| /dports/math/flint2/flint-2.8.4/nmod_mpoly_factor/ |
| H A D | n_bpoly_mod_factor_lgprime.c | 449 n_poly_mod_divrem(tq, tr, c->coeffs + i, p0, ctx); in _hensel_lift_fac()
458 n_poly_mod_divrem(tq, tr, c->coeffs + i, p0, ctx); in _hensel_lift_fac()
460 n_poly_mod_divrem(tr, c->coeffs + i, tq, p1, ctx); in _hensel_lift_fac()
468 n_poly_mod_divrem(tq, g->coeffs + i, g->coeffs + i, p0, ctx); in _hensel_lift_fac()
476 n_poly_mod_divrem(tq, h->coeffs + i, h->coeffs + i, p0, ctx); in _hensel_lift_fac()
491 n_poly_mod_divrem(tq, tr, c->coeffs + i, p01, ctx); in _hensel_lift_fac()
531 n_poly_mod_divrem(tq, b->coeffs + i, b->coeffs + i, p0, ctx); in _hensel_lift_inv()
533 n_poly_mod_divrem(tq, a->coeffs + i, a->coeffs + i, p0, ctx); in _hensel_lift_inv()
547 n_poly_mod_divrem(tq, tr, c->coeffs + i, p0, ctx); in _hensel_lift_inv()
549 n_poly_mod_divrem(tr, c->coeffs + i, tq, p1, ctx); in _hensel_lift_inv()
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| H A D | n_poly_vec.c | 91 n_poly_mod_divrem(A + i, r, A + i, g, ctx); in _n_poly_vec_mod_divexact_poly()
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| H A D | n_bpoly_mod.c | 213 n_poly_mod_divrem(q, r, A->coeffs + i, g, ctx); in n_bpoly_mod_make_primitive()
516 n_poly_mod_divrem(q, r, a, b, ctx); in n_bpoly_mod_divides()
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| /dports/math/flint2/flint-2.8.4/n_poly/ |
| H A D | n_bpoly_mod_gcd.c | 289 n_poly_mod_divrem(Abarevalp, r, Aevalp, Gevalp, ctx); in n_bpoly_mod_gcd_brown_smprime()
291 n_poly_mod_divrem(Abarevalm, r, Aevalm, Gevalm, ctx); in n_bpoly_mod_gcd_brown_smprime()
293 n_poly_mod_divrem(Bbarevalp, r, Bevalp, Gevalp, ctx); in n_bpoly_mod_gcd_brown_smprime()
295 n_poly_mod_divrem(Bbarevalm, r, Bevalm, Gevalm, ctx); in n_bpoly_mod_gcd_brown_smprime()
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| H A D | n_polyu1n_gcd.c | 356 success = success && (n_poly_mod_divrem(Abarevalp, r, in n_polyu1n_mod_gcd_brown_smprime()
358 success = success && (n_poly_mod_divrem(Abarevalm, r, in n_polyu1n_mod_gcd_brown_smprime()
360 success = success && (n_poly_mod_divrem(Bbarevalp, r, in n_polyu1n_mod_gcd_brown_smprime()
362 success = success && (n_poly_mod_divrem(Bbarevalm, r, in n_polyu1n_mod_gcd_brown_smprime()
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| H A D | n_poly_mod.c | 388 void n_poly_mod_divrem(n_poly_t Q, n_poly_t R, in n_poly_mod_divrem() function
979 n_poly_mod_divrem(q, r, f, p, ctx); in n_poly_mod_remove()
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| /dports/math/flint2/flint-2.8.4/nmod_mpoly/ |
| H A D | mpolyn_gcd_brown.c | 160 n_poly_mod_divrem(Abarevalp, r, Aevalp, Gevalp, ctx->mod); in nmod_mpolyn_gcd_brown_smprime_bivar()
162 n_poly_mod_divrem(Abarevalm, r, Aevalm, Gevalm, ctx->mod); in nmod_mpolyn_gcd_brown_smprime_bivar()
164 n_poly_mod_divrem(Bbarevalp, r, Bevalp, Gevalp, ctx->mod); in nmod_mpolyn_gcd_brown_smprime_bivar()
166 n_poly_mod_divrem(Bbarevalm, r, Bevalm, Gevalm, ctx->mod); in nmod_mpolyn_gcd_brown_smprime_bivar()
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| H A D | gcd_brown.c | 130 n_poly_mod_divrem(Abarevalp, r, Aevalp, Gevalp, ctx->mod); in _splitworker_bivar()
132 n_poly_mod_divrem(Abarevalm, r, Aevalm, Gevalm, ctx->mod); in _splitworker_bivar()
134 n_poly_mod_divrem(Bbarevalp, r, Bevalp, Gevalp, ctx->mod); in _splitworker_bivar()
136 n_poly_mod_divrem(Bbarevalm, r, Bevalm, Gevalm, ctx->mod); in _splitworker_bivar()
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| H A D | mpolyun_divides.c | 193 n_poly_mod_divrem(Q->coeffs + Qlen, r, acc, B->coeffs + 0, ctx->mod); in nmod_mpolyn_divides()
413 n_poly_mod_divrem(Q->coeffs + Qlen, r, acc, B->coeffs + 0, ctx->mod); in _nmod_mpolyn_divides()
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| H A D | mpolyun.c | 1169 n_poly_mod_divrem((A->coeffs + i)->coeffs + j, r, in nmod_mpolyun_divexact_last()
1193 n_poly_mod_divrem(A->coeffs + i, r, A->coeffs + i, b, ctx->mod); in nmod_mpolyn_divexact_last()
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| H A D | mpolyn_divides_threaded.c | 1089 n_poly_mod_divrem(Qcoeff + Qlen, pp, acc_lg, Bcoeff + 0, S->ctx->mod); in _nmod_mpolyn_divides_stripe1()
1348 n_poly_mod_divrem(Qcoeff + Qlen, pp, acc_lg, Bcoeff + 0, S->ctx->mod); in _nmod_mpolyn_divides_stripe()
1850 n_poly_mod_divrem(qcoeff, r, A->coeffs + k, B->coeffs + 0, ctx->mod); in nmod_mpolyn_divides_threaded_pool()
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| /dports/math/flint2/flint-2.8.4/fmpz_mod_mpoly_factor/ |
| H A D | fmpz_mod_bpoly.c | 620 n_poly_mod_divrem(q, r, a, b, ctx); in fmpz_mod_bpoly_divides()
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| /dports/math/flint2/flint-2.8.4/ |
| H A D | n_poly.h | 584 FLINT_DLL void n_poly_mod_divrem(n_poly_t Q, n_poly_t R, const n_poly_t A,
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