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A precursor to the Nintendo WII this interactive project bridges the gap between communication, motion and light. Starting from a single glowing sphere, I intended to create a language in which communication could be understood through action rather than words. Through simple physical movements in space, light patterns and colors can be changed. I sought to develop a relationship between the color-changing sphere and the person wielding the sphere.
My first question was “Is it possible to make a sphere change color, and if so what could these changes communicate?”
Learning from the success of the Bubble I developed a set of guides for this project. I determined at least three factors that make an engaging experience. The Motion-Bubble must be physically engaging, have a highly intuitive interface, and be visually expressive. The project must also satisfy a beginner and expert. With this information I began the development process of the Motion-Bubble.
This project became my MFA thesis at ArtCenter College of Design. If you are interested in the more details or my final paper please contact me directly.
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prototype #1 Six Axis Cube
purpose: To test the capabilities of the piezo-electric film as a six axis accelerometer.
description: Six pieces of piezo-electric film arranged in an array within a plastic cube. The film is arranged so that all six axis can be detected by movement. The film is wired to an ICube. The ICube is connected to a MIDI to USB adapter which is then connected to a Macintosh computer.
prototype #2 variable intensity LEDs
purpose: To determine the color capabilities of mixing Red, Green, and Blue LEDs.
description: Three Red, Three Green, and Three Blue LEDs are connected to Three dials. The dials allow you to vary the intensity of the three colors from 0 to 16. 0 is off and 16 is full intensity.
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