//Function judge the game
JudgeMsg MainGame::Judge()
{
if(arbiter)
{
if(gamehistory.vhistory[currentmove].end)
{
if(GameResult() != nonemsg)
{
return GameResult();
}
}
}
return nonemsg;
}
GameResult RunAIGame::play(Depth depth, BoardWidth size, RulesType rules, bool contenderFirst)
{
for (int i=0; i<=1; i++)
{
PenteGame *p = _players[i];
p->restartGame();
p->setColour(i+1);
p->setNormalDepth(depth);
p->setBoardSize(size);
p->setRules(rules);
}
int toMove = P1;
AlphaBeta ab_games[2] = {
AlphaBeta(*_players[0]),
AlphaBeta(*_players[1])
};
GameResult res = GameResult();
res._depth = std::to_string((int)depth);
res._size = std::to_string((int)size);
res._rules = rules;
res._contenderP = (contenderFirst ? "P1" : "P2");
Colour winner = EMPTY;
while (winner == EMPTY)
{
Timer tmr;
Loc bestMove = ab_games[toMove-1].getBestMove();
if (!_silent) {
std::cout << bestMove << std::endl;
}
res._times[toMove-1] += tmr.elapsed();
assert(_players[0]->isLegalMove(bestMove));
_players[0]->makeMove(bestMove, toMove);
_players[1]->makeMove(bestMove, toMove);
toMove = otherPlayer(toMove);
winner = _players[1]->getWonBy();
if (!_silent) {
// TODO: Use another flag for games
_players[0]->print();
#if 0
const PriorityLevel &p1Threes
= _players[0]->_posStats.getPriorityLevel(P1, Line3);
const PriorityLevel &p2Threes
= _players[0]->_posStats.getPriorityLevel(P2, Line3);
const PriorityLevel &p1Fours
= _players[0]->_posStats.getPriorityLevel(P1, Line4);
const PriorityLevel &p2Fours
= _players[0]->_posStats.getPriorityLevel(P2, Line4);
cout << "P1 3s: " << p1Threes.getNumCands()
<< "; P2 3s: " << p2Threes.getNumCands()
<< "; P1 4s: " << p1Fours.getNumCands()
<< "; P2 4s: " << p2Fours.getNumCands() << endl;
#endif
}
}
res._winnerWasContender = ((winner==P2) xor contenderFirst);
return res;
}
GameResult RubberGame::perform()
{
deal.perform();
//deal.getResult();
return GameResult();
}
