| CellFunctor(ParticleFunctor_T &f, const double sortingCutoff, DataLayoutOption dataLayout, bool useNewton3) | autopas::internal::CellFunctor< ParticleCell_T, ParticleFunctor_T, bidirectional > | inlineexplicit |
| computeSortingData(const std::vector< std::pair< double, size_t > > &projIdxI, const std::vector< std::pair< double, size_t > > &projIdxJ, std::vector< size_t > &maxIndexCache, std::vector< size_t > &minIndexCache) const | autopas::internal::CellFunctor< ParticleCell_T, ParticleFunctor_T, bidirectional > | |
| getBidirectional() const | autopas::internal::CellFunctor< ParticleCell_T, ParticleFunctor_T, bidirectional > | inline |
| getDataLayout() const | autopas::internal::CellFunctor< ParticleCell_T, ParticleFunctor_T, bidirectional > | inline |
| getNewton3() const | autopas::internal::CellFunctor< ParticleCell_T, ParticleFunctor_T, bidirectional > | inline |
| processCell(ParticleCell_T &cell) | autopas::internal::CellFunctor< ParticleCell_T, ParticleFunctor_T, bidirectional > | |
| processCellPair(ParticleCell_T &cell1, ParticleCell_T &cell2, const std::array< double, 3 > &sortingDirection={0., 0., 0.}) | autopas::internal::CellFunctor< ParticleCell_T, ParticleFunctor_T, bidirectional > | |
| setAoSSortingThresholds(const SortingThresholdInfoInterface &aosSortingThreshold) | autopas::internal::CellFunctor< ParticleCell_T, ParticleFunctor_T, bidirectional > | |
| setSoASortingThresholds(const SortingThresholdInfoInterface &soaSortingThreshold) | autopas::internal::CellFunctor< ParticleCell_T, ParticleFunctor_T, bidirectional > | |