EfficiencyImprovement.h

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#pragma once
 
class EfficiencyImprovement {
  public:
    EfficiencyImprovement(double currentFlueGasOxygen, double newFlueGasOxygen, double currentFlueGasTemp,
                          double newFlueGasTemp, double currentCombustionAirTemp, double newCombustionAirTemp,
                          double currentEnergyInput)
        : currentFlueGasOxygen_(currentFlueGasOxygen), newFlueGasOxygen_(newFlueGasOxygen),
          currentFlueGasTemp_(currentFlueGasTemp), newFlueGasTemp_(newFlueGasTemp),
          currentCombustionAirTemp_(currentCombustionAirTemp), newCombustionAirTemp_(newCombustionAirTemp),
          currentEnergyInput_(currentEnergyInput)
 
    {
        currentExcessAir_               = 0.0;
        newExcessAir_                   = 0.0;
        currentHeatInput_               = 0.0;
        newHeatInput_                   = 0.0;
        currentAirSpecificHeat_         = 0.0;
        newAirSpecificHeat_             = 0.0;
        currentAirCorrection_           = 0.0;
        newAirCorrection_               = 0.0;
        currentCombustionAirCorrection_ = 0.0;
        newCombustionAirCorrection_     = 0.0;
        currentAvailableHeat_           = 0.0;
        newAvailableHeat_               = 0.0;
        currentFuelSavings_             = 0.0;
        newFuelSavings_                 = 0.0;
        newEnergyInput_                 = 0.0;
    }
 
    EfficiencyImprovement() = default;
 
    double getCurrentFlueGasOxygen() const { return currentFlueGasOxygen_; }
 
    void setCurrentFlueGasOxygen(double currentFlueGasOxygen) { currentFlueGasOxygen_ = currentFlueGasOxygen; }
 
    double getNewFlueGasOxygen() const { return newFlueGasOxygen_; }
 
    void setNewFlueGasOxygen(double newFlueGasOxygen) { newFlueGasOxygen_ = newFlueGasOxygen; }
 
    double getCurrentFlueGasTemp() const { return currentFlueGasTemp_; }
 
    void setCurrentFlueGasTemp(double currentFlueGasTemp) { currentFlueGasTemp_ = currentFlueGasTemp; }
 
    double getNewFlueGasTemp() const { return newFlueGasTemp_; }
 
    void setNewFlueGasTemp(double newFlueGasTemp) { newFlueGasTemp_ = newFlueGasTemp; }
 
    double getCurrentCombustionAirTemp() const { return currentCombustionAirTemp_; }
 
    void setCurrentCombustionAirTemp(double currentCombustionAirTemp) {
        currentCombustionAirTemp_ = currentCombustionAirTemp;
    }
 
    double getNewCombustionAirTemp() const { return newCombustionAirTemp_; }
 
    void setNewCombustionAirTemp(double newCombustionAirTemp) { newCombustionAirTemp_ = newCombustionAirTemp; }
 
    double getCurrentEnergyInput() const { return currentEnergyInput_; }
 
    void setCurrentEnergyInput(double currentEnergyInput) { currentEnergyInput_ = currentEnergyInput; }
 
    double getCurrentExcessAir();
 
    double getNewExcessAir();
 
    double getCurrentHeatInput();
 
    double getNewHeatInput();
 
    double getCurrentAirSpecificHeat();
 
    double getNewAirSpecificHeat();
 
    double getCurrentAirCorrection();
 
    double getNewAirCorrection();
 
    double getCurrentCombustionAirCorrection();
 
    double getNewCombustionAirCorrection();
 
    double getCurrentAvailableHeat();
 
    double getNewAvailableHeat();
 
    double getNewFuelSavings();
 
    double getCurrentFuelSavings() { return currentFuelSavings_; };
 
    double getNewEnergyInput();
 
  private:
    // In values
    double currentFlueGasOxygen_     = 0.0;
    double newFlueGasOxygen_         = 0.0;
    double currentFlueGasTemp_       = 0.0;
    double newFlueGasTemp_           = 0.0;
    double currentCombustionAirTemp_ = 0.0;
    double newCombustionAirTemp_     = 0.0;
    double currentEnergyInput_       = 0.0;
 
    // Out values
    double currentExcessAir_;
    double newExcessAir_;
    double currentHeatInput_;
    double newHeatInput_;
    double currentAirSpecificHeat_;
    double newAirSpecificHeat_;
    double currentAirCorrection_;
    double newAirCorrection_;
    double currentCombustionAirCorrection_;
    double newCombustionAirCorrection_;
    double currentAvailableHeat_;
    double newAvailableHeat_;
    double currentFuelSavings_;
    double newFuelSavings_;
    double newEnergyInput_;
};