Data

• Jet Probability distribution positive for the top plots, ejets on the left and away jets on the right, and negative for the bottom plots; again ejets on the left and away on the right. here
• Same as above but requiring positive taggability to the jets here
• Same as above but requiring negative taggability to the jets here
• The top left plot: Pos Jetprob distribution for e-jets when the away jet is tagged positive; Neg. Jetprob distribution for the e-jets when the away jet is tagged positive. The bottom plots shows the same thing as above but when the away jet is tagged negative. here
• Negative tagging efficiency for the inclusive data. Number of tagged (taggable) electron jets divide by the number of ejets. here

MC

• Jet Probability distribution positive for the top plots, ejets on the left and away jets on the right, and negative for the bottom plots; again ejets on the left and away on the right. here
• Same as above but requiring positive taggability to the jets here
• Same as above but requiring negative taggability to the jets here
• The top left plot: Pos Jetprob distribution for e-jets when the away jet is tagged positive; Neg. Jetprob distribution for the e-jets when the away jet is tagged positive. The bottom plots shows the same thing as above but when the away jet is tagged negative. here
• Negative tagging efficiency for the inclusive MC. Number of tagged (taggable) electron jets divide by the number of ejets (red: b quarks, green: c quarks and blue: light quarks) . here
• Jet Probability distribution positive for the top plot, bjets are black, c jets are red, light quarks are green and everything else that it is not a b/c/l is blue, and negative for the bottom plots. (This is for the electron jets matched to a hadron in a cone of 0.4) here
• Same as above but requiring positive taggability to the jets here
• Same as above but requiring negative taggability to the jets here