Gen6 Minintuple Status for LBL MTM Analysis

This page documents the current status of Gen6 minintuples used in the MTM2.5, MTM2.5 1.9 fb^-1 update, and MTM3 analyses.

Quick jump to: Data | Signal MC | Blind samples | Systematics

WARNING!

All version 3 minintuples currently require at least 4 jets of at least 12 GeV at level 5 (older minintuples require 8 GeV at level 4). You will need to apply any further cuts yourself. To apply a 4 tight jet requirement, require nTightJet == 4. To require tagged events, require nBtags > 0.

Gen6 minintuples are located in /eliza11/cdf/plujan/minintuples_gen6. Acceptance tables are in the tables/ subdirectory.

All sample information taken from the the Top Group Gen6 MC page.

All skim files are in /eliza11/cdf/plujan/gen6_ntuples.

Below is a list of the changes in each version of the minintuple. All minintuples are build with cdfsoft 6.1.4 and the new Gen6 cuts, namely:

Tight jet: L5 E_T > 20 GeV, |η| < 2.0
Loose jet: L5 E_T > 12 GeV, |η| < 2.4
MET: > 20 GeV, corrected at L5
Jet reclustering: LJ used except for non-iso samples, which use DIL

Version	JetUser version	Good Run List	TopAnaTools version	trigger_info version	BTagObjects version	Minintuple maker version
v3i	jetCorr17	25 (modified)	top_614_p18_v1 bugfix	17 Oct 08 (thru 268358)	btag_2200invpb_v2	1.1
v3h	jetCorr17	25 (modified)	top_614_2invfb_v6	17 Oct 08 (thru 268358)	btag_1500invpb_v2	1.1
v3g	jetCorr17	23 (modified)	top_614_2invfb_v6	July 2008 (thru 262472)	btag_1500invpb_v2	1.1
v3f	jetCorr15b	23 (modified)	top_614_2invfb_v6	July 2008 (thru 262472)	btag_1500invpb_v2	1.1
v3e	jetCorr12	18 (modified)	top_614_2invfb_v2	n/a	btag_1500invpb_v2	1.1
v3d	jetCorr09	17 (modified)	top_614_2invfb_v2	n/a	btag_1500invpb_v2	1.1
v3c	jetCorr09	17 (modified)	top_614_2invfb_v2	n/a	btag_1500invpb_v2	1.0
v3b	jetCorr08	17 (modified)	top_614_2invfb_v2	n/a	btag_1500invpb_v2	1.0
v3a	jetCorr08	17 (modified)	top_614_2invfb_v2	n/a	btag_1500invpb_v1	1.0

Minintuple maker version 1.0 had a small bug where the SI_GOODRUN selection was not correctly applied to data. This is fixed in 1.1. This bug does not affect MC.
The version of jetCorr only affects data, not MC. Note that jetCorr15b has incorrect corrections for periods 16 and 17.
The version of BTagObjects should not actually affect the minintuples, since we don't use the mistag matrix in our analysis.
The top_614_2invfb_v2 version of TopAnaTools does not contain the latest TriggerInfo tool. This should not affect MC or the 0d/0h/0i data.

Important: Version 3 minintuples have also been filtered to remove PHX electrons and BMU muons. In addition, muons have been filtered out of electron data samples and vice-versa. If you want the unfiltered versions, they are available in the unfiltered/ subdirectory.

Samples with a -- in the rightmost column have not been finished yet. A * means that duplicate events were found in the skim.

Key:

"Original events" — number of events generated in original MC sample. May not be exact for skimmed samples.
"Skimmed events" — number of events in skim. The skim requires at least 1 tight lepton and has no other requirements.
"Selected events" — number of events in the original minintuple. This requires at least 4 jets of at least 12 GeV, as mentioned above.
"Filtered events" — number of events remaining after PHX electrons and BMU muons have been removed.
"4 tight, pretag" — number of filtered events with exactly 4 tight jets before the tag requirement is applied.
"4 tight, tagged" — number of filtered events with exactly 4 tight jets and at least 1 tag.

Minintuple Name Description Skim? Original Events Skimmed Events Selected Events Filtered Events 4 tight, pretag 4 tight, tagged

Data
Important note: There are four versions of the data minintuples. The "v3g"/"v3h" versions use the corrected jetCorr17 and are for the 3.2 fb^-1 MTM3 re-blessing. The "v3f" versions use the version 23 good run list and the updated TriggerTool and were used for the 2.7 fb^-1 MTM3 re-blessing. The "v3e" versions use the version 18 good run list and were used for the 1.9 fb^-1 MTM2.5 re-blessing and MTM3 blessing. The "v3d" versions use the version 17 good run list and were used for the 1.7 fb^-1 MTM2.5 blessing. The tables below include all numbers.
3.2 fb^-1 data for Winter 2008-09

bhel0d Electron 0d data N 1266706 -- 812 [v3e] 670 125 42

bhmu0d Muon 0d data N 568639 -- 455 [v3e] 446 77 28

bhel0h Electron 0h data N 1183588 -- 918 [v3e] 805 137 46

bhmu0h Muon 0h data N 592864 -- 544 [v3e] 529 97 31

bhel0i Electron 0i pre-shutdown data N 734090 -- 723 [v3e] 634 102 29

bhmu0i Muon 0i pre-shutdown data N 369107 -- 423 [v3e] 412 62 24

bhel0i_p8 Electron period 8 data N 533710 -- 470 [v3f] 408 57 15

bhmu0i_p8 Muon period 8 data N 269127 -- 287 [v3f] 275 37 9

bhel0i_p9 Electron period 9 data N 456219 -- 469 [v3f] 406 69 17

bhmu0i_p9 Muon period 9 data N 230603 -- 272 [v3f] 261 42 16

bhel0i_p10 Electron period 10 data N 672048 -- 749 [v3f] 654 101 28

bhmu0i_p10 Muon period 10 data N 341231 -- 460 [v3f] 438 68 23

bhel0j_p11 Electron period 11 data N 617485 -- 749 [v3f] 667 86 22

bhmu0j_p11 Muon period 11 data N 319248 -- 467 [v3f] 441 68 21

bhel0j_p12 Electron period 12 data N 418372 -- 504 [v3f] 449 55 8

bhmu0j_p12 Muon period 12 data N 212378 -- 292 [v3f] 280 41 15

bhel0j_p13 Electron period 13 data N 778657 -- 951 [v3f] 847 104 26

bhmu0j_p13 Muon period 13 data N 391539 -- 503 [v3f] 473 74 16

bhel0k_p14 Electron period 14 data N 152348 -- 100 [v3f] 87 11 5

bhmu0k_p14 Muon period 14 data N 76611 -- 54 [v3f] 51 9 4

bhel0k_p15 Electron period 15 data N 442867 -- 554 [v3f] 453 59 19

bhmu0k_p15 Muon period 15 data N 221426 -- 286 [v3f] 265 31 11

bhel0k_p16 Electron period 16 data N 332899 -- 392 [v3g] 328 31 3

bhmu0k_p16 Muon period 16 data N 166326 -- 204 [v3g] 192 26 9

bhel0k_p17 Electron period 17 data N 497834 -- 750 [v3g] 612 74 16

bhmu0k_p17 Muon period 17 data N 246380 -- 365 [v3g] 342 40 8

bhel0m_p18 Electron period 18 data N 1115939 -- 1630 [v3i] 1366 132 33

bhmu0m_p18 Muon period 18 data N 542939 -- 771 [v3i] 736 73 22

bhel0m_p19 Electron period 19 data N 743669 -- 1217 [v3i] 1038 87 19

bhmu0m_p19 Muon period 19 data N 353075 -- 609 [v3i] 572 49 13

Event counts for 3.2 fb^-1 data (through period 19) (4 tight jets, at least 1 b-tag)

sample >=1 =1 =2 >2

bhel0d CEM 42 35 7 0

bhmu0d CMUP 22 17 5 0

bhmu0d CMX 6 4 2 0

0d total 70 56 14 0

bhel0h CEM 46 32 13 1

bhmu0h CMUP 23 21 2 0

bhmu0h CMX 8 6 2 0

0h total 77 59 17 1

bhel0i CEM 29 22 7 0

bhmu0i CMUP 15 12 3 0

bhmu0i CMX 9 8 1 0

0i preshutdown total 53 42 11 0

bhel0i p8 CEM 15 10 5 0

bhmu0i p8 CMUP 6 5 1 0

bhmu0i p8 CMX 3 2 1 0

0i p8 total 24 17 7 0

bhel0i p9 CEM 17 11 6 0

bhmu0i p9 CMUP 11 10 1 0

bhmu0i p9 CMX 5 5 0 0

0i p9 total 33 26 7 0

bhel0i p10 CEM 28 23 5 0

bhmu0i p10 CMUP 11 8 3 0

bhmu0i p10 CMX 12 6 6 0

0i p10 total 51 37 14 0

bhel0j p11 CEM 22 15 6 1

bhmu0j p11 CMUP 14 10 4 0

bhmu0j p11 CMX 7 6 1 0

0j p11 total 43 31 11 1

bhel0j p12 CEM 8 6 2 0

bhmu0j p12 CMUP 12 10 2 0

bhmu0j p12 CMX 3 3 0 0

0j p12 total 23 19 4 0

bhel0j p13 CEM 26 20 6 0

bhmu0j p13 CMUP 10 8 2 0

bhmu0j p13 CMX 6 5 1 0

0j p13 total 42 33 9 0

bhel0k p14 CEM 5 5 0 0

bhmu0k p14 CMUP 3 3 0 0

bhmu0k p14 CMX 1 1 0 0

0k p14 total 9 9 0 0

bhel0k p15 CEM 19 14 5 0

bhmu0k p15 CMUP 6 6 0 0

bhmu0k p15 CMX 5 5 0 0

0k p15 total 30 25 5 0

bhel0k p16 CEM 3 3 0 0

bhmu0k p16 CMUP 7 6 1 0

bhmu0k p16 CMX 2 2 0 0

0k p16 total 12 11 1 0

bhel0k p17 CEM 16 14 2 0

bhmu0k p17 CMUP 8 8 0 0

bhmu0k p17 CMX 0 0 0 0

0k p17 total 24 22 2 0

bhel0m p18 CEM 33 27 6 0

bhmu0m p18 CMUP 10 8 2 0

bhmu0m p18 CMX 12 10 2 0

0m p18 total 55 45 10 0

bhel0m p19 CEM 19 14 5 0

bhmu0m p19 CMUP 4 4 0 0

bhmu0m p19 CMX 9 9 0 0

0m p19 total 32 27 5 0

Grand total through p12 374 287 85 2

Grand total through p17 491 387 102 2

Grand total through p19 578 459 117 2

CEM total through p17 276 210 64 2

CMUP total through p17 148 124 24 0

CMX total through p17 67 53 14 0

CEM total through p19 328 251 75 2

CMUP total through p19 162 136 26 0

CMX total through p19 88 72 16 0

Data for 2.7 fb^-1 re-blessing

bhel0d Electron 0d data N 1266706 -- 812 [v3e] 670 125 42

bhmu0d Muon 0d data N 568639 -- 455 [v3e] 446 77 28

bhel0h Electron 0h data N 1183588 -- 918 [v3e] 805 137 46

bhmu0h Muon 0h data N 592864 -- 544 [v3e] 529 97 31

bhel0i Electron 0i pre-shutdown data N 734090 -- 723 [v3e] 634 102 29

bhmu0i Muon 0i pre-shutdown data N 369107 -- 423 [v3e] 412 62 24

bhel0i_p8 Electron period 8 data N 533710 -- 470 [v3f] 408 57 15

bhmu0i_p8 Muon period 8 data N 269127 -- 287 [v3f] 275 37 9

bhel0i_p9 Electron period 9 data N 456219 -- 469 [v3f] 406 69 17

bhmu0i_p9 Muon period 9 data N 230603 -- 272 [v3f] 261 42 16

bhel0i_p10 Electron period 10 data N 672048 -- 749 [v3f] 654 101 28

bhmu0i_p10 Muon period 10 data N 341231 -- 460 [v3f] 438 68 23

bhel0j_p11 Electron period 11 data N 617485 -- 749 [v3f] 667 86 22

bhmu0j_p11 Muon period 11 data N 319248 -- 467 [v3f] 441 68 21

bhel0j_p12 Electron period 12 data N 418372 -- 504 [v3f] 449 55 8

bhmu0j_p12 Muon period 12 data N 212378 -- 292 [v3f] 280 41 15

bhel0j_p13 Electron period 13 data N 778657 -- 951 [v3f] 847 104 26

bhmu0j_p13 Muon period 13 data N 391539 -- 503 [v3f] 473 74 16

bhel0k_p14 Electron period 14 data N 152348 -- 100 [v3f] 87 11 5

bhmu0k_p14 Muon period 14 data N 76611 -- 54 [v3f] 51 9 4

bhel0k_p15 Electron period 15 data N 442867 -- 554 [v3f] 453 59 19

bhmu0k_p15 Muon period 15 data N 221426 -- 286 [v3f] 265 31 11

bhel0k_p16 Electron period 16 data N 332899 -- 399 [v3f] 330 32 5

bhmu0k_p16 Muon period 16 data N 166326 -- 198 [v3f] 189 28 8

bhel0k_p17 Electron period 17 data N 497834 -- 799 [v3f] 634 73 17

bhmu0k_p17 Muon period 17 data N 246380 -- 386 [v3f] 362 40 9

Event counts (4 tight jets, at least 1 b-tag)

sample >=1 =1 =2 >2

bhel0d CEM 42 35 7 0

bhmu0d CMUP 22 17 5 0

bhmu0d CMX 6 4 2 0

0d total 70 56 14 0

bhel0h CEM 46 32 13 1

bhmu0h CMUP 23 21 2 0

bhmu0h CMX 8 6 2 0

0h total 77 59 17 1

bhel0i CEM 29 22 7 0

bhmu0i CMUP 15 12 3 0

bhmu0i CMX 9 8 1 0

0i preshutdown total 53 42 11 0

bhel0i p8 CEM 15 10 5 0

bhmu0i p8 CMUP 6 5 1 0

bhmu0i p8 CMX 3 2 1 0

0i p8 total 24 17 7 0

bhel0i p9 CEM 17 11 6 0

bhmu0i p9 CMUP 11 10 1 0

bhmu0i p9 CMX 5 5 0 0

0i p9 total 33 26 7 0

bhel0i p10 CEM 28 23 5 0

bhmu0i p10 CMUP 11 8 3 0

bhmu0i p10 CMX 12 6 6 0

0i p10 total 51 37 14 0

bhel0j p11 CEM 22 15 6 1

bhmu0j p11 CMUP 14 10 4 0

bhmu0j p11 CMX 7 6 1 0

0j p11 total 43 31 11 1

bhel0j p12 CEM 8 6 2 0

bhmu0j p12 CMUP 12 10 2 0

bhmu0j p12 CMX 3 3 0 0

0j p12 total 23 19 4 0

bhel0j p13 CEM 26 20 6 0

bhmu0j p13 CMUP 10 8 2 0

bhmu0j p13 CMX 6 5 1 0

0j p13 total 42 33 9 0

bhel0k p14 CEM 5 5 0 0

bhmu0k p14 CMUP 3 3 0 0

bhmu0k p14 CMX 1 1 0 0

0k p14 total 9 9 0 0

bhel0k p15 CEM 19 14 5 0

bhmu0k p15 CMUP 6 6 0 0

bhmu0k p15 CMX 5 5 0 0

0k p15 total 30 25 5 0

bhel0k p16 CEM 5 4 0 1

bhmu0k p16 CMUP 7 6 1 0

bhmu0k p16 CMX 1 1 0 0

0k p16 total 13 11 1 1

bhel0k p17 CEM 17 15 2 0

bhmu0k p17 CMUP 8 8 0 0

bhmu0k p17 CMX 1 1 0 0

0k p17 total 26 24 2 0

Grand total through p12 374 287 85 2

Grand total through p17 494 389 102 3

CEM total through p17 279 212 64 3

CMUP total through p17 148 124 24 0

CMX total through p17 67 53 14 0

Data for 1.9 fb^-1 re-blessing

bhel0d Electron 0d data N 1266706 -- 812 [v3e] 670 125 42

bhmu0d Muon 0d data N 568639 -- 455 [v3e] 446 77 28

bhel0h Electron 0h data N 1183588 -- 918 [v3e] 805 137 46

bhmu0h Muon 0h data N 592864 -- 544 [v3e] 529 97 31

bhel0i Electron 0i pre-shutdown data N 734090 -- 723 [v3e] 634 102 29

bhmu0i Muon 0i pre-shutdown data N 369107 -- 423 [v3e] 412 62 24

bhel0i_p8 Electron period 8 data N 533710 -- 468 [v3e] 408 57 15

bhmu0i_p8 Muon period 8 data N 269127 -- 286 [v3e] 275 37 9

bhel0i_p9 Electron period 9 data N 456219 -- 462 [v3e] 406 69 17

bhmu0i_p9 Muon period 9 data N 230603 -- 272 [v3e] 261 42 16

bhel0i_p10 Electron period 10 data N 672048 -- 743 [v3e] 654 101 28

bhmu0i_p10 Muon period 10 data N 341231 -- 458 [v3e] 438 68 23

bhel0j_p11 Electron period 11 data N 617485 -- 748 [v3e] 667 86 22

bhmu0j_p11 Muon period 11 data N 319248 -- 468 [v3e] 443 66 21

bhel0j_p12 Electron period 12 data N 418372 -- 499 [v3e] 449 55 8

bhmu0j_p12 Muon period 12 data N 418372 -- 290 [v3e] 279 41 12

Event counts (4 tight jets, at least 1 b-tag)

sample >=1 =1 =2 >2

bhel0d CEM 42 35 7 0

bhmu0d CMUP 22 17 5 0

bhmu0d CMX 6 4 2 0

0d total 70 56 14 0

bhel0h CEM 46 32 13 1

bhmu0h CMUP 23 21 2 0

bhmu0h CMX 8 6 2 0

0h total 77 59 17 1

bhel0i CEM 29 22 7 0

bhmu0i CMUP 15 12 3 0

bhmu0i CMX 9 8 1 0

0i preshutdown total 53 42 11 0

bhel0i p8 CEM 15 10 5 0

bhmu0i p8 CMUP 6 5 1 0

bhmu0i p8 CMX 3 2 1 0

0i p8 total 24 17 7 0

bhel0i p9 CEM 17 11 6 0

bhmu0i p9 CMUP 11 10 1 0

bhmu0i p9 CMX 5 5 0 0

0i p9 total 33 26 7 0

bhel0i p10 CEM 28 23 5 0

bhmu0i p10 CMUP 11 8 3 0

bhmu0i p10 CMX 12 6 6 0

0i p10 total 51 37 14 0

bhel0j p11 CEM 22 15 6 1

bhmu0j p11 CMUP 14 10 4 0

bhmu0j p11 CMX 7 6 1 0

0j p11 total 43 31 11 1

bhel0j p12 CEM 8 6 2 0

bhmu0j p12 CMUP 9 7 2 0

bhmu0j p12 CMX 3 3 0 0

0j p12 total 20 16 4 0

Grand total pre-shutdown 200 157 42 1

Grand total through p10 302 233 68 1

Grand total through p11 351 268 81 2

Grand total through p12 371 284 85 2

CEM total through p12 207 154 51 2

CMUP total through p12 111 90 21 0

CMX total through p12 53 40 13 0

Data for 1.7 fb^-1 blessing

bhel0d Electron 0d data N 1266706 -- 812 [v3d] 670 125 42

bhmu0d Muon 0d data N 568639 -- 455 [v3d] 446 77 28

bhel0h Electron 0h data N 1183588 -- 918 [v3d] 805 137 46

bhmu0h Muon 0h data N 592864 -- 544 [v3d] 529 97 31

bhel0i Electron 0i pre-shutdown data N 734090 -- 723 [v3d] 634 102 29

bhmu0i Muon 0i pre-shutdown data N 369107 -- 423 [v3d] 412 62 24

bhel0i_p8 Electron period 8 data N 533710 -- 468 [v3d] 408 57 15

bhmu0i_p8 Muon period 8 data N 269127 -- 286 [v3d] 275 37 9

bhel0i_p9 Electron period 9 data N 456219 -- 462 [v3d] 406 69 17

bhmu0i_p9 Muon period 9 data N 230603 -- 272 [v3d] 261 42 16

bhel0i_p10 Electron period 10 data N 672048 -- 698 [v3d] 616 95 23

bhmu0i_p10 Muon period 10 data N 341231 -- 427 [v3d] 410 63 22

bhel0j_p11 Electron period 11 data N 617485 -- 695 [v3d] 623 82 22

bhmu0j_p11 Muon period 11 data N 319248 -- 426 [v3d] 404 60 19

Event counts (4 tight jets, at least 1 b-tag)

sample >=1 =1 =2 >2

bhel0d CEM 42 35 7 0

bhmu0d CMUP 22 17 5 0

bhmu0d CMX 6 4 2 0

0d total 70 56 14 0

bhel0h CEM 46 32 13 1

bhmu0h CMUP 23 21 2 0

bhmu0h CMX 8 6 2 0

0h total 77 59 17 1

bhel0i CEM 29 22 7 0

bhmu0i CMUP 15 12 3 0

bhmu0i CMX 9 8 1 0

0i preshutdown total 53 42 11 0

bhel0i p8 CEM 15 10 5 0

bhmu0i p8 CMUP 6 5 1 0

bhmu0i p8 CMX 3 2 1 0

0i p8 total 24 17 7 0

bhel0i p9 CEM 17 11 6 0

bhmu0i p9 CMUP 11 10 1 0

bhmu0i p9 CMX 5 5 0 0

0i p9 total 33 26 7 0

bhel0i p10 CEM 23 19 4 0

bhmu0i p10 CMUP 11 8 3 0

bhmu0i p10 CMX 11 6 5 0

0i p10 total 45 33 12 0

bhel0j p11 CEM 22 15 6 1

bhmu0j p11 CMUP 13 9 4 0

bhmu0j p11 CMX 6 6 0 0

0j p11 total 41 30 10 1

Grand total pre-shutdown 200 157 42 1

Grand total through p10 302 233 68 1

Grand total through p11 343 263 78 2

CEM total 194 144 48 2

CMUP total 101 82 19 0

CMX total 48 37 11 0

ttbar signal MC

Herwig

htop70 Herwig mt=170 Y 1M 169616 69004 [v3b] 56552 27903 17654

htop75 Herwig mt=175 Y 1M 213157 88035 [v3a] 72372 36146 22882

Alpgen

atop0p Alpgen ttbar + 0p mt=175 N 1135651 -- 90425 [v3d] 74181 41438 26708

atop1p Alpgen ttbar + ≥1p mt=175 Y 1114763 218052 123286 [v3d] 102198 41533 25551

Pythia complete samples
NOTE: The Gen6 Pythia samples include a small number of events (~0.3%) where t does not decay to Wb. These are flagged by hepg.status == 4. For these events the HEPG information will not be filled.

ttkt50 Pythia mt=150 Y 600k 121698 43890 [v3c] 35611 16732 10569

ttkt52 Pythia mt=152 Y 600k 120579 44112 [v3a] 35838 17042 10880

ttkt54 Pythia mt=154 Y 600k 122385 44919 [v3a] 36681 17613 11167

ttkt56 Pythia mt=156 Y 600k 122846 45821 [v3a] 37398 18036 11397

ttkt58 Pythia mt=158 Y 600k 122789 46153 [v3a] 37678 18337 11657

ttkt60 Pythia mt=160 Y 600k 123821 46692 [v3c] 38079 18720 11768

ttkt62 Pythia mt=162 Y 600k 123797 46978 [v3a] 38436 18899 12009

ttkt63 Pythia mt=163 Y 600k 124691 47754 [v3d] 39020 19214 12184

ttkt64 Pythia mt=164 Y 600k 124314 47742 [v3a] 38929 19208 12291

ttkt66 Pythia mt=166 Y 1.2M 249176 95863 [v3a] 78486 39218 24704

ttkt67 Pythia mt=167 Y 1.2M 249216 96319 [v3d] 78767 39366 25223

ttkt68 Pythia mt=168 Y 1.2M 249635 96154 [v3a] 78757 39468 24982

ttkt70 Pythia mt=170 Y 1.2M 250450 97839 [v3a] 80260 40716 25882

ttkt72 Pythia mt=172 Y 1.2M 251383 98504 [v3a] 80641 40884 26112

ttkt74 Pythia mt=174 Y 1.2M 251323 98920 [v3d] 81213 41384 26343

ttkt75 Pythia mt=175 Y 4.8M 1004522 396084 [v3d] 325127 166385 105805

ttkt76 Pythia mt=176 Y 1.2M 248067 98386 [v3a] 80668 41213 26210

ttkt78 Pythia mt=178 Y 1.2M 253073 100946 [v3c] 82728 42542 27138

ttkt80 Pythia mt=180 Y 1.2M 253158 101464 [v3c] 83272 42996 27316

ttkt82 Pythia mt=182 Y 1.2M 254688 102673 [v3c] 84299 43651 27844

ttkt84 Pythia mt=184 Y (CAF) 1.2M 254681 102414 [v3c] 84210 43677 27907

ttkt86 Pythia mt=186 Y (CAF) 600k 127972 51768 [v3c] 42541 22157 14030

ttkt87 Pythia mt=187 Y 600k 128414 52119 [v3a] 42935 22217 14118

ttkt88 Pythia mt=188 Y (CAF) 600k 128219 52543 [v3c] 43109 22464 14361

ttkt90 Pythia mt=190 Y (CAF) 600k 129102 52910 [v3c] 43696 22862 14560

ttkt92 Pythia mt=192 Y (CAF) 600k 128862 52969 [v3c] 43660 22932 14521

ttkt93 Pythia mt=193 Y 600k 128705 53085 [v3d] 43711 22798 14457

ttkt94 Pythia mt=194 Y (CAF) 600k 129059 53433 [v3c] 43864 23169 14628

ttkt96 Pythia mt=196 Y 600k 129633 53904 [v3a] 44367 23243 14822

ttkt98 Pythia mt=198 Y 600k 129598 53678 [v3a] 44266 23337 14753

ttkt00 Pythia mt=200 Y (CAF) 600k 130387 54487 [v3c] 44923 23490 14908

Extended run range/high-lumi samples

itop75 Herwig ExRR mt=175 Y ? 135609* 53132 [v3c] 43330 21351 13268

utop75 Pythia ExRR mt=175 Y ? 550572 208626 [v3c] 171806 87112 54905

otop42 Pythia mt=175 runlist_p15-p17 N 988554 -- 85493 [v3f] 70965 35218 21614

otop1r Pythia mt=175 high-lumi special runlist N 1028000 -- 87261 [v3f] 72677 35701 21598

Pythia partial skims
These samples are partial skims of the same samples as above. For mass points where we have both versions, only the full (ttkt) version is in the main directory; the partial (ttop) version is in the partial_samples subdirectory.

ttop50 Pythia mt=150 Y 600k 102583 37332 [v3b] 30301 14243 9025

ttop55 Pythia mt=155 Y 600k 103618 38671 [v3b] 31549 15150 9617

ttop60 Pythia mt=160 Y 600k 104314 39712 [v3a] 32352 15954 10023

ttop62 Pythia mt=162 Y 600k 104315 39828 [v3b] 32561 16002 10141

ttop64 Pythia mt=164 Y 600k 74250* 28708 [v3b] 23409 11516 7363

ttop65 Pythia mt=165 Y 1.2M 197207 76518 [v3a] 62576 31178 19710

ytop67 Pythia mt=167.5 Y 1.2M 115872 44780 [v3b] 36662 18516 11617

ttop68 Pythia mt=168 Y 1.2M 188171 73454 [v3b] 60092 30150 19140

ttop69 Pythia mt=169 Y 1.2M 210163 82194 [v3b] 67373 34006 21682

ttop71 Pythia mt=171 Y 1.2M 105063 40673 [v3b] 33382 17070 10806

ytop72 Pythia mt=172.5 Y 1.2M 115786 45288 [v3b] 37160 18846 11936

ttop74 Pythia mt=174 Y 1.2M 115257 45444 [v3b] 37246 18962 12042

ttop75 Pythia mt=175 Y 4.8M 777689 309209 [v3b] 253564 129827 82626

ytop77 Pythia mt=177.5 Y 1.2M 117209 46512 [v3b] 38008 19587 12413

ttop80 Pythia mt=180 Y 1.2M 213604 86780 [v3a] 71203 36664 23281

ytop82 Pythia mt=182.5 Y 1.2M 118000 47404 [v3a] 38672 20161 12773

ttop85 Pythia mt=185 Y 1.2M 217543 89151 [v3a] 72314 37515 23376

ttop90 Pythia mt=190 Y 600k 108665 44932 [v3a] 37136 19450 12398

Background

All samples have been built with the fixed jet HF filter on the CAF.

W+HF

btop0w Alpgen + Pythia W → e + bb + 0p (jet HF filter) N 1542539 -- 2900 [v3c] 2086 38 24

btop1w Alpgen + Pythia W → e + bb + 1p (jet HF filter) N 1545970 -- 22387 [v3c] 15315 768 428

btop2w Alpgen + Pythia W → e + bb + ≥2p (jet HF filter) N 1498550 -- 129590 [v3c] 87143 19452 8793

btop5w Alpgen + Pythia W → μ + bb + 0p (jet HF filter) N 1524880 -- 2337 [v3c] 1898 34 23

btop6w Alpgen + Pythia W → μ + bb + 1p (jet HF filter) N 1508029 -- 16813 [v3c] 13496 686 374

btop7w Alpgen + Pythia W → μ + bb + ≥2p (jet HF filter) N 1506613 -- 97134 [v3c] 76692 17017 7584

ctop0w Alpgen + Pythia W → e + cc + 0p (jet HF filter) N 2008023 -- 3320 [v3c] 2334 33 3

ctop1w Alpgen + Pythia W → e + cc + 1p (jet HF filter) N 1987389 -- 22751 [v3c] 15383 739 98

ctop2w Alpgen + Pythia W → e + cc + ≥2p (jet HF filter) N 1926322 -- 146501 [v3c] 97642 19849 2674

ctop5w Alpgen + Pythia W → μ + cc + 0p (jet HF filter) N 1985033 -- 2527 [v3c] 2096 54 6

ctop6w Alpgen + Pythia W → μ + cc + 1p (jet HF filter) N 1979810 -- 17366 [v3c] 13740 650 108

ctop7w Alpgen + Pythia W → μ + cc + ≥2p (jet HF filter) N 1990504 -- 113971 [v3c] 89994 18139 2461

stopw0 Alpgen + Pythia W → e + c + 0p (jet HF filter) N 1960065 -- 1436 [v3c] 985 5 0

stopw1 Alpgen + Pythia W → e + c + 1p (jet HF filter) N 1964891 -- 13723 [v3c] 9397 192 11

stopw2 Alpgen + Pythia W → e + c + 2p (jet HF filter) N 1976553 -- 99307 [v3c] 69032 5035 571

stopw3 Alpgen + Pythia W → e + c + ≥3p (jet HF filter) N 1982654 -- 410355 [v3c] 287896 95795 11274

stopw5 Alpgen + Pythia W → μ + c + 0p (jet HF filter) N 1992335 -- 1180 [v3c] 938 5 0

stopw6 Alpgen + Pythia W → μ + c + 1p (jet HF filter) N 1979964 -- 10487 [v3c] 8353 193 23

stopw7 Alpgen + Pythia W → μ + c + 2p (jet HF filter) N 1980674 -- 76701 [v3c] 61576 4467 461

stopw8 Alpgen + Pythia W → μ + c + ≥3p (jet HF filter) N 1993173 -- 313647 [v3c] 252702 83991 9969

W+light

ptopw0 Alpgen + Pythia W → e + 0p (jet HF filter) N 4928812 -- 274 [v3c] 184 1 0

ptopw1 Alpgen + Pythia W → e + 1p (jet HF filter) N 4909767 -- 2297 [v3c] 1548 17 0

ptop2w Alpgen + Pythia W → e + 2p (jet HF filter) N 1003193 -- 7108 [v3c] 4838 117 3

ptop3w Alpgen + Pythia W → e + 3p (jet HF filter) N 1003040 -- 47485 [v3c] 31393 2169 85

ptop4w Alpgen + Pythia W → e + ≥4p (jet HF filter) N 989607 -- 172794 [v3c] 114109 45196 1917

ptopw5 Alpgen + Pythia W → μ + 0p (jet HF filter) N 5017218 -- 226 [v3c] 179 1 0

ptopw6 Alpgen + Pythia W → μ + 1p (jet HF filter) N 5003166 -- 1833 [v3c] 1491 15 0

ptop7w Alpgen + Pythia W → μ + 2p (jet HF filter) N 1002804 -- 5430 [v3c] 4319 88 0

ptop8w Alpgen + Pythia W → μ + 3p (jet HF filter) N 1013373 -- 35798 [v3c] 28103 1989 68

ptop9w Alpgen + Pythia W → μ + ≥4p (jet HF filter) N 988545 -- 127954 [v3c] 100597 39868 1672

Single top

stop00 MadEvent + Pythia s-chan mt=175 N 918173 -- 25935 [v3d] 21586 5914 3679

stopm0 MadEvent + Pythia t-chan matched mt=175 N 1012502 -- 15408 [v3d] 12345* 3169 1853

Buggy QCD

These ntuples have a slight bug in the application of the good run list. They were used in the original MTM2.5 because it was discovered after it was practical to fix the problem (and it was a very small effect), so I've kept them around. They are in /eliza11/cdf/plujan/minintuples_gen6/bug_qcd_ntuples.

bhel0d_ni Non-iso electron 0d data N 1266706 -- 2045 [v3a] 1920 238 54

bhmu0d_ni Non-iso muon 0d data N 568639 -- 1195 [v3a] 1170 193 63

bhel0h_ni Non-iso electron 0h data N 1183588 -- 2645 [v3a] 2509 313 56

bhmu0h_ni Non-iso muon 0h data N 592864 -- 1523 [v3a] 1480 206 78

bhel0i_ni Non-iso electron 0i pre-shutdown data N 734090 -- 1887 [v3a] 1791 196 34

bhmu0i_ni Non-iso muon 0i pre-shutdown data N 369107 -- 1011 [v3a] 985 141 37

QCD bugfix

bhel0d_ni Non-iso electron 0d data N 1266706 -- 1919 [v3d] 1798 223 53

bhmu0d_ni Non-iso muon 0d data N 568639 -- 1090 [v3d] 1069 176 61

bhel0h_ni Non-iso electron 0h data N 1183588 -- 2392 [v3d] 2262 287 56

bhmu0h_ni Non-iso muon 0h data N 592864 -- 1387 [v3d] 1348 192 77

bhel0i_ni Non-iso electron 0i pre-shutdown data N 734090 -- 1823 [v3d] 1730 191 34

bhmu0i_ni Non-iso muon 0i pre-shutdown data N 369107 -- 972 [v3d] 947 136 37

Diboson

itopww Pythia WW N 2284862 -- 20036 [v3d] 15172 3170 235

itopwz Pythia WZ N 2340145 -- 12356 [v3d] 8837 1933 318

itopzz Pythia ZZ N 2323812 -- 2108 [v3d] 1587 414 80

Blind samples

utopfx Blind sample 1/10 Y ? 99906 8162 [v3a] 6649 3313 2094

utopgx Blind sample 2/10 Y ? 90937 8421 [v3a] 6743 3509 2237

utophx Blind sample 3/10 Y ? 94878 8320 [v3a] 6826 3562 2280

utopix Blind sample 4/10 Y ? 99906 8314 [v3a] 6821 3445 2205

utopjx Blind sample 5/10 Y ? 99832 8022 [v3a] 6509 3208 2013

utopkx Blind sample 6/10 Y ? 99906 8238 [v3a] 6760 3399 2151

utoplx Blind sample 7/10 Y ? 99906 8529 [v3a] 6974 3575 2240

utopmx Blind sample 8/10 Y ? 99906 8455 [v3a] 6923 3579 2298

utopnx Blind sample 9/10 Y ? 97604 8725 [v3a] 7240 3788 2412

utopox Blind sample 10/10 Y ? 96311 7639 [v3a] 6274 3089 1969

Systematics

Generator

otop01 New Herwig mt=175 with Jimmy N 476608 -- 42154 [v3d] 34556 17343 10925

otop02 New Herwig mt=175 without Jimmy N 476608 -- 42027 [v3d] 34356 17536 11126

otop1s New Herwig mt=175 with Jimmy, more N 3950060 -- 348619 [v3d] 286765 144202 90692

otop3o Pythia with zero top width N 2025229 -- 216802 [v3f] 140240 72015 45743

otop3r Pythia with zero top and W width N 1076372 -- 91303 [v3f] 74691 38364 24537

ISR/FSR

itoprk Pythia more ISR N 1172571 -- 100309 [v3b] 82437 40619 25727

itoprl Pythia less ISR N 1180947 -- 98752 [v3b] 81116 41402 26339

ftoprj Pythia more FSR N 1142486 -- 95578 [v3b] 78464 39458 24971

ftoprl Pythia less FSR N 1150650 -- 97686 [v3b] 80174 40783 25706

otop03 New Pythia mt=175 ISR/FSR more N 1922085 -- 163654 [v3d] 134312 66691 42015

otop04 New Pythia mt=175 ISR/FSR less N 1800284 -- 150188 [v3d] 123379 63269 40145

Color reconnection set 1 (Sasha)

otopt0 Pythia v6.216 Tune A mt=170 N 285276 -- 30035 [v3f] 18815 9402 5965

otopt5 Pythia v6.416 Tune A mt=170 N 285499 -- 28288 [v3f] 18569 9449 5847

otopt6 Pythia v6.416 Tune S0 mt=170 N 847863 -- 68124 [v3f] 60080 28499 17775

otopt7 Pythia v6.416 Tune DW mt=170 N 284042 -- 28468 [v3f] 18877 9433 5837

otopte Pythia v6.416 Tune ACR mt=170 N 998155 -- 78347 [v3f] 69110 34318 21636

Color reconnection set 2 (Nate)

otop40 Pythia v6.416 Tune AV mt=175 N 568790 -- 48017 [v3f] 39288 20053 12641

otop41 Pythia v6.217 Tune AV mt=175 N 587894 -- 49326 [v3f] 40403 20639 13129

otop44 Pythia v6.419 Tune S0pro mt=175 N 1000891 -- 87035 [v3f] 71569 33865 21393

otop45 Pythia v6.419 Tune Apro mt=175 N 1000891 -- 83477 [v3f] 68575 34785 22181

otop46 Pythia v6.419 Tune ACRpro mt=175 N 990385 -- 82904 [v3f] 68229 34907 22027

otop47 Pythia v6.419 Tune NOCRpro mt=175 N 1000891 -- 87295 [v3f] 71854 34578 21969

otop3s Pythia v6.416 Tune S0 mt=170 N 587894 -- 50617 [v3f] 41413 19459 12193

otop3t Pythia v6.416 Tune S0 mt=175 N 587894 -- 51111 [v3f] 41914 19931 12521

otop3u Pythia v6.416 Tune A mt=175 N 587894 -- 49508 [v3f] 40774 20923 13273

otop3v Pythia v6.416 Tune ACR mt=175 N 587894 -- 50410 [v3f] 41378 20713 13076

otop3w Pythia v6.416 Tune NOCR mt=175 N 587894 -- 50892 [v3f] 41877 20432 12780

otop3x Pythia v6.416 Tune APT mt=175 N 587894 -- 49865 [v3f] 41080 20599 13048

Signal JES

ttkt66_+1 Pythia mt=166 JES=+1 σ Y 1.2M 249176 101080 [v3e] 82774 41617 26134

ttkt66_+0.5 Pythia mt=166 JES=+0.5 σ Y 1.2M 249176 98450 [v3e] 80609 40451 25440

ttkt66_-0.5 Pythia mt=166 JES=-0.5 σ Y 1.2M 249176 93368 [v3e] 76444 37933 23976

ttkt66_-1 Pythia mt=166 JES=-1 σ Y 1.2M 249176 90761 [v3e] 74300 36630 23193

ttkt70_+1 Pythia mt=170 JES=+1 σ Y 1.2M 250450 102853 [v3a] 84335 42913 27135

ttkt70_-1 Pythia mt=170 JES=-1 σ Y 1.2M 250450 92726 [v3a] 76072 38345 24525

ttkt72_+1 Pythia mt=172 JES=+1 σ Y 1.2M 251383 103339 [v3e] 84593 42972 27279

ttkt72_+0.5 Pythia mt=172 JES=+0.5 σ Y 1.2M 251383 100883 [v3e] 82575 41883 26695

ttkt72_-0.5 Pythia mt=172 JES=-0.5 σ Y 1.2M 251383 96064 [v3e] 78676 39743 25443

ttkt72_-1 Pythia mt=172 JES=-1 σ Y 1.2M 251383 93534 [v3e] 76612 38331 24611

ttkt78_+1 Pythia mt=178 JES=+1 σ Y 1.2M 253073 105770 [v3e] 86638 44551 28223

ttkt78_+0.5 Pythia mt=178 JES=+0.5 σ Y 1.2M 253073 103456 [v3e] 84752 43670 27745

ttkt78_-0.5 Pythia mt=178 JES=-0.5 σ Y 1.2M 253073 98561 [v3e] 80764 41403 26435

ttkt78_-1 Pythia mt=178 JES=-1 σ Y 1.2M 253073 96053 [v3a] 78717 40281 25764

Background JES

btop1w_+1 Alp + Pyth W → e + bb + 1p JES=+1 σ N 1545970 -- 33887 [v3d] 23092 1175 638

btop1w_+0.5 Alp + Pyth W → e + bb + 1p JES=+0.5 σ N 1545970 -- 27615 [v3d] 18865 963 540

btop1w_-0.5 Alp + Pyth W → e + bb + 1p JES=-0.5 σ N 1545970 -- 18027 [v3d] 12349 618 349

btop1w_-1 Alp + Pyth W → e + bb + 1p JES=-1 σ N 1545970 -- 14292 [v3d] 9847 529 297

btop2w_+1 Alp + Pyth W → e + bb + ≥2p JES=+1 σ N 1498550 -- 153174 [v3d] 102480 23450 10265

btop2w_+0.5 Alp + Pyth W → e + bb + ≥2p JES=+0.5 σ N 1498550 -- 141160 [v3d] 94682 21286 9516

btop2w_-0.5 Alp + Pyth W → e + bb + ≥2p JES=-0.5 σ N 1498550 -- 118448 [v3d] 79797 17543 8025

btop2w_-1 Alp + Pyth W → e + bb + ≥2p JES=-1 σ N 1498550 -- 107930 [v3d] 72790 15809 7318

btop6w_+1 Alp + Pyth W → μ + bb + 1p JES=+1 σ N 1508029 -- 25392 [v3d] 20307 1075 574

btop6w_+0.5 Alp + Pyth W → μ + bb + 1p JES=+0.5 σ N 1508029 -- 20750 [v3d] 16633 871 472

btop6w_-0.5 Alp + Pyth W → μ + bb + 1p JES=-0.5 σ N 1508029 -- 13394 [v3d] 10767 579 326

btop6w_-1 Alp + Pyth W → μ + bb + 1p JES=-1 σ N 1508029 -- 10678 [v3d] 8596 470 274

btop7w_+1 Alp + Pyth W → μ + bb + ≥2p JES=+1 σ N 1506613 -- 115490 [v3d] 91238 20689 8991

btop7w_+0.5 Alp + Pyth W → μ + bb + ≥2p JES=+0.5 σ N 1506613 -- 106190 [v3d] 83842 18814 8251

btop7w_-0.5 Alp + Pyth W → μ + bb + ≥2p JES=-0.5 σ N 1506613 -- 88572 [v3d] 69945 15286 6930

btop7w_-1 Alp + Pyth W → μ + bb + ≥2p JES=-1 σ N 1506613 -- 80637 [v3d] 63772 13704 6302

ctop1w_+1 Alp + Pyth W → e + cc + 1p JES=+1 σ N 1987389 -- 35141 [v3d] 23613 1118 166

ctop1w_+0.5 Alp + Pyth W → e + cc + 1p JES=+0.5 σ N 1987389 -- 28467 [v3d] 19212 909 122

ctop1w_-0.5 Alp + Pyth W → e + cc + 1p JES=-0.5 σ N 1987389 -- 18126 [v3d] 12289 624 80

ctop1w_-1 Alp + Pyth W → e + cc + 1p JES=-1 σ N 1987389 -- 14331 [v3d] 9763 506 64

ctop2w_+1 Alp + Pyth W → e + cc + ≥2p JES=+1 σ N 1926322 -- 175816 [v3d] 116963 24613 3184

ctop2w_+0.5 Alp + Pyth W → e + cc + ≥2p JES=+0.5 σ N 1926322 -- 160816 [v3d] 107096 22142 2919

ctop2w_-0.5 Alp + Pyth W → e + cc + ≥2p JES=-0.5 σ N 1926322 -- 133076 [v3d] 88872 17702 2427

ctop2w_-1 Alp + Pyth W → e + cc + ≥2p JES=-1 σ N 1926322 -- 120386 [v3d] 80486 15782 2193

ctop6w_+1 Alp + Pyth W → μ + cc + 1p JES=+1 σ N 1979810 -- 27100 [v3d] 21432 1008 159

ctop6w_+0.5 Alp + Pyth W → μ + cc + 1p JES=+0.5 σ N 1979810 -- 21814 [v3d] 17245 820 133

ctop6w_-0.5 Alp + Pyth W → μ + cc + 1p JES=-0.5 σ N 1979810 -- 13785 [v3d] 10924 531 92

ctop6w_-1 Alp + Pyth W → μ + cc + 1p JES=-1 σ N 1979810 -- 10839 [v3d] 8595 424 77

ctop7w_+1 Alp + Pyth W → μ + cc + ≥2p JES=+1 σ N 1990504 -- 137665 [v3d] 108739 22631 3000

ctop7w_+0.5 Alp + Pyth W → μ + cc + ≥2p JES=+0.5 σ N 1990504 -- 125213 [v3d] 98874 20160 2704

ctop7w_-0.5 Alp + Pyth W → μ + cc + ≥2p JES=-0.5 σ N 1990504 -- 103264 [v3d] 81603 16072 2234

ctop7w_-1 Alp + Pyth W → μ + cc + ≥2p JES=-1 σ N 1990504 -- 93139 [v3d] 73649 14301 2031

stopw2_+1 Alp + Pyth W → e + c + 2p JES=+1 σ N 1976553 -- 132611 [v3d] 91663 7695 851

stopw2_+0.5 Alp + Pyth W → e + c + 2p JES=+0.5 σ N 1976553 -- 115177 [v3d] 79817 6252 685

stopw2_-0.5 Alp + Pyth W → e + c + 2p JES=-0.5 σ N 1976553 -- 84605 [v3d] 59045 4053 466

stopw2_-1 Alp + Pyth W → e + c + 2p JES=-1 σ N 1976553 -- 71272 [v3d] 49917 3305 381

stopw3_+1 Alp + Pyth W → e + c + ≥3p JES=+1 σ N 1982654 -- 442056 [v3d] 309070 113045 12893

stopw3_+0.5 Alp + Pyth W → e + c + ≥3p JES=+0.5 σ N 1982654 -- 426543 [v3d] 298759 104269 12070

stopw3_-0.5 Alp + Pyth W → e + c + ≥3p JES=-0.5 σ N 1982654 -- 393387 [v3d] 276500 87192 10342

stopw3_-1 Alp + Pyth W → e + c + ≥3p JES=-1 σ N 1982654 -- 375338 [v3d] 264295 79246 9531

stopw7_+1 Alp + Pyth W → μ + c + 2p JES=+1 σ N 1980674 -- 102566 [v3d] 82198 6910 702

stopw7_+0.5 Alp + Pyth W → μ + c + 2p JES=+1 σ N 1980674 -- 89084 [v3d] 71523 5596 571

stopw7_-0.5 Alp + Pyth W → μ + c + 2p JES=+1 σ N 1980674 -- 65120 [v3d] 52300 3596 365

stopw7_-1 Alp + Pyth W → μ + c + 2p JES=-1 σ N 1980674 -- 54671 [v3d] 43944 2882 288

stopw8_+1 Alp + Pyth W → μ + c + ≥3p JES=+1 σ N 1993173 -- 339917 [v3d] 273643 99671 11537

stopw8_+0.5 Alp + Pyth W → μ + c + ≥3p JES=+0.5 σ N 1993173 -- 326816 [v3d] 263170 91870 10766

stopw8_-0.5 Alp + Pyth W → μ + c + ≥3p JES=-0.5 σ N 1993173 -- 300120 [v3d] 241939 76645 9241

stopw8_-1 Alp + Pyth W → μ + c + ≥3p JES=-1 σ N 1993173 -- 286107 [v3d] 230811 69456 8520

ptop3w_+1 Alp + Pyth W → e + 3p JES=+1 σ N 1003040 -- 61810 [v3d] 40798 3584 126

ptop3w_+0.5 Alp + Pyth W → e + 3p JES=+0.5 σ N 1003040 -- 54434 [v3d] 35939 2789 101

ptop3w_-0.5 Alp + Pyth W → e + 3p JES=-0.5 σ N 1003040 -- 40879 [v3d] 27024 1698 66

ptop3w_-1 Alp + Pyth W → e + 3p JES=-1 σ N 1003040 -- 34780 [v3d] 23087 1302 51

ptop4w_+1 Alp + Pyth W → e + ≥4p JES=+1 σ N 989607 -- 182769 [v3d] 120625 52498 2097

ptop4w_+0.5 Alp + Pyth W → e + ≥4p JES=+0.5 σ N 989607 -- 177967 [v3d] 117510 48831 2024

ptop4w_-0.5 Alp + Pyth W → e + ≥4p JES=-0.5 σ N 989607 -- 167432 [v3d] 110651 41511 1817

ptop4w_-1 Alp + Pyth W → e + ≥4p JES=-1 σ N 989607 -- 161336 [v3d] 106807 37785 1701

ptop8w_+1 Alp + Pyth W → μ + 3p JES=+1 σ N 1013373 -- 47139 [v3d] 37105 3270 92

ptop8w_+0.5 Alp + Pyth W → μ + 3p JES=+0.5 σ N 1013373 -- 41340 [v3d] 32478 2592 78

ptop8w_-0.5 Alp + Pyth W → μ + 3p JES=-0.5 σ N 1013373 -- 30640 [v3d] 24044 1533 57

ptop8w_-1 Alp + Pyth W → μ + 3p JES=-1 σ N 1013373 -- 26052 [v3d] 20432 1213 50

ptop9w_+1 Alp + Pyth W → μ + ≥4p JES=+1 σ N 988545 -- 135885 [v3d] 106829 46550 1869

ptop9w_+0.5 Alp + Pyth W → μ + ≥4p JES=+1 σ N 988545 -- 132075 [v3d] 103858 43187 1774

ptop9w_-0.5 Alp + Pyth W → μ + ≥4p JES=+1 σ N 988545 -- 123740 [v3d] 97221 36649 1588

ptop9w_-1 Alp + Pyth W → μ + ≥4p JES=-1 σ N 988545 -- 119192 [v3d] 93574 33266 1488

stop00_+1 MadEv + Pyth s-chan mt=175 JES=+1 σ N 918173 -- 31296 [v3d] 26015 7008 4324

stop00_+0.5 MadEv + Pyth s-chan mt=175 JES=+0.5 σ N 918173 -- 28529 [v3d] 23721 6440 3987

stop00_-0.5 MadEv + Pyth s-chan mt=175 JES=-0.5 σ N 918173 -- 23564 [v3d] 19598 5430 3403

stop00_-1 MadEv + Pyth s-chan mt=175 JES=-1 σ N 918173 -- 21457 [v3d] 17882 4956 3113

stopm0_+1 MadEv + Pyth t-chan matched mt=175 JES=+1 σ N 1012502 -- 18986 [v3d] 15175* 3752 2150

stopm0_+0.5 MadEv + Pyth t-chan matched mt=175 JES=+0.5 σ N 1012502 -- 17138 [v3d] 13710* 3467 1998

stopm0_-0.5 MadEv + Pyth t-chan matched mt=175 JES=-0.5 σ N 1012502 -- 13930 [v3d] 11184* 2889 1708

stopm0_-1 MadEv + Pyth t-chan matched mt=175 JES=-1 σ N 1012502 -- 12550 [v3d] 10102* 2617 1557

bhel0d_ni_+1 NI ele 0d data JES=+1 σ N 1266706 -- 3366 [v3d] 3209 378 73

bhel0d_ni_+0.5 NI ele 0d data JES=+0.5 σ N 1266706 -- 2535 [v3e] 2396 292 66

bhel0d_ni_-0.5 NI ele 0d data JES=-0.5 σ N 1266706 -- 1457 [v3e] 1353 179 44

bhel0d_ni_-1 NI ele 0d data JES=-1 σ N 1266706 -- 1145 [v3d] 1048 145 36

bhmu0d_ni_+1 NI mu 0d data JES=+1 σ N 568639 -- 1690 [v3d] 1665 253 79

bhmu0d_ni_+0.5 NI mu 0d data JES=+0.5 σ N 568639 -- 1334 [v3e] 1308 212 67

bhmu0d_ni_-0.5 NI mu 0d data JES=-0.5 σ N 568639 -- 884 [v3e] 865 151 54

bhmu0d_ni_-1 NI mu 0d data JES=-1 σ N 568639 -- 714 [v3d] 698 127 46

bhel0h_ni_+1 NI ele 0h data JES=+1 σ N 1183588 -- 4509 [v3d] 4338 459 92

bhel0h_ni_+0.5 NI ele 0h data JES=+0.5 σ N 1183588 -- 3249 [v3e] 3103 372 73

bhel0h_ni_-0.5 NI ele 0h data JES=-0.5 σ N 1183588 -- 1764 [v3e] 1657 227 52

bhel0h_ni_-1 NI ele 0h data JES=-1 σ N 1183588 -- 1356 [v3d] 1261 180 45

bhmu0h_ni_+1 NI mu 0h data JES=+1 σ N 592864 -- 2311 [v3d] 2259 304 117

bhmu0h_ni_+0.5 NI mu 0h data JES=+0.5 σ N 592864 -- 1747 [v3e] 1703 234 91

bhmu0h_ni_-0.5 NI mu 0h data JES=-0.5 σ N 592864 -- 1068 [v3e] 1038 160 63

bhmu0h_ni_-1 NI mu 0h data JES=-1 σ N 592864 -- 832 [v3d] 807 128 50

bhel0i_ni_+1 NI ele 0i ps data JES=+1 σ N 734090 -- 3580 [v3d] 3458 296 46

bhel0i_ni_+0.5 NI ele 0i ps data JES=+0.5 σ N 734090 -- 2547 [v3e] 2436 234 36

bhel0i_ni_-0.5 NI ele 0i ps data JES=-0.5 σ N 734090 -- 1331 [v3e] 1248 156 32

bhel0i_ni_-1 NI ele 0i ps data JES=-1 σ N 734090 -- 1013 [v3d] 942 136 29

bhmu0i_ni_+1 NI mu 0i ps data JES=+1 σ N 369107 -- 1675 [v3d] 1643 202 59

bhmu0i_ni_+0.5 NI mu 0i ps data JES=+0.5 σ N 369107 -- 1277 [v3e] 1247 167 47

bhmu0i_ni_-0.5 NI mu 0i ps data JES=-0.5 σ N 369107 -- 737 [v3e] 714 105 24

bhmu0i_ni_-1 NI mu 0i ps data JES=-1 σ N 369107 -- 606 [v3d] 584 89 18

Level-by-level JES

ttkt70_L1+1 Pythia mt=170 JES=+1 σ L1 Y 1.2M 250450 98505 [v3d] 80800 41064 26094

ttkt70_L1-1 Pythia mt=170 JES=-1 σ L1 Y 1.2M 250450 97088 [v3d] 79652 40402 25708

ttkt70_L4+1 Pythia mt=170 JES=+1 σ L4 Y 1.2M 250450 98149 [v3d] 80506 40796 25934

ttkt70_L4-1 Pythia mt=170 JES=-1 σ L4 Y 1.2M 250450 97452 [v3d] 79940 40614 25829

ttkt70_L5+1 Pythia mt=170 JES=+1 σ L5 Y 1.2M 250450 98956 [v3d] 81162 41363 26271

ttkt70_L5-1 Pythia mt=170 JES=-1 σ L5 Y 1.2M 250450 96678 [v3d] 79291 40079 25518

ttkt70_L6+1 Pythia mt=170 JES=+1 σ L6 Y 1.2M 250450 98547 [v3d] 80833 40977 26048

ttkt70_L6-1 Pythia mt=170 JES=-1 σ L6 Y 1.2M 250450 97080 [v3d] 79633 40492 25773

ttkt70_L7+1 Pythia mt=170 JES=+1 σ L7 Y 1.2M 250450 102211 [v3d] 83819 42687 27011

ttkt70_L7-1 Pythia mt=170 JES=-1 σ L7 Y 1.2M 250450 93206 [v3d] 76458 38596 24684

ttkt70_L8+1 Pythia mt=170 JES=+1 σ L8 Y 1.2M 250450 98877 [v3d] 81111 41097 26122

ttkt70_L8-1 Pythia mt=170 JES=-1 σ L8 Y 1.2M 250450 96722 [v3d] 79331 40357 25688

ttkt72_L1+1 Pythia mt=172 JES=+1 σ L1 Y 1.2M 251383 99223 [v3e] 81218 41248 26309

ttkt72_L1-1 Pythia mt=172 JES=-1 σ L1 Y 1.2M 251383 97752 [v3e] 80072 40518 25889

ttkt72_L4+1 Pythia mt=172 JES=+1 σ L4 Y 1.2M 251383 98856 [v3e] 80919 40983 26160

ttkt72_L4-1 Pythia mt=172 JES=-1 σ L4 Y 1.2M 251383 98167 [v3e] 80381 40769 26052

ttkt72_L5+1 Pythia mt=172 JES=+1 σ L5 Y 1.2M 251383 99597 [v3e] 81508 41499 26483

ttkt72_L5-1 Pythia mt=172 JES=-1 σ L5 Y 1.2M 251383 97375 [v3e] 79770 40190 25701

ttkt72_L6+1 Pythia mt=172 JES=+1 σ L6 Y 1.2M 251383 99238 [v3e] 81239 41165 26265

ttkt72_L6-1 Pythia mt=172 JES=-1 σ L6 Y 1.2M 251383 97771 [v3e] 80076 40617 25963

ttkt72_L7+1 Pythia mt=172 JES=+1 σ L7 Y 1.2M 251383 102812 [v3e] 84165 42730 27148

ttkt72_L7-1 Pythia mt=172 JES=-1 σ L7 Y 1.2M 251383 94021 [v3e] 77006 38652 24812

ttkt72_L8+1 Pythia mt=172 JES=+1 σ L8 Y 1.2M 251383 99570 [v3e] 81505 41263 26324

ttkt72_L8-1 Pythia mt=172 JES=-1 σ L8 Y 1.2M 251383 97443 [v3e] 79817 40452 25848

L7 eigenvectors

ttkt72_L7q0+1 Pythia mt=172 JES=+1 σ L7 vect 0 Y 1.2M 251383 102529 [v3f] 83941 -- --

ttkt72_L7q0-1 Pythia mt=172 JES=-1 σ L7 vect 0 Y 1.2M 251383 94328 [v3f] 77247 -- --

ttkt72_L7q1+1 Pythia mt=172 JES=+1 σ L7 vect 1 Y 1.2M 251383 99732 [v3f] 81646 -- --

ttkt72_L7q1-1 Pythia mt=172 JES=-1 σ L7 vect 1 Y 1.2M 251383 97228 [v3f] 79632 -- --

ttkt72_L7q2+1 Pythia mt=172 JES=+1 σ L7 vect 2 Y 1.2M 251383 98886 [v3f] 80954 -- --

ttkt72_L7q2-1 Pythia mt=172 JES=-1 σ L7 vect 2 Y 1.2M 251383 98164 [v3f] 80383 -- --

ttkt72_L7q3+1 Pythia mt=172 JES=+1 σ L7 vect 3 Y 1.2M 251383 98695 [v3f] 80809 -- --

ttkt72_L7q3-1 Pythia mt=172 JES=-1 σ L7 vect 3 Y 1.2M 251383 98308 [v3f] 80490 -- --

ttkt72_L7q4+1 Pythia mt=172 JES=+1 σ L7 vect 4 Y 1.2M 251383 98461 [v3f] 80616 -- --

ttkt72_L7q4-1 Pythia mt=172 JES=-1 σ L7 vect 4 Y 1.2M 251383 98524 [v3f] 80662 -- --

Background level-by-level JES

Level 5

btop1w_L5+1 Alp + Pyth W → e + bb + 1p JES=+1 σ L5 N 1545970 -- 24283 [v3d] 16617 861 472

btop1w_L5-1 Alp + Pyth W → e + bb + 1p JES=-1 σ L5 N 1545970 -- 20598 [v3d] 14107 681 381

btop2w_L5+1 Alp + Pyth W → e + bb + ≥2p JES=+1 σ L5 N 1498550 -- 134089 [v3d] 90057 20411 9171

btop2w_L5-1 Alp + Pyth W → e + bb + ≥2p JES=-1 σ L5 N 1498550 -- 125343 [v3d] 84411 18446 8393

btop6w_L5+1 Alp + Pyth W → μ + bb + 1p JES=+1 σ L5 N 1508029 -- 18282 [v3d] 14637 778 430

btop6w_L5-1 Alp + Pyth W → μ + bb + 1p JES=-1 σ L5 N 1508029 -- 15370 [v3d] 12361 622 346

btop7w_L5+1 Alp + Pyth W → μ + bb + ≥2p JES=+1 σ L5 N 1506613 -- 100679 [v3d] 79503 17949 7933

btop7w_L5-1 Alp + Pyth W → μ + bb + ≥2p JES=-1 σ L5 N 1506613 -- 93662 [v3d] 73961 16058 7215

ctop1w_L5+1 Alp + Pyth W → e + cc + 1p JES=+1 σ L5 N 1987389 -- 24860 [v3d] 16808 827 112

ctop1w_L5-1 Alp + Pyth W → e + cc + 1p JES=-1 σ L5 N 1987389 -- 20843 [v3d] 14127 667 86

ctop2w_L5+1 Alp + Pyth W → e + cc + ≥2p JES=+1 σ L5 N 1926322 -- 152130 [v3d] 101316 21064 2810

ctop2w_L5-1 Alp + Pyth W → e + cc + ≥2p JES=-1 σ L5 N 1926322 -- 141225 [v3d] 94223 18725 2538

ctop6w_L5+1 Alp + Pyth W → μ + cc + 1p JES=+1 σ L5 N 1979810 -- 18983 [v3d] 15023 744 125

ctop6w_L5-1 Alp + Pyth W → μ + cc + 1p JES=-1 σ L5 N 1979810 -- 15933 [v3d] 12621 582 98

ctop7w_L5+1 Alp + Pyth W → μ + cc + ≥2p JES=+1 σ L5 N 1990504 -- 118421 [v3d] 93539 19192 2594

ctop7w_L5-1 Alp + Pyth W → μ + cc + ≥2p JES=-1 σ L5 N 1990504 -- 109629 [v3d] 86582 16947 2320

stopw2_L5+1 Alp + Pyth W → e + c + 2p JES=+1 σ L5 N 1976553 -- 105253 [v3d] 73069 5650 628

stopw2_L5-1 Alp + Pyth W → e + c + 2p JES=-1 σ L5 N 1976553 -- 93765 [v3d] 65351 4496 515

stopw3_L5+1 Alp + Pyth W → e + c + ≥3p JES=+1 σ L5 N 1982654 -- 416434 [v3d] 291796 100212 11704

stopw3_L5-1 Alp + Pyth W → e + c + ≥3p JES=-1 σ L5 N 1982654 -- 405086 [v3d] 284718 91407 10835

stopw7_L5+1 Alp + Pyth W → μ + c + 2p JES=+1 σ L5 N 1980674 -- 81279 [v3d] 65209 5018 519

stopw7_L5-1 Alp + Pyth W → μ + c + 2p JES=-1 σ L5 N 1980674 -- 72257 [v3d] 58035 3971 408

stopw8_L5+1 Alp + Pyth W → μ + c + ≥3p JES=+1 σ L5 N 1993173 -- 318562 [v3d] 256600 88141 10387

stopw8_L5-1 Alp + Pyth W → μ + c + ≥3p JES=-1 σ L5 N 1993173 -- 309044 [v3d] 249174 80130 9591

ptop3w_L5+1 Alp + Pyth W → e + 3p JES=+1 σ L5 N 1003040 -- 50108 [v3d] 33098 2475 92

ptop3w_L5-1 Alp + Pyth W → e + 3p JES=-1 σ L5 N 1003040 -- 44974 [v3d] 29760 1896 82

ptop4w_L5+1 Alp + Pyth W → e + ≥4p JES=+1 σ L5 N 989607 -- 174620 [v3d] 115268 47136 1976

ptop4w_L5-1 Alp + Pyth W → e + ≥4p JES=-1 σ L5 N 989607 -- 171052 [v3d] 113027 43260 1867

ptop8w_L5+1 Alp + Pyth W → μ + 3p JES=+1 σ L5 N 1013373 -- 37891 [v3d] 29767 2266 74

ptop8w_L5-1 Alp + Pyth W → μ + 3p JES=-1 σ L5 N 1013373 -- 33682 [v3d] 26433 1743 59

ptop9w_L5+1 Alp + Pyth W → μ + ≥4p JES=+1 σ L5 N 988545 -- 129521 [v3d] 101821 41605 1718

ptop9w_L5-1 Alp + Pyth W → μ + ≥4p JES=-1 σ L5 N 988545 -- 126382 [v3d] 99352 38106 1624

stop00_L5+1 MadEv + Pyth s-chan mt=175 JES=+1 σ L5 N 918173 -- 26945 [v3d] 22416 6196 3848

stop00_L5-1 MadEv + Pyth s-chan mt=175 JES=-1 σ L5 N 918173 -- 24983 [v3d] 20789 5613 3504

stopm0_L5+1 MadEv + Pyth t-chan matched mt=175 JES=+1 σ L5 N 1012502 -- 16072 [v3d] 12877* 3324 1929

stopm0_L5-1 MadEv + Pyth t-chan matched mt=175 JES=-1 σ L5 N 1012502 -- 14781 [v3d] 11850* 3013 1771

bhel0d_ni_L5+1 NI ele 0d data JES=+1 σ L5 N 1266706 -- 2153 [v3e] 2019 252 56

bhel0d_ni_L5-1 NI ele 0d data JES=-1 σ L5 N 1266706 -- 1593 [v3e] 1479 188 47

bhmu0d_ni_L5+1 NI mu 0d data JES=+1 σ L5 N 568639 -- 1206 [v3e] 1185 212 65

bhmu0d_ni_L5-1 NI mu 0d data JES=-1 σ L5 N 568639 -- 925 [v3e] 906 154 54

bhel0h_ni_L5+1 NI ele 0h data JES=+1 σ L5 N 1183588 -- 2577 [v3e] 2437 317 63

bhel0h_ni_L5-1 NI ele 0h data JES=-1 σ L5 N 1183588 -- 1904 [v3e] 1791 227 50

bhmu0h_ni_L5+1 NI mu 0h data JES=+1 σ L5 N 592864 -- 1512 [v3e] 1471 219 83

bhmu0h_ni_L5-1 NI mu 0h data JES=-1 σ L5 N 592864 -- 1157 [v3e] 1123 171 63

bhel0i_ni_L5+1 NI ele 0i ps data JES=+1 σ L5 N 734090 -- 1919 [v3e] 1817 202 36

bhel0i_ni_L5-1 NI ele 0i ps data JES=-1 σ L5 N 734090 -- 1407 [v3e] 1322 162 33

bhmu0i_ni_L5+1 NI mu 0i ps data JES=+1 σ L5 N 369107 -- 1033 [v3e] 1009 145 41

bhmu0i_ni_L5-1 NI mu 0i ps data JES=-1 σ L5 N 369107 -- 810 [v3e] 786 116 26

Level 7

btop1w_L7+1 Alp + Pyth W → e + bb + 1p JES=+1 σ L7 N 1545970 -- 33046 [v3d] 22540 1152 629

btop1w_L7-1 Alp + Pyth W → e + bb + 1p JES=-1 σ L7 N 1545970 -- 14751 [v3d] 10138 535 302

btop2w_L7+1 Alp + Pyth W → e + bb + ≥2p JES=+1 σ L7 N 1498550 -- 152233 [v3d] 101982 23195 10182

btop2w_L7-1 Alp + Pyth W → e + bb + ≥2p JES=-1 σ L7 N 1498550 -- 108862 [v3d] 73383 16071 7414

btop6w_L7+1 Alp + Pyth W → μ + bb + 1p JES=+1 σ L7 N 1508029 -- 24665 [v3d] 19733 1034 557

btop6w_L7-1 Alp + Pyth W → μ + bb + 1p JES=-1 σ L7 N 1508029 -- 11022 [v3d] 8875 483 281

btop7w_L7+1 Alp + Pyth W → μ + bb + ≥2p JES=+1 σ L7 N 1506613 -- 114532 [v3d] 90460 20491 8888

btop7w_L7-1 Alp + Pyth W → μ + bb + ≥2p JES=-1 σ L7 N 1506613 -- 81398 [v3d] 64349 13970 6396

ctop1w_L7+1 Alp + Pyth W → e + cc + 1p JES=+1 σ L7 N 1987389 -- 34289 [v3d] 23081 1097 155

ctop1w_L7-1 Alp + Pyth W → e + cc + 1p JES=-1 σ L7 N 1987389 -- 14802 [v3d] 10058 520 65

ctop2w_L7+1 Alp + Pyth W → e + cc + ≥2p JES=+1 σ L7 N 1926322 -- 174362 [v3d] 115957 24306 3158

ctop2w_L7-1 Alp + Pyth W → e + cc + ≥2p JES=-1 σ L7 N 1926322 -- 121528 [v3d] 81234 16028 2228

ctop6w_L7+1 Alp + Pyth W → μ + cc + 1p JES=+1 σ L7 N 1979810 -- 26228 [v3d] 20736 984 158

ctop6w_L7-1 Alp + Pyth W → μ + cc + 1p JES=-1 σ L7 N 1979810 -- 11168 [v3d] 8855 442 79

ctop7w_L7+1 Alp + Pyth W → μ + cc + ≥2p JES=+1 σ L7 N 1990504 -- 136159 [v3d] 107538 22368 2968

ctop7w_L7-1 Alp + Pyth W → μ + cc + ≥2p JES=-1 σ L7 N 1990504 -- 94176 [v3d] 74457 14559 2063

stopw2_L7+1 Alp + Pyth W → e + c + 2p JES=+1 σ L7 N 1976553 -- 130225 [v3d] 90202 7496 817

stopw2_L7-1 Alp + Pyth W → e + c + 2p JES=-1 σ L7 N 1976553 -- 73187 [v3d] 51229 3414 393

stopw3_L7+1 Alp + Pyth W → e + c + ≥3p JES=+1 σ L7 N 1982654 -- 440566 [v3d] 308470 111976 12846

stopw3_L7-1 Alp + Pyth W → e + c + ≥3p JES=-1 σ L7 N 1982654 -- 377700 [v3d] 265700 80332 9615

stopw7_L7+1 Alp + Pyth W → μ + c + 2p JES=+1 σ L7 N 1980674 -- 100479 [v3d] 80533 6696 673

stopw7_L7-1 Alp + Pyth W → μ + c + 2p JES=-1 σ L7 N 1980674 -- 56230 [v3d] 45189 2994 304

stopw8_L7+1 Alp + Pyth W → μ + c + ≥3p JES=+1 σ L7 N 1993173 -- 337893 [v3d] 272096 98442 11423

stopw8_L7-1 Alp + Pyth W → μ + c + ≥3p JES=-1 σ L7 N 1993173 -- 288091 [v3d] 232350 70537 8610

ptop3w_L7+1 Alp + Pyth W → e + 3p JES=+1 σ L7 N 1003040 -- 60645 [v3d] 40047 3444 119

ptop3w_L7-1 Alp + Pyth W → e + 3p JES=-1 σ L7 N 1003040 -- 35684 [v3d] 23661 1363 52

ptop4w_L7+1 Alp + Pyth W → e + ≥4p JES=+1 σ L7 N 989607 -- 181783 [v3d] 119986 51802 2081

ptop4w_L7-1 Alp + Pyth W → e + ≥4p JES=-1 σ L7 N 989607 -- 162504 [v3d] 107536 38422 1718

ptop8w_L7+1 Alp + Pyth W → μ + 3p JES=+1 σ L7 N 1013373 -- 45990 [v3d] 36167 3121 87

ptop8w_L7-1 Alp + Pyth W → μ + 3p JES=-1 σ L7 N 1013373 -- 26808 [v3d] 21021 1263 54

ptop9w_L7+1 Alp + Pyth W → μ + ≥4p JES=+1 σ L7 N 988545 -- 134855 [v3d] 106014 45848 1843

ptop9w_L7-1 Alp + Pyth W → μ + ≥4p JES=-1 σ L7 N 988545 -- 120111 [v3d] 94302 33816 1501

stop00_L7+1 MadEv + Pyth s-chan mt=175 JES=+1 σ L7 N 918173 -- 30764 [v3d] 25582 6886 4246

stop00_L7-1 MadEv + Pyth s-chan mt=175 JES=-1 σ L7 N 918173 -- 21786 [v3d] 18145 5025 3159

stopm0_L7+1 MadEv + Pyth t-chan matched mt=175 JES=+1 σ L7 N 1012502 -- 18636 [v3d] 14894* 3698 2123

stopm0_L7-1 MadEv + Pyth t-chan matched mt=175 JES=-1 σ L7 N 1012502 -- 12763 [v3d] 10264* 2658 1576

bhel0d_ni_L7+1 NI ele 0d data JES=+1 σ L7 N 1266706 -- 2926 [v3e] 2772 324 65

bhel0d_ni_L7-1 NI ele 0d data JES=-1 σ L7 N 1266706 -- 1214 [v3e] 1111 160 39

bhmu0d_ni_L7+1 NI mu 0d data JES=+1 σ L7 N 568639 -- 1521 [v3e] 1497 232 69

bhmu0d_ni_L7-1 NI mu 0d data JES=-1 σ L7 N 568639 -- 760 [v3e] 743 135 50

bhel0h_ni_L7+1 NI ele 0h data JES=+1 σ L7 N 1183588 -- 3570 [v3e] 3408 402 79

bhel0h_ni_L7-1 NI ele 0h data JES=-1 σ L7 N 1183588 -- 1429 [v3e] 1329 193 45

bhmu0h_ni_L7+1 NI mu 0h data JES=+1 σ L7 N 592864 -- 1954 [v3e] 1907 268 106

bhmu0h_ni_L7-1 NI mu 0h data JES=-1 σ L7 N 592864 -- 885 [v3e] 858 133 52

bhel0i_ni_L7+1 NI ele 0i ps data JES=+1 σ L7 N 734090 -- 2721 [v3e] 2607 255 45

bhel0i_ni_L7-1 NI ele 0i ps data JES=-1 σ L7 N 734090 -- 1096 [v3e] 1021 142 30

bhmu0i_ni_L7+1 NI mu 0i ps data JES=+1 σ L7 N 369107 -- 1383 [v3e] 1352 183 53

bhmu0i_ni_L7-1 NI mu 0i ps data JES=-1 σ L7 N 369107 -- 635 [v3e] 612 98 22

Other levels (W+bb only)

btop1w_L1+1 Alp + Pyth W → e + bb + 1p JES=+1 σ L1 N 1545970 -- 23768 [v3d] 16283 816 452

btop1w_L1-1 Alp + Pyth W → e + bb + 1p JES=-1 σ L1 N 1545970 -- 21074 [v3d] 14425 714 400

btop2w_L1+1 Alp + Pyth W → e + bb + ≥2p JES=+1 σ L1 N 1498550 -- 132921 [v3d] 89313 19999 8990

btop2w_L1-1 Alp + Pyth W → e + bb + ≥2p JES=-1 σ L1 N 1498550 -- 126462 [v3d] 85109 18885 8566

btop6w_L1+1 Alp + Pyth W → μ + bb + 1p JES=+1 σ L1 N 1508029 -- 17897 [v3d] 14342 738 404

btop6w_L1-1 Alp + Pyth W → μ + bb + 1p JES=-1 σ L1 N 1508029 -- 15770 [v3d] 12660 648 356

btop7w_L1+1 Alp + Pyth W → μ + bb + ≥2p JES=+1 σ L1 N 1506613 -- 99679 [v3d] 78706 17543 7795

btop7w_L1-1 Alp + Pyth W → μ + bb + ≥2p JES=-1 σ L1 N 1506613 -- 94592 [v3d] 74672 16441 7366

btop1w_L4+1 Alp + Pyth W → e + bb + 1p JES=+1 σ L4 N 1545970 -- 23225 [v3d] 15910 792 437

btop1w_L4-1 Alp + Pyth W → e + bb + 1p JES=-1 σ L4 N 1545970 -- 21706 [v3d] 14848 751 421

btop2w_L4+1 Alp + Pyth W → e + bb + ≥2p JES=+1 σ L4 N 1498550 -- 131482 [v3d] 88399 19618 8836

btop2w_L4-1 Alp + Pyth W → e + bb + ≥2p JES=-1 σ L4 N 1498550 -- 128090 [v3d] 86138 19253 8718

btop6w_L4+1 Alp + Pyth W → μ + bb + 1p JES=+1 σ L4 N 1508029 -- 17451 [v3d] 13999 709 389

btop6w_L4-1 Alp + Pyth W → μ + bb + 1p JES=-1 σ L4 N 1508029 -- 16231 [v3d] 13026 677 370

btop7w_L4+1 Alp + Pyth W → μ + bb + ≥2p JES=+1 σ L4 N 1506613 -- 98462 [v3d] 77754 17196 7642

btop7w_L4-1 Alp + Pyth W → μ + bb + ≥2p JES=-1 σ L4 N 1506613 -- 95891 [v3d] 75687 16825 7523

btop1w_L6+1 Alp + Pyth W → e + bb + 1p JES=+1 σ L6 N 1545970 -- 23969 [v3d] 16408 819 454

btop1w_L6-1 Alp + Pyth W → e + bb + 1p JES=-1 σ L6 N 1545970 -- 20944 [v3d] 14343 726 409

btop2w_L6+1 Alp + Pyth W → e + bb + ≥2p JES=+1 σ L6 N 1498550 -- 133339 [v3d] 89588 19895 8956

btop2w_L6-1 Alp + Pyth W → e + bb + ≥2p JES=-1 σ L6 N 1498550 -- 126127 [v3d] 84899 18972 8603

btop6w_L6+1 Alp + Pyth W → μ + bb + 1p JES=+1 σ L6 N 1508029 -- 18003 [v3d] 14433 730 400

btop6w_L6-1 Alp + Pyth W → μ + bb + 1p JES=-1 σ L6 N 1508029 -- 15673 [v3d] 12598 659 360

btop7w_L6+1 Alp + Pyth W → μ + bb + ≥2p JES=+1 σ L6 N 1506613 -- 99934 [v3d] 78921 17427 7730

btop7w_L6-1 Alp + Pyth W → μ + bb + ≥2p JES=-1 σ L6 N 1506613 -- 94393 [v3d] 74538 16555 7416

btop1w_L8+1 Alp + Pyth W → e + bb + 1p JES=+1 σ L8 N 1545970 -- 24678 [v3d] 16881 839 466

btop1w_L8-1 Alp + Pyth W → e + bb + 1p JES=-1 σ L8 N 1545970 -- 20320 [v3d] 13908 708 398

btop2w_L8+1 Alp + Pyth W → e + bb + ≥2p JES=+1 σ L8 N 1498550 -- 135156 [v3d] 90777 20112 9042

btop2w_L8-1 Alp + Pyth W → e + bb + ≥2p JES=-1 σ L8 N 1498550 -- 124494 [v3d] 83811 18779 8517

btop6w_L8+1 Alp + Pyth W → μ + bb + 1p JES=+1 σ L8 N 1508029 -- 18592 [v3d] 14901 747 413

btop6w_L8-1 Alp + Pyth W → μ + bb + 1p JES=-1 σ L8 N 1508029 -- 15163 [v3d] 12192 648 355

btop7w_L8+1 Alp + Pyth W → μ + bb + ≥2p JES=+1 σ L8 N 1506613 -- 101328 [v3d] 80023 17650 7826

btop7w_L8-1 Alp + Pyth W → μ + bb + ≥2p JES=-1 σ L8 N 1506613 -- 93061 [v3d] 73501 16350 7327

MC@NLO

Note: The negative weight information in the MC@NLO samples is encoded in the hepg_generator variable (hepg.generator in the Histo-Scope ntuples). The sign of this is negative for negative-weight events. Conveniently, since this is 1 for MC@NLO, you can just use hepg.generator as your weight variable.

ctop75 MC@NLO with CTEQ5M N 900806 -- 83133 [v3d] 68236 33985 21740

mtop75 MC@NLO with MRST02 N 815261 -- 75298 [v3d] 61785 30530 19388

PDFs

ttopgx Pythia MRST72 N 1155445 -- 96639 [v3c] 79154 40489 25809

ttopgz Pythia MRST75 N 1168474 -- 97711 [v3c] 80212 41585 26449

Background Q²

btopew Alp + Pyth W → e + bb + 0p fact=0.5 N 530783 -- 955 [v3d] 689 15 7

btopfw Alp + Pyth W → e + bb + 1p fact=0.5 N 520364 -- 6805 [v3d] 4665 227 136

btopgw Alp + Pyth W → e + bb + ≥2p fact=0.5 N 503539 -- 38995 [v3d] 25937 5503 2592

btophw Alp + Pyth W → e + bb + 0p fact=2.0 N 525538 -- 1058 [v3d] 759 16 8

btopiw Alp + Pyth W → e + bb + 1p fact=2.0 N 520431 -- 7626 [v3d] 5283 261 148

btopjw Alp + Pyth W → e + bb + ≥2p fact=2.0 N 519437 -- 45985 [v3d] 31135 7030 3161

btopkw Alp + Pyth W → μ + bb + 0p fact=0.5 N 536159 -- 769 [v3d] 624 18 8

btoplw Alp + Pyth W → μ + bb + 1p fact=0.5 N 525615 -- 5144 [v3d] 4069 192 99

btopmw Alp + Pyth W → μ + bb + ≥2p fact=0.5 N 519939 -- 29969 [v3d] 23557 4963 2246

btopnw Alp + Pyth W → μ + bb + 0p fact=2.0 N 530942 -- 821 [v3d] 663 12 4

btopow Alp + Pyth W → μ + bb + 1p fact=2.0 N 530928 -- 5983 [v3d] 4828 278 145

btoppw Alp + Pyth W → μ + bb + ≥2p fact=2.0 N 530969 -- 35173 [v3d] 27921 6337 2846

Others

ttkt70_bjes+1 Pythia mt=170 b-jets +1% Y 1.2M 250450 97839 [v3d] 80260 40716 25882

ttkt70_bjes-1 Pythia mt=170 b-jets -1% Y 1.2M 250450 97839 [v3d] 80260 40716 25882

ttkt70_lpt+1 Pythia mt=170 lepton pt +1% Y 1.2M 250450 97839 [v3d] 80260 40716 25882

ttkt70_lpt-1 Pythia mt=170 lepton pt -1% Y 1.2M 250450 97839 [v3d] 80260 40716 25882

ttkt72_bjes+1 Pythia mt=172 b-jets -1% Y 1.2M 251383 98504 [v3e] 80641 40884 26112

ttkt72_bjes-1 Pythia mt=172 b-jets -1% Y 1.2M 251383 98504 [v3e] 80641 40884 26112

ttkt72_lpt+1 Pythia mt=172 lepton pt +1% Y 1.2M 251383 98504 [v3e] 80641 40884 26112

ttkt72_lpt-1 Pythia mt=172 lepton pt -1% Y 1.2M 251383 98504 [v3e] 80641 40884 26112