VerletCriterion< CutoffGetter, ShortRangeOnly > Class Template Reference

Returns true if the particles are to be considered for short range interactions. More...

#include <VerletCriterion.hpp>

Public Member Functions
	VerletCriterion (System::System const &system, double skin, double max_cut, double coulomb_cut=0., double dipolar_cut=0., double collision_detection_cutoff=0.)
bool	operator() (const Particle &p1, const Particle &p2, double dist2) const

Detailed Description

template<typename CutoffGetter = GetNonbondedCutoff, bool ShortRangeOnly = false>
class VerletCriterion< CutoffGetter, ShortRangeOnly >

Returns true if the particles are to be considered for short range interactions.

Template Parameters

ShortRangeOnly

When true, the electrostatics / dipolar / collision early-accept branches are compiled out of the call operator. Selected by update_verlet_state only when none of those cutoffs are active, so the removed branches would never have accepted a pair – the result is unchanged, but the per-candidate build loop drops the dead comparisons.

Definition at line 59 of file VerletCriterion.hpp.

Constructor & Destructor Documentation

VerletCriterion()

template<typename CutoffGetter = GetNonbondedCutoff, bool ShortRangeOnly = false>

VerletCriterion< CutoffGetter, ShortRangeOnly >::VerletCriterion ( System::System const &  system, double  skin, double  max_cut, double  coulomb_cut = 0., double  dipolar_cut = 0., double  collision_detection_cutoff = 0.  )

inline

Definition at line 80 of file VerletCriterion.hpp.

References inactive_cutoff, and stream.

Member Function Documentation

operator()()

template<typename CutoffGetter = GetNonbondedCutoff, bool ShortRangeOnly = false>

bool VerletCriterion< CutoffGetter, ShortRangeOnly >::operator() ( const Particle &  p1, const Particle &  p2, double  dist2  ) const

inline

Definition at line 107 of file VerletCriterion.hpp.

References stream.

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The documentation for this class was generated from the following file:

• VerletCriterion.hpp