NavierStokesBC.H

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#ifndef __NAVIER_STOKES_BC_H__
#define __NAVIER_STOKES_BC_H__
#include "PCPPTypes.H"
namespace simulation {
  namespace domain {
    namespace boundary {
      namespace bc {
        namespace navierstokes {
          enum BCType { SAT_FARFIELD=0,SAT_NOSLIP_ISOTHERMAL, SAT_SLIP_ADIABATIC, HOLE, SPONGE, NUMBCTYPE };
          static const char *bcNames[] = {"SAT_FARFIELD","SAT_NOSLIP_ISOTHERMAL","SAT_SLIP_ADIABATIC","HOLE","SPONGE","UNKNOWN"};

          int ResolveBCName(const std::string &inName);

          std::string ResolveBCType(int inType);

          void LinearSponge(const std::vector<size_t>     &bufferSizes,int normalDir,
                            const pcpp::IndexIntervalType &spongeRegion,
                            const pcpp::IndexIntervalType &partitionOpInterval,
                            const pcpp::IndexIntervalType &opBufferInterval,
                            const double *bcParams,const int *bcFlags,
                            const int numEquations,
                            const std::vector<double *>   &stateBuffers,
                            const std::vector<double *>   &targetBuffers,
                            std::vector<double *>         &rhsBuffers);

          void SpongeZone(const std::vector<size_t>     &bufferSizes,int normalDir,
                          const pcpp::IndexIntervalType &spongeRegion,
                          const pcpp::IndexIntervalType &partitionOpInterval,
                          const pcpp::IndexIntervalType &opBufferInterval,
                          const double *bcParams,const int *bcFlags,
                          const int *iMask,const int disabledMask,
                          const int numEquations,
                          const std::vector<double *>   &stateBuffers,
                          const std::vector<double *>   &targetBuffers,
                          std::vector<double *>         &rhsBuffers);
          

        }
      }
    }
  }
}
#endif