Represent a polynomial. More...

#include <polynomial.h>

Public Member Functions
	Polynomial ()
	Constructor.

	Polynomial (std::string const s)
	Constructor. More...

	Polynomial (Polynomial const &polynomial)
	Copy constructor. More...

	Polynomial (Polynomial &&polynomial)
	Move constructor. More...

void	clear ()
	Delete all the terms.

void	deleteAfter (NodeList< Element > *it)
	Erase all the term from it to the end of the polynomial. More...

void	printPolynomial (std::ostream &stream) const
	Print the polynomial.

int	getNbTerm () const
	Get the number of terms of this. More...

const Term< Element > &	getLT () const
	Get the leading term of this. More...

int	getLM () const
	Get the number of the leading monomial of this. More...

Element	getLC () const
	Get the leading coefficient of this. More...

Element	getCoefficient (int numMon) const
	Get the coefficient of the term of monomial numMon. More...

NodeList< Element > *	getPolynomialBegin ()
	Get an iterator on the beginning of the polynomial. More...

NodeList< Element > *	getPolynomialBeforeBegin ()
	Get an iterator before the beginning of the polynomial. More...

NodeList< Element > const *	getPolynomialBeginConst () const
	Get a constant iterator on the beginning of the polynomial. More...

void	deleteLT ()
	Delete the leading term of this.

void	normalize ()
	Normalize this.

bool	isEmpty ()
	Test if the polynomial is empty or not. More...

NodeList< Element > *	emplaceAfter (NodeList< Element > *pos, Element coeff, int numMon)
	Add a term after pos. Beware to keep a correct order. More...

NodeList< Element > *	emplaceOn (NodeList< Element > *pos, Element coeff, int numMon)
	Add a term after pos. Beware to keep a correct order. More...

Polynomial &	operator= (Polynomial const &polynomial)
	Overload the operator =. More...

Polynomial &	operator= (Polynomial &&polynomial)
	Overload the move operator =. More...

Polynomial &	operator*= (Monomial const &monomial)
	Overload the operator *= to multiply this with a monomial. Prefer multNumMon(int numMon) if the monomial is under integer form. More...

Polynomial &	operator*= (Element element)
	Overload the operator *= to multiply this with an Element. More...

Polynomial &	operator*= (Term< Element > const &term)
	Overload the operator *= to multiply this with a term. More...

Private Attributes
SingleList< Element >	_polynomial

Detailed Description

template<typename Element>
class F4::Polynomial< Element >

Represent a polynomial.

Definition at line 47 of file polynomial.h.

Constructor & Destructor Documentation

template<typename Element>

F4::Polynomial< Element >::Polynomial ( std::string const s )

Constructor.

Parameters

s	String representing the polynomial.

template<typename Element>

F4::Polynomial< Element >::Polynomial ( Polynomial< Element > const & polynomial )

Copy constructor.

Parameters

polynomial Polynomial to copy.

template<typename Element>

F4::Polynomial< Element >::Polynomial ( Polynomial< Element > && polynomial )

Move constructor.

Parameters

polynomial Polynomial to move.

Member Function Documentation

template<typename Element>

void F4::Polynomial< Element >::deleteAfter ( NodeList< Element > * it )

Erase all the term from it to the end of the polynomial.

Parameters

it	Pointer on a node.

template<typename Element>

NodeList<Element>* F4::Polynomial< Element >::emplaceAfter	(	NodeList< Element > *	pos,
		Element	coeff,
		int	numMon
	)

Add a term after pos. Beware to keep a correct order.

Parameters

pos	iterator, term is contructed after the position specified by pos.
coeff	Coefficient of the new term.
numMon	Number of the monomial of the new term.

Returns: Iterator to the new term.

template<typename Element>

NodeList<Element>* F4::Polynomial< Element >::emplaceOn	(	NodeList< Element > *	pos,
		Element	coeff,
		int	numMon
	)

Add a term after pos. Beware to keep a correct order.

Parameters

pos	iterator, term is contructed after the position specified by pos.
coeff	Coefficient of the new term.
numMon	Number of the monomial of the new term.

Returns: Iterator to the new term.

template<typename Element>

Element F4::Polynomial< Element >::getCoefficient ( int numMon ) const

Get the coefficient of the term of monomial numMon.

Returns: Coefficient of the term of monomial numMon.

template<typename Element>

Element F4::Polynomial< Element >::getLC ( ) const

Get the leading coefficient of this.

Precondition: _polynomial is not empty.

Returns: Leading coefficient of this.

template<typename Element>

int F4::Polynomial< Element >::getLM ( ) const

Get the number of the leading monomial of this.

Precondition: _polynomial is not empty.

Returns: Number of the leading monomial of this.

template<typename Element>

const Term<Element>& F4::Polynomial< Element >::getLT ( ) const

Get the leading term of this.

Precondition: _polynomial is not empty.

Returns: Leading term of this.

template<typename Element>

int F4::Polynomial< Element >::getNbTerm ( ) const

Get the number of terms of this.

Returns: Number of terms of this.

template<typename Element>

NodeList<Element>* F4::Polynomial< Element >::getPolynomialBeforeBegin ( )

Get an iterator before the beginning of the polynomial.

Returns: Iterator before the beginning of _polynomial.

template<typename Element>

NodeList<Element>* F4::Polynomial< Element >::getPolynomialBegin ( )

Get an iterator on the beginning of the polynomial.

Returns: Iterator on the beginning of _polynomial.

template<typename Element>

NodeList<Element> const* F4::Polynomial< Element >::getPolynomialBeginConst ( ) const

Get a constant iterator on the beginning of the polynomial.

Returns: Constant iterator on the beginning of _polynomial.

template<typename Element>

bool F4::Polynomial< Element >::isEmpty ( )

Test if the polynomial is empty or not.

Returns: true if _polynomial is empty.; false otherwise.

template<typename Element>

Polynomial& F4::Polynomial< Element >::operator*= ( Monomial const & monomial )

Overload the operator *= to multiply this with a monomial. Prefer multNumMon(int numMon) if the monomial is under integer form.

Parameters

mon Monomial.

Returns: Reference on this.

template<typename Element>

Polynomial& F4::Polynomial< Element >::operator*= ( Element element )

Overload the operator *= to multiply this with an Element.

Parameters

element Element.

Returns: Reference on this.

template<typename Element>

Polynomial& F4::Polynomial< Element >::operator*= ( Term< Element > const & term )

Overload the operator *= to multiply this with a term.

Parameters

term Term.

Returns: Reference on this.

template<typename Element>

Polynomial& F4::Polynomial< Element >::operator= ( Polynomial< Element > const & polynomial )

Overload the operator =.

Parameters

polynomial Polynomial to copy.

Returns: Reference on this.

template<typename Element>

Polynomial& F4::Polynomial< Element >::operator= ( Polynomial< Element > && polynomial )

Overload the move operator =.

Parameters

polynomial Polynomial to move.

Returns: Reference on this.

Member Data Documentation

template<typename Element>

SingleList<Element> F4::Polynomial< Element >::_polynomial

private

Define a polynomial as a single chained list of Terms.

Definition at line 223 of file polynomial.h.

The documentation for this class was generated from the following file:

/home/titouan/Bureau/openf4-1.0.1/openf4/include/polynomial.h

Public Member Functions

Private Attributes

Detailed Description

template<typename Element> class F4::Polynomial< Element >

Constructor & Destructor Documentation

Member Function Documentation

Member Data Documentation

template<typename Element>
class F4::Polynomial< Element >