Live coded music and visuals using Sonic Pi and Hydra.

Sonic Pi handles the sound — atmospheric jungle, breakbeats, ambient textures. Hydra handles the visuals — audio-reactive patterns, camera effects, generative art. They talk to each other over OSC.

├── utils.rb                 # helper functions (tempo control, sample patterns, stutter)
├── projects/
│   ├── template.rb          # full project template with annotated sections
│   ├── atmospheric_jungle_demo.rb
│   ├── atmospheric_jungle_live.rb  # same but with MIDI out for hardware
│   └── tutorial.rb
├── visuals/
│   ├── acid_simulation.js   # video-based, audio-reactive
│   ├── zhizha.js            # camera + voronoi patterns
│   ├── cam_osc_audio_react.js
│   ├── rain.js              # generative cellular patterns
│   ├── trippy_sphere.js     # pure math, no camera
│   └── osc_receive.js       # OSC listener template
├── project.rb               # quick example
└── rain.rb                  # ambient piece

• Projects: Actual compositions. atmospheric_jungle_demo.rb is the main one — chord progressions, amen break chopping, arps, the works.
• Visuals: Hydra sketches, mostly audio-reactive. Paste them into the Hydra editor.
• Utils: Shared helpers loaded via run_file. Pattern-based sequencing, sample wrappers, tempo transitions.

1. Install Sonic Pi
2. Open a project file (e.g. projects/atmospheric_jungle_demo.rb) in Sonic Pi
3. Update the run_file path at the top to point to your utils.rb location
4. Run it

For visuals, open Hydra in a browser and paste a script from visuals/.

Sonic Pi sends OSC messages to localhost:51000. The osc_receive.js Hydra script listens on that port. Use this to sync visuals to your music.

The live version (atmospheric_jungle_live.rb) sends MIDI to a Korg Minilogue. Adjust MIDI port names in the script to match your setup.

• can-of-sprats — my other music coding project, using Sardine (Python) + SuperCollider

Do what you want with it.