int vtkDump

(

double

timeMark

)

Definition at line 337 of file SolverModuleDriverParallel.C.

References SolverModuleDriver::Conn, SolverModuleDriver::Coord, SolverModuleDriver::Disp, SolverModuleDriver::isFSI, SolverModuleDriver::Loads, SolverModuleDriver::locDisp, SolverModuleDriver::locLoads, SolverModuleDriver::locPress, SolverModuleDriver::myAgent, SolverModuleDriver::myAgentIsInit, SolverModuleDriver::myRank, SolverModuleDriver::nDisp, SolverModuleDriver::nElem, SolverModuleDriver::nElemNodes, SolverModuleDriver::nLoads, SolverModuleDriver::nNodes, SolverModuleDriver::nPress, SolverModuleDriver::Press, SolverModuleDriver::ss, SolverModuleDriver::typeDisp, SolverModuleDriver::typeLoads, SolverModuleDriver::typePress, and SolverModuleDriver::updateSolution().

Referenced by SolverModuleDriver::run().

                                                  {
      // only for FSI problems
      if (!isFSI)
         return(0);
      char getDataItemLoc;
      COM_Type getDataItemType;
      std::string getDataItemUnits;
      // creating solverAgent if not yet
      if (!myAgentIsInit) {
          myAgentIsInit = true;
          // put elements into a vector so we can build the solver agent
          std::vector<unsigned int> connVector;
          for (int i=0; i<nElem; ++i) {
            for (int j=0; j<nElemNodes; ++j) {
              connVector.push_back((Conn[i*nElemNodes+j]));
            }
          }    
          // make a solverAgent to store our data
          myAgent.Solution().Meta().AddField("time", 's', 1, 8, "s");
          myAgent.Solution().Meta().AddField("endTime", 's', 1, 8, "s");
          myAgent.Mesh().nc.init(nNodes, Coord);
          myAgent.Mesh().con.AddElements(nElem, nElemNodes, connVector);
      }
      // updating datastructures
      updateSolution();
      // displacements
      myAgent.Solution().Meta().AddField("Displacement", locDisp, nDisp, 
                                  typeDisp, "");
      // loads
      myAgent.Solution().Meta().AddField("Load", locLoads, nLoads, 
                                           typeLoads, "");
      // get pressures
      myAgent.Solution().Meta().AddField("Pressure", locPress, nPress,
                                         typePress, "");
      // create buffers for the actual data
      myAgent.CreateSoln();
      unsigned int nnodes = myAgent.Mesh().nc.NNodes();
      unsigned int nelem = myAgent.Mesh().con.Nelem();
      // reset the buffers to be our own local buffers
      myAgent.Solution().SetFieldBuffer("Displacement", Disp);
      myAgent.Solution().SetFieldBuffer("Load", Loads);
      myAgent.Solution().SetFieldBuffer("Pressure", Press);
      // write initial mesh data out to a VTK file
      std::ofstream Ouf;
      ss.clear();
      ss.str("");
      ss << timeMark
         << "_proc_"
         << myRank;
      std::string filename;
      filename = "fsi_" + ss.str() +".vtk";
      Ouf.open(filename.c_str());
      if(!Ouf){
            std::cerr << "ELMModuleDriver:main: DumpSolution: Error: Could not open output file, "
                      << filename << "." << std::endl;
            return -1;
      }
      std::cout << "Rank #" << myRank 
                << ", ELMModuleDriver:main: WriteVTKToStream for " << timeMark << std::endl;
      SolverUtils::WriteVTKToStream("ELMModule", myAgent, Ouf);
      Ouf.close();
    }

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