public void Test(object obj)
{
object[] objArr = obj as object[];
int numGames = (int)objArr[0];
int i = (int)objArr[1];
int numPlaythroughs = (int)objArr[2];
int bundleNum = (int)objArr[3];
Log(i, "STARTING", bundleNum, numGames, numPlaythroughs);
IGame game = new Game(constDecks[i]);
MCTSkyNet squishyThought = new MCTSkyNet(game, numPlaythroughs, 5.0f, i, bundleNum, numGames);
bool curBoardTerminal = false;
int moveCnt = 0;
SkyNetNode gameNode = squishyThought.GetRoot();
while (!curBoardTerminal)
{
SkyNetNode picked = squishyThought.PickOfficialMove(game, gameNode, numPlaythroughs, i, moveCnt);
//Debug.Assert(picked.playerOne == game.isPlayerOneTurn());
MakeMove(game, picked.move);
//Console.Write(gameNode.ToString());
moveCnt++;
//Console.WriteLine(moveCnt);
//float winRate = picked.visitCnt == 0 ? 0 : (picked.winCnt / picked.visitCnt);
//string winPercent = winRate.ToString();
//Log(i, String.Format("Move: {0}", moveCnt), bundleNum, numGames, numPlaythroughs);
//Log(i, String.Format("Move: {0} -- Win Rate: {1}", moveCnt, winPercent), bundleNum, numGames, numPlaythroughs);
if (picked.isTerminal())
{
curBoardTerminal = true;
int winningPlayer = picked.playerOne ? 1 : 2;
Log(i, String.Format("ENDING -- PLAYER {0} WIN -- MOVES {1}", winningPlayer, moveCnt), bundleNum, numGames, numPlaythroughs);
continue;
}
else if (moveCnt >= maxMoves)
{
curBoardTerminal = true;
Log(i, "GAME ENDING -- STALEMATE -- MOVES " + moveCnt.ToString(), bundleNum, numGames, numPlaythroughs);
continue;
}
//updateRootList(squishyThought.GetRoot());
gameNode = picked;
}
//updateRootList(squishyThought.GetRoot());
Save(squishyThought.GetRoot(), bundleNum, numGames, numPlaythroughs);
}
public void TrainOfThought(object stateInfo)
{
IGame game = new Game();
MCTSkyNet squishyThought = new MCTSkyNet(game, game.isPlayerOneTurn());
for (int i = 0; i < numPlaythroughs; i++)
{
squishyThought.MCTSSingleIteration();
}
SkyNetNode newRoot = squishyThought.GetRoot();
}