class CreditAccount
{
private:

public:
    int credits = 0;
    double bools_rate = 0;
    double stars_rate = 0;
    double borks_rate = 0;
public:
    void prepare() { std::cin >> credits >> stars_rate >> bools_rate >> borks_rate; }

    void buy(int t_credits) { credits -= t_credits; } // m_credits = m_credits > 0 ? m_credits : 0;

    void putCredits(int t_credits) { credits += t_credits; }
    void putProtorianBools(int t_bools) { credits += t_bools * bools_rate; }
    void putOrionStars(int t_stars) { credits += t_stars * stars_rate; }
    void putOmegaSectorBorks(int t_borks) { credits += t_borks * borks_rate; }

    std::string printStatus() { return "Account: " + std::to_string(credits) + " credits"; }
};

class SpacePoint
{
private:
    int X, Y;
public:
    SpacePoint()
        :X(0), Y(0) {}
    SpacePoint(int t_X, int t_Y)
        :X(t_X), Y(t_Y) {}
    void read() { std::cin >> X >> Y; }
    int distance(const SpacePoint other) { return sqrt(pow(X - other.X, 2) + pow(Y - other.Y, 2)); }
    int get_x() { return X; }
    int get_y() { return Y; }
};

class SpaceShip
{
private:
    std::string name;

    int fuelLeft;
    int fuelMax;
    SpacePoint position;

public:
    CreditAccount account;
    CreditAccount& get_credits() { return account; }
    void printStatus()
    {
        std::cout << "STATUS: " << name
            << "\nCordinates: x=" << position.get_x() << " y=" << position.get_y()
            << "\nFuel: " << fuelLeft << " from " << fuelMax
            << "\n" << account.printStatus() << "\n";
    }

    void flight(SpacePoint p)
    {
        fuelLeft -= position.distance(p);
        if (fuelLeft < 0) fuelLeft = 0;

        position = p;
    }

    void prepare()
    {
        std::cin >> name >> fuelLeft >> fuelMax;
        position.read();
        account.prepare();
    }
};