CoolSystem.hpp

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/*
 * CoolSystem.hpp
 *
 *  Created on: 29 Apr 2020
 *   Author(s): Jorn Reniers, Volkan Kumtepeli
 */
 
#pragma once
 
#include "../settings/settings.hpp"
#include "../StorageUnit.hpp"
#include "../types/Histogram.hpp"
#include "../types/data_storage/cell_data.hpp"
 
#include "data_storage/CoolSystemData.hpp"
 
#include <string>
#include <cstdlib>
 
namespace slide {
class CoolSystem
{
protected:
  double Tcoolant{ settings::T_ENV }; 
  double flowrate{};                  
 
  double fluid_rho; 
  double fluid_cp;  
  double fluid_V;   
 
  size_t Ncells{ 0 };
 
  int control_strategy;      
                             // 1 always on
  double control_onoff_Ton;  
  double control_onoff_Toff; 
  double control_onoff_flr;  
  double control_prop_T;     
  double control_prop_gain;  
  double Across;             
  double eta{ 0.5 };         
 
  friend struct CoolSystemData;
 
public:
  CoolSystemData coolData; 
  CoolSystem();
  CoolSystem(size_t Ncells, int control);
  virtual ~CoolSystem() = default;
 
  double T() { return Tcoolant; }
  void setT(double Tnew);
  virtual double dstate(double Etot, double Echildren, double t); 
 
  virtual double getH();
  auto getFlr() { return flowrate; }
  auto getControl() { return control_strategy; }
  auto getEoperation() { return coolData.cData.Eoperate; }
  void reset_Eoperation() { coolData.cData.Eoperate = 0; }
 
  void setControl(int control) { control_strategy = control; }
  virtual void control(double Thot_local, double Thot_global);
 
  virtual void storeData(size_t Ncells);
  virtual void writeData(const std::string &prefix);
 
  auto getHeatEvac() { return coolData.cData.Qevac_life; }    
  auto getHeatabsorbed() { return coolData.cData.Qabs_life; } 
  auto getTotalTime() { return coolData.cData.t_life; }       
 
  virtual CoolSystem *copy() { return new CoolSystem(*this); }
};
 
} // namespace slide