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GCDCONJECTURE4 lllgcd.c /^void GCDCONJECTURE4()$/;" fGCDCONJECTURE5 lllgcd.c /^void GCDCONJECTURE5()$/;" fGCDCONJECTURE6 lllgcd.c /^void GCDCONJECTURE6()$/;" fGCDCONJECTURE7 lllgcd.c /^void GCDCONJECTURE7()$/;" fGCDCONJECTUREM lllgcd.c /^void GCDCONJECTUREM()$/;" fGCDFLAG lll.c /^unsigned int GCDFLAG;$/;" vGCDPI pI.c /^POLYI GCDPI(POLYI Pptr, POLYI Qptr)$/;" fGCDPI_W wrappers.c /^POLYI GCDPI_W(Stack s){$/;" fGCDVERBOSE nfunc.c /^unsigned int GCDVERBOSE;$/;" vGCD_ARRAY i5I.c /^MPI *GCD_ARRAY(MPIA M)$/;" fGCD_ARRAYV nfunc.c /^MPI *GCD_ARRAYV(MPIA M, MPIA *Y)$/;" fGCD_ARRAYVX func.c /^MPI *GCD_ARRAYVX(MPIA M, MPIA *Y)$/;" fGCD_ARRAYVX_W wrappers.c /^MPI *GCD_ARRAYVX_W(Stack s)$/;" fGCD_ARRAY_W wrappers.c /^MPI *GCD_ARRAY_W(Stack s)$/;" fGCD_CONJ nfunc.c /^void GCD_CONJ()$/;" fGCD_MAX nfunc.c /^unsigned int GCD_MAX = 100000;$/;" vGCD_W wrappers.c /^MPI *GCD_W(Stack s)$/;" fGCDm i5m.c /^unsigned long GCDm(USL m, USL n)$/;" fGEN_COLLATZ collatz.c /^MPI *GEN_COLLATZ(MPI *Aptr, USL d, MPI *m[], MPI *X[])$/;" fGLOBALA davison.c /^MPI *GLOBALA;$/;" vGLOBALARRAY_U reductio.c /^MPIA GLOBALARRAY_U;$/;" vGLOBALARRAY_V reductio.c /^MPIA GLOBALARRAY_V;$/;" vGLOBALB davison.c /^MPI *GLOBALB;$/;" vGLOBALC davison.c /^MPI *GLOBALC;$/;" vGLOBALD davison.c /^MPI *GLOBALD;$/;" vGetCharFlush menu.c /^int GetCharFlush()$/;" fGetReturn menu.c /^void GetReturn()$/;" fGetYN menu.c /^unsigned int GetYN()$/;" fGets menu.c /^char *Gets()$/;" fHALFMOD i2.c /^MPI *HALFMOD(MPI *Aptr, MPI *Pptr)$/;" fHALFMODX i2.c /^MPI *HALFMODX(MPI *Aptr, MPI *Pptr)$/;" fHALFMOD_W wrappers.c /^MPI *HALFMOD_W(Stack S)$/;" fHAVASFLAG nfunc.c /^unsigned int HAVASFLAG = 0;$/;" vHAVAS_PIVOTI i9.c /^unsigned int HAVAS_PIVOTI(MPMATI *Mptr, USI *rptr, USI *cptr, USI r, USI s)$/;" fHERMITE nfunc.c /^void HERMITE()$/;" fHERMITE1 i6I.c /^MPMATI *HERMITE1(MPMATI *Aptr, USI *T, USI nz)$/;" fHERMITE1P i6I.c /^MPMATI *HERMITE1P(MPMATI *Aptr, MPMATI *Pptr, MPMATI **Qptr, USI *T, USI nz)$/;" fHERMITE1VERBOSE nfunc.c /^unsigned int HERMITE1VERBOSE;$/;" vHERMITEVERBOSE nfunc.c /^unsigned int HERMITEVERBOSE;$/;" vIDENTITYI i6I.c /^MPMATI *IDENTITYI(USI n)$/;" fIMPROVEPX nfunc.c /^void IMPROVEPX()$/;" fINIT i2.c /^void INIT(MPI *Aptr, MPI *Bptr, MPI **A1ptr, MPI **B1ptr) $/;" fINITMPIBANK i5I.c /^void INITMPIBANK()$/;" fINPUTI i5I.c /^MPI *INPUTI(unsigned int *uptr)$/;" fINPUTMATI i6I.c /^MPMATI *INPUTMATI()$/;" fINPUTR i5R.c /^MPR *INPUTR(unsigned int *uptr)$/;" fINPUTSI i5I.c /^MPI *INPUTSI(char **ptr, unsigned int *uptr)$/;" fINPUTSID i5R.c /^MPI *INPUTSID(char **ptr, unsigned int *uptr)$/;" fINPUTSR i5R.c /^MPR *INPUTSR(char **ptr, unsigned int *uptr)$/;" fINPUTSRD i5R.c /^MPR *INPUTSRD(char **ptr)$/;" fINT i2.c /^MPI *INT(MPI *Aptr, MPI *Bptr)$/;" fINT0 i2.c /^MPI *INT0(MPI *Aptr, MPI *Bptr)$/;" fINT0_ i2.c /^MPI *INT0_(MPI *Aptr, unsigned long b)$/;" fINTI i2.c /^MPI *INTI(MPI *Aptr, MPI *Bptr)$/;" fINTLOG log.c /^void INTLOG(Stack s)$/;" fINTLOG1 log.c /^void INTLOG1(Stack s)$/;" fINTLOG2 log.c /^void INTLOG2(Stack s)$/;" fINTR i5R.c /^MPR *INTR(MPR *Aptr)$/;" fINTROOT i6R.c /^MPR *INTROOT(MPR *Z, MPR *U)$/;" fINTSETI i5I.c /^void INTSETI(int *Aptr, unsigned long n, int m)$/;" fINTSETL i5I.c /^void INTSETL(long *Aptr, unsigned long n, long m)$/;" fINTSETUI i5I.c /^void INTSETUI(unsigned int *Aptr, unsigned long n, unsigned int m)$/;" fINTSETUL i5I.c /^void INTSETUL(unsigned long *Aptr, unsigned long n, unsigned long m)$/;" fINT_ i2.c /^MPI *INT_(MPI *Aptr, unsigned long b)$/;" fINVERSEM i5m.c /^MPI *INVERSEM(MPI *Nptr, MPI *Mptr)$/;" fINVERSEMX func.c /^MPI *INVERSEMX(MPI *A, MPI *M)$/;" fINVERSEMX_W wrappers.c /^MPI *INVERSEMX_W(Stack s)$/;" fINVERSER i5R.c /^MPR *INVERSER(MPR *Aptr)$/;" fINVERSEm i5m.c /^unsigned long INVERSEm(USL n, USL m)$/;" fIS_CYCLE collatz.c /^unsigned int IS_CYCLE(MPI *Aptr, USL d, MPI *m[], MPI *X[], MPI *Z[], USI c)$/;" fJACOB func.c /^MPI *JACOB(MPI *M, MPI *N)$/;" fJACOBI qres.c /^int JACOBI(USL n, USL m)$/;" fJACOBIB qres.c /^int JACOBIB(MPI *N, MPI *M)$/;" fJACOBIGCD lllgcd.c /^MPMATI *JACOBIGCD(MPMATI *DD, MPI **Aptr, USI m)$/;" fJACOBIGCDX nfunc.c /^void JACOBIGCDX()$/;" fJACOB_W wrappers.c /^MPI *JACOB_W(Stack s)$/;" fJCOLSMATI i5m.c /^MPMATI *JCOLSMATI(MPMATI *Mptr, MPMATI *Nptr)$/;" fJMAX primes1.c 20;" d file:JUGGLER nfunc.c /^void JUGGLER(MPI *Dptr, MPI *Iptr)$/;" fJUGGLERT nfunc.c /^MPI * JUGGLERT(MPI *Dptr)$/;" fJUGGLER_W wrappers.c /^void JUGGLER_W(Stack s)$/;" fK primes1.c /^unsigned int j, j_, K[JMAX], K_[JMAX], ltotal;$/;" vKB_ROW i6I.c /^unsigned int *KB_ROW(MPMATI *Aptr, USI *nz)$/;" fKB_ROWP i6I.c /^unsigned int *KB_ROWP(MPMATI *Aptr, MPMATI **Pptr, USI *nz)$/;" fK_ primes1.c /^unsigned int j, j_, K[JMAX], K_[JMAX], ltotal;$/;" vL0 random.c 4;" d file:LAGRANGE i5I.c /^void LAGRANGE(POLYI P, MPIA *AA, MPI *M)$/;" fLAGRANGE_W wrappers.c /^void LAGRANGE_W(Stack s)$/;" fLCM i5I.c /^MPI *LCM(MPI *Aptr, MPI *Bptr)$/;" fLCM_ARRAY i5I.c /^MPI *LCM_ARRAY(MPIA M)$/;" fLCM_ARRAY_W wrappers.c /^MPI *LCM_ARRAY_W(Stack s)$/;" fLCM_W wrappers.c /^MPI *LCM_W(Stack s)$/;" fLEADPI pI.c /^MPI *LEADPI(POLYI Pptr)$/;" fLEASTQNR qres.c /^MPI *LEASTQNR(MPI *P)$/;" fLEASTQNRX nfunc.c /^MPI *LEASTQNRX(MPI *P)$/;" fLEASTQNRX_W wrappers.c /^MPI *LEASTQNRX_W(Stack s)$/;" fLENGTHDR i5R.c /^unsigned long LENGTHDR(unsigned int d, MPR *Mptr)$/;" fLENGTHI i5I.c /^unsigned long LENGTHI(MPI *Mptr)$/;" fLENGTHR i5R.c /^unsigned long LENGTHR(MPR *Mptr)$/;" fLENGTHSQCI lll.c /^MPI *LENGTHSQCI(MPMATI *Mptr, USI j)$/;" fLENGTHSQPI pI.c /^MPI *LENGTHSQPI(POLYI Pptr)$/;" fLENGTHSQRI lll.c /^MPI *LENGTHSQRI(MPMATI *Mptr, USI i)$/;" fLENGTHX func.c /^MPI *LENGTHX(MPI *N)$/;" fLENGTHX_W wrappers.c /^MPI *LENGTHX_W(Stack s)$/;" fLENGTHm i5m.c /^unsigned int LENGTHm(USL n)$/;" fLIMIT utility.c 6;" d file:LLLGCD lllgcd.c /^MPMATI *LLLGCD(MPMATI *DD, MPI **Aptr, USI m, USI m1, USI n1)$/;" fLLLGCD0 lllgcd.c /^MPMATI *LLLGCD0(MPMATI *DD, MPI **Aptr, USI m, USI m1, USI n1)$/;" fLLLGCD0M lllgcd.c /^MPMATI *LLLGCD0M(MPMATI *DD, MPI **Aptr, USI m, USI m1, USI n1)$/;" fLLLGCD0X nfunc.c /^void LLLGCD0X()$/;" fLLLGCDL lllgcd.c /^MPMATI *LLLGCDL(MPMATI *DD, MPI **Aptr, USI m, USI m1, USI n1, MPMATR **LMATRIX)$/;" fLLLGCDMINUS lllgcd.c /^void LLLGCDMINUS(MPMATI **Pptr, MPMATI **Lptr, USI j)$/;" fLLLGCDX nfunc.c /^void LLLGCDX()$/;" fLLLHERMITE1 lllhermi.c /^MPMATI *LLLHERMITE1(MPMATI *DD, MPMATI **Aptr, USI *rank, USI m1, USI n1)$/;" fLLLHERMITE1X nfunc.c /^void LLLHERMITE1X()$/;" fLLLMINUS lllhermi.c /^void LLLMINUS(MPMATI **Aptr, MPMATI **Pptr, MPMATI **Lptr, USI j)$/;" fLOG log.c /^void LOG(MPI *A, MPI *B, MPI *D, MPI *R, MPIA *M, MPI **L)$/;" fLOG1 log.c /^void LOG1(Stack s)$/;" fLOGG log.c /^void LOGG(Stack S)$/;" fLOGGG log.c /^void LOGGG(Stack S)$/;" fLOGX log.c /^MPI *LOGX(MPI *A, MPI *B, MPI *D, MPI *R, MPIA *M, MPI **L)$/;" fLOG_ log.c /^void LOG_(Stack s)$/;" fLOG_W wrappers.c /^void LOG_W(Stack s)$/;" fLPF cyclo.c /^int LPF(USL n)$/;" fLPRIMROOT primes1.c /^MPI *LPRIMROOT(MPI *P)$/;" fLPRIMROOTX func.c /^MPI *LPRIMROOTX(MPI *P)$/;" fLPRIMROOTX_W wrappers.c /^MPI *LPRIMROOTX_W(Stack s)$/;" fLUCAS qres.c /^MPI *LUCAS(MPI *N)$/;" fLUCASB qres.c /^MPI *LUCASB(MPI *N)$/;" fLUCASBX func.c /^MPI *LUCASBX(MPI *N)$/;" fLUCASS func.c /^MPI *LUCASS(USI n)$/;" fLUCASU qres.c /^MPI *LUCASU(MPI *N, MPI *Q, MPI *M)$/;" fLUCASUX func.c /^MPI *LUCASUX(MPI *N, MPI *Q, MPI *M)$/;" fLUCASX func.c /^MPI *LUCASX(MPI *N)$/;" fLUCASX_W wrappers.c /^MPI *LUCASX_W(Stack s)$/;" fLUCAS_MIN nfunc.c /^void LUCAS_MIN()$/;" fM0 menu.c 8;" d file:MATSEEKI i9.c /^unsigned int MATSEEKI(USI i, MPMATI *Mptr)$/;" fMAX i1.c /^int MAX(int i, int j)$/;" fMAXELTI i9.c /^MPI *MAXELTI(MPMATI *Mptr)$/;" fMAXELTI1 i9.c /^void MAXELTI1(MPMATI *Mptr, USI *iptr, USI *jptr)$/;" fMAXLEN trial.c 12;" d file:MAXMPI i1.c /^MPI *MAXMPI(MPI *I, MPI *J)$/;" fMAXMPIBSIZE i5I.c 36;" d file:MEMINCR menu.c 7;" d file:MILLER primes1.c /^unsigned int MILLER(MPI *Nptr, USL b)$/;" fMILLERX func.c /^void MILLERX(MPI *N, MPI *B)$/;" fMILLERX_W wrappers.c /^void MILLERX_W(Stack s)$/;" fMIN i1.c /^int MIN(int i, int j)$/;" fMINELTI i9.c /^MPI *MINELTI(MPMATI *Mptr)$/;" fMINELTI1 i9.c /^void MINELTI1(MPMATI *Mptr, USI *iptr, USI *jptr)$/;" fMINMPI i1.c /^MPI *MINMPI(MPI *I, MPI *J)$/;" fMINUSI i5I.c /^MPI *MINUSI(MPI *Aptr)$/;" fMINUSM i5m.c /^MPI *MINUSM(MPI *Aptr, MPI *Mptr)$/;" fMINUSPI pI.c /^POLYI MINUSPI(POLYI P)$/;" fMINUSR i5R.c /^MPR *MINUSR(MPR *Aptr)$/;" fMINUS_ONEI i5I.c /^MPI *MINUS_ONEI()$/;" fMINUS_ONER i5R.c /^MPR *MINUS_ONER()$/;" fMINUSm i5m.c /^unsigned long MINUSm(USL a, USL m)$/;" fMLLL nfunc.c /^void MLLL()$/;" fMLLLVERBOSE nfunc.c /^unsigned int MLLLVERBOSE;$/;" vMOBIUS primes1.c /^MPI *MOBIUS(MPI *N)$/;" fMOBIUSX func.c /^MPI *MOBIUSX(MPI *N)$/;" fMOBIUSX_W wrappers.c /^MPI *MOBIUSX_W(Stack s)$/;" fMOD i2.c /^MPI *MOD(MPI *Aptr, MPI *Bptr)$/;" fMOD0 i2.c /^MPI *MOD0(MPI *Aptr, MPI *Bptr)$/;" fMOD0_ i2.c /^unsigned long MOD0_(MPI *Aptr, unsigned long b)$/;" fMODINT0_ i2.c /^unsigned long MODINT0_(MPI *Aptr, unsigned long b, MPI **Qptr)$/;" fMODPI pI.c /^POLYI MODPI(POLYI Fptr, POLYI Gptr)$/;" fMOD_ i2.c /^unsigned long MOD_(MPI *Aptr, unsigned long b)$/;" fMPIA_INSERT i5I.c /^void MPIA_INSERT(MPIA MA, MPI *V, USL n)$/;" fMPI_BANK i5I.c /^MPI *MPI_BANK[NMPIBANKS+1];$/;" vMPI_BANKSIZE i5I.c /^int MPI_BANKSIZE[NMPIBANKS];$/;" vMPI_TO_MPR lllgcd.c /^MPR *MPI_TO_MPR(MPI *N)$/;" fMPOWER i5m.c /^MPI *MPOWER(MPI *Aptr, MPI *Bptr, MPI *Cptr)$/;" fMPOWERX func.c /^MPI *MPOWERX(MPI *Aptr, MPI *Bptr, MPI *Cptr)$/;" fMPOWERX_W wrappers.c /^MPI *MPOWERX_W(Stack s)$/;" fMPOWER_ i5m.c /^MPI *MPOWER_(long a, MPI *Bptr, MPI *Cptr)$/;" fMPOWER_M i5m.c /^MPI *MPOWER_M(MPI *Aptr, USL b, MPI *Cptr)$/;" fMPQS1 mpqsieve.c /^MPI *MPQS1(MPI *N)$/;" fMTHROOT i8.c /^void MTHROOT(MPI *Aptr, MPI *Bptr, unsigned int m, unsigned int r)$/;" fMTHROOTR i8.c /^MPR *MTHROOTR(MPR *Nptr, unsigned int m, unsigned int r)$/;" fMTHROOTX func.c /^void MTHROOTX(MPI *Aptr, MPI *Bptr, MPI *M, MPI *R)$/;" fMTHROOTX_W wrappers.c /^void MTHROOTX_W(Stack s)$/;" fMULT32 i1.c /^unsigned long MULT32(USL x, USL y)$/;" fMULT32X func.c /^MPI *MULT32X(MPI *X, MPI *Y)$/;" fMULTABC i1.c /^MPI *MULTABC(MPI *A, MPI *B, MPI *C)$/;" fMULTABCM cubicr.c /^MPI *MULTABCM(MPI *A, MPI *B, MPI *C, MPI *M)$/;" fMULTABCR cubicr.c /^MPR *MULTABCR(MPR *A, MPR *B, MPR *C)$/;" fMULTI i1.c /^MPI *MULTI(MPI *Aptr, MPI *Bptr)$/;" fMULTI3 i1.c /^MPI *MULTI3(MPI *A, MPI *B, MPI *C)$/;" fMULTM i5m.c /^MPI *MULTM(MPI *Aptr, MPI *Bptr, MPI *Mptr)$/;" fMULTM3 cubicr.c /^MPI *MULTM3(MPI *A, MPI *B, MPI *C, MPI *M)$/;" fMULTMATI i6I.c /^MPMATI *MULTMATI(MPMATI *Mptr, MPMATI *Nptr)$/;" fMULTMATR i6R.c /^MPMATR *MULTMATR(MPMATR *Mptr, MPMATR *Nptr)$/;" fMULTPI pI.c /^POLYI MULTPI(POLYI Pptr, POLYI Qptr)$/;" fMULTR i5R.c /^MPR *MULTR(MPR *Aptr, MPR *Bptr)$/;" fMULTR3 cubicr.c /^MPR *MULTR3(MPR *A, MPR *B, MPR *C)$/;" fMULTXM qres.c /^void MULTXM(MPI *a, MPI *b, MPI *c, MPI *d, MPI **eptr, MPI **fptr, MPI *x, MPI *p)$/;" fMULTXm qres.c /^void MULTXm(USL a, USL b, USL c, USL d, USL *eptr, USL *fptr, USL x, USL p)$/;" fMULT_I i1.c /^MPI *MULT_I(MPI *Aptr, long b)$/;" fMULT_II i1.c /^MPI *MULT_II(MPI *Aptr, USL b)$/;" fMULT_PADIC p-adic.c /^void MULT_PADIC(MPIA A, MPIA B, MPI *P, MPIA *PROD, USI m, USI n, USI *l){$/;" fMULTm i5m.c /^unsigned long MULTm(USL a, USL b, USL m)$/;" fNEAREST_INTI i5I.c /^MPI *NEAREST_INTI(MPI *Aptr, MPI *Bptr)$/;" fNEAREST_INTR i5R.c /^MPI *NEAREST_INTR(MPR *Aptr)$/;" fNEARINT i2.c /^MPI *NEARINT(MPI *M, MPI *N){$/;" fNEARINTX i2.c /^MPI *NEARINTX(MPI *M, MPI *N){$/;" fNEARINT_W wrappers.c /^MPI *NEARINT_W(Stack s){$/;" fNEG reductio.c /^USI NEG(MPI *D, MPI *FLAG, MPI *TABLE_FLAG){$/;" fNEGX reductio.c /^MPI *NEGX(MPI *D, MPI *FLAG){$/;" fNEG_W wrappers.c /^MPI *NEG_W(Stack s){$/;" fNEWTON i8.c /^MPI *NEWTON(MPI *Aptr, unsigned int m, MPI *Fptr)$/;" fNEXT i2.c /^void NEXT(int k, MPI *A1ptr, MPI *B1ptr, unsigned long R[])$/;" fNEXTPHI cyclo.c /^void NEXTPHI(USL p, USL *gptr, MPIA *b, MPIA *coef)$/;" fNEXTPRIMEAP utility.c /^MPI *NEXTPRIMEAP(MPI *A, MPI *B, MPI *M)$/;" fNEXTPRIMEAPX func.c /^MPI *NEXTPRIMEAPX(MPI *A, MPI *B, MPI *M)$/;" fNEXTPRIMEAPX_W wrappers.c /^MPI *NEXTPRIMEAPX_W(Stack s)$/;" fNEXT_PRIME utility.c /^MPI *NEXT_PRIME(MPI *M, USI *hptr)$/;" fNEXT_PRIMEX utility.c /^MPI *NEXT_PRIMEX(MPI *M)$/;" fNMPIBANKS i5I.c 35;" d file:NMPIBANKS i5I.c 39;" d file:NMPIBANKS i5I.c 42;" d file:NOTYET cyclo.c /^int NOTYET(USL n, USL i, USL *qptr)$/;" fNPROD davison.c /^USL NPROD(USL l,USL m){$/;" fNUMBER parse.c 51;" d file:Nextprime func.c /^MPI *Nextprime(MPI *N)$/;" fNextprime_W wrappers.c /^MPI *Nextprime_W(Stack s)$/;" fONEI i5I.c /^MPI *ONEI()$/;" fONEPI pI.c /^POLYI ONEPI()$/;" fONER i5R.c /^MPR *ONER()$/;" fORDERECP elliptic.c /^unsigned int ORDERECP(MPI *X, MPI *Z, MPI *P, MPI *Q, MPI *N)$/;" fORDERM primes1.c /^MPI *ORDERM(MPI *A, MPI *M)$/;" fORDERMX func.c /^MPI *ORDERMX(MPI *A, MPI *M)$/;" fORDERMX_W wrappers.c /^MPI *ORDERMX_W(Stack s)$/;" f⌨️ 快捷键说明
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