olb::parameters::Reader< Stationarity< T >, TAG > Struct Template Reference

#include <solverParameters.h>

Inheritance diagram for olb::parameters::Reader< Stationarity< T >, TAG >:

Collaboration diagram for olb::parameters::Reader< Stationarity< T >, TAG >:

Public Member Functions
void	read (XMLreader const &xml)
Public Member Functions inherited from olb::parameters::ReaderBase< Stationarity< T > >
	ReaderBase (std::shared_ptr< Stationarity< T > > params_)

Additional Inherited Members
Public Attributes inherited from olb::parameters::ReaderBase< Stationarity< T > >
OstreamManager	clout
std::shared_ptr< Stationarity< T > >	params

Detailed Description

template<typename T, typename TAG>
struct olb::parameters::Reader< Stationarity< T >, TAG >

Definition at line 321 of file solverParameters.h.

Member Function Documentation

read()

template<typename T , typename TAG >

void olb::parameters::Reader< Stationarity< T >, TAG >::read ( XMLreader const & xml )

inline

Definition at line 325 of file solverParameters.h.

  {
    std::string type = "MaxLatticeVelocity";
    xml.readOrWarn<std::string>("Application", "ConvergenceCheck", "Type", type, true, false, true);
    this->params->convergenceType[0] = (type == "AverageEnergy") ? Stationarity<T>::AverageEnergy : Stationarity<T>::MaxLatticeVelocity;
    BaseType<T> help; // needed to prevent typecast errors with util::ADf data type
    xml.readOrWarn<BaseType<T>>("Application", "ConvergenceCheck", "Interval", help, true, false, true);
    this->params->physInterval[0] = help;
    xml.readOrWarn<BaseType<T>>("Application", "ConvergenceCheck", "Residuum", help, true, false, true);
    this->params->epsilon[0] = help;
  }

References olb::parameters::ReaderBase< PARAMETERS >::params, and olb::XMLreader::readOrWarn().

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

• src/solver/solverParameters.h