// java wrapper for vtkRectilinearSynchronizedTemplates object
//

package vtk;
import vtk.*;

public class vtkRectilinearSynchronizedTemplates extends vtkPolyDataAlgorithm
{

  private native int IsTypeOf_0(String id0);
  public int IsTypeOf(String id0)
    { return IsTypeOf_0(id0); }

  private native int IsA_1(String id0);
  public int IsA(String id0)
    { return IsA_1(id0); }

  private native int GetMTime_2();
  public int GetMTime()
    { return GetMTime_2(); }

  private native void SetComputeNormals_3(int id0);
  public void SetComputeNormals(int id0)
    { SetComputeNormals_3(id0); }

  private native int GetComputeNormals_4();
  public int GetComputeNormals()
    { return GetComputeNormals_4(); }

  private native void ComputeNormalsOn_5();
  public void ComputeNormalsOn()
    { ComputeNormalsOn_5(); }

  private native void ComputeNormalsOff_6();
  public void ComputeNormalsOff()
    { ComputeNormalsOff_6(); }

  private native void SetComputeGradients_7(int id0);
  public void SetComputeGradients(int id0)
    { SetComputeGradients_7(id0); }

  private native int GetComputeGradients_8();
  public int GetComputeGradients()
    { return GetComputeGradients_8(); }

  private native void ComputeGradientsOn_9();
  public void ComputeGradientsOn()
    { ComputeGradientsOn_9(); }

  private native void ComputeGradientsOff_10();
  public void ComputeGradientsOff()
    { ComputeGradientsOff_10(); }

  private native void SetComputeScalars_11(int id0);
  public void SetComputeScalars(int id0)
    { SetComputeScalars_11(id0); }

  private native int GetComputeScalars_12();
  public int GetComputeScalars()
    { return GetComputeScalars_12(); }

  private native void ComputeScalarsOn_13();
  public void ComputeScalarsOn()
    { ComputeScalarsOn_13(); }

  private native void ComputeScalarsOff_14();
  public void ComputeScalarsOff()
    { ComputeScalarsOff_14(); }

  private native void SetValue_15(int id0,double id1);
  public void SetValue(int id0,double id1)
    { SetValue_15(id0,id1); }

  private native double GetValue_16(int id0);
  public double GetValue(int id0)
    { return GetValue_16(id0); }

  private native void SetNumberOfContours_17(int id0);
  public void SetNumberOfContours(int id0)
    { SetNumberOfContours_17(id0); }

  private native int GetNumberOfContours_18();
  public int GetNumberOfContours()
    { return GetNumberOfContours_18(); }

  private native void GenerateValues_19(int id0,double id1[]);
  public void GenerateValues(int id0,double id1[])
    { GenerateValues_19(id0,id1); }

  private native void GenerateValues_20(int id0,double id1,double id2);
  public void GenerateValues(int id0,double id1,double id2)
    { GenerateValues_20(id0,id1,id2); }

  private native void SetArrayComponent_21(int id0);
  public void SetArrayComponent(int id0)
    { SetArrayComponent_21(id0); }

  private native int GetArrayComponent_22();
  public int GetArrayComponent()
    { return GetArrayComponent_22(); }

  private native void SetGenerateTriangles_23(int id0);
  public void SetGenerateTriangles(int id0)
    { SetGenerateTriangles_23(id0); }

  private native int GetGenerateTriangles_24();
  public int GetGenerateTriangles()
    { return GetGenerateTriangles_24(); }

  private native void GenerateTrianglesOn_25();
  public void GenerateTrianglesOn()
    { GenerateTrianglesOn_25(); }

  private native void GenerateTrianglesOff_26();
  public void GenerateTrianglesOff()
    { GenerateTrianglesOff_26(); }

  private native void ComputeSpacing_27(vtkRectilinearGrid id0,int id1,int id2,int id3,int id4[],double id5[]);
  public void ComputeSpacing(vtkRectilinearGrid id0,int id1,int id2,int id3,int id4[],double id5[])
    { ComputeSpacing_27(id0,id1,id2,id3,id4,id5); }

  public vtkRectilinearSynchronizedTemplates() { super(); }

  public vtkRectilinearSynchronizedTemplates(long id) { super(id); }
  public native long   VTKInit();

}