tlpipe.plot.plot_integral.Plot¶

class tlpipe.plot.plot_integral.Plot(parameter_file_or_dict=None, feedback=2)[source]¶

Plot time or frequency integral.

This tasks plots the real, imagery part and the absolute value of the time or frequency integrated visibility for each baseline (and also each polarization if the input data is a Timestream instead of a RawTimestream).

Attributes

`cacheable`	Override to return True if caching results is implemented.
`embarrassingly_parallelizable`	Override to return True if next() is trivially parallelizeable.
`history`	History that will be added to the output file.
`iteration`	Current iteration when iterable is True, None else.
`params_init`
`prefix`

__init__(parameter_file_or_dict=None, feedback=2)[source]¶

Methods

`cast_input`(input)	Override to support accepting pipeline inputs of various types.
`copy_input`(tod)	Return a copy of tod, so the original tod would not be changed.
`data_select`(tod)	Data select.
`finish`()	Final analysis stage of pipeline task.
`next`([input])	Should not need to override.
`plot`(vis, vis_mask, li, gi, bl, ts, \\kwargs)	Function that does the actual plot work.
`process`(ts)
`read_input`()	Method for reading time ordered data input.
`read_output`(filenames)	Override to implement reading outputs from disk.
`read_process_write`(tod)	Reads input, executes any processing and writes output.
`restart_iteration`()	Re-start the iteration.
`setup`([requires])	First analysis stage of pipeline task.
`show_params`()	Show all parameters that can be set and their default values of this task.
`stop_iteration`([force_stop])	Determine whether to stop the iteration.
`subset_select`(tod)	Data subset select.
`write_output`(output)	Method for writing time ordered data output.