游戏索引
游戏名称：天天酷跑
游戏介绍：
本游戏是在B站博主<程序员Rock>的视频指导下完成
想学的更详细的小伙伴可以移步到<程序员Rock>视频
【程序员Rock】C语言项目：手写天天酷跑丨大一课程设计首选项目，手把手带你用C语言游戏开发
游戏效果展示#
天天酷跑
游戏模块：
<1>安装easyx图形库
<2>创建项目
<3>导入素材
<4>创建游戏开始界面
<5>循环滚动背景实现
<6>创建人物实现奔跑<7>实现人物的跳跃和下蹲
<8>创建障碍物
<9>实现人物的血条
<10>人物和障碍物的碰撞
<11>实现游戏的积分
<12>游戏输赢的判定
目录
游戏索引
写代码前的准备工作
搭建项目环境easyx：
导入游戏素材 ：
修改项目属性：
导入我们的辅助项目：
tools.h
tools.cpp
导入操作#
实现游戏开始界面
游戏的定义与声明
游戏的初始化
实现游戏背景展示
图片背景的显示
图片移动的实现
实现用户的按键操作
实现人物的展示
编辑
奔跑人物的显示
人物的跳跃和下蹲的实现
渲染障碍物
显示障碍物
更新障碍物的位置
随机生成小乌龟
人物与障碍物的碰撞检测
人物血量的显示
游戏分数的显示
游戏输赢的判定
游戏赢的判定
游戏输的判定
游戏主函数
全部代码的实现
素材已上传至百度网盘：
百度网盘 请输入提取码提取码：ABCD
写代码前的准备工作
搭建项目环境easyx：
要想在我们的窗口实现图片交互
应该给编译器安装 easyx 图形库
这边我用图片展示详细的安装操作
（1）我们先在网页找到官网
（2）然后点击下载
（3）将 easyx 安装到目标编译器
（4）出现安装成功就代表可以使用了
接下来我们就可以写放心写代码啦！！！
导入游戏素材 ：
在当前项目的目录下创建文件夹，并把解压好的文件 res 拷贝进去
修改项目属性：
<1>点击项目找到项目属性
<2>将字符集改成多字符集
这里图片操作的时候需要
<3>将编译器对SDL的检查关掉
导入我们的辅助项目：
tools.h
#pragma once #include <graphics.h> //返回距离上一次调用间隔的时间（单位：ms)，第一次调用时返回0 int getDelay(); void putimagePNG(int picture_x, int picture_y, IMAGE* picture); // 适用于 y <0 以及y>0的任何情况 void putimagePNG2(int x, int y, IMAGE* picture); void putimagePNG2(int x, int y, int winWidth, IMAGE* picture); // 判断两个矩形是否相交 bool rectIntersect(int a1X, int a1Y, int a2X, int a2Y, int b1X, int b1Y, int b2X, int b2Y); void preLoadSound(const char* name); void playSound(const char* name); void drawBloodBar(int x, int y, int width, int height, int lineWidth, int boardColor, int emptyColor, int fillColor, float percent);tools.cpp
#include <stdio.h> #include <Windows.h> #include "tools.h" #include <mmsystem.h>//播放音乐 #pragma comment(lib, "winmm.lib") int getDelay() { static unsigned long long lastTime = 0; unsigned long long currentTime = GetTickCount(); if (lastTime == 0) { lastTime = currentTime; return 0; } else { int ret = currentTime - lastTime; lastTime = currentTime; return ret; } } // 载入PNG图并去透明部分 void putimagePNG(int picture_x, int picture_y, IMAGE* picture) //x为载入图片的X坐标，y为Y坐标 { DWORD* dst = GetImageBuffer(); // GetImageBuffer()函数，用于获取绘图设备的显存指针，EASYX自带 DWORD* draw = GetImageBuffer(); DWORD* src = GetImageBuffer(picture); //获取picture的显存指针 int picture_width = picture->getwidth(); //获取picture的宽度，EASYX自带 int picture_height = picture->getheight(); //获取picture的高度，EASYX自带 int graphWidth = getwidth(); //获取绘图区的宽度，EASYX自带 int graphHeight = getheight(); //获取绘图区的高度，EASYX自带 int dstX = 0; //在显存里像素的角标 // 实现透明贴图 公式： Cp=αp*FP+(1-αp)*BP ， 贝叶斯定理来进行点颜色的概率计算 for (int iy = 0; iy < picture_height; iy++) { for (int ix = 0; ix < picture_width; ix++) { int srcX = ix + iy * picture_width; //在显存里像素的角标 int sa = ((src[srcX] & 0xff000000) >> 24); //0xAArrggbb;AA是透明度 int sr = ((src[srcX] & 0xff0000) >> 16); //获取RGB里的R int sg = ((src[srcX] & 0xff00) >> 8); //G int sb = src[srcX] & 0xff; //B if (ix >= 0 && ix <= graphWidth && iy >= 0 && iy <= graphHeight && dstX <= graphWidth * graphHeight) { dstX = (ix + picture_x) + (iy + picture_y) * graphWidth; //在显存里像素的角标 int dr = ((dst[dstX] & 0xff0000) >> 16); int dg = ((dst[dstX] & 0xff00) >> 8); int db = dst[dstX] & 0xff; draw[dstX] = ((sr * sa / 255 + dr * (255 - sa) / 255) << 16) //公式： Cp=αp*FP+(1-αp)*BP ； αp=sa/255 , FP=sr , BP=dr | ((sg * sa / 255 + dg * (255 - sa) / 255) << 8) //αp=sa/255 , FP=sg , BP=dg | (sb * sa / 255 + db * (255 - sa) / 255); //αp=sa/255 , FP=sb , BP=db } } } } // 适用于 y <0 以及x<0的任何情况 void putimagePNG2(int x, int y, IMAGE* picture) { IMAGE imgTmp; if (y < 0) { SetWorkingImage(picture); getimage(&imgTmp, 0, -y, picture->getwidth(), picture->getheight() + y); SetWorkingImage(); y = 0; picture = &imgTmp; } if (x < 0) { SetWorkingImage(picture); getimage(&imgTmp, -x, 0, picture->getwidth() + x, picture->getheight()); SetWorkingImage(); x = 0; picture = &imgTmp; } putimagePNG(x, y, picture); } // 适用于 y <0 以及y>0的任何情况 void putimagePNG2(int x, int y, int winWidth, IMAGE* picture) { IMAGE imgTmp; if (y < 0) { SetWorkingImage(picture); getimage(&imgTmp, 0, -y, picture->getwidth(), picture->getheight() + y); SetWorkingImage(); y = 0; picture = &imgTmp; } if (x < 0) { SetWorkingImage(picture); getimage(&imgTmp, -x, 0, picture->getwidth() + x, picture->getheight()); SetWorkingImage(); x = 0; picture = &imgTmp; } else if (x >= winWidth) { return; } else if (x > winWidth-picture->getwidth()) { SetWorkingImage(picture); getimage(&imgTmp, 0, 0, winWidth - x, picture->getheight()); SetWorkingImage(); picture = &imgTmp; } putimagePNG(x, y, picture); } //设A[x01,y01,x02,y02] B[x11,y11,x12,y12]. bool rectIntersect(int x01, int y01, int x02, int y02, int x11, int y11, int x12, int y12) { int zx = abs(x01 + x02 - x11 - x12); int x = abs(x01 - x02) + abs(x11 - x12); int zy = abs(y01 + y02 - y11 - y12); int y = abs(y01 - y02) + abs(y11 - y12); return (zx <= x && zy <= y); } void preLoadSound(const char* name) { char cmd[512]; sprintf_s(cmd, sizeof(cmd), "open %s alias %s-1", name, name); mciSendString(cmd, 0, 0, 0); sprintf_s(cmd, sizeof(cmd), "open %s alias %s-2", name, name); mciSendString(cmd, 0, 0, 0); } void playSound(const char* name) { static int index = 1; char cmd[512]; if (index == 1) { sprintf_s(cmd, sizeof(cmd), "play %s-1", name); mciSendString(cmd, 0, 0, 0); sprintf_s(cmd, sizeof(cmd), "close %s-2", name); mciSendString(cmd, 0, 0, 0); sprintf_s(cmd, sizeof(cmd), "open %s alias %s-2", name, name); mciSendString(cmd, 0, 0, 0); index++; } else if (index == 2) { sprintf_s(cmd, sizeof(cmd), "play %s-2", name); mciSendString(cmd, 0, 0, 0); sprintf_s(cmd, sizeof(cmd), "close %s-1", name); mciSendString(cmd, 0, 0, 0); sprintf_s(cmd, sizeof(cmd), "open %s alias %s-1", name, name); mciSendString(cmd, 0, 0, 0); index = 1; } } void drawBloodBar(int x, int y, int width, int height, int lineWidth, int boardColor, int emptyColor, int fillColor, float percent) { LINESTYLE lineStyle; getlinestyle(&lineStyle); int lineColor = getlinecolor(); int fileColor = getfillcolor(); if (percent < 0) { percent = 0; } setlinecolor(BLUE); setlinestyle(PS_SOLID | PS_ENDCAP_ROUND, lineWidth); setfillcolor(emptyColor); fillrectangle(x, y, x + width, y + height); setlinestyle(PS_SOLID | PS_ENDCAP_FLAT, 0); setfillcolor(fillColor); setlinecolor(fillColor); if (percent > 0) { fillrectangle(x + 0.5 * lineWidth, y + lineWidth * 0.5, x + width * percent, y + height - 0.5 * lineWidth); } setlinecolor(lineColor); setfillcolor(fillColor); setlinestyle(&lineStyle); }导入操作#
<1>点击项目添加现有项
<2>选定我们要添加的辅助项目选择添加就好啦
实现游戏开始界面
按钮放置的位置我们可以通过 画图软件 或者 微信截图 来获取
void startUI() { // 添加背景音乐 mciSendString("play res/bg.mp3 repeat", 0, 0, 0); IMAGE imgMenu, imgMenu1; int flag = 0; loadimage(&imgMenu, "res/Menu1.png"); loadimage(&imgMenu1, "res/menu.png"); while (1) { BeginBatchDraw(); putimage(0, 0, &imgMenu); putimagePNG(474, 150, &imgMenu1); ExMessage msg; if (peekmessage(&msg)) { //判断是否有左键按下 if (msg.message == WM_LBUTTONDOWN &&msg.x > 474 && msg.x < 720 && msg.y>150 && msg.y < 170) { //按键点击的范围 flag = 1; } } //判断鼠标按下后有没有松开 else if (msg.message == WM_LBUTTONUP && flag == 1) { mciSendString("close res/bg.mp3", 0, 0, 0); EndBatchDraw(); return; } EndBatchDraw(); } }
游戏的定义与声明
//这里采用宏定义为的是更好的维护 #define WIN_WIDTH 1012 //窗口的宽度 #define WIN_HEIGHT 396 //窗口的高度 #define OBSTACLE_COUNT 10 //障碍物数量 #define WIN_SCORE 20 //获胜的分数 IMAGE imaBgs[3]; //图片类型的指针 int bgX[3]; //背景图片 int bgspeed[3] = { 1,2,4 }; //背景移动的速度进行控制 IMAGE bgHeros[12]; //人物帧数-图片张数 int HeroX; //人物坐标 int HeroY; int HeroIndex; //玩家奔跑的图片帧序号 //判断人物的跳跃和下蹲 bool heroJump; bool herodown; int jumpHeightMax; int jumpHeightOff;//跳跃偏移量 int update; //表示是否需要马上刷新画面 int heroBlood; int score; //枚举障碍物，计算障碍物的种类 typedef enum { TORTOISE,//乌龟 LION, //狮子 HOOK1, //挡板 HOOK2, HOOK3, HOOK4, OBSTACLE_TYPE_COUNT //直接表示障碍物的个数 }obstacle_type; obstacle_type type; vector<vector<IMAGE>> obstacleImags; //动态二维数组存放各个障碍物的图片 typedef struct obstacle { obstacle_type type; //障碍物类型 int imaIndex; //当前显示图片的序号 int x, y; //障碍物的坐标 int speed; //障碍物速度 int power; //杀伤力 bool exist; //存在检测 bool hited; //碰撞检测 bool passed; //通过检测 } obstacle_t; obstacle_t obstacles[OBSTACLE_COUNT]; int lastObsIndex; IMAGE imgHeroDown[2]; IMAGE imgSZ[10];
游戏的初始化
void init() { //创建游戏界面 initgraph(WIN_WIDTH, WIN_HEIGHT); //循环来读取用数组来接收 char name[64]; for (int i = 0; i < 3; i++) { sprintf(name, "res/bg%03d.png", i + 1); loadimage(&imaBgs[i], name);//加载背景资源 bgX[i] = 0; } //加载人物奔跑的图片帧数 for (int i = 0; i < 12; i++) { sprintf(name, "res/hero%d.png", i + 1); loadimage(&bgHeros[i], name); } //设置人物奔跑的位置 HeroX = WIN_WIDTH * 0.5 - bgHeros[0].getwidth() * 0.5; HeroY = 345 - bgHeros[0].getheight(); HeroIndex = 0; heroJump = false; jumpHeightMax = 345 - bgHeros[0].getheight() - 120;//跳跃的最大高度 jumpHeightOff = -4; update = true; //加载小乌龟 IMAGE imgTort; loadimage(&imgTort, "res/t1.png"); //加载乌龟图片，这里只用了一张 vector<IMAGE>imgTortArray; //定义乌龟障碍图片空数组 imgTortArray.push_back(imgTort); //将imgTort尾插到空数组，若多个图片可利用循环添加见LION obstacleImags.push_back(imgTortArray);//将乌龟图片数组尾插到上面的二维数组中 //加载小狮子 IMAGE imaLion; vector<IMAGE> imaLionArray; for (int i = 0; i < 6; i++) { sprintf(name, "res/p%d.png", i + 1); loadimage(&imaLion, name); imaLionArray.push_back(imaLion); } obstacleImags.push_back(imaLionArray); //初始化障碍物池 for (int i = 0; i < OBSTACLE_COUNT; i++) { obstacles[i].exist = false; } //加载下蹲素材 loadimage(&imgHeroDown[0], "res/d1.png"); loadimage(&imgHeroDown[1], "res/d2.png"); herodown = false; //柱子挡板 IMAGE imgH; for (int i = 0; i < 4; i++) { vector<IMAGE> imgHookArray; sprintf(name, "res/sz/h%d.png", i + 1); loadimage(&imgH, name, 70, 260, true); imgHookArray.push_back(imgH); obstacleImags.push_back(imgHookArray); } //血量 heroBlood = 100; //预加载音效 preLoadSound("res/hit.mp3"); lastObsIndex = -1; //分数初始化 score = 0; //加载数字图片 for (int i = 0; i < 10; i++) { sprintf(name, "res/sz/%d.png", i); loadimage(&imgSZ[i], name); } }
实现游戏背景展示
图片背景的显示
void updateBg() { putimagePNG2(bgX[0], 0, &imaBgs[0]); putimagePNG2(bgX[1], 119, &imaBgs[1]); putimagePNG2(bgX[2], 330, &imaBgs[2]); }图片移动的实现
void fly() { for (int i = 0; i < 3; i++) { bgX[i] -= bgspeed[i]; //调整背景移速 if (bgX[i] < -WIN_WIDTH) { bgX[i] = 0; } } }
实现用户的按键操作
void keyEvent() { char ch; if (_kbhit()) //如果有按键按下kbhit返回true { ch = _getch(); //getch()不需要按空格就可以直接读取 if (ch == 'w'||ch == 'W') { jump(); } else if (ch == 's' || ch == 'S') { down(); } } }
实现人物的展示
奔跑人物的显示
void updateHero() { if (!herodown) { putimagePNG2(HeroX, HeroY, &bgHeros[HeroIndex]);//显示奔跑人物 } else { int y = 345 - imgHeroDown[HeroIndex].getheight(); putimagePNG2(HeroX, y, &imgHeroDown[HeroIndex]);//显示下蹲人物 } }人物的跳跃和下蹲的实现
void jump()//跳跃分装函数 { heroJump = true; //启动跳跃功能 update = true; //若启动跳跃开关则立马刷新启动功能 } void down()//下蹲分装函数 { herodown = true; update = true; HeroIndex = 0; } void fly() { //实现跳跃 if (heroJump) { if (HeroY < jumpHeightMax) { jumpHeightOff = 4; } HeroY += jumpHeightOff; if (HeroY > 345 - bgHeros[0].getheight()) { heroJump = false; jumpHeightOff = -4; } } //实现下蹲 else if (herodown) { static int count = 0; count++; int delays[2] = { 8,30 }; if (count >= delays[HeroIndex]) { count = 0; HeroIndex++; if (HeroIndex == 2) { HeroIndex = 0; herodown = false; } } } else { HeroIndex = (HeroIndex + 1) % 12;//跳跃时腿不动 }
渲染障碍物
显示障碍物
void updateEnemy() { //渲染障碍物 for (int i = 0; i < OBSTACLE_COUNT; i++) { if (obstacles[i].exist) { putimagePNG2(obstacles[i].x, obstacles[i].y, WIN_WIDTH, &obstacleImags[obstacles[i].type][obstacles[i].imaIndex]); } } }更新障碍物的位置
// 更新障碍物的坐标 for (int i = 0; i < OBSTACLE_COUNT; i++) { if (obstacles[i].exist) { obstacles[i].x -= obstacles[i].speed + bgspeed[2]; if (obstacles[i].x < -obstacleImags[obstacles[i].type][0].getwidth() * 2) { obstacles[i].exist = false; } int len = obstacleImags[obstacles[i].type].size(); obstacles[i].imaIndex = (obstacles[i].imaIndex + 1) % len; } }
随机生成小乌龟
//随机生成小乌龟 static int frameCount = 0; //静态出函数不会销毁 static int torToiseFre = 50; frameCount++; if (frameCount > torToiseFre) { //帧数够计数器，就生成小乌龟 frameCount = 0; torToiseFre = 50 + rand() % 60; creatObstacle(); }
人物与障碍物的碰撞检测
void checkHit() { for (int i = 0; i < OBSTACLE_COUNT; i++) { if (obstacles[i].exist && obstacles[i].hited == false) { int a1x, a1y, a2x, a2y; int off = 30; if (!herodown) { //非下蹲状态 a1x = HeroX + off; a1y = HeroY + off; a2x = HeroX + bgHeros[HeroIndex].getwidth() - off; a2y = HeroY + bgHeros[HeroIndex].getheight(); } else { a1x = HeroX + off; a1y = 345 - imgHeroDown[HeroIndex].getheight(); a2x = HeroX + imgHeroDown[HeroIndex].getwidth() - off; a2y = 345; } //障碍物的区域 IMAGE img = obstacleImags[obstacles[i].type][obstacles[i].imaIndex]; int b1x = obstacles[i].x + off; int b1y = obstacles[i].y + off; int b2x = obstacles[i].x + img.getwidth() - off; int b2y = obstacles[i].y + img.getheight() - off; if (rectIntersect(a1x, a1y, a2x, a2y, b1x, b1y, b2x, b2y)) { heroBlood -= obstacles[i].power; playSound("res/hit.mp3"); obstacles[i].hited = true; } } } }
人物血量的显示
void updateBloodBar() { drawBloodBar(10, 10, 200, 10, 2, BLUE, DARKGRAY, RED, heroBlood / 100.0); }
游戏分数的显示
void checkScore() { //每躲避一个障碍物就加一分 for (int i = 0; i < OBSTACLE_COUNT; i++) { if (obstacles[i].exist &&obstacles[i].passed == false &&obstacles[i].hited == false &&obstacles[i].x + obstacleImags[obstacles[i].type][0].getwidth() < HeroX) { score++; obstacles[i].passed = true; } } } void updateScore() { char str[8]; sprintf(str, "%d", score); int x = 20; int y = 25; for (int i = 0; str[i]; i++) { int sz = str[i] - '0'; putimagePNG(x, y, &imgSZ[sz]); x += imgSZ[sz].getwidth() + 5; } }
游戏输赢的判定
游戏赢的判定
void checkWin() { if (score >= WIN_SCORE) { FlushBatchDraw(); mciSendString("play res/win.mp3", 0, 0, 0); Sleep(2000); loadimage(0, "res/Menu1.png"); FlushBatchDraw(); mciSendString("stop Music.mp3", 0, 0, 0); system("pause"); mciSendString("play Music.mp3 repeat", 0, 0, 0); heroBlood = 100; score = 0; } }游戏输的判定
void checkOver() { if (heroBlood <= 0) { loadimage(0, "res/Maclk.png"); FlushBatchDraw(); mciSendString("stop res/Maclk.mp3", 0, 0, 0); system("pause"); //暂停之后，若选择直接开始下一局 heroBlood = 100; score = 0; mciSendString("play res/Maclk.mp3 repeat", 0, 0, 0); } }
游戏主函数
双缓冲绘图：
BeginBatchDraw() - 开始双缓冲
EndBatchDraw() - 结束双缓冲
双缓冲区：打印一个的同时显示另一个，不断重复这个过程，避免了屏幕闪耀问题
int main(void) { init(); startUI(); mciSendString("play Music.mp3 repeat", 0, 0, 0); int timer = 0; while (1) { keyEvent(); //按键接收 timer += getDelay(); if (timer > 30) { timer = 0; update = true; //30次刷新一次，帧休眠，不然速度太快 } if (update) { update = false; BeginBatchDraw(); updateBg(); //渲染游戏背景 updateHero(); //渲染人物图片 updateEnemy(); //渲染障碍物 updateBloodBar(); updateScore(); //渲染分数图片 checkWin(); //检查游戏是否胜利 EndBatchDraw(); checkOver(); //检查游戏是否结束 checkScore(); //计算得分 fly(); //实现人物跳跃，下蹲，障碍物的移动效果 } } system("pause"); return 0; }
全部代码的实现
#include<stdio.h> #include<graphics.h> #include"tools.h" #include<conio.h> #include<vector> using namespace std; #define WIN_WIDTH 1012 #define WIN_HEIGHT 396 #define OBSTACLE_COUNT 10 #define WIN_SCORE 20 IMAGE imaBgs[3]; int bgX[3]; int bgspeed[3] = { 1,2,4 }; IMAGE bgHeros[12]; int HeroX; int HeroY; int HeroIndex; bool heroJump; bool herodown; int jumpHeightMax; int jumpHeightOff; int update; int heroBlood; int score; typedef enum { TORTOISE, LION, HOOK1, HOOK2, HOOK3, HOOK4, OBSTACLE_TYPE_COUNT }obstacle_type; obstacle_type type; vector<vector<IMAGE>> obstacleImags; typedef struct obstacle { obstacle_type type; int imaIndex; int x, y; int speed; int power; bool exist; bool hited; bool passed; } obstacle_t; obstacle_t obstacles[OBSTACLE_COUNT]; int lastObsIndex; IMAGE imgHeroDown[2]; IMAGE imgSZ[10]; void init() { initgraph(WIN_WIDTH, WIN_HEIGHT); char name[64]; for (int i = 0; i < 3; i++) { sprintf(name, "res/bg%03d.png", i + 1); loadimage(&imaBgs[i], name); bgX[i] = 0; } for (int i = 0; i < 12; i++) { sprintf(name, "res/hero%d.png", i + 1); loadimage(&bgHeros[i], name); } HeroX = WIN_WIDTH * 0.5 - bgHeros[0].getwidth() * 0.5; HeroY = 345 - bgHeros[0].getheight(); HeroIndex = 0; heroJump = false; jumpHeightMax = 345 - bgHeros[0].getheight() - 120; jumpHeightOff = -4; update = true; IMAGE imgTort; loadimage(&imgTort, "res/t1.png"); vector<IMAGE>imgTortArray; imgTortArray.push_back(imgTort); obstacleImags.push_back(imgTortArray); IMAGE imaLion; vector<IMAGE> imaLionArray; for (int i = 0; i < 6; i++) { sprintf(name, "res/p%d.png", i + 1); loadimage(&imaLion, name); imaLionArray.push_back(imaLion); } obstacleImags.push_back(imaLionArray); for (int i = 0; i < OBSTACLE_COUNT; i++) { obstacles[i].exist = false; } loadimage(&imgHeroDown[0], "res/d1.png"); loadimage(&imgHeroDown[1], "res/d2.png"); herodown = false; IMAGE imgH; for (int i = 0; i < 4; i++) { vector<IMAGE> imgHookArray; sprintf(name, "res/sz/h%d.png", i + 1); loadimage(&imgH, name, 70, 260, true); imgHookArray.push_back(imgH); obstacleImags.push_back(imgHookArray); } heroBlood = 100; preLoadSound("res/hit.mp3"); lastObsIndex = -1; score = 0; for (int i = 0; i < 10; i++) { sprintf(name, "res/sz/%d.png", i); loadimage(&imgSZ[i], name); } } void creatObstacle() { int i; for (i = 0; i < OBSTACLE_COUNT; i++) { if (obstacles[i].exist == false) { break; } } if (i >= OBSTACLE_COUNT) { return; } obstacles[i].exist = true; obstacles[i].hited = false; obstacles[i].imaIndex = 0; obstacles[i].type = (obstacle_type)(rand() % 3); if (lastObsIndex >= 0 && obstacles[lastObsIndex].type >= HOOK1 && obstacles[lastObsIndex].type <= HOOK4 && obstacles[i].type == LION && obstacles[lastObsIndex].x > (WIN_WIDTH - 500)) { obstacles[i].type = TORTOISE; } lastObsIndex = i; if (obstacles[i].type == HOOK1) { obstacles[i].type = (obstacle_type)((int)(obstacles[i].type) + rand() % 4); } obstacles[i].x = WIN_WIDTH; obstacles[i].y = 350 - obstacleImags[obstacles[i].type][0].getheight(); if (obstacles[i].type == TORTOISE) { obstacles[i].speed = 0; obstacles[i].power = 5; } else if (obstacles[i].type == LION) { obstacles[i].speed = 4; obstacles[i].power = 20; } else if (obstacles[i].type >= HOOK1 && obstacles[i].type <= HOOK4) { obstacles[i].speed = 0; obstacles[i].power = 20; obstacles[i].y = 0; } obstacles[i].passed == false; } void checkHit() { for (int i = 0; i < OBSTACLE_COUNT; i++) { if (obstacles[i].exist && obstacles[i].hited == false) { int a1x, a1y, a2x, a2y; int off = 30; if (!herodown) { a1x = HeroX + off; a1y = HeroY + off; a2x = HeroX + bgHeros[HeroIndex].getwidth() - off; a2y = HeroY + bgHeros[HeroIndex].getheight(); } else { a1x = HeroX + off; a1y = 345 - imgHeroDown[HeroIndex].getheight(); a2x = HeroX + imgHeroDown[HeroIndex].getwidth() - off; a2y = 345; } IMAGE img = obstacleImags[obstacles[i].type][obstacles[i].imaIndex]; int b1x = obstacles[i].x + off; int b1y = obstacles[i].y + off; int b2x = obstacles[i].x + img.getwidth() - off; int b2y = obstacles[i].y + img.getheight() - off; if (rectIntersect(a1x, a1y, a2x, a2y, b1x, b1y, b2x, b2y)) { heroBlood -= obstacles[i].power; playSound("res/hit.mp3"); obstacles[i].hited = true; } } } } void fly() { for (int i = 0; i < 3; i++) { bgX[i] -= bgspeed[i]; if (bgX[i] < -WIN_WIDTH) { bgX[i] = 0; } } if (heroJump) { if (HeroY < jumpHeightMax) { jumpHeightOff = 4; } HeroY += jumpHeightOff; if (HeroY > 345 - bgHeros[0].getheight()) { heroJump = false; jumpHeightOff = -4; } } else if (herodown) { static int count = 0; count++; int delays[2] = { 8,30 }; if (count >= delays[HeroIndex]) { count = 0; HeroIndex++; if (HeroIndex == 2) { HeroIndex = 0; herodown = false; } } } else { HeroIndex = (HeroIndex + 1) % 12; } static int frameCount = 0; static int torToiseFre = 50; frameCount++; if (frameCount > torToiseFre) { frameCount = 0; torToiseFre = 50 + rand() % 60; creatObstacle(); } for (int i = 0; i < OBSTACLE_COUNT; i++) { if (obstacles[i].exist) { obstacles[i].x -= obstacles[i].speed + bgspeed[2]; if (obstacles[i].x < -obstacleImags[obstacles[i].type][0].getwidth() * 2) { obstacles[i].exist = false; } int len = obstacleImags[obstacles[i].type].size(); obstacles[i].imaIndex = (obstacles[i].imaIndex + 1) % len; } } checkHit(); } void updateBg() { putimagePNG2(bgX[0], 0, &imaBgs[0]); putimagePNG2(bgX[1], 119, &imaBgs[1]); putimagePNG2(bgX[2], 330, &imaBgs[2]); } void jump() { heroJump = true; update = true; } void down() { herodown = true; update = true; HeroIndex = 0; } void keyEvent() { char ch; if (_kbhit()) { ch = _getch(); if (ch == 'w'||ch == 'W') { jump(); } else if (ch == 's' || ch == 'S') { down(); } } } void updateEnemy() { for (int i = 0; i < OBSTACLE_COUNT; i++) { if (obstacles[i].exist) { putimagePNG2(obstacles[i].x, obstacles[i].y, WIN_WIDTH, &obstacleImags[obstacles[i].type][obstacles[i].imaIndex]); } } } void updateHero() { if (!herodown) { putimagePNG2(HeroX, HeroY, &bgHeros[HeroIndex]); } else { int y = 345 - imgHeroDown[HeroIndex].getheight(); putimagePNG2(HeroX, y, &imgHeroDown[HeroIndex]); } } void updateBloodBar() { drawBloodBar(10, 10, 200, 10, 2, BLUE, DARKGRAY, RED, heroBlood / 100.0); } void checkOver() { if (heroBlood <= 0) { loadimage(0, "res/Maclk.png"); FlushBatchDraw(); mciSendString("stop res/Maclk.mp3", 0, 0, 0); system("pause"); heroBlood = 100; score = 0; mciSendString("play res/Maclk.mp3 repeat", 0, 0, 0); } } void checkScore() { for (int i = 0; i < OBSTACLE_COUNT; i++) { if (obstacles[i].exist &&obstacles[i].passed == false &&obstacles[i].hited == false &&obstacles[i].x + obstacleImags[obstacles[i].type][0].getwidth() < HeroX) { score++; obstacles[i].passed = true; } } } void updateScore() { char str[8]; sprintf(str, "%d", score); int x = 20; int y = 25; for (int i = 0; str[i]; i++) { int sz = str[i] - '0'; putimagePNG(x, y, &imgSZ[sz]); x += imgSZ[sz].getwidth() + 5; } } void checkWin() { if (score >= WIN_SCORE) { FlushBatchDraw(); mciSendString("play res/win.mp3", 0, 0, 0); Sleep(2000); loadimage(0, "res/Menu1.png"); FlushBatchDraw(); mciSendString("stop Music.mp3", 0, 0, 0); system("pause"); mciSendString("play Music.mp3 repeat", 0, 0, 0); heroBlood = 100; score = 0; } } void startUI() { mciSendString("play res/bg.mp3 repeat", 0, 0, 0); IMAGE imgMenu, imgMenu1; int flag = 0; loadimage(&imgMenu, "res/Menu1.png"); loadimage(&imgMenu1, "res/menu.png"); while (1) { BeginBatchDraw(); putimage(0, 0, &imgMenu); putimagePNG(474, 150, &imgMenu1); ExMessage msg; if (peekmessage(&msg)) { if (msg.message == WM_LBUTTONDOWN &&msg.x > 474 && msg.x < 720 && msg.y>150 && msg.y < 170) { flag = 1; } } else if (msg.message == WM_LBUTTONUP && flag == 1) { mciSendString("close res/bg.mp3", 0, 0, 0); EndBatchDraw(); return; } EndBatchDraw(); } } int main(void) { init(); startUI(); mciSendString("play Music.mp3 repeat", 0, 0, 0); int timer = 0; while (1) { keyEvent(); timer += getDelay(); if (timer > 30) { timer = 0; update = true; } if (update) { update = false; BeginBatchDraw(); updateBg(); updateHero(); updateEnemy(); updateBloodBar(); updateScore(); checkWin(); EndBatchDraw(); checkOver(); checkScore(); fly(); } } system("pause"); return 0; }
