AMRStatistics< VectorType, InterpolationType, OutputType, dim > Class Template Reference

#include <AMRStatistics.h>

Inheritance diagram for AMRStatistics< VectorType, InterpolationType, OutputType, dim >:

List of all members.

Public Types
typedef base::vec_grid_fct_type	vec_grid_fct_type
typedef GridFunction< DataType, dim >	grid_fct_type
Public Member Functions
	AMRStatistics (InterpolationType *int_ref, OutputType *out_ref)
void	Setup (GridHierarchy *gh, const int &ghosts, int *shape, double *geom)
virtual void	register_at (ControlDevice &Ctrl)
virtual void	register_at (ControlDevice &Ctrl, const std::string &prefix)
	~AMRStatistics ()
virtual void	CalcStat (int OpType, int Lpoints, double *adata, double *result)
virtual void	CalcGradient (int groupNum, int *dir, int nvars, int Lpoints, int na, int nb, std::vector< std::vector< point_type > > cdata, std::vector< std::vector< double > > vdata, int nstep, double *t, std::ostream *out, int curl, int wv, int uw, int vu)
void	Evaluate (double *t, vec_grid_fct_type &U, grid_fct_type &Work)

template<class VectorType, class InterpolationType, class OutputType, int dim>
class AMRStatistics< VectorType, InterpolationType, OutputType, dim >

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Member Typedef Documentation

template<class VectorType , class InterpolationType , class OutputType , int dim>

typedef GridFunction<DataType,dim> AMRStatistics< VectorType, InterpolationType, OutputType, dim >::grid_fct_type

template<class VectorType , class InterpolationType , class OutputType , int dim>

typedef base::vec_grid_fct_type AMRStatistics< VectorType, InterpolationType, OutputType, dim >::vec_grid_fct_type

Reimplemented from AMRBase< VectorType, dim >.

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Constructor & Destructor Documentation

template<class VectorType , class InterpolationType , class OutputType , int dim>

AMRStatistics< VectorType, InterpolationType, OutputType, dim >::AMRStatistics	(	InterpolationType *	int_ref,
		OutputType *	out_ref
	)			[inline]

References MAXGRADS, MAXPERVAR, and MAXSTATOPS.

template<class VectorType , class InterpolationType , class OutputType , int dim>

AMRStatistics< VectorType, InterpolationType, OutputType, dim >::~AMRStatistics

(

)

[inline]

---

Member Function Documentation

template<class VectorType , class InterpolationType , class OutputType , int dim>

virtual void AMRStatistics< VectorType, InterpolationType, OutputType, dim >::CalcGradient	(	int	groupNum,
		int *	dir,
		int	nvars,
		int	Lpoints,
		int	na,
		int	nb,
		std::vector< std::vector< point_type > >	cdata,
		std::vector< std::vector< double > >	vdata,
		int	nstep,
		double *	t,
		std::ostream *	out,
		int	curl,
		int	wv,
		int	uw,
		int	vu
	)			[inline, virtual]

-dir, center, +dir

curl of velocity given keys { r,u,v,w,... }

References CurrentTime(), AMRBase< VectorType, dim >::GH(), and MINFIN.

Referenced by AMRStatistics< VectorType, InterpolationType, OutputType, dim >::Evaluate().

template<class VectorType , class InterpolationType , class OutputType , int dim>

virtual void AMRStatistics< VectorType, InterpolationType, OutputType, dim >::CalcStat	(	int	OpType,
		int	Lpoints,
		double *	adata,
		double *	result
	)			[inline, virtual]

References AVGOP, max(), MEDIANOP, min(), MINFIN, MINMAX, MODEOP, NUMBINS, STDDEVIATIONOP, and TOLSTAT.

Referenced by AMRStatistics< VectorType, InterpolationType, OutputType, dim >::Evaluate().

template<class VectorType , class InterpolationType , class OutputType , int dim>

void AMRStatistics< VectorType, InterpolationType, OutputType, dim >::Evaluate	(	double *	t,
		vec_grid_fct_type &	U,
		grid_fct_type &	Work
	)			[inline]

open output file

write time header

for each group

for each probe

References bbox(), BeginFastIndex2, BeginFastIndex3, GridFunction< GFType, dim >::boundingbbox(), StatParser< InterpolationType::point_type, VectorType::InternalDataType, dim >::buildcoords(), AMRStatistics< VectorType, InterpolationType, OutputType, dim >::CalcGradient(), AMRStatistics< VectorType, InterpolationType, OutputType, dim >::CalcStat(), StatParser< InterpolationType::point_type, VectorType::InternalDataType, dim >::clearcoords(), StatParser::clonestack(), comm_service::comm(), CurrentTime(), EndFastIndex2, EndFastIndex3, FastIndex2, FastIndex3, FineLevel(), for_2, for_3, forall, AMRBase< VectorType, dim >::GH(), StatParser< InterpolationType::point_type, VectorType::InternalDataType, dim >::group_table, if(), _symrec< data_type >::iptr, comm_service::log(), MAXSTATOPS, me, MY_PROC, _symrec< data_type >::next, p, _symrec< data_type >::pdata, _symrec< data_type >::prev, _symrec< data_type >::ptr, _symrec< data_type >::ref, RETURN_OK, _symrec< data_type >::src, STAT_AVERAGED, STAT_DERIVED, STAT_RAW, staterror(), stepsize(), StepsTaken(), TOK_COORDINATE, TOK_DOUBLE, TOK_FUNCTION1, TOK_FUNCTION2, TOK_OP_DIV, TOK_OP_MINUS, TOK_OP_NEG, TOK_OP_PLUS, TOK_OP_POWER, TOK_OP_PROD, TOK_PLANES, TOK_POINTER, TOK_SEPARATOR, TOK_SURFACE, TOK_THREAD, TOK_VARIABLE, TOK_VARINARRAY, TOK_VOLUME, StatParser::token(), _symrec< data_type >::type, StatParser< InterpolationType::point_type, VectorType::InternalDataType, dim >::unlinksym(), _symrec< data_type >::vdata, StatParser< InterpolationType::point_type, VectorType::InternalDataType, dim >::vectorize(), and VizServer.

template<class VectorType , class InterpolationType , class OutputType , int dim>

virtual void AMRStatistics< VectorType, InterpolationType, OutputType, dim >::register_at	(	ControlDevice &	Ctrl,
		const std::string &	prefix
	)			[inline, virtual]

Reimplemented from AMRBase< VectorType, dim >.

References ControlDevice::getSubDevice(), MAXGRADS, MAXGROUPS, MAXPERVAR, MAXSTATOPS, and RegisterAt().

template<class VectorType , class InterpolationType , class OutputType , int dim>

virtual void AMRStatistics< VectorType, InterpolationType, OutputType, dim >::register_at

(

ControlDevice &

Ctrl

)

[inline, virtual]

Reimplemented from AMRBase< VectorType, dim >.

References AMRStatistics< VectorType, InterpolationType, OutputType, dim >::register_at().

Referenced by AMRStatistics< VectorType, InterpolationType, OutputType, dim >::register_at().

template<class VectorType , class InterpolationType , class OutputType , int dim>

void AMRStatistics< VectorType, InterpolationType, OutputType, dim >::Setup	(	GridHierarchy *	gh,
		const int &	ghosts,
		int *	shape,
		double *	geom
	)			[inline]

Process the rack definition file

if any group did not specify step sampling rate, then set it to default common value

write probe information: coordinates

for each probe

References StatParser< InterpolationType::point_type, VectorType::InternalDataType, dim >::buildcoords(), StatParser< InterpolationType::point_type, VectorType::InternalDataType, dim >::clearcoords(), _symrec< data_type >::dvalue, AMRBase< VectorType, dim >::GH(), StatParser< InterpolationType::point_type, VectorType::InternalDataType, dim >::group_table, if(), _symrec< data_type >::iptr, _symrec< data_type >::ivalue, MAXGROUPS, MaxLevel(), MAXPERVAR, me, MY_PROC, NVARS, p, StatParser::parse(), StatParser< InterpolationType::point_type, VectorType::InternalDataType, dim >::putsym(), RefineFactor(), RETURN_OK, AMRBase< VectorType, dim >::SetupData(), _symrec< data_type >::src, STAT_DERIVED, STAT_NX, STAT_NXF, STAT_NY, STAT_NYF, STAT_NZ, STAT_NZF, STAT_XMAX, STAT_XMIN, STAT_YMAX, STAT_YMIN, STAT_ZMAX, STAT_ZMIN, TOK_DOUBLE, TOK_INTEGER, TOK_PLANES, TOK_SURFACE, TOK_THREAD, TOK_VARIABLE, TOK_VARINARRAY, _symrec< data_type >::vdata, and VizServer.

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

• amroc/amr/AMRStatistics.h