Multi-point loop related definitions/macros. More...

This graph shows which files directly or indirectly include this file:

Macros
#define	USE_MEMCPY 1
	MOST GENERAL LOOP copy. More...

#define	GENFORALL(iter, src, dest, numelem) memcpy(dest, src, numelem*sizeof(src[0]))
	applies to continugous memory regions (i.e. feed single pointer for source, size of data to copy in its own dimensions) More...

#define	GENFORALLOVERLAP(iter, src, dest, numelem) memmove(dest, src, numelem*sizeof(src[0]))

#define	LOOPF3 for(k=INFULL3;k<=OUTFULL3;k++)
	Many-point loops (but not computational) More...

#define	LOOPF2 for(j=INFULL2;j<=OUTFULL2;j++)

#define	LOOPF1 for(i=INFULL1;i<=OUTFULL1;i++)

#define	LOOPFPM3 for(k=INFULL3-SHIFT3;k<=OUTFULL3+SHIFT3;k++)
	only used to initialize emf[] More...

#define	LOOPFPM2 for(j=INFULL2-SHIFT2;j<=OUTFULL2+SHIFT2;j++)

#define	LOOPFPM1 for(i=INFULL1-SHIFT1;i<=OUTFULL1+SHIFT1;i++)

#define	LOOPFP13 for(k=INFULL3;k<=OUTFULLP13;k++)
	full loop + 1 on outer edge for emf or corner quantities More...

#define	LOOPFP12 for(j=INFULL2;j<=OUTFULLP12;j++)

#define	LOOPFP11 for(i=INFULL1;i<=OUTFULLP11;i++)

#define	LOOPH3 for(k=INHALF3;k<=OUTHALF3;k++)
	full loop + 1 (shift away from boundary) on inner edge for comptuing emf or corner quantities More...

#define	LOOPH2 for(j=INHALF2;j<=OUTHALF2;j++)

#define	LOOPH1 for(i=INHALF1;i<=OUTHALF1;i++)

#define	LOOPP13 for(k=INP13;k<=OUTP13;k++)

#define	LOOPP12 for(j=INP12;j<=OUTP12;j++)

#define	LOOPP11 for(i=INP11;i<=OUTP11;i++)

#define	LOOPN3 for(k=0;k<=N3-1;k++)

#define	LOOPN2 for(j=0;j<=N2-1;j++)

#define	LOOPN1 for(i=0;i<=N1-1;i++)

#define	LOOPFMHP3 for(k=INFULL3;k<=OUTHALF3;k++)

#define	LOOPFMHP2 for(j=INFULL2;j<=OUTHALF2;j++)

#define	LOOPFMHP1 for(i=INFULL1;i<=OUTHALF1;i++)

#define	LOOPHMFP3 for(k=INHALF3;k<=OUTFULL3;k++)

#define	LOOPHMFP2 for(j=INHALF2;j<=OUTFULL2;j++)

#define	LOOPHMFP1 for(i=INHALF1;i<=OUTFULL1;i++)

#define	LOOPHP3 for(k=0;k<=OUTHALF3;k++)

#define	LOOPHP2 for(j=0;j<=OUTHALF2;j++)

#define	LOOPHP1 for(i=0;i<=OUTHALF1;i++)

#define	LOOPINT3 for(k=intix3;k<intox3;k++)

#define	LOOPINT2 for(j=intix2;j<intox2;j++)

#define	LOOPINT1 for(i=intix1;i<intox1;i++)

#define	SUPERGENLOOP1(i, istart, istop, di) for((i)=(istart);(di>0 ? (i)<=(istop) : (i)>=(istop)); (i)+=(di))
	SUPERGEN and GEN are super general and general, but still to be used with only spatial arrays related to spatial (N1,N2,N3) directions in i,j,k. More...

#define	SUPERGENLOOP2(j, jstart, jstop, dj) for((j)=(jstart);(dj>0 ? (j)<=(jstop) : (j)>=(jstop)); (j)+=(dj))

#define	SUPERGENLOOP3(k, kstart, kstop, dk) for((k)=(kstart);(dk>0 ? (k)<=(kstop) : (k)>=(kstop)); (k)+=(dk))

#define	GENLOOP1(i, istart, istop) SUPERGENLOOP1(i,istart,istop,1)

#define	GENLOOP2(j, jstart, jstop) SUPERGENLOOP2(j,jstart,jstop,1)

#define	GENLOOP3(k, kstart, kstop) SUPERGENLOOP3(k,kstart,kstop,1)

#define	ZSLOOP1(istart, istop) SUPERGENLOOP1(i,istart,istop,1)

#define	ZSLOOP2(jstart, jstop) SUPERGENLOOP2(j,jstart,jstop,1)

#define	ZSLOOP3(kstart, kstop) SUPERGENLOOP3(k,kstart,kstop,1)

#define	LOOPC3 LOOPN3

#define	LOOPC2 LOOPN2

#define	LOOPC1 LOOPN1

#define	SUPERGENLOOP(i, j, k, istart, istop, jstart, jstop, kstart, kstop, di, dj, dk) LOOPORDER1(SUPERGENLOOP1(i,istart,istop,di),SUPERGENLOOP2(j,jstart,jstop,dj),SUPERGENLOOP3(k,kstart,kstop,dk)) LOOPORDER2(SUPERGENLOOP1(i,istart,istop,di),SUPERGENLOOP2(j,jstart,jstop,dj),SUPERGENLOOP3(k,kstart,kstop,dk)) LOOPORDER3(SUPERGENLOOP1(i,istart,istop,di),SUPERGENLOOP2(j,jstart,jstop,dj),SUPERGENLOOP3(k,kstart,kstop,dk))
	below are different ways of combining each spatial direction More...

#define	GENLOOP(i, j, k, istart, istop, jstart, jstop, kstart, kstop) LOOPORDER1(GENLOOP1(i,istart,istop),GENLOOP2(j,jstart,jstop),GENLOOP3(k,kstart,kstop)) LOOPORDER2(GENLOOP1(i,istart,istop),GENLOOP2(j,jstart,jstop),GENLOOP3(k,kstart,kstop)) LOOPORDER3(GENLOOP1(i,istart,istop),GENLOOP2(j,jstart,jstop),GENLOOP3(k,kstart,kstop))
	general loop for any indicies More...

#define	ZSLOOP(istart, istop, jstart, jstop, kstart, kstop) LOOPORDER1(ZSLOOP1(istart,istop),ZSLOOP2(jstart,jstop),ZSLOOP3(kstart,kstop)) LOOPORDER2(ZSLOOP1(istart,istop),ZSLOOP2(jstart,jstop),ZSLOOP3(kstart,kstop)) LOOPORDER3(ZSLOOP1(istart,istop),ZSLOOP2(jstart,jstop),ZSLOOP3(kstart,kstop))
	general loop, but assumes i,j,k used More...

#define	LOOPF LOOPORDER1(LOOPF1,LOOPF2,LOOPF3) LOOPORDER2(LOOPF1,LOOPF2,LOOPF3) LOOPORDER3(LOOPF1,LOOPF2,LOOPF3)
	below used for initialization and such, not a computational issue More...

#define	LOOPFPM LOOPORDER1(LOOPF1,LOOPFPM2,LOOPFPM3) LOOPORDER2(LOOPFPM1,LOOPFPM2,LOOPFPM3) LOOPORDER3(LOOPFPM1,LOOPFPM2,LOOPFPM3)

#define	FULLLOOPPM LOOPFPM

#define	LOOPF_12 LOOPORDER1(LOOPF1,LOOPF2,) LOOPORDER2(LOOPF1,LOOPF2,) LOOPORDER3(LOOPF1,LOOPF2,)

#define	LOOPF_13 LOOPORDER1(LOOPF1,,LOOPF3) LOOPORDER2(LOOPF1,,LOOPF3) LOOPORDER3(LOOPF1,,LOOPF3)

#define	LOOPF_23 LOOPORDER1(,LOOPF2,LOOPF3) LOOPORDER2(,LOOPF2,LOOPF3) LOOPORDER3(,LOOPF2,LOOPF3)

#define	LOOPH LOOPORDER1(LOOPH1,LOOPH2,LOOPH3) LOOPORDER2(LOOPH1,LOOPH2,LOOPH3) LOOPORDER3(LOOPH1,LOOPH2,LOOPH3)

#define	LOOPP1 LOOPORDER1(LOOPP11,LOOPP12,LOOPP13) LOOPORDER2(LOOPP11,LOOPP12,LOOPP13) LOOPORDER3(LOOPP11,LOOPP12,LOOPP13)

#define	LOOP LOOPORDER1(LOOPN1,LOOPN2,LOOPN3) LOOPORDER2(LOOPN1,LOOPN2,LOOPN3) LOOPORDER3(LOOPN1,LOOPN2,LOOPN3)

#define	LOOPFMHP LOOPORDER1(LOOPFMHP1,LOOPFMHP2,LOOPFMHP3) LOOPORDER2(LOOPFMHP1,LOOPFMHP2,LOOPFMHP3) LOOPORDER3(LOOPFMHP1,LOOPFMHP2,LOOPFMHP3)

#define	LOOPHMFP LOOPORDER1(LOOPHMFP1,LOOPHMFP2,LOOPHMFP3) LOOPORDER2(LOOPHMFP1,LOOPHMFP2,LOOPHMFP3) LOOPORDER3(LOOPHMFP1,LOOPHMFP2,LOOPHMFP3)

#define	LOOPHP LOOPORDER1(LOOPHP1,LOOPHP2,LOOPHP3) LOOPORDER2(LOOPHP1,LOOPHP2,LOOPHP3) LOOPORDER3(LOOPHP1,LOOPHP2,LOOPHP3)

#define	LOOPC LOOPORDER1(LOOPC1,LOOPC2,LOOPC3) LOOPORDER2(LOOPC1,LOOPC2,LOOPC3) LOOPORDER3(LOOPC1,LOOPC2,LOOPC3)

#define	FULLLOOP LOOPF

#define	FULLLOOPP1 LOOPORDER1(LOOPFP11,LOOPFP12,LOOPFP13) LOOPORDER2(LOOPFP11,LOOPFP12,LOOPFP13) LOOPORDER3(LOOPFP11,LOOPFP12,LOOPFP13)
	larger loop than full for cornered quantities such as emf defined on corners that need to be initialized for boundary condition reasons More...

#define	LOOPDIVB LOOPORDER1(LOOPC1,LOOPC2,LOOPC3) LOOPORDER2(LOOPC1,LOOPC2,LOOPC3) LOOPORDER3(LOOPC1,LOOPC2,LOOPC3)
	divb loop (for diagnostics only) More...

#define	LOOPFC LOOPF
	below are not original multi-D combindations, just renamings that have no control over order of dimensions More...

#define	LOOPHC LOOPH

#define	LOOPFMHPC LOOPFMHP

#define	LOOPHMFPC LOOPHMFP

#define	LOOPHPC LOOPHP

#define	ZLOOP ZSLOOP(0,N1-1,0,N2-1,0,N3-1)

Detailed Description

Multi-point loop related definitions/macros.

LOOPS (not computational, but not per-point. So still over i,j,k but diagnostic or other).

Definition in file global.loops.manypoints.h.

Macro Definition Documentation

#define FULLLOOP LOOPF

Definition at line 165 of file global.loops.manypoints.h.

#define FULLLOOPP1 LOOPORDER1(LOOPFP11,LOOPFP12,LOOPFP13) LOOPORDER2(LOOPFP11,LOOPFP12,LOOPFP13) LOOPORDER3(LOOPFP11,LOOPFP12,LOOPFP13)

larger loop than full for cornered quantities such as emf defined on corners that need to be initialized for boundary condition reasons

Definition at line 167 of file global.loops.manypoints.h.

#define FULLLOOPPM LOOPFPM

Definition at line 153 of file global.loops.manypoints.h.

#define GENFORALL	(	iter,
		src,
		dest,
		numelem
	)	memcpy(dest, src, numelem*sizeof(src[0]))

applies to continugous memory regions (i.e. feed single pointer for source, size of data to copy in its own dimensions)

Definition at line 24 of file global.loops.manypoints.h.

#define GENFORALLOVERLAP	(	iter,
		src,
		dest,
		numelem
	)	memmove(dest, src, numelem*sizeof(src[0]))

Definition at line 25 of file global.loops.manypoints.h.

#define GENLOOP	(	i,
		j,
		k,
		istart,
		istop,
		jstart,
		jstop,
		kstart,
		kstop
	)	LOOPORDER1(GENLOOP1(i,istart,istop),GENLOOP2(j,jstart,jstop),GENLOOP3(k,kstart,kstop)) LOOPORDER2(GENLOOP1(i,istart,istop),GENLOOP2(j,jstart,jstop),GENLOOP3(k,kstart,kstop)) LOOPORDER3(GENLOOP1(i,istart,istop),GENLOOP2(j,jstart,jstop),GENLOOP3(k,kstart,kstop))

general loop for any indicies

Definition at line 145 of file global.loops.manypoints.h.

#define GENLOOP1	(	i,
		istart,
		istop
	)	SUPERGENLOOP1(i,istart,istop,1)

Definition at line 117 of file global.loops.manypoints.h.

#define GENLOOP2	(	j,
		jstart,
		jstop
	)	SUPERGENLOOP2(j,jstart,jstop,1)

Definition at line 118 of file global.loops.manypoints.h.

#define GENLOOP3	(	k,
		kstart,
		kstop
	)	SUPERGENLOOP3(k,kstart,kstop,1)

Definition at line 119 of file global.loops.manypoints.h.

#define LOOP LOOPORDER1(LOOPN1,LOOPN2,LOOPN3) LOOPORDER2(LOOPN1,LOOPN2,LOOPN3) LOOPORDER3(LOOPN1,LOOPN2,LOOPN3)

Definition at line 160 of file global.loops.manypoints.h.

#define LOOPC LOOPORDER1(LOOPC1,LOOPC2,LOOPC3) LOOPORDER2(LOOPC1,LOOPC2,LOOPC3) LOOPORDER3(LOOPC1,LOOPC2,LOOPC3)

Definition at line 164 of file global.loops.manypoints.h.

#define LOOPC1 LOOPN1

Definition at line 127 of file global.loops.manypoints.h.

#define LOOPC2 LOOPN2

Definition at line 126 of file global.loops.manypoints.h.

#define LOOPC3 LOOPN3

Definition at line 125 of file global.loops.manypoints.h.

#define LOOPDIVB LOOPORDER1(LOOPC1,LOOPC2,LOOPC3) LOOPORDER2(LOOPC1,LOOPC2,LOOPC3) LOOPORDER3(LOOPC1,LOOPC2,LOOPC3)

divb loop (for diagnostics only)

boundary zones may not require divb=0 since proxy for flux

Definition at line 171 of file global.loops.manypoints.h.

#define LOOPF LOOPORDER1(LOOPF1,LOOPF2,LOOPF3) LOOPORDER2(LOOPF1,LOOPF2,LOOPF3) LOOPORDER3(LOOPF1,LOOPF2,LOOPF3)

below used for initialization and such, not a computational issue

Definition at line 149 of file global.loops.manypoints.h.

#define LOOPF1 for(i=INFULL1;i<=OUTFULL1;i++)

Definition at line 57 of file global.loops.manypoints.h.

#define LOOPF2 for(j=INFULL2;j<=OUTFULL2;j++)

Definition at line 56 of file global.loops.manypoints.h.

#define LOOPF3 for(k=INFULL3;k<=OUTFULL3;k++)

Many-point loops (but not computational)

below are each per-spatial-dimension loops used later to contruct a multi-dimensionan loop of any orderthese loops used for general purposes

Definition at line 55 of file global.loops.manypoints.h.

#define LOOPF_12 LOOPORDER1(LOOPF1,LOOPF2,) LOOPORDER2(LOOPF1,LOOPF2,) LOOPORDER3(LOOPF1,LOOPF2,)

Definition at line 155 of file global.loops.manypoints.h.

#define LOOPF_13 LOOPORDER1(LOOPF1,,LOOPF3) LOOPORDER2(LOOPF1,,LOOPF3) LOOPORDER3(LOOPF1,,LOOPF3)

Definition at line 156 of file global.loops.manypoints.h.

#define LOOPF_23 LOOPORDER1(,LOOPF2,LOOPF3) LOOPORDER2(,LOOPF2,LOOPF3) LOOPORDER3(,LOOPF2,LOOPF3)

Definition at line 157 of file global.loops.manypoints.h.

#define LOOPFC LOOPF

below are not original multi-D combindations, just renamings that have no control over order of dimensions

Definition at line 186 of file global.loops.manypoints.h.

#define LOOPFMHP LOOPORDER1(LOOPFMHP1,LOOPFMHP2,LOOPFMHP3) LOOPORDER2(LOOPFMHP1,LOOPFMHP2,LOOPFMHP3) LOOPORDER3(LOOPFMHP1,LOOPFMHP2,LOOPFMHP3)

Definition at line 161 of file global.loops.manypoints.h.

#define LOOPFMHP1 for(i=INFULL1;i<=OUTHALF1;i++)

Definition at line 95 of file global.loops.manypoints.h.

#define LOOPFMHP2 for(j=INFULL2;j<=OUTHALF2;j++)

Definition at line 94 of file global.loops.manypoints.h.

#define LOOPFMHP3 for(k=INFULL3;k<=OUTHALF3;k++)

Definition at line 93 of file global.loops.manypoints.h.

#define LOOPFMHPC LOOPFMHP

Definition at line 188 of file global.loops.manypoints.h.

#define LOOPFP11 for(i=INFULL1;i<=OUTFULLP11;i++)

Definition at line 68 of file global.loops.manypoints.h.

#define LOOPFP12 for(j=INFULL2;j<=OUTFULLP12;j++)

Definition at line 67 of file global.loops.manypoints.h.

#define LOOPFP13 for(k=INFULL3;k<=OUTFULLP13;k++)

full loop + 1 on outer edge for emf or corner quantities

Definition at line 66 of file global.loops.manypoints.h.

#define LOOPFPM LOOPORDER1(LOOPF1,LOOPFPM2,LOOPFPM3) LOOPORDER2(LOOPFPM1,LOOPFPM2,LOOPFPM3) LOOPORDER3(LOOPFPM1,LOOPFPM2,LOOPFPM3)

Definition at line 151 of file global.loops.manypoints.h.

#define LOOPFPM1 for(i=INFULL1-SHIFT1;i<=OUTFULL1+SHIFT1;i++)

Definition at line 62 of file global.loops.manypoints.h.

#define LOOPFPM2 for(j=INFULL2-SHIFT2;j<=OUTFULL2+SHIFT2;j++)

Definition at line 61 of file global.loops.manypoints.h.

#define LOOPFPM3 for(k=INFULL3-SHIFT3;k<=OUTFULL3+SHIFT3;k++)

only used to initialize emf[]

Definition at line 60 of file global.loops.manypoints.h.

#define LOOPH LOOPORDER1(LOOPH1,LOOPH2,LOOPH3) LOOPORDER2(LOOPH1,LOOPH2,LOOPH3) LOOPORDER3(LOOPH1,LOOPH2,LOOPH3)

Definition at line 158 of file global.loops.manypoints.h.

#define LOOPH1 for(i=INHALF1;i<=OUTHALF1;i++)

Definition at line 83 of file global.loops.manypoints.h.

#define LOOPH2 for(j=INHALF2;j<=OUTHALF2;j++)

Definition at line 82 of file global.loops.manypoints.h.

#define LOOPH3 for(k=INHALF3;k<=OUTHALF3;k++)

full loop + 1 (shift away from boundary) on inner edge for comptuing emf or corner quantities

Definition at line 81 of file global.loops.manypoints.h.

#define LOOPHC LOOPH

Definition at line 187 of file global.loops.manypoints.h.

#define LOOPHMFP LOOPORDER1(LOOPHMFP1,LOOPHMFP2,LOOPHMFP3) LOOPORDER2(LOOPHMFP1,LOOPHMFP2,LOOPHMFP3) LOOPORDER3(LOOPHMFP1,LOOPHMFP2,LOOPHMFP3)

Definition at line 162 of file global.loops.manypoints.h.

#define LOOPHMFP1 for(i=INHALF1;i<=OUTFULL1;i++)

Definition at line 99 of file global.loops.manypoints.h.

#define LOOPHMFP2 for(j=INHALF2;j<=OUTFULL2;j++)

Definition at line 98 of file global.loops.manypoints.h.

#define LOOPHMFP3 for(k=INHALF3;k<=OUTFULL3;k++)

Definition at line 97 of file global.loops.manypoints.h.

#define LOOPHMFPC LOOPHMFP

Definition at line 189 of file global.loops.manypoints.h.

#define LOOPHP LOOPORDER1(LOOPHP1,LOOPHP2,LOOPHP3) LOOPORDER2(LOOPHP1,LOOPHP2,LOOPHP3) LOOPORDER3(LOOPHP1,LOOPHP2,LOOPHP3)

Definition at line 163 of file global.loops.manypoints.h.

#define LOOPHP1 for(i=0;i<=OUTHALF1;i++)

Definition at line 103 of file global.loops.manypoints.h.

#define LOOPHP2 for(j=0;j<=OUTHALF2;j++)

Definition at line 102 of file global.loops.manypoints.h.

#define LOOPHP3 for(k=0;k<=OUTHALF3;k++)

Definition at line 101 of file global.loops.manypoints.h.

#define LOOPHPC LOOPHP

Definition at line 190 of file global.loops.manypoints.h.

#define LOOPINT1 for(i=intix1;i<intox1;i++)

Definition at line 107 of file global.loops.manypoints.h.

#define LOOPINT2 for(j=intix2;j<intox2;j++)

Definition at line 106 of file global.loops.manypoints.h.

#define LOOPINT3 for(k=intix3;k<intox3;k++)

Definition at line 105 of file global.loops.manypoints.h.

#define LOOPN1 for(i=0;i<=N1-1;i++)

Definition at line 91 of file global.loops.manypoints.h.

#define LOOPN2 for(j=0;j<=N2-1;j++)

Definition at line 90 of file global.loops.manypoints.h.

#define LOOPN3 for(k=0;k<=N3-1;k++)

Definition at line 89 of file global.loops.manypoints.h.

#define LOOPP1 LOOPORDER1(LOOPP11,LOOPP12,LOOPP13) LOOPORDER2(LOOPP11,LOOPP12,LOOPP13) LOOPORDER3(LOOPP11,LOOPP12,LOOPP13)

Definition at line 159 of file global.loops.manypoints.h.

#define LOOPP11 for(i=INP11;i<=OUTP11;i++)

Definition at line 87 of file global.loops.manypoints.h.

#define LOOPP12 for(j=INP12;j<=OUTP12;j++)

Definition at line 86 of file global.loops.manypoints.h.

#define LOOPP13 for(k=INP13;k<=OUTP13;k++)

Definition at line 85 of file global.loops.manypoints.h.

#define SUPERGENLOOP	(	i,
		j,
		k,
		istart,
		istop,
		jstart,
		jstop,
		kstart,
		kstop,
		di,
		dj,
		dk
	)	LOOPORDER1(SUPERGENLOOP1(i,istart,istop,di),SUPERGENLOOP2(j,jstart,jstop,dj),SUPERGENLOOP3(k,kstart,kstop,dk)) LOOPORDER2(SUPERGENLOOP1(i,istart,istop,di),SUPERGENLOOP2(j,jstart,jstop,dj),SUPERGENLOOP3(k,kstart,kstop,dk)) LOOPORDER3(SUPERGENLOOP1(i,istart,istop,di),SUPERGENLOOP2(j,jstart,jstop,dj),SUPERGENLOOP3(k,kstart,kstop,dk))

below are different ways of combining each spatial direction

general loop for any indicies

Definition at line 143 of file global.loops.manypoints.h.

#define SUPERGENLOOP1	(	i,
		istart,
		istop,
		di
	)	for((i)=(istart);(di>0 ? (i)<=(istop) : (i)>=(istop)); (i)+=(di))

SUPERGEN and GEN are super general and general, but still to be used with only spatial arrays related to spatial (N1,N2,N3) directions in i,j,k.

Can create non-spatial general loop if required PACKLOOP() in boundmpi.c and PACKLOOP_INT() boundmpiint.c uses these correctly since refer to i,j,k in correct order SUPERGENLOOP() as used in interpline.c is correct since always refer to i,j,k in correct order GENLOOP() in diag.c correctly uses i,j,k in order

Definition at line 113 of file global.loops.manypoints.h.

#define SUPERGENLOOP2	(	j,
		jstart,
		jstop,
		dj
	)	for((j)=(jstart);(dj>0 ? (j)<=(jstop) : (j)>=(jstop)); (j)+=(dj))

Definition at line 114 of file global.loops.manypoints.h.

#define SUPERGENLOOP3	(	k,
		kstart,
		kstop,
		dk
	)	for((k)=(kstart);(dk>0 ? (k)<=(kstop) : (k)>=(kstop)); (k)+=(dk))

Definition at line 115 of file global.loops.manypoints.h.

#define USE_MEMCPY 1

MOST GENERAL LOOP copy.

While fast, does not allow for control over loop order in memory.Sasha's dad and google say memcopy() and memmove() can be much faster than loop if compiler doesn't recognize this optimization. So best to force it in simple cases

Definition at line 19 of file global.loops.manypoints.h.

#define ZLOOP ZSLOOP(0,N1-1,0,N2-1,0,N3-1)

Definition at line 191 of file global.loops.manypoints.h.

#define ZSLOOP	(	istart,
		istop,
		jstart,
		jstop,
		kstart,
		kstop
	)	LOOPORDER1(ZSLOOP1(istart,istop),ZSLOOP2(jstart,jstop),ZSLOOP3(kstart,kstop)) LOOPORDER2(ZSLOOP1(istart,istop),ZSLOOP2(jstart,jstop),ZSLOOP3(kstart,kstop)) LOOPORDER3(ZSLOOP1(istart,istop),ZSLOOP2(jstart,jstop),ZSLOOP3(kstart,kstop))

general loop, but assumes i,j,k used

Definition at line 147 of file global.loops.manypoints.h.

#define ZSLOOP1	(	istart,
		istop
	)	SUPERGENLOOP1(i,istart,istop,1)

Definition at line 121 of file global.loops.manypoints.h.

#define ZSLOOP2	(	jstart,
		jstop
	)	SUPERGENLOOP2(j,jstart,jstop,1)

Definition at line 122 of file global.loops.manypoints.h.

#define ZSLOOP3	(	kstart,
		kstop
	)	SUPERGENLOOP3(k,kstart,kstop,1)

Definition at line 123 of file global.loops.manypoints.h.

Macros

Detailed Description

Macro Definition Documentation