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edit approved Mar 15, 2018 at 16:49
Rodrigo de Azevedo
edit approved Mar 15, 2018 at 16:49
Rodrigo de Azevedo
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Cuthill-MckeeCuthill-McKee is the de-factorde facto standard for what you want to do. If you wanted to play with this method, there's an easy to use-to-use implementation of the algorithm (and its reverse) in the BOOST Graph libraryBoost Graph Library (BGL), and the documentation contains examples how to use it.

Cuthill-Mckee is the de-factor standard for what you want to do. If you wanted to play with this method, there's an easy to use implementation of the algorithm (and its reverse) in the BOOST Graph library, and the documentation contains examples how to use it.

Cuthill-McKee is the de facto standard for what you want to do. If you wanted to play with this method, there's an easy-to-use implementation of the algorithm (and its reverse) in the Boost Graph Library (BGL), and the documentation contains examples how to use it.

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Wolfgang Bangerth
Wolfgang Bangerth
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Cuthill-Mckee is the de-factor standard for what you want to do. If you wanted to play with this method, there's an easy to use implementation of the algorithm (and its reverse) in the BOOST Graph library, and the documentation contains examples how to use it.