Output of module list
EvtCounter (enabled) event counter
RecTimeStampFilter (enabled) timestamp filter
GenBuildEnv (enabled) Build General Environment
MatBuildEnv (enabled) Build Materials
CdbApiInitModule (enabled) Set up parameters of Conditions/DB API implementations
CdbEvtLoadStateId (enabled) Load Cdb StateId into transient eventstore
BdbTclProxyRegister (enabled) Manages operations with BdbTclModuleParmList
CfgBuildEnv (enabled) Build configDB Environment
CfgSetKeyModule (enabled) stores configKey in the environment
PepBuildEnv (enabled) build Pep environment
L3TBuildEnv (enabled) Build L3Trigger environment
L3TConfigModule (enabled) Create L3 configuration
SvtBuildEnv (enabled) initialize Geometry for the Svt
DchBuildEnv (enabled) Build Dch environment
DchCondMonitor (disabled) Dch conditions monitor
DrcBuildEnv (enabled) DIRC - Setup environement for the DIRC
DrcBuildGeom (enabled) DIRC - Create the DrcDetector
DrcInitEvent (enabled) DIRC - Initializations at the beginning of an Event
EmcBuildEnv (enabled) Build Emc Environment
EmcBuildGeom (enabled) Builds Emc detector model
EmcLoadPid (enabled) Loads environmenty with Emc PID factory
EmcEdgeCorrLoader (enabled) Load Emc Edge Correction into environment
EmcNeutCorrLoader (enabled) Load Neutrals Correction into environment
EmcLoadCalibToo (enabled) Loads environment with relevant EMC calibrator(Too) proxy
EmcLoadDigiCalib (enabled) Loads environment with relevant EMC digi calibrator proxies
IfrBuildEnv (enabled) IFR - build IfrEnv
IfrVstModule (enabled) IFR - visitor manager
IfrPidObjyLoader (enabled) IFR - read Pid Calibration from CDB
IfrMuCalib (enabled) IFR - mu/pi calibration procedure
IfrNeutralCalib (enabled) IFR - neutral calibration procedure
TrkBuildEnv (enabled) Build Tracking environment
HbkTupleEnv (disabled) Build HbkTuple Manager
RooTupleEnv (enabled) Build RooTuple Manager
PdtInit (enabled) initialize Particle Data Table
BtaBuildEnv (enabled) Put the BtaEnv object into the environment
BtaInitEvent (enabled) Beta- event initialisation
BtaBuildPidEnv (enabled) Supplement Beta environment with Pid components
EffTableLoader (enabled) Load Efficiency Table Proxies
DnaBuildEnv (enabled) Setup Dna Environment
KanCreateCM (enabled) Create KanConversionManager
KanEventUpdate (enabled) CM2 event store IO Update Module
HdrKanLoad (enabled) Hdr Kan Load module
DchKanLoad (enabled) Dch Kan Load module
DrcKanLoad (enabled) Drc Kan Load module
EidKanLoad (enabled) Eid Kan Load module
EmcKanLoad (enabled) Emc Kan Load module
G4KanLoad (enabled) G4 Kan Load module
IfrKanLoad (enabled) Ifr Kan Load module
L1GltKanLoad (enabled) L1Glt Kan Load module
L1FctKanLoad (enabled) L1Fct Kan Load module
L3TKanLoad (enabled) L3T Kan Load module
PidKanLoad (enabled) Pid Kan Load module
RecoKanLoad (enabled) Reco Kan Load module
SvtKanLoad (enabled) Svt Kan Load module
TagKanLoad (enabled) Tag Kan Load module
TrkKanLoad (enabled) Trk Kan Load module
UsrKanLoad (enabled) Usr Kan Load module
BtaMiniKanLoad (enabled) BtaMini Kan Load module
TagFilterByName (enabled) filter by name
TagFilterByValue (enabled) filter by value
BtaMiniMergeRemains (enabled) Merge remains lists back into main lists
PidExpandChargedSummary (enabled) Expand PidChargedSummary to separate lists
PidMakeChargedSummary (enabled) Make charged summary from separate PidInfo objects
PidMakeTrkMap (enabled) Make and fill map from Tracks to PidInfo objects
KalFit (enabled) Kalmanize Mini tracks
TrkMakePid (enabled) Pid info from tracks
TrkMarkOuter (enabled) Mark outer track fits for storage
KalMiniRX (enabled) Repair Mini tracks
DrcCreatePidInfoFromMini (disabled) DIRC - create DrcPidInfo from DrcTrack
DrcAssociate (enabled) DIRC - Associate RecoHits and DrcTracks
DrcIdentify (disabled) DIRC - Particle Id Module - first pass
DrcCleanAssociation (disabled) DIRC - Clean Associations
DrcSecondPass (disabled) DIRC - Particle Id Module - second pass
DrcCheckReco (disabled) DIRC - check Reco (NA)
DchTrkBunchT0 (disabled) Track Bunch T0 Finder
DrcCheckEventT0 (disabled) DIRC - Check Event T0 using Dirc data
InitBunchT0 (disabled) MC Truth Bunch time
PrintBunch (disabled) Printout Bunch t0s
BunchT0TagSet (disabled) Set bunch T0 tags
TrkT0Faker (enabled) Add T0 from tag-db to BunchList
SvtHitReco (disabled) makes Clusters and Hits from rootClusters
SvtMakePid (disabled) Create SvtPidInfo list
DchMiniMakeHits (enabled) Reconstitute Default DchHit list
DchMakeHitMap (enabled) Create map of DchHit pointers to cells
DchPidMakeHitMap (disabled) Create dE/dx list
DchMakePid (disabled) Create DchPidInfo list
DchMakePidMap (enabled) Index PID vs. tracks
EmcCreateUniqueList (enabled) Make a unique list of EmcCands
EmcMakeMiniReco (enabled) Creates Bump, Cluster, and shared digi lists
EmcMakeMiniCandLists (enabled) Creates the various lists of EmcCands from EmcListBank
EmcMakeIntersections (enabled) Get track intersections with the Emc
EmcTrackMatch (enabled) Match tracks to bumps
EmcSetClusterCalibrator (enabled) change cluster calibrator for EmcCands
IfrMakeExpansion (enabled) Expand compactified minis
IfrMakeClustersFromSwimmer (enabled) IFR - 3D clustering using the swimmer
IfrSelectNeutral1DClusters (enabled) IFR - select hits not associated to any track
IfrNewMake2DClusters (enabled) IFR - 2D pattern recognition
IfrNew2DClusterFilter (enabled) IFR - filter out noisy 2D
IfrNewMake3DClusters (enabled) IFR - 3D pattern recognition
IfrNewMakeInner3DClusters (enabled) IFR - 3D pattern recognition for inner RPC
IfrSelectNeutral3DClusters (enabled) IFR - select single neutral 3D clusters not close to any track
IfrNewMake3DComposites (enabled) IFR - make 3D composite clusters
IfrMergeNeutralLists (enabled) IFR - merge neutral lists to standard lists
IfrKalmanModule (enabled) IFR - create 3D Clusters from Kalman fit
IfrClear3DLists (enabled) IFR - clear 3D lists before doing reconstruction
IfrMake3DMCTruthMap (enabled) IFR - create 3D cluster MC truth map
IfrMuMuCalib (enabled) RPC - Efficiency with MuMu
IfrMakeChargedPid (enabled) IFR - create charged pid info
IfrMakeNeutralPid (enabled) IFR - create neutral pid info
IfrMakeCompact (enabled) IFR - create compact objects to be persisted
IfrKalmanMakeChargedPid (enabled) IFR - create charged pid info from Kalman fit
NeutralHadMatch (enabled) Emc and Ifr match
MakeNeutralHad (enabled) make IFR neutral hadrons
NeutralHadMatchAll (enabled) Emc and Ifr match method2
MakeNeutralHadAll (enabled) make all neutral hadrons
NeutralHadNtuple (disabled) neutral hadrons Ntuple
PhysInitEvent (enabled) Beta- event initialization
PhysCreateAlias (enabled) create aliases for ALists
GoodTrackVeryLooseSelection (enabled) Selection of good track for primary vertex
GoodTrackLooseSelection (enabled) Selection of good track for primary vertex
GoodTrackTightSelection (enabled) Selection of good track for primary vertex
GoodTrackAccSelection (enabled) Selection of good track within acceptance
GoodTrackAccLooseSelection (enabled) Selection of good track within acceptance plus loose cuts
GoodPhotonLooseSelection (enabled) Selection of loose good photons
GoodNeutralLooseAccSelection (enabled) Selection of loose good photons
GoodPhotonDefaultSelection (enabled) Selection of default good photons
TrkMicroDispatch (enabled) Create bitmaps for tracks
TrkEffTableCreator (disabled) Create tracking efficiency tables
LoadBetaTracksLists (enabled) Create BetaCandidate Lists
BtaLoadBeamSpot (enabled) load the BeamSpot into the EventInfo
VtxEvent (enabled) search the vertex of the event
BtaLoadEvtInfo (enabled) Load default EventInfo
LoadMiniBtaCandidates (enabled) load Beta lists from mini objects
BtaMicroDispatch (enabled) ReBuild lists of BtaCandidates
BtaCandReBuilder (enabled) ReBuild lists of BtaCandidates
BtaCorrIFRExpLengthDB (enabled) Correct Ifr expected interaction lengths
BtaMicroDump (enabled) Print the micro
BtaLoadMicroMCCandidates (enabled) Load default Mc Beta Candidates
BtaLoadChiSqAssoc (enabled) Load chisq matching associator
BtaLoadMicroTruAssoc (enabled) Load AstSTLTwoWayMatch and BtMcAssocMicro for micro <-> mc
BtaMCMicroDump (enabled) Print MC Lists and MC Assoc maps
GTrkFillDaughters (enabled) Fill daughters field of GTracks
BtaLoadMcCandidates (enabled) Load Default MC Beta Candidates
BtaLoadGHitAssoc (enabled) Beta - MC GHit associator
RecoGTrkMatch (enabled) Match reconstruction objects with GTracks
CpuCheck (enabled) Check CPU time remaining
Signal (enabled) intercept ^C
PrintParms (disabled) print parameter values
ReportFPE (enabled) handle and report floating point exceptions
JobReportModule (enabled) Framework Job Summary Report
QaMiniBtaCandidates (disabled) QA module for mini/micro
MakeBasicLists (enabled) Make lists of 2, 3, 4 combinations
V0AllGTVL (enabled) Pairs of opposite charge GTVL
KsToPi0Pi0_Loose (enabled) K0s -> pi0 pi0 Loose
KsToPi0Pi0_Default (enabled) K0s -> pi0 pi0 Default
KsToPi0Pi0_Likelihood (enabled) K0s -> pi0 pi0 Likelihood
PidLoadAlgorithm (enabled) Load PID algorithms into BtaCandidates
MinimumIoniziongMuonMicroSelection (enabled) select minimum ionizing muons
VeryLooseMuonMicroSelection (enabled) select very loose muons
LooseMuonMicroSelection (enabled) select loose muons
TightMuonMicroSelection (enabled) select tight muons
VeryTightMuonMicroSelection (enabled) select very tight muons
MuonMicroDispatch (enabled) Create bitmaps for muons
LikeVeryLooseMuonSelection (enabled) select very loose muons with likelihoods
LikeLooseMuonSelection (enabled) select loose muons with likelihoods
LikeTightMuonSelection (enabled) select tight muons with likelihoods
MuonLikeDispatch (enabled) Create bitmaps for likelihood muons
NNVeryLooseMuonSelection (enabled) select VLoose NN muons with Fixed Muon Eff.
NNLooseMuonSelection (enabled) select Loose NN muons with Fixed Mu Eff.
NNTightMuonSelection (enabled) select Tight NN muons with Fixed Mu Eff.
NNVeryTightMuonSelection (enabled) select VTight NN muons with Fixed Mu Eff.
NNVeryLooseMuonSelectionFakeRate (enabled) select VLoose NN muons with Fixed Pi Eff.
NNLooseMuonSelectionFakeRate (enabled) select Loose NN muons with Fixed Pi Eff.
NNTightMuonSelectionFakeRate (enabled) select Tight NN muons with Fixed Pi Eff.
NNVeryTightMuonSelectionFakeRate (enabled) select VTight NN muons with Fixed Pi Eff.
MuonNNDispatch (enabled) Create bitmaps for Neural Net muons
PidFixR18EmcTrkInterBug (enabled) re-compute track-emc intersections
NoCalElectronMicroSelection (enabled) select Electrons without using EMC
VeryLooseElectronMicroSelection (enabled) select very loose Electrons
LooseElectronMicroSelection (enabled) select loose Electrons
TightElectronMicroSelection (enabled) select tight Electrons
VeryTightElectronMicroSelection (enabled) select very tight Electrons
PidRoyElectronSelectionLoose (enabled) Electron Roy Selection : loose electron
PidLHElectronSelector (enabled) Likelihood based Electron selection
ElectronMicroDispatch (enabled) Create bitmaps for Electrons
VeryLooseKaonMicroSelection (enabled) select very loose Kaons
LooseKaonMicroSelection (enabled) select loose Kaons
TightKaonMicroSelection (enabled) select tight Kaons
VeryTightKaonMicroSelection (enabled) select very tight Kaons
NotPionKaonMicroSelection (enabled) select Kaons: not pions
NotPionKaonGTLMicroSelection (enabled) select Kaons: not pions from GoodTracksLoose list
PidRoyKaonSelectionLoose (enabled) Kaon Roy Selection : loose kaons
PidRoyKaonSelectionDefault (enabled) Kaon Roy Selection : default kaons
PidRoyKaonSelectionNotPion (enabled) Kaon Roy Selection : not pions
PidRoyKaonSelectionNotPionOrUnknown (enabled) Kaon Roy Selection : not pions or unknown
PidSimpleKaonSelectionLoose (enabled) Simple Kaon Selection : loose
PidSimpleKaonSelectionTight (enabled) Simple Kaon Selection : tight
VeryLooseNNKaonMicroSelection (enabled) NN based kaon selection: very loose
LooseNNKaonMicroSelection (enabled) NN based kaon selection: loose
TightNNKaonMicroSelection (enabled) NN based kaon selection: tight
VeryTightNNKaonMicroSelection (enabled) NN based kaon selection: very tight
NotPionNNKaonMicroSelection (enabled) NN based kaon selection: very loose
NotPionLHKaonMicroSelection (enabled) Likelihood Kaon Selection : notApion
VeryLooseLHKaonMicroSelection (enabled) Likelihood Kaon Selection : veryLoose
LooseLHKaonMicroSelection (enabled) Likelihood Kaon Selection : loose
TightLHKaonMicroSelection (enabled) Likelihood Kaon Selection : tight
VeryTightLHKaonMicroSelection (enabled) Likelihood Kaon Selection : veryTight
NotPionLHKaonGTLMicroSelection (enabled) select LH Kaons: not pions from GoodTracksLoose list
VeryLooseGLHKaonMicroSelection (enabled) Global Likelihood Kaon Selection : veryLoose
LooseGLHKaonMicroSelection (enabled) Global Likelihood Kaon Selection : loose
TightGLHKaonMicroSelection (enabled) Global Likelihood Kaon Selection : tight
VeryTightGLHKaonMicroSelection (enabled) Global Likelihood Kaon Selection : veryTight
VeryLooseKNNGoodQualSelection (enabled) NN based good track quality kaon selection: very loose
LooseKNNGoodQualSelection (enabled) NN based good track quality kaon selection: loose
TightKNNGoodQualSelection (enabled) NN based good track quality kaon selection: tight
VeryTightKNNGoodQualSelection (enabled) NN based good track quality kaon selection: very tight
VeryLooseKNNNoQualSelection (enabled) NN based poor track quality kaon selection: very loose
LooseKNNNoQualSelection (enabled) NN based poor track quality kaon selection: loose
TightKNNNoQualSelection (enabled) NN based poor track quality kaon selection: tight
VeryTightKNNNoQualSelection (enabled) NN based poor track quality kaon selection: very tight
KaonMicroDispatch (enabled) Create bitmaps for Kaons
KaonAllMicroDispatch (enabled) Create bitmaps for All Kaons
PidRoyPionSelectionLoose (enabled) Pion Roy Selection : loose pion
PidRoyPionSelectionNotKaon (enabled) Pion Roy Selection : not kaons
VeryLooseLHPionMicroSelection (enabled) Likelihood Pion Selection : veryLoose
LooseLHPionMicroSelection (enabled) Likelihood Pion Selection : loose
TightLHPionMicroSelection (enabled) Likelihood Pion Selection : tight
VeryTightLHPionMicroSelection (enabled) Likelihood Pion Selection : veryTight
VeryLooseGLHPionMicroSelection (enabled) Global Likelihood Pion Selection : veryLoose
LooseGLHPionMicroSelection (enabled) Global Likelihood Pion Selection : loose
TightGLHPionMicroSelection (enabled) Global Likelihood Pion Selection : tight
VeryTightGLHPionMicroSelection (enabled) Global Likelihood Pion Selection : veryTight
PionMicroDispatch (enabled) Create bitmaps for Pions
GrlLooseProtonSelection (enabled) select GRL Loose Protons
GrlDefaultProtonSelection (enabled) select GRL Default Protons
GrlTightProtonSelection (enabled) select GRL Tight Protons
VeryLooseLHProtonSelection (enabled) select VeryLoose LH Protons
LooseLHProtonSelection (enabled) select Loose LH Protons
TightLHProtonSelection (enabled) select Tight LH Protons
VeryTightLHProtonSelection (enabled) select veryTight LH Protons
VeryLooseELHProtonSelection (enabled) select VeryLoose ELH Protons
LooseELHProtonSelection (enabled) select Loose ELH Protons
TightELHProtonSelection (enabled) select Tight ELH Protons
VeryTightELHProtonSelection (enabled) select veryTight ELH Protons
VeryLooseGLHProtonSelection (enabled) select VeryLoose GLH Protons
LooseGLHProtonSelection (enabled) select Loose GLH Protons
TightGLHProtonSelection (enabled) select Tight GLH Protons
VeryTightGLHProtonSelection (enabled) select VeryTight GLH Protons
ProtonMicroDispatch (enabled) Create bitmaps for Protons
KlongIfrLooseMicroSelection (enabled) Select Ifr Klongs in Micro (Loose cuts)
KlongIfrTightMicroSelection (enabled) Select Ifr Klongs in Micro (Tight cuts)
KlongEmcLooseMicroSelection (enabled) Select Emc Klongs in Micro (Loose)
KlongEmcTightMicroSelection (enabled) Select Emc Klongs in Micro (Tight)
MergedPi0MicroSelectionLoose (enabled) Select MergedPi0s in Micro (Loose cuts)
MergedPi0MicroSelectionTight (enabled) Select MergedPi0s in Micro (Tight cuts)
TaggingDispatch (enabled) tagging dispatch
LooseGammaTagSelection (enabled) select loose Tag gammas
TightGammaTagSelection (enabled) select tight Tag gammas
PidMarkTrack (enabled) Mark track fits for store at PID detectors
TaggingMcControl (enabled) tagging Mc Control
PhysEventShape (enabled) Cornelius event shape analysis
CompCreateAlias (enabled) create aliases to CT lists
CompSelectCand (enabled) Intended for cloning ONLY
CompSelRefine (enabled) Intended for cloning ONLY
CompMergeLists (enabled) Intended for cloning ONLY
GammaToEE_Default (enabled) gamma -> e+ e- Default
eBremReco123G (enabled) e -> e gamma(gamma gamma)
eBremRecoCT (enabled) Merge bremsstrahlung recovery lists for charged tracks
eBremRecoELNC (enabled) Merge bremsstrahlung recovery lists for eLoose or noCal
eBremRecoELoose (enabled) Merge bremsstrahlung recovery lists for eLoose
eLooseNoCal (enabled) Merge eLoose and eNoCal lists
eBremRecoPID (enabled) e -> e gamma(gamma gamma) from PidLHElectrons
eBremGTLandPID (enabled) GTL with Brem Reco'ed electrons from EBremRecoPID replaced
eBremLHandPID (enabled) LH with Brem Reco'ed electrons from EBremRecoPID replaced
piLHLooseGoodTracksLoose (enabled) piLHLoose with GTL criteria
piLHLooseGoodTracksVeryLoose (enabled) piLHLoose with GTVL criteria
GoodPhotonsVisibleESelection (enabled) Selection of good photons from BAD #633
GoodTracksVisibleESelection (enabled) Selection of good tracks from BAD #633
Pi0ToGC_VeryLoose (enabled) pi0->gamma gamma conv
Pi0ToGG_VeryLoose (enabled) pi0 -> gamma gamma Very Loose
CompPi0Killer (enabled) Pi0 Killing
Pi0ToGG_DefaultMass (enabled) pi0 -> gamma gamma DefaultMass
Pi0ToGG_SoftLoose (enabled) pi0 -> gamma gamma SoftLoose
Pi0ToGG_SoftDefaultMass (enabled) pi0 -> gamma gamma SoftDefaultMass
CompPi0ListMerger (enabled) Merges Composite and merged pi0 lists
eBremRecoSMR (enabled) e -> e gamma(gamma gamma)
Pi0ToGG_SMR_LooseMass (enabled) pi0 -> gamma gamma SMR LooseMass
KsToPiPi_Final (enabled) Final Selection K0s -> pi+ pi-
KsToPi0Pi0_Final (enabled) K0s -> pi0 pi0 Final
KsToPi0Pi0_FinalLH (enabled) K0s -> pi0 pi0 Final LH
KstarToKPi_VeryLoose (enabled) K*0 -> K- pi+ VeryLoose
KstarToKPi_Loose (enabled) K*0 -> K- pi+ Loose
KstarToKPi_Default (enabled) K*0 -> K- pi+ Default
KstarToKPi_DefaultPID (enabled) K*0 -> K- pi+ DefaultPID
KstarToKsPi0_VeryLoose (enabled) K*0 -> K0s pi0 VeryLoose
KstarToKsPi0_Loose (enabled) K*0 -> K0s pi0 Loose
KstarToKsPi0_Default (enabled) K*0 -> K0s pi0 Default
KstarToKsPi_VeryLoose (enabled) K*+ -> K0s pi+ VeryLoose
KstarToKsPi_SemiLoose (enabled) K*+ -> K0s pi+ SemiLoose
KstarToKsPi_Loose (enabled) K*+ -> K0s pi+ Loose
KstarToKsPi_Default (enabled) K*+ -> K0s pi+ Default
KstarToKPi0_VeryLoose (enabled) K*+ -> K+ pi0 VeryLoose
KstarToKPi0_SemiLoose (enabled) K*+ -> K+ pi0 SemiLoose
KstarToKPi0_Loose (enabled) K*+ -> K+ pi0 Loose
KstarToKPi0_Default (enabled) K*+ -> K+ pi0 Default
KstarToKPi0_SemiLoosePID (enabled) K*+ -> K+ pi0 SemiLoosePID
KstarToKPi0_DefaultPID (enabled) K*+ -> K+ pi0 DefaultPID
KstarNeutral_VeryLoose (enabled) Merge K*0 VeryLoose lists
KstarNeutral_Loose (enabled) Merge K*0 Loose lists
KstarNeutral_Default (enabled) Merge K*0 default lists
KstarNeutral_DefaultPID (enabled) Merge K*0 defaultPID lists
KstarChrg_VeryLoose (enabled) Merge K*+ VeryLoose lists
KstarChrg_SemiLoose (enabled) Merge K*+ Kind Of Loose lists
KstarChrg_Loose (enabled) Merge K*+ Loose lists
KstarChrg_Default (enabled) Merge K*+ default lists
KstarChrg_SemiLoosePID (enabled) Merge K*+ SemiLoosePID lists
KstarChrg_DefaultPID (enabled) Merge K*+ defaultPID lists
Pi0_AllTight (enabled) pi0 -> gamma gamma all tight list
KstarToKPi_LoosePID (enabled) K*0 -> K pi Final wiht PID
KstarNeutral_LoosePID (enabled) Merge K*0 Loose with PID
KstarToKPi0_LoosePID (enabled) K*+ -> K pi0 Final wiht PID
KstarChrg_LoosePID (enabled) Merge K*+ Loose with PID
Chic1Loose (enabled) Chic1 -> J/Psi Gamma Loose
Chic1Default (enabled) Chic1 -> J/Psi Gamma Default
Chic1LooseMass (enabled) Chic1 -> J/Psi Gamma LooseMass
Chic1DefaultMass (enabled) Chic1 -> J/Psi Gamma DefaultMass
Chic2Loose (enabled) Chic2 -> J/Psi Gamma Loose
Chic2Default (enabled) Chic2 -> J/Psi Gamma Default
Chic2LooseMass (enabled) Chic2 -> J/Psi Gamma LooseMass
Chic2DefaultMass (enabled) Chic2 -> J/Psi Gamma DefaultMass
Psi2SJPsiPi0Pi0EE (enabled) Psi2s -> J/Psi(ee) pi0 pi0 loose
Psi2SJPsiPi0Pi0MuMu (enabled) Psi2s -> J/Psi(mm) pi0 pi0 loose
Psi2SJPsiPi0Pi0 (enabled) Merge Psi(2s) -> llpi0pi0 lists
Psi2S3bodyAll (enabled) Merge Psi(2s) -> ll+2pions lists
Psi2SJPsiPi0Pi0Refiner (enabled) Psi(2S) -> J/Psi pi0 pi0 Default
Psi2SDefaultMass3bodyAll (enabled) Merge Psi(2s) -> ll+2pions Default lists
B0ToJPsiKs_Loose (enabled) B0 -> J/Psi K0s Loose
B0ToJPsiKs_Default (enabled) B0 -> J/Psi K0s Default
B0ToJPsiKs_FinalE (enabled) Final Selection B0 -> J/Psi K0s ee
B0ToJPsiKs_FinalMu (enabled) Final Selection B0 -> J/Psi K0s mm
BchToJPsiK_Default (enabled) B- -> J/Psi K- Default
BchToJPsiK_FinalE (enabled) Final selection B- -> J/Psi K- ee
BchToJPsiK_FinalMu (enabled) Final selection B- -> J/Psi K- mm
B0ToJPsiKsToPi0Pi0_Loose (enabled) B0 -> J/Psi K0s, K0s->pi0pi0 Loose
B0ToJPsiKsToPi0Pi0_Default (enabled) B0 -> J/Psi K0s, K0s->pi0pi0 Default
B0ToJPsiKsToPi0Pi0_Likelihood (enabled) B0 -> J/Psi K0s, K0s->pi0pi0 Likelihood
B0ToJPsiK0star_VeryLoose (enabled) B0 -> J/Psi K0star VeryLoose
B0ToJPsiKstar0ks_VeryLoose (enabled) B0 -> J/Psi K*0(KsPi0) VeryLoose
B0ToJPsiKstar0kp_VeryLoose (enabled) B0 -> J/Psi K*0(K+Pi-) VeryLoose
B0ToJPsiK0star_Default (enabled) B0 -> J/Psi K0star Default
B0ToJPsiKstar0ks_Default (enabled) B0 -> J/Psi K*0(KsPi0) Default
B0ToJPsiKstar0kp_Default (enabled) B0 -> J/Psi K*0(K+Pi-) Default
B0ToJPsiK0star_FinalE (enabled) Final selection B0 -> J/Psi K0star ee
B0ToJPsiK0star_FinalMu (enabled) Final selection B0 -> J/Psi K0star mm
BchToJPsiKstar_VeryLoose (enabled) B+ -> J/Psi Kstar VeryLoose
BchToJPsiKstarpks_VeryLoose (enabled) B+ -> J/Psi K*+(KsPi+) VeryLoose
BchToJPsiKstarpkp_VeryLoose (enabled) B+ -> J/Psi K*+(K+Pi0) VeryLoose
BchToJPsiKstar_Default (enabled) B+ -> J/Psi Kstar Default
BchToJPsiKstarpks_Default (enabled) B+ -> J/Psi K*+(KsPi+) Default
BchToJPsiKstarpkp_Default (enabled) B+ -> J/Psi K*+(K+Pi0) Default
BchToJPsiKstar_Final (enabled) Final selection Bch -> J/Psi Kstar
BchToJPsiKstar_FinalE (enabled) Final selection Bch -> J/Psi Kstar ee
BchToJPsiKstar_FinalMu (enabled) Final selection Bch -> J/Psi Kstar mm
B0ToJPsiPi0_Default (enabled) B0 -> J/Psi Pi0 Default
KlongForJpsiKl_Loose (enabled) Merge EMC/IFR loose Klong lists
B0ToJPsiKl_Loose (enabled) B0 -> J/Psi K0l Loose
B0ToPsi2SKs_Default (enabled) B0 -> Psi(2S) K0s Default
B0ToPsi2SKsToPi0Pi0_Loose (enabled) B0 -> Psi(2S) K0s, K0s->pi0pi0 Loose
B0ToPsi2SKsToPi0Pi0_Default (enabled) B0 -> Psi(2s) K0s, K0s->pi0pi0 Default
B0ToPsi2SK0star_Default (enabled) B0 -> Psi(2S) K0star Default
BchToPsi2SKstar_Default (enabled) B+ -> Psi(2S) Kstar Default
BchToPsi2SKstar_Tight (enabled) B+ -> Psi(2S) Kstar Tight
BchToPsi2SK_Default (enabled) B- -> Psi(2S) K- Default
B0ToChic1Ks_Default (enabled) B0 -> chi_c1 K0s Default
B0ToChic1KsToPi0Pi0_Loose (enabled) B0 -> chi_c1 K0s, K0s->pi0pi0 Loose
B0ToChic1KsToPi0Pi0_Default (enabled) B0 -> chi_c1 K0s, K0s->pi0pi0 Default
B0ToChic1K0star_Default (enabled) B0 -> chi_c1 K0star Default
B0ToChic1K0star_Tight (enabled) B0 -> chi_c1 K0star Tight
BchToChic1Kstar_Default (enabled) B+ -> chi_c1 Kstar Default
BchToChic1K_Default (enabled) B- -> chi_c1 K- Default
B0ToChic2Ks_Default (enabled) B0 -> chi_c2 K0s Default
B0ToChic2KsToPi0Pi0_Loose (enabled) B0 -> chi_c2 K0s, K0s->pi0pi0 Loose
B0ToChic2KsToPi0Pi0_Default (enabled) B0 -> chi_c2 K0s, K0s->pi0pi0 Default
B0ToChic2K0star_Default (enabled) B0 -> chi_c2 K0star Default
BchToChic2Kstar_Default (enabled) B+ -> chi_c2 Kstar Default
BchToChic2K_Default (enabled) B- -> chi_c2 K- Default
eTightNoCal (enabled) Merge eTight and eNoCal lists
eVeryLooseNoCal (enabled) Merge eVeryLoose and eNoCal lists
e_VeryLooseBrem (enabled) Get brem corrected version of very loose + noCal electron list
e_VLooseBremPlusVLoose (enabled) Merge vloose+noCal e brem and vloose+noCal e lists
e_LooseBremPlusLoose (enabled) Merge loose+noCal e brem and loose+noCal e lists
e_TightBrem (enabled) Get brem corrected version of tight+noCal electron list
e_TightBremPlusTight (enabled) Merge tight e brem and tight e lists
JPsiVtxMassEE (enabled) Applies J/Psi vertexing and mass cut
JPsiVtxMassMuMu (enabled) Applies J/Psi vertexing and mass cut
JPsiVtxMass (enabled) Merge vertexed ee and mumu after mass cut
JPsi_FinalEETN (enabled) J/Psi -> e+ e- Tight Nothing
JPsi_FinalEETVL (enabled) J/Psi -> e+ e- Tight VeryLoose
JPsi_FinalEETL (enabled) J/Psi -> e+ e- Tight Loose
JPsi_FinalEETT (enabled) J/Psi -> e+ e- Tight Tight
JPsi_FinalMuMuLN (enabled) J/Psi -> mu+ mu- Final
JPsi_FinalMuMuLM (enabled) J/Psi -> mu+ mu- Final
JPsi_FinalMuMuLVL (enabled) J/Psi -> mu+ mu- Final
JPsi_FinalMuMuLL (enabled) J/Psi -> mu+ mu- Final
JPsi_FinalEMU_TNLM (enabled) Merge Jpsi_>ee and MuMu lists
JPsi_FinalEMU_TTLL (enabled) Merge Jpsi_>ee and MuMu lists
JPsi_FinalEMU_TVLLVL (enabled) Merge Jpsi_>ee and MuMu lists
JPsi_FinalEMU_TLLVL (enabled) Merge Jpsi_>ee and MuMu lists
JPsi_FinalEMU_TNLN (enabled) Merge Jpsi_>ee and MuMu lists
JPsi_Final_Any (enabled) Merge all final Jpsi lists
JPsiForKLLooseEE (enabled) J/Psi -> e+ e- Loose for Kl
JPsiForKLLooseMuMu (enabled) J/Psi -> mu+ mu- Loose for Kl
JPsiForKLTightEE (enabled) J/Psi -> e+ e- Tight
JPsiForKLTightMuMu (enabled) J/Psi -> mu+ mu- Tight
JPsiForKLDefaultEE (enabled) J/Psi -> e+ e- Default for Kl
JPsiForKLDefaultMuMu (enabled) J/Psi -> mu+ mu- Default for Kl
JPsiForKLLooseAll (enabled) Merge J/Psi (for Kl) loose lists
JPsiForKLTightAll (enabled) Merge J/Psi (for Kl) tight lists
JPsiForKLDefaultAll (enabled) Merge J/Psi (for Kl) default mass lists
eBremRecoForJpsiKlong_EVTight (enabled) Merge bremsstrahlung recovery lists for eVTight
JPsiForJpsiKl_EE (enabled) J/Psi -> e+ e- for JpsiKL analysis
JPsiForJpsiKl_EEHighSB (enabled) J/Psi -> e+ e- (high sideband) for JpsiKL analysis
JPsiForJpsiKl_MuMu (enabled) J/Psi -> mu+ mu- for JpsiKL analysis
JPsiForJpsiKl_MuMuLowSB (enabled) J/Psi -> mu+ mu- (low sideband) for JpsiKL analysis
JPsiForJpsiKl_MuMuHighSB (enabled) J/Psi -> mu+ mu- (high sideband) for JpsiKL analysis
JPsiForJpsiKl_EEMass (enabled) J/Psi -> e+ e- for JpsiKL analysis
JPsiForJpsiKl_EEHighSBMass (enabled) J/Psi -> e+ e- (high sideband) for JpsiKL analysis
JPsiForJpsiKl_MuMuMass (enabled) J/Psi -> mu+ mu- for JpsiKL analysis
JPsiForJpsiKl_MuMuLowSBMass (enabled) J/Psi -> mu+ mu- (low sideband) for JpsiKL analysis
JPsiForJpsiKl_MuMuHighSBMass (enabled) J/Psi -> mu+ mu- (high sideband) for JpsiKL analysis
JPsiForJpsiKl_AllMass (enabled) Merge J/Psi lists for JpsiKL analysis
JPsiForJpsiKl_All (enabled) Merge J/Psi lists for JpsiKL analysis
JPsiForJpsiKl_SBMerger (enabled) Merge J/Psi sideband lists for JpsiKL analysis
JPsiForJpsiKl_SBMassMerger (enabled) Merge J/Psi sideband lists for JpsiKL analysis
GoodPhotonTightAccSelection (enabled) Selection of tight good photons for chic
Pi0ToGG_HighGE (enabled) pi0 -> gamma gamma HighE
pi0Vetoer (enabled) make list removing photons that overlap with pi0
GammaNoPi0Selection (enabled) purify list of photons with no overlap with Pi0
Chic1Final (enabled) Chic1 -> J/Psi Gamma Final
Psi2S3bodyFinalRefiner (enabled) Psi(2S) -> J/Psi pi+ pi- Final
Psi2SFinalMuMu (enabled) Psi(2S) -> mu+ mu- Final
Psi2SFinalEE (enabled) Psi(2S) -> e+ e- Final
Psi2SFinalAll (enabled) Merge Psi(2s) final mass lists
KlongForJpsiKl_Tight (enabled) Merge EMC/IFR tight Klong lists
B0ToJPsiKs_Final (enabled) B0 -> J/Psi K0s, K0s->pi+pi- Final
B0_DE_Selection_JpsiKs (enabled) Chooses best JpsiKs Candidate
B0ToJPsiKsToPi0Pi0_Final (enabled) B0 -> J/Psi K0s, K0s->pi0pi0 Final
B0_DE_Selection_JpsiKsPi0Pi0 (enabled) Chooses best JpsiKsPi0Pi0 Candidate
B0ToJPsiPi0_Final (enabled) B0 -> J/Psi Pi0 Final
B0_DE_Selection_JpsiPi0 (enabled) Chooses best JpsiPi0 Candidate
BchToJPsiKstarpks_Final_veto (enabled) B+ -> J/Psi K*(KsPi+) Default veto
JpsiKstar0ks_Final_veto (enabled) B0 -> J/Psi K*(KsPi0) Default veto
B0ToJPsiK0star_Final (enabled) B0 -> J/Psi K*0 Default
B0ToJPsiKstar0ks_Final (enabled) B0 -> J/Psi K*0(KsPi0) Default
B0ToJPsiKstar0kp_Final (enabled) B0 -> J/Psi K*0(K+Pi-) Default
B0_DE_Selection_JpsiKstar0ks (enabled) Chooses best JpsiKstar0ks Candidate
B0_DE_Selection_JpsiKstar0kp (enabled) Chooses best JpsiKstar0kp Candidate
BchToJPsiK_Final (enabled) B+ -> J/Psi K+ Final
Bch_DE_Selection_JpsiKp (enabled) Chooses best JpsiKp Candidate
BchToJPsiKstarpks_Final (enabled) B+ -> J/Psi K*(KsPi+) Default
BchToJPsiKstarpkp_Final (enabled) B+ -> J/Psi K*+(K+Pi0) Default
Bch_DE_Selection_JpsiKstarpks (enabled) Chooses best JpsiKstarpks Candidate
Bch_DE_Selection_JpsiKstarpkp (enabled) Chooses best JpsiKstarpkp Candidate
B0ToJPsiKl_Default (enabled) B0 -> J/Psi K0l Default
B0ToJPsiKlEmc_Final (enabled) Final Selection B0 -> J/Psi K0L(EMC)
B0ToJPsiKlIfr_Final (enabled) Final Selection B0 -> J/Psi K0L(IFR)
B0ToJPsiKl_Final (enabled) Merge EMC/IFR tight Klong lists
B0ToJPsiKl_DefaultSB (enabled) B0 -> J/Psi K0l Default, Psi Sideband
B0ToJPsiKlEmc_FinalSB (enabled) Final Selection B0 -> J/Psi K0L(EMC), Psi Sideband
B0ToJPsiKlIfr_FinalSB (enabled) Final Selection B0 -> J/Psi K0L(IFR), Psi Sideband
B0ToJPsiKl_FinalSB (enabled) Merge EMC/IFR tight Klong Psi Sideband lists
B0ToPsi2SKs_FinalLL (enabled) B0 -> Psi(2S) K0sLL, K0s->pi+pi- Final
B0ToPsi2SKs_Final3body (enabled) B0 -> Psi(2S) K0s3b, K0s->pi+pi- Final
B0_DE_Selection_Psi2SKs (enabled) Chooses best Psi2SKs Candidate
BchToPsi2SKp_FinalLL (enabled) B+ -> Psi(2S) K+ Final LL
BchToPsi2SKp_Final3body (enabled) B+ -> Psi(2S) K+ Final 3b
Bch_DE_Selection_Psi2SKp (enabled) Chooses best Psi2SKp Candidate
B0ToChic1Ks_Final (enabled) B0 -> Chic1 K0s, K0s->pi+pi- Final
B0_DE_Selection_ChicKs (enabled) Chooses best ChicKs Candidate
BchToChic1Kp_Final (enabled) B+ -> Chic1 K+
Bch_DE_Selection_ChicKp (enabled) Chooses best ChicKp Candidate
B0ToJPsiKs_S2b (enabled) B0 -> J/Psi K0s, K0s->pi+pi- S2b
B0ToJPsiKsToPi0Pi0_S2b (enabled) B0 -> J/Psi K0s, K0s->pi0pi0 S2b
B0ToJPsiKlEmc_S2b (enabled) Final Selection B0 -> J/Psi K0L(EMC)
B0ToJPsiKlIfr_S2b (enabled) Final Selection B0 -> J/Psi K0L(IFR)
B0ToJPsiKl_S2b (enabled) Merge EMC/IFR tight Klong lists
B0ToJPsiKlEmc_S2bSB (enabled) Final Selection B0 -> J/Psi K0L(EMC), Psi Sideband
B0ToJPsiKlIfr_S2bSB (enabled) Final Selection B0 -> J/Psi K0L(IFR), Psi Sideband
B0ToJPsiKl_S2bSB (enabled) Merge EMC/IFR tight Klong Psi Sideband lists
B0ToPsi2SKs_S2bLL (enabled) B0 -> Psi(2S) K0sLL, K0s->pi+pi- S2b
B0ToPsi2SKs_S2b3body (enabled) B0 -> Psi(2S) K0s3b, K0s->pi+pi- S2b
B0ToChic1Ks_S2b (enabled) B0 -> Chic1 K0s, K0s->pi+pi- S2b
KchFromBToEtaCK (enabled) Make list of Kaons from B-->EtaCK
KsFromBToEtaCK (enabled) Make list of Ks from B-->EtaCKs
B0ToEtacKs (enabled) B0 -> eta_c K_S0
BchToEtacKch (enabled) B+ -> eta_c K+
B0ToEtacKs_Final (enabled) B0 -> eta_c Ks finalizer module
BchToEtacKch_Final (enabled) B+ -> eta_c K+ finalizer module
New_EtaToGG_Default (enabled) eta -> gamma gamma Default
New_EtaToGG_DefaultMass (enabled) eta -> gamma gamma DefaultMass
EtaCTo2Phi (enabled) eta_c -> phi phi
EtaCTo2K2Pi (enabled) eta_c -> K+ K- pi- pi+
EtaCTo4Pi (enabled) eta_c -> pi+ pi- pi+ pi-
EtaCToEtaPiPi (enabled) eta_c -> eta pi+ pi-
EtaCToKsKPi (enabled) eta_c -> K_S0 K+ pi-
EtaCTo2KchPi0 (enabled) eta_c -> K+ K- pi0
EtaCTo4K (enabled) eta_c -> K+ K- K+ K-
EtaCToKstarKPi (enabled) eta_c -> K*0 K- pi+
EtaCToRho0Rho0 (enabled) eta_c-> rho0 rh0
OmegaToPiPiPi0_VeryLooseAndPid (enabled) omega->pi pi pi0 with wider mass window, pi0CompMergedVeryLoose and pionLHLooseGTVL
OmegaToPiPiPi0_Default (enabled) omega -> pi+ pi- pi0 Default
OmegaToPiPiPi0_Tight (enabled) omega -> pi+ pi- pi0 Tight
Rho0ToPiPi_VeryLooseMassAndPid (enabled) rho0 -> pi+ pi- Very Loose Mass with pionLHLooseGTL
Rho0ToPiPi_DefaultMassAndPid (enabled) rho0 -> pi+ pi- Default mass with pionLHLooseGTL
Rho0ToPiPi_Default (enabled) rho0 -> pi+ pi- Default
Rho0ToPiPi_Tight (enabled) rho0 -> pi+ pi- Tight
Rho0ToPiPiHard_Tight (enabled) rho0 -> pi+ pi- hard Tight
RhoCToPiPi0_VeryLooseMassAndPid (enabled) rho+ -> pi+ pi0 Very Loose Mass with pionLHLooseGTL and pi0CompMergedVeryLoose
RhoCToPiPi0BReco_Loose (enabled) rho+ -> pi+ pi0 BReco Loose
RhoCToPiPi0_Default (enabled) rho+ -> pi+ pi0 Default
RhoCToPiPi0_Tight (enabled) rho+ -> pi+ pi0 Tight
RhoCToPiPi0Hard_Tight (enabled) rho+ -> pi+ pi0 hard Tight
f0ToPiPi_Default (enabled) f0 -> pi+ pi- Default
f0ToPiPi_Tight (enabled) f0 -> pi+ pi- Tight
f0ToPiPiHard_Tight (enabled) f0 -> pi+ pi- hard Tight
a00ToEtaPi0_Default (enabled) a_00 -> eta pi0 Default
a0CToEtaPi_Default (enabled) a_0+ -> eta pi+ Default
a0_Default (enabled) all a0 default
a1CToRho0Pi_Loose (enabled) a_1+ -> rho0 pi+ Loose
a1CToRho0Pi_Default (enabled) a_1+ -> rho0 pi+ Default
a1CToRho0Pi_Tight (enabled) a_1+ -> rho0 pi+ Tight
a1CToRho0PiHard_Tight (enabled) a_1+ -> rho0 pi+ hard Tight
EtaPToRho0G_Default (enabled) eta' -> rho0 gamma Default
EtaPToRho0G_PID (enabled) eta' -> rho0 gamma using rho0DefaultMassAndPid
EtaPToPiPiEta_Default (enabled) eta' -> eta pi+ pi- Default
EtaPToPiPiEta_PID (enabled) eta' -> eta pi+ pi- PID
EtaP_Default (enabled) etaPeppPID + etaPrgPID
EtaP_PID (enabled) all etaP PID
PhiToKK_Default (enabled) phi -> K+ K- Default
PhiToKK_DefaultPID (enabled) phi -> K+ K- DefaultPID
PhiToKK_TightPID (enabled) phi -> K+ K- TightPID
DsToPhiPi_Loose (enabled) Ds->Phi pi- Loose
DsToPhiPi_LoosePID (enabled) Ds->Phi pi- LoosePID
DsToPhiPi_TightPID (enabled) Ds->Phi pi- TightPID
DsToPhiPi_Default (enabled) Ds -> Phi pi- Default
DsToPhiK_Loose (enabled) Ds->Phi K- Loose
DsToPhiK_LoosePID (enabled) Ds->Phi K- LoosePID
DsToPhiK_Default (enabled) Ds -> Phi K- Default
DsTof0Pi_Loose (enabled) Ds->f0 pi- Loose
DsTof0Pi_LoosePID (enabled) Ds->f0 pi- LoosePID
DsTof0Pi_Default (enabled) Ds -> f0 pi- Default
DsToPhiPiPiPi_Loose (enabled) Ds->Phi pi- pi+ pi- Loose
DsToPhiPiPiPi_LoosePID (enabled) Ds->Phi pi- pi+ pi-LoosePID
DsToPhiPiPiPi_Default (enabled) Ds -> Phi pi- pi+ pi- Default
DsToKsK_Loose (enabled) Ds->Ks K- Loose
DsToKsK_LoosePID (enabled) Ds->Ks K- LoosePID
DsToKsK_TightPID (enabled) Ds->Ks K- TightPID
DsToKsK_Default (enabled) Ds -> Ks K- Default
DsToKsKPiPisup_Loose (enabled) Ds->Ks K- Pi+ Pi- Loose
DsToKsKPiPisup_LoosePID (enabled) Ds->Ks K- Pi+ Pi- LoosePID
DsToKsKPiPisup_Default (enabled) Ds -> Ks K- Pi+ Pi- Default
DsToKsKPiPifav_Loose (enabled) Ds->Ks K+ Pi- Pi- Loose
DsToKsKPiPifav_LoosePID (enabled) Ds->Ks K+ Pi- Pi- LoosePID
DsToKsKPiPifav_Default (enabled) Ds -> Ks K+ Pi- Pi- Default
DsToKsKPiPi_LoosePID (enabled) Ds -> Ks K Pi Pi Loose PID
DsToKstarK_Loose (enabled) Ds->K*0 K- Loose
DsToKstarK_LooseKstarPID (enabled) Ds->K*0 K- LoosePID for K*
DsToKstarK_LooseLoneKPID (enabled) Ds->K*0 K- LoosePID for Lone K
DsToKstarK_LooseDoublePID (enabled) Ds->K*0 K- LoosePID PID for both Kaons
DsToKstarK_LoosePID (enabled) Ds -> K*0 K- Default
DsToKstarK_TightPID (enabled) Ds->K*0 K- TightPID
DsToKstarK_Default (enabled) Ds -> K*0 K- Default
DsToKstarPi_Loose (enabled) Ds->K*0 Pi- Loose
DsToKstarPi_LoosePID (enabled) Ds->K*0 Pi- LoosePID
DsToKstarPi_Default (enabled) Ds -> K*0 Pi- Default
DsToPhiRhoC_Loose (enabled) Ds->Phi rho- Loose
DsToPhiRhoC_LoosePID (enabled) Ds->Phi rho- LoosePID
DsToPhiRhoC_TightPID (enabled) Ds->Phi rho- TightPID
DsToPhiRhoC_Default (enabled) Ds -> Phi rho- Default
DsToEtaPi_Loose (enabled) Ds->eta pi- Loose
DsToEtaPi_LoosePID (enabled) Ds->eta pi- LoosePID
DsToEtaPi_Default (enabled) Ds -> eta pi- Default
DsToEtaRhoC_Loose (enabled) Ds->eta rho- Loose
DsToEtaRhoC_LoosePID (enabled) Ds->eta rho- LoosePID
DsToEtaRhoC_Default (enabled) Ds -> eta rho- Default
DsToEtaPRhoC_Loose (enabled) Ds->eta_prime rho- Loose
DsToEtaPRhoC_LoosePID (enabled) Ds->eta_prime rho- LoosePID
DsToEtaPRhoC_Default (enabled) Ds -> eta_prime rho- Default
DsToEtaPPi_Loose (enabled) Ds->eta_prime pi- Loose
DsToEtaPPi_LoosePID (enabled) Ds->eta_prime pi- LoosePID
DsToEtaPPi_Default (enabled) Ds -> eta_prime pi- Default
DsToOmegaPi_Default (enabled) Ds->omega pi- Default
DsToOmegaRhoC_Default (enabled) Ds->omega rho- Default
DsToOmegaPi_DefaultHard (enabled) Ds -> eta_prime pi- Default Hard
DsToOmegaRhoC_DefaultHard (enabled) Ds -> eta_prime rho- Default Hard
Ds3prong_Loose (enabled) Merge Ds 3prongs-no PhiPi loose lists
Ds3prong_LoosePID (enabled) Merge Ds 3prongs-no PhiPi loosePID lists
Ds3prong_Default (enabled) Merge Ds 3prongs-no PhiPi default lists
DsNeutralModes_Loose (enabled) Merge Ds Modes with Neutrals loose lists
DsNeutralModes_LoosePID (enabled) Merge Ds Modes with Neutrals loosePID lists
DsNeutralModes_Default (enabled) Merge Ds Modes with Neutrals default lists
DsManyBody_Loose (enabled) Merge Ds Many Body Modes loose lists
DsManyBody_LoosePID (enabled) Merge Ds Many Body Modes loosePID lists
DsManyBody_Default (enabled) Merge Ds Many Body Modes default lists
DsAll_Loose (enabled) Merge all Ds Modes loose lists
DsAll_LoosePID (enabled) Merge all Ds Modes loosePID lists
DsAll_Default (enabled) Merge all Ds Modes default lists
Ds_Loose (enabled) Merge Ds loose lists
Ds_LoosePID (enabled) Merge Ds loosePID lists
Ds_Default (enabled) Merge Ds default lists
Ds_TightPID (enabled) Merge Ds tightPID lists
DsMain_TightPID (enabled) Merge Main (Phipi,KsK,KstarK) Ds tightPID lists
DsMainHard_TightPID (enabled) Apply p*>1.3GeV/c cut on Main Ds tightPID lists
DsHard_Loose (enabled) Merge Ds loose lists with p*>1.3 GeV
DsHard_LoosePID (enabled) Merge Ds loosePID lists with p*>1.3 GeV
DsHard_Default (enabled) Merge Ds default lists with p*>1.3 GeV
DsHard_TightPID (enabled) Merge Ds tightPID lists with p*>1.3 GeV
DsRecoHard_Default (enabled) Merge Ds Reco mode lists with p*>1.3 GeV
DsstarToDsPi0_Loose (enabled) D_s*+ -> D_s pi0 Loose
DsstarToDsPi0_LoosePID (enabled) D_s*+ -> D_s pi0 LoosePID
DsstarToDsPi0_Default (enabled) D_s*+ -> D_s pi0 Default
DsstarToDsGamma_Loose (enabled) D_s*+ -> D_s gamma Loose
DsstarToDsGamma_LoosePID (enabled) D_s*+ -> D_s gamma LoosePID
DsstarToDsGamma_TightPID (enabled) D_s*+ -> D_s gamma TightPID
DsstarToDsGamma_Default (enabled) D_s*+ -> D_s gamma Default
DsstarToDsGammaRecoHard_Default (enabled) D_s*+ -> D_s* Gamma Default Hard for 6 Ds reco modes
DsstarHard_Loose (enabled) D_s*+ -> D_s* pi0 / Gamma hard Loose
DsstarHard_LoosePID (enabled) D_s*+ -> D_s* pi0 / Gamma hard LoosePID
DsstarHard_Default (enabled) D_s*+ -> D_s* pi0 / Gamma hard Default
BchToDstarlnu_Loose (enabled) B- -> D*0 l (nu X) Loose
BchToDstarlnu_Tight (enabled) B- -> D*0 l (nu X) Tight
BchToDstarlnu_VTightElec (enabled) B- -> D*0 l (nu X) VTight Elec
BchToDstarlnu_VTightMuon (enabled) B- -> D* l (nu X) VTight Muon
BchToDstarlnu_VTightFake (enabled) B- -> D* l (nu X) VTight Fake
BchToDstarlnu_VTightSignal (enabled) Merge Bch VTight Elec and Muon lists
BchToDstarlnu_VTightAll (enabled) Merge Bch VTight Elec + Muon + Fake lists
B0ToDstarlnu_Loose (enabled) B0 -> D* l (nu X) Loose
B0ToDstarlnu_Tight (enabled) B0 -> D* l (nu X) Tight
B0ToDstarlnu_VTightElec (enabled) B0 -> D* l (nu X) VTight Elec
B0ToDstarlnu_VTightMuon (enabled) B0 -> D* l (nu X) VTight Muon
B0ToDstarlnu_VTightFake (enabled) B0 -> D* l (nu X) VTight Fake
B0ToDstarlnu_VTightSignal (enabled) Merge B0 VTight Elec and Muon lists
B0ToDstarlnu_VTightAll (enabled) Merge B0 VTight Elec + Muon + Fake lists
BchToDlnu_Loose (enabled) B- -> D0 l (nu X) Loose
BchToDlnu_Tight (enabled) B- -> D0 l (nu X) Tight
BchToDlnu_VTightElec (enabled) B- -> D0 l (nu X) VTight Elec
BchToDlnu_VTightMuon (enabled) B- -> D0 l (nu X) VTight Muon
BchToDlnu_VTightFake (enabled) B- -> D0 l (nu X) VTight Fake
BchToDlnu_VTightSignal (enabled) Merge Bch VTight Elec and Muon lists
BchToDlnu_VTightAll (enabled) Merge Bch VTight Elec + Muon + Fake lists
B0ToDlnu_Loose (enabled) B0 -> Dch l (nu X) Loose
B0ToDlnu_Tight (enabled) B0 -> Dch l (nu X) Tight
B0ToDlnu_VTightElec (enabled) B0 -> Dch l (nu X) VTight Elec
B0ToDlnu_VTightMuon (enabled) B0 -> Dch l (nu X) VTight Muon
B0ToDlnu_VTightFake (enabled) B0 -> Dch l (nu X) VTight Fake
B0ToDlnu_VTightSignal (enabled) Merge B0 VTight Elec and Muon lists
B0ToDlnu_VTightAll (enabled) Merge B0 VTight Elec + Muon + Fake lists
BTo(DorDstar)lnuX (enabled) Merge BtoDlnuX and BToDstarlnuX lists
KsDefault_BToDlnu (enabled) Ks->Pi Pi Default BToDlnu
D0ToKPiLoose_BToDlnu (enabled) D0->K pi for BToDlnu
D0ToKPiPi0Loose_BToDlnu (enabled) D0->K pi pi0 for BToDlnu
D0ToK3PiLoose_BToDlnu (enabled) D0->K 3pi for BToDlnu
D0ToKsPiPiLoose_BToDlnu (enabled) D0->Ks pi pi for BToDlnu
D0All_BToDlnu (enabled) D0->All for BToDlnu
DstarToD0Pi_BToDlnu (enabled) D*+ -> D0 pi for BToDlnu
Dstar0ToD0Pi0_BToDlnu (enabled) D*0 -> D0 pi0 for BToDlnu
DchToKPiPiLoose_BToDlnu (enabled) D+ ->K pi pi for BToDlnu
DchToKsPiLoose_BToDlnu (enabled) D+ ->Ks pi for BToDlnu
DcAll_BToDlnu (enabled) D0->All for BToDlnu
DstarToDcPi_BToDlnu (enabled) D*+ -> D+ pi0 for BToDlnu
DstarAll_BToDlnu (enabled) D*+->All for BToDlnu
BchToDlnu_Start (enabled) B+ ->D0 l nu
BchToDstarlnu_Start (enabled) B+ ->D*0 l nu
B0ToDchlnu_Start (enabled) B0 ->D+ l nu
B0ToDstarlnu_Start (enabled) B0 ->D*+ l nu
BchToDlnu_All (enabled) B+ ->D0 or D*0 l nu
B0ToDlnu_All (enabled) B0 ->D+ or D*+ l nu
BToDorDstarlnu_All (enabled) B -> D0/D*0/D+/D*+ l nu
B0ToPiPi_Default (enabled) B0 -> pi- pi+ Default
GoodTracksVLK (enabled) Make Very Loose K (and pi)
B0ToDstarRhoC_Default (enabled) B0 -> D*- rho+ Default
B0ToDstarA1C_Default (enabled) B0 -> D*- a1+ Default
B0ToDPi_Default (enabled) B0 -> D- pi+ Default
B0ToDK_Default (enabled) B0 -> D- K+ Default
B0ToDRhoC_Default (enabled) B0 -> D- rho+ Default
B0ToDA1C_Default (enabled) B0 -> D- a1+ Default
BchToD0Pi_Default (enabled) B- -> D0 pi- Default
BchToD0PiNoPID_Default (enabled) B- -> D0 pi- No PID Default
BchToD0KchNonCP_Default (enabled) B+ -> D0 K+ Default Hard
BchToDstar0KchNonCP_Default (enabled) B+ -> D*0 K+ Default Hard
BchToD0KstarNonCP_Default (enabled) B+ -> D0 K*+ Default Hard
BchToDstar0KstarNonCP_Default (enabled) B+ -> D*0 K*+ Default Hard
BchToCabNonCPDK_Default (enabled) create a B+ from Non CP states
BchToCabNonCPDKst_Default (enabled) create a B+ from Non CP DKst states
BchToD0Pi_D0CPOdd_Default (enabled) B- -> D0 (CP= -1) pi- Default
BchToD0Pi_D0CPEven_Default (enabled) B- -> D0 (CP= +1) pi- Default
BchToD0RhoC_Default (enabled) B- -> D0 rho- Default
BchToD0A1C_Default (enabled) B- -> D0 a1- Default
BchToDstar0Pi_Default (enabled) B- -> D*0 pi- Default
BchToDstar0PiNoPID_Default (enabled) B- -> D*0 pi- No PID Default
BchToDstar0RhoC_Default (enabled) B- -> D*0 rho- Default
BchToDstar0A1C_Default (enabled) B- -> D*0 a1- Default
B0ToDstarPiPi0_Default (enabled) B0 -> D*- pi+ pi0 Default (non-resonant)
BchToD0K_Default (enabled) B- -> D0 K- Default
BchToD0CPEvenK_Default (enabled) B- -> D0(CPeven) K- Default
BchToD0CPOddK_Default (enabled) B- -> D0(CPodd) K- Default
BchToD0barK_Default (enabled) B- -> D0bar K- Default
BchToD0DalitzK_Default (enabled) B- -> D0Dalitz K- Default
BchToDstar0K_Loose (enabled) B- -> D*0 K- Loose
BchToDstar0CPEvenK_Loose (enabled) B- -> D*0(CPeven) K- Loose
BchToDstar0CPOddK_Loose (enabled) B- -> D*0(CPodd) K- Loose
BchToDstar0barK_Loose (enabled) B- -> D*0bar K- Loose
BchToDstar0DalitzK_Loose (enabled) B- -> D*0Dalitz K- Loose
BchToD0Kstar_Loose (enabled) B- -> D0 K*- Loose
BchToD0CPEvenKstar_Loose (enabled) B- -> D0(CPEven) K*- Loose
BchToD0CPOddKstar_Loose (enabled) B- -> D0(CPOdd) K*- Loose
BchToD0barKstar_Loose (enabled) B- -> D0bar K*- Loose
BchToD0DalitzKstar_Loose (enabled) B- -> D0Dalitz K*- Loose
BchToDstar0Kstar_Loose (enabled) B- -> D*0 K*- Loose
BchToDstar0CPEvenKstar_Loose (enabled) B- -> D*0(CPEven) K*- Loose
BchToDstar0CPOddKstar_Loose (enabled) B- -> D*0(CPOdd) K*- Loose
BchToDstar0barKstar_Loose (enabled) B- -> D*0bar K*- Loose
BchToDstar0DalitzKstar_Loose (enabled) B- -> D*0Dalitz K*- Loose
BchToD0Kstar_Default (enabled) B- -> D0 K*- Default
BchToDstar0Kstar_Default (enabled) B- -> D*0 K*- Default
B0ToDcKstar_Default (enabled) B0 -> D+ K*- Default
B0ToDstarKstar_Default (enabled) B0 -> D*+ K*- Default
BchToDstar0Pi_D0CPEven_Default (enabled) B- -> D*0 pi- D0(CP+) Default
BchToDstar0Pi_D0CPOdd_Default (enabled) B- -> D*0 pi- D0(CP-) Default
BchToD0CPEvenKstar_Default (enabled) B- -> D0 K*- D0CPEven Default
BchToD0CPOddKstar_Default (enabled) B- -> D0 K*- D0CPOdd Default
BchToD0Pi_WS_Default (enabled) B- -> anti-D0 Pi- Default (Wrong Sign)
BchToDstar0Pi_WS_Default (enabled) B- -> anti-D*0 Pi- Default (Wrong Sign)
BchToD0Kstar_WS_Default (enabled) B- -> anti-D0 K*- Default (Wrong Sign)
D0List_ForDKPi (enabled) Merge D0ChrgKDefault+ D0 CPOdd1 + Rho0Pi0 + K+K- CP lists
Dstar0ToD0Pi0_ForDKPi (enabled) D*0 -> D0 pi0 using the D0 List for DKPi
Dstar0ToD0Gamma_ForDKPi (enabled) D*0 -> D0 gamma using the D0 List for DKPi
DcList_ForDKPi (enabled) Merge Dc-> K- Pi+ Pi+ and Dc ->Ks Pi lists only
B0ToDchKsPi_Default (enabled) B0 -> D- Ks Pi+ Default
B0ToDstarcKsPi_Default (enabled) B0 -> D*- Ks Pi+ Default
B0ToD0KsPi0_Default (enabled) B0 -> D0 Ks Pi0 Default
B0ToD0KsRho0_Default (enabled) B0 -> D0 Ks Rho0 Default
BchToD0KPi0_Default (enabled) B- -> D0 K- pi0 Default
BchToD0KPi0_DefaultWS (enabled) B- -> D0bar K- pi0
CompBFast3body (enabled) Fast 3-body B module
BchToDstar0KPi0_DefaultOrig (enabled) B- -> D*0 K- pi0 Default
BchToDstar0KPi0_DefaultWSOrig (enabled) B- -> D*0bar K- pi0
B0ToDstar0KsPi0_Default (enabled) B0 -> D*0 Ks Pi0 Default
B0ToDstar0KsRho0_Default (enabled) B0 -> D*0 Ks Rho0 Default
BchToDPi0_Default (enabled) B- -> D- Pi0 Default
BchToD0Light_D0CP (enabled) Merge Bch Lists appearing above
BchToDLight_All (enabled) Merge Bch Lists appearing above
D0_DKNeut (enabled) Merge Default KPi,KPiPi0,K3Pi, and KsPiPi
D0_DKNeutHard (enabled) 1.3 < p* < 2.5 cut on D0DKNeut
D0_DKNeutHardLoose (enabled) 1.3 < p* < 2.5 cut on D0DKNeut
Dstar_DKNeut (enabled) D*+ -> D0 pi+
DstarSemiHard_Default (enabled) Merge D*+ main lists with p*>1.0 GeV
Dstar_DKNeutHard (enabled) D*+ -> D0 pi+
Dstarstar0DstarPi_Loose (enabled) D_10 -> D*+ pi- Default
Dstarstar0DstarPi_Default (enabled) Merge Dstarstar0DstarPiLoose with p*>1.5 Gev
DcHardList_ForDKPi (enabled) Merge DcListForDKPi with p*>0.8 Gev
Dstarstar0DPi_Loose (enabled) D_10 -> D+ pi- Default
Dstarstar0DPi_Default (enabled) Merge Dstarstar0DPiLoose with p*>1.5 Gev
Dstarstar0_Default (enabled) Merge Dstarstar0DstarPiDefault with Dstarstar0DPiDefault
Dstar0ToD0Pi0_DKNeutHard (enabled) D*0 -> D0 pi0 with p*(D0) > 1.3 GeV in the 4 main D0 modes (D0DKNeutHard)
Dstar0ToD0Gamma_DKNeutHard (enabled) D*0 -> D0 gamma with p*(D0) > 1.3 GeV in the 4 main D0 modes (D0DKNeutHard)
Dstar0ToD0Pi0_DKNeutHardLoose (enabled) D*0 -> D0 pi0 with p*(D0) > 1.3 GeV in the 4 main D0 modes (D0DKNeutHard)
Dstar0ToD0Gamma_DKNeutHardLoose (enabled) D*0 -> D0 gamma with p*(D0) > 1.3 GeV in the 4 main D0 modes (D0DKNeutHard)
DcToKPiPi_DKNeut (enabled) D+ ->K pi pi for D(*)+ K(*)0 analysis
DcToKPiPiPi0_DKNeut (enabled) D+ ->K pi pi pi0 for D(*)+ K(*)0 analysis
DcToKsPi_DKNeut (enabled) D+ ->Ks pi for D(*)+ K(*)0 analysis
DcToKsPiPiPi_DKNeut (enabled) D+ ->Ks 3pi for D(*)+ K(*)0 analysis
DcToKsPiPi0_DKNeut (enabled) D+ ->Ks pi pi0 for D(*)+ K(*)0 analysis
BchToDcKs_Default (enabled) B- -> D- Ks Default
BchToDstarKs_Default (enabled) B- -> D*- Ks Default
BchToDcKstar_Default (enabled) B- -> D- K Default
BchToDstarKstar_Default (enabled) B- -> D*- K*0 Default
B0ToD0Ks_Default (enabled) B0 -> D0 Ks Default
B0ToDstar0Ks_Default (enabled) B0 -> D*0 Ks Default
B0ToD0Kstar_Default (enabled) B0 -> D0 K*0 Default
B0ToDstar0Kstar_Default (enabled) B0 -> D*0 K*0 Default
B0ToD0barKstar_Default (enabled) B0 -> D0bar K*0 Default
B0ToDstar0barKstar_Default (enabled) B0 -> D*0bar K*0 Default
B0ToDstarstar0barKs_Default (enabled) B0 -> anti-D_10 K_S0 Default
D0CabibboLoose_Hard (enabled) D0CabibboLoose with p* > 1.7 Gev
BchToD0CPK_Default (enabled) B- -> D0CP + K- Default
B0ToD0CPKS_Default (enabled) B0 -> D0CP + KS Default
BchToD0CPKstar_Default (enabled) B- -> D0CP + K*- Default
B0ToD0CPKstar0_Default (enabled) B0 -> D0CP + K*0 Default
B0ToDstarEtaPi_Default (enabled) B0 -> D*- eta pi+ Default
B0ToDcEtaPi_Default (enabled) B0 -> D- eta pi+ Default
BchToDstar0EtaPi_Default (enabled) B- -> D*0 eta pi- Default
BchToD0EtaPi_Default (enabled) B- -> D0 eta pi- Default
B0ToDstarA0ch_Default (enabled) B0 -> D*- a_0+ Default
B0ToDcA0ch_Default (enabled) B0 -> D- a_0+ Default
BchToDstar0A0ch_Default (enabled) B- -> D*0 a_0- Default
BchToD0A0ch_Default (enabled) B- -> D0 a_0- Default
B0ToDsEtaPi_Default (enabled) B0->Ds+ eta pi- Selection
B0ToDsstarEtaPi_Default (enabled) B0->Ds*+ eta pi- Selection
a10To2PiPi0BRecoDsLight_Loose (enabled) a_10 -> pi+ pi- pi0 Loose
a10To2PiPi0BRecoDsLight_Tight (enabled) a_10 -> pi+ pi- pi0 Tight
a1CTo3PiBRecoDsLight_Tight (enabled) a_1+ -> pi+ pi+ pi- Tight
Rho0ToPiPiBRecoDsLight_Loose (enabled) rho0 -> pi+ pi- Loose
B0ToDsPi_Default (enabled) B0 -> Ds+ pi- Default
B0ToDsstarPi_Default (enabled) B0 -> Ds*+ pi- Default
B0ToDsK_Default (enabled) B0 -> Ds- K+ Default
B0ToDsstarK_Default (enabled) B0 -> Ds*- K+ Default
BchToDsPi0_Default (enabled) B+ -> Ds+ pi0 Default
BchToDsstarPi0_Default (enabled) B+ -> Ds*+ pi0 Default
BchToDsPhi_Default (enabled) B+ -> Ds+ phi Default
BchToDsstarPhi_Default (enabled) B+ -> Ds*+ phi Default
B0ToDsRhoC_Default (enabled) B0 -> Ds+ rho- Default
B0ToDsstarRhoC_Default (enabled) B0 -> Ds*+ rho- Default
BchToDsRho0_Default (enabled) B+ -> Ds+ rho0 Default
BchToDsstarRho0_Default (enabled) B+ -> Ds*+ rho0 Default
B0ToDsKstarC_Default (enabled) B0 -> Ds- K*+ Default
B0ToDsstarKstarC_Default (enabled) B0 -> Ds*- K*+ Default
BchToDsKstar0_Default (enabled) B+ -> Ds+ K*0 Default
BchToDsstarKstar0_Default (enabled) B+ -> Ds*+ K*0 Default
B0ToDsA1C_Default (enabled) B0 -> Ds+ a1- Default
B0ToDsstarA1C_Default (enabled) B0 -> Ds*+ a1- Default
BchToDsA10_Default (enabled) B+ -> Ds+ a10 Default
BchToDsstarA10_Default (enabled) B+ -> Ds*+ a10 Default
B0ToDsA1C_Tight (enabled) B0 -> Ds+ a1- Tight
B0ToDsstarA1C_Tight (enabled) B0 -> Ds*+ a1- Tight
BchToDsA10_Tight (enabled) B+ -> Ds+ a10 Tight
BchToDsstarA10_Tight (enabled) B+ -> Ds*+ a10 Tight
B0ToD0D0Ks_Default (enabled) B0 -> D0 D0 K0s Default
B0ToDchDchKs_Default (enabled) B0 -> D- D+ K0s Default
B0ToDchD0K_Default (enabled) B0 -> D- D0 K+ Default
B0ToDstar0D0Ks_Default (enabled) B0 -> D*0 D0 K0s Default
B0ToDstarDchKs_Default (enabled) B0 -> D*- D+ K0s Default
B0ToDstarD0K_Default (enabled) B0 -> D*- D0 K+ Default
B0ToDchDstar0K_Default (enabled) B0 -> D- D*0 K+ Default
B0ToDstar0Dstar0Ks_Default (enabled) B0 -> D*0 D*0 K0s Default
B0ToDstarDstarKs_Default (enabled) B0 -> D*- D*+ K0s Default
B0ToDstarDstar0K_Default (enabled) B0 -> D*- D*0 K+ Default
BchToD0D0K_Default (enabled) B+ -> D0 D0 K+ Default
BchToD0DchKs_Default (enabled) B+ -> D0 D+ K0 Default
BchToDchDchK_Default (enabled) B+ -> D- D+ K+ Default
BchToDstar0D0K_Default (enabled) B+ -> D*0 D0 K+ Default
BchToDstar0DchKs_Default (enabled) B+ -> D*0 D+ K0 Default
BchToDstarDchK_Default (enabled) B+ -> D*- D+ K+ Default
BchToD0Dstar0K_Default (enabled) B+ -> D0 D*0 K+ Default
BchToD0DstarKs_Default (enabled) B+ -> D0 D*+ K0 Default
BchToDchDstarK_Default (enabled) B+ -> D- D*+ K+ Default
BchToDstar0Dstar0K_Default (enabled) B+ -> D*0 D*0 K+ Default
BchToDstar0DstarKs_Default (enabled) B+ -> D*0 D*+ K0 Default
BchToDstarDstarK_Default (enabled) B+ -> D*- D*+ K+ Default
B0ToD0D0Ks_DeltaC2_Default (enabled) B0 -> D0 D0 K0s (DeltaC = 2) Default
B0ToDchD0K_DeltaC2_Default (enabled) B0 -> D- anti-D0 K+ (DeltaC = 2) Default
B0ToDstar0D0Ks_DeltaC2_Default (enabled) B0 -> D*0 D0 K0s (DeltaC = 2) Default
B0ToDstarD0K_DeltaC2_Default (enabled) B0 -> D*- anti-D0 K+ (DeltaC = 2) Default
B0ToDchDstar0K_DeltaC2_Default (enabled) B0 -> D- anti-D*0 K+ (DeltaC = 2) Default
B0ToDstar0Dstar0Ks_DeltaC2_Default (enabled) B0 -> D*0 D*0 K0s (DeltaC = 2) Default
B0ToDstarDstar0K_DeltaC2_Default (enabled) B0 -> D*- anti-D*0 K+ (DeltaC = 2) Default
BchToD0D0K_DeltaC2_Default (enabled) B+ -> D0 D0 K+ (DeltaC=2) Default
BchToD0barD0barK_DeltaC2_Default (enabled) B+ -> anti-D0 anti-D0 K+ (DeltaC=2) Default
BchToD0DchKs_DeltaC2_Default (enabled) B+ -> D0 D+ K0 (DeltaC=2) Default
BchToDchDchK_DeltaC2_Default (enabled) B+ -> D+ D+ K- (DeltaC=2) Default
BchToDstar0D0K_DeltaC2_Default (enabled) B+ -> D*0 D0 K+ (DeltaC=2) Default
BchToDstar0barD0barK_DeltaC2_Default (enabled) B+ -> anti-D*0 anti-D0 K+ (DeltaC=2) Default
BchToDstar0DchKs_DeltaC2_Default (enabled) B+ -> D*0 D+ K0 (DeltaC=2) Default
BchToDstarDchK_DeltaC2_Default (enabled) B+ -> D*+ D+ K- (DeltaC=2) Default
BchToD0DstarKs_DeltaC2_Default (enabled) B+ -> D0 D*+ K0 (DeltaC=2) Default
BchToDstar0Dstar0K_DeltaC2_Default (enabled) B+ -> D*0 D*0 K+ (DeltaC=2) Default
BchToDstar0barDstar0barK_DeltaC2_Default (enabled) B+ -> anti-D*0 anti-D*0 K+ (DeltaC=2) Default
BchToDstar0DstarKs_DeltaC2_Default (enabled) B+ -> D*0 D*+ K0 (DeltaC=2) Default
BchToDstarDstarK_DeltaC2_Default (enabled) B+ -> D*+ D*+ K- (DeltaC=2) Default
B0ToDchDspi0_Default (enabled) B0 -> D- D_s+ pi0 Default
B0ToDstarDspi0_Default (enabled) B0 -> D*- D_s+ pi0 Default
B0ToDchDsstarpi0_Default (enabled) B0 -> D- D_s*+ pi0 Default
B0ToDstarDsstarpi0_Default (enabled) B0 -> D*- D_s*+ pi0 Default
B0ToDchDsgamma_Default (enabled) B0 -> D- D_s+ gamma Default
B0ToDstarDsgamma_Default (enabled) B0 -> D*- D_s+ gamma Default
B0ToDchDsstargamma_Default (enabled) B0 -> D- D_s*+ gamma Default
B0ToDstarDsstargamma_Default (enabled) B0 -> D*- D_s*+ gamma Default
BchToD0Dspi0_Default (enabled) B+ -> D0 D_s+ pi0 Default
BchToDstar0Dspi0_Default (enabled) B+ -> D*0 D_s+ pi0 Default
BchToD0Dsstarpi0_Default (enabled) B+ -> D0 D_s*+ pi0 Default
BchToDstar0Dsstarpi0_Default (enabled) B+ -> D*0 D_s*+ pi0 Default
BchToD0Dsgamma_Default (enabled) B+ -> D0 D_s+ gamma Default
BchToDstar0Dsgamma_Default (enabled) B+ -> D*0 D_s+ gamma Default
BchToD0Dsstargamma_Default (enabled) B+ -> D0 D_s*+ gamma Default
BchToDstar0Dsstargamma_Default (enabled) B+ -> D*0 D_s*+ gamma Default
GammaToEE_SemiExcl (enabled) gamma -> e+ e- SemiExcl
Pi0EtaMerge (enabled) Combine list of pi0 and eta
VetoV0AndLeptons (enabled) Remove V0 and leptons
PiKMerge (enabled) Replace pions with identified kaons
PiKPMerge (enabled) Replace pions with identified kaons and protons
CompTwoBodyKcGam (enabled) Generate (K+,Gamma) seeds
CompTwoBodyKsGam (enabled) Generate (Ks,Gamma) seeds
SemiExcl (enabled) module to add p+p- pairs and pi0 to seed mode
D0ToKPi_SemiExcl (enabled) D0->K pi for SemiExcl
D0ToKPiPi0_SemiExcl (enabled) D0->K pi pi0 for SemiExcl
D0ToK3Pi_SemiExcl (enabled) D0->K 3pi for SemiExcl
D0ToKsPiPi_SemiExcl (enabled) D0->Ks pi pi for SemiExcl
D0_SemiExclHard (enabled) momentum cut on D0 for SemiExcl
DstarToD0Pi_SemiExcl (enabled) D*+ -> D0 pi for SemiExcl
Dstar0ToD0Pi0_SemiExcl (enabled) D*0 -> D0 pi0 for SemiExcl
Dstar0ToD0Gamma_SemiExcl (enabled) D*0 -> D0 gamma for SemiExcl
DchToKPiPi_SemiExcl (enabled) D+ ->K pi pi for SemiExcl
DchToKPiPiPi0_SemiExcl (enabled) D+ ->K pi pi pi0 for SemiExcl
DchToKsPi_SemiExcl (enabled) D+ ->Ks pi for SemiExcl
DchToKsPiPiPi_SemiExcl (enabled) D+ ->Ks 3pi for SemiExcl
DchToKsPiPi0_SemiExcl (enabled) D+ ->Ks pi pi0 for SemiExcl
SemiExclSelectDstarCand (enabled) Selects among D* candidates
SemiExclSelectBCand (enabled) Selects among D* candidates
OmegaToPiPiPi0_Loose (enabled) omega -> pi+ pi- pi0 Loose
D0ToKPi_TightPID (enabled) D0 -> K- pi+ for B->Domegapi
D0ToKPi_VeryTight (enabled) D0 -> K- pi+ Very Tight
D0ToKPiPi0_TightPID (enabled) D0 -> K- pi+ pi0 for B->Domegapi
D0ToKPiPi0_VeryTight (enabled) D0 -> K- pi+ pi0 Very Tight
D0ToK3Pi_TightPID (enabled) D0 -> K- pi+ pi- pi+ for B->Domegapi
D0ToK3Pi_VeryTight (enabled) D0 -> K- pi+ pi- pi+ Very Tight
D0ChrgK_Tight (enabled) Merge charged kaon D0 tight lists
D0ChrgK_VeryTight (enabled) Merge charged kaon D0 very tight lists
DcMain_ForBToDOmegaPi (enabled) Merge D+ -> Kpipi, Kspi default lists
DstarToD0PiChrgKRS_Default (enabled) D*+ -> D0(ChrgK) pi+ Default (RS)
Dstar0ToD0Pi0NotHard_Default (enabled) D*0 -> D0 pi0 no p* cut on the D0
Dstar0ToD0GammaNotHard_Default (enabled) D*0 -> D0 gamma no p* cut on the D0
B0ToDstarOmegaPi_LooseOrig (enabled) B0 -> D* omega pi LooseOrig
BchToDstar0OmegaPiDstar0ToD0Pi0_LooseOrig (enabled) B+ -> D*0 omega pi+ Loose, D*0 -> D0 pi0 Orig
BchToDstar0OmegaPiDstar0ToD0Gamma_LooseOrig (enabled) B+ -> D*0 omega pi+ Loose, D*0 -> D0 gamma Orig
B0ToDchOmegaPi_LooseOrig (enabled) B0 -> D- omega pi+ LooseOrig
BchToD0OmegaPi_LooseOrig (enabled) B+ -> D0 omega pi+ LooseOrig
B0ToD0barNonCPKPi (enabled) B0 -> anti-D0 (NonCP) K+ Pi- Default
B0ToD0NonCPKPi (enabled) B0 -> D0 (NonCP) K+ Pi- Default
B0ToDstar0barNonCPKPi (enabled) B0 -> anti-D*0 (NonCP) K+ Pi- Default
B0ToDstar0NonCPKPi (enabled) B0 -> D*0 (NonCP) K+ Pi- Default
B0ToD0barNonCPKstarPi (enabled) B0 -> anti-D0 (NonCP) K*+ Pi- Default
B0ToD0NonCPKstarPi (enabled) B0 -> D0 (NonCP) K*+ Pi- Default
B0ToDstar0barNonCPKstarPi (enabled) B0 -> anti-D*0 (NonCP) K*+ Pi- Default
B0ToDstar0NonCPKstarPi (enabled) B0 -> D*0 (NonCP) K*+ Pi- Default
B0ToD0CPEvenKPi (enabled) B0 -> D0 (CPEven) K+ Pi- Default
B0ToDstar0CPEvenKPi (enabled) B0 -> D*0 (CPEven) K+ Pi- Default
B0ToD0CPEvenKstarPi (enabled) B0 -> D0 (CPEven) K*+ Pi- Default
B0ToDstar0CPEvenKstarPi (enabled) B0 -> D*0 (CPEven) K*+ Pi- Default
B0ToD0CPOddKPi (enabled) B0 -> D0 (CPOdd) K+ Pi- Default
B0ToDstar0CPOddKPi (enabled) B0 -> D*0 (CPOdd) K+ Pi- Default
B0ToD0CPOddKstarPi (enabled) B0 -> D0 (CPOdd) K*+ Pi- Default
B0ToDstar0CPOddKstarPi (enabled) B0 -> D*0 (CPOdd) K*+ Pi- Default
Pi0ToGG_D0KPi (enabled) pi0 -> gamma gamma for the D0KPi modes
Pi0ToGG_Mass_D0KPi (enabled) pi0 -> gamma gamma for the D0KPi modes, mass constraint
Pi0SoftToGG_Mass_D0KPi (enabled) soft pi0 -> gamma gamma for the D0KPi modes, mass constraint
Rho0ToPiPi_D0KPi (enabled) rho0 -> pi+ pi- for the D0KPi modes
EtaToGG_D0KPi (enabled) eta -> gamma gamma for the D0KPi modes
EtaToGGMass_D0KPi (enabled) eta -> gg (mass) for the D0KPi modes,
EtaToPiPiPi0_D0KPi (enabled) eta -> pi+ pi- pi0 for the D0KPi modes
Eta_D0KPi (enabled) all eta for the D0KPi modes
EtaPToPiPiEta_D0KPi (enabled) eta' -> eta pi+ pi- for the D0KPi modes
OmegaToPiPiPi0_D0KPi (enabled) omega -> pi+ pi- pi0 for the D0KPi modes
PhiToKK_D0KPi (enabled) phi -> K+ K- for the D0KPi modes
KsToPiPi_Vtx_D0KPi (enabled) K0s -> pi+ pi- (vtx) for D0KPi
KsToPiPi_Tight_D0KPi (enabled) K0s -> pi+ pi- Tight for D0KPi
KstarToKsPi_D0KPi (enabled) K*+ -> K0s pi+ for the D0KPi modes
KstarToKPi0_D0KPi (enabled) K*+ -> K+ pi0 for the D0KPi modes
KstarList_D0KPi (enabled) K*+ list for the D0KPi modes
D0ToKPi_Vtx_D0KPi (enabled) D0 -> K- pi+ for D0KPi modes, vtx constraint
D0ToKPi_Mass_D0KPi (enabled) D0 -> K- pi+ for D0KPi modes, vtx and mass constraints
D0ToKPiPi0_Vtx_D0KPi (enabled) D0 -> K- pi+ pi0 for D0KPi modes, vtx constraint
D0ToKPiPi0_Mass_D0KPi (enabled) D0 -> K- pi+ pi0 for D0KPi modes, vtx and mass constraints
D0ToK3Pi_Vtx_D0KPi (enabled) D0 -> K- pi+ pi- pi+ for D0KPi modes, vtx constraint
D0ToK3Pi_Mass_D0KPi (enabled) D0 -> K- pi+ pi- pi+ for D0KPi modes, vtx and mass constraints
D0ToNonCP_Vtx_D0KPi (enabled) D0 -> K- npi (non CP) for D0KPi modes, vtx constraint
D0ToNonCP_Mass_D0KPi (enabled) D0 -> K- npi (non CP) for D0KPi modes, vtx and mass constraint
D0ToKK_Vtx_D0KPi (enabled) D0 -> K- K+ for D0KPi modes, vtx constraint
D0ToKK_Mass_D0KPi (enabled) D0 -> K- K+ for D0KPi modes, vtx and mass constraints
D0ToPiPi_Vtx_D0KPi (enabled) D0 -> pi- pi+ for D0KPi modes, vtx constraint
D0ToPiPi_Mass_D0KPi (enabled) D0 -> pi- pi+ for D0KPi modes, vtx and mass constraints
D0ToCPEven_Vtx_D0KPi (enabled) D0 -> CP even states for D0KPi modes, vtx constraint
D0ToCPEven_Mass_D0KPi (enabled) D0 -> CP even states for D0KPi modes, vtx and mass constraint
D0ToKsPi0_Vtx_D0KPi (enabled) D0 -> Ks pi0 for D0KPi modes, vtx constraint
D0ToKsPi0_Mass_D0KPi (enabled) D0 -> Ks pi0 for D0KPi modes, vtx and mass constraints
D0ToKsEta_Vtx_D0KPi (enabled) D0 -> Ks eta for D0KPi modes, vtx constraint
D0ToKsEta_Mass_D0KPi (enabled) D0 -> Ks eta for D0KPi modes, vtx and mass constraints
D0ToKsEtaP_Vtx_D0KPi (enabled) D0 -> Ks eta' for D0KPi modes, vtx constraint
D0ToKsEtaP_Mass_D0KPi (enabled) D0 -> Ks eta' for D0KPi modes, vtx and mass constraints
D0ToKsPhi_Vtx_D0KPi (enabled) D0 -> Ks phi for D0KPi modes, vtx constraint
D0ToKsPhi_Mass_D0KPi (enabled) D0 -> Ks phi for D0KPi modes, vtx and mass constraints
D0ToKsOmega_Vtx_D0KPi (enabled) D0 -> Ks omega for D0KPi modes, vtx constraint
D0ToKsOmega_Mass_D0KPi (enabled) D0 -> Ks omega for D0KPi modes, vtx and mass constraints
D0ToRho0Pi0_Vtx_D0KPi (enabled) D0 -> rho0 pi0 for D0KPi modes, vtx constraint
D0ToRho0Pi0_Mass_D0KPi (enabled) D0 -> rho0 pi0 for D0KPi modes, vtx and mass constraints
D0ToKsPiPi_Vtx_D0KPi (enabled) D0 -> Ks pi+ pi- for D0KPi modes, vtx constraint
D0ToKsPiPi_Mass_D0KPi (enabled) D0 -> Ks pi+ pi- for D0KPi modes, vtx and mass constraints
D0ToCPOdd_Vtx_D0KPi (enabled) D0 -> CP odd states for D0KPi modes, vtx constraint
D0ToCPOdd_Mass_D0KPi (enabled) D0 -> CP odd states for D0KPi modes, vtx and mass constraint
D0List_Vtx_D0KPi (enabled) D0 list for D0KPi modes, vtx constraint
D0List_Mass_D0KPi (enabled) D0 list for D0KPi modes, vtx and mass constraint
Dstar0ToD0NonCPPi0_D0KPi (enabled) D*0 -> D0(nonCP) pi0 for D0KPi modes
Dstar0ToD0NonCPGamma_D0KPi (enabled) D*0 -> D0(nonCP) gamma for D0KPi modes
Dstar0ToD0CPEvenPi0_D0KPi (enabled) D*0 -> D0(CP even) pi0 for D0KPi modes
Dstar0ToD0CPEvenGamma_D0KPi (enabled) D*0 -> D0(CP even) gamma for D0KPi modes
Dstar0ToD0CPOddPi0_D0KPi (enabled) D*0 -> D0(CP odd) pi0 for D0KPi modes
Dstar0ToD0CPOddGamma_D0KPi (enabled) D*0 -> D0(CP odd) gamma for D0KPi modes
Dstar0NonCPList_D0KPi (enabled) D*0 -> non CP for D0KPi modes
Dstar0CPEvenList_D0KPi (enabled) D*0 -> CP even for D0KPi modes
Dstar0CPOddList_D0KPi (enabled) D*0 -> CP odd for D0KPi modes
Dstar0List_D0KPi (enabled) D*0 list for D0KPi modes
GoodTracksVeryLoose_BFlav (enabled) Selection of BFlav GoodTracksVeryLoose tracks
GoodTracksSemiVeryLoose_BFlav (enabled) Selection of BFlav GoodTracksSemiVeryLoose tracks
GoodTracksVeryLooseSoft_BFlav (enabled) Selection of BFlav GoodTracksVeryLoose soft tracks
GoodTracksVeryLooseHard_BFlav (enabled) Selection of BFlav GoodTracksVeryLoose hard tracks
GoodTracksLoose_BFlav (enabled) Selection of BFlav GoodTracksLoose tracks
KLHVeryLoose_BFlav (enabled) Selection of BFlav KLHVeryLoose tracks
KLHLoose_BFlav (enabled) Selection of BFlav KLHLoose tracks
KLHTight_BFlav (enabled) Selection of BFlav KLHTight tracks
KLHVeryTight_BFlav (enabled) Selection of BFlav KLHVeryTight tracks
KLHNotPion_BFlav (enabled) Selection of BFlav KLHNotPion tracks
KLHNotPionGTL_BFlav (enabled) Selection of BFlav KLHNotPionGTL tracks
Pi0ToGG_BFlav (enabled) pi0 -> gamma gamma for the BReco BFlav modes
GoodPhotonSemiLoose_BFlav (enabled) Selection of loose good photons with E>50 MeV
Pi0ToGGSemiLoose_BFlav (enabled) pi0 -> gamma gamma with E(pi0)>300 MeV
Pi0ToGGHardLoose_BFlav (enabled) pi0 -> gamma gamma final with p*(pi0)>400 MeV
Pi0ToGGSoft_BFlav (enabled) pi0 -> gamma gamma with soft pi0s
KsToPiPi_BFlav (enabled) K0s -> pi+ pi- for the BReco BFlav modes
RhoCToPiPi0_LooseBFlav (enabled) rho+ -> pi+ pi0 loose for the BReco BFlav modes
RhoCToPiPi0_BFlav (enabled) rho+ -> pi+ pi0 for the BReco BFlav modes
RhoCToPiPi0HardLoosePi0_LooseBFlav (enabled) rho+ -> pi+ pi0 with p*(pi0) > 400MeV
RhoCToPiPi0HardLoosePi0_BFlav (enabled) rho+ -> pi+ pi0 final with p*(pi0) > 400MeV
Rho0ToPiPi_BFlav (enabled) rho0 -> pi+ pi- for the BReco BFlav modes
a1CToRho0Pi_LooseBFlav (enabled) a_1+ -> rho0 pi+ loose for the BReco BFlav modes
a1CToRho0Pi_BFlav (enabled) a_1+ -> rho0 pi+ for the BReco BFlav modes
D0ToKPi_Vtx_BFlav (enabled) D0 -> K- pi+ for BReco BFlav modes, vtx constraint
D0ToKPi_BFlav (enabled) D0 -> K- pi+ for BReco BFlav modes, vtx and mass constraints
D0ToKPiPi0_Vtx_BFlav (enabled) D0 -> K- pi+ pi0 for BReco BFlav modes, vtx constraint
D0ToKPiPi0_BFlav (enabled) D0 -> K- pi+ pi0 for BReco BFlav modes, vtx and mass constraints
D0ToK3Pi_Vtx_BFlav (enabled) D0 -> K- pi+ pi- pi+ for BReco BFlav modes, vtx constraint
D0ToK3Pi_BFlav (enabled) D0 -> K- pi+ pi- pi+ for BReco BFlav modes, vtx and mass constraints
D0ToKsPiPi_Vtx_BFlav (enabled) D0 -> Ks pi+ pi- for BReco BFlav modes, vtx constraint
D0ToKsPiPi_BFlav (enabled) D0 -> Ks pi+ pi- for BReco BFlav modes, vtx and mass constraints
DcToKPiPi_Vtx_BFlav (enabled) D+ -> K- pi+ pi+ for BReco BFlav modes, vtx constraint
DcToKPiPi_BFlav (enabled) D+ -> K- pi+ pi+ for BReco BFlav modes, vtx and mass constraints
DcToKsPi_Vtx_BFlav (enabled) D+ -> Ks pi+ for BReco BFlav modes, vtx constraint
DcToKsPi_BFlav (enabled) D+ -> Ks pi+ for BReco BFlav modes, vtx and mass constraints
Dstar0ToD0Pi0_Vtx_BFlav (enabled) D*0 -> D0 Pi0 vertex for BReco BFlav modes
Dstar0ToD0Pi0_Mass_BFlav (enabled) D*0 -> D0 Pi0 mass for BReco BFlav modes
Dstar0ToD0Gamma_Vtx_BFlav (enabled) D*0 -> D0 Pi0 vertex for BReco BFlav modes
Dstar0ToD0Gamma_Mass_BFlav (enabled) D*0 -> D0 Pi0 mass for BReco BFlav modes
DstarToD0Pi_Vtx_BFlav (enabled) D*+ -> D0 pi+ vertex for BReco BFlav modes
DstarToD0Pi_Mass_BFlav (enabled) D*+ -> D0 pi+ mass for BReco BFlav modes
B0ToDstarPi_BFlav (enabled) B0 -> D*- pi+ for BReco BFlav sample
B0ToDstarPi_BFlav_CTT (enabled) B0 -> D*- pi+ for BReco BFlav sample with CTT cuts
B0ToDstarRhoC_BFlav (enabled) B0 -> D*- rho+ for BReco BFlav sample
B0ToDstarRhoC_BFlav_CTT (enabled) B0 -> D*- rho+ for BReco BFlav sample with CTT cuts
B0ToDstarA1C_BFlav (enabled) B0 -> D*- a1+ for BReco BFlav sample
B0ToDstarA1C_BFlav_CTT (enabled) B0 -> D*- a1+ for BReco BFlav sample with CTT cuts
B0ToDPi_BFlav (enabled) B0 -> D- pi+ for BReco BFlav sample
B0ToDPi_BFlav_CTT (enabled) B0 -> D- pi+ for BReco BFlav sample with CTT cuts
B0ToDRhoC_BFlav (enabled) B0 -> D- rho+ for BReco BFlav sample
B0ToDRhoC_BFlav_CTT (enabled) B0 -> D- rho+ for BReco BFlav sample with CTT cuts
B0ToDA1C_BFlav (enabled) B0 -> D- a1+ for BReco BFlav sample
B0ToDA1C_BFlav_CTT (enabled) B0 -> D- a1+ for BReco BFlav sample with CTT cuts
BchToDPi_BFlav (enabled) Bch -> D0 pi+ for BReco BFlav sample
BchToDPi_BFlav_CTT (enabled) Bch -> D0 pi+ for BReco BFlav sample with CTT cuts
BchToDstar0Pi_BFlav (enabled) B0 -> D*0 pi+ for BReco BFlav sample
BchToDstar0Pi_BFlav_CTT (enabled) B0 -> D*0 pi+ for BReco BFlav sample with CTT cuts
LambdaCToPKPiVeryLoosePID (enabled) Lambda_c+ -> p+ K- pi+ Loose PID
LambdaCToPKPiLoosePID (enabled) Lambda_c+ -> p+ K- pi+ Tight PID
LambdaCToPKPiVeryLoosePIDHard (enabled) Lambda_c+ -> p+ K- pi+ Loose PID High p*
LambdaCToLambdaPiVeryLoosePID (enabled) Lambda_c+ -> Lambda0 pi+ Loose PID
LambdaCToLambdaPiLoosePID (enabled) Lambda_c+ -> Lambda0 pi+ Tight PID
LambdaCToLambdaPiVeryLoosePIDHard (enabled) Lambda_c+ -> Lambda0 pi+ Loose PID High p*
LambdaCToLambdaKVeryLoosePID (enabled) Lambda_c+ -> Lambda0 K+ Loose PID
LambdaCToLambdaKLoosePID (enabled) Lambda_c+ -> Lambda0 K+ Tight PID
LambdaCToLambdaKVeryLoosePIDHard (enabled) Lambda_c+ -> Lambda0 K+ Loose PID High p*
LambdaCToLambdaKPiPiVeryLoosePID (enabled) Lambda_c+ -> Lambda0 K+ pi+ pi- Loose PID
LambdaCToLambdaKPiPiLoosePID (enabled) Lambda_c+ -> Lambda0 K+ pi+ pi- Tight PID
LambdaCToLambdaKPiPiVeryLoosePIDHard (enabled) Lambda_c+ -> Lambda0 K+ pi+ pi- Loose PID High p*
LambdaCToLambdaKPi0VeryLoosePID (enabled) Lambda_c+ -> Lambda0 K+ pi0 Loose PID
LambdaCToLambdaKPi0LoosePID (enabled) Lambda_c+ -> Lambda0 K+ pi0 Tight PID
LambdaCToLambdaKPi0VeryLoosePIDHard (enabled) Lambda_c+ -> Lambda0 K+ pi0 Loose PID High p*
LambdaCToPK_S0VeryLoosePID (enabled) Lambda_c+ -> p+ K_S0 Loose PID
LambdaCToPK_S0LoosePID (enabled) Lambda_c+ -> p+ K_S0 Tight PID
LambdaCToPK_S0VeryLoosePIDHard (enabled) Lambda_c+ -> p+ K_S0 Loose PID High p*
LambdaCToPK_S0PiPiVeryLoosePID (enabled) Lambda_c+ -> p+ K_S0 pi+ pi- Loose PID
LambdaCToPK_S0PiPiLoosePID (enabled) Lambda_c+ -> p+ K_S0 pi+ pi- Tight PID
LambdaCToPK_S0PiPiVeryLoosePIDHard (enabled) Lambda_c+ -> p+ K_S0 pi+ pi- Loose PID High p*
LambdaCToLambdaPiPiPiVeryLoosePID (enabled) Lambda_c+ -> Lambda0 pi+ pi- pi+ Loose PID
LambdaCToLambdaPiPiPiLoosePID (enabled) Lambda_c+ -> Lambda0 pi+ pi- pi+ Tight PID
LambdaCToLambdaPiPiPiVeryLoosePIDHard (enabled) Lambda_c+ -> Lambda0 pi+ pi- pi+ Loose PID High p*
LambdaCToLambdaPiPi0VeryLoosePID (enabled) Lambda_c+ -> Lambda0 pi+ pi0 Loose PID
LambdaCToLambdaPiPi0LoosePID (enabled) Lambda_c+ -> Lambda0 pi+ pi0 Tight PID
LambdaCToLambdaPiPi0VeryLoosePIDHard (enabled) Lambda_c+ -> Lambda0 pi+ pi0 Loose PID High p*
LambdaCToSigma0PiVeryLoosePID (enabled) Lambda_c+ -> Sigma0 pi+ Loose PID
LambdaCToSigma0PiLoosePID (enabled) Lambda_c+ -> Sigma0 pi+ Tight PID
LambdaCToSigma0PiVeryLoosePIDHard (enabled) Lambda_c+ -> Sigma0 pi+ Loose PID High p*
LambdaCToSigma0KVeryLoosePID (enabled) Lambda_c+ -> Sigma0 K+ Loose PID
LambdaCToSigma0KLoosePID (enabled) Lambda_c+ -> Sigma0 K+ Tight PID
LambdaCToSigma0KVeryLoosePIDHard (enabled) Lambda_c+ -> Sigma0 K+ Loose PID High p*
LambdaCToSigma0KPiPiVeryLoosePID (enabled) Lambda_c+ -> Sigma0 K+ pi+ pi- Loose PID
LambdaCToSigma0KPiPiLoosePID (enabled) Lambda_c+ -> Sigma0 K+ pi+ pi- Tight PID
LambdaCToSigma0KPiPiVeryLoosePIDHard (enabled) Lambda_c+ -> Sigma0 K+ pi+ pi- Loose PID High p*
LambdaCToSigma0KPi0VeryLoosePID (enabled) Lambda_c+ -> Sigma0 K+ pi0 Loose PID
LambdaCToSigma0KPi0LoosePID (enabled) Lambda_c+ -> Sigma0 K+ pi0 Tight PID
LambdaCToSigma0KPi0VeryLoosePIDHard (enabled) Lambda_c+ -> Sigma0 K+ pi0 Loose PID High p*
LambdaCToLambdaPiXVeryLoosePID (enabled) Lambda_c+ -> Lambda0 pi+ X
LambdaCToLambdaKXVeryLoosePID (enabled) Lambda_c+ -> Lambda0 K+ X
LambdaCToPK_S0XVeryLoosePID (enabled) Lambda_c+ -> p+ K_S0 X
LambdaCToSigmaXVeryLoosePID (enabled) Lambda_c+ -> Sigma0 X
LambdaCToLambdaPiXLoosePID (enabled) Lambda_c+ -> Lambda0 pi+ X
LambdaCToLambdaKXLoosePID (enabled) Lambda_c+ -> Lambda0 K+ X
LambdaCToPK_S0XLoosePID (enabled) Lambda_c+ -> p+ K_S0 X
LambdaCToSigmaXLoosePID (enabled) Lambda_c+ -> Sigma0 X
eBremRecoHll (enabled) e -> e gamma
eBremRecoHllMerge (enabled) merge bremsstrahlung recovery lists
eBremRecoPidHll (enabled) e -> e gamma
eBremRecoPidHllMerge (enabled) merge ID bremsstrahlung recovery lists
GoodPhotonLoosePenguinSelection (enabled) Preselection of photons for penguin decays
Rho0ToPiPi_PengDefault (enabled) rho0 -> pi+ pi- PengDefault
RhoCToPiPi0_PengDefault (enabled) rho+ -> pi+ pi0 PengDefault
OmegaToPiPiPi0_PengDefault (enabled) omega -> pi+ pi- pi0 PengDefault
KstarToKPi_PengDefault (enabled) K*0 -> K- pi+ PengDefault
KstarToKsPi0_PengDefault (enabled) K*0 -> K0s pi0 PengDefault
KstarToKsPi_PengDefault (enabled) K*+ -> K0s pi+ PengDefault
KstarToKPi0_PengDefault (enabled) K*+ -> K+ pi0 PengDefault
PhiToKK_PengDefault (enabled) phi -> K+ K- PengDefault
B0ToRho0Gamma_Loose (enabled) B0 -> rho0 gamma Loose
BToRhoCGamma_Loose (enabled) B+ -> rho+ gamma Loose
B0ToOmegaGamma_Loose (enabled) B0 -> omega gamma Loose
B0ToKst0Gamma_Kst0ToKPi_Loose (enabled) B0 -> K*0 gamma, K*0 -> K+ pi- Loose
B0ToKst0Gamma_Kst0ToKsPi0_Loose (enabled) B0 -> K*0 gamma, K*0 -> K_S0 pi0 Loose
BToKstCGamma_KstCToKPi0_Loose (enabled) B+ -> K*+ gamma, K*+ -> K+ pi0 Loose
BToKstCGamma_KstCToKsPi_Loose (enabled) B+ -> K*+ gamma, K*+ -> K_S0 pi+ Loose
B0ToGammaGamma_Loose (enabled) B0 -> gamma gamma Loose
B0ToPhiGamma_Loose (enabled) B0 -> phi gamma Loose
GammaToEE_Calib (enabled) Gamma -> e+ e- calibration
BtaAllCalibSamplesProcessor (enabled) Processes all BetaPidCalib samples
BtaMicroTrkSmear (enabled) Smear tracking quantities
BtaMicroGamSmear (enabled) Smear photon quantities
BetaMicroDump (enabled) Print micro-DST
SmpMakerDefiner (enabled) Define Contents of Composite Lists
SmpRefinerDefiner (enabled) Define Contents of Refined Lists
SmpRefitterDefiner (enabled) Define Contents of Refined Lists
SmpSubListerDefiner (enabled) Define Contents of SubLists
SmpMergerDefiner (enabled) Define Contents of Merged Lists
SmpDecompList (enabled) Decompose composite candidates
SmpListInfo (enabled) Dump Basic List Info
SmpListPrinter (enabled) Dump Basic List Info
SmpListTrigger (enabled) Triggers creation of list
BtaMiniListMerge (enabled) BtaMiniListMerge
BtaMiniReduceReco (enabled) BtaMiniReduceReco
UsrCandRefCheck (enabled) Enforce consistency between cnd and usr
UsrCandBlockMaker (enabled) Write user data to a cand block
UsrEventBlockMaker (enabled) Write user data to an event block
MyMiniAnalysis (enabled) MyMiniAnalysis
QExample (enabled) Workbook example module
MyDstarAnalysis (disabled) Dstar analysis module
MyK0Analysis (disabled) K0 analysis module
MyTimePointAnalysis (enabled) Example module for the analysis of FCT timepoints
TagInspector (enabled) A module to histogram tag bits
MyReadList (enabled) read a list of composite candidates
CdbEvtLoadStateIdHistory (enabled) CdbEvtLoadStateId clone
HdrKanLoadHdr (enabled) HdrKanLoad clone
KanEventUpdateAllTheRest (enabled) KanEventUpdate clone
TagKanLoadTag (enabled) TagKanLoad clone
KanEventUpdateTag (enabled) KanEventUpdate clone
G4KanLoadTru (enabled) G4KanLoad clone
L1FctKanLoadTru (enabled) L1FctKanLoad clone
TrkKanLoadAod (enabled) TrkKanLoad clone
EmcKanLoadAod (enabled) EmcKanLoad clone
IfrKanLoadAod (enabled) IfrKanLoad clone
PidKanLoadAod (enabled) PidKanLoad clone
L1FctKanLoadAod (enabled) L1FctKanLoad clone
L1GltKanLoadAod (enabled) L1GltKanLoad clone
RecoKanLoadAod (enabled) RecoKanLoad clone
BtaMiniKanLoadCnd (enabled) BtaMiniKanLoad clone
TagBGFMultiHadron (enabled) clone of TagFilterByName
Input Modules
DummyInput (disabled) dummy input module
KanConfig (enabled) Configure Kan event store
KanEventInput (enabled) (Active) Read events from the CM2 event store, supports load on demand
ClcKanEventInput (disabled) Read events from the CM2 event store, no load on demand
Output Modules
FileOutput (disabled) (Active) Standard File Output Module
KanEventOutput (disabled) Write event to the CM2 event store
DnaKanEventOutput (disabled) Write event to the CM2 event store via the DNA system
