SPK/FK for Preliminary DSS-35, DSS-36 Station Locations
   =====================================================================
 
   Original SPK file name:               dss_35_36_prelim_itrf93_140604.bsp
   Original FK file name:                dss_35_36_prelim_itrf93_140604.tf
   Creation date:                        2014 June 4 17:37
   Created by:                           Nat Bachman  (NAIF/JPL)
 
 
   Data are based on an email from Dr. William Folkner, dated May 28,
   2014. The position data from that email are shown below:
 
      >   Cartesian coordinates (m)
      >35 DSS-35         -4461275.7042   2682570.7255  -3674154.8301
      >36 DSS-36         -4461170.2358   2682816.0240  -3674085.9737
 
   Note that site velocity data are not included.
 
   Topocentric frame orientations were derived using earth radii
   included below.
 
 
\begindata
 
   SITES           +=      'DSS-35'
   DSS-35_FRAME    =       'ITRF93'
   DSS-35_CENTER   =       399
   DSS-35_IDCODE   =       399035
   DSS-35_BOUNDS   =    (  @1950-JAN-01/00:00,  @2050-JAN-01/00:00  )
   DSS-35_XYZ      =    (    -4461.2757042
                              2682.5707255
                             -3674.1548301  )
   DSS-35_UP       =  'Z'
   DSS-35_NORTH    =  'X'
 
 
   SITES           +=      'DSS-36'
   DSS-36_FRAME    =       'ITRF93'
   DSS-36_CENTER   =       399
   DSS-36_IDCODE   =       399036
   DSS-36_BOUNDS   =    (  @1950-JAN-01/00:00,  @2050-JAN-01/00:00  )
   DSS-36_XYZ      =    (    -4461.1702358
                              2682.8160240
                             -3674.0859737  )
   DSS-36_UP       =  'Z'
   DSS-36_NORTH    =  'X'
 
\begintext
 
   Earth radii for DSN kernel generation
   =====================================
 
   Author:                                        Nat Bachman
   File creation date:                            03-JUN-2014
 
 
   Reference Spheroid
   ------------------
 
   The reference bi-axial spheroid is defined by an equatorial and a
   polar radius.  Calling these Re and Rp respectively, the flattening
   factor f is defined as
 
      f = ( Re - Rp ) / Re
 
   For the reference spheroid used by this file, the equatorial radius
   Re and inverse flattening factor 1/f are
 
      Re         = 6378136.3 m
      1/f        = 298.257
 
      Derived Rp = 6356.7516005629377
 
\begindata
 
   BODY399_RADII = ( 6378.1363, 6378.1363, 6356.7516005629377 )
 
\begintext