// POV-Ray file generated from Rhinoceros.

#version unofficial MegaPov 0.4;

//#include "glass.inc"
camera {
   perspective
   location <259.715, 162.724, 177.299>
   right <-0.751753, 0, 1.1012>
   up <-0.379568, 0.888136, -0.259118>
   direction <-0.733513, -0.45958, -0.500744>
   angle 18.2474
   /*
   // to get an image that's the same as the viewport in Rhino,
   // uncomment this section and render with command line options (alt+c):
   // +w742 +h454
   right <-0.221154, 0, 0.323957>
   up <-0.0910963, 0.213153, -0.0621883>
   direction <-0.733513, -0.45958, -0.500744>
   */
   look_at <0, 0, 0>
}


background { color rgb <0, 0, 0> }
global_settings { ambient_light color rgb <0, 0, 0> 
max_trace_level 4
adc_bailout 0.003922
photons {
//count 2000000
spacing .7
gather 20, 100
//autostop .5


}

}
light_source{
<0,103.5,119>
color rgb<1,1,1>*.5
shadowless
photons {
    global
    refraction off
    reflection off
  }


}

// Light1
light_source {
   <0, 103.5, 119>
   color rgb <1, 1, 1>
   spotlight
   point_at <0, 34.5, 34.5>
   radius 37.6114
   falloff 17.6114
   tightness 10
photons {
    global
    refraction on
    reflection on
  }


}


// Object1

#declare Object1Material = 
   material  {		// Glass
      texture {      
         pigment {
            color rgbf <.98, .98, .98, .9>
         }      
         finish {
            ambient 0.0
            diffuse 0.0
            specular 1.0
            roughness 0.001
            reflection 1
         }
      }   
      interior { ior 1.2 }
   }



#declare Object1 = object {
   #include "caustics_test1.inc"
}
object { Object1 material { Object1Material}
bounded_by {box {<-30.5,0,29>,<38,17,-37>}}

  photons {
	target .5
    refraction on
    reflection on
}

}
// Object2
#declare Object2Material = material {
texture {
  pigment { color rgbf <0.745098, 0.745098, 0.745098, 0> }
  finish  { ambient 1 diffuse 1 }
  }
}
#declare Object2 = object {
   #include "caustics_test2.inc"
}
object { Object2 material { Object2Material }


photons {ignore_photons}
}