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 - - -  UCL Mars Thermosphere and Ionosphere Model     - - -
 - - - Europlanet JRA3 at University College London    - - -
 (http://astroweb.projects.phys.ucl.ac.uk/europlanetjra3/) 
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 - - -   Please direct all simulation enquiries to:    - - -
 - - -   Dr William Nicholson (william@star.ucl.ac.uk) - - -
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 - - -   Please direct all web management enquiries to:  - -
 - - -   Dr Dugan Witherick (d.witherick@ucl.ac.uk)    - - -
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 SWITCH SETTINGS
 SW1 :  F
     : Using standard Viking atmosphere for start-up
 SW3 :  F
     : Output to ASCII files
     : Generic output filename : /tmp/tmpwEb6ip/Output_MarTIM                                                              
 SW5 :  T
     : Using MCD lower boundary
     : Generic MCD filename : /tmp/tmpwEb6ip/MCD_Output                                                                 
     : MCD divisions:           24
 SW6 :  T
     : Calculating the neutral diffusion of 4 species
 SW8 :  T
     : IR heating and cooling switched on
  
 Kinetic model switched on:
 Taking the final MarTIM day output as the input to the kinetic code.
 Kinetic code using "standard output" root named: /tmp/tmpwEb6ip/Output_MarTIM_KINETIC                                                            
  
 Using typical eddy conduction BUT IGNORING ALR term
 EDDY T , ALR F  
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 ORBITAL / SOLAR CONDITIONS
 Solar longitude and Mars orbital position FIXED at:
 Ls = 180.0 degrees
 Autumnal Equinox, Ls = 180.0 degrees
 Using flux file named: (New_Fluxes) SMIN_1nm.dat
 EUV efficiency = 23.0%
 VT de-excitation rate coefficient =  0.230E-11 cm3.s-1
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 OUTPUT SETTINGS
 SPECIALS-->           5  Special output files.
 Thus expect           1  appended letter(s)
 for the special sequential files.
  
 Day/timestep results specifically printed
 on day(s):
 -->           1  
 -->           2  
 -->           3  
 -->           4  
 -->           5  
 & Day/timestep results specifically printed
 (on the day(s) you chose) at timestep(s): 
 -->       17759  
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 OTHERS PARAMETERS AND SETTINGS
 Longitude resolution       =  5.0 degrees
 Latitude resolution        =  5.0 degrees
 Height resolution          = 0.50 scale heights
 Number of longitude levels =   72 
 Number of latitude levels  =   37 
 Number of pressure levels  =   35
 Lower boundary altitude    = 60.0 km
 Number of days to run      =   5 
 Number of iterations       =  17760 per day
 Time step                  =  5.0 sec
 Horiz. Wind & Tn smoothing every   40 iterations
 Vert.  Wind & Tn smoothing every        54 iterations
 Horiz. Compo smoothing every  176 iterations
 Vert.  Compo smoothing every       200 iterations
 Eddy diffusion coefficient = 1500.0 m^2 s^-1
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            *** ENTERING MARTIM SUBROUTINE ***


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 Version Control: 23rd September 2011
  
 Using MarTIM VMRs for CO2 cooling code gnlte.F.
  
 Array of additional sequential days           1           2           3           4           5
 Array of additional sequential timesteps       17759
  
 Will create a total of           1  MCD datsets
  
 Note from initial setup - maxderr is:           36
 Note from initial setup - maxserr is:           36
  
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 -            Starting Day Loop                 - 
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 Creating MCD dataset for iteration           1  
 for solar longitude:    180.00000000000000     
  
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 MCDCREATOR.F
 CREATING MCD DATASET FOR LS:    180.00000000000000     
 SAVING TO FILE: /tmp/tmpwEb6ip/MCD_Output_ADATA