This includes 900 of each of black, dark-gray, light-gray, white, and yellow 1×1 plates, a 48×48 stud baseplate, and a brick-separator. And if you would like to purchase the set, you can do so via the LEGO Mosaic Maker page of the Online LEGO Shop.Īs mentioned above, the #40179 LEGO Personalized Mosaic Portrait set comes with 4,502 pieces. If you don’t have the set, but you do have a 48×48 stud baseplate and lots of 1×1 plates, you can still use LEGO Mosaic Makes to design your own mosaics. If you already have the #40179 LEGO Personalized Mosaic Portrait set, you can begin building right away. You can either print it out, or if you have a large enough screen, you can follow along directly from your computer. This image is going to be your pattern to build your mosaic. Once you’re happy with your mosaic, you will be prompted to save the image to your computer. You can even make further adjustments how much the image is zoomed in, the position of the person(s) on the image, and the contrast. In fact, it will actually give you six different versions, so you can choose the one you like the best. The software will turn your image into a mosaic after just a few seconds. How this works is that you go to the LEGO Mosaic Maker page, agree to the terms and conditions, and upload your image. If you don’t have a LEGO store with a LEGO Mosaic Maker near you, or you don’t have a LEGO store near you at all, there is great news! LEGO recently created an online version of the experience that anyone can use. If you would like to check which LEGO stores have a LEGO Mosaic maker, you can find a full list at the LEGO Mosaic Maker page. It’s a fun and interactive experience to go through the booth and then finally being able to build your own customized mosaic. The LEGO Mosaic Maker has been very popular with LEGO fans, especially families with children. Once you get your picture taken, you get printed instructions for building your mosaic, as well as the #40179 LEGO Personalized Mosaic Portrait set, which includes 4,502 pieces (900 of each of black, dark-gray, light-gray, white, and yellow 1×1 plates, a 48×48 stud baseplate, and a brick-separator). It’s basically a photo booth where your picture gets turned into a LEGO mosaic. Setting TILE_MATCH_RES to equal TILE_SIZE will cause the utility to examine each pixel in the tile individually, producing the best possible match (during my testing I didn't find a very noticeable improvement beyond a value of 5, but YMMV).īy default the utility will configure itself to use all available CPUs/CPU-cores on the host system, if you want to leave some processing power spare for other tasks then adjust the WORKER_COUNT parameter accordingly.Some of the official LEGO stores have a feature called the LEGO Mosaic Maker. As the value is increased, the tile is examined in more detail. Setting TILE_MATCH_RES to '1' simply finds the average colour of each tile, and picks the one that most closely matches the average colour of the image segment. In particular the TILE_MATCH_RES parameter can have a big impact on both these factors - its value determines how closely the program examines each tile when trying to find the best fit for a particular segment of the image. Producing large, highly detailed mosaics can take some time - you should experiment with the various configuration parameters explained in the source code to find the right balance between image quality and render time. Mosaic Detail (click through for full mosaic ~15MB) The images below show an example of how the mosaic tiles are matched to the details of the original image: The tiles directory argument should contain the path to the directory containing the tile images (the directory will be searched recursively, so it doesn't matter if some of the images are contained in sub-directories)įor example: python mosaic.py game_of_thrones_poster.jpg /home/admin/images/screenshots.The image argument should contain the path to the image for which you want to build the mosaic.Run the utility from the command line, as follows: python mosaic.py One convenient way of generating large numbers of tile images is to extract screenshots from video files using ffmpeg. ![]() The tile images can be any shape or size (the utility will automatically crop and resize them) but for good results you will need a lot of them - a few hundred at least. This utility can be used to generate photo-mosaic images, to use it you must have Python installed, along with the Pillow imaging library.Īs well as an image to use for the photo-mosaic ( most common image formats are supported), you will need a large collection of different images to be used as tiles.
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