filter_categories.py

 
ECL_PHYSICS = [
    "filter Elab gt 0.3 plus 3 others with Elab gt 0.18 plus no clust with Ecms gt 2.0",
    "filter Elab gt 0.5 plus 2 others with Elab gt 0.18 plus no clust with Ecms gt 2.0",
    "filter ge1 Estargt2 GeV neutral clst 2232 or 130145 not gg2clst ee2clst ee1leg eeBremB",
    "filter ge1 Estargt2 GeV neutral clst 32130 not gg2clst ee1leg1clst ee1leg1trk eeBremB"
]
 
# ECL Potentially Prescaled channels
ECL_PRESCALED = [
    "filter 0.3ltEstar max clustlt2 GeV plus 2 others gt 0.2 GeV",
    "filter 1 electron Estargt1 GeV clust in 45115 and no other clust Estargt0.3 GeV",
    "filter 1 electron Estargt1 GeV clust in 32130 and no other clust Estargt0.3 GeV",
    "filter 1 Estargt1 GeV cluster no other cluster Estargt0.3 GeV",
    "filter 1 photon Estargt1 GeV clust not low not 45115 no other clust Estargt0.3 GeV",
    "filter gg2clst",
    "filter ge1 Estargt2 GeV chrg clst 22145 not gg2clst ee2clst ee1leg",
    "filter ggEndcapLoose",
    "filter n2GeVPhotonBarrelge1",
    "filter n2GeVPhotonEndcapge1",
    "filter Estargt2 GeV cluster",
    "filter ECLMuonPair"
]
 
# CDC Physics channels
CDC_PHYSICS = [
    "filter ge3 looseB tracks inc 1 tightB not ee2leg",
    "filter 2 looseB tracks inc 1 tightB q==0 pstarmaxlt0.8 GeVc not eexx",
    "filter 2 looseB tracks 0.8ltpstarmaxlt4.5 GeVc not ee2leg ee1leg1trk eexx",
    "filter 2 looseB tracks pstarmaxgt4.5 GeVc not ee2leg ee1leg1trk ee1leg1e eeBremB muonPairVB"
]
 
# CDC Potentially Prescaled channels
CDC_PRESCALED = [
    "filter 2 loose tracks pstarmaxlt0.8 GeVc",
    "filter 2 loose tracks 0.8ltpstarmaxlt4.5 GeVc",
    "filter 2 loose tracks pstarmaxgt4.5 GeVc",
    "filter ge1 tight track"
]
 
# Targeted Physics channels
PHYSICS = [
    "filter 1 photon Estargt1 GeV clust in 45115 and no other clust Estargt0.3 GeV",
    "filter 1 photon Estargt1 GeV clust in 32130 and no other clust Estargt0.3 GeV",
    "filter 1 photon Estargt0.5 GeV clust in 4498 and no other clust Estargt0.3 GeV",
    "filter ggBarrelLoose",
    "filter singleTagLowMassB",
    "filter singleTagHighMassB",
    "filter b2b phi photons",
    "filter displaced vertex"
]
 
# QED channels
QED = [
    "filter ee flat 0 19",
    "filter ee flat 19 22",
    "filter ee flat 22 25",
    "filter ee flat 25 30",
    "filter ee flat 30 35",
    "filter ee flat 35 45",
    "filter ee flat 45 60",
    "filter ee flat 60 90",
    "filter ee flat 90 180",
    "filter selectee",
    "filter selee1leg1clst",
    "filter selee1leg1trk",
    "filter eexxSelectB",
    "filter eexxHighP",
    "filter radiative BhabhaB",
    "filter selectmumu",
    "filter single muon",
    "filter cosmic",
    "filter rad Bhabha 1trkB",
    "filter Bhabha one cluster"
]
 
# L1 Passthrough channels
LEVEL1 = [
    "filter L1 trigger",
    "filter passthrough l1 trigger delayed bhabha",
    "filter passthrough l1 trigger random",
    "filter passthrough l1 trigger poisson",
    "filter L1 Bhabha veto",
    "filter L1 Bhabha select",
    "filter L1 trigger nn info",
    "filter passthrough l1 trigger f",
    "filter dummy"
]
 
# Veto channels
VETOES = [
    "filter ee1leg",
    "filter ee1leg1clst",
    "filter ee1leg1e",
    "filter ee1leg1trk",
    "filter ee2clst",
    "filter ee2leg",
    "filter eeBremB",
    "filter eexx",
    "filter muonPairVB"
]
 
# Obsolete channels
OBSOLETE = [
    "filter ge1 Estargt2 GeV neutral clst 2232 or 130145 not gg2clst ee2clst ee1leg eeBrem",
    "filter ge1 Estargt2 GeV neutral clst 32130 not gg2clst ee1leg1clst ee1leg1trk eeBrem",
    "filter ge3 loose tracks inc 1 tight not ee2leg",
    "filter 2 loose tracks inc 1 tight q==0 pstarmaxlt0.8 GeVc not eexx",
    "filter 2 loose tracks 0.8ltpstarmaxlt4.5 GeVc not ee2leg ee1leg1trk eexx",
    "filter 2 loose tracks pstarmaxgt4.5 GeVc not ee2leg ee1leg1trk ee1leg1e eeBrem muonPairV",
    "filter singleTagLowMass",
    "filter singleTagHighMass",
    "filter eexxSelect",
    "filter radiative Bhabha",
    "filter rad Bhabha 1trk",
    "filter eeBrem",
    "filter muonPairV"
]
 
# General channels
RESULTS = [
    "total events",
    "l1 decision",
    "final decision",
    "all total result",
    "filter total result",
    "skim total result"
]