CS_ARRAY< T > Class Template Reference

Denotes the base simulated datatype. More...

#include <CS_ARRAY.hpp>

Collaboration diagram for CS_ARRAY< T >:

[legend]List of all members.

Public Member Functions
	CS_ARRAY (unsigned long int size, std::string descr)
	The only valid constructor.
unsigned long int	size ()
	Returns the size of the array.
T &	operator[] (unsigned long int i)
	[]-overloading.
const T &	const_access (unsigned long int i)
	Const variant of access().
T &	unrecorded_access (const unsigned long int i)
	Performs unrecorded (not-simulated) access to stored values.
const T &	unrecorded_const_access (const unsigned long int i) const
	Const variant of unrecorded_access.
T &	access (unsigned long int i)
	Function alias of the []-operator.
unsigned long int	getSize () const
	Gets the array size.
void	unrecordedCopyTo (T *target)
	Copies caption of current array to target, non-simulated array.
void	unrecordedCopyFrom (T *target)
	Copies caption from a target, non-simulated array into current array.
void	yaxpy (const CS_MATRIX< T > &A, const CS_ARRAY< T > &x)
	Performs an yaxpy operation.
void	zaxpy (const CS_MATRIX< T > &A, const CS_ARRAY< T > &x, const CS_ARRAY< T > &y)
	Performs a zaxpy operation.
void	zax (const CS_MATRIX< T > &A, const CS_ARRAY< T > &x)
	Performs a yax operation.
Static Public Member Functions
std::string	fDim (const CS_ARRAY &obj)
	Get the dimensions of the array in string format.
Public Attributes
std::string	_descr
	Description of the current variable.
Protected Attributes
T *	_array
	Contains the actual data.
unsigned long int	_size
	Size of _array.
unsigned long int	FAC
	Variable used to check if data has been brought into cache before.

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Detailed Description

template<typename T>
class CS_ARRAY< T >

Denotes the base simulated datatype.

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Member Function Documentation

template<typename T> std::string CS_ARRAY< T >::fDim (  const CS_ARRAY< T > &  obj  )  [inline, static]

Get the dimensions of the array in string format. Parameters: obj  The array to get the dimensions from. Returns: The dimensions in string format.

template<typename T> void CS_ARRAY< T >::yaxpy (  const CS_MATRIX< T > &  A, const CS_ARRAY< T > &  x )  [inline]

Performs an yaxpy operation. Calculates y = Ax+y, with A a CS_MATRIX, X a CS_ARRAY and y this CS_ARRAY. Dimensions must agree, this is checked explicitly.

template<typename T> void CS_ARRAY< T >::zax (  const CS_MATRIX< T > &  A, const CS_ARRAY< T > &  x )  [inline]

Performs a yax operation. Calculates z = Ax, with A a CS_MATRIX, x a CS_ARRAY, and z this CS_ARRAY. Dimensions must agree, this is checked explicitly. TODO Check order of access in non-simulated case and compare!

template<typename T> void CS_ARRAY< T >::zaxpy (  const CS_MATRIX< T > &  A, const CS_ARRAY< T > &  x, const CS_ARRAY< T > &  y )  [inline]

Performs a zaxpy operation. Calculates z = Ax+y, with A a CS_MATRIX, x & y CS_ARRAYs and z this CS_ARRAY. Dimensions must agree, this is checked explicitly. TODO Check order of access in non-simulated case and compare!

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

• CS_ARRAY.hpp

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