LAMA
Public Types | Public Member Functions | Static Public Member Functions | Protected Types | Protected Attributes | Private Member Functions
lama::SimpleAMGCreator Class Reference

#include <SimpleAMGCreator.hpp>

Inheritance diagram for lama::SimpleAMGCreator:
Inheritance graph
[legend]

Public Types

typedef qi::rule
< std::string::const_iterator,
Solver *(), ascii::space_type > 		RuleType

Public Member Functions

 SimpleAMGCreator (const std::string type)
virtual ~SimpleAMGCreator ()
virtual RuleType & getCreatorRule ()
 Returns the main creator rule of this solver.

Static Public Member Functions

static const std::string & id ()
 Returns the unique ID of this solver creator.

Protected Types

typedef qi::rule
< std::string::const_iterator,
void(Solver
*), ascii::space_type 		InternRuleType )

Protected Attributes

RuleType mRSimpleAMG
 Main Rule which is required by the MetaSolver to create a SimpleAMG instance MetaSolver is not able to understand the solver-dependent parameters.
RuleType mRPreconditioner
InternRuleType mRIterativeSolver
qi::rule
< std::string::const_iterator,
SolverPtr(), ascii::space_type > 		mRSolverReference
 Rule that returns SolverPtr to a linked Solver this is used for preconditioning or smoother/coarse-level-solver-definitions.
InternRuleType mRSolver
 Main Rule of each Solver.

Private Member Functions

 LAMA_LOG_DECL_STATIC_LOGGER (logger)

Member Typedef Documentation

typedef qi::rule<std::string::const_iterator, void( Solver* ), ascii::space_type lama::SolverCreator::InternRuleType) [protected, inherited]
typedef qi::rule<std::string::const_iterator, Solver*(), ascii::space_type> lama::SolverCreator::RuleType

Constructor & Destructor Documentation

lama::SimpleAMGCreator::SimpleAMGCreator ( const std::string  type)

References lama::SolverFactory::addSolverCreator(), lama::SolverFactory::getFactory(), LAMA_PARAMETER_ENTRY, lama::Creator::mRId, lama::IterativeSolverCreator::mRIterativeSolver, mRSimpleAMG, and lama::SolverCreator::mRSolverReference.

lama::SimpleAMGCreator::~SimpleAMGCreator ( ) [virtual]

Member Function Documentation

SimpleAMGCreator::RuleType & lama::SimpleAMGCreator::getCreatorRule ( ) [virtual]

Returns the main creator rule of this solver.

Implements lama::IterativeSolverCreator.

References mRSimpleAMG.

const std::string & lama::SimpleAMGCreator::id ( ) [static]

Returns the unique ID of this solver creator.

lama::SimpleAMGCreator::LAMA_LOG_DECL_STATIC_LOGGER ( logger  ) [private]

Reimplemented from lama::IterativeSolverCreator.

Field Documentation

InternRuleType lama::IterativeSolverCreator::mRIterativeSolver [protected, inherited]

Referenced by lama::CGCreator::CGCreator(), lama::GMRESCreator::GMRESCreator(), lama::IterativeSolverCreator::IterativeSolverCreator(), lama::OmegaSolverCreator::OmegaSolverCreator(), and SimpleAMGCreator().

RuleType lama::IterativeSolverCreator::mRPreconditioner [protected, inherited]

Referenced by lama::IterativeSolverCreator::IterativeSolverCreator().

RuleType lama::SimpleAMGCreator::mRSimpleAMG [protected]

Main Rule which is required by the MetaSolver to create a SimpleAMG instance MetaSolver is not able to understand the solver-dependent parameters.

This is the task of this rule and its sub-rules

Referenced by getCreatorRule(), and SimpleAMGCreator().

InternRuleType lama::SolverCreator::mRSolver [protected, inherited]

Main Rule of each Solver.

Handles Loggerdefinitions.

Referenced by lama::InverseSolverCreator::InverseSolverCreator(), lama::IterativeSolverCreator::IterativeSolverCreator(), lama::LUSolverCreator::LUSolverCreator(), lama::SolverCreator::SolverCreator(), and lama::SpecialLUSolverCreator::SpecialLUSolverCreator().

qi::rule<std::string::const_iterator, SolverPtr(), ascii::space_type> lama::SolverCreator::mRSolverReference [protected, inherited]

Rule that returns SolverPtr to a linked Solver this is used for preconditioning or smoother/coarse-level-solver-definitions.

Referenced by lama::IterativeSolverCreator::IterativeSolverCreator(), SimpleAMGCreator(), and lama::SolverCreator::SolverCreator().

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