Raspberry PI PICO Micro Projects (C++)

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Dr Jon Durrant

2:48:29

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1. Introduction

1. Course Goals.mp4

01:24

2. Introducing the Tutor.mp4

01:05

3. Course Approach.mp4

03:51

4.1 1-Introduction.pdf

4.2 1-Notes.pdf

4.3 RPIPicoMicroProjectsC1.zip

4. Section Summary.mp4

00:18

2. Raspberry PI Pico Setup

1. Section Goals.mp4

01:57

2. Raspberry PI Pico Setup.mp4

01:41

3. Code Deployment.mp4

02:55

4.1 RPIPicoMicroProjectsC1.zip

4. Blink Internal LED.mp4

10:11

5. Other RP2040 Devices.mp4

03:49

6.1 2-Notes.pdf

6.2 2-Pico-Setup.pdf

6. Section Summary.mp4

01:04

3. LEDs

1. Section Goals.mp4

00:55

2. Types of LEDs.mp4

03:56

3. Connecting an LED to the Pico.mp4

01:55

4. Resistor Values.mp4

02:52

5. Operating the LED in C++.mp4

02:55

6. LED Brightness Control.mp4

05:49

7. LED Fade Example.mp4

05:41

8. Assignment RGB Rainbow.html

9.1 3-LED.pdf

9.2 3-Notes.pdf

9. Section Summary.mp4

01:04

4. WS2812B

1. Section Goals.mp4

01:04

2. What are WS2812B LEDs.mp4

02:50

3. Connecting WS2812B To Raspberry PI Pico.mp4

06:46

4. Library for the WS2812B.mp4

03:22

5. Rainbow ON WS2812B.mp4

03:47

6. Ring Animation.mp4

05:49

7. Demo Animations.mp4

05:08

8. Assignment Chaser Tail.html

9.1 4-Notes.pdf

9.2 4-WS2812B.pdf

9. Section Summary.mp4

00:51

5. Switches

1. Section Goals.mp4

01:40

2. Types of Switches.mp4

03:45

3. Connecting Switches to Raspberry PI Pico.mp4

01:54

4. Pull Up and Pull Down Theory.mp4

03:59

5. Polling Switch.mp4

06:20

6. Interrupt Switch Reading.mp4

07:07

7. Assignment Long and Short Switch Press.html

8. Reset Switch.mp4

01:26

9.1 5-Notes.pdf

9.2 5-Switches.pdf

9. Section Summary.mp4

01:07

6. Rotary Encoders

1. Section Goals..mp4

01:19

2. Types of Rotary Encoders.mp4

02:51

3. Connecting Rotary Encoder to Raspberry PI Pico.mp4

01:56

4. Rotary Encoders Signals.mp4

01:28

5. Polling Rotary Encoders.mp4

08:48

6. Assignment Rotary Encoder Dial..html

7.1 6-Notes.pdf

7.2 6-RotEnc.pdf

7. Section Summary.mp4

01:15

7. PIR Passive Infrared Sensor

1. Section Goals.mp4

00:46

2. Types of PIR.mp4

02:03

3. Connecting HC-SR501 to Raspberry PI Pico.mp4

02:29

4. PIR Driving An LED.mp4

04:49

5. PIR Timer LED.mp4

05:49

6.1 7-Notes.pdf

6.2 7-PIR.pdf

6. Section Summary.mp4

01:27

8. Project Putting it all together

1. Section Goals..mp4

01:10

2. Project Overview.mp4

01:34

3. Project Schematic and Breadboard.mp4

04:04

4. LED Ring Animation.mp4

07:16

5. LED Ring Timer.mp4

07:21

6. Assignment Adding speed control.html

7.1 8-Notes.pdf

7.2 8-Project.pdf

7. Section Summary.mp4

00:44

9. Congratulations

1.1 9-Congratulations.pdf

1.2 9-Notes.pdf

1. Congratulations on completing the course..mp4

01:03

Description

LEDs, Switches, Rotary Encoders, WS2812B LED Ring and HC-SR501 PIR Module

What You'll Learn?

To build C++ projects for the Raspberry PI Pico or RP2040 board
Connect and code to drive LEDs
Connect and code to drive WS2812B LEDs and a ring of 12 LEDs
Connect and code to read Switches
Connect and code to read Rotary Encoders
Connect and code to read the HC-SR501 PIR Module

Who is this for?

Those wanting to build embedded projects using Raspberry PI Pico

What You Need to Know?

Beginner level knowledge with electronics (LEDs, Switches, etc)

Basic C++ knowledge (course will not teach syntax)

Compile C++ code for the Raspberry PI Pico

Copy binary code onto the Raspberry PI Pico

More details

Description
The Raspberry PI Pico is a cheap microcontroller (RP2040) board ideal for embedded projects be they commercial or hobby. Its sister board to the Pico W now adding WIFI, allowing IoT projects to be built.

In this course, you will learn about building projects for the Pico or Pico W in C++. We learn about common components, how to connect them to the Pico and build programs to effectively use them. The course covers:
Â·LED and RGB LEDs
Â·WS2812B LEDs and a 12 LED Ring
Â·Switches
Â·Rotary Encoders
Â·HC-SR501 PIR Module
Bringing all of these components together into a project that can animate patterns on the LED Ring. You can select the pattern, colour and speed of the animation using the Rotary Encoder.

The course looks at hardware electronics and software separately. People are often more comfortable with one of these than the other. Separating them allows you to skim through the bits you are comfortable with and take your time where you are not.

The course is suitable for those with very little electronics knowledge. Basic C++ knowledge is assumed as the course will not teach syntax, though will explain what the code is doing.

The course follows the knowledge my students would have gained in the Introduction to C Development Environment for Raspberry PICO course on Udemy. I will assume that you have a development environment setup and can compile C or C++ code for the Pico and copy the binary over onto the Pico to run. If you donâ€™t feel confident with that, please do take my introductory course as that will set you up for this one.

The course includes all the code examples and my answers to the assignment problems. I also provide recommendations for further reading on each of the topics. So everything you need to start developing for the Pico and keep going.
Who this course is for:
Those wanting to build embedded projects using Raspberry PI Pico

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25+ years experience of IT and Data experience across academia and commercial sector. I have worked on embedded systems, global enterprise systems, data warehouses and data lake.In my day job I lead Data and IT departments' architecture functions. I work with the business to align IT and Data Strategy with the Business Strategy. I work to plan out roadmaps of change to address the business challenges and enable IT and Data initiatives to be treated as an investment for return.In my off hours, I work as a hobby developer working on embedded IoT technologies. Some of my projects have included smart clocks, a clock that looks like a slot machine, pan and tilt security cameras, and hexapod robots. I primarily develop around the Raspberry PI and Raspberry PICO (RP2040) hardware devices with cloud services from AWS. I develop in a number of languages include C, C++. Java, Python, and Node.Dr Jon EA Ltd - UK Registered Company 14359330

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