class for creating TPZMHMM with Mixed Meshes More...

#include <TPZMHMixedHybridMeshControl.h>

Inheritance diagram for TPZMHMixedHybridMeshControl:

Collaboration diagram for TPZMHMixedHybridMeshControl:

Public Member Functions
	TPZMHMixedHybridMeshControl ()

	TPZMHMixedHybridMeshControl (int dimension)

	TPZMHMixedHybridMeshControl (TPZAutoPointer< TPZGeoMesh > gmesh, TPZVec< int64_t > &coarseindices)

	TPZMHMixedHybridMeshControl (TPZAutoPointer< TPZGeoMesh > gmesh)

	TPZMHMixedHybridMeshControl (const TPZMHMixedHybridMeshControl &copy)

virtual	~TPZMHMixedHybridMeshControl ()

TPZMHMixedHybridMeshControl &	operator= (const TPZMHMixedHybridMeshControl &cp)

virtual void	InsertPeriferalMaterialObjects ()
	Insert Boundary condition objects that do not perform any actual computation. More...

virtual void	InsertPeriferalHdivMaterialObjects ()
	Insert the necessary H(div) material objects to create the flux mesh. More...

virtual void	InsertPeriferalPressureMaterialObjects ()
	Insert the necessary pressure material objects to create the pressure mesh. More...

virtual void	BuildComputationalMesh (bool usersubstructure)
	Create all data structures for the computational mesh. More...

virtual bool	IsSkeletonMatid (int matid)
	Return true if the material id is related to a skeleton. More...

void	InsertFractureFlowMaterial (int matid)

void	CreateSkeletonAxialFluxes ()

void	CreateInternalAxialFluxes ()

void	CreateAxialFluxElement (TPZInterpolatedElement *PressureElement, int gelfluxmatid)
	Add axial flux to a pressure element. More...

void	SplitFluxElementsAroundFractures ()
	split the fluxes between the flux elements adjacent to a fracture More...

void	AdjustBoundaryConditionsOfFractures ()
	Change the material id of the boundary elements associated with fracture flow. More...

virtual void	CheckMeshConsistency ()
	verify the consistency of the datastructure More...

virtual void	PrintFriendly (std::ostream &out)
	print the elements in a readable format More...

virtual void	SetHybridize (bool flag)
	Set the hybridization to true. More...

Public Member Functions inherited from TPZMHMixedMeshControl
	TPZMHMixedMeshControl ()

	TPZMHMixedMeshControl (int dimension)

	TPZMHMixedMeshControl (TPZAutoPointer< TPZGeoMesh > gmesh, TPZVec< int64_t > &coarseindices)

	TPZMHMixedMeshControl (TPZAutoPointer< TPZGeoMesh > gmesh)

	TPZMHMixedMeshControl (const TPZMHMixedMeshControl &copy)

TPZMHMixedMeshControl &	operator= (const TPZMHMixedMeshControl &cp)

virtual	~TPZMHMixedMeshControl ()

virtual void	InsertPeriferalRotationMaterialObjects ()
	Insert the necessary Rotation material objects to create the flux mesh. More...

TPZAutoPointer< TPZCompMesh >	FluxMesh ()

void	SetLagrangeAveragePressure (bool flag)
	Set the flag for creating Lagrange Dofs for the average pressure. More...

virtual void	Hybridize (bool flag)
	Set the hybridization to true. More...

void	GetMeshVec (TPZVec< TPZCompMesh *> &meshvec)
	Put the pointers to the meshes in a vector. More...

TPZVec< TPZAutoPointer< TPZCompMesh > >	GetMeshes ()

void	Print (std::ostream &out)
	print the data structure More...

Public Member Functions inherited from TPZMHMeshControl
	TPZMHMeshControl ()

	TPZMHMeshControl (int dimension)

	TPZMHMeshControl (TPZAutoPointer< TPZGeoMesh > gmesh, TPZVec< int64_t > &geotomhm)
	constructor, indicating that the MHM approximation will use the elements indicated by coarseindices as the macro elements More...

	TPZMHMeshControl (TPZAutoPointer< TPZGeoMesh > gmesh)
	create the mhm object without defining the MHM partition More...

	TPZMHMeshControl (const TPZMHMeshControl &copy)

virtual	~TPZMHMeshControl ()

TPZMHMeshControl &	operator= (const TPZMHMeshControl &cp)

TPZAutoPointer< TPZCompMesh >	CMesh () const

TPZAutoPointer< TPZGeoMesh >	GMesh () const

TPZAutoPointer< TPZCompMesh >	PressureMesh ()

void	DefinePartitionbyCoarseIndices (TPZVec< int64_t > &coarseindices)
	Define the MHM partition by the coarse element indices. More...

void	DefineSkeleton (std::map< int64_t, std::pair< int64_t, int64_t > > &skeleton)

void	DefinePartition (TPZVec< int64_t > &partitionindex, std::map< int64_t, std::pair< int64_t, int64_t > > &skeleton)
	Define the partitioning information of the MHM mesh. More...

void	DefinePartition (TPZVec< int64_t > &partitionindex)
	Define the partitioning information of the MHM mesh. More...

void	SetProblemType (MProblemType problem)
	Set the problem type of the simulation. More...

void	SetInternalPOrder (int order)
	Set the porder for the internal elements. More...

void	SetSkeletonPOrder (int order)

void	SetHdivmaismaisPOrder (int order)

void	SetLagrangeAveragePressure (bool flag)
	Set the flag for creating Lagrange Dofs for the average pressure. More...

virtual bool	GetHybridize ()

void	DivideSkeletonElements (int ndivide)
	divide the skeleton elements More...

void	DivideBoundarySkeletonElements ()
	divide the boundary skeleton elements More...

void	SwitchLagrangeMultiplierSign (bool sw)
	switch the sign of the lagrange multipliers More...

void	Print (std::ostream &out)
	print the data structure More...

void	PrintDiagnostics (std::ostream &out)
	Print diagnostics. More...

void	GetMeshVec (TPZVec< TPZCompMesh *> &meshvec)
	Put the pointers to the meshes in a vector. More...

TPZVec< TPZAutoPointer< TPZCompMesh > >	GetMeshes ()

TPZManVector< int64_t >	GetGeoToMHMDomain ()

std::map< int64_t, int64_t > &	Coarse_to_Submesh ()
	return the coarseindex to submesh index data structure More...

Public Attributes
int	fHDivWrapperMatId
	material id of the wrapper elements at the end of H(div) elements More...

int	fPressureDim1MatId
	material id of the pressure Lagrange multipliers of dimension fDim-1 More...

int	fPressureDim2MatId
	material id of the pressure Lagrange multipliers of dimension fDim-2 More...

std::set< int >	fFractureFlowDim1MatId
	material id of the flow elements of dimension fDim-1 More...

int	fHomogeneousNeumannBcMatId
	material id of zero flux boundary condition, used for fracture elements More...

std::set< int >	fSkeletonWithFlowMatId
	material id of skeleton elements which have axial flow More...

int	fSkeletonWithFlowPressureMatId
	material id of the pressure corresponding to the skeleton with axial flow More...

Public Attributes inherited from TPZMHMeshControl
int	fSkeletonMatId
	material id associated with the skeleton elements More...

int	fSecondSkeletonMatId
	material id associated with the skeleton elements More...

int	fPressureSkeletonMatId
	material id associated with the skeleton elements in a hybrid context More...

int	fLagrangeMatIdLeft
	material id associated with the lagrange multiplier elements More...

int	fLagrangeMatIdRight

std::set< int >	fMaterialIds
	materials used for modeling the differential equation More...

std::set< int >	fMaterialBCIds
	materials for boundary conditions More...

int64_t	fGlobalSystemSize
	number of equations when not condensing anything More...

int64_t	fGlobalSystemWithLocalCondensationSize
	number of equations considering local condensation More...

int64_t	fNumeq
	number of equations of the global system More...

Protected Member Functions
virtual void	CreateInternalFluxElements ()

virtual void	CreateSkeleton ()
	will create the elements on the skeleton More...

virtual void	CreateMultiPhysicsInterfaceElements (int dim)
	Create the interfaces between the pressure elements of dimension dim. More...

virtual void	CreatePressureMHMMesh ()
	Create the pressure mesh which is dual to the flux mesh. More...

void	CreatePressureInterfaces ()

virtual void	HybridizeSkeleton (int skeletonmatid, int pressurematid)
	hybridize the flux elements - each flux element becomes 5 elements More...

void	CreateLowerDimensionPressureElements ()

bool	NeedsHDivWrapper (TPZGeoElSide gelside)
	verifies if a HDiv wrapper needs to be created for a given element/side More...

void	CreateHDivWrappers ()

void	FindConnectedElements (TPZGeoElSide &pressureindex, int domain, TPZVec< TPZCompElSide > &fluxconnected)

virtual void	GroupandCondenseElements ()
	group and condense the elements More...

void	GroupElements (TPZCompMesh *cmesh)
	group element H(div) elements with surrounding interface elements More...

void	ApplyNeighbourBoundaryCondition (TPZGeoEl *gel)

Protected Member Functions inherited from TPZMHMixedMeshControl
void	CreateHDivMHMMesh ()
	Create the mesh of the flux approximation space. More...

virtual void	CreateRotationMesh ()
	Create the rotation mesh to elasticity problem. More...

void	CreateHDivPressureMHMMesh ()
	Create the multiphysics mesh. More...

void	BuildMultiPhysicsMesh ()
	build the multi physics mesh (not at the finest geometric mesh level More...

virtual void	CreateMultiPhysicsInterfaceElements (int dim, int pressmatid, std::pair< int, int > skelmatid)
	Create the multiphysics interface elements between elements of specified material id. More...

void	HideTheElements ()
	put the elements in TPZSubCompMesh, group the elements and condense locally More...

void	OptimizeInterfaceElements ()
	switch the elements pointed to by the interface by lower dimensional elements More...

void	DeletePressureElements ()
	delete the pressure elements leaving the geometric mesh without pointing to the computational mesh More...

Protected Member Functions inherited from TPZMHMeshControl
virtual void	CreateSkeletonElements ()
	will create dim-1 geometric elements on the interfaces between the coarse element indices More...

TPZCompMesh *	CriaMalhaTemporaria ()
	will create a computational mesh using the coarse element indexes and its interface elements More...

void	CreateInternalElements ()
	will create the internal elements, one coarse element at a time More...

void	AddBoundaryElements ()
	Add the boundary elements to the computational mesh. More...

void	AddBoundaryInterfaceElements ()
	Add the boundary interface elements to the computational mesh. More...

void	CreateSkeleton ()
	will create the elements on the skeleton More...

void	CreateInterfaceElements ()
	will create the interface elements between the internal elements and the skeleton More...

void	CreateInterfaceElements2 ()

bool	IsSibling (int64_t son, int64_t father)
	verify if the element is a sibling of More...

void	AddElementBoundaries (int64_t elseed, int64_t compelindex, TPZStack< TPZCompElSide > &result)
	put the element side which face the boundary on the stack More...

void	TransferToMultiphysics ()
	transform the computational mesh into a multiphysics mesh More...

void	SubStructure ()
	substructure the mesh More...

void	SubStructure2 ()

void	BuildWrapMesh (int dim)
	Create the wrap elements. More...

int	HasWrapNeighbour (TPZGeoElSide gelside)
	Verify if the element side contains a wrap neighbour. More...

void	CheckDivisionConsistency (TPZGeoElSide gelside)

int	WrapMaterialId (TPZGeoElSide gelside)
	Return the wrap material id (depends on being boundary, neighbour of skeleton or interior. More...

virtual bool	IsBoundaryMatid (int matid)
	return true if the material id is related to a boundary More...

void	CreateWrap (TPZGeoElSide gelside)
	CreateWrapMesh of a given material id. More...

void	CreateWrap (TPZGeoElSide gelside, int wrapmaterial)
	CreateWrapMesh of a given material id. More...

void	DivideWrap (TPZGeoEl *wrapelement)
	Divide the wrap element while it has divided neighbours. More...

void	CreateLagrangeMultiplierMesh ()
	create the lagrange multiplier mesh, one element for each subdomain More...

void	SetSubdomain (TPZCompEl *cel, int64_t subdomain)
	associates the connects of an element with a subdomain More...

void	SetSubdomain (TPZCompMesh *cmesh, int64_t connectindex, int64_t subdomain)
	associates the connects index with a subdomain More...

int64_t	WhichSubdomain (TPZCompEl *cel)
	returns to which subdomain a given element beint64_ts More...

void	JoinSubdomains (TPZVec< TPZCompMesh > &meshvec, TPZCompMesh multiphysicsmesh)
	Subdomains are identified by computational mesh, this method will join. More...

void	PrintSubdomain (int64_t elindex, std::ostream &out)
	print the diagnostics for a subdomain More...

void	PrintBoundaryInfo (std::ostream &out)
	print the indices of the boundary elements and interfaces More...

void	ConnectedElements (int64_t skeleton, std::pair< int64_t, int64_t > &leftright, std::map< int64_t, std::list< TPZCompElSide > > &ellist)
	identify connected elements to the skeleton elements More...

void	ConnectedInterfaceElements (int64_t skeleton, std::pair< int64_t, int64_t > &leftright, std::map< int64_t, std::list< TPZInterfaceElement *> > &ellist)
	identify interface elements connected to the skeleton elements More...

Additional Inherited Members
Public Types inherited from TPZMHMeshControl
enum	MProblemType { ENone, EScalar, EElasticity2D, EElasticity3D }
	Specify the type of differential equation. More...

Protected Attributes inherited from TPZMHMixedMeshControl
TPZAutoPointer< TPZCompMesh >	fFluxMesh
	computational mesh to contain the pressure elements More...

TPZAutoPointer< TPZCompMesh >	fRotationMesh
	computational mesh to contain the rotation elements More...

Protected Attributes inherited from TPZMHMeshControl
TPZAutoPointer< TPZGeoMesh >	fGMesh
	geometric mesh used to create the computational mesh More...

TPZAutoPointer< TPZCompMesh >	fCMesh
	computational MHM mesh being built by this class More...

TPZAutoPointer< TPZCompMesh >	fCMeshLagrange
	computational mesh to represent the distributed flux in each subdomain More...

TPZAutoPointer< TPZCompMesh >	fCMeshConstantPressure
	computational mesh to represent the constant states More...

TPZAutoPointer< TPZCompMesh >	fPressureFineMesh
	computational mesh to contain the pressure elements More...

MProblemType	fProblemType
	Variable defining the type of problem. More...

int	fNState
	number of state variables More...

int	fpOrderInternal
	interpolation order of the internal elements More...

int	fpOrderSkeleton
	interpolation order of the skeleton elements More...

int	fHdivmaismais

int	fSkeletonWrapMatId
	material index of the skeleton wrap More...

int	fBoundaryWrapMatId
	material index of the boundary wrap More...

int	fInternalWrapMatId
	material index of the internal wrap More...

TPZManVector< int64_t >	fGeoToMHMDomain
	vector of coarse domain index associated with each geometric element More...

std::map< int64_t, int64_t >	fMHMtoSubCMesh
	indices of the geometric elements which define the skeleton mesh and their corresponding subcmesh indices More...

std::map< int64_t, std::pair< int64_t, int64_t > >	fInterfaces
	indices of the skeleton elements and their left/right partition indexes More...

std::map< TPZCompMesh *, TPZManVector< int64_t > >	fConnectToSubDomainIdentifier
	geometric index of the connects - subdomain where the connect will be internal More...

bool	fLagrangeAveragePressure
	flag to determine whether a lagrange multiplier is included to force zero average pressures in the subdomains More...

bool	fHybridize
	flag to indicate whether we create a hybridized mesh More...

bool	fSwitchLagrangeSign
	flag to indicate whether the lagrange multipliers should switch signal More...

Detailed Description

class for creating TPZMHMM with Mixed Meshes

Definition at line 18 of file TPZMHMixedHybridMeshControl.h.

Constructor & Destructor Documentation

◆ TPZMHMixedHybridMeshControl() [1/5]

TPZMHMixedHybridMeshControl::TPZMHMixedHybridMeshControl ( )

inline

Definition at line 25 of file TPZMHMixedHybridMeshControl.h.

Referenced by TPZMHMixedHybridMeshControl().

◆ TPZMHMixedHybridMeshControl() [2/5]

TPZMHMixedHybridMeshControl::TPZMHMixedHybridMeshControl ( int dimension )

inline

Definition at line 30 of file TPZMHMixedHybridMeshControl.h.

References TPZMHMixedHybridMeshControl().

◆ TPZMHMixedHybridMeshControl() [3/5]

TPZMHMixedHybridMeshControl::TPZMHMixedHybridMeshControl	(	TPZAutoPointer< TPZGeoMesh >	gmesh,
		TPZVec< int64_t > &	coarseindices
	)

Definition at line 50 of file TPZMHMixedHybridMeshControl.cpp.

◆ TPZMHMixedHybridMeshControl() [4/5]

TPZMHMixedHybridMeshControl::TPZMHMixedHybridMeshControl ( TPZAutoPointer< TPZGeoMesh > gmesh )

Definition at line 54 of file TPZMHMixedHybridMeshControl.cpp.

◆ TPZMHMixedHybridMeshControl() [5/5]

TPZMHMixedHybridMeshControl::TPZMHMixedHybridMeshControl ( const TPZMHMixedHybridMeshControl & copy )

inline

Definition at line 42 of file TPZMHMixedHybridMeshControl.h.

References ~TPZMHMixedHybridMeshControl().

◆ ~TPZMHMixedHybridMeshControl()

TPZMHMixedHybridMeshControl::~TPZMHMixedHybridMeshControl ( )

virtual

Definition at line 58 of file TPZMHMixedHybridMeshControl.cpp.

Referenced by TPZMHMixedHybridMeshControl().

Member Function Documentation

◆ AdjustBoundaryConditionsOfFractures()

void TPZMHMixedHybridMeshControl::AdjustBoundaryConditionsOfFractures ( )

Change the material id of the boundary elements associated with fracture flow.

Definition at line 1561 of file TPZMHMixedHybridMeshControl.cpp.

References ApplyNeighbourBoundaryCondition(), TPZGeoMesh::Dimension(), TPZGeoEl::Dimension(), TPZGeoMesh::Element(), TPZMHMeshControl::fBoundaryWrapMatId, TPZMHMixedMeshControl::fFluxMesh, TPZMHMeshControl::fGMesh, TPZCompMesh::LoadReferences(), TPZGeoEl::MaterialId(), TPZGeoMesh::NElements(), and TPZGeoMesh::ResetReference().

Referenced by BuildComputationalMesh(), and InsertFractureFlowMaterial().

◆ ApplyNeighbourBoundaryCondition()

void TPZMHMixedHybridMeshControl::ApplyNeighbourBoundaryCondition ( TPZGeoEl * gel )

protected

for a given boundary wrap element determine if it has a neighbouring fracture element determine the appropriate boundary condition change the material id of the geometric element to apply the boundary condition

for a given boundary wrap element determine the appropriate boundary condition determine if it has a neighbouring fracture element change the material id of the geometric element to apply the boundary condition

Definition at line 1444 of file TPZMHMixedHybridMeshControl.cpp.

References bc, co, DebugStop, TPZGeoMesh::Dimension(), TPZGeoEl::Dimension(), TPZGeoElSide::Element(), TPZMHMeshControl::fBoundaryWrapMatId, TPZMHMixedMeshControl::fFluxMesh, fFractureFlowDim1MatId, TPZMHMeshControl::fGMesh, fHDivWrapperMatId, fHomogeneousNeumannBcMatId, FindCapElement(), fPressureDim1MatId, TPZMHMeshControl::fSecondSkeletonMatId, TPZMHMeshControl::fSkeletonMatId, fSkeletonWithFlowMatId, fSkeletonWithFlowPressureMatId, TPZGeoNode::GetCoordinates(), TPZMaterial::Id(), TPZGeoElSide::LowestFatherSide(), TPZGeoEl::MaterialId(), TPZGeoElSide::Neighbour(), TPZGeoEl::Node(), TPZGeoEl::NSides(), TPZGeoMesh::Reference(), TPZGeoEl::SetMaterialId(), TPZGeoEl::SubElement(), and TPZBndCond::Type().

Referenced by AdjustBoundaryConditionsOfFractures(), and SetHybridize().

◆ BuildComputationalMesh()

void TPZMHMixedHybridMeshControl::BuildComputationalMesh ( bool usersubstructure )

virtual

Create all data structures for the computational mesh.

hybridize the flow objects on the skeleton in all cases

hybridize the normal fluxes

create the multiphysics mesh

Reimplemented from TPZMHMixedMeshControl.

Definition at line 116 of file TPZMHMixedHybridMeshControl.cpp.

References AdjustBoundaryConditionsOfFractures(), CheckMeshConsistency(), TPZCompMesh::ComputeNodElCon(), TPZMHMixedMeshControl::CreateHDivMHMMesh(), TPZMHMixedMeshControl::CreateHDivPressureMHMMesh(), CreateInternalAxialFluxes(), CreatePressureMHMMesh(), CreateSkeletonAxialFluxes(), DebugStop, TPZCompMesh::Dimension(), TPZGeoMesh::Dimension(), TPZCompMesh::ExpandSolution(), TPZMHMeshControl::fCMesh, TPZMHMixedMeshControl::fFluxMesh, TPZMHMeshControl::fGlobalSystemSize, TPZMHMeshControl::fGlobalSystemWithLocalCondensationSize, TPZMHMeshControl::fGMesh, TPZMHMeshControl::fHybridize, TPZMHMeshControl::fNumeq, TPZMHMeshControl::fpOrderInternal, TPZMHMeshControl::fpOrderSkeleton, TPZMHMeshControl::fPressureFineMesh, TPZMHMeshControl::fPressureSkeletonMatId, TPZMHMeshControl::fSkeletonMatId, fSkeletonWithFlowMatId, fSkeletonWithFlowPressureMatId, TPZMHMixedMeshControl::HideTheElements(), TPZMHMixedMeshControl::HybridizeSkeleton(), HybridizeSkeleton(), InsertPeriferalMaterialObjects(), InsertPeriferalPressureMaterialObjects(), TPZCompMesh::NEquations(), TPZCompMesh::Print(), TPZVTKGeoMesh::PrintCMeshVTK(), PrintFriendly(), TPZMatrix< TVar >::Rows(), and TPZCompMesh::Solution().

Referenced by operator=().

◆ CheckMeshConsistency()

void TPZMHMixedHybridMeshControl::CheckMeshConsistency ( )

virtual

verify the consistency of the datastructure

Reimplemented from TPZMHMeshControl.

Definition at line 1578 of file TPZMHMixedHybridMeshControl.cpp.

References co, TPZCompEl::Connect(), DebugStop, TPZGeoMesh::Dimension(), TPZGeoEl::Dimension(), TPZMultiphysicsElement::Element(), TPZCompMesh::Element(), TPZMHMeshControl::fCMesh, TPZMHMeshControl::fGMesh, fHDivWrapperMatId, fPressureDim1MatId, fPressureDim2MatId, TPZGeoNode::GetCoordinates(), TPZGeoEl::MaterialId(), TPZCompEl::NConnects(), TPZGeoEl::NCornerNodes(), TPZConnect::NElConnected(), TPZCompMesh::NElements(), TPZMultiphysicsElement::NMeshes(), TPZGeoEl::Node(), and TPZCompEl::Reference().

Referenced by BuildComputationalMesh(), and InsertFractureFlowMaterial().

◆ CreateAxialFluxElement()

void TPZMHMixedHybridMeshControl::CreateAxialFluxElement	(	TPZInterpolatedElement *	PressureElement,
		int	gelfluxmatid
	)

Add axial flux to a pressure element.

Add axial flux to a pressure element the index of the associated geometric element is given and determines the material id of the element

Definition at line 1204 of file TPZMHMixedHybridMeshControl.cpp.

References TPZCompEl::ConnectIndex(), TPZCompMesh::CreateCompEl(), TPZGeoElBC::CreatedElement(), DebugStop, TPZGeoMesh::Dimension(), TPZGeoEl::Dimension(), TPZGeoMesh::Element(), TPZCompMesh::Element(), TPZMHMixedMeshControl::fFluxMesh, TPZMHMeshControl::fGMesh, fHDivWrapperMatId, fPressureDim1MatId, TPZMHMeshControl::fPressureFineMesh, TPZMHMeshControl::fPressureSkeletonMatId, fSkeletonWithFlowPressureMatId, TPZGeoEl::Index(), TPZCompEl::LoadElementReference(), LOGPZ_DEBUG, TPZGeoEl::MaterialId(), TPZInterpolatedElement::NConnects(), TPZGeoEl::NSides(), TPZInterpolatedElement::PreferredSideOrder(), TPZCompEl::Reference(), TPZGeoEl::ResetReference(), TPZCompMesh::SetAllCreateFunctions(), TPZCompMesh::SetAllCreateFunctionsHDiv(), TPZCompMesh::SetDefaultOrder(), TPZCompMesh::SetDimModel(), TPZInterpolationSpace::SetSideOrient(), TPZMHMeshControl::SetSubdomain(), TPZInterpolatedElement::SideConnectIndex(), TPZGeoEl::SideDimension(), and TPZMHMeshControl::WhichSubdomain().

Referenced by CreateInternalAxialFluxes(), CreateSkeletonAxialFluxes(), and InsertFractureFlowMaterial().

◆ CreateHDivWrappers()

void TPZMHMixedHybridMeshControl::CreateHDivWrappers ( )

protected

Definition at line 445 of file TPZMHMixedHybridMeshControl.cpp.

References TPZCompEl::ConnectIndex(), TPZCompMesh::CreateCompEl(), TPZGeoElBC::CreatedElement(), TPZGeoMesh::Dimension(), TPZGeoMesh::Element(), TPZGeoElSide::Element(), TPZCompMesh::Element(), TPZMHMixedMeshControl::fFluxMesh, TPZMHMeshControl::fGMesh, fHDivWrapperMatId, TPZMHMeshControl::fInternalWrapMatId, TPZCompEl::Index(), TPZGeoEl::Index(), TPZCompEl::LoadElementReference(), LOGPZ_DEBUG, TPZGeoEl::MaterialId(), TPZInterpolatedElement::MidSideConnect(), TPZInterpolatedElement::MidSideConnectLocId(), NeedsHDivWrapper(), TPZGeoElSide::Neighbour(), TPZGeoMesh::NElements(), TPZCompMesh::NElements(), TPZGeoEl::NSides(), TPZConnect::Order(), TPZCompEl::Reference(), TPZGeoMesh::ResetReference(), TPZGeoEl::ResetReference(), TPZCompMesh::SetDefaultOrder(), TPZInterpolationSpace::SetSideOrient(), TPZGeoElSide::Side(), and TPZGeoEl::SideDimension().

Referenced by CreateInternalFluxElements(), and SetHybridize().

◆ CreateInternalAxialFluxes()

void TPZMHMixedHybridMeshControl::CreateInternalAxialFluxes ( )

◆ CreateInternalFluxElements()

void TPZMHMixedHybridMeshControl::CreateInternalFluxElements ( )

protectedvirtual

associate the connects with the subdomain

Reimplemented from TPZMHMixedMeshControl.

Definition at line 67 of file TPZMHMixedHybridMeshControl.cpp.

References TPZCompMesh::ApproxSpace(), TPZCompMesh::CreateCompEl(), CreateHDivWrappers(), TPZGeoMesh::Dimension(), TPZGeoEl::Dimension(), TPZGeoMesh::Element(), TPZCompMesh::ExpandSolution(), TPZMHMeshControl::fConnectToSubDomainIdentifier, TPZMHMixedMeshControl::fFluxMesh, TPZMHMeshControl::fGeoToMHMDomain, TPZMHMeshControl::fGMesh, TPZMHMeshControl::fMHMtoSubCMesh, TPZMHMeshControl::fpOrderInternal, TPZGeoEl::HasSubElement(), TPZCompMesh::LoadReferences(), TPZGeoMesh::NElements(), TPZGeoMesh::ResetReference(), TPZCreateApproximationSpace::SetAllCreateFunctionsHDiv(), TPZCompMesh::SetDefaultOrder(), TPZCompMesh::SetDimModel(), TPZMHMeshControl::SetSubdomain(), and SplitFluxElementsAroundFractures().

◆ CreateLowerDimensionPressureElements()

void TPZMHMixedHybridMeshControl::CreateLowerDimensionPressureElements ( )

protected

Create lower dimension pressure elements (dim-2) The (dim-2) geometric elements have already been created.

Create lower dimension pressure interfaces (dim-2) The (dim-2) geometric elements have already been created.

Definition at line 908 of file TPZMHMixedHybridMeshControl.cpp.

References TPZCompEl::Connect(), TPZCompMesh::CreateCompEl(), DebugStop, TPZGeoMesh::Dimension(), TPZGeoEl::Dimension(), TPZGeoMesh::Element(), TPZGeoElSide::Element(), TPZCompMesh::Element(), TPZMHMeshControl::fGeoToMHMDomain, TPZMHMeshControl::fGMesh, FindPressureSkeleton(), TPZMHMeshControl::fInterfaces, TPZMHMeshControl::fInternalWrapMatId, fPressureDim1MatId, fPressureDim2MatId, TPZMHMeshControl::fPressureFineMesh, TPZMHMeshControl::fPressureSkeletonMatId, fSkeletonWithFlowPressureMatId, TPZMHMeshControl::fSkeletonWrapMatId, TPZGeoEl::Index(), TPZGeoEl::MaterialId(), TPZCompEl::NConnects(), TPZGeoElSide::Neighbour(), TPZGeoMesh::NElements(), TPZCompMesh::NElements(), TPZGeoEl::NSides(), TPZCompEl::Reference(), TPZGeoMesh::ResetReference(), TPZInterpolatedElement::RestrainSide(), TPZConnect::SetLagrangeMultiplier(), TPZMHMeshControl::SetSubdomain(), and TPZMHMeshControl::WhichSubdomain().

Referenced by CreatePressureMHMMesh(), and SetHybridize().

◆ CreateMultiPhysicsInterfaceElements()

void TPZMHMixedHybridMeshControl::CreateMultiPhysicsInterfaceElements ( int dim )

protectedvirtual

Create the interfaces between the pressure elements of dimension dim.

Constructor

Reimplemented from TPZMHMixedMeshControl.

Definition at line 598 of file TPZMHMixedHybridMeshControl.cpp.

References TPZGeoElBC::CreatedElement(), TPZMHMixedMeshControl::CreateMultiPhysicsInterfaceElements(), DebugStop, TPZGeoMesh::Dimension(), TPZGeoEl::Dimension(), TPZMultiphysicsElement::Element(), TPZCompMesh::Element(), TPZCompElSide::Element(), TPZMHMeshControl::fCMesh, TPZMHMeshControl::fGMesh, FindConnectedElements(), TPZMHMeshControl::fLagrangeMatIdRight, fPressureDim1MatId, fPressureDim2MatId, TPZMHMeshControl::fPressureSkeletonMatId, TPZMHMeshControl::fSecondSkeletonMatId, TPZMHMeshControl::fSkeletonMatId, fSkeletonWithFlowPressureMatId, TPZCompEl::Index(), TPZCompEl::LoadElementReference(), LOGPZ_DEBUG, TPZGeoEl::MaterialId(), TPZCompMesh::NElements(), TPZGeoEl::NSides(), TPZCompEl::Reference(), TPZGeoEl::Reference(), TPZGeoMesh::ResetReference(), TPZVec< T >::size(), and TPZMHMeshControl::WhichSubdomain().

◆ CreatePressureInterfaces()

void TPZMHMixedHybridMeshControl::CreatePressureInterfaces ( )

protected

Definition at line 212 of file TPZMHMixedHybridMeshControl.cpp.

References TPZCompEl::Connect(), TPZCompMesh::CreateCompEl(), TPZGeoElBC::CreatedElement(), DebugStop, TPZGeoMesh::Dimension(), TPZGeoMesh::Element(), TPZGeoElSide::Element(), TPZCompMesh::Element(), TPZCompMesh::ExpandSolution(), TPZMHMixedMeshControl::fFluxMesh, fFractureFlowDim1MatId, TPZMHMeshControl::fGeoToMHMDomain, TPZMHMeshControl::fGMesh, fPressureDim1MatId, TPZMHMeshControl::fPressureFineMesh, TPZGeoEl::HasSubElement(), TPZGeoEl::Index(), LOGPZ_DEBUG, TPZGeoEl::MaterialId(), TPZInterpolatedElement::MidSideConnect(), TPZCompEl::NConnects(), TPZGeoElSide::Neighbour(), TPZGeoMesh::NElements(), TPZCompMesh::NElements(), TPZGeoEl::NSides(), TPZConnect::Order(), TPZCompEl::Reference(), TPZGeoMesh::ResetReference(), TPZGeoEl::ResetReference(), TPZCompMesh::SetDefaultOrder(), TPZConnect::SetLagrangeMultiplier(), TPZMHMeshControl::SetSubdomain(), and TPZMHMeshControl::WhichSubdomain().

Referenced by CreatePressureMHMMesh(), and SetHybridize().

◆ CreatePressureMHMMesh()

void TPZMHMixedHybridMeshControl::CreatePressureMHMMesh ( )

protectedvirtual

Create the pressure mesh which is dual to the flux mesh.

Reimplemented from TPZMHMixedMeshControl.

Definition at line 308 of file TPZMHMixedHybridMeshControl.cpp.

References CreateLowerDimensionPressureElements(), CreatePressureInterfaces(), TPZMHMixedMeshControl::CreatePressureMHMMesh(), TPZCompMesh::ExpandSolution(), and TPZMHMeshControl::fPressureFineMesh.

Referenced by BuildComputationalMesh(), and SetHybridize().

◆ CreateSkeleton()

void TPZMHMixedHybridMeshControl::CreateSkeleton ( )

protectedvirtual

will create the elements on the skeleton

Reimplemented from TPZMHMixedMeshControl.

Definition at line 321 of file TPZMHMixedHybridMeshControl.cpp.

References TPZMHMixedMeshControl::CreateSkeleton().

◆ CreateSkeletonAxialFluxes()

void TPZMHMixedHybridMeshControl::CreateSkeletonAxialFluxes ( )

indices of the skeleton elements and their left/right geometric elements of the skeleton mesh

Definition at line 1100 of file TPZMHMixedHybridMeshControl.cpp.

References CreateAxialFluxElement(), DebugStop, TPZGeoMesh::Element(), TPZCompMesh::Element(), fFractureFlowDim1MatId, TPZMHMeshControl::fGMesh, TPZMHMeshControl::fInterfaces, TPZMHMeshControl::fPressureFineMesh, TPZMHMeshControl::fSkeletonMatId, fSkeletonWithFlowMatId, fSkeletonWithFlowPressureMatId, HasNeighbour(), TPZGeoEl::Index(), TPZGeoEl::MaterialId(), TPZGeoMesh::NElements(), TPZCompMesh::NElements(), TPZGeoEl::NSides(), TPZCompEl::Reference(), TPZGeoMesh::ResetReference(), and TPZGeoEl::SetMaterialId().

Referenced by BuildComputationalMesh(), and InsertFractureFlowMaterial().

◆ FindConnectedElements()

void TPZMHMixedHybridMeshControl::FindConnectedElements	(	TPZGeoElSide &	pressureindex,
		int	domain,
		TPZVec< TPZCompElSide > &	fluxconnected
	)

protected

◆ GroupandCondenseElements()

void TPZMHMixedHybridMeshControl::GroupandCondenseElements ( )

protectedvirtual

group and condense the elements

Reimplemented from TPZMHMixedMeshControl.

Definition at line 686 of file TPZMHMixedHybridMeshControl.cpp.

References TPZCompMesh::CleanUpUnconnectedNodes(), TPZSubCompMesh::ComputeNodElCon(), TPZCompMesh::ComputeNodElCon(), TPZCompMeshTools::CreatedCondensedElements(), DebugStop, TPZCompMesh::Element(), TPZMHMeshControl::fCMesh, TPZMHMeshControl::fMHMtoSubCMesh, GroupElements(), TPZCompMesh::InitializeBlock(), LOGPZ_DEBUG, substruct_tst14.test::numthreads, TPZSubCompMesh::Print(), and TPZSubCompMesh::SetAnalysisSkyline().

Referenced by SetHybridize().

◆ GroupElements()

void TPZMHMixedHybridMeshControl::GroupElements ( TPZCompMesh * cmesh )

protected

group element H(div) elements with surrounding interface elements

Definition at line 719 of file TPZMHMixedHybridMeshControl.cpp.

References TPZElementGroup::AddElement(), TPZCompEl::BuildConnectList(), TPZCompMesh::ComputeNodElCon(), TPZGeoElSide::ConnectedCompElementList(), TPZCompEl::ConnectIndex(), DebugStop, TPZCompMesh::Dimension(), TPZGeoElSide::Dimension(), TPZGeoEl::Dimension(), TPZMultiphysicsElement::Element(), TPZGeoElSide::Element(), TPZCompMesh::Element(), TPZCompElSide::Element(), TPZCompEl::Index(), TPZMultiphysicsInterfaceElement::LeftElement(), TPZCompMesh::LoadReferences(), LOGPZ_DEBUG, TPZCompEl::NConnects(), TPZGeoEl::NCornerNodes(), TPZGeoElSide::Neighbour(), TPZCompMesh::NElements(), TPZInterpolatedElement::NSideConnects(), TPZGeoEl::NSides(), TPZCompEl::Reference(), TPZCompMesh::Reference(), TPZGeoEl::Reference(), TPZGeoMesh::ResetReference(), TPZMultiphysicsInterfaceElement::RightElement(), TPZInterpolatedElement::SideConnectLocId(), and TPZVec< T >::size().

Referenced by GroupandCondenseElements(), and SetHybridize().

◆ HybridizeSkeleton()

void TPZMHMixedHybridMeshControl::HybridizeSkeleton	(	int	skeletonmatid,
		int	pressurematid
	)

protectedvirtual

hybridize the flux elements - each flux element becomes 5 elements

hybridize the flux elements with the given material id - each flux element creates a pressure element

Reimplemented from TPZMHMixedMeshControl.

Definition at line 203 of file TPZMHMixedHybridMeshControl.cpp.

References TPZCompMesh::ExpandSolution(), TPZMHMixedMeshControl::fFluxMesh, TPZMHMeshControl::fPressureFineMesh, and TPZMHMixedMeshControl::HybridizeSkeleton().

Referenced by BuildComputationalMesh(), and SetHybridize().

◆ InsertFractureFlowMaterial()

void TPZMHMixedHybridMeshControl::InsertFractureFlowMaterial ( int matid )

inline

Definition at line 109 of file TPZMHMixedHybridMeshControl.h.

References AdjustBoundaryConditionsOfFractures(), CheckMeshConsistency(), CreateAxialFluxElement(), CreateInternalAxialFluxes(), CreateSkeletonAxialFluxes(), DebugStop, PrintFriendly(), and SplitFluxElementsAroundFractures().

◆ InsertPeriferalHdivMaterialObjects()

void TPZMHMixedHybridMeshControl::InsertPeriferalHdivMaterialObjects ( )

virtual

Insert the necessary H(div) material objects to create the flux mesh.

Reimplemented from TPZMHMixedMeshControl.

Definition at line 1354 of file TPZMHMixedHybridMeshControl.cpp.

References bc, TPZMaterial::CreateBC(), DebugStop, TPZGeoMesh::Dimension(), TPZMHMixedMeshControl::fFluxMesh, fFractureFlowDim1MatId, TPZMHMeshControl::fGMesh, fHDivWrapperMatId, fHomogeneousNeumannBcMatId, TPZCompMesh::FindMaterial(), TPZCompMesh::InsertMaterialObject(), TPZMHMixedMeshControl::InsertPeriferalHdivMaterialObjects(), and TPZCompMesh::MaterialVec().

Referenced by operator=().

◆ InsertPeriferalMaterialObjects()

void TPZMHMixedHybridMeshControl::InsertPeriferalMaterialObjects ( )

virtual

Insert Boundary condition objects that do not perform any actual computation.

Reimplemented from TPZMHMixedMeshControl.

Definition at line 1292 of file TPZMHMixedHybridMeshControl.cpp.

References TPZMaterial::CreateBC(), DebugStop, TPZGeoMesh::Dimension(), TPZMHMeshControl::fCMesh, fFractureFlowDim1MatId, TPZMHMeshControl::fGMesh, fHDivWrapperMatId, fHomogeneousNeumannBcMatId, TPZCompMesh::FindMaterial(), TPZMHMeshControl::fLagrangeMatIdLeft, TPZMHMeshControl::fLagrangeMatIdRight, TPZMHMeshControl::fMaterialIds, fPressureDim1MatId, fPressureDim2MatId, TPZMHMeshControl::fPressureSkeletonMatId, TPZMHMeshControl::fSecondSkeletonMatId, fSkeletonWithFlowPressureMatId, TPZCompMesh::InsertMaterialObject(), and TPZMHMixedMeshControl::InsertPeriferalMaterialObjects().

Referenced by BuildComputationalMesh(), and operator=().

◆ InsertPeriferalPressureMaterialObjects()

void TPZMHMixedHybridMeshControl::InsertPeriferalPressureMaterialObjects ( )

virtual

Insert the necessary pressure material objects to create the pressure mesh.

Reimplemented from TPZMHMixedMeshControl.

Definition at line 1388 of file TPZMHMixedHybridMeshControl.cpp.

References TPZGeoMesh::Dimension(), fFractureFlowDim1MatId, TPZMHMeshControl::fGMesh, fPressureDim1MatId, fPressureDim2MatId, TPZMHMeshControl::fPressureFineMesh, fSkeletonWithFlowMatId, fSkeletonWithFlowPressureMatId, TPZCompMesh::InsertMaterialObject(), TPZMHMixedMeshControl::InsertPeriferalPressureMaterialObjects(), and TPZMatLaplacian::SetDimension().

Referenced by BuildComputationalMesh(), and operator=().

◆ IsSkeletonMatid()

virtual bool TPZMHMixedHybridMeshControl::IsSkeletonMatid ( int matid )

inlinevirtual

Return true if the material id is related to a skeleton.

Reimplemented from TPZMHMeshControl.

Definition at line 82 of file TPZMHMixedHybridMeshControl.h.

References TPZMHMeshControl::fSkeletonMatId, and fSkeletonWithFlowMatId.

◆ NeedsHDivWrapper()

bool TPZMHMixedHybridMeshControl::NeedsHDivWrapper ( TPZGeoElSide gelside )

protected

verifies if a HDiv wrapper needs to be created for a given element/side

Definition at line 328 of file TPZMHMixedHybridMeshControl.cpp.

References DebugStop, TPZGeoElSide::Element(), TPZGeoElSide::Father2(), fFractureFlowDim1MatId, TPZMHMeshControl::fInternalWrapMatId, TPZGeoElSide::HasSubElement(), TPZGeoEl::MaterialId(), TPZGeoElSide::Neighbour(), TPZGeoEl::NSides(), nsub, TPZGeoEl::NSubElements(), TPZStack< T, NumExtAlloc >::Pop(), TPZStack< T, NumExtAlloc >::Push(), TPZVec< T >::size(), and TPZGeoEl::SubElement().

Referenced by CreateHDivWrappers(), SetHybridize(), and SplitFluxElementsAroundFractures().

◆ operator=()

TPZMHMixedHybridMeshControl& TPZMHMixedHybridMeshControl::operator= ( const TPZMHMixedHybridMeshControl & cp )

inline

Definition at line 48 of file TPZMHMixedHybridMeshControl.h.

References BuildComputationalMesh(), fHDivWrapperMatId, InsertPeriferalHdivMaterialObjects(), InsertPeriferalMaterialObjects(), InsertPeriferalPressureMaterialObjects(), and TPZMHMixedMeshControl::operator=().

◆ PrintFriendly()

void TPZMHMixedHybridMeshControl::PrintFriendly ( std::ostream & out )

virtual

print the elements in a readable format

Reimplemented from TPZMHMixedMeshControl.

Definition at line 1685 of file TPZMHMixedHybridMeshControl.cpp.

References co, TPZCompEl::Connect(), TPZCompEl::ConnectIndex(), TPZGeoMesh::Dimension(), TPZGeoEl::Dimension(), TPZMultiphysicsElement::Element(), TPZCompMesh::Element(), TPZMHMeshControl::fCMesh, TPZMHMeshControl::fGMesh, TPZGeoNode::GetCoordinates(), TPZCompEl::Index(), TPZCompEl::NConnects(), TPZGeoEl::NCornerNodes(), TPZConnect::NElConnected(), TPZCompMesh::NElements(), TPZMultiphysicsElement::NMeshes(), TPZGeoEl::Node(), and TPZCompEl::Reference().

Referenced by BuildComputationalMesh(), and InsertFractureFlowMaterial().

◆ SetHybridize()

virtual void TPZMHMixedHybridMeshControl::SetHybridize ( bool flag )

inlinevirtual

Set the hybridization to true.

Reimplemented from TPZMHMeshControl.

Definition at line 149 of file TPZMHMixedHybridMeshControl.h.

References ApplyNeighbourBoundaryCondition(), CreateHDivWrappers(), CreateLowerDimensionPressureElements(), CreatePressureInterfaces(), CreatePressureMHMMesh(), TPZMHMeshControl::fHybridize, FindConnectedElements(), GroupandCondenseElements(), GroupElements(), HybridizeSkeleton(), and NeedsHDivWrapper().

◆ SplitFluxElementsAroundFractures()

void TPZMHMixedHybridMeshControl::SplitFluxElementsAroundFractures ( )

split the fluxes between the flux elements adjacent to a fracture

Definition at line 367 of file TPZMHMixedHybridMeshControl.cpp.

References TPZCompMesh::AllocateNewConnect(), TPZCompEl::ConnectIndex(), TPZCompMesh::ConnectVec(), DebugStop, TPZConnect::DecrementElConnected(), TPZGeoMesh::Dimension(), TPZGeoMesh::Element(), TPZGeoElSide::Element(), TPZCompMesh::Element(), TPZMHMixedMeshControl::fFluxMesh, TPZMHMeshControl::fGMesh, TPZMHMeshControl::fInternalWrapMatId, substruct_tst15.test::first, TPZGeoEl::Index(), TPZCompEl::LoadElementReference(), TPZGeoEl::MaterialId(), TPZInterpolatedElement::MidSideConnect(), TPZInterpolatedElement::MidSideConnectLocId(), NeedsHDivWrapper(), TPZGeoElSide::Neighbour(), TPZConnect::NElConnected(), TPZGeoMesh::NElements(), TPZCompMesh::NElements(), TPZConnect::NShape(), TPZGeoEl::NSides(), TPZConnect::NState(), TPZConnect::Order(), TPZCompEl::Reference(), TPZGeoMesh::ResetReference(), TPZInterpolatedElement::SetConnectIndex(), TPZInterpolationSpace::SetSideOrient(), TPZMHMeshControl::SetSubdomain(), TPZGeoElSide::Side(), TPZGeoEl::SideDimension(), and TPZMHMeshControl::WhichSubdomain().

Referenced by CreateInternalFluxElements(), and InsertFractureFlowMaterial().

Member Data Documentation

◆ fFractureFlowDim1MatId

std::set<int> TPZMHMixedHybridMeshControl::fFractureFlowDim1MatId

material id of the flow elements of dimension fDim-1

Definition at line 79 of file TPZMHMixedHybridMeshControl.h.

Referenced by ApplyNeighbourBoundaryCondition(), CreateInternalAxialFluxes(), CreatePressureInterfaces(), CreateSkeletonAxialFluxes(), InsertPeriferalHdivMaterialObjects(), InsertPeriferalMaterialObjects(), InsertPeriferalPressureMaterialObjects(), and NeedsHDivWrapper().

◆ fHDivWrapperMatId

int TPZMHMixedHybridMeshControl::fHDivWrapperMatId

material id of the wrapper elements at the end of H(div) elements

Definition at line 70 of file TPZMHMixedHybridMeshControl.h.

Referenced by ApplyNeighbourBoundaryCondition(), CheckMeshConsistency(), CreateAxialFluxElement(), CreateHDivWrappers(), FindConnectedElements(), InsertPeriferalHdivMaterialObjects(), InsertPeriferalMaterialObjects(), and operator=().

◆ fHomogeneousNeumannBcMatId

int TPZMHMixedHybridMeshControl::fHomogeneousNeumannBcMatId

material id of zero flux boundary condition, used for fracture elements

Definition at line 88 of file TPZMHMixedHybridMeshControl.h.

Referenced by ApplyNeighbourBoundaryCondition(), InsertPeriferalHdivMaterialObjects(), and InsertPeriferalMaterialObjects().

◆ fPressureDim1MatId

int TPZMHMixedHybridMeshControl::fPressureDim1MatId

material id of the pressure Lagrange multipliers of dimension fDim-1

Definition at line 73 of file TPZMHMixedHybridMeshControl.h.

Referenced by ApplyNeighbourBoundaryCondition(), CheckMeshConsistency(), CreateAxialFluxElement(), CreateLowerDimensionPressureElements(), CreateMultiPhysicsInterfaceElements(), CreatePressureInterfaces(), InsertPeriferalMaterialObjects(), and InsertPeriferalPressureMaterialObjects().

◆ fPressureDim2MatId

int TPZMHMixedHybridMeshControl::fPressureDim2MatId

material id of the pressure Lagrange multipliers of dimension fDim-2

Definition at line 76 of file TPZMHMixedHybridMeshControl.h.

Referenced by CheckMeshConsistency(), CreateLowerDimensionPressureElements(), CreateMultiPhysicsInterfaceElements(), InsertPeriferalMaterialObjects(), and InsertPeriferalPressureMaterialObjects().

◆ fSkeletonWithFlowMatId

std::set<int> TPZMHMixedHybridMeshControl::fSkeletonWithFlowMatId

material id of skeleton elements which have axial flow

Definition at line 91 of file TPZMHMixedHybridMeshControl.h.

Referenced by ApplyNeighbourBoundaryCondition(), BuildComputationalMesh(), CreateInternalAxialFluxes(), CreateSkeletonAxialFluxes(), InsertPeriferalPressureMaterialObjects(), and IsSkeletonMatid().

◆ fSkeletonWithFlowPressureMatId

int TPZMHMixedHybridMeshControl::fSkeletonWithFlowPressureMatId

material id of the pressure corresponding to the skeleton with axial flow

Definition at line 94 of file TPZMHMixedHybridMeshControl.h.

Referenced by ApplyNeighbourBoundaryCondition(), BuildComputationalMesh(), CreateAxialFluxElement(), CreateInternalAxialFluxes(), CreateLowerDimensionPressureElements(), CreateMultiPhysicsInterfaceElements(), CreateSkeletonAxialFluxes(), InsertPeriferalMaterialObjects(), and InsertPeriferalPressureMaterialObjects().

The documentation for this class was generated from the following files:

Public Member Functions

Public Attributes

Protected Member Functions

Additional Inherited Members

Detailed Description

Constructor & Destructor Documentation

◆ TPZMHMixedHybridMeshControl() [1/5]

◆ TPZMHMixedHybridMeshControl() [2/5]

◆ TPZMHMixedHybridMeshControl() [3/5]

◆ TPZMHMixedHybridMeshControl() [4/5]

◆ TPZMHMixedHybridMeshControl() [5/5]

◆ ~TPZMHMixedHybridMeshControl()

Member Function Documentation

◆ AdjustBoundaryConditionsOfFractures()

◆ ApplyNeighbourBoundaryCondition()

◆ BuildComputationalMesh()

◆ CheckMeshConsistency()

◆ CreateAxialFluxElement()

◆ CreateHDivWrappers()

◆ CreateInternalAxialFluxes()

◆ CreateInternalFluxElements()

◆ CreateLowerDimensionPressureElements()

◆ CreateMultiPhysicsInterfaceElements()

◆ CreatePressureInterfaces()

◆ CreatePressureMHMMesh()

◆ CreateSkeleton()

◆ CreateSkeletonAxialFluxes()

◆ FindConnectedElements()

◆ GroupandCondenseElements()

◆ GroupElements()

◆ HybridizeSkeleton()

◆ InsertFractureFlowMaterial()

◆ InsertPeriferalHdivMaterialObjects()

◆ InsertPeriferalMaterialObjects()

◆ InsertPeriferalPressureMaterialObjects()

◆ IsSkeletonMatid()

◆ NeedsHDivWrapper()

◆ operator=()

◆ PrintFriendly()

◆ SetHybridize()

◆ SplitFluxElementsAroundFractures()

Member Data Documentation

◆ fFractureFlowDim1MatId

◆ fHDivWrapperMatId

◆ fHomogeneousNeumannBcMatId

◆ fPressureDim1MatId

◆ fPressureDim2MatId

◆ fSkeletonWithFlowMatId

◆ fSkeletonWithFlowPressureMatId