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《咸鱼概要 · 游戏（优质）》扫雷（Dev-C++版）
gf25051 LV 7 @ 2026-2-21 17:41:19

扫雷规则介绍：

游戏目标：在不点击到地雷的情况下，揭开所有安全格子。 
棋盘构成：由若干格子组成的矩阵，格子数量及地雷分布随难度递增。 
操作方式：左键点击揭开格子，若该格子为雷则失败；若周边有雷，则显示雷数。 右键单击标记可疑地雷，双击快速揭开周围无雷的格子。 
胜利条件：成功标记所有地雷并揭开所有非雷格子。 
失败条件：点击到地雷格子，游戏结束。 

游戏说明：
点击笑脸可以重新开始，开始游戏默认中级难度，可以选择难度直接开始游戏，点击返回回到界面

版本介绍：
目前这个版本的扫雷是专门为Dev-C++量身定做的，也就是Dev-C++版
这个扫雷的70%是由网上一位大主包写的，剩下的30%是由作者本入写的，调整了一下在Dev-C++里无法使用的代码，搞了点加载动画
市面上的扫雷基本都不适配于Dev-C++

温馨提示：
请不要修改文件里的图片名和文件夹名，否则可能会报错
源代码可以找我要
运行源代码时要有EasyX库，不然会报错
看到我的题解记得点赞！

文章作者：gf25051

//扫雷源代码
//要搭配下载包和EasyX库 
#include <stdio.h>
#include <stdlib.h>
#include <time.h>
#include <graphics.h>
int grahight=415;
int grawidth=340;
#define allhight 100
#define allwidth 100
int hight=17;
int width=17;
int times=0;
int time1=0,time2=0,time3=0;
int first=1;
int bomb=45;
int runing=1;
int smiles=0;
int ture=1;
int a=1;
int map[allhight+2][allwidth+2]= {0};
clock_t start_t,end_t;
IMAGE block[13];
IMAGE smile[4];
IMAGE numbomb[10];
int numbombs=0;
int numbombss=0;
int win=0;
int choice=0;
void printfmap();
void updategame();
int findbomb(int a,int b);
void theloadimage();
void playgame();
void newgame();
void whitchtouch2();
void showbomb();
void openzero(int m,int n);
void whitchtouth();
void printfmaps() {
	for(int i=1; i<=hight; i++) {
		printf("第%d行：",i);
		for(int j=1; j<=width; j++) {
			int a=(j-1)*20;
			int b=(i-1)*20+72;
			printf("%3d",map[i][j]);
		}
		printf("\n");
	}
}
void before();
int main() {
	HWND hwnd=initgraph(grawidth,grahight);
	setbkcolor(RGB(189,189,189));
	cleardevice();
	IMAGE img;
	loadimage(&img,_T("img/咸鱼.png"),getwidth(),getheight());
	putimage(0,0,&img);
	Sleep(2000);
	cleardevice();
	IMAGE img2;
	loadimage(&img2,_T("img/扫雷.png"),getwidth(),getheight());
	putimage(0,0,&img2);
	Sleep(2000);
	cleardevice();
	IMAGE img3;
	loadimage(&img3,_T("img/小黄工作室.png"),getwidth(),getheight());
	putimage(0,0,&img3);
	Sleep(2000);
	cleardevice();
	while(ture) {
		settextcolor(BLACK);
		rectangle(80,50,250,120);
		outtextxy(130,80,"开始游戏");
		rectangle(80,150,250,220);
		outtextxy(130,180,"难度设置");
		outtextxy(30,280,"游戏说明:");
		outtextxy(105,280,"点击笑脸可以重新开始，开始");
		outtextxy(105,305,"游戏默认中级难度，可以选择");
		outtextxy(105,330,"难度直接开始游戏，点击返回");
		outtextxy(105,355,"回到界面");
		whitchtouth();
	}
	cleardevice();
	while(choice) {
		settextcolor(BLACK);
		rectangle(80,50,250,120);
		outtextxy(130,80,"初级");
		rectangle(80,150,250,220);
		outtextxy(130,180,"中级");
		rectangle(80,250,250,320);
		outtextxy(130,280,"高级");
		whitchtouch2();
	}
	initgraph(grawidth,grahight);
	setbkcolor(RGB(189,189,189));
	cleardevice();
	numbombss=bomb%10;
	numbombs=bomb/10;
	theloadimage();
	updategame();
	printfmaps();
	while(1) {
		printfmap();
		playgame();
		if(win==hight*width-bomb&&a) {
			a=0;
			smiles=3;
			printfmap();
			MessageBox(hwnd,"you win the game!","",MB_OK);
		}
		if(smiles==1) {
			first=1;
			a=1;
			win=0;
			system("cls");
			newgame();
			printfmaps();
		}
		end_t=clock();
		int q=(end_t-start_t)/1000;
		if(runing==1&&first==0&&win!=hight*width-bomb) {
			time1=q/100;
			time2=q/10%10;
			time3=q%10;
		}
		if(first==1) {
			time1=time2=time3=0;
		}
	}
	closegraph();
	return 0;
}
void printfmap() {
	outtextxy(grawidth/2-25,0,"返回");
	putimage(grawidth/2-20,30,&smile[smiles]);
	putimage(10,10,&numbomb[numbombs]);
	putimage(40,10,&numbomb[numbombss]);
	putimage(grawidth-90,10,&numbomb[time1]);
	putimage(grawidth-60,10,&numbomb[time2]);
	putimage(grawidth-30,10,&numbomb[time3]);
	putimage(grawidth-60, grahight-30, &block[0]);
	outtextxy(grawidth-55, grahight-25, "关于游戏");
	for(int i=1; i<=hight; i++) {
		for(int j=1; j<=width; j++) {
			int a=(j-1)*20;
			int b=(i-1)*20+72;
			if(map[i][j]<=28&&map[i][j]>=19)
				putimage(a,b,&block[0]);
			else if(map[i][j]<=8&&map[i][j]>=-1) {
				switch(map[i][j]) {
					case-1:
						putimage(a,b,&block[9]);
						break;
					case 0:
						putimage(a,b,&block[10]);
						break;
					case 1:
						putimage(a,b,&block[1]);
						break;
					case 2:
						putimage(a,b,&block[2]);
						break;
					case 3:
						putimage(a,b,&block[3]);
						break;
					case 4:
						putimage(a,b,&block[4]);
						break;
					case 5:
						putimage(a,b,&block[5]);
						break;
					case 6:
						putimage(a,b,&block[6]);
						break;
					case 7:
						putimage(a,b,&block[7]);
						break;
					case 8:
						putimage(a,b,&block[8]);
						break;
				}
			} else if(map[i][j]<=48&&map[i][j]>=39)
				putimage(a,b,&block[11]);
			else if(map[i][j]==-100)
				putimage(a,b,&block[12]);
		}
	}
}
void updategame() {
	srand((unsigned int)time(NULL));
	int n=0;
	while(n<bomb) {
		int x=rand()%hight+1;
		int y=rand()%width+1;
		if(map[x][y]==0&&x!=0&&y!=0) {
			map[x][y]=-1;
			n++;
		}
	}
	for(int i=1; i<=hight; i++) {
		for(int j=1; j<=width; j++) {
			if(map[i][j]==0) {
				int sign=0;
				sign=findbomb(i,j);
				map[i][j]=sign;
			}
		}
	}
	for(int i=1; i<=hight; i++) {
		for(int j=1; j<=width; j++) {
			map[i][j]+=20;
		}
	}
}
int findbomb(int a,int b) {
	int all=0;
	for(int i=a-1; i<=a+1; i++) {
		for(int j=b-1; j<=b+1; j++) {
			if(map[i][j]==-1) {
				all++;
			}
		}
	}
	return all;
}
void theloadimage() {
	loadimage(&block[0],"img/方块.png",20,20);
	loadimage(&block[1],"img/11.png",20,20);
	loadimage(&block[2],"img/22.png",20,20);
	loadimage(&block[3],"img/33.png",20,20);
	loadimage(&block[4],"img/44.png",20,20);
	loadimage(&block[5],"img/55.png",20,20);
	loadimage(&block[6],"img/66.png",20,20);
	loadimage(&block[7],"img/77.png",20,20);
	loadimage(&block[8],"img/88.png",20,20);
	loadimage(&block[9],"img/bom.png",20,20);
	loadimage(&block[10],"img/方块2.png",20,20);
	loadimage(&block[11],"img/flag.png",20,20);
	loadimage(&block[12],"img/red-bom.png",20,20);
	loadimage(&smile[0],"img/笑脸.png",30,30);
	loadimage(&smile[1],"img/笑脸2.png",30,30);
	loadimage(&smile[2],"img/dead.png",30,30);
	loadimage(&smile[3],"img/cool.png",30,30);
	loadimage(&numbomb[0],"img/0.png",30,50);
	loadimage(&numbomb[1],"img/1.png",30,50);
	loadimage(&numbomb[2],"img/2.png",30,50);
	loadimage(&numbomb[3],"img/3.png",30,50);
	loadimage(&numbomb[4],"img/4.png",30,50);
	loadimage(&numbomb[5],"img/5.png",30,50);
	loadimage(&numbomb[6],"img/6.png",30,50);
	loadimage(&numbomb[7],"img/7.png",30,50);
	loadimage(&numbomb[8],"img/8.png",30,50);
	loadimage(&numbomb[9],"img/9.png",30,50);
}
void playgame() {
	if(MouseHit()) {
		MOUSEMSG msg=GetMouseMsg();
		int x=msg.x;
		int y=msg.y;
		switch(msg.uMsg) {
			case WM_LBUTTONDOWN:
				if(x>=0&&x<=grawidth&&y>=72&&y<=grahight&&runing&&smiles!=3) {
					if(first==1) {
						start_t=clock();
						first=0;
					}
					x=x/20+1;
					y=(y-72)/20+1;
					if(map[y][x]<=28&&map[y][x]>=19) {
						if(map[y][x]==20) {
							openzero(y,x);
						} else {
							map[y][x]-=20;
							win++;
							if(map[y][x]==-1)
								win--;
						}
					}
					if(map[y][x]==-1) {
						map[y][x]=-100;
						showbomb();
						smiles=2;
						printfmap();
						runing=0;
					}
				} else if(x>=grawidth/2-20&&x<=grawidth/2+10&&y>=20&&y<=55) {
					smiles=1;
					runing=1;
				} else if(x>=grawidth/2-25&&x<=grawidth/2+10&&y>=0&&y<=19) {
					before();
					printf("1\n");
				} else if(x>=grawidth-60&&x<=grawidth-30&&y>=grahight-30&&y<=grahight-10) {
					ShellExecute(NULL, "open", "关于游戏.txt", NULL, NULL, SW_SHOW);
				}
				break;
			case WM_LBUTTONUP:
				if(runing==1&&win!=hight*width-bomb)
					smiles=0;
				break;
			case WM_RBUTTONDOWN:
				if(x>=0&&x<=grawidth&&y>=72&&y<=grahight&&runing==1) {
					if(first==1) {
						start_t=clock();
						first=0;
					}
					x=x/20+1;
					y=(y-72)/20+1;
					if(map[y][x]<=28&&map[y][x]>=19) {
						map[y][x]+=20;
					} else if(map[y][x]<=48&&map[y][x]>=39) {
						map[y][x]-=20;
					}
				}
				break;
		}
	}
}
void openzero(int m,int n) {
	map[m][n]-=20;
	win++;
	for(int i=m-1; i<=m+1; i++) {
		for(int j=n-1; j<=n+1; j++) {
			if(i>=1&&i<=width&&j>=1&&j<=hight) {
				if(map[i][j]<=28&&map[i][j]>=19) {
					if(map[i][j]!=20) {
						map[i][j]-=20;
						win++;
					} else
						openzero(i,j);
				}
			}
		}
	}
}
void newgame() {
	for(int i=1; i<=hight; i++) {
		for(int j=1; j<=width; j++) {
			map[i][j]=0;
		}
	}
	updategame();
}
void whitchtouth() {
	MOUSEMSG msg=GetMouseMsg();
	int x=msg.x;
	int y=msg.y;
	switch(msg.uMsg) {
		case WM_LBUTTONDOWN:
			if(x>=80&&x<=250&&y>=50&&y<=120) {
				ture=0;
			} else if(x>=80&&x<=250&&y>=150&&y<=220) {
				ture=0;
				choice=1;
			}
			break;
	}
}
void showbomb() {
	int i,j;
	for(i=1; i<=hight; i++) {
		for(j=1; j<=width; j++) {
			if(map[i][j]==19) {
				map[i][j]-=20;
			}
		}
	}
}
void whitchtouch2() {
	MOUSEMSG msg=GetMouseMsg();
	int x=msg.x;
	int y=msg.y;
	switch(msg.uMsg) {
		case WM_LBUTTONDOWN:
			if(x>=80&&x<=250&&y>=50&&y<=120) {
				choice=0;
				cleardevice();
				hight=10;
				width=10;
				grahight=275;
				grawidth=200;
				bomb=15;
			} else if(x>=80&&x<=250&&y>=150&&y<=220) {
				cleardevice();
				choice=0;
				hight=17;
				width=17;
				grahight=415;
				grawidth=340;
				bomb=45;
			} else if(x>=80&&x<=250&&y>=250&&y<=320) {
				cleardevice();
				choice=0;
				hight=20;
				width=20;
				grahight=475;
				grawidth=400;
				bomb=60;
			}
			break;
	}
}
void before() {
	for(int i=1; i<=hight; i++) {
		for(int j=1; j<=width; j++) {
			map[i][j]=0;
		}
	}
	ture=1;
	choice=0;
	first=1;
	smiles=0;
	runing=1;
	win=0;
	a=1;
	system("cls");
	initgraph(340,415);
	setbkcolor(RGB(189,189,189));
	cleardevice();
	while(ture) {
		settextcolor(BLACK);
		rectangle(80,50,250,120);
		outtextxy(130,80,"开始游戏");
		rectangle(80,150,250,220);
		outtextxy(130,180,"难度设置");
		outtextxy(30,280,"游戏说明:");
		outtextxy(105,280,"点击笑脸可以重新开始，开始");
		outtextxy(105,305,"游戏默认中级难度，可以选择");
		outtextxy(105,330,"难度直接开始游戏，点击返回");
		outtextxy(105,355,"回到界面");
		whitchtouth();
	}
	cleardevice();
	while(choice) {
		settextcolor(BLACK);
		rectangle(80,50,250,120);
		outtextxy(130,80,"初级");
		rectangle(80,150,250,220);
		outtextxy(130,180,"中级");
		rectangle(80,250,250,320);
		outtextxy(130,280,"高级");
		whitchtouch2();
	}
	initgraph(grawidth,grahight);
	setbkcolor(RGB(189,189,189));
	cleardevice();
	numbombss=bomb%10;
	numbombs=bomb/10;
	updategame();
	printfmaps();
}

《咸鱼概要 · 游戏（优质）》扫雷（Dev-C++版）

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《咸鱼概要 · 游戏（优质）》扫雷（Dev-C++版）

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