DisplayDL1Calib

class ctapipe.tools.display_dl1.DisplayDL1Calib(*args: t.Any, **kwargs: t.Any)

Bases: Tool

Attributes Summary

aliases
classes
description
flags
name
telescope	Telescope to view.

Methods Summary

finish()	Finish up.
setup()	Set up the tool.
start()	Main function of the tool.

Attributes Documentation

aliases = {('i', 'input'): 'EventSource.input_url', ('m', 'max-events'): 'EventSource.max_events', ('o', 'output'): 'ImagePlotter.output_path', ('t', 'telescope'): 'DisplayDL1Calib.telescope'}

classes = [<class 'ctapipe.io.eventsource.EventSource'>, <class 'ctapipe.tools.display_dl1.ImagePlotter'>, <class 'ctapipe.image.extractor.FixedWindowSum'>, <class 'ctapipe.image.extractor.GlobalPeakWindowSum'>, <class 'ctapipe.image.extractor.LocalPeakWindowSum'>, <class 'ctapipe.image.extractor.SlidingWindowMaxSum'>, <class 'ctapipe.image.extractor.NeighborPeakWindowSum'>, <class 'ctapipe.image.extractor.BaselineSubtractedNeighborPeakWindowSum'>, <class 'ctapipe.image.extractor.TwoPassWindowSum'>, <class 'ctapipe.image.extractor.FlashCamExtractor'>]

description = '\nCalibrate dl0 data to dl1, and plot the photoelectron images.\n'

flags = {'display': ({'ImagePlotter': {'display': True}}, 'Display the photo-electron images on-screen as they are produced.'), 'no-display': ({'ImagePlotter': {'display': False}}, 'set ImagePlotter.display=False')}

name = 'ctapipe-display-dl1'

telescope

Telescope to view. Set to None to display all telescopes.

Methods Documentation

finish()

Finish up.

This is called automatically after start when run is called.

setup()

Set up the tool.

This method runs after the configuration and command line options have been parsed.

Here the tool should construct all Components, open files, etc.

start()

Main function of the tool.

This is automatically called after initialize when run is called.