Interface for linear interpolation. More...

Inheritance diagram for AMG::LinearInterpolator< EleType >:

Public Member Functions
void	make_operators (size_t n_h_dofs, size_t n_H_dofs, size_t level)
	Construct P and R matrices based on dofs and level information.

Public Member Functions inherited from AMG::InterpolatorBase< EleType >
	InterpolatorBase (size_t n_levels)

	InterpolatorBase ()
	Construct a new Interpolator Base object.

Eigen::Matrix< EleType, -1, 1 >	prolongation (const Eigen::Matrix< EleType, -1, 1 > &v, size_t level)
	Prolongation operator on `v` and updating `result` inplace.

Eigen::Matrix< EleType, -1, 1 >	restriction (const Eigen::Matrix< EleType, -1, 1 > &v, size_t level)
	Restriction operator on `v`.

const Eigen::SparseMatrix< EleType > &	get_P (size_t level) const

const Eigen::SparseMatrix< EleType > &	get_R (size_t level) const

void	set_level_to_P (size_t level, Eigen::SparseMatrix< EleType > &P)

void	set_level_to_R (size_t level, Eigen::SparseMatrix< EleType > &R)

Detailed Description

template<class EleType>
class AMG::LinearInterpolator< EleType >

Interface for linear interpolation.

References:

[1] : Briggs2000. "Introduction to Algebraic Multigrid, 2ed.". Chapter 3.

Template Parameters

EleType

Member Function Documentation

template<class EleType >

void AMG::LinearInterpolator< EleType >::make_operators	(	size_t	n_h_dofs,
		size_t	n_H_dofs,
		size_t	level )

inlinevirtual

Construct P and R matrices based on dofs and level information.

Parameters

n_h_dofs	Number of dofs in the finer level.
n_H_dofs	Number of dofs in the coarser level.
level	Current level.

template<class EleType >

const size_t AMG::LinearInterpolator< EleType >::n_elements_per_columns = 3

private

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