Proyectos de software

ts-tonnetz in the new live coding environment TOPOS!

Since December 2023, my library 'ts-tonnetz' is part of the Topos live coding environment created by Raphaël Forment and Miika Alonen. It serves as a dependency for Ziffers, a numerical notation system. For your convenience, I wrote documentation that synthesizes two PhD theses on mathematical music theory and other key research.

npm | TypeScript

A new library in npm for live coders: TS-TONNETZ

A complete library of Neo-Riemannian Theory (67 functions and many graphs) written in TypeScript for musicians, mathematicians and engineers interested in Mathematical Music Theory. It is based on two doctoral theses and notable articles on the subject. It is a perfect access point to this fascinating area where music, mathematics and computing at the highest level come together. Playing with ts-tonnetz will lead you to propose questions and new musical systems in an expressive and creative way.

RubyGems | Ruby

Ruby module to generate infinite sequences of figurate numbers

This Ruby gem enables the generation of 241 infinite sequences of plane, spatial, and multidimensional figurate numbers, as described in the book "Figurate Numbers" (2012) by Elena Deza and Michel Deza. The methods, implemented using the Enumerator class, are designed for use in your math projects or in Sonic Pi.

PyPi | Python

New figurate numbers package for Python

This is the Pythonic implementation of figurate_numbers. It includes a FigurateNum class that provides methods for retrieving sequence fragments. These methods, in turn, can facilitate other scientific computing tasks.

LuaRocks | Lua

Figurate Numbers Library for Lua

figurate-numbers is the most comprehensive and specialized module for figurate numbers written in Lua to date. It implements 235 infinite number sequences based on the remarkable book Figurate Numbers by Elena Deza and Michel Deza, published in 2012.