+ I started this at 8:20 AM and finished at 9 AM. + The magic of the project is actually inside the code. If you didn't get it, here's an explanation: - This is a binary-coded sexagesimal clock, which means it's a clock with a base of 60. Using a list, the current hour and minute and second with a binary number in 6 different items of the list; 32, 16, 8, 4, 2, 1. From there, if the value to convert is higher than 32, it'll set the 1st item of the list to 1. Then, if the value to convert is higher than 16, it'll set the 2nd item of the list to 1, and so on... + Here's why I made this; https://scratch.mit.edu/projects/604723448/#comments-241933502 + For more info on Binary clocks (which I used to make it in the first place); https://en.wikipedia.org/wiki/Binary_clock
