GMP.hpp File Reference

#include <realroot/texp_kernelof.hpp>
#include <realroot/scalar_integer.hpp>
#include <realroot/scalar_rational.hpp>
#include <realroot/scalar_floating.hpp>
#include <realroot/scalar_extended_integer.hpp>
#include <realroot/scalar_extended_rational.hpp>
#include <realroot/Interval.hpp>

Go to the source code of this file.

Classes
struct	mmx::GMP
	Numerical kernel based on gmp. More...
struct	mmx::is_extended< type >
struct	mmx::is_extended< EQQ >
struct	mmx::is_extended< EZZ >
struct	mmx::texp::kernelof_< X >
	return the arithmetic kernel from which the unqualified type X comes from. More...
struct	mmx::texp::kernelof_< GMP::ieee >
struct	mmx::texp::kernelof_< GMP::integer >
struct	mmx::texp::kernelof_< GMP::rational >
struct	mmx::texp::kernelof_< GMP::floating >
struct	mmx::texp::kernelof_< GMP::extended_integer >
struct	mmx::texp::kernelof_< GMP::extended_rational >
struct	mmx::as_helper< T, F >
struct	mmx::as_helper< QQ, ZZ >
struct	mmx::as_helper< ZZ, QQ >
struct	mmx::as_helper< QQ, RR >
struct	mmx::as_helper< RR, QQ >
struct	mmx::as_helper< ZZ, unsigned >
struct	mmx::as_helper< ZZ, double >
struct	mmx::as_helper< RR, double >
struct	mmx::as_helper< double, RR >
struct	mmx::as_helper< double, mpf_t >
struct	mmx::as_helper< Interval< double >, QQ >

Namespaces
	mmx
	mmx::texp
	mmx::let
	Namespace for explicit type conversion.

Typedefs
typedef GMP::rational	mmx::QQ
typedef GMP::integer	mmx::ZZ
typedef GMP::floating	mmx::RR
typedef GMP::extended_rational	mmx::EQQ
typedef GMP::extended_integer	mmx::EZZ

Functions
int	mmx::sign (const QQ &a)
bool	mmx::with_plus_sign (const ZZ &c)
bool	mmx::with_plus_sign (const QQ &c)
bool	mmx::with_plus_sign (const RR &c)
double	mmx::to_double (const RR &a)
double	mmx::as_double (const RR &a)
double	mmx::to_XT (const ZZ &a)
double	mmx::to_XT (const QQ &a)
double	mmx::to_XT (const RR &a)
void	mmx::bit_precision (unsigned long l)
void	mmx::bit_precision (RR b, unsigned long l)
double	mmx::gcd (const double &, const double &)
void	mmx::let::assign (ZZ &x, const QQ &r)
void	mmx::let::assign (QQ &x, const ZZ &r)
void	mmx::let::assign (RR &r, const ZZ &x)
void	mmx::let::assign (mpz_t r, const ZZ &x)
void	mmx::let::assign (mpf_t r, const ZZ &x)
void	mmx::let::assign (mpf_t r, const RR &x)
void	mmx::let::assign (mpf_t r, const QQ &x)
QQ	mmx::to_FT (const ZZ &a, const ZZ &b=1)
QQ	mmx::to_FT (const QQ &a, const QQ &b=1)