LilyPad Embroidery

LilyPad Embroidery: A Tribute to Leah Buechley

Floss, electronics, conductive thread, custom software

I’ve been working with Leah Buechley’s LilyPad Arduino, and in true embroidery sampler fashion, have composed this circuit to see what I could do. The embroidery uses traditional floss and techniques mixed with lights and sounds generated by the onboard software. The amount of light sensed by the sensor changes the speed and pitch of the lights and sounds generated. Move your shadow or hand over it to experience the changes.

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TV-B-Gone Tampon Case

I just got a new Adafruit Industries TV-B-Gone v1.1 kit, and decided to embed it into my tampon case. I never needed to carry around that many tampons, anyway! It still holds two, plus the electronics. I pulled out the switch on the PCB to the outside of the case so it can easily be activated while holding it, but also by items on a table! I find one of the most useful places for the TV-B-Gone is in restaurants. The button points slightly downward, so you can slyly press it by moving it up against something on the table, like your wine glass, flatware, etc. TVs don’t always bother me, but now I can turn them off during my most irritable time of the month.

finished

These photos are also available in a Flickr set of the construction.

sGloTaT

sGlobject Trumpet & Tambourine (sGloTaT) by Ryan Brotman, Byron Lahey, and Rebecca Stern

The sGloTaT sonic environment allows participants to originate sound by moving physical objects. It encourages novice users to play by naturally gesturing with two tangible user interface objects emulating a trumpet and tambourine. In this sound space, movements by the users generate visual feedback projected on the floor in the form of a three-dimensional rendering of a cone.

More photos are available at the Flickr set.

http://blip.tv/scripts/flash/showplayer.swf?enablejs=true&file=http%3A//blip.tv/rss/flash/535030&feedurl=http%3A//sternlab.blip.tv/rss/&autostart=false&brandname=Sternlab&brandlink=http%3A//sternlab.blip.tv/

This is the final project for Computational Principles for Media Arts, a fall 2007 class in Arts, Media and Engineering at Arizona State University. Please download the following paper for more information.

Files:
sGloTaT_BrotmanLaheyStern.pdf