A gearwire.com interview when I had a mop on my head

stills of the patch I made that converted the information from the controller into usable data.

if you have never been to gearwire.com check it out. Neat stuff.

VHF Silicon - Kyle Evans - 2009

VHF Silicon Kyle Evans 2009 VHF Silicon is an interactive audio/video installation showed in SAICs spring 2009 undergraduate exhibition. This piece is an experiment in computer automation and the compatibility of old and new technologies. Computer generated digital processes are used to control and modulate three analog video signals. A computer program communicates with hand built analog circuitry by means of the Art Bus micro controller. The circuitry switches and modulates three separate analog video channels that are mixed and distorted onto an easily manipulated early 70s television set. Three ultra-sonic proximity sensors are placed surrounding the television each controlling a separate video signal and responding to viewers positions and movements throughout the space. Multiple viewers and relative proximity to the sensors all effect and modulate the displayed video. When the sensors are not being activated, the computer runs autonomously and begins randomly switching through the video signals. The sounds were created using an analog modular synthesizer and are synchronized to the switching and processing of their corresponding video.

Here are some stills of the patch running the piece...

The artbus micro controller that I used communicates with max using an application called Transmogrifier which converts serial communication into OSC.

Here is a video of the prototype version of this piece...

check out the artbus micro controller website

Didgeridoo Improvisation - custom built controller for Max/MSP sound processing and synthesis

This is a demonstration of my homemade didgeridoo controller. The controller communicates with Max/MSP via serial communication using a handmade micro controller circuit based on the ATMega 168 chip. I have it set up to control several levels of modulation, filters, delays and also trigger samples.

Here are some stills of my patch... (its a big patch so I can only fit so much into frame)

I used the Maxduino code to communicate with my micro (the ATMega 168 is conveniently the same chip used in the arduino!) Here is a link to a bunch of info on communicating your arduino to max/MSP

Hello World