project=examples/wsafr-2.6 cr=1989 grd=256x30x90 x1l=0.1 x1r=2.1 x2l=30 x2r=150 datadir=$ENLIL_DATA_DIR data=WSA_VEL/MWO/CARR/2.5deg/L72R21.5 vutime=3600 tstart=-288 tstop=856 ttfrom=232 ttto=856 ttstep=6 #------------------------------ # properties of fast solar wind #------------------------------ # # density (default 300 /cc) dfast=300 # temperature (default 0.8 million K) tfast=0.8 # speed (default 625 km/s) vfast=625 #---------------------------------- # properties of cone clouds for run #---------------------------------- # # number of cmes (default 1) ncmes=4 # start date time of model run (example '1997-05-12') start=2002-04-26 # start dates for each cone cme (example '1997-05-12','1997-05-18') dates="2002-05-07T06:53','2002-05-08T17:20','2002-05-16T06:38','2002-05-22T05:54" # latitude of cloud (north=90, equator=0, south=-90 degs) lat=-7,3,-2,9 # longitude of cloud (-90 to +90 where 0 degrees is eastward) lon=-10,-4,-9,-9 # cloud radius (default=25) rmajor=31,24,26,35 # cloud velocity (default=650) vcld=980,810,860,1790 # density enhancement factor of cloud compared to fast solar wind (default=4) dcld=4,4,4,4 # temperature enhancement factor of cloud compared to fast solar wind (default=1) # (Note: this does not appear to be used by code) tcld=1,1,1,1 # elongation factor of the trailing part of cloud; =1 for sphere, =2 for twice longer, etc. xcld=1,1,1,1 # shape of the cloud (1=trapezoidal, 2=spherical) ncld=2,2,2,2 # Cloud cavity radius over cloud radius (0 to 0.9) radcav=0,0,0,0