In case you want to try Aristotle, I asked Claude Code to make a plugin for it here https://github.com/afhverjuekki/claude-code-aristotle-plugin
2,816 karma · joined April 5, 2013
Previous effort: https://github.com/TylerMclaughlin/midi_to_tidalcycles
E.g. Aphex Twin - Avril 14: https://www.youtube.com/watch?v=KdSiv7unrx8
https://open.spotify.com/track/39K9sFCNCv7H5kyQAfcePr?si=8a1...
Tölvera is a Python library designed for composing together and interacting with basal agencies, inspired by fields such as artificial life (ALife) and self-organising systems. It provides creative coding-style APIs that allow users to combine and compose various built-in behaviours, such as flocking, slime mold growth, and swarming, and also author their own.
With built-in support for Open Sound Control (OSC) via iipyper and interactive machine learning (IML) via anguilla, Tölvera interfaces with and rapidly maps onto existing creative computing software and hardware, striving to be both an accessible and powerful tool for exploring diverse intelligence in artistic contexts.
Tölvera has been selected for Mozilla's first Builders Accelerator! Read the announcement:
https://blog.mozilla.org/en/mozilla/14-ai-projects-to-watch-...
Have you tried AOO on embedded platforms e.g. Bela, RPi?
Would you consider supporting bindings to other langs, e.g. Python? At iil.is we have an OSC package called iipyper and I'm curious what we could do with AOO in the Python ecosystem https://github.com/Intelligent-Instruments-Lab/iipyper
C++ for Real-Time Audio Programming: https://learn.bela.io/tutorials/c-plus-plus-for-real-time-au...
> Overall the biggest distinction as of now is that Taichi operates at a slightly higher level. E.g. implict loop parallelization, high level spatial data structures, direct interops with torch, etc.
> We are trying to implement support for lower level programming styles to accommodate such things as native intrinsics, but we do think of those as more advanced optimization techniques, and at the same time we strive for easier entry and usage for beginners or people not so used to CUDA's programming model
Video of same: https://www.instagram.com/p/CzJ-F-zN-s9/
Link to the remix EP: https://open.spotify.com/album/0Xs07jxD1MaEd9qmOTuqwb?si=E08...
Specifically https://strudel.cc/learn/tonal/
If you've visited Iceland before and enjoyed your trip, or otherwise have the means to do so, please consider donating:
"b. Parts of Kahneman's book were undermined by psychology's "replication crisis," which affected some of its findings, but not the idea of system 1 and 2."
Would have been a better footnote if additional references were provided for the latest in that area of discourse.
I started around 2014 or so, when there were fewer systems available. I saw Alex McLean perform with Tidal and that was enough for me, although I like to think I would have ended up using it anyway.
The main thing that initially grabbed me was the arbitrary subdivision of time in the mini-notation, something I’d spent countless hours doing painfully by hand in a DAW. I love the terse syntax and simple yet powerful philosophies underlying Tidal.
So-called 'visual programming languages' I don't find interesting for performance, since they rely on the mouse for program manipulation.
For me Tidal's mini-notation is the greatest music sequencing tool of all time, bar none. Every time someone shows me a sequencer I can usually write the Tidal code in my head on the spot, and save $1000s on redundant hardware. It could only be beaten by being turned into a physical instrument, something I've tried to do in the past: https://github.com/jarmitage/Stenophone.
That being said, even though I'm evidently a big Tidal fan I would still call attention to ICLC and HLCI, where amazingly creative and interesting new systems and approaches are being proposed every year: