audio

Swarovski Refract

This is a music iphone/ipad app I made with Multiadaptor and
Bobby Krlic for Swarovski. It's a program for creating audio-visual compositions.

ofxOscilloscope

Here's a program I made that turns your mac into an oscilloscope, using the audio in or microphone as an input. I take no responsibility for blowing up your computer so please be warned, it's for line level audio signals only!

Get it here!

Speakatron v.2

This is a long overdue, small update to speakatron, the mini project I did last year that tracks your face and makes a sound when you open your mouth. This new version uses Jason Saragih's awesome FaceTracker, and Dan Wilcox's ofxPd.

Apart from the tracking being much more robust due to Jason's code, I just tweaked the graphics and sugar-coated the sound a bit.

MZ-101: Javascript Synthesizer

MZ-101 is a monophonic synthesizer, modeled on the old analog synthesizers of the 70's and 80's. Warning: this probably only works on Google Chrome, on a fast computer. I tried it in firefox, and although it makes a sound, it doesn't really work. Please let me know if it starts working in firefox. It's DSP processing is quite rudimentary, but it's just a proof of concept at the moment.

check it out here: http://www.mazbox.com/mz101

speakatron - project for Music Hack Day

Here's the project I did for music hack day. It uses your webcam to look to see if your mouth is open and then plays a sound if it is.

Multithump at the V&A

Introducing... SampleToy

Indoor Snow

Multitouch Sphere and Multithump at Tent Digital

At tent digital (part of tent digital) last week, we showed the multitouch sphere I've been working on. The sphere itself is a product by Pufferfish So we put a camera in it and some IR lighting. I wrote an interactive artwork thingy, which was basically a particle system that drove something called a Voronoi diagram.

Physical Sequencer

I wrote the software for a physical sequencer as part of Yamaha/RCA's exhibition at Chappell's of Bond Street. It was Giuseppe Guerriero's concept and Stefan Dzisiewski-Smith did the electronics.

Basically it was a step sequencer with 7 rows of 8 cells. Each cell has a depth sensor with which you can turn the cell on or off. The cells each have a light indicating whether they're active or not and a light indicating the which part of the sequence you're on.

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