CalibratedJetCopyConfig Namespace Reference

Functions
str	sanitizeName (str name)
	getJetCalibrationTool (str jetCollection, str configFile, str calibSequence, str calibArea, str calibrationScale, bool isData, str|None calibJetCollection, str|None rhoKey, str|None pvKey)
ComponentAccumulator	CalibratedJetCopyCfg (cfgFlags, str jetCollection, str outputCollection, str configFile, str calibSequence, str calibArea, str calibrationScale, bool isData=False, str|None calibJetCollection=None, str|None rhoKey=None, str|None pvKey=None)

Detailed Description

Copyright (C) 2002-2026 CERN for the benefit of the ATLAS collaboration

Function Documentation

CalibratedJetCopyCfg()

ComponentAccumulator CalibratedJetCopyCfg	(		cfgFlags,
		str	jetCollection,
		str	outputCollection,
		str	configFile,
		str	calibSequence,
		str	calibArea,
		str	calibrationScale,
		bool	isData = False,
		str | None	calibJetCollection = None,
		str | None	rhoKey = None,
		str | None	pvKey = None )

Record a calibrated shallow copy of a jet collection.

The copy is written to *outputCollection* and each input jet is
decorated with an element link ('calibratedJetLink') to its copy.

Definition at line 60 of file CalibratedJetCopyConfig.py.

) -> ComponentAccumulator:
    """Record a calibrated shallow copy of a jet collection.
 
    The copy is written to *outputCollection* and each input jet is
    decorated with an element link ('calibratedJetLink') to its copy.
    """
 
    jet_calib_tool, jet_container = getJetCalibrationTool(
        jetCollection=jetCollection,
        configFile=configFile,
        calibSequence=calibSequence,
        calibArea=calibArea,
        calibrationScale=calibrationScale,
        isData=isData,
        calibJetCollection=calibJetCollection,
        rhoKey=rhoKey,
        pvKey=pvKey,
    )
 
    acc = ComponentAccumulator()
    acc.addPublicTool(jet_calib_tool)
    acc.addEventAlgo(
        CompFactory.CalibratedJetCopyAlg(
            f"CalibratedJetCopyAlg_{sanitizeName(outputCollection)}",
            JetCalibrationTool=jet_calib_tool,
            JetContainer=jet_container,
            OutputContainer=outputCollection,
        )
    )
 
    return acc

getJetCalibrationTool()

getJetCalibrationTool	(	str	jetCollection,
		str	configFile,
		str	calibSequence,
		str	calibArea,
		str	calibrationScale,
		bool	isData,
		str | None	calibJetCollection,
		str | None	rhoKey,
		str | None	pvKey )

Build the JetCalibrationTool and return (tool, jet_container).

Definition at line 15 of file CalibratedJetCopyConfig.py.

):
    """Build the JetCalibrationTool and return (tool, jet_container)."""
 
    if jetCollection.endswith("Jets"):
        jet_container = jetCollection
        jet_collection_nosuffix = jetCollection[:-4]
    else:
        jet_container = f"{jetCollection}Jets"
        jet_collection_nosuffix = jetCollection
 
    safe_collection = sanitizeName(jet_collection_nosuffix)
    safe_scale = sanitizeName(calibrationScale)
 
    calib_collection = calibJetCollection if calibJetCollection is not None else jet_collection_nosuffix
 
    tool_kwargs = dict(
        JetCollection=calib_collection,
        ConfigFile=configFile,
        CalibSequence=calibSequence,
        CalibArea=calibArea,
        IsData=isData,
    )
    if rhoKey is not None:
        tool_kwargs['RhoKey'] = rhoKey
    if pvKey is not None:
        tool_kwargs['PrimaryVerticesContainerName'] = pvKey
 
    jet_calib_tool = CompFactory.JetCalibrationTool(
        f"JetCalibrationTool_{safe_collection}_{safe_scale}",
        **tool_kwargs,
    )
 
    return jet_calib_tool, jet_container
 
 

sanitizeName()

str sanitizeName

(

str

name

)

Definition at line 11 of file CalibratedJetCopyConfig.py.

def sanitizeName(name: str) -> str:
    return re.sub(r"[^A-Za-z0-9_]", "_", name)