A 3-D Specialization of the Array class. More...

#include <ArrayFwd.h>

Inheritance diagram for casacore::Cube< T, Alloc >:

Public Member Functions
	Cube (const Alloc &allocator=Alloc())
	A Cube of length zero in each dimension; zero origin. More...

	Cube (size_t l1, size_t l2, size_t l3, const T &initialValue=T(), const Alloc &allocator=Alloc())
	A l1xl2xl3 sized cube. More...

	Cube (size_t l1, size_t l2, size_t l3, typename Array< T, Alloc >::uninitializedType, const Alloc &allocator=Alloc())
	An uninitialized l1xl2xl3 sized cube. More...

	Cube (const IPosition &length, const T &initialValue=T(), const Alloc &allocator=Alloc())
	A Cube where the shape ("len") is defined with IPositions. More...

	Cube (const IPosition &length, typename Array< T, Alloc >::uninitializedType, const Alloc &allocator=Alloc())
	An uninitialized Cube where the shape ("len") is defined with IPositions. More...

	Cube (const Cube< T, Alloc > &)
	The copy constructor uses reference semantics. More...

	Cube (Cube< T, Alloc > &&)

	Cube (const Array< T, Alloc > &)
	Construct a cube by reference from "other". More...

	Cube (Array< T, Alloc > &&)

	Cube (const IPosition &shape, T *storage, StorageInitPolicy policy=COPY)
	Create an Cube of a given shape from a pointer. More...

	Cube (const IPosition &shape, T *storage, StorageInitPolicy policy, const Alloc &allocator)
	Create an Cube of a given shape from a pointer. More...

	Cube (const IPosition &shape, const T *storage)
	Create an Cube of a given shape from a pointer. More...

void	resize (size_t nx, size_t ny, size_t nz, bool copyValues=false)

Cube< T, Alloc > &	operator= (const Cube< T, Alloc > &source)
	Copy the values from other to this cube. More...

Cube< T, Alloc > &	operator= (Cube< T, Alloc > &&source)

Cube< T, Alloc > &	operator= (const Array< T, Alloc > &source)

Cube< T, Alloc > &	operator= (Array< T, Alloc > &&source)

Array< T, Alloc > &	operator= (const T &val)
	Copy val into every element of this cube; i.e. More...

T &	operator() (const IPosition &i)
	Copy to this those values in marray whose corresponding elements in marray's mask are true. More...

const T &	operator() (const IPosition &i) const

T &	operator() (size_t i1, size_t i2, size_t i3)

const T &	operator() (size_t i1, size_t i2, size_t i3) const

Cube< T, Alloc >	operator() (const Slice &sliceX, const Slice &sliceY, const Slice &sliceZ)
	Take a slice of this cube. More...

const Cube< T, Alloc >	operator() (const Slice &sliceX, const Slice &sliceY, const Slice &sliceZ) const

Array< T >	operator() (const IPosition &blc, const IPosition &trc, const IPosition &incr)
	Slice using IPositions. More...

const Array< T >	operator() (const IPosition &blc, const IPosition &trc, const IPosition &incr) const

Array< T >	operator() (const IPosition &blc, const IPosition &trc)

const Array< T >	operator() (const IPosition &blc, const IPosition &trc) const

Array< T >	operator() (const Slicer &slicer)

const Array< T >	operator() (const Slicer &slicer) const

const MaskedArray< T >	operator() (const LogicalArray &mask) const
	The array is masked by the input LogicalArray. More...

MaskedArray< T >	operator() (const LogicalArray &mask)
	Return a MaskedArray. More...

const MaskedArray< T >	operator() (const MaskedLogicalArray &mask) const
	The array is masked by the input MaskedLogicalArray. More...

MaskedArray< T >	operator() (const MaskedLogicalArray &mask)
	Return a MaskedArray. More...

Matrix< T, Alloc >	xyPlane (size_t zplane)
	Extract a plane as a matrix referencing the original data. More...

const Matrix< T, Alloc >	xyPlane (size_t zplane) const

Matrix< T, Alloc >	xzPlane (size_t yplane)

const Matrix< T, Alloc >	xzPlane (size_t yplane) const

Matrix< T, Alloc >	yzPlane (size_t xplane)

const Matrix< T, Alloc >	yzPlane (size_t xplane) const

const IPosition &	shape () const
	The length of each axis of the cube. More...

void	shape (int &s1, int &s2, int &s3) const

size_t	nrow () const
	The number of rows in the Cube, i.e. More...

size_t	ncolumn () const
	The number of columns in the Cube, i.e. More...

size_t	nplane () const
	The number of planes in the Cube, i.e. More...

virtual bool	ok () const override
	Checks that the cube is consistent (invariants check out). More...

Public Member Functions inherited from casacore::Array< T, Alloc >
	Array (const Alloc &allocator=Alloc())
	Result has dimensionality of zero, and nelements is zero. More...

	Array (const IPosition &shape, const Alloc &allocator=Alloc())
	Create an array of the given shape, i.e. More...

	Array (const IPosition &shape, const T &initialValue, const Alloc &allocator=Alloc())
	Create an array of the given shape and initialize it with the initial value. More...

	Array (const IPosition &shape, uninitializedType, const Alloc &allocator=Alloc())
	Constructor to create an uninitialized array. More...

	Array (std::initializer_list< T > list, const Alloc &allocator=Alloc())
	Construct a one-dimensional array from an initializer list. More...

	Array (const Array< T, Alloc > &other)
	After construction, this and other reference the same storage. More...

	Array (Array< T, Alloc > &&source) noexcept
	Source will be empty after this call. More...

	Array (const IPosition &shape, T *storage, StorageInitPolicy policy=COPY, const Alloc &allocator=Alloc())
	Create an Array of a given shape from a pointer. More...

	Array (const IPosition &shape, const T *storage)
	Create an Array of a given shape from a pointer. More...

template<typename InputIterator >
	Array (const IPosition &shape, InputIterator startIter, const Alloc &allocator=Alloc())
	Construct an array from an iterator and a shape. More...

virtual	~Array () noexcept
	Frees up storage only if this array was the last reference to it. More...

virtual std::unique_ptr < ArrayBase >	makeArray () const override
	Make an empty array of the same template type. More...

void	assign (const Array< T, Alloc > &other)
	Assign the other array to this array. More...

void	assignBase (const ArrayBase &other, bool checkType=true) override
	Assign the source array to this array. More...

void	set (const T &value)
	Set every element of the array to "value." Also could use the assignment operator which assigns an array from a scalar. More...

template<typename Callable >
void	apply (Callable function)
	Apply the function to every element of the array. More...

virtual void	reference (const Array< T, Alloc > &other)
	After invocation, this array and other reference the same storage. More...

Array< T, Alloc > &	assign_conforming (const Array< T, Alloc > &other)
	Copy the values in other to this. More...

template<typename MaskAlloc >
Array< T, Alloc > &	assign_conforming (const MaskedArray< T, Alloc, MaskAlloc > &marray)
	Copy to this those values in marray whose corresponding elements in marray's mask are true. More...

Array< T, Alloc > &	operator= (const Array< T, Alloc > &other)
	TODO we should change the semantics. More...

template<typename MaskAlloc >
Array< T, Alloc > &	operator= (const MaskedArray< T, Alloc, MaskAlloc > &marray)
	Calls assign_conforming(). More...

Array< T, Alloc > &	operator= (Array< T, Alloc > &&other)
	The move operator takes the storage from the given array. More...

Array< T, Alloc > &	operator= (const T &value)
	Set every element of this array to "value". More...

Array< T, Alloc >	copy () const
	This makes a copy of the array and returns it. More...

void	copyMatchingPart (const Array< T, Alloc > &from)
	This function copies the matching part of from array to this array. More...

void	unique ()
	This ensures that this array does not reference any other storage. More...

template<class U >
void	tovector (std::vector< T, U > &out) const
	Create an STL vector from an Array. More...

std::vector< T >	tovector () const

Array< T, Alloc >	reform (const IPosition &shape) const
	It is occasionally useful to have an array which access the same storage appear to have a different shape. More...

bool	reformOrResize (const IPosition &newShape, size_t resizePercentage=0, bool resizeIfNeeded=true)
	Having an array that can be reused without requiring reallocation can be useful for large arrays. More...

bool	adjustLastAxis (const IPosition &newShape, size_t resizePercentage=0, bool resizeIfNeeded=true)
	Use this method to extend or reduce the last dimension of an array. More...

size_t	capacity () const
	Returns the number of elements allocated. More...

Array< T, Alloc >	nonDegenerate (size_t startingAxis=0, bool throwIfError=true) const
	These member functions remove degenerate (ie. More...

Array< T, Alloc >	nonDegenerate (const IPosition &ignoreAxes) const

void	nonDegenerate (const Array< T, Alloc > &other, size_t startingAxis=0, bool throwIfError=true)

void	nonDegenerate (const Array< T, Alloc > &other, const IPosition &ignoreAxes)

void	removeDegenerate (size_t startingAxis=0, bool throwIfError=true)
	Remove degenerate axes from this Array object. More...

void	removeDegenerate (const IPosition &ignoreAxes)

const Array< T, Alloc >	addDegenerate (size_t numAxes) const
	This member function returns an Array reference with the specified number of extra axes, all of length one, appended to the end of the Array. More...

Array< T, Alloc >	addDegenerate (size_t numAxes)

void	resize ()
	Make this array a different shape. More...

void	resize (const IPosition &newShape, bool copyValues=false) override
	Resize the array and optionally copy the values. More...

T &	operator() (const IPosition &)
	Access a single element of the array. More...

const T &	operator() (const IPosition &) const

Array< T, Alloc >	operator() (const IPosition &start, const IPosition &end)
	Get a reference to an array section extending from start to end (inclusive). More...

const Array< T, Alloc >	operator() (const IPosition &start, const IPosition &end) const

Array< T, Alloc >	operator() (const IPosition &start, const IPosition &end, const IPosition &inc)
	Along the ith axis, every inc[i]'th element is chosen. More...

const Array< T, Alloc >	operator() (const IPosition &start, const IPosition &end, const IPosition &inc) const

Array< T, Alloc >	operator() (const Slicer &)
	Get a reference to an array section using a Slicer. More...

const Array< T, Alloc >	operator() (const Slicer &) const

std::unique_ptr< ArrayBase >	getSection (const Slicer &) const override
	Get a reference to a section of an array. More...

Array< T, Alloc >	operator[] (size_t i) const
	Get the subset given by the i-th value of the last axis. More...

Array< T, Alloc >	diagonals (size_t firstAxis=0, long long diag=0) const
	Get the diagonal of each matrix part in the full array. More...

const MaskedArray< T >	operator() (const LogicalArray &mask) const
	The array is masked by the input LogicalArray. More...

MaskedArray< T >	operator() (const LogicalArray &mask)

const MaskedArray< T >	operator() (const MaskedLogicalArray &mask) const
	The array is masked by the input MaskedLogicalArray. More...

MaskedArray< T >	operator() (const MaskedLogicalArray &mask)

size_t	nrefs () const
	The number of references the underlying storage has assigned to it. More...

bool	conform (const Array< T, Alloc > &other) const
	Are the shapes identical? More...

bool	conform (const MaskedArray< T > &other) const

T *	data ()
	Get a pointer to the beginning of the array. More...

const T *	data () const

T *	getStorage (bool &deleteIt)
	Generally use of this should be shunned, except to use a FORTRAN routine or something similar. More...

const T *	getStorage (bool &deleteIt) const

void *	getVStorage (bool &deleteIt) override
	The following functions behave the same as the corresponding getStorage functions in the derived templated Array class. More...

const void *	getVStorage (bool &deleteIt) const override

void	putStorage (T *&storage, bool deleteAndCopy)
	putStorage() is normally called after a call to getStorage() (cf). More...

void	putVStorage (void *&storage, bool deleteAndCopy) override

void	freeStorage (const T *&storage, bool deleteIt) const
	If deleteIt is set, delete "storage". More...

void	freeVStorage (const void *&storage, bool deleteIt) const override

virtual void	takeStorage (const IPosition &shape, T *storage, StorageInitPolicy policy=COPY, const Alloc &allocator=Alloc())
	Replace the data values with those in the pointer `storage`. More...

virtual void	takeStorage (const IPosition &shape, const T *storage, const Alloc &allocator=Alloc())
	Since the pointer is const, a copy is always taken. More...

std::unique_ptr < ArrayPositionIterator >	makeIterator (size_t byDim) const override
	Create an ArrayIterator object of the correct type. More...

Alloc &	allocator ()
	Retrieve the allocator associated with this array. More...

const Alloc &	allocator () const

iterator	begin ()
	Get the begin iterator object for any array. More...

const_iterator	begin () const

iterator	end ()

const_iterator	end () const

contiter	cbegin ()
	Get the begin iterator object for a contiguous array. More...

const_contiter	cbegin () const

contiter	cend ()

const_contiter	cend () const

Public Member Functions inherited from casacore::ArrayBase
	ArrayBase () noexcept

	ArrayBase (const IPosition &shape)
	Create an array of the given shape, i.e. More...

	ArrayBase (const ArrayBase &other)
	Copy constructor. More...

	ArrayBase (ArrayBase &&source) noexcept

ArrayBase &	assign (const ArrayBase &)
	Assignment. More...

ArrayBase &	operator= (const ArrayBase &)=delete

ArrayBase &	operator= (ArrayBase &&) noexcept

virtual	~ArrayBase () noexcept
	Destructor. More...

size_t	ndim () const
	The dimensionality of this array. More...

size_t	nelements () const
	How many elements does this array have? Product of all axis lengths. More...

size_t	size () const

bool	empty () const
	Is the array empty (i.e. More...

bool	contiguousStorage () const
	Are the array data contiguous? If they are not contiguous, `getStorage` (see below) needs to make a copy. More...

const IPosition &	shape () const
	The length of each axis. More...

IPosition	endPosition () const
	A convenience function: endPosition(i) = shape(i) - 1; i.e. More...

const IPosition &	steps () const
	Return steps to be made if stepping one element in a dimension. More...

void	validateConformance (const ArrayBase &) const
	Various helper functions. More...

void	validateIndex (const IPosition &) const

void	validateIndex (size_t index) const

void	validateIndex (size_t index1, size_t index2) const

void	validateIndex (size_t index1, size_t index2, size_t index3) const

Protected Member Functions
virtual void	preTakeStorage (const IPosition &shape) override
	pre/post processing hook of takeStorage() for subclasses. More...

virtual void	doNonDegenerate (const Array< T > &other, const IPosition &ignoreAxes) override
	Remove the degenerate axes from other and store result in this cube. More...

size_t	fixedDimensionality () const override
	Subclasses can return their dimensionality. More...

Protected Member Functions inherited from casacore::Array< T, Alloc >
	Array (Array< T, Alloc > &&source, const IPosition &shapeForSource) noexcept
	Source will be empty with given shape after this call. More...

void	swap (Array< T, Alloc > &other)
	Swap this array with another array. More...

virtual void	postTakeStorage ()

void	checkBeforeResize (const IPosition &newShape)
	This function is called when this array is about to be resized, before any work is done. More...

virtual void	checkAssignableType (ArrayBase &arrayBase) const

virtual void	doNonDegenerate (const Array< T, Alloc > &other, const IPosition &ignoreAxes)
	Remove the degenerate axes from the Array object. More...

void	makeSteps ()
	Fill the steps and the end for a derived class. More...

void	setEndIter ()
	Set the end iterator. More...

Protected Member Functions inherited from casacore::ArrayBase
	ArrayBase (ArrayBase &&source, const IPosition &shapeForSource) noexcept
	For subclasses, this move constructor allows the moved-from object to obtain a given shape after resizing. More...

void	swap (ArrayBase &source) noexcept

bool	reformOrResize (const IPosition &newShape, bool resizeIfNeeded, size_t nReferences, long long nElementsAllocated, bool copyDataIfNeeded, size_t resizePercentage)
	Either reforms the array if size permits or resizes it to the new shape. More...

bool	isStorageContiguous () const
	Determine if the storage of a subset is contiguous. More...

void	checkVectorShape ()
	Check if the shape of a vector is correct. More...

void	checkMatrixShape ()
	Check if the shape of a matrix is correct. More...

void	checkCubeShape ()
	Check if the shape of a cube is correct. More...

void	baseReform (ArrayBase &tmp, const IPosition &shape, bool strict=true) const
	Reform the array to a shape with the same nr of elements. More...

void	baseNonDegenerate (const ArrayBase &other, const IPosition &ignoreAxes)
	Remove the degenerate axes from the Array object. More...

void	baseAddDegenerate (ArrayBase &, size_t numAxes)
	These member functions return an Array reference with the specified number of extra axes, all of length one, appended to the end of the Array. More...

size_t	makeSubset (ArrayBase &out, const IPosition &b, const IPosition &e, const IPosition &i)
	Make a subset of an array. More...

size_t	makeDiagonal (size_t firstAxis, long long diag)
	Set the length and stride such that the diagonal of the matrices defined by two consecutive axes is formed. More...

bool	conform2 (const ArrayBase &other) const
	Are the shapes identical? More...

void	baseMakeSteps ()
	Make the indexing step sizes. More...

bool	copyVectorHelper (const ArrayBase &other)
	Helper function for templated Vector class. More...

Private Member Functions
size_t	xinc () const
	Cached constants to improve indexing. More...

size_t	yinc () const

size_t	zinc () const

size_t	index (size_t i1, size_t i2, size_t i3) const

size_t	index_continuous (size_t i1, size_t i2, size_t i3) const

Additional Inherited Members
Public Types inherited from casacore::Array< T, Alloc >
typedef Alloc	allocator_type
	Define the STL-style iterator functions (only forward iterator). More...

typedef T	value_type
	Element type. More...

typedef const T &	const_reference
	TODO This is how std containers define a reference type, but the name 'reference' is already taken by a method. More...

typedef T *	pointer
	Pointer to an element type. More...

typedef const T *	const_pointer
	Constant pointer to the element type. More...

typedef IteratorSTL	iterator

typedef ConstIteratorSTL	const_iterator

typedef T *	contiter

typedef const T *	const_contiter

Static Public Member Functions inherited from casacore::ArrayBase
static unsigned	arrayVersion ()
	Array version for major change (used by ArrayIO). More...

Static Public Attributes inherited from casacore::Array< T, Alloc >
static struct casacore::Array::uninitializedType	uninitialized

Static Protected Member Functions inherited from casacore::Array< T, Alloc >
static void	copyToContiguousStorage (T *dst, Array< T, Alloc > const &src)

Protected Attributes inherited from casacore::Array< T, Alloc >
std::shared_ptr < arrays_internal::Storage< T, Alloc > >	data_p
	Shared pointer to a Storage that contains the data. More...

T *	begin_p
	This pointer is adjusted to point to the first element of the array. More...

T *	end_p
	The end for an STL-style iteration. More...

Protected Attributes inherited from casacore::ArrayBase
size_t	nels_p
	Number of elements in the array. More...

size_t	ndimen_p
	Dimensionality of the array. More...

bool	contiguous_p
	Are the data contiguous? More...

IPosition	length_p
	Used to hold the shape, increment into the underlying storage and originalLength of the array. More...

IPosition	inc_p

IPosition	originalLength_p

IPosition	steps_p
	Used to hold the step to next element in each dimension. More...

Detailed Description

template<typename T, typename Alloc = std::allocator<T>>
class casacore::Cube< T, Alloc >

A 3-D Specialization of the Array class.

Review Status

Reviewed By:: UNKNOWN
Date Reviewed:: before2004/08/25

Cube objects are three-dimensional specializations (e.g., more convenient and efficient indexing) of the general Array class. You might also want to look at the Array documentation to see inherited functionality.

Generally the member functions of Array are also available in Cube versions which take a pair of integers where the array needs an IPosition. Since the Cube is three-dimensional, the IPositions are overkill, although you may use those versions if you want to.

Cube<int> ci(100,100,100); // Shape is 100x100

ci.resize(50,50,50); // Shape now 50x50

Slices may be taken with the Slice class. To take a slice, one "indexes" with one Slice(start, length, inc) for each axis, where end and inc are optional. Additionally, there is an xyPlane() member function which return a Matrix which corresponds to some plane:

Cube<float> cube(10,20,30);
for(size_t i=0; i < 30; i++) {
cube.xyPlane(i) = i;   // Set every 10x20 plane to its "height"
}

Element-by-element arithmetic and logical operations are available (in aips/ArrayMath.h and aips/ArrayLogical.h).

As with the Arrays, if the preprocessor symbol AIPS_DEBUG is defined at compile time invariants will be checked on entry to most member functions. Additionally, if AIPS_ARRAY_INDEX_CHECK is defined index operations will be bounds-checked. Neither of these should be defined for production code.

Definition at line 11 of file ArrayFwd.h.

Constructor & Destructor Documentation

template<typename T, typename Alloc = std::allocator<T>>

casacore::Cube< T, Alloc >::Cube ( const Alloc & allocator = Alloc() )

A Cube of length zero in each dimension; zero origin.

template<typename T, typename Alloc = std::allocator<T>>

casacore::Cube< T, Alloc >::Cube	(	size_t	l1,
		size_t	l2,
		size_t	l3,
		const T &	initialValue = `T()`,
		const Alloc &	allocator = `Alloc()`
	)

A l1xl2xl3 sized cube.

Fill it with the initial value.

template<typename T, typename Alloc = std::allocator<T>>

casacore::Cube< T, Alloc >::Cube	(	size_t	l1,
		size_t	l2,
		size_t	l3,
		typename Array< T, Alloc >::uninitializedType	,
		const Alloc &	allocator = `Alloc()`
	)

An uninitialized l1xl2xl3 sized cube.

template<typename T, typename Alloc = std::allocator<T>>

casacore::Cube< T, Alloc >::Cube	(	const IPosition &	length,
		const T &	initialValue = `T()`,
		const Alloc &	allocator = `Alloc()`
	)

A Cube where the shape ("len") is defined with IPositions.

Fill it with the initial value.

template<typename T, typename Alloc = std::allocator<T>>

casacore::Cube< T, Alloc >::Cube	(	const IPosition &	length,
		typename Array< T, Alloc >::uninitializedType	,
		const Alloc &	allocator = `Alloc()`
	)

An uninitialized Cube where the shape ("len") is defined with IPositions.

template<typename T, typename Alloc = std::allocator<T>>

casacore::Cube< T, Alloc >::Cube ( const Cube< T, Alloc > & )

The copy constructor uses reference semantics.

template<typename T, typename Alloc = std::allocator<T>>

casacore::Cube< T, Alloc >::Cube ( Cube< T, Alloc > && )

template<typename T, typename Alloc = std::allocator<T>>

casacore::Cube< T, Alloc >::Cube ( const Array< T, Alloc > & )

Construct a cube by reference from "other".

"other must have ndim() of 3 or less. The warning which applies to the copy constructor is also valid here.

template<typename T, typename Alloc = std::allocator<T>>

casacore::Cube< T, Alloc >::Cube ( Array< T, Alloc > && )

template<typename T, typename Alloc = std::allocator<T>>

casacore::Cube< T, Alloc >::Cube	(	const IPosition &	shape,
		T *	storage,
		StorageInitPolicy	policy = `COPY`
	)

Create an Cube of a given shape from a pointer.

template<typename T, typename Alloc = std::allocator<T>>

casacore::Cube< T, Alloc >::Cube	(	const IPosition &	shape,
		T *	storage,
		StorageInitPolicy	policy,
		const Alloc &	allocator
	)

Create an Cube of a given shape from a pointer.

template<typename T, typename Alloc = std::allocator<T>>

casacore::Cube< T, Alloc >::Cube	(	const IPosition &	shape,
		const T *	storage
	)

Create an Cube of a given shape from a pointer.

Because the pointer is const, a copy is always made.

Member Function Documentation

template<typename T, typename Alloc = std::allocator<T>>

virtual void casacore::Cube< T, Alloc >::doNonDegenerate	(	const Array< T > &	other,
		const IPosition &	ignoreAxes
	)

overrideprotectedvirtual

Remove the degenerate axes from other and store result in this cube.

An exception is thrown if removing degenerate axes does not result in a cube.

template<typename T, typename Alloc = std::allocator<T>>

size_t casacore::Cube< T, Alloc >::fixedDimensionality ( ) const

inlineoverrideprotectedvirtual

Subclasses can return their dimensionality.

The Array class will make sure that whenever it is resized, the dimensionality is checked. Array's constructors do not check the dimensionality, because the subclass hasn't been created yet at that point. Subclasses should therefore make sure to call the constructors appropriately. For classes that return 0, any resize will be allowed.

Reimplemented from casacore::Array< T, Alloc >.

Definition at line 306 of file Cube.h.

template<typename T, typename Alloc = std::allocator<T>>

size_t casacore::Cube< T, Alloc >::index	(	size_t	i1,
		size_t	i2,
		size_t	i3
	)		const

inlineprivate

Definition at line 316 of file Cube.h.

Referenced by casacore::Cube< casacore::RigidVector< Double, 2 > >::operator()().

template<typename T, typename Alloc = std::allocator<T>>

size_t casacore::Cube< T, Alloc >::index_continuous	(	size_t	i1,
		size_t	i2,
		size_t	i3
	)		const

inlineprivate

Definition at line 321 of file Cube.h.

template<typename T, typename Alloc = std::allocator<T>>

size_t casacore::Cube< T, Alloc >::ncolumn ( ) const

inline

The number of columns in the Cube, i.e.

the length of the 2nd axis.

Definition at line 288 of file Cube.h.

template<typename T, typename Alloc = std::allocator<T>>

size_t casacore::Cube< T, Alloc >::nplane ( ) const

inline

The number of planes in the Cube, i.e.

the length of the 3rd axis.

Definition at line 292 of file Cube.h.

template<typename T, typename Alloc = std::allocator<T>>

size_t casacore::Cube< T, Alloc >::nrow ( ) const

inline

The number of rows in the Cube, i.e.

the length of the first axis.

Definition at line 284 of file Cube.h.

template<typename T, typename Alloc = std::allocator<T>>

virtual bool casacore::Cube< T, Alloc >::ok ( ) const

overridevirtual

Checks that the cube is consistent (invariants check out).

Reimplemented from casacore::Array< T, Alloc >.

template<typename T, typename Alloc = std::allocator<T>>

T& casacore::Cube< T, Alloc >::operator() ( const IPosition & i )

inline

Copy to this those values in marray whose corresponding elements in marray's mask are true.

TODO Cube<T, Alloc> &operator= (const MaskedArray<T> &marray) { Array<T> (*this) = marray; return *this; }

Single-pixel addressing. If AIPS_ARRAY_INDEX_CHECK is defined, bounds checking is performed.

Definition at line 182 of file Cube.h.

template<typename T, typename Alloc = std::allocator<T>>

const T& casacore::Cube< T, Alloc >::operator() ( const IPosition & i ) const

inline

Definition at line 184 of file Cube.h.

template<typename T, typename Alloc = std::allocator<T>>

T& casacore::Cube< T, Alloc >::operator()	(	size_t	i1,
		size_t	i2,
		size_t	i3
	)

inline

Definition at line 187 of file Cube.h.

template<typename T, typename Alloc = std::allocator<T>>

const T& casacore::Cube< T, Alloc >::operator()	(	size_t	i1,
		size_t	i2,
		size_t	i3
	)		const

inline

Definition at line 192 of file Cube.h.

template<typename T, typename Alloc = std::allocator<T>>

Cube<T, Alloc> casacore::Cube< T, Alloc >::operator()	(	const Slice &	sliceX,
		const Slice &	sliceY,
		const Slice &	sliceZ
	)

Take a slice of this cube.

Slices are always indexed starting at zero. This uses reference semantics, i.e. changing a value in the slice changes the original.

Cube<double> vd(100,100,100);
//..\.
vd(Slice(0,10),Slice(10,10,Slice(0,10))) = -1.0; // sub-cube set to -1.0

template<typename T, typename Alloc = std::allocator<T>>

const Cube<T, Alloc> casacore::Cube< T, Alloc >::operator()	(	const Slice &	sliceX,
		const Slice &	sliceY,
		const Slice &	sliceZ
	)		const

template<typename T, typename Alloc = std::allocator<T>>

Array<T> casacore::Cube< T, Alloc >::operator()	(	const IPosition &	blc,
		const IPosition &	trc,
		const IPosition &	incr
	)

inline

Slice using IPositions.

Required to be defined, otherwise the base class versions are hidden.

Definition at line 216 of file Cube.h.

template<typename T, typename Alloc = std::allocator<T>>

const Array<T> casacore::Cube< T, Alloc >::operator()	(	const IPosition &	blc,
		const IPosition &	trc,
		const IPosition &	incr
	)		const

inline

Definition at line 219 of file Cube.h.

template<typename T, typename Alloc = std::allocator<T>>

Array<T> casacore::Cube< T, Alloc >::operator()	(	const IPosition &	blc,
		const IPosition &	trc
	)

inline

Definition at line 222 of file Cube.h.

template<typename T, typename Alloc = std::allocator<T>>

const Array<T> casacore::Cube< T, Alloc >::operator()	(	const IPosition &	blc,
		const IPosition &	trc
	)		const

inline

Definition at line 224 of file Cube.h.

template<typename T, typename Alloc = std::allocator<T>>

Array<T> casacore::Cube< T, Alloc >::operator() ( const Slicer & slicer )

inline

Definition at line 226 of file Cube.h.

template<typename T, typename Alloc = std::allocator<T>>

const Array<T> casacore::Cube< T, Alloc >::operator() ( const Slicer & slicer ) const

inline

Definition at line 228 of file Cube.h.

template<typename T, typename Alloc = std::allocator<T>>

const MaskedArray<T> casacore::Cube< T, Alloc >::operator() ( const LogicalArray & mask ) const

inline

The array is masked by the input LogicalArray.

This mask must conform to the array.

Return a MaskedArray.

Definition at line 238 of file Cube.h.

template<typename T, typename Alloc = std::allocator<T>>

MaskedArray<T> casacore::Cube< T, Alloc >::operator() ( const LogicalArray & mask )

inline

Return a MaskedArray.

Definition at line 242 of file Cube.h.

template<typename T, typename Alloc = std::allocator<T>>

const MaskedArray<T> casacore::Cube< T, Alloc >::operator() ( const MaskedLogicalArray & mask ) const

inline

The array is masked by the input MaskedLogicalArray.

The mask is effectively the AND of the internal LogicalArray and the internal mask of the MaskedLogicalArray. The MaskedLogicalArray must conform to the array.

Return a MaskedArray.

Definition at line 255 of file Cube.h.

template<typename T, typename Alloc = std::allocator<T>>

MaskedArray<T> casacore::Cube< T, Alloc >::operator() ( const MaskedLogicalArray & mask )

inline

Return a MaskedArray.

Definition at line 259 of file Cube.h.

template<typename T, typename Alloc = std::allocator<T>>

Cube<T, Alloc>& casacore::Cube< T, Alloc >::operator= ( const Cube< T, Alloc > & source )

inline

Copy the values from other to this cube.

If this cube has zero elements then it will resize to be the same shape as other; otherwise other must conform to this. Note that the assign function can be used to assign a non-conforming cube.

Definition at line 125 of file Cube.h.

template<typename T, typename Alloc = std::allocator<T>>

Cube<T, Alloc>& casacore::Cube< T, Alloc >::operator= ( Cube< T, Alloc > && source )

inline

Definition at line 127 of file Cube.h.

template<typename T, typename Alloc = std::allocator<T>>

Cube<T, Alloc>& casacore::Cube< T, Alloc >::operator= ( const Array< T, Alloc > & source )

inline

TODO is it highly confusing that operator= is specialized for Cube, e.g. this is allowed: Cube<int> cube(5,1,1); Vector<int> v(5,0); cube = v; But this is not: Array arr(IPosition{5,1,1}); Vector<int> v(5,0); arr = v; If it should be allowed to assign from dim(5,1,1) to dim(5), this should be supported already by the Array class so that the semantics are the same!

This might work if a.ndim == 1 or 2

Definition at line 130 of file Cube.h.

template<typename T, typename Alloc = std::allocator<T>>

Cube<T, Alloc>& casacore::Cube< T, Alloc >::operator= ( Array< T, Alloc > && source )

inline

Definition at line 154 of file Cube.h.

template<typename T, typename Alloc = std::allocator<T>>

Array<T, Alloc>& casacore::Cube< T, Alloc >::operator= ( const T & val )

inline

Copy val into every element of this cube; i.e.

behaves as if val were a constant conformant cube.

Definition at line 168 of file Cube.h.

template<typename T, typename Alloc = std::allocator<T>>

virtual void casacore::Cube< T, Alloc >::preTakeStorage ( const IPosition & )

overrideprotectedvirtual

pre/post processing hook of takeStorage() for subclasses.

Reimplemented from casacore::Array< T, Alloc >.

template<typename T, typename Alloc = std::allocator<T>>

void casacore::Cube< T, Alloc >::resize	(	size_t	nx,
		size_t	ny,
		size_t	nz,
		bool	copyValues = `false`
	)

template<typename T, typename Alloc = std::allocator<T>>

const IPosition& casacore::Cube< T, Alloc >::shape ( ) const

inline

The length of each axis of the cube.

Definition at line 278 of file Cube.h.

template<typename T, typename Alloc = std::allocator<T>>

void casacore::Cube< T, Alloc >::shape	(	int &	s1,
		int &	s2,
		int &	s3
	)		const

inline

Definition at line 280 of file Cube.h.

template<typename T, typename Alloc = std::allocator<T>>

size_t casacore::Cube< T, Alloc >::xinc ( ) const

inlineprivate

Cached constants to improve indexing.

size_t xinc_p, yinc_p, zinc_p; Helper fn to calculate the indexing constants. void makeIndexingConstants();

Definition at line 313 of file Cube.h.

Referenced by casacore::Cube< casacore::RigidVector< Double, 2 > >::index().

template<typename T, typename Alloc = std::allocator<T>>

Matrix<T, Alloc> casacore::Cube< T, Alloc >::xyPlane ( size_t zplane )

Extract a plane as a matrix referencing the original data.

Of course you could also use a Matrix iterator on the cube.

template<typename T, typename Alloc = std::allocator<T>>

const Matrix<T, Alloc> casacore::Cube< T, Alloc >::xyPlane ( size_t zplane ) const

template<typename T, typename Alloc = std::allocator<T>>

Matrix<T, Alloc> casacore::Cube< T, Alloc >::xzPlane ( size_t yplane )

template<typename T, typename Alloc = std::allocator<T>>

const Matrix<T, Alloc> casacore::Cube< T, Alloc >::xzPlane ( size_t yplane ) const

template<typename T, typename Alloc = std::allocator<T>>

size_t casacore::Cube< T, Alloc >::yinc ( ) const

inlineprivate

Definition at line 314 of file Cube.h.

template<typename T, typename Alloc = std::allocator<T>>

Matrix<T, Alloc> casacore::Cube< T, Alloc >::yzPlane ( size_t xplane )

template<typename T, typename Alloc = std::allocator<T>>

const Matrix<T, Alloc> casacore::Cube< T, Alloc >::yzPlane ( size_t xplane ) const

template<typename T, typename Alloc = std::allocator<T>>

size_t casacore::Cube< T, Alloc >::zinc ( ) const

inlineprivate

Definition at line 315 of file Cube.h.

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

casa/Arrays/ArrayFwd.h
casa/Arrays/Cube.h

Public Member Functions

Protected Member Functions

Private Member Functions

Additional Inherited Members

Detailed Description

template<typename T, typename Alloc = std::allocator<T>> class casacore::Cube< T, Alloc >

Review Status

Constructor & Destructor Documentation

Member Function Documentation

template<typename T, typename Alloc = std::allocator<T>>
class casacore::Cube< T, Alloc >