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A computer graphics human figure application of bio-stereometrics

A computer graphics human figure application of bio-stereometrics A study of improved computer graphic representation of the human figure is being conducted under a National Science Foundation grant. Special emphasis is given bio-stereometrics as a primary data base from which applications requiring a variety of levels of detail may be prepared. For example, a human figure represented by a single point can be very useful in overview plots of a population. A crude ten point figure can be adequate for queuing theory studies and simulated movement of groups. A one hundred point figure can usefully be animated to achieve different overall body activities including male and female figures. A one thousand point figure similarly animated, begins to be useful in anthropometrics and kinesiology gross body movements. Extrapolations of this order-of-magnitude approach ultimately should achieve very complex data bases and a program which automatically selects the correct level of detail for the task at hand. See Summary Figure 1. http://www.deepdyve.com/assets/images/DeepDyve-Logo-lg.png ACM SIGDA Newsletter Association for Computing Machinery

A computer graphics human figure application of bio-stereometrics

ACM SIGDA Newsletter , Volume 8 (2) – Jun 1, 1978

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Publisher
Association for Computing Machinery
Copyright
Copyright © 1978 by ACM Inc.
ISSN
0163-5743
DOI
10.1145/1061458.1061459
Publisher site
See Article on Publisher Site

Abstract

A study of improved computer graphic representation of the human figure is being conducted under a National Science Foundation grant. Special emphasis is given bio-stereometrics as a primary data base from which applications requiring a variety of levels of detail may be prepared. For example, a human figure represented by a single point can be very useful in overview plots of a population. A crude ten point figure can be adequate for queuing theory studies and simulated movement of groups. A one hundred point figure can usefully be animated to achieve different overall body activities including male and female figures. A one thousand point figure similarly animated, begins to be useful in anthropometrics and kinesiology gross body movements. Extrapolations of this order-of-magnitude approach ultimately should achieve very complex data bases and a program which automatically selects the correct level of detail for the task at hand. See Summary Figure 1.

Journal

ACM SIGDA NewsletterAssociation for Computing Machinery

Published: Jun 1, 1978

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