car.h

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#ifndef CAR_H
#define CAR_H
 
#include <string>
#include <iostream>
#include "traintypes.h"
#include "energyconsumption.h"
#include "traincomponent.h"
#include <memory>
 
class Car : public TrainComponent {
    /***********************************************
    *              Variables Declaration           *
    ************************************************/
 
private:
    inline static const std::string DefaultCarName = "Railcar";
 
public:
    TrainTypes::CarType carType;
 
public:
    Car(double carLength_m, double carDragCoef, double carFrontalArea_sqm,
        double carEmptyWeight_t, double carCurrentWeight_t, int carNoOfAxles,
        int carType, double auxiliaryPower_kw = EC::DefaultCarAuxiliaryPower,
        double batteryMaxCapacity_kWh = EC::DefaultCarBatteryMaxCapacity,
        double batteryInitialCharge_perc = EC::DefaultCarBatteryInitialCharge,
        double tenderMaxCapacity_kg_l = EC::DefaultCarTenderMaxCapacity,
        double tenderInitialCapacity_perc = EC::DefaultCarTenderInitialCapacity,
        std::string carName = DefaultCarName);
 
    double getCargoNetWeight();
 
    void setCarCurrentWeight(double newCurrentWeight);
 
    double getResistance(double trainSpeed) override;
 
    double getEnergyConsumption(double& timeStep);
 
    std::pair<bool, double> consumeFuel(double timeStep, double trainSpeed, double EC_kwh,
                                        double carVirtualTractivePower = std::numeric_limits<double>::quiet_NaN(),
                                        double dieselConversionFactor = EC::DefaultDieselConversionFactor,
                                        double biodieselConversionFactor = EC::DefaultBiodieselConversionFactor,
                                        double hydrogenConversionFactor = EC::DefaultHydrogenConversionFactor,
                                        double dieselDensity = EC::DefaultDieselDensity,
                                        double biodieselDensity = EC::DefaultBioDieselDensity,
                                        double hydrogenDensity = EC::DefaultHydrogenDensity) override;
 
    double getMaxProvidedEnergy(double& timeStep);
 
    bool canProvideEnergy(double& EC, double& timeStep);
 
    friend std::ostream& operator<<(std::ostream& ostr, Car& stud);
};
 
#endif // CAR_H