#include "NAG.hpp"
#include "engine-includes.hpp"
#include <M2/math-include.h>
#include <time.h>
#include "interface/NAG.h"
#include "lapack.hpp"
#include "matrix-con.hpp"
#include "matrix.hpp"
#include "poly.hpp"
#include "relem.hpp"

Macros
#define	dlopen(x, y)
#define	dlsym(x, y)
#define	dlclose(x)

Functions
Nterm *	extract_divisible_by_x (Nterm *&ff, int i)
template<class Field>
int	add_constant_get_position (gc_vector< typename Field::element_type > &consts, typename Field::element_type c)
void	monomials_to_conventional_expvectors (int n, Nterm *f)
bool	solve_via_lapack (int size, complex A, int bsize, complex b, complex *x)
bool	solve_via_lapack_without_transposition (int size, complex A, int bsize, complex b, complex *x)
bool	cond_number_via_svd (int size, complex *A, double &cond)
bool	norm_of_inverse_via_svd (int size, complex *A, double &norm)
void	rawSetParametersPT (PathTracker *PT, M2_bool is_projective, gmp_RR init_dt, gmp_RR min_dt, gmp_RR dt_increase_factor, gmp_RR dt_decrease_factor, int num_successes_before_increase, gmp_RR epsilon, int max_corr_steps, gmp_RR end_zone_factor, gmp_RR infinity_threshold, int pred_type)
void	rawLaunchPT (PathTracker PT, const Matrix start_sols)
const Matrix *	rawGetSolutionPT (PathTracker *PT, int solN)
const Matrix *	rawGetAllSolutionsPT (PathTracker *PT)
int	rawGetSolutionStatusPT (PathTracker *PT, int solN)
int	rawGetSolutionStepsPT (PathTracker *PT, int solN)
gmp_RRorNull	rawGetSolutionLastTvaluePT (PathTracker *PT, int solN)
gmp_RRorNull	rawGetSolutionRcondPT (PathTracker *PT, int solN)
const Matrix *	rawRefinePT (PathTracker PT, const Matrix sols, gmp_RR tolerance, int max_corr_steps_refine)
int	degree_ring_elem (const PolyRing *R, ring_elem re)
void	print_complex_matrix (int size, const double *A)

Variables
template<class Field>
int	SLP< Field >::num_slps = 0
template<class Field>
SLP< Field > *	SLP< Field >::catalog [MAX_NUM_SLPs]

Macros

Functions

Variables