public Question(string q, List <string> a, Table.status t, string e)
{
question = q;
answers = a;
question_type = t;
explanation = e;
}
private void addQuestion(Table.status questionType)
{
if (questionType == Table.status.Flop || questionType == Table.status.Turn)
{
int n = table.getHands()[0].compareHand(table.getHands()[1]);
int outs;
if (n == 1)
{
// Player winning
outs = countOuts(table, table.getHands()[1]);
}
else
{
// Opponent winning
outs = countOuts(table, table.getHands()[0]);
}
Random rnd = new Random();
List <string> answers = new List <string>();
answers.Add(outs.ToString());
answers.Add((outs + rnd.Next(1, 4)).ToString());
int secondAnswer = outs - rnd.Next(1, 4);
answers.Add(((secondAnswer) < 0?rnd.Next(1, 5):secondAnswer).ToString());
string explanation = "There are no outs in this case (Meaning that no card will improve the hand).";
if (outs > 0)
{
explanation = "\nOut cards: \n";
for (int i = 0; i < outs_list.Count; i++)
{
explanation += outs_list[i].ToString() + " (" + outs_strength_list[i].ToString() + ")\n";
}
}
if (n == 1)
{
// Player winning
if (outs > 0)
{
explanation = "Vilain has " + outs + " outs." + explanation;
}
questions.Add(new Question("How many outs does the villain have?", answers, questionType, explanation));
}
else
{
// Opponent winning
if (outs > 0)
{
explanation = "Player has " + outs + " outs." + explanation;
}
questions.Add(new Question("How many outs do you have?", answers, questionType, explanation));
}
if (questionType == Table.status.Turn)
{
// pot odds bit
Random random = new Random();
answers = new List <string>();
int pot = random.Next(1, 9) * 10; // Generate pot
int bet = random.Next(pot / 25, pot / 5); // Generatae bet
float winning_odds = outs * 2;
float pot_odds = 100 / (((float)pot + (float)bet) / (float)bet);
string last_line;
if (winning_odds > pot_odds)
{
// Profitable
answers.Add("Yes");
answers.Add("No");
last_line = "Statistically speaking this call is profitable. Because " + winning_odds + "% > " + pot_odds + "%, and as long as chances of winning are higher than the pot odds, it is a profitable call.";
}
else
{
// Not profitable
answers.Add("No");
answers.Add("Yes");
last_line = "Statistically speaking this call is not profitable. Because " + winning_odds + "% < " + pot_odds + "%, and since the chances of winning are less than the pot odds, it is not a profitable call.";
}
string question;
if (n == 1)
{
// Player is winning
question = "As Opponent";
}
else
{
// Tie or opponent is winning
question = "As a Player";
}
question += " would you call " + bet + "£ in a " + pot + "£ pot.";
explanation = "To answer this question correctly you need to calculate two things: Chances of winning, and pot odds.\nThe easiest way to calculate chances of winning is using the rule of '2', which says that your chances of winnings are outs * 2. In this case chance of winning is:" + outs + " * 2 =" + winning_odds + "%.\nTo calculate pot odds we need to know ratio of pot/bet sizes. In the given situation pot odds are " + (float)pot / (float)bet + " to 1. Converted to percentages it is " + pot_odds + "% .\n" + last_line;
// explanation = "Using the rule of '2' the chances of winning are " + winning_odds + "%.\nPot odds are " + pot_odds + "%.\n"+last_line;
questions.Add(new Question(question, answers, questionType, explanation));
}
}
}
