List of developments for PromptNano analysis code

[lathomas]

The list below is not ordered by priority :)
Some items are fairly fast, others will require some work.

All objects:

• show trend vs integrated lumi (on top of runnb)
• move the legend outside the plots
• ask if we can get Cosmics into MINI and NANOAOD.
• consider dynamic binning for response/resolution vs pt. (less bins at high pt).
• save a few plots of response distributions for a few selected pt values (to check the Gaussian approximation). For example for muons 5<pt(offline)<10, 20<pt(offline)<25,100<pt(offline)<200
• also monitor some HLT paths for electrons and muons (HLT_Ele32_WPTight_Gsf/HLT_IsoMu24/HLT_Mu50)
• when unprescaled L1 bit "first bunch crossing in train" becomes available in NANOAOD, use it for prefiring studies

Muons

• post/prefiring: write in the caption what the event selection is (unprefirable events or all events).
• add L1 muons eta phi occupancy in bx0 all events.
• Have a synchronization exercise with Yannis for prefiring.
• Add a prefiring vs pt ? BMTF/OMTF/EMTF
• Urgent fix bug in turn of L1Mu5 in OMTF. Seems there's a hard cut at L1mu>15 for OMTF/EMTF. (Probably better to propagate the offline muon to station 2.)
• Add effcy vs eta, phi separately.
• show L1Mu5/22(qual12) turnon for BMTF/OMTF/EMTF in the same plot
• Extend pt range up to 1000 GeV (300-500-1000).
• Response/resolution: Add plot for single quality
• Add a specific effcy vs deltaR (for doublemuon, double electron).
• Add displaced muon efficiency. (needs cosmics muon dataset in NANO)
• Add charge measurement effcy vs eta and phi.

Electrons

• extend the prefiring vs eta plot up to eta = 3. This implies a new event selection.
• Add a plot of SingleEG30 prefirable with unprefirable events
• Ask to have L1EG saved down to 5 GeV instead of 10 GeV in NANO.
• Show L1EG15/30 turnon for non iso/loose iso/tight iso in same plot
• adapt the range of y axis for resolution

Jets

• Pre/postfiring zoom on the y axis.
• Pre/postfiring: it seems to be really 0 (not a single event pre/postfiring), which seems surprising. Should be double checked.
• save a few plots of ptbalance distributions for a few selected pt values. For example: 40/180
• show L1Jet40/180 turnon for barrel/endcap/HF in the same plot.
• Show pt balance vs photon pt.
• Consider also using Z+jets to probe lower pt: show pt balance vs Z pt.
• Response vs Pt has different y axis range for photon+jets and muon+jets

EtSum

• Use EtSum stored instead of L1 bits to make turnons
• Add zoom turnon for ETMHF
• Show MET effcy vs Zpt for Z(mumu)+jets
• Show MET effcy vs run nb for offlineMET(mu subtracted)>200.
• Show the response defined as ETMHF/pt(Z) as a function of ptZ for Z(mumu)+jets.
• Use different nvtx ranges.
• Replace MET by PuppiMET