/
default_config_PL.py~
executable file
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/
default_config_PL.py~
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# -*- coding: utf-8 -*-
"""
Created on Thu Mar 17 12:36:40 2016
@author: fvanden
Configuration file for Profile Lab toolkit
"""
MCH_elev=[-0.2,0.4,1,1.6,2.5,3.5,4.5,5.5,6.5,7.5,8.5,9.5,11,13,16,20,25,30,35,40]
NYQUIST_VEL=[8.3, 9.6,8.3,12.4,11.0,12.4,13.8,12.4,13.8,16.5,16.5,16.5,20.6,20.6,20.6,20.6,20.6,20.6,20.6,20.6]
# pathnames used within the ProfileLab environment
# can be set and changed here
MY_PATHS = {
'temp_files' : '/home/fvanden/Documents/EPFL/MATLAB/Data/Payerne_2014/Parsivel/tmpfiles',
'MXPOL' : '/home/fvanden/Documents/thuis/PythonData/MXPOL',
'DX50' : '/home/fvanden/Documents/EPFL/Data',
'ALB' : '/media/fvanden/Elements/EPFL/thuis/PythonData/MSRadarEx',
'DOL': '/media/fvanden/Elements/EPFL/thuis/PythonData/MSRadarEx',
'PPM' : '/media/fvanden/Elements/EPFL/thuis/PythonData/MSRadarEx',
'MLE' : '/media/fvanden/Elements/EPFL/thuis/PythonData/MSRadarEx',
'met_files' : '/home/fvanden/Documents/EPFL/MATLAB/Data/Payerne_2014',
'parsivel_files' : '/media/fvanden/Elements/EPFL/MATLAB/Data/Payerne_2014/Parsivel/testfiles',
# output files
'RHI_out' : '/home/fvanden/Documents/EPFL/Python/ProfileLab_output/RHI/',
'PPI_out' : '/home/fvanden/Documents/EPFL/Python/ProfileLab_output/PPI/',
'CFAD_out': '/home/fvanden/Documents/EPFL/Python/ProfileLab_output/CFAD/' ,
'VP_out' : '/home/fvanden/Documents/EPFL/Python/ProfileLab_output/VP/',
'RR_tab_out' : '/home/fvanden/Documents/EPFL/Python/ProfileLab_output/RR_tab/',
'VP_files' : '/home/fvanden/Documents/EPFL/Python/ProfileLab_output/VP_files'
}
# radar information
RADAR_INFO = {
'coordinates' : {
'ALB' : [47.284,8.512],
'DOL' : [46.425,6.099],
'PPM' : [46.371,7.487],
'MLE' : [46.041,8.833],
'DX50' : [46.8425,6.9184],
'MXPOL' : [46.8133,6.9428]
},
'altitude': {
'ALB' : 938,
'DOL' : 1682,
'PPM' : 2937,
'MLE' : 1626,
'DX50': 451,
'MXPOL': 489
},
'searchkey' : {
'ALB' : 'PHA*hdf*',
'DOL' : 'PHD*hdf*',
'PPM' : 'PHP*hdf*',
'MLE' : 'PHL*hdf*',
'DX50' : None,
'MXPOL' : None
},
'radarID' : {
'ALB' : 'ALB',
'A':'ALB',
'DOL' : 'DOL',
'D':'DOL',
'PPM' : 'PPM',
'P':'PPM',
'MLE' : 'MLE',
'M':'MLE',
'DX50' : 'DX50',
'MXPOL' : 'MXPOL'
},
'dbbeam' : {
'ALB' : 1.,
'DOL' : 1.,
'PPM' : 1.,
'MLE' : 1.,
'MXPOL' : 1.4,
'DX50' : 1.27
},
'elevations': {
'ALB': MCH_elev,
'DOL': MCH_elev,
'PPM': MCH_elev,
'MLE' : MCH_elev,
'DX50': None,
'MXPOL': None
}
}
PARSIVEL_INFO = {
'coordinates' : {
'10' : [46.8872,7.0141],
'20' : [46.9783,7.1300],
'30' : [46.8425,6.9184],
'40' : [46.8133,6.9428],
'50' : [46.8115,6.9424],
'2DVD' : [46.8115,6.9424]
},
'altitude' : {
'10' : 435,
'20' : 433,
'30' : 451,
'40' : 489,
'50' : 489,
'2DVD' : 489,
},
'parsID' : {
'10' : '10',
'20' : '20',
'30' : '30',
'40' : '40',
'50' : '50',
'2DVD' : '2DVD'
},
'long_name' : {
'10' : 'HARAS Avanches',
'20' : 'Bellechasse Airport',
'30' : 'Payerne Airport',
'40' : 'Payerne MCH roof',
'50' : 'PAY station',
'2DVD' : '2D Video Disdrometer'
}
}
MY_METADATA = {
'nyq_vel' : NYQUIST_VEL,
# Metadata for instrument tables
'Radar_info' : {
'searchkey' : None,
'coordinates' : None,
'altitude' : None,
'dbbeam' : None,
'filepath' : None,
'radarID' : None},
'Parsivel_info' : {
'parsID' : None,
'coordinates' : None,
'altitude' : None,
'filepath' : None,
'long_name': None},
# Metadata for VerticalProfile attributes
'Time' : {
'units': 'Python time struct',
'standard_name': 'time',
'long_name': 'time of measurement'},
'Profile_Type' : {
'standard_name' : 'Profile type',
'long_name' : 'time_average, spatial_average or instantaneous profile'},
'Polvar' : {
'units' : None,
'standard_name' : None,
'short_name' : None,
'long_name' : None,
'valid_min': None,
'valid_max': None,
'plot_interval' : None},
'Time_average_over' : {
'units' : 'minutes',
'standard_name' : 'time_average_over',
'long_name' : 'time period over which average vertical profile has been calculated'},
'Spatial_average_over' : {
'units' : 'metres',
'standard_name' : 'spatial_average_over',
'long_name' : 'spatial extent over which average vertical profile has been calculated'},
'Scan_list' : {
'standard_name' : 'scan_list',
'long_name' : 'list of databasenames for scans used to create vertical profile'},
'Vp_calculation' : {
'standard_name' : 'vp_calculation',
'long_name' : 'dictionary with information on how vp calculation was performed'},
'Profiles' : {
'standard_name' : 'profiles',
'long_name' : 'extracted vertical profiles',
'cartesian_locations_on_grid': None,
'cartesian_locations_distance_from_radar' : None,
'latitude_locations' : None,
'longitude_locations' : None,
'type' : None},
'Grid_info' : {
'standard_name' : 'grid_info',
'long_name' : 'information concerning grid projection on from which profiles were extracted',
'latcoords' : None,
'loncoords' : None },
'Profile_coords_lat' : {
'long_name': 'Latitude coordinates of vertical profile',
'units': 'degrees_north',
'standard_name': 'latitude',
'valid_min': -90.,
'valid_max': 90.},
'Profile_coords_lon' : {
'long_name': 'Longitude coordinates of vertical profile',
'units': 'degrees_east',
'standard_name': 'longitude',
'valid_min':-180.,
'valid_max':180.},
# metadata for grid
'projection' : {
'standard_name' : 'projection',
'long_name' : 'information on the algorithm used for the projection of the instrument',
'proj': None,
'script': None,
'date_script': None },
# Metadata for MetInfo attributes
'timeperiod' : {
'units' : 'Python time struct',
'standard_name' : 'timeperiod',
'long_name' : 'time periods for start/end of measurement'},
'location' : {
'standard_name' : 'location',
'long_name' : 'geographical location and name of the meteorological station of the meteorological data',
'ID' : None,
'station': None,
'canton' : None,
'lat' : None,
'lon' : None,
'altitude' : None,
'Ind_OMM' : None,
'Ind_Nat' : None,
'distance' : None,
'variables' : None },
'met_var' : {
'standard_name' : None,
'long_name' : None,
'units' : None,
'valid_min' : None,
'valid_max' : None },
# Metadata for extra field names
'radar_echo_id': {
'units': '-',
'standard_name': 'radar_echo_id',
'long_name': 'Radar Echo Identification',
'coordinates': 'elevation azimuth range'},
}
MY_POLARNAMES = {
# Metadata for polarimetric short and long names
'Zh' : ['Reflectivity','Reflectivity','dBZ', 0., 55.,1.],
'Zhc' : ['Corr refl', 'Corrected_ReflectivityH','dBZ', 0., 55., 1.],
'Zdr' : ['Diff. reflectivity','Differential reflectivity', 'dB', -1., 5.,0.1],
'Zdrc': ['Corr. Diff. reflectivity','Corrected_Differential_Reflectivity','dB',-1., 5.,0.1],
'Kdp' : ['Spec. diff. phase','Specific differential phase','deg/km',-2., 7., 0.1],
'Kdpc' : ['Corr. spec. diff. phase','Corrected_SpecificDifferentialPhaseShift','deg/km',-2., 7., 0.1],
'Phidp' : ['Diff. phase','Differential phase', 'deg',0., 150.,1.],
'Phidpc' : ['Corr. diff. phase','Corrected_DifferentialPhaseShift', 'deg',0., 150.,1.],
'Rhohv' : ['Copolar corr. coeff','Copolar correlation coefficient', '-',0.57, 1., 0.05],
'Rhohvc' : ['Corr. copolar corr. coeff','Corrected_CopolarCorrelation', '-',0.57, 1., 0.05],
'ZhCorr' : ['Att. corr reflectivity','Attenuation corrected reflectivity', 'dBZ', 0., 55.,1.],
'ZdrCorr' : ['Att corr. diff. reflectivity.','Attenuation corrected reflectivity','dB', 0., 3., 0.1],
'RVel' : ['Mean doppler velocity','Mean doppler velocity','m/s', -15., 15.,0.5],
'Sw' : ['Spectral Width','Spectral Width','m2/s2', 0., 3., 0.1],
'Zv' : ['Vert. reflectivity', 'Vertical reflectivity','dBZ', 0., 45., 1.],
'Clut' : ['Clutter', 'Output clutter algorithm','-',0.,100.,10.],
'TEMP' : ['Temperature', 'Cosmo temperature field','Celcius',-60,60,1.],
'TYPECLUS2' : ['Hydroclass', 'Hydrometeor_type_from_Besic1','-',0.,200.,25.],
'PROB' : ['Entropy', 'Hydrometeor_type_probability','-',0.,200.,25.],
'corrected_Z' : ['corrected_Z', 'Clutter filtered reflectivity', 'dBZ', 0., 55., 1.]
}
MY_METKEYS = {
# Metadata IDAWEB MeteoSwiss standard names
'rre150z0' : ['Precipitation','Precipitation, ten minutes total', 'mm', 0., 800.],
'precrate' : ['Precipitation_rate', 'Precipitation rate, based on ten minutes total','mm/h',0.,1800.],
'prec_pars': ['Precipitation_rate', 'Precipitation rate, based on 30 min measurement','mm/h', 0.,1800.],
'fu3010z1' : ['Windgust','Gust peak (one second), maximum', 'km/h', 0., 234.],
'fu3010z0' : ['Windspeed', 'Wind speed, ten minutes mean','km/h', 0., 234.],
'dkl010za' : ['Winddirection','Wind direction, standard deviation','degrees',0., 360.],
'tre200s0' : ['Temperature', 'Air temperature 2 m above ground, current value','degrees celcius',-50., 50.],
'wat000sw' : ['SYNOP','SYNOP: present weather at the time \n of observation (WMO 4677)','Code',None, None],
'pp0qffs0' : ['Pressure','Pressure reduced to sea level (QFF), current value','hPa',600., 1100],
'wkwtg3d0' : ['GWT_500_hPa','GWT with 26 classes based on 500 hPa geopotential \n (3E-20E,41N-52N)','Code', None, None],
'wkwtp3d0' : ['GWT_surface', 'GWT with 26 classes based on surface pressure \n (3E-20E,41N-52N)', 'Code', None, None]
}
FIGURE_PRESETS = {
# figure presets for labplots (ProfileLab.Plotting.labplots)
'default_figure':{
'figsize': [18, 6],
'height_lim': 6,
'colormap' : 'jet',
'out_type' : '.png'
},
'radar_echo_id' : {
'figsize' : [18, 6],
'height_lim' : 6,
'colormap' : ['#0066CC', '#66FF66','#66FFFF','#FFFF66','#FF9933', '#990000'],
#'bounds' : [0,11,21,31,41,51,61],
'bounds' : [5,15,25,35,45,55,65],
#'bounds_values' : [5,15,25,35,45,55,65],
'bounds_values' : [10,20,30,40,50,60,70],
'tick_labels' : ['Precip','Z','V', 'ZDR', 'RHO', 'Kdp'],
},
'CFAD' : {
'ZDR' : [[-3.0, 3.5, 0.6],[-2.7,3.2,0.6]],
'Zdr' : [[-3.0, 3.5, 0.6],[-2.7,3.2,0.6]],
'Z' : [[0.,56.,5.],[2.5,55.,5.]],
'Kdp' : [[-4.,4.1,0.7],[-3.65,4.,0.7]],
'RHO' : [[0.6, 1.1,0.05],[0.625,1.1,0.05]]
}
}
VP_PRESETS = {
# default presets for vertical profile extraction
'rangemin': 500,
'interval': None,
'rangemax': 5000,
'norm': 'off'
}
PREPROCESSING_ORDER = {
# list of order for preprocessing scheme
'ATT' : 1,
'CLUT': 2,
}
#