#include <BALL/SOLVATION/PCMCavFreeEnergyProcessor.h>

Classes | |
| struct | Default |
| struct | Option |
Public Member Functions | |
Constructors and Destructors | |
| PCMCavFreeEnergyProcessor () | |
| PCMCavFreeEnergyProcessor (const PCMCavFreeEnergyProcessor &proc) | |
| virtual | ~PCMCavFreeEnergyProcessor () |
Assignment | |
| const PCMCavFreeEnergyProcessor & | operator= (const PCMCavFreeEnergyProcessor &proc) |
| virtual void | clear () |
Predicates | |
| bool | operator== (const PCMCavFreeEnergyProcessor &proc) const |
processor functions | |
| virtual bool | finish () |
Public Attributes | |
Options | |
| Options | options |
Processor for the computation of the cavitation free energy. This processor is using the SPT theory approach implemented in the PCM model. It is based on Pierotti, Chem. Rev. 76(6):717--726, 1976 and the modification for non-spherical solutes by Huron/Claverie, J. Phys. Chem. 76(15):2123-2133, 1972.
Definition at line 32 of file PCMCavFreeEnergyProcessor.h.
| BALL::PCMCavFreeEnergyProcessor::PCMCavFreeEnergyProcessor | ( | ) |
Default constructor
| BALL::PCMCavFreeEnergyProcessor::PCMCavFreeEnergyProcessor | ( | const PCMCavFreeEnergyProcessor & | proc | ) |
Copy constructor
| virtual BALL::PCMCavFreeEnergyProcessor::~PCMCavFreeEnergyProcessor | ( | ) | [virtual] |
Destructor
| virtual void BALL::PCMCavFreeEnergyProcessor::clear | ( | ) | [virtual] |
Clear function
Reimplemented from BALL::EnergyProcessor.
| virtual bool BALL::PCMCavFreeEnergyProcessor::finish | ( | ) | [virtual] |
This is where the actual computation takes place.
Reimplemented from BALL::UnaryProcessor< AtomContainer >.
| const PCMCavFreeEnergyProcessor& BALL::PCMCavFreeEnergyProcessor::operator= | ( | const PCMCavFreeEnergyProcessor & | proc | ) |
Assignment operator
| bool BALL::PCMCavFreeEnergyProcessor::operator== | ( | const PCMCavFreeEnergyProcessor & | proc | ) | const |
Equality operator
Options for the calculation of the caviation free energy
Definition at line 163 of file PCMCavFreeEnergyProcessor.h.
1.6.3