void umjogador(char **board) {
system("clear");
print_usage1();
int hor, vert, alpha;
move best_move = (move) malloc (sizeof(struct legal_move));
print_board(board);
while (!game_over(board) && (!someone_wins(board, 'X'))) {
if (jogada(board,0)) {
system("clear");
printf("A posição depois de sua última jogada:\n");
print_board(board);
alpha = minimax(board, 1, best_move);
update_board(board, best_move -> hor, best_move -> vert, 1);
printf("A posição depois da última jogada do computador:\n");
print_board(board);
}
}
if (someone_wins(board, 'X')) {
ai_wins();
} else {
cats_game();
}
}
int main()
{
/* Set up global variables: board and best move */
int i;
char **board = (char **) malloc (sizeof(char *) * 3);
for (i=0; i<3; i++) {
board[i] = (char *) malloc (sizeof(char) * 3);
}
/* Begin the game by printing usage instructions and
initializing the board */
print_usage();
init_board(board);
/* Play the game */
int hor, vert, alpha;
move best_move = (move) malloc (sizeof(struct legal_move));
print_board(board);
while (!game_over(board) && (!someone_wins(board, 'X'))) {
scanf("%d %d", &hor, &vert);
hor -= 1; // adjust input values to match array indeces
vert -= 1;
if ((hor > 2) || (vert > 2) || (hor < 0) || (vert < 0)) {
printf("Sorry, that square does not exist.\n");
} else if (board[hor][vert] != '-') {
printf("Sorry, that square is already occupied.\n");
} else {
update_board(board, hor, vert, 0);
printf("The position after your last move:\n");
print_board(board);
alpha = minimax(board, 1, best_move);
update_board(board, best_move -> hor, best_move -> vert, 1);
printf("The position after the computer's last move:\n");
print_board(board);
}
}
if (someone_wins(board, 'X')) {
ai_wins();
} else {
cats_game();
}
return 0; // control should never reach here
}
