Namespaces |
| namespace | CGALi |
Defines |
| #define | CGAL_RESULTANT_USE_MODULAR_ARITHMETIC 0 |
| #define | CGAL_RESULTANT_USE_DECOMPOSE 1 |
Functions |
| template<class Coeff > |
| Coeff | CGALi::resultant_interpolate (const CGAL::Polynomial< Coeff > &, const CGAL::Polynomial< Coeff > &) |
| template<class Coeff > |
| Coeff | CGALi::resultant_modularize (const CGAL::Polynomial< Coeff > &, const CGAL::Polynomial< Coeff > &, CGAL::Tag_true) |
| template<class Coeff > |
| Coeff | CGALi::resultant_modularize (const CGAL::Polynomial< Coeff > &, const CGAL::Polynomial< Coeff > &, CGAL::Tag_false) |
| template<class Coeff > |
| Coeff | CGALi::resultant_decompose (const CGAL::Polynomial< Coeff > &, const CGAL::Polynomial< Coeff > &, CGAL::Tag_true) |
| template<class Coeff > |
| Coeff | CGALi::resultant_decompose (const CGAL::Polynomial< Coeff > &, const CGAL::Polynomial< Coeff > &, CGAL::Tag_false) |
| template<class Coeff > |
| Coeff | CGALi::resultant_ (const CGAL::Polynomial< Coeff > &, const CGAL::Polynomial< Coeff > &) |
| template<class Coeff > |
| Coeff | CGALi::resultant_univariate (const CGAL::Polynomial< Coeff > &A, const CGAL::Polynomial< Coeff > &B, CGAL::Integral_domain_without_division_tag) |
| template<class Coeff > |
| Coeff | CGALi::resultant_univariate (const CGAL::Polynomial< Coeff > &A, const CGAL::Polynomial< Coeff > &B, CGAL::Integral_domain_tag) |
| template<class Coeff > |
| Coeff | CGALi::resultant_univariate (const CGAL::Polynomial< Coeff > &A, const CGAL::Polynomial< Coeff > &B, CGAL::Unique_factorization_domain_tag) |
| template<class Coeff > |
| Coeff | CGALi::resultant_univariate (const CGAL::Polynomial< Coeff > &A, const CGAL::Polynomial< Coeff > &B, CGAL::Field_tag) |
| template<class IC > |
| IC | CGALi::resultant_interpolate (const CGAL::Polynomial< IC > &F, const CGAL::Polynomial< IC > &G) |
| template<class Coeff_2 > |
| CGAL::Polynomial< Coeff_2 > | CGALi::resultant_interpolate (const CGAL::Polynomial< CGAL::Polynomial< Coeff_2 > > &F, const CGAL::Polynomial< CGAL::Polynomial< Coeff_2 > > &G) |
| template<class Coeff > |
| Coeff | CGALi::resultant (const CGAL::Polynomial< Coeff > &F_, const CGAL::Polynomial< Coeff > &G_) |