include/realroot/monomial.hpp File Reference

#include <assert.h>
#include <map>
#include <string>
#include <cstring>
#include <realroot/shared_object.hpp>
#include <realroot/parser.hpp>
#include <realroot/array.hpp>
#include <realroot/dynamicexp.hpp>
#include <realroot/variables.hpp>
#include <realroot/print.hpp>

Go to the source code of this file.

Classes

• struct monom< C, E >

  Monomial class. More...
  

Namespaces

• namespace mmx
• namespace mmx::let

  Namespace for explicit type conversion.

  
  

Defines

• #define TMPL   template<class C, class E>
• #define Monomial   monom<C,E>

Functions

• template<class C , class E > void assign (C &r, const monom< C, E > &m)
• template<class C , class E > monom< C, E > operator* (const monom< C, E > &m1, const monom< C, E > &m2)
• template<class C , class E > monom< C, E > operator/ (const monom< C, E > &m1, const monom< C, E > &m2)
• template<class C , class E > bool divide (const monom< C, E > &m1, const monom< C, E > &m2, monom< C, E > &r)
• template<class C , class E > void mul (monom< C, E > &a, const monom< C, E > &m1, const monom< C, E > &m2)
• template<class C , class E > void div (monom< C, E > &a, const monom< C, E > &m1, const monom< C, E > &m2)
• template<class C , class E > monom< C, E > div (const monom< C, E > &m1, const monom< C, E > &m2)
• template<class C , class E > monom< C, E > div_quo (const monom< C, E > &m1, const monom< C, E > &m2)
• template<class C , class E > E::degree_t degree (const monom< C, E > &m)
• template<class C , class E > monom< C, E > MGcd (const monom< C, E > &m1, const monom< C, E > &m2)
• template<class C , class E > monom< C, E > pow (const monom< C, E > &m1, int n)
• template<class C , class E > monom< C, E > operator+ (const monom< C, E > &m1, const monom< C, E > &m2)
• template<class C , class E > monom< C, E > operator- (const monom< C, E > &m1, const monom< C, E > &m2)
• template<class C , class E > monom< C, E > operator* (const monom< C, E > &m1, const C &c2)
• template<class C , class E > monom< C, E > operator* (const C &c2, const monom< C, E > &m1)
• template<class C , class E > monom< C, E > operator/ (const monom< C, E > &m1, const C &c2)
• template<class OSTREAM , class C , class E > OSTREAM & print_pp (OSTREAM &os, const monom< C, E > &m, const variables &V)
• bool is_polynomial (const std::ostringstream &sm)
• template<class OSTREAM , class C , class E > OSTREAM & print (OSTREAM &os, const monom< C, E > &m, const variables &V=variables::default_)
• template<class OSTREAM , class C , class E > OSTREAM & print_as_double (OSTREAM &os, const monom< C, E > &m, const variables &V=variables::default_)
• template<class C , class E > std::ostream & operator<< (std::ostream &os, const monom< C, E > &m)

  Output operator.
  

Variables

• char * synaps_inputptr

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Define Documentation

#define Monomial   monom<C,E>

Definition at line 56 of file monomial.hpp.

Referenced by mmx::coefficients(), mmx::sparse::diff(), mmx::div(), mmx::div_quo(), mmx::MGcd(), monom< C, E >::monom(), mmx::operator*(), mmx::operator+(), mmx::operator-(), mmx::operator/(), mmx::polynomial_sparse_monomials(), mmx::pow(), mmx::sparse::shift(), sub_resultant< PREM >::subres_gcd(), and mmx::sparse::subs().

#define TMPL   template<class C, class E>

Definition at line 55 of file monomial.hpp.