麻将游戏C++面向对象程序源码

/* * *这是一个控制台下的麻将游戏 * */ #include<iostream.h> #include<stdlib.h> #include<string.h> #include<time.h> #include<process.h> //#include<windows.h> //#include<conio.h> template<class T>void swap(T & x,T & y){T temp=x;x=y;y=temp;} template<class T> T max(T x,T y){ return (((x)>(y))?(x):(y));} #define TOTALCARDS 136 #define CARDKINDS 34 /*所有的牌的数目 东西南北中发板 （万+条+饼）*9 */ #define MAN 0 #define PENG 1 /*碰牌*/ #define LCHI 2 /*左将吃*/ #define MCHI 4 /*中将吃*/ #define RCHI 8 /*右将吃*/ #define TING 16 /*停牌*/ #define HU 32 /*和牌*/ char joke[CARDKINDS][5]={ "大饼","二饼","三饼","四饼","五饼","六饼","七饼","八饼","九饼" ,"一万","两万","三万","四万","五万","六万","七万","八万","九万" ,"夭鸡","二条","三条","四条","五条","六条","七条","八条","九条" ,"东风","西风","南风","北风","红中","发财","白板"}; char playerName[4][5]={"本家","下家","对家","上家"}; struct hotCard { int Id; int val; }; class majiang { private: int host; /*庄家的代号 人：0 ; 机器：1，2，3*/ hotCard onHand; //刚刚摸到的牌 hotCard justThrowed; //上家扔出来的牌 int p[TOTALCARDS]; /*存储洗好的牌*/ int pInHand[4][CARDKINDS]; /*数字标记 标志每个人所拿到的牌 如果你手中有3个大饼 那么pInHand[0][0]=3 */ int pThrowed[4][CARDKINDS]; /*标记你打出去的牌*/ int explode[4][CARDKINDS]; /*记录碰了的或者是吃了的牌*/ int trigger; /*抓牌点*/ int possess; /*轮到谁*/ bool running; /*游戏运行标志*/ public : majiang(); //构造函数 void initial(); /*洗牌*/ void pitch(); void nextTrigger(); void nextPossess(); void startPlay(); void showDesk(); void machineDo(int mth); void manDo(); void throwAndWrite(int Id,int th); /*打牌并且记录*/ bool isWin(int Id); bool manNeedThrowedCard(int peng,int chi); int calValue(int mechId,int i); bool ignitionForHu(); //打出去的牌检测是否有别人和 bool ignitionForChi();//打出去的牌检测是否被吃 bool ignitionForPeng();//打出去的牌检测是否被别人碰 void ignitionForOther(); /*刚刚被打出去的牌其他三个人可以吃,碰,胡*/ bool ignitionForPengOrChi(int Id,bool couldChi); void putGettedCardIn(); void putOnhandCardIn(); void putThrowedCardIn(int Id); /*进行常识*/ void putThrowedCardOut(int Id); /*放弃常识*/ void oneGetACardOnHand(); void calTotalValue(int Id,int & valueSum,int & num); /*把Id的所有活牌的优先数 数目统计出来 */ int calAverageValueWhenChi(int Id,int tt,int tt1,int tt2); void chiPai(int Id,int val1,int val2,int val3);//吃牌 后刷新手中的活牌 void pengPai(int Id,int justThrowedVal); void afterGraspShowCards(int th); void beforePengChiShowCards(int th); void showCards(int th); /*把th手中的牌打印出来*/ void throwCard(int Id); void manThrow(); void machineThrow(int Id); int queryPengChi(int Id,int choicePeng,int choiceChi); int queryMan(int peng,int chi);//询问人 是否要碰或者是吃 返回值是选择的命令 int queryMachine(int Id,int choicePeng,int choiceChi);//询问机器是否碰或者是吃 bool pipei3(int *p,int len); }; majiang::majiang() { running=true; for(int i=0;i<TOTALCARDS;i++) { p[i]=i/4; } for(int j=0;j<4;j++) { for(int k=0;k<CARDKINDS;k++) { pInHand[j][k]=0; pThrowed[j][k]=0; explode[j][k]=0; //states[j][k]=0; } } } void majiang::initial() { time_t t; //随机种子 srand((unsigned)time(&t)); for(int j=1;j<TOTALCARDS;j++) /*随机洗牌*/ { int index=rand()%(j+1); swap(p[j],p[index]); } } void majiang::pitch() /*电脑随机选庄家 并且掷色子开牌*/ { int i; time_t t; //随机种子 srand((unsigned)time(&t)); host=rand()%4; //选庄家 cout<<"-----庄家是:"<<playerName[host]<<"----------"<<endl; cout<<"---------------------------------------------------"<<endl; possess=host; trigger=rand()%TOTALCARDS; for(i=0; i<4*13; i++) /*模拟抓牌 每人13张牌*/ { pInHand[possess][p[trigger]]++; nextTrigger(); nextPossess(); } } void majiang::nextTrigger() { trigger++; trigger%=TOTALCARDS; } void majiang::nextPossess() { possess++; possess%=4; } bool majiang::ignitionForHu() { for(int i=1;i<4;i++)//先扫一遍 看是否有人胡 { int temp=(i+justThrowed.Id)%4; putThrowedCardIn(temp); //假想将刚刚别人打出来的牌抓进来 看和不和 if(isWin(temp)) /*看刚刚打出去的牌是否为别人点炮*/ { cout<<playerName[justThrowed.Id]<<"打出["<<joke[justThrowed.val]<<"]给"<<playerName[temp]<<"点炮!"<<endl; running=false; //结束游戏 return true; } putThrowedCardOut(temp); //不和则打出去 } return false; } void majiang::pengPai(int Id,int justThrowedVal) { explode[Id][justThrowedVal]+=3; pInHand[Id][justThrowedVal]-=2; } bool majiang::ignitionForPengOrChi(int Id,bool couldChi) { int tt=justThrowed.val; int choiceChi=0,choicePeng=0; if(couldChi==true&&tt<27)//如果可以吃(只对下家)看是否能吃上家打出的牌 { int g=tt%9; if(g<7) { if(pInHand[Id][tt+1]>0 && pInHand[Id][tt+2]>0) choiceChi+=LCHI; } if(g>1) { if(pInHand[Id][tt-1]>0&&pInHand[Id][tt-2]>0) choiceChi+=RCHI; } if(g>=1&&g<=7) { if(pInHand[Id][tt+1]>0&& pInHand[Id][tt-1]>0) choiceChi+=MCHI; } } if(pInHand[Id][tt]>=2) choicePeng+=PENG; if(choiceChi>0||choicePeng>0)//具有吃的条件 然后询问玩家是否选择吃 { bool dealed=true; int intention=queryPengChi(Id,choicePeng,choiceChi); switch(intention) { case LCHI: chiPai(Id,tt,tt+1,tt+2); cout<<playerName[justThrowed.Id]<<"-->"<<joke[justThrowed.val]<<" 被吃牌 ==>"<<playerName[Id]<<endl; break; case RCHI: chiPai(Id,tt-2,tt-1,tt); cout<<playerName[justThrowed.Id]<<"-->"<<joke[justThrowed.val]<<" 被吃牌 ==>"<<playerName[Id]<<endl; break; case MCHI:chiPai(Id,tt-1,tt,tt+1); cout<<playerName[justThrowed.Id]<<"-->"<<joke[justThrowed.val]<<" 被吃牌 ==>"<<playerName[Id]<<endl; break; case PENG:pengPai(Id,tt); cout<<playerName[justThrowed.Id]<<"-->"<<joke[justThrowed.val]<<" 被碰牌 ==>"<<playerName[Id]<<endl; break; default: dealed=false; } if(dealed) { possess=Id; throwCard(Id); cout<<"***************吃[碰]牌后情况**************"<<endl; showCards(Id); cout<<"*******************************************"<<endl; return true; } else return false; } else return false; } int majiang::queryPengChi(int Id,int choicePeng,int choiceChi) { if(Id==MAN) { return queryMan(choicePeng,choiceChi); } else { return queryMachine(Id,choicePeng,choiceChi); } } void majiang::ignitionForOther() { if(ignitionForHu())//先看有没有人和 { cout<<"和牌了"<<endl; running=false; return; } for(int j=1;j<=3;j++) { if(j==1) { if(ignitionForPengOrChi((possess+j)%4,true)) { cout<<playerName[justThrowed.Id]<<"打出的牌:"<<joke[justThrowed.val]<<" 被"; cout<<playerName[(possess+j)%4]<<"利用"<<endl; break;//如果对于下家来说 (可以碰) 可以吃 } } else { if(ignitionForPengOrChi((possess+j)%4,false)) { cout<<playerName[justThrowed.Id]<<"打出的牌:"<<joke[justThrowed.val]<<" 被"; cout<<playerName[(possess+j)%4]<<"利用"<<endl; break;//对于另外两家来说 (可以碰) 不可以吃 } } } return; } int majiang::calAverageValueWhenChi(int Id,int tt,int tt1,int tt2) { int sumValue,n; // putThrowedCardIn(Id); pInHand[Id][tt]--; pInHand[Id][tt1]--; pInHand[Id][tt2]--; calTotalValue(Id,sumValue,n); int average=sumValue/n; pInHand[Id][tt]++; pInHand[Id][tt1]++; pInHand[Id][tt2]++; // putThrowedCardOut(Id); return average; } int majiang::queryMachine(int Id,int choicePeng,int choiceChi) { int tt=justThrowed.val; int sumValue,n; double original,average_peng=0,aver