InsParameters.h

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#ifndef INS_PARAMETERS
#define INS_PARAMETERS

#include "Parameters.h"
// Here are the run time and PDE parameters
class InsParameters : public Parameters
{
public:

enum BoundaryConditions 
{
  inflowWithVelocityGiven=2,
  inflowWithPressureAndTangentialVelocityGiven=3,
  outflow=5,
  convectiveOutflow=14,  
  tractionFree=15,
  inflowOutflow=20
};

enum PDEModel
{
  standardModel=0,
  BoussinesqModel,      // add a Temperature equation and buoyancy
  viscoPlasticModel,    // add a Temperature equation and nonlinear "viscosity"
  twoPhaseFlowModel,    // two-phase flow 
  numberOfPDEModels
};

enum ImplicitVariation
{
  implicitViscous=0,               // viscous terms are implicit 
  implicitAdvectionAndViscous,     // viscous and advection terms are implicit
  implicitFullLinearized           // build full lineared implicit operator
};


enum InsImplicitMatrixOptionsEnum  // option for insImplicitMatrix
{
  buildMatrix=0, 
  evalRightHandSide,
  evalResidual,
  evalResidualForBoundaryConditions
};

enum DiscretizationOptions // compact or non-compact
{
  standardFiniteDifference=0,
  compactDifference
};

static aString PDEModelName[InsParameters::numberOfPDEModels+1];

InsParameters(const int & numberOfDimensions0=3);
~InsParameters();

virtual int 
displayPdeParameters(FILE *file = stdout );

// compute the normal force on a boundary (for moving grid problems)
virtual int 
getNormalForce( realCompositeGridFunction & u, realSerialArray & normalForce, int *ipar, real *rpar );

int 
getModelVariables( const aString & name, const GridFunction & cgf, realCompositeGridFunction & r, 
                   const int component );

int
getModelVariables( const aString & name, const realMappedGridFunction & uIn, realMappedGridFunction & vIn, 
                   const int grid,
                   const int component,
                   const real t );
int 
getTurbulenceModelVariables( const aString & name, const GridFunction & cgf, realCompositeGridFunction & r, 
                             const int component );

int
getTurbulenceModelVariables( const aString & name, const realMappedGridFunction & uIn, realMappedGridFunction & vIn, 
                             const int grid,
                             const int component,
                             const real t );


int 
getTwoPhaseFlowVariables( const aString & name, const GridFunction & cgf, realCompositeGridFunction & r, const int component );

int
getTwoPhaseFlowVariables( const aString & name, const realMappedGridFunction & uIn, realMappedGridFunction & vIn, 
                          const int grid,
                          const int component,
                          const real t );
int 
getViscoPlasticVariables( const aString & name, const GridFunction & cgf, realCompositeGridFunction & r, const int component );

int
getViscoPlasticVariables( const aString & name, const realMappedGridFunction & uIn, realMappedGridFunction & vIn, 
                          const int grid,
                          const int component,
                          const real t );


virtual int
saveParametersToShowFile();

virtual int
setParameters(const int & numberOfDimensions0=2, 
              const aString & reactionName =nullString);

virtual int 
setPdeParameters(CompositeGrid & cg, const aString & command = nullString,
                 DialogData *interface =NULL );

virtual int 
setTwilightZoneFunction(const TwilightZoneChoice & choice,
                        const int & degreeSpace =2, 
                        const int & degreeTime =1 );

virtual int 
setUserDefinedParameters();

virtual 
bool isMixedBC( int bc );

virtual
int numberOfGhostPointsNeeded() const;  // number of ghost points needed by this method.

virtual
int numberOfGhostPointsNeededForImplicitMatrix() const;  // number of ghost points needed for implicit matrix

virtual
int getComponents( IntegerArray &components );

virtual 
bool saveLinearizedSolution();  // save the linearized solution for implicit methods.

virtual 
int setDefaultDataForABoundaryCondition(const int & side,
                                        const int & axis,
                                        const int & grid,
                                        CompositeGrid & cg);

virtual 
int
getDerivedFunction( const aString & name, const realMappedGridFunction & u, 
                    realMappedGridFunction & v, const int grid,
                    const int component, const real t, Parameters & parameters);

};

#endif