public List <Mahjong.Plugin.IReferee.m_rulepossibility> Execute(List <PlayerData> players, PlayerData current)
{
m_results.Clear();
List <Mahjong.Plugin.IReferee.m_rulepossibility> findrules = new List <IReferee.m_rulepossibility>();
PlayerData PrevPlayer = GetPreviousPlayer(players, current);
Tile ttmp = PrevPlayer.GetRejected();
Group gtmp = current.GetHand().Clone();
if (ttmp != null)
{
gtmp.Add(ttmp);
}
RecurMah(gtmp, new GroupType());
AddExposed(current);
// Analyse real Mahjong
RemoveFalseMahjong();
// Add Mahjong to findrules
for (int i = 0; i < m_results.Count; i++)
{
Mahjong.Plugin.IReferee.m_rulepossibility ins = new IReferee.m_rulepossibility();
ins.Player = current;
ins.Rule = this;
ins.Group = current.GetHand().Clone();
findrules.Add(ins);
}
return(findrules);
}
public List <Mahjong.Plugin.IReferee.m_rulepossibility> Execute(List <PlayerData> players, PlayerData current)
{
List <Mahjong.Plugin.IReferee.m_rulepossibility> findrules = new List <IReferee.m_rulepossibility>();
PlayerData PrevPlayer = GetPreviousPlayer(players, current);
Tile ttmp = PrevPlayer.GetRejected();
if (ttmp == null)
{
return(findrules);
}
if ((ttmp.GetFamily() == Tile.Family.Flower) || (ttmp.GetFamily() == Tile.Family.Season) || (ttmp.GetFamily() == Tile.Family.Wind) || (ttmp.GetFamily() == Tile.Family.Dragon))
{
return(findrules);
}
if ((HaveTile(current, ttmp.GetFamily(), ttmp.GetNumber() - 2)) && (HaveTile(current, ttmp.GetFamily(), ttmp.GetNumber() - 1)))
{
Mahjong.Plugin.IReferee.m_rulepossibility rulepos = new IReferee.m_rulepossibility();
rulepos.Rule = this;
rulepos.Player = current;
rulepos.Group = new Group();
rulepos.Group.Add(GetTile(current, ttmp.GetFamily(), ttmp.GetNumber() - 2));
rulepos.Group.Add(GetTile(current, ttmp.GetFamily(), ttmp.GetNumber() - 1));
findrules.Add(rulepos);
}
if ((HaveTile(current, ttmp.GetFamily(), ttmp.GetNumber() - 1)) && (HaveTile(current, ttmp.GetFamily(), ttmp.GetNumber() + 1)))
{
Mahjong.Plugin.IReferee.m_rulepossibility rulepos = new IReferee.m_rulepossibility();
rulepos.Rule = this;
rulepos.Player = current;
rulepos.Group = new Group();
rulepos.Group.Add(GetTile(current, ttmp.GetFamily(), ttmp.GetNumber() - 1));
rulepos.Group.Add(GetTile(current, ttmp.GetFamily(), ttmp.GetNumber() + 1));
findrules.Add(rulepos);
}
if ((HaveTile(current, ttmp.GetFamily(), ttmp.GetNumber() + 1)) && (HaveTile(current, ttmp.GetFamily(), ttmp.GetNumber() + 2)))
{
Mahjong.Plugin.IReferee.m_rulepossibility rulepos = new IReferee.m_rulepossibility();
rulepos.Rule = this;
rulepos.Player = current;
rulepos.Group = new Group();
rulepos.Group.Add(GetTile(current, ttmp.GetFamily(), ttmp.GetNumber() + 1));
rulepos.Group.Add(GetTile(current, ttmp.GetFamily(), ttmp.GetNumber() + 2));
findrules.Add(rulepos);
}
return(findrules);
}
public List <Mahjong.Plugin.IReferee.m_rulepossibility> Execute(List <PlayerData> players, PlayerData current)
{
List <Mahjong.Plugin.IReferee.m_rulepossibility> findrules = new List <IReferee.m_rulepossibility>();
PlayerData tmp = GetRejectTilePlayer(players);
if (tmp == null)
{
return(findrules);
}
Tile rejected = tmp.GetRejected();
Group gtmp = current.GetHand();
Mahjong.Plugin.IReferee.m_rulepossibility rulepos = new IReferee.m_rulepossibility();
rulepos.Rule = this;
rulepos.Player = current;
rulepos.Group = new Group();
for (int i = 0; i < gtmp.Count; i++)
{
Tile ttmp = gtmp[i];
if ((rejected.GetNumber() == ttmp.GetNumber()) && (rejected.GetFamily() == ttmp.GetFamily()))
{
rulepos.Group.Add(ttmp);
if (rulepos.Group.Count == 3)
{
findrules.Add(rulepos);
}
}
}
for (int y = 0; y < current.GetExposed().Count; y++)
{
Mahjong.Plugin.IReferee.m_rulepossibility rulepos2 = new IReferee.m_rulepossibility();
rulepos2.Rule = this;
rulepos2.Player = current;
rulepos2.Group = new Group();
Group etmp = current.GetExposed()[y];
for (int i = 0; i < etmp.Count; i++)
{
Tile ttmp = etmp[i];
if ((rejected.GetNumber() == ttmp.GetNumber()) && (rejected.GetFamily() == ttmp.GetFamily()))
{
rulepos2.Group.Add(ttmp);
if (rulepos2.Group.Count == 3)
{
findrules.Add(rulepos2);
}
}
}
}
return(findrules);
}
private bool GetMessageCAL(NetPlayer p, String[] tab, NetMessage msg, ref String DiconnectionReason)
{
List <Mahjong.Plugin.IReferee.m_rulepossibility> lpos = p.CurrentRoom.GetReferee().GetRulesPossibilities(p);
Mahjong.Plugin.IReferee.m_rulepossibility tmp = new IReferee.m_rulepossibility();
tmp.Player = p;
tmp.Rule = p.CurrentRoom.GetReferee().GetRuleByName(tab[1]);
tmp.Group = new Group();
for (int i = 2; i < tab.Length;)
{
Tile ins = p.CurrentRoom.GetReferee().GetTile(tab[i], Convert.ToInt32(tab[i + 1]));
tmp.Group.Add(ins);
i += 2;
}
//for (int i = 0; i < lpos.Count; i++)
//{
// Mahjong.Plugin.IReferee.m_rulepossibility rptmp = lpos[i];
// if (rptmp.Equal(tmp) == true)
// {
if (p.CurrentRoom.GetReferee().Call(tmp) == true)
{
//p.Send("CAL:OK");
String netmsg = "CAL:" + p.GetName();
for (int j = 0; j < tmp.Group.Count; j++)
{
netmsg += ":" + tmp.Group[j].GetFamily() + ":" + tmp.Group[j].GetNumber().ToString();
p.Send("TIL:REMOVE:" + tmp.Group[j].GetFamily() + ":" + tmp.Group[j].GetNumber().ToString());
}
p.CurrentRoom.Send(netmsg, null);
p.CurrentRoom.Send("TRN:" + p.CurrentRoom.GetReferee().CurrentPlayer().GetName(), null);
}
else
{
p.Send("CAL:KO");
}
// }
// }
return(true);
}
