movingUpdateNew.C File Reference

#include "Ogen.h"
#include "PlotStuff.h"
#include "MappingRC.h"
#include "conversion.h"
#include "display.h"
#include "HDF_DataBase.h"
#include "ParallelUtility.h"

Include dependency graph for movingUpdateNew.C:

Macros
#define	GET_LOCAL(type, xd, xs)   type ## SerialArray & xs = xd
#define	GET_LOCAL_CONST(type, xd, xs)   const type ## SerialArray & xs = xd
#define	FORJP(k1, k2, k3, j1, j2, j3)   for( k3=j3Min; k3<=j3Max; k3++ ) { j3 = periodic[2] ? (k3+period[2])%period[2] : k3; for( k2=j2Min; k2<=j2Max; k2++ ) { j2 = periodic[1] ? (k2+period[1])%period[1] : k2; for( k1=j1Min; k1<=j1Max; k1++ ) { j1 = periodic[0] ? (k1+period[0])%period[0] : k1;
#define	ENDFORJP   }}}
#define	FORJP_STENCIL(k1, k2, k3, j1, j2, j3)   for( k3=stencil[2][0]; k3<=stencil[2][1]; k3++ ) { j3 = periodic2[2] ? (k3+period2[2])%period2[2] : k3; for( k2=stencil[1][0]; k2<=stencil[1][1]; k2++ ) { j2 = periodic2[1] ? (k2+period2[1])%period2[1] : k2; for( k1=stencil[0][0]; k1<=stencil[0][1]; k1++ ) { j1 = periodic2[0] ? (k1+period2[0])%period2[0] : k1;
#define	ENDFORJP_STENCIL   }}}
#define	adjustSizeMacro(x, n)   while( x.getLength() < n )x.addElement();while( x.getLength() > n )x.deleteElement()
#define	XC(iv, axis)   (xab[0][axis]+dvx[axis]*(iv[axis]-iv0[axis]))

Typedefs
typedef TrivialArray < BoundaryAdjustment, Range >	BoundaryAdjustmentArray
	The new moving grid generator (parallel version)
typedef TrivialArray < BoundaryAdjustmentArray, Range >	BoundaryAdjustmentArray2

Macro Definition Documentation

#define adjustSizeMacro	(		x,
			n
	)		while( x.getLength() < n )x.addElement();while( x.getLength() > n )x.deleteElement()

Referenced by Ogmg::buildExtraLevelsNew(), Ogen::generateInterpolationArrays(), and Ogen::movingUpdateNew().

#define ENDFORJP   }}}

Referenced by Ogen::movingUpdateNew().

#define ENDFORJP_STENCIL   }}}

Referenced by Ogen::movingUpdateNew().

#define FORJP	(		k1,
			k2,
			k3,
			j1,
			j2,
			j3
	)		for( k3=j3Min; k3<=j3Max; k3++ ) { j3 = periodic[2] ? (k3+period[2])%period[2] : k3; for( k2=j2Min; k2<=j2Max; k2++ ) { j2 = periodic[1] ? (k2+period[1])%period[1] : k2; for( k1=j1Min; k1<=j1Max; k1++ ) { j1 = periodic[0] ? (k1+period[0])%period[0] : k1;

Referenced by Ogen::movingUpdateNew().

#define FORJP_STENCIL	(		k1,
			k2,
			k3,
			j1,
			j2,
			j3
	)		for( k3=stencil[2][0]; k3<=stencil[2][1]; k3++ ) { j3 = periodic2[2] ? (k3+period2[2])%period2[2] : k3; for( k2=stencil[1][0]; k2<=stencil[1][1]; k2++ ) { j2 = periodic2[1] ? (k2+period2[1])%period2[1] : k2; for( k1=stencil[0][0]; k1<=stencil[0][1]; k1++ ) { j1 = periodic2[0] ? (k1+period2[0])%period2[0] : k1;

Referenced by Ogen::movingUpdateNew().

#define GET_LOCAL	(		type,
			xd,
			xs
	)		type ## SerialArray & xs = xd

Referenced by Ogen::movingUpdateNew().

#define GET_LOCAL_CONST	(		type,
			xd,
			xs
	)		const type ## SerialArray & xs = xd

#define XC	(		iv,
			axis
	)		(xab[0][axis]+dvx[axis]*(iv[axis]-iv0[axis]))

Typedef Documentation

typedef TrivialArray<BoundaryAdjustment,Range> BoundaryAdjustmentArray

The new moving grid generator (parallel version)

typedef TrivialArray<BoundaryAdjustmentArray,Range> BoundaryAdjustmentArray2