三国杀小游戏源码(c++入门)

【实例简介】

【实例截图】

【核心代码】

#include<iostream>
#include<time.h>
#include<stdio.h>
#include <stdlib.h>
using namespace std;
struct pai
{
int paifu;
int huase;
int yanse;
int dianshu;
int leixing;
int changdu;
void Kanpai()
{
if(paifu==0||paifu==1);
else
printf("牌副参数错误！\n");
switch(huase)
{
case 0:cout<<"黑桃";break;
case 1:cout<<"红桃";break;
case 2:cout<<"草花";break;
case 3:cout<<"方片";break;
case -1:cout<<"无色";break;
default:printf("花色错误！\n");break;
}
switch(dianshu)
{
case 0:cout<<"A ";break;
case 1:cout<<"2 ";break;
case 2:cout<<"3 ";break;
case 3:cout<<"4 ";break;
case 4:cout<<"5 ";break;
case 5:cout<<"6 ";break;
case 6:cout<<"7 ";break;
case 7:cout<<"8 ";break;
case 8:cout<<"9 ";break;
case 9:cout<<"10 ";break;
case 10:cout<<"J ";break;
case 11:cout<<"Q ";break;
case 12:cout<<"K ";break;
case -1:cout<<"无点数";break;
default:printf("点数错误！\n");break;
}
switch(leixing)
{
case 101:cout<<"【杀】"<<endl;break;
case 102:cout<<"【闪】"<<endl;break;
case 103:cout<<"【桃】"<<endl;break;
case 201:cout<<"【过河拆桥】"<<endl;break;
case 202:cout<<"【顺手牵羊】"<<endl;break;
case 203:cout<<"【无中生有】"<<endl;break;
case 204:cout<<"【决斗】"<<endl;break;
case 205:cout<<"【借刀杀人】"<<endl;break;
case 206:cout<<"【桃园结义】"<<endl;break;
case 207:cout<<"【五谷丰登】"<<endl;break;
case 208:cout<<"【南蛮入侵】"<<endl;break;
case 209:cout<<"【万箭齐发】"<<endl;break;
case 210:cout<<"【无懈可击】"<<endl;break;
case 251:cout<<"【乐不思蜀】"<<endl;break;
case 252:cout<<"【闪电】"<<endl;break;
case 301:cout<<"【诸葛连弩(1)】"<<endl;break;
case 302:cout<<"【雌雄双股剑(2)】"<<endl;break;
case 303:cout<<"【青釭剑(2)】"<<endl;break;
case 304:cout<<"【青龙偃月刀(3)】"<<endl;break;
case 305:cout<<"【丈八蛇矛(3)】"<<endl;break;
case 306:cout<<"【贯石斧(3)】"<<endl;break;
case 307:cout<<"【方天画戟(4)】"<<endl;break;
case 308:cout<<"【麒麟弓(5)】"<<endl;break;
case 331:cout<<"【八卦阵】"<<endl;break;
case 361:cout<<"【赤兔(-1)】"<<endl;break;
case 362:cout<<"【大宛(-1)】"<<endl;break;
case 363:cout<<"【紫辛(-1)】"<<endl;break;
case 381:cout<<"【爪黄飞电( 1)】"<<endl;break;
case 382:cout<<"【的卢( 1)】"<<endl;break;
case 383:cout<<"【绝影( 1)】"<<endl;break;
default:printf("类型参数错误！");break;
}
}
};
void Qishixipai(pai A[2][4][13],pai paidui[104])
{
int i,m,x,y,z,a[104]={0};
srand((unsigned)time(NULL));
for(i=1;i<=104;i  )
{
while(a[m=rand()%104]);
a[m]=i;
}
for(i=0;i<=103;i  )
{
x=(a[i]-1)/52;
y=((a[i]-1)-52*x)/13;
z=(a[i]-1)%13;
paidui[i]=A[x][y][z];
}
}
void Xipai(pai paidui[104],int*paiduishu,pai qipaidui[104],int*qipaishu)
{
int i,m,a[104]={0};
srand((unsigned)time(NULL));
for(i=1;i<=(*qipaishu);i  )
{
while(a[m=rand()%(*qipaishu)]);
a[m]=i;
}
for(i=0;i<=((*qipaishu)-1);i  )
{
paidui[i]=qipaidui[a[i]];
qipaidui[a[i]].leixing=-1;
(*paiduishu)  ;
(*qipaishu)--;
}
for(i=(*paiduishu);i<=103;i  )paidui[i].leixing=-1;
}
pai Mo1pai(pai A[104],int *x,pai B[104],int*y,int *b)
{
pai p;
if((*x)==0)Xipai(A,x,B,y);
else if((*x)<0)printf("摸牌参数错误！");
else;
p=A[104-(*x)];
(*x)--;
(*b)  ;
return(p);
}
struct wujiang
{
char name;
int tili;
int tilishangxian;
int shoupaishangxian;
int huihekaishi;
int panding;
int mopai;
int chupai;
int qipai;
int huihejieshu;
int juese;
pai shoupai[20];
int shoupaishu;
pai zhuangbei[4];
int zhuangbeishu;
pai pandingpai[3];
int pandingshu;
int juli[1];
void Kanshoupai()
{
printf("玩家当前手牌：\n");
if(shoupaishu)
{
int m;
for(m=0;m<=(shoupaishu-1);m  )
{
printf("%d ",m);
(shoupai[m]).Kanpai();
}
}
else printf("空城！\n");
printf("\n");
}
void Kanzhuangbei()
{
if(juese)printf("玩家");
else printf("电脑");
printf("当前装备：\n");
printf("0 武器： ");
if((zhuangbei[0]).leixing==-1)printf("空\n");
else (zhuangbei[0]).Kanpai();
printf("1 防具： ");
if((zhuangbei[1]).leixing==-1)printf("空\n");
else (zhuangbei[1]).Kanpai();
printf("2 进攻马： ");
if((zhuangbei[2]).leixing==-1)printf("空\n");
else (zhuangbei[2]).Kanpai();
printf("3 防御马： ");
if((zhuangbei[3]).leixing==-1)printf("空\n");
else (zhuangbei[3]).Kanpai();
printf("\n");
}
void Kanpandingpai()
{
if(juese)printf("玩家");
else printf("电脑");
printf("当前判定区：\n");
if((pandingpai[0]).leixing==-1)printf("空\n");
else
{
printf("0 ");
(pandingpai[0]).Kanpai();
if((pandingpai[1]).leixing==-1);
else
{
printf("1 ");
(pandingpai[1]).Kanpai();
if((pandingpai[2]).leixing==-1);
else
{
printf("2 ");
(pandingpai[2]).Kanpai();
}
}
}
}
};
void Mopai(int*shoupaishu,pai shoupai[20],pai A[104],int *x,pai B[104],int*y,int juese)
{
if(juese)printf("玩家从牌堆摸2张牌\n");
else printf("电脑从牌堆摸2张牌\n");
pai p;
p=Mo1pai(A,x,B,y,shoupaishu);
shoupai[*shoupaishu-1]=p;
pai q;
q=Mo1pai(A,x,B,y,shoupaishu);
shoupai[*shoupaishu-1]=q;
int m;
if(juese)
{
printf("玩家当前手牌：\n");
for(m=0;m<=(*shoupaishu-1);m  )
{
printf("%d ",m);
(shoupai[m]).Kanpai();
}
}
printf("牌堆还剩%d张牌！\n\n",*x);
}
void Qishishoupai(wujiang *w,pai A[104],int *x,pai B[104],int*y)
{
pai a;
a=Mo1pai(A,x,B,y,&((*w).shoupaishu));
(*w).shoupai[(*w).shoupaishu-1]=a;
pai b;
b=Mo1pai(A,x,B,y,&((*w).shoupaishu));
(*w).shoupai[(*w).shoupaishu-1]=b;
pai c;
c=Mo1pai(A,x,B,y,&((*w).shoupaishu));
(*w).shoupai[(*w).shoupaishu-1]=c;
pai d;
d=Mo1pai(A,x,B,y,&((*w).shoupaishu));
(*w).shoupai[(*w).shoupaishu-1]=d;
int m;
if((*w).juese)printf("玩家从牌堆摸4张牌\n");
else printf("电脑从牌堆摸4张牌\n");
if((*w).juese)
{
printf("玩家当前手牌：\n");
for(m=0;m<=((*w).shoupaishu-1);m  )
{
printf("%d ",m);
((*w).shoupai[m]).Kanpai();
}
}
printf("牌堆还剩%d张牌！\n\n",*x);
}