Guidance concerning the files included as supplements for manuscript acp-2014-507 (Loughman et al., 2015):
pressure.dat = The atmospheric pressure profile used in L04 simulations.  Columns are:  z(km), p(hPa)
temperature.dat = The atmospheric temperature profile used in L04 simulations.  Columns are:  z(km), T(K)
L04-aer-prf-325 = The aerosol extinction profile used in L04 simulations at 325 nm.  Columns are:  z(km), ext(1/km)
L04-aer-prf-345 = The aerosol extinction profile used in L04 simulations at 345 nm.  Columns are:  z(km), ext(1/km)
L04-aer-prf-600 = The aerosol extinction profile used in L04 simulations at 600 nm.  Columns are:  z(km), ext(1/km)
densO3_initial = The ozone number density profile used in L04 simulations.  Columns are:  z(km), nO3 (molecules/cubic cm)
004lo = File containing scalar Siro model results with surface albedo = 0 for several wavelengths, solar zenith angles, and azimuth angles.  The results are labeled within the file.
005lo = File containing scalar Siro model results with surface albedo = 0.95 for several wavelengths, solar zenith angles, and azimuth angles.  The results are labeled within the file.
004rl = File containing scalar results of the updated GSLS model -with surface albedo = 0 for several wavelengths, solar zenith angles, and azimuth angles.  The results are labeled within the file.  (To be more specific, the code used is LP_RAD_SIMUL, revision 256, as archived on the NASA Goddard TLCF computer system.)
005rl = File containing scalar results of the updated GSLS model -with surface albedo = 0.95 for several wavelengths, solar zenith angles, and azimuth angles.  The results are labeled within the file.
Finally, a more specific note concerning the updated GSLS model:  The code used is LP_RAD_SIMUL, revision 256, as archived on the NASA Goddard TLCF computer system.  The only file that differs from the archived code is RT_parameters.f90, which contains several settings that were altered for L04 comparisons (turning off anisotropy correction, turning on Henyey-Greenstein aerosol phase functions, etc.).
