RFM Flags |
Index: | ABS | AVG | BBT | BFX | BIN | CHI | CLC | COO | CTM | DBL | FIN | FLX | FOV | FVZ | GEO | GHZ | GRA | GRD |
HOM | HYD | ILS | JAC | JTP | LAY | LEV | LIN | LOS | LUT | MIX | MTX | NAD | NEW | NTE | OBS | OPT | PRF | |
PTH | QAD | RAD | REJ | REX | RJT | SFC | SHH | SHP | SVD | TAB | TRA | VRT | VVW | WID | ZEN |
Flag | Description |
---|---|
ABS | Write Absorption spectra |
BIN | Write output spectra as binary files |
BBT | Write Brightness Temperature spectra |
COO | Write Cooling Rate spectra |
DBL | Write spectra with Double Precision |
GHZ | Spectral units GHz rather than cm-1. |
JAC | Write Jacobian spectra |
JTP | Jacobian spectra for tan. pt. perturbations only |
LEV | Intermediate outputs at specified levels |
LOS | Write Pointing Jacobian spectra |
NEW | Open output files as 'NEW' |
OPT | Write Optical Depth spectra |
PRF | Write out internal profile |
PTH | Write Ray Path diagnostics |
RAD | Write Radiance spectra |
RJT | Write Rayleigh-Jeans Temperature spectra |
SHH | Suppress terminal progress messages |
TAB | Write tabulated absorption coefficients |
TRA | Write Transmission spectra |
WID | Write Widemesh diagnostics |
Flag | Description |
---|---|
CHI | Include Chi-factor for CO2 lines |
CTM | Include Continuum absorption |
MIX | Include Line-mixing |
MTX | Matrix output (with Flux calculations) |
NTE | Use non-LTE calculations |
QAD | Quadratic fit for line wings |
REX | Include Rayleigh extinction |
SHP | Use non-Voigt line shapes |
VVW | Apply VVW correction to line shapes |
Flag | Description |
---|---|
AVG | Spectrally averaged output |
FOV | Convolve with field-of-view |
FVZ | Treat FOV function as representing refracted altitudes rather than projected altitudes |
ILS | Convolve with instrument line-shape |
Flag | Description |
---|---|
CLC | Calculate absorption coefficients for every path segment |
FIN | User-specified fine mesh resolution |
GRD | Use Irregular Grid for calculations |
LUT | Use Look-Up Tables for Absorption Coefficients |
REJ | Ignore weak lines |
SVD | Use SVD-compressed Look-Up Tables for Absorption Coefficients |
Flag | Description |
---|---|
BFX | Use Planck v. optical depth in layers |
FLX | Flux-type calculations (over solid angle) |
GEO | Use geometric (cf.refracted) ray paths |
GRA | Assume horizontal gradients (2D atmosphere) |
HOM | Perform Homogeneous path calculation |
HYD | Assume hydrostatic eqlbm to derive CG paths for plane parallel atmosphere |
LAY | Halve the vertical spacing of the user-supplied profile grid Automatic sub-layering of profiles |
LIN | Assume VMR varies linearly with altitude |
NAD | Nadir-viewing |
OBS | Specify Observer Location |
SFC | Specify surface characteristics |
VRT | Flux-type calculations without solid-angle integration |
ZEN | Zenith-viewing |