Configuration options recognized by the refractivity operator. More...
#include <ObsGnssroRefMetOfficeParameters.h>
Public Attributes | |
| oops::Parameter< bool > | vertInterpOPS {"vert_interp_ops", true, this} |
| oops::Parameter< bool > | pseudoLevels {"pseudo_ops", true, this} |
| Whether to use pseudo-levels in the calculation. More... | |
| oops::Parameter< float > | minTempGrad {"min_temp_grad", 1.0e-6, this} |
Detailed Description
Configuration options recognized by the refractivity operator.
Definition at line 22 of file ObsGnssroRefMetOfficeParameters.h.
Member Data Documentation
◆ minTempGrad
| oops::Parameter<float> ufo::ObsGnssroRefMetOfficeOptions::minTempGrad {"min_temp_grad", 1.0e-6, this} |
The minimum temperature gradient permitted before a profile is considered isothermal. Only used if pseudo-levels are also used.
Definition at line 34 of file ObsGnssroRefMetOfficeParameters.h.
◆ pseudoLevels
| oops::Parameter<bool> ufo::ObsGnssroRefMetOfficeOptions::pseudoLevels {"pseudo_ops", true, this} |
Whether to use pseudo-levels in the calculation.
Definition at line 31 of file ObsGnssroRefMetOfficeParameters.h.
◆ vertInterpOPS
| oops::Parameter<bool> ufo::ObsGnssroRefMetOfficeOptions::vertInterpOPS {"vert_interp_ops", true, this} |
If true assume that pressure varies exponentially with height when interpolating. Otherwise assume that exner varies linearly with height, and derive pressure from this.
Definition at line 29 of file ObsGnssroRefMetOfficeParameters.h.
The documentation for this class was generated from the following file:
