EnergyEquivalency.h

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#ifndef TOOLS_SUITE_ENERGYEQUIVALENCY_H
#define TOOLS_SUITE_ENERGYEQUIVALENCY_H
 
class ElectricalEnergyEquivalency {
  public:
    ElectricalEnergyEquivalency(double fuelFiredEfficiency, double electricallyHeatedEfficiency,
                                double fuelFiredHeatInput)
        : fuelFiredEfficiency_(fuelFiredEfficiency), electricallyHeatedEfficiency_(electricallyHeatedEfficiency),
          fuelFiredHeatInput_(fuelFiredHeatInput)
 
    {
        electricalHeatInput_ = 0.0;
    }
 
    ElectricalEnergyEquivalency() = default;
 
    double getFuelFiredEfficiency() const { return fuelFiredEfficiency_; }
 
    void setFuelFiredEfficiency(double fuelFiredEfficiency) { fuelFiredEfficiency_ = fuelFiredEfficiency; }
 
    double getElectricallyHeatedEfficiency() const { return electricallyHeatedEfficiency_; }
 
    void setElectricallyHeatedEfficiency(double electricallyHeatedEfficiency) {
        electricallyHeatedEfficiency_ = electricallyHeatedEfficiency;
    }
 
    double getFuelFiredHeatInput() const { return fuelFiredHeatInput_; }
 
    void setFuelFiredHeatInput(double fuelFiredHeatInput) { fuelFiredHeatInput_ = fuelFiredHeatInput; }
 
    double getElectricalHeatInput();
 
  private:
    // In values
    double fuelFiredEfficiency_          = 0.0;
    double electricallyHeatedEfficiency_ = 0.0;
    double fuelFiredHeatInput_           = 0.0;
 
    // Out values
    double electricalHeatInput_;
};
 
class FuelFiredEnergyEquivalency {
  public:
    FuelFiredEnergyEquivalency(double electricallyHeatedEfficiency, double fuelFiredEfficiency,
                               double electricalHeatInput)
        : electricallyHeatedEfficiency_(electricallyHeatedEfficiency), fuelFiredEfficiency_(fuelFiredEfficiency),
          electricalHeatInput_(electricalHeatInput)
 
    {
        fuelFiredHeatInput_ = 0.0;
    }
 
    FuelFiredEnergyEquivalency() = default;
 
    double getElectricallyHeatedEfficiency() const { return electricallyHeatedEfficiency_; }
 
    void setElectricallyHeatedEfficiency(double electricallyHeatedEfficiency) {
        electricallyHeatedEfficiency_ = electricallyHeatedEfficiency;
    }
 
    double getFuelFiredEfficiency() const { return fuelFiredEfficiency_; }
 
    void setFuelFiredEfficiency(double fuelFiredEfficiency) { fuelFiredEfficiency_ = fuelFiredEfficiency; }
 
    double getElectricalHeatInput() const { return electricalHeatInput_; }
 
    void setElectricalHeatInput(double electricalHeatInput) { electricalHeatInput_ = electricalHeatInput; }
 
    double getFuelFiredHeatInput();
 
  private:
    // In values
    double electricallyHeatedEfficiency_ = 0.0;
    double fuelFiredEfficiency_          = 0.0;
    double electricalHeatInput_          = 0.0;
 
    // Out values
    double fuelFiredHeatInput_;
};
#endif // TOOLS_SUITE_ENERGYEQUIVALENCY_H