TUV inputs:
==================================================================
inpfil =      usrinp   outfil =      usrout   nstr =             0
lat =          0.000   lon =          0.000   tmzone =         0.0
iyear =         2002   imonth =           3   iday =            21
zstart =       0.000   zstop =      120.000   nz =             121
wstart =     120.000   wstop =      735.000   nwint =         -156
tstart =       0.000   tstop =       90.000   nt =              10
lzenit =           T   alsurf =       0.100   psurf =       -999.0
o3col =      300.000   so2col =       0.000   no2col =       0.000
taucld =       0.000   zbase =        4.000   ztop =         5.000
tauaer =       0.000   ssaaer =       0.990   alpha =        1.000
dirsun =       1.000   difdn =        1.000   difup =        1.000
zout =         0.500   zaird =   -9.990E+02   ztemp =     -999.000
lirrad =           F   laflux =           T   lmmech =           F
lrates =           F   isfix =            0   nms =              0
ljvals =           T   ijfix =            0   nmj =              9
iwfix =            0   itfix =            0   izfix =            0
==================================================================
==== Spectral weighting functions used:
==== Photolysis reactions used:
T  1 O3 -> O2 + O(1D)                                  
T  2 NO2 -> NO + O(3P)                                 
T  3 CH3COCH3 -> CH3CO + CH3                           
T  4 CH3COCH2CH3 -> CH3CO + CH2CH3                     
T  5 CF3CF2C(O)CF(CF3)2_REN                            
T  6 CF3CF2C(O)CF(CF3)2_Taniguchi                      
T  7 CF3C(O)CF(CF3)2_REN                               
T  8 CH3CH2C(O)CH(CH3)2_Diaz_de_Mera                   
T  9 CH3CH2C(O)CH(CH3)2_REN                            
==================================================================
 Delta-Eddington 2-stream radiative transfer
 air temperature: USSA, 1976
 air concentrations: USSA, 1976
 ozone profile: USSA, 1976
 DATAE1/SUN/susim_hi.flx
 DATAE1/SUN/atlas3_1994_317_a.dat        
 DATAE1/SUN/neckel.flx                   
 DATAE1/SUN/sao2010.solref.converted     
 aerosols:  Elterman (1968) continental profile
step =    1 sza =     0.000 Earth-sun factor =  1.0000000
step =    2 sza =    10.000 Earth-sun factor =  1.0000000
step =    3 sza =    20.000 Earth-sun factor =  1.0000000
step =    4 sza =    30.000 Earth-sun factor =  1.0000000
step =    5 sza =    40.000 Earth-sun factor =  1.0000000
step =    6 sza =    50.000 Earth-sun factor =  1.0000000
step =    7 sza =    60.000 Earth-sun factor =  1.0000000
step =    8 sza =    70.000 Earth-sun factor =  1.0000000
step =    9 sza =    80.000 Earth-sun factor =  1.0000000
step =   10 sza =    90.000 Earth-sun factor =  1.0000000
