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Internet of Things Programming Projects

You're reading from   Internet of Things Programming Projects Build exciting IoT projects using Raspberry Pi 5, Raspberry Pi Pico, and Python

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Product type Paperback
Published in Jun 2024
Publisher Packt
ISBN-13 9781835082959
Length 458 pages
Edition 2nd Edition
Languages
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Author (1):
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Colin Dow Colin Dow
Author Profile Icon Colin Dow
Colin Dow
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Toc

Table of Contents (21) Chapters Close

Preface 1. Part 1: Setting Up the Raspberry Pi for IoT Development FREE CHAPTER
2. Chapter 1: Understanding the Raspberry Pi 3. Chapter 2: Harnessing Web Services with the Raspberry Pi 4. Chapter 3: Building an IoT Weather Indicator 5. Chapter 4: Building an IoT Information Display 6. Part 2: Building an IoT Home Security Dashboard
7. Chapter 5: Exploring the GPIO 8. Chapter 6: Building an IoT Alarm Module 9. Chapter 7: Building an IoT Button 10. Chapter 8: Creating an IoT Alarm Dashboard 11. Part 3: Creating a LoRa-Enabled IoT Monitoring Station
12. Chapter 9: Understanding LoRa 13. Chapter 10: Integrating LoRa with the Internet 14. Part 4: Building an IoT Robot Car
15. Chapter 11: Introducing ROS 16. Chapter 12: Creating an IoT Joystick 17. Chapter 13: Introducing Advanced Robotic Eyes for Security (A.R.E.S.) 18. Chapter 14: Adding Computer Vision to A.R.E.S. 19. Index 20. Other Books You May Enjoy

Creating a new weather indicator

In this section, we introduce an upgraded weather indicator, building on the version from Chapter 3. This model features an RGB LED instead of a single-color LED. We will use it to indicate humidity by setting the color to red for low humidity, green for a humidity level between 30 and 50 percent (considered a comfortable humidity level for people), and blue for a humidity above 50 percent. The device now uses the economical Raspberry Pi Pico WH as opposed to the more expensive Raspberry Pi 5. A new addition is the reset button for the Raspberry Pi Pico WH, allowing us to reset the Pico if we need to.

The design of our upgraded weather indicator includes a new feature: a split stand specifically engineered for easier printing using a Fused Deposition Modeling (FDM) 3D printer. By dividing the stand into two separate parts, each piece can be printed flat. When printed flat, the layer lines in each section of the stand run perpendicular to the primary...

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