MC_Simulation Class Reference

Inheritance diagram for MC_Simulation:

[legend]Collaboration diagram for MC_Simulation:

[legend]List of all members.

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Detailed Description

This is the base for all monte carlo simulations.

Author:

John Schneiderman

Definition at line 33 of file mcsimulation.h.

Public Member Functions
	MC_Simulation (const ConfigurationDatabase &conf)
void	setTemperature (double temperature)
double	temperature () const
Protected Member Functions
void	writeAverages (ostream &out, const Cluster &cluster)
Protected Attributes
double	m_accumPotentialSQ
double	m_accumPotentialTotal
double	m_temperature

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Constructor & Destructor Documentation

MC_Simulation::MC_Simulation (  const ConfigurationDatabase &  conf  )

General constructor. Parameters: conf  is the default configuration values. Definition at line 24 of file mcsimulation.cpp. References m_accumPotentialSQ, m_accumPotentialTotal, and m_temperature.

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Member Function Documentation

void MC_Simulation::setTemperature (  double  temperature  )

Modifier for the temperature of the system. Parameters: temperature  the temperature to set the system to. Definition at line 36 of file mcsimulation.cpp. References m_temperature. Referenced by nonInteractiveRun(), and selectSimulation().

double MC_Simulation::temperature (   )  const

Accessor for the temperature of the system. Returns: the temperature. Definition at line 31 of file mcsimulation.cpp. References m_temperature.

void MC_Simulation::writeAverages (  ostream &  out, const Cluster &  cluster )  [protected]

Calculates the simulation averages and writes them out. Parameters: out  is the source to write the averages to. cluster  is the cluster that ran in the simulation. Definition at line 41 of file mcsimulation.cpp. References m_accumPotentialSQ, m_accumPotentialTotal, BaseSimulation::m_changeInStep, and BaseSimulation::m_runSteps. Referenced by MCLJ_Simulation::run().

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Member Data Documentation

double MC_Simulation::m_accumPotentialSQ [protected]

Parameters: m_accumPotentialSQ  is the potential energy accumulator squared. Definition at line 64 of file mcsimulation.h. Referenced by MC_Simulation(), MCLJ_Simulation::run(), and writeAverages().

double MC_Simulation::m_accumPotentialTotal [protected]

Parameters: m_acumPotentialTotal  is the total potential energy accumulator. Definition at line 60 of file mcsimulation.h. Referenced by MC_Simulation(), MCLJ_Simulation::run(), and writeAverages().

double MC_Simulation::m_temperature [protected]

Parameters: m_temperature  is the temperature of the system. Definition at line 56 of file mcsimulation.h. Referenced by MC_Simulation(), MCLJ_Simulation::run(), setTemperature(), and temperature().

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

• simulations/mcsimulation.h
• simulations/mcsimulation.cpp

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