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麻将游戏算法深入解析及实现代码

麻将游戏算法深入解析及实现代码

 这两天为了工具箱的完善，整理了这些年引擎开发的一些资料，无意中发现06年写的一个麻将算法，编译运行了一下，还是有点意思的，拿出来整理一下分享给大家。

       麻将是一种大家最喜爱的娱乐活动之一，相信所有人都有接触过。我写的这版算法，是可以吃，碰，杠，还有把牌摸完没有人胡时的皇庄和包听。是用控制台方式来表现的，什么？控制台？

       对，因为是算法的设计，所以用控制台来表现当然最简单了。

      当然，在交互时要用文字输入会有少许不便，不过这种形式的游戏可是图形游戏的鼻祖哦~

     好，废话不多说了，来说一下设计思路：

     对于麻将的一个玩家，都有一个牌墙的管理，这里封装了一副牌墙的各种算法，这个类我命名为CMJ。

     另外还有一个洗牌类，负责洗牌和发牌。这个类为CMJManage。

     我们先来看一下CMJ类。

CMJ.h:

#ifndef _CMJ_H 
#define _CMJ_H 
//============================================ 
//Author:Honghaier 
//Date:2006-12-20 
//QQ:285421210 
//============================================ 
#include <windows.h> 
#include <iostream> 
#include <vector> 
#include <algorithm> 
using namespace std; 
 
 
#define MJPAI_ZFB    0 //中，发，白 
#define MJPAI_FENG    1 //东西南北风 
#define MJPAI_WAN    2 //万 
#define MJPAI_TIAO    3 //条 
#define MJPAI_BING    4 //饼 
#define MJPAI_HUA    5 //花 
 
#define MJPAI_GETPAI   true //起牌 
#define MJPAI_PUTPAI   false //打牌 
//节点信息 
struct stPAI 
{ 
 int  m_Type;    //牌类型 
 int  m_Value;   //牌字 
 
} 
; 
 
//吃牌顺 
struct stCHI      
{ 
 int  m_Type;    //牌类型 
 int  m_Value1;   //牌字 
 int  m_Value2;   //牌字 
 int  m_Value3;   //牌字 
} 
; 
// m_Type  m_Value 
//-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-// 
// 0  | 中 1 发2 白            
//   | 
// 1  | 东 1 西2 南  北         
//   | 
// 2  | 一万 二万 …… 九万 
//   | 
// 3  | 一条 二条 …… 九条     
//   | 
// 4  | 一饼 二饼 …… 九饼 
//   | 
// 5  | 春  夏  秋  东  竹  兰  梅  菊 
//   | 
//-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-// 
 
 
 
//胡牌信息 
struct stGoodInfo 
{ 
 char m_GoodName[100];   //胡牌术语 
 int  m_GoodValue;    //胡牌番数 
} 
; 
//牌 
class CMJ 
{ 
 vector< int >  m_MyPAIVec[6];  //起的种牌型 
 vector< int >  m_ChiPAIVec[6];  //吃的种牌型 
 vector< int >  m_PengPAIVec[6]; //碰的种牌型 
 vector< int >  m_GangPAIVec[6]; //杠的种牌型 
 
 stPAI    m_LastPAI;   //最后起的牌 
 stGoodInfo   m_GoodInfo;   //胡牌信息 
 
 bool    m_9LBD;    //是否听连宝灯牌型 
 bool    m_13Y;    //是否听十三幺 
 int     m_MKNum;   //明刻数 
 int     m_AKNum;   //暗刻数 
 bool    m_4AK;    //是否是听四暗刻 
 
 vector< stCHI >  m_TempChiPAIVec; //吃的可选组合 
 vector< stPAI >  m_TempPengPAIVec; //碰的可选组合 
 vector< stPAI >  m_TempGangPAIVec; //杠的可选组合 
 
public: 
 
 //构造 
 CMJ(); 
 //析构 
 ~CMJ(); 
 //初始化 
 void   Init(); 
 //起牌 
 bool   AddPai(int p_Type,int p_Value); 
 //取得对应的牌在牌墙的索引 
 int    GetPaiIndex(int p_Type,int p_Value); 
 //打牌(参数为对应的牌在牌墙的索引) 
 bool   DelPai(int PaiIndex); 
 //删除牌 
 bool   DelPai(int p_Type,int p_Value); 
 //清空牌 
 void   CleanUp(); 
 //取得胡牌信息 
 stGoodInfo  *GetInfo(); 
 //检测是否胡牌 
 bool   CheckAllPai(bool GetOrPut); 
 //对所有的牌进行输出 
 void   PrintAllPai(); 
 //对一张牌进行输出 
 void   PrintPai(int p_Type,int p_Value); 
 //吃牌 
 bool   CheckChiPai(int p_Type,int p_Value); 
 //吃牌 
 bool   DoChiPai(int p_iIndex,int p_Type,int p_Value); 
 //碰牌 
 bool   CheckPengPai(int p_Type,int p_Value); 
 //碰牌 
 bool   DoPengPai(int p_Type,int p_Value); 
 //杠牌 
 bool   CheckGangPai(int p_Type,int p_Value); 
 //杠牌 
 bool   DoGangPai(int p_Type,int p_Value); 
 //对可吃的组合进行输出 
 void   PrintChiChosePai(); 
 //对可碰的组合进行输出 
 void   PrintPengChosePai(); 
 //对可杠的组合进行输出 
 void   PrintGangChosePai(); 
 //取得吃牌组合数 
 UINT   GetChiChoseNum(); 
 
private: 
 
 //检测是否胡牌（张） 
 bool CheckAAPai(int iValue1,int iValue2); 
 //检测是否三连张 
 bool CheckABCPai(int iValue1,int iValue2,int iValu3); 
 //检测是否三重张 
 bool CheckAAAPai(int iValue1,int iValue2,int iValu3); 
 //检测是否四重张 
 bool CheckAAAAPai(int iValue1,int iValue2,int iValu3,int iValue4); 
 //检测是否三连对 
 bool CheckAABBCCPai(int iValue1,int iValue2,int iValue3,int iValue4,int iValue5,int iValue6); 
 //检测是否三连高压 
 bool CheckAAABBBCCCPai(int iValue1,int iValue2,int iValue3,int iValue4,int iValue5,int iValue6,int iValue7,int iValue8,int iValue9); 
 //检测是否三连刻 
 bool CheckAAAABBBBCCCCPai(int iValue1,int iValue2,int iValue3,int iValue4,int iValue5,int iValue6,int iValue7,int iValue8,int iValue9,int iValue10,int iValue11,int iValue12); 
 //检测是否六连对 
 bool CheckAABBCCDDEEFFPai(int iValue1,int iValue2,int iValue3,int iValue4,int iValue5,int iValue6,int iValue7,int iValue8,int iValue9,int iValue10,int iValue11,int iValue12); 
 //带将牌检测=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-= 
  
 //检测是否胡牌（张） 
 bool Check5Pai(int iValue1,int iValue2,int iValue3,int iValue4,int iValue5); 
 //检测是否胡牌（张） 
 bool Check8Pai(int iValue1,int iValue2,int iValue3,int iValue4,int iValue5,int iValue6,int iValue7,int iValue8); 
 //检测是否胡牌（张） 
 bool Check11Pai(int iValue1,int iValue2,int iValue3,int iValue4,int iValue5,int iValue6,int iValue7,int iValue8,int iValue9,int iValue10,int iValue11); 
 //检测是否胡牌（张） 
 bool Check14Pai(int iValue1,int iValue2,int iValue3,int iValue4,int iValue5,int iValue6,int iValue7,int iValue8,int iValue9,int iValue10,int iValue11,int iValue12,int iValue13,int iValue14); 
 
 //不带将牌检测-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-= 
  
 //检测是否胡牌（张） 
 bool Check3Pai(int iValue1,int iValue2,int iValue3); 
 //检测是否胡牌（张） 
 bool Check6Pai(int iValue1,int iValue2,int iValue3,int iValue4,int iValue5,int iValue6); 
 //检测是否胡牌（张） 
 bool Check9Pai(int iValue1,int iValue2,int iValue3,int iValue4,int iValue5,int iValue6,int iValue7,int iValue8,int iValue9); 
 //检测是否胡牌（张） 
 bool Check12Pai(int iValue1,int iValue2,int iValue3,int iValue4,int iValue5,int iValue6,int iValue7,int iValue8,int iValue9,int iValue10,int iValue11,int iValue12); 
  
 
private:  
 //胡牌判断 
 
 //检测是否胡大四喜 
 bool CheckD4X_HU(); 
 //检则是否胡大三元 
 bool CheckD3Y_HU(); 
 //检测是否胡绿一色 
 bool CheckL1S_HU(); 
 //检测是否胡九莲宝灯 
 bool Check9LBD_HU(); 
 //检测是否胡四杠 
 bool Check4Gang_HU(); 
 //检测是否胡连七对 
 bool CheckL7D_HU(); 
 //检测是否胡十三幺 
 bool Chekc13Y_HU(); 
 //检测是否胡清幺九 
 bool CheckQY9_HU(); 
 //检测是否胡小四喜 
 bool CheckX4X_HU(); 
 //检测是否胡小三元 
 bool CheckX3Y_HU(); 
 //检测是否胡字一色 
 bool CheckZ1S_HU(); 
 //检测是否四暗刻 
 bool Check4AK_HU(); 
 //检测是否一色双龙会 
 bool Check1S2LH_HU(); 
 //检测是否一色四同顺 
 bool Check1S4TS_HU(); 
 //检测是否一色四节高？ 
 bool Check1S4JG_HU(); 
 //检测是否一色四步高？ 
 bool Check1S4BG_HU(); 
 //检测是否三杠 
 bool Check3Gang_HU(); 
 //检测是否混幺九 
 bool CheckHY9_HU(); 
 //检测是否七对 
 bool Check7D_HU(); 
 //检测是否七星不靠 
 bool Check7XBK_HU(); 
 //检测是否全双刻？ 
 bool CheckQSK_HU(); 
 //清一色 
 bool CheckQ1S_HU(); 
 //检测是否一色三同顺 
 bool Check1S3TS_HU(); 
 //检测是否一色三节高 
 bool Check1S3JG_HU(); 
 //检测是否全大 
 bool CheckQD_HU(); 
 //检测是否全中 
 bool CheckQZ_HU(); 
 //检测是否全小 
 bool CheckQX_HU(); 
 //检测是否青龙 
 bool CheckQL_HU(); 
 //检测是否三色双龙会 
 bool Check3S2LH_HU(); 
 //检测是否一色三步高 
 bool Check1S3BG_HU(); 
 //全带五 
 bool CheckQD5_HU(); 
 //三同刻 
 bool Check3TK_HU(); 
 //三暗刻 
 bool Check3AK_HU(); 
 //单钓将 
 bool CheckDDJ_HU(); 
 //检测胡 
 bool CheckHU(); 
private: 
 //听牌判断 
 
 //检测是否听九莲宝灯 
 bool Check9LBD_TING(); 
 //检测是否听十三幺 
 bool Check13Y_TING(); 
 //检测是否听四暗刻 
 bool Check4AK_TING(); 
 //检测是否听牌 
 bool CheckTING(); 
 
} 
; 
 
#endif

其对应的CPP :

#include "CMJ.h" 
//构造 
CMJ::CMJ() 
{ 
 m_9LBD = false; 
 m_13Y = false; 
 m_4AK = false; 
 m_AKNum = 0; 
 m_MKNum = 0; 
} 
 
//析构 
CMJ::~CMJ() 
{ 
 
} 
//初始化 
void CMJ::Init() 
{ 
 m_9LBD = false; 
 m_13Y = false; 
 m_4AK = false; 
 m_AKNum = 0; 
 m_MKNum = 0; 
} 
//加入新牌,并排序 
bool CMJ::AddPai(int p_Type,int p_Value) 
{ 
 int iSize = m_MyPAIVec[p_Type].size(); 
 bool t_Find = false; 
 vector< int >::iterator Iter; 
 for(Iter = m_MyPAIVec[p_Type].begin();Iter !=m_MyPAIVec[p_Type].end(); Iter++) 
 { 
  if((*Iter)>p_Value) 
  { 
   m_MyPAIVec[p_Type].insert(Iter,p_Value); 
   t_Find = true; 
   break; 
  } 
   
 } 
  
 if(t_Find==false) 
 { 
  m_MyPAIVec[p_Type].push_back(p_Value); 
 } 
 m_LastPAI.m_Type = p_Type; 
 m_LastPAI.m_Value = p_Value; 
 
 return true; 
} 
 
//取得对应的牌在牌墙的索引 
int CMJ::GetPaiIndex(int p_Type,int p_Value) 
{ 
 int count = 0; 
 for(UINT i = 0 ; i < 6 ; i++ ) 
 { 
  vector< int >::iterator Iter; 
  for(Iter = m_MyPAIVec[i].begin();Iter !=m_MyPAIVec[i].end(); Iter++) 
  { 
   if(p_Type==i&&(*Iter)==p_Value) 
   { 
    return count; 
   } 
   count++; 
  } 
 } 
 return -1; 
} 
//打牌 
bool CMJ::DelPai(int PaiIndex) 
{ 
 int count = 0; 
 for(UINT i = 0 ; i < 6 ; i++ ) 
 { 
  vector< int >::iterator Iter; 
  for(Iter = m_MyPAIVec[i].begin();Iter !=m_MyPAIVec[i].end(); Iter++) 
  { 
   if(count==PaiIndex) 
   { 
    m_MyPAIVec[i].erase(Iter); 
    return true; 
   } 
   count++; 
  } 
 } 
 return false; 
} 
//删除牌 
bool CMJ::DelPai(int p_Type,int p_Value) 
{ 
 vector< int >::iterator Iter; 
 for(Iter = m_MyPAIVec[p_Type].begin();Iter !=m_MyPAIVec[p_Type].end(); Iter++) 
 { 
  if((*Iter)==p_Value) 
  { 
   m_MyPAIVec[p_Type].erase(Iter); 
   return true; 
  } 
 } 
 return false; 
} 
//清空牌 
void CMJ::CleanUp() 
{ 
 for(UINT i = 0 ; i < 6 ; i++ ) 
 { 
  m_MyPAIVec[i].clear(); 
  m_ChiPAIVec[i].clear(); 
  m_PengPAIVec[i].clear(); 
  m_GangPAIVec[i].clear(); 
 } 
} 
//取得胡牌信息 
stGoodInfo  *CMJ::GetInfo() 
{ 
 return &m_GoodInfo; 
} 
 
//对所有的牌进行函数调用 
void CMJ::PrintAllPai() 
{ 
 cout<<" "; 
 for(UINT i = 0 ; i < 13 ; i++ ) 
 { 
  cout<<i<<" - "; 
 } 
 cout<<endl; 
 int icount = 0; 
 //箭牌 
 if(m_MyPAIVec[0].empty()==false) 
 { 
  vector< int >::iterator Iter; 
  for(Iter = m_MyPAIVec[0].begin();Iter !=m_MyPAIVec[0].end(); Iter++) 
  { 
   switch(*Iter) 
   { 
   case 1: 
    cout<<"[ 中]"; 
    break; 
   case 2: 
    cout<<"[ 发]"; 
    break; 
   case 3: 
    cout<<"[ 白]"; 
    break; 
 
   } 
   icount++; 
  } 
 
 } 
 cout<<endl; 
 for(UINT i =0 ; i < icount; i++ ) 
 { 
  cout<<"  "; 
 } 
 //风牌 
 if(m_MyPAIVec[1].empty()==false) 
 { 
  vector< int >::iterator Iter; 
  for(Iter = m_MyPAIVec[1].begin();Iter !=m_MyPAIVec[1].end(); Iter++) 
  { 
   switch(*Iter) 
   { 
   case 1: 
    cout<<"[ 东]"; 
    break; 
   case 2: 
    cout<<"[ 南]"; 
    break; 
   case 3: 
    cout<<"[ 西]"; 
    break; 
   case 4: 
    cout<<"[ 北]"; 
    break; 
   } 
   icount++; 
  } 
 } 
 cout<<endl; 
 for(UINT i =0 ; i < icount; i++ ) 
 { 
  cout<<"  "; 
 } 
 //万 
 if(m_MyPAIVec[2].empty()==false) 
 { 
  vector< int >::iterator Iter; 
  for(Iter = m_MyPAIVec[2].begin();Iter !=m_MyPAIVec[2].end(); Iter++) 
  { 
   cout<<"["<<(*Iter)<<"万]"; 
   icount++; 
  } 
 } 
 cout<<endl; 
 for(UINT i =0 ; i < icount; i++ ) 
 { 
  cout<<"  "; 
 } 
 //条 
 if(m_MyPAIVec[3].empty()==false) 
 { 
  vector< int >::iterator Iter; 
  for(Iter = m_MyPAIVec[3].begin();Iter !=m_MyPAIVec[3].end(); Iter++) 
  { 
   cout<<"["<<(*Iter)<<"条]"; 
   icount++; 
  } 
 } 
 cout<<endl; 
 for(UINT i =0 ; i < icount; i++ ) 
 { 
  cout<<"  "; 
 } 
 //饼 
 if(m_MyPAIVec[4].empty()==false) 
 { 
  vector< int >::iterator Iter; 
  for(Iter = m_MyPAIVec[4].begin();Iter !=m_MyPAIVec[4].end(); Iter++) 
  { 
   cout<<"["<<(*Iter)<<"饼]"; 
   icount++; 
  } 
 } 
 cout<<endl; 
 for(UINT i =0 ; i < icount; i++ ) 
 { 
  cout<<"  "; 
 } 
} 
//对一张牌进行输出 
void CMJ::PrintPai(int p_Type,int p_Value) 
{ 
//箭牌 
 if(p_Type==0) 
 { 
  switch(p_Value) 
  { 
  case 1: 
   cout<<"[中]"; 
   break; 
  case 2: 
   cout<<"[发]"; 
   break; 
  case 3: 
   cout<<"[白]"; 
   break; 
  } 
 } 
 //风牌 
 if(p_Type==1) 
 { 
  switch(p_Value) 
  { 
  case 1: 
   cout<<"[东]"; 
   break; 
  case 2: 
   cout<<"[南]"; 
   break; 
  case 3: 
   cout<<"[西]"; 
   break; 
  case 4: 
   cout<<"[北]"; 
   break; 
  } 
 } 
 //万 
 if(p_Type==2) 
 { 
  cout<<"["<<p_Value<<"万]"; 
 } 
 //条 
 if(p_Type==3) 
 { 
  cout<<"["<<p_Value<<"条]"; 
 } 
 //饼 
 if(p_Type==4) 
 { 
  cout<<"["<<p_Value<<"饼]"; 
 } 
} 
 
//吃牌 
bool CMJ::CheckChiPai(int p_Type,int p_Value) 
{ 
 m_TempChiPAIVec.clear(); 
 //饼 
 if(m_MyPAIVec[p_Type].empty()==false) 
 { 
  int iSize = m_MyPAIVec[p_Type].size(); 
  if( iSize >= 2) 
  { 
   for(UINT i = 0 ; i < iSize-1 ; i++ ) 
   { 
    if((m_MyPAIVec[p_Type][i]==(p_Value-2))&&(m_MyPAIVec[p_Type][i+1]==(p_Value-1))) 
    { 
     stCHI t_Chi; 
     t_Chi.m_Type = p_Type; 
     t_Chi.m_Value1 = p_Value-2; 
     t_Chi.m_Value2 = p_Value-1; 
     t_Chi.m_Value3 = p_Value; 
     m_TempChiPAIVec.push_back(t_Chi); 
 
    } 
    if((m_MyPAIVec[p_Type][i]==(p_Value-1))&&(m_MyPAIVec[p_Type][i+1]==(p_Value+1))) 
    { 
     stCHI t_Chi; 
     t_Chi.m_Type = p_Type; 
     t_Chi.m_Value1 = p_Value-1; 
     t_Chi.m_Value2 = p_Value; 
     t_Chi.m_Value3 = p_Value+1; 
     m_TempChiPAIVec.push_back(t_Chi); 
 
    } 
    if((m_MyPAIVec[p_Type][i]==(p_Value+1))&&(m_MyPAIVec[p_Type][i+1]==(p_Value+2))) 
    { 
     stCHI t_Chi; 
     t_Chi.m_Type = p_Type; 
     t_Chi.m_Value1 = p_Value; 
     t_Chi.m_Value2 = p_Value+1; 
     t_Chi.m_Value3 = p_Value+2; 
     m_TempChiPAIVec.push_back(t_Chi); 
    } 
   } 
 
  } 
  //假设吃B，已有ABC 
  if( iSize >= 3) 
  { 
   for(UINT i = 1 ; i < iSize-1 ; i++ ) 
   { 
    if((m_MyPAIVec[p_Type][i-1]==(p_Value-1))&&(m_MyPAIVec[p_Type][i]==p_Value)&&(m_MyPAIVec[p_Type][i+1]==(p_Value+1))) 
    { 
     stCHI t_Chi; 
     t_Chi.m_Type = p_Type; 
     t_Chi.m_Value1 = p_Value-1; 
     t_Chi.m_Value2 = p_Value; 
     t_Chi.m_Value3 = p_Value+1; 
     m_TempChiPAIVec.push_back(t_Chi); 
    } 
   } 
  } 
  //假设吃B，已有ABBC 
  if( iSize >= 4) 
  { 
   for(UINT i = 1 ; i < iSize-2 ; i++ ) 
   { 
    if((m_MyPAIVec[p_Type][i-1]==(p_Value-1))&&(m_MyPAIVec[p_Type][i]==p_Value)&&(m_MyPAIVec[p_Type][i+2]==(p_Value+1))) 
    { 
     stCHI t_Chi; 
     t_Chi.m_Type = p_Type; 
     t_Chi.m_Value1 = p_Value-1; 
     t_Chi.m_Value2 = p_Value; 
     t_Chi.m_Value3 = p_Value+1; 
     m_TempChiPAIVec.push_back(t_Chi); 
    } 
   } 
  } 
  //假设吃B，已有ABBBC 
  if( iSize >= 5) 
  { 
   for(UINT i = 1 ; i < iSize-3 ; i++ ) 
   { 
    if((m_MyPAIVec[p_Type][i-1]==(p_Value-1))&&(m_MyPAIVec[p_Type][i]==p_Value)&&(m_MyPAIVec[p_Type][i+3]==(p_Value+1))) 
    { 
     stCHI t_Chi; 
     t_Chi.m_Type = p_Type; 
     t_Chi.m_Value1 = p_Value-1; 
     t_Chi.m_Value2 = p_Value; 
     t_Chi.m_Value3 = p_Value+1; 
     m_TempChiPAIVec.push_back(t_Chi); 
    } 
   } 
  } 
  //假设吃B，已有ABBBBC 
  if( iSize >= 6) 
  { 
   for(UINT i = 1 ; i < iSize-4 ; i++ ) 
   { 
    if((m_MyPAIVec[p_Type][i-1]==(p_Value-1))&&(m_MyPAIVec[p_Type][i]==p_Value)&&(m_MyPAIVec[p_Type][i+4]==(p_Value+1))) 
    { 
     stCHI t_Chi; 
     t_Chi.m_Type = p_Type; 
     t_Chi.m_Value1 = p_Value-1; 
     t_Chi.m_Value2 = p_Value; 
     t_Chi.m_Value3 = p_Value+1; 
     m_TempChiPAIVec.push_back(t_Chi); 
    } 
   } 
  } 
  if(m_TempChiPAIVec.size() > 0) 
  { 
   return true; 
  } 
 } 
 return false; 
} 
//吃牌 
bool CMJ::DoChiPai(int p_iIndex,int p_Type,int p_Value) 
{ 
 AddPai(p_Type,p_Value); 
 vector<stCHI>::iterator Iter; 
 int icount = 0; 
 for(Iter = m_TempChiPAIVec.begin(); Iter != m_TempChiPAIVec.end(); Iter++ ) 
 { 
  if(icount == p_iIndex) 
  { 
   DelPai((*Iter).m_Type,(*Iter).m_Value1); 
   DelPai((*Iter).m_Type,(*Iter).m_Value2); 
   DelPai((*Iter).m_Type,(*Iter).m_Value3); 
 
   m_ChiPAIVec[(*Iter).m_Type].push_back((*Iter).m_Value1); 
   m_ChiPAIVec[(*Iter).m_Type].push_back((*Iter).m_Value2); 
   m_ChiPAIVec[(*Iter).m_Type].push_back((*Iter).m_Value3); 
 
   return true; 
  } 
  icount++; 
 } 
 return false; 
} 
//对可吃的组合进行输出 
void CMJ::PrintChiChosePai() 
{ 
 cout<<"================吃牌组合======================="<<endl; 
 vector<stCHI>::iterator Iter; 
 for(Iter = m_TempChiPAIVec.begin(); Iter != m_TempChiPAIVec.end();Iter++) 
 { 
  //万 
  if((*Iter).m_Type==2) 
  { 
   cout<<"["<<(*Iter).m_Value1<<"万"; 
   cout<<""<<(*Iter).m_Value2<<"万"; 
   cout<<""<<(*Iter).m_Value3<<"万]"; 
  } 
  //条 
  if((*Iter).m_Type==3) 
  { 
   cout<<"["<<(*Iter).m_Value1<<"条"; 
   cout<<""<<(*Iter).m_Value2<<"条"; 
   cout<<""<<(*Iter).m_Value3<<"条]"; 
  } 
  //饼 
  if((*Iter).m_Type==4) 
  { 
   cout<<"["<<(*Iter).m_Value1<<"饼"; 
   cout<<""<<(*Iter).m_Value2<<"饼"; 
   cout<<""<<(*Iter).m_Value3<<"饼]"; 
  } 
 } 
 cout<<endl<<"========================================="<<endl; 
} 
//对可碰的组合进行输出 
void CMJ::PrintPengChosePai() 
{ 
 cout<<"=====================碰牌=================="<<endl; 
 vector<stPAI>::iterator Iter; 
 for(Iter = m_TempPengPAIVec.begin(); Iter != m_TempPengPAIVec.end();Iter++) 
 { 
  //万 
  if((*Iter).m_Type==2) 
  { 
   cout<<"["<<(*Iter).m_Value<<"万"; 
   cout<<""<<(*Iter).m_Value<<"万"; 
   cout<<""<<(*Iter).m_Value<<"万]"; 
  } 
  //条 
  if((*Iter).m_Type==3) 
  { 
   cout<<"["<<(*Iter).m_Value<<"条"; 
   cout<<""<<(*Iter).m_Value<<"条"; 
   cout<<""<<(*Iter).m_Value<<"条]"; 
  } 
  //饼 
  if((*Iter).m_Type==4) 
  { 
   cout<<"["<<(*Iter).m_Value<<"饼"; 
   cout<<""<<(*Iter).m_Value<<"饼"; 
   cout<<""<<(*Iter).m_Value<<"饼]"; 
  } 
 } 
 cout<<endl<<"========================================="<<endl; 
} 
//对可杠的组合进行输出 
void CMJ::PrintGangChosePai() 
{ 
 cout<<"====================杠牌==================="<<endl; 
 vector<stPAI>::iterator Iter; 
 for(Iter = m_TempGangPAIVec.begin(); Iter != m_TempGangPAIVec.end();Iter++) 
 { 
  //万 
  if((*Iter).m_Type==2) 
  { 
   cout<<"["<<(*Iter).m_Value<<"万"; 
   cout<<""<<(*Iter).m_Value<<"万"; 
   cout<<""<<(*Iter).m_Value<<"万"; 
   cout<<""<<(*Iter).m_Value<<"万]"; 
  } 
  //条 
  if((*Iter).m_Type==3) 
  { 
   cout<<"["<<(*Iter).m_Value<<"条"; 
   cout<<""<<(*Iter).m_Value<<"条"; 
   cout<<""<<(*Iter).m_Value<<"条"; 
   cout<<""<<(*Iter).m_Value<<"条]"; 
  } 
  //饼 
  if((*Iter).m_Type==4) 
  { 
   cout<<"["<<(*Iter).m_Value<<"饼"; 
   cout<<""<<(*Iter).m_Value<<"饼"; 
   cout<<""<<(*Iter).m_Value<<"饼"; 
   cout<<""<<(*Iter).m_Value<<"饼]"; 
  } 
 } 
 cout<<endl<<"========================================="<<endl; 
} 
//取得吃牌组合数 
UINT CMJ::GetChiChoseNum() 
{ 
 return m_TempChiPAIVec.size(); 
} 
//碰牌 
bool CMJ::CheckPengPai(int p_Type,int p_Value) 
{ 
 m_TempPengPAIVec.clear(); 
 //饼 
 if(m_MyPAIVec[p_Type].empty()==false) 
 { 
  int iSize = m_MyPAIVec[p_Type].size(); 
  if( iSize >= 2) 
  { 
   for(UINT i = 0 ; i < iSize-1 ; i++ ) 
   { 
    if((m_MyPAIVec[p_Type][i]==p_Value)&&(m_MyPAIVec[p_Type][i+1]==p_Value)) 
    { 
     stPAI t_Peng; 
     t_Peng.m_Type = p_Type; 
     t_Peng.m_Value = p_Value; 
     m_TempPengPAIVec.push_back(t_Peng); 
     break; 
    } 
   } 
  } 
  if(m_TempPengPAIVec.size() > 0) 
  { 
   return true; 
  } 
 } 
 return false; 
} 
//碰牌 
bool CMJ::DoPengPai(int p_Type,int p_Value) 
{ 
 AddPai(p_Type,p_Value); 
 vector<stPAI>::iterator Iter; 
 for(Iter = m_TempPengPAIVec.begin(); Iter != m_TempPengPAIVec.end(); Iter++ ) 
 { 
  DelPai((*Iter).m_Type,(*Iter).m_Value); 
  DelPai((*Iter).m_Type,(*Iter).m_Value); 
  DelPai((*Iter).m_Type,(*Iter).m_Value); 
 
  m_PengPAIVec[(*Iter).m_Type].push_back((*Iter).m_Value); 
  m_PengPAIVec[(*Iter).m_Type].push_back((*Iter).m_Value); 
  m_PengPAIVec[(*Iter).m_Type].push_back((*Iter).m_Value); 
  return true; 
 } 
 return false; 
} 
//杠牌 
bool CMJ::CheckGangPai(int p_Type,int p_Value) 
{  
 m_TempGangPAIVec.clear(); 
 //饼 
 if(m_MyPAIVec[p_Type].empty()==false) 
 { 
  int iSize = m_MyPAIVec[p_Type].size(); 
  if( iSize >= 3) 
  { 
   for(UINT i = 0 ; i < iSize-2 ; i++ ) 
   { 
    if((m_MyPAIVec[p_Type][i]==p_Value)&&(m_MyPAIVec[p_Type][i+1]==p_Value)&&(m_MyPAIVec[p_Type][i+2]==p_Value)) 
    { 
     stPAI t_Gang; 
     t_Gang.m_Type = p_Type; 
     t_Gang.m_Value = p_Value; 
     m_TempGangPAIVec.push_back(t_Gang); 
     break; 
    } 
   } 
  } 
  if(m_TempGangPAIVec.size() > 0) 
  { 
   return true; 
  } 
 } 
 return false; 
} 
//杠牌 
bool CMJ::DoGangPai(int p_Type,int p_Value) 
{ 
 AddPai(p_Type,p_Value); 
 vector<stPAI>::iterator Iter; 
 for(Iter = m_TempGangPAIVec.begin(); Iter != m_TempGangPAIVec.end(); Iter++ ) 
 { 
  DelPai((*Iter).m_Type,(*Iter).m_Value); 
  DelPai((*Iter).m_Type,(*Iter).m_Value); 
  DelPai((*Iter).m_Type,(*Iter).m_Value); 
  DelPai((*Iter).m_Type,(*Iter).m_Value); 
 
  //排序放入 
  if(m_GangPAIVec[(*Iter).m_Type].empty()) 
  { 
   m_GangPAIVec[(*Iter).m_Type].push_back((*Iter).m_Value); 
   m_GangPAIVec[(*Iter).m_Type].push_back((*Iter).m_Value); 
   m_GangPAIVec[(*Iter).m_Type].push_back((*Iter).m_Value); 
   m_GangPAIVec[(*Iter).m_Type].push_back((*Iter).m_Value); 
  } 
  else 
  { 
    vector<int>::iterator Iter2; 
    for(Iter2 = m_GangPAIVec[(*Iter).m_Type].begin(); Iter2 != m_GangPAIVec[(*Iter).m_Type].end(); Iter2++ ) 
    { 
     if((*Iter2)>(*Iter).m_Value) 
     { 
      m_GangPAIVec[(*Iter).m_Type].insert(Iter2,(*Iter).m_Value); 
      m_GangPAIVec[(*Iter).m_Type].insert(Iter2,(*Iter).m_Value); 
      m_GangPAIVec[(*Iter).m_Type].insert(Iter2,(*Iter).m_Value); 
      m_GangPAIVec[(*Iter).m_Type].insert(Iter2,(*Iter).m_Value); 
      break; 
     } 
    } 
  } 
  return true; 
 } 
 return false; 
} 
//检测是否胡牌 
bool CMJ::CheckAllPai(bool GetOrPut) 
{ 
 if(GetOrPut == MJPAI_GETPAI) 
 { 
  //检查大四喜 
  if(CheckD4X_HU()) 
  { 
   strcpy(m_GoodInfo.m_GoodName,"大四喜"); 
   m_GoodInfo.m_GoodValue = 88; 
   return true; 
  } 
  //检查大三元 
  if(CheckD3Y_HU()) 
  { 
   strcpy(m_GoodInfo.m_GoodName,"大三元"); 
   m_GoodInfo.m_GoodValue = 88; 
   return true; 
  } 
  //检查绿一色 
  if(CheckL1S_HU()) 
  { 
   strcpy(m_GoodInfo.m_GoodName,"绿一色"); 
   m_GoodInfo.m_GoodValue = 88; 
   return true; 
  } 
  //检查九莲宝灯 
  if(Check9LBD_HU()) 
  { 
   strcpy(m_GoodInfo.m_GoodName,"九莲宝灯"); 
   m_GoodInfo.m_GoodValue = 88; 
   return true; 
  } 
  //检查四杠 
  if(Check4Gang_HU()) 
  { 
   strcpy(m_GoodInfo.m_GoodName,"四杠"); 
   m_GoodInfo.m_GoodValue = 88; 
   return true; 
  } 
  //检查连七对 
  if(CheckL7D_HU()) 
  { 
   strcpy(m_GoodInfo.m_GoodName,"连七对"); 
   m_GoodInfo.m_GoodValue = 88; 
   return true; 
  } 
  //检查十三幺 
  if(Chekc13Y_HU()) 
  { 
   strcpy(m_GoodInfo.m_GoodName,"十三幺"); 
   m_GoodInfo.m_GoodValue = 88; 
   return true; 
  } 
  //检查清幺九 
  if(CheckQY9_HU()) 
  { 
   strcpy(m_GoodInfo.m_GoodName,"清幺九"); 
   m_GoodInfo.m_GoodValue = 64; 
   return true; 
  } 
  //检查小四喜 
  if(CheckX4X_HU()) 
  { 
   strcpy(m_GoodInfo.m_GoodName,"小四喜"); 
   m_GoodInfo.m_GoodValue = 64; 
   return true; 
  } 
  //检查小三元 
  if(CheckX3Y_HU()) 
  { 
   strcpy(m_GoodInfo.m_GoodName,"小三元"); 
   m_GoodInfo.m_GoodValue = 64; 
   return true; 
  } 
  //检测是否四暗刻 
  if(Check4AK_HU()) 
  { 
   strcpy(m_GoodInfo.m_GoodName,"四暗刻"); 
   m_GoodInfo.m_GoodValue = 64; 
   return true; 
  } 
  //检测是否一色双龙会 
  if(Check1S2LH_HU()) 
  { 
   strcpy(m_GoodInfo.m_GoodName,"一色双龙会"); 
   m_GoodInfo.m_GoodValue = 64; 
   return true; 
  } 
  //检测是否一色四同顺 
  if(Check1S4TS_HU()) 
  { 
   strcpy(m_GoodInfo.m_GoodName,"一色四同顺"); 
   m_GoodInfo.m_GoodValue = 48; 
   return true; 
  } 
  //检测是否一色四节高 
  if(Check1S4JG_HU()) 
  { 
   strcpy(m_GoodInfo.m_GoodName,"一色四节高"); 
   m_GoodInfo.m_GoodValue = 48; 
   return true; 
  } 
  //检测是否一色四步高 
  if(Check1S4BG_HU()) 
  { 
   strcpy(m_GoodInfo.m_GoodName,"一色四步高"); 
   m_GoodInfo.m_GoodValue = 32; 
   return true; 
  } 
  //检测是否三杠 
  if(Check3Gang_HU()) 
  { 
   strcpy(m_GoodInfo.m_GoodName,"三杠"); 
   m_GoodInfo.m_GoodValue = 32; 
   return true; 
  } 
   
  //检测是否七对 
  if(Check7D_HU()) 
  { 
   strcpy(m_GoodInfo.m_GoodName,"七对"); 
   m_GoodInfo.m_GoodValue = 24; 
   return true; 
  } 
  //检测是否七星不靠 
  if(Check7XBK_HU()) 
  { 
   strcpy(m_GoodInfo.m_GoodName,"七星不靠"); 
   m_GoodInfo.m_GoodValue = 24; 
   return true; 
  } 
  //检测是否全双刻 
  if(CheckQSK_HU()) 
  { 
   strcpy(m_GoodInfo.m_GoodName,"全双刻"); 
   m_GoodInfo.m_GoodValue = 24; 
   return true; 
  } 
  //检测是否清一色 
  if(CheckQ1S_HU()) 
  { 
   strcpy(m_GoodInfo.m_GoodName,"清一色"); 
   m_GoodInfo.m_GoodValue = 24; 
   return true; 
  } 
  //检测是否一色三同顺 
  if(Check1S3TS_HU()) 
  { 
   strcpy(m_GoodInfo.m_GoodName,"一色三同顺"); 
   m_GoodInfo.m_GoodValue = 24; 
   return true; 
  } 
  //检测是否一色三节高 
  if(Check1S3JG_HU()) 
  { 
   strcpy(m_GoodInfo.m_GoodName,"一色三节高"); 
   m_GoodInfo.m_GoodValue = 24; 
   return true; 
  } 
  //检测是否全大 
  if(CheckQD_HU()) 
  { 
   strcpy(m_GoodInfo.m_GoodName,"全大"); 
   m_GoodInfo.m_GoodValue = 24; 
   return true; 
  } 
  //检测是否全中 
  if(CheckQZ_HU()) 
  { 
   strcpy(m_GoodInfo.m_GoodName,"全中"); 
   m_GoodInfo.m_GoodValue = 24; 
   return true; 
  } 
  //检测是否全小 
  if(CheckQX_HU()) 
  { 
   strcpy(m_GoodInfo.m_GoodName,"全小"); 
   m_GoodInfo.m_GoodValue = 24; 
   return true; 
  } 
  //检测是否青龙 
  if(CheckQL_HU()) 
  { 
   strcpy(m_GoodInfo.m_GoodName,"青龙"); 
   m_GoodInfo.m_GoodValue = 16; 
   return true; 
  } 
  //检测是否三色双龙会 
  if(Check3S2LH_HU()) 
  { 
   strcpy(m_GoodInfo.m_GoodName,"三色双龙会"); 
   m_GoodInfo.m_GoodValue = 16; 
   return true; 
  } 
  //检测是否一色三步高 
  if(Check1S3BG_HU()) 
  { 
   strcpy(m_GoodInfo.m_GoodName,"一色三步高"); 
   m_GoodInfo.m_GoodValue = 16; 
   return true; 
  } 
  
  //检测是否单调将 
  if(CheckDDJ_HU()) 
  { 
   strcpy(m_GoodInfo.m_GoodName,"单调将"); 
   m_GoodInfo.m_GoodValue = 1; 
   return true; 
  } 
 
  //检测是否平胡 
  if(CheckHU()) 
  { 
   strcpy(m_GoodInfo.m_GoodName,"平胡"); 
   m_GoodInfo.m_GoodValue = 1; 
   return true; 
  } 
 
 }   
 else 
 { 
  //判断是否听连宝灯 
  m_9LBD = Check9LBD_TING(); 
  if(m_9LBD)return true; 
  //判断是否听幺 
  m_13Y = Check13Y_TING(); 
  if(m_13Y)return true; 
  //判断是否四暗刻 
  m_4AK = Check4AK_TING(); 
  if(m_4AK)return true; 
  //检测是否听头 
  return CheckTING(); 
 } 
 return false; 
} 
 
//检测是否胡牌（张） 
inline bool CMJ::CheckAAPai(int iValue1,int iValue2) 
{ 
 if(iValue1 == iValue2)return true; 
 return false; 
} 
 
//检测是否三连张 
inline bool CMJ::CheckABCPai(int iValue1,int iValue2,int iValue3) 
{ 
 if(iValue1 == (iValue2-1)&&iValue2 == (iValue3-1))return true; 
 return false; 
} 
 
//检测是否三重张 
inline bool CMJ::CheckAAAPai(int iValue1,int iValue2,int iValue3) 
{ 
 if(iValue1 == iValue2&&iValue2 == iValue3)return true; 
 return false; 
} 
 
//检测是否四重张 
inline bool CMJ::CheckAAAAPai(int iValue1,int iValue2,int iValue3,int iValue4) 
{ 
 if(iValue1 == iValue2&&iValue2 == iValue3&&iValue3 == iValue4)return true; 
 return false; 
} 
//检测是否三连对 
inline bool CMJ::CheckAABBCCPai(int iValue1,int iValue2,int iValue3,int iValue4,int iValue5,int iValue6) 
{ 
 if(iValue1 == iValue2&&iValue3 == iValue4&&iValue5 == iValue6) 
 { 
  if((iValue1 == iValue3-1)&&(iValue3 == iValue5-1)) 
  { 
   return true; 
  } 
 } 
 return false;  
} 
//检测是否三连高压 
inline bool CMJ::CheckAAABBBCCCPai(int iValue1,int iValue2,int iValue3,int iValue4,int iValue5,int iValue6,int iValue7,int iValue8,int iValue9) 
{ 
 if((iValue1 == iValue2&&iValue2 == iValue3)&&(iValue4 == iValue5&&iValue5 == iValue6)&&(iValue7 == iValue8&&iValue8 == iValue9)) 
 { 
  if((iValue1 == iValue4-1)&&(iValue4 == iValue7-1)) 
  { 
   return true; 
  } 
 } 
 return false; 
} 
//检测是否三连刻 
inline bool CMJ::CheckAAAABBBBCCCCPai(int iValue1,int iValue2,int iValue3,int iValue4,int iValue5,int iValue6,int iValue7,int iValue8,int iValue9,int iValue10,int iValue11,int iValue12) 
{ 
 if((iValue1 == iValue2&&iValue2 == iValue3&&iValue3 == iValue4)&&(iValue5 == iValue6&&iValue6 == iValue7&&iValue7 == iValue8)&&(iValue9 == iValue10&&iValue10 == iValue11&&iValue11 == iValue12)) 
 { 
  if((iValue1 == iValue5-1)&&(iValue5 == iValue9-1)) 
  { 
   return true; 
  } 
 } 
 return false; 
} 
//检测是否六连对 
inline bool CMJ::CheckAABBCCDDEEFFPai(int iValue1,int iValue2,int iValue3,int iValue4,int iValue5,int iValue6,int iValue7,int iValue8,int iValue9,int iValue10,int iValue11,int iValue12) 
{ 
 if(iValue1 == iValue2&&iValue3 == iValue4&&iValue5 == iValue6&&iValue7 == iValue8&&iValue9 == iValue10&&iValue11 == iValue12) 
 { 
  if((iValue1 == iValue3-1)&&(iValue3 == iValue5-1)&&(iValue5 == iValue7-1)&&(iValue7 == iValue9-1)&&(iValue9 == iValue11-1)) 
  { 
   return true; 
  } 
 } 
 return false; 
} 
 
//检测是否胡牌（张） 
bool CMJ::Check5Pai(int iValue1,int iValue2,int iValue3,int iValue4,int iValue5) 
{ 
 //如果是左边两个为将，右边为三重张或三连张 
 if(CheckAAPai(iValue1,iValue2)) 
 { 
  if(Check3Pai(iValue3,iValue4,iValue5))return true; 
 
 } 
 //如果中间两个为将 
 if(CheckAAAPai(iValue2,iValue3,iValue4)) 
 { 
  if(CheckABCPai(iValue1,iValue4,iValue5))return true; 
 } 
 //如果是左边两个为将，右边为三重张或三连张 
 if(CheckAAPai(iValue4,iValue5)) 
 { 
  if(Check3Pai(iValue1,iValue2,iValue3))return true; 
 } 
 
 return false; 
} 
//检测是否胡牌（张） 
bool CMJ::Check8Pai(int iValue1,int iValue2,int iValue3,int iValue4,int iValue5,int iValue6,int iValue7,int iValue8) 
{ 
 //如果是左边两个为将，右边为三重张或三连张 
 if(CheckAAPai(iValue1,iValue2)) 
 { 
  return Check6Pai(iValue3,iValue4,iValue5,iValue6,iValue7,iValue8); 
 } 
 
 //如果是中间两个为将，左右边为三重张或三连张 
 if(CheckAAPai(iValue4,iValue5)) 
 { 
  if(Check3Pai(iValue1,iValue2,iValue3)&&Check3Pai(iValue6,iValue7,iValue8))return true; 
 } 
 
 //如果是右边两个为将，左边为三重张或三连张 
 if(CheckAAPai(iValue7,iValue8)) 
 { 
  return Check6Pai(iValue1,iValue2,iValue3,iValue4,iValue5,iValue6); 
 } 
 
 return false; 
} 
//检测是否胡牌（张） 
bool CMJ::Check11Pai(int iValue1,int iValue2,int iValue3,int iValue4,int iValue5,int iValue6,int iValue7,int iValue8,int iValue9,int iValue10,int iValue11) 
{ 
 //如果是左边两个为将 
 if(CheckAAPai(iValue1,iValue2)) 
 { 
  return Check9Pai(iValue3,iValue4,iValue5,iValue6,iValue7,iValue8,iValue9,iValue10,iValue11);  
 } 
 
 //如果是中间两个为将 
 if(CheckAAPai(iValue4,iValue5)) 
 { 
  //无AAA，全ABC 
  if(Check3Pai(iValue1,iValue2,iValue3)&&Check6Pai(iValue4,iValue5,iValue6,iValue7,iValue8,iValue9))return true; 
 } 
 
 //如果是右边两个为将 
 if(CheckAAPai(iValue7,iValue8)) 
 { 
  //无AAA，全ABC 
  if(Check3Pai(iValue9,iValue10,iValue11)&&Check6Pai(iValue1,iValue2,iValue3,iValue4,iValue5,iValue6))return true; 
 } 
 
 //如果是右边两个为将 
 if(CheckAAPai(iValue10,iValue11)) 
 { 
  return Check9Pai(iValue1,iValue2,iValue3,iValue4,iValue5,iValue6,iValue7,iValue8,iValue9); 
 } 
 return false; 
} 
//检测是否胡牌（张） 
bool CMJ::Check14Pai(int iValue1,int iValue2,int iValue3,int iValue4,int iValue5,int iValue6,int iValue7,int iValue8,int iValue9,int iValue10,int iValue11,int iValue12,int iValue13,int iValue14) 
{ 
 //如果是左边两个为将，右边为三重张或三连张 
 if(CheckAAPai(iValue1,iValue2)) 
 { 
  //无AAA，全ABC 
  if(Check12Pai(iValue3,iValue4,iValue5,iValue6,iValue7,iValue8,iValue9,iValue10,iValue11,iValue12,iValue13,iValue14))return true; 
  return false; 
 } 
 
 //如果是中间两个为将，左右边为三重张或三连张 
 if(CheckAAPai(iValue4,iValue5)) 
 { 
  //无AAA，全ABC 
  if(Check3Pai(iValue1,iValue2,iValue3)&&Check9Pai(iValue6,iValue7,iValue8,iValue9,iValue10,iValue11,iValue12,iValue13,iValue14))return true; 
  return false; 
 } 
 
 //如果是中间两个为将，左右边为三重张或三连张 
 if(CheckAAPai(iValue7,iValue8)) 
 { 
  //无AAA，全ABC 
  if(Check6Pai(iValue1,iValue2,iValue3,iValue4,iValue5,iValue6)&&Check6Pai(iValue9,iValue10,iValue11,iValue12,iValue13,iValue14))return true; 
  return false; 
 } 
 
 //如果是中间两个为将，左右边为三重张或三连张 
 if(CheckAAPai(iValue10,iValue11)) 
 { 
  //无AAA，全ABC 
  if(Check3Pai(iValue12,iValue13,iValue14)&&Check9Pai(iValue1,iValue2,iValue3,iValue4,iValue5,iValue6,iValue7,iValue8,iValue9))return true; 
  return false; 
 } 
 
 //如果是右边两个为将，左右边为三重张或三连张 
 if(CheckAAPai(iValue13,iValue14)) 
 { 
  //无AAA，全ABC 
  if(Check12Pai(iValue1,iValue2,iValue3,iValue4,iValue5,iValue6,iValue7,iValue8,iValue9,iValue10,iValue11,iValue12))return true; 
 } 
 return false; 
} 
//检测是否胡牌（张） 
bool CMJ::Check3Pai(int iValue1,int iValue2,int iValue3) 
{ 
 if(CheckABCPai(iValue1,iValue2,iValue3))return true; 
 if(CheckAAAPai(iValue1,iValue2,iValue3))return true; 
 return false; 
} 
//检测是否胡牌（张） 
bool CMJ::Check6Pai(int iValue1,int iValue2,int iValue3,int iValue4,int iValue5,int iValue6) 
{ 
 if(Check3Pai(iValue1,iValue2,iValue3)&&Check3Pai(iValue4,iValue5,iValue6))return true; 
 if(Check3Pai(iValue1,iValue2,iValue3)&&Check3Pai(iValue4,iValue5,iValue6))return true; 
 //三连对 
 if(CheckAABBCCPai(iValue1,iValue2,iValue3,iValue4,iValue5,iValue6))return true; 
 //第一张牌四连张 
 if(CheckAAAAPai(iValue2,iValue3,iValue4,iValue5)) 
 { 
  if(CheckABCPai(iValue1,iValue2,iValue6))return true; 
 } 
 return false; 
} 
 
//检测是否胡牌（张） 
bool CMJ::Check9Pai(int iValue1,int iValue2,int iValue3,int iValue4,int iValue5,int iValue6,int iValue7,int iValue8,int iValue9) 
{ 
 if(CheckABCPai(iValue1,iValue2,iValue3)&&Check6Pai(iValue4,iValue5,iValue6,iValue7,iValue8,iValue9))return true; 
 if(CheckAAAPai(iValue1,iValue2,iValue3)&&Check6Pai(iValue4,iValue5,iValue6,iValue7,iValue8,iValue9))return true; 
 if(CheckABCPai(iValue7,iValue8,iValue9)&&Check6Pai(iValue1,iValue2,iValue3,iValue4,iValue5,iValue6))return true; 
 if(CheckAAAPai(iValue7,iValue8,iValue9)&&Check6Pai(iValue1,iValue2,iValue3,iValue4,iValue5,iValue6))return true; 
 
 return false; 
} 
 
//检测是否胡牌（张） 
bool CMJ::Check12Pai(int iValue1,int iValue2,int iValue3,int iValue4,int iValue5,int iValue6,int iValue7,int iValue8,int iValue9,int iValue10,int iValue11,int iValue12) 
{ 
 if(CheckABCPai(iValue1,iValue2,iValue3)&&Check9Pai(iValue4,iValue5,iValue6,iValue7,iValue8,iValue9,iValue10,iValue11,iValue12))return true; 
 if(CheckAAAPai(iValue1,iValue2,iValue3)&&Check9Pai(iValue4,iValue5,iValue6,iValue7,iValue8,iValue9,iValue10,iValue11,iValue12))return true; 
 if(CheckABCPai(iValue10,iValue11,iValue12)&&Check9Pai(iValue1,iValue2,iValue3,iValue4,iValue5,iValue6,iValue7,iValue8,iValue9))return true; 
 if(CheckAAAPai(iValue10,iValue11,iValue12)&&Check9Pai(iValue1,iValue2,iValue3,iValue4,iValue5,iValue6,iValue7,iValue8,iValue9))return true; 
 if(Check6Pai(iValue1,iValue2,iValue3,iValue4,iValue5,iValue6)&&Check6Pai(iValue7,iValue8,iValue9,iValue10,iValue11,iValue12))return true; 
 
 return false; 
} 
//检测是否是大四喜 
bool CMJ::CheckD4X_HU() 
{ 
 //东西南北四杠 
 if(m_GangPAIVec[1].size()==16) 
 { 
  //将牌 
  for(int i = 0 ; i < 6 ; i++ ) 
  { 
   if(m_MyPAIVec[i].size()==2) 
   { 
    //如果是将 
    if(m_MyPAIVec[i][0] == m_MyPAIVec[i][1]) 
    { 
     return true; 
    } 
   } 
  } 
 } 
 return false; 
 
} 
  
//检则是否是大三元 
bool CMJ::CheckD3Y_HU() 
{ 
 //中发白三杠 
 if(m_GangPAIVec[0].size()==12) 
 { 
  //将牌 
  for(int i = 0 ; i < 6 ; i++ ) 
  { 
   if(m_MyPAIVec[i].size()==2) 
   { 
    //如果是将 
    if(m_MyPAIVec[i][0] == m_MyPAIVec[i][1]) 
    { 
     return true; 
    } 
   } 
  } 
 } 
 return false; 
} 
 
//检测是否绿一色 
bool CMJ::CheckL1S_HU() 
{ 
 //只准有发财和条 
 if(m_MyPAIVec[1].size()>0)return false; 
 if(m_MyPAIVec[2].size()>0)return false; 
 if(m_MyPAIVec[4].size()>0)return false; 
 if(m_MyPAIVec[5].size()>0)return false; 
 if(m_ChiPAIVec[1].size()>0)return false; 
 if(m_ChiPAIVec[2].size()>0)return false; 
 if(m_ChiPAIVec[4].size()>0)return false; 
 if(m_ChiPAIVec[5].size()>0)return false; 
 if(m_PengPAIVec[1].size()>0)return false; 
 if(m_PengPAIVec[2].size()>0)return false; 
 if(m_PengPAIVec[4].size()>0)return false; 
 if(m_PengPAIVec[5].size()>0)return false; 
 if(m_GangPAIVec[1].size()>0)return false; 
 if(m_GangPAIVec[2].size()>0)return false; 
 if(m_GangPAIVec[4].size()>0)return false; 
 if(m_GangPAIVec[5].size()>0)return false; 
 //对发财 
 if(m_MyPAIVec[0].size() ==2) 
 { 
  if(m_MyPAIVec[0][0]==2&&m_MyPAIVec[0][1]==2) 
  { 
   for(int i = 1 ;i < 6 ; i++) 
   { 
    if(i==3)continue; 
    if(m_MyPAIVec[i].size()>0)return false; 
    if(m_ChiPAIVec[i].size()>0)return false; 
    if(m_PengPAIVec[i].size()>0)return false; 
    if(m_GangPAIVec[i].size()>0)return false; 
   } 
   //吃 
   int iSize = m_ChiPAIVec[3].size(); 
   if(iSize>0) 
   { 
    vector< int >::iterator Iter; 
    for(Iter = m_ChiPAIVec[3].begin();Iter != m_ChiPAIVec[3].end();Iter++ ) 
    { 
     if((*Iter)==1)return false; 
     if((*Iter)==5)return false; 
     if((*Iter)==7)return false; 
     if((*Iter)==9)return false; 
    } 
   } 
   //碰 
   iSize = m_PengPAIVec[3].size(); 
   if(iSize>0) 
   { 
    vector< int >::iterator Iter; 
    for(Iter = m_PengPAIVec[3].begin();Iter != m_PengPAIVec[3].end();Iter++ ) 
    { 
     if((*Iter)==1)return false; 
     if((*Iter)==5)return false; 
     if((*Iter)==7)return false; 
     if((*Iter)==9)return false; 
    } 
   } 
   //杠 
   iSize = m_GangPAIVec[3].size(); 
   if(iSize>0) 
   { 
    vector< int >::iterator Iter; 
    for(Iter = m_GangPAIVec[3].begin();Iter != m_GangPAIVec[3].end();Iter++ ) 
    { 
     if((*Iter)==1)return false; 
     if((*Iter)==5)return false; 
     if((*Iter)==7)return false; 
     if((*Iter)==9)return false; 
    } 
   } 
   //起 
   iSize = m_MyPAIVec[3].size(); 
   if(iSize>0) 
   { 
    vector< int >::iterator Iter; 
    for(Iter = m_MyPAIVec[3].begin();Iter != m_MyPAIVec[3].end();Iter++ ) 
    { 
     if((*Iter)==1)return false; 
     if((*Iter)==5)return false; 
     if((*Iter)==7)return false; 
     if((*Iter)==9)return false; 
    } 
 
   } 
  } 
 } 
 else 
 { 
  return false; 
 } 
 //如果有三张 
 if(m_MyPAIVec[3].size() == 3) 
 { 
  if(Check3Pai(m_MyPAIVec[3][0],m_MyPAIVec[3][1],m_MyPAIVec[3][2]))return true; 
 } 
 //如果有六张 
 if(m_MyPAIVec[3].size() == 6) 
 { 
  if(Check6Pai(m_MyPAIVec[3][0],m_MyPAIVec[3][1],m_MyPAIVec[3][2],m_MyPAIVec[3][3],m_MyPAIVec[3][4],m_MyPAIVec[3][5]))return true; 
 } 
 //九张 
 if(m_MyPAIVec[3].size() == 9) 
 { 
  if(Check9Pai(m_MyPAIVec[3][0],m_MyPAIVec[3][1],m_MyPAIVec[3][2],m_MyPAIVec[3][3],m_MyPAIVec[3][4],m_MyPAIVec[3][5],m_MyPAIVec[3][6],m_MyPAIVec[3][7],m_MyPAIVec[3][8]))return true; 
 } 
 //十二张 
 if(m_MyPAIVec[3].size() == 12) 
 { 
  if(Check12Pai(m_MyPAIVec[3][0],m_MyPAIVec[3][1],m_MyPAIVec[3][2],m_MyPAIVec[3][3],m_MyPAIVec[3][4],m_MyPAIVec[3][5],m_MyPAIVec[3][6],m_MyPAIVec[3][7],m_MyPAIVec[3][8],m_MyPAIVec[3][9],m_MyPAIVec[3][10],m_MyPAIVec[3][11]))return true; 
 } 
 return false; 
} 
 
//检测是否九莲宝灯（胡） 
bool CMJ::Check9LBD_HU() 
{ 
 if(m_9LBD)//如果已经成九连宝灯牌型 
 { 
  if(m_MyPAIVec[2].size()==14)return true; 
  if(m_MyPAIVec[3].size()==14)return true; 
  if(m_MyPAIVec[4].size()==14)return true; 
 } 
 return false; 
} 
//检测是否九莲宝灯牌型（听） 
bool CMJ::Check9LBD_TING() 
{ 
 for(UINT i = 2 ; i < 5 ; i++ ) 
 { 
  if(m_MyPAIVec[i].size()==13) 
  { 
   if(m_MyPAIVec[i][0]==1&&m_MyPAIVec[i][1]==1&&m_MyPAIVec[i][2]==1) 
   { 
    if(m_MyPAIVec[i][3]==2&&m_MyPAIVec[i][4]==3&&m_MyPAIVec[i][5]==4&&m_MyPAIVec[i][6]==5&&m_MyPAIVec[i][7]==6&&m_MyPAIVec[i][8]==7&&m_MyPAIVec[i][9]==8) 
    { 
     if(m_MyPAIVec[i][10]==9&&m_MyPAIVec[i][11]==9&&m_MyPAIVec[i][12]==9) 
     { 
      return true; 
     } 
    } 
   } 
  } 
 } 
 
 return false; 
} 
//检测是否是四杠 
bool CMJ::Check4Gang_HU() 
{ 
 int iSize = 0; 
 for(UINT i = 0 ; i < 6 ; i++ ) 
 { 
  iSize = m_GangPAIVec[i].size(); 
 } 
 
 if(iSize == 16) 
 { 
  //将牌 
  for(int i = 0 ; i < 6 ; i++ ) 
  { 
   //如果是将 
   if(CheckAAPai(m_MyPAIVec[i][0],m_MyPAIVec[i][1])) 
   { 
    return true; 
   } 
  } 
   
 } 
 return false; 
} 
 
//检测是否连七对 
bool CMJ::CheckL7D_HU() 
{  
 for(UINT i = 2 ; i < 5 ; i++ ) 
 { 
  if(m_MyPAIVec[i].size()==14) 
  { 
   if(m_MyPAIVec[i][0]==1&&m_MyPAIVec[i][1]==1&&m_MyPAIVec[i][2]==2&&m_MyPAIVec[i][3]==2&&m_MyPAIVec[i][4]==3&&m_MyPAIVec[i][5]==3&&m_MyPAIVec[i][6]==4&&m_MyPAIVec[i][7]==4&&m_MyPAIVec[i][8]==5&&m_MyPAIVec[i][9]==5&&m_MyPAIVec[i][10]==6&&m_MyPAIVec[i][11]==6&&m_MyPAIVec[i][12]==7&&m_MyPAIVec[i][13]==7) 
   { 
    return true; 
   } 
   if(m_MyPAIVec[i][0]==2&&m_MyPAIVec[i][1]==2&&m_MyPAIVec[i][2]==3&&m_MyPAIVec[i][3]==3&&m_MyPAIVec[i][4]==4&&m_MyPAIVec[i][5]==4&&m_MyPAIVec[i][6]==5&&m_MyPAIVec[i][7]==5&&m_MyPAIVec[i][8]==6&&m_MyPAIVec[i][9]==6&&m_MyPAIVec[i][10]==7&&m_MyPAIVec[i][11]==7&&m_MyPAIVec[i][12]==8&&m_MyPAIVec[i][13]==8) 
   { 
    return true; 
   } 
   if(m_MyPAIVec[i][0]==3&&m_MyPAIVec[i][1]==3&&m_MyPAIVec[i][2]==4&&m_MyPAIVec[i][3]==4&&m_MyPAIVec[i][4]==5&&m_MyPAIVec[i][5]==5&&m_MyPAIVec[i][6]==6&&m_MyPAIVec[i][7]==6&&m_MyPAIVec[i][8]==7&&m_MyPAIVec[i][9]==7&&m_MyPAIVec[i][10]==8&&m_MyPAIVec[i][11]==8&&m_MyPAIVec[i][12]==9&&m_MyPAIVec[i][13]==9) 
   { 
    return true; 
   } 
  } 
 } 
 
 return false; 
} 
 
//检测是否胡十三幺 
bool CMJ::Chekc13Y_HU() 
{ 
 if(m_13Y) 
 { 
  bool  i13YSize[13] ; 
  for(UINT i = 0 ; i < 13 ; i++ ) 
  { 
   i13YSize[i]=false; 
  } 
  //中发白 
  vector<int>::iterator Iter; 
  for(Iter = m_MyPAIVec[0].begin();Iter != m_MyPAIVec[0].end(); Iter++ ) 
  { 
   if((*Iter)==1) 
   { 
    i13YSize[0]=true; 
   } 
   if((*Iter)==2) 
   { 
    i13YSize[1]=true; 
   } 
   if((*Iter)==3) 
   { 
    i13YSize[2]=true; 
   } 
  } 
  //东南西北风 
  for(Iter = m_MyPAIVec[1].begin();Iter != m_MyPAIVec[1].end(); Iter++ ) 
  { 
   if((*Iter)==1) 
   { 
    i13YSize[3]=true; 
   } 
   if((*Iter)==2) 
   { 
    i13YSize[4]=true; 
   } 
   if((*Iter)==3) 
   { 
    i13YSize[5]=true; 
   } 
   if((*Iter)==4) 
   { 
    i13YSize[6]=true; 
   } 
  } 
  //一九万 
  for(Iter = m_MyPAIVec[2].begin();Iter != m_MyPAIVec[2].end(); Iter++ ) 
  { 
   if((*Iter)==1) 
   { 
    i13YSize[7]=true; 
   } 
   if((*Iter)==9) 
   { 
    i13YSize[8]=true; 
   } 
  } 
 
  //一九条 
  for(Iter = m_MyPAIVec[3].begin();Iter != m_MyPAIVec[3].end(); Iter++ ) 
  { 
   if((*Iter)==1) 
   { 
    i13YSize[9]=true; 
   } 
   if((*Iter)==9) 
   { 
    i13YSize[10]=true; 
   } 
  } 
 
  //一九饼 
  for(Iter = m_MyPAIVec[4].begin();Iter != m_MyPAIVec[4].end(); Iter++ ) 
  { 
   if((*Iter)==1) 
   { 
    i13YSize[11]=true; 
   } 
   if((*Iter)==9) 
   { 
    i13YSize[12]=true; 
   } 
  } 
  int icount = 0; 
  for(UINT i = 0 ; i < 13 ; i++ ) 
  { 
   if(i13YSize[i]==true) 
   { 
    icount++; 
   } 
  } 
  if(icount == 13)return true; 
 
 } 
 return false; 
} 
//检测是否清幺九 
bool CMJ::CheckQY9_HU() 
{  
 int iSize = 0; 
 int iCount = 0; 
 for(UINT i = 2 ; i < 5 ; i++ ) 
 { 
  iSize = m_GangPAIVec[i].size(); 
  iCount += iSize; 
  for(UINT j = 0 ; j < iSize ; j++ ) 
  { 
   if(m_GangPAIVec[i][j]!=1||m_GangPAIVec[i][j]!=9)return false; 
  } 
 } 
 
 if(iCount == 12) 
 { 
  if(m_MyPAIVec[2].size()==2) 
  { 
   if(m_MyPAIVec[2][0]==1&&m_MyPAIVec[2][1]==1)return true; 
   if(m_MyPAIVec[2][0]==9&&m_MyPAIVec[2][1]==9)return true; 
  } 
 
  if(m_MyPAIVec[3].size()==3) 
  { 
   if(m_MyPAIVec[3][0]==1&&m_MyPAIVec[3][1]==1)return true; 
   if(m_MyPAIVec[3][0]==9&&m_MyPAIVec[3][1]==9)return true; 
  } 
 
  if(m_MyPAIVec[4].size()==4) 
  { 
   if(m_MyPAIVec[4][0]==1&&m_MyPAIVec[4][1]==1)return true; 
   if(m_MyPAIVec[4][0]==9&&m_MyPAIVec[4][1]==9)return true; 
  } 
 } 
 
 return false; 
 
} 
//检测是否胡小四喜 
bool CMJ::CheckX4X_HU() 
{ 
 //东西南北四杠 
 if(m_GangPAIVec[1].size()==12) 
 { 
  //将牌的位置 
  int iJiangPos = -1; 
  //将牌 
  for(int i = 0 ; i < 6 ; i++ ) 
  { 
   if(m_MyPAIVec[i].size()==5) 
   { 
     
    if(Check5Pai(m_MyPAIVec[i][0],m_MyPAIVec[i][1],m_MyPAIVec[i][2],m_MyPAIVec[i][3],m_MyPAIVec[i][4])) 
    { 
     return true; 
    } 
   } 
   if(m_MyPAIVec[i].size()==2) 
   { 
    //如果是将 
    if(CheckAAPai(m_MyPAIVec[i][0],m_MyPAIVec[i][1])) 
    { 
     iJiangPos = i; 
     break; 
    } 
   } 
  } 
  // 
  if(iJiangPos>0) 
  { 
   for(int i = 0 ; i < 6 ; i++ ) 
   { 
    if(i!=iJiangPos) 
    { 
     if((m_MyPAIVec[i].size()==3)) 
     { 
      if(Check3Pai(m_MyPAIVec[i][0],m_MyPAIVec[i][1],m_MyPAIVec[i][2]))return true; 
     } 
    } 
   } 
  } 
 } 
 return false; 
} 
//检测是否胡小三元 
bool CMJ::CheckX3Y_HU() 
{ 
 //东西南北四杠 
 if(m_GangPAIVec[0].size()==8) 
 {  
  if(m_MyPAIVec[0].size()==5) 
  { 
   if(Check5Pai(m_MyPAIVec[0][0],m_MyPAIVec[0][1],m_MyPAIVec[0][2],m_MyPAIVec[0][3],m_MyPAIVec[0][4])) 
   { 
    return true; 
   } 
   else 
   { 
    return false; 
   } 
  } 
  else if(m_MyPAIVec[0].size()==2) 
  { 
   //如果是将 
   if(CheckAAPai(m_MyPAIVec[0][0],m_MyPAIVec[0][1])==false) 
   { 
    return false; 
   } 
  } 
  else 
  { 
   return false; 
  } 
  return CheckHU(); 
 
 } 
 return false; 
} 
//检测是否胡字一色 
bool CMJ::CheckZ1S_HU() 
{  
 //只准有字 
 if(m_MyPAIVec[2].size()>0)return false; 
 if(m_MyPAIVec[3].size()>0)return false; 
 if(m_MyPAIVec[4].size()>0)return false; 
 if(m_MyPAIVec[5].size()>0)return false; 
 if(m_ChiPAIVec[2].size()>0)return false; 
 if(m_ChiPAIVec[3].size()>0)return false; 
 if(m_ChiPAIVec[4].size()>0)return false; 
 if(m_ChiPAIVec[5].size()>0)return false; 
 if(m_PengPAIVec[2].size()>0)return false; 
 if(m_PengPAIVec[3].size()>0)return false; 
 if(m_PengPAIVec[4].size()>0)return false; 
 if(m_PengPAIVec[5].size()>0)return false; 
 if(m_GangPAIVec[2].size()>0)return false; 
 if(m_GangPAIVec[3].size()>0)return false; 
 if(m_GangPAIVec[4].size()>0)return false; 
 if(m_GangPAIVec[5].size()>0)return false; 
 int iSize = m_MyPAIVec[0].size(); 
 if(iSize > 0) 
 { 
  if(iSize == 2) 
  { 
   if(m_MyPAIVec[0][0]==m_MyPAIVec[0][1]) 
   { 
    iSize = m_MyPAIVec[1].size(); 
    if(iSize == 0)return true; 
    if(iSize == 3) 
    { 
     if(CheckAAAPai(m_MyPAIVec[1][0],m_MyPAIVec[1][1],m_MyPAIVec[1][2]))return true; 
    } 
   } 
  } 
 
 } 
 return false; 
} 
//检测是否四暗刻 
bool CMJ::Check4AK_HU() 
{ 
 if(m_4AK) 
 { 
  //将牌 
  for(int i = 0 ; i < 6 ; i++ ) 
  { 
   if(m_MyPAIVec[i].size()==2) 
   { 
    //如果是将 
    if(m_MyPAIVec[i][0] == m_MyPAIVec[i][1]) 
    { 
     return true; 
    } 
   } 
  } 
 } 
 return false; 
}  
//检测是否一色双龙会 
bool CMJ::Check1S2LH_HU() 
{ 
 //万，条，饼 
 for(UINT i = 0 ; i <= 4; i++ ) 
 { 
  int iType = i; 
  if(m_MyPAIVec[iType].size()==14) 
  { 
 
   if(m_MyPAIVec[iType][0]==1&&m_MyPAIVec[iType][1]==1) 
   { 
 
   } 
   else 
   { 
    return false; 
   } 
   if(m_MyPAIVec[iType][2]==2&&m_MyPAIVec[iType][3]==2) 
   { 
 
   } 
   else 
   { 
    return false; 
   } 
   if(m_MyPAIVec[iType][4]==3&&m_MyPAIVec[iType][5]==3) 
   { 
 
   } 
   else 
   { 
    return false; 
   } 
   if(m_MyPAIVec[iType][6]==5&&m_MyPAIVec[iType][7]==5) 
   { 
 
   } 
   else 
   { 
    return false; 
   } 
   if(m_MyPAIVec[iType][8]==7&&m_MyPAIVec[iType][9]==7) 
   { 
 
   } 
   else 
   { 
    return false; 
   } 
   if(m_MyPAIVec[iType][10]==8&&m_MyPAIVec[iType][11]==8) 
   { 
 
   } 
   else 
   { 
    return false; 
   } 
   if(m_MyPAIVec[iType][12]==9&&m_MyPAIVec[iType][13]==9) 
   { 
 
   } 
   else 
   { 
    return false; 
   } 
 
   return true; 
  } 
 } 
 return false; 
} 
 
//检测是否一色四同顺 
bool CMJ::Check1S4TS_HU() 
{ 
 //万，条，饼 
 for(UINT i = 0 ; i <= 4; i++ ) 
 { 
  int iType = i; 
  //吃过的顺 
  int iSize1 = m_ChiPAIVec[iType].size(); 
  //剩余牌墙中的顺 
  int iSize2 = m_MyPAIVec[iType].size(); 
  //万 
  if(iSize1 + iSize2 >= 12) 
  { 
   //无吃的顺 
   if(iSize1==0) 
   { 
    if(iSize2==12) 
    { 
     //三连暗杠成顺 
     if(CheckAAAABBBBCCCCPai(m_MyPAIVec[iType][0],m_MyPAIVec[iType][1],m_MyPAIVec[iType][2],m_MyPAIVec[iType][3],m_MyPAIVec[iType][4],m_MyPAIVec[iType][5],m_MyPAIVec[iType][6],m_MyPAIVec[iType][7],m_MyPAIVec[iType][8],m_MyPAIVec[iType][9],m_MyPAIVec[iType][10],m_MyPAIVec[iType][11]))return CheckHU(); 
     return false; 
    } 
    if(iSize2==14) 
    { 
     //三连暗杠成顺 
     if((m_MyPAIVec[iType][12]==(m_MyPAIVec[iType][13]))&&CheckAAAABBBBCCCCPai(m_MyPAIVec[iType][0],m_MyPAIVec[iType][1],m_MyPAIVec[iType][2],m_MyPAIVec[iType][3],m_MyPAIVec[iType][4],m_MyPAIVec[iType][5],m_MyPAIVec[iType][6],m_MyPAIVec[iType][7],m_MyPAIVec[iType][8],m_MyPAIVec[iType][9],m_MyPAIVec[iType][10],m_MyPAIVec[iType][11]))return true; 
     //三连暗杠成顺 
     if((m_MyPAIVec[iType][0]==(m_MyPAIVec[iType][1]))&&CheckAAAABBBBCCCCPai(m_MyPAIVec[iType][2],m_MyPAIVec[iType][3],m_MyPAIVec[iType][4],m_MyPAIVec[iType][5],m_MyPAIVec[iType][6],m_MyPAIVec[iType][7],m_MyPAIVec[iType][8],m_MyPAIVec[iType][9],m_MyPAIVec[iType][10],m_MyPAIVec[iType][11],m_MyPAIVec[iType][12],m_MyPAIVec[iType][13]))return true; 
     return false; 
    } 
   } 
   //吃到一个顺 
   if(iSize1==3) 
   { 
    if(iSize2==9) 
    { 
     //三连高压 
     if(CheckAAABBBCCCPai(m_MyPAIVec[iType][0],m_MyPAIVec[iType][1],m_MyPAIVec[iType][2],m_MyPAIVec[iType][3],m_MyPAIVec[iType][4],m_MyPAIVec[iType][5],m_MyPAIVec[iType][6],m_MyPAIVec[iType][7],m_MyPAIVec[iType][8])) 
     { 
      if(m_ChiPAIVec[iType][0]==m_MyPAIVec[iType][0]&&m_ChiPAIVec[iType][1]==m_MyPAIVec[iType][3]&&m_ChiPAIVec[iType][2]==m_MyPAIVec[iType][6]) 
      { 
       return CheckHU(); 
      } 
     } 
     return false; 
    } 
    if(iSize2==11) 
    { 
 
     //三连高压 
     if(CheckAAABBBCCCPai(m_MyPAIVec[iType][0],m_MyPAIVec[iType][1],m_MyPAIVec[iType][2],m_MyPAIVec[iType][3],m_MyPAIVec[iType][4],m_MyPAIVec[iType][5],m_MyPAIVec[iType][6],m_MyPAIVec[iType][7],m_MyPAIVec[iType][8])) 
     { 
      if(m_MyPAIVec[iType][9]==m_MyPAIVec[iType][10]&&m_ChiPAIVec[iType][0]==m_MyPAIVec[iType][0]&&m_ChiPAIVec[iType][1]==m_MyPAIVec[iType][3]&&m_ChiPAIVec[iType][2]==m_MyPAIVec[iType][6]) 
      { 
       return true; 
      } 
     } 
     //三连高压 
     if(CheckAAABBBCCCPai(m_MyPAIVec[iType][2],m_MyPAIVec[iType][3],m_MyPAIVec[iType][4],m_MyPAIVec[iType][5],m_MyPAIVec[iType][6],m_MyPAIVec[iType][7],m_MyPAIVec[iType][8],m_MyPAIVec[iType][9],m_MyPAIVec[iType][10])) 
     { 
      if(m_MyPAIVec[iType][0]==m_MyPAIVec[iType][1]&&m_ChiPAIVec[iType][0]==m_MyPAIVec[iType][2]&&m_ChiPAIVec[iType][1]==m_MyPAIVec[iType][5]&&m_ChiPAIVec[iType][2]==m_MyPAIVec[iType][8]) 
      { 
       return true; 
      } 
     } 
 
     return false; 
    } 
   } 
   //吃到二个顺 
   if(iSize1==6) 
   { 
    if(iSize2==6) 
    { 
     //三连对 
     if(CheckAABBCCPai(m_MyPAIVec[iType][0],m_MyPAIVec[iType][1],m_MyPAIVec[iType][2],m_MyPAIVec[iType][3],m_MyPAIVec[iType][4],m_MyPAIVec[iType][5])) 
     { 
      if(m_ChiPAIVec[iType][0]==m_MyPAIVec[iType][0]&&m_ChiPAIVec[iType][1]==m_MyPAIVec[iType][2]&&m_ChiPAIVec[iType][2]==m_MyPAIVec[iType][4]) 
      { 
       if(m_ChiPAIVec[iType][3]==m_MyPAIVec[iType][0]&&m_ChiPAIVec[iType][4]==m_MyPAIVec[iType][2]&&m_ChiPAIVec[iType][5]==m_MyPAIVec[iType][4]) 
       { 
        return CheckHU(); 
       } 
      } 
     } 
     return false; 
    } 
    if(iSize2==8) 
    { 
     //三连对 
     if(CheckAABBCCPai(m_MyPAIVec[iType][0],m_MyPAIVec[iType][1],m_MyPAIVec[iType][2],m_MyPAIVec[iType][3],m_MyPAIVec[iType][4],m_MyPAIVec[iType][5])) 
     { 
      if(m_MyPAIVec[iType][6]==m_MyPAIVec[iType][7]&&m_ChiPAIVec[iType][0]==m_MyPAIVec[iType][0]&&m_ChiPAIVec[iType][1]==m_MyPAIVec[iType][2]&&m_ChiPAIVec[iType][2]==m_MyPAIVec[iType][4]) 
      { 
       if(m_ChiPAIVec[iType][3]==m_MyPAIVec[iType][0]&&m_ChiPAIVec[iType][4]==m_MyPAIVec[iType][2]&&m_ChiPAIVec[iType][5]==m_MyPAIVec[iType][4]) 
       { 
        return true; 
       } 
 
      } 
     } 
 
     //三连对 
     if(CheckAABBCCPai(m_MyPAIVec[iType][2],m_MyPAIVec[iType][3],m_MyPAIVec[iType][4],m_MyPAIVec[iType][5],m_MyPAIVec[iType][6],m_MyPAIVec[iType][7])) 
     { 
      if(m_MyPAIVec[iType][0]==m_MyPAIVec[iType][1]&&m_ChiPAIVec[iType][0]==m_MyPAIVec[iType][2]&&m_ChiPAIVec[iType][1]==m_MyPAIVec[iType][4]&&m_ChiPAIVec[iType][2]==m_MyPAIVec[iType][6]) 
      { 
       if(m_ChiPAIVec[iType][3]==m_MyPAIVec[iType][2]&&m_ChiPAIVec[iType][4]==m_MyPAIVec[iType][4]&&m_ChiPAIVec[iType][5]==m_MyPAIVec[iType][6]) 
       { 
        return true; 
       } 
      } 
     } 
 
     return false; 
    } 
   } 
   //吃到三个顺 
   if(iSize1==9) 
   { 
    if(iSize2==3) 
    { 
     //顺子 
     if(CheckABCPai(m_MyPAIVec[iType][0],m_MyPAIVec[iType][1],m_MyPAIVec[iType][2])) 
     { 
      if(m_ChiPAIVec[iType][0]==m_MyPAIVec[iType][0]&&m_ChiPAIVec[iType][1]==m_MyPAIVec[iType][1]&&m_ChiPAIVec[iType][2]==m_MyPAIVec[iType][2]) 
      { 
       if(m_ChiPAIVec[iType][3]==m_MyPAIVec[iType][0]&&m_ChiPAIVec[iType][4]==m_MyPAIVec[iType][1]&&m_ChiPAIVec[iType][5]==m_MyPAIVec[iType][2]) 
       { 
        if(m_ChiPAIVec[iType][6]==m_MyPAIVec[iType][0]&&m_ChiPAIVec[iType][7]==m_MyPAIVec[iType][1]&&m_ChiPAIVec[iType][8]==m_MyPAIVec[iType][2]) 
        {     
         return CheckHU(); 
        } 
       } 
      } 
     } 
     return false; 
    } 
    if(iSize2==5) 
    { 
     //顺子 
     if(CheckABCPai(m_MyPAIVec[iType][0],m_MyPAIVec[iType][1],m_MyPAIVec[iType][2])) 
     { 
      if(m_MyPAIVec[iType][3]==m_MyPAIVec[iType][4]&&m_ChiPAIVec[iType][0]==m_MyPAIVec[iType][0]&&m_ChiPAIVec[iType][1]==m_MyPAIVec[iType][1]&&m_ChiPAIVec[iType][2]==m_MyPAIVec[iType][2]) 
      { 
       if(m_ChiPAIVec[iType][3]==m_MyPAIVec[iType][0]&&m_ChiPAIVec[iType][4]==m_MyPAIVec[iType][1]&&m_ChiPAIVec[iType][5]==m_MyPAIVec[iType][2]) 
       { 
        if(m_ChiPAIVec[iType][6]==m_MyPAIVec[iType][0]&&m_ChiPAIVec[iType][7]==m_MyPAIVec[iType][1]&&m_ChiPAIVec[iType][8]==m_MyPAIVec[iType][2]) 
        {  
         return true; 
        } 
       } 
      } 
     } 
 
     //顺子 
     if(CheckABCPai(m_MyPAIVec[iType][2],m_MyPAIVec[iType][3],m_MyPAIVec[iType][4])) 
     { 
      if(m_MyPAIVec[iType][0]==m_MyPAIVec[iType][1]&&m_ChiPAIVec[iType][0]==m_MyPAIVec[iType][2]&&m_ChiPAIVec[iType][1]==m_MyPAIVec[iType][3]&&m_ChiPAIVec[iType][2]==m_MyPAIVec[iType][4]) 
      { 
       if(m_ChiPAIVec[iType][3]==m_MyPAIVec[iType][2]&&m_ChiPAIVec[iType][4]==m_MyPAIVec[iType][3]&&m_ChiPAIVec[iType][5]==m_MyPAIVec[iType][4]) 
       { 
        if(m_ChiPAIVec[iType][6]==m_MyPAIVec[iType][2]&&m_ChiPAIVec[iType][7]==m_MyPAIVec[iType][3]&&m_ChiPAIVec[iType][8]==m_MyPAIVec[iType][4]) 
        {  
         return true; 
        } 
 
       } 
      } 
     } 
     return false; 
    } 
   } 
 
   //吃到三连顺 
   if(iSize1==12) 
   { 
    if((m_ChiPAIVec[iType][0]==m_ChiPAIVec[iType][3])&&(m_ChiPAIVec[iType][3]==m_ChiPAIVec[iType][6])&&(m_ChiPAIVec[iType][6]==m_ChiPAIVec[iType][9])) 
    { 
     return CheckHU(); 
    } 
    return false; 
   } 
  } 
 
 } 
 return false; 
} 
 
//检测是否一色四节高 
bool CMJ::Check1S4JG_HU() 
{ 
 //万，条，饼 
 for(UINT i = 2 ; i <= 4 ; i++) 
 { 
  int iType = i; 
  if(m_GangPAIVec[iType].size()==16) 
  { 
   if((m_GangPAIVec[iType][0]==m_GangPAIVec[iType][4]-1)&&(m_GangPAIVec[iType][4]==m_GangPAIVec[iType][8]-1)&&(m_GangPAIVec[iType][8]==m_GangPAIVec[iType][12]-1)) 
   { 
    return CheckHU(); 
   } 
  } 
 } 
 return false; 
} 
//检测是否一色四步高 
bool CMJ::Check1S4BG_HU() 
{ 
 /*//万 
 if(m_GangPAIVec[2].size()==16) 
 { 
  if((m_GangPAIVec[2][0]==m_GangPAIVec[2][4]-1)&&(m_GangPAIVec[2][4]==m_GangPAIVec[2][8]-1)&&(m_GangPAIVec[2][8]==m_GangPAIVec[2][12]-1)) 
  { 
   return CheckHU(); 
  } 
 }*/ 
 return false; 
} 
//检测是否三杠 
bool CMJ::Check3Gang_HU() 
{ 
 int iSize = 0; 
 for(UINT i = 0 ; i < 6 ; i++ ) 
 { 
  iSize = m_GangPAIVec[i].size(); 
 } 
 
 if(iSize == 12) 
 { 
  //将牌 
  return CheckHU(); 
   
 } 
 return false; 
} 
//检测是否混幺九 
bool CMJ::CheckHY9_HU() 
{ 
 return false; 
} 
//检测是否七对 
bool CMJ::Check7D_HU() 
{ 
 int iDoubleNum = 0 ; 
 for(UINT i = 0 ; i < 6 ; i++ ) 
 { 
  UINT iSize = m_MyPAIVec[i].size(); 
  if(iSize%2 ==1||iSize==0)return false;//如果是奇数肯定不是对 
  for(UINT j = 0 ; j < iSize-1 ; j++) 
  { 
   if(m_MyPAIVec[i][j]==m_MyPAIVec[i][j+1]) 
   { 
    iDoubleNum++; 
    j++; 
   } 
  } 
 } 
 if(iDoubleNum==7)return true; 
 return false; 
} 
//检测是否七星不靠 
bool CMJ::Check7XBK_HU() 
{ 
 bool  bIs7XBK[14] ; 
 for(UINT i = 0 ; i < 14 ; i++ ) 
 { 
  bIs7XBK[i]=false; 
 } 
 //中发白 
 vector<int>::iterator Iter; 
 if(m_MyPAIVec[0].size()!=3)return false; 
 for(Iter = m_MyPAIVec[0].begin();Iter != m_MyPAIVec[0].end(); Iter++ ) 
 { 
  if((*Iter)==1) 
  { 
   bIs7XBK[7]=true; 
  } 
  if((*Iter)==2) 
  { 
   bIs7XBK[8]=true; 
  } 
  if((*Iter)==3) 
  { 
   bIs7XBK[9]=true; 
  } 
 } 
 //东南西北风 
 if(m_MyPAIVec[1].size()!=4)return false; 
 for(Iter = m_MyPAIVec[1].begin();Iter != m_MyPAIVec[1].end(); Iter++ ) 
 { 
  if((*Iter)==1) 
  { 
   bIs7XBK[10]=true; 
  } 
  if((*Iter)==2) 
  { 
   bIs7XBK[11]=true; 
  } 
  if((*Iter)==3) 
  { 
   bIs7XBK[12]=true; 
  } 
  if((*Iter)==4) 
  { 
   bIs7XBK[13]=true; 
  } 
 } 
 //万,条,饼 
 for(UINT i = 2 ; i <= 4 ; i++) 
 { 
  if(m_MyPAIVec[i].size()==3) 
  { 
   if(m_MyPAIVec[i][0]==1&&m_MyPAIVec[i][1]==4&&m_MyPAIVec[i][2]==7) 
   { 
    bIs7XBK[0]=true; 
    bIs7XBK[3]=true; 
    bIs7XBK[6]=true; 
   } 
  } 
  else if(m_MyPAIVec[2].size()==2) 
  { 
   if(m_MyPAIVec[i][0]==2&&m_MyPAIVec[i][1]==5) 
   { 
    bIs7XBK[1]=true; 
    bIs7XBK[4]=true; 
   } 
   else if(m_MyPAIVec[i][0]==3&&m_MyPAIVec[i][1]==6) 
   { 
    bIs7XBK[2]=true; 
    bIs7XBK[5]=true; 
   } 
  } 
  else 
  { 
   return false; 
  } 
 } 
 bool t_Result = true; 
 for(UINT i = 0 ; i < 14 ; i++ ) 
 { 
  if(bIs7XBK[i]==false)t_Result=false; 
 } 
 if(t_Result)return true; 
 
 for(UINT i = 2 ; i <= 4 ; i++) 
 { 
  if(m_MyPAIVec[i].size()==3) 
  { 
   if(m_MyPAIVec[i][0]==2&&m_MyPAIVec[i][1]==5&&m_MyPAIVec[i][2]==8) 
   { 
    bIs7XBK[0]=true; 
    bIs7XBK[3]=true; 
    bIs7XBK[6]=true; 
   } 
  } 
  else if(m_MyPAIVec[2].size()==2) 
  { 
   if(m_MyPAIVec[i][0]==3&&m_MyPAIVec[i][1]==6) 
   { 
    bIs7XBK[1]=tr		
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