NAME

       mintpy-asc_desc2horz_vert  -  Project  Asc  and  Desc  LOS  displacement to Horizontal and
       Vertical direction

DESCRIPTION

       usage: asc_desc2horz_vert.py [-h] [-d DS_NAME] [-g GEOM_FILE GEOM_FILE]

       [--max-ref-yx-diff MAX_REF_YX_DIFF]
              [--az HORZ_AZ_ANGLE] [-o HZ_FILE UP_FILE] [--oo ONE_OUTFILE] file file

       Project Asc and Desc LOS displacement to Horizontal and Vertical direction

   positional arguments:
       file   Ascending and descending files Both files need to be geocoded in the  same  spatial
              resolution.

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

       -d DS_NAME, --dset DS_NAME
              dataset to use, default: 1st dataset

       -g GEOM_FILE GEOM_FILE, --geom-file GEOM_FILE GEOM_FILE
              Geometry files for the input data files.

       --max-ref-yx-diff MAX_REF_YX_DIFF
              Maximum  difference  between  REF_Y/X  (derived  from  REF_LAT/LON)  of input files
              (default: 3).

       --az HORZ_AZ_ANGLE, --horz-az-angle HORZ_AZ_ANGLE
              Azimuth angle in degrees of the interested horizontal direction  (default:  -90.0).
              Measured  from the north with positive for anti-clockwise direction.  E.g.: -90 for
              East direction

       0      for North direction

       Set to  the  azimuth  angle  of  the  strike-slip  fault  to  measure  the  fault-parallel
       displacement.
              Note:  a.  This assumes no deformation in its perpendicular direction b. Near north
              direction can not be well resolved due to the lack of

       diversity in viewing geometry. Check exact dilution of precision for
              each component in Wright et al. (2004, GRL)

       -o HZ_FILE UP_FILE, --output HZ_FILE UP_FILE
              output file name for vertical and horizontal components

       --oo ONE_OUTFILE, --one-output ONE_OUTFILE
              Stack the input/output files into one HDF5 file.  This will disable the  HZ/UP_FILE
              output option.

   reference:
              Fialko, Y., Simons, M., & Agnew, D. (2001). The complete (3-D) surface displacement

              field  in the epicentral area of the 1999 MW7.1 Hector Mine Earthquake, California,
              from space geodetic observations. Geophysical Research Letters, 28(16),  3063-3066.
              doi:10.1029/2001GL013174

              Wright, T. J., B. E. Parsons, and Z. Lu (2004), Toward mapping surface deformation

              in  three  dimensions  using  InSAR,  Geophysical  Research Letters, 31(1), L01607,
              doi:10.1029/2003GL018827.

   example:
              # for data with different spatial resolution and coverage  #  use  geocode.py  -x/y
              --bbox  option  to  make them consistent cd AlosAT424/mintpy mask.py velocity.h5 -m
              maskTempCoh.h5 geocode.py velocity_msk.h5 -l inputs/geometryRadar.h5 -x  0.00027778
              -y  -0.00027778 --bbox 32.0 32.5 130.1 130.5 cd AlosDT73/mintpy mask.py velocity.h5
              -m  maskTempCoh.h5  geocode.py  velocity_msk.h5   -l   inputs/geometryRadar.h5   -x
              0.00027778  -y  -0.00027778  --bbox  32.0  32.5  130.1  130.5 asc_desc2horz_vert.py
              AlosAT424/mintpy/geo_velocity_msk.h5 AlosDT73/mintpy/geo_velocity_msk.h5

              #      write      horz/vert      to      two      files       asc_desc2horz_vert.py
              AlosAT424/mintpy/velocity_msk.h5                    AlosDT73/mintpy/velocity_msk.h5
              asc_desc2horz_vert.py                              AlosAT424/mintpy/velocity_msk.h5
              AlosDT73/mintpy/velocity_msk.h5        --azimuth      16      asc_desc2horz_vert.py
              AlosAT424/mintpy/velocity_msk.h5      AlosDT73/mintpy/velocity_msk.h5        --dset
              step20200107

              #  write  all  asc/desc/horz/vert  datasets  into  one  file  asc_desc2horz_vert.py
              Alos2AT131/mintpy/20171219_20190702.unw Alos2DT23/mintpy/20171211_20190819.unw --oo
              Kirishima2017post.h5  view.py  Kirishima2017post.h5  -u cm --wrap --wrap-range -5 5
              #check deformation signal with multiple viewing geometries.

              #  pixel-wise  decomposition  [for  large  area   analysis]   asc_desc2horz_vert.py
              asc_velocity.h5 desc_velocity.h5 -g asc_geometry.h5 desc_geometry.h5