PlainDomain< Field_ > Struct Template Reference

#include <plain-domain.h>

Inheritance diagram for PlainDomain< Field_ >:

Public Types
typedef PlainDomain< Field_ >	Self_t
typedef Field_	Father_t
typedef size_t	Index
typedef Father_t::Element	Scalar
typedef Father_t::Element	Element
typedef PlainSubmatrix< Self_t >	Submatrix
typedef PlainMatrix< Self_t >	Matrix

Public Member Functions
	PlainDomain ()
	PlainDomain (const Element &p)
	PlainDomain (const Father_t &F)
	PlainDomain (const PlainDomain< Father_t > &D)
const Father_t &	field () const
Submatrix &	add (Submatrix &C, const Submatrix &A, const Submatrix &B) const
Submatrix &	neg (Submatrix &B, const Submatrix &A) const
Submatrix &	sub (Submatrix &C, const Submatrix &A, const Submatrix &B) const
Submatrix &	smul (Submatrix &B, const Scalar &a, const Submatrix &A) const
Submatrix &	saxpy (Submatrix &C, const Scalar &a, const Submatrix &A, const Submatrix &B) const
Submatrix &	mul (Submatrix &C, const Submatrix &A, const Submatrix &B) const
Submatrix &	inv (Submatrix &B, const Submatrix &A) const
Submatrix &	div (Submatrix &C, const Submatrix &A, const Submatrix &B) const
Submatrix &	axpy (Submatrix &D, const Submatrix &C, const Submatrix &A, const Submatrix &B) const
Submatrix &	addin (Submatrix &B, const Submatrix &A) const
Submatrix &	negin (Submatrix &A) const
Submatrix &	subin (Submatrix &B, const Submatrix &A) const
Submatrix &	smulin (Submatrix &B, const Scalar &a) const
Submatrix &	saxpyin (Submatrix &A, const Scalar &a, const Submatrix &B) const
Submatrix &	mulin_left (Submatrix &A, const Submatrix &B) const
Submatrix &	mulin_right (const Submatrix &A, Submatrix &B) const
Submatrix &	invin (Submatrix &A) const
Submatrix &	divin (Submatrix &A, const Submatrix &B) const
Submatrix &	axpyin (Submatrix &C, const Submatrix &A, const Submatrix &B) const
bool	areEqual (const Submatrix &A, const Submatrix &B) const
std::ostream &	write (std::ostream &out, const Submatrix &A) const
std::istream &	read (std::istream &in, Submatrix &A) const

Member Typedef Documentation

Self_t

template<class Field_>

typedef PlainDomain<Field_> Self_t

Father_t

template<class Field_>

typedef Field_ Father_t

Index

template<class Field_>

typedef size_t Index

Scalar

template<class Field_>

typedef Father_t::Element Scalar

Element

template<class Field_>

typedef Father_t::Element Element

Submatrix

template<class Field_>

typedef PlainSubmatrix<Self_t> Submatrix

Matrix

template<class Field_>

typedef PlainMatrix<Self_t> Matrix

Constructor & Destructor Documentation

PlainDomain() [1/4]

template<class Field_>

PlainDomain ( )

inline

PlainDomain() [2/4]

template<class Field_>

PlainDomain ( const Element & p )

inline

PlainDomain() [3/4]

template<class Field_>

PlainDomain ( const Father_t & F )

inline

PlainDomain() [4/4]

template<class Field_>

PlainDomain ( const PlainDomain< Father_t > & D )

inline

Member Function Documentation

field()

template<class Field_>

const Father_t & field ( ) const

inline

add()

template<class Field_>

Submatrix & add ( Submatrix & C, const Submatrix & A, const Submatrix & B ) const

inline

neg()

template<class Field_>

Submatrix & neg ( Submatrix & B, const Submatrix & A ) const

inline

sub()

template<class Field_>

Submatrix & sub ( Submatrix & C, const Submatrix & A, const Submatrix & B ) const

inline

smul()

template<class Field_>

Submatrix & smul ( Submatrix & B, const Scalar & a, const Submatrix & A ) const

inline

saxpy()

template<class Field_>

Submatrix & saxpy ( Submatrix & C, const Scalar & a, const Submatrix & A, const Submatrix & B ) const

inline

mul()

template<class Field_>

Submatrix & mul ( Submatrix & C, const Submatrix & A, const Submatrix & B ) const

inline

inv()

template<class Field_>

Submatrix & inv ( Submatrix & B, const Submatrix & A ) const

inline

div()

template<class Field_>

Submatrix & div ( Submatrix & C, const Submatrix & A, const Submatrix & B ) const

inline

axpy()

template<class Field_>

Submatrix & axpy ( Submatrix & D, const Submatrix & C, const Submatrix & A, const Submatrix & B ) const

inline

addin()

template<class Field_>

Submatrix & addin ( Submatrix & B, const Submatrix & A ) const

inline

negin()

template<class Field_>

Submatrix & negin ( Submatrix & A ) const

inline

subin()

template<class Field_>

Submatrix & subin ( Submatrix & B, const Submatrix & A ) const

inline

smulin()

template<class Field_>

Submatrix & smulin ( Submatrix & B, const Scalar & a ) const

inline

saxpyin()

template<class Field_>

Submatrix & saxpyin ( Submatrix & A, const Scalar & a, const Submatrix & B ) const

inline

mulin_left()

template<class Field_>

Submatrix & mulin_left ( Submatrix & A, const Submatrix & B ) const

inline

mulin_right()

template<class Field_>

Submatrix & mulin_right ( const Submatrix & A, Submatrix & B ) const

inline

invin()

template<class Field_>

Submatrix & invin ( Submatrix & A ) const

inline

divin()

template<class Field_>

Submatrix & divin ( Submatrix & A, const Submatrix & B ) const

inline

axpyin()

template<class Field_>

Submatrix & axpyin ( Submatrix & C, const Submatrix & A, const Submatrix & B ) const

inline

areEqual()

template<class Field_>

bool areEqual ( const Submatrix & A, const Submatrix & B ) const

inline

write()

template<class Field_>

std::ostream & write ( std::ostream & out, const Submatrix & A ) const

inline

read()

template<class Field_>

std::istream & read ( std::istream & in, Submatrix & A ) const

inline

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

• plain-domain.h