Solution driver without actual preconditioner. More...

#include <NoPreconditioner.h>

Inheritance diagram for NoPreconditioner:

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Collaboration diagram for NoPreconditioner:

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Public Member Functions
	preconditionerRunTimeSelectionDefinitions (NoPreconditioner, "none") NoPreconditioner()

	NoPreconditioner (CommandLine const &cmd, InputFile const &inp, Parallel const &par, AngularBasis const &ang, Bspline const &bspline_inner, Bspline const &bspline_full, Bspline const &bspline_panel_x, Bspline const &bspline_panel_y)

	~NoPreconditioner ()

virtual std::string	description () const
	Description of the preconditioner. More...

virtual void	setup ()
	Initialize the preconditioner. More...

virtual void	update (Real E)
	Update the preconditioner for the next energy. More...

virtual std::pair< int, int >	bstates (Real E, int l1, int l2) const
	Get the number of allowed bound states. More...

virtual void	finish ()
	Clean up memory etc. More...

virtual void	rhs (BlockArray< Complex > &chi, int ienergy, int instate) const
	Calculate the right-hand side. More...

virtual void	multiply (BlockArray< Complex > const &p, BlockArray< Complex > &q, MatrixSelection::Selection tri=MatrixSelection::Both) const
	Multiply by the matrix equation. More...

virtual void	precondition (BlockArray< Complex > const &r, BlockArray< Complex > &z) const
	Precondition the equation. More...

BlockSymBandMatrix< Complex >	calc_A_block (int ill, int illp, bool twoel=true) const

RadialIntegrals const &	rad_inner () const

RadialIntegrals const &	rad_full () const

RadialIntegrals const &	rad_panel () const

Public Member Functions inherited from PreconditionerBase
	baseClassRunTimeSelectionDefinitions (PreconditionerBase,(CommandLine const &cmd, InputFile const &inp, Parallel const &par, AngularBasis const &ang, Bspline const &bspline_inner, Bspline const &bspline_full, Bspline const &bspline_panel_x, Bspline const &bspline_panel_y)) PreconditionerBase()
	Dummy default constructor needed by the run-time selection. More...

virtual	~PreconditionerBase ()
	Virtual destructor. More...

virtual void	verbose (bool b)
	Set verbosity level. More...

Protected Attributes
Real	E_

CommandLine const *	cmd_

Parallel const *	par_

InputFile const *	inp_

AngularBasis const *	ang_

std::vector< BlockSymBandMatrix< Complex > >	A_blocks_

std::vector< std::vector< SymBandMatrix< Complex > > >	B1_blocks_

std::vector< std::vector< SymBandMatrix< Complex > > >	B2_blocks_

std::vector< CooMatrix< LU_int_t, Complex > >	Cu_blocks_

std::vector< CooMatrix< LU_int_t, Complex > >	Cl_blocks_

std::vector< BlockSymBandMatrix< Complex > >	E_blocks_

std::vector< CooMatrix< LU_int_t, Complex > >	Fu_blocks_

std::vector< CooMatrix< LU_int_t, Complex > >	Fl_blocks_

int	max_n_

std::vector< std::pair< int, int > >	Nchan_

RadialIntegrals *	rad_inner_

RadialIntegrals *	rad_full_

RadialIntegrals *	rad_panel_

std::array< Array< cArrays >, 2 >	Xp_

std::array< Array< cArrays >, 2 >	Sp_

std::array< cArrays, 2 >	Eb_

std::array< std::vector< HlData >, 2 >	Hl_

std::shared_ptr< LUft >	luS_

Protected Attributes inherited from PreconditionerBase
bool	verbose_

Detailed Description

This class "preconditions" by identity matrix, but implements all other important routines, that can be used by derived classes, namely:

setup : Loads / computed radial integrals for construction of the matrix of the set and for the construction of the right-hand side.
update : Creates the diagonal blocks.
finish : Cleanup of memory. Un-do the setup.
rhs : Composes the right-hand side.
multiply : Multiplies a vector by the matrix of the set of equations.
precondition : This preconditioner uses identity as its matrix, but overload do more.

Constructor & Destructor Documentation

◆ NoPreconditioner()

NoPreconditioner::NoPreconditioner	(	CommandLine const &	cmd,
		InputFile const &	inp,
		Parallel const &	par,
		AngularBasis const &	ang,
		Bspline const &	bspline_inner,
		Bspline const &	bspline_full,
		Bspline const &	bspline_panel_x,
		Bspline const &	bspline_panel_y
	)

◆ ~NoPreconditioner()

NoPreconditioner::~NoPreconditioner ( )

Member Function Documentation

◆ bstates()

std::pair< int, int > NoPreconditioner::bstates	(	Real	E,
		int	l1,
		int	l2
	)		const

virtual

Returns the number of energetically allowed bound states of the first and second particle with specific angular momenta. This is necessary because it determines the size of the solution vector.

This function can be called only after a call to the setup function, where it is assumed that the initialization of these numbers takes place.

The energy is in Ry.

Reimplemented from PreconditionerBase.

◆ calc_A_block()

BlockSymBandMatrix< Complex > NoPreconditioner::calc_A_block	(	int	ill,
		int	illp,
		bool	twoel = `true`
	)		const

◆ description()

std::string NoPreconditioner::description ( ) const

virtual

Simple documentation of the preconditioner.

Reimplemented from PreconditionerBase.

Reimplemented in GPUCGPreconditioner, KPACGPreconditioner, HybCGPreconditioner, DOMPreconditioner, ILUCGPreconditioner, CGPreconditioner, GMGPreconditioner, and CoupledPreconditioner.

◆ finish()

void NoPreconditioner::finish ( )

virtual

This function is called when the preconditioner will no longer be used to release resources. To re-enable the same preconditioner then would require a new call to setup.

Reimplemented from PreconditionerBase.

Reimplemented in GPUCGPreconditioner, KPACGPreconditioner, HybCGPreconditioner, DOMPreconditioner, ILUCGPreconditioner, CGPreconditioner, and CoupledPreconditioner.

◆ multiply()

void NoPreconditioner::multiply	(	BlockArray< Complex > const &	p,
		BlockArray< Complex > &	q,
		MatrixSelection::Selection	tri = `MatrixSelection::Both`
	)		const

virtual

This function implements matrix multiplication by the matrix of the set of equations that is to be solved.

Reimplemented from PreconditionerBase.

Reimplemented in GPUCGPreconditioner.

◆ precondition()

void NoPreconditioner::precondition	(	BlockArray< Complex > const &	r,
		BlockArray< Complex > &	z
	)		const

virtual

This function preconditions the equation, solving the preconditioner equation

\[ \mathbf{M}\mathbf{z} = \mathbf{r} \ . \]

It may use the MPI environment.

Reimplemented from PreconditionerBase.

Reimplemented in GPUCGPreconditioner, DOMPreconditioner, CGPreconditioner, GMGPreconditioner, and CoupledPreconditioner.

◆ preconditionerRunTimeSelectionDefinitions()

NoPreconditioner::preconditionerRunTimeSelectionDefinitions	(	NoPreconditioner	,
		"none"
	)

◆ rad_full()

RadialIntegrals const& NoPreconditioner::rad_full ( ) const

inline

◆ rad_inner()

RadialIntegrals const& NoPreconditioner::rad_inner ( ) const

inline

◆ rad_panel()

RadialIntegrals const& NoPreconditioner::rad_panel ( ) const

inline

◆ rhs()

void NoPreconditioner::rhs	(	BlockArray< Complex > &	chi,
		int	ie,
		int	instate
	)		const

virtual

Reimplemented from PreconditionerBase.

◆ setup()

void NoPreconditioner::setup ( )

virtual

This function contains all computation intensive preparations for the preconditioner, e.g. computation of radial integrals. It may use only SMP environment.

Reimplemented from PreconditionerBase.

Reimplemented in GPUCGPreconditioner, KPACGPreconditioner, HybCGPreconditioner, DOMPreconditioner, ILUCGPreconditioner, and GMGPreconditioner.

◆ update()

void NoPreconditioner::update ( Real E )

virtual

This function updates the preconditioner for another right hand side. It may use the MPI environment. The energy is in Ry.

Reimplemented from PreconditionerBase.

Reimplemented in HybCGPreconditioner, DOMPreconditioner, ILUCGPreconditioner, GMGPreconditioner, and CoupledPreconditioner.

Field Documentation

◆ A_blocks_

std::vector<BlockSymBandMatrix<Complex> > NoPreconditioner::A_blocks_

protected

◆ ang_

AngularBasis const* NoPreconditioner::ang_

protected

◆ B1_blocks_

std::vector<std::vector<SymBandMatrix<Complex> > > NoPreconditioner::B1_blocks_

protected

◆ B2_blocks_

std::vector<std::vector<SymBandMatrix<Complex> > > NoPreconditioner::B2_blocks_

protected

◆ Cl_blocks_

std::vector<CooMatrix<LU_int_t,Complex> > NoPreconditioner::Cl_blocks_

protected

◆ cmd_

CommandLine const* NoPreconditioner::cmd_

protected

◆ Cu_blocks_

std::vector<CooMatrix<LU_int_t,Complex> > NoPreconditioner::Cu_blocks_

protected

◆ E_

Real NoPreconditioner::E_

protected

◆ E_blocks_

std::vector<BlockSymBandMatrix<Complex> > NoPreconditioner::E_blocks_

protected

◆ Eb_

std::array<cArrays,2> NoPreconditioner::Eb_

protected

◆ Fl_blocks_

std::vector<CooMatrix<LU_int_t,Complex> > NoPreconditioner::Fl_blocks_

protected

◆ Fu_blocks_

std::vector<CooMatrix<LU_int_t,Complex> > NoPreconditioner::Fu_blocks_

protected

◆ Hl_

std::array<std::vector<HlData>,2> NoPreconditioner::Hl_

mutableprotected

◆ inp_

InputFile const* NoPreconditioner::inp_

protected

◆ luS_

std::shared_ptr<LUft> NoPreconditioner::luS_

protected

◆ max_n_

int NoPreconditioner::max_n_

protected

◆ Nchan_

std::vector<std::pair<int,int> > NoPreconditioner::Nchan_

protected

◆ par_

Parallel const* NoPreconditioner::par_

protected

◆ rad_full_

RadialIntegrals * NoPreconditioner::rad_full_

protected

◆ rad_inner_

RadialIntegrals* NoPreconditioner::rad_inner_

protected

◆ rad_panel_

RadialIntegrals * NoPreconditioner::rad_panel_

protected

◆ Sp_

std::array<Array<cArrays>,2> NoPreconditioner::Sp_

protected

◆ Xp_

std::array<Array<cArrays>,2> NoPreconditioner::Xp_

protected

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

src/preconditioners/NoPreconditioner.h
src/preconditioners/NoPreconditioner.cpp

Public Member Functions

Protected Attributes

Detailed Description

Constructor & Destructor Documentation

◆ NoPreconditioner()

◆ ~NoPreconditioner()

Member Function Documentation

◆ bstates()

◆ calc_A_block()

◆ description()

◆ finish()

◆ multiply()

◆ precondition()

◆ preconditionerRunTimeSelectionDefinitions()

◆ rad_full()

◆ rad_inner()

◆ rad_panel()

◆ rhs()

◆ setup()

◆ update()

Field Documentation

◆ A_blocks_

◆ ang_

◆ B1_blocks_

◆ B2_blocks_

◆ Cl_blocks_

◆ cmd_

◆ Cu_blocks_

◆ E_

◆ E_blocks_

◆ Eb_

◆ Fl_blocks_

◆ Fu_blocks_

◆ Hl_

◆ inp_

◆ luS_

◆ max_n_

◆ Nchan_

◆ par_

◆ rad_full_

◆ rad_inner_

◆ rad_panel_

◆ Sp_

◆ Xp_