Player p("");
        bool play = true;
        cout << "Iveskite varda" << endl;
        string name;
        cin >> name;
        p.set_name(name);
        while(play){
            try{
                cout << "Zaidimas pradedamas" << endl;
                cout << "Imituojamas kvadratelio spejimas" << endl;
                bool sq_color = true;
                int enter_num;
                enter_num = g.get_pattern_width();
                int row, row_elem;

                bool r = 0;     // mem. square color, 0 or 1
                int r_count = 0;
                srand(time(0));
                for (int i = 0; i < g.get_pattern_height(); i++){    // i - row, j - row element
                    for (int j = 0; j < g.get_pattern_width(); j++){
                        r = rand() % 2;
                        if ((r == 0) && (r_count == g.get_pattern_width())){
                            g.add_mem_square(r, g.get_pattern_height(), i, j);  // i - row
                        }else if ((r == 0) && (r_count < g.get_pattern_width()) && (i == (g.get_pattern_height() - 1))){
                            r = 1;
                            ++r_count;
                            g.add_mem_square(r, g.get_pattern_height(), i, j);
                        }else if ((r == 0) && (i != (g.get_pattern_height() - 1))){
                            g.add_mem_square(r, g.get_pattern_height(), i, j);
                        }else if ((r == 1) && (r_count == g.get_pattern_width())){
                            r = 0;
                            g.add_mem_square(r, g.get_pattern_height(), i, j);
                        }else if ((r == 1) && (r_count < g.get_pattern_width())){
                            ++r_count;
                            g.add_mem_square(r, g.get_pattern_height(), i, j);
                        }
                    }
                }

                for (int i = 0; i < g.get_pattern_height(); i++){ // i - row, j - row element
                    for (int j = 0; j < g.get_pattern_width(); j++){
                        cout << g.get_square_at(i, j) << endl;
                    }
                    cout << endl << "eileje yra elementu: " << g.get_squares_count(i) << endl;
                }

                while ((enter_num != 0) && sq_color){
                    cout << "Iveskite kordinates" << endl;
                    cin >> row;
                    cin >> row_elem;
                    sq_color = g.check_square_color(row, row_elem, &p);
                    --enter_num;
                }
                if (p.get_points() == g.get_pattern_width() * 10){
                    cout << "Sveikiname, jus perejote lygi. Jusu turimi taskai: " << p.get_points() << endl;
                }
                else{
                    cout << "Pralaimejote. Jusu surinkti taskai: " << p.get_points() << endl;
                    cout << "Spauskite 1, jei norite zaisti dar karta; 0 - jei norite iseiti is zaidimo" << endl;
                    cin >> play;
                }

            }