private ClassementItem[] SelectPlayers(Dictionary <string, HashSet <string> > playedMatches)
{
var clsst = Classement.ToArray();
var playersTmp = new ClassementItem[NB_PLAYERS];
int i = 0;
int ind = 0;
while (playersTmp.Any(x => x == null))
{
if (!playersTmp.Any(x => x != null))
{
var player1 = classement.OrderBy(x => x.Value.played).First().Value;
playersTmp[i] = player1;
i++;
ind = Array.IndexOf(clsst, player1);
}
else
{
var ind2 = StaticRandom.Next(Math.Max(0, ind - 5), Math.Min(100, ind + 5));
var player2 = clsst[ind2];
//var player2 = clsst.OrderBy(p=>p.score- clsst[ind].score)
if (!playersTmp.Any(x => x?.pl?.id == player2.pl.id))
{
playersTmp[i] = player2;
i++;
}
}
}
for (int j = 0; j < playersTmp.Length; j++)
{
classement[playersTmp[j].pl.id].played += 1;
}
return(playersTmp);
}
public override Action NextAction(GameRunIA game)
{
var main = game.mains[this.id];
// Evaluation des dominos dans la main
var leftNum = game.PlayedDominos.First();
var rightNum = game.PlayedDominos.Last();
var possibleDominos = main.Where(d => d.Values.Any(i => i == leftNum || i == rightNum));
// Recupération
Action action;
Domino playDomino;
if (possibleDominos.Any())
{
// scoring IA
CalculScore(game, possibleDominos, leftNum, rightNum);
playDomino = possibleDominos.OrderByDescending(d => d.scores.Max()).First();
main.Remove(playDomino);
if (playDomino.scores[0] > playDomino.scores[1])
{
if (playDomino.Values[0] == leftNum)
{
game.PlayedDominos.Insert(0, playDomino.Values[0]);
game.PlayedDominos.Insert(0, playDomino.Values[1]);
}
else
{
game.PlayedDominos.Add(playDomino.Values[0]);
game.PlayedDominos.Add(playDomino.Values[1]);
}
}
else
{
if (playDomino.Values[1] == leftNum)
{
game.PlayedDominos.Insert(0, playDomino.Values[1]);
game.PlayedDominos.Insert(0, playDomino.Values[0]);
}
else
{
game.PlayedDominos.Add(playDomino.Values[1]);
game.PlayedDominos.Add(playDomino.Values[0]);
}
}
action = new Action {
name = "domino", domino = playDomino
};
return(action);
}
if (game.Pioche.Any())
{
var index = StaticRandom.Next(game.Pioche.Count);
var domino = game.Pioche[index];
game.Pioche.RemoveAt(index);
main.Add(domino);
UpdateProbabilite(game, domino);
action = new Action {
domino = domino, name = "pioche"
};
return(action);
}
action = new Action {
name = "passe"
};
return(action);
}
public override Action NextAction(GameRunIA game)
{
// Evaluation des dominos dans la main
var leftNum = game.PlayedDominos.First();
var rightNum = game.PlayedDominos.Last();
var main = game.mains[this.id];
var possibleLeftDominos = main.Where(d => d.Values.Any(i => i == leftNum));
var possibleRightDominos = main.Where(d => d.Values.Any(i => i == rightNum));
// score = coeff_double*score_double + coeff_div*score_div + coeff_valeur * score_valeur + coeff_bloq * score_bloq
// Recupération
Domino playDomino;
if (possibleLeftDominos.Any())
{
// basic IA
playDomino = possibleLeftDominos.First();
main.Remove(playDomino);
if (playDomino.Values[0] == leftNum)
{
game.PlayedDominos.Insert(0, playDomino.Values[0]);
game.PlayedDominos.Insert(0, playDomino.Values[1]);
}
else
{
game.PlayedDominos.Insert(0, playDomino.Values[1]);
game.PlayedDominos.Insert(0, playDomino.Values[0]);
}
return(new Action {
name = "domino", domino = playDomino
});
}
if (possibleRightDominos.Any())
{
// basic IA
playDomino = possibleRightDominos.First();
main.Remove(playDomino);
if (playDomino.Values[0] == rightNum)
{
game.PlayedDominos.Add(playDomino.Values[0]);
game.PlayedDominos.Add(playDomino.Values[1]);
}
else
{
game.PlayedDominos.Add(playDomino.Values[1]);
game.PlayedDominos.Add(playDomino.Values[0]);
}
return(new Action {
name = "domino", domino = playDomino
});
}
if (game.Pioche.Any())
{
var index = StaticRandom.Next(game.Pioche.Count);
var domino = game.Pioche[index];
game.Pioche.RemoveAt(index);
main.Add(domino);
return(new Action {
domino = domino, name = "pioche"
});
}
return(new Action {
name = "passe"
});
}
