MoverEfficiency.h

#ifndef AMO_LIBRARY_PUMPEFFICIENCY_H
#define AMO_LIBRARY_PUMPEFFICIENCY_H

#include "FluidPower.h"

class MoverEfficiency {

public:
    MoverEfficiency(double const specificGravity, double const flowRate, double const head, double const pumpShaftPower)
            : specificGravity(specificGravity),
              head(head),
              flowRate(flowRate),
              moverShaftPower(pumpShaftPower),
              isPump(true)
    {}

    MoverEfficiency(double const flowRate, double const  fanShaftPower, double const inletPressure, double const outletPressure,
                    double const compressibilityFactor)
            : flowRate(flowRate), moverShaftPower(fanShaftPower), inletPressure(inletPressure), outletPressure(outletPressure),
              compressibilityFactor(compressibilityFactor), isPump(false)
    {}

    double calculate();

public:
    double getSpecificGravity() const {
        return specificGravity;
    }

    void setSpecificGravity(double specificGravity) {
        this->specificGravity = specificGravity;
    }

    double getFlowRate() const {
        return flowRate;
    }

    void setFlowRate(double flowRate) {
        this->flowRate = flowRate;
    }

    double getHead() const {
        return head;
    }

    void setHead(double head) {
        this->head = head;
    }

    double getPumpShaftPower() const {
        return moverShaftPower;
    }

    void setPumpShaftPower(double pumpShaftPower) {
        this->moverShaftPower = pumpShaftPower;
    }

private:
    double specificGravity = 0, head = 0;
    double flowRate, moverShaftPower;
    double inletPressure = 0, outletPressure = 0, compressibilityFactor = 0;

    const bool isPump;
};


#endif //AMO_LIBRARY_PUMPEFFICIENCY_H