In this video this super cut gives you a quick overview of all the videos in the series: • Getting Started with MCC Melody in VS Code (for PIC16/PIC18/AVR Development): https://youtube.com/playlist?list=PLtQdQmNK_0DTt4jZ7BQiFBV51zTt3MGqO&si=evOSLi5ww8ycAe0R Here the audio description is calm and measured, while the action is quick (and at times intense), after the whirlwind overview you’ll be able to start the series at a more normal pace, or dive into a particular video of interest: The videos in this series include the following: • MCC in VS Code: Introduction to Video Series https://youtu.be/XwKd6RLoccI • MCC Melody VS Code: All Videos Super Cut https://youtu.be/jqY6Sh6l8g8 MCC Melody: First steps in VS Code • MCC Melody in VS Code: Importing an Example Project from MPLAB Discover https://youtu.be/xmsOh5qSSFs • MCC Melody in VS Code: Creating a New 100ms Timer Project and Programming https://youtu.be/52ZKbQOG3OM MCC Melody: Advanced Use Cases in VS Code • MCC in VS Code: Introduction to Multiple MCC- and MPLAB Project-Configurations https://youtu.be/1GZfUgHBWN8 • MCC Melody in VS Code: Handling Multiple MCC and Project Configurations - Part 1 https://youtu.be/JocHMoD2M3M • MCC Melody in VS Code: Handling Multiple MCC and Project Configurations - Part 2 https://youtu.be/txt2bkrHp5k MCC Melody: Building the Proximity Sensor Example, with Printf, Data Streamer and DV Run Time Visualizations • MCC Melody in VS Code: I2C Host - Proximity Sensor Ex.1 - Building the Polled Implementation, with Printf Visualization https://youtu.be/rER0qkbnFpw • MCC Melody in VS Code: I2C Host - Proximity Sensor Ex.2 - Building the Callbacks Implementation with Data Streamer Visualization https://youtu.be/B7h3FoFTH5s • MCC Melody in VS Code: I2C Host - Proximity Sensor Ex.3 - Building the Callbacks Implementation with DV Run Time Visualization https://youtu.be/5Bhnv1ktSC8 A super cut is also available for the parallel learning path, for the other MCC Content Library, namely • MPLAB Harmony® in VS Code®: All Videos Supercut https://youtu.be/QfQvbkoagw8