IgorCoelho

<CODE> Estou fazendo um trabalho de Batalha Naval, mas estou com algumas dificuldades, pois fiz o código abaixo, mas o professor está pedindo para fazer um jogo Humano vs. Computador e que a inserção e bombardeio do computador sejam aleatórios. Como poderei fazer isso aproveitando este código? Agradeço! #include <stdio.h> #include <iostream> #include <stdlib.h> #include <conio.h> #include <time.h> using namespace std; const int SIZE = 10; const int FRIGATE = 2; const int SUB = 3; const int DESTROYER = 3; const int BATTLESHIP = 4; const int CARRIER = 5; const int TOTAL_POS = 17; const int HEADS = 1; const int TAILS = 0; // Class Player class Player { public: // Public attributes string name; char boardPlayer[SIZE][SIZE]; char BoardOpponent[SIZE][SIZE]; int ships; // Constructor Player() { ships = TOTAL_POS; for (int cont1 = 0; cont1 < SIZE; cont1++) { for (int cont2 = 0; cont2 < SIZE; cont2++) { boardPlayer[cont1][cont2] = '~'; BoardOpponent[cont1][cont2] = '~'; } } } // Show board void BOARD() { cout << name << "'s Board..." << "\n\n"; for (int cont1 = 0; cont1 < SIZE; cont1++) { for (int cont2 = 0; cont2 < SIZE; cont2++) { cout << boardPlayer[cont1][cont2] << " "; } cout << "\n"; } cout << "\n"; cout << "Caption:\n"; cout << "~ [Water]\n"; cout << "0 [Ship]\n"; cout << "\n"; } // Board Player 2 void board2() { cout << name << "'s round\n"; cout << "Opponent's board:\n\n"; for (int cont1 = 0; cont1 < SIZE; cont1++) { for (int cont2 = 0; cont2 < SIZE; cont2++) { cout << BoardOpponent[cont1][cont2] << " "; } cout << "\n"; } cout << "\n"; cout << "Caption:\n"; cout << "~ [Water]\n"; cout << "# [Missed]\n"; cout << "X [Target]\n"; cout << "\n"; } // Configure position of Frigate void configureFrigate() { // Local variables int row; int column; char pos; bool flag = false; // Positioning ship do { system("cls"); BOARD(); cout << "------------------------\n"; cout << "POSITIONING FRIGATE\n"; cout << "------------------------\n"; cout << "Position Y (0-9):"; cin >> row; if (row < SIZE && row >= 0) { cout << "Position X (0-9):"; cin >> column; if (column < SIZE && column >= 0) { cout << "Do you want to position the boat vertically (1) or horizontally (2)?"; cin >> pos; if (pos == '1') { // Check if is possible to insert the ship if (SIZE - row != 1) { // Check that there are no other boats there int times = 0; for (int cont = row; cont < row + FRIGATE; cont++) { if (boardPlayer[cont][column] == '~') { times++; } } // If the number of spaces with water is equal to the size of the boat, // then it is possible to position the boat if (times == FRIGATE) { for (int cont = row; cont < row + FRIGATE; cont++) { boardPlayer[cont][column] = 'F'; } flag = true; } } } else { if (pos == '2') { // Check if is possible to insert the ship if (SIZE - column != 1) { // Check that there are no other ship there int times = 0; for (int cont = column; cont < column + FRIGATE; cont++) { if (boardPlayer[row][cont] == '~') { times++; } } // If the number of spaces with water is equal to the size of the boat, // then it is possible to position the ship if (times == FRIGATE) { for (int cont = column; cont < column + FRIGATE; cont++) { boardPlayer[row][cont] = 'F'; } flag = true; } } } } } } if (flag == false) { cout << "SHIP CANNOT BE POSITIONED, TRY AGAIN!\n"; cout << "Press enter to continue..."; _getch(); } else { cout << "SUCCESSFUL POSITIONED SHIP\n"; cout << "Press enter to continue..."; _getch(); } } while (flag == false); } // Configure position of Sub void configureSubmarine() { // Local variables int row; int column; char pos; bool flag = false; // Positioning ship do { system("cls"); BOARD(); cout << "------------------------\n"; cout << "POSITIONING SUBMARINE\n"; cout << "------------------------\n"; cout << "Position Y (0-9):"; cin >> row; if (row < SIZE && row >= 0) { cout << "Position X (0-9):"; cin >> column; if (column < SIZE && column >= 0) { cout << "Do you want to position the boat vertically (1) or horizontally (2)?"; cin >> pos; if (pos == '1') { // Check if is possible to insert the ship if (SIZE - row != 1) { // Check that there are no other boats there int times = 0; for (int cont = row; cont < row + SUB; cont++) { if (boardPlayer[cont][column] == '~') { times++; } } // If the number of spaces with water is equal to the size of the boat, // then it is possible to position the boat if (times == SUB) { for (int cont = row; cont < row + SUB; cont++) { boardPlayer[cont][column] = 'S'; } flag = true; } } } else { if (pos == '2') { // Check if is possible to insert the ship if (SIZE - column != 1) { // // Check that there are no other ship there int times = 0; for (int cont = column; cont < column + SUB; cont++) { if (boardPlayer[row][cont] == '~') { times++; } } // If the number of spaces with water is equal to the size of the boat, // then it is possible to position the ship if (times == SUB) { for (int cont = column; cont < column + SUB; cont++) { boardPlayer[row][cont] = 'S'; } flag = true; } } } } } } if (flag == false) { cout << "SHIP CANNOT BE POSITIONED, TRY AGAIN!\n"; cout << "Press enter to continue..."; _getch(); } else { cout << "SUCCESSFUL POSITIONED SHIP\n"; cout << "Press enter to continue..."; _getch(); } } while (flag == false); } // Configure position of Destroyer void configureDestroyer() { // Local variables int row; int column; char pos; bool flag = false; // Positioning ship do { system("cls"); BOARD(); cout << "------------------------\n"; cout << "POSITIONING DESTROYER\n"; cout << "------------------------\n"; cout << "Position Y (0-9):"; cin >> row; if (row < SIZE && row >= 0) { cout << "Position X (0-9):"; cin >> column; if (column < SIZE && column >= 0) { cout << "Do you want to position the boat vertically (1) or horizontally (2)?"; cin >> pos; if (pos == '1') { // Check if is possible to insert the ship if (SIZE - row != 1) { // Check that there are no other boats there int times = 0; for (int cont = row; cont < row + DESTROYER; cont++) { if (boardPlayer[cont][column] == '~') { times++; } } // If the number of spaces with water is equal to the size of the boat, // then it is possible to position the boat if (times == DESTROYER) { for (int cont = row; cont < row + DESTROYER; cont++) { boardPlayer[cont][column] = 'D'; } flag = true; } } } else { if (pos == '2') { // Check if is possible to insert the ship if (SIZE - column != 1) { // // Check that there are no other ship there int times = 0; for (int cont = column; cont < column + DESTROYER; cont++) { if (boardPlayer[row][cont] == '~') { times++; } } // If the number of spaces with water is equal to the size of the boat, // then it is possible to position the ship if (times == DESTROYER) { for (int cont = column; cont < column + DESTROYER; cont++) { boardPlayer[row][cont] = 'D'; } flag = true; } } } } } } if (flag == false) { cout << "SHIP CANNOT BE POSITIONED, TRY AGAIN!\n"; cout << "Press enter to continue..."; _getch(); } else { cout << "SUCCESSFUL POSITIONED SHIP\n"; cout << "Press enter to continue..."; _getch(); } } while (flag == false); } // Configure position of Battleship void configureBattleship() { // Local variables int row; int column; char pos; bool flag = false; // Positioning ship do { system("cls"); BOARD(); cout << "------------------------\n"; cout << "POSITIONING BATTLESHIP\n"; cout << "------------------------\n"; cout << "Position Y (0-9):"; cin >> row; if (row < SIZE && row >= 0) { cout << "Position column (0-9):"; cin >> column; if (column < SIZE && column >= 0) { cout << "Do you want to position the boat vertically (1) or horizontally (2)??"; cin >> pos; if (pos == '1') { // Check if is possible to insert the ship if (SIZE - row > 2) { // Check that there are no other ship there int times = 0; for (int cont = row; cont < row + BATTLESHIP; cont++) { if (boardPlayer[cont][column] == '~') { times++; } } // If the number of spaces with water is equal to the size of the boat, // then it is possible to position the ship if (times == BATTLESHIP) { for (int cont = row; cont < row + BATTLESHIP; cont++) { boardPlayer[cont][column] = 'B'; } flag = true; } } } else { if (pos == '2') { // Check if is possible to insert the ship if (SIZE - column > 2) { // Check that there are no other ship there int times = 0; for (int cont = column; cont < column + BATTLESHIP; cont++) { if (boardPlayer[row][cont] == '~') { times++; } } // If the number of spaces with water is equal to the size of the boat, // then it is possible to position the ship if (times == BATTLESHIP) { // Posição legal for (int cont = column; cont < column + BATTLESHIP; cont++) { boardPlayer[row][cont] = 'B'; } flag = true; } } } } } } if (flag == false) { cout << "SHIP CANNOT BE POSITIONED, TRY AGAIN!\n"; cout << "Press enter to continue...";; _getch(); } else { cout << "SUCCESSFUL POSITIONED SHIP\n"; cout << "Press enter to continue..."; _getch(); } } while (flag == false); } // Configure position of Aircraft Carrier void configureCarrier() { // Local variables int row; int column; char pos; bool flag = false; // Positioning ship do { system("cls"); BOARD(); cout << "------------------------\n"; cout << "POSITIONING AIRCRAFT CARRIER\n"; cout << "------------------------\n"; cout << "Position Y (0-9):"; cin >> row; if (row < SIZE && row >= 0) { cout << "Position column (0-9):"; cin >> column; if (column < SIZE && column >= 0) { cout << "Do you want to position the boat vertically (1) or horizontally (2)??"; cin >> pos; if (pos == '1') { // Check if is possible to insert the ship if (SIZE - row > 2) { // Check that there are no other ship there int times = 0; for (int cont = row; cont < row + CARRIER; cont++) { if (boardPlayer[cont][column] == '~') { times++; } } // If the number of spaces with water is equal to the size of the boat, // then it is possible to position the ship if (times == CARRIER) { for (int cont = row; cont < row + CARRIER; cont++) { boardPlayer[cont][column] = 'A'; } flag = true; } } } else { if (pos == '2') { // Check if is possible to insert the ship if (SIZE - column > 2) { // Check that there are no other ship there int times = 0; for (int cont = column; cont < column + CARRIER; cont++) { if (boardPlayer[row][cont] == '~') { times++; } } // If the number of spaces with water is equal to the size of the boat, // then it is possible to position the ship if (times == CARRIER) { for (int cont = column; cont < column + CARRIER; cont++) { boardPlayer[row][cont] = 'A'; } flag = true; } } } } } } if (flag == false) { cout << "SHIP CANNOT BE POSITIONED, TRY AGAIN!\n"; cout << "Press enter to continue...";; _getch(); } else { cout << "SUCCESSFUL POSITIONED SHIP\n"; cout << "Press enter to continue..."; _getch(); } } while (flag == false); } // Check positions (how many positions have already been destroyed) bool checkPosition() { if (ships == 0) { return false; } else { return true; } } // Game bool play(Player* attacked) { // Local variables int row; int column; bool flag = false; do { system("cls"); board2(); cout << "\n"; cout << "---------------\n"; cout << "ATTACK!\n"; cout << "---------------\n"; cout << "Position Y (0-9):"; cin >> row; if (row < SIZE && row >= 0) { cout << "Position X (0-9):"; cin >> column; if (column < SIZE && column >= 0) { // Check for a ship in position if (attacked->boardPlayer[row][column] == 'O' && BoardOpponent[row][column] == '~') { BoardOpponent[row][column] = 'X'; attacked->ships--; cout << "TARGET!\n"; cout << "Press enter to continue..."; _getch(); return true; } else { if (attacked->boardPlayer[row][column] == '~' && BoardOpponent[row][column] == '~') { BoardOpponent[row][column] = '#'; cout << "MISSED\n"; cout << "Press enter to continue..."; _getch(); return false; } } } } cout << "ATTACK CANNOT BE CARRIED OUT, TRY AGAIN\n"; cout << "Press enter to continue\n"; _getch(); } while (flag == false); return false; } }; int main() { // Generate random numbers srand(time(NULL)); // Variables string name_1; string name_2; int move; int cont; int player_op; bool flag = false; bool end = false; string op; // Players cout << "Name of Player 1:"; cin >> name_1; cout << "Name of Player 2:"; cin >> name_2; Player* j1 = new Player(); j1->name = name_1; Player* j2 = new Player(); j2->name = name_2; // Player 1 Move cout << "Player 1, configure your ships\n"; cout << "Press enter to start..."; _getch(); for (cont = 0; cont < 1; cont++) { j1->configureFrigate(); j1->configureSubmarine(); j1->configureDestroyer(); j1->configureBattleship(); j1->configureCarrier(); } // Player 2 Move cout << "Player 2, configure your ships\n"; cout << "Press enter to start......"; _getch(); for (cont = 0; cont < 1; cont++) { j2->configureFrigate(); j2->configureSubmarine(); j2->configureDestroyer(); j2->configureBattleship(); j2->configureCarrier(); } system("cls"); // Decide who starts do { cout << "Let's decide who starts...\n"; cout << "Player 1 heads or tails (heads / tails)?"; cin >> op; if (op == "heads") { player_op = HEADS; flag = true; } else { if (op == "tails") { player_op = TAILS; flag = true; } } } while (flag == false); if (rand() % 2 == player_op) { move = 1; cout << "The Player 1 (" << j1->name << ") starts..."; } else { move = 2; cout << "The Player 2(" << j2->name << ") starts..."; } cout << "Input enter to start the game...\n"; _getch(); // Objects Player* attacker = new Player(); Player* attacked = new Player(); Player* winner = new Player(); Player* loser = new Player(); // Game to finish, end=true do { if (move == 1) { attacker = j1; attacked = j2; } else { attacker = j2; attacked = j1; } while (attacker->play(attacked)) { if (!attacked->checkPosition()) { winner = attacker; loser = attacked; end = true; break; } } if (move == 1) { move++; } else { move--; } } while (end == false); // Show the final result system("cls"); cout << "-----------\n"; cout << "END GAME\n"; cout << "-----------\n\n"; cout << "The winner is " << winner->name << " and " << loser->name << " is the loser."; return 0; }