EnergyEquivalency.h

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#ifndef AMO_TOOLS_SUITE_ENERGYEQUIVALENCY_H
#define AMO_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 //AMO_TOOLS_SUITE_ENERGYEQUIVALENCY_H