Skeletal Modelling System

A skeletal modelling system is a mesh that sits inside the main model mesh. It consists of invisible elements only ? straight line ?bones? connected by vertexes at either end. Where any vertex joins two or more bone lines, that vertex is assigned a scope of movement, dictating how it can bend the lines ? through which degrees and to what limits. Typically, only one skeletal mesh is required for any number of models with similar constraints.

This bone model is then mapped onto the avatar model, where each body part of the avatar, is assigned a bone. The axis point of that segment?s model space is aligned with the bone, such that when the bone system is animated, the avatar form will follow those movements.

See Also: Skeletal Animation System, Hierarchical Skeleton System, Bone Weighting

Below, we offer a selection of links from our resource databases which may match this term.

Angle Overrides Bone Animation Overrides Bone Level Of Detail Bone Weighting Hierarchical Skeletal Modelling System

Individual Bone Constraints Individual Vertex Bone Weighting Layered Construction Skeletal Animation System

Skeletal Modelling System

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Rapid interactive scene modelling from video
A new modelling system, VideoTrace; the result of a collaboration between The Australian Centre for Visual Technologies at the University of Adelaide, and The Oxford Brookes Computer Vision Group, is capable of taking the output of any handheld digital camcorder, and turn it into a 3D model.

Large Image Display: Prosthetic Jaw Hinging
One of the most important aspects when working with any skeletal system, is the joint where bones connect. If you don't get this area right, then bone will grind against prosthesis, and the bone is likely to take critical damage first. You inflame a joint, that did not have a problem in the first place, and spread further complications throughout the body.

Modelling Digital Dinosaurs

Not a platform or modelling software specific book, Modelling Digital Dinosaurs is Ken?s first book, and it takes you through the basics of creating 3D representations of something which has fascinated and captivated for centuries ? dinosaurs. The book does this in a patient, kind, step by step manner, demonstrating techniques which really aid the beginning to intermediate modeller. Contains a free copy of Amapi version 1.5 on the CD in case the reader does not have a 3D modeller.

Simplicity Versus Realism in Medical VR
We are so caught up in our desire for ever greater realism and ever greater accuracy when using VR and modelling tools to render the human body for diagnosis in whole or in part, that we often forget the benefits of simplicity. HemoVis, a medical VR tool for assessing weak points in the coronary system, achieves far better results with a 2D system than 3D with all the bells and whistles used more commonly in diagnosis.

The Status of Realistic modelling on Home PCs: Technological Progress 2008 - Nvidea 8800
Recreating utterly realistic, and believable humanoid avatars has been a goal of graphic design and modelling since time immemorial. We take a look at the limit of the real-time capabilities of the Nvidia 8800, as to progression made, to date.

IASTED Modelling and Simulation conference Proceedings 2003

The proceedings of the second Modelling and Simulation conference IASTED (International Association of Science and TEchnology for Development) ran, back in 2002. This inch and a half thick paperback tome contains a 115 full papers from experts around the world.

IASTED Modelling and Simulation conference Proceedings 2002

The proceedings of the first Modelling and Simulation conference IASTED (International Association of Science and TEchnology for Development) ran, back in 2002. This inch thick paperback tome contains a myriad of papers from experts around the world.

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