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ivl 679
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ivl 679
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Multi-dimensional array of type T. More...
#include <array_nd_2d_class.hpp>
Inherits array_common_base< array_nd< T, data::normal_2d< DERIVED_INFO > > >.
Public Types | |
| typedef const size_dims< 2 > & | size_nd_ref_type |
| return type of size_nd in that data-specific class | |
| typedef array< size_t, tiny > | size_type |
| parameter of resize, in each class of the hierarchy | |
| typedef size_dims< 2 > | stride_ref_type |
| return type of size_nd in that data-specific class | |
Public Member Functions | |
| base_class & | base () |
| get base class | |
Element access (multidimensional) | |
Elements can be accessed by specifying the | |
| T & | operator() (size_t s1, size_t s2) |
| template<class S > | |
| T & | operator() (const array< size_t, S > &indx) |
| const T & | operator() (size_t s1, size_t s2) const |
| template<class S > | |
| const T & | operator() (const array< size_t, S > &indx) const |
Single-dimensional constructors | |
| array_nd () | |
| Default constructor. | |
Multi-dimensional constructors | |
| template<class S > | |
| array_nd (const array< size_t, S > &sz) | |
| Construct from a size_array containing the dimension sizes. | |
| template<class S > | |
| array_nd (const array< size_t, S > &sz, const T &s) | |
| Construct from a size_array containing the dimension sizes and assign scalar. | |
| template<class S > | |
| array_nd (const array< size_t, S > &sz, const T *ptr) | |
| Construct from a size_array containing the dimension sizes and assign values from an one-dimensional C array. | |
| template<class S , class J , class D > | |
| array_nd (const array< size_t, S > &sz, const array< J, D > &a) | |
| Construct from a size_array containing the dimension sizes and an array with the values. | |
| array_nd (const this_type &a) | |
| Copy constructor. | |
| template<class J , class S > | |
| array_nd (const array_nd< J, S > &a) | |
| Constructor using another form of array_nd. | |
Size functions (multidimensional) | |
| size_nd_ref_type | size_nd () const |
| Get the size for each dimension. | |
| size_t | size_nd (size_t dim) const |
| Get the size for a specific dimension. | |
| stride_ref_type | stride () const |
| Get the stride for each dimension. | |
| size_t | stride (size_t dim) const |
| size_type | size () const |
| Get the size for each dimension. | |
| size_t | size (size_t dim) const |
| Get the size for a specific dimension. | |
| size_t | ndims () const |
| Get the number of dimensions. | |
Resize Functions | |
| template<class S > | |
| void | resize (const array< size_t, S > &newsize, const T &s) |
| resize (n-dim) | |
| template<class S > | |
| void | resize (const array< size_t, S > &newsize) |
| resize (n-dim) without padding | |
| template<class S > | |
| void | reshape (const array< size_t, S > &newsize, const T &s) |
| reshape (n-dim) | |
| template<class S > | |
| void | reshape (const array< size_t, S > &newsize) |
| reshape (n-dim) without padding | |
| template<class S > | |
| void | init (const array< size_t, S > &newsize, const T &s) |
| init (n-dim) | |
| template<class S > | |
| void | init (const array< size_t, S > &newsize) |
| init (n-dim) without padding | |
| void | init (const this_type &a) |
Assignment Operators | |
| template<class K > | |
| derived_type & | operator= (const K &k) |
| this_type & | operator= (const this_type &in) |
| C++ copy-constructor. | |
Multi-dimensional array of type T.
This structure is used to define a multidimensional array of type T. The number of dimensions can be specified when constructing an object and can be altered anytime by using methods like resize(const size_array &, const T).
The simpliest way to access an array_nd element is by using operator() and specifying the offset on each dimension, like this:
int i = a(2, 3, 2)
An array_nd inherites all the functionality the array class provides, which means that it can also be indexed as an one-dimensional array using the array subscript operator: []. Keep in mind that in array_nd the elements are stored in column-major order like Fortr an and Matlab and not like C. So, the offset is computed like this:
offset = row + column*NUMROWS
| T& array_nd< T, data::normal_2d< DERIVED_INFO > >::operator() | ( | const array< size_t, S > & | indx | ) | [inline] |
Selects a single, mutable element of the array, using a size_array for the coordinates.
| const T& array_nd< T, data::normal_2d< DERIVED_INFO > >::operator() | ( | const array< size_t, S > & | indx | ) | const [inline] |
Selects a single, const element of the array, using a size_array for the coordinates.
1.7.4