EfficiencyImprovement.h

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#ifndef AMO_TOOLS_SUITE_EFFICIENCYIMPROVEMENT_H
#define AMO_TOOLS_SUITE_EFFICIENCYIMPROVEMENT_H

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_;
};
#endif //AMO_TOOLS_SUITE_EFFICIENCYIMPROVEMENT_H