EMTF Data Quality Monitoring


EMTF Plots Documentation (In Progress)

"Good" Cosmic plots from run 266-668 and 270-909

Find bad runs and how they're bad, eg:

-nonphysical wire/strip combinations

-occupancy for sectors/stations turned off

-nonphysical strip/wire hits

-miscellaneous weird stuff

UNLESS SPECIFIED, THE PLOTS ARE FROM COLLISION RUNS

Short Summary of plots and subdirectories

Summary Page:

  • CSC LCT and RPC Hit occupancy and BX.
  • Track occupancy, pT, phi, eta and timing as well as # of CSC LCTs or RPC hits.
  • MPC error summary. (Should be very vew link errors from missing BC0)
CSCInput:
  • CSC LCT strip and wire per chamber occupancies.
RPCInput:
  • RPC Hit theta and phi per chamber occupancies.
MuonCand:
  • Hardware set of variables
SelectedTracks: Timing:
  • Timing of all CSC LCTs and RPC Hits that are used in tracks as well as the ration of the total. (Ratios useful for debugging mistiming chambers)
EventInfo:
  • Summary plots for the quality tests that are applied to the summary and CSCInput plots.

1. EMTF Errors


EMTF Errors
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Description: This is the first plot to check! A one dimensional plot detailing error counters on the EMTF boards
Known Errors: "Corruptions" hasn't been implemented yet.
   

2.a EMTF Track Occupancy For Muons


EMTF Track Occupancy
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Description: A two dimensional plot detailing the physical η, φ distribution of collisions tracks reported by the track finder.

SelectedTrakcs: Shows higher quality tracks to match SingleMu0 and SingleMu22.

Evaluation: The plot should be close to flat with higher occupancy in η>2 for collisions and should be densely filled for η>1 . Six Peaks around the sector edges may be visible.
Actions: If distribution does not fit description, contact EMTF experts.

2.b EMTF Track Occupancy For Muons for Cosmics


EMTF Track Occupancy for Cosmics
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Description: A two dimensional plot detailing the physical η, φ distribution of cosmic tracks reported by the track finder.
Evaluation: If running is specific bottom-only cosmic triggers, the distribution should be affected accordingly (half of φ range). The plot should be mostly flat with higher occupancy for η~1.2 and clustered around 1.6 radians in phi for cosmics.

SelectedTrakcs: Shows higher quality tracks to match SingleMu0 and SingleMu22. (pT assignment and quality are effectively meaningless for cosmics)


Actions: If distribution does not fit description, contact EMTF experts.

3.a EMTF Chambers Occupancy


CSC LCT Chamber Occupancy
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Description: A temperature plot of CSC LCT Occupancies as reported by the EMTF. The X axis scrolls through sectors (1-6), and CSC ID's (1-9 for stations 1-6 ). The Y axis has the stations (layers) of the Endcap, going from ME-4 to ME+4 with the outermost representing neighbor LCTs.

Evaluation: While a few sectors in ME1 may be empty, most should have a few hits. Chambers 1-3 in each sector tend to have higher occupancies due to being in ring 1 and thus closer to the beam.

Actions: if one or both tests fail and the histogram is red the expert must contact the CSC Trigger responsible.

 
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3.b EMTF Chambers Occupancy (CSC format)


CSC LCT Chamber Occupancy 2
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Description: A temperature plot of CSC LCT Occupancies as reported by the EMTF. The X axis scrolls through chambers for this plot including N for neighbor LCTs. The Y axis goes through each ring including both 1/1a and 1/1b. Note, rings that only have 18 chambers are weighted by .5 and fill 2 bins. Example 2/1 chamber 1 fills chambers 1 and 2 with .5. Neghbors are also weighted by .5 for these rings.

Evaluation: While a few sectors in ME1/3 may be empty, most should have a few hits. Chambers should have approximately equal occupancy for physics runs

Actions: if one or both tests fail and the histogram is red the expert must contact the CSC Trigger responsible.

 
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3.c EMTF Chambers Occupancy for Cosmics


EMTF Chamber Occupancy for Cosmics
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Description:A temperature plot of CSC LCT Occupancies as reported by the EMTF. The X axis scrolls through sectors (1-6), and CSC ID's (1-9 for stations 1-6 ). The Y axis has the stations (layers) of the Endcap, going from ME-4 to ME+4 with the outermost representing neighbor LCTs.

This example shows how a good cosmic run should look like. For cosmics, the configuration may be bottom only, which would yield bottom sectors (#4,5, and 6) producing higher rates in those compare to the upper ones (#1,2,3).
Evaluation: If the distribution look very differently than this, and in particular if there are completely sectors blanked out call the EMTF experts.

3.d RPC Hit Chambers Occupancy


CSC LCT Chamber Occupancy
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Description: A temperature plot of RPC Hit Occupancies as reported by the EMTF. The X axis scrolls through sectors (1-6), and chambers including neighbors(N). The Y axis has the stations (lrings) of the Endcap.

Evaluation: RPC Hits are only reported that fill in gaps in tracks caused by missing CSC LCTs. As such it is not uncommon to see high occupancy in the outside stations. Chambers move in phi so should have approximately even occupancy.


 
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4 a. EMTF Local Charged Tracks (LCTs)

CSC LCT Timing
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Description: This is a two dimensional histogram that measures the LCT timing (in Bunch Crossings) per station and ring.
Evaluation: The distribution should be centered at BX=0, but some periodicity (due to bunch spacing) is expected. Ring 1 substations should have higher occupancies than ring 2.
Description: A run with bad bunch crossing (BX) timing.
click(large), dblclick(back)

4 b. EMTF Local Charged Tracks (LCTs) for Cosmics


CSCTF LCTs for Cosmics
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Description: This is a two dimensional histogram that measures the CSC LCT timing (in Bunch Crossings) per station and ring for cosmics.
Evaluation: The distribution should be centered at x=0, but some periodicity (due to bunch spacing) is expected. For cosmics, ring 2 should have higher occupancies than ring 1.
   

4 c. CSC LCT BX

CSC LCT Timing in BX0
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Description: This is a two dimensional histogram that shows the LCT occupancy for specific timings (in Bunch Crossings) per chamber and neighbors. Only BX0 plot shown here. Note, rings that only have 18 chambers are weighted by .5 and fill 2 bins. Example 2/1 chamber 1 fills chambers 1 and 2 with .5. Neghbors are also weighted by .5 for these rings.
Evaluation: Distribution for BX0 should be higher than others (Neg2, Neg1, Pos1, Pos2). Should be even in chambers for physics runs.
 
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4 d. CSC LCT BX Fraction

CSC LCT Timing Fraction for BX0
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Description: This is a two dimensional histogram that shows the percent of LCTs in a specific BX per chamber including neighbors. This shows BX0/(BXNeg2+BXNeg1+BX0+BXPos1+BXPos2)
Evaluation:
Distribution for BX0 should be near one for every chamber. Others should show below 1 percent of mistimed LCTs.
 
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5 a. EMTF Track Bunch Crossings (BX)

5 b. EMTF Bunch Crossings (BX) for Cosmics


EMTF Track Timing
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Description: This is the total track timing reported by the EMTF for each sector on both endcaps.
Evaluation: The distribution should be centered at BX=0 for all sectors.
Description: A run with bad bunch crossing (BX) timing.
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EMTF BXs for Cosmics  
Description: This is a two dimensional histogram that displays the collision muon track timing (Bunch Crossings) per sector. These tracks have been reconstructed from LCTs and this plot does not include tracks from Halo muons. Evaluation:
click(large), dblclick(back)
   

6 a. EMTF Track η


EMTF Track η
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Description: A one dimensional histogram displaying the physical η distribution of EMTF tracks.

Evaluation: Occupancy should increase as eta gets further from zero and approaches the beam. There may be a trough in the innermost regions if running in singles mode (What does that even mean?).

Actions: If occupancy does not fit above description during collision runs, contact EMTF expert. Typical example of a problem is an asymmetric distribution.

Example of problematic (asymmetric) η distribution
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6.b EMTF Track η for Cosmics

EMTF Track η for Cosmics
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Description: Cosmic η values range from 1 to 2 in each endcap, with a peak occurring around 1.2. The endcaps should look roughly the same, but some variation is expected.

7 a. EMTF Track φ


EMTF Coincidence Track φ
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Description: A one dimensional histogram displaying the physical φ distribution of EMTF coincidence tracks.
Evaluation: This distribution should be flat, exceptions being made for small peaks/troughs due to dead chambers/masked channels (water leak here). Also, remember that these are zero suppressed.
Actions: If occupancy does not fit above description, contact CSC expert.
EMTF Coincidence High Quality Track φ
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Description: The same as above except there is a high quality requirement on the track.
Evaluation: This distribution should look similar to the one above with less occupancy.
Actions: If occupancy does not fit above description, contact CSC expert.

7 b. EMTF Track φ for Cosmics


EMTF Track φ for Cosmics
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Description: A one dimensional histogram displaying the physical φ distribution of EMTF coincidence tracks.
Evaluation: If running bottom-only cosmic triggers, phi region in top half of detector will be empty.
Actions: If occupancy does not fit above description, contact CSC expert.

8 a. EMTF Track Pt


EMTF Track Pt
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Description: A one dimensional histogram displaying the physical transverse momentum (Pt) distribution of EMTF coincidence tracks.
Evaluation: This distribution should be falling, exceptions being made for small peaks/troughs due to dead chambers/masked channels.
Actions: If occupancy does not fit above description, contact CSC expert.

8 b. EMTF Track Pt for Cosmics


EMTF Track Pt for Cosmics
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Description: A one dimensional histogram displaying the physical transverse momentum (Pt) distribution in GeV of EMTF tracks.
Evaluation: This distribution should heavily weighted towards 0 for cosmic muons.
Actions: If occupancy does not fit above description, contact CSC expert.

9 a. EMTF Track Mode

EMTF Track Mode
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Description: A one dimensional histogram displaying the track mode. Mode is a binary encoding of the stations that contributed to a track, with station 1 corresponding to the most significant digit. For example, a mode of 5 is 0101, meaning only stations 2 and 4 contributed LCTs to make the track.
Evaluation: This distribution will look different depending on the triggering configuration. If singles are enabled (low luminosity or cosmics) then mode 1, labeled singles will be highly peaked, followed by other coincidence track categories. For collision muons, we expect the highest occupancies to be ME1-2-3 (14) after singles, and smaller amounts of other triggers.


Actions: If distribution does not fit description, contact CSC expert.

9 b. EMTF Track Mode for Cosmics


CSCTF Track Mode
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Description: A one dimensional histogram displaying the amounts of track modes being reported by the EMTF.
Evaluation: This distribution will look different depending on the triggering configuration. If singles are enabled (low luminosity or cosmics) then mode 1, labeled singles will be highly peaked, followed by other coincidence track categories.
Actions: If distribution does not fit description, contact CSC expert.

10. EMTF Quality


EMTF Quality
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Description:* This is a histogram that displays the quality (0-15) recieved from the GMT.
*Evaluation:

11. EMTF Quality vs Mode


EMTF Quality vs Mode
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Description: This histogram plots the quality received from the GMT against the mode.
Evaluation: The plot should be roughly linear.

12 a. EMTF Tracks Count


EMTF Tracks Count
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Description: A one dimensional plot detailing the number of tracks per event record. [Is this going to be a semi-log plot?].
Evaluation: The distribution should be a sharply declining curve, with the majority of records having 0 tracks. However, there should still be a few occurrences each of 1,2, and 3 track event records.
Actions: If distribution does not fit description, contact CSC expert.

12 b. EMTF Tracks Count for Cosmics


EMTF Tracks Count for Cosmics
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Description: A one dimensional plot detailing the number of tracks found in each event record. [Is this going to be a semi-log plot?].
Evaluation: The distribution should be a sharply declining curve, with the majority of records having 0 tracks. However, there should still be a few occurrences each of 1,2, and 3 track event records.
Actions: If occupancy does not fit above description, contact trigger shifter to verify that trigger key is supposed to what you think it is. If you were not wrong, contact CSC expert and tell them to contact shift L1 Docs.
 

13. CSC Strip


CSC Halfstrip
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Description: This is a two dimensional histogram that displays the LCT half strip hits for each chamber in a particular ring and sector. Plots of ring 1 (X/1) should have 18 chambers, while the rest should have 36 chambers.
Evaluation: There should be no strange patterns, no overflow, and no patches of empty bins (water leak here). However, the ME11 Chambers are separated into two sub chambers (ME11A and ME11B). Empty CFEBs are not a problem if the CSC group is aware of it. ME1/1a has 96 half strips, ME1/1b has 128 half strips, and all others have 160 half strips. Sometimes the CSC reports nonphysical hits outside of this range.
Actions: If there are empty bins or a strange pattern, please contact a CSC expert.
   

14. CSC Wire


CSC Wire
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Description: This is a two dimensional histogram that displays the CSC LCT wire group hits for each chamber in one ring and one sector.
Evaluation: There should be no strange patterns, no overflow, and no patches of empty bins. However, the two lines of low occupancy in this plot are due to the support beams inside the chamber and Empty CFEBs are not a problem if the CSC group is aware of it. ME1/1 has 48 wires, Non Me1/1 CSCs have 112 wires. Like strips, nonphysical wire hits outside of this range can be reported sometimes.
Actions: If there are empty bins or a strange pattern, please contact a CSC expert.

15. EMTF 1D Strip Plots


EMTF 1D LCT Strip
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Description: This is a histogram that displays the LCT half strip hits for each station/ring combination. The ME11 chambers are divided into two sub-chambers, ME11A and ME11B. The ME11A sub-chamber contains half strip numbers 129 through 224 and ME11B contains 1 through 129.

Evaluation: This plot should have no large peaks or troughs.

   

16. EMTF 1D Wire Plots


EMTF 1D LCT Wire
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Description: These hostograms show the 1D CSC LCT wire occupancy for each station/ring.
Evaluation: In this plot, there should be larger occupancy for smaller numbers, there should be no large spikes and no holes.
   

17. MuonCand BX


MuonCand BX
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Description: Shows hardware BX values

18. MuonCand Eta


MuonCand Eta
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Description: This is a histogram that displays the hardware Eta values
Evaluation:

19. MuonCand Phi


MuonCand Phi
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Description: This histogram shows the unconverted hardware phi values. Values should range from -35 to 100, where -16 to 100 correspond to one sector and -35 to -16 represent overlapped phi from a neighboring sector.

20. MuonCand Pt


MuonCand Pt
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Description: shows hardware pt values

21. MuonCand Quality


MuonCand Quality
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Description: shows hardware quality values from the GMT

</>

Further References

Legacy CSCTF DQM Description

EMTF DAQ Readout Format

CSC Electronics Conventions

Muon Track Finders and uGMT Conventions

-- SeanJiunWang - 2015-10-23

Topic attachments
I Attachment History Action Size Date Who Comment
PNGpng 1DStrip.png r1 manage 44.0 K 2017-12-14 - 15:32 ChadFreer  
PNGpng 1DWire.png r1 manage 43.7 K 2017-12-14 - 15:32 ChadFreer  
PNGpng CSCBX0.png r1 manage 158.6 K 2017-12-19 - 14:59 ChadFreer  
PNGpng CSCBX0Frac.png r1 manage 138.7 K 2017-12-19 - 14:59 ChadFreer  
PNGpng CSCLCTBX.png r1 manage 40.8 K 2017-12-14 - 15:32 ChadFreer  
PNGpng CSCLCTCosmicBX.png r1 manage 41.5 K 2017-12-14 - 15:39 ChadFreer  
PNGpng CSCLCTOccupancy.png r1 manage 42.0 K 2017-12-14 - 15:32 ChadFreer  
PNGpng CSCLCTOccupancyCosmics.png r1 manage 43.3 K 2017-12-14 - 15:32 ChadFreer  
PNGpng CSCTF_errors.png r1 manage 20.1 K 2016-03-30 - 17:23 NicholasJosephHaubrich errors_good_example
PDFpdf DN2015_017_v3.pdf r1 manage 709.7 K 2016-03-23 - 21:42 SeanJiunWang  
PNGpng EMTFChamberOccupancy.png r1 manage 71.2 K 2016-04-14 - 15:06 NicholasJosephHaubrich  
PNGpng EMTFChamberOccupancy.resized.png r1 manage 38.7 K 2016-04-14 - 15:06 NicholasJosephHaubrich  
PNGpng EMTFErrors.png r1 manage 14.7 K 2016-04-14 - 15:06 NicholasJosephHaubrich  
PNGpng EMTFErrors.resized.png r1 manage 5.9 K 2016-04-14 - 15:06 NicholasJosephHaubrich  
PNGpng EMTFHQTrackPhi.png r1 manage 43.4 K 2017-12-14 - 15:32 ChadFreer  
PNGpng EMTFHalfstrip1DME-11.png r1 manage 53.4 K 2016-04-14 - 15:06 NicholasJosephHaubrich  
PNGpng EMTFHalfstrip1DME-11.resized.png r1 manage 26.6 K 2016-04-14 - 15:06 NicholasJosephHaubrich  
PNGpng EMTFHalfstrip1DME31.png r1 manage 48.4 K 2016-04-14 - 15:06 NicholasJosephHaubrich  
PNGpng EMTFHalfstrip1DME31.resized.png r1 manage 23.3 K 2016-04-14 - 15:06 NicholasJosephHaubrich  
PNGpng EMTFHalfstripME-11.png r1 manage 167.2 K 2016-04-14 - 15:06 NicholasJosephHaubrich  
PNGpng EMTFHalfstripME-11.resized.png r1 manage 80.1 K 2016-04-14 - 15:07 NicholasJosephHaubrich  
PNGpng EMTFHalfstripME-12.png r1 manage 142.4 K 2016-04-14 - 15:07 NicholasJosephHaubrich  
PNGpng EMTFHalfstripME-12.resized.png r1 manage 69.3 K 2016-04-14 - 15:07 NicholasJosephHaubrich  
PNGpng EMTFHalfstripME-13.png r1 manage 63.0 K 2016-04-14 - 15:07 NicholasJosephHaubrich  
PNGpng EMTFHalfstripME-13.resized.png r1 manage 30.2 K 2016-04-14 - 15:07 NicholasJosephHaubrich  
PNGpng EMTFHalfstripME-21.png r1 manage 88.1 K 2016-04-14 - 15:07 NicholasJosephHaubrich  
PNGpng EMTFHalfstripME-21.resized.png r1 manage 41.6 K 2016-04-14 - 15:07 NicholasJosephHaubrich  
PNGpng EMTFLCTBX.png r2 r1 manage 39.8 K 2016-04-22 - 14:01 NicholasJosephHaubrich  
PNGpng EMTFLCTBX.resized.png r2 r1 manage 19.8 K 2016-04-22 - 14:01 NicholasJosephHaubrich  
PNGpng EMTFMuonCandBX.png r1 manage 36.9 K 2016-04-14 - 15:07 NicholasJosephHaubrich  
PNGpng EMTFMuonCandBX.resized.png r1 manage 16.1 K 2016-04-14 - 15:11 NicholasJosephHaubrich  
PNGpng EMTFMuonCandEta.png r1 manage 50.9 K 2016-04-14 - 15:11 NicholasJosephHaubrich  
PNGpng EMTFMuonCandEta.resized.png r1 manage 24.3 K 2016-04-14 - 15:11 NicholasJosephHaubrich  
PNGpng EMTFMuonCandPhi.png r1 manage 46.8 K 2016-04-14 - 15:11 NicholasJosephHaubrich  
PNGpng EMTFMuonCandPhi.resized.png r1 manage 22.5 K 2016-04-14 - 15:11 NicholasJosephHaubrich  
PNGpng EMTFMuonCandPt.png r1 manage 42.4 K 2016-04-14 - 15:11 NicholasJosephHaubrich  
PNGpng EMTFMuonCandPt.resized.png r1 manage 19.3 K 2016-04-14 - 15:11 NicholasJosephHaubrich  
PNGpng EMTFQualvMode.png r1 manage 52.7 K 2016-04-22 - 14:16 NicholasJosephHaubrich  
PNGpng EMTFQualvMode.resized.png r1 manage 24.4 K 2016-04-22 - 14:16 NicholasJosephHaubrich  
PNGpng EMTFTrackBX.png r2 r1 manage 37.0 K 2017-12-14 - 15:32 ChadFreer  
PNGpng EMTFTrackBX.resized.png r1 manage 24.0 K 2016-04-14 - 15:11 NicholasJosephHaubrich  
PNGpng EMTFTrackEta.png r1 manage 41.3 K 2016-04-14 - 15:11 NicholasJosephHaubrich  
PNGpng EMTFTrackEta.resized.png r1 manage 20.2 K 2016-04-14 - 15:11 NicholasJosephHaubrich  
PNGpng EMTFTrackOccupancy.png r1 manage 190.8 K 2016-04-14 - 15:11 NicholasJosephHaubrich  
PNGpng EMTFTrackOccupancy.resized.png r1 manage 82.6 K 2016-04-14 - 15:11 NicholasJosephHaubrich  
PNGpng EMTFTrackPT.png r1 manage 40.8 K 2017-12-14 - 15:32 ChadFreer  
PNGpng EMTFTrackPhi.png r2 r1 manage 39.5 K 2017-12-14 - 15:32 ChadFreer  
PNGpng EMTFTrackPhi.resized.png r1 manage 22.6 K 2016-04-14 - 15:12 NicholasJosephHaubrich  
PNGpng EMTFTrackPtNoMagnet.png r1 manage 38.3 K 2016-04-14 - 15:12 NicholasJosephHaubrich  
PNGpng EMTFTrackPtNoMagnet.resized.png r1 manage 17.6 K 2016-04-14 - 15:12 NicholasJosephHaubrich  
PNGpng EMTFWiregroup1DME-21.png r1 manage 53.9 K 2016-04-14 - 15:12 NicholasJosephHaubrich  
PNGpng EMTFWiregroup1DME-21.resized.png r1 manage 24.3 K 2016-04-14 - 15:12 NicholasJosephHaubrich  
PNGpng EMTFWiregroup1DME11.png r1 manage 44.3 K 2016-04-14 - 15:12 NicholasJosephHaubrich  
PNGpng EMTFWiregroup1DME11.resized.png r1 manage 20.1 K 2016-04-14 - 15:12 NicholasJosephHaubrich  
PNGpng EMTFWiregroupME-21.png r1 manage 98.4 K 2016-04-14 - 15:12 NicholasJosephHaubrich  
PNGpng EMTFWiregroupME-21.resized.png r1 manage 49.3 K 2016-04-14 - 15:12 NicholasJosephHaubrich  
PNGpng EMTFnLCTsPerTrack.png r1 manage 39.4 K 2016-04-14 - 15:11 NicholasJosephHaubrich  
PNGpng EMTFnLCTsPerTrack.resized.png r1 manage 17.0 K 2016-04-14 - 15:11 NicholasJosephHaubrich  
PNGpng EMTFnTracksSP.png r1 manage 31.8 K 2016-04-22 - 14:16 NicholasJosephHaubrich  
PNGpng EMTFnTracksSP.resized.png r1 manage 14.7 K 2016-04-22 - 14:16 NicholasJosephHaubrich  
PNGpng EMTFnTracksperEvent.png r1 manage 35.8 K 2016-04-14 - 15:11 NicholasJosephHaubrich  
PNGpng EMTFnTracksperEvent.resized.png r1 manage 16.2 K 2016-04-14 - 15:11 NicholasJosephHaubrich  
PNGpng EMTFnTracksperSP.png r1 manage 43.8 K 2016-04-14 - 15:11 NicholasJosephHaubrich  
PNGpng EMTFnTracksperSP.resized.png r1 manage 18.7 K 2016-04-14 - 15:11 NicholasJosephHaubrich  
PDFpdf EMU_TF_DAQ_format.pdf r1 manage 490.6 K 2016-03-23 - 21:31 SeanJiunWang  
PNGpng StripNeg11b.png r1 manage 66.4 K 2017-12-14 - 15:33 ChadFreer  
PNGpng TrackCosmicBX.png r1 manage 37.3 K 2017-12-14 - 15:39 ChadFreer  
PNGpng WirePos31.png r1 manage 52.7 K 2017-12-14 - 15:33 ChadFreer  
PNGpng bad_csc_wire_MEplus32.png r1 manage 30.2 K 2016-04-04 - 17:04 NicholasJosephHaubrich  
PNGpng cosmic_2Dhalfstrip-21.png r1 manage 17.4 K 2016-03-31 - 14:15 NicholasJosephHaubrich  
PNGpng cosmic_2Dhalfstrip-21.resized.png r1 manage 40.2 K 2016-03-31 - 14:15 NicholasJosephHaubrich  
PNGpng cosmic_badbxlcts.png r1 manage 8.8 K 2016-03-31 - 17:41 NicholasJosephHaubrich  
PNGpng cosmic_badbxlcts.resized.png r1 manage 21.5 K 2016-03-31 - 17:41 NicholasJosephHaubrich  
PNGpng cosmic_badbxtrackbx.png r1 manage 50.6 K 2016-03-31 - 17:55 NicholasJosephHaubrich  
PNGpng cosmic_badbxtrackbx.resized.png r1 manage 34.4 K 2016-03-31 - 17:55 NicholasJosephHaubrich  
PNGpng cosmic_chamberoccupancy.png r2 r1 manage 29.7 K 2016-04-07 - 18:18 NicholasJosephHaubrich  
PNGpng cosmic_chamberoccupancy.resized.png r2 r1 manage 67.0 K 2016-04-07 - 18:18 NicholasJosephHaubrich  
PNGpng cosmic_emtflctbx.png r1 manage 10.1 K 2016-04-01 - 11:03 NicholasJosephHaubrich  
PNGpng cosmic_emtflctbx.resized.png r1 manage 25.3 K 2016-04-01 - 11:03 NicholasJosephHaubrich  
PNGpng cosmic_errors.png r1 manage 12.3 K 2016-03-31 - 14:15 NicholasJosephHaubrich  
PNGpng cosmic_errors.resized.png r1 manage 19.2 K 2016-03-31 - 14:15 NicholasJosephHaubrich  
PNGpng cosmic_halfstrip-11.png r1 manage 11.6 K 2016-03-31 - 14:15 NicholasJosephHaubrich  
PNGpng cosmic_halfstrip-11.resized.png r1 manage 27.4 K 2016-03-31 - 14:15 NicholasJosephHaubrich  
PNGpng cosmic_nEMTFs.png r1 manage 10.8 K 2016-03-31 - 14:15 NicholasJosephHaubrich  
PNGpng cosmic_nEMTFs.resized.png r1 manage 16.8 K 2016-03-31 - 14:15 NicholasJosephHaubrich  
PNGpng cosmic_trackBX.png r1 manage 16.4 K 2016-03-31 - 14:16 NicholasJosephHaubrich  
PNGpng cosmic_trackBX.resized.png r1 manage 30.9 K 2016-03-31 - 14:16 NicholasJosephHaubrich  
PNGpng cosmic_trackEta.png r1 manage 10.5 K 2016-03-31 - 14:16 NicholasJosephHaubrich  
PNGpng cosmic_trackEta.resized.png r1 manage 21.6 K 2016-03-31 - 14:16 NicholasJosephHaubrich  
PNGpng cosmic_trackPhi.png r1 manage 11.1 K 2016-03-31 - 14:16 NicholasJosephHaubrich  
PNGpng cosmic_trackPhi.resized.png r1 manage 24.8 K 2016-03-31 - 14:16 NicholasJosephHaubrich  
PNGpng cosmic_trackPt.png r1 manage 11.4 K 2016-03-31 - 14:16 NicholasJosephHaubrich  
PNGpng cosmic_trackPt.resized.png r1 manage 20.5 K 2016-03-31 - 14:16 NicholasJosephHaubrich  
PNGpng cosmic_trackoccupancy.png r1 manage 22.9 K 2016-03-31 - 14:16 NicholasJosephHaubrich  
PNGpng cosmic_trackoccupancy.resized.png r1 manage 80.9 K 2016-03-31 - 14:16 NicholasJosephHaubrich  
PNGpng cosmic_wire11.png r1 manage 12.2 K 2016-03-31 - 14:16 NicholasJosephHaubrich  
PNGpng cosmic_wire11.resized.png r1 manage 23.0 K 2016-03-31 - 14:16 NicholasJosephHaubrich  
PNGpng cscDQMOccupancy.png r1 manage 139.3 K 2017-12-19 - 14:59 ChadFreer  
PNGpng emtfMode.png r1 manage 13.2 K 2016-04-22 - 14:01 NicholasJosephHaubrich  
PNGpng emtfMode.resized.png r1 manage 5.5 K 2016-04-22 - 14:01 NicholasJosephHaubrich  
PNGpng emtfMuonhwQual.png r1 manage 14.3 K 2016-04-22 - 14:01 NicholasJosephHaubrich  
PNGpng emtfMuonhwQual.resized.png r1 manage 5.8 K 2016-04-22 - 14:02 NicholasJosephHaubrich  
PNGpng emtfQuality.png r1 manage 13.8 K 2016-04-22 - 14:01 NicholasJosephHaubrich  
PNGpng emtfQuality.resized.png r1 manage 5.6 K 2016-04-22 - 14:02 NicholasJosephHaubrich  
PNGpng emtfTrackPt.png r1 manage 15.5 K 2016-04-22 - 14:01 NicholasJosephHaubrich  
PNGpng emtfTrackPt.resized.png r1 manage 6.9 K 2016-04-22 - 14:02 NicholasJosephHaubrich  
PNGpng emtfnLCTs.png r1 manage 12.5 K 2016-04-22 - 14:01 NicholasJosephHaubrich  
PNGpng emtfnLCTs.resized.png r1 manage 5.3 K 2016-04-22 - 14:01 NicholasJosephHaubrich  
PNGpng emtfnTracksEvent.png r1 manage 12.4 K 2016-04-22 - 14:01 NicholasJosephHaubrich  
PNGpng emtfnTracksEvent.resized.png r1 manage 5.3 K 2016-04-22 - 14:02 NicholasJosephHaubrich  
PNGpng errors.resized.png r1 manage 19.2 K 2016-03-31 - 14:02 NicholasJosephHaubrich  
PNGpng errors_ex.png r1 manage 21.1 K 2016-03-31 - 15:11 NicholasJosephHaubrich  
PNGpng errors_ex.resized.png r1 manage 15.0 K 2016-03-31 - 15:11 NicholasJosephHaubrich  
PDFpdf in2007_024.pdf r1 manage 525.1 K 2016-03-23 - 21:28 SeanJiunWang  
PNGpng rpcHitOccupancy.png r1 manage 148.3 K 2017-12-19 - 14:59 ChadFreer  
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Topic revision: r44 - 2019-11-25 - ChadFreer
 
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