ReCoDIN stands for “representation and control in the interactive design of digital musical instruments”, the topic of a doctoral research project started in 2016.
Abstract : Digital musical instruments appear as complex objects, being positioned in a continuum with the history of lutherie as well as marked with a strong disruption provoked by the digital technology and its consequences in terms of sonic possibilities, relations between gesture and sound, listening situations, reconfigurability of instruments and so on. This doctoral work tries to describe the characteristics originating from the integration of digital technology into musical instruments, drawing notably on a musicological reflection, on softwares and hardwares development, on musical practice, as well as a number of interactions with other musicians, instruments makers, composers and researchers.
This research led to the development of various Open-Source tools and softwares, some of which are described in academic publications (see below). Feel free to fork them on GitHub !
LAM-lib : a random collection of objets and utilities for digital luthery in Max.
ModularPolyphony (MP) : a protocol and set of abstractions in Max, allowing expressive control of polyphonic processes, connected in a modular way.
ModularPolyphony-TUI (MP-TUI) : a set of objects and utilities built on top of MP, meant for designing custom multitouch tangible user interfaces (TUI).
Sagrada : a library for audio-rate control of modular processes, particulary targeted at granular synthesis.
John, the Semi-Conductor : a web-based collective score generator, editor and player, crafted for helping collective free improvisation of electroacoustic music.
V. Goudard, « Représentation et contrôle dans le design interactif des instruments de musique numériques », PhD thesis, 2020. [online]
V. Goudard, « Ephemeral instruments », in Proceedings of the International Conference on New Interfaces for Musical Expression (NIME’19), Porto-Alegre, Brésil, 2019, p. 349–354. [online]
V. Goudard, « John, the Semi-Conductor: A Tool for Comprovisation », in Proceedings of the International Conference on Technologies for Music Notation and Representation – TENOR’18, Montreal, Canada, 2018, p. 43–49. [online]
V. Goudard, « Ergonomics of touch-screen Interfaces », in Proceedings of the International Conference on Live Interfaces (ICLI’18), Porto, Portugal, 2018. [online]
V. Goudard et H. Genevois, « Mapping modulaire de processus polyphoniques », in Actes des Journées d’Informatique Musicale (JIM’17), 2017. [online]
Sagrada is an open-source Max package performing sample-accurate granular synthesis in a modular way. Grains can be triggered both synchronously and asynchronously. Each grain can have its own effects and eveloppes (for instance the first “attack” and last “release” grains of a grains stream).
Sagrada was partly developed during my PhD at LAM. It was inspired by the very good GMU tools developped at GMEM (and its sample-rate triggering) and the FTM package developed at IRCAM (and its modularity). Not to mention all of Curtis Roads’ work on granular synthesis.
The Interactive Sonotactile Table is a device invented for the Maison des Aveugles (“House of the Blinds”) in Lyon by french composer Pascale Criton in collaboration with Hugues Genevois from the Luthery-Acoustics-Music team of the Jean Le Rond d’Alembert Institute and Gérard Uzan, researcher in accessibility.
I coded the embedded Arduino boards as well as the Max patch for the gesture/sound interactive design. The Table Sonotactile Interactive is part of a larger project : La Carte Sonore by Anne Maregiano at the Villa Saint Raphaël : https://www.mda-lacartesonore.com.
PANAM (Pédagogie artistique numérique accessible et multimodale) is a research and development project led by Puce Muse and concerned with the development and analysis of HCI strategies and tools for collective music practice with digital music instruments. It focuses on the accessibility of such tools for disabled people.
[pdf] Vincent Goudard, Hugues Genevois, Lionel Feugère. On the playing of monodic pitch in digital music instruments. Anastasia Georgaki and Giorgos Kouroupetroglou. ICMC/SMC 2014, Sep 2014, Athènes, Greece. National and Kapodistrian University of Athens, pp.1418, 2014.
LAM-lib is a toolkit for Max/MSP providing all kind of useful goodies you need when building digital music instrument with Max. I started it during my work at the Lutherie Acoustique Musique lab. It is distributed under LGPL licence so that you can check it, fork it, buy it, sell it, use it, break it, fix it, trash it…etc. Just credit it.
John is an application meant for collective free improvisation, which was born out of the needs encountered in free improvisation practice with the Orchestre National Electroacoustique.
Namely, John was invented as a virtual companion to find stimulating answers for issues encountered in collective free improvisation, like precise timings for transitions between contrasting parts, articulations of large movements, or the proposal of unusual scores taking us off the beaten path.
It is made of two parts :
a score editor which can generate random scores based on constraints and probablities defined by the user
a real-time “conductor” displaying the score during live performance
Its name refers to both John Cage and John Doe.
Original development with Max. Ongoing port to a reactive web app with d3.js and Meteor. Sources available at GitHub.
Le phonétogramme consists in a graph showing the pitch versus the loudness of a voice. It shows various characteristics of one’s voice, including the ambitus, the change of amplitude at vocal register shifts, and possible voice disorders.
The installation involved a multitouch screen to control the multilingual app for the Cité des Sciences audience. A distance sensor was also used to ensure the distance between the user and the microphone was correct. All the graphics and sound interaction design was made with Cycling’74 Max.
It was a challenging thing to design the UI with Max/jitter, but a good opportunity to test the limits of what could be achieved there. This project triggered the development of the MP.TUI package.
OrJo (for “Joysticks Orchestra”) is a research and development project on virtual instruments orchestra practices. This project involves several partners : Puce Muse (project coordinator), LAM, the LIMSI and the company 3Dlized.
I worked with the LAM-team on the development of “Dynamic intermediate Models” for digital lutherie which involve physical, topological and statistical interactions.
[pdf] Dynamic Intermediate Models for audiographic synthesis, Sound and Music Conference SMC 2010, Padova (It)
[pdf] A dynamic intermediate model based on cellular automaton “game of life”, Live Interfaces 2012, Leeds (UK)