Artwork Interaction Design Web Design Sound Design Game Design Programming
Augmented Reality Tangible User Interface 2D Animation 3D Modeling / Anim Video Package Design
MS Thesis Project - Tangible Synergetic Domes
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Buckminster Fuller synergetic theory

The goal of this project is to create a set of tangible, interactive, dynamic objects to allow for a direct understanding of the relationship between symmetrical polyhedra (octahedron or icosahedron), type (alternate or triacon) and frequency of polyhedra subdivision, angles of radii for vertices and resulting chord factors (lengths of subdivided triangle edges) which determine the construction method of a geodesic sphere or dome. By changing the measurement in one factor, the change will be seen across linked factors and the system as a whole.

The end result (May, 2012) will be a spherical tangible interface which will allow for the interaction design.

Research and Concept Development, models

Fred Leighton

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