void Start()
{
camera = GameObject.FindGameObjectWithTag("MainCamera").GetComponent <Camera>();
gameAct = new MGameClientAction(this);
gameData = new OptionData.DataBase(0);
mask = 1 << 1;
}
/*动作*/
//开始
bool IMGameView.OnStart(OptionData.DataBase data)
{
//游戏开始
gameStartFlag = true;
//禁止界面操作
globalOperateFlag = false;
//当前状态
previousState = Logic.add_group;
//下一个状态
nextState = Logic.turn_dice;
//配置
gameData = data;
//发牌顺序
SetPriority(gameData.player_priority);
//重置
gameAct.Reset();
//随便连起链表便于洗牌
gameAct.CardDirection(0);
//洗牌 第一个出牌的总是庄家 庄家为0
StartCoroutine(gameAct.AddGroup(() =>
{
//洗完牌摇色子
StartCoroutine(LogicCprocessor(currentUserID));
}));
return(true);
}
//游戏开始用户配置（测试）
public OptionData.DataBase GetOption()
{
OptionData.DataBase optionData = new OptionData.DataBase();
optionData.dice_num = new int[2] {
UnityEngine.Random.Range(1, 7), UnityEngine.Random.Range(1, 7)
};
optionData.player_priority = UnityEngine.Random.Range(0, 4);
//optionData.player_priority = 0;
for (int i = 0; i < players.Length; ++i)
{
players[i] = new User(i);
}
return(optionData);
}
//确认设置
void IController.OnOption(OptionData.DataBase data)
{
view.OnStart(data);
}
//接收
public void EndStatusFlag(int userID, UserAction act, params List <int>[] arg)
{
Debug.Log("用户：" + userID + "-" + act.ToString() + "完成");
switch (act)
{
case UserAction.ready:
//洗牌
RandCardData();
//发牌
SendCard();
//发送配置
userData = GetOption();
control.OnOption(userData);
//单机（测试）
players[userData.player_priority] = new User(userData.player_priority, userID);
break;
//掷色子结束
case UserAction.turn_dice:
//界面开始发牌
SetStatusFlag(userID, UserAction.send_card_flag, HandCard[userID]);
break;
//发牌结束
case UserAction.send_card:
//摸牌
UserGetCard(turnID);
break;
//摸牌完成 等待用户出牌
case UserAction.get_card:
WaitOrPush(userID);
break;
case UserAction.put_card:
string s = "ID:" + userID + "[";
foreach (var item in HandCard[userID])
{
s += item + ",";
}
s += "]";
Debug.Log("<color=green>" + s + HandCard[userID].Count + "</color>");
//出牌判断
OutCardAnalys();
//下一个玩家判断
break;
case UserAction.insert_card:
break;
//吃碰等待出牌
case UserAction.chi:
case UserAction.peng:
WaitOrPush(userID);
break;
//杠后摸牌再出
case UserAction.ming_gang:
case UserAction.add_gang:
case UserAction.an_gang:
//摸牌
UserGetCard(turnID);
break;
//arg[0]
case UserAction.chi_hu:
case UserAction.hu:
//游戏结束(测试 通知玩家可以开始新一局)
SetStatusFlag(userID, UserAction.end);
break;
case UserAction.ting:
break;
case UserAction.ting_cancel:
break;
case UserAction.trustee:
break;
case UserAction.AI_cancel:
break;
//带flag为请求操作
case UserAction.pass_flag:
if (isOutChihu || isOutGang || isOutPeng || isOutChi)
{
//出牌判断
OutCardAnalys();
}
else
{
//如果都没有 则自然轮到下一家出牌
turnID = (turnID + 1) % 4;
analysID = turnID;
//用户摸牌
UserGetCard(turnID);
}
break;
//出牌请求
case UserAction.put_card_flag:
if (userID == turnID)
{
int index = UserOutCard(userID, arg[0][0]); //手中的牌插入id 如果没有则为-1
//更新字典
UpdateCardLib(outCard);
//传入 出牌id 手牌插入id 出牌牌型
SetStatusFlag(userID, UserAction.put_card, new List <int>()
{
arg[0][0], index, outCard
});
}
break;
//玩家要吃
case UserAction.chi_card_flag:
if (userID == analysID)
{
List <int> card = new List <int>();
card.Add(GetHandCard(HandCard[userID], arg[0][0]));
card.Add(GetHandCard(HandCard[userID], arg[0][1]));
HandCard[userID].Remove(card[0]);
HandCard[userID].Remove(card[1]);
card.Add(outCard);
PengAre[userID].Add(card);
//传入 被吃的id 吃的牌id 吃牌的牌型
SetStatusFlag(userID, UserAction.chi, new List <int>()
{
turnID
}, arg[0], card);
//设置当前出牌用户
turnID = analysID;
}
break;
//玩家要碰
case UserAction.peng_card_flag:
//玩家验证
if (userID == analysID)
{
List <int> card = new List <int>();
card.Add(GetHandCard(HandCard[userID], arg[0][0]));
card.Add(GetHandCard(HandCard[userID], arg[0][1]));
HandCard[userID].Remove(card[0]);
HandCard[userID].Remove(card[1]);
card.Add(outCard);
PengAre[userID].Add(card);
//传入 被碰的id 碰的牌id 碰牌的牌型
SetStatusFlag(userID, UserAction.peng, new List <int>()
{
turnID
}, arg[0], card);
//设置当前出牌用户
turnID = analysID;
}
break;
//玩家要家杠
case UserAction.add_gang_flag:
//玩家验证
if (userID == analysID)
{
//大于零是手牌 小于零是手中的牌
int jiaCard;
if (arg[0][0] > 0)
{
jiaCard = GetHandCard(HandCard[userID], arg[0][0]);
HandCard[userID].Remove(jiaCard);
}
else
{
jiaCard = handleCard;
handleCard = -1;
}
for (int i = 0; i < PengAre[userID].Count; ++i)
{
//寻找加牌的位置
if (jiaCard == PengAre[userID][i][0])
{
PengAre[userID][i].Add(jiaCard);
//告诉用户加牌 哪个位置的牌 并且加哪 是什么牌
SetStatusFlag(userID, UserAction.add_gang, new List <int>()
{
arg[0][0], i, jiaCard
});
break;
}
}
//设置当前出牌用户
turnID = analysID;
}
break;
//玩家要杠
case UserAction.gang_flag:
//判断杠 并传回杠牌
if (userID == analysID)
{
//传回三个以上的index
List <int> card = new List <int>();
card.Add(GetHandCard(HandCard[userID], arg[0][0]));
card.Add(GetHandCard(HandCard[userID], arg[0][1]));
card.Add(GetHandCard(HandCard[userID], arg[0][2]));
//有手牌则是暗杠 没有则是明杠的回馈
if (handleCard > 0)
{
//第四个参数有可能是手中的牌
if (arg[0][3] > 0)
{
card.Add(GetHandCard(HandCard[userID], arg[0][3]));
//从手牌中移除杠过的牌
HandCard[userID].Remove(card[0]);
HandCard[userID].Remove(card[1]);
HandCard[userID].Remove(card[2]);
HandCard[userID].Remove(card[3]);
}
else
{
//从手牌中移除杠过的牌
HandCard[userID].Remove(card[0]);
HandCard[userID].Remove(card[1]);
HandCard[userID].Remove(card[2]);
//小于零表示手中的牌
card.Add(handleCard);
handleCard = -1;
}
PengAre[userID].Add(card);
//传入 杠的牌型
SetStatusFlag(userID, UserAction.an_gang, new List <int>()
{
turnID
}, arg[0], card);
}
else
{
//从手牌中移除杠过的牌
HandCard[userID].Remove(card[0]);
HandCard[userID].Remove(card[1]);
HandCard[userID].Remove(card[2]);
//第四个参数是刚出的牌
card.Add(outCard);
PengAre[userID].Add(card);
//传入 杠的牌型
SetStatusFlag(userID, UserAction.ming_gang, new List <int>()
{
turnID
}, arg[0], card);
}
//设置当前出牌用户
turnID = analysID;
}
break;
case UserAction.hu_flag:
if (userID == analysID)
{
//打包牌型数据
List <List <int> > cardData = new List <List <int> >(HandCard);
cardData.Add(new List <int> {
handleCard
});
//自摸
if (handleCard > 0)
{
SetStatusFlag(userID, UserAction.hu, cardData.ToArray());
}
else
{
//吃胡 最前面加入被吃的id
cardData.Insert(0, new List <int>()
{
turnID
});
SetStatusFlag(userID, UserAction.chi_hu, cardData.ToArray());
}
turnID = analysID;
}
break;
case UserAction.ting_flag:
break;
}
}
