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MFEM v4.8.0
Finite element discretization library
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MFEM v4.8.0
Finite element discretization library
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This is the complete list of members for mfem::DenseMatrix, including all inherited members.
| Add(const real_t c, const DenseMatrix &A) | mfem::DenseMatrix | |
| Add(const real_t c, const real_t *A) | mfem::DenseMatrix | |
| AddMatrix(DenseMatrix &A, int ro, int co) | mfem::DenseMatrix | |
| AddMatrix(real_t a, const DenseMatrix &A, int ro, int co) | mfem::DenseMatrix | |
| AddMult(const Vector &x, Vector &y, const real_t a=1.0) const override | mfem::DenseMatrix | virtual |
| AddMult_a(real_t a, const Vector &x, Vector &y) const | mfem::DenseMatrix | |
| AddMultTranspose(const Vector &x, Vector &y, const real_t a=1.0) const override | mfem::DenseMatrix | virtual |
| AddMultTranspose_a(real_t a, const Vector &x, Vector &y) const | mfem::DenseMatrix | |
| AddSubMatrix(const Array< int > &idx, const DenseMatrix &A) | mfem::DenseMatrix | |
| AddSubMatrix(const Array< int > &idx_i, const Array< int > &idx_j, const DenseMatrix &A) | mfem::DenseMatrix | |
| AddSubMatrix(int ibeg, const DenseMatrix &A) | mfem::DenseMatrix | |
| AddSubMatrix(int ibeg, int jbeg, const DenseMatrix &A) | mfem::DenseMatrix | |
| AddToVector(int offset, Vector &v) const | mfem::DenseMatrix | |
| AdjustDofDirection(Array< int > &dofs) | mfem::DenseMatrix | |
| ANY_TYPE enum value | mfem::Operator | |
| ArrayAddMult(const Array< const Vector * > &X, Array< Vector * > &Y, const real_t a=1.0) const | mfem::Operator | virtual |
| ArrayAddMultTranspose(const Array< const Vector * > &X, Array< Vector * > &Y, const real_t a=1.0) const | mfem::Operator | virtual |
| ArrayMult(const Array< const Vector * > &X, Array< Vector * > &Y) const | mfem::Operator | virtual |
| ArrayMultTranspose(const Array< const Vector * > &X, Array< Vector * > &Y) const | mfem::Operator | virtual |
| AssembleDiagonal(Vector &diag) const | mfem::Operator | inlinevirtual |
| CalcEigenvalues(real_t *lambda, real_t *vec) const | mfem::DenseMatrix | |
| CalcSingularvalue(const int i) const | mfem::DenseMatrix | |
| CheckFinite() const | mfem::DenseMatrix | inline |
| Clear() | mfem::DenseMatrix | inline |
| ClearExternalData() | mfem::DenseMatrix | inline |
| Complex_DenseMat enum value | mfem::Operator | |
| Complex_Hypre_ParCSR enum value | mfem::Operator | |
| Complex_Operator enum value | mfem::Operator | |
| CopyCols(const DenseMatrix &A, int col1, int col2) | mfem::DenseMatrix | |
| CopyExceptMN(const DenseMatrix &A, int m, int n) | mfem::DenseMatrix | |
| CopyMN(const DenseMatrix &A, int m, int n, int Aro, int Aco) | mfem::DenseMatrix | |
| CopyMN(const DenseMatrix &A, int row_offset, int col_offset) | mfem::DenseMatrix | |
| CopyMN(const DenseMatrix &A, int m, int n, int Aro, int Aco, int row_offset, int col_offset) | mfem::DenseMatrix | |
| CopyMNDiag(real_t c, int n, int row_offset, int col_offset) | mfem::DenseMatrix | |
| CopyMNDiag(real_t *diag, int n, int row_offset, int col_offset) | mfem::DenseMatrix | |
| CopyMNt(const DenseMatrix &A, int row_offset, int col_offset) | mfem::DenseMatrix | |
| CopyRows(const DenseMatrix &A, int row1, int row2) | mfem::DenseMatrix | |
| Data() const | mfem::DenseMatrix | inline |
| DenseMatrix() | mfem::DenseMatrix | |
| DenseMatrix(const DenseMatrix &) | mfem::DenseMatrix | |
| DenseMatrix(int s) | mfem::DenseMatrix | explicit |
| DenseMatrix(int m, int n) | mfem::DenseMatrix | |
| DenseMatrix(const DenseMatrix &mat, char ch) | mfem::DenseMatrix | |
| DenseMatrix(real_t *d, int h, int w) | mfem::DenseMatrix | inline |
| DenseMatrix(const T(&values)[M][N]) | mfem::DenseMatrix | inlineexplicit |
| DenseMatrixInverse class | mfem::DenseMatrix | friend |
| DenseTensor class | mfem::DenseMatrix | friend |
| Det() const | mfem::DenseMatrix | |
| Diag(real_t c, int n) | mfem::DenseMatrix | |
| Diag(real_t *diag, int n) | mfem::DenseMatrix | |
| DIAG_KEEP enum value | mfem::Operator | |
| DIAG_ONE enum value | mfem::Operator | |
| DIAG_ZERO enum value | mfem::Operator | |
| DiagonalPolicy enum name | mfem::Operator | |
| Eigensystem(Vector &ev, DenseMatrix &evect) | mfem::DenseMatrix | inline |
| Eigensystem(DenseMatrix &b, Vector &ev, DenseMatrix &evect) | mfem::DenseMatrix | inline |
| Eigenvalues(Vector &ev) | mfem::DenseMatrix | inline |
| Eigenvalues(Vector &ev, DenseMatrix &evect) | mfem::DenseMatrix | inline |
| Eigenvalues(DenseMatrix &b, Vector &ev) | mfem::DenseMatrix | inline |
| Eigenvalues(DenseMatrix &b, Vector &ev, DenseMatrix &evect) | mfem::DenseMatrix | inline |
| Elem(int i, int j) override | mfem::DenseMatrix | virtual |
| Elem(int i, int j) const override | mfem::DenseMatrix | virtual |
| Exponential() | mfem::DenseMatrix | |
| Finalize(int) | mfem::Matrix | inlinevirtual |
| FNorm() const | mfem::DenseMatrix | inline |
| FNorm2() const | mfem::DenseMatrix | inline |
| FormConstrainedSystemOperator(const Array< int > &ess_tdof_list, ConstrainedOperator *&Aout) | mfem::Operator | protected |
| FormDiscreteOperator(Operator *&A) | mfem::Operator | |
| FormLinearSystem(const Array< int > &ess_tdof_list, Vector &x, Vector &b, Operator *&A, Vector &X, Vector &B, int copy_interior=0) | mfem::Operator | |
| FormRectangularConstrainedSystemOperator(const Array< int > &trial_tdof_list, const Array< int > &test_tdof_list, RectangularConstrainedOperator *&Aout) | mfem::Operator | protected |
| FormRectangularLinearSystem(const Array< int > &trial_tdof_list, const Array< int > &test_tdof_list, Vector &x, Vector &b, Operator *&A, Vector &X, Vector &B) | mfem::Operator | |
| FormRectangularSystemOperator(const Array< int > &trial_tdof_list, const Array< int > &test_tdof_list, Operator *&A) | mfem::Operator | |
| FormSystemOperator(const Array< int > &ess_tdof_list, Operator *&A) | mfem::Operator | |
| GetColumn(int c, Vector &col) const | mfem::DenseMatrix | |
| GetColumn(int col) | mfem::DenseMatrix | inline |
| GetColumn(int col) const | mfem::DenseMatrix | inline |
| GetColumnReference(int c, Vector &col) | mfem::DenseMatrix | inline |
| GetData() const | mfem::DenseMatrix | inline |
| GetDiag(Vector &d) const | mfem::DenseMatrix | |
| GetFromVector(int offset, const Vector &v) | mfem::DenseMatrix | |
| GetGradient(const Vector &x) const | mfem::Operator | inlinevirtual |
| Getl1Diag(Vector &l) const | mfem::DenseMatrix | |
| GetMemory() | mfem::DenseMatrix | inline |
| GetMemory() const | mfem::DenseMatrix | inline |
| GetMemoryClass() const | mfem::Operator | inlinevirtual |
| GetOutputProlongation() const | mfem::Operator | inlinevirtual |
| GetOutputRestriction() const | mfem::Operator | inlinevirtual |
| GetOutputRestrictionTranspose() const | mfem::Operator | inlinevirtual |
| GetProlongation() const | mfem::Operator | inlinevirtual |
| GetRestriction() const | mfem::Operator | inlinevirtual |
| GetRow(int r, Vector &row) const | mfem::DenseMatrix | |
| GetRowSums(Vector &l) const | mfem::DenseMatrix | |
| GetSubMatrix(const Array< int > &idx, DenseMatrix &A) const | mfem::DenseMatrix | |
| GetSubMatrix(const Array< int > &idx_i, const Array< int > &idx_j, DenseMatrix &A) const | mfem::DenseMatrix | |
| GetSubMatrix(int ibeg, int iend, DenseMatrix &A) | mfem::DenseMatrix | |
| GetSubMatrix(int ibeg, int iend, int jbeg, int jend, DenseMatrix &A) | mfem::DenseMatrix | |
| GetType() const | mfem::Operator | inline |
| GradToCurl(DenseMatrix &curl) | mfem::DenseMatrix | |
| GradToDiv(Vector &div) | mfem::DenseMatrix | |
| GradToVectorCurl2D(DenseMatrix &curl) | mfem::DenseMatrix | |
| Height() const | mfem::Operator | inline |
| height | mfem::Operator | protected |
| HostRead() const | mfem::DenseMatrix | inline |
| HostReadWrite() | mfem::DenseMatrix | inline |
| HostWrite() | mfem::DenseMatrix | inline |
| Hypre_ParCSR enum value | mfem::Operator | |
| InitTVectors(const Operator *Po, const Operator *Ri, const Operator *Pi, Vector &x, Vector &b, Vector &X, Vector &B) const | mfem::Operator | |
| InnerProduct(const real_t *x, const real_t *y) const | mfem::DenseMatrix | |
| InnerProduct(const Vector &x, const Vector &y) const | mfem::DenseMatrix | inline |
| Inverse() const override | mfem::DenseMatrix | virtual |
| Invert() | mfem::DenseMatrix | |
| InvLeftScaling(const Vector &s) | mfem::DenseMatrix | |
| InvRightScaling(const Vector &s) | mfem::DenseMatrix | |
| InvSymmetricScaling(const Vector &s) | mfem::DenseMatrix | |
| IsSquare() const | mfem::Matrix | inline |
| LeftScaling(const Vector &s) | mfem::DenseMatrix | |
| Lump() | mfem::DenseMatrix | |
| Matrix(int s) | mfem::Matrix | inlineexplicit |
| Matrix(int h, int w) | mfem::Matrix | inlineexplicit |
| MaxMaxNorm() const | mfem::DenseMatrix | |
| MemoryUsage() const | mfem::DenseMatrix | inline |
| MFEM_Block_Matrix enum value | mfem::Operator | |
| MFEM_Block_Operator enum value | mfem::Operator | |
| MFEM_ComplexSparseMat enum value | mfem::Operator | |
| MFEM_SPARSEMAT enum value | mfem::Operator | |
| Mult(const real_t *x, real_t *y) const | mfem::DenseMatrix | |
| Mult(const real_t *x, Vector &y) const | mfem::DenseMatrix | |
| Mult(const Vector &x, real_t *y) const | mfem::DenseMatrix | |
| Mult(const Vector &x, Vector &y) const override | mfem::DenseMatrix | virtual |
| MultTranspose(const real_t *x, real_t *y) const | mfem::DenseMatrix | |
| MultTranspose(const real_t *x, Vector &y) const | mfem::DenseMatrix | |
| MultTranspose(const Vector &x, real_t *y) const | mfem::DenseMatrix | |
| MultTranspose(const Vector &x, Vector &y) const override | mfem::DenseMatrix | virtual |
| Neg() | mfem::DenseMatrix | |
| Norm2(real_t *v) const | mfem::DenseMatrix | |
| Norm2(Vector &v) const | mfem::DenseMatrix | inline |
| NumCols() const | mfem::Operator | inline |
| NumRows() const | mfem::Operator | inline |
| Operator(int s=0) | mfem::Operator | inlineexplicit |
| Operator(int h, int w) | mfem::Operator | inline |
| operator()(int i, int j) | mfem::DenseMatrix | inline |
| operator()(int i, int j) const | mfem::DenseMatrix | inline |
| operator*(const DenseMatrix &m) const | mfem::DenseMatrix | |
| operator*=(real_t c) | mfem::DenseMatrix | |
| operator+=(const real_t *m) | mfem::DenseMatrix | |
| operator+=(const DenseMatrix &m) | mfem::DenseMatrix | |
| operator-=(const DenseMatrix &m) | mfem::DenseMatrix | |
| operator=(real_t c) | mfem::DenseMatrix | |
| operator=(const real_t *d) | mfem::DenseMatrix | |
| operator=(const DenseMatrix &m) | mfem::DenseMatrix | |
| OwnsData() const | mfem::DenseMatrix | inline |
| PETSC_MATAIJ enum value | mfem::Operator | |
| PETSC_MATGENERIC enum value | mfem::Operator | |
| PETSC_MATHYPRE enum value | mfem::Operator | |
| PETSC_MATIS enum value | mfem::Operator | |
| PETSC_MATNEST enum value | mfem::Operator | |
| PETSC_MATSHELL enum value | mfem::Operator | |
| Print(std::ostream &out=mfem::out, int width_=4) const override | mfem::DenseMatrix | virtual |
| PrintMathematica(std::ostream &out=mfem::out) const | mfem::DenseMatrix | virtual |
| PrintMatlab(std::ostream &out=mfem::out) const override | mfem::DenseMatrix | virtual |
| mfem::Matrix::PrintMatlab(std::ostream &out, int n, int m=0) const | mfem::Operator | |
| PrintT(std::ostream &out=mfem::out, int width_=4) const | mfem::DenseMatrix | virtual |
| Rank(real_t tol) const | mfem::DenseMatrix | |
| Read(bool on_dev=true) const | mfem::DenseMatrix | inline |
| ReadWrite(bool on_dev=true) | mfem::DenseMatrix | inline |
| RecoverFEMSolution(const Vector &X, const Vector &b, Vector &x) | mfem::Operator | virtual |
| Reset(real_t *d, int h, int w) | mfem::DenseMatrix | inline |
| RightScaling(const Vector &s) | mfem::DenseMatrix | |
| Set(real_t alpha, const real_t *A) | mfem::DenseMatrix | |
| Set(real_t alpha, const DenseMatrix &A) | mfem::DenseMatrix | inline |
| SetCol(int c, const real_t *col) | mfem::DenseMatrix | |
| SetCol(int c, const Vector &col) | mfem::DenseMatrix | |
| SetCol(int col, real_t value) | mfem::DenseMatrix | |
| SetRow(int r, const real_t *row) | mfem::DenseMatrix | |
| SetRow(int r, const Vector &row) | mfem::DenseMatrix | |
| SetRow(int row, real_t value) | mfem::DenseMatrix | |
| SetSize(int s) | mfem::DenseMatrix | inline |
| SetSize(int h, int w) | mfem::DenseMatrix | |
| SetSubMatrix(const Array< int > &idx, const DenseMatrix &A) | mfem::DenseMatrix | |
| SetSubMatrix(const Array< int > &idx_i, const Array< int > &idx_j, const DenseMatrix &A) | mfem::DenseMatrix | |
| SetSubMatrix(int ibeg, const DenseMatrix &A) | mfem::DenseMatrix | |
| SetSubMatrix(int ibeg, int jbeg, const DenseMatrix &A) | mfem::DenseMatrix | |
| SetupRAP(const Operator *Pi, const Operator *Po) | mfem::Operator | protected |
| SingularValues(Vector &sv) const | mfem::DenseMatrix | |
| Size() const | mfem::DenseMatrix | inline |
| SquareRootInverse() | mfem::DenseMatrix | |
| Swap(DenseMatrix &other) | mfem::DenseMatrix | |
| SymmetricScaling(const Vector &s) | mfem::DenseMatrix | |
| Symmetrize() | mfem::DenseMatrix | |
| TestInversion() | mfem::DenseMatrix | |
| Threshold(real_t eps) | mfem::DenseMatrix | |
| TotalSize() const | mfem::DenseMatrix | inline |
| Trace() const | mfem::DenseMatrix | |
| Transpose() | mfem::DenseMatrix | |
| Transpose(const DenseMatrix &A) | mfem::DenseMatrix | |
| Type enum name | mfem::Operator | |
| UseExternalData(real_t *d, int h, int w) | mfem::DenseMatrix | inline |
| Weight() const | mfem::DenseMatrix | |
| Width() const | mfem::Operator | inline |
| width | mfem::Operator | protected |
| Write(bool on_dev=true) | mfem::DenseMatrix | inline |
| ~DenseMatrix() | mfem::DenseMatrix | virtual |
| ~Matrix() | mfem::Matrix | inlinevirtual |
| ~Operator() | mfem::Operator | inlinevirtual |
1.11.0