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ORDERP primes1.c /^MPI *ORDERP(MPI *A, MPI *P)$/;" fORDERPX func.c /^MPI *ORDERPX(MPI *A, MPI *P)$/;" fORDERQ primes1.c /^MPI *ORDERQ(MPI *A, MPI *P, unsigned int n)$/;" fORDERQX func.c /^MPI *ORDERQX(MPI *A, MPI *P, MPI *N)$/;" fORDER_CUBICM cubicr.c /^unsigned int ORDER_CUBICM(MPI *X1, MPI *Y1, MPI *A1, MPI *A2, MPI *A3, MPI *A4, MPI *A6, MPI *MODULUS)$/;" fORDER_CUBICMX cubicr.c /^void ORDER_CUBICMX()$/;" fORDER_CUBICR cubicr.c /^unsigned int ORDER_CUBICR(MPR *X1, MPR *Y1, MPR *A1, MPR *A2, MPR *A3, MPR *A4, MPR *A6)$/;" fORDER_CUBICRX cubicr.c /^void ORDER_CUBICRX()$/;" fPADICSQRT p-adic.c /^void PADICSQRT(MPI *A, USI n, MPI *P, MPIA *DIGITS){$/;" fPADICSQRTX p-adic.c /^MPI *PADICSQRTX(MPI *A, MPI *N, MPI *P, MPIA *DIGITS){$/;" fPADICSQRT_W wrappers.c /^void PADICSQRT_W(Stack s){$/;" fPATZ lagrange.c /^void PATZ(MPI *D, MPI* N)$/;" fPATZX lagrange.c /^MPI *PATZX(MPI *D, MPI *N)$/;" fPATZ_W wrappers.c /^void PATZ_W(Stack s)$/;" fPEL nfunc.c /^MPI *PEL(MPI *D, MPI *Eptr, MPI **Xptr, MPI **Yptr)$/;" fPELL nfunc.c /^void PELL(MPI *Dptr, MPI *Eptr)$/;" fPELX func.c /^MPI *PELX(MPI *D, MPI *E, MPI **Xptr, MPI **Yptr)$/;" fPELX_W wrappers.c /^MPI *PELX_W(Stack s)$/;" fPERFECT_POWER primes1.c /^MPI *PERFECT_POWER(MPI *N)$/;" fPERFECT_POWER_W wrappers.c /^MPI *PERFECT_POWER_W(Stack s)$/;" fPERIOD reductio.c /^unsigned int PERIOD(MPI *D, MPI *U, MPI *V){$/;" fPI i8.c /^MPI *PI(unsigned int r)$/;" fPII i8.c /^MPR *PII(unsigned int r)$/;" fPINCH_PRIME utility.c /^MPI *PINCH_PRIME(MPI *M, MPI *N, long *base, USI FBASE, USI *hptr)$/;" fPINSERTPI pI.c /^void PINSERTPI(int DEG, MPI *COEF, POLYI *Pptr, USI OPT)$/;" fPIVOTI i9.c /^unsigned int PIVOTI(MPMATI *Mptr, USI *rptr, USI *cptr, USI r, USI s)$/;" fPOL parse.c 52;" d file:POLLARD primes1.c /^MPI *POLLARD(MPI *Nptr)$/;" fPOLLARD_W wrappers.c /^MPI *POLLARD_W(Stack s)$/;" fPOLYID parse.c 26;" d file:POLYTERM parse.c 58;" d file:POLYVAR parse.c 56;" d file:POS reductio.c /^USI POS(MPI *D){$/;" fPOS0 reductio.c /^USI POS0(MPI *D){$/;" fPOS0X reductio.c /^MPI *POS0X(MPI *D){$/;" fPOS0_W wrappers.c /^MPI *POS0_W(Stack s){$/;" fPOS1 reductio.c /^USI POS1(MPI *D, int *norm){$/;" fPOSITIVITY davison.c /^USL POSITIVITY(MPI *A, MPI *B, MPI *C, MPI *D){$/;" fPOSX reductio.c /^MPI *POSX(MPI *D){$/;" fPOS_W wrappers.c /^MPI *POS_W(Stack s){$/;" fPOWERD i2.c /^void POWERD(MPI *A, MPI *B, MPI *D, MPI *N, MPI **AA, MPI **BB){$/;" fPOWERD_W wrappers.c /^void POWERD_W(Stack s)$/;" fPOWERI i1.c /^MPI *POWERI(MPI *Aptr, unsigned n)$/;" fPOWERPI pI.c /^POLYI POWERPI(POLYI Pptr, USI n)$/;" fPOWERR i5R.c /^MPR *POWERR(MPR *Aptr, unsigned int n)$/;" fPOWERR_2 i5R.c /^MPR *POWERR_2(MPR *R, int n)$/;" fPOWERXM qres.c /^void POWERXM(MPI *a, MPI *b, MPI *n, MPI **eptr, MPI **fptr, MPI *x, MPI *p)$/;" fPOWERXm qres.c /^void POWERXm(USL a, USL b, USL n, USL *eptr, USL *fptr, USL x, USL p)$/;" fPOWER_CUBICM cubicr.c /^void POWER_CUBICM(MPI *X1, MPI *Y1, MPI **Xptr, MPI **Yptr, MPI *A1, MPI *A2, MPI *A3, MPI *A4, MPI *A6, unsigned int n, MPI *MODULUS)$/;" fPOWER_CUBICMX cubicr.c /^void POWER_CUBICMX()$/;" fPOWER_CUBICR cubicr.c /^void POWER_CUBICR(MPR *X1, MPR *Y1, MPR **Xptr, MPR **Yptr, MPR *A1, MPR *A2, MPR *A3, MPR *A4, MPR *A6, unsigned int n)$/;" fPOWER_CUBICRX cubicr.c /^void POWER_CUBICRX()$/;" fPOWER_I i1.c /^MPI *POWER_I(long a, unsigned n)$/;" fPOWER_m i5m.c /^unsigned long POWER_m(USL a, USL y, USL m)$/;" fPOWERm i5m.c /^unsigned long POWERm(USL a, MPI *Bptr, USL m)$/;" fPRIMEPOWERS primepow.c /^unsigned long PRIMEPOWERS[1280] = {$/;" vPRIME_FACTORS primes1.c /^unsigned int PRIME_FACTORS(MPI *Nptr)$/;" fPRIME_GENERATOR primes1.c /^MPI *PRIME_GENERATOR(MPI *M, MPI *N)$/;" fPRIME_GENERATORX primes1.c /^MPI *PRIME_GENERATORX(MPI *M, MPI *N)$/;" fPRIME_GENERATOR_W wrappers.c /^MPI *PRIME_GENERATOR_W(Stack s){$/;" fPRIMITIVEPI pI.c /^POLYI PRIMITIVEPI(POLYI Pptr)$/;" fPRIMITIVEPI_ pI.c /^POLYI PRIMITIVEPI_(POLYI Pptr)$/;" fPRIMITIVEPI_W wrappers.c /^POLYI PRIMITIVEPI_W(Stack s)$/;" fPRINTDR i5R.c /^void PRINTDR(unsigned int d, MPR *Mptr)$/;" fPRINTI i5I.c /^void PRINTI(MPI *Mptr)$/;" fPRINTIA i5I.c /^void PRINTIA(MPIA Mptr)$/;" fPRINTMATI i6I.c /^void PRINTMATI(USI i1, USI i2, USI j1, USI j2, MPMATI *Mptr)$/;" fPRINTMATR i5R.c /^void PRINTMATR(USI i1, USI i2, USI j1, USI j2, MPMATR *Mptr)$/;" fPRINTPI pI.c /^void PRINTPI(POLYI Pptr)$/;" fPRINTR i5R.c /^void PRINTR(MPR *Aptr)$/;" fPRINTW1 nfunc.c /^void PRINTW1(USI n, USI r)$/;" fPRINTW2 nfunc.c /^void PRINTW2(USI n, USI r, USI m)$/;" fPRINTWW nfunc.c /^ void PRINTWW()$/;" fPRINT_DEFECT nfunc.c /^void PRINT_DEFECT()$/;" fPROB_PRIME utility.c /^MPI *PROB_PRIME(MPI *M, MPI *N, USI *hptr)$/;" fPURGEPI pI.c /^void PURGEPI(POLYI *Pptr)$/;" fP_CYCLE collatz.c /^void P_CYCLE(MPI *Aptr, USL d, MPI *m[], MPI *X[], USI c)$/;" fP_OF_NEG_X pI.c /^POLYI P_OF_NEG_X(POLYI P)$/;" fP_OF_X_PLUS pI.c /^void P_OF_X_PLUS(POLYI *P, MPI *A)$/;" fParse parse.c /^void Parse(s)$/;" fPolySeq roots.c /^} *PolySeq;$/;" t file:Q primes1.c /^unsigned long Q[JMAX];$/;" vQERATOSTHENES utility.c /^void QERATOSTHENES(MPI *N, USL base[], USL soln[], USI FBASE)$/;" fQSORTCOMPAREI i1.c /^int QSORTCOMPAREI(const void *Aptr, const void *Bptr)$/;" fQSORTMATI i1.c /^void QSORTMATI(MPMATI *Mptr, USI r, USI s)$/;" fQSORTMATIX nfunc.c /^void QSORTMATIX()$/;" fQSORTMPI i1.c /^void QSORTMPI(MPI *A[], USI m, USI n)$/;" fQSORTMPI0 i1.c /^void QSORTMPI0(MPI *A[], USI m, USI n)$/;" fQSORTMPIX nfunc.c /^void QSORTMPIX()$/;" fQSORTRSV i1.c /^int QSORTRSV(const void *Aptr, const void *Bptr)$/;" fQUADRATIC lagrange.c /^MPI *QUADRATIC(MPI *A, MPI *B, MPI *C, MPI *N, MPIA *SOL)$/;" fQUADRATICX lagrange.c /^MPI *QUADRATICX(MPI *A, MPI *B, MPI *C, MPI *N, MPIA *SOL)$/;" fQUADRATIC_W wrappers.c /^MPI *QUADRATIC_W(Stack S)$/;" fQ_ primes1.c /^MPI *Q_[JMAX], *Q_PRIME[JMAX];$/;" vQ_PRIME primes1.c /^MPI *Q_[JMAX], *Q_PRIME[JMAX];$/;" vQ_PRIME_TEST primes1.c /^unsigned int Q_PRIME_TEST(MPI *Nptr)$/;" fRANDOMI i5m.c /^MPI *RANDOMI(MPI *X, MPI *P, MPI *T){$/;" fRANDOM_MATRIX i5m.c /^void RANDOM_MATRIX(MPI *M, MPI *N, MPI *X, MPI *P, MPI *T) {$/;" fRANDOM_MATRIXA i5m.c /^MPMATI *RANDOM_MATRIXA(USI m, USI n, MPI *X, MPI *P, MPI *T)$/;" fRANDOM_MATRIXA3 i5m.c /^MPMATI *RANDOM_MATRIXA3(USI m, USI n, MPI *X, MPI *P, MPI *T)$/;" fRANDOMm i5m.c /^unsigned long RANDOMm(USL x)$/;" fRANDOMm random.c /^unsigned long RANDOMm(USL x)$/;" fRANEY davison.c /^USL RANEY(MPI *P, MPI *Q, MPI *R, MPI *S){$/;" fRANEY1 davison.c /^USL RANEY1(MPI *P, MPI *Q, MPI *R, MPI *S){$/;" fRANEY1X davison.c /^MPI *RANEY1X(MPI *P, MPI *Q, MPI *R, MPI *S){$/;" fRANEY1_W wrappers.c /^MPI *RANEY1_W(Stack s){$/;" fRATIOI i5R.c /^MPR *RATIOI(MPI *Aptr, MPI *Bptr)$/;" fRATIOR i5R.c /^MPR *RATIOR(MPR *Aptr, MPR *Bptr)$/;" fRECIPROCAL i5R.c /^MPR *RECIPROCAL(unsigned long n)$/;" fREDUCE lllgcd.c /^void REDUCE(USI k, USI l, MPMATI **Lptr, MPMATI **Bptr, MPI *D[], MPI *A[])$/;" fREDUCE1 lllhermi.c /^void REDUCE1(USI k, USI l, MPMATI **Lptr, MPMATI **Bptr, MPI *D[], MPMATI **Aptr, USI *col1, USI *col2)$/;" fREDUCED nfunc.c /^unsigned int REDUCED(MPI *D, MPI *U, MPI *V, USI i)$/;" fREDUCE_NEG reductio.c /^USI REDUCE_NEG(MPI *A, MPI *B, MPI *C){$/;" fREDUCE_NEG0 reductio.c /^USI REDUCE_NEG0(MPI *A, MPI *B, MPI *C, MPI **AA, MPI **BB, MPI **CC, MPI **alpha, MPI **beta, MPI **gamma, MPI **delta, USI print_flag){$/;" fREDUCE_NEGX reductio.c /^MPI *REDUCE_NEGX(MPI *A, MPI *B, MPI *C){$/;" fREDUCE_NEG_W wrappers.c /^MPI *REDUCE_NEG_W(Stack s){$/;" fREDUCE_POS reductio.c /^USI REDUCE_POS(MPI *A, MPI *B, MPI *C){$/;" fREDUCE_POSX reductio.c /^MPI *REDUCE_POSX(MPI *A, MPI *B, MPI *C){$/;" fREDUCE_POS_W wrappers.c /^MPI *REDUCE_POS_W(Stack s){$/;" fREDUCTION reduce.c /^void REDUCTION(USI **M1, USI **M2, USI m, USI n, int SCAN[])$/;" fREDUCTION1 reduce.c /^void REDUCTION1(USL **M1, USL **M2, USI m, USI n, USI m1bitcols, USI m2bitcols, int INDEX[], USI CTR[])$/;" fREFINE davison.c /^MPI *REFINE(MPI *A, MPI *B, MPI *C, MPI *D){$/;" fREP_DEFINITE reductio.c /^USI REP_DEFINITE(MPI *A, MPI *B, MPI *C, MPI *M, USI print_flag){$/;" fREP_DEFINITEX reductio.c /^MPI *REP_DEFINITEX(MPI *A, MPI *B, MPI *C, MPI *M, MPI *PRINT_FLAG){$/;" fREP_DEFINITE_W wrappers.c /^MPI *REP_DEFINITE_W(Stack s){$/;" fRODI i6I.c /^void RODI(MPMATI *Aptr, USI *T, USI j)$/;" fRODIP i6I.c /^void RODIP(MPMATI *Aptr, MPMATI *Pptr, USI *T, USI j)$/;" fROOTEXPANSION roots.c /^void ROOTEXPANSION(Stack s)$/;" fROWSEEKI i9.c /^unsigned int ROWSEEKI(USI i, MPMATI *Mptr)$/;" fROWSUBI i6I.c /^MPMATI *ROWSUBI(USI p, USI q, MPI *Aptr, MPMATI *Mptr)$/;" fROWSUBI0 i9.c /^MPMATI *ROWSUBI0(USI p, USI q, MPI *Aptr, MPMATI *Mptr)$/;" fROWSUMI i9.c /^MPI *ROWSUMI(MPMATI *Mptr, USI i)$/;" fRSAE rsa.c /^MPI *RSAE(MPI *Pptr, MPI *Qptr)$/;" fRSAEX rsa.c /^MPI *RSAEX(MPI *Pptr, MPI *Qptr)$/;" fRSAE_W wrappers.c /^MPI *RSAE_W(Stack s)$/;" fRSV i1.c /^int RSV(MPI *Aptr, MPI *Bptr)$/;" fRSV_PADIC p-adic.c /^int RSV_PADIC(MPIA A, MPIA B, USI m, USI n){$/;" fRUSSm i5m.c /^unsigned long RUSSm(USL a, USL b, USL c, USL p)$/;" fRUSSm random.c /^unsigned long RUSSm(USL a, USL b, USL c, USL p)$/;" fS0 cyclo.c 7;" d file:SAVEI pI.c /^void SAVEI(Ptr)$/;" fSCALARPI pI.c /^POLYI SCALARPI(MPI *Cptr, POLYI Pptr)$/;" fSCALAR_ROWI lllhermi.c /^MPMATI *SCALAR_ROWI(USI p, MPI *Aptr, MPMATI *Mptr)$/;" fSCHNORRGCD nfunc.c /^void SCHNORRGCD(MPI *N)$/;" fSCHNORRGCD_W wrappers.c /^void SCHNORRGCD_W(Stack s)$/;" fSCHNORRHERMITE nfunc.c /^void SCHNORRHERMITE(MPI *N)$/;" fSCHNORRHERMITE_W wrappers.c /^void SCHNORRHERMITE_W(Stack s)$/;" fSELFRIDGE primes1.c /^unsigned int SELFRIDGE(MPI *Nptr, USI *uptr)$/;" fSERRET nfunc.c /^void SERRET(MPI *P, MPI **Xptr, MPI **Yptr)$/;" fSERRET_W wrappers.c /^void SERRET_W(Stack s)$/;" fSHALLIT func.c /^void SHALLIT()$/;" fSHANKSLOG log.c /^void SHANKSLOG(Stack s)$/;" fSHIFTLB i1.c /^MPI *SHIFTLB(MPI *U)$/;" fSHORTEST i6R.c /^void SHORTEST(MPMATI *AA, MPI *I[], USI filename, USI number)$/;" fSHORTESTT0 i6R.c /^MPMATI *SHORTESTT0(MPMATI *AA, MPI **XX[])$/;" fSHORTESTTT i6R.c /^void SHORTESTTT(MPMATI *AA, MPI *BOUND)$/;" fSHORTESTTTX nfunc.c /^void SHORTESTTTX()$/;" fSHORTESTX i6R.c /^MPI ***SHORTESTX(MPMATI *AA, MPI *I[], USI *counter)$/;" fSIGMA primes1.c /^MPI *SIGMA(MPI *N)$/;" fSIGMAK primes1.c /^MPI *SIGMAK(USI k, MPI *N)$/;" fSIGMAKX primes1.c /^MPI *SIGMAKX(MPI *K, MPI *N){$/;" fSIGMAK_W wrappers.c /^MPI *SIGMAK_W(Stack s){$/;" fSIGMAX func.c /^MPI *SIGMAX(MPI *N)$/;" fSIGMAX_W wrappers.c /^MPI *SIGMAX_W(Stack s)$/;" fSIGNI i1.c /^int SIGNI(MPI *I)$/;" fSIGN_AT_R_PI pI.c /^int SIGN_AT_R_PI(POLYI P, MPR *R)$/;" fSIGN_COUNT roots.c /^USI SIGN_COUNT(MPIA A){$/;" fSLVECTOR i6R.c /^MPR *SLVECTOR(MPMATR *A, MPR *C, MPR **VALUE)$/;" fSLVECTORX nfunc.c /^void SLVECTORX()$/;" fSMITH nfunc.c /^void SMITH()$/;" fSMITHI i9.c /^MPI **SMITHI(MPMATI *Mptr, MPMATI **Pptr, MPMATI **Qptr, USI *ptr, MPI *Eptr, USI m1, USI n1)$/;" fSMITHI1 i9.c /^MPI **SMITHI1(MPMATI *Mptr, USI *ptr, MPI *Eptr, USI m1, USI n1)$/;" fSORTI i6I.c /^void SORTI(USI *T, USI nz)$/;" fSPRINTDR i5R.c /^void SPRINTDR(char *buffer, unsigned int d, MPR *Mptr)$/;" fSPRINTI i5I.c /^void SPRINTI(char *buffer, MPI *Mptr)$/;" fSPRINTR i5R.c /^void SPRINTR(char *buffer, MPR *Aptr)$/;" fSQROOT primes1.c /^MPI *SQROOT(MPI *A, MPI *N, MPIA *SOL, MPI **MODULUS, USI *lptr)$/;" fSQROOT1 primes1.c /^MPI *SQROOT1(MPI *A, MPI *P, USL n)$/;" fSQROOT1_W primes1.c /^void SQROOT1_W(Stack S)$/;" fSQROOT2 primes1.c /^MPI *SQROOT2(MPI *A, USL n)$/;" fSQROOT2_W primes1.c /^void SQROOT2_W(Stack S)$/;" fSQROOT3 primes1.c /^MPI *SQROOT3(MPI *A, MPI *P, USL n, MPI**EXPONENT)$/;" fSQROOT3_W primes1.c /^void SQROOT3_W(Stack S)$/;" fSQROOTX primes1.c /^MPI *SQROOTX(MPI *A, MPI *N, MPIA *Y, MPI **M, USI *l)$/;" fSQROOT_W wrappers.c /^MPI *SQROOT_W(Stack S)$/;" fSQRTM qres.c /^MPI *SQRTM(MPI *x, MPI *p)$/;" fSQRTMX func.c /^MPI *SQRTMX(MPI *x, MPI *p)$/;" fSQRTMX_W wrappers.c /^MPI *SQRTMX_W(Stack s)$/;" fSQRTm qres.c /^unsigned long SQRTm(USL x, USL p)$/;" fSQUAREFREEPI pI.c /^POLYI *SQUAREFREEPI(POLYI Pptr, USI **D, USI *tptr)$/;" fSQUAREFREE_TEST1000 reductio.c /^unsigned int SQUAREFREE_TEST1000(USL n){$/;" fSTEP4 lll.c /^unsigned int STEP4(k, l, Lptr, Bptr, Eptr, D, i)$/;" fSTEP40 lll.c /^unsigned int STEP40(k, l, Lptr, Bptr, D)$/;" fSTEP400 lll.c /^unsigned int STEP400(k, l, Lptr, Bptr, D, gcdflag, norig)$/;" fSTEP4000 lll.c /^unsigned int STEP4000(USI k, USI l, MPMATI **Lptr, MPMATI **Bptr, MPI *D[], MPI *N)$/;" fSTEP7 lll.c /^void STEP7(USI i, USI k, MPMATI **Lptr, MPI *D[])$/;" fSTEP8 lll.c /^void STEP8(USI k, MPMATI **B1ptr, MPMATI **Lptr, MPMATI **Eptr, USI i)$/;" fSTEP80 lll.c /^void STEP80(k, B1ptr, Lptr)$/;" fSTEP8000 lll.c /^void STEP8000(USI k, MPMATI **B1ptr, MPMATI **Lptr, MPI *N)$/;" fSTURM roots.c /^Stack STURM(POLYI P)$/;" fSTURM_SEQUENCE roots.c /^MPI *STURM_SEQUENCE(POLYI P, MPI *B, MPI *E){$/;" fSTURM_SEQUENCE_W wrappers.c /^MPI *STURM_SEQUENCE_W(Stack s){$/;" fSTURM_W roots.c /^void STURM_W(Stack s)$/;" fSUB0I i1.c /^MPI *SUB0I(MPI *Aptr, MPI *Bptr)$/;" fSUB0_I i1.c /^MPI *SUB0_I(MPI *Aptr, unsigned long b)$/;" fSUBI i1.c /^MPI *SUBI(MPI *Aptr, MPI *Bptr)$/;" fSUBM i5m.c /^MPI *SUBM(MPI *Aptr, MPI *Bptr, MPI *Mptr)$/;" fSUBMATI i6I.c /^MPMATI *SUBMATI(MPMATI *Mptr, MPMATI *Nptr)$/;" fSUBPI pI.c /^POLYI SUBPI(POLYI Pptr, POLYI Qptr)$/;" fSUBR i5R.c /^MPR *SUBR(MPR *Aptr, MPR *Bptr)$/;" fSUBRESULTANT pI.c /^MPI *SUBRESULTANT(POLYI Pptr, POLYI Qptr)$/;" fSUBRESULTANT_W wrappers.c /^MPI *SUBRESULTANT_W(Stack s)$/;" fSUB_PADIC p-adic.c /^void SUB_PADIC(MPIA A, MPIA B, MPI *P, MPIA *DIFF, USI m, USI n, USI *l){$/;" fSUBm i5m.c /^unsigned long SUBm(USL a, USL b, USL m)$/;" fSUMI i5I.c /^MPI *SUMI(MPI *A[], USL n)$/;" fSURD nfunc.c /^unsigned int SURD(MPI *D, MPI *T, MPI *U, MPI *V, MPIA *AA_SURD, MPIA *UU_SURD, MPIA *VV_SURD, MPIA *P_SURD, MPIA *Q_SURD, USI surd_flag)$/;" fSURDX func.c /^MPI *SURDX(MPI *D, MPI *T, MPI *U, MPI *V, MPIA *A_ARRAY, MPIA *U_ARRAY, MPIA *V_ARRAY, MPIA *P_ARRAY, MPIA *Q_ARRAY)$/;" fSURDX_W wrappers.c /^MPI *SURDX_W(Stack s)$/;" fSWAP1 lllgcd.c /^void SWAP1(USI i, USI k, MPMATI **Lptr, MPI *D[])$/;" fSWAP2 lllgcd.c /^void SWAP2(USI k, MPMATI **B1ptr, MPMATI **Lptr, MPI *A[])$/;" fSWAP21 lllhermi.c /^void SWAP21(USI k, MPMATI **Bptr, MPMATI **Lptr, MPMATI **Aptr)$/;" fSWAP_COLSI i6I.c /^MPMATI *SWAP_COLSI(USI p, USI q, MPMATI *Mptr)$/;" fSWAP_COLSI1 i6I.c /^MPMATI *SWAP_COLSI1(USI p, USI q, MPMATI *Mptr)$/;" fSWAP_ROWSI i6I.c /^MPMATI *SWAP_ROWSI(USI p, USI q, MPMATI *Mptr)$/;" fSWAP_ROWSI1 i6I.c /^MPMATI *SWAP_ROWSI1(USI p, USI q, MPMATI *Mptr)$/;" fSelOpt menu.c /^void SelOpt()$/;" fTABLENEG reductio.c /^USL TABLENEG(MPI *M, MPI *N){$/;" fTABLENEGX reductio.c /^MPI *TABLENEGX(MPI *M, MPI *N){$/;" fTABLENEG_W wrappers.c /^MPI *TABLENEG_W(Stack s){$/;" fTABLEPOS reductio.c /^USL TABLEPOS(MPI *M, MPI *N){$/;" fTABLEPOSX reductio.c /^MPI *TABLEPOSX(MPI *M, MPI *N){$/;" fTABLEPOS_W wrappers.c /^MPI *TABLEPOS_W(Stack s){$/;" fTAU primes1.c /^MPI *TAU(USI n){$/;" fTAUX primes1.c /^MPI *TAUX(MPI *N){$/;" fTAU_COMPOSITE primes1.c /^MPI *TAU_COMPOSITE(USI n){$/;" f⌨️ 快捷键说明
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