AnimationHelper Class

Provides helper methods for working with animations.

Inheritance Hierarchy

SystemObject
DigitalRune.AnimationAnimationHelper

Namespace: DigitalRune.Animation
Assembly: DigitalRune.Animation (in DigitalRune.Animation.dll) Version: 1.4.0.0 (1.4.1.14427)

Syntax

public static class AnimationHelper

<ExtensionAttribute>
Public NotInheritable Class AnimationHelper

[ExtensionAttribute]
public ref class AnimationHelper abstract sealed

[<AbstractClassAttribute>]
[<SealedAttribute>]
[<ExtensionAttribute>]
type AnimationHelper =  class end

The AnimationHelper type exposes the following members.

Methods

	Name	Description
	Compress	Compresses the specified animation using simple lossy compression algorithm.
	ComputeAngularVelocity(Matrix33F, Matrix33F, Single)	Computes the angular velocity that rotates an object from the current orientation to a target orientation.
	ComputeAngularVelocity(QuaternionF, QuaternionF, Single)	Computes the angular velocity that rotates an object from the current orientation to a target orientation.
	ComputeLinearVelocity	Computes the linear velocity that moves an object from the current position to a target position.
	GetAncestors	Gets the ancestors of the AnimationInstance in the animation tree.
	GetDescendants(AnimationInstance)	Gets the descendants of the AnimationInstance in the animation tree using a depth-first search.
	GetDescendants(AnimationInstance, Boolean)	Gets the descendants of the AnimationInstance in the animation tree using either a depth-first or a breadth-first search.
	GetLeaves	Gets the leaves of the AnimationInstance in the animation tree.
	GetRoot	Returns the root instance of an animation tree.
	GetSelfAndAncestors	Gets the AnimationInstance and its ancestors in the animation tree.
	GetSubtree(AnimationInstance)	Gets the subtree (the given AnimationInstance and all of its descendants in the animation tree) using a depth-first search.
	GetSubtree(AnimationInstance, Boolean)	Gets the subtree (the given AnimationInstance and all of its descendants in the animation tree) using either a depth-first or a breadth-first search.