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Octave for openSUSE: Difference between revisions
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== Pre-compiled binaries == | === Pre-compiled binaries === | ||
Binary packages for Octave are provided by all versions of openSUSE. These are the most well-tested binaries available and should work best for most users. | Binary packages for Octave are provided by all versions of openSUSE. These are the most well-tested binaries available and should work best for most users. | ||
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There <openSUSE verion> is your version of openSUSE, for example {{codeline|openSUSE_13.1}} | There <openSUSE verion> is your version of openSUSE, for example {{codeline|openSUSE_13.1}} | ||
===Linear algebra libraries=== | === Octave Forge === | ||
Octave-Forge binary packages are provided by Science repository. You can list all available packages by command | |||
zypper se octave-forge | |||
=== Linear algebra libraries === | |||
openSUSE uses reference BLAS and LAPACK implementations by default, but ATLAS is usually much faster. You can switch it by update-alternatives mechanism: | openSUSE uses reference BLAS and LAPACK implementations by default, but ATLAS is usually much faster. You can switch it by update-alternatives mechanism: | ||
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3 /usr/lib64/libblas.so.3.4.2 50 manual mode | 3 /usr/lib64/libblas.so.3.4.2 50 manual mode | ||
===Image export and import=== | === Image export and import === | ||
GraphicsMagick++ library from openSUSE repositories was compiled with quantum depth 16 which limits reading and writing images to 16 bit. See more details on [[GraphicsMagick]] wiki page. | GraphicsMagick++ library from openSUSE repositories was compiled with quantum depth 16 which limits reading and writing images to 16 bit. See more details on [[GraphicsMagick]] wiki page. | ||
[[Category:GNU/Linux]] | [[Category:GNU/Linux]] | ||
[[Category:Installation]] | [[Category:Installation]] | ||