Public Member Functions
	SimpleAssembler ()=default

	SimpleAssembler (DofInfo dofInfo)

DofVector< double >	BuildVector (const Group< CellInterface > &cells, std::vector< DofType > dofTypes, CellInterface::VectorFunction f) const

DofMatrixSparse< double >	BuildMatrix (const Group< CellInterface > &cells, std::vector< DofType > dofTypes, CellInterface::MatrixFunction f) const

DofVector< double >	BuildDiagonallyLumpedMatrix (const Group< CellInterface > &cells, std::vector< DofType > dofTypes, CellInterface::MatrixFunction f) const
	Assembles a diagonally lumped matrix from local matrices calculated by f. More...

void	SetDofInfo (DofInfo dofInfo)

Constructor & Destructor Documentation

NuTo::SimpleAssembler::SimpleAssembler ( )

default

SimpleAssembler::SimpleAssembler ( DofInfo dofInfo )

Member Function Documentation

DofVector< double > SimpleAssembler::BuildDiagonallyLumpedMatrix	(	const Group< CellInterface > &	cells,
		std::vector< DofType >	dofTypes,
		CellInterface::MatrixFunction	f
	)		const

Assembles a diagonally lumped matrix from local matrices calculated by f.

Parameters

cells	group of cells to be used for assembly
dofTypes	vector of dofTypes

Remarks

HRZ lumping is used here, the assumptions made are:

shape functions sum to 1, only then the total mass for a cell can be calculated by summing over all entries of the local mass matrix
the total mass of a cell is the same for all components of the considered dof

DofMatrixSparse< double > SimpleAssembler::BuildMatrix	(	const Group< CellInterface > &	cells,
		std::vector< DofType >	dofTypes,
		CellInterface::MatrixFunction	f
	)		const

DofVector< double > SimpleAssembler::BuildVector	(	const Group< CellInterface > &	cells,
		std::vector< DofType >	dofTypes,
		CellInterface::VectorFunction	f
	)		const

void SimpleAssembler::SetDofInfo ( DofInfo dofInfo )

The documentation for this class was generated from the following files: