GOLF 4 WITH OOP

#include <iostream>
#include <string>
using namespace std;

  class BasicInformation{
    private:
    string Brand;
    string Model;
    string Generation;
    string Modification;
    string PowerUnitArchitecture;
    string BodyType;
    int NumberOfDoors;
    int NumberOfPlaces;
    int YearOfProduction;
    public:
    void Information(){
      cout << "Brand is: " << Brand << endl;
      cout << "Model is: " << Model << endl;
      cout << "Generation is: " << Generation << endl;
      cout << "Modification is: " << Modification << endl;
      cout << "YearOfProduction is: " << YearOfProduction << " Year" << endl;
      cout << "PowerUnitArchitecture is: " << PowerUnitArchitecture << endl;
      cout << "BodyType is: " << BodyType << endl;
      cout << "NumberOfPlaces is: " << NumberOfPlaces << endl;
      cout << "NumberOfDoors is: " << NumberOfDoors << endl;
    }

    BasicInformation(string brand, string model, string generation, string modification, string PUT, string BT, int ND, int NP, int YP){
      Brand=brand;
      Model=model;
      Generation=generation;
      Modification=modification;
      PowerUnitArchitecture=PUT;
      BodyType=BT;
      NumberOfDoors=ND;
      NumberOfPlaces=NP;
      YearOfProduction=YP;
    }
  };

  class PerformanceIndicators{
    private:
     string FuelCity;
     string FuelSuburban;
     string Fuel;
     string FuelType;
     int SelerationZeroToHundred;
     int SelerationZeroToSexty;
     string TopSpeed;
     string EnvironmentalStandard;
    public:
     void Indicators(){
       cout << "Fuel in City is: " << FuelCity << endl;
       cout << "Fuel outside the city is: " << FuelSuburban << endl;
       cout << "Combined fuel is: " << Fuel << endl;
       cout << "Type of fuel is: " << FuelType << endl;
       cout << "Аcceleration from 0 to 100 is: "<<SelerationZeroToHundred << endl;
       cout << "Acceleration from 0 to 60 is: " << SelerationZeroToSexty << endl;
       cout << "Max speed is: " << TopSpeed << endl;
       cout << "The environmental standard is: " << EnvironmentalStandard << endl;
     }
     PerformanceIndicators(string FC, string FS, string fuel, string FT, string ES, int ZTOH, int ZTOS, string TS){
         FuelCity=FC;
         FuelSuburban=FS;
         Fuel=fuel;
         FuelType=FT;
         EnvironmentalStandard=ES;
         SelerationZeroToHundred=ZTOH;
         SelerationZeroToSexty=ZTOS;
         TopSpeed=TS;
     }
  };
  class VolumesAndWeights{
    private:
    string OwnMass;
    string AllowableMass;
    string MaximumLoadCapacity;
    string MinimumBootVolume;
    string MaximumBootVolume;
    string TankCapacity;
    public:
    void volumeWeights(){
      cout << "Own mass is: " << OwnMass << endl;
      cout << "Allowable mass is: " << AllowableMass << endl;
      cout << "Maximum load capasity is: " << MaximumLoadCapacity << endl;
      cout << "Minimum boot volume is: " << MinimumBootVolume << endl;
      cout << "Maximum boot volume is: " << MaximumBootVolume << endl;
      cout << "Capacity of tank is: " << TankCapacity << endl;
    }
    VolumesAndWeights(string OM, string AM, string MLC, string MINBV, string MAXBV, string TC){
     OwnMass=OM;
     AllowableMass=AM;
     MaximumLoadCapacity=MLC;
     MinimumBootVolume=MINBV;
     MaximumBootVolume=MAXBV;
     TankCapacity=TC;
    }
  };
  class Dimensions{
    int Length;
    int Width;
    int Height;
    int Wheelbase;
    int FrontTrack;
    int RearTrack;
    int MinimumTurningDiameter;
    int TyreDimensions;
    int WheelDimensions;
  };
  class Drive{
    private:
    string DriveArchitecture;
    string Propulsion;
    int NumberOfGears;
    public:
    void drive(){
      cout << "Drive archtecture is: " << DriveArchitecture << endl;
      cout << "Drive is: " << Propulsion << endl;
      cout << "Number of gears are: " << NumberOfGears << endl;
    }
    Drive(string DA, string propulsion, int NOFG){
     DriveArchitecture=DA;
     Propulsion=propulsion;
     NumberOfGears=NOFG;
    }
  };

  class Brakes{
    private:
    string FrontBrakes;
    string RearBrakes;
    string AuxiliarySystems;
    public:
    void brakes(){
      cout << "Front brakes is: " << FrontBrakes << endl;
      cout << "Rear brakes is: " << RearBrakes << endl;
      cout << "Auxiliary systems are: " << AuxiliarySystems << endl;
    }
    Brakes(string FB, string RB, string AS){
     FrontBrakes=FB;
     RearBrakes=RB;
     AuxiliarySystems=AS;
    }
   };

  class Suspension{
    private:
    string FrontSuspension;
    string RearSuspension;
    public:
    void suspension(){
      cout << "Front suspension is: " << FrontSuspension << endl;
      cout << "Rear suspension is: " << RearSuspension << endl;
    }
    Suspension(string FS, string RS){
      FrontSuspension=FS;
      RearSuspension=RS;
    }
  };

int main() {
    BasicInformation information=BasicInformation("Volkswagen", "Golf", "Golf IV", "1.9 TDI",  "Internal combustion engine", "Hatchback", 5, 5, 2001);
    information.Information();

    cout<<endl;

    PerformanceIndicators indicators=PerformanceIndicators("6.5/100km", "4/100km",  "4.9/100km", "Diesel", "Euro 3", 10, 9, "193km/h");
    indicators.Indicators();

    cout << endl;

    VolumesAndWeights volumesWeights=VolumesAndWeights("1215 kg", "1750 kg", "535 kg", "330 l", "1185 l", "55 l");
    volumesWeights.volumeWeights();

    cout << endl;

    Drive drive1=Drive("An internal combustion engine (ICE) drives the front wheels", "Front drive", 5);
    drive1.drive();

    cout << endl;

    Brakes brakes1=Brakes("Disc ventilated", "Disc", "Anti-lock braking system-ABS");
    brakes1.brakes();

    cout << endl;

    Suspension suspension1=Suspension("McPherson", "Coil spring");
    suspension1.suspension();
}