howt to set up MIRS

How  to setup mirs?

Note: these steps below are intended to run part of mirs system to generate observation BT only and compare it with simulated BT that is generated using gfs 6-hr frorecast.

1.       Check out MIRS code

$ cd     # go to /data/home001/dxu

$ svn co file:///net/backup/backup/sidb/svn_repository/mirs/trunk     mirs_trunk

$ cd mirs_trunk

2.       Compile the code ( directory is relative to MIRS_ROOT )

$ cd   /data/home001/dxu/mirs_trunk/setup

$ vi paths      # set up MIRS_ROOT to /data/home001/dxu/mirs_trunk

$ cd   /data/home001/dxu/mirs_trunk/src/crtm/REL-2.1.1/configure

$ source   ifort.setup

$ cd   /data/home001/dxu/mirs_trunk/src/crtm/REL-2.1.1

$ make     # compile CRTM lib

Note: create libCRTM.a  under “libsrc” folder under the current folder.

$ make  install   # create includes

note: move crtm library to “lib” folder and  mod files to “includes” folder.

$ cd    /data/home001/dxu/mirs_trunk/src     # compile whole mirs library  and generate all the executable files

$ make

Note: executables files are under “bin” folder.

3.       Run mirs

$ cd   /data/home001/dxu/mirs_trunk/gui

$ make   

Note: compile java gui code.

$ make run   # gui pop-out

Note: specify scripts and config file to run mirs, which is part of the entire mirs.

3.1 configuration

3.2 Run mirs

Click button “ generate script”

Note:  generate two files:

    setup/f18_pcf.bash
    script/f18_scs.bash

3.3 Output location:

Observation data :

/data/home001/dxu/mirs_trunk/data/TestbedData/DynamicData/fmsdr/f18_ssmis/2013-01-20

FMSDR: footprint matched sensor data record.

Interpolated gfs 6-hr forecast data that is input to CRTM :

/data/home001/dxu/mirs_trunk/data/TestbedData/DynamicData/nwp_analys/f18_ssmis/2013-01-20

Simulated BT data :

/data/home001/dxu/mirs_trunk/data/TestbedData/DynamicData/fwd_analys/f18_ssmis/2013-01-20

Bias file :

/data/home001/dxu/mirs_trunk/data/SemiStaticData/biasCorrec

Eg: biasCorrec_f18_2013_01_20.dat_gfs

3.4 Data structure of binary data that are generated for both MIRS observed BT and simulated BT.

"IO_MeasurData.f90"  under /data/home001/dxu/mirs_trunk/src/lib/io ) :

MeasurData_type : tb       

   !Brightness temperatures

SUBROUTINE ReadHdrMeasurmts    : ## read header first

SUBROUTINE ReadMeasurmts(iu,Y,ierr)  : ## then to read BT.

IDL equivalent code to read BT:

"io_measur.pro" under /data/home001/dxu/mirs_trunk/src/lib_idl : 

Name:         LoadRadFile

3.5 Data structure of bias file :

IDL equivalent code to read bias file:

"io_measur.pro" under /data/home001/dxu/mirs_trunk/src/lib_idl

Name:         ReadBias