![]() ![]() The python script I wrote lets you annotate your Inkscape layers with LaTeX Beamer overlay specifications like - just append that to the name of a layer, and my script will automatically extract several PDF files where at each step, those annotated layers whose overlay range does not include the step are set to be invisible. That’s where my small python script steps in. While that already constitutes a big step forward to WYSIWYG graphics / animations creation for LaTeX, this last step of manually exporting multiple PDFs is quite cumbersome, especially if you change something in your graphics. Then, I toggled the layers according to my animation plan and exported several PDFs which I then included via a for-loop in my LaTeX beamer presentation. Animations are realized via Inkscape layers. In practice, I create a document with the same size as my PDF slides and include a subset of my macros, maybe with a small set of additional definitions for fonts etc., in the preambles of my LaTeX objects. ![]() My animations and graphics were done in TikZ so far, with all advantages and downsides: While on the one hand, you can use all the macros of your main document and profit from the wide range of powerfull TikZ/PGF libraries, TikZ animations can be quite brittle and hard to create and maintain.Īfter discovering the great textext plugin for Inkscape which lets you render LaTeX code from within Inkscape which can be updated (and re-rendered) after creation and allows for the inclusion of a LaTeX preamble, I decided to create graphics for my presentations in Inkscape. As a computer scientist who uses a lot of math stuff in his work, I of course use LaTeX even for creating presentations for its math features, although, in my opinion, LaTeX is not the perfect technology for making slides. This will help you to keep your TeX installation as minimal as possible ( “Just enough TeX”).I like doing fancy presentations with little text (but in the titles, I heard that’s called “power titles” occasionally) but with a lot of graphics and animations. Please be aware that this starts a ~200MB download.Īlternatively, you can turn on the auto-install feature and let MiKTeX install missing packages on-the-fly. If you have just installed MiKTeX, then you have the option to upgrade your installation to a standard TeX system. Or, if you have a shared installation: sudo initexmf -admin -set-config-value AutoInstall=1 You also may want to enable automatic package installation: initexmf -set-config-value AutoInstall=1 Executables like lualatex will be installed in /usr/local/bin. To finish with a shafred (system-wide) TeX installation. Executables like lualatex will be installed in ~/bin. ![]() To finish with a private (for you only) TeX installation. If this is the case and if you expect that some of your users would like to work with MiKTeX, then you should install MiKTeX system-wide.Ĭlick one of the two buttons if you have made your decision. The second option makes sense if you are the administrator of a multi-user system. You probably want to choose the first option. Search&click the MiKTeX Console icon to start MiKTeX Console:ĭo you want to set up a private (for you only) TeX installation, or do you want to set up a shared (system-wide) TeX installation? You can use MiKTeX Console or, if you prefer the command line, miktexsetup. Finish the setupīefore you can use MiKTeX, you have to finish the setup. Register installation source openSUSE Leap 15: sudo curl -L -o /etc/zypp/repos.d/miktex.repo c. ![]()
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