pyrad.proc.process_evp#

pyrad.proc.process_evp(procstatus, dscfg, radar_list=None)[source]#

Computes enhanced vertical profiles, by averaging over height levels PPI data.

Parameters:

procstatus (int) – Processing status: 0 initializing, 1 processing volume, 2 post-processing

dscfg (dictionary of dictionaries) –

data set configuration. Accepted Configuration Keywords:

datatype : string. Dataset keyword
    The data type where we want to extract the point measurement
lat, lon : float
    latitude and longitude of the point of interest [deg]
latlon_tol : float
    tolerance in latitude and longitude in deg. Default 0.0005
delta_rng, delta_azi : float
    maximum range distance [m] and azimuth distance [degree] from the
    central point of the evp containing data to average. Default 5000.
    and 10.
hmax : float
    The maximum height to plot [m]. Default 10000.
hres : float
    The height resolution [m]. Default 250.
avg_type : str
    The type of averaging to perform. Can be either "mean" or "median"
    Default "mean"
nvalid_min : int
    Minimum number of valid points to consider the data valid when
    performing the averaging. Default 1
interp_kind : str
    type of interpolation when projecting to vertical grid: 'none',
    or 'nearest', etc. Default 'none'.
    'none' will select from all data points within the regular grid
    height bin the closest to the center of the bin.
    'nearest' will select the closest data point to the center of the
    height bin regardless if it is within the height bin or not.
    Data points can be masked values
    If another type of interpolation is selected masked values will be
    eliminated from the data points before the interpolation

radar_list (list of Radar objects) – Optional. list of radar objects

Returns:

new_dataset (dict) – dictionary containing the EVP and a keyboard stating whether the processing has finished or not.
ind_rad (int) – radar index
Reference
———
Kaltenboeck R., Ryzhkov A. 2016 (A freezing rain storm explored with a)
C-band polarimetric weather radar using the QVP methodology.
Meteorologische Zeitschrift vol. 26 pp 207-222