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| const Real * | const_data () const |
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| Real * | data () |
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| const Real * | data () const |
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| ReturnMatrix | ForReturn () const |
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| virtual void | GetCol (MatrixRowCol &)=0 |
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| virtual void | GetCol (MatrixColX &)=0 |
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| virtual void | GetRow (MatrixRowCol &)=0 |
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| void | Inject (const GeneralMatrix &GM) |
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| bool | IsZero () const |
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| int | Ncols () const |
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| int | ncols () const |
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| int | Nrows () const |
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| int | nrows () const |
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| void | operator-= (Real r) |
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| void | operator/= (Real r) |
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| void | operator<< (const BaseMatrix &X) |
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| MatrixInput | operator<< (int f) |
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| void | protect () |
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| void | Protect () |
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| void | Release () |
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| void | Release (int t) |
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| void | release () |
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| void | release (int t) |
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| void | release_and_delete () |
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| void | ReleaseAndDelete () |
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| virtual void | ReSize (const GeneralMatrix &A) |
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| virtual void | RestoreCol (MatrixRowCol &) |
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| virtual void | RestoreCol (MatrixColX &) |
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| virtual void | RestoreRow (MatrixRowCol &) |
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| virtual void | SetParameters (const GeneralMatrix *) |
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| int | size () const |
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| virtual void | Solver (MatrixColX &, const MatrixColX &) |
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| int | Storage () const |
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| Real * | Store () const |
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| int | tag () const |
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| int | Tag () const |
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| virtual MatrixType | type () const =0 |
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| MatrixType | Type () const |
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| virtual void | NextRow (MatrixRowCol &) |
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| virtual void | NextCol (MatrixRowCol &) |
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| virtual void | NextCol (MatrixColX &) |
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| Real | sum_square () const |
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| Real | sum_absolute_value () const |
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| Real | sum () const |
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| Real | maximum_absolute_value1 (int &i) const |
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| Real | minimum_absolute_value1 (int &i) const |
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| Real | maximum1 (int &i) const |
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| Real | minimum1 (int &i) const |
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| Real | maximum_absolute_value () const |
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| Real | maximum_absolute_value2 (int &i, int &j) const |
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| Real | minimum_absolute_value () const |
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| Real | minimum_absolute_value2 (int &i, int &j) const |
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| Real | maximum () const |
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| Real | maximum2 (int &i, int &j) const |
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| Real | minimum () const |
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| Real | minimum2 (int &i, int &j) const |
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| LogAndSign | log_determinant () const |
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| ColedMatrix | AsColumn () const |
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| DiagedMatrix | AsDiagonal () const |
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| MatedMatrix | AsMatrix (int m, int n) const |
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| RowedMatrix | AsRow () const |
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| Real | AsScalar () const |
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| virtual MatrixBandWidth | BandWidth () const |
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| void | CleanUp () |
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| GetSubMatrix | Column (int f) const |
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| GetSubMatrix | Columns (int f, int l) const |
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| Real | Determinant () const |
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| void | IEQND () const |
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| LogAndSign | LogDeterminant () const |
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| Real | Maximum () const |
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| Real | Maximum1 (int &i) const |
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| Real | Maximum2 (int &i, int &j) const |
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| Real | MaximumAbsoluteValue () const |
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| Real | MaximumAbsoluteValue1 (int &i) const |
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| Real | MaximumAbsoluteValue2 (int &i, int &j) const |
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| Real | Minimum () const |
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| Real | Minimum1 (int &i) const |
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| Real | Minimum2 (int &i, int &j) const |
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| Real | MinimumAbsoluteValue () const |
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| Real | MinimumAbsoluteValue1 (int &i) const |
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| Real | MinimumAbsoluteValue2 (int &i, int &j) const |
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| Real | Norm1 () const |
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| Real | norm_frobenius () const |
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| Real | NormFrobenius () const |
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| Real | NormInfinity () const |
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| ReversedMatrix | Reverse () const |
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| GetSubMatrix | Row (int f) const |
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| GetSubMatrix | Rows (int f, int l) const |
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| GetSubMatrix | SubMatrix (int fr, int lr, int fc, int lc) const |
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| virtual Real | Sum () const |
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| Real | SumAbsoluteValue () const |
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| Real | SumSquare () const |
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| GetSubMatrix | SymSubMatrix (int f, int l) const |
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| Real | Trace () const |
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| AddedMatrix | operator+ (const BaseMatrix &) const |
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| MultipliedMatrix | operator* (const BaseMatrix &) const |
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| SubtractedMatrix | operator- (const BaseMatrix &) const |
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| ConcatenatedMatrix | operator| (const BaseMatrix &) const |
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| StackedMatrix | operator& (const BaseMatrix &) const |
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| ShiftedMatrix | operator+ (Real) const |
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| ScaledMatrix | operator* (Real) const |
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| ScaledMatrix | operator/ (Real) const |
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| ShiftedMatrix | operator- (Real) const |
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| TransposedMatrix | t () const |
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| NegatedMatrix | operator- () const |
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| ReversedMatrix | reverse () const |
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| InvertedMatrix | i () const |
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| RowedMatrix | as_row () const |
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| ColedMatrix | as_column () const |
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| DiagedMatrix | as_diagonal () const |
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| MatedMatrix | as_matrix (int, int) const |
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| Real | as_scalar () const |
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| GetSubMatrix | submatrix (int, int, int, int) const |
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| GetSubMatrix | sym_submatrix (int, int) const |
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| GetSubMatrix | row (int) const |
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| GetSubMatrix | rows (int, int) const |
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| GetSubMatrix | column (int) const |
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| GetSubMatrix | columns (int, int) const |
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| Real | determinant () const |
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| Real | norm_Frobenius () const |
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| virtual Real | trace () const |
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| ReturnMatrix | sum_square_columns () const |
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| ReturnMatrix | sum_square_rows () const |
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| ReturnMatrix | sum_columns () const |
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| ReturnMatrix | sum_rows () const |
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| Real | norm1 () const |
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| Real | norm_infinity () const |
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| virtual MatrixBandWidth | bandwidth () const |
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| | Janitor () |
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| virtual | ~Janitor () |
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| class | AddedMatrix |
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| class | BandMatrix |
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| class | BaseMatrix |
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| class | ColedMatrix |
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| class | ColumnVector |
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| class | ConcatenatedMatrix |
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| class | CroutMatrix |
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| class | DiagedMatrix |
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| class | DiagonalMatrix |
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| class | GenericMatrix |
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| class | GetSubMatrix |
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| class | InvertedMatrix |
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| class | KPMatrix |
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| class | LinearEquationSolver |
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| class | LowerBandMatrix |
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| class | LowerTriangularMatrix |
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| class | MatedMatrix |
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| class | Matrix |
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| class | MultipliedMatrix |
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| class | NegatedMatrix |
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| class | NegShiftedMatrix |
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| class | nricMatrix |
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| class | ReturnMatrix |
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| class | ReversedMatrix |
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| class | RowedMatrix |
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| class | RowVector |
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| class | ScaledMatrix |
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| class | ShiftedMatrix |
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| class | SolvedMatrix |
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| class | SPMatrix |
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| class | SquareMatrix |
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| class | StackedMatrix |
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| class | SubtractedMatrix |
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| class | SymmetricBandMatrix |
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| class | SymmetricMatrix |
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| class | TransposedMatrix |
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| class | UpperBandMatrix |
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| class | UpperTriangularMatrix |
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| virtual GeneralMatrix * | Image () const |
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| | GeneralMatrix () |
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| | GeneralMatrix (ArrayLengthSpecifier) |
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| Real * | GetStore () |
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| GeneralMatrix * | BorrowStore (GeneralMatrix *, MatrixType) |
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| void | GetMatrix (const GeneralMatrix *) |
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| void | Eq (const BaseMatrix &, MatrixType) |
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| void | Eq (const GeneralMatrix &) |
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| void | Eq (const BaseMatrix &, MatrixType, bool) |
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| void | Eq2 (const BaseMatrix &, MatrixType) |
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| int | search (const BaseMatrix *) const |
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| void | resize (int, int, int) |
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| virtual short | SimpleAddOK (const GeneralMatrix *) |
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| void | swap (GeneralMatrix &gm) |
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| virtual | ~GeneralMatrix () |
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| void | tDelete () |
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| bool | reuse () |
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| void | inject (const GeneralMatrix &) |
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| void | CheckStore () const |
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| | operator ReturnMatrix () const |
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| ReturnMatrix | for_return () const |
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| virtual void | resize (const GeneralMatrix &A) |
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| void | cleanup () |
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| void | Add (GeneralMatrix *, Real) |
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| void | Add (Real) |
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| void | NegAdd (GeneralMatrix *, Real) |
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| void | NegAdd (Real) |
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| void | Multiply (GeneralMatrix *, Real) |
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| void | Multiply (Real) |
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| void | Negate (GeneralMatrix *) |
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| void | Negate () |
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| void | ReverseElements () |
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| void | ReverseElements (GeneralMatrix *) |
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| virtual GeneralMatrix * | Transpose (TransposedMatrix *, MatrixType) |
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| GeneralMatrix * | Evaluate (MatrixType mt=MatrixTypeUnSp) |
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| MatrixInput | operator<< (double) |
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| MatrixInput | operator<< (float) |
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| void | operator= (Real) |
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| void | operator<< (const double *) |
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| void | operator<< (const float *) |
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| void | operator<< (const int *) |
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| void | operator+= (const BaseMatrix &) |
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| void | operator-= (const BaseMatrix &) |
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| void | operator*= (const BaseMatrix &) |
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| void | operator|= (const BaseMatrix &) |
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| void | operator&= (const BaseMatrix &) |
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| void | operator+= (Real) |
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| void | operator*= (Real) |
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| void | PlusEqual (const GeneralMatrix &gm) |
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| void | MinusEqual (const GeneralMatrix &gm) |
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| bool | is_zero () const |
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| virtual GeneralMatrix * | MakeSolver () |
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| virtual bool | IsEqual (const GeneralMatrix &) const |
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The classes for matrices that can contain data are derived from this.
Definition at line 447 of file newmat.h.
Can we add two matrices with simple vector add. SimpleAddOK shows when we can add two matrices by a simple vector add and when we can add one matrix into another
*gm must be the same type as *this
- return 0 if simple add is OK
- return 1 if we can add into *gm only
- return 2 if we can add into *this only
- return 3 if we can't add either way
Also applies to subtract; for SP this will still be valid if we swap 1 and 2
For types Matrix, DiagonalMatrix, UpperTriangularMatrix, LowerTriangularMatrix, SymmetricMatrix etc return 0. For band matrices we will need to check bandwidths.
Reimplemented in SymmetricBandMatrix, and BandMatrix.
Definition at line 480 of file newmat.h.
Public Member Functions inherited from