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PDCON:Conference/Electro-Acoustic Tools (EAT): High-Level Abstractions for Audio Manipulation and Spatialisation: Difference between revisions
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== Electro-acoustic Tools (EAT): High-Level Abstractions for Audio Manipulation and Spatialisation == | == Electro-acoustic Tools (EAT): High-Level Abstractions for Audio Manipulation and Spatialisation == | ||
Author: Richard Thomas | Author: Richard Thomas | ||
Download full paper: [[Media:Electro-Acoustic Tools High-Level Abs for Audio Manipulation and Spatialisation.pdf]] | |||
This paper introduces Electro-Acoustic Tools (EAT), a new set of accessible abstractions for composition and diffusion that are currently under development in Pure Data Extended. The aim of this project is to create well documented intermediate level tools that embrace the advanced functionality that [[Pure Data]] can provide for digital signal processing effects and spatialisation. The modules will include those for sound file playback, global transport with MIDI and parameter preset functions, elementary synthesis, granular synthesis, chorus, distortion, dynamic routing, spatialisation behaviours, [[MIDI]] control, phase shift, pitch shift, delay, reverb, and data analysis amongst others. The spatialisation modules will feature customisable semi-automatic metachronal wave and pseudo-random amplitude-based panning behaviours that can be added sequentially. Analytical modules will provide real-time feedback and facilitate the reflexive control of other module parameters using the harvested data. | This paper introduces Electro-Acoustic Tools (EAT), a new set of accessible abstractions for composition and diffusion that are currently under development in Pure Data Extended. The aim of this project is to create well documented intermediate level tools that embrace the advanced functionality that [[Pure Data]] can provide for digital signal processing effects and spatialisation. The modules will include those for sound file playback, global transport with MIDI and parameter preset functions, elementary synthesis, granular synthesis, chorus, distortion, dynamic routing, spatialisation behaviours, [[MIDI]] control, phase shift, pitch shift, delay, reverb, and data analysis amongst others. The spatialisation modules will feature customisable semi-automatic metachronal wave and pseudo-random amplitude-based panning behaviours that can be added sequentially. Analytical modules will provide real-time feedback and facilitate the reflexive control of other module parameters using the harvested data. | ||