IMPORTANT!!! This project runs slowly, especially for bigger numbers. Please use Turbowarp instead. Link: https://turbowarp.org/1279319880/fullscreen/?turbo&hqpen One time my tutor told me about a voronoi diagram, but then I did not think about it much since. After a while I have forgotten what it means, but still remmeber the word. So I searched it up what it is and made this! How this works is really basic: the project picks random coordinates, and assigns a color to each coordinate. Then it goes through every pixel and calculates which coordinate is the nearest to that pixel, to set its color. I'm not sure how useful this can be, but I made it for the fun of it. Also if you set the number of colors higher than 125 the project will break because there are only 125 possible colors to pick randomly from (5 values per R/G/B, 5³ = 125). https://en.wikipedia.org/wiki/Voronoi_diagram 2026/2/13
