global.loops.perpoint.h File Reference

Single-point loop related definitions/macros PER-POINT LOOPS. More...

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Macros
#define	PLOOP(pliter, pl)   for(pliter=nprstart,pl=nprlist[pliter];pliter<=nprend;pliter++,pl=nprlist[pliter])
	PLOOP controls looping over conserved or primitive -type quantities except during interpolation or other listed below. More...
#define	PRIMLOOP(pliter, pl)   PLOOP(pliter,pl)
#define	PINTERPLOOP(pliter, pl)   for(pliter=npr2interpstart,pl=npr2interplist[pliter];pliter<=npr2interpend;pliter++,pl=npr2interplist[pliter])
#define	PNOTINTERPLOOP(pliter, pl)   for(pliter=npr2notinterpstart,pl=npr2notinterplist[pliter];pliter<=npr2notinterpend;pliter++,pl=npr2notinterplist[pliter])
#define	PBOUNDLOOP(pliter, pl)   for(pliter=nprboundstart,pl=nprboundlist[pliter];pliter<=nprboundend;pliter++,pl=nprboundlist[pliter])
	loop over all bounding Primitive variables More...
#define	PFLUXBOUNDLOOP(pliter, pl)   for(pliter=nprfluxboundstart,pl=nprfluxboundlist[pliter];pliter<=nprfluxboundend;pliter++,pl=nprfluxboundlist[pliter])
	loop over all bounding flux variables More...
#define	PDUMPLOOP(pliter, pd)   for(pliter=nprdumpstart,pd=nprdumplist[pliter];pliter<=nprdumpend;pliter++,pd=nprdumplist[pliter])
	loop over all dumped Primitive variables More...
#define	PINVERTLOOP(pliter, pi)   for(pliter=nprinvertstart,pl=nprinvertlist[pliter];pliter<=nprinvertend;pliter++,pl=nprinvertlist[pliter])
	loop over all inversion Primitive variables – only over 5 quantities (not field) More...
#define	NUMPRIMLOOP(pliter, pl)   for(pliter=nprlocalstart,pl=nprlocallist[pliter];pliter<=nprlocalend;pliter++,pl=nprlocallist[pliter])
	to be used locally: More...
#define	PALLLOOP(pl)   for(pl=0;pl<NPR;pl++)
	always goes over all conserved More...
#define	PALLLOOPSPECIAL(pl, special)   for(pl=0;pl<NPR+special;pl++)
#define	PLOOPSPECIALONLY(pl, special)   for(pl=NPR;pl<NPR+special;pl++)
#define	PALLREALLOOP(pl)   for(pl=0;pl<NPRREALSET;pl++)
	always goes over all conserved More...
#define	PMAXNPRLOOP(pl)   for(pl=0;pl<MAXNPR;pl++)
	goes over all/any npr lists for copying one list to another More...
#define	PLOOPALLINVERT(pl)   for(pl=0;pl<=B3;pl++)
	always goes over all standard invertable quantities for inversion to operate normally More...
#define	PLOOPALLINTERP(pl)   for(pl=0;pl<NPR2INTERP;pl++)
	always goes over all interpolatable primitives More...
#define	PDIAGLOOP(pl)   PALLLOOP(pl)
	always goes over all primitives More...
#define	PLOOPNOB1(pl)   for(pl=0;pl<B1;pl++)
#define	PLOOPBONLY(pl)   for(pl=B1;pl<=B3;pl++)
#define	PLOOPNOB2(pl)   for(pl=B3+1;pl<NPR;pl++)
#define	PLOOPNOB2SPECIAL(pl, special)   for(pl=B3+1;pl<NPR+special;pl++)
#define	PLOOPRADONLY(pl)   for(pl=PRAD0;pl<=PRAD3;pl++)
#define	DLOOP(j, k)   for(j=0;j<NDIM;j++)for(k=0;k<NDIM;k++)
	loop over all Dimensions; second rank loop More...
#define	DLOOPA(j)   for(j=0;j<NDIM;j++)
	loop over all Dimensions; first rank loop More...
#define	SLOOP(j, k)   for(j=1;j<NDIM;j++)for(k=1;k<NDIM;k++)
	loop over all Space dimensions; second rank loop More...
#define	SLOOPA(j)   for(j=1;j<NDIM;j++)
	loop over all Space dimensions; first rank loop More...
#define	DSLOOP(j, k)   for(j=0;j<NDIM;j++)for(k=1;k<NDIM;k++)
	loop over all for j and Space for k; second rank loop More...
#define	SSLOOP(j, k)   for(j=1;j<NDIM;j++)for(k=1;k<NDIM;k++)
	space-space More...
#define	SDLOOP(j, k)   for(j=1;j<NDIM;j++)for(k=0;k<NDIM;k++)
	loop over all for k and Space for j; second rank loop More...
#define	DIRLOOP(dir)   for(dir=0;dir<COMPDIM*2;dir++)
	loop over directions More...
#define	DIRSIGNLOOP(dirsign)   for(dirsign=-1;dirsign<=1;dirsign+=2)
#define	DIMENLOOP(dir)   for(dir=1;dir<=COMPDIM;dir++)
#define	GRIDLOOP(gridpos)   for(gridpos=0;gridpos<NPG;gridpos++)
	loop over grid positions (used for file writing since not normally done) More...
#define	FBOUNDLOOP(ff)   for(ff=0;ff<NUMPFLAGSBOUND;ff++)
	PER-POINT LOOPS (MORE RELATED TO NOT BEING PRIMITIVE OR CONSERVED) More...
#define	JETLOOP(jetio)   for(jetio=0;jetio<NUMJETS;jetio++)
	loop over jet regions More...
#define	ENERREGIONLOOP(enerregion)   for(enerregion=0;enerregion<NUMENERREGIONS;enerregion++) if(dothisenerreg[enerregion])
	loop over ener/flux regions More...
#define	ENERREGIONALLLOOP(enerregion)   for(enerregion=0;enerregion<NUMENERREGIONS;enerregion++)
	loop over ALL ener/flux regions More...
#define	FLOORLOOP(floor)   for(floor=0;floor<NUMFAILFLOORFLAGS;floor++)
	loop over fair/floor types More...
#define	TSCALELOOP(tscale)   for(tscale=0;tscale<NUMTSCALES;tscale++)
	loop over debug time scales More...
#define	SCLOOP(sc)   for(sc=0;sc<NUMSOURCES;sc++)
	loop over ALL sources (including geometry) More...
#define	SCPHYSICSLOOP(sc)   for(sc=GEOMSOURCE+1;sc<NUMSOURCES;sc++)
	loop over all sources EXCEPT geometry (assumes GEOMSOURCE==0 or at least nothing before GEOMSOURCE matters) More...
#define	FLLOOP(fl)   for(fl=0;fl<NUMFLUXTERMS;fl++)
	loop over fluxterms More...
#define	PFLAGLOOP(pf)   for(pf=0;pf<NUMPFLAGS;pf++)
	loop over pflag flags More...
#define	FAILPFLAGLOOP(pf)   for(pf=0;pf<NUMFAILPFLAGS;pf++)
	loop over fail pflag flags More...
#define	ROMIOCOLLOOP(romiocoliter)   for(romiocoliter=0;romiocoliter<romiocloopend;romiocoliter++)
	for USEMPI&&USEROMIO==1 More...
#define	BUFFERINIT   nextbuf=0
#define	COLINIT   nextcol=0
#define	COLLOOP(coliter)   for(coliter=0;coliter<numfiles;coliter++)
	for mpicombie==0 More...
#define	DTSTAGELOOP(dtstage)   for(dtstage=0;dtstage<MAXITERDTSTAGES;dtstage++)
#define	INTERPENOTYPELOOP(interpi)   for(interpi=0;interpi<NUMENOINTERPTYPES;interpi++)
#define	ENODEBUGLOOP(enodebugi)   for(enodebugi=0;enodebugi<NUMENODEBUGS;enodebugi++)
#define	FINALSTEPLOOP(indexfinalstep)   for(indexfinalstep=0;indexfinalstep<=1;indexfinalstep++)
	simple loop over 0 and 1 for failfloorcount[] More...
#define	FAILFLOORLOOP(indexfinalstep, tscale, floor)   FINALSTEPLOOP(indexfinalstep) TSCALELOOP(tscale) FLOORLOOP(floor)

Detailed Description

Single-point loop related definitions/macros PER-POINT LOOPS.

Definition in file global.loops.perpoint.h.

Macro Definition Documentation

#define BUFFERINIT   nextbuf=0

Definition at line 215 of file global.loops.perpoint.h.

#define COLINIT   nextcol=0

Definition at line 216 of file global.loops.perpoint.h.

#define COLLOOP

(

coliter

)

for(coliter=0;coliter<numfiles;coliter++)

for mpicombie==0

Definition at line 219 of file global.loops.perpoint.h.

#define DIMENLOOP

(

dir

)

for(dir=1;dir<=COMPDIM;dir++)

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

#define DIRLOOP

(

dir

)

for(dir=0;dir<COMPDIM*2;dir++)

loop over directions

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

#define DIRSIGNLOOP

(

dirsign

)

for(dirsign=-1;dirsign<=1;dirsign+=2)

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

#define DLOOP	(		j,
			k
	)		for(j=0;j<NDIM;j++)for(k=0;k<NDIM;k++)

loop over all Dimensions; second rank loop

Definition at line 140 of file global.loops.perpoint.h.

DLOOPA

(

j

)

for(j=0;j<NDIM;j++)

loop over all Dimensions; first rank loop

Definition at line 142 of file global.loops.perpoint.h.

#define DSLOOP	(		j,
			k
	)		for(j=0;j<NDIM;j++)for(k=1;k<NDIM;k++)

loop over all for j and Space for k; second rank loop

Definition at line 148 of file global.loops.perpoint.h.

#define DTSTAGELOOP

(

dtstage

)

for(dtstage=0;dtstage<MAXITERDTSTAGES;dtstage++)

Definition at line 222 of file global.loops.perpoint.h.

#define ENERREGIONALLLOOP

(

enerregion

)

for(enerregion=0;enerregion<NUMENERREGIONS;enerregion++)

loop over ALL ener/flux regions

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

#define ENERREGIONLOOP

(

enerregion

)

for(enerregion=0;enerregion<NUMENERREGIONS;enerregion++) if(dothisenerreg[enerregion])

loop over ener/flux regions

Definition at line 184 of file global.loops.perpoint.h.

#define ENODEBUGLOOP

(

enodebugi

)

for(enodebugi=0;enodebugi<NUMENODEBUGS;enodebugi++)

Definition at line 226 of file global.loops.perpoint.h.

#define FAILFLOORLOOP	(		indexfinalstep,
			tscale,
			floor
	)		FINALSTEPLOOP(indexfinalstep) TSCALELOOP(tscale) FLOORLOOP(floor)

Definition at line 231 of file global.loops.perpoint.h.

#define FAILPFLAGLOOP

(

pf

)

for(pf=0;pf<NUMFAILPFLAGS;pf++)

loop over fail pflag flags

Definition at line 210 of file global.loops.perpoint.h.

#define FBOUNDLOOP

(

ff

)

for(ff=0;ff<NUMPFLAGSBOUND;ff++)

PER-POINT LOOPS (MORE RELATED TO NOT BEING PRIMITIVE OR CONSERVED)

loop over fail flag in boundary code

Definition at line 178 of file global.loops.perpoint.h.

#define FINALSTEPLOOP

(

indexfinalstep

)

for(indexfinalstep=0;indexfinalstep<=1;indexfinalstep++)

simple loop over 0 and 1 for failfloorcount[]

Definition at line 229 of file global.loops.perpoint.h.

#define FLLOOP

(

fl

)

for(fl=0;fl<NUMFLUXTERMS;fl++)

loop over fluxterms

Definition at line 203 of file global.loops.perpoint.h.

#define FLOORLOOP

(

floor

)

for(floor=0;floor<NUMFAILFLOORFLAGS;floor++)

loop over fair/floor types

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

#define GRIDLOOP

(

gridpos

)

for(gridpos=0;gridpos<NPG;gridpos++)

loop over grid positions (used for file writing since not normally done)

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

#define INTERPENOTYPELOOP

(

interpi

)

for(interpi=0;interpi<NUMENOINTERPTYPES;interpi++)

Definition at line 224 of file global.loops.perpoint.h.

#define JETLOOP

(

jetio

)

for(jetio=0;jetio<NUMJETS;jetio++)

loop over jet regions

Definition at line 181 of file global.loops.perpoint.h.

#define NUMPRIMLOOP	(		pliter,
			pl
	)		for(pliter=nprlocalstart,pl=nprlocallist[pliter];pliter<=nprlocalend;pliter++,pl=nprlocallist[pliter])

to be used locally:

Definition at line 70 of file global.loops.perpoint.h.

#define PALLLOOP

(

pl

)

for(pl=0;pl<NPR;pl++)

always goes over all conserved

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

#define PALLLOOPSPECIAL	(		pl,
			special
	)		for(pl=0;pl<NPR+special;pl++)

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

#define PALLREALLOOP

(

pl

)

for(pl=0;pl<NPRREALSET;pl++)

always goes over all conserved

Definition at line 109 of file global.loops.perpoint.h.

#define PBOUNDLOOP	(		pliter,
			pl
	)		for(pliter=nprboundstart,pl=nprboundlist[pliter];pliter<=nprboundend;pliter++,pl=nprboundlist[pliter])

loop over all bounding Primitive variables

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

#define PDIAGLOOP

(

pl

)

PALLLOOP(pl)

always goes over all primitives

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

#define PDUMPLOOP	(		pliter,
			pd
	)		for(pliter=nprdumpstart,pd=nprdumplist[pliter];pliter<=nprdumpend;pliter++,pd=nprdumplist[pliter])

loop over all dumped Primitive variables

Definition at line 63 of file global.loops.perpoint.h.

#define PFLAGLOOP

(

pf

)

for(pf=0;pf<NUMPFLAGS;pf++)

loop over pflag flags

Definition at line 207 of file global.loops.perpoint.h.

#define PFLUXBOUNDLOOP	(		pliter,
			pl
	)		for(pliter=nprfluxboundstart,pl=nprfluxboundlist[pliter];pliter<=nprfluxboundend;pliter++,pl=nprfluxboundlist[pliter])

loop over all bounding flux variables

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

#define PINTERPLOOP	(		pliter,
			pl
	)		for(pliter=npr2interpstart,pl=npr2interplist[pliter];pliter<=npr2interpend;pliter++,pl=npr2interplist[pliter])

Definition at line 53 of file global.loops.perpoint.h.

#define PINVERTLOOP	(		pliter,
			pi
	)		for(pliter=nprinvertstart,pl=nprinvertlist[pliter];pliter<=nprinvertend;pliter++,pl=nprinvertlist[pliter])

loop over all inversion Primitive variables – only over 5 quantities (not field)

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

#define PLOOP	(		pliter,
			pl
	)		for(pliter=nprstart,pl=nprlist[pliter];pliter<=nprend;pliter++,pl=nprlist[pliter])

PLOOP controls looping over conserved or primitive -type quantities except during interpolation or other listed below.

Definition at line 50 of file global.loops.perpoint.h.

#define PLOOPALLINTERP

(

pl

)

for(pl=0;pl<NPR2INTERP;pl++)

always goes over all interpolatable primitives

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

#define PLOOPALLINVERT

(

pl

)

for(pl=0;pl<=B3;pl++)

always goes over all standard invertable quantities for inversion to operate normally

Definition at line 116 of file global.loops.perpoint.h.

#define PLOOPBONLY

(

pl

)

for(pl=B1;pl<=B3;pl++)

Definition at line 130 of file global.loops.perpoint.h.

#define PLOOPNOB1

(

pl

)

for(pl=0;pl<B1;pl++)

Definition at line 129 of file global.loops.perpoint.h.

#define PLOOPNOB2

(

pl

)

for(pl=B3+1;pl<NPR;pl++)

Definition at line 131 of file global.loops.perpoint.h.

#define PLOOPNOB2SPECIAL	(		pl,
			special
	)		for(pl=B3+1;pl<NPR+special;pl++)

Definition at line 132 of file global.loops.perpoint.h.

#define PLOOPRADONLY

(

pl

)

for(pl=PRAD0;pl<=PRAD3;pl++)

Definition at line 135 of file global.loops.perpoint.h.

#define PLOOPSPECIALONLY	(		pl,
			special
	)		for(pl=NPR;pl<NPR+special;pl++)

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

#define PMAXNPRLOOP

(

pl

)

for(pl=0;pl<MAXNPR;pl++)

goes over all/any npr lists for copying one list to another

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

#define PNOTINTERPLOOP	(		pliter,
			pl
	)		for(pliter=npr2notinterpstart,pl=npr2notinterplist[pliter];pliter<=npr2notinterpend;pliter++,pl=npr2notinterplist[pliter])

Definition at line 54 of file global.loops.perpoint.h.

#define PRIMLOOP	(		pliter,
			pl
	)		PLOOP(pliter,pl)

Definition at line 52 of file global.loops.perpoint.h.

#define ROMIOCOLLOOP

(

romiocoliter

)

for(romiocoliter=0;romiocoliter<romiocloopend;romiocoliter++)

for USEMPI&&USEROMIO==1

Definition at line 213 of file global.loops.perpoint.h.

#define SCLOOP

(

sc

)

for(sc=0;sc<NUMSOURCES;sc++)

loop over ALL sources (including geometry)

Definition at line 197 of file global.loops.perpoint.h.

#define SCPHYSICSLOOP

(

sc

)

for(sc=GEOMSOURCE+1;sc<NUMSOURCES;sc++)

loop over all sources EXCEPT geometry (assumes GEOMSOURCE==0 or at least nothing before GEOMSOURCE matters)

Definition at line 200 of file global.loops.perpoint.h.

#define SDLOOP	(		j,
			k
	)		for(j=1;j<NDIM;j++)for(k=0;k<NDIM;k++)

loop over all for k and Space for j; second rank loop

Definition at line 152 of file global.loops.perpoint.h.

#define SLOOP	(		j,
			k
	)		for(j=1;j<NDIM;j++)for(k=1;k<NDIM;k++)

loop over all Space dimensions; second rank loop

Definition at line 144 of file global.loops.perpoint.h.

#define SLOOPA

(

j

)

for(j=1;j<NDIM;j++)

loop over all Space dimensions; first rank loop

Definition at line 146 of file global.loops.perpoint.h.

#define SSLOOP	(		j,
			k
	)		for(j=1;j<NDIM;j++)for(k=1;k<NDIM;k++)

space-space

Definition at line 150 of file global.loops.perpoint.h.

#define TSCALELOOP

(

tscale

)

for(tscale=0;tscale<NUMTSCALES;tscale++)

loop over debug time scales

Definition at line 193 of file global.loops.perpoint.h.