#include <matrix_application.h>

Inheritance diagram for AppFrame::MatrixApplication< dim >::LocalMatrixIntegrator< ASSEMBLER >:

Collaboration diagram for AppFrame::MatrixApplication< dim >::LocalMatrixIntegrator< ASSEMBLER >:

Public Member Functions
	LocalMatrixIntegrator (bool mg=false)

void	initialize (MatrixApplication< dim > *a, const MeshWorker::BlockInfo &bi, std::vector< typename ASSEMBLER::MatrixPtr > &m)

void	cell (const typename DoFApplication< dim >::CellInfo &cell)
	Do the work on a cell.

void	bdry (const typename DoFApplication< dim >::FaceInfo &face)
	Do the work on a boundary face.

void	face (const typename DoFApplication< dim >::FaceInfo &face1, const typename DoFApplication< dim >::FaceInfo &face2)
	Do the work on an interior face.

Public Member Functions inherited from MeshWorker::WorkerObjects::IntegrationWorker< dim >
	IntegrationWorker ()
	Constructor, which sets the UpdateFlags flags to their default values.

void	initialize_selectors (const VectorSelector &cs, const VectorSelector &bs, const VectorSelector &fs)
	Initialize the VectorSelector objects cell_selector, bdry_selector, and face_selector.

void	add_selector (const std::string &name, bool values, bool gradients, bool hessians, bool cell, bool bdry, bool face)
	Add a FEVector name as it is stored in FEVectors to some or all selectors.

void	add_update_flags (const UpdateFlags flags, bool cell=true, bool bdry=true, bool face=true, bool ngbr=true)
	Add additional UpdateFlags flags.

void	initialize_gauss_quadrature (unsigned int n_cell_points, unsigned int n_bdry_points, unsigned int n_face_points)
	Assign n-point Gauss quadratures to each of the quadrature rules.

Public Member Functions inherited from MeshWorker::WorkerObjects::LocalWorker< dim >
	LocalWorker ()
	Constructor, setting boundary_fluxes and interior_fluxes to `true`.

void	cell (const InfoObjects::DoFInfo< dim > &cell)
	Do the work on a cell.

void	bdry (const InfoObjects::DoFInfo< dim > &face)
	Do the work on a boundary face.

void	face (const InfoObjects::DoFInfo< dim > &face1, const InfoObjects::DoFInfo< dim > &face2)
	Do the work on an interior face.

Private Attributes
SmartPointer < MatrixApplication< dim > >	app

bool	multigrid

Additional Inherited Members
Public Attributes inherited from MeshWorker::WorkerObjects::IntegrationWorker< dim >
MeshWorker::VectorSelector	cell_selector
	Select the FEVector vectors from FEVectors that should be computed in the quadrature points on cells.

MeshWorker::VectorSelector	bdry_selector
	Select the FEVector vectors from FEVectors that should be computed in the quadrature points on boundary faces.

MeshWorker::VectorSelector	face_selector
	Select the FEVector vectors from FEVectors that should be computed in the quadrature points on interior faces.

Quadrature< dim >	cell_quadrature
	The quadrature rule used on cells.

Quadrature< dim-1 >	bdry_quadrature
	The quadrature rule used on boundary faces.

Quadrature< dim-1 >	face_quadrature
	The quadrature rule used on interior faces.

UpdateFlags	cell_flags
	The set of update flags for cell integration.

UpdateFlags	bdry_flags
	The set of update flags for boundary face integration.

UpdateFlags	face_flags
	The set of update flags for interior face integration.

UpdateFlags	ngbr_flags
	The set of update flags for interior face integration.

Constructor & Destructor Documentation

template<int dim>

template<class ASSEMBLER >

AppFrame::MatrixApplication< dim >::LocalMatrixIntegrator< ASSEMBLER >::LocalMatrixIntegrator ( bool mg = false )

inline

Member Function Documentation

template<int dim>

template<class ASSEMBLER >

void AppFrame::MatrixApplication< dim >::LocalMatrixIntegrator< ASSEMBLER >::bdry ( const typename DoFApplication< dim >::FaceInfo & face )

inline

Do the work on a boundary face.

References AppFrame::MatrixApplication< dim >::LocalMatrixIntegrator< ASSEMBLER >::app, AppFrame::MatrixApplication< dim >::assemble(), and AppFrame::MatrixApplication< dim >::LocalMatrixIntegrator< ASSEMBLER >::multigrid.

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template<int dim>

template<class ASSEMBLER >

void AppFrame::MatrixApplication< dim >::LocalMatrixIntegrator< ASSEMBLER >::cell ( const typename DoFApplication< dim >::CellInfo & cell )

inline

Do the work on a cell.

References AppFrame::MatrixApplication< dim >::LocalMatrixIntegrator< ASSEMBLER >::app, AppFrame::MatrixApplication< dim >::assemble(), and AppFrame::MatrixApplication< dim >::LocalMatrixIntegrator< ASSEMBLER >::multigrid.

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template<int dim>

template<class ASSEMBLER >

void AppFrame::MatrixApplication< dim >::LocalMatrixIntegrator< ASSEMBLER >::face	(	const typename DoFApplication< dim >::FaceInfo &	face1,
		const typename DoFApplication< dim >::FaceInfo &	face2
	)

inline

Do the work on an interior face.

References AppFrame::MatrixApplication< dim >::LocalMatrixIntegrator< ASSEMBLER >::app, AppFrame::MatrixApplication< dim >::assemble(), and AppFrame::MatrixApplication< dim >::LocalMatrixIntegrator< ASSEMBLER >::multigrid.

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template<int dim>

template<class ASSEMBLER >

void AppFrame::MatrixApplication< dim >::LocalMatrixIntegrator< ASSEMBLER >::initialize	(	MatrixApplication< dim > *	a,
		const MeshWorker::BlockInfo &	bi,
		std::vector< typename ASSEMBLER::MatrixPtr > &	m
	)