An abstract class for an geometric cell. This is done to prevent the template (as required by deal.ii objects) to propagate all across the code,. More...

#include <TriangulationCellBase.h>

Inheritance diagram for dftefe::basis::TriangulationCellBase:

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Public Member Functions
virtual	~TriangulationCellBase ()=default

virtual void	getVertices (std::vector< utils::Point > &points) const =0

virtual void	getVertex (size_type i, utils::Point &point) const =0

virtual size_type	getId () const =0

virtual bool	isPointInside (const utils::Point &point) const =0

virtual bool	isAtBoundary (const unsigned int i) const =0

virtual bool	isAtBoundary () const =0

virtual size_type	getDim () const =0

virtual double	diameter () const =0

virtual void	center (dftefe::utils::Point &centerPoint) const =0

virtual void	setRefineFlag ()=0

virtual void	clearRefineFlag ()=0

virtual double	minimumVertexDistance () const =0

virtual double	distanceToUnitCell (dftefe::utils::Point &parametricPoint) const =0

virtual void	getParametricPoint (const utils::Point &realPoint, const CellMappingBase &cellMapping, utils::Point &parametricPoint) const =0

virtual void	getRealPoint (const utils::Point &parametricPoint, const CellMappingBase &cellMapping, utils::Point &realPoint) const =0

Detailed Description

An abstract class for an geometric cell. This is done to prevent the template (as required by deal.ii objects) to propagate all across the code,.

Constructor & Destructor Documentation

◆ ~TriangulationCellBase()

virtual dftefe::basis::TriangulationCellBase::~TriangulationCellBase ( )

virtualdefault

Member Function Documentation

◆ center()

virtual void dftefe::basis::TriangulationCellBase::center ( dftefe::utils::Point & centerPoint ) const

pure virtual

Implemented in dftefe::basis::FECellBase, dftefe::basis::FECellDealii< dim >, and dftefe::basis::TriangulationCellDealii< dim >.

◆ clearRefineFlag()

virtual void dftefe::basis::TriangulationCellBase::clearRefineFlag ( )

pure virtual

Implemented in dftefe::basis::FECellDealii< dim >, dftefe::basis::TriangulationCellDealii< dim >, and dftefe::basis::FECellBase.

◆ diameter()

virtual double dftefe::basis::TriangulationCellBase::diameter ( ) const

pure virtual

Implemented in dftefe::basis::FECellBase, dftefe::basis::FECellDealii< dim >, and dftefe::basis::TriangulationCellDealii< dim >.

◆ distanceToUnitCell()

virtual double dftefe::basis::TriangulationCellBase::distanceToUnitCell ( dftefe::utils::Point & parametricPoint ) const

pure virtual

Implemented in dftefe::basis::FECellBase, dftefe::basis::FECellDealii< dim >, and dftefe::basis::TriangulationCellDealii< dim >.

◆ getDim()

virtual size_type dftefe::basis::TriangulationCellBase::getDim ( ) const

pure virtual

Implemented in dftefe::basis::FECellBase, dftefe::basis::FECellDealii< dim >, and dftefe::basis::TriangulationCellDealii< dim >.

◆ getId()

virtual size_type dftefe::basis::TriangulationCellBase::getId ( ) const

pure virtual

Implemented in dftefe::basis::FECellBase, dftefe::basis::FECellDealii< dim >, and dftefe::basis::TriangulationCellDealii< dim >.

◆ getParametricPoint()

virtual void dftefe::basis::TriangulationCellBase::getParametricPoint	(	const utils::Point &	realPoint,
		const CellMappingBase &	cellMapping,
		utils::Point &	parametricPoint
	)		const

pure virtual

Implemented in dftefe::basis::TriangulationCellDealii< dim >, dftefe::basis::FECellBase, and dftefe::basis::FECellDealii< dim >.

◆ getRealPoint()

virtual void dftefe::basis::TriangulationCellBase::getRealPoint	(	const utils::Point &	parametricPoint,
		const CellMappingBase &	cellMapping,
		utils::Point &	realPoint
	)		const