PumpData.h

//
// Created by zf9 on 7/16/18.
// Re-implemented by causeyc on 1/27/2020

#ifndef AMO_TOOLS_SUITE_PUMPDATA_H
#define AMO_TOOLS_SUITE_PUMPDATA_H

#include <string>

class PumpData {
public:
    PumpData(std::string manufacturer, std::string model, std::string type, std::string serialNumber,
             std::string status, std::string pumpType, std::string radialBearingType,  std::string thrustBearingType,
             std::string shaftOrientation, std::string shaftSealType, std::string fluidType, std::string priority,
             std::string driveType, std::string flangeConnectionClass, std::string flangeConnectionSize,
             int numShafts, int speed, int numStages,  int yearlyOperatingHours, int yearInstalled, int finalMotorRpm,
             double inletDiameter, double weight, double outletDiameter, double percentageOfSchedule,
             double dailyPumpCapacity, double measuredPumpCapacity, double pumpPerformance, double staticSuctionHead,
             double staticDischargeHead, double fluidDensity, double lengthOfDischargePipe,
             double pipeDesignFrictionLosses,  double maxWorkingPressure, double maxAmbientTemperature,
             double maxSuctionLift,  double displacement, double startingTorque, double ratedSpeed,
             double shaftDiameter, double impellerDiameter, double efficiency, double output60Hz, double minFlowSize,
             double pumpSize,  bool outOfService);

    const bool &getOutOfService() const;

    void setOutOfService(const bool &outOfService);

    const double &getInletDiameter() const;

    void setInletDiameter(const double &inletDiameter);

    const double &getOutletDiameter() const;

    void setOutletDiameter(const double &outletDiameter);

    const double &getPercentageOfSchedule() const;

    void setPercentageOfSchedule(const double &percentageOfSchedule);

    const double &getDailyPumpCapacity() const;

    void setDailyPumpCapacity(const double &dailyPumpCapacity);

    const double &getMeasuredPumpCapacity() const;

    void setMeasuredPumpCapacity(const double &measuredPumpCapacity);

    const double &getPumpPerformance() const;

    void setPumpPerformance(const double &pumpPerformance);

    const double &getStaticSuctionHead() const;

    void setStaticSuctionHead(const double &staticSuctionHead);

    const double &getStaticDischargeHead() const;

    void setStaticDischargeHead(const double &staticDischargeHead);

    const double &getFluidDensity() const;

    void setFluidDensity(const double &fluidDensity);

    const double &getLengthOfDischargePipe() const;

    void setLengthOfDischargePipe(const double &lengthOfDischargePipe);

    const double &getPipeDesignFrictionLosses() const;

    void setPipeDesignFrictionLosses(const double &pipeDesignFrictionLosses);

    const double &getMaxWorkingPressure() const;

    void setMaxWorkingPressure(const double &maxWorkingPressure);

    const double &getMaxAmbientTemperature() const;

    void setMaxAmbientTemperature(const double &maxAmbientTemperature);

    const double &getMaxSuctionLift() const;

    void setMaxSuctionLift(const double &maxSuctionLift);

    const double &getDisplacement() const;

    void setDisplacement(const double &displacement);

    const double &getStartingTorque() const;

    void setStartingTorque(const double &startingTorque);

    const double &getRatedSpeed() const;

    void setRatedSpeed(const double &ratedSpeed);

    const double &getMinFlowSize() const;

    void setMinFlowSize(const double &minFlowSize);

    const double &getPumpSize() const;

    void setPumpSize(const double &pumpSize);

    const double &getShaftDiameter() const;

    void setShaftDiameter(const double &shaftDiameter);

    const double &getImpellerDiameter() const;

    void setImpellerDiameter(const double &impellerDiameter);

    const double &getEfficiency() const;

    void setEfficiency(const double &efficiency);

    const double &getOutput60Hz() const;

    void setOutput60Hz(const double &output60Hz);

    const int &getSpeed() const;

    void setSpeed(const int &speed);

    const int &getNumShafts() const;

    void setNumShafts(const int &numShafts);

    const int &getNumStages() const;

    void setNumStages(const int &numStages);

    const int &getYearlyOperatingHours() const;

    void setYearlyOperatingHours(const int &yearlyOperatingHours);

    const int &getYearInstalled() const;

    void setYearInstalled(const int &yearInstalled);

    const std::string &getSerialNumber() const;

    void setSerialNumber(const std::string &serialNumber);

    const std::string &getStatus() const;

    void setStatus(const std::string &status);

    const std::string &getPumpType() const;

    void setPumpType(const std::string &pumpType);

    const std::string &getRadialBearingType() const;

    void setRadialBearingType(const std::string &radialBearingType);

    const std::string &getThrustBearingType() const;

    void setThrustBearingType(const std::string &thrustBearingType);

    const std::string &getShaftOrientation() const;

    void setShaftOrientation(const std::string &shaftOrientation);

    const std::string &getShaftSealType() const;

    void setShaftSealType(const std::string &shaftSealType);

    const std::string &getFluidType() const;

    void setFluidType(const std::string &fluidType);

    const std::string &getDriveType() const;

    void setDriveType(const std::string &driveType);

    const std::string &getFlangeConnectionClass() const;

    void setFlangeConnectionClass(const std::string &flangeConnectionClass);

    const std::string &getFlangeConnectionSize() const;

    void setFlangeConnectionSize(const std::string &flangeConnectionSize);

    const std::string &getType() const;

    void setType(const std::string &type);

    const std::string &getManufacturer() const;

    void setManufacturer(const std::string &manufacturer);

    const std::string &getModel() const;

    void setModel(const std::string &model);

    const std::string &getPriority() const;

    void setPriority(const std::string &priority);

    int getFinalMotorRpm() const;

    void setFinalMotorRpm(int finalMotorRpm);

    double getWeight() const;

    void setWeight(double weight);

    bool isOutOfService() const;

    int getId() const;

    void setId(int id);


private:
    std::string manufacturer, model, serialNumber, type, status, pumpType, radialBearingType, thrustBearingType;
    std::string shaftOrientation, shaftSealType, fluidType, priority, driveType, flangeConnectionClass;
    std::string flangeConnectionSize;

    int numShafts, speed, numStages, yearlyOperatingHours, yearInstalled, finalMotorRpm;

    double inletDiameter, weight, outletDiameter, percentageOfSchedule, dailyPumpCapacity,
            measuredPumpCapacity, pumpPerformance;
    double staticSuctionHead, staticDischargeHead, fluidDensity, lengthOfDischargePipe,
            pipeDesignFrictionLosses, maxWorkingPressure;
    double maxAmbientTemperature, maxSuctionLift, displacement, startingTorque, ratedSpeed,
            shaftDiameter, impellerDiameter;
    double efficiency, output60Hz, minFlowSize, pumpSize;

    bool outOfService;

    int id; // used for the database

    friend class SQLite;
};

#endif //AMO_TOOLS_SUITE_PUMPDATA_H