Description of matrix_implementation

matrix_implementation<TwoDGen, IndexerGen>		Programmers Guide
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Category:container

Component type:type

Description

This class synthesizes all of the various components that go into a matrix and presents the functionality to the user with the proper interface. The other matrix implementation types derive from this class. This class is not used directly. copy constructor

Example

Definition

Template Parameters

Model of

Members

Member	Where defined	Description
`twoddim`
`enum { M = twoddim::M, N = twoddim::N }`
`TwoD`
`size_type`
`dyn_dim`
`dimension`
`Indexer`
`OldOneD`
`OldOneDRef`
`oned_iterator`
`const_oned_iterator`
`dim_type`
`band_type`
`OneD`
`OneDRef`
`TwoD_value_type`
`value_type`
`reference`
`const_reference`
`pointer`
`difference_type`
`shape`
`orientation`
`sparsity`
`storage_loc`
`transpose_type`
`strided_type`
`banded_view_type`
`strideability`
`scaled_type`
`NewOneD`
`template <int isConst> class _iterator`
`iterator`
`const_iterator`
`reverse_iterator`
`const_reverse_iterator`
`orien`
`matrix_implementation ()`
`matrix_implementation (dim_type dim, size_type nnz_max)`
`matrix_implementation (dim_type dim)`
`matrix_implementation (dim_type dim, band_type bw)`
`matrix_implementation (const TwoD& x, Indexer ind)`
`matrix_implementation (const matrix_implementation& x)`
`matrix_implementation (const matrix_implementation& x, do_strided s)`
`self& operator= (const self& x)`
`matrix_implementation (const transpose_type& x, do_transpose, do_transpose)`
`matrix_implementation (const strided_type& x, do_strided, do_strided)`
`template <class Mat, class Scalar> matrix_implementation (const Mat& x, const Scalar& y, do_scaled)`
`matrix_implementation (pointer data, dim_type dim, char)`
`matrix_implementation (pointer data, dim_type dim, size_type ld)`
`matrix_implementation (pointer data, dim_type dim, size_type ld, dyn_dim starts, char)`		With non-zero upper-left corner starts
`matrix_implementation (pointer data, dim_type dim, band_type bw)`
`matrix_implementation (pointer data, dim_type dim, size_type ld, band_type bw)`
`matrix_implementation (dim_type dim, size_type nnz, pointer val, size_type* ptrs, size_type* inds)`		compressed2D external data constructor
`template <class Matrix> matrix_implementation (const Matrix& x, band_type bw)`		banded view constructor
`template <class Matrix, class ST, int BM, int BN> matrix_implementation (const Matrix& x, mtl::dimension<ST,BM,BN> bd, char)`		block view constructor
`twod (x.twod, orien::map(bd))`
`matrix_implementation (pointer data)`		Static M, N Constructor
`matrix_implementation (pointer data, size_type ld)`
`mmstream`		matrix stream constructor
`hbstream`
`template <class Me> matrix_implementation (mmstream& m_in, Me& me)`
`template <class Me> matrix_implementation (hbstream& m_in, Me& me)`
`template <class Me> matrix_implementation (mmstream& m_in, band_type bw, Me& me)`
`template <class Me> matrix_implementation (hbstream& m_in, band_type bw, Me& me)`
`~matrix_implementation ()`
`iterator begin ()`
`iterator end ()`
`const_iterator begin () const`
`const_iterator end () const`
`reverse_iterator rbegin ()`
`reverse_iterator rend ()`
`const_reverse_iterator rbegin () const`
`const_reverse_iterator rend () const`
`OneD::reference operator() (size_type i, size_type j)`
`OneD::const_reference operator() (size_type i, size_type j) const`
`OneDRef operator[] (size_type n)`
`const OneDRef operator[] (size_type n) const`
`size_type nrows () const`
`size_type ncols () const`
`size_type noneds () const`
`size_type major () const`
`size_type minor () const`
`size_type nnz () const`
`size_type capacity () const`
`int sub () const`
`int super () const`
`bool is_upper () const`
`bool is_lower () const`
`bool is_unit () const`
`const TwoD& get_twod () const`
`const Indexer& get_indexer () const`
`void print () const`
`value_type* data ()`
`const value_type* data () const`
`value_type* get_val ()`
`const value_type* get_val () const`
`size_type* get_ind ()`
`const size_type* get_ind () const`
`size_type* get_ptr ()`
`const size_type* get_ptr () const`
`template <class Matrix> void fast_copy (const Matrix& x)`
`TwoD twod`
`Indexer indexer`

New members

Notes

See also