OperatorInstances

Module to encompass instances of Operator. More...

Collaboration diagram for OperatorInstances:

Files
file	P1_to_Phigher.hpp
file	Phigher_to_P1.hpp
file	FwdForHpp.hpp
file	Check.hpp
file	Phigher_to_P1.hpp
file	P1_to_P1b.hpp
file	P1_to_P2.hpp
file	P1b_to_P1.hpp
file	P2_to_P1.hpp
file	P1_to_P1b.hpp
file	P1_to_P2.hpp
file	P1b_to_P1.hpp
file	P2_to_P1.hpp
file	SubsetOrSuperset.hpp
file	InvariantHolder.hpp
file	Enum.hpp
file	Invariant4_or_6.hpp
file	Invariant1.hpp
file	Invariant2.hpp
file	Invariant3.hpp
file	Invariant4.hpp
file	Invariant6.hpp
file	Enum.hpp
file	GeneralizedInput.hpp
file	DotProductHelper.hpp
file	Invariant4_or_6.hpp
file	Invariant1.hpp
file	Invariant2.hpp
file	Invariant3.hpp
file	Invariant4.hpp
file	Invariant6.hpp
file	Base.hpp
file	TupleIteration.hpp
file	Invariant1.hpp
file	Invariant2.hpp
file	Invariant3.hpp
file	Invariant4.hpp
file	Invariant6.hpp
file	CiarletGeymonat.hpp
file	CiarletGeymonatDeviatoric.hpp
file	ExponentialJ1J4.hpp
file	ExponentialJ1J4Deviatoric.hpp
file	ExponentialJ1J4J6.hpp
file	FiberDensityJ1J4J6.hpp
file	LogI3Penalization.hpp
file	MooneyRivlin.hpp
file	StVenantKirchhoff.hpp
file	FromCoordsMatching.hpp
file	GlobalCoordsQuadPoints.hpp
file	GlobalCoordsQuadPoints.hpp
file	UpdateCauchyGreenTensor.hpp
file	UpdateCauchyGreenTensor.hpp
file	UpdateFiberDeformation.hpp
file	UpdateCauchyGreenTensor.hpp
file	UpdateFiberDeformation.hpp
file	State.hpp
file	Ale.hpp
file	Bidomain.hpp
file	FwdForCpp.hpp
file	FwdForHpp.hpp
file	GradOnGradientBasedElasticityTensor.hpp
file	GradPhiGradPhi.hpp
file	GradPhiTauOrthoTauGradPhi.hpp
file	GradPhiTauTauGradPhi.hpp
file	Ale.hpp
file	Bidomain.hpp
file	FwdForCpp.hpp
file	FwdForHpp.hpp
file	GradOnGradientBasedElasticityTensor.hpp
file	GradPhiGradPhi.hpp
file	GradPhiTauOrthoTauGradPhi.hpp
file	GradPhiTauTauGradPhi.hpp
file	GradOnGradientBasedElasticityTensor.hpp
file	Mass.hpp
file	ScalarDivVectorial.hpp
file	Stokes.hpp
file	SurfacicBidomain.hpp
file	VariableMass.hpp
file	Mass.hpp
file	ScalarDivVectorial.hpp
file	Stokes.hpp
file	SurfacicBidomain.hpp
file	VariableMass.hpp
file	FwdForHpp.hpp
file	FwdForHpp.hpp
file	NonLinearSource.hpp
file	Concept.hpp
file	CourtemancheRamirezNattel.hpp
file	FitzHughNagumo.hpp
file	MitchellSchaeffer.hpp
file	TransientSource.hpp
file	NonLinearSource.hpp
file	TransientSource.hpp
file	FollowingPressure.hpp
file	FwdForCpp.hpp
file	FwdForHpp.hpp
file	FollowingPressure.hpp
file	FwdForCpp.hpp
file	FwdForHpp.hpp
file	NonlinearMembrane.hpp
file	NonlinearShell.hpp
file	DifferentCauchyGreenMixedSolidIncompressibility.hpp
file	SameCauchyGreenMixedSolidIncompressibility.hpp
file	SecondPiolaKirchhoffStressTensor.hpp
file	Hyperelasticity.hpp
file	None.hpp
file	Helper.hpp
file	PartialSpecialization.hpp
file	AnalyticalPrestress.hpp
file	Microsphere.hpp
file	None.hpp
file	None.hpp
file	Viscoelasticity.hpp
file	Enum.hpp
file	InitTyingPointDataHelper.hpp
file	TyingPoint.hpp
file	TyingPointDataForComponent.hpp
file	Base.hpp
file	MITC4.hpp
file	MITC9.hpp
file	None.hpp
file	NonlinearMembrane.hpp
file	NonlinearShell.hpp
file	DifferentCauchyGreenMixedSolidIncompressibility.hpp
file	SameCauchyGreenMixedSolidIncompressibility.hpp
file	QuasiIncompressibleSecondPiolaKirchhoffStressTensor.hpp
file	SecondPiolaKirchhoffStressTensor.hpp
file	Hyperelasticity.hpp
file	None.hpp
file	ApplySetCauchyGreenTensor.hpp
file	AnalyticalPrestress.hpp
file	Helper.hpp
file	Microsphere.hpp
file	None.hpp
file	None.hpp
file	Viscoelasticity.hpp
file	MITC4.hpp
file	MITC9.hpp
file	None.hpp

Namespaces
namespace	MoReFEM
	Main MoReFEM namespace.
namespace	MoReFEM::Internal
	Namespace with content that should be of use only for developers of the library.
namespace	MoReFEM::Internal::ConformInterpolatorNS
	Placeholder namespace description needed for it to appear in Doxygen namespace list.
namespace	MoReFEM::Internal::ConformInterpolatorNS::Local
	Placeholder namespace description needed for it to appear in Doxygen namespace list.
namespace	MoReFEM::Internal::ConformInterpolatorNS::Local::Impl
	Placeholder namespace description needed for it to appear in Doxygen namespace list.
namespace	MoReFEM::Internal::InvariantNS
	Placeholder namespace description needed for it to appear in Doxygen namespace list.
namespace	MoReFEM::Internal::InvariantNS::CartesianNS
	Placeholder namespace description needed for it to appear in Doxygen namespace list.
namespace	MoReFEM::Internal::InvariantNS::GeneralizedNS
	Placeholder namespace description needed for it to appear in Doxygen namespace list.
namespace	MoReFEM::Internal::LocalParameterOperatorNS
	Placeholder namespace description needed for it to appear in Doxygen namespace list.
namespace	MoReFEM::Internal::LocalVariationalOperatorNS
	Placeholder namespace description needed for it to appear in Doxygen namespace list.
namespace	MoReFEM::Internal::LocalVariationalOperatorNS::SecondPiolaKirchhoffStressTensorNS
	Placeholder namespace description needed for it to appear in Doxygen namespace list.
namespace	MoReFEM::Internal::LocalVariationalOperatorNS::TyingPointsNS
	Placeholder namespace description needed for it to appear in Doxygen namespace list.
namespace	MoReFEM::Internal::GlobalVariationalOperatorNS
	Namespace that enclose internal structures used in definition of global variational operators.
namespace	MoReFEM::Internal::GlobalVariationalOperatorNS::SecondPiolaKirchhoffStressTensorNS
	Placeholder namespace description needed for it to appear in Doxygen namespace list.
namespace	MoReFEM::GlobalParameterOperatorNS
	Placeholder namespace description needed for it to appear in Doxygen namespace list.
namespace	MoReFEM::HyperelasticLawNS
	Placeholder namespace description needed for it to appear in Doxygen namespace list.
namespace	MoReFEM::InterpolationOperatorNS
	Placeholder namespace description needed for it to appear in Doxygen namespace list.
namespace	MoReFEM::LocalParameterOperatorNS
	Placeholder namespace description needed for it to appear in Doxygen namespace list.
namespace	MoReFEM::GlobalVariationalOperatorNS
	Namespace that enclose global variational operator instances (and few helper functions).
namespace	MoReFEM::GlobalVariationalOperatorNS::SecondPiolaKirchhoffStressTensorNS
	Placeholder namespace description needed for it to appear in Doxygen namespace list.
namespace	MoReFEM::GlobalVariationalOperatorNS::SecondPiolaKirchhoffStressTensorNS::InternalVariablePolicyNS
	Placeholder namespace description needed for it to appear in Doxygen namespace list.
namespace	MoReFEM::GlobalVariationalOperatorNS::SecondPiolaKirchhoffStressTensorNS::ViscoelasticityPolicyNS
	Placeholder namespace description needed for it to appear in Doxygen namespace list.
namespace	MoReFEM::GlobalVariationalOperatorNS::SecondPiolaKirchhoffStressTensorNS::HyperelasticityPolicyNS
	Placeholder namespace description needed for it to appear in Doxygen namespace list.
namespace	MoReFEM::GlobalVariationalOperatorNS::TyingPointsNS
	Placeholder namespace description needed for it to appear in Doxygen namespace list.
namespace	MoReFEM::Advanced
	Namespace with content that should be of use only for advanced users of the library.
namespace	MoReFEM::Advanced::Concept
	Placeholder namespace description needed for it to appear in Doxygen namespace list.
namespace	MoReFEM::Advanced::LocalVariationalOperatorNS
	Namespace that enclose local variational operator instances (and few helper functions).
namespace	MoReFEM::Advanced::LocalVariationalOperatorNS::SecondPiolaKirchhoffStressTensorNS
	Placeholder namespace description needed for it to appear in Doxygen namespace list.
namespace	MoReFEM::Advanced::LocalVariationalOperatorNS::SecondPiolaKirchhoffStressTensorNS::HyperelasticityPolicyNS
	Placeholder namespace description needed for it to appear in Doxygen namespace list.
namespace	MoReFEM::Advanced::LocalVariationalOperatorNS::SecondPiolaKirchhoffStressTensorNS::ViscoelasticityPolicyNS
	Placeholder namespace description needed for it to appear in Doxygen namespace list.
namespace	MoReFEM::Advanced::LocalVariationalOperatorNS::SecondPiolaKirchhoffStressTensorNS::InternalVariablePolicyNS
	Placeholder namespace description needed for it to appear in Doxygen namespace list.
namespace	MoReFEM::Advanced::ReactionLawNS
	Placeholder namespace description needed for it to appear in Doxygen namespace list.
namespace	MoReFEM::NonConformInterpolatorNS
	Placeholder namespace description needed for it to appear in Doxygen namespace list.
namespace	MoReFEM::ConformInterpolatorNS
	Namespace for conform interpolators.
namespace	MoReFEM::ConformInterpolatorNS::Local
	Namespace for local oprators used while defining conform interpolators.
namespace	MoReFEM::InvariantNS
	Placeholder namespace description needed for it to appear in Doxygen namespace list.
namespace	MoReFEM::InvariantNS::CartesianNS
	Placeholder namespace description needed for it to appear in Doxygen namespace list.
namespace	MoReFEM::InvariantNS::GeneralizedNS
	Placeholder namespace description needed for it to appear in Doxygen namespace list.

Data Structures
class	MoReFEM::Internal::ConformInterpolatorNS::P1_to_Phigher< LocalInterpolatorT >
	Family of interpolators that extend a P1 finite element to higher order: P1b, P2, etc... More...
class	MoReFEM::Internal::ConformInterpolatorNS::Phigher_to_P1< LocalInterpolatorT >
	Family of interpolators that reduce a P1b, P2, ... finite element to P1. More...
class	MoReFEM::Internal::ConformInterpolatorNS::Local::Phigher_to_P1
	Local interpolator from P{n} to P1 when N > 1. More...
class	MoReFEM::ConformInterpolatorNS::Local::P1_to_P1b
	Interpolator P1 -> P1b. More...
class	MoReFEM::ConformInterpolatorNS::Local::P1_to_P2
	Local operator to interpolate from P1 to P2. More...
class	MoReFEM::ConformInterpolatorNS::Local::P1b_to_P1
	Local operator that defines P1 -> P1b interpolation. More...
class	MoReFEM::ConformInterpolatorNS::Local::P2_to_P1
	Local operator that defines P1 -> P2 interpolation. More...
class	MoReFEM::ConformInterpolatorNS::SubsetOrSuperset
	Interpolate from a (FEltSpace, NumberingSubset) to either a larger or smaller target. More...
class	MoReFEM::Advanced::InvariantHolder< InvariantsT >
	Class in charge of storing the relevant invariants and provide derivates with respect to Cauchy-Green tensor. More...
class	MoReFEM::Internal::InvariantNS::CartesianNS::Invariant4_or_6< InvariantIndexT, FiberPolicyT, TimeManagerT >
	Invariant I4 and I6 use up same implementation, which is provided here once for DRY sake. More...
class	MoReFEM::InvariantNS::CartesianNS::Invariant1
	Invariant I1 for cartesian coordinates. More...
class	MoReFEM::InvariantNS::CartesianNS::Invariant2
	Invariant I2 for cartesian coordinates. More...
class	MoReFEM::InvariantNS::CartesianNS::Invariant3
	Invariant I3 for cartesian coordinates. More...
class	MoReFEM::InvariantNS::GeneralizedNS::Input
	Class which stores few data used when computing invariants with generalized coordinates. More...
class	MoReFEM::Internal::InvariantNS::GeneralizedNS::Invariant4_or_6< InvariantIndexT, FiberPolicyT, TimeManagerT >
	Invariant I4 and I6 use up same implementation, which is provided here once for DRY sake. More...
class	MoReFEM::InvariantNS::GeneralizedNS::Invariant1
	Invariant I1 for generalized coordinates. More...
class	MoReFEM::InvariantNS::GeneralizedNS::Invariant2
	Invariant I2 for generalized coordinates. More...
class	MoReFEM::InvariantNS::GeneralizedNS::Invariant3
	Invariant I3 for generalized coordinates. More...
class	MoReFEM::Internal::InvariantNS::Base< EnumT >
	Base class for invariants. More...
struct	MoReFEM::Internal::InvariantNS::TupleIteration< TupleT, Index >
	Helper class to mimic iteration over the elements of TupleT. More...
struct	MoReFEM::InvariantNS::Invariant1< coords::cartesian >
	Specialization to redirect toward cartesian invariant. More...
struct	MoReFEM::InvariantNS::Invariant1< coords::generalized >
	Specialization to redirect toward generalized invariant. More...
struct	MoReFEM::InvariantNS::Invariant2< coords::cartesian >
	Specialization to redirect toward cartesian invariant. More...
struct	MoReFEM::InvariantNS::Invariant2< coords::generalized >
	Specialization to redirect toward generalized invariant. More...
struct	MoReFEM::InvariantNS::Invariant3< coords::cartesian >
	Specialization to redirect toward cartesian invariant. More...
struct	MoReFEM::InvariantNS::Invariant3< coords::generalized >
	Specialization to redirect toward generalized invariant. More...
struct	MoReFEM::InvariantNS::Invariant4< coords::cartesian, FiberPolicyT, TimeManagerT >
	Specialization to redirect toward cartesian invariant. More...
struct	MoReFEM::InvariantNS::Invariant4< coords::generalized, FiberPolicyT, TimeManagerT >
	Specialization to redirect toward generalized invariant. More...
struct	MoReFEM::InvariantNS::Invariant6< coords::cartesian, FiberPolicyT, TimeManagerT >
	Specialization to redirect toward cartesian invariant. More...
struct	MoReFEM::InvariantNS::Invariant6< coords::generalized, FiberPolicyT, TimeManagerT >
	Specialization to redirect toward generalized invariant. More...
class	MoReFEM::HyperelasticLawNS::CiarletGeymonat< TimeManagerT, CoordsEnumT >
	Ciarlet-Geymonat laws, to use as a policy of class HyperElasticityLaw. More...
class	MoReFEM::HyperelasticLawNS::CiarletGeymonatDeviatoric< TimeManagerT, CoordsEnumT >
	Ciarlet-Geymonat laws, to use a a policy of class HyperElasticityLaw. More...
class	MoReFEM::HyperelasticLawNS::ExponentialJ1J4< TimeManagerT, CoordsEnumT, FiberPolicyT >
	Ciarlet-Geymonat laws, to use a a policy of class HyperElasticityLaw. More...
class	MoReFEM::HyperelasticLawNS::ExponentialJ1J4Deviatoric< TimeManagerT, CoordsEnumT, FiberPolicyT >
	ExponentialJ1J4Deviatoric laws, to use a a policy of class HyperElasticityLaw. More...
class	MoReFEM::HyperelasticLawNS::ExponentialJ1J4J6< TimeManagerT, CoordsEnumT, FiberPolicyT >
	Ciarlet-Geymonat laws, to use a a policy of class HyperElasticityLaw. More...
class	MoReFEM::HyperelasticLawNS::FiberDensityJ1J4J6< TimeManagerT, CoordsEnumT, FiberPolicyT >
	Ciarlet-Geymonat laws, to use a a policy of class HyperElasticityLaw. More...
class	MoReFEM::HyperelasticLawNS::LogI3Penalization< TimeManagerT, CoordsEnumT >
	Ciarlet-Geymonat laws, to use a a policy of class HyperElasticityLaw. More...
class	MoReFEM::HyperelasticLawNS::MooneyRivlin< TimeManagerT, CoordsEnumT >
	MooneyRivlin laws, to use a a policy of class HyperElasticityLaw. More...
class	MoReFEM::HyperelasticLawNS::StVenantKirchhoff< TimeManagerT, CoordsEnumT >
	StVenant-Kirchhoff laws, to use a a policy of class HyperElasticityLaw. More...
class	MoReFEM::NonConformInterpolatorNS::FromCoordsMatching
	Class that matches the dofs on vertices from two different meshes. More...
class	MoReFEM::GlobalParameterOperatorNS::GlobalCoordsQuadPoints< TimeManagerT >
	Implementation of global GlobalCoordsQuadPoints operator. More...
class	MoReFEM::LocalParameterOperatorNS::GlobalCoordsQuadPoints< TimeManagerT >
	Implementation of local GlobalCoordsQuadPoints operator. This local operator is in charge of computing the global coordinates of each quadrature point. More...
class	MoReFEM::LocalParameterOperatorNS::UpdateCauchyGreenTensor< TimeManagerT >
	Implementation of local UpdateCauchyGreenTensor operator. More...
class	MoReFEM::LocalParameterOperatorNS::UpdateFiberDeformation< TimeManagerT >
	Local operator in charge of updating fiber deformation. More...
class	MoReFEM::GlobalParameterOperatorNS::UpdateCauchyGreenTensor< TimeManagerT >
	Implementation of global UpdateCauchyGreenTensor operator. More...
class	MoReFEM::GlobalParameterOperatorNS::UpdateFiberDeformation< TimeManagerT >
	Implementation of global UpdateFiberDeformation operator. More...
class	MoReFEM::InterpolationOperatorNS::State
	This operator allows to go back-and-forth between a complete vector and its state (i.e. a smaller vector from which all dofs related to an essential boundary condition have been removed). More...
class	MoReFEM::GlobalVariationalOperatorNS::Ale< TimeManagerT >
	Operator description. More...
class	MoReFEM::GlobalVariationalOperatorNS::Bidomain< TimeManagerT >
	Operator description. More...
class	MoReFEM::GlobalVariationalOperatorNS::GradOnGradientBasedElasticityTensor< TimeManagerT >
	Instantiation of the Operator related to elastic matrix. More...
class	MoReFEM::GlobalVariationalOperatorNS::GradPhiGradPhi
	Implementation of global grad-grad operator. More...
class	MoReFEM::GlobalVariationalOperatorNS::GradPhiTauOrthoTauGradPhi< TimeManagerT >
	Operator description. More...
class	MoReFEM::GlobalVariationalOperatorNS::GradPhiTauTauGradPhi< TimeManagerT >
	Operator description. More...
class	MoReFEM::Advanced::LocalVariationalOperatorNS::Ale< TimeManagerT >
	Local operator for Ale. More...
class	MoReFEM::Advanced::LocalVariationalOperatorNS::Bidomain< TimeManagerT >
	Local operator for Bidomain. More...
class	MoReFEM::Advanced::LocalVariationalOperatorNS::GradOnGradientBasedElasticityTensor< TimeManagerT >
	Implementation of elastic operator. More...
class	MoReFEM::Advanced::LocalVariationalOperatorNS::GradPhiGradPhi
	Implementation of operator grad-grad. More...
class	MoReFEM::Advanced::LocalVariationalOperatorNS::GradPhiTauOrthoTauGradPhi< TimeManagerT >
	Local operator for Bidomain. More...
class	MoReFEM::Advanced::LocalVariationalOperatorNS::GradPhiTauTauGradPhi< TimeManagerT >
	Local operator for GradPhiTauTauGradPhi. More...
class	MoReFEM::Advanced::LocalVariationalOperatorNS::Mass
	Implementation of mass operator. More...
class	MoReFEM::Advanced::LocalVariationalOperatorNS::ScalarDivVectorial
	Implementation at local level of Scalar div(Vectorial) operator. More...
class	MoReFEM::Advanced::LocalVariationalOperatorNS::Stokes< TimeManagerT >
	Local operator for Stokes. More...
class	MoReFEM::Advanced::LocalVariationalOperatorNS::SurfacicBidomain< TimeManagerT >
	Local operator for SurfacicBidomain. More...
class	MoReFEM::Advanced::LocalVariationalOperatorNS::VariableMass< ParameterT >
	Implementation of mass operator with a weight. More...
class	MoReFEM::GlobalVariationalOperatorNS::Mass
	Implementation of global mass operator. More...
class	MoReFEM::GlobalVariationalOperatorNS::ScalarDivVectorial
	Implementation of global Stokes operator. More...
class	MoReFEM::GlobalVariationalOperatorNS::Stokes< TimeManagerT >
	Operator description. More...
class	MoReFEM::GlobalVariationalOperatorNS::SurfacicBidomain< TimeManagerT >
	Operator description. More...
class	MoReFEM::GlobalVariationalOperatorNS::VariableMass< ParameterT >
	Implementation of global mass operator for poromechanics. More...
class	MoReFEM::Advanced::LocalVariationalOperatorNS::NonLinearSource< ReactionLawT >
	Implementation of a non-linear source f(u,w), u the solution of the EDP and w a parameter. f is the reaction law. w depends of a reaction law dw/dt = g(u,w), g is the gate law. u is the potential and w is the gate. More...
class	MoReFEM::Advanced::ReactionLawNS::CourtemancheRamirezNattel< TimeManagerT >
	Implementation of the CourtemancheRamirezNattel reaction law. Defines f and g for a ReactionDiffusion model. More...
class	MoReFEM::Advanced::ReactionLawNS::FitzHughNagumo< TimeManagerT >
	Implementation of the FitzHughNagumo reaction law. Defines f and g for a ReactionDiffusion model. More...
class	MoReFEM::Advanced::ReactionLawNS::MitchellSchaeffer< TimeManagerT >
	Implementation of the MitchellSchaeffer reaction law. Defines f and g for a ReactionDiffusion model. More...
class	MoReFEM::Advanced::LocalVariationalOperatorNS::TransientSource< TypeT, TimeManagerT, TimeDependencyT >
	Implementation of local TransientSource operator. More...
class	MoReFEM::GlobalVariationalOperatorNS::NonLinearSource< ReactionLawT >
	Implementation of a non-linear source f(u,w), u the solution of the EDP and w a parameter. f is the reaction law. w depends of a reaction law dw/dt = g(u,w), g is the gate law. u is the potential and w is the gate. More...
class	MoReFEM::GlobalVariationalOperatorNS::TransientSource< TypeT, TimeManagerT, TimeDependencyT >
	Implementation of global TransientSource operator. More...
class	MoReFEM::GlobalVariationalOperatorNS::FollowingPressure< TimeManagerT, TimeDependencyT >
	FollowingPressure operator. More...
class	MoReFEM::Advanced::LocalVariationalOperatorNS::FollowingPressure< TimeManagerT, TimeDependencyT >
	Local FollowingPressure operator. More...
class	MoReFEM::Advanced::LocalVariationalOperatorNS::NonlinearMembrane< TimeManagerT >
	Local operator for NonlinearMembrane. More...
class	MoReFEM::Advanced::LocalVariationalOperatorNS::NonlinearShell< HyperelasticityPolicyT, TyingPointsPolicyT >
	Local operator for NonlinearShell. Look for the specific documentation in Documentation/Operators directory for details. More...
class	MoReFEM::Advanced::LocalVariationalOperatorNS::DifferentCauchyGreenMixedSolidIncompressibility< HydrostaticLawPolicyT, TimeManagerT >
	Mixed solid incompressibility. More...
class	MoReFEM::Advanced::LocalVariationalOperatorNS::SameCauchyGreenMixedSolidIncompressibility< HydrostaticLawPolicyT, TimeManagerT >
	Mixed solid incompressibility. More...
class	MoReFEM::Advanced::LocalVariationalOperatorNS::SecondPiolaKirchhoffStressTensor< HyperelasticityPolicyT, ViscoelasticityPolicyT, InternalVariablePolicyT, TimeManagerT >
	Define the operator used in the hyperelastic problem. More...
class	MoReFEM::Advanced::LocalVariationalOperatorNS::SecondPiolaKirchhoffStressTensorNS::HyperelasticityPolicyNS::Hyperelasticity< HyperelasticLawT >
	Policy to use when hyperelasticity is involved in SecondPiolaKirchhoffStressTensor operator. More...
class	MoReFEM::Advanced::LocalVariationalOperatorNS::SecondPiolaKirchhoffStressTensorNS::HyperelasticityPolicyNS::None
	Policy to use when there are no hyperelasticity involved in the SecondPiolaKirchhoffStressTensor operator. More...
struct	MoReFEM::Internal::LocalVariationalOperatorNS::SecondPiolaKirchhoffStressTensorNS::ComputeWDerivatesHyperelasticity< DimensionT, HyperelasticityPolicyT >
	Convenient alias to avoid namespace cluttering. More...
struct	MoReFEM::Internal::LocalVariationalOperatorNS::SecondPiolaKirchhoffStressTensorNS::ComputeWDerivatesHyperelasticity< DimensionT, HyperelasticityPolicyNS::None >
	Helper struct used to call SecondPiolaKirchhoffStressTensor::ComputeWDerivates() if the HyperelasticityPolicyT is HyperelasticityPolicyNS::None. More...
struct	MoReFEM::Internal::LocalVariationalOperatorNS::SecondPiolaKirchhoffStressTensorNS::ComputeWDerivatesInternalVariable< DimensionT, InternalVariablePolicyT, TimeManagerT >
	Helper struct used to call SecondPiolaKirchhoffStressTensor::ComputeWDerivates() if the InternalVariablePolicyT is not InternalVariablePolicyT::None. More...
struct	MoReFEM::Internal::LocalVariationalOperatorNS::SecondPiolaKirchhoffStressTensorNS::ComputeWDerivatesInternalVariable< DimensionT, InternalVariablePolicyNS::None< TimeManagerT >, TimeManagerT >
	Helper struct used to call SecondPiolaKirchhoffStressTensor::ComputeWDerivates() if the InternalVariablePolicyT is InternalVariablePolicyT::None. More...
struct	MoReFEM::Internal::LocalVariationalOperatorNS::SecondPiolaKirchhoffStressTensorNS::CorrectRHSWithActiveSchurComplement< InternalVariablePolicyT, TimeManagerT >
	Helper struct used to call SecondPiolaKirchhoffStressTensor::CorrectRHSWithActiveSchurComplement() if the InternalVariablePolicyT is not InternalVariablePolicyT::None. More...
struct	MoReFEM::Internal::LocalVariationalOperatorNS::SecondPiolaKirchhoffStressTensorNS::CorrectRHSWithActiveSchurComplement< InternalVariablePolicyNS::AnalyticalPrestress< FiberIndexT, TimeManagerT >, TimeManagerT >
	Helper struct used to call SecondPiolaKirchhoffStressTensor::CorrectRHSWithActiveSchurComplement() if the InternalVariablePolicyT is InternalVariablePolicyT::AnalyticalPrestress. More...
struct	MoReFEM::Internal::LocalVariationalOperatorNS::SecondPiolaKirchhoffStressTensorNS::CorrectRHSWithActiveSchurComplement< InternalVariablePolicyNS::Microsphere< FiberIndexI4T, FiberIndexI6T, TimeManagerT >, TimeManagerT >
	Helper struct used to call SecondPiolaKirchhoffStressTensor::CorrectRHSWithActiveSchurComplement() if the InternalVariablePolicyT is InternalVariablePolicyT::Microsphere. More...
struct	MoReFEM::Internal::LocalVariationalOperatorNS::SecondPiolaKirchhoffStressTensorNS::CorrectRHSWithActiveSchurComplement< InternalVariablePolicyNS::None< TimeManagerT >, TimeManagerT >
	Helper struct used to call SecondPiolaKirchhoffStressTensor::ComputeWDerivates() if the InternalVariablePolicyT is InternalVariablePolicyT::None. More...
struct	MoReFEM::Internal::LocalVariationalOperatorNS::SecondPiolaKirchhoffStressTensorNS::ComputeWDerivatesViscoelasticity< DimensionT, ViscoelasticityPolicyT, TimeManagerT >
	Helper struct used to call SecondPiolaKirchhoffStressTensor::ComputeWDerivates() if the ViscoelasticityPolicyT is not ViscoelasticityPolicyT::None. More...
struct	MoReFEM::Internal::LocalVariationalOperatorNS::SecondPiolaKirchhoffStressTensorNS::ComputeWDerivatesViscoelasticity< DimensionT, ViscoelasticityPolicyNS::None< TimeManagerT >, TimeManagerT >
	Helper struct used to call SecondPiolaKirchhoffStressTensor::ComputeWDerivates() if the ViscoelasticityPolicyT is ViscoelasticityPolicyT::None. More...
struct	MoReFEM::Internal::LocalVariationalOperatorNS::SecondPiolaKirchhoffStressTensorNS::AddTangentMatrixViscoelasticity< ViscoelasticityPolicyT >
	Helper struct used to call SecondPiolaKirchhoffStressTensor::AddTangentMatrixViscoelasticity() if the ViscoelasticityPolicyT is not ViscoelasticityPolicyT::None. More...
struct	MoReFEM::Internal::LocalVariationalOperatorNS::SecondPiolaKirchhoffStressTensorNS::AddTangentMatrixViscoelasticity< ViscoelasticityPolicyNS::None< TimeManagerT > >
	Helper struct used to call SecondPiolaKirchhoffStressTensor::AddTangentMatrixViscoelasticity() if the ViscoelasticityPolicyT is ViscoelasticityPolicyT::None. More...
class	MoReFEM::Advanced::LocalVariationalOperatorNS::SecondPiolaKirchhoffStressTensorNS::InternalVariablePolicyNS::AnalyticalPrestress< FiberIndexT, TimeManagerT >
	Policy to use when AnalyticalPrestress is involved in SecondPiolaKirchhoffStressTensor. More...
class	MoReFEM::Advanced::LocalVariationalOperatorNS::SecondPiolaKirchhoffStressTensorNS::InternalVariablePolicyNS::Microsphere< FiberIndexI4T, FiberIndexI6T, TimeManagerT >
	Policy to use when Microsphere is involved in SecondPiolaKirchhoffStressTensor. More...
class	MoReFEM::Advanced::LocalVariationalOperatorNS::SecondPiolaKirchhoffStressTensorNS::InternalVariablePolicyNS::None< TimeManagerT >
	Policy to use when there are no active stress involved in the SecondPiolaKirchhoffStressTensor operator. More...
class	MoReFEM::Advanced::LocalVariationalOperatorNS::SecondPiolaKirchhoffStressTensorNS::ViscoelasticityPolicyNS::None< TimeManagerT >
	Policy to use when there are no visco-elasticity involved in the SecondPiolaKirchhoffStressTensor operator. More...
class	MoReFEM::Advanced::LocalVariationalOperatorNS::SecondPiolaKirchhoffStressTensorNS::ViscoelasticityPolicyNS::Viscoelasticity< TimeManagerT, DerivatesWithRespectToT >
	Policy to use when visco-elasticity is involved in SecondPiolaKirchhoffStressTensor. More...
class	MoReFEM::Internal::LocalVariationalOperatorNS::TyingPointsNS::InitTyingPointDataHelper
	An helper class to be used by tying point policies to help fill the internal data. More...
class	MoReFEM::Internal::LocalVariationalOperatorNS::TyingPointsNS::TyingPoint
	Helper class to store data for a given single tying points. More...
class	MoReFEM::Internal::LocalVariationalOperatorNS::TyingPointsNS::TyingPointDataForComponent
	Class in charge of storing the relevant data used for the interpolation at tying points. More...
class	MoReFEM::Internal::LocalVariationalOperatorNS::TyingPointsNS::Base
	Base class for tying point policy, which encapsulates the storage of the data and the related accessor. More...
class	MoReFEM::Internal::LocalVariationalOperatorNS::TyingPointsNS::MITC4
	Tying point policy for MITC4 elements. More...
class	MoReFEM::Internal::LocalVariationalOperatorNS::TyingPointsNS::MITC9
	Tying point policy for MITC9 elements. More...
class	MoReFEM::Internal::LocalVariationalOperatorNS::TyingPointsNS::None
	Tying point policy without tying points. With this policy the NonlinearShell Operator is actually equivalent to the SecondPiolaKirchhoff Operator. More...
class	MoReFEM::GlobalVariationalOperatorNS::NonlinearMembrane< TimeManagerT >
	Operator description. More...
class	MoReFEM::GlobalVariationalOperatorNS::NonlinearShell< HyperelasticityPolicyT, TyingPointPolicyT >
	NonLinearShell operator. More...
class	MoReFEM::GlobalVariationalOperatorNS::DifferentCauchyGreenMixedSolidIncompressibility< HydrostaticLawPolicyT, TimeManagerT >
	DifferentCauchyGreenMixedSolidIncompressibility description. More...
class	MoReFEM::GlobalVariationalOperatorNS::SameCauchyGreenMixedSolidIncompressibility< HydrostaticLawPolicyT, TimeManagerT >
	SameCauchyGreenMixedSolidIncompressibility description. More...
class	MoReFEM::GlobalVariationalOperatorNS::QuasiIncompressibleSecondPiolaKirchhoffStressTensor< TimeManagerT, HyperelasticityPolicyT, ViscoelasticityPolicyT, InternalVariablePolicyT, HydrostaticLawPolicyT, MixedSolidIncompressibilityPolicyT >
	Quasi-incompressible second Piola-Kirchhoff stress tensor operator. More...
class	MoReFEM::GlobalVariationalOperatorNS::SecondPiolaKirchhoffStressTensor< HyperelasticityPolicyT, ViscoelasticityPolicyT, InternalVariablePolicyT, TimeManagerT >
	Instantiation of the SecondPiolaKirchhoffStressTensor related to hyperelastic matrix. More...
class	MoReFEM::GlobalVariationalOperatorNS::SecondPiolaKirchhoffStressTensorNS::HyperelasticityPolicyNS::Hyperelasticity< HyperelasticLawT >
	Policy to use when there is an hyperelastic law considered in the operator. More...
class	MoReFEM::GlobalVariationalOperatorNS::SecondPiolaKirchhoffStressTensorNS::HyperelasticityPolicyNS::None
	Policy to choose when there is no hyperelasticity. More...
struct	MoReFEM::Internal::GlobalVariationalOperatorNS::ApplySetCauchyGreenTensor< LocalOperatorTupleT, I, SizeTupleT >
	Metaprogramming helper to call SetCauchyGreenTensor() for all LocalVariationalOperator hidden in LocalOperatorTupleT. More...
class	MoReFEM::GlobalVariationalOperatorNS::SecondPiolaKirchhoffStressTensorNS::InternalVariablePolicyNS::AnalyticalPrestress< FiberIndexT, TimeManagerT >
	Implements an active stress Sigma_c*Tau*Tau, with dSigma_c/dt = sigma0 + |u|+ - |u|dSigma_c. More...
struct	MoReFEM::Internal::GlobalVariationalOperatorNS::SecondPiolaKirchhoffStressTensorNS::InternalVariableHelper< InternalVariablePolicyT, TimeManagerT >
	Helper struct used to call SecondPiolaKirchhoffStressTensor::InitializeInternalVariablePolicy() if the InternalVariablePolicyT is not InternalVariablePolicyNS::None. More...
struct	MoReFEM::Internal::GlobalVariationalOperatorNS::SecondPiolaKirchhoffStressTensorNS::InternalVariableHelper<::MoReFEM::GlobalVariationalOperatorNS::SecondPiolaKirchhoffStressTensorNS::InternalVariablePolicyNS::None< TimeManagerT >, TimeManagerT >
	Helper struct used to call SecondPiolaKirchhoffStressTensor::InitializeInternalVariablePolicy() if the InternalVariablePolicyT is InternalVariablePolicyNS::None. More...
struct	MoReFEM::Internal::GlobalVariationalOperatorNS::SecondPiolaKirchhoffStressTensorNS::SetSigmaCHelper< LocalOperatorTupleT, I, TupleSizeT >
	Metaprogramming struct to call SetSigmaC for all elements of a local operator tuple. More...
class	MoReFEM::GlobalVariationalOperatorNS::SecondPiolaKirchhoffStressTensorNS::InternalVariablePolicyNS::Microsphere< FiberIndexI4T, FiberIndexI6T, TimeManagerT >
	Implements a microsphere model for the two families of fibers with in and out plane dispersions. More...
class	MoReFEM::GlobalVariationalOperatorNS::SecondPiolaKirchhoffStressTensorNS::InternalVariablePolicyNS::None< TimeManagerT >
	Policy to choose when there is no active stress. More...
class	MoReFEM::GlobalVariationalOperatorNS::SecondPiolaKirchhoffStressTensorNS::ViscoelasticityPolicyNS::None< TimeManagerT >
	Policy to choose when there is no visco-elasticity. More...
class	MoReFEM::GlobalVariationalOperatorNS::SecondPiolaKirchhoffStressTensorNS::ViscoelasticityPolicyNS::Viscoelasticity< TimeManagerT, DerivatesWithRespectToT >
	Policy to choose when there is visco-elasticity involved in the operator. More...
class	MoReFEM::GlobalVariationalOperatorNS::TyingPointsNS::MITC4
	Tying point policy for MITC4 elements. More...
class	MoReFEM::GlobalVariationalOperatorNS::TyingPointsNS::MITC9
	Tying point policy for MITC9 elements. More...
class	MoReFEM::GlobalVariationalOperatorNS::TyingPointsNS::None
	Tying point policy without tying points. With this policy the NonlinearShell Operator is actually equivalent to the SecondPiolaKirchhoff Operator. More...

Detailed Description

Module to encompass instances of Operator.

This is disjoined from Operator module to break potential circular dependency: definition order is:

• Parameters library
• Operators library
• OperatorInstances library, which may use stuff defined in Operators this way.