Get the WRFDA zipped tar file from /kumquat/wrfhelp/SOURCE_CODE/WRFDA
cd /kumquat/users/${USER}/DA
cp /kumquat/wrfhelp/SOURCE_CODE/WRFDA/WRFDA_V3.6.tar.gz .
Unzip and untar the file:
tar -zxf WRFDA_V3.6.tar.gz
You should now see the directory WRFDA, which contains the WRFDA source code.
To reduce compilation time you can compile in parallel (this is a separate process from deciding to run WRFDA in serial or parallel mode). You can do this by setting the environment variable J="-j #", where "#" is the number of processors.
setenv J "-j 4"
Configure and compile
cd /kumquat/users/${USER}/DA/WRFDA
setenv BUFR 1
Only one radiative transfer model is necessary, but WRFDA can be compiled with both, so set the CRTM and/or RTTOV environment variables as below
setenv CRTM 1
setenv RTTOV /kumquat/wrfhelp/WRFDA/external/rttov11
./configure wrfda
Choose 50 for pgf90/pgcc, dmpar
./compile all_wrfvar >& compile_3dvar.log &
WRFPLUS contains both the non-linear and the tangent-linear/adjoint WRF code. It is needed for 4DVAR and Forecast Sensitivity to Observations (FSO).
Get the WRFPLUS zipped tar file from /kumquat/wrfhelp/SOURCE_CODE/WRFDA
cd /kumquat/users/$USER/DA
cp /kumquat/wrfhelp/SOURCE_CODE/WRFDA/WRFPLUS_V3.6_r7153.tar.gz .
Set "J" to compile in parallel
setenv J "-j 4"
Unzip and untar the file
tar -zxf WRFPLUS_V3.6_r7153.tar.gz
Configure
cd /kumquat/users/$USER/DA/WRFPLUSV3
./configure wrfplus
Choose 26 for pgf90/pgcc, dmpar
Compile WRFPLUS
./compile em_real >& compile_wrfplus.log &
To compile WRFDA for 4DVAR, you should have already compiled WRFPLUS (see above).
Get the WRFDA zipped tar file from /kumquat/wrfhelp/SOURCE_CODE/WRFDA
cd /kumquat/users/$USER/DA
cp /kumquat/wrfhelp/SOURCE_CODE/WRFDA/WRFDA_V3.6.tar.gz .
If you have already built WRFDA in this directory for 3DVAR, be sure to rename that directory first.
mv /kumquat/users/$USER/DA/WRFDA /kumquat/users/$USER/DA/WRFDA_3DVAR
Unzip and untar the file
tar -zxf WRFDA_V3.6.tar.gz
Configure and Compile
cd /kumquat/users/${USER}/DA/WRFDA
./clean -a
Only one radiative transfer model is necessary, but WRFDA can be compiled with both, so set the CRTM and/or RTTOV environment variables as below
setenv BUFR 1
setenv CRTM 1
setenv RTTOV /kumquat/wrfhelp/WRFDA/external/rttov11
Set the environment variable WRFPLUS_DIR to point to the WRFPLUS build you just installed
setenv WRFPLUS_DIR /kumquat/users/$USER/DA/WRFPLUSV3
./configure 4dvar
Choose 26 for pgf90/pgcc, dmpar
./compile all_wrfvar >& compile_4dvar.log &
