The Smart Controller: shifting performance boundaries
Angelo Fraietta · UNSWorks (University of New South Wales, Sydney, Australia) · 2024
Many composers today are using control voltage to MIDI converters and laptop computers running algorithmic composition software to create interactive instruments and responsive environments. Using an integrated device that combines the two devices at the performance would reduce latency, improve system stability, and reduce setup complexity. Composers and performers, however, have chosen not to use an integrated device due the boundaries imposed upon them by the available devices. Users were forced to program their patches using assembler. Secondly, it was difficult for users to upgrade the firmware inside their device. Users were also unable to build and modify the firmware in the way MAX users were able to create new types of objects. This paper examines these issues and explains how the Smart Controller overcame these boundaries. Additionally, examples are given where composers are now using the Smart Controller in their works in preference to laptop computers.