| as(int rw, int cl, Matrix< T > &) | PLib::Matrix | |
| Basic2DArray() | PLib::Basic2DArray | |
| Basic2DArray(const int r, const int c) | PLib::Basic2DArray | |
| Basic2DArray(const Basic2DArray< T > &f2) | PLib::Basic2DArray | |
| Basic2DArray(T *p, const int r, const int c) | PLib::Basic2DArray | |
| by_columns | PLib::Basic2DArray | [protected] |
| cols() const | PLib::Basic2DArray | [inline] |
| created | PLib::Basic2DArray | [protected] |
| cz | PLib::Basic2DArray | [protected] |
| decompose(const Matrix< T > &a) | PLib::LUMatrix | |
| determinant() | PLib::LUMatrix | |
| diag(const T fv) | PLib::Matrix | |
| elem(const int i, const int j) (defined in PLib::Basic2DArray) | PLib::Basic2DArray | [inline] |
| elem(const int i, const int j) const (defined in PLib::Basic2DArray) | PLib::Basic2DArray | [inline] |
| errval (defined in PLib::LUMatrix) | PLib::LUMatrix | [protected] |
| flop() const | PLib::Matrix | |
| get(int rw, int cl, int nr, int nc) const | PLib::Matrix | |
| getDiag() | PLib::Matrix | |
| herm() const | PLib::Matrix | |
| init(const int r=1, const int c=1) | PLib::Basic2DArray | [inline, protected] |
| inverse() | PLib::LUMatrix | |
| inverseIn(Matrix< T > &) | PLib::LUMatrix | |
| io_by_columns() (defined in PLib::Basic2DArray) | PLib::Basic2DArray | [inline] |
| io_by_rows() (defined in PLib::Basic2DArray) | PLib::Basic2DArray | [inline] |
| io_elem_width(int w) | PLib::Basic2DArray | [inline] |
| LAPACK (defined in PLib::Matrix) | PLib::Matrix | [friend] |
| LUMatrix(int r, int c) (defined in PLib::LUMatrix) | PLib::LUMatrix | [inline] |
| LUMatrix() (defined in PLib::LUMatrix) | PLib::LUMatrix | [inline] |
| LUMatrix(const LUMatrix< T > &lu) (defined in PLib::LUMatrix) | PLib::LUMatrix | [inline] |
| LUMatrix(const Matrix< T > &a) (defined in PLib::LUMatrix) | PLib::LUMatrix | [inline] |
| m | PLib::Basic2DArray | [protected] |
| Matrix(const int r, const int c) (defined in PLib::Matrix) | PLib::Matrix | [inline] |
| Matrix() (defined in PLib::Matrix) | PLib::Matrix | [inline] |
| Matrix(const Matrix< T > &M) (defined in PLib::Matrix) | PLib::Matrix | [inline] |
| Matrix(T *p, const int r, const int c) (defined in PLib::Matrix) | PLib::Matrix | [inline] |
| norm(void) | PLib::Matrix | |
| operator *(const Matrix< T > &, const Matrix< T > &) | PLib::Matrix | [friend] |
| operator *(const double, const Matrix< T > &) | PLib::Matrix | [friend] |
| operator *(const Complex &, const Matrix< T > &) | PLib::Matrix | [friend] |
| operator *(const Matrix< T > &, const Vector< T > &) | PLib::Matrix | [friend] |
| operator *=(double d) | PLib::Matrix | |
| operator!= (defined in PLib::Matrix) | PLib::Matrix | [friend] |
| operator()(const int i, const int j) | PLib::Basic2DArray | [inline] |
| operator()(const int i, const int j) const | PLib::Basic2DArray | [inline] |
| operator+(const Matrix< T > &, const Matrix< T > &) | PLib::Matrix | [friend] |
| operator+=(const Matrix< T > &) | PLib::Matrix | |
| operator+=(double d) | PLib::Matrix | |
| operator-(const Matrix< T > &, const Matrix< T > &) | PLib::Matrix | [friend] |
| operator-=(const Matrix< T > &) | PLib::Matrix | |
| operator-=(double d) | PLib::Matrix | |
| operator/=(double d) | PLib::Matrix | |
| operator<<(ostream &os, const Basic2DArray< T > &ary) | PLib::Basic2DArray | [friend] |
| operator=(const LUMatrix< T > &) | PLib::LUMatrix | |
| PLib::Matrix::operator=(const Matrix< T > &) | PLib::Matrix | |
| operator=(const T v) (defined in PLib::Matrix) | PLib::Matrix | [inline] |
| PLib::Basic2DArray::operator=(const Basic2DArray< T > &f2) | PLib::Basic2DArray | |
| operator==(const Matrix< T > &, const Matrix< T > &) | PLib::Matrix | [friend] |
| operator>>(istream &is, Basic2DArray< T > &ary) | PLib::Basic2DArray | [friend] |
| operator[](const int i) | PLib::Basic2DArray | [inline] |
| operator[](const int i) const | PLib::Basic2DArray | [inline] |
| pivot (defined in PLib::LUMatrix) | PLib::LUMatrix | |
| print(ostream &os) const | PLib::Basic2DArray | |
| qSort() (defined in PLib::Matrix) | PLib::Matrix | |
| read(char *filename) | PLib::Matrix | |
| read(char *filename, int rows, int cols) | PLib::Matrix | |
| reset(const T val=0.0) | PLib::Basic2DArray | |
| resize(const int r, const int c) | PLib::LUMatrix | [inline] |
| resize(const Basic2DArray< T > &A) (defined in PLib::Basic2DArray) | PLib::Basic2DArray | [inline] |
| resizeKeep(const int nr, const int nc) (defined in PLib::Basic2DArray) | PLib::Basic2DArray | [inline] |
| rows() const | PLib::Basic2DArray | [inline] |
| rz | PLib::Basic2DArray | [protected] |
| sign (defined in PLib::LUMatrix) | PLib::LUMatrix | [protected] |
| submatrix(int i, int j, Matrix< T > &) | PLib::Matrix | |
| trace() const | PLib::Matrix | |
| transpose() const | PLib::Matrix | |
| vm | PLib::Basic2DArray | [protected] |
| width | PLib::Basic2DArray | [protected] |
| write(char *filename) | PLib::Matrix | |
| writeRaw(char *filename) | PLib::Matrix | |
| ~Basic2DArray() | PLib::Basic2DArray | [virtual] |
