API Reference¶

The GSData Interface¶

`edges_analysis.gsdata.gsdata`	A module containing the class GSData, a variant of UVData specific to single antennas.
`edges_analysis.gsdata.gsflag`	An object to hold flag information.
`edges_analysis.gsdata.history`	Classes for defining the history of a GSData / GSFlag object.
`edges_analysis.gsdata.select`	Selection functions for GSData objects.

The following modules predominantly provide high-level Python interfaces to update and visualise GSData objects.

`edges_analysis.averaging.combiners`	Functions for combining multiple GSData files/objects.
`edges_analysis.averaging.freqbin`	Functions for binning GSData objects in frequency.
`edges_analysis.averaging.lstbin`	Functions for doing LST binning on GSData objects.

Module defining calibration routines for field data in EDGES.

`edges_analysis.filters.filters`	Functions that identify and flag bad data in various ways.
`edges_analysis.filters.lst_model`	Support for filters that compress multiple files along the LST axis.

Module for dealing with auxiliary data for EDGES observations.

Plotting utilities.

The following modules provide lower-level methods that typically underlie the high-level interface.

`edges_analysis.averaging.averaging`	Methods for averaging arrays.
`edges_analysis.calibration.labcal`	Module providing routines for calibration of field data.
`edges_analysis.calibration.loss`	Functions defining expected losses from the instruments.
`edges_analysis.calibration.s11`	Corrections for S11 measurements.

`edges_analysis.sky_models`	A module defining various sky models that can be used to generate beam corrections.
`edges_analysis.beams`	Beam models and chromaticity corrections.

`edges_analysis.const`	Useful constants.
`edges_analysis.config`	Global configuration options.
`edges_analysis.tools`	Various utility functions.
`edges_analysis.coordinates`	Functions for working with earth/sky coordinates.

Functions for dealing with CLI workflow and progressfiles.