RefinementCriterion< dim > Class Template Reference

#include <RefinementCriterion.H>

Inheritance diagram for RefinementCriterion< dim >:

Public Member Functions
	RefinementCriterion ()
	RefinementCriterion (const int &a_baseMaxNumberOfRefinements)
	RefinementCriterion (const RefinementCriterion< dim > &a_RefinementCriterion)
	~RefinementCriterion ()
virtual bool	baseDoRefine (IndexTM< int, dim > &a_refineInDir, const CutCellMoments< dim > &a_ccm, const int &a_numberOfRefinements)
	Should a cell be subdivided and in which directions. More...
virtual bool	doRefine (IndexTM< int, dim > &a_refineInDir, const CutCellMoments< dim > &a_ccm, const int &a_numberOfRefinements)
void	setConstrantSuccessStatus (const bool &a_status)
bool	getConstrantSuccessStatus ()
void	setBaseMaxNumberOfRefinements (const int &a_baseMaxNumberOfRefinements)
int	getBaseMaxNumberOfRefinements ()
void	print (ostream &a_out) const
void	operator= (const RefinementCriterion &a_RefinementCriterion)

Protected Attributes
bool	m_constraintsSucceeded
int	m_baseMaxNumberOfRefinements

Detailed Description

template<int dim>
class RefinementCriterion< dim >

This is the base class for refinement criterion used for the subdivision of cells in geometry generation. If the result if "doRefine()" is true, the cell is subdivided in the directions in which "a_refineInDir" is non-zero. The results of this subdivision are then combined to get results for the original cell.

Constructor & Destructor Documentation

RefinementCriterion() [1/3]

template<int dim>

RefinementCriterion< dim >::RefinementCriterion ( )

inline

References RefinementCriterion< dim >::m_baseMaxNumberOfRefinements, and RefinementCriterion< dim >::m_constraintsSucceeded.

RefinementCriterion() [2/3]

template<int dim>

RefinementCriterion< dim >::RefinementCriterion ( const int &  a_baseMaxNumberOfRefinements )

inline

References RefinementCriterion< dim >::m_baseMaxNumberOfRefinements, and RefinementCriterion< dim >::m_constraintsSucceeded.

RefinementCriterion() [3/3]

template<int dim>

RefinementCriterion< dim >::RefinementCriterion ( const RefinementCriterion< dim > &  a_RefinementCriterion )

inline

~RefinementCriterion()

template<int dim>

RefinementCriterion< dim >::~RefinementCriterion ( )

inline

Member Function Documentation

baseDoRefine()

template<int dim>

virtual bool RefinementCriterion< dim >::baseDoRefine ( IndexTM< int, dim > &  a_refineInDir, const CutCellMoments< dim > &  a_ccm, const int &  a_numberOfRefinements  )

inlinevirtual

Should a cell be subdivided and in which directions.

This method returns true if the current cell should be subdivided. The subdivsion should occur in all the directions where "a_refineInDir" is non-zero.

References RefinementCriterion< dim >::doRefine(), CutCellMoments< dim >::m_badNormal, RefinementCriterion< dim >::m_baseMaxNumberOfRefinements, and RefinementCriterion< dim >::m_constraintsSucceeded.

Referenced by ComputeCutCellMoments< dim >::computeMoments().

doRefine()

template<int dim>

virtual bool RefinementCriterion< dim >::doRefine ( IndexTM< int, dim > &  a_refineInDir, const CutCellMoments< dim > &  a_ccm, const int &  a_numberOfRefinements  )

inlinevirtual

Reimplemented in DivNormalRefinement< dim >, FixedRefinement< dim >, and NoRefinement< dim >.

Referenced by RefinementCriterion< dim >::baseDoRefine(), and ComputeCutCellMoments< dim >::computeMoments().

setConstrantSuccessStatus()

template<int dim>

void RefinementCriterion< dim >::setConstrantSuccessStatus ( const bool &  a_status )

inline

References RefinementCriterion< dim >::m_constraintsSucceeded.

Referenced by ComputeCutCellMoments< dim >::computeMoments().

getConstrantSuccessStatus()

template<int dim>

bool RefinementCriterion< dim >::getConstrantSuccessStatus ( )

inline

References RefinementCriterion< dim >::m_constraintsSucceeded.

setBaseMaxNumberOfRefinements()

template<int dim>

void RefinementCriterion< dim >::setBaseMaxNumberOfRefinements ( const int &  a_baseMaxNumberOfRefinements )

inline

References MayDay::Abort(), and RefinementCriterion< dim >::m_baseMaxNumberOfRefinements.

getBaseMaxNumberOfRefinements()

template<int dim>

int RefinementCriterion< dim >::getBaseMaxNumberOfRefinements ( )

inline

References RefinementCriterion< dim >::m_baseMaxNumberOfRefinements.

print()

template<int dim>

void RefinementCriterion< dim >::print ( ostream &  a_out ) const

inline

References RefinementCriterion< dim >::m_constraintsSucceeded.

Referenced by operator<<().

operator=()

template<int dim>

void RefinementCriterion< dim >::operator= ( const RefinementCriterion< dim > &  a_RefinementCriterion )

inline

References RefinementCriterion< dim >::m_baseMaxNumberOfRefinements, and RefinementCriterion< dim >::m_constraintsSucceeded.

Member Data Documentation

m_constraintsSucceeded

template<int dim>

bool RefinementCriterion< dim >::m_constraintsSucceeded

protected

Referenced by RefinementCriterion< dim >::baseDoRefine(), RefinementCriterion< dim >::getConstrantSuccessStatus(), RefinementCriterion< dim >::operator=(), RefinementCriterion< dim >::print(), RefinementCriterion< dim >::RefinementCriterion(), and RefinementCriterion< dim >::setConstrantSuccessStatus().

m_baseMaxNumberOfRefinements

template<int dim>

int RefinementCriterion< dim >::m_baseMaxNumberOfRefinements

protected

Referenced by RefinementCriterion< dim >::baseDoRefine(), RefinementCriterion< dim >::getBaseMaxNumberOfRefinements(), RefinementCriterion< dim >::operator=(), RefinementCriterion< dim >::RefinementCriterion(), and RefinementCriterion< dim >::setBaseMaxNumberOfRefinements().

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

• RefinementCriterion.H