In this tutorial, we will begin with learning to create a simple slide in Beamer. If you find this helpful, please let me know in the comments below. I recently discovered relative slide specification and additional commands in the vein of \visible and \only on another blog called “Some TeX Developments”.On the requests from many of my viewers, here is the complete guide to writing an algorithm in LaTeX Beamer.I’m no expert, so I am hoping to try out some new presentation tools next time I give a talk. It is, however, great for visual learners and keeping the attention of antsy students. It took a long time for me to create lectures because I needed to create a mental concept map of the presentation before putting any of it on the page. I used the web version of the tool and I found the interface to be a little clunky. Prezi can make attractive, dynamic visual presentations and enables the “intuitive” spatial organization of presentation concepts. I briefly mentioned my use of Prezi earlier in my aside.
#Lyx beamer software
I’ve used Lyx software for writing TeX documents, which has some nice WYSIWYG software features but preserves the transportability by providing underlying TeX code. I would be curious to know whether this interfaces works similarly well for making presentations.These features could benefit professors that reuse slides in various courses or for different lecture topics. If you are going to reuse content a lot and incorporate lots of mathematical but want to have some flexibility with background layouts and color schemes, Beamer might be a nice option. Verdict: I would not recommend the use of Beamer for everyone or for all occasions. If you want to make a quick and dirty presentation, use PowerPoint or Google Slides for the WYSIWYG interface because it’s easier to move figures around and add bubbles or text boxes in specific places.
#Lyx beamer how to
formatting is fussy –> I know LaTeX typesetting is supposed to make things easier, but it’s tricky to make a slide look nice with multiple figures and text blocks without some manual formatting (If someone else knows how to do this, please let me know!).figures must be kept in a central location or copied with every Beamer presentation since the files are not embedded (as in PPT).must be compiled, which takes additional time when creating and formatting content.you can turn your presentation into a document draft or slide handout with changes to a few words (with \documentclass).relatively simple insertion and copying of mathematical notation - you can even turn specific terms into commands that may be easily called in multiple places in the file.
creates presentations that are visually compelling.My presentations are not particularly filled with mathematical notation, so LaTeX only benefits me minimally in this regard. I kicked off my graduate seminar career with Beamer because I thought it would be a good opportunity to play with LaTeX and learn a new skill and I’ve continued at it since then. I have also used Prezi for class lectures and class presentations. I am preparing for my yearly Work-in-Progress seminar in the Biology department this week and I have been making my 45 minute presentation in Beamer. I was reflecting earlier this week on some of the pros and cons of using Beamer.īackground (aside): I’ve used Beamer for all of my previous formal seminars, but I typically use the Google Drive app, Google Slides, for informal talks at lab meeting or journal club. I am planning to come back to my examples with the R dplyr package in the next post, but I wanted to discuss the use of Beamer and LaTeX to make scientific presentations. (I did it in PowerPoint and there were some technical difficulties!) I recently had the opportunity to make a scientific poster, so maybe I’ll write another post about that experience. It seems that there are packages ( TikZ, for instance) allowing you to create graphics directly in TeX too. On a related note, I came across this post on preparing scientific posters in LaTeX.
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