Static ReadonlyiStatic ReadonlysubclassesRetrieves the type of this mutable subclass as the name of the runtime class
The type of the mutable
See EventTarget.addEventListener for reference. Works with EventListenerUnified and EventUnified
Optional_options: boolean | AddEventListenerOptionsUpdates the property values of the instance according to the state of the animation mutator. Override to implement custom animation behavior.
Calculates and returns the direction the animation should currently be playing in.
the time at which to calculate the direction
1 if forward, 0 if stop, -1 if backwards
(Re-)Calculate the total time of the Animation. Calculation-heavy, use only if actually needed.
Clear this animations cache.
Recreates this instance of Serializable with the information from the given Serialization.
See EventTarget.dispatchEvent for reference. Works with with EventUnified
Returns a list of the names of the events the ComponentAnimation needs to fire between _min and _max input values.
The direction the animation is supposed to run in. >0 == forward, 0 == stop, <0 == backwards
a list of strings with the names of the custom events to fire.
Retrieves the specified attribute types from the metadata of this instance's class.
Returns the time to use for animation sampling when applying a playmode
Collect applicable attributes of the instance and copies of their values in a Mutator-object. By default, a mutator cannot be extended, since extensions are not available in the object the mutator belongs to. A mutator may be reduced by the descendants of Mutable to contain only the properties needed.
Returns an associative array with the same attributes as the given mutator, but with the corresponding types as string-values. Does not recurse into objects! This will return the decorated meta-type instead of the runtime-type of the object, if available.
Collect the attributes of the instance and their values applicable for animation. Basic functionality is identical to getMutator, returned mutator should then be reduced by the subclassed instance
Collect the attributes of the instance and their values applicable for the user interface. Basic functionality is identical to getMutator, returned mutator should then be reduced by the subclassed instance
Generates and returns a Mutator with the information to apply to the Node to animate in the state the animation is in at the given time, direction and quantization
Updates the attribute values of the instance according to the state of the mutator. The mutation may be restricted to a subset of the mutator and the event dispatching suppressed. Uses mutateBase, but can be overwritten in subclasses
Optional_selection: string[]Optional_dispatchMutate: booleanRemoves the event with the given name from the list of events.
name of the event to remove.
See EventTarget.removeEventListener for reference. Works with EventListenerUnified and EventUnified
Optional_options: boolean | AddEventListenerOptionsReturns a Serialization of this object.
Adds an Event to the List of events.
The name of the event (needs to be unique per Animation).
The timestamp of the event (in milliseconds).
Updates the values of the given mutator according to the current state of the instance
StaticblendStaticblendOverride the given base mutator with the given override mutator using linear interpolation between the values with the given weight. Set the intersect flag to only include properties in the result that exist in both of the given mutators.
StaticblendBlend the two given mutators together, using the given weights to determine the influence of each. The resulting mutator will contain all properties of the base mutator, with the properties of the blend mutator blended in. Blend mutator properties that don't exist in the base mutator will be added to the result mutator. Set the intersect flag to only include properties in the result that exist in both of the given mutators.
Staticget
Describes and controls and animation by yielding mutators according to the stored AnimationStructure and AnimationSequences Applied to a Node directly via script or ComponentAnimation.
Authors
Lukas Scheuerle, HFU, 2019 | Jirka Dell'Oro-Friedl, HFU, 2021-2023 | Jonas Plotzky, HFU, 2025