MSOPCK setup for predict M'01 CK generation.
==============================================================================

\begindata

   PRODUCER_ID             = 'M01 Telecom Predict Team'

   LSK_FILE_NAME           = 'naif0007.tls'
   SCLK_FILE_NAME          = 'ORB1_SCLKSCET.00001.tsc'
   INTERNAL_FILE_NAME      = 'Predict M01 SC Orientation CK File for Telecom'
   COMMENTS_FILE_NAME      = 'msopck_comments.example'

   CK_SEGMENT_ID           = 'PREDICT M01 SC BUS ATTITUDE'

   INSTRUMENT_ID           = -53000
   REFERENCE_FRAME_NAME    = 'MARSIAU'

   CK_TYPE                 = 3
   MAXIMUM_VALID_INTERVAL  = 60000000

   INPUT_TIME_TYPE         = 'UTC'

   INPUT_DATA_TYPE         = 'MSOP QUATERNIONS'
   QUATERNION_NORM_ERROR   = 1.0E-3

   ANGULAR_RATE_PRESENT    = 'MAKE UP'

\begintext

Important Notes Regard Setup Keywords
==============================================================================

-- INSTRUMENT_ID           = -53000

      This is the ID to use for the M'01 s/c bus.

-- REFERENCE_FRAME_NAME    = 'MARSIAU'

      Tell the program that input quaternions are with respect to 
      MME (M'01 ACS standard)

-- CK_TYPE                 = 3

      Tells the program to generate continuous CK of type 3.

-- MAXIMUM_VALID_INTERVAL  = 60000000

      Essentially, tells the program to generate CK which will allow 
      interpolation between all input data points (60000000 sec is 
      ~ 2 years :-). You must have this specified.

-- INPUT_TIME_TYPE         = 'UTC'

      Tells the program that input times are UTCs (SCETs). If yours
      input times are SCLKs, set this keyword to 'SCLK'.

-- INPUT_DATA_TYPE         = 'MSOP QUATERNIONS' 
      
      Tells the program that quaternions are "ACS standard quaternions".
      It needs to know this because NAIF uses different quaternion 
      representation.

-- QUATERNION_NORM_ERROR   = 1.0E-3

      Simple filter to make sure that input quaternions are at least 
      this close to a unit vector. If you are confident in your 
      input quaternions, you can "drop" this keyword.

-- ANGULAR_RATE_PRESENT    = 'MAKE UP'

      The program will "manufacture" angular rates using quaternions 
      provided in the input. If you have angular rates in the input,
      set ANGULAR_RATE_PRESENT to 'YES' and specify additional 
      keyword ANGULAR_RATE_FRAME = 'INSTRUMENT' to tell the program that
      angular rates are given in the spacecraft frame.

Other setup keywords are obvious :-)