void manager::showTreeGame() {
std::cout << "showTreeGame()" << std::endl;
// std::string out = tree_.Print();
if (gameTreeView) {
gameTreeView->raise();
gameTreeView->activateWindow();
return;
}
//create new window
// std::string out = tree_.Print();
std::cout << "GTREE" << std::endl
<< tree_.Print()
<< std::endl
<< "END" << std::endl;
gameTreeView = new GAME_View(tree_);
// connect();
// connect();
connect(this, SIGNAL(movePlayed()), gameTreeView, SLOT(updateTree()));
connect(gameTreeView, SIGNAL(moveChanged()), this, SLOT(changeCurrent()));
connect(gameTreeView, SIGNAL(finished(int)), this, SLOT(closeTreeGame()));
gameTreeView->show();
}
void ChessGame::stop(bool emitMoveChanged)
{
if (m_finished)
return;
m_finished = true;
emit humanEnabled(false);
if (!m_gameInProgress)
{
m_result = Chess::Result();
finish();
return;
}
initializePgn();
m_gameInProgress = false;
const QVector<PgnGame::MoveData>& moves(m_pgn->moves());
int plies = moves.size();
m_pgn->setTag("PlyCount", QString::number(plies));
m_pgn->setResult(m_result);
m_pgn->setResultDescription(m_result.description());
if (emitMoveChanged && plies > 1)
{
const PgnGame::MoveData& md(moves.at(plies - 1));
emit moveChanged(plies - 1, md.move, md.moveString, md.comment);
}
m_player[Chess::Side::White]->endGame(m_result);
m_player[Chess::Side::Black]->endGame(m_result);
connect(this, SIGNAL(playersReady()), this, SLOT(finish()), Qt::QueuedConnection);
syncPlayers();
}
void QDeclarativeBasePositioner::setMove(QDeclarativeTransition *mt)
{
Q_D(QDeclarativeBasePositioner);
if (mt == d->moveTransition)
return;
d->moveTransition = mt;
emit moveChanged();
}
