Provides a generic multi-component array, contained in Sidre. More...

#include </home/docs/checkouts/readthedocs.org/user_builds/axom/checkouts/v0.5.0/src/axom/sidre/core/Array.hpp>

Inheritance diagram for axom::sidre::Array< T >:

Public Member Functions
	Array ()=delete
	Default constructor. Disabled. More...

virtual	~Array ()

Sidre Array constructors
	Array (View *view)
	Creates an Array instance from a View that already has data. More...

	Array (View *view, axom::IndexType num_tuples, axom::IndexType num_components=1, axom::IndexType capacity=0)
	Creates an Array instance of `num_tuples` size, where each tuple consists of `num_components` values and populates the associated View. More...

Array methods to query and set attributes
virtual bool	isExternal () const
	Return true iff the external buffer constructor was called. More...

virtual bool	isInSidre () const
	Return true iff a sidre constructor was called. More...

const View *	getView () const
	Return a pointer to the View that this Array wraps. More...

Array tuple access operators
T &	operator() (IndexType pos, IndexType component=0)
	Accessor, returns a reference to the given component of the specified tuple. More...

const T &	operator() (IndexType pos, IndexType component=0) const


T &	operator[] (IndexType idx)
	Accessor, returns a reference to the given value. More...

const T &	operator[] (IndexType idx) const


T *	getData ()
	Return a pointer to the array of data. More...

const T *	getData () const

Array methods to modify the data.
void	fill (const T &value)
	Set all the values of the array. More...

void	append (const T &value)
	Append a value to the end of the array. More...

void	append (const T *tuples, IndexType n)
	Append tuples to the end of the array. More...

void	set (const T *tuples, IndexType n, IndexType pos)
	Modify the values of existing tuples. More...

void	insert (const T &value, IndexType pos)
	Insert a tuple into the array at the given position. More...

void	insert (const T *tuples, IndexType n, IndexType pos)
	Insert tuples into the array at the given position. More...

void	emplace (IndexType n, IndexType pos, const T &value=T())
	Insert multiple copies of the same value at the given position. More...

Array methods to query and set attributes
IndexType	capacity () const
	Return the number of tuples allocated for the data array. More...

void	reserve (IndexType capacity)
	Increase the capacity. Does nothing if the new capacity is less than the current capacity. More...

void	shrink ()
	Shrink the capacity to be equal to the size. More...

bool	empty () const
	Returns true iff the Array stores no elements. More...

IndexType	size () const
	Return the number of tuples stored in the data array. More...

void	resize (IndexType new_num_tuples)
	Update the number of tuples stored in the data array. More...

double	getResizeRatio () const
	Get the ratio by which the capacity increases upon dynamic resize. More...

void	setResizeRatio (double ratio)
	Set the ratio by which the capacity increases upon dynamic resize. More...

IndexType	numComponents () const
	Return the number of components per tuple. More...

Static Public Attributes
static constexpr double	DEFAULT_RESIZE_RATIO = 2.0

static constexpr IndexType	MIN_DEFAULT_CAPACITY = 32

Protected Member Functions
virtual void	updateNumTuples (axom::IndexType new_num_tuples)
	Update the number of tuples. More...

virtual void	setCapacity (axom::IndexType new_capacity)
	Set the number of tuples allocated for the data array. More...

virtual void	dynamicRealloc (axom::IndexType new_num_tuples)
	Reallocates the data array when the size exceeds the capacity. More...

void	describeView ()
	Applies this Array's type and dimensions to the sidre View. More...

axom::IndexType	getViewShape (int dim) const
	Given a non-empty View of dimension 2, returns the length of the given dimension. More...

void	reallocViewData (IndexType new_capacity)
	Allocates space within the Array's View. More...

	DISABLE_COPY_AND_ASSIGNMENT (Array)

	DISABLE_MOVE_AND_ASSIGNMENT (Array)

void	initialize (IndexType num_tuples, IndexType num_components, IndexType capacity)
	Initialize an Array instance with the given number of tuples. More...

T *	reserveForInsert (IndexType n, IndexType pos)
	Make space for a subsequent insertion into the array. More...

Internal bounds-checking routines
bool	inBounds (IndexType pos, IndexType component) const
	Test if pos and component are within bounds. More...

bool	inBounds (IndexType idx) const
	Test if idx is within bounds. More...

Static Protected Member Functions
template<typename U = T>
static constexpr std::enable_if<!std::is_enum< U >::value, TypeID >::type	sidreTypeId ()
	Return the TypeID corresponding to T. This function handles when T is not an enum. More...

template<typename U = T>
static constexpr std::enable_if< std::is_enum< U >::value, TypeID >::type	sidreTypeId ()
	Return the TypeID corresponding to T. This function handles when T is an enum. More...

Protected Attributes
View *	m_view

T *	m_data

IndexType	m_num_tuples

IndexType	m_capacity

IndexType	m_num_components

double	m_resize_ratio

bool const	m_is_external

Detailed Description

template<typename T>
class axom::sidre::Array< T >

Provides a generic multi-component array, contained in Sidre.

This sidre::Array class extends axom::utilities::Array by storing data in a Sidre DataStore. This class provides a generic multi-component array container with dynamic re-allocation and insertion. Each element in the array is a tuple consisting of 1 or more components, which are stored contiguously.

Objects of the sidre::Array class may be constructed from a View. All array operations can be performed as with the base axom::utilities::Array class. The size of the Array can grow as needed, and all memory management is delegated to Sidre.

Note: When the Array object is deleted, it does not delete the associated data in Sidre, since, Sidre owns the data.

Warning: Reallocations tend to be costly operations in terms of performance. Use reserve() when the number of nodes is known a priori, or opt to use a constructor that takes an actual size and capacity when possible.

Template Parameters

T	the type of the values to hold.

See also: Group; View

Constructor & Destructor Documentation

◆ Array() [1/3]

template<typename T>

axom::sidre::Array< T >::Array ( )

delete

Default constructor. Disabled.

◆ Array() [2/3]

template<typename T >

axom::sidre::Array< T >::Array ( View * view )

Creates an Array instance from a View that already has data.

Parameters

[in] view the View that holds this Array's data.

Note: The Sidre view shape has two dimensions. The first dimension corresponds to the max capacity of the array and the second corresponds to the number of components per tuple.

Precondition: view != nullptr; view->isEmpty() == false.; view->getNumDimensions() == 2

Postcondition: capacity() == view->getDimension(0); numComponents() == view->getDimension(1); getResizeRatio() == DEFAULT_RESIZE_RATIO

References axom::sidre::View::getBuffer(), axom::sidre::Buffer::getNumElements(), axom::sidre::View::getTypeID(), axom::sidre::Array< T >::getViewShape(), axom::sidre::View::getVoidPtr(), axom::sidre::View::isEmpty(), axom::Array< T >::m_capacity, axom::Array< T >::m_data, axom::Array< T >::m_num_components, axom::Array< T >::m_num_tuples, axom::sidre::Array< T >::m_view, axom::sidre::Array< T >::sidreTypeId(), and SLIC_ERROR_IF.

◆ Array() [3/3]

template<typename T >

axom::sidre::Array< T >::Array	(	View *	view,
		axom::IndexType	num_tuples,
		axom::IndexType	num_components = `1`,
		axom::IndexType	capacity = `0`
	)

Creates an Array instance of num_tuples size, where each tuple consists of num_components values and populates the associated View.

Parameters

[in]	view	the View that will hold this Array's data.
[in]	num_tuples	the number of tuples accounted for in the Array.
[in]	num_components	the number of values per tuple. If not specified defaults to 1.
[in]	capacity	the number of tuples to allocate space for.

Note: The last argument is optional. If not specified or if less than num_tuples, the capacity of the array will be initialized to num_tuples * DEFAULT_RESIZE_RATIO.; The view is expected to be empty and will be populated to hold this Array's data.; The Sidre view shape has two dimensions. The first dimension corresponds to the number of tuples and the second corresponds to the number of components per tuple.

Precondition: view != nullptr; view->isEmpty() == true; num_tuples >= 1; num_components >= 1

Postcondition: view->getNumDimensions() == 2; view->isEmpty() == false; size() == num_tuples.; numComponents() == num_components; getResizeRatio() == DEFAULT_RESIZE_RATIO

References axom::Array< T >::initialize(), axom::sidre::View::isEmpty(), axom::Array< T >::m_capacity, axom::Array< T >::m_data, axom::Array< T >::m_num_components, axom::Array< T >::m_num_tuples, axom::sidre::Array< T >::m_view, SLIC_ASSERT, and SLIC_ERROR_IF.

◆ ~Array()

template<typename T >

axom::sidre::Array< T >::~Array ( )

virtual

Destructor. Frees the associated buffer unless owned by Sidre.

Reimplemented from axom::Array< T >.

References axom::Array< T >::m_data, and axom::sidre::Array< T >::m_view.

Member Function Documentation

◆ isExternal()

template<typename T>

virtual bool axom::sidre::Array< T >::isExternal ( ) const

inlinevirtual

Return true iff the external buffer constructor was called.

◆ isInSidre()

template<typename T>

virtual bool axom::sidre::Array< T >::isInSidre ( ) const

inlinevirtual

Return true iff a sidre constructor was called.

Reimplemented from axom::Array< T >.

◆ getView()

template<typename T>

const View* axom::sidre::Array< T >::getView ( ) const

inline

Return a pointer to the View that this Array wraps.

◆ updateNumTuples()

template<typename T >

void axom::sidre::Array< T >::updateNumTuples ( axom::IndexType new_num_tuples )

inlineprotectedvirtual

Update the number of tuples.

Parameters

[in] new_num_tuples the new number of tuples.

Reimplemented from axom::Array< T >.

References axom::sidre::Array< T >::describeView(), axom::Array< T >::m_capacity, axom::Array< T >::m_num_tuples, and SLIC_ASSERT.

Referenced by axom::sidre::Array< T >::setCapacity().

◆ setCapacity()

template<typename T >

void axom::sidre::Array< T >::setCapacity ( axom::IndexType new_capacity )

inlineprotectedvirtual

Set the number of tuples allocated for the data array.

Parameters

[in] capacity the new number of tuples to allocate.

Reimplemented from axom::Array< T >.

References axom::Array< T >::m_num_tuples, axom::sidre::Array< T >::reallocViewData(), SLIC_ASSERT, and axom::sidre::Array< T >::updateNumTuples().

◆ dynamicRealloc()

template<typename T >

void axom::sidre::Array< T >::dynamicRealloc ( axom::IndexType new_num_tuples )

inlineprotectedvirtual

Reallocates the data array when the size exceeds the capacity.

Parameters

[in] new_num_tuples the number of tuples which exceeds the current capacity.

Reimplemented from axom::Array< T >.

References axom::Array< T >::m_resize_ratio, axom::sidre::Array< T >::reallocViewData(), and SLIC_ERROR_IF.

◆ sidreTypeId() [1/2]

template<typename T>

template<typename U = T>

static constexpr std::enable_if<!std::is_enum<U>::value, TypeID>::type axom::sidre::Array< T >::sidreTypeId ( )

inlinestaticprotected

Return the TypeID corresponding to T. This function handles when T is not an enum.

Referenced by axom::sidre::Array< T >::Array(), axom::sidre::Array< T >::describeView(), and axom::sidre::Array< T >::reallocViewData().

◆ sidreTypeId() [2/2]

template<typename T>

template<typename U = T>

static constexpr std::enable_if<std::is_enum<U>::value, TypeID>::type axom::sidre::Array< T >::sidreTypeId ( )

inlinestaticprotected

Return the TypeID corresponding to T. This function handles when T is an enum.

◆ describeView()

template<typename T >

void axom::sidre::Array< T >::describeView ( )

inlineprotected

Applies this Array's type and dimensions to the sidre View.

Calls m_view->apply(sidreTypeId(), 2, {m_num_tuples, m_num_components}).

References axom::sidre::View::apply(), axom::Array< T >::m_num_components, axom::Array< T >::m_num_tuples, axom::sidre::Array< T >::m_view, axom::sidre::Array< T >::sidreTypeId(), and SLIC_ASSERT.

Referenced by axom::sidre::Array< T >::reallocViewData(), and axom::sidre::Array< T >::updateNumTuples().

◆ getViewShape()

template<typename T >

axom::IndexType axom::sidre::Array< T >::getViewShape ( int dim ) const

inlineprotected

Given a non-empty View of dimension 2, returns the length of the given dimension.

Parameters

[in]	view	the View to examine.
[in]	dim	the dimension (0 or 1) to return the length of.

Precondition: 0 <= dim <= 1

References axom::sidre::View::getNumDimensions(), axom::sidre::View::getShape(), axom::sidre::View::isEmpty(), axom::sidre::Array< T >::m_view, and SLIC_ERROR_IF.

Referenced by axom::sidre::Array< T >::Array().

◆ reallocViewData()

template<typename T >

void axom::sidre::Array< T >::reallocViewData ( IndexType new_capacity )

inlineprotected

Allocates space within the Array's View.

Parameters

[in] new_num_tuples the number of tuples which exceeds the current capacity.

References axom::sidre::View::allocate(), axom::sidre::Array< T >::describeView(), axom::sidre::View::getVoidPtr(), axom::sidre::View::isEmpty(), axom::Array< T >::m_capacity, axom::Array< T >::m_data, axom::Array< T >::m_num_components, axom::sidre::Array< T >::m_view, axom::sidre::View::reallocate(), axom::sidre::Array< T >::sidreTypeId(), and SLIC_ERROR_IF.

Referenced by axom::sidre::Array< T >::dynamicRealloc(), and axom::sidre::Array< T >::setCapacity().

◆ DISABLE_COPY_AND_ASSIGNMENT()

template<typename T>

axom::sidre::Array< T >::DISABLE_COPY_AND_ASSIGNMENT ( Array< T > )

protected

◆ DISABLE_MOVE_AND_ASSIGNMENT()

template<typename T>

axom::sidre::Array< T >::DISABLE_MOVE_AND_ASSIGNMENT ( Array< T > )

protected

◆ operator()() [1/2]

template<typename T>

T& axom::Array< T >::operator()	(	IndexType	pos,
		IndexType	component = `0`
	)

inlineinherited

Accessor, returns a reference to the given component of the specified tuple.

Parameters

[in]	pos	the tuple to query.
[in]	component	the component to return.

Precondition: 0 <= pos < size(); 0 <= component < numComponents()

◆ operator()() [2/2]

template<typename T>

const T& axom::Array< T >::operator()	(	IndexType	pos,
		IndexType	component = `0`
	)		const

inlineinherited

◆ operator[]() [1/2]

template<typename T>

T& axom::Array< T >::operator[] ( IndexType idx )

inlineinherited

Accessor, returns a reference to the given value.

Parameters

[in] idx the position of the value to return.

Note: equivalent to *(array.getData() + idx).

Precondition: 0 <= idx < m_num_tuples * m_num_components

◆ operator[]() [2/2]

template<typename T>

const T& axom::Array< T >::operator[] ( IndexType idx ) const

inlineinherited

◆ getData() [1/2]

template<typename T>

T* axom::Array< T >::getData ( )

inlineinherited

Return a pointer to the array of data.

Referenced by axom::mint::ConnectivityArray< TYPE >::getValuePtr(), and axom::mint::ConnectivityArray< TYPE >::operator[]().

◆ getData() [2/2]

template<typename T>

const T* axom::Array< T >::getData ( ) const

inlineinherited

◆ fill()

template<typename T>

void axom::Array< T >::fill ( const T & value )

inlineinherited

Set all the values of the array.

Parameters

[in] value the value to set to.

◆ append() [1/2]

template<typename T>

void axom::Array< T >::append ( const T & value )

inlineinherited

Append a value to the end of the array.

Parameters

[in] value the value to append.

Note: Reallocation is done if the new size will exceed the capacity.

Precondition: m_num_components == 1.

Referenced by axom::mint::ConnectivityArray< TYPE >::appendM().

◆ append() [2/2]

template<typename T>

void axom::Array< T >::append	(	const T *	tuples,
		IndexType	n
	)

inlineinherited

Append tuples to the end of the array.

Parameters

[in]	tuples	the tuples to append.
[in]	n	the number of tuples to append.

Note: It's assumed that tuples is of length n * m_num_components.; Reallocation is done if the new size will exceed the capacity.

◆ set()

template<typename T>

void axom::Array< T >::set	(	const T *	tuples,
		IndexType	n,
		IndexType	pos
	)

inlineinherited

Modify the values of existing tuples.

Parameters

[in]	tuples	the new tuples to write.
[in]	n	the number of tuples to write.
[in]	pos	the position at which to begin writing.

Note: It's assumed that tuples is of length n * m_num_components.; The size is unchanged by calls to set.

Precondition: pos + n <= m_num_tuples.

Referenced by axom::mint::ConnectivityArray< TYPE >::set(), and axom::mint::ConnectivityArray< TYPE >::setM().

◆ insert() [1/2]

template<typename T>

void axom::Array< T >::insert	(	const T &	value,
		IndexType	pos
	)

inlineinherited

Insert a tuple into the array at the given position.

Parameters

[in]	value	the value to insert.
[in]	pos	the position at which to insert.

Note: Reallocation is done if the new size will exceed the capacity.; The size increases by 1.

Precondition: numComponents() == 1.

Referenced by axom::mint::ConnectivityArray< TYPE >::insertM().

◆ insert() [2/2]

template<typename T>

void axom::Array< T >::insert	(	const T *	tuples,
		IndexType	n,
		IndexType	pos
	)

inlineinherited

Insert tuples into the array at the given position.

Parameters

[in]	tuples	the tuples to insert.
[in]	n	the number of tuples to insert.
[in]	pos	the position at which to begin the insertion.

Note: It's assumed that tuples is of length n * m_num_components.; Reallocation is done if the new size will exceed the capacity.; The size increases by n.

Precondition: pos <= m_num_tuples.

◆ emplace()

template<typename T>

void axom::Array< T >::emplace	(	IndexType	n,
		IndexType	pos,
		const T &	value = `T()`
	)

inlineinherited

Insert multiple copies of the same value at the given position.

Parameters

[in]	n	the number of tuples to insert.
[in]	pos	the position to insert at.
[in]	value	the value for each component of the new tuples. If not specified defaults to the default value of T (zero for most numeric types).

Note: Reallocation is done if the new size will exceed the capacity.; The size increases by n.; This method is used to create space for tuples in the middle of the array.

Precondition: pos <= m_num_tuples.

◆ capacity()

template<typename T>

IndexType axom::Array< T >::capacity ( ) const

inlineinherited

Return the number of tuples allocated for the data array.

Referenced by axom::mint::ConnectivityArray< TYPE >::getIDCapacity(), and axom::mint::ConnectivityArray< TYPE >::reserve().

◆ reserve()

template<typename T>

void axom::Array< T >::reserve ( IndexType capacity )

inlineinherited

Increase the capacity. Does nothing if the new capacity is less than the current capacity.

Parameters

[in] capacity the new number of tuples to allocate.

Referenced by axom::mint::ConnectivityArray< TYPE >::reserve().

◆ shrink()

template<typename T>

void axom::Array< T >::shrink ( )

inlineinherited

Shrink the capacity to be equal to the size.

Referenced by axom::mint::ConnectivityArray< TYPE >::shrink().

◆ empty()

template<typename T>

bool axom::Array< T >::empty ( ) const

inlineinherited

Returns true iff the Array stores no elements.

Note: If the Array is empty the capacity can still be greater than zero.

Referenced by axom::mint::ConnectivityArray< TYPE >::empty().

◆ size()

template<typename T>

IndexType axom::Array< T >::size ( ) const

inlineinherited

Return the number of tuples stored in the data array.

Referenced by axom::mint::ConnectivityArray< TYPE >::getNumberOfIDs(), and axom::mint::ConnectivityArray< TYPE >::getNumberOfValues().

◆ resize()

template<typename T >

void axom::Array< T >::resize ( IndexType new_num_tuples )

inlineinherited

Update the number of tuples stored in the data array.

Note: Reallocation is done if the new size will exceed the capacity.

Referenced by axom::mint::ConnectivityArray< TYPE >::resize().

◆ getResizeRatio()

template<typename T>

double axom::Array< T >::getResizeRatio ( ) const

inlineinherited

Get the ratio by which the capacity increases upon dynamic resize.

Referenced by axom::mint::ConnectivityArray< TYPE >::getResizeRatio().

◆ setResizeRatio()

template<typename T>

void axom::Array< T >::setResizeRatio ( double ratio )

inlineinherited

Set the ratio by which the capacity increases upon dynamic resize.

Parameters

[in] ratio the new resize ratio.

Referenced by axom::mint::ConnectivityArray< TYPE >::setResizeRatio().

◆ numComponents()

template<typename T>

IndexType axom::Array< T >::numComponents ( ) const

inlineinherited

Return the number of components per tuple.

Referenced by axom::mint::ConnectivityArray< TYPE >::ConnectivityArray().

◆ initialize()

template<typename T >

void axom::Array< T >::initialize	(	IndexType	num_tuples,
		IndexType	num_components,
		IndexType	capacity
	)

inlineprotectedinherited

Initialize an Array instance with the given number of tuples.

Parameters

[in]	num_tuples	the number of tuples the Array holds.
[in]	num_components	the number of values per tuple. If not specified defaults to 1.
[in]	capacity	the number of tuples to allocate space for.

Note: If no capacity or capacity less than num_tuples is specified then it will default to at least num_tuples * DEFAULT_RESIZE_RATIO.; a capacity is specified for the number of tuples to store in the array and does not correspond to the actual bytesize.

Precondition: num_tuples >= 0; num_components >= 1

Postcondition: capacity() >= size(); size() == num_tuples; numComponents() == num_components; getResizeRatio() == DEFAULT_RESIZE_RATIO

Referenced by axom::sidre::Array< T >::Array().

◆ reserveForInsert()

template<typename T >

T * axom::Array< T >::reserveForInsert	(	IndexType	n,
		IndexType	pos
	)

inlineprotectedinherited

Make space for a subsequent insertion into the array.

Parameters

[in]	n	the number of tuples to insert.
[in]	pos	the position at which to begin the insertion.

Returns: a pointer to the beginning of the insertion space.

Note: Reallocation is done if the new size will exceed the capacity.

◆ inBounds() [1/2]

template<typename T>

bool axom::Array< T >::inBounds	(	IndexType	pos,
		IndexType	component
	)		const

inlineprotectedinherited

Test if pos and component are within bounds.

◆ inBounds() [2/2]

template<typename T>

bool axom::Array< T >::inBounds ( IndexType idx ) const

inlineprotectedinherited

Test if idx is within bounds.

Member Data Documentation

◆ m_view

template<typename T>

View* axom::sidre::Array< T >::m_view

protected

Referenced by axom::sidre::Array< T >::Array(), axom::sidre::Array< T >::describeView(), axom::sidre::Array< T >::getViewShape(), axom::sidre::Array< T >::reallocViewData(), and axom::sidre::Array< T >::~Array().

◆ DEFAULT_RESIZE_RATIO

template<typename T>

constexpr double axom::Array< T >::DEFAULT_RESIZE_RATIO = 2.0

staticinherited

◆ MIN_DEFAULT_CAPACITY

template<typename T>

constexpr IndexType axom::Array< T >::MIN_DEFAULT_CAPACITY = 32

staticinherited

◆ m_data

template<typename T>

T* axom::Array< T >::m_data

protectedinherited

Referenced by axom::sidre::Array< T >::Array(), axom::sidre::Array< T >::reallocViewData(), and axom::sidre::Array< T >::~Array().

◆ m_num_tuples

template<typename T>

IndexType axom::Array< T >::m_num_tuples

protectedinherited

Referenced by axom::sidre::Array< T >::Array(), axom::sidre::Array< T >::describeView(), axom::sidre::Array< T >::setCapacity(), and axom::sidre::Array< T >::updateNumTuples().

◆ m_capacity

template<typename T>

IndexType axom::Array< T >::m_capacity

protectedinherited

Referenced by axom::sidre::Array< T >::Array(), axom::sidre::Array< T >::reallocViewData(), and axom::sidre::Array< T >::updateNumTuples().

◆ m_num_components

template<typename T>

IndexType axom::Array< T >::m_num_components

protectedinherited

Referenced by axom::sidre::Array< T >::Array(), axom::sidre::Array< T >::describeView(), and axom::sidre::Array< T >::reallocViewData().

◆ m_resize_ratio

template<typename T>

double axom::Array< T >::m_resize_ratio

protectedinherited

Referenced by axom::sidre::Array< T >::dynamicRealloc().

◆ m_is_external

template<typename T>

bool const axom::Array< T >::m_is_external

protectedinherited

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

/home/docs/checkouts/readthedocs.org/user_builds/axom/checkouts/v0.5.0/src/axom/sidre/core/Array.hpp

Public Member Functions

Static Public Attributes

Protected Member Functions

Static Protected Member Functions

Protected Attributes

Detailed Description

template<typename T> class axom::sidre::Array< T >

Constructor & Destructor Documentation

◆ Array() [1/3]

◆ Array() [2/3]

◆ Array() [3/3]

◆ ~Array()

Member Function Documentation

◆ isExternal()

◆ isInSidre()

◆ getView()

◆ updateNumTuples()

◆ setCapacity()

◆ dynamicRealloc()

◆ sidreTypeId() [1/2]

◆ sidreTypeId() [2/2]

◆ describeView()

◆ getViewShape()

◆ reallocViewData()

◆ DISABLE_COPY_AND_ASSIGNMENT()

◆ DISABLE_MOVE_AND_ASSIGNMENT()

◆ operator()() [1/2]

◆ operator()() [2/2]

◆ operator[]() [1/2]

◆ operator[]() [2/2]

◆ getData() [1/2]

◆ getData() [2/2]

◆ fill()

◆ append() [1/2]

◆ append() [2/2]

◆ set()

◆ insert() [1/2]

◆ insert() [2/2]

◆ emplace()

◆ capacity()

◆ reserve()

◆ shrink()

◆ empty()

◆ size()

◆ resize()

◆ getResizeRatio()

◆ setResizeRatio()

◆ numComponents()

◆ initialize()

◆ reserveForInsert()

◆ inBounds() [1/2]

◆ inBounds() [2/2]

Member Data Documentation

◆ m_view

◆ DEFAULT_RESIZE_RATIO

◆ MIN_DEFAULT_CAPACITY

◆ m_data

◆ m_num_tuples

◆ m_capacity

◆ m_num_components

◆ m_resize_ratio

◆ m_is_external

template<typename T>
class axom::sidre::Array< T >