Inheritance diagram for AlignedArrayTriplet< T >:

Public Types
enum class	Coordinate { X = 0 , Y = 1 , Z = 2 }

Public Member Functions
	AlignedArrayTriplet (size_t initialSize=0)

void	prefetch (int hint=1, int n=-1) const

T *	begin (Coordinate coord)

T *	xBegin ()

T *	yBegin ()

T *	zBegin ()

const T *	begin (Coordinate coord) const

const T *	xBegin () const

const T *	yBegin () const

const T *	zBegin () const

T &	get (Coordinate coord, size_t i)

T &	x (size_t i)

T &	y (size_t i)

T &	z (size_t i)

const T &	get (Coordinate coord, size_t i) const

const T &	x (size_t i) const

const T &	y (size_t i) const

const T &	z (size_t i) const

size_t	dimensionToOffset (int i) const

T &	linearCrossAccess (size_t i)

size_t	resize_zero_shrink (size_t exact_size, bool zero_rest_of_CL=false, bool allow_shrink=false)

void	zero (size_t start_idx)

void	resize (size_t nEntriesPerArray)
	Reallocate the array. All content may be lost. More...

void	increaseStorage (size_t oldNumElements, size_t additionalElements)

void	appendValueTriplet (T v0, T v1, T v2, size_t oldNumElements)

Public Member Functions inherited from AlignedArray< T, alignment >
	AlignedArray ()
	Construct an empty array.

	AlignedArray (size_t n)
	Construct an array of n elements.

	AlignedArray (const AlignedArray &a)
	Construct a copy of another AlignedArray.

AlignedArray &	operator= (const AlignedArray &a)
	Assign a copy of another AlignedArray.

virtual	~AlignedArray ()
	Free the array.

void	appendValue (T v, size_t oldNumElements)

size_t	get_size () const
	Return current size in terms of elements.

	operator T* ()
	Implicit conversion into pointer to T.

	operator const T * () const

size_t	get_dynamic_memory () const
	Return amount of allocated storage + .

Additional Inherited Members
Static Public Member Functions inherited from AlignedArray< T, alignment >
static size_t	_round_up (size_t n)

Protected Attributes inherited from AlignedArray< T, alignment >
std::vector< T, AlignedAllocator< T, alignment > >	_vec