Originally conceived in 2008, Ghost in the Machine (GITM) consists of a webcam and display which mixes and crossfades events in realtime with motion-activated video it has recorded previously. It continually shifts between 3 states: individual, community, and the world.
GITM has been shown in many venues and contexts.
Touch #2 is a playful virtual environment and an interactive, musical instrument. Viewers become participants through play. The work transforms any flat wall into a touch-sensitive surface. A projector and infrared camera mount on the ceiling and infrared emitters mount on top of the wall, allowing the work to detect as many as 10 touches…
As part of the Ballet Wichita’s Innovations performance April 2024 I teamed up with Wichita State University’s Shocker Studios to track a dancer live, reinterpreting their motions on a stage-sized display behind them. Wichita State University’s Fairmount String Trio accompanied the dance, performing Dohnányi’s Serenade. To track the dancer we used 3 Vive 3.0 trackers…
In 2018 I collaborated with Artist Lisa Rundstrom and artist/engineer Tom McGuire to create the public art sculpture, Avian Migration at Wichita’s new Advanced Learning Library. Avian Migration consists of more than 1,300 LEDs controlled by 8 motion-activated sensors spread throughout the library. I was primarily responsible for the development and implementation of the software…
In 2011, as part of Hack.Art.Lab, I collaborated with composer Mary Ellen Childs and percussionist Michael Holland to create live animation triggered by live performance of Mary Ellen Childs’ composition “Still Life.” We analyzed the piece into 11 sections and created algorithmic video triggered by sound and motion to match each of the 11 sections. The video was projected…
Contrapuntal Composer is Prolog code which writes music for three simultaneous voices. Depending on initial parameters, it can write a fugue, a rondo, or any other contrapuntal form. Contrapuntal Composer obeys the rules of good voice leading within each voice and between the voices.
Around 2004 I developed a few protoype microphones enhanced to also offer proximity detection. The microphone could adjust it’s amplitude and bass response based on the proximity of the person using it. This would lessen the variable results users experience when holding a microphone too close or too far. Moreover, with proximity or its derivative mapped to a combination…