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| − | RUN: 134
| + | Data analyzed after the event generation. The analysis macro is written in $TER/src/event.C |
| − | SUBRUN: 0
| + | |
| − | ./bin/event 134 0 | + | 88 chip analyzed and it turns out that the TP from some chip does not reach the end of the readout chain, in details: |
| − | Number of entries: 536639
| + | |
| − | TIGER chip 0 efficiency: 0.967265 and time efficiency: 0.933533 and time efficiency +- 1 clock: 0.967265
| + | {| class="wikitable" |
| − | TIGER chip 1 efficiency: 0.969259 and time efficiency: 0.790628 and time efficiency +- 1 clock: 0.966268
| + | |+ |
| − | TIGER chip 2 efficiency: 0.912928 and time efficiency: 0.879694 and time efficiency +- 1 clock: 0.912928
| + | !Chip |
| − | TIGER chip 3 efficiency: 0.0586574 and time efficiency: 0.056497 and time efficiency +- 1 clock: 0.0586574
| + | !Efficiency |
| − | TIGER chip 4 efficiency: 0.944666 and time efficiency: 0.910602 and time efficiency +- 1 clock: 0.944666
| + | !Note |
| − | TIGER chip 5 efficiency: 0 and time efficiency: 0 and time efficiency +- 1 clock: 0
| + | |- |
| − | TIGER chip 6 efficiency: 0.960784 and time efficiency: 0.926221 and time efficiency +- 1 clock: 0.960784
| + | |3 |
| − | TIGER chip 7 efficiency: 0.970921 and time efficiency: 0.015453 and time efficiency +- 1 clock: 0.951645
| + | |5% |
| − | TIGER chip 8 efficiency: 0.969924 and time efficiency: 0.952642 and time efficiency +- 1 clock: 0.969924
| + | | blocked between ana and event (unknown) |
| − | TIGER chip 9 efficiency: 0.968594 and time efficiency: 0.951313 and time efficiency +- 1 clock: 0.968594
| + | |- |
| − | TIGER chip 10 efficiency: 0.967763 and time efficiency: 0.950316 and time efficiency +- 1 clock: 0.967763
| + | |5 |
| − | TIGER chip 11 efficiency: 0.964772 and time efficiency: 0.947325 and time efficiency +- 1 clock: 0.964772
| + | |0% |
| − | TIGER chip 12 efficiency: 0.968594 and time efficiency: 0.951147 and time efficiency +- 1 clock: 0.968594
| + | |TFINE = 1008 always -> rejected in ana.C |
| − | TIGER chip 13 efficiency: 0.968262 and time efficiency: 0.950648 and time efficiency +- 1 clock: 0.968262
| + | |- |
| − | TIGER chip 14 efficiency: 0.961947 and time efficiency: 0.944666 and time efficiency +- 1 clock: 0.961947
| + | |15 |
| − | TIGER chip 15 efficiency: 0 and time efficiency: 0 and time efficiency +- 1 clock: 0
| + | |0% |
| − | TIGER chip 16 efficiency: 0.970754 and time efficiency: 0.970588 and time efficiency +- 1 clock: 0.970754
| + | |does not see TP (known) |
| − | TIGER chip 17 efficiency: 0.68777 and time efficiency: 0.686607 and time efficiency +- 1 clock: 0.686773
| + | |- |
| − | TIGER chip 18 efficiency: 0.972582 and time efficiency: 0.972416 and time efficiency +- 1 clock: 0.972582
| + | |17 |
| − | TIGER chip 19 efficiency: 0.962612 and time efficiency: 0.962446 and time efficiency +- 1 clock: 0.962612
| + | |70% |
| − | TIGER chip 20 efficiency: 0.967265 and time efficiency: 0.959123 and time efficiency +- 1 clock: 0.959123
| + | |TD problem |
| − | TIGER chip 21 efficiency: 0.967597 and time efficiency: 0.958956 and time efficiency +- 1 clock: 0.958956
| + | |- |
| − | TIGER chip 22 efficiency: 0.966268 and time efficiency: 0.957627 and time efficiency +- 1 clock: 0.957627
| + | |40 |
| − | TIGER chip 23 efficiency: 0.969093 and time efficiency: 0.960286 and time efficiency +- 1 clock: 0.960286
| + | |3% |
| − | TIGER chip 24 efficiency: 0.97225 and time efficiency: 0.949153 and time efficiency +- 1 clock: 0.971751
| + | |does not see TP |
| − | TIGER chip 25 efficiency: 0.965769 and time efficiency: 0.943669 and time efficiency +- 1 clock: 0.965769
| + | |- |
| − | TIGER chip 26 efficiency: 0.97009 and time efficiency: 0.947491 and time efficiency +- 1 clock: 0.97009
| + | |44,45 |
| − | TIGER chip 27 efficiency: 0.964939 and time efficiency: 0.94234 and time efficiency +- 1 clock: 0.964939
| + | |7% |
| − | TIGER chip 28 efficiency: 0.965437 and time efficiency: 0.94317 and time efficiency +- 1 clock: 0.965437
| + | |8/10 bit error |
| − | TIGER chip 29 efficiency: 0.96444 and time efficiency: 0.941841 and time efficiency +- 1 clock: 0.96444
| + | |- |
| − | TIGER chip 30 efficiency: 0.957627 and time efficiency: 0.933367 and time efficiency +- 1 clock: 0.957627
| + | |70 |
| − | TIGER chip 31 efficiency: 0.971087 and time efficiency: 0.0422067 and time efficiency +- 1 clock: 0.971087
| + | |0% |
| − | TIGER chip 32 efficiency: 0.962944 and time efficiency: 0.944167 and time efficiency +- 1 clock: 0.962944
| + | |does not see TP (known) |
| − | TIGER chip 33 efficiency: 0.962944 and time efficiency: 0.944167 and time efficiency +- 1 clock: 0.962944
| + | |- |
| − | TIGER chip 34 efficiency: 0.967763 and time efficiency: 0.948986 and time efficiency +- 1 clock: 0.967763
| + | |82,83,86,87 |
| − | TIGER chip 35 efficiency: 0.968594 and time efficiency: 0.948322 and time efficiency +- 1 clock: 0.968594
| + | |0% |
| − | TIGER chip 36 efficiency: 0.960618 and time efficiency: 0.941841 and time efficiency +- 1 clock: 0.960618
| + | |8/10 bit error ?? |
| − | TIGER chip 37 efficiency: 0.95879 and time efficiency: 0.922566 and time efficiency +- 1 clock: 0.95879
| + | |} |
| − | TIGER chip 38 efficiency: 0.965105 and time efficiency: 0.94666 and time efficiency +- 1 clock: 0.965105
| + | |
| − | TIGER chip 39 efficiency: 0.926388 and time efficiency: 0.828182 and time efficiency +- 1 clock: 0.926388
| + | The others TP shows an efficiency above 95%. Where the efficiency is measured as: |
| − | TIGER chip 40 efficiency: 0.0257561 and time efficiency: 0.0219342 and time efficiency +- 1 clock: 0.0257561
| + | |
| − | TIGER chip 41 efficiency: 0.566633 and time efficiency: 0.51429 and time efficiency +- 1 clock: 0.566633
| + | chip_efficiency = # events with 1 TP on that chip / # total event with at least 1 TP |
| − | TIGER chip 42 efficiency: 0.963111 and time efficiency: 0.877202 and time efficiency +- 1 clock: 0.963111
| + | |
| − | TIGER chip 43 efficiency: 0.966268 and time efficiency: 0.880193 and time efficiency +- 1 clock: 0.966268
| + | A TP reference for each Layer has been measured as the mode of the TP of the layer. |
| − | TIGER chip 44 efficiency: 0.0619807 and time efficiency: 0.0550017 and time efficiency +- 1 clock: 0.0619807
| + | |
| − | TIGER chip 45 efficiency: 0.0633101 and time efficiency: 0.0558325 and time efficiency +- 1 clock: 0.0633101
| + | The time difference between this time has been measured for each TP of the Layer and it is shown that the time efficiency (TP_Chip_i = TP_Layer) is 85-95%. If we consider at least 1 clock discrepancy (TP_Chip_i = TP_Layer +- 1 clock) then the time efficiency goes above 95% |
| − | TIGER chip 46 efficiency: 0.96444 and time efficiency: 0.878365 and time efficiency +- 1 clock: 0.96444
| + | |
| − | TIGER chip 47 efficiency: 0.968428 and time efficiency: 0.877534 and time efficiency +- 1 clock: 0.968428
| + | Here are saved the results of the efficiency and time efficiency of each TP: [https://wiki.fe.infn.it/besiii/img_auth.php/0/09/TP_test_RUN134.txt] |
| − | TIGER chip 48 efficiency: 0.965271 and time efficiency: 0.886009 and time efficiency +- 1 clock: 0.965271
| |
| − | TIGER chip 49 efficiency: 0.967763 and time efficiency: 0.888169 and time efficiency +- 1 clock: 0.967763
| |
| − | TIGER chip 50 efficiency: 0.961449 and time efficiency: 0.882851 and time efficiency +- 1 clock: 0.961449
| |
| − | TIGER chip 51 efficiency: 0.96444 and time efficiency: 0.885344 and time efficiency +- 1 clock: 0.96444
| |
| − | TIGER chip 52 efficiency: 0.963111 and time efficiency: 0.884015 and time efficiency +- 1 clock: 0.963111
| |
| − | TIGER chip 53 efficiency: 0.963111 and time efficiency: 0.816883 and time efficiency +- 1 clock: 0.963111
| |
| − | TIGER chip 54 efficiency: 0.964772 and time efficiency: 0.886009 and time efficiency +- 1 clock: 0.964772
| |
| − | TIGER chip 55 efficiency: 0.96876 and time efficiency: 0.0943835 and time efficiency +- 1 clock: 0.96876
| |
| − | TIGER chip 56 efficiency: 0.100033 and time efficiency: 0.0988701 and time efficiency +- 1 clock: 0.100033
| |
| − | TIGER chip 57 efficiency: 0.0998671 and time efficiency: 0.0987039 and time efficiency +- 1 clock: 0.0998671
| |
| − | TIGER chip 58 efficiency: 0.967431 and time efficiency: 0.955799 and time efficiency +- 1 clock: 0.967431
| |
| − | TIGER chip 59 efficiency: 0.963111 and time efficiency: 0.951147 and time efficiency +- 1 clock: 0.963111
| |
| − | TIGER chip 60 efficiency: 0.967099 and time efficiency: 0.954802 and time efficiency +- 1 clock: 0.966766
| |
| − | TIGER chip 61 efficiency: 0.968096 and time efficiency: 0.956298 and time efficiency +- 1 clock: 0.968096
| |
| − | TIGER chip 62 efficiency: 0.962446 and time efficiency: 0.950482 and time efficiency +- 1 clock: 0.962446
| |
| − | TIGER chip 63 efficiency: 0.967265 and time efficiency: 0.954304 and time efficiency +- 1 clock: 0.967265
| |
| − | TIGER chip 64 efficiency: 0.970256 and time efficiency: 0.881522 and time efficiency +- 1 clock: 0.970256
| |
| − | TIGER chip 65 efficiency: 0.965769 and time efficiency: 0.875374 and time efficiency +- 1 clock: 0.965769
| |
| − | TIGER chip 66 efficiency: 0.967431 and time efficiency: 0.879528 and time efficiency +- 1 clock: 0.967431
| |
| − | TIGER chip 67 efficiency: 0.965437 and time efficiency: 0.876371 and time efficiency +- 1 clock: 0.965437
| |
| − | TIGER chip 68 efficiency: 0.963443 and time efficiency: 0.874211 and time efficiency +- 1 clock: 0.963443
| |
| − | TIGER chip 69 efficiency: 0.960452 and time efficiency: 0.872051 and time efficiency +- 1 clock: 0.960452
| |
| − | TIGER chip 70 efficiency: 0 and time efficiency: 0 and time efficiency +- 1 clock: 0
| |
| − | TIGER chip 71 efficiency: 0.964772 and time efficiency: 0.0536723 and time efficiency +- 1 clock: 0.881854
| |
| − | TIGER chip 72 efficiency: 0.968428 and time efficiency: 0.934031 and time efficiency +- 1 clock: 0.968428
| |
| − | TIGER chip 73 efficiency: 0.962778 and time efficiency: 0.92888 and time efficiency +- 1 clock: 0.962778
| |
| − | TIGER chip 74 efficiency: 0.965437 and time efficiency: 0.931539 and time efficiency +- 1 clock: 0.965437
| |
| − | TIGER chip 75 efficiency: 0.961283 and time efficiency: 0.927717 and time efficiency +- 1 clock: 0.961283
| |
| − | TIGER chip 76 efficiency: 0.96012 and time efficiency: 0.926055 and time efficiency +- 1 clock: 0.96012
| |
| − | TIGER chip 77 efficiency: 0.965603 and time efficiency: 0.931539 and time efficiency +- 1 clock: 0.965603
| |
| − | TIGER chip 78 efficiency: 0.968262 and time efficiency: 0.934031 and time efficiency +- 1 clock: 0.968262
| |
| − | TIGER chip 79 efficiency: 0.969757 and time efficiency: 0.935527 and time efficiency +- 1 clock: 0.969757
| |
| − | TIGER chip 80 efficiency: 0.963609 and time efficiency: 0.962944 and time efficiency +- 1 clock: 0.963609
| |
| − | TIGER chip 81 efficiency: 0.965437 and time efficiency: 0.964606 and time efficiency +- 1 clock: 0.965437
| |
| − | TIGER chip 82 efficiency: 0 and time efficiency: 0 and time efficiency +- 1 clock: 0
| |
| − | TIGER chip 83 efficiency: 0 and time efficiency: 0 and time efficiency +- 1 clock: 0
| |
| − | TIGER chip 84 efficiency: 0.966102 and time efficiency: 0.965271 and time efficiency +- 1 clock: 0.966102
| |
| − | TIGER chip 85 efficiency: 0.961283 and time efficiency: 0.960452 and time efficiency +- 1 clock: 0.961283
| |
| − | TIGER chip 86 efficiency: 0 and time efficiency: 0 and time efficiency +- 1 clock: 0
| |
| − | TIGER chip 87 efficiency: 0 and time efficiency: 0 and time efficiency +- 1 clock: 0
| |
