mmx::monom< C, E > Struct Template Reference

Monomial class. More...

#include <monomial.hpp>

Public Types
typedef E	exp_t
typedef int	index_t
typedef E	container_t
typedef E::exponent_t	exponent_t
typedef E::size_type	size_type
typedef C	coeff_t
typedef C	Scalar
typedef Monomial	self_t

Public Member Functions
E &	rep ()
const E &	rep () const
	monom ()
	monom (const C &c, const exp_t &r)
	monom (const C &c)
	monom (int i)
	monom (const std::string &s, int d, const variables &vars)
	monom x[i]**d More...
	monom (const C &c, unsigned s, const AsSize &)
	monom (const C &c, int d, unsigned i)
	monom c*x[i]**d More...
	monom (const C &c, int s, int *t)
	monom (const char *, variables &vars=monom::var)
	monom (const monom &m)
self_t &	operator= (const self_t &m)
const C &	coeff () const
C &	coeff ()
void	set_coeff (const C &c)
int *	begin ()
int *	begin () const
unsigned	size () const
int	nvars () const
int	l_variable () const
unsigned	nbvar () const
exponent_t	operator[] (size_type i) const
exponent_t	expt (size_type i) const
exponent_t	exponent (size_type i) const
self_t &	set_expt (size_type i, exponent_t d)
bool	operator== (int n) const
bool	operator!= (int n) const
self_t	operator- () const
self_t &	operator+= (const self_t &)
self_t &	operator-= (const self_t &)
self_t &	operator*= (const self_t &)
self_t &	operator*= (const C &)
self_t &	operator/= (const C &)

Public Attributes
C	_coef
E	_expt

Static Public Attributes
static variables	var

Friends
bool	operator== (const self_t &m1, const self_t &m2)
bool	operator!= (const self_t &m1, const self_t &m2)
bool	IsComparable (const self_t &m1, const self_t &m2)

Detailed Description

template<class C, class E = dynamic_exp<int>>
struct mmx::monom< C, E >

Monomial class.

Member Typedef Documentation

template<class C, class E = dynamic_exp<int>>

typedef C mmx::monom< C, E >::coeff_t

template<class C, class E = dynamic_exp<int>>

typedef E mmx::monom< C, E >::container_t

template<class C, class E = dynamic_exp<int>>

typedef E mmx::monom< C, E >::exp_t

template<class C, class E = dynamic_exp<int>>

typedef E::exponent_t mmx::monom< C, E >::exponent_t

template<class C, class E = dynamic_exp<int>>

typedef int mmx::monom< C, E >::index_t

template<class C, class E = dynamic_exp<int>>

typedef C mmx::monom< C, E >::Scalar

template<class C, class E = dynamic_exp<int>>

typedef Monomial mmx::monom< C, E >::self_t

template<class C, class E = dynamic_exp<int>>

typedef E::size_type mmx::monom< C, E >::size_type

Constructor & Destructor Documentation

template<class C, class E = dynamic_exp<int>>

mmx::monom< C, E >::monom ( )

inline

template<class C, class E = dynamic_exp<int>>

mmx::monom< C, E >::monom ( const C &  c, const exp_t &  r  )

inline

template<class C, class E = dynamic_exp<int>>

mmx::monom< C, E >::monom ( const C &  c )

inline

template<class C, class E = dynamic_exp<int>>

mmx::monom< C, E >::monom ( int  i )

inline

template<class C, class E = dynamic_exp<int>>

mmx::monom< C, E >::monom	(	const std::string &	s,
		int	d,
		const variables &	vars
	)

monom x[i]**d

template<class C, class E = dynamic_exp<int>>

mmx::monom< C, E >::monom ( const C &  c, unsigned  s, const AsSize &    )

inline

template<class C, class E = dynamic_exp<int>>

mmx::monom< C, E >::monom	(	const C &	c,
		int	d,
		unsigned	i
	)

monom c*x[i]**d

template<class C, class E = dynamic_exp<int>>

mmx::monom< C, E >::monom ( const C &  c, int  s, int *  t  )

inline

template<class C, class E = dynamic_exp<int>>

mmx::monom< C, E >::monom	(	const char *	,
		variables &	vars = monom< C, E >::var
	)

template<class C, class E = dynamic_exp<int>>

mmx::monom< C, E >::monom ( const monom< C, E > &  m )

inline

Member Function Documentation

template<class C, class E = dynamic_exp<int>>

int* mmx::monom< C, E >::begin ( )

inline

template<class C, class E = dynamic_exp<int>>

int* mmx::monom< C, E >::begin ( ) const

inline

template<class C, class E = dynamic_exp<int>>

const C& mmx::monom< C, E >::coeff ( ) const

inline

template<class C, class E = dynamic_exp<int>>

C& mmx::monom< C, E >::coeff ( )

inline

template<class C, class E = dynamic_exp<int>>

exponent_t mmx::monom< C, E >::exponent ( size_type  i ) const

inline

template<class C, class E = dynamic_exp<int>>

exponent_t mmx::monom< C, E >::expt ( size_type  i ) const

inline

template<class C, class E = dynamic_exp<int>>

int mmx::monom< C, E >::l_variable ( ) const

inline

template<class C, class E = dynamic_exp<int>>

unsigned mmx::monom< C, E >::nbvar ( ) const

inline

template<class C, class E = dynamic_exp<int>>

int mmx::monom< C, E >::nvars ( ) const

inline

template<class C, class E = dynamic_exp<int>>

bool mmx::monom< C, E >::operator!= ( int  n ) const

inline

template<class C, class E = dynamic_exp<int>>

self_t& mmx::monom< C, E >::operator*=

(

const self_t &

)

template<class C, class E = dynamic_exp<int>>

self_t& mmx::monom< C, E >::operator*=

(

const C &

)

template<class C, class E = dynamic_exp<int>>

self_t& mmx::monom< C, E >::operator+=

(

const self_t &

)

template<class C, class E = dynamic_exp<int>>

self_t mmx::monom< C, E >::operator- ( ) const

inline

template<class C, class E = dynamic_exp<int>>

self_t& mmx::monom< C, E >::operator-=

(

const self_t &

)

template<class C, class E = dynamic_exp<int>>

self_t& mmx::monom< C, E >::operator/=

(

const C &

)

template<class C, class E = dynamic_exp<int>>

self_t& mmx::monom< C, E >::operator= ( const self_t &  m )

inline

template<class C, class E = dynamic_exp<int>>

bool mmx::monom< C, E >::operator==

(

int

n

)

const

template<class C, class E = dynamic_exp<int>>

exponent_t mmx::monom< C, E >::operator[] ( size_type  i ) const

inline

template<class C, class E = dynamic_exp<int>>

E& mmx::monom< C, E >::rep ( )

inline

template<class C, class E = dynamic_exp<int>>

const E& mmx::monom< C, E >::rep ( ) const

inline

template<class C, class E = dynamic_exp<int>>

void mmx::monom< C, E >::set_coeff ( const C &  c )

inline

template<class C, class E = dynamic_exp<int>>

self_t& mmx::monom< C, E >::set_expt ( size_type  i, exponent_t  d  )

inline

template<class C, class E = dynamic_exp<int>>

unsigned mmx::monom< C, E >::size ( void  ) const

inline

Friends And Related Function Documentation

template<class C, class E = dynamic_exp<int>>

bool IsComparable ( const self_t &  m1, const self_t &  m2  )

friend

template<class C, class E = dynamic_exp<int>>

bool operator!= ( const self_t &  m1, const self_t &  m2  )

friend

template<class C, class E = dynamic_exp<int>>

bool operator== ( const self_t &  m1, const self_t &  m2  )

friend

Member Data Documentation

template<class C, class E = dynamic_exp<int>>

C mmx::monom< C, E >::_coef

template<class C, class E = dynamic_exp<int>>

E mmx::monom< C, E >::_expt

template<class C, class E = dynamic_exp<int>>

variables mmx::monom< C, E >::var

static

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

• include/realroot/monomial.hpp