public void PlayGame()
{
if (versusIndex == playerIndex)
{
versusIndex++;
}
if (versusIndex >= Players.Count)
{
playerIndex++;
versusIndex = 0;
}
if (playerIndex >= Players.Count)
{
if (_currentGenIteration < _iterationsPerGeneration)
{
//resets player
versusIndex = 0;
playerIndex = 0;
_currentGenIteration++;
}
else
{
//reset generation
_currentGenIteration = 0;
versusIndex = 0;
playerIndex = 0;
CreateGen();
currentGen++;
}
}
else
{
Pig.Player p1 = Players[playerIndex];
Pig.Player p2 = Players[versusIndex];
versusIndex++;
//get two players
Pig.Pig game = new Pig.Pig(p1, p2);
game.trainType = trainType;
while (!game.hasEnded && game.turnCount < game.maxTurns)
{
//breaks here
game.PlayRound();
Constants.debugGen++;
}
p1.gameCount++;
p2.gameCount++;
game.CalculateFitness();
}
}
public void PlayGenIteration()
{
int playerIndex = 0;
int versusIndex = 0;
while (true)
{
if (versusIndex == playerIndex)
{
versusIndex++;
}
if (versusIndex >= Players.Count)
{
playerIndex++;
versusIndex = 0;
}
if (playerIndex >= Players.Count)
{
Thread.CurrentThread.Abort();
//done the work end thread
}
else
{
Pig.Player p1 = Players[playerIndex];
Pig.Player p2 = Players[versusIndex];
versusIndex++;
//get two players
Pig.Pig game = new Pig.Pig(p1, p2);
while (!game.hasEnded && game.turnCount < game.maxTurns)
{
//breaks here
game.PlayRound();
Constants.debugGen++;
}
p1.gameCount++;
p2.gameCount++;
game.CalculateFitness();
}
}
}
public void PlayGame()
{
if (versusIndex == playerIndex)
{
versusIndex++;
}
if (versusIndex >= Players.Count)
{
playerIndex++;
versusIndex = 0;
}
if (playerIndex >= Players.Count)
{
CreateGen();
currentGen++;
versusIndex = 0;
playerIndex = 0;
}
else
{
Pig.Player p1 = Players[playerIndex];
Pig.Player p2 = Players[versusIndex];
versusIndex++;
//get two players
Pig.Pig game = new Pig.Pig(p1, p2);
while (!game.hasEnded && game.turnCount < game.maxTurns)
{
//breaks here
game.PlayRound();
Constants.debugGen++;
}
p1.gameCount++;
p2.gameCount++;
game.CalculateFitness();
}
}
