#include <KineticBC.h>

Inheritance diagram for KineticModelOptions< T >:

Collaboration diagram for KineticModelOptions< T >:

Public Member Functions
	KineticModelOptions ()

LinearSolver &	getKineticLinearSolver ()

Public Member Functions inherited from FloatVarDict< T >
bool	hasVar (const string varName) const

T	operator[] (const string varName) const

bool	isField (const string varName) const

Field &	getField (const string varName) const

FloatVal< T >	getVal (const string varName) const

Public Attributes
bool	printNormalizedResiduals

double	Tolerance

bool	transient

bool	ibm_enable

double	BoltzmannConstant

double	Planck

double	relativeTolerance

double	absoluteTolerance

double	epsilon_ES

double	pi

int	NewtonsMethod_ktrial

int	timeDiscretizationOrder

bool	CentralDifference

LinearSolver *	KineticLinearSolver

int	printCellNumber

int	fgamma

int	Knq_direction

double	Prandtl

double	SpHeatRatio

Additional Inherited Members
Public Types inherited from FloatVarDict< T >
typedef map< string, FloatVal < T > >	T_Parent

Protected Member Functions inherited from FloatVarDict< T >
void	defineVar (const string varName, const T defaultValue)

Detailed Description

template<class T>
struct KineticModelOptions< T >

Definition at line 48 of file KineticBC.h.

Constructor & Destructor Documentation

template<class T>

KineticModelOptions< T >::KineticModelOptions ( )

inline

Definition at line 50 of file KineticBC.h.

   {
     this->defineVar("initialXVelocity",T(0.0));
     this->defineVar("initialYVelocity",T(0.0));
     this->defineVar("initialZVelocity",T(0.0));
     this->defineVar("initialPressure",T(0.0));
     this->defineVar("momentumURF",T(0.7));
     this->defineVar("velocityURF",T(1.0));
     this->defineVar("pressureURF",T(0.3));
     this->defineVar("timeStep",T(1E-3)); 
 
     this->defineVar("rho_init",T(9.28E-6));
     this->defineVar("T_init",T(273.15));
     this->defineVar("nonDimLt",T(1.0));
     this->defineVar("nonDimLx",T(1.0)); 
     this->defineVar("nonDimLy",T(1.0));
     this->defineVar("nonDimLz",T(1.0));
 
 
     this->defineVar("operatingPressure",T(101325.0));
     this->defineVar("operatingTemperature",T(300.0));
 
     this->defineVar("molecularWeight",T(40.0));
     this ->defineVar("Tmuref",T(273.15));
     this ->defineVar("muref",T(2.117e-5));  
     this ->defineVar("mu_w",T(0.81));  
     this->Prandtl=2.0/3.0; 
     this->SpHeatRatio=5.0/3.0; 
     // Argon  2.117e-5,0.81
     // Helium 1.865e-5,0.66
     // Air  1.7116e-5, 0.74
     // Nitrogen 1.781e-5,
     
     // Argon, Helium Pr=2/3, gamma=5/3
     // Air, Nitrogen Pr=3/4, gamma=7/5
     
     this->Tolerance=1e-4;
     this->printNormalizedResiduals = true;
     this->transient = false;
     this->ibm_enable = false;
    
     this->fgamma=2;
    
 
     this->timeDiscretizationOrder=1;
     this->CentralDifference=false;
     this->KineticLinearSolver = 0;
    
     this-> printCellNumber=0;
     this->defineVar("printDirectionNumber",545);
     
     this->NewtonsMethod_ktrial=50;
     this->relativeTolerance=1e-14;
     this->absoluteTolerance=1e-22; 
 
     this->BoltzmannConstant=1.38e-23;
     this->Planck=6.26068E-34;
     this->epsilon_ES=1e-50;
     this->pi=acos(-1.0);//3.14159;
  
     this->Knq_direction=0;
     //used in Newton's Method for Equilibrium distribution function
     this->defineVar("ToleranceX",T(1e-8));
     this->defineVar("ToleranceF",T(1e-16));
  }

Member Function Documentation

template<class T>

LinearSolver& KineticModelOptions< T >::getKineticLinearSolver ( )

inline

Definition at line 142 of file KineticBC.h.

   {
     if (this->KineticLinearSolver == 0)
     {
         LinearSolver* ls(new AMG());
         ls->relativeTolerance = 1e-15;
         ls->nMaxIterations = 100;
         ls->verbosity=0;
         this->KineticLinearSolver = ls;
     }
     return *this->KineticLinearSolver ;
   }