| add(const GMatrix &gmatrix) | GMatrix | |
| add(const GMatrix &gmatrix, const GMatrix &gmatrix1) | GMatrix | |
| chase_across(double ad[], double ad1[], int i, GMatrix &gmatrix, bool flag) | GMatrix | [private, static] |
| chase_up(double ad[], double ad1[], int i, GMatrix &gmatrix, bool flag) | GMatrix | [private, static] |
| checkMatrix(GMatrix gmatrix) | GMatrix | [private, static] |
| compute_2X2(double d, double d1, double d2, double ad[], double ad1[], double ad2[], double ad3[], double ad4[], int i) | GMatrix | [static] |
| compute_qr(int i, int j, double ad[], double ad1[], GMatrix &gmatrix, GMatrix &gmatrix1, bool flag) | GMatrix | [static] |
| compute_rot(double d, double d1, double ad[], double ad1[]) | GMatrix | [static] |
| compute_shift(double d, double d1, double d2) | GMatrix | [static] |
| computeSVD(GMatrix &gmatrix, GMatrix &gmatrix1, GMatrix &gmatrix2, GMatrix &gmatrix3, bool flag) | GMatrix | [static] |
| copySubMatrix(int i, int j, int k, int l, int i1, int j1, GMatrix &gmatrix) | GMatrix | |
| d_sign(double d, double d1) | GMatrix | [inline, static] |
| EPS | GMatrix | [static] |
| epsilonEquals(const GMatrix &gmatrix, double d) const | GMatrix | [virtual] |
| equals(const GMatrix &gmatrix) const | GMatrix | [virtual] |
| get(GMatrix &gmatrix) const | GMatrix | |
| get(Matrix3d &matrix3d) const | GMatrix | |
| get(Matrix3f &matrix3f) const | GMatrix | |
| get(Matrix4d &matrix4d) const | GMatrix | |
| get(Matrix4f &matrix4f) const | GMatrix | |
| getColumn(int col, GVector gvector) const | GMatrix | [inline] |
| getColumn(int col, double ad[]) const | GMatrix | [inline] |
| getElement(int row, int col) const | GMatrix | [inline] |
| getNumCol() const | GMatrix | [inline] |
| getNumRow() const | GMatrix | [inline] |
| getRow(int row, GVector gvector) const | GMatrix | [inline] |
| getRow(int row, double ad[]) const | GMatrix | [inline] |
| GMatrix(int rows, int cols) | GMatrix | [inline] |
| GMatrix(int rows, int cols, const double ad[]) | GMatrix | |
| GMatrix(int rows, int cols, double *data, bool preset=false) | GMatrix | |
| GMatrix(const GMatrix &gmatrix) | GMatrix | |
| hashCode() const | GMatrix | [inline, virtual] |
| identityMinus() | GMatrix | |
| invert() | GMatrix | [inline] |
| invert(GMatrix &gmatrix) | GMatrix | [inline] |
| invertGeneral(GMatrix &gmatrix) | GMatrix | [private] |
| luBacksubstitution(int i, double ad[], int ai[], double ad1[]) | GMatrix | [static] |
| LUD(GMatrix &LU, GVector &permutation) | GMatrix | |
| luDecomposition(int i, double ad[], int ai[], int ai1[]) | GMatrix | [static] |
| mul(const GMatrix &gmatrix) | GMatrix | |
| mul(const GMatrix &gmatrix, const GMatrix &gmatrix1) | GMatrix | |
| mul(const GVector &gvector, const GVector &gvector1) | GMatrix | |
| mulTransposeBoth(const GMatrix &gmatrix, const GMatrix &gmatrix1) | GMatrix | |
| mulTransposeLeft(GMatrix gmatrix, GMatrix gmatrix1) | GMatrix | |
| mulTransposeRight(const GMatrix &gmatrix, const GMatrix &gmatrix1) | GMatrix | |
| nCol | GMatrix | |
| negate() | GMatrix | |
| negate(const GMatrix &gmatrix) | GMatrix | |
| nRow | GMatrix | |
| operator()(int i, int j) const | GMatrix | [inline] |
| operator[](int i) const | GMatrix | [inline] |
| print_m(const GMatrix &gmatrix, const GMatrix &gmatrix1, const GMatrix &gmatrix2) | GMatrix | [private, static] |
| print_se(double ad[], double ad1[]) | GMatrix | [private, static] |
| print_svd(const double ad[], const double ad1[], const GMatrix &gmatrix, const GMatrix &gmatrix1) | GMatrix | [private, static] |
| resize(int rows, int cols) | GMatrix | [inline, private] |
| resizeSet(int rows, int cols) | GMatrix | [inline, private] |
| set(const GMatrix &gmatrix) | GMatrix | |
| set(const Matrix3d &matrix3d) | GMatrix | |
| set(const Matrix3f &matrix3f) | GMatrix | |
| set(const Matrix4d &matrix4d) | GMatrix | |
| set(const Matrix4f &matrix4f) | GMatrix | |
| set(const double ad[]) | GMatrix | |
| setColumn(int i, const GVector &gvector) | GMatrix | |
| setColumn(int i, const double ad[]) | GMatrix | |
| setElement(int i, int j, double d) | GMatrix | [inline] |
| setIdentity() | GMatrix | [inline] |
| setRow(int i, const GVector &gvector) | GMatrix | |
| setRow(int i, const double ad[]) | GMatrix | |
| setScale(double d) | GMatrix | |
| setSize(int i, int j) | GMatrix | |
| setZero() | GMatrix | [inline] |
| setZero(int r, int c) | GMatrix | [inline, private] |
| sub(const GMatrix &gmatrix) | GMatrix | |
| sub(const GMatrix &gmatrix, const GMatrix &gmatrix1) | GMatrix | |
| SVD(GMatrix &U, GMatrix &W, GMatrix &V) | GMatrix | |
| trace() const | GMatrix | |
| transpose() | GMatrix | |
| transpose(const GMatrix &gmatrix) | GMatrix | |
| update_u(int i, GMatrix &gmatrix, double ad[], double ad1[]) | GMatrix | [private, static] |
| update_u_split(int i, int j, GMatrix &gmatrix, double ad[], double ad1[], bool flag, GMatrix &gmatrix1, GMatrix &gmatrix2) | GMatrix | [private, static] |
| update_v(int i, GMatrix &gmatrix, double ad[], double ad1[]) | GMatrix | [private, static] |
| update_v_split(int i, int j, GMatrix &gmatrix, double ad[], double ad1[], bool flag, GMatrix &gmatrix1, GMatrix &gmatrix2) | GMatrix | [private, static] |
| values | GMatrix | |
| ~GMatrix() | GMatrix | [inline, virtual] |
