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SuperCollider | CCRMA
https://ccrma.stanford.edu/workshops/supercollider
SuperCollider is one of the most joyful (and powerful) programming environments for real time sound synthesis and processing, algorithmic & generative composition, and many other audio related applications. It is widely used by artists and scientists alike for both research and artistic creation.
Fun Programming - SuperCollider vs Processing
https://funprogramming.org/129-SuperCollider-vs-Processing.html
Introduction to the new SuperCollider and its new IDE. Quick look at some similarities and differences between SuperCollider and Processing. Both are programming languages, boch are Free Open Source Software (FOSS), and both come with an IDE. ... Tags: supercollider, sound, audio, creative coding. Code editor.
GitHub - supercollider/supercollider: An audio server ...
https://github.com/supercollider/supercollider
SuperCollider is a platform for audio synthesis and algorithmic composition, used by musicians, artists, and researchers working with sound. It consists of: scsynth, a real-time audio server with hundreds of unit generators ("UGens") for audio analysis, synthesis, and processing. supernova, an alternative server to scsynth with support for parallel DSP on multi-core processors.
Ross Bencina » supercollider
http://www.rossbencina.com/tag/supercollider
In SuperCollider, the dynamic audio processing graph (the graph of Nodes) is a linked data structure that is traversed at each audio buffer period to compute audio data. Modifications to the dynamic Node graph are achieved by posting asynchronous commands to the real-time audio processing thread via a lock-free queue.
SuperCollider Audio + Processing Visual - YouTube
https://www.youtube.com/watch?v=GUaI2Ktkbug
A quick demonstration of how I have linked SuperCollider to Processing via OSC.More information (code and domcumentation) can be found here:weimerhead.blogsp...
SuperCollider and Processing communication (part 1)
http://gewhere.github.io/sc3-to-processing-via-osc
SuperCollider has OSC support in its core, as it is based in a client-server model for communicating between sclang (client-side) and scsyth (server-side). Processing supports OSC communication via the oscP5 library which is one of the standard libraries that Processing is shipped. I found a bit tricky to send messages from SC3 to Processing.
A SuperCollider Implementation of Luigi Nono’s Post-Prae ...
https://ccrma.stanford.edu/~kermit/website/files/nonoPaper.pdf
Running at the interpret level means that SuperCollider can allow audio processing to run at a higher priority than less important system tasks (within the limits of processor speed and memory). Dynamic typing means that data objects can change in size throughout a program’s execution. This flexibility is crucial for live signal processing.
SuperCollider - Processing OSC Communication (Proof of ...
https://www.youtube.com/watch?v=DnuL3UpdRSM
A short proof-of-concept video demonstrating a basic synchronized audio-visual effect via OSC communication between SuperCollider and Processing.
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