Ikarus::NonLinearElastic< Basis_, Material_, FERequirements_, useEigenRef > Member List

This is the complete list of members for Ikarus::NonLinearElastic< Basis_, Material_, FERequirements_, useEigenRef >, including all inherited members.

BasePowerFE typedef	Ikarus::NonLinearElastic< Basis_, Material_, FERequirements_, useEigenRef >
Basis typedef	Ikarus::NonLinearElastic< Basis_, Material_, FERequirements_, useEigenRef >
calculateAt(const ResultRequirementsType &req, const Dune::FieldVector< double, Traits::mydim > &local, ResultTypeMap< double > &result) const	Ikarus::NonLinearElastic< Basis_, Material_, FERequirements_, useEigenRef >	inline
calculateMatrix(const FERequirementType &par, typename Traits::template MatrixType<> K) const	Ikarus::NonLinearElastic< Basis_, Material_, FERequirements_, useEigenRef >	inline
Volume< NonLinearElastic< Basis_, Material_, FERequirements<>, false >, TraitsFromFE< Basis_, FERequirements<>, false > >::calculateMatrix(const FERequirementType &req, typename Traits::template MatrixType<> K) const	Ikarus::Volume< NonLinearElastic< Basis_, Material_, FERequirements<>, false >, TraitsFromFE< Basis_, FERequirements<>, false > >	inline
Traction< NonLinearElastic< Basis_, Material_, FERequirements<>, false >, TraitsFromFE< Basis_, FERequirements<>, false > >::calculateMatrix(const FERequirementType &req, typename Traits::template MatrixType<> K) const	Ikarus::Traction< NonLinearElastic< Basis_, Material_, FERequirements<>, false >, TraitsFromFE< Basis_, FERequirements<>, false > >	inline
Volume< NonLinearElastic< Basis_, Material_, FERequirements<>, false >, TraitsFromFE< Basis_, FERequirements<>, false > >::calculateMatrixImpl(const FERequirementType &par, typename Traits::template MatrixType<> K, const std::optional< const Eigen::VectorX< ScalarType > > &dx=std::nullopt) const	Ikarus::Volume< NonLinearElastic< Basis_, Material_, FERequirements<>, false >, TraitsFromFE< Basis_, FERequirements<>, false > >	inlineprotected
Traction< NonLinearElastic< Basis_, Material_, FERequirements<>, false >, TraitsFromFE< Basis_, FERequirements<>, false > >::calculateMatrixImpl(const FERequirementType &par, typename Traits::template MatrixType<> K, const std::optional< const Eigen::VectorX< ScalarType > > &dx=std::nullopt) const	Ikarus::Traction< NonLinearElastic< Basis_, Material_, FERequirements<>, false >, TraitsFromFE< Basis_, FERequirements<>, false > >	inlineprotected
calculateScalar(const FERequirementType &par) const	Ikarus::NonLinearElastic< Basis_, Material_, FERequirements_, useEigenRef >	inline
Volume< NonLinearElastic< Basis_, Material_, FERequirements<>, false >, TraitsFromFE< Basis_, FERequirements<>, false > >::calculateScalar(const FERequirementType &req) const	Ikarus::Volume< NonLinearElastic< Basis_, Material_, FERequirements<>, false >, TraitsFromFE< Basis_, FERequirements<>, false > >	inline
Traction< NonLinearElastic< Basis_, Material_, FERequirements<>, false >, TraitsFromFE< Basis_, FERequirements<>, false > >::calculateScalar(const FERequirementType &req) const	Ikarus::Traction< NonLinearElastic< Basis_, Material_, FERequirements<>, false >, TraitsFromFE< Basis_, FERequirements<>, false > >	inline
calculateScalarImpl(const FERequirementType &par, const std::optional< const Eigen::VectorX< ScalarType > > &dx=std::nullopt) const -> ScalarType	Ikarus::NonLinearElastic< Basis_, Material_, FERequirements_, useEigenRef >	inlineprotected
Volume< NonLinearElastic< Basis_, Material_, FERequirements<>, false >, TraitsFromFE< Basis_, FERequirements<>, false > >::calculateScalarImpl(const FERequirementType &par, const std::optional< const Eigen::VectorX< ScalarType > > &dx=std::nullopt) const -> ScalarType	Ikarus::Volume< NonLinearElastic< Basis_, Material_, FERequirements<>, false >, TraitsFromFE< Basis_, FERequirements<>, false > >	inlineprotected
Traction< NonLinearElastic< Basis_, Material_, FERequirements<>, false >, TraitsFromFE< Basis_, FERequirements<>, false > >::calculateScalarImpl(const FERequirementType &par, const std::optional< const Eigen::VectorX< ScalarType > > &dx=std::nullopt) const -> ScalarType	Ikarus::Traction< NonLinearElastic< Basis_, Material_, FERequirements<>, false >, TraitsFromFE< Basis_, FERequirements<>, false > >	inlineprotected
calculateVector(const FERequirementType &par, typename Traits::template VectorType<> force) const	Ikarus::NonLinearElastic< Basis_, Material_, FERequirements_, useEigenRef >	inline
Volume< NonLinearElastic< Basis_, Material_, FERequirements<>, false >, TraitsFromFE< Basis_, FERequirements<>, false > >::calculateVector(const FERequirementType &req, typename Traits::template VectorType<> force) const	Ikarus::Volume< NonLinearElastic< Basis_, Material_, FERequirements<>, false >, TraitsFromFE< Basis_, FERequirements<>, false > >	inline
Traction< NonLinearElastic< Basis_, Material_, FERequirements<>, false >, TraitsFromFE< Basis_, FERequirements<>, false > >::calculateVector(const FERequirementType &req, typename Traits::template VectorType<> force) const	Ikarus::Traction< NonLinearElastic< Basis_, Material_, FERequirements<>, false >, TraitsFromFE< Basis_, FERequirements<>, false > >	inline
calculateVectorImpl(const FERequirementType &par, typename Traits::template VectorType< ScalarType > force, const std::optional< const Eigen::VectorX< ScalarType > > &dx=std::nullopt) const	Ikarus::NonLinearElastic< Basis_, Material_, FERequirements_, useEigenRef >	inlineprotected
Volume< NonLinearElastic< Basis_, Material_, FERequirements<>, false >, TraitsFromFE< Basis_, FERequirements<>, false > >::calculateVectorImpl(const FERequirementType &par, typename Traits::template VectorType< ScalarType > force, const std::optional< const Eigen::VectorX< ScalarType > > &dx=std::nullopt) const	Ikarus::Volume< NonLinearElastic< Basis_, Material_, FERequirements<>, false >, TraitsFromFE< Basis_, FERequirements<>, false > >	inlineprotected
Traction< NonLinearElastic< Basis_, Material_, FERequirements<>, false >, TraitsFromFE< Basis_, FERequirements<>, false > >::calculateVectorImpl(const FERequirementType &par, typename Traits::template VectorType< ScalarType > force, const std::optional< const Eigen::VectorX< ScalarType > > dx=std::nullopt) const	Ikarus::Traction< NonLinearElastic< Basis_, Material_, FERequirements<>, false >, TraitsFromFE< Basis_, FERequirements<>, false > >	inlineprotected
displacementFunction(const FERequirementType &par, const std::optional< const Eigen::VectorX< ScalarType > > &dx=std::nullopt) const	Ikarus::NonLinearElastic< Basis_, Material_, FERequirements_, useEigenRef >	inline
Element typedef	Ikarus::NonLinearElastic< Basis_, Material_, FERequirements_, useEigenRef >
FERequirementType typedef	Ikarus::NonLinearElastic< Basis_, Material_, FERequirements_, useEigenRef >
FlatBasis typedef	Ikarus::NonLinearElastic< Basis_, Material_, FERequirements_, useEigenRef >
geometry() const	Ikarus::NonLinearElastic< Basis_, Material_, FERequirements_, useEigenRef >	inline
Geometry typedef	Ikarus::NonLinearElastic< Basis_, Material_, FERequirements_, useEigenRef >
getInternalEnergy(const Eigen::Vector< ScalarType, strainDim > &strain) const	Ikarus::NonLinearElastic< Basis_, Material_, FERequirements_, useEigenRef >	inline
getStress(const Eigen::Vector< ScalarType, strainDim > &strain) const	Ikarus::NonLinearElastic< Basis_, Material_, FERequirements_, useEigenRef >	inline
globalFlatIndices(std::vector< GlobalIndex > &globalIndices) const	Ikarus::PowerBasisFE< Basis_::FlatBasis >	inline
GlobalIndex typedef	Ikarus::PowerBasisFE< Basis_::FlatBasis >
gridElement() const	Ikarus::PowerBasisFE< Basis_::FlatBasis >	inline
GridElement typedef	Ikarus::PowerBasisFE< Basis_::FlatBasis >
GridView typedef	Ikarus::NonLinearElastic< Basis_, Material_, FERequirements_, useEigenRef >
LocalBasisType typedef	Ikarus::NonLinearElastic< Basis_, Material_, FERequirements_, useEigenRef >
localView() const	Ikarus::PowerBasisFE< Basis_::FlatBasis >	inline
localView()	Ikarus::PowerBasisFE< Basis_::FlatBasis >	inline
LocalView typedef	Ikarus::NonLinearElastic< Basis_, Material_, FERequirements_, useEigenRef >
Material typedef	Ikarus::NonLinearElastic< Basis_, Material_, FERequirements_, useEigenRef >
materialTangent(const Eigen::Vector< ScalarType, strainDim > &strain) const	Ikarus::NonLinearElastic< Basis_, Material_, FERequirements_, useEigenRef >	inline
myDim	Ikarus::NonLinearElastic< Basis_, Material_, FERequirements_, useEigenRef >	static
NonLinearElastic(const Basis &globalBasis, const typename LocalView::Element &element, const Material &p_mat, VolumeLoad p_volumeLoad={}, const BoundaryPatch< GridView > *p_neumannBoundary=nullptr, NeumannBoundaryLoad p_neumannBoundaryLoad={})	Ikarus::NonLinearElastic< Basis_, Material_, FERequirements_, useEigenRef >	inline
num_children	Ikarus::PowerBasisFE< Basis_::FlatBasis >	static
numberOfNodes() const	Ikarus::NonLinearElastic< Basis_, Material_, FERequirements_, useEigenRef >	inline
order() const	Ikarus::NonLinearElastic< Basis_, Material_, FERequirements_, useEigenRef >	inline
PowerBasisFE(const Basis_::FlatBasis &p_basis, const typename LocalView::Element &element)	Ikarus::PowerBasisFE< Basis_::FlatBasis >	inlineexplicit
ResultRequirementsType typedef	Ikarus::NonLinearElastic< Basis_, Material_, FERequirements_, useEigenRef >
RootBasis typedef	Ikarus::PowerBasisFE< Basis_::FlatBasis >
size() const	Ikarus::PowerBasisFE< Basis_::FlatBasis >	inline
strainFunction(const FERequirementType &par, const std::optional< const Eigen::VectorX< ScalarType > > &dx=std::nullopt) const	Ikarus::NonLinearElastic< Basis_, Material_, FERequirements_, useEigenRef >	inline
strainType	Ikarus::NonLinearElastic< Basis_, Material_, FERequirements_, useEigenRef >	static
Traction(const BoundaryPatch< GridView > *p_neumannBoundary, NeumannBoundaryLoad p_neumannBoundaryLoad)	Ikarus::Traction< NonLinearElastic< Basis_, Material_, FERequirements<>, false >, TraitsFromFE< Basis_, FERequirements<>, false > >	inlineexplicit
TractionType typedef	Ikarus::NonLinearElastic< Basis_, Material_, FERequirements_, useEigenRef >
Traits typedef	Ikarus::NonLinearElastic< Basis_, Material_, FERequirements_, useEigenRef >
Volume(VolumeLoad p_volumeLoad={})	Ikarus::Volume< NonLinearElastic< Basis_, Material_, FERequirements<>, false >, TraitsFromFE< Basis_, FERequirements<>, false > >	inlineexplicit
VolumeType typedef	Ikarus::NonLinearElastic< Basis_, Material_, FERequirements_, useEigenRef >
Volume< NonLinearElastic< Basis_, Material_, FERequirements<>, false >, TraitsFromFE< Basis_, FERequirements<>, false > >::worldDim	Ikarus::Volume< NonLinearElastic< Basis_, Material_, FERequirements<>, false >, TraitsFromFE< Basis_, FERequirements<>, false > >	static
Traction< NonLinearElastic< Basis_, Material_, FERequirements<>, false >, TraitsFromFE< Basis_, FERequirements<>, false > >::worldDim	Ikarus::Traction< NonLinearElastic< Basis_, Material_, FERequirements<>, false >, TraitsFromFE< Basis_, FERequirements<>, false > >	static