

Previous versions of FreeMat were released under MIT licenses.
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It is free as in speech and free as in beer. It is similar to commercial systems such as MATLAB from Mathworks and IDL from Research Systems, but is Open Source.

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Click to download FreeMat Manual in PDF form.Click to be taken to the list of all available downloads.Click to download FreeMat (will attempt to autodetect which version you need).These are quite dated and need to be replaced. Comments or problems should be reported to the mailing list or filed as bugs on the website. It's not a long list, but given the nearly 2 years since the last release, 4.2 is an important one. A number of improvements have been made to the JIT back end.Documentation has been migrated to doxygen.
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The top level README.TXT includes instructions on how to build FreeMat on all three platforms (Linux, Mac OS X, and Mingw32). FreeMat is now (hopefully) easier to build.This version includes a number of bug fixes and some cleaned up tests and documentation. We are pleased to annouce the release of FreeMat 4.2.
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News Updated News - FreeMat 4.2 - 32 bit binary for WindowsĪdded a 32 bit installer for people using Windows XP. FreeMat is available under the GPL license. Such as MATLAB from Mathworks, and IDL from Research Systems, but is Y1 = np.FreeMat is a free environment for rapid engineering and scientific #Creation of Y matrix for positive & negative sequence components #rated voltage of the system at point of connection 2Q in kV R_G3 = 0.3 #generator resistance in percent Xst_dG3 = 11.2 #relative initial subtransient reactance in percent U_NG3 = 10.5 #generator rated voltage in kV N_ZT2 = 2.4 #ratio of zero to positive sequence impedance #transformer LV side nominal voltage in kV N_ZT1 = 0.8 #ratio of zero to positive sequence impedance R_G1 = 0.3 #generator resistance in percent

Xst_dG1 = 10.5 #relative initial subtransient reactance in percent U_NG1 = 10.5 #generator rated voltage in kV On second thoughts, it seems to me that the problem might be elsewhere in the source code, so here is the Python routine: #ROEPER SHORT CIRCUIT CALCULATION EXAMPLEĪ = np.matrix( ((1., 1., 1.), (1., a**2., a), (1., a, a**2.)), dtype=np.comple圆4)
