(No se muestran 2 ediciones intermedias del mismo usuario)
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'''NOTE:''' Since WRFv3.9 there is a new unique file for the aerosol climatologies <code>QNWFA_QNIFA_SIGMA_MONTHLY</code>
'''NOTE:''' Since WRFv3.9 there is a new unique file for the aerosol climatologies <code>QNWFA_QNIFA_SIGMA_MONTHLY</code>
= gcc cpmpilation =
<hydra> has by default intel C/Fortran compilers. However, <hydra> also has the free gcc compilers.
Here are the instructions followed to compile WRF using the gcc and gfortran compilers. In order to do that, one needs to compile all the required libraries (openmpi, zlib, curl, hdf5 and netcdf) using these compilers. No <code>udunits</code> was installed due to issues with <code>cmake</code>
Here the steps starting from a folder where we will download all the sources called
<pre>
/share/tools/Downloads/
</pre>
These compilation steps are kept inside the file <code>/share/tools/Downloads/compilation.inf</code>
* Looking for errors in <code>run_configure.log</code>. If not </code>make</code> chain (ensuring each steps goes fine)
<pre>
$ make all >& run_make.log
$ make test >& run_make_test.log
$ make install >& run_make_install.log
</pre>
For all the others libraries is similar, but paying attention to provide the right installation folder and the right location of the new compiled libraries
Since WRF v3.6 there is an option to have a micro-physics scheme with awareness on aersol densities. See more details in Thompson Aerosol-aware.
One need to add at WPS - metgrid, the files with the climatologies of aerosos. These climatologies come from GCM runs where aerosols where active. There are 3 different climatologies (QNWFA_QNIFA_Monthly_AWIP/GFS/ERA), comming from the ue of 3 different re-analysis.
In case of using ERA-Interim re-analyses, on should include on the namelist.wps