pyart.correct.compute_apparent_vpr#

pyart.correct.compute_apparent_vpr(radar, ml_top=3000.0, ml_thickness=200.0, val_ml=3.0, val_dr=-3.0, h_max=6000.0, h_res=1.0, max_weight=9.0, vpr_theo_dict=None, refl_field='normalized_reflectivity')[source]#

Computes the apparent VPR

Parameters:

radar (radar object) – the reference radar object
ml_top, ml_thickness (float) – melting layer top [m asl] and thickness [m]
val_ml (float) – value in the peak of the melting layer
val_dr (float) – decreasing ratio above the melting layer
h_max (float) – maximum altitude at which to compute the theoretical profiles [m asl]
h_res (float) – profile resolution [m]
max_weight (float) – the factor by which the antenna beam width is multiplied
vpr_theo_dict (dict or None) – A dictionary containing the theoretical VPR profile. If it is None the theoretical VPR profile is computed using the parameters describing it
refl_field (str) – Name of the apparent reflectivity profile obtained

Returns:

radar_out (radar object) – A radar object containing the apparent normalized reflectivity profile
vpr_theo_dict (dict) – A dictionary containg the theoretical normalized reflectivity profile