// Gaussian Title
//  Job title: 17 atom  Si cluster. ROHF Trip(100) surface. DZP. Opt geom reoriente
// Density Origin
//  ROHF density                                                                   

#include "colors.inc"
#include "textures.inc"
#include "shapes.inc"
#include "stones.inc"
#include "finish.inc"

// this file created at:      06/21/01 22:06:31.7

// Generic Light Gray background
background { color red 0.875 green 0.875 blue 0.875 }

// Molecular structure information
// Atom number  1 Type Si
  sphere { <   7.388,  0.496,  0.128 >  0.400 pigment {color Gold         } finish { Shiny } }
// Atom number  2 Type Si
  sphere { <  -7.134,  0.480,  0.127 >  0.400 pigment {color Gold         } finish { Shiny } }
// Atom number  3 Type Si
  sphere { <   0.128,  0.127,  0.128 >  0.400 pigment {color Gold         } finish { Shiny } }
// Atom number  4 Type Si
  sphere { <  -3.303,  5.368,  3.757 >  0.400 pigment {color Gold         } finish { Shiny } }
// Atom number  5 Type Si
  sphere { <   3.546,  5.376, -3.502 >  0.400 pigment {color Gold         } finish { Shiny } }
// Atom number  6 Type Si
  sphere { <   3.546,  5.376,  3.758 >  0.400 pigment {color Gold         } finish { Shiny } }
// Atom number  7 Type Si
  sphere { <  -3.302,  5.368, -3.502 >  0.400 pigment {color Gold         } finish { Shiny } }
// Atom number  8 Type Si
  sphere { <   0.124,  2.586,  3.852 >  0.400 pigment {color Gold         } finish { Shiny } }
// Atom number  9 Type Si
  sphere { <   7.375,  3.184, -3.378 >  0.400 pigment {color Gold         } finish { Shiny } }
// Atom number 10 Type Si
  sphere { <  -7.127,  3.168, -3.380 >  0.400 pigment {color Gold         } finish { Shiny } }
// Atom number 11 Type Si
  sphere { <   7.375,  3.184,  3.635 >  0.400 pigment {color Gold         } finish { Shiny } }
// Atom number 12 Type Si
  sphere { <  -7.127,  3.168,  3.634 >  0.400 pigment {color Gold         } finish { Shiny } }
// Atom number 13 Type Si
  sphere { <   0.125,  2.586, -3.596 >  0.400 pigment {color Gold         } finish { Shiny } }
// Atom number 14 Type Si
  sphere { <  -3.621, -2.238,  0.127 >  0.400 pigment {color Gold         } finish { Shiny } }
// Atom number 15 Type Si
  sphere { <  -2.143,  7.643,  0.127 >  0.400 pigment {color Gold         } finish { Shiny } }
// Atom number 16 Type Si
  sphere { <   3.881, -2.230,  0.128 >  0.400 pigment {color Gold         } finish { Shiny } }
// Atom number 17 Type Si
  sphere { <   2.381,  7.648,  0.128 >  0.400 pigment {color Gold         } finish { Shiny } }
// Atom number 18 Type H 
  sphere { <   9.717, -1.034,  0.128 >  0.400 pigment {color White        } finish { Shiny } }
// Atom number 19 Type H 
  sphere { <  -9.459, -1.056,  0.127 >  0.400 pigment {color White        } finish { Shiny } }
// Atom number 20 Type H 
  sphere { <  -3.210,  7.025,  5.993 >  0.400 pigment {color White        } finish { Shiny } }
// Atom number 21 Type H 
  sphere { <   3.450,  7.033, -5.737 >  0.400 pigment {color White        } finish { Shiny } }
// Atom number 22 Type H 
  sphere { <   3.448,  7.033,  5.993 >  0.400 pigment {color White        } finish { Shiny } }
// Atom number 23 Type H 
  sphere { <  -3.209,  7.026, -5.738 >  0.400 pigment {color White        } finish { Shiny } }
// Atom number 24 Type H 
  sphere { <   0.126,  0.859,  6.039 >  0.400 pigment {color White        } finish { Shiny } }
// Atom number 25 Type H 
  sphere { <   9.525,  4.939, -3.191 >  0.400 pigment {color White        } finish { Shiny } }
// Atom number 26 Type H 
  sphere { <   7.628,  1.751, -5.748 >  0.400 pigment {color White        } finish { Shiny } }
// Atom number 27 Type H 
  sphere { <  -7.376,  1.734, -5.749 >  0.400 pigment {color White        } finish { Shiny } }
// Atom number 28 Type H 
  sphere { <  -9.280,  4.918, -3.193 >  0.400 pigment {color White        } finish { Shiny } }
// Atom number 29 Type H 
  sphere { <   7.627,  1.751,  6.004 >  0.400 pigment {color White        } finish { Shiny } }
// Atom number 30 Type H 
  sphere { <   9.524,  4.939,  3.448 >  0.400 pigment {color White        } finish { Shiny } }
// Atom number 31 Type H 
  sphere { <  -9.280,  4.918,  3.446 >  0.400 pigment {color White        } finish { Shiny } }
// Atom number 32 Type H 
  sphere { <  -7.377,  1.734,  6.003 >  0.400 pigment {color White        } finish { Shiny } }
// Atom number 33 Type H 
  sphere { <   0.127,  0.859, -5.784 >  0.400 pigment {color White        } finish { Shiny } }
// Atom number 34 Type H 
  sphere { <  -3.729, -3.869,  2.378 >  0.400 pigment {color White        } finish { Shiny } }
// Atom number 35 Type H 
  sphere { <  -3.729, -3.869, -2.124 >  0.400 pigment {color White        } finish { Shiny } }
// Atom number 36 Type H 
  sphere { <   3.993, -3.860, -2.123 >  0.400 pigment {color White        } finish { Shiny } }
// Atom number 37 Type H 
  sphere { <   3.993, -3.860,  2.378 >  0.400 pigment {color White        } finish { Shiny } }

// bond connectivity information
#include "rohf_density_001_povbonds.inc"

// end of molecular structure information
#include "rohf_density_Density_001_001_media_Pos.inc"

// Positive media min and max cutoffs
 //    0.0001    0.3000


// number of contours    1
// contour values: 0.300E+00,

//#include "rohf_density_Density_001_001.inc"


// CAMERA POSITION
  camera {
   right      < 1.33, 0, 0 >
   up         < 0, 1, 0 >
   direction  < 0, 0, 1 >
   location   <    23.0,    2.5,   0.0 >
   look_at    <    0.0,     2.5,   0.0 >
}


// create a point light source
 light_source
{
 0*x
 color rgb <1,1,1> shadowless
 translate <    95.0,    2.0,   2.0 >
}