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charm_jet_cross_section Namespace Reference

Functions

def DifferentialXS
 
def DrawDiffXSPlot
 
def DifferentialTaggingYield
 
def DrawDiffTagYieldPlot
 
def DifferentialTaggingEfficiency
 Tagging Efficiency Flavour tagging study code.
 
def DrawDiffTagEfficiencyPlot
 

Variables

int u_fb 1
 
int u_mb 1
 
list branchlist ["Jet.PT", "Jet.Eta", "Jet.Flavor", "Jet.BTag", "GenJet.PT", "GenJet.Eta", "GenJet.Flavor"]
 dataset dictionary (cross-sections, etc.) global xs_map xs_map = {} xs_map['CC_DIS_e18_p275_B15'] = 2.408e-08*u_mb # from PYTHIA8 xs_map['NC_DIS_e18_p275_B15'] = 3.671e-06*u_mb # from PYTHIA8
 
tuple df_ct18nnlo
 
dictionary draw_config_pt {}
 Charged Current Scattering.
 

Function Documentation

def charm_jet_cross_section.DifferentialTaggingEfficiency (   df,
  x = 'Jet.PT',
  xrange = [10,
  xbins = [10,
  which = 'all' 
)

Tagging Efficiency Flavour tagging study code.

Definition at line 459 of file charm_jet_cross_section.py.

View newest version in sPHENIX GitHub at line 459 of file charm_jet_cross_section.py

References print().

Referenced by DrawDiffTagEfficiencyPlot().

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def charm_jet_cross_section.DifferentialTaggingYield (   df,
  x = 'Jet.PT',
  xrange = [10,
  xbins = [10,
  which = 'all',
  process = 'CC_DIS_e18_p275_B15' 
)

Definition at line 315 of file charm_jet_cross_section.py.

View newest version in sPHENIX GitHub at line 315 of file charm_jet_cross_section.py

References print().

Referenced by DrawDiffTagYieldPlot().

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def charm_jet_cross_section.DifferentialXS (   df,
  x = 'GenJet.PT',
  xrange = [10,
  xbins = [10,
  which = 'all',
  process = 'CC_DIS_e18_p275' 
)

Definition at line 70 of file charm_jet_cross_section.py.

View newest version in sPHENIX GitHub at line 70 of file charm_jet_cross_section.py

References print().

Referenced by DrawDiffXSPlot().

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def charm_jet_cross_section.DrawDiffTagEfficiencyPlot (   draw_config = {})

Definition at line 523 of file charm_jet_cross_section.py.

View newest version in sPHENIX GitHub at line 523 of file charm_jet_cross_section.py

References DifferentialTaggingEfficiency().

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def charm_jet_cross_section.DrawDiffTagYieldPlot (   draw_config = {},
  process = 'CC_DIS_e18_p275' 
)

Definition at line 385 of file charm_jet_cross_section.py.

View newest version in sPHENIX GitHub at line 385 of file charm_jet_cross_section.py

References DifferentialTaggingYield().

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def charm_jet_cross_section.DrawDiffXSPlot (   draw_config = {},
  process = 'CC_DIS_e18_p275' 
)

Definition at line 134 of file charm_jet_cross_section.py.

View newest version in sPHENIX GitHub at line 134 of file charm_jet_cross_section.py

References DifferentialXS().

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Variable Documentation

list charm_jet_cross_section.branchlist ["Jet.PT", "Jet.Eta", "Jet.Flavor", "Jet.BTag", "GenJet.PT", "GenJet.Eta", "GenJet.Flavor"]

dataset dictionary (cross-sections, etc.) global xs_map xs_map = {} xs_map['CC_DIS_e18_p275_B15'] = 2.408e-08*u_mb # from PYTHIA8 xs_map['NC_DIS_e18_p275_B15'] = 3.671e-06*u_mb # from PYTHIA8

Definition at line 43 of file charm_jet_cross_section.py.

View newest version in sPHENIX GitHub at line 43 of file charm_jet_cross_section.py

tuple charm_jet_cross_section.df_ct18nnlo
Initial value:
1 eat.UprootLoad([f"../CC_DIS_e10_p275_B15_dR5_maxIP3mm_trkpt10_22sigmin_CT18NNLO/*/out.root"], "Delphes",
2  branches=branchlist)

Definition at line 46 of file charm_jet_cross_section.py.

View newest version in sPHENIX GitHub at line 46 of file charm_jet_cross_section.py

dictionary charm_jet_cross_section.draw_config_pt {}

Charged Current Scattering.

Neutral Current Scattering

Definition at line 303 of file charm_jet_cross_section.py.

View newest version in sPHENIX GitHub at line 303 of file charm_jet_cross_section.py

int charm_jet_cross_section.u_fb 1

Definition at line 30 of file charm_jet_cross_section.py.

View newest version in sPHENIX GitHub at line 30 of file charm_jet_cross_section.py

int charm_jet_cross_section.u_mb 1

Definition at line 31 of file charm_jet_cross_section.py.

View newest version in sPHENIX GitHub at line 31 of file charm_jet_cross_section.py