C语言烂漫表白程序(TCS~T)

#include <stdio.h> #include <conio.h> #include <easyx.h> #include<mmsystem.h> #include <math.h> #include <time.h> #include "rose.h" #include <graphics.h> #pragma comment(lib,"winmm.lib") IMAGE img_bk[3]; IMAGE img_meteor[3]; #define NUM 41 #define MUN 10 #define PI 3.1415 #define WIDTH 960 #define HEIGHT 640 void sayToYou() { int x = 550, y = 80; TCHAR story[13][100] = { _T("我一直以为山是水的故事"), _T("云是风的故事"), _T("你是我的故事"), _T("可是却不知道"), _T("我是不是你的故事"), _T("如果可以和你在一起"), _T("我宁愿让天空所有的星光全部陨落"), _T("因为你的眼睛"), _T("是我生命里最亮的光芒"), _T(""), _T("我的山楂树之恋"), _T("只有是和你才会纯洁"), _T("所以丢弃 我的视线") }; //浪漫字体颜色（粉色） settextcolor(RGB(0xdb, 0x70, 0x93)); //settextcolor(RGB(219,112,147)); //浪漫字体 settextstyle(23, 0, _T("Matura MT Script Capitals"));//字号，字宽，字体 //爱情背景音乐 for (int i = 0; i < 13; i++) { if (i >= 10) { settextstyle(30, 0, _T("Matura MT Script Capitals")); settextcolor(RED); //settextcolor(RGB(255,0,0)); outtextxy(x, y, story[i]); y += 25; continue;//结束本次循环 } outtextxy(x, y, story[i]); y += 25; Sleep(500); } } struct Meteor //流星 { int x; int y; int speed;//速度 }; struct Fire//烟花 { int x, y; int cen_x, cen_y;//中心点坐标 int r;//当前绽放半径 int max_r;//最大绽放半径 int width, height; DWORD pixel[240][240];//图像像素数组 bool isShow; //烟花是否好了 bool isDraw; //是否会置烟花 }fire[MUN]; struct Meteor meteor[NUM];//流星结构体 struct Jet//烟花结构体 { int x, y; int hx, hy; bool isLaunch;//烟花是否在发射中 IMAGE img[2]; byte n : 1; }jet[MUN]; void initMeteor(int i)//初始化流星 { meteor[i].x = rand() % (1200 * 2) - 1200;//(0~-1000,1200) meteor[i].y = rand() % 20 - 200; //(-78,-200) meteor[i].speed = rand() % 2+1 ; } void InitData(int i)//初始化烟花 { fire[i].cen_x = 120; fire[i].cen_y = 120; fire[i].max_r = 120; fire[i].r = 0; fire[i].width = 240; fire[i].height = 240; fire[i].isDraw = false; fire[i].isShow = false; } void loadImg()//初始化烟花爆炸效果 { IMAGE bloomImg, tImg; loadimage(&bloomImg, L"./images/爆炸.jpg", 3120, 240); for (int i = 0; i < MUN; i++) { InitData(i); SetWorkingImage(&bloomImg); getimage(&tImg, i * 240, 0, 240, 240); SetWorkingImage(&tImg); for (int a = 0; a < 240; a++) { for (int b = 0; b < 240; b++) { fire[i].pixel[a][b] = getpixel(a, b); } } } //初始化烟花弹 IMAGE jetImg; loadimage(&jetImg, L"./images/烟花.jpg", 200, 50); for (int i = 0; i < MUN; i++) { SetWorkingImage(&jetImg); int n = rand() % 5; getimage(&jet[i].img[0], n * 20, 0, 20, 50); getimage(&jet[i].img[1], n * 20 + 100, 0, 20, 50); SetWorkingImage(); /*putimage(i * 50, 0, &jet[i].img[0]);*/ jet[i].isLaunch = false; } SetWorkingImage(); } void drawMeteor()//画流星 { for (int i = 0; i < NUM; i++) { putimage(meteor[i].x, meteor[i].y, img_meteor , SRCPAINT); } } void createJet()//画烟花 { int i = rand() % MUN;//(0~13) if (jet[i].isLaunch == false) { jet[i].x = rand() % (WIDTH); jet[i].y = rand() % 100 + HEIGHT; jet[i].hx = jet[i].x; jet[i].hy = rand() % (HEIGHT / 5 * 3); jet[i].isLaunch = true; } } void moveMeteor()//移动流星 { //改变坐标就可以实现移动，斜线x,y都要变化 for (int i = 0; i < NUM; i++) { meteor[i].x += meteor[i].speed; meteor[i].y += meteor[i].speed; if (meteor[i].y > getheight() || meteor[i].x > getwidth()) { initMeteor(i); } } } void launch()//移动烟花 { for (int i = 0; i < MUN; i++) { if (jet[i].isLaunch) { putimage(jet[i].x, jet[i].y, &jet[i].img[jet[i].n], SRCINVERT); if (jet[i].y > jet[i].hy) { jet[i].y -= 1; jet[i].n++; } putimage(jet[i].x, jet[i].y, &jet[i].img[jet[i].n], SRCINVERT); if (jet[i].y <= jet[i].hy) { jet[i].isLaunch = false; //可以开始放烟花 fire[i].x = jet[i].x; fire[i].y = jet[i].y; fire[i].isShow = true; } } } } void bloom(DWORD* pMem) { for (int i = 0; i < MUN; i++) { if (fire[i].isShow) { if (fire[i].r < fire[i].max_r) { fire[i].r++; fire[i].isDraw = true;//可以开始绘制烟花 } if (fire[i].r >= fire[i].max_r) { InitData(i); } } if (fire[i].isDraw) { //求当前半径下,圆上的每个点对应的弧度 for (double a = 0; a < 2 * PI; a += 0.01) { int img_x = fire[i].cen_x + fire[i].r * cos(a);//求出圆上每个点的坐标 int img_y = fire[i].cen_y + fire[i].r * sin(a); if (img_x > 0 && img_x < fire[i].width && img_y>0 && img_y < fire[i].height); { //针对现在的绽放点，对应的品目坐标 int win_x = fire[i].x + fire[i].r * cos(a); int win_y = fire[i].y + fire[i].r * sin(a); if (win_x > 0 && win_x < WIDTH && win_y>0 && win_y < WIDTH) { pMem[win_y * WIDTH + win_x] = BGR(fire[i].pixel[img_x][img_y]); } } } } } } void welcome() { int s = 0; settextstyle(40, 0, _T("华文行楷")); setbkmode(TRANSPARENT); for (s = 0; s <= 20; s++) { cleardevice(); putimage(0, 0, img_bk); settextstyle(40, 0, _T("华文行楷")); outtextxy(450, 20, _T("这就是城里来的作家")); outtextxy(100, 50, _T("不不,我是八中的学生")); outtextxy(100, 100, _T("来菜写村史")); outtextxy(100, 150, _T("会去帮老师编写教材")); outtextxy(100, 200, _T("你肯定要写那棵山楂树吧")); outtextxy(100, 250, _T("你则么知道")); outtextxy(100, 300, _T("我猜的")); outtextxy(100, 350, _T("还是留给小孩吃吧")); outtextxy(100, 400, _T("不是小孩就不能吃糖了")); settextcolor(RGB(rand() % 256, rand() % 256, rand() % 256, )); for (size_t i = 0; i < 20; i++) { settextcolor(RGB(rand() % 256, rand() % 256, rand() % 256, rand())); outtextxy(rand() % 1200, rand() % 800, _T("❤")); } Sleep(1000); } } int main() { initgraph(WIDTH, HEIGHT); mciSendString(_T("open ./images/山楂树.mp3 alias bgm "), NULL, 0, NULL); mciSendString(TEXT("play bgm"), NULL, 0, NULL); void sayToYou(); //打印情书的内容 sayToYou(); drawRose(); srand((unsigned)time(NULL) + clock()); loadimage(img_bk, _T("./images/山楂树之恋.jpeg"), 960,640); loadimage(img_bk + 1, _T("./images/你的名字.jpeg"), 960,640); loadimage(img_bk + 2, _T("./images/山楂树之恋.jpeg"), 960,640); loadimage(img_meteor, _T("./images/d.jpeg"), 50, 50); welcome(); cleardevice(); loadImg(); DWORD* pMem = GetImageBuffer();//获取窗口的内存指针 while (!_kbhit()) { settextstyle(40, 0, _T("华文行楷")); outtextxy(400, 50, _T("山楂树之恋")); for (int i = 0; i < WIDTH; i++) { for (int k = 0; k < 4; k++) { int x = rand() % WIDTH; int y = rand() % HEIGHT; if (y < HEIGHT) { pMem[y * WIDTH + x] = BLACK; } } } createJet(); launch(); bloom(pMem); Sleep(10); } setbkmode(TRANSPARENT); for (size_t i = 0; i < NUM; i++) { initMeteor(i); } //防止闪屏 双缓冲 BeginBatchDraw();//开起双缓冲绘图 while (1) { int begin = clock();//获取程序运行时间(毫秒数) //控制画面的帧数 26 putimage(0, 0, img_bk + 1); drawMeteor(); moveMeteor(); FlushBatchDraw();//刷星 //获取程序总共的执行时间 int timeRemaining = clock() - begin; //计算每帧需要的时间 int timeFrame = 1000.0 / 60; //获取程序执行时间有没有超过,没帧执行的最大时间