Great scene!
Why do you declare fn_X but not use it?

D.

"Alex Kluchikov" <klk### [at] ukrnet> wrote in message
news:web.3fbbe555cd7b5c811235fd70@news.povray.org...
>
>  Here is the source.
>
> //=== Begin
>
> // Alex Kluchikov, 2003
> // mailto: klk### [at] ukrnet, akl### [at] mailru
> // Feel free to modify/use in any form
>
> sky_sphere{pigment{gradient y color_map{[0,color rgb <0.8,0.83,1>][1,color
> rgb <0.4,0.7,1>]}scale 2 translate -y}}
> sphere{0,1000 texture{
>  pigment{average pigment_map{
>  #declare gr=.8;
>  #declare ge=3/(1+gr+gr);
>  #declare t1=.3;
>  #declare t2=.8;
>  #declare tr1=.1;
>  #declare tr2=.1;
>   [1,bozo translate 5*y color_map{
>    [t1,color rgbt < 1,gr,gr,tr1>*ge]
>    [t2,color rgbt < 0, 0, 0,tr2>*ge]
>   }]
>   [1,bozo translate 5*z color_map{
>    [t1,color rgbt < gr, 1,gr,tr1>*ge]
>    [t2,color rgbt <  0, 0, 0,tr2>*ge]
>   }]
>   [1,bozo translate 5*x color_map{
>    [t1,color rgbt < gr,gr, 1,tr1>*ge]
>    [t2,color rgbt <  0, 0, 0,tr2>*ge]
>   }]
>
>  }}scale 0.25 finish{ambient 1 diffuse 0}scale 3000}no_shadow no_image
>  hollow //no_reflection
>   double_illuminate scale 100}
>
> #declare st=texture{pigment{color rgb<0.83,0.82,0.84>*1.2}
>   finish{diffuse 0.85 ambient 0 specular 0.9 roughness .03 phong 1.0
> brilliance 9.3 phong_size 80  metallic .5
>    reflection{0.6,1.0 metallic}}
> //   normal{bozo .5 scale .002}
>   }
>
> #declare area=0;
> #declare areacount=2;
> #declare areasize=2.5;
>
> light_source{
>  -35*z, color rgb <1.0,0.8,0.6>*0.55
> #if(area)
>  area_light x*areasize,y*areasize,areacount,areacount jitter adaptive 1
> circular orient
> #else
>  parallel
> #end
>  rotate x*55 rotate -y*45
>  }
>
> light_source{
>  -35*z, color rgb <0.6,0.8,1>*0.55
> #if(area)
>  area_light x*areasize,y*areasize,areacount,areacount jitter adaptive 1
> circular orient
> #else
>  parallel
> #end
>  rotate x*25 rotate y*25
>  }
>
> camera{
>  location -5*z
>  look_at 0
>  }
>
> #declare fn_X = function(a,b,c) {
>   pow((a*a+(c+0.15)*(c+0.15))*1.5,1/32)
>  }
>
> #declare radialf=function{
>  pattern{radial}
> }
>
> #declare heart=
> isosurface{
>  function{
>  #declare MPI=16*pi/3;
>  #macro tx() (sqrt(x*x+z*z)-1.5) #end
>  #macro ty() y #end
>  #macro ttx() tx()*sin(radialf(x,y,z)*MPI)+ty()*cos(radialf(x,y,z)*MPI)
#end
>  #macro tty() tx()*cos(radialf(x,y,z)*MPI)-ty()*sin(radialf(x,y,z)*MPI)
#end
>    pow(pow(ttx()+0.25,2)+pow(tty(),2),1/64)*.33
>
>
+pow(pow(ttx()-0.125,2)+pow(tty()+0.21650635094610966169093079268823,2),1/64
)*.33
>
>
+pow(pow(ttx()-0.125,2)+pow(tty()-0.21650635094610966169093079268823,2),1/64
)*.33
>    -.945+sin(radialf(x,y,z)*10*pi)*0.01
>
>  }
>  threshold 0
>  accuracy 0.0002
>  max_gradient 0.75
>  contained_by{box{-<2.1,0.55,2.1>,<2.1,0.55,2.1>}}
> }
>
> object{heart scale 1.2
>  rotate -x*60-y*30
>  texture{st}
> }
>
> //=== End
>
>
>

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