C语言小项目小游戏（适合初学者）

#include <stdio.h> #include <Windows.h> #include <time.h> #include <stdlib.h> #include <conio.h> typedef struct snake { int x, y;//坐标 int direction;//移动方向 上1 左2 下3 右4 snake * next; }*Msnake; struct food { int x, y; }F; struct food2 { int x, y; }F2; struct food1 { int x, y; }F1[800]; struct food3 { int x, y; }F12[800]; int ai=0,k=0,ai2=0,k2=0,a=1,b=1; int level; //等级 int lengt = 4;//蛇长度 int lengt2 = 4;//蛇2长度 int t;//用于计时 int score = 0; //获得成绩 int score2 = 0; //2获得成绩 int l;// 用于记录不同等级的速度 int n = 0;//吃到食物个数 int n2 = 0;//2吃到食物个数 snake * creat();//初始话蛇的位置及长度 snake * creat2();//初始话蛇2的位置及长度 void showMain();//画出终端的大小及命名 画出游戏界面（边框，提示，基本成绩etc) void gotoxy(int x, int y); //光标的移动 void c(int k); //颜色选择 int time(); //用来计时 void ycgb(int k); //隐藏光标 void game(); //具体游戏运行 void draw(snake * head); //真正画蛇 void newfood(snake * head);// //随机产生食物并保证食物不与蛇的坐标重合 void newfood2(snake * head);// //随机产生食物并保证食物不与蛇2的坐标重合 void newfood1(snake * head); //随机产生障碍并保证障碍不与蛇的坐标重合 void newfood3(snake * head); //随机产生障碍并保证障碍不与蛇2的坐标重合 int random(); //用来输出随机值 int direc(char ch);//方向键设置 int direc2(char ch);//方向键设置 void key(snake * head,snake*head1, snake * p,char ch); //改变蛇的方向功能的实现 void key2(snake * head,snake*head1, snake * p2,char ch); //改变蛇2的方向功能的实现 void pause(snake * head,snake*head1, snake * p,char ch); //暂停功能的实现 void cls();//清屏 void cls2();//清屏 2 int judge(int a,int b);//进行哪一方失败判断 int main() { ycgb(0); showMain(); game(); while (1) { cls(); gotoxy(32,10); c(10); printf("按回车可重新开始游戏！"); gotoxy(34,11); printf("按Esc可离开游戏！"); cls2(); gotoxy(114,10); printf("按回车可重新开始游戏！"); gotoxy(116,11); printf("按Esc可离开游戏！"); char ch; ch = getch(); while (ch != 13 && ch != 27) { ch = getch(); } if (ch == 13) { showMain(); game(); } else break; } return 0; } int direc(char ch)//方向键设置 { if (ch == 119) return 1; if (ch == 97) return 2; if (ch == 115) return 3; if (ch == 100) return 4; return 0; } int direc2(char ch)//2方向键设置 { ch = getch(); if (ch == 72) return 1; if (ch == 80) return 3; if (ch == 75) return 2; if (ch == 77) return 4; return 0; } snake * creat() // 初始话蛇的位置及长度 { snake *head, *p, *q; head = (snake *) malloc (sizeof(snake)); head->x = 28; head->y = 10; head->direction = 4; head->next = NULL; p = head; for (int i = 0; i < 3; i++) { q = (snake *) malloc (sizeof(snake)); p->next = q; q->next = NULL; q->x = p->x + 2; q->y = p->y; q->direction = p->direction; p = q; } return head; } snake * creat2() // 初始话蛇2的位置及长度 { snake *head2, *p, *q; head2 = (snake *) malloc (sizeof(snake)); head2->x = 110; head2->y = 10; head2->direction = 4; head2->next = NULL; p = head2; for (int i = 0; i < 3; i++) { q = (snake *) malloc (sizeof(snake)); p->next = q; q->next = NULL; q->x = p->x + 2; q->y = p->y; q->direction = p->direction; p = q; } return head2; } void showMain()//画出终端的大小及命名 画出游戏界面（边框，提示，基本成绩etc) { int i; system("title 贪吃蛇.生死局双人"); system("mode con cols=162 lines=35"); gotoxy(28, 10); c(10); printf("欢迎进入贪吃蛇的世界！！"); gotoxy(108, 10); c(10); printf("欢迎进入贪吃蛇的世界！！"); gotoxy(0, 0); c(3); for (i = 0; i < 40; i++) { printf("▇"); Sleep(30); } for (i = 1; i < 25; i++) { gotoxy(78, i); printf("▇"); Sleep(30); } for (i = 39; i >= 0; i--) { gotoxy(2*i, 25); printf("▇"); Sleep(30); } for (i = 24; i >= 1; i--) { gotoxy(0, i); printf("▇"); Sleep(30); } gotoxy(82, 0); c(3); for (i = 0; i < 40; i++) { printf("▇"); Sleep(30); } for (i = 1; i < 25; i++) { gotoxy(160, i); printf("▇"); Sleep(30); } for (i = 39; i >= 0; i--) { gotoxy(2*i+82, 25); printf("▇"); Sleep(30); } for (i = 24; i >= 1; i--) { gotoxy(82, i); printf("▇"); Sleep(30); } c(10); gotoxy(30, 11); printf("请选择难度（0~6）："); scanf("%d", &level); switch(level) { case 1: l = 600;break; case 2: l = 400;break; case 3: l = 200;break; case 4: l = 150;break; case 5: l = 100;break; case 6: l = 60;break; default: l = 2333; break; } cls(); cls2(); c(15); gotoxy(4, 26); printf("等级： %d", level); gotoxy(20, 26); printf("分数： %d", score); gotoxy(4, 27); printf("当前长度： %d", lengt); gotoxy(20, 27); printf("已吃食物个数： %d", n); gotoxy(45, 26); printf("移动：↑↓←→"); gotoxy(45, 27); printf("暂停or继续：空格"); c(13); gotoxy(86, 26); printf("等级： %d", level); gotoxy(106, 26); printf("分数： %d", score); gotoxy(86, 27); printf("当前长度： %d", lengt); gotoxy(106, 27); printf("已吃食物个数： %d", n); gotoxy(127, 26); printf("移动：↑↓←→"); gotoxy(127, 27); printf("暂停or继续：空格"); gotoxy(64,30); c(10); printf("触碰绿色球游戏结束!黄色球能让你的小可爱生长!"); gotoxy(74,31); printf("生长到一定长度会升级哦！"); gotoxy(150, 33); printf("制作：秋志"); } void key(snake * head,snake* head1, snake * p,char ch)//改变蛇1的方向的实现 { int i, j; i = direc(ch); j = p->direction; if ((i==1&&j==3)||(i==2&&j==4)||(i==3&&j==1)||(i==4&&j==2));//判断是否与原有方向相冲突 else p->direction = i; } void pause(snake * head,snake*head1, snake * p2,char ch)//暂停功能的实现 { int i; if(a==1) { cls(); gotoxy(36,10); printf("暂停中"); } if(b==1) { cls2(); gotoxy(118,10); printf("暂停中"); } while (1) { if (kbhit() && getch() == 32) { if(a==1) { gotoxy(36,10); printf(" "); draw(head); gotoxy(F.x, F.y); c(12); printf("●"); for(i=0;i<ai;i++) { gotoxy(F1[i].x,F1[i].y); c(10); printf("●"); } } if(b==1) { gotoxy(118,10); printf(" "); draw(head1); gotoxy(F2.x, F2.y); c(12); printf("●"); for(i=0;i<ai2;i++) { gotoxy(F12[i].x,F12[i].y); c(10); printf("●"); } } break; } } } void key2(snake * head,snake*head1, snake * p2,char ch)//改变蛇2的方向与暂停功能的实现 { int i,j; i = direc2(ch); j = p2->direction; if ((i==1&&j==3)||(i==2&&j==4)||(i==3&&j==1)||(i==4&&j==2));//判断是否与原有方向相冲突