Linux Laptop Orchestra
Virginia Tech has a new orchestra will be debuting a unique and original sound, laptop orchestra. Ivica Ico Bukvic, founder and director of the group and a faculty member in the Department of Music, points out that Virginia Tech’s laptop group is the first Linux-based orchestra in the world with focus on ultra-affordable design.
“To minimize cost in hope of encouraging widespread adoption as well as exploration of opportunities in K-12 education, we utilize an inexpensive MSI Wind netbook and employ Linux operating system that is freely available for download online,†said Bukvic. Thus far, only two other university laptop orchestras exist in the United States (Princeton and Stanford), and they feature Macbooks with pricey software and speakers that can run into thousands of dollars. Virginia Tech’s cost per seat is estimated at $700. Named in honor of the open source software that assists in giving it this financial flexibility, Virginia Tech’s laptop group is known as “L2Ork” (http://l2ork.music.vt.edu/).
Salad bowls for speakers
In keeping with the affordable design, Bukvic – in collaboration with Thomas L. Martin, associate professor in electric and computer engineering, and Eric Standley, assistant professor in the School of Visual Arts, and an army of undergraduate student researchers – fashioned homemade speakers out of wooden IKEA salad bowls. The hemispherical design, each with a half-dozen speakers, allows for omni-directional projection of a sound source. Painted black and soldered by the research project team over the summer, the speakers add a surreal look to this unique orchestra pit.
The Tech
Think of the computer as the music stand. Players observe their “scores†on the screen and follow upcoming directional cues. Wiimotes and nunchuks (gadgets used with today’s action computer games) are the instruments. Orchestra members hold one of these in each hand and thereby control loudness, pitch, sound color and just about any other parameter as prescribed by the composer. Their collective gestures mimic that of a bow on a stringed instrument and range from smooth to feverish intensity as volume builds.
The entire orchestra is networked, meaning each L2Orkist is fully aware of what other members of the ensemble are currently doing. This allows the ensemble to quickly change its configuration, for example, from following a director to simultaneously sharing the role of a conductor. Likewise, actions of one ensemble member, in addition to producing sound can also affect the instrument properties (color, pitch, loudness) of another instrument in the ensemble, spawning potentially a complex web of interdependencies.
Members of this new symphony are students who self-identify as “music technologists†and “computer geeks†as well as theatre arts, political science, engineering, biology, and math majors. L2Ork’s debut will feature compositions by Bukvic as well as music technology major David Mudre. “Composing for larger groups like traditional orchestras is a major and time-consuming feat,†said Bukvic. “This is also true for the laptop orchestra, except that on top of compositional challenges, one also faces the design of an instrument using Pure-Data programming language and the mapping of its features onto various gestures reproducible through the use of a wiimote, and their cumulative assessment through aural (e.g. sound) and visual (e.g. choreography) impression.â€