超级C语言小游戏--打砖块

/*===========================Program Description==========================*/ /*程序名称：game.c */ /*程序目的：打砖块游戏演示 */ /*written by :董大钿 */ /*========================================================================*/ #include "graphics.h" #include "stdio.h" #include "conio.h" /*所需的头文件*/ int on; /*声明具有开关作用的全局变量*/ static int score; /*声明静态的记分器变量*/ /* 定义开始界面函数*/ int open() { setviewport(100,100,500,380,1); /*设置图形窗口区域*/ setcolor(4); /*设置作图色*/ rectangle(0,0,399,279); /*以矩形填充所设的图形窗口区域*/ setfillstyle(SOLID_FILL,7); /*设置填充方式*/ floodfill(50,50,4); /*设置填充范围*/ setcolor(8); settextstyle(0,0,9); /*文本字体设置*/ outtextxy(90,80,"BALL"); /*输出文本内容*/ settextstyle(0,0,1); outtextxy(110,180,"version 1.0"); outtextxy(110,190,"made by ddt"); setcolor(128); settextstyle(0,0,1); outtextxy(120,240,"Press any key to continue......"); } /*定义退出界面函数*/ int quitwindow() { char s[100]; /*声明用于存放字符串的数组*/ setviewport(100,150,540,420,1); setcolor(YELLOW); rectangle(0,0,439,279); setfillstyle(SOLID_FILL,7); floodfill(50,50,14); setcolor(12); settextstyle(0,0,8); outtextxy(120,80,"End"); settextstyle(0,0,2); outtextxy(120,200,"quit? Y/N"); sprintf(s,"Your score is:%d",score);/*格式化输出记分器的值*/ outtextxy(120,180,s); on=1; /*初始化开关变量*/ } /*主函数*/ main() { int gdriver,gmode; gdriver=DETECT; /*设置图形适配器*/ gmode=VGA; /*设置图形模式*/ registerbgidriver(EGAVGA_driver); /*建立独立图形运行程序*/ initgraph(&gdriver,&gmode,""); /*图形系统初试化*/ setbkcolor(14); open(); /*调用开始界面函数*/ getch(); /*暂停*/ while(1) /*此大循环体控制游戏的反复重新进行*/ { int driver,mode,l=320,t=400,r,a,b,dl=5,n,x=200,y=400,r1=10,dx=-2,dy=-2;/*初始化小球相关参数*/ int left[100],top[100],right[100],bottom[100],i,j,k,off=1,m,num[100][100];/*方砖阵列相关参数*/ static int pp; static int phrase; /*一系列起开关作用的变量*/ int oop=15; pp=1; score=0; driver=DETECT; mode=VGA; registerbgidriver(EGAVGA_driver); initgraph(&driver,&mode,""); setbkcolor(10); cleardevice(); /*图形状态下清屏*/ clearviewport(); /*清除现行图形窗口内容*/ b=t+6; r=l+60; setcolor(1); rectangle(0,0,639,479); setcolor(4); rectangle(l,t,r,b); setfillstyle(SOLID_FILL,1); floodfill(l+2,t+2,4); for(i=0,k=0;i<=6;i++) /*此循环绘制方砖阵列*/ { top[i]=k; bottom[i]=top[i]+20; k=k+21; oop--; for(j=0,m=0;j<=7;j++) { left[j]=m; right[j]=left[j]+80; m=m+81; setcolor(4); rectangle(left[j],top[i],right[j],bottom[i]); setfillstyle(SOLID_FILL,j+oop); floodfill(left[j]+1,top[i]+1,4); num[i][j]=pp++; } } while(1) /*此循环控制整个动画*/ { while(!kbhit()) { x=x+dx; /*小球运动的圆心变量控制*/ y=y+dy; if(x+r1>r||x+r1<r) { phrase=0;} if((x-r1<=r||x+r1<=r)&&x+r1>=l) { if(y<t) phrase=1; if(y+r1>=t&&phrase==1) {dy=-dy;y=t-1-r1;} } if(off==0) continue; for(i=0;i<=6;i++) /*此循环用于判断、控制方砖阵列的撞击、擦除*/ for(j=0;j<=7;j++) { if((x+r1<=right[j]&&x+r1>=left[j])||(x-r1<=right[j]&&x-r1>=left[j])) { if(( y-r1>top[i]&&y-r1<=bottom[i])||(y+r1>=top[i]&&y+r1<=bottom[i] )) { if(num[i][j]==0) {continue; } setcolor(10); rectangle(left[j],top[i],right[j],bottom[i]); setfillstyle(SOLID_FILL,10); floodfill(left[j]+1,top[i]+1,10); dy=-dy; num[i][j]=0; score=score+10; printf("%d\b\b\b",score); } } if((y+r1>=top[i]&&y+r1<=bottom[i])||(y-r1>=top[i]&&y-r1<=bottom[i])) { if((x+r1>=left[j]&&x+r1<right[j])||(x-r1<=right[j]&&x-r1>left[j])) { if(num[i][j]==0) { continue;} setcolor(10); rectangle(left[j],top[i],right[j],bottom[i]); setfillstyle(SOLID_FILL,10); floodfill(left[j]+1,top[i]+1,10); dx=-dx; num[i][j]=0; score=score+10; printf("%d\b\b\b",score); } } } if(x+r1>639) /*控制小球的弹射范围*/ {dx=-dx;x=638-r1;} if(x<=r1) {dx=-dx;x=r1+1;} if(y+r1>=479) {off=0;quitwindow();break;} if(y<=r1) {dy=-dy;y=r1+1;} if(score==560) {off=0;quitwindow();break;} setcolor(6); circle(x,y,r1); setfillstyle(SOLID_FILL,14); floodfill(x,y,6); delay(1000); setcolor(10); circle(x,y,r1); setfillstyle(SOLID_FILL,10); floodfill(x,y,10); } a=getch(); setcolor(10); rectangle(l,t,r,b); setfillstyle(SOLID_FILL,10); floodfill(l+2,t+2,10); if(a==77&&l<=565) /*键盘控制设定*/ {dl=20;l=l+dl;} if(a==75&&l>=15) {dl=-20;l=l+dl;} if(a=='y'&&on==1) break; if(a=='n'&&on==1) break; if(a==27) {quitwindow();off=0;} r=l+60; setcolor(4); rectangle(l,t,r,b); setfillstyle(SOLID_FILL,1); floodfill(l+5,t+5,4); delay(100); } if(a=='y'&&on==1) /*是否退出游戏*/ {break;} if(a=='n'&&on==1) { continue;} } closegraph(); }