Parents (Total: 15)

The searched file hash is included in 15 parent files which include package known and seen by metalookup. A sample is included below:

Key	Value
MD5	1BFC2A40BC2D7E906B84A4143FE4C696
PackageArch	ppc64le
PackageDescription	LIBINT computes the Coulomb and exchange integrals, which in electronic structure theory are called electron repulsion integrals (ERIs). This is by far the most common type of integrals in molecular structure theory. LIBINT uses recursive schemes that originate in seminal Obara-Saika method and Head-Gordon and Pople’s variation thereof. The idea of LIBINT is to optimize computer implementation of such methods by implementing an optimizing compiler to generate automatically highly-specialized code that runs well on super-scalar architectures.
PackageMaintainer	Fedora Project
PackageName	libint
PackageRelease	4.fc22
PackageVersion	1.1.6
SHA-1	024A2E3B8A2C38C7A7F1282FA941202EA4934010
SHA-256	E02AF6283BC15B67B074975456B3F37B3938E0BAD7514C6FA132C6C9D76D8408

Key	Value
MD5	7E378B341DC3D88EA65FDBDC19967E79
PackageArch	aarch64
PackageDescription	LIBINT computes the Coulomb and exchange integrals, which in electronic structure theory are called electron repulsion integrals (ERIs). This is by far the most common type of integrals in molecular structure theory. LIBINT uses recursive schemes that originate in seminal Obara-Saika method and Head-Gordon and Pople’s variation thereof. The idea of LIBINT is to optimize computer implementation of such methods by implementing an optimizing compiler to generate automatically highly-specialized code that runs well on super-scalar architectures.
PackageMaintainer	Fedora Project
PackageName	libint
PackageRelease	8.fc24
PackageVersion	1.1.6
SHA-1	77D1F135F5BCF4696C8995844F398002BCD20E21
SHA-256	3845E8D26517C806E007ACF3BC324EA66940CC0FE89B95770CBFBA65948259D9

Key	Value
MD5	73C68B4EB6D1E8048F29A74B79F2093E
PackageArch	s390
PackageDescription	LIBINT computes the Coulomb and exchange integrals, which in electronic structure theory are called electron repulsion integrals (ERIs). This is by far the most common type of integrals in molecular structure theory. LIBINT uses recursive schemes that originate in seminal Obara-Saika method and Head-Gordon and Pople’s variation thereof. The idea of LIBINT is to optimize computer implementation of such methods by implementing an optimizing compiler to generate automatically highly-specialized code that runs well on super-scalar architectures.
PackageMaintainer	Fedora Project
PackageName	libint
PackageRelease	6.fc23
PackageVersion	1.1.6
SHA-1	6976B7E2CC2568E54CA4A7AE45F3260945A7BB39
SHA-256	35F05557AFD5FA2519324DA57D35CE1ABEF0287135E1E83A70517AEB5BB44C5C

Key	Value
MD5	FCF5DAD64E52B13E41FD09D3D7EC5E87
PackageArch	aarch64
PackageDescription	LIBINT computes the Coulomb and exchange integrals, which in electronic structure theory are called electron repulsion integrals (ERIs). This is by far the most common type of integrals in molecular structure theory. LIBINT uses recursive schemes that originate in seminal Obara-Saika method and Head-Gordon and Pople’s variation thereof. The idea of LIBINT is to optimize computer implementation of such methods by implementing an optimizing compiler to generate automatically highly-specialized code that runs well on super-scalar architectures.
PackageMaintainer	Fedora Project
PackageName	libint
PackageRelease	6.fc23
PackageVersion	1.1.6
SHA-1	11CCAE7C667C1FE2CE0DBE4987981FE25160A7D3
SHA-256	38CF1D36295F3DB04808B27E95A380DD897D6DC228F976C18E5DD615D9629AB2

Key	Value
MD5	4EED855341C2913CA44600EC7DC6128B
PackageArch	ppc64
PackageDescription	LIBINT computes the Coulomb and exchange integrals, which in electronic structure theory are called electron repulsion integrals (ERIs). This is by far the most common type of integrals in molecular structure theory. LIBINT uses recursive schemes that originate in seminal Obara-Saika method and Head-Gordon and Pople’s variation thereof. The idea of LIBINT is to optimize computer implementation of such methods by implementing an optimizing compiler to generate automatically highly-specialized code that runs well on super-scalar architectures.
PackageMaintainer	Fedora Project
PackageName	libint
PackageRelease	8.fc24
PackageVersion	1.1.6
SHA-1	D61433EDAF5DC93834E63977242DF5E350ABD20C
SHA-256	A0227B12A46DBBD4013D6E28ECCC21B2B05BB46979AA622B135301319E1A94AE

Key	Value
MD5	22A1B8F954F0377C09B94FDF3E2E4CCE
PackageArch	ppc64le
PackageDescription	LIBINT computes the Coulomb and exchange integrals, which in electronic structure theory are called electron repulsion integrals (ERIs). This is by far the most common type of integrals in molecular structure theory. LIBINT uses recursive schemes that originate in seminal Obara-Saika method and Head-Gordon and Pople’s variation thereof. The idea of LIBINT is to optimize computer implementation of such methods by implementing an optimizing compiler to generate automatically highly-specialized code that runs well on super-scalar architectures.
PackageMaintainer	Fedora Project
PackageName	libint
PackageRelease	6.fc23
PackageVersion	1.1.6
SHA-1	BA65FE0847F90763DA710FEC7614B4166A7EF2B9
SHA-256	101F643E1291CD99A8F6049A6B4CEFB914BBCFFB777DFA225AB4530FF516BB6B

Key	Value
MD5	938D827467D1AA5653A1892223046D4B
PackageArch	s390x
PackageDescription	LIBINT computes the Coulomb and exchange integrals, which in electronic structure theory are called electron repulsion integrals (ERIs). This is by far the most common type of integrals in molecular structure theory. LIBINT uses recursive schemes that originate in seminal Obara-Saika method and Head-Gordon and Pople’s variation thereof. The idea of LIBINT is to optimize computer implementation of such methods by implementing an optimizing compiler to generate automatically highly-specialized code that runs well on super-scalar architectures.
PackageMaintainer	Fedora Project
PackageName	libint
PackageRelease	6.fc23
PackageVersion	1.1.6
SHA-1	1DCDB61548A5A5504A8A89E20EAACB07D7C18C63
SHA-256	4D8B396E7B60655FE2D4D7F7D95140AD2017185E3748D25218ED17FC1EDBB300

Key	Value
MD5	DB80965F114773D364FC1E3F8942B629
PackageArch	s390
PackageDescription	LIBINT computes the Coulomb and exchange integrals, which in electronic structure theory are called electron repulsion integrals (ERIs). This is by far the most common type of integrals in molecular structure theory. LIBINT uses recursive schemes that originate in seminal Obara-Saika method and Head-Gordon and Pople’s variation thereof. The idea of LIBINT is to optimize computer implementation of such methods by implementing an optimizing compiler to generate automatically highly-specialized code that runs well on super-scalar architectures.
PackageMaintainer	Fedora Project
PackageName	libint
PackageRelease	4.fc22
PackageVersion	1.1.6
SHA-1	098ECFE96319A4EC6515A7B3B33944D716621D73
SHA-256	3CE2E5090C23A71019082429664F1DC50F0CCA4E67689B112B7AC6799CE99AC5

Key	Value
MD5	8EB3DC030F965A4B8995C40B39121EE1
PackageArch	ppc64le
PackageDescription	LIBINT computes the Coulomb and exchange integrals, which in electronic structure theory are called electron repulsion integrals (ERIs). This is by far the most common type of integrals in molecular structure theory. LIBINT uses recursive schemes that originate in seminal Obara-Saika method and Head-Gordon and Pople’s variation thereof. The idea of LIBINT is to optimize computer implementation of such methods by implementing an optimizing compiler to generate automatically highly-specialized code that runs well on super-scalar architectures.
PackageMaintainer	Fedora Project
PackageName	libint
PackageRelease	4.fc21
PackageVersion	1.1.6
SHA-1	538E8AFEDA9A6A75AFC751354EF668390CB19138
SHA-256	D1DED755C0165E680EAE5FB1D93CF52EAF018F56B2254B39703B45F58A81147A

Key	Value
MD5	86774C5AC63621A1EDB5EF724DB3BDBF
PackageArch	s390x
PackageDescription	LIBINT computes the Coulomb and exchange integrals, which in electronic structure theory are called electron repulsion integrals (ERIs). This is by far the most common type of integrals in molecular structure theory. LIBINT uses recursive schemes that originate in seminal Obara-Saika method and Head-Gordon and Pople’s variation thereof. The idea of LIBINT is to optimize computer implementation of such methods by implementing an optimizing compiler to generate automatically highly-specialized code that runs well on super-scalar architectures.
PackageMaintainer	Fedora Project
PackageName	libint
PackageRelease	4.fc21
PackageVersion	1.1.6
SHA-1	2830851554252B424D93752BCE3060F50B9F3F41
SHA-256	297903CE69649CA2FD0990B06AA5E0337B77A0A5BB321E12B4E042C41AAB264F

Key	Value
MD5	A5F47D58C956AD36CE3A79EA65F58BF5
PackageArch	ppc64
PackageDescription	LIBINT computes the Coulomb and exchange integrals, which in electronic structure theory are called electron repulsion integrals (ERIs). This is by far the most common type of integrals in molecular structure theory. LIBINT uses recursive schemes that originate in seminal Obara-Saika method and Head-Gordon and Pople’s variation thereof. The idea of LIBINT is to optimize computer implementation of such methods by implementing an optimizing compiler to generate automatically highly-specialized code that runs well on super-scalar architectures.
PackageMaintainer	Fedora Project
PackageName	libint
PackageRelease	4.fc22
PackageVersion	1.1.6
SHA-1	B4458B0A374459E10340539F5DC12D8773865B3B
SHA-256	96463C3EEC9CC53272B43E77C681767D6606596E1E423E37FFBF67D20130EBFF

Key	Value
MD5	CC2603B0C57F2382FDC4C3139E479882
PackageArch	s390
PackageDescription	LIBINT computes the Coulomb and exchange integrals, which in electronic structure theory are called electron repulsion integrals (ERIs). This is by far the most common type of integrals in molecular structure theory. LIBINT uses recursive schemes that originate in seminal Obara-Saika method and Head-Gordon and Pople’s variation thereof. The idea of LIBINT is to optimize computer implementation of such methods by implementing an optimizing compiler to generate automatically highly-specialized code that runs well on super-scalar architectures.
PackageMaintainer	Fedora Project
PackageName	libint
PackageRelease	4.fc21
PackageVersion	1.1.6
SHA-1	932842DF8E8715159D603A61C82E91EA2A53DFE9
SHA-256	7C5B713AFD9D600BAB7FCC519CF9BBFAEA3B5B778B62A06921666907E2457676

Key	Value
MD5	9BBC7F11E8A6C9E14761297A5CB315D1
PackageArch	s390x
PackageDescription	LIBINT computes the Coulomb and exchange integrals, which in electronic structure theory are called electron repulsion integrals (ERIs). This is by far the most common type of integrals in molecular structure theory. LIBINT uses recursive schemes that originate in seminal Obara-Saika method and Head-Gordon and Pople’s variation thereof. The idea of LIBINT is to optimize computer implementation of such methods by implementing an optimizing compiler to generate automatically highly-specialized code that runs well on super-scalar architectures.
PackageMaintainer	Fedora Project
PackageName	libint
PackageRelease	4.fc22
PackageVersion	1.1.6
SHA-1	410CA5CD49267E03F28334E5F050922EC033A994
SHA-256	A2B4EB9BD7EE2D8306142EB97067C2177F29405E4A6BF2B13EF277D50CCC57E9

Key	Value
MD5	573018339312C8F0EF1E88433E486395
PackageArch	ppc64
PackageDescription	LIBINT computes the Coulomb and exchange integrals, which in electronic structure theory are called electron repulsion integrals (ERIs). This is by far the most common type of integrals in molecular structure theory. LIBINT uses recursive schemes that originate in seminal Obara-Saika method and Head-Gordon and Pople’s variation thereof. The idea of LIBINT is to optimize computer implementation of such methods by implementing an optimizing compiler to generate automatically highly-specialized code that runs well on super-scalar architectures.
PackageMaintainer	Fedora Project
PackageName	libint
PackageRelease	6.fc23
PackageVersion	1.1.6
SHA-1	90F74A732DA6D99D8A5EDDBF5B3C90C2B530ED6A
SHA-256	4B100DB6308DA13969F7C1C520578240CCDF08EA8C4EB362C9082D19F27698CD

Key	Value
MD5	BB396BDB397D84FA1BD63B94A08FE02A
PackageArch	ppc64
PackageDescription	LIBINT computes the Coulomb and exchange integrals, which in electronic structure theory are called electron repulsion integrals (ERIs). This is by far the most common type of integrals in molecular structure theory. LIBINT uses recursive schemes that originate in seminal Obara-Saika method and Head-Gordon and Pople’s variation thereof. The idea of LIBINT is to optimize computer implementation of such methods by implementing an optimizing compiler to generate automatically highly-specialized code that runs well on super-scalar architectures.
PackageMaintainer	Fedora Project
PackageName	libint
PackageRelease	4.fc21
PackageVersion	1.1.6
SHA-1	005ABD745F46B33A13BB9C808DEB2C6B6593CFF9
SHA-256	744B9C9DCF69E86B7B89ABBB641013D1EF2DD7E8A2D64EE687DE9CA5284548C3