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Laurent Perron 46a97de1c8 Use Fractional everywhere
2025-05-27 13:47:22 +02:00
..
samples
Bump copyright to 2025
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basis_representation.cc
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basis_representation.h
speedup glop; better respect the time limit
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BUILD.bazel
bazel: update deps
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CMakeLists.txt
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dual_edge_norms.cc
[GLOP] honor time limits better
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dual_edge_norms.h
[GLOP] honor time limits better
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entering_variable.cc
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entering_variable.h
enable setting random generator on glop
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initial_basis.cc
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initial_basis.h
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lp_solver.cc
Use Fractional everywhere
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lp_solver.h
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lu_factorization.cc
[GLOP] remove dead code
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lu_factorization.h
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markowitz.cc
speedup glop; better respect the time limit
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markowitz.h
speedup glop; better respect the time limit
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parameters_validation.cc
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parameters_validation.h
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parameters.proto
glop: fixup export
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preprocessor.cc
Use Fractional everywhere
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preprocessor.h
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pricing.h
enable setting random generator on glop
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primal_edge_norms.cc
Use Fractional everywhere
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primal_edge_norms.h
[GLOP] remove dead code
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rank_one_update.h
speedup glop; better respect the time limit
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README.md
glop: format README.md
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reduced_costs.cc
Use Fractional everywhere
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reduced_costs.h
enable setting random generator on glop
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revised_simplex.cc
Use Fractional everywhere
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revised_simplex.h
enable setting random generator on glop
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status.cc
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status.h
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update_row.cc
Use Fractional everywhere
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update_row.h
[GLOP] remove dead code
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variable_values.cc
Use Fractional everywhere
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variable_values.h
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variables_info.cc
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variables_info.h
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README.md

Glop

Glop is Google's Linear Optimization Package. It provides a fast, precise, numerically stable, production-ready system for linear programming.

It's written in C++ but can also be used from Java, Python, or C# via our linear solver wrapper.