Boundary Conditions Loop definitions/macros. More...

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Macros
#define	BOUNDLOOPF(i, in, out) for(i=in;i<=out;i++)
	boundary condition loops: More...

#define	LOOPX1dir LOOPORDER1(,BOUNDLOOPF(j,innormalloop[2],outnormalloop[2]),BOUNDLOOPF(k,innormalloop[3],outnormalloop[3])) LOOPORDER2(,BOUNDLOOPF(j,innormalloop[2],outnormalloop[2]),BOUNDLOOPF(k,innormalloop[3],outnormalloop[3])) LOOPORDER3(,BOUNDLOOPF(j,innormalloop[2],outnormalloop[2]),BOUNDLOOPF(k,innormalloop[3],outnormalloop[3]))
	for X1-dir [Note always uses innormal and outnormal so assumed to use this X1-dir loop first] More...

#define	LOOPX2dir LOOPORDER1(BOUNDLOOPF(i,inboundloop[1],outboundloop[1]),,BOUNDLOOPF(k,innormalloop[3],outnormalloop[3])) LOOPORDER2(BOUNDLOOPF(i,inboundloop[1],outboundloop[1]),,BOUNDLOOPF(k,innormalloop[3],outnormalloop[3])) LOOPORDER3(BOUNDLOOPF(i,inboundloop[1],outboundloop[1]),,BOUNDLOOPF(k,innormalloop[3],outnormalloop[3]))
	for X2-dir [Note innormal and outnormal for 3rd direction and full inbound and outbound for 1st direction, so assume 1st came first and 3rd comes next] More...

#define	LOOPX3dir LOOPORDER1(BOUNDLOOPF(i,inboundloop[1],outboundloop[1]),BOUNDLOOPF(j,inboundloop[2],outboundloop[2]),) LOOPORDER2(BOUNDLOOPF(i,inboundloop[1],outboundloop[1]),BOUNDLOOPF(j,inboundloop[2],outboundloop[2]),) LOOPORDER3(BOUNDLOOPF(i,inboundloop[1],outboundloop[1]),BOUNDLOOPF(j,inboundloop[2],outboundloop[2]),)
	for X3-dir [ Note only use of inbound and outbound, so assumes 1st and 2nd directions came first] More...

#define	LOOPXalldir LOOPORDER1(BOUNDLOOPF(i,inboundloop[1],outboundloop[1]),BOUNDLOOPF(j,inboundloop[2],outboundloop[2]),BOUNDLOOPF(k,inboundloop[3],outboundloop[3])) LOOPORDER2(BOUNDLOOPF(i,inboundloop[1],outboundloop[1]),BOUNDLOOPF(j,inboundloop[2],outboundloop[2]),BOUNDLOOP3(k,inboundloop[3],outboundloop[3])) LOOPORDER1(BOUNDLOOPF(i,inboundloop[1],outboundloop[1]),BOUNDLOOPF(j,inboundloop[2],outboundloop[2]),BOUNDLOOPF(k,inboundloop[3],outboundloop[3]))
	loop over all directions (block of data in i,j,k only going out as far as the boundary conditions would go out) More...

#define	LOOPBOUNDGENMORE(i, iloopstart, iloopend, iloopstep) for(i=iloopstart;i<=iloopend;i+=iloopstep)
	boundary loops for CENT quantities (these 1D loops need no generalization for any ORDERSTORAGE) More...

#define	LOOPBOUNDINGEN(i, start, end) for(i=end;i>=start;i--)
	make start near boundary so periodic works for MAXBND up to 2N More...

#define	LOOPBOUNDINMOREGEN(i, start, end, ri) LOOPBOUNDINGEN(i,start,end)
	bound entire region inside non-evolved portion of grid special horizon code still needed for multiple CPUs – GODMARK – unless chose range of CPUs inside horizon to apply inner BCs More...

#define	LOOPBOUNDOUTGEN(i, start, end) for(i=start;i<=end;i++)

#define	LOOPBOUND1INSPECIAL LOOPBOUNDINMOREGEN(i,inoutlohi[POINTDOWN][POINTDOWN][1],inoutlohi[POINTDOWN][POINTUP][1],ri)
	user should use set_boundloop() to control shifts More...

#define	LOOPBOUND1IN LOOPBOUNDINGEN (i,inoutlohi[POINTDOWN][POINTDOWN][1],inoutlohi[POINTDOWN][POINTUP][1])

#define	LOOPBOUND1OUT LOOPBOUNDOUTGEN(i,inoutlohi[POINTUP][POINTDOWN][1],inoutlohi[POINTUP][POINTUP][1])

#define	LOOPBOUND2IN LOOPBOUNDINGEN (j,inoutlohi[POINTDOWN][POINTDOWN][2],inoutlohi[POINTDOWN][POINTUP][2])

#define	LOOPBOUND2OUT LOOPBOUNDOUTGEN(j,inoutlohi[POINTUP][POINTDOWN][2],inoutlohi[POINTUP][POINTUP][2])

#define	LOOPBOUND3IN LOOPBOUNDINGEN (k,inoutlohi[POINTDOWN][POINTDOWN][3],inoutlohi[POINTDOWN][POINTUP][3])

#define	LOOPBOUND3OUT LOOPBOUNDOUTGEN(k,inoutlohi[POINTUP][POINTDOWN][3],inoutlohi[POINTUP][POINTUP][3])

#define	LOWERBOUND1 (inoutlohi[POINTDOWN][POINTDOWN][1])

#define	UPPERBOUND1 (inoutlohi[POINTUP][POINTUP][1])

Detailed Description

Boundary Conditions Loop definitions/macros.

BOUNDARY CONDITION RELATED LOOPS

Definition in file global.loops.boundaries.h.

Macro Definition Documentation

#define BOUNDLOOPF	(	i,
		in,
		out
	)	for(i=in;i<=out;i++)

boundary condition loops:

The below loops have been generalized for any ORDERSTORAGE, which may help when boundary conditions are expensive for memorygeneral loop for boundary conditions

Definition at line 21 of file global.loops.boundaries.h.

#define LOOPBOUND1IN LOOPBOUNDINGEN (i,inoutlohi[POINTDOWN][POINTDOWN][1],inoutlohi[POINTDOWN][POINTUP][1])

Definition at line 65 of file global.loops.boundaries.h.

#define LOOPBOUND1INSPECIAL LOOPBOUNDINMOREGEN(i,inoutlohi[POINTDOWN][POINTDOWN][1],inoutlohi[POINTDOWN][POINTUP][1],ri)

user should use set_boundloop() to control shifts

Definition at line 64 of file global.loops.boundaries.h.

#define LOOPBOUND1OUT LOOPBOUNDOUTGEN(i,inoutlohi[POINTUP][POINTDOWN][1],inoutlohi[POINTUP][POINTUP][1])

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

#define LOOPBOUND2IN LOOPBOUNDINGEN (j,inoutlohi[POINTDOWN][POINTDOWN][2],inoutlohi[POINTDOWN][POINTUP][2])

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

#define LOOPBOUND2OUT LOOPBOUNDOUTGEN(j,inoutlohi[POINTUP][POINTDOWN][2],inoutlohi[POINTUP][POINTUP][2])

Definition at line 69 of file global.loops.boundaries.h.

#define LOOPBOUND3IN LOOPBOUNDINGEN (k,inoutlohi[POINTDOWN][POINTDOWN][3],inoutlohi[POINTDOWN][POINTUP][3])

Definition at line 71 of file global.loops.boundaries.h.

#define LOOPBOUND3OUT LOOPBOUNDOUTGEN(k,inoutlohi[POINTUP][POINTDOWN][3],inoutlohi[POINTUP][POINTUP][3])

Definition at line 72 of file global.loops.boundaries.h.

#define LOOPBOUNDGENMORE	(	i,
		iloopstart,
		iloopend,
		iloopstep
	)	for(i=iloopstart;i<=iloopend;i+=iloopstep)

boundary loops for CENT quantities (these 1D loops need no generalization for any ORDERSTORAGE)

normally start is a lower index than end and then loops take into account how to deal with this

most general loop ignorant of start begin before end

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

#define LOOPBOUNDINGEN	(	i,
		start,
		end
	)	for(i=end;i>=start;i--)

make start near boundary so periodic works for MAXBND up to 2N

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

#define LOOPBOUNDINMOREGEN	(	i,
		start,
		end,
		ri
	)	LOOPBOUNDINGEN(i,start,end)

bound entire region inside non-evolved portion of grid special horizon code still needed for multiple CPUs – GODMARK – unless chose range of CPUs inside horizon to apply inner BCs

above "MORE" version is not more enough with "-1" and this technique is out-of-date compared to new grid sectioning approach

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

#define LOOPBOUNDOUTGEN	(	i,
		start,
		end
	)	for(i=start;i<=end;i++)

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

#define LOOPX1dir LOOPORDER1(,BOUNDLOOPF(j,innormalloop[2],outnormalloop[2]),BOUNDLOOPF(k,innormalloop[3],outnormalloop[3])) LOOPORDER2(,BOUNDLOOPF(j,innormalloop[2],outnormalloop[2]),BOUNDLOOPF(k,innormalloop[3],outnormalloop[3])) LOOPORDER3(,BOUNDLOOPF(j,innormalloop[2],outnormalloop[2]),BOUNDLOOPF(k,innormalloop[3],outnormalloop[3]))

for X1-dir [Note always uses innormal and outnormal so assumed to use this X1-dir loop first]

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

#define LOOPX2dir LOOPORDER1(BOUNDLOOPF(i,inboundloop[1],outboundloop[1]),,BOUNDLOOPF(k,innormalloop[3],outnormalloop[3])) LOOPORDER2(BOUNDLOOPF(i,inboundloop[1],outboundloop[1]),,BOUNDLOOPF(k,innormalloop[3],outnormalloop[3])) LOOPORDER3(BOUNDLOOPF(i,inboundloop[1],outboundloop[1]),,BOUNDLOOPF(k,innormalloop[3],outnormalloop[3]))

for X2-dir [Note innormal and outnormal for 3rd direction and full inbound and outbound for 1st direction, so assume 1st came first and 3rd comes next]

Definition at line 28 of file global.loops.boundaries.h.

#define LOOPX3dir LOOPORDER1(BOUNDLOOPF(i,inboundloop[1],outboundloop[1]),BOUNDLOOPF(j,inboundloop[2],outboundloop[2]),) LOOPORDER2(BOUNDLOOPF(i,inboundloop[1],outboundloop[1]),BOUNDLOOPF(j,inboundloop[2],outboundloop[2]),) LOOPORDER3(BOUNDLOOPF(i,inboundloop[1],outboundloop[1]),BOUNDLOOPF(j,inboundloop[2],outboundloop[2]),)

for X3-dir [ Note only use of inbound and outbound, so assumes 1st and 2nd directions came first]

Definition at line 31 of file global.loops.boundaries.h.

#define LOOPXalldir LOOPORDER1(BOUNDLOOPF(i,inboundloop[1],outboundloop[1]),BOUNDLOOPF(j,inboundloop[2],outboundloop[2]),BOUNDLOOPF(k,inboundloop[3],outboundloop[3])) LOOPORDER2(BOUNDLOOPF(i,inboundloop[1],outboundloop[1]),BOUNDLOOPF(j,inboundloop[2],outboundloop[2]),BOUNDLOOP3(k,inboundloop[3],outboundloop[3])) LOOPORDER1(BOUNDLOOPF(i,inboundloop[1],outboundloop[1]),BOUNDLOOPF(j,inboundloop[2],outboundloop[2]),BOUNDLOOPF(k,inboundloop[3],outboundloop[3]))

loop over all directions (block of data in i,j,k only going out as far as the boundary conditions would go out)

Definition at line 35 of file global.loops.boundaries.h.

#define LOWERBOUND1 (inoutlohi[POINTDOWN][POINTDOWN][1])

Definition at line 74 of file global.loops.boundaries.h.

#define UPPERBOUND1 (inoutlohi[POINTUP][POINTUP][1])

Definition at line 75 of file global.loops.boundaries.h.

Macros

Detailed Description

Macro Definition Documentation