def hltHighPTLowMultiplicity_Streamer( self, name, props):
from Hlt1Lines.Hlt1GECs import Hlt1GECUnit
from HltTracking.HltPVs import PV3D
from Configurables import LoKi__HltUnit as HltUnit
from HltLine.HltLine import bindMembers
props['name'] = name
algos = []
gec = props["GEC"]
algos.append( Hlt1GECUnit( props["GEC"] ) )
algos.append( PV3D('Hlt1') )
LowMultUnit = HltUnit(
"Hlt1%(name)sLowMultStreamer" % props,
Preambulo = self.hltLowMultiplicity_Preambulo( 'CalibHighPTLowMultTrksU1' ),
Code = """
TrackCandidates
>> FitTrack
>> tee ( monitor( TC_SIZE , 'nFit' , LoKi.Monitoring.ContextSvc ) )
>> tee ( monitor( TC_SIZE < %(MaxTr)s , 'nTrksLT' , LoKi.Monitoring.ContextSvc ) )
>> (TC_SIZE < %(MaxTr)s)
""" % props
)
algos.append( LowMultUnit )
TrackSelUnit = HltUnit(
"Hlt1%(name)sTrackSelStreamer" % props,
Preambulo = self.hltLowMultiplicity_Preambulo( 'CalibHighPTLowMultTrksU2' ),
Code = """
TrackCandidates
>> FitTrack
>> tee ( monitor( TC_SIZE > 0, '# pass TrackFit', LoKi.Monitoring.ContextSvc ) )
>> tee ( monitor( TC_SIZE , 'nFit' , LoKi.Monitoring.ContextSvc ) )
>> ( ( TrPT > %(PT)s ) &
( TrP > %(P)s ) &
( TrCHI2PDOF < %(TrChi2)s ) )
>> tee ( monitor( TC_SIZE > 0, '# pass P/PT/TrackChi2', LoKi.Monitoring.ContextSvc ) )
>> tee ( monitor( TC_SIZE , 'nP/PT/Chi2' , LoKi.Monitoring.ContextSvc ) )
>> tee ( monitor( TC_SIZE , 'nFit' , LoKi.Monitoring.ContextSvc ) )
>> SINK( 'Hlt1%(name)sDecision' )
>> (TC_SIZE > %(MinTr)s)
""" % props
)
algos.append( TrackSelUnit )
#return [ Hlt1GECUnit( props[ 'GEC' ] ), PV3D('Hlt1'), self.hltLowMultiplicity_Streamer( name, props)[0], hltHighPTLowMultiplicity_Unit ]
return bindMembers( "Hlt1%(name)sAlgos" % props, algos ).setOutputSelection( "Hlt1%(name)sDecision" )
def singleTrackElectron_streamer(self, properties):
from Configurables import LoKi__HltUnit as HltUnit
from Hlt1Lines.Hlt1GECs import Hlt1GECUnit
#properties[ 'CaloCandidates' ] = 'CaloCandidates'
properties['CaloCandidates'] = 'TrackElectronCandidates'
from Configurables import LoKi__HltUnit as HltUnit
from HltTracking.Hlt1Tracking import L0CaloCandidates
caloUnit = HltUnit('Hlt1%(name)sL0CaloStreamer' % properties,
Preambulo=[L0CaloCandidates(properties['name'])],
Code="""
L0CaloCandidates
>> TC_CUT( LoKi.L0.L0CaloCut( 0, %(L0ElectronThreshold)s ), 0 )
>> tee ( monitor( TC_SIZE > 0, '# pass L0CaloCut', LoKi.Monitoring.ContextSvc ) )
>> tee ( monitor( TC_SIZE , 'nCaloCandidates' , LoKi.Monitoring.ContextSvc ) )
>> SINK( '%(CaloCandidates)s' )
>> ~TC_EMPTY
""" % properties)
trackUnit = HltUnit(
'Hlt1%(name)sTrackStreamer' % properties,
##OutputLevel = 1 ,
Preambulo=self.singleElectron_preambulo(properties),
Code="""
TrackCandidates
>> ( ( TrIDC('isVelo') > %(Velo_NHits)s ) & ( TrNVELOMISS < %(Velo_Qcut)s ) \
& ( Tr_HLTMIP ( 'PV3D' ) > %(IP)s * mm) )
>> (TrTNORMIDC > %(TrNTHits)s )
>> tee ( monitor( TC_SIZE > 0, '# pass forward', LoKi.Monitoring.ContextSvc ) )
>> tee ( monitor( TC_SIZE , 'nForward' , LoKi.Monitoring.ContextSvc ) )
>> ( ( TrPT > %(PT)s * MeV ) & ( TrP > %(P)s * MeV ) )
>> FitTrack
>> tee ( monitor( TC_SIZE > 0, '# pass fit', LoKi.Monitoring.ContextSvc ) )
>> tee ( monitor( TC_SIZE , 'nFitted' , LoKi.Monitoring.ContextSvc ) )
>> ( ( TrCHI2PDOF < %(TrChi2)s )\
& ( Tr_HLTMIPCHI2 ( 'PV3D' ) > %(IPChi2)s ) )
>> FilterVeloL0Calo
>> tee ( monitor( TC_SIZE > 0, '# pass match', LoKi.Monitoring.ContextSvc ) )
>> tee ( monitor( TC_SIZE , 'nMatched' , LoKi.Monitoring.ContextSvc ) )
>> SINK( 'Hlt1%(name)sDecision' )
>> ~TC_EMPTY
""" % properties)
from HltTracking.HltPVs import PV3D
return [
Hlt1GECUnit(properties['GEC']),
self.getCaloUnit(properties),
PV3D('Hlt1'), trackUnit
]
def Gamma_Unit(self, props):
from HltTracking.Hlt1Tracking import L0CaloCandidates
Gamma_Preambulo = [L0CaloCandidates('Photon')]
Gamma_LineCode = """
L0CaloCandidates
>> tee ( monitor( TC_SIZE > 0, '# pass CaloCandidates', LoKi.Monitoring.ContextSvc ) )
>> tee ( monitor( TC_SIZE , 'nCaloCandidates' , LoKi.Monitoring.ContextSvc ) )
>> TC_L0CALOTOPARTICLES( 'gamma', '', (PT>%(GAMMA_PT_MIN)s*MeV) )
>> tee ( monitor( TC_SIZE > 0, '# pass ToPhotons', LoKi.Monitoring.ContextSvc ) )
>> tee ( monitor( TC_SIZE , 'nPhotons', LoKi.Monitoring.ContextSvc ) )
>> SINK ('Hlt1B2PhiGamma_Photons')
>> ~TC_EMPTY
""" % props
from Configurables import LoKi__HltUnit as HltUnit
hlt1CalibTrackingLine_GammaUnit = HltUnit(
'Hlt1CalibTrackingGammaUnit',
#OutputLevel = 1,
Monitor=True,
Preambulo=Gamma_Preambulo,
Code=Gamma_LineCode)
return hlt1CalibTrackingLine_GammaUnit
def singleElectron_streamer(self, properties):
from Configurables import LoKi__HltUnit as HltUnit
from Hlt1Lines.Hlt1GECs import Hlt1GECUnit
properties['CaloCandidates'] = 'CaloCandidates'
trackUnit = HltUnit(
'Hlt1%(name)sTrackStreamer' % properties,
##OutputLevel = 1 ,
Preambulo=self.singleElectron_preambulo(properties),
Code="""
TrackCandidates
>> FilterVeloL0Calo
>> ( ( TrIDC('isVelo') > %(Velo_NHits)s ) & ( TrNVELOMISS < %(Velo_Qcut)s ) )
>> tee ( monitor( TC_SIZE > 0, '# pass match', LoKi.Monitoring.ContextSvc ) )
>> tee ( monitor( TC_SIZE , 'nMatched' , LoKi.Monitoring.ContextSvc ) )
>> (TrTNORMIDC > %(TrNTHits)s )
>> tee ( monitor( TC_SIZE > 0, '# pass forward', LoKi.Monitoring.ContextSvc ) )
>> tee ( monitor( TC_SIZE , 'nForward' , LoKi.Monitoring.ContextSvc ) )
>> ( ( TrPT > %(PT)s * MeV ) & ( TrP > %(P)s * MeV ) )
>> FitTrack
>> tee ( monitor( TC_SIZE > 0, '# pass fit', LoKi.Monitoring.ContextSvc ) )
>> tee ( monitor( TC_SIZE , 'nFitted' , LoKi.Monitoring.ContextSvc ) )
>> ( ( TrCHI2PDOF < %(TrChi2)s ) )
>> SINK( 'Hlt1%(name)sDecision' )
>> ~TC_EMPTY
""" % properties)
return [
Hlt1GECUnit(properties['GEC']),
self.getCaloUnit(properties), trackUnit
]
def protoParticleUnit(self):
selection = 'Hlt1ProtoParticles'
props = self.getProps().copy()
props.update({'selection': selection})
code = """
TrackCandidates
>> FitTrack
>> ( ( TrPT > %(PT)s * MeV ) & \
( TrP > %(P)s * MeV ) )
>> tee ( monitor( TC_SIZE > 0, '# pass TrackFit', LoKi.Monitoring.ContextSvc ) )
>> tee ( monitor( TC_SIZE , 'nFit' , LoKi.Monitoring.ContextSvc ) )
>> ( TrCHI2PDOF < %(TrackChi2DOF)s )
>> tee ( monitor( TC_SIZE > 0, '# pass TrackChi2', LoKi.Monitoring.ContextSvc ) )
>> tee ( monitor( TC_SIZE , 'nChi2' , LoKi.Monitoring.ContextSvc ) )
>> TC_TOPROTOPARTICLES( '' )
>> SINK( '%(selection)s' )
>> ~TC_EMPTY
""" % props
from Configurables import LoKi__HltUnit as HltUnit
from HltTracking.Hlt1Tracking import TrackCandidatesAlgos
from HltTracking.Hlt1Tracking import (TrackCandidates, FitTrack)
preambulo = [TrackCandidates('SharedParticles'), FitTrack]
protoUnit = HltUnit(
'Hlt1ProtoParticleUnit',
#OutputLevel = 1,
Monitor=True,
Preambulo=preambulo,
Code=code)
from HltLine.HltLine import bindMembers
bm = bindMembers(None,
[TrackCandidatesAlgos('SharedParticles'), protoUnit
]).setOutputSelection(selection)
return bm
def _create_line_selection(self, lineName):
decname = 'Hlt1{}Decision'.format(lineName)
source = 'Hlt1/Vertex/' + lineName + (
'Split' if self.getProp("SplitVertices") else '')
code = "VSOURCE('{}') >> VX_SINK('{}') >> ~VEMPTY".format(
source, decname)
return HltUnit(decname, Code=code)
def oneTrackStreamer(self, name, props, inputParticles):
from copy import deepcopy
props = deepcopy(props)
props['input'] = inputParticles.outputSelection()
props['name'] = name
from Configurables import LoKi__HltUnit as HltUnit
unit = HltUnit('Hlt1%sUnit' % name,
PVSelection="PV3D",
Monitor=True,
Code="""
SELECTION('%(input)s')
>> (TRCHI2DOF < %(TrChi2)s)
>> (((PT > %(MaxPT)s) &
(BPVIPCHI2() > %(MinIPChi2)s)) |
( in_range( %(MinPT)s, PT, %(MaxPT)s) &
(log(BPVIPCHI2()) > (%(Param1)s / ((PT / GeV - %(Param2)s) ** 2) +
(%(Param3)s / %(MaxPT)s) * (%(MaxPT)s - PT) +
math.log(%(MinIPChi2)s)))))
>> SINK('Hlt1%(name)sDecision')
>> ~TC_EMPTY
""" % props,
Preambulo=self.mvaPreambulo())
from Hlt1Lines.Hlt1GECs import Hlt1GECUnit
from HltTracking.HltPVs import PV3D
return [Hlt1GECUnit(props['GEC']), PV3D('Hlt1'), inputParticles, unit]
def muonUnit(self):
selection = 'Hlt1SharedMuons'
props = self.getProps().copy()
props.update({'selection': selection})
code = """
TrackCandidates
>> tee ( monitor( TC_SIZE > 0, '# pass IsMuon', LoKi.Monitoring.ContextSvc ) )
>> FitTrack
>> ( ( TrPT > %(PT)s * MeV ) & \
( TrP > %(P)s * MeV ) )
>> IsMuon
>> tee ( monitor( TC_SIZE > 0, '# pass Cuts', LoKi.Monitoring.ContextSvc ) )
>> tee ( monitor( TC_SIZE > 0, '# pass IsMuon', LoKi.Monitoring.ContextSvc ) )
>> TC_TOPROTOPARTICLES( '' )
>> TC_TOPARTICLES( 'mu+', '', ALL )
>> tee ( monitor( TC_SIZE > 0, '# pass ToMuons', LoKi.Monitoring.ContextSvc ) )
>> tee ( monitor( TC_SIZE , 'nMuons', LoKi.Monitoring.ContextSvc ) )
>> SINK( '%(selection)s' )
>> ~TC_EMPTY
""" % props
from Configurables import LoKi__HltUnit as HltUnit
from HltTracking.Hlt1Tracking import (TrackCandidates, IsMuon,
FitTrack)
muonUnit = HltUnit(
'Hlt1SharedMuonUnit',
Preambulo=[TrackCandidates('SharedMuons'), IsMuon, FitTrack],
Monitor=True,
Code=code)
from HltLine.HltLine import bindMembers
bm = bindMembers(None, [muonUnit]).setOutputSelection(selection)
return bm
def hlt1TrackBlock_Streamer(self, name, props):
from Hlt1Lines.Hlt1GECs import Hlt1GECUnit
from Configurables import LoKi__HltUnit as HltUnit
props['name'] = name
lineCode = """
TrackCandidates
>> FitTrack
>> tee ( monitor( TC_SIZE > 0, '# pass TrackFit', LoKi.Monitoring.ContextSvc ) )
>> tee ( monitor( TC_SIZE , 'nFit' , LoKi.Monitoring.ContextSvc ) )
>> ( ( TrIDC('isVelo') > %(Velo_NHits)s ) & \
( TrTNORMIDC > %(TrNTHits)s ) & \
( TrNVELOMISS < %(Velo_Qcut)s ) )
>> tee ( monitor( TC_SIZE > 0, '# pass track quality', LoKi.Monitoring.ContextSvc ) )
>> tee ( monitor( TC_SIZE , 'nTrQ' , LoKi.Monitoring.ContextSvc ) )
>> ( ( TrPT > %(PT)s * MeV ) & \
( TrP > %(P)s * MeV ) )
>> tee ( monitor( TC_SIZE > 0, '# pass P/PT', LoKi.Monitoring.ContextSvc ) )
>> tee ( monitor( TC_SIZE , 'nP' , LoKi.Monitoring.ContextSvc ) )
>> ( ( TrCHI2PDOF < %(TrChi2)s ) & \
( Tr_HLTMIPCHI2 ( 'PV3D' ) > %(IPChi2)s ) )
>> tee ( monitor( TC_SIZE > 0, '# pass TrackChi2/IPChi2', LoKi.Monitoring.ContextSvc ) )
>> tee ( monitor( TC_SIZE , 'nChi2' , LoKi.Monitoring.ContextSvc ) )
>> SINK( 'Hlt1%(name)sDecision' )
>> ~TC_EMPTY
""" % props
preambulo, trackingAlgos = self.hlt1Track_Preambulo(name)
hlt1TrackBlock_Unit = HltUnit('Hlt1' + name + 'Unit',
Preambulo=preambulo,
Code=lineCode)
from HltTracking.HltPVs import PV3D
return [
Hlt1GECUnit(props['GEC']),
PV3D('Hlt1'), trackingAlgos, hlt1TrackBlock_Unit
]
def hlt1B2GammaGammaLine_Streamer(self, name, props) :
from Configurables import LoKi__HltUnit as HltUnit
props['name'] = name
DiPhotonUnitLineCode = """
L0CaloCandidates
>> tee ( monitor( TC_SIZE > 0, '# pass CaloCandidates', LoKi.Monitoring.ContextSvc ) )
>> tee ( monitor( TC_SIZE , 'nCaloCandidates' , LoKi.Monitoring.ContextSvc ) )
>> TC_HLT1DIPHOTONMAKER( 'B_s0', '', %(GAMMA_PT_MIN)s, %(B_SUMPT_MIN)s, %(B_MASS_MIN)s, %(B_MASS_MAX)s, %(B_PT_MIN)s )
>> tee ( monitor( TC_SIZE > 0, '# pass DiPhoton', LoKi.Monitoring.ContextSvc ) )
>> tee ( monitor( TC_SIZE , 'nDiPhotons', LoKi.Monitoring.ContextSvc ) )
>> SINK ('Hlt1B2GammaGammaDecision')
>> ~TC_EMPTY
""" % props
from Hlt1Lines.Hlt1GECs import Hlt1GECUnit
from Configurables import LoKi__HltUnit as HltUnit
from HltTracking.HltPVs import PV3D
hlt1B2GammaGammaLine_DiPhotonUnit = HltUnit('Hlt1%sDiPhotonUnit' % name,
#OutputLevel=1,
Monitor=True,
Preambulo=self.hlt1B2GammaGammaLine_Preambulo(props),
Code=DiPhotonUnitLineCode)
return [Hlt1GECUnit('Loose'),
PV3D('Hlt1'),
hlt1B2GammaGammaLine_DiPhotonUnit]
def DiProton_streamer( self ):
from Configurables import LoKi__HltUnit as HltUnit
DiProton_unit = HltUnit(
'DiProtonStreamer',
##OutputLevel = 1 ,
Preambulo = self.DiProton_preambulo(),
Code = """
TrackCandidates
>> FitTrack
>> ( (TrPT> %(DiProton_PT)s *MeV) & (TrP> %(DiProton_P)s *MeV) & ((TrPT/TrP)>%(DiProton_theta)s) & ( TrCHI2PDOF < %(DiProton_TrChi2)s ) )
>> tee ( monitor( TC_SIZE > 0, '# pass PT', LoKi.Monitoring.ContextSvc ) )
>> tee ( monitor( TC_SIZE , 'nPT' , LoKi.Monitoring.ContextSvc ) )
>> MakeDiProtons
>> tee ( monitor( TC_SIZE > 0, '# pass vertex', LoKi.Monitoring.ContextSvc ) )
>> tee ( monitor( TC_SIZE , 'nVertices' , LoKi.Monitoring.ContextSvc ) )
>> ( RV_MASS ( 'p+', 'p~-' ) > %(DiProton_MassMin)s * MeV )
>> tee ( monitor( TC_SIZE > 0, '# pass mass min', LoKi.Monitoring.ContextSvc ) )
>> tee ( monitor( TC_SIZE , 'massMin' , LoKi.Monitoring.ContextSvc ) )
>> ( RV_MASS ( 'p+', 'p~-' ) < %(DiProton_MassMax)s * MeV )
>> tee ( monitor( TC_SIZE > 0, '# pass mass max', LoKi.Monitoring.ContextSvc ) )
>> tee ( monitor( TC_SIZE , 'massMax' , LoKi.Monitoring.ContextSvc ) )
>> JpsiPTCut
>> tee ( monitor( TC_SIZE > 0, '# pass JpsiPT', LoKi.Monitoring.ContextSvc ) )
>> tee ( monitor( TC_SIZE , 'JpsiPT' , LoKi.Monitoring.ContextSvc ) )
>> SINK( 'Hlt1DiProtonDecision' )
>> ~TC_EMPTY
""" % self.getProps()
)
return DiProton_unit
def hltRICHMirrorBlock_Streamer( self, name, props ) :
from Hlt1Lines.Hlt1GECs import Hlt1GECUnit
from Configurables import LoKi__HltUnit as HltUnit
props['name'] = name
props['PhiCuts'] = ' | '.join(('in_range(%3.2f, TrPHI, %3.2f)' % box for box in props['Phis']))
lineCode = """
TrackCandidates
>> FitTrack
>> tee ( monitor( TC_SIZE > 0, '# pass TrackFit', LoKi.Monitoring.ContextSvc ) )
>> tee ( monitor( TC_SIZE , 'nFit' , LoKi.Monitoring.ContextSvc ) )
>> ( ( TrPT > %(PT)s ) &
( TrP > %(P)s ) &
( TrCHI2PDOF < %(TrChi2)s ) )
>> tee ( monitor( TC_SIZE > 0, '# pass P/PT/TrackChi2', LoKi.Monitoring.ContextSvc ) )
>> tee ( monitor( TC_SIZE , 'nP/PT/Chi2' , LoKi.Monitoring.ContextSvc ) )
>> ( ( in_range(%(MinETA)s, TrETA, %(MaxETA)s) ) &
( %(PhiCuts)s ) )
>> tee ( monitor( TC_SIZE > 0, '# pass P/PT/ETA/PHI', LoKi.Monitoring.ContextSvc ) )
>> tee ( monitor( TC_SIZE , ' nP/PT/ETA/PHI', LoKi.Monitoring.ContextSvc ) )
>> SINK( 'Hlt1%(name)sDecision' )
>> (TC_SIZE > %(MinTr)s)
""" % props
hltRICHMirrorBlock_Unit = HltUnit(
'Hlt1'+name+'Unit',
Preambulo = self.hltRICHMirror_Preambulo( name ),
Code = lineCode
)
from HltTracking.HltPVs import PV3D
return [ Hlt1GECUnit( props[ 'GEC' ] ), PV3D('Hlt1'), hltRICHMirrorBlock_Unit ]
def IncPhi_Unit(self, props):
IncPhi_Preambulo = [
"from LoKiPhys.decorators import PT, IPCHI2, MINTREE"
]
IncPhi_LineCode = """
SELECTION( 'Hlt1CalibTrackingKKs' )
>> ( ( in_range( PDGM('phi(1020)') - %(PhiMassWin)s * MeV , M , PDGM('phi(1020)') + %(PhiMassWin)s * MeV ) ) & ( PT > %(PhiPT)s * MeV ) & (MINTREE(BPVIPCHI2(),(ISBASIC & HASTRACK))>%(PhiIPCHI2)s) & (VFASPF(VCHI2/VDOF)<%(CombVCHI2DOF)s) )
>> tee ( monitor( TC_SIZE > 0, '# pass IncPhi', LoKi.Monitoring.ContextSvc ) )
>> tee ( monitor( TC_SIZE, 'nIncPhis', LoKi.Monitoring.ContextSvc ) )
>> SINK ('Hlt1IncPhiDecision')
>> ~TC_EMPTY
""" % props
from Hlt1Lines.Hlt1GECs import Hlt1GECUnit
from Configurables import LoKi__HltUnit as HltUnit
from HltTracking.HltPVs import PV3D
hlt1CalibTrackingLine_IncPhiUnit = HltUnit(
'Hlt1CalibTrackingIncPhiUnit',
PVSelection="PV3D",
#OutputLevel = 1,
Monitor=True,
Preambulo=IncPhi_Preambulo,
Code=IncPhi_LineCode)
return hlt1CalibTrackingLine_IncPhiUnit
def streamer( self ):
props = self.getProps()
## VoidFilter to cut on the number of Velo tracks.
from Configurables import LoKi__VoidFilter as VoidFilter
from HltTracking.HltSharedTracking import MinimalVelo
props['Velo'] = MinimalVelo.outputSelection()
code = "in_range( %(MinNVelo)s, CONTAINS('%(Velo)s'), %(MaxNVelo)s ) "% props
veloFilter = VoidFilter('Hlt1LowMultNVeloFilter', Code = code)
## Streamer
from Configurables import LoKi__HltUnit as HltUnit
unit = HltUnit(
'Hlt1LowMultStreamer',
##OutputLevel = 1 ,
Preambulo = self.preambulo(),
Code = """
TrackCandidates
>> FitTrack
>> tee ( monitor( TC_SIZE > 0, '# pass TrackFit', LoKi.Monitoring.ContextSvc ) )
>> tee ( monitor( TC_SIZE , 'nFit' , LoKi.Monitoring.ContextSvc ) )
>> ( ( TrPT > %(PT)s * MeV ) & ( TrP > %(P)s * MeV ) )
>> tee ( monitor( TC_SIZE > 0, '# pass PT', LoKi.Monitoring.ContextSvc ) )
>> tee ( monitor( TC_SIZE , 'nPT' , LoKi.Monitoring.ContextSvc ) )
>> ( TrCHI2PDOF < %(TrChi2)s )
>> SINK('Hlt1LowMultDecision')
>> ~TC_EMPTY
""" % props
)
return [veloFilter, unit]
def Hlt1GECUnit(gec='Loose', accept=True):
from Configurables import LoKi__HltUnit as HltUnit
mode = {True: 'Accept', False: 'Reject'}[accept]
code = """
GEC%s%s
""" % (mode, gec)
return HltUnit("GEC%sUnit" % gec,
Preambulo=[Hlt1GECStreamer(gec, accept)],
Code=code)
def _create_global_selections(self):
tes_to_sel = "VSOURCE('{}') >> VX_SINK('{}') >> ~VEMPTY"
sel_names = self.getProp("GlobalSelectionNames")
storePVs = HltUnit('CreateBeamGasPVSelection',
Code=tes_to_sel.format(
self.getProp("VertexContName"),
sel_names["PV"]))
algs = [storePVs]
if self.getProp("SplitVertices"):
storeSVs = HltUnit('CreateBeamGasSplitSelection',
Code=tes_to_sel.format(
self.getProp("SplitVertexContName"),
sel_names["Split"]))
algs.append(storeSVs)
return algs
def multiDiMuon_streamer(self, properties):
"""
MultiDiMuon streamer starts from VeloTTCandidates but uses ComplementForward
accessing directly long tracks if the velo segment was already upgraded.
IsMuon is used for Long tracks, MatchVeloTTMuon for VeloTT and Velo ones.
"""
from Hlt1Lines.Hlt1GECs import Hlt1GECUnit
from Configurables import LoKi__HltUnit as HltUnit
from HltTracking.HltPVs import PV3D
# Check that MuID is among the known tools
if properties["MuID"] not in ["IsMuon", "IsMuonTight"]:
raise KeyError(
"MuID key is %(MuID)s which is not 'IsMuon' nor 'IsMuonTight', this is NOT OK."
% properties)
unit = HltUnit(
'Hlt1%(name)sStreamer' % properties,
##OutputLevel = 1 ,
Preambulo=self.diMuon_preambulo(properties),
Code="""
VeloTTCandidates
>> MatchVeloTTMuon
>> tee ( monitor( TC_SIZE > 0, '# MatchMuon', LoKi.Monitoring.ContextSvc ) )
>> tee ( monitor( TC_SIZE , 'nMatched' , LoKi.Monitoring.ContextSvc ) )
>> ComplementForward
>> tee ( monitor( TC_SIZE > 0, '# Complement', LoKi.Monitoring.ContextSvc ) )
>> tee ( monitor( TC_SIZE , 'nComp' , LoKi.Monitoring.ContextSvc ) )
>> FitTrack
>> tee ( monitor( TC_SIZE > 0, '# pass fit', LoKi.Monitoring.ContextSvc ) )
>> tee ( monitor( TC_SIZE , 'nFitted' , LoKi.Monitoring.ContextSvc ) )
>> ( ( TrPT > %(PT)s * MeV ) & ( TrP > %(P)s * MeV ) )
>> tee ( monitor( TC_SIZE , 'n after P/PT' , LoKi.Monitoring.ContextSvc ) )
>> tee ( monitor( TC_SIZE > 0, '# pass P/PT', LoKi.Monitoring.ContextSvc ) )
>> ( ( TrCHI2PDOF < %(TrChi2)s ) & ( Tr_HLTMIPCHI2( 'PV3D' ) > %(IPChi2)s ) )
>> tee ( monitor( TC_SIZE , 'n after Tr/IPChi2' , LoKi.Monitoring.ContextSvc ) )
>> tee ( monitor( TC_SIZE > 0, '# pass Tr/IPChi2', LoKi.Monitoring.ContextSvc ) )
>> %(MuID)s
>> tee ( monitor( TC_SIZE > 0, '# pass IsMuon', LoKi.Monitoring.ContextSvc ) )
>> tee ( monitor( TC_SIZE , 'nIsMuon' , LoKi.Monitoring.ContextSvc ) )
>> MakeDiMuons
>> tee ( monitor( TC_SIZE > 0, '# pass vertex', LoKi.Monitoring.ContextSvc ) )
>> tee ( monitor( TC_SIZE , 'nVertices' , LoKi.Monitoring.ContextSvc ) )
>> ( RV_MASS ( 'mu+' , 'mu-' ) > %(M)s * MeV )
>> ( ( QProd == -1 ) | ( RV_MASS ( 'mu+' , 'mu-' ) > %(MSS)s * MeV ) )
>> tee ( monitor( TC_SIZE > 0, '# pass mass', LoKi.Monitoring.ContextSvc ) )
>> tee ( monitor( TC_SIZE , 'nDiMuons' , LoKi.Monitoring.ContextSvc ) )
>> SINK( 'Hlt1%(name)sDecision' )
>> TC_SIZE > %(NMinDiMu)s
""" % properties)
gec = properties['GEC']
return [
Hlt1GECUnit(gec),
PV3D('Hlt1'),
self.optionalHPT_tracking(properties['name']), unit
]
def KK_Unit(self, props):
# KK is special because need to also make phis out of it in various ways
# lifetime and vertex cuts get put in later where relevant
props[
'KaonCuts'] = """( (PT>%(ParticlePT)s) & (P>%(ParticleP)s) & (TRCHI2DOF<%(TrackCHI2DOF)s) )""" % props
props['KKDecay'] = """'phi(1020) -> K+ K-'"""
props['KKCombCut'] = (
"""( ( in_range( PDGM('D0') - %(D0MassWinLoose)s * MeV , AM , PDGM('D0') + %(D0MassWinLoose)s * MeV ) ) """
+
"""| ( in_range( PDGM('phi(1020)') - %(PhiMassWinLoose)s * MeV , AM , PDGM('phi(1020)') + %(PhiMassWinLoose)s * MeV ) ) """
+
"""| ( in_range( PDGM('B0') - %(B0MassWinLoose)s * MeV , AM , PDGM('B_s0') + %(B0MassWinLoose)s * MeV ) ) ) """
+ """& (APT>%(CombAPT)s*MeV) """ +
"""& (AMAXCHILD(PT)>%(CombMaxDaughtPT)s*MeV) """ +
"""& (ACUTDOCA(%(CombDOCA)s*mm,''))""") % props
props['KKMothCut'] = (
"""( ( in_range( PDGM('D0') - %(D0MassWin)s * MeV , M , PDGM('D0') + %(D0MassWin)s * MeV ) ) """
+
"""| ( in_range( PDGM('phi(1020)') - %(PhiMassWin)s * MeV , M , PDGM('phi(1020)') + %(PhiMassWin)s * MeV ) ) """
+
"""| ( in_range( PDGM('B0') - %(B0MassWin)s * MeV , M , PDGM('B_s0') + %(B0MassWin)s * MeV ) ) ) """
+ """& (BPVDIRA > %(CombDIRA)s) """) % props
KK_Preambulo = [
"from LoKiArrayFunctors.decorators import AP, APT, ADAMASS, ACUTDOCA, DAMASS, ASUM, AMAXCHILD, PDGM, AM",
"from LoKiPhys.decorators import PT",
"KKCombinationConf = LoKi.Hlt1.Hlt1CombinerConf( %(KKDecay)s, %(KKCombCut)s, %(KKMothCut)s )"
% props
]
KK_LineCode = """
TC_HLT1COMBINER( '',
KKCombinationConf,
'Hlt1SharedKaons', %(KaonCuts)s )
>> tee ( monitor( TC_SIZE > 0, '# pass ToKKs', LoKi.Monitoring.ContextSvc ) )
>> tee ( monitor( TC_SIZE , 'nKKs', LoKi.Monitoring.ContextSvc ) )
>> SINK ( 'Hlt1CalibTrackingKKs' )
>> ~TC_EMPTY
""" % props
from Configurables import LoKi__HltUnit as HltUnit
from HltTracking.HltPVs import PV3D
hlt1CalibTrackingLine_KKUnit = HltUnit(
'Hlt1CalibTrackingKKUnit',
PVSelection="PV3D",
#OutputLevel = 1,
Monitor=True,
Preambulo=KK_Preambulo,
Code=KK_LineCode)
return hlt1CalibTrackingLine_KKUnit
def KPi_Unit(self, props):
props[
'KaonCuts'] = """( (PT>%(ParticlePT)s) & (P>%(ParticleP)s) & (TRCHI2DOF<%(TrackCHI2DOF)s) )""" % props
props[
'PionCuts'] = """( (PT>%(ParticlePT)s) & (P>%(ParticleP)s) & (TRCHI2DOF<%(TrackCHI2DOF)s) )""" % props
props[
'KPiDecay'] = """'[phi(1020) -> K- pi+]cc'""" #'strings( [ \'[phi(1020) -> K- pi+]cc\', \'phi(1020) -> K+ K-\', \'phi(1020) -> pi+ pi-\' ] )'
props['KPiCombCut'] = (
"""( ( in_range( PDGM('D0') - %(D0MassWinLoose)s * MeV , AM , PDGM('D0') + %(D0MassWinLoose)s * MeV ) ) """
+
"""| ( in_range( PDGM('B0') - %(B0MassWinLoose)s * MeV , AM , PDGM('B_s0') + %(B0MassWinLoose)s * MeV ) ) ) """
+ """& (APT>%(CombAPT)s*MeV) """ +
"""& (AMAXCHILD(PT)>%(CombMaxDaughtPT)s*MeV) """ +
"""& (ACUTDOCA(%(CombDOCA)s*mm,''))""") % props
props['KPiMothCut'] = (
"""( ( in_range( PDGM('D0') - %(D0MassWin)s * MeV , M , PDGM('D0') + %(D0MassWin)s * MeV ) ) """
+
"""| ( in_range( PDGM('B0') - %(B0MassWin)s * MeV , M , PDGM('B_s0') + %(B0MassWin)s * MeV ) ) ) """
+ """& (BPVDIRA > %(CombDIRA)s) """ +
"""& (VFASPF(VCHI2/VDOF)<%(CombVCHI2DOF)s) """ +
"""& (BPVLTIME()>%(CombTAU)s*ps)""") % props
KPi_Preambulo = [
"from LoKiArrayFunctors.decorators import AP, APT, ADAMASS, ACUTDOCA, DAMASS, ASUM, AMAXCHILD, PDGM, AM",
"from LoKiPhys.decorators import PT",
"KPiCombinationConf = LoKi.Hlt1.Hlt1CombinerConf( %(KPiDecay)s, %(KPiCombCut)s, %(KPiMothCut)s )"
% props
]
KPi_LineCode = """
TC_HLT1COMBINER( '',
KPiCombinationConf,
'Hlt1SharedKaons', %(KaonCuts)s ,
'Hlt1SharedPions', %(PionCuts)s )
>> tee ( monitor( TC_SIZE > 0, '# pass ToKPis', LoKi.Monitoring.ContextSvc ) )
>> tee ( monitor( TC_SIZE , 'nKPis', LoKi.Monitoring.ContextSvc ) )
>> SINK ( 'Hlt1CalibTrackingKPis' )
>> ~TC_EMPTY
""" % props
from Configurables import LoKi__HltUnit as HltUnit
from HltTracking.HltPVs import PV3D
hlt1CalibTrackingLine_KPiUnit = HltUnit(
'Hlt1CalibTrackingKPiUnit',
PVSelection="PV3D",
#OutputLevel = 1,
Monitor=True,
Preambulo=KPi_Preambulo,
Code=KPi_LineCode)
return hlt1CalibTrackingLine_KPiUnit
def diMuonDetached_streamer(self, properties):
"""
DiMuon streamer starts from VeloTTCandidates but uses ComplementForward
accessing directly long tracks if the velo segment was already upgraded.
IsMuon is used for Long tracks, MatchVeloTTMuon for VeloTT and Velo ones.
"""
from Hlt1Lines.Hlt1GECs import Hlt1GECUnit
from Configurables import LoKi__HltUnit as HltUnit
from HltTracking.HltPVs import PV3D
unit = HltUnit(
'Hlt1%(name)sStreamer' % properties,
##OutputLevel = 1 ,
Preambulo=self.diMuon_preambulo(properties),
Code="""
VeloTTCandidates
>> MatchVeloTTMuon
>> tee ( monitor( TC_SIZE > 0, '# MatchMuon', LoKi.Monitoring.ContextSvc ) )
>> tee ( monitor( TC_SIZE , 'nMatched' , LoKi.Monitoring.ContextSvc ) )
>> ComplementForward
>> tee ( monitor( TC_SIZE > 0, '# Complement', LoKi.Monitoring.ContextSvc ) )
>> tee ( monitor( TC_SIZE , 'nComp' , LoKi.Monitoring.ContextSvc ) )
>> FitTrack
>> tee ( monitor( TC_SIZE > 0, '# pass fit', LoKi.Monitoring.ContextSvc ) )
>> tee ( monitor( TC_SIZE , 'nFitted' , LoKi.Monitoring.ContextSvc ) )
>> ( ( TrPT > %(PT)s * MeV ) & ( TrP > %(P)s * MeV ) )
>> tee ( monitor( TC_SIZE , 'n after P/PT' , LoKi.Monitoring.ContextSvc ) )
>> tee ( monitor( TC_SIZE > 0, '# pass P/PT', LoKi.Monitoring.ContextSvc ) )
>> ( ( TrCHI2PDOF < %(TrChi2)s ) & ( Tr_HLTMIPCHI2( 'PV3D' ) > %(IPChi2)s ) )
>> tee ( monitor( TC_SIZE , 'n after Tr/IPChi2' , LoKi.Monitoring.ContextSvc ) )
>> tee ( monitor( TC_SIZE > 0, '# pass Tr/IPChi2', LoKi.Monitoring.ContextSvc ) )
>> IsMuon
>> tee ( monitor( TC_SIZE > 0, '# pass IsMuon', LoKi.Monitoring.ContextSvc ) )
>> tee ( monitor( TC_SIZE , 'nIsMuon' , LoKi.Monitoring.ContextSvc ) )
>> MakeDiMuons
>> tee ( monitor( TC_SIZE > 0, '# pass vertex', LoKi.Monitoring.ContextSvc ) )
>> tee ( monitor( TC_SIZE , 'nVertices' , LoKi.Monitoring.ContextSvc ) )
>> ( RV_MASS ( 'mu+' , 'mu-' ) > %(M)s * MeV )
>> ( ( QProd == -1 ) | ( RV_MASS ( 'mu+' , 'mu-' ) > %(MSS)s * MeV ) )
>> tee ( monitor( TC_SIZE > 0, '# pass mass', LoKi.Monitoring.ContextSvc ) )
>> tee ( monitor( TC_SIZE , 'nDiMuons' , LoKi.Monitoring.ContextSvc ) )
>> SINK( 'Hlt1%(name)sDecision' )
>> ~TC_EMPTY
""" % properties)
gec = properties['GEC']
return [
Hlt1GECUnit(gec),
PV3D('Hlt1'),
self.optionalHPT_tracking(properties['name']), unit
]
def getCaloUnit(self, properties):
from Configurables import LoKi__HltUnit as HltUnit
from HltTracking.Hlt1Tracking import L0CaloCandidates
caloUnit = HltUnit('Hlt1%(name)sL0CaloStreamer' % properties,
Preambulo=[L0CaloCandidates(properties['name'])],
Code="""
L0CaloCandidates
>> TC_CUT( LoKi.L0.L0CaloCut( 0, %(L0ElectronThreshold)s ), 0 )
>> tee ( monitor( TC_SIZE > 0, '# pass L0CaloCut', LoKi.Monitoring.ContextSvc ) )
>> tee ( monitor( TC_SIZE , 'nCaloCandidates' , LoKi.Monitoring.ContextSvc ) )
>> SINK( '%(CaloCandidates)s' )
>> ~TC_EMPTY
""" % properties)
return caloUnit
def Kst_Unit(self, props):
props[
'KaonCuts'] = """( (PT>%(KstDauPT)s) & (P>%(KstDauP)s) & (TRCHI2DOF<%(KstDauCHI2DOF)s) & (BPVIPCHI2()<%(KstDauIPCHI2)s) )""" % props
props[
'PionCuts'] = """( (PT>%(KstDauPT)s) & (P>%(KstDauP)s) & (TRCHI2DOF<%(KstDauCHI2DOF)s) & (BPVIPCHI2()<%(KstDauIPCHI2)s) )""" % props
props['KPiDecay'] = """'[K*(892)0 -> K+ pi-]cc'"""
props['KPiCombCut'] = (
"""(in_range( PDGM('K*(892)0')-%(KstMassWinLoose)s*MeV,AM,PDGM('K*(892)0')+ %(KstMassWinLoose)s *MeV))"""
+ """& (APT>%(KstCombAPT)s*MeV) """ +
"""& (AMAXCHILD(PT)>%(KstCombMaxDaughtPT)s*MeV) """ +
"""& (ACUTDOCA(%(KstCombDOCA)s*mm,''))""") % props
props['KPiMothCut'] = (
"""( in_range( PDGM('K*(892)0') - %(KstMassWin)s * MeV , M, PDGM('K*(892)0')+ %(KstMassWin)s * MeV))"""
) % props
KPi_Preambulo = [
"from LoKiArrayFunctors.decorators import AP, APT, ADAMASS, ACUTDOCA, DAMASS, ASUM, AMAXCHILD, PDGM, AM",
"from LoKiPhys.decorators import PT",
"KPiCombinationConf = LoKi.Hlt1.Hlt1CombinerConf( %(KPiDecay)s, %(KPiCombCut)s, %(KPiMothCut)s )"
% props
]
KPi_LineCode = """
TC_HLT1COMBINER( '',
KPiCombinationConf,
'Hlt1SharedPions', %(PionCuts)s ,
'Hlt1SharedKaons', %(KaonCuts)s )
>> tee ( monitor( TC_SIZE > 0, '# pass ToKPis', LoKi.Monitoring.ContextSvc ) )
>> tee ( monitor( TC_SIZE , 'nKPis', LoKi.Monitoring.ContextSvc ) )
>> SINK ( 'Hlt1BottomoniumKPis' )
>> ~TC_EMPTY
""" % props
from Configurables import LoKi__HltUnit as HltUnit
from HltTracking.HltPVs import PV3D
hlt1BottomoniumLine_KPiUnit = HltUnit(
'Hlt1BottomoniumKPiUnit',
PVSelection="PV3D",
#OutputLevel = 1,
Monitor=True,
Preambulo=KPi_Preambulo,
Code=KPi_LineCode)
return hlt1BottomoniumLine_KPiUnit
def __createLowMultVelo(self):
from Configurables import LoKi__HltUnit as HltUnit
from HltTracking.Hlt1Tracking import VeloCandidates
from HltLine.HltLine import Hlt1Line as Line
name = 'MicroBiasLowMultVelo'
Line("MB" + name,
prescale=self.prescale,
postscale=self.postscale,
ODIN=self.__odin(name),
algos=[
HltUnit('Hlt1MB' + name + 'Unit',
Preambulo=[VeloCandidates(name)],
Code="VeloCandidates >> in_range(1, TC_SIZE, %s )" %
self.getProp('MaxVeloTracks'))
])
def MuMu_Unit(self, properties):
# Let's start with pions and ask ismuon first... this should be changed putting it in shared particles
props = {}
props[
'MuonCuts'] = """( (PT>%(ParticlePT)s) & (P>%(ParticleP)s) & (TRCHI2DOF<%(TrackCHI2DOF)s) )""" % properties
props['MuMuDecay'] = """'J/psi(1S) -> mu+ mu-'"""
props['MuMuCombCut'] = (
"""( in_range( PDGM('J/psi(1S)') - %(JpsiMassWinLoose)s * MeV , AM , PDGM('J/psi(1S)') + %(JpsiMassWinLoose)s * MeV ) ) """
+ """& (APT>%(CombAPT)s*MeV) """ +
"""& (AMAXCHILD(PT)>%(CombMaxDaughtPT)s*MeV) """ +
"""& (ACUTDOCA(%(CombDOCA)s*mm,'')) """) % properties
props['MuMuMothCut'] = (
"""( in_range( PDGM('J/psi(1S)') - %(JpsiMassWin)s * MeV , M , PDGM('J/psi(1S)') + %(JpsiMassWin)s * MeV ) ) """
+ """& (BPVDIRA > %(CombDIRA)s) """ +
"""& (VFASPF(VCHI2/VDOF)<%(CombVCHI2DOF)s) """ +
"""& (BPVLTIME()>%(CombTAU)s*ps)""") % properties
MuMu_Preambulo = [
"from LoKiArrayFunctors.decorators import AP, APT, ADAMASS, ACUTDOCA, DAMASS, ASUM, AMAXCHILD, PDGM, AM",
"from LoKiPhys.decorators import PT",
"MuMuCombinationConf = LoKi.Hlt1.Hlt1CombinerConf( %(MuMuDecay)s, %(MuMuCombCut)s, %(MuMuMothCut)s )"
% props
]
MuMu_LineCode = """
TC_HLT1COMBINER( '',
MuMuCombinationConf,
'Hlt1SharedMuons', %(MuonCuts)s )
>> tee ( monitor( TC_SIZE > 0, '# pass ToMuMus', LoKi.Monitoring.ContextSvc ) )
>> tee ( monitor( TC_SIZE , 'nMuMus', LoKi.Monitoring.ContextSvc ) )
>> SINK ( 'Hlt1MuonsMuMus' )
>> ~TC_EMPTY
""" % props
from Configurables import LoKi__HltUnit as HltUnit
from HltTracking.HltPVs import PV3D
hlt1Jpsi_MuMuUnit = HltUnit(
'Hlt1Jpsi2MuMuUnit',
PVSelection="PV3D",
#OutputLevel = 1,
Monitor=True,
Preambulo=MuMu_Preambulo,
Code=MuMu_LineCode)
return hlt1Jpsi_MuMuUnit
def B2PhiGamma_Unit(self, props):
props['PhiCuts'] = (
"((in_range( (PDGM('phi(1020)') - %(PhiMassWinTight)s) * MeV , M , (PDGM('phi(1020)') + %(PhiMassWinTight)s) * MeV)) "
"& (PT > %(PhiPT)s * MeV))") % props
props['GammaCuts'] = "ALL"
props['PhiGammaDecay'] = "'B_s0 -> phi(1020) gamma'"
props['PhiGammaCombCut'] = (
"(in_range(%(BsPhiGammaMassMinLoose)s * MeV, AM ,%(BsPhiGammaMassMaxLoose)s * MeV)) "
"& (ASUM(PT) > %(B0SUMPT)s * MeV) "
"& (APT > %(B0PT)s * MeV)") % props
props['PhiGammaMothCut'] = (
"((in_range( %(BsPhiGammaMassMin)s * MeV, M ,%(BsPhiGammaMassMax)s * MeV)) "
"& (BPVLTIME() > %(CombTAU)s * ps) "
"& (VFASPF(VCHI2/VDOF) < %(CombVCHI2DOFLoose)s) )") % props
B2PhiGamma_Preambulo = [
"from LoKiArrayFunctors.decorators import AP, APT, ADAMASS, ACUTDOCA, DAMASS, ASUM, AMAXCHILD, AM, PDGM",
"from LoKiPhys.decorators import PT",
"B2PhiGammaCombinationConf = LoKi.Hlt1.Hlt1CombinerConf( %(PhiGammaDecay)s, %(PhiGammaCombCut)s, %(PhiGammaMothCut)s )"
% props
]
B2PhiGamma_LineCode = """
TC_HLT1COMBINER( '',
B2PhiGammaCombinationConf,
'Hlt1LTUNBPhis', %(PhiCuts)s ,
'Hlt1B2PhiGamma_Photons', %(GammaCuts)s )
>> tee ( monitor( TC_SIZE > 0, '# pass ToB2PhiGammas', LoKi.Monitoring.ContextSvc ) )
>> tee ( monitor( TC_SIZE , 'nB2PhiGammas', LoKi.Monitoring.ContextSvc ) )
>> SINK ( 'Hlt1B2PhiGamma_LTUNBDecision' )
>> ~TC_EMPTY
""" % props
from Configurables import LoKi__HltUnit as HltUnit
from HltTracking.HltPVs import PV3D
hlt1CalibTrackingLine_B2PhiGammaUnit = HltUnit(
'Hlt1CalibTrackingB2PhiGammaUnit',
PVSelection="PV3D",
#OutputLevel = 1,
Monitor=True,
Preambulo=B2PhiGamma_Preambulo,
Code=B2PhiGamma_LineCode)
return hlt1CalibTrackingLine_B2PhiGammaUnit
def multiMuon_streamer(self, properties):
"""
MultiMuon streamer starts from VeloTTCandidates but uses ComplementForward
accessing directly long tracks if the velo segment was already upgraded.
IsMuon is used for Long tracks, MatchVeloTTMuon for VeloTT and Velo ones.
"""
from Hlt1Lines.Hlt1GECs import Hlt1GECUnit
from Configurables import LoKi__HltUnit as HltUnit
from HltTracking.HltPVs import PV3D
unit = HltUnit(
'Hlt1%(name)sStreamer' % properties,
##OutputLevel = 1 ,
Preambulo=self.singleMuon_preambulo(properties),
Code="""
VeloTTCandidates
>> ( Tr_HLTMIP ( 'PV3D' ) > %(IP)s * mm )
>> MatchVeloTTMuon
>> tee ( monitor( TC_SIZE > 0, '# MatchMuon', LoKi.Monitoring.ContextSvc ) )
>> tee ( monitor( TC_SIZE , 'nMatched' , LoKi.Monitoring.ContextSvc ) )
>> ComplementForward
>> tee ( monitor( TC_SIZE > 0, '# Complement', LoKi.Monitoring.ContextSvc ) )
>> tee ( monitor( TC_SIZE , 'nComp' , LoKi.Monitoring.ContextSvc ) )
>> IsMuon
>> tee ( monitor( TC_SIZE > 0, '# pass IsMuon', LoKi.Monitoring.ContextSvc ) )
>> tee ( monitor( TC_SIZE , 'nIsMuon' , LoKi.Monitoring.ContextSvc ) )
>> FitTrack
>> tee ( monitor( TC_SIZE > 0, '# pass fit', LoKi.Monitoring.ContextSvc ) )
>> tee ( monitor( TC_SIZE , 'nFitted' , LoKi.Monitoring.ContextSvc ) )
>> ( ( TrPT > %(PT)s * MeV ) & ( TrP > %(P)s * MeV ) )
>> tee ( monitor( TC_SIZE , 'n after P/PT' , LoKi.Monitoring.ContextSvc ) )
>> tee ( monitor( TC_SIZE > 0, '# pass P/PT', LoKi.Monitoring.ContextSvc ) )
>> ( TrCHI2PDOF < %(TrChi2)s )
>> tee ( monitor( TC_SIZE , 'n after TrChi2' , LoKi.Monitoring.ContextSvc ) )
>> tee ( monitor( TC_SIZE > 0, '# pass TrChi2', LoKi.Monitoring.ContextSvc ) )
>> SINK( 'Hlt1%(name)sDecision' )
>> TC_SIZE > %(GT)s
""" % properties)
gec = properties['GEC']
# The final sequence of algorithms
return [
Hlt1GECUnit(gec),
PV3D('Hlt1'),
self.optionalHPT_tracking(properties['name']), unit
]
def twoTrackStreamer(self, name, props, inputParticles):
from copy import deepcopy
props = deepcopy(props)
props['input'] = inputParticles.outputSelection()
props['name'] = name
preambulo = self.mvaPreambulo()
preambulo += [
"from LoKiArrayFunctors.decorators import APT, ACUTDOCACHI2",
("%(name)sCombinationConf = LoKi.Hlt1.Hlt1CombinerConf(strings(['K*(892)0 -> pi- pi+', '[K*(892)0 -> pi+ pi+]cc']),"
+ "((APT > %(V0PT)s) & (ACUTDOCACHI2(%(VxChi2)s,''))), ALL)") %
props
]
from Configurables import LoKi__HltUnit as HltUnit
unit = HltUnit('Hlt1%sUnit' % name,
PVSelection="PV3D",
Monitor=True,
Preambulo=preambulo)
tool = self.classifier(unit, name, lambda: self.twoTrackVars(name))
props['tool'] = tool.getFullName()
code = """
TC_HLT1COMBINER('', %(name)sCombinationConf,
'%(input)s', ((PT > %(PT)s * MeV) & \
(P > %(P)s * MeV) & \
(TRCHI2DOF < %(TrChi2)s) & \
(BPVIPCHI2() > %(IPChi2)s)))
>> tee(monitor(TC_SIZE > 0, '# V0', LoKi.Monitoring.ContextSvc))
>> tee(monitor(TC_SIZE , 'nV0s', LoKi.Monitoring.ContextSvc))
>> ( HASVERTEX & (VFASPF(VCHI2) < %(VxChi2)s) & \
(in_range(%(MinETA)s, BPVETA, %(MaxETA)s)) & \
(in_range(%(MinMCOR)s, BPVCORRM, %(MaxMCOR)s)) & \
(BPVDIRA > %(MinDirA)s) & \
(VALUE('%(tool)s') > %(Threshold)s))
>> SINK ('Hlt1%(name)sDecision')
>> ~TC_EMPTY
""" % props
unit.Code = code
unit.PreloadTools = [tool.getFullName()]
from Hlt1Lines.Hlt1GECs import Hlt1GECUnit
from HltTracking.HltPVs import PV3D
return [Hlt1GECUnit(props['GEC']), PV3D('Hlt1'), inputParticles, unit]
def singleElectronPlusTrack_streamer(self, properties):
from Configurables import LoKi__HltUnit as HltUnit
from Hlt1Lines.Hlt1GECs import Hlt1GECUnit
properties['CaloCandidates'] = 'ElectronTrackCandidates'
#properties[ 'CaloCandidates' ] = 'CaloCandidates'
trackUnit = HltUnit(
'Hlt1%(name)sTrackStreamer' % properties,
##OutputLevel = 1 ,
Preambulo=self.singleElectronPlusTrack_preambulo(properties),
Code="""
TrackCandidates
>> ( ( TrIDC('isVelo') > %(Velo_NHits)s ) & ( TrNVELOMISS < %(Velo_Qcut)s ) \
& ( Tr_HLTMIP ( 'PV3D' ) > %(IP)s * mm) )
>> tee ( monitor( TC_SIZE > 0, '# pass match', LoKi.Monitoring.ContextSvc ) )
>> tee ( monitor( TC_SIZE , 'nMatched' , LoKi.Monitoring.ContextSvc ) )
>> (TrTNORMIDC > %(TrNTHits)s )
>> tee ( monitor( TC_SIZE > 0, '# pass forward', LoKi.Monitoring.ContextSvc ) )
>> tee ( monitor( TC_SIZE , 'nForward' , LoKi.Monitoring.ContextSvc ) )
>> ( ( TrPT > %(PT)s * MeV ) & ( TrP > %(P)s * MeV ) )
>> FitTrack
>> tee ( monitor( TC_SIZE > 0, '# pass fit', LoKi.Monitoring.ContextSvc ) )
>> tee ( monitor( TC_SIZE , 'nFitted' , LoKi.Monitoring.ContextSvc ) )
>> ( ( TrCHI2PDOF < %(TrChi2)s )\
& ( Tr_HLTMIPCHI2 ( 'PV3D' ) > %(IPChi2)s ) )
>> MakeVertex
>> tee ( monitor( TC_SIZE > 0, '# pass vertex', LoKi.Monitoring.ContextSvc ) )
>> tee ( monitor( TC_SIZE , 'nVertices' , LoKi.Monitoring.ContextSvc ) )
>> ( RV_MASS ( 'e+' , 'e-' ) < %(M)s * MeV )
>> tee ( monitor( TC_SIZE > 0, '# pass mass', LoKi.Monitoring.ContextSvc ) )
>> tee ( monitor( TC_SIZE , 'nPassedMassCut' , LoKi.Monitoring.ContextSvc ) )
>> ( RV_TrHAS( MatchVeloL0CaloCands ) )
>> tee ( monitor( TC_SIZE > 0, '# has electron', LoKi.Monitoring.ContextSvc ) )
>> tee ( monitor( TC_SIZE , 'nHasElectron' , LoKi.Monitoring.ContextSvc ) )
>> SINK( 'Hlt1%(name)sDecision' )
>> ~TC_EMPTY
""" % properties)
gec = properties['GEC']
from HltTracking.HltPVs import PV3D
return [
Hlt1GECUnit(gec),
self.getCaloUnit(properties),
PV3D('Hlt1'), trackUnit
]
def pKPi_Unit( self, props ) :
props['ProtonCuts'] = """( (PT>%(ParticlePT)s) & (P>%(ParticleP)s) & (TRCHI2DOF<%(TrackCHI2DOF)s) )""" %props
props['KaonCuts'] = """( (PT>%(ParticlePT)s) & (P>%(ParticleP)s) & (TRCHI2DOF<%(TrackCHI2DOF)s) )""" %props
props['PionCuts'] = """( (PT>%(ParticlePT)s) & (P>%(ParticleP)s) & (TRCHI2DOF<%(TrackCHI2DOF)s) )""" %props
props['pKPiDecay'] = """'[Lambda_c+ -> p+ K- pi+]cc'"""
props['pKPiCombCut'] = ("""( in_range( PDGM('Lambda_c+') - %(MassWinLoose)s * MeV , AM , PDGM('Lambda_c+') + %(MassWinLoose)s * MeV ) )""" +
"""& (AMAXCHILD(PT)>%(CombMaxDaughtPT)s*MeV) """ +
"""& (ACUTDOCA(%(CombDOCA)s*mm,''))""") %props
props['pKPiMothCut'] = ("""( in_range( PDGM('Lambda_c+') - %(MassWin)s * MeV , M , PDGM('Lambda_c+') + %(MassWin)s * MeV ) )""" +
"""& (VFASPF(VCHI2/VDOF)<%(CombVCHI2DOF)s) """) %props
pKPi_Preambulo = [ "from LoKiArrayFunctors.decorators import ADAMASS, ACUTDOCA, DAMASS, AMAXCHILD, PDGM, AM",
"from LoKiPhys.decorators import PT",
"pKPiCombinationConf = LoKi.Hlt1.Hlt1CombinerConf( %(pKPiDecay)s, %(pKPiCombCut)s, %(pKPiMothCut)s )" %props
]
pKPi_LineCode = """
TC_HLT1COMBINER( '',
pKPiCombinationConf,
'Hlt1SharedProtons', %(ProtonCuts)s ,
'Hlt1SharedKaons', %(KaonCuts)s ,
'Hlt1SharedPions', %(PionCuts)s )
>> tee ( monitor( TC_SIZE > 0, '# pass TopKPis', LoKi.Monitoring.ContextSvc ) )
>> tee ( monitor( TC_SIZE , 'npKPis', LoKi.Monitoring.ContextSvc ) )
>> SINK ('Hlt1SMOGpKPiDecision')
>> ~TC_EMPTY
""" %props
from Configurables import LoKi__HltUnit as HltUnit
#from HltTracking.HltPVs import PV3D ## Shouldn't be required
hlt1SMOGLine_pKPiUnit = HltUnit(
'Hlt1SMOGpKPiUnit',
#PVSelection = "PV3D", ## Shouldn't be required
#OutputLevel = 1,
Monitor = True,
Preambulo = pKPi_Preambulo,
Code = pKPi_LineCode
)
return hlt1SMOGLine_pKPiUnit
def kaonUnit(self):
protoUnit = self.protoParticleUnit()
selection = 'Hlt1SharedKaons'
props = {'selection': selection, 'input': protoUnit.outputSelection()}
code = """
SELECTION( '%(input)s' )
>> TC_TOPARTICLES( 'K+', '', ALL )
>> tee ( monitor( TC_SIZE > 0, '# pass ToKaons', LoKi.Monitoring.ContextSvc ) )
>> tee ( monitor( TC_SIZE , 'nKaons', LoKi.Monitoring.ContextSvc ) )
>> SINK( '%(selection)s' )
>> ~TC_EMPTY
""" % props
from Configurables import LoKi__HltUnit as HltUnit
kaonUnit = HltUnit('Hlt1SharedKaonUnit', Monitor=True, Code=code)
from HltLine.HltLine import bindMembers
bm = bindMembers(None,
[protoUnit, kaonUnit]).setOutputSelection(selection)
return bm