/dports/science/dalton/dalton-66052b3af5ea7225e31178bf9a8b031913c72190/DALTON/soppa/ |
H A D | so_redle.F | 5 & REDS,LREDS,REDC,LREDC,LREDOL,FRVAL,NFRVAL, 51 DIMENSION REDE(LREDE,LREDE),REDS(LREDS,LREDS),REDC(LREDC) 184 & REDC,LREDC,WORK(KEND1),LWORK1) 197 CALL OUTPUT(REDC,1,NTRIAL,1,1,LREDC,LREDC,1,LUPRI) 257 CALL DCOPY(LEIVEC,REDC,1,WORK(KZETA),1) 260 CALL DSPSLI(LREDE,NSIM,WORK(KEMOS),REDC,KPVT,INFO,DET,INERT) 267 PROP = DDOT(LREDE,REDC,1,WORK(KZETA),1) 277 CALL OUTPUT(REDC,1,LREDE,1,1,1,LREDE,1,LUPRI) 307 CALL DCOPY(LEIVEC,REDC,1,WORK(KZETA),1)
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H A D | so_redgp.F | 4 & REDC,LREDC,WORK,LWORK) 31 DIMENSION REDC(LREDC) 310 REDC(ITRVEC) = WORK(KOFF1+ITRVEC-1) 312 REDC(ITRVEC+NTRIAL) = WORK(KOFF2+ITRVEC-1) 324 CALL OUTPUT(REDC,1,LREDC,1,1,1,LREDC,1,LUPRI)
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/dports/math/calc/calc-2.14.0.14/ |
H A D | qmod.c | 42 REDC *redc; /* REDC information for modulus */ 51 S_FUNC REDC *qfindredc(NUMBER *q); 209 REDC *rp; /* REDC information */ in qredcin() 236 REDC *rp; /* REDC information */ in qredcout() 266 REDC *rp; /* REDC information */ in qredcmul() 291 REDC *rp; /* REDC information */ in qredcsquare() 318 REDC *rp; /* REDC information */ in qredcpower() 341 S_FUNC REDC *
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H A D | zmath.h | 429 } REDC; typedef 431 E_FUNC REDC *zredcalloc(ZVALUE z1); 432 E_FUNC void zredcfree(REDC *rp); 433 E_FUNC void zredcencode(REDC *rp, ZVALUE z1, ZVALUE *res); 434 E_FUNC void zredcdecode(REDC *rp, ZVALUE z1, ZVALUE *res); 435 E_FUNC void zredcmul(REDC *rp, ZVALUE z1, ZVALUE z2, ZVALUE *res); 436 E_FUNC void zredcsquare(REDC *rp, ZVALUE z1, ZVALUE *res); 437 E_FUNC void zredcpower(REDC *rp, ZVALUE z1, ZVALUE z2, ZVALUE *res);
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H A D | zmod.c | 55 STATIC REDC *powermodredc = NULL; /* REDC info for raising to power */ 486 REDC *rp; /* REDC information to be used */ in zpowermod() 878 REDC * 881 REDC *rp; /* REDC information */ in zredcalloc() 890 rp = (REDC *) malloc(sizeof(REDC)); in zredcalloc() 923 zredcfree(REDC *rp) in zredcfree() 947 zredcencode(REDC *rp, ZVALUE z1, ZVALUE *res) in zredcencode() 1024 zredcdecode(REDC *rp, ZVALUE z1, ZVALUE *res) in zredcdecode() 1195 zredcmul(REDC *rp, ZVALUE z1, ZVALUE z2, ZVALUE *res) in zredcmul() 1493 zredcsquare(REDC *rp, ZVALUE z1, ZVALUE *res) in zredcsquare() [all …]
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/dports/math/mpexpr/mpexpr-1.2/generic/ |
H A D | zmath.h | 262 } REDC; typedef 264 extern REDC *zredcalloc MATH_PROTO((ZVALUE z1)); 265 extern void zredcfree MATH_PROTO((REDC *rp)); 266 extern void zredcencode MATH_PROTO((REDC *rp, ZVALUE z1, ZVALUE *res)); 267 extern void zredcdecode MATH_PROTO((REDC *rp, ZVALUE z1, ZVALUE *res)); 268 extern void zredcmul MATH_PROTO((REDC *rp, ZVALUE z1, ZVALUE z2, ZVALUE *res)); 269 extern void zredcsquare MATH_PROTO((REDC *rp, ZVALUE z1, ZVALUE *res)); 270 extern void zredcpower MATH_PROTO((REDC *rp, ZVALUE z1, ZVALUE z2, ZVALUE *res));
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H A D | zmod.c | 42 REDC *rp; /* REDC information to be used */ 228 REDC * 232 REDC *rp; /* REDC information */ 239 rp = (REDC *) ckalloc(sizeof(REDC)); 269 REDC *rp; /* REDC information to be cleared */ in zredcfree() 289 REDC *rp; /* REDC information */ in zredcencode() 350 REDC *rp; /* REDC information */ in zredcdecode() 433 REDC *rp; /* REDC information */ in zredcmul() 684 REDC *rp; /* REDC information */ in zredcsquare() 727 REDC *rp; /* REDC information */ in zredcpower()
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/dports/math/calc/calc-2.14.0.14/help/ |
H A D | rcmul | 2 rcmul - REDC multiplication 23 values encoded by rcin() and REDC functions, as in: 33 in a REDC function, the information required for the REDC 59 void zredcmul(REDC *rp, ZVALUE z1, ZVALUE z2, ZVALUE *res)
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H A D | rcsq | 2 rcsq - REDC squaring 22 value encoded by rcin() and REDC functions, as in: 36 a REDC function, the information required for the REDC algorithms 64 void zredcsquare(REDC *rp, ZVALUE z1, ZVALUE *res)
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H A D | rcout | 2 rcout - decode for REDC algorithms 25 values encoded by rcin() and REDC functions, as in: 35 a REDC function, the information required for the REDC algorithms 61 void zredcdecode(REDC *rp, ZVALUE z1, ZVALUE *res)
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H A D | rcpow | 2 rcpow - REDC powers 43 in a REDC function, the information required for the REDC 70 void zredcpower(REDC *rp, ZVALUE z1, ZVALUE z2, ZVALUE *res)
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H A D | rcin | 2 rcin - encode for REDC algorithms 46 the information required for the REDC algorithms is 70 void zredcencode(REDC *rp, ZVALUE z1, ZVALUE *res)
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H A D | builtin.end | 144 in a format called REDC format. Then you use rcmul, rcsq, and 146 in REDC format. Finally, you use rcout to convert a number in 147 REDC format back to a normal number. The addition, subtraction, 148 negation, and equality comparison between REDC numbers are done
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/dports/math/gmp-ecm/ecm-7.0.4/ |
H A D | TODO | 13 - try the mpn/generic/{sb,dc,mu}_bdiv_qr.c functions in GMP >= 4.3.0 for REDC 27 - slowdown in stage 1 with REDC between a 58672-digit number and a 32 The culprit seems to be the REDC routine in mpmod.c: indeed, in case the 34 the product (called x in REDC) has only 2n-1 limbs, and we never call 37 For c58672, if one replaces if (xn == 2 * n) in mpmod.c/REDC by 60 - use mpn_addmul_2, mpn_addmul_4 in the basecase REDC [for machines
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H A D | mpmod.c | 51 static void REDC (mpres_t, const mpres_t, mpz_t, mpmod_t); 227 REDC (mpres_t r, const mpres_t x, mpz_t t, mpmod_t modulus) in REDC() function 1087 REDC (a, modulus->temp1, modulus->temp2, modulus); in mpres_pow_sqr() 1109 REDC (a, modulus->temp1, modulus->temp2, modulus); in mpres_pow_mul() 1462 REDC (R, modulus->temp1, modulus->temp2, modulus); in mpres_mul() 1525 REDC (R, modulus->temp1, modulus->temp2, modulus); in mpres_sqr() 1671 REDC (R, modulus->temp1, modulus->temp2, modulus); in mpres_mul_z_to_z() 1895 REDC (R, modulus->temp1, modulus->temp2, modulus); in mpres_set_z() 1918 REDC (R, S, modulus->temp1, modulus); in mpres_get_z() 2010 REDC (R, modulus->temp1, modulus->temp2, modulus); in mpres_invert()
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/dports/math/scilab/scilab-6.1.1/scilab/modules/graphics/tcl/ged/ |
H A D | Figure.tcl | 461 set REDC $RED($i) 612 variable REDC GREC BLUC color aa bb 614 set REDC $RED($i) 627 variable REDC GREC BLUC color aa bb 629 set REDC $RED($i) 641 variable REDC GREC BLUC color aa bb 643 set REDC $RED($i)
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/dports/graphics/urt/urt-3.1b1_12/tools/ |
H A D | rlestereo.c | 45 #define REDC 0.30 macro 48 #define GREYCONV(r,g,b,m) (REDC*m[0][r]+GREENC*m[1][g]+BLUEC*m[2][b])
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/dports/math/gmp-ecm/ecm-7.0.4/x86_64/ |
H A D | mulredc1_2.asm | 25 # Implements multiplication and REDC for one input numbers of LENGTH words
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H A D | mulredc1_3.asm | 25 # Implements multiplication and REDC for one input numbers of LENGTH words
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H A D | mulredc1_5.asm | 25 # Implements multiplication and REDC for one input numbers of LENGTH words
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H A D | mulredc1_6.asm | 25 # Implements multiplication and REDC for one input numbers of LENGTH words
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H A D | mulredc1_4.asm | 25 # Implements multiplication and REDC for one input numbers of LENGTH words
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H A D | mulredc1_7.asm | 25 # Implements multiplication and REDC for one input numbers of LENGTH words
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H A D | mulredc1_10.asm | 25 # Implements multiplication and REDC for one input numbers of LENGTH words
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H A D | mulredc1_9.asm | 25 # Implements multiplication and REDC for one input numbers of LENGTH words
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