Validation and RTT in the new xAOD Framework Bruce Schumm, UC Santa Cruz For the ID Val/RTT Task Force Tim Adye, Max Baugh, Nick Edwards, Goetz Gaycken, Heather Gray, Simone Pagan Griso, Qi Li, Soeren Prell, Shaun Roe, Basil Schnieder, Bruce Schumm, Nick Styles July

08 July Of course, need to move into new xAOD framework Opportunity to rethink / further codify approach to validation and monitoring Reat-Time Testing (RTT): “Nightly” (daily) snapshot of tracking CP on a number of physics samples (single particle, Z  μμ, ttbar, minimum-boas Validation: More detailed review of tracking CP and MC simulation for fixed releases This will be a status report, with some points of current discussion highlighted Motivation and Outline

08 July New package, InDetPhysValMonitoring, developed from scratch (Shaun Roe) to replace prior InDetPerformanceRTT package. Uses “decorated” xAOD; decortator algorithm runs a number of tools developed by Shaun that restore detailed information to tracks nominally missing from the xAOD collections (e.g. hit info) Skeleton and basic functionality in place One exception is hit residuals; should be available soon Fine details (fiducial region, track quality) still under discussion Survey relative to prior (InDetPerformanceRTT) functionality for RTT and Validation (missing plots, plotting format) completed; missing areas being addressed Hope to have rudimentary system implemented in nightlies (RTT) soon, with DCube comparison between monitored and reference But finalization of underlying package will continue for some time Overview

08 July RTT Functionality: DCube Plots Resolutions, pulls and biases for the five track parameters, as functions of both P T and  Tracking efficiency vs.  Many categories of hit content of tracks: No. of Blayer, pixel, SCT, TRT hits, holes, shared, etc. Hit efficiencies by system Hit residuals in pixel, SCT, TRT Tracking efficiency and fakes within jets “Validation” task has substantially more plots; won’t list functionality here (still parsing the list in fact)

08 July RTT Interface for Shifters Branch: dev FitterNightly1 GeV μ 100 GeV μ Z → μμ1 GeV e 100 GeV e 1 GeV π 100 GeV π t tbar Zμμ pileup Min Bias t tbar IBL GChi2rel_0 Jul 5 14:21Jul 5 14:21 P Jul 5 14:21Jul 5 14:21 P Jul 5 11:36Jul 5 11:36 P Jul 5 16:07Jul 5 16:07 P Jul 5 15:42Jul 5 15:42 P Jul 5 14:01Jul 5 14:01 P Jul 5 15:06Jul 5 15:06 P Jul 5 11:51Jul 5 11:51 P Jul 5 10:56Jul 5 10:56 B Jul 5 11:36Jul 5 11:36 P Jul 5 11:01Jul 5 11:01 P GChi2rel_1 Jul 6 14:08Jul 6 14:08 P Jul 6 15:24Jul 6 15:24 P Jul 6 10:18Jul 6 10:18 P Jul 6 14:18Jul 6 14:18 P Jul 6 15:04Jul 6 15:04 P Jul 6 13:53Jul 6 13:53 P Jul 6 16:19Jul 6 16:19 P Jul 6 11:23Jul 6 11:23 P Jul 6 10:18Jul 6 10:18 B Jul 6 10:53Jul 6 10:53 P Jul 6 10:18Jul 6 10:18 P GChi2rel_2 Jun 30 15:18Jun 30 15:18 P Jun 30 15:23Jun 30 15:23 P Jun 30 09:52Jun 30 09:52 P Jun 30 13:33Jun 30 13:33 P Jun 30 13:08Jun 30 13:08 B Jun 30 14:48Jun 30 14:48 B Jun 30 15:03Jun 30 15:03 P Jun 30 10:22Jun 30 10:22 P Jun 30 09:47Jun 30 09:47 B Jun 30 10:22Jun 30 10:22 P Jun 30 09:52Jun 30 09:52 P GChi2rel_3 Jul 1 15:40Jul 1 15:40 B Jul 1 16:05Jul 1 16:05 P Jul 1 10:35Jul 1 10:35 P Jul 1 15:50Jul 1 15:50 B Jul 1 18:00Jul 1 18:00 P Jul 1 14:45Jul 1 14:45 P Jul 1 16:10Jul 1 16:10 P Jul 1 11:20Jul 1 11:20 P Jul 1 11:20Jul 1 11:20 B Jul 1 11:45Jul 1 11:45 P Jul 1 10:40Jul 1 10:40 P GChi2rel_4 Jul 2 15:18Jul 2 15:18 B Jul 2 15:29Jul 2 15:29 P Jul 2 10:48Jul 2 10:48 P Jul 2 14:08Jul 2 14:08 P Jul 2 16:39Jul 2 16:39 P Jul 2 13:58Jul 2 13:58 P Jul 2 14:43Jul 2 14:43 P Jul 2 11:38Jul 2 11:38 P Jul 2 10:17Jul 2 10:17 B Jul 2 11:28Jul 2 11:28 P Jul 2 10:27Jul 2 10:27 P GChi2rel_5 Jul 3 14:03Jul 3 14:03 P Jul 3 14:23Jul 3 14:23 P Jul 3 10:16Jul 3 10:16 P Jul 3 13:48Jul 3 13:48 P Jul 3 15:38Jul 3 15:38 P Jul 3 18:09Jul 3 18:09 B Jul 3 16:43Jul 3 16:43 P Jul 3 12:08Jul 3 12:08 P Jul 3 10:28Jul 3 10:28 B Jul 3 11:03Jul 3 11:03 P Jul 3 10:28Jul 3 10:28 P GChi2rel_6 Jul 4 15:32Jul 4 15:32 P Jul 4 14:01Jul 4 14:01 P Jul 4 10:31Jul 4 10:31 P Jul 4 13:56Jul 4 13:56 P Jul 4 15:37Jul 4 15:37 P Jul 4 14:16Jul 4 14:16 P Jul 4 16:12Jul 4 16:12 P Jul 4 11:06Jul 4 11:06 P Jul 4 10:31Jul 4 10:31 B Jul 4 11:11Jul 4 11:11 P Jul 4 10:56Jul 4 10:56 P

08 July Can be added: Fake (low matching probability) and duplicate (two tracks to same MC particle) rates for general tracking Tracking efficiency vs. P T ttbar sample

08 July Fiducial Region We have typically had three categories of tracking that we monitor: A)General tracking B)Outside-in tracking; i.e. BackTracking (TRT standalone tracking?) C)Tracking for Minimum Bias events For the calculation of tracking efficiency, the following have been identified as criteria to be considered in defining “trackable” particles 1) Charged 2) Stable 3) Not a strange baryon 4) Include/exclude descendants of K S or , or e+- from a conversions 5) Within specified eta range 6) Above specified Pt cut 7) Originates within specified radial extent 8) Track provenance (inside-out, backtracking, TRT standalone) 1) and 2) are always applicable; 3) comes from the MinBi analysis and would probably be fine for all types. 4) must be included for outside-in tracking. 5), 6) are probably the same for all; 7) must be relaxed for outside-in; for 8), MinBias requests only inside-out tracks

08 July Fiducial Region II Propose three fiducial-region configurations (please comment) Strange Baryons K S, , or Conversion Descendant Maximum Radius of Origin Track Provenance GeneralRejectAccept110 mmAny Minimum-Bias * Reject 110 mmInside-Out Only Outside-InRejectAcceptLargeAny Implemented via new TrackTruthSelectionTool (Nick Edwards) in InDetPhysValMonitoring package Configures via a string; more configurations can be implemented Determines “denominator” of tracking efficiency calculation * But makes use of special low-P T tracking for reconstruction

08 July Track Quality Cuts Following are the loose cuts for inside-out tracks, from InDetTrackingPerformanceGuidelines Twiki, which claims that there are applied during reconstruction and thus do not need to be applied again to the collection p T > 400 MeV: Note that we consider the p T cut to be a physics cut and, as such, is likely to be application specific. Therefore we list the cut that is used in track reconstruction here, but it does not form part of the official recommendations. |η| < 2.5 N Si ≥ 7 N sh mod ≤ 1 N hole Si ≤ 2 N hole Pix ≤ 1 Addition cuts define loose-primary Either (N Si ≥ 7 and N sh Si = 0) OR N Si ≥ 10 and tight N Si ≥ 9 (if |η| ≤ 1.65) N Si ≥ 11 (if |η| > 1.65) N IBL + N B-layer > 0 N hole Pix = 0 Additionally, for the numerator of the tracking efficiency calculation, we can apply a truth-matching probability (0.50?)

08 July Track Quality Cuts II Some questions regarding track quality cuts… Do we want to apply tighter cuts? Same cuts for MinBi as for other analyses? (“Yes” for current RTT/Validation) Separate treatment for muons and electrons? (“No” for current RTT/Validation) What about outside-in tracking? Another question for outside-in tracking: Just BackTracking or also TRT-standalone?

08 July Diamond Beam Monitor (see next slide): do we include in ID RTT/Validation? Under discussion (thoughts?). Need to incorporate package into RTT “nightlies” system (Goetz is working with Brinnick; nearly done, but just ttbar sample for now). Post processing: Validation makes use of large samples divided between numerous files  “post- processing” step must be included to combine files before performance assessment (Soeren Prell) This and That…

08 July Diamond Beam Monitor (DBM)

08 July Projected Timelines A little hard to say… but some guesses: InDetPhysValMonitoring package should be in the RTT stream (ttbar sample at least) within a week(?), but code in package will still need work before output is useful for nightly monitoring. Hoping that InDetPhysValMonitoring package will mature over the next few weeks to month. This will include outside-in tracking (BackTracking and perhaps also TRT Standalone Tracking) DCube will also require some configuring (which plots for which samples), but may happen in parallel with the final stages of code development Validation will require additional post-processing step, and the implementation of many more plots. Probably will be a few weeks longer before that rolls out. I could be totally wrong about any of this, in either direction!

08 July BACKUP