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Raspberry Pi: Make a Workbench Automation computer
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1 - Introduction7 Lectures
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2 - Basic Setup6 Lectures
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3 - More setup: enclosure and networking8 Lectures
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4 - Taking photos and video with the RPi Camera7 Lectures
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5 - Control with the Piface Relay+10 Lectures
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6 - Environment monitoring with the DHT225 Lectures
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7 - Controlling mains loads with an external relay7 Lectures
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8 - Construct the relay controller box8 Lectures
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9 - Meet Tkinter10 Lectures
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10 - Write the Bench Computer application8 Lectures
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Bench Computer Mk II using the Keyestudio 4 Channel Relay (or similar)12 Lectures
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[1001] - Introduction
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[1010] - RPi Bench Computer Mk II demonstration
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[1030a] - Disassembly planning
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[1030b] - Disassembly
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[1040] - A look at the GPIO breakout board
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[1050a] - A demonstration of the Keyestudio relay board using RPI.GPIO
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[1050b] - A demonstration of the Keyestudio relay board using pigpio
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[1060a] - Assembly of RPi Mk II, GPIO breakout board
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[1060b] - Assembly of RPi Mk II, electrical check
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[1060c] - Assembly of RPi Mk II, relay board
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[1065] - Testing the external wiring
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[1070] - Python Mk II application script walkthrough
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[1001] - Introduction
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Conclusion2 Lectures
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August 2022 update11 Lectures
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12.10 Introduction to the application update
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12.20 Backup the SD card
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12.30 Get current OS and computer versions
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12.40 Already running Bullseye? update OS
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12.50 Not running Bullseye: rebuild OS
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12.60 Setup VNC
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12.65 Setup XRDP
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12.70 Copy the application using VNC
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12.80 Setup DHT22
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12.90 Setup PIGPIO
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12.100 Test application
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12.10 Introduction to the application update
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How to backup and restore your SD card4 Lectures
Section 1, Lecture 2
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[0010] – Required Software
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External resources
- Raspberry Pi Operating System (tested up to Raspberry Pi OS version 11 “Bullseye”)
- Python 3
- Tkinter
- Piface Relay+
- RPi Camera
- Remote Desktop Windows
- Remote Desktop Mac OS