AllocateSubBlock	allosubblk.c	/^AllocateSubBlock( chip, cutMethod )$/
CalRHS	calrhs.c	/^CalRHS( block )$/
CalTotWireLength	prutil.c	/^CalTotWireLength( chip )$/
FillBlockBox	prutil.c	/^FillBlockBox( block, llx, lly, urx, ury, spr, epr /
FillInValue	pregp.c	/^FillInValue( sor, partner, weight, elemCountP )$/
GP	gp.c	/^GP( chip )$/
InsertBlockIntoChip	prutil.c	/^InsertBlockIntoChip( chip, block )$/
InsertModIntoBlock	prutil.c	/^InsertModIntoBlock( block, module )$/
InsertModIntoSubBlock	prutil.c	/^InsertModIntoSubBlock( subBlock, module )$/
LMSORT	lmsort.c	/^LMSORT (anchor, cutDir)$/
ModifyMatrix	modifymat.c	/^ModifyMatrix( chip )$/
PlaceInRow	prutil.c	/^PlaceInRow(  chip, block )$/
PlaceInSubRow	prutil.c	/^PlaceInSubRow(  chip, block )$/
PseudoCut	pseudocut.c	/^PseudoCut( chip, block, cutMethod, iter)$/
Sor	sor.c	/^Sor( chip, block )$/
Split	split.c	/^Split( chip, cutMethod )$/
SubLMSORT	sublmsort.c	/^SubLMSORT (anchor, cutDir)$/
preGP	pregp.c	/^preGP( chip )$/
ud_2GE1	lmsort.c	/^#define ud_2GE1(s,q)  ((cutDir==VER) ? (q->sor->x /
ud_2GT1	lmsort.c	/^#define ud_2GT1(s,q)  ((cutDir==VER) ? (q->sor->x /
ud_WEIGHT	pregp.c	/^#define ud_WEIGHT(net)	( 8. * net->weight \/ (float/
ud_next	lmsort.c	/^#define ud_next(p)    p->nextInBlock$/