Array< T, Alloc > Class Template Reference

N Dimensional Array with copy-on-write semantics. More...

#include "Array-base.h"

Inheritance diagram for Array< T, Alloc >:

Classes
class	ArrayRep
	The real representation of all arrays. More...

Public Types
typedef bool(*	compare_fcn_type) (typename ref_param< T >::type, typename ref_param< T >::type)
typedef ref_param< T >::type	crefT
typedef T	element_type
typedef octave_idx_type	size_type
	Used for operator(), and returned by numel() and size() (beware: signed integer)
typedef T	value_type

Public Member Functions
	Array ()
	Empty ctor (0 by 0).
	Array (Array< T, Alloc > &&a)
	Array (const Array< T, Alloc > &a)
	No type conversion case.
	Array (const Array< T, Alloc > &a, const dim_vector &dv)
	Reshape constructor.
template<typename U , typename A = Alloc>
	Array (const Array< U, A > &a)
	Type conversion case.
template<template< typename... > class Container>
	Array (const Container< T > &a, const dim_vector &dv)
	Constructor from standard library sequence containers.
	Array (const dim_vector &dv)
	nD uninitialized ctor.
	Array (const dim_vector &dv, const T &val)
	nD initialized ctor.
	Array (T *ptr, const dim_vector &dv, const Alloc &xallocator=Alloc())
virtual	~Array ()
Array< T, Alloc >	as_column () const
	Return the array as a column vector.
Array< T, Alloc >	as_matrix () const
	Return the array as a matrix.
Array< T, Alloc >	as_row () const
	Return the array as a row vector.
void	clear ()
void	clear (const dim_vector &dv)
void	clear (octave_idx_type r, octave_idx_type c)
void	fill (const T &val)
Array< octave_idx_type >	find (octave_idx_type, bool) const
Array< octave_idx_type >	find (octave_idx_type, bool) const
sortmode	is_sorted_rows (sortmode) const
sortmode	is_sorted_rows (sortmode) const
sortmode	issorted (sortmode) const
sortmode	issorted (sortmode) const
Array< octave_idx_type >	lookup (const Array< octave::cdef_object > &, sortmode) const
Array< octave_idx_type >	lookup (const Array< octave::idx_vector > &, sortmode) const
octave_idx_type	lookup (octave::cdef_object const &, sortmode) const
octave_idx_type	lookup (octave::idx_vector const &, sortmode) const
void	make_unique ()
octave_idx_type	nnz () const
octave_idx_type	nnz () const
Array< octave::cdef_object >	nth_element (const octave::idx_vector &, int) const
Array< octave::idx_vector >	nth_element (const octave::idx_vector &, int) const
octave_idx_type	numel () const
	Number of elements in the array.
Array< T, Alloc > &	operator= (Array< T, Alloc > &&a)
Array< T, Alloc > &	operator= (const Array< T, Alloc > &a)
Array< octave::cdef_object >	sort (Array< octave_idx_type > &sidx, int, sortmode) const
Array< octave::idx_vector >	sort (Array< octave_idx_type > &sidx, int, sortmode) const
Array< octave::cdef_object >	sort (int, sortmode) const
Array< octave::idx_vector >	sort (int, sortmode) const
Array< octave_idx_type >	sort_rows_idx (sortmode) const
Array< octave_idx_type >	sort_rows_idx (sortmode) const
First dimension
Get the first dimension of the array (number of rows)
octave_idx_type	dim1 () const
octave_idx_type	rows () const
Second dimension
Get the second dimension of the array (number of columns)
octave_idx_type	dim2 () const
octave_idx_type	cols () const
octave_idx_type	columns () const

Protected Member Functions
	Array (const Array< T, Alloc > &a, const dim_vector &dv, octave_idx_type l, octave_idx_type u)
	slice constructor

Protected Attributes
dim_vector	m_dimensions
Array< T, Alloc >::ArrayRep *	m_rep
T *	m_slice_data
octave_idx_type	m_slice_len

Third dimension
Get the third dimension of the array (number of pages)
template<typename U , typename A >
class	Array
	Size of the specified dimension.
octave_idx_type	dim3 () const
	Size of the specified dimension.
octave_idx_type	pages () const
	Size of the specified dimension.
size_type	size (const size_type d) const
	Size of the specified dimension.
std::size_t	byte_size () const
	Size of the specified dimension.
const dim_vector &	dims () const
	Return a const-reference so that dims ()(i) works efficiently.
Array< T, Alloc >	squeeze () const
	Chop off leading singleton dimensions.
octave_idx_type	compute_index (octave_idx_type i, octave_idx_type j) const
	Size of the specified dimension.
octave_idx_type	compute_index (octave_idx_type i, octave_idx_type j, octave_idx_type k) const
	Size of the specified dimension.
octave_idx_type	compute_index (const Array< octave_idx_type > &ra_idx) const
	Size of the specified dimension.
octave_idx_type	compute_index_unchecked (const Array< octave_idx_type > &ra_idx) const
	Size of the specified dimension.
T &	xelem (octave_idx_type n)
	Size of the specified dimension.
crefT	xelem (octave_idx_type n) const
	Size of the specified dimension.
T &	xelem (octave_idx_type i, octave_idx_type j)
	Size of the specified dimension.
crefT	xelem (octave_idx_type i, octave_idx_type j) const
	Size of the specified dimension.
T &	xelem (octave_idx_type i, octave_idx_type j, octave_idx_type k)
	Size of the specified dimension.
crefT	xelem (octave_idx_type i, octave_idx_type j, octave_idx_type k) const
	Size of the specified dimension.
T &	xelem (const Array< octave_idx_type > &ra_idx)
	Size of the specified dimension.
crefT	xelem (const Array< octave_idx_type > &ra_idx) const
	Size of the specified dimension.
T &	checkelem (octave_idx_type n)
	Size of the specified dimension.
T &	checkelem (octave_idx_type i, octave_idx_type j)
	Size of the specified dimension.
T &	checkelem (octave_idx_type i, octave_idx_type j, octave_idx_type k)
	Size of the specified dimension.
T &	checkelem (const Array< octave_idx_type > &ra_idx)
	Size of the specified dimension.
T &	elem (octave_idx_type n)
	Size of the specified dimension.
T &	elem (octave_idx_type i, octave_idx_type j)
	Size of the specified dimension.
T &	elem (octave_idx_type i, octave_idx_type j, octave_idx_type k)
	Size of the specified dimension.
T &	elem (const Array< octave_idx_type > &ra_idx)
	Size of the specified dimension.
T &	operator() (octave_idx_type n)
	Size of the specified dimension.
T &	operator() (octave_idx_type i, octave_idx_type j)
	Size of the specified dimension.
T &	operator() (octave_idx_type i, octave_idx_type j, octave_idx_type k)
	Size of the specified dimension.
T &	operator() (const Array< octave_idx_type > &ra_idx)
	Size of the specified dimension.
crefT	checkelem (octave_idx_type n) const
	Size of the specified dimension.
crefT	checkelem (octave_idx_type i, octave_idx_type j) const
	Size of the specified dimension.
crefT	checkelem (octave_idx_type i, octave_idx_type j, octave_idx_type k) const
	Size of the specified dimension.
crefT	checkelem (const Array< octave_idx_type > &ra_idx) const
	Size of the specified dimension.
crefT	elem (octave_idx_type n) const
	Size of the specified dimension.
crefT	elem (octave_idx_type i, octave_idx_type j) const
	Size of the specified dimension.
crefT	elem (octave_idx_type i, octave_idx_type j, octave_idx_type k) const
	Size of the specified dimension.
crefT	elem (const Array< octave_idx_type > &ra_idx) const
	Size of the specified dimension.
crefT	operator() (octave_idx_type n) const
	Size of the specified dimension.
crefT	operator() (octave_idx_type i, octave_idx_type j) const
	Size of the specified dimension.
crefT	operator() (octave_idx_type i, octave_idx_type j, octave_idx_type k) const
	Size of the specified dimension.
crefT	operator() (const Array< octave_idx_type > &ra_idx) const
	Size of the specified dimension.
Array< T, Alloc >	column (octave_idx_type k) const
	Extract column: A(:,k+1).
Array< T, Alloc >	page (octave_idx_type k) const
	Extract page: A(:,:,k+1).
Array< T, Alloc >	linear_slice (octave_idx_type lo, octave_idx_type up) const
	Extract a slice from this array as a column vector: A(:)(lo+1:up).
Array< T, Alloc >	reshape (octave_idx_type nr, octave_idx_type nc) const
	Size of the specified dimension.
Array< T, Alloc >	reshape (const dim_vector &new_dims) const
	Size of the specified dimension.
Array< T, Alloc >	permute (const Array< octave_idx_type > &vec, bool inv=false) const
	Size of the specified dimension.
Array< T, Alloc >	ipermute (const Array< octave_idx_type > &vec) const
	Size of the specified dimension.
bool	issquare () const
	Size of the specified dimension.
bool	isempty () const
	Size of the specified dimension.
bool	isvector () const
	Size of the specified dimension.
bool	is_nd_vector () const
	Size of the specified dimension.
Array< T, Alloc >	transpose () const
	Size of the specified dimension.
Array< T, Alloc >	hermitian (T(*fcn)(const T &)=nullptr) const
	Size of the specified dimension.
const T *	data () const
	Size of the specified dimension.
T *	rwdata ()
	Size of the specified dimension.
T *	fortran_vec ()
	Size of the specified dimension.
bool	is_shared () const
	Size of the specified dimension.
int	ndims () const
	Size of the specified dimension.
Array< T, Alloc >	index (const octave::idx_vector &i) const
	Indexing without resizing.
Array< T, Alloc >	index (const octave::idx_vector &i, const octave::idx_vector &j) const
	Size of the specified dimension.
Array< T, Alloc >	index (const Array< octave::idx_vector > &ia) const
	Size of the specified dimension.
virtual T	resize_fill_value () const
	Size of the specified dimension.
void	resize2 (octave_idx_type nr, octave_idx_type nc, const T &rfv)
	Resizing (with fill).
void	resize2 (octave_idx_type nr, octave_idx_type nc)
	Size of the specified dimension.
void	resize1 (octave_idx_type n, const T &rfv)
	Size of the specified dimension.
void	resize1 (octave_idx_type n)
	Size of the specified dimension.
void	resize (const dim_vector &dv, const T &rfv)
	Size of the specified dimension.
void	resize (const dim_vector &dv)
	Size of the specified dimension.
Array< T, Alloc >	index (const octave::idx_vector &i, bool resize_ok, const T &rfv) const
	Indexing with possible resizing and fill.
Array< T, Alloc >	index (const octave::idx_vector &i, bool resize_ok) const
	Size of the specified dimension.
Array< T, Alloc >	index (const octave::idx_vector &i, const octave::idx_vector &j, bool resize_ok, const T &rfv) const
	Size of the specified dimension.
Array< T, Alloc >	index (const octave::idx_vector &i, const octave::idx_vector &j, bool resize_ok) const
	Size of the specified dimension.
Array< T, Alloc >	index (const Array< octave::idx_vector > &ia, bool resize_ok, const T &rfv) const
	Size of the specified dimension.
Array< T, Alloc >	index (const Array< octave::idx_vector > &ia, bool resize_ok) const
	Size of the specified dimension.
void	assign (const octave::idx_vector &i, const Array< T, Alloc > &rhs, const T &rfv)
	Indexed assignment (always with resize & fill).
void	assign (const octave::idx_vector &i, const Array< T, Alloc > &rhs)
	Size of the specified dimension.
void	assign (const octave::idx_vector &i, const octave::idx_vector &j, const Array< T, Alloc > &rhs, const T &rfv)
	Size of the specified dimension.
void	assign (const octave::idx_vector &i, const octave::idx_vector &j, const Array< T, Alloc > &rhs)
	Size of the specified dimension.
void	assign (const Array< octave::idx_vector > &ia, const Array< T, Alloc > &rhs, const T &rfv)
	Size of the specified dimension.
void	assign (const Array< octave::idx_vector > &ia, const Array< T, Alloc > &rhs)
	Size of the specified dimension.
void	delete_elements (const octave::idx_vector &i)
	Deleting elements.
void	delete_elements (int dim, const octave::idx_vector &i)
	A(:,...,I,...,:) = [] (>= 2 subscripts, one of them is non-colon)
void	delete_elements (const Array< octave::idx_vector > &ia)
	Dispatcher to the above two.
Array< T, Alloc > &	insert (const Array< T, Alloc > &a, const Array< octave_idx_type > &idx)
	Insert an array into another at a specified position.
Array< T, Alloc > &	insert (const Array< T, Alloc > &a, octave_idx_type r, octave_idx_type c)
	This is just a special case for idx = [r c 0 ...].
void	maybe_economize ()
	Size of the specified dimension.
void	print_info (std::ostream &os, const std::string &prefix) const
	Size of the specified dimension.
Array< T, Alloc >	sort (int dim=0, sortmode mode=ASCENDING) const
	Size of the specified dimension.
Array< T, Alloc >	sort (Array< octave_idx_type > &sidx, int dim=0, sortmode mode=ASCENDING) const
	Size of the specified dimension.
sortmode	issorted (sortmode mode=UNSORTED) const
	Ordering is auto-detected or can be specified.
Array< octave_idx_type >	sort_rows_idx (sortmode mode=ASCENDING) const
	Sort by rows returns only indices.
sortmode	is_sorted_rows (sortmode mode=UNSORTED) const
	Ordering is auto-detected or can be specified.
octave_idx_type	lookup (const T &value, sortmode mode=UNSORTED) const
	Do a binary lookup in a sorted array.
Array< octave_idx_type >	lookup (const Array< T, Alloc > &values, sortmode mode=UNSORTED) const
	Ditto, but for an array of values, specializing on the case when values are sorted.
octave_idx_type	nnz () const
	Count nonzero elements.
Array< octave_idx_type >	find (octave_idx_type n=-1, bool backward=false) const
	Find indices of (at most n) nonzero elements.
Array< T, Alloc >	nth_element (const octave::idx_vector &n, int dim=0) const
	Returns the n-th element in increasing order, using the same ordering as used for sort.
Array< T, Alloc >	diag (octave_idx_type k=0) const
	Get the kth super or subdiagonal.
Array< T, Alloc >	diag (octave_idx_type m, octave_idx_type n) const
	Size of the specified dimension.
template<typename U , typename F , typename A = std::allocator<U>>
Array< U, A >	map (F fcn) const
	Apply function fcn to each element of the Array<T, Alloc>.
template<typename U , typename A = std::allocator<U>>
Array< U, A >	map (U(&fcn)(T)) const
	Overloads for function references.
template<typename U , typename A = std::allocator<U>>
Array< U, A >	map (U(&fcn)(const T &)) const
	Size of the specified dimension.
template<typename F , bool zero>
bool	test (F fcn) const
	Generic any/all test functionality with arbitrary predicate.
template<typename F >
bool	test_any (F fcn) const
	Simpler calls.
template<typename F >
bool	test_all (F fcn) const
	Size of the specified dimension.
bool	test_any (bool(&fcn)(T)) const
	Overloads for function references.
bool	test_any (bool(&fcn)(const T &)) const
	Size of the specified dimension.
bool	test_all (bool(&fcn)(T)) const
	Size of the specified dimension.
bool	test_all (bool(&fcn)(const T &)) const
	Size of the specified dimension.
bool	optimize_dimensions (const dim_vector &dv)
	Returns true if this->dims () == dv, and if so, replaces this->m_dimensions by a shallow copy of dv.
static Array< T, Alloc >	cat (int dim, octave_idx_type n, const Array< T, Alloc > *array_list)
	Concatenation along a specified (0-based) dimension, equivalent to cat().

Detailed Description

template<typename T, typename Alloc>
class Array< T, Alloc >

N Dimensional Array with copy-on-write semantics.

The Array class is at the root of Octave. It provides a container with an arbitrary number of dimensions. The operator () provides access to individual elements via subscript and linear indexing. Indexing starts at 0. Arrays are column-major order as in Fortran.

// 3 D Array with 10 rows, 20 columns, and 5 pages, filled with 7.0
Array<double> A (dim_vector (10, 20, 5), 7.0);
 
// set value for row 0, column 10, and page 3
A(0, 10, 3) = 2.5;
 
// get value for row 1, column 2, and page 0
double v = A(1, 2, 0);
 
// get value for 25th element (row 4, column 3, page 1)
double v = A(24);

Notes on STL compatibility

size() and length()

To access the total number of elements in an Array, use numel() which is short for number of elements and is equivalent to the Octave function with same name.

Array<int> A (dim_vector (10, 20, 4), 1);
 
octave_idx_type n = A.numel (); // returns 800 (10x20x4)
 
octave_idx_type nr = A.size (0); // returns 10 (number of rows/dimension 0)
octave_idx_type nc = A.size (1); // returns 20 (number of columns)
octave_idx_type nc = A.size (2); // returns 4 (size of dimension 3)
octave_idx_type l6 = A.size (6); // returns 1 (implicit singleton dimension)
 
// Alternatively, get a dim_vector which represents the dimensions.
dim_vector dims = A.dims ();

The methods size() and length() as they exist in the STL cause confusion in the context of a N dimensional array.

The size() of an array is the length of all dimensions. In Octave, the size() function returns a row vector with the length of each dimension, or the size of a specific dimension. Only the latter is present in liboctave.

Since there is more than 1 dimension, length() would not make sense without expliciting which dimension. If the function existed, which length should it return? Octave length() function returns the length of the longest dimension which is an odd definition, only useful for vectors and square matrices. The alternatives numel(), rows(), columns(), and size(d) are more explicit and recommended.

size_type

Array::size_type is 'octave_idx_type' which is a typedef for 'int' or 'long int', depending whether Octave was configured for 64-bit indexing.

This is a signed integer which may cause problems when mixed with STL containers. The reason is that Octave interacts with Fortran routines, providing an interface many Fortran numeric libraries.

Subclasses

The following subclasses specializations, will be of most use:

• Matrix: Array<double> with only 2 dimensions
• ComplexMatrix: Array<std::complex<double>> with only 2 dimensions
• boolNDArray: N dimensional Array<bool>
• ColumnVector: Array<double> with 1 column
• string_vector: Array<std::string> with 1 column
• Cell: Array<octave_value>, equivalent to an Octave cell.

Definition at line 129 of file Array-base.h.

Member Typedef Documentation

compare_fcn_type

template<typename T , typename Alloc >

typedef bool(* Array< T, Alloc >::compare_fcn_type) (typename ref_param< T >::type, typename ref_param< T >::type)

Definition at line 256 of file Array-base.h.

crefT

template<typename T , typename Alloc >

typedef ref_param<T>::type Array< T, Alloc >::crefT

Definition at line 254 of file Array-base.h.

element_type

template<typename T , typename Alloc >

typedef T Array< T, Alloc >::element_type

Definition at line 246 of file Array-base.h.

size_type

template<typename T , typename Alloc >

typedef octave_idx_type Array< T, Alloc >::size_type

Used for operator(), and returned by numel() and size() (beware: signed integer)

Definition at line 252 of file Array-base.h.

value_type

template<typename T , typename Alloc >

typedef T Array< T, Alloc >::value_type

Definition at line 248 of file Array-base.h.

Constructor & Destructor Documentation

Array() [1/10]

template<typename T , typename Alloc >

Array< T, Alloc >::Array ( const Array< T, Alloc > &  a, const dim_vector &  dv, octave_idx_type  l, octave_idx_type  u  )

inlineprotected

slice constructor

Definition at line 277 of file Array-base.h.

References dim_vector::chop_trailing_singletons(), and Array< T, Alloc >::ArrayRep::m_count.

Array() [2/10]

template<typename T , typename Alloc >

Array< T, Alloc >::Array ( )

inline

Empty ctor (0 by 0).

Definition at line 292 of file Array-base.h.

References Array< T, Alloc >::ArrayRep::m_count.

Array() [3/10]

template<typename T , typename Alloc >

Array< T, Alloc >::Array ( const dim_vector &  dv )

inlineexplicit

nD uninitialized ctor.

Definition at line 301 of file Array-base.h.

References dim_vector::chop_trailing_singletons().

Array() [4/10]

template<typename T , typename Alloc >

Array< T, Alloc >::Array ( const dim_vector &  dv, const T &  val  )

inlineexplicit

nD initialized ctor.

Definition at line 311 of file Array-base.h.

References dim_vector::chop_trailing_singletons().

Array() [5/10]

template<typename T , typename Alloc >

Array< T, Alloc >::Array ( T *  ptr, const dim_vector &  dv, const Alloc &  xallocator = Alloc ()  )

inlineexplicit

Definition at line 327 of file Array-base.h.

References dim_vector::chop_trailing_singletons().

Array() [6/10]

template<typename T , typename Alloc >

Array< T, Alloc >::Array	(	const Array< T, Alloc > &	a,
		const dim_vector &	dv
	)

Reshape constructor.

Definition at line 56 of file Array-base.cc.

References dim_vector::chop_trailing_singletons(), Array< T, Alloc >::ArrayRep::m_count, Array< T, Alloc >::m_dimensions, Array< T, Alloc >::m_rep, Array< T, Alloc >::numel(), dim_vector::safe_numel(), and dim_vector::str().

Array() [7/10]

template<typename T , typename Alloc >

template<template< typename... > class Container>

Array< T, Alloc >::Array	(	const Container< T > &	a,
		const dim_vector &	dv
	)

Constructor from standard library sequence containers.

Definition at line 988 of file Array-base.h.

References dim_vector::chop_trailing_singletons(), Array< T, Alloc >::m_dimensions, Array< T, Alloc >::m_slice_data, dim_vector::safe_numel(), dim_vector::str(), and x.

Array() [8/10]

template<typename T , typename Alloc >

template<typename U , typename A = Alloc>

Array< T, Alloc >::Array ( const Array< U, A > &  a )

inline

Type conversion case.

Definition at line 347 of file Array-base.h.

Array() [9/10]

template<typename T , typename Alloc >

Array< T, Alloc >::Array ( const Array< T, Alloc > &  a )

inline

No type conversion case.

Definition at line 355 of file Array-base.h.

References Array< T, Alloc >::ArrayRep::m_count.

Array() [10/10]

template<typename T , typename Alloc >

Array< T, Alloc >::Array ( Array< T, Alloc > &&  a )

inline

Definition at line 363 of file Array-base.h.

~Array()

template<typename T , typename Alloc >

virtual Array< T, Alloc >::~Array ( )

inlinevirtual

Definition at line 374 of file Array-base.h.

References Array< T, Alloc >::ArrayRep::m_count.

Member Function Documentation

as_column()

template<typename T , typename Alloc >

Array< T, Alloc > Array< T, Alloc >::as_column ( ) const

inline

Return the array as a column vector.

Definition at line 446 of file Array-base.h.

References Array< T, Alloc >::m_dimensions, dim_vector::ndims(), and numel().

as_matrix()

template<typename T , typename Alloc >

Array< T, Alloc > Array< T, Alloc >::as_matrix ( ) const

inline

Return the array as a matrix.

Definition at line 468 of file Array-base.h.

References Array< T, Alloc >::m_dimensions, dim_vector::ndims(), and dim_vector::redim().

Referenced by Sparse< T, Alloc >::index().

as_row()

template<typename T , typename Alloc >

Array< T, Alloc > Array< T, Alloc >::as_row ( ) const

inline

Return the array as a row vector.

Definition at line 457 of file Array-base.h.

References Array< T, Alloc >::m_dimensions, dim_vector::ndims(), and numel().

assign() [1/6]

template<typename T , typename Alloc >

void Array< T, Alloc >::assign	(	const Array< octave::idx_vector > &	ia,
		const Array< T, Alloc > &	rhs
	)

Size of the specified dimension.

Dimensions beyond the Array number of dimensions return 1 as those are implicit singleton dimensions.

Equivalent to Octave's 'size (A, DIM)'

Definition at line 1417 of file Array-base.cc.

assign() [2/6]

template<typename T , typename Alloc >

void Array< T, Alloc >::assign	(	const Array< octave::idx_vector > &	ia,
		const Array< T, Alloc > &	rhs,
		const T &	rfv
	)

Size of the specified dimension.

Dimensions beyond the Array number of dimensions return 1 as those are implicit singleton dimensions.

Equivalent to Octave's 'size (A, DIM)'

Definition at line 1297 of file Array-base.cc.

References dim_vector::alloc(), dim_vector::chop_all_singletons(), dim_vector::chop_trailing_singletons(), Array< T, Alloc >::data(), Array< T, Alloc >::dims(), dim_vector::ndims(), Array< T, Alloc >::numel(), dim_vector::redim(), Array< T, Alloc >::reshape(), dim_vector::zero_by_zero(), and zero_dims_inquire().

assign() [3/6]

template<typename T , typename Alloc >

void Array< T, Alloc >::assign ( const octave::idx_vector &  i, const Array< T, Alloc > &  rhs  )

inline

Size of the specified dimension.

Dimensions beyond the Array number of dimensions return 1 as those are implicit singleton dimensions.

Equivalent to Octave's 'size (A, DIM)'

Definition at line 768 of file Array-base.h.

assign() [4/6]

template<typename T , typename Alloc >

void Array< T, Alloc >::assign	(	const octave::idx_vector &	i,
		const Array< T, Alloc > &	rhs,
		const T &	rfv
	)

Indexed assignment (always with resize & fill).

Definition at line 1146 of file Array-base.cc.

References Array< T, Alloc >::data(), Array< T, Alloc >::dims(), Array< T, Alloc >::numel(), numel(), and Array< T, Alloc >::reshape().

Referenced by Sparse< T, Alloc >::assign(), Cell::assign(), and cdef_object_array::subsasgn().

assign() [5/6]

template<typename T , typename Alloc >

void Array< T, Alloc >::assign ( const octave::idx_vector &  i, const octave::idx_vector &  j, const Array< T, Alloc > &  rhs  )

inline

Size of the specified dimension.

Dimensions beyond the Array number of dimensions return 1 as those are implicit singleton dimensions.

Equivalent to Octave's 'size (A, DIM)'

Definition at line 777 of file Array-base.h.

assign() [6/6]

template<typename T , typename Alloc >

void Array< T, Alloc >::assign	(	const octave::idx_vector &	i,
		const octave::idx_vector &	j,
		const Array< T, Alloc > &	rhs,
		const T &	rfv
	)

Size of the specified dimension.

Dimensions beyond the Array number of dimensions return 1 as those are implicit singleton dimensions.

Equivalent to Octave's 'size (A, DIM)'

Definition at line 1193 of file Array-base.cc.

References dim_vector::chop_all_singletons(), Array< T, Alloc >::data(), Array< T, Alloc >::dim1(), Array< T, Alloc >::dim2(), Array< T, Alloc >::dims(), dim_vector::ndims(), Array< T, Alloc >::numel(), numel(), dim_vector::redim(), Array< T, Alloc >::reshape(), dim_vector::zero_by_zero(), and zero_dims_inquire().

byte_size()

template<typename T , typename Alloc >

std::size_t Array< T, Alloc >::byte_size ( ) const

inline

Size of the specified dimension.

Dimensions beyond the Array number of dimensions return 1 as those are implicit singleton dimensions.

Equivalent to Octave's 'size (A, DIM)'

Definition at line 525 of file Array-base.h.

References numel().

Referenced by octave_cell::byte_size(), DiagArray2< T >::byte_size(), PermMatrix::byte_size(), octave_perm_matrix::load_binary(), and octave_perm_matrix::save_binary().

cat()

template<typename T , typename Alloc >

Array< T, Alloc > Array< T, Alloc >::cat ( int  dim, octave_idx_type  n, const Array< T, Alloc > *  array_list  )

static

Concatenation along a specified (0-based) dimension, equivalent to cat().

dim = -1 corresponds to dim = 0 and dim = -2 corresponds to dim = 1, but apply the looser matching rules of vertcat/horzcat.

Definition at line 2673 of file Array-base.cc.

References dim_vector::concat(), Array< T, Alloc >::dims(), dim_vector::hvcat(), dim_vector::ndims(), and dim_vector::zero_by_zero().

checkelem() [1/8]

template<typename T , typename Alloc >

T & Array< T, Alloc >::checkelem

(

const Array< octave_idx_type > &

ra_idx

)

Size of the specified dimension.

Dimensions beyond the Array number of dimensions return 1 as those are implicit singleton dimensions.

Equivalent to Octave's 'size (A, DIM)'

Definition at line 249 of file Array-base.cc.

References compute_index(), and ra_idx.

checkelem() [2/8]

template<typename T , typename Alloc >

Array< T, Alloc >::crefT Array< T, Alloc >::checkelem

(

const Array< octave_idx_type > &

ra_idx

)

const

Size of the specified dimension.

Dimensions beyond the Array number of dimensions return 1 as those are implicit singleton dimensions.

Equivalent to Octave's 'size (A, DIM)'

Definition at line 284 of file Array-base.cc.

References compute_index(), and ra_idx.

checkelem() [3/8]

template<typename T , typename Alloc >

T & Array< T, Alloc >::checkelem	(	octave_idx_type	i,
		octave_idx_type	j
	)

Size of the specified dimension.

Dimensions beyond the Array number of dimensions return 1 as those are implicit singleton dimensions.

Equivalent to Octave's 'size (A, DIM)'

Definition at line 235 of file Array-base.cc.

References compute_index().

checkelem() [4/8]

template<typename T , typename Alloc >

Array< T, Alloc >::crefT Array< T, Alloc >::checkelem	(	octave_idx_type	i,
		octave_idx_type	j
	)		const

Size of the specified dimension.

Dimensions beyond the Array number of dimensions return 1 as those are implicit singleton dimensions.

Equivalent to Octave's 'size (A, DIM)'

Definition at line 269 of file Array-base.cc.

References compute_index().

checkelem() [5/8]

template<typename T , typename Alloc >

T & Array< T, Alloc >::checkelem	(	octave_idx_type	i,
		octave_idx_type	j,
		octave_idx_type	k
	)

Size of the specified dimension.

Dimensions beyond the Array number of dimensions return 1 as those are implicit singleton dimensions.

Equivalent to Octave's 'size (A, DIM)'

Definition at line 242 of file Array-base.cc.

References compute_index().

checkelem() [6/8]

template<typename T , typename Alloc >

Array< T, Alloc >::crefT Array< T, Alloc >::checkelem	(	octave_idx_type	i,
		octave_idx_type	j,
		octave_idx_type	k
	)		const

Size of the specified dimension.

Dimensions beyond the Array number of dimensions return 1 as those are implicit singleton dimensions.

Equivalent to Octave's 'size (A, DIM)'

Definition at line 276 of file Array-base.cc.

References compute_index().

checkelem() [7/8]

template<typename T , typename Alloc >

T & Array< T, Alloc >::checkelem

(

octave_idx_type

n

)

Size of the specified dimension.

Dimensions beyond the Array number of dimensions return 1 as those are implicit singleton dimensions.

Equivalent to Octave's 'size (A, DIM)'

Definition at line 222 of file Array-base.cc.

Referenced by type_info::lookup_assign_op(), type_info::lookup_assignany_op(), type_info::lookup_binary_class_op(), type_info::lookup_binary_class_op(), type_info::lookup_binary_op(), type_info::lookup_binary_op(), type_info::lookup_cat_op(), type_info::lookup_non_const_unary_op(), type_info::lookup_pref_assign_conv(), type_info::lookup_unary_class_op(), type_info::lookup_unary_op(), type_info::lookup_widening_op(), type_info::register_assign_op(), type_info::register_assignany_op(), type_info::register_cat_op(), type_info::register_non_const_unary_op(), type_info::register_pref_assign_conv(), type_info::register_unary_class_op(), type_info::register_unary_op(), and type_info::register_widening_op().

checkelem() [8/8]

template<typename T , typename Alloc >

Array< T, Alloc >::crefT Array< T, Alloc >::checkelem

(

octave_idx_type

n

)

const

Size of the specified dimension.

Dimensions beyond the Array number of dimensions return 1 as those are implicit singleton dimensions.

Equivalent to Octave's 'size (A, DIM)'

Definition at line 256 of file Array-base.cc.

clear() [1/3]

template<typename T , typename Alloc >

void Array< T, Alloc >::clear

(

)

Definition at line 110 of file Array-base.cc.

Referenced by octave_char_matrix_str::cellstr_value(), ComplexColumnVector::clear(), ComplexRowVector::clear(), ColumnVector::clear(), RowVector::clear(), FloatComplexColumnVector::clear(), FloatColumnVector::clear(), FloatComplexRowVector::clear(), FloatRowVector::clear(), do_mat2cell(), do_mat2cell_nd(), octave_fields::equal_up_to_order(), Fdbstop(), Array< T, Alloc >::find(), range< T, typename std::enable_if< std::is_floating_point< T >::value >::type >::index(), linspace(), linspace(), linspace(), linspace(), octave_fields::orderfields(), read_mat5_binary_element(), rsf2csf< ComplexMatrix, Matrix >(), and rsf2csf< FloatComplexMatrix, FloatMatrix >().

clear() [2/3]

template<typename T , typename Alloc >

void Array< T, Alloc >::clear

(

const dim_vector &

dv

)

Definition at line 125 of file Array-base.cc.

References dim_vector::chop_trailing_singletons(), and dim_vector::safe_numel().

clear() [3/3]

template<typename T , typename Alloc >

void Array< T, Alloc >::clear ( octave_idx_type  r, octave_idx_type  c  )

inline

Definition at line 435 of file Array-base.h.

cols()

template<typename T , typename Alloc >

octave_idx_type Array< T, Alloc >::cols ( ) const

inline

Definition at line 495 of file Array-base.h.

Referenced by aepbalance< MT >::aepbalance(), aepbalance< MT >::aepbalance(), aepbalance< MT >::aepbalance(), aepbalance< MT >::aepbalance(), ComplexMatrix::ComplexMatrix(), ComplexMatrix::ComplexMatrix(), FloatComplexMatrix::FloatComplexMatrix(), FloatComplexMatrix::FloatComplexMatrix(), FloatMatrix::FloatMatrix(), Matrix::Matrix(), airy(), airy(), ComplexMatrix::append(), Matrix::append(), ComplexMatrix::append(), ComplexMatrix::append(), ComplexMatrix::append(), ComplexMatrix::append(), ComplexMatrix::append(), Matrix::append(), FloatComplexMatrix::append(), FloatMatrix::append(), FloatComplexMatrix::append(), FloatComplexMatrix::append(), FloatComplexMatrix::append(), FloatComplexMatrix::append(), FloatComplexMatrix::append(), FloatMatrix::append(), FloatComplexMatrix::append(), FloatMatrix::append(), FloatComplexMatrix::append(), FloatMatrix::append(), ComplexMatrix::append(), Matrix::append(), ComplexMatrix::append(), Matrix::append(), biry(), biry(), ComplexMatrix::column_max(), Matrix::column_max(), FloatComplexMatrix::column_max(), FloatMatrix::column_max(), ComplexMatrix::column_min(), Matrix::column_min(), FloatComplexMatrix::column_min(), FloatMatrix::column_min(), ComplexMatrix::determinant(), Matrix::determinant(), FloatComplexMatrix::determinant(), FloatMatrix::determinant(), ComplexMatrix::diag(), Matrix::diag(), FloatComplexMatrix::diag(), FloatMatrix::diag(), elem_xpow(), elem_xpow(), elem_xpow(), elem_xpow(), elem_xpow(), elem_xpow(), elem_xpow(), elem_xpow(), elem_xpow(), elem_xpow(), elem_xpow(), elem_xpow(), elem_xpow(), elem_xpow(), elem_xpow(), elem_xpow(), elem_xpow(), elem_xpow(), elem_xpow(), elem_xpow(), elem_xpow(), elem_xpow(), elem_xpow(), elem_xpow(), ComplexMatrix::fill(), ComplexMatrix::fill(), FloatComplexMatrix::fill(), FloatComplexMatrix::fill(), ComplexMatrix::fill(), Matrix::fill(), ComplexMatrix::fill(), Matrix::fill(), FloatComplexMatrix::fill(), FloatMatrix::fill(), FloatComplexMatrix::fill(), FloatMatrix::fill(), ComplexMatrix::fourier(), Matrix::fourier(), FloatComplexMatrix::fourier(), FloatMatrix::fourier(), ComplexMatrix::fourier2d(), Matrix::fourier2d(), FloatComplexMatrix::fourier2d(), FloatMatrix::fourier2d(), Fperms(), Ftrexc(), ComplexMatrix::ifourier(), Matrix::ifourier(), FloatComplexMatrix::ifourier(), FloatMatrix::ifourier(), ComplexMatrix::ifourier2d(), Matrix::ifourier2d(), FloatComplexMatrix::ifourier2d(), FloatMatrix::ifourier2d(), Sparse< T, Alloc >::index(), qr< T >::init(), qrp< T >::init(), qr< T >::init(), qrp< T >::init(), qr< T >::init(), qrp< T >::init(), qr< T >::init(), qrp< T >::init(), ComplexMatrix::insert(), Matrix::insert(), ComplexMatrix::insert(), ComplexMatrix::insert(), ComplexMatrix::insert(), ComplexMatrix::insert(), Matrix::insert(), FloatComplexMatrix::insert(), FloatMatrix::insert(), FloatComplexMatrix::insert(), FloatComplexMatrix::insert(), FloatComplexMatrix::insert(), FloatComplexMatrix::insert(), FloatMatrix::insert(), FloatComplexMatrix::insert(), FloatComplexMatrix::insert(), FloatMatrix::insert(), ComplexMatrix::insert(), ComplexMatrix::insert(), Matrix::insert(), qr< T >::insert_col(), qr< T >::insert_col(), qr< T >::insert_col(), qr< T >::insert_col(), ComplexMatrix::ishermitian(), FloatComplexMatrix::ishermitian(), Matrix::issymmetric(), FloatMatrix::issymmetric(), lange(), lange(), lange(), lange(), Matrix::lssolve(), ComplexMatrix::lssolve(), ComplexMatrix::lssolve(), FloatMatrix::lssolve(), FloatComplexMatrix::lssolve(), FloatComplexMatrix::lssolve(), FloatMatrix::lssolve(), Matrix::lssolve(), matrix_real_probe(), octave_print_internal(), octave_print_internal(), ComplexMatrix::operator+=(), ComplexMatrix::operator+=(), Matrix::operator+=(), FloatComplexMatrix::operator+=(), FloatComplexMatrix::operator+=(), FloatMatrix::operator+=(), FloatComplexMatrix::operator+=(), ComplexMatrix::operator+=(), ComplexMatrix::operator-=(), ComplexMatrix::operator-=(), Matrix::operator-=(), FloatComplexMatrix::operator-=(), FloatComplexMatrix::operator-=(), FloatMatrix::operator-=(), FloatComplexMatrix::operator-=(), ComplexMatrix::operator-=(), boolMatrix::operator==(), charMatrix::operator==(), ComplexMatrix::operator==(), FloatComplexMatrix::operator==(), FloatMatrix::operator==(), Matrix::operator==(), ComplexMatrix::pseudo_inverse(), Matrix::pseudo_inverse(), FloatComplexMatrix::pseudo_inverse(), FloatMatrix::pseudo_inverse(), ComplexMatrix::rcond(), Matrix::rcond(), FloatComplexMatrix::rcond(), FloatMatrix::rcond(), ComplexMatrix::row_max(), Matrix::row_max(), FloatComplexMatrix::row_max(), FloatMatrix::row_max(), ComplexMatrix::row_min(), Matrix::row_min(), FloatComplexMatrix::row_min(), FloatMatrix::row_min(), rsf2csf< ComplexMatrix, Matrix >(), rsf2csf< FloatComplexMatrix, FloatMatrix >(), octave_cell::save_ascii(), octave_char_matrix_str::save_ascii(), save_mat_ascii_data(), save_mat_binary_data(), ComplexMatrix::stack(), Matrix::stack(), ComplexMatrix::stack(), ComplexMatrix::stack(), ComplexMatrix::stack(), ComplexMatrix::stack(), ComplexMatrix::stack(), Matrix::stack(), FloatComplexMatrix::stack(), FloatMatrix::stack(), FloatComplexMatrix::stack(), FloatComplexMatrix::stack(), FloatComplexMatrix::stack(), FloatComplexMatrix::stack(), FloatComplexMatrix::stack(), FloatMatrix::stack(), FloatComplexMatrix::stack(), FloatMatrix::stack(), FloatComplexMatrix::stack(), FloatMatrix::stack(), ComplexMatrix::stack(), Matrix::stack(), ComplexMatrix::stack(), Matrix::stack(), octave_bool_matrix::try_narrowing_conversion(), qr< T >::update(), qr< T >::update(), qr< T >::update(), qr< T >::update(), xgemm(), xgemm(), xgemm(), xgemm(), xpow(), xpow(), xpow(), xpow(), xpow(), xpow(), xpow(), xpow(), xpow(), xpow(), xpow(), xpow(), xpow(), xpow(), xpow(), and xpow().

column()

template<typename T , typename Alloc >

Array< T, Alloc > Array< T, Alloc >::column

(

octave_idx_type

k

)

const

Extract column: A(:,k+1).

Definition at line 291 of file Array-base.cc.

columns()

template<typename T , typename Alloc >

octave_idx_type Array< T, Alloc >::columns ( ) const

inline

Definition at line 497 of file Array-base.h.

Referenced by lu< T >::lu(), lu< T >::lu(), lu< T >::lu(), lu< T >::lu(), type_info::assign_ops_map(), type_info::assignany_ops_map(), type_info::binary_ops_map(), column_norms(), type_info::compound_binary_ops_map(), octave_complex_matrix::diag(), octave_float_complex_matrix::diag(), octave_float_matrix::diag(), octave_matrix::diag(), octave_complex_matrix::diag(), octave_float_complex_matrix::diag(), octave_float_matrix::diag(), octave_matrix::diag(), opengl_renderer::draw_patch(), opengl_renderer::draw_surface(), elem_xdiv(), elem_xdiv(), elem_xdiv(), elem_xdiv(), elem_xdiv(), elem_xdiv(), elem_xdiv(), elem_xdiv(), F__delaunayn__(), F__dsearchn__(), F__event_manager_file_dialog__(), F__pchip_deriv__(), F__voronoi__(), Faudiowrite(), Fconvhulln(), Fstrrep(), Array< T, Alloc >::index(), Array< T, Alloc >::insert(), ComplexMatrix::inverse(), Matrix::inverse(), FloatComplexMatrix::inverse(), FloatMatrix::inverse(), max(), max(), max(), max(), max(), max(), max(), max(), max(), min(), min(), min(), min(), min(), min(), min(), min(), min(), type_info::non_const_unary_ops_map(), operator*(), operator*(), operator*(), operator*(), ComplexMatrix::row_is_real_only(), FloatComplexMatrix::row_is_real_only(), row_norms(), tree_evaluator::switch_case_label_matches(), type_info::unary_ops_map(), lu< T >::update(), lu< T >::update(), lu< T >::update(), lu< T >::update(), lu< T >::update(), lu< T >::update(), lu< T >::update(), lu< T >::update(), lu< T >::update_piv(), lu< T >::update_piv(), lu< T >::update_piv(), lu< T >::update_piv(), lu< T >::update_piv(), lu< T >::update_piv(), lu< T >::update_piv(), and lu< T >::update_piv().

compute_index() [1/3]

template<typename T , typename Alloc >

octave_idx_type Array< T, Alloc >::compute_index

(

const Array< octave_idx_type > &

ra_idx

)

const

Size of the specified dimension.

Dimensions beyond the Array number of dimensions return 1 as those are implicit singleton dimensions.

Equivalent to Octave's 'size (A, DIM)'

Definition at line 208 of file Array-base.cc.

References ra_idx.

compute_index() [2/3]

template<typename T , typename Alloc >

octave_idx_type Array< T, Alloc >::compute_index	(	octave_idx_type	i,
		octave_idx_type	j
	)		const

Size of the specified dimension.

Dimensions beyond the Array number of dimensions return 1 as those are implicit singleton dimensions.

Equivalent to Octave's 'size (A, DIM)'

Definition at line 193 of file Array-base.cc.

compute_index() [3/3]

template<typename T , typename Alloc >

octave_idx_type Array< T, Alloc >::compute_index	(	octave_idx_type	i,
		octave_idx_type	j,
		octave_idx_type	k
	)		const

Size of the specified dimension.

Dimensions beyond the Array number of dimensions return 1 as those are implicit singleton dimensions.

Equivalent to Octave's 'size (A, DIM)'

Definition at line 200 of file Array-base.cc.

compute_index_unchecked()

template<typename T , typename Alloc >

octave_idx_type Array< T, Alloc >::compute_index_unchecked

(

const Array< octave_idx_type > &

ra_idx

)

const

Size of the specified dimension.

Dimensions beyond the Array number of dimensions return 1 as those are implicit singleton dimensions.

Equivalent to Octave's 'size (A, DIM)'

Definition at line 215 of file Array-base.cc.

References octave_base_value::numel(), and ra_idx.

data()

template<typename T , typename Alloc >

const T * Array< T, Alloc >::data ( ) const

inline

Size of the specified dimension.

Dimensions beyond the Array number of dimensions return 1 as those are implicit singleton dimensions.

Equivalent to Octave's 'size (A, DIM)'

Definition at line 687 of file Array-base.h.

Referenced by Cell::Cell(), NDArray::NDArray(), octave_bool_matrix::as_mxArray(), octave_cell::as_mxArray(), octave_char_matrix::as_mxArray(), octave_complex_matrix::as_mxArray(), octave_float_complex_matrix::as_mxArray(), octave_float_matrix::as_mxArray(), ov_range< T >::as_mxArray(), octave_matrix::as_mxArray(), octave_struct::as_mxArray(), octave_scalar_struct::as_mxArray(), Array< T, Alloc >::assign(), Array< T, Alloc >::assign(), Array< T, Alloc >::assign(), binmap(), binmap(), binmap(), blkmm_internal(), blkmm_internal(), blkmm_internal(), blkmm_internal(), cam2xform(), DiagArray2< T >::data(), do_bitpack(), do_bsxfun1_op(), do_bsxfun2_op(), do_bsxfun_op(), do_mm_binary_op(), do_mm_binary_op(), do_mm_binary_op(), do_mx_check(), do_mx_cum_op(), do_mx_cum_op(), do_mx_cumminmax_op(), do_mx_cumminmax_op(), do_mx_cumminmax_op(), do_mx_cumminmax_op(), do_mx_diff_op(), do_mx_flip_op(), do_mx_minmax_op(), do_mx_minmax_op(), do_mx_minmax_op(), do_mx_minmax_op(), do_mx_minmax_op(), do_mx_minmax_op(), do_mx_red_op(), do_mx_red_op(), do_randi_array< bool >(), do_sm_binary_op(), do_sm_binary_op(), do_sm_binary_op(), opengl_renderer::draw_patch(), opengl_renderer::draw_surface(), F__dsearchn__(), F__glpk__(), F__native2unicode__(), F__pchip_deriv__(), F__unicode2native__(), F__unicode_length__(), Fbase64_encode(), Fcumsum(), Fdot(), Fellipj(), filter(), Fordschur(), ComplexMatrix::fourier(), Matrix::fourier(), FloatComplexMatrix::fourier(), FloatMatrix::fourier(), ComplexNDArray::fourier(), NDArray::fourier(), FloatComplexNDArray::fourier(), FloatNDArray::fourier(), ComplexMatrix::fourier2d(), Matrix::fourier2d(), NDArray::fourier2d(), FloatComplexMatrix::fourier2d(), FloatComplexNDArray::fourier2d(), FloatMatrix::fourier2d(), FloatNDArray::fourier2d(), ComplexNDArray::fourierNd(), NDArray::fourierNd(), FloatComplexNDArray::fourierNd(), FloatNDArray::fourierNd(), Fperms(), Funicode_idx(), MArray< T >::idx_add(), MArray< T >::idx_add_nd(), MArray< T >::idx_max(), ComplexMatrix::ifourier(), Matrix::ifourier(), FloatComplexMatrix::ifourier(), ComplexNDArray::ifourier(), FloatComplexNDArray::ifourier(), ComplexMatrix::ifourier2d(), ComplexNDArray::ifourier2d(), FloatComplexMatrix::ifourier2d(), FloatComplexNDArray::ifourier2d(), ComplexNDArray::ifourierNd(), FloatComplexNDArray::ifourierNd(), octave_char_matrix::index_vector(), qr< T >::insert_col(), qr< T >::insert_col(), qr< T >::insert_col(), qr< T >::insert_col(), qr< T >::insert_col(), qr< T >::insert_col(), qr< T >::insert_col(), lange(), lange(), lange(), lange(), load_mcos_object(), Array< T, Alloc >::lookup(), octave_cell::mex_get_data(), num2hex(), octinternal_do_mul_pm_sm(), octinternal_do_mul_sm_pm(), operator*(), operator*(), operator*(), operator*(), operator*(), operator*(), operator*(), operator*(), ComplexColumnVector::operator+=(), FloatComplexColumnVector::operator+=(), FloatComplexMatrix::operator+=(), FloatComplexRowVector::operator+=(), ComplexMatrix::operator+=(), ComplexRowVector::operator+=(), ComplexColumnVector::operator-=(), FloatComplexColumnVector::operator-=(), FloatComplexMatrix::operator-=(), FloatComplexRowVector::operator-=(), ComplexMatrix::operator-=(), ComplexRowVector::operator-=(), boolMatrix::operator==(), charMatrix::operator==(), ColumnVector::operator==(), ComplexColumnVector::operator==(), ComplexMatrix::operator==(), ComplexRowVector::operator==(), FloatColumnVector::operator==(), FloatComplexColumnVector::operator==(), FloatComplexMatrix::operator==(), FloatComplexRowVector::operator==(), FloatMatrix::operator==(), FloatRowVector::operator==(), Matrix::operator==(), RowVector::operator==(), ComplexMatrix::rcond(), Matrix::rcond(), FloatComplexMatrix::rcond(), FloatMatrix::rcond(), subsystem_handler::read_filewrapper(), read_mat5_binary_element(), octave_char_matrix_str::save_ascii(), octave_bool_matrix::save_binary(), octave_complex_diag_matrix::save_binary(), octave_complex_matrix::save_binary(), octave_float_complex_diag_matrix::save_binary(), octave_float_complex_matrix::save_binary(), octave_float_diag_matrix::save_binary(), octave_float_matrix::save_binary(), octave_perm_matrix::save_binary(), octave_diag_matrix::save_binary(), octave_matrix::save_binary(), octave_char_matrix_str::save_binary(), octave_bool_matrix::save_hdf5(), octave_complex_matrix::save_hdf5(), octave_float_complex_matrix::save_hdf5(), octave_float_matrix::save_hdf5(), octave_matrix::save_hdf5(), save_mat5_binary_element(), save_mat5_element_length(), save_mat_binary_data(), opengl_renderer::set_clipbox(), opengl_renderer::set_color(), opengl_renderer::setup_opengl_transformation(), lu< T >::update_piv(), lu< T >::update_piv(), lu< T >::update_piv(), lu< T >::update_piv(), lu< T >::update_piv(), lu< T >::update_piv(), lu< T >::update_piv(), lu< T >::update_piv(), vector_norm_2_blas(), stream::write(), xgemm(), xgemm(), xgemm(), and xgemm().

delete_elements() [1/3]

template<typename T , typename Alloc >

void Array< T, Alloc >::delete_elements

(

const Array< octave::idx_vector > &

ia

)

Dispatcher to the above two.

Definition at line 1536 of file Array-base.cc.

References Array< T, Alloc >::numel().

delete_elements() [2/3]

template<typename T , typename Alloc >

void Array< T, Alloc >::delete_elements

(

const octave::idx_vector &

i

)

Deleting elements.

A(I) = [] (with a single subscript)

Definition at line 1433 of file Array-base.cc.

References numel(), and Array< T, Alloc >::rwdata().

Referenced by octave_map::delete_elements(), octave_map::delete_elements(), Cell::delete_elements(), octave_map::delete_elements(), and cdef_object_array::subsasgn().

delete_elements() [3/3]

template<typename T , typename Alloc >

void Array< T, Alloc >::delete_elements	(	int	dim,
		const octave::idx_vector &	i
	)

A(:,...,I,...,:) = [] (>= 2 subscripts, one of them is non-colon)

Definition at line 1473 of file Array-base.cc.

References dim_vector::resize(), and Array< T, Alloc >::rwdata().

diag() [1/2]

template<typename T , typename Alloc >

Array< T, Alloc > Array< T, Alloc >::diag

(

octave_idx_type

k = 0

)

const

Get the kth super or subdiagonal.

The zeroth diagonal is the ordinary diagonal.

Definition at line 2571 of file Array-base.cc.

References d, and dim_vector::ndims().

Referenced by range< T, typename std::enable_if< std::is_floating_point< T >::value >::type >::diag(), Cell::diag(), octave_base_scalar< ST >::diag(), boolMatrix::diag(), boolNDArray::diag(), charNDArray::diag(), Cell::diag(), octave_base_scalar< ST >::diag(), boolNDArray::diag(), and charNDArray::diag().

diag() [2/2]

template<typename T , typename Alloc >

Array< T, Alloc > Array< T, Alloc >::diag	(	octave_idx_type	m,
		octave_idx_type	n
	)		const

Size of the specified dimension.

Dimensions beyond the Array number of dimensions return 1 as those are implicit singleton dimensions.

Equivalent to Octave's 'size (A, DIM)'

Definition at line 2657 of file Array-base.cc.

References numel().

dim1()

template<typename T , typename Alloc >

octave_idx_type Array< T, Alloc >::dim1 ( ) const

inline

Definition at line 482 of file Array-base.h.

Referenced by Array< T, Alloc >::assign(), DiagArray2< T >::nelem(), and DiagArray2< T >::rows().

dim2()

template<typename T , typename Alloc >

octave_idx_type Array< T, Alloc >::dim2 ( ) const

inline

Definition at line 493 of file Array-base.h.

Referenced by Array< T, Alloc >::assign(), DiagArray2< T >::cols(), DiagArray2< T >::columns(), DiagArray2< T >::nelem(), and base_text_renderer::rotate_pixels().

dim3()

template<typename T , typename Alloc >

octave_idx_type Array< T, Alloc >::dim3 ( ) const

inline

Size of the specified dimension.

Dimensions beyond the Array number of dimensions return 1 as those are implicit singleton dimensions.

Equivalent to Octave's 'size (A, DIM)'

Definition at line 505 of file Array-base.h.

References dim_vector::ndims().

Referenced by base_text_renderer::rotate_pixels().

dims()

template<typename T , typename Alloc >

const dim_vector & Array< T, Alloc >::dims ( ) const

inline

Return a const-reference so that dims ()(i) works efficiently.

Definition at line 529 of file Array-base.h.

Referenced by NDArray::NDArray(), airy(), airy(), Array< T, Alloc >::assign(), Array< T, Alloc >::assign(), Array< T, Alloc >::assign(), octave_map::assign(), binmap(), binmap(), binmap(), biry(), biry(), bitopxx(), Array< T, Alloc >::cat(), cdef_object_array::clone(), NDArray::concat(), FloatNDArray::concat(), charNDArray::concat(), conv_to_int_array(), octave_map::delete_elements(), octave_map::delete_elements(), octave_map::delete_elements(), do_bitpack(), do_bsxfun1_op(), do_bsxfun2_op(), do_bsxfun_op(), do_inplace_bsxfun_op(), do_mm_binary_op(), do_mm_binary_op(), do_mm_binary_op(), do_mm_inplace_op(), do_mx_cum_op(), do_mx_cum_op(), do_mx_cumminmax_op(), do_mx_cumminmax_op(), do_mx_cumminmax_op(), do_mx_cumminmax_op(), do_mx_diff_op(), do_mx_flip_op(), do_mx_minmax_op(), do_mx_minmax_op(), do_mx_minmax_op(), do_mx_minmax_op(), do_mx_minmax_op(), do_mx_minmax_op(), do_mx_red_op(), do_mx_red_op(), do_simple_cellfun(), do_sm_binary_op(), do_sm_binary_op(), do_sm_binary_op(), opengl_renderer::draw_surface(), octave_char_matrix_str::edit_display(), elem_xdiv(), elem_xdiv(), elem_xdiv(), elem_xdiv(), elem_xdiv(), elem_xdiv(), elem_xdiv(), elem_xdiv(), elem_xpow(), elem_xpow(), elem_xpow(), elem_xpow(), elem_xpow(), elem_xpow(), elem_xpow(), elem_xpow(), elem_xpow(), elem_xpow(), elem_xpow(), elem_xpow(), elem_xpow(), elem_xpow(), elem_xpow(), elem_xpow(), elem_xpow(), elem_xpow(), elem_xpow(), elem_xpow(), elem_xpow(), elem_xpow(), elem_xpow(), elem_xpow(), F__isprimelarge__(), F__make_valid_name__(), Fcell2struct(), Fcomplex(), Fcumsum(), Fellipj(), filter(), find_nonzero_elem_idx(), Fis_same_file(), Fisa(), Fisargout(), Fisfield(), Flookup(), ComplexNDArray::fourier(), NDArray::fourier(), FloatComplexNDArray::fourier(), FloatNDArray::fourier(), ComplexNDArray::fourier2d(), NDArray::fourier2d(), FloatComplexNDArray::fourier2d(), FloatNDArray::fourier2d(), ComplexNDArray::fourierNd(), NDArray::fourierNd(), FloatComplexNDArray::fourierNd(), FloatNDArray::fourierNd(), Fregexprep(), Frepelems(), Fstr2double(), Fstrfind(), Fstrrep(), Fstruct(), Funicode_idx(), hex2num(), MArray< T >::idx_add_nd(), ComplexNDArray::ifourier(), NDArray::ifourier(), FloatComplexNDArray::ifourier(), FloatNDArray::ifourier(), ComplexNDArray::ifourier2d(), NDArray::ifourier2d(), FloatComplexNDArray::ifourier2d(), FloatNDArray::ifourier2d(), ComplexNDArray::ifourierNd(), NDArray::ifourierNd(), FloatComplexNDArray::ifourierNd(), FloatNDArray::ifourierNd(), octave_map::index(), octave_map::index(), octave_map::index(), Array< T, Alloc >::insert(), ComplexNDArray::insert(), FloatComplexNDArray::insert(), Array< T, Alloc >::lookup(), octave_float_matrix::map(), octave_matrix::map(), map_2_xldexp(), cdef_object::map_value(), num2hex(), octave_print_internal(), operator<<(), octave_map::permute(), octave_cell::print_raw(), octave_map::setfield(), sizes_cmp(), and Array< T, Alloc >::sort().

elem() [1/8]

template<typename T , typename Alloc >

T & Array< T, Alloc >::elem ( const Array< octave_idx_type > &  ra_idx )

inline

Size of the specified dimension.

Dimensions beyond the Array number of dimensions return 1 as those are implicit singleton dimensions.

Equivalent to Octave's 'size (A, DIM)'

Definition at line 597 of file Array-base.h.

References Array< T, Alloc >::elem(), and ra_idx.

elem() [2/8]

template<typename T , typename Alloc >

crefT Array< T, Alloc >::elem ( const Array< octave_idx_type > &  ra_idx ) const

inline

Size of the specified dimension.

Dimensions beyond the Array number of dimensions return 1 as those are implicit singleton dimensions.

Equivalent to Octave's 'size (A, DIM)'

Definition at line 630 of file Array-base.h.

References ra_idx, and Array< T, Alloc >::xelem().

elem() [3/8]

template<typename T , typename Alloc >

T & Array< T, Alloc >::elem ( octave_idx_type  i, octave_idx_type  j  )

inline

Size of the specified dimension.

Dimensions beyond the Array number of dimensions return 1 as those are implicit singleton dimensions.

Equivalent to Octave's 'size (A, DIM)'

Definition at line 591 of file Array-base.h.

elem() [4/8]

template<typename T , typename Alloc >

crefT Array< T, Alloc >::elem ( octave_idx_type  i, octave_idx_type  j  ) const

inline

Size of the specified dimension.

Dimensions beyond the Array number of dimensions return 1 as those are implicit singleton dimensions.

Equivalent to Octave's 'size (A, DIM)'

Definition at line 622 of file Array-base.h.

elem() [5/8]

template<typename T , typename Alloc >

T & Array< T, Alloc >::elem ( octave_idx_type  i, octave_idx_type  j, octave_idx_type  k  )

inline

Size of the specified dimension.

Dimensions beyond the Array number of dimensions return 1 as those are implicit singleton dimensions.

Equivalent to Octave's 'size (A, DIM)'

Definition at line 594 of file Array-base.h.

elem() [6/8]

template<typename T , typename Alloc >

crefT Array< T, Alloc >::elem ( octave_idx_type  i, octave_idx_type  j, octave_idx_type  k  ) const

inline

Size of the specified dimension.

Dimensions beyond the Array number of dimensions return 1 as those are implicit singleton dimensions.

Equivalent to Octave's 'size (A, DIM)'

Definition at line 626 of file Array-base.h.

elem() [7/8]

template<typename T , typename Alloc >

T & Array< T, Alloc >::elem ( octave_idx_type  n )

inline

Size of the specified dimension.

Dimensions beyond the Array number of dimensions return 1 as those are implicit singleton dimensions.

Equivalent to Octave's 'size (A, DIM)'

Definition at line 585 of file Array-base.h.

Referenced by ComplexMatrix::ComplexMatrix(), ComplexMatrix::ComplexMatrix(), ComplexMatrix::ComplexMatrix(), ComplexMatrix::ComplexMatrix(), ComplexMatrix::ComplexMatrix(), ComplexMatrix::ComplexMatrix(), ComplexMatrix::ComplexMatrix(), FloatComplexMatrix::FloatComplexMatrix(), FloatComplexMatrix::FloatComplexMatrix(), FloatComplexMatrix::FloatComplexMatrix(), FloatComplexMatrix::FloatComplexMatrix(), FloatComplexMatrix::FloatComplexMatrix(), FloatComplexMatrix::FloatComplexMatrix(), FloatComplexMatrix::FloatComplexMatrix(), FloatMatrix::FloatMatrix(), FloatMatrix::FloatMatrix(), FloatMatrix::FloatMatrix(), FloatMatrix::FloatMatrix(), FloatMatrix::FloatMatrix(), Matrix::Matrix(), Matrix::Matrix(), Matrix::Matrix(), Matrix::Matrix(), Matrix::Matrix(), Sparse< T, Alloc >::Sparse(), ComplexNDArray::all_integers(), NDArray::all_integers(), FloatComplexNDArray::all_integers(), FloatNDArray::all_integers(), aepbalance< MT >::balancing_matrix(), octave_complex_matrix::char_array_value(), octave_float_complex_matrix::char_array_value(), octave_float_matrix::char_array_value(), ov_range< T >::char_array_value(), octave_matrix::char_array_value(), ComplexMatrix::column_is_real_only(), FloatComplexMatrix::column_is_real_only(), ComplexMatrix::column_max(), Matrix::column_max(), FloatComplexMatrix::column_max(), FloatMatrix::column_max(), ComplexMatrix::column_min(), Matrix::column_min(), FloatComplexMatrix::column_min(), FloatMatrix::column_min(), NDArray::concat(), FloatNDArray::concat(), charNDArray::concat(), conv_to_int_array(), ddasrt_j(), delete_graphics_objects(), ComplexMatrix::determinant(), Matrix::determinant(), FloatComplexMatrix::determinant(), FloatMatrix::determinant(), DiagArray2< T >::dgelem(), DiagArray2< T >::dgelem(), LSODE::do_integrate(), LSODE::do_integrate(), Array< T, Alloc >::elem(), DiagArray2< T >::elem(), DiagArray2< T >::elem(), elem_xdiv(), elem_xdiv(), elem_xdiv(), elem_xdiv(), ComplexRowVector::extract(), RowVector::extract(), FloatComplexRowVector::extract(), FloatRowVector::extract(), ComplexDiagMatrix::extract(), charMatrix::extract(), DiagMatrix::extract(), FloatComplexDiagMatrix::extract(), FloatDiagMatrix::extract(), ComplexColumnVector::extract(), ColumnVector::extract(), FloatComplexColumnVector::extract(), FloatColumnVector::extract(), ComplexRowVector::extract_n(), RowVector::extract_n(), FloatComplexRowVector::extract_n(), FloatRowVector::extract_n(), ComplexColumnVector::extract_n(), ColumnVector::extract_n(), FloatComplexColumnVector::extract_n(), FloatColumnVector::extract_n(), ComplexDiagMatrix::fill(), DiagMatrix::fill(), ComplexDiagMatrix::fill(), ComplexDiagMatrix::fill(), ComplexDiagMatrix::fill(), ComplexDiagMatrix::fill(), FloatDiagMatrix::fill(), FloatComplexDiagMatrix::fill(), FloatDiagMatrix::fill(), FloatComplexDiagMatrix::fill(), FloatComplexDiagMatrix::fill(), FloatComplexDiagMatrix::fill(), FloatComplexDiagMatrix::fill(), FloatComplexDiagMatrix::fill(), FloatDiagMatrix::fill(), FloatComplexDiagMatrix::fill(), FloatDiagMatrix::fill(), ComplexDiagMatrix::fill(), DiagMatrix::fill(), ComplexDiagMatrix::fill(), DiagMatrix::fill(), qr< T >::form(), qr< T >::form(), qr< T >::form(), qr< T >::form(), Fsymrcm(), Givens(), Givens(), Givens(), Givens(), ComplexColumnVector::insert(), ColumnVector::insert(), ComplexMatrix::insert(), Matrix::insert(), ComplexColumnVector::insert(), ComplexMatrix::insert(), ComplexRowVector::insert(), ComplexMatrix::insert(), FloatComplexColumnVector::insert(), FloatColumnVector::insert(), FloatComplexMatrix::insert(), FloatMatrix::insert(), FloatComplexColumnVector::insert(), FloatComplexMatrix::insert(), FloatComplexRowVector::insert(), FloatComplexMatrix::insert(), FloatComplexMatrix::insert(), FloatComplexRowVector::insert(), FloatRowVector::insert(), FloatComplexMatrix::insert(), FloatMatrix::insert(), ComplexMatrix::insert(), ComplexNDArray::insert(), FloatComplexNDArray::insert(), ComplexRowVector::insert(), RowVector::insert(), ComplexMatrix::insert(), Matrix::insert(), DASPK::integrate(), DASSL::integrate(), DASPK::integrate(), DASSL::integrate(), ComplexMatrix::inverse(), Matrix::inverse(), FloatComplexMatrix::inverse(), FloatMatrix::inverse(), ComplexMatrix::ishermitian(), Matrix::issymmetric(), FloatMatrix::issymmetric(), octave_bool_matrix::load_ascii(), octave_cell::load_ascii(), octave_cell::load_binary(), octave_bool_matrix::load_hdf5(), octave_cell::load_hdf5(), octave_classdef::loadobj(), Matrix::lssolve(), ComplexMatrix::lssolve(), ComplexMatrix::lssolve(), FloatMatrix::lssolve(), FloatComplexMatrix::lssolve(), FloatComplexMatrix::lssolve(), FloatMatrix::lssolve(), Matrix::lssolve(), matrix_real_probe(), SparseBoolMatrix::matrix_value(), ComplexColumnVector::max(), ComplexRowVector::max(), ColumnVector::max(), RowVector::max(), FloatComplexColumnVector::max(), FloatColumnVector::max(), FloatComplexRowVector::max(), FloatRowVector::max(), SparseComplexMatrix::max(), SparseMatrix::max(), ComplexColumnVector::min(), ComplexRowVector::min(), ColumnVector::min(), RowVector::min(), FloatComplexColumnVector::min(), FloatColumnVector::min(), FloatComplexRowVector::min(), FloatRowVector::min(), SparseComplexMatrix::min(), SparseMatrix::min(), boolMatrix::operator!(), intNDArray< T >::operator!(), operator*(), ComplexMatrix::operator+=(), ComplexMatrix::operator+=(), Matrix::operator+=(), FloatComplexMatrix::operator+=(), FloatComplexMatrix::operator+=(), FloatMatrix::operator+=(), ComplexMatrix::operator-=(), ComplexMatrix::operator-=(), Matrix::operator-=(), FloatComplexMatrix::operator-=(), FloatComplexMatrix::operator-=(), FloatMatrix::operator-=(), operator<<(), operator<<(), operator>>(), bp_table::parse_dbfunction_params(), Array< T, Alloc >::permute(), plus_or_minus(), plus_or_minus(), ComplexMatrix::pseudo_inverse(), Matrix::pseudo_inverse(), FloatComplexMatrix::pseudo_inverse(), FloatMatrix::pseudo_inverse(), read_mat_ascii_data(), ComplexMatrix::row_is_real_only(), FloatComplexMatrix::row_is_real_only(), ComplexMatrix::row_max(), Matrix::row_max(), FloatComplexMatrix::row_max(), FloatMatrix::row_max(), ComplexMatrix::row_min(), Matrix::row_min(), FloatComplexMatrix::row_min(), FloatMatrix::row_min(), octave_cell::save_ascii(), octave_cell::save_binary(), and octave_cell::save_hdf5().

elem() [8/8]

template<typename T , typename Alloc >

crefT Array< T, Alloc >::elem ( octave_idx_type  n ) const

inline

Size of the specified dimension.

Dimensions beyond the Array number of dimensions return 1 as those are implicit singleton dimensions.

Equivalent to Octave's 'size (A, DIM)'

Definition at line 618 of file Array-base.h.

fill()

template<typename T , typename Alloc >

void Array< T, Alloc >::fill

(

const T &

val

)

Definition at line 96 of file Array-base.cc.

References numel().

find() [1/3]

template<typename T , typename Alloc >

Array< octave_idx_type > Array< T, Alloc >::find	(	octave_idx_type	n = -1,
		bool	backward = false
	)		const

Find indices of (at most n) nonzero elements.

If n is specified, backward specifies search from backward.

Definition at line 2268 of file Array-base.cc.

References Array< T, Alloc >::clear(), Array< T, Alloc >::isempty(), Array< T, Alloc >::m_dimensions, Array< T, Alloc >::numel(), numel(), Array< T, Alloc >::resize2(), and Array< T, Alloc >::rwdata().

Referenced by find_nonzero_elem_idx(), find_nonzero_elem_idx(), and cdef_class::make_meta_class().

find() [2/3]

Array< octave_idx_type > Array< octave::cdef_object >::find	(	octave_idx_type	,
		bool
	)		const

Definition at line 47 of file Array-tc.cc.

find() [3/3]

Array< octave_idx_type > Array< octave::idx_vector >::find	(	octave_idx_type	,
		bool
	)		const

Definition at line 44 of file Array-idx-vec.cc.

fortran_vec()

template<typename T , typename Alloc >

T * Array< T, Alloc >::fortran_vec ( )

inline

Size of the specified dimension.

Dimensions beyond the Array number of dimensions return 1 as those are implicit singleton dimensions.

Equivalent to Octave's 'size (A, DIM)'

Definition at line 695 of file Array-base.h.

Referenced by Ftrexc().

hermitian()

template<typename T , typename Alloc >

Array< T, Alloc > Array< T, Alloc >::hermitian

(

T(*)(const T &)

fcn = nullptr

)

const

Size of the specified dimension.

Dimensions beyond the Array number of dimensions return 1 as those are implicit singleton dimensions.

Equivalent to Octave's 'size (A, DIM)'

Definition at line 1692 of file Array-base.cc.

References liboctave_panic_unless, and Array< T, Alloc >::xelem().

Referenced by MArray< T >::hermitian().

index() [1/9]

template<typename T , typename Alloc >

Array< T, Alloc > Array< T, Alloc >::index

(

const Array< octave::idx_vector > &

ia

)

const

Size of the specified dimension.

Dimensions beyond the Array number of dimensions return 1 as those are implicit singleton dimensions.

Equivalent to Octave's 'size (A, DIM)'

Definition at line 843 of file Array-base.cc.

index() [2/9]

template<typename T , typename Alloc >

Array< T, Alloc > Array< T, Alloc >::index	(	const Array< octave::idx_vector > &	ia,
		bool	resize_ok
	)		const

Size of the specified dimension.

Dimensions beyond the Array number of dimensions return 1 as those are implicit singleton dimensions.

Equivalent to Octave's 'size (A, DIM)'

Definition at line 1139 of file Array-base.cc.

index() [3/9]

template<typename T , typename Alloc >

Array< T, Alloc > Array< T, Alloc >::index	(	const Array< octave::idx_vector > &	ia,
		bool	resize_ok,
		const T &	rfv
	)		const

Size of the specified dimension.

Dimensions beyond the Array number of dimensions return 1 as those are implicit singleton dimensions.

Equivalent to Octave's 'size (A, DIM)'

Definition at line 1105 of file Array-base.cc.

References dim_vector::alloc(), Array< T, Alloc >::index(), Array< T, Alloc >::m_dimensions, Array< T, Alloc >::numel(), dim_vector::redim(), and Array< T, Alloc >::resize().

index() [4/9]

template<typename T , typename Alloc >

Array< T, Alloc > Array< T, Alloc >::index

(

const octave::idx_vector &

i

)

const

Indexing without resizing.

Definition at line 718 of file Array-base.cc.

Referenced by ComplexMatrix::column(), Matrix::column(), FloatComplexMatrix::column(), FloatMatrix::column(), octave_char_matrix_str::do_index_op_internal(), ComplexMatrix::extract(), Matrix::extract(), FloatComplexMatrix::extract(), FloatMatrix::extract(), ComplexMatrix::extract_n(), Matrix::extract_n(), FloatComplexMatrix::extract_n(), FloatMatrix::extract_n(), find_nonzero_elem_idx(), Array< T, Alloc >::index(), octave_map::index(), Array< T, Alloc >::index(), octave_map::index(), Sparse< T, Alloc >::index(), Array< T, Alloc >::index(), octave_map::index(), Cell::index(), octave_print_internal(), operator*(), base_text_renderer::rotate_pixels(), ComplexMatrix::row(), Matrix::row(), FloatComplexMatrix::row(), FloatMatrix::row(), cdef_object_array::subsasgn(), and cdef_object_array::subsref().

index() [5/9]

template<typename T , typename Alloc >

Array< T, Alloc > Array< T, Alloc >::index ( const octave::idx_vector &  i, bool  resize_ok  ) const

inline

Size of the specified dimension.

Dimensions beyond the Array number of dimensions return 1 as those are implicit singleton dimensions.

Equivalent to Octave's 'size (A, DIM)'

Definition at line 741 of file Array-base.h.

index() [6/9]

template<typename T , typename Alloc >

Array< T, Alloc > Array< T, Alloc >::index	(	const octave::idx_vector &	i,
		bool	resize_ok,
		const T &	rfv
	)		const

Indexing with possible resizing and fill.

Definition at line 1053 of file Array-base.cc.

References Array< T, Alloc >::index(), Array< T, Alloc >::numel(), numel(), and Array< T, Alloc >::resize1().

index() [7/9]

template<typename T , typename Alloc >

Array< T, Alloc > Array< T, Alloc >::index	(	const octave::idx_vector &	i,
		const octave::idx_vector &	j
	)		const

Size of the specified dimension.

Dimensions beyond the Array number of dimensions return 1 as those are implicit singleton dimensions.

Equivalent to Octave's 'size (A, DIM)'

Definition at line 785 of file Array-base.cc.

index() [8/9]

template<typename T , typename Alloc >

Array< T, Alloc > Array< T, Alloc >::index ( const octave::idx_vector &  i, const octave::idx_vector &  j, bool  resize_ok  ) const

inline

Size of the specified dimension.

Dimensions beyond the Array number of dimensions return 1 as those are implicit singleton dimensions.

Equivalent to Octave's 'size (A, DIM)'

Definition at line 750 of file Array-base.h.

index() [9/9]

template<typename T , typename Alloc >

Array< T, Alloc > Array< T, Alloc >::index	(	const octave::idx_vector &	i,
		const octave::idx_vector &	j,
		bool	resize_ok,
		const T &	rfv
	)		const

Size of the specified dimension.

Dimensions beyond the Array number of dimensions return 1 as those are implicit singleton dimensions.

Equivalent to Octave's 'size (A, DIM)'

Definition at line 1077 of file Array-base.cc.

References Array< T, Alloc >::columns(), Array< T, Alloc >::index(), dim_vector::redim(), Array< T, Alloc >::resize2(), and Array< T, Alloc >::rows().

insert() [1/2]

template<typename T , typename Alloc >

Array< T, Alloc > & Array< T, Alloc >::insert	(	const Array< T, Alloc > &	a,
		const Array< octave_idx_type > &	idx
	)

Insert an array into another at a specified position.

If size (a) is [d1 d2 ... dN] and idx is [i1 i2 ... iN], this method is equivalent to x(i1:i1+d1-1, i2:i2+d2-1, ... , iN:iN+dN-1) = a.

Definition at line 1634 of file Array-base.cc.

References Array< T, Alloc >::dims(), octave_base_value::numel(), ra_idx, and dim_vector::redim().

Referenced by boolMatrix::insert(), boolNDArray::insert(), boolNDArray::insert(), Cell::insert(), Cell::insert(), charMatrix::insert(), charNDArray::insert(), charNDArray::insert(), ComplexNDArray::insert(), ComplexNDArray::insert(), FloatComplexMatrix::insert(), FloatComplexNDArray::insert(), FloatComplexNDArray::insert(), FloatNDArray::insert(), FloatNDArray::insert(), Matrix::insert(), NDArray::insert(), NDArray::insert(), and bp_table::parse_dbfunction_params().

insert() [2/2]

template<typename T , typename Alloc >

Array< T, Alloc > & Array< T, Alloc >::insert	(	const Array< T, Alloc > &	a,
		octave_idx_type	r,
		octave_idx_type	c
	)

This is just a special case for idx = [r c 0 ...].

Definition at line 1613 of file Array-base.cc.

References Array< T, Alloc >::columns(), Array< T, Alloc >::m_dimensions, Array< T, Alloc >::ndims(), and Array< T, Alloc >::rows().

ipermute()

template<typename T , typename Alloc >

Array< T, Alloc > Array< T, Alloc >::ipermute ( const Array< octave_idx_type > &  vec ) const

inline

Size of the specified dimension.

Dimensions beyond the Array number of dimensions return 1 as those are implicit singleton dimensions.

Equivalent to Octave's 'size (A, DIM)'

Definition at line 668 of file Array-base.h.

Referenced by MArray< T >::ipermute().

is_nd_vector()

template<typename T , typename Alloc >

bool Array< T, Alloc >::is_nd_vector ( ) const

inline

Size of the specified dimension.

Dimensions beyond the Array number of dimensions return 1 as those are implicit singleton dimensions.

Equivalent to Octave's 'size (A, DIM)'

Definition at line 680 of file Array-base.h.

References dim_vector::is_nd_vector().

is_shared()

template<typename T , typename Alloc >

bool Array< T, Alloc >::is_shared ( ) const

inline

Size of the specified dimension.

Dimensions beyond the Array number of dimensions return 1 as those are implicit singleton dimensions.

Equivalent to Octave's 'size (A, DIM)'

Definition at line 698 of file Array-base.h.

References Array< T, Alloc >::ArrayRep::m_count.

Referenced by mx_el_or_assign(), operator*=(), operator+=(), operator+=(), operator-=(), operator-=(), operator/=(), operator/=(), operator/=(), product_eq(), and quotient_eq().

is_sorted_rows() [1/3]

template<typename T , typename Alloc >

sortmode Array< T, Alloc >::is_sorted_rows

(

sortmode

mode = UNSORTED

)

const

Ordering is auto-detected or can be specified.

Definition at line 2127 of file Array-base.cc.

References ASCENDING, DESCENDING, octave_sort< T >::is_sorted_rows(), safe_comparator(), octave_sort< T >::set_compare(), and UNSORTED.

Referenced by octave_cell::is_sorted_rows().

is_sorted_rows() [2/3]

sortmode Array< octave::cdef_object >::is_sorted_rows

(

sortmode

)

const

Definition at line 47 of file Array-tc.cc.

is_sorted_rows() [3/3]

sortmode Array< octave::idx_vector >::is_sorted_rows

(

sortmode

)

const

Definition at line 44 of file Array-idx-vec.cc.

isempty()

template<typename T , typename Alloc >

bool Array< T, Alloc >::isempty ( ) const

inline

Size of the specified dimension.

Dimensions beyond the Array number of dimensions return 1 as those are implicit singleton dimensions.

Equivalent to Octave's 'size (A, DIM)'

Definition at line 674 of file Array-base.h.

References numel().

Referenced by NDArray::concat(), FloatNDArray::concat(), charNDArray::concat(), bp_table::dbstop_process_map_args(), do_bsxfun1_op(), do_bsxfun2_op(), do_bsxfun_op(), do_inplace_bsxfun_op(), do_minmax_red_op< boolNDArray >(), opengl_renderer::draw_patch(), opengl_renderer::draw_scatter(), opengl_renderer::draw_surface(), opengl_renderer::draw_text_background(), EigsComplexNonSymmetricFunc(), EigsComplexNonSymmetricMatrix(), EigsComplexNonSymmetricMatrixShift(), EigsRealNonSymmetricFunc(), EigsRealNonSymmetricMatrix(), EigsRealNonSymmetricMatrixShift(), EigsRealSymmetricFunc(), EigsRealSymmetricMatrix(), EigsRealSymmetricMatrixShift(), F__magick_write__(), Array< T, Alloc >::find(), find_nonzero_elem_idx(), octave_bool_matrix::load_ascii(), octave_char_matrix_str::load_ascii(), Array< T, Alloc >::nth_element(), OCTAVE_BEGIN_NAMESPACE(), OCTAVE_BEGIN_NAMESPACE(), OCTAVE_BEGIN_NAMESPACE(), OCTAVE_BEGIN_NAMESPACE(), octave_print_internal(), and opengl_renderer::set_color().

issorted() [1/3]

template<typename T , typename Alloc >

sortmode Array< T, Alloc >::issorted

(

sortmode

mode = UNSORTED

)

const

Ordering is auto-detected or can be specified.

Definition at line 2077 of file Array-base.cc.

References ASCENDING, DESCENDING, octave_sort< T >::issorted(), numel(), safe_comparator(), octave_sort< T >::set_compare(), and UNSORTED.

Referenced by F__ode15__(), octave_cell::issorted(), and Array< T, Alloc >::lookup().

issorted() [2/3]

sortmode Array< octave::cdef_object >::issorted

(

sortmode

)

const

Definition at line 47 of file Array-tc.cc.

issorted() [3/3]

sortmode Array< octave::idx_vector >::issorted

(

sortmode

)

const

Definition at line 44 of file Array-idx-vec.cc.

issquare()

template<typename T , typename Alloc >

bool Array< T, Alloc >::issquare ( ) const

inline

Size of the specified dimension.

Dimensions beyond the Array number of dimensions return 1 as those are implicit singleton dimensions.

Equivalent to Octave's 'size (A, DIM)'

Definition at line 671 of file Array-base.h.

Referenced by ComplexMatrix::ishermitian(), FloatComplexMatrix::ishermitian(), Matrix::issymmetric(), and FloatMatrix::issymmetric().

isvector()

template<typename T , typename Alloc >

bool Array< T, Alloc >::isvector ( ) const

inline

Size of the specified dimension.

Dimensions beyond the Array number of dimensions return 1 as those are implicit singleton dimensions.

Equivalent to Octave's 'size (A, DIM)'

Definition at line 677 of file Array-base.h.

References dim_vector::isvector().

Referenced by Ffilter(), read_mat5_binary_element(), and sizes_cmp().

linear_slice()

template<typename T , typename Alloc >

Array< T, Alloc > Array< T, Alloc >::linear_slice	(	octave_idx_type	lo,
		octave_idx_type	up
	)		const

Extract a slice from this array as a column vector: A(:)(lo+1:up).

Must be 0 <= lo && up <= numel. May be up < lo.

Definition at line 311 of file Array-base.cc.

lookup() [1/6]

Array< octave_idx_type > Array< octave::cdef_object >::lookup	(	const Array< octave::cdef_object > &	,
		sortmode
	)		const

Definition at line 47 of file Array-tc.cc.

lookup() [2/6]

Array< octave_idx_type > Array< octave::idx_vector >::lookup	(	const Array< octave::idx_vector > &	,
		sortmode
	)		const

Definition at line 44 of file Array-idx-vec.cc.

lookup() [3/6]

template<typename T , typename Alloc >

Array< octave_idx_type > Array< T, Alloc >::lookup	(	const Array< T, Alloc > &	values,
		sortmode	mode = UNSORTED
	)		const

Ditto, but for an array of values, specializing on the case when values are sorted.

NaNs get the value N.

Definition at line 2209 of file Array-base.cc.

References ASCENDING, Array< T, Alloc >::data(), DESCENDING, octave_sort< T >::descending_compare(), Array< T, Alloc >::dims(), Array< T, Alloc >::issorted(), octave_sort< T >::lookup(), octave_sort< T >::lookup_sorted(), Array< T, Alloc >::numel(), numel(), Array< T, Alloc >::rwdata(), octave_sort< T >::set_compare(), and UNSORTED.

lookup() [4/6]

template<typename T , typename Alloc >

octave_idx_type Array< T, Alloc >::lookup	(	const T &	value,
		sortmode	mode = UNSORTED
	)		const

Do a binary lookup in a sorted array.

Must not contain NaNs. Mode can be specified or is auto-detected by comparing 1st and last element.

Definition at line 2188 of file Array-base.cc.

References ASCENDING, DESCENDING, octave_sort< T >::descending_compare(), octave_sort< T >::lookup(), numel(), octave_sort< T >::set_compare(), and UNSORTED.

Referenced by Flookup().

lookup() [5/6]

octave_idx_type Array< octave::cdef_object >::lookup	(	octave::cdef_object const &	,
		sortmode
	)		const

Definition at line 47 of file Array-tc.cc.

lookup() [6/6]

octave_idx_type Array< octave::idx_vector >::lookup	(	octave::idx_vector const &	,
		sortmode
	)		const

Definition at line 44 of file Array-idx-vec.cc.

make_unique()

template<typename T , typename Alloc >

void Array< T, Alloc >::make_unique ( )

inline

Definition at line 232 of file Array-base.h.

References Array< T, Alloc >::ArrayRep::m_data.

Referenced by ComplexColumnVector::fill(), ComplexMatrix::fill(), ComplexRowVector::fill(), ComplexRowVector::fill(), ComplexMatrix::fill(), ComplexColumnVector::fill(), FloatComplexColumnVector::fill(), FloatComplexMatrix::fill(), FloatComplexRowVector::fill(), FloatComplexRowVector::fill(), FloatComplexMatrix::fill(), FloatComplexColumnVector::fill(), ComplexColumnVector::fill(), ComplexMatrix::fill(), ComplexRowVector::fill(), Matrix::fill(), RowVector::fill(), ComplexRowVector::fill(), RowVector::fill(), ComplexMatrix::fill(), Matrix::fill(), ComplexColumnVector::fill(), ColumnVector::fill(), FloatComplexColumnVector::fill(), FloatComplexMatrix::fill(), FloatComplexRowVector::fill(), FloatMatrix::fill(), FloatRowVector::fill(), FloatComplexRowVector::fill(), FloatRowVector::fill(), FloatComplexMatrix::fill(), FloatMatrix::fill(), FloatComplexColumnVector::fill(), FloatColumnVector::fill(), imag(), imag(), ComplexColumnVector::insert(), ColumnVector::insert(), ComplexMatrix::insert(), Matrix::insert(), ComplexColumnVector::insert(), ComplexMatrix::insert(), ComplexMatrix::insert(), ComplexRowVector::insert(), ComplexMatrix::insert(), Matrix::insert(), FloatComplexColumnVector::insert(), FloatColumnVector::insert(), FloatComplexMatrix::insert(), FloatMatrix::insert(), FloatComplexColumnVector::insert(), FloatComplexMatrix::insert(), FloatComplexMatrix::insert(), FloatComplexRowVector::insert(), FloatComplexMatrix::insert(), FloatMatrix::insert(), FloatComplexMatrix::insert(), FloatComplexRowVector::insert(), FloatRowVector::insert(), FloatComplexMatrix::insert(), FloatMatrix::insert(), ComplexMatrix::insert(), ComplexRowVector::insert(), RowVector::insert(), ComplexMatrix::insert(), Matrix::insert(), octave_cell::subsasgn(), and octave_struct::subsasgn().

map() [1/3]

template<typename T , typename Alloc >

template<typename U , typename F , typename A = std::allocator<U>>

Array< U, A > Array< T, Alloc >::map ( F  fcn ) const

inline

Apply function fcn to each element of the Array<T, Alloc>.

This function is optimized with a manually unrolled loop.

Definition at line 884 of file Array-base.h.

References len, numel(), and Array< T, Alloc >::rwdata().

Referenced by octave_complex_diag_matrix::map(), octave_float_complex_diag_matrix::map(), octave_float_diag_matrix::map(), octave_diag_matrix::map(), ComplexDiagMatrix::rcond(), DiagMatrix::rcond(), FloatComplexDiagMatrix::rcond(), FloatDiagMatrix::rcond(), Cell::xisalnum(), Cell::xisalpha(), Cell::xisascii(), Cell::xiscntrl(), Cell::xisdigit(), Cell::xisgraph(), Cell::xislower(), Cell::xisprint(), Cell::xispunct(), Cell::xisspace(), Cell::xisupper(), Cell::xisxdigit(), Cell::xtolower(), and Cell::xtoupper().

map() [2/3]

template<typename T , typename Alloc >

template<typename U , typename A = std::allocator<U>>

Array< U, A > Array< T, Alloc >::map ( U(&)(const T &)  fcn ) const

inline

Size of the specified dimension.

Dimensions beyond the Array number of dimensions return 1 as those are implicit singleton dimensions.

Equivalent to Octave's 'size (A, DIM)'

Definition at line 931 of file Array-base.h.

map() [3/3]

template<typename T , typename Alloc >

template<typename U , typename A = std::allocator<U>>

Array< U, A > Array< T, Alloc >::map ( U(&)(T)  fcn ) const

inline

Overloads for function references.

Definition at line 921 of file Array-base.h.

maybe_economize()

template<typename T , typename Alloc >

void Array< T, Alloc >::maybe_economize ( )

inline

Size of the specified dimension.

Dimensions beyond the Array number of dimensions return 1 as those are implicit singleton dimensions.

Equivalent to Octave's 'size (A, DIM)'

Definition at line 813 of file Array-base.h.

References Array< T, Alloc >::ArrayRep::m_count, Array< T, Alloc >::ArrayRep::m_data, and Array< T, Alloc >::ArrayRep::m_len.

ndims()

template<typename T , typename Alloc >

int Array< T, Alloc >::ndims ( ) const

inline

Size of the specified dimension.

Dimensions beyond the Array number of dimensions return 1 as those are implicit singleton dimensions.

Equivalent to Octave's 'size (A, DIM)'

Definition at line 701 of file Array-base.h.

References dim_vector::ndims().

Referenced by octave_char_matrix_str::cellstr_value(), octave_complex_matrix::diag(), octave_float_complex_matrix::diag(), octave_float_matrix::diag(), octave_matrix::diag(), octave_complex_matrix::diag(), octave_float_complex_matrix::diag(), octave_float_matrix::diag(), octave_matrix::diag(), do_bsxfun1_op(), do_bsxfun2_op(), do_bsxfun_op(), do_inplace_bsxfun_op(), F__unicode_length__(), Fcell2struct(), Fcumsum(), Frepelems(), Funicode_idx(), MArray< T >::idx_add_nd(), Array< T, Alloc >::insert(), octave_print_internal(), octave_print_internal(), octave_print_internal(), octave_print_internal(), octave_print_internal(), octave_print_internal(), octave_print_internal(), octave_cell::print_raw(), octave_char_matrix_str::short_disp(), octave_char_matrix_str::string_value(), octave_char_matrix_str::string_vector_value(), cdef_object_array::transpose(), and octave_bool_matrix::try_narrowing_conversion().

nnz() [1/3]

octave_idx_type Array< octave::cdef_object >::nnz

(

)

const

Definition at line 47 of file Array-tc.cc.

nnz() [2/3]

template<typename T , typename Alloc >

octave_idx_type Array< T, Alloc >::nnz

(

)

const

Count nonzero elements.

Definition at line 2253 of file Array-base.cc.

References numel().

Referenced by idx_vector::idx_vector(), and F__magick_finfo__().

nnz() [3/3]

octave_idx_type Array< octave::idx_vector >::nnz

(

)

const

Definition at line 44 of file Array-idx-vec.cc.

nth_element() [1/3]

Array< octave::cdef_object > Array< octave::cdef_object >::nth_element	(	const octave::idx_vector &	,
		int
	)		const

Definition at line 47 of file Array-tc.cc.

nth_element() [2/3]

Array< octave::idx_vector > Array< octave::idx_vector >::nth_element	(	const octave::idx_vector &	,
		int
	)		const

Definition at line 44 of file Array-idx-vec.cc.

nth_element() [3/3]

template<typename T , typename Alloc >

Array< T, Alloc > Array< T, Alloc >::nth_element	(	const octave::idx_vector &	n,
		int	dim = 0
	)		const

Returns the n-th element in increasing order, using the same ordering as used for sort.

n can either be a scalar index or a contiguous range.

Definition at line 2349 of file Array-base.cc.

References ASCENDING, DESCENDING, Array< T, Alloc >::isempty(), octave_sort< T >::nth_element(), numel(), OCTAVE_LOCAL_BUFFER, Array< T, Alloc >::rwdata(), octave_sort< T >::set_compare(), and UNSORTED.

Referenced by Fnth_element().

numel()

template<typename T , typename Alloc >

octave_idx_type Array< T, Alloc >::numel ( ) const

inline

Number of elements in the array.

Definition at line 440 of file Array-base.h.

Referenced by Array< T, Alloc >::Array(), Cell::Cell(), ComplexMatrix::ComplexMatrix(), ComplexNDArray::ComplexNDArray(), DiagArray2< T >::DiagArray2(), FloatComplexMatrix::FloatComplexMatrix(), FloatComplexNDArray::FloatComplexNDArray(), FloatNDArray::FloatNDArray(), idx_vector::idx_vector(), NDArray::NDArray(), NDArray::NDArray(), octave_value_list::octave_value_list(), octave_value_list::octave_value_list(), Sparse< T, Alloc >::Sparse(), sparse_lu< lu_type >::sparse_lu(), sparse_lu< lu_type >::sparse_lu(), ComplexNDArray::all_integers(), NDArray::all_integers(), FloatComplexNDArray::all_integers(), FloatNDArray::all_integers(), all_ones(), any_ones(), ComplexMatrix::append(), Matrix::append(), ComplexMatrix::append(), ComplexMatrix::append(), ComplexRowVector::append(), FloatComplexMatrix::append(), FloatMatrix::append(), FloatComplexMatrix::append(), FloatComplexMatrix::append(), FloatComplexRowVector::append(), FloatComplexMatrix::append(), FloatComplexRowVector::append(), FloatMatrix::append(), FloatRowVector::append(), ComplexMatrix::append(), ComplexRowVector::append(), Matrix::append(), RowVector::append(), octave_value_list::array_value(), Array< T, Alloc >::assign(), Array< T, Alloc >::assign(), Array< T, Alloc >::assign(), binmap(), binmap(), binmap(), bitopxx(), octave_cell::break_closure_cycles(), octave_class::break_closure_cycles(), octave_struct::break_closure_cycles(), cdef_object_array::break_closure_cycles(), calc_dimensions(), PermMatrix::checkelem(), cdef_object_array::clone(), gh_manager::close_all_figures(), boolNDArray::concat(), charNDArray::concat(), NDArray::concat(), FloatNDArray::concat(), ComplexNDArray::concat(), NDArray::concat(), FloatComplexNDArray::concat(), FloatNDArray::concat(), FloatComplexNDArray::concat(), FloatNDArray::concat(), charNDArray::concat(), ComplexNDArray::concat(), NDArray::concat(), concat(), concat(), conv_to_int_array(), tree_evaluator::convert_return_list_to_const_vector(), bp_table::dbstop_process_map_args(), error_system::default_warning_state(), DEFMETHOD(), DEFMETHOD(), DEFMETHOD(), DEFMETHOD(), DEFMETHODX(), qr< T >::delete_col(), Array< T, Alloc >::delete_elements(), delete_graphics_objects(), DiagArray2< T >::diag_length(), PermMatrix::dim1(), PermMatrix::dim2(), error_system::display_warning_options(), do_bitpack(), do_bsxfun1_op(), do_bsxfun2_op(), do_bsxfun_op(), do_inplace_bsxfun_op(), LSODE::do_integrate(), LSODE::do_integrate(), DASPK::do_integrate(), DASSL::do_integrate(), LSODE::do_integrate(), DefQuad::do_integrate(), FloatDefQuad::do_integrate(), do_mat2cell(), do_mat2cell_nd(), do_minmax_bin_op< charNDArray >(), do_mm_binary_op(), do_mm_binary_op(), do_mm_binary_op(), do_mm_inplace_op(), do_ms_binary_op(), do_ms_binary_op(), do_ms_binary_op(), do_ms_inplace_op(), do_mx_check(), do_mx_inplace_op(), do_mx_unary_op(), do_simple_cellfun(), do_sm_binary_op(), do_sm_binary_op(), do_sm_binary_op(), chol< T >::downdate(), chol< T >::downdate(), chol< T >::downdate(), chol< T >::downdate(), opengl_renderer::draw(), opengl_renderer::draw_line(), opengl_renderer::draw_marker(), opengl_renderer::draw_patch(), opengl_renderer::draw_scatter(), opengl_renderer::draw_text(), EigsComplexNonSymmetricFunc(), EigsComplexNonSymmetricMatrix(), EigsComplexNonSymmetricMatrixShift(), EigsRealNonSymmetricFunc(), EigsRealNonSymmetricMatrix(), EigsRealNonSymmetricMatrixShift(), EigsRealSymmetricFunc(), EigsRealSymmetricMatrix(), EigsRealSymmetricMatrixShift(), elem_xdiv(), elem_xdiv(), elem_xdiv(), elem_xdiv(), elem_xdiv(), elem_xdiv(), elem_xdiv(), elem_xdiv(), elem_xpow(), elem_xpow(), elem_xpow(), elem_xpow(), elem_xpow(), elem_xpow(), elem_xpow(), elem_xpow(), elem_xpow(), elem_xpow(), elem_xpow(), elem_xpow(), elem_xpow(), elem_xpow(), elem_xpow(), elem_xpow(), elem_xpow(), elem_xpow(), elem_xpow(), elem_xpow(), elem_xpow(), elem_xpow(), elem_xpow(), elem_xpow(), octave_fields::equal_up_to_order(), gh_manager::execute_callback(), F__base64_decode_bytes__(), F__contourc__(), F__delaunayn__(), F__event_manager_input_dialog__(), F__event_manager_list_dialog__(), F__get__(), F__glpk__(), F__go_delete__(), F__go_execute_callback__(), F__go_post_callback__(), F__isprimelarge__(), F__magick_read__(), F__make_valid_name__(), F__native2unicode__(), F__ode15__(), F__pchip_deriv__(), F__unicode2native__(), F__unicode_length__(), F__voronoi__(), Fbase64_decode(), Fbase64_encode(), Fccolamd(), Fcell2struct(), Fcellslices(), Fcolamd(), Fcomplex(), Fconvhulln(), Fcsymamd(), Fdbstop(), Fdrawnow(), Fellipj(), Ffilter(), Fget(), ComplexDiagMatrix::fill(), DiagMatrix::fill(), ComplexDiagMatrix::fill(), DiagMatrix::fill(), ComplexColumnVector::fill(), ComplexRowVector::fill(), ComplexRowVector::fill(), ComplexColumnVector::fill(), ComplexDiagMatrix::fill(), ComplexDiagMatrix::fill(), ComplexDiagMatrix::fill(), ComplexDiagMatrix::fill(), FloatComplexDiagMatrix::fill(), FloatDiagMatrix::fill(), FloatComplexDiagMatrix::fill(), FloatDiagMatrix::fill(), FloatComplexColumnVector::fill(), FloatComplexRowVector::fill(), FloatComplexRowVector::fill(), FloatComplexColumnVector::fill(), FloatComplexDiagMatrix::fill(), FloatComplexDiagMatrix::fill(), FloatComplexDiagMatrix::fill(), FloatComplexDiagMatrix::fill(), FloatComplexDiagMatrix::fill(), FloatDiagMatrix::fill(), FloatComplexDiagMatrix::fill(), FloatDiagMatrix::fill(), ComplexDiagMatrix::fill(), DiagMatrix::fill(), ComplexDiagMatrix::fill(), DiagMatrix::fill(), ComplexColumnVector::fill(), ComplexRowVector::fill(), RowVector::fill(), ComplexRowVector::fill(), RowVector::fill(), ComplexColumnVector::fill(), ColumnVector::fill(), FloatComplexColumnVector::fill(), FloatColumnVector::fill(), FloatComplexRowVector::fill(), FloatRowVector::fill(), FloatComplexRowVector::fill(), FloatRowVector::fill(), FloatComplexColumnVector::fill(), FloatColumnVector::fill(), cdef_object_array::fill_empty_values(), filter(), filter(), Array< T, Alloc >::find(), find_nonzero_elem_idx(), Fis_same_file(), Fisa(), Fisargout(), Fiscolumn(), Fisfield(), Fismatrix(), Fisrow(), Fisscalar(), Fissquare(), Fisvector(), Flookup(), Flu(), Fmatrix_type(), Fndims(), Fordschur(), ComplexNDArray::fourier(), NDArray::fourier(), FloatComplexNDArray::fourier(), FloatNDArray::fourier(), NDArray::fourier2d(), FloatComplexNDArray::fourier2d(), FloatNDArray::fourier2d(), Fpow2(), Fquadcc(), Frandi(), Fregexprep(), Frepelems(), Freset(), Freshape(), Fresize(), Frmfield(), Fset(), Fsize(), Fspparms(), Fstr2double(), Fstrfind(), Fstrrep(), Fsymamd(), Fterminal_size(), Ftsearch(), Funicode_idx(), Furlread(), Furlwrite(), Fwarning(), cdef_object_scalar::get(), get_children_limits(), get_dimensions(), get_scalar_idx(), get_sort_mode(), hex2num(), MArray< T >::idx_add(), MArray< T >::idx_max(), ComplexNDArray::ifourier(), NDArray::ifourier(), FloatComplexNDArray::ifourier(), FloatNDArray::ifourier(), ComplexNDArray::ifourier2d(), NDArray::ifourier2d(), FloatComplexNDArray::ifourier2d(), imag(), Array< T, Alloc >::index(), Array< T, Alloc >::index(), opengl_renderer::init_gl_context(), ODES::initialize(), ODES::initialize(), base_diff_alg_eqn::initialize(), ComplexColumnVector::insert(), ColumnVector::insert(), ComplexMatrix::insert(), Matrix::insert(), ComplexColumnVector::insert(), ComplexMatrix::insert(), ComplexRowVector::insert(), ComplexMatrix::insert(), FloatComplexColumnVector::insert(), FloatColumnVector::insert(), FloatComplexMatrix::insert(), FloatMatrix::insert(), FloatComplexColumnVector::insert(), FloatComplexMatrix::insert(), FloatComplexRowVector::insert(), FloatComplexMatrix::insert(), FloatComplexRowVector::insert(), FloatRowVector::insert(), FloatComplexMatrix::insert(), FloatMatrix::insert(), ComplexNDArray::insert(), FloatComplexNDArray::insert(), ComplexRowVector::insert(), RowVector::insert(), ComplexMatrix::insert(), Matrix::insert(), qr< T >::insert_col(), qr< T >::insert_col(), qr< T >::insert_col(), qr< T >::insert_col(), qr< T >::insert_col(), qr< T >::insert_col(), qr< T >::insert_col(), qr< T >::insert_col(), qr< T >::insert_row(), qr< T >::insert_row(), qr< T >::insert_row(), qr< T >::insert_row(), chol< T >::insert_sym(), chol< T >::insert_sym(), chol< T >::insert_sym(), chol< T >::insert_sym(), DASRT::integrate(), DASRT::integrate(), DASPK::integrate(), DASSL::integrate(), DASPK::integrate(), DASSL::integrate(), sparse_chol< chol_type >::inverse(), is_superclass(), DiagArray2< T >::isempty(), Java_org_octave_Octave_doInvoke(), lange(), lange(), lange(), lange(), DiagArray2< T >::length(), linspace(), linspace(), linspace(), linspace(), octave_bool_matrix::load_ascii(), octave_perm_matrix::load_binary(), Array< T, Alloc >::lookup(), lookup_classes(), Matrix::lssolve(), ComplexMatrix::lssolve(), FloatMatrix::lssolve(), FloatComplexMatrix::lssolve(), map_2_xldexp(), cdef_object::map_value(), ComplexColumnVector::max(), ComplexRowVector::max(), ColumnVector::max(), RowVector::max(), FloatComplexColumnVector::max(), FloatColumnVector::max(), FloatComplexRowVector::max(), FloatRowVector::max(), ComplexColumnVector::min(), ComplexRowVector::min(), ColumnVector::min(), RowVector::min(), FloatComplexColumnVector::min(), FloatColumnVector::min(), FloatComplexRowVector::min(), FloatRowVector::min(), num2hex(), numel(), octave_class::numeric_conv(), OCTAVE_BEGIN_NAMESPACE(), OCTAVE_BEGIN_NAMESPACE(), OCTAVE_BEGIN_NAMESPACE(), octave_print_internal(), operator*(), operator*(), operator*(), operator*(), operator*(), operator*(), operator*(), operator*(), operator*(), ComplexColumnVector::operator+=(), FloatComplexColumnVector::operator+=(), FloatComplexMatrix::operator+=(), FloatComplexRowVector::operator+=(), ComplexMatrix::operator+=(), ComplexRowVector::operator+=(), ComplexColumnVector::operator-=(), FloatComplexColumnVector::operator-=(), FloatComplexMatrix::operator-=(), FloatComplexRowVector::operator-=(), ComplexMatrix::operator-=(), ComplexRowVector::operator-=(), operator<<(), ColumnVector::operator==(), ComplexColumnVector::operator==(), ComplexMatrix::operator==(), ComplexRowVector::operator==(), FloatColumnVector::operator==(), FloatComplexColumnVector::operator==(), FloatComplexMatrix::operator==(), FloatComplexRowVector::operator==(), FloatMatrix::operator==(), FloatRowVector::operator==(), Matrix::operator==(), RowVector::operator==(), operator>>(), bp_table::parse_dbfunction_params(), PermMatrix::perm_length(), octave_base_diag< DMT, MT >::permute(), Array< T, Alloc >::permute(), Sparse< T, Alloc >::permute(), ComplexMatrix::pseudo_inverse(), Matrix::pseudo_inverse(), FloatComplexMatrix::pseudo_inverse(), FloatMatrix::pseudo_inverse(), subsystem_handler::read_filewrapper(), read_images(), read_mat5_binary_element(), read_mat5_binary_file_header(), type_info::register_type(), opengl_renderer::render_grid(), opengl_renderer::render_tickmarks(), opengl_renderer::render_ticktexts(), safe_comparator(), safe_comparator(), safe_comparator(), safe_comparator(), octave_perm_matrix::save_ascii(), octave_bool_matrix::save_binary(), octave_complex_diag_matrix::save_binary(), octave_float_complex_diag_matrix::save_binary(), octave_float_diag_matrix::save_binary(), octave_diag_matrix::save_binary(), save_mat5_binary_element(), save_mat5_element_length(), error_system::set_warning_option(), intNDArray< octave_uint64 >::signum(), octave_cell::simple_subsref(), base_diff_eqn::size(), sizes_cmp(), sparse_2norm_arpack(), sparse_2norm_arpack(), ComplexColumnVector::stack(), ComplexMatrix::stack(), ColumnVector::stack(), Matrix::stack(), ComplexColumnVector::stack(), ComplexMatrix::stack(), ComplexMatrix::stack(), FloatComplexColumnVector::stack(), FloatComplexMatrix::stack(), FloatColumnVector::stack(), FloatMatrix::stack(), FloatComplexColumnVector::stack(), FloatComplexMatrix::stack(), FloatComplexMatrix::stack(), FloatComplexMatrix::stack(), FloatMatrix::stack(), ComplexMatrix::stack(), Matrix::stack(), sub2ind(), cdef_object_array::subsasgn(), octave_cell::subsasgn(), octave_struct::subsasgn(), octave_struct::subsref(), octave_cell::subsref(), octave_struct::subsref(), octave_cell::subsref(), octave_class::subsref(), cdef_object_array::subsref(), PermMatrix::transpose(), octave_complex_matrix::try_narrowing_conversion(), octave_float_complex_matrix::try_narrowing_conversion(), octave_float_matrix::try_narrowing_conversion(), octave_matrix::try_narrowing_conversion(), chol< T >::update(), lu< T >::update(), qr< T >::update(), chol< T >::update(), lu< T >::update(), qr< T >::update(), chol< T >::update(), lu< T >::update(), qr< T >::update(), chol< T >::update(), lu< T >::update(), qr< T >::update(), lu< T >::update_piv(), lu< T >::update_piv(), lu< T >::update_piv(), lu< T >::update_piv(), vector_norm(), vector_norm_2_blas(), tree_evaluator::visit_complex_for_command(), error_system::warning_query(), stream::write(), xzip(), and zero_dims_inquire().

operator()() [1/8]

template<typename T , typename Alloc >

T & Array< T, Alloc >::operator() ( const Array< octave_idx_type > &  ra_idx )

inline

Size of the specified dimension.

Dimensions beyond the Array number of dimensions return 1 as those are implicit singleton dimensions.

Equivalent to Octave's 'size (A, DIM)'

Definition at line 606 of file Array-base.h.

References ra_idx.

operator()() [2/8]

template<typename T , typename Alloc >

crefT Array< T, Alloc >::operator() ( const Array< octave_idx_type > &  ra_idx ) const

inline

Size of the specified dimension.

Dimensions beyond the Array number of dimensions return 1 as those are implicit singleton dimensions.

Equivalent to Octave's 'size (A, DIM)'

Definition at line 642 of file Array-base.h.

References ra_idx.

operator()() [3/8]

template<typename T , typename Alloc >

T & Array< T, Alloc >::operator() ( octave_idx_type  i, octave_idx_type  j  )

inline

Size of the specified dimension.

Dimensions beyond the Array number of dimensions return 1 as those are implicit singleton dimensions.

Equivalent to Octave's 'size (A, DIM)'

Definition at line 602 of file Array-base.h.

operator()() [4/8]

template<typename T , typename Alloc >

crefT Array< T, Alloc >::operator() ( octave_idx_type  i, octave_idx_type  j  ) const

inline

Size of the specified dimension.

Dimensions beyond the Array number of dimensions return 1 as those are implicit singleton dimensions.

Equivalent to Octave's 'size (A, DIM)'

Definition at line 636 of file Array-base.h.

operator()() [5/8]

template<typename T , typename Alloc >

T & Array< T, Alloc >::operator() ( octave_idx_type  i, octave_idx_type  j, octave_idx_type  k  )

inline

Size of the specified dimension.

Dimensions beyond the Array number of dimensions return 1 as those are implicit singleton dimensions.

Equivalent to Octave's 'size (A, DIM)'

Definition at line 604 of file Array-base.h.

operator()() [6/8]

template<typename T , typename Alloc >

crefT Array< T, Alloc >::operator() ( octave_idx_type  i, octave_idx_type  j, octave_idx_type  k  ) const

inline

Size of the specified dimension.

Dimensions beyond the Array number of dimensions return 1 as those are implicit singleton dimensions.

Equivalent to Octave's 'size (A, DIM)'

Definition at line 639 of file Array-base.h.

operator()() [7/8]

template<typename T , typename Alloc >

T & Array< T, Alloc >::operator() ( octave_idx_type  n )

inline

Size of the specified dimension.

Dimensions beyond the Array number of dimensions return 1 as those are implicit singleton dimensions.

Equivalent to Octave's 'size (A, DIM)'

Definition at line 600 of file Array-base.h.

operator()() [8/8]

template<typename T , typename Alloc >

crefT Array< T, Alloc >::operator() ( octave_idx_type  n ) const

inline

Size of the specified dimension.

Dimensions beyond the Array number of dimensions return 1 as those are implicit singleton dimensions.

Equivalent to Octave's 'size (A, DIM)'

Definition at line 634 of file Array-base.h.

operator=() [1/2]

template<typename T , typename Alloc >

Array< T, Alloc > & Array< T, Alloc >::operator= ( Array< T, Alloc > &&  a )

inline

Definition at line 404 of file Array-base.h.

References Array< T, Alloc >::ArrayRep::m_count.

operator=() [2/2]

template<typename T , typename Alloc >

Array< T, Alloc > & Array< T, Alloc >::operator= ( const Array< T, Alloc > &  a )

inline

Definition at line 385 of file Array-base.h.

References Array< T, Alloc >::ArrayRep::m_count, Array< T, Alloc >::m_dimensions, Array< T, Alloc >::m_rep, Array< T, Alloc >::m_slice_data, and Array< T, Alloc >::m_slice_len.

Referenced by boolNDArray::operator=(), charNDArray::operator=(), DiagArray2< T >::operator=(), and MArray< T >::operator=().

optimize_dimensions()

template<typename T , typename Alloc >

bool Array< T, Alloc >::optimize_dimensions

(

const dim_vector &

dv

)

Returns true if this->dims () == dv, and if so, replaces this->m_dimensions by a shallow copy of dv.

This is useful for maintaining several arrays with supposedly equal dimensions (e.g. structs in the interpreter).

Definition at line 2794 of file Array-base.cc.

page()

template<typename T , typename Alloc >

Array< T, Alloc > Array< T, Alloc >::page

(

octave_idx_type

k

)

const

Extract page: A(:,:,k+1).

Definition at line 300 of file Array-base.cc.

pages()

template<typename T , typename Alloc >

octave_idx_type Array< T, Alloc >::pages ( ) const

inline

Size of the specified dimension.

Dimensions beyond the Array number of dimensions return 1 as those are implicit singleton dimensions.

Equivalent to Octave's 'size (A, DIM)'

Definition at line 507 of file Array-base.h.

permute()

template<typename T , typename Alloc >

Array< T, Alloc > Array< T, Alloc >::permute	(	const Array< octave_idx_type > &	vec,
		bool	inv = false
	)		const

Size of the specified dimension.

Dimensions beyond the Array number of dimensions return 1 as those are implicit singleton dimensions.

Equivalent to Octave's 'size (A, DIM)'

Definition at line 458 of file Array-base.cc.

References dim_vector::alloc(), Array< T, Alloc >::elem(), dim_vector::ndims(), Array< T, Alloc >::numel(), numel(), OCTAVE_LOCAL_BUFFER_INIT, dim_vector::resize(), and Array< T, Alloc >::rwdata().

Referenced by F__unicode_length__(), Funicode_idx(), octave_base_scalar< ST >::permute(), octave_map::permute(), cdef_object_array::permute(), ov_range< T >::permute(), octave_char_matrix_sq_str::permute(), and MArray< T >::permute().

print_info()

template<typename T , typename Alloc >

void Array< T, Alloc >::print_info	(	std::ostream &	os,
		const std::string &	prefix
	)		const

Size of the specified dimension.

Dimensions beyond the Array number of dimensions return 1 as those are implicit singleton dimensions.

Equivalent to Octave's 'size (A, DIM)'

Definition at line 2777 of file Array-base.cc.

Referenced by DiagArray2< T >::print_info(), and PermMatrix::print_info().

reshape() [1/2]

template<typename T , typename Alloc >

Array< T, Alloc > Array< T, Alloc >::reshape ( const dim_vector &  new_dims ) const

inline

Size of the specified dimension.

Dimensions beyond the Array number of dimensions return 1 as those are implicit singleton dimensions.

Equivalent to Octave's 'size (A, DIM)'

Definition at line 662 of file Array-base.h.

reshape() [2/2]

template<typename T , typename Alloc >

Array< T, Alloc > Array< T, Alloc >::reshape ( octave_idx_type  nr, octave_idx_type  nc  ) const

inline

Size of the specified dimension.

Dimensions beyond the Array number of dimensions return 1 as those are implicit singleton dimensions.

Equivalent to Octave's 'size (A, DIM)'

Definition at line 658 of file Array-base.h.

Referenced by Array< T, Alloc >::assign(), Array< T, Alloc >::assign(), Array< T, Alloc >::assign(), Fbase64_decode(), range< T, typename std::enable_if< std::is_floating_point< T >::value >::type >::index(), octave_map::reshape(), Cell::reshape(), octave_base_scalar< ST >::reshape(), ov_range< T >::reshape(), octave_char_matrix_sq_str::reshape(), and MArray< T >::reshape().

resize() [1/2]

template<typename T , typename Alloc >

void Array< T, Alloc >::resize ( const dim_vector &  dv )

inline

Size of the specified dimension.

Dimensions beyond the Array number of dimensions return 1 as those are implicit singleton dimensions.

Equivalent to Octave's 'size (A, DIM)'

Definition at line 728 of file Array-base.h.

resize() [2/2]

template<typename T , typename Alloc >

void Array< T, Alloc >::resize	(	const dim_vector &	dv,
		const T &	rfv
	)

Size of the specified dimension.

Dimensions beyond the Array number of dimensions return 1 as those are implicit singleton dimensions.

Equivalent to Octave's 'size (A, DIM)'

Definition at line 1031 of file Array-base.cc.

References dim_vector::any_neg(), dim_vector::ndims(), dim_vector::redim(), and Array< T, Alloc >::rwdata().

Referenced by Cell::Cell(), DiagArray2< T >::DiagArray2(), NDArray::NDArray(), sparse_lu< lu_type >::sparse_lu(), sparse_lu< lu_type >::sparse_lu(), octave_value_list::array_value(), base64_decode(), base64_decode_bytes(), bitopxx(), Cell::column(), ComplexMatrix::column_max(), Matrix::column_max(), FloatComplexMatrix::column_max(), FloatMatrix::column_max(), ComplexMatrix::column_min(), Matrix::column_min(), FloatComplexMatrix::column_min(), FloatMatrix::column_min(), DASPK::do_integrate(), DASSL::do_integrate(), LSODE::do_integrate(), tree_cell::evaluate(), DiagArray2< Complex >::extract_diag(), F__glpk__(), F__magick_read__(), Fbsxfun(), Ffilter(), Fget(), filter(), find_nonzero_elem_idx(), find_nonzero_elem_idx(), Frandperm(), Fsize(), Fwarning(), get_ra_idx(), ichol_t(), MArray< T >::idx_add_nd(), ilu_crout(), ilu_tp(), Array< T, Alloc >::index(), octave_bool_matrix::load_hdf5(), octave_cell::load_hdf5(), octave_complex_matrix::load_hdf5(), octave_float_complex_matrix::load_hdf5(), octave_float_matrix::load_hdf5(), octave_matrix::load_hdf5(), octave_char_matrix_str::load_hdf5(), Matrix::lssolve(), ComplexMatrix::lssolve(), ComplexMatrix::lssolve(), FloatMatrix::lssolve(), FloatComplexMatrix::lssolve(), FloatComplexMatrix::lssolve(), FloatMatrix::lssolve(), Matrix::lssolve(), SparseComplexMatrix::max(), SparseMatrix::max(), SparseComplexMatrix::min(), SparseMatrix::min(), type_info::register_type(), octave_map::resize(), cdef_object_array::resize(), ov_range< T >::resize(), octave_char_matrix_str::resize(), octave_char_matrix_sq_str::resize(), ComplexColumnVector::resize(), ComplexRowVector::resize(), ColumnVector::resize(), RowVector::resize(), FloatColumnVector::resize(), FloatRowVector::resize(), FloatComplexColumnVector::resize(), FloatComplexRowVector::resize(), DiagArray2< T >::resize(), boolMatrix::resize(), charMatrix::resize(), ComplexMatrix::row_max(), Matrix::row_max(), FloatComplexMatrix::row_max(), FloatMatrix::row_max(), ComplexMatrix::row_min(), Matrix::row_min(), FloatComplexMatrix::row_min(), FloatMatrix::row_min(), subsystem_handler::serialize_to_cell_array(), error_system::set_warning_option(), and octave_base_scalar< ST >::sort().

resize1() [1/2]

template<typename T , typename Alloc >

void Array< T, Alloc >::resize1 ( octave_idx_type  n )

inline

Size of the specified dimension.

Dimensions beyond the Array number of dimensions return 1 as those are implicit singleton dimensions.

Equivalent to Octave's 'size (A, DIM)'

Definition at line 724 of file Array-base.h.

resize1() [2/2]

template<typename T , typename Alloc >

void Array< T, Alloc >::resize1	(	octave_idx_type	n,
		const T &	rfv
	)

Size of the specified dimension.

Dimensions beyond the Array number of dimensions return 1 as those are implicit singleton dimensions.

Equivalent to Octave's 'size (A, DIM)'

Definition at line 918 of file Array-base.cc.

References numel(), and Array< T, Alloc >::rwdata().

Referenced by Array< T, Alloc >::index().

resize2() [1/2]

template<typename T , typename Alloc >

void Array< T, Alloc >::resize2 ( octave_idx_type  nr, octave_idx_type  nc  )

inline

Size of the specified dimension.

Dimensions beyond the Array number of dimensions return 1 as those are implicit singleton dimensions.

Equivalent to Octave's 'size (A, DIM)'

Definition at line 718 of file Array-base.h.

resize2() [2/2]

template<typename T , typename Alloc >

void Array< T, Alloc >::resize2	(	octave_idx_type	nr,
		octave_idx_type	nc,
		const T &	rfv
	)

Resizing (with fill).

Definition at line 989 of file Array-base.cc.

References Array< T, Alloc >::rwdata().

Referenced by Array< T, Alloc >::find(), and Array< T, Alloc >::index().

resize_fill_value()

template<typename T , typename Alloc >

T Array< T, Alloc >::resize_fill_value ( ) const

virtual

Size of the specified dimension.

Dimensions beyond the Array number of dimensions return 1 as those are implicit singleton dimensions.

Equivalent to Octave's 'size (A, DIM)'

Reimplemented in Cell.

Definition at line 907 of file Array-base.cc.

rows()

template<typename T , typename Alloc >

octave_idx_type Array< T, Alloc >::rows ( ) const

inline

Definition at line 485 of file Array-base.h.

Referenced by aepbalance< MT >::aepbalance(), aepbalance< MT >::aepbalance(), aepbalance< MT >::aepbalance(), aepbalance< MT >::aepbalance(), ComplexMatrix::ComplexMatrix(), ComplexMatrix::ComplexMatrix(), FloatComplexMatrix::FloatComplexMatrix(), FloatComplexMatrix::FloatComplexMatrix(), FloatMatrix::FloatMatrix(), lu< T >::lu(), lu< T >::lu(), lu< T >::lu(), lu< T >::lu(), Matrix::Matrix(), airy(), airy(), ComplexMatrix::append(), Matrix::append(), ComplexMatrix::append(), ComplexMatrix::append(), ComplexMatrix::append(), ComplexMatrix::append(), ComplexMatrix::append(), Matrix::append(), FloatComplexMatrix::append(), FloatMatrix::append(), FloatComplexMatrix::append(), FloatComplexMatrix::append(), FloatComplexMatrix::append(), FloatComplexMatrix::append(), FloatComplexMatrix::append(), FloatMatrix::append(), FloatComplexMatrix::append(), FloatMatrix::append(), FloatComplexMatrix::append(), FloatMatrix::append(), ComplexMatrix::append(), Matrix::append(), ComplexMatrix::append(), Matrix::append(), biry(), biry(), octave_char_matrix_str::cellstr_value(), ComplexMatrix::column_is_real_only(), FloatComplexMatrix::column_is_real_only(), ComplexMatrix::column_max(), Matrix::column_max(), FloatComplexMatrix::column_max(), FloatMatrix::column_max(), ComplexMatrix::column_min(), Matrix::column_min(), FloatComplexMatrix::column_min(), FloatMatrix::column_min(), column_norms(), ComplexMatrix::determinant(), Matrix::determinant(), FloatComplexMatrix::determinant(), FloatMatrix::determinant(), octave_complex_matrix::diag(), octave_float_complex_matrix::diag(), octave_float_matrix::diag(), octave_matrix::diag(), octave_complex_matrix::diag(), octave_float_complex_matrix::diag(), octave_float_matrix::diag(), octave_matrix::diag(), ComplexMatrix::diag(), Matrix::diag(), FloatComplexMatrix::diag(), FloatMatrix::diag(), opengl_renderer::draw_patch(), opengl_renderer::draw_scatter(), opengl_renderer::draw_surface(), sparse_qr< SPARSE_T >::E_MAT(), elem_xdiv(), elem_xdiv(), elem_xdiv(), elem_xdiv(), elem_xdiv(), elem_xdiv(), elem_xdiv(), elem_xdiv(), elem_xpow(), elem_xpow(), elem_xpow(), elem_xpow(), elem_xpow(), elem_xpow(), elem_xpow(), elem_xpow(), elem_xpow(), elem_xpow(), elem_xpow(), elem_xpow(), elem_xpow(), elem_xpow(), elem_xpow(), elem_xpow(), elem_xpow(), elem_xpow(), elem_xpow(), elem_xpow(), elem_xpow(), elem_xpow(), elem_xpow(), elem_xpow(), F__delaunayn__(), F__dsearchn__(), F__event_manager_file_dialog__(), F__event_manager_input_dialog__(), F__pchip_deriv__(), F__voronoi__(), Faudiowrite(), Fconvhulln(), ComplexMatrix::fill(), ComplexMatrix::fill(), FloatComplexMatrix::fill(), FloatComplexMatrix::fill(), ComplexMatrix::fill(), Matrix::fill(), ComplexMatrix::fill(), Matrix::fill(), FloatComplexMatrix::fill(), FloatMatrix::fill(), FloatComplexMatrix::fill(), FloatMatrix::fill(), find_nonzero_elem_idx(), qr< T >::form(), qr< T >::form(), qr< T >::form(), qr< T >::form(), ComplexMatrix::fourier(), Matrix::fourier(), FloatComplexMatrix::fourier(), FloatMatrix::fourier(), ComplexMatrix::fourier2d(), Matrix::fourier2d(), FloatComplexMatrix::fourier2d(), FloatMatrix::fourier2d(), Frepelems(), Fstrrep(), Ftrexc(), Ftsearch(), ComplexMatrix::ifourier(), Matrix::ifourier(), FloatComplexMatrix::ifourier(), FloatMatrix::ifourier(), ComplexMatrix::ifourier2d(), Matrix::ifourier2d(), FloatComplexMatrix::ifourier2d(), FloatMatrix::ifourier2d(), Sparse< T, Alloc >::index(), Array< T, Alloc >::index(), qr< T >::init(), qrp< T >::init(), qr< T >::init(), qrp< T >::init(), qr< T >::init(), qrp< T >::init(), qr< T >::init(), qrp< T >::init(), Array< T, Alloc >::insert(), ComplexMatrix::insert(), Matrix::insert(), ComplexMatrix::insert(), ComplexMatrix::insert(), ComplexMatrix::insert(), ComplexMatrix::insert(), Matrix::insert(), FloatComplexMatrix::insert(), FloatMatrix::insert(), FloatComplexMatrix::insert(), FloatComplexMatrix::insert(), FloatComplexMatrix::insert(), FloatComplexMatrix::insert(), FloatMatrix::insert(), FloatComplexMatrix::insert(), FloatComplexMatrix::insert(), FloatMatrix::insert(), ComplexMatrix::insert(), ComplexMatrix::insert(), Matrix::insert(), ComplexMatrix::inverse(), Matrix::inverse(), FloatComplexMatrix::inverse(), FloatMatrix::inverse(), ComplexMatrix::ishermitian(), FloatComplexMatrix::ishermitian(), Matrix::issymmetric(), FloatMatrix::issymmetric(), lange(), lange(), lange(), lange(), Matrix::lssolve(), ComplexMatrix::lssolve(), ComplexMatrix::lssolve(), FloatMatrix::lssolve(), FloatComplexMatrix::lssolve(), FloatComplexMatrix::lssolve(), FloatMatrix::lssolve(), Matrix::lssolve(), matrix_real_probe(), max(), max(), max(), max(), max(), max(), max(), max(), max(), min(), min(), min(), min(), min(), min(), min(), min(), min(), octave_print_internal(), octave_print_internal(), octave_print_internal(), operator*(), operator*(), operator*(), operator*(), ComplexMatrix::operator+=(), ComplexMatrix::operator+=(), Matrix::operator+=(), FloatComplexMatrix::operator+=(), FloatComplexMatrix::operator+=(), FloatMatrix::operator+=(), FloatComplexMatrix::operator+=(), ComplexMatrix::operator+=(), ComplexMatrix::operator-=(), ComplexMatrix::operator-=(), Matrix::operator-=(), FloatComplexMatrix::operator-=(), FloatComplexMatrix::operator-=(), FloatMatrix::operator-=(), FloatComplexMatrix::operator-=(), ComplexMatrix::operator-=(), boolMatrix::operator==(), charMatrix::operator==(), ComplexMatrix::operator==(), FloatComplexMatrix::operator==(), FloatMatrix::operator==(), Matrix::operator==(), ComplexMatrix::pseudo_inverse(), Matrix::pseudo_inverse(), FloatComplexMatrix::pseudo_inverse(), FloatMatrix::pseudo_inverse(), ComplexMatrix::rcond(), Matrix::rcond(), FloatComplexMatrix::rcond(), FloatMatrix::rcond(), regexp::replace(), ComplexMatrix::row_max(), Matrix::row_max(), FloatComplexMatrix::row_max(), FloatMatrix::row_max(), ComplexMatrix::row_min(), Matrix::row_min(), FloatComplexMatrix::row_min(), FloatMatrix::row_min(), row_norms(), rsf2csf< ComplexMatrix, Matrix >(), rsf2csf< FloatComplexMatrix, FloatMatrix >(), octave_cell::save_ascii(), octave_char_matrix_str::save_ascii(), save_mat_ascii_data(), save_mat_binary_data(), save_three_d(), sizes_cmp(), ComplexMatrix::stack(), Matrix::stack(), ComplexMatrix::stack(), ComplexMatrix::stack(), ComplexMatrix::stack(), ComplexMatrix::stack(), ComplexMatrix::stack(), Matrix::stack(), FloatComplexMatrix::stack(), FloatMatrix::stack(), FloatComplexMatrix::stack(), FloatComplexMatrix::stack(), FloatComplexMatrix::stack(), FloatComplexMatrix::stack(), FloatComplexMatrix::stack(), FloatMatrix::stack(), FloatComplexMatrix::stack(), FloatMatrix::stack(), FloatComplexMatrix::stack(), FloatMatrix::stack(), ComplexMatrix::stack(), Matrix::stack(), ComplexMatrix::stack(), Matrix::stack(), octave_char_matrix_str::string_value(), octave_char_matrix_str::string_vector_value(), tree_evaluator::switch_case_label_matches(), Sylvester(), Sylvester(), Sylvester(), Sylvester(), octave_bool_matrix::try_narrowing_conversion(), lu< T >::update(), lu< T >::update(), lu< T >::update(), qr< T >::update(), lu< T >::update(), lu< T >::update(), lu< T >::update(), qr< T >::update(), lu< T >::update(), qr< T >::update(), lu< T >::update(), qr< T >::update(), lu< T >::update_piv(), lu< T >::update_piv(), lu< T >::update_piv(), lu< T >::update_piv(), lu< T >::update_piv(), lu< T >::update_piv(), lu< T >::update_piv(), lu< T >::update_piv(), xgemm(), xgemm(), xgemm(), xgemm(), xpow(), xpow(), xpow(), xpow(), xpow(), xpow(), xpow(), xpow(), xpow(), xpow(), xpow(), xpow(), xpow(), xpow(), xpow(), and xpow().

rwdata()

template<typename T , typename Alloc >

T * Array< T, Alloc >::rwdata

(

)

Size of the specified dimension.

Dimensions beyond the Array number of dimensions return 1 as those are implicit singleton dimensions.

Equivalent to Octave's 'size (A, DIM)'

Definition at line 1790 of file Array-base.cc.

Referenced by lu< T >::lu(), lu< T >::lu(), lu< T >::lu(), lu< T >::lu(), NDArray::NDArray(), sparse_lu< lu_type >::sparse_lu(), sparse_lu< lu_type >::sparse_lu(), SparseBoolMatrix::any(), octave_uint64_matrix::array_value(), Sparse< T, Alloc >::assign(), aepbalance< MT >::balancing_matrix(), base64_decode(), base64_decode_bytes(), binmap(), binmap(), binmap(), blkmm_internal(), blkmm_internal(), blkmm_internal(), blkmm_internal(), octave_uint64_matrix::bool_array_value(), cam2xform(), octave_uint64_matrix::char_array_value(), idx_vector::complement(), octave_uint64_matrix::complex_array_value(), octave_uint64_matrix::complex_matrix_value(), subsystem_handler::create_filewrapper_metadata(), Array< T, Alloc >::delete_elements(), Array< T, Alloc >::delete_elements(), ComplexMatrix::determinant(), Matrix::determinant(), FloatComplexMatrix::determinant(), FloatMatrix::determinant(), SparseComplexMatrix::determinant(), SparseMatrix::determinant(), do_bitunpack(), do_bsxfun1_op(), do_bsxfun2_op(), do_bsxfun_op(), do_inplace_bsxfun_op(), DASPK::do_integrate(), DASSL::do_integrate(), LSODE::do_integrate(), DefQuad::do_integrate(), IndefQuad::do_integrate(), FloatDefQuad::do_integrate(), FloatIndefQuad::do_integrate(), do_mm_binary_op(), do_mm_binary_op(), do_mm_binary_op(), do_mm_inplace_op(), do_ms_binary_op(), do_ms_binary_op(), do_ms_binary_op(), do_ms_inplace_op(), do_mx_cum_op(), do_mx_cum_op(), do_mx_cumminmax_op(), do_mx_cumminmax_op(), do_mx_cumminmax_op(), do_mx_cumminmax_op(), do_mx_diff_op(), do_mx_flip_op(), do_mx_inplace_op(), do_mx_minmax_op(), do_mx_minmax_op(), do_mx_minmax_op(), do_mx_minmax_op(), do_mx_minmax_op(), do_mx_minmax_op(), do_mx_red_op(), do_mx_red_op(), do_mx_unary_op(), do_randi_array< bool >(), do_sm_binary_op(), do_sm_binary_op(), do_sm_binary_op(), EigsComplexNonSymmetricFunc(), EigsComplexNonSymmetricMatrix(), EigsComplexNonSymmetricMatrixShift(), EigsRealNonSymmetricFunc(), EigsRealNonSymmetricMatrix(), EigsRealNonSymmetricMatrixShift(), EigsRealSymmetricFunc(), EigsRealSymmetricMatrix(), EigsRealSymmetricMatrixShift(), octave_fields::equal_up_to_order(), F__delaunayn__(), F__dsearchn__(), F__glpk__(), F__icholt__(), F__iluc__(), F__ilutp__(), F__magick_finfo__(), F__pchip_deriv__(), F__voronoi__(), Famd(), Faudioread(), Fconvhulln(), Fcumsum(), Fdot(), Fellipj(), filter(), Array< T, Alloc >::find(), octave_uint64_matrix::float_array_value(), octave_uint64_matrix::float_complex_array_value(), octave_uint64_matrix::float_complex_matrix_value(), octave_uint64_matrix::float_matrix_value(), Fordqz(), Fordschur(), DiagArray2< T >::fortran_vec(), ComplexMatrix::fourier(), Matrix::fourier(), FloatComplexMatrix::fourier(), FloatMatrix::fourier(), ComplexNDArray::fourier(), NDArray::fourier(), FloatComplexNDArray::fourier(), FloatNDArray::fourier(), ComplexMatrix::fourier2d(), Matrix::fourier2d(), NDArray::fourier2d(), FloatComplexMatrix::fourier2d(), FloatComplexNDArray::fourier2d(), FloatMatrix::fourier2d(), FloatNDArray::fourier2d(), ComplexNDArray::fourierNd(), NDArray::fourierNd(), FloatComplexNDArray::fourierNd(), FloatNDArray::fourierNd(), Fquadcc(), Fqz(), Frandperm(), Fsymrcm(), opengl_renderer::get_pixels(), ichol_t(), MArray< T >::idx_add_nd(), ComplexMatrix::ifourier(), Matrix::ifourier(), FloatComplexMatrix::ifourier(), FloatMatrix::ifourier(), ComplexNDArray::ifourier(), FloatComplexNDArray::ifourier(), FloatNDArray::ifourier(), ComplexMatrix::ifourier2d(), ComplexNDArray::ifourier2d(), Matrix::ifourier2d(), NDArray::ifourier2d(), FloatComplexMatrix::ifourier2d(), FloatComplexNDArray::ifourier2d(), FloatMatrix::ifourier2d(), ComplexNDArray::ifourierNd(), NDArray::ifourierNd(), FloatComplexNDArray::ifourierNd(), FloatNDArray::ifourierNd(), ilu_crout(), ilu_tp(), range< T, typename std::enable_if< std::is_floating_point< T >::value >::type >::index(), CollocWt::init(), qr< T >::init(), qrp< T >::init(), qr< T >::init(), qrp< T >::init(), qr< T >::init(), qrp< T >::init(), qr< T >::init(), qrp< T >::init(), Array< octave_value >::insert(), qr< T >::insert_row(), qr< T >::insert_row(), qr< T >::insert_row(), qr< T >::insert_row(), octave_char_matrix_str::load_ascii(), octave_bool_matrix::load_binary(), octave_complex_matrix::load_binary(), octave_float_complex_matrix::load_binary(), octave_float_matrix::load_binary(), octave_perm_matrix::load_binary(), octave_matrix::load_binary(), octave_char_matrix_str::load_binary(), octave_complex_matrix::load_hdf5(), octave_float_complex_matrix::load_hdf5(), octave_float_matrix::load_hdf5(), octave_matrix::load_hdf5(), octave_char_matrix_str::load_hdf5(), Array< T, Alloc >::lookup(), Matrix::lssolve(), ComplexMatrix::lssolve(), ComplexMatrix::lssolve(), FloatMatrix::lssolve(), FloatComplexMatrix::lssolve(), FloatComplexMatrix::lssolve(), FloatMatrix::lssolve(), Matrix::lssolve(), Array< T, Alloc >::map(), octave_uint64_matrix::matrix_value(), Array< T, Alloc >::nth_element(), operator*(), operator*(), operator*(), operator*(), ComplexColumnVector::operator+=(), FloatComplexColumnVector::operator+=(), FloatComplexMatrix::operator+=(), FloatComplexRowVector::operator+=(), ComplexMatrix::operator+=(), ComplexRowVector::operator+=(), ComplexColumnVector::operator-=(), FloatComplexColumnVector::operator-=(), FloatComplexMatrix::operator-=(), FloatComplexRowVector::operator-=(), ComplexMatrix::operator-=(), ComplexRowVector::operator-=(), Array< T, Alloc >::permute(), ComplexMatrix::rcond(), Matrix::rcond(), FloatComplexMatrix::rcond(), FloatMatrix::rcond(), read_mat5_binary_element(), read_mat_binary_data(), Array< T, Alloc >::resize(), Array< T, Alloc >::resize1(), Array< T, Alloc >::resize2(), rsf2csf< ComplexMatrix, Matrix >(), rsf2csf< FloatComplexMatrix, FloatMatrix >(), DiagArray2< T >::rwdata(), Array< T, Alloc >::sort(), string_vector::sort(), Array< T, Alloc >::sort(), Array< T, Alloc >::sort_rows_idx(), sub2ind(), SparseBoolMatrix::sum(), Sylvester(), Sylvester(), Sylvester(), Sylvester(), Array< T, Alloc >::transpose(), unit_cube(), lu< T >::update(), qr< T >::update(), lu< T >::update(), qr< T >::update(), lu< T >::update(), qr< T >::update(), lu< T >::update(), qr< T >::update(), lu< T >::update(), qr< T >::update(), lu< T >::update(), qr< T >::update(), lu< T >::update(), qr< T >::update(), lu< T >::update(), qr< T >::update(), lu< T >::update_piv(), lu< T >::update_piv(), lu< T >::update_piv(), lu< T >::update_piv(), lu< T >::update_piv(), lu< T >::update_piv(), lu< T >::update_piv(), lu< T >::update_piv(), xgemm(), xgemm(), xgemm(), and xgemm().

size()

template<typename T , typename Alloc >

size_type Array< T, Alloc >::size ( const size_type  d ) const

inline

Size of the specified dimension.

Dimensions beyond the Array number of dimensions return 1 as those are implicit singleton dimensions.

Equivalent to Octave's 'size (A, DIM)'

Definition at line 518 of file Array-base.h.

References d.

Referenced by octave_value::size().

sort() [1/6]

template<typename T , typename Alloc >

Array< T, Alloc > Array< T, Alloc >::sort	(	Array< octave_idx_type > &	sidx,
		int	dim = 0,
		sortmode	mode = ASCENDING
	)		const

Size of the specified dimension.

Dimensions beyond the Array number of dimensions return 1 as those are implicit singleton dimensions.

Equivalent to Octave's 'size (A, DIM)'

Definition at line 1925 of file Array-base.cc.

References DESCENDING, numel(), OCTAVE_LOCAL_BUFFER, Array< T, Alloc >::rwdata(), octave_sort< T >::set_compare(), octave_sort< T >::sort(), and UNSORTED.

sort() [2/6]

Array< octave::cdef_object > Array< octave::cdef_object >::sort	(	Array< octave_idx_type > &	sidx,
		int	,
		sortmode
	)		const

Definition at line 47 of file Array-tc.cc.

sort() [3/6]

Array< octave::idx_vector > Array< octave::idx_vector >::sort	(	Array< octave_idx_type > &	sidx,
		int	,
		sortmode
	)		const

Definition at line 44 of file Array-idx-vec.cc.

sort() [4/6]

template<typename T , typename Alloc >

Array< T, Alloc > Array< T, Alloc >::sort	(	int	dim = 0,
		sortmode	mode = ASCENDING
	)		const

Size of the specified dimension.

Dimensions beyond the Array number of dimensions return 1 as those are implicit singleton dimensions.

Equivalent to Octave's 'size (A, DIM)'

Definition at line 1807 of file Array-base.cc.

References DESCENDING, Array< T, Alloc >::dims(), numel(), dim_vector::numel(), OCTAVE_LOCAL_BUFFER, Array< T, Alloc >::rwdata(), octave_sort< T >::set_compare(), octave_sort< T >::sort(), and UNSORTED.

Referenced by qr< T >::delete_col(), qr< T >::insert_col(), qr< T >::insert_col(), qr< T >::insert_col(), qr< T >::insert_col(), octave_cell::sort(), ov_range< T >::sort(), octave_char_matrix_sq_str::sort(), octave_cell::sort(), ov_range< T >::sort(), and octave_char_matrix_sq_str::sort().

sort() [5/6]

Array< octave::cdef_object > Array< octave::cdef_object >::sort	(	int	,
		sortmode
	)		const

Definition at line 47 of file Array-tc.cc.

sort() [6/6]

Array< octave::idx_vector > Array< octave::idx_vector >::sort	(	int	,
		sortmode
	)		const

Definition at line 44 of file Array-idx-vec.cc.

sort_rows_idx() [1/3]

template<typename T , typename Alloc >

Array< octave_idx_type > Array< T, Alloc >::sort_rows_idx

(

sortmode

mode = ASCENDING

)

const

Sort by rows returns only indices.

Definition at line 2109 of file Array-base.cc.

References Array< T, Alloc >::rwdata(), safe_comparator(), and octave_sort< T >::sort_rows().

Referenced by octave_base_diag< DMT, MT >::sort_rows_idx(), octave_base_matrix< MT >::sort_rows_idx(), octave_cell::sort_rows_idx(), octave_perm_matrix::sort_rows_idx(), and octave_value::sort_rows_idx().

sort_rows_idx() [2/3]

Array< octave_idx_type > Array< octave::cdef_object >::sort_rows_idx

(

sortmode

)

const

Definition at line 47 of file Array-tc.cc.

sort_rows_idx() [3/3]

Array< octave_idx_type > Array< octave::idx_vector >::sort_rows_idx

(

sortmode

)

const

Definition at line 44 of file Array-idx-vec.cc.

squeeze()

template<typename T , typename Alloc >

Array< T, Alloc > Array< T, Alloc >::squeeze

(

)

const

Chop off leading singleton dimensions.

Definition at line 140 of file Array-base.cc.

References dim_vector::resize().

Referenced by boolNDArray::squeeze(), charNDArray::squeeze(), and MArray< T >::squeeze().

test()

template<typename T , typename Alloc >

template<typename F , bool zero>

bool Array< T, Alloc >::test ( F  fcn ) const

inline

Generic any/all test functionality with arbitrary predicate.

Definition at line 938 of file Array-base.h.

References numel().

test_all() [1/3]

template<typename T , typename Alloc >

bool Array< T, Alloc >::test_all ( bool(&)(const T &)  fcn ) const

inline

Size of the specified dimension.

Dimensions beyond the Array number of dimensions return 1 as those are implicit singleton dimensions.

Equivalent to Octave's 'size (A, DIM)'

Definition at line 967 of file Array-base.h.

test_all() [2/3]

template<typename T , typename Alloc >

bool Array< T, Alloc >::test_all ( bool(&)(T)  fcn ) const

inline

Size of the specified dimension.

Dimensions beyond the Array number of dimensions return 1 as those are implicit singleton dimensions.

Equivalent to Octave's 'size (A, DIM)'

Definition at line 964 of file Array-base.h.

test_all() [3/3]

template<typename T , typename Alloc >

template<typename F >

bool Array< T, Alloc >::test_all ( F  fcn ) const

inline

Size of the specified dimension.

Dimensions beyond the Array number of dimensions return 1 as those are implicit singleton dimensions.

Equivalent to Octave's 'size (A, DIM)'

Definition at line 952 of file Array-base.h.

Referenced by NDArray::all_elements_are_int_or_inf_or_nan(), FloatNDArray::all_elements_are_int_or_inf_or_nan(), NDArray::all_elements_are_zero(), FloatNDArray::all_elements_are_zero(), NDArray::all_integers(), FloatNDArray::all_integers(), NDArray::any_element_is_negative(), FloatNDArray::any_element_is_negative(), NDArray::any_element_is_positive(), FloatNDArray::any_element_is_positive(), NDArray::any_element_not_one_or_zero(), FloatNDArray::any_element_not_one_or_zero(), and ov_range< T >::bool_array_value().

test_any() [1/3]

template<typename T , typename Alloc >

bool Array< T, Alloc >::test_any ( bool(&)(const T &)  fcn ) const

inline

Size of the specified dimension.

Dimensions beyond the Array number of dimensions return 1 as those are implicit singleton dimensions.

Equivalent to Octave's 'size (A, DIM)'

Definition at line 961 of file Array-base.h.

test_any() [2/3]

template<typename T , typename Alloc >

bool Array< T, Alloc >::test_any ( bool(&)(T)  fcn ) const

inline

Overloads for function references.

Definition at line 958 of file Array-base.h.

test_any() [3/3]

template<typename T , typename Alloc >

template<typename F >

bool Array< T, Alloc >::test_any ( F  fcn ) const

inline

Simpler calls.

Definition at line 947 of file Array-base.h.

Referenced by ComplexNDArray::too_large_for_float(), and NDArray::too_large_for_float().

transpose()

template<typename T , typename Alloc >

Array< T, Alloc > Array< T, Alloc >::transpose

(

)

const

Size of the specified dimension.

Dimensions beyond the Array number of dimensions return 1 as those are implicit singleton dimensions.

Equivalent to Octave's 'size (A, DIM)'

Definition at line 1649 of file Array-base.cc.

References liboctave_panic_unless, Array< T, Alloc >::rwdata(), and Array< T, Alloc >::xelem().

Referenced by Sparse< T, Alloc >::index(), Sparse< T, Alloc >::sort(), boolMatrix::transpose(), charMatrix::transpose(), and MArray< T >::transpose().

xelem() [1/8]

template<typename T , typename Alloc >

T & Array< T, Alloc >::xelem ( const Array< octave_idx_type > &  ra_idx )

inline

Size of the specified dimension.

Dimensions beyond the Array number of dimensions return 1 as those are implicit singleton dimensions.

Equivalent to Octave's 'size (A, DIM)'

Definition at line 567 of file Array-base.h.

References ra_idx.

xelem() [2/8]

template<typename T , typename Alloc >

crefT Array< T, Alloc >::xelem ( const Array< octave_idx_type > &  ra_idx ) const

inline

Size of the specified dimension.

Dimensions beyond the Array number of dimensions return 1 as those are implicit singleton dimensions.

Equivalent to Octave's 'size (A, DIM)'

Definition at line 571 of file Array-base.h.

References ra_idx.

xelem() [3/8]

template<typename T , typename Alloc >

T & Array< T, Alloc >::xelem ( octave_idx_type  i, octave_idx_type  j  )

inline

Size of the specified dimension.

Dimensions beyond the Array number of dimensions return 1 as those are implicit singleton dimensions.

Equivalent to Octave's 'size (A, DIM)'

Definition at line 553 of file Array-base.h.

xelem() [4/8]

template<typename T , typename Alloc >

crefT Array< T, Alloc >::xelem ( octave_idx_type  i, octave_idx_type  j  ) const

inline

Size of the specified dimension.

Dimensions beyond the Array number of dimensions return 1 as those are implicit singleton dimensions.

Equivalent to Octave's 'size (A, DIM)'

Definition at line 556 of file Array-base.h.

xelem() [5/8]

template<typename T , typename Alloc >

T & Array< T, Alloc >::xelem ( octave_idx_type  i, octave_idx_type  j, octave_idx_type  k  )

inline

Size of the specified dimension.

Dimensions beyond the Array number of dimensions return 1 as those are implicit singleton dimensions.

Equivalent to Octave's 'size (A, DIM)'

Definition at line 560 of file Array-base.h.

xelem() [6/8]

template<typename T , typename Alloc >

crefT Array< T, Alloc >::xelem ( octave_idx_type  i, octave_idx_type  j, octave_idx_type  k  ) const

inline

Size of the specified dimension.

Dimensions beyond the Array number of dimensions return 1 as those are implicit singleton dimensions.

Equivalent to Octave's 'size (A, DIM)'

Definition at line 563 of file Array-base.h.

xelem() [7/8]

template<typename T , typename Alloc >

T & Array< T, Alloc >::xelem ( octave_idx_type  n )

inline

Size of the specified dimension.

Dimensions beyond the Array number of dimensions return 1 as those are implicit singleton dimensions.

Equivalent to Octave's 'size (A, DIM)'

Definition at line 547 of file Array-base.h.

Referenced by ComplexMatrix::ComplexMatrix(), ComplexNDArray::ComplexNDArray(), FloatComplexMatrix::FloatComplexMatrix(), FloatComplexNDArray::FloatComplexNDArray(), FloatNDArray::FloatNDArray(), NDArray::NDArray(), intNDArray< T >::abs(), SparseBoolMatrix::any(), octave_value_list::array_value(), range< T, typename std::enable_if< std::is_floating_point< T >::value >::type >::array_value(), Sparse< T, Alloc >::array_value(), type_info::assign_ops_map(), type_info::assignany_ops_map(), type_info::binary_ops_map(), Cell::cellstr_value(), octave_char_matrix_str::cellstr_value(), Cell::column(), column_norms(), column_norms(), type_info::compound_binary_ops_map(), DiagArray2< T >::dgxelem(), DiagArray2< T >::dgxelem(), do_mat2cell(), do_mat2cell_nd(), Array< T, Alloc >::elem(), elem_xpow(), elem_xpow(), elem_xpow(), elem_xpow(), RowVector::extract(), FloatRowVector::extract(), ColumnVector::extract(), FloatColumnVector::extract(), RowVector::extract_n(), FloatRowVector::extract_n(), ColumnVector::extract_n(), FloatColumnVector::extract_n(), F__event_manager_file_dialog__(), F__event_manager_input_dialog__(), F__event_manager_list_dialog__(), F__native2unicode__(), F__unicode2native__(), Famd(), Faudiowrite(), Fcellindexmat(), Fcellslices(), Fcomplex(), ComplexColumnVector::fill(), ComplexMatrix::fill(), ComplexRowVector::fill(), ComplexRowVector::fill(), ComplexMatrix::fill(), ComplexColumnVector::fill(), FloatComplexColumnVector::fill(), FloatComplexMatrix::fill(), FloatComplexRowVector::fill(), FloatComplexRowVector::fill(), FloatComplexMatrix::fill(), FloatComplexColumnVector::fill(), ComplexColumnVector::fill(), ComplexMatrix::fill(), ComplexRowVector::fill(), Matrix::fill(), RowVector::fill(), ComplexRowVector::fill(), RowVector::fill(), ComplexMatrix::fill(), Matrix::fill(), ComplexColumnVector::fill(), ColumnVector::fill(), FloatComplexColumnVector::fill(), FloatComplexMatrix::fill(), FloatComplexRowVector::fill(), FloatMatrix::fill(), FloatRowVector::fill(), FloatComplexRowVector::fill(), FloatRowVector::fill(), FloatComplexMatrix::fill(), FloatMatrix::fill(), FloatComplexColumnVector::fill(), FloatColumnVector::fill(), cdef_object_array::fill_empty_values(), find_nonzero_elem_idx(), find_nonzero_elem_idx(), Flookup(), Fordschur(), qr< T >::form(), qr< T >::form(), qr< T >::form(), qr< T >::form(), Fpow2(), Frepelems(), Fsize(), Fstruct2cell(), lu< T >::getp(), Array< T, Alloc >::hermitian(), hex2num(), imag(), imag(), Sparse< T, Alloc >::index(), ComplexColumnVector::insert(), ColumnVector::insert(), ComplexMatrix::insert(), Matrix::insert(), ComplexColumnVector::insert(), ComplexMatrix::insert(), ComplexMatrix::insert(), ComplexRowVector::insert(), ComplexMatrix::insert(), Matrix::insert(), FloatComplexColumnVector::insert(), FloatColumnVector::insert(), FloatComplexMatrix::insert(), FloatMatrix::insert(), FloatComplexColumnVector::insert(), FloatComplexMatrix::insert(), FloatComplexMatrix::insert(), FloatComplexRowVector::insert(), FloatComplexMatrix::insert(), FloatMatrix::insert(), FloatComplexMatrix::insert(), FloatComplexRowVector::insert(), FloatRowVector::insert(), FloatComplexMatrix::insert(), FloatMatrix::insert(), ComplexMatrix::insert(), ComplexRowVector::insert(), RowVector::insert(), ComplexMatrix::insert(), Matrix::insert(), install_ops(), idx_vector::inverse_permutation(), linspace(), linspace(), linspace(), linspace(), map_2_xldexp(), map_2_xlog2(), type_info::non_const_unary_ops_map(), octave_scalar_map::orderfields(), octave_map::orderfields(), octave_map::orderfields(), octave_scalar_map::orderfields(), lu< T >::P_vec(), sparse_lu< lu_type >::Pc_vec(), octave_base_diag< DMT, MT >::permute(), sparse_lu< lu_type >::Pr_vec(), read_mat_binary_data(), row_norms(), row_norms(), intNDArray< T >::signum(), SparseBoolMatrix::sum(), Array< T, Alloc >::transpose(), PermMatrix::transpose(), type_info::unary_ops_map(), DiagArray2< T >::xelem(), xgemm(), xgemm(), xgemm(), and xgemm().

xelem() [8/8]

template<typename T , typename Alloc >

crefT Array< T, Alloc >::xelem ( octave_idx_type  n ) const

inline

Size of the specified dimension.

Dimensions beyond the Array number of dimensions return 1 as those are implicit singleton dimensions.

Equivalent to Octave's 'size (A, DIM)'

Definition at line 549 of file Array-base.h.

Friends And Related Symbol Documentation

Array

template<typename T , typename Alloc >

template<typename U , typename A >

friend class Array

friend

Size of the specified dimension.

Dimensions beyond the Array number of dimensions return 1 as those are implicit singleton dimensions.

Equivalent to Octave's 'size (A, DIM)'

Definition at line 971 of file Array-base.h.

Member Data Documentation

m_dimensions

template<typename T , typename Alloc >

dim_vector Array< T, Alloc >::m_dimensions

protected

Definition at line 261 of file Array-base.h.

Referenced by Array< T, Alloc >::Array(), Array< T, Alloc >::Array(), Array< T, Alloc >::as_column(), Array< T, Alloc >::as_matrix(), Array< T, Alloc >::as_row(), Array< T, Alloc >::find(), Array< T, Alloc >::index(), Array< T, Alloc >::insert(), and Array< T, Alloc >::operator=().

m_rep

template<typename T , typename Alloc >

Array<T,Alloc>::ArrayRep* Array< T, Alloc >::m_rep

protected

Definition at line 263 of file Array-base.h.

Referenced by Array< T, Alloc >::Array(), and Array< T, Alloc >::operator=().

m_slice_data

template<typename T , typename Alloc >

T* Array< T, Alloc >::m_slice_data

protected

Definition at line 272 of file Array-base.h.

Referenced by Array< T, Alloc >::Array(), and Array< T, Alloc >::operator=().

m_slice_len

template<typename T , typename Alloc >

octave_idx_type Array< T, Alloc >::m_slice_len

protected

Definition at line 273 of file Array-base.h.

Referenced by Array< T, Alloc >::operator=().

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

• liboctave/array/Array-base.h
• liboctave/array/Array-base.cc