CaloCellD3PDObject.py

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# Copyright (C) 2002-2024 CERN for the benefit of the ATLAS collaboration
 
from D3PDMakerCoreComps.D3PDObject import D3PDObject
from CaloIdentifier import SUBCALO
from AthenaConfiguration.ComponentFactory import CompFactory
 
D3PD = CompFactory.D3PD
 
 
prefix_to_det = {}
prefix_to_det["cc_sel_"] = [SUBCALO.LAREM,SUBCALO.LARHEC,SUBCALO.LARFCAL,SUBCALO.TILE] 
prefix_to_det["cc_em_"] = [SUBCALO.LAREM]
prefix_to_det["cc_hec_"] = [SUBCALO.LARHEC]
prefix_to_det["cc_fcal_"] = [SUBCALO.LARFCAL] 
prefix_to_det["cc_tile_"] = [SUBCALO.TILE]
 
def makeCellD3PDObject (name, prefix, object_name, getter = None,
                           sgkey = None,
                           label = None):
    if sgkey is None: sgkey = 'AllCalo'
    if label is None: label = prefix
 
    if prefix in prefix_to_det.keys():
        sgkey = prefix 
    #print " makeCellD3PDObject: sgkey = ", sgkey 
 
    if not getter:
        getter = D3PD.SGDataVectorGetterTool \
                 (name + '_Getter',
                  TypeName = 'CaloCellContainer',
                  SGKey = sgkey,
                  Label = label)
        
    # create the selected cells
    from D3PDMakerConfig.D3PDMakerFlags import D3PDMakerFlags
    return D3PD.VectorFillerTool (name,
                                  Prefix = prefix,
                                  Getter = getter,
                                  ObjectName = object_name,
                                  SaveMetadata = \
                                  D3PDMakerFlags.SaveObjectMetadata)
 
 
# function to create the CaloCellContainer for selected 
def hookForCaloCellFilterAlg(c, flags, acc, prefix, *args, **kw) :
    cellSigmaCut=-1. 
 
    if prefix in prefix_to_det.keys():
        sgkey = prefix
        subCalo = prefix_to_det[prefix]
 
        if sgkey == "cc_sel_":
            cellSigmaCut=4 
 
        #print " in makeCellD3PDObject, subCalo, sgkey, cellSigmaCut = ", subCalo, sgkey, cellSigmaCut
 
        from CaloD3PDMaker.CaloCellFilterAlgConfig import CaloCellFilterAlgCfg
        acc.merge (CaloCellFilterAlgCfg(flags,
                                        CaloNums=subCalo,
                                        OutputCellsName=sgkey,
                                        CellSigmaCut=cellSigmaCut))
    return
 
def hookForCaloNoiseCondAlg(c, flags, acc, prefix, *args, **kw):
    from CaloTools.CaloNoiseCondAlgConfig import CaloNoiseCondAlgCfg
    acc.merge (CaloNoiseCondAlgCfg (flags, noisetype='totalNoise'))
    return
 
 
def hookForCaloBadChanTool(c, flags, acc, *args, **kw):
    from CaloBadChannelTool.CaloBadChanToolConfig import CaloBadChanToolCfg
    c.BadChannelTool = acc.popToolsAndMerge (CaloBadChanToolCfg (flags))
    return
 
 
def hookForCaloGM(c, flags, acc, prefix, *args, **kw):
    from LArGeoAlgsNV.LArGMConfig import LArGMCfg
    acc.merge (LArGMCfg (flags))
    return
 
 
def makeCaloCellD3PDObject (maker, prefix, object_name) :
 
    cellD3PDObject = D3PDObject (makeCellD3PDObject, prefix, object_name)
 
    if prefix in prefix_to_det.keys() :
        #print " in makeCaloCellD3PDMaker, prefix ="  , prefix 
        cellD3PDObject.defineHook  ( hookForCaloCellFilterAlg )
 
    cellD3PDObject.defineHook  ( hookForCaloGM )
 
    cellD3PDObject.defineBlock (0, 'Kinematics',
                                D3PD.FourMomFillerTool,
                                WriteE  = True,  WriteM = False)
 
 
    cellD3PDObject.defineBlock (1, 'Detail1',
                                D3PD.CaloCellDetailsFillerTool,
                                SaveCellQuality=True,
                                SaveTimeInfo=True,
                                SaveDetInfo=True,
                                SaveCellGain=True,
                                SaveBadCellStatus=False,
                                SaveId =False,
                                SavePositionInfo=False,
                                )
 
 
    detail2 = cellD3PDObject.defineBlock (2, 'Detail2',
                                          D3PD.CaloCellDetailsFillerTool,
                                          SaveCellQuality=False,
                                          SaveTimeInfo=False,
                                          SaveDetInfo=False,
                                          SaveCellGain=False,
                                          SaveBadCellStatus=True,
                                          SaveId =True,
                                          SavePositionInfo=True,
                                          )
    detail2.defineHook  ( hookForCaloBadChanTool )
 
    cellD3PDObject.defineHook  ( hookForCaloNoiseCondAlg )
    noiseType = "totalNoise"
    
    cellD3PDObject.defineBlock (3, 'Detail3',
                                D3PD.CaloCellDetailsFillerTool,
                                SaveCellQuality=False,
                                SaveTimeInfo=False,
                                SaveDetInfo=False,
                                SaveCellGain=False,
                                SaveBadCellStatus=False,
                                SaveId =False,
                                SavePositionInfo=False,
                                SaveSigma = True,
                                CaloNoise = noiseType
                                )
 
    # Raw eta/phi --- off by default.
    cellD3PDObject.defineBlock (99, 'RawPosition',
                                D3PD.CaloCellRawFillerTool)
 
    return cellD3PDObject 
 
"""
level of details: 0: only kinematics
                  1: time, quality, gain, cell_id
                  2: xyz position, bad channel status, offline id. 
                  3: cell noise 
""" 
 
# all CaloCells
AllCaloCellD3PDObject = makeCaloCellD3PDObject(makeCellD3PDObject, 'cc_',      'AllCaloCellD3PDObject')
# Selected Cells with 4 sigma noise cut 
SelCaloCellD3PDObject = makeCaloCellD3PDObject(makeCellD3PDObject, 'cc_sel_',  'SelCaloCellD3PDObject')
# All EM cells
EMCellD3PDObject      = makeCaloCellD3PDObject(makeCellD3PDObject, 'cc_em_',   'EMCellD3PDObject')
# All HEC cells
HECCellD3PDObject     = makeCaloCellD3PDObject(makeCellD3PDObject, 'cc_hec_',  'HECCellD3PDObject')
# All FCAL cells
FCALCellD3PDObject    = makeCaloCellD3PDObject(makeCellD3PDObject, 'cc_fcal_', 'FCALCellD3PDObject')
# All Tile cels
TileCellD3PDObject    = makeCaloCellD3PDObject(makeCellD3PDObject, 'cc_tile_', 'TileCellD3PDObject')
 
 
#   slimmed version of the CaloCellObject
def makeCaloCellSlimmedD3PDObject (maker, prefix, object_name) :
 
    cellD3PDObject = D3PDObject (makeCellD3PDObject, prefix, object_name)
 
    if prefix in prefix_to_det.keys() :
        #print " in makeCaloCellD3PDMaker, prefix ="  , prefix 
        cellD3PDObject.defineHook  ( hookForCaloCellFilterAlg )
 
    cellD3PDObject.defineBlock (0, 'Kinematics',
                                D3PD.FourMomFillerTool,
                                WriteE  = True,  WriteM = False, WritePt = False)
 
 
    cellD3PDObject.defineHook  ( hookForCaloNoiseCondAlg )
    noiseType = "totalNoise"
 
    cellD3PDObject.defineBlock (1, 'Detail1',
                                D3PD.CaloCellDetailsFillerTool,
                                SaveCellQuality=True,
                                SaveBadCellStatus=True,
                                SaveSigma = True,
                                SaveId = True,
                                SaveDetInfo=True,
                                CaloNoise = noiseType
                               )
 
    return cellD3PDObject
 
SelCaloCellSlimmedD3PDObject = makeCaloCellSlimmedD3PDObject(makeCellD3PDObject, 'cc_sel_', 'SelCaloCellSlimmedD3PDObject')