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nlm: Real-Time Non-linear Modal Synthesis in Max

Rodrigo Diaz, Rodrigo Constanzo, Mark Sandler

TL;DR

A set of Max externals are presented that enable efficient real-time non-linear modal synthesis for strings, membranes, and plates and lowers the barrier for composers, performers, and sound designers to explore the expressive potential of non-linear modal synthesis.

Abstract

We present \texttt{nlm}, a set of Max externals that enable efficient real-time non-linear modal synthesis for strings, membranes, and plates. The externals, implemented in C++, offer interactive control of physical parameters, allow the loading of custom modal data, and provide multichannel output. By integrating interactive physical-modelling capabilities into a familiar environment, \texttt{nlm} lowers the barrier for composers, performers, and sound designers to explore the expressive potential of non-linear modal synthesis. The externals are available as open-source software at https://github.com/rodrigodzf/nlm.

nlm: Real-Time Non-linear Modal Synthesis in Max

TL;DR

A set of Max externals are presented that enable efficient real-time non-linear modal synthesis for strings, membranes, and plates and lowers the barrier for composers, performers, and sound designers to explore the expressive potential of non-linear modal synthesis.

Abstract

We present \texttt{nlm}, a set of Max externals that enable efficient real-time non-linear modal synthesis for strings, membranes, and plates. The externals, implemented in C++, offer interactive control of physical parameters, allow the loading of custom modal data, and provide multichannel output. By integrating interactive physical-modelling capabilities into a familiar environment, \texttt{nlm} lowers the barrier for composers, performers, and sound designers to explore the expressive potential of non-linear modal synthesis. The externals are available as open-source software at https://github.com/rodrigodzf/nlm.
Paper Structure (7 sections, 8 equations, 1 figure, 1 table)

This paper contains 7 sections, 8 equations, 1 figure, 1 table.

Figures (1)

  • Figure 1: Screenshot of the nlm.plate˜ external using the dk.impulsegeneratorcomplex and live input.