PixelStatisticsCalculatorTool

class ctapipe.tools.calculate_pixel_stats.PixelStatisticsCalculatorTool(*args: t.Any, **kwargs: t.Any)

Bases: Tool

Perform statistics calculation for pixel-wise image data

Attributes Summary

aliases
allowed_tels	List of allowed tel_ids, others will be ignored.
classes
description
examples
flags
input_column_name	Column name of the pixel-wise image data to calculate statistics
name
output_path	Output filename

Methods Summary

finish()	Finish up.
setup()	Set up the tool.
start()	Iterate over all telescopes, process their statistics, and save the results.

Attributes Documentation

aliases: StrDict = {('i', 'input_url'): 'TableLoader.input_url', ('o', 'output_path'): 'PixelStatisticsCalculatorTool.output_path'}

allowed_tels

List of allowed tel_ids, others will be ignored. If None, all telescopes in the input stream will be included.

classes: ClassesType = [<class 'ctapipe.io.tableloader.TableLoader'>, <class 'ctapipe.monitoring.calculator.PixelStatisticsCalculator'>]

description: str | Unicode[str, str | bytes] = 'Perform statistics calculation for pixel-wise image data'

examples: str | Unicode[str, str | bytes] = '\n    To calculate statistics of pixel-wise image data files:\n\n    > ctapipe-calculate-pixel-statistics --TableLoader.input_url input.dl1.h5 --output_path /path/monitoring.h5 --overwrite\n\n    '

flags: StrDict = {'append': ({'HDF5Merger': {'append': True}}, 'Append to existing files'), 'overwrite': ({'HDF5Merger': {'overwrite': True}}, 'Overwrite existing files')}

input_column_name

Column name of the pixel-wise image data to calculate statistics

name: str | Unicode[str, str | bytes] = 'ctapipe-calculate-pixel-statistics'

output_path

Output filename

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()

Iterate over all telescopes, process their statistics, and save the results.