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| : ''Main article: [[Octave for Red Hat Linux systems]]'' | | : ''Main article: [[Octave for Red Hat Linux systems]]'' |
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| The packages can be installed using the yum command, they are: | | The packages can be installed using the dnf command, they are: |
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| *octave | | *octave |
| *octave-devel | | *octave-devel |
| *octave-forge
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| {{Codeline|octave-forge}} is recommended to all users, as it provides many extra functions. {{Codeline|octave-devel}} contains the octave headers and {{Path|mkoctfile}} script and is really only needed by users who are developing code that is to be dynamically linked to octave. {{Codeline|octave}} and {{Codeline|octave-forge}} can be installed with the command:
| | {{Codeline|octave-devel}} contains the octave headers and {{Path|mkoctfile}} script and is really only needed by users who are developing code that is to be dynamically linked to octave. {{Codeline|octave}} can be installed with the command: |
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| # yum install octave-forge | | # dnf install octave |
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| By default, yum will most likely install blas and lapack as your matrix math libraries, but ATLAS is usually much faster. If you want to install atlas with octave, use the command
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| # yum install octave-forge atlas
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| Note that if you are using an i386-compatible processor the base atlas package is not optimized for newer hardware. If you have newer hardware, you can get even better performance with the atlas-3dnow (AMD K6 processors), atlas-sse (Pentium III or newer), or atlas-sse2 (Pentium 4 or newer).
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| =Gentoo= | | =Gentoo= |