Description of column

column_matrix<TwoDGen, IndexerGen>		Programmers Guide
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Description

This class derives from the matrix_implementation class. The main purpose of this class is merely to add the "Column" type definition. typedef light_matrix submatrix_type; Currently only works with dense rectangular matrices JGS see row_matrix::partitioned deprecated, use functions in partition.h instead

Example

Definition

Template Parameters

Model of

Members

Member	Where defined	Description
`pointer`
`reference`
`const_reference`
`value_type`
`size_type`
`dim_type`
`dyn_dim`
`band_type`
`TwoD`
`OneD`
`OneDRef`
`Indexer`
`Column`
`ColumnRef`
`enum { M = Indexer::M, N = Indexer::N }`
`transpose_type`
`strided_type`
`banded_view_type`
`column_matrix (size_type m, size_type n)`		user callable constructors
`column_matrix (size_type m, size_type n, size_type nnz_max)`
`column_matrix (size_type m, size_type n, int sub, int super)`
`column_matrix& operator= (const column_matrix& x)`
`column_matrix (pointer data, size_type m, size_type n)`		external data
`column_matrix (pointer data, size_type m, size_type n, size_type ld)`
`column_matrix (pointer data, size_type m, size_type n, size_type ld, dyn_dim starts)`		non zero index upper left corner
`column_matrix (pointer data, size_type m, size_type n, int sub, int super)`
`column_matrix (pointer data, size_type m, size_type n, size_type ld, int sub, int super)`
`column_matrix (pointer data)`		Static M, N Constructor
`template <class Matrix> column_matrix (int sub, int super, const Matrix& x)`		banded view constructor
`template <class Matrix, class ST, int BM, int BN> column_matrix (const Matrix& x, mtl::dimension<ST,BM,BN> bdim)`		block view constructor
`Base (x, bdim, char())`
`column_matrix (size_type m, size_type n, size_type nnz, pointer val, size_type* ptrs, size_type* inds)`		compressed2D external data constructor
`mmstream`		streams
`hbstream`
`column_matrix (mmstream& m_in)`
`column_matrix (mmstream& m_in, int sub, int super)`
`column_matrix (hbstream& m_in)`
`column_matrix (hbstream& m_in, int sub, int super)`
`template <class Subclass> column_matrix (mmstream & m_in, Subclass& s)`
`template <class Subclass> column_matrix (hbstream & m_in, Subclass& s)`
`template <class Subclass> column_matrix (mmstream& m_in, int sub, int super, Subclass& s)`
`template <class Subclass> column_matrix (hbstream& m_in, int sub, int super, Subclass& s)`
`column_matrix (const column_matrix& x)`		copy constructor
`column_matrix (const column_matrix& x, do_strided)`		called by rows(A), columns(A)
`column_matrix (const transpose_type& x, do_transpose t)`		called by trans(A) helper function
`column_matrix (const strided_type& x, do_strided s)`		called by rows(A) and columns(A) helper functions
`template <class Mat, class Scalar> column_matrix (const Mat& x, const Scalar& y, do_scaled s)`		scaled
`column_matrix (const TwoD& x, Indexer ind)`
`~column_matrix ()`
`new_sizeT`
`IsStrided`
`submatrix_type`
`submatrix_type sub_matrix (size_type row_start, size_type row_finish, size_type col_start, size_type col_finish) const`		create a submatrix view into this matrix
`partitioned`
`partitioned subdivide (size_type split_row, size_type split_col) const`

New members

Notes

See also