cuIBM/DFModifiedSolver_8h_source.html

 #pragma once

 #include "DirectForcingSolver.h"


 template <typename memoryType>
 class DFModifiedSolver : public DirectForcingSolver<memoryType>
 {
 protected:
   // compute and add explicit pressure gradient to RHS of velocity system
     virtual void calculateExplicitLambdaTerms();

   // project velocity onto divergence-free space and update pressure
     virtual void projectionStep();

 public:
   // constructor -- get simulation parameters and grid
     DFModifiedSolver(parameterDB *pDB=NULL, domain *dInfo=NULL);

     virtual std::string name()
     {
         return "DFModified";
     }

 }; // DFModifiedSolver
DFModifiedSolver::DFModifiedSolver
DFModifiedSolver(parameterDB *pDB=NULL, domain *dInfo=NULL)
Constructor – get simulation parameters and grid.
Definition: DFModifiedSolver.cu:16

DFModifiedSolver::calculateExplicitLambdaTerms
virtual void calculateExplicitLambdaTerms()
Compute and add the explicit pressure gradient to the RHS of velocity system.
Definition: DFModifiedSolver.cu:27

DirectForcingSolver
A fully discrete formulation of the direct forcing method.
Definition: DirectForcingSolver.h:27

parameterDB
std::map< std::string, componentParameter > parameterDB
Map from a string to a componentParameter.
Definition: parameterDB.h:64

domain
Stores information about the computational grid.
Definition: domain.h:16

DirectForcingSolver.h
Declaration of the class DirectForcingSolver.

DFModifiedSolver::name
virtual std::string name()
Return name of solver.
Definition: DFModifiedSolver.h:41

DFModifiedSolver
A fully discrete formulation of the direct forcing method, with an explicit pressure term in the inte...
Definition: DFModifiedSolver.h:25

DFModifiedSolver::projectionStep
virtual void projectionStep()
Project velocity field onto divergence-free space and update pressure.
Definition: DFModifiedSolver.cu:40