![]() ![]() ![]() I use Graphics Layout Engine (GLE), which produces beautiful PDFs from simple script files. fig files, exporting to a LaTeX-friendly PDF. I'm now writing my thesis, and I've come upon a solution for extracting data from MatLAB. Yes, now it seems ridiculous, but at one point I thought I was being dastardly clever. The problem is - or, at least, the folly on my part is - that I've saved many of my results as MatLAB figures, ready to be exported into papers or reports. Yes! - running on Ubuntu, octave runs my simulation like lightning, despite the feeble processing power of my $500 laptop. ![]() Why is it taking 140 MB of RAM when there's nothing running?Īt home, I do what many students do: install Octave because it's free and it's fast. MatLAB is a good platform for running simulations, even if it's getting on my back. If you are looking for further information on the Matlab Compiler, use the MathWorks homepage instead of Google since some information is available only behind a login screen and thus cannot be found by Google.If you're like me, you've been stuck in the dusty halls of the university system for years, the cynicism etched on your face, a perpetual snarl tugging at the corner of your mouth.Īt Uni, we have a site-wide license for MatLAB, which is fine. This way you get a platform-dependent application that runs on any computer with the right version of the Matlab Compiler Runtime installed, which is freely available. Solution 3Ĭreate a script (for example FigViewer.m) containing simply the command figure and compile it by runningįrom the Matlab command window. It exports Matlab figures (most anyway) to the non-proprietary vector format SVG. ![]() mat files, which might give you another direction to go in. As can be seen here, there is a simple format to them quite similar to. fig is not easily opened, but this is mostly due to it being poorly documented (not sure about proprietary aspects.). This would probably require knowing prior information about the plot though. I recently noticed that octave will load a fig file as a structure, so if you're stuck with trying to open fig files without being able to access Matlab you could try and write an octave function that will load the fig file and reconstitute the plot from the contents of the struct. Your best option is probably to have the figure saved as a pdf/png from within Matlab depending on the type of figure. I don't know of any other software capable of loading this format. According to johnml1135's answer, fig files are essentially just mat files, and johnml1135 figured out where the various plot elements are stored, for converting a fig file to a Python plot.Īccording to the answer here the fig file saved by Matlab is in a proprietary binary format. ![]()
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