Breadboard for the LED beltbuckle…
Pretty much all the pieces are there. The circuit has been designed, the programming is nigh complete and all that is left is building the casing, minor tweaks here and there, and finally assembly. Even though the Silver face did take a while to come in we are still on a good time table. The prototype will be in dip packaging the final Belt Buckles will be printed for sip packaging. Photo here and more about the project here.
Very fun processing app – Drawing toy that produces parameterized organisms. Procedural animation allows the organisms to swim around in a virtual fluid environment interacting with each other. The project now interprets strokes made from a tablet pen. When a stroke is completed (or closed into a loop) it manifests an organism based on stroke length, speed, and pressure. While not exactly gesture recognition, it was a quick and dirty solution to what otherwise might have been a nightmare to develop (gesture recognition). [
Here’s Jason Kronenwald’s website- He’s into some old master bubblegum painting! He doesn’t like to chew his own gum, but instead has an army of gum chewers. He has explored a rainbow of gum in all sorts of sizes, flavors, and colors. He painstakingly creates his paintings on plywood using no artificial colors or flavors. (
Artwork made from chewed gum…the nascent bubble gum medium makes a strong artistic statement. Ben Harben’s work is composed of hundreds of pieces of 1-inch Dubble Bubble gum balls lovingly chewed to perfection, carefully placed on canvas panels and covered with an epoxy resin. The article has some HOW TO advice too. [
MAKE Flickr photo pool member Nicrosin writes “Hard drive art: A simple art piece, I loved the way it looked so had to hang it up. Just take apart an old hard drive, remove the magnets, and mount it on the wall”. Neat. Anyone can join the MAKE photo pool and post your own MAKE-like projects, art or whatever.
Hektor consists of a suitcase which contains two electric motors, a spray-can holder, toothed belts, cables, a strong battery and a circuit board which is connected to a laptop and controls the machine. The motors that are mounted onto the wall suspend the can holder through the toothed belts and define its position by changing the length of these belts. Thanks Doug!
