CanInterpolate.C File Reference

#include "CanInterpolate.h"
#include "ParallelUtility.h"

Include dependency graph for CanInterpolate.C:

Macros
#define	validRange(ks, kd)   pvr[(ks)+2*(kd)]
#define	validRange(ks, kd)   pvr[(ks)+2*(kd)]
#define	COMPOSITE_GRID_FOR_3(range, i, j, k)   for (k=((Integer*)(range))[4]; k<=((Integer*)(range))[5]; k++) for (j=((Integer*)(range))[2]; j<=((Integer*)(range))[3]; j++) for (i=((Integer*)(range))[0]; i<=((Integer*)(range))[1]; i++)
#define	g_boundaryCondition(i, j)   g_boundaryCondition_ [(i) + 2 * (j)]
#define	g_gridSpacing(i)   g_gridSpacing_ [(i)]
#define	g_indexRange(i, j)   g_indexRange_ [(i) + 2 * (j)]
#define	g_extendedIndexRange(i, j)   g_extendedIndexRange_[(i) + 2 * (j)]
#define	g_isCellCentered(i)   g_isCellCentered_ [(i)]
#define	g_isPeriodic(i)   g_isPeriodic_ [(i)]
#define	r_(i, j)   r__ [(i) + r_s * (j)]
#define	interpolationStencil_(i, j, k)   interpolationStencil__[(i) + iS_s1 * (j) + iS_s2 * (k)]
#define	useBackupRules_(i)   useBackupRules__ [(i)]
#define	iw0_(i)   iw0__ [(i)]
#define	validRange(ks, kd)   pValidRange[(ks)+2*(kd)]
#define	iab(i, j)   iab_[(i) + 2 * (j)]
#define	g_boundaryCondition(i, j)   g_boundaryCondition_ [(i) + 2 * (j)]
#define	g_dimension(i, j)   g_dimension_ [(i) + 2 * (j)]
#define	g_discretizationWidth(i)   g_discretizationWidth_[(i)]
#define	g_gridSpacing(i)   g_gridSpacing_ [(i)]
#define	g_indexRange(i, j)   g_indexRange_ [(i) + 2 * (j)]
#define	g_extendedIndexRange(i, j)   g_extendedIndexRange_ [(i) + 2 * (j)]
#define	g_isCellCentered(i)   g_isCellCentered_ [(i)]
#define	g_isPeriodic(i)   g_isPeriodic_ [(i)]
#define	r_(i, j)   r__ [(i) + r_s * (j)]
#define	useBackupRules_(i)   useBackupRules__ [(i)]
#define	ok_(i)   ok__ [(i)]
#define	iw0_(i)   iw0__ [(i)]
#define	ov0_(i)   ov0__ [(i)]
#define	g_mask(i0, i1, i2)   maskp[i0+maskDim0*(i1+maskDim1*(i2))]
#define	validRange(ks, kd)   pValidRange[(ks)+2*(kd)]
#define	iab2_(i, j, k)   iab2__[(j) + 2 * (k)]

Macro Definition Documentation

#define COMPOSITE_GRID_FOR_3	(		range,
			i,
			j,
			k
	)		for (k=((Integer*)(range))[4]; k<=((Integer*)(range))[5]; k++) for (j=((Integer*)(range))[2]; j<=((Integer*)(range))[3]; j++) for (i=((Integer*)(range))[0]; i<=((Integer*)(range))[1]; i++)

Referenced by CanInterpolate::cgCanInterpolate().

#define g_boundaryCondition	(		i,
			j
	)		g_boundaryCondition_ [(i) + 2 * (j)]

#define g_boundaryCondition	(		i,
			j
	)		g_boundaryCondition_ [(i) + 2 * (j)]

#define g_dimension	(		i,
			j
	)		g_dimension_ [(i) + 2 * (j)]

#define g_discretizationWidth

(

i

)

g_discretizationWidth_[(i)]

#define g_extendedIndexRange	(		i,
			j
	)		g_extendedIndexRange_[(i) + 2 * (j)]

#define g_extendedIndexRange	(		i,
			j
	)		g_extendedIndexRange_ [(i) + 2 * (j)]

#define g_gridSpacing

(

i

)

g_gridSpacing_ [(i)]

#define g_gridSpacing

(

i

)

g_gridSpacing_ [(i)]

#define g_indexRange	(		i,
			j
	)		g_indexRange_ [(i) + 2 * (j)]

#define g_indexRange	(		i,
			j
	)		g_indexRange_ [(i) + 2 * (j)]

#define g_isCellCentered

(

i

)

g_isCellCentered_ [(i)]

#define g_isCellCentered

(

i

)

g_isCellCentered_ [(i)]

#define g_isPeriodic

(

i

)

g_isPeriodic_ [(i)]

#define g_isPeriodic

(

i

)

g_isPeriodic_ [(i)]

#define g_mask	(		i0,
			i1,
			i2
	)		maskp[i0+maskDim0*(i1+maskDim1*(i2))]

#define iab	(		i,
			j
	)		iab_[(i) + 2 * (j)]

#define iab2_	(		i,
			j,
			k
	)		iab2__[(j) + 2 * (k)]

#define interpolationStencil_	(		i,
			j,
			k
	)		interpolationStencil__[(i) + iS_s1 * (j) + iS_s2 * (k)]

#define iw0_

(

i

)

iw0__ [(i)]

#define iw0_

(

i

)

iw0__ [(i)]

#define ok_

(

i

)

ok__ [(i)]

#define ov0_

(

i

)

ov0__ [(i)]

#define r_	(		i,
			j
	)		r__ [(i) + r_s * (j)]

#define r_	(		i,
			j
	)		r__ [(i) + r_s * (j)]

#define useBackupRules_

(

i

)

useBackupRules__ [(i)]

#define useBackupRules_

(

i

)

useBackupRules__ [(i)]

#define validRange	(		ks,
			kd
	)		pvr[(ks)+2*(kd)]

Referenced by CanInterpolate::canInterpolate(), CanInterpolate::canInterpolateOld(), CanInterpolate::cgCanInterpolate(), and CanInterpolate::getInterpolationStencil().

#define validRange	(		ks,
			kd
	)		pvr[(ks)+2*(kd)]

#define validRange	(		ks,
			kd
	)		pValidRange[(ks)+2*(kd)]

#define validRange	(		ks,
			kd
	)		pValidRange[(ks)+2*(kd)]