Result for BECF50E3D29B7944474BB6B7102E9EB6805C7953

Query result

Key Value
FileName./usr/lib64/libr12-stable.so.1.0.0
FileSize13313144
MD5E238ED8CEE00BBF84BBB8E0408084CA1
SHA-1BECF50E3D29B7944474BB6B7102E9EB6805C7953
SHA-25655E03D798634E719EAD8693BFF3CA2E7F4D00DBF4943F6EC7ADD47B6B3DBE32B
SSDEEP393216:uyEhgpqD58JcQYhTppvd7aPfuozTBZ13ERwyJI/MNhCVwj0d7SV:zEuoeJcQYhTppvd7aPfDfBZBER0d7SV
TLSHT1E0D63DD0A2AC30319F223D5D1224B5637784E791AE471421C9213DF1ABE83DDAABE777
hashlookup:parent-total1
hashlookup:trust55

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Parents (Total: 1)

The searched file hash is included in 1 parent files which include package known and seen by metalookup. A sample is included below:

Key Value
MD5922E6DD60D682E0522BD76DDC86B2A47
PackageArchaarch64
PackageDescriptionlibr12 computes types integrals that appear in Kutzelnigg’s linear R12 theories for electronic structure. All linear R12 methods, such as MP2-R12, contain terms in the wave function that are linear in the inter-electronic distances r_{ij} (hence the name). Appearance of several types of two-body integrals is due to the use of the approximate resolution of the identity to reduce three- and four-body integrals to products of simpler integrals.
PackageMaintainerFedora Project
PackageNamelibr12
PackageRelease2.el7
PackageVersion1.2.1
SHA-101F081043059AB064C30524E9DB7E1334E9045D8
SHA-256E67632941311BB59CC7A2C4F366A9C37D220908B58CB1CF65DBA8756FFED3944