C语言实现小猫钓鱼游戏

#include<stdio.h>#include<time.h>#include<string.h>#include<stdlib.h>#include<windows.h>  typedef struct{ int data[3600]; int col[3600]; int top;} stack; typedef struct{ int data[3600]; int col[3600]; int head; int tail;} queue; queue p1, p2;stack table; void printmenu();void deal();void printp1();void printtable();void printzzz();void judge(int a, int player);void game();void ask(); int main(){ while(1) {  char ch;  printmenu();  scanf("%c",&ch);  switch(ch)  {  case '1':   game();   break;   case '2':   exit(0);   default:   system("cls");   break;  } }  return 0;} void printmenu(){ printf("*****************************/n"); printf("*       */n"); printf("*       */n"); printf("*   金钩钓鱼   */n"); printf("*       */n"); printf("*       */n"); printf("*       */n"); printf("*****************************/n"); printf("/n/n/n"); printf("游戏规则：/n"); printf("每人各拿一半的牌，然后你放1张牌，/n"); printf("他放一张牌，如跟上面的牌一样，/n"); printf("即可把当中的牌全部吃掉,/n"); printf("直至对手手上无牌为止。/n/n/n"); printf("输入1开始游戏/n"); printf("输入2退出程序/n");} void deal(){ p1.head = 1; p1.tail = 1; p2.head = 1; p2.tail = 1; table.top = 0; int i, card, book[60]; srand((unsigned)time(0)); memset(book, 0, sizeof(book)); for(i = 1; i <= 27;) {  card = rand()%55;  if(card == 0)   continue;  else if(card >= 1 && card <= 13 && book[card] == 0)  {   p1.data[p1.tail] = card;   p1.col[p1.tail] = 1;   p1.tail++;   book[card]=1;   i++;  }  else if(card >= 14 && card <= 26 && book[card] == 0)  {   p1.data[p1.tail] = card - 13;   p1.col[p1.tail] = 2;   p1.tail++;   book[card]=1;   i++;  }  else if(card >= 27 && card <= 39 && book[card] == 0)  {   p1.data[p1.tail] = card - 26;   p1.col[p1.tail] = 3;   p1.tail++;   book[card]=1;   i++;  }  else if(card >= 40 && card <= 52 && book[card] == 0)  {   p1.data[p1.tail] = card - 39;   p1.col[p1.tail] = 4;   p1.tail++;   book[card]=1;   i++;  }  else if(card == 53)  {   p1.data[p1.tail] = card;   p1.col[p1.tail] = 5;   p1.tail++;   book[card]=1;   i++;  }  else if(card == 54)  {   p1.data[p1.tail] = card;   p1.col[p1.tail] = 5;   p1.tail++;   book[card]=1;   i++;  } } for(i = 1; i <= 27;) {  card = rand()%55;  if(card == 0)   continue;  else if(card >= 1 && card <= 13 && book[card] == 0)  {   p2.data[p2.tail] = card;   p2.col[p2.tail] = 1;   p2.tail++;   book[card]=1;   i++;  }  else if(card >= 14 && card <= 26 && book[card] == 0)  {   p2.data[p2.tail] = card - 13;   p2.col[p2.tail] = 2;   p2.tail++;   book[card]=1;   i++;  }  else if(card >= 27 && card <= 39 && book[card] == 0)  {   p2.data[p2.tail] = card - 26;   p2.col[p2.tail] = 3;   p2.tail++;   book[card]=1;   i++;  }  else if(card >= 40 && card <= 52 && book[card] == 0)  {   p2.data[p2.tail] = card - 39;   p2.col[p2.tail] = 4;   p2.tail++;   book[card]=1;   i++;  }  else if(card == 53 && book[card] == 0)  {   p2.data[p2.tail] = card;   p2.col[p2.tail] = 5;   p2.tail++;   book[card]=1;   i++;  }  else if(card == 54 && book[card] == 0)  {   p2.data[p2.tail] = card;   p2.col[p2.tail] = 5;   p2.tail++;   book[card]=1;   i++;  } }  return;} void printp1(){ int i; printf("您的牌有: /n"); for(i = p1.tail-1; i >= p1.head; i--) {  if(p1.col[i] == 1)  {   printf("方片");  }  else if(p1.col[i] == 2)  {   printf("红桃");  }  else if(p1.col[i] == 3)  {   printf("黑桃");  }  else if(p1.col[i] == 4)  {   printf("梅花");  }  if(p1.data[i] == 11)  {   printf("J ");  }  else if(p1.data[i] == 12)  {   printf("Q ");  }  else if(p1.data[i] == 13)  {   printf("K ");  }  else if(p1.data[i] == 53)  {   printf("小王 ");  }  else if(p1.data[i] == 54)  {   printf("大王 ");  }  else   printf("%d ", p1.data[i]); } printf("/n/n"); return;} void printtable(){ int i; printf("桌上的牌有：/n"); if(table.top == 0) {  printf("（无）/n"); } for(i = 1; i <= table.top; i++) {  if(table.col[i] == 1)  {   printf("方片");  }  else if(table.col[i] == 2)  {   printf("红桃");  }  else if(table.col[i] == 3)  {   printf("黑桃");  }  else if(table.col[i] == 4)  {   printf("梅花");  }  if(table.data[i] == 11)  {   printf("J ");  }  else if(table.data[i] == 12)  {   printf("Q ");  }  else if(table.data[i] == 13)  {   printf("K ");  }  else if(table.data[i] == 53)  {   printf("小王 ");  }  else if(table.data[i] == 54)  {   printf("大王 ");  }  else   printf("%d ", table.data[i]); } printf("/n/n/n"); return;} void printzzz(){ system("cls"); Sleep(400); printf("正 "); Sleep(400); printf("在 "); Sleep(400); printf("出 "); Sleep(400); printf("牌 "); Sleep(400); printf(". "); Sleep(400); printf(". "); Sleep(400); printf(". "); Sleep(800); judge(table.data[table.top], 1); system("cls"); printf("玩家2 开始回合！！/n/n/n/n"); printtable(); table.top++; table.data[table.top] = p2.data[p2.head]; table.col[table.top] = p2.col[p2.head]; p2.head++; Sleep(600); printf("玩 "); Sleep(400); printf("家 "); Sleep(400); printf("2 "); Sleep(400); printf("正 "); Sleep(400); printf("在 "); Sleep(400); printf("出 "); Sleep(400); printf("牌 "); Sleep(400); printf(". "); Sleep(400); printf(". "); Sleep(400); printf(". "); Sleep(1000); judge(table.data[table.top], 2); return;} void judge(int a, int player){ int i, j, sum = 2; if(player == 1) {  for(i = table.top-1; i >= 1; i--, sum++)  {   if(a == table.data[i] || ((a == 53 || a == 54) && (table.data[i] == 53 || table.data[i] == 54)))   {    for(j = table.top; j >= i; j--)    {     p1.data[p1.tail] = table.data[table.top];     p1.col[p1.tail] = table.col[table.top];     p1.tail++;     table.top--;    }    break;   }  }   if(i != 0)  {   system("cls");   Sleep(400);   printf("玩 ");   Sleep(400);   printf("家 ");   Sleep(400);   printf("1 ");   Sleep(400);   printf("赢 ");   Sleep(400);   printf("了 ");   Sleep(400);   printf("%d ", sum);   Sleep(400);   printf("张");   Sleep(400);   printf("牌 ");   Sleep(400);   printf("！ ");   Sleep(400);   printf("！ ");   Sleep(400);   printf("！ ");   Sleep(2000);   system("cls");  } } else if(player == 2) {  for(i = table.top-1; i >= 1; i--, sum++)  {   if(a == table.data[i] || ((a == 53 || a == 54) && (table.data[i] == 53 || table.data[i] == 54)))   {    for(j = table.top; j >= i; j--)    {     p2.data[p2.tail] = table.data[table.top];     p2.col[p2.tail] = table.col[table.top];     p2.tail++;     table.top--;    }    break;   }  }   if(i != 0)  {   system("cls");   Sleep(400);   printf("玩 ");   Sleep(400);   printf("家 ");   Sleep(400);   printf("2 ");   Sleep(400);   printf("赢 ");   Sleep(400);   printf("了 ");   Sleep(400);   printf("%d ", sum);   Sleep(400);   printf("张");   Sleep(400);   printf("牌 ");   Sleep(400);   printf("！ ");   Sleep(400);   printf("！ ");   Sleep(400);   printf("！ ");   Sleep(2000);   system("cls");  } } return;} void game(){ deal(); getchar();  while(p1.head != p1.tail && p2.head != p2.tail) {  system("cls");  int i;  printf("玩家1 开始回合！！/n/n/n/n");  printp1();  printtable();  printf("按回车来出牌/n");  getchar();  table.top++;  table.data[table.top] = p1.data[p1.head];  table.col[table.top] = p1.col[p1.head];  p1.head++;  printzzz(); }  if(p1.head == p1.tail) {  printf("恭喜您取得了胜利！！！/n");  printf("感谢使用本程序/n");  system("pause"); } else {  printf("你没有牌了！");  printf("不好意思，您输了。。。/n");  printf("不要灰心，可以再来一局！！/n");  system("pause"); } return;} void ask(){ char ch;  system("cls"); printf("你确定要退出？/n"); printf("（输入y确认对出）/n"); printf("Y/N/n"); scanf("%c", &ch);  if(ch == 'y' || ch == 'Y') {  exit(0); } else {  return; }}