2016 IEEE Pacific Visualization Symposium (PacificVis) (2016)
April 19, 2016 to April 22, 2016
Hui Zhang , University of Louisville, KY, USA
Yiwen Zhong , Fujian Agriculture and Forestry University, China
Jade Jiang , Zionsville High School, IN, USA
In this paper we present a mathematical knot/braid diagram interface that exploits 3D computer graphics, interactive visualization, and multi-touch technology to enhance one's intuitive experience with mathematical theory of knots. Our interaction model is based on the clever but simple geometric construction named the Reide-meister moves, which allows 3D topological manipulations using rather simple 2D moves. Multi-touch interfaces can provide a natural way for us to interact with the extra degrees of freedom that characterize knots' mathematical, physical, and arithmetic properties. Relative to a specialized mouse-driven interface, the proposed multi-touch interface is easier and more intuitive to learn, and our pilot study shows that knot and braid manipulation with multi-touch is much faster and more efficient. All these combine to show that interactive computer graphics methods and computer interfaces can be used to construct virtual manipulatives and meet the challenge of exploring abstract mathematical worlds.
G.4 [Mathematical Software]: User interfaces, I.3.6 [Computer Graphics]: Methodology and Techniques ? Interaction techniques, I.6.8 [Simulation And Modeling]: Types of Simulation ? Visual
H. Zhang, Y. Zhong and J. Jiang, "Visualizing knots and braids with touchable 3D manipulatives," 2016 IEEE Pacific Visualization Symposium (PacificVis)(PACIFICVIS), Taipei, Taiwan, 2016, pp. 24-31.