* Use Turbo Mode! (<Shift> key + Green Flag) This project colours each 10x10 pixel square (of the 360x360 drawing area) with a decoded 8 digit colour. The 36x36 colours were coded by adding 10000000 to each RGB colour to make them each 8 digits long, then joining them all into one long piece of text. This long text is the costume name of the sprite in the project. The project accesses the long text 8 times for each pixel using the "letter ... of ..." block. The 8 digits are joined with "join" blocks before the RGB colour is decoded by subtracting 10000000. The long text for 36x36 coded 8 digit colours is 10,368 digits long as calculated below: 36x36 pixels x 8 digits per pixel = 10,368 characters I got the idea of storing the long text value in the costume name from @Dinosu who first saw it in another 1 Line Challenge project. Otherwise the long text needs to be inserted 8 times in the "set pen color to ..." line replacing "costume name" which is used 8 times to access 8 digits for a colour. * This "1 Line Challenge" project was created with the 36 x 36 Scanner project: https://scratch.mit.edu/projects/702448390/ * You can make your own 1 Line Challenge project with any picture using the Scanner project. For 1 Line Challenge projects, the colour of each pixel on the screen is calculated by the same formula in the line "set pen color to …" See the "1 Line Challenge" rules in the original project. 1 Line Challenge Studio: https://scratch.mit.edu/studios/2825709/ Scratch-Minion's favourite 1 Line Challenge projects: https://scratch.mit.edu/projects/126161130/ More favourite projects: https://scratch.mit.edu/projects/163476084/
