|Looks at refmax of successive elevation scans and alerts when the change in maximum is abnormal. More...
|Contains all the adaptable parameters for QCNN. More...
|Maintains information about bloom using the hybrid scan. More...
|An extension of the radar-only neural network, this also uses the cloud cover field. More...
|Will provide a radar specific cloud-cover indexed radial set. More...
|Applies a clutter map created by w2createcluttermap to data. More...
|Calculates the information content (entropy). More...
|Base-class of options for post-processing the QC field. More...
|Does no postprocessing. More...
|postprocesses the precip confidence field by computing a median. More...
|postprocesses the precip confidence field by computing a local mean. More...
|postprocesses the precip confidence field by computing a local mean, but taking into account the distribution of high confidences in either direction. More...
|Uses a joint probability function of the local pixel-wise probability values. More...
|The most conservative method: a local maximum. More...
|Neural network to perform quality control of radar reflectivity data. More...
|Uses the trained neural network to return probability of precip. More...
|Abstract base class of objects that perform quality-control on reflectivity data. More...
|Maintains information about bad radials in a virtual volume. More...
|Abstract base-class of all the image statistics classes. More...
|Statistics computed in a local, polar, neighborhood. More...
|Comprised of a number of individual Statistics. More...
|getGateWidth (const PolarGrid &pg)
|getGateWidth (const RadialSet &rs)
|setTerrainBlockage (const std::string &terrainFileOrDir, int maxGates, const RSorPG &pg, RadarQualityControl *qcnn)
|In NN training, we might run qcnn on a set of cases from different radars, so this function supports that by reading from a directory with like-names if needed.
|const PolarGrid &
|const RadialSet &
|const std::string &
|const RSorPG &
In NN training, we might run qcnn on a set of cases from different radars, so this function supports that by reading from a directory with like-names if needed.
If a directory is passed in, the terrain file should be named dir/KINX.nc etc. i.e. using the 4-letter identifier.
The terrain file is used to correct the VerticalStatistics.