Question 1

How do I set up cl-collider on Windows?

Accepted Answer

Install SuperCollider, a Common Lisp implementation like SBCL, and net-tools for port binding. Then, load cl-collider via Quicklisp and configure paths for scsynth and plugins as shown in the README's setup example.

Question 2

Is cl-collider better than SuperCollider's own language for live coding?

Accepted Answer

cl-collider is ideal if you prefer Common Lisp's REPL and macros for algorithmic composition, offering unique Lisp-native workflows. However, SuperCollider's native language has a larger community and more mature tools for general sound design.

Question 3

How can I record audio output to a file in cl-collider?

Accepted Answer

Use the disk_writer synth to write audio to a buffer, then call buffer-write to save it to a file, as detailed in the audio recording example with buffer allocation and control steps.

Question 4

What Lisp implementations work best with cl-collider?

Accepted Answer

The README specifies Clozure CL, SBCL, or ECL as supported implementations. SBCL is commonly used, but ensure compatibility with your system's audio setup, especially on Linux with JACK.

Question 5

Are there any good tutorials for beginners to cl-collider?

Accepted Answer

Current tutorial videos are deprecated, but the README links to demo videos and mentions upcoming tutorials. For now, prior knowledge of Common Lisp and SuperCollider basics is essential to get started.

Question 6

Can I use cl-collider for non-musical audio processing?

Accepted Answer

Yes, cl-collider supports any audio synthesis or manipulation available in SuperCollider, such as sound design or algorithmic audio generation, through its Lisp interface for defining custom synths and effects.

cl-collider

What is cl-collider?

Overview

Use Cases

Best For

Related Projects

Found a gem we're missing?

Not Ideal For

Pros & Cons

Pros

Cons

Frequently Asked Questions