tags

calc大数库

!_TAG_FILE_FORMAT	2	/extended format; --format=1 will not append ;" to lines/
!_TAG_FILE_SORTED	1	/0=unsorted, 1=sorted, 2=foldcase/
!_TAG_PROGRAM_AUTHOR	Darren Hiebert	/[e-mail]/
!_TAG_PROGRAM_NAME	Exuberant Ctags	//
!_TAG_PROGRAM_URL	http://ctags.sourceforge.net	/official site/
!_TAG_PROGRAM_VERSION	5.5.4	//
ABSI	i5I.c	/^MPI *ABSI(MPI *Aptr)$/;"	f
ABS_NEAREST_INTR	i5R.c	/^MPI *ABS_NEAREST_INTR(MPR *Aptr)$/;"	f
ABS_NEAREST_INTRX	func.c	/^void ABS_NEAREST_INTRX()$/;"	f
ADD0I	i1.c	/^MPI *ADD0I(MPI *Aptr, MPI *Bptr)$/;"	f
ADD0_I	i1.c	/^MPI *ADD0_I(MPI *Aptr, unsigned long b)$/;"	f
ADDI	i1.c	/^MPI *ADDI(MPI *Aptr, MPI *Bptr)$/;"	f
ADDM	i5m.c	/^MPI *ADDM(MPI *Aptr, MPI *Bptr, MPI *Mptr)$/;"	f
ADDMATI	i6I.c	/^MPMATI *ADDMATI(MPMATI *Mptr, MPMATI *Nptr)$/;"	f
ADDPI	pI.c	/^POLYI ADDPI(POLYI Pptr, POLYI Qptr)$/;"	f
ADDR	i5R.c	/^MPR *ADDR(MPR *Aptr, MPR *Bptr)$/;"	f
ADD_CUBICM	cubicr.c	/^void ADD_CUBICM(MPI *X1, MPI *Y1, MPI *X2, MPI *Y2, MPI **Xptr, MPI **Yptr, MPI *A1, MPI *A2, MPI *A3, MPI *A4, MPI *A6, MPI *MODULUS)$/;"	f
ADD_CUBICMX	cubicr.c	/^void ADD_CUBICMX()$/;"	f
ADD_CUBICR	cubicr.c	/^void ADD_CUBICR(MPR *X1, MPR *Y1, MPR *X2, MPR *Y2, MPR **Xptr, MPR **Yptr, MPR *A1, MPR *A2, MPR *A3, MPR *A4, MPR *A6)$/;"	f
ADD_CUBICRX	cubicr.c	/^void ADD_CUBICRX()$/;"	f
ADD_ELLIPTIC_Q	elliptic.c	/^void ADD_ELLIPTIC_Q(MPR *X1, MPR *Y1, MPR *X2, MPR *Y2, MPR **Xptr, MPR **Yptr, MPR *A, MPR *B)$/;"	f
ADD_MULT_ROWI	i6I.c	/^MPMATI *ADD_MULT_ROWI(USI p, USI q, MPI *Aptr, MPMATI *Mptr)$/;"	f
ADD_MULT_ROWI0	i6I.c	/^void *ADD_MULT_ROWI0(USI p, USI q, MPI *Aptr, MPMATI *Mptr)$/;"	f
ADD_TO_MPIA	i5I.c	/^void ADD_TO_MPIA(MPIA MA, MPI *V, USL n)$/;"	f
ADDm	i5m.c	/^unsigned long ADDm(USL a, USL b, USL m)$/;"	f
ANARRAY	parse.c	54;"	d	file:
APPROXN	i8.c	/^MPI *APPROXN(MPI *Aptr, unsigned int m)$/;"	f
ARGSTACK	parse.c	53;"	d	file:
ARRAY	parse.c	55;"	d	file:
AUTOMORPH	reductio.c	/^void AUTOMORPH(MPI *A, MPI *B, MPI *D, MPI *T, MPI *U, MPI *X, MPI *Y, MPI **XX, MPI **YY){$/;"	f
AXB	nfunc.c	/^void AXB()$/;"	f
AXB1	nfunc.c	/^void AXB1()$/;"	f
A_SURD	nfunc.c	/^MPIA A_SURD; \/* used in REDUCED() *\/$/;"	v
BABY_DIVIDE	primes1.c	/^MPI *BABY_DIVIDE(MPI *Nptr)$/;"	f
BABY_MTHROOT	i8.c	/^MPI *BABY_MTHROOT(MPI *Aptr, unsigned int m)$/;"	f
BANKI	pI.c	/^POLYI BANKI = NULL;$/;"	v
BANK_REALLOC	i1.c	/^MPI *BANK_REALLOC(MPI *Aptr, unsigned int degree)$/;"	f
BASE_PADIC	p-adic.c	/^void BASE_PADIC(MPI *B, MPI *N, MPIA *BASE, USI *j){$/;"	f
BASIS_REDUCTION	lll.c	/^MPMATI *BASIS_REDUCTION(MPMATI *Bptr, MPMATI **Eptr, USI rowstage, USI m1, USI n1)$/;"	f
BASIS_REDUCTION0	lll.c	/^MPMATI *BASIS_REDUCTION0(MPMATI *Bptr, USI m1, USI n1)$/;"	f
BASIS_REDUCTION00	lll.c	/^MPMATI *BASIS_REDUCTION00(MPMATI *Bptr, USI m1, USI n1, USI norig)$/;"	f
BASIS_REDUCTION000	lll.c	/^MPMATI *BASIS_REDUCTION000(MPMATI *Bptr, USI m1, USI n1, MPI *N)$/;"	f
BASIS_UPDATE	lll.c	/^void BASIS_UPDATE(USI i, USI m, MPMATI **Cptr, MPMATI **Lptr, MPMATI *B1ptr, MPI *D[])$/;"	f
BIG_FACTOR	primes1.c	/^MPI *BIG_FACTOR(MPI *Nptr)$/;"	f
BIG_MTHROOT	i8.c	/^MPI *BIG_MTHROOT(MPI *Aptr, unsigned int m)$/;"	f
BIG_MTHROOTX	func.c	/^MPI *BIG_MTHROOTX(MPI *Aptr, MPI *M)$/;"	f
BIG_MTHROOTX_W	wrappers.c	/^MPI *BIG_MTHROOTX_W(Stack s)$/;"	f
BINARY	binary.c	/^unsigned int BINARY(USL i)$/;"	f
BINARYB	binary.c	/^unsigned int BINARYB(MPI *N)$/;"	f
BINARYFORM	lagrange.c	/^void BINARYFORM(MPI *A, MPI *B, MPI *C, MPI *N, MPIA *FSX1, MPIA *FSY1, USI *N1, USI FLAG, USI verbose)$/;"	f
BINARYFORM1	lagrange.c	/^void BINARYFORM1(MPI *AA, MPI *BB, MPI *CC, MPI *NN, MPI *VERB)$/;"	f
BINFORM_W	wrappers.c	/^void BINFORM_W(Stack S)$/;"	f
BINOMIAL	i5m.c	/^MPI *BINOMIAL(USI n, USI m)$/;"	f
BLTIN	parse.c	59;"	d	file:
BLTINP	parse.c	61;"	d	file:
BLTINV	parse.c	60;"	d	file:
BRANCH_MAX	collatz.c	14;"	d	file:
BRENT_POLLARD	primes1.c	/^MPI *BRENT_POLLARD(MPI *Nptr)$/;"	f
BUILDMATI	i6I.c	/^MPMATI *BUILDMATI(unsigned int m, unsigned int n)$/;"	f
BUILDMATR	i6R.c	/^MPMATR *BUILDMATR(USI m, USI n)$/;"	f
BUILDMPI	i5I.c	/^MPI *BUILDMPI(unsigned int n)$/;"	f
BUILDMPIA	i5I.c	/^MPIA BUILDMPIA()$/;"	f
BUILDMPR	i5R.c	/^MPR *BUILDMPR( )$/;"	f
CAUCHY	roots.c	/^MPR *CAUCHY(POLYI P)$/;"	f
CEILINGI	i2.c	/^MPI *CEILINGI(MPI *A, MPI *B)$/;"	f
CEILINGIX	i2.c	/^MPI *CEILINGIX(MPI *A, MPI *B)$/;"	f
CEILINGI_W	wrappers.c	/^MPI *CEILINGI_W(Stack s)$/;"	f
CFRACN	i5I.c	/^MPI *CFRACN(MPI *N){$/;"	f
CFRACN_W	wrappers.c	/^MPI *CFRACN_W(Stack s)$/;"	f
CFRAC_PERIOD	i5I.c	/^MPI *CFRAC_PERIOD(MPI *D)$/;"	f
CFRAC_PERIOD_W	wrappers.c	/^MPI *CFRAC_PERIOD_W(Stack s)$/;"	f
CHANGE	i5I.c	/^MPI *CHANGE(unsigned long n)$/;"	f
CHANGEI	i5I.c	/^MPI *CHANGEI(long n)$/;"	f
CHANGEL	i5I.c	/^MPI *CHANGEL(long n)$/;"	f
CHANGELX	nfunc.c	/^void CHANGELX(MPI *M)$/;"	f
CHECK_UVARRAYS	reductio.c	/^unsigned int CHECK_UVARRAYS(MPI *U, MPI *V){$/;"	f
CHINESE	nfunc.c	/^MPI *CHINESE(MPI *A, MPI *B, MPI *M, MPI *N, MPI **Mptr)$/;"	f
CHINESEX	func.c	/^MPI *CHINESEX(MPI *A, MPI *B, MPI *M, MPI *N, MPI **Mptr)$/;"	f
CHINESEX_W	wrappers.c	/^MPI *CHINESEX_W(Stack s)$/;"	f
CHINESE_ARRAY	nfunc.c	/^MPI *CHINESE_ARRAY(MPI *A[], MPI *M[], MPI **Mptr, USI n)$/;"	f
CHINESE_ARRAYX	func.c	/^MPI *CHINESE_ARRAYX(MPIA A, MPIA M, MPI **Mptr)$/;"	f
CHINESE_ARRAYX_W	wrappers.c	/^MPI *CHINESE_ARRAYX_W(Stack s)$/;"	f
CHOLESKYR	i6R.c	/^MPMATR *CHOLESKYR(MPMATR *A)$/;"	f
CLEMENS	nfunc.c	/^void CLEMENS(MPI *N)$/;"	f
CLEMENS1	nfunc.c	/^void CLEMENS1(MPI *N)$/;"	f
CLEMENS2	nfunc.c	/^void CLEMENS2(MPI *N)$/;"	f
COLLATZ	nfunc.c	/^void COLLATZ(MPI *Dptr, MPI *Eptr)$/;"	f
COLLATZT	nfunc.c	/^MPI *COLLATZT(MPI *Dptr)$/;"	f
COLLATZ_W	wrappers.c	/^void COLLATZ_W(Stack s)$/;"	f
COLSEEKI	i9.c	/^unsigned int COLSEEKI(USI i, MPMATI *Mptr)$/;"	f
COLSEEKI0	lllhermi.c	/^USI COLSEEKI0(MPMATI *A, USI i, USI j)$/;"	f
COLSUBI	i6I.c	/^MPMATI *COLSUBI(USI p, USI q, MPI *Aptr, MPMATI *Mptr)$/;"	f
COLSUBI0	i9.c	/^MPMATI *COLSUBI0(USI p, USI q, MPI *Aptr, MPMATI *Mptr)$/;"	f
COLSUMI	i9.c	/^MPI *COLSUMI(MPMATI *Mptr, USI j)$/;"	f
COMPAREI	i1.c	/^int COMPAREI(MPI *Aptr, MPI *Bptr)$/;"	f
COMPARER	i6R.c	/^int COMPARER(MPR *Aptr, MPR *Bptr)$/;"	f
COMPARE_DIGITS	log.c	/^int COMPARE_DIGITS(MPI *M, MPI *N, MPI *U, MPI *V, USL b)$/;"	f
CONGR	nfunc.c	/^MPI *CONGR(MPI *A, MPI *B, MPI *M, MPI **N)$/;"	f
CONGRX	func.c	/^MPI *CONGRX(MPI *A, MPI *B, MPI *M, MPI **N)$/;"	f
CONGRX_W	wrappers.c	/^MPI *CONGRX_W(Stack s)$/;"	f
CONSTANTPI	pI.c	/^POLYI CONSTANTPI(MPI *Aptr)$/;"	f
CONTENTPI	pI.c	/^MPI *CONTENTPI(POLYI Pptr)$/;"	f
CONTENTPI2	pI.c	/^MPI *CONTENTPI2(POLYI Pptr)$/;"	f
CONTENTPI2_W	wrappers.c	/^MPI* CONTENTPI2_W(Stack s)$/;"	f
CONT_FRAC	i5I.c	/^void CONT_FRAC(MPI *Aptr, MPI *Bptr, MPI *Zptr, MPI **Xptr, MPI **Yptr)$/;"	f
CONVERGENTS	i5I.c	/^void CONVERGENTS(MPIA A, MPIA *P, MPIA *Q)$/;"	f
CONVERGENTS_W	wrappers.c	/^void CONVERGENTS_W(Stack s)$/;"	f
CONVERTI	i5I.c	/^unsigned long CONVERTI(MPI *N)$/;"	f
COPYI	i5I.c	/^MPI *COPYI(MPI *Aptr)$/;"	f
COPYMATI	i6I.c	/^MPMATI *COPYMATI(MPMATI *Mptr)$/;"	f
COPYMATR	i6R.c	/^MPMATR *COPYMATR(MPMATR *Mptr)$/;"	f
COPYPI	pI.c	/^POLYI COPYPI(POLYI Pptr)$/;"	f
COPYR	i5R.c	/^MPR *COPYR(MPR *Aptr)$/;"	f
CORNACCHIA	primes1.c	/^void CORNACCHIA(MPI *A, MPI *B, MPI *M)$/;"	f
CORNACCHIAX	primes1.c	/^MPI *CORNACCHIAX(MPI *A, MPI *B, MPI *M)$/;"	f
CORNACCHIA_W	wrappers.c	/^void CORNACCHIA_W(Stack S)$/;"	f
CRA	i5m.c	/^MPI *CRA(USL n, USL *a, USL *m)$/;"	f
CREATEPI	pI.c	/^POLYI CREATEPI()$/;"	f
CSWAP_UPDATE	lll.c	/^void CSWAP_UPDATE(USI k, USI m, MPI *S, MPMATI **Cptr, MPI *D[])$/;"	f
CYCLE	collatz.c	/^void CYCLE(USL d, MPI *m[], MPI *X[], USL INFINITY, USL RANGE) $/;"	f
CYCLEX	collatz.c	/^void CYCLEX()$/;"	f
CYCLE_MAX	collatz.c	13;"	d	file:
CYCLE_PERIOD	reductio.c	/^USI CYCLE_PERIOD(MPI *D, MPI *U, MPI *V, USI i, int sign){$/;"	f
CYCLOTOMIC	cyclo.c	/^POLYI CYCLOTOMIC(MPI *N)$/;"	f
CYCLOTOMIC_W	wrappers.c	/^POLYI CYCLOTOMIC_W(Stack s){$/;"	f
DAVISON	davison.c	/^USL DAVISON(USL l, USL m, USL n){$/;"	f
DAVISONX	davison.c	/^MPI *DAVISONX(MPI *L, MPI *M, MPI *N){$/;"	f
DAVISON_W	wrappers.c	/^MPI *DAVISON_W(Stack s){$/;"	f
DECODE	rsa.c	/^void DECODE(MPI *Dptr, MPI *Rptr)$/;"	f
DECODEX	nfunc.c	/^void DECODEX(MPI *Eptr, MPI *Pptr, MPI *Qptr)$/;"	f
DECODEX_W	wrappers.c	/^void DECODEX_W(Stack s)$/;"	f
DEGREEPI	pI.c	/^int DEGREEPI(POLYI Pptr)$/;"	f
DELETEPI	pI.c	/^void DELETEPI(POLYI Pptr)$/;"	f
DELETE_COL1I	i9.c	/^MPMATI *DELETE_COL1I(MPMATI *Mptr)$/;"	f
DELETE_ROW1I	i9.c	/^MPMATI *DELETE_ROW1I(MPMATI *Mptr)$/;"	f
DELETE_ROWI	i6I.c	/^MPMATI *DELETE_ROWI(USI r, MPMATI *Mptr)$/;"	f
DERIVPI	pI.c	/^POLYI DERIVPI(POLYI Pptr)$/;"	f
DERIVPI_W	wrappers.c	/^POLYI DERIVPI_W(Stack s){$/;"	f
DISCRIMINANTPI	pI.c	/^MPI *DISCRIMINANTPI(POLYI Pptr)$/;"	f
DISCRIMINANTPI_W	wrappers.c	/^MPI *DISCRIMINANTPI_W(Stack s){$/;"	f
DIVISOR	primes1.c	/^MPI *DIVISOR(MPI *N)$/;"	f
DIVISORX	func.c	/^MPI *DIVISORX(MPI *N)$/;"	f
DIVISORX_W	wrappers.c	/^MPI *DIVISORX_W(Stack s)$/;"	f
DIVM	i5m.c	/^MPI *DIVM(MPI *Aptr, MPI *Bptr, MPI *Mptr)$/;"	f
DIVPI	pI.c	/^POLYI DIVPI(POLYI Fptr, POLYI Gptr)$/;"	f
DIVm	i5m.c	/^unsigned long DIVm(USL a, USL b, USL m)$/;"	f
DOTRI	i7I.c	/^MPI *DOTRI(MPMATI *Mptr, USI i, USI j)$/;"	f
DUMPMPI	i5m.c	/^void DUMPMPI(MPI *Mptr, char *name)$/;"	f
ECMAX	func.c	/^unsigned int ECMAX;$/;"	v
EFACTOR	elliptic.c	/^MPI *EFACTOR(MPI *N, USI m, USI p)$/;"	f
EFACTORX	func.c	/^MPI *EFACTORX(MPI *N, MPI *M, MPI *P)$/;"	f
EFACTORX_W	wrappers.c	/^MPI *EFACTORX_W(Stack s)$/;"	f
ENCODE	rsa.c	/^void ENCODE(MPI *Eptr, MPI *Rptr)$/;"	f
ENCODE_W	wrappers.c	/^void ENCODE_W(Stack s)$/;"	f
EQMINUSONECI	i3.c	/^unsigned int EQMINUSONECI(MPCI *Mptr)$/;"	f
EQMINUSONECR	i3.c	/^unsigned int EQMINUSONECR(MPCR *Mptr)$/;"	f
EQMINUSONEI	i3.c	/^unsigned int EQMINUSONEI(MPI *Mptr)$/;"	f
EQMINUSONER	i3.c	/^unsigned int EQMINUSONER(MPR *Mptr)$/;"	f
EQONECI	i3.c	/^unsigned int EQONECI(MPCI *Mptr)$/;"	f
EQONECR	i3.c	/^unsigned int EQONECR(MPCR *Mptr)$/;"	f
EQONEI	i3.c	/^unsigned int EQONEI(MPI *Mptr)$/;"	f
EQONER	i3.c	/^unsigned int EQONER(MPR *Mptr)$/;"	f
EQUALI	i5I.c	/^unsigned int EQUALI (MPI *Aptr, MPI *Bptr)$/;"	f
EQUALR	i5R.c	/^unsigned int EQUALR(MPR *Aptr, MPR *Bptr)$/;"	f
EQZEROCI	i3.c	/^unsigned int EQZEROCI(MPCI *Mptr)$/;"	f
EQZEROCR	i3.c	/^unsigned int EQZEROCR(MPCR *Mptr)$/;"	f
EQZEROI	i3.c	/^unsigned int EQZEROI(MPI *Mptr)$/;"	f
EQZEROR	i3.c	/^unsigned int EQZEROR(MPR *Mptr)$/;"	f
ERATOSTHENES	utility.c	/^unsigned long *ERATOSTHENES(USI n)$/;"	f
EUCLID	i5I.c	/^void EUCLID(MPI *Aptr, MPI *Bptr, MPIA *Q, MPIA *R, MPIA *S, MPIA *T, MPI **Dptr)$/;"	f
EUCLIDI	nfunc.c	/^MPI *EUCLIDI(MPI *Pptr, MPI *Qptr, MPI **Hptr, MPI **Kptr)$/;"	f
EUCLIDI1	i5I.c	/^MPI *EUCLIDI1(MPI *M, MPI *N)$/;"	f
EUCLIDI1_W	wrappers.c	/^MPI *EUCLIDI1_W(Stack s)$/;"	f
EUCLIDI_W	wrappers.c	/^MPI *EUCLIDI_W(Stack s)$/;"	f
EUCLID_W	wrappers.c	/^void EUCLID_W(Stack s)$/;"	f
EULER	primes1.c	/^MPI *EULER(MPI *N)$/;"	f
EULERX	func.c	/^MPI *EULERX(MPI *N)$/;"	f
EULERX_W	wrappers.c	/^MPI *EULERX_W(Stack s)$/;"	f
EXP_UPDATE	reduce.c	/^void EXP_UPDATE(MPI *Q, USL base[], USI FBASE, USI exponents[])$/;"	f
EXTGCD	lll.c	/^MPMATI *EXTGCD(MPMATI *Dptr, MPI **Aptr, MPMATI **Q, USI m1, USI n1)$/;"	f
EXTGCDX	nfunc.c	/^void EXTGCDX()$/;"	f
EXZPOWER	elliptic.c	/^void EXZPOWER(MPI *X, MPI *Z, USI k, MPI *P, MPI *Q, MPI **Aptr, MPI **Cptr, MPI *N)$/;"	f
FACTOR	primes1.c	/^unsigned int FACTOR(MPI *Nptr)$/;"	f
FACTORQ1	reduce.c	/^MPI *FACTORQ1(MPI *Q, USI factored, USL base[], USL **M1, USI FBASE, long x, USL r1[], USL r2[], USL r, int INDEX[], USI CTR[])$/;"	f
FACTORX	func.c	/^MPI *FACTORX(MPI *N)$/;"	f
FACTORX_W	wrappers.c	/^MPI *FACTORX_W(Stack s)$/;"	f
FERMAT_QUOTIENT	primes1.c	/^void FERMAT_QUOTIENT(MPI *N)$/;"	f
FFI	i5m.c	/^unsigned long *FFI(USL N, USL *b, USL w, USL p)$/;"	f
FFM	i5m.c	/^MPI *FFM(MPI *a, MPI *b, USL K)$/;"	f
FFP	i5m.c	/^unsigned long *FFP(USL N, USL *a, USL *b, USL m, USL n, USL w, USL p)$/;"	f
FFT	i5m.c	/^unsigned long *FFT(USL N, USL *a, USL w, USL p)$/;"	f
FFlush	menu.c	/^void FFlush(FILE *f)$/;"	f
FIBONACCI	func.c	/^MPI *FIBONACCI(USI n)$/;"	f
FIB_MIN	nfunc.c	/^void FIB_MIN()$/;"	f
FINCKE_POHST	i6R.c	/^void FINCKE_POHST(MPMATR *A, MPR *C, USI filename)$/;"	f
FINCKE_POHSTX	nfunc.c	/^void FINCKE_POHSTX()$/;"	f
FIND	i2.c	/^void FIND(unsigned int k, MPI *A1ptr, MPI *B1ptr, unsigned long R[])$/;"	f
FINPUTI	i5I.c	/^MPI *FINPUTI(FILE *f, unsigned int *uptr)$/;"	f
FINPUTMATFILEI_I	i6I.c	/^MPMATI *FINPUTMATFILEI_I()$/;"	f
FINPUTMATI	i6I.c	/^MPMATI *FINPUTMATI(FILE *infile)$/;"	f
FINPUTR	i5R.c	/^MPR *FINPUTR(FILE *f, unsigned int *uptr)$/;"	f
FLAGCOLI	lllhermi.c	/^USI FLAGCOLI(MPMATI *Aptr)$/;"	f
FPRINTDR	i5R.c	/^void FPRINTDR(FILE *outfile, unsigned int d, MPR *Mptr)$/;"	f
FPRINTI	i5I.c	/^void FPRINTI(FILE *outfile, MPI *Mptr)$/;"	f
FPRINTMATI	i6I.c	/^void FPRINTMATI(FILE *outfile, USI i1, USI i2, USI j1, USI j2, MPMATI *Mptr)$/;"	f
FPRINTMATIFLAG	nfunc.c	/^unsigned int FPRINTMATIFLAG = 0;$/;"	v
FPRINTMATR	i5R.c	/^void FPRINTMATR(FILE *outfile, USI i1, USI i2, USI j1, USI j2, MPMATR *Mptr)$/;"	f
FPRINTPI	pI.c	/^void FPRINTPI(FILE *outfile, POLYI Pptr)$/;"	f
FPRINTR	i5R.c	/^void FPRINTR(FILE *outfile, MPR *Aptr)$/;"	f
FRAC_PARTI	i5R.c	/^MPR *FRAC_PARTI(MPI *Aptr, MPI *Bptr)$/;"	f
FRAC_PARTR	i5R.c	/^MPR *FRAC_PARTR(MPR *Aptr)$/;"	f
FREEMATI	i6I.c	/^void FREEMATI(MPMATI *Mptr)$/;"	f
FREEMATR	i6R.c	/^void FREEMATR(MPMATR *Mptr)$/;"	f
FREEMPI	i5I.c	/^void FREEMPI(MPI *Mptr)$/;"	f
FREEMPIA	i5I.c	/^void FREEMPIA(MPIA MA)$/;"	f
FREEMPIBANK	i5I.c	/^void FREEMPIBANK()$/;"	f
FREEMPR	i5R.c	/^void FREEMPR(MPR *Mptr)$/;"	f
FREE_PRIMES	func.c	/^unsigned int FREE_PRIMES;$/;"	v
FUND_UNIT	nfunc.c	/^MPI  *FUND_UNIT(MPI *D, MPI **Xptr, MPI **Yptr)$/;"	f
FUND_UNITX	func.c	/^MPI  *FUND_UNITX(MPI *D, MPI **Xptr, MPI **Yptr)$/;"	f
FUND_UNITX_W	wrappers.c	/^MPI *FUND_UNITX_W(Stack s)$/;"	f
Fgets	menu.c	/^char *Fgets(FILE *f)$/;"	f
Flush	menu.c	/^void Flush()$/;"	f
Fopen_r	menu.c	/^FILE *Fopen_r(char *filename)$/;"	f
GAUSS	primes1.c	/^void GAUSS(MPI *A, MPI *B, MPI *C, MPI *N, MPI **alpha, MPI **gamma, MPI **M)$/;"	f
GAUSS_W	wrappers.c	/^void GAUSS_W(Stack S)$/;"	f
GCD	i5I.c	/^MPI *GCD(MPI *Aptr, MPI *Bptr)$/;"	f
GCD10	lllgcd.c	/^void GCD10()$/;"	f
GCD11	lllgcd.c	/^void GCD11()$/;"	f
GCD3	lllgcd.c	/^void GCD3()$/;"	f
GCD33	lllgcd.c	/^void GCD33()$/;"	f
GCD3FLAG	lllgcd.c	/^USI GCD3FLAG;$/;"	v
GCD4	lllgcd.c	/^void GCD4()$/;"	f
GCD5	lllgcd.c	/^void GCD5()$/;"	f
GCD6	lllgcd.c	/^void GCD6()$/;"	f