GlobalHypoAlgoDef.py

Go to the documentation of this file.

# Copyright (C) 2002-2025 CERN for the benefit of the ATLAS collaboration
 
# algorithm python base classes generated from C++ code
from ..Base.GlobalAlgorithm import GlobalMultiplicityAlgo
 
from AthenaCommon.Logging import logging
log = logging.getLogger(__name__)
 
class GlobalHypoAlgoDef:
 
    @staticmethod
    def registerGlobalHypoAlgos(tm):
        GlobalHypoAlgoDef.registerMultiplicityAlgos(tm)
 
    # Multiplicity algorithms
    @staticmethod
    def registerMultiplicityAlgos(tm):
 
        multiplicities = {
            "eEM": [('eEM5', 4), 'eEM7',
                    ('eEM9', 3), 'eEM10L', 'eEM12L',
                    ('eEM15', 2), 'eEM18', 'eEM18L', 'eEM18M', 'eEM22M', 'eEM24L'],
            "eTAU": [('eTAU70',3), 'eTAU12', 'eTAU20',
                     ('eTAU20L',2), 'eTAU20M', 'eTAU28M', 'eTAU30', 'eTAU30M', 'eTAU35', 'eTAU35M',
                     'eTAU40HM', 'eTAU40HT', 'eTAU60', 'eTAU60HM', 'eTAU80', 'eTAU140'],
            "WTACone": [("WTACone100", 4), ("WTACone130", 3),
                        ("WTACone160", 2), "WTACone200p0Eta32C", "SPARE"]
        }
 
        for inputType, thrDefs in multiplicities.items():
            thrDef: tuple[str, int] | str
            nbits = 0
            for thrDef in thrDefs:
                thrName, nbits = thrDef if isinstance(thrDef, tuple) else (thrDef, nbits)
                alg = GlobalMultiplicityAlgo( threshold=thrName, input = inputType, output = thrName, nbits=nbits )
                tm.registerGlobalAlgo(alg)