private void calcCallRange()
{
int myIndex = 0; // BB
int oppIndex = 1; // SB
int range = 100;
double EV = 0;
// betit
playersData[myIndex, 1] = BB;
playersData[oppIndex, 1] = playersData[oppIndex, 0];
// ranget
playersData[myIndex, 2] = 0;
playersData[oppIndex, 2] = raiserRange;
// etsitään ensimmäinen positiivinen call range
for (range = 100; range > 0; range--)
{
//icm.handIndexToRandomHand(range, myHand);
myHand = icm.handIndexToHand(range);
EV = icm.calcCall(2, myHand, myIndex, oppIndex, playersData, ICMs, ICMc);
if (EV > THRESHOLD)
{
break;
}
}
//Console.WriteLine(playersData[0, 0] + " " + playersData[1, 0]);
//Console.WriteLine("Ensimmainen positiivinen call range on " + range);
//Console.WriteLine("Hand: " + icm.handToStr(myHand) + " EV: " + EV);
callerRange = range;
}
// We are in callerIndex and paying allin of raiserIndex
private int calcCallRange(int callerIndex, int raiserIndex)
{
double[] EVs = { 0, 0, 0 };
int range = 0;
// search for first call range which is below given level
EVs[1] = icm.calcCall(players, icm.handIndexToHand(1), callerIndex, raiserIndex, playersData, payoutStructure, payoutStructure.Length);
EVs[2] = icm.calcCall(players, icm.handIndexToHand(2), callerIndex, raiserIndex, playersData, payoutStructure, payoutStructure.Length);
for (range = 3; range <= 100; range++)
{
EVs[0] = EVs[1];
EVs[1] = EVs[2];
EVs[2] = icm.calcCall(players, icm.handIndexToHand(range), callerIndex, raiserIndex, playersData, payoutStructure, payoutStructure.Length);
//Debug.WriteLine("calcPushRange! Hand: " + icm.handToStr(myHand) + " EV: " + EV);
if ((EVs[0] + EVs[1] + EVs[2]) / 3 < EVthreshold)
{
break;
}
}
return(range - 1);
}
// radioButtonPush.Checked, comboBoxPlayers.SelectedIndex + 2, comboBoxHand.SelectedIndex, ICMs, ICMc
public double calcICM(bool mode)
{
results = new double[] { 0, 0 };
// push
if (mode == true)
{
//System.Windows.Forms.MessageBox.Show("playersCount: " + Convert.ToString(playersCount) + " " + "handIndex: " + Convert.ToString(handIndex) + " " + "myIndex: " + Convert.ToString(myIndex()));
icm.calcPush(playersCount, handIndex, myIndex(), playersData, results, ICMs, ICMs.Length);
}
// call
if (mode == false)
{
icm.calcCall(playersCount, handIndex, myIndex(), allinIndex(), playersData, results, ICMs, ICMs.Length);
}
return(results[1] * 100 - results[0] * 100);
}
private void calcOpponentsCallRanges()
{
// jos ollaan CALL -moodissa, niin muiden pelaajien call -rangeja ei tarvitse laskea
if (pushOrCall == CALL)
{
return;
}
// lasketaan call % kaikille ennen omaa positiota oleville
for (int i = position - 1; i >= 0; i--)
{
// alustetaan resetPlayersData, asetetaan stäkit ja maksetut blindit
resetPlayersData();
for (int a = 0; a < numOfPlayers; a++)
{
playersData[a, 0] = stacks[a];
}
playersData[0, 1] = BBsize;
playersData[1, 1] = BBsize / 2;
int[] hand = { 0, 0 };
// vastustajan indeksiksi oma paikka ja omaksi indeksiksi se jolle EV lasketaan
int oppIndex = position;
int myIndex = i;
// "vastustaja" allissa
playersData[oppIndex, 1] = playersData[oppIndex, 0];
playersData[oppIndex, 2] = raiserRange;
// vaadittava EV satunnaisesti välille 0.2-0.5
double EVgoal = random.Next(20, 51) / 100.0;
//double EVgoal = 0.2; // callaajat tyytyvät 0.2% EV etuun
// etsitään karkea aloitusíndeksi käden vahvuudelle
double EVresult = 0;
int handIndex = 0;
if (icm.calcCall(numOfPlayers, icm.handIndexToHand(5), myIndex, oppIndex, playersData, ICMs, ICMc) < EVgoal)
{
handIndex = 5;
}
else if (icm.calcCall(numOfPlayers, icm.handIndexToHand(10), myIndex, oppIndex, playersData, ICMs, ICMc) < EVgoal)
{
handIndex = 10;
}
else if (icm.calcCall(numOfPlayers, icm.handIndexToHand(20), myIndex, oppIndex, playersData, ICMs, ICMc) < EVgoal)
{
handIndex = 20;
}
else if (icm.calcCall(numOfPlayers, icm.handIndexToHand(50), myIndex, oppIndex, playersData, ICMs, ICMc) < EVgoal)
{
handIndex = 50;
}
else if (icm.calcCall(numOfPlayers, icm.handIndexToHand(75), myIndex, oppIndex, playersData, ICMs, ICMc) < EVgoal)
{
handIndex = 75;
}
else
{
handIndex = 100;
}
//Console.WriteLine("Alotusindeksi = {0}", handIndex);
for (; handIndex > 1; handIndex--)
{
/*
* if (i == 2)
* {
* Console.WriteLine("\n\n");
* Console.WriteLine("oppIndex: {0}", oppIndex);
* Console.WriteLine("myIndex: {0}", myIndex);
* for (int a = 0; a < 4; a++)
* Console.WriteLine("{0}\t{1}\t{2}", playersData[a, 0], playersData[a, 1], playersData[a, 2]);
* Console.WriteLine("hand: ({0}, {1}) index: {2}", icm.handIndexToHand(handIndex)[0], icm.handIndexToHand(handIndex)[1], handIndex);
* Console.WriteLine("EV: {0}\n\n", icm.calcCall(numOfPlayers, icm.handIndexToHand(handIndex), myIndex, oppIndex, playersData, ICMs, ICMc));
* }
*/
EVresult = icm.calcCall(numOfPlayers, icm.handIndexToHand(handIndex), myIndex, oppIndex, playersData, ICMs, ICMc);
if (EVresult > EVgoal)
{
//Console.WriteLine(" Kasi ({0}, {1}) EV: {2}", icm.handIndexToHand(handIndex)[0], icm.handIndexToHand(handIndex)[1], icm.calcCall(numOfPlayers, icm.handIndexToHand(handIndex), myIndex, oppIndex, playersData, ICMs, ICMc));
break;
}
}
ranges[i] = handIndex;
//Console.WriteLine("ranges[{0}] = {1}", i, handIndex);
//Console.WriteLine("Lopetussindeksi = {0}", handIndex);
}
}
