# Parameter table
#
# TABLE_ID=128
# TABLE_MODEL=MPIOM1
# TABLE_INSTITUT=MPIMET
#
#-------------------------------------------------------------------------
#!variable
#
# Variables
#   (max number of entries = 256)
#
# The format of each record is:
#   id | name | title | units
#
# id       = parameter ID
# name     = variable name
# title    = long name (description)
# units    = variable units
#
#----+-------------+------------------------------------------+----------+
# id | name        | title                                    | units    |
#----+-------------+------------------------------------------+----------+
   2 | THO         | temperature                              | C        
   5 | SAO         | salinity                                 | psu      
   3 | UKO         | zon. velocity                            | m/s      
   4 | VKE         | mer. velocity                            | m/s      
 303 | UKOMFL      | zon. velocity (divergence free)          | m/s      
 304 | VKEMFL      | mer. velocity (divergence free)          | m/s      
   7 | WO          | ver. velocity                            | m/s      
   8 | RHO         | insitu density                           | kg/m**3  
   6 | PO          | pressure                                 | Pa      
  67 | EMINPO      | freshwaterflux by restoring              | m/s      
  70 | FLUM        | total heatflux                           | W/m**2   
  79 | PEM         | total freshwaterflux                     | m/s      
  13 | SICTHO      | ice thickness                            | m        
  15 | SICOMO      | ice compactness                          | frac.    
  35 | SICUO       | zon. ice velocity                        | m/s      
  36 | SICVE       | mer. ice velocity                        | m/s      
  92 | TAFO        | surface air temperature                  | C        
 164 | FCLOU       | cloud cover                                     
  52 | TXO         | surface u-stress                         | Pa/1025. 
  53 | TYE         | surface v-stress                         | Pa/1025. 
 260 | FPREC       | prescr. precipitation                    | m/s      
  80 | FSWR        | downward shortwave rad.                  | W/m**2   
  81 | FTDEW       | dewpoint temperature                     | K        
 171 | FU10        | 10m windspeed                            | m/s      
 141 | SICSNO      | snow thickness                           | m        
 176 | QSWO        | heat flux shortwave                      | W/m**2   
 177 | QLWO        | heat flux longwave                       | W/m**2   
 147 | QLAO        | heat flux latent                         | W/m**2   
 146 | QSEO        | heat flux sensible                       | W/m**2   
  65 | PRECO       | net freshwater flux + runoff             | m/s          
   1 | ZO          | sealevel                                 | m        
  82 | Z1O         | sealevel change                          | m        
  69 | KCONDEP     | depth of convection                      | level    
  27 | PSIUWE      | hor. bar. streamfunction                 | Sv       
  83 | AMLD        | mixed layer depth                        | m        
 172 | WETO        | landseamask (pressure points)                   
 507 | AMSUE       | landseamask (vector points v)                       
 508 | AMSUO       | landseamask (vector points u)                   
  84 | DEPTO       | depth at pressure points                 | m    
 484 | DEUTO       | depth at vector points (u)               | m        
 584 | DEUTE       | depth at vector points (v)               | m        
 184 | DDUO        | level thickness (vector u )              | m        
 284 | DDUE        | level thickness (vector v )              | m        
 384 | DDPO        | level thickness (pressure )              | m        
  85 | DLXP        | grid distance x                          | m        
  86 | DLYP        | grid distance y                          | m        
 185 | DLXU        | grid distance x  (vector u)              | m        
 186 | DLYU        | grid distance y  (vector u)              | m        
 285 | DLXV        | grid distance x  (vector v)              | m        
 286 | DLYV        | grid distance y  (vector v)              | m        
  54 | GILA        | latitude in radiants                     | rad      
  55 | GIPH        | longitude in radiants                    | rad      
 354 | ALAT        | latitude in degrees (pressure)           | deg      
 355 | ALON        | longitude in degrees (pressure)          | deg      
 154 | ALATU       | latitude in degrees (vector u)           | deg      
 155 | ALONU       | longitude in degrees (vector u)          | deg      
 254 | ALATV       | latitude in degrees (vector v)           | deg      
 255 | ALONV       | longitude in degrees (vector v)          | deg
 110 | AVO         | vertical impuls diffusion                | m**2/s   
 111 | DVO         | vertical T,S diffusion                   | m**2/s   
 142 | SICTRU      | seaice transport x                       | m**2/s   
 143 | SICTRV      | seaice transport y                       | m**2/s   
 612 | WTMIX       | wind mixing                              | m**2/s   
 183 | zmld        | mixed layer depth (SJ)                   | m       
 207 | WGO         | GM vertical velocity                     | m/s
 305 | rivrun      | RiverRunoff		              | m/s
 158 | TMCDO       | mon. mean depth of convection            | level   
 247 | DQSWO       | heatflux sw over water                   | W/m**2
 248 | DQLWO       | heatflux lw over water                   | W/m**2
 249 | DQSEO       | heatflux se over water                   | W/m**2
 250 | DQLAO       | heatflux la over water                   | W/m**2
 251 | DQTHO       | heatflux net over water                  | W/m**2
 252 | DQSWI       | heatflux sw over seaice                  | W/m**2
 253 | DQLWI       | heatflux lw over seaice                  | W/m**2
 254 | DQSEI       | heatflux se over seaice                  | W/m**2
 255 | DQLAI       | heatflux la over seaice                  | W/m**2
 256 | DQTHI       | heatflux net over seaice                 | W/m**2
 257 | DTICEO      | Equi. temp over seaice	              | K   
 270 | AOFLNHWO    | oasis net heat flux water                | W/m**2
 271 | AOFLSHWO    | oasis downward short wave                | W/m**2
 272 | AOFLRHIO    | oasis residual heat flux ice             | W/m**2
 273 | AOFLCHIO    | oasis conduct. heat flux ice             | W/m**2
 274 | AOFLFRWO    | oasis fluid fresh water flux             | m/s   
 275 | AOFLFRIO    | oasis solid fresh water flux             | m/s   
 276 | AOFLTXWO    | oasis wind stress water x                | Pa/102
 277 | AOFLTYWO    | oasis wind stress water y                | Pa/102
 278 | AOFLTXIO    | oasis wind stress ice x                  | Pa/102
 279 | AOFLTYIO    | oasis wind stress ice x                  | Pa/102
 280 | AOFLWSVO    | oasis wind speed                         | m/s   
