Luciad.Geometries.Observable.ObservableBezierCurveUtil Class Reference

This class provides utility methods for Observable instances of BezierCurve. More...

Static Public Member Functions
static Luciad.Utils.Observable< Luciad.Geometries.Point >	DeriveControlPoint (Luciad.Utils.Observable< Luciad.Geometries.BezierCurve > observableBezierCurve)
	Derives an Observable Point from the given observable bezier curve that represents the control point. More...
static Luciad.Utils.Observable< Luciad.Geometries.Point >	DeriveEndPoint (Luciad.Utils.Observable< Luciad.Geometries.BezierCurve > observableBezierCurve)
	Derives an Observable Point from the given observable bezier curve that represents the end point. More...
static Luciad.Utils.Observable< Luciad.Geometries.Point >	DeriveStartPoint (Luciad.Utils.Observable< Luciad.Geometries.BezierCurve > observableBezierCurve)
	Derives an Observable Point from the given observable bezier curve that represents the start point. More...

Detailed Description

This class provides utility methods for Observable instances of BezierCurve.

2023.1.02

Warning

C# documentation translation is incomplete. You can find more information in the C++ documentation for luciad::ObservableBezierCurveUtil.

Member Function Documentation

DeriveControlPoint()

Luciad.Utils.Observable< Luciad.Geometries.Point > Luciad.Geometries.Observable.ObservableBezierCurveUtil.DeriveControlPoint ( Luciad.Utils.Observable< Luciad.Geometries.BezierCurve >  observableBezierCurve )

inlinestatic

Derives an Observable Point from the given observable bezier curve that represents the control point.

This observable point will be updated when the given observable bezier curve changes. Notes: When the observable bezier curve contains a nullptr value, the observable point instance will contain a nullptr value too. Observable::setValue will throw an exception for derived instances.

observableBezierCurve

an observable bezier curve from which to derive the point

a derived Observable

Warning

C# documentation translation is incomplete. You can find more information in the C++ documentation for luciad::ObservableBezierCurveUtil::deriveControlPoint.

DeriveEndPoint()

Luciad.Utils.Observable< Luciad.Geometries.Point > Luciad.Geometries.Observable.ObservableBezierCurveUtil.DeriveEndPoint ( Luciad.Utils.Observable< Luciad.Geometries.BezierCurve >  observableBezierCurve )

inlinestatic

Derives an Observable Point from the given observable bezier curve that represents the end point.

This observable point will be updated when the given observable bezier curve changes. Notes: When the observable bezier curve contains a nullptr value, the observable point instance will contain a nullptr value too. Observable::setValue will throw an exception for derived instances.

observableBezierCurve

an observable bezier curve from which to derive the point

a derived Observable

Warning

C# documentation translation is incomplete. You can find more information in the C++ documentation for luciad::ObservableBezierCurveUtil::deriveEndPoint.

DeriveStartPoint()

Luciad.Utils.Observable< Luciad.Geometries.Point > Luciad.Geometries.Observable.ObservableBezierCurveUtil.DeriveStartPoint ( Luciad.Utils.Observable< Luciad.Geometries.BezierCurve >  observableBezierCurve )

inlinestatic

Derives an Observable Point from the given observable bezier curve that represents the start point.

This observable point will be updated when the given observable bezier curve changes. Notes: When the observable bezier curve contains a nullptr value, the observable point instance will contain a nullptr value too. Observable::setValue will throw an exception for derived instances.

observableBezierCurve

an observable bezier curve from which to derive the point

a derived Observable

Warning

C# documentation translation is incomplete. You can find more information in the C++ documentation for luciad::ObservableBezierCurveUtil::deriveStartPoint.