Olofsson: Audiovisual programming - Portable sonification projects
In this course we will equip ourselves with sensors, headphones and battery driven minicomputers. This all in order to go out into the world and explore different physical properties via sound. The equipment lets us listen to normally silent phenomenas like light, temperature, magnetism, position, pressure, vibration etc, and the participants will learn how to generate, control or influence sound with realtime data coming from such sensors. Exactly what data to collect and how it should sound is up to each participant. Demo projects, some sensors and minicomputers (BeagleBone black) will be provided. For sound synthesis we will use the open-source programming environment SuperCollider, and for the sensor reading part the popular programming language, Python.
room111, UdK, medienhaus, kleistpark
- 17apr 14-16: introduction to sensors, sonification and supercollider
- 24apr 14-16: supercollider in more detail (soundfiles and sensor inputs)
- 01may: NO CLASS (holiday)
- 08may 14-16: more supercollider (mic input)
- 15may 14-16: installing and preparing a system on the beaglebone black
- 22may: NO CLASS
- 29may: NO CLASS (holiday)
- 05jun 14-16: own projects
- 12jun 14-16: panning sounds and multi channel speaker setups
- 19jun 14-16: delay lines
- 26jun 14-16: own projects (pd)
- 03jul 14-16: own projects (serial)
- 10jul 14-16: own projects (multiple soundcards)
bring laptop and headphones.
links to previous semesters... https://redfrik.github.io/udk00-Audiovisual_Programming/
