Use full-screen, it seems to be more allowing with the touching blocks. Drag-and-drop to fit all the digits into the central rectangle, without them touching each other. Sure, it looks easy when you start the project, because all the digits are quite small, but they grow as you pick them up. But I assure you, they do all fit. You might have to rotate and flip some of them (click the buttons to the right, when a digit is selected). Green digit means it is inside the rectangle, and not touching any other digits. Red digit means it is not fully inside the rectangle, or touching another digit. Click Cloud Data to see who managed to solve it. Please don't post spoilers in the comments. All art and code by me (@kriblo). Based on a classic puzzle, I don't know who first made it. The code is quite simple. All the essential code is in the Digits sprite (116 blocks). Music is Snake in Space by @papipupepappa, first used in his project Anomaly Snake: https://scratch.mit.edu/projects/596374239 Win-music is Rumble from Bensound. Congrats @colinmacc, first to solve this puzzle!
I simply added my Precision Placement arrows (Keyboard or On-Screen) from my not dissimilar Black Square Puzzle (https://scratch.mit.edu/projects/580040677/). No changes to any of @kriblo's code other than adding code to move the Selected Digit, 1 pixel in the chosen direction, when the Precision Placement arrows are used. I thought it may help some you struggling with finding a solution to @kriblo's amazing Puzzle. Thanks of course to @kriblo not only for making the original project, but for the many hours of entertainment (and frustration), it gave me. I was the 3rd person to find a solution to his puzzle. NOTE: However I did slightly change the Location, Shape & Size of the light-grey rectangle (in the Backdrop) to more accurately reflect what the Precision Placement arrows tell you about where the edges of that rectangle really are!
