Abstract:
This paper describes a face-muscle model system capable of emoting avatars in a variety of applications. The presented model produces dynamically changing facial expressi...Show MoreMetadata
Abstract:
This paper describes a face-muscle model system capable of emoting avatars in a variety of applications. The presented model produces dynamically changing facial expressions on computer generated faces, using mathematically modeled muscle deformations. The muscle model used to distort sets of vertices in a 3D space, is independent of the geometric model and hence it can be applied to arbitrary face meshes. The work presented here is based on the theories of Keith Waters and Fred Parke as detailed in their book Computer Facial Animation. The original Geoface program was written by Keith Waters in 1994 at Cambridge Research Laboratories, and is available from the OpenGL organisation as part of a demo package.
Published in: 2008 International Conference Visualisation
Date of Conference: 09-11 July 2008
Date Added to IEEE Xplore: 18 July 2008
Print ISBN:978-0-7695-3271-4
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- IEEE Keywords
- Index Terms
- Facial Expressions ,
- Emotional Expressions ,
- Visualization Tool ,
- 3D Space ,
- Geometric Model ,
- Facial Muscles ,
- Original Program ,
- Muscle Contraction ,
- Disgust ,
- Motion Capture ,
- Social Anxiety Disorder ,
- Human Faces ,
- 3D Mesh ,
- Virtual Reality Experience ,
- Face Model ,
- Action Units ,
- Facial Surface ,
- Circular Muscle ,
- Facial Action Coding System ,
- Contract Value ,
- Sphincter Muscle ,
- Zone Of Influence ,
- Texture Map
- Author Keywords
Keywords assist with retrieval of results and provide a means to discovering other relevant content. Learn more.
- IEEE Keywords
- Index Terms
- Facial Expressions ,
- Emotional Expressions ,
- Visualization Tool ,
- 3D Space ,
- Geometric Model ,
- Facial Muscles ,
- Original Program ,
- Muscle Contraction ,
- Disgust ,
- Motion Capture ,
- Social Anxiety Disorder ,
- Human Faces ,
- 3D Mesh ,
- Virtual Reality Experience ,
- Face Model ,
- Action Units ,
- Facial Surface ,
- Circular Muscle ,
- Facial Action Coding System ,
- Contract Value ,
- Sphincter Muscle ,
- Zone Of Influence ,
- Texture Map
- Author Keywords