Arduino实战：从入门到进阶指南

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"Manning出版的《Arduino in Action》是一本2013年出版的368页图书，由Manning Publications发行，作者包括Martin Evans、Joshua Noble和Jordan Hochenbaum。本书以英文撰写，ISBN号为1617290246（10位）和978-1617290244（13位）。它面向初学者和高级用户，旨在通过实践项目介绍Arduino平台在电子原型设计和构建中的应用。书中涵盖了从点亮第一个LED到将Arduino连接到游戏控制器或iPhone等各种设备的项目。此外，购买纸质书还附赠PDF、Kindle和ePub格式的电子书。" 《Arduino in Action》是关于Arduino技术的实践指南，Arduino是一种开源的DIY电子平台，支持多种传感器和执行器，可用于构建各种创新项目。即使没有硬件背景，这本书也能引导读者逐步从基础开始，直到完成更复杂的项目。书中内容丰富，包括： 1. Arduino入门：无需经验，提供逐步指导，帮助读者熟悉Arduino板并编写第一个程序。 2. 编程基础：讲解如何为Arduino编写程序，这些程序的语法类似于C或C++。 3. 事件感应与响应：介绍如何使用Arduino处理输入和输出，如通过超声波、红外线和光线传感器进行物体检测。 4. 多样化项目：涵盖机器人、飞行器、Twitter机器、LCD显示器和蓝牙等领域的项目。 5. 兼容性拓展：展示如何将Arduino与Wi-Fi、GPS等技术集成，扩大其功能范围。这本书适合有无编程背景的读者，通过实例学习，让读者深入理解Arduino的潜力。同时，书中使用了Fritzing软件创建部分电路图，使读者能更直观地理解电路设计。《Arduino in Action》是一本全面的教程，旨在激发读者的创新思维，利用Arduino平台实现各种有趣的电子项目。无论你是想学习基础还是探索高级应用，这本书都能提供必要的知识和实践经验。

preface

My Arduino journey started after watching Elise Huard present her talk, “The internet

of things,” at Rails Underground in the summer of 2009. Following the conference, I

immediately purchased a copy of Massimo Banzi’s Getting Started with Arduino (O’Reilly,

2008), which I read from cover to cover on the train back to where I was staying.

Shortly afterwards, I purchased my first Arduino and started playing, experimenting,

and building small projects. My first major project was an obstacle-avoidance robot,

which I presented at the 2010 Scottish Ruby conference in Edinburgh, Scotland.

I’ve had a lifelong interest in underwater vehicles and the marine environment, and

following the conference I started work on an Arduino-controlled underwater remote-

operated vehicle (

ROV

), which I duly presented at the 2011 Scottish Ruby conference.

Since then, I’ve toured the

and Ireland displaying my

ROV

at a number of

Maker Faires, where it has generated much interested and discussion.

I’m one of the founding members of Aberduino, a hack space based in Aberdeen,

Scotland, where we produce installations for various events.

Other Arduino-based projects I’ve worked on include the development of a medi-

cal training aid and helping with the Wikispeed project, an open source car.

I continue to work with underwater vehicles and am actively developing a new

Arduino-based underwater

ROV

that can be distributed as a kit.

ARTIN

VANS

I first started working with microcontrollers with the same introduction that a lot of

artists and designers had ten years ago:

PIC

controllers. I found them difficult to

PREFACE

xvi

understand, finicky, slow to build with, and yet they were the only option. Later I dis-

covered Teleo controllers and then Wiring boards, but when the Arduino arrived in

my world, I was hooked.

I’ve used Arduinos for everything from prototyping smart spray-paint cans to

building interactive exhibits for museums to creating tools for science experiments.

I’m in love with the boards, the environment, and, most especially, the community

that has grown up around the Arduino and that’s so willing to teach, experiment,

explore, and share.

OSHUA

OBLE

My interest in music technology led me to discover the Arduino as a platform for

rapid development and physical computing sometime around 2008. I was originally

introduced to the Arduino as a tool for designing musical interfaces for live perfor-

mance. This led to the Arduinome project, an open source port of the popular

Monome

USB

MIDI

controller, which I worked on with longtime collaborator Owen

Vallis. The success of the Arduinome project was a true testament to the uniqueness of

the Arduino itself—a device that empowers musicians and artists of all technical back-

grounds to create unique and powerful tools for expression. Around the same time, I

was taking a course in musical robotics and kinetic sculpture, and we used the Ardu-

ino to drive a collaborative musical robotic instrument.

Since then, the Arduino has been at the heart of my work. In 2009 I began pursu-

ing my PhD, which investigated the affordances of multimodal sensor systems for

musical performance and pedagogy. Using the Arduino, I’ve built numerous inter-

faces and hyperinstruments for capturing data and metrics from musical perfor-

mance. I built the SmartFiducial, which added z-depth (in-air proximity) and pressure

sensing to tangible tabletop surfaces. Embedding multimodal sensing systems within

instruments or placing them on human performers, I’ve investigated a wide variety of

machine learning tasks, such as performer recognition and drum-hand recognition.

I completed my PhD and became a professor in Music Technology: Interaction, Intel-

ligence, and Design at California Institute of the Arts in 2012, and the Arduino con-

tinues to be an important part of my artistic and academic practice. My work with the

Arduino has been featured online and in print, including in

WIRED

and Computer

Arts magazine, and my current Arduino-based projects range from kinetic surfaces

for live projection mapping and visuals to wireless sensing systems for interactive

dance performance.

ORDAN

OCHENBAUM

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