Same Sign Multi-Lepton Event (MC-20)
The event implementation is based on beyond-standard-model, which interprets the additional truth matching branches in the output n-tuples.
Event Attribute Descriptions
- AnalysisG.Events import SSML_MC20
- Variables:
is_mc – “mcChannelNumber”
met_sum – “met_sumet”
met – “met_met”
phi – “met_phi”
weight – “weight_mc”
mu – “mu”
Tops – A list of final state radiation top quarks in the event.
TruthChildren – A list of all truth children originating from the top partons.
PhysicsTruth – A list of all truth-jets and associated electron and muons.
Jets – A list of event Jets.
Leptons – A cummulated list of muons and electrons in the event
Detector – A list of all detector objects (jets/electrons/muons/photons).
Particle Definitions
- class AnalysisG.Events.Events.mc20_ssml.Particles.Top
- Variables:
Type – “top”
pt – “top_pt”
eta – “top_eta”
phi – “top_phi”
e – “top_e”
index – “top_top_index” - A unique top index for the set of tops in the event.
charge – “top_charge” - Assigned charge of the top parton
barcode – “top_barcode” - The barcode assigned to a given top by AnalysisTop
pdgid – “top_pdgid” - The pdgid of the given top.
status – “top_status” - The decay status of the final top quark.
Children – A container used to link the truth children to the top quark.
- class AnalysisG.Events.Events.mc20_ssml.Particles.Children
- Variables:
Type – “child”
pt – “child_pt”
eta – “child_eta”
phi – “child_phi”
e – “child_e”
index – “child_top_index” - The assigned top index, that the child belongs to.
barcode – “child_barcode” - The assigned barcode of the child object (from AnalysisTop).
charge – “child_charge” - Assigned charge of the child object.
pdgid – “child_pdgid” - The pdgid of the given object.
status – “child_status” - The Pythia status code of the particle.
Parent – A list containing the originating top quark.
- class AnalysisG.Events.Events.mc20_ssml.Particles.PhysicsDetector
- Variables:
Type – “physdet”
pt – “physdet_pt”
eta – “physdet_eta”
phi – “physdet_phi”
e – “physdet_e”
index – “physdet_index”
top_index – “physdet_top_index”
truth_parton – “physdet_partontruthlabel”
particle_type – “physdet_type” ([jet, lep, photon])
truth_cone – “physdet_contruthlabel”
- class AnalysisG.Events.Events.mc20_ssml.Particles.PhysicsTruth
- Variables:
Type – “phystru”
pt – “phystru_pt”
eta – “phystru_eta”
phi – “phystru_phi”
e – “phystru_e”
index – “phystru_index”
top_index – “phystru_top_index”
truth_parton – “phystru_partontruthlabel”
particle_type – “phystru_type” ([jet, lep, photon])
truth_cone – “phystru_contruthlabel”
- class AnalysisG.Events.Events.mc20_ssml.Particles.Electron
- Variables:
Type – “el”
pt – “el_pt”
eta – “el_eta”
phi – “el_phi”
e – “el_e”
charge – “el_charge”
tight – “el_isTight”
d0sig – “el_d0sig”
delta_z0 – “el_delta_z0_sintheta”
true_type – “el_true_type”
true_origin – “el_true_origin”
- class AnalysisG.Events.Events.mc20_ssml.Particles.Muon
- Variables:
Type – “mu”
pt – “mu_pt”
eta – “mu_eta”
phi – “mu_phi”
e – “mu_e”
charge – “mu_charge”
tight – “mu_isTight”
d0sig – “mu_d0sig”
delta_z0 – “mu_delta_z0_sintheta”
true_type – “mu_true_type”
true_origin – “mu_true_origin”
- class AnalysisG.Events.Events.mc20_ssml.Particles.Jet
- Variables:
Type – “jet”
pt – “jet_pt”
eta – “jet_eta”
phi – “jet_phi”
e – “jet_e”
jvt – “jet_jvt”
truth_flavor – “jet_truthflav”
truth_parton – “jet_truthPartonLabel”
btag60 – “jet_isbtagged_GN2v00NewAliasWP_60”
btag70 – “jet_isbtagged_GN2v00NewAliasWP_70”
btag77 – “jet_isbtagged_GN2v00NewAliasWP_77”
btag85 – “jet_isbtagged_GN2v00NewAliasWP_85”