C语言课程设计程序——踢足球

#include <graphics.h> #include <conio.h> #include <stdio.h> #include <time.h> int STEP=10; int a=13,b=7,c=3,d=4; void main() { initgraph(1000,1000); int i; IMAGE imgbj; IMAGE imgzq1; IMAGE imgzq2; IMAGE img; IMAGE imgqm[8]; IMAGE img1[8]; // 人物图像 setbkcolor(GREEN); // 黑色区域为背景色 cleardevice(); loadimage(&imgbj, _T("图片\\背景11.jpg"), 1000, 1000); loadimage(&img, _T("图片\\球门人.jpg"), 300,300); loadimage(&imgzq1, _T("图片\\足球1.jpg"), 22,22); loadimage(&imgzq2, _T("图片\\足球1.jpg"), 22,22); loadimage(&imgqm[0], _T("图片\\守门1.jpg"), 300,300); loadimage(&imgqm[1], _T("图片\\守门2.jpg"), 300,300); loadimage(&imgqm[2], _T("图片\\守门3.jpg"), 300,300); loadimage(&imgqm[3], _T("图片\\守门4.jpg"), 300,300); loadimage(&imgqm[4], _T("图片\\守门5.jpg"), 300,300); loadimage(&imgqm[5], _T("图片\\守门6.jpg"), 300,300); loadimage(&imgqm[6], _T("图片\\守门7.jpg"), 300,300); loadimage(&imgqm[7], _T("图片\\守门8.jpg"), 300,300); loadimage(&img1[0], _T("图片\\move8_1.jpg"), 70, 100); loadimage(&img1[1], _T("图片\\move8_2.jpg"), 70, 100); loadimage(&img1[2], _T("图片\\move8_3.jpg"), 70, 100); loadimage(&img1[3], _T("图片\\move8_4.jpg"), 70, 100); loadimage(&img1[4], _T("图片\\move8_5.jpg"), 70, 100); loadimage(&img1[5], _T("图片\\move8_6.jpg"), 70, 100); loadimage(&img1[6], _T("图片\\move8_7.jpg"), 70, 100); loadimage(&img1[7], _T("图片\\move8_8.jpg"), 70, 100); getch(); putimage(0,0,&imgbj); int times; times=(getmaxx())/STEP; for (i=0;i<times-75;i++) {putimage(700,320,&img); switch(i%8) { case 0: putimage(0,0,&imgbj); putimage(700,320,&img); putimage(270+(i+1)*STEP,520,&img1[4]); putimage(290+(i+1)*STEP,370+(i+1)*STEP,&imgzq1); putimage(150+(i+1)*STEP,250+(i+1)*STEP,&img1[4]);Sleep(100); break; case 1: putimage(0,0,&imgbj); putimage(700,320,&img); putimage(270+(i+1)*STEP,520,&img1[5]); putimage(280+(i+1)*STEP,365+(i+1)*STEP,&imgzq2); putimage(150+(i+1)*STEP,250+(i+1)*STEP,&img1[5]);Sleep(100); break; case 2: putimage(0,0,&imgbj); putimage(700,320,&img); putimage(270+(i+1)*STEP,520,&img1[6]); putimage(260+(i+1)*STEP,360+(i+1)*STEP,&imgzq1); putimage(150+(i+1)*STEP,250+(i+1)*STEP,&img1[6]);Sleep(100); break; case 3: putimage(0,0,&imgbj); putimage(700,320,&img); putimage(270+(i+1)*STEP,520,&img1[7]); putimage(240+(i+1)*STEP,355+(i+1)*STEP,&imgzq2); putimage(150+(i+1)*STEP,250+(i+1)*STEP,&img1[7]);Sleep(100); break; case 4: putimage(0,0,&imgbj); putimage(700,320,&img); putimage(270+(i+1)*STEP,520,&img1[0]); putimage(220+(i+1)*STEP,350+(i+1)*STEP,&imgzq1); putimage(150+(i+1)*STEP,250+(i+1)*STEP,&img1[0]);Sleep(100); break; case 5: putimage(0,0,&imgbj); putimage(700,320,&img); putimage(270+(i+1)*STEP,520,&img1[1]); putimage(240+(i+1)*STEP,355+(i+1)*STEP,&imgzq2); putimage(150+(i+1)*STEP,250+(i+1)*STEP,&img1[1]);Sleep(100); break; case 6: putimage(0,0,&imgbj); putimage(700,320,&img); putimage(270+(i+1)*STEP,520,&img1[2]); putimage(260+(i+1)*STEP,360+(i+1)*STEP,&imgzq1); putimage(150+(i+1)*STEP,250+(i+1)*STEP,&img1[2]);Sleep(100); break; case 7: putimage(0,0,&imgbj); putimage(700,320,&img); putimage(270+(i+1)*STEP,520,&img1[3]); putimage(280+(i+1)*STEP,365+(i+1)*STEP,&imgzq2); putimage(150+(i+1)*STEP,250+(i+1)*STEP,&img1[3]);Sleep(100); break; } } times=(getmaxx())/STEP; for (i=0;i<times-85;i++) {putimage(700,320,&img); switch(i%8) { case 0: putimage(0,0,&imgbj); putimage(700,320,&img); putimage(520+(i+1)*STEP,520+(i+1)*c,&img1[4]); putimage(540+(i+1)*a,610-(i+1)*b,&imgzq1); putimage(400+(i+1)*STEP,500+(i+1)*d,&img1[5]);Sleep(100); break; case 1: putimage(0,0,&imgbj); putimage(700,320,&img); putimage(520+(i+1)*STEP,520+(i+1)*c,&img1[5]); putimage(540+(i+1)*a,610-(i+1)*b,&imgzq1); putimage(400+(i+1)*STEP,500+(i+1)*d,&img1[6]);Sleep(100); break; case 2: putimage(0,0,&imgbj); putimage(700,320,&img); putimage(520+(i+1)*STEP,520+(i+1)*c,&img1[6]); putimage(540+(i+1)*a,610-(i+1)*b,&imgzq1); putimage(400+(i+1)*STEP,500+(i+1)*d,&img1[7]);Sleep(100); break; case 3: putimage(0,0,&imgbj); putimage(700,320,&img); putimage(520+(i+1)*STEP,520+(i+1)*c,&img1[7]); putimage(540+(i+1)*a,610-(i+1)*b,&imgzq1); putimage(400+(i+1)*STEP,500+(i+1)*d,&img1[0]);Sleep(100); break; case 4: putimage(0,0,&imgbj); putimage(700,320,&img); putimage(520+(i+1)*STEP,520+(i+1)*c,&img1[0]); putimage(540+(i+1)*a,610-(i+1)*b,&imgzq1); putimage(400+(i+1)*STEP,500+(i+1)*d,&img1[1]);Sleep(100); break; case 5: putimage(0,0,&imgbj); putimage(700,320,&img); putimage(520+(i+1)*STEP,520+(i+1)*c,&img1[1]); putimage(540+(i+1)*a,610-(i+1)*b,&imgzq1); putimage(400+(i+1)*STEP,500+(i+1)*d,&img1[2]);Sleep(100); break; case 6: putimage(0,0,&imgbj); putimage(700,320,&img); putimage(520+(i+1)*STEP,520+(i+1)*c,&img1[2]); putimage(540+(i+1)*a,610-(i+1)*b,&imgzq1); putimage(400+(i+1)*STEP,500+(i+1)*d,&img1[3]);Sleep(100); break; case 7: putimage(0,0,&imgbj); putimage(700,320,&img); putimage(520+(i+1)*STEP,520+(i+1)*c,&img1[3]); putimage(540+(i+1)*a,610-(i+1)*b,&imgzq1); putimage(400+(i+1)*STEP,500+(i+1)*d,&img1[4 ]);Sleep(100); break; } } putimage(0,0,&imgbj); putimage(700,320,&img); for(i=0;i<8;i++) { switch(i%8) { case 0: putimage(0,0,&imgbj); putimage(700,320,&imgqm[i]); putimage(670+(i+1)*STEP,565+(i+1)*c,&img1[4]); putimage(550+(i+1)*STEP,560+(i+1)*d,&img1[5]); Sleep(100); break; case 1: putimage(0,0,&imgbj); putimage(700,320,&imgqm[i]); putimage(670+(i+1)*STEP,565+(i+1)*c,&img1[5]); putimage(550+(i+1)*STEP,560+(i+1)*d,&img1[6]); Sleep(100); break; case 2: putimage(0,0,&imgbj); putimage(700,320,&imgqm[i]); putimage(670+(i+1)*STEP,565+(i+1)*c,&img1[6]); putimage(550+(i+1)*STEP,560+(i+1)*d,&img1[7]); Sleep(100); break; case 3: putimage(0,0,&imgbj); putimage(700,320,&imgqm[i]); putimage(670+(i+1)*STEP,565+(i+1)*c,&img1[7]); putimage(550+(i+1)*STEP,560+(i+1)*d,&img1[0]); Sleep(100); break; case 4: putimage(0,0,&imgbj); putimage(700,320,&imgqm[i]); putimage(670+(i+1)*STEP,565+(i+1)*c,&img1[0]); putimage(550+(i+1)*STEP,560+(i+1)*d,&img1[1]); Sleep(100); break; case 5: putimage(0,0,&imgbj); putimage(700,320,&imgqm[i]); putimage(670+(i+1)*STEP,565+(i+1)*c,&img1[1]); putimage(550+(i+1)*STEP,560+(i+1)*d,&img1[2]); Sleep(100); break; case 6: putimage(0,0,&imgbj); putimage(700,320,&imgqm[i]); putimage(670+(i+1)*STEP,565+(i+1)*c,&img1[2]); putimage(550+(i+1)*STEP,560+(i+1)*d,&img1[3]); Sleep(100); break; case 7: putimage(0,0,&imgbj); putimage(700,320,&imgqm[i]); putimage(670+(i+1)*STEP,565+(i+1)*c,&img1[3]); putimage(550+(i+1)*STEP,560+(i+1)*d,&img1[4]); Sleep(100); break; } } getch(); closegraph(); }