{"push_id":2565633121,"size":2,"distinct_size":2,"ref":"refs/heads/MueLu_uncoupled_aggregation_refactor","head":"569130707ae999142b0d996cf7234993b02556b8","before":"ce2109753936950ddaf6df2ef7533186bda4b2db","commits":[{"sha":"4fe3bd2750a05d8b0ee4409786177ca90829956f","author":{"name":"Luc Berger-Vergiat","email":"42521dc9c89f5014f868418c2cdeee58f65c2a10@sandia.gov"},"message":"MueLu: uncoupled aggregation kokkos refactor treatment of maxAggSize in phase 1\n\nAdding a small switch in the code of Phase1Aggregation in order to optimize\nthe algorithm when maxAggSize is unspecified which means that we do not need\n to worry about checking aggregates' size before adding new node to aggregates.","distinct":true,"url":"https://api.github.com/repos/trilinos/Trilinos/commits/4fe3bd2750a05d8b0ee4409786177ca90829956f"},{"sha":"569130707ae999142b0d996cf7234993b02556b8","author":{"name":"Luc Berger-Vergiat","email":"42521dc9c89f5014f868418c2cdeee58f65c2a10@sandia.gov"},"message":"MueLu: aggregation kokkos refactor, adding special treatment for aggSize=inf\n\nThis switches an atomic_fetch_add to atomic_add, it probably does not\nincreases performance much but it is clearer.","distinct":true,"url":"https://api.github.com/repos/trilinos/Trilinos/commits/569130707ae999142b0d996cf7234993b02556b8"}]}
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