internal void AddEnergy(float i_EnergyToAdd, eEnergyType i_EnergyType)
{
FeulPowerSystem e = m_PowerSystem as FeulPowerSystem;
if (e != null)
{
e.AddEnergy(i_EnergyToAdd, i_EnergyType);
}
else
{
{
//throe ex
}
}
}
public static Vehicle MakeNewVehicle(eEnergyType i_EnergyType, eVehicleType i_VehicleType, string i_Model,
string i_LicenseNumber, float[] i_WheelsAirPressure,
string i_WheelsManufacturer, float i_CurrentEnrgeyLevel,
string i_OwnerPhoneNumber, string i_OwnerName, object [] i_VehicleParameters)
{
Vehicle newVehicle = null;
//i_WheelsAirPressure = new float[2] {1,2};
float energyPrecentage;
PowerSystem powerSystem;
switch (i_VehicleType)
{
case eVehicleType.Car:
{
if (i_EnergyType != eEnergyType.Electric)
{
powerSystem = new FeulPowerSystem(i_CurrentEnrgeyLevel, k_CarMaxGasCapacity, i_EnergyType);
energyPrecentage = (i_CurrentEnrgeyLevel / k_CarMaxGasCapacity) * 100;
}
else
{
powerSystem = new ElectricPowerSystem(i_CurrentEnrgeyLevel, k_CarMaxBatteryCapacity);
energyPrecentage = (i_CurrentEnrgeyLevel / k_CarMaxBatteryCapacity) * 100;
}
newVehicle = new Car(powerSystem, i_Model,
i_LicenseNumber, energyPrecentage, k_CarWheelsAmount, i_WheelsAirPressure,
k_CarWheelsMaxAirPressure,
i_WheelsManufacturer, i_OwnerPhoneNumber, i_OwnerName);
(newVehicle as Car).m_Color = (eCarColor)i_VehicleParameters[0];
(newVehicle as Car).m_NumOfDoors = (int)i_VehicleParameters[1];
}
break;
case eVehicleType.Motorcycle:
{
if (i_EnergyType != eEnergyType.Electric)
{
powerSystem = new FeulPowerSystem(i_CurrentEnrgeyLevel, k_MotorcycleMaxGasCapacity, i_EnergyType);
energyPrecentage = (i_CurrentEnrgeyLevel / k_MotorcycleMaxGasCapacity) * 100;
}
else
{
powerSystem = new ElectricPowerSystem(i_CurrentEnrgeyLevel, k_MotorcycleMaxBatteryCapacity);
energyPrecentage = (i_CurrentEnrgeyLevel / k_MotorcycleMaxBatteryCapacity) * 100;
}
newVehicle = new Motorcycle(powerSystem, i_Model,
i_LicenseNumber, energyPrecentage, k_MotorcycleWheelsAmount, i_WheelsAirPressure,
k_MotorcycleWheelsMaxAirPressure,
i_WheelsManufacturer, i_OwnerPhoneNumber, i_OwnerName);
(newVehicle as Motorcycle).m_LicenseType = (eLicenseType)i_VehicleParameters[0];
(newVehicle as Motorcycle).m_EngineCapacity = (int)i_VehicleParameters[1];
}
break;
case eVehicleType.Truck:
{
if (i_EnergyType != eEnergyType.Electric)
{
powerSystem = new FeulPowerSystem(i_CurrentEnrgeyLevel, k_TruckMaxGasCapacity, i_EnergyType);
energyPrecentage = (i_CurrentEnrgeyLevel / k_TruckMaxGasCapacity) * 100;
}
else
{
powerSystem = new ElectricPowerSystem(i_CurrentEnrgeyLevel, k_TruckMaxGasCapacity);
energyPrecentage = (i_CurrentEnrgeyLevel / k_TruckMaxGasCapacity) * 100;
}
newVehicle = new Truck(powerSystem, i_Model,
i_LicenseNumber, energyPrecentage, k_TruckWheelsAmount, i_WheelsAirPressure,
k_TruckWheelsMaxAirPressure,
i_WheelsManufacturer, i_OwnerPhoneNumber, i_OwnerName);
(newVehicle as Truck).m_IsCarryingDangerousMeterials = (bool)i_VehicleParameters[0];
(newVehicle as Truck).m_CargoCapacity = (int)i_VehicleParameters[1];
}
break;
}
return(newVehicle);
}