ivl 679
array< T, data::indirect< A, B, DERIVED_INFO > > Class Template Reference

1-dimensional array of type T More...

#include <indirect_class.hpp>

Inherits array_common_base< array< T, data::indirect< A, B, DERIVED_INFO > > >.

List of all members.

Public Types

typedef is_content_resizeable is_cuttable
 declared as t_true if the array = empty operation (cut) is allowed.
typedef size_t size_type
 parameter of resize, in each class of the hierarchy

Public Member Functions

 ~array ()
 destructor
Size functions
size_t length () const
 Get the length of the element sequence.
size_type size () const
 Get the size of the array. generic-class function.
size_t numel () const
 Get the length of the element sequence.
Constructors
 array ()
 array (A &a)
 Constructor with full array, TODO: only available when b is createable, non reference!
 array (A &a, const prv_b &b)
 The only constructor.
 array (size_t sz, data_init_arg d)
template<class I >
 array (A &a, const I &b)
 array (const this_type &o)
 Copy constructor.
template<class J , class P2 , class D >
 array (const array< J, data::indirect< A, P2, D > > &o)
template<class J , class P2 , class D >
 array (const array< J, data::indirect< prv_second_init_a, P2, D > > &o)
Special Members
A & get_ref_1 () const
const prv_b & get_ref_2 () const
template<class J , class P >
size_array merge_idx (const array< J, P > &idx) const
template<class D >
bool overlap (const D &d) const
template<class D >
bool self_overlap (const D &d) const
template<class D >
derived_type & assign_array (const D &o)
Assignement Operators
template<class K >
derived_type & operator= (const K &o)
this_typeoperator= (const this_type &o)

Detailed Description

template<class T, class A, class B, class DERIVED_INFO>
class array< T, data::indirect< A, B, DERIVED_INFO > >

1-dimensional array of type T

This class defines an simple one-dimensional array.


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