| allowsNewton3() final | mdLib::LJFunctor< Particle_T, applyShift, useMixing, useNewton3, calculateGlobals, countFLOPs, relevantForTuning > | inlinevirtual |
| allowsNonNewton3() final | mdLib::LJFunctor< Particle_T, applyShift, useMixing, useNewton3, calculateGlobals, countFLOPs, relevantForTuning > | inlinevirtual |
| AoSFunctor(Particle_T &i, Particle_T &j, bool newton3) final | mdLib::LJFunctor< Particle_T, applyShift, useMixing, useNewton3, calculateGlobals, countFLOPs, relevantForTuning > | inlinevirtual |
| endTraversal(bool newton3) final | mdLib::LJFunctor< Particle_T, applyShift, useMixing, useNewton3, calculateGlobals, countFLOPs, relevantForTuning > | inlinevirtual |
| Functor(double cutoff) | autopas::Functor< Particle_T, CRTP_T > | inlineexplicit |
| Functor_T typedef | autopas::Functor< Particle_T, CRTP_T > | |
| getComputedAttr() | mdLib::LJFunctor< Particle_T, applyShift, useMixing, useNewton3, calculateGlobals, countFLOPs, relevantForTuning > | inlinestatic |
| getCutoff() const | autopas::Functor< Particle_T, CRTP_T > | inline |
| getHitRate() const override | mdLib::LJFunctor< Particle_T, applyShift, useMixing, useNewton3, calculateGlobals, countFLOPs, relevantForTuning > | inlinevirtual |
| getMixing() | mdLib::LJFunctor< Particle_T, applyShift, useMixing, useNewton3, calculateGlobals, countFLOPs, relevantForTuning > | inlinestatic |
| getName() final | mdLib::LJFunctor< Particle_T, applyShift, useMixing, useNewton3, calculateGlobals, countFLOPs, relevantForTuning > | inlinevirtual |
| getNeededAttr() | mdLib::LJFunctor< Particle_T, applyShift, useMixing, useNewton3, calculateGlobals, countFLOPs, relevantForTuning > | inlinestatic |
| getNeededAttr(std::false_type) | mdLib::LJFunctor< Particle_T, applyShift, useMixing, useNewton3, calculateGlobals, countFLOPs, relevantForTuning > | inlinestatic |
| getNumFLOPs() const override | mdLib::LJFunctor< Particle_T, applyShift, useMixing, useNewton3, calculateGlobals, countFLOPs, relevantForTuning > | inlinevirtual |
| getPotentialEnergy() | mdLib::LJFunctor< Particle_T, applyShift, useMixing, useNewton3, calculateGlobals, countFLOPs, relevantForTuning > | inline |
| getVirial() | mdLib::LJFunctor< Particle_T, applyShift, useMixing, useNewton3, calculateGlobals, countFLOPs, relevantForTuning > | inline |
| initTraversal() final | mdLib::LJFunctor< Particle_T, applyShift, useMixing, useNewton3, calculateGlobals, countFLOPs, relevantForTuning > | inlinevirtual |
| isRelevantForTuning() final | mdLib::LJFunctor< Particle_T, applyShift, useMixing, useNewton3, calculateGlobals, countFLOPs, relevantForTuning > | inlinevirtual |
| LJFunctor()=delete | mdLib::LJFunctor< Particle_T, applyShift, useMixing, useNewton3, calculateGlobals, countFLOPs, relevantForTuning > | |
| LJFunctor(double cutoff) | mdLib::LJFunctor< Particle_T, applyShift, useMixing, useNewton3, calculateGlobals, countFLOPs, relevantForTuning > | inlineexplicit |
| LJFunctor(double cutoff, ParticlePropertiesLibrary< double, size_t > &particlePropertiesLibrary) | mdLib::LJFunctor< Particle_T, applyShift, useMixing, useNewton3, calculateGlobals, countFLOPs, relevantForTuning > | inlineexplicit |
| PairwiseFunctor(double cutoff) | autopas::PairwiseFunctor< Particle_T, CRTP_T > | inlineexplicit |
| setParticleProperties(SoAFloatPrecision epsilon24, SoAFloatPrecision sigmaSquared) | mdLib::LJFunctor< Particle_T, applyShift, useMixing, useNewton3, calculateGlobals, countFLOPs, relevantForTuning > | inline |
| SoAExtractor(ParticleCell &cell, SoA< SoAArraysType > &soa, size_t offset) | autopas::Functor< Particle_T, CRTP_T > | inline |
| SoAFunctorPair(autopas::SoAView< SoAArraysType > soa1, autopas::SoAView< SoAArraysType > soa2, const bool newton3) final | mdLib::LJFunctor< Particle_T, applyShift, useMixing, useNewton3, calculateGlobals, countFLOPs, relevantForTuning > | inlinevirtual |
| SoAFunctorSingle(autopas::SoAView< SoAArraysType > soa, bool newton3) final | mdLib::LJFunctor< Particle_T, applyShift, useMixing, useNewton3, calculateGlobals, countFLOPs, relevantForTuning > | inlinevirtual |
| SoAFunctorVerlet(autopas::SoAView< SoAArraysType > soa, const size_t indexFirst, const std::vector< size_t, autopas::AlignedAllocator< size_t > > &neighborList, bool newton3) final | mdLib::LJFunctor< Particle_T, applyShift, useMixing, useNewton3, calculateGlobals, countFLOPs, relevantForTuning > | inlinevirtual |
| SoALoader(ParticleCell &cell, SoA< SoAArraysType > &soa, size_t offset, bool skipSoAResize) | autopas::Functor< Particle_T, CRTP_T > | inline |
| ~Functor()=default (defined in autopas::Functor< Particle_T, CRTP_T >) | autopas::Functor< Particle_T, CRTP_T > | virtual |
| ~PairwiseFunctor()=default (defined in autopas::PairwiseFunctor< Particle_T, CRTP_T >) | autopas::PairwiseFunctor< Particle_T, CRTP_T > | virtual |
3.0.0
1.9.7