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This repository has been archived by the owner on Oct 8, 2021. It is now read-only.
A matching algorithm would be a great addition to LG, but its implementation would be long and difficult, in fact very few graph libraries support it (e.g. Lemon has some fast and general implementations).
In the case of bipartite graphs though the maximum weight perfect matching can be stated as a linear programming problem whose solutions happen to be integers. Therefore I could provide a solver for this particular case if any of you think it is appriopriate. This would also mean adding a linear solver library to REQUIRE.
Bye,
Carlo
PS
I think that Lemon licence would allow for a julia port, provided we obtain permission from the authors. Translating thousands of lines of C++ code would be a huge task per se though
The text was updated successfully, but these errors were encountered:
A matching algorithm would be a great addition to LG, but its implementation would be long and difficult, in fact very few graph libraries support it (e.g. Lemon has some fast and general implementations).
In the case of bipartite graphs though the maximum weight perfect matching can be stated as a linear programming problem whose solutions happen to be integers. Therefore I could provide a solver for this particular case if any of you think it is appriopriate. This would also mean adding a linear solver library to REQUIRE.
Bye,
Carlo
PS
I think that Lemon licence would allow for a julia port, provided we obtain permission from the authors. Translating thousands of lines of C++ code would be a huge task per se though
The text was updated successfully, but these errors were encountered: