConstitutiveLaw, arg0: Kratos.MatrixVariable) -> bool`

InitializeMaterial(...)

`InitializeMaterial(self: Kratos.ConstitutiveLaw, arg0: Kratos.Properties, arg1: Kratos::Geometry<Kratos::Node<3ul, Kratos::Dof<double> > >, arg2: Kratos.Vector) -> None`

InitializeMaterialResponse(...)

`InitializeMaterialResponse(self: Kratos.ConstitutiveLaw, arg0: Kratos.ConstitutiveLawParameters, arg1: Kratos.StressMeasure) -> None`

InitializeMaterialResponseCauchy(...)

`InitializeMaterialResponseCauchy(self: Kratos.ConstitutiveLaw, arg0: Kratos.ConstitutiveLawParameters) -> None`

InitializeMaterialResponseKirchhoff(...)

`InitializeMaterialResponseKirchhoff(self: Kratos.ConstitutiveLaw, arg0: Kratos.ConstitutiveLawParameters) -> None`

InitializeMaterialResponsePK1(...)

`InitializeMaterialResponsePK1(self: Kratos.ConstitutiveLaw, arg0: Kratos.ConstitutiveLawParameters) -> None`

InitializeMaterialResponsePK2(...)

`InitializeMaterialResponsePK2(self: Kratos.ConstitutiveLaw, arg0: Kratos.ConstitutiveLawParameters) -> None`

InitializeSolutionStep(...)

`InitializeSolutionStep(self: Kratos.ConstitutiveLaw, arg0: Kratos.Properties, arg1: Kratos::Geometry<Kratos::Node<3ul, Kratos::Dof<double> > >, arg2: Kratos.Vector, arg3: Kratos.ProcessInfo) -> None`

IsIncremental(...)

`IsIncremental(self: Kratos.ConstitutiveLaw) -> bool`

PullBackConstitutiveMatrix(...)

`PullBackConstitutiveMatrix(self: Kratos.ConstitutiveLaw, arg0: Kratos.Matrix, arg1: Kratos.Matrix) -> None`

PushForwardConstitutiveMatrix(...)

`PushForwardConstitutiveMatrix(self: Kratos.ConstitutiveLaw, arg0: Kratos.Matrix, arg1: Kratos.Matrix) -> None`

ResetMaterial(...)

`ResetMaterial(self: Kratos.ConstitutiveLaw, arg0: Kratos.Properties, arg1: Kratos::Geometry<Kratos::Node<3ul, Kratos::Dof<double> > >, arg2: Kratos.Vector) -> None`

SetValue(...)

`SetValue(*args, **kwargs)  

Overloaded function.

1. SetValue(self: Kratos.ConstitutiveLaw, arg0: Kratos.IntegerVariable, arg1: int, arg2: Kratos.ProcessInfo) -> None

2. SetValue(self: Kratos.ConstitutiveLaw, arg0: Kratos.DoubleVariable, arg1: float, arg2: Kratos.ProcessInfo) -> None

3. SetValue(self: Kratos.ConstitutiveLaw, arg0: Kratos.Array1DVariable3, arg1: Kratos.Array3, arg2: Kratos.ProcessInfo) -> None

4. SetValue(self: Kratos.ConstitutiveLaw, arg0: Kratos.VectorVariable, arg1: Kratos.Vector, arg2: Kratos.ProcessInfo) -> None

5. SetValue(self: Kratos.ConstitutiveLaw, arg0: Kratos.MatrixVariable, arg1: Kratos.Matrix, arg2: Kratos.ProcessInfo) -> None`

TransformCauchyStresses(...)

`TransformCauchyStresses(self: Kratos.ConstitutiveLaw, arg0: Kratos.Vector, arg1: Kratos.Matrix, arg2: float, arg3: Kratos.StressMeasure) -> Kratos.Vector`

TransformKirchhoffStresses(...)

`TransformKirchhoffStresses(self: Kratos.ConstitutiveLaw, arg0: Kratos.Vector, arg1: Kratos.Matrix, arg2: float, arg3: Kratos.StressMeasure) -> Kratos.Vector`

TransformPK1Stresses(...)

`TransformPK1Stresses(self: Kratos.ConstitutiveLaw, arg0: Kratos.Vector, arg1: Kratos.Matrix, arg2: float, arg3: Kratos.StressMeasure) -> Kratos.Vector`

TransformPK2Stresses(...)

`TransformPK2Stresses(self: Kratos.ConstitutiveLaw, arg0: Kratos.Vector, arg1: Kratos.Matrix, arg2: float, arg3: Kratos.StressMeasure) -> Kratos.Vector`

TransformStrains(...)

`TransformStrains(self: Kratos.ConstitutiveLaw, arg0: Kratos.Vector, arg1: Kratos.Matrix, arg2: Kratos.StrainMeasure, arg3: Kratos.StrainMeasure) -> Kratos.Vector`

WorkingSpaceDimension(...)

`WorkingSpaceDimension(*args, **kwargs)  

Overloaded function.

1. WorkingSpaceDimension(self: Kratos.ConstitutiveLaw) -> int

2. WorkingSpaceDimension(self: Kratos.ConstitutiveLaw) -> int`

init(...)

`__init__(self: Kratos.ConstitutiveLaw) -> None`

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Data descriptors defined here:

ANISOTROPIC

AXISYMMETRIC_LAW

COMPUTE_CONSTITUTIVE_TENSOR

COMPUTE_STRAIN_ENERGY

COMPUTE_STRESS

FINALIZE_MATERIAL_RESPONSE

FINITE_STRAINS

INCREMENTAL_STRAIN_MEASURE

INFINITESIMAL_STRAINS

INITIALIZE_MATERIAL_RESPONSE

ISOCHORIC_TENSOR_ONLY

ISOTROPIC

MECHANICAL_RESPONSE_ONLY

PLANE_STRAIN_LAW

PLANE_STRESS_LAW

THERMAL_RESPONSE_ONLY

THREE_DIMENSIONAL_LAW

USE_ELEMENT_PROVIDED_STRAIN

U_P_LAW

VOLUMETRIC_TENSOR_ONLY

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Methods inherited from Flags:

Clear(...)

`Clear(self: Kratos.Flags) -> None`

Flip(...)

`Flip(self: Kratos.Flags, arg0: Kratos.Flags) -> None`

Is(...)

`Is(self: Kratos.Flags, arg0: Kratos.Flags) -> bool`

IsDefined(...)

`IsDefined(self: Kratos.Flags, arg0: Kratos.Flags) -> bool`

IsNot(...)

`IsNot(self: Kratos.Flags, arg0: Kratos.Flags) -> bool`

IsNotDefined(...)

`IsNotDefined(self: Kratos.Flags, arg0: Kratos.Flags) -> bool`

Reset(...)

`Reset(self: Kratos.Flags, arg0: Kratos.Flags) -> None`

Set(...)

`Set(*args, **kwargs)  

Overloaded function.

1. Set(self: Kratos.Flags, arg0: Kratos.Flags) -> None

2. Set(self: Kratos.Flags, arg0: Kratos.Flags, arg1: bool) -> None`

and(...)

`__and__(self: Kratos.Flags, arg0: Kratos.Flags) -> Kratos.Flags`

or(...)

`__or__(self: Kratos.Flags, arg0: Kratos.Flags) -> Kratos.Flags`

str(...)

`__str__(self: Kratos.Flags) -> str`

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Static methods inherited from pybind11_builtins.pybind11_object:

new(*args, **kwargs) from pybind11_builtins.pybind11_type

` Create and return a new object.  See help(type) for accurate signature.`