CurvePoint Class - Fuse Documentation

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Defines a point inside a Curve

Only one of each pair ControlIn/TangentIn and ControlOut/TangentOut can be defined, as they both define the same tangent to a point. These tangent definitions override the default values: if not specfied the Curve will assign appropriate defaults depending on the Style.

The ControlIn/Out values define a bezier style control point before and after the point.

The TangenIn/Out values define the direction and strenght of the tangent at the point. These are defined according to the Cubic Hermite definition.

Location

Namespace: Fuse.Controls
Package: Fuse.Controls.Primitives 2.9.1

Show Uno properties and methods

Interface of CurvePoint

At : float2 ux

The position of the point. This is relative to the size of the Curve control.

ControlIn : float2 ux

The control point of a bezier on the incoming side of this point.

ControlOut : float2 ux

The control point of a bezier on the outgoing side of this point.

CurvePoint Constructor uno

Creates a new CurvePoint

HasControlIn : bool uno

HasControlOut : bool uno

HasTangentIn : bool uno

HasTangentOut : bool uno

NameAt : Selector uno

NameControlIn : Selector uno

NameControlOut : Selector uno

NameTangentIn : Selector uno

NameTangentOut : Selector uno

Tangent : float2 ux

Use the same value for both TangentIn and TangentOut.

TangentIn : float2 ux

The direction and strength of the tangent leading into this point.

TangentOut : float2 ux

The direction and strength of the tangent leading out of this point.

X : float ux

Access to the At.X value

Y : float ux

Access to the At.Y value.

Inherited from Node

Add(Binding) uno

Bindings : IList of Binding ux

The list of bindings belonging to this node.

ContextParent : Node uno

The context parent is the semantic parent of this node. It is where non-UI structure should be resolved, like looking for the DataContext, a Navigation, or other semantic item.

FindByType<T> : T uno

FindNodeByName(Selector, Predicate<Node> (Node)) : Node uno

Finds the first node with a given name that satisfies the given acceptor. The serach algorithm works as follows: Nodes in the subtree are matched first, then it matches the nodes in the subtrees ofthe ancestor nodes by turn all the way to the root. If no matching node is found, the function returns null.

GetNearestAncestorOfType<T> : T uno

Insert(int, Binding) uno

IsRootingCompleted : bool uno

Whether rooting for this node is completed. Returns false if unrooting has started.

IsRootingStarted : bool uno

Whether rooting of this node has started. Note that even if this property returns true, rooting may not yet be completed for the node. See also IsRootingCompleted.

Name : Selector ux

Run-time name of the node. This property is automatically set using the ux:Name attribute.

NextSibling<T> : T uno

Returns the next sibling node of the given type.

OnDataChanged(string, object) uno

OnRooted uno

If you override OnRooted you must call base.OnRooted() first in your derived class. No other processing should happen first, otherwise you might end up in an undefined state.