#include "colors.inc"
global_settings { ambient_light color Black }

#declare CS=sin(clock*2*pi)
#declare CC=cos(clock*2*pi)

#declare R=4+4.0*cos(clock*pi*4)

#declare CS1=R*sin(clock*2*pi+2*pi*1/3)
#declare CC1=R*cos(clock*2*pi+2*pi*1/3)

#declare CS2=R*sin(clock*2*pi+2*pi*2/3)
#declare CC2=R*cos(clock*2*pi+2*pi*2/3)

#declare CS3=R*sin(clock*2*pi+2*pi*3/3)
#declare CC3=R*cos(clock*2*pi+2*pi*3/3)

atmosphere {
  type 1 // 1 is best (4-nice raws, hard to see text)
  samples 40       // Number of samples in first distance interval
  distance 3       // Atmosphere density, similar to fog
  scattering 0.35   // Reflectivity of atmosphere, determines brightness
}

light_source {<CS1, CC1, -20> color rgb < 0, 0, 1> }
light_source {<CS2, CC2, -20> color rgb < .8, 0, 0> }
light_source {<CS3, CC3, -20> color rgb < 0, .6, 0> }

camera {
 location <0, 0, -3.8 >
 look_at <0, 0, 0>
 angle 80
}

plane {z,0
 pigment {color rgb <0,1,1> }
 clipped_by { text { ttf "b56n.ttf", "Meow" .1, 0 translate <-1.4, .05, -0.05> inverse } }
 translate <0, -.4, -4>
}

plane {-z, -1.5
 pigment {color rgbt <2,2,2,.5> }
 finish {phong 16 }
 normal {bumps 1 scale .5}
}