vpal.proxy_cable_cal.StationScanPhaseCalibrationData Class Reference

Inheritance diagram for vpal.proxy_cable_cal.StationScanPhaseCalibrationData:

Public Member Functions
def	__init__ (self, mk4_site_id, ovex_data_file, verbosity=0)
def	apply_phase_reference_collection (self, ref_station_spc)
def	convert_integer_phasor_to_float (self, u, v, acc_period, sample_period=1e-6)
def	extract_ovex (self)
def	extract_pcal (self)
def	fit_band_delay (self, channel_to_band_map, band_pol, delay_fitter, cut_threshold, verbosity=0)
def	get_band_reference_frequencies (self, channel_to_band_map)
def	get_tone_phasors_grouped_by_band (self, channel_to_band_map)

Public Attributes
	azimuth
	channel_name_list
	elevation
	exp_name
	fit_results
	fourfit_ref_time
	max_channel_bandwidth
	mk4_site_id
	ovex_data_file
	root_suffix
	sample_rate
	scan_name
	single_channel_phasor_collections
	site_name
	source_name
	start_time
	station_code
	station_data_file
	valid
	verbosity

Constructor & Destructor Documentation

__init__()

def vpal.proxy_cable_cal.StationScanPhaseCalibrationData.__init__	(		self,
			mk4_site_id,
			ovex_data_file,
			verbosity = 0
	)

Member Function Documentation

apply_phase_reference_collection()

def vpal.proxy_cable_cal.StationScanPhaseCalibrationData.apply_phase_reference_collection	(		self,
			ref_station_spc
	)

Correct this single channel phasor collection by a set of reference phasors for the same channel.
This rotates the phasor so that the reference phasor collection has a phase of zero for each tone

convert_integer_phasor_to_float()

def vpal.proxy_cable_cal.StationScanPhaseCalibrationData.convert_integer_phasor_to_float	(		self,
			u,
			v,
			acc_period,
			sample_period = 1e-6
	)

convert integer pcal data to double (taken from pcal_interp.c) 

extract_ovex()

def vpal.proxy_cable_cal.StationScanPhaseCalibrationData.extract_ovex

(

self

)

read in the station channel set up data from the ovex file

extract_pcal()

def vpal.proxy_cable_cal.StationScanPhaseCalibrationData.extract_pcal

(

self

)

read in the station p-cal phasor data for this scan and convert to usable format

fit_band_delay()

def vpal.proxy_cable_cal.StationScanPhaseCalibrationData.fit_band_delay	(		self,
			channel_to_band_map,
			band_pol,
			delay_fitter,
			cut_threshold,
			verbosity = 0
	)

get_band_reference_frequencies()

def vpal.proxy_cable_cal.StationScanPhaseCalibrationData.get_band_reference_frequencies	(		self,
			channel_to_band_map
	)

use the frequencies of the channels which span a band to
determine an appropriate reference frequency

get_tone_phasors_grouped_by_band()

def vpal.proxy_cable_cal.StationScanPhaseCalibrationData.get_tone_phasors_grouped_by_band	(		self,
			channel_to_band_map
	)

 use the channel to band map to select tones/phasor which should be fit together
to determine a delay, returns a dictionary contains lists of frequency-phasor pairs
dictionary keys are the band:pol 

Member Data Documentation

azimuth

vpal.proxy_cable_cal.StationScanPhaseCalibrationData.azimuth

channel_name_list

vpal.proxy_cable_cal.StationScanPhaseCalibrationData.channel_name_list

elevation

vpal.proxy_cable_cal.StationScanPhaseCalibrationData.elevation

exp_name

vpal.proxy_cable_cal.StationScanPhaseCalibrationData.exp_name

fit_results

vpal.proxy_cable_cal.StationScanPhaseCalibrationData.fit_results

fourfit_ref_time

vpal.proxy_cable_cal.StationScanPhaseCalibrationData.fourfit_ref_time

max_channel_bandwidth

vpal.proxy_cable_cal.StationScanPhaseCalibrationData.max_channel_bandwidth

mk4_site_id

vpal.proxy_cable_cal.StationScanPhaseCalibrationData.mk4_site_id

ovex_data_file

vpal.proxy_cable_cal.StationScanPhaseCalibrationData.ovex_data_file

root_suffix

vpal.proxy_cable_cal.StationScanPhaseCalibrationData.root_suffix

sample_rate

vpal.proxy_cable_cal.StationScanPhaseCalibrationData.sample_rate

scan_name

vpal.proxy_cable_cal.StationScanPhaseCalibrationData.scan_name

single_channel_phasor_collections

vpal.proxy_cable_cal.StationScanPhaseCalibrationData.single_channel_phasor_collections

site_name

vpal.proxy_cable_cal.StationScanPhaseCalibrationData.site_name

source_name

vpal.proxy_cable_cal.StationScanPhaseCalibrationData.source_name

start_time

vpal.proxy_cable_cal.StationScanPhaseCalibrationData.start_time

station_code

vpal.proxy_cable_cal.StationScanPhaseCalibrationData.station_code

station_data_file

vpal.proxy_cable_cal.StationScanPhaseCalibrationData.station_data_file

valid

vpal.proxy_cable_cal.StationScanPhaseCalibrationData.valid

verbosity

vpal.proxy_cable_cal.StationScanPhaseCalibrationData.verbosity

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The documentation for this class was generated from the following file:

• proxy_cable_cal.py