This constructor creates an AnimationTrigger. These are typically constructed within Part templates. Using GraphObject.make it might look like:
var $ = go.GraphObject.make;
// ...
$(go.Shape,
// Animate all changes to Shape.opacity immediately
new go.AnimationTrigger("opacity", null, go.AnimationTrigger.Immediate),
{
// ...
}
)
A string naming the target property to animate. This should not be the empty string.
An optional Object describing properties to set on animations created by this AnimationTrigger. See the animationSettings property for detail. If specified, this also sets the startCondition to AnimationTrigger.Immediate.
An optional EnumValue to set the startCondition property.
These settings are only used if the startCondition is AnimationTrigger.Immediate. Creating a new AnimationTrigger with animationSettings in the constructor automatically sets startCondition to AnimationTrigger.Immediate
This gets or sets the settings for any Animations this trigger creates. Immediate triggers create a new Animation with each triggering, and apply these settings to that Animation.
This can be set to an object with a subset of possible Animation settings. The default value is null, which keeps default Animation settings.
Since a startCondition of AnimationTrigger.Bundled uses the default animation, you must set the properties of AnimationManager.defaultAnimation, and not this property, to modify the animation settings.
To set default settings for all created Animations, you can modify the settings on AnimationManager instead, such as AnimationManager.duration.
Possible properties to set in this object are:
number, corresponding to Animation.duration.Function, corresponding to Animation.finished.EasingFunction, corresponding to Animation.easing.Gets or sets the name of the property to animate on the target GraphObject. The default value is set during constructor initialization.
You can only specify properties that exist on the GraphObject, and are also registered with AnimationManager.defineAnimationEffect. By default these properties are the same as the list of possible Animation effects:
"position""location" (on Parts)"scale""opacity""angle""desiredSize""width""height""background""fill" (on Shapes)"strokeWidth" (on Shapes)"strokeDashOffset" (on Shapes)"stroke" (on Shapes, TextBlocks)Examples of defining additional properties by adding animation effects are given in the Introduction Page on Animations.
Gets or sets the starting condition for this trigger.
AnimationTriggers can invoke an animation immediately, starting a new animation with each property of each GraphObject that has been modified, or they can (more efficiently) be bundled together into the default animation (AnimationManager.defaultAnimation) and begin only one animation, at the end of the next transaction.
It is useful for the startCondition to be AnimationTrigger.Immediate when changing GraphObject properties on GraphObject.mouseEnter or GraphObject.mouseLeave. It is useful for the startCondition to be AnimationTrigger.Bundled when changing several GraphObject properties together, such as when highlighting multiple parts, on selection changes, and during transactions, or when performance is a consideration.
These behaviors can be set with the values AnimationTrigger.Immediate and AnimationTrigger.Bundled, respectively. The default value, AnimationTrigger.Default, attempts to infer which is best: It will start immediately if there is no ongoing transaction or if Diagram.skipsUndoManager is true, and otherwise bundle them.
Create a copy of this AnimationTrigger, with the same property values.
Used as a value for startCondition. The AnimationManager will use the default animation to prepare a single Animation that begins when the current transaction has ended. This animation may be canceled if a new transaction is started.
Used as a value for startCondition. GoJS will attempt to AnimationTrigger.Bundled or AnimationTrigger.Immediate based on the state of the transaction. If no transaction is ongoing, this trigger will be treated as using AnimationTrigger.Immediate, otherwise it will work as AnimationTrigger.Bundled.
Used as a value for startCondition. A new animation will be created for every instance of the property changed, and started immediately, and run until completion. This may be useful for cosmetic changes, such as animating the opacity or color of an object on mouseEnter or mouseLeave. However, using AnimationTrigger.Bundled may be more efficient, as it will create fewer
An AnimationTrigger describes how to automatically animate a property on a GraphObject when it changes value. The target property name is a string, and all name matching is case-sensitive.
Triggers will be shared by all copies of the template's GraphObjects. You can include AnimationTriggers in your templates just like Bindings are included:
When the startCondition is AnimationTrigger.Default, GoJS will attempt to AnimationTrigger.Bundled or AnimationTrigger.Immediate based on the state of the transaction. If no transaction is ongoing, this trigger will treat the default as using AnimationTrigger.Immediate. Otherwise it will work as AnimationTrigger.Bundled.
When the startCondition is AnimationTrigger.Bundled, the AnimationManager will use the default animation to prepare a single Animation that begins when the current transaction has ended. This animation may be canceled if a new transaction is started.
When the startCondition is AnimationTrigger.Immediate, a new animation will be created for every instance of the property changed, and started immediately, and run until completion. This may be useful for cosmetic changes, such as animating the opacity or color of an object on mouseEnter or mouseLeave.
You can only specify properties that exist on the GraphObject, and are also registered with AnimationManager.defineAnimationEffect. By default these properties are:
"position""location"(on Parts)"scale""opacity""angle""desiredSize""width""height""background""fill"(on Shapes)"strokeWidth"(on Shapes)"strokeDashOffset"(on Shapes)"stroke"(on Shapes, TextBlocks)Examples of defining additional animation properties are given in the Introduction Page on Animations.
2.1