EEMC QA in Panitkin's plots for 2005
updated Mon Apr 11 13:49:20 EDT 2005

Modifications in RED , Jan

  1. ETOW Jet Patch QA : 4 plots [ plTw(1) ]
    X=JP ID (Steve)
    plot A - DSM values for 6 JP - ped at Y=45 should dominate.
    plot B - any corruption per crate
    plot C - frequency for each 1x1 JP above thr0=54 ADC in DSM.
    plot D - number of hot & not masked towers

    The righ column should be flat, the left one empty. If not sth is wrong for sure.
    (None of the above is true for the plot shown here )

    The following input file is needed to comunicate list of masked towers to Pplot: 
    -----------------------------------
# Pplot list of masked EEMC towers
# format: crate channel towerName
1 97  12TC05
3 81  03TD05
4 46  06TD11
4 18  06TA03
4 117 07TC05
#
# WARN: any error in format cancels _WHOLE_ list but Pplot runs
# 
----------------------------------
  2. ETOW corruption tests [ plTw(2) ]

    * ETOW crates identified as OFF (with 2xfff in the header) are visible only in figs B.1 & C.1. Next data from 2xfff cartes are discarded.
    * ETOW & ESMD corruptions are histogrammed independently
    PLOTS description:
    A.1 - Correlation of corruption
    X-axis crate
    OFF     		crate ON
    ghost N256 head
    0 any n/a n/a n/a
    1 none none none any
    2 none none any none
    3 none none any any
    4 none any none none
    5 none any none any
    6 none any any none
    7 none any any any
    A.2 - corrupted headers/eve, X= # of crates
    B.1 - # of crates OFF /eve , X= # of crates
    B.2 - N256 per eve, X= # of channels/eve, summed from all crates
    C.1 - total events given crates is OFF, X= # crates ID
    C.2 - ghost per eve, X= # of channels/eve, summed from all crates
    D - ETOW sanity; X= crID + bits/10: 0=crID, 1=token,2=len,3=trgCom,4=ErrFlg,5=Ghost,6=n256

  3. Counts/Tower : plots for towers, pres1, pres2, post-shower [ plTw(3) ]
    X=phi bin 0-59, Y=eta bin 1-12,
    Z incremented if ADC-ped > thr, where
      adcThrTw=40;
  adcThrPrs=200;
  adcThrPost=50;
  adcThrSmd=100;
    Black empty circles mark known hot towers
  4. Towers raw : 6 plots for ETOW crates [ plTw(4) ]
    X=raw ADC 0-1000, 100 bins;
    Y=fee channel 0-127
    ( Laser event is shown)
  5. Towers frequency , ADC > thresold , [ plTw(5) ]
    One plot for each crate, X=channel 0-127
    Channel is incremented if raw ADC> 4*feePed+40
    'eemcPed4.dat' file is loaded at the execution time. It can be used to mask out individual channels.
    Fit of a constant added.
    (Laser data are shown, some crates were bad)

    Red triangles mark known hot towers

  6. Towers/event ADC>ped+thr : plots for towers, pres1, pres2, post-shower, [ plTw(6) ]
    X= multiplicity

    EEMC daq displays ADC values recorded in the ESMD data

  7. ESMD corruption tests [ plSmd(1) ]

    * ESMD crates identified as OFF (with 2xfff in the header) are visible only in figs B.1 & C. Next data from 2xfff cartes are discarded.
    * ETOW & ESMD corruptions are histogrammed independently
    PLOTS description:
    A.1 - Correlation of corruption
    X-axis crate
    OFF     		crate ON
    ghost N256 head
    0 any n/a n/a n/a
    1 none none none any
    2 none none any none
    3 none none any any
    4 none any none none
    5 none any none any
    6 none any any none
    7 none any any any
    A.2 - corrupted headers/eve, X= # of crates
    B.1 - # of crates OFF /eve , X= # of crates
    B.2 - N256 per eve, X= # of channels/eve, summed from all crates
    C - total events given crates is OFF, X= # crates ID [64 - 119]
    D - ETOW sanity; X= [64 - 119]= crID + bits/10: 0=crID, 1=token,2=len,3=trgCom,4=ErrFlg,5=Ghost,6=n256

  8. hits per MAPMT ADC>ped+thr
    X= crate ID, Y -tube ID
    Z incremented if ADC>ped+thr
    Sectors 12,1,...,5 on the top,
    6-11 on the bottom
  9. SMD+pre/post for pairs of sectors 12+1, 2+3, etc ... [ plSmd(3), ...,(8) ]
    4 2D plots for one sector per raw. 3 SMD S-boxes go first, the pre/post P-box is the last.
    X=raw ADC 0-1000, 100 bins;
    Y=fee channel 0-191
    ( 6S1 box has some problems)
  10. SMD frequency /strup : 12 U-planes
    The total counts per strip for ADC> ped+50.
    X=strip ID, range 1-288
    Plots order:
    1U, 2U
    3U, 4U
    5U,...
  11. SMD rate per plane : 12 U-planes
    Number strips with ADC> ped+ther per plane per event
    X= multiplicity
    Plots order:
    1U, 2U
    3U, 4U
    5U,...

    EEMC trig displays info recorded in the trigger data.
    Laser events are used for all DSM spectra shown here.

  12. DSM-0 Hank's [ plDSM(1) ]
    All input to DSM level-0.

    There is 9 boards with 10 channels each.
    X-axis = chan + 10 * board , counting both from zero, range 0-89
    A - high tower values on Y-axis , range 0-63
    B - trigger patches sums, Y-axis range 0-63

  13. DSM-0 HT [ plDSM(2) ]
    HT input to DSM level-0. 6 plots for jet patches #1 - #6

    It is the same data as in ' DSM-0 Hanks plot A' , but channels are renamed according to EEMC jet patches ID and trigger patches ID.

    X-axis =high tower values, range 0-63.
    Y-axis =trigger patch ID within given jet patch, range 1-15

    Common Z-max for all plots

  14. DSM-0 TP [ plDSM(3) ]
    HT input to DSM level-0. 6 plots for jet patches #1 - #6

    It is the same data as in ' DSM-0 Hanks plot B' , but channels are renamed according to EEMC jet patches ID and trigger patches ID.

    X-axis =trigger patch ADC sum , range 0-63
    Y-axis =trigger patch ID within given jet patch, range 1-15

    Common Z-max for all plots

  15. DSM-1 HT [ plDSM(4) ]
    Comparison of HT output vs. input of DSM level-1 for each 'half-jet' channel separately. The 3 thresholds on HT (set in level-0) should be well visible.


    X-axis =emulated HT 6-bit value based on level-0 inputs, range truncated to 0-31
    Y-axis =real HT 2-bit value on input to level-1, range 0-3
    Common Z-max for all plots

  16. DSM-1 TP [ plDSM(5) ]
    Comparison of TP output vs. input of DSM level-1 for each half-jet channel separately. If the math in level-0 is correct one should see 1:1 correlation.


    X-axis =emulated TP sum based on level-0 inputs, range truncated to 0-400 , 40 bins
    Y-axis = real TP sum on input to level-1, range truncated to 0-400, 40 bins
    Common Z-max for all plots

  17. DSM-2 & 3 HT [ plDSM(6) ]
    Comparison of real & emulated HT 2-bit values in level-2 and level-3.


    plot A - level-2 board1 serving JP Falk(0,1,2) or Steve(3,4,5)
    plot B - level-2 board2 serving JP Falk(3,4,5) or Steve(6,1,2)
    plot C - level-3 trigger board, max HT out of 6 EEMC JP
    X-axis =emulated HT 2-bit value based on level-(N-1) inputs, range 0-3
    Y-axis =real HT 2-bit value on input to level-N, range 0-3

  18. DSM-2 JP [ plDSM(7) ]
    Comparison of real JP 2-bit values in level-2 with emulated 11-bit JP sums based on input to level-1.
    6 plots follow Falks JP numbering 0-5. The corresponding Steve's numbering is 3,4,5,6,1,2.


    X-axis =emulated JP sum 11-bit value based on level-1 inputs, range trancated 0-1000
    Y-axis =real JP 2-bit value on input to level-2, range 0-3

  19. Emulated Jet Patch Sums (Internal to DSM1) [ plDSM(8) ]
    The 12 jet sub patches (6. or .3 in eta) inputs to DSM1 are summed to give the 6 Jet Patch sums that the jet patch thresholds are set on.
    6 plots follow Steve's numbering scheme, 1-6 with 1 near 12 o'clock and continuing clockwise. These equal the FEE crate number. Falks JP numbering, based on the input order to the DSMs, goes 4,5,0-3. Pedestals should be at channel 45. One ADC channel = 0.24 GeV Etrans.


    X-axis =emulated JP sum 11-bit value based on level-1 inputs, range trancated 0-500. Only the 1st 200 channels are displayed. This should be changed for AuAu.
    Y-axis = number of counts

  20. Jet patches over threshold [ plDSM(9) ]
    Software thresholds (54, 62 and 70) are applied to the emulated jetpatch sums and the number of times each patch crosses the threshold are plotted. If things are working well these should be relatively flat across the 6 patches. IN this example there was a hot trigger patch in JP3. The bins are labeled by Steve's convention, 1-6. (This corresponds to dsm input order 4,5,0-3). The 1st 4 histos are below threshold, passing thr0, then thr1 and finally thr2. The last is for pairs of adjacent patches where both patches pass th0. Thus ch 1=> jp1 and jp2 were both over th0, ch 2=> jp2 and jp3 over th0 etc.


    X-axis = Jet patch number
    Y-axis = number of counts

  21. Adjacent Jet Patch Sums [ plDSM(10) ]
    If two adjacent patches are over th0 their sum is constructed from the emulated patch sums. Numbering is with Steve's convention.


    X-axis = Sum of adjacent jet patches. Only 75-275 displayed for p-p. Show full plot for Au- Au
    Y-axis = number of counts

  22. Adjacent Jet Patch Correlations [ plDSM(11) ]
    The emulated jet patch sum for adjacent pairs of jet patches are plotted. For central AuAu these fill up. But in pp it is hoped that ghost pedestals will show up as correlations at high energy in this plot. Numbering of patches is by Steve's convention.


    X-axis = Jet patch sum n Au
    Y-axis = Jet patch sum n+1