#include <iostream>
#include <cstring>

#define fill "default"

using namespace std;

class Board_Position {
    int x, y;
public:
    int GetX() { return x; };

    int GetY() { return y; };

    Board_Position(const Board_Position &);

    Board_Position();

    Board_Position(int a, int b);

    ~Board_Position();

    Board_Position &SetX(int);

    Board_Position &SetY(int);

    void print_full();

    void print_main();


};


Board_Position::Board_Position(const Board_Position &a) {
    x = a.x;
    y = a.y;


}

Board_Position::Board_Position() {
    x = 0;
    y = 0;

}

Board_Position::Board_Position(int a, int b) {
    x = a;
    y = b;

}

void Board_Position::print_full() {
    cout << "x = " << x << " y = " << y << endl;


}

void Board_Position::print_main() {
    cout << "CLASS: Board_Position" << "\t" << " Main information: Coordinates" << "\t" << "(" << x << ";" << y << ")"
         << endl;

}

Board_Position &Board_Position::SetX(int a) {
    x = a;
    return *this;
}

Board_Position &Board_Position::SetY(int b) {
    y = b;
    return *this;
}

Board_Position::~Board_Position() = default;

class Figure {
    Board_Position coords;
    char *figure_colour;
public:
    Figure();

    Figure(char *, Board_Position &);

    Figure(const Figure &);

    ~Figure();

    Figure &Change_Colour(char *, Board_Position &);

    void print_full();

    void print_main();

    void move();


};

Figure::Figure() {
    figure_colour = new char[7];
    strcpy(figure_colour, fill);
    Board_Position();


}

Figure::Figure(char *name, Board_Position &position) {
    figure_colour = new char[strlen(name)];
    strcpy(figure_colour, name);
    coords = position;


}

void Figure::print_full() {
    cout << "Color - " << figure_colour << "\t" << "Coordinates :";
    coords.print_full();


}

Figure::Figure(const Figure &a) {
    figure_colour = new char[strlen(a.figure_colour)];
    strcpy(figure_colour, a.figure_colour);
    coords = a.coords;

}

Figure &Figure::Change_Colour(char *a, Board_Position &object) {
    figure_colour = new char[strlen(a)];
    strcpy(figure_colour, a);
    coords = object;
    return *this;
}

void Figure::print_main() {
    cout << "CLASS : Figure" << "\t" << "Main information : Coordinates " << "(" << coords.GetX() << ";"
         << coords.GetY() << ")" << endl;

}

void Figure::move() {
    int z;
    cout << "Choose direction of move:" << "\n" << " Press 1 for straight, 2 for back" << endl;
    cin >> z;
    switch (z) {
        case 1:
            if (coords.GetY() > 7) {
                cout << "You cant move in this direction\n";
                break;
            } else {
                coords.SetY(coords.GetY() + 1);
                cout << "Coordinates after move :" << "(" << coords.GetX() << ";" << coords.GetY() << ")" << endl;
                break;
            }
        case 2:
            if (coords.GetY() < 2) {
                cout << "You cant move in this direction\n";
                break;
            } else {
                coords.SetY(coords.GetY() - 1);
                cout << "Coordinates after move :" << "(" << coords.GetX() << ";" << coords.GetY() << ")" << endl;
                break;
            }
        default:
            cout << "Wrong direction!\n" << endl;


    }


}


Figure::~Figure() = default;


int main() {
    int x, y;
    char array[10];
    cout << "Enter coordinates, each coordinate less or equal to 8 " << endl;
    cin >> x >> y;
    Board_Position position_1 = Board_Position(x, y);
    Board_Position position_2 = Board_Position();
    Board_Position position_3 = Board_Position(position_1);

    position_1.print_full();
    position_1.print_main();
    position_2.print_full();
    position_2.print_main();
    position_3.print_full();
    position_3.print_main();


    cout << "Enter colour of your figure" << endl;
    cin >> array;
    Figure *figure2 = new Figure();
    Figure *figure1 = new Figure(array, position_1);
    Figure *figure3 = new Figure(*figure1);

    figure1->print_main();
    figure1->print_full();
    figure2->print_main();
    figure2->print_full();
    figure3->print_main();
    figure3->print_full();

    figure3->move();


    delete figure1;
    delete figure2;
    delete figure3;


}