scaled2D<TwoD, T> Programmers Guide   Contents | Index |  Search

Category:containers,adaptors Component type:type

Description

This class is not meant to be used directly. Instead, use the scaled() function to create a scaled matrix to pass into an MTL algorithm.

Example

Definition

Template Parameters

Model of

Members

Member Where defined Description template <class SubMatrix> struct partitioned     enum { M = TwoD::M, N = TwoD::N }     size_type   The unsigned integral type for dimensions and indices value_type   The 1D container type reference   The type for references to value type const_reference   The type for const references to value type iterator   The iterator type (not used) const_iterator   The const iterator type reverse_iterator   The reverse iterator type (not used) const_reverse_iterator   The const reverse iterator type sparsity   Either sparse_tag or dense_tag strideability   Whether the underlying 2D container is strideable storage_loc   Either internal or external storage transpose_type   The transpose type scaled2D ()   Default Constructor scaled2D (const TwoD& x, const T& a)   Normal Constructor const_iterator begin () const   Return a const iterator pointing to the first 1D container const_iterator end () const   Return a const iterator pointing past the end of the 2D container const_reverse_iterator rbegin () const   Return a const reverse iterator pointing to the last 1D container const_reverse_iterator rend () const   Return a const reverse iterator pointing past the start of the 2D container reference operator[] (int i) const   Return a const reference to the ith 1D container T operator() (int i, int j) const   Return a const reference to the (i,j) element, where (i,j) is in the 2D coordinate system int major () const   The dimension of the 2D container int minor () const   The dimension of the 1D containers size_type nnz () const   The number of non-zeros

New members

Notes

See also

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