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LC .. Lambert conformal projection
1. Interpolation
1a) LIBEMOS:
RL, LC .. current version cannot handle it
...
should be able to handle both !i n the future.
2. Visualization
Metview
RL .. some of them yes (mogreps OK, hirlam KO?)
LC .. conversion to geopoints assums always scanningFactor = 64 (= both positive directions)
3. Verification/interpolation package versus (Unknown User (dcesari@arpa.emr.it))
COSMO open source
ftp://ftp.smr.arpa.emr.it/incoming/dav/versus
In order to install the binary package, which will work on any reasonably recent linux x86_64 platform, you need to do the following operations:
# go to the directory where you wish to install the software
tar -zxvf path/to/versus_extra_software-1.4_unibin.tar.gz
cd ves
./install_from_bin.sh
at this point the installation is complete and you will have, in your home directory, a file called "ves_profile". When you need to use the package in a terminal session or in a batch script you have to "source" once that file, assuming you use bash/ksh, in the following way:
. ~/ves_profile
after this operation you have access, within that session, to all the programs of the package.
: https://github.com/dcesari/smnd
For interpolating grib data to a regular lat/lon grid you one can use after installation the following command:
| Code Block |
|---|
vg6d_transform --trans-type=inter --sub-type=bilin |
...
\ --type=regular_ll --nx=... --ny=... |
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\ --x-min=... --y-min=... --x-max=... --y-max=... |
...
\ inputfile outputfile |
where, of course you where one have to fill the parameters of the target grid, just start
Run vg6d_transform without arguments to see the instructions.
The package contains many other many tools and utilities for managing grib and observed data, but what I explained here is the minimum required for your purpose.
Full manual downloadable at ftp://ftp.smr.arpa.emr.it/incoming/dav/versus/ves.pdf