vpal.ffres2pcp_lib.SingleStationPCPhases Class Reference

Inheritance diagram for vpal.ffres2pcp_lib.SingleStationPCPhases:

Public Member Functions
def	__init__ (self, station_id, pol)
def	add_pc_phases (self, scan_name, baseline, pol, pc_phases_dict)
def	apply_sigma_cut (self, sigma_cut_factor)
def	compute_mean_phases (self)
def	export_json (self)
def	get_channel_n_datapoints (self)
def	get_mean_phases (self)
def	get_stddev_phases (self)
def	is_empty (self)
def	merge (self, obj)
Public Member Functions inherited from vpal.report_lib.JsonSerializableObject
def	import_json (self, json_dict)

Public Attributes
	mean_pc_phases
	pc_phases
	pol
	scan_baselines_used
	station_id
	stddev_pc_phases

Detailed Description

container class for the pc_phases (corrections) of a single polarization of a single station
the values stored in this class must be corrected for the baseline order of the involved stations,
such that this station is treated as if it were always a remote station
the value of scan_baselines_used, keeps track of which scans and baselines were used when
computing the average values of the pc_phases 

Constructor & Destructor Documentation

__init__()

def vpal.ffres2pcp_lib.SingleStationPCPhases.__init__	(		self,
			station_id,
			pol
	)

Member Function Documentation

add_pc_phases()

def vpal.ffres2pcp_lib.SingleStationPCPhases.add_pc_phases	(		self,
			scan_name,
			baseline,
			pol,
			pc_phases_dict
	)

 add a set of phases derived from a scan/baseline to the collection 

apply_sigma_cut()

def vpal.ffres2pcp_lib.SingleStationPCPhases.apply_sigma_cut	(		self,
			sigma_cut_factor
	)

 we expect each channel to have a mean phase and standard deviation (sigma)
this function eliminates outliers by iterating over each channel
and removing all data points which lie beyond the range of sigma_cut_factor*sigma from the channel mean 

compute_mean_phases()

def vpal.ffres2pcp_lib.SingleStationPCPhases.compute_mean_phases

(

self

)

 compute the mean phases of each channel 

export_json()

def vpal.ffres2pcp_lib.SingleStationPCPhases.export_json

(

self

)

 create a dict to be used as json output 

Reimplemented from vpal.report_lib.JsonSerializableObject.

get_channel_n_datapoints()

def vpal.ffres2pcp_lib.SingleStationPCPhases.get_channel_n_datapoints

(

self

)

 get number of data points associated with each channel 

get_mean_phases()

def vpal.ffres2pcp_lib.SingleStationPCPhases.get_mean_phases

(

self

)

 get mean phases of each channel 

get_stddev_phases()

def vpal.ffres2pcp_lib.SingleStationPCPhases.get_stddev_phases

(

self

)

 get the std. dev. of the phases of each channel 

is_empty()

def vpal.ffres2pcp_lib.SingleStationPCPhases.is_empty

(

self

)

determine if this object has any pc phases data or not 

merge()

def vpal.ffres2pcp_lib.SingleStationPCPhases.merge	(		self,
			obj
	)

 merge in the data from another object of the same time (assuming it matches the station and pol) 

Member Data Documentation

mean_pc_phases

vpal.ffres2pcp_lib.SingleStationPCPhases.mean_pc_phases

pc_phases

vpal.ffres2pcp_lib.SingleStationPCPhases.pc_phases

pol

vpal.ffres2pcp_lib.SingleStationPCPhases.pol

scan_baselines_used

vpal.ffres2pcp_lib.SingleStationPCPhases.scan_baselines_used

station_id

vpal.ffres2pcp_lib.SingleStationPCPhases.station_id

stddev_pc_phases

vpal.ffres2pcp_lib.SingleStationPCPhases.stddev_pc_phases

---

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

• ffres2pcp_lib.py