AMDiS 2.10
The Adaptive Multi-Dimensional Simulation Toolbox
MTLSparseMatrix< T > Member List

This is the complete list of members for MTLSparseMatrix< T >, including all inherited members.

BaseMatrix typedefMTLSparseMatrix< T >
finish()MTLSparseMatrix< T >inline
init(Pattern const &pattern)MTLSparseMatrix< T >inline
init()MTLSparseMatrix< T >inline
insert(size_type r, size_type c, value_type const &value)MTLSparseMatrix< T >inline
matrix()MTLSparseMatrix< T >inline
matrix() constMTLSparseMatrix< T >inline
MTLSparseMatrix(DefaultIndexDistribution const &, DefaultIndexDistribution const &)MTLSparseMatrix< T >inline
nnz() constMTLSparseMatrix< T >inline
scatter(Ind const &idx, LocalMat const &mat) (defined in MTLSparseMatrix< T >)MTLSparseMatrix< T >inline
scatter(RowInd const &rows, ColInd const &cols, LocalMat const &mat) (defined in MTLSparseMatrix< T >)MTLSparseMatrix< T >inline
setUnitDiagonals(RowInd const &rowInd, ColInd const &colInd) (defined in MTLSparseMatrix< T >)MTLSparseMatrix< T >inline
size_type typedefMTLSparseMatrix< T >
symmetry() constMTLSparseMatrix< T >inline
value_type typedefMTLSparseMatrix< T >
zeroRows(RowInd const &rowInd, ColInd const &colInd, bool diag)MTLSparseMatrix< T >inline
zeroRows(RowInd const &rowInd, bool diag) (defined in MTLSparseMatrix< T >)MTLSparseMatrix< T >inline
zeroRowsColumns(RowInd const &rowInd, bool diag) (defined in MTLSparseMatrix< T >)MTLSparseMatrix< T >inline
zeroRowsColumns(RowInd const &rowInd, bool diag, MTLVector< T > const &x, MTLVector< T > &b) (defined in MTLSparseMatrix< T >)MTLSparseMatrix< T >inline
zeroRowsColumns(RowInd const &rowInd, ColInd const &colInd, bool diag) (defined in MTLSparseMatrix< T >)MTLSparseMatrix< T >inline
zeroRowsColumns(RowInd const &rowInd, ColInd const &colInd, bool diag, MTLVector< T > const &x, MTLVector< T > &b) (defined in MTLSparseMatrix< T >)MTLSparseMatrix< T >inline
zeroRowsColumnsImpl(RowInd const &rowInd, ColInd const &colInd, bool diag, MTLVector< T > const *x=nullptr, MTLVector< T > *b=nullptr)MTLSparseMatrix< T >inline