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Macros
#define	BLOCK_CYCLIC_2D 1

#define	DTYPE1_ 0 /* Descriptor Type */

#define	CTXT1_ 1 /* BLACS context */

#define	M1_ 2 /* Global Number of Rows */

#define	N1_ 3 /* Global Number of Columns */

#define	MB1_ 4 /* Row Blocking Size */

#define	NB1_ 5 /* Column Blocking Size */

#define	RSRC1_ 6 /* Starting Processor Row */

#define	CSRC1_ 7 /* Starting Processor Column */

#define	LLD1_ 8 /* Local Leading Dimension */

#define	DLEN1_ 9 /* Descriptor Length */

#define	BLOCK_CYCLIC_2D_INB 2

#define	DTYPE_ 0 /* Descriptor Type */

#define	CTXT_ 1 /* BLACS context */

#define	M_ 2 /* Global Number of Rows */

#define	N_ 3 /* Global Number of Columns */

#define	IMB_ 4 /* Initial Row Blocking Size */

#define	INB_ 5 /* Initial Column Blocking Size */

#define	MB_ 6 /* Row Blocking Size */

#define	NB_ 7 /* Column Blocking Size */

#define	RSRC_ 8 /* Starting Process Row */

#define	CSRC_ 9 /* Starting Process Column */

#define	LLD_ 10 /* Local Leading Dimension */

#define	DLEN_ 11 /* Descriptor Length */

#define	CPACKING 'P'

#define	CUNPACKING 'U'

#define	PACKING "P"

#define	UNPACKING "U"

#define	CGENERAL 'G'

#define	CHERM 'H'

#define	GENERAL "G"

#define	SYMM "S"

#define	HERM "H"

#define	ONE 1.0

#define	TWO 2.0

#define	ZERO 0.0

#define	DESCMULT 100

#define	BIGNUM 10000

#define	ABS(a_) ( ( (a_) < 0 ) ? -(a_) : (a_) )

#define	MIN(a_, b_) ( ( (a_) < (b_) ) ? (a_) : (b_) )

#define	MAX(a_, b_) ( ( (a_) > (b_) ) ? (a_) : (b_) )

#define	FLOOR(a, b) (((a)>0) ? (((a)/(b))) : (-(((-(a))+(b)-1)/(b))))

#define	CEIL(a, b) ( ( (a)+(b)-1 ) / (b) )

#define	ICEIL(a, b) (((a)>0) ? ((((a)+(b)-1)/(b))) : (-((-(a))/(b))))

#define	Mupcase(C) (((C)>96 && (C)<123) ? (C) & 0xDF : (C))

#define	Mlowcase(C) (((C)>64 && (C)< 91) ? (C) \| 32 : (C))

#define	MModInc(I, d) if(++(I) == (d)) (I) = 0

#define	MModDec(I, d) if(--(I) == -1) (I) = (d)-1

#define	MPosMod(I, d) ( (I) - ((I)/(d))*(d) )

#define	MModAdd(I1, I2, d) ( ( (I1) + (I2) < (d) ) ? (I1) + (I2) : (I1) + (I2) - (d) )

#define	MModAdd1(I, d) ( ((I) != (d)-1) ? (I) + 1 : 0 )

#define	MModSub(I1, I2, d) ( ( (I1) < (I2) ) ? (d) + (I1) - (I2) : (I1) - (I2) )

#define	MModSub1(I, d) ( ((I)!=0) ? (I)-1 : (d)-1 )

#define	DNROC(n_, nb_, p_) ((double)(((((n_)+(nb_)-1)/(nb_))+(p_)-1)/(p_))*(double)((nb_)))

#define	Mptr(a_, i_, j_, lda_, siz_)

#define	Mfirstnb(inbt_, n_, i_, inb_, nb_)

#define	Mlastnb(inbt_, n_, i_, inb_, nb_)

#define	Mspan(n_, i_, inb_, nb_, srcproc_, nprocs_)

#define	Mindxl2g(ig_, il_, inb_, nb_, proc_, srcproc_, nprocs_)

#define	Mindxg2p(ig_, inb_, nb_, proc_, srcproc_, nprocs_)

#define	Mnumroc(np_, n_, i_, inb_, nb_, proc_, srcproc_, nprocs_)

#define	Mnpreroc(np_, n_, i_, inb_, nb_, proc_, srcproc_, nprocs_)

#define	Mnnxtroc(np_, n_, i_, inb_, nb_, proc_, srcproc_, nprocs_)

#define	Minfog2l(i_, j_, desc_, nr_, nc_, r_, c_, ii_, jj_, pr_, pc_)

#define	MDescSet(desc, m, n, imb, inb, mb, nb, rsrc, csrc, ictxt, lld)

#define	MDescCopy(DescIn, DescOut)

#define	MDescTrans(DescIn, DescOut)

#define	MIndxTrans(I, J, i, j)

#define	immadd_ IMMADD

#define	smmadd_ SMMADD

#define	dmmadd_ DMMADD

#define	cmmadd_ CMMADD

#define	zmmadd_ ZMMADD

#define	immtadd_ IMMTADD

#define	smmtadd_ SMMTADD

#define	dmmtadd_ DMMTADD

#define	cmmtadd_ CMMTADD

#define	zmmtadd_ ZMMTADD

#define	smmcadd_ SMMCADD

#define	dmmcadd_ DMMCADD

#define	cmmcadd_ CMMCADD

#define	zmmcadd_ ZMMCADD

#define	smmtcadd_ SMMTCADD

#define	dmmtcadd_ DMMTCADD

#define	cmmtcadd_ CMMTCADD

#define	zmmtcadd_ ZMMTCADD

#define	immdda_ IMMDDA

#define	smmdda_ SMMDDA

#define	dmmdda_ DMMDDA

#define	cmmdda_ CMMDDA

#define	zmmdda_ ZMMDDA

#define	smmddac_ SMMDDAC

#define	dmmddac_ DMMDDAC

#define	cmmddac_ CMMDDAC

#define	zmmddac_ ZMMDDAC

#define	immddat_ IMMDDAT

#define	smmddat_ SMMDDAT

#define	dmmddat_ DMMDDAT

#define	cmmddat_ CMMDDAT

#define	zmmddat_ ZMMDDAT

#define	smmddact_ SMMDDACT

#define	dmmddact_ DMMDDACT

#define	cmmddact_ CMMDDACT

#define	zmmddact_ ZMMDDACT

#define	sasqrtb_ SASQRTB

#define	dasqrtb_ DASQRTB

#define	sset_ SSET

#define	dset_ DSET

#define	cset_ CSET

#define	zset_ ZSET

#define	svasum_ SVASUM

#define	dvasum_ DVASUM

#define	scvasum_ SCVASUM

#define	dzvasum_ DZVASUM

#define	sascal_ SASCAL

#define	dascal_ DASCAL

#define	scshft_ SCSHFT

#define	dcshft_ DCSHFT

#define	ccshft_ CCSHFT

#define	zcshft_ ZCSHFT

#define	srshft_ SRSHFT

#define	drshft_ DRSHFT

#define	crshft_ CRSHFT

#define	zrshft_ ZRSHFT

#define	svvdot_ SVVDOT

#define	dvvdot_ DVVDOT

#define	cvvdotc_ CVVDOTC

#define	cvvdotu_ CVVDOTU

#define	zvvdotc_ ZVVDOTC

#define	zvvdotu_ ZVVDOTU

#define	stzpad_ STZPAD

#define	dtzpad_ DTZPAD

#define	ctzpad_ CTZPAD

#define	ztzpad_ ZTZPAD

#define	stzpadcpy_ STZPADCPY

#define	dtzpadcpy_ DTZPADCPY

#define	ctzpadcpy_ CTZPADCPY

#define	ztzpadcpy_ ZTZPADCPY

#define	stzscal_ STZSCAL

#define	dtzscal_ DTZSCAL

#define	ctzscal_ CTZSCAL

#define	ztzscal_ ZTZSCAL

#define	chescal_ CHESCAL

#define	zhescal_ ZHESCAL

#define	ctzcnjg_ CTZCNJG

#define	ztzcnjg_ ZTZCNJG

#define	sagemv_ SAGEMV

#define	dagemv_ DAGEMV

#define	cagemv_ CAGEMV

#define	zagemv_ ZAGEMV

#define	sasymv_ SASYMV

#define	dasymv_ DASYMV

#define	casymv_ CASYMV

#define	zasymv_ ZASYMV

#define	cahemv_ CAHEMV

#define	zahemv_ ZAHEMV

#define	satrmv_ SATRMV

#define	datrmv_ DATRMV

#define	catrmv_ CATRMV

#define	zatrmv_ ZATRMV

#define	csymv_ CSYMV

#define	zsymv_ ZSYMV

#define	csyr_ CSYR

#define	zsyr_ ZSYR

#define	csyr2_ CSYR2

#define	zsyr2_ ZSYR2

#define	immadd_ immadd

#define	smmadd_ smmadd

#define	dmmadd_ dmmadd

#define	cmmadd_ cmmadd

#define	zmmadd_ zmmadd

#define	immtadd_ immtadd

#define	smmtadd_ smmtadd

#define	dmmtadd_ dmmtadd

#define	cmmtadd_ cmmtadd

#define	zmmtadd_ zmmtadd

#define	smmcadd_ smmcadd

#define	dmmcadd_ dmmcadd

#define	cmmcadd_ cmmcadd

#define	zmmcadd_ zmmcadd

#define	smmtcadd_ smmtcadd

#define	dmmtcadd_ dmmtcadd

#define	cmmtcadd_ cmmtcadd

#define	zmmtcadd_ zmmtcadd

#define	immdda_ immdda

#define	smmdda_ smmdda

#define	dmmdda_ dmmdda

#define	cmmdda_ cmmdda

#define	zmmdda_ zmmdda

#define	smmddac_ smmddac

#define	dmmddac_ dmmddac

#define	cmmddac_ cmmddac

#define	zmmddac_ zmmddac

#define	immddat_ immddat

#define	smmddat_ smmddat

#define	dmmddat_ dmmddat

#define	cmmddat_ cmmddat

#define	zmmddat_ zmmddat

#define	smmddact_ smmddact

#define	dmmddact_ dmmddact

#define	cmmddact_ cmmddact

#define	zmmddact_ zmmddact

#define	sasqrtb_ sasqrtb

#define	dasqrtb_ dasqrtb

#define	sset_ sset

#define	dset_ dset

#define	cset_ cset

#define	zset_ zset

#define	svasum_ svasum

#define	dvasum_ dvasum

#define	scvasum_ scvasum

#define	dzvasum_ dzvasum

#define	sascal_ sascal

#define	dascal_ dascal

#define	scshft_ scshft

#define	dcshft_ dcshft

#define	ccshft_ ccshft

#define	zcshft_ zcshft

#define	srshft_ srshft

#define	drshft_ drshft

#define	crshft_ crshft

#define	zrshft_ zrshft

#define	svvdot_ svvdot

#define	dvvdot_ dvvdot

#define	cvvdotc_ cvvdotc

#define	cvvdotu_ cvvdotu

#define	zvvdotc_ zvvdotc

#define	zvvdotu_ zvvdotu

#define	stzpad_ stzpad

#define	dtzpad_ dtzpad

#define	ctzpad_ ctzpad

#define	ztzpad_ ztzpad

#define	stzpadcpy_ stzpadcpy

#define	dtzpadcpy_ dtzpadcpy

#define	ctzpadcpy_ ctzpadcpy

#define	ztzpadcpy_ ztzpadcpy

#define	stzscal_ stzscal

#define	dtzscal_ dtzscal

#define	ctzscal_ ctzscal

#define	ztzscal_ ztzscal

#define	chescal_ chescal

#define	zhescal_ zhescal

#define	ctzcnjg_ ctzcnjg

#define	ztzcnjg_ ztzcnjg

#define	sagemv_ sagemv

#define	dagemv_ dagemv

#define	cagemv_ cagemv

#define	zagemv_ zagemv

#define	sasymv_ sasymv

#define	dasymv_ dasymv

#define	casymv_ casymv

#define	zasymv_ zasymv

#define	cahemv_ cahemv

#define	zahemv_ zahemv

#define	satrmv_ satrmv

#define	datrmv_ datrmv

#define	catrmv_ catrmv

#define	zatrmv_ zatrmv

#define	csymv_ csymv

#define	zsymv_ zsymv

#define	csyr_ csyr

#define	zsyr_ zsyr

#define	csyr2_ csyr2

#define	zsyr2_ zsyr2

Functions
void	PB_Ctzsyr ()

void	PB_Ctzher ()

void	PB_Ctzsyr2 ()

void	PB_Ctzher2 ()

void	PB_Ctztrmv ()

void	PB_Ctzatrmv ()

void	PB_Ctzsymv ()

void	PB_Ctzhemv ()

void	PB_Ctzasymv ()

void	PB_Ctzahemv ()

void	PB_Ctzsyrk ()

void	PB_Ctzherk ()

void	PB_Ctzsyr2k ()

void	PB_Ctzher2k ()

void	PB_Ctztrmm ()

void	PB_Ctzsymm ()

void	PB_Ctzhemm ()

void	PB_CpswapNN ()

void	PB_CpswapND ()

void	PB_Cpdot11 ()

void	PB_CpdotNN ()

void	PB_CpdotND ()

void	PB_CpaxpbyNN ()

void	PB_CpaxpbyND ()

void	PB_CpaxpbyDN ()

void	PB_Cpaxpby ()

void	PB_Cpsyr ()

void	PB_Cpsyr2 ()

void	PB_Cptrm ()

void	PB_Cpsym ()

void	PB_Cpgeadd ()

void	PB_Cptradd ()

void	PB_Cptran ()

void	PB_Cptrsv ()

void	PB_Cptrsm ()

void	PB_CpgemmAB ()

void	PB_CpgemmAC ()

void	PB_CpgemmBC ()

void	PB_CpsymmAB ()

void	PB_CpsymmBC ()

void	PB_CpsyrkA ()

void	PB_CpsyrkAC ()

void	PB_Cpsyr2kA ()

void	PB_Cpsyr2kAC ()

void	PB_CptrmmAB ()

void	PB_CptrmmB ()

void	PB_CptrsmAB ()

void	PB_CptrsmAB0 ()

void	PB_CptrsmAB1 ()

void	PB_CptrsmB ()

Int	PB_Cgcd ()

Int	PB_Clcm ()

void	PB_Cdescset ()

void	PB_Cdescribe ()

void	PB_CargFtoC ()

Int	PB_Cfirstnb ()

Int	PB_Clastnb ()

Int	PB_Cspan ()

void	PB_Cainfog2l ()

void	PB_Cinfog2l ()

Int	PB_Cg2lrem ()

Int	PB_Cindxg2p ()

Int	PB_Cnumroc ()

Int	PB_Cnpreroc ()

Int	PB_Cnnxtroc ()

void	PB_Cconjg ()

void	PB_Cwarn ()

void	PB_Cabort ()

void	PB_Cchkmat ()

void	PB_Cchkvec ()

char *	PB_Cmalloc ()

char *	PB_Cgetbuf ()

PBTYP_T *	PB_Citypeset ()

PBTYP_T *	PB_Cstypeset ()

PBTYP_T *	PB_Cdtypeset ()

PBTYP_T *	PB_Cctypeset ()

PBTYP_T *	PB_Cztypeset ()

Int	pilaenv_ ()

char *	PB_Ctop ()

void	PB_CVMinit ()

Int	PB_CVMnpq ()

void	PB_CVMcontig ()

Int	PB_CVMloc ()

Int	PB_CVMswp ()

Int	PB_CVMpack ()

void	PB_CVMupdate ()

void	PB_Cbinfo ()

void	PB_Cplaprnt ()

void	PB_Cplaprn2 ()

void	PB_Cprnt ()

void	PB_Cplapad ()

void	PB_Cplapd2 ()

void	PB_Cplascal ()

void	PB_Cplasca2 ()

void	PB_Cplacnjg ()

void	PB_CInV ()

void	PB_CInV2 ()

void	PB_CInOutV ()

void	PB_CInOutV2 ()

void	PB_COutV ()

void	PB_CGatherV ()

void	PB_CScatterV ()

Macros

Functions