User defined output. Here the user may specify the columns desired for output.
output_user format
where format is one or more of the following.
lambda

Wavelength in nm.
wavenumber

Wave number in cm$ ^{-1}$ .
sza

solar zenith angle
zout

Output altitude in km.
edir, eglo, edn, eup, enet, esum

The direct, global, diffuse downward, and diffuse upward irradiance. Net is global - upward, sum is global + upward.
uu

Radiances: uu(umu(0),phi(0)) ... uu(umu(0),phi(m)) ... uu(umu(n),phi(0)) ... uu(umu(n),phi(m))
fdir, fglo, fdn, fup, f

The direct, global, diffuse downward, diffuse upward, and total actinic flux.
uavgdir, uavgglo, uavgdn, uavgup, uavg

The Direct, global, diffuse downward, diffuse upward, and total diffuse mean intensity (= actinic flux / 4$ \pi$ ).
albedo

Albedo.
heat

Heating rate in K/day.

It is also possible to gain some information about the atmosphere and the clouds:

p

pressure [hPa], ,
T, T_d

temperature [K], dewpoint temperature [K]
T_sur

surface temperature [K]
theta

potential temperature [K]
theta_e

equivalent potential temperature [K]
n_xxx

number density of the gas xxx [cm$ ^{-3}$ ]
rho_xxx

mass density of the gas xxx [kg/m$ ^3$ ]
mmr_xxx

mass mixing ratio of the gas xxx [kg/kg]
vmr_xxx

volume mixing ratio of the gas xxx [m$ ^3$ /m$ ^3$ ]
rh

relative humidity over water [percent]
rh_ice

relative humidity over ice [percent]
c_p

specific heat capacity of the air (humidity and temperature dependent)
CLWC

cloud liquid water content [kg/kg]
CLWD

cloud liquid water density [g/m$ ^3$ ]
CIWC

cloud ice water content [kg/kg]
CIWD

cloud ice water density [g/m$ ^3$ ]
TCC

total cloud cover [0-1]
where xxx is one of AIR, O3, O2, H2O, CO2, NO2, BRO, OCLO, or HCHO.

Default output is

output_user lambda lambda, edir, edn, eup, uavgdir, uavgdn, uavgup
for disort, sdisort, and spsdisort, whereas the default for twostr is
output_user lambda, edir, edn, eup, uavg.
The lines containing radiances and the output of rte_solver polradtran are not affected.





Arve Kylling 2010-03-10