Affiliation:
1. Oregon State University
2. Bournemouth University
3. University of Hong Kong and USC Institute for Creative Technologies
4. Snap Inc.
5. University of Hong Kong
Abstract
3D tensor field design is important in several graphics applications such as procedural noise, solid texturing, and geometry synthesis. Different fields can lead to different visual effects. The topology of a tensor field, such as degenerate tensors, can cause artifacts in these applications. Existing 2D tensor field design systems cannot be used to handle the topology of a 3D tensor field. In this paper, we present to our knowledge the first 3D tensor field design system. At the core of our system is the ability to edit the topology of tensor fields. We demonstrate the power of our design system with applications in solid texturing and geometry synthesis.
Funder
National Science Foundation
Hong Kong RGC general research fund
Publisher
Association for Computing Machinery (ACM)
Subject
Computer Graphics and Computer-Aided Design
Cited by
14 articles.
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