色子游戏（随机数）

傷城~ 2022-05-22 00:55 163阅读 0赞

//不用随机数  
/\*\#include<iostream>  
\#include<cstring>  
\#define TRUE 1  
\#define ERROR 0  
using namespace std;

int Game1() //第一次投掷骰子的方法规则  
\{  
int n1,n2;  
cout<<"输入你所投掷的点数为:";  
cin>>n1>>n2;  
int s1=n1+n2;  
if((s1==7)||(s1==11)) return TRUE;  
else  
\{  
if((s1==2)||(s1==3)||(s1==12))return ERROR;  
else  
\{  
cout<<"你投掷的点数不满足要求,想要赢得比赛,必须继续,继续投掷请输入yes,否则请输入no:";  
char a\[5\];  
cin>>a;  
if(!strcmp(a,"no"))return ERROR;  
return s1; //返回第一次掷骰子的两数之和  
\}  
\}  
\}  
int Game2(int s) //第二次投掷骰子的方法规则  
\{  
int n1,n2;  
cout<<"输入你所投掷的点数为:";  
cin>>n1>>n2;  
cout<<"你所投掷的点数为:"<<n1<<" "<<n2<<endl;  
int s1=n1+n2;  
if(s1==7)return ERROR;  
else  
\{  
if(s1==s)return TRUE;  
\}  
return s;  
\}  
int main()  
\{  
bool frag1(true); //控制是否继续游戏  
while(frag1)  
\{  
bool frag2(true);  
int wins=0,loses=0,k,s=0,s2;  
while(frag2)  
\{  
s++; //记录总共掷了多少次  
if(s==1)k=Game1();  
if(s>1)k=Game2(s2);  
if(s>1&&k==1)\{wins++;frag2=false;\}  
else  
if(k==1) wins++;  
else  
if(k==0) \{loses++;frag2=false;\}  
else  
s2=k;  
\}  
cout<<"你总共投掷了"<<s<<"次,"<<"赢得次数为:"<<wins<<",输的次数为:"<<(s-wins)<<endl;  
cout<<"是否继续,是请输入yes，退出请输入no:";  
char a2\[5\];  
cin>>a2;  
if(!strcmp(a2,"no")) frag1=false;  
\}  
return 0;  
\}\*/  
//没改之前  
/\*\#include<iostream>  
\#include<cstring>  
\#include<ctime>  
\#include<cstdlib>  
\#define TRUE 1  
\#define ERROR 0  
using namespace std;

int random(int a,int b) //用定义random函数没有直接常量定义（\#define random(x)(rand()%x)）的好，这样出现相同的概率很大  
\{  
return a+(b-a)\*rand()/(RAND\_MAX+1);  
\}  
int Randomnumber()  
\{  
int num;  
  
num=random(1,7);  
cout<<num<<endl;  
return num;  
\}  
int Game1() //第一次投掷骰子的方法规则  
\{  
srand(unsigned(time(NULL)));  
int n1,n2;  
n1=Randomnumber();  
n2=Randomnumber();  
cout<<"你所投掷的点数为:"<<n1<<" "<<n2<<endl;  
int s1=n1+n2;  
if((s1==7)||(s1==11)) return TRUE;  
else  
\{  
if((s1==2)||(s1==3)||(s1==12))return ERROR;  
else  
\{  
cout<<"你投掷的点数不满足要求,想要赢得比赛,必须继续,继续投掷请输入yes,否则请输入no:";  
char a\[5\];  
cin>>a;  
if(!strcmp(a,"no"))return ERROR;  
return s1; //返回第一次掷骰子的两数之和  
\}  
\}  
\}  
int Game2(int s) //第二次投掷骰子的方法规则  
\{  
srand(unsigned(time(NULL)));  
int n1,n2;  
n1=Randomnumber();  
n2=Randomnumber();  
cout<<"你所投掷的点数为:"<<n1<<" "<<n2<<endl;  
int s1=n1+n2;  
if(s1==7)return ERROR;  
else  
\{  
if(s1==s)return TRUE;  
\}  
return s;  
\}  
int main()  
\{  
bool frag1(true); //控制是否继续游戏  
while(frag1)  
\{  
bool frag2(true);  
int wins=0,loses=0,k,s=0,s2;  
while(frag2)  
\{  
s++; //记录总共掷了多少次  
if(s==1)k=Game1();  
if(s>1)k=Game2(s2);  
if(s>1&&k==1)\{wins++;frag2=false;\}  
else  
if(k==1) \{wins++;frag2=false;\}  
else  
if(k==0) \{loses++;frag2=false;\}  
else  
s2=k;  
\}  
cout<<"你总共投掷了"<<s<<"次,"<<"赢得次数为:"<<wins<<",输的次数为:"<<(s-wins)<<endl;  
cout<<"是否继续,是请输入yes，退出请输入no:";  
char a2\[5\];  
cin>>a2;  
if(!strcmp(a2,"no")) frag1=false;  
\}  
return 0;  
\}\*/  
//该程序是，只要你选择了原来的数不满足要求并且继续执行时，则一直执行下去，直到赢了为止  
/\*\#include<iostream>  
\#include<cstring>  
\#include<ctime>  
\#include<cstdlib>  
\#define TRUE 1  
\#define ERROR 0  
\#define random(x)(rand()%x)  
using namespace std;

//int random(int a,int b)  
//\{  
// return a+(b-a)\*rand()/(RAND\_MAX+1);  
//\}  
int Randomnumber()  
\{  
int num;  
  
num=int(1+random(6));  
cout<<num<<endl;  
return num;  
\}  
int Game1() //第一次投掷骰子的方法规则  
\{  
srand(unsigned(time(NULL)));  
int n1,n2;  
n1=Randomnumber();  
n2=Randomnumber();  
cout<<"你所投掷的点数为:"<<n1<<" "<<n2<<endl;  
int s1=n1+n2;  
if((s1==7)||(s1==11)) return TRUE;  
else  
\{  
if((s1==2)||(s1==3)||(s1==12))return ERROR;  
else  
\{  
cout<<"你投掷的点数不满足要求,想要赢得比赛,必须继续,继续投掷请输入yes,否则请输入no:";  
char a\[5\];  
cin>>a;  
if(!strcmp(a,"no"))return ERROR;  
return s1; //返回第一次掷骰子的两数之和  
\}  
\}  
\}  
int Game2(int s) //第二次投掷骰子的方法规则  
\{  
srand(unsigned(time(NULL)));  
int n1,n2;  
n1=Randomnumber();  
n2=Randomnumber();  
cout<<"你所投掷的点数为:"<<n1<<" "<<n2<<endl;  
int s1=n1+n2;  
if(s1==7)return ERROR;  
else  
\{  
if(s1==s)return TRUE;  
\}  
return s;  
\}  
int main()  
\{  
bool frag1(true); //控制是否继续游戏  
while(frag1)  
\{  
bool frag2(true);  
int wins=0,loses=0,k,s=0,s2;  
while(frag2)  
\{  
s++; //记录总共掷了多少次  
if(s==1)k=Game1();  
if(s>1)k=Game2(s2);  
if(s>1&&k==1)\{wins++;frag2=false;\}  
else  
if(k==1) \{wins++;frag2=false;\}  
else  
if(k==0) \{loses++;frag2=false;\}  
else  
s2=k;  
\}  
cout<<"你总共投掷了"<<s<<"次,"<<"赢得次数为:"<<wins<<",输的次数为:"<<(s-wins)<<endl;  
cout<<"是否继续,是请输入yes，退出请输入no:";  
char a2\[5\];  
cin>>a2;  
if(!strcmp(a2,"no")) frag1=false;  
\}  
return 0;  
\}\*/

//转换界面的骰子游戏  
\#include<iostream>  
\#include<cstring>  
\#include<ctime>  
\#include<cstdlib>  
\#define TRUE 1  
\#define ERROR 0  
\#define random(x)(rand()%x) //  
using namespace std;

class A  
\{  
private:  
int num;  
int n1;  
int n2;  
int s;  
public:  
int Randomnumber()  
\{  
num=int(1+random(6));  
cout<<num<<endl;  
return num;  
\}  
int Game1() //第一次投掷骰子的方法规则  
\{  
srand(unsigned(time(NULL))); //  
n1=Randomnumber();  
n2=Randomnumber();  
cout<<"你所投掷的点数为:"<<n1<<" "<<n2<<endl;  
s=n1+n2;  
if((s==7)||(s==11)) return TRUE;  
else  
\{  
if((s==2)||(s==3)||(s==12))return ERROR;  
else  
\{  
cout<<"你投掷的点数不满足要求,想要赢得比赛,必须继续,继续投掷请输入yes,否则请输入no:";  
char a\[5\];  
cin>>a;  
if(!strcmp(a,"no"))return ERROR;  
return s; //返回第一次掷骰子的两数之和  
\}  
\}  
\}  
int Game2(int s1) //第二次投掷骰子的方法规则  
\{  
srand(unsigned(time(NULL))); //  
n1=Randomnumber();  
n2=Randomnumber();  
cout<<"你所投掷的点数为:"<<n1<<" "<<n2<<endl;  
s=n1+n2;  
if(s==7)return ERROR;  
else  
\{  
if(s1==s)return TRUE;  
\}  
return s1;  
\}  
\};  
int main()  
\{  
bool frag1(true); //控制是否继续游戏  
while(frag1)  
\{  
bool frag2(true);  
int wins=0,loses=0,k,s=0,s2;  
A a;  
while(frag2)  
\{  
s++; //记录总共掷了多少次  
if(s==1)k=a.Game1();  
if(s>1)k=a.Game2(s2);  
if(s>1&&k==1)\{wins++;frag2=false;\}  
else  
if(k==1) \{wins++;frag2=false;\}  
else  
if(k==0) \{loses++;frag2=false;\}  
else  
s2=k;  
\}  
cout<<"你总共投掷了"<<s<<"次,"<<"赢得次数为:"<<wins<<",输的次数为:"<<(s-wins)<<endl;  
cout<<"是否继续,是请输入yes，退出请输入no:";  
char a2\[5\];  
cin>>a2;  
if(!strcmp(a2,"no")) frag1=false;  
system("cls"); //加了个转换界面的函数，当要再次重新投掷的话，就转换界面重新输入  
\}  
return 0;  
\}