NaturalGasReduction.h

#ifndef TOOLS_SUITE_NATURALGASREDUCTION_H
#define TOOLS_SUITE_NATURALGASREDUCTION_H
 
#include <exception>
#include <stdexcept>
#include <vector>
 
class FlowMeterMethodData {
  public:
    FlowMeterMethodData(const double flowRate) : flowRate(flowRate) {}
 
    double getFlowRate() const { return flowRate; }
    void   setFlowRate(double flowRate);
 
  private:
    double flowRate;
};
 
class NaturalGasOtherMethodData {
  public:
    NaturalGasOtherMethodData(const double consumption) : consumption(consumption) {}
 
    double getConsumption() const { return consumption; }
    void   setConsumption(double consumption);
 
  private:
    double consumption;
};
 
class AirMassFlowMeasuredData {
  public:
    AirMassFlowMeasuredData(const double areaOfDuct, const double airVelocity)
        : areaOfDuct(areaOfDuct), airVelocity(airVelocity) {}
 
    double getAreaOfDuct() const { return areaOfDuct; }
    double getAirVelocity() const { return airVelocity; }
    void   setAreaOfDuct(double areaOfDuct);
    void   setAirVelocity(double airVelocity);
 
  private:
    double areaOfDuct, airVelocity;
};
 
class AirMassFlowNameplateData {
  public:
    AirMassFlowNameplateData(const double airFlow) : airFlow(airFlow) {}
 
    double getAirFlow() const { return airFlow; }
    void   setAirFlow(double airFlow);
 
  private:
    double airFlow;
};
 
class AirMassFlowData {
  public:
    AirMassFlowData(const bool isNameplate, const AirMassFlowMeasuredData airMassFlowMeasuredData,
                    const AirMassFlowNameplateData airMassFlowNameplateData, const double inletTemperature,
                    const double outletTemperature, const double systemEfficiency)
        : isNameplate(isNameplate), airMassFlowMeasuredData(airMassFlowMeasuredData),
          airMassFlowNameplateData(airMassFlowNameplateData), inletTemperature(inletTemperature),
          outletTemperature(outletTemperature), systemEfficiency(systemEfficiency) {}
 
    bool                     getIsNameplate() const { return isNameplate; }
    AirMassFlowMeasuredData  getAirMassFlowMeasuredData() const { return airMassFlowMeasuredData; }
    AirMassFlowNameplateData getAirMassFlowNameplateData() const { return airMassFlowNameplateData; }
    double                   getInletTemperature() const { return inletTemperature; }
    double                   getOutletTemperature() const { return outletTemperature; }
    double                   getSystemEfficiency() const { return systemEfficiency; }
    void                     setIsNameplate(bool isNameplate);
    void                     setAirMassFlowMeasuredData(AirMassFlowMeasuredData airMassFlowMeasuredData);
    void                     setAirMassFlowNameplateData(AirMassFlowNameplateData airMassFlowNameplateData);
    void                     setInletTemperature(double inletTemperature);
    void                     setOutletTemperature(double outletTemperature);
    void                     setSystemEfficiency(double systemEfficiency);
 
  private:
    bool                     isNameplate;
    AirMassFlowMeasuredData  airMassFlowMeasuredData;
    AirMassFlowNameplateData airMassFlowNameplateData;
    double                   inletTemperature, outletTemperature, systemEfficiency;
};
 
class WaterMassFlowData {
  public:
    WaterMassFlowData(const double waterFlow, const double inletTemperature, const double outletTemperature,
                      const double systemEfficiency)
        : waterFlow(waterFlow), inletTemperature(inletTemperature), outletTemperature(outletTemperature),
          systemEfficiency(systemEfficiency) {}
    double getWaterFlow() const { return waterFlow; }
    double getInletTemperature() const { return inletTemperature; }
    double getOutletTemperature() const { return outletTemperature; }
    double getSystemEfficiency() const { return systemEfficiency; }
    void   setWaterFlow(double waterFlow);
    void   setInletTemperature(double inletTemperature);
    void   setOutletTemperature(double outletTemperature);
    void   setSystemEfficiency(double systemEfficiency);
 
  private:
    double waterFlow, inletTemperature, outletTemperature, systemEfficiency;
};
 
class NaturalGasReductionInput {
  public:
    NaturalGasReductionInput(const int operatingHours, const double fuelCost, const int measurementMethod,
                             const FlowMeterMethodData       flowMeterMethodData,
                             const NaturalGasOtherMethodData otherMethodData, const AirMassFlowData airMassFlowData,
                             const WaterMassFlowData waterMassFlowData, const int units)
        : operatingHours(operatingHours), fuelCost(fuelCost), measurementMethod(measurementMethod),
          flowMeterMethodData(flowMeterMethodData), otherMethodData(otherMethodData), airMassFlowData(airMassFlowData),
          waterMassFlowData(waterMassFlowData), units(units) {}
 
    int                       getOperatingHours() const { return operatingHours; }
    double                    getFuelCost() const { return fuelCost; }
    int                       getMeasurementMethod() const { return measurementMethod; }
    int                       getUnits() const { return units; }
    FlowMeterMethodData       getFlowMeterMethodData() const { return flowMeterMethodData; }
    NaturalGasOtherMethodData getNaturalGasOtherMethodData() const { return otherMethodData; }
    AirMassFlowData           getAirMassFlowData() const { return airMassFlowData; }
    WaterMassFlowData         getWaterMassFlowData() const { return waterMassFlowData; }
 
  private:
    int                       operatingHours;
    double                    fuelCost;
    int                       measurementMethod;
    FlowMeterMethodData       flowMeterMethodData;
    NaturalGasOtherMethodData otherMethodData;
    AirMassFlowData           airMassFlowData;
    WaterMassFlowData         waterMassFlowData;
    int                       units;
};
 
class NaturalGasReduction {
  public:
    struct Output {
        Output(double energyUse, double energyCost, double heatFlow, double totalFlow)
            : energyUse(energyUse), energyCost(energyCost), heatFlow(heatFlow), totalFlow(totalFlow) {}
 
        Output()         = default;
        double energyUse = 0, energyCost = 0, heatFlow = 0, totalFlow = 0;
    };
 
    NaturalGasReduction(std::vector<NaturalGasReductionInput> naturalGasReductionInputVec)
        : naturalGasReductionInputVec(naturalGasReductionInputVec) {}
 
    NaturalGasReduction::Output                  calculate();
    std::vector<NaturalGasReductionInput> const& getNaturalGasReductionInputVec() const {
        return naturalGasReductionInputVec;
    }
    void setNaturalGasReductionInputVec(std::vector<NaturalGasReductionInput>& naturalGasReductionInputVec);
 
  private:
    std::vector<NaturalGasReductionInput> naturalGasReductionInputVec;
    NaturalGasReduction::Output           output;
};
 
#endif // TOOLS_SUITE_NATURALGASREDUCTION_H