Arduino for Musicians : A Complete Guide to Arduino and Teensy Microcontrollers.
Brent. Edstrom
Bok Engelsk 2016 · Electronic books.
| Omfang | 1 online resource (453 pages)
|
|---|---|
| Opplysninger | Cover -- Arduino™ for Musicians: A Complete Guide to Arduino and Teensy Microcontrollers -- Copyright -- Dedication -- Contents -- Preface -- What is Arduino? -- Extension of the Creative Process -- The Road to Parnassus -- How to Use the Book -- Why I Wrote the Book -- Safety Tips -- Acknowledgments -- About the Companion Website -- Arduino™ for Musicians -- 1: Getting Started -- Who This Book Is For -- What Is Arduino? -- What You Can Do with Arduino -- What You Can't Do with Arduino -- The Lay of the Land -- The Arduino Family -- Shields -- Other Arduino Flavors -- Unofficial Arduino Microcontrollers -- Purchasing a First Arduino -- Programming and the Arduino IDE -- Compiler -- Circuitry -- Solderless Breadboard -- Review -- Design Cycle -- Organization of the Book -- Things You Will Need to Get Started -- Beginner -- Intermediate -- Advanced -- Purchasing Parts -- Conclusion -- 2: Introduction to Programming -- What Is a Programming Language? -- Why the C Language? -- Getting Started -- Writing Your First Sketch -- Error Messages -- Uploading a Program -- "Hello, world!" in Detail -- Functions -- Serial Output -- Adding Comments -- Code Improvisation -- Variables, Data Types, and Operators -- Initializing Variables -- Operators -- Code Improvisation -- Data Types -- Bits -- Signed and Unsigned Data Types -- Universal Data Types -- Constants -- Enumerations -- Comparison Operators and Control Structures -- "If" Statements -- Boolean Operators -- Switch Statements -- Code Improvisation -- Control Loops -- While Loop -- Do While Loop -- For Loop -- Endless Loops -- Practical Application -- Code Improvisation -- Writing a First Function -- Function Parameters -- Using a Custom Function -- A First Sketch Involving Hardware -- Introduction to Arrays -- Array Syntax -- Array Initialization -- The Ugly Truth: Working with Text in C.. - Control Voltage: VCO vs. DCO -- Modulating a Signal -- Introduction to Mozzi -- Pulse-Width Modulation -- Circuit for PWM Output -- A First Mozzi Sketch -- Incorporating a Filter -- Summing Signals and Adjusting Levels -- Further Exploration -- Audio Output with Teensy 3 -- Exploring Teensy 3 -- 10: Audio Input -- Overview -- Analog-to-Digital Conversion -- Preparing a Signal for Input -- Simple Input Circuit -- Setting Up a Timer for Analog-to-Digital Conversion -- Prescalars -- Building a Simple Arduino Preamp -- Building an Electret Microphone -- Visualizing Audio Data -- Interfacing with Processing -- Waveform View Application -- Testing Waveform View -- Fourier Transform -- Using Data from the FHT -- Spectrum Analyzer -- Other Uses for FFT and FHT -- A Brief Introduction to Signal Processing -- A Few Words About Buffers -- Delay -- Variable Delay -- Tremolo -- High-End Audio Using the Open Music Labs Codec Shield for Real-Time Processing -- Using Mozzi for Audio Input and Processing -- Hardware Setup -- Software Setup -- Setting Up a Low-Pass Filter -- updateControl Mechanism -- Using mozziAnalogRead -- Scaling Amplitude in updateAudio -- Conclusion -- 11: Finalizing Projects -- Creating a Permanent Project -- Personal Safety -- Fire Safety -- Protecting Sensitive Electronic Components -- Tools -- Essential Tools -- Helpful Tools -- Visualizing a Final Project -- Prototype -- Component Connections -- Attaching Components -- Consider the Enclosure -- Paper Panel Mock-up -- Print Drilling/Cutting Guides -- Test Drill Bits -- Moving from a Solderless Breadboard to a Solder Breadboard -- Staying Neat: Layout and Wires -- Consistent Layout -- IC Sockets -- Solder Breadboard Options -- Multipurpose Board -- Perforated Board -- Stripboard -- Homemade Printed Circuit Boards -- Ordering Online Printed Circuit Boards -- Soldering -- Solder.. - Initializing a Sawtooth Waveform -- Updating the Fundamental Frequency -- Main Loop -- Codec Shield -- Using the Codec Shield -- Conclusion -- 8: Introduction to C++ Programming -- Overview: Moving Away from a Procedural Approach -- Using Objects -- Moving to C++ -- Classes -- Anatomy of a Class -- Preprocessor Directives -- Member Variables -- Public and Private Keywords -- Constructors and Destructors -- Source File -- Destructor -- Class Methods -- Using a Class -- More on Overriding Methods -- Other Topics -- Developing a Rotary Encoder Class -- trackShaftPosition -- Using RotaryEncoder -- Making Your Own Library -- Developing a 12-Tone Matrix Class -- Tone Row -- Overview of Design -- Pseudo-code Logic -- Header File -- Source File -- Bounds Checking -- Using ToneRow in a Sketch -- Helper Functions -- Conclusion -- 9: Audio Output and Sound Synthesis -- Analog vs. Digital -- Sample Rate and Resolution -- Resolution -- Conceptualizing a Digital Audio Converter -- Digital Audio Conversion -- R2R Ladder -- DC Component -- Passive Low-Pass Filter -- Setting Up a Timer -- Establishing a Sampling Rate -- DAC Integrated Circuit -- TLC7226 Pinout -- Changes to Boilerplate Code -- Sound Synthesis -- Waveforms -- Generating a Waveform -- Synthesizing a Ramp Waveform -- Fixed-Point Math -- Example 1 -- Example 2 -- Tuning Oscillator -- Volatile Variables -- Developing an Oscillator Class -- Inheritance -- An Oscillator Base Class -- Default Constructor -- Access Methods -- MIDI-to-Frequency Conversion -- Calculating an Increment Value -- Virtual Methods -- Using Inheritance to Create a Ramp Oscillator -- Sawtooth Oscillator -- Pulse-Width Oscillator -- Triangle Oscillator -- Noise Generator -- Linear Congruential Random Number Generation -- Using a Lookup Table -- Creating a Sine Wave Oscillator -- Using Oscillators -- Modulation.. - Note-Off Message -- Polyphonic Key Pressure (Aftertouch) -- Channel Pressure (aftertouch) -- Program Change -- Pitch Wheel Change -- Control Change -- Other Control Changes and Mode Changes -- Channel Mode Messages -- Reset All Controllers -- System Messages -- System Common Messages -- System Real-Time Messages -- System Exclusive Messages -- Universal System Exclusive Messages -- MIDI Machine Control -- MIDI Hardware -- MIDI Output -- Testing the Output Circuit -- Aleatoric Music Generator -- Using a MIDI Library for Output -- Description -- MIDI Receiver Circuit -- MIDI THRU -- Creating Permanent MIDI Circuits -- Reading MIDI Data -- Callback Functions -- USB MIDI with Teensy -- Configuring Teensy -- Conclusion -- 6: Real-Time Input Musical Expression -- Force-Sensitive Resistor -- Wiring an FSR -- Force-Sensitive Drum Pad -- FSR Caution -- Nintendo DS Touch Screen -- Wiring -- Reading the X and Y Positions -- Pressure Sensor -- Pressure Sensor Unit -- Wiring the Pressure Sensor -- Reading Values from the Pressure Sensor -- Joystick -- Wiring a Joystick -- Reading Values from a Joystick -- Joystick Sensitivity -- Wii Nunchuck -- Nunchuck Library -- Nunchuck Code -- Conclusion -- 7: Music-Making Shields -- Overview -- Music Instrument Shield (SparkFun Electronics) -- Using the Shield -- "Steve Reich" Sketch -- Panning -- Adafruit Wave Shield -- Wave Shield Library -- Pin Assignments -- Preparing Audio Files for Use with the Wave Shield -- Loading a File -- WaveHC Member Functions and Data Members -- Playing a Wave File -- Demonstration Sketch -- GinSing -- Voice Mode -- Pointers and the Voice Object -- Speech -- Voice Mode Demonstration -- Synthesizer Mode -- Setting Up the Synthesizer -- Mini Synthesizer Project -- Gameduino -- Using the Gameduino -- Additive Synthesis -- Additive Gameduino Synthesizer -- Using a Structure and an Array.. - String Literals -- Character Arrays -- An Easier Way: Using the String Class -- String Class Example -- A Complete Demonstration Program -- Playing the Tempo Game -- Setup -- newGame Function -- Helper Functions -- Main loop -- Conclusion -- 3: Introduction to Electronics -- Overview -- Pep Talk -- Safety Warning -- Tools and Process -- A First Circuit -- 9V Battery -- SPST Switch -- Resistor -- LED -- Using a Breadboard -- A First Breadboard Project -- Ohm's Law -- Conceptualizing Voltage, Current, and Resistance -- Using Ohm's Law -- Units of Measurement -- Practical Example of Ohm's Law -- Using a Digital Multimeter -- Measuring Voltage -- A Few Words About Ground -- Measuring Current -- Measuring Resistance -- Series Circuit -- Parallel Circuit -- A Word About Resistor Color Codes -- Safety Diode and Potentiometer -- Emergency Music Stand Light -- Transistors -- Incorporating a Photoresistor and Transistor -- Cigar Box Amplifier -- Operational Amplifier -- Capacitors -- Calculating Capacitance -- Parallel Circuit -- Series Circuit -- Connecting an Audio Signal to the Amplifier -- Completed Project -- Simple Theremin -- Hex Inverter -- Phase-Locked Loop IC -- Mocking Up the Simple Theremin -- Conclusion -- 4: Interfacing with Arduino -- Overview of Arduino UNO -- A Caution -- Overview of the Metronome Project -- Metronome with Speaker -- Metronome with Potentiometer -- Metronome with Pushbutton Switch -- Switch with Resistor -- Switch with Pullup Resistor -- Debouncing -- Improving Tone-Generation Logic -- Complete Source Code -- Metronome with Quadrature Rotary Encoder -- Rotary Encoder -- Conclusion -- 5: Music Instrument Digital Interface I/O -- What Is MIDI? -- MIDI Ports -- MIDI OUT Port -- MIDI IN Port -- MIDI THRU Port -- MIDI Messages -- Status Byte -- Data Byte -- Channel Messages and System Messages -- Channel Voice Messages.. - Tinning.. - The Arduino platform provides a virtually limitless range of creative opportunities to musicians who are interested to explore new technologies. In Arduino for Musicians, Brent Edstrom provides a comprehensive guide to the underlying technologies enabling the creation of custom instruments that respond to light, touch, breath, and other forms of control.
|
| Emner | |
| Sjanger | |
| Dewey | |
| ISBN | 9780199309337
|
| ISBN(galt) |
