void GameState::handleEvents()
{
m_error.str(""); // On vide la précédente erreur
if (m_waitingChoiceAction) {
m_waitingChoiceAction = false;
makeChoiceAction();
} else if (m_waitingChoiceMove) {
m_waitingChoiceMove = false;
makeChoiceMove();
} else if (m_waitingChoiceWallCol) {
m_waitingChoiceWallCol = false;
makeChoiceWallCol();
} else if (m_waitingChoiceWallRow) {
m_waitingChoiceWallRow = false;
makeChoiceWallRow();
} else if (m_waitingChoiceWallDir) {
m_waitingChoiceWallDir = false;
makeChoiceWallDir();
} else if (m_waitingChoiceWin) {
m_waitingChoiceWin = false;
finishGame();
} else if (m_waitingChoiceDraw) {
m_waitingChoiceDraw = false;
finishGame();
}
}
bool BoxCar::run()
{
while (state_ != Quit) {
switch (state_)
{
case Menu:
Logger::getInstance().log(INFO_LOG_NAME, "Switching to menu");
initMenu();
mainLoop();
finishMenu();
break;
case Game:
Logger::getInstance().log(INFO_LOG_NAME, "Switching to game");
initGame();
mainLoop();
finishGame();
break;
case ShowCredits:
Logger::getInstance().log(INFO_LOG_NAME, "Switching to credits");
initCredits();
mainLoop();
finishCredits();
break;
default:
Logger::getInstance().log(ERROR_LOG_NAME, "Encountered unknown state. Terminating.");
state_ = Quit;
break;
}
}
close();
return true;
}
void ScoreStateMachine::update() {
switch( state ) {
case gsTraining:
break;
case gsPlaying: {
if( IsPaused ) return;
int level = LevelMeter.value();
CashMeter -= TimePrice;
bool revealSubsurface = false;
if( CashMeter.value()>=200 ) {
state = gsBonus;
bonusStartTime = HostClockTime();
revealSubsurface = true;
} else if( CashMeter.value()<=0 ) {
CashMeter.setValue(0);
VisibleDialog = &TheBankruptDialog;
state = gsOver;
TheBeginGameItem.setEnabled(true);
TheEndGameItem.setEnabled(false);
revealSubsurface = true;
}
if( revealSubsurface ) {
if( !ShowGeology ) ToggleShowGeology();
if( !ShowReservoir ) ToggleShowReservoir();
}
break;
}
case gsBonus:
if( HostClockTime()>bonusStartTime+0.5 ) {
state = gsWait;
VisibleDialog = &TheLevelContinueDialog;
}
break;
case gsWait:
if( VisibleDialog!=&TheLevelContinueDialog ) {
LevelMeter+=1;
CashMeter.setValue(100);
startNewArea();
}
break;
case gsOver:
if( VisibleDialog!=&TheBankruptDialog ) {
finishGame();
}
break;
default:
Assert(false);
break;
}
}
void View_Board::init(Game *_game) {
qDebug() << "View_Board::init(Game *_game) -> BEGIN";
// model
game = _game;
board = &game->getBoard();
end_flag = END_NONE;
// signal to update model
connect(game, SIGNAL(updateBoard()), SLOT(updateBoard()));
// signal to finish game
connect(game, SIGNAL(finishGame(GAMESTATE)), SLOT(finishGame(GAMESTATE)));
// draw board wrapper
setGeometry(10, 10, 450, 400);
// events
installEventFilter(this);
// show board
show();
qDebug() << "View_Board::init(Game *_game) -> END";
}
void Scene::timer(int value) {
int a = 4;
int i;
for (i=0; i < 3; i++) {
if (r[i][1] > r[i][0]) {
r[i][0] += a;
rotate(i, axis, a);
} else if (r[i][1] < r[i][0]) {
r[i][0] -= a;
rotate(i, axis, -a);
}
}
if (game) {
short found = TRUE;
float approximate = 0.004;
int i, j;
for (i=0; i<4 && found; i++) {
for (j=0; j < 3 && found; j++) {
float difference = abs(originalVertex[i][j] - exludedVertex[i][j]);
if (difference > approximate) {
found = FALSE;
}
}
}
if (!found) {
found = TRUE;
for (i=0; i<4 && found; i++) {
for (j=0; j < 3 && found; j++) {
int i2 = i > 1 ? i - 2 : i + 2;
float difference = abs(originalVertex[i][j] - exludedVertex[i2][j]);
if (difference > approximate) {
found = FALSE;
}
}
}
}
if (found) {
finishGame();
}
}
glutPostRedisplay();
}
// public methods
void MastermindGame::playGame()
{
while (continuePlaying)
{
cout << "Play against player (Y) or a computer (N)?" << endl;
if (promptBoolean())
startTwoPlayerGame();
else
{
cout << "Play as the code breaker (Y) or code maker (N)?" << endl;
if (promptBoolean())
startComputerGame();
else startComputerGuessingGame();
}
finishGame();
continuePlaying = promptNewGame();
}
}
void XboardEngine::endGame(const Chess::Result& result)
{
State s = state();
if (s != Thinking && s != Observing)
return;
if (s != Thinking)
m_gotResult = true;
stopThinking();
setForceMode(true);
write("result " + result.toVerboseString());
ChessEngine::endGame(result);
// If the engine can't be pinged, we may have to wait for
// for a move or a result, or an error, or whatever. We
// would like to extend our middle fingers to every engine
// developer who fails to support the ping command.
if (!m_ftPing && m_gotResult)
finishGame();
}
void Model::finishGame() {
gameStatus = STOPPED;
gameTimer.stop();
emit finishGame(score);
}
void Game::finish(GAMESTATE res_flag) {
//qDebug() << "Game::finish(GAMESTATE res_flag)";
emit finishGame(res_flag);
}
