solver_uv_continued_fraction.hpp File Reference

#include <realroot/GMP.hpp>
#include <realroot/univariate_bounds.hpp>
#include <realroot/sign_variation.hpp>
#include <realroot/Seq.hpp>
#include <realroot/solver.hpp>
#include <realroot/contfrac_intervaldata.hpp>
#include <realroot/contfrac_lowerbound.hpp>

Go to the source code of this file.

Classes
struct	mmx::ContFrac< M >
struct	mmx::continued_fraction_isolate< K, B, Extended >
struct	mmx::continued_fraction_isolate< K, B, false_t >
struct	mmx::continued_fraction_isolate< K, B, true_t >
struct	mmx::continued_fraction_approximate< K, B, Extended >
struct	mmx::continued_fraction_approximate< K, B, false_t >
struct	mmx::continued_fraction_approximate< K, B, true_t >
struct	mmx::continued_fraction_subdivision< K >
struct	mmx::solver_approximate_traits< C, Extended >
struct	mmx::solver_approximate_traits< C, false_t >
struct	mmx::solver_approximate_traits< C, true_t >
struct	mmx::solver< C, ContFrac< Approximate > >
struct	mmx::solver_isolate_traits< C, Extended >
struct	mmx::solver_isolate_traits< C, false_t >
struct	mmx::solver_isolate_traits< C, true_t >
struct	mmx::solver< C, ContFrac< Isolate > >

Namespaces
	mmx

Macros
#define	TMPL   template<class C, class R, class V>
#define	SOLVER   solver<C, ContFrac<R,V> >

Functions
template<class POL , class M >
solver< typename POL::Scalar, ContFrac< M > >::Solutions	mmx::solve (const POL &p, const ContFrac< M > &slv)
template<class POL , class M , class B >
solver< typename POL::Scalar, ContFrac< M > >::Solutions	mmx::solve (const POL &p, const ContFrac< M > &slv, const B &b1, const B &b2)

Macro Definition Documentation

#define SOLVER   solver<C, ContFrac<R,V> >

#define TMPL   template<class C, class R, class V>