linalg_vec<RepType, RepPtr = RepType*, int NN = 0> Programmers Guide   Contents | Index |  Search

Category:containers,adaptors Component type:type

Description

This captures the main functionality of a dense MTL vector. The dense1D and external1D derive from this class, and specialize this class to use either internal or external storage.

Example

Definition

linalg_vector.h

Template Parameters

Parameter Description Default RepType the underlying representation

Model of

Linalg_Vector

Members

Member Where defined Description self     rep_type     rep_ptr     enum { N = NN }     dimension     sparsity   The sparsity tag scaled_type Scalable The scaled type of this container value_type Container The value type reference Container The reference type const_reference Container The const reference type pointer Container The pointer (to the value_type) type size_type Container The size type (non negative) difference_type Container The difference type (an integral type) iterator Container The iterator type const_iterator Container The const iterator type const_iterator Container The const iterator type reverse_iterator Reversible Container The reverse iterator type const_reverse_iterator Reversible Container The const reverse iterator type Vec     Vec_size_type     Vec_difference_type     Vec_iterator     Vec_const_iterator     class IndexArray     IndexArrayRef Vector The type for an array of the indices of the element in the vector subrange_type Vector The type for a subrange vector-view of the original vector range     linalg_vec () Container Default Constructor (allocates the container) linalg_vec (rep_ptr x, size_type start_index)   Normal Constructor linalg_vec (const self& x) ContainerRef Copy Constructor (shallow copy) ~linalg_vec () Container The destructor. self& operator= (const self& x) AssignableRef Assignment Operator (shallow copy) iterator begin () Container Return an iterator pointing to the beginning of the vector iterator end () Container Return an iterator pointing past the end of the vector const_iterator begin () const Container Return a const iterator pointing to the begining of the vector const_iterator end () const Container Return a const iterator pointing past the end of the vector reverse_iterator rbegin () Reversible Container Return a reverse iterator pointing to the last element of the vector reverse_iterator rend () Reversible Container Return a reverse iterator pointing past the end of the vector const_reverse_iterator rbegin () const Reversible Container Return a const reverse iterator pointing to the last element of the vector const_reverse_iterator rend () const Reversible Container Return a const reverse iterator pointing past the end of the vector reference operator[] (size_type i) Vector Return a reference to the element with the ith index subrange_type operator() (range r)     subrange_type operator() (size_type s, size_type f)     const_reference operator[] (size_type i) const Vector Return a const reference to the element with the ith index size_type size () const Container The size of the vector size_type nnz () const   The number of non-zeroes in the vector void resize (size_type n)   Resize the vector to n void resize (size_type n, const value_type& x)   Resize the vector to n, and assign x to the new positions size_type capacity () const   Return the total capacity of the vector void reserve (size_type n)   Reserve more space in the vector const value_type* data () const   Raw Memory Access value_type* data ()   Raw Memory Access iterator insert (iterator position, const value_type& x = value_type()) Container Insert x at the indicated position in the vector IndexArrayRef nz_struct () const     self& adjust_index (size_type i)

New members

Notes

See also

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