I went all the way west, but when I tried going east when I got to the mario bit I went down and got lost :( 141.101.98. Map.txt shows a simple map of which table locations are filled. It's a bit of a stretch, but I think the jellyfish is playing Super Mario Bros. That's 2187 table cells, only 212 of which contain anything but white. The table is 27 images high and 81 images wide, from 19s33w to 8n48e in the coordinate system of the file names. There are 212 image files, each 2048x2048 pixels. Right click and 'save as' to download it. Click on this link at your own peril, it'll probably kill your browser. + Victor ’s zoomable visualization of xkcd: Click and Drag ( CC-BY-NC 2. This is a full scale image, it's 169984 x 69632 pixels big, and a 48mb file. Reduce the size of the files in www/images to 256x256 and write in www/small-imagesĬall pull-all, reduce-files, and write-html-table. Explore a gigapixel of the xkcd-1110 webcomic in a zoomable interface. xkcd-click-and-drag/map. Pull all the files down from, and store them in the www/images directory I have only tested it in Clozure Common Lisp on a Macintosh. Scroll down and across to see the the full world for xkcd 1110: Click and Drag. Load it by cd'ing to the project directory, and executing "./start ", or by starting a lisp and executing (load "start"). Click on part of the image to show that square in full resolution (in a new window/tab).īoing Boing () has provided a link to a site that provides a fully-zoomable dynamic map of the whole space, including some images I missed, since I only walked the space directly connected to the starting point: The table shows the images reduced from 2048x2048 to 256x256. I wrote some lisp code to pull down all the image files and create a huge HTML table to display them. On Wednesday, September 19, 2012, XKCD's cartoon was entitled "Click and Drag":
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