#include <DEIM.H>
Public Member Functions | |
| DEIM (PtrList< T > &SnapShotsMatrix, label MaxModes, word FunctionName, word FieldName) | |
| Construct DEIM for non-linear function. | |
| DEIM (PtrList< T > &SnapShotsMatrix, label MaxModesA, label MaxModesB, word MatrixName) | |
| Construct DEIM for matrix with non-linear dependency. | |
| template<class S > | |
| S | generateSubmesh (label layers, const fvMesh &mesh, S field, label secondTime=0) |
| Function to generate the submesh for the nonlinear function case. | |
| template<class S > | |
| S | generateSubmeshMatrix (label layers, const fvMesh &mesh, S field, label secondTime=0) |
| Function to generate the submesh for the nonlinear matrix function case (RHS) | |
| template<class S > | |
| S | generateSubmeshVector (label layers, const fvMesh &mesh, S field, label secondTime=0) |
| Function to generate the submesh for the nonlinear matrix function case (LHS) | |
| template<class F > | |
| F | generateSubField (F &field) |
| Function to generate a a subfield in the location of the magic points. | |
| template<class F > | |
| F | generateSubFieldMatrix (F &field) |
| Function to generate a a subfield in the location of the magic points computed for the Matrix (LHS) | |
| template<class F > | |
| F | generateSubFieldVector (F &field) |
| Function to generate a a subfield in the location of the magic points computed for the Matrix (RHS) | |
| void | onlineCoeffs () |
| Function to get the onlineCoeffs of the DEIM approx. | |
| List< label > | global2local (List< label > &points, fvMeshSubset &submesh) |
| Get local indices in the submeshe from indices in the global ones. | |
| void | check3DIndices (label &ind_rowA, label &ind_colA, label &xyz_rowA, label &xyz_colA) |
| check3DIndices in case of three dimensional fields | |
| void | check3DIndices (label &ind_rowA, label &xyz_rowA) |
| check3DIndices in case of three dimensional fields | |
| label | getNcells (label sizeM) |
| get the number of cells from the dimension of a LHS matrix | |
| void | setMagicPoints (labelList &newMagicPoints, labelList &newxyz) |
| Function to set the magic points externally. | |
| label | getNcells (label sizeM) |
| label | getNcells (label sizeM) |
Public Attributes | |
| PtrList< T > | SnapShotsMatrix |
| The snapshots matrix containing the nonlinear function or operator. | |
| PtrList< T > | modes |
| The POD modes of the DEIM procedure that can be. | |
| std::tuple< List< Eigen::SparseMatrix< double > >, List< Eigen::VectorXd > > | Matrix_Modes |
| Matrix Modes. | |
| label | MaxModes |
| The maximum number of modes to be considered. | |
| label | MaxModesA |
| label | MaxModesB |
| word | FunctionName |
| The name of the non-linear function. | |
| double | tolerance |
| A given tolerance. | |
| label | Ncells |
| Int Number of Cells;. | |
| bool | source |
| source | |
| word | MatrixName |
| The name of the matrix. | |
| Eigen::MatrixXd | MatrixModes |
| The matrix containing the modes. | |
| autoPtr< IOList< label > > | magicPoints |
| Magic points in the case of the a nonlinear function. | |
| autoPtr< IOList< label > > | magicPointsArow |
| Magic points in the case of the a matrix function (rows indices) | |
| autoPtr< IOList< label > > | magicPointsAcol |
| Magic points in the case of the a matrix function (cols indices) | |
| autoPtr< IOList< label > > | magicPointsB |
| Magic points in the case of the a matrix function, right hand side. | |
| word | Folder |
| Folder for nonlinear functions. | |
| word | FolderM |
| Folder in the matrix case. | |
| Eigen::VectorXd | theta |
| Online vector. | |
| Eigen::VectorXd | thetaA |
| Online vector. | |
| Eigen::VectorXd | thetaB |
| Online vector. | |
| Eigen::MatrixXd | MatrixOnline |
| Online Matrices. | |
| List< Eigen::SparseMatrix< double > > | MatrixOnlineA |
| Online Matrices. | |
| Eigen::MatrixXd | MatrixOnlineB |
| Online Matrices. | |
| Eigen::MatrixXd | U |
| The U matrix of the DEIM method. | |
| List< Eigen::SparseMatrix< double > > | UA |
| The U matrix of the DEIM method. | |
| Eigen::MatrixXd | UB |
| The U matrix of the DEIM method. | |
| autoPtr< IOList< labelList > > | totalMagicPoints |
| Magic points and indices of the surrounding layers. | |
| autoPtr< IOList< labelList > > | totalMagicPointsA |
| Magic points and indices of the surrounding layers. | |
| autoPtr< IOList< labelList > > | totalMagicPointsB |
| Magic points and indices of the surrounding layers. | |
| autoPtr< IOList< label > > | uniqueMagicPoints |
| List of unique indices that define the submesh. | |
| autoPtr< IOList< label > > | uniqueMagicPointsA |
| List of unique indices that define the submesh. | |
| autoPtr< IOList< label > > | uniqueMagicPointsB |
| List of unique indices that define the submesh. | |
| autoPtr< IOList< label > > | xyz |
| Definition of the x, y, z coordinate of the identified element in the matrix or source term 0 for x, 1 for y, 2 for z. | |
| autoPtr< IOList< label > > | xyz_Arow |
| Definition of the x, y, z coordinate of the identified element in the matrix or source term 0 for x, 1 for y, 2 for z. | |
| autoPtr< IOList< label > > | xyz_Acol |
| Definition of the x, y, z coordinate of the identified element in the matrix or source term 0 for x, 1 for y, 2 for z. | |
| autoPtr< IOList< label > > | xyz_B |
| Definition of the x, y, z coordinate of the identified element in the matrix or source term 0 for x, 1 for y, 2 for z. | |
| List< label > | localMagicPoints |
| Indices of the local magic points in the subMesh. | |
| List< label > | localMagicPointsArow |
| Indices of the local magic points in the subMesh. | |
| List< label > | localMagicPointsAcol |
| Indices of the local magic points in the subMesh. | |
| List< label > | localMagicPointsB |
| Indices of the local magic points in the subMesh. | |
| Eigen::SparseMatrix< double > | P |
| The P matrix of the DEIM method. | |
| List< Eigen::SparseMatrix< double > > | PA |
| The P matrix of the DEIM method. | |
| Eigen::SparseMatrix< double > | PB |
| The P matrix of the DEIM method. | |
| autoPtr< fvMeshSubset > | submesh |
| Submesh of the DEIM method. | |
| autoPtr< fvMeshSubset > | submeshA |
| Submesh of the DEIM method. | |
| autoPtr< fvMeshSubset > | submeshB |
| Submesh of the DEIM method. | |
| bool | runSubMesh |
| Bool variable to check if the SubMesh is available. | |
| bool | runSubMeshA |
| Bool variable to check if the SubMesh is available. | |
| bool | runSubMeshB |
| Bool variable to check if the SubMesh is available. | |
| DEIM< T >::DEIM | ( | PtrList< T > & | SnapShotsMatrix, |
| label | MaxModes, | ||
| word | FunctionName, | ||
| word | FieldName ) |
Construct DEIM for non-linear function.
| [in] | SnapShotsMatrix | The snapshots matrix |
| [in] | MaxModes | The maximum number of modes |
| [in] | FunctionName | The function name, used to save the results |
| [in] | FieldName | The field name |
| DEIM< T >::DEIM | ( | PtrList< T > & | SnapShotsMatrix, |
| label | MaxModesA, | ||
| label | MaxModesB, | ||
| word | MatrixName ) |
Construct DEIM for matrix with non-linear dependency.
| SnapShotsMatrix | The snapshots matrix | |
| [in] | MaxModesA | The maximum number of modes for the Matrix A |
| [in] | MaxModesB | The maximum number of modes for the source term b |
| [in] | MatrixName | The matrix name, used to save the results |
| template const volTensorField DEIM< T >::generateSubField | ( | F & | field | ) |
Function to generate a a subfield in the location of the magic points.
| field | For which you want the create the submeshes |
| F | type of field (can be volVectorField, volScalarField, surfaceScalar and surfaceVector) |
| template surfaceVectorField DEIM< T >::generateSubFieldMatrix | ( | F & | field | ) |
Function to generate a a subfield in the location of the magic points computed for the Matrix (LHS)
| field | For which you want the create the submeshes |
| F | type of field (can be volVectorField, volScalarField, and const versions) |
| template surfaceVectorField DEIM< T >::generateSubFieldVector | ( | F & | field | ) |
Function to generate a a subfield in the location of the magic points computed for the Matrix (RHS)
| field | For which you want the create the submeshes |
| F | type of field (can be volVectorField, volScalarField, surfaceScalar and surfaceVector) |
| template volVectorField DEIM< T >::generateSubmesh | ( | label | layers, |
| const fvMesh & | mesh, | ||
| S | field, | ||
| label | secondTime = 0 ) |
Function to generate the submesh for the nonlinear function case.
| [in] | layers | Number of layers used to generate each submesh |
| mesh | The mesh of the problem | |
| [in] | field | The field used for the submesh |
| [in] | secondTime | If the function is called for the second one must be set to 1 |
| S | Type of object can be volscalarfield, volvectorfield etc... |
| template surfaceVectorField DEIM< T >::generateSubmeshMatrix | ( | label | layers, |
| const fvMesh & | mesh, | ||
| S | field, | ||
| label | secondTime = 0 ) |
Function to generate the submesh for the nonlinear matrix function case (RHS)
| [in] | layers | Number of layers used to generate each submesh |
| mesh | The mesh of the problem | |
| [in] | field | The field used for the submesh |
| [in] | secondTime | If the function is called for the second one must be set to 1 |
| S | Type of object can be volscalarfield, volvectorfield etc... |
| template surfaceVectorField DEIM< T >::generateSubmeshVector | ( | label | layers, |
| const fvMesh & | mesh, | ||
| S | field, | ||
| label | secondTime = 0 ) |
Function to generate the submesh for the nonlinear matrix function case (LHS)
| [in] | layers | Number of layers used to generate each submesh |
| mesh | The mesh of the problem | |
| [in] | field | The field used for the submesh |
| [in] | secondTime | If the function is called for the second one must be set to 1 |
| S | Type of object can be volscalarfield, volvectorfield etc... |
get the number of cells from the dimension of a LHS matrix
| sizeM | The number of rows of the original Matrix |
Function to get the onlineCoeffs of the DEIM approx.
It is problem dependent so it must be overridden.
1.11.0
