Parents (Total: 6)

The searched file hash is included in 6 parent files which include package known and seen by metalookup. A sample is included below:

Key	Value
MD5	FC085394E554F0E1BAEC662049A79A5B
PackageArch	aarch64
PackageDescription	An open-source library for mathematical programming. Features * Reusable high-performance .nl reader * Efficient type-safe C++ API for connecting solvers to AMPL and other systems: source * Interfaces to solvers supporting AMPL extensions for logic and constraint programming: * IBM ILOG CPLEX and CPLEX CP Optimizer (ilogcp) * Gecode * JaCoP * Interfaces to the following solvers: * LocalSolver * Sulum * Interfaces to other solvers via AMPL Solver Library * Cross-platform build support with CMake and continuous integration systems. This includes third-party solvers and libraries (COIN-OR solvers with CMake support are available in the ampl/coin repository). * AMPLGSL, an AMPL function library providing access to the GNU Scientific Library (GSL) functions. See the AMPLGSL documentation. * Database support on Linux and MacOS X. See Database and spreadsheet connection guide. * SMPSWriter, a converter from deterministic equivalent of a two-stage stochastic programming (SP) problem written in AMPL to an SP problem in SMPS format.
PackageMaintainer	Fedora Project
PackageName	mp
PackageRelease	31.20200303git7fd4828.fc33
PackageVersion	3.1.0
SHA-1	1FC289099ACE1AE1AF2CCC3C8E99BBDA5288DDF3
SHA-256	4B99C394D455CCC0A5A44773D3F681E47A5C5EC24DFF39C8AA1A60576CEABEF5

Key	Value
MD5	40C5D5653EAC87C8EBB9A1147D107941
PackageArch	x86_64
PackageDescription	An open-source library for mathematical programming. Features * Reusable high-performance .nl reader * Efficient type-safe C++ API for connecting solvers to AMPL and other systems: source * Interfaces to solvers supporting AMPL extensions for logic and constraint programming: * IBM ILOG CPLEX and CPLEX CP Optimizer (ilogcp) * Gecode * JaCoP * Interfaces to the following solvers: * LocalSolver * Sulum * Interfaces to other solvers via AMPL Solver Library * Cross-platform build support with CMake and continuous integration systems. This includes third-party solvers and libraries (COIN-OR solvers with CMake support are available in the ampl/coin repository). * AMPLGSL, an AMPL function library providing access to the GNU Scientific Library (GSL) functions. See the AMPLGSL documentation. * Database support on Linux and MacOS X. See Database and spreadsheet connection guide. * SMPSWriter, a converter from deterministic equivalent of a two-stage stochastic programming (SP) problem written in AMPL to an SP problem in SMPS format.
PackageMaintainer	Fedora Project
PackageName	mp
PackageRelease	26.20200215git71c21a5.fc32
PackageVersion	3.1.0
SHA-1	C2A06DC5AA81787501EF4986099F0C0EBCEA5A34
SHA-256	4593C6EEE16BAB6513E1A2ACF537CB89FD32D766AB672CF20C549AFB9C7BE9DF

Key	Value
MD5	848784C995B1B023994F21C14997E052
PackageArch	x86_64
PackageDescription	An open-source library for mathematical programming. Features * Reusable high-performance .nl reader * Efficient type-safe C++ API for connecting solvers to AMPL and other systems: source * Interfaces to solvers supporting AMPL extensions for logic and constraint programming: * IBM ILOG CPLEX and CPLEX CP Optimizer (ilogcp) * Gecode * JaCoP * Interfaces to the following solvers: * LocalSolver * Sulum * Interfaces to other solvers via AMPL Solver Library * Cross-platform build support with CMake and continuous integration systems. This includes third-party solvers and libraries (COIN-OR solvers with CMake support are available in the ampl/coin repository). * AMPLGSL, an AMPL function library providing access to the GNU Scientific Library (GSL) functions. See the AMPLGSL documentation. * Database support on Linux and MacOS X. See Database and spreadsheet connection guide. * SMPSWriter, a converter from deterministic equivalent of a two-stage stochastic programming (SP) problem written in AMPL to an SP problem in SMPS format.
PackageMaintainer	Fedora Project
PackageName	mp
PackageRelease	31.20200303git7fd4828.fc34
PackageVersion	3.1.0
SHA-1	FE91E9D180A04431BA51F2B8714EB719F0CB99CF
SHA-256	8632B0C2DA7AA589964AA79AEF54462A209504D7B24E33D78C3B75BDEC378DB9

Key	Value
MD5	BF52D1DF21C701D3D84D083F53F27C82
PackageArch	x86_64
PackageDescription	An open-source library for mathematical programming. Features * Reusable high-performance .nl reader * Efficient type-safe C++ API for connecting solvers to AMPL and other systems: source * Interfaces to solvers supporting AMPL extensions for logic and constraint programming: * IBM ILOG CPLEX and CPLEX CP Optimizer (ilogcp) * Gecode * JaCoP * Interfaces to the following solvers: * LocalSolver * Sulum * Interfaces to other solvers via AMPL Solver Library * Cross-platform build support with CMake and continuous integration systems. This includes third-party solvers and libraries (COIN-OR solvers with CMake support are available in the ampl/coin repository). * AMPLGSL, an AMPL function library providing access to the GNU Scientific Library (GSL) functions. See the AMPLGSL documentation. * Database support on Linux and MacOS X. See Database and spreadsheet connection guide. * SMPSWriter, a converter from deterministic equivalent of a two-stage stochastic programming (SP) problem written in AMPL to an SP problem in SMPS format.
PackageMaintainer	Fedora Project
PackageName	mp
PackageRelease	31.20200303git7fd4828.fc33
PackageVersion	3.1.0
SHA-1	41AD049580B7DA43BE858131225C7A491068AF15
SHA-256	FCE335CFED140D2A088AEAB3F29560F6D80AF3C09020FA43B241300B3EBB81DD

Key	Value
MD5	8B5001EE5AF5AD7B70250641E0FAFBCD
PackageArch	aarch64
PackageDescription	An open-source library for mathematical programming. Features * Reusable high-performance .nl reader * Efficient type-safe C++ API for connecting solvers to AMPL and other systems: source * Interfaces to solvers supporting AMPL extensions for logic and constraint programming: * IBM ILOG CPLEX and CPLEX CP Optimizer (ilogcp) * Gecode * JaCoP * Interfaces to the following solvers: * LocalSolver * Sulum * Interfaces to other solvers via AMPL Solver Library * Cross-platform build support with CMake and continuous integration systems. This includes third-party solvers and libraries (COIN-OR solvers with CMake support are available in the ampl/coin repository). * AMPLGSL, an AMPL function library providing access to the GNU Scientific Library (GSL) functions. See the AMPLGSL documentation. * Database support on Linux and MacOS X. See Database and spreadsheet connection guide. * SMPSWriter, a converter from deterministic equivalent of a two-stage stochastic programming (SP) problem written in AMPL to an SP problem in SMPS format.
PackageMaintainer	Fedora Project
PackageName	mp
PackageRelease	26.20200215git71c21a5.fc32
PackageVersion	3.1.0
SHA-1	F4B672C08EC8EA6CD2EB19DC0F70F78BF86C0DD6
SHA-256	30DC70E2E5FC8F77446DF26893468CDC6E082810185561743A6751546C7F61A6

Key	Value
MD5	34A99C6F88FB9AA6CC6214F9E70EE6EF
PackageArch	aarch64
PackageDescription	An open-source library for mathematical programming. Features * Reusable high-performance .nl reader * Efficient type-safe C++ API for connecting solvers to AMPL and other systems: source * Interfaces to solvers supporting AMPL extensions for logic and constraint programming: * IBM ILOG CPLEX and CPLEX CP Optimizer (ilogcp) * Gecode * JaCoP * Interfaces to the following solvers: * LocalSolver * Sulum * Interfaces to other solvers via AMPL Solver Library * Cross-platform build support with CMake and continuous integration systems. This includes third-party solvers and libraries (COIN-OR solvers with CMake support are available in the ampl/coin repository). * AMPLGSL, an AMPL function library providing access to the GNU Scientific Library (GSL) functions. See the AMPLGSL documentation. * Database support on Linux and MacOS X. See Database and spreadsheet connection guide. * SMPSWriter, a converter from deterministic equivalent of a two-stage stochastic programming (SP) problem written in AMPL to an SP problem in SMPS format.
PackageMaintainer	Fedora Project
PackageName	mp
PackageRelease	31.20200303git7fd4828.fc34
PackageVersion	3.1.0
SHA-1	2F039B24AF5E3B81B4AA574F56F7482E5C25D334
SHA-256	94CA94D3C26C27CA411BE7B677FFA44314C8DB4C450F5201A675201181E931AF