public clsWinNode ndfnAddChild(enWin _winType)
{
clsWinNode ndChild = new clsWinNode(_winType, this, iBalance + (iBetAmount * (int)_winType), iBetAmount);
lndChildren.Insert(0, ndChild);
return(ndChild);
}
public clsWinNode(enWin _winType, clsWinNode _ndParent, int _iBalance, int _iBetAmount)
{
winType = _winType;
ndParent = _ndParent;
iBalance = _iBalance;
iBetAmount = _iBetAmount;
lndChildren = new List <clsWinNode>(Enum.GetValues(typeof(enWin)).Length);
}
public bool bfnBet(int _iBetAmount, enWin _winType)
{
if (_iBetAmount <= iBalance)
{
iBalance += (int)_winType * _iBetAmount;
return(true);
}
return(false);
}
/// <summary>
/// Chooses an array of ints (which correspond to pictures) for a particular win type
/// </summary>
/// <param name="_winType"></param>
/// <returns></returns>
public int[] iafnTranslateWin(enWin _winType)
{
int[] iaSeq = new int[3];
Random rndGenerator = new Random();
// choose indexes randomly
int a = rndGenerator.Next(0, 2), b = (3 - a) % 2, c = 3 - (a + b);
int iNumPics = Enum.GetValues(typeof(enPic)).Length - 1;
switch (_winType)
{
case enWin.Loss:
iaSeq[a] = rndGenerator.Next(0, iNumPics);
do
{
iaSeq[b] = rndGenerator.Next(0, iNumPics);
}while (iaSeq[b] == iaSeq[a]);
do
{
iaSeq[c] = rndGenerator.Next(0, iNumPics);
}while (iaSeq[c] == iaSeq[a] || iaSeq[c] == iaSeq[b]);
break;
case enWin.OneToOne:
do
{
iaSeq[a] = iaSeq[b] = rndGenerator.Next(0, iNumPics);
}while ((int)enPic.Diamond == iaSeq[a] || (int)enPic.Crown == iaSeq[a]);
do
{
iaSeq[c] = rndGenerator.Next(0, iNumPics);
}while (iaSeq[c] == iaSeq[a]);
break;
case enWin.TwoToOne:
do
{
iaSeq[a] = iaSeq[b] = rndGenerator.Next(0, iNumPics);
}while ((int)enPic.Diamond == iaSeq[a] || (int)enPic.Crown == iaSeq[a]);
do
{
iaSeq[c] = rndGenerator.Next(0, 1) == 0 ? (int)enPic.Diamond : (int)enPic.Crown;
}while (iaSeq[c] == iaSeq[a]);
break;
case enWin.ThreeToOne:
iaSeq[a] = iaSeq[b] = iaSeq[c] = rndGenerator.Next(0, iNumPics);
break;
default:
break;
}
return(iaSeq);
}