FieldAXPY< UnparametricField< integer > > Class Template Reference

#include <unparametric.h>

template<>
class LinBox::FieldAXPY< UnparametricField< integer > >

Public Types
typedef UnparametricField< integer >	Field
typedef integer	Element
Public Member Functions
	FieldAXPY (const Field &F)
	FieldAXPY (const FieldAXPY< Field > &faxpy)
FieldAXPY< Field > &	operator= (const FieldAXPY &faxpy)
template<class Element1> Element &	mulacc (const Element &a, const Element1 &x)
template<class Element1> Element &	accumulate (const Element1 &t)
Element &	get (Element &y)
FieldAXPY &	assign (const Element &y)
void	reset ()

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Member Typedef Documentation

typedef UnparametricField<integer> Field

typedef integer Element

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Member Function Documentation

FieldAXPY (  const Field &  F  )  [inline]

Constructor. A faxpy object if constructed from a Field and a field element. Copies of this objects are stored in the faxpy object. Parameters: F  field F in which arithmetic is done

FieldAXPY (  const FieldAXPY< Field > &  faxpy  )  [inline]

Copy constructor. Parameters: faxpy

FieldAXPY<Field>& operator= (  const FieldAXPY< UnparametricField< integer > > &  faxpy  )  [inline]

Assignment operator Parameters: faxpy

Element& mulacc (  const Element &  a, const Element1 &  x )  [inline]

Add a*x to y y += a*x. Parameters: a  constant reference to element a x  constant reference to element x allow optimal multiplication, such as integer * int

Element& accumulate (  const Element1 &  t  )  [inline]

Element& get (  Element &  y  )  [inline]

Retrieve y Performs the delayed modding out if necessary

FieldAXPY& assign (  const Element &  y  )  [inline]

Assign method. Stores new field element for arithmetic. Returns: reference to self Parameters: y_init  constant reference to element a

void reset (   )  [inline]

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