Quick Fire Emission Dataset (QFED): Difference between revisions

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   % qfed_l3a.py --help
+== Running QFED on discover ==
+QFED (tag qfed-1_0_a5) has been successfully build on discover using Python-2.5.4, pyhdf-0.8.3 and Baselibs3.2.1. First, lets set some environental variables:
+ setenv QFED ${HOME}/qfed/Linux                                                   # QFED installation directory
+ setenv PATH ${QFED}/bin/:${SHARE}/dasilva/bin/:${PATH}                           # QFED scripts and n4zip utility
+ setenv PYTHONPATH ${QFED}/lib/Python/:${PYTHONPATH}                              # QFED modules
+ setenv QFED_IGBP '/discover/nobackup/rgovinda/Emissions/Vegetation/GL_IGBP_INPE' # IGBP-INPE dataset
+ setenv MODIS_FIRE '/discover/nobackup/dao_ops/intermediate/flk/modis/'           # MODIS Fire products
+ setenv QFED_L3a ${HOME}/tmp/QFED-test                                            # QFED Level3a output directory
+ setenv QFED_L3b ${HOME}/tmp/QFED-test                                            # QFED Level3b output directory
+To generate the QFED FRP (QFED-L3a) files for July 19, 2010 (DOY = 200) using both MODIS Aqua and Terra data, we will execute the qfed_l3a.py script, e.g.
+ qfed_l3a.py --mxd14=${MODIS_FIRE} --mxd03=${MODIS_FIRE} --igbp=${QFED_IGBP} --output=${QFED_L3a} 2010 200
+Next we will generate the actual emissions files for the same day by running the qfed_l3b.py script
+ qfed_l3b --input=${QFED_L3a} --output=${QFED_L3b} --ndays=1 2010 200