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dally96 / DisplacedTauAnalysis

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Stau to Electron ID efficiencies #17

Open dally96 opened 5 months ago

dally96 commented 5 months ago

Stautoe_eff_ID_lxy.pdf Stautoe_eff_ID_dxy.pdf Stautoe_eff_ID_eta.pdf Stautoe_eff_ID_pt.pdf

There are kinematic cuts of pt > 20 GeV and |eta| < 2.4. The numerators are the number of reco electrons that pass the kinematic cuts and the loose/medium/tight ID cut and trace back to a gen electron while the denominator are the total number of gen electrons within the kinematic cuts. The loose/medium/tight ID cuts are selected by using the branch Electron_cutBased where Electron_cutBased = 2/3/4 is loose/medium/tight ID. I'm not sure why tight ID has better recon efficiency than the other two, but I've double checked and the IDs and plots are correct.

dally96 commented 5 months ago

The same is true for Z to ee reco eff, Ztoee_eff_pt.pdf

dally96 commented 5 months ago

With the fix that Electrons_cutBased contains the sum of booleans and not just the integer value corresponding to the ID, we have the new plots for the reco efficiency

Stautoe_eff_ID_eta.pdf Stautoe_eff_ID_pt.pdf Stautoe_eff_ID_dxy.pdf Stautoe_eff_ID_lxy.pdf

dally96 commented 5 months ago

Added the Veto ID and split the plots into endcap and barrel Stautoe_eff_pt_eta0-1 479 Stautoe_eff_pt_eta1 479-2 4

dally96 commented 5 months ago

Updated dxy reco eff with Veto included Stautoe_eff_ID_dxy