list of data for DTA - Evolution 

I = dimension X [km]
J = dimension Y [km]
K = sector [1 = ice-sheet area, 2 = not ice sheet area], or outlay [vertical depth]
L = time

Example for the Antarctic 25km with assimilation:

     currently SET data sets:
    1> ./GEO_c66_2014-2021.nc
 name     title                             I         J         K         L
 LON      Longitude                        1:250     1:210     ...       ...
 LAT      Latitude                         1:250     1:210     ...       ...
 
    2> ./ME_c66_2014-2021.nc
 name     title                             I         J         K         L
 ME       Meltwater production             1:250     1:210     1:1       1:2863
 
    3> ./RF_c66_2014-2021.nc
 name     title                             I         J         K         L
 RF       Rainfall                         1:250     1:210     ...       1:2863
 
    4> ./RO1_c66_2014-2021.nc
 name     title                             I         J         K         L
 RO1      Snow Density                     1:250     1:210     1:18      1:2863
 
    5> ./RU_c66_2014-2021.nc
 name     title                             I         J         K         L
 RU       Run-off of meltwater and rain w  1:250     1:210     1:2       1:2863
 
    6> ./SF_c66_2014-2021.nc
 name     title                             I         J         K         L
 SF       Snowfall                         1:250     1:210     ...       1:2863
 
    7> ./SMB_c66_2014-2021.nc
 name     title                             I         J         K         L
 SMB      Surface Mass Balance (SMB~SF+RF  1:250     1:210     1:2       1:2863
 
    8> ./TEMP_c66_2014-2021.nc
 name     title                             I         J         K         L
 TT       Temperature                      1:250     1:210     1:3       1:2863
 ST       Surface Temperature              1:250     1:210     ...       1:2863
 ST2      Surface Temperature              1:250     1:210     1:2       1:2863
 TTMIN    Min Temp                         1:250     1:210     1:1       1:2863
 TTMAX    Max Temp                         1:250     1:210     1:1       1:2863
 
    9> ./WA1_c66_2014-2021.nc
 name     title                             I         J         K         L
 WA1      Liquid Water Content             1:250     1:210     1:18      1:2863
 
   10> ./WIND_c66_2014-2021.nc  (default)
 name     title                             I         J         K         L
 UU       x-Wind Speed component           1:250     1:210     1:3       1:2863
 VV       y-Wind Speed component           1:250     1:210     1:3       1:2863
 UV       Wind Speed                       1:250     1:210     1:3       1:2863
 UVMAX    Maximum Wind Speed               1:250     1:210     1:1       1:2863

 
These data can be manipulated using the xarray python library, and reprojected using the LAT/LON grid and the python pyproj library.
 
All data can also be displayed in a terminal using the NOAA language ferret (https://ferret.pmel.noaa.gov/Ferret/). If data are stored on distant server, please allow X11 forwarding:
 
(base) qglaude@climato 11:54:33 ~/DTA_EVOLUTION/Ant_ref/ 38 > fer
 	NOAA/PMEL TMAP
 	FERRET v7.6 (optimized)
 	Linux 3.10.0-1127.10.1.el7.x86_64 64-bit - 06/25/20
 	 28-Feb-23 11:54     
 
yes? use SMB_c05_2014-2021.nc 
yes? show data
     currently SET data sets:
    1> ./SMB_c05_2014-2021.nc  (default)
 name     title                             I         J         K         L
 SMB      Surface Mass Balance (SMB~SF+RF  1:250     1:210     1:2       1:2922
 
yes? shade ignore0(SMB[K=1,L=@sum])

For observation data (Ant_obs/ and AP_obs/ folders), files are separated from satellites and year:

    1> ./MELT_sentinel_2012.cdf  (default)
 name     title                             I         J         K         L
 LON                                       1:250     1:210     ...       ...
 LAT                                       1:250     1:210     ...       ...
 MELT_SAT                                  1:250     1:210     ...       1:212
 OBS_TIME                                  1:250     1:210     ...       1:212
 MASK_SAT                                  1:250     1:210     ...       ...

OBS_TIME corresponds to the number of minutes compared to midnight - 00:00 (negative = no data).