MotorPowerFactor.h

#pragma once
 
#include "MotorData.h"
 
class MotorPowerFactor {
  public:
    MotorPowerFactor(double motorRatedPower, double loadFactor, double motorCurrent, double motorEfficiency,
                     double ratedVoltage)
        : motorRatedPower(motorRatedPower), loadFactor(loadFactor), motorCurrent(motorCurrent),
          motorEfficiency(motorEfficiency), ratedVoltage(ratedVoltage) {}
 
    MotorPowerFactor(Motor::LineFrequency lineFrequency, double motorRpm, Motor::EfficiencyClass efficiencyClass,
                     double specifiedEfficiency, double motorRatedPower, double loadFactor, double motorCurrent,
                     double motorEfficiency, double ratedVoltage)
        : lineFrequency(lineFrequency), motorRpm(motorRpm), efficiencyClass(efficiencyClass),
          specifiedEfficiency(specifiedEfficiency), motorRatedPower(motorRatedPower), loadFactor(loadFactor),
          motorCurrent(motorCurrent), motorEfficiency(motorEfficiency), ratedVoltage(ratedVoltage) {};
 
    double calculate();
 
    Motor::LineFrequency getLineFrequency() const { return lineFrequency; }
 
    void setLineFrequency(Motor::LineFrequency lineFrequency) { this->lineFrequency = lineFrequency; }
 
    double getMotorRpm() const { return motorRpm; }
 
    void setMotorRpm(double motorRpm) { this->motorRpm = motorRpm; }
 
    Motor::EfficiencyClass getEfficiencyClass() const { return efficiencyClass; }
 
    void setEfficiencyClass(Motor::EfficiencyClass efficiencyClass) { this->efficiencyClass = efficiencyClass; }
 
  private:
    Motor::LineFrequency   lineFrequency;
    double                 motorRpm;
    Motor::EfficiencyClass efficiencyClass;
    double                 specifiedEfficiency;
    double                 motorKwInput = 0.0;
    double                 motorkVA     = 0.0;
 
    double motorRatedPower;
    double loadFactor;
    double motorCurrent;
    double motorEfficiency;
    double ratedVoltage;
};