How does Metairony mode work?

Metairony mode creates self-referential sonification, effectively 'coloring outside the lines' by sonifying the script's own execution and transgression of rules.

What is Hydra Flow Grokking?

It is a specialized analysis mode that uses 69 distance metrics to cluster and sonify the relationship between information, agency, and energy in live-coding environments.

Does this skill require external software?

Yes, this skill requires 'sox' (Sound eXchange) for audio playback and either Python 3 or Julia with the Gay.jl package for processing.

What is GF(3) conservation in this context?

It ensures that tripartite emissions (Plus, Ergodic, and Minus) always sum to zero mod 3, maintaining compositional and structural harmony in the output.

What is the CatSharp scale?

It is a mathematical mapping system based on Guerino Mazzola's Topos of Music, which links categorical structures and topological principles to musical pitch classes.

CatSharp Sonification

Name: CatSharp Sonification
Author: plurigrid

byplurigrid

•

Data Science & ML

Sonifies Galois Field color streams and code execution flows using mathematical music theory and categorical structures.

About

CatSharp Sonification transforms deterministic data streams and color sets into audible landscapes based on Mazzola’s Topos of Music. By mapping Galois Field (GF(3)) color streams to specific pitch classes and waveforms via the CatSharp scale, it allows users to 'hear' mathematical relationships and code structures. With advanced modes like Metairony for self-referential sonification and Hydra Flow Grokking for analyzing live-coding synth taxonomies, it bridges the gap between category theory, information theory, and digital signal processing for a unique auditory data analysis experience.

Key Features

Metairony mode for self-referential and transgressive sonification patterns.
Mazzola's Topos of Music implementation for mathematical pitch and harmony mapping.
Hydra Flow Grokking for analyzing system agency and information density via sound.
2 GitHub stars
GF(3) conservation logic ensuring compositional coherence in sonic emissions.
Deterministic color-to-pitch generation integrated with Gay.jl specifications.

Use Cases

Auditory debugging of complex state transitions or Galois Field operations.
Mathematical music composition based on categorical bicomodules and Neo-Riemannian theory.
Real-time sonification of live-coding synth taxonomies and tool algebra chains.

About

Key Features

Metairony mode for self-referential and transgressive sonification patterns.
Mazzola's Topos of Music implementation for mathematical pitch and harmony mapping.
Hydra Flow Grokking for analyzing system agency and information density via sound.
2 GitHub stars
GF(3) conservation logic ensuring compositional coherence in sonic emissions.
Deterministic color-to-pitch generation integrated with Gay.jl specifications.

Use Cases

Auditory debugging of complex state transitions or Galois Field operations.
Mathematical music composition based on categorical bicomodules and Neo-Riemannian theory.
Real-time sonification of live-coding synth taxonomies and tool algebra chains.