1 // java wrapper for vtkQuadraticEdge object
7 public class vtkQuadraticEdge extends vtkNonLinearCell
10 private native int IsTypeOf_0(String id0);
11 public int IsTypeOf(String id0)
12 { return IsTypeOf_0(id0); }
14 private native int IsA_1(String id0);
15 public int IsA(String id0)
16 { return IsA_1(id0); }
18 private native int GetCellType_2();
19 public int GetCellType()
20 { return GetCellType_2(); }
22 private native int GetCellDimension_3();
23 public int GetCellDimension()
24 { return GetCellDimension_3(); }
26 private native int GetNumberOfEdges_4();
27 public int GetNumberOfEdges()
28 { return GetNumberOfEdges_4(); }
30 private native int GetNumberOfFaces_5();
31 public int GetNumberOfFaces()
32 { return GetNumberOfFaces_5(); }
34 private native long GetEdge_6(int id0);
35 public vtkCell GetEdge(int id0) {
36 long temp = GetEdge_6(id0);
38 if (temp == 0) return null;
39 return (vtkCell)vtkObjectBase.JAVA_OBJECT_MANAGER.getJavaObject(temp);
42 private native long GetFace_7(int id0);
43 public vtkCell GetFace(int id0) {
44 long temp = GetFace_7(id0);
46 if (temp == 0) return null;
47 return (vtkCell)vtkObjectBase.JAVA_OBJECT_MANAGER.getJavaObject(temp);
50 private native int CellBoundary_8(int id0,double id1[],vtkIdList id2);
51 public int CellBoundary(int id0,double id1[],vtkIdList id2)
52 { return CellBoundary_8(id0,id1,id2); }
54 private native void Contour_9(double id0,vtkDataArray id1,vtkIncrementalPointLocator id2,vtkCellArray id3,vtkCellArray id4,vtkCellArray id5,vtkPointData id6,vtkPointData id7,vtkCellData id8,int id9,vtkCellData id10);
55 public void Contour(double id0,vtkDataArray id1,vtkIncrementalPointLocator id2,vtkCellArray id3,vtkCellArray id4,vtkCellArray id5,vtkPointData id6,vtkPointData id7,vtkCellData id8,int id9,vtkCellData id10)
56 { Contour_9(id0,id1,id2,id3,id4,id5,id6,id7,id8,id9,id10); }
58 private native int Triangulate_10(int id0,vtkIdList id1,vtkPoints id2);
59 public int Triangulate(int id0,vtkIdList id1,vtkPoints id2)
60 { return Triangulate_10(id0,id1,id2); }
62 private native void Clip_11(double id0,vtkDataArray id1,vtkIncrementalPointLocator id2,vtkCellArray id3,vtkPointData id4,vtkPointData id5,vtkCellData id6,int id7,vtkCellData id8,int id9);
63 public void Clip(double id0,vtkDataArray id1,vtkIncrementalPointLocator id2,vtkCellArray id3,vtkPointData id4,vtkPointData id5,vtkCellData id6,int id7,vtkCellData id8,int id9)
64 { Clip_11(id0,id1,id2,id3,id4,id5,id6,id7,id8,id9); }
66 private native int GetParametricCenter_12(double id0[]);
67 public int GetParametricCenter(double id0[])
68 { return GetParametricCenter_12(id0); }
70 private native void InterpolationFunctions_13(double id0[],double id1[]);
71 public void InterpolationFunctions(double id0[],double id1[])
72 { InterpolationFunctions_13(id0,id1); }
74 private native void InterpolationDerivs_14(double id0[],double id1[]);
75 public void InterpolationDerivs(double id0[],double id1[])
76 { InterpolationDerivs_14(id0,id1); }
78 private native void InterpolateFunctions_15(double id0[],double id1[]);
79 public void InterpolateFunctions(double id0[],double id1[])
80 { InterpolateFunctions_15(id0,id1); }
82 private native void InterpolateDerivs_16(double id0[],double id1[]);
83 public void InterpolateDerivs(double id0[],double id1[])
84 { InterpolateDerivs_16(id0,id1); }
86 public vtkQuadraticEdge() { super(); }
88 public vtkQuadraticEdge(long id) { super(id); }
89 public native long VTKInit();