麻将游戏算法深入解析及实现代码
发布时间:2020-12-31 18:25:35 所属栏目:经验 来源:网络整理
导读: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
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看,洗牌发牌类也搞定了,下面我们来将其在控制台上运行起来,打开控制台的main函数。
#include "AICMJ.h"
#include "AICMJManage.h"
#include <windows.h>
#include <iostream>
using namespace std;
int _tmain(int argc,_TCHAR* argv[])
{
//其它三个玩家
CMJ t_OtherPlayer[3];
//我
CMJ t_MyPlayer;
//洗牌器
CMJManage t_MJManage;
//分数
int t_Score = 0;
GameStart:
//初始化及洗牌
t_MJManage.InitPai();//初始化
t_MyPlayer.CleanUp();
for(UINT i = 0 ; i < 3; i++ )
{
t_OtherPlayer[i].CleanUp();
}
cout<<"洗牌完成"<<endl;
cout<<"起牌:========================================================"<<endl;
for(UINT i = 0 ; i < 13 ; i++)
{
stPAIEx t_Pai = t_MJManage.GetAPai();
t_MyPlayer.AddPai(t_Pai.m_NewPai.m_Type,t_Pai.m_NewPai.m_Value);
for(UINT j = 0 ; j < 3; j++ )
{
stPAIEx t_Pai2 = t_MJManage.GetAPai();
t_OtherPlayer[j].AddPai(t_Pai2.m_NewPai.m_Type,t_Pai2.m_NewPai.m_Value);
}
}
t_MyPlayer.Init();
for(UINT j = 0 ; j < 3; j++ )
{
t_OtherPlayer[j].Init();
}
//打牌循环
bool t_Finish = false;
bool t_Ting = false;
while(t_Finish == false)
{
t_MyPlayer.PrintAllPai();
cout<<endl;
cout<<"起牌:========================================================"<<endl;
stPAIEx t_Pai = t_MJManage.GetAPai();
//刷新我方牌墙
t_MyPlayer.PrintPai(t_Pai.m_NewPai.m_Type,t_Pai.m_NewPai.m_Value);
cout<<endl;
//如果没有听头
if(t_Ting == false)
{
cout<<"要还是打?Y/N";
char t_Result;
cin>>t_Result;
if(t_Result =='Y'||t_Result=='y')
{
//起牌
t_MyPlayer.AddPai(t_Pai.m_NewPai.m_Type,t_Pai.m_NewPai.m_Value);
//起牌后胡牌判断
t_Finish = t_MyPlayer.CheckAllPai(MJPAI_GETPAI);
if(t_Finish)
{
printf("胡啦!!!:%s-%d",t_MyPlayer.GetInfo()->m_GoodName,t_MyPlayer.GetInfo()->m_GoodValue);
::_sleep(1000);
}
else
{
if(t_Pai.m_NewPai.m_Type == -1)//如果起牌数已达到上限
{
cout<<endl;
cout<<"黄庄了!!!!!!!!!!!!!"<<endl;
break;
}
t_MyPlayer.PrintAllPai();
cout<<endl;
OUTPai:
cout<<"请打牌(输入牌序号)";
int PaiIndex;
cin>>PaiIndex;
if(t_MyPlayer.DelPai(PaiIndex)==false)
{
cout<<"没有此牌"<<endl;
goto OUTPai;
}
//==============================牌面刷新================================================
cout<<"牌面刷新============================"<<endl;
t_MyPlayer.PrintAllPai();
cout<<endl;
//==============================================================================
//======================包听========================================================
if(t_MyPlayer.CheckAllPai(MJPAI_PUTPAI))
{
char t_BTing;
cout<<"要包听吗?:(Y/N)";
cin>>t_BTing;
if(t_BTing=='y'||t_BTing=='Y')
{
t_Ting = true;
}
}
//==============================================================================
}
}
else
{
//======================包听========================================================
if(t_MyPlayer.CheckAllPai(MJPAI_PUTPAI))
{
char t_BTing;
cout<<"要包听吗?:(Y/N)";
cin>>t_BTing;
if(t_BTing=='y'||t_BTing=='Y')
{
t_Ting = true;
}
}
//==============================================================================
}
}
else
{
t_MyPlayer.AddPai(t_Pai.m_NewPai.m_Type,t_Pai.m_NewPai.m_Value);
//起牌
int iPaiIndex = t_MyPlayer.GetPaiIndex(t_Pai.m_NewPai.m_Type,t_Pai.m_NewPai.m_Value);
if(iPaiIndex>=0)
{
//起牌后胡牌判断
t_Finish = t_MyPlayer.CheckAllPai(MJPAI_GETPAI);
if(t_Finish)
{
cout<<endl;
printf("胡啦!!!:%s-合计%d番",t_MyPlayer.GetInfo()->m_GoodValue);
t_Score += t_MyPlayer.GetInfo()->m_GoodValue;
::_sleep(1000);
break;
}
else
{
t_MyPlayer.DelPai(iPaiIndex);
cout<<"打牌";
t_MyPlayer.PrintPai(t_Pai.m_NewPai.m_Type,t_Pai.m_NewPai.m_Value);
cout<<endl;
::_sleep(1000);
}
}
else
{
cout<<"程序出错!"<<endl;
}
}
cout<<endl;
//其它玩家起牌出牌
for(UINT j = 0 ; j < 3; j++ )
{
stPAIEx t_Pai2 = t_MJManage.GetAPai();
if(j==0)
{
cout<<"南家起牌出牌:";
t_MyPlayer.PrintPai(t_Pai2.m_NewPai.m_Type,t_Pai2.m_NewPai.m_Value);
cout<<endl;
::_sleep(1000);
}
if(j==1)
{
cout<<"西家起牌出牌:";
t_MyPlayer.PrintPai(t_Pai2.m_NewPai.m_Type,t_Pai2.m_NewPai.m_Value);
cout<<endl;
::_sleep(1000);
}
if(j==2)
{
cout<<"北家起牌出牌:";
t_MyPlayer.PrintPai(t_Pai2.m_NewPai.m_Type,t_Pai2.m_NewPai.m_Value);
cout<<endl;
::_sleep(1000);
}
char t_Result;
if(t_Ting == false)
{
if(t_Pai2.m_IsHZ)//如果起牌数已达到上限
{
cout<<endl;
cout<<"黄庄了!!!!!!!!!!!!!"<<endl;
t_Finish = true;
break;
}
bool t_Check = false;
//检查吃牌
if(t_MyPlayer.CheckChiPai(t_Pai2.m_NewPai.m_Type,t_Pai2.m_NewPai.m_Value))
{
if(t_Check==false)
{
cout<<"请选择:";
}
cout<<"(吃)";
t_Check = true;
}
//检查碰牌
if(t_MyPlayer.CheckPengPai(t_Pai2.m_NewPai.m_Type,t_Pai2.m_NewPai.m_Value))
{
if(t_Check==false)
{
cout<<"请选择:";
}
cout<<"(碰)";
t_Check = true;
}
//检查杠牌
if(t_MyPlayer.CheckGangPai(t_Pai2.m_NewPai.m_Type,t_Pai2.m_NewPai.m_Value))
{
if(t_Check==false)
{
cout<<"请选择:";
}
cout<<"(杠)";
t_Check = true;
}
//起牌
t_MyPlayer.AddPai(t_Pai2.m_NewPai.m_Type,t_Pai2.m_NewPai.m_Value);
//起牌后胡牌判断
if(t_MyPlayer.CheckAllPai(MJPAI_GETPAI))
{
if(t_Check==false)
{
cout<<"请选择:";
}
cout<<"(胡)";
t_Check = true;
}
int iPaiIndex = t_MyPlayer.GetPaiIndex(t_Pai2.m_NewPai.m_Type,t_Pai2.m_NewPai.m_Value);
t_MyPlayer.DelPai(iPaiIndex);
//如果查到
if(t_Check)
{
cout<<endl;
cin>>t_Result;
}
else
{
//返回循环
continue;
}
}
else
{
t_Result = '4';
}
//吃牌
if(t_Result =='1')
{
t_MyPlayer.PrintChiChosePai();
int index = 0;
//如果吃牌组合大于
if(t_MyPlayer.GetChiChoseNum()>1)
{
cout<<"请输入组合号:"<<endl;
cin>>index;
}
t_MyPlayer.DoChiPai(index,t_Pai2.m_NewPai.m_Type,t_Pai2.m_NewPai.m_Value);
//==============================================================================
cout<<"牌面刷新============================"<<endl;
t_MyPlayer.PrintAllPai();
cout<<endl;
//==============================================================================
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