![]() In closing, I must also say this: Your question was interesting enough to research, but strikes me as a silly idea for anyone with an even moderately capable laptop or desktop machine. Please refer to the sagemath GitHub site for other details. sagemath may also be run from the shell's command line interface. Shows us that version 8.6-6 is available as a direct install using apt, while the current version is 9.2, and could (probably) be built from source. ![]() If a "Matlab-clone" won't meet your needs, the package sagemath is more like Mathematica, and is also in RPi's package repository: apt-cache showpkg sagemath The project has an incoherent approach to managing the extensions which will waste your time. My personal experience with some of its "package extensions" is negative - very negative in fact. pi, in mathematics, the ratio of the circumference of a circle to its diameter. Today I am happy to announce an update for Mathematica and the Wolfram Language for the Raspberry Pi, which bring many of those features to the Raspberry Pi. My positive recommendation for Octave ends with Octave itself. I've found Octave a decent package to use, but I don't do anything "heavy duty". This means you can run it from either the Lite or the Desktop distros of RPi OS. Octave can be run from either the GUI, or the command line. Also, make sure that your label your functions and give your plot a title. Restrict the graph to be only for values of x between 0 and 3 pi. ![]() Informs us that the version is 4.4 (the current build is 6.1). Graph sin x, cos 2x and sin 3x in blue, purple and pink. Octave is in RPi's package repository: apt-cache showpkg octave If your needs for Mathematica can be satisfied by Matlab, then you may find GNU's Octave distribution worth a try - Octave tries its best to be a clone of Matlab. ![]() I'm not a user of Mathematica, but I have used Matlab in the past. ![]()
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