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Thyra::DefaultRealLinearSolverBuilder Class Reference

Concrete subclass of Thyra::LinearSolverBuilderBase for creating LinearOpWithSolveFactoryBase objects and PreconditionerFactoryBase object on demand for various Trilinos linear solver packages. More...

#include <Thyra_DefaultRealLinearSolverBuilder.hpp>

Inheritance diagram for Thyra::DefaultRealLinearSolverBuilder:

[legend]
List of all members.

Constructors/Initializers/Accessors

 DefaultRealLinearSolverBuilder (const std::string &paramsXmlFileName="", const std::string &extraParamsXmlString="", const std::string &paramsUsedXmlOutFileName="", const std::string &paramsXmlFileNameOption="linear-solver-params-file", const std::string &extraParamsXmlStringOption="extra-linear-solver-params", const std::string &paramsUsedXmlOutFileNameOption="linear-solver-params-used-file")
 Construct with default parameters.
 ~DefaultRealLinearSolverBuilder ()
 
void paramsXmlFileName (const std::string &paramsXmlFileName)
 The name an XML file that will be read to get XML parameters (if not "").
void extraParamsXmlString (const std::string &extraParamsXmlString)
 An XML string that will be used to update the parameters (if not "").
void paramsUsedXmlOutFileName (const std::string &paramsUsedXmlOutFileName)
 The name of an XML file that will be written (if not "") for the parameters actually used.
void paramsXmlFileNameOption (const std::string &paramsXmlFileNameOption)
 The name of the option that will be added the the commandline processor that will set paramsXmlFileName() .
void extraParamsXmlStringOption (const std::string &extraParamsXmlStringOption)
 The name of the option that will be added the the commandline processor that will set extraParamsXmlString() .
void paramsUsedXmlOutFileNameOption (const std::string &paramsUsedXmlOutFileNameOption)
 The name of the option that will be added the the commandline processor that will set paramsUsedXmlOutFileName() .
void setLinearSolveStrategyFactory (const Teuchos::RefCountPtr< const Teuchos::AbstractFactory< LinearOpWithSolveFactoryBase< double > > > &solveStrategyFactory, const std::string &solveStrategyName)
 Set a new linear solver strategy factory object.
void setPreconditioningStrategyFactory (const Teuchos::RefCountPtr< const Teuchos::AbstractFactory< PreconditionerFactoryBase< double > > > &precStrategyFactory, const std::string &precStrategyName)
 Set a new preconditioner strategy factory object.
void setupCLP (Teuchos::CommandLineProcessor *clp)
 Setup the command-line processor to read in the needed data to extra the parameters from.
void readParameters (std::ostream *out)
 Force the parameters to be read from a file and/or an extra XML string.
void writeParamsFile (const LinearOpWithSolveFactoryBase< double > &lowsFactory, const std::string &outputXmlFileName="") const
 Write the parameters list for a LinearOpWithSolveFactoryBase object to a file after the parameters are read in order to show defaults and create a new list for input the next time.
std::string getLinearSolveStrategyName () const
 Get the name of the linear solver strategy that will be created on the next call to this->createLinearSolverStrategy().
std::string getPreconditionerStrategyName () const
 Get the name of the preconditioner strategy that will be created on the next call to this->createPreconditioningStrategy().

Overridden from ParameterListAcceptor

void setParameterList (Teuchos::RefCountPtr< Teuchos::ParameterList > const &paramList)
 
Teuchos::RefCountPtr< Teuchos::ParameterList > getParameterList ()
 
Teuchos::RefCountPtr< Teuchos::ParameterList > unsetParameterList ()
 
Teuchos::RefCountPtr< const
Teuchos::ParameterList > 		getParameterList () const
 
Teuchos::RefCountPtr< const
Teuchos::ParameterList > 		getValidParameters () const
 

Overridden from LinearSolverBuilderBase.

Teuchos::RefCountPtr< LinearOpWithSolveFactoryBase<
double > > 		createLinearSolveStrategy (const std::string &linearSolveStrategyName) const
 
Teuchos::RefCountPtr< PreconditionerFactoryBase<
double > > 		createPreconditioningStrategy (const std::string &preconditioningStrategyName) const
 

Detailed Description

Concrete subclass of Thyra::LinearSolverBuilderBase for creating LinearOpWithSolveFactoryBase objects and PreconditionerFactoryBase object on demand for various Trilinos linear solver packages.

The parameters this class accepts are shown below in human readable format and in XML (i.e. machine readable) format.

Human readable format for valid parameters (with default values) accepted by this class

 Linear Solver Type : string = Amesos
 Preconditioner Type : string = ML
 Linear Solver Types -> 
   Amesos -> 
     Refactorization Policy : string = RepivotOnRefactorization
     Solver Type : string = Klu
     Throw on Preconditioner Input : bool = 1
     Amesos Settings -> 
       AddToDiag : double = 0
       AddZeroToDiag : bool = 0
       ComputeTrueResidual : bool = 0
       ComputeVectorNorms : bool = 0
       DebugLevel : int = 0
       MatrixProperty : string = general
       MaxProcs : int = -1
       NoDestroy : bool = 0
       OutputLevel : int = 1
       PrintTiming : bool = 0
       RcondThreshold : double = 1e-12
       Redistribute : bool = 0
       Refactorize : bool = 0
       Reindex : int = 0
       ScaleMethod : int = 0
       TrustMe : bool = 0
       Lapack -> 
         [empty list]
       Mumps -> 
         [empty list]
       Pardiso -> 
         [empty list]
       Scalapack -> 
         [empty list]
       Superludist -> 
         [empty list]
   AztecOO -> 
     Output Every RHS : bool = 0
     Adjoint Solve -> 
       Max Iterations : int = 400
       Tolerance : double = 1e-06
       AztecOO Settings -> 
         Aztec Preconditioner : string = ilu
         Aztec Solver : string = GMRES
         Convergence Test : string = r0
         Drop Tolerance : double = 0
         Fill Factor : double = 1
         Graph Fill : int = 0
         Ill-Conditioning Threshold : double = 1e+11
         Orthogonalization : string = Classical
         Output Frequency : int = 0
         Overlap : int = 0
         Polynomial Order : int = 3
         RCM Reordering : string = Disabled
         Size of Krylov Subspace : int = 300
         Steps : int = 3
     Forward Solve -> 
       Max Iterations : int = 400
       Tolerance : double = 1e-06
       AztecOO Settings -> 
         Aztec Preconditioner : string = ilu
         Aztec Solver : string = GMRES
         Convergence Test : string = r0
         Drop Tolerance : double = 0
         Fill Factor : double = 1
         Graph Fill : int = 0
         Ill-Conditioning Threshold : double = 1e+11
         Orthogonalization : string = Classical
         Output Frequency : int = 0
         Overlap : int = 0
         Polynomial Order : int = 3
         RCM Reordering : string = Disabled
         Size of Krylov Subspace : int = 300
         Steps : int = 3
 Preconditioner Types -> 
   Ifpack -> 
     Overlap : int = 0
     Prec Type : string = ILU
     Ifpack Settings -> 
       amesos: solver type : string = Amesos_Klu
       fact: absolute threshold : double = 0
       fact: drop tolerance : double = 0
       fact: ict level-of-fill : double = 1
       fact: ilut level-of-fill : double = 1
       fact: level-of-fill : int = 0
       fact: relative threshold : double = 1
       fact: relax value : double = 0
       fact: sparskit: alph : double = 0
       fact: sparskit: droptol : double = 0
       fact: sparskit: lfil : int = 0
       fact: sparskit: mbloc : int = -1
       fact: sparskit: permtol : double = 0.1
       fact: sparskit: tol : double = 0
       fact: sparskit: type : string = ILUT
       partitioner: local parts : int = 1
       partitioner: overlap : int = 0
       partitioner: print level : int = 0
       partitioner: type : string = greedy
       partitioner: use symmetric graph : bool = 1
       relaxation: damping factor : double = 1
       relaxation: min diagonal value : double = 1
       relaxation: sweeps : int = 1
       relaxation: type : string = Jacobi
       relaxation: zero starting solution : bool = 1
       schwarz: combine mode : string = Zero
       schwarz: compute condest : bool = 1
       schwarz: filter singletons : bool = 0
       schwarz: reordering type : string = none
   ML -> 
     PDE equations : int = 1
     aggregation: damping factor : double = 1.333
     aggregation: local aggregates : int = 128
     aggregation: threshold : double = 0
     aggregation: type : string = METIS
     coarse: max size : int = 128
     coarse: type : string = Amesos-KLU
     default values : string = DD
     increasing or decreasing : string = increasing
     max levels : int = 2
     output : int = 8
     prec type : string = MGV
     print unused : int = -2
     smoother: Aztec as solver : bool = 0
     smoother: Aztec options : int* = 0x84f8098
     smoother: Aztec params : double* = 0x84f8158
     smoother: damping factor : double = 0.67
     smoother: pre or post : string = both
     smoother: sweeps : int = 2
     smoother: type : string = Aztec

XML format for valid parameters (with default values) accepted by this class

<ParameterList>
  <Parameter name="Linear Solver Type" type="string" value="Amesos"/>
  <ParameterList name="Linear Solver Types">
    <ParameterList name="Amesos">
      <ParameterList name="Amesos Settings">
        <Parameter name="AddToDiag" type="double" value="0"/>
        <Parameter name="AddZeroToDiag" type="bool" value="0"/>
        <Parameter name="ComputeTrueResidual" type="bool" value="0"/>
        <Parameter name="ComputeVectorNorms" type="bool" value="0"/>
        <Parameter name="DebugLevel" type="int" value="0"/>
        <ParameterList name="Lapack"/>
        <Parameter name="MatrixProperty" type="string" value="general"/>
        <Parameter name="MaxProcs" type="int" value="-1"/>
        <ParameterList name="Mumps"/>
        <Parameter name="NoDestroy" type="bool" value="0"/>
        <Parameter name="OutputLevel" type="int" value="1"/>
        <ParameterList name="Pardiso"/>
        <Parameter name="PrintTiming" type="bool" value="0"/>
        <Parameter name="RcondThreshold" type="double" value="1e-12"/>
        <Parameter name="Redistribute" type="bool" value="0"/>
        <Parameter name="Refactorize" type="bool" value="0"/>
        <Parameter name="Reindex" type="int" value="0"/>
        <ParameterList name="Scalapack"/>
        <Parameter name="ScaleMethod" type="int" value="0"/>
        <ParameterList name="Superludist"/>
        <Parameter name="TrustMe" type="bool" value="0"/>
      </ParameterList>
      <Parameter name="Refactorization Policy" type="string" value="RepivotOnRefactorization"/>
      <Parameter name="Solver Type" type="string" value="Klu"/>
      <Parameter name="Throw on Preconditioner Input" type="bool" value="1"/>
    </ParameterList>
    <ParameterList name="AztecOO">
      <ParameterList name="Adjoint Solve">
        <ParameterList name="AztecOO Settings">
          <Parameter name="Aztec Preconditioner" type="string" value="ilu"/>
          <Parameter name="Aztec Solver" type="string" value="GMRES"/>
          <Parameter name="Convergence Test" type="string" value="r0"/>
          <Parameter name="Drop Tolerance" type="double" value="0"/>
          <Parameter name="Fill Factor" type="double" value="1"/>
          <Parameter name="Graph Fill" type="int" value="0"/>
          <Parameter name="Ill-Conditioning Threshold" type="double" value="1e+11"/>
          <Parameter name="Orthogonalization" type="string" value="Classical"/>
          <Parameter name="Output Frequency" type="int" value="0"/>
          <Parameter name="Overlap" type="int" value="0"/>
          <Parameter name="Polynomial Order" type="int" value="3"/>
          <Parameter name="RCM Reordering" type="string" value="Disabled"/>
          <Parameter name="Size of Krylov Subspace" type="int" value="300"/>
          <Parameter name="Steps" type="int" value="3"/>
        </ParameterList>
        <Parameter name="Max Iterations" type="int" value="400"/>
        <Parameter name="Tolerance" type="double" value="1e-06"/>
      </ParameterList>
      <ParameterList name="Forward Solve">
        <ParameterList name="AztecOO Settings">
          <Parameter name="Aztec Preconditioner" type="string" value="ilu"/>
          <Parameter name="Aztec Solver" type="string" value="GMRES"/>
          <Parameter name="Convergence Test" type="string" value="r0"/>
          <Parameter name="Drop Tolerance" type="double" value="0"/>
          <Parameter name="Fill Factor" type="double" value="1"/>
          <Parameter name="Graph Fill" type="int" value="0"/>
          <Parameter name="Ill-Conditioning Threshold" type="double" value="1e+11"/>
          <Parameter name="Orthogonalization" type="string" value="Classical"/>
          <Parameter name="Output Frequency" type="int" value="0"/>
          <Parameter name="Overlap" type="int" value="0"/>
          <Parameter name="Polynomial Order" type="int" value="3"/>
          <Parameter name="RCM Reordering" type="string" value="Disabled"/>
          <Parameter name="Size of Krylov Subspace" type="int" value="300"/>
          <Parameter name="Steps" type="int" value="3"/>
        </ParameterList>
        <Parameter name="Max Iterations" type="int" value="400"/>
        <Parameter name="Tolerance" type="double" value="1e-06"/>
      </ParameterList>
      <Parameter name="Output Every RHS" type="bool" value="0"/>
    </ParameterList>
  </ParameterList>
  <Parameter name="Preconditioner Type" type="string" value="ML"/>
  <ParameterList name="Preconditioner Types">
    <ParameterList name="Ifpack">
      <ParameterList name="Ifpack Settings">
        <Parameter name="amesos: solver type" type="string" value="Amesos_Klu"/>
        <Parameter name="fact: absolute threshold" type="double" value="0"/>
        <Parameter name="fact: drop tolerance" type="double" value="0"/>
        <Parameter name="fact: ict level-of-fill" type="double" value="1"/>
        <Parameter name="fact: ilut level-of-fill" type="double" value="1"/>
        <Parameter name="fact: level-of-fill" type="int" value="0"/>
        <Parameter name="fact: relative threshold" type="double" value="1"/>
        <Parameter name="fact: relax value" type="double" value="0"/>
        <Parameter name="fact: sparskit: alph" type="double" value="0"/>
        <Parameter name="fact: sparskit: droptol" type="double" value="0"/>
        <Parameter name="fact: sparskit: lfil" type="int" value="0"/>
        <Parameter name="fact: sparskit: mbloc" type="int" value="-1"/>
        <Parameter name="fact: sparskit: permtol" type="double" value="0.1"/>
        <Parameter name="fact: sparskit: tol" type="double" value="0"/>
        <Parameter name="fact: sparskit: type" type="string" value="ILUT"/>
        <Parameter name="partitioner: local parts" type="int" value="1"/>
        <Parameter name="partitioner: overlap" type="int" value="0"/>
        <Parameter name="partitioner: print level" type="int" value="0"/>
        <Parameter name="partitioner: type" type="string" value="greedy"/>
        <Parameter name="partitioner: use symmetric graph" type="bool" value="1"/>
        <Parameter name="relaxation: damping factor" type="double" value="1"/>
        <Parameter name="relaxation: min diagonal value" type="double" value="1"/>
        <Parameter name="relaxation: sweeps" type="int" value="1"/>
        <Parameter name="relaxation: type" type="string" value="Jacobi"/>
        <Parameter name="relaxation: zero starting solution" type="bool" value="1"/>
        <Parameter name="schwarz: combine mode" type="string" value="Zero"/>
        <Parameter name="schwarz: compute condest" type="bool" value="1"/>
        <Parameter name="schwarz: filter singletons" type="bool" value="0"/>
        <Parameter name="schwarz: reordering type" type="string" value="none"/>
      </ParameterList>
      <Parameter name="Overlap" type="int" value="0"/>
      <Parameter name="Prec Type" type="string" value="ILU"/>
    </ParameterList>
    <ParameterList name="ML">
      <Parameter name="PDE equations" type="int" value="1"/>
      <Parameter name="aggregation: damping factor" type="double" value="1.333"/>
      <Parameter name="aggregation: local aggregates" type="int" value="128"/>
      <Parameter name="aggregation: threshold" type="double" value="0"/>
      <Parameter name="aggregation: type" type="string" value="METIS"/>
      <Parameter name="coarse: max size" type="int" value="128"/>
      <Parameter name="coarse: type" type="string" value="Amesos-KLU"/>
      <Parameter name="default values" type="string" value="DD"/>
      <Parameter name="increasing or decreasing" type="string" value="increasing"/>
      <Parameter name="max levels" type="int" value="2"/>
      <Parameter name="output" type="int" value="8"/>
      <Parameter name="prec type" type="string" value="MGV"/>
      <Parameter name="print unused" type="int" value="-2"/>
      <Parameter name="smoother: Aztec as solver" type="bool" value="0"/>
      <Parameter name="smoother: Aztec options" type="any" value="0x84f8098   [unused]"/>
      <Parameter name="smoother: Aztec params" type="any" value="0x84f8158   [unused]"/>
      <Parameter name="smoother: damping factor" type="double" value="0.67"/>
      <Parameter name="smoother: pre or post" type="string" value="both"/>
      <Parameter name="smoother: sweeps" type="int" value="2"/>
      <Parameter name="smoother: type" type="string" value="Aztec"/>
    </ParameterList>
  </ParameterList>
</ParameterList>

For an example of how to use this class see simple_stratimikos_example.cpp.

Examples:

simple_stratimikos_example.cpp, and test_single_stratimikos_solver.cpp.

Definition at line 61 of file Thyra_DefaultRealLinearSolverBuilder.hpp.

Constructor & Destructor Documentation

Thyra::DefaultRealLinearSolverBuilder::DefaultRealLinearSolverBuilder (  const std::string &  paramsXmlFileName = "",
const std::string &  extraParamsXmlString = "",
const std::string &  paramsUsedXmlOutFileName = "",
const std::string &  paramsXmlFileNameOption = "linear-solver-params-file",
const std::string &  extraParamsXmlStringOption = "extra-linear-solver-params",
const std::string &  paramsUsedXmlOutFileNameOption = "linear-solver-params-used-file"
) 
 

Construct with default parameters.

Warning! Do not change the defaults by passing then into this constructor. Instead, use the member functions to set them after *this is constructed. This will help to avoid problems with updates to the ordering of the arguments.

Definition at line 66 of file Thyra_DefaultRealLinearSolverBuilder.cpp.

Thyra::DefaultRealLinearSolverBuilder::~DefaultRealLinearSolverBuilder (   ) 
 

Definition at line 84 of file Thyra_DefaultRealLinearSolverBuilder.cpp.

Member Function Documentation

void Thyra::DefaultRealLinearSolverBuilder::paramsXmlFileName (  const std::string &  paramsXmlFileName  )  [inline]
 

The name an XML file that will be read to get XML parameters (if not "").

Definition at line 90 of file Thyra_DefaultRealLinearSolverBuilder.hpp.

void Thyra::DefaultRealLinearSolverBuilder::extraParamsXmlString (  const std::string &  extraParamsXmlString  )  [inline]
 

An XML string that will be used to update the parameters (if not "").

Definition at line 95 of file Thyra_DefaultRealLinearSolverBuilder.hpp.

void Thyra::DefaultRealLinearSolverBuilder::paramsUsedXmlOutFileName (  const std::string &  paramsUsedXmlOutFileName  )  [inline]
 

The name of an XML file that will be written (if not "") for the parameters actually used.

Definition at line 100 of file Thyra_DefaultRealLinearSolverBuilder.hpp.

void Thyra::DefaultRealLinearSolverBuilder::paramsXmlFileNameOption (  const std::string &  paramsXmlFileNameOption  )  [inline]
 

The name of the option that will be added the the commandline processor that will set paramsXmlFileName() .

Definition at line 105 of file Thyra_DefaultRealLinearSolverBuilder.hpp.

void Thyra::DefaultRealLinearSolverBuilder::extraParamsXmlStringOption (  const std::string &  extraParamsXmlStringOption  )  [inline]
 

The name of the option that will be added the the commandline processor that will set extraParamsXmlString() .

Definition at line 110 of file Thyra_DefaultRealLinearSolverBuilder.hpp.

void Thyra::DefaultRealLinearSolverBuilder::paramsUsedXmlOutFileNameOption (  const std::string &  paramsUsedXmlOutFileNameOption  )  [inline]
 

The name of the option that will be added the the commandline processor that will set paramsUsedXmlOutFileName() .

Definition at line 115 of file Thyra_DefaultRealLinearSolverBuilder.hpp.

void Thyra::DefaultRealLinearSolverBuilder::setLinearSolveStrategyFactory (  const Teuchos::RefCountPtr< const Teuchos::AbstractFactory< LinearOpWithSolveFactoryBase< double > > > &  solveStrategyFactory,
const std::string &  solveStrategyName
) 
 

Set a new linear solver strategy factory object.

Definition at line 93 of file Thyra_DefaultRealLinearSolverBuilder.cpp.

void Thyra::DefaultRealLinearSolverBuilder::setPreconditioningStrategyFactory (  const Teuchos::RefCountPtr< const Teuchos::AbstractFactory< PreconditionerFactoryBase< double > > > &  precStrategyFactory,
const std::string &  precStrategyName
) 
 

Set a new preconditioner strategy factory object.

Definition at line 104 of file Thyra_DefaultRealLinearSolverBuilder.cpp.

void Thyra::DefaultRealLinearSolverBuilder::setupCLP (  Teuchos::CommandLineProcessor *  clp  ) 
 

Setup the command-line processor to read in the needed data to extra the parameters from.

Command-line options with names this->paramsXmlFileNameOption(), this->extraParamsXmlStringOption(), and this->paramsUsedXmlOutFileNameOption() will be set if they are not empty.

Then, when cpl->parse(...) is called, then the options set will be read into this->paramsXmlFileName(), this->extraParamsXmlString(), and this->paramsUsedXmlOutFileName().

After this function is called, this->readParameters() can be called to actually read in the parameters and fill the parameter list.

Examples:
simple_stratimikos_example.cpp.

Definition at line 115 of file Thyra_DefaultRealLinearSolverBuilder.cpp.

void Thyra::DefaultRealLinearSolverBuilder::readParameters (  std::ostream *  out  ) 
 

Force the parameters to be read from a file and/or an extra XML string.

First, if this->getParameterList().get()==NULL and new parameter list will be created.

Second, if this->paramsXmlFileName()!="" then the file this->paramsXmlFileName() will be read to get XML parameters append/update those already in the parameter list.

Third, if this->extraParamsXmlString()!="" then the XML string this->extraParamsXmlString() will be read and used to append/update the parameters already in the parameter list..

Postconditions:

Examples:
simple_stratimikos_example.cpp.

Definition at line 132 of file Thyra_DefaultRealLinearSolverBuilder.cpp.

void Thyra::DefaultRealLinearSolverBuilder::writeParamsFile (  const LinearOpWithSolveFactoryBase< double > &  lowsFactory,
const std::string &  outputXmlFileName = ""
)  const
 

Write the parameters list for a LinearOpWithSolveFactoryBase object to a file after the parameters are read in order to show defaults and create a new list for input the next time.

If outputXmlFileName!="" then the parameter list with be written to the file outputXmlFileName in XML format. If outputXmlFileName=="", but this->paramsUsedXmlOutFileNameOption()!="" then the parameter list will be written to the file this->paramsUsedXmlOutFileNameOption(). If both outputXmlFileName=="" and this->paramsUsedXmlOutFileNameOption()=="" then no file is written.

Examples:
simple_stratimikos_example.cpp.

Definition at line 146 of file Thyra_DefaultRealLinearSolverBuilder.cpp.

std::string Thyra::DefaultRealLinearSolverBuilder::getLinearSolveStrategyName (   )  const
 

Get the name of the linear solver strategy that will be created on the next call to this->createLinearSolverStrategy().

Definition at line 160 of file Thyra_DefaultRealLinearSolverBuilder.cpp.

std::string Thyra::DefaultRealLinearSolverBuilder::getPreconditionerStrategyName (   )  const
 

Get the name of the preconditioner strategy that will be created on the next call to this->createPreconditioningStrategy().

Definition at line 167 of file Thyra_DefaultRealLinearSolverBuilder.cpp.

void Thyra::DefaultRealLinearSolverBuilder::setParameterList (  Teuchos::RefCountPtr< Teuchos::ParameterList > const &  paramList  )  [virtual]
 

Implements Teuchos::ParameterListAcceptor.

Definition at line 176 of file Thyra_DefaultRealLinearSolverBuilder.cpp.

Teuchos::RefCountPtr< Teuchos::ParameterList > Thyra::DefaultRealLinearSolverBuilder::getParameterList (   )  [virtual]
 

Implements Teuchos::ParameterListAcceptor.

Definition at line 187 of file Thyra_DefaultRealLinearSolverBuilder.cpp.

Teuchos::RefCountPtr< Teuchos::ParameterList > Thyra::DefaultRealLinearSolverBuilder::unsetParameterList (   )  [virtual]
 

Implements Teuchos::ParameterListAcceptor.

Definition at line 193 of file Thyra_DefaultRealLinearSolverBuilder.cpp.

Teuchos::RefCountPtr< const Teuchos::ParameterList > Thyra::DefaultRealLinearSolverBuilder::getParameterList (   )  const [virtual]
 

Reimplemented from Teuchos::ParameterListAcceptor.

Definition at line 201 of file Thyra_DefaultRealLinearSolverBuilder.cpp.

Teuchos::RefCountPtr< const Teuchos::ParameterList > Thyra::DefaultRealLinearSolverBuilder::getValidParameters (   )  const [virtual]
 

Reimplemented from Teuchos::ParameterListAcceptor.

Examples:
simple_stratimikos_example.cpp.

Definition at line 207 of file Thyra_DefaultRealLinearSolverBuilder.cpp.

Teuchos::RefCountPtr< LinearOpWithSolveFactoryBase< double > > Thyra::DefaultRealLinearSolverBuilder::createLinearSolveStrategy (  const std::string &  linearSolveStrategyName  )  const [virtual]
 

Implements Thyra::LinearSolverBuilderBase< double >.

Examples:
simple_stratimikos_example.cpp.

Definition at line 252 of file Thyra_DefaultRealLinearSolverBuilder.cpp.

Teuchos::RefCountPtr< PreconditionerFactoryBase< double > > Thyra::DefaultRealLinearSolverBuilder::createPreconditioningStrategy (  const std::string &  preconditioningStrategyName  )  const [virtual]
 

Implements Thyra::LinearSolverBuilderBase< double >.

Definition at line 298 of file Thyra_DefaultRealLinearSolverBuilder.cpp.

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