FLG
| C3
| ACC
| More stringent default accuracy/convergence
criteria[1]
| | | | AHY
| Suppress hydrostatic equilibrium
|
| | | APR
| Output A Priori information
in .rtv files
|
| | | CLD
| Use cloud detection
|
| | | CTM
| Use molecular (eg H2O) continuum data
|
| | | DFS
| Include Degrees of Freedom for Signal
in .rtv files
|
| | | FGD
| Use full, as opposed to irregular, grid
|
| | | FIX
| Assume fixed relative altitudes (eg detector array)
|
| | | FMW
| use full microwindow (ie set all masks = TRUE)
|
| | | FVZ
| Suppress FOV distortion due to refraction
|
| | | GEO
| Use geometric (ie non-refractive) ray paths
|
| | | GRA
| Use 2D atmospheric model
|
| | | INF
| Include Information Content [bits]
in .rtv files
|
| | | LIN
| Assume VMR varies linearly with
altitude rather than logarithmically
|
| | | MIX
| Use CO2 line mixing
|
| | | MWO
| Write outputs after each microwindow
in .rtv files
|
| | | QAD
| Use simple quadratic fit to line wings
rather than inverse quadratic
|
| | | RES
| Include vertical resolution factor
in .rtv files
|
| | | RSM
| Allow run to resume from last pixel
|