Options controlling the operation of the track check filter. More...
#include <TrackCheckParameters.h>
Public Attributes | |
| oops::Parameter< util::Duration > | temporalResolution |
| oops::Parameter< float > | spatialResolution |
| oops::Parameter< int > | numDistinctBuddiesPerDirection |
| oops::Parameter< int > | distinctBuddyResolutionMultiplier |
| oops::OptionalParameter< float > | maxClimbRate {"max_climb_rate", this} |
| Maximum allowed rate of ascent and descent (Pa/s). If not set, climb rate checks are disabled. More... | |
| oops::Parameter< std::map< float, float > > | maxSpeedInterpolationPoints |
| oops::Parameter< float > | rejectionThreshold |
 Public Attributes inherited from ufo::TrackCheckUtilsParameters | |
| oops::OptionalParameter< Variable > | stationIdVariable |
| Public Attributes inherited from ufo::FilterParametersBaseWithAbstractAction | |
| oops::OptionalParameter< std::vector< Variable > > | filterVariables |
| oops::Parameter< std::vector< WhereParameters > > | where {"where", {}, this} |
| oops::Parameter< bool > | deferToPost {"defer to post", false, this} |
Additional Inherited Members | |
| Public Member Functions inherited from ufo::FilterParametersBase | |
| const FilterActionParametersBase & | action () const override |
| Return parameters defining the action performed on observations flagged by the filter. More... | |
Detailed Description
Options controlling the operation of the track check filter.
Definition at line 31 of file TrackCheckParameters.h.
Member Data Documentation
◆ distinctBuddyResolutionMultiplier
| oops::Parameter<int> ufo::TrackCheckParameters::distinctBuddyResolutionMultiplier |
Controls the size of the set of observations against which each observation is compared.
- See also
- numDistinctBuddiesPerDirection
Definition at line 62 of file TrackCheckParameters.h.
◆ maxClimbRate
| oops::OptionalParameter<float> ufo::TrackCheckParameters::maxClimbRate {"max_climb_rate", this} |
Maximum allowed rate of ascent and descent (Pa/s). If not set, climb rate checks are disabled.
Definition at line 66 of file TrackCheckParameters.h.
◆ maxSpeedInterpolationPoints
| oops::Parameter<std::map<float, float> > ufo::TrackCheckParameters::maxSpeedInterpolationPoints |
Encoding of the function mapping air pressure (in Pa) to the maximum speed (in m/s) considered to be realistic.
The function is taken to be a linear interpolation of a series of (pressure, speed) points. The pressures and speeds at these points should be specified as keys and values of a JSON-style map. Owing to a bug in the eckit YAML parser, the keys must be enclosed in quotes. For example,
max_speed_interpolation_points: { "0": 900, "100000": 100 }
encodes a linear function equal to 900 m/s at 0 Pa and 100 m/s at 100000 Pa.
Definition at line 78 of file TrackCheckParameters.h.
◆ numDistinctBuddiesPerDirection
| oops::Parameter<int> ufo::TrackCheckParameters::numDistinctBuddiesPerDirection |
Controls the size of the set of observations against which each observation is compared.
Each observation O(x, t) (taken at time t and location x) is compared against the smallest set of observations O'(x', t') immediately preceding and following O(x, t) that contains num_distinct_buddies_per_direction earlier observations meeting the following conditions:
- |t' - t| > distinct_buddy_resolution_multiplier * temporal_resolution
- |x' - x| > distinct_buddy_resolution_multiplier * spatial_resolution
- O' has not yet been rejected and the same number of later observations meeting the same conditions.
Definition at line 57 of file TrackCheckParameters.h.
◆ rejectionThreshold
| oops::Parameter<float> ufo::TrackCheckParameters::rejectionThreshold |
Maximum fraction of climb rate or speed estimates obtained by comparison with other observations that are allowed to fall outside the allowed ranges before an observation is rejected.
Definition at line 83 of file TrackCheckParameters.h.
◆ spatialResolution
| oops::Parameter<float> ufo::TrackCheckParameters::spatialResolution |
Assumed spatial resolution of the observations (in km), i.e. absolute accuracy of the reported positions.
Instantaneous speeds are estimated conservatively with the formula
speed_estimate = (reported_distance - spatial_resolution) / (reported_time + temporal_resolution).
Definition at line 46 of file TrackCheckParameters.h.
◆ temporalResolution
| oops::Parameter<util::Duration> ufo::TrackCheckParameters::temporalResolution |
Assumed temporal resolution of the observations, i.e. absolute accuracy of the reported observation times.
Definition at line 37 of file TrackCheckParameters.h.
The documentation for this class was generated from the following file:
