// When two players fight it out
public bool Duel(Player player1, Player player2)
{
// Endlessly loops until someone wins
while (true)
{
// Rolls the actions
ActionRecord player1moves = player1.moves;
ActionRecord player2moves = player2.moves;
int roll1 = player1.Roll(player2moves);
int roll2 = player2.Roll(player1moves);
// Check if first player wins
if (roll1 == (roll2 + 1) % 3)
{
Console.WriteLine();
Message(string.Format("{0} beats {1}, {2} wins!", (Action)roll1, (Action)roll2, player1.name), 0.25);
// Adding win/loss stats because rng is fair
player1.results.matchwins++;
player2.results.matchlosses++;
return(true);
}
// Check if second player wins
if (roll2 == (roll1 + 1) % 3)
{
Console.WriteLine();
Message(string.Format("{0} beats {1}, {2} wins!", (Action)roll2, (Action)roll1, player2.name), 0.25);
// Adding win/loss stats because rng is fair
player1.results.matchlosses++;
player2.results.matchwins++;
return(false);
}
// If they play the same action
Message(string.Format("Both played {0}, rerolling...", (Action)roll1), 0.2);
}
}
// Recording and Playing Rolls
public int Roll(ActionRecord opponentsMoves)
{
int roll = 3;
// Some biased rolling based on opponent's roll records.
if (rnd.NextDouble() < biasProbability)
{
int probabilityMove = rnd.Next(opponentsMoves.total);
if (probabilityMove < opponentsMoves.rocks)
{
// Play Paper
roll = 1;
}
else if (probabilityMove < opponentsMoves.rocks + opponentsMoves.papers)
{
// Play Scissors
roll = 2;
}
else
{
// Play Rock
roll = 0;
}
/*
* double probabilityMove = rnd.NextDouble();
* double rockbound = opponentsMoves.rocks / opponentsMoves.total;
* double scissorsbound = 1 - (opponentsMoves.scissors / opponentsMoves.total);
*
* Console.WriteLine(probabilityMove);
*
* if (probabilityMove < rockbound) roll = 1; // Rock countered by Paper
* else if (probabilityMove > scissorsbound) roll = 0; // Scissors countered by Rock
* else roll = 2; // Paper countered by Scissors
*/
}
else
{
roll = rnd.Next(3); // When they say "F**k It"
}
// Records the rolls
switch (roll)
{
case 0:
moves.rocks++;
break;
case 1:
moves.papers++;
break;
case 2:
moves.scissors++;
break;
}
moves.total++;
// Returns action
return(roll);
}