DocumentCode
2255644
Title
Virtual clothes, hair and skin for beautiful top models
Author
Thalmann, Nadia Magnenat ; Carion, Stephane ; Courchesne, Martin ; Volino, Pascal ; Wu, Yin
Author_Institution
MIRA Lab., Geneva Univ., Switzerland
fYear
1996
fDate
24-28 Jun 1996
Firstpage
132
Lastpage
141
Abstract
Since 1986, we have led extensive research on simulating realistic looking humans. We have created Marilyn Monroe and Humphrey Bogart that met in a Cafe in Montreal. At that time, they did not wear any dress as such. Humphrey´s body was made out of a plaster model that has the shape of a suit. Colours on Marilyn´s body looked like a dress. Hairs were simulated as a global shape and skin was a colour. Since then, we have developed extensive research to simulate real virtual deformable clothes wearing by virtual humans. We also needed to have appropriate simulation of a skin and recently, we have developed new research on skin in order to decrease the plastic colour of our synthetic actors. Also there was a need to simulate hair in an efficient way. New methods have been developed, both for design and animation purpose that are compatible with the clothes module. In this paper, we introduce our most recent research results on these topics. We are now able to simulate top models that start to look like real ones. Our latest work, that shows Marilyn receiving a golden camera Award in Berlin, Germany, demonstrates the results of our research. This sequence has been shown in a ZDF television program that was seen by more than 15 million viewers
Keywords
computer animation; virtual reality; Humphrey Bogart; Marilyn Monroe; ZDF television program; animation; beautiful top models; plaster model; realistic looking humans; virtual clothes; virtual hair; virtual skin; Animation; Biological system modeling; Cameras; Deformable models; Hair; Humans; Plastics; Shape; Skin; TV;
fLanguage
English
Publisher
ieee
Conference_Titel
Computer Graphics International, 1996. Proceedings
Conference_Location
Pohang
Print_ISBN
0-8186-7518-7
Type
conf
DOI
10.1109/CGI.1996.511795
Filename
511795
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