FileVTK.hh

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#pragma once
 
#include <QObject>
#include <QCheckBox>
#include <QLabel>
#include <QSpinBox>
 
#include <OpenFlipper/common/Types.hh>
#include <OpenFlipper/BasePlugin/BaseInterface.hh>
#include <OpenFlipper/BasePlugin/FileInterface.hh>
#include <OpenFlipper/BasePlugin/LoadSaveInterface.hh>
#include <OpenFlipper/BasePlugin/LoggingInterface.hh>
#include <OpenFlipper/BasePlugin/ScriptInterface.hh>
#include <OpenFlipper/BasePlugin/INIInterface.hh>
#include <OpenFlipper/BasePlugin/TypeInterface.hh>
#include <OpenFlipper/BasePlugin/RPCInterface.hh>
#include <OpenFlipper/BasePlugin/StatusbarInterface.hh>
#include <OpenFlipper/BasePlugin/TextureInterface.hh>
#include <OpenFlipper/BasePlugin/PythonInterface.hh>
 
#include <ObjectTypes/PolyMesh/PolyMesh.hh>
#include <ObjectTypes/TriangleMesh/TriangleMesh.hh>
 
#ifdef ENABLE_HEXAHEDRALMESH_SUPPORT
#include <ObjectTypes/HexahedralMesh/HexahedralMesh.hh>
#endif
#ifdef ENABLE_POLYHEDRALMESH_SUPPORT
#include <ObjectTypes/PolyhedralMesh/PolyhedralMesh.hh>
#endif
#ifdef ENABLE_TETRAHEDRALMESH_SUPPORT
#include <ObjectTypes/TetrahedralMesh/TetrahedralMesh.hh>
#endif
 
enum Dataset {
  STRUCTURED_POINTS,
  STRUCTURED_GRID,
  RECTILINEAR_GRID,
  POLYDATA,
  UNSTRUCTURED_GRID
};
 
class FileVTKPlugin : public QObject, BaseInterface, FileInterface, LoadSaveInterface,
    LoggingInterface, ScriptInterface, INIInterface, StatusbarInterface, RPCInterface, TextureInterface, PythonInterface
{
    class CellType {
 
    public:
 
      CellType() :
              type(0),
              index(-1)
      {
      }
 
      // The type of the cell
      unsigned int type;
 
      // The index of the primitiv in the mesh that was created from this cell
      unsigned int index;
 
      // list of indices in the cell
      std::vector<quint32> indices;
    };
 
   Q_OBJECT
   Q_INTERFACES(FileInterface)
   Q_INTERFACES(LoadSaveInterface)
   Q_INTERFACES(LoggingInterface)
   Q_INTERFACES(BaseInterface)
   Q_INTERFACES(ScriptInterface)
   Q_INTERFACES(INIInterface)
   Q_INTERFACES(StatusbarInterface)
   Q_INTERFACES(RPCInterface)
   Q_INTERFACES(TextureInterface)
   Q_INTERFACES(PythonInterface)
 
  Q_PLUGIN_METADATA(IID "org.OpenFlipper.Plugins.Plugin-VTK")
 
  signals:
    void openedFile( int _id );
    void addEmptyObject( DataType _type, int& _id);
    void load(QString _filename, DataType _type, int& _id);
    void save(int _id , QString _filename );
    void log(Logtype _type, QString _message);
    void log(QString _message);
    void updateView();
    void updatedObject(int _identifier, const UpdateType& _type);
 
    void emptyObjectAdded( int _id );
    void deleteObject( int _id );
 
    // StatusbarInterface
    void showStatusMessage(QString _message, int _timeout = 0);
    void setStatus( ApplicationStatus::applicationStatus _status);
 
    //RPCInterface
    void pluginExists( QString _pluginName , bool& _exists  );
    void functionExists( QString _pluginName , QString _functionName , bool& _exists  );
 
    //TextureInterface
    void setTextureMode(QString _textureName, QString _mode, int _id );
    void switchTexture( QString _textureName, int _id );
    void addMultiTexture( QString _textureGroup, QString _name, QString _filename, int _id, int& _textureId);
    void textureFilename( int /*_id*/, QString /*_textureName*/, QString& /*_textureFilename*/ );
    void textureIndex(QString _name,int _id, int& _index);
    void getCurrentTexture(int /*_id*/, QString& /*_name*/);
    void textureName (int, int, QString &);
    void getSubTextures (int, QString, QStringList &);
    void textureIndexPropertyName(int, QString&);
 
  private slots:
 
    void fileOpened( int /*_id*/ ){};
 
    void noguiSupported( ) {} ;
 
    void initializePlugin();
 
    void slotSaveDefault();
 
 
  public :
      enum ObjectOptionsVtk
      {
        NONE                   = 0,
        BINARY                 = 1,
        FACENORMALS            = 1 << 1,
        VERTEXNORMALS          = 1 << 2,
        VERTEXTEXCOORDS        = 1 << 3,
      };
 
      FileVTKPlugin();
 
     ~FileVTKPlugin() {};
 
     QString name() { return (QString("FileVTK")); };
     QString description( ) { return (QString(tr("Load/Save ASCII VTK-Files"))); };
 
     DataType supportedType();
 
     QString getSaveFilters();
     QString getLoadFilters();
 
     QWidget* loadOptionsWidget(QString /*_currentFilter*/);
     QWidget* saveOptionsWidget(QString /*_currentFilter*/);
 
  public slots:
 
    int loadObject(QString _filename);
 
    int loadObject(QString _filename, DataType _type);
 
    bool saveObject(int _id, QString _filename);
 
    QString version() { return QString("1.0"); };
 
  private:
 
    bool forceTriangleMesh_;
    bool forcePolyMesh_;
 
    QWidget* saveOptions_;
 
    QCheckBox*   saveBinary_;
    QCheckBox*   saveFaceNormals_;
    QCheckBox*   saveVertexNormals_;
    QCheckBox*   saveVertexTexCoords_;
    QLabel*      savePrecisionLabel_;
    QSpinBox*    savePrecision_;
    QPushButton* saveDefaultButton_;
 
    bool binary_;
    unsigned int userWriteOptions_;
 
    void updateUserOptions();
 
 
    template <typename MeshT>
    void addCellNormal(MeshT*& _mesh,const CellType& _cell, OpenMesh::Vec3d _normal);
 
    template <typename MeshT>
    int addTetraCellToOpenMesh(MeshT _mesh, std::vector<quint32> _indices);
 
    template <typename MeshT>
    int addHexaCellToOpenMesh(MeshT _mesh, std::vector<quint32> _indices);
 
    template <typename MeshT>
    int addWedgeCellToOpenMesh(MeshT _mesh, std::vector<quint32> _indices);
 
    template <typename MeshT>
    int addPyramidCellToOpenMesh(MeshT _mesh, std::vector<quint32> _indices);
 
    template <typename MeshT>
    int addFaceToOpenMesh(MeshT*& _mesh, std::vector<quint32> _indices);
 
    template <typename MeshT>
    int addFaceToOpenMesh(MeshT*& _mesh, quint32 _index1, quint32 _index2, quint32 _index3);
 
    template <typename MeshT>
    void updateFaceNormalsOfOpenMesh(MeshT*& _mesh);
 
    template <typename MeshT>
    void updateVertexNormalsOfOpenMesh(MeshT*& _mesh);
 
    template <typename MeshT>
    void removeTemporaryPropertiesOfOpenMesh(MeshT*& _mesh);
 
    template <typename MeshT>
    void addVertexNormalToOpenMesh(MeshT _mesh, quint32 _index, OpenMesh::Vec3d _normal);
 
    template <typename MeshT>
    void addFaceNormalToOpenMesh(MeshT _mesh, quint32 _index, OpenMesh::Vec3d _normal);
 
    template <typename MeshT>
    void setNormalsOfDuplicatedVerticesOfOpenMesh(MeshT*& _mesh);
 
    template< class MeshT >
    bool writeASCIIDataOfOpenMesh(std::ostream& _out, MeshT& _mesh );
 
    int addTetraCell(TriMesh*& _mesh, const std::vector<quint32>& _indices);
 
    int addTetraCell(PolyMesh*& _mesh, const std::vector<quint32>& _indices);
 
    int addHexaCell(TriMesh*& _mesh, const std::vector<quint32>& _indices);
 
    int addHexaCell(PolyMesh*& _mesh, const std::vector<quint32>& _indices);
 
    int addWedgeCell(TriMesh*& _mesh, const std::vector<quint32>& _indices);
 
    int addWedgeCell(PolyMesh*& _mesh, const std::vector<quint32>& _indices);
 
    int addPyramidCell(TriMesh*& _mesh, const std::vector<quint32>& _indices);
 
    int addPyramidCell(PolyMesh*& _mesh, const std::vector<quint32>& _indices);
 
    int addFace(TriMesh*& _mesh, const std::vector<quint32>& _indices);
 
    int addFace(PolyMesh*& _mesh, const std::vector<quint32>& _indices);
 
    int addFace(TriMesh*& _mesh, quint32 _index1, quint32 _index2, quint32 _index3);
 
    int addFace(PolyMesh*& _mesh, quint32 _index1, quint32 _index2, quint32 _index3);
 
    void updateFaceNormals(TriMesh*& _mesh);
 
    void updateFaceNormals(PolyMesh*& _mesh);
 
    void updateVertexNormals(TriMesh*& _mesh);
 
    void updateVertexNormals(PolyMesh*& _mesh);
 
    void removeTemporaryProperties(TriMesh*& _mesh);
 
    void removeTemporaryProperties(PolyMesh*& _mesh);
 
    void addVertexNormal(TriMesh*& _mesh, quint32 _index, OpenMesh::Vec3d _normal);
 
    void addVertexNormal(PolyMesh*& _mesh, quint32 _index, OpenMesh::Vec3d _normal);
 
    void addFaceNormal(TriMesh*& _mesh, quint32 _index, OpenMesh::Vec3d _normal);
 
    void addFaceNormal(PolyMesh*& _mesh, quint32 _index, OpenMesh::Vec3d _normal);
 
    void setNormalsOfDuplicatedVertices(TriMesh*& _mesh);
 
    void setNormalsOfDuplicatedVertices(PolyMesh*& _mesh);
 
    bool writeASCIIData(std::ostream& _out, TriMesh& _mesh);
 
    bool writeASCIIData(std::ostream& _out, PolyMesh& _mesh);
 
#if defined(ENABLE_HEXAHEDRALMESH_SUPPORT) || defined(ENABLE_POLYHEDRALMESH_SUPPORT) || defined(ENABLE_TETRAHEDRALMESH_SUPPORT)
    template <typename MeshT>
    int addTetraCellToOpenVolumeMesh(MeshT _mesh, std::vector<quint32> _indices);
 
    template <typename MeshT>
    int addHexaCellToOpenVolumeMesh(MeshT _mesh, std::vector<quint32> _indices);
 
    template <typename MeshT>
    int addWedgeCellToOpenVolumeMesh(MeshT _mesh, std::vector<quint32> _indices);
 
    template <typename MeshT>
    int addPyramidCellToOpenVolumeMesh(MeshT _mesh, std::vector<quint32> _indices);
 
    template <typename MeshT>
    int addFaceToOpenVolumeMesh(MeshT*& _mesh, std::vector<quint32> indices);
 
    template <typename MeshT>
    int addFaceToOpenVolumeMesh(MeshT*& _mesh, quint32 _index1, quint32 _index2, quint32 _index3);
 
    template <typename MeshT>
    void addVertexNormalToOpenVolumeMesh(MeshT _mesh, quint32 _index, OpenMesh::Vec3d _normal);
 
    template <typename MeshT>
    void addFaceNormalToOpenVolumeMesh(MeshT _mesh, quint32 _index, OpenMesh::Vec3d _normal);
 
    template< class MeshT >
    bool writeASCIIDataOfOpenVolumeMesh(std::ostream& _out, MeshT& _mesh );
#endif //ENABLE_OPENVOLUMEMESH_SUPPORT
 
#ifdef ENABLE_HEXAHEDRALMESH_SUPPORT
    int addTetraCell(HexahedralMesh*& _mesh, const std::vector<quint32>& indices);
 
    int addHexaCell(HexahedralMesh*& _mesh, const std::vector<quint32>& indices);
 
    int addWedgeCell(HexahedralMesh*& _mesh, const std::vector<quint32>& indices);
 
    int addPyramidCell(HexahedralMesh*& _mesh, const std::vector<quint32>& indices);
 
    int addFace(HexahedralMesh*& _mesh, const std::vector<quint32>& indices);
 
    int addFace(HexahedralMesh*& _mesh, quint32 _index1, quint32 _index2, quint32 _index3);
 
    void updateFaceNormals(HexahedralMesh*& _mesh){/* don't need to be updated */};
 
    void updateVertexNormals(HexahedralMesh*& _mesh){/* don't need to be updated */};
 
    void removeTemporaryProperties(HexahedralMesh*& _mesh){/* don't need to be removed */};
 
    void addVertexNormal(HexahedralMesh*& _mesh, quint32 _index, OpenMesh::Vec3d _normal);
 
    void addFaceNormal(HexahedralMesh*& _mesh, quint32 _index, OpenMesh::Vec3d _normal);
 
    void setNormalsOfDuplicatedVertices(HexahedralMesh*& _mesh){/* we didn't duplicate any vertices */};
 
    bool writeASCIIData(std::ostream& _out, HexahedralMesh& _mesh);
#endif //ENABLE_HEXAHEDRALMESH_SUPPORT
 
#ifdef ENABLE_POLYHEDRALMESH_SUPPORT
    int addTetraCell(PolyhedralMesh*& _mesh, const std::vector<quint32>& indices);
 
    int addHexaCell(PolyhedralMesh*& _mesh, const std::vector<quint32>& indices);
 
    int addWedgeCell(PolyhedralMesh*& _mesh, const std::vector<quint32>& indices);
 
    int addPyramidCell(PolyhedralMesh*& _mesh, const std::vector<quint32>& indices);
 
    int addFace(PolyhedralMesh*& _mesh, const std::vector<quint32>& indices);
 
    int addFace(PolyhedralMesh*& _mesh, quint32 _index1, quint32 _index2, quint32 _index3);
 
    void updateFaceNormals(PolyhedralMesh*& _mesh){/* don't need to be updated */};
 
    void updateVertexNormals(PolyhedralMesh*& _mesh){/* don't need to be updated */};
 
    void removeTemporaryProperties(PolyhedralMesh*& _mesh){/* don't need to be removed */};
 
    void addVertexNormal(PolyhedralMesh*& _mesh, quint32 _index, OpenMesh::Vec3d _normal);
 
    void addFaceNormal(PolyhedralMesh*& _mesh, quint32 _index, OpenMesh::Vec3d _normal);
 
    void setNormalsOfDuplicatedVertices(PolyhedralMesh*& _mesh){/* we didn't duplicate any vertices */};
 
    bool writeASCIIData(std::ostream& _out, PolyhedralMesh& _mesh);
#endif //ENABLE_POLYHEDRALMESH_SUPPORT
 
#ifdef ENABLE_TETRAHEDRALMESH_SUPPORT
    int addTetraCell(TetrahedralMesh*& _mesh, const std::vector<quint32>& indices);
 
    int addHexaCell(TetrahedralMesh*& _mesh, const std::vector<quint32>& indices);
 
    int addWedgeCell(TetrahedralMesh*& _mesh, const std::vector<quint32>& indices);
 
    int addPyramidCell(TetrahedralMesh*& _mesh, const std::vector<quint32>& indices);
 
    int addFace(TetrahedralMesh*& _mesh, const std::vector<quint32>& indices);
 
    int addFace(TetrahedralMesh*& _mesh, quint32 _index1, quint32 _index2, quint32 _index3);
 
    void updateFaceNormals(TetrahedralMesh*& _mesh){/* don't need to be updated */};
 
    void updateVertexNormals(TetrahedralMesh*& _mesh){/* don't need to be updated */};
 
    void removeTemporaryProperties(TetrahedralMesh*& _mesh){/* don't need to be removed */};
 
    void addVertexNormal(TetrahedralMesh*& _mesh, quint32 _index, OpenMesh::Vec3d _normal);
 
    void addFaceNormal(TetrahedralMesh*& _mesh, quint32 _index, OpenMesh::Vec3d _normal);
 
    void setNormalsOfDuplicatedVertices(TetrahedralMesh*& _mesh){/* we didn't duplicate any vertices */};
 
    bool writeASCIIData(std::ostream& _out, TetrahedralMesh& _mesh);
#endif //ENABLE_POLYHEDRALMESH_SUPPORT
 
 
    enum BestMeshType {
        BMT_None            = 0,
        BMT_TriMesh         = 1,
        BMT_PolyMesh        = 1 << 1,
        BMT_HexahedralMesh  = 1 << 2,
        BMT_PolyhedralMesh  = 1 << 3,
        BMT_TetrahedralMesh = 1 << 4
    };
 
    BestMeshType findBestObjectType(QString _filename);
 
    template <typename MeshT>
    bool loadMesh(QTextStream& _stream,MeshT*& _mesh, Dataset _type);
 
    template <typename MeshT>
    bool loadMeshPoints(QString _spec,QTextStream& _in,MeshT*& _mesh);
 
    template <typename MeshT>
    bool loadMeshLines(QString _spec,QTextStream& _in,MeshT*& _mesh);
 
    template <typename MeshT>
    bool loadMeshPolygons(QString _spec,QTextStream& _in,MeshT*& _mesh, std::vector<CellType>& _cells);
 
    template <typename MeshT>
    int add_non_manifold_face(MeshT*& _mesh, std::vector< OpenMesh::VertexHandle >& _vhandles);
 
    template <typename MeshT>
    bool loadMeshTriangleStrips(QString _spec,QTextStream& _in,MeshT*& _mesh, std::vector<CellType>& _cells);
 
    template <typename MeshT>
    bool loadMeshCells(QString _spec,QTextStream& _in,MeshT*& _mesh, std::vector<CellType>& _cells);
 
    template <typename MeshT>
    bool loadMeshNormals(QString _spec,QTextStream& _in,MeshT*& _mesh, std::vector<CellType>& _cells, bool _pointNormal, quint32 _count);
 
    template< class MeshT >
    bool writeMesh(std::ostream& _out, MeshT& _mesh );
 
};