![]() The Arduino is coded to understand when to turn the relay switches on and off so the planetarium, water fountain, and fan turn on in time to synchronize with video and audio-for the interactive experience of the beach beneath the stars. ![]() That value is sent through the programmed Max patch to an Arduino, a circuit board that connects to the switch. A webcam can view a specific symbol on the page of a book and relay a related value to Max. I recently found a video of a similar ImaginArt project that might give a better idea of what I’m planning.Įarlier this semester, I connected fiducial markers through ReacTIVision and a TUIO client to a Max patch. The turn of a page would create an interactive experience with video, audio, light, water fountain, fan, and planetarium turning on or off, according to the page of the book. The idea, from two years ago, was that a viewer would turn the pages of an interactive handmade book, and the personal story, with digital watercolor illustrations, would come to life. That may seem insignificant to some, but for me, it’s the last element of a project-come-true. I didn’t have the skills to bring the idea to fruition-until today! In Interactive Multimedia Art, David Fodel taught me how to use a relay switch, PowerSwitch Tail II, to turn a fan on and off from Max/MSP software. ![]() ![]() I’ve had the idea for an art installation project since my 3-D Design class in 2009. ![]()
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March 2023
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