Developing Virtual Synthesizers with VCV Rack
Auteur : Gabrielli Leonardo
Developing Virtual Synthesizers with VCV Rack takes the reader step by step through the process of developing synthesizer modules, beginning with the elementary and leading up to more engaging examples. Using the intuitive VCV Rack and its open-source C++ API, this book will guide even the most inexperienced reader to master efficient DSP coding to create oscillators, filters, and complex modules.
Examining practical topics related to releasing plugins and managing complex graphical user interaction, with an intuitive study of signal processing theory specifically tailored for sound synthesis and virtual analog, this book covers everything from theory to practice. With exercises and example patches in each chapter, the reader will build a library of synthesizer modules that they can modify and expand.
Supplemented by a companion website, this book is recommended reading for undergraduate and postgraduate students of audio engineering, music technology, computer science, electronics, and related courses; audio coding and do-it-yourself enthusiasts; and professionals looking for a quick guide to VCV Rack. VCV Rack is a free and open-source software available online.
Preface
Acknowledgements
1 Modular Synthesis: Theory
2 Elements of Signal Processing for Synthesis
3 VCV Rack basics
4 Developing with VCV Rack
5 The graphical user interface: a quick introduction
6 Let’s start programming: the easy ones
7 Getting Serious: DSP "classroom" modules
8 Crunching numbers: advanced DSP modules
9 The graphical user interface: creating custom widgets
10 Additional topics
11 After reading this book
Bibliography
Index
Leonardo Gabrielli,PhD, is a research fellow at the Department of Information Engineering, Università Politecnica delle Marche, Italy, where he lectures on music production and conducts research on physical modeling and deep neural audio processing. He collaborates with the music industry as a DSP developer and he is scientific director of Acusmatiq MATME.
Date de parution : 02-2020
19.1x23.5 cm
Date de parution : 02-2020
19.1x23.5 cm
Thèmes de Developing Virtual Synthesizers with VCV Rack :
Mots-clés :
OCT; Envelope Follower; synthesizer modules; SVG File; virtual analog; Vice Versa; sound synthesis; Execution Time; signal processing theory; Modular Synthesizers; virtual synthesizers; Input Signal; State Variable Filter; Oversampling Method; EG; Unsigned Int; Const Char; SVG Image; Eclipse Ide; VCA; LCD; LTI System; Discrete Time Signal; Midi Note; RC Filter; Oversampling Factor; Midi Input; Unsigned Char; Reference Clock