public value GenerateMove( opponent op, ref int bestRow, ref int bestColumn, value alpha, value beta)
{
value state, results;
slotState owner;
opponent opposite;
int notNeeded=0;
// ttt_count++;
// See if we have a win
if ((state = evaluate()) != value.unclear ) {
// depth++;
return state;
}
// Get the opposite player for the recursive call
if (op == opponent.X) {
owner = slotState.ownedByX ; opposite = opponent.O; state = alpha;
}
else {
owner = slotState.ownedByO; opposite = opponent.X; state = beta;
}
int x, y;
for (x=0; x < NumOfRows;x++) {
for (y=0; y < NumOfCols; y++) {
if (gameBoardSlots[x,y] == slotState.ownedByNull) {
SetBoardPositionToOwner(x, y, owner);
results = GenerateMove(opposite, ref notNeeded, ref notNeeded, alpha, beta);
SetBoardPositionToOwner(x, y, slotState.ownedByNull);
if ((op == opponent.X && results > state)||
(op == opponent.O && results < state)) {
if (op == opponent.X) {
alpha = state = results;
}
else {
beta = state = results;
}
bestRow = x; bestColumn = y;
if (alpha >= beta) {
return state;
}
}
}
}
}
return state;
}
value evaluateHelper(opponent p)
{
int x, y;
int threeInARow, threeInACol;
slotState s;
if (p == opponent.X)
s = slotState.ownedByX;
else
s = slotState.ownedByO;
// See if there is a win in the rows
for (x = 0; x < NumOfRows; x++) {
threeInARow = 0; threeInACol = 0;
for (y = 0; y < NumOfCols; y++) {
if (gameBoardSlots[x, y] == s) {
++threeInARow;
}
if (gameBoardSlots[y, x] == s) {
++threeInACol;
}
}
// Do we have a winner?
if (threeInARow == NumOfRows || threeInACol == NumOfCols) {
return value.winner;
}
}
// Now check the diagonals
// (0,0, 1,1, 2,2) or (0,2 1,1 2,0)
if (gameBoardSlots[1,1] == s) {
if ((gameBoardSlots[0,0] == s && gameBoardSlots[2,2] == s) ||
(gameBoardSlots[0,2] == s && gameBoardSlots[2,0] == s)) {
return value.winner;
}
}
return value.unclear;
}
override public void MyTurn()
{
turnCount++;
int[] playerList = banker.getPlayerList(this);
int myMoney = banker.balanceInquiry(this);
//if (banker.inJail(this) && turnCount > STAY_IN_JAIL)
//{
// bail = true;
//}
List <opponent> opponents = new List <opponent>();
foreach (int p in playerList)
{
opponent t = new opponent();
t.tilesOwned = banker.getPlayerPropertyInfo(p);
t.funds = banker.playerMoneyLookup(p);
opponents.Add(t);
}
List <Game_Tile_Safe> myProperties = banker.getPropertiesOwned(this);
int assetsAtThisTile = banker.checkCurrentTilesAssets(this);
int position = banker.getCurrentTile(this).index;
int assetPrices = banker.getCurrentTile(this).assetPrice;
//try to mortgage first if money is below the reserve threshold
if (myMoney < MORTGAGE_RESERVE)
{
int[] preferredMortgage = PropertyHelper.prefferedMortgage();
if (preferredMortgage.Length > 0)
{
banker.mortgageProperty(this, preferredMortgage[0]);
PropertyHelper.mortgage(preferredMortgage[0]);
myMoney = banker.balanceInquiry(this);
//Console.WriteLine(myMoney);
}
}
else //unmortgage a property if we're above the threshold
{
int[] mortgagedProperties = PropertyHelper.mortgagedProperties();
for (int i = 0; i < mortgagedProperties.Length; i++)
{
int index = mortgagedProperties[i];
int UMPrice = banker.getPropertyInfo(index).price + (int)((double)banker.getPropertyInfo(index).price * 0.1);
if (myMoney + MORTGAGE_RESERVE > UMPrice)
{
banker.unmortageProperty(this, index);
PropertyHelper.unMortgage(index);
myMoney = banker.balanceInquiry(this);
}
}
}
//then try to buy
if (banker.canBuy(this) && myMoney > BUY_RESERVE)
{
banker.buyProperty(this);
PropertyHelper.buyProperty(position);
myMoney = banker.balanceInquiry(this);
}
//then attempt to develop if we have monopoly(s)
int[] canDevelop = PropertyHelper.canDevelop();
foreach (int p in canDevelop)
{
int pos = p;
int price = banker.getPropertyInfo(p).assetPrice;
if ((myMoney + ASSET_RESERVE) > price)
{
if (PropertyHelper.buyAsset(pos, 1))
{
}
else
{
continue;
}
if (banker.buyAssets(this, banker.getPropertyInfo(pos)))
{ /*Console.WriteLine(banker.getPropertyInfo(pos).name);*/
}
}
}
}
