Designing software synthesizer plug-ins in C++ for RackAFX, VST3, and Audio Units
Bridging the gap from theory to programming, Designing Software Synthesizer Plug-Ins in C++ For RackAFX, VST3 and Audio Units contains complete code for designing and implementing software synthesizers for both Windows and Mac platforms. You will learn synthesizer operation, starting with the underl...
| Otros Autores: | |
|---|---|
| Formato: | Libro electrónico |
| Idioma: | Inglés |
| Publicado: |
New York ; London :
Focal Press
2015.
|
| Edición: | 1st edition |
| Materias: | |
| Ver en Biblioteca Universitat Ramon Llull: | https://discovery.url.edu/permalink/34CSUC_URL/1im36ta/alma991009628706506719 |
Tabla de Contenidos:
- Cover; Half Title; Title; Copyright; Dedication; Contents; Preface; Foreword; Chapter 1 Synthesizer Fundamentals; 1.1 Synth Components; 1.2 Oscillators; 1.3 Filters; 1.4 Amplifiers; 1.5 Envelope Generators; 1.6 Basic Synth Architecture; 1.7 Fundamental Goals of Synth Patch Design; 1.8 Audio Data Formats for Plug-Ins; 1.9 Signal Processing Review; 1.10 Continuous Signals; 1.11 Discretized Signals; 1.12 Th e Laplace and z-Transforms; 1.13 Aliasing; Chapter 2 Writing Plug-Ins; 2.1 Dynamic-Link Libraries; 2.2 C and C++ Style DLLs; 2.3 The Application Programming Interface (API)
- 2.4 API Function Comparisons2.5 The RackAFX Philosophy and API; 2.6 Writing RackAFX Plug-ins; 2.7 Setting Up RackAFX; 2.8 Designing the User Interface in the Prototype Phase; 2.9 Setting up Continuous Controls; 2.10 Setting up Indexed Controls: Radio Buttons; 2.11 Setting up Indexed Controls: Sliders; 2.12 Placing Controls Inside the LCD Control; 2.13 Using the RackAFX GUI Designer; 2.14 The RackAFX Plug-in Object; 2.15 Writing VST3 Plug-ins; 2.16 VST3: Processor and Controller; 2.17 The Common Object Model: COM; 2.18 VST3 Synth Plug-in Architecture; 2.19 Processor and Controller Declarations
- 2.20 The Class Factory2.21 VST3 Conventions; 2.22 Implementing a VST3 Plug-in: Controller; 2.23 VST3 Controller Initialization; 2.24 VST3 Controller Serialization; 2.25 VST3 Controller MIDI Mapping; 2.26 Implementing a VST3 Plug-in: Processor; 2.27 VST3 Processor Initialization; 2.28 VST3 Processor Serialization; 2.29 VST3 Note Events, Control Changes and Rendering; 2.30 Implementing a VST3 Plug-in: GUI Design; 2.31 Using the VSTGUI Drag-and-Drop Interface; 2.32 VSTGUI Design Example; 2.33 Implementing a VST3 Plug-in: Debugging; 2.34 Writing Audio Unit (AU) Plug-ins; 2.35 AU XCode Projects
- 2.36 The Info.plist File2.37 Managing AU Parameters; 2.38 AU Conventions; 2.39 AUSynth and AUInstrumentBase Class; 2.40 Implementing the AUSynth Object; 2.41 Implementing the Cocoa View Objects; 2.42 WPRotaryKnob; 2.43 WPOptionMenuGroup; 2.44 The View Factory and CocoaSynthView.plist; 2.45 The View Event Listeners; 2.46 The View Interface and Initialization; 2.47 Implementing an AU Plug-in: Debugging; Chapter 3 MIDI; 3.1 MIDI Messages; 3.2 Channel Voice Messages; 3.3 Project: NanoSynth; 3.4 NanoSynth: RackAFX; 3.5 RackAFX Status Window; 3.6 NanoSynth: VST3; 3.7 MIDI Events in VST3
- 3.8 MIDI Controllers in VST33.9 NanoSynth: AU; Chapter 4 Analog and Digital Signal Processing; 4.1 Analog and Digital Building Blocks; 4.2 Analog and Digital Transfer Functions; 4.3 Digital Delay; 4.4 Digital Differentiation; 4.5 Analog and Digital Integration; 4.6 The Bilinear z-Transform; 4.7 Virtual Analog Filters; 4.8 Analog Block Diagrams; 4.9 First Order VA Lowpass Filter; 4.10 First Order VA Highpass Filter; 4.11 Second Order VA Filters; 4.12 Series and Parallel VA Filters; 4.13 Resolving Delay-less Loops: Modified Härmä Method; 4.14 Resolving Delay-less Loops: Zavalishin's Method
- 4.15 Analog Signal Flow Graphs
