// java wrapper for vtkCheckerboardSplatter object
//

package vtk;
import vtk.*;

public class vtkCheckerboardSplatter extends vtkImageAlgorithm
{

  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 SetSampleDimensions_2(int id0,int id1,int id2);
  public void SetSampleDimensions(int id0,int id1,int id2)
    { SetSampleDimensions_2(id0,id1,id2); }

  private native void SetSampleDimensions_3(int id0[]);
  public void SetSampleDimensions(int id0[])
    { SetSampleDimensions_3(id0); }

  private native int[]  GetSampleDimensions_4();
  public int[]  GetSampleDimensions()
    { return GetSampleDimensions_4(); }

  private native void SetModelBounds_5(double id0,double id1,double id2,double id3,double id4,double id5);
  public void SetModelBounds(double id0,double id1,double id2,double id3,double id4,double id5)
    { SetModelBounds_5(id0,id1,id2,id3,id4,id5); }

  private native void SetModelBounds_6(double id0[]);
  public void SetModelBounds(double id0[])
    { SetModelBounds_6(id0); }

  private native double[] GetModelBounds_7();
  public double[] GetModelBounds()
    { return GetModelBounds_7(); }

  private native void SetFootprint_8(int id0);
  public void SetFootprint(int id0)
    { SetFootprint_8(id0); }

  private native int GetFootprintMinValue_9();
  public int GetFootprintMinValue()
    { return GetFootprintMinValue_9(); }

  private native int GetFootprintMaxValue_10();
  public int GetFootprintMaxValue()
    { return GetFootprintMaxValue_10(); }

  private native int GetFootprint_11();
  public int GetFootprint()
    { return GetFootprint_11(); }

  private native void SetRadius_12(double id0);
  public void SetRadius(double id0)
    { SetRadius_12(id0); }

  private native double GetRadiusMinValue_13();
  public double GetRadiusMinValue()
    { return GetRadiusMinValue_13(); }

  private native double GetRadiusMaxValue_14();
  public double GetRadiusMaxValue()
    { return GetRadiusMaxValue_14(); }

  private native double GetRadius_15();
  public double GetRadius()
    { return GetRadius_15(); }

  private native void SetScaleFactor_16(double id0);
  public void SetScaleFactor(double id0)
    { SetScaleFactor_16(id0); }

  private native double GetScaleFactorMinValue_17();
  public double GetScaleFactorMinValue()
    { return GetScaleFactorMinValue_17(); }

  private native double GetScaleFactorMaxValue_18();
  public double GetScaleFactorMaxValue()
    { return GetScaleFactorMaxValue_18(); }

  private native double GetScaleFactor_19();
  public double GetScaleFactor()
    { return GetScaleFactor_19(); }

  private native void SetExponentFactor_20(double id0);
  public void SetExponentFactor(double id0)
    { SetExponentFactor_20(id0); }

  private native double GetExponentFactor_21();
  public double GetExponentFactor()
    { return GetExponentFactor_21(); }

  private native void SetScalarWarping_22(int id0);
  public void SetScalarWarping(int id0)
    { SetScalarWarping_22(id0); }

  private native int GetScalarWarping_23();
  public int GetScalarWarping()
    { return GetScalarWarping_23(); }

  private native void ScalarWarpingOn_24();
  public void ScalarWarpingOn()
    { ScalarWarpingOn_24(); }

  private native void ScalarWarpingOff_25();
  public void ScalarWarpingOff()
    { ScalarWarpingOff_25(); }

  private native void SetNormalWarping_26(int id0);
  public void SetNormalWarping(int id0)
    { SetNormalWarping_26(id0); }

  private native int GetNormalWarping_27();
  public int GetNormalWarping()
    { return GetNormalWarping_27(); }

  private native void NormalWarpingOn_28();
  public void NormalWarpingOn()
    { NormalWarpingOn_28(); }

  private native void NormalWarpingOff_29();
  public void NormalWarpingOff()
    { NormalWarpingOff_29(); }

  private native void SetEccentricity_30(double id0);
  public void SetEccentricity(double id0)
    { SetEccentricity_30(id0); }

  private native double GetEccentricityMinValue_31();
  public double GetEccentricityMinValue()
    { return GetEccentricityMinValue_31(); }

  private native double GetEccentricityMaxValue_32();
  public double GetEccentricityMaxValue()
    { return GetEccentricityMaxValue_32(); }

  private native double GetEccentricity_33();
  public double GetEccentricity()
    { return GetEccentricity_33(); }

  private native void SetAccumulationMode_34(int id0);
  public void SetAccumulationMode(int id0)
    { SetAccumulationMode_34(id0); }

  private native int GetAccumulationModeMinValue_35();
  public int GetAccumulationModeMinValue()
    { return GetAccumulationModeMinValue_35(); }

  private native int GetAccumulationModeMaxValue_36();
  public int GetAccumulationModeMaxValue()
    { return GetAccumulationModeMaxValue_36(); }

  private native int GetAccumulationMode_37();
  public int GetAccumulationMode()
    { return GetAccumulationMode_37(); }

  private native void SetAccumulationModeToMin_38();
  public void SetAccumulationModeToMin()
    { SetAccumulationModeToMin_38(); }

  private native void SetAccumulationModeToMax_39();
  public void SetAccumulationModeToMax()
    { SetAccumulationModeToMax_39(); }

  private native void SetAccumulationModeToSum_40();
  public void SetAccumulationModeToSum()
    { SetAccumulationModeToSum_40(); }

  private native String GetAccumulationModeAsString_41();
  public String GetAccumulationModeAsString()
    { return GetAccumulationModeAsString_41(); }

  private native void SetOutputScalarType_42(int id0);
  public void SetOutputScalarType(int id0)
    { SetOutputScalarType_42(id0); }

  private native int GetOutputScalarType_43();
  public int GetOutputScalarType()
    { return GetOutputScalarType_43(); }

  private native void SetOutputScalarTypeToDouble_44();
  public void SetOutputScalarTypeToDouble()
    { SetOutputScalarTypeToDouble_44(); }

  private native void SetOutputScalarTypeToFloat_45();
  public void SetOutputScalarTypeToFloat()
    { SetOutputScalarTypeToFloat_45(); }

  private native void SetCapping_46(int id0);
  public void SetCapping(int id0)
    { SetCapping_46(id0); }

  private native int GetCapping_47();
  public int GetCapping()
    { return GetCapping_47(); }

  private native void CappingOn_48();
  public void CappingOn()
    { CappingOn_48(); }

  private native void CappingOff_49();
  public void CappingOff()
    { CappingOff_49(); }

  private native void SetCapValue_50(double id0);
  public void SetCapValue(double id0)
    { SetCapValue_50(id0); }

  private native double GetCapValue_51();
  public double GetCapValue()
    { return GetCapValue_51(); }

  private native void SetNullValue_52(double id0);
  public void SetNullValue(double id0)
    { SetNullValue_52(id0); }

  private native double GetNullValue_53();
  public double GetNullValue()
    { return GetNullValue_53(); }

  private native void SetMaximumDimension_54(int id0);
  public void SetMaximumDimension(int id0)
    { SetMaximumDimension_54(id0); }

  private native int GetMaximumDimensionMinValue_55();
  public int GetMaximumDimensionMinValue()
    { return GetMaximumDimensionMinValue_55(); }

  private native int GetMaximumDimensionMaxValue_56();
  public int GetMaximumDimensionMaxValue()
    { return GetMaximumDimensionMaxValue_56(); }

  private native int GetMaximumDimension_57();
  public int GetMaximumDimension()
    { return GetMaximumDimension_57(); }

  private native void SetParallelSplatCrossover_58(int id0);
  public void SetParallelSplatCrossover(int id0)
    { SetParallelSplatCrossover_58(id0); }

  private native int GetParallelSplatCrossoverMinValue_59();
  public int GetParallelSplatCrossoverMinValue()
    { return GetParallelSplatCrossoverMinValue_59(); }

  private native int GetParallelSplatCrossoverMaxValue_60();
  public int GetParallelSplatCrossoverMaxValue()
    { return GetParallelSplatCrossoverMaxValue_60(); }

  private native int GetParallelSplatCrossover_61();
  public int GetParallelSplatCrossover()
    { return GetParallelSplatCrossover_61(); }

  private native void ComputeModelBounds_62(vtkDataSet id0,vtkImageData id1,vtkInformation id2);
  public void ComputeModelBounds(vtkDataSet id0,vtkImageData id1,vtkInformation id2)
    { ComputeModelBounds_62(id0,id1,id2); }

  public vtkCheckerboardSplatter() { super(); }

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

}