include/continewz/analytic_matrix.hpp File Reference

#include <continewz/analytic_vector.hpp>
#include <algebramix/series_matrix.hpp>

Go to the source code of this file.

Classes

struct unvectorize< matrix< C > >
class matrix_access_analytic_rep< C, V >
class matrix_analytic_rep< C, V >

Namespaces

namespace mmx

Defines

#define TMPL_DEF template<typename C, typename V>
#define TMPL template<typename C, typename V>
#define Analytic analytic<C,V>
#define Analytic_rep analytic_rep<C,V>
#define Assume assume_bound<typename unvectorize<R >::val>
#define Scalar typename unvectorize<C>::val
#define Radius Abs_type(Scalar)
#define Series series<C>
#define R Abs_type(C)
#define MR Abs_type(matrix<C> )
#define Analytic_matrix analytic<matrix<C>,V>
#define Matrix_analytic matrix<analytic<C,V> >

Functions

template<typename C , typename V > analytic< C, V > access (const analytic< matrix< C >, V > &f, nat i, nat j)
template<typename C , typename V > matrix< analytic< C, V > > as_matrix (const analytic< matrix< C >, V > &f)
template<typename C , typename V > analytic< matrix< C >, V > as_analytic (const matrix< analytic< C, V > > &m)
template<typename C , typename V > analytic< matrix< C >, V > solve_matrix_lde_init (const analytic< matrix< C >, V > &f, const matrix< C > &c)
template<typename C , typename V > matrix< analytic< C, V > > solve_lde (const matrix< analytic< C, V > > &f)
template<typename C , typename V > matrix< analytic< C, V > > solve_lde_init (const matrix< analytic< C, V > > &f, const matrix< C > &c)
STYPE_TO_TYPE (template< typename C, typename V >, as_matrix_type, analytic< matrix< C >, V >, matrix< analytic< C, V > >)
template<typename C , typename V > matrix< Abs_type(C) > head_extremum (const analytic< matrix< C >, V > &f, const Abs_type(typename unvectorize< C >::val)&r, nat order, int type)
template<typename C , typename V > analytic< matrix< C >, V > from_matrix (const matrix< analytic< C, V > > &m)
template<typename C , typename V > matrix< analytic< C, V > > move (const matrix< analytic< C, V > > &m, const C &z)
template<typename C , typename V > matrix< C > eval (const matrix< analytic< C, V > > &m, const C &z)
template<typename C > list< C > straight_path (const C &start, const C &end, nat steps=5)
template<typename C > list< C > circle_path (const C &start, const C &center, int orient=1, nat steps=17)
template<typename C > list< C > delta_to_absolute (const list< C > &l, const C &pos=C(0))
template<typename C > list< C > absolute_to_delta (const list< C > &l, const C &pos=C(0))
template<typename T , typename C > T move (const T &x, const list< C > &p)
template<typename C , typename V > matrix< C > connection_matrix (const matrix< analytic< C, V > > &m, const list< C > &p)

Define Documentation

#define Analytic analytic<C,V>

Definition at line 20 of file analytic_matrix.hpp.

#define Analytic_matrix analytic<matrix<C>,V>

Definition at line 48 of file analytic_matrix.hpp.

#define Analytic_rep analytic_rep<C,V>

Definition at line 21 of file analytic_matrix.hpp.

#define Assume assume_bound<typename unvectorize<R >::val>

Definition at line 22 of file analytic_matrix.hpp.

#define Matrix_analytic matrix<analytic<C,V> >

Definition at line 49 of file analytic_matrix.hpp.

#define MR Abs_type(matrix<C> )

Definition at line 27 of file analytic_matrix.hpp.

Referenced by matrix_analytic_rep< C, V >::Abs_type().

#define R Abs_type(C)

Definition at line 26 of file analytic_matrix.hpp.

#define Radius Abs_type(Scalar)

Definition at line 24 of file analytic_matrix.hpp.

#define Scalar typename unvectorize<C>::val

Definition at line 23 of file analytic_matrix.hpp.

#define Series series<C>

Definition at line 25 of file analytic_matrix.hpp.

#define TMPL template<typename C, typename V>

Definition at line 19 of file analytic_matrix.hpp.

#define TMPL_DEF template<typename C, typename V>

Definition at line 18 of file analytic_matrix.hpp.