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;
if (tmp == current)
return findrules;
Tile rejected = tmp.GetRejected();
if (rejected == null)
return findrules;
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 == 2)
findrules.Add(rulepos);
}
}
return findrules;
}
private void button1_Click(object sender, EventArgs e)
{
p1 = new PlayerData("Player 1");
p2 = new PlayerData("Player 2");
p3 = new PlayerData("Player 3");
refe = new Mahjong.Referee.HongKong.Referee();
refe.AddPlayer(p1);
refe.AddPlayer(p2);
refe.AddPlayer(p3);
refe.NewGame();
Draw();
}
private PlayerData GetPreviousPlayer(List<PlayerData> players, PlayerData current)
{
for (int i = 0; i < players.Count; i++)
{
if (players[i] == current)
{
int j = i - 1;
if (j == -1)
j = players.Count - 1;
return players[j];
}
}
return null;
}
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 void PongSimple3()
{
PlayerData p1 = new PlayerData("toto");
PlayerData p2 = new PlayerData("toto2");
p1.AddHand(new Tile(Tile.Family.Bamboo, 1));
p1.AddHand(new Tile(Tile.Family.Bamboo, 1));
p1.AddHand(new Tile(Tile.Family.Bamboo, 1));
p2.AddRejected(new Tile(Tile.Family.Bamboo, 1));
IRule rule = new Pong();
List<PlayerData> lpd = new List<PlayerData>();
lpd.Add(p1);
lpd.Add(p2);
List<Mahjong.Plugin.IReferee.m_rulepossibility> possi = rule.Execute(lpd, p1);
Assert.AreEqual(possi.Count, 1);
}
//IReferee m_referee;
public bool AddPlayer(String name)
{
PlayerData ins = new PlayerData(name);
m_players.Add(ins);
return true;
}
private void Form1_Load(object sender, EventArgs e)
{
Plugin p = new Plugin(Environment.CurrentDirectory);
refe = p.GetReferees()[0];
p1 = new PlayerData("Player 1");
refe.AddPlayer(p1);
p2 = new PlayerData("Player 2");
refe.AddPlayer(p2);
p3 = new PlayerData("Player 3");
refe.AddPlayer(p3);
p4 = new PlayerData("Player 4");
refe.AddPlayer(p4);
refe.NewGame();
Draw();
}
private Tile GetTile(PlayerData p, Tile.Family f, int pos)
{
Group g = p.GetHand();
for (int i = 0; i < g.Count; i++)
{
if ((g[i].GetFamily() == f) && (g[i].GetNumber() == pos))
return g[i];
}
return null;
}
private bool HaveTile(PlayerData p, Tile.Family f, int pos)
{
Group g = p.GetHand();
for (int i = 0; i < g.Count; i++)
{
if ((g[i].GetFamily() == f) && (g[i].GetNumber() == pos))
return true;
}
return false;
}
public bool AddPlayer(PlayerData ins)
{
m_players.Add(ins);
return true;
}
public Tile Take(PlayerData p)
{
if (p != m_current)
return null;
if (m_mutextaken == true)
return null;
try
{
Tile tmp = GetNewTile();
m_current.AddHand(tmp);
m_mutextaken = true;
Tile ttmp = GetPreviousPlayer().GetRejected();
TilePosition tp = GetTilePosition(ttmp);
if (tp == TilePosition.Rejected)
{
ChangeTileStatus(GetPreviousPlayer().GetRejected(), TilePosition.Cemetery);
GetPreviousPlayer().AddCemetery(GetPreviousPlayer().GetRejected());
GetPreviousPlayer().AddRejected(null);
}
return tmp;
}
catch (EndGameException edg)
{
///
}
return null;
}
public bool Rejected(PlayerData p, Tile t)
{
if (p != m_current)
return false;
if (m_mutextaken == false)
return false;
m_mutextaken = false;
m_current.GetHand().Remove(t);
GetPreviousPlayer().AddRejected(null);
m_current.AddRejected(t);
ChangeTileStatus(t, TilePosition.Rejected);
m_current = GetNextPlayer();
return true;
}
public bool NewGame()
{
if (m_players.Count == 0)
return false;
Reset();
GenerateTiles();
RandomizeTitles();
DistributeTitles();
m_current = m_players[0];
SetPlayerPosition();
return true;
}
public List<m_rulepossibility> GetRulesPossibilities(PlayerData player)
{
List<m_rulepossibility> ins = new List<m_rulepossibility>();
for (int i = 0; i < m_rules.Count; i++)
{
List<m_rulepossibility> tmp = m_rules[i].Execute(m_players, player);
for (int j = 0; j < tmp.Count; j++)
ins.Add(tmp[j]);
}
return ins;
}
