C++里面程序设计实践里面石头剪刀布版的王者农药实例：

算法分析：

我们需要构造一个英雄类，里面包含英雄的名字，使用次数以及血量（由于第一次使用，所以暂时没有血量）`

class Hero {private:string name;int times;int blood;
public:Hero();Hero(string n, int t, int b) {name = n; times = t; blood = b;}void CreateHero();void PlayGames();bool isWin(int a, int b);bool isEnd(int a);int Score(int a,int b,int c);void Game();void Start();void Rules();
};

调用构造函数：

Hero::Hero() {}
Hero hero[N] = { Hero("赵云",10,120),Hero("宫本武藏",10,120),Hero("凯",10,120),Hero("白起",10,120),Hero("韩信",10,120),Hero("诸葛亮",10,120),Hero("刘邦",10,120),Hero("妲己",10,120),Hero("安琪拉",10,120),Hero("貂蝉",10,120),Hero("露娜",10,120),Hero("不知火舞",10,120),Hero("蔡文姬",10,120),Hero("鲁班七号",10,120),Hero("后羿",10,105),Hero("扁鹊",10,115),Hero("马可波罗",10,150),Hero("李白",10,150),Hero("关羽",10,160),Hero("曹操",10,100)};
void Hero::CreateHero() {cout << "序号" << " " << "名字" << " " << "次数" << " " << "血量" << endl;for (int i = 0; i < N; i++) {if (hero[i].times == 0) hero[i].times += 10;cout <<" "<< i+1 << ":"<<hero[i].name << "," << hero[i].times <<  "," <<hero[i].blood << endl;}

关键部分需要

以上是进行初始化以及英雄的创建
现在开始玩游戏以及正片。
首先定义招法：石头剪刀布，参照所学知识以及翻阅相应资料得：

const int N = 20;//这里由于有20个英雄所以就这么定义无法修改。以免混淆
enum Choice{Rocks,Scissors,Papers};
enum Result{You,Me,Tie};

游戏主算法：

void Hero::PlayGames() {Hero *h;h = hero;//int x, y, z;Choice machine, index; Result winner = You;int count1 = 0, count2 = 0,count3 = 0;int count = 0;int b[5];int x = 0;int c;cout << "Please input the number of players to start 3 or 5" << endl;cin >> c;cout << "please make your choice except for machine that has chosen form hero" << endl;for (int j = 0; j < c; j++)cin >> b[j];for (int j = 0; j < c; j++)cout << h[b[j]-1].name << ","<<h[b[j]-1].times << ","<<h[b[j]-1].blood << endl;int i;//上述部分是建立游戏的开始switch (c) {case 3:cout << "Please input n for the first player." << endl;cin >> i;system("cls");switch (i) {case 1:cout << h[b[0] - 1].name << "," << h[b[0] - 1].times << "," << h[b[0] - 1].blood << endl;break;case 2:cout << h[b[1] - 1].name << "," << h[b[1] - 1].times << "," << h[b[1] - 1].blood << endl;break;case 3:cout << h[b[2] - 1].name << "," << h[b[2] - 1].times << "," << h[b[2] - 1].blood << endl;break;}break;
case 5:cout << "Please input n for the first player." << endl;cin >> i;system("cls");switch (i) {case 1:cout << h[b[0] - 1].name << "," << h[b[0] - 1].times << "," << h[b[0] - 1].blood << endl;break;case 2:cout << h[b[1] - 1].name << "," << h[b[1] - 1].times << "," << h[b[1] - 1].blood << endl;break;case 3:cout << h[b[2] - 1].name << "," << h[b[2] - 1].times << "," << h[b[2] - 1].blood << endl;break;case 4:cout << h[b[3] - 1].name << "," << h[b[3] - 1].times << "," << h[b[3] - 1].blood << endl;break;case 5:cout << h[b[4] - 1].name << "," << h[b[4] - 1].times << "," << h[b[4] - 1].blood << endl;break;}break;}//选择三人模式还是五人模式
system("pause");cout << "Start now" << endl;//以下是正片while (true) {string str;char ch;char winner='M';cout << h[b[i - 1]-1].name << "," << h[b[i - 1]-1].times << "," << h[b[i - 1]-1].blood << endl;cout << "Press R/P/S to VS.(R for Rocks,P for Paper and S for Scissors)" << endl;cin >> ch;//人工操作switch (ch) {case 'R':case 'r':index = Rocks;break;case 'P':case 'p':index = Papers;break;case 'S':case 's':index = Scissors;break;default:continue;}int n = rand() % 3;switch (n)//机器输入{case 0:machine = Scissors; str = "Scissors";break;case 1:machine = Papers; str = "Papers";break;case 2:machine = Rocks; str = "Rocks";break;}cout << str << endl;if (index == Scissors && machine == Rocks || index == Rocks && machine == Papers || index == Papers && machine == Scissors)//判断胜负的算法winner = You;else if (index == Scissors && machine == Papers || index == Papers && machine == Rocks || index == Rocks && machine == Scissors)winner = Me;else if (index == machine)winner = Tie;switch (winner) {case Me:cout << "You Win!" << endl << endl; count1++; break;case You:cout << "You Lose!" << endl << endl; count2++; break;case Tie:cout << "It is a tie!" << endl << endl; count3++; break;}h[b[i-1]-1].times--;if (h[b[i-1]-1].times == 0 ) {for (int j = 0; j < c; j++) {if (h[b[j]-1].times == 0)cout << (j + 1) << "," << h[b[j]-1].name << "OUT!" << endl;}cout << "You have just used all your chances for your current hero! make your choice.\a" << endl;cin >> i;count++;if (i != 1 && i != 2 && i != 3 && h[b[i-1]-1].times==0) continue;//以防重复选取}if (count==c) break;x++;if( x % 7 == 0 )//由于会有太多，所以清个屏system("cls");}int total = Score(count1, count2, count3);cout << "You have just won " << total << " points" << endl;//判断得分if (isWin(count1, count2))//判断胜负cout << "You Win!" << endl;elsecout << "You Lose!" << endl;
}

其他函数辅助

1.开始函数（进行开始界面）

void Hero::Start() {cout << "Press numbers to choose menu." << endl;cout << "1.Start game" << endl;cout << "2.Record" << endl;cout << "3.Rules" << endl;Hero hero;int a;cin >> a;switch (a) {case 1:system("cls");hero.Game();break;case 2:break;case 3:system("cls");hero.Rules();break;}
}

就是怎么来让已经使用的英雄招法次数恢复默认有点问题，我只能使用加回去方法，恳请诸位大佬进行指点江山。

2.进行相应函数创建

void Hero::Rules() {cout << "It is like RPS games." << endl;cout << "R is for Rocks." << endl;cout << "P is for Paper." << endl;cout << "S is for Scissors" << endl;cout << "According to the rules for RPS to judge win or lose to calculate marks." << endl;
}
bool Hero::isWin(int a, int b) {//判断你输了还是你赢了return a > b;
}
bool Hero::isEnd(int a) {//当最后一名玩家招法用完时候游戏结束，即次数够了就结束了return a == 0;
}
void Hero::Game() {//游戏创建this->CreateHero();this->PlayGames();
}
int Hero::Score(int a, int b,int c) {//分数计算方法int sum=0;sum = a * 5 - b * 3 + c * 2;return sum;
}

主函数

主函数由于不要太长就这样了

int main()
{char ch='x';char b;while (true) {cout << "\t\t\t\tRPS for 王者农药 1.0.9 version" << endl;cout << "\t\t\t\t-------Author YYH" << endl;cout << "\t\t\t\tPress random button for start" << endl;_getch();//按任意键进行开始while (ch == 'x') {Hero hero;//建立一个hero对象system("cls");hero.Start();//游戏进行cout << "Continue?(Y for yes N for no)" << endl;//游戏结束cin >> b;if (b == 'n' || b == 'N')break;}cout << "Press E for exit game." << endl;char a;cin >> a;if (a == 'E' || a == 'e')exit(0);//程序退出else continue;}return 0;
}

这是我第一次上传博客，基于程序设计实践进行的操作，是我学习C++一个月以来进行的，里面仍有不完善的地方，恳请诸位大佬指点江山，非常感谢各位大佬进行指点，如果有意见，恳请留言或发送邮箱至2455219437@qq.com

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C++程序设计实践里面石头剪刀布版王者农药实例

算法分析：

关键部分需要

其他函数辅助

主函数

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