// java wrapper for vtkEvenlySpacedStreamlines2D object
//

package vtk;
import vtk.*;

public class vtkEvenlySpacedStreamlines2D 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 SetStartPosition_2(double id0,double id1,double id2);
  public void SetStartPosition(double id0,double id1,double id2)
    { SetStartPosition_2(id0,id1,id2); }

  private native void SetStartPosition_3(double id0[]);
  public void SetStartPosition(double id0[])
    { SetStartPosition_3(id0); }

  private native double[] GetStartPosition_4();
  public double[] GetStartPosition()
    { return GetStartPosition_4(); }

  private native void SetIntegrator_5(vtkInitialValueProblemSolver id0);
  public void SetIntegrator(vtkInitialValueProblemSolver id0)
    { SetIntegrator_5(id0); }

  private native long GetIntegrator_6();
  public vtkInitialValueProblemSolver GetIntegrator() {
    long temp = GetIntegrator_6();

    if (temp == 0) return null;
    return (vtkInitialValueProblemSolver)vtkObjectBase.JAVA_OBJECT_MANAGER.getJavaObject(temp);
}

  private native void SetIntegratorType_7(int id0);
  public void SetIntegratorType(int id0)
    { SetIntegratorType_7(id0); }

  private native int GetIntegratorType_8();
  public int GetIntegratorType()
    { return GetIntegratorType_8(); }

  private native void SetIntegratorTypeToRungeKutta2_9();
  public void SetIntegratorTypeToRungeKutta2()
    { SetIntegratorTypeToRungeKutta2_9(); }

  private native void SetIntegratorTypeToRungeKutta4_10();
  public void SetIntegratorTypeToRungeKutta4()
    { SetIntegratorTypeToRungeKutta4_10(); }

  private native void SetInterpolatorTypeToDataSetPointLocator_11();
  public void SetInterpolatorTypeToDataSetPointLocator()
    { SetInterpolatorTypeToDataSetPointLocator_11(); }

  private native void SetInterpolatorTypeToCellLocator_12();
  public void SetInterpolatorTypeToCellLocator()
    { SetInterpolatorTypeToCellLocator_12(); }

  private native void SetIntegrationStepUnit_13(int id0);
  public void SetIntegrationStepUnit(int id0)
    { SetIntegrationStepUnit_13(id0); }

  private native int GetIntegrationStepUnit_14();
  public int GetIntegrationStepUnit()
    { return GetIntegrationStepUnit_14(); }

  private native void SetMaximumNumberOfSteps_15(int id0);
  public void SetMaximumNumberOfSteps(int id0)
    { SetMaximumNumberOfSteps_15(id0); }

  private native int GetMaximumNumberOfSteps_16();
  public int GetMaximumNumberOfSteps()
    { return GetMaximumNumberOfSteps_16(); }

  private native void SetMinimumNumberOfLoopPoints_17(int id0);
  public void SetMinimumNumberOfLoopPoints(int id0)
    { SetMinimumNumberOfLoopPoints_17(id0); }

  private native int GetMinimumNumberOfLoopPoints_18();
  public int GetMinimumNumberOfLoopPoints()
    { return GetMinimumNumberOfLoopPoints_18(); }

  private native void SetInitialIntegrationStep_19(double id0);
  public void SetInitialIntegrationStep(double id0)
    { SetInitialIntegrationStep_19(id0); }

  private native double GetInitialIntegrationStep_20();
  public double GetInitialIntegrationStep()
    { return GetInitialIntegrationStep_20(); }

  private native void SetSeparatingDistance_21(double id0);
  public void SetSeparatingDistance(double id0)
    { SetSeparatingDistance_21(id0); }

  private native double GetSeparatingDistance_22();
  public double GetSeparatingDistance()
    { return GetSeparatingDistance_22(); }

  private native void SetSeparatingDistanceRatio_23(double id0);
  public void SetSeparatingDistanceRatio(double id0)
    { SetSeparatingDistanceRatio_23(id0); }

  private native double GetSeparatingDistanceRatio_24();
  public double GetSeparatingDistanceRatio()
    { return GetSeparatingDistanceRatio_24(); }

  private native void SetClosedLoopMaximumDistance_25(double id0);
  public void SetClosedLoopMaximumDistance(double id0)
    { SetClosedLoopMaximumDistance_25(id0); }

  private native double GetClosedLoopMaximumDistance_26();
  public double GetClosedLoopMaximumDistance()
    { return GetClosedLoopMaximumDistance_26(); }

  private native void SetLoopAngle_27(double id0);
  public void SetLoopAngle(double id0)
    { SetLoopAngle_27(id0); }

  private native double GetLoopAngle_28();
  public double GetLoopAngle()
    { return GetLoopAngle_28(); }

  private native void SetTerminalSpeed_29(double id0);
  public void SetTerminalSpeed(double id0)
    { SetTerminalSpeed_29(id0); }

  private native double GetTerminalSpeed_30();
  public double GetTerminalSpeed()
    { return GetTerminalSpeed_30(); }

  private native void SetComputeVorticity_31(boolean id0);
  public void SetComputeVorticity(boolean id0)
    { SetComputeVorticity_31(id0); }

  private native boolean GetComputeVorticity_32();
  public boolean GetComputeVorticity()
    { return GetComputeVorticity_32(); }

  private native void SetInterpolatorPrototype_33(vtkAbstractInterpolatedVelocityField id0);
  public void SetInterpolatorPrototype(vtkAbstractInterpolatedVelocityField id0)
    { SetInterpolatorPrototype_33(id0); }

  private native void SetInterpolatorType_34(int id0);
  public void SetInterpolatorType(int id0)
    { SetInterpolatorType_34(id0); }

  public vtkEvenlySpacedStreamlines2D() { super(); }

  public vtkEvenlySpacedStreamlines2D(long id) { super(id); }
  public native long   VTKInit();

}