NAME

       mintpy-solid_earth_tides - Solid Earth tides (SET) correction

DESCRIPTION

       usage: solid_earth_tides.py [-h] -g GEOM_FILE [--date-wise-acq-time]

       [--verbose] [--update] [--set-file SET_FILE]
              [-o COR_DIS_FILE] dis_file

       Solid Earth tides (SET) correction

   positional arguments:
       dis_file
              timeseries HDF5 file, i.e. timeseries.h5

   options:
       -h, --help
              show this help message and exit

       -g GEOM_FILE, --geomtry GEOM_FILE
              geometry file including incidence/azimuthAngle.

       --date-wise-acq-time
              Use  the  exact  date-wise  acquisition  time  instead  of the common one for tides
              calculation.  For ISCE-2/topsStack products only,  and  requires  ../reference  and
              ../secondarys  folder.   There is <1 min difference btw. S1A/B -> Negligible impact
              for InSAR.

       --verbose
              Verbose message.

       --update
              Enable update mode.

       --set-file SET_FILE
              line-of-sight solid earth tide file name

       -o COR_DIS_FILE
              Output file name for the corrected timeseries.

   reference:
              Milbert,  D.,  Solid  Earth  Tide,   http://geodesyworld.github.io/SOFTS/solid.htm,
              Accessd  2020  September  6.  Fattahi, H., Z. Yunjun, X. Pi, P. S. Agram, P. Rosen,
              and Y. Aoki (2020), Absolute geolocation of SAR

              Big-Data: The first step for  operational  InSAR  time-series  analysis,  AGU  Fall
              Meeting 2020, 1-17 Dec 2020.

   template options:
              ##  Solid  Earth  tides  (SET)  correction  [need  to  install insarlab/PySolid] ##
              reference: Milbert (2018); Fattahi et al. (2020, AGU) mintpy.solidEarthTides = auto
              #[yes / no], auto for no

   example:
              solid_earth_tides.py  timeseries.h5 -g inputs/geometryRadar.h5 solid_earth_tides.py
              timeseries.h5         -g         inputs/geometryGeo.h5         solid_earth_tides.py
              geo/geo_timeseries_ERA5_demErr.h5 -g geo/geo_geometryRadar.h5