75024659021676c语言烟花代码.zip

#include<stdio.h> #include<easyx.h> #include<time.h> #include<stdlib.h> #include <Windows.h> #include<math.h> #include <conio.h> #pragma comment(lib,"winmm.lib") #include<mmsystem.h> IMAGE img; IMAGE img1; IMAGE img2; IMAGE img3; #define num 10 #define PI 3.14 struct Fire //创建烟花弹结构体类型 { int x, y;//初始坐标 int max_x, max_y;//烟花最大高度 IMAGE Img[1];//保存图片 bool boom;//是否要爆开 }; struct Fire fire[num]; struct Show { int x, y;//绽放的位置 int cx, cy;//烟花中心点坐标 int r;//当前的半径 int max_r;//最大半径 int pixel[200][200];//图片像素数组 bool isshow; // 是否绽放 bool isdraw; // 开始输出像素点 DWORD t1, t2, dt; int width, height; }; struct Show show[num]; void initshow(int i)//初始化烟花 { show[i].cx = 100; show[i].cy = 100; show[i].r = 0; show[i].max_r = 100; show[i].width = 200; show[i].height = 200; show[i].isshow = false; show[i].dt = 5; show[i].t1 = timeGetTime();//时间获取速度 } void initfire(int i)//初始化烟花弹 { fire[i].x = rand() % 700 + 100;//烟花弹坐标初始化x=100-800;y=100-400; fire[i].y = 600; fire[i].max_x = fire[i].x; fire[i].max_y = rand() % 300 + 100; fire[i].boom = false; loadimage(&fire[i].Img[0], "烟花弹.png", 20, 60); } void load()//加载烟花图片 { for (int k = 0; k < num; k++) { int a = rand() % 3 + 1; loadimage(&img1, "烟花1.png", 200, 200);//三种不同的烟花 loadimage(&img2, "烟花2.png", 200, 200); loadimage(&img3, "烟花3.png", 200, 200); if(a==1) SetWorkingImage(&img1); else if(a==2) SetWorkingImage(&img2); else SetWorkingImage(&img3); for (int i = 0; i < 200; i++) { for (int j = 0; j < 200; j++) { show[k].pixel[i][j] = getpixel(i, j);//把图片像素点放到数组中 } } } SetWorkingImage(NULL); } void Draw(int i, DWORD* pMem)//绘制一圈像素点 { if (show[i].isdraw) { for (double a = 0; a <= 2*PI; a += 0.01) //一圈628个像素点 { //（x1,y1）是相对于烟花小图片的 像素 坐标点 int x1 = (int)(show[i].cx + show[i].r * cos(a)); int y1 = (int)(show[i].cy + show[i].r * sin(a)); if (x1 > 0 && x1 < show[i].width && y1>0 && y1 < show[i].height) { int b = show[i].pixel[x1][y1] & 0xff; //blue int g = (show[i].pixel[x1][y1] >> 8) & 0xff; //green int r = show[i].pixel[x1][y1] >> 16; //red //(xx,yy)是相对于窗口的 像素 坐标点 int xx = (int)(show[i].x + show[i].r * cos(a)); int yy = (int)(show[i].y + show[i].r * sin(a)); if (r > 0x20 && g > 0x20 && b > 0x20 && xx < 1000 && xx>0 && yy > 0 && yy < 600) { //把(x1,y1)坐标上的像素点 赋值 给（xx,yy）坐标点 pMem[yy * 1000 + xx] = BGR(show[i].pixel[x1][y1]); } } } show[i].isdraw = false; } } void fire_boom(DWORD* pMem)//烟花绽放 { int drt[16] = { 5, 5, 5, 5, 15, 15, 25, 25, 35, 35, 55, 55, 65, 65, 75, 75 }; for (int i = 0; i < num; i++) { show[i].t2 = timeGetTime(); if (show[i].t2 - show[i].t1 > show[i].dt && show[i].isshow == true) { if (show[i].r < show[i].max_r) { show[i].r++; show[i].dt = drt[show[i].r / 10]; //每十个烟花像素点改变一下烟花绽放的速度 show[i].isdraw = true; } if (show[i].r >= show[i].max_r - 1) { show[i].isdraw = false; initshow(i); initfire(i); } //更新时间 show[i].t1 = show[i].t2; //可以绽放的状态 Draw(i,pMem); } } } void fire_up()//烟花弹上升 { for (int i = 0; i < num; i++) { putimage(fire[i].x, fire[i].y, &fire[i].Img[0], SRCINVERT);//消除残影 if (fire[i].y > fire[i].max_y) { fire[i].y -= 10;//向上移动 } else { //已到达最高点，准备绽放 show[i].x = fire[i].x+10; show[i].y = fire[i].y; fire[i].boom = true; show[i].isshow = true; } putimage(fire[i].x, fire[i].y, &fire[i].Img[0], SRCINVERT); } } void word()//文字提醒-“请按任意键...” { settextcolor(RED); settextstyle(25, 0, "宋体"); outtextxy(400, 550, "请"); Sleep(500); outtextxy(425, 550, "按"); Sleep(500); outtextxy(450, 550, "任"); Sleep(500); outtextxy(475, 550, "意"); Sleep(500); outtextxy(500, 550, "键"); Sleep(500); outtextxy(525, 550, "."); Sleep(500); outtextxy(550, 550, "."); Sleep(500); outtextxy(575, 550, "."); } int main() { int i = 0; srand((unsigned int)time(NULL)); initgraph(1000, 600);//初始化图形界面 loadimage(&img, "2023.png", 1000, 600); putimage(0,0,&img,SRCINVERT);//背景图 mciSendString("open 打上花火.mp3",0,0,0);//播放—“打上花火” mciSendString("play 打上花火.mp3", 0, 0, 0); Sleep(1000); word();//文字提醒-“请按任意键...” _getch();//输入任意键继续 DWORD* pMem = GetImageBuffer(); for (int i = 0; i < num; i++)//初始化烟花弹和烟花 { initfire(i); initshow(i); } load();//加载烟花图片 while (1) { for (int i = 0; i < 3000; i++) { int px1 = rand() % 1000; // 0..1199 int py1 = rand() % 600; // 0.799 pMem[py1 * 1000 + px1] = BLACK; pMem[py1 * 1000 + px1 + 1] = BLACK; // 对显存赋值擦出像素点 } fire_up();//发射烟花弹 fire_boom(pMem);//烟花绽放 Sleep(50); } return 0; }