private OutTurnOperationType ChooseOperations()
{
Debug.Log($"[Server] Operation before choosing: {string.Join(",", Operations)}");
// test every circumstances by priority
// test for rong
if (Operations.Any(op => op.Type == OutTurnOperationType.Rong))
{
// check if 3 rong
if (CurrentRoundStatus.CheckThreeRongs(Operations))
{
for (int i = 0; i < Operations.Length; i++)
{
Operations[i] = new OutTurnOperation
{
Type = OutTurnOperationType.RoundDraw,
RoundDrawType = RoundDrawType.ThreeRong
};
}
return(OutTurnOperationType.RoundDraw);
}
for (int i = 0; i < Operations.Length; i++)
{
if (Operations[i].Type != OutTurnOperationType.Rong)
{
Operations[i] = new OutTurnOperation {
Type = OutTurnOperationType.Skip
}
}
;
}
return(OutTurnOperationType.Rong);
}
// check if 4 winds
if (CurrentRoundStatus.CheckFourWinds())
{
Debug.Log($"[Server] Round draw -- Four winds");
for (int i = 0; i < Operations.Length; i++)
{
Operations[i] = new OutTurnOperation
{
Type = OutTurnOperationType.RoundDraw,
RoundDrawType = RoundDrawType.FourWinds
};
}
return(OutTurnOperationType.RoundDraw);
}
// check if 4 richis
if (CurrentRoundStatus.CheckFourRichis())
{
Debug.Log($"[Server] Round draw -- Four richis");
for (int i = 0; i < Operations.Length; i++)
{
Operations[i] = new OutTurnOperation
{
Type = OutTurnOperationType.RoundDraw,
RoundDrawType = RoundDrawType.FourRichis
};
}
return(OutTurnOperationType.RoundDraw);
}
// check if 4 kongs
if (CurrentRoundStatus.CheckFourKongs())
{
Debug.Log($"[Server] Round draw -- Four kongs");
for (int i = 0; i < Operations.Length; i++)
{
Operations[i] = new OutTurnOperation
{
Type = OutTurnOperationType.RoundDraw,
RoundDrawType = RoundDrawType.FourKongs
};
}
return(OutTurnOperationType.RoundDraw);
}
// check if run out of tiles -- leads to a normal round draw
if (MahjongSet.TilesRemain == gameSettings.MountainReservedTiles)
{
// no more tiles to draw and no one choose a rong operation.
Debug.Log("No more tiles to draw and nobody claims a rong, the round has drawn.");
for (int i = 0; i < Operations.Length; i++)
{
Operations[i] = new OutTurnOperation
{
Type = OutTurnOperationType.RoundDraw,
RoundDrawType = RoundDrawType.RoundDraw
}
}
;
return(OutTurnOperationType.RoundDraw);
}
// check if some one claimed kong
if (Operations.Any(op => op.Type == OutTurnOperationType.Kong))
{
for (int i = 0; i < Operations.Length; i++)
{
if (Operations[i].Type != OutTurnOperationType.Kong)
{
Operations[i] = new OutTurnOperation {
Type = OutTurnOperationType.Skip
}
}
;
}
return(OutTurnOperationType.Kong);
}
// check if some one claimed pong
if (Operations.Any(op => op.Type == OutTurnOperationType.Pong))
{
for (int i = 0; i < Operations.Length; i++)
{
if (Operations[i].Type != OutTurnOperationType.Pong)
{
Operations[i] = new OutTurnOperation {
Type = OutTurnOperationType.Skip
}
}
;
}
return(OutTurnOperationType.Pong);
}
// check if some one claimed chow
if (Operations.Any(op => op.Type == OutTurnOperationType.Chow))
{
for (int i = 0; i < Operations.Length; i++)
{
if (Operations[i].Type != OutTurnOperationType.Chow)
{
Operations[i] = new OutTurnOperation {
Type = OutTurnOperationType.Skip
}
}
;
}
return(OutTurnOperationType.Chow);
}
// no particular operations -- skip
return(OutTurnOperationType.Skip);
}
