Faunus::pairpotential::CigarWithCigar< PatchPotential, CylinderPotential > Class Template Reference

Template for interactions between patchy sphero-cylinders (PSCs) interactions. More...

#include <spherocylinder.h>

Inheritance diagram for Faunus::pairpotential::CigarWithCigar< PatchPotential, CylinderPotential >:

Collaboration diagram for Faunus::pairpotential::CigarWithCigar< PatchPotential, CylinderPotential >:

Public Member Functions
void	to_json (json &j) const override
void	from_json (const json &j) override
double	operator() (const Particle &particle1, const Particle &particle2, [[maybe_unused]] double center_separation_squared, const Point &center_separation) const override
Public Member Functions inherited from Faunus::pairpotential::PairPotential
virtual Point	force (const Particle &a, const Particle &b, double squared_distance, const Point &b_towards_a) const
	Force on particle a due to particle b. More...
virtual double	operator() (const Particle &particle_a, const Particle &particle_b, double squared_distance, const Point &b_towards_a) const =0
	Pair energy between two particles. More...

Additional Inherited Members
Public Attributes inherited from Faunus::pairpotential::PairPotential
std::string	name
	unique name per polymorphic call; used in FunctorPotential::combinePairPotentials
std::string	cite
	Typically a short-doi litterature reference.
bool	isotropic = true
	true if pair-potential is independent of particle orientation
std::function< double(const Particle &)>	selfEnergy = nullptr
	self energy of particle (kT)
Protected Member Functions inherited from Faunus::pairpotential::PairPotential
	PairPotential (std::string name=std::string(), std::string cite=std::string(), bool isotropic=true)

Detailed Description

template<pairpotential::RequirePairPotential PatchPotential, pairpotential::RequirePairPotential CylinderPotential>
class Faunus::pairpotential::CigarWithCigar< PatchPotential, CylinderPotential >

Template for interactions between patchy sphero-cylinders (PSCs) interactions.

This template takes care of psc-psc interactions. If there are patches we calculate scaling factors based on the overlapping segments of the two PSCs withn their patches. f0 is for size of overlapping segment whicle f1 anf f2 are scaling fators for orientation of pacthes.

Template Parameters

PatchPotential	Pair potential between two points on the patches (isotropic, e.g. CosAttract)
CylinderPotential	Pair potential between closest cylinder parts (isotropic, e.g. WCA)

Todo:

Energy calculation badly needs refactoring!

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

• src/spherocylinder.h
• src/spherocylinder.cpp