NAME

       mintpy-save_kite  -  Generate  KITE  (https://github.com/pyrocko/kite)  npz  and yaml from
       MintPy HDF5 file.

DESCRIPTION

       usage: save_kite.py [-h] -d DSET [-g GEOM_FILE] [-m MASK_FILE] [-o OUTFILE]

       [--sub-x XMIN XMAX] [--sub-y YMIN YMAX]
              [--sub-lat LATMIN LATMAX] [--sub-lon LONMIN LONMAX] file

       Generate KITE (https://github.com/pyrocko/kite) npz and yaml from MintPy HDF5 file.

   positional arguments:
       file   file to be converted, in geo coordinate.

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

       -d DSET, --dset DSET, --dataset DSET
              dataset of interest to be converted.  e.g.: velocity /  stepYYYYMMDD  for  velocity
              HDF5 file,

       date12 in YYYYMMDD_YYYYMMDD for time-series HDF5 file,
              date12 in unwrapPhase-YYYYMMDD_YYYYMMDD for ifgramStack HDF5 file.

       -g GEOM_FILE, --geom GEOM_FILE
              geometry file for incidence /azimuth angle and height.

       -m MASK_FILE, --mask MASK_FILE
              mask file, or run mask.py to mask the input file beforehand.

       -o OUTFILE, --output OUTFILE
              output filename

   Subset:
              Display dataset in subset range

       --sub-x XMIN XMAX, --subx XMIN XMAX, --subset-x XMIN XMAX
              subset display in x/cross-track/range direction

       --sub-y YMIN YMAX, --suby YMIN YMAX, --subset-y YMIN YMAX
              subset display in y/along-track/azimuth direction

       --sub-lat LATMIN LATMAX, --sublat LATMIN LATMAX, --subset-lat LATMIN LATMAX
              subset display in latitude

       --sub-lon LONMIN LONMAX, --sublon LONMIN LONMAX, --subset-lon LONMIN LONMAX
              subset display in longitude

   example:
              ##  displacement  [event-type  inversion]  #  option 1: use velocity file with step
              estimation from timeseries2velocity.py  for  co-seismic  displacement  save_kite.py
              geo/geo_velocity.h5      -d      step20210104     -g     geo/geo_geometry.h5     -m
              geo/geo_maskTempCoh.h5 -o dsc

              # option 2: use time-series / ifgramStack file with date1_date2 for  the  transient
              displacement:      save_kite.py      geo/geo_timeseries_ERA5_ramp_demErr.h5      -d
              20101120_20110220  -g  geo/geo_geometry.h5   -m   geo/geo_maskTempCoh.h5   -o   dsc
              save_kite.py   geo/geo_ifgramStack.h5       -d   unwrapPhase-20101120_20110220   -g
              geo/geo_geometry.h5 -m geo/geo_maskTempCoh.h5 -o dsc

              ##    velocity    [interseismic    or    tensile    dislocation    inversion]     #
              https://pyrocko.org/beat/docs/current/examples/Rectangular_tensile.html
              save_kite.py   geo/geo_velocity.h5   -d   velocity   -g   geo/geo_geometry.h5    -m
              geo/geo_maskTempCoh.h5 -o dsc

              ##  import  to  kite  spool  outfile_name    % /do quadtree,covariance/aps and then
              File>Save Scene and it is ready for GROND or BEAT