Test case for FY-3C MWRI.

test data (full orbit): FY3C_MWRIA_GBAL_L1_20180613_0715_010KM_MS.HDF

Shell script: run_mwri.sh
=========================

This has 3 parts:

1) Convert hdf to BUFR using the standalone mwri_hdf2bufr.exe

2) Run mwri_main.exe, with the namelist (mwri_main.nl) configured to perform
averaging and map to a user-defined grid.

3) Create quick-look images of the original and averaged data, using
mwipp_quicklook.py.

The python plotting script uses Cartopy: see https://scitools.org.uk/cartopy/docs/latest/

Input data file
26649424 FY3C_MWRIA_GBAL_L1_20180613_0715_010KM_MS.HDF

Top-level namelists:
mwri_main.nl

Lower-level namelists:
mwri_averaging.nl, mwipp_bufr.nl, user_grid.nl

User grid file:
t511_n256_lsm.grib

Output data files:
12285444 FY3C_MWRIA_GBAL_L1_20180613_0715_010KM_MS.HDF.bufr
19555103 FY3C_MWRIA_GBAL_L1_20180613_0715_010KM_MS.HDF_generic.h5
  581842 FY3C_MWRIA_GBAL_L1_20180613_0715_010KM_MS.HDF_grid.bufr
 1087669 FY3C_MWRIA_GBAL_L1_20180613_0715_010KM_MS.HDF_grid.h5

Output image files:
  261475 FY3C_MWRIA_GBAL_L1_20180613_0715_010KM_MS.HDF_generic.h5_1.png
  295132 FY3C_MWRIA_GBAL_L1_20180613_0715_010KM_MS.HDF_grid.h5_1.png

Approximate run times:
Part 1:  3s (hdf to BUFR)
Part 2: 64s (hdf read; average; re-map; BUFR write; HDF5 write)

You can inspect your output data files using tools such as h5dump (part of hdf5)
and bufr_dump (part of ecCodes), and compare with equivalent outputs in the
"reference_products" directory.

You should expect the output brightness temperatures to be consistent with the
reference outputs, to approximately 0.01K.
