molsim/docs/SimulationLC_8h_source.html

#pragma once

#include "Simulation.h"


class SimulationLC : public Simulation {

  private:

    CellContainer m_cellContainer;


  public:

    SimulationLC(ParticleContainer &pc, Arguments &args, Thermostat &t, FlowSimulationAnalyzer &analyzer);


    ~SimulationLC();


    void runSimulation() override;

};


Simulation.h
Class for initializing and running a basic simulation.

CellContainer
Cell encapsulation class for implementing the linked cell method.
Definition CellContainer.h:31

FlowSimulationAnalyzer
Class modeling and analyzer that computes statistics about the state of a nano-scale flow simulation.
Definition FlowSimulationAnalyzer.h:16

ParticleContainer
Class for encapsulating multiple Particle objects..
Definition ParticleContainer.h:17

SimulationLC
Class defining a time-integration simulation using the linked cells method.
Definition SimulationLC.h:13

SimulationLC::~SimulationLC
~SimulationLC()
Destroys the current SimulationLC object.

SimulationLC::SimulationLC
SimulationLC(ParticleContainer &pc, Arguments &args, Thermostat &t, FlowSimulationAnalyzer &analyzer)
Constructs a new linked-cell simulation.

SimulationLC::m_cellContainer
CellContainer m_cellContainer
The CellContainer used to store and manage cells.
Definition SimulationLC.h:16

SimulationLC::runSimulation
void runSimulation() override
Main function for running the simulation.

Simulation
Class defining a time-integration simulation.
Definition Simulation.h:60

Thermostat
Class modeling a thermostat which regulates the temperature of a Particle system.
Definition Thermostat.h:14

Arguments
Struct containing each option configurable via command line arguments.
Definition Arguments.h:31