www.pudn.com > TreeFlower.rar > TREE3.C

#include"glib.h" 
#include"stdlib.h" 
int N=8; 
void tree(double leng,int n,int branchcolor,int leafcolor,double branch[][2]) 
{ 
  int i=0; 
  if(n<=N) 
    {setcolor(branchcolor); 
   if(1==n) 
      {move(leng); 
       tree(leng,n+1,branchcolor,leafcolor,branch); 
       } 
    else 
       while(END!=branch[i][0]) 
         { 
           turn(branch[i][0]); 
           move(branch[i][1]*leng); 
           tree(branch[i][1]*leng,n+1,branchcolor,leafcolor,branch); 
           turn(180.0); 
           warp(branch[i][1]*leng); 
           turn(180-branch[i][0]); 
           i++; 
          } 
       } 
     else 
       { 
    setcolor(leafcolor); 
        warp(leng*0.3); 
        circle(LPX,LPY,leng*0.3); 
    setfillstyle(1,15); 
        turn(180.0); 
        warp(leng*0.3); 
        turn(180.0); 
    } 
       setcolor(branchcolor/*n-1*/); 
} 
drawtree(double sx,double sy,double leng1) 
{ 
  double branch[][2]={{0.0,0.8},{30.0,0.5},{-30.0,0.5},END}; 
  setlp(sx,sy); 
  setangle(90.0); 
  tree(leng1,3,DARKGRAY,GREEN,branch); 
} 
drawflower(double sx,double sy,double leng1) 
{ 
  double branch[][2]={{30.0,0.7},{-30.0,0.7},END}; 
  setlp(sx,sy); 
  setangle(90.0); 
  tree(leng1,4,GREEN,RED,branch); 
} 
void fillcolor(x,y,fill_color,boundary_color) 
 
int x,y,fill_color,boundary_color; 
 
{ 
int c; 
 
c=getpixel(x,y); /*的颜色*/ 
 
if((c!=boundary_color)&&(c!=fill_color))  /*如果颜色为边界色则不填充*/ 
 
{ 
 
putpixel(x, y, fill_color); /*画点*/ 
/*getch(); 加上这条语句可以显示填充状态 */ 
 
fillcolor(x+1,y, fill_color, boundary_color); 
 
fillcolor(x-1,y, fill_color, boundary_color); 
 
fillcolor(x, y+1, fill_color, boundary_color); 
 
fillcolor(x, y-1, fill_color, boundary_color); 
 
} 
 
} 
void fill(/*int point[4][2]int x1,int,y1,int x2,int y2,int x3,int y3,int x4,int y4*/) 
{ int i,j; 
  for(i=160;i<=479;i++) 
  for(j=-i*177/319+300;j<=-i*160/319+214;j++) 
  putpixel(j,i,DARKGRAY); 
} 
 
main() 
{ 
 double *poly[10]; 
 int i,j=-2,l1,l2; 
 
 ginit(); 
/*for(i=10;i<600;i++) 
for(j=10;j<350;j++) 
{if(random(2)==1) 
  putpixel(i,j,WHITE); 
  else putpixel(i,j,LIGHTBLUE); 
} */ 
setbkcolor(15);/* 
for(i=140;i<=479;i++) 
for(j=-(double)i*215/319+260;j<=(double)i*160/319+420;j++) 
  putpixel(j,i,YELLOW);   */ 
N=6; 
setcolor(GREEN); 
for(i=0;i<600;i++) 
{ l1=150-i/6+random(i/2+288);l2=138+i/2+random(50); 
line(l1,l2,l1-i/120+random(3),l2+i/60+random(4)); 
line(l1+random(5),l2+random(5),l1-i/120+random(5)+2,l2+i/60+random(5)+2); 
} 
for(i=0;i<150;i++) 
drawflower(150-i*2/3+random(2*i+288),150+2*i+random(20),i/20+random(4)); 
/*poly[0]=48; 
poly[1]=getmaxy(); 
poly[2]=142; 
poly[3]=getmaxy(); 
poly[4]=222; 
poly[5]=160; 
poly[6]=218; 
poly[7]=160; 
poly[8]=poly[0]; 
poly[9]=poly[1]; 
setcolor(BLUE); 
drawpoly(5,poly);*/ 
for(i=160;i<=479;i++) 
for(j=-(double)i*170/319+303;j<=-(double)i*80/319+262;j++) 
  if(random(3)==2)  putpixel(j,i,15); 
  else putpixel(j,i,LIGHTGRAY); 
N=8; 
for(i=0,j=-2;i<10;i++) 
{/*drawtree(random(700),random(400),40);    */ 
j++; 
drawtree(30+20*i,500-55*i+20*j,40-4*i); 
drawtree(160+8*i,500-55*i+20*j,40-4*i); 
} 
N=7; 
for(j=0;j<12;j++) 
{drawtree(250+20*j,200,8); 
/* drawtree(220+20*j,200,8);    */ 
} 
 
gend(); 
}