UFO
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Parameters controlling the operation of the ImpactHeightCheck filter. More...
#include <ImpactHeightCheck.h>
Public Attributes | |
oops::Parameter< float > | gradientThreshold {"gradient threshold", -0.08f, this} |
oops::Parameter< float > | sharpGradientOffset {"sharp gradient offset", 500, this} |
oops::Parameter< float > | surfaceOffset {"surface offset", 600, this} |
Reject data within this height (in m) of the surface. More... | |
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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 | |
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const FilterActionParametersBase & | action () const override |
Return parameters defining the action performed on observations flagged by the filter. More... | |
Parameters controlling the operation of the ImpactHeightCheck filter.
Definition at line 31 of file ImpactHeightCheck.h.
oops::Parameter<float> ufo::ImpactHeightCheckParameters::gradientThreshold {"gradient threshold", -0.08f, this} |
The threshold used to define a sharp gradient in refractivity. Units: N-units / m Inversions, and possible ducting, are identified by looking for sharp gradients in the refractivity. If the refractivity gradient is less than this, then any data below this point are rejected.
Definition at line 40 of file ImpactHeightCheck.h.
oops::Parameter<float> ufo::ImpactHeightCheckParameters::sharpGradientOffset {"sharp gradient offset", 500, this} |
The height (in m) of a buffer-zone for rejecting data above sharp gradients. If a sharp gradient in refractivity is identified, then all data above this point (plus sharpGradientOffset) is rejected. This parameter makes sure that we don't use any data which is too close to the sharp gradient.
Definition at line 46 of file ImpactHeightCheck.h.
oops::Parameter<float> ufo::ImpactHeightCheckParameters::surfaceOffset {"surface offset", 600, this} |
Reject data within this height (in m) of the surface.
Definition at line 49 of file ImpactHeightCheck.h.