void multiPlayer() {
int myMove;
int oppMove = 0;
int connect = 0;
// Find other players
while(!connect) {
connect = findPlayer();
}
// NOTE: Need to build something to determine who goes first
// Compare Xbee ID's perhaps?
// Begin game
while(!game.gameOver && connect) {
if(game.turn) {
// Pick Move
myMove = pickMove();
// Send Move
sendMove(myMove);
// Receive new score after opponent takes damage
game.oppScore = recieveScore();
} else {
// Receive player move and take damage
game.myScore = attack(recieveMove(), game.myScore);
// Send new score
sendScore(game.myScore);
}
// Check game status
game.gameOver = gameStatus();
!game.turn;
}
if (!connect) {
printBSOD();
} else {
printResults();
}
}
void singlePlayer(gameData game) {
// Setup new game
setup();
game.turn = rand() % 2;
// Begin game with computer
while(!game.gameOver) {
// Situation depends on game.turn
if(game.turn) {
game.myMove = pickMove(globalData);
game.oppScore = attack(game.myMove, game.oppScore);
} else {
// Computer randomly picks an attack with damage b/w 0 and 50
game.oppMove = rand() % 50 + 1;
game.myScore = attack(game.oppMove, game.myScore);
}
// Check game status
game.gameOver = gameStatus();
!game.turn;
}
// Display results once there is a lost
printResults();
}
void singlePlayer(GlobalState* globalData) {
static int tempScore = 0;
static int transition = 0;
static int movedone = 0;
// First time playing?
// Read first time from SRAM
if (globalData->firstTime == TRUE) {
if (globalData->newKeyboard) {
printKeyboard(globalData, "NAME?", 5);
} else {
processKeyboard(globalData, game.name, 5);
}
}
if (globalData->doneKeyboard) {
globalData->firstTime = FALSE;
if (globalData->newGame) {
globalData->newGame = 0;
// Setup new game
setupGame();
tempScore = 0;
transition = 0;
game.turn = rand() % 2;
printGame(globalData);
getCards(); // Assume cards already read by interrupts on switches (?)
}
// Wait till someone presses D to continue
if (globalData->keyPress == 0x0D) {
transition = 1;
}
// Begin game with computer
if (transition) {
if (!game.gameOver) {
// Situation depends on game.turn
if (game.turn) {
if (game.moveSel == 0) {
pickMove(globalData);
}
if (game.moveSel == 1) {
tempScore = game.oppScore;
game.oppScore = attack(game.myMove, game.myMonster, game.oppScore);
if (game.oppScore == tempScore) {
prints(0, 10, RED, BLACK, " ", 1);
prints(0, 18, RED, BLACK, " ", 1);
prints(0, 26, RED, BLACK, " ", 1);
prints(0, 10, RED, BLACK, "Missed!", 1);
} else {
prints(0, 10, RED, BLACK, " ", 1);
prints(0, 18, RED, BLACK, " ", 1);
prints(0, 26, RED, BLACK, " ", 1);
prints(0, 10, RED, BLACK, "Your", 1);
printrs(30, 10, RED, BLACK, game.myMonster->monsterName, 1);
prints(84, 10, RED, BLACK, "used", 1);
printrs(0, 18, RED, BLACK, game.myMove->moveName, 1);
prints(0, 26, RED, BLACK, "- ", 1);
integerprint(6, 26, RED, BLACK, tempScore - game.oppScore, 1);
}
game.moveSel = 0;
movedone = 1;
}
} else {
// Computer randomly picks a monster and attack
game.oppMonster = &myMonsterList[rand() % 3 ];
game.oppMove = &game.oppMonster->movelist[rand() % 3];
tempScore = game.myScore;
game.myScore = attack(game.oppMove, game.oppMonster, game.myScore);
if (game.myScore == tempScore) {
prints(0, 10, RED, BLACK, " ", 1);
prints(0, 18, RED, BLACK, " ", 1);
prints(0, 26, RED, BLACK, " ", 1);
prints(0, 10, RED, BLACK, "Enmy Missed!", 1);
} else {
prints(0, 10, RED, BLACK, " ", 1);
prints(0, 18, RED, BLACK, " ", 1);
prints(0, 26, RED, BLACK, " ", 1);
prints(0, 10, RED, BLACK, "Enmy", 1);
printrs(30, 10, RED, BLACK, game.oppMonster->monsterName, 1);
prints(84, 10, RED, BLACK, "used", 1);
printrs(0, 18, RED, BLACK, game.oppMove->moveName, 1);
prints(0, 26, RED, BLACK, "- ", 1);
integerprint(6, 26, RED, BLACK, tempScore - game.myScore, 1);
}
movedone = 1;
}
if (movedone == 1) {
prints(0, 40, YELLOW, BLACK, "Your Score: ", 1);
prints(0, 55, YELLOW, BLACK, " ", 1);
integerprint(0, 55, YELLOW, BLACK, game.myScore, 1);
prints(0, 70, WHITE, BLACK, "Opponent Score: ", 1);
prints(0, 85, WHITE, BLACK, " ", 1);
integerprint(0, 85, WHITE, BLACK, game.oppScore, 1);
// Check game status
game.gameOver = gameStatus();
game.turn = !game.turn;
transition = 0;
movedone = 0;
}
// if (game.gameOver == 1) {
// if (globalData->newGame == 0) {
// printResults();
// }
// }
} else {
if (globalData->newGame == 0) {
printResults();
}
}
}
// Display results once there is a lost
}
}
vector<StringGameStatePtr>& TicTacToe::getPossibleMoves(GameStatePtr state)
{
static vector<StringGameStatePtr> posMoves;
// for(int i = 0; i < posMoves.size(); i++) {
// delete posMoves[i];
// posMoves[i] = NULL;
// }
posMoves.clear();
posMoves.reserve(100);
/*
if(gameStatus(state)==Game::status::ONGOING)
{
string& str = state->toString();
char activePlayer = str.back();
//char activePlayer = state.toString().charAt(state.toString().length() - 1);
for(int i = 0; i < str.length() - 1; i++)
{
if(str.at(i) == '_')
{
string temp = str.substr(0,i);
temp += activePlayer;
temp += str.substr(i+1, str.length() - i);
if(activePlayer == 'X')
{
temp += 'O';
}
else
{
temp += 'X';
}
posMoves.push_back(new StringGameState(temp));
}
}
//cout<<"possible moves: "<<posMoves.size()<<endl;
}
*/
if(gameStatus(state)==Game::status::ONGOING)
{
char activePlayer = state->toString().at(state->toString().length()-1);
//char activePlayer = state.toString().charAt(state.toString().length() - 1);
for(int i = 0; i < state -> toString().length() - 1; i++)
{
if(state->toString().at(i) == '_')
{
string temp = state->toString().substr(0,i);
temp += activePlayer;
temp += state->toString().substr(i+1, state->toString().length() - (i+1)-1);
if(activePlayer == 'X')
{
temp += 'O';
}
else
{
temp += 'X';
}
posMoves.push_back(StringGameStatePtr(new StringGameState(temp)));
}
}
//cout<<"possible moves: "<<posMoves.size()<<endl;
}
return posMoves;
}