Raspberry Pi 5 Essentials : Program, build, and master over 60 projects with Python.

Format:

Book

Author/Creator:

Ibrahim, Dogan, author.

Language:

English

Subjects (All):

Computer peripherals.

Physical Description:

1 online resource (324 pages)

Edition:

1st ed.

Place of Publication:

NL : Elektor, 2023.

Summary:

The Raspberry Pi 5 is the latest single-board computer from the Raspberry Pi Foundation. It can be used in many applications, such as in audio and video media centers, as a desktop computer, in industrial controllers, robotics, and in many domestic and commercial applications. In addition to the well-established features found in other Raspberry Pi computers, the Raspberry Pi 5 offers Wi-Fi and Bluetooth (classic and BLE), which makes it a perfect match for IoT as well as in remote and Internet-based control and monitoring applications. It is now possible to develop many real-time projects such as audio digital signal processing, real-time digital filtering, real-time digital control and monitoring, and many other real-time operations using this tiny powerhouse.

Contents:

Raspberry Pi 5 Essentials

All rights reserved

Contents

Preface

Chapter 1 • The Raspberry Pi 5

1.1 Overview

1.2 The Raspberry Pi 5

Chapter 2 • Installing the Raspberry Pi 5 Operating System

2.1 Overview

2.2 Using a pre-installed SD card

2.3 Larger font in Console mode

2.4 Accessing your Raspberry Pi 5 Console from your PC - the Putty program

2.5 Accessing the Desktop GUI from your PC

2.6 Assigning a static IP address to your Raspberry Pi 5

2.7 Enabling Bluetooth

2.8 Connecting the Raspberry Pi 5 to a wired network

2.9 Installing the Raspberry Pi 5 Bookworm operating system on a blank microSD card

Chapter 3 • Using The Console Commands

3.1 Overview

3.2 The Command Prompt

3.3 Useful Console commands

Chapter 4 • Desktop GUI - Desktop Applications

4.1 Overview

4.2 Desktop GUI Applications

Chapter 5 • Using a Text Editor in Console Mode

5.1 nano text editor

5.2 vi text editor

Chapter 6 • Creating and Running a Python Program

6.1 Overview

6.2 Method 1 - Interactively from command prompt in console mode

6.3 Method 2 - Create a Python file in console mode

6.4 Method 3 - Create a Python file in Desktop GUI mode

6.5 Which method?

Chapter 7 • Python Programming and Simple Programs

7.1 Overview

7.2 Variable names

7.3 Reserved words

7.4 Comments

7.5 Line continuation

7.6 Blank lines

7.7 More than one statement on a line

7.8 Indentation

7.9 Python data types

7.10 Numbers

7.11 Strings

7.12 Print statement

7.13 List variables

7.14 Tuple variables

7.15 Dictionary variables

7.16 Keyboard input

7.17 Comparison operators

7.18 Logical operators

7.19 Assignment operators

7.20 Control of flow

7.21 Example 1 - 4-Band resistor colour code identifier

7.22 Example 2 - Series or parallel resistors

7.23 Example 3 - Resistive potential divider

7.24 Trigonometric functions

7.25 User-defined functions

7.26 Examples

7.27 Recursive functions

7.28 Exceptions

7.29 try/final exceptions

7.30 Date and time

7.31 Creating your own modules

Chapter 8 • Raspberry Pi 5 LED Projects

8.1 Overview

8.2 Raspberry Pi 5 GPIO pin definitions

8.3 Project 1 - Flashing an LED

8.4 Project 2 - Alternately flashing LEDs

8.5 Project 3 - Binary counting with 8 LEDs

8.6 Project 4 - Christmas lights (random flashing 8 LEDs)

8.7 Project 5 - Chasing LEDs

8.8 Project 6 - Rotating LEDs with push-button switch

8.9 Project 7 - Morse Code exerciser with LED or buzzer

8.10 Project 8 - Electronic dice

Chapter 9 • Using an I²C LCD

9.1 Overview

9.2 The I²C Bus

9.3 I²C pins of Raspberry Pi 5

9.4 Project 1 - Using an I²C LCD - Seconds counter

9.5 Project 2 - Using an I²C LCD - Display time

9.6 Project 3 - Using an I²C LCD - Display IP address of Raspberry Pi 5

9.7 Project 4 - Voltmeter - Output to the screen

9.8 Project 5 - Voltmeter - Output to LCD

9.9 Project 6 - Analog temperature sensor thermometer - output to the screen

9.10 Project 7 - Analog temperature sensor thermometer - output on LCD

9.11 Project 8 - Reaction timer - output to screen

9.12 Project 9 - Reaction timer - output to LCD

9.13 Project 10 - Automatic dusk lights

9.14 Project 11 - Ultrasonic distance measurement

9.15 Project 12 - Car parking sensors

9.16 Project 13 - Fading LED

9.17 Project 14 - Melody maker

Chapter 10 • Plotting Graphs with Python and Raspberry Pi 5

10.1 Overview

10.2 The Matplotlib graph plotting library

10.3 Project 1 - RC transient circuit analysis - Charging

10.4 Project 2 - RC transient circuit analysis - Discharging

10.5 Transient RL circuits

10.6 Project 3 - RCL transient circuit analysis

10.7 Project 4 - Temperature, pressure and humidity measurement - Display on the screen

10.8 Project 5 - Temperature, pressure and humidity measurement - Plotting the data

Chapter 11 • Waveform Generation - Using the Digital-to-Analog Converter (DAC)

11.1 Overview

11.2 The MCP4921 DAC

11.3 Project 1 - Generating a square wave signal with any peak voltage up to +3.3 V

11.4 Project 2 - Generating a sawtooth wave signal

11.5 Project 3 - Generating a triangle wave signal

11.6 Project 4 - Generating an arbitrary wave signal

11.7 Project 5 - Generating a sine wave signal

Chapter 12 • Using the Sense HAT

12.1 Overview

12.2 The Sense HAT interface

12.3 Programming the Sense HAT

12.4 Project 1 - Displaying text on Sense HAT

12.5 Project 2 - Test your math skills - multiplication

12.6 Project 3 - Learning the times tables

12.7 Project 4 - Display the temperature, humidity, and pressure

12.8 Project 5 - ON-OFF temperature controller

12.9 Project 6 - Generate two dice numbers

12.10 Project 7 - Display the current time

12.11 Project 8 - Displaying two-digit integer numbers

12.12 Project 9 - Up counter

12.13 The inertial measurement sensor

Chapter 13 • Using a 4×4 Keypad

13.1 Overview

13.2 Project 1 - Using a 4×4 keypad

Chapter 14 • Communication over Wi-Fi

14.1 Overview

14.2 UDP and TCP

14.3 Project 1 - Sending a text message to a smartphone using TCP/IP

14.4 Project 2 - Two-way communication with the smartphone using TCP/IP

14.5 Project 3 - Communicating with a PC using TCP/IP

14.6 Project 4 - Controlling an LED connected to Raspberry Pi 5 from a smartphone using TCP/IP

14.7 Project 5 - Sending a text message to a smartphone using UDP

14.8 Project 6 - Controlling an LED connected to Raspberry Pi 5 from a smartphone using UDP

14.9 Communicating with the Raspberry Pi Pico W over Wi-Fi

14.10 Project 8 - Storing ambient temperature and atmospheric pressure data on the Cloud

Chapter 15 • Communication over Bluetooth

15.1 Overview

15.2 Project 1 - Exchanging text with a smartphone

15.3 Project 2 - Bluetooth control of LED from a smartphone

15.4 Arduino UNO - Raspberry Pi 5 Bluetooth communication

Chapter 16 • Raspberry Pi 5 Camera Projects

16.1 Overview

16.2 Installing the Camera

16.3 Project 1 - Still camera commands

16.4 Project 2 - Building a time-lapse camera - Who is in my parking place?

16.5 Project 3 - Video camera commands

16.6 Project 4 - Who is ringing my doorbell?

Index.

Notes:

Description based on publisher supplied metadata and other sources.

ISBN:

3-89576-587-2

9783895765872