#include <iostream>
#include "string"

class Transport {
private:
	int speed;
	int price1km;
protected:
	Transport() = default;
	Transport(int qspeed, int qprice) {
		speed = qspeed;
		price1km = qprice;
	}
	Transport(Transport&&) {}
	Transport(const Transport&) {}
	~Transport() {}

	void printTransport() {
		std::cout << speed << std::endl << price1km << std::endl;
	}

	float time(int distance) {
		float timex = distance / speed;
		return timex;
	}

	float cost(int distance) {
		float costx = distance * price1km;
		return costx;
	}

};

class Auto : public Transport {
private:
	int timeT;
	int costT;
public:
	Auto() : Transport() {}
	Auto(int qspeed, int qprice) : Transport(qspeed, qprice) {}

	void printAuto(Auto& old, int distancex) {
		old.printTransport();
		timeT = old.time(distancex);
		costT = old.cost(distancex);
		std::cout << timeT << std::endl << costT << std::endl;
	}
};

class Bike : public Transport {
private:
	int timeT;
	int costT;
public:
	Bike() : Transport() {}
	Bike(int qspeed, int qprice) : Transport(qspeed, qprice) {}

	void printBike(Bike& old, int distancex) {
		old.printTransport();
		timeT = old.time(distancex);
		costT = old.cost(distancex);
		std::cout << timeT << std::endl << costT << std::endl;
	}
};

class Wagon : public Transport {
private:
	int timeT;
	int costT;
public:
	Wagon() : Transport() {}
	Wagon(int qspeed, int qprice) : Transport(qspeed, qprice) {}

	void printWagon(Wagon& old, int distancex) {
		old.printTransport();
		timeT = old.time(distancex);
		costT = old.cost(distancex);
		std::cout << timeT << std::endl << costT << std::endl;
	}
};


int main(){
	Auto kia(90, 10);
	Bike GT(25, 5);
	Wagon telega(10, 3);
	kia.printAuto(kia, 600);
	GT.printBike(GT, 30);
	telega.printWagon(telega, 10);




   return 0;
}