| /dports/math/pari/pari-2.13.3/src/headers/ |
| H A D | parinf.h | 85 nf_PARTIALFACT = 16, enumerator
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| /dports/math/pari/pari-2.13.3/src/functions/default/ |
| H A D | primelimit | 24 \tet{nf_PARTIALFACT} flag (\tet{nfbasis}, \tet{nfdisc}, \tet{nfinit}, \dots):
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| /dports/math/p5-Math-Pari/pari-2.3.5/src/headers/ |
| H A D | parinf.h | 52 #define nf_PARTIALFACT 16 /* and allbase */ macro
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| /dports/math/pari/pari-2.13.3/src/basemath/ |
| H A D | base1.c | 2425 else if (flag & nf_PARTIALFACT) in Polred()
2498 if (flag & 1) fl |= nf_PARTIALFACT; in polred0()
2539 smallpolred(GEN x) { return Polred(x, nf_PARTIALFACT, NULL); } in smallpolred()
2545 smallpolred2(GEN x) { return Polred(x, nf_PARTIALFACT|nf_ORIG, NULL); } in smallpolred2()
2547 factoredpolred2(GEN x, GEN fa) { return Polred(x, nf_PARTIALFACT, fa); } in factoredpolred2()
2727 if (!(flag & nf_PARTIALFACT) && S->dK && S->dKP) in polredabs_i()
2831 if (best || (flag & nf_PARTIALFACT)) in rnfpolred_i()
2837 : polredabs0(pol, (abs? nf_ORIG: nf_RAW)|nf_PARTIALFACT); in rnfpolred_i()
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| H A D | kummer.c | 899 z = polredabs0(a, nf_ORIG|nf_PARTIALFACT); in compositum_red()
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| H A D | nffactor.c | 360 nfmaxord(&S, T, nf_PARTIALFACT); in fix_nf()
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| H A D | base2.c | 202 fa = poldiscfactors_i(T, dT, !(flag & nf_PARTIALFACT)); in nfmaxord_check_args()
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| /dports/math/pari/pari-2.13.3/src/functions/number_fields/ |
| H A D | polredabs | 92 \item \tet{nf_PARTIALFACT} (OBSOLETE): possibly use a suborder of the maximal
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| H A D | nfinit | 194 \item \tet{nf_PARTIALFACT}: \emph{Deprecated}. Lazy factorization of the
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| /dports/math/p5-Math-Pari/pari-2.3.5/src/basemath/ |
| H A D | base2.c | 38 if (!w) *ptw = auxdecomp(absi(*dx), (flag & nf_PARTIALFACT)? 0: 1); in allbase_check_args()
728 if (flag & compat_PARTIAL) fl |= nf_PARTIALFACT; in _nfbasis()
772 smalldiscf(GEN x) { return nfdiscf0(x, nf_PARTIALFACT, NULL); } in smalldiscf()
3870 if (flag & nf_PARTIALFACT) in rnfpolredabs()
3873 fl |= nf_PARTIALFACT; in rnfpolredabs()
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| H A D | base1.c | 1686 if (flag & red_PARTIAL) fl |= nf_PARTIALFACT; in polred0()
2050 nfbasic_init(x, flag & nf_PARTIALFACT, NULL, &T); in polredabs0()
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| H A D | buch3.c | 1491 nfL = initalg_i(C, nf_PARTIALFACT, DEFAULTPREC); in rnf_is_abelian()
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| /dports/math/p5-Math-Pari/pari-2.3.5/src/modules/ |
| H A D | stark.c | 2341 BAS = rnfpolredabs(nf, polrel, nf_ABSOLUTE|nf_ADDZK|nf_PARTIALFACT);
2372 pol = polredabs0(pol, nf_PARTIALFACT);
2410 return gerepileupto(av, polredabs0(pol, nf_PARTIALFACT)); in GenusField()
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| H A D | kummer.c | 867 z = polredabs0(a, nf_ORIG|nf_PARTIALFACT); in compositum_red()
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| H A D | galois.c | 2283 r = nffactor(initalg_i(h, nf_PARTIALFACT, DEFAULTPREC), r); in closure11()
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| /dports/math/pari/pari-2.13.3/ |
| H A D | CHANGES-2.6 | 724 106- polredabs() with (deprecated) nf_PARTIALFACT flag (or new [T,listP]
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| /dports/math/pari/pari-2.13.3/doc/ |
| H A D | usersch6.tex | 1572 \tet{nf_PARTIALFACT}: do not try to fully factor \kbd{dT} and only look for
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| H A D | usersch3.tex | 3748 \tet{nf_PARTIALFACT} flag (\tet{nfbasis}, \tet{nfdisc}, \tet{nfinit}, \dots):
21395 \item \tet{nf_PARTIALFACT}: \emph{Deprecated}. Lazy factorization of the
22180 \item \tet{nf_PARTIALFACT} (OBSOLETE): possibly use a suborder of the maximal
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