飞翔的小鸟（FlyBird）游戏C语言编程（含撞柱子）

article/2025/9/29 18:26:38

柱子分析尺寸分析
游戏运行中
游戏结束

// 飞翔的小鸟.cpp
#include "stdafx.h"
#include <graphics.h>    //图形库头文件
#include <stdlib.h>    //Sleep
#include <conio.h>    //_getch()按键盘
#include <stdio.h>    //C语言头文件
#include <time.h>    //随机函数使用
#include <mmsystem.h>   //音乐播放的多媒体库
#pragma comment(lib,"winmm.lib")  //链接winmm.lib这个库//起图片名字
IMAGE background;
IMAGE mybird[2];    //鸟有两张：mybird[0]、mybird[1]
IMAGE overImg[2];   //游戏结束动画两张
IMAGE downPillar[2];    //朝下的柱子两张
IMAGE upPillar[2];    //朝上的柱子两张struct Bird  //鸟的属性
{int x;    //初始坐标int y;int speed;  //上升速度
};struct Pillar
{int x;  //上面柱子起始坐标int y;int height;  //上面柱子显示高度
};struct Bird flyBird={124,304,50};  //初始化。在窗口正中间void loadResource(){  //加载资源。相同的操作归类处理loadimage(&background,L"background.bmp");loadimage(&mybird[0],L"birdy.bmp",48,48);   //先是掩码图yloadimage(&mybird[1],L"bird.bmp",48,48);loadimage(&overImg[0],L"endy.bmp");loadimage(&overImg[1],L"end.bmp");loadimage(&downPillar[0],L"downy.bmp");loadimage(&downPillar[1],L"down.bmp");loadimage(&upPillar[0],L"upy.bmp");loadimage(&upPillar[1],L"up.bmp");
}void drawBird(int x,int y){  //画鸟---->透明贴图技术（白加黑去掉背景，就是裸鸟了）//SRCAND方式贴掩码图putimage(x,y,&mybird[0],SRCAND);//SRCPAINT方式贴背景图putimage(x,y,&mybird[1],SRCPAINT);
}DWORD WINAPI playMusic(LPVOID lpParamer){ //多线程mciSendString(L"open jump.mp3",0,0,0);    //需要加LmciSendString(L"play jump.mp3 wait",0,0,0);mciSendString(L"close jump.mp3",0,0,0);return 0;
}DWORD WINAPI playMusic1(LPVOID lpParamer){ //多线程mciSendString(L"open hit.mp3",0,0,0);    //需要加LmciSendString(L"play hit.mp3 wait",0,0,0);mciSendString(L"close hit.mp3",0,0,0);return 0;
}DWORD WINAPI playMusic2(LPVOID lpParamer){ //多线程mciSendString(L"open gameover.mp3",0,0,0);    //需要加LmciSendString(L"play gameover.mp3 wait",0,0,0);mciSendString(L"close gameover.mp3",0,0,0);return 0;
}void keyDown(){  //鸟的按键处理char userkey=_getch();    //_getch();用来接收用户按键switch (userkey){case ' ':flyBird.y-=flyBird.speed;CreateThread(NULL,NULL,playMusic,NULL,NULL,NULL);break;default:break;}
}int hitFloor(){  //鸟撞天花板和地板if (flyBird.y<=0||flyBird.y>=512){CreateThread(NULL,NULL,playMusic1,NULL,NULL,NULL);return 1;}else return 0;
}int hitPillar(struct Pillar *myPillar){  //撞到柱子for(int i=0;i<3;++i){if (flyBird.x >= myPillar[i].x && flyBird.x <= myPillar[i].x + 52){if (flyBird.y <= myPillar[i].height || flyBird.y >= (512 - 320 + myPillar[i].height)){CreateThread(NULL,NULL,playMusic1,NULL,NULL,NULL);return 1;}}}return 0;
}void actionGameOver(){//结束图片的初始位置int x=50;int y=608;while (y>=240){putimage(0,0,&background);putimage(x,y,&overImg[0],SRCAND);putimage(x,y,&overImg[1],SRCPAINT);y-=50;Sleep(50);}CreateThread(NULL,NULL,playMusic2,NULL,NULL,NULL);Sleep(5000);  //5秒后关闭窗口
}void initPillar(struct Pillar myPillar[],int i){    //建立柱子myPillar[i].height=rand()%100+160;    //随机数范围160~259myPillar[i].x=228;myPillar[i].y=0;
}void drawPillar(struct Pillar myPillar){  //画柱子。每根柱子高度是320//上面的柱子putimage(myPillar.x,0,52,myPillar.height,&downPillar[0],0,320-myPillar.height,SRCAND);  //掩码图putimage(myPillar.x,0,52,myPillar.height,&downPillar[1],0,320-myPillar.height,SRCPAINT);//下面的柱子putimage(myPillar.x,512-(320-myPillar.height),52,320-myPillar.height,&upPillar[0],0,0,SRCAND);putimage(myPillar.x,512-(320-myPillar.height),52,320-myPillar.height,&upPillar[1],0,0,SRCPAINT);
}int main(){//背景尺寸：288*608srand((unsigned int)time(NULL));    //随机函数种子initgraph(288,608);    //创建窗口struct Pillar myPillar[3];for(int i=0;i<3;++i){initPillar(myPillar,i);//为了让柱子之间有差距myPillar[i].x=288+i*150;}loadResource();while (true){putimage(0,0,&background);drawBird(flyBird.x,flyBird.y);flyBird.y+=5;for(int i=0;i<3;++i){myPillar[i].x-=5;  //柱子向左移动if(myPillar[i].x<(-52-150)){initPillar(myPillar,i);}}for(int i=0;i<3;++i){    //画柱子drawPillar(myPillar[i]);}if(_kbhit()){    //一定要先判断按键是否按下keyDown();}if(hitFloor()||hitPillar(myPillar)){actionGameOver();break;}Sleep(50);  //休眠50毫秒}closegraph();    //关闭窗口return 0;
}