this class describes a standart arithmetic array type implemented with a memory allocation with type T. More...

#include <CORE_StdPtrArray.h>

Inheritance diagram for CORE_StdPtrArray< T >:

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Collaboration diagram for CORE_StdPtrArray< T >:

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Public Member Functions
	CORE_StdPtrArray ()
	build an instance of class

	CORE_StdPtrArray (const CORE_PtrArray< T, Self > &c)
	build an instance of class

virtual	~CORE_StdPtrArray ()
	destroy an instance of class

virtual tMemSize	getMemorySize () const override
	return the memory size of the class More...

Self &	operator= (const T &v)
	fill the values of the array with v More...

Self &	operator= (const std::initializer_list< T > &values)
	build an array by a copy of c More...

Self &	operator= (std::initializer_list< T > &&values)
	build an array by a copy of c More...

template<size_t N, typename Q >
Self &	operator= (const std::array< Q, N > &values)
	build an array by a copy of c More...

template<typename Q >
Self &	operator= (const std::valarray< Q > &values)
	build an array by a copy of c More...

template<typename Q >
Self &	operator= (const std::vector< Q > &values)
	build an array by a copy of c More...

Self &	operator= (const Self &values)
	build an array by a copy of c More...

Self &	operator= (const Self &&values)
	build an array by a copy of c in mirror with the copy operator) More...

template<typename Q , class I1 >
Self &	operator= (const CORE_Array< Q, I1 > &values)
	build an array by a copy of c More...

template<typename Q , class I1 >
Self &	operator= (const CORE_Array< Q, I1 > &&values)
	build an array by a copy of c in mirror with the copy operator) More...

template<typename Q , class I >
void	copy (const CORE_Array< Q, I > &cpy)
	copy the container More...

template<typename Q , class I >
void	copy (CORE_Array< Q, I > &&cpy)
	copy the conatiner : mv is destroyed after this More...

template<class I >
void	copy (const Self &cpy)
	copy the container More...

template<class I >
void	copy (Self &&cpy)
	copy the container : mv is destroyed after this More...

template<typename Q >
void	copy (const tIndex &n, const Q *Vs)
	initialize the array to the values of pointer of size n More...

void	copy (const tIndex &n, const std::initializer_list< T > &Vs)
	initialize the array to the values of list More...

void	copy (const tIndex &n, std::initializer_list< T > &&Vs)
	initialize the array to the values of list More...

template<typename Q , size_t N>
void	copy (const tIndex &n, const std::array< Q, N > &Vs)
	initialize the array to the values of array of size N More...

template<typename Q >
void	copy (const tIndex &n, const std::valarray< Q > &Vs)
	initialize the array to the values of val array More...

template<typename Q >
void	copy (const tIndex &n, const std::vector< Q > &Vs)
	initialize the array to the values of vector More...

void	initialize (const T &v)
	randomize the field More...

void	uniformRandomize (const T &min, const T &max)
	randomize the vector in [min,max] More...

Self &	operator+= (const T &v)
	add operator More...

Self &	operator-= (const T &v)
	sub operator More...

Self &	operator*= (const T &v)
	multiplicator operator More...

Self &	operator/= (const T &v)
	divisor operator More...

Self &	operator%= (const T &v) requires functions_type
	modulo operator More...

template<typename Q , class I >
Self &	operator-= (const CORE_Array< Q, I > &X)
	array sub operator : This -=X More...

template<typename Q , class I >
Self &	operator*= (const CORE_Array< Q, I > &X)
	array multiply operator This*=X More...

template<typename Q , class I >
Self &	operator/= (const CORE_Array< Q, I > &X)
	array divisor operator This/=X More...

template<typename LambdaFct >
void	transform (LambdaFct &&F)
	transform the transform element with the lambda function Ti = F(const Ti) More...

template<typename LambdaFct >
void	transform (LambdaFct &&F, const CORE_Array< T, Self > &X)
	transform the transform element with the lambda function Ti = F(const Xi) More...

template<typename LambdaFct >
void	transform (LambdaFct &&F, const CORE_Array< T, Self > &X, const CORE_Array< T, Self > &Y)
	transform the transform element with the lambda function Ti = F(const Xi,const Yi) More...

void	normalize ()
	normalize the array

template<typename Q , class I >
void	axpy (const Q &alpha, const CORE_Array< Q, I > &X, const T &beta)
	compute This=beta.This+ alpha .X More...

template<typename Q >
void	AXPY (const tIndex &n, const Q &alpha, const Q X, const T &beta, T Y)
	compute Y=beta.Y+ alpha .X More...

tBoolean	isNANContained () const
	return true if one value is Not A Number More...

void	sum (T &s) const
	return the sum of all the elements More...

void	prod (T &prod) const
	return the produc of all the elements More...

template<typename Q , class I >
T &	scalarProduct (const CORE_Array< Q, I > &X, T &s) const
	return the scalar product More...

tReal	l2Norm2 () const
	compute the square of L2-Norm of this More...

template<typename Q , class I >
tReal	l2Distance2 (const CORE_Array< Q, I > &X) const
	compute the square of L2-distance of this to X More...

tReal	linfDistance (tIndex &imax) const
	compute the L infinity norm of This More...

template<typename Q , class I >
tReal	linfDistance (const CORE_Array< Q, I > &X, tIndex &imax) const
	compute the L infinity distance of this to X More...

Public Member Functions inherited from CORE_PtrArray< T, CORE_StdPtrArray< T > >
	CORE_PtrArray ()
	build an array of T*

virtual	~CORE_PtrArray ()
	destroy an instance of this

virtual tMemSize	getContentsMemorySize () const override
	return the memory size of the included associations More...

void	setSize (const tIndex &n)
	set the number of values More...

tIndex	getSize () const
	return the size of the array for writing More...

void	resize (const tIndex &n)
	modify the size of the array and keep its old values

void	fitToSize (tInteger size)
	modify the size of the array More...

const T &	operator[] (const tIndex &i) const
	get the i-th element for reading. Do not verify the bounds More...

T &	operator[] (const tIndex &i)
	get the i-th element for writting. Do not verify the bounds More...

constexpr auto	cbegin () const
	return begin iterator for reading More...

constexpr auto	cend () const
	return end iterator for reading More...

auto	begin ()
	return begin iterator for writing More...

auto	end ()
	return end iterator for writing More...

auto	rbegin ()
	return reverse begin iterator for writing More...

auto	rend ()
	return reverse end iterator for writing More...

constexpr auto	crbegin () const
	return reverse begin iterator for reading More...

constexpr auto	crend () const
	return reverse end iterator for reading More...

const T *	getValues () const
	get the values of the array for reading More...

T *	getValues ()
	get the values of the array More...

tBoolean	setSharedValues (const tIndex &capacity, const tIndex &size, Q *values)
	set shared values with the capacity and size More...

tBoolean	setSharedValues (const tIndex &capacity, Q *values)
	set shared values with the capacity and size More...

tBoolean	setSharedValues (CORE_PtrArray< Q, I1 > &array)
	set shared values with the capacity and size More...

void	swap (CORE_PtrArray< T, I1 > &a)
	swap the contents of the array More...

void	swap (const tIndex &i, const tIndex &j)
	swap the 2 elements of the array More...

Public Member Functions inherited from CORE_Array< T, I >
template<int N>
auto	sbegin ()
	return begin stride iterator for writing More...

template<int N>
auto	send ()
	return end N-stride iterator for writing More...

template<int N>
constexpr auto	csbegin () const
	return begin N-stride const iterator for writing More...

template<int N>
constexpr auto	csend () const
	return end N-stride const iterator for writing More...

const T &	get (const tIndex &i) const
	get the i-th element for reading More...

T &	get (const tIndex &i)
	get the i-th element for writting More...

const T *	getValues () const
	get the values of the array for reading More...

T *	getValues ()
	get the values of the array More...

Self &	operator= (const T &v)
	fill the values of the array with v More...

Self &	operator= (std::initializer_list< T > values)
	build an array by a copy of c More...

template<size_t N, typename Q >
Self &	operator= (const std::array< Q, N > &values)
	build an array by a copy of c More...

template<typename Q >
Self &	operator= (const std::valarray< Q > &values)
	build an array by a copy of c More...

template<typename Q >
Self &	operator= (const std::vector< Q > &values)
	build an array by a copy of c More...

template<typename Q , class I1 >
Self &	operator= (const CORE_Array< Q, I1 > &cpy)
	build an array by a copy of cpy More...

Self &	operator= (const Self &cpy)
	build an array by a copy of cpy More...

template<typename Q , class I1 >
Self &	operator= (CORE_Array< Q, I1 > &&cpy)
	build an array by a copy of cpy More...

Self &	operator= (Self &&cpy)
	build an array by a copy of cpy More...

template<typename Q >
void	copy (const tIndex &n, const Q *vs)
	initialize the array to the values of pointer of size n More...

template<typename Q , size_t N>
void	copy (const tIndex &n, const std::array< Q, N > &vs)
	initialize the array to the values of array of size N More...

template<typename Q >
void	copy (const tIndex &n, const std::valarray< Q > &vs)
	initialize the array to the values of val array More...

template<typename Q >
void	copy (const tIndex &n, const std::vector< Q > &vs)
	initialize the array to the values of vector More...

void	copy (const tIndex &n, const std::initializer_list< T > &vs)
	initialize the array to the values of list More...

void	copy (const tIndex &n, std::initializer_list< T > &&vs)
	initialize the array to the values of list More...

template<typename Q , class I1 >
void	copy (const CORE_Array< Q, I1 > &cpy)
	copy the container More...

template<typename Q , class I1 >
void	copy (CORE_Array< Q, I1 > &&cpy)
	copy the conatiner : mv is destroyed after this More...

void	initialize (const T &v)
	randomize the field

virtual void	setUniformRandomizeSeed (const tULLInt &seed)
	set the uniform randomize seed More...

void	setUniformRandomizeSeed ()
	set the uniform randomize seed

void	uniformRandomize ()
	randomize the field

void	uniformRandomize (const T &min, const T &max)
	randomize the field

I &	operator+= (const T &v)
	add operator More...

I &	operator-= (const T &v)
	sub operator More...

I &	operator*= (const T &v)
	multiplicator operator More...

I &	operator/= (const T &v)
	divisor operator More...

I &	operator%= (const T &v) requires functions_type
	modulo operator More...

template<typename Q , class I1 >
I &	operator-= (const CORE_Array< Q, I1 > &v)
	array sub operator More...

template<typename Q , class I1 >
I &	operator*= (const CORE_Array< Q, I1 > &v)
	array multiply operator More...

template<typename Q , class I1 >
I &	operator/= (const CORE_Array< Q, I1 > &v)
	array divisor operator More...

template<typename LambdaFct >
void	transform (LambdaFct &&F)
	transform the transform element with the lambda function Ti = F(Ti) More...

template<typename LambdaFct >
void	transform (LambdaFct &&F, const Self &X)
	transform the transform element with the lambda function Ti = F(Xi) More...

template<typename LambdaFct >
void	transform (LambdaFct &&F, const Self &X, const Self &Y)
	transform the transform element with the lambda function Ti = F(Xi,Yi) More...

void	swap (Self &a)
	swap the contents of the array More...

void	swap (const tIndex &i, const tIndex &j)
	swap the two elements of the array More...

void	normalize ()
	normalize the array

template<typename Q , class I1 >
void	axpy (const Q &alpha, const CORE_Array< Q, I1 > &X, const T &beta)
	compute This=beta.This+ alpha .X More...

tBoolean	isNANContained () const
	return true if one value is Not A Number More...

void	sum (T &s) const
	Computes the sum of all the elements. More...

void	prod (T &p) const
	return the produc of all the elements More...

template<typename Q , class I1 >
T &	scalarProduct (const CORE_Array< Q, I1 > &X, T &s) const
	return the scalar product More...

tReal	l2Norm2 () const
	compute the L2 norm squared More...

tReal	l2Norm () const
	compute the L2 norm More...

template<typename Q , class I1 >
tReal	l2Distance2 (const CORE_Array< Q, I1 > &X) const
	compute the L2 distance squared More...

template<typename Q , class I1 >
tReal	l2Distance (const CORE_Array< Q, I1 > &X) const
	compute the L2 distance More...

tReal	linfNorm (tIndex &i) const
	compute the L infinity norm More...

template<typename Q , class I1 >
tReal	linfDistance (const CORE_Array< Q, I1 > &X, tIndex &i) const
	compute the Linfinitty norm More...

Public Member Functions inherited from CORE_Collection< T, I >
void	setSize (const tIndex &n)
	set the size of the container More...

tIndex	getSize () const
	return the size of the container More...

void	resize (const tIndex &n)
	modify the size of the array and keep its old values

const T &	operator[] (const tIndex &i) const
	get the i-th element for reading. Do not verify the bounds More...

T &	operator[] (const tIndex &i)
	get the i-th element for writting. Do not verify the bounds More...

constexpr auto	cbegin () const
	return begin iterator for reading More...

constexpr auto	cend () const
	return end iterator for reading More...

auto	begin ()
	return begin iterator for writing More...

auto	end ()
	return end iterator for writing More...

auto	rbegin ()
	return reverse begin iterator for writing More...

auto	rend ()
	return reverse end iterator for writing More...

constexpr auto	crbegin () const
	return reverse begin iterator for reading More...

constexpr auto	crend () const
	return reverse end iterator for reading More...

template<typename LambdaFct >
void	transform (LambdaFct &&F)
	transform the transform element with the lambda function Ti = F(Ti) More...

tString	getDataTypeName () const
	get the type of data More...

virtual tString	toString () const override
	return the string representation of the object node More...

Public Member Functions inherited from CORE_Object
template<class T >
std::shared_ptr< T >	getSharedPointer ()
	return the shared pointer for this More...

template<class T >
std::shared_ptr< const T >	getConstSharedPointer () const
	return a const shared pointer for this More...

template<class T >
tBoolean	isInstanceOf () const
	test if the clas T is an instance of this class More...

tString	getClassName () const
	return the name of the class More...

tString	getPointerString () const
	retrun the pointer of the class as a string More...

tString	getIdentityString () const
	retrun the string identification of the class More...

Static Public Member Functions
static CORE_UniquePointer< Self >	New ()
	return a new unique pointer of this More...

template<typename Q >
static void	Copy (const tIndex &n, const Q X, T R)
	copy the first n values of a values More...

template<typename Q >
static void	Copy (const tIndex &n, const std::vector< Q > &X, T *R)
	copy the first n values of a values More...

static void	Copy (const tIndex &n, std::initializer_list< T > X, T *R)
	copy the first n values of a values More...

static void	UniformRandomize (const T &min, const T &max, const tIndex &n, T *values)
	generate a random val array More...

template<typename LambdaFct >
static void	Transform (LambdaFct &&F, Self &R)
	apply the transform element with the lambda function Ri = F(const Ri) More...

template<typename LambdaFct >
static void	Transform (LambdaFct &&F, const CORE_Array< T, Self > &X, Self &R)
	apply the transform element with the lambda function Ri = F(const Xi) More...

template<typename LambdaFct >
static void	Transform (LambdaFct &&F, const CORE_Array< T, Self > &X, const CORE_Array< T, Self > &Y, Self &R)
	apply the transform element with the lambda function Ri = F(const Xi,const Yi) More...

template<typename Q >
static void	Add (const Q &X, const tIndex &n, T *R)
	mulitply method : R:=R+X More...

template<typename Q >
static void	Add (const tIndex &n, const Q X, T R)
	mulitply method : R:=R+X More...

template<typename Q >
static void	Sub (const tIndex &n, const Q X, T R)
	mulitply method : R:=R-X More...

template<typename Q >
requires static functions_type::isArithmeticType< Q > void	Multiply (const Q &X, const tIndex &n, T *R)
	mulitply method : R:=R*X More...

template<typename Q >
static void	Multiply (const tIndex &n, const Q X, T R)
	multiply method : R:=R*X More...

template<typename Q >
static void	Divide (const tIndex &n, const Q X, T R)
	divide method : R:=R/X More...

template<typename Q , size_t N>
static void	Normalize (std::array< Q, N > &a)
	normalize the array More...

static void	Normalize (const tIndex &n, T *values)
	normalize the array More...

static tBoolean	IsNANContained (const tIndex &n, const T *values)
	return true if one value is Not A Number More...

static T	Sum (const tIndex &n, const T *values)
	return the sum of all the elements More...

static T	Prod (const tIndex &n, const T *values)
	return the produc of all the elements More...

template<typename Q >
static T	ScalarProduct (const tIndex n, const Q X, const T Y)
	return the scalar product <X,Y> More...

template<typename Q >
static tReal	L2Distance2 (const tIndex &nX, const Q Xs, const tIndex &nY, const T Ys)
	compute the square of L2 distance of X to Y More...

template<typename Q >
static tReal	LinfDistance (const tIndex &nX, const Q Xs, const tIndex &nY, const T Ys, tIndex &imax)
	compute the L-inf distance of X to Y More...

Static Public Member Functions inherited from CORE_Object
static tBoolean	EnableMemoryStack (const tBoolean &isMemoryChecked)
	enable the memory stack More...

static void	EnableMemoryStack ()
	enable the memory stack

static void	DisableMemoryStack ()
	disable the memory stack

static tBoolean	IsMemoryStackEnabled ()
	return trur if the memory stack is enabled

static tString	MemoryStackToString ()
	get the memory stack in string More...

static tIndex	GetRegisteredClassesNumber ()
	get the memory stack in string More...

Additional Inherited Members
Protected Member Functions inherited from CORE_PtrArray< T, CORE_StdPtrArray< T > >
void	desallocate ()
	allocate the array

virtual T *	newAllocation (const tIndex &n) const
	create a memory allocation More...

virtual void	deleteAllocation (T *&mem) const
	delete a memory allocation More...

Protected Member Functions inherited from CORE_Array< T, I >
	CORE_Array ()
	instanciation method of a class

virtual	~CORE_Array ()
	destroy an instance of class

Protected Member Functions inherited from CORE_Collection< T, I >
	CORE_Collection ()
	build an array of T*

virtual	~CORE_Collection ()
	destroy an array of T*

Protected Member Functions inherited from CORE_Object
	CORE_Object ()
	build an instance of the object

virtual	~CORE_Object ()
	destroy the instance of object std

Detailed Description

template<typename T>
class CORE_StdPtrArray< T >

this class describes a standart arithmetic array type implemented with a memory allocation with type T.

Member Function Documentation

◆ Add() [1/2]

template<typename T >

template<typename Q >

static void CORE_StdPtrArray< T >::Add	(	const Q &	X,
		const tIndex &	n,
		T *	R
	)

inlinestatic

mulitply method : R:=R+X

Parameters

[in]	X	X constant value
[in]	n	: size of R
[in,out]	R	result array R=R+X;

◆ Add() [2/2]

template<typename T >

template<typename Q >

static void CORE_StdPtrArray< T >::Add	(	const tIndex &	n,
		const Q *	X,
		T *	R
	)

inlinestatic

mulitply method : R:=R+X

Parameters

[in]	n	: min size of X & R
[in]	X	X array
[in,out]	R	result array R=R+X;

◆ axpy()

template<typename T >

template<typename Q , class I >

void CORE_StdPtrArray< T >::axpy	(	const Q &	alpha,
		const CORE_Array< Q, I > &	X,
		const T &	beta
	)

inline

compute This=beta.This+ alpha .X

Template Parameters

Q	type of X and alpha
I	number of elements of X

Parameters

[in]	alpha	alpha parameter
[in]	X	X array
[in]	beta	: beta parameter

◆ AXPY()

template<typename T >

template<typename Q >

void CORE_StdPtrArray< T >::AXPY	(	const tIndex &	n,
		const Q &	alpha,
		const Q *	X,
		const T &	beta,
		T *	Y
	)

inline

compute Y=beta.Y+ alpha .X

Template Parameters

Q	type of X and alpha

Parameters

[in]	n	: common size of X & Y
[in]	alpha	alpha parameter
[in]	X	X array
[in]	beta	: beta parameter
[in,out]	Y	: Y array

◆ copy() [1/10]

template<typename T >

template<typename Q , class I >

void CORE_StdPtrArray< T >::copy ( const CORE_Array< Q, I > & cpy )

inline

copy the container

Template Parameters

Q	type of cpy
I	: implemented class of cpy

Parameters

[in] cpy : container to copy

◆ copy() [2/10]

template<typename T >

template<class I >

void CORE_StdPtrArray< T >::copy ( const Self & cpy )

inline

copy the container

Template Parameters

I	: implemented class of This

Parameters

[in] cpy : container to copy

◆ copy() [3/10]

template<typename T >

template<typename Q >

void CORE_StdPtrArray< T >::copy	(	const tIndex &	n,
		const Q *	Vs
	)

inline

initialize the array to the values of pointer of size n

Template Parameters

Q	: type of Vs

Parameters

[in]	n	: number of values to copy
[in]	Vs	: values of the array of size >=n

◆ Copy() [1/3]

template<typename T >

template<typename Q >

static void CORE_StdPtrArray< T >::Copy	(	const tIndex &	n,
		const Q *	X,
		T *	R
	)

inlinestatic

copy the first n values of a values

Template Parameters

Q	: type of X

Parameters

[in]	n	: n values to copy
[in]	X	: values to copy
[out]	R	copied val array

Uses the pointers loop

◆ copy() [4/10]

template<typename T >

template<typename Q , size_t N>

void CORE_StdPtrArray< T >::copy	(	const tIndex &	n,
		const std::array< Q, N > &	Vs
	)

inline

initialize the array to the values of array of size N

Template Parameters

Q	: type of Vs
N	: size of Vs

Parameters

[in]	n	: the number of values to copy
[in]	Vs	: values of the array

◆ copy() [5/10]

template<typename T >

void CORE_StdPtrArray< T >::copy	(	const tIndex &	n,
		const std::initializer_list< T > &	Vs
	)

inline

initialize the array to the values of list

Template Parameters

Q	: type of Vs

Parameters

[in]	n	: number of values to copy
[in]	Vs	: values of the array

◆ copy() [6/10]

template<typename T >

template<typename Q >

void CORE_StdPtrArray< T >::copy	(	const tIndex &	n,
		const std::valarray< Q > &	Vs
	)

inline

initialize the array to the values of val array

Template Parameters

Q	: type of Vs

Parameters

[in]	n	: the number of values to copy
[in]	Vs	: values of the array

◆ copy() [7/10]

template<typename T >

template<typename Q >

void CORE_StdPtrArray< T >::copy	(	const tIndex &	n,
		const std::vector< Q > &	Vs
	)

inline

initialize the array to the values of vector

Template Parameters

Q	: type of Vs

Parameters

[in]	n	: the number of values to copy
[in]	Vs	: values of the array

◆ Copy() [2/3]

template<typename T >

template<typename Q >

static void CORE_StdPtrArray< T >::Copy	(	const tIndex &	n,
		const std::vector< Q > &	X,
		T *	R
	)

inlinestatic

copy the first n values of a values

Template Parameters

Q	: type of X

Parameters

[in]	n	: n values to copy
[in]	X	: values to copy
[out]	R	copied val array

Uses the pointers loop

◆ copy() [8/10]

template<typename T >

void CORE_StdPtrArray< T >::copy	(	const tIndex &	n,
		std::initializer_list< T > &&	Vs
	)

inline

initialize the array to the values of list

Parameters

[in]	n	: number of values to copy
[in]	Vs	: values of the array

◆ Copy() [3/3]

template<typename T >

static void CORE_StdPtrArray< T >::Copy	(	const tIndex &	n,
		std::initializer_list< T >	X,
		T *	R
	)

inlinestatic

copy the first n values of a values

Parameters

[in]	n	: n values to copy
[in]	X	: values to copy
[out]	R	copied val array

Uses the pointers loop

◆ copy() [9/10]

template<typename T >

template<typename Q , class I >

void CORE_StdPtrArray< T >::copy ( CORE_Array< Q, I > && cpy )

inline

copy the conatiner : mv is destroyed after this

Template Parameters

Q	type of cpy
I	: implemented class of cpy

Parameters

[in] cpy :container to move

◆ copy() [10/10]

template<typename T >

template<class I >

void CORE_StdPtrArray< T >::copy ( Self && cpy )

inline

copy the container : mv is destroyed after this

Template Parameters

I	: implemented class of This

Parameters

[in] cpy :container to move

◆ Divide()

template<typename T >

template<typename Q >

static void CORE_StdPtrArray< T >::Divide	(	const tIndex &	n,
		const Q *	X,
		T *	R
	)

inlinestatic

divide method : R:=R/X

Template Parameters

Q type of X

Parameters

[in]	n	: min size of X & R
[in]	X	X array
[in,out]	R	result array R=R/X;

◆ getMemorySize()

template<typename T >

virtual tMemSize CORE_StdPtrArray< T >::getMemorySize ( ) const

inlineoverridevirtual

return the memory size of the class

Returns: the memory size of the class in bytes 1 octet = 1 byte 1 Ko = 1024 bytes 1 Mo = 1024 Ko 1 Go = 1024 Mo

Reimplemented from CORE_PtrArray< T, CORE_StdPtrArray< T > >.

◆ initialize()

template<typename T >

void CORE_StdPtrArray< T >::initialize ( const T & v )

inline

randomize the field

Parameters

[in] v : constant initial value

◆ isNANContained()

template<typename T >

tBoolean CORE_StdPtrArray< T >::isNANContained ( ) const

inline

return true if one value is Not A Number

Returns: false if all the values is a Number

◆ IsNANContained()

template<typename T >

static tBoolean CORE_StdPtrArray< T >::IsNANContained	(	const tIndex &	n,
		const T *	values
	)

inlinestatic

return true if one value is Not A Number

Parameters

[in]	n	: number of values
[in]	values	values

Returns: false if all the values is a Number

◆ l2Distance2()

template<typename T >

template<typename Q , class I >

tReal CORE_StdPtrArray< T >::l2Distance2 ( const CORE_Array< Q, I > & X ) const

inline

compute the square of L2-distance of this to X

Template Parameters

Q	: type of X
I	: implement class of X

Parameters

[in] X the array to compute the distance

Returns: the L2-Distance squared \( \sum_i |T_i-X_i|^2 \)

◆ L2Distance2()

template<typename T >

template<typename Q >

static tReal CORE_StdPtrArray< T >::L2Distance2	(	const tIndex &	nX,
		const Q *	Xs,
		const tIndex &	nY,
		const T *	Ys
	)

inlinestatic

compute the square of L2 distance of X to Y

Template Parameters

Q type of X

Parameters

[in]	nX	: number of values of X
[in]	Xs	the values of array X to compute the distance
[in]	nY	: number of values of Y
[in]	Ys	the values of array Y to compute the distance

Returns: the L2-distance squared \( \sum_i |Y_i-X_i|^2 \)

◆ l2Norm2()

template<typename T >

tReal CORE_StdPtrArray< T >::l2Norm2 ( ) const

inline

compute the square of L2-Norm of this

Returns: the L2-norm squred : \( \sum_i |T_i|^2 \)

◆ linfDistance() [1/2]

template<typename T >

template<typename Q , class I >

tReal CORE_StdPtrArray< T >::linfDistance	(	const CORE_Array< Q, I > &	X,
		tIndex &	imax
	)		const

inline

compute the L infinity distance of this to X

Template Parameters

Q	type of X
I	number of elements of X

Parameters

[in]	X	the array to compute the distance
[out]	imax	index where the norm is max

Returns: the Linf-norm \( i_{max}=argmax_i |T_i-X_i| \)

◆ LinfDistance()

template<typename T >

template<typename Q >

static tReal CORE_StdPtrArray< T >::LinfDistance	(	const tIndex &	nX,
		const Q *	Xs,
		const tIndex &	nY,
		const T *	Ys,
		tIndex &	imax
	)

inlinestatic

compute the L-inf distance of X to Y

Template Parameters

Q type of X

Parameters

[in]	nX	: number of values of X
[in]	Xs	the values of array to compute the distance
[in]	nY	: number of values of Y
[in]	Ys	the values of array to compute the distance
[out]	imax	: index of the max value

Returns: the Linf-distance imax=argmax(|Y_i-X_i|)

◆ linfDistance() [2/2]

template<typename T >

tReal CORE_StdPtrArray< T >::linfDistance ( tIndex & imax ) const

inline

compute the L infinity norm of This

Parameters

[out] imax : index of the max value

Returns: the Linf-norm \( i_{max}=argmax_i |T_i| \)

◆ Multiply() [1/2]

template<typename T >

template<typename Q >

requires static functions_type::isArithmeticType<Q> void CORE_StdPtrArray< T >::Multiply	(	const Q &	X,
		const tIndex &	n,
		T *	R
	)

inlinestatic

mulitply method : R:=R*X

Template Parameters

Q type of X

Parameters

[in]	X	X constant value
[in]	n	: size of R
[in,out]	R	result array R=R*X;

◆ Multiply() [2/2]

template<typename T >

template<typename Q >

static void CORE_StdPtrArray< T >::Multiply	(	const tIndex &	n,
		const Q *	X,
		T *	R
	)

inlinestatic

multiply method : R:=R*X

Template Parameters

Q type of X

Parameters

[in]	n	: min size of X & R
[in]	X	X array
[in,out]	R	result array R=R*X;

◆ New()

template<typename T >

static CORE_UniquePointer<Self> CORE_StdPtrArray< T >::New ( )

inlinestatic

return a new unique pointer of this

Returns: an unqie pointer of this class

◆ Normalize() [1/2]

template<typename T >

static void CORE_StdPtrArray< T >::Normalize	(	const tIndex &	n,
		T *	values
	)

inlinestatic

normalize the array

Parameters

[in]	n	:number of values
[in,out]	values	: values to normalize

◆ Normalize() [2/2]

template<typename T >

template<typename Q , size_t N>

static void CORE_StdPtrArray< T >::Normalize ( std::array< Q, N > & a )

inlinestatic

normalize the array

Template Parameters

Q	type of X
N	number of elements of X

Parameters

[in,out] a array to normalize

◆ operator%=()

template<typename T >

Self& CORE_StdPtrArray< T >::operator%= ( const T & v )

inline

modulo operator

Parameters

[in] v : modulo value

and operator

Parameters

[in] v : and value

or operator

Parameters

[in] v : and value

complementary operator

Parameters

[in] v : complementary value

left shift operator

Parameters

[in] v : left shift value

right shift operator

Parameters

[in] v : left shift value

array add operator : This +=X

Parameters

[in] X argument array

◆ operator*=() [1/2]

template<typename T >

template<typename Q , class I >

Self& CORE_StdPtrArray< T >::operator*= ( const CORE_Array< Q, I > & X )

inline

array multiply operator This*=X

Parameters

[in] X array argument use a pointers loop

◆ operator*=() [2/2]

template<typename T >

Self& CORE_StdPtrArray< T >::operator*= ( const T & v )

inline

multiplicator operator

Parameters

[in] v : multiplicator value

◆ operator+=()

template<typename T >

Self& CORE_StdPtrArray< T >::operator+= ( const T & v )

inline

add operator

Parameters

[in] v :add value

◆ operator-=() [1/2]

template<typename T >

template<typename Q , class I >

Self& CORE_StdPtrArray< T >::operator-= ( const CORE_Array< Q, I > & X )

inline

array sub operator : This -=X

Parameters

[in] X array to multiply * Use trnsform method

◆ operator-=() [2/2]

template<typename T >

Self& CORE_StdPtrArray< T >::operator-= ( const T & v )

inline

sub operator

Parameters

[in] v :sub value

◆ operator/=() [1/2]

template<typename T >

template<typename Q , class I >

Self& CORE_StdPtrArray< T >::operator/= ( const CORE_Array< Q, I > & X )

inline

array divisor operator This/=X

Parameters

[in] X array to divide use a trsnform method

◆ operator/=() [2/2]

template<typename T >

Self& CORE_StdPtrArray< T >::operator/= ( const T & v )

inline

divisor operator

Parameters

[in] v : divisor value

◆ operator=() [1/10]

template<typename T >

template<typename Q , class I1 >

Self& CORE_StdPtrArray< T >::operator= ( const CORE_Array< Q, I1 > && values )

inline

build an array by a copy of c in mirror with the copy operator)

Template Parameters

Q	type of values
I1	: implemented class of values

Parameters

[in] values values to copy

◆ operator=() [2/10]

template<typename T >

template<typename Q , class I1 >

Self& CORE_StdPtrArray< T >::operator= ( const CORE_Array< Q, I1 > & values )

inline

build an array by a copy of c

Template Parameters

Q	type of values
I1	: implemented class of values

Parameters

[in] values values to copy

◆ operator=() [3/10]

template<typename T >

Self& CORE_StdPtrArray< T >::operator= ( const Self && values )

inline

build an array by a copy of c in mirror with the copy operator)

Parameters

[in] values values to copy

◆ operator=() [4/10]

template<typename T >

Self& CORE_StdPtrArray< T >::operator= ( const Self & values )

inline

build an array by a copy of c

Parameters

[in] values values to copy

◆ operator=() [5/10]

template<typename T >

template<size_t N, typename Q >

Self& CORE_StdPtrArray< T >::operator= ( const std::array< Q, N > & values )

inline

build an array by a copy of c

Template Parameters

N	size of values
Q	type of values

Parameters

[in] values values to copy

◆ operator=() [6/10]

template<typename T >

Self& CORE_StdPtrArray< T >::operator= ( const std::initializer_list< T > & values )

inline

build an array by a copy of c

Parameters

[in] values values to copy

◆ operator=() [7/10]

template<typename T >

template<typename Q >

Self& CORE_StdPtrArray< T >::operator= ( const std::valarray< Q > & values )

inline

build an array by a copy of c

Template Parameters

Q	type of values

Parameters

[in] values values to copy

◆ operator=() [8/10]

template<typename T >

template<typename Q >

Self& CORE_StdPtrArray< T >::operator= ( const std::vector< Q > & values )

inline

build an array by a copy of c

Template Parameters

Q	type of values

Parameters

[in] values values to copy

◆ operator=() [9/10]

template<typename T >

Self& CORE_StdPtrArray< T >::operator= ( const T & v )

inline

fill the values of the array with v

Parameters

[in] v : value to fill

◆ operator=() [10/10]

template<typename T >

Self& CORE_StdPtrArray< T >::operator= ( std::initializer_list< T > && values )

inline

build an array by a copy of c

Parameters

[in] values values to copy

◆ Prod()

template<typename T >

static T CORE_StdPtrArray< T >::Prod	(	const tIndex &	n,
		const T *	values
	)

inlinestatic

return the produc of all the elements

Parameters

[in]	n	: number of values
[in]	values	values to make the product

Returns: the product of all the elements

◆ prod()

template<typename T >

void CORE_StdPtrArray< T >::prod ( T & prod ) const

inline

return the produc of all the elements

Parameters

[out] prod the product of all the elements

◆ scalarProduct()

template<typename T >

template<typename Q , class I >

T& CORE_StdPtrArray< T >::scalarProduct	(	const CORE_Array< Q, I > &	X,
		T &	s
	)		const

inline

return the scalar product

Template Parameters

Q	: type of X
I	: class implement of X

Parameters

[in]	X	: argument vector
[out]	s	the scalar product as in return

Returns: the value of \( <T,X>=\sum_{i=0}^{N-1} T_i.A_i \)

◆ ScalarProduct()

template<typename T >

template<typename Q >

static T CORE_StdPtrArray< T >::ScalarProduct	(	const tIndex	n,
		const Q *	X,
		const T *	Y
	)

inlinestatic

return the scalar product <X,Y>

Template Parameters

Q	: type of X,Y

Parameters

[in]	n	: number of X and Y values
[in]	X	: argument vector
[in]	Y	: argument vector

Returns: the value of \( <T,X>=\sum_{i=0}^{N-1} T_i.A_i \)

◆ Sub()

template<typename T >

template<typename Q >

static void CORE_StdPtrArray< T >::Sub	(	const tIndex &	n,
		const Q *	X,
		T *	R
	)

inlinestatic

mulitply method : R:=R-X

Template Parameters

Q type of X

Parameters

[in]	n	: min size of X & R
[in]	X	X array
[in,out]	R	result array R=R-X;

◆ Sum()

template<typename T >

static T CORE_StdPtrArray< T >::Sum	(	const tIndex &	n,
		const T *	values
	)

inlinestatic

return the sum of all the elements

Parameters

[in]	n	: number of values
[in]	values	values to sum

Returns: the sum of all the elements

◆ sum()

template<typename T >

void CORE_StdPtrArray< T >::sum ( T & s ) const

inline

return the sum of all the elements

Parameters

[out] s the sum of all the elements

◆ transform() [1/3]

template<typename T >

template<typename LambdaFct >

void CORE_StdPtrArray< T >::transform ( LambdaFct && F )

inline

transform the transform element with the lambda function Ti = F(const Ti)

Parameters

[in] F : lambda function with one variable

◆ transform() [2/3]

template<typename T >

template<typename LambdaFct >

void CORE_StdPtrArray< T >::transform	(	LambdaFct &&	F,
		const CORE_Array< T, Self > &	X
	)

inline

transform the transform element with the lambda function Ti = F(const Xi)

Parameters

[in]	F	: lambda function with one variable
[in]	X	: argument of F

◆ transform() [3/3]

template<typename T >

template<typename LambdaFct >

void CORE_StdPtrArray< T >::transform	(	LambdaFct &&	F,
		const CORE_Array< T, Self > &	X,
		const CORE_Array< T, Self > &	Y
	)

inline

transform the transform element with the lambda function Ti = F(const Xi,const Yi)

Parameters

[in]	F	: lambda function with one variable
[in]	X	: first argument of F
[in]	Y	: second argument of F

◆ Transform() [1/3]

template<typename T >

template<typename LambdaFct >

static void CORE_StdPtrArray< T >::Transform	(	LambdaFct &&	F,
		const CORE_Array< T, Self > &	X,
		const CORE_Array< T, Self > &	Y,
		Self &	R
	)

inlinestatic

apply the transform element with the lambda function Ri = F(const Xi,const Yi)

Parameters

[in]	F	: lambda function with one variable
[in]	X	: first argument of F
[in]	Y	: second argument of F
[out]	R	: result value

◆ Transform() [2/3]

template<typename T >

template<typename LambdaFct >

static void CORE_StdPtrArray< T >::Transform	(	LambdaFct &&	F,
		const CORE_Array< T, Self > &	X,
		Self &	R
	)

inlinestatic

apply the transform element with the lambda function Ri = F(const Xi)

Parameters

[in]	F	: lambda function with one variable
[in]	X	: argument of F
[out]	R	: result value

◆ Transform() [3/3]

template<typename T >

template<typename LambdaFct >

static void CORE_StdPtrArray< T >::Transform	(	LambdaFct &&	F,
		Self &	R
	)

inlinestatic

apply the transform element with the lambda function Ri = F(const Ri)

Parameters

[in]	F	: lambda function with one variable
[in,out]	R	: argument of F

◆ uniformRandomize()

template<typename T >

void CORE_StdPtrArray< T >::uniformRandomize	(	const T &	min,
		const T &	max
	)

inline

randomize the vector in [min,max]

Parameters

[in]	min	: min value of the random
[in]	max	: max value of the random

◆ UniformRandomize()

template<typename T >

static void CORE_StdPtrArray< T >::UniformRandomize	(	const T &	min,
		const T &	max,
		const tIndex &	n,
		T *	values
	)

inlinestatic

generate a random val array

Parameters

[in]	min	min value of the random
[in]	max	: max value of the random
[in]	n	: number of values
[in,out]	values	the randomized val array

end iterator

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

/home/despreau/Developpement/CPP/devcpp20/include/core/CORE_StdPtrArray.h

Public Member Functions

Static Public Member Functions

Additional Inherited Members

Detailed Description

template<typename T> class CORE_StdPtrArray< T >

Member Function Documentation

◆ Add() [1/2]

◆ Add() [2/2]

◆ axpy()

◆ AXPY()

◆ copy() [1/10]

◆ copy() [2/10]

◆ copy() [3/10]

◆ Copy() [1/3]

◆ copy() [4/10]

◆ copy() [5/10]

◆ copy() [6/10]

◆ copy() [7/10]

◆ Copy() [2/3]

◆ copy() [8/10]

◆ Copy() [3/3]

◆ copy() [9/10]

◆ copy() [10/10]

◆ Divide()

◆ getMemorySize()

◆ initialize()

◆ isNANContained()

◆ IsNANContained()

◆ l2Distance2()

◆ L2Distance2()

◆ l2Norm2()

◆ linfDistance() [1/2]

◆ LinfDistance()

◆ linfDistance() [2/2]

◆ Multiply() [1/2]

◆ Multiply() [2/2]

◆ New()

◆ Normalize() [1/2]

◆ Normalize() [2/2]

◆ operator%=()

◆ operator*=() [1/2]

◆ operator*=() [2/2]

◆ operator+=()

◆ operator-=() [1/2]

◆ operator-=() [2/2]

◆ operator/=() [1/2]

◆ operator/=() [2/2]

◆ operator=() [1/10]

◆ operator=() [2/10]

◆ operator=() [3/10]

◆ operator=() [4/10]

◆ operator=() [5/10]

◆ operator=() [6/10]

◆ operator=() [7/10]

◆ operator=() [8/10]

◆ operator=() [9/10]

◆ operator=() [10/10]

◆ Prod()

◆ prod()

◆ scalarProduct()

◆ ScalarProduct()

◆ Sub()

◆ Sum()

◆ sum()

◆ transform() [1/3]

◆ transform() [2/3]

◆ transform() [3/3]

◆ Transform() [1/3]

◆ Transform() [2/3]

◆ Transform() [3/3]

◆ uniformRandomize()

◆ UniformRandomize()

template<typename T>
class CORE_StdPtrArray< T >