C++刻晴炸弹人（改良版）

#include<stdio.h> #include <time.h> #include<conio.h> #include<iostream> #include<cmath> #include<graphics.h>//包含图形库头文件 #include<mmstream.h>//播放音乐的头文件，包含多媒体设备接口文件 #define WIN_WIDTH 1240 #define WIN_HEIGHT 720 #define WALL_BRICK_SIZE 40 //定义墙的边长 #define ROW (WIN_HEIGHT/WALL_BRICK_SIZE) #define COL (WIN_WIDTH/WALL_BRICK_SIZE) #define ZhangPeng_NUM 5 using namespace std; clock_t first_time=0; //记录放置炸弹的时刻 clock_t end_time=0; //随时记录放置炸弹后的时刻 clock_t boom_first_time=0; //记录爆炸特效出现的时刻 clock_t boom_end_time=0; //随时记录爆炸特效出现后的时刻 int flag_time=0; //是否出现炸弹没有为0，有则为1 int boom_time=0; //是否出现爆炸特效，没有为0，有则为1 int map[ROW][COL];//全局变量初始化为0; IMAGE fm; IMAGE img[4]; IMAGE role[2]; IMAGE baozha[3]; IMAGE result[2]; //开始界面 //尽量做到高内聚，低耦合，多用函数，少嵌套。 enum ATTR //定义枚举体，方便为二维数组赋值 { SPACE,//空白 WALL, //墙 ZHANGPENG,//帐篷 DIBAN,//地板 ZHONG,//爆炸效果的中间部分 HENG,//爆炸效果的横着部分 SHU,//爆炸效果竖着的部分 ZHADAN,//炸弹 DADALIYA//敌人达达利亚 }; struct Role //定义玩家结构体 { int x; int y; int width;//图片宽度 int height;//图片高度 int state;//1表示存活,0表示死亡 }player; struct Boom //定义炸弹结构体 { int x; int y; int width; int height; int exist;//炸弹是否存在 }boom; struct enemy //定义敌人结构体 { int x; int y; int width; int height; int state; //1表示存活,0表示死亡; }dadaliya; void load_image() //加载图片 { loadimage(&img[0],"./images/wall.png",WALL_BRICK_SIZE,WALL_BRICK_SIZE); //强行将图片转化为设置的格式 loadimage(&img[1],"./images/zhangpeng.png",WALL_BRICK_SIZE,WALL_BRICK_SIZE); //强行将图片转化为设置的格式 loadimage(&img[2],"./images/diban.png",WALL_BRICK_SIZE,WALL_BRICK_SIZE); //强行将图片转化为设置的格式 loadimage(&img[3],"./images/zhadan.jpg",WALL_BRICK_SIZE,WALL_BRICK_SIZE); //强行将图片转化为设置的格式 loadimage(&baozha[0],"./images/zhong.png",WALL_BRICK_SIZE,WALL_BRICK_SIZE); //强行将图片转化为设置的格式 loadimage(&baozha[1],"./images/heng.png",WALL_BRICK_SIZE,WALL_BRICK_SIZE); //强行将图片转化为设置的格式 loadimage(&baozha[2],"./images/shu.png",WALL_BRICK_SIZE,WALL_BRICK_SIZE); //强行将图片转化为设置的格式 loadimage(&role[0],"./images/dadaliya.png",dadaliya.width,dadaliya.height); //强行将图片转化为设置的格式 loadimage(&role[1],"./images/keqing.png",player.width,player.height); //强行将图片转化为设置的格式 loadimage(&result[0],"./images/failure.png",WIN_WIDTH,WIN_HEIGHT); //强行将图片转化为设置的格式 loadimage(&result[1],"./images/win.png",WIN_WIDTH,WIN_HEIGHT); //强行将图片转化为设置的格式 } void welcome() //游戏封面 { loadimage(&fm,"./images/fengmian.png",WIN_WIDTH,WIN_HEIGHT);//加载图片 putimage(0,0,&fm);//输出图片 PlaySound(TEXT("./images/BackGroundMusic.wav"),NULL,SND_FILENAME | SND_ASYNC | SND_LOOP);//播放背景音乐，链接compiler的libwinmm.a文件 } void GameInit() //初始化场景 { //初始化炸弹 boom.height=40; boom.width=40; boom.exist=false; flag_time=0; boom_time=0; first_time=0; end_time=0; boom_first_time=0; boom_end_time=0; //初始化玩家 player.x=40; player.y=40; player.width=34; player.height=34; player.state=1; //生成敌人达达利亚 int r= rand()%ROW; //不超过行数 int c=rand()%COL; //不超过列数; while(map[r][c]!=SPACE || r<=8 ||c<=8) { r= rand()%ROW; c=rand()%COL; } dadaliya.x=r*40; dadaliya.y=r*40; dadaliya.height=34; dadaliya.width=34; dadaliya.state=1; //加载图片 load_image();//将对应的图片放入对应的数组 for(int i=1;i<ROW-1;i++) //关于炸弹和帐篷和有关数值全部初始化 { for(int j=1;j<COL-1;j++) { if(map[i][j]==ZHADAN||map[i][j]==HENG||map[i][j]==ZHONG||map[i][j]==SHU||map[i][j]==ZHANGPENG) { map[i][j]=SPACE; } } } srand(GetTickCount());//随机数种子，保证rand不一样;java知识,得到从开机到现在的毫秒数作为种子; for(int i=0;i<ROW;i++) { map[i][0]=map[i][COL-1]=WALL; } //初始化上下两行 for(int i=0;i<COL;i++) { map[0][i]=map[ROW-1][i]=WALL; } //初始化中间的墙 //随机生成帐篷,随机产生行列坐标，然后判断是否为空，是空就放帐篷;生成ZhangPeng_NUM个帐篷; for(int i=0;i<ZhangPeng_NUM;i++) { r= rand()%ROW; //不超过行数 c=rand()%COL; //不超过列数; while(r<3||c<3||r==ROW-1||c==COL-1||map[r][c]!=SPACE) { r= rand()%ROW; c=rand()%COL; } map[r][c]=ZHANGPENG; } } void special_effect() //爆炸特效并判断敌人是否死亡 { float SHU1x=10000.0,SHU1y=10000.0,SHU2x=10000.0,SHU2y=10000.0,HENG1x=10000.0,HENG1y=10000.0,HENG2x=10000.0,HENG2y=10000.0; float Enemy_image_central_x=dadaliya.x+dadaliya.width/2; float Enemy_image_central_y=(float)(dadaliya.y+dadaliya.height/2); map[boom.y/40][boom.x/40]=ZHONG; if(map[boom.y/40+1][boom.x/40]==ZHANGPENG||map[boom.y/40+1][boom.x/40]==SPACE) { map[boom.y/40+1][boom.x/40]=SHU; SHU1x=(float)((boom.x/40)*40+20); SHU1y=(float)((boom.y/40+1)*40+20); } if(map[boom.y/40-1][boom.x/40]==ZHANGPENG||map[boom.y/40-1][boom.x/40]==SPACE) { map[boom.y/40-1][boom.x/40]=SHU; SHU2x=(float)((boom.x/40)*40+20); SHU2y=(float)((boom.y/40-1)*40+20); } if(map[boom.y/40][boom.x/40+1]==ZHANGPENG||map[boom.y/40][boom.x/40+1]==SPACE) { map[boom.y/40][boom.x/40+1]=HENG; HENG1x=(float)((boom.x/40+1)*40+20); HENG1y=(float)((boom.y/40)*40+20); } if(map[boom.y/40][boom.x/40-1]==ZHANGPENG||map[boom.y/40][boom.x/40-1]==SPACE) { map[boom.y/40][boom.x/40-1]=HENG; HENG2x=(float)((boom.x/40-1)*40+20); HENG2y=(float)((boom.y/40)*40+20); } //判断爆炸特效是否接触达达利亚，如果接触则，达达利亚死亡 double res1,res2,res3,res4; //计算四个方向的爆炸效果中心距离离敌人图片中心距离 res1= sqrt((SHU1x-Enemy_image_central_x)*(SHU1x-Enemy_image_central_x)+(SHU1y-Enemy_image_central_y)*(SHU1y-Enemy_image_central_y)); res2= sqrt((SHU2x-Enemy_image_central_x)*(SHU2x-Enemy_image_central_x)+(SHU2y-Enemy_image_central_y)*(SHU2y-Enemy_image_central_y)); res3= sqrt((HENG1x-Enemy_image_central_x)*(HENG1x-Enemy_image_central_x)+(HENG1y-Enemy_image_central_y)*(HENG1y-Enemy_image_central_y)); res4= sqrt((HENG2x-Enemy_image_central_x)*(HENG2x-Enemy_image_central_x)+(HENG2y-Enemy_image_central_y)*(HENG2y-Enemy_image_central_y)); float min_distance=WALL_BRICK_SIZE/2.0+dadaliya.height/2.0; if(res1<=min_distance||res2<=min_distance||res3<=min_distance||res4<=min_distance) dadaliya.state=0; } void special_effect_end() //爆炸特效结束 { map[boom.y/40][boom.x/40]=SPACE; if(map[boom.y/40+1][boom.x/40]==SHU) map[boom.y/40+1][boom.x/40]=SPACE; if(map[boom.y/40-1][boom.x/40]==SHU) map[boom.y/40-1][boom.x/40]=SPACE; if(map[boom.y/40][boom.x/40+1]==HENG) map[boom.y/40][boom.x/40+1]=SPACE; if(map[boom.y/40][boom.x/40-1]==HENG) map[boom.y/40][boom.x/40-1]=SPACE; } void GameDraw() //不断绘图 { cleardevice();//清屏 for(int i=1;i<ROW-1;i++) { for(int j=1;j<COL-1;j++) { putimage(j*WALL_BRICK_SIZE,i*WALL_BRICK_SIZE,&img[2]); //铺地板 }