Inheritance diagram for vpal.proxy_cable_cal.SingleChannelPhasorCollection:

[legend]

Public Member Functions
def	__init__ (self)

def	apply_phase_reference_collection (self, reference_scpc)

def	compute_time_averaged_phasors (self, trim_length=DISCARD_OFFSET)

def	initialize (self)

Detailed Description

 object to store the phase-cal phasors for a single channel over a complete scan

Constructor & Destructor Documentation

◆ init()

def vpal.proxy_cable_cal.SingleChannelPhasorCollection.__init__ ( self )

Member Function Documentation

◆ apply_phase_reference_collection()

def vpal.proxy_cable_cal.SingleChannelPhasorCollection.apply_phase_reference_collection	(	self,
		reference_scpc
	)

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

◆ compute_time_averaged_phasors()

def vpal.proxy_cable_cal.SingleChannelPhasorCollection.compute_time_averaged_phasors	(	self,
		trim_length = `DISCARD_OFFSET`
	)

 compute time averaged complex phasor

◆ initialize()

def vpal.proxy_cable_cal.SingleChannelPhasorCollection.initialize ( self )

construct the expected number of physical tones and their locations

Member Data Documentation

◆ bandwidth

vpal.proxy_cable_cal.SingleChannelPhasorCollection.bandwidth

◆ channel_name

vpal.proxy_cable_cal.SingleChannelPhasorCollection.channel_name

◆ freq_phasor_pairs

vpal.proxy_cable_cal.SingleChannelPhasorCollection.freq_phasor_pairs

◆ frequency_interval

vpal.proxy_cable_cal.SingleChannelPhasorCollection.frequency_interval

◆ net_sideband

vpal.proxy_cable_cal.SingleChannelPhasorCollection.net_sideband

◆ ntones

vpal.proxy_cable_cal.SingleChannelPhasorCollection.ntones

◆ pcal_base_freq

vpal.proxy_cable_cal.SingleChannelPhasorCollection.pcal_base_freq

◆ pcal_spacing

vpal.proxy_cable_cal.SingleChannelPhasorCollection.pcal_spacing

◆ phasor

vpal.proxy_cable_cal.SingleChannelPhasorCollection.phasor

◆ phasor_integer

vpal.proxy_cable_cal.SingleChannelPhasorCollection.phasor_integer

◆ polarization

vpal.proxy_cable_cal.SingleChannelPhasorCollection.polarization

◆ rotated_by_reference

vpal.proxy_cable_cal.SingleChannelPhasorCollection.rotated_by_reference

◆ rotated_freq_phasor_pairs

vpal.proxy_cable_cal.SingleChannelPhasorCollection.rotated_freq_phasor_pairs

◆ sample_rate

vpal.proxy_cable_cal.SingleChannelPhasorCollection.sample_rate

◆ sideband_sign

vpal.proxy_cable_cal.SingleChannelPhasorCollection.sideband_sign

◆ sky_frequency

vpal.proxy_cable_cal.SingleChannelPhasorCollection.sky_frequency

◆ time_interval

vpal.proxy_cable_cal.SingleChannelPhasorCollection.time_interval

◆ tone_high

vpal.proxy_cable_cal.SingleChannelPhasorCollection.tone_high

◆ tone_low

vpal.proxy_cable_cal.SingleChannelPhasorCollection.tone_low

◆ tone_offset_freq_array

vpal.proxy_cable_cal.SingleChannelPhasorCollection.tone_offset_freq_array

◆ tone_physical_freq_array

vpal.proxy_cable_cal.SingleChannelPhasorCollection.tone_physical_freq_array

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

proxy_cable_cal.py

Public Attributes
	bandwidth

	channel_name

	freq_phasor_pairs

	frequency_interval

	net_sideband

	ntones

	pcal_base_freq

	pcal_spacing

	phasor

	phasor_integer

	polarization

	rotated_by_reference

	rotated_freq_phasor_pairs

	sample_rate

	sideband_sign

	sky_frequency

	time_interval

	tone_high

	tone_low

	tone_offset_freq_array

	tone_physical_freq_array

Public Member Functions

Public Attributes