This is the complete list of members for SkSMatrix< T_ >, including all inherited members.
| add(size_t i, size_t j, const T_ &val) | SkSMatrix< T_ > | virtual |
| add(size_t i, const T_ &val) | SkSMatrix< T_ > | virtual |
| Assembly(const Element &el, T_ *a) | Matrix< T_ > | |
| Assembly(const Side &sd, T_ *a) | Matrix< T_ > | |
| at(size_t i, size_t j) | SkSMatrix< T_ > | virtual |
| Axpy(T_ a, const SkSMatrix< T_ > &m) | SkSMatrix< T_ > | |
| Axpy(T_ a, const Matrix< T_ > *m) | SkSMatrix< T_ > | virtual |
| clear() | Matrix< T_ > | virtual |
| Factor()=0 | Matrix< T_ > | pure virtual |
| FactorAndSolve(Vect< T_ > &b) | Matrix< T_ > | |
| FactorAndSolve(const Vect< T_ > &b, Vect< T_ > &x) | Matrix< T_ > | |
| get() | SkSMatrix< T_ > | |
| get(size_t i, size_t j) const | SkSMatrix< T_ > | virtual |
| getColHeight(size_t i) const | SkSMatrix< T_ > | |
| getColInd(size_t i) const | Matrix< T_ > | virtual |
| getColumn(size_t j) const | SkSMatrix< T_ > | |
| getDiag(size_t k) const | Matrix< T_ > | |
| getLength() const | Matrix< T_ > | |
| getMatrixSize() const | Matrix< T_ > | |
| getName() const | Matrix< T_ > | |
| getNbColumns() const | Matrix< T_ > | |
| getNbRows() const | Matrix< T_ > | |
| getRow(size_t i) const | SkSMatrix< T_ > | |
| getRowPtr(size_t i) const | Matrix< T_ > | virtual |
| isDiagonal() const | Matrix< T_ > | |
| isFactorized() const | Matrix< T_ > | |
| Matrix() | Matrix< T_ > | |
| Matrix(const Matrix< T_ > &m) | Matrix< T_ > | |
| Mult(const Vect< T_ > &x, Vect< T_ > &y) const | SkSMatrix< T_ > | virtual |
| MultAdd(const Vect< T_ > &x, Vect< T_ > &y) const | SkSMatrix< T_ > | virtual |
| MultAdd(T_ a, const Vect< T_ > &x, Vect< T_ > &y) const | SkSMatrix< T_ > | virtual |
| operator()(size_t i, size_t j) | SkSMatrix< T_ > | virtual |
| operator()(size_t i, size_t j) const | SkSMatrix< T_ > | virtual |
| OFELI::Matrix::operator()(size_t i) const | Matrix< T_ > | |
| OFELI::Matrix::operator()(size_t i) | Matrix< T_ > | |
| operator*=(const T_ &x) | SkSMatrix< T_ > | |
| operator+=(const SkSMatrix< T_ > &m) | SkSMatrix< T_ > | |
| OFELI::Matrix::operator+=(const Matrix< T_ > &m) | Matrix< T_ > | |
| OFELI::Matrix::operator+=(const T_ &x) | Matrix< T_ > | |
| operator-=(const Matrix< T_ > &m) | Matrix< T_ > | |
| operator-=(const T_ &x) | Matrix< T_ > | |
| operator=(const SkSMatrix< T_ > &m) | SkSMatrix< T_ > | |
| operator=(const T_ &x) | SkSMatrix< T_ > | |
| OFELI::Matrix::operator=(Matrix< T_ > &m) | Matrix< T_ > | |
| operator[](size_t k) | Matrix< T_ > | |
| operator[](size_t k) const | Matrix< T_ > | |
| Prescribe(Vect< T_ > &b, const Vect< T_ > &u, int flag=0) | Matrix< T_ > | |
| Prescribe(int dof, int code, Vect< T_ > &b, const Vect< T_ > &u, int flag=0) | Matrix< T_ > | |
| Prescribe(Vect< T_ > &b, int flag=0) | Matrix< T_ > | |
| Prescribe(size_t dof, Vect< T_ > &b, const Vect< T_ > &u, int flag=0) | Matrix< T_ > | |
| PrescribeSide() | Matrix< T_ > | |
| reset() | Matrix< T_ > | virtual |
| set(size_t i, size_t j, const T_ &val) | SkSMatrix< T_ > | virtual |
| set(size_t i, T_ x) | SkSMatrix< T_ > | |
| setDiag() | SkSMatrix< T_ > | |
| setDiagonal() | Matrix< T_ > | |
| setDiagonal(Mesh &mesh) | Matrix< T_ > | |
| setLDLt() | SkSMatrix< T_ > | |
| setMesh(Mesh &mesh, size_t dof=0) | SkSMatrix< T_ > | |
| setPenal(real_t p) | Matrix< T_ > | |
| setSkyline(Mesh &mesh) | SkSMatrix< T_ > | |
| size() const | Matrix< T_ > | |
| SkSMatrix() | SkSMatrix< T_ > | |
| SkSMatrix(size_t size, int is_diagonal=false) | SkSMatrix< T_ > | |
| SkSMatrix(Mesh &mesh, size_t dof=0, int is_diagonal=false) | SkSMatrix< T_ > | |
| SkSMatrix(const Vect< size_t > &ColHt) | SkSMatrix< T_ > | |
| SkSMatrix(const Vect< size_t > &I, const Vect< size_t > &J, int opt=1) | SkSMatrix< T_ > | |
| SkSMatrix(const Vect< size_t > &I, const Vect< size_t > &J, const Vect< T_ > &a, int opt=1) | SkSMatrix< T_ > | |
| SkSMatrix(const SkSMatrix< T_ > &m) | SkSMatrix< T_ > | |
| solve(Vect< T_ > &b, bool fact=true) | SkSMatrix< T_ > | virtual |
| solve(const Vect< T_ > &b, Vect< T_ > &x, bool fact=true) | SkSMatrix< T_ > | virtual |
| solveLDLt(const Vect< T_ > &b, Vect< T_ > &x) | SkSMatrix< T_ > | |
| TMult(const Vect< T_ > &x, Vect< T_ > &y) const | SkSMatrix< T_ > | virtual |
| ~Matrix() | Matrix< T_ > | virtual |
| ~SkSMatrix() | SkSMatrix< T_ > |