Regarding screen resolution, get an idea of what your players are using. Instead of thinking portrait/vertical, go with landscape/horizontal orientation for notes, letters, and pictures or anything else that isn’t going to be a tabletop map. You want to create and plan out handouts and splash screens that’ll fit nicely on the collective user’s screen. When you want to create handouts or splash screens for use in Roll20, keep in mind that the average user often is working on a widescreen monitor with fixed screen resolution. This can’t really be done on a computer monitor. On a tablet, a person can simply flip the screen whether a graphic is either Portrait or Landscape. When a GM hands out documents to their players around a physical table, the item is usually written or printed on portrait-oriented paper. Tip: If you need a large translucent map overlay, try dialing down the image resolution as low as possible and then try to uniformly scale the image dimensions to a size smaller than you actually need, and then enlarge it when it’s uploaded to Roll20. Let’s compare the file formats against each other:
#.MAP FILE MONITOR SIZE OF YOUR CODE FOR FREE#
The maximum upload size is 10MB for Free users, 20MB for Pro and Plus users. The three available image file types that can be imported and used in Roll20 are JPG, GIF, and PNG. We also offer optimized assets through our Roll20 Marketplace. This can be accomplished by adjusting the resolution using image-editing software. Anywhere between the 70-150 DPI range should be adequate for your game images. If you want images to run smoothly in Roll20, we recommend keeping image resolution low. TL/DR: If you just drag these assets into your game, it will eat up your storage space. This means maps, character portraits, and handouts from commercial PDFs are going to be larger file sizes than necessary for a Roll20 Game. The higher the DPI, the larger the image’s file size, and the harder a processor has to work to display the image. In order for graphics to be readable and crisp for print, the image resolution, or DPI (Dots per inch) has to be kept rather high, at least 300 DPI for most print-quality PDFs.
#.MAP FILE MONITOR SIZE OF YOUR CODE PDF#
Height = (total_height/total_size) * sym.sizeįont_size = 1.0 if height > 1.If you’re playing from a commercial adventure pack, there’s a high chance you’re working from a PDF file. Section = section_from_address(sym.address) Symbols.sort(lambda a,b: a.address - b.address) Sections.sort(lambda a,b: a.address - b.address) Symbols.append(Symbol(eval(m.group(1)), eval(m.group(2)), m.group(3), m.group(5)))įor s in sections: segments.add(s.segment) Map2html.py from _future_ import with_statementĭef _init_(self, address, size, segment, section):ĭef _init_(self, address, size, file, name): You can control the script by modifying these lines: with open('t.map') as f:Ĭolors = It then renders the map using HTML (or do whatever you want with the sections and symbols lists). It loads the map file into a list of Sections and Symbols (first half). Here's the beginnings of a script in Python.
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