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IConstructCircularArc.QueryFilletRadiusRange Method (ArcObjects .NET 10.6 SDK)
ArcObjects Library Reference (Geometry)  

IConstructCircularArc.QueryFilletRadiusRange Method

Returns minimum and maximum radius for fillet to touch both input segments. hintPoint can be nil or can be a location near the desired fillet.

[Visual Basic .NET]
Public Sub QueryFilletRadiusRange ( _
    ByVal s1 As ISegment, _
    ByVal s2 As ISegment, _
    ByVal hintPoint As IPoint, _
    ByRef minRadius As Double, _
    ByRef maxRadius As Double _
)

[C#]
public void QueryFilletRadiusRange (
    ISegment s1,
    ISegment s2,
    IPoint hintPoint,
    ref double minRadius,
    ref double maxRadius
);

[C++]
HRESULT QueryFilletRadiusRange(
  ISegment* s1,
  ISegment* s2,
  IPoint* hintPoint,
  System.Double* minRadius,
  System.Double* maxRadius
);

[C++]

Parameters
s1 

  s1 is a parameter of type ISegment*
s2 

  s2 is a parameter of type ISegment*
hintPoint 

  hintPoint is a parameter of type IPoint*
minRadius [out]

  minRadius is a parameter of type double*
maxRadius [out]

  maxRadius is a parameter of type double*

Product Availability

Available with ArcGIS Engine, ArcGIS Desktop, and ArcGIS Server.

Description

A Fillet Arc is a CircularArc constructed between two input segments such that the CircularArc is tangential to both embedded segments at the Fillet Arc endpoints.  QueryFilletRadiusRange determines the Maximum and Minimum Fillet Arc Radii in the region of the given Hint Point that can be used in ConstructFilletRadius such that the endpoints of the Fillet Arc lie on both input curves without extension.  If no such Radii exist for the given Hint Point, an error is returned.

Remarks

 

ConstructCircularArc Query Fillet Radius Range Example

[C#]

    private void QueryFilletRadiusRange()
    {
        IConstructCircularArc constructCircularArc=new CircularArcClass();
        ICircularArc circularArc=constructCircularArc as ICircularArc;

        IPoint fromPoint1=new PointClass();
        fromPoint1.PutCoords(100, 100);
        IPoint toPoint1=new PointClass();
        toPoint1.PutCoords(50, 50);
        ILine line1=new LineClass();
        line1.PutCoords(fromPoint1, toPoint1);
        IPoint fromPoint2=new PointClass();
        fromPoint2.PutCoords(100, 100);
        IPoint toPoint2=new PointClass();
        toPoint2.PutCoords(150, 50);
        ILine line2=new LineClass();
        line2.PutCoords(fromPoint2, toPoint2);
        IPoint hintPoint=new PointClass();
        hintPoint.PutCoords(100, 75);

        //Discover min and max fillet radius
        double minRadius;
        double maxRadius;
        constructCircularArc.QueryFilletRadiusRange(line1 as ISegment, line2 as ISegment, hintPoint, out minRadius, out maxRadius);
        //Create a circular arc with the maxRadius
        constructCircularArc.ConstructFilletRadius(line1 as ISegment, line2 as ISegment, maxRadius, hintPoint);


        String report="Length : " + circularArc.Length + "\n" +
                        "Radius : " + circularArc.Radius + "\n" +
                        "Chord Height : " + circularArc.ChordHeight + "\n" +
                        "Central Angle (Rad) : " + circularArc.CentralAngle + "\n" +
                        "From Angle (Rad) : " + circularArc.FromAngle + "\n" +
                        "To Angle (Rad) : " + circularArc.ToAngle + "\n" +
                        "Center Point : " + circularArc.CenterPoint.X + " , " + circularArc.CenterPoint.Y + "\n" +
                        "From Point : " + circularArc.FromPoint.X + " , " + circularArc.FromPoint.Y + "\n" +
                        "To Point : " + circularArc.ToPoint.X + " , " + circularArc.ToPoint.Y;
        System.Windows.Forms.MessageBox.Show(report);
    }

See Also

IConstructCircularArc Interface | IConstructCircularArc.QueryFilletRadiusRange Method | IConstructCircularArc.ConstructFilletPoint Method | IConstructCircularArc.ConstructFilletRadius Method