#include "colors.inc"

camera {
    location <0, 0, 15>
    look_at  <0, 0,  0>            
    rotate <0,(180*cos(clock)) + 90,0>
  }                      
                                                     
  
   light_source { <1, 10, 10> color White}        

   
# declare wave = sphere_sweep{   
# declare NumOfPnts = 100;
# declare PntsPerInch= 5;
# declare Radius = .1;
# declare Amplitude = 1;
      
cubic_spline NumOfPnts,      

# declare A = 0;
# while (A < NumOfPnts)
    # declare Y = Amplitude*sin(A/PntsPerInch);   
    # declare Z = Amplitude*cos(A/PntsPerInch);   
    <((A-NumOfPnts/2)/PntsPerInch), Y, Z> Radius
    # declare A = A + 1;                                

#end         
}


cylinder{
<-10, 0, 0>, <10, 0, 0> .05 pigment{color Green}}  

cylinder{
<0, -2, 0>, <0, 2, 0> .05 pigment{color Green}}  

cylinder{
<0, 0, 2>, <0, 0, -2> .05 pigment{color Green}}     
       
       
# declare ticks = -10;       
# while(ticks < 10)
     
     cylinder {<ticks-.05, 0, 0>, <ticks+.05, 0, 0> .050005 pigment{color Blue}}
     # declare ticks = ticks + 1; 


# end    


# declare ticks = -2;       
# while(ticks < 2.1)
     
     cylinder {<0, ticks-.05, 0>, <0, ticks+.05, 0> .050005 pigment{color Blue}}
     cylinder {<0, 0, ticks-.05>, <0, 0, ticks+.05> .050005 pigment{color Blue}}
     # declare ticks = ticks + 1; 


# end  
       
                                                  
object{wave translate<.5, 0, 0> pigment{color Red}}