// Exemplo de arquivo de descricao de cena para POV-ray
// Last edited on 2000-09-21 20:06:05 by stolfi

background{ color rgb < 0.2, 0.2, 0.15 > }

light_source {
  < -4.00, 8.00, 20.00 >
  color rgb < 1.00, 1.00, 1.00 >
} 


camera {
  location  <  0.00, 0.00, 17.00 >
  sky       <  0.00, 1.00, 17.00 >
  look_at   <  0.00, 0.00, 0.00 >
} 


#declare bolha =
sphere {
   <0,0,0>, 5
   pigment {
      color rgb <.2,.75,1.0> transmit .65
   }
}

#declare letrab =
union {
   union {
      box {
         <3,0,1>,
         <1.5,1,-1>
      }
      cylinder {
         <1.5,.5,1>,
         <1.5,.5,-1>,
         0.5
      }
   }
   union {
      box {
         <3,-2,1>,
         <1,-.5,-1>
      }
      cylinder {
         <1,-1.25,1>,
         <1,-1.25,-1>,
         0.75
      }
   }
   texture {
      pigment {color rgb <0,1,0>}
      finish {phong 1}
   }
}

#declare letrac =
   union {
      difference {
         cylinder {
            <0,0,1>,
            <0,0,-1>,
            1.5
            scale x*0.8333
         }
         box {
            <0,-1.6,1.1>,
            <-1.5,1.6,-1.1>
         }
         translate <-1.5,-.5,0>
      }
      difference {
         difference {
            cylinder {
               <0,0,1>,
               <0,0,-1>,
               1.5
               scale x*0.6667
            }
            box {
               <0,-1.6,-1.1>
               <1.1,1.6,1.1>
            }
         }
         box {
            <0,-.25,-1.1>
            <-1.1,.25,1.1>
         }
         translate <-2,-.5,0>
      }
      texture {
         pigment {color rgb <0,1,0>}
         finish {phong 1}
      }
   }
  

#declare texto =
text {
   ttf "arial.ttf"
   "BUBBLE CORP"
   1.0 0.0
   rotate y*180
   scale .7
   translate <2.7,-2.8,.5>
   texture {
      pigment { color rgb <1,1,1> }
      finish {phong 1}
   }
}

#declare textotm =
text {
   ttf "arial.ttf"
   "TM"
   1.0 0.0
   rotate y*180
   scale .6
   translate <-2.7,-2.5,.5>
   texture {
      pigment { color rgb <1,1,1> }
      finish {phong 1}
   }
}

#declare tudo =
union {
   object {bolha}
   union {
      union {
         object {letrab}
         object {letrac}
      }
      union {
         object {texto}
         object {textotm}
      }
      rotate y*clock*360
   } 
   translate <5*sin((1-clock)*6.28),(1-clock)*-10,0>
}


// Aqui está a cena, finalmente:
tudo