Technical Papers
Fabrication
Tuesday, 7 August 9:00 AM - 10:30 AM | Los Angeles Convention Center, Room 502AB
Session Chair: Marc Alexa, Technischen Universität Berlin
Fabrication
Fabricating Articulated Characters From Skinned Meshes
Articulated characters are widespread in computer animation, but we lack methods for automatic fabrication of articulated 3D models using modern 3D printers. Ths paper proposes a method for estimating a fabricatable single material and a colored volume model that approximates the kinematics of a virtual 3D articulated character (for example, a skinned character).
Moritz Bächer
Harvard University
Bernd Bickel
Disney Research Zürich
Doug L. James
Cornell University
Hanspeter Pfister
Harvard University
Stress Relief: Improving Structural Strength of 3D Printable Objects
An automatic method that allows users to fix structural problems in computer models intended for 3D printing.
Ondrej Stava
Purdue University
Juraj Vanek
Purdue University
Bedrich Benes
Purdue University
Nathan Carr
Adobe Systems Incorporated
Radomir Mech
Adobe Systems Incorporated
Beady: Interactive Beadwork Design and Construction
Beady is an interactive system assists design and construction of customized 3D beadwork. The system also provides a visual step-by-step guide to assist the manual beadwork-construction process.
Yuki Igarashi
University of Tsukuba
Takeo Igarashi
The University of Tokyo/JST ERATO
Jun Mitani
University of Tsukuba/JST ERATO
Plastic Trees: Interactive Self-Adapting Botanical Tree Models
A dynamic tree-modeling and representation technique that allows complex tree models to interact with their environment interactively. The method uses changes in light distribution and proximity to solid obstacles and other trees to impose biologically motivated transformations of the tree’s branches and foliage.
Sören Pirk
Universität Konstanz
Ondrej Stava
Purdue University
Julian Kratt
Universität Konstanz
Michel Abdul-Massih Said
Purdue University
Boris Neubert
Universität Konstanz
Radomir Mech
Adobe Systems Incorporated
Bedrich Benes
Purdue University
Oliver Deussen
Universität Konstanz