solver_mv_bernstein.hpp File Reference

#include <set>
#include <vector>
#include <math.h>
#include <realroot/texp_kernelof.hpp>
#include <realroot/solver.hpp>
#include <realroot/tensor_bernstein.hpp>
#include <realroot/GMP.hpp>
#include <realroot/polynomial.hpp>
#include <realroot/system_method.hpp>
#include <realroot/system_support.hpp>
#include <realroot/Seq.hpp>

Go to the source code of this file.

Classes
struct	mmx::realroot::select_mth< system, mth >
struct	mmx::realroot::select_mth< system, SBD_RD >
struct	mmx::realroot::select_mth< system, SBD_RDL >
struct	mmx::realroot::select_mth< system, SBD_RDRDL >
struct	mmx::realroot::select_mth< system, SBD_RDRDLRDS >
struct	mmx::realroot::select_mth< system, SBD_RDS >
struct	mmx::realroot::select_mth< system, SBD_RDRDS >
struct	mmx::realroot::select_mth< system, SBD_RDLRDS >
struct	mmx::realroot::select_mth< system, SBD_RDSRDL >
struct	mmx::ProjRd< MTH >
struct	mmx::solver< C, ProjRd< MTH > >
	Multivariate Bernstein solver. More...

Namespaces
	mmx
	mmx::realroot

Macros
#define	REP(x)   (x).rep()
#define	SBD_RD   0
#define	SBD_RDL   1
#define	SBD_RDS   2
#define	SBD_RDRDL   3
#define	SBD_RDRDLRDS   4
#define	SBD_RDRDS   5
#define	SBD_RDLRDS   6
#define	SBD_RDSRDL   7
#define	SBD_MTH   SBD_RDRDL

Functions
template<class T , class eenv_t , class MPOL >
void	mmx::realroot::fill_data (T *data, eenv_t *env, const MPOL &p, binomials< T > &benv)
template<class monom >
void	mmx::realroot::scan_monom_env (std::set< int > &env, const monom &m)
template<class C , class MPC , class Domains , int MTH>
Seq< std::vector< C > >	mmx::solve (const MPC &l, const ProjRd< MTH > &, const Domains &D, bool verbose=false)
	Solve function. More...

Macro Definition Documentation

#define REP

(

x

)

(x).rep()

#define SBD_MTH   SBD_RDRDL

#define SBD_RD   0

#define SBD_RDL   1

#define SBD_RDLRDS   6

#define SBD_RDRDL   3

#define SBD_RDRDLRDS   4

#define SBD_RDRDS   5

#define SBD_RDS   2

#define SBD_RDSRDL   7