/Users/mourrain/Devel/mmx/algebramix/include/algebramix/series_naive.hpp File Reference

#include <algebramix/polynomial.hpp>

Go to the source code of this file.

Classes

• struct series_naive
• struct series_variant_helper< C >
• struct series_polynomial_helper< C, V >
• struct series_defaults
• struct implementation< series_defaults, V, series_naive >
• class implementation< series_defaults, V, series_naive >::global_variables< S >
• struct series_scalar_abstractions
• struct implementation< series_scalar_abstractions, U, series_naive >
• class implementation< series_scalar_abstractions, U, series_naive >::binary_scalar_series_rep< Op, C, V, X >
• class implementation< series_scalar_abstractions, U, series_naive >::ternary_scalar_series_rep< Op, C, V, X, Y >
• struct series_map_as_abstractions
• struct implementation< series_map_as_abstractions, U, series_naive >
• class implementation< series_map_as_abstractions, U, series_naive >::unary_map_as_series_rep< Op, C, V, S, SV >
• struct series_recursive_abstractions
• struct implementation< series_recursive_abstractions, U, series_naive >
• class implementation< series_recursive_abstractions, U, series_naive >::nullary_recursive_series_rep< Op, C, V >
• class implementation< series_recursive_abstractions, U, series_naive >::unary_recursive_series_rep< Op, C, V >
• class implementation< series_recursive_abstractions, U, series_naive >::binary_recursive_series_rep< Op, C, V >
• class implementation< series_recursive_abstractions, U, series_naive >::binary_scalar_recursive_series_rep< Op, C, V, X >
• struct series_abstractions
• struct implementation< series_abstractions, U, series_naive >
• class implementation< series_abstractions, U, series_naive >::unary_series_rep< Op, C, V >
• class implementation< series_abstractions, U, series_naive >::binary_series_rep< Op, C, V >
• struct series_multiply
• struct implementation< series_multiply, U, series_naive >
• class implementation< series_multiply, U, series_naive >::mul_series_rep< C, V >
• class implementation< series_multiply, U, series_naive >::truncate_mul_series_rep< C, V >
• struct series_divide
• struct implementation< series_divide, U, series_naive >
• struct series_compose
• struct implementation< series_compose, U, series_naive >
• class implementation< series_compose, U, series_naive >::compose_series_rep< C, V >
• class implementation< series_compose, U, series_naive >::reverse_series_rep< C, V >
• struct ser_separable_root_op
• struct series_separable_root
• struct implementation< series_separable_root, U, series_naive >
• struct series_pth_root_reg
• struct series_pth_root
• struct implementation< series_pth_root, U, series_naive >

Namespaces

• namespace mmx

Defines

• #define TMPL   template<typename C, typename V>
• #define Format   format<C>
• #define Series   series<C,V>
• #define Series_rep   series_rep<C,V>
• #define Recursive_series_rep   recursive_series_rep<C,V>
• #define Polynomial   polynomial<C, typename series_polynomial_helper<C,V>::PV>

---

Define Documentation

#define Format   format<C>

Definition at line 19 of file series_naive.hpp.

#define Polynomial   polynomial<C, typename series_polynomial_helper<C,V>::PV>

Definition at line 23 of file series_naive.hpp.

#define Recursive_series_rep   recursive_series_rep<C,V>

Definition at line 22 of file series_naive.hpp.

#define Series   series<C,V>

Definition at line 20 of file series_naive.hpp.

Referenced by implementation< series_compose, U, series_naive >::reverse_series_rep< C, V >::initialize(), implementation< series_recursive_abstractions, U, series_naive >::binary_scalar_recursive_series_rep< Op, C, V, X >::initialize(), implementation< series_recursive_abstractions, U, series_naive >::binary_recursive_series_rep< Op, C, V >::initialize(), implementation< series_recursive_abstractions, U, series_naive >::unary_recursive_series_rep< Op, C, V >::initialize(), implementation< series_recursive_abstractions, U, series_naive >::nullary_recursive_series_rep< Op, C, V >::initialize(), implementation< series_separable_root, U, series_naive >::sep_root(), implementation< series_compose, U, series_naive >::ser_compose(), implementation< series_divide, U, series_naive >::ser_div(), implementation< series_multiply, U, series_naive >::ser_mul(), implementation< series_divide, U, series_naive >::ser_quo(), implementation< series_divide, U, series_naive >::ser_rdiv_sc(), implementation< series_compose, U, series_naive >::ser_reverse(), implementation< series_divide, U, series_naive >::ser_rquo_sc(), implementation< series_divide, U, series_naive >::ser_rrem_sc(), and implementation< series_multiply, U, series_naive >::ser_truncate_mul().

#define Series_rep   series_rep<C,V>

Definition at line 21 of file series_naive.hpp.

Referenced by implementation< series_separable_root, U, series_naive >::sep_root(), implementation< series_compose, U, series_naive >::ser_compose(), implementation< series_divide, U, series_naive >::ser_div(), implementation< series_multiply, U, series_naive >::ser_mul(), implementation< series_divide, U, series_naive >::ser_quo(), implementation< series_divide, U, series_naive >::ser_rdiv_sc(), implementation< series_compose, U, series_naive >::ser_reverse(), implementation< series_divide, U, series_naive >::ser_rquo_sc(), implementation< series_divide, U, series_naive >::ser_rrem_sc(), implementation< series_multiply, U, series_naive >::ser_truncate_mul(), and implementation< series_map_as_abstractions, U, series_naive >::unary_map_as().

#define TMPL   template<typename C, typename V>

Definition at line 18 of file series_naive.hpp.