This class provides a fixed dimensional resizeable array interface in addition to an interface similar to std::vector for a 1D array. More...

#include <Array.hpp>

Inheritance diagram for LvArray::Array< T, NDIM, PERMUTATION, INDEX_TYPE, BUFFER_TYPE >:

[legend]

Public Types
using	Permutation = PERMUTATION
	The permutation of the array.

using	ParentClass = ArrayView< T, NDIM, typeManipulation::getStrideOneDimension(Permutation {}), INDEX_TYPE, BUFFER_TYPE >
	Alias for the parent class.

using	NestedViewType = ArrayView< std::remove_reference_t< typeManipulation::NestedViewType< T > >, NDIM, USD, INDEX_TYPE, BUFFER_TYPE >
	The type when all inner array classes are converted to const views.

using	NestedViewTypeConst = ArrayView< std::remove_reference_t< typeManipulation::NestedViewTypeConst< T > >, NDIM, USD, INDEX_TYPE, BUFFER_TYPE >
	The type when all inner array classes are converted to const views and the inner most view's values are also const.

Public Types inherited from LvArray::ArrayView< T, NDIM, typeManipulation::getStrideOneDimension(PERMUTATION {}), INDEX_TYPE, BUFFER_TYPE >
using	ValueType = T
	The type of the values in the ArrayView.

using	IndexType = INDEX_TYPE
	The integer type used for indexing.

using	NestedViewType = ArrayView< std::remove_reference_t< typeManipulation::NestedViewType< T > >, NDIM, USD, INDEX_TYPE, BUFFER_TYPE >
	The type when all inner array classes are converted to const views.

using	NestedViewTypeConst = ArrayView< std::remove_reference_t< typeManipulation::NestedViewTypeConst< T > >, NDIM, USD, INDEX_TYPE, BUFFER_TYPE >
	The type when all inner array classes are converted to const views and the inner most view's values are also const.

using	SliceType = ArraySlice< T, NDIM, USD, INDEX_TYPE > const
	The type of the ArrayView when converted to an ArraySlice.

using	SliceTypeConst = ArraySlice< T const, NDIM, USD, INDEX_TYPE > const
	The type of the ArrayView when converted to an immutable ArraySlice.

using	value_type = T
	The type of the values in the ArrayView, here for stl compatability.

using	size_type = INDEX_TYPE
	The integer type used for indexing, here for stl compatability.

Public Member Functions
void	setName (std::string const &name)
	Set the name to be displayed whenever the underlying Buffer's user call back is called. More...

Constructors, destructor and assignment operators.
	Array ()
	default constructor

template<typename ... DIMS, typename = std::enable_if_t< sizeof ... ( DIMS ) == NDIM && typeManipulation::all_of_t< std::is_integral< DIMS > ... >::value >>
	Array (DIMS const ... dims)
	Constructor that takes in the dimensions as a variadic parameter list. More...

	Array (Array const &source)
	Copy constructor. More...

	Array (Array &&source)
	Move constructor. More...

	~Array ()
	Destructor, free's the data.

Array &	operator= (Array const &rhs)
	Copy assignment operator, performs a deep copy of rhs. More...

Array &	operator= (Array &&rhs)
	Move assignment operator, performs a shallow copy of rhs. More...

ArrayView and ArraySlice creation methods and user defined conversions.
constexpr ArrayView< T, NDIM, USD, INDEX_TYPE, BUFFER_TYPE >	toView () const &&=delete
	Overload for rvalues that is deleted. More...

constexpr ArrayView< T const, NDIM, USD, INDEX_TYPE, BUFFER_TYPE >	toViewConst () const &&=delete
	Overload for rvalues that is deleted. More...

constexpr NestedViewType	toNestedView () const &&=delete
	Overload for rvalues that is deleted. More...

constexpr NestedViewTypeConst	toNestedViewConst () const &&=delete
	Overload for rvalues that is deleted. More...

constexpr	operator ArrayView< T const, NDIM, USD, INDEX_TYPE, BUFFER_TYPE > () const &noexcept
	A user defined conversion operator (UDC) to an ArrayView< T const, ... >. More...

template<typename _T = T>
constexpr	operator std::enable_if_t< !std::is_const< _T >::value, ArrayView< T const, NDIM, USD, INDEX_TYPE, BUFFER_TYPE > > () const &&noexcept=delete
	Overload for rvalues that is deleted. More...

Resizing methods.
template<typename DIMS_TYPE >
void	resize (int const numDims, DIMS_TYPE const *const dims)
	Resize the dimensions of the Array to match the given dimensions. More...

template<typename ... DIMS>
std::enable_if_t< sizeof ...(DIMS)==NDIM &&typeManipulation::all_of_t< std::is_integral< DIMS > ... >::value >	resize (DIMS const ... newDims)
	function to resize the array. More...

template<typename ... DIMS>
void	resizeWithoutInitializationOrDestruction (DIMS const ... newDims)
	Resize the array without initializing any new values or destroying any old values. Only safe on POD data, however it is much faster for large allocations. More...

template<INDEX_TYPE... INDICES, typename ... DIMS>
void	resizeDimension (DIMS const ... newDims)
	Resize specific dimensions of the array. More...

void	resize (INDEX_TYPE const newdim)
	Resize the default dimension of the Array. More...

void	resizeDefault (INDEX_TYPE const newdim, T const &defaultValue)
	Resize the default dimension of the Array. More...

void	clear ()
	Sets the size of the Array to zero and destroys all the values. More...

void	setSingleParameterResizeIndex (int const index)
	Set the default resize dimension. More...

Methods to modify the capacity.
void	reserve (INDEX_TYPE const newCapacity)
	Reserve space in the Array to hold at least the given number of values. More...

One dimensional interface.
Note These methods are only enabled for one dimensional arrays (NDIM == 1).
template<typename ... ARGS, int _NDIM = NDIM>
std::enable_if_t< _NDIM==1 >	emplace_back (ARGS &&... args)
	Construct a value in place at the end of the array. More...

template<typename ... ARGS, int _NDIM = NDIM>
std::enable_if_t< _NDIM==1 >	emplace (INDEX_TYPE const pos, ARGS &&... args)
	Insert a value into the array constructing it in place. More...

template<typename ITER , int _NDIM = NDIM>
std::enable_if_t< _NDIM==1 >	insert (INDEX_TYPE const pos, ITER const first, ITER const last)
	Insert values into the array at the given position. More...

template<int _NDIM = NDIM>
std::enable_if_t< _NDIM==1 >	pop_back ()
	Remove the last value in the array. More...

template<int _NDIM = NDIM>
std::enable_if_t< _NDIM==1 >	erase (INDEX_TYPE const pos)
	Remove the value at the given position. More...

Public Member Functions inherited from LvArray::ArrayView< T, NDIM, typeManipulation::getStrideOneDimension(PERMUTATION {}), INDEX_TYPE, BUFFER_TYPE >
	ArrayView ()=default
	A constructor to create an uninitialized ArrayView. More...

constexpr	ArrayView (ArrayView const &source) noexcept
	Copy Constructor. More...

	ArrayView (ArrayView &&source)=default
	Move constructor, creates a shallow copy and invalidates the source. More...

constexpr	ArrayView (typeManipulation::CArray< INDEX_TYPE, NDIM > const &dims, typeManipulation::CArray< INDEX_TYPE, NDIM > const &strides, int const singleParameterResizeIndex, BUFFER_TYPE< T > const &buffer)
	Construct a new ArrayView from existing components. More...

	~ArrayView ()=default
	The default destructor.

LVARRAY_INTEL_CONSTEXPR ArrayView &	operator= (ArrayView &&rhs)
	Move assignment operator, creates a shallow copy and invalidates the source. More...

LVARRAY_INTEL_CONSTEXPR ArrayView &	operator= (ArrayView const &rhs) noexcept
	Copy assignment operator, creates a shallow copy. More...

constexpr ArrayView	toView () const &

constexpr ArrayView< T const, NDIM, USD, INDEX_TYPE, BUFFER_TYPE >	toViewConst () const &

constexpr NestedViewType	toNestedView () const &

constexpr NestedViewTypeConst	toNestedViewConst () const &

constexpr ArraySlice< T, NDIM, USD, INDEX_TYPE >	toSlice () const &noexcept

constexpr ArraySlice< T, NDIM, USD, INDEX_TYPE >	toSlice () const &&noexcept=delete
	Overload for rvalues that is deleted. More...

constexpr ArraySlice< T const, NDIM, USD, INDEX_TYPE >	toSliceConst () const &noexcept

constexpr ArraySlice< T const, NDIM, USD, INDEX_TYPE >	toSliceConst () const &&noexcept=delete
	Overload for rvalues that is deleted. More...

constexpr	operator std::enable_if_t< !std::is_const< _T >::value, ArrayView< T const, NDIM, USD, INDEX_TYPE, BUFFER_TYPE > > () const noexcept
	A user defined conversion operator (UDC) to an ArrayView< T const, ... >. More...

constexpr	operator ArraySlice< T, NDIM, USD, INDEX_TYPE > () const &noexcept

constexpr	operator ArraySlice< T, NDIM, USD, INDEX_TYPE > () const &&noexcept=delete
	Overload for rvalues that is deleted. More...

constexpr	operator std::enable_if_t< !std::is_const< _T >::value, ArraySlice< T const, NDIM, USD, INDEX_TYPE > const > () const &noexcept

constexpr	operator std::enable_if_t< !std::is_const< _T >::value, ArraySlice< T const, NDIM, USD, INDEX_TYPE > const > () const &&noexcept=delete
	Overload for rvalues that is deleted. More...

INDEX_TYPE	size () const noexcept

INDEX_TYPE	size (int const dim) const noexcept

constexpr bool	empty () const

constexpr INDEX_TYPE	capacity () const

constexpr int	getSingleParameterResizeIndex () const

constexpr INDEX_TYPE	linearIndex (INDICES const ... indices) const

constexpr INDEX_TYPE const *	dims () const noexcept

constexpr INDEX_TYPE const *	strides () const noexcept

constexpr std::enable_if_t<(_NDIM > 1), ArraySlice< T, NDIM - 1, USD - 1, INDEX_TYPE > >	operator[] (INDEX_TYPE const index) const &noexcept

constexpr std::enable_if_t<(_NDIM > 1), ArraySlice< T, NDIM - 1, USD - 1, INDEX_TYPE > >	operator[] (INDEX_TYPE const index) const &&noexcept=delete
	Overload for rvalues that is deleted. More...

constexpr std::enable_if_t< _NDIM==1, T & >	operator[] (INDEX_TYPE const index) const &noexcept

constexpr T &	operator() (INDICES... indices) const

constexpr T *	data () const

constexpr T *	begin () const

constexpr T *	end () const

T &	front () const

T &	back () const

void	setValues (T const &value) const
	Set all entries in the array to `value`. More...

void	setValues (ArrayView< T const, NDIM, USD, INDEX_TYPE, BUFFER_TYPE > const &rhs) const
	Set entries to values from another compatible ArrayView. More...

void	registerTouch (MemorySpace const space) const
	Touch the memory in `space`. More...

void	move (MemorySpace const space, bool const touch=true) const
	Move the Array to the given execution space, optionally touching it. More...

Additional Inherited Members
Static Public Attributes inherited from LvArray::ArrayView< T, NDIM, typeManipulation::getStrideOneDimension(PERMUTATION {}), INDEX_TYPE, BUFFER_TYPE >
static constexpr int	NDIM
	The number of dimensions.

static constexpr int	USD
	The unit stride dimension.

Protected Member Functions inherited from LvArray::ArrayView< T, NDIM, typeManipulation::getStrideOneDimension(PERMUTATION {}), INDEX_TYPE, BUFFER_TYPE >
constexpr	ArrayView (bool) noexcept
	Protected constructor to be used by the Array class. More...

Protected Attributes inherited from LvArray::ArrayView< T, NDIM, typeManipulation::getStrideOneDimension(PERMUTATION {}), INDEX_TYPE, BUFFER_TYPE >
typeManipulation::CArray< INDEX_TYPE, NDIM >	m_dims
	the dimensions of the array.

typeManipulation::CArray< INDEX_TYPE, NDIM >	m_strides
	the strides of the array.

BUFFER_TYPE< T >	m_dataBuffer
	this data member contains the actual data for the array.

int	m_singleParameterResizeIndex

Detailed Description

template<typename T, int NDIM, typename PERMUTATION, typename INDEX_TYPE, template< typename > class BUFFER_TYPE>
class LvArray::Array< T, NDIM, PERMUTATION, INDEX_TYPE, BUFFER_TYPE >

This class provides a fixed dimensional resizeable array interface in addition to an interface similar to std::vector for a 1D array.

Template Parameters

T	The type of data that is contained by the array.
NDIM	The number of dimensions in array (e.g. NDIM=1->vector, NDIM=2->Matrix, etc. ). Some methods such as push_back are only available for a 1D array.
PERMUTATION	A camp::idx_seq containing the values in [0, NDIM) which describes how the data is to be laid out in memory. Given an 3-dimensional array A of dimension (L, M, N) the standard layout is A( i, j, k ) = A.data()[ i * M * N + j * N + k ], this layout is the given by the identity permutation (0, 1, 2) which says that the first dimension in memory corresponds to the first index (i), and similarly for the other dimensions. The same array with a layout of A( i, j, k ) = A.data()[ L * N * j + L * k + i ] would have a permutation of (1, 2, 0) because the first dimension in memory corresponds to the second index (j), the second dimension in memory corresponds to the third index (k) and the last dimension in memory goes with the first index (i).

Note: RAJA provides aliases for every valid permutations up to 5D, the two permutations mentioned above can be used via RAJA::PERM_IJK and RAJA::PERM_JKI.; The dimension with unit stride is the last dimension in the permutation.

Template Parameters

INDEX_TYPE	the integer to use for indexing.
BUFFER_TYPE	A class that defines how to actually allocate memory for the Array. Must take one template argument that describes the type of the data being stored (T).

Definition at line 55 of file Array.hpp.

Constructor & Destructor Documentation

◆ Array() [1/3]

template<typename T, int NDIM, typename PERMUTATION, typename INDEX_TYPE, template< typename > class BUFFER_TYPE>

template<typename ... DIMS, typename = std::enable_if_t< sizeof ... ( DIMS ) == NDIM && typeManipulation::all_of_t< std::is_integral< DIMS > ... >::value >>

LvArray::Array< T, NDIM, PERMUTATION, INDEX_TYPE, BUFFER_TYPE >::Array ( DIMS const ... dims )

inlineexplicit

Constructor that takes in the dimensions as a variadic parameter list.

Parameters

dims	the dimensions of the array in form ( n0, n1,..., n(NDIM-1) )

Definition at line 109 of file Array.hpp.

◆ Array() [2/3]

template<typename T, int NDIM, typename PERMUTATION, typename INDEX_TYPE, template< typename > class BUFFER_TYPE>

LvArray::Array< T, NDIM, PERMUTATION, INDEX_TYPE, BUFFER_TYPE >::Array ( Array< T, NDIM, PERMUTATION, INDEX_TYPE, BUFFER_TYPE > const & source )

inline

Copy constructor.

Parameters

source object to copy.

Note: Performs a deep copy of source

Definition at line 119 of file Array.hpp.

◆ Array() [3/3]

template<typename T, int NDIM, typename PERMUTATION, typename INDEX_TYPE, template< typename > class BUFFER_TYPE>

LvArray::Array< T, NDIM, PERMUTATION, INDEX_TYPE, BUFFER_TYPE >::Array ( Array< T, NDIM, PERMUTATION, INDEX_TYPE, BUFFER_TYPE > && source )

inline

Move constructor.

Parameters

source object to move.

Note: Moves the source into *this. This calls BUFFER_TYPE( BUFFER_TYPE && ) which usually is a shallow copy that invalidates the contents of source. However this depends on the implementation of BUFFER_TYPE.

Definition at line 131 of file Array.hpp.

Member Function Documentation

◆ clear()

template<typename T, int NDIM, typename PERMUTATION, typename INDEX_TYPE, template< typename > class BUFFER_TYPE>

void LvArray::Array< T, NDIM, PERMUTATION, INDEX_TYPE, BUFFER_TYPE >::clear ( )

inline

Sets the size of the Array to zero and destroys all the values.

Sets the size of m_singleParameterResizeIndex to 0 but leaves the size of the other dimensions untouched. Equivalent to resize( 0 ).

Definition at line 408 of file Array.hpp.

◆ emplace()

template<typename T, int NDIM, typename PERMUTATION, typename INDEX_TYPE, template< typename > class BUFFER_TYPE>

template<typename ... ARGS, int _NDIM = NDIM>

std::enable_if_t< _NDIM == 1 > LvArray::Array< T, NDIM, PERMUTATION, INDEX_TYPE, BUFFER_TYPE >::emplace	(	INDEX_TYPE const	pos,
		ARGS &&...	args
	)

inline

Insert a value into the array constructing it in place.

Template Parameters

ARGS	A variadic pack of the types to construct the new value from.

Parameters

pos	the position to insert at.
args	A variadic pack of values to construct the new value from.

Note: This method is only available on 1D arrays.

Returns: void.

Definition at line 477 of file Array.hpp.

◆ emplace_back()

template<typename T, int NDIM, typename PERMUTATION, typename INDEX_TYPE, template< typename > class BUFFER_TYPE>

template<typename ... ARGS, int _NDIM = NDIM>

std::enable_if_t< _NDIM == 1 > LvArray::Array< T, NDIM, PERMUTATION, INDEX_TYPE, BUFFER_TYPE >::emplace_back ( ARGS &&... args )

inline

Construct a value in place at the end of the array.

Template Parameters

ARGS	A variadic pack of the types to construct the new value from.

Parameters

args	A variadic pack of values to construct the new value from.

Note: This method is only available on 1D arrays.

Returns: void.

Definition at line 461 of file Array.hpp.

◆ erase()

template<typename T, int NDIM, typename PERMUTATION, typename INDEX_TYPE, template< typename > class BUFFER_TYPE>

template<int _NDIM = NDIM>

std::enable_if_t< _NDIM == 1 > LvArray::Array< T, NDIM, PERMUTATION, INDEX_TYPE, BUFFER_TYPE >::erase ( INDEX_TYPE const pos )

inline

Remove the value at the given position.

Parameters

pos	the position of the value to remove.

Note: This method is only available on 1D arrays.

Returns: void.

Definition at line 518 of file Array.hpp.

◆ insert()

template<typename T, int NDIM, typename PERMUTATION, typename INDEX_TYPE, template< typename > class BUFFER_TYPE>

template<typename ITER , int _NDIM = NDIM>

std::enable_if_t< _NDIM == 1 > LvArray::Array< T, NDIM, PERMUTATION, INDEX_TYPE, BUFFER_TYPE >::insert	(	INDEX_TYPE const	pos,
		ITER const	first,
		ITER const	last
	)

inline

Insert values into the array at the given position.

Template Parameters

ITER	An iterator type, they type of `first` and `last`.

Parameters

pos	The position to insert at.
first	An iterator to the first value to insert.
last	An iterator to the last value to insert.

Note: This method is only available on 1D arrays.

Returns: None.

Definition at line 494 of file Array.hpp.

◆ operator ArrayView< T const, NDIM, USD, INDEX_TYPE, BUFFER_TYPE >()

template<typename T, int NDIM, typename PERMUTATION, typename INDEX_TYPE, template< typename > class BUFFER_TYPE>

constexpr LvArray::Array< T, NDIM, PERMUTATION, INDEX_TYPE, BUFFER_TYPE >::operator ArrayView< T const, NDIM, USD, INDEX_TYPE, BUFFER_TYPE > ( ) const &

inlinenoexcept

A user defined conversion operator (UDC) to an ArrayView< T const, ... >.

Returns: A new ArrayView where T is const.

Definition at line 247 of file Array.hpp.

◆ operator std::enable_if_t< !std::is_const< _T >::value, ArrayView< T const, NDIM, USD, INDEX_TYPE, BUFFER_TYPE > >()

template<typename T, int NDIM, typename PERMUTATION, typename INDEX_TYPE, template< typename > class BUFFER_TYPE>

template<typename _T = T>

constexpr LvArray::Array< T, NDIM, PERMUTATION, INDEX_TYPE, BUFFER_TYPE >::operator std::enable_if_t< !std::is_const< _T >::value, ArrayView< T const, NDIM, USD, INDEX_TYPE, BUFFER_TYPE > > ( ) const &&

inlinedeletenoexcept

Overload for rvalues that is deleted.

Returns: None.

Note: This cannot be called on a rvalue since the ArrayView would contain the buffer of the current Array that is about to be destroyed. This overload prevents that from happening.

◆ operator=() [1/2]

template<typename T, int NDIM, typename PERMUTATION, typename INDEX_TYPE, template< typename > class BUFFER_TYPE>

Array& LvArray::Array< T, NDIM, PERMUTATION, INDEX_TYPE, BUFFER_TYPE >::operator= ( Array< T, NDIM, PERMUTATION, INDEX_TYPE, BUFFER_TYPE > const & rhs )

inline

Copy assignment operator, performs a deep copy of rhs.

Parameters

rhs	Source for the assignment.

Returns: *this.

Definition at line 154 of file Array.hpp.

◆ operator=() [2/2]

template<typename T, int NDIM, typename PERMUTATION, typename INDEX_TYPE, template< typename > class BUFFER_TYPE>

Array& LvArray::Array< T, NDIM, PERMUTATION, INDEX_TYPE, BUFFER_TYPE >::operator= ( Array< T, NDIM, PERMUTATION, INDEX_TYPE, BUFFER_TYPE > && rhs )

inline

Move assignment operator, performs a shallow copy of rhs.

Parameters

rhs	Source for the assignment.

Returns: *this.

Definition at line 174 of file Array.hpp.

◆ pop_back()

template<typename T, int NDIM, typename PERMUTATION, typename INDEX_TYPE, template< typename > class BUFFER_TYPE>

template<int _NDIM = NDIM>

std::enable_if_t< _NDIM == 1 > LvArray::Array< T, NDIM, PERMUTATION, INDEX_TYPE, BUFFER_TYPE >::pop_back ( )

inline

Remove the last value in the array.

Note: This method is only available on 1D arrays.

Returns: void.

Definition at line 504 of file Array.hpp.

◆ reserve()

template<typename T, int NDIM, typename PERMUTATION, typename INDEX_TYPE, template< typename > class BUFFER_TYPE>

void LvArray::Array< T, NDIM, PERMUTATION, INDEX_TYPE, BUFFER_TYPE >::reserve ( INDEX_TYPE const newCapacity )

inline

Reserve space in the Array to hold at least the given number of values.

Parameters

newCapacity the number of values to reserve space for. After this call capacity() >= newCapacity.

Definition at line 441 of file Array.hpp.

◆ resize() [1/3]

template<typename T, int NDIM, typename PERMUTATION, typename INDEX_TYPE, template< typename > class BUFFER_TYPE>

template<typename DIMS_TYPE >

void LvArray::Array< T, NDIM, PERMUTATION, INDEX_TYPE, BUFFER_TYPE >::resize	(	int const	numDims,
		DIMS_TYPE const *const	dims
	)

inline

Resize the dimensions of the Array to match the given dimensions.

Parameters

numDims	must equal NDIMS.
dims	the new size of the dimensions, must be of length NDIM.

Note: This does not preserve the values in the Array NDIM == 1.

Definition at line 277 of file Array.hpp.

◆ resize() [2/3]

template<typename T, int NDIM, typename PERMUTATION, typename INDEX_TYPE, template< typename > class BUFFER_TYPE>

template<typename ... DIMS>

std::enable_if_t< sizeof ... ( DIMS ) == NDIM && typeManipulation::all_of_t< std::is_integral< DIMS > ... >::value > LvArray::Array< T, NDIM, PERMUTATION, INDEX_TYPE, BUFFER_TYPE >::resize ( DIMS const ... newDims )

inline

function to resize the array.

Template Parameters

DIMS	Variadic list of integral types.

Parameters

newDims The new dimensions, must be of length NDIM.

Note: This does not preserve the values in the Array unless NDIM == 1.

Returns: void.

Definition at line 303 of file Array.hpp.

◆ resize() [3/3]

template<typename T, int NDIM, typename PERMUTATION, typename INDEX_TYPE, template< typename > class BUFFER_TYPE>

void LvArray::Array< T, NDIM, PERMUTATION, INDEX_TYPE, BUFFER_TYPE >::resize ( INDEX_TYPE const newdim )

inline

Resize the default dimension of the Array.

Parameters

newdim the new size of the default dimension.

Note: This preserves the values in the Array.; The default dimension is given by m_singleParameterResizeIndex.

Definition at line 389 of file Array.hpp.

◆ resizeDefault()

template<typename T, int NDIM, typename PERMUTATION, typename INDEX_TYPE, template< typename > class BUFFER_TYPE>

void LvArray::Array< T, NDIM, PERMUTATION, INDEX_TYPE, BUFFER_TYPE >::resizeDefault	(	INDEX_TYPE const	newdim,
		T const &	defaultValue
	)

inline

Resize the default dimension of the Array.

Parameters

newdim	the new size of the default dimension.
defaultValue	the value to initialize the new values with.

Note: This preserves the values in the Array.; The default dimension is given by m_singleParameterResizeIndex.

Definition at line 400 of file Array.hpp.

◆ resizeDimension()

template<typename T, int NDIM, typename PERMUTATION, typename INDEX_TYPE, template< typename > class BUFFER_TYPE>

template<INDEX_TYPE... INDICES, typename ... DIMS>

void LvArray::Array< T, NDIM, PERMUTATION, INDEX_TYPE, BUFFER_TYPE >::resizeDimension ( DIMS const ... newDims )

inline

Resize specific dimensions of the array.

Template Parameters

INDICES	the indices of the dimensions to resize, should be sorted an unique.
DIMS	variadic pack containing the dimension types

Parameters

newDims the new dimensions. newDims[ 0 ] will be the new size of dimensions INDICES[ 0 ].

Note: This does not preserve the values in the Array unless NDIM == 1.

Definition at line 361 of file Array.hpp.

◆ resizeWithoutInitializationOrDestruction()

template<typename T, int NDIM, typename PERMUTATION, typename INDEX_TYPE, template< typename > class BUFFER_TYPE>

template<typename ... DIMS>

void LvArray::Array< T, NDIM, PERMUTATION, INDEX_TYPE, BUFFER_TYPE >::resizeWithoutInitializationOrDestruction ( DIMS const ... newDims )

inline

Resize the array without initializing any new values or destroying any old values. Only safe on POD data, however it is much faster for large allocations.

Template Parameters

DIMS	Variadic list of integral types.

Parameters

newDims The new dimensions, must be of length NDIM.

Note: This does not preserve the values in the Array unless NDIM == 1.

Definition at line 330 of file Array.hpp.

◆ setName()

template<typename T, int NDIM, typename PERMUTATION, typename INDEX_TYPE, template< typename > class BUFFER_TYPE>

void LvArray::Array< T, NDIM, PERMUTATION, INDEX_TYPE, BUFFER_TYPE >::setName ( std::string const & name )

inline

Set the name to be displayed whenever the underlying Buffer's user call back is called.

Parameters

name	the name of the Array.

Definition at line 530 of file Array.hpp.

◆ setSingleParameterResizeIndex()

template<typename T, int NDIM, typename PERMUTATION, typename INDEX_TYPE, template< typename > class BUFFER_TYPE>

void LvArray::Array< T, NDIM, PERMUTATION, INDEX_TYPE, BUFFER_TYPE >::setSingleParameterResizeIndex ( int const index )

inline

Set the default resize dimension.

Parameters

index The new default dimension.

Definition at line 422 of file Array.hpp.

◆ toNestedView()

template<typename T, int NDIM, typename PERMUTATION, typename INDEX_TYPE, template< typename > class BUFFER_TYPE>

constexpr NestedViewType LvArray::Array< T, NDIM, PERMUTATION, INDEX_TYPE, BUFFER_TYPE >::toNestedView ( ) const &&

inlinedelete

Overload for rvalues that is deleted.

Returns: None.

Note: This cannot be called on a rvalue since the ArrayView would contain the buffer of the current Array that is about to be destroyed. This overload prevents that from happening.

◆ toNestedViewConst()

template<typename T, int NDIM, typename PERMUTATION, typename INDEX_TYPE, template< typename > class BUFFER_TYPE>

constexpr NestedViewTypeConst LvArray::Array< T, NDIM, PERMUTATION, INDEX_TYPE, BUFFER_TYPE >::toNestedViewConst ( ) const &&

inlinedelete

Overload for rvalues that is deleted.

Returns: None.

Note: This cannot be called on a rvalue since the ArrayView would contain the buffer of the current Array that is about to be destroyed. This overload prevents that from happening.

◆ toView()

template<typename T, int NDIM, typename PERMUTATION, typename INDEX_TYPE, template< typename > class BUFFER_TYPE>

constexpr ArrayView< T, NDIM, USD, INDEX_TYPE, BUFFER_TYPE > LvArray::Array< T, NDIM, PERMUTATION, INDEX_TYPE, BUFFER_TYPE >::toView ( ) const &&

inlinedelete

Overload for rvalues that is deleted.

Returns: None.

Note: This cannot be called on a rvalue since the ArrayView would contain the buffer of the current Array that is about to be destroyed. This overload prevents that from happening.

◆ toViewConst()

template<typename T, int NDIM, typename PERMUTATION, typename INDEX_TYPE, template< typename > class BUFFER_TYPE>

constexpr ArrayView< T const, NDIM, USD, INDEX_TYPE, BUFFER_TYPE > LvArray::Array< T, NDIM, PERMUTATION, INDEX_TYPE, BUFFER_TYPE >::toViewConst ( ) const &&

inlinedelete

Overload for rvalues that is deleted.

Returns: None.

Note: This cannot be called on a rvalue since the ArrayView would contain the buffer of the current Array that is about to be destroyed. This overload prevents that from happening.

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

coreComponents/LvArray/src/Array.hpp

Public Types

Public Member Functions

Additional Inherited Members

Detailed Description

template<typename T, int NDIM, typename PERMUTATION, typename INDEX_TYPE, template< typename > class BUFFER_TYPE> class LvArray::Array< T, NDIM, PERMUTATION, INDEX_TYPE, BUFFER_TYPE >

Constructor & Destructor Documentation

◆ Array() [1/3]

◆ Array() [2/3]

◆ Array() [3/3]

Member Function Documentation

◆ clear()

◆ emplace()

◆ emplace_back()

◆ erase()

◆ insert()

◆ operator ArrayView< T const, NDIM, USD, INDEX_TYPE, BUFFER_TYPE >()

◆ operator std::enable_if_t< !std::is_const< _T >::value, ArrayView< T const, NDIM, USD, INDEX_TYPE, BUFFER_TYPE > >()

◆ operator=() [1/2]

◆ operator=() [2/2]

◆ pop_back()

◆ reserve()

◆ resize() [1/3]

◆ resize() [2/3]

◆ resize() [3/3]

◆ resizeDefault()

◆ resizeDimension()

◆ resizeWithoutInitializationOrDestruction()

◆ setName()

◆ setSingleParameterResizeIndex()

◆ toNestedView()

◆ toNestedViewConst()

◆ toView()

◆ toViewConst()

template<typename T, int NDIM, typename PERMUTATION, typename INDEX_TYPE, template< typename > class BUFFER_TYPE>
class LvArray::Array< T, NDIM, PERMUTATION, INDEX_TYPE, BUFFER_TYPE >