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Bricolo mechanical music system hand-on (video)
Nick Yulman has been doing the whole mechanical music thing for sometime. In fact, the first time he came to our attention was at Maker Faire a couple of years back, when he had a cadre of small robotic instruments set up on a table in a quiet corner near the food stands. For ITP's Spring Show, Nick decided to share the love and brought along his Bricolo mechanical music system. Comprised of a number of different modules, Bricolo is meant to simplify the act of incorporating robotics and physical objects into the creation of "electronic" music. The two main pieces are a drum arm, which can be mounted on a mic stand and uses and uses a simple actuator to swing a drum stick, and a platform with a small solenoid that can produce either percussive rhythms or melodic tones. All of the pieces can be easily controlled by any MIDI instrument or sequencer. The small platform that can produce actual musical tones converts notes from any MIDI source into a frequency that the solenoid can vibrate at, creating sound by striking a surface extremely quickly. In the video below you can see as an old hard cover book is turned into a bass synth. Interestingly, by opening and closing the book, varying the weight placed on the platform, you're able to create a filter effect. For the moment the tiny musical motors are largely a proof of concept -- exposed components attached to black or clear acrylic, but the hope is to eventually sell them to curious creators. Our composing skills might not be quite up to Mr. Yulman's lofty standards and we'll never write a bass line as good as I Want You Back. But, we are big fans of noise, and you can make plenty of it with Bricolo. Check out the video after the break to see it in action.
Burritob0t hands-on (video)
ITP, or the Interactive Telecommunications Program at the Tisch School of the Arts at NYU churns out some of the most reliably interesting tech-centric artists in the world. Every so often, the school opens its doors to the public and the press and, of course, we jumped at the chance to see what the grad students were cooking up... literally. Marko Manriquez took the opportunity to showcase his thesis project, the Burritob0t, a 3D printer the spits out edible piles of beans and cheese, instead of non-toxic (but, highly inedible) plastic. The base is built largely around a standard RepRap machine, with the Frostruder attachment from MakerBot. From there it's pretty simple to plug in any 3D model and build your creation from highly-processed Mexican food -- on a heated platform from the Thingomatic, of course. Marko says that his creation not only seemed like a logical way to combine "edible bits and digital bytes" but also a way to address the increasingly mechanized food industry and our growing reliance on manufactured "food." Sadly, we weren't able to get a complete demo on the show floor. The current incarnation of the device relies on air pressure to push the ingredients through syringes, and firing up the compressor was not an option. A Kickstarter is forthcoming, however, and Marko plans to upgrade the components to ditch the bulky and loud compressor. He also hopes to actually serve food from his printer, perhaps by taking up residence in a park. But, we suspect it'll be a while before you can get a Burritob0t burrito while you wait for your Concrete from Shake Shack. Check out the video after the break. %Gallery-155478%
In Mobile Assassins, cameraphones do the shooting
Students in NYU's Interactive Telecommunications Program at the university's Tisch School of the Arts have just completed a hi-tech version of the game Assassins, in which players use their cameraphones to take a picture of their target and score a "hit." Designers Jennifer Chowdhury and Ran Tao will unveil the game, called Mobile Assassins, at tomorrow's annual ITP Spring Show, after which it will be available for the public to use in controlled situations such as college orientations, trade conferences, and other events where you wouldn't be getting photographed by complete strangers. To enter a game, players must first take their own photo and MMS it to the MA server, after which they are sent a picture of their first target; if the first target is successfully "assassinated" without first snapping the assassin's picture, then the next hit on the target's own list is reassigned to the assassin. This all sounds a bit complicated, so if you're ever involved in one of these tournaments, your best bet is to lock yourself in a room for most of the game, only to reemerge just in time to counter-strike the other remaining player and claim your victory.[Via picturephoning and WMMNA]
