Options for calculating scattering index from 89 GHz and 150 GHz channels. More...
#include <BennartzScatIndex.h>
Public Attributes | |
| oops::RequiredParameter< int > | ch89 {"channel_89ghz", this, {oops::minConstraint(1)}} |
| Channel number corresponding to 89 GHz (or nearby frequency depending on sensor channel specification) More... | |
| oops::RequiredParameter< int > | ch150 {"channel_150ghz", this, {oops::minConstraint(1)}} |
| Channel number corresponding to 150 GHz (or nearby frequency depending on sensor channel specification) More... | |
| oops::RequiredParameter< float > | coeff1 {"bennartz_coeff_1", this} |
| First coefficient used to compute scattering index. More... | |
| oops::RequiredParameter< float > | coeff2 {"bennartz_coeff_2", this} |
| Second coefficient used to compute scattering index. More... | |
| oops::Parameter< std::string > | applyBias {"apply_bias", "", this} |
| Name of the bias correction group used to apply correction to ObsValue. More... | |
Detailed Description
Options for calculating scattering index from 89 GHz and 150 GHz channels.
Definition at line 30 of file BennartzScatIndex.h.
Member Data Documentation
◆ applyBias
| oops::Parameter<std::string> ufo::BennartzScatIndexParameters::applyBias {"apply_bias", "", this} |
Name of the bias correction group used to apply correction to ObsValue.
Default (missing optional parameter) applies no bias
Example: use ObsBias correction values
apply_bias: ObsBias
Definition at line 67 of file BennartzScatIndex.h.
◆ ch150
| oops::RequiredParameter<int> ufo::BennartzScatIndexParameters::ch150 {"channel_150ghz", this, {oops::minConstraint(1)}} |
Channel number corresponding to 150 GHz (or nearby frequency depending on sensor channel specification)
Example: MHS channel 2 at 157 GHz
channel_150ghz: 2
Definition at line 48 of file BennartzScatIndex.h.
◆ ch89
| oops::RequiredParameter<int> ufo::BennartzScatIndexParameters::ch89 {"channel_89ghz", this, {oops::minConstraint(1)}} |
Channel number corresponding to 89 GHz (or nearby frequency depending on sensor channel specification)
Example: MHS channel 1 at 89 GHz
channel_89ghz: 1
Definition at line 40 of file BennartzScatIndex.h.
◆ coeff1
| oops::RequiredParameter<float> ufo::BennartzScatIndexParameters::coeff1 {"bennartz_coeff_1", this} |
First coefficient used to compute scattering index.
Offset term is calculated as coeff1 + coeff2*sensor_zenith_angle
Definition at line 53 of file BennartzScatIndex.h.
◆ coeff2
| oops::RequiredParameter<float> ufo::BennartzScatIndexParameters::coeff2 {"bennartz_coeff_2", this} |
Second coefficient used to compute scattering index.
Offset term is calculated as coeff1 + coeff2*sensor_zenith_angle
Definition at line 58 of file BennartzScatIndex.h.
The documentation for this class was generated from the following file:
