private void TestPongs(IList <Tile> handTiles, Tile discardTile, MeldSide side,
IList <OutTurnOperation> operations)
{
if (!gameSettings.AllowPongs)
{
return;
}
var pongs = MahjongLogic.GetPongs(handTiles, discardTile, side);
if (pongs.Any())
{
foreach (var pong in pongs)
{
operations.Add(new OutTurnOperation
{
Type = OutTurnOperationType.Pong,
Tile = discardTile,
Meld = pong,
ForbiddenTiles = gameSettings.AllowDiscardSameAfterOpen
? null
: pong.GetForbiddenTiles(discardTile)
});
}
}
}
public static void TestPongs()
{
var handTiles = new List <Tile> {
new Tile(Suit.M, 1), new Tile(Suit.M, 2), new Tile(Suit.M, 3), new Tile(Suit.M, 4), new Tile(Suit.M, 4),
new Tile(Suit.M, 5), new Tile(Suit.M, 5), new Tile(Suit.M, 5, true)
};
var result = MahjongLogic.GetPongs(handTiles, new Tile(Suit.M, 4), MeldSide.Opposite);
Debug.Log($"Melds: {string.Join(",", result)}");
result = MahjongLogic.GetPongs(handTiles, new Tile(Suit.M, 5), MeldSide.Opposite);
Debug.Log($"Melds: {string.Join(",", result)}");
result = MahjongLogic.GetPongs(handTiles, new Tile(Suit.M, 5, true), MeldSide.Opposite);
Debug.Log($"Melds: {string.Join(",", result)}");
handTiles = new List <Tile> {
new Tile(Suit.M, 1), new Tile(Suit.M, 2), new Tile(Suit.M, 3), new Tile(Suit.M, 4), new Tile(Suit.M, 4),
new Tile(Suit.M, 5), new Tile(Suit.M, 5), new Tile(Suit.M, 5)
};
result = MahjongLogic.GetPongs(handTiles, new Tile(Suit.M, 5, true), MeldSide.Opposite);
Debug.Log($"Melds: {string.Join(",", result)}");
}