/// <summary>
/// Игрок сбросил тайл
/// </summary>
/// <param name="Player"></param>
/// <param name="Tile"></param>
/// <returns></returns>
private Mahjong.Step DiscardTilePlayer(int Player, int Tile)
{
var Step = new Mahjong.Step(Player);
Step.DiscardTile(Tile);
CurrentRound.StepCount[Player]++;
CheckDealer(Player);
return Step;
}
private void REACH(XmlReader Reader)
{
// Riichi!
int Who = Convert.ToInt16(Reader.GetAttribute("who"));
int S = Convert.ToInt16(Reader.GetAttribute("step"));
Mahjong.Step Step = new Mahjong.Step(Who);
switch (S)
{
case 1: // declare riichi
Step.DeclareRiichi();
break;
case 2: // pay 1k
Step.PayRiichi();
CurrentRound.Riichi[Who] = CurrentRound.Steps.Count + 1;
break;
}
CurrentRound.Steps.Add(Step);
}
/// <summary>
/// Игрок взял тайл со стены
/// </summary>
/// <param name="Player"></param>
/// <param name="Tile"></param>
/// <returns></returns>
private Mahjong.Step DrawTilePlayer(int Player, int Tile)
{
var Step = new Mahjong.Step(Player);
Step.DrawTile(Tile);
return Step;
}
private void AGARI(XmlReader Reader)
{
// Ron or tsumo!
int Who = Convert.ToInt16(Reader.GetAttribute("who"));
int fromWho = Convert.ToInt16(Reader.GetAttribute("fromWho"));
Mahjong.Step Step = new Mahjong.Step(Who);
if (Who == fromWho)
{
// Tsumo!
Step.Tsumo();
CurrentRound.Steps.Add(Step);
CurrentRound.Result = Mahjong.RoundResult.Tsumo;
}
else
{
// Ron!
Step.Ron(fromWho);
CurrentRound.Steps.Add(Step);
CurrentRound.Result = Mahjong.RoundResult.Ron;
CurrentRound.Loser[fromWho] = true;
}
CurrentRound.Winner[Who] = true;
// Sticks count
{
int[] Ba = DecompositeIntList(Reader.GetAttribute("ba"));
// CurrentRound.RenchanStick = Ba[0];
// CurrentRound.RiichiStick = Ba[1];
}
// Hand and waiting
{
// hai - tiles
// machi - waiting
string Hai = Reader.GetAttribute("hai");
int Machi = Convert.ToInt16(Reader.GetAttribute("machi"));
}
// Dora
{
int[] Dora = DecompositeIntList(Reader.GetAttribute("doraHai"));
int[] UraDora = DecompositeIntList(Reader.GetAttribute("doraHaiUra"));
for (int i = 0; i < Dora.Length; i++) CurrentRound.Dora.Add(Dora[i]);
if(UraDora != null)
for (int i = 0; i < UraDora.Length; i++) CurrentRound.UraDora.Add(UraDora[i]);
}
// Hand cost
{
int[] Ten = DecompositeIntList(Reader.GetAttribute("ten"));
int Fu = Ten[0];
int Cost = Ten[1];
CurrentRound.FuCount[Who] = Fu;
CurrentRound.Cost[Who] = Cost;
}
// Yaku list
{
bool Yakuman = false;
string YakuList = Reader.GetAttribute("yaku");
if (YakuList == null)
{
YakuList = Reader.GetAttribute("yakuman");
Yakuman = true;
}
int[] Yaku = DecompositeIntList(YakuList);
if (Yakuman)
{
for (int i = 0; i < Yaku.Length; i++)
{
int YakuIndex = Yaku[i];
int YakuCost = 13;
CurrentRound.HanCount[Who] += YakuCost;
CurrentRound.Yaku[Who].Add(new Mahjong.Yaku(YakuIndex, YakuCost));
}
}
else
{
for (int i = 0; i < Yaku.Length / 2; i++)
{
int YakuIndex = Yaku[i * 2];
int YakuCost = Yaku[i * 2 + 1];
if (YakuCost > 0)
{
CurrentRound.HanCount[Who] += YakuCost;
CurrentRound.Yaku[Who].Add(new Mahjong.Yaku(YakuIndex, YakuCost));
}
}
}
}
CheckScore(Reader);
CheckEnd(Reader);
}
private void DORA(XmlReader Reader)
{
// Open dora indicator
Mahjong.Step Step = new Mahjong.Step(-1);
int Hai = Convert.ToInt32(Reader.GetAttribute("hai"));
Step.NewDora(Hai);
CurrentRound.Steps.Add(Step);
CurrentRound.DoraCount++;
}
private void N(XmlReader Reader)
{
// Naki
int Who = Convert.ToInt32(Reader.GetAttribute("who"));
int m = Convert.ToInt32(Reader.GetAttribute("m"));
NakiDecoder Naki = new NakiDecoder(m);
Mahjong.Step Step = new Mahjong.Step(Who);
Step.Naki(Naki.GetNaki());
CurrentRound.Steps.Add(Step);
CurrentRound.Naki[Who]++;
// Ignore chakan and nuki naki
if (!((Step.NakiData.Type == Mahjong.NakiType.CHAKAN) || (Step.NakiData.Type == Mahjong.NakiType.NUKI)))
CurrentRound.OpenedSets[Who]++;
}
private void RYUUKYOKU(XmlReader Reader)
{
// Draw
Mahjong.Step Step = new Mahjong.Step(-1);
string RyuuType = Reader.GetAttribute("type");
int Reason = -1;
switch (RyuuType)
{
case "yao9": // 9 terminals/honors
Reason = 0;
break;
case "reach4": // 4 consecutive riichi calls
Reason = 1;
break;
case "ron3": // three simultaneous ron calls (triple ron)
Reason = 2;
break;
case "kan4": // four declared kans
Reason = 3;
break;
case "kaze4": // same wind discard on first round
Reason = 4;
break;
case "nm": // nagashi mangan (all terminal/honor discards)
Reason = 5;
break;
}
Step.Draw(Reason);
CurrentRound.Steps.Add(Step);
CurrentRound.Result = Mahjong.RoundResult.Draw;
CurrentRound.DrawReason = Reason;
CheckScore(Reader);
CheckEnd(Reader);
}
private void BYE(XmlReader Reader)
{
// Player goes offline
int Who = Convert.ToInt16(Reader.GetAttribute("who"));
Mahjong.Step Step = new Mahjong.Step(Who);
Step.Disconnect();
if(CurrentRound != null) CurrentRound.Steps.Add(Step);
}
