## Uses of Class
org.eclipse.gef.fx.nodes.AbstractRouter.ControlPointManipulator

Packages that use AbstractRouter.ControlPointManipulator
org.eclipse.gef.fx.nodes: This package provides: an adaptation of an `IGeometry` to `Node`: `GeometryNode` a connection abstraction that is based on `IAnchor`: `Connection` a visual to display an image which is overlayed by another image on mouse hover: `HoverOverlayImageView` a visual providing a scrollable infinite canvas with a background grid: `InfiniteCanvas`

### Uses of AbstractRouter.ControlPointManipulator in org.eclipse.gef.fx.nodes

Methods in org.eclipse.gef.fx.nodes that return AbstractRouter.ControlPointManipulator
`protected AbstractRouter.ControlPointManipulator` AbstractRouter.`createControlPointManipulator(Connection connection)` Returns a newly created `AbstractRouter.ControlPointManipulator` that can be used to insert control points into the given `Connection`.

Methods in org.eclipse.gef.fx.nodes with parameters of type AbstractRouter.ControlPointManipulator
`protected Vector` OrthogonalRouter.`route(AbstractRouter.ControlPointManipulator cpm, Vector inDirection, Vector outDirection)`
`protected Vector` AbstractRouter.`route(AbstractRouter.ControlPointManipulator cpm, Vector inDirection, Vector outDirection)` Inserts router anchors where necessary.
`protected Vector` OrthogonalRouter.`routeNonOrthogonalSegment(Connection connection, AbstractRouter.ControlPointManipulator controlPointManipulator, Vector inDirection, Vector outDirection, int i, Point currentPoint)` This method is called for a non-orthogonal direction from the last point on the connection to the current point on the connection.
`protected Vector` OrthogonalRouter.`routeOrthogonalSegment(Connection connection, AbstractRouter.ControlPointManipulator controlPointManipulator, Vector currentDirection, int i, Point currentPoint)` This method is called for an orthogonal direction from the last point on the connection to the current point on the connection.