Uses of Class com.luciad.utils.Observable (LuciadCPillar Java Android API documentation)

Packages that use Observable
Package	Description
com.luciad.edit.features	Editing features.
com.luciad.edit.geometries	Editing geometries.
com.luciad.edit.handles	Edit handles.
com.luciad.geometries.observable	Observe geometries and get notified when they change.
com.luciad.layers.styles.expressions	Support for expressions for styling data on a Map.
com.luciad.models.features	Models containing vector data.
com.luciad.symbology.military	Support for MIL-STD 2525 and APP6 symbologies.
com.luciad.utils	General utility classes.

Uses of Observable in com.luciad.edit.features

Methods in com.luciad.edit.features that return Observable
Modifier and Type	Method and Description
`Observable<Feature>`	FeatureEditContext.`getFeature()`

Methods in com.luciad.edit.features with parameters of type Observable
Modifier and Type	Method and Description
`boolean`	CompositeFeatureHandlesProvider.`canProvide(Observable<Feature> feature, FeatureEditContext context)` Indicates if this handles provider can create handles for the given `Feature`.
`boolean`	FeatureHandlesProvider.`canProvide(Observable<Feature> feature, FeatureEditContext context)` Indicates if this handles provider can create handles for the given `Feature`.
`boolean`	IFeatureHandlesProvider.`canProvide(Observable<Feature> feature, FeatureEditContext context)` Indicates if this handles provider can create handles for the given `Feature`.
`IEditHandle`	FeatureHandlesProvider.IHandleFactory.`createTranslateHandle(Observable<Feature> feature, Observable<Geometry> geometry, ITranslateEditAction editAction, FeatureEditContext context)` Creates a handle that allows you to translate the entire `Geometry`.
`IEditHandle`	FeatureHandlesProvider.IHandleFactory.`createTranslateHandle(Observable<Feature> feature, Observable<Geometry> geometry, ITranslateEditAction editAction, FeatureEditContext context)` Creates a handle that allows you to translate the entire `Geometry`.
`boolean`	FeatureHandlesProvider.IHandleFactory.`isTranslateHandleValid(IEditHandle translateHandle, Observable<Feature> feature, Observable<Geometry> geometry, FeatureEditContext context)` Returns true if the translate handle is still valid, or false if it should be removed.
`boolean`	FeatureHandlesProvider.IHandleFactory.`isTranslateHandleValid(IEditHandle translateHandle, Observable<Feature> feature, Observable<Geometry> geometry, FeatureEditContext context)` Returns true if the translate handle is still valid, or false if it should be removed.
`IEditHandles`	CompositeFeatureHandlesProvider.`provide(Observable<Feature> feature, FeatureEditContext context, IFeatureEditCallback featureEditCallback)` Returns handles for the given feature.
`IEditHandles`	FeatureHandlesProvider.`provide(Observable<Feature> feature, FeatureEditContext context, IFeatureEditCallback featureEditCallback)` Returns handles for the given feature.
`IEditHandles`	IFeatureHandlesProvider.`provide(Observable<Feature> feature, FeatureEditContext context, IFeatureEditCallback featureEditCallback)` Returns handles for the given feature.

Uses of Observable in com.luciad.edit.geometries

Methods in com.luciad.edit.geometries with parameters of type Observable
Modifier and Type	Method and Description
`boolean`	CompositeGeometryHandlesProvider.`canProvide(Observable<Geometry> geometry, FeatureEditContext context)` Indicates if this handles provider can create handles for the given geometry.
`boolean`	IGeometryHandlesProvider.`canProvide(Observable<Geometry> geometry, FeatureEditContext context)` Indicates if this handles provider can create handles for the given geometry.
`boolean`	PatchHandlesProvider.`canProvide(Observable<Geometry> geometry, FeatureEditContext context)` Indicates if this handles provider can create handles for the given geometry.
`boolean`	PointHandlesProvider.`canProvide(Observable<Geometry> geometry, FeatureEditContext context)` Indicates if this handles provider can create handles for the given geometry.
`boolean`	PolylineHandlesProvider.`canProvide(Observable<Geometry> geometry, FeatureEditContext context)` Indicates if this handles provider can create handles for the given geometry.
`boolean`	PolylineRingHandlesProvider.`canProvide(Observable<Geometry> geometry, FeatureEditContext context)` Indicates if this handles provider can create handles for the given geometry.
`IEditHandle`	PolylineHandlesProvider.IHandleFactory.`createAppendPointHandle(Observable<Polyline> polyline, IPointEditAction editAction, FeatureEditContext context)` Creates a handle that allows you to insert a new point at the end of a `Polyline`.
`IEditHandle`	PointHandlesProvider.IHandleFactory.`createElevationPointHandle(Observable<Point> point, IPointEditAction editAction, FeatureEditContext context)` Creates a handle that allows you to move the `Point` vertically.
`IEditHandle`	PolylineHandlesProvider.IHandleFactory.`createElevationPointHandle(Observable<Polyline> polyline, long pointIndex, IPointEditAction editAction, FeatureEditContext context)` Creates a handle that allows you to change the elevation of the point of a `Polyline`.
`IEditHandle`	PolylineHandlesProvider.IHandleFactory.`createInsertPointHandle(Observable<Polyline> polyline, long insertIndex, IPointEditAction editAction, FeatureEditContext context)` Creates a handle that allows you to insert a new point between two existing points of a `Polyline`.
`IEditHandle`	PolylineRingHandlesProvider.IHandleFactory.`createInsertPointHandle(Observable<PolylineRing> polylineRing, long insertIndex, IPointEditAction editAction, FeatureEditContext context)` Creates a handle that allows you to insert a new point in a `PolylineRing`.
`IEditHandle`	PolylineHandlesProvider.IHandleFactory.`createMovePointHandle(Observable<Polyline> polyline, long pointIndex, IPointEditAction editAction, FeatureEditContext context)` Creates a handle that allows you to move a point of the `Polyline`.
`IEditHandle`	PolylineRingHandlesProvider.IHandleFactory.`createMovePointHandle(Observable<PolylineRing> polylineRing, long pointIndex, IPointEditAction editAction, FeatureEditContext context)` Creates a handle that allows you to move a point of the `PolylineRing`.
`IEditHandle`	PolylineHandlesProvider.IHandleFactory.`createPrependPointHandle(Observable<Polyline> polyline, IPointEditAction editAction, FeatureEditContext context)` Creates a handle that allows you to insert a new point at the start of a `Polyline`.
`IEditHandle`	PolylineHandlesProvider.IHandleFactory.`createRemovePointHandle(Observable<Polyline> polyline, long pointIndex, IPointEditAction editAction, FeatureEditContext context)` Creates a handle that allows you to remove a point of the `Polyline`.
`IEditHandle`	PolylineRingHandlesProvider.IHandleFactory.`createRemovePointHandle(Observable<PolylineRing> polylineRing, long pointIndex, IPointEditAction editAction, FeatureEditContext context)` Creates a handle that allows you to remove a point of the `PolylineRing`.
`boolean`	PolylineHandlesProvider.IHandleFactory.`isAppendPointHandleValid(IEditHandle appendPointHandle, Observable<Polyline> polyline, FeatureEditContext context)` Returns true if the given handle is still valid, or false if it should be removed.
`boolean`	PointHandlesProvider.IHandleFactory.`isElevationPointHandleValid(IEditHandle elevationHandle, Observable<Point> point, FeatureEditContext context)` Returns true if the given handle is still valid, or false if it should be removed.
`boolean`	PolylineHandlesProvider.IHandleFactory.`isElevationPointHandleValid(IEditHandle elevationPointHandle, Observable<Polyline> polyline, long pointIndex, FeatureEditContext context)` Returns true if the given handle is still valid, or false if it should be removed.
`boolean`	PolylineHandlesProvider.IHandleFactory.`isInsertPointHandleValid(IEditHandle insertPointHandle, Observable<Polyline> polyline, long insertIndex, FeatureEditContext context)` Returns true if the given handle is still valid, or false if it should be removed.
`boolean`	PolylineRingHandlesProvider.IHandleFactory.`isInsertPointHandleValid(IEditHandle insertPointHandle, Observable<PolylineRing> polylineRing, long insertIndex, FeatureEditContext context)` Returns true if the given handle is still valid, or false if it should be removed.
`boolean`	PolylineHandlesProvider.IHandleFactory.`isMovePointHandleValid(IEditHandle movePointHandle, Observable<Polyline> polyline, long pointIndex, FeatureEditContext context)` Returns true if the given handle is still valid, or false if it should be removed.
`boolean`	PolylineRingHandlesProvider.IHandleFactory.`isMovePointHandleValid(IEditHandle movePointHandle, Observable<PolylineRing> polylineRing, long pointIndex, FeatureEditContext context)` Returns true if the given handle is still valid, or false if it should be removed.
`boolean`	PolylineHandlesProvider.IHandleFactory.`isPrependPointHandleValid(IEditHandle prependPointHandle, Observable<Polyline> polyline, FeatureEditContext context)` Returns true if the given handle is still valid, or false if it should be removed.
`boolean`	PolylineHandlesProvider.IHandleFactory.`isRemovePointHandleValid(IEditHandle removePointHandle, Observable<Polyline> polyline, long pointIndex, FeatureEditContext context)` Returns true if the given handle is still valid, or false if it should be removed.
`boolean`	PolylineRingHandlesProvider.IHandleFactory.`isRemovePointHandleValid(IEditHandle removePointHandle, Observable<PolylineRing> polylineRing, long pointIndex, FeatureEditContext context)` Returns true if the given handle is still valid, or false if it should be removed.
`IEditHandles`	CompositeGeometryHandlesProvider.`provide(Observable<Geometry> geometry, FeatureEditContext context, IGeometryEditCallback geometryEditCallback)` Returns the handles for the given feature.
`IEditHandles`	IGeometryHandlesProvider.`provide(Observable<Geometry> geometry, FeatureEditContext context, IGeometryEditCallback geometryEditCallback)` Returns the handles for the given feature.
`IEditHandles`	PatchHandlesProvider.`provide(Observable<Geometry> geometry, FeatureEditContext context, IGeometryEditCallback geometryEditCallback)` Returns the handles for the given feature.
`IEditHandles`	PointHandlesProvider.`provide(Observable<Geometry> geometry, FeatureEditContext context, IGeometryEditCallback geometryEditCallback)` Returns the handles for the given feature.
`IEditHandles`	PolylineHandlesProvider.`provide(Observable<Geometry> geometry, FeatureEditContext context, IGeometryEditCallback geometryEditCallback)` Returns the handles for the given feature.
`IEditHandles`	PolylineRingHandlesProvider.`provide(Observable<Geometry> geometry, FeatureEditContext context, IGeometryEditCallback geometryEditCallback)` Returns the handles for the given feature.
`ITranslateEditAction`	CompositeGeometryHandlesProvider.`provideTranslateAction(Observable<Geometry> geometry, FeatureEditContext context, IGeometryEditCallback geometryEditCallback)` Provides a translate action that can be used by the caller to add translation behavior.
`ITranslateEditAction`	IGeometryHandlesProvider.`provideTranslateAction(Observable<Geometry> geometry, FeatureEditContext context, IGeometryEditCallback geometryEditCallback)` Provides a translate action that can be used by the caller to add translation behavior.
`ITranslateEditAction`	PatchHandlesProvider.`provideTranslateAction(Observable<Geometry> geometry, FeatureEditContext context, IGeometryEditCallback geometryEditCallback)` Provides a translate action that can be used by the caller to add translation behavior.
`ITranslateEditAction`	PointHandlesProvider.`provideTranslateAction(Observable<Geometry> geometry, FeatureEditContext context, IGeometryEditCallback geometryEditCallback)` Provides a translate action that can be used by the caller to add translation behavior.
`ITranslateEditAction`	PolylineHandlesProvider.`provideTranslateAction(Observable<Geometry> geometry, FeatureEditContext context, IGeometryEditCallback geometryEditCallback)` Provides a translate action that can be used by the caller to add translation behavior.
`ITranslateEditAction`	PolylineRingHandlesProvider.`provideTranslateAction(Observable<Geometry> geometry, FeatureEditContext context, IGeometryEditCallback geometryEditCallback)` Provides a translate action that can be used by the caller to add translation behavior.

Uses of Observable in com.luciad.edit.handles

Methods in com.luciad.edit.handles that return Observable
Modifier and Type	Method and Description
`Observable<Point>`	PointEditHandle.`getLocationProvider()` Returns the location provider of this handle.
`Observable<Point>`	PointEditHandle.`getLocationProviderWhenActive()`
`Observable<Geometry>`	TranslateEditHandle.`getShadowGeometryProvider()`

Methods in com.luciad.edit.handles with parameters of type Observable
Modifier and Type	Method and Description
`void`	PointEditHandle.`setLocationProviderWhenActive(Observable<Point> locationProviderWhenActive)`
`void`	TranslateEditHandle.`setShadowGeometryProvider(Observable<Geometry> shadowGeometryProvider)` Sets the shadow geometry provider of this handle.

Constructors in com.luciad.edit.handles with parameters of type Observable
Constructor and Description
`PointEditHandle(Observable<Point> locationProvider)` Creates a new `PointEditHandle` without associated actions.

Uses of Observable in com.luciad.geometries.observable

Methods in com.luciad.geometries.observable that return Observable
Modifier and Type	Method and Description
`static Observable<ArcBand>`	ObservableGeometryUtil.`deriveArcBand(Observable<Geometry> observableGeometry)` Derives an `Observable` `ArcBand` from the given observable geometry by casting the geometry instance to a `ArcBand` instance.
`static Observable<Geometry>`	ObservablePatchUtil.`deriveBaseGeometry(Observable<Patch> observablePatch)` Derives an `Observable` from the given observable patch that represents the base of the patch.
`static Observable<BezierCurve>`	ObservableGeometryUtil.`deriveBezierCurve(Observable<Geometry> observableGeometry)` Derives an `Observable` `BezierCurve` from the given observable geometry by casting the geometry instance to a `BezierCurve` instance.
`static Observable<Point>`	ObservableCircleByCenterPointUtil.`deriveCenter(Observable<CircleByCenterPoint> observableCircle)` Derives an `Observable` `Point` from the given observable circle that represents the center point.
`static Observable<Point>`	ObservableEllipseUtil.`deriveCenter(Observable<Ellipse> observableEllipse)` Derives an `Observable` `Point` from the given observable ellipse that represents the center point.
`static Observable<CircleBy3Points>`	ObservableGeometryUtil.`deriveCircleBy3Points(Observable<Geometry> observableGeometry)` Derives an `Observable` `CircleBy3Points` from the given observable geometry by casting the geometry instance to a `CircleBy3Points` instance.
`static Observable<CircleByCenterPoint>`	ObservableGeometryUtil.`deriveCircleByCenterPoint(Observable<Geometry> observableGeometry)` Derives an `Observable` `CircleByCenterPoint` from the given observable geometry by casting the geometry instance to a circle instance.
`static Observable<CircularArcBy3Points>`	ObservableGeometryUtil.`deriveCircularArcBy3Points(Observable<Geometry> observableGeometry)` Derives an `Observable` `CircularArcBy3Points` from the given observable geometry by casting the geometry instance to a `CircularArcBy3Points` instance.
`static Observable<CircularArcByBulge>`	ObservableGeometryUtil.`deriveCircularArcByBulge(Observable<Geometry> observableGeometry)` Derives an `Observable` `CircularArcByBulge` from the given observable geometry by casting the geometry instance to a `CircularArcByBulge` instance.
`static Observable<CircularArcByCenterPoint>`	ObservableGeometryUtil.`deriveCircularArcByCenterPoint(Observable<Geometry> observableGeometry)` Derives an `Observable` `CircularArcByCenterPoint` from the given observable geometry by casting the geometry instance to a `CircularArcByCenterPoint` instance.
`static Observable<CompositeCurve>`	ObservableGeometryUtil.`deriveCompositeCurve(Observable<Geometry> observableGeometry)` Derives an `Observable` `CompositeCurve` from the given observable geometry by casting the geometry instance to a `CompositeCurve` instance.
`static Observable<CompositePatch>`	ObservableGeometryUtil.`deriveCompositePatch(Observable<Geometry> observableGeometry)` Derives an `Observable` `CompositePatch` from the given observable geometry by casting the geometry instance to a `CompositePatch` instance.
`static Observable<CompositeRing>`	ObservableGeometryUtil.`deriveCompositeRing(Observable<Geometry> observableGeometry)` Derives an `Observable` `CompositeRing` from the given observable geometry by casting the geometry instance to a `CompositeRing` instance.
`static Observable<Point>`	ObservableBezierCurveUtil.`deriveControlPoint(Observable<BezierCurve> observableBezierCurve)` Derives an `Observable` `Point` from the given observable bezier curve that represents the control point.
`static Observable<Curve>`	ObservableGeometryUtil.`deriveCurve(Observable<Geometry> observableGeometry)` Derives an `Observable` `Curve` from the given observable geometry by casting the geometry instance to a `Curve` instance.
`static Observable<Ellipse>`	ObservableGeometryUtil.`deriveEllipse(Observable<Geometry> observableGeometry)` Derives an `Observable` `Ellipse` from the given observable geometry by casting the geometry instance to an ellipse instance.
`static Observable<EllipticalArc>`	ObservableGeometryUtil.`deriveEllipticalArc(Observable<Geometry> observableGeometry)` Derives an `Observable` `EllipticalArc` from the given observable geometry by casting the geometry instance to a `EllipticalArc` instance.
`static Observable<Point>`	ObservableBezierCurveUtil.`deriveEndPoint(Observable<BezierCurve> observableBezierCurve)` Derives an `Observable` `Point` from the given observable bezier curve that represents the end point.
`static Observable<ExtrudedGeometry>`	ObservableGeometryUtil.`deriveExtrudedGeometry(Observable<Geometry> observableGeometry)` Derives an `Observable` `ExtrudedGeometry` from the given observable geometry by casting the geometry instance to a `ExtrudedGeometry` instance.
`static Observable<Line>`	ObservableGeometryUtil.`deriveLine(Observable<Geometry> observableGeometry)` Derives an `Observable` `Line` from the given observable geometry by casting the geometry instance to a `Line` instance.
`static Observable<MultiGeometry>`	ObservableGeometryUtil.`deriveMultiGeometry(Observable<Geometry> observableGeometry)` Derives an `Observable` `MultiGeometry` from the given observable geometry by casting the geometry instance to a `MultiGeometry` instance.
`static Observable<Patch>`	ObservableGeometryUtil.`derivePatch(Observable<Geometry> observableGeometry)` Derives an `Observable` `Patch` from the given observable geometry by casting the geometry instance to a patch instance.
`static Observable<Point>`	ObservableGeometryUtil.`derivePoint(Observable<Geometry> observableGeometry)` Derives an `Observable` `Point` from the given observable geometry by casting the geometry instance to a point instance.
`static Observable<Point>`	ObservableCircleByCenterPointUtil.`derivePointAtAngle(Observable<CircleByCenterPoint> observableCircle, Angle angle)` Derives an `Observable` `Point` from the given observable circle that represents the point at the given angle.
`static Observable<Point>`	ObservableEllipseUtil.`derivePointAtAngle(Observable<Ellipse> observableEllipse, Angle angle)` Derives an `Observable` `Point` from the given observable ellipse that represents the point at the given angle.
`static Observable<Point>`	ObservablePolylineUtil.`derivePointAtEnd(Observable<Polyline> observablePolyline)` Derives an `Observable` `Point` from the given observable polyline that represents the end point of the polyline (regardless of the point count).
`static Observable<Point>`	ObservablePolylineUtil.`derivePointAtIndex(Observable<Polyline> observablePolyline, long index)` Derives an `Observable` `Point` from the given observable polyline that represents the point at the given index.
`static Observable<Point>`	ObservablePolylineRingUtil.`derivePointAtIndex(Observable<PolylineRing> observablePolylineRing, long index)` Derives an `Observable` `Point` from the given observable polyline ring that represents the point at the given index.
`static Observable<Point>`	ObservablePolylineUtil.`derivePointAtStart(Observable<Polyline> observablePolyline)` Derives an `Observable` `Point` from the given observable polyline that represents the start point.
`static Observable<Point>`	ObservablePolylineUtil.`derivePointOnSegment(Observable<Polyline> observablePolyline, long segmentIndex, double parameter)` Derives an `Observable` `Point` from the given observable polyline that represents a point on a segment of the polyline.
`static Observable<Point>`	ObservablePolylineRingUtil.`derivePointOnSegment(Observable<PolylineRing> observablePolylineRing, long segmentIndex, double parameter)` Derives an `Observable` `Point` from the given observable polyline ring that represents a point on a segment of the polyline ring.
`static Observable<Polygon>`	ObservableGeometryUtil.`derivePolygon(Observable<Geometry> observableGeometry)` Derives an `Observable` `Polygon` from the given observable geometry by casting the geometry instance to a `Polygon` instance.
`static Observable<Polyline>`	ObservableGeometryUtil.`derivePolyline(Observable<Geometry> observableGeometry)` Derives an `Observable` `Polyline` from the given observable geometry by casting the geometry instance to a polyline instance.
`static Observable<PolylineRing>`	ObservableGeometryUtil.`derivePolylineRing(Observable<Geometry> observableGeometry)` Derives an `Observable` `PolylineRing` from the given observable geometry by casting the geometry instance to a polyline ring instance.
`static Observable<Ring>`	ObservableGeometryUtil.`deriveRing(Observable<Geometry> observableGeometry)` Derives an `Observable` `Ring` from the given observable geometry by casting the geometry instance to a `Ring` instance.
`static Observable<Point>`	ObservableBezierCurveUtil.`deriveStartPoint(Observable<BezierCurve> observableBezierCurve)` Derives an `Observable` `Point` from the given observable bezier curve that represents the start point.
`static Observable<Surface>`	ObservableGeometryUtil.`deriveSurface(Observable<Geometry> observableGeometry)` Derives an `Observable` `Surface` from the given observable geometry by casting the geometry instance to a `Surface` instance.

Methods in com.luciad.geometries.observable with parameters of type Observable
Modifier and Type	Method and Description
`static Observable<ArcBand>`	ObservableGeometryUtil.`deriveArcBand(Observable<Geometry> observableGeometry)` Derives an `Observable` `ArcBand` from the given observable geometry by casting the geometry instance to a `ArcBand` instance.
`static Observable<Geometry>`	ObservablePatchUtil.`deriveBaseGeometry(Observable<Patch> observablePatch)` Derives an `Observable` from the given observable patch that represents the base of the patch.
`static Observable<BezierCurve>`	ObservableGeometryUtil.`deriveBezierCurve(Observable<Geometry> observableGeometry)` Derives an `Observable` `BezierCurve` from the given observable geometry by casting the geometry instance to a `BezierCurve` instance.
`static Observable<Point>`	ObservableCircleByCenterPointUtil.`deriveCenter(Observable<CircleByCenterPoint> observableCircle)` Derives an `Observable` `Point` from the given observable circle that represents the center point.
`static Observable<Point>`	ObservableEllipseUtil.`deriveCenter(Observable<Ellipse> observableEllipse)` Derives an `Observable` `Point` from the given observable ellipse that represents the center point.
`static Observable<CircleBy3Points>`	ObservableGeometryUtil.`deriveCircleBy3Points(Observable<Geometry> observableGeometry)` Derives an `Observable` `CircleBy3Points` from the given observable geometry by casting the geometry instance to a `CircleBy3Points` instance.
`static Observable<CircleByCenterPoint>`	ObservableGeometryUtil.`deriveCircleByCenterPoint(Observable<Geometry> observableGeometry)` Derives an `Observable` `CircleByCenterPoint` from the given observable geometry by casting the geometry instance to a circle instance.
`static Observable<CircularArcBy3Points>`	ObservableGeometryUtil.`deriveCircularArcBy3Points(Observable<Geometry> observableGeometry)` Derives an `Observable` `CircularArcBy3Points` from the given observable geometry by casting the geometry instance to a `CircularArcBy3Points` instance.
`static Observable<CircularArcByBulge>`	ObservableGeometryUtil.`deriveCircularArcByBulge(Observable<Geometry> observableGeometry)` Derives an `Observable` `CircularArcByBulge` from the given observable geometry by casting the geometry instance to a `CircularArcByBulge` instance.
`static Observable<CircularArcByCenterPoint>`	ObservableGeometryUtil.`deriveCircularArcByCenterPoint(Observable<Geometry> observableGeometry)` Derives an `Observable` `CircularArcByCenterPoint` from the given observable geometry by casting the geometry instance to a `CircularArcByCenterPoint` instance.
`static Observable<CompositeCurve>`	ObservableGeometryUtil.`deriveCompositeCurve(Observable<Geometry> observableGeometry)` Derives an `Observable` `CompositeCurve` from the given observable geometry by casting the geometry instance to a `CompositeCurve` instance.
`static Observable<CompositePatch>`	ObservableGeometryUtil.`deriveCompositePatch(Observable<Geometry> observableGeometry)` Derives an `Observable` `CompositePatch` from the given observable geometry by casting the geometry instance to a `CompositePatch` instance.
`static Observable<CompositeRing>`	ObservableGeometryUtil.`deriveCompositeRing(Observable<Geometry> observableGeometry)` Derives an `Observable` `CompositeRing` from the given observable geometry by casting the geometry instance to a `CompositeRing` instance.
`static Observable<Point>`	ObservableBezierCurveUtil.`deriveControlPoint(Observable<BezierCurve> observableBezierCurve)` Derives an `Observable` `Point` from the given observable bezier curve that represents the control point.
`static Observable<Curve>`	ObservableGeometryUtil.`deriveCurve(Observable<Geometry> observableGeometry)` Derives an `Observable` `Curve` from the given observable geometry by casting the geometry instance to a `Curve` instance.
`static Observable<Ellipse>`	ObservableGeometryUtil.`deriveEllipse(Observable<Geometry> observableGeometry)` Derives an `Observable` `Ellipse` from the given observable geometry by casting the geometry instance to an ellipse instance.
`static Observable<EllipticalArc>`	ObservableGeometryUtil.`deriveEllipticalArc(Observable<Geometry> observableGeometry)` Derives an `Observable` `EllipticalArc` from the given observable geometry by casting the geometry instance to a `EllipticalArc` instance.
`static Observable<Point>`	ObservableBezierCurveUtil.`deriveEndPoint(Observable<BezierCurve> observableBezierCurve)` Derives an `Observable` `Point` from the given observable bezier curve that represents the end point.
`static Observable<ExtrudedGeometry>`	ObservableGeometryUtil.`deriveExtrudedGeometry(Observable<Geometry> observableGeometry)` Derives an `Observable` `ExtrudedGeometry` from the given observable geometry by casting the geometry instance to a `ExtrudedGeometry` instance.
`static Observable<Line>`	ObservableGeometryUtil.`deriveLine(Observable<Geometry> observableGeometry)` Derives an `Observable` `Line` from the given observable geometry by casting the geometry instance to a `Line` instance.
`static Observable<MultiGeometry>`	ObservableGeometryUtil.`deriveMultiGeometry(Observable<Geometry> observableGeometry)` Derives an `Observable` `MultiGeometry` from the given observable geometry by casting the geometry instance to a `MultiGeometry` instance.
`static Observable<Patch>`	ObservableGeometryUtil.`derivePatch(Observable<Geometry> observableGeometry)` Derives an `Observable` `Patch` from the given observable geometry by casting the geometry instance to a patch instance.
`static Observable<Point>`	ObservableGeometryUtil.`derivePoint(Observable<Geometry> observableGeometry)` Derives an `Observable` `Point` from the given observable geometry by casting the geometry instance to a point instance.
`static Observable<Point>`	ObservableCircleByCenterPointUtil.`derivePointAtAngle(Observable<CircleByCenterPoint> observableCircle, Angle angle)` Derives an `Observable` `Point` from the given observable circle that represents the point at the given angle.
`static Observable<Point>`	ObservableEllipseUtil.`derivePointAtAngle(Observable<Ellipse> observableEllipse, Angle angle)` Derives an `Observable` `Point` from the given observable ellipse that represents the point at the given angle.
`static Observable<Point>`	ObservablePolylineUtil.`derivePointAtEnd(Observable<Polyline> observablePolyline)` Derives an `Observable` `Point` from the given observable polyline that represents the end point of the polyline (regardless of the point count).
`static Observable<Point>`	ObservablePolylineUtil.`derivePointAtIndex(Observable<Polyline> observablePolyline, long index)` Derives an `Observable` `Point` from the given observable polyline that represents the point at the given index.
`static Observable<Point>`	ObservablePolylineRingUtil.`derivePointAtIndex(Observable<PolylineRing> observablePolylineRing, long index)` Derives an `Observable` `Point` from the given observable polyline ring that represents the point at the given index.
`static Observable<Point>`	ObservablePolylineUtil.`derivePointAtStart(Observable<Polyline> observablePolyline)` Derives an `Observable` `Point` from the given observable polyline that represents the start point.
`static Observable<Point>`	ObservablePolylineUtil.`derivePointOnSegment(Observable<Polyline> observablePolyline, long segmentIndex, double parameter)` Derives an `Observable` `Point` from the given observable polyline that represents a point on a segment of the polyline.
`static Observable<Point>`	ObservablePolylineRingUtil.`derivePointOnSegment(Observable<PolylineRing> observablePolylineRing, long segmentIndex, double parameter)` Derives an `Observable` `Point` from the given observable polyline ring that represents a point on a segment of the polyline ring.
`static Observable<Polygon>`	ObservableGeometryUtil.`derivePolygon(Observable<Geometry> observableGeometry)` Derives an `Observable` `Polygon` from the given observable geometry by casting the geometry instance to a `Polygon` instance.
`static Observable<Polyline>`	ObservableGeometryUtil.`derivePolyline(Observable<Geometry> observableGeometry)` Derives an `Observable` `Polyline` from the given observable geometry by casting the geometry instance to a polyline instance.
`static Observable<PolylineRing>`	ObservableGeometryUtil.`derivePolylineRing(Observable<Geometry> observableGeometry)` Derives an `Observable` `PolylineRing` from the given observable geometry by casting the geometry instance to a polyline ring instance.
`static Observable<Ring>`	ObservableGeometryUtil.`deriveRing(Observable<Geometry> observableGeometry)` Derives an `Observable` `Ring` from the given observable geometry by casting the geometry instance to a `Ring` instance.
`static Observable<Point>`	ObservableBezierCurveUtil.`deriveStartPoint(Observable<BezierCurve> observableBezierCurve)` Derives an `Observable` `Point` from the given observable bezier curve that represents the start point.
`static Observable<Surface>`	ObservableGeometryUtil.`deriveSurface(Observable<Geometry> observableGeometry)` Derives an `Observable` `Surface` from the given observable geometry by casting the geometry instance to a `Surface` instance.

Uses of Observable in com.luciad.layers.styles.expressions

Methods in com.luciad.layers.styles.expressions with parameters of type Observable
Modifier and Type	Method and Description
`static <T> StyleExpression<T>`	StyleExpressionFactory.`parameter(Observable<T> observable)` Creates a parameter expression that is a style expression that can be changed at runtime.

Uses of Observable in com.luciad.models.features

Methods in com.luciad.models.features that return Observable
Modifier and Type	Method and Description
`static Observable<Geometry>`	ObservableFeatureUtil.`deriveGeometry(Observable<Feature> observableFeature, IFeatureGeometryProvider geometryProvider)` Derives an `Observable` `Geometry` from the given observable feature.

Methods in com.luciad.models.features with parameters of type Observable
Modifier and Type	Method and Description
`static Observable<Geometry>`	ObservableFeatureUtil.`deriveGeometry(Observable<Feature> observableFeature, IFeatureGeometryProvider geometryProvider)` Derives an `Observable` `Geometry` from the given observable feature.

Uses of Observable in com.luciad.symbology.military

Methods in com.luciad.symbology.military with parameters of type Observable
Modifier and Type	Method and Description
`boolean`	MilitarySymbolFeatureHandlesProvider.`canProvide(Observable<Feature> feature, FeatureEditContext context)` Indicates if this handles provider can create handles for the given `Feature`.
`IEditHandles`	MilitarySymbolFeatureHandlesProvider.`provide(Observable<Feature> feature, FeatureEditContext context, IFeatureEditCallback featureEditCallback)` Returns handles for the given feature.

Uses of Observable in com.luciad.utils

Methods in com.luciad.utils that return Observable
Modifier and Type	Method and Description
`static <T> Observable<T>`	Observable.`create(T initialValue)` Creates a new `Observable` with the given initial value.
`static <T> Observable<T>`	Observable.`create(T initialValue, Class<T> clazz)`

Uses of Classcom.luciad.utils.Observable

Uses of Observable in com.luciad.edit.features

Uses of Observable in com.luciad.edit.geometries

Uses of Observable in com.luciad.edit.handles

Uses of Observable in com.luciad.geometries.observable

Uses of Observable in com.luciad.layers.styles.expressions

Uses of Observable in com.luciad.models.features

Uses of Observable in com.luciad.symbology.military

Uses of Observable in com.luciad.utils

Uses of Class
com.luciad.utils.Observable