In 2012 I created my first interactive touch wall: Touch #1. The work built on my experience creating the visuals for Still Life and was largely inspired by seeing autistic children experiencing pure joy while interacting in an immersive environment.
Touch #1 received a great response and was later installed at Exploration Place and at Living Arts Gallery in Tulsa. Touch #1 was also the inspiration for my next touch wall, Touch #2.
I wrote LegalLanguage, a scripting language for lawyers at Legal Services Corporation in West Virginia. The staff used LegalLanguage to write simple scripts that could then ask clients questions, give guidance, and print out the appropriate forms. This freed up resources to focus on the large number of cases involving domestic violence.
In the Spring of 2008 I taught Wichita State University’s Assembly Language Programming for Engineers course. As explained in the syllabus, the course used the Z80 microprocessor and the GameBoy platform to introduce general concepts of computer architecture, machine and assembly language programming. Students practiced the ideas and concepts introduced in the course with programming…
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…
TV Mountain is an art piece which was initially installed as part of TechArtICT’s Dreamgrass installation at Exploration Place Fall 2022. It consisted of 12 TVs at various angles and orientations, together forming a jumbotron. As part of Dreamgrass, it subjected faceless child-like objects to a litany of 80s commercials. The working remote enjoyed a…
I worked with VÃctor Adán to explore how if we might train a machine to recognize chords changes in music. We tried multiple models to solve the problem, including Support Vector Machines, Neural Networks, Hidden Markov Models, and a few variations of Maximum Likelihood systems.
Send and receive MIDI data in realtime from Python. Supports in32, OS X, Linux.