DataPointMapping.C File Reference

#include "DataPointMapping.h"
#include "MappingInformation.h"
#include "arrayGetIndex.h"
#include <string.h>
#include "conversion.h"
#include "display.h"
#include "DataFormats.h"
#include "Inverse.h"
#include "ParallelUtility.h"

Include dependency graph for DataPointMapping.C:

Macros
#define	CANINVERT   canInvertWithGoodGuess
#define	DPM1   EXTERN_C_NAME(dpm1)
#define	DPM2   EXTERN_C_NAME(dpm2)
#define	OPPLT3D   EXTERN_C_NAME(opplt3d)
#define	RDPLT3D   EXTERN_C_NAME(rdplt3d)
#define	CLOSEPLT3D   EXTERN_C_NAME(closeplt3d)
#define	INT_1D_ORDER_2(dr, x111, x211)   ( (1.-dr)*(x111)+dr*(x211) )
#define	INT_1D_ORDER_2_R(dr, x111, x211)   ( delta[0]*( (x211)-(x111) ) )
#define	INT_2D_ORDER_2(dr, ds, x111, x211, x121, x221)   ( (1.-ds)*((1.-dr)*(x111)+dr*(x211))+ds*((1.-dr)*(x121)+dr*(x221)) )
#define	INT_2D_ORDER_2_R(dr, ds, x111, x211, x121, x221)   ( ((1.-ds)*( (x211)-(x111) ) +ds*( (x221)-(x121) ))*delta[0] )
#define	INT_2D_ORDER_2_S(dr, ds, x111, x211, x121, x221)   ( ((1.-dr)*( (x121)-(x111) ) +dr*( (x221)-(x211) ))*delta[1] )
#define	INT_3D_ORDER_2(dr, ds, dt, x111, x211, x121, x221, x112, x212, x122, x222)
#define	INT_3D_ORDER_2_R(dr, ds, dt, x111, x211, x121, x221, x112, x212, x122, x222)
#define	INT_3D_ORDER_2_S(dr, ds, dt, x111, x211, x121, x221, x112, x212, x122, x222)
#define	INT_3D_ORDER_2_T(dr, ds, dt, x111, x211, x121, x221, x112, x212, x122, x222)
#define	ForBoundary(side, axis)

Functions
void	DPM1 (char filename[], int &idata, int &nd, int &ndrsab, int &nrsab, int &bc, int &share, int &per, int &ndr, const int &fileform, const int &dataform, char errmes[], int &ierr, const int len_filename, const int len_errmes)
void	DPM2 (int &ndra, int &ndrb, int &ndsa, int &ndsb, int &ndta, int &ndtb, int &ndr, int &ndrsab, int &nrsab, int &nd, real &xy, int &per, int &idata, char errmes[], const int &fileform, const int &dataform, int &ierr, const int len_errmes)
void	OPPLT3D (char filename[], int &iunit, int &fileFormat, int &ngd, int &ng, int &nx, int &ny, int &nz, const int len_filename)
void	RDPLT3D (int &fileFormat, int &iunit, const int &grid, int &nx, int &ny, int &nz, int &nd, int &ndra, int &ndrb, int &ndsa, int &ndsb, int &ndta, int &ndtb, real &xy, int &ierr)
void	CLOSEPLT3D (const int &iunit)
const realArray &DataPointMapping::	getDataPoints ()

Macro Definition Documentation

#define CANINVERT   canInvertWithGoodGuess

Referenced by DataPointMapping::setDataPoints(), DataPointMapping::setOrderOfInterpolation(), and DataPointMapping::update().

#define CLOSEPLT3D   EXTERN_C_NAME(closeplt3d)

#define DPM1   EXTERN_C_NAME(dpm1)

#define DPM2   EXTERN_C_NAME(dpm2)

#define ForBoundary	(		side,
			axis
	)

Value:

for( axis=0; axis<domainDimension; axis++ ) \
                                 for( side=0; side<=1; side++ )

Referenced by DataPointMapping::computeGhostPoints().

#define INT_1D_ORDER_2	(		dr,
			x111,
			x211
	)		( (1.-dr)*(x111)+dr*(x211) )

#define INT_1D_ORDER_2_R	(		dr,
			x111,
			x211
	)		( delta[0]*( (x211)-(x111) ) )

#define INT_2D_ORDER_2	(		dr,
			ds,
			x111,
			x211,
			x121,
			x221
	)		( (1.-ds)*((1.-dr)*(x111)+dr*(x211))+ds*((1.-dr)*(x121)+dr*(x221)) )

#define INT_2D_ORDER_2_R	(		dr,
			ds,
			x111,
			x211,
			x121,
			x221
	)		( ((1.-ds)*( (x211)-(x111) ) +ds*( (x221)-(x121) ))*delta[0] )

#define INT_2D_ORDER_2_S	(		dr,
			ds,
			x111,
			x211,
			x121,
			x221
	)		( ((1.-dr)*( (x121)-(x111) ) +dr*( (x221)-(x211) ))*delta[1] )

#define INT_3D_ORDER_2	(		dr,
			ds,
			dt,
			x111,
			x211,
			x121,
			x221,
			x112,
			x212,
			x122,
			x222
	)

Value:

(                                                    \
     (1.-dt)*((1.-ds)*((1.-dr)*(x111)+dr*(x211))+ds*((1.-dr)*(x121)+dr*(x221))) \
     +   dt *((1.-ds)*((1.-dr)*(x112)+dr*(x212))+ds*((1.-dr)*(x122)+dr*(x222))) )

#define INT_3D_ORDER_2_R	(		dr,
			ds,
			dt,
			x111,
			x211,
			x121,
			x221,
			x112,
			x212,
			x122,
			x222
	)

Value:

(                                                    \
     ( (1.-dt)*((1.-ds)*((x211)-(x111))+ds*((x221)-(x121))) \
   +       dt *((1.-ds)*((x212)-(x112))+ds*((x222)-(x122))) )*delta[0])

#define INT_3D_ORDER_2_S	(		dr,
			ds,
			dt,
			x111,
			x211,
			x121,
			x221,
			x112,
			x212,
			x122,
			x222
	)

Value:

(  \
     ( (1.-dt)*((1.-dr)*((x121)-(x111))+dr*((x221)-(x211))) \
   +       dt *((1.-dr)*((x122)-(x112))+dr*((x222)-(x212))) )*delta[1] )

#define INT_3D_ORDER_2_T	(		dr,
			ds,
			dt,
			x111,
			x211,
			x121,
			x221,
			x112,
			x212,
			x122,
			x222
	)

Value:

(                                                    \
     ( (1.-dr)*((1.-ds)*((x112)-(x111))+ds*((x122)-(x121))) \
  +        dr *((1.-ds)*((x212)-(x211))+ds*((x222)-(x221))) )*delta[2] )

#define OPPLT3D   EXTERN_C_NAME(opplt3d)

#define RDPLT3D   EXTERN_C_NAME(rdplt3d)

Function Documentation

void CLOSEPLT3D

(

const int &

iunit

)

void DPM1	(	char	filename[],
		int &	idata,
		int &	nd,
		int &	ndrsab,
		int &	nrsab,
		int &	bc,
		int &	share,
		int &	per,
		int &	ndr,
		const int &	fileform,
		const int &	dataform,
		char	errmes[],
		int &	ierr,
		const int	len_filename,
		const int	len_errmes
	)

void DPM2	(	int &	ndra,
		int &	ndrb,
		int &	ndsa,
		int &	ndsb,
		int &	ndta,
		int &	ndtb,
		int &	ndr,
		int &	ndrsab,
		int &	nrsab,
		int &	nd,
		real &	xy,
		int &	per,
		int &	idata,
		char	errmes[],
		const int &	fileform,
		const int &	dataform,
		int &	ierr,
		const int	len_errmes
	)

const realArray& DataPointMapping:: getDataPoints

(

)

void OPPLT3D	(	char	filename[],
		int &	iunit,
		int &	fileFormat,
		int &	ngd,
		int &	ng,
		int &	nx,
		int &	ny,
		int &	nz,
		const int	len_filename
	)

void RDPLT3D	(	int &	fileFormat,
		int &	iunit,
		const int &	grid,
		int &	nx,
		int &	ny,
		int &	nz,
		int &	nd,
		int &	ndra,
		int &	ndrb,
		int &	ndsa,
		int &	ndsb,
		int &	ndta,
		int &	ndtb,
		real &	xy,
		int &	ierr
	)