Result for 002172E045F45FF8EEA363B5A2523769E572D1FC

Query result

Key Value
FileName./usr/share/doc/cloudy/html/thirdparty_8h_ab4b08e4985ced62d317ba53f3da48262_cgraph.png
FileSize785
MD54F83A977AC241A42B87F066B87E815FE
SHA-1002172E045F45FF8EEA363B5A2523769E572D1FC
SHA-256BE97394715485F1A6DEAFBEDD56B46ABDADD99644237A519C44320BAB76AF760
SSDEEP12:6v/7rjAQ/uul2RhVxa6w/kQHs2aWP0beZgX9DrzkNiGNDC79CRh1QnX7OzXf7sMy:+jAQ/12RLA6kkos2bk4D0mh1xzXxkL
TLSHT1C5017A78795D094A3DFF08320F3BDD72C5A2AF01C5E9714667145D1D4CDD02C8911A1C
hashlookup:parent-total3
hashlookup:trust65

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Parents (Total: 3)

The searched file hash is included in 3 parent files which include package known and seen by metalookup. A sample is included below:

Key Value
MD5166AA7849CA9ED8895E79549AA306A1D
PackageArchx86_64
PackageDescriptionMost of the quantitative information we have about the cosmos comes from spectroscopy. In many cases the light we analyze was produced by atoms in the first generations of stars and galaxies. The spectra are produced by dilute gas where such properties as the gas kinetic temperature, chemical state, level of ionization, and level populations, are determined by a host of microphysical processes rather than by a single temperature. Analytical solutions are seldom possible and computer solutions are needed to understand their physical properties. Numerical simulations make it possible to understand complex physical environments starting from first principles. Cloudy is designed to do exactly this.
PackageMaintainerghibo <ghibo>
PackageNamecloudy
PackageRelease4.mga9
PackageVersion13.05
SHA-18DB4A8A0F4186E2B33B3B3EE557996AE1BDDBCE1
SHA-2564FBF80314948F68175387BF40444679129CA1D86F8A400D47E478F93664427DC
Key Value
MD5BA4556FD40D5762EABA159D9844BF87F
PackageArcharmv7hl
PackageDescriptionMost of the quantitative information we have about the cosmos comes from spectroscopy. In many cases the light we analyze was produced by atoms in the first generations of stars and galaxies. The spectra are produced by dilute gas where such properties as the gas kinetic temperature, chemical state, level of ionization, and level populations, are determined by a host of microphysical processes rather than by a single temperature. Analytical solutions are seldom possible and computer solutions are needed to understand their physical properties. Numerical simulations make it possible to understand complex physical environments starting from first principles. Cloudy is designed to do exactly this.
PackageMaintainerghibo <ghibo>
PackageNamecloudy
PackageRelease4.mga9
PackageVersion13.05
SHA-1A8AB6642174D2182D6D8BB341D2661550BFBFA99
SHA-25688B4C4B76D1465C02C9A9816E4BCB2C1A9533F8FB80038192FEF82996AC86F50
Key Value
MD58BEEDE0C468BAF9B66465B04C1AFD638
PackageArchaarch64
PackageDescriptionMost of the quantitative information we have about the cosmos comes from spectroscopy. In many cases the light we analyze was produced by atoms in the first generations of stars and galaxies. The spectra are produced by dilute gas where such properties as the gas kinetic temperature, chemical state, level of ionization, and level populations, are determined by a host of microphysical processes rather than by a single temperature. Analytical solutions are seldom possible and computer solutions are needed to understand their physical properties. Numerical simulations make it possible to understand complex physical environments starting from first principles. Cloudy is designed to do exactly this.
PackageMaintainerghibo <ghibo>
PackageNamecloudy
PackageRelease4.mga9
PackageVersion13.05
SHA-1D547BD283B86F97ABE4D5A5B7CD7868BBC0723E3
SHA-256C62CF8391FAA44E171CAF351D69F0ADC800C3034174FEA67859A181BBBA2113D