The models used in id Tech 4 engine games are animated using skeletal animation.

Computer generated models used in skeletal animation are not always anatomically correct.

Skeletal animation is well known in computer animation and 3D character simulation.

It is possible that with advanced skeletal animation code, variable translation control would not cause sliding feet.

ZBrush also has a feature that is similar to skeletal animation in other 3D programs.

An additional feature of Mechanisto 2.0 was its support for Skeletal animation.

The format does not support skeletal animation.

There are advantages to using morph target animation over skeletal animation.

The Animator uses a skeletal animation system.

It is presumed that id simply never finished the format, although almost all licensees derived their own skeletal animation systems from what was present.

Skeletal animation is the standard way to animate characters or mechanical objects for a prolonged period of time (usually over 100 frames).

Modern animation databases can be populated via the extraction of skeletal animations from motion capture data.

Ragdoll physics, destructible objects, realistic bullet ballistics and skeletal animation can all be found in the game.

It is also possible to take vertex positions found in skeletal animation and then use those rendered as morph target animation.

BioForge pioneered quaternion-based skeletal animation, with pose interpolation and interchangeable skeletons.

Skeletal animation system:

Final Fantasy X features innovations in the rendering of characters' facial expressions, achieved through motion capture and skeletal animation technology.

Skeletal animation is referring to the forward kinematics part of the rig, where a complete set of bones configurations identifies a unique pose.

Performance capture (or motion capture) can speed up development time of skeletal animation, as well as increasing the level of realism.

Awesome Animator features skeletal animation which is a way of linking together shapes such as arms or legs so that can be animated like a puppet.

The DTS models could be animated using either skeletal animation or morph target animation.

It was also possible to blend multiple skeletal animations together by playing them simultaneously or automatically tweening between the different positions of bones in the skeleton.

The format uses vertex movements (sometimes called per-vertex animation) as opposed to skeletal animation in order to store animation.

Also, in methods of rendering where vertices move from position to position during in-between frames, a distortion is created that does not happen when using skeletal animation.

Avatar bodies are animated using skeletal animation, whereas Avatar faces are animated by changing the eye and mouth textures.