Provides access to members that construct a circular arc using other geometries and values.
Members
| Name | Description | |
|---|---|---|
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ConstructArcDistance | Constructs an arc from a center point, a starting point, and an arc length. |
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ConstructBearingAngleArc | Constructs an arc with the given chord bearing, central angle and arc distance. |
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ConstructBearingAngleChord | Constructs an arc with the given chord bearing, central angle and chord distance. |
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ConstructBearingAngleTangent | Constructs an arc with the given chord bearing, central angle and tangent distance. |
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ConstructBearingArcTangent | Constructs an arc with the given chord bearing, arc distance and tangent distance. |
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ConstructBearingChordArc | Constructs an arc with the given chord bearing, chord distance and arc distance (negative for clockwise orientation). |
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ConstructBearingChordTangent | Constructs an arc with the given chord bearing, chord distance and tangent distance. |
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ConstructBearingRadiusAngle | Constructs an arc with the given chord bearing, radius and central angle. |
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ConstructBearingRadiusArc | Constructs an arc with the given chord bearing, radius and arc distance. |
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ConstructBearingRadiusChord | Constructs an arc with the given chord bearing, radius and chord distance. |
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ConstructBearingRadiusTangent | Constructs an arc with the given chord bearing, radius and tangent distance. |
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ConstructChordDistance | Constructs an arc from a center point, a starting point, and a chord length. |
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ConstructChordDistanceEx | Constructs an arc from a center point, a from point, and a chord length. |
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ConstructCircle | Constructs a circle of a given radius and orientation. |
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ConstructEndPointsAngle | Constructs an arc from the given endpoints and central angle. |
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ConstructEndPointsArc | Constructs an arc from the given endpoints and arc distance. |
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ConstructEndPointsChordHeight | Constructs an arc with specified endpoints and and chord height. |
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ConstructEndPointsRadius | Constructs an arc from the given endpoints and radius. |
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ConstructEndPointsTangent | Constructs an arc from the given endpoints and tangent distance. |
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ConstructFilletPoint | Constructs an arc of given start point near first segment and tangent to two segments. hintPoint can be nil or can be a location near the desired fillet. |
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ConstructFilletRadius | Constructs an arc of given radius and tangent to two segments. hintPoint can be nil or can be a location near the desired fillet. |
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ConstructTangentAndPoint | Constructs an arc with one endpoint being p, tangent to s, and connected to s. If atFrom is true, the connection is at s's from point, otherwise at s's to point. |
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ConstructTangentAngleArc | Constructs an arc with a common tangent to the input segment, a given central angle and an arc length. |
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ConstructTangentAngleChord | Constructs an arc with a common tangent to the input segment, a given central angle and a chord length. |
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ConstructTangentAngleTangent | Constructs an arc with a common tangent to the input segment, a given central angle and a tangent length. |
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ConstructTangentArcTangent | Constructs an arc with a common tangent to the input segment, a given arc length and a tangent length. |
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ConstructTangentChordArc | Constructs an arc with a common tangent to the input segment, a given chord length and an arc length. |
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ConstructTangentChordTangent | Constructs an arc with a common tangent to input segment, a given chord length and a tangent length. |
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ConstructTangentDistance | Constructs an arc from a center point, a starting point, and an tangent length. |
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ConstructTangentRadiusAngle | Constructs an arc with a common tangent to the input segment, a given radius and a central angle. |
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ConstructTangentRadiusArc | Constructs an arc having a common tangent to the input segment, a given radius and an arc length. |
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ConstructTangentRadiusChord | Constructs an arc with a common tangent to the input segment, a given radius and a chord length. |
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ConstructTangentRadiusChordEx | Constructs an arc with a common tangent to the input segment, a given radius and a chord length. |
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ConstructTangentRadiusTangent | Constructs an arc with a common tangent to the input segment, a given radius and a tangent length. |
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ConstructThreePoints | Constructs an arc from three points. useExistingCenter can be set to true in order to help create a reasonable arc when from and to are identical. |
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QueryFilletRadiusRange | 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. |
IConstructCircularArc2.ConstructChordDistanceEx Method
Constructs an arc from a center point, a from point, and a chord length.
Public Sub ConstructChordDistanceEx ( _
ByVal Center As IPoint, _
ByVal from As IPoint, _
ByVal isCCW As Boolean, _
ByVal chordDistance As Double, _
ByVal IsMinor As Boolean _
)
public void ConstructChordDistanceEx (
IPoint Center,
IPoint from,
bool isCCW,
double chordDistance,
bool IsMinor
);
Remarks
Please see the ConstructChordDistance method for more details.
-isCCW stands for "is counter clockwise"
-If IsMinor is true the central angle of the output Arc will be smaller or equal than PI (Approx. 3.14 Rad)
private void ConstructChordDistanceEx()
{
IConstructCircularArc2 constructCircularArc = new CircularArcClass();
ICircularArc circularArc = constructCircularArc as ICircularArc;
IPoint fromPoint = new PointClass();
fromPoint.PutCoords(100, 100);
IPoint toPoint = new PointClass();
toPoint.PutCoords(50, 50);
constructCircularArc.ConstructChordDistanceEx(fromPoint, toPoint, true, 100, true);
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);
}
Private Sub ConstructChordDistanceEx()
Dim pConstructCircularArc As ESRI.ArcGIS.Geometry.IConstructCircularArc2
Dim pCArc As ESRI.ArcGIS.Geometry.ICircularArc
Dim pCenterPoint As ESRI.ArcGIS.Geometry.IPoint
Dim pFromPoint As ESRI.ArcGIS.Geometry.IPoint
pConstructCircularArc = New ESRI.ArcGIS.Geometry.CircularArc
pCArc = pConstructCircularArc
pFromPoint = New ESRI.ArcGIS.Geometry.Point
pCenterPoint = New ESRI.ArcGIS.Geometry.Point
pFromPoint.PutCoords(100, 100)
pCenterPoint.PutCoords(50, 50)
pConstructCircularArc.ConstructChordDistanceEx(pCenterPoint, pFromPoint, True, 100, True)
Debug.Print("Length : " & pCArc.Length)
Debug.Print("Radius : " & pCArc.Radius)
Debug.Print("Chord Height : " & pCArc.ChordHeight)
Debug.Print("Central Angle (Rad) : " & pCArc.CentralAngle)
Debug.Print("From Angle (Rad) : " & pCArc.FromAngle)
Debug.Print("To Angle (Rad) : " & pCArc.ToAngle)
Debug.Print("Center Point : " & pCArc.CenterPoint.X & " , " & pCArc.CenterPoint.Y)
Debug.Print("From Point : " & pCArc.FromPoint.X & " , " & pCArc.FromPoint.Y)
Debug.Print("To Point : " & pCArc.ToPoint.X & " , " & pCArc.ToPoint.Y)
End Sub
IConstructCircularArc2.ConstructTangentRadiusChordEx Method
Constructs an arc with a common tangent to the input segment, a given radius and a chord length.
Public Sub ConstructTangentRadiusChordEx ( _
ByVal Segment As ISegment, _
ByVal atStart As Boolean, _
ByVal isCCW As Boolean, _
ByVal inRadius As Double, _
ByVal chordDistance As Double, _
ByVal IsMinor As Boolean _
)
public void ConstructTangentRadiusChordEx (
ISegment Segment,
bool atStart,
bool isCCW,
double inRadius,
double chordDistance,
bool IsMinor
);
Remarks
Please see the ConstructTangentRadiusChord method for more details.
-isCCW stands for "is counter clockwise"
-If IsMinor is true the central angle of the output Arc will be smaller or equal than PI (Approx. 3.14 Rad)
private void ConstructTangentRadiusChordEx()
{
IConstructCircularArc2 constructCircularArc = new CircularArcClass();
ICircularArc circularArc = constructCircularArc as ICircularArc;
IPoint fromPoint = new PointClass();
fromPoint.PutCoords(100, 100);
IPoint toPoint = new PointClass();
toPoint.PutCoords(50, 50);
ILine line = new LineClass();
line.PutCoords(fromPoint, toPoint);
constructCircularArc.ConstructTangentRadiusChordEx(line as ISegment, true, true, 100, 50, true);
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);
}
Private Sub ConstructTangentRadiusChordEx()
Dim pConstructCircularArc As ESRI.ArcGIS.Geometry.IConstructCircularArc2
Dim pCArc As ESRI.ArcGIS.Geometry.ICircularArc
Dim pToPoint As ESRI.ArcGIS.Geometry.IPoint
Dim pFromPoint As ESRI.ArcGIS.Geometry.IPoint
Dim pLine1 As ESRI.ArcGIS.Geometry.ILine
pConstructCircularArc = New ESRI.ArcGIS.Geometry.CircularArc
pCArc = pConstructCircularArc
pFromPoint = New ESRI.ArcGIS.Geometry.Point
pToPoint = New ESRI.ArcGIS.Geometry.Point
pLine1 = New ESRI.ArcGIS.Geometry.Line
pFromPoint.PutCoords(100, 100)
pToPoint.PutCoords(100, 400)
pLine1.PutCoords(pFromPoint, pToPoint)
pConstructCircularArc.ConstructTangentRadiusChordEx(pLine1, False, True, 50, 100, True)
Debug.Print("Length : " & pCArc.Length)
Debug.Print("Radius : " & pCArc.Radius)
Debug.Print("Chord Height : " & pCArc.ChordHeight)
Debug.Print("Central Angle (Rad) : " & pCArc.CentralAngle)
Debug.Print("From Angle (Rad) : " & pCArc.FromAngle)
Debug.Print("To Angle (Rad) : " & pCArc.ToAngle)
Debug.Print("Center Point : " & pCArc.CenterPoint.X & " , " & pCArc.CenterPoint.Y)
Debug.Print("From Point : " & pCArc.FromPoint.X & " , " & pCArc.FromPoint.Y)
Debug.Print("To Point : " & pCArc.ToPoint.X & " , " & pCArc.ToPoint.Y)
End Sub
Inherited Interfaces
| Interfaces | Description |
|---|---|
| IConstructCircularArc | Provides access to members that construct a circular arc using other geometries and values. |
Classes that implement IConstructCircularArc2
| Classes | Description |
|---|---|
| CircularArc | A portion of a circle that connects two points optionally has measure, height and ID attributes at each endpoint. |