| as_column() const | BaseMatrix | |
| as_diagonal() const | BaseMatrix | |
| as_matrix(int, int) const | BaseMatrix | |
| as_row() const | BaseMatrix | |
| as_scalar() const | BaseMatrix | |
| AsColumn() const | BaseMatrix | inline |
| AsDiagonal() const | BaseMatrix | inline |
| AsMatrix(int m, int n) const | BaseMatrix | inline |
| AsRow() const | BaseMatrix | inline |
| AsScalar() const | BaseMatrix | inline |
| BandWidth() const | BaseMatrix | inlinevirtual |
| bandwidth() const | GetSubMatrix | virtual |
| BaseMatrix class | GetSubMatrix | friend |
| bm | NegatedMatrix | |
| cleanup() | BaseMatrix | inlinevirtual |
| CleanUp() | BaseMatrix | inlinevirtual |
| col_number | GetSubMatrix | private |
| col_skip | GetSubMatrix | private |
| column(int) const | BaseMatrix | |
| Column(int f) const | BaseMatrix | inline |
| columns(int, int) const | BaseMatrix | |
| Columns(int f, int l) const | BaseMatrix | inline |
| determinant() const | BaseMatrix | |
| Determinant() const | BaseMatrix | inline |
| Evaluate(MatrixType mt=MatrixTypeUnSp) | GetSubMatrix | virtual |
| GetSubMatrix(const BaseMatrix *bmx, int rs, int rn, int cs, int cn, bool is) | GetSubMatrix | inlineprivate |
| GetSubMatrix(const GetSubMatrix &g) | GetSubMatrix | inline |
| gm | NegatedMatrix | |
| i() const | BaseMatrix | |
| IEQND() const | BaseMatrix | |
| inject(const GeneralMatrix &) | GetSubMatrix | |
| Inject(const GeneralMatrix &GM) | GetSubMatrix | inline |
| IsSym | GetSubMatrix | private |
| Janitor() | Janitor | inline |
| log_determinant() const | BaseMatrix | virtual |
| LogDeterminant() const | BaseMatrix | inline |
| maximum() const | BaseMatrix | virtual |
| Maximum() const | BaseMatrix | inline |
| Maximum1(int &i) const | BaseMatrix | inline |
| maximum1(int &i) const | BaseMatrix | virtual |
| maximum2(int &i, int &j) const | BaseMatrix | virtual |
| Maximum2(int &i, int &j) const | BaseMatrix | inline |
| maximum_absolute_value() const | BaseMatrix | virtual |
| maximum_absolute_value1(int &i) const | BaseMatrix | virtual |
| maximum_absolute_value2(int &i, int &j) const | BaseMatrix | virtual |
| MaximumAbsoluteValue() const | BaseMatrix | inline |
| MaximumAbsoluteValue1(int &i) const | BaseMatrix | inline |
| MaximumAbsoluteValue2(int &i, int &j) const | BaseMatrix | inline |
| minimum() const | BaseMatrix | virtual |
| Minimum() const | BaseMatrix | inline |
| Minimum1(int &i) const | BaseMatrix | inline |
| minimum1(int &i) const | BaseMatrix | virtual |
| minimum2(int &i, int &j) const | BaseMatrix | virtual |
| Minimum2(int &i, int &j) const | BaseMatrix | inline |
| minimum_absolute_value() const | BaseMatrix | virtual |
| minimum_absolute_value1(int &i) const | BaseMatrix | virtual |
| minimum_absolute_value2(int &i, int &j) const | BaseMatrix | virtual |
| MinimumAbsoluteValue() const | BaseMatrix | inline |
| MinimumAbsoluteValue1(int &i) const | BaseMatrix | inline |
| MinimumAbsoluteValue2(int &i, int &j) const | BaseMatrix | inline |
| NegatedMatrix(const BaseMatrix *bmx) | NegatedMatrix | inlineprotected |
| norm1() const | BaseMatrix | |
| Norm1() const | BaseMatrix | inline |
| norm_Frobenius() const | BaseMatrix | |
| norm_frobenius() const | BaseMatrix | inline |
| norm_infinity() const | BaseMatrix | |
| NormFrobenius() const | BaseMatrix | inline |
| NormInfinity() const | BaseMatrix | inline |
| operator&(const BaseMatrix &) const | BaseMatrix | |
| operator*(const BaseMatrix &) const | BaseMatrix | |
| operator*(Real) const | BaseMatrix | |
| operator*=(Real) | GetSubMatrix | |
| operator+(const BaseMatrix &) const | BaseMatrix | |
| operator+(Real) const | BaseMatrix | |
| operator+=(const BaseMatrix &) | GetSubMatrix | |
| operator+=(Real) | GetSubMatrix | |
| operator-(const BaseMatrix &) const | BaseMatrix | |
| operator-(Real) const | BaseMatrix | |
| operator-() const | BaseMatrix | |
| operator-=(const BaseMatrix &) | GetSubMatrix | |
| operator-=(Real r) | GetSubMatrix | inline |
| operator/(Real) const | BaseMatrix | |
| operator/=(Real r) | GetSubMatrix | inline |
| operator<<(const BaseMatrix &) | GetSubMatrix | |
| operator<<(const double *) | GetSubMatrix | |
| operator<<(const float *) | GetSubMatrix | |
| operator<<(const int *) | GetSubMatrix | |
| operator<<(double) | GetSubMatrix | |
| operator<<(float) | GetSubMatrix | |
| operator<<(int f) | GetSubMatrix | inline |
| operator=(const BaseMatrix &) | GetSubMatrix | |
| operator=(const GetSubMatrix &m) | GetSubMatrix | inline |
| operator=(Real) | GetSubMatrix | |
| operator|(const BaseMatrix &) const | BaseMatrix | |
| Reverse() const | BaseMatrix | inline |
| reverse() const | BaseMatrix | |
| Row(int f) const | BaseMatrix | inline |
| row(int) const | BaseMatrix | |
| row_number | GetSubMatrix | private |
| row_skip | GetSubMatrix | private |
| rows(int, int) const | BaseMatrix | |
| Rows(int f, int l) const | BaseMatrix | inline |
| search(const BaseMatrix *) const | NegatedMatrix | protectedvirtual |
| SetUpLHS() | GetSubMatrix | private |
| submatrix(int, int, int, int) const | BaseMatrix | |
| SubMatrix(int fr, int lr, int fc, int lc) const | BaseMatrix | inline |
| Sum() const | BaseMatrix | inlinevirtual |
| sum() const | BaseMatrix | virtual |
| sum_absolute_value() const | BaseMatrix | virtual |
| sum_columns() const | BaseMatrix | |
| sum_rows() const | BaseMatrix | |
| sum_square() const | BaseMatrix | virtual |
| sum_square_columns() const | BaseMatrix | |
| sum_square_rows() const | BaseMatrix | |
| SumAbsoluteValue() const | BaseMatrix | inline |
| SumSquare() const | BaseMatrix | inline |
| sym_submatrix(int, int) const | BaseMatrix | |
| SymSubMatrix(int f, int l) const | BaseMatrix | inline |
| t() const | BaseMatrix | |
| trace() const | BaseMatrix | virtual |
| Trace() const | BaseMatrix | inline |
| ~GetSubMatrix() | GetSubMatrix | inline |
| ~Janitor() | Janitor | inlinevirtual |
| ~NegatedMatrix() | NegatedMatrix | inline |