aims::PointsDistribution::ForceFunction Class Reference

Utility force class for sphere_distribution. More...

#include <aims/points_distribution/points_distribution.h>

Inheritance diagram for aims::PointsDistribution::ForceFunction:

Public Member Functions
	ForceFunction ()
virtual	~ForceFunction ()
virtual Point3df	force (const Point3df &p1, const Point3df &p2, bool has_link)=0
	Force between 2 points. More...
virtual double	energy (const Point3df &p1, const Point3df &p2, bool has_link)=0
	Energy of the force between 2 points. More...

Detailed Description

Utility force class for sphere_distribution.

Individual force and energy between 2 points

Definition at line 64 of file points_distribution.h.

Constructor & Destructor Documentation

ForceFunction()

aims::PointsDistribution::ForceFunction::ForceFunction ( )

inline

Definition at line 67 of file points_distribution.h.

~ForceFunction()

virtual aims::PointsDistribution::ForceFunction::~ForceFunction ( )

inlinevirtual

Definition at line 68 of file points_distribution.h.

Member Function Documentation

energy()

virtual double aims::PointsDistribution::ForceFunction::energy ( const Point3df &  p1, const Point3df &  p2, bool  has_link  )

pure virtual

Energy of the force between 2 points.

Energy functions are the integral of corresponding forces - they are used to drive the minimization.

Implemented in aims::PointsDistribution::CoulombAndRestoringForce, and aims::PointsDistribution::CoulombForce.

force()

virtual Point3df aims::PointsDistribution::ForceFunction::force ( const Point3df &  p1, const Point3df &  p2, bool  has_link  )

pure virtual

Force between 2 points.

Implemented in aims::PointsDistribution::CoulombAndRestoringForce, and aims::PointsDistribution::CoulombForce.

---

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

• aims/points_distribution/points_distribution.h