Path Integral Quantum Monte Carlo
Public Member Functions
GrapheneLUT3DPotentialToBinary Class Reference

FIXME Returns van der Waals' potential between a helium adatom and a graphene sheet using summation in reciprocal sp. More...

#include <potential.h>

+ Inheritance diagram for GrapheneLUT3DPotentialToBinary:
+ Collaboration diagram for GrapheneLUT3DPotentialToBinary:

Public Member Functions

 GrapheneLUT3DPotentialToBinary (const string, const Container *)
 Constructor.
 
 ~GrapheneLUT3DPotentialToBinary ()
 Destructor.
 
- Public Member Functions inherited from PotentialBase
 PotentialBase ()
 Constructor.
 
virtual ~PotentialBase ()
 Destructor.
 
virtual double V (const dVec &)
 The potential.
 
virtual double V (const dVec &, const dVec &)
 The effective potential for the pair product approximation.
 
virtual dVec gradV (const dVec &)
 The gradient of the potential.
 
virtual double grad2V (const dVec &)
 Grad^2 of the potential.
 
virtual double dVdlambda (const dVec &, const dVec &)
 The derivative of the effective potential with respect to lambda and tau.
 
virtual double dVdtau (const dVec &, const dVec &)
 
virtual Array< dVec, 1 > initialConfig (const Container *, MTRand &, const int)
 Default Initial configuration of particles. More...
 
void output (const double)
 A debug method that output's the potential to a supplied separation. More...
 
virtual Array< double, 1 > getExcLen ()
 Array to hold data elements. More...
 

Additional Inherited Members

- Data Fields inherited from PotentialBase
double tailV
 Tail correction factor.
 
- Protected Member Functions inherited from PotentialBase
double deltaSeparation (double sep1, double sep2) const
 Return the minimum image difference for 1D separations.
 

Detailed Description

FIXME Returns van der Waals' potential between a helium adatom and a graphene sheet using summation in reciprocal sp.

Author: Nathan Nichols Returns the potential energy resulting from a van der Waals' interaction between a helium adatom and a fixed infinite graphene lattice

Definition at line 1624 of file potential.h.


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