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TypeError: unable to start mathematica: End Of File (EOF). contains the source for all the functions plus build and install scripts. The octave-forge package is the result of The GNU Octave Repositry project, which is intended to be a central location for custom scripts, functions and extensions for GNU Octave. For me it does not work, because I do not have mathematica installed: sage: Bm = mathematica(B) Add port math/octave-forge-symbolic This is symbolic. If you have mathematica installed, you may use it directly from sage by doing things like below. GNU Octave - Install, Load and Run the Symbolic package to enable symbolic functionality.GNU Octave (V4.4.1 used in video). You have a bunch of those methods: sage: Is SIMPLIFY not able to simplify a straightforward expression in Symbolic Math Toolbox 5.
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#How to add symbolic math toolbox in octave how to#
For matlab, I haven't seen _matlab_init_() method but there is a _octave_init_() method and according to Octave website " The Octave syntax is largely compatible with Matlab" : sage: A = sin(x) How to change the axis limit when I have 2 axes in the figure. this is just a formula to start with, have fun and change it if you want to.
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(actually, the unicode doesn't seem as good on StackOverflow, but it looks ok in the terminal). You want to use the method _mathematica_init_(). octave:1> sym ('xdot'), sym ('xddot'), sym ('xdddot'), sym ('xddddot'), sym ('xhat'), sym ('xtilde') ans (sym) x ans (sym) x ans (sym) x ans (sym) x ans (sym) x ans (sym) x.