SlicedPolynomialVector< _Field, _Storage, _VectorElement > Class Template Reference

#include <SlicedPolynomialVector.h>

Public Types
typedef _Field	Field
typedef Field::Element	Element
typedef _Storage	Rep
typedef _VectorElement	VectorElement
typedef Givaro::Modular< VectorElement, VectorElement >	IntField
typedef SlicedPolynomialVector< Field, Rep, VectorElement >	Self_t
typedef Givaro::Poly1Dom< IntField, Dense >::Rep	polynomial

Public Member Functions
	SlicedPolynomialVector (const Field &BF)
	Allocates a vector of new zero vectors of size 0 (shaped and ready).
	SlicedPolynomialVector (const Field &BF, const size_t &m)
	SlicedPolynomialVector (const Field &BF, polynomial &pp)
	Allocates a vector of new zero vectors of size 0 (shaped and ready).
	SlicedPolynomialVector (const Field &BF, const size_t &m, polynomial &pp)
	~SlicedPolynomialVector ()
size_t	length () const
size_t	rowdim () const
const Field &	fieldGF () const
const IntField &	fieldF () const
const VectorElement &	setEntry (size_t m, size_t k, const VectorElement &a_mk)
VectorElement &	getEntry (size_t m, size_t k)
void	setVectorCoefficient (size_t m, const BlasVector< IntField > &V_m)
const BlasVector< IntField > &	getVectorCoefficient (size_t m) const
	Get a read-only reference to the m-th matrix-coefficient.
void	swapRows (size_t k1, size_t k2)
std::istream &	read (std::istream &file)
std::ostream &	write (std::ostream &os) const

Data Fields
polynomial	irreducible

Member Typedef Documentation

Field

template<class _Field, class _Storage, class _VectorElement = double>

typedef _Field Field

Element

template<class _Field, class _Storage, class _VectorElement = double>

typedef Field::Element Element

Rep

template<class _Field, class _Storage, class _VectorElement = double>

typedef _Storage Rep

VectorElement

template<class _Field, class _Storage, class _VectorElement = double>

typedef _VectorElement VectorElement

IntField

template<class _Field, class _Storage, class _VectorElement = double>

typedef Givaro::Modular<VectorElement, VectorElement> IntField

Self_t

template<class _Field, class _Storage, class _VectorElement = double>

typedef SlicedPolynomialVector<Field, Rep, VectorElement> Self_t

polynomial

template<class _Field, class _Storage, class _VectorElement = double>

typedef Givaro::Poly1Dom<IntField,Dense>::Rep polynomial

Constructor & Destructor Documentation

SlicedPolynomialVector() [1/4]

template<class _Field, class _Rep, class _VectorElement>

SlicedPolynomialVector

(

const Field &

BF

)

Allocates a vector of new zero vectors of size 0 (shaped and ready).

Irreducible polynomial is chosen randomly.

SlicedPolynomialVector() [2/4]

template<class _Field, class _Rep, class _VectorElement>

SlicedPolynomialVector	(	const Field &	BF,
		const size_t &	m )

SlicedPolynomialVector() [3/4]

template<class _Field, class _Rep, class _VectorElement>

SlicedPolynomialVector	(	const Field &	BF,
		polynomial &	pp )

Allocates a vector of new zero vectors of size 0 (shaped and ready).

SlicedPolynomialVector() [4/4]

template<class _Field, class _Rep, class _VectorElement>

SlicedPolynomialVector	(	const Field &	BF,
		const size_t &	m,
		polynomial &	pp )

~SlicedPolynomialVector()

template<class _Field, class _Rep, class _VectorElement>

~SlicedPolynomialVector

(

)

Member Function Documentation

length()

template<class _Field, class _Rep, class _VectorElement>

size_t length

(

)

const

rowdim()

template<class _Field, class _Rep, class _VectorElement>

size_t rowdim

(

)

const

fieldGF()

template<class _Field, class _Rep, class _VectorElement>

const Field & fieldGF

(

)

const

fieldF()

template<class _Field, class _Rep, class _VectorElement>

const IntField & fieldF

(

)

const

setEntry()

template<class _Field, class _Rep, class _VectorElement>

const VectorElement & setEntry	(	size_t	m,
		size_t	k,
		const VectorElement &	a_mk )

getEntry()

template<class _Field, class _Rep, class _VectorElement>

_VectorElement & getEntry	(	size_t	m,
		size_t	k )

setVectorCoefficient()

template<class _Field, class _Storage, class _VectorElement = double>

void setVectorCoefficient	(	size_t	m,
		const BlasVector< IntField > &	V_m )

getVectorCoefficient()

template<class _Field, class _Storage, class _VectorElement = double>

const BlasVector< IntField > & getVectorCoefficient

(

size_t

m

)

const

Get a read-only reference to the m-th matrix-coefficient.

Parameters

m	matrix-coefficient number, 0...length() - 1

Returns

Const reference to matrix-coefficent

swapRows()

template<class _Field, class _Rep, class _VectorElement>

void swapRows	(	size_t	k1,
		size_t	k2 )

read()

template<class _Field, class _Rep, class _VectorElement>

std::istream & read

(

std::istream &

file

)

write()

template<class _Field, class _Storage, class _VectorElement = double>

std::ostream & write

(

std::ostream &

os

)

const

Field Documentation

irreducible

template<class _Field, class _Storage, class _VectorElement = double>

polynomial irreducible

---

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

• SlicedPolynomialVector.h
• SlicedPolynomialVector.inl