private void PH(
IGameParticipant currentGameParticipant,
int n,
int n1,
int r)
{
Random random = new Random();
int rnd = random.Next(1, 3);
if (this.rounds < 2)
{
if (this.call <= 0)
{
currentGameParticipant.ChooseToCheck(currentGameParticipant);
}
if (this.call > 0)
{
if (this.call >= RoundN(currentGameParticipant.Chips, n1))
{
currentGameParticipant.ChooseToFold(currentGameParticipant);
}
if (currentGameParticipant.Raise > RoundN(currentGameParticipant.Chips, n))
{
currentGameParticipant.ChooseToFold(currentGameParticipant);
}
if (!currentGameParticipant.FoldTurn)
{
if (this.call >= RoundN(currentGameParticipant.Chips, n) &&
this.call <= RoundN(currentGameParticipant.Chips, n1))
{
this.ChooseToCall(currentGameParticipant);
}
if (currentGameParticipant.Raise <= RoundN(currentGameParticipant.Chips, n) &&
currentGameParticipant.Raise >= RoundN(currentGameParticipant.Chips, n) / 2)
{
this.ChooseToCall(currentGameParticipant);
}
if (currentGameParticipant.Raise <= RoundN(currentGameParticipant.Chips, n) / 2)
{
if (currentGameParticipant.Raise > 0)
{
currentGameParticipant.Raise = (int)RoundN(currentGameParticipant.Chips, n);
this.Raised(currentGameParticipant);
}
else
{
currentGameParticipant.Raise = this.call * 2;
this.Raised(currentGameParticipant);
}
}
}
}
}
if (this.rounds >= 2)
{
if (this.call > 0)
{
if (this.call >= RoundN(currentGameParticipant.Chips, n1 - rnd))
{
currentGameParticipant.ChooseToFold(currentGameParticipant);
}
if (currentGameParticipant.Raise > RoundN(currentGameParticipant.Chips, n - rnd))
{
currentGameParticipant.ChooseToFold(currentGameParticipant);
}
if (!currentGameParticipant.FoldTurn)
{
if (this.call >= RoundN(currentGameParticipant.Chips, n - rnd) &&
this.call <= RoundN(currentGameParticipant.Chips, n1 - rnd))
{
this.ChooseToCall(currentGameParticipant);
}
if (currentGameParticipant.Raise <= RoundN(currentGameParticipant.Chips, n - rnd) &&
currentGameParticipant.Raise >= RoundN(currentGameParticipant.Chips, n - rnd) / 2)
{
this.ChooseToCall(currentGameParticipant);
}
if (currentGameParticipant.Raise <= RoundN(currentGameParticipant.Chips, n - rnd) / 2)
{
if (currentGameParticipant.Raise > 0)
{
currentGameParticipant.Raise = (int)RoundN(currentGameParticipant.Chips, n - rnd);
Raised(currentGameParticipant);
}
else
{
currentGameParticipant.Raise = this.call * 2;
this.Raised(currentGameParticipant);
}
}
}
}
if (this.call <= 0)
{
currentGameParticipant.Raise = (int)RoundN(currentGameParticipant.Chips, r - rnd);
this.Raised(currentGameParticipant);
}
}
if (currentGameParticipant.Chips <= 0)
{
currentGameParticipant.FoldTurn = true;
}
}
// private void HP(ref int sChips, ref bool sTurn, ref bool sFTurn, Label sStatus, double botPower, int n, int n1)
private void HP(
IGameParticipant currrentGameParticipant,
int n,
int n1)
{
Random random = new Random();
int rnd = random.Next(1, 4);
if (this.call <= 0)
{
currrentGameParticipant.ChooseToCheck(currrentGameParticipant);
}
if (this.call > 0)
{
if (rnd == 1)
{
if (this.call <= RoundN(currrentGameParticipant.Chips, n))
{
this.ChooseToCall(currrentGameParticipant);
}
else
{
currrentGameParticipant.ChooseToFold(currrentGameParticipant);
}
}
if (rnd == 2)
{
if (this.call <= RoundN(currrentGameParticipant.Chips, n1))
{
this.ChooseToCall(currrentGameParticipant);
}
else
{
currrentGameParticipant.ChooseToFold(currrentGameParticipant);
}
}
}
if (rnd == 3)
{
if (currrentGameParticipant.Raise == 0)
{
currrentGameParticipant.Raise = this.call * 2;
this.Raised(currrentGameParticipant);
}
else
{
if (currrentGameParticipant.Raise <= RoundN(currrentGameParticipant.Chips, n))
{
currrentGameParticipant.Raise = this.call * 2;
this.Raised(currrentGameParticipant);
}
else
{
currrentGameParticipant.ChooseToFold(currrentGameParticipant);
}
}
}
if (currrentGameParticipant.Chips <= 0)
{
currrentGameParticipant.FoldTurn = true;
}
}
