MPoly< R, O > Class Template Reference

Multivariate polynomials. More...

#include <borderbasix/mpoly/MPoly.hpp>

Public Types
typedef R::value_type	monom_t
typedef monom_t::coeff_t	coeff_t
typedef O	order_t
typedef R::iterator	iterator
typedef R::const_iterator	const_iterator
typedef R::reverse_iterator	reverse_iterator
typedef R::const_reverse_iterator	const_reverse_iterator
typedef MPoly< R, O >	self_t

Public Member Functions
	MPoly ()
	MPoly (const monom_t &m)
	MPoly (const coeff_t &c)
	MPoly (int, const monom_t *)
	MPoly (const self_t &P)
	MPoly (const int &i)
	MPoly (const char *)
	MPoly (char *)
self_t &	operator= (const self_t &)
self_t &	operator+= (const monom_t &)
self_t &	operator+= (const self_t &)
self_t &	operator-= (const monom_t &)
self_t &	operator-= (const self_t &)
self_t &	operator*= (const coeff_t &)
self_t &	operator*= (const monom_t &)
self_t &	operator*= (const self_t &)
self_t &	operator/= (const monom_t &)
self_t &	operator/= (const self_t &Q)
bool	operator== (int n) const
bool	operator!= (int n) const
self_t	operator- () const
iterator	begin ()
const_iterator	begin () const
reverse_iterator	rbegin ()
const_reverse_iterator	rbegin () const
iterator	end ()
const_iterator	end () const
reverse_iterator	rend ()
const_reverse_iterator	rend () const
int	size () const

Public Attributes
R	rep

Detailed Description

template<class R, class O>
class MPoly< R, O >

Multivariate polynomials.

• The type R is the representation type of the polynomial (eg. a list of monomial).
• The type O is the class type specifying the order on the monomials.

Example:

typedef Monom<long double,dynamicexp<'x'> > Monomial;
typedef MPoly<std::vector<Monomial>,Dlex<Monomial> > MPolynomial;

See also

Monom

Member Typedef Documentation

template<class R, class O>

typedef monom_t::coeff_t MPoly< R, O >::coeff_t

template<class R, class O>

typedef R::const_iterator MPoly< R, O >::const_iterator

template<class R, class O>

typedef R::const_reverse_iterator MPoly< R, O >::const_reverse_iterator

template<class R, class O>

typedef R::iterator MPoly< R, O >::iterator

template<class R, class O>

typedef R::value_type MPoly< R, O >::monom_t

template<class R, class O>

typedef O MPoly< R, O >::order_t

template<class R, class O>

typedef R::reverse_iterator MPoly< R, O >::reverse_iterator

template<class R, class O>

typedef MPoly<R,O> MPoly< R, O >::self_t

Constructor & Destructor Documentation

template<class R, class O>

MPoly< R, O >::MPoly ( )

inline

template<class R, class O>

MPoly< R, O >::MPoly ( const monom_t &  m )

inline

template<class R, class O>

MPoly< R, O >::MPoly ( const coeff_t &  c )

inline

template<class R , class O >

MPoly< R, O >::MPoly ( int  s, const monom_t *  t  )

inline

template<class R, class O>

MPoly< R, O >::MPoly ( const self_t &  P )

inline

template<class R, class O>

MPoly< R, O >::MPoly ( const int &  i )

inline

template<class R , class O >

MPoly< R, O >::MPoly

(

const char *

s

)

template<class R , class O >

MPoly< R, O >::MPoly

(

char *

s

)

Member Function Documentation

template<class R, class O>

iterator MPoly< R, O >::begin ( )

inline

template<class R, class O>

const_iterator MPoly< R, O >::begin ( ) const

inline

template<class R, class O>

iterator MPoly< R, O >::end ( )

inline

template<class R, class O>

const_iterator MPoly< R, O >::end ( ) const

inline

template<class R, class O>

bool MPoly< R, O >::operator!= ( int  n ) const

inline

template<class R, class O>

self_t& MPoly< R, O >::operator*=

(

const coeff_t &

)

template<class R, class O>

self_t& MPoly< R, O >::operator*=

(

const monom_t &

)

template<class R , class O >

MPoly< R, O > & MPoly< R, O >::operator*= ( const self_t &  Q )

inline

template<class R, class O>

self_t& MPoly< R, O >::operator+=

(

const monom_t &

)

template<class R , class O >

MPoly< R, O > & MPoly< R, O >::operator+= ( const self_t &  P )

inline

template<class R , class O >

MPoly< R, O > MPoly< R, O >::operator- ( ) const

inline

template<class R, class O>

self_t& MPoly< R, O >::operator-=

(

const monom_t &

)

template<class R , class O >

MPoly< R, O > & MPoly< R, O >::operator-= ( const self_t &  P )

inline

template<class R, class O>

self_t& MPoly< R, O >::operator/=

(

const monom_t &

)

template<class R , class O >

MPoly< R, O > & MPoly< R, O >::operator/= ( const self_t &  Q )

inline

template<class R , class O >

MPoly< R, O > & MPoly< R, O >::operator= ( const self_t &  P )

inline

template<class R , class O >

bool MPoly< R, O >::operator== ( int  n ) const

inline

template<class R, class O>

reverse_iterator MPoly< R, O >::rbegin ( )

inline

template<class R, class O>

const_reverse_iterator MPoly< R, O >::rbegin ( ) const

inline

template<class R, class O>

reverse_iterator MPoly< R, O >::rend ( )

inline

template<class R, class O>

const_reverse_iterator MPoly< R, O >::rend ( ) const

inline

template<class R, class O>

int MPoly< R, O >::size ( ) const

inline

Member Data Documentation

template<class R, class O>

R MPoly< R, O >::rep