global.loops.diagnostics.h File Reference

Diagnostic Loops and definitions/macros DIAGNOSTIC RELATED LOOPS. More...

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Macros
#define	DUMPLOOP(istart, istop, jstart, jstop, kstart, kstop)
	want dump output to be ordered in radius first!! consistent with MPI's use of BUFFERMAP to create buffer for all disk writing methods This order should not change for any ORDERSTORAGE, but presumes i,j,k is standard indices for (i.e.) r(i), theta(j), phi(k) More...
#define	EXTRADUMP1   0
#define	EXTRADUMP2   0
#define	EXTRADUMP3   0
#define	DUMPGENLOOP   DUMPLOOP(0,N1-1,0,N2-1,0,N3-1)
#define	WITHINENERREGION(theenerpos, i, j, k)   (i>=theenerpos[X1DN])&&(i<=theenerpos[X1UP])&&(j>=theenerpos[X2DN])&&(j<=theenerpos[X2UP])&&(k>=theenerpos[X3DN])&&(k<=theenerpos[X3UP])
	defines whether within the enerregion considered loop-related macro More...

Detailed Description

Diagnostic Loops and definitions/macros DIAGNOSTIC RELATED LOOPS.

Definition in file global.loops.diagnostics.h.

Macro Definition Documentation

#define DUMPGENLOOP   DUMPLOOP(0,N1-1,0,N2-1,0,N3-1)

Definition at line 33 of file global.loops.diagnostics.h.

#define DUMPLOOP	(		istart,
			istop,
			jstart,
			jstop,
			kstart,
			kstop
	)

Value:

for(k=kstart;k<=kstop;k++)                                    \
    for(j=jstart;j<=jstop;j++)                                  \
      for(i=istart;i<=istop;i++)

want dump output to be ordered in radius first!! consistent with MPI's use of BUFFERMAP to create buffer for all disk writing methods This order should not change for any ORDERSTORAGE, but presumes i,j,k is standard indices for (i.e.) r(i), theta(j), phi(k)

Definition at line 12 of file global.loops.diagnostics.h.

#define EXTRADUMP1   0

Definition at line 18 of file global.loops.diagnostics.h.

#define EXTRADUMP2   0

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

#define EXTRADUMP3   0

Definition at line 20 of file global.loops.diagnostics.h.

#define WITHINENERREGION	(		theenerpos,
			i,
			j,
			k
	)		(i>=theenerpos[X1DN])&&(i<=theenerpos[X1UP])&&(j>=theenerpos[X2DN])&&(j<=theenerpos[X2UP])&&(k>=theenerpos[X3DN])&&(k<=theenerpos[X3UP])

defines whether within the enerregion considered loop-related macro

Definition at line 41 of file global.loops.diagnostics.h.