Inheritance diagram for HROM< O >:

Public Attributes
PtrList< O >	fields
autoPtr< O >	subField
Public Attributes inherited from DEIM< O >
PtrList< O >	SnapShotsMatrix
	The snapshots matrix containing the nonlinear function or operator.
PtrList< O >	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.

Additional Inherited Members
Public Member Functions inherited from DEIM< O >
label	getNcells (label sizeM)
label	getNcells (label sizeM)
	DEIM (PtrList< O > &SnapShotsMatrix, label MaxModes, word FunctionName, word FieldName)
	Construct DEIM for non-linear function.
S	generateSubmesh (label layers, const fvMesh &mesh, S field, label secondTime=0)
	Function to generate the submesh for the nonlinear function case.
S	generateSubmeshMatrix (label layers, const fvMesh &mesh, S field, label secondTime=0)
	Function to generate the submesh for the nonlinear matrix function case (RHS).
S	generateSubmeshVector (label layers, const fvMesh &mesh, S field, label secondTime=0)
	Function to generate the submesh for the nonlinear matrix function case (LHS).
F	generateSubField (F &field)
	Function to generate a a subfield in the location of the magic points.
F	generateSubFieldMatrix (F &field)
	Function to generate a a subfield in the location of the magic points computed for the Matrix (LHS).
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	setMagicPoints (labelList &newMagicPoints, labelList &newxyz)
	Function to set the magic points externally.