StdCriterion< VectorType, FlagType, 3 > Class Template Reference

Three-dimensional routines to compute the scaled gradient and flag above a threshold. More...

#include <StdCriterion.h>

Inheritance diagram for StdCriterion< VectorType, FlagType, 3 >:

List of all members.

Public Types
typedef base::grid_fct_type	grid_fct_type
typedef base::flag_fct_type	flag_fct_type
typedef base::grid_data_type	grid_data_type
Public Member Functions
	StdCriterion ()
virtual	~StdCriterion ()
virtual void	FlagByValue (grid_fct_type &work, flag_fct_type &flags, const int &Time, const int &Level, const DataType &Tol, const FlagType &FlagValue, const int comparison=0, const int growby=0)
virtual void	Difference (grid_fct_type &work, const int &Time, const int &Level, int *Offset1, int *Offset2)
virtual void	Abs (grid_data_type &work)
virtual void	Max (grid_data_type &work, const DataType &val)
virtual void	Min (grid_data_type &work, const DataType &val)

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Detailed Description

template<class VectorType, class FlagType>
class StdCriterion< VectorType, FlagType, 3 >

Three-dimensional routines to compute the scaled gradient and flag above a threshold.

Author:

Ralf Deiterding

Version:

1.0

Date:

Jul-2004

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Member Typedef Documentation

template<class VectorType , class FlagType >

typedef base::flag_fct_type StdCriterion< VectorType, FlagType, 3 >::flag_fct_type

Reimplemented from Criterion< VectorType, FlagType, 3 >.

Reimplemented in LimiterCriterion< VectorType, FlagType, 3 >.

template<class VectorType , class FlagType >

typedef base::grid_data_type StdCriterion< VectorType, FlagType, 3 >::grid_data_type

Reimplemented from Criterion< VectorType, FlagType, 3 >.

Reimplemented in LimiterCriterion< VectorType, FlagType, 3 >, and PhiCriterion< VectorType, FlagType, 3 >.

template<class VectorType , class FlagType >

typedef base::grid_fct_type StdCriterion< VectorType, FlagType, 3 >::grid_fct_type

Reimplemented from Criterion< VectorType, FlagType, 3 >.

Reimplemented in LimiterCriterion< VectorType, FlagType, 3 >, and PhiCriterion< VectorType, FlagType, 3 >.

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Constructor & Destructor Documentation

template<class VectorType , class FlagType >

StdCriterion< VectorType, FlagType, 3 >::StdCriterion

(

)

[inline]

template<class VectorType , class FlagType >

virtual StdCriterion< VectorType, FlagType, 3 >::~StdCriterion

(

)

[inline, virtual]

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Member Function Documentation

template<class VectorType , class FlagType >

virtual void StdCriterion< VectorType, FlagType, 3 >::Abs

(

grid_data_type &

work

)

[inline, virtual]

References BeginFastIndex3, EndFastIndex3, FastIndex3, for_3, and BBox< N, T >::stepsize().

template<class VectorType , class FlagType >

virtual void StdCriterion< VectorType, FlagType, 3 >::Difference	(	grid_fct_type &	work,
		const int &	Time,
		const int &	Level,
		int *	Offset1,
		int *	Offset2
	)			[inline, virtual]

References bbox(), BeginFastIndex3, EndFastIndex3, FastIndex3, for_3, forall, GridFunction< GFType, dim >::interiorbbox(), max(), BBox< N, T >::stepsize(), and TimeStep().

template<class VectorType , class FlagType >

virtual void StdCriterion< VectorType, FlagType, 3 >::FlagByValue	(	grid_fct_type &	work,
		flag_fct_type &	flags,
		const int &	Time,
		const int &	Level,
		const DataType &	Tol,
		const FlagType &	FlagValue,
		const int	comparison = 0,
		const int	growby = 0
	)			[inline, virtual]

References bbox(), BeginFastIndex3, EndFastIndex3, FastIndex3, for_3, forall, BBox< N, T >::grow(), GridFunction< GFType, dim >::interiorbbox(), BBox< N, T >::stepsize(), and TimeStep().

template<class VectorType , class FlagType >

virtual void StdCriterion< VectorType, FlagType, 3 >::Max	(	grid_data_type &	work,
		const DataType &	val
	)			[inline, virtual]

References BeginFastIndex3, EndFastIndex3, FastIndex3, for_3, max(), and BBox< N, T >::stepsize().

template<class VectorType , class FlagType >

virtual void StdCriterion< VectorType, FlagType, 3 >::Min	(	grid_data_type &	work,
		const DataType &	val
	)			[inline, virtual]

References BeginFastIndex3, EndFastIndex3, FastIndex3, for_3, min(), and BBox< N, T >::stepsize().

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

• amroc/amr/StdCriterion.h