Solver.h

Go to the documentation of this file.

#pragma once
#include <vector>
#include <string>
 
#include "ResultPipeline/ResultPipeline.h"
#include "Ports/Port.h"
#include "Simulation/FITTD3DLoop.h"
#include "SystemDependencies/SystemProperties.h"
#include "SolverSettings/SolverSettings.h"
 
class Solver
{
public:
    Solver(unsigned int simulationSteps, std::vector<Port<float>*> ports, std::vector<ResultPipeline*> resultPipelines, FITTD3DLoop<float>* simulation, SolverSettings &settings)
        :_simulationSteps(simulationSteps), _ports(ports), _resultPipelines(resultPipelines), _simulation(simulation), _settings(settings)
    {};
    Solver(Solver & other) = delete;
    Solver & operator=(Solver & other) = delete;
    ~Solver();
    
    std::vector<ResultPipeline*> GetResultPipelines() const { return _resultPipelines; }
 
    void SimulateMultipleTimesteps();
    void ExecuteOneTimeStepNoParallelization(int currentTimestep);
 
private:
    std::vector<ResultPipeline*> _resultPipelines; //Könnte eine rP hinzufügen, welche den enthaltenen Energiewert berechnet. Diese wird in der Loop standardmäßig ausgeführt aber kann zu einer vorzeitigen abbruchbedingung führen.
    std::vector<Port<float>*> _ports;
    //Wenn  DegreesOfFreedom eine abstrakte API (kein DoF3D) erhalten, dann kann das ganze auch FITTD anstelle FITTD3D nutzen.
    FITTD3DLoop<float> * _simulation;
    unsigned int _simulationSteps;
 
    SolverSettings &_settings;
    SystemProperties _systemProperties = SystemProperties::GetInstance();
 
};