Learn SONIC-PI-LIVE with Real Code Examples

Ruby interpreter executes live code

SuperCollider server generates audio output

Threads and timing system for concurrency

Synths, samples, and effects managed internally

Real-time code evaluation allows continuous audio

Ruby code interpreted in real-time

SuperCollider generates audio output

Threads manage concurrent live loops

Synths, samples, and effects processed in real-time

Audio output is continuous and modifiable during playback

Client/editor interface for coding

Audio server (SuperCollider) for sound generation

Concurrency via live loops and threads

Built-in synths, effects, and samples

Immediate code evaluation for performance and education

Live coding concerts and performances

Music education and workshops

Algorithmic composition projects

Interactive installations using MIDI or OSC

Collaborative coding music sessions

Immediate auditory feedback

Educational and performance-oriented

Live coding and concurrency support

Ruby-based scripting for simplicity

Encourage experimentation and improvisation

Complex compositions require efficient live loops

CPU usage monitoring recommended for multiple threads

Preload samples for smoother performance

Optimize synth parameters for minimal glitches

Use effects judiciously in large projects

Scripts generally compatible across versions

Check for deprecated synth or sample names

Update sleep and loop logic if necessary

Test live loops and effects after upgrade

Consult release notes for breaking changes