This is so dope! Love seeing the analog rytm used in a coding project like this. Want to see if I can get it to work with my mk-II, should be basically the same.

those are some incredible tones you're working with in the video. are they being generated by the rytm or samples or something else?

That video is of Mike Hodnick, not myself. But to answer your question, the timbres are generally a combination of both things you mention. At its core TidalCycles triggers samples, but it also controls the effect chain they go through; you can pattern "clean DISTORTED clean clean DISTORTED" as easily as "kick hat snare hat". And sufficiently high-frequency control of the synths will have timbral repercussions, too -- alternate, for instance, between two constant frequencies sufficiently quickly and you've built a simple FM synth.

Also worth checking out Lil Data [1], an artist affiliated with PC Music who uses TidalCycles and also has a doctorate in some pretty interesting musical research [2].

[1] https://soundcloud.com/lil-data [2] https://scholar.google.co.uk/citations?user=APvoBhUAAAAJ&hl=...

+1. Lil Data is fantastic.

This is a very cool approach to UI. I've been struggling to design a reasonable UI for poly. I think I saw a similar thing on the youtube channel of Yogev Gabay, but I forgot the name.

Very cool! How is this better than SuperCollider, which I have considered (and learned a bit about) in the past?

Tidalcycles actually runs SuperCollider as its sound backend, through the SuperDirt library: https://github.com/musikinformatik/SuperDirt/

Nice! But why shouldn't I just use SuperCollider directly?

They have different focii. SuperCollider gives you good timbral control, but patterning at the melodic or chord level is awkward. TidalCycles is a language for musical patterns, not for generating waveforms directly. If you want to mess with both, I'd recommend starting from the definitions of the synths in SuperDirt, the collection of SuperCollider synths that TidalCycles uses.

TidalCycles does offer a lot of ways to control the timbre -- there are a bunch of effects, including some magical granular stuff. And merely triggering samples at sufficiently high frequencies, particularly frequencies that vary over time, can generate some cool sounds. But SC will give you much more control over that kind of thing.

SuperCollider is a language, an IDE, and a client/server app for audio programming.

TidalCycles uses a different language, does not tie you to any particular IDE, and is focused on music in particular, not audio in general.

This set by yaxu (Tidalcycles author) is what convinced me to get into livecoding seriously:

https://www.youtube.com/watch?v=1IzfMqs5NGw

(this set is "from scratch", meaning that it opens with an empty file and starts from there, making it clearer to understand what is going on as it builds up)

2030, USA: 9PM, San Francisco.

As we sit into our booth and the environment closes around use we are greeted with soft, soothing music.

As we get into conversation, the body language, verbal language, laughter and even facial expressions we express inform the mood of the room - and the music that it produces. A certain, unique-to-our-meeting melody. All of this is encoded and played back as music in real time.

Later we can use the melody to replay the mood and dialogue of the night - as everything that was said was encoded into the music heard - but may be decoded to have a recording of the conversation...

For further information, contact

@Cymatic.ai

It's recently gotten a great deal easier to play with thanks to Strudel, a JS variant.

Strudel REPL: https://strudel.tidalcycles.org/

One interesting feature of Tidalcycles is Euclidean Sequences, where various 'natural' ways of distributing X notes over Y durations are easily expressed: [1] https://tidalcycles.org/docs/reference/mini_notation/#euclid... [2] https://strudel.tidalcycles.org/learn/mini-notation#euclidia...

How would you compare Tidal to stuff like Sonic Pi? I admit Haskell appeals to me WAY more than Ruby, though it seems the install process isn't as seamless as SP is.

So I went through the tutorial and got it set up on my old linux laptop, got it making sounds and managed to go through the workbook tutorial to hear that working. Maybe this will be my excuse to get a bit better with Haskell.