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  • Book Overview & Buying Mastering Arduino
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Mastering Arduino

Mastering Arduino

By : Jon Hoffman
4 (5)
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Mastering Arduino

Mastering Arduino

4 (5)
By: Jon Hoffman

Overview of this book

Mastering Arduino is an all-in-one guide to getting the most out of your Arduino. This practical, no-nonsense guide teaches you all of the electronics and programming skills that you need to create advanced Arduino projects. This book is packed full of real-world projects for you to practice on, bringing all of the knowledge in the book together and giving you the skills to build your own robot from the examples in this book. The final two chapters discuss wireless technologies and how they can be used in your projects. The book begins with the basics of electronics, making sure that you understand components, circuits, and prototyping before moving on. It then performs the same function for code, getting you into the Arduino IDE and showing you how to connect the Arduino to a computer and run simple projects on your Arduino. Once the basics are out of the way, the next 10 chapters of the book focus on small projects centered around particular components, such as LCD displays, stepper motors, or voice synthesizers. Each of these chapters will get you familiar with the technology involved, how to build with it, how to program it, and how it can be used in your own projects.
Table of Contents (23 chapters)
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Code

To use the HC-SR501 motion sensor all we need to do is read the digital output from the sensor. If the output is HIGH, then the sensor detected motion and if it is LOW, then it did not. The output from the sensor will stay HIGH for the length of time defined by the output time adjustment screw. I usually keep the output time low, usually a couple oof seconds.

For this project, we will output the status of the sensor to the serial console. The output will get a little fancier in the challenge section.

The following is the code to read the HC-SR501 motion sensor:

#define MOTION_SENSOR 3

void setup() {
 pinMode(MOTION_SENSOR, INPUT);
  Serial.begin(9600);
}
void loop() { int sensorValue = digitalRead(MOTION_SENSOR); if (sensorValue == HIGH) { Serial.println("Motion Detected"); } delay(500); }

This code starts off by using the #define directive to create...

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Mastering Arduino
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