// java wrapper for vtkDelaunay2D object // package vtk; import vtk.*; public class vtkDelaunay2D 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 void SetSourceData_2(vtkPolyData id0); public void SetSourceData(vtkPolyData id0) { SetSourceData_2(id0); } private native void SetSourceConnection_3(vtkAlgorithmOutput id0); public void SetSourceConnection(vtkAlgorithmOutput id0) { SetSourceConnection_3(id0); } private native long GetSource_4(); public vtkPolyData GetSource() { long temp = GetSource_4(); if (temp == 0) return null; return (vtkPolyData)vtkObjectBase.JAVA_OBJECT_MANAGER.getJavaObject(temp); } private native void SetAlpha_5(double id0); public void SetAlpha(double id0) { SetAlpha_5(id0); } private native double GetAlphaMinValue_6(); public double GetAlphaMinValue() { return GetAlphaMinValue_6(); } private native double GetAlphaMaxValue_7(); public double GetAlphaMaxValue() { return GetAlphaMaxValue_7(); } private native double GetAlpha_8(); public double GetAlpha() { return GetAlpha_8(); } private native void SetTolerance_9(double id0); public void SetTolerance(double id0) { SetTolerance_9(id0); } private native double GetToleranceMinValue_10(); public double GetToleranceMinValue() { return GetToleranceMinValue_10(); } private native double GetToleranceMaxValue_11(); public double GetToleranceMaxValue() { return GetToleranceMaxValue_11(); } private native double GetTolerance_12(); public double GetTolerance() { return GetTolerance_12(); } private native void SetOffset_13(double id0); public void SetOffset(double id0) { SetOffset_13(id0); } private native double GetOffsetMinValue_14(); public double GetOffsetMinValue() { return GetOffsetMinValue_14(); } private native double GetOffsetMaxValue_15(); public double GetOffsetMaxValue() { return GetOffsetMaxValue_15(); } private native double GetOffset_16(); public double GetOffset() { return GetOffset_16(); } private native void SetBoundingTriangulation_17(int id0); public void SetBoundingTriangulation(int id0) { SetBoundingTriangulation_17(id0); } private native int GetBoundingTriangulation_18(); public int GetBoundingTriangulation() { return GetBoundingTriangulation_18(); } private native void BoundingTriangulationOn_19(); public void BoundingTriangulationOn() { BoundingTriangulationOn_19(); } private native void BoundingTriangulationOff_20(); public void BoundingTriangulationOff() { BoundingTriangulationOff_20(); } private native void SetTransform_21(vtkAbstractTransform id0); public void SetTransform(vtkAbstractTransform id0) { SetTransform_21(id0); } private native long GetTransform_22(); public vtkAbstractTransform GetTransform() { long temp = GetTransform_22(); if (temp == 0) return null; return (vtkAbstractTransform)vtkObjectBase.JAVA_OBJECT_MANAGER.getJavaObject(temp); } private native void SetProjectionPlaneMode_23(int id0); public void SetProjectionPlaneMode(int id0) { SetProjectionPlaneMode_23(id0); } private native int GetProjectionPlaneModeMinValue_24(); public int GetProjectionPlaneModeMinValue() { return GetProjectionPlaneModeMinValue_24(); } private native int GetProjectionPlaneModeMaxValue_25(); public int GetProjectionPlaneModeMaxValue() { return GetProjectionPlaneModeMaxValue_25(); } private native int GetProjectionPlaneMode_26(); public int GetProjectionPlaneMode() { return GetProjectionPlaneMode_26(); } private native long ComputeBestFittingPlane_27(vtkPointSet id0); public vtkAbstractTransform ComputeBestFittingPlane(vtkPointSet id0) { long temp = ComputeBestFittingPlane_27(id0); if (temp == 0) return null; return (vtkAbstractTransform)vtkObjectBase.JAVA_OBJECT_MANAGER.getJavaObject(temp); } public vtkDelaunay2D() { super(); } public vtkDelaunay2D(long id) { super(id); } public native long VTKInit(); }