You can customize the polytope using the following options in the command P.tikz() You will have two files named Img_poly.tex and Img_poly.pdf containing the Then in the pwd (present working directory of sage, the one of your article) tex ( 'Img_poly.tex', content_only = True ) Img. tikz (, angle, output_type = 'TikzPicture' ) Img. Img now contains a Sage object of type Late圎xpr containing the raw TikZ picture of your polytope.Īlternatively, you can save the tikz image to a file, by doing You can paste the string here to save some typing. Go back to Sage and type Img = P.tikz(,angle,output_type='Late圎xpr'). This will copy a string of the form ‘,angle’ to your local clipboard. Once the desired view angle is found, click on the information icon in the lower right-hand corner and select Get Viewpoint. This will open an interactive view in your default browser, where you can rotate the polytope. Visualize the polytope P using the command P.show(aspect_ratio=1) Input your polytope, called P for example, to Sage Open Sage and change the directory to your article’s by the command cd /path/to/article Put \usepackage in the preamble of your article Install SageTex (optional but recommended!) ![]() To put an image of a 3D-polytope in LaTeX using TikZ and Sage, simply follow the instructions: This short tutorial shows how it all works. SageMath, the tikz output can be a TikzPicture object from the sage module Of) polytopes to output a TikZ picture of the polytope. Since version 6.3 of Sage, there is a function for (projection Makes everything work together nicely between Sage, TikZ and TikZ is a very versatile tool to draw in scientific documentsĪnd Sage can deal easily with 3-dimensional polytopes. ![]() It is sometimes very helpful to draw 3-dimensional polytopes in a ![]() Toggle table of contents sidebar Draw polytopes in LaTeX using TikZ #
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