Unfolding Stereo Audio for High- Density Loudspeaker Arrays
Auragami Unfolding Stereo Audio for High- Density Loudspeaker Arrays John Tanner Upthegrove 14 May 2019 Auragami: Unfolding Stereo Audio for High-Density Loudspeaker Arrays John Tanner Upthegrove Thesis submitted to the faculty of the Virginia Polytechnic Institute and State University in partial fulfillment of the requirements for the degree of Master of Fine Arts in Theatre Arts Randy Ward Charles Nichols Chris Russo May 14th, 2019 Blacksburg, Virginia Keywords: spatial audio, 3-D sound, ambisonics, sound design, digital audio, signal processing ©John Tanner Upthegrove CC BY https://creativecommons.org/licenses/by/4.0/ ii Auragami: Unfolding Stereo Audio for High-Density Loudspeaker Arrays John Tanner Upthegrove ABSTRACT As a critical complement to immersive music, especially in virtual and augmented reality, demand for high-density loudspeaker arrays (HDLAs), consisting of 24 or more individually addressable loudspeakers is increasing. With only a few dozen publicly accessible systems around the world, HDLAs are rare1, necessitating artistic and technical exploration. The work presented in this thesis details the culmination of four years of aesthetic and technical practice in composition and sound design for high- density loudspeaker arrays as an attempt to solidify existing standards and posit new practices. technical achievements include a pipeline to create repeatable and portable spatial audio mixes across arbitrary loudspeaker arrays, rapid spatial sound prototyping, and digital audio workstation workflow for 3-D soundscape creation. Aesthetic explorations have resulted in a distinct compositional voice, utilizing spatial audio systems as an instrument. Compositions specific to one venue may take advantage of the unique characteristics of a venue, such as loudspeaker layout, loudspeaker quantity, and room acoustics.
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