python.StandardJetConstits Namespace Reference

Functions
def	isMC (flags)
def	standardReco (input)
def	_trackParticleInputsExist (flags)
	List of standard input sources for jets. More...
def	_muonSegmentInputsExist (flags)
def	_unassocMuonSegmentInputsExist (flags)
def	_largeRTracksExist (flags)
def	_getPFOTool (*l)
	List of standard constituent modifiers. More...

Variables
	stdInputExtDic = ldict()
	stdConstitDic = ldict()
	stdContitModifDic = ldict()
list	_stdInputList
	_locked
string	vtxKey = "PrimaryVertices"
string	tvaKey = "JetTrackVtxAssoc"
list	_stdModList

Function Documentation

_getPFOTool()

def python.StandardJetConstits._getPFOTool ( *  l )

private

List of standard constituent modifiers.

One Property of the CorrectPFO constit modifier is a tool. 
we use this function as a placeholder, allowing to delay the intantiation of this property tool
to the time the modifier itself is instantiated.

Definition at line 533 of file StandardJetConstits.py.

def _getPFOTool(*l):
    """One Property of the CorrectPFO constit modifier is a tool. 
    we use this function as a placeholder, allowing to delay the intantiation of this property tool
    to the time the modifier itself is instantiated.
    """
    from AthenaConfiguration.ComponentFactory import CompFactory
    return CompFactory.getComp("CP::WeightPFOTool")("weightPFO")
    
 
 

_largeRTracksExist()

def python.StandardJetConstits._largeRTracksExist (   flags )

private

Definition at line 130 of file StandardJetConstits.py.

def _largeRTracksExist(flags):
    warning = "Large radius tracking did not run"
    if "InDetLargeD0TrackParticles" in flags.Input.Collections:
        # the conditions here weren't the same as above: apparently we
        # require _both_ the input condition _and_ the tracking
        # flag. I don't know if this is what we want but it keeps with
        # the existing behavior.
        #
        # Again, the isAnalysisRelease function is needed to short
        # circuit the flag check, since flags.Tracking doesn't exist
        # in analysis releases.
        if isAnalysisRelease() or flags.Tracking.doLargeD0:
            return True, warning
    return False, warning
 
 

_muonSegmentInputsExist()

def python.StandardJetConstits._muonSegmentInputsExist (   flags )

private

Definition at line 109 of file StandardJetConstits.py.

def _muonSegmentInputsExist(flags):
    warning = "Muon reco is disabled"
    if "MuonSegments" in flags.Input.Collections:
        return True, warning
    if isAnalysisRelease():
        # reco flags don't exist in analysis release
        return False, warning
    return flags.Reco.EnableCombinedMuon, warning
 

_trackParticleInputsExist()

def python.StandardJetConstits._trackParticleInputsExist (   flags )

private

List of standard input sources for jets.

Definition at line 99 of file StandardJetConstits.py.

def _trackParticleInputsExist(flags):
    warning = "Tracking is disabled and no InDetTrackParticles in input"
    if "InDetTrackParticles" in flags.Input.Collections:
        return True, warning
    if isAnalysisRelease():
        # we can't check reco flags in analysis release (and would not
        # be building tracks anyway)
        return False, warning
    return flags.Reco.EnableTracking, warning
 

_unassocMuonSegmentInputsExist()

def python.StandardJetConstits._unassocMuonSegmentInputsExist (   flags )

private

Definition at line 118 of file StandardJetConstits.py.

def _unassocMuonSegmentInputsExist(flags):
    warning = "UnAssociated muon segments not present"
    if "UnAssocMuonSegments" in flags.Input.Collections:
        return True, warning
    if flags.Input.RunNumbers[0] < 410000:
        # Unassociated containers only exist from Run 3 and mc23 onwards
        return False, warning
    if isAnalysisRelease():
        # reco flags don't exist in analysis release
        return False, warning
    return flags.Reco.EnableCombinedMuon, warning
 

isMC()

def python.StandardJetConstits.isMC

(

flags

)

A simple filter function for  testing if we're running in MC
returns (bool, str) where the str contains an explanation of why the bool is False.
(probably worth re-allocating somehere else)

Definition at line 44 of file StandardJetConstits.py.

def isMC(flags):
    """A simple filter function for  testing if we're running in MC
    returns (bool, str) where the str contains an explanation of why the bool is False.
    (probably worth re-allocating somehere else)"""
    return flags.Input.isMC or flags.Overlay.DataOverlay, "Input file is not MC"
 

standardReco()

def python.StandardJetConstits.standardReco

(

input

)

Returns a helper function which invokes the standard reco configuration for the container 'input' 
(where input is external to the jet domain).

We group the definition of functions here rather than separately, so that we can change them 
automatically to a void function in case we're in an Analysis release and we can not import upstream packages.

Definition at line 50 of file StandardJetConstits.py.

def standardReco(input):
    """Returns a helper function which invokes the standard reco configuration for the container 'input' 
    (where input is external to the jet domain).
    
    We group the definition of functions here rather than separately, so that we can change them 
    automatically to a void function in case we're in an Analysis release and we can not import upstream packages.
    
    """
 
    doNothingFunc = lambda *l:None # noqa: E731
    if isAnalysisRelease():
        return doNothingFunc
 
    
    if input=='CaloClusters':
        def f(jetdef,spec):
            from CaloRec.CaloRecoConfig import CaloRecoCfg
            flags = jetdef._cflags
            return CaloRecoCfg(flags) if flags.Jet.doUpstreamDependencies else None
    elif input=='Tracks':
        def f(jetdef,spec):
            from InDetConfig.TrackRecoConfig import InDetTrackRecoCfg
            flags = jetdef._cflags
            return InDetTrackRecoCfg(flags) if flags.Jet.doUpstreamDependencies else None
    elif input=="Muons":
        def f(jetdef,spec):
            from MuonConfig.MuonReconstructionConfig import MuonReconstructionCfg
            flags = jetdef._cflags
            return MuonReconstructionCfg(flags) if flags.Jet.doUpstreamDependencies else None     
    elif input=="PFlow":
        def f(jetdef,spec):
            if not jetdef._cflags.Jet.doUpstreamDependencies:
                return None            
            from eflowRec.PFRun3Config import PFCfg
            return PFCfg(jetdef._cflags)
        
    else:
        f = doNothingFunc
        
    return f
 
 
 

Variable Documentation

_locked

python.StandardJetConstits._locked

private

Definition at line 525 of file StandardJetConstits.py.

_stdInputList

list python.StandardJetConstits._stdInputList

private

Definition at line 146 of file StandardJetConstits.py.

_stdModList

list python.StandardJetConstits._stdModList

private

Definition at line 545 of file StandardJetConstits.py.

stdConstitDic

python.StandardJetConstits.stdConstitDic = ldict()

Definition at line 25 of file StandardJetConstits.py.

stdContitModifDic

python.StandardJetConstits.stdContitModifDic = ldict()

Definition at line 26 of file StandardJetConstits.py.

stdInputExtDic

python.StandardJetConstits.stdInputExtDic = ldict()

Definition at line 24 of file StandardJetConstits.py.

tvaKey

string python.StandardJetConstits.tvaKey = "JetTrackVtxAssoc"

Definition at line 544 of file StandardJetConstits.py.

vtxKey

string python.StandardJetConstits.vtxKey = "PrimaryVertices"

Definition at line 543 of file StandardJetConstits.py.