Isometric images for blog - Help or Point to Online Tutorial - Printable Version +- Gimp-Forum.net (https://www.gimp-forum.net) +-- Forum: GIMP (https://www.gimp-forum.net/Forum-GIMP) +--- Forum: General questions (https://www.gimp-forum.net/Forum-General-questions) +--- Thread: Isometric images for blog - Help or Point to Online Tutorial (/Thread-Isometric-images-for-blog-Help-or-Point-to-Online-Tutorial) |
Isometric images for blog - Help or Point to Online Tutorial - paulsharpe85 - 11-21-2022 Hey everyone, I've been trying to figure out how to create blog cover images in the style of a website theme that I purchased but haven't had any luck. Can anyone show me or point me to an online tutorial for creating images like these ?? I know they're SVGs with sortof isometric shapes and gradient backgrounds, but I can't put it all together. [attachment=9054] [attachment=9057] Thank you! RE: Isometric images for blog - Help or Point to Online Tutorial - tmanni - 11-21-2022 You can obtain isometric "view" of any shape by applying successive affine transformations. For the "right" view (like the first image in your post): 1) with the rotate tool : rotate by -45° angle 2) with the scale tool : scale the height by 0.5773 3) with the rotate tool : rotate by 60° angle For the "left" view (like the second image in your post): 1) with the rotate tool : rotate by 45° angle 2) with the scale tool : scale the height by 0.5773 3) with the rotate tool : rotate by -60° angle You can also apply these 3 transformations at the same time by using the Gegl graph filter: 1) Ensure the layer has alpha channel: Layer > Transparency > Add alpha channel 2) Filters > Generic > GEGL graph... replace the text with : Code: rotate degrees=45 with the Clipping option set to Adjust. RE: Isometric images for blog - Help or Point to Online Tutorial - rich2005 - 11-21-2022 If you want to eye-ball it Make your image 'flat' (that's the difficult bit, requires some artistic ability), then deform it with the unified transform tool. Helps using a graph paper background and leave the gradient until after the transform. [attachment=9060] edit: for anyone interested my graphpaper file |