phInput.h

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#ifndef PH_INPUT_H
#define PH_INPUT_H
 
#include <string>
#include <vector>
 
namespace pcu{
  class PCU;
}
 
struct RStream;
 
namespace ph {
 
class Input
{
  public:
    Input();
    void load(const char* filename, pcu::PCU *PCUObj);
    int txtCoord; //HACK added to get through compile
    int timeStepNumber;
    int ensa_dof;
    int ensa_melas_dof;
    std::string restartFileName;
    std::string attributeFileName;
    std::string meshFileName;
    std::string outMeshFileName;
    std::string modelFileName;
    std::string outputFormat;
    std::string partitionMethod;
    std::string preAdaptBalanceMethod;
    std::string midAdaptBalanceMethod;
    std::string postAdaptBalanceMethod;
    std::string prePhastaBalanceMethod;
    int adaptFlag;
    int rRead;
    int rStart;
    int adaptStrategy;
    double validQuality;
    double adaptErrorThreshold;
    std::string adaptErrorFieldName;
    int adaptErrorFieldIndex;
    int periodic;
    int prCD;
    int timing;
    int internalBCNodes;
    int writeDebugFiles;
    int phastaIO;
    int splitFactor;
    int solutionMigration;
    int useAttachedFields;
    int displacementMigration;
    int isReorder;
    int tetrahedronize;
    int localPtn;
    int recursiveUR;
    int dwalMigration;
    int buildMapping;
    int elementsPerMigration;
    int threaded;
    int initBubbles;
    std::string bubbleFileName;
    int formElementGraph;
    int snap;
    int transferParametric;
    int splitAllLayerEdges;
    int filterMatches;
    int axisymmetry;
    int formEdges;
    int parmaLoops;
    int parmaVerbosity;
    int writeVTK;
    int writeGeomBCFiles;
    int writeRestartFiles;
    int ramdisk;
    double meshqCrtn;
    double elementImbalance;
    double vertexImbalance;
    FILE* (*openfile_read)(Input& in, const char* path, pcu::PCU *PCUObj);
    RStream* rs;
    int simmetrixMesh;
    int maxAdaptIterations;
    double adaptShrinkLimit;
    int printIOtime;
    int mesh2geom;
    double alphaDist;
    double alphaSize;
    double betaDist;
    double betaSize;
    double gammaDist;
    double gammaSize;
    int nRigidBody;
    int nRBParam;
    std::vector<double> rbParamData;
    double gradingFactor;
    int simCooperation;
    int writeSimLog;
    double simCFLUpperBound;
    double simSizeLowerBound;
    double simSizeUpperBound;
    double simMaxAdaptMeshElements;
    /* Stuff for spanwise averaging */
    int spanAvg;
    int nfathers;
    int nsons;
};
 
int countNaturalBCs(Input& in);
int countEssentialBCs(Input& in);
int countScalarBCs(Input& in);
 
}
 
#endif